lisaac_0.39_rc1/0000755000175000017500000000000011314031324013424 5ustar sonntagsonntaglisaac_0.39_rc1/Makefile0000644000175000017500000000251311314031246015070 0ustar sonntagsonntag# This file is part of Lisaac compiler. # http://isaacproject.u-strasbg.fr/ # LSIIT - ULP - CNRS - INRIA - FRANCE # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see . CC=gcc CFLAGS=-O2 all: install_lisaac ./install_lisaac install_lisaac: $(CC) $(CFLAGS) install_lisaac.c -o install_lisaac clean: rm -f install_lisaac rm -f bin/shorter.c bin/path.h bin/lisaac bin/shorter rm -f src/shorter src/path.h rm -rf doc/html lisaac_0.39_rc1/install_lisaac.li0000644000175000017500000006457711314031245016761 0ustar sonntagsonntag/////////////////////////////////////////////////////////////////////////////// // Lisaac Installer // // // // LSIIT - ULP - CNRS - INRIA - FRANCE // // // // This program is free software: you can redistribute it and/or modify // // it under the terms of the GNU General Public License as published by // // the Free Software Foundation, either version 3 of the License, or // // (at your option) any later version. // // // // This program is distributed in the hope that it will be useful, // // but WITHOUT ANY WARRANTY; without even the implied warranty of // // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // // GNU General Public License for more details. // // // // You should have received a copy of the GNU General Public License // // along with this program. If not, see . // // // // http://isaacproject.u-strasbg.fr/ // /////////////////////////////////////////////////////////////////////////////// Section Header + name := INSTALL_LISAAC; - comment := "Configure the system file and the PATH"; - external := `#include `; Section Inherit - parent_object:OBJECT <- OBJECT; Section Private - is_release:BOOLEAN := TRUE; // // Independance File System // - open_read n:ABSTRACT_STRING :POINTER <- ( + buf:NATIVE_ARRAY(CHARACTER); string_tmp.copy n; buf := string_tmp.to_external; `fopen((char*)@buf,"rb")`:(POINTER) ); - open_write n:ABSTRACT_STRING :POINTER <- ( + buf:NATIVE_ARRAY(CHARACTER); string_tmp.copy n; buf := string_tmp.to_external; `fopen((char*)@buf,"wb")`:(POINTER) ); - read f:POINTER in buf:STRING size sz:INTEGER :INTEGER <- ( + ptr:NATIVE_ARRAY(CHARACTER); + result:INTEGER; ptr := buf.to_external; result := `fread((void *)(@ptr),(size_t)(1), (size_t)(@sz),(FILE*)(@f))`:(INTEGER); buf.from_external ptr; result ); - write f:POINTER with buf:STRING size sz:INTEGER :INTEGER <- ( + ptr:NATIVE_ARRAY(CHARACTER); + result:INTEGER; ptr := buf.to_external; result := `fwrite((void *)(@ptr),(size_t)(1), (size_t)(@sz),(FILE*)(@f))`:(INTEGER); result ); - close p:POINTER <- `fclose((FILE*)(@p))`; - file_size p:POINTER :INTEGER <- ( + result:INTEGER; `fseek((FILE*)(@p),0,SEEK_END)`; result := `ftell((FILE *)@p)`:INTEGER; `fseek((FILE*)(@p),0,SEEK_SET)`; result ); - make_file new_path:STRING :BOOLEAN <- ( + p:NATIVE_ARRAY(CHARACTER); + stream:POINTER; + result:BOOLEAN; p := new_path.to_external; stream := `fopen((char*)@p,"w+b")`:POINTER; (result := (stream != NULL)).if { close stream; }; result ); // // Tools management. // - string_tmp:STRING := STRING.create 256; - string_tmp2:STRING := STRING.create 256; - error st:ABSTRACT_STRING <- ( "Error: ".print; st.print; die_with_code exit_failure_code; ); - step_count:INTEGER; - title str:ABSTRACT_STRING count mx:INTEGER <- ( step_count := step_count + 1; '\n'.print; (mx = 0).if { string_tmp2.copy str; } else { string_tmp2.copy "Step "; step_count.append_in string_tmp2; string_tmp2.add_last '/'; mx.append_in string_tmp2; string_tmp2.append " : "; string_tmp2.append str; }; string_tmp2.add_last '\n'; string_tmp2.print; 1.to (string_tmp2.count-1) do { j:INTEGER; '='.print; }; '\n'.print; ); - question str:ABSTRACT_STRING :CHARACTER <- ( + result:CHARACTER; str.print; " (y/n) ".print; {(result != 'y') && {result != 'n'}}.while_do { result := IO.read_character; }; IO.read_character; result ); - menu t:ABSTRACT_STRING text txt:ABSTRACT_STRING count n:INTEGER :INTEGER <- ( + result,tmp:INTEGER; '\n'.print; title t count 0; txt.print; "\n\nChoice:\n".print; result := -1; { IO.read_line; (IO.last_string.is_integer).if { tmp := IO.last_string.to_integer; (tmp.in_range 0 to n).if { result := tmp; } else { "Incorrect range [0-".print; n.print; "]\n".print; }; } else { "Incorrect number.\n".print; }; }.do_while {result = -1}; result ); - update file:ABSTRACT_STRING idf id:STRING_CONSTANT with new_text:ABSTRACT_STRING confirmation conf:BOOLEAN <- ( + index:INTEGER; + old_buffer,input:STRING; + std_file:POINTER; + size_file:INTEGER; " A `".print; file.print; std_file := open_read file; (std_file != NULL).if { // Update file. size_file := file_size std_file; input := STRING.create (size_file + new_text.count); read std_file in input size size_file; close std_file; // index := input.first_substring_index id; (index != 0).if { // Update configuration. old_buffer := STRING.create 200; 1.to (new_text.occurrences '\n') do { j:INTEGER; {(index < input.upper) && {input.item index != '\n'}}.while_do { old_buffer.add_last (input.item index); input.remove index; }; (index <= input.upper).if { old_buffer.add_last (input.item index); input.remove index; }; }; (old_buffer == new_text).if { "' file has no need to change. Current version is:\n".print; } else { "' file has been updated. Old value is:\n".print; old_buffer.print; " New value is:\n".print; }; } else { "' file has been updated with:\n".print; index := input.upper + 1; }; new_text.print; // Append configuration. input.insert_string new_text to index; } else { // Creation file. "' file has been created with:\n".print; new_text.print; input := new_text; (! make_file file).if { error "Not create file!"; }; }; ((! conf) || {question " Confirmation ?" = 'y'}).if { (conf).if { '\n'.print; }; std_file := open_write file; (std_file = NULL).if { error "Not open file (Write protection) !"; }; write std_file with input size (input.count); close std_file; }; ); - execute str:ABSTRACT_STRING :BOOLEAN <- ( + result:BOOLEAN; (ENVIRONMENT.execute_command str != 0).if { "Error: execute `".print; str.print; "'\n".print; } else { result := TRUE; }; result ); // // Global variable. // - path_current:STRING; - path_home :STRING; - shell :STRING; - system :STRING_CONSTANT; - file :STRING; - comment :STRING_CONSTANT; - path :STRING_CONSTANT; - path_next :STRING_CONSTANT; // // Constant for environment variable & path. // - system_unix_bash:STRING_CONSTANT := "Unix - bash"; - system_unix_tcsh:STRING_CONSTANT := "Unix - tcsh"; - system_unix_zsh :STRING_CONSTANT := "Unix - zsh"; - system_unix_bsd :STRING_CONSTANT := "Unix - BSD or Mac"; - system_windows :STRING_CONSTANT := "Windows - DOS"; - system_unknown :STRING_CONSTANT := "Unknown"; - file_bashrc :STRING_CONSTANT := "/.bashrc"; - file_cshrc :STRING_CONSTANT := "/.cshrc"; - file_zshenv :STRING_CONSTANT := "/.zshenv"; - file_profile :STRING_CONSTANT := "/.profile"; - file_autoexec :STRING_CONSTANT := "C:\\autoexec.bat"; - file_msdos_sys:STRING_CONSTANT := "C:\\msdos.sys"; - comment_windows :STRING_CONSTANT := "\r\nREM **** LISAAC COMPILER ****\r\n"; - comment_unix :STRING_CONSTANT := "\n# **** LISAAC COMPILER ****\n"; - path_bash :STRING_CONSTANT := "export PATH="; - path_tcsh :STRING_CONSTANT := "set path=("; - path_windows:STRING_CONSTANT := "set path="; - path_bash_next :STRING_CONSTANT := "/bin:$PATH\n\n"; - path_tcsh_next :STRING_CONSTANT := "/bin $path)\n\n"; - path_windows_next:STRING_CONSTANT := "\\bin;%path%\r\n\r\n"; // // Detect system and install environment variables. // - detect_system <- ( + std_file :POINTER; // // Detect system // (shell != NULL).if { file := STRING.create_from_string path_home; (shell.is_empty).if { " Error : SHELL environment variable is empty !\n".print; system := system_unknown; }.elseif {(shell.has_substring "bash") || {shell.has_suffix "/sh"}} then { // Unix - bash file.append file_bashrc; system := system_unix_bash; comment := comment_unix; path := path_bash; path_next := path_bash_next; }.elseif {shell.has_substring "tcsh"} then { // Unix - tcsh file.append file_cshrc; system := system_unix_tcsh; comment := comment_unix; path := path_tcsh; path_next := path_tcsh_next; }.elseif {shell.has_substring "zsh"} then { // Unix - zsh file.append file_zshenv; system := system_unix_zsh; comment := comment_unix; path := path_bash; path_next := path_bash_next; } else { // Unknown " Shell not recognized: ".print; shell.print; '\n'.print; system := system_unknown; }; } else { // On other shell std_file := open_read file_msdos_sys; (std_file != NULL).if { // Windows close std_file; file := STRING.create_from_string file_autoexec; system := system_windows; comment := comment_windows; path := path_windows; path_next := path_windows_next; } else { // Unknown system := system_unknown; }; }; " System detect: ".print; system.print; ); - install_make_lip <- ( (system != system_unknown).if { (system = system_windows).if { ENVIRONMENT.execute_command "copy make.lip.sample make.lip"; update "make.lip" idf " + target" with " + target:STRING := \"windows\";\n" confirmation FALSE; // "\n Note: Use `mingw' for Windows.\n".print; } else { ENVIRONMENT.execute_command "cp make.lip.sample make.lip"; update "make.lip" idf " + target" with " + target:STRING := \"unix\";\n" confirmation FALSE; }; (is_release).if_false { "\n Directory for library repository: ".print; IO.read_line; '\n'.print; string_tmp2.copy " + lib_extra:STRING := \""; string_tmp2.append (IO.last_string); (string_tmp2.last = '/').if { string_tmp2.add_last '*'; } else { string_tmp2.append "/*"; }; string_tmp2.append "\";\n"; update "make.lip" idf " + lib_extra" with string_tmp2 confirmation TRUE; update "make.lip" idf " + lib_unstable" with " + lib_unstable:STRING := \"\";\n" confirmation FALSE; }; }; '\n'.print; ); - install_variable <- ( + new_text :STRING; title "Fix target variable in `make.lip'." count 5; install_make_lip; // // Installation environment variable // title "Installation of environment variables." count 5; (system = system_unknown).if { // Fail. " Auto-install fail !\n\ \ You have to change your environment variables as following: \n\ \ set path=".print; path_current.print; "\\bin;%path%\n\n".print; } else { // Creation environment variables. new_text := STRING.create_from_string comment; new_text.append path; new_text.append path_current; new_text.append path_next; update file idf comment with new_text confirmation TRUE; }; // // Installation Library path // title "Installation of Lisaac library path." count 5; new_text := STRING.create_from_string path_current; (system = system_windows).if { new_text.replace_all '\\' with '/'; }; new_text.prepend "#define LISAAC_DIRECTORY \""; new_text.append "\"\n"; update "bin/path.h" idf "#define LISAAC_DIRECTORY" with new_text confirmation FALSE; '\n'.print; update "src/path.h" idf "#define LISAAC_DIRECTORY" with new_text confirmation FALSE; '\n'.print; ); // // Install Editor. // - lisaac_mode_comment :STRING_CONSTANT := ";; **** LISAAC MODE ****"; - lisaac_mode_path :STRING_CONSTANT := "\n(setq load-path (cons \""; - lisaac_mode_path_end:STRING_CONSTANT := "/editor/emacs/\" load-path))\n"; - lisaac_mode :STRING_CONSTANT := "(add-to-list 'auto-mode-alist '(\"\\\\.li\\\\'\" . lisaac-mode))\n\ \(add-to-list 'auto-mode-alist '(\"\\\\.lip\\\\'\" . lisaac-mode))\n\ \(autoload 'lisaac-mode \"lisaac-mode\" \"Major mode for Lisaac Programs\" t)\n\n"; - lisaac_vim:STRING_CONSTANT := "\nsyntax on \n\ \filetype plugin on \n\ \filetype indent on \n\ \au BufNewFile,BufRead *.li setf lisaac\n"; - install_emacs <- ( + file_name, new_text:STRING; file_name := STRING.create 100; (path_home = NULL).if { file_name.copy "C:"; } else { file_name.copy path_home; }; file_name.append "/.emacs"; new_text := STRING.create_from_string lisaac_mode_comment; new_text.append lisaac_mode_path; new_text.append path_current; (system = system_windows).if { new_text.replace_all '\\' with '/'; }; new_text.append lisaac_mode_path_end; new_text.append lisaac_mode; update file_name idf lisaac_mode_comment with new_text confirmation TRUE; ); - install_kate <- ( (system = system_windows).if { " Sorry, not Kate editor for windows.".print; } else { ENVIRONMENT.execute_command "mkdir -p ~/.kde/share/apps/katepart/syntax"; string_tmp.copy "cp -f editor/kate/lisaac_v2.xml ~/.kde/share/apps/katepart/syntax/."; " `".print; string_tmp.print; "'\t".print; (ENVIRONMENT.execute_command string_tmp != 0).if { "\n Sorry, auto-install fail !\n\ \ You can to read the `editor/kate/README' file.".print; } else { "OK.".print; }; }; ); - install_vim <- ( + char:CHARACTER; + file_name:STRING; // TODO: Fix this since gvim exists on windows system (system = system_windows).if { " Sorry, not Vim editor for windows.\n\n".print; } else { ENVIRONMENT.execute_command "mkdir -p ~/.vim/syntax"; ENVIRONMENT.execute_command "mkdir -p ~/.vim/indent"; ENVIRONMENT.execute_command "mkdir -p ~/.vim/backup"; ENVIRONMENT.execute_command "mkdir -p ~/.vim/temp"; // Syntax hilightning support string_tmp.copy "cp -f editor/vim/syntax/lisaac.vim ~/.vim/syntax/"; " `".print; string_tmp.print; "'\t".print; (ENVIRONMENT.execute_command string_tmp != 0).if { "\n Sorry, auto-install fail !\n\ \ You can read the `editor/vim/install_vim_plugin.sh' file.\n".print; } else { "OK.\n".print; }; // Syntax indentation support string_tmp.copy "cp -f editor/vim/indent/lisaac.vim ~/.vim/indent/"; " `".print; string_tmp.print; "'\t".print; (ENVIRONMENT.execute_command string_tmp != 0).if { "\n Sorry, auto-install fail !\n\ \ You can read the `editor/vim/install_vim_plugin.sh' file.\n".print; } else { "OK.\n".print; }; // Install ~/.vimrc file char := question "\n It is recommanded to install the default vimrc file provided by the \n\ \ lisaac installer. \n\n\ \ If you choose not doing this action, your vimrc will only be updated \n\ \ Do you want to install the default config provided by lisaac installer ?"; (char = 'n').if { file_name := STRING.create 100; (path_home = NULL).if { file_name.copy "C:"; } else { file_name.copy path_home; }; file_name.append "/.vimrc"; update file_name idf lisaac_vim with lisaac_vim confirmation TRUE; } else { string_tmp.copy "cp -f editor/vim/vimrc ~/.vimrc"; " `".print; string_tmp.print; "'\t".print; (ENVIRONMENT.execute_command string_tmp != 0).if { "\n Sorry, auto-install fail !\n\ \ You can read the `editor/vim/install_vim_plugin.sh' file.\n".print; } else { "OK.\n".print; }; }; }; ); - install_hippoedit <- ( (system = system_windows).if { string_tmp.copy "copy editor/hippoedit/lisaac_spec.xml \"C:\\Program Files\\HippoEDIT\\data\\syntax\""; // " Execute: `".print; string_tmp.print; "'\t".print; (ENVIRONMENT.execute_command string_tmp != 0).if { "Fail!".print; } else { "Ok.".print; }; } else { " Sorry, Hippoedit editor is only for Windows.".print; }; ); - install_eclipse <- ( " Prerequisite: you need the Eclipse package installed.\n\ \ Use the Eclipse Update Manager to install the Lisaac Mode with the URL:\n\ \ http://isaacproject.u-strasbg.fr/eclipse/update/\n\n\ \ Please, read `editor/eclipse/README' file for further information.\n".print; ); // // Install Compiler // - compile_file n:STRING_CONSTANT <- ( string_tmp.copy "gcc -U_FORTIFY_SOURCE -O2 bin/"; string_tmp.append n; string_tmp.append ".c -o bin/"; string_tmp.append n; " Execute command `".print; string_tmp.print; "' (please wait ...)\n".print; (ENVIRONMENT.execute_command string_tmp != 0).if { " Auto-install fail !\n\ \ You want to compile a `bin/".print; n.print; ".c' file.\n".print; }; '\n'.print; ); - compile_shorter is_root:BOOLEAN <- ( + rm,compile:STRING_CONSTANT; " Compile `shorter' tools for your system (please wait ...)\n".print; (is_root).if { compile := "lisaac src/make.lip -shorter -q -boost -o bin/shorter -gcc -Ibin/."; } else { (system = system_windows).if { rm := "del bin\\shorter.c"; compile := "bin\\lisaac src/make.lip -shorter -q -boost -o bin/shorter -gcc -Isrc/."; } else { rm := "rm bin/shorter.c"; compile := "bin/lisaac src/make.lip -shorter -q -boost -o bin/shorter -gcc -Isrc/."; }; }; (ENVIRONMENT.execute_command compile = 0).if { " Shorter ok!\n".print; (rm != NULL).if { ENVIRONMENT.execute_command rm; }; } else { " Sorry, `shorter' not ready...\n".print; }; '\n'.print; ); // // Build lib doc. // - build_lib <- ( string_tmp.clear; (system = system_windows).if { ENVIRONMENT.execute_command "mkdir doc\\html"; string_tmp.copy "bin\\shorter -d -f belinda -o doc\\html"; // BSBS: A ajouter internal mais sur le meme run shorter } else { ENVIRONMENT.execute_command "mkdir -p doc/html"; string_tmp.copy "bin/shorter -d -f belinda -o doc/html"; }; " Execute: `".print; string_tmp.print; "'\t".print; (ENVIRONMENT.execute_command string_tmp = 0).if { " OK\n\n\ \ Note: you'll find this documentation in `doc/html/index.html'\n".print; } else { " Fail!\n".print; }; ); - user_install <- ( + choice,choice2:INTEGER; { choice := menu "Menu." text "1- Compiler & Shorter Installation.\n\ \2- Editor Installation.\n\ \3- Build the librarie documentation (HTML).\n\ \0- Exit." count 3; choice .when 1 then { step_count := 0; install_variable; title "Compilation of Lisaac compiler." count 5; "*---------------------------------------------------------*\n\ \| Note: You need at least 768MB of memory. |\n\ \*---------------------------------------------------------*\n".print; compile_file "lisaac"; title "Compilation of Shorter tool." count 5; compile_shorter FALSE; "Welcome to the Lisaac World ! \n\ \============================= \n\ \ Installation successfull. \n\ \ Run `lisaac' to compile. \n".print; "*---------------------------------------------------------*\n\ \| Note: You'll have to reboot or reloaded environnement |\n\ \| to acknowledge the changes. |\n\ \| OR for bash users, doing a `source ~/.bashrc' should |\n\ \| do the job. |\n\ \*---------------------------------------------------------*\n".print; } .when 2 then { { choice2 := menu "Editor mode for Lisaac." text "1- Emacs.\n\ \2- Vim.\n\ \3- Kate.\n\ \4- Hippoedit.\n\ \5- eFTE.\n\ \6- Eclipse.\n\ \0- Exit menu." count 6; choice2 .when 1 then { title "Installation of `lisaac-mode' for Emacs." count 0; install_emacs; } .when 2 then { title "Installation of `lisaac.vim' for Vim." count 0; install_vim; } .when 3 then { title "Installation of `lisaac_v2.xml' for Kate." count 0; install_kate; } .when 4 then { title "Installation of `lisaac_spec.xml' for Hippoedit." count 0; install_hippoedit; } .when 5 then { title "Installation of eFTE mode." count 0; " Note: eFTE Lisaac mode is native.\n\ \ See: `http://efte.cowgar.com'".print; } .when 6 then { title "Installation of Eclipse mode." count 0; install_eclipse; }; }.do_while {choice2 != 0}; } .when 3 then { title "Build the librarie documentation with Shorter (HTML format)." count 0; build_lib; }; }.do_while {choice != 0}; ); - path_bin:ABSTRACT_STRING := "/usr/bin"; - path_lib:ABSTRACT_STRING := "/usr/lib/lisaac"; - path_doc:ABSTRACT_STRING := "/usr/share/lisaac"; - path_man:ABSTRACT_STRING := "/usr/share/man/man1"; - ask_path msg:ABSTRACT_STRING default val:ABSTRACT_STRING :ABSTRACT_STRING <- ( + result:STRING; + car:CHARACTER; msg.print; " [".print; val.print; "] ? (y/n) ".print; car := IO.read_character; IO.read_character; (car.to_lower = 'y').if { result := val; } else { "\n new path : ".print; IO.read_word; result := IO.last_string; result.remove_first 1; }; result ); - system_install <- ( + path:ABSTRACT_STRING; + create:{ (ABSTRACT_STRING,ABSTRACT_STRING,ABSTRACT_STRING,BOOLEAN); }; // path.h string_tmp2.copy "#define LISAAC_DIRECTORY \""; string_tmp2.append path_lib; string_tmp2.append "\"\n"; update "bin/path.h" idf "#define LISAAC_DIRECTORY" with string_tmp2 confirmation FALSE; // compile compile_file "lisaac"; // create := { (msg,cpy,dft:ABSTRACT_STRING,ask:BOOLEAN); (ask).if { path := ask_path msg default dft; } else { path := dft; }; string_tmp.copy "mkdir -p "; string_tmp.append path; execute string_tmp; string_tmp.copy cpy; string_tmp.append path; execute string_tmp; }; // create.value (" binary path","cp bin/lisaac ",path_bin,TRUE); // create.value (" library path","cp -rf lib ",path_lib,FALSE); install_make_lip; string_tmp.copy "cp make.lip "; string_tmp.append path_lib; string_tmp.append "/."; string_tmp.print; '\n'.print; execute string_tmp; // compile_shorter TRUE; create.value (NULL,"cp bin/shorter ",path_bin,FALSE); // create.value (" shorter's mode path","cp -rf shorter ",path_lib,FALSE); build_lib; create.value ("Documentation path","cp -rf doc/html/* ",path_doc,TRUE); // create.value ("Man path","cp -rf doc/man/* ",path_man,TRUE); "\n*---------------------------------------------------------*\n\ \| Note: For Editor feature, please execute |\n\ \| `install_lisaac' in user mode. |\n\ \*---------------------------------------------------------*\n".print; ); Section Public - main <- ( + cwd:NATIVE_ARRAY(CHARACTER); + choice:INTEGER; "\t\t================================\n\ \\t\t= Auto-Install Lisaac Compiler =\n\ \\t\t================================\n\n".print; string_tmp.clear; cwd := string_tmp.to_external; `getcwd(@cwd,255)`; string_tmp.from_external cwd; path_current := STRING.create (string_tmp.count); path_current.copy string_tmp; path_home := ENVIRONMENT.get_environment_variable "HOME"; shell := ENVIRONMENT.get_environment_variable "SHELL"; title "Detection system." count 0; detect_system; (system != system_windows).if { choice := menu "Menu." text "1- User installation.\n\ \2- System installation (root).\n\ \0- Exit." count 2; choice .when 1 then { user_install; } .when 2 then { system_install; }; } else { user_install; }; "\nBye.\n\n".print; ); lisaac_0.39_rc1/COPYING.txt0000644000175000017500000011274711314031243015311 0ustar sonntagsonntag GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The GNU General Public License is a free, copyleft license for software and other kinds of works. The licenses for most software and other practical works are designed to take away your freedom to share and change the works. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change all versions of a program--to make sure it remains free software for all its users. We, the Free Software Foundation, use the GNU General Public License for most of our software; it applies also to any other work released this way by its authors. You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for them if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs, and that you know you can do these things. To protect your rights, we need to prevent others from denying you these rights or asking you to surrender the rights. Therefore, you have certain responsibilities if you distribute copies of the software, or if you modify it: responsibilities to respect the freedom of others. For example, if you distribute copies of such a program, whether gratis or for a fee, you must pass on to the recipients the same freedoms that you received. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. Developers that use the GNU GPL protect your rights with two steps: (1) assert copyright on the software, and (2) offer you this License giving you legal permission to copy, distribute and/or modify it. For the developers' and authors' protection, the GPL clearly explains that there is no warranty for this free software. For both users' and authors' sake, the GPL requires that modified versions be marked as changed, so that their problems will not be attributed erroneously to authors of previous versions. Some devices are designed to deny users access to install or run modified versions of the software inside them, although the manufacturer can do so. This is fundamentally incompatible with the aim of protecting users' freedom to change the software. The systematic pattern of such abuse occurs in the area of products for individuals to use, which is precisely where it is most unacceptable. Therefore, we have designed this version of the GPL to prohibit the practice for those products. If such problems arise substantially in other domains, we stand ready to extend this provision to those domains in future versions of the GPL, as needed to protect the freedom of users. Finally, every program is threatened constantly by software patents. States should not allow patents to restrict development and use of software on general-purpose computers, but in those that do, we wish to avoid the special danger that patents applied to a free program could make it effectively proprietary. To prevent this, the GPL assures that patents cannot be used to render the program non-free. The precise terms and conditions for copying, distribution and modification follow. TERMS AND CONDITIONS 0. Definitions. "This License" refers to version 3 of the GNU General Public License. "Copyright" also means copyright-like laws that apply to other kinds of works, such as semiconductor masks. "The Program" refers to any copyrightable work licensed under this License. Each licensee is addressed as "you". "Licensees" and "recipients" may be individuals or organizations. To "modify" a work means to copy from or adapt all or part of the work in a fashion requiring copyright permission, other than the making of an exact copy. The resulting work is called a "modified version" of the earlier work or a work "based on" the earlier work. A "covered work" means either the unmodified Program or a work based on the Program. To "propagate" a work means to do anything with it that, without permission, would make you directly or secondarily liable for infringement under applicable copyright law, except executing it on a computer or modifying a private copy. Propagation includes copying, distribution (with or without modification), making available to the public, and in some countries other activities as well. To "convey" a work means any kind of propagation that enables other parties to make or receive copies. Mere interaction with a user through a computer network, with no transfer of a copy, is not conveying. An interactive user interface displays "Appropriate Legal Notices" to the extent that it includes a convenient and prominently visible feature that (1) displays an appropriate copyright notice, and (2) tells the user that there is no warranty for the work (except to the extent that warranties are provided), that licensees may convey the work under this License, and how to view a copy of this License. If the interface presents a list of user commands or options, such as a menu, a prominent item in the list meets this criterion. 1. Source Code. The "source code" for a work means the preferred form of the work for making modifications to it. "Object code" means any non-source form of a work. A "Standard Interface" means an interface that either is an official standard defined by a recognized standards body, or, in the case of interfaces specified for a particular programming language, one that is widely used among developers working in that language. The "System Libraries" of an executable work include anything, other than the work as a whole, that (a) is included in the normal form of packaging a Major Component, but which is not part of that Major Component, and (b) serves only to enable use of the work with that Major Component, or to implement a Standard Interface for which an implementation is available to the public in source code form. A "Major Component", in this context, means a major essential component (kernel, window system, and so on) of the specific operating system (if any) on which the executable work runs, or a compiler used to produce the work, or an object code interpreter used to run it. The "Corresponding Source" for a work in object code form means all the source code needed to generate, install, and (for an executable work) run the object code and to modify the work, including scripts to control those activities. However, it does not include the work's System Libraries, or general-purpose tools or generally available free programs which are used unmodified in performing those activities but which are not part of the work. For example, Corresponding Source includes interface definition files associated with source files for the work, and the source code for shared libraries and dynamically linked subprograms that the work is specifically designed to require, such as by intimate data communication or control flow between those subprograms and other parts of the work. The Corresponding Source need not include anything that users can regenerate automatically from other parts of the Corresponding Source. The Corresponding Source for a work in source code form is that same work. 2. Basic Permissions. All rights granted under this License are granted for the term of copyright on the Program, and are irrevocable provided the stated conditions are met. This License explicitly affirms your unlimited permission to run the unmodified Program. The output from running a covered work is covered by this License only if the output, given its content, constitutes a covered work. This License acknowledges your rights of fair use or other equivalent, as provided by copyright law. You may make, run and propagate covered works that you do not convey, without conditions so long as your license otherwise remains in force. You may convey covered works to others for the sole purpose of having them make modifications exclusively for you, or provide you with facilities for running those works, provided that you comply with the terms of this License in conveying all material for which you do not control copyright. Those thus making or running the covered works for you must do so exclusively on your behalf, under your direction and control, on terms that prohibit them from making any copies of your copyrighted material outside their relationship with you. Conveying under any other circumstances is permitted solely under the conditions stated below. Sublicensing is not allowed; section 10 makes it unnecessary. 3. Protecting Users' Legal Rights From Anti-Circumvention Law. No covered work shall be deemed part of an effective technological measure under any applicable law fulfilling obligations under article 11 of the WIPO copyright treaty adopted on 20 December 1996, or similar laws prohibiting or restricting circumvention of such measures. When you convey a covered work, you waive any legal power to forbid circumvention of technological measures to the extent such circumvention is effected by exercising rights under this License with respect to the covered work, and you disclaim any intention to limit operation or modification of the work as a means of enforcing, against the work's users, your or third parties' legal rights to forbid circumvention of technological measures. 4. Conveying Verbatim Copies. You may convey verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice; keep intact all notices stating that this License and any non-permissive terms added in accord with section 7 apply to the code; keep intact all notices of the absence of any warranty; and give all recipients a copy of this License along with the Program. You may charge any price or no price for each copy that you convey, and you may offer support or warranty protection for a fee. 5. Conveying Modified Source Versions. You may convey a work based on the Program, or the modifications to produce it from the Program, in the form of source code under the terms of section 4, provided that you also meet all of these conditions: a) The work must carry prominent notices stating that you modified it, and giving a relevant date. b) The work must carry prominent notices stating that it is released under this License and any conditions added under section 7. This requirement modifies the requirement in section 4 to "keep intact all notices". c) You must license the entire work, as a whole, under this License to anyone who comes into possession of a copy. This License will therefore apply, along with any applicable section 7 additional terms, to the whole of the work, and all its parts, regardless of how they are packaged. This License gives no permission to license the work in any other way, but it does not invalidate such permission if you have separately received it. d) If the work has interactive user interfaces, each must display Appropriate Legal Notices; however, if the Program has interactive interfaces that do not display Appropriate Legal Notices, your work need not make them do so. A compilation of a covered work with other separate and independent works, which are not by their nature extensions of the covered work, and which are not combined with it such as to form a larger program, in or on a volume of a storage or distribution medium, is called an "aggregate" if the compilation and its resulting copyright are not used to limit the access or legal rights of the compilation's users beyond what the individual works permit. Inclusion of a covered work in an aggregate does not cause this License to apply to the other parts of the aggregate. 6. Conveying Non-Source Forms. You may convey a covered work in object code form under the terms of sections 4 and 5, provided that you also convey the machine-readable Corresponding Source under the terms of this License, in one of these ways: a) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by the Corresponding Source fixed on a durable physical medium customarily used for software interchange. b) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by a written offer, valid for at least three years and valid for as long as you offer spare parts or customer support for that product model, to give anyone who possesses the object code either (1) a copy of the Corresponding Source for all the software in the product that is covered by this License, on a durable physical medium customarily used for software interchange, for a price no more than your reasonable cost of physically performing this conveying of source, or (2) access to copy the Corresponding Source from a network server at no charge. c) Convey individual copies of the object code with a copy of the written offer to provide the Corresponding Source. This alternative is allowed only occasionally and noncommercially, and only if you received the object code with such an offer, in accord with subsection 6b. d) Convey the object code by offering access from a designated place (gratis or for a charge), and offer equivalent access to the Corresponding Source in the same way through the same place at no further charge. You need not require recipients to copy the Corresponding Source along with the object code. If the place to copy the object code is a network server, the Corresponding Source may be on a different server (operated by you or a third party) that supports equivalent copying facilities, provided you maintain clear directions next to the object code saying where to find the Corresponding Source. Regardless of what server hosts the Corresponding Source, you remain obligated to ensure that it is available for as long as needed to satisfy these requirements. e) Convey the object code using peer-to-peer transmission, provided you inform other peers where the object code and Corresponding Source of the work are being offered to the general public at no charge under subsection 6d. A separable portion of the object code, whose source code is excluded from the Corresponding Source as a System Library, need not be included in conveying the object code work. A "User Product" is either (1) a "consumer product", which means any tangible personal property which is normally used for personal, family, or household purposes, or (2) anything designed or sold for incorporation into a dwelling. In determining whether a product is a consumer product, doubtful cases shall be resolved in favor of coverage. For a particular product received by a particular user, "normally used" refers to a typical or common use of that class of product, regardless of the status of the particular user or of the way in which the particular user actually uses, or expects or is expected to use, the product. A product is a consumer product regardless of whether the product has substantial commercial, industrial or non-consumer uses, unless such uses represent the only significant mode of use of the product. "Installation Information" for a User Product means any methods, procedures, authorization keys, or other information required to install and execute modified versions of a covered work in that User Product from a modified version of its Corresponding Source. The information must suffice to ensure that the continued functioning of the modified object code is in no case prevented or interfered with solely because modification has been made. If you convey an object code work under this section in, or with, or specifically for use in, a User Product, and the conveying occurs as part of a transaction in which the right of possession and use of the User Product is transferred to the recipient in perpetuity or for a fixed term (regardless of how the transaction is characterized), the Corresponding Source conveyed under this section must be accompanied by the Installation Information. But this requirement does not apply if neither you nor any third party retains the ability to install modified object code on the User Product (for example, the work has been installed in ROM). The requirement to provide Installation Information does not include a requirement to continue to provide support service, warranty, or updates for a work that has been modified or installed by the recipient, or for the User Product in which it has been modified or installed. Access to a network may be denied when the modification itself materially and adversely affects the operation of the network or violates the rules and protocols for communication across the network. Corresponding Source conveyed, and Installation Information provided, in accord with this section must be in a format that is publicly documented (and with an implementation available to the public in source code form), and must require no special password or key for unpacking, reading or copying. 7. Additional Terms. "Additional permissions" are terms that supplement the terms of this License by making exceptions from one or more of its conditions. Additional permissions that are applicable to the entire Program shall be treated as though they were included in this License, to the extent that they are valid under applicable law. If additional permissions apply only to part of the Program, that part may be used separately under those permissions, but the entire Program remains governed by this License without regard to the additional permissions. When you convey a copy of a covered work, you may at your option remove any additional permissions from that copy, or from any part of it. (Additional permissions may be written to require their own removal in certain cases when you modify the work.) You may place additional permissions on material, added by you to a covered work, for which you have or can give appropriate copyright permission. Notwithstanding any other provision of this License, for material you add to a covered work, you may (if authorized by the copyright holders of that material) supplement the terms of this License with terms: a) Disclaiming warranty or limiting liability differently from the terms of sections 15 and 16 of this License; or b) Requiring preservation of specified reasonable legal notices or author attributions in that material or in the Appropriate Legal Notices displayed by works containing it; or c) Prohibiting misrepresentation of the origin of that material, or requiring that modified versions of such material be marked in reasonable ways as different from the original version; or d) Limiting the use for publicity purposes of names of licensors or authors of the material; or e) Declining to grant rights under trademark law for use of some trade names, trademarks, or service marks; or f) Requiring indemnification of licensors and authors of that material by anyone who conveys the material (or modified versions of it) with contractual assumptions of liability to the recipient, for any liability that these contractual assumptions directly impose on those licensors and authors. All other non-permissive additional terms are considered "further restrictions" within the meaning of section 10. If the Program as you received it, or any part of it, contains a notice stating that it is governed by this License along with a term that is a further restriction, you may remove that term. If a license document contains a further restriction but permits relicensing or conveying under this License, you may add to a covered work material governed by the terms of that license document, provided that the further restriction does not survive such relicensing or conveying. If you add terms to a covered work in accord with this section, you must place, in the relevant source files, a statement of the additional terms that apply to those files, or a notice indicating where to find the applicable terms. Additional terms, permissive or non-permissive, may be stated in the form of a separately written license, or stated as exceptions; the above requirements apply either way. 8. Termination. You may not propagate or modify a covered work except as expressly provided under this License. Any attempt otherwise to propagate or modify it is void, and will automatically terminate your rights under this License (including any patent licenses granted under the third paragraph of section 11). However, if you cease all violation of this License, then your license from a particular copyright holder is reinstated (a) provisionally, unless and until the copyright holder explicitly and finally terminates your license, and (b) permanently, if the copyright holder fails to notify you of the violation by some reasonable means prior to 60 days after the cessation. Moreover, your license from a particular copyright holder is reinstated permanently if the copyright holder notifies you of the violation by some reasonable means, this is the first time you have received notice of violation of this License (for any work) from that copyright holder, and you cure the violation prior to 30 days after your receipt of the notice. Termination of your rights under this section does not terminate the licenses of parties who have received copies or rights from you under this License. If your rights have been terminated and not permanently reinstated, you do not qualify to receive new licenses for the same material under section 10. 9. Acceptance Not Required for Having Copies. You are not required to accept this License in order to receive or run a copy of the Program. Ancillary propagation of a covered work occurring solely as a consequence of using peer-to-peer transmission to receive a copy likewise does not require acceptance. However, nothing other than this License grants you permission to propagate or modify any covered work. These actions infringe copyright if you do not accept this License. Therefore, by modifying or propagating a covered work, you indicate your acceptance of this License to do so. 10. Automatic Licensing of Downstream Recipients. Each time you convey a covered work, the recipient automatically receives a license from the original licensors, to run, modify and propagate that work, subject to this License. You are not responsible for enforcing compliance by third parties with this License. An "entity transaction" is a transaction transferring control of an organization, or substantially all assets of one, or subdividing an organization, or merging organizations. If propagation of a covered work results from an entity transaction, each party to that transaction who receives a copy of the work also receives whatever licenses to the work the party's predecessor in interest had or could give under the previous paragraph, plus a right to possession of the Corresponding Source of the work from the predecessor in interest, if the predecessor has it or can get it with reasonable efforts. You may not impose any further restrictions on the exercise of the rights granted or affirmed under this License. For example, you may not impose a license fee, royalty, or other charge for exercise of rights granted under this License, and you may not initiate litigation (including a cross-claim or counterclaim in a lawsuit) alleging that any patent claim is infringed by making, using, selling, offering for sale, or importing the Program or any portion of it. 11. Patents. A "contributor" is a copyright holder who authorizes use under this License of the Program or a work on which the Program is based. The work thus licensed is called the contributor's "contributor version". A contributor's "essential patent claims" are all patent claims owned or controlled by the contributor, whether already acquired or hereafter acquired, that would be infringed by some manner, permitted by this License, of making, using, or selling its contributor version, but do not include claims that would be infringed only as a consequence of further modification of the contributor version. For purposes of this definition, "control" includes the right to grant patent sublicenses in a manner consistent with the requirements of this License. Each contributor grants you a non-exclusive, worldwide, royalty-free patent license under the contributor's essential patent claims, to make, use, sell, offer for sale, import and otherwise run, modify and propagate the contents of its contributor version. In the following three paragraphs, a "patent license" is any express agreement or commitment, however denominated, not to enforce a patent (such as an express permission to practice a patent or covenant not to sue for patent infringement). To "grant" such a patent license to a party means to make such an agreement or commitment not to enforce a patent against the party. If you convey a covered work, knowingly relying on a patent license, and the Corresponding Source of the work is not available for anyone to copy, free of charge and under the terms of this License, through a publicly available network server or other readily accessible means, then you must either (1) cause the Corresponding Source to be so available, or (2) arrange to deprive yourself of the benefit of the patent license for this particular work, or (3) arrange, in a manner consistent with the requirements of this License, to extend the patent license to downstream recipients. "Knowingly relying" means you have actual knowledge that, but for the patent license, your conveying the covered work in a country, or your recipient's use of the covered work in a country, would infringe one or more identifiable patents in that country that you have reason to believe are valid. If, pursuant to or in connection with a single transaction or arrangement, you convey, or propagate by procuring conveyance of, a covered work, and grant a patent license to some of the parties receiving the covered work authorizing them to use, propagate, modify or convey a specific copy of the covered work, then the patent license you grant is automatically extended to all recipients of the covered work and works based on it. A patent license is "discriminatory" if it does not include within the scope of its coverage, prohibits the exercise of, or is conditioned on the non-exercise of one or more of the rights that are specifically granted under this License. You may not convey a covered work if you are a party to an arrangement with a third party that is in the business of distributing software, under which you make payment to the third party based on the extent of your activity of conveying the work, and under which the third party grants, to any of the parties who would receive the covered work from you, a discriminatory patent license (a) in connection with copies of the covered work conveyed by you (or copies made from those copies), or (b) primarily for and in connection with specific products or compilations that contain the covered work, unless you entered into that arrangement, or that patent license was granted, prior to 28 March 2007. Nothing in this License shall be construed as excluding or limiting any implied license or other defenses to infringement that may otherwise be available to you under applicable patent law. 12. No Surrender of Others' Freedom. If conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot convey a covered work so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not convey it at all. For example, if you agree to terms that obligate you to collect a royalty for further conveying from those to whom you convey the Program, the only way you could satisfy both those terms and this License would be to refrain entirely from conveying the Program. 13. Use with the GNU Affero General Public License. Notwithstanding any other provision of this License, you have permission to link or combine any covered work with a work licensed under version 3 of the GNU Affero General Public License into a single combined work, and to convey the resulting work. The terms of this License will continue to apply to the part which is the covered work, but the special requirements of the GNU Affero General Public License, section 13, concerning interaction through a network will apply to the combination as such. 14. Revised Versions of this License. The Free Software Foundation may publish revised and/or new versions of the GNU General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies that a certain numbered version of the GNU General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that numbered version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of the GNU General Public License, you may choose any version ever published by the Free Software Foundation. If the Program specifies that a proxy can decide which future versions of the GNU General Public License can be used, that proxy's public statement of acceptance of a version permanently authorizes you to choose that version for the Program. Later license versions may give you additional or different permissions. However, no additional obligations are imposed on any author or copyright holder as a result of your choosing to follow a later version. 15. Disclaimer of Warranty. THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 16. Limitation of Liability. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. 17. Interpretation of Sections 15 and 16. If the disclaimer of warranty and limitation of liability provided above cannot be given local legal effect according to their terms, reviewing courts shall apply local law that most closely approximates an absolute waiver of all civil liability in connection with the Program, unless a warranty or assumption of liability accompanies a copy of the Program in return for a fee. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively state the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . Also add information on how to contact you by electronic and paper mail. If the program does terminal interaction, make it output a short notice like this when it starts in an interactive mode: Copyright (C) This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . Lisaac Compiler RUNTIME LIBRARY EXCEPTION Version 3.1, 31 March 2009 Copyright © 2009 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. This Lisaac Compiler Runtime Library Exception ("Exception") is an additional permission under section 7 of the GNU General Public License, version 3 ("GPLv3"). It applies to a given file (the "Runtime Library") that bears a notice placed by the copyright holder of the file stating that the file is governed by GPLv3 along with this Exception. When you use Lisaac Compiler to compile a program, Lisaac Compiler may combine portions of certain Lisaac Compiler header files and runtime libraries with the compiled program. The purpose of this Exception is to allow compilation of non-GPL (including proprietary) programs to use, in this way, the header files and runtime libraries covered by this Exception. 0. Definitions. A file is an "Independent Module" if it either requires the Runtime Library for execution after a Compilation Process, or makes use of an interface provided by the Runtime Library, but is not otherwise based on the Runtime Library. "GPL-compatible Software" is software whose conditions of propagation, modification and use would permit combination with Lisaac Compiler in accord with the license of Lisaac Compiler. "Target Code" refers to output from any compiler for a real or virtual target processor architecture, in executable form or suitable for input to an assembler, loader, linker and/or execution phase. Notwithstanding that, Target Code does not include data in any format that is used as a compiler intermediate representation, or used for producing a compiler intermediate representation. The "Compilation Process" transforms code entirely represented in non-intermediate languages designed for human-written code, and/or in Java Virtual Machine byte code, into Target Code. Thus, for example, use of source code generators and preprocessors need not be considered part of the Compilation Process, since the Compilation Process can be understood as starting with the output of the generators or preprocessors. A Compilation Process is "Eligible" if it is done using Lisaac Compiler, alone or with other GPL-compatible software, or if it is done without using any work based on Lisaac Compiler. For example, using non-GPL-compatible Software to optimize any Lisaac Compiler intermediate representations would not qualify as an Eligible Compilation Process. 1. Grant of Additional Permission. You have permission to propagate a work of Target Code formed by combining the Runtime Library with Independent Modules, even if such propagation would otherwise violate the terms of GPLv3, provided that all Target Code was generated by Eligible Compilation Processes. You may then convey such a combination under terms of your choice, consistent with the licensing of the Independent Modules. 2. No Weakening of Lisaac Compiler Copyleft. The availability of this Exception does not imply any general presumption that third-party software is unaffected by the copyleft requirements of the license of Lisaac Compiler. lisaac_0.39_rc1/make.lip.sample0000644000175000017500000001676411314031246016350 0ustar sonntagsonntag/////////////////////////////////////////////////////////////////////////////// // Lisaac Installer // // // // LSIIT - ULP - CNRS - INRIA - FRANCE // // // // This program is free software: you can redistribute it and/or modify // // it under the terms of the GNU General Public License as published by // // the Free Software Foundation, either version 3 of the License, or // // (at your option) any later version. // // // // This program is distributed in the hope that it will be useful, // // but WITHOUT ANY WARRANTY; without even the implied warranty of // // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // // GNU General Public License for more details. // // // // You should have received a copy of the GNU General Public License // // along with this program. If not, see . // // // // http://isaacproject.u-strasbg.fr/ // /////////////////////////////////////////////////////////////////////////////// // file LIP : LIsaac Path directory and make LIsaac Project system. Section Private // // Compiler variables. // // File information. + lisaac:STRING; // is environment variable value (auto-loading). + input_file:STRING; // is input file name value without extension (auto-loading, if possible). + output_file:STRING; // is output file name value without extension (auto-loading, if possible). // Debug information. + debug_level:INTEGER := 15; + debug_with_code:BOOLEAN := TRUE; + is_all_warning:BOOLEAN; // Optimization. + is_optimization:BOOLEAN; + inline_level:INTEGER := 5; // Generate code. + is_cop:BOOLEAN; // Correct value after compilation. + is_library:BOOLEAN; // For build a lisaac library C // Other. + is_statistic:BOOLEAN; + is_quiet:BOOLEAN; // // Other variables. // + option_gcc:STRING; + lib_gcc:STRING; + execute_file:STRING; + target:STRING := "unix"; // // Service // - path_li p:STRING <- ( path (lisaac + p); ); + exit_success_code:INTEGER := 0; + exit_failure_code:INTEGER := 1; + lib_os:STRING := "lib/internal/os_support/"; + lib_extra:STRING := "lib/extra/*"; + lib_unstable:STRING := "lib/unstable/*"; // // Directory. // - standard_path <- // Standard library. ( path_li "lib/standard/*"; path_li "lib/internal/portable/*"; path_li lib_extra; path_li lib_unstable; ); // // Target path. // - unix_target <- ( path_li (lib_os + "unix/system/"); path_li (lib_os + "unix/file_system/"); path_li (lib_os + "unix/video/"); ); - windows_target <- ( path_li (lib_os + "unix/system/"); path_li (lib_os + "windows/file_system/"); path_li (lib_os + "windows/video/"); ); - dos_target <- ( path_li (lib_os + "unix/system/"); path_li (lib_os + "dos/file_system/"); path_li (lib_os + "dos/video/"); ); - get_target <- ( (target = "dos").if { dos_target; }; (target = "windows").if { windows_target; }; (target = "unix").if { unix_target; }; (target = "").if { "Target code needed.\n".print; die_with_code exit_failure_code; }; ); - add_lib lib:STRING <- ( (target = "windows").if { run "echo int main(){ return(1); } > __tmp__.c"; (run ("gcc __tmp__.c -o __tmp__ " + lib + " > NUL") = 0).if { lib_gcc := lib_gcc + " " + lib; run "del __tmp__.c __tmp__.exe"; } else { "\nERROR: `" + lib + "' library for GCC not found.\n".print; run "del __tmp__.c"; die_with_code exit_failure_code; }; } else { run "echo \"int main(){ return(1); }\" > __tmp__.c"; (run ("gcc __tmp__.c -o __tmp__ " + lib + " 2> /dev/null") = 0).if { lib_gcc := lib_gcc + " " + lib; run "rm __tmp__.c __tmp__"; } else { ("\nERROR: `" + lib + "' library for GCC not found.\n").print; run "rm __tmp__.c"; die_with_code exit_failure_code; }; }; ); - execute cmd:STRING <- ( (! is_quiet).if { "run `".print; cmd.print; "'\n".print; }; (run cmd != 0).if { "FAILURE!\n".print; }; ); // // Execute function. // - general_front_end <- ( standard_path; get_target; ); - general_back_end <- ( (is_cop).if { lib_gcc := lib_gcc + " -lpthread"; }; ((target = "dos") | (target = "windows")).if { execute_file := output_file + ".exe"; } else { execute_file := output_file; }; option_gcc := option_gcc + " -U_FORTIFY_SOURCE "; (is_library).if { execute ("gcc " + output_file + ".c -c " + option_gcc); } else { execute ("gcc " + output_file + ".c -o " + output_file + option_gcc + lib_gcc); }; ); - front_end <- // Executed by compiler, before compilation step. ( general_front_end; ); - back_end <- // Executed by compiler, after compilation step. ( general_back_end; ); Section Public // // Debug information. // - no_debug <- // No debug information. ( debug_level := 0; debug_with_code := FALSE; ); - debug level:INTEGER <- // Fix debug level (default: 15) ( ((level < 1) | (level > 20)).if { "Incorrect debug level.\n".print; die_with_code exit_failure_code; }; debug_level := level; ); - without_source <- // Debug mode without source code. ( debug_with_code := FALSE; ); - all_warning <- // All warning (deferred detect, ...). ( is_all_warning := TRUE; ); // // Optimization. // - boost <- // Full optimization. ( no_debug; is_optimization := TRUE; option_gcc := option_gcc + " -O2 -fomit-frame-pointer"; ); - i level:INTEGER <- // Inlining level [1..5000] (default: 15) ( ((level < 1) | (level > 5000)).if { "Incorrect inlining level.\n".print; exit; }; inline_level := level; ); // // Generate code. // - o outputfile:STRING <- // Change output file (default: `input_file'). ( output_file := outputfile; ); - target idf:STRING <- // Target for backend (unix,windows,dos) ( target := idf; ); - gcc option:STRING <- // Add option for GCC. ( option_gcc := option_gcc + " " + option; ); // // Other. // - add_path str:STRING <- // Add the `str' path in the current list of path. ( path str; ); - q <- // Quiet operation. ( is_quiet := TRUE; ); - build_library <- // For to build library (`main' => `init') ( is_library := TRUE; ); // // Information. // - s <- // Statistic information. ( is_statistic := TRUE; ); - help <- // Help ( help_command; die_with_code exit_success_code; ); - version <- // Version ( compiler_version; die_with_code exit_success_code; );lisaac_0.39_rc1/editor/0000755000175000017500000000000011314031253014713 5ustar sonntagsonntaglisaac_0.39_rc1/editor/hippoedit/0000755000175000017500000000000011314031253016700 5ustar sonntagsonntaglisaac_0.39_rc1/editor/hippoedit/lisaac_spec.xml0000644000175000017500000000757011314031253021701 0ustar sonntagsonntag true ()[]{}''"" \ ?*-+/&*=<>!{}()[]. 0-9A-Za-z_ 2 lisaac_0.39_rc1/editor/hippoedit/README.txt0000644000175000017500000000152411314031253020400 0ustar sonntagsonntagHippoEDIT --------- http://hippoedit.com From the website: HippoEDIT is a powerful, fast and easy to use Windows text editor, primarily targeted at power users and programmers. It has modern and lightweight user interface, which supports different interface schemes, Multi Tab environment, seamless web and help browser, File Explorer and Project Explorer, external tools integration and more smart text editor functions. It has a cool feature in that it very easily nests modes. So, in Lisaac, when you use the back tick `, the code inside of the back ticks are fully syntax highlighted as C code. It also has slot navigation for Lisaac source files. Installation ------------ 1. Copy lisaac_spec.xml to C:\Program Files\HippoEDIT\data\syntax 2. Restart HippoEDIT. .li and .lip files should now be syntax highlighted as Lisaac. lisaac_0.39_rc1/editor/vim/0000755000175000017500000000000011314031253015506 5ustar sonntagsonntaglisaac_0.39_rc1/editor/vim/jptemplate/0000755000175000017500000000000011314031253017653 5ustar sonntagsonntaglisaac_0.39_rc1/editor/vim/jptemplate/lisaac/0000755000175000017500000000000011314031253021107 5ustar sonntagsonntaglisaac_0.39_rc1/editor/vim/jptemplate/lisaac/for0000644000175000017500000000014411314031253021617 0ustar sonntagsonntag${initializer expression:0}.to (${loop test expression}) do { ${iterator:i}:INTEGER; ${cursor} }; lisaac_0.39_rc1/editor/vim/jptemplate/lisaac/if_else0000644000175000017500000000006311314031253022437 0ustar sonntagsonntag(${test expression}).if { ${cursor} } else { }; lisaac_0.39_rc1/editor/vim/jptemplate/lisaac/if0000644000175000017500000000005111314031253021424 0ustar sonntagsonntag(${test expression}).if { ${cursor} }; lisaac_0.39_rc1/editor/vim/jptemplate/lisaac/do_while0000644000175000017500000000005711314031253022626 0ustar sonntagsonntag{ ${cursor} }.do_while {${test expression}}; lisaac_0.39_rc1/editor/vim/jptemplate/lisaac/while_do0000644000175000017500000000006011314031253022620 0ustar sonntagsonntag{${test expression}}.while_do { ${cursor} }; lisaac_0.39_rc1/editor/vim/jptemplate/lisaac/if_elseif0000644000175000017500000000012111314031253022751 0ustar sonntagsonntag(${test expression1}).if { ${cursor} }.elseif {${test expression2}} then { }; lisaac_0.39_rc1/editor/vim/jptemplate/lisaac/for_step0000644000175000017500000000016011314031253022650 0ustar sonntagsonntag${initializer expression:0}.to (${loop test expression}) by(${step}) do { ${iterator:i}:INTEGER; ${cursor} }; lisaac_0.39_rc1/editor/vim/indent/0000755000175000017500000000000011314031253016767 5ustar sonntagsonntaglisaac_0.39_rc1/editor/vim/indent/lisaac.vim0000644000175000017500000000643311314031253020746 0ustar sonntagsonntag" Vim indent file " Language: Lisaac " Maintainer: Xavier Oswald " Contributors: Matthieu Herrmann " $Date: 2009/05/19 21:33:52 " $Revision: 1.0 " URL: http://isaacproject.u-strasbg.fr/ " TODO: " - Improve string indent and if there are {, ( .... inside " Only load this indent file when no other was loaded. if exists("b:did_indent") finish endif let b:did_indent = 1 setlocal indentexpr=GetLisaacIndent() setlocal indentkeys+==Section,0),0},O] setlocal nolisp " no lisp indent setlocal nosmartindent " no start tab setlocal nocindent " no C indent setlocal nosmarttab " no start tab setlocal expandtab " no tabs, real spaces setlocal autoindent " Use indent from the previous line setlocal tabstop=2 " tab spacing setlocal softtabstop=2 " 2 spaces when pressing unify setlocal shiftwidth=2 " unify " Only define the function once. if exists("*GetLisaacIndent") finish endif function GetLisaacIndent() let lnum = prevnonblank(v:lnum - 1) let ind = indent(lnum) let line = getline(lnum) let linec = getline(v:lnum) let pline = getline(pnum) " At the start of the file use zero indent. " if lnum == 0 " return 0 " endif """"""""""""""""" " NO INDENT " """"""""""""""""" " Whole line String if linec =~ '^.\s*\\.*\\\s*$' || linec =~ '^\s*\\.*\"' return ind endif " && and || if line =~ '^.*&&\s*$' || line =~ '^.*||\s*$' "|| line =~ '^\s*{.*}.*' return ind endif """"""""""""""""" " INDENT PART " """"""""""""""""" if line =~ '^.*($' let ind = ind + &sw return ind endif " Add a 'shiftwidth' after lines that start with a Section word if line =~ '^\s*Section' let ind = ind + &sw return ind endif " Add a 'shiftwidth' after a "(" and no ")" and not in a string if line =~ '^.*(' && line !~ '^.*(.*).*' && line !~ '^.*\".*(.*\".*' let ind = ind + &sw return ind endif " Add a 'shiftwidth' after a "{" and no "}" and not in a string " .....{ OR ......{ code; " No invariant (contract) if line =~ '^.*{\s*$' || line =~'^.*{.*' && line !~ '^.*\".*{.*\".*' && line !~ '^.*\\.*{.*\".*' && line !~ '^.*?\s*{' && line !~ '^\s*{.*}.*' let ind = ind + &sw return ind endif " Add a 'shiftwidth' after a "[" and no "]" and not in a string if line =~ '^.\s[' && line !~ '^.*\[ .* \].*' let ind = ind + &sw return ind endif """"""""""""""""" " UNINDENT PART " """"""""""""""""" " Unindent end block and end string if linec =~ '^\s*};\s*$' let ind = ind - &sw return ind endif if linec =~ '^\s*);\s*$' || linec =~ '^\s*).*' let ind = ind - &sw return ind endif " Unindent Sections : if linec =~ '^\s*Section' let ind = ind - &sw return 0 endif " Unindent for ")" and not in a string if linec =~ '^.*)' && linec !~ '^.*(.*).*' && linec !~ '^.*\".*).*\".*' let ind = ind - &sw return ind endif " Unindent for "}" and not in a sting "if linec =~ '^.*}.*' && linec !~ '^.*{.*}.*' if linec =~ '^.*}.*' && linec !~ '^.*{.*' && linec !~ '^.*\".*}.*\".*' let ind = ind - &sw return ind endif if linec =~ '^\s*}.*' let ind = ind - &sw return ind endif " Unindent for "]" and not in a string if linec =~ '^\s*]' && linec !~ '^.*\[ .* \] .*' let ind = ind - &sw return ind endif return ind endfunction " vim:sw=2 lisaac_0.39_rc1/editor/vim/plugin/0000755000175000017500000000000011314031253017004 5ustar sonntagsonntaglisaac_0.39_rc1/editor/vim/plugin/jptemplate.vim0000644000175000017500000002506311314031253021674 0ustar sonntagsonntag" jptemplate.vim: " " A simple yet powerful interactive templating system for VIM. " " Version 1.5 (released 2008-07-08). " " Copyright (c) 2008 Jannis Pohlmann . " " This program is free software; you can redistribute it and/or modify " it under the terms of the GNU General Public License as published by " the Free Software Foundation; either version 2 of the License, or (at " your option) any later version. " " This program is distributed in the hope that it will be useful, but " WITHOUT ANY WARRANTY; without even the implied warranty of " MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU " General Public License for more details. " " You should have received a copy of the GNU General Public License " along with this program; if not, write to the Free Software " Foundation, Inc., 59 Temple Place, Suite 330, Boston, " MA 02111-1307 USA " Reserved variable names let s:reservedVariables = ['date','shell','interactive_shell'] " Variable value history let s:rememberedValues = {} " Characters to be escaped before the substitute() call let s:escapeCharacters = '&~\' function! jp:Initialize () " List for default configuration let defaults = [] " Default configuration values call add (defaults, ['g:jpTemplateDir', $HOME . '/.vim/jptemplate']) call add (defaults, ['g:jpTemplateKey', '']) call add (defaults, ['g:jpTemplateDateFormat', '%Y-%m-%d']) call add (defaults, ['g:jpTemplateDefaults', {}]) call add (defaults, ['g:jpTemplateVerbose', 0]) " Set default configuration for non-existent variables for var in filter (defaults, '!exists (v:val[0])') exec 'let ' . var[0] . ' = ' . string (var[1]) endfor endfunction function! jp:GetTemplateInfo () " Prepare info dictionary let info = {} " Get part of the line before the cursor let part = getline ('.')[0 : getpos ('.')[2]-1] " Get start and end position of the template name let info['start'] = match (part, '\(\w*\)$') let info['end'] = matchend (part, '\(\w*\)$') " Get template name let info['name'] = part[info['start'] : info['end']] " Throw exception if no template name could be found if empty (info['name']) throw 'No template name found at cursor' endif " Determine directory to load the template from (skip empty directories; " each directory may override the ones before) for dir in filter ([ 'general', &ft ], '!empty (v:val)') let filename = g:jpTemplateDir .'/'. dir .'/'. info['name'] if filereadable (filename) let info['filename'] = filename endif endfor " Throw exception if the template file does not exist in any of these " directories (or is not readable) if !has_key (info, 'filename') throw 'Template file not found' endif " Determine indentation let info['indent'] = matchstr (part, '^\s\+') " Return template name information return info endfunction function! jp:ReadTemplate (name, filename) " Try to read the template file and throw exception if that fails try return readfile (a:filename) catch throw 'Template "' . a:name . '" could not be found.' endtry endfunction function! jp:UpdateCursorPosition (lines, endColumn) " Define cursorPosition as the column to which the cursor is moved let cursorPosition = -1 for cnt in range (0, a:lines) " Search for ${cursor} in the current line let str = getline (line ('.') + cnt) let start = match (str, '${cursor}') let end = matchend (str, '${cursor}') let before = strpart (str, 0, start) let after = strpart (str, end) if start >= 0 " Remove ${cursor} and move the cursor to the desired position call setline (line ('.') + cnt, before . after) call cursor (line ('.') + cnt, start+1) let cursorPosition = start " We're done break endif endfor " Update cursor position in case no ${cursor} was found in the template " and the resulting template was not empty if cursorPosition == -1 && a:lines >= 0 if a:lines == 0 call cursor (line ('.'), a:endColumn + 1) else call cursor (line ('.') + a:lines, a:endColumn + 1) endif endif " Return to insert mode (distinguish between 'in the middle of the line' and " 'at the end of the line') if col ('.') == len (getline ('.')) startinsert! else startinsert endif endfunction function! jp:ParseExpression (expr) " Determine position of the separator between name and value let valuepos = match (a:expr, ':') " Extract name and value strings let name = valuepos >= 0 ? strpart (a:expr, 0, valuepos) : a:expr let value = valuepos >= 0 ? strpart (a:expr, valuepos + 1) : '' " Return list with both strings return [name, value] endfunction function! jp:EvaluateReservedVariable (name, value, variables) let result = '' if a:name == 'date' let result = strftime (empty (a:value) ? g:jpTemplateDateFormat : a:value) elseif a:name == 'shell' if !empty (a:value) let result = system (a:value) endif elseif a:name == 'interactive_shell' let command = input ('interactive_shell: ', a:value) if !empty (command) let result = system (command) endif endif return result endfunction function! jp:ExpandTemplate (info, template) " Backup content before and after the template name let before = strpart (getline ('.'), 0, a:info['start']) let after = strpart (getline ('.'), a:info['end']) " Merge lines of the template and then split them up again. " This makes multi-line variable values possible let mergedTemplate = split (join (a:template, "\n"), "\n") " Define cnt as the number of inserted lines let cnt = 0 " Remove template string if the resulting template is empty if empty (mergedTemplate) call setline (line ('.'), before . after) call cursor (line ('.'), len (before) + 1) let cnt = -1 else " Insert template between before and after for cnt in range (0, len (mergedTemplate) - 1) if cnt == 0 call setline (line ('.'), before . mergedTemplate[cnt]) else call append (line ('.') + cnt - 1, a:info['indent'] . mergedTemplate[cnt]) endif if cnt == len (mergedTemplate) - 1 call setline (line ('.') + cnt, getline (line ('.') + cnt) . after) endif endfor endif " Define start and end columns of the template let startColumn = len (before) if empty (mergedTemplate) let endColumn = startColumn else if cnt == 0 let endColumn = startColumn + len (mergedTemplate[0]) else let endColumn = len (a:info['indent'] . mergedTemplate[len (mergedTemplate) - 1]) endif endif " Return number of inserted lines, start and end columns return [cnt, startColumn, endColumn] endfunction function! jp:ProcessTemplate (info, template) let matchpos = 0 let expressions = [] let variables = {} let reserved = {} " Make a string out of the template lines let s:str = join (a:template, ' ') " Detect all variable names of the template while 1 " Find next variable start and end position let start = match (s:str, '${[^{}]\+}', matchpos) let end = matchend (s:str, '${[^{}]\+}', matchpos) if start < 0 " Stop search if there is no variable left break else " Extract variable expression (remove '${' and '}') let expr = s:str[start+2 : end-2] " Extract variable name and default value */ let [name, value] = jp:ParseExpression (expr) if name == 'cursor' " Skip the ${cursor} variable elseif count (s:reservedVariables, name) > 0 let reserved[expr] = '' else " Only insert variables on their first appearance if !has_key (variables, name) " Add expression to the expression list call add (expressions, expr) " Set variable value to '' let variables[name] = '' endif " Check whether local default value is defined or not if empty (value) " If not, check if variable value is empty if empty (variables[name]) " If so, either set it to the last remembered value or the global " default if it exists if has_key (s:rememberedValues, name) let variables[name] = s:rememberedValues[name] elseif has_key (g:jpTemplateDefaults, name) let variables[name] = g:jpTemplateDefaults[name] endif endif else " Use local default (first occurence in the template only) let variables[name] = value endif endif " Start next search at the end position of this expression let matchpos = end endif endwhile " Ask the user to enter values for all variables for expr in expressions let [name, value] = jp:ParseExpression (expr) let variables[name] = input (name . ': ', variables[name]) let s:rememberedValues[name] = variables[name] endfor " Evaluate reserved variables for expr in keys (reserved) let [name, value] = jp:ParseExpression (expr) let replacement = jp:EvaluateReservedVariable (name, value, variables) let reserved[expr] = replacement endfor " Expand all variables (custom and reserved) for index in range (len (a:template)) for expr in expressions let [name, value] = jp:ParseExpression (expr) let expr = '${' . name . '\(:[^{}]\+\)\?}' let value = escape(variables[name], s:escapeCharacters) let a:template[index] = substitute (a:template[index], expr, value, 'g') endfor for [expr, value] in items (reserved) let expr = '${' . expr . '}' let value = escape(value, s:escapeCharacters) let a:template[index] = substitute (a:template[index], expr, value, 'g') endfor endfor " Insert template into the code line by line let [insertedLines, startColumn, endColumn] = jp:ExpandTemplate (a:info, a:template) " Update the cursor position and return to insert mode call jp:UpdateCursorPosition (insertedLines, endColumn) endfunction function! jp:InsertTemplate () try " Detect bounds of the template name as well as the name itself let info = jp:GetTemplateInfo () " Load the template file let template = jp:ReadTemplate (info['name'], info['filename']) " Do the hard work: Process the template call jp:ProcessTemplate (info, template) catch " Inform the user about errors echo g:jpTemplateVerbose ? v:exception . " (in " . v:throwpoint . ")" : v:exception endtry endfunction " Initialize jptemplate configuration call jp:Initialize () " Map keyboard shortcut to the template system exec 'imap ' . g:jpTemplateKey . ' :call jp:InsertTemplate()' lisaac_0.39_rc1/editor/vim/vimrc0000644000175000017500000001122211314031253016547 0ustar sonntagsonntag""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " DEFAULT ~/.vimrc by Xavier Oswald (x.oswald@free.fr) " """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " General """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" set cf " enable error files and error jumping set nocompatible " Use Vim settings, rather then Vi settings (much better!). set autowrite " Automatically save before :next, :make etc. set history=50 " 50 commands in the history set viminfo='20,\"50 " read/write a .viminfo file, don't store more than 50 filetype plugin on " load filetype plugins filetype indent on " load filetype indents filetype on " detect the type of file set backspace=indent,eol,start " more powerful backspacing """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " Theme/Colors """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" syntax on " active coloration set background=light " default background colorscheme default " default coloration theme "NOTE: nice theme is 'colorsheme elflord' if you have a dark background """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " Files/Backups """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" set backup " make backup file set backupdir=~/.vim/backup/ " where to put backup file set directory=~/.vim/temp " directory is the directory for temp file set makeef=error.err " When using make, where should it dump the file """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " GVim UI """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " Vim UI """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" set ruler " show the cursor position all the time set cmdheight=2 " the command bar is 2 high set hid " you can change buffer without saving set backspace=2 " make backspace work normal set report=0 " tell us when anything is changed via :... set noerrorbells " don't make noise set ignorecase " ignore case for searching """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " Visual Cues """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" set showmatch " show matching brackets set mat=5 " how many tenths of a second to blink matching brackets for set nohlsearch " do not highlight searched for phrases set incsearch " BUT do highlight as you type you search phrase set so=10 " Keep 10 lines (top/bottom) for scope set novisualbell " don't blink set noerrorbells " no noise set laststatus=2 " always show the status line set showcmd " display incomplete commands set modeline " display the current mode set nostartofline " keep the cursor in the same colon when changing line set statusline=%F%m%r%h%w\ [FORMAT=%{&ff}]\ [TYPE=%Y]\ [ASCII=\%03.3b]\ [HEX=\%02.2B]\ [POS=%04l,%04v][%p%%]\ [LEN=%L] """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " Menu """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" set wildmenu " menu completion """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " Text Formatting/Layout """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" set fo=tcrqn " See Help (complex) set ai " autoindent set si " smartindent set cindent " do c-style identing set tabstop=2 " tab spacing set softtabstop=2 " 2 spaces when pressing unify set shiftwidth=2 " unify set noexpandtab " real tabs please! set smarttab " use tabs at the start of a line, spaces elsewhere """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " Perl """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" let perl_extended_vars=1 " highlight advanced perl vars inside strings """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " Autocommands """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" autocmd FileType text setlocal textwidth=80 """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " Lisaac special support """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" au BufNewFile,BufRead *.li setf lisaac lisaac_0.39_rc1/editor/vim/install_vim_plugin.sh0000644000175000017500000000414711314031253021747 0ustar sonntagsonntag#!/bin/bash # +====================================================+ # | Vim plugin installation script for Lisaac | # +====================================================+ # | | # | This script will: | # | ----------------- | # | - add the lisaac.vim syntax file in your | # | ~/.vim/syntax/ | # | - add the lisaac.vim indent file in your | # | ~/.vim/indent/ | # | - add the detection if you edit an *.li file in | # | your ~/.vimrc | # | | # | (c) 2007 by Xavier Oswald, all right reserved | # | Licence GPL version 2 or later | # +====================================================+ echo echo "+=================================================+" echo "| Vim plugin installation script for Lisaac |" echo "+=================================================+" echo echo -n "-> Are you sure you want to install this plugin ?(y/n)" read result echo if [ "$result" = "y" ]; then echo "-> Copying lisaac.vim syntax file in your ~/.vim/syntax/ : OK" mkdir -p ~/.vim/syntax/ cp -f syntax/lisaac.vim ~/.vim/syntax/ echo "-> Copying lisaac.vim indent file in your ~/.vim/indent/ : OK" mkdir -p ~/.vim/indent/ cp -f indent/lisaac.vim ~/.vim/indent/ echo echo -n "-> Do you want to install the default config provided by lisaac installer?(y/n)" read result if [ "$result" = "y" ]; then echo "-> Copying the default vim config file in your ~/.vimrc : OK" cp -f vimrc ~/.vimrc else if [ ! -f ~/.vimrc ]; then touch ~/.vimr fi echo "syntax on" >> ~/.vimrc echo "filetype plugin on" >> ~/.vimrc echo "filetype indent on" >> ~/.vimrc echo "au BufNewFile,BufRead *.li setf lisaac" >> ~/.vimrc echo "-> Modification of your ~/.vimrc to support *.li files : OK" fi echo echo "-> Installation finished : OK" else echo "-> Installation of the vim plugin aborted..." fi lisaac_0.39_rc1/editor/vim/syntax/0000755000175000017500000000000011314031253017034 5ustar sonntagsonntaglisaac_0.39_rc1/editor/vim/syntax/lisaac.vim0000644000175000017500000001006411314031253021006 0ustar sonntagsonntag" Vim syntax file " Language: Lisaac " Maintainer: Xavier Oswald " URL: http://isaacproject.u-strasbg.fr/ " Last Change: 2008 November 06 " Filenames: *.li " Quit when a syntax file was already loaded if !exists("main_syntax") if version < 600 syntax clear elseif exists("b:current_syntax") finish endif " we define it here so that included files can test for it let main_syntax='li' endif " keyword definitions " =================== syn keyword liFunction while while_do if else when elseif then self by to do or downto if_true if_false shrink syn keyword liKey Parallel Section Header Insert Inherit Public Private Mapping Interrupt Right Left Self Old Expanded Strict syn keyword liSpecial TODO FIXME DEBUG NOTE not_yet_implemented die_with_code BSBS XOXO JBJB " Support for String and Char " =========================== syn match liStringSpecial "^\s*\\" syn match liStringSpecial "\\$" syn match liStringSpecial "\\." syn region liString start=+"+ skip=+\\\\\|\\"+ end=+"+ contains=liStringSpecial " Operators " ========= syn match liOperatorAffect "<-\|:=\|?=\|->" syn match liOperatorCmp "<\|>\|*\|/=\|=\|&&\||\|!\|?\|-?\|+?" syn match liOperator "+\|-\|*\|/" " Quoted expression " ================= syn match liExternalExpr "`[^`\n]*`" syn region liQuotedExpr start=+'+ skip=+\\\\\|\\'+ end=+'+ contains=liStringSpecial " Others " ====== syn match liPrototype "[A-Z][A-Z0-9_]*" syn match liKey "Result\(_[0-9]*\)\=" syn match liSlot "^\(\s\|\t\|[(]\)*\(+\|-\)\D" syn match liBlock "{\|}" syn match liElement "\(\[\|\]\)" syn match liSymbolDeclaration "(\|)" syn match liContrat "^\(\s\|\t\)*\[\(\s\|\t\)*\(\.\.\.\)\=\|\]" syn match liFunction "\.\w*" syn keyword liBoolean TRUE FALSE BOOLEAN " Support for decimal, real, binary, Hexadecimal and octal numbers " ================================================================ " hexa syn match liNumberHexa "\<\(\d\|[ABCDEF]\)\(_\|\d\|[ABCDEF]\)*[hH]\=\>" " binary syn match liNumberBinary "\<[01]\(\(_\|[01]*\)[01]\)*[bB]\=\>" " decimal, binary, octal syn match liNumberDecimal "\<\d\(\(_\|\d*\)\d\)*[dDbBoO]\=\>" " real syn match liNumberFloat "\<\d\(\(_\|\d*\)\d\)*\.\d*\(E-\=\)\=\(\(_\|\d*\)\d\)*[fF]\=\>" " Comments " ======== syn region liLinesComment start="/\*" end="\*/" contains=liSpecial syn match liQuotedExprInComment contained "`[^']*'" syn match liHiddenComment "//.*" contains=liQuotedExprInComment,liSpecial " The default highlighting Coloration " =================================== if version >= 508 || !exists("did_li_syn_inits") if version < 508 let did_li_syn_inits = 1 command -nargs=+ HiLink hi link else command -nargs=+ HiLink hi def link endif HiLink liNumberHexa Number HiLink liNumberDecimal Number HiLink liNumberBinary Number HiLink liNumberFloat Float HiLink liFunction Function HiLink liBoolean Type HiLink liKey Label HiLink liString String HiLink liStringSpecial SpecialChar HiLink liSpecial Todo HiLink liOperatorAffect Delimiter HiLink liOperatorCmp Delimiter HiLink liOperator Delimiter HiLink liExternalExpr Define HiLink liQuotedExpr Special HiLink liPrototype Type HiLink liSlot Keyword HiLink liBlock Conditional HiLink liElement keyword HiLink liSymbolDeclaration Keyword HiLink liContrat keyword HiLink liNumber Number HiLink liLinesComment Comment HiLink liHiddenComment Comment HiLink liQuotedExprInComment SpecialChar delcommand HiLink endif let b:current_syntax = "li" if main_syntax == 'li' unlet main_syntax endif " vim: ts=8 lisaac_0.39_rc1/editor/emacs/0000755000175000017500000000000011314031253016003 5ustar sonntagsonntaglisaac_0.39_rc1/editor/emacs/lisaac-mode.el0000644000175000017500000005134411314031253020512 0ustar sonntagsonntag;; ;; Mode Emacs for LISAAC language 0.2.2 by Sonntag Benoit. ;; ;; ;; LICENSE ;; This program is free software; you can redistribute it and/or modify ;; it under the terms of the GNU General Public License as published by ;; the Free Software Foundation; either version 3 of the License, or ;; (at your option) any later version. ;; ;; This program is distributed in the hope that it will be useful, ;; but WITHOUT ANY WARRANTY; without even the implied warranty of ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ;; GNU General Public License for more details. ;; ;; You should have received a copy of the GNU General Public License ;; along with this program. If not, see .; ;; ;; INSTALLATION ;; To install, simply copy this file into a directory in your ;; load-path and add the following two commands in your '.emacs' file: ;; ;; (add-to-list 'auto-mode-alist '("\\.li\\'" . lisaac-mode)) ;; (autoload 'lisaac-mode "~/lisaac-mode" "Major mode for Lisaac Programs" t) ;; ;; NEW FUNCTION KEY ;; : Indent current line. ;; [F2] : Indent all lines. ;; ;; [F5] : Append the Licence Header. ;; [F6] : Append the Header section. ;; [F7] : Append a constructor. ;; ;; [F10] : Display Previous Buffer. ;; [F11] : Display the prototype pointed. ;; [F12] : Vertical split window and display the prototype pointed. ;; ;; G : Goto line. ;; ;; BUG REPORT ;; - Bug coloration with external `...` ;; - ( + to:INTEGER; truc.put 't' to 10; // to -> black! ;; ;; MODIFY FOR YOU : (defvar li-user-name "Sonntag Benoit") (defvar li-user-mail "sonntag@icps.u-strasbg.fr") ;; ;; Table abbrev. ;; (defvar li-mode-abbrev-table nil "Abbrev table used while in Lisaac mode.") (define-abbrev-table 'li-mode-abbrev-table ()) ;; ;; Color Expression. ;; (defvar li-color 0) (defvar li-comment 0) (defvar li-string nil) (defvar li-string2 nil) (defvar li-test 0) (defun li-message () "" ;(insert (char-to-string (char-before (point)))) (setq li-point2 (point)) (setq li-string2 (match-string 0)) (setq li-char (char-before (- (point) (length li-string2)))) (if (and (>= li-char ?0) (<= li-char ?9)) (setq li-color font-lock-keyword-face) (progn (end-of-line) (setq li-point3 (point)) (setq li-string (concat "....+[^a-z0-9_]" li-string2 "\\([ \t]*,[ \t]*[a-z0-9_]*\\)*[ \t]*:[^=]")) (if (re-search-backward "^ \\(+\\|-\\)" (point-min) t 1) (progn (setq li-point4 (point)) (if (and (re-search-forward "<-\\|:=\\|?=\\|;" nil t 1) (< li-point2 (point))) (progn (goto-char li-point4) (if (re-search-forward li-string li-point3 t 1) (setq li-color 0) (setq li-color li-slot-face) ) ) (progn (goto-char li-point4) (if (re-search-forward li-string li-point3 t 1) (setq li-color 0) (setq li-color font-lock-function-name-face) ) ) ) ) ) ;(setq li-color (get-char-property (point) 'face)) ) ) (goto-char li-point2) li-color ) (defun li-declaration () "" ;; Detect local declaration. (if (looking-at "[ \ta-z0-9_,]*:[^=]") (setq li-color font-lock-warning-face) (setq li-color font-lock-variable-name-face) ) li-color ) (defun li-type-color () "" ;; Detect local declaration. (setq li-string2 (concat (downcase (match-string 0)) ".li" )) (setq li-test 0) (while (and (< li-test (length (mapcar (function buffer-name) (buffer-list)))) (not (string-equal (nth li-test (mapcar (function buffer-name) (buffer-list))) li-string2)) ) (setq li-test (+ li-test 1)) ) (if (< li-test (length (mapcar (function buffer-name) (buffer-list)))) (setq li-color li-type-face) (setq li-color font-lock-type-face) ) li-color ) (defconst li-font-lock-keywords '( ;; External expression ("`[^`\n]*`" 0 highlight nil) ;; Quoted expression ("'[\\].[^'\n]*'" 0 font-lock-constant-face nil) ("'[^\\ '\n]'" 0 font-lock-constant-face nil) ;; quoted expr's in comments ("`[^'\n]*'" 0 font-lock-builtin-face t) ;; Block : ("\{\\|\}" 0 font-lock-comment-face nil) ;; Assignment : ("<-\\|:=\\|?=" 0 0 nil) ;; Float notation : ("[0-9_]+\.[0-9]*E[+-]?[0-9]+" 0 font-lock-keyword-face nil) ;; Symbol declaration : ("^ \\(\\+\\|-\\)" 0 font-lock-warning-face nil) ("\\+\\|-" 0 (li-declaration) nil) ;; Operators : ("[!@#$%^&<|=~/>?\\*\\]+" 0 font-lock-variable-name-face nil) ;; Major keywords : ("^Section[ \t]+[a-zA-Z,\t 0-9_]+\\|Right\\|Left\\|Expanded\\|Strict\\|Old\\|Self\\|Result\\(_[1-9]\\)?" 0 font-lock-keyword-face nil) ;; Hexa-number : ("[0-9][0-9_]*[A-F][0-9A-F_]*h" 0 font-lock-keyword-face nil) ;; Prototype : ("[A-Z][A-Z0-9_]*" 0 (li-type-color) nil) ;; Identifier : ("\\.[ \t\n]*[a-z][a-z0-9_]*" 0 font-lock-function-name-face nil) ("[a-z]+[a-z0-9_]*" 0 (li-message) nil) ;; Number : ("[0-9][0-9_]*" 0 font-lock-keyword-face nil) ("[0-9]+[0-9A-Fa-f_]*" 0 font-lock-keyword-face nil) ) "Additional expressions to highlight in Lisaac mode.") ;; ;; Table de syntax. ;; (defvar li-mode-syntax-table (let ((st (make-syntax-table))) ;; Symbol (modify-syntax-entry ?0 "." st) (modify-syntax-entry ?2 "." st) (modify-syntax-entry ?1 "." st) (modify-syntax-entry ?! "." st) (modify-syntax-entry ?@ "." st) (modify-syntax-entry ?# "." st) (modify-syntax-entry ?$ "." st) (modify-syntax-entry ?% "." st) (modify-syntax-entry ?^ "." st) (modify-syntax-entry ?& "." st) (modify-syntax-entry ?< "." st) (modify-syntax-entry ?| "." st) (modify-syntax-entry ?= "." st) (modify-syntax-entry ?/ "." st) (modify-syntax-entry ?> "." st) (modify-syntax-entry ?\? "." st) (modify-syntax-entry ?* "." st) (modify-syntax-entry ?+ "." st) (modify-syntax-entry ?- "." st) ;; String, character, external. ; (modify-syntax-entry ?\" "\"" st) ; (modify-syntax-entry ?\' "\"" st) ; (modify-syntax-entry ?` "$$ " st) ;; Identifier (modify-syntax-entry ?_ "w" st) ;; Comment (modify-syntax-entry ?\* ". 23" st) (modify-syntax-entry ?/ ". 124b" st) (modify-syntax-entry ?\n "> b" st) st) "Syntax table used while in Lisaac mode.") ;; ;; Definition press key. ;; (defvar li-mode-map (make-sparse-keymap) "Keymap used in Lisaac mode.") (global-set-key [home] 'beginning-of-line) (global-set-key [end] 'end-of-line) (define-key li-mode-map "\t" 'li-indent-command) (define-key li-mode-map "\r" 'li-newline-command) (define-key li-mode-map [f2] 'li-indent-all-command) (define-key li-mode-map [f5] 'li-header1-command) (define-key li-mode-map [f6] 'li-header2-command) (define-key li-mode-map [f7] 'li-header3-command) ;(define-key li-mode-map [f8] 'li-header4-command) ;(define-key li-mode-map [f9] 'li-while-command) (define-key li-mode-map [f10] 'li-previous-buffer-command) (define-key li-mode-map [f11] 'li-load-direct-prototype-command) (define-key li-mode-map [f12] 'li-load-prototype-command) ;; ;; Insertion loop command. ;; (defun li-previous-buffer-command () "Display prototype." (interactive) (set-window-buffer (selected-window) (nth 0 (mapcar (function buffer-name) (buffer-list)))) ) (defun li-load-direct-prototype-command () "Display prototype." (interactive) (if (face-equal (get-char-property (point) 'face) li-type-face) (progn (backward-word 1) (looking-at "[A-Z][A-Z0-9_]*") (setq li-string2 (concat (downcase (match-string 0)) ".li" )) (set-window-buffer (selected-window) li-string2) ) ) ) (defun li-load-prototype-command () "Display prototype." (interactive) (if (face-equal (get-char-property (point) 'face) li-type-face) (progn (backward-word 1) (looking-at "[A-Z][A-Z0-9_]*") (setq li-string2 (concat (downcase (match-string 0)) ".li" )) (split-window-vertically) (set-window-buffer (selected-window) li-string2) ) ) ) (defun li-header1-command () "Insert header standard Lisaac." (interactive) (insert "///////////////////////////////////////////////////////////////////////////////\n") (setq li-string "// Application //\n") (when (string-match "isaacos" (buffer-file-name)) (setq li-string "// Isaac Opearting System //\n") ) (when (string-match "lib" (buffer-file-name)) (setq li-string "// Lisaac Library //\n") ) (when (string-match "src" (buffer-file-name)) (setq li-string "// Lisaac Compiler //\n") ) (when (string-match "/example" (buffer-file-name)) (setq li-string "// Lisaac Example //\n") ) (insert li-string) (insert "// //\n") (insert "// LSIIT - ULP - CNRS - INRIA - FRANCE //\n") (insert "// //\n") (insert "// This program is free software: you can redistribute it and/or modify //\n") (insert "// it under the terms of the GNU General Public License as published by //\n") (insert "// the Free Software Foundation, either version 3 of the License, or //\n") (insert "// (at your option) any later version. //\n") (insert "// //\n") (insert "// This program is distributed in the hope that it will be useful, //\n") (insert "// but WITHOUT ANY WARRANTY; without even the implied warranty of //\n") (insert "// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the //\n") (insert "// GNU General Public License for more details. //\n") (insert "// //\n") (insert "// You should have received a copy of the GNU General Public License //\n") (insert "// along with this program. If not, see . //\n") (insert "// //\n") (insert "// http://isaacproject.u-strasbg.fr/ //\n") (insert "///////////////////////////////////////////////////////////////////////////////\n") ) (defun li-header2-command () "Insert header standard Lisaac." (interactive) (insert "Section Header") (li-newline-command) (insert "\n") (insert " + name := ") (insert (upcase (truncate-string-to-width (buffer-name) (- (length (buffer-name)) 3) 0))) (insert ";\n") (insert "\n") (insert " - copyright := \"2003-") (insert (format-time-string "%Y")) (insert " ") (insert li-user-name) (insert "\";\n") (insert "\n") (insert " - author := \"") (insert li-user-name) (insert " (") (insert li-user-mail) (insert ")\";\n") (insert " - comment := \"The main prototype\";\n") (insert "\n") (insert "Section Inherit\n") (insert "\n") (insert " - parent_object:OBJECT := OBJECT;\n") (insert "\n") (insert "Section Public\n") ) (defun li-header3-command () "Insert header standard Lisaac." (interactive) (insert "\n //\n") (insert " // Creation.\n") (insert " //\n") (insert "\n") (insert " - create:SELF <-\n") (insert " ( + result:SELF;\n") (insert " result := clone;\n") (insert " result.make;\n") (insert " result\n") (insert " );\n") (insert "\n") (insert " - make <-\n") (insert " ( \n") (insert "\n") (insert " );\n") (insert "\n") (previous-line 3) (li-indent-command) ) ;(defun li-while-command () ; "Insert loop while Lisaac." ; (interactive) ; (insert ".while_do {") ; (li-newline-command) ; (li-newline-command) ; (insert "}; // while_do") ; (li-newline-command) ; (previous-line 2) ; (li-indent-command) ;) ;(defun li-until-command () ; "Insert loop until Lisaac." ; (interactive) ; (insert ".until_do {") ; (li-newline-command) ; (li-newline-command) ; (insert "}; // until_do") ; (li-newline-command) ; (previous-line 2) ; (li-indent-command) ;) ;; ;; Insertion test command. ;; ;(defun li-cond1-command () ; "Insert conditionnal Lisaac." ; (interactive) ; (insert ".if {") ; (li-newline-command) ; (li-newline-command) ; (insert "}; // if") ; (li-newline-command) ; (previous-line 2) ; (li-indent-command) ;) ;(defun li-cond2-command () ; "Insert conditionnal Lisaac." ; (interactive) ; (insert ".if {") ; (li-newline-command) ; (li-newline-command) ; (insert "} else {") ; (li-newline-command) ; (li-newline-command) ; (insert "}; // if") ; (li-newline-command) ; (previous-line 4) ; (li-indent-command) ;) (defvar li-count-all 0) (defun li-indent-all-command () "All indent text" (interactive) ;; Search first line. (setq li-count-all 1) (beginning-of-line) (while (/= (point) (point-min)) (setq li-count-all (+ li-count-all 1)) (previous-line 1) (beginning-of-line)) ;; Indent each line. (next-line 1) (while (/= (point) (point-max)) (li-indent-command) (next-line 1)) ;; Return current line. (goto-line li-count-all) ) ;; ;; Indentation. ;; (defvar li-count-line 0) (defvar li-point 0) (defvar li-point2 0) (defvar li-point3 0) (defvar li-point4 0) (defvar li-char ?b) (defvar li-indent 0) (defvar li-indent-2 0) (defvar li-indent-base 0) (require 'font-lock) (defvar li-slot-face 'li-slot-face "Face to use for slot major.") (defvar li-type-face 'li-type-face "Face to use for type file.") (defun li-indent-previous () "Indent with previous line." ; Search a previous line. (setq li-count-line 1) (previous-line 1) (beginning-of-line) (while (looking-at "[ \t\n]*$") (setq li-count-line (+ li-count-line 1)) (previous-line 1) (beginning-of-line)) ; Set position on begin of text. (forward-to-indentation 0) ; Initialization. (setq li-indent-base (current-column)) (setq li-indent 0) (setq li-point (point)) ; Particuliar case ... (if (looking-at "^Section.*$") (setq li-indent-base (+ li-indent-base 2))) ; Counter of () or {} or [], with previous line. (setq li-test 0) (while (= li-test 0) (setq li-char (char-after li-point)) (if (= li-char ?[) (setq li-indent (+ li-indent 2))) (if (= li-char ?{) (setq li-indent (+ li-indent 2))) (if (= li-char ?() (setq li-indent (+ li-indent 2))) (if (= li-char ?}) (if (/= li-indent 0) (setq li-indent (- li-indent 2)))) (if (= li-char ?)) (if (/= li-indent 0) (setq li-indent (- li-indent 2)))) (if (= li-char ?]) (if (/= li-indent 0) (setq li-indent (- li-indent 2)))) ; ;; Virgule and End-of-line. ; (if (= li-char ?,) ; (if (= (char-after (+ li-point 1)) ?\n) ; (setq li-indent (+ li-indent 2)))) ;; End-of-line. (if (= li-char ?\n) (setq li-test 1)) ;; Stop ;; Comment // (if (= li-char ?/) (if (= (char-after (+ li-point 1)) ?/) (setq li-test 1))) ;; Stop ;; String " " (if (= li-char ?") (progn (while (= li-test 0) (setq li-point (+ li-point 1)) (setq li-char (char-after li-point)) (if (= li-char ?\n) (setq li-test 1)) ;; Stop (if (= li-char ?") (setq li-test 1)) ;; Stop ) (setq li-test 0)) ) ;; String ' ' (if (= li-char ?') (progn (while (= li-test 0) (setq li-point (+ li-point 1)) (setq li-char (char-after li-point)) (if (= li-char ?\n) (setq li-test 1)) ;; Stop (if (= li-char ?') (setq li-test 1)) ;; Stop ) (setq li-test 0)) ) ;; Next character. (setq li-point (+ li-point 1)) ) ; Next line: Current Line. (while (/= li-count-line 0) (setq li-count-line (- li-count-line 1)) (next-line 1)) ; Go to End of line. (end-of-line) ; Initialization. (setq li-indent-2 0) (setq li-point (point)) ; Count () or {} or [], of current line. (setq li-test 0) (while (= li-test 0) (setq li-point (- li-point 1)) (setq li-char (char-after li-point)) (if (= li-char ?]) (setq li-indent-2 (+ li-indent-2 2))) (if (= li-char ?}) (setq li-indent-2 (+ li-indent-2 2))) (if (= li-char ?)) (setq li-indent-2 (+ li-indent-2 2))) (if (= li-char ?{) (if (/= li-indent-2 0) (setq li-indent-2 (- li-indent-2 2)))) (if (= li-char ?() (if (/= li-indent-2 0) (setq li-indent-2 (- li-indent-2 2)))) (if (= li-char ?[) (if (/= li-indent-2 0) (setq li-indent-2 (- li-indent-2 2)))) (if (= li-char ?\n) (setq li-test 1)) ;; Stop (if (= li-char ?/) (if (= (char-after (+ li-point 1)) ?/) (setq li-indent-2 0))) ;; String " " (if (= li-char ?") (progn (while (= li-test 0) (setq li-point (- li-point 1)) (setq li-char (char-after li-point)) (if (= li-char ?\n) (setq li-test 1)) ;; Stop (if (= li-char ?") (setq li-test 1)) ;; Stop ) (setq li-test 0)) ) ;; String ' ' (if (= li-char ?') (progn (while (= li-test 0) (setq li-point (- li-point 1)) (setq li-char (char-after li-point)) (if (= li-char ?\n) (setq li-test 1)) ;; Stop (if (= li-char ?') (setq li-test 1)) ;; Stop ) (setq li-test 0)) ) ) ; Deleted spaces (beginning-of-line) (delete-horizontal-space) ; Append indentation. (setq li-indent (- li-indent li-indent-2)) (setq li-indent (+ li-indent li-indent-base)) (indent-to-column li-indent) ; Go to end of line. (end-of-line) ) (defun li-indent-command () "indent line for Lisaac mode." (interactive) (beginning-of-line) (if (looking-at "[ \t]*Section.*$") ; then (progn (delete-horizontal-space) (end-of-line)) ;else (li-indent-previous)) ) ;; ;; Newline command. ;; (defun li-newline-command () "indent line, append newline, indent line." (interactive) (if (looking-at "[ \t]*$") ; then (progn (li-indent-command) (newline) (li-indent-command)) ; else (newline)) ) ;; ;; autoload ;; (defun lisaac-mode () "Major mode for editing typical Lisaac code." (interactive) ; In LaTeX-mode we want this ; (add-hook 'LaTeX-mode-hook ; (function (lambda () ; (paren-toggle-matching-quoted-paren 1) ; (paren-toggle-matching-paired-delimiter 1)))) (autoload 'paren-toggle-matching-paired-delimiter "mic-paren" "" t) ;(paren-toggle-matching-quoted-paren 1) ; (paren-toggle-matching-paired-delimiter 1) ;(auto-overlay-load-definition ;'latex ;'(self ("\\$" (priority . 3) (face . (background-color . "green"))))) ;(autoload 'latex-mode "Mode Latex" "jfh" t) ;(require 'font-latex) ;; compatibility MS-DOS (replace-string " " "") ; (global-font-lock-mode t) (global-set-key "\M-g" 'goto-line) (global-font-lock-mode t) (kill-all-local-variables) (setq mode-name "Lisaac") (setq major-mode 'lisaac-mode) (use-local-map li-mode-map) (make-local-variable 'li-mode-syntax-table) (set-syntax-table li-mode-syntax-table) (make-local-variable 'parse-sexp-ignore-comments) (setq parse-sexp-ignore-comments nil) (make-local-variable 'font-lock-string-face) (make-local-variable 'font-lock-defaults) ; Creation new face. (make-face 'li-slot-face) (set-face-foreground 'li-slot-face "blue") ;(set-face-bold-p 'li-slot-face t) ;(set-face-italic-p 'li-slot-face t) (set-face-underline-p 'li-slot-face t) ;(set-face-background 'li-slot-face "black") (make-face 'li-type-face) (copy-face font-lock-type-face 'li-type-face) (set-face-underline-p 'li-type-face t) ;(setq font-lock-string-face '(li-font-lock-string)) (setq font-lock-defaults '(li-font-lock-keywords)) ;; No replace spaces by tabulations (setq-default indent-tabs-mode nil) ; For use mouse Wheel. (require 'mwheel) (mwheel-install) (run-hooks 'li--mode-hook)) ;; ;; End of Lisaac mode. ;; (provide 'lisaac-mode) lisaac_0.39_rc1/editor/eclipse/0000755000175000017500000000000011314031253016337 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/plugin.xml0000644000175000017500000004221611314031252020363 0ustar sonntagsonntag %perspective.description.0 Create a "Hello World" Lisaac application from scratch. lisaac_0.39_rc1/editor/eclipse/help/0000755000175000017500000000000011314031252017266 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/help/testToc.xml0000644000175000017500000000025511314031252021437 0ustar sonntagsonntag lisaac_0.39_rc1/editor/eclipse/help/html/0000755000175000017500000000000011314031252020232 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/help/html/toc.html0000644000175000017500000000042111314031252021702 0ustar sonntagsonntag Table of Contents

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Please enter your text here. lisaac_0.39_rc1/editor/eclipse/help/sheet1_HelloWorld.xml0000644000175000017500000000441011314031252023333 0ustar sonntagsonntag This cheat sheet shows you how to create a "Hello World" Lisaac application. The application will print "Hello World" in the console when run. Enter Lisaac World! If you're not already in a Lisaac perspective, in the main menu select Window > Open Perspective > Lisaac. We need a project to create an application. Click on the New Lisaac Project button, or click on the link below. Enter HelloWorld for the project name, then click Finish. The next step is to create a new prototype. If the project wizard has not created a main prototype, click on the New Prototype button, select the checkbox to create the main slot. Now that you have your HelloWorld prototype, in the main slot, add the following statement: "Hello World!".print; then save your changes, the prototype will automatically compile. To run your application, select Run-> Run configurations menu, select Lisaac Application. The Console view should appear at the bottom and display the "Hello, world!" output. Congratulations! You have successfully created a Lisaac Hello World application! lisaac_0.39_rc1/editor/eclipse/help/toc.xml0000644000175000017500000000075511314031252020604 0ustar sonntagsonntag lisaac_0.39_rc1/editor/eclipse/editor_eclipse_org.lisaac.ldt_1.1.8.jar0000644000175000017500000211667611314031253025463 0ustar sonntagsonntagPK ¹P; META-INF/þÊPK Ž¹P; ak^\ META-INF/MANIFEST.MFWËnÛ0¼ð?r³Ù&@ÂAmáC‹¤0Z wšZËl(Q%©ØÎ×w))2ŸIÚ›­%‡;³³Kéž6|Ú,Ò\6«âŠ¼ŸÏ>wM)`y?F§àõúyª·RpöÖ°*¤ªˆàšRFDin4o*wÜÕÁ´É9äŠ|œb†?R#UDîúŸÑU¼qPšÒ®½ôþÛ´ÀŸŽ+X ˜à­Òñ…û—IDuá5xß»ù¬  ˆ£YøJŽiêð1/!|Ä$&\h)üH Û® sæaÌv”á(Ÿ³q€h Ší' F¦åú¬3¨éºyäJ654fU|»þ¹^^‘¡Â¸nc‹vZ‚>¦ðAµÞP³_d±åÍ»ùìkÝJe–ÊhH9°'¸õDjY‚À ¦þî(Wšù3m‚8Á>Üc 4Ö­ ¢Êl2˜Oq4g¤µ¢1ç IꊓÂn;Hõ9Z~g˜‹EÐN(1Z@'Ù Êâ„’GZy1Õ ¦†xY±-e±í¸(AÝ8I8Ñgëxº÷-êÖ±mÑã£Æ~#NR7“Ôý ‹žñ4·¼’†H$ 1Æ-/\¢:¡ˆÂh_ìQôĸÌWÌâˆ$@‹Ê1R×h‹o¸Õ'ô¨/ñÛl€8“*EÛ=gé8»Â¼ÏîÑ)>×´O=*¸ ]Ãö‘Á'\Eb¢E& ìͳhy4³B"Λµ|IÈ‘—#Y¤HŸ‰'H$ædq¦|¢8lj’ b~qÝ“ž‰G@:Y<Ïú¹Ö¯Nˆ“Ö›Vç 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M{5¤ÌÛorg/lisaac/ldt/wizards/NewPrototypeWizardPage$2.classPK Ž¹P;C‚Éɶ3¤lÞorg/lisaac/ldt/wizards/NewPrototypeWizardPage.classPK Ž¹P;–D:(瀤†íplugin.propertiesPK Ž¹P;C·,M ŽD ¤œïplugin.xmlPKÍÍ—¢ûlisaac_0.39_rc1/editor/eclipse/plugin.properties0000644000175000017500000000260011314031253021751 0ustar sonntagsonntag#Properties file for eclipse Bundle-Name.0 = Lisaac Plug-in editor.name.0 = Lisaac Editor editor.name.1 = Lip Editor perspective.name.0 = Lisaac page.name.0 = Lisaac page.name.1 = Templates page.name.2 = Syntax Coloring page.name.3 = Editor page.name.5 = Lisaac Compiler category.name.0 = Lisaac wizard.name.0 = Lisaac Project wizard.name.1 = Lisaac Prototype consoleFactory.label.0 = Lisaac Console launchConfigurationType.name.0 = Lisaac Application actionSet.description.0 = Lisaac Source Tools actionSet.label.0 = Source menu.label.0 = Source action.label.0 = Correct Indentation action.label.1 = Generate Constructor menu.label.1 = New Prototype action.label.2 = New Prototype action.tooltip.0 = Create new prototype action.label.3 = Toggle Comment command.name.0 = Indentation category.name.1 = Lisaac Command command.name.1 = Generate Constructor command.name.2 = New Prototype command.name.3 = Toggle comment shortcut.label.0 = Lisaac Application perspective.description.0 = Perspective for Lisaac Development template.description.0 = While loop template.description.1 = Until Loop template.description.2 = If statement template.description.3 = If Else statement template.description.4 = If false statement template.description.5 = For loop Bundle-Vendor.0 = Damien Bouvarel wizard.name.2 = Source folder action.label.4 = Rename Prototype... menu.label.2 = Refactor command.name.4 = Rename Prototypelisaac_0.39_rc1/editor/eclipse/META-INF/0000755000175000017500000000000011314031253017477 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/META-INF/MANIFEST.MF0000644000175000017500000000646011314031253021137 0ustar sonntagsonntagManifest-Version: 1.0 Bundle-ManifestVersion: 2 Bundle-SymbolicName: org.lisaac.ldt;singleton:=true Bundle-Version: 1.1.8 Bundle-Activator: org.lisaac.ldt.LisaacPlugin Bundle-Vendor: %Bundle-Vendor.0 Require-Bundle: org.eclipse.ui, org.eclipse.core.runtime, org.eclipse.jface.text, org.eclipse.ui.editors, org.eclipse.ui.ide, org.eclipse.ui.console, org.eclipse.debug.ui, org.eclipse.ltk.core.refactoring, org.eclipse.search Bundle-RequiredExecutionEnvironment: J2SE-1.5 Bundle-ActivationPolicy: lazy Bundle-ClassPath: ., bin/ Import-Package: org.eclipse.debug.core, org.eclipse.debug.core.model, org.eclipse.debug.ui, org.eclipse.ltk.ui.refactoring, org.eclipse.search.ui, org.eclipse.ui.texteditor.templates, org.eclipse.ui.views.contentoutline Export-Package: org.lisaac.ldt; uses:="org.eclipse.core.runtime, org.eclipse.jface.resource, org.eclipse.ui.plugin, org.eclipse.jface.text.templates.persistence, org.osgi.framework, org.eclipse.jface.text.templates", org.lisaac.ldt.actions; uses:="org.eclipse.jface.action, org.eclipse.ui, org.eclipse.jface.viewers, org.eclipse.swt.widgets", org.lisaac.ldt.builder;uses:="org.lisaac.ldt.model,org.eclipse.core.runtime,org.eclipse.core.resources", org.lisaac.ldt.editors; uses:="org.eclipse.jface.text, org.eclipse.jface.text.hyperlink, org.eclipse.core.runtime, org.eclipse.jface.text.source, org.eclipse.jface.text.rules, org.eclipse.jface.text.contentassist, org.lisaac.ldt.model, org.eclipse.jface.preference, org.eclipse.jface.text.presentation, org.eclipse.core.resources, org.eclipse.jface.viewers, org.eclipse.swt.graphics, org.eclipse.jface.util, org.eclipse.swt.widgets, org.eclipse.ui.editors.text", org.lisaac.ldt.launch; uses:="org.eclipse.debug.core, org.eclipse.debug.ui, org.eclipse.core.runtime, org.eclipse.ui, org.eclipse.debug.core.model, org.eclipse.core.resources, org.eclipse.jface.viewers, org.eclipse.swt.graphics, org.eclipse.swt.widgets", org.lisaac.ldt.model; uses:="org.lisaac.ldt.model.types, org.lisaac.ldt.model.items, org.lisaac.ldt.model.lip, org.eclipse.core.resources, org.lisaac.ldt.builder", org.lisaac.ldt.model.items;uses:="org.lisaac.ldt.model,org.lisaac.ldt.model.types", org.lisaac.ldt.model.lip, org.lisaac.ldt.model.types, org.lisaac.ldt.outline;uses:="org.lisaac.ldt.model.items,org.eclipse.jface.viewers,org.eclipse.swt.graphics", org.lisaac.ldt.perspectives;uses:="org.eclipse.ui", org.lisaac.ldt.preferences; uses:="org.eclipse.ui.texteditor.templates, org.eclipse.jface.preference, org.eclipse.ui, org.eclipse.core.runtime.preferences", org.lisaac.ldt.properties;uses:="org.eclipse.core.resources,org.eclipse.ui.dialogs,org.eclipse.swt.widgets", org.lisaac.ldt.templates;uses:="org.eclipse.jface.text,org.eclipse.swt.graphics,org.eclipse.jface.text.templates", org.lisaac.ldt.views; uses:="org.eclipse.jface.text, org.eclipse.ui.texteditor, org.eclipse.ui.console, org.eclipse.ui.views.contentoutline, org.eclipse.core.resources, org.eclipse.jface.viewers, org.eclipse.swt.widgets", org.lisaac.ldt.wizards; uses:="org.eclipse.jface.wizard, org.eclipse.ui, org.eclipse.core.resources, org.eclipse.jface.viewers, org.eclipse.swt.widgets" Bundle-Localization: plugin Bundle-Name: %Bundle-Name.0 lisaac_0.39_rc1/editor/eclipse/COPYING0000644000175000017500000010451311314031253017376 0ustar sonntagsonntag GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The GNU General Public License is a free, copyleft license for software and other kinds of works. The licenses for most software and other practical works are designed to take away your freedom to share and change the works. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change all versions of a program--to make sure it remains free software for all its users. We, the Free Software Foundation, use the GNU General Public License for most of our software; it applies also to any other work released this way by its authors. You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for them if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs, and that you know you can do these things. To protect your rights, we need to prevent others from denying you these rights or asking you to surrender the rights. Therefore, you have certain responsibilities if you distribute copies of the software, or if you modify it: responsibilities to respect the freedom of others. For example, if you distribute copies of such a program, whether gratis or for a fee, you must pass on to the recipients the same freedoms that you received. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. Developers that use the GNU GPL protect your rights with two steps: (1) assert copyright on the software, and (2) offer you this License giving you legal permission to copy, distribute and/or modify it. For the developers' and authors' protection, the GPL clearly explains that there is no warranty for this free software. For both users' and authors' sake, the GPL requires that modified versions be marked as changed, so that their problems will not be attributed erroneously to authors of previous versions. Some devices are designed to deny users access to install or run modified versions of the software inside them, although the manufacturer can do so. This is fundamentally incompatible with the aim of protecting users' freedom to change the software. The systematic pattern of such abuse occurs in the area of products for individuals to use, which is precisely where it is most unacceptable. Therefore, we have designed this version of the GPL to prohibit the practice for those products. If such problems arise substantially in other domains, we stand ready to extend this provision to those domains in future versions of the GPL, as needed to protect the freedom of users. Finally, every program is threatened constantly by software patents. States should not allow patents to restrict development and use of software on general-purpose computers, but in those that do, we wish to avoid the special danger that patents applied to a free program could make it effectively proprietary. To prevent this, the GPL assures that patents cannot be used to render the program non-free. The precise terms and conditions for copying, distribution and modification follow. TERMS AND CONDITIONS 0. Definitions. "This License" refers to version 3 of the GNU General Public License. "Copyright" also means copyright-like laws that apply to other kinds of works, such as semiconductor masks. "The Program" refers to any copyrightable work licensed under this License. Each licensee is addressed as "you". "Licensees" and "recipients" may be individuals or organizations. To "modify" a work means to copy from or adapt all or part of the work in a fashion requiring copyright permission, other than the making of an exact copy. The resulting work is called a "modified version" of the earlier work or a work "based on" the earlier work. A "covered work" means either the unmodified Program or a work based on the Program. To "propagate" a work means to do anything with it that, without permission, would make you directly or secondarily liable for infringement under applicable copyright law, except executing it on a computer or modifying a private copy. Propagation includes copying, distribution (with or without modification), making available to the public, and in some countries other activities as well. To "convey" a work means any kind of propagation that enables other parties to make or receive copies. Mere interaction with a user through a computer network, with no transfer of a copy, is not conveying. An interactive user interface displays "Appropriate Legal Notices" to the extent that it includes a convenient and prominently visible feature that (1) displays an appropriate copyright notice, and (2) tells the user that there is no warranty for the work (except to the extent that warranties are provided), that licensees may convey the work under this License, and how to view a copy of this License. If the interface presents a list of user commands or options, such as a menu, a prominent item in the list meets this criterion. 1. Source Code. The "source code" for a work means the preferred form of the work for making modifications to it. "Object code" means any non-source form of a work. 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The Corresponding Source for a work in source code form is that same work. 2. Basic Permissions. All rights granted under this License are granted for the term of copyright on the Program, and are irrevocable provided the stated conditions are met. This License explicitly affirms your unlimited permission to run the unmodified Program. The output from running a covered work is covered by this License only if the output, given its content, constitutes a covered work. This License acknowledges your rights of fair use or other equivalent, as provided by copyright law. You may make, run and propagate covered works that you do not convey, without conditions so long as your license otherwise remains in force. You may convey covered works to others for the sole purpose of having them make modifications exclusively for you, or provide you with facilities for running those works, provided that you comply with the terms of this License in conveying all material for which you do not control copyright. Those thus making or running the covered works for you must do so exclusively on your behalf, under your direction and control, on terms that prohibit them from making any copies of your copyrighted material outside their relationship with you. Conveying under any other circumstances is permitted solely under the conditions stated below. Sublicensing is not allowed; section 10 makes it unnecessary. 3. Protecting Users' Legal Rights From Anti-Circumvention Law. 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You may convey verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice; keep intact all notices stating that this License and any non-permissive terms added in accord with section 7 apply to the code; keep intact all notices of the absence of any warranty; and give all recipients a copy of this License along with the Program. You may charge any price or no price for each copy that you convey, and you may offer support or warranty protection for a fee. 5. Conveying Modified Source Versions. You may convey a work based on the Program, or the modifications to produce it from the Program, in the form of source code under the terms of section 4, provided that you also meet all of these conditions: a) The work must carry prominent notices stating that you modified it, and giving a relevant date. b) The work must carry prominent notices stating that it is released under this License and any conditions added under section 7. This requirement modifies the requirement in section 4 to "keep intact all notices". c) You must license the entire work, as a whole, under this License to anyone who comes into possession of a copy. This License will therefore apply, along with any applicable section 7 additional terms, to the whole of the work, and all its parts, regardless of how they are packaged. This License gives no permission to license the work in any other way, but it does not invalidate such permission if you have separately received it. d) If the work has interactive user interfaces, each must display Appropriate Legal Notices; however, if the Program has interactive interfaces that do not display Appropriate Legal Notices, your work need not make them do so. A compilation of a covered work with other separate and independent works, which are not by their nature extensions of the covered work, and which are not combined with it such as to form a larger program, in or on a volume of a storage or distribution medium, is called an "aggregate" if the compilation and its resulting copyright are not used to limit the access or legal rights of the compilation's users beyond what the individual works permit. Inclusion of a covered work in an aggregate does not cause this License to apply to the other parts of the aggregate. 6. Conveying Non-Source Forms. You may convey a covered work in object code form under the terms of sections 4 and 5, provided that you also convey the machine-readable Corresponding Source under the terms of this License, in one of these ways: a) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by the Corresponding Source fixed on a durable physical medium customarily used for software interchange. b) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by a written offer, valid for at least three years and valid for as long as you offer spare parts or customer support for that product model, to give anyone who possesses the object code either (1) a copy of the Corresponding Source for all the software in the product that is covered by this License, on a durable physical medium customarily used for software interchange, for a price no more than your reasonable cost of physically performing this conveying of source, or (2) access to copy the Corresponding Source from a network server at no charge. c) Convey individual copies of the object code with a copy of the written offer to provide the Corresponding Source. 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If additional permissions apply only to part of the Program, that part may be used separately under those permissions, but the entire Program remains governed by this License without regard to the additional permissions. When you convey a copy of a covered work, you may at your option remove any additional permissions from that copy, or from any part of it. (Additional permissions may be written to require their own removal in certain cases when you modify the work.) You may place additional permissions on material, added by you to a covered work, for which you have or can give appropriate copyright permission. Notwithstanding any other provision of this License, for material you add to a covered work, you may (if authorized by the copyright holders of that material) supplement the terms of this License with terms: a) Disclaiming warranty or limiting liability differently from the terms of sections 15 and 16 of this License; or b) Requiring preservation of specified reasonable legal notices or author attributions in that material or in the Appropriate Legal Notices displayed by works containing it; or c) Prohibiting misrepresentation of the origin of that material, or requiring that modified versions of such material be marked in reasonable ways as different from the original version; or d) Limiting the use for publicity purposes of names of licensors or authors of the material; or e) Declining to grant rights under trademark law for use of some trade names, trademarks, or service marks; or f) Requiring indemnification of licensors and authors of that material by anyone who conveys the material (or modified versions of it) with contractual assumptions of liability to the recipient, for any liability that these contractual assumptions directly impose on those licensors and authors. 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Termination. You may not propagate or modify a covered work except as expressly provided under this License. Any attempt otherwise to propagate or modify it is void, and will automatically terminate your rights under this License (including any patent licenses granted under the third paragraph of section 11). However, if you cease all violation of this License, then your license from a particular copyright holder is reinstated (a) provisionally, unless and until the copyright holder explicitly and finally terminates your license, and (b) permanently, if the copyright holder fails to notify you of the violation by some reasonable means prior to 60 days after the cessation. Moreover, your license from a particular copyright holder is reinstated permanently if the copyright holder notifies you of the violation by some reasonable means, this is the first time you have received notice of violation of this License (for any work) from that copyright holder, and you cure the violation prior to 30 days after your receipt of the notice. Termination of your rights under this section does not terminate the licenses of parties who have received copies or rights from you under this License. If your rights have been terminated and not permanently reinstated, you do not qualify to receive new licenses for the same material under section 10. 9. Acceptance Not Required for Having Copies. You are not required to accept this License in order to receive or run a copy of the Program. Ancillary propagation of a covered work occurring solely as a consequence of using peer-to-peer transmission to receive a copy likewise does not require acceptance. However, nothing other than this License grants you permission to propagate or modify any covered work. These actions infringe copyright if you do not accept this License. Therefore, by modifying or propagating a covered work, you indicate your acceptance of this License to do so. 10. Automatic Licensing of Downstream Recipients. Each time you convey a covered work, the recipient automatically receives a license from the original licensors, to run, modify and propagate that work, subject to this License. You are not responsible for enforcing compliance by third parties with this License. An "entity transaction" is a transaction transferring control of an organization, or substantially all assets of one, or subdividing an organization, or merging organizations. If propagation of a covered work results from an entity transaction, each party to that transaction who receives a copy of the work also receives whatever licenses to the work the party's predecessor in interest had or could give under the previous paragraph, plus a right to possession of the Corresponding Source of the work from the predecessor in interest, if the predecessor has it or can get it with reasonable efforts. You may not impose any further restrictions on the exercise of the rights granted or affirmed under this License. For example, you may not impose a license fee, royalty, or other charge for exercise of rights granted under this License, and you may not initiate litigation (including a cross-claim or counterclaim in a lawsuit) alleging that any patent claim is infringed by making, using, selling, offering for sale, or importing the Program or any portion of it. 11. Patents. A "contributor" is a copyright holder who authorizes use under this License of the Program or a work on which the Program is based. The work thus licensed is called the contributor's "contributor version". A contributor's "essential patent claims" are all patent claims owned or controlled by the contributor, whether already acquired or hereafter acquired, that would be infringed by some manner, permitted by this License, of making, using, or selling its contributor version, but do not include claims that would be infringed only as a consequence of further modification of the contributor version. For purposes of this definition, "control" includes the right to grant patent sublicenses in a manner consistent with the requirements of this License. Each contributor grants you a non-exclusive, worldwide, royalty-free patent license under the contributor's essential patent claims, to make, use, sell, offer for sale, import and otherwise run, modify and propagate the contents of its contributor version. In the following three paragraphs, a "patent license" is any express agreement or commitment, however denominated, not to enforce a patent (such as an express permission to practice a patent or covenant not to sue for patent infringement). To "grant" such a patent license to a party means to make such an agreement or commitment not to enforce a patent against the party. If you convey a covered work, knowingly relying on a patent license, and the Corresponding Source of the work is not available for anyone to copy, free of charge and under the terms of this License, through a publicly available network server or other readily accessible means, then you must either (1) cause the Corresponding Source to be so available, or (2) arrange to deprive yourself of the benefit of the patent license for this particular work, or (3) arrange, in a manner consistent with the requirements of this License, to extend the patent license to downstream recipients. "Knowingly relying" means you have actual knowledge that, but for the patent license, your conveying the covered work in a country, or your recipient's use of the covered work in a country, would infringe one or more identifiable patents in that country that you have reason to believe are valid. If, pursuant to or in connection with a single transaction or arrangement, you convey, or propagate by procuring conveyance of, a covered work, and grant a patent license to some of the parties receiving the covered work authorizing them to use, propagate, modify or convey a specific copy of the covered work, then the patent license you grant is automatically extended to all recipients of the covered work and works based on it. A patent license is "discriminatory" if it does not include within the scope of its coverage, prohibits the exercise of, or is conditioned on the non-exercise of one or more of the rights that are specifically granted under this License. You may not convey a covered work if you are a party to an arrangement with a third party that is in the business of distributing software, under which you make payment to the third party based on the extent of your activity of conveying the work, and under which the third party grants, to any of the parties who would receive the covered work from you, a discriminatory patent license (a) in connection with copies of the covered work conveyed by you (or copies made from those copies), or (b) primarily for and in connection with specific products or compilations that contain the covered work, unless you entered into that arrangement, or that patent license was granted, prior to 28 March 2007. Nothing in this License shall be construed as excluding or limiting any implied license or other defenses to infringement that may otherwise be available to you under applicable patent law. 12. No Surrender of Others' Freedom. If conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot convey a covered work so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not convey it at all. For example, if you agree to terms that obligate you to collect a royalty for further conveying from those to whom you convey the Program, the only way you could satisfy both those terms and this License would be to refrain entirely from conveying the Program. 13. Use with the GNU Affero General Public License. Notwithstanding any other provision of this License, you have permission to link or combine any covered work with a work licensed under version 3 of the GNU Affero General Public License into a single combined work, and to convey the resulting work. The terms of this License will continue to apply to the part which is the covered work, but the special requirements of the GNU Affero General Public License, section 13, concerning interaction through a network will apply to the combination as such. 14. Revised Versions of this License. The Free Software Foundation may publish revised and/or new versions of the GNU General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies that a certain numbered version of the GNU General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that numbered version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of the GNU General Public License, you may choose any version ever published by the Free Software Foundation. If the Program specifies that a proxy can decide which future versions of the GNU General Public License can be used, that proxy's public statement of acceptance of a version permanently authorizes you to choose that version for the Program. Later license versions may give you additional or different permissions. However, no additional obligations are imposed on any author or copyright holder as a result of your choosing to follow a later version. 15. Disclaimer of Warranty. THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 16. Limitation of Liability. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. 17. Interpretation of Sections 15 and 16. If the disclaimer of warranty and limitation of liability provided above cannot be given local legal effect according to their terms, reviewing courts shall apply local law that most closely approximates an absolute waiver of all civil liability in connection with the Program, unless a warranty or assumption of liability accompanies a copy of the Program in return for a fee. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively state the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . Also add information on how to contact you by electronic and paper mail. If the program does terminal interaction, make it output a short notice like this when it starts in an interactive mode: Copyright (C) This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . lisaac_0.39_rc1/editor/eclipse/build.properties0000644000175000017500000000100711314031253021552 0ustar sonntagsonntagsource.. = src/ output.. = bin/ bin.includes = META-INF/,\ .,\ bin/,\ icons/,\ plugin.xml,\ plugin.properties,\ help/,\ build.properties bin.excludes = icons/Thumbs.db src.excludes = icons/Thumbs.db src.includes = META-INF/,\ README,\ build.properties,\ help/,\ icons/,\ plugin.properties,\ plugin.xml,\ src/ lisaac_0.39_rc1/editor/eclipse/README0000644000175000017500000001334611314031253017226 0ustar sonntagsonntag ------------------------------------------------- Mode Eclipse for LISAAC language ------------------------------------------------ LICENSE This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see .; How to get started? =================== - Install lastest Lisaac Compiler 0.14. * Plugin Installation : ------------------- - Use the Eclipse Update Manager to install the Lisaac plugin. Add the http://isaacproject.u-strasbg.fr/eclipse/update/ site in the manager, select Lisaac feature and click 'Install'. or - Open the Eclisaac project as described below, export it into a .jar file, copy the jar into your 'eclipse/plugins' directory. * Plugin Development and Bug Report : ------------------------------------------------ - Install latest Eclipse SDK (3.5 Galileo) see http://www.eclipse.org/downloads. - Copy the 'editor/eclipse' directory to your Eclipse workspace. - Launch Eclipse, create a Project (File->New->Project, select General->Project). - Enter project name: 'eclipse' and click on the finish button. or - Select your own workspace and create a project with 'eclipse' lisaac plugin location. or - Import the 'eclipse' project (File->Import then select 'Existing Projects into Workspace'). - First Run : open META-INF/MANIFEST.MF and click on the link 'Launch an Eclipse application'. - Other Run : Green toolbar button Run or Run->Run As->EclipseApplication - export the plugin project to a suitable .jar file. (optional) Quick Start into the Lisaac Mode. =================== * General overview: ----------------------- The Lisaac plugin define features for the user: - Open a Lisaac perspective. - Create a new Lisaac Project. - Create a new Prototype. - Syntax highlighting, customizable in Lisaac preferences (in Window->preferences menu). - Code completion with Ctrl+space key binding. - Auto-indentation with F2 key binding. - Code navigation with Ctrl+click and mouse hover. - Outline view for prototypes. (Window->Show view->outline menu). - [NEW] Slot & section folding at the left of editor. - [NEW] Run the compiler & the program with the 'Run' menu. - [NEW] Section Header refactor & rename prototype refactor ('Refactor' menu). Quick Start into Source Code. =================== * General overview: ----------------------- - META-INF/MANIFEST.MF Main file for Plugin general settings - edit within eclipse only. - plugin.xml Define Extensions Points that the plugin implements - edit within eclipse only. - build.properties Define Plugin classpath for compilation - edit within eclipse only. - .project & .classpath & .settings Eclipse files associated with the project - you may erase or replace them. - src/ Java implementation. - help/ Help files used inside lisaac plugin, html doc (Help->Help contents) and sheetcheats (Help->Cheat Sheets...) - icons/ Icons used in lisaac plugin. - bin/ Java binary files (removed in git repository) This is automatically placed in jar file while releasing. * Java Packages overview ------------------------------- - lisaac/ Main package, contain plugin activator, LisaacPlugin.java, this object follows plugin lifecycle. - lisaac/actions Plugin menus actions, which implements IActionDelegate interface. - lisaac/builder Incremental project builder - Handle calls to create & update Lisaac Models for each lisaac project. - lisaac/editors Lisaac and Lip Editor. Handle syntax coloring, completion, hyperlinks... - lisaac/launch Interface to call Lisaac Compiler and lisaac tools - Manage Lisaac Run Configuration (Run->Run configurations...) - lisaac/model Manage and Parse Lisaac Models - Used by completion, colorer, hyperlinks, run... - lisaac/model/items Parsing element of lisaac syntax tree. - lisaac/model/lip Parsing element of lip syntax tree. - lisaac/model/types Parsing types of lisaac syntax tree. - lisaac/outline Elements displayed in Lisaac Outline view. - lisaac/perspectives Define Lisaac Perspective. - lisaac/preferences Add menus to Window->Preferences Menu in Lisaac section. - lisaac/properties Add menus to right-click Properties Menu for lisaac resources. - lisaac/templates Support for Editor Templates. - lisaac/views Define Lisaac Views, Console, Outline view, ... - lisaac/wizards Define Lisaac Wizards, New Lisaac Project, New Prototype, ... - lisaac/refactor Define Lisaac refactorings. -- Best regards, Damien Bouvarel The Lisaac team. lisaac_0.39_rc1/editor/eclipse/icons/0000755000175000017500000000000011314031253017452 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/icons/library.gif0000644000175000017500000000052211314031253021604 0ustar sonntagsonntagGIF89aÕG|e¸6|®/€³(ƒ¹‹ÅÊ•Ó€H.•`x¸|ðÈ(ðÀ è¸ ðÀ(è°à à˜ØЈ؈ЀÈxðظÐxÔŠKÓŠKÚ¡q½h4Ár?¶X$±I°H°Iÿÿÿ!ù",o@‘pH,HãrI! ˆsX0‡Á€P0¢¥#2˜Ïfa…!!&ÞpxUÒ"ø¼q™4(C‚ƒƒ" B‹ŒUM”••"Ÿ "šœ!© ¬! «¦œS´HA;lisaac_0.39_rc1/editor/eclipse/icons/template.gif0000644000175000017500000000054711314031253021762 0ustar sonntagsonntagGIF89aÕ~pz‚uƒˆ|‘„¡–Œ±œ“¿ ˜Èg}©j€¬o…¯v‹³|‘¸‚—½‰Á¡Ä†”®ˆ•¬Œ—ªˆÁ‘¥Çš¨”œ¥úýÿ÷üÿöüÿùýÿÕóÿëùÿ˜Ÿ¢ñûÿéùÿíúÿðûÿôüÿêúÿëúÿóüÿ÷ýÿöýÿúþÿùþÿž¢ž¢¥›¨¨—­«”þñzüçvøÐjȘ@ÿÿÿ!ù1,„À˜pH,aȤI„µžÐ(¬é2 „ pM¯°xü²4è´šE\i<ðx|ETi&Žc¡H <*D)#…"…##)Dwy{}D ™ššDw !§$D%%°&&%D'((½DÄÅÆÄFÉEA;lisaac_0.39_rc1/editor/eclipse/icons/prototype.gif0000644000175000017500000000107311314031253022207 0ustar 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sonntagsonntagGIF89aÕÿÿ­r/‚Gø؈žf'øÐxøà˜øЀf>2èÆ”øè°èЈøðÈÿÿÿË6úöºøà øØŒ]Føè˜Ò«€üößãϹ´2àÀx­r+ðØ¥l$yO@ž_­l$R¼2ïßƼ…2Ã…6!ù,s@€pH,È#âèh:‚¨T0ô4® ‹à‘p©€Ñd¢Y`B‚¡‹p8G AØ%‚%HÁçW¶ _B†‰Š‹’“’ š–B¥¦¥ B­®­©C³´µI·¸FA;Content-Type: image/gif GIF89aÕÿÿ­r/‚Gø؈žf'øÐxøà˜øЀf>2èÆ”øè°èЈøðÈÿÿÿË6úöºøà øØŒ]Føè˜Ò«€üößãϹ´2àÀx­r+ðØ¥l$yO@ž_­l$R¼2ïßƼ…2Ã…6!ù,s@€pH,È#âèh:‚¨T0ô4® ‹à‘p©€Ñd¢Y`B‚¡‹p8G AØ%‚%HÁçW¶ _B†‰Š‹’“’ š–B¥¦¥ B­®­©C³´µI·¸FA;lisaac_0.39_rc1/editor/eclipse/icons/private-shared.gif0000644000175000017500000000032411314031253023056 0ustar sonntagsonntagGIF89a„ââå&í6Cð?Kð?Lø]hø^hìhpìhqíktúfqíluúgqîoxîpyîrzó¤ªõ²·÷¿ÃÞÞÞÞÞÞÞÞÞÞÞ!þCreated with The GIMP!ù ,8à'Ždižhª®¬IEp<¡Qc/ÍòÐQ=M@,&h€€R‰  žPÍ`8XÔÂíJZà°*;lisaac_0.39_rc1/editor/eclipse/icons/sample.gif0000644000175000017500000000172711314031253021431 0ustar sonntagsonntagGIF89a÷E>AÌ°ÖüôÿÙžüϺÜöçÿ¹ƒÛÊ©æèäìH@QÒÊÛkDy[žŸ}Ì¥ŒÈ©ž¹Šm¸¶–çzfš­™ÍzlX7‘E4ctZžP?mNBcªÕ_GŒ¨šÁ JQ?vRGhzkšQHc¹¬ÓçäíYGƒZJXJyÇ°ýĸß]LŠ€m´¬£Ã¦¢°E2|KZHPP°K@ÈÀÉ"å‰zPÆ(C„ìpñ€ ˆ`úl¹Â¤0( ăgO9sèœ1SÇN› 0) { contents += " - comment := \""+descr+"\";\n"; //$NON-NLS-1$ //$NON-NLS-2$ } String username = LisaacPlugin.getDefault().getPreferenceStore().getString(PreferenceConstants.P_LISAAC_USER); if (username != null && username.length() > 0) { contents += "\n - author := \""+username+"\";\n"; //$NON-NLS-1$ //$NON-NLS-2$ } if (! isExpanded) { contents += "\nSection Inherit\n\n"; //$NON-NLS-1$ } else { contents += "\nSection Insert\n\n"; //$NON-NLS-1$ } int n = tableInherit.getItemCount(); if (n > 0) { for (int i=0; i 0) { int index = indices[0]; table.remove(index); } } }); gridData = new GridData(GridData.HORIZONTAL_ALIGN_FILL); gridData.horizontalSpan = 2; tableGroup.setLayoutData(gridData); tableInherit = table; // label = new Label(parent, SWT.NONE); label.setText(LisaacMessages.getString("NewPrototypeWizard_36")); label.setFont(parent.getFont()); gridData = new GridData(GridData.HORIZONTAL_ALIGN_FILL); gridData.horizontalSpan = 3; label.setLayoutData(gridData); gridData = new GridData(GridData.HORIZONTAL_ALIGN_FILL); gridData.horizontalSpan = 3; gridData.horizontalAlignment = SWT.CENTER; generateMain = new Button(parent, SWT.CHECK); generateMain.setText(LisaacMessages.getString("NewPrototypeWizard_37")); generateMain.setLayoutData(gridData); generateConstructor = new Button(parent, SWT.CHECK); generateConstructor.setText(LisaacMessages.getString("NewPrototypeWizard_38")); generateConstructor.setLayoutData(gridData); } protected String getInitialFileName() { return INITIAL_PROTOTYPE_NAME; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/wizards/AbstractNewFileWizardPage.java0000644000175000017500000001606711314031253031267 0ustar sonntagsonntagpackage org.lisaac.ldt.wizards; import java.io.InputStream; import org.eclipse.core.resources.IContainer; import org.eclipse.core.resources.IResource; import org.eclipse.core.resources.ResourcesPlugin; import org.eclipse.core.runtime.IPath; import org.eclipse.core.runtime.Path; import org.eclipse.jface.viewers.IStructuredSelection; import org.eclipse.jface.wizard.WizardPage; import org.eclipse.swt.SWT; import org.eclipse.swt.events.ModifyEvent; import org.eclipse.swt.events.ModifyListener; import org.eclipse.swt.events.SelectionAdapter; import org.eclipse.swt.events.SelectionEvent; import org.eclipse.swt.layout.GridData; import org.eclipse.swt.layout.GridLayout; import org.eclipse.swt.widgets.Button; import org.eclipse.swt.widgets.Composite; import org.eclipse.swt.widgets.Label; import org.eclipse.swt.widgets.Text; import org.eclipse.ui.dialogs.ContainerSelectionDialog; import org.lisaac.ldt.LisaacMessages; public abstract class AbstractNewFileWizardPage extends WizardPage { /** initial source folder selection */ private IStructuredSelection selection; /** source folder path */ private Text containerText; /** file name */ private Text fileText; /** file extension */ private String fileExtension = ""; //$NON-NLS-1$ protected AbstractNewFileWizardPage(String pageName, IStructuredSelection selection) { super(pageName); this.selection = selection; setPageComplete(false); } public String getContainerName() { return containerText.getText(); } public String getFileName() { return fileText.getText(); } public String getFileExtension() { return fileExtension; } /** * set the extension of files created with this wizard. */ protected void setFileExtension(String ext) { fileExtension = ext; } /** * Content File Initialisation. */ abstract protected InputStream getInitialContents(String filename); /** * @see IDialogPage#createControl(Composite) */ public void createControl(Composite parent) { Composite container = new Composite(parent, SWT.NULL); GridLayout layout = new GridLayout(); layout.numColumns = 3; container.setLayout(layout); Label label = new Label(container, SWT.NULL); label.setText(LisaacMessages.getString("AbstractNewFileWizardPage_1")); containerText = new Text(container, SWT.BORDER | SWT.SINGLE); GridData gd = new GridData(GridData.FILL_HORIZONTAL); containerText.setLayoutData(gd); containerText.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent e) { dialogChanged(); } }); Button button = new Button(container, SWT.PUSH); button.setText(LisaacMessages.getString("AbstractNewFileWizardPage_2")); button.addSelectionListener(new SelectionAdapter() { public void widgetSelected(SelectionEvent e) { handleBrowse(); } }); label = new Label(container, SWT.NULL); label.setText(LisaacMessages.getString("AbstractNewFileWizardPage_3")); fileText = new Text(container, SWT.BORDER | SWT.SINGLE); gd = new GridData(GridData.HORIZONTAL_ALIGN_FILL); gd.horizontalSpan = 2; fileText.setLayoutData(gd); fileText.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent e) { dialogChanged(); } }); label = new Label(container, SWT.SEPARATOR | SWT.HORIZONTAL); gd = new GridData(GridData.HORIZONTAL_ALIGN_FILL); gd.horizontalSpan = 3; label.setLayoutData(gd); // createAdvancedControls(container); // initialize(); dialogChanged(); setControl(container); } protected void createAdvancedControls(Composite parent) { // should be override } /** * Tests if the current workbench selection is a suitable container to use. */ private void initialize() { if (selection != null && selection.isEmpty() == false && selection instanceof IStructuredSelection) { IStructuredSelection ssel = (IStructuredSelection) selection; if (ssel.size() > 1) return; Object obj = ssel.getFirstElement(); if (obj instanceof IResource) { IContainer container; if (obj instanceof IContainer) container = (IContainer) obj; else container = ((IResource) obj).getParent(); containerText.setText(container.getFullPath().toString()); fileText.setFocus(); } } fileText.setText(getInitialFileName()); } protected abstract String getInitialFileName(); /** * Uses the standard container selection dialog to choose the new value for * the container field. */ private void handleBrowse() { ContainerSelectionDialog dialog = new ContainerSelectionDialog( getShell(), ResourcesPlugin.getWorkspace().getRoot(), false, LisaacMessages.getString("AbstractNewFileWizardPage_4")); if (dialog.open() == ContainerSelectionDialog.OK) { Object[] results = dialog.getResult(); if (results.length == 1) { Object result = results[0]; if (result instanceof IPath) { IPath ipath = (IPath) result; containerText.setText(ipath.toString()); } } } } /** * Ensures that both text fields are set. */ private void dialogChanged() { String container = getContainerName(); String fileName = getFileName(); if (container.length() == 0) { updateStatus(LisaacMessages.getString("AbstractNewFileWizardPage_5")); return; } if (fileName.length() == 0) { updateStatus(LisaacMessages.getString("AbstractNewFileWizardPage_6")); return; } // TODO check container -> source folder ! updateStatus(null); } private void updateStatus(String message) { setErrorMessage(message); setPageComplete(message == null); } /** * @see WizardPage#isPageComplete() */ public boolean isPageComplete() { return !checkFolderForExistingFile() && super.isPageComplete(); } /** * Finds the current directory where the file should be created */ protected boolean checkFolderForExistingFile() { IContainer container = getFileContainer(); if (container != null) { IResource file = container.getFile(new Path(fileText.getText() .trim())); if (file != null && file.exists()) { this.setErrorMessage(LisaacMessages.getString("AbstractNewFileWizardPage_7")); return true; } } return false; } private IContainer getFileContainer() { if (containerText.getText() != null) { IPath containerPath = new Path(containerText.getText().trim()); IContainer container = null; if (containerPath.segmentCount() > 1) { container = ResourcesPlugin.getWorkspace().getRoot().getFolder( containerPath); } else { if (containerPath.segmentCount() == 1) { // this is a project container = ResourcesPlugin.getWorkspace().getRoot() .getProject(containerText.getText().trim()); } } if (container != null && container.exists()) { return container; } } return null; } public void setVisible(boolean visible) { super.setVisible(visible); if (visible) { String fileName = fileText.getText().trim(); if (getFileContainer() != null && fileName.equalsIgnoreCase(getInitialFileName())) { fileText.setFocus(); fileText.setText(fileName); fileText.setSelection(0, fileName.length() - (new Path(getInitialFileName())).getFileExtension() .length() - 1); } } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/wizards/InputParentDialog.java0000644000175000017500000000376111314031253027662 0ustar sonntagsonntagpackage org.lisaac.ldt.wizards; import org.eclipse.jface.dialogs.IInputValidator; import org.eclipse.jface.dialogs.InputDialog; import org.eclipse.swt.SWT; import org.eclipse.swt.events.SelectionEvent; import org.eclipse.swt.events.SelectionListener; import org.eclipse.swt.widgets.Combo; import org.eclipse.swt.widgets.Composite; import org.eclipse.swt.widgets.Control; import org.eclipse.swt.widgets.Label; import org.eclipse.swt.widgets.Shell; import org.lisaac.ldt.model.ILisaacModel; public class InputParentDialog extends InputDialog { private String parentType; public InputParentDialog(Shell parentShell, String dialogTitle) { super(parentShell, dialogTitle, "Parent prototype name", "", new IInputValidator() { public String isValid(String newText) { if (newText.length() == 0) { return "Empty name"; } String correct = newText.toUpperCase(); if (newText.compareTo(correct) != 0) { return "Invalid prototype name"; } return null; } }); } /* * (non-Javadoc) Method declared on Dialog. */ protected Control createDialogArea(Composite parent) { Composite c = (Composite) super.createDialogArea(parent); Label label = new Label(c, SWT.NONE); label.setText("Choose Parent inheritance type"); String[] values = { ILisaacModel.inherit_shared, ILisaacModel.inherit_nonshared, ILisaacModel.inherit_shared_expanded, ILisaacModel.inherit_nonshared_expanded }; parentType = values[0]; final Combo combo = new Combo(c, SWT.NONE); combo.setItems(values); combo.select(0); combo.addSelectionListener(new SelectionListener() { public void widgetDefaultSelected(SelectionEvent e) { widgetSelected(e); } public void widgetSelected(SelectionEvent e) { parentType = combo.getText(); } }); return c; } public String getParentName() { return getValue(); } public String getParentType() { return parentType; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/builder/0000755000175000017500000000000011314031253023362 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/builder/LisaacParseException.java0000644000175000017500000000033011314031253030267 0ustar sonntagsonntagpackage org.lisaac.ldt.builder; public class LisaacParseException extends Exception { int line; LisaacParseException(String msg, int line) { super(msg); } public int getLineNumber() { return line; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/builder/ILisaacErrorHandler.java0000644000175000017500000000054511314031253030046 0ustar sonntagsonntagpackage org.lisaac.ldt.builder; import org.lisaac.ldt.model.Position; public interface ILisaacErrorHandler { void syntaxError(String msg, Position position); void fatalError(String msg, Position position); void warning(String msg, Position position); void semanticError(String msg, Position position); void enableErrorReport(boolean enable); } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/builder/LisaacBuilder.java0000644000175000017500000001501111314031253026726 0ustar sonntagsonntagpackage org.lisaac.ldt.builder; import java.util.Map; import org.eclipse.core.resources.IContainer; import org.eclipse.core.resources.IFile; import org.eclipse.core.resources.IMarker; import org.eclipse.core.resources.IProject; import org.eclipse.core.resources.IResource; import org.eclipse.core.resources.IResourceDelta; import org.eclipse.core.resources.IResourceDeltaVisitor; import org.eclipse.core.resources.IResourceVisitor; import org.eclipse.core.resources.IncrementalProjectBuilder; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IProgressMonitor; import org.lisaac.ldt.LisaacMessages; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.Position; public class LisaacBuilder extends IncrementalProjectBuilder { private LisaacModel model; class LisaacDeltaVisitor implements IResourceDeltaVisitor { IProgressMonitor monitor; LisaacDeltaVisitor(IProgressMonitor monitor) { this.monitor = monitor; } public boolean visit(IResourceDelta delta) throws CoreException { IResource resource = delta.getResource(); switch (delta.getKind()) { case IResourceDelta.ADDED: // handle added resource buildLisaacFile(resource, monitor); break; case IResourceDelta.REMOVED: // handle removed resource removeLisaacFile(resource); break; case IResourceDelta.CHANGED: // handle changed resource buildLisaacFile(resource, monitor); break; } //return true to continue visiting children. return true; } } class LisaacResourceVisitor implements IResourceVisitor { IProgressMonitor monitor; LisaacResourceVisitor(IProgressMonitor monitor) { this.monitor = monitor; } public boolean visit(IResource resource) { buildLisaacFile(resource, monitor); //return true to continue visiting children. return true; } } class LisaacErrorHandler implements ILisaacErrorHandler { private IFile file; private boolean doReport; public LisaacErrorHandler(IFile file) { this.file = file; this.doReport = true; } public void syntaxError(String msg, Position position) { if (doReport) addMarker(file, msg, position, IMarker.SEVERITY_ERROR); } public void semanticError(String msg, Position position) { if (doReport) addMarker(file, msg, position, IMarker.SEVERITY_ERROR); } public void fatalError(String msg, Position position) { if (doReport) addMarker(file, msg, position, IMarker.SEVERITY_ERROR); } public void warning(String msg, Position position) { if (doReport) addMarker(file, msg, position, IMarker.SEVERITY_WARNING); } public void enableErrorReport(boolean enable) { doReport = enable; } } public static final String BUILDER_ID = "org.lisaac.ldt.builder"; //$NON-NLS-1$ private static final String MARKER_TYPE = "org.lisaac.ldt.lisaacProblem"; //$NON-NLS-1$ public static void addMarker(IFile file, String msg, Position position, int severity) { IMarker marker = LisaacBuilder.addMarker(file, msg, position.getLine(), severity); if (marker != null && position.hasRange()) { try { marker.setAttribute(IMarker.CHAR_START, position.getCharStart()); marker.setAttribute(IMarker.CHAR_END, position.getCharEnd()); } catch (CoreException e) { } } } public static IMarker addMarker(IFile file, String message, int lineNumber, int severity) { try { IMarker marker = file.createMarker(MARKER_TYPE); marker.setAttribute(IMarker.MESSAGE, message); marker.setAttribute(IMarker.SEVERITY, severity); if (lineNumber == -1) { lineNumber = 1; } marker.setAttribute(IMarker.LINE_NUMBER, lineNumber); return marker; } catch (CoreException e) { } return null; } /* * (non-Javadoc) * * @see org.eclipse.core.internal.events.InternalBuilder#build(int, * java.util.Map, org.eclipse.core.runtime.IProgressMonitor) */ public IProject[] build(int kind, Map args, IProgressMonitor monitor) throws CoreException { IProject project = getProject(); model = LisaacModel.getModel(project); if (model == null) { // create lisaac model model = new LisaacModel(project); } monitor.beginTask(LisaacMessages.getString("LisaacBuilder.2"), 100); //$NON-NLS-1$ model.refreshPresentation(); monitor.worked(1); if (kind == CLEAN_BUILD) { model.refreshPath(); monitor.worked(10); IContainer bin = project.getFolder("lib"); if (bin.exists()) { bin.delete(true, monitor); } } if (kind == FULL_BUILD) { fullBuild(monitor); } else { IResourceDelta delta = getDelta(model.getProject()); if (delta == null) { fullBuild(monitor); } else { incrementalBuild(delta, monitor); } } return null; } private void buildLisaacFile(IResource resource, IProgressMonitor monitor) { if (resource instanceof IFile) { IFile file = (IFile) resource; if (file.isHidden()) { return; } //System.out.println("VISITING => "+file.getName()); if (resource.getName().endsWith(".li")) { //$NON-NLS-1$ deleteMarkers(file); try { LisaacErrorHandler reporter = new LisaacErrorHandler(file); model.parsePrototype(file, file.getContents(), reporter); } catch (Exception e) { } } else if (resource.getName().endsWith(".lip")) { //$NON-NLS-1$ deleteMarkers(file); try { LisaacErrorHandler reporter = new LisaacErrorHandler(file); model.parseLip(file.getName(), file.getContents(), reporter); } catch (Exception e) { } } monitor.worked(1); } } private void removeLisaacFile(IResource resource) { if (resource instanceof IFile) { IFile file = (IFile) resource; if (resource.getName().endsWith(".li")) { //$NON-NLS-1$ deleteMarkers(file); try { model.removePrototype(file); } catch (Exception e) { } } else if (resource.getName().endsWith(".lip")) { //$NON-NLS-1$ deleteMarkers(file); try { model.removeLip(file); } catch (Exception e) { } } } } public static void deleteMarkers(IFile file) { try { file.deleteMarkers(MARKER_TYPE, false, IResource.DEPTH_ZERO); } catch (CoreException ce) { } } protected void fullBuild(final IProgressMonitor monitor) throws CoreException { try { if (model.getProject() != null) { model.getProject().accept(new LisaacResourceVisitor(monitor)); monitor.done(); } } catch (CoreException e) { } } protected void incrementalBuild(IResourceDelta delta, IProgressMonitor monitor) throws CoreException { // the visitor does the work. delta.accept(new LisaacDeltaVisitor(monitor)); monitor.done(); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/builder/LisaacNature.java0000644000175000017500000000425311314031253026604 0ustar sonntagsonntagpackage org.lisaac.ldt.builder; import org.eclipse.core.resources.ICommand; import org.eclipse.core.resources.IProject; import org.eclipse.core.resources.IProjectDescription; import org.eclipse.core.resources.IProjectNature; import org.eclipse.core.runtime.CoreException; public class LisaacNature implements IProjectNature { /** * ID of this project nature */ public static final String NATURE_ID = "org.lisaac.ldt.lisaac"; //$NON-NLS-1$ private IProject project; /* * (non-Javadoc) * * @see org.eclipse.core.resources.IProjectNature#configure() */ public void configure() throws CoreException { IProjectDescription desc = project.getDescription(); ICommand[] commands = desc.getBuildSpec(); for (int i = 0; i < commands.length; ++i) { if (commands[i].getBuilderName().equals(LisaacBuilder.BUILDER_ID)) { return; } } ICommand[] newCommands = new ICommand[commands.length + 1]; System.arraycopy(commands, 0, newCommands, 0, commands.length); ICommand command = desc.newCommand(); command.setBuilderName(LisaacBuilder.BUILDER_ID); newCommands[newCommands.length - 1] = command; desc.setBuildSpec(newCommands); project.setDescription(desc, null); } /* * (non-Javadoc) * * @see org.eclipse.core.resources.IProjectNature#deconfigure() */ public void deconfigure() throws CoreException { IProjectDescription description = getProject().getDescription(); ICommand[] commands = description.getBuildSpec(); for (int i = 0; i < commands.length; ++i) { if (commands[i].getBuilderName().equals(LisaacBuilder.BUILDER_ID)) { ICommand[] newCommands = new ICommand[commands.length - 1]; System.arraycopy(commands, 0, newCommands, 0, i); System.arraycopy(commands, i + 1, newCommands, i, commands.length - i - 1); description.setBuildSpec(newCommands); return; } } } /* * (non-Javadoc) * * @see org.eclipse.core.resources.IProjectNature#getProject() */ public IProject getProject() { return project; } /* * (non-Javadoc) * * @see org.eclipse.core.resources.IProjectNature#setProject(org.eclipse.core.resources.IProject) */ public void setProject(IProject project) { this.project = project; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/builder/LisaacChangeListener.java0000644000175000017500000000204611314031253030237 0ustar sonntagsonntagpackage org.lisaac.ldt.builder; import org.eclipse.core.resources.IProject; import org.eclipse.core.resources.IResource; import org.eclipse.core.resources.IResourceChangeEvent; import org.eclipse.core.resources.IResourceChangeListener; import org.eclipse.core.resources.IResourceDelta; import org.eclipse.core.resources.IWorkspaceRoot; import org.lisaac.ldt.model.LisaacModel; public class LisaacChangeListener implements IResourceChangeListener { public void resourceChanged(IResourceChangeEvent event) { IResourceDelta delta = event.getDelta(); if (delta != null) { IResource resource = delta.getResource(); if (resource != null) { if (resource instanceof IWorkspaceRoot) { delta = (IResourceDelta) (delta.getAffectedChildren())[0];// TODO go deeper in the delta resource = delta.getResource(); } if (resource != null) { IProject project = (IProject) resource.getProject(); LisaacModel model = LisaacModel.getModel(project); if (model != null) { model.setCompiled(false); } } } } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/refactor/0000755000175000017500000000000011314031253023541 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/refactor/RenamePrototypeRefactor.java0000644000175000017500000000621711314031253031235 0ustar sonntagsonntagpackage org.lisaac.ldt.refactor; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IPath; import org.eclipse.core.runtime.IProgressMonitor; import org.eclipse.core.runtime.OperationCanceledException; import org.eclipse.ltk.core.refactoring.Change; import org.eclipse.ltk.core.refactoring.CompositeChange; import org.eclipse.ltk.core.refactoring.Refactoring; import org.eclipse.ltk.core.refactoring.RefactoringStatus; import org.eclipse.ltk.core.refactoring.resource.RenameResourceChange; import org.lisaac.ldt.editors.LisaacScanner; import org.lisaac.ldt.model.ILisaacFileVisitor; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.items.Prototype; public class RenamePrototypeRefactor extends Refactoring { private String oldName, newName; private LisaacModel model; private IPath prototypePath; private boolean updateReferences; public RenamePrototypeRefactor(String oldName, LisaacModel model) { this.oldName = oldName; this.model = model; updateReferences = true; } public RefactoringStatus setNewPrototypeName(String newName) { this.newName = newName; return isValidPrototypeName(newName); } public void setUpdateReferences(boolean update) { updateReferences = update; } public RefactoringStatus checkFinalConditions(IProgressMonitor pm) throws CoreException, OperationCanceledException { RefactoringStatus status = isValidPrototypeName(newName); // ... return status; } public RefactoringStatus checkInitialConditions(IProgressMonitor pm) throws CoreException, OperationCanceledException { RefactoringStatus status = isValidPrototypeName(oldName); Prototype prototype = model.getPrototype(oldName); if (prototype != null) { prototypePath = prototype.getWorkspacePath(); } else { status.addFatalError("The prototype do not exist in project"); } return status; } public Change createChange(final IProgressMonitor pm) throws CoreException, OperationCanceledException { final CompositeChange result = new CompositeChange(getName()); // 1. rename the prototype in section header Prototype prototype = model.getPrototype(oldName); result.add(prototype.refactorRenameSelf(newName)); // 2. rename occurences in the project program if (updateReferences) { int work = model.getPathManager().getSize(); pm.beginTask("Collecting occurences...", work); model.accept(new ILisaacFileVisitor() { public void visit(Prototype prototype) { if (prototype != null) { Change change = prototype.refactorRenamePrototype(oldName, newName); if (change != null) { result.add(change); } } pm.worked(1); } }); } // 3. rename the prototype file result.add(new RenameResourceChange(prototypePath, newName.toLowerCase()+".li")); pm.done(); return result; } private RefactoringStatus isValidPrototypeName(String name) { RefactoringStatus status = new RefactoringStatus(); if (name.length() == 0) { status.addError("Empty name"); } else if (! LisaacScanner.isPrototypeIdentifier(name)) { status.addError("Invalid prototype name"); } return status; } public String getName() { return "Rename Prototype..."; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/refactor/ChangeHeaderWizard.java0000644000175000017500000000740611314031253030072 0ustar sonntagsonntagpackage org.lisaac.ldt.refactor; import org.eclipse.ltk.core.refactoring.Refactoring; import org.eclipse.ltk.core.refactoring.RefactoringStatus; import org.eclipse.ltk.ui.refactoring.RefactoringWizard; import org.eclipse.ltk.ui.refactoring.UserInputWizardPage; import org.eclipse.swt.SWT; import org.eclipse.swt.events.ModifyEvent; import org.eclipse.swt.events.ModifyListener; import org.eclipse.swt.layout.GridData; import org.eclipse.swt.layout.GridLayout; import org.eclipse.swt.widgets.Composite; import org.eclipse.swt.widgets.Group; import org.eclipse.swt.widgets.Label; import org.eclipse.swt.widgets.Text; class ChangeHeaderInputPage extends UserInputWizardPage { private Text authorField; private Text bibliographyField; private Text copyrightField; private Text licenseField; public ChangeHeaderInputPage() { super("ChangeHeaderInputPage"); } public void createControl(Composite parent) { Composite result= new Composite(parent, SWT.NONE); setControl(result); GridLayout layout= new GridLayout(); layout.numColumns= 2; result.setLayout(layout); Label label= new Label(result, SWT.NONE); label.setText("&Author :"); authorField = createNameField(result); label= new Label(result, SWT.NONE); label.setText("&Bibliography :"); bibliographyField = createNameField(result); label= new Label(result, SWT.NONE); label.setText("&Copyright :"); copyrightField = createNameField(result); Group group = new Group(result, SWT.NONE); GridData gd = new GridData(GridData.FILL_BOTH); gd.horizontalSpan = 2; gd.heightHint = 100; gd.verticalSpan = 2; group.setLayoutData(gd); group.setLayout(new GridLayout()); group.setText("&License :"); licenseField = new Text(group, SWT.MULTI | SWT.BORDER | SWT.V_SCROLL); licenseField.setLayoutData(new GridData(GridData.FILL_BOTH)); authorField.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent event) { handleInputChanged(authorField); } }); bibliographyField.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent event) { handleInputChanged(bibliographyField); } }); copyrightField.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent event) { handleInputChanged(copyrightField); } }); licenseField.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent event) { handleInputChanged(licenseField); } }); authorField.setFocus(); } private Text createNameField(Composite result) { Text field= new Text(result, SWT.SINGLE | SWT.LEFT | SWT.BORDER); field.setLayoutData(new GridData(GridData.FILL_HORIZONTAL)); return field; } void handleInputChanged(Text field) { RefactoringStatus status= new RefactoringStatus(); ChangeHeaderRefactor refactoring = (ChangeHeaderRefactor) getRefactoring(); if (field == authorField) { refactoring.setAuthor(field.getText()); } else if (field == bibliographyField) { refactoring.setBibliography(field.getText()); } else if (field == copyrightField) { refactoring.setCopyright(field.getText()); } else { status.merge(refactoring.setLicense(field.getText())); } setPageComplete(!status.hasError()); int severity= status.getSeverity(); String message= status.getMessageMatchingSeverity(severity); if (severity >= RefactoringStatus.INFO) { setMessage(message, severity); } else { setMessage("", NONE); //$NON-NLS-1$ } } } public class ChangeHeaderWizard extends RefactoringWizard { ChangeHeaderInputPage page; public ChangeHeaderWizard(Refactoring refactoring, String title) { super(refactoring, DIALOG_BASED_USER_INTERFACE | PREVIEW_EXPAND_FIRST_NODE); setDefaultPageTitle(title); page = new ChangeHeaderInputPage(); } protected void addUserInputPages() { addPage(page); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/refactor/RenamePrototypeWizard.java0000644000175000017500000000634411314031253030731 0ustar sonntagsonntagpackage org.lisaac.ldt.refactor; import org.eclipse.ltk.core.refactoring.Refactoring; import org.eclipse.ltk.ui.refactoring.RefactoringWizard; import org.eclipse.ltk.core.refactoring.RefactoringStatus; import org.eclipse.ltk.ui.refactoring.UserInputWizardPage; import org.eclipse.swt.SWT; import org.eclipse.swt.events.ModifyEvent; import org.eclipse.swt.events.ModifyListener; import org.eclipse.swt.events.SelectionAdapter; import org.eclipse.swt.events.SelectionEvent; import org.eclipse.swt.layout.GridData; import org.eclipse.swt.layout.GridLayout; import org.eclipse.swt.widgets.Button; import org.eclipse.swt.widgets.Composite; import org.eclipse.swt.widgets.Label; import org.eclipse.swt.widgets.Text; class RenamePrototypeInputPage extends UserInputWizardPage { Text fNameField; String prototypeToRename; public RenamePrototypeInputPage(String prototypeToRename) { super("RenamePrototypeInputPage"); this.prototypeToRename = prototypeToRename; } public void createControl(Composite parent) { Composite result= new Composite(parent, SWT.NONE); setControl(result); GridLayout layout= new GridLayout(); layout.numColumns= 2; result.setLayout(layout); Label label= new Label(result, SWT.NONE); label.setText("&New name:"); fNameField= createNameField(result); final Button referenceButton= new Button(result, SWT.CHECK); referenceButton.setText("&Update references"); GridData data= new GridData(GridData.FILL_HORIZONTAL); data.horizontalSpan= 2; data.verticalIndent= 2; referenceButton.setLayoutData(data); fNameField.setText(prototypeToRename); fNameField.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent event) { handleInputChanged(); } }); referenceButton.addSelectionListener(new SelectionAdapter() { public void widgetSelected(SelectionEvent event) { RenamePrototypeRefactor refactoring = (RenamePrototypeRefactor) getRefactoring(); refactoring.setUpdateReferences(referenceButton.getSelection()); } }); referenceButton.setSelection(true); fNameField.setFocus(); fNameField.selectAll(); handleInputChanged(); } private Text createNameField(Composite result) { Text field= new Text(result, SWT.SINGLE | SWT.LEFT | SWT.BORDER); field.setLayoutData(new GridData(GridData.FILL_HORIZONTAL)); return field; } void handleInputChanged() { RefactoringStatus status= new RefactoringStatus(); RenamePrototypeRefactor refactoring = (RenamePrototypeRefactor) getRefactoring(); status.merge(refactoring.setNewPrototypeName(fNameField.getText())); setPageComplete(!status.hasError()); int severity= status.getSeverity(); String message= status.getMessageMatchingSeverity(severity); if (severity >= RefactoringStatus.INFO) { setMessage(message, severity); } else { setMessage("", NONE); //$NON-NLS-1$ } } } public class RenamePrototypeWizard extends RefactoringWizard { RenamePrototypeInputPage page; public RenamePrototypeWizard(Refactoring refactoring, String prototypeToRename, String title) { super(refactoring, DIALOG_BASED_USER_INTERFACE | PREVIEW_EXPAND_FIRST_NODE); setDefaultPageTitle(title); page = new RenamePrototypeInputPage(prototypeToRename); } protected void addUserInputPages() { addPage(page); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/refactor/ChangeHeaderRefactor.java0000644000175000017500000000512311314031253030371 0ustar sonntagsonntagpackage org.lisaac.ldt.refactor; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IProgressMonitor; import org.eclipse.core.runtime.OperationCanceledException; import org.eclipse.ltk.core.refactoring.Change; import org.eclipse.ltk.core.refactoring.CompositeChange; import org.eclipse.ltk.core.refactoring.Refactoring; import org.eclipse.ltk.core.refactoring.RefactoringStatus; import org.lisaac.ldt.model.AbstractLisaacParser; import org.lisaac.ldt.model.ILisaacFileVisitor; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.items.Prototype; public class ChangeHeaderRefactor extends Refactoring { private String author, bibliography, copyright, license; private LisaacModel model; public ChangeHeaderRefactor(LisaacModel model) { this.model = model; } public RefactoringStatus setLicense(String license) { this.license = license; return isValidLicense(license); } public void setAuthor(String author) { this.author = author; } public void setBibliography(String bibliography) { this.bibliography = bibliography; } public void setCopyright(String copyright) { this.copyright = copyright; } public RefactoringStatus checkFinalConditions(IProgressMonitor pm) throws CoreException, OperationCanceledException { RefactoringStatus status = isValidLicense(license); return status; } public RefactoringStatus checkInitialConditions(IProgressMonitor pm) throws CoreException, OperationCanceledException { RefactoringStatus status = isValidLicense(license); return status; } public Change createChange(final IProgressMonitor pm) throws CoreException, OperationCanceledException { final CompositeChange result = new CompositeChange(getName()); int work = model.getPathManager().getSize(); pm.beginTask("Updating headers...", work); model.accept(new ILisaacFileVisitor() { public void visit(Prototype prototype) { if (prototype != null) { Change change = prototype.refactorHeader(author, bibliography, copyright, license); if (change != null) { result.add(change); } } pm.worked(1); } }); pm.done(); return result; } private RefactoringStatus isValidLicense(String source) { RefactoringStatus status = new RefactoringStatus(); if (source != null) { AbstractLisaacParser parser = new AbstractLisaacParser(source); parser.readSpace(); int offset = parser.getOffset(); if (offset < source.length()) { status.addFatalError("The license must be inside Lisaac comments"); } } return status; } public String getName() { return "Change Project Headers..."; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/outline/0000755000175000017500000000000011314031253023413 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/outline/OutlineLabelProvider.java0000644000175000017500000000332511314031253030353 0ustar sonntagsonntagpackage org.lisaac.ldt.outline; import org.eclipse.jface.viewers.LabelProvider; import org.eclipse.jface.viewers.StyledCellLabelProvider; import org.eclipse.jface.viewers.StyledString; import org.eclipse.jface.viewers.ViewerCell; import org.eclipse.swt.graphics.Image; public class OutlineLabelProvider extends StyledCellLabelProvider { /** * @see WorkbenchLabelProvider#getImage(Object) * @param element the element for which an image is created * @return the image associated to the element */ public Image getImage(Object element) { if (element instanceof OutlineItem) { OutlineItem item = (OutlineItem) element; Image image = item.getImage(); if (image != null) { return image; } } return OutlineImages.BLANK; } /** * @see WorkbenchLabelProvider#getText(Object) * @param element the element for which a label is created * @return the label associated to the element */ public String getText(Object element) { if (element instanceof OutlineItem) { OutlineItem item = (OutlineItem) element; return item.getText(); } if (element != null) { return element.toString(); } else { return new String(); } } public StyledString getStyledText(Object element) { if (element instanceof OutlineItem) { OutlineItem item = (OutlineItem) element; return item.getStyledText(); } if (element != null) { return new StyledString(element.toString()); } else { return new StyledString(); } } public void update(ViewerCell cell) { Object obj = cell.getElement(); StyledString styledString = getStyledText(obj); cell.setText(styledString.toString()); cell.setStyleRanges(styledString.getStyleRanges()); cell.setImage(getImage(obj)); super.update(cell); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/outline/OutlineContentProvider.java0000644000175000017500000000257511314031253030754 0ustar sonntagsonntagpackage org.lisaac.ldt.outline; import java.util.List; import org.eclipse.jface.viewers.ITreeContentProvider; import org.eclipse.jface.viewers.Viewer; public class OutlineContentProvider implements ITreeContentProvider { /** * @see ITreeContentProvider#getChildren(Object) */ public Object[] getChildren(Object parentElement) { if (parentElement instanceof OutlineItem) { OutlineItem outlineElement = (OutlineItem) parentElement; List children = outlineElement.getChildren(); if (children != null) { return children.toArray(new Object[children.size()]); } } else if (parentElement instanceof Object[]) { return ((Object[]) parentElement); } return new Object[0]; } /** * @see ITreeContentProvider#getParent(Object) */ public Object getParent(Object element) { return null; } /** * @see ITreeContentProvider#hasChildren(Object) */ public boolean hasChildren(Object element) { return (getChildren(element).length > 0); } /** * @see IStructuredContentProvider#getElements(Object) */ public Object[] getElements(Object inputElement) { return getChildren(inputElement); } public void dispose() { } public void inputChanged(Viewer viewer, Object oldInput, Object newInput) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/outline/OutlinePrototype.java0000644000175000017500000000274011314031253027626 0ustar sonntagsonntagpackage org.lisaac.ldt.outline; import java.util.ArrayList; import java.util.List; import org.eclipse.jface.viewers.StyledString; import org.eclipse.swt.graphics.Image; import org.lisaac.ldt.editors.ColorManager; import org.lisaac.ldt.model.items.Prototype; public class OutlinePrototype extends OutlineItem { protected String name; protected List sections; public OutlinePrototype(Prototype prototype, List sections) { name = prototype.getName(); this.sections = sections; } /** * Returns the label which corresponds to the element, null otherwise. * @see ILabelProvider#getText(Object) */ public String getText() { return name; } public StyledString getStyledText() { ColorManager colors = ColorManager.getDefault(); return new StyledString(name, colors.getPrototypeStyler()); } public String toString() { return name; } /** * Returns the image which corresponds to the element, null otherwise. * @see ILabelProvider#getImage(Object) */ public Image getImage() { return OutlineImages.PROTOTYPE; } public List getChildren() { List result; if (showSections) { result = sections; } else { result = new ArrayList(); for (int i=0; i slots; public OutlineSection(Section section) { this.section = section; this.slots = section.getOutlineItems(); Position position = section.getPosition(); fstartOffset = position.getStartOffset() - 7; fLength = 7; //fstartOffset = position.getStartOffset(); //fLength = position.length(); } /** * Returns the label which corresponds to the element, null otherwise. * @see ILabelProvider#getText(Object) */ public String getText() { String result=""; if (section != null) { if (section.getName() != null) { result = section.getName(); } else { ITypeMono[] types = section.getTypeList(); for (int i=0; i getChildren() { return slots; } public int compareTo(Object arg0) { return 0; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/outline/OutlineImages.java0000644000175000017500000000201111314031253027015 0ustar sonntagsonntagpackage org.lisaac.ldt.outline; import org.eclipse.jface.resource.ImageDescriptor; import org.eclipse.swt.graphics.Image; import org.lisaac.ldt.LisaacPlugin; public class OutlineImages { public static final Image PROTOTYPE = getImage("/icons/prototype.gif"); public static final Image PUBLIC_SHARED = getImage("/icons/public-shared.gif"); public static final Image PRIVATE_SHARED = getImage("/icons/private-shared.gif"); public static final Image PUBLIC_NONSHARED = getImage("/icons/public-nonshared.gif"); public static final Image PRIVATE_NONSHARED = getImage("/icons/private-nonshared.gif"); public static final Image KEYWORD = getImage("/icons/keyword.gif"); public static final Image BLANK = getImage("/icons/blank.gif"); public static final String SORT_ALPHA = "/icons/alphab_sort_co.gif"; public static final String SORT_SECTION = "/icons/sections_co.gif"; private static Image getImage(String path) { ImageDescriptor descr = LisaacPlugin.getImageDescriptor(path); return descr.createImage(); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/outline/OutlineItem.java0000644000175000017500000000164311314031253026520 0ustar sonntagsonntagpackage org.lisaac.ldt.outline; import java.util.List; import org.eclipse.jface.viewers.StyledString; import org.eclipse.swt.graphics.Image; public abstract class OutlineItem implements Comparable { public static boolean showSections = true; protected int fstartOffset; protected int fLength; /** * Returns the image which corresponds to the element, null otherwise. * @see ILabelProvider#getImage(Object) */ public abstract Image getImage(); /** * Returns the label which corresponds to the element, null otherwise. * @see ILabelProvider#getText(Object) */ public abstract String getText(); public abstract StyledString getStyledText(); /** * Returns the children of this element. */ public abstract List getChildren(); public int startOffset() { return fstartOffset; } public int length() { return fLength; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/outline/OutlineSlot.java0000644000175000017500000000337011314031253026542 0ustar sonntagsonntagpackage org.lisaac.ldt.outline; import java.util.List; import org.eclipse.jface.viewers.StyledString; import org.eclipse.swt.graphics.Image; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.items.Slot; public class OutlineSlot extends OutlineItem { protected Slot slot; public OutlineSlot(Slot slot) { this.slot = slot; Position position = slot.getPosition(); fstartOffset = position.getStartOffset(); fLength = position.length(); } /** * Returns the label which corresponds to the element, null otherwise. * @see ILabelProvider#getText(Object) */ public String getText() { String result=null; if (slot != null) { result = slot.getSignature(false); } return result; } public StyledString getStyledText() { if (slot != null) { return slot.getStyledSignature(false, false); } return null; } public String toString() { return getText(); } /** * Returns the image which corresponds to the element, null otherwise. * @see ILabelProvider#getImage(Object) */ public Image getImage() { if (slot != null) { if (slot.getStyle() == '+') { if (slot.getSectionId() != null && slot.getSectionId().isPrivateStyle()) { return OutlineImages.PRIVATE_NONSHARED; } else { return OutlineImages.PUBLIC_NONSHARED; } } else { if (slot.getSectionId() != null && slot.getSectionId().isPrivateStyle()) { return OutlineImages.PRIVATE_SHARED; } else { return OutlineImages.PUBLIC_SHARED; } } } return null; } public List getChildren() { return null; } public int compareTo(Object obj) { if (obj instanceof OutlineSlot) { OutlineSlot slot = (OutlineSlot) obj; return getText().compareTo(slot.getText()); } return 0; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/LisaacPlugin.java0000644000175000017500000001052611314031253025156 0ustar sonntagsonntagpackage org.lisaac.ldt; import java.io.IOException; import org.eclipse.core.resources.IContainer; import org.eclipse.core.resources.IProject; import org.eclipse.core.resources.ISaveContext; import org.eclipse.core.resources.ISaveParticipant; import org.eclipse.core.resources.IncrementalProjectBuilder; import org.eclipse.core.resources.ResourcesPlugin; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IStatus; import org.eclipse.core.runtime.Status; import org.eclipse.jface.resource.ImageDescriptor; import org.eclipse.jface.text.templates.ContextTypeRegistry; import org.eclipse.jface.text.templates.persistence.TemplateStore; import org.eclipse.ui.editors.text.templates.ContributionContextTypeRegistry; import org.eclipse.ui.editors.text.templates.ContributionTemplateStore; import org.eclipse.ui.plugin.AbstractUIPlugin; import org.lisaac.ldt.builder.LisaacChangeListener; import org.lisaac.ldt.builder.LisaacNature; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.templates.LisaacContextType; import org.osgi.framework.BundleContext; /** * The activator class controls the plug-in life cycle */ public class LisaacPlugin extends AbstractUIPlugin { // The plug-in ID public static final String PLUGIN_ID = "org.lisaac.ldt"; //$NON-NLS-1$ // The shared instance private static LisaacPlugin plugin; /** The template store. */ private TemplateStore fStore; /** The context type registry. */ private ContextTypeRegistry fRegistry; private static final String TEMPLATES_KEY = "org.lisaac.ldt.templatepreferences"; //$NON-NLS-1$ public TemplateStore getTemplateStore() { if (fStore == null) { fStore = new ContributionTemplateStore ( getContextTypeRegistry(), LisaacPlugin .getDefault().getPreferenceStore(), TEMPLATES_KEY); try { fStore.load(); } catch (IOException e) { LisaacPlugin .getDefault() .getLog() .log( new Status( IStatus.ERROR, PLUGIN_ID, IStatus.OK, "", e)); //$NON-NLS-1$ //$NON-NLS-2$ } } return fStore; } public ContextTypeRegistry getContextTypeRegistry() { if (fRegistry == null) { // create an configure the contexts available in the template editor ContributionContextTypeRegistry registry= new ContributionContextTypeRegistry(); registry.addContextType(LisaacContextType.ID_CONTEXT_TYPE); fRegistry= registry; } return fRegistry; } /** * The constructor */ public LisaacPlugin() { } /* * (non-Javadoc) * @see org.eclipse.ui.plugin.AbstractUIPlugin#start(org.osgi.framework.BundleContext) */ public void start(BundleContext context) throws Exception { super.start(context); plugin = this; // to notify project modifications ResourcesPlugin.getWorkspace().addResourceChangeListener(new LisaacChangeListener()); // build all lisaac projects IProject[] projects = ResourcesPlugin.getWorkspace().getRoot().getProjects(); for (int i=0; iFieldEditorPreferencePage, we * can use the field support built into JFace that allows * us to create a page that is small and knows how to * save, restore and apply itself. *

* This page is used to modify preferences only. They * are stored in the preference store that belongs to * the main plug-in class. That way, preferences can * be accessed directly via the preference store. */ public class LisaacPreferencePage extends FieldEditorPreferencePage implements IWorkbenchPreferencePage { public LisaacPreferencePage() { super(GRID); setPreferenceStore(LisaacPlugin.getDefault().getPreferenceStore()); setDescription(LisaacMessages.getString("LisaacPreferencePage.0")); //$NON-NLS-1$ } /** * Creates the field editors. Field editors are abstractions of * the common GUI blocks needed to manipulate various types * of preferences. Each field editor knows how to save and * restore itself. */ public void createFieldEditors() { addField(new StringFieldEditor(PreferenceConstants.P_LISAAC_USER, LisaacMessages.getString("LisaacPreferencePage.1"), getFieldEditorParent())); //$NON-NLS-1$ //addField(new DirectoryFieldEditor(PreferenceConstants.P_LISAAC_PATH, // "&Lisaac Environment Directory:", getFieldEditorParent())); /*addField( new BooleanFieldEditor( PreferenceConstants.P_BOOLEAN, "&An example of a boolean preference", getFieldEditorParent())); addField(new RadioGroupFieldEditor( PreferenceConstants.P_CHOICE, "An example of a multiple-choice preference", 1, new String[][] { { "&Choice 1", "choice1" }, { "C&hoice 2", "choice2" } }, getFieldEditorParent())); addField( new StringFieldEditor(PreferenceConstants.P_STRING, "A &text preference:", getFieldEditorParent())); */ } /* (non-Javadoc) * @see org.eclipse.ui.IWorkbenchPreferencePage#init(org.eclipse.ui.IWorkbench) */ public void init(IWorkbench workbench) { } }lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/preferences/PreferenceInitializer.java0000644000175000017500000000566511314031253031376 0ustar sonntagsonntagpackage org.lisaac.ldt.preferences; import org.eclipse.core.runtime.preferences.AbstractPreferenceInitializer; import org.eclipse.jface.preference.IPreferenceStore; import org.eclipse.jface.resource.StringConverter; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.editors.ILisaacColor; /** * Class used to initialize default preference values. */ public class PreferenceInitializer extends AbstractPreferenceInitializer { /* * (non-Javadoc) * * @see org.eclipse.core.runtime.preferences.AbstractPreferenceInitializer#initializeDefaultPreferences() */ public void initializeDefaultPreferences() { IPreferenceStore store = LisaacPlugin.getDefault().getPreferenceStore(); //store.setDefault(PreferenceConstants.P_LISAAC_PATH, "TODO"); store.setDefault(PreferenceConstants.P_LISAAC_INDENT, true); store.setDefault(PreferenceConstants.P_LISAAC_HOVER, true); store.setDefault(PreferenceConstants.P_LISAAC_FOLD, true); store.setDefault(PreferenceConstants.P_LISAAC_COMPLETION, true); store.setDefault(PreferenceConstants.P_LISAAC_COMPLETION_DELAY, 200); // Colors for syntax highlighting. store.setDefault( ILisaacColor.PREF_COMMENT, StringConverter.asString(ILisaacColor.COMMENT)); store.setDefault( ILisaacColor.PREF_PROTOTYPE, StringConverter.asString(ILisaacColor.PROTOTYPE)); store.setDefault( ILisaacColor.PREF_PROTOTYPE_STYLE, StringConverter.asString(ILisaacColor.PROTOTYPE_STYLE)); store.setDefault( ILisaacColor.PREF_KEYWORD, StringConverter.asString(ILisaacColor.KEYWORD)); store.setDefault( ILisaacColor.PREF_SLOT, StringConverter.asString(ILisaacColor.UNDEFINED)); store.setDefault( ILisaacColor.PREF_LOCAL_SLOT, StringConverter.asString(ILisaacColor.DEFAULT)); store.setDefault( ILisaacColor.PREF_CHARACTER, StringConverter.asString(ILisaacColor.CHARACTER)); store.setDefault( ILisaacColor.PREF_STRING, StringConverter.asString(ILisaacColor.STRING)); store.setDefault( ILisaacColor.PREF_NUMBER, StringConverter.asString(ILisaacColor.NUMBER)); store.setDefault( ILisaacColor.PREF_OPERATOR, StringConverter.asString(ILisaacColor.OPERATOR)); store.setDefault( ILisaacColor.PREF_EXTERNAL, StringConverter.asString(ILisaacColor.EXTERNAL)); // styles store.setDefault(ILisaacColor.STYLE_CHARACTER, ILisaacColor.PREF_NORMAL); store.setDefault(ILisaacColor.STYLE_KEYWORD, ILisaacColor.PREF_NORMAL); store.setDefault(ILisaacColor.STYLE_LOCAL_SLOT, ILisaacColor.PREF_NORMAL); store.setDefault(ILisaacColor.STYLE_NUMBER, ILisaacColor.PREF_NORMAL); store.setDefault(ILisaacColor.STYLE_OPERATOR, ILisaacColor.PREF_NORMAL); store.setDefault(ILisaacColor.STYLE_PROTOTYPE, ILisaacColor.PREF_NORMAL); store.setDefault(ILisaacColor.STYLE_PROTOTYPE_STYLE, ILisaacColor.PREF_NORMAL); store.setDefault(ILisaacColor.STYLE_SLOT, ILisaacColor.PREF_NORMAL); store.setDefault(ILisaacColor.STYLE_STRING, ILisaacColor.PREF_NORMAL); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/preferences/LisaacTemplatePage.java0000644000175000017500000000125711314031253030572 0ustar sonntagsonntagpackage org.lisaac.ldt.preferences; import org.eclipse.ui.texteditor.templates.TemplatePreferencePage; import org.lisaac.ldt.LisaacPlugin; public class LisaacTemplatePage extends TemplatePreferencePage { public LisaacTemplatePage() { setPreferenceStore(LisaacPlugin.getDefault().getPreferenceStore()); setTemplateStore(LisaacPlugin.getDefault().getTemplateStore()); setContextTypeRegistry(LisaacPlugin.getDefault().getContextTypeRegistry()); } protected boolean isShowFormatterSetting() { return true; } public boolean performOk() { boolean ok = super.performOk(); LisaacPlugin.getDefault().savePluginPreferences(); return ok; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/preferences/LisaacEditorPage.java0000644000175000017500000000353411314031253030245 0ustar sonntagsonntagpackage org.lisaac.ldt.preferences; import org.eclipse.swt.SWT; import org.eclipse.swt.widgets.Composite; import org.eclipse.swt.widgets.Group; import org.eclipse.swt.layout.GridData; import org.eclipse.jface.preference.*; import org.eclipse.ui.*; import org.lisaac.ldt.LisaacMessages; import org.lisaac.ldt.LisaacPlugin; /** * Lisaac Syntax coloring preference page. */ public class LisaacEditorPage extends FieldEditorPreferencePage implements IWorkbenchPreferencePage { public LisaacEditorPage() { super(GRID); setPreferenceStore(LisaacPlugin.getDefault().getPreferenceStore()); } public void createFieldEditors() { Composite g = getFieldEditorParent(); GridData gd = new GridData(GridData.HORIZONTAL_ALIGN_FILL); gd.horizontalSpan = 3; g.setLayoutData(gd); addField(new BooleanFieldEditor(PreferenceConstants.P_LISAAC_INDENT, LisaacMessages.getString("LisaacEditorPage.0"), g)); //$NON-NLS-1$ addField(new BooleanFieldEditor(PreferenceConstants.P_LISAAC_HOVER, LisaacMessages.getString("LisaacEditorPage.1"), g)); //$NON-NLS-1$ addField(new BooleanFieldEditor(PreferenceConstants.P_LISAAC_FOLD, LisaacMessages.getString("LisaacEditorPage.5"), g)); //$NON-NLS-1$ Group completionGroup = new Group(g,SWT.SHADOW_ETCHED_IN); gd = new GridData(GridData.HORIZONTAL_ALIGN_FILL); gd.horizontalSpan = 3; gd.verticalSpan = 2; completionGroup.setLayoutData(gd); completionGroup.setText(LisaacMessages.getString("LisaacEditorPage.2")); //$NON-NLS-1$ addField(new BooleanFieldEditor(PreferenceConstants.P_LISAAC_COMPLETION, LisaacMessages.getString("LisaacEditorPage.3"), completionGroup)); //$NON-NLS-1$ addField(new StringFieldEditor(PreferenceConstants.P_LISAAC_COMPLETION_DELAY, LisaacMessages.getString("LisaacEditorPage.4"), completionGroup)); //$NON-NLS-1$ } public void init(IWorkbench workbench) { } }lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/0000755000175000017500000000000011314031253023034 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/Position.java0000644000175000017500000000152711314031253025510 0ustar sonntagsonntagpackage org.lisaac.ldt.model; public class Position { public int line; //public int column; public int offset; public int length; public Position(int line, int column, int offset) { super(); this.line = line; //this.column = column; this.offset = offset; length = 0; } public Position(int line, int column, int offset, int len) { super(); this.line = line; //this.column = column; this.offset = offset; length = len; } public int getLine() { return line; } //public int getColumn() { //return column; //} public boolean hasRange() { return length != 0; } public int getCharStart() { return offset-length; } public int getCharEnd() { return offset; } public int getStartOffset() { return offset; } public int length() { return length; } public void setLength(int l) { length = l; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/AbstractLisaacParser.java0000644000175000017500000005002711314031253027740 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import java.io.BufferedReader; import java.io.IOException; import java.io.InputStream; import java.io.InputStreamReader; import java.io.StringWriter; import org.lisaac.ldt.builder.ILisaacErrorHandler; public class AbstractLisaacParser { protected ILisaacErrorHandler reporter; protected ILisaacModel model; protected String source; protected int position; protected int pos_cur, pos_line, pos_col; protected int begin_position; protected String string_tmp=""; public Position getPosition() { return getPosition(0); } public Position getPosition(int len) { Position result=null; if (position > source.length()) { // outline thread bug return new Position(pos_line, pos_col, pos_cur, len); } while (pos_cur < position) { if (source.charAt(pos_cur) == '\n') { pos_col = 0; pos_line++; } else { pos_col++; } pos_cur++; } if (pos_line > 32767) { result = new Position(32767, pos_col, pos_cur); reporter.syntaxError ("Line counter overflow.",result); } if (pos_col > 255) { result = new Position(pos_line, 255, pos_cur); reporter.syntaxError ("Column counter overflow (line too long).",result); }; result = new Position(pos_line, pos_col, pos_cur, len); return result; } public Position getLine() { Position result=null; int startLine = pos_cur; int endLine = position+1; while (pos_cur < position && !isEOF()) { if (source.charAt(pos_cur) == '\n') { pos_col = 0; pos_line++; startLine = pos_cur+1; } else { pos_col++; } pos_cur++; } if (pos_line > 32767) { result = new Position(32767, pos_col, pos_cur); reporter.syntaxError ("Line counter overflow.",result); } if (pos_col > 255) { result = new Position(pos_line, 255, pos_cur); reporter.syntaxError ("Column counter overflow (line too long).",result); }; while (endLine <= source.length()-1) { if (source.charAt(endLine) == '\n') { break; } endLine++; } result = new Position(pos_line, pos_col, endLine, endLine - startLine); return result; } public void updateLine() { while (pos_cur < position) { if (source.charAt(pos_cur) == '\n') { pos_col = 0; pos_line++; } else { pos_col++; } pos_cur++; } } public int getOffset() { return position; } public String getSource() { return source; } public boolean isEOF() { return position > source.length()-1; } public void setPosition(int pos) { initialize(); position = pos; } protected long lastInteger; protected String lastReal; protected String lastString; protected static String lastComment; protected boolean isCatchComment; protected boolean isParameterType; protected void setCatchComment() { isCatchComment = true; lastComment = ""; } protected void setCatchCommentOff() { isCatchComment = false; } public String getLastString() { return lastString; } public char lastCharacter() { if (position >= source.length()) { return 0; } return source.charAt(position); } // // AMBIGU Manager. // protected int old_position; protected int old_pos_cur; protected int old_pos_line; protected int old_pos_col; protected void saveContext() { old_position = position; old_pos_cur = pos_cur; old_pos_line = pos_line; old_pos_col = pos_col; } protected void restoreContext() { position = old_position; pos_cur = old_pos_cur; pos_line = old_pos_line; pos_col = old_pos_col; } public AbstractLisaacParser(InputStream contents, ILisaacModel model) { this.model = model; this.reporter = model.getReporter(); // convert the input stream into string try { InputStreamReader reader = new InputStreamReader (contents); BufferedReader buffer = new BufferedReader(reader); StringWriter writer = new StringWriter(); String line=""; do { line = buffer.readLine(); if (line != null) { writer.write(line+"\n"); } } while (line != null); // source = writer.toString(); // } catch (IOException e) { return; // ERROR } initialize(); } public AbstractLisaacParser(String contents) { // null reporter this.reporter = new ILisaacErrorHandler() { public void fatalError(String msg, Position position) { } public void semanticError(String msg, Position position) { } public void syntaxError(String msg, Position position) { } public void warning(String msg, Position position) { } public void enableErrorReport(boolean enable) { } }; source = contents; initialize(); } public void initialize() { position = 0; pos_cur = 0; pos_line = 1; pos_col = 0; } // // Lisaac Parser // public boolean readSpace() { int pos,posold; int level_comment = 0; pos = position; posold = -1; while (posold != position) { posold = position; // skip spaces while ((lastCharacter() != 0) && (lastCharacter() <= ' ')) { position++; } if (position < source.length()-1) { // Skip C++ comment style : if (lastCharacter() == '/' && source.charAt(position+1) == '/') { position += 2; if (isCatchComment) lastComment += "\t"; while ((lastCharacter() != 0) && (lastCharacter() != '\n')) { if (isCatchComment) lastComment += lastCharacter(); lastCharacter(); position++; } if (isCatchComment) lastComment += "\n"; } } if (position < source.length()-1) { // Skip C comment style : if (lastCharacter() == '/' && source.charAt(position+1) == '*') { position += 2; level_comment++; while (lastCharacter() != 0 && level_comment != 0) { if (lastCharacter() == '/' && source.charAt(position+1) == '*') { position += 2; level_comment++; } else if (lastCharacter() == '*' && source.charAt(position+1) == '/') { position += 2; level_comment--; } else { position++; } } if (level_comment != 0) { reporter.syntaxError("End of comment not found !", getPosition()); } } } } // FALSE : Last character. begin_position = position; return (position != pos) || (lastCharacter() != 0); } public boolean readSymbol(String st) { int posold,j; boolean result=false; if (! readSpace()) { result = false; } else { posold = position; j = 0; while (lastCharacter() != 0 && (j <= st.length()-1 && lastCharacter() == st.charAt(j))) { position++; j++; } if (j > st.length()-1) { result = true; lastString = st; } else { position = posold; result = false; } } return result; } public boolean readCharacter (char ch) { boolean result=false; if (! readSpace()) { result = false; } else { if (lastCharacter() == ch) { position++; result = true; } } return result; } //-- affect -> ":=" | "<-" | "?=" public boolean readAffect() { return readSymbol(ILisaacModel.symbol_affect_immediate) || readSymbol(ILisaacModel.symbol_affect_cast) || readSymbol(ILisaacModel.symbol_affect_code); } //-- style -> '-' | '+' public char readStyle() { char result; if (readCharacter('-')) { result = '-'; } else if (readCharacter('+')) { result = '+'; } else { result = ' '; } return result; } //-- identifier -> 'a'-'z' {'a'-'z' | '0'-'9' | '_'} public boolean readIdentifier() { boolean result=false; int posold,idx; if (! readSpace() || !Character.isLowerCase(lastCharacter())) { result = false; } else { posold = position; string_tmp = ""; while (lastCharacter() != 0 && (Character.isLowerCase(lastCharacter()) || Character.isDigit(lastCharacter()) || lastCharacter() == '_')) { string_tmp += lastCharacter(); position++; } if (string_tmp.length() > 0) { idx = string_tmp.lastIndexOf("__"); if (idx != -1) { position = posold+idx; reporter.syntaxError("Identifier is incorrect.", getPosition()); } lastString = getString(string_tmp); result = true; } } return result; } public boolean readWord(String st) { int posold,idx; boolean result=false; if (! readSpace()) { result = false; } else { posold = position; idx = 0; while (idx <= st.length()-1 && lastCharacter() == st.charAt(idx)) { position++; idx++; } if (idx > st.length()-1) { lastString = st; result = true; } else { position = posold; } } return result; } public boolean readThisKeyword(String st) { return readWord(st); } //-- keyword -> 'A'-'Z' 'a'-'z' {'a'-'z' | '0'-'9' | '_'} public boolean readKeyword() { boolean result=false; if (! readSpace() || ! Character.isUpperCase(lastCharacter())) { result = false; } else { string_tmp = ""; string_tmp += lastCharacter(); position++; if (Character.isLowerCase(lastCharacter())) { string_tmp += lastCharacter(); position++; while (lastCharacter() != 0 && (Character.isLowerCase(lastCharacter()) || Character.isDigit(lastCharacter()) || lastCharacter() == '_')) { string_tmp += lastCharacter(); position++; } lastString = getString(string_tmp); result = true; } else { position--; result = false; } } return result; } //-- cap_identifier -> 'A'-'Z' {'A'-'Z' | '0'-'9' | '_'} public boolean readCapIdentifier() { int posold,idx; boolean result=false; char car; if (! readSpace() || ! Character.isUpperCase(lastCharacter())) { result = false; } else { posold = position; string_tmp = ""+lastCharacter(); position++; isParameterType = true; while (lastCharacter() != 0 && (Character.isUpperCase(lastCharacter()) || Character.isDigit(lastCharacter()) || lastCharacter() == '_')) { car = lastCharacter(); isParameterType = isParameterType && (Character.isDigit(car)); string_tmp += car; position++; } if (Character.isLetter(lastCharacter()) || Character.isDigit(lastCharacter()) || lastCharacter() == '_') { reporter.syntaxError("Identifier is incorrect.", getPosition()); return false; } idx = string_tmp.lastIndexOf("__"); if (idx != -1) { position = posold + idx; reporter.syntaxError("Identifier is incorrect.", getPosition()); return false; } lastString = getString(string_tmp); result = true; } return result; } //-- integer -> number //-- number -> {'0'-'9'} ['d'] //-- | '0'-'9' {'0'-'9' | 'A'-'F' | 'a'-'f'} 'h' //-- | {'0'-'7'} 'o' //-- | {'0' | '1'} 'b' public boolean readInteger() { boolean result=false; //int pos_old; if (readSpace() && Character.isDigit(lastCharacter())) { result = true; string_tmp = ""+lastCharacter(); //pos_old = position; position++; while (isHexadecimalDigit(lastCharacter()) || lastCharacter() == '_') { if (lastCharacter() != '_') { string_tmp += lastCharacter(); } position++; } if (lastCharacter() == 'h') { try { Integer integer = Integer.valueOf(string_tmp, 16); lastInteger = integer.intValue(); } catch (Exception e) { //System.out.println("Warning readInteger : "+e);// FIXME hex string lastInteger = 0; } position++; } else { if (string_tmp.charAt(string_tmp.length()-1) > '9') { string_tmp = string_tmp.substring(0, string_tmp.length()-1);// remove last position--; } if (lastCharacter() == 'o') { if (!isOctal(string_tmp)) { reporter.syntaxError("Incorrect octal number.", getPosition()); } lastInteger = Integer.valueOf(string_tmp, 8).intValue(); position++; } else if (lastCharacter() == 'b') { if (!isBinary(string_tmp)) { reporter.syntaxError("Incorrect binary number.", getPosition()); } lastInteger = Integer.valueOf(string_tmp, 2).intValue(); position++; } else { if (lastCharacter() == 'd') { position++; } if (! isInteger(string_tmp)) { reporter.syntaxError("Incorrect decimal number.", getPosition()); } lastInteger = Integer.valueOf(string_tmp); } } } return result; } private boolean isInteger(String s) { try { Integer.parseInt(s); } catch (NumberFormatException e) { return false; } return true; } // True when the contents is a sequence of bits (i.e., mixed // characters `0' and characters `1'). private boolean isBinary(String s) { boolean result; int i; i = s.length()-1; result = true; while (result && i != 0) { result = s.charAt(i) == '0' || s.charAt(i) == '1'; i--; } return result; } private boolean isOctal(String s) { try { Integer.parseInt(s, 8); } catch (NumberFormatException e) { return false; } return true; } private boolean isHexadecimalDigit(char c) { boolean result=false; if (Character.isDigit(c)) { result = true; } else if (c >= 'a') { result = c <= 'f'; } else if (c >= 'A') { result = c <= 'F'; } return result; } //-- real -> '0'-'9' {'0'-'9'_} [ '.' {'0'-'9'} ] [ 'E' ['+'|'-'] '0'-'9' {'0'-'9'} public boolean readReal() { boolean result=false; int pos_old; if (readSpace() && Character.isDigit(lastCharacter())) { string_tmp = ""+lastCharacter(); pos_old = position; position++; while (Character.isDigit(lastCharacter()) || lastCharacter() == '_') { if (lastCharacter() != '_') { string_tmp += lastCharacter(); } position++; } if (lastCharacter() == '.') { string_tmp += '.'; position++; if (Character.isDigit(lastCharacter())) { result = true; string_tmp += lastCharacter(); position++; while (Character.isDigit(lastCharacter())) { string_tmp += lastCharacter(); position++; } } if (lastCharacter() == 'E') { result = true; string_tmp += 'E'; position++; if (lastCharacter() == '+' || lastCharacter() == '-') { string_tmp += lastCharacter(); position++; } if (Character.isDigit(lastCharacter())) { string_tmp += lastCharacter(); position++; while (Character.isDigit(lastCharacter())) { string_tmp += lastCharacter(); position++; } } else { reporter.syntaxError("Incorrect real number.", getPosition()); } } } if (result) { lastReal = getString(string_tmp); } else { position = pos_old; } } return result; } public void readEscapeCharacter() { int val; if (isSeparator(lastCharacter())) { position++; while (lastCharacter() != 0 && isSeparator(lastCharacter())) { position++; } if (lastCharacter() == '\\') { string_tmp.substring(0, string_tmp.length()-2); // remove last position++; } else if (lastCharacter() != 0) { reporter.syntaxError("Unknown escape sequence.", getPosition()); } } else if (lastCharacter() != 0) { char c = lastCharacter(); if (c == 'a' || c == 'b' || c == 'f' || c == 'n' || c == 'r' || c == 't' || c == 'v' || c == '\\' || c == '?' || c == '\'' || c == '\"') { string_tmp += c; position++; } else if (lastCharacter() >= '0' && lastCharacter() <= '9') { if (lastCharacter() == '0' && position < source.length() && ! isHexadecimalDigit(source.charAt(position+1))) { string_tmp += lastCharacter(); position++; } else { String string_tmp2 = new String(string_tmp); readInteger(); // result is Always TRUE. string_tmp = string_tmp2; if (lastInteger > 255) { reporter.syntaxError("Invalid range character number [0,255].", getPosition()); } val = (int) lastInteger; string_tmp += (val / 64); string_tmp += ((val % 64) / 8); string_tmp += (val % 8); if (lastCharacter() == '\\') { position++; } else { reporter.syntaxError("Character '\' is needed.", getPosition()); } } } else { reporter.syntaxError("Unknown escape sequence.", getPosition()); } } } //-- character -> '\'' ascii '\'' public boolean readCharacters() { boolean result=false; int count=0; if (readSpace() && lastCharacter() == '\'') { //old_pos = position; position++; string_tmp = ""; while (lastCharacter() != 0 && lastCharacter() != '\n' && lastCharacter() != '\'') { string_tmp += lastCharacter(); if (lastCharacter() == '\\') { position++; readEscapeCharacter(); count++; } else { position++; count++; } } if (lastCharacter() == '\'') { position++; lastString = getString(string_tmp); if (count != 1) { position = begin_position; reporter.syntaxError("Character constant too long.", getPosition()); } result = true; } else { position = begin_position; reporter.syntaxError("Unterminated character constant.", getPosition()); } } return result; } //-- string -> '\"' ascii_string '\"' public boolean readString() { boolean result=false; if (readSpace() && lastCharacter() == '\"') { // old_pos = position; position = position+1; string_tmp = ""; while (lastCharacter() != 0 && lastCharacter() != '\n' && lastCharacter() != '\"') { string_tmp += lastCharacter(); if (lastCharacter() == '\\') { position = position+1; readEscapeCharacter(); } else { position = position+1; } } if (lastCharacter() == '\"') { position = position+1; lastString = getString(string_tmp); result = true; } else { position = begin_position; reporter.syntaxError("Unterminated string constant.", getPosition()); } } return result; } //-- external -> '`' ascii_c_code '`' public boolean readExternal() { boolean result=false; // int pos_old; if ((! readSpace()) || lastCharacter() != '`') { result = false; } else { // pos_old=position; position = position+1; string_tmp = ""; while (lastCharacter() != 0 && lastCharacter() != '`') { string_tmp += lastCharacter(); if (lastCharacter() == '\\') { position = position+1; string_tmp += lastCharacter(); if (lastCharacter() != 0) { position = position+1; } } else { position = position+1; } } if (lastCharacter() != 0) { position = position+1; lastString = getString(string_tmp); result = true; } else { result = false; } } return result; } private static final String operators = "!@#$%^&<|*-+=~/?\\>"; public static boolean isOperatorSymbol(char c) { return operators.indexOf(c) != -1; } //-- operator -> '!' | '@' | '#' | '$' | '%' | '^' | '&' | '<' | '|' //-- | '*' | '-' | '+' | '=' | '~' | '/' | '?' | '\' | '>' public boolean readOperator() { boolean result=false; // int old_pos; readSpace(); // old_pos = position; string_tmp = ""; while (lastCharacter() != 0 && operators.indexOf(lastCharacter()) != -1) { string_tmp += lastCharacter(); position = position+1; } if (string_tmp.length() > 0) { lastString = getString(string_tmp); if (lastString.equals(ILisaacModel.symbol_affect_immediate) || lastString.equals(ILisaacModel.symbol_affect_code) || lastString.equals(ILisaacModel.symbol_affect_cast)) { reporter.syntaxError("Incorrect operator.", getPosition()); } result = true; } return result; } // True when character is a separator. private boolean isSeparator(char c) { return c == ' ' || c == '\t' || c == '\n' || c == '\r' || c == '\0' || c == '\f'; // || c == '\v'; } public String getString(String str) { if (model == null) { return str; } return model.getAliasString().get(str); } public ILisaacErrorHandler getReporter() { return reporter; } public void readTokenAt(int line, int column) { // goto (line,column) position while (! isEOF()) { if (source.charAt(pos_cur) == '\n') { pos_col = 0; pos_line++; } else { pos_col++; } if (pos_line == line && pos_col == column) { position = pos_cur; break; } pos_cur++; } // goto token begining while (position >= 0) { char c = lastCharacter(); if (isSeparator(c)) { break; } position--; } // read token position++; string_tmp = ""; while (! isEOF()) { char c = lastCharacter(); if (isSeparator(c)) { break; } string_tmp += c; position++; } lastString = string_tmp; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/SlotContext.java0000644000175000017500000000124711314031253026171 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import org.lisaac.ldt.model.items.Prototype; public class SlotContext implements ILisaacContext { private LisaacParser parser; public SlotContext(LisaacParser parser) { this.parser = parser; } //++ SLOT -> style TYPE_SLOT [':' (TYPE|'('TYPE_LIST')') ][ affect DEF_SLOT ]';' public boolean parseDefinition(Prototype prototype) { boolean result=false; result = parser.readSlot(prototype); return result; } public ILisaacContext getNextContext() { // FIXME skip until next slot !!!! if (parser.skipUntilThisKeyword(ILisaacModel.keyword_section)) { return parser.getSectionContext(); } return null; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/LisaacPath.java0000644000175000017500000000642011314031253025712 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import java.io.BufferedReader; import java.io.FileInputStream; import java.io.FileNotFoundException; import java.io.IOException; import java.io.InputStreamReader; import java.util.ArrayList; import java.util.Collection; import java.util.HashMap; import java.util.Iterator; import org.eclipse.core.resources.IProject; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IPath; import org.eclipse.core.runtime.NullProgressMonitor; import org.eclipse.jface.text.contentassist.CompletionProposal; import org.eclipse.jface.text.contentassist.ICompletionProposal; import org.lisaac.ldt.launch.LisaacCompiler; import org.lisaac.ldt.outline.OutlineImages; public class LisaacPath { private HashMap prototypesPath; private LisaacCompiler compiler; private String lipFile; public LisaacPath(final IProject project, String lipFile) { prototypesPath = new HashMap(); this.lipFile = lipFile; refreshPath(project); } public void refreshPath(final IProject project) { try { compiler = new LisaacCompiler(lipFile); compiler.addOption("--p"); System.out.println("===> "+compiler.toCommandLine()); try { final Process process = compiler.launch(project, new NullProgressMonitor()); if (process != null) { try { // wait for end of process process.waitFor(); } catch(InterruptedException e) { } } BufferedReader bufferIn = new BufferedReader( new InputStreamReader( new FileInputStream(project.getLocation()+"/current_path.txt"))); String line; while ((line = bufferIn.readLine()) != null) { createPath(line); } bufferIn.close(); } catch (FileNotFoundException e) { // TODO Auto-generated catch block e.printStackTrace(); } catch (IOException e) { // TODO Auto-generated catch block e.printStackTrace(); } } catch (CoreException e) { //LisaacPlugin.log(status) // TODO log error e.printStackTrace(); } catch (Exception e) { e.printStackTrace(); } } public String getFullPath(String prototypeName) { if (prototypesPath.containsKey(prototypeName)) { return prototypesPath.get(prototypeName); } return null; } private void createPath(String fullPath) { int index = fullPath.lastIndexOf("/"); String prototypeName = fullPath.substring(index+1); index = prototypeName.lastIndexOf("."); prototypeName = prototypeName.substring(0, index).toUpperCase(); prototypesPath.put(prototypeName, fullPath); } public void getPathMatch(String prefix, ArrayList proposals, int baseOffset) { Collection values = prototypesPath.keySet(); Iterator it = values.iterator() ; while (it.hasNext()) { String name = it.next(); if (name.startsWith(prefix)) { int lenPrefix = prefix.length(); int lenName = name.length(); proposals.add(new CompletionProposal(name, baseOffset-lenPrefix, lenPrefix, lenName, OutlineImages.PROTOTYPE, name, null, null)); } } } public void addPath(String prototypeName, IPath location) { prototypesPath.put(prototypeName, location.toString()); } public int getSize() { return prototypesPath.size(); } public Iterator getPathIterator() { return prototypesPath.values().iterator(); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/types/0000755000175000017500000000000011314031253024200 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/types/TypeSimple.java0000644000175000017500000000303211314031253027134 0ustar sonntagsonntagpackage org.lisaac.ldt.model.types; import java.util.HashMap; import org.lisaac.ldt.model.ILisaacModel; public class TypeSimple implements ITypeMono { protected static HashMap dico; protected String name; TypeSimple(String name) { this.name = name; if (dico == null) { dico = new HashMap(); } dico.put(name, this); } public String getName() { return name; } protected static TypeSimple typeNull; protected static TypeSimple typeVoid; protected static TypeSimple typeBoolean; // for '=' operator public static void init() { typeNull = new TypeSimple(ILisaacModel.variable_null); typeVoid = new TypeSimple(ILisaacModel.variable_void); typeBoolean = new TypeSimple(ILisaacModel.prototype_boolean); } public static TypeSimple get(String n) { TypeSimple result=null; if (dico == null) { dico = new HashMap(); } result = dico.get(n); if (result == null) { result = new TypeSimple(n); } return result; } public static ITypeMono getTypeVoid() { return typeVoid; } public static ITypeMono getTypeNull() { return typeNull; } public static ITypeMono getTypeBoolean() { return typeBoolean; } public String toString() { // FIXME VOID pb if (this.equals(typeVoid) || name.compareTo("VOID") == 0) { return null; // do not print void type } return name; } public void rename(String oldName, String newName) { if (name.compareTo(oldName) == 0) { dico.put(name, null); name = newName; dico.put(name, this); } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/types/TypeMulti.java0000644000175000017500000000174211314031253027003 0ustar sonntagsonntagpackage org.lisaac.ldt.model.types; import java.util.*; /** * List of type */ public class TypeMulti implements IType { private static List dico; protected ITypeMono[] listType; public TypeMulti(ITypeMono[] lst) { listType = lst; } public ITypeMono[] getTypeList() { return listType; } public IType getSubType(int index) { return listType[index]; } public static IType get(ITypeMono[] lst) { TypeMulti result=null; if (dico == null) { dico = new ArrayList(); } int idx = 0; while (idx < dico.size() && !dico.get(idx).getTypeList().equals(lst)) { idx++; } if (idx <= dico.size()-1) { result = dico.get(idx); } else { result = new TypeMulti(lst); dico.add(result); } return result; } public String toString() { return "(...)"; // TODO multi type print } public void rename(String oldName, String newName) { for (int i=0; i dico; protected IType typeArgument; protected IType typeResult; TypeBlock(IType typeArgument, IType typeResult) { this.typeArgument = typeArgument; this.typeResult = typeResult; } public static TypeBlock get(IType typ_arg, IType typ_res) { return new TypeBlock(typ_arg, typ_res); /*TypeBlock result=null; if (dico == null) { dico = new ArrayList(); } int idx = 0; while (idx < dico.size() && (!dico.get(idx).getTypeArg().equals(typ_arg) || !dico.get(idx).getTypeRes().equals(typ_res))) { idx++; } if (idx <= dico.size()-1) { result = dico.get(idx); } else { result = new TypeBlock(typ_arg, typ_res); dico.add(result); } return result;*/ } public IType getTypeArg() { return typeArgument; } public IType getTypeRes() { return typeResult; } public String toString() { return ILisaacModel.prototype_block; } public void rename(String oldName, String newName) { // TODO emit error } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/types/ITypeMono.java0000644000175000017500000000012211314031253026721 0ustar sonntagsonntagpackage org.lisaac.ldt.model.types; public interface ITypeMono extends IType { } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/types/TypeParameter.java0000644000175000017500000000072411314031253027630 0ustar sonntagsonntagpackage org.lisaac.ldt.model.types; import java.util.HashMap; /** * Parameter type for argument define. */ public class TypeParameter extends TypeSimple { public TypeParameter(String name) { super(name); } public static TypeParameter get(String n) { TypeParameter result=null; if (dico != null && dico.containsKey(n)) { result = (TypeParameter) dico.get(n); } if (result == null) { result = new TypeParameter(n); } return result; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/types/TypeGeneric.java0000644000175000017500000000045711314031253027267 0ustar sonntagsonntagpackage org.lisaac.ldt.model.types; public class TypeGeneric extends TypeStyle { protected ITypeMono[] listType; public TypeGeneric(String name, String style, ITypeMono[] lt) { super(name, style); listType = lt; } public ITypeMono getGenericElt(int index) { return listType[index]; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/types/TypeSelf.java0000644000175000017500000000132211314031253026574 0ustar sonntagsonntagpackage org.lisaac.ldt.model.types; import java.util.HashMap; public class TypeSelf implements ITypeMono { private static HashMap dico; protected String staticType; TypeSelf(String staticType) { this.staticType = staticType; } public static TypeSelf get(String n) { TypeSelf result=null; if (dico == null) { dico = new HashMap(); } result = dico.get(n == null ? "" : n); if (result == null) { result = new TypeSelf(n); } return result; } public String getStaticType() { return staticType; } public String toString() { return staticType;// ou SELF } public void rename(String oldName, String newName) { // TODO emit error } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/types/IType.java0000644000175000017500000000021511314031253026073 0ustar sonntagsonntagpackage org.lisaac.ldt.model.types; public interface IType { void rename(String oldName, String newName); public String toString(); } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/types/TypeStyle.java0000644000175000017500000000143111314031253027004 0ustar sonntagsonntagpackage org.lisaac.ldt.model.types; import java.util.ArrayList; import java.util.List; /** * Type with style */ public class TypeStyle extends TypeSimple { private static List dico; protected String style; TypeStyle(String name, String style) { super(name); this.style = style; } public String getStyle() { return style; } public static TypeStyle get(String n, String s) { TypeStyle result=null; if (dico == null) { dico = new ArrayList(); } int idx = 0; while (idx < dico.size() && (!dico.get(idx).getName().equals(n) || !dico.get(idx).getStyle().equals(s))) { idx++; } if (idx <= dico.size()-1) { result = dico.get(idx); } else { result = new TypeStyle(n, s); dico.add(result); } return result; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/LipParser.java0000644000175000017500000003061111314031253025601 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import java.io.InputStream; import java.util.ArrayList; import org.lisaac.ldt.model.lip.*; public class LipParser extends AbstractLisaacParser { public LIP lipFile; public LipParser(InputStream contents, ILisaacModel model) { super(contents, model); this.lipFile = model.getLipCode(); } public LipParser(String contents, int offset) { super(contents); setPosition(offset); } // // Parser for LIP file. // ////PROGRAM -> { 'Section' ('Inherit' | 'Public' | 'Private') { SLOT ';' } } public boolean parse() { boolean result=false; while (readThisKeyword(ILisaacModel.keyword_section)) { if (readThisKeyword(ILisaacModel.section_inherit)) { // { '+' string ':' STRING [ ':=' string ] ';' } while (readCharacter('+')) { if (! readIdentifier()) { reporter.syntaxError("Identifier needed.", getLine()); return false; } if (! readCharacter(':')) { reporter.syntaxError("Added ':' is needed.", getLine()); return false; } if (! readWord(ILisaacModel.prototype_string)) { reporter.warning("`STRING' type needed.", getLine()); } if (readSymbol(ILisaacModel.symbol_affect_immediate)) { if (! readString()) { reporter.syntaxError("String needed.", getLine()); return false; } string_tmp = new String(lipFile.getFileName()); while (string_tmp.length() > 0) { char c = string_tmp.charAt(string_tmp.length()-1); if (c == '/' || c == '\\') { break; }// FIXME use index string_tmp = string_tmp.substring(0, string_tmp.length()-1); } string_tmp += lastString; } else { string_tmp = ""; } // add parent slot lipFile.addParent(getString(string_tmp)); // if (! readCharacter(';')) { reporter.syntaxError("Added ';' is needed.", getLine()); return false; } result = true; } } else if (readThisKeyword(ILisaacModel.section_public) || readThisKeyword(ILisaacModel.section_private)) { String section = new String(lastString); while (readSlot(section)) { if (! readCharacter(';')) { reporter.syntaxError("Added ';' is needed.", getLine()); return false; } result = true; } } else { reporter.syntaxError("`Public' or `Private' or `Inherit' needed.", getLine()); return false; } } if (position < source.length()-2) { result = false; } // TODO recursive parsing !!! return result; } //// SLOT -> '+' identifier ':' TYPE [ ':=' EXPR_CONSTANT ] //// | '-' identifier [ identifier ':' TYPE ] '<-' '(' { EXPR ';' } ')' private boolean readSlot(String sec) { boolean result=false; LIPSlotData data=null; if (readCharacter('+')) { // Data. result = true; if (sec.equals(ILisaacModel.section_public)) { reporter.syntaxError("No data in Public section.", getPosition(1)); } if (! readIdentifier()) { reporter.syntaxError("Identifier is incorrect.", getLine()); return false; } String n = new String(lastString); if (! readCharacter(':')) { reporter.syntaxError("Added ':' is needed.", getLine()); return false; } LIPConstant t = readType(); if (t == null) { reporter.syntaxError("type is incorrect.", getLine()); return false; } data = new LIPSlotData(n, t); // lipFile.addData(data); // if (readSymbol(LisaacModel.symbol_affect_immediate)) { LIPConstant cst = readExprConstant(); if (cst == null) { reporter.syntaxError("Incorrect expression.", getLine()); return false; } data.setValue(cst); cst.free(); } } else if (readCharacter('-')) { // Function. result = true; if (! readIdentifier()) { reporter.syntaxError("Identifier is incorrect.", getLine()); return false; } //Position pos = getPosition(); setCatchComment(); String n = new String(lastString); if (readIdentifier()) { String na = new String(lastString); if (! readCharacter(':')) { reporter.syntaxError("Added ':' is needed.", getLine()); return false; } LIPConstant t = readType(); if (t == null) { reporter.syntaxError("Incorrect type.", getLine()); return false; } data = new LIPSlotData(na, t);// do not add argument do lipFile } // if (! readSymbol(ILisaacModel.symbol_affect_code)) { reporter.syntaxError("Added '<-' is needed.", getLine()); return false; } if (! readCharacter('(')) { reporter.syntaxError("Added '(' is needed.", getLine()); return false; } setCatchCommentOff(); ArrayList code = new ArrayList(); LIPCode instr; while ((instr = readExpr()) != null) { code.add(instr); if (! readCharacter(';')) { reporter.syntaxError("Added ';' is needed.", getLine()); return false; } } if (! readCharacter(')')) { reporter.syntaxError("Added ')' is needed.", getLine()); return false; } LIPSlotCode slotCode = new LIPSlotCode(sec, n, data, code.toArray(new LIPCode[code.size()])); lipFile.addMethod(slotCode); if (sec.equals(ILisaacModel.section_public)) { if (lastComment == null || lastComment.length() == 0) { reporter.syntaxError("Comment needed.", getPosition()); } else { slotCode.setComment(lastComment); } } } return result; } ////TYPE -> 'BOOLEAN' | 'STRING' | 'INTEGER' private LIPConstant readType() { LIPConstant result=null; if (readCapIdentifier()) { if (lastString.equals(ILisaacModel.prototype_integer)) { result = LIPInteger.get(0); } else if (lastString.equals(ILisaacModel.prototype_string)) { result = LIPString.get(getString("")); } else if (lastString.equals(ILisaacModel.prototype_boolean)) { result = LIPBoolean.get(false); } else { reporter.syntaxError("Incorrect type.", getLine()); } } return result; } //// EXPR -> [ identifier !!AMBIGU!! ':=' ] EXPR_OPERATOR [ '.' FUNCTION ] public LIPCode readExpr() { LIPCode result=null; saveContext(); // !! SAVE CONTEXT !! if (readIdentifier()) { String name = new String(lastString); if (readSymbol(ILisaacModel.symbol_affect_immediate)) { LIPCode val = readExprOperator(); if (val == null) { reporter.syntaxError("Incorrect expression.", getLine()); return null; } result = new LIPAffect(name, val); } else { restoreContext(); // !! RESTORE CONTEXT !! } } if (result == null) { result = readExprOperator(); if (result != null && readCharacter('.')) { result = readFunction(result); if (result == null) { reporter.syntaxError("Incorrect slot.", getLine()); return null; } } } return result; } //// FUNCTION -> 'if' '{' { EXPR ';' } '}' [ 'else' '{' { EXPR ';' } '}' ] //// | 'print' private LIPCode readFunction(LIPCode rec) { LIPCode result=null; ArrayList thenArray=null, elseArray=null; if (readWord(ILisaacModel.slot_if)) { thenArray = new ArrayList(); if (! readCharacter('{')) { reporter.syntaxError("Added '{' is needed.", getLine()); return null; } LIPCode val; while ((val = readExpr()) != null) { thenArray.add(val); if (! readCharacter(';')) { reporter.syntaxError("Added ';' is needed.", getLine()); return null; } } if (! readCharacter('}')) { reporter.syntaxError("Added '}' is needed.", getLine()); return null; } if (readWord(ILisaacModel.slot_else)) { elseArray = new ArrayList(); if (! readCharacter('{')) { reporter.syntaxError("Added '{' is needed.", getLine()); return null; } while ((val = readExpr()) != null) { elseArray.add(val); if (! readCharacter(';')) { reporter.syntaxError("Added ';' is needed.", getLine()); return null; } } if (! readCharacter('}')) { reporter.syntaxError("Added '}' is needed.", getLine()); return null; } } result = new LIPIf(rec, thenArray.toArray(new LIPCode[thenArray.size()]), elseArray.toArray(new LIPCode[elseArray.size()])); } else if (readWord(ILisaacModel.slot_print)) { result = new LIPPrint(rec); } return result; } ////EXPR_OPERATOR-> EXPR_CMP { ('|' | '&') EXPR_CMP } private LIPCode readExprOperator() { LIPCode result=null; boolean isOr=false; result = readExprCmp(); if (result != null) { while ((isOr = readCharacter('|')) || readCharacter('&')) { LIPCode right = readExprCmp(); if (right == null) { reporter.syntaxError("Incorrect expression.", getLine()); return null; } if (isOr) { result = new LIPBinary(result, '|', right); } else { result = new LIPBinary(result, '&', right); } } } return result; } ////EXPR_CMP -> EXPR_BINARY { ('='|'!='|'>'|'<'|'>='|'<=') EXPR_BINARY } private LIPCode readExprCmp() { LIPCode result = readExprBinary(); if (result != null) { while (readSymbol(ILisaacModel.symbol_great_equal) || readSymbol(ILisaacModel.symbol_less_equal) || readSymbol(ILisaacModel.symbol_not_equal) || readSymbol(ILisaacModel.symbol_equal) || readSymbol(ILisaacModel.symbol_great) || readSymbol(ILisaacModel.symbol_less)) { String op = new String(lastString); LIPCode right = readExprBinary(); if (right == null) { reporter.syntaxError("Incorrect expression.", getLine()); return null; } char type = 0; if (op.equals(">=")) { type = 'S'; } else if (op.equals("<=")) { type = 'I'; } else if (op.equals("!=")) { type = 'E'; } else if (op.equals("=")) { type = '='; } else if (op.equals(">")) { type = '>'; } else if (op.equals("<")) { type = '<'; } result = new LIPBinary(result, type, right); } } return result; } ////EXPR_BINARY -> EXPR_UNARY { ('-'|'+') EXPR_UNARY } private LIPCode readExprBinary() { boolean isSub; LIPCode result = readExprUnary(); if (result != null) { while ((isSub = readCharacter('-')) || readCharacter('+')) { LIPCode right = readExprUnary(); if (right == null) { reporter.syntaxError("Incorrect expression.", getLine()); return null; } if (isSub) { result = new LIPBinary(result, '-', right); } else { result = new LIPBinary(result, '+', right); } } } return result; } //// EXPR_UNARY -> ( '-' | '!' ) EXPR_UNARY //// | EXPR_BASE //// | identifier [ EXPR_ARGUMENT ] private LIPCode readExprUnary() { LIPCode result=null; boolean isNeg; if ((isNeg = readCharacter('-')) || readCharacter('!')) { result = readExprUnary(); if (result == null) { reporter.syntaxError("Incorrect expression.", getLine()); return null; } char type; if (isNeg) { type = '-'; } else { type = '+'; } result = new LIPUnary(type, result); } else if (readIdentifier()) { String name = new String(lastString); LIPCode arg = readExprArgument(); result = new LIPCall(name, arg); } else { result = readExprBase(); } return result; } //// EXPR_BASE -> '(' EXPR_OPERATOR ')' //// | EXPR_CONSTANT private LIPCode readExprBase() { LIPCode result=null; if (readCharacter('(')) { result = readExprOperator(); if (result == null) { reporter.syntaxError("Incorrect expression.", getLine()); return null; } if (! readCharacter(')')) { reporter.syntaxError("Added ')' is needed.", getLine()); return null; } } else { LIPConstant v = readExprConstant(); if (v != null) { result = new LIPValue(v); } } return result; } ////EXPR_CONSTANT-> integer //// | string //// | TRUE //// | FALSE private LIPConstant readExprConstant() { LIPConstant result=null; if (readInteger()) { result = LIPInteger.get((int)lastInteger); } else if (readString()) { result = LIPString.get(lastString); } else if (readCapIdentifier()) { if (lastString.equals(ILisaacModel.prototype_true)) { result = LIPBoolean.get(true); } else if (lastString.equals(ILisaacModel.prototype_false)){ result = LIPBoolean.get(false); } else { reporter.syntaxError("Type incorrect.", getLine()); } } return result; } //// EXPR_ARGUMENT-> identifier //// | EXPR_BASE private LIPCode readExprArgument() { LIPCode result=null; if (readIdentifier()) { result = new LIPCall(lastString, null); } else { result = readExprBase(); } return result; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/ILisaacContext.java0000644000175000017500000000110411314031253026545 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import org.lisaac.ldt.model.items.Prototype; public interface ILisaacContext { /** * Parse the definition of the context. Returns true if the * context is correctly parsed.
* Automatically report parse errors. * @param prototype The model to fill * @return false if the definition of context contains at least one error */ boolean parseDefinition(Prototype prototype); /** * Get the following context of same category in the lisaac code. * @return next context in current prototype */ ILisaacContext getNextContext(); } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/SectionContext.java0000644000175000017500000002527211314031253026660 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import java.util.ArrayList; import org.lisaac.ldt.model.items.Prototype; import org.lisaac.ldt.model.items.Section; import org.lisaac.ldt.model.types.ITypeMono; import org.lisaac.ldt.model.types.TypeParameter; public class SectionContext implements ILisaacContext { private LisaacParser parser; private boolean firstSection; public SectionContext(LisaacParser parser) { this.parser = parser; firstSection = true; } public boolean parseDefinition(Prototype prototype) { Position sectionPosition; parser.readSpace(); // read Section if (! parser.readThisKeyword (ILisaacModel.keyword_section)) { parser.getReporter().syntaxError("`Section' is needed.", parser.getLine()); return false; } sectionPosition = parser.getPosition(); if (firstSection) { // // Read Section Header. // if (! parser.readThisKeyword (ILisaacModel.section_header)) { parser.getReporter().syntaxError("Section `Header' is needed.", parser.getLine()); return false; } firstSection = false; if (! readSectionHeaderContent(prototype)) { return false; } } else { // // Read Other Section. // if (parser.readKeyword()) { String section = parser.getLastString(); if (section.equals(ILisaacModel.section_inherit) || section.equals(ILisaacModel.section_insert) || section.equals(ILisaacModel.section_interrupt) || section.equals(ILisaacModel.section_private) || section.equals(ILisaacModel.section_public) || section.equals(ILisaacModel.section_mapping) || section.equals(ILisaacModel.section_directory) || section.equals(ILisaacModel.section_external)) { Section lastSection = new Section(prototype, section, sectionPosition); parser.setLastSection(lastSection); if (prototype.getFirstSection() == null) {// section list head prototype.setFirstSection(lastSection); } if (lastSection.isInheritOrInsert() && parser.getLastSlot() != null && ! parser.getLastSlot().getSectionId().isInheritOrInsert()) { parser.getReporter().syntaxError("`Section Inherit/Insert' must to be first section.", parser.getLine()); return false; } else if (prototype.isExpanded() && section.equals(ILisaacModel.section_inherit)) { parser.getReporter().warning("`Section Inherit' is not possible with Expanded object (Use `Section Insert').", parser.getLine()); } } else { parser.getReporter().syntaxError("Incorrect type section.", parser.getLine()); return false; } } else { // TYPE_LIST. ITypeMono[] t = parser.readTypeList(true); if (t == null) { parser.getReporter().syntaxError("Incorrect type section.", parser.getLine()); return false; } parser.setLastSection(new Section(prototype, t, sectionPosition)); } // content of section is out of this context } return true; } private boolean readSectionHeaderContent(Prototype prototype) { boolean result; boolean first=true; // // Read Slots of Section Header. // do { result = false; char style = parser.readStyle(); if (style != ' ') { result = true; if (!first && style == '+') { parser.getReporter().warning("Incorrect style slot ('-').", parser.getPosition(1)); } if (first) { first = false; if (parser.readWord(ILisaacModel.slot_name)) { // // Read `name' slot. // if (! parser.readSymbol(ILisaacModel.symbol_affect_immediate)) { parser.getReporter().syntaxError("Added ':='.", parser.getLine()); return false; } if (parser.readThisKeyword(ILisaacModel.keyword_expanded) || parser.readThisKeyword(ILisaacModel.keyword_strict)) { prototype.setTypeStyle(parser.getLastString()); } prototype.setNameOffset(parser.getOffset());// for refactor if (! parser.readCapIdentifier()) { parser.getReporter().syntaxError("Prototype identifier is needed.", parser.getLine()); return false; } if (parser.getLastString().compareTo(prototype.getName()) != 0) { int len = parser.getLastString().length(); parser.getReporter().syntaxError("Incorrect name (filename != name).", parser.getPosition(len)); } if (parser.readCharacter('(')) { // // Generic loader. // if (parser.readIdentifier()) { return false; // TODO syntax identifier : PROTO } else if (parser.readCapIdentifier()) { if (! parser.isParameterType) { parser.getReporter().syntaxError("Identifier parameter type is needed.", parser.getLine()); } ArrayList genlist = new ArrayList(); TypeParameter param = TypeParameter.get(parser.getLastString()); genlist.add(param); while (parser.readCharacter(',')) { if (! parser.readCapIdentifier()) { parser.getReporter().syntaxError("Identifier parameter type is needed.", parser.getLine()); return false; } if (! parser.isParameterType) { parser.getReporter().syntaxError("Identifier parameter type is needed.", parser.getLine()); } param = TypeParameter.get(parser.getLastString()); genlist.add(param); } if (! parser.readCharacter(')')) { parser.getReporter().syntaxError("Added ')'.", parser.getLine()); return false; } prototype.setGenericList(genlist.toArray(new TypeParameter[genlist.size()])); } else { parser.getReporter().syntaxError("Identifier parameter type is needed.", parser.getLine()); return false; } } } else { parser.getReporter().syntaxError("Slot `name' must to be first slot.", parser.getLine()); } } else if (parser.readWord(ILisaacModel.slot_export) || parser.readWord(ILisaacModel.slot_import)) { // - ("export"|"import") ':=' TYPE_LIST if (! parser.readSymbol(ILisaacModel.symbol_affect_immediate)) { parser.getReporter().syntaxError("Added ':='.", parser.getLine()); return false; } if (parser.readTypeList(false) == null) { parser.getReporter().syntaxError("Incorrect type list.", parser.getLine()); return false; } // TODO store export / import } else if (parser.readWord(ILisaacModel.slot_external)) { // - "external" ':=' `` if (! parser.readSymbol(ILisaacModel.symbol_affect_immediate)) { parser.getReporter().syntaxError("Added ':='.", parser.getLine()); return false; } if (! parser.readExternal()) { parser.getReporter().syntaxError("Incorrect external.", parser.getLine()); return false; } } else if (parser.readWord(ILisaacModel.slot_default)) { // '-' "default" ':=' EXPR_PRIMARY if (! parser.readSymbol(ILisaacModel.symbol_affect_immediate)) { parser.getReporter().syntaxError("Added ':='.", parser.getLine()); return false; } if (parser.readExprPrimary() == null) { parser.getReporter().syntaxError("Incorrect expr.", parser.getLine()); return false; } // TODO check double default slot // TODO set prototyp default value } else if (parser.readWord(ILisaacModel.slot_type)) { // '-' "type" ':=' `` if (! parser.readSymbol(ILisaacModel.symbol_affect_immediate)) { parser.getReporter().syntaxError("Added ':='.", parser.getLine()); return false; } if (! parser.readExternal()) { parser.getReporter().syntaxError("Incorrect external.", parser.getLine()); return false; } // TODO check double type declaration } else if (parser.readWord(ILisaacModel.slot_version)) { // // Read `version' slot. // // '-' "version" ':=' integer if (! parser.readSymbol(ILisaacModel.symbol_affect_immediate)) { parser.getReporter().syntaxError("Added ':='.", parser.getLine()); return false; } if (! parser.readInteger()) { parser.getReporter().syntaxError("Incorrect number.", parser.getLine()); return false; } } else if (parser.readWord(ILisaacModel.slot_lip)) { // '-' lip <- ( { LIP_EXPR ';' } ) if (! parser.readSymbol(ILisaacModel.symbol_affect_code)) { parser.getReporter().warning("Added '<-' is needed.", parser.getLine()); } if (! parser.readCharacter('(')) { parser.getReporter().warning("Added '(' is needed.", parser.getLine()); } // // LIP interpreter // LipParser lipParser = new LipParser(parser.getSource(), parser.getOffset()); while (lipParser.readExpr() != null) { // instr.run(); // TODO interpret lip code if needed if (! lipParser.readCharacter(';')) { parser.getReporter().warning("Added ';' is needed.", parser.getLine()); } } if (! lipParser.readCharacter(')')) { parser.getReporter().warning("Added ')' is needed.", parser.getLine()); } parser.setPosition(lipParser.getOffset()); } else if (parser.readWord(ILisaacModel.slot_date) || parser.readWord(ILisaacModel.slot_comment) || parser.readWord(ILisaacModel.slot_author) || parser.readWord(ILisaacModel.slot_bibliography) || parser.readWord(ILisaacModel.slot_language) || parser.readWord(ILisaacModel.slot_copyright) || parser.readWord(ILisaacModel.slot_bug_report)) { // // Read `date', `comment', `author', `bibliography', // `language', `copyright' or `bug_report' slots. // String headerSlot = new String(parser.getLastString()); // '-' ("date"|"comment"|"author"|"bibliography"|"language"|"copyright"|"bug_report") // ':=' string if (! parser.readSymbol(ILisaacModel.symbol_affect_immediate)) { parser.getReporter().syntaxError("Added ':='.", parser.getLine()); return false; } parser.readSpace(); Position slotPosition = parser.getPosition(); if (! parser.readString()) { parser.getReporter().syntaxError("Incorrect string.", parser.getLine()); return false; } if (headerSlot.equals(ILisaacModel.slot_comment)) { prototype.setHeaderComment(new String(parser.getLastString())); } else { slotPosition.setLength(parser.getOffset() - slotPosition.offset); prototype.addHeaderData(headerSlot,new String(parser.getLastString()), slotPosition); } } else { parser.getReporter().syntaxError("Incorrect slot.", parser.getPosition()); return false; } if (! parser.readCharacter(';')) { parser.getReporter().warning("Added ';'.", parser.getPosition()); } } } while (! parser.isEOF() && result); return true; } public ILisaacContext getNextContext() { if (parser.skipUntilThisKeyword(ILisaacModel.keyword_section)) { return this; } return null; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/LisaacCompletionParser.java0000644000175000017500000001727711314031253030320 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import java.util.ArrayList; import org.eclipse.core.resources.IProject; import org.eclipse.core.runtime.CoreException; import org.eclipse.jface.text.contentassist.CompletionProposal; import org.eclipse.jface.text.contentassist.ICompletionProposal; import org.eclipse.ui.IWorkbenchPart; import org.eclipse.ui.IWorkbenchWindow; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.editors.LisaacEditor; import org.lisaac.ldt.model.items.ICode; import org.lisaac.ldt.model.items.ITMPrototype; import org.lisaac.ldt.model.items.ITMRead; import org.lisaac.ldt.model.items.Prototype; import org.lisaac.ldt.model.items.Slot; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.ITypeMono; import org.lisaac.ldt.model.types.TypeGeneric; import org.lisaac.ldt.model.types.TypeParameter; import org.lisaac.ldt.model.types.TypeSelf; import org.lisaac.ldt.outline.OutlineImages; public class LisaacCompletionParser extends LisaacParser { protected static LisaacModel model; protected Prototype currentPrototype; protected Slot currentSlot; protected int endOffset; protected TypeGeneric lastGenericType; public LisaacCompletionParser(String contents, LisaacModel model) { super(null,contents); if (model == null) { IWorkbenchWindow w = LisaacPlugin.getDefault().getWorkbench().getActiveWorkbenchWindow(); if (w != null) { IWorkbenchPart part = w.getPartService().getActivePart(); if (part instanceof LisaacEditor) { model = LisaacModel.getModel(((LisaacEditor)part).getProject()); } } } LisaacCompletionParser.model = model; // enableErrorReport(false); // turn off error reporting // } /** * Get the lisaac completions at baseOffset * @param startOffset start offset for completion parsing * @param baseOffset completion offset * @param proposals list of proposals to be filled * @throws CoreException */ public void parseCompletions(int startOffset, int baseOffset, ArrayList proposals) throws CoreException { IType type; currentPrototype = LisaacModel.getCurrentPrototype(); currentSlot = currentPrototype.getSlot(startOffset); lastGenericType = null; endOffset = -1; // keyword match while (readKeyword()) { if (baseOffset != (startOffset+position)) { continue;// not last keyword } String[] keywords = ILisaacModel.keywords; for (int i = 0; i < keywords.length; i++) { if (keywords[i].startsWith(lastString)) {// length(keyword[i]) >= length(lastString) String keywordCompletion = keywords[i].substring(lastString.length()); proposals.add(new CompletionProposal(keywordCompletion, baseOffset, 0, keywordCompletion.length(), OutlineImages.KEYWORD, keywords[i], null, "")); } } return; } setPosition(0); // slot match ICode code = readExpr(); if (code != null && currentPrototype != null) { type = code.getType(currentSlot, currentPrototype); if (type != null) { if (source.charAt(position-1) == '.') { // // slot completion // if (type instanceof TypeSelf) { currentPrototype = findPrototype(((TypeSelf) type).getStaticType()); } else if (type instanceof TypeParameter && lastGenericType != null) { // genericity TypeParameter -> TypeSimple int index = currentPrototype.getGenericIndex((TypeParameter) type); if (index != -1) { ITypeMono realType = lastGenericType.getGenericElt(index); currentPrototype = findPrototype(realType.toString()); } } else { currentPrototype = findPrototype(type.toString()); } if (currentPrototype != null) { // compute completion result currentPrototype.getSlotProposals(proposals, baseOffset, 0); } } else if (code instanceof ITMPrototype) { // partial prototype name String prefix = type.toString(); model.getPathManager().getPathMatch(prefix, proposals, baseOffset); } } else { // partial name, search for matches if (code instanceof ITMRead) { String prefix = ((ITMRead) code).getName(); // partial local name if (currentSlot != null) { currentSlot.getArgumentMatchProposals(prefix, proposals, baseOffset, 0); currentSlot.getLocalMatchProposals(prefix, proposals, baseOffset, 0); } // partial slot name (first keyword) currentPrototype.lookupSlotMatch(prefix, proposals, baseOffset, 0); } } } } //++ EXPR_MESSAGE -> EXPR_BASE { '.' SEND_MSG } protected ICode readExprMessage() { ICode result = readExprBase(); if (result != null) { while (readCharacter('.')) { if (endOffset != -1 && position == endOffset+1) { break; } ICode lastResult = result; result = readSendMsg(result); if (result == null) { return lastResult; } // update source of completion IType type = lastResult.getType(currentSlot, currentPrototype); if (type != null) { String stringType = type.toString(); if (stringType != null && "SELF".compareTo(stringType) != 0) { try { if (type instanceof TypeParameter && lastGenericType != null) { // genericity TypeParameter -> TypeSimple int index = currentPrototype.getGenericIndex((TypeParameter) type); if (index != -1) { ITypeMono realType = lastGenericType.getGenericElt(index); currentPrototype = findPrototype(realType.toString()); } } else { currentPrototype = findPrototype(stringType); } } catch(CoreException e) { return null; } if (currentPrototype == null) { return null; } if (type instanceof TypeGeneric) { lastGenericType = (TypeGeneric) type; } if (result instanceof ITMRead) { currentSlot = currentPrototype.lookupSlot(((ITMRead) result).getName()); } else { currentSlot = null; } } } } } return result; } public Prototype readReceiver(int startOffset, int endOffset, Prototype current) throws CoreException { Prototype result=null; IType type; currentPrototype = current; currentSlot = currentPrototype.getSlot(startOffset); this.endOffset = endOffset; setPosition(startOffset); readSpace(); ICode code = readExpr(); if (code != null && currentPrototype != null) { type = code.getType(currentSlot, currentPrototype); if (type != null) { //if (! type.equals(TypeSimple.getTypeSelf())) { if (type.toString() != null && "SELF".compareTo(type.toString()) != 0) { Prototype save = currentPrototype; currentPrototype = findPrototype(type.toString()); if (currentPrototype == null) { currentPrototype = save; } } // genericity TypeParameter -> TypeSimple if (type instanceof TypeParameter && lastGenericType != null) { int index = currentPrototype.getGenericIndex((TypeParameter) type); if (index != -1) { ITypeMono realType = lastGenericType.getGenericElt(index); currentPrototype = findPrototype(realType.toString()); } } result = currentPrototype; } } return result; } /** * Find and parse a lisaac prototype according to its name. */ public static Prototype findPrototype(String prototypeName) throws CoreException { IProject project = null; if (model == null) { IWorkbenchWindow w = LisaacPlugin.getDefault().getWorkbench().getActiveWorkbenchWindow(); if (w == null) { return null; } IWorkbenchPart part = w.getPartService().getActivePart(); if (part instanceof LisaacEditor) { project = ((LisaacEditor)part).getProject(); } if (project != null) { model = LisaacModel.getModel(project); } } if (model == null) { return null; } if (project == null) { project = model.getProject(); } return model.getPrototype(prototypeName); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/0000755000175000017500000000000011314031253024155 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/Prototype.java0000644000175000017500000004627611314031253027044 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.ArrayList; import java.util.Collection; import java.util.HashMap; import java.util.Iterator; import java.util.List; import org.eclipse.core.resources.IFile; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IPath; import org.eclipse.jface.text.IRegion; import org.eclipse.jface.text.Region; import org.eclipse.jface.text.contentassist.ICompletionProposal; import org.eclipse.ltk.core.refactoring.Change; import org.eclipse.ltk.core.refactoring.TextFileChange; import org.eclipse.text.edits.DeleteEdit; import org.eclipse.text.edits.InsertEdit; import org.eclipse.text.edits.MultiTextEdit; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.ILisaacModel; import org.lisaac.ldt.model.LisaacCompletionParser; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.LisaacParser; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.ITypeMono; import org.lisaac.ldt.model.types.TypeParameter; import org.lisaac.ldt.outline.OutlineItem; import org.lisaac.ldt.outline.OutlinePrototype; import org.lisaac.ldt.outline.OutlineSection; public class Prototype { protected IFile file; protected ILisaacModel parent; protected LisaacParser parser; protected String name; protected String typeStyle; protected HashMap parentList; protected HashMap slotList; // genericity protected TypeParameter[] genericList; // hover informations protected String headerData; protected String headerComment; protected Section firstSection; // refactor information protected int nameOffset; protected Position authorOffset; protected Position bibliographyOffset; protected Position copyrightOffset; public Prototype(IFile file, String name, ILisaacModel model) { this.file = file; this.name = name; this.parent = model; this.parser = model.getParser(); slotList = new HashMap(); parentList = new HashMap(); } public ILisaacModel getModel() { return parent; } public boolean setName(String n) { if (name != null && name.equals(n)) { return false; } name = n; return true; } public IFile getFile() { return file; } public String getFileName() { return file.getName(); } public String getName() { return name; } public int getGenericIndex(TypeParameter param) { if (genericList != null) { for (int i=0; i " + data; if (headerData == null) { headerData = info; } else { this.headerData += info; } if (slotName.equals(ILisaacModel.slot_author)) { authorOffset = position; } else if (slotName.equals(ILisaacModel.slot_bibliography)) { bibliographyOffset = position; } else if (slotName.equals(ILisaacModel.slot_copyright)) { copyrightOffset = position; } } public LisaacParser openParser() { parser.initialize(); return parser; } public void setTypeStyle(String s) { typeStyle = s; } public String getTypeStyle() { return typeStyle; } public Section getFirstSection() { return firstSection; } public void setFirstSection(Section s) { firstSection = s; } public boolean isExpanded() { if (typeStyle != null) { return typeStyle.equals(ILisaacModel.keyword_expanded) || name.equals(ILisaacModel.prototype_true) || name.equals(ILisaacModel.prototype_false); } return false; } public Slot lookupSlot(String n) { Slot result = null; // // Search in 'Self'. // result = getSlot(n); if (result == null) { result = getParentSlot(n); } if (result == null) { // // Search in parents. // Collection values = parentList.values(); Iterator it = values.iterator(); while (it.hasNext()) { Slot slotParent = it.next(); IType typeParent = slotParent.getResultType(); try { Prototype parent = LisaacCompletionParser .findPrototype("" + typeParent); if (parent != null) { result = parent.lookupSlot(n); if (result != null) { return result; } } } catch (CoreException e) { return null; } } } return result; } public Slot getSlot(String n) { // // Search in 'Self' only. // if (slotList.containsKey(n)) { return slotList.get(n); } return null; } public Slot getParentSlot(String n) { // Search in 'Self' parent. if (parentList.containsKey(n)) { return parentList.get(n); } return null; } public Slot getSlot(int offset) { return getSlot(openParser(), offset); } public Slot getSlot(String s, int offset) { return getSlot(new LisaacParser(null, s), offset); } public Slot getSlot(LisaacParser parser, int offset) { // // Use indentation to get slot // String source = parser.getSource(); boolean again; if (offset >= source.length() - 1) { return null; } do { again = false; // find beginning of line while (offset > 0 && source.charAt(offset) != '\n') { offset--; } // look at indentation if (offset > 0 && source.length() > 4) { if (source.charAt(offset + 1) == ' ' && source.charAt(offset + 2) == ' ' && (source.charAt(offset + 3) == '+' || source .charAt(offset + 3) == '-')) { String slotName = parser .readSlotNameFromOffset(offset + 4, false); if (slotName != null) { return getSlot(slotName); } } else { again = true; offset--; } } } while (again); return null; } public void lookupSlotMatch(String n, ArrayList matchList, int offset, int length) { // // Search in 'Self'. // getSlotMatch(n, matchList, offset, length); getParentSlotMatch(n, matchList, offset, length); // // Search in parents. // Collection values = parentList.values(); Iterator it = values.iterator(); while (it.hasNext()) { Slot slotParent = it.next(); IType typeParent = slotParent.getResultType(); try { Prototype parent = LisaacCompletionParser.findPrototype("" + typeParent); if (parent != null) { parent.lookupSlotMatch(n, matchList, offset, length); } } catch (CoreException e) { } } } public void getSlotMatch(String n, ArrayList matchList, int offset, int length) { // // // Search in 'Self' only. // Collection values = slotList.values(); Iterator it = values.iterator(); while (it.hasNext()) { Slot slot = it.next(); if (slot.match(n)) { slot.getSlotMatchProposals(matchList, offset, length, n .length()); } } } public void getParentSlotMatch(String n, ArrayList matchList, int offset, int length) { // Search in 'Self' parent. Collection values = parentList.values(); Iterator it = values.iterator(); while (it.hasNext()) { Slot slot = it.next(); if (slot.match(n)) { slot.getSlotMatchProposals(matchList, offset, length, n .length()); } } } public Slot getSlotFromKeyword(String keyword, LisaacParser parser, int baseOffset) throws CoreException { String source = parser.getSource(); int bracketLevel = 0, invBracketLevel = 0; Prototype receiver = null; Slot result = null; char c = 0; int offset = baseOffset; if (offset >= source.length() - 1) { return null; } // parser.enableErrorReport(false); // turn off error reporting // while (offset > 0) { // // find beginning of SEND_MSG grammar rule // // Rewind to '(' '{' ';' '[' '.' '<-' 'operator' c = source.charAt(offset); if (c == '\n') {// '//' comments offset = unreadSingleLineComment(offset, source); continue; } if (c == '(' || c == '{' || c == '[') { if (bracketLevel == 0) { break; } bracketLevel--; invBracketLevel++; } if (c == ')' || c == '}' || c == ']') { bracketLevel++; invBracketLevel--; } // strings if (c == '\"' || c == '\'' || c == '`') { offset = unreadString(c, offset, source); continue; } // ok, we're not in nested statements if (bracketLevel == 0 && invBracketLevel == 0) { if (c == ';' || c == '.') { break; } // affectation if (c == '=' && source.length() - offset > 2) { if (source.charAt(offset - 1) == ':' || source.charAt(offset - 1) == '?') { break; } } else if (c == '-' && source.length() - offset > 2) { if (source.charAt(offset - 1) == '<') { break; } } if (LisaacParser.isOperatorSymbol(c)) { if (c == '+' || c == '-') { // slot definition if (offset - 3 > 0 && source.charAt(offset - 1) == ' ' && source.charAt(offset - 2) == ' ' && source.charAt(offset - 3) == '\n') { String slotName = parser .readSlotNameFromOffset(offset + 1, false); parser.enableErrorReport(true);// finish with parser if (slotName != null) { result = lookupSlot(slotName); if (result == null) { return null; } if (result.keywordCount() == 1) { if (result.getName().compareTo(keyword) == 0) { return result; } return null; // not a keyword } else { // find keyword next token offset = baseOffset; while (offset < source.length() - 1 && Character .isJavaIdentifierPart(source .charAt(offset))) { offset++; } // read space while (offset < source.length() - 1 && Character.isWhitespace(source .charAt(offset))) { offset++; } if (source.charAt(offset) != ':') { return result;// 'keyword' is a slot keyword } return null; } } } } // comments */ if (offset - 1 > 0 && c == '/' && source.charAt(offset - 1) == '*') { offset = unreadMultiLineComment(offset, source); continue; } break; } } offset--; } if (result == null) { // Slot Call. if (c == '.') { int pointOffset = offset; offset--; bracketLevel = 0; invBracketLevel = 0; // Rewind to '(' '{' ';' '[' '.' '<-' 'operator' while (offset > 0) { c = source.charAt(offset); if (c == '(' || c == '{' || c == '[') { if (bracketLevel == 0) { break; } bracketLevel--; invBracketLevel++; } if (c == ')' || c == '}' || c == ']') { bracketLevel++; invBracketLevel--; } // ok, we're not in nested statements if (bracketLevel == 0 && invBracketLevel == 0) { if (c == ';') { break; } // affectation if (c == '=' && source.length() - offset > 2) { if (source.charAt(offset - 1) == ':' || source.charAt(offset - 1) == '?') { break; } } else if (c == '-' && source.length() - offset > 2) { if (source.charAt(offset - 1) == '<') { break; } } if (LisaacParser.isOperatorSymbol(c)) { break; } // strings if (c == '\"' || c == '\'' || c == '`') { offset = unreadString(c, offset, source); continue; } } offset--; } if (offset > 0) { LisaacCompletionParser p = new LisaacCompletionParser( source, (LisaacModel) getModel()); receiver = p .readReceiver(offset + 1, pointOffset, this); offset = pointOffset; } } else { receiver = this; } parser.setPosition(offset + 1); parser.readSpace(); String slotName = parser.readKeywordInSendMsg(keyword, baseOffset); if (slotName != null && receiver != null) { result = receiver.lookupSlot(slotName); } } // parser.enableErrorReport(true); // turn on error reporting // return result; } private int unreadSingleLineComment(int offset, String source) { int saveOffset; offset--; // unread '\n' saveOffset = offset; while (offset > 0) { char c = source.charAt(offset); if (c == '\n') {// no comment in the line return saveOffset; } if (offset - 1 > 0 && c == '/' && source.charAt(offset - 1) == '/') { offset = offset - 2; break; } if (c == '\"' || c == '\'' || c == '`') { offset = unreadString(c, offset, source); continue; } offset--; } if (offset < 0) { offset = 0; } return offset; } private int unreadMultiLineComment(int offset, String source) { offset -= 2; // unread '*/' while (offset > 0) { char c = source.charAt(offset); // read '/*' if (offset - 1 > 0 && c == '*' && source.charAt(offset - 1) == '/') { offset = offset - 2; break; } offset--; } if (offset < 0) { offset = 0; } return offset; } private int unreadString(char type, int offset, String source) { char c; do { offset--; c = source.charAt(offset); } while (offset > 0 && c != type); if (c == type) { offset--; } return offset; } public void addSlot(Slot s) { slotList.put(s.getName(), s); } public void addParentSlot(Slot s) { parentList.put(s.getName(), s); } public String getHoverInformation() { StringBuffer buffer = new StringBuffer(); buffer.append(""); buffer.append(name); buffer.append(""); if (headerComment != null) { buffer.append("\n" + headerComment); } if (headerData != null) { buffer.append("\n\n" + headerData); } return buffer.toString(); } public List getOutlineItems() { List sections = new ArrayList(); Section current = firstSection; while (current != null) { sections.add(new OutlineSection(current)); current = current.getNext(); } List result = new ArrayList(); result.add(new OutlinePrototype(this, sections)); return result; } public void getSlotProposals(ArrayList proposals, int offset, int length) { Collection values = slotList.values(); Iterator it = values.iterator(); while (it.hasNext()) { Slot slot = it.next(); slot.getSlotProposals(proposals, offset, length); } values = parentList.values(); it = values.iterator(); while (it.hasNext()) { Slot slotParent = it.next(); IType typeParent = slotParent.getResultType(); try { Prototype parent = LisaacCompletionParser.findPrototype("" + typeParent); if (parent != null) { parent.getSlotProposals(proposals, offset, length); } } catch (CoreException e) { } } } public ArrayList getPositions() { ArrayList result = new ArrayList(); // section positions Section current = firstSection; while (current != null) { Position p = current.getPosition(); result.add(new org.eclipse.jface.text.Position(p.offset, p.length)); current = current.getNext(); } // slot positions Collection values = slotList.values(); Iterator it = values.iterator(); while (it.hasNext()) { Slot slot = it.next(); Position p = slot.getPositionBody(); if (p != null) { result.add(new org.eclipse.jface.text.Position(p.offset, p.length)); } } return result; } public IPath getWorkspacePath() { return file.getFullPath(); } public Change refactorRenameSelf(String newName) { TextFileChange change = new TextFileChange("Change 'name' slot in section header", file); // rename 'name' slot MultiTextEdit edit= new MultiTextEdit(); edit.addChild(new DeleteEdit(nameOffset, name.length())); edit.addChild(new InsertEdit(nameOffset, newName)); change.setEdit(edit); return change; } public Change refactorRenamePrototype(String oldName, String newName) { MultiTextEdit edit= new MultiTextEdit(); // 1. refactor sections Section current = firstSection; while (current != null) { Position p = current.getPosition(); ITypeMono[] typeList = current.getTypeList(); if (typeList != null) { for (int i=0; i values = slotList.values(); Iterator it = values.iterator(); while (it.hasNext()) { Slot slot = it.next(); TextEdit[] slotEdits = slot.refactorRenamePrototype(oldName, newName); if (slotEdits != null) { edit.addChildren(slotEdits); } } // create change if (edit.getChildrenSize() > 0) { TextFileChange change = new TextFileChange("Rename prototype occurences", file); change.setEdit(edit); return change; } return null; } public Change refactorHeader(String author, String bibliography, String copyright, String license) { MultiTextEdit edit= new MultiTextEdit(); // update header slots. refactorHeaderSlot(ILisaacModel.slot_author, authorOffset, author, edit); refactorHeaderSlot(ILisaacModel.slot_bibliography, bibliographyOffset, bibliography, edit); refactorHeaderSlot(ILisaacModel.slot_copyright, copyrightOffset, copyright, edit); // update license. if (license != null) { int offset = getOffsetBeforeSection(); edit.addChild(new DeleteEdit(0, offset-1)); edit.addChild(new InsertEdit(0, license)); } // create change if (edit.getChildrenSize() > 0) { TextFileChange change = new TextFileChange("Update Section Header", file); change.setEdit(edit); return change; } return null; } private void refactorHeaderSlot(String name, Position pos, String newValue, MultiTextEdit edit) { if (newValue != null) { if (pos != null) { // slot already exist edit.addChild(new DeleteEdit(pos.offset, pos.length)); edit.addChild(new InsertEdit(pos.offset, "\"" + newValue + "\"")); } else { // create slot String slot = "\n - " + name + " := \"" + newValue + "\";"; edit.addChild(new InsertEdit(getOffsetAfterName(), slot)); } } } private int getOffsetAfterName() { LisaacParser parser = openParser(); parser.setPosition(nameOffset); parser.readCapIdentifier(); parser.readCharacter(';'); return parser.getOffset(); } private int getOffsetBeforeSection() { LisaacParser parser = openParser(); parser.setPosition(0); if (parser.readThisKeyword (ILisaacModel.keyword_section)) { return parser.getOffset() - 7; } return 0; } public void setNameOffset(int offset) { nameOffset = offset; } public void setAuthorOffset(Position p) { authorOffset = p; } public void setBibliographyOffset(Position p) { bibliographyOffset = p; } public void setCopyrightOffset(Position p) { copyrightOffset = p; } public IRegion getRegionAt(int line, int column) { LisaacParser parser = openParser(); parser.readTokenAt(line, column); return new Region(parser.getOffset(), parser.getLastString().length()); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMExternalType.java0000644000175000017500000000124311314031253030016 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import org.lisaac.ldt.model.types.ITypeMono; public class ITMExternalType extends ITMExternal { protected ITypeMono type; protected ITypeMono[] typeList; protected boolean persistant; public ITMExternalType(String extern, boolean persistant) { super(extern); this.persistant = persistant; } public boolean isPersistant() { return persistant; } public ITypeMono getType(Prototype prototype) { return type; } public void setType(ITypeMono type) { this.type = type; } public ITypeMono[] getTypeList() { return typeList; } public void setTypeList(ITypeMono[] typeList) { this.typeList = typeList; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMReadArgs.java0000644000175000017500000000072011314031253027061 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; public class ITMReadArgs extends ITMRead { protected ICode[] args; public ITMReadArgs(String name, ICode[] args) { super(name); this.args = args; } public void refactorRenamePrototype(String oldName, String newName, List edits) { for (int i=0; i edits) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/IArgument.java0000644000175000017500000000101611314031253026711 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.ArrayList; import org.eclipse.jface.text.contentassist.ICompletionProposal; import org.eclipse.jface.viewers.StyledString; import org.lisaac.ldt.model.types.IType; public interface IArgument extends IVariable { String getName(); IType getType(); boolean hasName(String word); void printIn(StringBuffer buffer); void styledPrintIn(StyledString buffer); void getMatchProposals(String n, ArrayList matchList, int offset, int length); } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMPrototype.java0000644000175000017500000000155611314031253027406 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.DeleteEdit; import org.eclipse.text.edits.InsertEdit; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.ITypeMono; public class ITMPrototype implements ICode { protected ITypeMono type; protected Position position; public ITMPrototype(ITypeMono type, Position position) { this.type = type; this.position = position; } public IType getType(Slot slot, Prototype prototype) { return type; } public void refactorRenamePrototype(String oldName, String newName, List edits) { if (type.toString().compareTo(oldName) == 0) { edits.add(new DeleteEdit(position.offset, oldName.length())); edits.add(new InsertEdit(position.offset, newName)); } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMReadArg1.java0000644000175000017500000000063311314031253026762 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; public class ITMReadArg1 extends ITMRead { protected ICode arg; public ITMReadArg1(String name, ICode arg) { super(name); this.arg = arg; } public void refactorRenamePrototype(String oldName, String newName, List edits) { arg.refactorRenamePrototype(oldName, newName, edits); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMOld.java0000644000175000017500000000077411314031253026120 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.types.IType; public class ITMOld implements ICode { protected ICode value; public ITMOld(ICode value) { this.value = value; } public IType getType(Slot slot, Prototype prototype) { if (value != null) { return value.getType(slot, prototype); } return null; } public void refactorRenamePrototype(String oldName, String newName, List edits) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMBlock.java0000644000175000017500000000263511314031253026432 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.DeleteEdit; import org.eclipse.text.edits.InsertEdit; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.LisaacParser; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.TypeBlock; public class ITMBlock implements ICode { protected ITMList list; protected IArgument argument; public ITMBlock(ITMList list, IArgument argument, Slot slot) { this.list = list; this.argument = argument; if (slot != null) { slot.addSubList(this); } } public IType getType(Slot slot, Prototype prototype) { return TypeBlock.get(null, null); // FIXME empty block } public void refactorRenamePrototype(String oldName, String newName, List edits) { if (argument != null && list != null) { IType type = argument.getType(); Position p = argument.getPosition(); if (p != null && type.toString().compareTo(oldName) == 0) { LisaacParser parser = list.getOwner().getPrototype().openParser(); parser.setPosition(p.offset+p.length); parser.readCharacter(':'); parser.readSpace(); int startOffset = parser.getOffset(); edits.add(new DeleteEdit(startOffset, oldName.length())); edits.add(new InsertEdit(startOffset, newName)); } } if (list != null) { list.refactorRenamePrototype(oldName, newName, edits); } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMCharacter.java0000644000175000017500000000103411314031253027264 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.ILisaacModel; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.TypeSimple; public class ITMCharacter implements IConstant { public ITMCharacter(String string) { } public IType getType(Slot slot, Prototype prototype) { return TypeSimple.get(ILisaacModel.prototype_character); } public void refactorRenamePrototype(String oldName, String newName, List edits) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMReal.java0000644000175000017500000000102011314031253026246 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.ILisaacModel; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.TypeSimple; public class ITMReal implements IConstant { public ITMReal(String string) { } public IType getType(Slot slot, Prototype prototype) { return TypeSimple.get(ILisaacModel.prototype_real); } public void refactorRenamePrototype(String oldName, String newName, List edits) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/IVariable.java0000644000175000017500000000024411314031253026656 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import org.lisaac.ldt.model.Position; public interface IVariable { String getHoverInformation(); Position getPosition(); } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMArgument.java0000644000175000017500000000424311314031253027157 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.ArrayList; import org.eclipse.jface.text.contentassist.CompletionProposal; import org.eclipse.jface.text.contentassist.ICompletionProposal; import org.eclipse.jface.viewers.StyledString; import org.eclipse.swt.graphics.Image; import org.lisaac.ldt.editors.ColorManager; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.ITypeMono; import org.lisaac.ldt.outline.OutlineImages; public class ITMArgument implements IArgument { protected String name; protected ITypeMono type; protected Position position; public ITMArgument(String name, ITypeMono type, Position position) { this.name = name; this.type = type; this.position = position; } public String getName() { return name; } public IType getType() { return type; } public boolean hasName(String word) { return name.compareTo(word) == 0; } public void printIn(StringBuffer buffer) { buffer.append(name); buffer.append(':'); buffer.append(type); } public void styledPrintIn(StyledString buffer) { ColorManager colors = ColorManager.getDefault(); buffer.append(name, colors.getVariableStyler()); buffer.append(':'); buffer.append(type.toString(), colors.getPrototypeStyler()); } public String getHoverInformation() { StringBuffer buffer = new StringBuffer(); buffer.append("Argument : "); buffer.append(name); buffer.append(" : "); buffer.append(type.toString()); buffer.append(""); return buffer.toString(); } public Position getPosition() { return position; } public String match(String n) { if (name.startsWith(n)) { return name; } return null; } public void getMatchProposals(String n, ArrayList matchList, int offset, int length) { String match = match(n); if (match != null && Slot.checkUnicity(matchList, match)) { Image image = OutlineImages.PRIVATE_NONSHARED;// TODO new image for args String partialMatch = match.substring(n.length()); matchList.add(new CompletionProposal(partialMatch, offset, length, partialMatch.length(), image, match, null, null)); } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMLocal.java0000644000175000017500000000170011314031253026422 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.ITypeMono; /** * Local declaration slot */ public class ITMLocal implements IVariable { protected ITypeMono type; protected String name; protected Position position; public ITMLocal(String name, Position position) { this.position = position; this.name = name; } public ITMLocal(ITypeMono type, String name) { this.type = type; this.name = name; } public IType getType() { return type; } public void setType(ITypeMono type) { this.type = type; } public String getHoverInformation() { StringBuffer buffer = new StringBuffer(); buffer.append("Local : "); buffer.append(name); buffer.append(" : "); buffer.append(type.toString()); buffer.append(""); return buffer.toString(); } public Position getPosition() { return position; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMNumber.java0000644000175000017500000000103211314031253026616 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.ILisaacModel; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.TypeSimple; public class ITMNumber implements IConstant { public ITMNumber(long lastInteger) { } public IType getType(Slot slot, Prototype prototype) { return TypeSimple.get(ILisaacModel.prototype_integer); } public void refactorRenamePrototype(String oldName, String newName, List edits) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/Section.java0000644000175000017500000000617611314031253026436 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.ArrayList; import java.util.LinkedList; import java.util.List; import org.lisaac.ldt.model.ILisaacModel; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.types.ITypeMono; import org.lisaac.ldt.outline.OutlineItem; import org.lisaac.ldt.outline.OutlineSlot; public class Section { protected Prototype prototype; protected String name; protected ITypeMono[] typeList; protected Section next; protected Position position; protected LinkedList slots; public Section(Prototype prototype, String name, Position position) { this.name = name; this.prototype = prototype; this.position = position; this.next = null; } public Section(Prototype prototype, ITypeMono[] typeList, Position position) { this.typeList = typeList; this.prototype = prototype; this.position = position; this.next = null; } public String getName() { if (name == null) { StringBuffer buffer = new StringBuffer(); for (int i=0; i(); } slots.add(slot); } // // Consultation // public boolean isMapping() { if (name == null) { return false; } return name.equals(ILisaacModel.section_mapping); } public boolean isPrivate() { if (name == null) { return true; } return name.equals(ILisaacModel.section_private); } public boolean isPublic() { if (name != null) { return name.equals(ILisaacModel.section_public); } return false; } public boolean isHeader() { if (name == null) { return false; } return name.equals(ILisaacModel.section_header); } public boolean isInherit() { if (name == null) { return false; } return name.equals(ILisaacModel.section_inherit); } public boolean isInsert() { if (name == null) { return false; } return name.equals(ILisaacModel.section_insert); } public boolean isInheritOrInsert() { return isInherit() || isInsert(); } public boolean isInterrupt() { if (name == null) { return false; } return name.equals(ILisaacModel.section_interrupt); } public boolean isDirectory() { if (name == null) { return false; } return name.equals(ILisaacModel.section_directory); } public boolean isExternal() { if (name == null) { return false; } return name.equals(ILisaacModel.section_external); } public boolean isPrivateStyle() { return !isPublic() && typeList == null; } public Prototype getPrototype() { return prototype; } public List getOutlineItems() { List items = new ArrayList(); if (slots != null) { for (int i=0; iArguments : "); buffer.append("("); for (int i=0; i"+name[i]+""); buffer.append(" : "); buffer.append(""+subType+""); if (i != name.length-1) { buffer.append(", "); } } buffer.append(")"); return buffer.toString(); } public Position getPosition() { return position; } public void getMatchProposals(String n, ArrayList matchList, int offset, int length) { for (int i=0; i edits) { // TODO Auto-generated method stub } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ICode.java0000644000175000017500000000046111314031253026004 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.types.IType; public interface ICode { IType getType(Slot slot, Prototype prototype); void refactorRenamePrototype(String oldName, String newName, List edits); } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMWrite.java0000644000175000017500000000133211314031253026463 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.types.IType; public class ITMWrite implements ICode { protected ICode assign; protected ICode value; protected char type; public ITMWrite(ICode assign, ICode value, char type) { super(); this.assign = assign; this.value = value; this.type = type; } public IType getType(Slot slot, Prototype prototype) { // TODO Auto-generated method stub return null; } public void refactorRenamePrototype(String oldName, String newName, List edits) { assign.refactorRenamePrototype(oldName, newName, edits); value.refactorRenamePrototype(oldName, newName, edits); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMOperator.java0000644000175000017500000000102311314031253027161 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.types.IType; public class ITMOperator implements ICode { protected String name; public ITMOperator(String name) { this.name = name; } public String getName() { return name; } public IType getType(Slot slot, Prototype prototype) { // TODO Auto-generated method stub return null; } public void refactorRenamePrototype(String oldName, String newName, List edits) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMListIdf.java0000644000175000017500000000106311314031253026730 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.ArrayList; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.types.IType; public class ITMListIdf implements ICode { ArrayList list; public ITMListIdf(ArrayList list) { this.list = list; } public IType getType(Slot slot, Prototype prototype) { // TODO Auto-generated method stub return null; } public void refactorRenamePrototype(String oldName, String newName, List edits) { // TODO Auto-generated method stub } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/IConstant.java0000644000175000017500000000012311314031253026716 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; public interface IConstant extends ICode { } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMList.java0000644000175000017500000001001311314031253026300 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.ArrayList; import java.util.List; import org.eclipse.jface.text.contentassist.CompletionProposal; import org.eclipse.jface.text.contentassist.ICompletionProposal; import org.eclipse.swt.graphics.Image; import org.eclipse.text.edits.DeleteEdit; import org.eclipse.text.edits.InsertEdit; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.LisaacParser; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.outline.OutlineImages; public class ITMList implements ICode { protected ICode[] code; protected ITMLocal[] localList; protected ITMLocal[] staticList; protected int startOffset, endOffset; private Slot owner; public ITMList(Slot slot, int start) { startOffset = start; endOffset = startOffset; owner = slot; if (slot != null) { slot.addSubList(this); } } public Slot getOwner() { return owner; } public void setEndOffset(int end) { endOffset = end; } public void setCode(ICode[] code) { this.code = code; } public void setLocalList(ITMLocal[] list) { localList = list; } public void setStaticList(ITMLocal[] list) { staticList = list; } public boolean hasVariableDefinition(String word) { return getLocal(word) != null; } public ITMLocal getLocal(String word) { if (localList != null) { for (int i=0; i getLocalMatches(String n) { List result = new ArrayList(); if (localList != null) { for (int i=0; i matchList, int offset, int length) { List matches = getLocalMatches(n); for (int i=0; i 0) { return code[code.length-1].getType(slot, prototype); // FIXME list type } return null; } public boolean isInside(int offset) { return offset >= startOffset && offset <= endOffset; } public void refactorRenamePrototype(String oldName, String newName, List edits) { if (localList != null && owner != null) { for (int i=0; i edits) { IType type = local.getType(); Position p = local.getPosition(); if (p != null && type.toString().compareTo(oldName) == 0) { LisaacParser parser = owner.getPrototype().openParser(); parser.setPosition(p.offset+p.length); parser.readCharacter(':'); parser.readSpace(); int startOffset = parser.getOffset(); edits.add(new DeleteEdit(startOffset, oldName.length())); edits.add(new InsertEdit(startOffset, newName)); } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMExpression.java0000644000175000017500000000134711314031253027536 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.types.IType; /** * operator list message */ public class ITMExpression implements ICode { protected ICode[] valueList; public ITMExpression(ICode[] list) { valueList = list; } public IType getType(Slot slot, Prototype prototype) { if (valueList != null && valueList.length > 0) { return valueList[valueList.length-1].getType(slot, prototype); // FIXME expr type } return null; } public void refactorRenamePrototype(String oldName, String newName, List edits) { for (int i=0; i edits) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMReadArg2.java0000644000175000017500000000413311314031253026762 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.core.runtime.CoreException; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.LisaacCompletionParser; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.TypeSimple; public class ITMReadArg2 extends ITMRead { protected ICode argFirst; protected ICode argSecond; public ITMReadArg2(String name, ICode a1, ICode a2) { super(name); this.argFirst = a1; this.argSecond = a2; } public IType getType(Slot slot, Prototype prototype) { // // operator expression. // if (name.startsWith("__")) { // FIXME __infix __prefix __postfix?? // Get type of left part of operator. IType type = argFirst.getType(slot, prototype); if (type != null) { try { Prototype operatorPrototype = LisaacCompletionParser.findPrototype(""+type); if (operatorPrototype != null) { Slot operatorSlot = operatorPrototype.lookupSlot(name); if (operatorSlot != null) { // return result type of operator. return operatorSlot.getResultType(); } else { if (name.compareTo("__infix_equal") == 0) { // special case for '=' operator (can't be a slot) return TypeSimple.getTypeBoolean(); } } } } catch (CoreException e) { } } // second chance with second argument FIXME use __postfix? type = argSecond.getType(slot, prototype); if (type != null) { try { Prototype operatorPrototype = LisaacCompletionParser.findPrototype(""+type); if (operatorPrototype != null) { Slot operatorSlot = operatorPrototype.lookupSlot(name); if (operatorSlot != null) { // return result type of operator. return operatorSlot.getResultType(); } } } catch (CoreException e) { } } } // // classic slot // return super.getType(slot, prototype); } public void refactorRenamePrototype(String oldName, String newName, List edits) { argFirst.refactorRenamePrototype(oldName, newName, edits); argSecond.refactorRenamePrototype(oldName, newName, edits); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMLDots.java0000644000175000017500000000054611314031253026424 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.types.IType; public class ITMLDots implements ICode { public IType getType(Slot slot, Prototype prototype) { return null; } public void refactorRenamePrototype(String oldName, String newName, List edits) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/Slot.java0000644000175000017500000003114511314031253025745 0ustar sonntagsonntag package org.lisaac.ldt.model.items; import java.util.ArrayList; import org.eclipse.jface.text.contentassist.ICompletionProposal; import org.eclipse.jface.viewers.StyledString; import org.eclipse.swt.graphics.Image; import org.eclipse.text.edits.DeleteEdit; import org.eclipse.text.edits.InsertEdit; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.editors.ColorManager; import org.lisaac.ldt.editors.LisaacCompletionProposal; import org.lisaac.ldt.model.ILisaacModel; import org.lisaac.ldt.model.LisaacParser; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.outline.OutlineSlot; public class Slot { protected Section sectionId; protected Position position; protected String name; protected char style; protected char affect; // ':', '?', '<' protected IArgument[] argumentList; protected IType resultType; protected String[] keywordList; protected ICode value; protected ArrayList subLists; protected String comment; protected Position body; public Slot(Position position, String name, Section sectionId) { this.name = name; this.position = position; this.sectionId = sectionId; } public String getName() { return name; } public char getStyle() { return style; } public char getAffect() { return affect; } public IArgument getArgument(int i) { return argumentList[i]; } public Section getSectionId() { return sectionId; } public IType getResultType() { return resultType; } public void setArgumentList(IArgument[] argumentList) { this.argumentList = argumentList; } public void setResultType(IType resultType) { this.resultType = resultType; } public void setKeywordList(String[] keywordList) { this.keywordList = keywordList; } public void setComment(String comment) { this.comment = comment; } public void setAffect(char affect) { this.affect = affect; } public Position getPosition() { return position; } public Position getPositionBody() { return body; } public void setBody(Position p) { body = p; } public int keywordCount() { if (keywordList == null) { return 0; } return keywordList.length; } // // Value. // public void setValue(ICode v) { if (affect == '<') { value = v; } else { // TODO not yet implemented } } public ICode getValue() { return value; } public void addSubList(ICode list) { if (subLists == null) { subLists = new ArrayList(); } subLists.add(list); } // // Access associativity & priority level. // protected int priorityAndLevel; public void setAssociativity(String p, int l) { if (p == null || p.equals(ILisaacModel.keyword_left)) { priorityAndLevel = l; } else { priorityAndLevel = -l; } } public String getAssociativity() { String result; if (priorityAndLevel >= 0) { result = ILisaacModel.keyword_left; } else { result = ILisaacModel.keyword_right; } return result; } public int getPriority() { if (priorityAndLevel < 0) { return -priorityAndLevel; } return priorityAndLevel; } public void setStyle(char style) { this.style = style; } public boolean hasArgument(String word) { return getArgument(word) != null; } public IArgument getArgument(String word) { if (argumentList != null) { for (int i = 0; i < argumentList.length; i++) { if (argumentList[i].hasName(word)) { return argumentList[i]; } } } return null; } public boolean hasVariableDefinition(String word, int offset) { return getVariableDefinition(word, offset) != null; } public IVariable getVariableDefinition(String word, int offset) { ITMList list; if (subLists != null) { for (int i = 0; i < subLists.size(); i++) { ICode c = subLists.get(i); if (c instanceof ITMList) { list = (ITMList) c; if (list != null && list.isInside(offset)) { // list variable IVariable var = list.getLocal(word); if (var != null) { return var; } } } else if (c instanceof ITMBlock) { list = ((ITMBlock) c).list; IArgument arg = ((ITMBlock) c).argument; if (list != null && arg != null && list.isInside(offset) && arg.hasName(word)) { // block argument return arg; } } } } return null; } public IVariable getVariable(String word, int offset) { IVariable result = getArgument(word); if (result == null) { result = getVariableDefinition(word, offset); } return result; } public Prototype getPrototype() { return sectionId.getPrototype(); } private String getOperatorName() { String s = name.substring(2); StringBuffer result = new StringBuffer("'"); int index; do { index = s.indexOf("_"); s = s.substring(index + 1); if (index != -1) { if (s.startsWith("add")) { result.append('+'); } else if (s.startsWith("sub")) { result.append('-'); } else if (s.startsWith("logicnot")) { result.append('~'); } else if (s.startsWith("not")) { result.append('!'); } else if (s.startsWith("div")) { result.append('/'); } else if (s.startsWith("mul")) { result.append('*'); } else if (s.startsWith("xor")) { result.append('^'); } else if (s.startsWith("mod")) { result.append('%'); } else if (s.startsWith("greater")) { result.append('>'); } else if (s.startsWith("less")) { result.append('<'); } else if (s.startsWith("equal")) { result.append('='); } else if (s.startsWith("notdiv")) { result.append('\\'); } else if (s.startsWith("or")) { result.append('|'); } else if (s.startsWith("and")) { result.append('&'); } else if (s.startsWith("dollar")) { result.append('$'); } else if (s.startsWith("diese")) { result.append('#'); } else if (s.startsWith("at")) { result.append('@'); } else if (s.startsWith("ask")) { result.append('?'); } } } while (index != -1); result.append('\''); return result.toString(); } public String getSignature(boolean isCall) { if (name.startsWith("__")) { return getOperatorName(); } if (keywordList == null || keywordList.length < 1) { return name; } StringBuffer buffer = new StringBuffer(); buffer.append(keywordList[0]); buffer.append(" "); int keywordIndex = 1; for (int argIndex = 0; argIndex < argumentList.length; argIndex++) { if (isCall) { buffer.append(argumentList[argIndex].getName()); } else { argumentList[argIndex].printIn(buffer); } buffer.append(" "); if (keywordIndex < keywordList.length) { buffer.append(keywordList[keywordIndex]); buffer.append(" "); keywordIndex++; } } if (!isCall && resultType.toString() != null) { buffer.append(" : " + resultType); } return buffer.toString(); } public StyledString getStyledSignature(boolean isCall, boolean showProto) { ColorManager colors = ColorManager.getDefault(); StyledString result = new StyledString(); if (name.startsWith("__")) { result.append(getOperatorName(), colors.getOperatorStyler()); return result; } if (keywordList == null || keywordList.length < 1) { result.append(name, colors.getSlotStyler()); return result; } result.append(keywordList[0], colors.getSlotStyler()); result.append(" "); int keywordIndex = 1; for (int argIndex = 0; argIndex < argumentList.length; argIndex++) { if (isCall) { result.append(argumentList[argIndex].getName(), colors.getVariableStyler()); } else { argumentList[argIndex].styledPrintIn(result); } result.append(" "); if (keywordIndex < keywordList.length) { result.append(keywordList[keywordIndex], colors.getSlotStyler()); result.append(" "); keywordIndex++; } } if (!isCall && resultType.toString() != null) { result.append(" : "); result.append(resultType.toString(), colors.getPrototypeStyler()); } if (showProto) { result.append(" - ", StyledString.QUALIFIER_STYLER); result.append(getPrototype().getName(), StyledString.QUALIFIER_STYLER); } return result; } public void getSlotProposals(ArrayList proposals, int offset, int length) { if (name.startsWith("__")) { // no operator in the completion. return; } Image image = new OutlineSlot(this).getImage(); String displayString = getSignature(true); StyledString styledString = getStyledSignature(false, true); if (checkUnicity(proposals,styledString.getString())) { proposals.add(new LisaacCompletionProposal(displayString, offset, length, displayString.length() - 1, image, styledString)); } } public void getSlotMatchProposals( ArrayList proposals, int offset, int length, int matchLength) { Image image = new OutlineSlot(this).getImage(); String displayString = getSignature(true); StyledString styledString = getStyledSignature(false, true); if (checkUnicity(proposals,styledString.getString())) { displayString = displayString.substring(matchLength); proposals.add(new LisaacCompletionProposal(displayString, offset, length, displayString.length(), image, styledString)); } } public void getArgumentMatchProposals(String n, ArrayList matchList, int offset, int length) { if (argumentList != null) { for (int i = 0; i < argumentList.length; i++) { argumentList[i].getMatchProposals(n,matchList, offset, length); } } } public void getLocalMatchProposals(String n, ArrayList matchList, int offset, int length) { ITMList list; if (subLists != null) { for (int i = 0; i < subLists.size(); i++) { ICode c = subLists.get(i); if (c instanceof ITMList) { list = (ITMList) c; if (list != null && list.isInside(offset)) { // list variable list.getMatchProposals(n, matchList, offset, length); } } else if (c instanceof ITMBlock) { list = ((ITMBlock) c).list; IArgument arg = ((ITMBlock) c).argument; if (list != null && arg != null && list.isInside(offset)) { // block argument arg.getMatchProposals(n, matchList, offset, length); } } } } } // FIXME cannot compare display string now... they're already unique, ex: "slot - SON" and "slot - FATHER" public static boolean checkUnicity(ArrayList proposals, String str) { for (int i=0; i"); buffer.append(getSignature(false)); buffer.append(" - "); buffer.append(getPrototype().getName()); buffer.append(""); if (comment != null) { buffer.append("\n\n"); buffer.append(comment); buffer.append(""); } return buffer.toString(); } public TextEdit[] refactorRenamePrototype(String oldName, String newName) { ArrayList result = new ArrayList(); // 1. rename arguments for (int i=0; i 0) { return result.toArray(new TextEdit[result.size()]); } return null; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/items/ITMResult.java0000644000175000017500000000107411314031253026652 0ustar sonntagsonntagpackage org.lisaac.ldt.model.items; import java.util.List; import org.eclipse.text.edits.TextEdit; import org.lisaac.ldt.model.types.IType; public class ITMResult implements ICode { protected ICode value; public ITMResult(ICode value) { this.value = value; } public IType getType(Slot slot, Prototype prototype) { if (value != null) { return value.getType(slot, prototype); } return null; } public void refactorRenamePrototype(String oldName, String newName, List edits) { value.refactorRenamePrototype(oldName, newName, edits); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/ILisaacFileVisitor.java0000644000175000017500000000023111314031253027360 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import org.lisaac.ldt.model.items.Prototype; public interface ILisaacFileVisitor { void visit(Prototype prototype); } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/LisaacParser.java0000644000175000017500000011605511314031253026260 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import java.io.InputStream; import java.util.ArrayList; import java.util.LinkedList; import java.util.List; import org.lisaac.ldt.model.items.IArgument; import org.lisaac.ldt.model.items.ICode; import org.lisaac.ldt.model.items.IConstant; import org.lisaac.ldt.model.items.ITMArgs; import org.lisaac.ldt.model.items.ITMArgument; import org.lisaac.ldt.model.items.ITMBlock; import org.lisaac.ldt.model.items.ITMCharacter; import org.lisaac.ldt.model.items.ITMExpression; import org.lisaac.ldt.model.items.ITMExternal; import org.lisaac.ldt.model.items.ITMExternalType; import org.lisaac.ldt.model.items.ITMLDots; import org.lisaac.ldt.model.items.ITMList; import org.lisaac.ldt.model.items.ITMListIdf; import org.lisaac.ldt.model.items.ITMLocal; import org.lisaac.ldt.model.items.ITMNumber; import org.lisaac.ldt.model.items.ITMOld; import org.lisaac.ldt.model.items.ITMOperator; import org.lisaac.ldt.model.items.ITMPrototype; import org.lisaac.ldt.model.items.ITMRead; import org.lisaac.ldt.model.items.ITMReadArg1; import org.lisaac.ldt.model.items.ITMReadArg2; import org.lisaac.ldt.model.items.ITMReadArgs; import org.lisaac.ldt.model.items.ITMReal; import org.lisaac.ldt.model.items.ITMResult; import org.lisaac.ldt.model.items.ITMString; import org.lisaac.ldt.model.items.ITMWrite; import org.lisaac.ldt.model.items.Prototype; import org.lisaac.ldt.model.items.Section; import org.lisaac.ldt.model.items.Slot; import org.lisaac.ldt.model.types.IType; import org.lisaac.ldt.model.types.ITypeMono; import org.lisaac.ldt.model.types.TypeBlock; import org.lisaac.ldt.model.types.TypeGeneric; import org.lisaac.ldt.model.types.TypeMulti; import org.lisaac.ldt.model.types.TypeParameter; import org.lisaac.ldt.model.types.TypeSelf; import org.lisaac.ldt.model.types.TypeSimple; /** * Lisaac Prototype Parser */ public class LisaacParser extends AbstractLisaacParser { private String selfType; private ILisaacContext sectionContext; private ILisaacContext slotContext; // private Slot lastSlot; private ITMList lastGroup; private Section lastSection; // public LisaacParser(String selfType, InputStream contents, ILisaacModel model) { super(contents, model); this.model = model; this.selfType = selfType; sectionContext = new SectionContext(this); slotContext = new SlotContext(this); initialize(); } public LisaacParser(String selfType, String contents) { super(contents); this.selfType = selfType; initialize(); } public void initialize() { // // initialisations // super.initialize(); TypeSimple.init(); } public void enableErrorReport(boolean enable) { reporter.enableErrorReport(enable); } public ILisaacContext getSectionContext() { return sectionContext; } public Slot getLastSlot() { return lastSlot; } public void setLastSection(Section section) { if (lastSection != null) { // update last section length Position pos = lastSection.getPosition(); pos.setLength(position - pos.offset); // update link lastSection.setNext(section); } lastSection = section; } // // Lisaac Prototype Parser // //++ TYPE_LIST -> TYPE { ',' TYPE } public ITypeMono[] readTypeList(boolean isSection) { ArrayList lst=null; ITypeMono t; t = readType(false); if (t != null) { if (isSection) { if (! (t instanceof TypeSimple) && ! (t instanceof TypeSelf)) { reporter.syntaxError("For a section, the prototype name only (without '('...')').", getLine()); return null; } } lst = new ArrayList(); lst.add(t); while (readCharacter(',')) { t = readType(false); if (t == null) { reporter.syntaxError("Incorrect type list.", getLine()); return null; } if (isSection) { if (! (t instanceof TypeSimple) && ! (t instanceof TypeSelf)) { reporter.syntaxError("For a section, the prototype name only (without '('...')').", getLine()); return null; } } lst.add(t); } // TODO alias lst } if (lst != null) { return lst.toArray(new ITypeMono[lst.size()]); } return null; } //++ TYPE -> '{' [ (TYPE | '(' TYPE_LIST ')') ';' ] [ TYPE_LIST ] '}' //++ | [type] PROTOTYPE [ CONTRACT ] public ITypeMono readType (boolean isLocal) { ITypeMono result=null; ITypeMono[] lst=null; IType typ_arg=null,typ_res=null; String style=null; if (readCharacter('{')) { // '{' [ (TYPE | '(' TYPE_LIST ')') ';' ] [ TYPE_LIST ] '}' if (readCharacter('(')) { // Read vector argument. lst = readTypeList(false); if (lst == null) { reporter.syntaxError("Incorrect type list.", getLine()); return null; } if (lst.length == 1) { typ_arg = lst[0]; } else { typ_arg = TypeMulti.get(lst); } if (! readCharacter(')')) { reporter.syntaxError("Added ')'.", getLine()); return null; } if (! readCharacter(';')) { reporter.syntaxError("Added ';'.", getLine()); } // Read result type. lst = readTypeList(false); } else { lst = readTypeList(false); if (lst != null) { if (readCharacter(';')) { if (lst.length == 1) { typ_arg = lst[0]; } else { typ_arg = TypeMulti.get(lst); // TODO warning "Added 'typ_arg'." } // Read result type. lst = readTypeList(false); } } } if (lst != null) { if (lst.length == 1) { typ_res = lst[0]; } else { typ_res = TypeMulti.get(lst); } } if (! readCharacter('}')) { reporter.syntaxError("Added '}'.", getLine()); return null; } result = TypeBlock.get(typ_arg, typ_res); } else { // Expanded | Strict if (readThisKeyword(ILisaacModel.keyword_expanded) || readThisKeyword(ILisaacModel.keyword_strict)) { style = getLastString(); if (isLocal && (style.equals(ILisaacModel.keyword_expanded))) { int len = ILisaacModel.keyword_expanded.length(); reporter.syntaxError("`Expanded' is not possible.", getPosition(len)); } } // PROTOTYPE result = readPrototype(style); // TODO read contract } return result; } //++ PROTOTYPE -> cap_identifier{('.'|'...')cap_identifier}['('PARAM_TYPE{','PARAM_TYPE}')'] public ITypeMono readPrototype(String style) { ITypeMono result=null; String name=null; if (readCapIdentifier()) { // TODO syntax {('.'|'...')cap_identifier} name = getString(lastString); if (readCharacter('(')) { // // Genericity. // ArrayList genericity = new ArrayList(); do { ITypeMono t = readParamType(); if (t == null) { reporter.syntaxError("Type needed.", getLine()); return null; } genericity.add(t); } while (readCharacter(',')); // alias genericity array... result = new TypeGeneric(name, style, genericity.toArray(new ITypeMono[genericity.size()])); if (! readCharacter(')')) { reporter.syntaxError("Added ')'.", getLine()); return result; } } else { // Simple type. if (isParameterType) { if (style != null) { reporter.warning("Style `"+style+"' for parameter type is ignored.", getPosition(name.length())); } result = TypeParameter.get(name); } else if (style == null) { if (name.equals(ILisaacModel.prototype_self)) { result = TypeSelf.get(selfType); } else { result = TypeSimple.get(name); } } else { if (name.equals(ILisaacModel.prototype_self)) { reporter.warning("Style `"+style+"' ignored.", getPosition(name.length())); result = TypeSelf.get(selfType); } else { if (name.equals(ILisaacModel.prototype_self)) { result = TypeSelf.get(selfType); } else { result = TypeSimple.get(name); } } } } } return result; } //++ PARAM_TYPE -> TYPE //++ | CONSTANT //++ | identifier private ITypeMono readParamType() { ITypeMono result = readType(false); if (result == null) { IConstant cst = readConstant(); if (cst != null) { // TODO compiler not yet implemented } else if (readIdentifier()) { // TODO compiler not yet implemented } } return result; } //++ SLOT -> style TYPE_SLOT [':' (TYPE|'('TYPE_LIST')') ][ affect DEF_SLOT ]';' public boolean readSlot(Prototype prototype) { char affect; boolean result=false; IType t; char style = readStyle(); if (style != ' ') { // // Classic slot. // result = true; lastSlot = readTypeSlot(); if (lastSlot == null) { reporter.syntaxError("Incorrect slot declaration.", getLine()); return false; } lastSlot.setStyle(style); if (readAffect()) { affect = lastString.charAt(0); } else { affect = ' '; } // ':' (TYPE|'('TYPE_LIST')' if (affect == ' ' && readCharacter(':')) { if (readCharacter('(')) { ITypeMono[] lt = readTypeList(false); if (lt == null) { reporter.syntaxError("Incorrect result type.", getLine()); return false; } if (! readCharacter(')')) { reporter.warning("Added ')' is needed.", getLine()); } t = TypeMulti.get(lt); } else { t = readType(false); if (t == null) { reporter.syntaxError("Incorrect result type.", getLine()); return false; } } if (readAffect()) { affect = lastString.charAt(0); } } else { t = TypeSimple.getTypeVoid(); } lastSlot.setResultType(t); lastSlot.setAffect(affect); setCatchComment(); if (affect != ' ') { readSpace(); setCatchCommentOff(); // readDefSlot(); // } if (! readCharacter(';')) { reporter.syntaxError("Added ';'.", getLine()); return false; } // update slot body position updateLine(); Position body = lastSlot.getPositionBody(); if (body.line != pos_line) { body.setLength(position - body.offset); } else { // one line slot - delete position lastSlot.setBody(null); } if (lastComment != null && lastComment.length() > 0) { lastSlot.setComment(lastComment); } if (lastComment != null && lastSection.isInheritOrInsert()) { // Add parent slot Slot s = prototype.getParentSlot(lastSlot.getName()); if (s != null) { reporter.semanticError("Double slot declaration.", getPosition()); } else { prototype.addParentSlot(lastSlot); } } else { // Added slot in prototype : Slot s = prototype.getSlot(lastSlot.getName()); if (s != null) { reporter.semanticError("Double slot declaration.", getPosition()); } else { prototype.addSlot(lastSlot); lastSection.addSlot(lastSlot); } } } return result; } //++ DEF_SLOT -> [CONTRACT] EXPR [CONTRACT] private void readDefSlot() { readRequire(); ICode expr = readExpr(); if (expr == null) { reporter.syntaxError("Incorrect expression.", getLine()); } lastSlot.setValue(expr); readEnsure(); } //++ TYPE_SLOT -> [ LOC_ARG '.' ] identifier [ LOC_ARG { identifier LOC_ARG } ] //++ | [ LOC_ARG ] '\'' operator '\'' [("Left"|"Right") [integer]] [LOC_ARG] public Slot readTypeSlot() { Slot result=null; IArgument arg=null; ArrayList list_arg = new ArrayList(); arg = readLocArg(false,true); if (arg == null) { if (readCharacter('\'')) { result = readSlotOperator(list_arg); } else { //arg = new ITMArgument(ILisaacModel.variable_self, TypeSimple.getTypeSelf()); //list_arg.add(arg); no use here? result = readSlotKeyword(list_arg); } } else { list_arg.add(arg); if (readCharacter('.')) { result = readSlotKeyword(list_arg); } else if (readCharacter('\'')) { result = readSlotOperator(list_arg); } } if (result != null) { result.setArgumentList(list_arg.toArray(new IArgument[list_arg.size()])); } return result; } private Slot readSlotKeyword(ArrayList list_arg) { Slot result=null; Position slotPosition = getPosition(); Position slotBody = getPosition(); int start_pos = position; if (readIdentifier()) { String n = new String(lastString); ArrayList keywords = new ArrayList(); keywords.add(n); IArgument arg = readLocArg(false,false); if (arg != null) { list_arg.add(arg); if (readIdentifier()) { // TODO section external -> syntax error do { n += "__" + lastString; keywords.add(new String(lastString)); arg = readLocArg(false,false); if (arg == null) { reporter.syntaxError("Incorrect symbol.", getLine()); return null; } list_arg.add(arg); } while (readIdentifier()); } } slotPosition.setLength(position - start_pos); result = new Slot(slotPosition, getString(n), lastSection); // result.setKeywordList(keywords.toArray(new String[keywords.size()])); result.setBody(slotBody); // } return result; } //++ LOC_ARG -> identifier ':' TYPE //++ | '(' LOCAL ')' public IArgument readLocArg(boolean mute, boolean selfFirst) { IArgument result=null; if ((selfFirst && readThisKeyword(ILisaacModel.variable_self)) || (! selfFirst && readIdentifier())) { int startPos = position; //Position pos = getPosition(); String n = new String(lastString); if (readCharacter(':') && lastCharacter() != '=') { ITypeMono t = readType(true); if (t == null) { reporter.syntaxError("Incorrect type.", getLine()); return null; } // TODO SELF /*if (selfFirst && (t != TypeSimple.getTypeSelf()) && ((object.name != ALIAS_STR.prototype_block) || {tb ?= t; tb = NULL})) { reporter.syntaxError("Type `SELF' is needed.", getPosition()); }*/ Position p = getPosition(); p.offset = startPos; result = new ITMArgument(n, t, p); } else { if (! mute) { reporter.warning("Added ':' is needed.", getLine()); } } } else if (readCharacter('(')) { result = readLocalArg(mute, selfFirst); if (result == null) { if (! mute) { reporter.syntaxError("Incorrect argument definition.", getLine()); return null; } } else { if (! readCharacter(')')) { reporter.warning("Added ')'.", getPosition()); } } } return result; } private IArgument readLocalArg(boolean m, boolean s) { IArgument result=null; boolean mute = m; int startPos; int firstPos = position; if ((s && readThisKeyword(ILisaacModel.variable_self)) || readIdentifier()) { List name = new ArrayList(); List type = new ArrayList(); int beg = 0; do { if (name.size() != 0 && !readIdentifier() && !mute) { reporter.syntaxError("Incorrect argument identifier.", getLine()); return null; } startPos = position; name.add(lastString); if (readCharacter(':') && lastCharacter() != '=') { mute = false; ITypeMono t = readType(true); if (t == null) { reporter.syntaxError("Incorrect argument type.", getLine()); return null; } for (int i=beg; i list_arg) { Slot result=null; String associativity=null; int priority=0; Position slotPosition = getPosition(); Position slotBody = getPosition(); if (! readOperator()) { reporter.syntaxError("Operator is needed.", getLine()); return null; } if (lastString.equals(ILisaacModel.symbol_equal) || lastString.equals(ILisaacModel.symbol_not_equal)) { reporter.syntaxError("Incorrect operator.", getLine()); return null; } String name = new String(lastString); slotPosition.setLength(name.length()); if (! readCharacter('\'')) { reporter.warning("Added `''.", getLine()); } if (readThisKeyword(ILisaacModel.keyword_left) || readThisKeyword(ILisaacModel.keyword_right)) { associativity = new String(lastString); if (readInteger()) { priority = (int) lastInteger; } } if (list_arg.isEmpty()) { // Prefix operator. IArgument arg = readLocArg(false, true); if (arg == null) { reporter.syntaxError("Operator declaration invalid.", getLine()); return null; } if (arg != null) { list_arg.add(arg); } name = getOperator("__prefix", name); if (associativity != null) { reporter.syntaxError("No associativity for postfix operator.", getLine()); } } else { IArgument arg = readLocArg(false,false); if (arg != null) { // Infix operator. list_arg.add(arg); name = getOperator("__infix", name); if (associativity == null) { associativity = ILisaacModel.keyword_left; } } else { // Postfix operator. name = getOperator("__postfix", name); if (associativity != null) { reporter.syntaxError("No associativity for prefix operator.", getLine()); } } } result = new Slot(slotPosition, name, lastSection); result.setAssociativity(associativity, priority); result.setBody(slotBody); return result; } private String getOperator(String typ, String op) { StringBuffer s = new StringBuffer(typ); for (int i=0; i': s.append("_greater"); break; case '<': s.append("_less"); break; case '=': s.append("_equal"); break; case '\\': s.append("_notdiv"); break; case '|': s.append("_or"); break; case '&': s.append("_and"); break; case '$': s.append("_dollar"); break; case '#': s.append("_diese"); break; case '@': s.append("_at"); break; case '?': s.append("_ask"); break; } } return getString(s.toString()); // alias string } //++ EXPR -> { ASSIGN !!AMBIGU!! affect } EXPR_OPERATOR //++ ASSIGN -> '(' IDF_ASSIGN { ',' IDF_ASSIGN } ')' //++ | IDF_ASSIGN //++ IDF_ASSIGN -> identifier { identifier } public ICode readExpr() { ICode result=null; boolean again; String string_tmp2=""; // !! AMBIGU resolution !! saveContext(); if (readCharacter('(')) { ArrayList l_assignment = new ArrayList(); do { again = false; if (readIdentifier()) { //p = position - lastString.length(); string_tmp2 = new String(lastString); while (readIdentifier()) { string_tmp2 += "__" + lastString; } String name = getString(string_tmp2); l_assignment.add(name); if (readCharacter(',')) { again = true; } } } while(again); if (!l_assignment.isEmpty() && readCharacter(')') && readAffect()) { result = new ITMListIdf(l_assignment); char affect = lastString.charAt(0); ICode value = readExpr(); if (value == null) { reporter.syntaxError("Incorrect expression.", getLine()); return null; } if (affect == '<') { reporter.syntaxError("Impossible '<-' style assignment with vector.", getPosition(lastString.length())); return null; } result = new ITMWrite(result, value, affect); } else { // FREE l_assignment } } else if (readIdentifier()) { //p = position - lastString.length(); string_tmp2 = new String(lastString); while (readIdentifier()) { string_tmp2 += "__" + lastString; } String name = getString(string_tmp2); if (readAffect()) { result = new ITMRead(name); char affect = lastString.charAt(0); ICode value = readExpr(); if (value == null) { reporter.syntaxError("Incorrect expression.", getLine()); return null; } result = new ITMWrite(result, value, affect); } } if (result == null) { restoreContext(); result = readExprOperator(); } return result; } //++ EXPR_OPERATOR-> { operator } EXPR_MESSAGE { operator {operator} EXPR_MESSAGE } {operator} private ICode readExprOperator() { ICode result=null; int first_msg,last_msg; ArrayList l_expr = new ArrayList(); while (readOperator()) { ICode expr = new ITMOperator(new String(lastString)); l_expr.add(expr); } ICode expr = readExprMessage(); if (expr == null) { // Error. if (l_expr.size() > 0) { reporter.syntaxError("Incorrect expression.", getLine()); } // free l_expr } else { // { operator {operator} EXPR_MESSAGE } {operator} first_msg = l_expr.size(); do { last_msg = l_expr.size(); l_expr.add(expr); if (readOperator()) { do { expr = new ITMOperator(new String(lastString)); l_expr.add(expr); } while (readOperator()); expr = readExprMessage(); } else { expr = null; } } while (expr != null); // Last Post-fix operator. while (last_msg < l_expr.size()-1) { ITMOperator itm_op = (ITMOperator) l_expr.get(last_msg+1); expr = new ITMReadArg1(getOperator("__postfix", itm_op.getName()), l_expr.get(last_msg)); l_expr.set(last_msg, expr); l_expr.remove(last_msg+1); } if (last_msg - first_msg < 3) { // First Pre-fix operator. while (first_msg != 0) { ITMOperator itm_op = (ITMOperator) l_expr.get(first_msg - 1); expr = new ITMReadArg1(getOperator("__prefix", itm_op.getName()), l_expr.get(first_msg)); l_expr.add(first_msg, expr); first_msg = first_msg - 1; l_expr.remove(first_msg); } } if (l_expr.size() == 1) { result = l_expr.get(0);// first // free l_expr } else if (l_expr.size() == 3) { // Simple binary message. ITMOperator itm_op = (ITMOperator) l_expr.get(1);// second result = new ITMReadArg2(getOperator("__infix", itm_op.getName()), l_expr.get(0), l_expr.get(2)); // free l_expr } else { // Complex expression. result = new ITMExpression(l_expr.toArray(new ICode[l_expr.size()])); } } return result; } //++ EXPR_MESSAGE -> EXPR_BASE { '.' SEND_MSG } protected ICode readExprMessage() { ICode result = readExprBase(); if (result != null) { while (readCharacter('.')) { result = readSendMsg(result); if (result == null) { reporter.syntaxError("Incorrect message.", getLine()); return null; } } } return result; } //++ EXPR_BASE -> "Old" EXPR //++ | EXPR_PRIMARY //++ | SEND_MSG public ICode readExprBase() { ICode result=null; if (readThisKeyword(ILisaacModel.keyword_old)) { ICode old_value = readExpr(); if (old_value == null) { reporter.syntaxError("Incorrect `Old' expression.", getLine()); return null; } result = new ITMOld(old_value); } else { result = readExprPrimary(); if (result == null) { result = readSendMsg(null); } } return result; } //++ EXPR_PRIMARY -> "Self" //++ | result //++ | PROTOTYPE //++ | CONSTANT //++ | '(' GROUP ')' //++ | '{' [ LOC_ARG ';' !! AMBIGU!! ] GROUP '}' //++ | external [ ':' ['('] TYPE ['{' TYPE_LIST '}'] [')'] ] public ICode readExprPrimary() { ICode result=null; String result_id=null; ITypeMono type=null; ITMList group_sav=null; readSpace(); Position pos = getPosition(); if (readThisKeyword(ILisaacModel.variable_self)) { result = new ITMRead(new String(lastString)); } else if (readThisKeyword(ILisaacModel.keyword_result)) { if (lastCharacter() == '_') { position = position + 1; string_tmp = "" + ILisaacModel.keyword_result + "_"; while (Character.isDigit(lastCharacter())) { string_tmp += lastCharacter(); position = position + 1; } if (string_tmp.length() <= 0) { reporter.syntaxError("Incorrect Result number.", getLine()); } result_id = getString(string_tmp); } else { result_id = ILisaacModel.keyword_result; } result = new ITMRead(result_id); } else if ((type = readPrototype(null)) != null) { result = new ITMPrototype(type, pos); } else if ((result = readConstant()) != null) { } else if (readCharacter('(')) { group_sav = lastGroup; lastGroup = new ITMList(lastSlot, position); result = lastGroup; lastGroup.setCode(readGroup()); if (! readCharacter(')')) { reporter.syntaxError("Added ')'.", getLine()); return null; } lastGroup.setEndOffset(position); lastGroup = group_sav; } else if (readCharacter('{')) { group_sav = lastGroup; lastGroup = new ITMList(lastSlot, position); saveContext(); // !! SAVE CONTEXT !! // IArgument arg = readLocArg(true,false); // if (arg != null) { if (! readCharacter(';')) { reporter.syntaxError("Added ';'.", getLine()); return null; } } else { restoreContext(); // !! RESTORE CONTEXT !! } result = new ITMBlock(lastGroup, arg, lastSlot); lastGroup.setCode(readGroup()); if (! readCharacter('}')) { reporter.syntaxError("Added '}'.", getLine()); return null; } lastGroup.setEndOffset(position); lastGroup = group_sav; } else if (readExternal()) { if (! readCharacter(':')) { result = new ITMExternal(new String(lastString)); } else { boolean persistant = readCharacter('('); ITMExternalType ext = new ITMExternalType(new String(lastString), persistant); type = readType(false); if (type == null) { reporter.syntaxError("Incorrect type.", getLine()); return null; } ext.setType(type); if (readCharacter('{')) { ITypeMono[] ltype = readTypeList(false); if (ltype == null) { reporter.syntaxError("Incorrect live type list.", getLine()); return null; } if (! readCharacter('}')) { reporter.syntaxError("Added '}'.", getLine()); return null; } ext.setTypeList(ltype); } if (ext.isPersistant() && (! readCharacter(')'))) { reporter.syntaxError("Added '}'.", getLine()); return null; } result = ext; } } return result; } //++ CONSTANT -> integer //++ | real //++ | characters //++ | string private IConstant readConstant() { IConstant result=null; if (readReal()) { result = new ITMReal(new String(lastReal)); } else if (readInteger()) { result = new ITMNumber(lastInteger); } else if (readCharacters()) { result = new ITMCharacter(new String(lastString)); } else if (readString()) { result = new ITMString(new String(lastString)); } return result; } //++ GROUP -> DEF_LOCAL {EXPR ';'} [ EXPR {',' {EXPR ';'} EXPR } ] private ICode[] readGroup() { readDefLocal(); ArrayList result = new ArrayList(); ICode e = readExpr(); while (e != null && readCharacter(';')) { result.add(e); e = readExpr(); } if (e != null) { if (readCharacter(',')) { do { e = new ITMResult(e); result.add(e); e = readExpr(); while (e != null && readCharacter(';')) { result.add(e); e = readExpr(); } if (e == null) { reporter.syntaxError("Incorrect multiple result expression.", getLine()); return null; } } while (readCharacter(',')); } e = new ITMResult(e); result.add(e); } return result.toArray(new ICode[result.size()]); } //++ DEF_LOCAL -> { style LOCAL ';' } !! AMBIGU !! private void readDefLocal() { List loc_lst; saveContext(); // !! SAVE CONTEXT !! char style = readStyle(); ArrayList local_list = new ArrayList(); ArrayList static_list = new ArrayList(); while (style != ' ') { loc_lst = readLocal(true); if (loc_lst != null) { if (style == '+') { local_list.addAll(loc_lst); } else { static_list.addAll(loc_lst); } if (! readCharacter(';')) { reporter.syntaxError("Added ';'.", getLine()); } saveContext(); // !! SAVE CONTEXT !! style = readStyle(); } else { restoreContext(); // !! RESTORE CONTEXT !! style = ' '; } } if (local_list.isEmpty()) { // free local_list } else { lastGroup.setLocalList(local_list.toArray(new ITMLocal[local_list.size()])); } if (static_list.isEmpty()) { // free static_list } else { lastGroup.setStaticList(static_list.toArray(new ITMLocal[static_list.size()])); } } //++ SEND_MSG -> identifier [ ARGUMENT { identifier ARGUMENT } ] public ICode readSendMsg(ICode firstArg) { ICode result=null; if (readIdentifier()) { // // Classic Message. // String n = getString(lastString);// create alias // Argument list. LinkedList l_arg = new LinkedList(); ICode arg = readArgument(); if (arg != null) { l_arg.addLast(arg); while (readIdentifier()) { n += "__" + lastString; // FIXME: alias pb arg = readArgument(); if (arg == null) { reporter.syntaxError("Incorrect argument.", getLine()); return null; } l_arg.addLast(arg); } } String name = getString(n); // FIXME alias pb if (l_arg.isEmpty()) { if (firstArg == null) { // Local ou Implicite Slot without argument. result = new ITMRead(name); } else { result = new ITMReadArg1(name, firstArg); } // free l_arg } else if (l_arg.size() == 1) { result = new ITMReadArg2(name, firstArg, l_arg.get(0)); // free l_arg } else { l_arg.addFirst(firstArg); result = new ITMReadArgs(name, l_arg.toArray(new ICode[l_arg.size()])); } } return result; } //++ ARGUMENT -> EXPR_PRIMARY //++ | identifier private ICode readArgument() { ICode result = readExprPrimary(); if (result == null && readIdentifier()) { result = new ITMRead(new String(lastString)); } return result; } //++ LOCAL -> { identifier [ ':' TYPE ] ',' } identifier ':' TYPE private List readLocal(boolean m) { List result=null; int beg = 0; boolean mute = m; if (readIdentifier()) { result = new LinkedList(); do { if (result.size() != 0 && !readIdentifier() && !mute) { reporter.syntaxError("Incorrect identifier.", getLine()); return null; } ITMLocal loc = new ITMLocal(new String(lastString), getPosition()); result.add(loc); if (readCharacter(':') && lastCharacter() != '=') { mute = false; ITypeMono t = readType(false); if (t == null) { reporter.syntaxError("Incorrect local type.", getLine()); return null; } for (int j=beg; j '[' DEF_LOCAL { ( EXPR ';' | "..." ) } ']' private ITMList readContract() { ITMList result = null; if (readCharacter('[')) { result = new ITMList(lastSlot, position); lastGroup = result; readDefLocal(); ArrayList lst = new ArrayList(); boolean doContinue = false; do { ICode e = readExpr(); if (e == null) { doContinue = readWord(ILisaacModel.keyword_ldots); if (doContinue) { lst.add(new ITMLDots()); } } else { lst.add(e); if (! readCharacter(';')) { reporter.syntaxError("Added ';'.", getLine()); return null; } doContinue = true; } } while (doContinue); if (! readCharacter(']')) { reporter.syntaxError("Added ']'.", getLine()); return null; } // TODO lst add prototype void result.setCode(lst.toArray(new ICode[lst.size()])); result.setEndOffset(position); } return result; } public boolean skipUntilThisKeyword(String st) { int idx; int posold; boolean result=false; while (! isEOF() && ! result) { idx = 0; while ((readSpace() || lastCharacter() == '\n') && lastCharacter() != st.charAt(idx)) { position++; } posold = position; position++; idx++; if (! isEOF()) { while (idx <= st.length()-1 && lastCharacter() == st.charAt(idx)) { position++; idx++; } if (idx > st.length()-1) { lastString = st; position = posold; result = true; } } } return result; } public String readSlotNameFromOffset(int offset, boolean modifyCurrentOffset) { String result=null; int oldPosition = position; position = offset; //++ TYPE_SLOT -> [ LOC_ARG '.' ] identifier [ LOC_ARG { identifier LOC_ARG } ] //++ | [ LOC_ARG ] '\'' operator '\'' [("Left"|"Right") [integer]] [LOC_ARG] if (! skipLocalArg(true)) { if (readCharacter('\'')) { result = readSlotNameOperator(); } else { result = readSlotNameKeyword(); } } else { if (readCharacter('.')) { result = readSlotNameKeyword(); } else if (readCharacter('\'')) { result = readSlotNameOperator(); } } if (! modifyCurrentOffset) { position = oldPosition; } return result; } //++ LOC_ARG -> identifier ':' TYPE //++ | '(' LOCAL ')' public boolean skipLocalArg(boolean selfFirst) { boolean result=false; if ((selfFirst && readThisKeyword(ILisaacModel.variable_self)) || (! selfFirst && readIdentifier())) { if (readCharacter(':') && lastCharacter() != '=') { return skipType(); } } else if (readCharacter('(')) { result = skipLocal(selfFirst); if (! result) { return false; } else { if (! readCharacter(')')) { return false; } result = true; } } return result; } private boolean skipLocal(boolean s) { boolean result = false; if ((s && readThisKeyword(ILisaacModel.variable_self)) || readIdentifier()) { int size = 0; do { if (size != 0 && !readIdentifier()) { return false; } size++; if (readCharacter(':') && lastCharacter() != '=') { if (!skipType()) { return false; } result = true; } } while (readCharacter(',')); } return result; } private String readSlotNameKeyword() { String result=null; if (readIdentifier()) { result = new String(lastString); if (skipLocalArg(false)) { if (readIdentifier()) { do { result += "__" + lastString; if (! skipLocalArg(false)) { return null; } } while (readIdentifier()); } } } return result; } private String readSlotNameOperator() { String result=null; if (! readOperator()) { return null; } result = new String(lastString); result = getOperator("__infix", result);// TODO fix!! prefix postfix return result; } //++ TYPE -> '{' [ (TYPE | '(' TYPE_LIST ')') ';' ] [ TYPE_LIST ] '}' //++ | [type] PROTOTYPE [ CONTRACT ] public boolean skipType () { boolean result=false; if (readCharacter('{')) { // '{' [ (TYPE | '(' TYPE_LIST ')') ';' ] [ TYPE_LIST ] '}' if (readCharacter('(')) { // Read vector argument. result = skipTypeList(); if (! result) { return false; } if (! readCharacter(')')) { return false; } if (! readCharacter(';')) { return false; } // Read result type. result = skipTypeList(); } else { result = skipTypeList(); if (result) { if (readCharacter(';')) { // Read result type. result = skipTypeList(); } } } if (! readCharacter('}')) { return false; } result = true; } else { // Expanded | Strict if (readThisKeyword(ILisaacModel.keyword_expanded) || readThisKeyword(ILisaacModel.keyword_strict)) { } // PROTOTYPE result = skipPrototype(); // TODO read contract } return result; } //++ TYPE_LIST -> TYPE { ',' TYPE } public boolean skipTypeList() { boolean result=false; result = skipType(); if (result) { while (readCharacter(',')) { result = skipType(); if (! result) { return false; } } } return result; } //++ PROTOTYPE -> cap_identifier{('.'|'...')cap_identifier}['('PARAM_TYPE{','PARAM_TYPE}')'] public boolean skipPrototype() { boolean result=false; if (readCapIdentifier()) { // TODO syntax {('.'|'...')cap_identifier} if (readCharacter('(')) { // // Genericity. // do { if (! skipParamType()) { return false; } } while (readCharacter(',')); if (! readCharacter(')')) { return false; } result = true; } else { // Simple type. result = true; } } return result; } //++ PARAM_TYPE -> TYPE //++ | CONSTANT //++ | identifier private boolean skipParamType() { if (! skipType()) { // TODO compiler not yet implemented return false; } return true; } //++ SEND_MSG -> identifier [ ARGUMENT { identifier ARGUMENT } ] public String readKeywordInSendMsg(String keyword, int keywordOffset) { String result=null; boolean keywordFound=false; if (readIdentifier()) { // // Classic Message. // String n = getString(lastString);// create alias if (n.compareTo(keyword) == 0 && position == keywordOffset+keyword.length()) { keywordFound = true; } // Argument list. ICode arg = readArgument(); if (arg != null) { while (readIdentifier()) { if (lastString.compareTo(keyword) == 0 && position == keywordOffset+keyword.length()) { keywordFound = true; } n += "__" + lastString; // FIXME: alias pb arg = readArgument(); if (arg == null) { reporter.syntaxError("Incorrect argument.", getPosition()); return null; } } } // return slot full name result = getString(n); // FIXME alias pb } if (! keywordFound) { result = null; } return result; } /** * Read the next context in lisaac code. * @return Context at parser position */ public ILisaacContext readContext() { readSpace(); int old_pos = position; // // Try read Section Context. // if (readThisKeyword (ILisaacModel.keyword_section)) { position = old_pos; return sectionContext; } // // Try read Slot Context. // if (readCharacter('-') || readCharacter('+')) { position = old_pos; return slotContext; } // restore old position (unread) position = old_pos; if (position >= source.length()-1) { return null; } else { // error reporter.syntaxError("Syntax error", getLine()); return sectionContext.getNextContext(); // go to next section } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/0000755000175000017500000000000011314031253023620 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPString.java0000644000175000017500000000053511314031253026301 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPString extends LIPConstant { protected String value; LIPString(String i) { value = i; } public static LIPString get(String i) { // TODO storage.. return new LIPString(i); } public void free() { // TODO storage.add_last Self; } public String getName() { return "STRING"; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPValue.java0000644000175000017500000000025411314031253026105 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPValue extends LIPCode { protected LIPConstant value; public LIPValue(LIPConstant value) { this.value = value; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPInteger.java0000644000175000017500000000053311314031253026426 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPInteger extends LIPConstant { protected int value; LIPInteger(int i) { value = i; } public static LIPInteger get(int i) { // TODO storage.. return new LIPInteger(i); } public void free() { // TODO storage.add_last Self; } public String getName() { return "INTEGER"; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPAffect.java0000644000175000017500000000034011314031253026215 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPAffect extends LIPCode { protected String name; protected LIPCode value; public LIPAffect(String name, LIPCode value) { this.name = name; this.value = value; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPSlotData.java0000644000175000017500000000107211314031253026543 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPSlotData extends LIPCode { protected String name; protected LIPConstant value; public LIPSlotData(String name, LIPConstant value) { this.name = name; this.value = value; // TODO check double declaration } public String toString() { StringBuffer result = new StringBuffer(); result.append(name); result.append(":"); result.append(value.getName()); return result.toString(); } public void setValue(LIPConstant value) { this.value = value; } public String getName() { return name; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPIf.java0000644000175000017500000000052011314031253025363 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPIf extends LIPCode { protected LIPCode condition; protected LIPCode[] thenCode; protected LIPCode[] elseCode; public LIPIf(LIPCode condition, LIPCode[] thenCode, LIPCode[] elseCode) { this.condition = condition; this.thenCode = thenCode; this.elseCode = elseCode; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPBoolean.java0000644000175000017500000000072011314031253026406 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPBoolean extends LIPConstant { private static LIPBoolean lipTrue = new LIPBoolean(true); private static LIPBoolean lipFalse = new LIPBoolean(false); protected boolean value; LIPBoolean(boolean i) { value = i; } public static LIPBoolean get(boolean b) { if (b) { return lipTrue; } else { return lipFalse; } } public void free() {; } public String getName() { return "BOOLEAN"; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPCall.java0000644000175000017500000000035211314031253025703 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPCall extends LIPCode { protected String name; protected LIPCode argument; public LIPCall(String name, LIPCode argument) { this.name = name; this.argument = argument; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPBinary.java0000644000175000017500000000042411314031253026254 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPBinary extends LIPCode { protected LIPCode left, right; protected char operator; public LIPBinary(LIPCode left, char operator, LIPCode right) { this.left = left; this.right = right; this.operator = operator; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPConstant.java0000644000175000017500000000021511314031253026617 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public abstract class LIPConstant { public abstract String getName(); public abstract void free(); } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPUnary.java0000644000175000017500000000035511314031253026131 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPUnary extends LIPCode { protected LIPCode value; protected char operator; public LIPUnary(char operator, LIPCode value) { this.value = value; this.operator = operator; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPSlotCode.java0000644000175000017500000000250011314031253026541 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; import org.lisaac.ldt.model.ILisaacModel; public class LIPSlotCode extends LIPCode { protected String section; protected String name; protected String comment; protected LIPSlotData argument; protected LIPCode[] code; public LIPSlotCode(String section, String name, LIPSlotData argument, LIPCode[] code) { this.section = section; this.name = name; this.argument = argument; this.code = code; } public String getName() { return name; } public String getComment() { return comment; } public void setComment(String comment) { this.comment = comment; } public boolean isPublic() { return section.equals(ILisaacModel.section_public); } public String toString() { StringBuffer result = new StringBuffer(" -"); result.append(name); if (argument != null) { result.append(" <"); result.append(argument); result.append(">"); } result.append(" :\n"); if (comment != null) { result.append(comment); } else { result.append("\t Sorry, no comment (see `make.lip').\n"); } return result.toString(); } public void addLastCode(LIPCode instr) { // TODO use array list LIPCode[] newCode = new LIPCode[code.length + 1]; System.arraycopy(code, 0, newCode, 0, code.length); newCode[newCode.length - 1] = instr; code = newCode; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIPPrint.java0000644000175000017500000000025411314031253026125 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; public class LIPPrint extends LIPCode { protected LIPCode message; public LIPPrint(LIPCode message) { this.message = message; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/lip/LIP.java0000644000175000017500000000370611314031253025115 0ustar sonntagsonntagpackage org.lisaac.ldt.model.lip; import java.util.ArrayList; import java.util.HashMap; public class LIP { private static final String PROJECT_PATH_SLOT = "project_path"; private static final String LISAAC_PATH_SLOT = "path"; private String filename; /** parent lip files */ protected ArrayList listParent = new ArrayList(); /** lip method list */ protected ArrayList listMethod = new ArrayList(); /** lip data */ protected HashMap listData = new HashMap(); public LIP(String filename) { this.filename = filename; } public String getFileName() { return filename; } public void addParent(String string) { listParent.add(string); } public void addMethod(LIPSlotCode m) { listMethod.add(m); } public void addData(LIPSlotData data) { listData.put(data.getName(),data); } public ArrayList getParentList() { return listParent; } public void clearParents() { listParent = null; } public LIPSlotCode getMethod(int i) { return listMethod.get(i); } public int getMethodCount() { return listMethod.size(); } public LIPSlotCode getPublicMethod(int index) { int count = 0; for (int i=0; i list; public AliasString() { list = new HashSet(); // add model string constants list.add(ILisaacModel.section_header); list.add(ILisaacModel.section_inherit); list.add(ILisaacModel.section_insert); list.add(ILisaacModel.section_public); list.add(ILisaacModel.section_private); list.add(ILisaacModel.section_interrupt); list.add(ILisaacModel.section_mapping); list.add(ILisaacModel.section_directory); list.add(ILisaacModel.section_external); list.add(ILisaacModel.keyword_section); list.add(ILisaacModel.keyword_right); list.add(ILisaacModel.keyword_left); list.add(ILisaacModel.keyword_ldots); list.add(ILisaacModel.keyword_old); list.add(ILisaacModel.keyword_expanded); list.add(ILisaacModel.keyword_strict); list.add(ILisaacModel.keyword_result); list.add(ILisaacModel.symbol_affect_immediate); list.add(ILisaacModel.symbol_affect_cast); list.add(ILisaacModel.symbol_affect_code); list.add(ILisaacModel.symbol_auto_export); list.add(ILisaacModel.symbol_equal); list.add(ILisaacModel.symbol_not_equal); list.add(ILisaacModel.symbol_great); list.add(ILisaacModel.symbol_great_equal); list.add(ILisaacModel.symbol_less); list.add(ILisaacModel.symbol_less_equal); list.add(ILisaacModel.slot_name); list.add(ILisaacModel.slot_export); list.add(ILisaacModel.slot_import); list.add(ILisaacModel.slot_external); list.add(ILisaacModel.slot_default); list.add(ILisaacModel.slot_type); list.add(ILisaacModel.slot_version); list.add(ILisaacModel.slot_date); list.add(ILisaacModel.slot_comment); list.add(ILisaacModel.slot_author); list.add(ILisaacModel.slot_bibliography); list.add(ILisaacModel.slot_language); list.add(ILisaacModel.slot_copyright); list.add(ILisaacModel.slot_bug_report); list.add(ILisaacModel.prototype_true); list.add(ILisaacModel.prototype_false); list.add(ILisaacModel.prototype_self); list.add(ILisaacModel.prototype_string); list.add(ILisaacModel.prototype_integer); list.add(ILisaacModel.prototype_real); list.add(ILisaacModel.prototype_boolean); list.add(ILisaacModel.prototype_character); list.add(ILisaacModel.prototype_block); list.add(ILisaacModel.variable_null); list.add(ILisaacModel.variable_void); list.add(ILisaacModel.variable_self); // lip list.add(ILisaacModel.slot_lip); list.add(ILisaacModel.slot_if); list.add(ILisaacModel.slot_else); list.add(ILisaacModel.slot_print); } public String get (String str) { if (! list.contains(str)) { list.add(str); } return str; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/model/LisaacModel.java0000644000175000017500000002064111314031253026057 0ustar sonntagsonntagpackage org.lisaac.ldt.model; import java.io.InputStream; import java.util.HashMap; import org.eclipse.core.resources.IFile; import org.eclipse.core.resources.IFolder; import org.eclipse.core.resources.IProject; import org.eclipse.core.resources.IResource; import org.eclipse.core.resources.IResourceVisitor; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IPath; import org.eclipse.core.runtime.Path; import org.eclipse.swt.widgets.Display; import org.eclipse.ui.IPartService; import org.eclipse.ui.IWorkbenchPart; import org.eclipse.ui.IWorkbenchWindow; import org.eclipse.ui.PlatformUI; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.builder.ILisaacErrorHandler; import org.lisaac.ldt.editors.AbstractLisaacEditor; import org.lisaac.ldt.editors.LisaacEditor; import org.lisaac.ldt.model.items.Prototype; import org.lisaac.ldt.model.lip.LIP; /** * Represents Lisaac model of a project * @author Damien Bouvarel */ public class LisaacModel implements ILisaacModel{ /** list of all encoutered models */ private static HashMap modelList; /** list of all legal prototypes path */ private LisaacPath modelPath; /** list of all encountered prototypes */ private HashMap prototypes; /** lip makefile of this model */ private LIP lipCode; /** project associated with this model */ private IProject project; /** error handler */ private ILisaacErrorHandler reporter; /** lisaac parser */ private LisaacParser parser; /** string aliaser */ private AliasString aliasString; /** modification flag */ private boolean isProjectCompiled; public static AbstractLisaacEditor currentEditor = null; public LisaacModel(IProject project) { this.project = project; prototypes = new HashMap(); aliasString = new AliasString(); // add this model to the model list if (modelList == null) { modelList = new HashMap(); } modelList.put(project, this); // create lisaac path modelPath = new LisaacPath(project, "make.lip"); // TODO get lip from property page isProjectCompiled = false; } public IProject getProject() { return project; } public void setProject(IProject project) { this.project = project; } public AliasString getAliasString() { return aliasString; } public LisaacParser getParser() { return parser; } public LisaacPath getPathManager() { return modelPath; } public LIP getLipCode() { return lipCode; } public Prototype getPrototype(String name) throws CoreException { Prototype result=null; if (prototypes != null) { result = prototypes.get(name); // prototype is already cached if (result == null && modelPath != null) { // cache new prototype String prototypePath = modelPath.getFullPath(name); if (prototypePath != null) { IPath location = new Path(prototypePath); IPath projectLocation = project.getLocation(); IFile file = null; if (projectLocation.isPrefixOf(location)) { // the file is inside the workspace location = location.removeFirstSegments(projectLocation.segmentCount()); file = project.getFile(location); } else { // file is outside workspace : create link in /lib IFolder lib = project.getFolder("lib"); if (!lib.exists()) { lib.create(false, true, null); } file = lib.getFile(new Path(location.lastSegment())); if (! file.isAccessible() && ! file.exists()) { file.createLink(location, IResource.NONE, null); // //ResourceAttributes attrib = new ResourceAttributes(); //attrib.setReadOnly(true); //file.setResourceAttributes(attrib); // } } result = parsePrototype(file, file.getContents(), new ILisaacErrorHandler() { public void fatalError(String msg, Position position) { } public void semanticError(String msg, Position position) { } public void syntaxError(String msg, Position position) { } public void warning(String msg, Position position) { } public void enableErrorReport(boolean enable) { } }); } } } return result; } public void refreshPresentation() { final IWorkbenchPart part = currentEditor; Display display = PlatformUI.getWorkbench().getDisplay(); if (currentEditor != null) { display.asyncExec(new Runnable() { public void run() { ((AbstractLisaacEditor)part).refreshPresentation(); } }); } } public void accept(final ILisaacFileVisitor visitor) { try { project.accept(new IResourceVisitor() { public boolean visit(IResource resource) throws CoreException { if (resource instanceof IFile) { if (resource.getName().endsWith(".li")) { String name = extractPrototypeName(resource.getName()); visitor.visit(getPrototype(name)); } } return true; } }); } catch (CoreException e) { // TODO Auto-generated catch block e.printStackTrace(); } } /** parse and create part of current model */ public Prototype parsePrototype(IFile file, InputStream contents, ILisaacErrorHandler reporter) { this.reporter = reporter; String name = file.getName(); String prototypeName = extractPrototypeName(name); modelPath.addPath(prototypeName, file.getLocation()); parser = new LisaacParser(prototypeName, contents, this); Prototype prototype = new Prototype(file, prototypeName, this); ILisaacContext context = parser.readContext(); while (context != null) { if (context.parseDefinition(prototype)) { context = parser.readContext(); } else { context = context.getNextContext(); } } parser.setLastSection(null);// close last section // add new prototype to current model prototypes.put(prototype.getName(), prototype); return prototype; } /** remove part of current model */ public void removePrototype(IResource resource) { prototypes.remove(extractPrototypeName(resource.getName())); } /** parse and create part of current model * @throws CoreException */ public void parseLip(String name, InputStream contents, ILisaacErrorHandler reporter) throws CoreException { this.reporter = reporter; lipCode = new LIP(name); LipParser lipParser = new LipParser(contents, this); if (! lipParser.parse()) { reporter.syntaxError("Syntax error.", lipParser.getPosition()); return; } /* // parse lip parents for (int i=0; i * Scan a range of a document into tokens, the scanner is used by the repairer * to create the text presentation. */ public class LisaacScanner extends RuleBasedScanner { // Lisaac tokens private IToken stringToken; private IToken characterToken; private IToken numberToken; private IToken prototypeToken; private IToken prototypeStyleToken; private IToken keywordToken; private IToken localVariableToken; private IToken operatorToken; private IToken externalToken; private IToken undefinedToken; /** * Creates a new Lisaac scanner. */ public LisaacScanner(ColorManager manager) { /* * Create lisaac tokens. */ stringToken = manager.getToken(ILisaacColor.PREF_STRING, ILisaacColor.STYLE_STRING); characterToken = manager.getToken(ILisaacColor.PREF_CHARACTER, ILisaacColor.STYLE_CHARACTER); numberToken = manager.getToken(ILisaacColor.PREF_NUMBER, ILisaacColor.STYLE_NUMBER); prototypeToken = manager.getToken(ILisaacColor.PREF_PROTOTYPE, ILisaacColor.STYLE_PROTOTYPE); prototypeStyleToken = manager.getToken(ILisaacColor.PREF_PROTOTYPE_STYLE, ILisaacColor.STYLE_PROTOTYPE_STYLE); keywordToken = manager.getToken(ILisaacColor.PREF_KEYWORD, ILisaacColor.STYLE_KEYWORD); localVariableToken = manager.getToken(ILisaacColor.PREF_LOCAL_SLOT, ILisaacColor.STYLE_LOCAL_SLOT); operatorToken = manager.getToken(ILisaacColor.PREF_OPERATOR, ILisaacColor.STYLE_OPERATOR); externalToken = manager.getToken2(ILisaacColor.PREF_EXTERNAL, ILisaacColor.PREF_LOCAL_SLOT); undefinedToken = manager.getToken(ILisaacColor.PREF_SLOT, ILisaacColor.STYLE_SLOT); //new Token(getAttribute(ILisaacColor.UNDEFINED)); /* * Create basic lisaac rules. */ IRule[] rules = new IRule[5]; // Add rule for processing strings // rules[0] = new LisaacPatternRule("\"", "\"", stringToken, '\\', false, true, true);// double // rules[0] = new PatternRule("'", "'", characterToken, '\\', true, true, true);// simple // Add generic whitespace rule. rules[0] = new WhitespaceRule(new LisaacWhitespaceDetector()); // keywords rule WordRule wr = new WordRule(new LisaacKeywordDetector(), Token.UNDEFINED); String[] keywords = ILisaacModel.keywords; for (int i = 0; i < keywords.length; i++) { wr.addWord(keywords[i], keywordToken); } rules[1] = wr; // prototype rule rules[2] = new WordRule(new LisaacPrototypeDetector(), prototypeToken); // simple lisaac word rule //rules[5] = new WordRule(new LisaacWordDetector(), undefinedToken); rules[3] = new LisaacWordRule(new LisaacWordDetector(), undefinedToken, localVariableToken); // lisaac external //rules[5] = new SingleLineRule("`", "`", externalToken, '\0', true);// back // quotes // number rule rules[4] = new WordRule(new LisaacNumberDetector(), numberToken); // add basic rules setRules(rules); } /* * @see ITokenScanner#nextToken() */ public IToken nextToken() { fTokenOffset = fOffset; fColumn = UNDEFINED; // // Lisaac scan // // start processing basic rules first if (fRules != null) { for (int i = 0; i < fRules.length; i++) { IToken token = (fRules[i].evaluate(this)); if (!token.isUndefined()) return token; } } // none of the basic rules fired char c = (char) read(); if (c != ICharacterScanner.EOF) { if (c == '+' || c == '-') { if (getColumn() == 3) {// slot style return prototypeStyleToken; } if (detectLocalSlot()) { // local slot style return prototypeStyleToken; } return operatorToken;// arithmetic + or - } if (c == '<') {// list affect c = (char) read(); if (c == '-') { return fDefaultReturnToken; } else { unread(); return operatorToken; } } if (c == ':') {// slot affect c = (char) read(); if (c != '=') { unread(); if (detectBlockType()) { return prototypeToken; } } return fDefaultReturnToken; } if (c == '?') {// ?= affect c = (char) read(); if (c == '=') { return fDefaultReturnToken; } unread(); return operatorToken; } if (c == '*' || c == '/' || c == '&' || c == '$' || c == '|' || c == '>' || c == '=' || c == '!' || c == '~' || c == '@' || c == '#' || c == '^') { return operatorToken; } if (c == '{' || c == '}') { return operatorToken; } } unread(); // // End of Lisaac scan // if (read() == EOF) return Token.EOF; return fDefaultReturnToken; } private boolean readIndentifier() { char c; int i = 0; do { c = (char) read(); i++; } while (c != ICharacterScanner.EOF && (Character.isLetterOrDigit(c) || c == '_')); unread(); return i > 1; } private void readSpace() { char c; do { c = (char) read(); } while (c != ICharacterScanner.EOF && Character.isWhitespace(c)); unread(); } private boolean detectLocalSlot() { int oldOffset = fOffset; boolean result = false; readSpace(); while (readIndentifier()) { readSpace(); char c = (char) read(); if (c == ICharacterScanner.EOF) break; if (c == ':') { result = true; break; } if (c != ',') break; readSpace(); } fOffset = oldOffset;// unread all fColumn = UNDEFINED; return result; } private boolean detectBlockType() { int oldOffset = fOffset; boolean result = false; readSpace(); char c = (char) read(); if (c != ICharacterScanner.EOF && c == '{') { int level = 1; do { c = (char) read(); if (c != ICharacterScanner.EOF) { if (c == '{') { level++; } else if (c == '}') { level--; } else if (c == '\n' || c == '\r') { break; // no multiline type } else if (((int)c) == 65535) { break; // bug! } } } while (c != ICharacterScanner.EOF && level != 0); if (level == 0) { result = true; } } if (! result) { fOffset = oldOffset;// unread all fColumn = UNDEFINED; } return result; } public int getOffset() { return fOffset; } public static boolean isPrototypeIdentifier(String word) { return detectKeyword(word, new LisaacPrototypeDetector()); } public static boolean isIdentifier(String word) { return detectKeyword(word, new LisaacWordDetector()); } public static boolean isKeywordIdentifier(String word) { return detectKeyword(word, new LisaacKeywordDetector()); } private static boolean detectKeyword(String word, IWordDetector detector) { int i = 0; char c; boolean b = true; if (word.length() > 0 && detector.isWordStart(word.charAt(0))) { if (word.length() == 1) { return true; } i = 1; do { c = word.charAt(i); b = detector.isWordPart(c); i++; } while (i < word.length() && b); if (! b) { return false; } } return i == word.length(); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/AbstractLisaacEditor.java0000644000175000017500000002033311314031253030300 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import java.util.ArrayList; import java.util.HashMap; import java.util.List; import java.util.ListResourceBundle; import org.eclipse.core.resources.IFile; import org.eclipse.core.resources.IProject; import org.eclipse.core.runtime.IProgressMonitor; import org.eclipse.jface.action.Action; import org.eclipse.jface.preference.IPreferenceStore; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.ITextViewerExtension2; import org.eclipse.jface.text.contentassist.ContentAssistant; import org.eclipse.jface.text.contentassist.IContentAssistant; import org.eclipse.jface.text.source.Annotation; import org.eclipse.jface.text.source.ISourceViewer; import org.eclipse.jface.text.source.IVerticalRuler; import org.eclipse.jface.text.source.projection.ProjectionAnnotation; import org.eclipse.jface.text.source.projection.ProjectionAnnotationModel; import org.eclipse.jface.text.source.projection.ProjectionSupport; import org.eclipse.jface.text.source.projection.ProjectionViewer; import org.eclipse.jface.util.PropertyChangeEvent; import org.eclipse.swt.widgets.Composite; import org.eclipse.ui.IEditorInput; import org.eclipse.ui.editors.text.EditorsUI; import org.eclipse.ui.editors.text.TextEditor; import org.eclipse.ui.part.FileEditorInput; import org.eclipse.ui.texteditor.AbstractTextEditor; import org.eclipse.ui.texteditor.ChainedPreferenceStore; import org.eclipse.ui.texteditor.ContentAssistAction; import org.eclipse.ui.texteditor.ITextEditorActionDefinitionIds; import org.eclipse.ui.views.contentoutline.IContentOutlinePage; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.preferences.PreferenceConstants; import org.lisaac.ldt.views.LisaacOutlineView; /** * Main class for the Lisaac editor * @author Damien Bouvarel */ public class AbstractLisaacEditor extends TextEditor { private ColorManager colorManager; /** the outline view. */ private LisaacOutlineView outlineView; private ProjectionSupport projectionSupport; public AbstractLisaacEditor() { super(); colorManager = new ColorManager(LisaacPlugin.getDefault().getPreferenceStore()); setSourceViewerConfiguration(new LisaacConfiguration(colorManager,this)); setDocumentProvider(new LisaacDocumentProvider()); IPreferenceStore store = LisaacPlugin.getDefault().getPreferenceStore(); // wide caret store.setDefault(PREFERENCE_USE_CUSTOM_CARETS, true); store.setDefault(PREFERENCE_WIDE_CARET, true); store = getChainedPreferenceStore(); setPreferenceStore(store); } /** * Returns the preference store to be used by this editor. * @return the preference store to be used by this editor */ private IPreferenceStore getChainedPreferenceStore() { List stores = new ArrayList(); stores.add(LisaacPlugin.getDefault().getPreferenceStore()); stores.add(EditorsUI.getPreferenceStore()); return new ChainedPreferenceStore(stores.toArray(new IPreferenceStore[0])); } public void createPartControl(Composite parent) { super.createPartControl(parent); ProjectionViewer viewer =(ProjectionViewer)getSourceViewer(); projectionSupport = new ProjectionSupport(viewer,getAnnotationAccess(),getSharedColors()); projectionSupport.install(); //turn projection mode on viewer.doOperation(ProjectionViewer.TOGGLE); annotationModel = viewer.getProjectionAnnotationModel(); } /* (non-Javadoc) * @see org.eclipse.ui.texteditor.AbstractTextEditor#createSourceViewer(org.eclipse.swt.widgets.Composite, org.eclipse.jface.text.source.IVerticalRuler, int) */ protected ISourceViewer createSourceViewer(Composite parent, IVerticalRuler ruler, int styles) { ISourceViewer viewer = new ProjectionViewer(parent, ruler, getOverviewRuler(), isOverviewRulerVisible(), styles); // ensure decoration support has been created and configured. getSourceViewerDecorationSupport(viewer); return viewer; } private Annotation[] oldAnnotations; private ProjectionAnnotationModel annotationModel; public void updateFoldingStructure(ArrayList positions) { if (annotationModel == null) { return; } Annotation[] annotations = new Annotation[positions.size()]; //this will hold the new annotations along //with their corresponding positions HashMap newAnnotations = new HashMap(); for(int i =0;i * Attach lisaac partitioning to this documents. */ public class LisaacDocumentProvider extends FileDocumentProvider { protected IDocument createDocument(Object element) throws CoreException { IDocument document = super.createDocument(element); if (document != null) { IDocumentPartitioner partitioner = new FastPartitioner( new LisaacPartitionScanner(), new String[] { LisaacPartitionScanner.LISAAC_DEFAULT, LisaacPartitionScanner.LISAAC_COMMENT, LisaacPartitionScanner.LISAAC_STRING, LisaacPartitionScanner.LISAAC_CHARACTERS, LisaacPartitionScanner.LISAAC_EXTERNAL}); partitioner.connect(document); document.setDocumentPartitioner(partitioner); } return document; } }lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacResourceDecorator.java0000644000175000017500000000567011314031253031027 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.core.resources.IFolder; import org.eclipse.core.resources.IMarker; import org.eclipse.core.resources.IResource; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.QualifiedName; import org.eclipse.jface.resource.ImageDescriptor; import org.eclipse.jface.viewers.IDecoration; import org.eclipse.jface.viewers.ILabelProviderListener; import org.eclipse.jface.viewers.ILightweightLabelDecorator; import org.lisaac.ldt.LisaacPlugin; /** * Handle image decoration in Navigator View */ public class LisaacResourceDecorator implements ILightweightLabelDecorator { private static ImageDescriptor OVERLAY_ERROR = LisaacPlugin.getImageDescriptor("/icons/error_co.gif"); private static ImageDescriptor OVERLAY_WARNING = LisaacPlugin.getImageDescriptor("/icons/warning_co.gif"); private static ImageDescriptor OVERLAY_SOURCE_FOLDER = LisaacPlugin.getImageDescriptor("/icons/source-folder.gif"); private static ImageDescriptor OVERLAY_LIB = LisaacPlugin.getImageDescriptor("/icons/library.gif"); public static String SOURCE_FOLDER_PROPERTY = "source_folder"; public static String LIB_PROPERTY = "lib"; public void decorate(Object element, IDecoration decoration) { if (element instanceof IResource) { int type; try { type = getTypeFromMarkers((IResource) element); if (type == 1) { decoration.addOverlay(OVERLAY_WARNING); } else if (type == 2) { decoration.addOverlay(OVERLAY_ERROR); } if (element instanceof IFolder) { String sourceFolder = ((IResource) element).getPersistentProperty( new QualifiedName("", SOURCE_FOLDER_PROPERTY)); if (sourceFolder != null && sourceFolder != "") { decoration.addOverlay(OVERLAY_SOURCE_FOLDER); } else { String lib = ((IResource) element).getPersistentProperty( new QualifiedName("", LIB_PROPERTY)); if (lib != null && lib != "") { decoration.addOverlay(OVERLAY_LIB); } } } } catch (CoreException e) { } catch (Exception e) { e.printStackTrace(); } } } private int getTypeFromMarkers(IResource res) throws CoreException { if (res == null || !res.isAccessible()) { return 0; } int markerType = 0; IMarker[] markers = res.findMarkers(IMarker.PROBLEM, true, IResource.DEPTH_INFINITE); if (markers != null) { for (int i = 0; i < markers.length && (markerType != 2); i++) { IMarker curr = markers[i]; int priority = curr.getAttribute(IMarker.SEVERITY, -1); if (priority == IMarker.SEVERITY_WARNING) { markerType = 1; } else if (priority == IMarker.SEVERITY_ERROR) { markerType = 2; } } } return markerType; } public void dispose() { } public boolean isLabelProperty(Object element, String property) { return true; } // TODO refresh decorator on marker update public void addListener(ILabelProviderListener listener) { } public void removeListener(ILabelProviderListener listener) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/PrototypeHyperLink.java0000644000175000017500000001212611314031253030105 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.core.resources.IContainer; import org.eclipse.core.resources.IFile; import org.eclipse.core.resources.IProject; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IPath; import org.eclipse.core.runtime.Path; import org.eclipse.jface.text.IRegion; import org.eclipse.jface.text.hyperlink.IHyperlink; import org.eclipse.ui.IWorkbenchPage; import org.eclipse.ui.IWorkbenchPart; import org.eclipse.ui.IWorkbenchWindow; import org.eclipse.ui.ide.IDE; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.items.IVariable; import org.lisaac.ldt.model.items.Prototype; import org.lisaac.ldt.model.items.Slot; public class PrototypeHyperLink implements IHyperlink { private String fPrototypeString; private IRegion fRegion; /** * Creates a new Prototype hyperlink. * @param region * @param urlString */ public PrototypeHyperLink(IRegion region, String string) { fRegion= region; fPrototypeString= string; } /* * @see org.eclipse.jdt.internal.ui.javaeditor.IHyperlink#getHyperlinkRegion() */ public IRegion getHyperlinkRegion() { return fRegion; } /* * @see org.eclipse.jdt.internal.ui.javaeditor.IHyperlink#open() */ public void open() { if (fPrototypeString != null) { IProject project = null; final IWorkbenchWindow w = LisaacPlugin.getDefault().getWorkbench().getActiveWorkbenchWindow(); IWorkbenchPart part = w.getPartService().getActivePart(); if (part instanceof LisaacEditor) { project = ((LisaacEditor)part).getProject(); } if (part instanceof LipEditor) { return; } if (project != null) {// open 'prototype' in editor, select 'slot' at 'position' Prototype prototype = null; Slot slot = null; Position position = null; LisaacModel model = LisaacModel.getModel(project); if (LisaacScanner.isPrototypeIdentifier(fPrototypeString)) { // prototype hyperlink try { prototype = model.getPrototype(fPrototypeString); } catch (CoreException e) { return; } } else { // Slot Hyperlink try { prototype = LisaacModel.getCurrentPrototype(); slot = prototype.getSlotFromKeyword(fPrototypeString, prototype.openParser(), fRegion.getOffset()); } catch (CoreException e) { return; } if (slot != null) { // slot hyperlink prototype = slot.getPrototype(); position = slot.getPosition(); } else { // variable hyperlink IVariable variable = null; slot = prototype.getSlot(fRegion.getOffset()); if (slot != null) { variable = slot.getVariable(fPrototypeString, fRegion.getOffset()); } if (variable != null) { Position p = variable.getPosition(); int len = fPrototypeString.length(); if (p.length > 0) { len = p.length; } position = new Position(0, 0, p.offset-len, len); } else { // is 'text' a slot-call argument? slot = prototype.lookupSlot(fPrototypeString); if (slot != null) { prototype = slot.getPrototype(); position = slot.getPosition(); } else { prototype = null; } } } } if (prototype != null) { final IProject p = project; final String filename = prototype.getFileName(); final String prototypePath = prototype.getModel().getPathManager().getFullPath(prototype.getName()); final Position selectPosition = position; part.getSite().getShell().getDisplay().asyncExec(new Runnable() { public void run() { IWorkbenchPage page = w.getActivePage(); if (page == null) { return; } if (prototypePath != null) { IPath location = new Path(prototypePath); IPath projectLocation = p.getLocation(); IFile file = null; if (projectLocation.isPrefixOf(location)) { // the file is inside the workspace location = location.removeFirstSegments(projectLocation.segmentCount()); file = p.getFile(location); } else { // file is outside workspace : search in /lib IContainer lib = p.getFolder("lib"); if (lib == null) { lib = p; } file = lib.getFile(new Path(filename)); } try { IDE.openEditor(page, file); if (selectPosition != null) { IWorkbenchPart part = w.getPartService().getActivePart(); if (part instanceof LisaacEditor) { ((LisaacEditor)part).selectAndReveal(selectPosition.offset, selectPosition.length); } } } catch (CoreException e) { // TODO open editor error e.printStackTrace(); } } } }); } } fPrototypeString = null; } } /* * @see org.eclipse.jdt.internal.ui.javaeditor.IHyperlink#getHyperlinkText() */ public String getHyperlinkText() { return fPrototypeString; } /* * @see org.eclipse.jdt.internal.ui.javaeditor.IHyperlink#getTypeLabel() */ public String getTypeLabel() { return null; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacDamagerRepairer.java0000644000175000017500000000343011314031253030417 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.jface.text.ITypedRegion; import org.eclipse.jface.text.TextAttribute; import org.eclipse.jface.text.TextPresentation; import org.eclipse.jface.text.rules.DefaultDamagerRepairer; import org.eclipse.jface.text.rules.IToken; import org.eclipse.jface.text.rules.ITokenScanner; import org.eclipse.jface.text.rules.Token; public class LisaacDamagerRepairer extends DefaultDamagerRepairer{ public LisaacDamagerRepairer(ITokenScanner scanner) { super(scanner); } /* * @see IPresentationRepairer#createPresentation(TextPresentation, ITypedRegion) */ public void createPresentation(TextPresentation presentation, ITypedRegion region) { if (fScanner == null) { // will be removed if deprecated constructor will be removed addRange(presentation, region.getOffset(), region.getLength(), fDefaultTextAttribute); return; } int lastStart= region.getOffset(); int length= 0; boolean firstToken= true; IToken lastToken= Token.UNDEFINED; TextAttribute lastAttribute= getTokenTextAttribute(lastToken); fScanner.setRange(fDocument, lastStart, region.getLength()); while (true) { IToken token= fScanner.nextToken(); if (token.isEOF()) break; // define text attribute for this token TextAttribute attribute= getTokenTextAttribute(token); if (lastAttribute != null && lastAttribute.equals(attribute)) { length += fScanner.getTokenLength(); firstToken= false; } else { if (!firstToken) addRange(presentation, lastStart, length, lastAttribute); firstToken= false; lastToken= token; lastAttribute= attribute; lastStart= fScanner.getTokenOffset(); length= fScanner.getTokenLength(); } } // process last token addRange(presentation, lastStart, length, lastAttribute); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacAutoEditStrategy.java0000644000175000017500000002200311314031253030623 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.jface.text.BadLocationException; import org.eclipse.jface.text.DefaultIndentLineAutoEditStrategy; import org.eclipse.jface.text.DocumentCommand; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.IRegion; import org.eclipse.jface.text.Region; import org.eclipse.jface.text.TextUtilities; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.preferences.PreferenceConstants; public class LisaacAutoEditStrategy extends DefaultIndentLineAutoEditStrategy { /** * @see DefaultIndentLineAutoEditStrategy#customizeDocumentCommand(IDocument, DocumentCommand) */ public void customizeDocumentCommand(IDocument d, DocumentCommand c) { editDocumentCommand(d, c); } /** * Customizes the given document command to edit the given document. * @param document the document * @param command the command * @see DefaultIndentLineAutoEditStrategy#customizeDocumentCommand(IDocument, DocumentCommand) */ protected void editDocumentCommand(IDocument document, DocumentCommand command) { String textCommand = command.text; if (textCommand != null) { boolean enableIndent = LisaacPlugin.getDefault().getPreferenceStore().getBoolean(PreferenceConstants.P_LISAAC_INDENT); if (! enableIndent) { return; } String[] lineDelimiters = document.getLegalLineDelimiters(); int endOfLineIndex = TextUtilities.endsWith(lineDelimiters, textCommand); if (endOfLineIndex > -1) { // this is an end of line indentOnNewLine(document, command); } else if (textCommand.equals("\t")) { // this is a tab indentOnTab(document, command); } else { // this is another character or string indentOnSpecificChar(document, command); } } } /** * Indent One line. * @param indentLine line to be indented * @param document * @param command * @return last indentation for the next line */ private static void doIndentLine(int indentLine, IDocument document, DocumentCommand command) { try { // // find last line indent // int lastIndent = getIndentWithPreviousLine(indentLine, document); // // current line indent // IRegion currentLineInfo = document.getLineInformation(indentLine); int lineStart = currentLineInfo.getOffset(); int lineEnd = currentLineInfo.getOffset() + currentLineInfo.getLength(); IRegion originalBlankRegion = getBlankAfterOffset(document, lineStart); int currentIndent = originalBlankRegion.getLength(); // special case if (lineEnd - originalBlankRegion.getOffset()+currentIndent > 8) { String instr = document.get(originalBlankRegion.getOffset()+currentIndent,8); if (instr.startsWith("Section ")) { lastIndent = 2; // insertion in current line if (command != null) { command.text = ""; command.offset = lineStart; command.length = currentIndent; } else { document.replace(lineStart, currentIndent, ""); } return; } } int i = lineEnd-1; int indent2 = 0; while (i >= lineStart) { char c = document.getChar(i); switch (c) { case '{': case '(': case '[': if (indent2 != 0) { indent2 -= 2; } break; case '}': case ')': case ']': indent2 += 2; break; case '\"':// string " " do { i--; if (i >= lineStart) { c = document.getChar(i); } } while (i >= lineStart && c != '\"'); break; case '\'':// string ' ' do { i--; if (i >= lineStart) { c = document.getChar(i); } } while (i >= lineStart && c != '\''); break; } i--; } // // insertion in current line // lastIndent -= indent2; if (command != null) { command.text = createString(lastIndent); command.offset = lineStart; command.length = currentIndent; } else { document.replace(lineStart, currentIndent, createString(lastIndent)); } } catch (BadLocationException excp) { // stop work } } /** * Get line indentation using previous line. */ private static int getIndentWithPreviousLine(int line, IDocument document) { int result = 0; try { // // find last line indent // while (line > 0) { line--; IRegion lineRegion = document.getLineInformation(line); int lineStart = lineRegion.getOffset(); int lineEnd = lineRegion.getOffset() + lineRegion.getLength(); IRegion originalBlankRegion = getBlankAfterOffset(document, document.getLineOffset(line)); result = originalBlankRegion.getLength(); // special case if (lineEnd - originalBlankRegion.getOffset()+result > 8) { String instr = document.get(originalBlankRegion.getOffset()+result,8); if (instr.startsWith("Section ")) { result = 2; break; } } int i = lineStart; int deltaIndent = 0; while (i < lineEnd) { char c = document.getChar(i); switch (c) { case '{': case '(': case '[': deltaIndent += 2; break; case '}': case ')': case ']': if (deltaIndent != 0) { deltaIndent -= 2; } break; case '\"':// string " " do { i++; if (i < lineEnd) { c = document.getChar(i); } } while (i < lineEnd && c != '\"'); break; case '\'':// string ' ' do { i++; if (i < lineEnd) { c = document.getChar(i); } } while (i < lineEnd && c != '\''); break; } i++; } result += deltaIndent; if (getBlankEnd(document,lineStart) != lineEnd) { // not empty line break; } } } catch (BadLocationException excp) { // stop work } return result; } /** * Get the blank region of given line after offset */ private static int getBlankEnd(IDocument document, int offset) throws BadLocationException { IRegion lineRegion = document.getLineInformationOfOffset(offset); int blankEnd = offset; int maxBlankEnd = lineRegion.getOffset() + lineRegion.getLength(); while (blankEnd < maxBlankEnd) { char c = document.getChar(blankEnd); if (c != ' ' && c != '\t') { break; } blankEnd++; } return blankEnd; } /** * Customizes the given command to edit the given document when a newline is pressed. * @param document the document * @param command the command */ protected void indentOnNewLine(IDocument document, DocumentCommand command) { try { int p = (command.offset == document.getLength() ? command.offset - 1 : command.offset); int line = document.getLineOfOffset(p); // indent previous line doIndentLine(line, document, command); // get indent for new line int indent = getIndentWithPreviousLine(line+1, document); // // indent new line // //IRegion info = document.getLineInformation(line); command.addCommand(p/*info.getOffset() + info.getLength()*/, 0, "\n"+createString(indent), null); command.shiftsCaret = true; command.caretOffset = p /*info.getOffset() + info.getLength()*/; } catch (BadLocationException e) { // stop work } } /** * Get the blank region of given line after offset */ private static IRegion getBlankAfterOffset(IDocument document, int offset) throws BadLocationException { IRegion lineRegion = document.getLineInformationOfOffset(offset); int blankEnd = offset; int maxBlankEnd = lineRegion.getOffset() + lineRegion.getLength(); while (blankEnd < maxBlankEnd) { char c = document.getChar(blankEnd); if (c != ' ' && c != '\t') { break; } blankEnd++; } return new Region(offset, blankEnd - offset); } /** * Returns a blank string of the given length. * @param length the length of the string to create * @return a blank string of the given length */ public static String createString(int length) { StringBuffer buffer = new StringBuffer(length); for (int index = 0 ; index < length ; index++) { buffer.append(' '); } return buffer.toString(); } /** * Customizes the given command to edit the given document when a tabulation is pressed. * @param document the document * @param command the command */ protected void indentOnTab(IDocument document, DocumentCommand command) { //fullIndentDocument(document); try { int p = (command.offset == document.getLength() ? command.offset - 1 : command.offset); int line = document.getLineOfOffset(p); doIndentLine(line, document, command); } catch (BadLocationException excp) { // stop work } } /** * Customizes the given command to edit the given document when a specific character is pressed. * @param document the document * @param command the command */ protected void indentOnSpecificChar(IDocument document, DocumentCommand command) { // TODO code templates!!! } /** * Indent correctly the whole document * @param document the document */ public static void fullIndentDocument(IDocument document) { int line = 0; int maxLine = document.getNumberOfLines(); while (line < maxLine) { doIndentLine(line, document, null); line++; } } public static void indentLine(int line, IDocument document) { doIndentLine(line, document, null); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacConfiguration.java0000644000175000017500000002000111314031253030165 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.core.resources.IProject; import org.eclipse.jface.text.DefaultIndentLineAutoEditStrategy; import org.eclipse.jface.text.IAutoEditStrategy; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.ITextDoubleClickStrategy; import org.eclipse.jface.text.ITextHover; import org.eclipse.jface.text.TextAttribute; import org.eclipse.jface.text.contentassist.ContentAssistant; import org.eclipse.jface.text.contentassist.IContentAssistProcessor; import org.eclipse.jface.text.contentassist.IContentAssistant; import org.eclipse.jface.text.hyperlink.IHyperlinkDetector; import org.eclipse.jface.text.hyperlink.URLHyperlinkDetector; import org.eclipse.jface.text.presentation.IPresentationReconciler; import org.eclipse.jface.text.presentation.PresentationReconciler; import org.eclipse.jface.text.rules.Token; import org.eclipse.jface.text.source.ISourceViewer; import org.eclipse.jface.text.source.SourceViewerConfiguration; import org.lisaac.ldt.LisaacMessages; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.preferences.PreferenceConstants; /** * Manage the configuration of syntax coloration for lisaac documents. */ public class LisaacConfiguration extends SourceViewerConfiguration { private LisaacDoubleClickStrategy doubleClickStrategy; private LisaacScanner scanner; private ColorManager colorManager; private ContentAssistant contentAssistant = null; private ITextHover textHover = null; private AbstractLisaacEditor editor; public LisaacConfiguration(ColorManager colorManager, AbstractLisaacEditor editor) { this.colorManager = colorManager; this.editor = editor; } public String[] getConfiguredContentTypes(ISourceViewer sourceViewer) { return new String[] { IDocument.DEFAULT_CONTENT_TYPE, LisaacPartitionScanner.LISAAC_COMMENT, LisaacPartitionScanner.LISAAC_STRING, LisaacPartitionScanner.LISAAC_CHARACTERS, LisaacPartitionScanner.LISAAC_EXTERNAL }; } public ITextDoubleClickStrategy getDoubleClickStrategy( ISourceViewer sourceViewer, String contentType) { if (doubleClickStrategy == null) doubleClickStrategy = new LisaacDoubleClickStrategy(); return doubleClickStrategy; } /** * Returns the content assistant ready to be used with the given source viewer. * This implementation always returns null. * * @param sourceViewer the source viewer to be configured by this configuration * @return a content assistant or null if content assist should not be supported */ public IContentAssistant getContentAssistant(ISourceViewer sourceViewer) { if (contentAssistant == null) { contentAssistant = new ContentAssistant(); IContentAssistProcessor cap = new LisaacCompletionProcessor(); contentAssistant.setContentAssistProcessor(cap, IDocument.DEFAULT_CONTENT_TYPE); // contentAssistant.setRepeatedInvocationMode(true); contentAssistant.setStatusLineVisible(true); contentAssistant.enableColoredLabels(true); contentAssistant.setStatusMessage(LisaacMessages.getString("LisaacConfiguration_0")); //$NON-NLS-1$ // int delay; try { delay = LisaacPlugin.getDefault().getPreferenceStore().getInt(PreferenceConstants.P_LISAAC_COMPLETION_DELAY); } catch (Exception e) { delay = 500; } contentAssistant.enableAutoActivation(true); contentAssistant.setAutoActivationDelay(delay); contentAssistant.setProposalPopupOrientation(IContentAssistant.PROPOSAL_OVERLAY); } return contentAssistant; } public ITextHover getTextHover(ISourceViewer sourceViewer, String contentType) { if (textHover != null) { return textHover; } if (editor != null) { IProject project = editor.getProject(); LisaacModel model = LisaacModel.getModel(project); textHover = new LisaacTextHover(model, editor.getFileName(), colorManager); } return textHover; } /** * @see SourceViewerConfiguration#getAutoEditStrategies(ISourceViewer, String) */ public IAutoEditStrategy[] getAutoEditStrategies(ISourceViewer sourceViewer, String contentType) { if (contentType.equals(LisaacPartitionScanner.LISAAC_COMMENT)) { return new IAutoEditStrategy[] { new DefaultIndentLineAutoEditStrategy() }; } else if (contentType.equals(IDocument.DEFAULT_CONTENT_TYPE)) { return new IAutoEditStrategy[] { new LisaacAutoEditStrategy() }; } else { return super.getAutoEditStrategies(sourceViewer, contentType); } } /** * @see SourceViewerConfiguration#getIndentPrefixes(ISourceViewer, String) */ public String[] getIndentPrefixes(ISourceViewer sourceViewer, String contentType) { return new String[]{ new String(" "), new String() }; //$NON-NLS-1$ } /** * Returns the hyperlink detectors which be used to detect hyperlinks * in the given source viewer. * @param sourceViewer the source viewer to be configured by this configuration * @return an array with hyperlink detectors or null if no hyperlink support should be installed * @since 3.1 */ public IHyperlinkDetector[] getHyperlinkDetectors(ISourceViewer sourceViewer) { if (sourceViewer == null) return null; return new IHyperlinkDetector[] { new LisaacHyperLinkDetector(), new URLHyperlinkDetector() }; } protected LisaacScanner getLisaacScanner() { if (scanner == null) { scanner = new LisaacScanner(colorManager); scanner.setDefaultReturnToken( new Token( new TextAttribute( colorManager.getColor(ILisaacColor.DEFAULT)))); } return scanner; } public IPresentationReconciler getPresentationReconciler(ISourceViewer sourceViewer) { PresentationReconciler reconciler = new PresentationReconciler(); LisaacDamagerRepairer dr = new LisaacDamagerRepairer(getLisaacScanner()); reconciler.setDamager(dr, IDocument.DEFAULT_CONTENT_TYPE); reconciler.setRepairer(dr, IDocument.DEFAULT_CONTENT_TYPE); NonRuleBasedDamagerRepairer ndr = new NonRuleBasedDamagerRepairer(colorManager.getToken(ILisaacColor.PREF_COMMENT, ILisaacColor.PREF_NORMAL)); reconciler.setDamager(ndr, LisaacPartitionScanner.LISAAC_COMMENT); reconciler.setRepairer(ndr, LisaacPartitionScanner.LISAAC_COMMENT); ndr = new NonRuleBasedDamagerRepairer(colorManager.getToken(ILisaacColor.PREF_STRING, ILisaacColor.STYLE_STRING)); reconciler.setDamager(ndr, LisaacPartitionScanner.LISAAC_STRING); reconciler.setRepairer(ndr, LisaacPartitionScanner.LISAAC_STRING); ndr = new NonRuleBasedDamagerRepairer(colorManager.getToken(ILisaacColor.PREF_CHARACTER, ILisaacColor.PREF_LOCAL_SLOT)); reconciler.setDamager(ndr, LisaacPartitionScanner.LISAAC_CHARACTERS); reconciler.setRepairer(ndr, LisaacPartitionScanner.LISAAC_CHARACTERS); ndr = new NonRuleBasedDamagerRepairer(colorManager.getToken2(ILisaacColor.PREF_EXTERNAL, ILisaacColor.PREF_LOCAL_SLOT)); reconciler.setDamager(ndr, LisaacPartitionScanner.LISAAC_EXTERNAL); reconciler.setRepairer(ndr, LisaacPartitionScanner.LISAAC_EXTERNAL); return reconciler; } /* * (non-Javadoc) * * @see org.eclipse.jface.text.source.SourceViewerConfiguration#getQuickAssistAssistant(org.eclipse.jface.text.source.ISourceViewer) */ /* public IQuickAssistAssistant getQuickAssistAssistant(ISourceViewer sourceViewer) { // create a content assistant: QuickAssistAssistant assistant = new QuickAssistAssistant(); assistant.setQuickAssistProcessor(new LisaacQuickAssistProcessor()); assistant.setStatusLineVisible(true); assistant.setStatusMessage("Lisaac QuickFix"); assistant.setInformationControlCreator(getInformationControlCreator(sourceViewer)); return assistant; } */ /* public IQuickAssistAssistant getQuickAssistAssistant(ISourceViewer sourceViewer){ QuickAssistAssistant qaa = new QuickAssistAssistant(); qaa.setQuickAssistProcessor(new LisaacQuickAssistProcessor()); qaa.setStatusLineVisible(true); qaa.setStatusMessage("Lisaac QuickFix"); return qaa; }*/ }lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacTextHover.java0000644000175000017500000000743411314031253027325 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.core.runtime.CoreException; import org.eclipse.jface.text.BadLocationException; import org.eclipse.jface.text.DefaultInformationControl; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.IInformationControl; import org.eclipse.jface.text.IInformationControlCreator; import org.eclipse.jface.text.IRegion; import org.eclipse.jface.text.ITextHover; import org.eclipse.jface.text.ITextHoverExtension; import org.eclipse.jface.text.ITextViewer; import org.eclipse.jface.text.Region; import org.eclipse.swt.widgets.Shell; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.items.IVariable; import org.lisaac.ldt.model.items.Prototype; import org.lisaac.ldt.model.items.Slot; import org.lisaac.ldt.preferences.PreferenceConstants; public class LisaacTextHover implements ITextHover, ITextHoverExtension { protected LisaacModel model; protected String filename; protected ColorManager colorManager; public LisaacTextHover(LisaacModel model, String filename, ColorManager colorManager) { super(); this.model = model; this.filename = filename; this.colorManager = colorManager; } public String getHoverInfo(ITextViewer textViewer, IRegion hoverRegion) { try { boolean enableHover = LisaacPlugin.getDefault().getPreferenceStore().getBoolean(PreferenceConstants.P_LISAAC_HOVER); if (! enableHover) { return null; } if (model == null) { return null; } String text = textViewer.getDocument().get(hoverRegion.getOffset(), hoverRegion.getLength()); if (LisaacScanner.isPrototypeIdentifier(text)) { // get prototype info Prototype prototype = model.getPrototype(text); if (prototype != null) { return "Prototype : "+prototype.getHoverInformation(); } } else if (LisaacScanner.isIdentifier(text)) { // get slot info Prototype prototype = model.getPrototype(LisaacModel.extractPrototypeName(filename)); if (prototype != null) { Slot slot = prototype.getSlotFromKeyword(text, prototype.openParser(), hoverRegion.getOffset()); if (slot != null) { return "Slot : "+slot.getHoverInformation(); } else { slot = prototype.getSlot(hoverRegion.getOffset()); IVariable variable = slot.getVariable(text, hoverRegion.getOffset()); if (variable != null) { return variable.getHoverInformation(); } else { // is 'text' a slot-call argument? slot = prototype.lookupSlot(text); if (slot != null) { return "Argument : "+slot.getHoverInformation(); } } } } } } catch (BadLocationException e) { } catch (CoreException e) { } return null; } public IRegion getHoverRegion(ITextViewer textViewer, int offset) { try { return selectWord(textViewer.getDocument(), offset); } catch (BadLocationException e) { } return new Region(offset, 0); } /* * @see org.eclipse.jface.text.ITextHoverExtension#getHoverControlCreator() */ public IInformationControlCreator getHoverControlCreator() { return new IInformationControlCreator() { public IInformationControl createInformationControl(Shell parent) { return new DefaultInformationControl(parent, "Lisaac", new HoverPresenter(colorManager)); } }; } protected IRegion selectWord(IDocument doc, int caretPos) throws BadLocationException { int startPos, endPos; int pos = caretPos; char c; while (pos >= 0) { c = doc.getChar(pos); if (!Character.isJavaIdentifierPart(c)) break; --pos; } startPos = pos+1; pos = caretPos; int length = doc.getLength(); while (pos < length) { c = doc.getChar(pos); if (!Character.isJavaIdentifierPart(c)) break; ++pos; } endPos = pos; return new Region(startPos, endPos - startPos); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacEditor.java0000644000175000017500000000201611314031253026612 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.core.resources.IProject; import org.eclipse.core.runtime.CoreException; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.items.Prototype; import org.lisaac.ldt.preferences.PreferenceConstants; /** * Main class for the Lisaac editor * @author Damien Bouvarel */ public class LisaacEditor extends AbstractLisaacEditor { public LisaacEditor() { super(); } public void refreshPresentation() { super.refreshPresentation(); // refresh folding boolean doFold = LisaacPlugin.getDefault().getPreferenceStore().getBoolean(PreferenceConstants.P_LISAAC_FOLD); if (! doFold) { removeFoldingStructure(); return; } LisaacModel model = LisaacModel.getModel(getProject()); if (model != null) { Prototype p; try { p = model.getPrototype(LisaacModel.extractPrototypeName(getFileName())); if (p != null) { updateFoldingStructure(p.getPositions()); } } catch (CoreException e) { } } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/NonRuleBasedDamagerRepairer.java0000644000175000017500000000754311314031253031555 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.jface.text.BadLocationException; import org.eclipse.jface.text.DocumentEvent; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.IRegion; import org.eclipse.jface.text.ITypedRegion; import org.eclipse.jface.text.Region; import org.eclipse.jface.text.TextAttribute; import org.eclipse.jface.text.TextPresentation; import org.eclipse.jface.text.presentation.IPresentationDamager; import org.eclipse.jface.text.presentation.IPresentationRepairer; import org.eclipse.jface.text.rules.IToken; import org.eclipse.swt.custom.StyleRange; public class NonRuleBasedDamagerRepairer implements IPresentationDamager, IPresentationRepairer { /** The document this object works on */ protected IDocument fDocument; /** The default text attribute if non is returned as data by the current token */ protected IToken colorToken; /** * Constructor for NonRuleBasedDamagerRepairer. */ public NonRuleBasedDamagerRepairer(IToken colorToken) { this.colorToken = colorToken; } /** * @see IPresentationRepairer#setDocument(IDocument) */ public void setDocument(IDocument document) { fDocument = document; } /** * Returns the end offset of the line that contains the specified offset or * if the offset is inside a line delimiter, the end offset of the next line. * * @param offset the offset whose line end offset must be computed * @return the line end offset for the given offset * @exception BadLocationException if offset is invalid in the current document */ protected int endOfLineOf(int offset) throws BadLocationException { IRegion info = fDocument.getLineInformationOfOffset(offset); if (offset <= info.getOffset() + info.getLength()) return info.getOffset() + info.getLength(); int line = fDocument.getLineOfOffset(offset); try { info = fDocument.getLineInformation(line + 1); return info.getOffset() + info.getLength(); } catch (BadLocationException x) { return fDocument.getLength(); } } /** * @see IPresentationDamager#getDamageRegion(ITypedRegion, DocumentEvent, boolean) */ public IRegion getDamageRegion( ITypedRegion partition, DocumentEvent event, boolean documentPartitioningChanged) { if (!documentPartitioningChanged) { try { IRegion info = fDocument.getLineInformationOfOffset(event.getOffset()); int start = Math.max(partition.getOffset(), info.getOffset()); int end = event.getOffset() + (event.getText() == null ? event.getLength() : event.getText().length()); if (info.getOffset() <= end && end <= info.getOffset() + info.getLength()) { // optimize the case of the same line end = info.getOffset() + info.getLength(); } else end = endOfLineOf(end); end = Math.min( partition.getOffset() + partition.getLength(), end); return new Region(start, end - start); } catch (BadLocationException x) { } } return partition; } /** * @see IPresentationRepairer#createPresentation(TextPresentation, ITypedRegion) */ public void createPresentation( TextPresentation presentation, ITypedRegion region) { TextAttribute attr = (TextAttribute) colorToken.getData(); addRange( presentation, region.getOffset(), region.getLength(), attr); } /** * Adds style information to the given text presentation. * * @param presentation the text presentation to be extended * @param offset the offset of the range to be styled * @param length the length of the range to be styled * @param attr the attribute describing the style of the range to be styled */ protected void addRange( TextPresentation presentation, int offset, int length, TextAttribute attr) { if (attr != null) presentation.addStyleRange( new StyleRange( offset, length, attr.getForeground(), attr.getBackground(), attr.getStyle())); } }lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/HoverPresenter.java0000644000175000017500000000703111314031253027224 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import java.util.Stack; import org.eclipse.swt.SWT; import org.eclipse.swt.custom.StyleRange; import org.eclipse.swt.graphics.Color; import org.eclipse.swt.graphics.Drawable; import org.eclipse.swt.widgets.Display; import org.eclipse.jface.text.DefaultInformationControl; import org.eclipse.jface.text.TextPresentation; /** * Format Lisaac hover text. */ public class HoverPresenter implements DefaultInformationControl.IInformationPresenter, DefaultInformationControl.IInformationPresenterExtension { private static final int NONE = 0; private static final int BOLD = 1; private static final int ITALIC = 2; private static final int GRAY = 3; protected ColorManager colorManager; public HoverPresenter(ColorManager colorManager) { this.colorManager = colorManager; } /* * @see IHoverInformationPresenterExtension#updatePresentation(Drawable drawable, String, TextPresentation, int, int) * @since 3.2 */ public String updatePresentation(Drawable drawable, String hoverInfo, TextPresentation presentation, int maxWidth, int maxHeight) { if (hoverInfo == null) return null; StringBuffer buffer= new StringBuffer(); int style = NONE; Stack styles = new Stack(); int startOffset = 0; int len = hoverInfo.length(); int i = 0; int derive = 0; while (i < len) { char c = hoverInfo.charAt(i); if (c == '<' && i < len-3) { if (hoverInfo.charAt(i+1) == '/') { // end of style c = Character.toLowerCase(hoverInfo.charAt(i+2)); if (hoverInfo.charAt(i+3) == '>') { style = styles.pop(); startOffset = styles.pop(); int styleDerive = styles.pop(); int lengthDerive = derive - styleDerive; if (lengthDerive > 0) { // FIXME ranges cannot overlap... style = NONE; } switch(style) { case BOLD: presentation.addStyleRange(new StyleRange( startOffset - styleDerive, i - startOffset - lengthDerive, null, null, SWT.BOLD)); break; case ITALIC: presentation.addStyleRange(new StyleRange( startOffset - styleDerive, i - startOffset - lengthDerive, null, null, SWT.ITALIC)); break; case GRAY: Color gray = colorManager.getColor(ILisaacColor.GRAY); presentation.addStyleRange(new StyleRange( startOffset - styleDerive, i - startOffset - lengthDerive, gray, null, SWT.NONE)); break; } i += 3; derive += 4; } style = NONE; } else { c = Character.toLowerCase(hoverInfo.charAt(i+1)); startOffset = i+3; switch(c) { case 'b': style = BOLD; break; case 'i': style = ITALIC; break; case 'g': style = GRAY; break; } c = hoverInfo.charAt(i+2); if (c != '>') { buffer.append(c); style = NONE; } else { i += 2; derive += 3; styles.push(derive); styles.push(startOffset); styles.push(style); } } } else { buffer.append(c); } i++; } return buffer.toString(); } /** * {@inheritDoc} * * @see org.eclipse.jface.text.DefaultInformationControl.IInformationPresenter#updatePresentation(org.eclipse.swt.widgets.Display, java.lang.String, org.eclipse.jface.text.TextPresentation, int, int) * @deprecated */ public String updatePresentation(Display display, String hoverInfo, TextPresentation presentation, int maxWidth, int maxHeight) { return updatePresentation((Drawable)display, hoverInfo, presentation, maxWidth, maxHeight); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/ILisaacColor.java0000644000175000017500000000314411314031253026556 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.swt.graphics.RGB; /** * Associate a color to each token lexical class. * @author Damien Bouvarel */ public interface ILisaacColor { RGB COMMENT = new RGB(200, 50, 0); RGB PROTOTYPE = new RGB(0, 128, 0); RGB PROTOTYPE_STYLE = new RGB(255, 0, 0); RGB KEYWORD = new RGB(128, 0, 255); RGB CHARACTER = new RGB(128, 128, 255); RGB STRING = new RGB(210, 150, 150); RGB NUMBER = new RGB(128, 0, 255); RGB OPERATOR = new RGB(200, 130, 0); RGB EXTERNAL = new RGB(128, 255, 128); RGB UNDEFINED = new RGB(0, 0, 255); RGB DEFAULT = new RGB(0, 0, 0); RGB GRAY = new RGB(128, 128, 128); String PREF_NORMAL = "normal"; String PREF_BOLD = "bold"; String PREF_ITALICS = "italic"; String PREF_UNDERLINE = "underline"; String PREF_COMMENT = "comment_color"; String PREF_PROTOTYPE = "prototype_color"; String PREF_PROTOTYPE_STYLE = "prototype_style_color"; String PREF_KEYWORD = "keyword_color"; String PREF_SLOT = "slot_color"; String PREF_LOCAL_SLOT = "local_slot_color"; String PREF_CHARACTER = "character_color"; String PREF_STRING = "string_color"; String PREF_NUMBER = "number_color"; String PREF_OPERATOR = "operator_color"; String PREF_EXTERNAL = "external_color"; String STYLE_PROTOTYPE = "prototype_style"; String STYLE_PROTOTYPE_STYLE = "prototype_style_style"; String STYLE_KEYWORD = "keyword_style"; String STYLE_SLOT = "slot_style"; String STYLE_LOCAL_SLOT = "local_slot_style"; String STYLE_CHARACTER = "character_style"; String STYLE_STRING = "string_style"; String STYLE_NUMBER = "number_style"; String STYLE_OPERATOR = "operator_style"; }lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacWordRule.java0000644000175000017500000000477511314031253027145 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.core.runtime.CoreException; import org.eclipse.jface.text.rules.ICharacterScanner; import org.eclipse.jface.text.rules.IToken; import org.eclipse.jface.text.rules.IWordDetector; import org.eclipse.jface.text.rules.Token; import org.eclipse.jface.text.rules.WordRule; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.items.Prototype; import org.lisaac.ldt.model.items.Slot; public class LisaacWordRule extends WordRule { private IToken localVariableToken; private StringBuffer fBuffer= new StringBuffer(); public LisaacWordRule(IWordDetector detector, IToken defaultToken, IToken localVariableToken) { super(detector, defaultToken); this.localVariableToken = localVariableToken; } /* * @see IRule#evaluate(ICharacterScanner) */ public IToken evaluate(ICharacterScanner scanner) { IToken result = doEvaluate(scanner); if (result == fDefaultToken) { // Prototype prototype = null; try { prototype = LisaacModel.getCurrentPrototype(); } catch (CoreException e1) { } if (prototype == null) { return result; } // int offset = ((LisaacScanner) scanner).getOffset(); String word = fBuffer.toString(); try { Slot slot = prototype.getSlotFromKeyword(word, prototype.openParser(), offset-word.length()); if (slot != null) { return result; } } catch (CoreException e) { e.printStackTrace(); } catch (Exception e) { e.printStackTrace(); } Slot slot = prototype.getSlot(offset); if (slot != null) { // is current word a slot argument? if (slot.hasArgument(word)) { return localVariableToken; } // is current word a slot variable? if (slot.hasVariableDefinition(word, offset)) { return localVariableToken; } } } return result; } public IToken doEvaluate(ICharacterScanner scanner) { int c= scanner.read(); if (c != ICharacterScanner.EOF && fDetector.isWordStart((char) c)) { if (fColumn == UNDEFINED || (fColumn == scanner.getColumn() - 1)) { fBuffer.setLength(0); do { fBuffer.append((char) c); c= scanner.read(); } while (c != ICharacterScanner.EOF && fDetector.isWordPart((char) c)); scanner.unread(); String buffer= fBuffer.toString(); IToken token= (IToken)fWords.get(buffer); if (token != null) return token; if (fDefaultToken.isUndefined()) unreadBuffer(scanner); return fDefaultToken; } } scanner.unread(); return Token.UNDEFINED; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/ColorManager.java0000644000175000017500000001255411314031253026630 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import java.util.HashMap; import java.util.Iterator; import java.util.Map; import org.eclipse.jface.util.PropertyChangeEvent; import org.eclipse.jface.viewers.StyledString.Styler; import org.eclipse.jface.preference.IPreferenceStore; import org.eclipse.jface.resource.StringConverter; import org.eclipse.jface.text.TextAttribute; import org.eclipse.jface.text.rules.IToken; import org.eclipse.jface.text.rules.Token; import org.eclipse.swt.SWT; import org.eclipse.swt.graphics.Color; import org.eclipse.swt.graphics.RGB; import org.eclipse.swt.graphics.TextStyle; import org.eclipse.swt.widgets.Display; public class ColorManager { private static ColorManager instance; protected Map fColorTable = new HashMap(10); private Map tokenTable = new HashMap(10); private Map styleTable = new HashMap(10); private final IPreferenceStore preferenceStore; private Styler operatorStyler; private Styler prototypeStyler; private Styler slotStyler; private Styler variableStyler; public ColorManager(IPreferenceStore preferenceStore) { this.preferenceStore = preferenceStore; instance = this; operatorStyler = new DefaultStyler(ILisaacColor.PREF_OPERATOR, ILisaacColor.STYLE_OPERATOR); prototypeStyler = new DefaultStyler(ILisaacColor.PREF_PROTOTYPE, ILisaacColor.STYLE_PROTOTYPE); slotStyler = new DefaultStyler(ILisaacColor.PREF_SLOT, ILisaacColor.STYLE_SLOT); variableStyler = new DefaultStyler(ILisaacColor.PREF_LOCAL_SLOT, ILisaacColor.STYLE_LOCAL_SLOT); } public static ColorManager getDefault() { return instance; } public void dispose() { Iterator e = fColorTable.values().iterator(); while (e.hasNext()) ((Color) e.next()).dispose(); } public Color getColor(RGB rgb) { Color color = (Color) fColorTable.get(rgb); if (color == null) { color = new Color(Display.getCurrent(), rgb); fColorTable.put(rgb, color); } return color; } public IToken getToken(String prefKey, String styleKey) { Token token = (Token) tokenTable.get(prefKey); int style = convertToStyle(styleKey); if (token == null) { String colorName = preferenceStore.getString(prefKey); RGB rgb = StringConverter.asRGB(colorName); token = new Token(new TextAttribute(getColor(rgb), null, style)); tokenTable.put(prefKey, token); styleTable.put(styleKey, prefKey); } else { TextAttribute attrib = (TextAttribute) token.getData(); if (attrib.getStyle() != style) { token = new Token(new TextAttribute(attrib.getForeground(), null, style)); tokenTable.put(prefKey, token); } } return token; } public IToken getToken2(String prefKey, String prefKey2) { Token token = (Token) tokenTable.get(prefKey); if (token == null) { String colorName = preferenceStore.getString(prefKey); RGB rgb = StringConverter.asRGB(colorName); String colorName2 = preferenceStore.getString(prefKey2); RGB rgb2 = StringConverter.asRGB(colorName2); token = new Token(new TextAttribute(getColor(rgb2), getColor(rgb), SWT.NORMAL)); tokenTable.put(prefKey, token); } return token; } public boolean affectsTextPresentation(PropertyChangeEvent event) { Token token = (Token) tokenTable.get(event.getProperty()); return (token != null) || styleTable.get(event.getProperty()) != null; } public void handlePreferenceStoreChanged (PropertyChangeEvent event) { String prefKey = event.getProperty(); Token token = (Token) tokenTable.get(prefKey); if (token != null) { String colorName = preferenceStore.getString(prefKey); RGB rgb = StringConverter.asRGB(colorName); if (prefKey.equals(ILisaacColor.PREF_EXTERNAL)) { String colorName2 = preferenceStore.getString(ILisaacColor.PREF_LOCAL_SLOT); RGB rgb2 = StringConverter.asRGB(colorName2); token.setData(new TextAttribute(getColor(rgb2), getColor(rgb), SWT.NORMAL)); } else { token.setData(new TextAttribute(getColor(rgb))); } } else { // update style String key = (String) styleTable.get(prefKey); if (key != null) { token = (Token) tokenTable.get(key); if (token != null) { int style = convertToStyle(prefKey); TextAttribute attrib = (TextAttribute) token.getData(); token.setData(new TextAttribute(attrib.getForeground(), null, style)); } } } } public int convertToStyle(String prefKey) { String pref = preferenceStore.getString(prefKey); if (pref.equals(ILisaacColor.PREF_NORMAL)) { return SWT.NORMAL; } if (pref.equals(ILisaacColor.PREF_BOLD)) { return SWT.BOLD; } if (pref.equals(ILisaacColor.PREF_ITALICS)) { return SWT.ITALIC; } if (pref.equals(ILisaacColor.PREF_UNDERLINE)) { return TextAttribute.UNDERLINE; } return SWT.NORMAL; } public Styler getOperatorStyler() { return operatorStyler; } public Styler getPrototypeStyler() { return prototypeStyler; } public Styler getSlotStyler() { return slotStyler; } public Styler getVariableStyler() { return variableStyler; } private class DefaultStyler extends Styler { String prefKey, styleKey; public DefaultStyler(String prefKey, String styleKey) { this.prefKey = prefKey; this.styleKey = styleKey; } public void applyStyles(TextStyle textStyle) { IToken token = getToken(prefKey, styleKey); TextAttribute attrib = (TextAttribute) token.getData(); textStyle.foreground = attrib.getForeground(); } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacCompletionProcessor.java0000644000175000017500000001075011314031253031401 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import java.util.ArrayList; import java.util.Collection; import java.util.Collections; import java.util.Comparator; import org.eclipse.core.runtime.CoreException; import org.eclipse.jface.text.BadLocationException; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.ITextViewer; import org.eclipse.jface.text.contentassist.ICompletionProposal; import org.eclipse.jface.text.contentassist.IContentAssistProcessor; import org.eclipse.jface.text.contentassist.IContextInformation; import org.eclipse.jface.text.contentassist.IContextInformationValidator; import org.eclipse.jface.text.templates.TemplateProposal; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.model.LisaacCompletionParser; import org.lisaac.ldt.model.LisaacParser; import org.lisaac.ldt.preferences.PreferenceConstants; import org.lisaac.ldt.templates.LisaacTemplateProcessor; public class LisaacCompletionProcessor implements IContentAssistProcessor { private final IContextInformation[] NO_CONTEXTS = new IContextInformation[0]; private final char[] PROPOSAL_ACTIVATION_CHARS = new char[] { '.' }; private ICompletionProposal[] NO_COMPLETIONS = new ICompletionProposal[0]; private LisaacTemplateProcessor templates; public ICompletionProposal[] computeCompletionProposals(ITextViewer viewer, int offset) { try { boolean enableCompletion = LisaacPlugin.getDefault().getPreferenceStore().getBoolean(PreferenceConstants.P_LISAAC_COMPLETION); if (! enableCompletion) { return null; } IDocument document = viewer.getDocument(); ArrayList result = new ArrayList(); // computeLisaacCompletion(document, offset, result); if (result.size() > 1) { Collections.sort(result, new Comparator() { public int compare(ICompletionProposal o1, ICompletionProposal o2) { return o1.getDisplayString().compareTo(o2.getDisplayString()); } }); } // String prefix= extractPrefix(document, offset); if (prefix != null && prefix.length() > 0) { templates = new LisaacTemplateProcessor(); ICompletionProposal[] props = templates.computeCompletionProposals(viewer, offset); for (int t=0; t proposals) { int bracketLevel=0; // // Rewind to '(' '{' ';' '[' ':' '<-' // try { int pos = baseOffset-1; while (pos > 0) { char c = document.getChar(pos); if (c == ';' || c == ':') { break; } if (c == '-' && pos-1 > 0 && document.getChar(pos-1) == '<') { break; } if (LisaacParser.isOperatorSymbol(c)) { break; } if (c == '(' || c == '{' || c == '[') { if (bracketLevel == 0) { break; } bracketLevel--; } if (c == ')' || c == '}' || c == ']') { bracketLevel++; } pos--; } if (pos > 0) { // // compute lisaac expression type // String contents = document.get(pos+1, baseOffset-1 - pos); LisaacCompletionParser parser = new LisaacCompletionParser(contents, null); parser.parseCompletions(pos+1, baseOffset, proposals); } } catch (BadLocationException e) { } catch (CoreException e) { // TODO Auto-generated catch block e.printStackTrace(); } } protected String extractPrefix(IDocument document, int offset) { int i= offset; if (i > document.getLength()) return ""; //$NON-NLS-1$ try { while (i > 0) { char ch= document.getChar(i - 1); if (!Character.isJavaIdentifierPart(ch)) break; i--; } return document.get(i, offset - i); } catch (BadLocationException e) { return ""; //$NON-NLS-1$ } } public IContextInformation[] computeContextInformation(ITextViewer viewer, int offset) { return NO_CONTEXTS; } public char[] getCompletionProposalAutoActivationCharacters() { return PROPOSAL_ACTIVATION_CHARS; } public char[] getContextInformationAutoActivationCharacters() { return null; } public IContextInformationValidator getContextInformationValidator() { return null; } public String getErrorMessage() { return "Lisaac Completion error"; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacPartitionScanner.java0000644000175000017500000000224011314031253030646 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.jface.text.rules.*; /** * Define rules to allow document partitioning.
* We have two types of partition: lisaac code and lisaac comments. */ class LisaacPartitionScanner extends RuleBasedPartitionScanner { public final static String LISAAC_COMMENT = "__lisaac_comment"; public final static String LISAAC_STRING = "__lisaac_string"; public final static String LISAAC_CHARACTERS = "__lisaac_characters"; public final static String LISAAC_EXTERNAL = "__lisaac_external"; public final static String LISAAC_DEFAULT = "__lisaac_default"; public LisaacPartitionScanner() { IToken comment = new Token(LISAAC_COMMENT); IToken string = new Token(LISAAC_STRING); IToken chars = new Token(LISAAC_CHARACTERS); IToken external = new Token(LISAAC_EXTERNAL); IPredicateRule[] rules = new IPredicateRule[5]; rules[0] = new MultiLineRule("\"", "\"", string, '\\'); rules[1] = new SingleLineRule("'", "'", chars, '\\'); rules[2] = new MultiLineRule("`", "`", external, '\\'); rules[3] = new MultiLineRule("/*", "*/", comment); rules[4] = new EndOfLineRule("//", comment); setPredicateRules(rules); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacHyperLinkDetector.java0000644000175000017500000000304411314031253030765 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.jface.text.BadLocationException; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.IRegion; import org.eclipse.jface.text.ITextViewer; import org.eclipse.jface.text.Region; import org.eclipse.jface.text.hyperlink.AbstractHyperlinkDetector; import org.eclipse.jface.text.hyperlink.IHyperlink; public class LisaacHyperLinkDetector extends AbstractHyperlinkDetector { public IHyperlink[] detectHyperlinks(ITextViewer textViewer, IRegion region, boolean canShowMultipleHyperlinks) { if (region == null || textViewer == null) return null; IDocument document= textViewer.getDocument(); if (document == null) return null; try { int offset= region.getOffset(); IRegion wordRegion = selectWord(document, offset); String prototypeString = document.get(wordRegion.getOffset(), wordRegion.getLength()); return new IHyperlink[] {new PrototypeHyperLink(wordRegion, prototypeString)}; } catch (BadLocationException e) { return null; } } protected IRegion selectWord(IDocument doc, int caretPos) throws BadLocationException { int startPos, endPos; int pos = caretPos; char c; while (pos >= 0) { c = doc.getChar(pos); if (!Character.isJavaIdentifierPart(c)) break; --pos; } startPos = pos+1; pos = caretPos; int length = doc.getLength(); while (pos < length) { c = doc.getChar(pos); if (!Character.isJavaIdentifierPart(c)) break; ++pos; } endPos = pos; return new Region(startPos, endPos - startPos); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacDoubleClickStrategy.java0000644000175000017500000000210211314031253031263 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.jface.text.*; public class LisaacDoubleClickStrategy implements ITextDoubleClickStrategy { protected ITextViewer fText; public void doubleClicked(ITextViewer part) { int pos = part.getSelectedRange().x; if (pos < 0) return; fText = part; selectWord(pos); } protected boolean selectWord(int caretPos) { IDocument doc = fText.getDocument(); int startPos, endPos; try { int pos = caretPos; char c; while (pos >= 0) { c = doc.getChar(pos); if (!Character.isJavaIdentifierPart(c)) break; --pos; } startPos = pos; pos = caretPos; int length = doc.getLength(); while (pos < length) { c = doc.getChar(pos); if (!Character.isJavaIdentifierPart(c)) break; ++pos; } endPos = pos; selectRange(startPos, endPos); return true; } catch (BadLocationException x) { } return false; } private void selectRange(int startPos, int stopPos) { int offset = startPos + 1; int length = stopPos - offset; fText.setSelectedRange(offset, length); } }lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LipEditor.java0000644000175000017500000000105511314031253026144 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.ui.views.contentoutline.IContentOutlinePage; /** * Main class for the Lip editor * @author Damien Bouvarel */ public class LipEditor extends AbstractLisaacEditor { public LipEditor() { super(); } /** * @see AbstractTextEditor#getAdapter(java.lang.Class) */ public Object getAdapter(Class required) { if (IContentOutlinePage.class.equals(required)) { return null; // no outline } else { return super.getAdapter(required); } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/editors/LisaacCompletionProposal.java0000644000175000017500000000777511314031253031236 0ustar sonntagsonntagpackage org.lisaac.ldt.editors; import org.eclipse.core.runtime.Assert; import org.eclipse.jface.text.BadLocationException; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.contentassist.ICompletionProposal; import org.eclipse.jface.text.contentassist.ICompletionProposalExtension6; import org.eclipse.jface.text.contentassist.IContextInformation; import org.eclipse.jface.viewers.StyledString; import org.eclipse.swt.graphics.Image; import org.eclipse.swt.graphics.Point; public class LisaacCompletionProposal implements ICompletionProposal, ICompletionProposalExtension6 { /** The string to be displayed in the completion proposal popup. */ private StyledString fStyledString; /** The replacement string. */ private String fReplacementString; /** The replacement offset. */ private int fReplacementOffset; /** The replacement length. */ private int fReplacementLength; /** The cursor position after this proposal has been applied. */ private int fCursorPosition; /** The image to be displayed in the completion proposal popup. */ private Image fImage; /** * Creates a new completion proposal. All fields are initialized based on the provided information. * * @param replacementString the actual string to be inserted into the document * @param replacementOffset the offset of the text to be replaced * @param replacementLength the length of the text to be replaced * @param cursorPosition the position of the cursor following the insert relative to replacementOffset * @param image the image to display for this proposal * @param displayString the string to be displayed for the proposal */ public LisaacCompletionProposal(String replacementString, int replacementOffset, int replacementLength, int cursorPosition, Image image, String displayString) { this(replacementString, replacementOffset, replacementLength, cursorPosition, image, new StyledString(displayString)); } /** * Creates a new completion proposal. All fields are initialized based on the provided information. * * @param replacementString the actual string to be inserted into the document * @param replacementOffset the offset of the text to be replaced * @param replacementLength the length of the text to be replaced * @param cursorPosition the position of the cursor following the insert relative to replacementOffset * @param image the image to display for this proposal * @param displayString the string to be displayed for the proposal */ public LisaacCompletionProposal(String replacementString, int replacementOffset, int replacementLength, int cursorPosition, Image image, StyledString displayString) { Assert.isNotNull(replacementString); Assert.isTrue(replacementOffset >= 0); Assert.isTrue(replacementLength >= 0); Assert.isTrue(cursorPosition >= 0); fReplacementString= replacementString; fReplacementOffset= replacementOffset; fReplacementLength= replacementLength; fCursorPosition= cursorPosition; fImage= image; fStyledString = displayString; } /* * @see ICompletionProposal#apply(IDocument) */ public void apply(IDocument document) { try { document.replace(fReplacementOffset, fReplacementLength, fReplacementString); } catch (BadLocationException x) { // ignore } } /* * @see ICompletionProposal#getSelection(IDocument) */ public Point getSelection(IDocument document) { return new Point(fReplacementOffset + fCursorPosition, 0); } /* * @see ICompletionProposal#getContextInformation() */ public IContextInformation getContextInformation() { return null; } /* * @see ICompletionProposal#getImage() */ public Image getImage() { return fImage; } /* * @see ICompletionProposal#getDisplayString() */ public String getDisplayString() { if (fStyledString != null) return fStyledString.getString(); return fReplacementString; } /* * @see ICompletionProposal#getAdditionalProposalInfo() */ public String getAdditionalProposalInfo() { return null; } public StyledString getStyledDisplayString() { return fStyledString; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/perspectives/0000755000175000017500000000000011314031253024450 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/perspectives/LisaacPerspective.java0000644000175000017500000000731511314031253030727 0ustar sonntagsonntag/******************************************************************************* * Copyright (c) 2006 IBM Corporation and others. * All rights reserved. This program and the accompanying materials * are made available under the terms of the Eclipse Public License v1.0 * which accompanies this distribution, and is available at * http://www.eclipse.org/legal/epl-v10.html * * Contributors: * IBM Corporation - initial API and implementation *******************************************************************************/ package org.lisaac.ldt.perspectives; import org.eclipse.ui.IFolderLayout; import org.eclipse.ui.IPageLayout; import org.eclipse.ui.IPerspectiveFactory; import org.eclipse.ui.console.IConsoleConstants; /** * This class is meant to serve as an example for how various contributions * are made to a perspective. Note that some of the extension point id's are * referred to as API constants while others are hardcoded and may be subject * to change. */ public class LisaacPerspective implements IPerspectiveFactory { private IPageLayout factory; public LisaacPerspective() { super(); } public void createInitialLayout(IPageLayout factory) { this.factory = factory; addViews(); addActionSets(); addNewWizardShortcuts(); addPerspectiveShortcuts(); addViewShortcuts(); } private void addViews() { // Creates the overall folder layout. // Note that each new Folder uses a percentage of the remaining EditorArea. IFolderLayout topLeft = factory.createFolder( "topLeft", //NON-NLS-1 IPageLayout.LEFT, 0.25f, factory.getEditorArea()); topLeft.addView(IPageLayout.ID_RES_NAV); IFolderLayout bottom = factory.createFolder( "bottomRight", //NON-NLS-1 IPageLayout.BOTTOM, 0.75f, factory.getEditorArea()); bottom.addView(IPageLayout.ID_PROBLEM_VIEW); bottom.addView("org.eclipse.team.ui.GenericHistoryView"); //NON-NLS-1 bottom.addPlaceholder(IConsoleConstants.ID_CONSOLE_VIEW); IFolderLayout topRight = factory.createFolder( "topRight", //NON-NLS-1 IPageLayout.RIGHT, 0.80f, factory.getEditorArea()); topRight.addView(IPageLayout.ID_OUTLINE); factory.addFastView("org.eclipse.team.sync.views.SynchronizeView", 0.50f); //NON-NLS-1 } private void addActionSets() { factory.addActionSet("org.eclipse.debug.ui.launchActionSet"); //NON-NLS-1 //factory.addActionSet("org.eclipse.debug.ui.debugActionSet"); //NON-NLS-1 //factory.addActionSet("org.eclipse.debug.ui.profileActionSet"); //NON-NLS-1 factory.addActionSet("org.eclipse.team.ui.actionSet"); //NON-NLS-1 //factory.addActionSet("org.eclipse.ant.ui.actionSet.presentation"); //NON-NLS-1 factory.addActionSet(IPageLayout.ID_NAVIGATE_ACTION_SET); //NON-NLS-1 } private void addPerspectiveShortcuts() { factory.addPerspectiveShortcut("org.eclipse.team.ui.TeamSynchronizingPerspective"); //NON-NLS-1 factory.addPerspectiveShortcut("org.eclipse.ui.resourcePerspective"); //NON-NLS-1 } private void addNewWizardShortcuts() { factory.addNewWizardShortcut("org.lisaac.ldt.prototype");//NON-NLS-1 factory.addNewWizardShortcut("org.lisaac.ldt.wizard");//NON-NLS-1 factory.addNewWizardShortcut("org.eclipse.ui.wizards.new.folder");//NON-NLS-1 factory.addNewWizardShortcut("org.eclipse.ui.wizards.new.file");//NON-NLS-1 } private void addViewShortcuts() { factory.addShowViewShortcut("org.eclipse.pde.ui.DependenciesView"); //NON-NLS-1 factory.addShowViewShortcut("org.eclipse.team.ui.GenericHistoryView"); //NON-NLS-1 factory.addShowViewShortcut(IConsoleConstants.ID_CONSOLE_VIEW); factory.addShowViewShortcut(IPageLayout.ID_RES_NAV); factory.addShowViewShortcut(IPageLayout.ID_PROBLEM_VIEW); factory.addShowViewShortcut(IPageLayout.ID_OUTLINE); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/launch/0000755000175000017500000000000011314031253023206 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/launch/LisaacLauncher.java0000644000175000017500000001024411314031253026730 0ustar sonntagsonntagpackage org.lisaac.ldt.launch; import java.io.File; import java.io.IOException; import org.eclipse.core.resources.IContainer; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IProgressMonitor; import org.eclipse.core.runtime.NullProgressMonitor; import org.eclipse.debug.core.DebugPlugin; import org.eclipse.debug.core.ILaunch; import org.eclipse.debug.core.IStreamListener; import org.eclipse.debug.core.model.IProcess; import org.eclipse.debug.core.model.IStreamMonitor; import org.eclipse.swt.widgets.Display; import org.lisaac.ldt.views.ConsoleFactory; import org.lisaac.ldt.views.LisaacConsole; public class LisaacLauncher { public static boolean executeCommandInConsole(final ILaunch launch, IProgressMonitor monitorParent, final IContainer container, final String[] commandLine, final LisaacCompiler compiler) throws CoreException { // get & clear lisaac console final LisaacConsole console = ConsoleFactory.getConsole(); console.clearConsole(); if (compiler == null) { console.activate();// show console } final IProgressMonitor monitor = new NullProgressMonitor(); Runnable getStandardOutput = new Runnable() { public void run() { monitor.beginTask("Executing... ", 100); // 1. Clean existing files if (compiler != null) { try { compiler.cleanFiles(); } catch (CoreException e) { } monitor.worked(10); } // 2. Launch process Process process = null; try { process = launchProcess(commandLine, container); } catch (IOException e) { e.printStackTrace(); } monitor.worked(20); if (monitor.isCanceled()) { return; } if (process != null) { monitor.setTaskName("Reading output..."); monitor.worked(20); // attach process stream to Lisaac console IProcess eclipseProcess = DebugPlugin.newProcess(launch, process,"Lisaac Session"); // get the process output final StringBuffer buffer = new StringBuffer(); IStreamListener listener = new IStreamListener() { public void streamAppended(String text, IStreamMonitor monitor) { buffer.append(text); } }; eclipseProcess.getStreamsProxy().getOutputStreamMonitor().addListener(listener); eclipseProcess.getStreamsProxy().getErrorStreamMonitor().addListener(listener); // 3. clean files after process execution if (compiler != null) { try { process.waitFor(); } catch (InterruptedException e) { } try { compiler.moveFiles(container); while (! eclipseProcess.isTerminated()) {} compiler.showErrors(buffer.toString()); } catch (CoreException e) { } } } monitor.done(); } }; // execute action in a new thread UI safe Display.getDefault().asyncExec(getStandardOutput); return true; } public static Process executeCommand(IProgressMonitor monitor, IContainer container, String[] commandLine) throws CoreException { monitor.beginTask("Executing...", 100); Process process = null; try { process = launchProcess(commandLine, container); } catch (IOException e) { e.printStackTrace(); return null; } monitor.worked(20); if (monitor.isCanceled()) { return null; } return process; } /** * Executes the command line at the given project location, and returns the * corresponding process. * @param commandLine the command line * @param project the project in which the command line is executed * @return the corresponding process * @throws IOException if the command line can't be executed */ public static Process launchProcess(String[] commandLine, IContainer directory) throws IOException { File projectDirectory = (directory != null) ? new File(directory.getLocationURI()) : null; String cmd = concatCommandLine(commandLine); Process process = Runtime.getRuntime().exec(cmd, null, projectDirectory); return process; } private static String concatCommandLine(String[] commandLine) { StringBuffer buf = new StringBuffer(); for (int i=0; i candidateConfigs = null; try { ILaunchConfiguration configs[] = getLaunchManager().getLaunchConfigurations(configType); candidateConfigs = new ArrayList(configs.length); for(int i = 0; i < configs.length; i++) { ILaunchConfiguration config = configs[i]; if(config.getAttribute(LaunchConfigurationTab.LISAAC_LAUNCH_PROTOTYPE, "").equals(file.getFullPath().lastSegment()) && config.getAttribute(LaunchConfigurationTab.LISAAC_LAUNCH_PROJECT, "").equals(file.getProject().getFullPath().lastSegment())) candidateConfigs.add(config); } } catch(CoreException coreexception) { } switch(candidateConfigs.size()) { case 0: // '\0' return createConfiguration(file); case 1: // '\001' default: return (ILaunchConfiguration)candidateConfigs.get(0); } } protected ILaunchConfiguration createConfiguration(IFile file) { ILaunchConfiguration config = null; try { ILaunchConfigurationType configType = getLaunchConfigType(); ILaunchConfigurationWorkingCopy wc = configType.newInstance(null, getLaunchManager().generateUniqueLaunchConfigurationNameFrom(file.getName())); wc.setAttribute(LaunchConfigurationTab.LISAAC_LAUNCH_PROJECT, file.getProject().getName()); wc.setAttribute(LaunchConfigurationTab.LISAAC_LAUNCH_PROTOTYPE, file.getName()); config = wc.doSave(); } catch(CoreException coreexception) { } return config; } protected ILaunchConfigurationType getLaunchConfigType() { return getLaunchManager().getLaunchConfigurationType(LaunchConfiguration.TYPE_ID); } protected ILaunchManager getLaunchManager() { return DebugPlugin.getDefault().getLaunchManager(); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/launch/LisaacCompiler.java0000644000175000017500000001574111314031253026750 0ustar sonntagsonntagpackage org.lisaac.ldt.launch; import java.util.ArrayList; import org.eclipse.core.resources.IContainer; import org.eclipse.core.resources.IFile; import org.eclipse.core.resources.IFolder; import org.eclipse.core.resources.IProject; import org.eclipse.core.resources.IResource; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IPath; import org.eclipse.core.runtime.IProgressMonitor; import org.eclipse.core.runtime.Path; import org.eclipse.debug.core.ILaunch; import org.eclipse.jface.text.IRegion; import org.lisaac.ldt.builder.LisaacBuilder; import org.lisaac.ldt.model.AbstractLisaacParser; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.Position; import org.lisaac.ldt.model.items.Prototype; public class LisaacCompiler { protected String inputFile; protected String lipFile; protected ArrayList options; protected LisaacModel model; protected String outputName; // for lisaac [options] public LisaacCompiler(LisaacModel model, String inputFile, String outputName, String lipFile) { this.inputFile = inputFile; this.lipFile = lipFile; this.outputName = outputName; this.model = model; } // for lisaac --p public LisaacCompiler(String lipFile) { this.lipFile = lipFile; } public IContainer launchInConsole(final ILaunch launch, IProject project, IProgressMonitor monitor) throws CoreException { String prototypePath = model.getPathManager() .getFullPath(LisaacModel.extractPrototypeName(inputFile)); if (prototypePath != null) { IPath location = new Path(prototypePath); IPath projectLocation = project.getLocation(); IFile file = null; if (projectLocation.isPrefixOf(location)) { // the file is inside the workspace location = location.removeFirstSegments(projectLocation.segmentCount()); file = project.getFile(location); IContainer container = file.getParent(); if (LisaacLauncher.executeCommandInConsole(launch, monitor, container, this.toCommandLineArray(),this)) { return container; } } } return null; } public Process launch(IProject project, IProgressMonitor monitor) throws CoreException { return LisaacLauncher.executeCommand(monitor, project, this.toCommandLineArray()); } public String[] toCommandLineArray() { ArrayList cmd = new ArrayList(); cmd.add("lisaac "); if (lipFile != null) { cmd.add(lipFile); } if (inputFile != null) { cmd.add(inputFile); } if (options != null) { cmd.addAll(options); } return cmd.toArray(new String[cmd.size()]); } public String toCommandLine() { StringBuffer result = new StringBuffer(); result.append("lisaac "); if (lipFile != null) { result.append(lipFile); } if (inputFile != null) { result.append(" "+inputFile); } if (options != null) { for (int i=0; i(); } options.add(option); } public void moveFiles(IContainer output) throws CoreException { IProject project = model.getProject(); // refresh the generated files output.refreshLocal(IResource.DEPTH_INFINITE, null); // move the generated files to bin/ IFolder bin = project.getFolder("bin"); if (! bin.exists()) { bin.create(false,true,null); } IPath generatedPath = new Path(outputName); IFile executable = output.getFile(generatedPath); if (! executable.exists()) { generatedPath = new Path(outputName+".exe");// FIXME platform-dependant executable = output.getFile(generatedPath); } if (executable.exists()) { IFile destFile = bin.getFile(generatedPath); if (destFile.exists()) { destFile.delete(true, null); } executable.move(bin.getFullPath().append(generatedPath), true, null); } moveFile(outputName+".o", output, bin);// FIXME .java, etc.. moveFile(outputName+".c", output, bin); // project.refreshLocal(IResource.DEPTH_INFINITE, null); // TODO usefull? try to remove // model.setCompiled(true); } private void moveFile(String filename, IContainer origin, IContainer destination) throws CoreException { IPath path = new Path(filename); IFile originFile = origin.getFile(path); if (originFile.exists()) { IFile destFile = destination.getFile(path); if (destFile.exists()) { destFile.delete(true, null); } originFile.move(destination.getFullPath().append(path), true, null); } } public void cleanFiles() throws CoreException { IContainer bin = model.getProject().getFolder("bin"); IFile executable = bin.getFile(new Path(outputName)); if (executable.exists()) { executable.delete(true, null); } executable = bin.getFile(new Path(outputName+".exe"));// FIXME platform-dependant if (executable.exists()) { executable.delete(true, null); } IFile file = bin.getFile(new Path(outputName+".o")); if (file.exists()) { file.delete(true, null); } file = bin.getFile(new Path(outputName+".c")); // FIXME .java, etc.. if (file.exists()) { file.delete(true, null); } } public void showErrors(String output) throws CoreException { new CompilerOutputParser(output).run(model); } } class CompilerOutputParser extends AbstractLisaacParser { public CompilerOutputParser(String contents) { super(contents); } public void run(LisaacModel model) throws CoreException { int startOffset = source.indexOf("--"); while (startOffset != -1) { setPosition(startOffset+2); if (! readCapIdentifier()) { break; } int line, column; String prototypeName; String msg; int severity = 0; if (lastString.compareTo("WARNING") == 0) { readWord("----------"); severity = 1; } else if (lastString.compareTo("SYNTAX") == 0) { readWord("-----------"); severity = 2; } else if (lastString.compareTo("SEMANTIC") == 0) { readWord("---------"); severity = 2; } readLine(); msg = new String(lastString); msg = msg.replace('\r', ' '); readWord("Line"); readInteger(); line = (int) lastInteger; readWord("column"); readInteger(); column = (int) lastInteger; readWord("in"); readCapIdentifier(); prototypeName = new String(lastString); // add marker to file Prototype prototype = model.getPrototype(prototypeName); if (prototype != null) { IFile file = prototype.getFile(); IRegion region = prototype.getRegionAt(line, column); Position position = new Position(line, column, region.getOffset(), region.getLength()); LisaacBuilder.addMarker(file, msg, position, severity); } startOffset = source.indexOf("--", position); } } private void readLine() { if (readSpace()) { string_tmp = ""; while (lastCharacter() != 0 && lastCharacter() != '\n') { string_tmp += lastCharacter(); if (lastCharacter() == '\\') { position = position+1; readEscapeCharacter(); } else { position = position+1; } } position = position+1; lastString = string_tmp; } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/launch/LaunchConfigurationTab.java0000644000175000017500000004211411314031253030444 0ustar sonntagsonntagpackage org.lisaac.ldt.launch; import org.eclipse.core.resources.IFile; import org.eclipse.core.resources.IProject; import org.eclipse.core.resources.IResource; import org.eclipse.core.resources.ResourcesPlugin; import org.eclipse.core.runtime.CoreException; import org.eclipse.core.runtime.IPath; import org.eclipse.core.runtime.IStatus; import org.eclipse.core.runtime.Status; import org.eclipse.debug.core.ILaunchConfiguration; import org.eclipse.debug.core.ILaunchConfigurationWorkingCopy; import org.eclipse.debug.ui.AbstractLaunchConfigurationTab; import org.eclipse.debug.ui.ILaunchConfigurationTab; import org.eclipse.jface.viewers.ISelection; import org.eclipse.jface.viewers.IStructuredSelection; import org.eclipse.swt.SWT; import org.eclipse.swt.custom.TableEditor; import org.eclipse.swt.events.ModifyEvent; import org.eclipse.swt.events.ModifyListener; import org.eclipse.swt.events.SelectionAdapter; import org.eclipse.swt.events.SelectionEvent; import org.eclipse.swt.events.SelectionListener; import org.eclipse.swt.graphics.Font; import org.eclipse.swt.layout.GridData; import org.eclipse.swt.layout.GridLayout; import org.eclipse.swt.widgets.Button; import org.eclipse.swt.widgets.Composite; import org.eclipse.swt.widgets.Control; import org.eclipse.swt.widgets.Group; import org.eclipse.swt.widgets.Label; import org.eclipse.swt.widgets.Table; import org.eclipse.swt.widgets.TableColumn; import org.eclipse.swt.widgets.TableItem; import org.eclipse.swt.widgets.Text; import org.eclipse.ui.IEditorInput; import org.eclipse.ui.IEditorPart; import org.eclipse.ui.IWorkbenchPage; import org.eclipse.ui.IWorkbenchWindow; import org.eclipse.ui.PlatformUI; import org.eclipse.ui.dialogs.ContainerSelectionDialog; import org.eclipse.ui.dialogs.ResourceSelectionDialog; import org.lisaac.ldt.LisaacMessages; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.model.ILisaacModel; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.lip.LIP; import org.lisaac.ldt.model.lip.LIPSlotCode; public class LaunchConfigurationTab extends AbstractLaunchConfigurationTab { public static final String LISAAC_LAUNCH_PROJECT = "launchProject"; //$NON-NLS-1$ public static final String LISAAC_LAUNCH_PROTOTYPE = "mainPrototype"; //$NON-NLS-1$ public static final String LISAAC_LAUNCH_COMPILER = "launchCompiler"; //$NON-NLS-1$ public static final String LISAAC_LAUNCH_PROGRAM = "launchProgram"; //$NON-NLS-1$ public static final String LISAAC_LAUNCH_ARGUMENTS = "programArguments"; //$NON-NLS-1$ public static final String LISAAC_LAUNCH_OPTION = "lipOption"; //$NON-NLS-1$ public static final String LISAAC_LAUNCH_OPTION_ARG = "lipOptionARG"; //$NON-NLS-1$ // Project UI widget. private Text projectText; private Text mainPrototypeText; private Table lipTable; // associated lip private LIP lipCode; private Button doLaunchCompiler; private Button doLaunchProgram; private Text argumentsText; /** * @see ILaunchConfigurationTab#createControl(Composite) */ public void createControl(Composite parent) { Font font = parent.getFont(); Composite comp = new Composite(parent, SWT.NONE); setControl(comp); GridLayout topLayout = new GridLayout(); topLayout.numColumns = 1; comp.setLayout(topLayout); // Project Options Group projComp = new Group(comp, SWT.SHADOW_IN); projComp.setText(LisaacMessages.getString("LaunchConfigurationTab.6")); //$NON-NLS-1$ GridLayout projLayout = new GridLayout(); projLayout.numColumns = 3; projLayout.marginHeight = 0; projLayout.marginWidth = 0; projComp.setLayout(projLayout); GridData gd = new GridData(GridData.FILL_HORIZONTAL); projComp.setLayoutData(gd); projComp.setFont(font); Label fProjLabel = new Label(projComp, SWT.NONE); fProjLabel.setText(LisaacMessages.getString("LaunchConfigurationTab.7")); //$NON-NLS-1$ gd = new GridData(); gd.horizontalSpan = 1; fProjLabel.setLayoutData(gd); fProjLabel.setFont(font); projectText = new Text(projComp, SWT.SINGLE | SWT.BORDER); gd = new GridData(GridData.FILL_HORIZONTAL); gd.horizontalSpan = 1; projectText.setLayoutData(gd); projectText.setFont(font); this.projectText.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent evt) { updateLaunchConfigurationDialog(); } }); Button browseButton = new Button(projComp, SWT.PUSH); browseButton.setText(LisaacMessages.getString("LaunchConfigurationTab.9")); //$NON-NLS-1$ gd = new GridData(GridData.HORIZONTAL_ALIGN_END); gd.horizontalSpan = 1; browseButton.setLayoutData(gd); browseButton.addSelectionListener(new SelectionAdapter() { public void widgetSelected(SelectionEvent e) { handleBrowseContainer(projectText); } }); Label label = new Label(projComp, SWT.NONE); label.setText(LisaacMessages.getString("LaunchConfigurationTab.8")); //$NON-NLS-1$ gd = new GridData(); label.setLayoutData(gd); label.setFont(font); mainPrototypeText = new Text(projComp, SWT.SINGLE | SWT.BORDER); gd = new GridData(GridData.FILL_HORIZONTAL); mainPrototypeText.setLayoutData(gd); mainPrototypeText.setFont(font); mainPrototypeText.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent evt) { updateLaunchConfigurationDialog(); } }); browseButton = new Button(projComp, SWT.PUSH); browseButton.setText(LisaacMessages.getString("LaunchConfigurationTab.9")); //$NON-NLS-1$ gd = new GridData(GridData.HORIZONTAL_ALIGN_END); browseButton.setLayoutData(gd); browseButton.addSelectionListener(new SelectionAdapter() { public void widgetSelected(SelectionEvent e) { handleBrowseFile(mainPrototypeText); } }); Label separator = new Label (comp, SWT.SEPARATOR | SWT.HORIZONTAL); separator.setLayoutData(new GridData(GridData.FILL_HORIZONTAL)); // compiler options Group compilerOptions = new Group(comp, SWT.SHADOW_IN); compilerOptions.setText(LisaacMessages.getString("LaunchConfigurationTab.12")); //$NON-NLS-1$ GridLayout gl = new GridLayout(); gl.numColumns = 3; compilerOptions.setLayout(gl); gd = new GridData(GridData.FILL_BOTH); compilerOptions.setLayoutData(gd); doLaunchCompiler = new Button(compilerOptions, SWT.CHECK); doLaunchCompiler.setText("Always Compile (cannot run program)"); doLaunchCompiler.setSelection(false); gd = new GridData(); gd.horizontalSpan = 3; doLaunchCompiler.setLayoutData(gd); doLaunchCompiler.addSelectionListener(new SelectionListener() { public void widgetDefaultSelected(SelectionEvent e) { } public void widgetSelected(SelectionEvent e) { doLaunchProgram.setEnabled(! doLaunchCompiler.getSelection()); argumentsText.setEnabled(! doLaunchCompiler.getSelection()); updateLaunchConfigurationDialog(); } }); // lip options Composite tableGroup = new Composite(compilerOptions, SWT.NONE); tableGroup.setLayout(new GridLayout(1, false)); gd = new GridData(GridData.FILL_BOTH); gd.horizontalSpan = 1; gd.verticalSpan = 3; tableGroup.setLayoutData(gd); lipTable = new Table(tableGroup, SWT.BORDER | SWT.SINGLE | SWT.H_SCROLL | SWT.FULL_SELECTION | SWT.CHECK); final TableColumn c1 = new TableColumn(lipTable, SWT.LEFT); c1.setText(LisaacMessages.getString("LaunchConfigurationTab.15")); //$NON-NLS-1$ c1.setWidth(130); final TableColumn c2 = new TableColumn(lipTable, SWT.LEFT); c2.setText(LisaacMessages.getString("LaunchConfigurationTab.16")); //$NON-NLS-1$ c2.setWidth(80); final TableColumn c3 = new TableColumn(lipTable, SWT.LEFT); c3.setText(LisaacMessages.getString("LaunchConfigurationTab.17")); //$NON-NLS-1$ c3.setWidth(100); lipTable.setHeaderVisible(true); lipTable.setLinesVisible(true); lipTable.setItemCount(4); lipTable.setLayoutData(new GridData(GridData.FILL_BOTH)); final TableEditor editor = new TableEditor(lipTable); // The editor must have the same size as the cell and must // not be any smaller than 50 pixels. editor.horizontalAlignment = SWT.LEFT; editor.grabHorizontal = true; editor.minimumWidth = 50; lipTable.addSelectionListener(new SelectionAdapter() { public void widgetSelected(SelectionEvent e) { // // Clean up any previous editor control Control oldEditor = editor.getEditor(); if (oldEditor != null) oldEditor.dispose(); // Identify the selected row TableItem item = (TableItem) e.item; if (item == null) return; // The control that will be the editor must be a child of the // Table Text newEditor = new Text(lipTable, SWT.NONE); newEditor.setText(item.getText(1)); newEditor.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent me) { Text text = (Text) editor.getEditor(); editor.getItem().setText(1, text.getText()); } }); newEditor.selectAll(); newEditor.setFocus(); editor.setEditor(newEditor, item, 1); // updateLaunchConfigurationDialog(); } }); GridData gridData = new GridData(GridData.FILL_BOTH); gridData.horizontalSpan = 2; tableGroup.setLayoutData(gridData); separator = new Label (comp, SWT.SEPARATOR | SWT.HORIZONTAL); separator.setLayoutData(new GridData(GridData.FILL_HORIZONTAL)); // program options Group programOptions = new Group(comp, SWT.SHADOW_IN); programOptions.setText("Program Options"); //$NON-NLS-1$ gl = new GridLayout(); gl.numColumns = 2; programOptions.setLayout(gl); programOptions.setLayoutData(new GridData(GridData.FILL_HORIZONTAL)); doLaunchProgram = new Button(programOptions, SWT.CHECK); doLaunchProgram.setText("Run the program"); gd = new GridData(GridData.FILL_HORIZONTAL); gd.horizontalSpan = 2; doLaunchProgram.setLayoutData(gd); doLaunchProgram.setSelection(true); doLaunchProgram.addSelectionListener(new SelectionAdapter() { public void widgetSelected(SelectionEvent e) { if (argumentsText != null) { argumentsText.setEnabled(doLaunchProgram.getSelection()); } updateLaunchConfigurationDialog(); } }); label = new Label(programOptions, SWT.NONE); label.setText("Command-Line:"); label.setLayoutData(new GridData(GridData.BEGINNING)); argumentsText = new Text(programOptions, SWT.SINGLE | SWT.BORDER); argumentsText.setLayoutData(new GridData(GridData.FILL_HORIZONTAL)); argumentsText.addModifyListener(new ModifyListener() { public void modifyText(ModifyEvent evt) { updateLaunchConfigurationDialog(); } }); } /** * @see org.eclipse.debug.ui.ILaunchConfigurationTab#getName() */ public String getName() { return LisaacMessages.getString("LaunchConfigurationTab.18"); //$NON-NLS-1$ } /** * @see org.eclipse.debug.ui.ILaunchConfigurationTab#initializeFrom(org.eclipse.debug.core.ILaunchConfiguration) */ public void initializeFrom(ILaunchConfiguration configuration) { try { String projectName = configuration.getAttribute(LISAAC_LAUNCH_PROJECT, ""); //$NON-NLS-1$ projectText.setText(projectName); String mainPrototypeName = configuration.getAttribute(LISAAC_LAUNCH_PROTOTYPE, ""); //$NON-NLS-1$ mainPrototypeText.setText(mainPrototypeName); boolean check = configuration.getAttribute(LISAAC_LAUNCH_COMPILER, false); doLaunchCompiler.setSelection(check); check = configuration.getAttribute(LISAAC_LAUNCH_PROGRAM, true); doLaunchProgram.setSelection(check); String commandLine = configuration.getAttribute(LISAAC_LAUNCH_ARGUMENTS, ""); //$NON-NLS-1$ argumentsText.setText(commandLine); IProject project = ResourcesPlugin.getWorkspace().getRoot().getProject(projectName); LisaacModel model = LisaacModel.getModel(project); if (model != null) { lipCode = model.getLipCode(); if (lipCode != null) { // update table lipTable.setItemCount(0); for (int i=0; i changed in launch() item.setText(1, getLaunchConfigurationDialog().getMode()); } } } } } } } catch (CoreException ce) { // Log the error to the Eclipse log. IStatus status = new Status(IStatus.ERROR, LisaacPlugin.PLUGIN_ID, 0, "Error in Lisaac launch: " + //$NON-NLS-1$ ce.getMessage(), ce); LisaacPlugin.log(status); } } /** * @see org.eclipse.debug.ui.ILaunchConfigurationTab#performApply(org.eclipse.debug.core.ILaunchConfigurationWorkingCopy) */ public void performApply(ILaunchConfigurationWorkingCopy configuration) { configuration.setAttribute(LISAAC_LAUNCH_PROJECT, projectText.getText()); configuration.setAttribute(LISAAC_LAUNCH_PROTOTYPE, mainPrototypeText.getText()); configuration.setAttribute(LISAAC_LAUNCH_COMPILER, doLaunchCompiler.getSelection()); configuration.setAttribute(LISAAC_LAUNCH_PROGRAM, doLaunchProgram.getSelection()); configuration.setAttribute(LISAAC_LAUNCH_ARGUMENTS, argumentsText.getText()); TableItem[] options = lipTable.getItems(); if (options != null && options.length > 0) { for (int i=0; i 0) { for (int i=0; i it = model.getPathManager().getPathIterator(); while (it.hasNext()) { pathValueList.add(it.next()); } } } protected void performDefaults() { } public boolean performOk() { return true; } }lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/LisaacMessages.java0000644000175000017500000000101111314031253025454 0ustar sonntagsonntagpackage org.lisaac.ldt; import java.util.MissingResourceException; import java.util.ResourceBundle; public class LisaacMessages { private static final String BUNDLE_NAME = "org.lisaac.ldt.messages"; //$NON-NLS-1$ private static final ResourceBundle RESOURCE_BUNDLE = ResourceBundle .getBundle(BUNDLE_NAME); private LisaacMessages() { } public static String getString(String key) { try { return RESOURCE_BUNDLE.getString(key); } catch (MissingResourceException e) { return '!' + key + '!'; } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/views/0000755000175000017500000000000011314031253023071 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/views/LisaacOutlineView.java0000644000175000017500000001627211314031253027333 0ustar sonntagsonntagpackage org.lisaac.ldt.views; import java.util.List; import java.util.Timer; import java.util.TimerTask; import org.eclipse.core.resources.IProject; import org.eclipse.core.runtime.CoreException; import org.eclipse.jface.action.Action; import org.eclipse.jface.action.IAction; import org.eclipse.jface.action.IToolBarManager; import org.eclipse.jface.text.DocumentEvent; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.IDocumentListener; import org.eclipse.jface.viewers.ISelection; import org.eclipse.jface.viewers.ISelectionChangedListener; import org.eclipse.jface.viewers.SelectionChangedEvent; import org.eclipse.jface.viewers.TreeSelection; import org.eclipse.jface.viewers.TreeViewer; import org.eclipse.jface.viewers.Viewer; import org.eclipse.jface.viewers.ViewerSorter; import org.eclipse.swt.widgets.Composite; import org.eclipse.swt.widgets.Display; import org.eclipse.ui.IActionBars; import org.eclipse.ui.PlatformUI; import org.eclipse.ui.texteditor.AbstractDecoratedTextEditor; import org.eclipse.ui.texteditor.IDocumentProvider; import org.eclipse.ui.views.contentoutline.ContentOutlinePage; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.editors.LisaacEditor; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.model.items.Prototype; import org.lisaac.ldt.outline.OutlineContentProvider; import org.lisaac.ldt.outline.OutlineImages; import org.lisaac.ldt.outline.OutlineItem; import org.lisaac.ldt.outline.OutlineLabelProvider; public class LisaacOutlineView extends ContentOutlinePage implements IDocumentListener { /** the delay before the outline view is updated. */ private static final long UPDATE_DELAY = 1500; /** the document provider. */ private IDocumentProvider documentProvider; /** the text editor. */ private AbstractDecoratedTextEditor textEditor; /** the current document. */ private IDocument document; /** the update timer which manages update task scheduling. */ private Timer updateTimer; public LisaacOutlineView(IDocumentProvider documentProvider, AbstractDecoratedTextEditor textEditor) { super(); this.documentProvider = documentProvider; this.textEditor = textEditor; createTimer(); } /** * @see ContentOutlinePage#createControl(Composite) */ public void createControl(Composite parent) { super.createControl(parent); TreeViewer viewer = getTreeViewer(); viewer.setContentProvider(new OutlineContentProvider()); viewer.setLabelProvider(new OutlineLabelProvider()); viewer.addSelectionChangedListener(this); createActions(); document = getDocument(); if (document != null) { document.addDocumentListener(this); } update(); } private void createActions() { //---- Sort by name Action sortByName = new Action("Sort by name", IAction.AS_CHECK_BOX) { ViewerSorter sortByNameSorter; public void setAlphaSort(boolean doSort) { if (sortByNameSorter == null) { sortByNameSorter = new ViewerSorter() { public int compare(Viewer viewer, Object e1, Object e2) { return ((Comparable) e1).compareTo(e2); } }; } getTreeViewer().setSorter(doSort ? sortByNameSorter : null); } public void run() { setAlphaSort(isChecked()); } }; sortByName.run(); //---- Sort by name Action sortBySection= new Action("Sort by Section", IAction.AS_CHECK_BOX) { public void run() { OutlineItem.showSections = isChecked(); getTreeViewer().refresh(); getTreeViewer().expandAll(); } }; sortBySection.setChecked(true); try { sortByName.setImageDescriptor(LisaacPlugin.getImageDescriptor(OutlineImages.SORT_ALPHA)); sortBySection.setImageDescriptor(LisaacPlugin.getImageDescriptor(OutlineImages.SORT_SECTION)); } catch (Exception e) { } // Add actions to the toolbar IActionBars actionBars = getSite().getActionBars(); IToolBarManager toolbarManager = actionBars.getToolBarManager(); toolbarManager.add(sortByName); toolbarManager.add(sortBySection); } /** * Returns the document attached to this view. * @return the document attached to this view */ public IDocument getDocument() { if (document == null) { document = documentProvider.getDocument(textEditor.getEditorInput()); } return document; } /** * Fired when Outline selection changed * @see ISelectionChangedListener#selectionChanged(SelectionChangedEvent) */ public void selectionChanged(SelectionChangedEvent event) { ISelection abstractSelection = event.getSelection(); IDocument document = getDocument(); if (document != null) { if ((abstractSelection != null) && (abstractSelection instanceof TreeSelection)) { TreeSelection selection = (TreeSelection) abstractSelection; Object selectedElement = selection.getFirstElement(); if ((selectedElement != null) && (selectedElement instanceof OutlineItem)) { OutlineItem item = (OutlineItem) selectedElement; // select current outline item in editor textEditor.selectAndReveal(item.startOffset(), item.length()); } } } } /** * Sends the input to the tree viewer. * @param input the input */ public void setInput(Object input) { if (!getTreeViewer().getControl().isDisposed()) { getTreeViewer().setInput(input); getTreeViewer().expandAll(); } } public void documentAboutToBeChanged(DocumentEvent event) { } /** * Notify document modifications. */ public void documentChanged(DocumentEvent event) { document = event.getDocument(); update(); } /** * Get the outline data. * * @param project Current project * @param filename File to outline * @return List of outline items * @throws CoreException */ public List getSourceOutline(IProject project, String filename) throws CoreException { LisaacModel model = LisaacModel.getModel(project); if (model != null) { Prototype prototype = model.getPrototype(LisaacModel.extractPrototypeName(filename)); if (prototype != null) { return prototype.getOutlineItems(); } } return null; } private void createTimer() { updateTimer = new Timer("org.lisaac.ldt.outlinetimer"); } /** * Updates the outline content view. */ public void update() { updateTimer.cancel(); updateTimer.purge(); createTimer(); OutlineUpdateTask updateTask = new OutlineUpdateTask(); updateTimer.schedule(updateTask, UPDATE_DELAY); } /** * This class is in charge of updating the outline. */ class OutlineUpdateTask extends TimerTask { public OutlineUpdateTask() { super(); } /** * Updates the outline content view. * @see TimerTask#run() */ public void run() { final IDocument document = getDocument(); Display display = PlatformUI.getWorkbench().getDisplay(); if (document != null && (textEditor instanceof LisaacEditor)) { IProject project = ((LisaacEditor) textEditor).getProject(); String filename = ((LisaacEditor) textEditor).getFileName(); try { final List items = getSourceOutline(project, filename); display.asyncExec(new Runnable() { public void run() { if (items != null) { setInput(items.toArray(new OutlineItem[items.size()])); // ((LisaacEditor) textEditor).refreshPresentation(); // } } }); } catch (CoreException e) { } } } } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/views/ConsoleFactory.java0000644000175000017500000000246711314031253026677 0ustar sonntagsonntagpackage org.lisaac.ldt.views; import java.util.Arrays; import org.eclipse.ui.console.ConsolePlugin; import org.eclipse.ui.console.IConsole; import org.eclipse.ui.console.IConsoleFactory; import org.eclipse.ui.console.IConsoleListener; import org.eclipse.ui.console.IConsoleManager; public class ConsoleFactory implements IConsoleFactory{ /** The console created by this factory if any. */ private static LisaacConsole openConsole = null; public ConsoleFactory() { ConsolePlugin.getDefault().getConsoleManager().addConsoleListener(new IConsoleListener() { public void consolesAdded(IConsole[] consoles) { } public void consolesRemoved(IConsole[] consoles) { if (Arrays.asList(consoles).contains(openConsole)) { openConsole = null; } } }); } /** * Opens a new console. */ public void openConsole() { createConsole(); } public static void createConsole() { IConsoleManager consoleManager = ConsolePlugin.getDefault().getConsoleManager(); if (openConsole == null) { openConsole = new LisaacConsole(); openConsole.initializeDocument(); consoleManager.addConsoles(new IConsole[] {openConsole}); } consoleManager.showConsoleView(openConsole); } public static LisaacConsole getConsole() { if (openConsole == null) { createConsole(); } return openConsole; } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/views/LisaacConsole.java0000644000175000017500000000137311314031253026457 0ustar sonntagsonntagpackage org.lisaac.ldt.views; import org.eclipse.jface.resource.JFaceResources; import org.eclipse.swt.graphics.Font; import org.eclipse.ui.console.IOConsole; import org.lisaac.ldt.LisaacMessages; public class LisaacConsole extends IOConsole { public final static String CONSOLE_TYPE = "lisaacConsole"; //$NON-NLS-1$ public static final String CONSOLE_FONT= "org.eclipse.debug.ui.consoleFont"; //$NON-NLS-1$ public LisaacConsole() { super(LisaacMessages.getString("LisaacConsole.1"), CONSOLE_TYPE, null, true); //$NON-NLS-1$ Font font = JFaceResources.getFont(CONSOLE_FONT); setFont(font); } /** * Set the document's initial contents. * Called by ConsoleFactory. */ void initializeDocument() { getDocument().set(""); //$NON-NLS-1$ } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/messages.properties0000644000175000017500000000622611314031253025667 0ustar sonntagsonntagAbstractNewFileWizardPage_1=Source folder : AbstractNewFileWizardPage_2=Browse... AbstractNewFileWizardPage_3=File name : AbstractNewFileWizardPage_4=Select container. AbstractNewFileWizardPage_5=Source folder must be specified. AbstractNewFileWizardPage_6=File name must be specified. AbstractNewFileWizardPage_7=File already exists. LaunchConfigurationTab.10=Program Arguments LaunchConfigurationTab.12=Compiler Options LaunchConfigurationTab.13=Lisaac Path File (default : make.lip): LaunchConfigurationTab.14=Browse... LaunchConfigurationTab.15=Option LaunchConfigurationTab.16=Argument LaunchConfigurationTab.17=Description LaunchConfigurationTab.18=Main LaunchConfigurationTab.23=No comment LaunchConfigurationTab.6=Project Options LaunchConfigurationTab.7=Project: LaunchConfigurationTab.8=Main Prototype to run : LaunchConfigurationTab.9=Browse... LisaacBuilder.2=Build workpace... LisaacColoringPage.0=Lisaac Editor Syntax Coloring preferences : LisaacColoringPage.10=\ \ \ \ &Externals: LisaacColoringPage.11=\ \ \ \ &Slots: LisaacColoringPage.12=\ \ \ \ &Local variable: LisaacColoringPage.2=\ \ \ \ &Comments: LisaacColoringPage.3=\ \ \ \ &Prototype: LisaacColoringPage.4=\ \ \ \ &Slot style: LisaacColoringPage.5=\ \ \ \ &Keywords: LisaacColoringPage.6=\ \ \ \ &Characters: LisaacColoringPage.7=\ \ \ \ &Strings: LisaacColoringPage.8=\ \ \ \ &Numbers: LisaacColoringPage.9=\ \ \ \ &Operators: LisaacColoringPage.20=Bold LisaacColoringPage.21=Italics LisaacColoringPage.22=Normal LisaacColoringPage.23=Underline LisaacConfiguration_0=Lisaac Completion LisaacConsole.1=Lisaac Console LisaacEditorPage.0=&Enable Auto-Indentation LisaacEditorPage.1=&Enable Hovering LisaacEditorPage.2=Content Assist preferences LisaacEditorPage.3=&Enable Completion LisaacEditorPage.4=Auto-Activation Delay LisaacEditorPage.5=Enable folding LisaacPreferencePage.0=General settings for Lisaac Development LisaacPreferencePage.1=&Your name : LisaacPreferencePage.2=&Support for Lisaac 0.13 LisaacProjectPropertyPage.0=Lisaac Environment Path LisaacProjectPropertyPage.1=Use default Lisaac Environment LisaacProjectPropertyPage.2=Use a project specific Lisaac Environment : LisaacProjectPropertyPage.3=Browse... LisaacProjectPropertyPage.8=Select Lisaac Environment Directory. NewProjectWizard_46=New Lisaac Project Wizard NewProjectWizard_47=New Lisaac Project NewProjectWizard_48=Create a lisaac project NewProjectWizard_49=Use default Lisaac Environment NewProjectWizard_50=Use a project specific Lisaac Environment : NewProjectWizard_51=Browse... NewPrototypeWizard_0=New Prototype NewPrototypeWizard_2=Prototype File NewPrototypeWizard_25=Prototype Style : NewPrototypeWizard_26=None NewPrototypeWizard_27=Expanded NewPrototypeWizard_28=Strict NewPrototypeWizard_29=Description : NewPrototypeWizard_3=Creates a new source file into a project NewPrototypeWizard_30=Inheritance : NewPrototypeWizard_32=Inheritance Type NewPrototypeWizard_34=Add... NewPrototypeWizard_35=Remove NewPrototypeWizard_36=Which slots would you like to create? NewPrototypeWizard_37=Main slot NewPrototypeWizard_38=Constructor slot RenamePrototype.0=Rename Prototype... lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/actions/0000755000175000017500000000000011314031253023374 5ustar sonntagsonntaglisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/actions/IndentAction.java0000644000175000017500000000455011314031253026622 0ustar sonntagsonntagpackage org.lisaac.ldt.actions; import org.eclipse.jface.action.IAction; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.viewers.ISelection; import org.eclipse.ui.IWorkbenchPart; import org.eclipse.ui.IWorkbenchWindow; import org.eclipse.ui.IWorkbenchWindowActionDelegate; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.editors.AbstractLisaacEditor; import org.lisaac.ldt.editors.LisaacAutoEditStrategy; /** * Our sample action implements workbench action delegate. * The action proxy will be created by the workbench and * shown in the UI. When the user tries to use the action, * this delegate will be created and execution will be * delegated to it. * @see IWorkbenchWindowActionDelegate */ public class IndentAction implements IWorkbenchWindowActionDelegate { /** * The constructor. */ public IndentAction() { } /** * The action has been activated. The argument of the * method represents the 'real' action sitting * in the workbench UI. * @see IWorkbenchWindowActionDelegate#run */ public void run(IAction action) { IWorkbenchWindow w = LisaacPlugin.getDefault().getWorkbench().getActiveWorkbenchWindow(); IWorkbenchPart part = w.getPartService().getActivePart(); if (part instanceof AbstractLisaacEditor) { IDocument document = ((AbstractLisaacEditor)part).getDocument(); // LisaacAutoEditStrategy.fullIndentDocument(document); // } } /** * Selection in the workbench has been changed. We * can change the state of the 'real' action here * if we want, but this can only happen after * the delegate has been created. * @see IWorkbenchWindowActionDelegate#selectionChanged */ public void selectionChanged(IAction action, ISelection selection) { IWorkbenchWindow w = LisaacPlugin.getDefault().getWorkbench().getActiveWorkbenchWindow(); IWorkbenchPart part = w.getPartService().getActivePart(); if (part instanceof AbstractLisaacEditor) { action.setEnabled(true); } else { action.setEnabled(false); } } /** * We can use this method to dispose of any system * resources we previously allocated. * @see IWorkbenchWindowActionDelegate#dispose */ public void dispose() { } /** * We will cache window object in order to * be able to provide parent shell for the message dialog. * @see IWorkbenchWindowActionDelegate#init */ public void init(IWorkbenchWindow window) { } }lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/actions/ChangeHeader.java0000644000175000017500000000456511314031253026547 0ustar sonntagsonntagpackage org.lisaac.ldt.actions; import org.eclipse.core.resources.IProject; import org.eclipse.core.resources.IResource; import org.eclipse.jface.action.IAction; import org.eclipse.jface.text.ITextSelection; import org.eclipse.jface.viewers.ISelection; import org.eclipse.jface.viewers.IStructuredSelection; import org.eclipse.ltk.ui.refactoring.RefactoringWizard; import org.eclipse.ltk.ui.refactoring.RefactoringWizardOpenOperation; import org.eclipse.swt.widgets.Shell; import org.eclipse.ui.IWorkbenchPart; import org.eclipse.ui.IWorkbenchWindow; import org.eclipse.ui.IWorkbenchWindowActionDelegate; import org.lisaac.ldt.editors.AbstractLisaacEditor; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.refactor.ChangeHeaderRefactor; import org.lisaac.ldt.refactor.ChangeHeaderWizard; public class ChangeHeader implements IWorkbenchWindowActionDelegate { private IWorkbenchWindow fWindow = null; private LisaacModel model; public void dispose() { } public void init(IWorkbenchWindow window) { fWindow = window; } public void run(IAction action) { if (fWindow != null&& model != null) { ChangeHeaderRefactor refactoring = new ChangeHeaderRefactor(model); String name = "Change Project Headers"; run(new ChangeHeaderWizard(refactoring, name), fWindow.getShell(), name); } } public void run(RefactoringWizard wizard, Shell parent, String dialogTitle) { try { RefactoringWizardOpenOperation operation = new RefactoringWizardOpenOperation(wizard); operation.run(parent, dialogTitle); } catch (InterruptedException exception) { // Do nothing } } public void selectionChanged(IAction action, ISelection selection) { model = null; if (selection instanceof ITextSelection) { if (fWindow != null) { // get surrounding word IWorkbenchPart part = fWindow.getPartService().getActivePart(); if (part instanceof AbstractLisaacEditor) { IProject project = ((AbstractLisaacEditor) part) .getProject(); model = LisaacModel.getModel(project); } } } else if (selection instanceof IStructuredSelection) { if (((IStructuredSelection) selection).getFirstElement() instanceof IResource) { IResource res = (IResource) ((IStructuredSelection) selection).getFirstElement(); if (res.getProject() != null) { model = LisaacModel.getModel(res.getProject()); } } } action.setEnabled(model != null); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/actions/RefreshEditor.java0000644000175000017500000000143011314031253027002 0ustar sonntagsonntagpackage org.lisaac.ldt.actions; import org.eclipse.jface.action.IAction; import org.eclipse.jface.viewers.ISelection; import org.eclipse.ui.IEditorActionDelegate; import org.eclipse.ui.IEditorPart; import org.lisaac.ldt.editors.AbstractLisaacEditor; import org.lisaac.ldt.model.LisaacModel; public class RefreshEditor implements IEditorActionDelegate { AbstractLisaacEditor targetEditor; public void setActiveEditor(IAction action, IEditorPart targetEditor) { if (targetEditor instanceof AbstractLisaacEditor) { this.targetEditor = (AbstractLisaacEditor) targetEditor; } else { this.targetEditor = null; } LisaacModel.currentEditor = this.targetEditor; } public void run(IAction action) { } public void selectionChanged(IAction action, ISelection selection) { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/actions/RenamePrototype.java0000644000175000017500000000633311314031253027401 0ustar sonntagsonntagpackage org.lisaac.ldt.actions; import org.eclipse.core.resources.IProject; import org.eclipse.jface.action.IAction; import org.eclipse.jface.text.BadLocationException; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.ITextSelection; import org.eclipse.jface.viewers.ISelection; import org.eclipse.ltk.ui.refactoring.RefactoringWizard; import org.eclipse.ltk.ui.refactoring.RefactoringWizardOpenOperation; import org.eclipse.swt.widgets.Shell; import org.eclipse.ui.IWorkbenchPart; import org.eclipse.ui.IWorkbenchWindow; import org.eclipse.ui.IWorkbenchWindowActionDelegate; import org.lisaac.ldt.LisaacMessages; import org.lisaac.ldt.editors.AbstractLisaacEditor; import org.lisaac.ldt.editors.LisaacScanner; import org.lisaac.ldt.model.LisaacModel; import org.lisaac.ldt.refactor.RenamePrototypeRefactor; import org.lisaac.ldt.refactor.RenamePrototypeWizard; public class RenamePrototype implements IWorkbenchWindowActionDelegate { private String prototypeName; private LisaacModel model; private IWorkbenchWindow fWindow = null; public void dispose() { } public void init(IWorkbenchWindow window) { fWindow = window; } public void run(IAction action) { if (fWindow != null && prototypeName != null && model != null) { RenamePrototypeRefactor refactoring = new RenamePrototypeRefactor( prototypeName, model); String name = LisaacMessages.getString("RenamePrototype.0"); //$NON-NLS-1$ run(new RenamePrototypeWizard(refactoring, prototypeName, name), fWindow.getShell(), name); } } public void run(RefactoringWizard wizard, Shell parent, String dialogTitle) { try { RefactoringWizardOpenOperation operation = new RefactoringWizardOpenOperation( wizard); operation.run(parent, dialogTitle); } catch (InterruptedException exception) { // Do nothing } } public void selectionChanged(IAction action, ISelection selection) { prototypeName = null; if (selection instanceof ITextSelection) { String text = ((ITextSelection) selection).getText(); if (/* text.length() == 0 && */fWindow != null) { // get surrounding word IWorkbenchPart part = fWindow.getPartService().getActivePart(); if (part instanceof AbstractLisaacEditor) { IDocument document = ((AbstractLisaacEditor) part) .getDocument(); IProject project = ((AbstractLisaacEditor) part) .getProject(); model = LisaacModel.getModel(project); try { text = selectWord(document, ((ITextSelection) selection).getOffset()); } catch (BadLocationException e) { action.setEnabled(false); return; } } } if (LisaacScanner.isPrototypeIdentifier(text)) { prototypeName = text; } } action.setEnabled(prototypeName != null); } protected String selectWord(IDocument doc, int caretPos) throws BadLocationException { int startPos, endPos; int pos = caretPos; char c; while (pos >= 0) { c = doc.getChar(pos); if (!Character.isJavaIdentifierPart(c)) break; --pos; } startPos = pos + 1; pos = caretPos; int length = doc.getLength(); while (pos < length) { c = doc.getChar(pos); if (!Character.isJavaIdentifierPart(c)) break; ++pos; } endPos = pos; return doc.get(startPos, endPos - startPos); } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/actions/ToggleComment.java0000644000175000017500000000750311314031253027010 0ustar sonntagsonntagpackage org.lisaac.ldt.actions; import org.eclipse.jface.action.IAction; import org.eclipse.jface.text.BadLocationException; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.text.ITextSelection; import org.eclipse.jface.text.rules.ICharacterScanner; import org.eclipse.jface.viewers.ISelection; import org.eclipse.ui.IWorkbenchPart; import org.eclipse.ui.IWorkbenchWindow; import org.eclipse.ui.IWorkbenchWindowActionDelegate; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.editors.AbstractLisaacEditor; public class ToggleComment implements IWorkbenchWindowActionDelegate { /** * The action has been activated. The argument of the * method represents the 'real' action sitting * in the workbench UI. * @see IWorkbenchWindowActionDelegate#run */ public void run(IAction action) { IWorkbenchWindow w = LisaacPlugin.getDefault().getWorkbench().getActiveWorkbenchWindow(); IWorkbenchPart part = w.getPartService().getActivePart(); if (part instanceof AbstractLisaacEditor) { IDocument document = ((AbstractLisaacEditor)part).getDocument(); // ITextSelection selection = (ITextSelection) ((AbstractLisaacEditor)part).getSelectionProvider().getSelection(); try { if (selection.getStartLine() == selection.getEndLine()) { // single line comment int startPos = document.getLineOffset(selection.getStartLine()); int pos = startPos; char c; do { c = document.getChar(pos); if (c != ICharacterScanner.EOF) { if (c == '/') { pos++; c = document.getChar(pos); if (c != ICharacterScanner.EOF && c == '/') { document.replace(pos-1, 2, "");// delete comment //$NON-NLS-1$ return; } } } pos++; } while (c != ICharacterScanner.EOF && pos <= startPos+selection.getLength()); // add comment document.replace(startPos, 0, "//"); //$NON-NLS-1$ } else { // multiline comment int startPos = document.getLineOffset(selection.getStartLine()); int pos = startPos; boolean deleteComment=false; char c; do { c = document.getChar(pos); if (c != ICharacterScanner.EOF) { if (c == '/') { pos++; c = document.getChar(pos); if (c != ICharacterScanner.EOF && c == '*') { document.replace(pos-1, 2, "");// delete comment //$NON-NLS-1$ deleteComment = true; pos++; } } if (c == '*') { pos++; c = document.getChar(pos); if (c != ICharacterScanner.EOF && c == '/') { if (deleteComment) { document.replace(pos-1, 2, "");// delete comment //$NON-NLS-1$ } } } } pos++; } while (c != ICharacterScanner.EOF && pos <= startPos+selection.getLength()); // add comment if (! deleteComment) { document.replace(startPos, 0, "/*"); //$NON-NLS-1$ int ofs = document.getLineOffset(selection.getEndLine()); ofs += document.getLineLength(selection.getEndLine()); document.replace(ofs, 0, "*/"); //$NON-NLS-1$ } } } catch(BadLocationException e) { } // } } /** * Selection in the workbench has been changed. We * can change the state of the 'real' action here * if we want, but this can only happen after * the delegate has been created. * @see IWorkbenchWindowActionDelegate#selectionChanged */ public void selectionChanged(IAction action, ISelection selection) { } /** * We will cache window object in order to * be able to provide parent shell for the message dialog. * @see IWorkbenchWindowActionDelegate#init */ public void init(IWorkbenchWindow window) { } /** * We can use this method to dispose of any system * resources we previously allocated. * @see IWorkbenchWindowActionDelegate#dispose */ public void dispose() { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/actions/GenerateConstructor.java0000644000175000017500000000503711314031253030244 0ustar sonntagsonntagpackage org.lisaac.ldt.actions; import org.eclipse.jface.action.IAction; import org.eclipse.jface.text.BadLocationException; import org.eclipse.jface.text.IDocument; import org.eclipse.jface.viewers.ISelection; import org.eclipse.ui.IWorkbenchPart; import org.eclipse.ui.IWorkbenchWindow; import org.eclipse.ui.IWorkbenchWindowActionDelegate; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.editors.LisaacEditor; public class GenerateConstructor implements IWorkbenchWindowActionDelegate { /** * The action has been activated. The argument of the * method represents the 'real' action sitting * in the workbench UI. * @see IWorkbenchWindowActionDelegate#run */ public void run(IAction action) { IWorkbenchWindow w = LisaacPlugin.getDefault().getWorkbench().getActiveWorkbenchWindow(); IWorkbenchPart part = w.getPartService().getActivePart(); if (part instanceof LisaacEditor) { IDocument document = ((LisaacEditor)part).getDocument(); // int caret = ((LisaacEditor)part).getViewer().getTextWidget().getCaretOffset(); String constructor = getConstructor(); try { document.replace(caret, 0, constructor); } catch (BadLocationException e) { } // } } public static String getConstructor() { StringBuffer buffer = new StringBuffer(); buffer.append("\n //\n // Creation.\n //\n"); //$NON-NLS-1$ buffer.append("\n - create:SELF <-"); //$NON-NLS-1$ buffer.append("\n ( + result:SELF;"); //$NON-NLS-1$ buffer.append("\n result := clone;"); //$NON-NLS-1$ buffer.append("\n result.make;"); //$NON-NLS-1$ buffer.append("\n result"); //$NON-NLS-1$ buffer.append("\n );"); //$NON-NLS-1$ buffer.append("\n"); //$NON-NLS-1$ buffer.append("\n - make <-"); //$NON-NLS-1$ buffer.append("\n ("); //$NON-NLS-1$ buffer.append("\n );\n\n"); //$NON-NLS-1$ return buffer.toString(); } /** * Selection in the workbench has been changed. We * can change the state of the 'real' action here * if we want, but this can only happen after * the delegate has been created. * @see IWorkbenchWindowActionDelegate#selectionChanged */ public void selectionChanged(IAction action, ISelection selection) { } /** * We will cache window object in order to * be able to provide parent shell for the message dialog. * @see IWorkbenchWindowActionDelegate#init */ public void init(IWorkbenchWindow window) { } /** * We can use this method to dispose of any system * resources we previously allocated. * @see IWorkbenchWindowActionDelegate#dispose */ public void dispose() { } } lisaac_0.39_rc1/editor/eclipse/src/org/lisaac/ldt/actions/CreatePrototype.java0000644000175000017500000000615511314031253027377 0ustar sonntagsonntagpackage org.lisaac.ldt.actions; import org.eclipse.core.runtime.CoreException; import org.eclipse.jface.action.Action; import org.eclipse.jface.action.IAction; import org.eclipse.jface.viewers.ISelection; import org.eclipse.jface.viewers.IStructuredSelection; import org.eclipse.jface.viewers.StructuredSelection; import org.eclipse.jface.window.Window; import org.eclipse.jface.wizard.WizardDialog; import org.eclipse.swt.widgets.Shell; import org.eclipse.ui.INewWizard; import org.eclipse.ui.IWorkbenchWindow; import org.eclipse.ui.IWorkbenchWindowActionDelegate; import org.eclipse.ui.PlatformUI; import org.lisaac.ldt.LisaacPlugin; import org.lisaac.ldt.wizards.NewPrototypeWizard; public class CreatePrototype extends Action implements IWorkbenchWindowActionDelegate { private Shell fShell; private IStructuredSelection fSelection; public CreatePrototype() { } /** * The action has been activated. The argument of the * method represents the 'real' action sitting * in the workbench UI. * @see IWorkbenchWindowActionDelegate#run */ public void run(IAction action) { Shell shell= getShell(); try { INewWizard wizard= createWizard(); wizard.init(PlatformUI.getWorkbench(), getSelection()); WizardDialog dialog= new WizardDialog(shell, wizard); dialog.create(); int res= dialog.open(); if (res != Window.OK) { // TODO log error } } catch (CoreException e) { // TODO log error } } /** * Returns the configured selection. If no selection has been configured using {@link #setSelection(IStructuredSelection)}, * the currently selected element of the active workbench is returned. * @return the configured selection */ protected IStructuredSelection getSelection() { if (fSelection == null) { return evaluateCurrentSelection(); } return fSelection; } private IStructuredSelection evaluateCurrentSelection() { IWorkbenchWindow window = LisaacPlugin.getDefault().getWorkbench().getActiveWorkbenchWindow(); if (window != null) { ISelection selection= window.getSelectionService().getSelection(); if (selection instanceof IStructuredSelection) { return (IStructuredSelection) selection; } } return StructuredSelection.EMPTY; } protected Shell getShell() { return fShell; } // make it an abstract method if more wizard shortcuts are created protected final INewWizard createWizard() throws CoreException { return new NewPrototypeWizard(); } /** * Selection in the workbench has been changed. We * can change the state of the 'real' action here * if we want, but this can only happen after * the delegate has been created. * @see IWorkbenchWindowActionDelegate#selectionChanged */ public void selectionChanged(IAction action, ISelection selection) { } /** * We will cache window object in order to * be able to provide parent shell for the message dialog. * @see IWorkbenchWindowActionDelegate#init */ public void init(IWorkbenchWindow window) { } /** * We can use this method to dispose of any system * resources we previously allocated. * @see IWorkbenchWindowActionDelegate#dispose */ public void dispose() { } } lisaac_0.39_rc1/editor/kate/0000755000175000017500000000000011314031253015637 5ustar sonntagsonntaglisaac_0.39_rc1/editor/kate/AUTHORS0000644000175000017500000000005611314031253016710 0ustar sonntagsonntagAnthony Pajot lisaac_0.39_rc1/editor/kate/lisaac_v2.xml0000644000175000017500000020242111314031253020225 0ustar sonntagsonntag ]> lisaac_0.39_rc1/editor/kate/COPYING0000644000175000017500000004313111314031253016674 0ustar sonntagsonntag GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. 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If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. 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You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. lisaac_0.39_rc1/editor/kate/README0000644000175000017500000000423711314031253016525 0ustar sonntagsonntag#################################################### 1/ Presentation The "lisaac_v2.xml" file contains a syntactically-based coloration scheme recognizing Lisaac v0.2 source code for Kate, an open-source code editor (http://www.kate-editor.org/). It attempts to detect lexical and syntactic errors by colorizing the code in red from the point where the error is detected, (which is not necessarily the one where the error is). #################################################### 2/ Installation There are 2 possibilies to install the "lisaac_v2.xml" file. * If you're not the station administrator, or if you don't want other Kate users to have direct access to this scheme, copy the file in /.kde/share/apps/katepart/syntax. There might have missing subfolders, in this case you'll have to create them. * If you're the station administrator, and if you want all the Kate users to have direct access to this scheme, copy the file in /usr/share/apps/katepart/syntax as root. Depending on the system you use, the "apps" folder could be in a different place that "/usr/share". In Debian, it's there. Once you've copied the file in the right place, restart Kate. The Lisaac coloration scheme will be available in "Sources/Lisaac v0.2". It will be automatically used when you open a file having a ".li" extension (except if you have set another preference by hand). WARNING : if you also have the mode for Lisaac v0.1, it might happen that the wrong mode is chosen when opening a lisaac file. You'll just have to switch from one to another manually depending on the version of Lisaac the source code is written for by choosing "Sources/Lisaac" or "Sources/Lisaac v0.2" in Kate. #################################################### 3/ Known limitations There are a number of issues due to the way Kate interprets the coloration schemes. So don't be surprised to have a correct coloration even if there are syntaxic errors in your source code. But do not hesitate to send me a mail at "anthony.pajot@etu.enseeiht.fr" with a copy of all or part of your lisaac code if the scheme detects an error whereas the code is correct or if Kate gets stucked while you're typing code. Enjoy ! lisaac_0.39_rc1/install_lisaac.c0000644000175000017500000032400611314031245016561 0ustar sonntagsonntag/* C code generated by Lisaac compiler (www.lisaac.org) */ #define _LARGE_FILE_API #define _LARGEFILE_SOURCE #define _LARGEFILE64_SOURCE int arg_count; char **arg_vector; /*==========================*/ /* EXTERNAL */ /*==========================*/ /* INSTALL_LISAAC */ #include /* SYSTEM */ #include /* SYSTEM_IO */ #include #include /* Hardware 'print_char' */ void print_char(char car) { fputc(car,stdout); } /* Hardware 'exit' */ int die_with_code(int code) { exit(code); } /* MEMORY */ #define MINIMUM_SIZE 256 void *table_size[MINIMUM_SIZE/sizeof(void *)]; void *last_block[64]; /* FLOAT_REAL */ #include /*==========================*/ /* TYPE */ /*==========================*/ /* Generic Object */ struct ___OBJ { unsigned int __id; }; typedef struct li__VB_struct __li__VB; typedef struct li__U_struct __li__U; typedef struct li__URF_struct __li__URF; /* NULL */ #ifndef NULL #define NULL ((void *)0) #endif typedef signed int __li__K; typedef char __li__3; /* li__VB */ #define __li__VB__ 4 struct li__VB_struct { unsigned int __id; __li__K li__AC; __li__K li__XTF; __li__3 *li__OTF; }; /* li__U */ #define __li__U__ 5 struct li__U_struct { unsigned int __id; __li__K li__TB; __li__3 *li__UB; }; typedef char __li__C; typedef void * __li__CB; typedef unsigned long __li__SQF; typedef unsigned int __li__P1; /* li__URF */ #define __li__URF__ 0 struct li__URF_struct { __li__URF *li__WRF; volatile __li__SQF li__XRF; __li__URF *li__YRF; __li__URF *li__ZRF; } __attribute__ ((packed)); #define li__B__ 1 #define li__I__ 0 typedef signed char __li__R1; typedef signed int __li__Q; void *table_type[1]; /*==========================*/ /* GLOBAL */ /*==========================*/ __li__VB li__VB_={__li__VB__}; #define li__VB__ (&li__VB_) __li__U li__U_={__li__U__}; #define li__U__ (&li__U_) __li__URF li__URF_; #define li__URF__ (&li__URF_) __li__SQF li__KRF; __li__SQF li__5AI; __li__SQF li__Z1P; __li__CB li__FBH; __li__URF *li__ZHQ; __li__VB *li__0B; __li__VB *li__EC; __li__VB *li__JC; __li__VB *li__LC; __li__K li__OE; __li__VB *li__WE; __li__VB *li__3F; __li__U *li__MC; __li__U *li__GH; __li__U *li__JH; __li__U *li__MH; __li__C li__VMC; __li__3 li__BNC; __li__VB *li__FO; /*==========================*/ /* STRING CONSTANT */ /*==========================*/ __li__U __string_1={__li__U__,106,"\t\t================================\n\t\\ t= Auto-Install Lisaac Compiler =\n\t\t================================\n\n"}; __li__U __string_2={__li__U__,4,"HOME"}; __li__U __string_3={__li__U__,5,"SHELL"}; __li__U __string_4={__li__U__,17,"Detection system."}; __li__U __string_5={__li__U__,48," Error : SHELL environment variable is em\ pty !\n"}; __li__U __string_6={__li__U__,7,"Unknown"}; __li__U __string_7={__li__U__,4,"bash"}; __li__U __string_8={__li__U__,8,"/.bashrc"}; __li__U __string_9={__li__U__,11,"Unix - bash"}; __li__U __string_10={__li__U__,29,"\n# **** LISAAC COMPILER ****\n"}; __li__U __string_11={__li__U__,12,"export PATH="}; __li__U __string_12={__li__U__,12,"/bin:$PATH\n\n"}; __li__U __string_13={__li__U__,4,"tcsh"}; __li__U __string_14={__li__U__,7,"/.cshrc"}; __li__U __string_15={__li__U__,11,"Unix - tcsh"}; __li__U __string_16={__li__U__,10,"set path=("}; __li__U __string_17={__li__U__,13,"/bin $path)\n\n"}; __li__U __string_18={__li__U__,3,"zsh"}; __li__U __string_19={__li__U__,8,"/.zshenv"}; __li__U __string_20={__li__U__,10,"Unix - zsh"}; __li__U __string_21={__li__U__,24," Shell not recognized: "}; __li__U __string_22={__li__U__,12,"C:\\msdos.sys"}; __li__U __string_23={__li__U__,15,"C:\\autoexec.bat"}; __li__U __string_24={__li__U__,13,"Windows - DOS"}; __li__U __string_25={__li__U__,33,"\r\nREM **** LISAAC COMPILER ****\r\n"}; __li__U __string_26={__li__U__,9,"set path="}; __li__U __string_27={__li__U__,15,"\\bin;%path%\r\n\r\n"}; __li__U __string_28={__li__U__,17," System detect: "}; __li__U __string_29={__li__U__,5,"Menu."}; __li__U __string_30={__li__U__,61,"1- User installation.\n2- System installa\ tion (root).\n0- Exit."}; __li__U __string_31={__li__U__,26,"#define LISAAC_DIRECTORY \""}; __li__U __string_32={__li__U__,15,"/usr/lib/lisaac"}; __li__U __string_33={__li__U__,2,"\"\n"}; __li__U __string_34={__li__U__,10,"bin/path.h"}; __li__U __string_35={__li__U__,12," binary path"}; __li__U __string_36={__li__U__,2," ["}; __li__U __string_37={__li__U__,8,"/usr/bin"}; __li__U __string_38={__li__U__,10,"] ? (y/n) "}; __li__U __string_39={__li__U__,14,"\n new path : "}; __li__U __string_40={__li__U__,9,"mkdir -p "}; __li__U __string_41={__li__U__,14,"cp bin/lisaac "}; __li__U __string_42={__li__U__,11,"cp -rf lib "}; __li__U __string_43={__li__U__,12,"cp make.lip "}; __li__U __string_44={__li__U__,2,"/."}; __li__U __string_45={__li__U__,15,"cp bin/shorter "}; __li__U __string_46={__li__U__,15,"cp -rf shorter "}; __li__U __string_47={__li__U__,18,"Documentation path"}; __li__U __string_48={__li__U__,17,"/usr/share/lisaac"}; __li__U __string_49={__li__U__,18,"cp -rf doc/html/* "}; __li__U __string_50={__li__U__,8,"Man path"}; __li__U __string_51={__li__U__,19,"/usr/share/man/man1"}; __li__U __string_52={__li__U__,17,"cp -rf doc/man/* "}; __li__U __string_53={__li__U__,241,"\n*-------------------------------------\ --------------------*\n| Note: For Editor feature, please execute \ |\n| `install_lisaac' in user mode. |\n*------\ ---------------------------------------------------*\n"}; __li__U __string_54={__li__U__,7,"\nBye.\n\n"}; __li__U __string_55={__li__U__,5,"Step "}; __li__U __string_56={__li__U__,3," : "}; __li__U __string_57={__li__U__,10,"\n\nChoice:\n"}; __li__U __string_58={__li__U__,19,"Incorrect range [0-"}; __li__U __string_59={__li__U__,2,"]\n"}; __li__U __string_60={__li__U__,18,"Incorrect number.\n"}; __li__U __string_61={__li__U__,112,"1- Compiler & Shorter Installation.\n2- \ Editor Installation.\n3- Build the librarie documentation (HTML).\n0- Exit."}; __li__U __string_62={__li__U__,34,"Fix target variable in `make.lip'."}; __li__U __string_63={__li__U__,38,"Installation of environment variables."}; __li__U __string_64={__li__U__,98," Auto-install fail !\n You have to chan\ ge your environment variables as following: \n set path="}; __li__U __string_65={__li__U__,13,"\\bin;%path%\n\n"}; __li__U __string_66={__li__U__,36,"Installation of Lisaac library path."}; __li__U __string_67={__li__U__,10,"src/path.h"}; __li__U __string_68={__li__U__,31,"Compilation of Lisaac compiler."}; __li__U __string_69={__li__U__,180,"*---------------------------------------\ ------------------*\n| Note: You need at least 768MB of memory. \ |\n*---------------------------------------------------------*\n"}; __li__U __string_70={__li__U__,28,"Compilation of Shorter tool."}; __li__U __string_71={__li__U__,228,"Welcome to the Lisaac World ! \ \n============================= \n\ Installation successfull. \n Run `lisaac' to \ compile. \n"}; __li__U __string_72={__li__U__,360,"*---------------------------------------\ ------------------*\n| Note: You'll have to reboot or reloaded environnement\ |\n| to acknowledge the changes. |\n| OR f\ or bash users, doing a `source ~/.bashrc' should |\n| do the job. \ |\n*--------------------------------------\ -------------------*\n"}; __li__U __string_73={__li__U__,23,"Editor mode for Lisaac."}; __li__U __string_74={__li__U__,75,"1- Emacs.\n2- Vim.\n3- Kate.\n4- Hippoedi\ t.\n5- eFTE.\n6- Eclipse.\n0- Exit menu."}; __li__U __string_75={__li__U__,40,"Installation of `lisaac-mode' for Emacs."}; __li__U __string_76={__li__U__,2,"C:"}; __li__U __string_77={__li__U__,7,"/.emacs"}; __li__U __string_78={__li__U__,24,";; **** LISAAC MODE ****"}; __li__U __string_79={__li__U__,24,"\n(setq load-path (cons \""}; __li__U __string_80={__li__U__,28,"/editor/emacs/\" load-path))\n"}; __li__U __string_81={__li__U__,193,"(add-to-list 'auto-mode-alist '(\"\\\\.l\ i\\\\'\" . lisaac-mode))\n(add-to-list 'auto-mode-alist '(\"\\\\.lip\\\\'\" \ . lisaac-mode))\n(autoload 'lisaac-mode \"lisaac-mode\" \"Major mode for Lis\ aac Programs\" t)\n\n"}; __li__U __string_82={__li__U__,37,"Installation of `lisaac.vim' for Vim."}; __li__U __string_83={__li__U__,38," Sorry, not Vim editor for windows.\n\n"}; __li__U __string_84={__li__U__,49,"cp -f editor/vim/syntax/lisaac.vim ~/.vim\ /syntax/"}; __li__U __string_85={__li__U__,3," `"}; __li__U __string_86={__li__U__,2,"'\t"}; __li__U __string_87={__li__U__,90,"\n Sorry, auto-install fail !\n You can\ read the `editor/vim/install_vim_plugin.sh' file.\n"}; __li__U __string_88={__li__U__,4,"OK.\n"}; __li__U __string_89={__li__U__,49,"cp -f editor/vim/indent/lisaac.vim ~/.vim\ /indent/"}; __li__U __string_90={__li__U__,297,"\n It is recommanded to install the def\ ault vimrc file provided by the \n lisaac installer. \ \n\n If you choose not doing this action, y\ our vimrc will only be updated \n Do you want to install the default con\ fig provided by lisaac installer ?"}; __li__U __string_91={__li__U__,7,"/.vimrc"}; __li__U __string_92={__li__U__,5," A `"}; __li__U __string_93={__li__U__,155,"\nsyntax on \n\ filetype plugin on \nfiletype indent on \ \nau BufNewFile,BufRead *.li setf lisaac\n"}; __li__U __string_94={__li__U__,50,"' file has no need to change. Current ver\ sion is:\n"}; __li__U __string_95={__li__U__,39,"' file has been updated. Old value is:\n"}; __li__U __string_96={__li__U__,16," New value is:\n"}; __li__U __string_97={__li__U__,30,"' file has been updated with:\n"}; __li__U __string_98={__li__U__,30,"' file has been created with:\n"}; __li__U __string_99={__li__U__,7,"Error: "}; __li__U __string_100={__li__U__,16,"Not create file!"}; __li__U __string_101={__li__U__,16," Confirmation ?"}; __li__U __string_102={__li__U__,34,"Not open file (Write protection) !"}; __li__U __string_103={__li__U__,31,"cp -f editor/vim/vimrc ~/.vimrc"}; __li__U __string_104={__li__U__,41,"Installation of `lisaac_v2.xml' for Kate."}; __li__U __string_105={__li__U__,37," Sorry, not Kate editor for windows."}; __li__U __string_106={__li__U__,67,"cp -f editor/kate/lisaac_v2.xml ~/.kde/s\ hare/apps/katepart/syntax/."}; __li__U __string_107={__li__U__,78,"\n Sorry, auto-install fail !\n You ca\ n to read the `editor/kate/README' file."}; __li__U __string_108={__li__U__,3,"OK."}; __li__U __string_109={__li__U__,48,"Installation of `lisaac_spec.xml' for Hi\ ppoedit."}; __li__U __string_110={__li__U__,78,"copy editor/hippoedit/lisaac_spec.xml \"\ C:\\Program Files\\HippoEDIT\\data\\syntax\""}; __li__U __string_111={__li__U__,12," Execute: `"}; __li__U __string_112={__li__U__,5,"Fail!"}; __li__U __string_113={__li__U__,3,"Ok."}; __li__U __string_114={__li__U__,46," Sorry, Hippoedit editor is only for Wi\ ndows."}; __li__U __string_115={__li__U__,26,"Installation of eFTE mode."}; __li__U __string_116={__li__U__,73," Note: eFTE Lisaac mode is native.\n \ See: `http://efte.cowgar.com'"}; __li__U __string_117={__li__U__,29,"Installation of Eclipse mode."}; __li__U __string_118={__li__U__,250," Prerequisite: you need the Eclipse pac\ kage installed.\n Use the Eclipse Update Manager to install the Lisaac Mode \ with the URL:\n http://isaacproject.u-strasbg.fr/eclipse/update/\n\n Plea\ se, read `editor/eclipse/README' file for further information.\n"}; __li__U __string_119={__li__U__,60,"Build the librarie documentation with Sh\ orter (HTML format)."}; __li__U __string_120={__li__U__,24,"#define LISAAC_DIRECTORY"}; __li__U __string_121={__li__U__,30,"gcc -U_FORTIFY_SOURCE -O2 bin/"}; __li__U __string_122={__li__U__,6,"lisaac"}; __li__U __string_123={__li__U__,10,".c -o bin/"}; __li__U __string_124={__li__U__,19," Execute command `"}; __li__U __string_125={__li__U__,20,"' (please wait ...)\n"}; __li__U __string_126={__li__U__,51," Auto-install fail !\n You want to com\ pile a `bin/"}; __li__U __string_127={__li__U__,10,".c' file.\n"}; __li__U __string_128={__li__U__,16,"Error: execute `"}; __li__U __string_129={__li__U__,2,"'\n"}; __li__U __string_130={__li__U__,32," + target:STRING := \"windows\";\n"}; __li__U __string_131={__li__U__,34,"\n Note: Use `mingw' for Windows.\n"}; __li__U __string_132={__li__U__,29," + target:STRING := \"unix\";\n"}; __li__U __string_133={__li__U__,60," Compile `shorter' tools for your syste\ m (please wait ...)\n"}; __li__U __string_134={__li__U__,66,"lisaac src/make.lip -shorter -q -boost -\ o bin/shorter -gcc -Ibin/."}; __li__U __string_135={__li__U__,17,"del bin\\shorter.c"}; __li__U __string_136={__li__U__,70,"bin\\lisaac src/make.lip -shorter -q -bo\ ost -o bin/shorter -gcc -Isrc/."}; __li__U __string_137={__li__U__,16,"rm bin/shorter.c"}; __li__U __string_138={__li__U__,70,"bin/lisaac src/make.lip -shorter -q -boo\ st -o bin/shorter -gcc -Isrc/."}; __li__U __string_139={__li__U__,14," Shorter ok!\n"}; __li__U __string_140={__li__U__,32," Sorry, `shorter' not ready...\n"}; __li__U __string_141={__li__U__,37,"bin\\shorter -d -f belinda -o doc\\html"}; __li__U __string_142={__li__U__,37,"bin/shorter -d -f belinda -o doc/html"}; __li__U __string_143={__li__U__,70," OK\n\n Note: you'll find this documen\ tation in `doc/html/index.html'\n"}; __li__U __string_144={__li__U__,8," Fail!\n"}; __li__U __string_145={__li__U__,7," (y/n) "}; __li__U __string_146={__li__U__,8,"make.lip"}; __li__U __string_147={__li__U__,10," + target"}; __li__U __string_148={__li__U__,19,"Not enough memory.\n"}; /*==========================*/ /* FUNCTION HEADER */ /*==========================*/ /* Source code */ static __li__VB* li__LD(__li__K li__ND); static void li__WX(__li__U *li__XX); static __li__3* li__S2G(__li__VB *li__T2G); static void li__VSF(__li__VB *li__WSF,__li__3 *li__XSF); static void li__4OJ(__li__VB *li__5OJ,__li__VB *li__APJ); static __li__VB* li__SD(void *li__UD); static void li__KE(void *li__ME,__li__K li__NE); static void li__GRJ(__li__VB *li__HRJ,void *li__IRJ); static __li__K li__ARG(__li__VB *li__BRG,__li__U *li__CRG); static void li__WTJ(__li__VB *li__XTJ,__li__U *li__YTJ); static void li__ERJ(__li__VB *li__FRJ); static __li__K li__YN(void *li__0N,void *li__1N,__li__K li__2N); static void li__NP(); static void li__OSJ(__li__VB *li__PSJ,void *li__QSJ); static void li__CVJ(__li__VB *li__DVJ,void *li__EVJ); static void li__UMB(void *li__WMB,__li__VB *li__YMB); static void li__DJB(); static __li__3 li__SMC(); static __li__C li__0KE(); static __li__C li__MBF(__li__3 li__NBF); static void li__N4H(__li__VB *li__O4H,__li__3 li__P4H); static void li__MWL(__li__VB *li__NWL,__li__K li__OWL,__li__K li__PWL); static __li__C li__ATB(__li__VB *li__CTB); static void li__JRB(); static void li__UJB(__li__C li__WJB); static void li__RLB(); static __li__VB* li__MQF(); static __li__3* li__FXI(__li__K li__HXI); static void li__4HL(__li__3 *li__5HL,__li__3 *li__AIL,__li__K li__BIL); static void li__GS(__li__K li__HS,__li__VB *li__IS); static __li__3* li__0XI(__li__3 *li__1XI,__li__K li__2XI,__li__K li__3XI); static void li__MBL(__li__3 *li__NBL,__li__3 *li__OBL,__li__K li__PBL,__li__K li__QBL); static __li__C li__0LF(__li__3 li__1LF); static void li__CUR(__li__K li__DUR); static void li__55J(__li__VB *li__AAK,__li__VB *li__BAK); static void li__W4B(__li__VB *li__Y4B,__li__U *li__Z4B,__li__VB *li__04B); static void li__LBK(__li__VB *li__MBK); static void li__FFL(__li__VB *li__GFL,__li__K li__HFL); static void li__P0N(__li__3 *li__Q0N,__li__K li__R0N,__li__K li__S0N,__li__K li__T0N); static __li__3 li__YAD(void *li__0AD); static __li__K li__STD(__li__3 *li__TTD,__li__K li__VTD); static __li__C li__WEK(__li__VB *li__XEK,void *li__YEK); static void li__VCK(__li__VB *li__WCK,void *li__XCK,__li__K li__YCK); static __li__C li__NHC(__li__VB *li__PHC); static void li__MYC(void *li__QYC); static __li__CB li__QHH(__li__SQF li__SHH,__li__CB li__THH,__li__P1 li__UHH); static __li__CB li__GEJ(__li__SQF li__IEJ); static void li__G5P(__li__CB li__I5P,__li__CB li__J5P,__li__SQF li__K5P); static void li__CRT(__li__URF *li__DRT,__li__CB li__ERT,__li__SQF li__FRT); static __li__URF* li__WGQ(__li__SQF li__YGQ); static void li__0JT(__li__URF *li__1JT); static void li__2ZT(__li__URF *li__3ZT); static void li__2XK(__li__3 *li__3XK,__li__K li__4XK,__li__K li__5XK); static __li__CB li__QAI(__li__P1 li__SAI); static __li__URF* li__P1P(); /*==========================*/ /* SOURCE CODE */ /*==========================*/ int main(int argc,char **argv) { __li__VB *li__TK,*li__XN,*li__SFE,*li__DC,*li__MS,*li__SS,*li__5TG; __li__VB *li__LHC,*li__1JC,*li__4SZ,*li__5FK; __li__K li__CI0,li__DUG,li__EUG,li__OI0; __li__CB li__KJ; __li__3 *li__3B,*li__QI0; __li__C li__IG,li__YG,li__CUG,li__UJE,li__4JE,li__0JE,li__HKE,li__Y3D; __li__C li__G4D,li__P4D,li__M4D; __li__3 li__SJC,li__JNC; __li__R1 li__KNC,li__TNC,li__EOC,li__FOC; arg_count = argc; arg_vector = argv; #ifdef _PTHREAD_H pthread_key_create(¤t_thread, NULL); pthread_attr_init(&thread_attr); /*pthread_attr_setdetachstate(&thread_attr,PTHREAD_CREATE_DETACHED);*/ #endif ; li__KRF=((__li__SQF ) 0); li__5AI=((__li__SQF ) 0); li__URF__->li__XRF=((__li__SQF ) 0); li__Z1P=((__li__SQF ) 0); li__FBH=((__li__CB )(NULL)); li__TK=li__LD( 256); li__0B=li__TK; li__XN=li__LD( 256); li__WE=li__XN; li__BNC='\0'; li__SFE=li__LD( 1024); li__FO=li__SFE; li__WX((&__string_1)); ((__li__VB *)li__TK)->li__AC= 0; li__3B=li__S2G(((__li__VB *)li__TK)); getcwd((li__3B),255); li__VSF(((__li__VB *)li__TK),li__3B); li__DC=li__LD(li__TK->li__AC); li__EC=li__DC; li__4OJ(((__li__VB *)li__DC),li__TK); li__DC=li__SD((&__string_2)); li__JC=li__DC; li__DC=li__SD((&__string_3)); li__LC=li__DC; li__KE((&__string_4), 0); /* __li__B__ __li__I__ */ if (((void *)li__LC != (void *)NULL)) { li__MS=li__JC; li__SS=li__LD(li__JC->li__AC); li__GRJ(((__li__VB *)li__SS),li__MS); li__3F=li__SS; /* __li__B__ __li__I__ */ if ((((__li__VB *)li__LC)->li__AC == 0)) { li__WX((&__string_5)); li__MC=(&__string_6); li__IG=li__B__; } else /* FALSE */ { li__IG=li__I__; }; /* __li__B__ __li__I__ */ if (li__IG) { li__IG=li__B__; } else /* FALSE */ { li__CI0=li__ARG(((__li__VB *)li__LC),(&__string_7)); /* __li__B__ __li__I__ */ if ((li__CI0 != 0)) { li__YG=li__B__; } else /* FALSE */ { li__5TG=((__li__VB *)li__LC); li__CUG=li__I__; li__DUG= 0; li__EUG= 0; /* __li__B__ __li__I__ */ if (( 3 <= li__5TG->li__AC)) { li__DUG=(__li__K)((__li__K)(li__5TG->li__AC - 3) + 1); li__EUG= 1; li__OI0=li__5TG->li__AC; li__QI0=li__5TG->li__OTF; while ((! (((li__DUG > li__OI0) || (li__EUG > 3)) || (((__li__3 *)li__QI0)[(__li__K)(li__DUG - 1)] != "/sh"[(__li__K)(li__EUG - 1)])))) { li__DUG=(__li__K)(li__DUG + 1); li__EUG=(__li__K)(li__EUG + 1); }; li__CUG=(li__DUG > li__5TG->li__AC); }; li__YG=li__CUG; }; /* __li__B__ __li__I__ */ if (li__YG) { li__WTJ(((__li__VB *)li__3F),(&__string_8)); li__MC=(&__string_9); li__GH=(&__string_10); li__JH=(&__string_11); li__MH=(&__string_12); }; li__IG=li__YG; }; /* __li__B__ __li__I__ */ if (li__IG) { li__IG=li__B__; } else /* FALSE */ { li__CI0=li__ARG(((__li__VB *)li__LC),(&__string_13)); li__YG=(li__CI0 != 0); /* __li__B__ __li__I__ */ if (li__YG) { li__WTJ(((__li__VB *)li__3F),(&__string_14)); li__MC=(&__string_15); li__GH=(&__string_10); li__JH=(&__string_16); li__MH=(&__string_17); }; li__IG=li__YG; }; /* __li__B__ __li__I__ */ if ((! li__IG)) { li__CI0=li__ARG(((__li__VB *)li__LC),(&__string_18)); /* __li__B__ __li__I__ */ if ((li__CI0 != 0)) { li__WTJ(((__li__VB *)li__3F),(&__string_19)); li__MC=(&__string_20); li__GH=(&__string_10); li__JH=(&__string_11); li__MH=(&__string_12); } else /* FALSE */ { li__WX((&__string_21)); li__ERJ(((__li__VB *)li__LC)); fputc((int)('\n'),stdout); li__MC=(&__string_6); }; }; } else /* FALSE */ { li__GRJ(((__li__VB *)li__TK),(&__string_22)); li__QI0=li__S2G(((__li__VB *)li__TK)); li__KJ=((__li__CB )(fopen((char*)(li__QI0),"rb"))); /* __li__B__ __li__I__ */ if ((li__KJ != (void *)NULL)) { fclose((FILE*)((li__KJ))); li__5TG=li__LD((&__string_23)->li__TB); li__GRJ(((__li__VB *)li__5TG),(&__string_23)); li__3F=li__5TG; li__MC=(&__string_24); li__GH=(&__string_25); li__JH=(&__string_26); li__MH=(&__string_27); } else /* FALSE */ { li__MC=(&__string_6); }; }; li__WX((&__string_28)); li__WX(((__li__U *)li__MC)); /* __li__B__ __li__I__ */ if (((void *)li__MC != (void *)(&__string_24))) { li__CI0=li__YN((&__string_29),(&__string_30), 2); /* __li__B__ __li__I__ */ if ((li__CI0 == 1)) { li__NP(); }; /* __li__B__ __li__I__ */ if ((li__CI0 == 2)) { li__OSJ(((__li__VB *)li__XN),(&__string_31)); li__CVJ(((__li__VB *)li__XN),(&__string_32)); li__WTJ(((__li__VB *)li__XN),(&__string_33)); li__UMB((&__string_34),li__XN); li__DJB(); li__5TG=NULL; li__WX((&__string_35)); li__WX((&__string_36)); li__WX((&__string_37)); li__WX((&__string_38)); li__SJC=li__SMC(); li__SMC(); li__JNC='\0'; li__KNC=((__li__R1 )li__SJC); /* __li__B__ __li__I__ */ if ((li__KNC < 65)) { li__CUG=li__B__; } else /* FALSE */ { li__TNC=((__li__R1 )li__SJC); li__CUG=(li__TNC > 90); }; /* __li__B__ __li__I__ */ if (li__CUG) { li__JNC=li__SJC; } else /* FALSE */ { li__EOC=((__li__R1 )li__SJC); li__FOC=(__li__R1)(li__EOC + 32); li__JNC=((__li__3 )((li__FOC))); }; /* __li__B__ __li__I__ */ if ((li__JNC == 'y')) { li__LHC=li__LD((&__string_37)->li__TB); li__OSJ(((__li__VB *)li__LHC),(&__string_37)); li__1JC=li__LHC; li__5TG=li__1JC; } else /* FALSE */ { li__WX((&__string_39)); li__O1Z: { li__UJE=li__0KE(); /* __li__B__ __li__I__ */ if (li__UJE) { li__4JE=li__B__; } else /* FALSE */ { li__0JE=li__MBF(li__BNC); li__4JE=(! li__0JE); }; /* __li__B__ __li__I__ */ if ((! li__4JE)) { li__SMC(); goto li__O1Z; }; }; li__HKE=li__0KE(); /* __li__B__ __li__I__ */ if (((! li__HKE) && (! li__VMC))) { li__VMC=li__B__; }; li__Y3D=li__0KE(); /* __li__B__ __li__I__ */ if (li__Y3D) { li__SMC(); }; ((__li__VB *)li__SFE)->li__AC= 0; li__P1Z: { li__G4D=li__0KE(); /* __li__B__ __li__I__ */ if (li__G4D) { li__P4D=li__B__; } else /* FALSE */ { li__M4D=li__MBF(li__BNC); li__P4D=li__M4D; }; /* __li__B__ __li__I__ */ if ((! li__P4D)) { li__4SZ=((__li__VB *)li__SFE); li__N4H(li__4SZ,li__BNC); li__SMC(); goto li__P1Z; }; }; li__5TG=li__SFE; li__5FK=((__li__VB *)li__SFE); /* __li__B__ __li__I__ */ if (( 1 > li__5FK->li__AC)) { li__5FK->li__AC= 0; } else /* FALSE */ { li__MWL(li__5FK, 1, 1); }; }; li__OSJ(((__li__VB *)li__TK),(&__string_40)); li__CVJ(((__li__VB *)li__TK),li__5TG); li__ATB(li__TK); li__GRJ(((__li__VB *)li__TK),(&__string_41)); li__CVJ(((__li__VB *)li__TK),li__5TG); li__ATB(li__TK); li__OSJ(((__li__VB *)li__TK),(&__string_40)); li__CVJ(((__li__VB *)li__TK),(&__string_32)); li__ATB(li__TK); li__GRJ(((__li__VB *)li__TK),(&__string_42)); li__CVJ(((__li__VB *)li__TK),(&__string_32)); li__ATB(li__TK); li__JRB(); li__OSJ(((__li__VB *)li__TK),(&__string_43)); li__CVJ(((__li__VB *)li__TK),(&__string_32)); li__WTJ(((__li__VB *)li__TK),(&__string_44)); li__ERJ(((__li__VB *)li__TK)); fputc((int)('\n'),stdout); li__ATB(li__TK); li__UJB(li__B__); li__OSJ(((__li__VB *)li__TK),(&__string_40)); li__CVJ(((__li__VB *)li__TK),(&__string_37)); li__ATB(li__TK); li__GRJ(((__li__VB *)li__TK),(&__string_45)); li__CVJ(((__li__VB *)li__TK),(&__string_37)); li__ATB(li__TK); li__OSJ(((__li__VB *)li__TK),(&__string_40)); li__CVJ(((__li__VB *)li__TK),(&__string_32)); li__ATB(li__TK); li__GRJ(((__li__VB *)li__TK),(&__string_46)); li__CVJ(((__li__VB *)li__TK),(&__string_32)); li__ATB(li__TK); li__RLB(); li__5TG=NULL; li__WX((&__string_47)); li__WX((&__string_36)); li__WX((&__string_48)); li__WX((&__string_38)); li__SJC=li__SMC(); li__SMC(); li__JNC='\0'; li__KNC=((__li__R1 )li__SJC); /* __li__B__ __li__I__ */ if ((li__KNC < 65)) { li__CUG=li__B__; } else /* FALSE */ { li__TNC=((__li__R1 )li__SJC); li__CUG=(li__TNC > 90); }; /* __li__B__ __li__I__ */ if (li__CUG) { li__JNC=li__SJC; } else /* FALSE */ { li__EOC=((__li__R1 )li__SJC); li__FOC=(__li__R1)(li__EOC + 32); li__JNC=((__li__3 )((li__FOC))); }; /* __li__B__ __li__I__ */ if ((li__JNC == 'y')) { li__LHC=li__LD((&__string_48)->li__TB); li__OSJ(((__li__VB *)li__LHC),(&__string_48)); li__1JC=li__LHC; li__5TG=li__1JC; } else /* FALSE */ { li__WX((&__string_39)); li__O2Z: { li__UJE=li__0KE(); /* __li__B__ __li__I__ */ if (li__UJE) { li__4JE=li__B__; } else /* FALSE */ { li__0JE=li__MBF(li__BNC); li__4JE=(! li__0JE); }; /* __li__B__ __li__I__ */ if ((! li__4JE)) { li__SMC(); goto li__O2Z; }; }; li__HKE=li__0KE(); /* __li__B__ __li__I__ */ if (((! li__HKE) && (! li__VMC))) { li__VMC=li__B__; }; li__Y3D=li__0KE(); /* __li__B__ __li__I__ */ if (li__Y3D) { li__SMC(); }; ((__li__VB *)li__SFE)->li__AC= 0; li__P2Z: { li__G4D=li__0KE(); /* __li__B__ __li__I__ */ if (li__G4D) { li__P4D=li__B__; } else /* FALSE */ { li__M4D=li__MBF(li__BNC); li__P4D=li__M4D; }; /* __li__B__ __li__I__ */ if ((! li__P4D)) { li__4SZ=((__li__VB *)li__SFE); li__N4H(li__4SZ,li__BNC); li__SMC(); goto li__P2Z; }; }; li__5TG=li__SFE; li__5FK=((__li__VB *)li__SFE); /* __li__B__ __li__I__ */ if (( 1 > li__5FK->li__AC)) { li__5FK->li__AC= 0; } else /* FALSE */ { li__MWL(li__5FK, 1, 1); }; }; li__OSJ(((__li__VB *)li__TK),(&__string_40)); li__CVJ(((__li__VB *)li__TK),li__5TG); li__ATB(li__TK); li__GRJ(((__li__VB *)li__TK),(&__string_49)); li__CVJ(((__li__VB *)li__TK),li__5TG); li__ATB(li__TK); li__5TG=NULL; li__WX((&__string_50)); li__WX((&__string_36)); li__WX((&__string_51)); li__WX((&__string_38)); li__SJC=li__SMC(); li__SMC(); li__JNC='\0'; li__KNC=((__li__R1 )li__SJC); /* __li__B__ __li__I__ */ if ((li__KNC < 65)) { li__CUG=li__B__; } else /* FALSE */ { li__TNC=((__li__R1 )li__SJC); li__CUG=(li__TNC > 90); }; /* __li__B__ __li__I__ */ if (li__CUG) { li__JNC=li__SJC; } else /* FALSE */ { li__EOC=((__li__R1 )li__SJC); li__FOC=(__li__R1)(li__EOC + 32); li__JNC=((__li__3 )((li__FOC))); }; /* __li__B__ __li__I__ */ if ((li__JNC == 'y')) { li__LHC=li__LD((&__string_51)->li__TB); li__OSJ(((__li__VB *)li__LHC),(&__string_51)); li__1JC=li__LHC; li__5TG=li__1JC; } else /* FALSE */ { li__WX((&__string_39)); li__DRE: { li__UJE=li__0KE(); /* __li__B__ __li__I__ */ if (li__UJE) { li__4JE=li__B__; } else /* FALSE */ { li__0JE=li__MBF(li__BNC); li__4JE=(! li__0JE); }; /* __li__B__ __li__I__ */ if ((! li__4JE)) { li__SMC(); goto li__DRE; }; }; li__HKE=li__0KE(); /* __li__B__ __li__I__ */ if (((! li__HKE) && (! li__VMC))) { li__VMC=li__B__; }; li__Y3D=li__0KE(); /* __li__B__ __li__I__ */ if (li__Y3D) { li__SMC(); }; ((__li__VB *)li__SFE)->li__AC= 0; li__WLE: { li__G4D=li__0KE(); /* __li__B__ __li__I__ */ if (li__G4D) { li__P4D=li__B__; } else /* FALSE */ { li__M4D=li__MBF(li__BNC); li__P4D=li__M4D; }; /* __li__B__ __li__I__ */ if ((! li__P4D)) { li__4SZ=((__li__VB *)li__SFE); li__N4H(li__4SZ,li__BNC); li__SMC(); goto li__WLE; }; }; li__5TG=li__SFE; li__5FK=((__li__VB *)li__SFE); /* __li__B__ __li__I__ */ if (( 1 > li__5FK->li__AC)) { li__5FK->li__AC= 0; } else /* FALSE */ { li__MWL(li__5FK, 1, 1); }; }; li__OSJ(((__li__VB *)li__TK),(&__string_40)); li__CVJ(((__li__VB *)li__TK),li__5TG); li__ATB(li__TK); li__GRJ(((__li__VB *)li__TK),(&__string_52)); li__CVJ(((__li__VB *)li__TK),li__5TG); li__ATB(li__TK); li__WX((&__string_53)); }; } else /* FALSE */ { li__NP(); }; li__WX((&__string_54)); return(0); } static __li__VB* li__LD(__li__K li__ND) /* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__VB *li__QD,*li__IQJ,*li__OD; __li__3 *li__4QJ; li__QD=li__MQF(); li__IQJ=((__li__VB *)li__QD); /* __li__B__ __li__I__ */ if ((li__ND > 0)) { /* __li__B__ __li__I__ */ if ((li__IQJ->li__XTF < li__ND)) { li__4QJ=li__FXI(li__ND); li__IQJ->li__OTF=li__4QJ; li__IQJ->li__XTF=li__ND; }; }; li__IQJ->li__AC= 0; li__OD=li__QD; return(li__OD); } static void li__WX(__li__U *li__XX) /* (Strict STRING_CONSTANT{li__U}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__IHE,li__JHE; __li__3 *li__1I0; li__IHE= 1; li__JHE=li__XX->li__TB; li__1I0=li__XX->li__UB; while ((li__IHE <= li__JHE)) { fputc((int)(((__li__3 *)li__1I0)[(__li__K)(li__IHE - 1)]),stdout); li__IHE=(__li__K)(li__IHE + 1); }; } static __li__3* li__S2G(__li__VB *li__T2G) /* (Strict STRING{li__VB}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__3 *li__U2G; /* __li__B__ __li__I__ */ if ((li__T2G->li__XTF > li__T2G->li__AC)) { ((__li__3 *)li__T2G->li__OTF)[li__T2G->li__AC]='\0'; } else /* FALSE */ { li__N4H(li__T2G,'\0'); li__T2G->li__AC=(__li__K)(li__T2G->li__AC - 1); }; li__U2G=li__T2G->li__OTF; return(li__U2G); } static void li__VSF(__li__VB *li__WSF,__li__3 *li__XSF) /* (Strict STRING{li__VB},Strict NATIVE_ARRAY(Expanded CHARACTER){NULLxli__GB}) Void No recursive, No inlinable. NO CONTEXT! */ { li__WSF->li__AC= 0; while ((((__li__3 *)li__XSF)[li__WSF->li__AC] != '\0')) { li__WSF->li__AC=(__li__K)(li__WSF->li__AC + 1); }; /* __li__B__ __li__I__ */ if (((void *)li__WSF->li__OTF != (void *)li__XSF)) { li__WSF->li__OTF=li__XSF; li__WSF->li__XTF=(__li__K)(li__WSF->li__AC + 1); }; } static void li__4OJ(__li__VB *li__5OJ,__li__VB *li__APJ) /* (Strict STRING{li__VB},Strict STRING{NULLxli__VB}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__3 *li__SPJ; li__5OJ->li__AC=li__APJ->li__AC; /* __li__B__ __li__I__ */ if ((li__5OJ->li__AC > 0)) { /* __li__B__ __li__I__ */ if ((li__5OJ->li__XTF < li__5OJ->li__AC)) { li__SPJ=li__FXI(li__5OJ->li__AC); li__5OJ->li__OTF=li__SPJ; li__5OJ->li__XTF=li__5OJ->li__AC; }; li__4HL(((__li__3 *)li__5OJ->li__OTF),li__APJ->li__OTF,(__li__K)(li__5OJ->li__AC - 1)); }; } static __li__VB* li__SD(void *li__UD) /* (ABSTRACT_STRING{li__U}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__VB *li__WD,*li__GE,*li__VD; __li__3 *li__AE; li__WD=NULL; li__AE=((__li__3 *)(getenv((char*)(((__li__U *)li__UD)->li__UB)))); /* __li__B__ __li__I__ */ if (((void *)li__AE != (void *)NULL)) { li__GE=li__MQF(); li__WD=li__GE; li__VSF(((__li__VB *)li__GE),li__AE); }; li__VD=li__WD; return(li__VD); } static void li__KE(void *li__ME,__li__K li__NE) /* (ABSTRACT_STRING{li__U},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__FY,li__GY; li__OE=(__li__K)(li__OE + 1); fputc((int)('\n'),stdout); /* __li__B__ __li__I__ */ if ((li__NE == 0)) { li__GRJ(((__li__VB *)li__WE),li__ME); } else /* FALSE */ { li__OSJ(((__li__VB *)li__WE),(&__string_55)); li__GS(li__OE,li__WE); li__N4H(((__li__VB *)li__WE),'/'); li__GS(li__NE,li__WE); li__WTJ(((__li__VB *)li__WE),(&__string_56)); li__CVJ(((__li__VB *)li__WE),li__ME); }; li__N4H(((__li__VB *)li__WE),'\n'); li__ERJ(((__li__VB *)li__WE)); li__FY= 1; li__GY=(__li__K)(li__WE->li__AC - 1); while ((li__FY <= li__GY)) { fputc((int)('='),stdout); li__FY=(__li__K)(li__FY + 1); }; fputc((int)('\n'),stdout); } static void li__GRJ(__li__VB *li__HRJ,void *li__IRJ) /* (Strict STRING{li__VB},ABSTRACT_STRING{NULLxli__Uxli__VB}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__JRJ; __li__3 *li__0RJ,*li__5RJ; /* NULL __li__U__ __li__VB__ */ if (((struct ___OBJ *)li__IRJ)->__id==__li__U__) { li__JRJ=((__li__U *)li__IRJ)->li__TB; } else /* STRING */ { li__JRJ=((__li__VB *)li__IRJ)->li__AC; }; li__HRJ->li__AC=li__JRJ; /* __li__B__ __li__I__ */ if ((li__JRJ > 0)) { /* __li__B__ __li__I__ */ if ((li__HRJ->li__XTF < li__JRJ)) { li__0RJ=li__FXI(li__JRJ); li__HRJ->li__OTF=li__0RJ; li__HRJ->li__XTF=li__HRJ->li__AC; }; li__0RJ=li__HRJ->li__OTF; /* NULL __li__U__ __li__VB__ */ if (((struct ___OBJ *)li__IRJ)->__id==__li__U__) { li__5RJ=((__li__U *)li__IRJ)->li__UB; } else /* STRING */ { li__5RJ=((__li__VB *)li__IRJ)->li__OTF; }; li__4HL(((__li__3 *)li__0RJ),li__5RJ,(__li__K)(li__HRJ->li__AC - 1)); }; } static __li__K li__ARG(__li__VB *li__BRG,__li__U *li__CRG) /* (Strict STRING{li__VB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__K li__FRG,li__HRG,li__GRG,li__GA0,li__HA0,li__IA0,li__KA0; __li__K li__ERG; __li__3 *li__JA0,*li__DJ0; li__FRG= 0; li__HRG= 0; li__GRG= 1; li__GA0=li__CRG->li__TB; li__HA0=li__BRG->li__AC; li__IA0=li__CRG->li__TB; li__JA0=li__BRG->li__OTF; li__KA0=li__CRG->li__TB; li__DJ0=((__li__U *)li__CRG)->li__UB; while ((! ((li__HRG != 0) || ((__li__K)((__li__K)(li__GRG + li__GA0) - 1) > li__HA0)))) { li__FRG= 1; while ((! ((li__FRG > li__IA0) || (((__li__3 *)li__JA0)[(__li__K)((__li__K)((__li__K)(li__GRG + li__FRG) - 1) - 1)] != ((__li__3 *)li__DJ0)[(__li__K)(li__FRG - 1)])))) { li__FRG=(__li__K)(li__FRG + 1); }; /* __li__B__ __li__I__ */ if ((li__FRG > li__KA0)) { li__HRG=li__GRG; } else /* FALSE */ { li__GRG=(__li__K)(li__GRG + 1); }; }; li__ERG=li__HRG; return(li__ERG); } static void li__WTJ(__li__VB *li__XTJ,__li__U *li__YTJ) /* (Strict STRING{li__VB},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__ZTJ,li__DUJ; __li__3 *li__SUJ; li__ZTJ=li__YTJ->li__TB; li__DUJ=(__li__K)(li__XTJ->li__AC + li__ZTJ); /* __li__B__ __li__I__ */ if ((li__XTJ->li__XTF < li__DUJ)) { /* __li__B__ __li__I__ */ if ((li__XTJ->li__XTF == 0)) { li__XTJ->li__XTF=li__DUJ; li__SUJ=li__FXI(li__DUJ); li__XTJ->li__OTF=li__SUJ; } else /* FALSE */ { li__SUJ=li__0XI(((__li__3 *)li__XTJ->li__OTF),li__XTJ->li__XTF,li__DUJ); li__XTJ->li__OTF=li__SUJ; li__XTJ->li__XTF=li__DUJ; }; }; li__MBL(((__li__3 *)li__XTJ->li__OTF),li__YTJ->li__UB,li__XTJ->li__AC,li__ZTJ); li__XTJ->li__AC=li__DUJ; } static void li__ERJ(__li__VB *li__FRJ) /* (Strict STRING{li__VB}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__HGM,li__IGM; __li__3 *li__HJ0; li__HGM= 1; li__IGM=li__FRJ->li__AC; li__HJ0=li__FRJ->li__OTF; while ((li__HGM <= li__IGM)) { fputc((int)(((__li__3 *)li__HJ0)[(__li__K)(li__HGM - 1)]),stdout); li__HGM=(__li__K)(li__HGM + 1); }; } static __li__K li__YN(void *li__0N,void *li__1N,__li__K li__2N) /* (ABSTRACT_STRING{li__U},ABSTRACT_STRING{li__U},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__K li__K3,li__L3,li__UWJ,li__VWJ,li__TWJ,li__VZJ,li__SLM,li__OLM; __li__K li__2NM,li__3N; __li__VB *li__RWJ,*li__MLM; __li__3 li__EEE,li__H3Z,li__L3Z; __li__C li__WWJ,li__XWJ,li__TXJ,li__FYJ,li__VJW,li__F2J,li__GLW; fputc((int)('\n'),stdout); li__OE=(__li__K)(li__OE + 1); fputc((int)('\n'),stdout); li__GRJ(((__li__VB *)li__WE),li__0N); li__N4H(((__li__VB *)li__WE),'\n'); li__ERJ(((__li__VB *)li__WE)); li__K3= 1; li__L3=(__li__K)(li__WE->li__AC - 1); while ((li__K3 <= li__L3)) { fputc((int)('='),stdout); li__K3=(__li__K)(li__K3 + 1); }; fputc((int)('\n'),stdout); li__WX(li__1N); li__WX((&__string_57)); li__K3=(__li__K)(- 1); do { ((__li__VB *)li__FO)->li__AC= 0; li__EEE='\0'; li__SMC(); /* __li__B__ __li__I__ */ if (((li__BNC != '\n') && (li__BNC != ((__li__3 )(EOF))))) { li__N4H(((__li__VB *)li__FO),li__BNC); li__EEE=((__li__3 )(fgetc(stdin))); while ((! ((li__EEE == ((__li__3 )(EOF))) || (li__EEE == '\n')))) { li__N4H(((__li__VB *)li__FO),li__EEE); li__EEE=((__li__3 )(fgetc(stdin))); }; li__BNC=li__EEE; }; li__RWJ=((__li__VB *)li__FO); li__UWJ= 0; li__VWJ= 0; li__WWJ=li__I__; li__XWJ=li__I__; li__TWJ= 1; while ((! ((li__UWJ == 4) || (li__TWJ > li__RWJ->li__AC)))) { li__H3Z=((__li__3 *)li__RWJ->li__OTF)[(__li__K)(li__TWJ - 1)]; /* __li__B__ __li__I__ */ if ((li__UWJ == 0)) { li__TXJ=li__MBF(li__H3Z); /* __li__B__ __li__I__ */ if (li__TXJ) { li__FYJ=li__B__; } else /* FALSE */ { li__VJW=(li__H3Z == '+'); /* __li__B__ __li__I__ */ if (li__VJW) { li__UWJ= 1; }; li__FYJ=li__VJW; }; /* __li__B__ __li__I__ */ if (li__FYJ) { li__FYJ=li__B__; } else /* FALSE */ { li__VJW=(li__H3Z == '-'); /* __li__B__ __li__I__ */ if (li__VJW) { li__WWJ=li__B__; li__UWJ= 1; }; li__FYJ=li__VJW; }; /* __li__B__ __li__I__ */ if ((! li__FYJ)) { li__FYJ=li__0LF(li__H3Z); /* __li__B__ __li__I__ */ if (li__FYJ) { li__VWJ=(__li__K)(((__li__K )((__li__R1 )li__H3Z)) - 48); li__UWJ= 2; } else /* FALSE */ { li__UWJ= 4; }; }; li__TXJ=li__B__; } else /* FALSE */ { li__TXJ=li__I__; }; /* __li__B__ __li__I__ */ if (li__TXJ) { li__TXJ=li__B__; } else /* FALSE */ { li__FYJ=(li__UWJ == 1); /* __li__B__ __li__I__ */ if (li__FYJ) { li__VJW=li__0LF(li__H3Z); /* __li__B__ __li__I__ */ if (li__VJW) { li__VZJ=(__li__K)(((__li__K )((__li__R1 )li__H3Z)) - 48); li__VWJ=li__VZJ; /* __li__B__ __li__I__ */ if (li__WWJ) { li__VWJ=(__li__K)(- li__VZJ); }; li__UWJ= 2; } else /* FALSE */ { li__UWJ= 4; }; }; li__TXJ=li__FYJ; }; /* __li__B__ __li__I__ */ if (li__TXJ) { li__TXJ=li__B__; } else /* FALSE */ { li__FYJ=(li__UWJ == 2); /* __li__B__ __li__I__ */ if (li__FYJ) { li__VJW=li__0LF(li__H3Z); /* __li__B__ __li__I__ */ if (li__VJW) { /* __li__B__ __li__I__ */ if (li__WWJ) { li__VWJ=(__li__K)((__li__K)( 10 * li__VWJ) - (__li__K)(((__li__K )((__li__R1 )li__H3Z)) - 48)); } else /* FALSE */ { li__VWJ=(__li__K)((__li__K)( 10 * li__VWJ) + (__li__K)(((__li__K )((__li__R1 )li__H3Z)) - 48)); }; /* __li__B__ __li__I__ */ if (((li__WWJ && (li__VWJ > 0)) || ((! li__WWJ) && (li__VWJ < 0)))) { li__UWJ= 4; }; li__F2J=li__B__; } else /* FALSE */ { li__F2J=li__I__; }; /* __li__B__ __li__I__ */ if ((! li__F2J)) { li__F2J=li__MBF(li__H3Z); /* __li__B__ __li__I__ */ if (li__F2J) { li__UWJ= 3; } else /* FALSE */ { li__UWJ= 4; }; }; }; li__TXJ=li__FYJ; }; /* __li__B__ __li__I__ */ if ((! li__TXJ)) { /* __li__B__ __li__I__ */ if ((li__UWJ == 3)) { li__VJW=li__MBF(li__H3Z); /* __li__B__ __li__I__ */ if ((! li__VJW)) { li__UWJ= 4; }; }; }; li__TWJ=(__li__K)(li__TWJ + 1); }; /* __li__B__ __li__I__ */ if (((li__UWJ != 0) && (li__UWJ != 4))) { li__XWJ=li__B__; }; /* __li__B__ __li__I__ */ if (li__XWJ) { li__MLM=((__li__VB *)li__FO); li__VZJ= 0; li__TXJ=li__I__; li__SLM= 0; li__OLM= 1; while ((li__OLM <= li__MLM->li__AC)) { li__L3Z=((__li__3 *)li__MLM->li__OTF)[(__li__K)(li__OLM - 1)]; /* __li__B__ __li__I__ */ if ((li__VZJ == 0)) { li__VJW=li__MBF(li__L3Z); /* __li__B__ __li__I__ */ if (li__VJW) { li__F2J=li__B__; } else /* FALSE */ { li__GLW=(li__L3Z == '+'); /* __li__B__ __li__I__ */ if (li__GLW) { li__VZJ= 1; }; li__F2J=li__GLW; }; /* __li__B__ __li__I__ */ if ((! li__F2J)) { /* __li__B__ __li__I__ */ if ((li__L3Z == '-')) { li__TXJ=li__B__; li__VZJ= 1; } else /* FALSE */ { li__SLM=(__li__K)(((__li__K )((__li__R1 )li__L3Z)) - 48); li__VZJ= 2; }; }; li__VJW=li__B__; } else /* FALSE */ { li__VJW=li__I__; }; /* __li__B__ __li__I__ */ if (li__VJW) { li__VJW=li__B__; } else /* FALSE */ { li__F2J=(li__VZJ == 1); /* __li__B__ __li__I__ */ if (li__F2J) { li__2NM=(__li__K)(((__li__K )((__li__R1 )li__L3Z)) - 48); li__SLM=li__2NM; /* __li__B__ __li__I__ */ if (li__TXJ) { li__SLM=(__li__K)(- li__2NM); }; li__VZJ= 2; }; li__VJW=li__F2J; }; /* __li__B__ __li__I__ */ if (li__VJW) { li__VJW=li__B__; } else /* FALSE */ { li__F2J=(li__VZJ == 2); /* __li__B__ __li__I__ */ if (li__F2J) { li__GLW=li__0LF(li__L3Z); /* __li__B__ __li__I__ */ if (li__GLW) { /* __li__B__ __li__I__ */ if (li__TXJ) { li__SLM=(__li__K)((__li__K)( 10 * li__SLM) - (__li__K)(((__li__K )((__li__R1 )li__L3Z)) - 48)); } else /* FALSE */ { li__SLM=(__li__K)((__li__K)( 10 * li__SLM) + (__li__K)(((__li__K )((__li__R1 )li__L3Z)) - 48)); }; } else /* FALSE */ { li__VZJ= 3; }; }; li__VJW=li__F2J; }; /* __li__B__ __li__I__ */ if ((! li__VJW)) { /* __li__B__ __li__I__ */ if ((li__VZJ == 3)) { li__OLM=li__MLM->li__AC; }; }; li__OLM=(__li__K)(li__OLM + 1); }; /* __li__B__ __li__I__ */ if ((( 0 <= li__SLM) && (li__2N >= li__SLM))) { li__K3=li__SLM; } else /* FALSE */ { li__WX((&__string_58)); /* __li__B__ __li__I__ */ if ((li__2N == 0)) { fputc((int)('0'),stdout); li__FYJ=li__B__; } else /* FALSE */ { li__FYJ=li__I__; }; /* __li__B__ __li__I__ */ if ((! li__FYJ)) { /* __li__B__ __li__I__ */ if ((li__2N < 0)) { fputc((int)('-'),stdout); li__CUR((__li__K)(- li__2N)); } else /* FALSE */ { li__CUR(li__2N); }; }; li__WX((&__string_59)); }; } else /* FALSE */ { li__WX((&__string_60)); }; } while ((li__K3 == (__li__K)(- 1))); li__3N=li__K3; return(li__3N); } static void li__NP() /* () Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__VP,li__X4J,li__EQ,li__IND,li__IRX,li__SSZ,li__ZWD; __li__U *li__IMY; __li__VB *li__JMY,*li__MMY,*li__MQC,*li__UBZ,*li__GTC,*li__JND; __li__VB *li__KND,*li__YND,*li__AOD; __li__CB li__OND,li__JRD; __li__3 *li__FK0,*li__XBZ,*li__5BZ; __li__3 li__ATC,li__ZQD; __li__C li__MPD; do { li__VP=li__YN((&__string_29),(&__string_61), 3); /* __li__B__ __li__I__ */ if ((li__VP == 1)) { li__OE= 0; li__KE((&__string_62), 5); li__JRB(); li__KE((&__string_63), 5); /* __li__B__ __li__I__ */ if (((void *)li__MC == (void *)(&__string_6))) { li__WX((&__string_64)); li__ERJ(((__li__VB *)li__EC)); li__WX((&__string_65)); } else /* FALSE */ { li__IMY=li__GH; li__JMY=li__LD(li__IMY->li__TB); li__GRJ(((__li__VB *)li__JMY),li__IMY); li__WTJ(((__li__VB *)li__JMY),li__JH); li__55J(((__li__VB *)li__JMY),li__EC); li__WTJ(((__li__VB *)li__JMY),li__MH); li__W4B(li__3F,li__GH,li__JMY); }; li__KE((&__string_66), 5); li__JMY=li__EC; li__MMY=li__LD(li__JMY->li__AC); li__GRJ(((__li__VB *)li__MMY),li__JMY); /* __li__B__ __li__I__ */ if (((void *)li__MC == (void *)(&__string_24))) { li__LBK(((__li__VB *)li__MMY)); }; li__JMY=((__li__VB *)li__MMY); li__X4J=li__JMY->li__AC; li__FFL(li__JMY,(__li__K)(li__X4J + 26)); /* __li__B__ __li__I__ */ if ((li__X4J > 0)) { li__P0N(((__li__3 *)li__JMY->li__OTF), 0,(__li__K)(li__X4J - 1), 26); }; li__4HL(((__li__3 *)li__JMY->li__OTF),(&__string_31)->li__UB, 25); li__WTJ(((__li__VB *)li__MMY),(&__string_33)); li__UMB((&__string_34),li__MMY); fputc((int)('\n'),stdout); li__UMB((&__string_67),li__MMY); fputc((int)('\n'),stdout); li__KE((&__string_68), 5); li__WX((&__string_69)); li__DJB(); li__KE((&__string_70), 5); li__UJB(li__I__); li__WX((&__string_71)); li__WX((&__string_72)); }; /* __li__B__ __li__I__ */ if ((li__VP == 2)) { do { li__EQ=li__YN((&__string_73),(&__string_74), 6); /* __li__B__ __li__I__ */ if ((li__EQ == 1)) { li__KE((&__string_75), 0); li__MQC=li__LD( 100); /* __li__B__ __li__I__ */ if (((void *)li__JC == (void *)NULL)) { li__OSJ(((__li__VB *)li__MQC),(&__string_76)); } else /* FALSE */ { li__4OJ(((__li__VB *)li__MQC),li__JC); }; li__WTJ(((__li__VB *)li__MQC),(&__string_77)); li__UBZ=li__LD((&__string_78)->li__TB); li__GRJ(((__li__VB *)li__UBZ),(&__string_78)); li__WTJ(((__li__VB *)li__UBZ),(&__string_79)); li__55J(((__li__VB *)li__UBZ),li__EC); /* __li__B__ __li__I__ */ if (((void *)li__MC == (void *)(&__string_24))) { li__LBK(((__li__VB *)li__UBZ)); }; li__WTJ(((__li__VB *)li__UBZ),(&__string_80)); li__WTJ(((__li__VB *)li__UBZ),(&__string_81)); li__W4B(li__MQC,(&__string_78),li__UBZ); }; /* __li__B__ __li__I__ */ if ((li__EQ == 2)) { li__KE((&__string_82), 0); /* __li__B__ __li__I__ */ if (((void *)li__MC == (void *)(&__string_24))) { li__WX((&__string_83)); } else /* FALSE */ { system(((char*)(("mkdir -p ~/.vim/syntax")))); system(((char*)(("mkdir -p ~/.vim/indent")))); system(((char*)(("mkdir -p ~/.vim/backup")))); system(((char*)(("mkdir -p ~/.vim/temp")))); li__OSJ(((__li__VB *)li__0B),(&__string_84)); li__WX((&__string_85)); li__ERJ(((__li__VB *)li__0B)); li__WX((&__string_86)); li__FK0=li__S2G(((__li__VB *)li__0B)); /* __li__B__ __li__I__ */ if ((((__li__K )(system(((char*)((li__FK0)))))) != 0)) { li__WX((&__string_87)); } else /* FALSE */ { li__WX((&__string_88)); }; li__OSJ(((__li__VB *)li__0B),(&__string_89)); li__WX((&__string_85)); li__ERJ(((__li__VB *)li__0B)); li__WX((&__string_86)); li__FK0=li__S2G(((__li__VB *)li__0B)); /* __li__B__ __li__I__ */ if ((((__li__K )(system(((char*)((li__FK0)))))) != 0)) { li__WX((&__string_87)); } else /* FALSE */ { li__WX((&__string_88)); }; li__ATC=li__YAD((&__string_90)); /* __li__B__ __li__I__ */ if ((li__ATC == 'n')) { li__GTC=li__LD( 100); /* __li__B__ __li__I__ */ if (((void *)li__JC == (void *)NULL)) { li__OSJ(((__li__VB *)li__GTC),(&__string_76)); } else /* FALSE */ { li__4OJ(((__li__VB *)li__GTC),li__JC); }; li__WTJ(((__li__VB *)li__GTC),(&__string_91)); li__IND= 0; li__JND=NULL; li__KND=NULL; li__WX((&__string_92)); li__ERJ(((__li__VB *)li__GTC)); li__GRJ(((__li__VB *)li__0B),li__GTC); li__XBZ=li__S2G(((__li__VB *)li__0B)); li__OND=((__li__CB )(fopen((char*)(li__XBZ),"rb"))); /* __li__B__ __li__I__ */ if ((li__OND != (void *)NULL)) { fseek((FILE*)((li__OND)),0,SEEK_END); li__IRX=((__li__K )(ftell((FILE *)(li__OND)))); fseek((FILE*)((li__OND)),0,SEEK_SET); li__YND=li__LD((__li__K)(li__IRX + (&__string_93)->li__TB)); li__KND=li__YND; li__5BZ=li__S2G(((__li__VB *)li__YND)); fread((void *)((li__5BZ)),(size_t)(1), (size_t)((li__IRX)),(FILE*)((li__OND))); li__VSF(((__li__VB *)li__YND),li__5BZ); fclose((FILE*)((li__OND))); li__IRX=li__ARG(((__li__VB *)li__YND),(&__string_93)); li__IND=li__IRX; /* __li__B__ __li__I__ */ if ((li__IRX != 0)) { li__AOD=li__LD( 200); li__JND=li__AOD; li__SSZ=li__STD(((__li__3 *)(&__string_93)->li__UB),(__li__K)((&__string_93)->li__TB - 1)); li__ZWD= 1; while ((li__ZWD <= li__SSZ)) { while (((li__IND < ((__li__VB *)li__KND)->li__AC) && (((__li__3 *)((__li__VB *)li__KND)->li__OTF)[(__li__K)(li__IND - 1)] != '\n'))) { li__N4H(((__li__VB *)li__JND),((__li__3 *)((__li__VB *)li__KND)->li__OTF)[(__li__K)(li__IND - 1)]); li__MWL(((__li__VB *)li__KND),li__IND,li__IND); }; /* __li__B__ __li__I__ */ if ((li__IND <= ((__li__VB *)li__KND)->li__AC)) { li__N4H(((__li__VB *)li__JND),((__li__3 *)((__li__VB *)li__KND)->li__OTF)[(__li__K)(li__IND - 1)]); li__MWL(((__li__VB *)li__KND),li__IND,li__IND); }; li__ZWD=(__li__K)(li__ZWD + 1); }; li__MPD=li__WEK(((__li__VB *)li__AOD),(&__string_93)); /* __li__B__ __li__I__ */ if (li__MPD) { li__WX((&__string_94)); } else /* FALSE */ { li__WX((&__string_95)); li__ERJ(((__li__VB *)li__AOD)); li__WX((&__string_96)); }; } else /* FALSE */ { li__WX((&__string_97)); li__IND=(__li__K)(((__li__VB *)li__YND)->li__AC + 1); }; li__WX((&__string_93)); li__VCK(((__li__VB *)li__YND),(&__string_93),li__IND); } else /* FALSE */ { li__WX((&__string_98)); li__WX((&__string_93)); li__YND=li__LD((&__string_93)->li__TB); li__OSJ(((__li__VB *)li__YND),(&__string_93)); li__KND=li__YND; li__YND=((__li__VB *)li__GTC); li__AOD=li__LD(li__YND->li__AC); li__GRJ(((__li__VB *)li__AOD),li__YND); li__MPD=li__NHC(li__AOD); /* __li__B__ __li__I__ */ if ((! li__MPD)) { li__WX((&__string_99)); li__WX((&__string_100)); exit(( 1)); }; }; li__ZQD=li__YAD((&__string_101)); /* __li__B__ __li__I__ */ if ((li__ZQD == 'y')) { fputc((int)('\n'),stdout); li__GRJ(((__li__VB *)li__0B),li__GTC); li__5BZ=li__S2G(((__li__VB *)li__0B)); li__JRD=((__li__CB )(fopen((char*)(li__5BZ),"wb"))); /* __li__B__ __li__I__ */ if ((li__JRD == (void *)NULL)) { li__WX((&__string_99)); li__WX((&__string_102)); exit(( 1)); }; li__IRX=li__KND->li__AC; li__5BZ=li__S2G(((__li__VB *)li__KND)); fwrite((void *)((li__5BZ)),(size_t)(1), (size_t)((li__IRX)),(FILE*)((li__JRD))); fclose((FILE*)((li__JRD))); }; } else /* FALSE */ { li__OSJ(((__li__VB *)li__0B),(&__string_103)); li__WX((&__string_85)); li__ERJ(((__li__VB *)li__0B)); li__WX((&__string_86)); li__XBZ=li__S2G(((__li__VB *)li__0B)); /* __li__B__ __li__I__ */ if ((((__li__K )(system(((char*)((li__XBZ)))))) != 0)) { li__WX((&__string_87)); } else /* FALSE */ { li__WX((&__string_88)); }; }; }; }; /* __li__B__ __li__I__ */ if ((li__EQ == 3)) { li__KE((&__string_104), 0); /* __li__B__ __li__I__ */ if (((void *)li__MC == (void *)(&__string_24))) { li__WX((&__string_105)); } else /* FALSE */ { system(((char*)(("mkdir -p ~/.kde/share/apps/katepart/syntax")))); li__OSJ(((__li__VB *)li__0B),(&__string_106)); li__WX((&__string_85)); li__ERJ(((__li__VB *)li__0B)); li__WX((&__string_86)); li__FK0=li__S2G(((__li__VB *)li__0B)); /* __li__B__ __li__I__ */ if ((((__li__K )(system(((char*)((li__FK0)))))) != 0)) { li__WX((&__string_107)); } else /* FALSE */ { li__WX((&__string_108)); }; }; }; /* __li__B__ __li__I__ */ if ((li__EQ == 4)) { li__KE((&__string_109), 0); /* __li__B__ __li__I__ */ if (((void *)li__MC == (void *)(&__string_24))) { li__OSJ(((__li__VB *)li__0B),(&__string_110)); li__WX((&__string_111)); li__ERJ(((__li__VB *)li__0B)); li__WX((&__string_86)); li__FK0=li__S2G(((__li__VB *)li__0B)); /* __li__B__ __li__I__ */ if ((((__li__K )(system(((char*)((li__FK0)))))) != 0)) { li__WX((&__string_112)); } else /* FALSE */ { li__WX((&__string_113)); }; } else /* FALSE */ { li__WX((&__string_114)); }; }; /* __li__B__ __li__I__ */ if ((li__EQ == 5)) { li__KE((&__string_115), 0); li__WX((&__string_116)); }; /* __li__B__ __li__I__ */ if ((li__EQ == 6)) { li__KE((&__string_117), 0); li__WX((&__string_118)); }; } while ((li__EQ != 0)); }; /* __li__B__ __li__I__ */ if ((li__VP == 3)) { li__KE((&__string_119), 0); li__RLB(); }; } while ((li__VP != 0)); } static void li__OSJ(__li__VB *li__PSJ,void *li__QSJ) /* (Strict STRING{li__VB},ABSTRACT_STRING{li__U}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__3 *li__CTJ; li__PSJ->li__AC=((__li__U *)li__QSJ)->li__TB; /* __li__B__ __li__I__ */ if ((li__PSJ->li__AC > 0)) { /* __li__B__ __li__I__ */ if ((li__PSJ->li__XTF < li__PSJ->li__AC)) { li__CTJ=li__FXI(li__PSJ->li__AC); li__PSJ->li__OTF=li__CTJ; li__PSJ->li__XTF=li__PSJ->li__AC; }; li__4HL(((__li__3 *)li__PSJ->li__OTF),((__li__U *)li__QSJ)->li__UB,(__li__K)(li__PSJ->li__AC - 1)); }; } static void li__CVJ(__li__VB *li__DVJ,void *li__EVJ) /* (Strict STRING{li__VB},ABSTRACT_STRING{NULLxli__Uxli__VB}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__NVJ,li__PVJ; __li__3 *li__4VJ,*li__LWJ; /* NULL __li__U__ __li__VB__ */ if (((struct ___OBJ *)li__EVJ)->__id==__li__U__) { li__NVJ=((__li__U *)li__EVJ)->li__TB; } else /* STRING */ { li__NVJ=((__li__VB *)li__EVJ)->li__AC; }; li__PVJ=(__li__K)(li__DVJ->li__AC + li__NVJ); /* __li__B__ __li__I__ */ if ((li__DVJ->li__XTF < li__PVJ)) { /* __li__B__ __li__I__ */ if ((li__DVJ->li__XTF == 0)) { li__DVJ->li__XTF=li__PVJ; li__4VJ=li__FXI(li__PVJ); li__DVJ->li__OTF=li__4VJ; } else /* FALSE */ { li__4VJ=li__0XI(((__li__3 *)li__DVJ->li__OTF),li__DVJ->li__XTF,li__PVJ); li__DVJ->li__OTF=li__4VJ; li__DVJ->li__XTF=li__PVJ; }; }; li__4VJ=li__DVJ->li__OTF; /* NULL __li__U__ __li__VB__ */ if (((struct ___OBJ *)li__EVJ)->__id==__li__U__) { li__LWJ=((__li__U *)li__EVJ)->li__UB; } else /* STRING */ { li__LWJ=((__li__VB *)li__EVJ)->li__OTF; }; li__MBL(((__li__3 *)li__4VJ),li__LWJ,li__DVJ->li__AC,li__NVJ); li__DVJ->li__AC=li__PVJ; } static void li__UMB(void *li__WMB,__li__VB *li__YMB) /* (ABSTRACT_STRING{li__U},Strict STRING{NULLxli__VB}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__0MB,li__OGC,li__TEK,li__PWC; __li__VB *li__1MB,*li__2MB,*li__KNB,*li__SNB,*li__MEK; __li__CB li__ANB; __li__3 *li__RXB,*li__0GC; __li__C li__4OB; li__0MB= 0; li__1MB=NULL; li__2MB=NULL; li__WX((&__string_92)); li__WX(li__WMB); li__GRJ(((__li__VB *)li__0B),li__WMB); li__RXB=li__S2G(((__li__VB *)li__0B)); li__ANB=((__li__CB )(fopen((char*)(li__RXB),"rb"))); /* __li__B__ __li__I__ */ if ((li__ANB != (void *)NULL)) { fseek((FILE*)((li__ANB)),0,SEEK_END); li__OGC=((__li__K )(ftell((FILE *)(li__ANB)))); fseek((FILE*)((li__ANB)),0,SEEK_SET); li__KNB=li__LD((__li__K)(li__OGC + li__YMB->li__AC)); li__2MB=li__KNB; li__0GC=li__S2G(((__li__VB *)li__KNB)); fread((void *)((li__0GC)),(size_t)(1), (size_t)((li__OGC)),(FILE*)((li__ANB))); li__VSF(((__li__VB *)li__KNB),li__0GC); fclose((FILE*)((li__ANB))); li__OGC=li__ARG(((__li__VB *)li__KNB),(&__string_120)); li__0MB=li__OGC; /* __li__B__ __li__I__ */ if ((li__OGC != 0)) { li__SNB=li__LD( 200); li__1MB=li__SNB; li__MEK=((__li__VB *)li__YMB); li__TEK=li__STD(((__li__3 *)li__MEK->li__OTF),(__li__K)(li__MEK->li__AC - 1)); li__PWC= 1; while ((li__PWC <= li__TEK)) { while (((li__0MB < ((__li__VB *)li__2MB)->li__AC) && (((__li__3 *)((__li__VB *)li__2MB)->li__OTF)[(__li__K)(li__0MB - 1)] != '\n'))) { li__N4H(((__li__VB *)li__1MB),((__li__3 *)((__li__VB *)li__2MB)->li__OTF)[(__li__K)(li__0MB - 1)]); li__MWL(((__li__VB *)li__2MB),li__0MB,li__0MB); }; /* __li__B__ __li__I__ */ if ((li__0MB <= ((__li__VB *)li__2MB)->li__AC)) { li__N4H(((__li__VB *)li__1MB),((__li__3 *)((__li__VB *)li__2MB)->li__OTF)[(__li__K)(li__0MB - 1)]); li__MWL(((__li__VB *)li__2MB),li__0MB,li__0MB); }; li__PWC=(__li__K)(li__PWC + 1); }; li__4OB=li__WEK(((__li__VB *)li__SNB),li__YMB); /* __li__B__ __li__I__ */ if (li__4OB) { li__WX((&__string_94)); } else /* FALSE */ { li__WX((&__string_95)); li__ERJ(((__li__VB *)li__SNB)); li__WX((&__string_96)); }; } else /* FALSE */ { li__WX((&__string_97)); li__0MB=(__li__K)(((__li__VB *)li__KNB)->li__AC + 1); }; li__ERJ(((__li__VB *)li__YMB)); li__VCK(((__li__VB *)li__KNB),li__YMB,li__0MB); } else /* FALSE */ { li__WX((&__string_98)); li__ERJ(((__li__VB *)li__YMB)); li__KNB=((__li__VB *)li__YMB); li__SNB=li__LD(li__KNB->li__AC); li__GRJ(((__li__VB *)li__SNB),li__KNB); li__2MB=li__SNB; li__KNB=li__LD(((__li__U *)li__WMB)->li__TB); li__OSJ(((__li__VB *)li__KNB),li__WMB); li__4OB=li__NHC(li__KNB); /* __li__B__ __li__I__ */ if ((! li__4OB)) { li__WX((&__string_99)); li__WX((&__string_100)); exit(( 1)); }; }; li__GRJ(((__li__VB *)li__0B),li__WMB); li__RXB=li__S2G(((__li__VB *)li__0B)); li__ANB=((__li__CB )(fopen((char*)(li__RXB),"wb"))); /* __li__B__ __li__I__ */ if ((li__ANB == (void *)NULL)) { li__WX((&__string_99)); li__WX((&__string_102)); exit(( 1)); }; li__0MB=li__2MB->li__AC; li__RXB=li__S2G(((__li__VB *)li__2MB)); fwrite((void *)((li__RXB)),(size_t)(1), (size_t)((li__0MB)),(FILE*)((li__ANB))); fclose((FILE*)((li__ANB))); } static void li__DJB() /* () Void No recursive, No inlinable. NO CONTEXT! */ { __li__3 *li__YL0; li__OSJ(((__li__VB *)li__0B),(&__string_121)); li__WTJ(((__li__VB *)li__0B),(&__string_122)); li__WTJ(((__li__VB *)li__0B),(&__string_123)); li__WTJ(((__li__VB *)li__0B),(&__string_122)); li__WX((&__string_124)); li__ERJ(((__li__VB *)li__0B)); li__WX((&__string_125)); li__YL0=li__S2G(((__li__VB *)li__0B)); /* __li__B__ __li__I__ */ if ((((__li__K )(system(((char*)((li__YL0)))))) != 0)) { li__WX((&__string_126)); li__WX((&__string_122)); li__WX((&__string_127)); }; fputc((int)('\n'),stdout); } static __li__3 li__SMC() /* () With result No recursive, No inlinable. NO CONTEXT! */ { __li__3 li__UMC; /* __li__B__ __li__I__ */ if (li__VMC) { li__VMC=li__I__; } else /* FALSE */ { li__BNC=((__li__3 )(fgetc(stdin))); }; li__UMC=li__BNC; return(li__UMC); } static __li__C li__0KE() /* () With result No recursive, No inlinable. NO CONTEXT! */ { __li__C li__3KE,li__2KE; li__3KE=li__I__; /* __li__B__ __li__I__ */ if ((! li__VMC)) { li__3KE=(li__BNC == ((__li__3 )(EOF))); }; li__2KE=li__3KE; return(li__2KE); } static __li__C li__MBF(__li__3 li__NBF) /* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__C li__OBF; li__OBF=(((((((li__NBF == ' ') || (li__NBF == '\t')) || (li__NBF == '\n')) || (li__NBF == '\r')) || (li__NBF == '\0')) || (li__NBF == '\f')) || (li__NBF == '\v')); return(li__OBF); } static void li__N4H(__li__VB *li__O4H,__li__3 li__P4H) /* (Strict STRING{li__VB},Expanded CHARACTER{li__3}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__H5H; __li__3 *li__A5H; /* __li__B__ __li__I__ */ if ((li__O4H->li__XTF <= li__O4H->li__AC)) { /* __li__B__ __li__I__ */ if ((li__O4H->li__XTF == 0)) { li__O4H->li__XTF= 32; li__A5H=li__FXI( 32); li__O4H->li__OTF=li__A5H; } else /* FALSE */ { li__H5H=(__li__K)(li__O4H->li__XTF << 1); li__A5H=li__0XI(((__li__3 *)li__O4H->li__OTF),li__O4H->li__XTF,li__H5H); li__O4H->li__OTF=li__A5H; li__O4H->li__XTF=li__H5H; }; }; ((__li__3 *)li__O4H->li__OTF)[li__O4H->li__AC]=li__P4H; li__O4H->li__AC=(__li__K)(li__O4H->li__AC + 1); } static void li__MWL(__li__VB *li__NWL,__li__K li__OWL,__li__K li__PWL) /* (Strict STRING{li__VB},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__FXL,li__MXL,li__OXL,li__FWO; __li__3 *li__CM0,*li__DM0; li__FXL=(__li__K)((__li__K)(li__PWL - li__OWL) + 1); /* __li__B__ __li__I__ */ if ((li__FXL > 0)) { li__MXL=(__li__K)(li__PWL + 1); li__OXL=li__NWL->li__AC; li__FWO=li__MXL; li__CM0=li__NWL->li__OTF; li__DM0=li__NWL->li__OTF; while ((li__FWO <= li__OXL)) { ((__li__3 *)li__DM0)[(__li__K)((__li__K)(li__FWO - li__FXL) - 1)]=((__li__3 *)li__CM0)[(__li__K)(li__FWO - 1)]; li__FWO=(__li__K)(li__FWO + 1); }; li__NWL->li__AC=(__li__K)(li__NWL->li__AC - li__FXL); }; } static __li__C li__ATB(__li__VB *li__CTB) /* (Strict STRING{NULLxli__VB}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__C li__ETB,li__DTB; __li__3 *li__DZB; li__ETB=li__I__; li__DZB=li__S2G(((__li__VB *)li__CTB)); /* __li__B__ __li__I__ */ if ((((__li__K )(system(((char*)((li__DZB)))))) != 0)) { li__WX((&__string_128)); li__ERJ(((__li__VB *)li__CTB)); li__WX((&__string_129)); } else /* FALSE */ { li__ETB=li__B__; }; li__DTB=li__ETB; return(li__DTB); } static void li__JRB() /* () Void No recursive, No inlinable. NO CONTEXT! */ { /* __li__B__ __li__I__ */ if (((void *)li__MC != (void *)(&__string_6))) { /* __li__B__ __li__I__ */ if (((void *)li__MC == (void *)(&__string_24))) { system(((char*)(("copy make.lip.sample make.lip")))); li__MYC((&__string_130)); li__WX((&__string_131)); } else /* FALSE */ { system(((char*)(("cp make.lip.sample make.lip")))); li__MYC((&__string_132)); }; }; fputc((int)('\n'),stdout); } static void li__UJB(__li__C li__WJB) /* (Expanded BOOLEAN{li__Bxli__I}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__U *li__XJB,*li__YJB; li__XJB=NULL; li__YJB=NULL; li__WX((&__string_133)); /* __li__B__ __li__I__ */ if (li__WJB) { li__YJB=(&__string_134); } else /* FALSE */ { /* __li__B__ __li__I__ */ if (((void *)li__MC == (void *)(&__string_24))) { li__XJB=(&__string_135); li__YJB=(&__string_136); } else /* FALSE */ { li__XJB=(&__string_137); li__YJB=(&__string_138); }; }; /* __li__B__ __li__I__ */ if ((((__li__K )(system(((char*)((((__li__U *)li__YJB)->li__UB)))))) == 0)) { li__WX((&__string_139)); /* __li__B__ __li__I__ */ if (((void *)li__XJB != (void *)NULL)) { system(((char*)((((__li__U *)li__XJB)->li__UB)))); }; } else /* FALSE */ { li__WX((&__string_140)); }; fputc((int)('\n'),stdout); } static void li__RLB() /* () Void No recursive, No inlinable. NO CONTEXT! */ { __li__3 *li__4UB; ((__li__VB *)li__0B)->li__AC= 0; /* __li__B__ __li__I__ */ if (((void *)li__MC == (void *)(&__string_24))) { system(((char*)(("mkdir doc\\html")))); li__OSJ(((__li__VB *)li__0B),(&__string_141)); } else /* FALSE */ { system(((char*)(("mkdir -p doc/html")))); li__OSJ(((__li__VB *)li__0B),(&__string_142)); }; li__WX((&__string_111)); li__ERJ(((__li__VB *)li__0B)); li__WX((&__string_86)); li__4UB=li__S2G(((__li__VB *)li__0B)); /* __li__B__ __li__I__ */ if ((((__li__K )(system(((char*)((li__4UB)))))) == 0)) { li__WX((&__string_143)); } else /* FALSE */ { li__WX((&__string_144)); }; } static __li__VB* li__MQF() /* () With result No recursive, No inlinable. NO CONTEXT! */ { __li__VB *li__PQF,*li__FSF,*li__OQF; __li__CB li__QQF,li__C0G; __li__SQF li__4QF,li__0PK,li__IZG; __li__K li__JRF; __li__P1 li__ASF; li__PQF=NULL; li__QQF=((__li__CB )(NULL)); li__4QF=((__li__SQF )sizeof(__li__VB)); /* __li__B__ __li__I__ */ if ((li__4QF == 0)) { li__PQF=li__VB__; } else /* FALSE */ { li__JRF=-1; li__KRF=(__li__SQF)(li__KRF - (__li__SQF)(((__li__SQF ) 0) - li__4QF)); /* __li__B__ __li__I__ */ if ((li__JRF == (__li__K)(- 1))) { li__0PK=(__li__SQF)(((__li__SQF )((__li__K )(sizeof(void *)))) - ((__li__SQF ) 1)); li__IZG=(__li__SQF)((__li__SQF)(li__4QF - (__li__SQF)(((__li__SQF ) 0) - li__0PK)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - li__0PK) - ((__li__SQF ) 1))); li__0PK=(__li__SQF)(li__IZG / ((__li__SQF )((__li__K )(sizeof(void *))))); li__C0G=li__QHH(li__IZG,((__li__CB )(&(table_size[(li__0PK)-1]))),((__li__P1 )li__IZG)); li__QQF=li__C0G; } else /* FALSE */ { li__ASF=((__li__P1 )li__JRF); li__0PK=(__li__SQF)(((__li__SQF )((__li__K )(sizeof(void *)))) - ((__li__SQF ) 1)); li__IZG=(__li__SQF)((__li__SQF)(li__4QF - (__li__SQF)(((__li__SQF ) 0) - li__0PK)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - li__0PK) - ((__li__SQF ) 1))); li__C0G=li__QHH(li__IZG,((__li__CB )(&(table_type[(li__ASF)]))),(__li__P1)(li__ASF | 1)); li__QQF=li__C0G; }; li__FSF=((__li__VB *)li__QQF); li__PQF=li__FSF; *(li__FSF) = *(li__VB__); }; li__OQF=li__PQF; return(li__OQF); } static __li__3* li__FXI(__li__K li__HXI) /* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__CB li__I2I; __li__K li__25L; __li__3 *li__L2I,*li__IXI; li__I2I=li__GEJ(((__li__SQF )li__HXI)); li__L2I=((__li__3 *)li__I2I); li__25L=(__li__K)(li__HXI - 1); while ((li__25L >= 0)) { li__L2I[li__25L]='\0'; li__25L=(__li__K)(li__25L - 1); }; li__IXI=li__L2I; return(li__IXI); } static void li__4HL(__li__3 *li__5HL,__li__3 *li__AIL,__li__K li__BIL) /* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Strict NATIVE_ARRAY(Expanded CHARACTER){NULLxli__GB},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__0UM; li__0UM=li__BIL; while ((li__0UM >= 0)) { li__5HL[li__0UM]=((__li__3 *)li__AIL)[li__0UM]; li__0UM=(__li__K)(li__0UM - 1); }; } static void li__GS(__li__K li__HS,__li__VB *li__IS) /* (Expanded INTEGER{li__K},Strict STRING{NULLxli__VB}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__Q li__JS,li__10; __li__K li__40,li__50; __li__VB *li__SIK; __li__3 li__IJK; li__JS=((__li__Q )li__HS); li__10= 0; li__40= 0; li__50= 0; /* __li__B__ __li__I__ */ if ((li__JS == 0)) { li__N4H(((__li__VB *)li__IS),'0'); } else /* FALSE */ { /* __li__B__ __li__I__ */ if ((li__JS > 0)) { li__10=li__JS; } else /* FALSE */ { li__10=(__li__Q)(- li__JS); li__N4H(((__li__VB *)li__IS),'-'); }; li__40=(__li__K)(((__li__VB *)li__IS)->li__AC + 1); while ((li__10 != 0)) { li__N4H(((__li__VB *)li__IS),((__li__3 )(((__li__R1)(((__li__R1 )(__li__Q)(li__10 % 10)) + ((__li__R1 )'0')))))); li__10=(__li__Q)(li__10 / 10); }; li__50=((__li__VB *)li__IS)->li__AC; while ((li__40 < li__50)) { li__SIK=((__li__VB *)li__IS); li__IJK=((__li__3 *)li__SIK->li__OTF)[(__li__K)(li__40 - 1)]; ((__li__3 *)li__SIK->li__OTF)[(__li__K)(li__40 - 1)]=((__li__3 *)li__SIK->li__OTF)[(__li__K)(li__50 - 1)]; ((__li__3 *)li__SIK->li__OTF)[(__li__K)(li__50 - 1)]=li__IJK; li__50=(__li__K)(li__50 - 1); li__40=(__li__K)(li__40 + 1); }; }; } static __li__3* li__0XI(__li__3 *li__1XI,__li__K li__2XI,__li__K li__3XI) /* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__CB li__0YI,li__JAJ,li__FBJ,li__0TZ; __li__SQF li__CZI,li__EZI,li__QS0,li__VAJ,li__2S0,li__2AQ,li__TDQ; __li__SQF li__BAT; __li__URF *li__RBJ,*li__TCQ,*li__BEQ,*li__55S,*li__TFT; __li__3 *li__GZI,*li__4XI; li__0YI=((__li__CB )li__1XI); li__CZI=((__li__SQF )li__2XI); li__EZI=((__li__SQF )li__3XI); li__JAJ=((__li__CB )(NULL)); li__QS0=(__li__SQF)(((__li__SQF )((__li__K )(sizeof(void *)))) - ((__li__SQF ) 1)); li__VAJ=(__li__SQF)((__li__SQF)(li__CZI - (__li__SQF)(((__li__SQF ) 0) - li__QS0)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - li__QS0) - ((__li__SQF ) 1))); li__CZI=(__li__SQF)(((__li__SQF )((__li__K )(sizeof(void *)))) - ((__li__SQF ) 1)); li__QS0=(__li__SQF)((__li__SQF)(li__EZI - (__li__SQF)(((__li__SQF ) 0) - li__CZI)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - li__CZI) - ((__li__SQF ) 1))); /* __li__B__ __li__I__ */ if ((li__VAJ <= ((__li__SQF )(MINIMUM_SIZE)))) { li__FBJ=li__GEJ(li__QS0); li__JAJ=li__FBJ; li__G5P(li__0YI,li__FBJ,li__VAJ); li__2S0=(__li__SQF)(((__li__SQF )((__li__K )(sizeof(void *)))) - ((__li__SQF ) 1)); li__2AQ=(__li__SQF)((__li__SQF)(li__VAJ - (__li__SQF)(((__li__SQF ) 0) - li__2S0)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - li__2S0) - ((__li__SQF ) 1))); li__2S0=(__li__SQF)(li__2AQ / ((__li__SQF )((__li__K )(sizeof(void *))))); li__FBJ=((__li__CB )(&(table_size[(li__2S0)-1]))); li__0TZ=((__li__CB *)li__FBJ)[ 0]; ((__li__CB *)li__0YI)[ 0]=(void *)((unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)(void *)((unsigned long)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB *)li__0TZ)[ 0]) - (unsigned long)((__li__CB )((__li__SQF ) 1))) & (unsigned long)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF ) 3))) - (unsigned long)((__li__CB )((__li__SQF ) 1))))) - (unsigned long)((__li__CB )((__li__SQF ) 1))); ((__li__CB *)li__0TZ)[ 0]=li__0YI; ; } else /* FALSE */ { li__RBJ=((__li__URF *)(void *)((unsigned long)li__0YI - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))); li__2S0=(__li__SQF)(((__li__SQF )(void *)((unsigned long)li__0YI - (unsigned long)li__FBH)) >> 26); li__TCQ=NULL; li__2AQ=((__li__SQF ) 0); li__TDQ=(__li__SQF)(li__RBJ->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1))); /* __li__B__ __li__I__ */ if ((li__QS0 > li__TDQ)) { /* __li__B__ __li__I__ */ if ((! ((__li__SQF)(li__RBJ->li__XRF & ((__li__SQF ) 2)) != 0))) { li__BEQ=((__li__URF *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__RBJ) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )(__li__SQF)(li__RBJ->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1))))))); li__2AQ=(__li__SQF)((__li__SQF)(li__QS0 - li__TDQ) - ((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))); /* __li__B__ __li__I__ */ if ((((__li__SQF)(li__BEQ->li__XRF & ((__li__SQF ) 1)) == ((__li__SQF ) 0)) && ((__li__SQF)(li__BEQ->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1))) >= li__2AQ))) { li__CRT(li__BEQ,((__li__CB )li__2AQ),li__2S0); li__RBJ->li__XRF=(__li__SQF)((__li__SQF)(li__RBJ->li__XRF - (__li__SQF)(((__li__SQF ) 0) - (__li__SQF)(li__BEQ->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 1)) - ((__li__SQF ) 1))))) - (__li__SQF)(((__li__SQF ) 0) - ((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))); /* __li__B__ __li__I__ */ if (((__li__SQF)(li__RBJ->li__XRF & ((__li__SQF ) 2)) != 0)) { last_block[(li__2S0)] = (li__RBJ); } else /* FALSE */ { ((__li__URF *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__RBJ) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )(__li__SQF)(li__RBJ->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1)))))))->li__WRF=li__RBJ; }; li__TCQ=li__RBJ; }; }; /* __li__B__ __li__I__ */ if (((void *)li__TCQ == (void *)NULL)) { li__BEQ=li__WGQ(li__QS0); li__TCQ=li__BEQ; li__G5P((void *)((unsigned long)((__li__CB )li__RBJ) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))),(void *)((unsigned long)((__li__CB )((__li__URF *)li__BEQ)) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))),li__TDQ); li__BEQ=((__li__URF *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__RBJ) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )(__li__SQF)(li__RBJ->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1))))))); li__55S=li__RBJ->li__WRF; li__BAT=(__li__SQF)(li__RBJ->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 1)) - ((__li__SQF ) 1))); /* __li__B__ __li__I__ */ if ((((void *)li__55S == (void *)NULL) || ((__li__SQF)(((__li__URF *)li__55S)->li__XRF & ((__li__SQF ) 1)) != ((__li__SQF ) 0)))) { li__55S=li__RBJ; li__0JT(li__RBJ); } else /* FALSE */ { li__BAT=(__li__SQF)((__li__SQF)(li__BAT - (__li__SQF)(((__li__SQF ) 0) - li__55S->li__XRF)) - (__li__SQF)(((__li__SQF ) 0) - ((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))); }; /* __li__B__ __li__I__ */ if (((! ((__li__SQF)(li__RBJ->li__XRF & ((__li__SQF ) 2)) != 0)) && ((__li__SQF)(li__BEQ->li__XRF & ((__li__SQF ) 1)) == ((__li__SQF ) 0)))) { li__BAT=(__li__SQF)((__li__SQF)(li__BAT - (__li__SQF)(((__li__SQF ) 0) - li__BEQ->li__XRF)) - (__li__SQF)(((__li__SQF ) 0) - ((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))); li__2ZT(li__BEQ); }; ((__li__URF *)li__55S)->li__XRF=li__BAT; /* __li__B__ __li__I__ */ if (((__li__SQF)(((__li__URF *)li__55S)->li__XRF & ((__li__SQF ) 2)) != 0)) { last_block[(li__2S0)] = (li__55S); } else /* FALSE */ { li__TFT=((__li__URF *)li__55S); ((__li__URF *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__TFT) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )(__li__SQF)(li__TFT->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1)))))))->li__WRF=li__55S; }; }; } else /* FALSE */ { li__TCQ=li__RBJ; }; li__JAJ=(void *)((unsigned long)((__li__CB )((__li__URF *)li__TCQ)) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))); }; li__GZI=((__li__3 *)li__JAJ); li__2XK(li__GZI,li__2XI,(__li__K)(li__3XI - 1)); li__4XI=li__GZI; return(li__4XI); } static void li__MBL(__li__3 *li__NBL,__li__3 *li__OBL,__li__K li__PBL,__li__K li__QBL) /* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Strict NATIVE_ARRAY(Expanded CHARACTER){NULLxli__GB},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__ACL,li__5BL; li__ACL= 0; li__5BL=li__PBL; while ((li__ACL != li__QBL)) { li__NBL[li__5BL]=((__li__3 *)li__OBL)[li__ACL]; li__ACL=(__li__K)(li__ACL + 1); li__5BL=(__li__K)(li__5BL + 1); }; } static __li__C li__0LF(__li__3 li__1LF) /* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__C li__3LF,li__2LF; li__3LF=li__I__; /* __li__B__ __li__I__ */ if ((((__li__R1 )li__1LF) >= ((__li__R1 )'0'))) { li__3LF=(((__li__R1 )li__1LF) <= ((__li__R1 )'9')); }; li__2LF=li__3LF; return(li__2LF); } static void li__CUR(__li__K li__DUR) /* (Expanded INTEGER{li__K}) Void Recursive, No inlinable. NO CONTEXT! */ { __li__K li__QUR; __li__3 li__WMS; li__WMS=((__li__3 )(((__li__R1)(((__li__R1 )(__li__K)(li__DUR % 10)) + ((__li__R1 )'0'))))); li__QUR=(__li__K)(li__DUR / 10); /* __li__B__ __li__I__ */ if ((li__QUR != 0)) { li__CUR(li__QUR); }; fputc((int)(li__WMS),stdout); } static void li__55J(__li__VB *li__AAK,__li__VB *li__BAK) /* (Strict STRING{li__VB},Strict STRING{NULLxli__VB}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__CAK,li__MAK; __li__3 *li__1AK; li__CAK=li__BAK->li__AC; li__MAK=(__li__K)(li__AAK->li__AC + li__CAK); /* __li__B__ __li__I__ */ if ((li__AAK->li__XTF < li__MAK)) { /* __li__B__ __li__I__ */ if ((li__AAK->li__XTF == 0)) { li__AAK->li__XTF=li__MAK; li__1AK=li__FXI(li__MAK); li__AAK->li__OTF=li__1AK; } else /* FALSE */ { li__1AK=li__0XI(((__li__3 *)li__AAK->li__OTF),li__AAK->li__XTF,li__MAK); li__AAK->li__OTF=li__1AK; li__AAK->li__XTF=li__MAK; }; }; li__MBL(((__li__3 *)li__AAK->li__OTF),li__BAK->li__OTF,li__AAK->li__AC,li__CAK); li__AAK->li__AC=li__MAK; } static void li__W4B(__li__VB *li__Y4B,__li__U *li__Z4B,__li__VB *li__04B) /* (Strict STRING{NULLxli__VB},Strict STRING_CONSTANT{NULLxli__U},Strict STRING{NULLxli__VB}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__24B,li__QCX,li__X3Y,li__HJD; __li__VB *li__34B,*li__44B,*li__M5B,*li__U5B,*li__V3Y; __li__CB li__C5B,li__3CC; __li__3 *li__I3Y,*li__Q3Y; __li__C li__ABC; __li__3 li__NCC; li__24B= 0; li__34B=NULL; li__44B=NULL; li__WX((&__string_92)); li__ERJ(((__li__VB *)li__Y4B)); li__GRJ(((__li__VB *)li__0B),li__Y4B); li__I3Y=li__S2G(((__li__VB *)li__0B)); li__C5B=((__li__CB )(fopen((char*)(li__I3Y),"rb"))); /* __li__B__ __li__I__ */ if ((li__C5B != (void *)NULL)) { fseek((FILE*)((li__C5B)),0,SEEK_END); li__QCX=((__li__K )(ftell((FILE *)(li__C5B)))); fseek((FILE*)((li__C5B)),0,SEEK_SET); li__M5B=li__LD((__li__K)(li__QCX + li__04B->li__AC)); li__44B=li__M5B; li__Q3Y=li__S2G(((__li__VB *)li__M5B)); fread((void *)((li__Q3Y)),(size_t)(1), (size_t)((li__QCX)),(FILE*)((li__C5B))); li__VSF(((__li__VB *)li__M5B),li__Q3Y); fclose((FILE*)((li__C5B))); li__QCX=li__ARG(((__li__VB *)li__M5B),li__Z4B); li__24B=li__QCX; /* __li__B__ __li__I__ */ if ((li__QCX != 0)) { li__U5B=li__LD( 200); li__34B=li__U5B; li__V3Y=((__li__VB *)li__04B); li__X3Y=li__STD(((__li__3 *)li__V3Y->li__OTF),(__li__K)(li__V3Y->li__AC - 1)); li__HJD= 1; while ((li__HJD <= li__X3Y)) { while (((li__24B < ((__li__VB *)li__44B)->li__AC) && (((__li__3 *)((__li__VB *)li__44B)->li__OTF)[(__li__K)(li__24B - 1)] != '\n'))) { li__N4H(((__li__VB *)li__34B),((__li__3 *)((__li__VB *)li__44B)->li__OTF)[(__li__K)(li__24B - 1)]); li__MWL(((__li__VB *)li__44B),li__24B,li__24B); }; /* __li__B__ __li__I__ */ if ((li__24B <= ((__li__VB *)li__44B)->li__AC)) { li__N4H(((__li__VB *)li__34B),((__li__3 *)((__li__VB *)li__44B)->li__OTF)[(__li__K)(li__24B - 1)]); li__MWL(((__li__VB *)li__44B),li__24B,li__24B); }; li__HJD=(__li__K)(li__HJD + 1); }; li__ABC=li__WEK(((__li__VB *)li__U5B),li__04B); /* __li__B__ __li__I__ */ if (li__ABC) { li__WX((&__string_94)); } else /* FALSE */ { li__WX((&__string_95)); li__ERJ(((__li__VB *)li__U5B)); li__WX((&__string_96)); }; } else /* FALSE */ { li__WX((&__string_97)); li__24B=(__li__K)(((__li__VB *)li__M5B)->li__AC + 1); }; li__ERJ(((__li__VB *)li__04B)); li__VCK(((__li__VB *)li__M5B),li__04B,li__24B); } else /* FALSE */ { li__WX((&__string_98)); li__ERJ(((__li__VB *)li__04B)); li__M5B=((__li__VB *)li__04B); li__U5B=li__LD(li__M5B->li__AC); li__GRJ(((__li__VB *)li__U5B),li__M5B); li__44B=li__U5B; li__M5B=((__li__VB *)li__Y4B); li__U5B=li__LD(li__M5B->li__AC); li__GRJ(((__li__VB *)li__U5B),li__M5B); li__ABC=li__NHC(li__U5B); /* __li__B__ __li__I__ */ if ((! li__ABC)) { li__WX((&__string_99)); li__WX((&__string_100)); exit(( 1)); }; }; li__NCC=li__YAD((&__string_101)); /* __li__B__ __li__I__ */ if ((li__NCC == 'y')) { fputc((int)('\n'),stdout); li__GRJ(((__li__VB *)li__0B),li__Y4B); li__Q3Y=li__S2G(((__li__VB *)li__0B)); li__3CC=((__li__CB )(fopen((char*)(li__Q3Y),"wb"))); /* __li__B__ __li__I__ */ if ((li__3CC == (void *)NULL)) { li__WX((&__string_99)); li__WX((&__string_102)); exit(( 1)); }; li__QCX=li__44B->li__AC; li__Q3Y=li__S2G(((__li__VB *)li__44B)); fwrite((void *)((li__Q3Y)),(size_t)(1), (size_t)((li__QCX)),(FILE*)((li__3CC))); fclose((FILE*)((li__3CC))); }; } static void li__LBK(__li__VB *li__MBK) /* (Strict STRING{li__VB}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__RBK,li__XWM; __li__3 *li__PBK,*li__IB0; li__PBK=li__MBK->li__OTF; li__RBK=(__li__K)(li__MBK->li__AC - 1); li__IB0=((__li__3 *)li__PBK); li__XWM=li__RBK; while ((li__XWM >= 0)) { /* __li__B__ __li__I__ */ if (('\\' == li__IB0[li__XWM])) { li__IB0[li__XWM]='/'; }; li__XWM=(__li__K)(li__XWM - 1); }; } static void li__FFL(__li__VB *li__GFL,__li__K li__HFL) /* (Strict STRING{li__VB},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__3 *li__KGL; /* __li__B__ __li__I__ */ if ((! (li__HFL <= li__GFL->li__AC))) { /* __li__B__ __li__I__ */ if ((li__GFL->li__XTF < li__HFL)) { /* __li__B__ __li__I__ */ if ((li__GFL->li__XTF == 0)) { li__KGL=li__FXI(li__HFL); li__GFL->li__OTF=li__KGL; } else /* FALSE */ { li__KGL=li__0XI(((__li__3 *)li__GFL->li__OTF),li__GFL->li__XTF,li__HFL); li__GFL->li__OTF=li__KGL; }; li__GFL->li__XTF=li__HFL; } else /* FALSE */ { li__2XK(((__li__3 *)li__GFL->li__OTF),li__GFL->li__AC,(__li__K)(li__HFL - 1)); }; }; li__GFL->li__AC=li__HFL; } static void li__P0N(__li__3 *li__Q0N,__li__K li__R0N,__li__K li__S0N,__li__K li__T0N) /* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Expanded INTEGER{li__K},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__OHP; /* __li__B__ __li__I__ */ if ((li__T0N != 0)) { /* __li__B__ __li__I__ */ if ((li__T0N < 0)) { li__OHP=li__R0N; while ((li__OHP <= li__S0N)) { li__Q0N[(__li__K)(li__OHP + li__T0N)]=li__Q0N[li__OHP]; li__OHP=(__li__K)(li__OHP + 1); }; } else /* FALSE */ { li__OHP=li__S0N; while ((li__OHP >= li__R0N)) { li__Q0N[(__li__K)(li__OHP + li__T0N)]=li__Q0N[li__OHP]; li__OHP=(__li__K)(li__OHP - 1); }; }; }; } static __li__3 li__YAD(void *li__0AD) /* (ABSTRACT_STRING{li__U}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__3 li__2AD,li__PBD,li__1AD; li__2AD='\0'; li__WX(li__0AD); li__WX((&__string_145)); while (((li__2AD != 'y') && (li__2AD != 'n'))) { li__PBD=li__SMC(); li__2AD=li__PBD; }; li__SMC(); li__1AD=li__2AD; return(li__1AD); } static __li__K li__STD(__li__3 *li__TTD,__li__K li__VTD) /* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__K li__5TD,li__NVD,li__WTD; li__5TD= 0; li__NVD=li__VTD; while ((li__NVD >= 0)) { /* __li__B__ __li__I__ */ if (('\n' == li__TTD[li__NVD])) { li__5TD=(__li__K)(li__5TD + 1); }; li__NVD=(__li__K)(li__NVD - 1); }; li__WTD=li__5TD; return(li__WTD); } static __li__C li__WEK(__li__VB *li__XEK,void *li__YEK) /* (Strict STRING{li__VB},Generic ABSTRACT_STRING{NULLxli__Uxli__VB}) With result No recursive, No inlinable. NO CONTEXT! */ { void *li__2EK; __li__K li__32N,li__42N,li__5IP; __li__C li__W2N,li__FFK,li__ZEK; __li__3 *li__P3N,*li__Q3N,*li__LIP; /* NULL __li__U__ __li__VB__ */ if (li__YEK==NULL) { li__2EK=NULL; } else { if (((struct ___OBJ *)li__YEK)->__id==__li__U__) { li__2EK=((__li__U *)li__YEK); } else /* Other types */ { li__2EK=((void *)li__YEK); } }; /* __li__B__ __li__I__ */ if (((void *)li__2EK != (void *)NULL)) { li__W2N=li__I__; li__32N=li__XEK->li__AC; /* NULL __li__U__ __li__VB__ */ if (((struct ___OBJ *)li__2EK)->__id==__li__U__) { li__42N=((__li__U *)li__2EK)->li__TB; } else /* STRING */ { li__42N=((__li__VB *)li__2EK)->li__AC; }; /* __li__B__ __li__I__ */ if ((li__32N == li__42N)) { /* __li__B__ __li__I__ */ if ((li__XEK->li__AC == 0)) { li__W2N=li__B__; } else /* FALSE */ { li__P3N=li__XEK->li__OTF; /* NULL __li__U__ __li__VB__ */ if (((struct ___OBJ *)li__2EK)->__id==__li__U__) { li__Q3N=((__li__U *)li__2EK)->li__UB; } else /* STRING */ { li__Q3N=((__li__VB *)li__2EK)->li__OTF; }; li__LIP=((__li__3 *)li__P3N); li__P3N=li__Q3N; li__5IP=(__li__K)(li__XEK->li__AC - 1); while (((li__5IP >= 0) && (li__LIP[li__5IP] == ((__li__3 *)li__P3N)[li__5IP]))) { li__5IP=(__li__K)(li__5IP - 1); }; li__W2N=(li__5IP < 0); }; }; li__FFK=li__W2N; } else /* FALSE */ { li__FFK=li__I__; }; li__ZEK=li__FFK; return(li__ZEK); } static void li__VCK(__li__VB *li__WCK,void *li__XCK,__li__K li__YCK) /* (Strict STRING{li__VB},ABSTRACT_STRING{NULLxli__Uxli__VB},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__ZCK,li__MDK; __li__3 *li__2DK,*li__3DK; li__ZCK=li__WCK->li__AC; /* NULL __li__U__ __li__VB__ */ if (((struct ___OBJ *)li__XCK)->__id==__li__U__) { li__MDK=((__li__U *)li__XCK)->li__TB; } else /* STRING */ { li__MDK=((__li__VB *)li__XCK)->li__AC; }; li__FFL(li__WCK,(__li__K)(li__ZCK + li__MDK)); /* __li__B__ __li__I__ */ if ((li__YCK <= li__ZCK)) { li__P0N(((__li__3 *)li__WCK->li__OTF),(__li__K)(li__YCK - 1),(__li__K)(li__ZCK - 1),li__MDK); }; li__2DK=li__WCK->li__OTF; /* NULL __li__U__ __li__VB__ */ if (((struct ___OBJ *)li__XCK)->__id==__li__U__) { li__3DK=((__li__U *)li__XCK)->li__UB; } else /* STRING */ { li__3DK=((__li__VB *)li__XCK)->li__OTF; }; li__MBL(((__li__3 *)li__2DK),li__3DK,(__li__K)(li__YCK - 1),li__MDK); } static __li__C li__NHC(__li__VB *li__PHC) /* (Strict STRING{NULLxli__VB}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__CB li__SHC; __li__3 *li__VHC; __li__C li__UHC,li__QHC; li__VHC=li__S2G(((__li__VB *)li__PHC)); li__SHC=((__li__CB )(fopen((char*)(li__VHC),"w+b"))); li__UHC=(li__SHC != (void *)NULL); /* __li__B__ __li__I__ */ if (li__UHC) { fclose((FILE*)((li__SHC))); }; li__QHC=li__UHC; return(li__QHC); } static void li__MYC(void *li__QYC) /* (ABSTRACT_STRING{li__U}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__SYC,li__ICX,li__NSD,li__RSD; __li__VB *li__TYC,*li__UYC,*li__CZC,*li__KZC; __li__CB li__YYC; __li__3 *li__HQY,*li__PQY; __li__C li__W0C; li__SYC= 0; li__TYC=NULL; li__UYC=NULL; li__WX((&__string_92)); li__WX((&__string_146)); li__GRJ(((__li__VB *)li__0B),(&__string_146)); li__HQY=li__S2G(((__li__VB *)li__0B)); li__YYC=((__li__CB )(fopen((char*)(li__HQY),"rb"))); /* __li__B__ __li__I__ */ if ((li__YYC != (void *)NULL)) { fseek((FILE*)((li__YYC)),0,SEEK_END); li__ICX=((__li__K )(ftell((FILE *)(li__YYC)))); fseek((FILE*)((li__YYC)),0,SEEK_SET); li__CZC=li__LD((__li__K)(li__ICX + ((__li__U *)li__QYC)->li__TB)); li__UYC=li__CZC; li__PQY=li__S2G(((__li__VB *)li__CZC)); fread((void *)((li__PQY)),(size_t)(1), (size_t)((li__ICX)),(FILE*)((li__YYC))); li__VSF(((__li__VB *)li__CZC),li__PQY); fclose((FILE*)((li__YYC))); li__ICX=li__ARG(((__li__VB *)li__CZC),(&__string_147)); li__SYC=li__ICX; /* __li__B__ __li__I__ */ if ((li__ICX != 0)) { li__KZC=li__LD( 200); li__TYC=li__KZC; li__NSD=li__STD(((__li__3 *)((__li__U *)li__QYC)->li__UB),(__li__K)(((__li__U *)li__QYC)->li__TB - 1)); li__RSD= 1; while ((li__RSD <= li__NSD)) { while (((li__SYC < ((__li__VB *)li__UYC)->li__AC) && (((__li__3 *)((__li__VB *)li__UYC)->li__OTF)[(__li__K)(li__SYC - 1)] != '\n'))) { li__N4H(((__li__VB *)li__TYC),((__li__3 *)((__li__VB *)li__UYC)->li__OTF)[(__li__K)(li__SYC - 1)]); li__MWL(((__li__VB *)li__UYC),li__SYC,li__SYC); }; /* __li__B__ __li__I__ */ if ((li__SYC <= ((__li__VB *)li__UYC)->li__AC)) { li__N4H(((__li__VB *)li__TYC),((__li__3 *)((__li__VB *)li__UYC)->li__OTF)[(__li__K)(li__SYC - 1)]); li__MWL(((__li__VB *)li__UYC),li__SYC,li__SYC); }; li__RSD=(__li__K)(li__RSD + 1); }; li__W0C=li__WEK(((__li__VB *)li__KZC),li__QYC); /* __li__B__ __li__I__ */ if (li__W0C) { li__WX((&__string_94)); } else /* FALSE */ { li__WX((&__string_95)); li__ERJ(((__li__VB *)li__KZC)); li__WX((&__string_96)); }; } else /* FALSE */ { li__WX((&__string_97)); li__SYC=(__li__K)(((__li__VB *)li__CZC)->li__AC + 1); }; li__WX(li__QYC); li__VCK(((__li__VB *)li__CZC),li__QYC,li__SYC); } else /* FALSE */ { li__WX((&__string_98)); li__WX(li__QYC); li__CZC=li__LD(((__li__U *)li__QYC)->li__TB); li__OSJ(((__li__VB *)li__CZC),li__QYC); li__UYC=li__CZC; li__CZC=li__LD((&__string_146)->li__TB); li__OSJ(((__li__VB *)li__CZC),(&__string_146)); li__W0C=li__NHC(li__CZC); /* __li__B__ __li__I__ */ if ((! li__W0C)) { li__WX((&__string_99)); li__WX((&__string_100)); exit(( 1)); }; }; li__GRJ(((__li__VB *)li__0B),(&__string_146)); li__HQY=li__S2G(((__li__VB *)li__0B)); li__YYC=((__li__CB )(fopen((char*)(li__HQY),"wb"))); /* __li__B__ __li__I__ */ if ((li__YYC == (void *)NULL)) { li__WX((&__string_99)); li__WX((&__string_102)); exit(( 1)); }; li__SYC=li__UYC->li__AC; li__HQY=li__S2G(((__li__VB *)li__UYC)); fwrite((void *)((li__HQY)),(size_t)(1), (size_t)((li__SYC)),(FILE*)((li__YYC))); fclose((FILE*)((li__YYC))); } static __li__CB li__QHH(__li__SQF li__SHH,__li__CB li__THH,__li__P1 li__UHH) /* (Expanded UINTEGER_CPU{li__SQF},Expanded POINTER{li__CB},Expanded UINTEGER_32{li__P1}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__CB li__YHH,li__RYZ,li__WHH,li__3IH,li__4IH,li__RLH,li__VHH; li__YHH=((__li__CB )(NULL)); li__RYZ=((__li__CB *)li__THH)[ 0]; li__WHH=li__RYZ; /* __li__B__ __li__I__ */ if ((li__RYZ == (void *)NULL)) { li__3IH=li__QAI(li__UHH); li__WHH=li__3IH; li__4IH=(void *)((unsigned long)li__3IH - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )li__SHH))); li__YHH=li__4IH; ((__li__CB *)li__4IH)[ 0]=NULL; ((__li__CB *)li__THH)[ 0]=li__4IH; } else /* FALSE */ { li__3IH=((__li__CB *)li__WHH)[ 0]; li__YHH=li__3IH; /* __li__B__ __li__I__ */ if ((li__3IH == (void *)NULL)) { /* __li__B__ __li__I__ */ if (((void *)((unsigned long)(void *)((unsigned long)(void *)((unsigned long)li__WHH - (unsigned long)li__FBH) & (unsigned long)((__li__CB )((__li__SQF ) 4095))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )(__li__SQF)(li__SHH << 1)))) <= ((__li__CB )((__li__SQF ) 4096)))) { li__YHH=(void *)((unsigned long)li__WHH - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )li__SHH))); } else /* FALSE */ { li__RLH=li__QAI(li__UHH); li__YHH=li__RLH; }; ((__li__CB *)li__YHH)[ 0]=NULL; ((__li__CB *)li__THH)[ 0]=li__YHH; } else /* FALSE */ { ((__li__CB *)li__WHH)[ 0]=(void *)((unsigned long)((__li__CB *)li__YHH)[ 0] & (unsigned long)((__li__CB )(__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1)))); li__WHH=li__YHH; }; }; li__VHH=li__WHH; return(li__VHH); } static __li__CB li__GEJ(__li__SQF li__IEJ) /* (Expanded UINTEGER_CPU{li__SQF}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__CB li__QEJ,li__BV0,li__JEJ; __li__SQF li__AR0,li__1EJ,li__3U0,li__5U0; __li__URF *li__LFJ; li__QEJ=((__li__CB )(NULL)); li__AR0=(__li__SQF)(((__li__SQF )((__li__K )(sizeof(void *)))) - ((__li__SQF ) 1)); li__1EJ=(__li__SQF)((__li__SQF)(li__IEJ - (__li__SQF)(((__li__SQF ) 0) - li__AR0)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - li__AR0) - ((__li__SQF ) 1))); /* __li__B__ __li__I__ */ if ((li__1EJ <= ((__li__SQF )(MINIMUM_SIZE)))) { li__3U0=(__li__SQF)(((__li__SQF )((__li__K )(sizeof(void *)))) - ((__li__SQF ) 1)); li__5U0=(__li__SQF)((__li__SQF)(li__1EJ - (__li__SQF)(((__li__SQF ) 0) - li__3U0)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - li__3U0) - ((__li__SQF ) 1))); li__3U0=(__li__SQF)(li__5U0 / ((__li__SQF )((__li__K )(sizeof(void *))))); li__BV0=li__QHH(li__5U0,((__li__CB )(&(table_size[(li__3U0)-1]))),((__li__P1 )li__5U0)); li__QEJ=li__BV0; } else /* FALSE */ { li__LFJ=li__WGQ(li__1EJ); li__QEJ=(void *)((unsigned long)((__li__CB )((__li__URF *)li__LFJ)) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))); }; li__JEJ=li__QEJ; return(li__JEJ); } static void li__G5P(__li__CB li__I5P,__li__CB li__J5P,__li__SQF li__K5P) /* (Expanded POINTER{li__CB},Expanded POINTER{li__CB},Expanded UINTEGER_CPU{li__SQF}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__O5P,li__35P; __li__CB *li__L5P,*li__M5P; li__O5P=((__li__K )li__K5P); li__35P=(__li__K)(li__O5P / ((__li__K )(sizeof(void *)))); li__L5P=((__li__CB *)li__I5P); li__M5P=((__li__CB *)li__J5P); li__O5P=(__li__K)(li__35P - 1); while ((li__O5P >= 0)) { li__M5P[li__O5P]=li__L5P[li__O5P]; li__O5P=(__li__K)(li__O5P - 1); }; } static void li__CRT(__li__URF *li__DRT,__li__CB li__ERT,__li__SQF li__FRT) /* (Strict MEMORY{li__URF},Expanded POINTER{li__CB},Expanded UINTEGER_CPU{li__SQF}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__SQF li__GRT,li__FST; __li__URF *li__3ST; li__2ZT(li__DRT); li__GRT=li__DRT->li__XRF; li__FST=(__li__SQF)(li__GRT - ((__li__SQF )li__ERT)); /* __li__B__ __li__I__ */ if ((li__FST > (__li__SQF)((__li__SQF)(((__li__SQF )(MINIMUM_SIZE)) - (__li__SQF)(((__li__SQF ) 0) - ((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))) - (__li__SQF)(((__li__SQF ) 0) - ((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))))) { li__GRT=((__li__SQF )li__ERT); li__3ST=((__li__URF *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__DRT) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)li__ERT))); li__3ST->li__WRF=li__DRT; li__3ST->li__XRF=(__li__SQF)(li__FST - ((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))); li__0JT(li__3ST); /* __li__B__ __li__I__ */ if (((__li__SQF)(li__3ST->li__XRF & ((__li__SQF ) 2)) != 0)) { last_block[(li__FRT)] = (li__3ST); } else /* FALSE */ { ((__li__URF *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__3ST) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )(__li__SQF)(li__3ST->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1)))))))->li__WRF=li__3ST; }; }; li__DRT->li__XRF=(__li__SQF)((__li__SQF)(((__li__SQF ) 0) - (__li__SQF)((__li__SQF)((__li__SQF)(((__li__SQF ) 0) - li__GRT) - ((__li__SQF ) 1)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 1)) - ((__li__SQF ) 1)))) - ((__li__SQF ) 1)); ; } static __li__URF* li__WGQ(__li__SQF li__YGQ) /* (Expanded UINTEGER_CPU{li__SQF}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__URF *li__0GQ,*li__WIQ,*li__ZGQ; __li__SQF li__1IQ; li__0GQ=li__ZHQ; while ((((void *)li__0GQ != (void *)NULL) && ((__li__SQF)(((__li__URF *)li__0GQ)->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1))) < li__YGQ))) { li__0GQ=li__0GQ->li__YRF; }; /* __li__B__ __li__I__ */ if (((void *)li__0GQ == (void *)NULL)) { li__WIQ=li__P1P(); li__0GQ=li__WIQ; }; li__1IQ=(__li__SQF)(((__li__SQF )(void *)((unsigned long)((__li__CB )((__li__URF *)li__0GQ)) - (unsigned long)li__FBH)) >> 26); li__CRT(((__li__URF *)li__0GQ),((__li__CB )li__YGQ),li__1IQ); li__ZGQ=li__0GQ; return(li__ZGQ); } static void li__0JT(__li__URF *li__1JT) /* (Strict MEMORY{li__URF}) Void No recursive, No inlinable. NO CONTEXT! */ { li__1JT->li__YRF=li__ZHQ; li__1JT->li__ZRF=NULL; /* __li__B__ __li__I__ */ if (((void *)li__ZHQ != (void *)NULL)) { ((__li__URF *)li__ZHQ)->li__ZRF=li__1JT; }; li__ZHQ=li__1JT; } static void li__2ZT(__li__URF *li__3ZT) /* (Strict MEMORY{li__URF}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__URF *li__4ZT,*li__5ZT; li__4ZT=li__3ZT->li__ZRF; li__5ZT=li__3ZT->li__YRF; /* __li__B__ __li__I__ */ if (((void *)li__4ZT == (void *)NULL)) { li__ZHQ=li__5ZT; } else /* FALSE */ { ((__li__URF *)li__4ZT)->li__YRF=li__5ZT; }; /* __li__B__ __li__I__ */ if (((void *)li__5ZT != (void *)NULL)) { ((__li__URF *)li__5ZT)->li__ZRF=li__4ZT; }; } static void li__2XK(__li__3 *li__3XK,__li__K li__4XK,__li__K li__5XK) /* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */ { __li__K li__1BM; li__1BM=li__4XK; while ((li__1BM <= li__5XK)) { li__3XK[li__1BM]='\0'; li__1BM=(__li__K)(li__1BM + 1); }; } static __li__CB li__QAI(__li__P1 li__SAI) /* (Expanded UINTEGER_32{li__P1}) With result No recursive, No inlinable. NO CONTEXT! */ { __li__SQF li__UAI; __li__URF *li__XAI,*li__YAI,*li__HBI; __li__CB li__TCI,li__TAI; __li__C li__YBI; li__UAI=((__li__SQF ) 0); li__XAI=NULL; li__YAI=NULL; li__GII: { /* __li__B__ __li__I__ */ if ((li__UAI < li__5AI)) { li__HBI=((__li__URF *)(last_block[(li__UAI)])); li__XAI=li__HBI; li__YBI=(((__li__SQF)(li__HBI->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1))) < ((__li__SQF ) 4096)) || ((__li__SQF)(li__HBI->li__XRF & ((__li__SQF ) 1)) == ((__li__SQF ) 1))); } else /* FALSE */ { li__YBI=li__I__; }; /* __li__B__ __li__I__ */ if (li__YBI) { li__UAI=(__li__SQF)(li__UAI - (__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 1))); goto li__GII; }; }; /* __li__B__ __li__I__ */ if ((li__UAI >= li__5AI)) { li__HBI=li__P1P(); li__XAI=li__HBI; }; ((__li__URF *)li__XAI)->li__XRF=(__li__SQF)(li__XAI->li__XRF - ((__li__SQF ) 4096)); li__HBI=((__li__URF *)li__XAI); li__TCI=((__li__CB )((__li__URF *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__HBI) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )(__li__SQF)(li__HBI->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1)))))))); /* __li__B__ __li__I__ */ if (((__li__SQF)(((__li__URF *)li__XAI)->li__XRF & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 3)) - ((__li__SQF ) 1))) < ((__li__SQF )(MINIMUM_SIZE)))) { li__2ZT(((__li__URF *)li__XAI)); li__YAI=li__XAI->li__WRF; /* __li__B__ __li__I__ */ if (((void *)li__YAI != (void *)NULL)) { ((__li__URF *)li__YAI)->li__XRF=(__li__SQF)((__li__SQF)(li__YAI->li__XRF - (__li__SQF)(((__li__SQF ) 0) - li__XAI->li__XRF)) - (__li__SQF)(((__li__SQF ) 0) - ((__li__SQF )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))); last_block[(li__UAI)] = (li__YAI); }; }; ((__li__P1 *)li__TCI)[ 0]=li__SAI; li__TAI=(void *)((unsigned long)li__TCI - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )((__li__SQF ) 4)))); return(li__TAI); } static __li__URF* li__P1P() /* () With result No recursive, No inlinable. NO CONTEXT! */ { __li__CB li__JXS,li__LXS; __li__SQF li__GXS,li__UXS; __li__URF *li__12P,*li__R1P; /* __li__B__ __li__I__ */ if ((li__Z1P == 0)) { li__JXS=((__li__CB )(NULL)); li__LXS=((__li__CB )(NULL)); li__GXS=((__li__SQF ) 33554432); do { li__UXS=(__li__SQF)(li__GXS * ((__li__SQF ) 2)); li__GXS=li__UXS; li__JXS=li__LXS; li__LXS=((__li__CB )(realloc((li__LXS),(li__UXS)))); } while ((! ((li__LXS == (void *)NULL) || ((__li__SQF)(li__UXS >> 20) == 2048)))); /* __li__B__ __li__I__ */ if ((li__LXS == (void *)NULL)) { li__GXS=(__li__SQF)(li__GXS / ((__li__SQF ) 2)); } else /* FALSE */ { li__JXS=li__LXS; }; li__Z1P=li__GXS; li__FBH=li__JXS; ; }; li__GXS=(__li__SQF)(li__5AI << 26); li__5AI=(__li__SQF)(li__5AI - (__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 1))); /* __li__B__ __li__I__ */ if (((__li__SQF)(li__GXS - (__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 67108864))) > li__Z1P)) { li__WX((&__string_148)); exit(( 1)); }; li__12P=((__li__URF *)(void *)((unsigned long)li__FBH - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__SQF ) 0)) - (unsigned long)((__li__CB )li__GXS)))); li__12P->li__WRF=NULL; li__12P->li__XRF=(__li__SQF)((__li__SQF)(((__li__SQF ) 0) - (__li__SQF)((__li__SQF)((__li__SQF)(((__li__SQF ) 0) - (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - (__li__SQF)((__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 0)) - ((__li__SQF ) 1)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF ) 2)) - ((__li__SQF ) 1)))) - ((__li__SQF ) 1))) - ((__li__SQF ) 1)) & (__li__SQF)((__li__SQF)(((__li__SQF ) 0) - ((__li__SQF )(__li__K)( 67108864 - (__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))) - ((__li__SQF ) 1)))) - ((__li__SQF ) 1)); li__0JT(li__12P); last_block[((__li__SQF)(li__5AI - ((__li__SQF ) 1)))] = (li__12P); li__R1P=li__12P; return(li__R1P); } lisaac_0.39_rc1/shorter/0000755000175000017500000000000011314031324015112 5ustar sonntagsonntaglisaac_0.39_rc1/shorter/latex.li0000644000175000017500000000114011314031246016554 0ustar sonntagsonntag - begin := "\\begin{verbatim}\n"; - end := "\\end{verbatim}\n"; - keyword := "{\\bf{}" + last_string + "}"; - integer := last_string; - character := "{\\it{}" + last_string + "}"; - string := "{\\it{}" + last_string + "}"; - operator := last_string; - prototype := "\ \"+last_string+""; - comment_line := "{\\it{}" + last_string + "}"; - comment := ""; - slot := "{\\bf{}" + last_string + "}"; - slot_style := last_string; - block := "\\" + last_string;lisaac_0.39_rc1/shorter/html_raw.li0000644000175000017500000000656411314031246017273 0ustar sonntagsonntag - type_file := ".html"; - begin := "\n\ \\n\ \\n\ \\n\ \\n\ \Lisaac prototype interface\n\ \\n\ \\n\ \\n\ \

\n";
  
  - end :=    
  "\n\n\
  \\n";
  
  - keyword := 
  "" + token + "";

  - keyword_section := 
  "" + token + "";
  
  - integer := 
  "" + token + "";
  
  - character := 
  "" + token + "";
  
  - string :=
  "" + token + "";
  
  - operator :=
  "" + token + "";
  
  - keyprototype :=
  ""+token+"";

  - prototype :=
  "\
  \"+token+"";
  
  - comment_header_line :=
  "//" + token + "";

  - comment_line :=
  "//" + token + "";

  - comment_slot_line :=
  "//" + token + "";
  
  - french := 
  "//" + token + "";

  - english := 
  "//" + token + "";
  
  - greek := 
  "//" + token + "";

  - comment := 
  "" + token + "";
  
  - slot := 
  "" + token + "";

  - slot_call := 
  "" + token + "";
  
  - slot_style :=
  "" + token + "";
  
  - block := 
  "" + token + "";  
  
  - external := 
  "" + token + "";
  
  //
  // Recursive Option.
  //
  
  - index :=
  "Lisaac Documentation\n\
  \\n\
  \  \n\
  \   \n\
  \   \n\
  \  \n\
  \  \n\
  \\n\
  \\n\
  \<h3>Frame Error</h3>\n\
  \<p>This web site works only with frames.</p>\n\
  \\n\
  \\n";  
  
  - default := 
  "Proto\n\
  \\n\
  \Content proto documentation.\n\
  \\n\
  \\n";

  - directory_list_begin :=
  "List Directories\n\
  \\n\
  \All\n";
  
  - directory_list_item :=
  "
"+token+"\n";
  
  - directory_list_end := 
  "\n\
  \";

  - file_list_begin :=
  "All Files\n\
  \\n";
  
  - file_list_item :=
  "
"+token+"\n";
  
  - file_list_end :=
  "\n\
  \";
  


lisaac_0.39_rc1/shorter/html.li0000644000175000017500000000622711314031246016416 0ustar  sonntagsonntag  - type_file := ".html";

  - begin :=
  "\n\
  \\n\
  \\n\
  \\n\
  \\n\
  \Lisaac prototype interface\n\
  \\n\
  \\n\
  \\n\
  \\n";
  
  - end :=    
  "\n\n\
  \\n";
  
  - keyword := 
  "" + token + "";

  - keyword_section := 
  "

" + token + "";
  
  - integer := 
  "" + token + "";
  
  - character := 
  "" + token + "";
  
  - string :=
  "" + token + "";
  
  - operator :=
  "" + token + "";
  
  - keyprototype :=
  ""+token+"";

  - prototype :=
  "\
  \"+token+"";
  
  - comment_header_line := " ";

  - comment_line :=
  "
" + token + "";

  - comment_slot_line :=
  "
        " + token + "";
  
  - comment := 
  " ";
  
  - slot := 
  "" + token + "";

  - slot_call := 
  "" + token + "";
  
  - slot_style :=
  "

    " + token + "";
  
  - block := 
  "" + token + "";  
  
  - external := 
  "" + token + "";
  
  //
  // Recursive Option.
  //
  
  - index :=
  "Lisaac Documentation\n\
  \\n\
  \  \n\
  \   \n\
  \   \n\
  \  \n\
  \  \n\
  \\n\
  \\n\
  \<h3>Frame Error</h3>\n\
  \<p>This web site works only with frames.</p>\n\
  \\n\
  \\n";  
  
  - default := 
  "Proto\n\
  \\n\
  \
Lisaac documentation
\n\
  \Select your prototype.\n\
  \\n\
  \\n";

  - directory_list_begin :=
  "List Directories\n\
  \\n\
  \All\n";
  
  - directory_list_item :=
  "
"+token+"\n";
  
  - directory_list_end := 
  "\n\
  \";

  - file_list_begin :=
  "All Files\n\
  \\n";
  
  - file_list_item :=
  "
"+token+"\n";
  
  - file_list_end :=
  "\n\
  \";
  


lisaac_0.39_rc1/shorter/belinda.li0000644000175000017500000001165111314031246017045 0ustar  sonntagsonntag  - type_file := ".html";

  - begin :=
  "\n\
  \\n\
  \\n\
  \\n\
  \\n\
  \Lisaac prototype interface\n\
  \\n\
  \\n\
  \\n\
  \\n";
  
  - end :=    
  "\n\n\
  \\n";
  
  //
  // Syntax.
  //
  
  - keyword := 
  "" + token + "";

  - keyword_section := 
  "
" + token + "
";
    
  - operator :=
  "" + token + "";
  
  - keyprototype :=
  " "+token+"";

  - prototype :=
  " \
  \"+token+"";
    
  - comment_line :=
  "
" + token + "";

  - comment_slot_line :=
  "
" + token + "
";
  
  - comment_new_line_extern := "
";

  - comment_new_line_slot := "
";
  
  - slot := 
  " " + token + " ";
  
  - slot_style :=
  "
" + token + " ";
  
  - local := " "+token+" ";  

  - block := 
  "" + token + "";  

  - warning := 
  "" + token + "
";  
  
  //
  // Java doc style.
  // 
   
  - title := "LisaacTM Platform
" + token + "
";
  
  - table_begin := "";
  
  - table_item := "";
  
  - table_slot_name := "
" + token + "";
  - table_slot_comment := "
" + token;
  
  - table_end := "
" + token + "
" + token + "
 ";
  
  - sub_title := "
" + token + "
"; 
  
  - slot_title := "
" + token + "
";
  
  - subsub_title := "

" + token + "
";
  
  - prototype_path := "
" + token + "
";

  - identifier := "" + token + "";
  
  - identifier_slot := "" + token + "";
  
  - parameter := "
" + token + "
";
  - require := "
" + token + "
";
  - ensure := "
" + token + "
";
  - see := "
" + token + "
";
  
  - description_en_francais := "
" + token + "
";
  - necessite := "
" + token + "
";
  - garantie := "
" + token + "
";
  - voir := "
" + token + "
";  
  
  - prototype_comment_light := "" + token + "
";
  - prototype_comment       := "" + token + "";
  
  
  //
  // Recursive Option.
  //
  
  - index :=
  "Lisaac Documentation\n\
  \\n\
  \  \n\
  \   \n\
  \   \n\
  \  \n\
  \  \n\
  \\n\
  \\n\
  \<h3>Frame Error</h3>\n\
  \<p>This web site works only with frames.</p>\n\
  \\n\
  \\n";  
  
  - default := 
  "Proto\n\
  \\n\
  \
Lisaac documentation
\n\
  \Select your prototype.\n\
  \\n\
  \\n";

  - directory_list_begin :=
  "List Directories\n\
  \\n\
  \All\n";
  
  - directory_list_item :=
  "
"+token+"\n";
  
  - directory_list_end := 
  "\n\
  \";

  - file_list_begin :=
  "All Files\n\
  \\n";
  
  - file_list_item :=
  "
"+token+"\n";
  
  - file_list_end :=
  "\n\
  \";
  


lisaac_0.39_rc1/lib/0000755000175000017500000000000011314031253014173 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/0000755000175000017500000000000011314031253015316 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui/0000755000175000017500000000000011314031253016102 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui/g_check.li0000644000175000017500000002001211314031253020006 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_CHECK;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Group elements for GUI.";

Section Inherit  

  + parent_g_group:Expanded G_GROUP;
  
Section Public  
  
  + auto_action:G_WIN_OUT;
  
  + stat:INTEGER_8;
  
  - is_on:BOOLEAN    <- (stat & 0100b) != 0;
  - is_check:BOOLEAN <- (stat & 1000b) != 0;
  
  - set_stat s:INTEGER_8 <-
  (
    stat := s;
    (stat != Old stat).if {
      refresh;
    };
  );
  
  + action:{ G_CHECK; } := 
  { b:G_CHECK; 
    // Nothing.
  };
  
  + next_check:G_CHECK;
  + previous_check:G_CHECK;
  
  - set_previous_check p:G_CHECK <-
  (
    previous_check := p;
  );
  
  //
  // Operator position.
  //
  
  - Self:SELF '^' Left 40 other:G_CHECK :G_CHECK <-
  (
    next_check := other;
    other.set_previous_check Self;
    other
  );
    
  //
  // Creation
  //
  
  - create_with_check elt:G_EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt connect NULL action NULL check TRUE;
    result
  );

  - create_with_check elt:G_EXPR connect a:G_WIN_OUT :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt connect a action NULL check TRUE;
    result
  );

  - create elt:G_EXPR connect a:G_WIN_OUT :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt connect a action NULL check FALSE;
    result
  );
  
  - create_with_check elt:G_EXPR action b:{ G_CHECK; } :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt connect NULL action b check TRUE;
    result
  );

  - create elt:G_EXPR action b:{ G_CHECK; } :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt connect NULL action b check FALSE;
    result
  );
  
  - make elt:G_EXPR connect a:G_WIN_OUT action b:{ G_CHECK; } check c:BOOLEAN <-
  (
    make elt;
    auto_action := a;
    action := b;
    stat := c.to_integer << 3;
  );
     
  //
  // Size.
  //
  
  - predict_size (w,h:INTEGER) :(INTEGER,INTEGER) <-
  ( + rw:INTEGER;
    
    (is_check).if {
      rw := w + 24;
    } else {
      rw := w + 4;
    };
    rw , h + 4
  );  
  
  - width_min:INTEGER <-
  ( + result:INTEGER;
    
    (is_check).if {
      result := parent_g_group.width_min + 24;
    } else {
      result := parent_g_group.width_min + 4;
    };
    result
  );
  
  - height_min:INTEGER <-
  (
    parent_g_group.height_min + 4
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( + px,py,nw,nh,p:INTEGER;   
    update rac from (x,y) size (w,h);
    (is_check).if {
      p := 20;
    };
    ((w-(p+4)) > root.width_max).if {      
      nw := root.width_max;
      px := ((w-(p+4) - nw) / 2) + (p+2);
    } else {
      nw := w - (p+4);
      px := (p+2);
    };
    ((h-4) > root.height_max).if {      
      nh := root.height_max;
      py := ((h-4 - nh) / 2) + 2;
    } else {
      nh := h - 4;
      py := 2;
    };    
    root.set_position Self at (px,py) size (nw,nh);
  );
  
  //
  // Display.
  //

  - draw_slave bmp:ABSTRACT_BITMAP from (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + col:UINTEGER_32;
    
    ((stat & 01b) = 0).if {
      col := color_back;
    } else {
      col := color_back_light;
    };    
    bmp.rectangle_fill (x0,y0) to (x1,y1) color col;
  );
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + style:INTEGER_8;
    clipping (x0,y0) to (x1,y1);
    ((is_on) && {! is_check}).if {
      style := 1; // In
    } else {        
      ((stat & 11b) = 01b).if {
        style := 2; // Out
      } else {
        ((stat & 11b) != 00b).if {
          style := 1; // In
        };
      };
    };
    (style)
    .when 0 then {
      draw_slave Self from (x0,y0) to (x1,y1);
    }
    .when 1 then {
      draw_border_in (x_min  ,y_min  ) to (x_max  ,y_max  );
      draw_border_in (x_min+1,y_min+1) to (x_max-1,y_max-1);
      draw_slave Self from (x_min+2,y_min+2) to (x_max-2,y_max-2);
    }
    .when 2 then {
      draw_border_out (x_min  ,y_min  ) to (x_max  ,y_max  );
      draw_border_out (x_min+1,y_min+1) to (x_max-1,y_max-1);	
      draw_slave Self from (x_min+2,y_min+2) to (x_max-2,y_max-2);
    };
    
    (is_check).if {
      draw_check;
    };
  );
  
  //
  // Event manager.
  //
  
  - receive msg:EVENT <-
  // stat :
  // -1 = Not actif
  //  0 = out & off
  //  1 = in  & off
  //  2 = out & on
  //  3 = in  & on
  ( + mouse:EVENT_MOUSE;  
    + gui:EVENT_GUI;
    + new_stat:INTEGER;
    + cur:G_CHECK;
    
    mouse ?= msg;
    gui ?= msg;
    (mouse != NULL).if {                  
      new_stat := (stat & 1100b) | (mouse.is_in).to_integer | (mouse.left.to_integer << 1);      
      (new_stat != stat).if {	
	stat := new_stat;
	((stat & 1) != 0).if {
	  // In.	    	    
	  (mouse.left_down).if {
	    (auto_action != NULL).if {	    
	      (auto_action.is_open).if {
		auto_action.close;
	      } else {
		auto_action.open_by Self;		
	      };
	    } else {
	      action.value Self;
	    };
	    stat := stat ^ 0100b;
	    ((stat & 0100b) != 0).if {
	      cur := next_check;
	      {cur != NULL}.while_do {
		cur.set_stat (cur.stat & 1000b);
		cur := cur.next_check;
	      };
	      cur := previous_check;
	      {cur != NULL}.while_do {
		cur.set_stat (cur.stat & 1000b);
		cur := cur.previous_check;
	      };
	    };
	  };
	} else {
	  // Out.	  
	  ((stat & 10b) = 0).if {
	    stat := stat & 1100b;	  
	    DESK.receive msg;
	  };
	};
	refresh;	
      };
    };
  );
  
  //
  // Check draw.
  //
  
  - draw_check <-
  ( + py:INTEGER;
    
    py := (height - 14) >> 1;
    ((next_check = NULL) && {previous_check = NULL}).if {
      // Check.
      draw_border_in (3,py) to (16,py+13);
      rectangle_fill (4,py+1) to (15,py+12) color color_back_light;
      ((stat & 100b) != 0).if {
	color black;
	line  (5,(py+2)) to (14,(py+11));
	line  (5,(py+3)) to (13,(py+11));
	line  (6,(py+2)) to (14,(py+10));
	
	line (14,(py+2)) to  (5,(py+11));
	line (13,(py+2)) to  (5,(py+10));
	line (14,(py+3)) to  (6,(py+11));
      };
    } else {
      // Check list
      color color_dark;
      move_to (3,(py+6));
      line_to (9,py);
      line_to (15,(py+6));
      color color_light;
      line_to (9,(py+12));
      line_to (3,(py+6));
      
      color color_back_light;
      poly_move_to (9,(py+1));
      poly_line_to (14,(py+6));
      poly_line_to (9,(py+11));
      poly_line_to (4,(py+6));
      poly_trace;
      
      ((stat & 100b) != 0).if {
	color black;
	circle_fill (9,(py+6)) rayon 2 color black;
      };
    };
  );
  lisaac_0.39_rc1/lib/extra/gui/g_raw.li0000644000175000017500000000646211314031253017537 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_RAW;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Group elements for GUI.";

Section Inherit  
  
  + parent_g_group:Expanded G_GROUP;
  
Section Public  
  
  //
  // Size.
  //

  - predict_size (w,h:INTEGER) :(INTEGER,INTEGER) <-
  (
    w + 4, h + 4
  );
  
  - width_min:INTEGER <-
  (
    parent_g_group.width_min + 4
  );
  
  - height_min:INTEGER <-
  (
    parent_g_group.height_min + 4
  );

  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( + px,py,nw,nh:INTEGER;   
    update rac from (x,y) size (w,h);
    ((w-4) > root.width_max).if {      
      nw := root.width_max;
      px := ((w-4 - nw) / 2) + 2;
    } else {
      nw := w - 4;
      px := 2;
    };
    ((h-4) > root.height_max).if {      
      nh := root.height_max;
      py := ((h-4 - nh) / 2) + 2;
    } else {
      nh := h - 4;
      py := 2;
    };    
    root.set_position Self at (px,py) size (nw,nh);
  );
  
  //
  // Display.
  //
  
  - draw_slave bmp:ABSTRACT_BITMAP from (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( 
    bmp.rectangle_fill (x0,y0) to (x1,y1) color color_back;
  );
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( 
    clipping (x0,y0) to (x1,y1);
    draw_border_out (x_min,y_min) to (x_max,y_max);
    draw_slave Self from (x_min+1,y_min+1) to (x_max-1,y_max-1);
  );

  //
  // Event manager.
  //
  
  - receive msg:EVENT <-
  ( + mouse:EVENT_MOUSE;  
    + win:AREA;
        
    mouse ?= msg;
    (mouse != NULL).if {                  
      win := DESK.get_object (mouse.x_current,mouse.y_current);
      (win != Self).if {
	DESK.receive msg;	
      };
    };    
  );
lisaac_0.39_rc1/lib/extra/gui/event/0000755000175000017500000000000011314031253017223 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui/event/event_keyboard.li0000644000175000017500000000464711314031253022565 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := EVENT_KEYBOARD;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment     :="Keyboard event.";
  
Section Inherit

  + parent_event:Expanded EVENT;
  
Section Public
  
  - source:INBOX := KEYBOARD;
  
  + key:UINTEGER_16;
    
  + prev:EVENT_KEYBOARD;
  
  - set_prev new_prev:EVENT_KEYBOARD <-
  (
    prev := new_prev;
  );
  
  - make c:UINTEGER_16 <-
  (
    key := c;
    destination := NULL;
  );
  
  //
  // Display.
  // 
  
  - display <-
  (
    string_msg.copy "Keyb event: ";
    string_msg.append ((key>>8).to_binary);
    string_msg.add_last ' ';
    string_msg.add_last ((key & 0FFh).to_character);
    string_msg.add_last '\n';
    VIDEO.message string_msg;
  );
  
  - copy_from evt:EVENT_KEYBOARD <-
  (
    ? {evt != NULL};
    key := evt.key;
    destination := NULL;
  );
  
    



lisaac_0.39_rc1/lib/extra/gui/event/event.li0000644000175000017500000000406311314031253020675 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := EVENT;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Event generic";
    
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + destination:INBOX; // If null, Broad cast message.
  
  - source:INBOX <- (deferred; INBOX);  
      
  - set_destination evt:INBOX <-
  (
    destination := evt;
  );
  
  - display <- deferred;

Section EVENT  
  
  - string_msg:STRING := STRING.create 250;
  

lisaac_0.39_rc1/lib/extra/gui/event/event_gui.li0000644000175000017500000000431111314031253021535 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := EVENT_GUI;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Keyboard event.";
  
Section Inherit

  + parent_event:Expanded EVENT;
  
Section Public
  
  + source:INBOX;
      
  - make src:INBOX at dst:INBOX <-
  (
    source      := src;
    destination := dst;
  );
  
  //
  // Display.
  // 
  
  - display <-
  ( + item:ITEM;
    string_msg.copy "GUI event";
    item ?= source;
    (item != NULL).if {
      string_msg.append " item ";
      string_msg.append item.name;
    };
    string_msg.add_last '\n'.print;
    VIDEO.message string_msg;
  );
  
  
    



lisaac_0.39_rc1/lib/extra/gui/event/event_timer.li0000644000175000017500000000435611314031253022102 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := EVENT_TIMER;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Timer event.";
  
Section Inherit

  + parent_event:Expanded EVENT;
  
Section Public
  
  - source:INBOX := TIMER;
  
  + count:UINTEGER_32;
  
  + prev:EVENT_TIMER;
  
  - set_prev new_prev:EVENT_TIMER <-
  (
    prev := new_prev;
  );
  
  - make new_count:UINTEGER_32 <-
  (
    count := new_count;
    destination := NULL;
  );
  
  - delay:UINTEGER_32 <- count - prev.count;
  
  //
  // Display.
  //
  
  - display <-
  (
     "Timer Event: ".print;
     count.print; 
     " delay: ".print;
     delay.print;
    '\n'.print;
  );




lisaac_0.39_rc1/lib/extra/gui/event/event_mouse.li0000644000175000017500000000761211314031253022110 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := EVENT_MOUSE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
    
  - bibliography:="http://IsaacOS.com";
  - author      :="Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="Mouse event.";
  
Section Inherit

  + parent_event:Expanded EVENT;
  
Section Public
  
  - source:INBOX := MOUSE;
    
  + x_current:INTEGER;
  + y_current:INTEGER;
    
  + right:BOOLEAN;
  + left:BOOLEAN;
  
  + prev:EVENT_MOUSE;
  
  - set_prev new_prev:EVENT_MOUSE <-
  (
    prev := new_prev;
  );
  
  - make (xn,yn:INTEGER) button (l,r:BOOLEAN) <-
  (
    x_current:=xn;
    y_current:=yn;
    left :=l;
    right:=r;
    destination := NULL;
  );
  
  - copy_from evt:EVENT_MOUSE <-
  (
    ? {evt != NULL};
    x_current := evt.x_current;
    y_current := evt.y_current;
    left := evt.left;
    right := evt.right;
    destination := NULL;
  );
   
  - dx:INTEGER <- (x_current - prev.x_current);
  
  - dy:INTEGER <- (y_current - prev.y_current);
  
  - left_up:BOOLEAN    <- ((! prev.left) && {left});

  - left_down:BOOLEAN  <- (prev.left && {! left});
  
  - right_up:BOOLEAN   <- ((! prev.right) && {right});
  
  - right_down:BOOLEAN <- (prev.right && {! right});
    
  - is_pressed:BOOLEAN <- ((left!=prev.left) || {right!=prev.right});
  
  - is_moving:BOOLEAN  <- ((x_current!=prev.x_current) || {y_current!=prev.y_current});

  - is_moving_only:BOOLEAN <- ((! is_pressed) && {is_moving});
  
  //
  // Window consideration.
  //
  
  - window:AREA <- 
  ( + result:AREA;
    result ?= destination;
    ? {result != NULL};
    result
  );
  
  - x_relative:INTEGER <-
  ( 
    x_current - window.x_window    
  );
  
  - y_relative:INTEGER <-
  ( 
    y_current - window.y_window
  );
  
  - is_in:BOOLEAN <-
  ( + area:AREA;
    area ?= destination;
    (x_current.in_range (area.x_window) to (area.x_window + area.width  - 1)) &&
    {y_current.in_range (area.y_window) to (area.y_window + area.height - 1)}
  );
  
  - in_up:BOOLEAN <- (! prev.is_in) && {is_in};
  
  - is_out:BOOLEAN <- ! is_in;
  
  - out_up:BOOLEAN <- (prev.is_in) && {! is_in};
  
  //
  // Display.
  //  

  - display <-
  (
    string_msg.copy "Mouse event";
    left.if {
      string_msg.append " Left";
    };
    right.if {
      string_msg.append " Right";
    };
    string_msg.add_last '\n';
    VIDEO.message string_msg;
  );
  
  lisaac_0.39_rc1/lib/extra/gui/old/0000755000175000017500000000000011314031253016660 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui/old/label/0000755000175000017500000000000011314031253017737 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui/old/label/lab_key.li0000644000175000017500000000470711314031253021703 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := LAB_KEY;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Label Key.";
  
Section Inherit
  
  + parent_g_label:Expanded GUI_LABEL;
  
Section Public
  
  + key:UINTEGER_16;
  
  //
  // Creation.
  //
  
  - create k:UINTEGER_16 :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make k;
    result
  );
  
  - make k:UINTEGER_16 <-
  (    
    key := k;
    name := KEYBOARD.key_to_string k;
  );
    
Section GUI_LABEL
  
  - my_width_min :INTEGER <- BITMAP(PIXEL_32).font_width name + 1;
  
  - my_height_min:INTEGER <- 17;
  
  - my_display_in bmp:GUI_ITEM to (x,y:INTEGER) <- 
  ( + px:INTEGER;
    bmp.rectangle_fill (x,y) to ((x + my_width_min-1),(y + my_height_min-1)) color (bmp.rgbbackcolor); 
    bmp.color (bmp.blue);
    px := bmp.width - my_width_min;
    bmp.print name to (px,y);
  );

lisaac_0.39_rc1/lib/extra/gui/old/group_in/0000755000175000017500000000000011314031253020502 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui/old/group_in/grp_tree.li0000644000175000017500000001774111314031253022651 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := GRP_TREE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Tree representation";
  
Section Inherit
  
  + parent_gui:Expanded GUI;
  
Section Public
  
  + root_item:GUI_ITEM;  
  
  + area_intern:GUI_INTERN;
  
  - bmp_tree:AREA <- area_intern.area;
  
  //
  // Creation
  //
  
  - create_in f:AREA at (x,y:INTEGER) size (w,h:INTEGER) with itm:GUI_ITEM :SELF <- 
  ( + result:SELF;
    
    result := clone;
    result.make_in f at (x,y) size (w,h) with itm;
    result
  );

  - make_in f:AREA at (x,y:INTEGER) size (w,h:INTEGER) with itm:GUI_ITEM <-
  (
    root_item := itm;
    make_in f at (x,y) size (w,h) action Self;
    // Clipping intern:
    area_intern := GUI_INTERN.create_in Self at (1,1) size ((w-2),(h-2));
    set_position itm; 
    update_position;
    refresh;
  );
  
  //
  // Line manager.
  //

  - set_position rac:GUI_ITEM <-
  ( + grp:ITM_GROUP;
            
    grp ?= rac;
    (grp = NULL).if {
      rac.make bmp_tree from ((-rac.width_min-1),0) size ((rac.width_min),(rac.height_min));     
    } else {
      set_position (grp.itm_left);
      set_position (grp.itm_right);
    };    
  );

  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + xx0,yy0,xx1,yy1:INTEGER;
    
    clipping (x0,y0) to (x1,y1);    
    border_in (x_min,y_min) to (x_max,y_max);
    (area_intern != NULL).if {  
      xx0 := x0 + x_window - bmp_tree.x_window;
      yy0 := y0 + y_window - bmp_tree.y_window;
      xx1 := x1 + x_window - bmp_tree.x_window;
      yy1 := y1 + y_window - bmp_tree.y_window;            
      //xx0.print; ','.print; yy0.print; '-'.print;
      //xx1.print; ','.print; yy1.print; '\n'.print;
      bmp_tree.clipping (xx0,yy0) to (xx1,yy1);      
      bmp_tree.rectangle_fill (0,0) to ((bmp_tree.x_max),(bmp_tree.y_max)) color color_back_light;      
      sub_draw root_item at (2,2);
    };
  );
  
Section Private  
  
  - sub_draw rac:GUI_ITEM at (x,y:INTEGER) :INTEGER <-
  ( + grp:ITM_GROUP;
    + itm:GUI_ITEM;
    + new_y,old_y:INTEGER;
    + is_open:BOOLEAN;
    
    grp ?= rac;
    (grp = NULL).if {      
      new_y := y + rac.height_min;      
    } else {
      is_open := grp.operator = '|';
      node (x,(y+3)) stat is_open;
      old_y := y+3+9;
      new_y := sub_draw (grp.itm_left) at ((x+16),y);      
      (is_open).if {
	itm := grp.itm_right;
	grp ?= itm;
	{(grp != NULL) && {is_open}}.while_do {
	  bmp_tree.line_v ((x+4),old_y) until (new_y-1+3) color red; 
	  is_open := grp.operator = '|';
	  node (x,(new_y+3)) stat is_open;
	  old_y := new_y+3+9;
	  new_y := sub_draw (grp.itm_left) at ((x+16),new_y);
	  itm := grp.itm_right;
	  grp ?= itm;
	};
	(is_open).if {
	  bmp_tree.line_v ((x+4),old_y) until (new_y+8) color red;       
	  bmp_tree.line_h_until (x+15) color red;      
	  new_y := sub_draw itm at ((x+16),new_y);
	};
      };
    };
    new_y
  );
  
  - node (x,y:INTEGER) stat is_open:BOOLEAN <-
  (
    bmp_tree.rectangle_fill ((x+1),(y+1)) to ((x+7),(y+7)) color white;
    bmp_tree.rectangle (x,y) to ((x+8),(y+8)) color black;    
    bmp_tree.line_h ((x+2),(y+4)) until (x+6); 
    (is_open).if_false {
      bmp_tree.line_v ((x+4),(y+2)) until (y+6); 
    };
    bmp_tree.line_h ((x+9),(y+4)) until (x+15) color red;
  );
  
Section Public
      
  //
  // Event.
  //  

  - receive msg:EVENT <-  
  ( + evt_mouse:EVENT_MOUSE;
    + win:AREA;    
    
    
    evt_mouse ?= msg;
    (evt_mouse != NULL).if { 
      (evt_mouse.destination = bmp_tree).if {
	(evt_mouse.left_up).if {
	  last_group := NULL;
	  get_group root_item at (2,2) to ((evt_mouse.x_relative),(evt_mouse.y_relative));
	  (last_group != NULL).if {	    
	    (last_group.operator = '|').if {
	      last_group.set_operator '/';
	      close_group (last_group.itm_right);
	    } else {
	      last_group.set_operator '|';	      
	    };
	    update_position;
	    refresh;
	  };
	};
      };
      win := INTERFACE.get_object ((evt_mouse.x_current),(evt_mouse.y_current));
      (win != Self).if {
	INTERFACE.receive msg;
      };
    };    
  );
  
  + bmp_width_max:INTEGER;
  
  - update_position <-
  ( + h,w:INTEGER;
    
    bmp_width_max := 0;
    h := open_group root_item at (2,2) + 2;
    w := bmp_width_max;
    ((h != bmp_tree.height) || {w != bmp_tree.width}).if {
      area_intern.resize_area (w,h);     
    };
  );
  
  - open_group rac:GUI_ITEM at (x,y:INTEGER) :INTEGER <-
  ( + grp:ITM_GROUP;
    + itm:GUI_ITEM;
    + new_y,old_y,w:INTEGER;
    + is_open:BOOLEAN;
    
    grp ?= rac;
    (grp = NULL).if {      
      new_y := y + rac.height_min;
      rac.set_position (x,y);
      w := x + rac.width + 2;
      (bmp_width_max < w).if {
	bmp_width_max := w;
      };
    } else {
      is_open := grp.operator = '|';      
      old_y := y+3+9;
      new_y := open_group (grp.itm_left) at ((x+16),y);      
      (is_open).if {
	itm := grp.itm_right;
	grp ?= itm;
	{(grp != NULL) && {is_open}}.while_do {	  
	  is_open := grp.operator = '|';	  
	  old_y := new_y+3+9;
	  new_y := open_group (grp.itm_left) at ((x+16),new_y);
	  itm := grp.itm_right;
	  grp ?= itm;
	};
	(is_open).if {
	  new_y := open_group itm at ((x+16),new_y);
	};
      };
    };
    new_y
  );  
  
  - close_group rac:GUI_ITEM <-
  ( + grp:ITM_GROUP;
    grp ?= rac;
    (grp = NULL).if {
      rac.set_position ((-rac.width_min-1),0);
    } else {
      close_group (grp.itm_left );
      close_group (grp.itm_right);
    };
  );
  
  - last_group:ITM_GROUP;
  
  - get_group rac:GUI_ITEM at (x,y:INTEGER) to (px,py:INTEGER) :INTEGER <-
  ( + grp:ITM_GROUP;
    + itm:GUI_ITEM;
    + new_y,old_y:INTEGER;
    + is_open:BOOLEAN;
    
    (y < py).if {    
      grp ?= rac;
      (grp = NULL).if {      
	new_y := y + rac.height_min;      
      } else {
	is_open := grp.operator = '|';      
	((px.in_range x to (x+8)) && {py.in_range (y+3) to (y+12)}).if {
	  last_group := grp;
	};
	old_y := y+3+9;
	new_y := get_group (grp.itm_left) at ((x+16),y) to (px,py);
	(is_open).if {
	  itm := grp.itm_right;
	  grp ?= itm;
	  {(grp != NULL) && {is_open} && {last_group=NULL}}.while_do {	  
	    is_open := grp.operator = '|';	  
	    ((px.in_range x to (x+8)) && {py.in_range (new_y+3) to (new_y+12)}).if {
	      last_group := grp;
	    };
	    old_y := new_y+3+9;
	    new_y := get_group (grp.itm_left) at ((x+16),new_y) to (px,py);
	    itm := grp.itm_right;
	    grp ?= itm;
	  };
	  (is_open).if {	  
	    new_y := get_group itm at ((x+16),new_y) to (px,py);
	  };
	};
      };
    };
    new_y
  );
lisaac_0.39_rc1/lib/extra/gui/g_win_in.li0000644000175000017500000000764411314031253020234 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_WIN_IN;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Group elements for GUI.";

Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Public  
  
  + win_in:G_WIN_IN_INTERN;
  
  //
  // Creation.
  //
  
  - create (w,h:INTEGER) with elt:G_EXPR :G_WIN_IN <-
  ( + result:SELF;
    
    result := clone;
    result.make (w,h) with elt;
    result
  );
  
  - make (w,h:INTEGER) with elt:G_EXPR <-
  (
    width_min  := w;
    height_min := h;
    win_in := G_WIN_IN_INTERN.create elt;
  );
  
  //
  // Fix position.
  //
  
  - set_top <- 
  (
    win_in.set_top;
    refresh_in;
  );
    
  - set_bottom <- 
  (
    win_in.set_bottom;
    refresh_in;
  );
    
  - set_right <-
  (
    win_in.set_right;
    refresh_in;
  );

  - set_left <-
  (
    win_in.set_left;
    refresh_in;
  );

  //
  // Size.
  //
  
  - predict_size (w,h:INTEGER) :(INTEGER,INTEGER) <-
  ( 
    w, h
  );

  + width_min:INTEGER;
  
  + height_min:INTEGER;
    
  //
  // Update position.
  //
  
  - refresh_in <-
  ( // BSBS: Pas TOP !!!
    win_in.set_position Self at (2,2) size (width-4,height-4); 
    win_in.refresh;
    (win_in.elevator_v.parent != NULL).if { 
      win_in.elevator_v.refresh;
    };
    (win_in.elevator_h.parent != NULL).if { 
      win_in.elevator_h.refresh;
    };
  );
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
    win_in.set_position Self at (2,2) size (w-4,h-4); 
  );
  
  //
  // Display.
  //
  
  - draw_slave bmp:ABSTRACT_BITMAP from (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( 
    bmp.rectangle_fill (x0,y0) to (x1,y1) color color_back;
  );
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (     
    clipping (x0,y0) to (x1,y1);       
    draw_border_in (x_min,y_min) to (x_max,y_max);    
    draw_border_in (x_min+1,y_min+1) to (x_max-1,y_max-1);
    draw_slave Self from (x_min+2,y_min+2) to (x_max-2,y_max-2);
  );

  //
  // Event manager.
  //
  
  - receive msg:EVENT <-
  ( + mouse:EVENT_MOUSE;  
    + win:AREA;
        
    mouse ?= msg;
    (mouse != NULL).if {                  
      win := DESK.get_object (mouse.x_current,mouse.y_current);
      (win != Self).if {
	DESK.receive msg;	
      };
    };    
  );
lisaac_0.39_rc1/lib/extra/gui/g_out.li0000644000175000017500000001010011314031253017535 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_OUT;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Output text for GUI.";

Section Inherit  

  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
          
Section Public
  
  + text:STRING;
  
  + justify:UINTEGER_8;
  
  - left  :UINTEGER_8 := 0;
  - right :UINTEGER_8 := 1;
  - center:UINTEGER_8 := 2;
  
  //
  // Width / Height
  //
  
  - predict_size txt:ABSTRACT_STRING :(INTEGER,INTEGER) <-
  ( 
    width_min_on txt, height_min_on txt
  );
  
  - width_min:INTEGER <-
  ( 
    width_min_on text
  );
  
  - height_min:INTEGER <-
  (
    height_min_on text
  );
  
  //
  // Creation.
  //
  
  - create txt:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make txt justify left;
    result
  );
  
  - create txt:ABSTRACT_STRING justify j:UINTEGER_8 :SELF <-
  [
    -? {j.in_range 0 to 2};
  ]
  ( + result:SELF;
        
    result := clone;
    result.make txt justify j;
    result
  );
  
  - make txt:ABSTRACT_STRING justify j:UINTEGER_8 <-
  (
    text := STRING.create (txt.count.max 8);
    text.copy txt;
    justify := j;
  ); 

  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + beg,idx,siz,px,py:INTEGER;
    + g_grp:G_GROUP;
    
    clipping (x0,y0) to (x1,y1);    
    //    
    g_grp ?= parent;
    g_grp.draw_slave Self from (x0,y0) to (x1,y1);
    //
    color black;
    beg := text.lower;
    py := (height - height_min) / 2;
    {
      idx := text.index_of '\n' since beg;
      (justify != left).if {
	siz := font_width text at beg to (idx-1);
	(justify = right).if {
	  // Right
	  px := width - siz;
	} else {
	  // Center
	  px := (width - siz) >> 1;
	};
      };
      print text at beg to (idx-1) to (px,py); 
      py  := py + 16;
      beg := idx + 1;
    }.do_until {idx > text.count};
  );
  
Section Private
  
  - width_min_on txt:ABSTRACT_STRING :INTEGER <-
  ( + beg,idx,siz:INTEGER;
    + result:INTEGER;
    
    beg := txt.lower;
    {
      idx    := txt.index_of '\n' since beg;
      siz    := font_width txt at beg to (idx-1);
      result := result.max siz;      
      beg    := idx + 1;
    }.do_until {idx > txt.count};
    result
  );
  
  - height_min_on txt:ABSTRACT_STRING :INTEGER <-
  (
    (txt.occurrences '\n' + 1) * 16
  );lisaac_0.39_rc1/lib/extra/gui/g_img.li0000644000175000017500000001147311314031253017520 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_IMG;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Output text for GUI.";

Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
          
Section Public
  
  + bitmap:ABSTRACT_BITMAP;
    
  //
  // Width / Height
  //
  
  - predict_size filename:ABSTRACT_STRING :(INTEGER,INTEGER) <-
  ( + entry:ENTRY;
    + f:FILE;
    + bmp:FORMAT_BMP;
    //+ ai_file:AI_FILE;
    + w,h:INTEGER;
    
    entry := FILE_SYSTEM.get_entry filename;
    ((entry = NULL) || {! entry.is_file}).if {
      VIDEO.message ("ERROR: File '" + filename + "' not found.\n");
      die_with_code exit_failure_code;
    };    
    (entry.path.has_suffix ".bmp").if {
      f ?= entry;
      bmp := FORMAT_BMP.create_with_file f;      
      (bmp = NULL).if {
        VIDEO.message "Error: BMP format invalid.\n";
        die_with_code exit_failure_code;      
      };
      w := bmp.width;
      h := bmp.height;      
      f.close;
    }.elseif {entry.path.has_suffix ".ai"} then {
      not_yet_implemented;
    };
    //
    w,h
  );

  - width_min :INTEGER <- bitmap.width;
  
  - height_min:INTEGER <- bitmap.height;

  - width_max :INTEGER <- width_min;
  
  - height_max:INTEGER <- height_min;
  
  //
  // Creation.
  //
  
  - create_with bmp:ABSTRACT_BITMAP :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make bmp;
    result
  );    
  
  - create filename:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    + entry:ENTRY;
    + fmt:FORMAT_IMG;
    + f:FILE;
    + ai_file:AI_FILE;
    + w,h:INTEGER;
    + bmp:BITMAP(PIXEL_24);
    
    entry := FILE_SYSTEM.get_entry filename;
    ((entry = NULL) || {! entry.is_file}).if {
      VIDEO.message ("ERROR: File '" + filename + "' not found.\n");
      die_with_code exit_failure_code;
    };    
    (entry.path.has_suffix ".bmp").if {
      entry.open;    
      f ?= entry;
      fmt := FORMAT_BMP.create_with_file f;
      (fmt = NULL).if {
        VIDEO.message "Error: BMP format invalid.\n";
        die_with_code exit_failure_code;      
      };
      w := fmt.width;
      h := fmt.height;
      bmp := BITMAP(PIXEL_24).create_size (w,h);
      fmt.put_image_in bmp;          
      f.close;      
    }.elseif {entry.path.has_suffix ".ai"} then {      
      entry.open;      
      f ?= entry;
      bmp := BITMAP(PIXEL_24).create_size (10,10);	
      ai_file := AI_FILE.clone;
      ai_file.fill_bitmap f in bmp scale 3;	
      f.close;
    };
    //
    result := clone;
    result.make bmp;
    result
  );
    
  - make bmp:ABSTRACT_BITMAP <-
  (
    bitmap := bmp;    
  ); 

  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( //+ g_grp:G_GROUP;    
    clipping (x0,y0) to (x1,y1);    
    //    
        
    put_bitmap bitmap to (0,0);
    //    
    //g_grp ?= parent;
    //(width > width_min).if {
    //  g_grp.draw_in Self from (width_min,0) to (x_max,height_min-1);
    //};
    //(height > height_min).if {
    //  g_grp.draw_in Self from (0,height_min) to (x_max,y_max);    
    //};
  );
  lisaac_0.39_rc1/lib/extra/gui/desk.li0000644000175000017500000001125011314031253017355 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := DESK;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
    
  - bibliography:="http://IsaacOS.com";
  - author      :="Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="User Interface and Events managment.";

  - version := 1;  
  - date    := "2003/04";
  
Section Inherit  
  
  + parent_g_raw:Expanded G_GROUP;
        
Section Public
  
  - physical_screen:AREA; 
  
  - virtual_screen:VIRTUAL_SCREEN;
  
  //   Video.width
  // +----------+
  // | Physical |
  // |  Screen  | Video.height
  // +----------+
  //   /      \
  // |\     +----------+
  //  L     |   Desk   |
  // Mouse  |          |
  //        +----------+
  //             |
  //             |  Video.width * w
  //        +-----------------------+
  //        |   Virtual Screen      | Video.height * h
  //        |                       |
  //        +-----------------------+
  
  - make bmp:ABSTRACT_BITMAP with elt:G_EXPR <-
  (
    make bmp scale (1,1) with elt;
  );
    
  - make bmp:ABSTRACT_BITMAP scale (w,h:INTEGER) with elt:G_EXPR <-
  [
    -? {w > 0};
    -? {h > 0};
  ]
  ( + msg:EVENT;    
    + input:INPUT;

    //set_video_support bmp; // BSBS: Warning Perf !!! (-all_warning) Fixed with VIDEO!
    physical_screen := AREA.clone;
    physical_screen.make NULL from (0,0) size (bmp.width,bmp.height);    
    //
    root := elt;
    //
    EVENT_SYSTEM.make;
    focus := Self;    
    //    
    set_position physical_screen at (0,0) 
    size (physical_screen.width,physical_screen.height);
    
    virtual_screen := VIRTUAL_SCREEN.create Self scale (w,h);
    connect_to MOUSE;
    connect_to KEYBOARD;
    connect_to TIMER;
    {
      EVENT_SYSTEM.get_event;
      
      {storage_message.is_empty}.until_do {
	msg := storage_message.first;
	storage_message.remove_first;
	msg.set_destination focus;
	focus.receive msg;	
	input ?= msg.source;
	input.acknowledge;
      };      
    }.do_while {`1`:BOOLEAN{TRUE,FALSE}}; // Infinity Loop     
  );
  
  //
  // Display.
  //

  - draw_slave bmp:ABSTRACT_BITMAP from (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (     
    bmp.rectangle_fill (x0,y0) to (x1,y1) color color_back; 
  );

  //
  // Connect.
  //    
  
  - connect_to obj:INPUT <-
  (
    obj.make;
    obj.add_client Self;
  );
  
  - focus:INBOX;
  
  - set_focus f:INBOX <-
  (
    focus := f;
  );
  
  - resize_window (w,h:INTEGER) <-
  (    
    VIDEO.resize (w,h);
    physical_screen.resize (w,h);    
    set_position physical_screen at (0,0) size (w,h);
    virtual_screen.update_size;
  );
  
  //
  // Message Server.
  //
  
Section Private
  
  - storage_message:LINKED_LIST(EVENT) := LINKED_LIST(EVENT).create;
  
Section Public  
  
  - receive msg:EVENT <-
  ( + mouse:EVENT_MOUSE;
    + win:AREA;
        
    (msg.destination = NULL).if {
      // Hardware Message.
      storage_message.add_last msg;
    } else {
      // Other message.
      mouse ?= msg;
      (mouse != NULL).if {
	win := get_object (mouse.x_current,mouse.y_current);
	((win != focus) && {win != NULL}).if {
	  focus := win;
          msg.set_destination focus;
	  focus.receive msg;		  
	};
      };
    };
  );
  lisaac_0.39_rc1/lib/extra/gui/input/0000755000175000017500000000000011314031253017241 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui/input/input_keyboard.li0000644000175000017500000001124111314031253022605 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := INPUT_KEYBOARD;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment     :="X11 - Keyboard Driver";

  - version := 1;  
  - date    :="2003/04";
  
Section Inherit

  + parent_input:Expanded INPUT;

Section Private
  
  - buffer_event:FAST_ARRAY(EVENT_KEYBOARD); 
  - p_beg:UINTEGER_8;  // Pointer on the buffer (beginning)
  - p_end:UINTEGER_8;  // Pointer on the buffer (end)
    
  - bin_code:FAST_ARRAY(UINTEGER_8); // Binary array of keys (102+7)/8

  - cmd:UINTEGER_8;    // 0:CTRL 1:AltGr 2:Alt 3:Cmd 4:Shift 5:Cap 6:NumLock 7:Scrolllock

  - ascii_code:UINTEGER_8; // For +
      
Section Public
  
  //
  // Get Character (Interrupt #21)
  //
  
  - key key:UINTEGER_8 press p:BOOLEAN <-
  ( + cu,tmp:UINTEGER_8;
    
    p.if {
      cu := keydown key;
    } else {
      cu := keyup key;
    };
    (cu != 0).if {
      // Routine Pour Reboot Violant : CTRL+(ALT | ALT Gr)+Suppr
      ((cu = 'S'.to_uinteger_8) && { ((cmd&0Fh) = 0Dh) || {(cmd&0Fh) = 0Bh} }).if {
	"Reboot ...\n".print;
	die_with_code exit_failure_code;
      };
      
      tmp:=(p_end+1)&003h;
      buffer_event.item p_end.make ((cmd.to_uinteger_16<<8)|cu);
      (((tmp+2)&3)!=p_beg).if {
	p_end:=tmp;
      };      
      get_event;
    };
  );
   
Section Private
  
  - keyup cu:UINTEGER_8 :UINTEGER_8 <-
  ( 
    deferred;
    0
  );

  - keydown cu:UINTEGER_8 :UINTEGER_8 <-
  ( 
    deferred;
    0
  );
    
Section Public   
  
  - make <-
  // Install keyboard.
  ( + new_event:EVENT_KEYBOARD;
    is_actif := TRUE;
    bin_code := FAST_ARRAY(UINTEGER_8).create 14;
    
    buffer_event := FAST_ARRAY(EVENT_KEYBOARD).create 4;
    0.to 3 do { j:INTEGER;
      new_event := EVENT_KEYBOARD.clone;
      buffer_event.put new_event to j;
      (j != 0).if {
	new_event.set_prev (buffer_event.item (j-1));
      };
    };
    buffer_event.first.set_prev new_event;
    cmd := 40h;
  );
    
  - get_event <-
  ( + p:INTEGER;
    p := p_beg;
    { p != p_end }.while_do {
      (list_client.lower).to (list_client.upper) do { j:INTEGER;
	list_client.item j.receive (buffer_event.item p);
      };
      p := (p + 1) & 03h;
    };    
  );
  
  - get_key:UINTEGER_16 <-
  // Use without interface running: text mode
  ( + result:UINTEGER_16;
    {p_beg = p_end}.while_do {};
    result := buffer_event.item p_beg.key;
    p_beg := (p_beg + 1) & 03h;
    result
  );
  
  //
  // Guru section.
  //

  - acknowledge <-
  (
    p_beg := (p_beg+1) & 03h;
  );
  
  //
  // Key code generate.
  //
  
  // 0:CTRL 1:AltGr 2:Alt 3:Cmd 4:Shift 5:Cap 6:NumLock 7:Scrolllock

  - key_ctrl  :UINTEGER_16 := 0100h;
  - key_alt_gr:UINTEGER_16 := 0200h;
  - key_alt   :UINTEGER_16 := 0400h;
  - key_of c:CHARACTER :UINTEGER_16 <- c.to_uinteger_8;
  
  - key_to_string k:UINTEGER_16 :STRING <-
  ( + result:STRING;
    
    result := STRING.create 10;
    ((k & key_ctrl) != 0).if {
      result.append "Ctrl+";
    };
    ((k & key_alt_gr) != 0).if {
      result.append "AltGr+";
    };
    ((k & key_alt) != 0).if {
      result.append "Alt+";
    };
    result.add_last ((k & 0FFh).to_character);
    result
  );
lisaac_0.39_rc1/lib/extra/gui/input/input.li0000644000175000017500000000510111314031253020723 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := INPUT;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
 
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="Message.";

  - version :=1;  
  - date    :="2003/04";
  
Section Inherit  
  
  - parent_inbox:INBOX := INBOX;
  
Section SELF
  
  + list_client:LINKED_LIST(INBOX);
  
Section Public
  
  - is_actif:BOOLEAN;
  
  - add_client obj:INBOX <-
  ( + idx:INTEGER;
    (list_client = NULL).if {
      list_client := LINKED_LIST(INBOX).create;      
    };
    idx := list_client.fast_index_of obj start (list_client.lower);    
    (idx > list_client.upper).if {
      list_client.add_last obj;
    };
  );

  - sub_client obj:INBOX <-
  ( + idx:INTEGER;
    
    idx := list_client.fast_index_of obj start (list_client.lower);    
    (idx <= list_client.upper).if {
      list_client.remove idx;
    };
  );
  
  - make <-
  (
    deferred;
  );
  
  - acknowledge <-
  (
    deferred;
  );
lisaac_0.39_rc1/lib/extra/gui/g_win_out_trans_test.li0000644000175000017500000002204011314031253022666 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_WIN_OUT_TRANS_TEST;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  //
  // ****** WARNING : JUST TEST ***********
  //
  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Group elements for GUI.";

Section Inherit  
  
  + parent_window:Expanded AREA_MASK;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Private
  
  //
  // ***** APPEND *****
  // 
  
  - depth:INTEGER := 4;
  
  - color_4_to_8 n:INTEGER :UINTEGER_32 <-
  (
    `(unsigned int)((255. / 15) * @n)`:UINTEGER_32
  );
  
  - color_table:NATIVE_ARRAY(UINTEGER_32) :=
  ( + result:NATIVE_ARRAY(UINTEGER_32);
    + r,g,b,col:UINTEGER_32;
    
    result := NATIVE_ARRAY(UINTEGER_32).create 4096;
    0.to 4095 do { c:INTEGER;      
      r := color_4_to_8 ((c & 0F00h) >> 8);
      g := color_4_to_8 ((c & 00F0h) >> 4);
      b := color_4_to_8  (c & 000Fh);
      // Begin color effect
      r := (r >> 1) + (r >> 2);
      b := (b >> 1) + (b >> 2);
      g := (g >> 1) + (g >> 2);
      // End.
      col := (r << 16) | (g << 8) | b;
      result.put col to c;
    };
    result
  );
  
  - col_trans col:UINTEGER_32 :UINTEGER_32 <-
  ( + idx:UINTEGER_32;
    
    idx := 
    ((col >> 12) & 0F00h) | // Red
    ((col >>  8) & 00F0h) | // Green
    ((col >>  4) & 000Fh);  // Blue
    color_table.item idx
  );
  
  + line_tmp_trans:BMP_LINE(PIXEL_32);
    
Section Public  
  
  + title_len:INTEGER;
  
  + title:ABSTRACT_STRING;
  
  + stat:INTEGER_8;
    
  - is_open:BOOLEAN <- (stat & 1) != 0;
  
  - open_by src:G_GROUP <-
  ( + px,py,w,h:INTEGER;
    
    (stat = 0).if {	
      ((title = NULL) && {src != NULL}).if {	
	w := width_min;
	h := height_min;
	(src.is_horizontal).if {
	  px := src.x_window;
	  py := src.y_window + src.height;
	  ((px + w) > DESK.x_max).if {
	    px := DESK.x_max - w;
	  };
	  ((py + h) > DESK.y_max).if {
	    py := src.y_window - h;
	  };
	} else {
	  px := src.x_window + src.width;
	  py := src.y_window;
	  ((px + w) > DESK.x_max).if {
	    px := src.x_window - w;
	  };
	  ((py + h) > DESK.y_max).if {
	    py := DESK.y_max - h;
	  };
	};	  	  
      } else {
	px := (DESK.width  - width_min ) / 2;
	py := (DESK.height - height_min) / 2;
      };
      set_position DESK at (px,py);
      stat := 01b;	
    };       
  );
    
  - close <-
  (
    delete;
    stat := 0;
  );
  
  //
  // Creation.
  //
  
  - create t:ABSTRACT_STRING with elt:G_EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make t with elt;
    result
  );
  
  - make t:ABSTRACT_STRING with elt:G_EXPR <-
  (
    title_len := BITMAP(PIXEL_32).font_width t + 2; //+ 25;
    title := t;
    //root := elt;
    
    // ***** APPEND ****
    line_tmp_trans  := BMP_LINE(PIXEL_32).create 2048;
  );
  
  //
  // Size.
  //
  
  - width_min:INTEGER <-
  (
    title_len
  );
  
  - height_min:INTEGER <-
  ( 
    20
  );

  //
  // Update position.
  //
    
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  (
    update rac from (x,y) size (w,h);
    
    // ******* ESSAI *******
    stat := 01b;
    
    //(title = NULL).if {
    //  root.set_position Self at (1, 1) size (w-2,h-2);
    //} else {
    //  root.set_position Self at (1,17) size (w-2,h-18);
    //};
  );
  
  //
  // Display.
  //
  
  - draw_slave bmp:ABSTRACT_BITMAP from (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    bmp.rectangle_fill (x0,y0) to (x1,y1) color color_back; 
  );
  
  //
  // ********** UPDATE ********
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (

    clipping (x0,y0) to (x1,y1);    
    
    color green; //008000h;
    line_h (0,0) until (title_len+1);
    line_to ((title_len+1+15),15);
    line_h_until (x_max-depth);
    
    line_h (0,19) until (x_max-depth);
    line_h (0,(y_max-depth-3)) until (x_max-depth);
    
    line_v (3,20) until (y_max-depth-4);
    line_v ((x_max-depth-3),20) until (y_max-depth-4);
    
    poly_move_to (0,1);
    poly_line_to ((title_len+1),1);
    poly_line_to ((title_len+16),16);
    poly_line_to ((x_max-depth),16);
    poly_line_to ((x_max-depth),18);
    poly_line_to (0,18);
    poly_trace_color blue;
    
    // Title.
    color white;
    print title to (3,(-1));
    //display_mask;
    
    margin_clip_x1 := margin_clip_x1 + (x_max - x1).min depth;
    margin_clip_y1 := margin_clip_y1 + (y_max - y1).min depth;
  );

  - slave_pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <- 
  ( + new_x,new_y:INTEGER;
    
    ((y < 16) && {x > (title_len+1+y)}).if {
      parent_window.slave_pixel_hard (x,y) color col;
    } else {      
      new_x := x - depth;
      new_y := y - depth;
      ((new_x >= 0) && {new_y >= 20}).if { 	
	parent_window.slave_pixel_hard (new_x,new_y) color (col_trans col); 
      };
      ((x > (x_max-depth)) || {y > (y_max-depth)}).if {
	parent_window.slave_pixel_hard (x,y) color col; 
      };
    };
  );
  
  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER color col:UINTEGER_32 <- 
  ( + new_x1,new_y,new_x2:INTEGER;
    
    ((y < 16) && {x2 > (title_len+1+y)}).if {
      new_x1 := x1.max (title_len+2+y);	
      parent_window.slave_line_h_hard (new_x1,y) until x2 color col;
    } else {
      new_x1 := 0.max (x1 - depth);
      new_x2 := x2 - depth;
      new_y  := y  - depth;
      ((new_x2 >= 0) && {new_y >= 20}).if {
	parent_window.slave_line_h_hard (new_x1,new_y) until new_x2 color (col_trans col);
      };
      (y > (y_max-depth)).if {
	parent_window.slave_line_h_hard (x1,y) until x2 color col; 
      }.elseif {x2 > (x_max-depth)} then {
	new_x1 := x1.max (x_max-depth+1);
	parent_window.slave_line_h_hard (new_x1,y) until x2 color col; 
      };
    };    
  );

  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER 
  image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( + new_x1,new_y,new_x2,ofs2:INTEGER;
    + ofsd:INTEGER;
    + col:UINTEGER_32;
        
    ((y < 16) && {x2 > (title_len+1+y)}).if {
      new_x1 := x1.max (title_len+2+y);	
      parent_window.slave_line_h_hard (new_x1,y) until x2 image line offset (ofs+new_x1-x1);
    } else {
      new_x1 := x1 - depth;
      new_x2 := x2 - depth;
      new_y  := y  - depth;
      ((new_x2 >= 0) && {new_y >= 20}).if {
	(new_x1 < 0).if {
	  ofs2   := ofs - new_x1;
	  new_x1 := 0;
	} else {
	  ofs2 := ofs;
	};
	ofs2.to (ofs2+new_x2-new_x1) do { o:INTEGER;
	  col := line.get_color o;
	  line_tmp_trans.put (col_trans col) to ofsd;
	  ofsd := ofsd + 1;
	};
	parent_window.slave_line_h_hard (new_x1,new_y) until new_x2 image line_tmp_trans offset 0;
	//color (col_trans col);
      };
      (y > (y_max-depth)).if {
	parent_window.slave_line_h_hard (x1,y) until x2 image line offset ofs;
      }.elseif {x2 > (x_max-depth)} then {
	new_x1 := x1.max (x_max-depth+1);
	parent_window.slave_line_h_hard (new_x1,y) until x2 image line offset (ofs+new_x1-x1);
      };
    };        
  );

  //
  // Event.
  //
    
  - receive msg:EVENT <-  
  ( + mouse:EVENT_MOUSE;
    + win:AREA;    

    mouse ?= msg;        
    (mouse != NULL).if {       
      (mouse.right_down).if {
	first;
      };
      ((mouse.is_moving_only) && {mouse.left}).if {
	move ((mouse.dx),(mouse.dy));
      } else {	
	win := DESK.get_object ((mouse.x_current),(mouse.y_current));
	(win != Self).if {	  
	  DESK.receive msg;
	};
      };
    };
  );
    
  - get_object (x,y:INTEGER) :AREA <-
  ( + result:AREA;
    + rel_x,rel_y:INTEGER;
    
    result := parent_window.get_object (x,y);
    
    (result = Self).if {
      (title != NULL).if {
	rel_x := x - x_window;
	rel_y := y - y_window;
	((rel_y >= 16) || {rel_x > (title_len+1+rel_y)}).if {
	  result := NULL;
	};
      };
    };
    result
  );

lisaac_0.39_rc1/lib/extra/gui/g_in.li0000644000175000017500000001672611314031253017360 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_IN;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Output text for GUI.";

Section Inherit  

  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
          
Section Public
  
  + action:{G_IN; } := 
  { in:G_IN; 
    // Nothing.
  };
  
  + stat:INTEGER_8;
  
  + text:STRING;
  
  + justify:UINTEGER_8;
  
  + cursor:INTEGER;
  
  - left  :UINTEGER_8 := 0;
  - right :UINTEGER_8 := 1;
  - center:UINTEGER_8 := 2;
  
  //
  // Width / Height
  //
  
  - predict_size (car,line:INTEGER) :(INTEGER,INTEGER) <-
  (
    car * 8, line * 16
  );  
  
  + width_min:INTEGER;
  
  + height_min:INTEGER;  
  
  - height_max:INTEGER <- height_min;
  
  //
  // Creation.
  //
  
  - create (car,line:INTEGER) :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make (car,line) justify 0 action NULL;
    result
  );

  - create (car,line:INTEGER) action a:{G_IN; } :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make (car,line) justify 0 action a;
    result
  );
  
  - create (car,line:INTEGER) justify j:UINTEGER_8 :SELF <-
  [
    -? {j.in_range 0 to 2};
  ]
  ( + result:SELF;
        
    result := clone;
    result.make (car,line) justify j action NULL;
    result
  );

  - create (car,line:INTEGER) justify j:UINTEGER_8 action a:{G_IN; } :SELF <-
  [
    -? {j.in_range 0 to 2};
  ]
  ( + result:SELF;
        
    result := clone;
    result.make (car,line) justify j action a;
    result
  );
  
  - make (car,line:INTEGER) justify j:UINTEGER_8 action a:{G_IN; } <-
  [
    -? {car > 1}; 
    -? {line > 0};
  ]
  (
    text    := STRING.create (car*line);
    width_min  := car  * 8;
    height_min := line * 16;
    justify := j;
    action  := a;
  ); 

  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
    
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + beg,idx,siz,px,py,idx2:INTEGER;
        
    clipping (x0,y0) to (x1,y1);    
    //    
    rectangle_fill (x_min,y_min) to (x_max,y_max) color white;
    //    
    ((stat & 11b) = 2).if {
      (cursor > text.upper).if {
        cursor := text.upper;
      };
      text.insert '|' to cursor;
    };
    ((stat & 11b) = 0).if {
      color black;
    } else {    
      color red;
    };
    beg := text.lower;
    py := (height - height_min) / 2;
    {
      idx := text.index_of '\n' since beg;
      {
	siz := font_width text at beg to (idx-1);
	(siz > width).if {	
	  idx2 := text.last_index_of ' ' since (idx-1);
	  (idx2 > beg).if {
	    idx := idx2;
	  } else {
	    idx := idx - 1;
	  };
	};
      }.do_while {siz > width};      
      (justify != left).if {	
	(justify = right).if {
	  // Right
	  px := width - siz;
	} else {
	  // Center
	  px := (width - siz) >> 1;
	};
      };
      print text at beg to (idx-1) to (px,py); 
      py  := py + 16;
      beg := idx + 1;      
    }.do_until {(idx > text.count) || {py > height}};    
    ((stat & 11b) = 2).if {
      text.remove (cursor+1);
    };
    //(py > height).if {
      //text.remove_last (text.upper - idx + 2);
      //cursor := cursor.min (text.upper);
      //stat := stat | 4;
    //};
    //
  );
  
  //
  // Event manager.
  //
  
  - receive msg:EVENT <-
  // 0 : Out
  // 1 : in
  // 2 : input
  // 4 : End of buffer.
  ( + mouse:EVENT_MOUSE;
    + keyb:EVENT_KEYBOARD;
    + win:AREA;    
    + cmd:UINTEGER_8;
    + key:CHARACTER;
        
    mouse ?= msg;
    (mouse != NULL).if {
      win := DESK.get_object (mouse.x_current,mouse.y_current);
      (stat = -1).if {
	(win != Self).if {
	  DESK.receive msg;
	};
      } else {
	(stat & 11b)
	.when 0 then {
	  (win = Self).if {
	    stat := 1;
	    refresh;
	  } else {
	    DESK.receive msg;
	  };
	}
	.when 1 then {
	  (win = Self).if {
	    (MOUSE.left).if {
	      stat := 2;
	      cursor := text.count;
	      refresh;
	    };
	  } else {
	    stat := 0;
	    refresh;
	  };
	}
	.when 2 then {
	  ((win != Self) && {MOUSE.left}).if {
	    stat := 0;	  
	    refresh;
	    // Action.
	    (action != NULL).if {
	      action.value Self;
	      (cursor > text.count).if {
		cursor := text.count;
	      };
	    };
	    DESK.receive msg;
	  };
	};
      };
    };
    
    keyb ?= msg;
    ((keyb != NULL) && {(stat & 11b) = 2}).if {      
      cmd := (keyb.key >> 8).to_uinteger_8;
      key := (keyb.key & 0FFh).to_character;
      ((cmd & 8) != 0).if {
	key
	// Enter
	.when '\13\' or '\20h\' then {	  
	  text.add_last '\n';
	  cursor := cursor + 1;
	  refresh;
	  // Action.
	  (action != NULL).if {
	    action.value Self;
	    (cursor > text.count).if {
	      cursor := text.count;
	    };
	  };	  
	  ((stat & 100b) != 0).if {	    
	    stat := 0;
	    DESK.receive msg;
	  };
	}
	// Move cursor.	
	.when 'L' then { 
	  (cursor != 0).if {
	    cursor := cursor - 1;
	  };
	}
	.when 'R' then {
	  (cursor != text.count).if {
	    cursor := cursor + 1;
	  };
	}
	.when 'B' then {
	  cursor := 0;
	}
	.when 'E' then {
	  cursor := text.count;
	}
	// Suppr.
	.when '\8\' then {
	  (cursor != 0).if {
	    text.remove cursor;
	    cursor := cursor - 1;
	  };
	}
	.when 'S' then {
	  (cursor != text.count).if {
	    text.remove (cursor+1);
	  };
	};
      } else {
	text.insert key to cursor;
	cursor := cursor + 1;
      };
      stat := stat & 11b;
      refresh;      
    };
  );

Section Private
  
  //
  // Obsolete (A revoir)
  //
  
  - what_letter pos_x:INTEGER :INTEGER <-
  // Return cursor position under `pos_x' coord.
  ( + result:INTEGER; 
    + x,x_cur:INTEGER; // la position x de la souris moins la taille du label
    
    x := pos_x - (font_width name + 4); // 4 for border
        
    result := text.lower;    
    {(result <= text.upper) && {x_cur < x}}.while_do {
      x_cur := x_cur + font_width_letter (text.item result);
      result := result + 1;
    };
        
    result-1
  );
lisaac_0.39_rc1/lib/extra/gui/g_button.li0000644000175000017500000001231411314031253020252 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_BUTTON;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Group elements for GUI.";
  
  // BSBS: Fusion a faire avec G_CHECK
  
Section Inherit  

  + parent_g_group:Expanded G_GROUP;
  
Section Public  
  
  + auto_action:G_WIN_OUT;
  
  + stat:INTEGER_8;
  
  + action:{G_BUTTON; } := 
  { b:G_BUTTON; 
    // Nothing.
  };
  
  //
  // Creation
  //
  
  - create elt:G_EXPR connect a:G_WIN_OUT :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt connect a;
    result
  );
  
  - make elt:G_EXPR connect a:G_WIN_OUT <-
  (
    make elt;
    auto_action := a;
  );
  
  - create elt:G_EXPR action b:{G_BUTTON; } :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt action b;
    result
  );
  
  - make elt:G_EXPR action b:{G_BUTTON; } <-
  (
    make elt;
    action := b;
  );
 
  //
  // Size.
  //
  
  - predict_size (w,h:INTEGER) :(INTEGER,INTEGER) <-
  (
    w + 4, h + 4
  );

  - width_min:INTEGER <-
  (
    parent_g_group.width_min + 4
  );
  
  - height_min:INTEGER <-
  (
    parent_g_group.height_min + 4
  );

  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( + px,py,nw,nh:INTEGER;
    update rac from (x,y) size (w,h);
    ((w-4) > root.width_max).if {      
      nw := root.width_max;
      px := ((w-4 - nw) / 2) + 2;
    } else {
      nw := w - 4;
      px := 2;
    };
    ((h-4) > root.height_max).if {      
      nh := root.height_max;
      py := ((h-4 - nh) / 2) + 2;
    } else {
      nh := h - 4;
      py := 2;
    };    
    root.set_position Self at (px,py) size (nw,nh);
  );
  
  //
  // Display.
  //

  - draw_slave bmp:ABSTRACT_BITMAP from (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + col:UINTEGER_32;
    
    ((stat & 1) = 0).if {
      col := color_back;
    } else {
      col := color_back_light;
    };    
    bmp.rectangle_fill (x0,y0) to (x1,y1) color col;
  );
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( 
    clipping (x0,y0) to (x1,y1);
    (stat = 0).if {
      draw_slave Self from (x0,y0) to (x1,y1);
    } else {
      (stat = 1).if {
	draw_border_out (x_min  ,y_min  ) to (x_max  ,y_max  );
	draw_border_out (x_min+1,y_min+1) to (x_max-1,y_max-1);	
      } else {
	draw_border_in (x_min  ,y_min  ) to (x_max  ,y_max  );
	draw_border_in (x_min+1,y_min+1) to (x_max-1,y_max-1);
      };    
      draw_slave Self from (x_min+2,y_min+2) to (x_max-2,y_max-2);
    };
  );
  
  //
  // Event manager.
  //
  
  - receive msg:EVENT <-
  // stat :
  // -1 = Not actif
  //  0 = out & off
  //  1 = in  & off
  //  2 = out & on
  //  3 = in  & on
  ( + mouse:EVENT_MOUSE;  
    + gui:EVENT_GUI;
    + new_stat:INTEGER;
    + cur:AREA;
    + win_out:G_WIN_OUT;
    
    mouse ?= msg;
    gui ?= msg;
    (mouse != NULL).if {                  
      new_stat := (mouse.is_in).to_integer | (mouse.left.to_integer << 1);      
      (new_stat != stat).if {	
	stat := new_stat;
	((stat & 1) != 0).if {
	  // In.	    	    
	  (mouse.left_down).if {
	    (auto_action != NULL).if {	    
	      (auto_action.is_open).if {
		auto_action.close;
	      } else {
		auto_action.open_by Self;				
	      };
	      cur := parent;
	      (cur != NULL).if {
		{
		  win_out ?= cur;
		  cur := cur.parent;
		}.do_while {(cur != NULL) && {win_out = NULL}};
		((win_out != NULL) && {win_out.title = NULL}).if {
		  win_out.close;
		};
	      };		
	    } else {
	      action.value Self;
	    };
	    stat := 0;
	  };
	} else {
	  // Out.	  
	  ((stat & 10b) = 0).if {
	    stat := 0;	  
	    DESK.receive msg;
	  };
	};
	refresh;	
      };
    };
  );
lisaac_0.39_rc1/lib/extra/gui/low_level/0000755000175000017500000000000011314031253020072 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui/low_level/g_elevator.li0000644000175000017500000001720611314031253022555 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_ELEVATOR;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Output text for GUI.";

Section Inherit  

  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
          
Section Public
  
  + win_in:G_WIN_IN_INTERN;
  
  + position:INTEGER;
  
  + stat:INTEGER_8;
  
Section G_ELEVATOR  
  
  - win_size:INTEGER <-
  ( + result:INTEGER;
    
    (is_horizontal).if {
      result := win_in.width_min.max (width - 2);
    } else {
      result := win_in.height_min.max (height - 2);
    };
    result
  );
    
  - elevator_size:INTEGER <-
  ( + result:INTEGER;
    
    (is_horizontal).if {
      result := width - 2;      
    } else {
      result := height - 2;
    };
    result
  );
  
  - cursor_begin:INTEGER <-  
  ( + result:INTEGER;
    + len_ele,len_win,pos:INTEGER;
    
    len_ele := elevator_size;
    len_win := win_size;
    pos := - position;
    result := `(int)(((float)@len_ele / @len_win) * @pos)`:INTEGER + 1;
    result
  );
  
  - cursor_size:INTEGER <-
  ( + result:INTEGER;
    + len_ele,len_win:INTEGER;
    
    len_ele := elevator_size;
    len_win := win_size;
    result := (`(int)(((float)@len_ele / @len_win) * @len_ele)`:INTEGER).min len_ele;
    result
  );
  
Section Public
  
  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 16;
    
  - height_min:INTEGER := 16;
    
  - width_max:INTEGER <-
  ( + result:INTEGER;
    
    (is_vertical).if {
      result := 8;
    } else {
      result := parent_g_expr.width_max;
    };
    result
  );
  
  - height_max:INTEGER <-
  ( + result:INTEGER;
    
    (is_horizontal).if {
      result := 8;
    } else {
      result := parent_g_expr.height_max;
    };
    result
  );
  
  //
  // Creation.
  //
  
  - create_horizontal w:G_WIN_IN_INTERN :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make w attribute horizontal_bit;
    result
  );
  
  - create_vertical w:G_WIN_IN_INTERN :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make w attribute vertical_bit;
    result
  );
    
  - make w:G_WIN_IN_INTERN attribute a:UINTEGER_8 <-
  (
    win_in := w;
    set_attribute_bit a;
  ); 

  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Action.
  // 
  
  - set_min <-
  ( 
    ((parent != NULL) && {position != 0}).if {
      position := 0;
      win_in.update_intern;
      refresh;
    };
  );

  - set_max <-
  ( + mx:INTEGER;
    
    mx := elevator_size - win_size;
    ((parent != NULL) && {position != mx}).if {
      position := mx;
      win_in.update_intern;
      refresh;
    };
  );
  
  - receive msg:EVENT <-
  // 0000 : Nothing.
  // 0001 : In.
  // 0010 : Up page.
  // 0100 : Down pages.
  // 1000 : Cursor move.
  ( + mouse:EVENT_MOUSE;
    + win:AREA;    
    + new_stat:INTEGER;
    + is_action:BOOLEAN;
    + py1,py2,old_cursor,new_cursor:INTEGER;
    + mouse_d,mouse_p:INTEGER;
    + is_refresh:BOOLEAN;
    //
    + ele_siz,win_siz:INTEGER;
    
    mouse ?= msg;
    (mouse != NULL).if {
      win := DESK.get_object ((mouse.x_current),(mouse.y_current));
      (is_vertical).if {
	mouse_d := mouse.dy;
	mouse_p := mouse.y_current - y_window;
      } else {
	mouse_d := mouse.dx;
	mouse_p := mouse.x_current - x_window;
      };
      ((stat & 1110b) = 0).if {
	// No press.
	(win != Self).if {
	  new_stat := 0;	  	  
	  DESK.receive msg;	  
	} else {	  
	  (mouse.left).if {	     
	    py1 := cursor_begin;
	    py2 := py1 + cursor_size;
	    new_stat := (
	      ((mouse_p < py1).to_integer.to_integer << 1) |
	      ((mouse_p > py2).to_integer.to_integer << 2)
	    );	    
	    (new_stat = 0).if {
	      // Moving.
	      new_stat := 1000b;
	    } else {
	      is_action := TRUE;
	    };	  
	  };
	  new_stat := new_stat | 0001b;
	};
      } else {
	// Press.
	(mouse.left).if {
	  new_stat  := stat;
	  is_action := TRUE;
	} else {
	  (win != Self).if {
	    new_stat := 0;
	    DESK.receive msg;
	  };
	};
      };
      (stat != new_stat).if {
	stat := new_stat;
	is_refresh := TRUE;
      };
      (is_action).if {
	new_cursor := old_cursor := position;	
	ele_siz := elevator_size;
	win_siz := win_size;
	/*
	(((stat & 0010b) != 0) && {old_cursor != 0}).if {	  
	  // Page Up
	  new_cursor := (old_cursor - length_mini).max 0;
	};
	(((stat & 0100b) != 0) && {old_cursor < (length - length_mini)}).if {
	  // Page Down
	  new_cursor := (old_cursor + length_mini).min (length - length_mini);
	};
	*/
	(((stat & 1000b) != 0) && {mouse_d != 0}).if {	  
	  // Move.
	  new_cursor := old_cursor - `(int)(((float)@win_siz / @ele_siz) * @mouse_d)`:INTEGER;
	  new_cursor := new_cursor.min 0.max (ele_siz - win_siz);
	};
	(new_cursor != old_cursor).if {	  
	  position := new_cursor;
	  win_in.update_intern;
	  is_refresh := TRUE;
	};
      };
      (is_refresh).if {
	refresh;
      };      
    };
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + pos_beg,pos_end:INTEGER;
        
    clipping (x0,y0) to (x1,y1);    
    //    
    draw_border_in (x_min,y_min) to (x_max,y_max);
    pos_beg := cursor_begin;
    pos_end := pos_beg + cursor_size;            
    (is_vertical).if {
      // Vertical.      
      draw_border_out (1,pos_beg) to (x_max-1,pos_end);
      rectangle_fill (2,pos_beg+1) to (x_max-2,pos_end-1) color color_back_light;
      (pos_beg > 1).if {
	rectangle_fill (1,1) to (x_max-1,pos_beg-1) color color_back;
      };
      (pos_end < y_max-1).if {
	rectangle_fill (1,pos_end+1) to (x_max-1,y_max-1) color color_back;
      };
    } else {
      // Horizontal
      draw_border_out (pos_beg,1) to (pos_end,y_max-1);
      rectangle_fill (pos_beg+1,2) to (pos_end-1,y_max-2) color color_back_light;
      (pos_beg > 1).if {
	rectangle_fill (1,1) to (pos_beg-1,y_max-1) color color_back;
      };
      (pos_end < x_max-1).if {
	rectangle_fill (pos_end+1,1) to (x_max-1,y_max-1) color color_back;
      };      
    };
  );
  
  //
  // Area.
  //
  
  - delete <-
  (
    (parent != NULL).if {
      parent_area.delete;
    };
  );
  lisaac_0.39_rc1/lib/extra/gui/low_level/g_or_expr.li0000644000175000017500000000715211314031253022411 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := G_OR_EXPR;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Frame representation base";
    
  - author      := "Benoit Sonntag (bsonntag@loria.fr)";
  
Section Inherit
  
  + parent_g_binary_expr:Expanded G_BINARY_EXPR;
  
Section Public

  - make l:G_EXPR and r:G_EXPR <-
  (
    left  := l;
    right := r;    
    left .set_attribute_bit horizontal_bit; 
    right.set_attribute_bit horizontal_bit;
  );

  //
  // Size.
  //
  
  - predict_size (lw,lh:INTEGER) and (rw,rh:INTEGER) :(INTEGER,INTEGER) <-
  (
    lw + rw, lh.max rh
  );
  
  - width_min:INTEGER <-
  (
    left.width_min + right.width_min
  );
  
  - height_min:INTEGER <-
  (
    left.height_min.max (right.height_min)
  );
    
  - width_max:INTEGER <- 
  ( + result:INTEGER;
    
    (is_fix_width).if {
      result := width_min;
    } else {
      result := left.width_max + right.width_max;
    };
    result
  );
  
  - height_max:INTEGER <- 
  ( + result:INTEGER;
    
    (is_fix_height).if {
      result := height_min;
    } else {
      result := left.height_max.max (right.height_max);
    };
    result
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( + w_min:INTEGER;
    + w_left,w_left_min,w_left_max:INTEGER;
    + w_right,w_right_max:INTEGER;
    
    w_min  := width_min;
    //
    w_left_min := left.width_min;
    w_left_max := left.width_max;
    //
    w_right_max := right.width_max;
    //    
    w_left := `(int)(((float)@w) / @w_min * @w_left_min)`:INTEGER; // BSBS: REAL !!!
    w_right := w - w_left;
    //
    (w_right > w_right_max).if {
      w_right := w_right_max;
      w_left  := (w - w_right).min w_left_max;      
    }.elseif {w_left > w_left_max} then {
      w_left := w_left_max;
      w_right := (w - w_left).min w_right_max;      
    };
    //
    left .set_position rac at (x,y)        size (w_left ,h.min (left.height_max));
    right.set_position rac at (x+w_left,y) size (w_right,h.min (right.height_max));
  );
  

  lisaac_0.39_rc1/lib/extra/gui/low_level/g_div_expr.li0000644000175000017500000000714111314031253022551 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := G_DIV_EXPR;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Frame representation base";
    
  - author      := "Benoit Sonntag (bsonntag@loria.fr)";
  
Section Inherit
  
  + parent_g_binary_expr:Expanded G_BINARY_EXPR;
  
Section Public
  
  - make l:G_EXPR and r:G_EXPR <-
  (
    left  := l;
    right := r;    
    left .set_attribute_bit vertical_bit; 
    right.set_attribute_bit vertical_bit; 
  );
  
  //
  // Size.
  //
  
  - predict_size (lw,lh:INTEGER) and (rw,rh:INTEGER) :(INTEGER,INTEGER) <-
  (
    lw.max rw, lh + rh
  );

  - width_min:INTEGER <-
  (
    left.width_min.max (right.width_min)
  );
  
  - height_min:INTEGER <-
  (
    left.height_min + right.height_min
  );
  
  - width_max:INTEGER <- 
  ( + result:INTEGER;
    
    (is_fix_width).if {
      result := width_min;
    } else {
      result := left.width_max.max (right.width_max);
    };
    result
  );
  
  - height_max:INTEGER <- 
  ( + result:INTEGER;
    
    (is_fix_height).if {
      result := height_min;
    } else {
      result := left.height_max + right.height_max;
    };
    result
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( + h_min:INTEGER;
    + h_left,h_left_min,h_left_max:INTEGER;
    + h_right,h_right_max:INTEGER;
    
    h_min  := height_min;
    //
    h_left_min := left.height_min;
    h_left_max := left.height_max;
    //
    h_right_max := right.height_max;
    //
    h_left := `(int)(((float)@h) / @h_min * @h_left_min)`:INTEGER; // BSBS: REAL !!!
    h_right := h - h_left;
    //
    (h_right > h_right_max).if {
      h_right := h_right_max;
      h_left  := (h - h_right).min h_left_max;      
    }.elseif {h_left > h_left_max} then {
      h_left := h_left_max;
      h_right := (h - h_left).min h_right_max;      
    };
    //
    left .set_position rac at (x,y)        size (w.min (left.width_max),h_left );
    right.set_position rac at (x,y+h_left) size (w.min (right.width_max),h_right);
  );

lisaac_0.39_rc1/lib/extra/gui/low_level/g_win_in_intern.li0000644000175000017500000000703411314031253023574 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_WIN_IN_INTERN;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "For G_WIN_IN.";

Section Inherit  

  + parent_g_group:Expanded G_GROUP;
            
Section Public
    
  + elevator_v:G_ELEVATOR;
  
  + elevator_h:G_ELEVATOR;
  
  //
  // Creation.
  //
  
  - make elt:G_EXPR <-
  (
    root := elt;  
    elevator_h := G_ELEVATOR.create_horizontal Self;
    elevator_v := G_ELEVATOR.create_vertical Self;
  );
  
  //
  // Fix position.
  //
  
  - set_top <- 
  (
    elevator_v.set_min;
  );
    
  - set_bottom <- 
  (
    elevator_v.set_max;
  );
    
  - set_right <-
  (
    elevator_h.set_min;
  );

  - set_left <-
  (
    elevator_h.set_max;
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  [ 
    // Nothing.
  ]
  ( + new_w,new_h:INTEGER;
            
    (w < root.width_min).if {
      new_h := h - elevator_h.height_min;
    } else {
      new_h := h;
    };
    (h < root.height_min).if {
      new_w := w - elevator_v.width_min;
    } else {
      new_w := w;
    };    
    (new_w != w).if {
      elevator_v.update rac from (x + new_w,y) size (elevator_v.width_min,new_h);
    } else {
      elevator_v.delete;
    };
    (new_h != h).if {
      elevator_h.update rac from (x,y + new_h) size (new_w,elevator_v.height_min);
    } else {
      elevator_h.delete;
    };      
    update rac from (x,y) size (new_w,new_h);    
    update_intern;
  );
  
  - update_intern <-
  ( + wn,hn:INTEGER;
    
    wn := (root.width_min.max width).min (root.width_max);
    hn := (root.height_min.max height).min (root.height_max);
    root.set_position Self at (elevator_h.position,elevator_v.position) 
    size (wn,hn);
  );
  
  //
  // Display.
  //
  
  - draw_slave bmp:ABSTRACT_BITMAP from (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    bmp.rectangle_fill (x0,y0) to (x1,y1) color color_back;
  );
  
lisaac_0.39_rc1/lib/extra/gui/low_level/g_expr.li0000644000175000017500000001041211314031253021702 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := G_EXPR;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Frame representation base";
    
  - author      := "Benoit Sonntag (bsonntag@loria.fr)";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + attribute:UINTEGER_8;
  
  - fix_width_bit :UINTEGER_8 := 0001b;
  - fix_height_bit:UINTEGER_8 := 0010b;
  
  - horizontal_bit:UINTEGER_8 := 0100b;
  - vertical_bit  :UINTEGER_8 := 1000b; 
  
  - is_fix_width:BOOLEAN  <- (attribute & fix_width_bit ) != 0;
  - is_fix_height:BOOLEAN <- (attribute & fix_height_bit) != 0;
  
  - is_horizontal:BOOLEAN <- (attribute & horizontal_bit) != 0;
  - is_vertical  :BOOLEAN <- (attribute & vertical_bit  ) != 0;
  
  - set_attribute_bit flag:UINTEGER_8 <-
  (
    attribute := attribute | flag;
  );
  
  - fix_width:SELF <-
  (
    set_attribute_bit fix_width_bit;
    Self
  );
  
  - fix_height:SELF <-
  (
    set_attribute_bit fix_height_bit;
    Self
  );
  
  //
  // Dimension.
  //  
  
  - width_min:INTEGER <-
  (
    deferred;
    0
  )
  [
    +? {Result >= 0};
  ];
  
  - height_min:INTEGER <-
  (
    deferred;
    0
  )
  [
    +? {Result >= 0};
  ];
  
  - width_max:INTEGER <-
  ( + result:INTEGER;
    
    (is_fix_width).if {
      result := width_min;
    } else {
      result := 100_000;
    };
    result
  )
  [
    +? {Result >= width_min};
  ];
  
  - height_max:INTEGER <-
  ( + result:INTEGER;
    
    (is_fix_height).if {
      result := height_min;
    } else {
      result := 100_000;
    };
    result
  )
  [
    +? {Result >= height_min};
  ];
  
  //
  // Operator position.
  //
    
  - Self:SELF '|' Right 40 other:G_EXPR :G_EXPR <-
  ( 
    G_OR_EXPR.create Self and other
  );

  - Self:SELF '/' Right 40 other:G_EXPR :G_EXPR <-
  ( 
    G_DIV_EXPR.create Self and other
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  [
    -? {w >= width_min};
    -? {h >= height_min};
  ]
  (
    deferred;
  );
  
  - refresh <- deferred;
    
  //
  // Style...
  //
  
  - color_dark:UINTEGER_32      := 01E527Fh;
  - color_light:UINTEGER_32     := 0D0E1EFh;
  
  - color_back:UINTEGER_32      := 083AAD3h;  
  - color_back_light:UINTEGER_32:= color_back + 101010h;  

  - draw_border_in (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    color color_dark;
    move_to (x0,y1);
    line_v_until y0;
    line_h_until x1;
    color color_light;
    line_v_until y1;
    line_h_until x0;
  );
  
  - draw_border_out (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    color color_light;
    move_to (x0,y1);
    line_v_until y0;
    line_h_until x1;
    color color_dark;
    line_v_until y1;
    line_h_until x0;
  );

  
  lisaac_0.39_rc1/lib/extra/gui/low_level/g_group.li0000644000175000017500000000602311314031253022063 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_GROUP;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Group elements for GUI.";

Section Inherit  

  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
          
Section Public
  
  + root:G_EXPR;
  
  //
  // Width / Height
  //
  
  - predict_size (w,h:INTEGER) :(INTEGER,INTEGER) <-
  (
    w, h
  );
  
  - width_min:INTEGER  <- root.width_min;
  
  - height_min:INTEGER <- root.height_min;
    
  //
  // Creation.
  //
  
  - create elt:G_EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt;
    result
  );
  
  - make elt:G_EXPR <-
  (
    root := elt;    
  ); 
   
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) <-
  (
    set_position rac at (x,y) size (width_min,height_min);
  );

  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  (
    update rac from (x,y) size (w,h);
    root.set_position Self at (0,0) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (    
    draw_slave Self from (x0,y0) to (x1,y1);    
  );
  
  - draw_slave bmp:ABSTRACT_BITMAP from (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    deferred;
  );
  
  - refresh <-
  (
    parent_area.refresh;
    (root != NULL).if {
      root.refresh;
    };
  );
  
  - delete <-
  (
    parent_area.delete;
    DESK.set_focus DESK;
  );
  
lisaac_0.39_rc1/lib/extra/gui/low_level/virtual_screen.li0000644000175000017500000000577711314031253023465 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := VIRTUAL_SCREEN;

  - copyright   := "2003-2008 Benoit Sonntag";
    
  - bibliography:="http://IsaacOS.com";
  - author      :="Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="Virtual screen.";

  - version := 1;  
  
Section Inherit  
  
  + parent_area:Expanded AREA;
        
Section Public
  
  + scale_width:INTEGER;
  + scale_height:INTEGER;
  
  + desk:DESK;
  
  - create d:DESK scale (w,h:INTEGER) :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make d scale (w,h);
    result    
  );
    
  - make d:DESK scale (w,h:INTEGER) <-
  ( 
    desk := d;
    scale_width  := w;
    scale_height := h;
    make d from (0,0) size (d.width*w,d.height*h);
  );
  
  //
  // Display.
  //

  - slave_pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <- 
  ( 
    pixel_hard (x,y) color col;
  );
  
  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER color col:UINTEGER_32 <- 
  ( 
    line_h_hard (x1,y) until x2 color col;
  );  
  
  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER 
  image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( 
    line_h_hard (x1,y) until x2 image line offset ofs;
  );
  
  - get_object (x,y:INTEGER) :AREA <-
  ( + result:AREA;
    result := parent_area.get_object (x,y);
    (result = Self).if {
      result := NULL;
    };
    result
  );
  
  //
  // Resize
  //    
  
  - update_size <-
  (    
    resize (scale_width * desk.width,scale_height * desk.height);
  );
  
  lisaac_0.39_rc1/lib/extra/gui/low_level/inbox.li0000644000175000017500000000525211314031253021543 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := INBOX;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="Message.";

  - version :=1;  
  - date    :="2003/04";
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  - gui_buffer_event:FAST_ARRAY(EVENT_GUI) := 
  ( + result:FAST_ARRAY(EVENT_GUI);
    + new_evt:EVENT_GUI;
    
    result := FAST_ARRAY(EVENT_GUI).create 16; 
    0.to 15 do { j:INTEGER;
      new_evt := EVENT_GUI.clone;
      result.put new_evt to j;
    };
    result
  );
  
  - gui_p_beg:UINTEGER_8;  // Pointer on the buffer (beginning)
  - gui_p_end:UINTEGER_8;  // Pointer on the buffer (end)
  
Section Public
  
  - receive msg:EVENT <-
  (
    // Nothing.
  );

  - send dst:INBOX <-
  ( + tmp:UINTEGER_8;
    tmp:=(gui_p_end+1) & 0Fh;
    (tmp != gui_p_beg).if {
      gui_buffer_event.item gui_p_end.make Self at dst;
      gui_p_end:=tmp;
      dst.receive (gui_buffer_event.item gui_p_beg);
      gui_p_beg := (gui_p_beg+1) & 0Fh;
    };
  );
lisaac_0.39_rc1/lib/extra/gui/low_level/g_binary_expr.li0000644000175000017500000000432011314031253023247 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := G_BINARY_EXPR;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Binary operator";
    
  - author  := "Benoit Sonntag (bsonntag@loria.fr)";
  
Section Inherit
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Public
  
  + right:G_EXPR;
  
  + left:G_EXPR;
    
  //
  // Creation.
  //
  
  - create l:G_EXPR and r:G_EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make l and r;
    result
  );

  - make l:G_EXPR and r:G_EXPR <-
  (
    deferred;
  );
  
  //
  // Refresh.
  //
  
  - refresh <-
  (
    left.refresh;
    right.refresh;
  );
  
  

    
lisaac_0.39_rc1/lib/extra/gui/clipping/0000755000175000017500000000000011314031253017707 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui/clipping/limit_y.li0000644000175000017500000000640511314031253021710 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := LIMIT_Y;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Sub structure for AREA.";
    
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
  - version     := 1;
  
Section Inherit

  - parent_object:OBJECT := OBJECT;
  
Section Public  

  + value:INTEGER;
  
  + plan:PLAN;
  + is_top:BOOLEAN;  
  
  + next:LIMIT_Y;
  + prev:LIMIT_Y;
  
Section Public 

  - make y:INTEGER plan p:PLAN is_top b:BOOLEAN <- 
  (
    is_top:=b;
    plan  :=p;
    value :=y;
  );
  
  - create_top y:INTEGER plan p:PLAN :LIMIT_Y <- 
  ( + result:LIMIT_Y;
    
    result:=LIMIT_Y.clone;
    result.make y plan p is_top TRUE;
    result
  );

  - create_bottom y:INTEGER plan p:PLAN :LIMIT_Y <- 
  ( + result:LIMIT_Y;
    
    result:=LIMIT_Y.clone;
    result.make y plan p is_top FALSE;
    result
  );
  
  - append old_root:LIMIT_Y :LIMIT_Y <-
  ( + new_root:LIMIT_Y;
    + n,p:LIMIT_Y;
    
    n:=old_root;
    {(n!=NULL) && {n.value.   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := AREA_MASK;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Mask Window Clipping.";
    
  - version     := 2;
  
Section Inherit
  
  + parent_area:Expanded AREA;
    
Section Public  

  + mask:FAST_ARRAY(FAST_ARRAY(UINTEGER_16));
  
  - clear_mask <-
  ( 
    (mask.lower).to (mask.upper) do { y:INTEGER;
      mask.item y.clear;
    };
  );
  
  //
  // Creation
  //
  
  - make father:AREA from (x0,y0:INTEGER) size (w,h:INTEGER) <-
  (
    mask := FAST_ARRAY(FAST_ARRAY(UINTEGER_16)).create_with_capacity h;
    0.to (h-1) do { y:INTEGER;
      mask.add_last (FAST_ARRAY(UINTEGER_16).create_with_capacity 2);
    };
    parent_area.make father from (x0,y0) size (w,h);    
  );
  
  - resize (w,h:INTEGER) <-
  (
    mask.resize h;
    height.to (h-1) do { y:INTEGER;
      mask.put (FAST_ARRAY(UINTEGER_16).create_with_capacity 2) to y;
    };
    parent_area.resize (w,h);
  );
  
  //
  // Master display
  // (Build mask)
  //

  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <- 
  ( 
    add_mask (x,y) until x;
    parent_area.pixel_hard (x,y) color col;
  );
  
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 <- 
  ( 
    add_mask (x0,y0) until x1;
    parent_area.line_h_hard (x0,y0) until x1 color col;
  );

  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( 
    add_mask (x0,y0) until x1;
    parent_area.line_h_hard (x0,y0) until x1 image line offset ofs;
  );
  
  //
  // Slave display
  // (Use Mask)
  //

  - slave_pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <- 
  ( + line:FAST_ARRAY(UINTEGER_16);
    + idx:INTEGER;
    
    line := mask.item y;
    ((line.is_empty) || {x < line.first} || {x > line.last}).if {
      parent_area.pixel_hard (x,y) color col;
    } else {
      idx := search (x.to_uinteger_16) in line low (line.lower);
      (idx.is_odd).if {
	parent_area.pixel_hard (x,y) color col;
      };
    };
  );
  
  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER color col:UINTEGER_32 <- 
  ( + line:FAST_ARRAY(UINTEGER_16);
    + idx,xb,xe,xx2:INTEGER;
        
    line := mask.item y;
    ((line.is_empty) || {x2 < line.first} || {x1 > line.last}).if { 
      parent_area.line_h_hard (x1,y) until x2 color col;
    } else {
      (x1 < line.first).if {
	parent_area.line_h_hard (x1,y) until (line.first-1) color col;
	idx := 2;
	xb := line.item 1 + 1;
      } else {
	idx := search (x1.to_uinteger_16) in line low (line.lower);
	(idx.is_even).if {
	  xb  := line.item (idx + 1) + 1;
	  idx := idx + 2;
	} else {
	  xb  := x1;
	  idx := idx + 1;
	};
      };
      (x2 > line.last).if {	
	parent_area.line_h_hard ((line.last+1),y) until x2 color col;
	xx2 := line.last; 
      } else {
	xx2 := x2;
      };
      {xb <= xx2}.while_do {
	xe  := line.item idx - 1;
	parent_area.line_h_hard (xb,y) until (xe.min xx2) color col;
	xb  := line.item (idx + 1) + 1;
	idx := idx + 2;
      };
    };
  );

  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER 
  image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( + l:FAST_ARRAY(UINTEGER_16);
    + idx,xb,xe,xx2:INTEGER;
    
    l := mask.item y;
    ((l.is_empty) || {x2 < l.first} || {x1 > l.last}).if { 
      parent_area.line_h_hard (x1,y) until x2 image line offset ofs;
    } else {
      (x1 < l.first).if {
	parent_area.line_h_hard (x1,y) until (l.first-1) image line offset ofs;
	idx := 2;
	xb  := l.item 1 + 1;
      } else {
	idx := search (x1.to_uinteger_16) in l low (l.lower);
	(idx.is_even).if {
	  xb  := l.item (idx + 1) + 1;
	  idx := idx + 2;
	} else {
	  xb  := x1;
	  idx := idx + 1;
	};
      };
      (x2 > l.last).if {
	parent_area.line_h_hard ((l.last+1),y) until x2 image line offset 
	(ofs + (l.last+1) - x1);
	xx2 := l.last;
      } else {
	xx2 := x2;
      };
      {xb <= xx2}.while_do {
	xe  := l.item idx - 1;
	parent_area.line_h_hard (xb,y) until (xe.min xx2) image line offset
	(ofs + (xb - x1));
	xb   := l.item (idx + 1) + 1;
	idx  := idx + 2;
      };
    };
  );
  
  - mask_draw (x0,y0:INTEGER) to (x1,y1:INTEGER) color col:UINTEGER_32 <-
  ( + line:FAST_ARRAY(UINTEGER_16);
    + xb,xe,lower,upper,idx:INTEGER;
    + xx0,xx1:UINTEGER_16;
    
    xx0 := x0.to_uinteger_16;
    xx1 := x1.to_uinteger_16;    
    y0.to y1 do { y:INTEGER;
      line := mask.item y;
      (! line.is_empty).if {
	((xx0 <= line.last) && {xx1 >= line.first}).if {
	  (xx0 <= line.first).if {	    
	    lower := idx := 0;	  
	  } else {
	    idx := search xx0 in line low 0;
	    (idx.is_odd).if {
	      lower := idx + 1;
	    } else {	      
	      xe := line.item (idx + 1).min xx1;
	      parent_area.line_h_hard (xx0,y) until xe color col;
	      lower := idx + 2;	      
	    };
	  };
	  (xx1 >= line.last).if {
	    upper := line.upper;	    
	  } else {
	    upper := search xx1 in line low idx;
	    (upper.is_even).if {
	      (upper != idx).if {
		xb := line.item upper;
		parent_area.line_h_hard (xb,y) until xx1 color col;
	      };
	      upper := upper - 1;	      
	    };
	  };	  
	  // Other segment.
	  (lower).to (upper) by 2 do { x:INTEGER;
	    xb := line.item x;
	    xe := line.item (x+1);	  
	    parent_area.line_h_hard (xb,y) until xe color col;
	  };
	};
      };
    };
    
    //display_mask;
  );
  
Section Private
  
  - add_mask (x_beg,y:INTEGER) until x_end:INTEGER <-
  ( + line:FAST_ARRAY(UINTEGER_16);
    + i1,i2:INTEGER;
    + x1,x2:UINTEGER_16;
    + is_right,is_left:BOOLEAN;
    
    x1 := x_beg.to_uinteger_16;
    x2 := x_end.to_uinteger_16;
    line := mask.item y;
    (line.is_empty).if {      
      line.add_last x1;
      line.add_last x2;
    }.elseif {x1 > (line.last+1)} then {
      line.add_last x1;
      line.add_last x2;
    }.elseif {(x2+1) < line.first} then {
      line.add_first x1; 
      line.add x2 to 1;
    } else {
      (x1 <= line.first).if { 
	i1 := line.lower;
	line.put x1 to i1;
      } else {
	i1 := search x1 in line low (line.lower);
      };
      (x2 >= line.last).if {
	i2 := line.upper;
	line.put x2 to i2;
      } else {
	i2 := search x2 in line low i1;
      };      
      (i1 = i2).if {
	((i1.is_odd) && {i1 != line.upper}).if {
	  // free space
	  is_left  := (x1-1) = line.item i1;
	  is_right := (x2+1) = line.item (i2+1); 
	  (is_left).if {
	    (is_right).if {
	      line.remove i1 to (i1+1);	      
	    } else {
	      line.put x2 to i1;
	    };
	  } else {
	    (is_right).if {
	      line.put x1 to (i1+1);
	    } else {
	      line.add x1 to (i1+1);
	      line.add x2 to (i1+2);  
	    };
	  };
	};
      } else {
        // i1 != i2        
	(i1.is_odd).if {
	  is_left  := (x1-1) = line.item i1;
	  (is_left).if {
	    //
	  } else {
	    line.put x1 to (i1+1); 
	    i1 := i1 + 2;
	  };
	} else {
	  i1 := i1 + 1;
	};
        (i2.is_odd).if {                    
	  is_right := (i2 < line.upper) && {(x2+1) = line.item (i2+1)};
	  (is_right).if {
	    i2 := i2 + 1;
	  } else {
	    line.put x2 to i2;
	    i2 := i2 - 1;
	  };
	} else {
	  // Nothing.
        };
        (i1 <= i2).if {
          line.remove i1 to i2;
        };
      };
    };
    //check_mask;
  );

  //
  // Debug.
  //
  
  - print_line line:FAST_ARRAY(UINTEGER_16) <-
  (
    0.to (line.upper) by 2 do { j:INTEGER;
      '['.print;
      line.item j.print;
      '-'.print;
      line.item (j+1).print;
      ']'.print;
      ' '.print;
    };
    '\n'.print;
  );
  
  - check_mask <-
  ( + line:FAST_ARRAY(UINTEGER_16);
    (mask.lower).to (mask.upper) do { y:INTEGER;
      line := mask.item y;
      (! line.is_empty).if {
	(line.count.is_odd).if {
	  bug_mask (y,"Line odd");
	};
	(line.lower).to (line.upper-1) do { x:INTEGER;
	  (line.item x <= line.item (x+1)).if {
	    (
	      (x != 0) && {x.is_even} && 
	      {line.item x - 1 = line.item (x-1)}
	    ).if {
	      bug_mask (y,"Disconnect");
	    };
	    (
	      (x != 0) && {x.is_even} && 
	      {line.item x <= line.item (x-1)}
	    ).if {
	      bug_mask (y,"Order / Disconnect");
	    };
	  } else {
	    bug_mask (y,"Order");
	  };
	};
      };
    };
  );
  
  - bug_mask (y:INTEGER,msg:ABSTRACT_STRING) <-
  (
    "\nERROR MASK: Line #".print;
    y.print;
    " Type: ".print;
    msg.print;
    '\n'.print;
    print_line (mask.item y);
    die_with_code 0;
  );
  
  - display_mask <-
  ( + line:FAST_ARRAY(UINTEGER_16);
    + x1,x2:UINTEGER_16;
    parent.parent.clipping_off;
    parent.parent.rectangle_fill (0,0) to (width,height) color black;
    (mask.lower).to (mask.upper) do { y:INTEGER;
      line := mask.item y;
      (! line.is_empty).if {
	(line.lower).to (line.upper) by 2 do { x:INTEGER;
	  x1 := line.item x;
	  x2 := line.item (x+1);	  
	  parent.parent.pixel_to (x1,y) color white;
	  parent.parent.pixel_to (x2,y) color blue;
	  //parent.parent.line_h x1,y until x2 color red;
	  //'['.print; 
	  //x1.print; ','.print; x2.print;
	  //']'.print;
	  // IO.read_line;
	};
	//'\n'.print;
      };
    };
  );
  
  //
  // Sub routine
  //
    
  - search x:UINTEGER_16 in line:FAST_ARRAY(UINTEGER_16) low l:INTEGER :INTEGER <-
  ( + low,up:INTEGER;
    + med,result:INTEGER;
    low := l; 
    up  := line.upper + 1;    
    {(up - low) > 2}.while_do {
      med := ((up + low) >> 1) & 0FFFEh;
      (x >= line.item med).if {
	low := med;
      } else {
	up := med;
      };
    };
    (x > line.item (low+1)).if {
      result := low + 1;
    } else {
      result := low;
    };
    result
  );

    lisaac_0.39_rc1/lib/extra/gui/clipping/area.li0000644000175000017500000006604211314031253021155 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := AREA;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Window Clipping. (Algorithm by Benoit Sonntag)";
    
  - version     := 5;
  
Section Inherit
  
  - parent_video:VIDEO := VIDEO; //ABSTRACT_BITMAP := ABSTRACT_BITMAP;
  
  - parent_inbox:INBOX := INBOX;
  
Section INTERFACE  
  /*
  - set_video_support bmp:ABSTRACT_BITMAP <-
  (
    parent_video := bmp;
  );
  */
Section Public  
  
  //
  // Redefine BITMAP.
  //
  
  // Size zone.
  + height:INTEGER;
  + width :INTEGER;	
  
  - x_min:INTEGER := 0;
  - y_min:INTEGER := 0;
  - x_max:INTEGER <- width  - 1;
  - y_max:INTEGER <- height - 1;
  
  // Simple clipping.
  + clip_x0:INTEGER; 
  + clip_y0:INTEGER;
  + clip_x1:INTEGER;
  + clip_y1:INTEGER;
  
  // Current position.
  + spot_x:INTEGER;  
  + spot_y:INTEGER;
    
  // Current color.
  
  // Slave display.
  - slave_pixel_hard  (x,y:INTEGER) color col:UINTEGER_32; 
  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER color col:UINTEGER_32; 
  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER 
  image line:ABSTRACT_BMP_LINE offset ofs:INTEGER; 
  
  // Master / Normal display.
  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( + c:CLIP;
    + win:AREA;
    + xx,yy:INTEGER;
    
    xx := x + x_window; 
    yy := y + y_window;
    
    c:=get_clip (xx,yy);
    (c!=NULL).if {
      win := c.window;
      (win=Self).if {	
	parent_video.pixel_hard (xx,yy) color col; 
      } else {
	win.slave_pixel_hard ((xx-win.x_window),(yy-win.y_window)) color col;
      };
    };
  );
  
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 <-
  ( + xw,tmp,xb,y,xe:INTEGER;
    + c:CLIP;
    + win:AREA;
       
    (plan != NULL).if { 
      xb := x0 + x_window;
      y  := y0 + y_window; 
      xe := x1 + x_window;
      ((y < plan.y1.value) && {y >= plan.y0.value}).if {
	xb:=xb.max (plan.x0.value);
	xe:=xe.min (plan.x1.value);	
	(xb <= xe).if {
	  {	    
	    c:=get_clip (xb,y);
	    ? {c!=NULL};
	    /*
	    (c=NULL).if {
	      VIDEO.rectangle_fill 0,0 to 800,600 color black;
	      INTERFACE.physical_screen.debug_display;
	      KEYBOARD.wait_key;
	      
	      VIDEO.rectangle_fill 0,0 to 800,600 color black;
	      INTERFACE.screen.debug_display;
	      KEYBOARD.wait_key;
	      
	      VIDEO.rectangle_fill 0,0 to 800,600 color black;
	      PANEL.win.debug_display;
	      KEYBOARD.wait_key;
	      
	      VIDEO.rectangle_fill 0,0 to 800,600 color black;
	      MOUSE.debug_display;
	      KEYBOARD.wait_key;
	      
	      VIDEO.rectangle_fill 0,0 to 800,600 color black;
	      debug_display;
	      KEYBOARD.wait_key;
	      
	      VIDEO.pixel_to xb,y color 64FF64h;
	      debug:=TRUE;
	      c:=get_clip xb,y;
	      KEYBOARD.wait_key;
	      
	      xb.print; ','.print; y.print; '\n'.print;
	      crash;
	    };
	    */
	    tmp:=xe.min (c.x_max);  
	    win:=c.window;
	    (win=Self).if {
	      parent_video.line_h_hard (xb,y) until tmp color col; 
	    } else {
	      xw:=win.x_window;
	      win.slave_line_h_hard ((xb-xw),(y-win.y_window)) until (tmp-xw) color col;
	    };
	    xb:=tmp+1;
	  }.do_while {xb<=xe};
	};
      };
    };
  );
  
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( + xb,y,xe,tmp,xw,tmp_offset:INTEGER;
    + c:CLIP;
    + win:AREA;
    
    (plan != NULL).if {
      xb := x0 + x_window; 
      y  := y0 + y_window; 
      xe := x1 + x_window;
      ((y < plan.y1.value) && {y >= plan.y0.value}).if {
	tmp:=plan.x0.value;
	(xb < tmp).if { 
	  tmp_offset := ofs + tmp - xb;
	  xb:=tmp; 
	} else {
	  tmp_offset := ofs;
	};	  
	xe:=xe.min (plan.x1.value);
	(xb<=xe).if {
	  {
	    c   := get_clip (xb,y);
	    tmp := xe.min (c.x_max);
	    win := c.window;
	    (win = Self).if {
	      parent_video.line_h_hard (xb,y) until tmp image line offset tmp_offset;
	    } else {
	      xw := win.x_window;
	      win.slave_line_h_hard (xb-xw, y-win.y_window) 
	      until (tmp-xw) image line offset tmp_offset;
	    };
	    tmp_offset := tmp_offset + tmp-xb + 1;
	    xb := tmp+1;
	  }.do_while {xb <= xe};
	};
      };
    };
  );
  
Section Public
  
  // Window links.
  + parent:AREA;  // Englobe window.
  + child :AREA;  // First children.
  + prev  :AREA;  // Previous window.
  + next  :AREA;  // Next window.
  
  // +-parent---------------------+
  // |           +-self-----------|
  // |  +-next---|                |
  // |  |        |    +-child--+  |
  // |  |        |    |        |  |
  // |  |        |    +--------+  |
  // |  |        |  +-prev--------|
  // |  |        +--|             |
  // |  +-----------|             |
  // |              |             |
  // +----------------------------+
  
  + plan:PLAN;
  + clip:CLIP; // Cash clip zone.

  // Current window absolute position.
  + x_window:INTEGER;
  + y_window:INTEGER; 

  - set_next new:AREA <-
  (
    next:=new;
  );
  
  - set_prev new:AREA <-
  (
    prev:=new;
  );
  
  - set_child new:AREA <-
  (
    child:=new;
  );
  
Section Public  
  
  - debug_display <-
  (
    (clip!=NULL).if {
      clip.display Self;
    } else {
      //"Clip null!".print;
    };
  );
  
Section Public  
  
  - get_x_window:INTEGER <-
  ( + result:INTEGER;
    
    (parent=NULL).if {
      result:=x_window;
    } else {
      result:=x_window-parent.x_window;
    };
    result
  );
  
  - get_y_window:INTEGER <-
  ( + result:INTEGER;
    
    (parent=NULL).if {
      result:=y_window;
    } else {
      result:=y_window-parent.y_window;
    };
    result
  );
  
  //
  // New window
  //
  
  - make father:AREA from (x0,y0:INTEGER) size (w,h:INTEGER) <-
  ( ? {w > 0};
    ? {h > 0};

    parent := father;
    (father = NULL).if {
      x_window := x0;
      y_window := y0;
      next := NULL;
    } else {      
      x_window := father.x_window+x0;
      y_window := father.y_window+y0;
      next := father.child;
      (next != NULL).if {
	next.set_prev Self;
      };
      parent.set_child Self;
    };
    child := prev := NULL;
    clip := NULL;
    plan := NULL;
    
    height:=h;
    width :=w;
    clipping_off;
    
    // Build clipping.
    append_plan;
    clip_type1;
    refresh;
  );
  
  - create (x,y:INTEGER) size (w,h:INTEGER) :AREA <-
  ( + result:AREA;
    ? {w > 0};
    ? {h > 0};
    
    result:=AREA.clone;
    result.make Self from (x,y) size (w,h);
    result
  );
  
  //
  // Delete window
  //
  
  - delete <-
  ( + x0,y0,x1,y1:INTEGER;
    + is_draw:BOOLEAN;
    + old_parent, old_next:AREA;
    ? {parent != NULL};
    
    old_parent := parent;
    old_next   := next;
    (plan != NULL).if {
      x0:=plan.x0.value; 
      x1:=plan.x1.value;
      y0:=plan.y0.value; 
      y1:=plan.y1.value-1;
      is_draw:=TRUE;
    };
    sub_delete;
    (old_next = NULL).if {
      old_parent.creat_clip;
    } else {
      old_next.clip_type1;
    };
    (is_draw).if {
      redraw (x0,y0) to (x1,y1);
    };
  );
  
  //
  // Moving window
  // 
  
  - update father:AREA from (x0,y0:INTEGER) size (w,h:INTEGER) <-
  (
    (father != parent).if {
      make father from (x0,y0) size (w,h);
    } else {
      set_position (x0,y0);
      resize (w,h);
    };
  );
      
  - move (x,y:INTEGER) <-
  ( + x0,y0,x1,y1,x2,y2,x3,y3:INTEGER;
    + old_plan:PLAN;
    ? {parent!=NULL};
    
    ((x != 0) || {y != 0}).if {
      old_plan:=plan;
      (plan!=NULL).if {
        x0:=plan.x0.value; 
        x1:=plan.x1.value;
        y0:=plan.y0.value; 
        y1:=plan.y1.value-1;
      };
      sub_move (x,y);
      clip_type1;
      (plan!=NULL).if {
        x2:=plan.x0.value; 
        x3:=plan.x1.value;
        y2:=plan.y0.value; 
        y3:=plan.y1.value-1;
      };
      ((old_plan!=NULL) && {plan!=NULL}).if {
        (((x.abs)>width) || {(y.abs)>height}).if {
          redraw (x0,y0) to (x1,y1);
          redraw (x2,y2) to (x3,y3);
        } else {	
          redraw ((x0.min x2),(y0.min y2)) to ((x1.max x3),(y1.max y3));
        };
      } else {
        (old_plan!=NULL).if {
          redraw (x0,y0) to (x1,y1); 
        }.elseif {plan!=NULL} then {
          redraw (x2,y2) to (x3,y3);
        };
      };    
    };
  );
  
  - set_position (x,y:INTEGER) <-
  ( + dx,dy:INTEGER;
    ? {parent!=NULL};    
    
    dx:=x-(x_window-parent.x_window); 
    dy:=y-(y_window-parent.y_window);    
    move (dx,dy);
  );
  
  //
  // Resize window.
  //
  
  - resize (w,h:INTEGER) <-
  // Resize window.
  ( + x0,y0,x1,y1:INTEGER;
    //? {parent!=NULL};

    ((w != width) || {h != height}).if {
      (plan=NULL).if {
	y0:=x0:=INTEGER.maximum.to_integer;
	y1:=x1:=INTEGER.minimum.to_integer;
      } else {
	x0:=plan.x0.value;    
	x1:=plan.x1.value;
	y0:=plan.y0.value;    
	y1:=plan.y1.value;
      };
      width  := w;
      height := h;
      sub_resize;
      clip_type1;
      clipping_off;
      (plan!=NULL).if {
	x0 := x0.min (plan.x0.value);
	x1 := x1.max (plan.x1.value);
	y0 := y0.min (plan.y0.value);
	y1 := y1.max (plan.y1.value);
      };
      (x0 <= x1).if {
	redraw (x0,y0) to (x1,(y1-1));
      };
    };
  );
  
  //
  // First window
  //
  
  - first <-
  // put first plan window.
  ( + x0,y0,x1,y1,plan_value:INTEGER;
    + pl_begin,pl_end,pl:PLAN;
    + is_draw:BOOLEAN;
    + win,win2:AREA;
    ? {parent!=NULL};
    
    (prev!=NULL).if {
      (plan!=NULL).if {
	// Modification des Plans : Les EltPs sont classé en plan croissant.
	// Recherche du dernier plan du groupe :
	win:=prev;
	{(win!=NULL) && {win.plan=NULL}}.while_do {
	  win:=win.prev;
	};
	(win!=NULL).if {
	  is_draw:=TRUE;
	  x0:=plan.x0.value; 
	  x1:=plan.x1.value;
	  y0:=plan.y0.value; 
	  y1:=plan.y1.value-1;
	  pl_begin:=win.plan.next;
	  pl_end:=plan.next;
	  
	  // On décroche le Groupe :
	  pl:=pl_begin.prev;
	  pl.set_next pl_end;	  	  
	  pl_end.set_prev pl; 
	  // On cherche la nouvelle Position du Groupe :
	  win:=parent;
	  {
	    win2:=win.prev;
	    {(win2!=NULL) && {win2.plan=NULL}}.while_do {
	      win2:=win2.prev;
	    };
	    win:=win.parent;
	  }.do_while {(win!=NULL) && {win2=NULL}};
	  (win2!=NULL).if {
	    pl:=win2.plan; 
	  } else {
	    pl:=NULL;
	  };    
	  // On attache le groupe :
	  pl_begin.set_prev pl;
	  (pl=NULL).if { 
	    plan.set_next list_plan; 
	    list_plan:=pl_begin; 
	    plan_value:=1; 
	  } else {
	    plan.set_next (pl.next); 
	    pl.set_next pl_begin; 
	    plan_value:=pl.level+1; 
	  };
	  (plan.next!=NULL).if {
	    plan.next.set_prev plan;
	  };
	  // On réaffecte les plans :
	  {pl_begin!=pl_end}.while_do { 
	    pl_begin.set_level plan_value; 
	    plan_value:=plan_value+1;
	    pl_begin:=pl_begin.next; 
	  };
	};
      };
      
      // Delete link.
      prev.set_next next;
      (next!=NULL).if {
	next.set_prev prev;
      };
      
      // Creation new link.
      prev:=NULL;
      next:=parent.child;
      next.set_prev Self;
      parent.set_child Self;
      
      (is_draw).if {
	clip_type1;
	redraw (x0,y0) to (x1,y1);
      };
    };
  );
  
  - get_window (x,y:INTEGER) :AREA <-
  // Get object pointer by (X,Y).
  ( + c:CLIP;
    + result,win:AREA;
    + xx,yy:INTEGER;
    
    xx := x + x_window; 
    yy := y + y_window;    
    c:=get_clip (xx,yy);
    (c!=NULL).if { 
      (c.window=Self).if {
	result:=Self;
      } else {
	win:=c.window;
	result:=win.get_window ((xx-win.x_window),(yy-win.y_window));
	(result=NULL).if {
	  result:=Self;
	};
      };
    };
    result
  );
  
  //////////////////////////////////////////////////////////////
  //                         AREA                           //
  //////////////////////////////////////////////////////////////
  
Section AREA
  
  - list_plan:PLAN;
  - list_x:LIMIT_X;
  - list_y:LIMIT_Y;
  
  - display_list_x <-
  ( + elt_x:LIMIT_X;
    
    "list_x=".print;
    elt_x:=list_x;
    {elt_x!=NULL}.while_do {
      elt_x.value.print;
      '('.print;
	elt_x.plan.level.print;
      ')'.print;
      ','.print;
      elt_x:=elt_x.next;
    };    
    '\n'.print;
  );
  
  //  list_plan={plan1,plan2}
  //                       
  //                       .
  //  plan1+---------------Y---------+
  //       |               .         |
  //       |     plan2+----Y-----------------+
  //       |          |    .         :       |
  //       |          |    .         :       |
  //       |          |    .         :       |
  //  .....X..........X..............X.......X.....list_x
  //       |          |    .         :       |
  //       |          |    .         :       |
  //       |          +----Y-----------------+
  //       |               .         | 
  //       +---------------Y---------+
  //                       .
  //                     list_y
  
  - stack_plan:FAST_ARRAY(PLAN):= FAST_ARRAY(PLAN).create 16;
  
  - last_clip :CLIP;
  - first_clip:CLIP;
  - top_clip  :CLIP;
  
  //                                   |           |
  //                                   | top_clip  |
  //                                   |           |
  //                                   +-----------+
  //+------------+       +-----------+ +-----------+
  //|            |       |           | |           |
  //| first_clip |  ...  | last_clip | |    NEW    |
  //|            |       |           | |           |
  //+------------+       +-----------+ +-----------+
  
  - add_clip win:AREA from (xmin,ymin:INTEGER) to (xmax,ymax:INTEGER) <-
  ( + new_clip:CLIP;
    /*    
    '['.print;
    INTEGER.force_conversion self.print;
    ':'.print;
    x_min.print; ','.print; y_min.print; 
    ';'.print;
    x_max.print; ','.print; y_max.print; 
    ']'.print;
    */    
    
    ((top_clip!=NULL) && {top_clip.x_min=xmin} && {top_clip.x_max=xmax} && {top_clip.window=win}).if {
      // Stick clip.
      new_clip:=top_clip; 
      top_clip:=new_clip.right;
      new_clip.set_y_max ymax;
      new_clip.set_right NULL;
    } else {
      // Creation.
      new_clip:=CLIP.create win at (xmin,ymin) to (xmax,ymax);
      new_clip.set_left last_clip; 
      new_clip.set_top  top_clip;
      {(top_clip!=NULL) && {top_clip.x_max<=xmax}}.while_do {
	top_clip.set_bottom new_clip;
	top_clip:=top_clip.right;
      };
      ((new_clip.left=NULL) && {new_clip.top=NULL}).if {
	clip:=new_clip; 
      };
    };
    (last_clip=NULL).if {
      first_clip:=new_clip;
    } else {
      last_clip.set_right new_clip;
    };
    last_clip:=new_clip;
  );
  
  - remove_plan <-
  (     
    (plan!=NULL).if {
      // Remove in list_x :
      plan.x1.remove (plan.x0);
      list_x:=plan.x0.remove list_x;
      // Remove in list_y :
      plan.y1.remove (plan.y0);
      list_y:=plan.y0.remove list_y;
      // Remove plan in list_plan :
      list_plan:=plan.remove list_plan;
      // plan == NULL
      plan:=NULL;
    };
  );
  
  - append_plan <-
  ( + elt_x:LIMIT_X;
    + elt_y:LIMIT_Y;        
    + xw0,yw0,xw1,yw1,x0,y0,x1,y1:INTEGER;
    + is_return:BOOLEAN;
    + pl:PLAN;
    + win,winp:AREA;
    
    (parent!=NULL).if { 
      // Clipping with parent.
      pl:=parent.plan;
      (pl=NULL).if {
	is_return:=TRUE;
      } else {
	xw0:=pl.x0.value; 
	xw1:=pl.x1.value;
	yw0:=pl.y0.value; 
	yw1:=pl.y1.value-1;
      };
    } else { 
      // Clipping with bitmap.
      xw0:=yw0:=0; 
      xw1:=parent_video.width-1;
      yw1:=parent_video.height-1;
    };
    (! is_return).if {
      // Clipping current window.
      x0:=x_window; 
      x1:=x0+width-1;
      y0:=y_window; 
      y1:=y0+height-1;
      ((x1>=xw0) && {x0<=xw1} && 
      {y1>=yw0} && {y0<=yw1}).if {
	// First clip (current -> parent).
	x0:=x0.max xw0;
	x1:=x1.min xw1;
	y0:=y0.max yw0;
	y1:=y1.min yw1;
	
	// Append one Plan.
	plan:=PLAN.create Self;
	win:=Self;
	{
	  winp:=win.prev;
	  {(winp!=NULL) && {winp.plan=NULL}}.while_do {
	    winp:=winp.prev;
	  };
	  win:=win.parent;
	}.do_while {(win!=NULL) && {winp=NULL}};
	(winp!=NULL).if { 
	  pl:=winp.plan;
	  plan.set_prev pl; 
	  plan.set_next (pl.next); 
	  pl.set_next plan;
	  plan.set_level (pl.level+1); 
	} else {
	  plan.set_next list_plan; 
	  list_plan:=plan;
	  plan.set_level 1; 
	};
	
	pl:=plan.next;
	(pl!=NULL).if {
	  pl.set_prev plan;
	  pl.inc_level;
	};	
	
	y1:=y1+1;
	// On positionne les X : Décroissant Plan...
	elt_x:=LIMIT_X.create x0 plan plan;
	plan.set_x0 elt_x;
	list_x:=elt_x.append list_x;
	
	elt_x:=LIMIT_X.create x1 plan plan;
	plan.set_x1 elt_x;
	elt_x.append (plan.x0);
	
	// On positionne les Y :
	elt_y:=LIMIT_Y.create_top y0 plan plan;
	plan.set_y0 elt_y;
	list_y:=elt_y.append list_y;
	
	elt_y:=LIMIT_Y.create_bottom y1 plan plan;
	plan.set_y1 elt_y;
	elt_y.append (plan.y0);
      };
    };
  );
  
  - update_plan <-
  ( + pl:PLAN;
    + xw0,yw0,xw1,yw1,x0,y0,x1,y1:INTEGER;
    + is_return:BOOLEAN;
    
    (plan=NULL).if { 
      append_plan; 
    } else {
      (parent!=NULL).if { 
	// Clipping with parent.
	pl:=parent.plan;
	(pl=NULL).if {
	  remove_plan; 
	  is_return:=TRUE;
	} else {
	  xw0:=pl.x0.value; 
	  xw1:=pl.x1.value;
	  yw0:=pl.y0.value; 
	  yw1:=pl.y1.value-1;
	};
      } else { 
	// Clipping with bitmap.
	xw0:=yw0:=0; 
	xw1:=parent_video.width-1;
	yw1:=parent_video.height-1;
      };
      
      (! is_return).if {
	// Clipping current window.
	x0:=x_window; 
	x1:=x0+width-1;
	y0:=y_window; 
	y1:=y0+height-1;
	((x1xw1} || {y1yw1}).if {
	  remove_plan;
	} else {
	  // First clip (current -> parent).
	  x0:=x0.max xw0;
	  x1:=x1.min xw1;
	  y0:=y0.max yw0;
	  y1:=y1.min yw1;
	  
	  y1:=y1+1; 
	  
	  // On positionne les X :
	  plan.x1.set_value x1;            // update x1
	  plan.x1.remove (plan.x0);        // delete X1
	  (x0!=plan.x0.value).if {
	    plan.x0.set_value x0;          // update x0
	    list_x:=plan.x0.remove list_x; // delete X0	  
	    list_x:=plan.x0.append list_x; // Append X0  
	  };
	  plan.x1.append (plan.x0);        // Append X1
	  
	  // On positionne les Y :	  
	  plan.y1.set_value y1;
	  plan.y1.remove (plan.y0);
	  (y0!=plan.y0.value).if {
	    plan.y0.set_value y0;
	    list_y:=plan.y0.remove list_y;	  
	    list_y:=plan.y0.append list_y;	  
	  };
	  plan.y1.append (plan.y0);
	};
      };
    };
  );
  
  - creat_clip <-
  ( + x0,x1,y0,y1,tmp:INTEGER;
    + elt_x:LIMIT_X;
    + elt_y:LIMIT_Y;
    + plan_value:INTEGER;
    + cx0,cy0,cx1,cy1:INTEGER;
    + win,winp:AREA;
    + pl:PLAN;
    
    clip:=NULL; // Remove old Clip (carbadge collector :-)
    (plan!=NULL).if {
      x0:=plan.x0.value; 
      x1:=plan.x1.value;
      y0:=plan.y0.value; 
      y1:=plan.y1.value;
      
      // On active les fenêtres concerné :
      // Tous ses fils.
      win:=child;
      {win!=NULL}.while_do {
	pl:=win.plan;
	(pl!=NULL).if {
	  pl.active_y;
	};
	win:=win.next;
      };
      // Tous les prec et les prec des parents.
      win:=Self;
      {
	winp:=win.prev;
	{winp!=NULL}.while_do {
	  pl:=winp.plan;
	  ((pl!=NULL) && {pl.x0.value<=x1} && {pl.x1.value>=x0} &&
	  {pl.y0.valuey0}).if {
	    pl.active_y;
	  };
	  winp:=winp.prev;
	};
	win:=win.parent;
      }.do_while {win!=NULL};            
      stack_plan.force plan to 0;
            
      first_clip:=NULL; // New clip
      
      elt_y:=list_y; // A Optimiser !
      cy0:=y0;
      {elt_y!=NULL}.while_do {
	// On active ou désactive des fenêtres :
	{(elt_y!=NULL) && {! elt_y.plan.is_y}}.while_do {
	  elt_y:=elt_y.next;
	};
	
	(elt_y=NULL).if {
	  cy1:=y1-1;
	} else {
	  tmp:=elt_y.value;	  
	  cy1:=(tmp.min y1)-1;
	};
	
	(cy0<=cy1).if {
	  // New clip line.
	  last_clip:=NULL; 
	  top_clip:=first_clip; 
	  
	  elt_x:=list_x; // A Optimiser !	  	  
	  plan_value:=0; 
	  cx0:=x0; 
	  win:=Self;
	  {	    
	    pl:=elt_x.plan;
	    (pl.is_x).if {      	      
	      ((stack_plan.upper < pl.level) || {stack_plan.item (pl.level)=NULL}).if {
		// Begin Window
		stack_plan.force pl to (pl.level);
		(pl.level>plan_value).if {
		  // Limit
		  cx1:=(elt_x.value-1).min x1;
		  (cx0<=cx1).if {
		    add_clip win from (cx0,cy0) to (cx1,cy1);
		    cx0:=cx1+1;
		  };
		  plan_value:=pl.level;
		  win:=pl.window;
		};
	      } else {
		// End Window
		stack_plan.force NULL to (pl.level);
		(pl.level=plan_value).if {
		  // Limit
		  cx1:=(elt_x.value).min x1;
		  (cx0<=cx1).if {
		    add_clip win from (cx0,cy0) to (cx1,cy1);
		    cx0:=cx1+1;
		  };
		  //cx0:=cx1+1;
		  { 
		    plan_value:=plan_value-1;
		  }.do_while {(stack_plan.item plan_value)=NULL};
		  win:=stack_plan.item plan_value.window;
		};
	      };
	    };
	    elt_x:=elt_x.next;
	  }.do_while {elt_x!=NULL};	  
	  (cx0<=x1).if {
	    add_clip win from (cx0,cy0) to (x1,cy1);
	  };
	  cy0:=cy1+1;
	};
	
	(elt_y!=NULL).if {
	  {
	    pl:=elt_y.plan;
	    (pl.is_y).if {
	      (elt_y.is_top).if {
		pl.active_x;
	      } else {
		pl.desactive_y;
		pl.desactive_x;
	      };
	    };
	    elt_y:=elt_y.next;
	  }.do_while {(elt_y!=NULL) && {elt_y.value=tmp}};
	};
      };
    };
  );
  
  - clip_next_child <-
  ( 
    creat_clip;
    (next!=NULL).if {
      next.clip_next_child;
    };
    (child!=NULL).if {
      child.clip_next_child;
    };
  );
  
  - clip_type1 <-
  ( 
    clip_next_child;
    (parent!=NULL).if {
      parent.creat_clip;
    };
  );
  
  - sub_delete <-
  (
    // On supprime les liens dans la chaine des fenetres :
    (prev = NULL).if {
      parent.set_child next;
    } else {
      prev.set_next next;
    };
    (next != NULL).if {
      next.set_prev prev;
    };
    parent := prev := next := NULL;
    remove_plan;
    clip := NULL; // Delete Clip (GC).
    {child != NULL}.while_do {
      child.sub_delete;
    };
  );
  
  - sub_move (x,y:INTEGER) <-
  ( + win:AREA;
    
    x_window:=x_window+x; 
    y_window:=y_window+y;
    update_plan; 
    win:=child;
    {win!=NULL}.while_do {
      win.sub_move (x,y);
      win:=win.next;
    };
  );
  
  - sub_resize <-
  ( + win:AREA;
    
    update_plan; //modif_for_clip;
    win:=child;
    {win!=NULL}.while_do {
      win.sub_resize;
      win:=win.next;
    };
  );
  
  // get_clip x,y :
  // 
  // [clip]
  //   X#####+-------++-------+
  //   |    #|       ||       |
  //   |    #|       ||       |
  //   +----#######--++-------+
  //   +---------+#-----------+
  //   |         |#           |
  //   |         |####>X(x,y) |
  //   |         ||           |
  //   +---------++-----------+
  
  - debug:BOOLEAN;
  
  - get_clip (x,y:INTEGER) :CLIP <-
  // Find clip `(x,y)', begin search is `clip'.
  ( + fg_t,fg_b,fg_r,fg_l,fg_p:BOOLEAN;
    + c:CLIP;
    
    c:=clip;
    ((c!=NULL) && {
	(! (x.in_range (c.x_min) to (c.x_max))) || 
	{! (y.in_range (c.y_min) to (c.y_max))}
    }).if {
      
      //      ((c!=NULL) && {debug}).if { VIDEO.rectangle (c.x_min),(c.y_min) to (c.x_max),(c.y_max) color 6464FFh; KEYBOARD.wait_key; };
      
      // Top or Bottom Limit.
      ((yc.y_max) && {x>c.x_max}).if {
	  {(c!=NULL) && {y>c.y_max}}.while_do {
	    c:=c.bottom;
	  };
	};
      };
      
      //                   X
      //      
      // .....+-^---+
      //      |     |
      //      |     >
      //      +-----+
      //            :
      //            :
      
      {(c!=NULL) && { 
	  (fg_t:=(c.y_min>y)) |
	  (fg_r:=(c.x_maxx))
      }}.while_do {
	(fg_p).if {
	  (fg_b).if {
	    c:=c.bottom; 
	  }.elseif {fg_l} then {
	    c:=c.left;
	  };
	} else {
	  (fg_l).if {
	    c:=c.left;   
	  }.elseif {fg_b} then {
	    c:=c.bottom;
	  };
	};
	fg_p:=! fg_p;
      };
      
      (c!=NULL).if {
	clip:=c;
      };
    };
    c
  );
  
Section Public  
  
  - margin_clip_x0:INTEGER;
  - margin_clip_y0:INTEGER;
  - margin_clip_x1:INTEGER;
  - margin_clip_y1:INTEGER;
  
  - redraw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + elt_p:PLAN;
    + lev,xb0,yb0,xb1,yb1:INTEGER;
    + win2,win3:AREA;
    
    // With Previous :
    win3:=Self;
    {
      win2 := win3.prev;
      {(lev = 0) && {win2 != NULL}}.while_do {
	elt_p := win2.plan;
	(elt_p != NULL).if { 
	  lev := elt_p.level+1;
	} else {
	  win2 := win2.prev;
	};
      };
      win3 := win3.parent;
    }.do_while {(win3 != NULL) && {lev = 0}};
    (lev = 0).if { 
      lev := 1;
    };
    
    // Search elt_p for begin :
    elt_p := list_plan;
    {(elt_p != NULL) && {elt_p.level != lev}}.while_do {
      elt_p := elt_p.next;
    };
    
    // Display :
    {elt_p != NULL}.while_do {
      xb0 := elt_p .x0.value   .max (x0 - margin_clip_x0); 
      xb1 := elt_p .x1.value   .min (x1 + margin_clip_x1);
      yb0 := elt_p .y0.value   .max (y0 - margin_clip_y0); 
      yb1 := (elt_p.y1.value-1).min (y1 + margin_clip_y1);
      
      ((xb0<=xb1) && {yb0<=yb1}).if {
	win2 := elt_p.window;
	xb0 := xb0 - win2.x_window; 
	xb1 := xb1 - win2.x_window;  
	yb0 := yb0 - win2.y_window; 
	yb1 := yb1 - win2.y_window;
	win2.draw (xb0,yb0) to (xb1,yb1);
      };
      elt_p := elt_p.next;
    };
    margin_clip_x0 := margin_clip_x1 :=
    margin_clip_y0 := margin_clip_y1 := 0;
  );
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    // Nothing.    
  );
  
  - refresh <-
  (
    (clip != NULL).if {
      draw (0,0) to (width-1,height-1);
    };
  );
  
  - get_object (x,y:INTEGER) :AREA <-
  ( + c:CLIP;
    + result,win:AREA;
    
    c := get_clip (x,y);
    (c != NULL).if {
      win := c.window;
      (win = Self).if {
	result := Self;
      } else {
	result := win.get_object (x,y);
	(result = NULL).if {
	  result := Self;
	};
      };
    };
    result
  );
    
  - receive msg:EVENT <-
  // Default.
  (
    (parent != NULL).if {
      msg.set_destination parent;
      parent.receive msg;
    };
  );




lisaac_0.39_rc1/lib/extra/gui/clipping/limit_x.li0000644000175000017500000000625611314031253021713 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := LIMIT_X;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Sub structure for AREA.";
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
  - version    := 1;
  
Section Inherit

  - parent_object:OBJECT := OBJECT;
  
Section Public  

  + value:INTEGER;
  
  + plan:PLAN;
  
  + next:LIMIT_X;
  + prev:LIMIT_X;
  
Section Public 
  
  - make x:INTEGER plan p:PLAN <- 
  (
    plan:=p;
    value:=x;
  );
  
  - create x:INTEGER plan p:PLAN :LIMIT_X <- 
  ( + result:LIMIT_X;
    
    result:=LIMIT_X.clone;
    result.make x plan p;
    result
  );
  
  - append old_root:LIMIT_X :LIMIT_X <-
  ( + new_root:LIMIT_X;
    + n,p:LIMIT_X;
    
    n:=old_root;   
    (n!=NULL).if {
      p:=n.prev;
    };
    {(n!=NULL) && {n.value<=value} && {(n.value!=value) || {n.plan.level>plan.level}}}.while_do {
      p:=n; 
      n:=n.next; 
    };
    next:=n; 
    prev:=p;
    (prev=NULL).if {
      new_root:=Self; 
    } else {
      new_root:=old_root;
      p.set_next Self;
    };
    (n!=NULL).if {
      n.set_prev Self;
    };
    new_root
  );
  
  - remove old_root:LIMIT_X :LIMIT_X <-
  ( + new_root:LIMIT_X;
    
    (prev=NULL).if {
      new_root:=next;
    } else {
      prev.set_next next;
      new_root:=old_root;
    };
    (next!=NULL).if {
      next.set_prev prev;
    };
    new_root
  );
  
  - set_value v:INTEGER <-
  (
    value:=v;
  );
  
  - set_next new:LIMIT_X <-
  (
    next:=new;
  );

  - set_prev new:LIMIT_X <-
  (
    prev:=new;
  );







lisaac_0.39_rc1/lib/extra/gui/clipping/plan.li0000644000175000017500000000737711314031253021205 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := PLAN;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Sub structure for WINDOW.";
  
  - version := 1;
  
Section Inherit

  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  // +--------------------+
  // |    (x0,y0)         |
  // |       X------------|.........+
  // |       | / / / / / /|         :
  // |       |/ / / / / / |         :
  // |       | /  PLAN / /|         :
  // |       |/ / / / / / |         :
  // |       | / / / / / /|         :
  // |       +------------X.........+
  // |                 (x1,y1)
  // |                    |
  // +--------------------+
  
  + is_x:BOOLEAN;
  + is_y:BOOLEAN;
  
  + level:INTEGER;
  + window:AREA;
  
  // Limit.
  + x0:LIMIT_X;
  + x1:LIMIT_X;
  + y0:LIMIT_Y;
  + y1:LIMIT_Y;
  
  // Link.
  + next:PLAN;
  + prev:PLAN;
  
Section Public 
  
  - make win:AREA <-
  (
    window:=win;
  );
  
  - create win:AREA :PLAN <- 
  ( + result:PLAN;
    
    result:=PLAN.clone;
    result.make win;
    result
  );
  
  - remove old_root:PLAN :PLAN <-
  ( + new_root:PLAN;
    
    (prev=NULL).if {
      new_root:=next;
    } else {
      prev.set_next next;
      new_root:=old_root;
    };
    (next!=NULL).if {
      next.set_prev prev;
    };
    // Update level:
    (next!=NULL).if {
      next.dec_level;
    };
    new_root
  );

  - display <-
  (
    '['.print;
    level.print;
    ']'.print;
  );
  
  - dec_level <-
  (
    level:=level-1;
    (next!=NULL).if {
      next.dec_level; // Terminal recursivity
    };
  );

  - inc_level <-
  (
    level:=level+1;
    (next!=NULL).if {
      next.inc_level; // Terminal recursivity
    };
  );
  
  - set_x0 new:LIMIT_X <-
  (
    x0:=new;
  );

  - set_y0 new:LIMIT_Y <-
  (
    y0:=new;
  );

  - set_x1 new:LIMIT_X <-
  (
    x1:=new;
  );

  - set_y1 new:LIMIT_Y <-
  (
    y1:=new;
  );
  
  - set_level new:INTEGER <-
  (
    level:=new;
  );
  
  - set_next new:PLAN <-
  (
    next:=new;
  );

  - set_prev new:PLAN <-
  (
    prev:=new;
  );

  - active_y <-
  (
    is_y:=TRUE;
  );

  - desactive_y <-
  (
    is_y:=FALSE;
  );

  - active_x <-
  (
    is_x:=TRUE;
  );

  - desactive_x <-
  (
    is_x:=FALSE;
  );







lisaac_0.39_rc1/lib/extra/gui/clipping/clip.li0000644000175000017500000001106411314031253021166 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := CLIP;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Clip structure (Use for AREA).";
  
  - version := 1;
  
Section Inherit

  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  //                 top
  //                  /\ 
  // (x_min,y_min) X--||----------+
  //               |              |
  //         left <=              |
  //               |              |
  //               |     CLIP     |
  //               |              |
  //               |              => right
  //               |              |
  //               +----------||--X (x_max,y_max)
  //                          \/
  //                        bottom
    
  // Coord. abs clip.
  + x_min:INTEGER;
  + y_min:INTEGER;
  + x_max:INTEGER;
  + y_max:INTEGER;
  
  + window:AREA;
  
  // Four clip links. 
  + left:CLIP;
  + right:CLIP;
  + top:CLIP;
  + bottom:CLIP;
  
Section Public  
  
  - make win:AREA at (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    window:=win;
    x_min:=x0;
    y_min:=y0;
    x_max:=x1;
    y_max:=y1;
  );
    
  - create win:AREA at (x0,y0:INTEGER) to (x1,y1:INTEGER) :CLIP <-
  ( + result:CLIP;
    
    result:=CLIP.clone;
    result.make win at (x0,y0) to (x1,y1);
    result
  );
    
  - set_left new_link:CLIP <-
  (
    left:=new_link;
  );

  - set_right new_link:CLIP <-
  (
    right:=new_link;
  );
  
  - set_top new_link:CLIP <-
  (
    top:=new_link;
  );

  - set_bottom new_link:CLIP <-
  (
    bottom:=new_link;
  );

  - set_x_min new:INTEGER <-
  (
    x_min:=new;
  );

  - set_x_max new:INTEGER <-
  (
    x_max:=new;
  );
  
  - set_y_min new:INTEGER <-
  (
    y_min:=new;
  );

  - set_y_max new:INTEGER <-
  (
    y_max:=new;
  );

  - display win:AREA <-
  (
    sub_display ((! flag), win);
  );
  
Section Private

  // Mark display flag.
  + flag:BOOLEAN;

  - sub_display (val:BOOLEAN, win:AREA) <-
  // Display recurssive clipping. 
  ( 
    (window=win).if {
      VIDEO.color white;
    } else {
      VIDEO.color gray;
    };
    //x_min.print; ','.print; y_min.print; " to ".print; 
    //x_max.print; ','.print; y_max.print; '\n'.print;
    VIDEO.rectangle (x_min,y_min) to (x_max,y_max);
    
    (top=NULL).if {
      VIDEO.line_h (x_min,y_min) until x_max color 0FF6464h;
    };
    (bottom=NULL).if {
      VIDEO.line_h (x_min,y_max) until x_max color 0FF6464h;
    };
    (left=NULL).if {
      VIDEO.line_v (x_min,y_min) until y_max color 0FF6464h;
    };
    (right=NULL).if {
      VIDEO.line_v (x_max,y_min) until y_max color 0FF6464h;
    }; 
       
//    VIDEO.display_screen;
//    IO.read_character;
    //KEYBOARD.get_key;
    flag:=val;
    ((top!=NULL) && {top.flag!=val}).if { 
      top.sub_display (val,win); 
    };
    ((bottom!=NULL) && {bottom.flag!=val}).if { 
      bottom.sub_display (val,win); 
    };
    ((right!=NULL) && {right.flag!=val}).if { 
      right.sub_display (val,win); 
    };
    ((left!=NULL) && {left.flag!=val}).if { 
      left.sub_display (val,win); 
    };
  );








lisaac_0.39_rc1/lib/extra/gui/g_win_out.li0000644000175000017500000003406211314031253020427 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_WIN_OUT;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Group elements for GUI.";

Section Inherit  
  
  + parent_g_group:Expanded G_GROUP;
  
Section Public  
  
  - margin_resize_button:INTEGER := 4;
  - length_resize_button:INTEGER := 12;
  
  - is_resizable:BOOLEAN <- (! root.is_fix_width) || {! root.is_fix_height};
  
  + title_len:INTEGER;
  
  + title:ABSTRACT_STRING;
  
  + stat:INTEGER_8;
    
  - is_open:BOOLEAN <- (stat & 1) != 0;
  
  - open_by src:G_GROUP <-
  ( + px,py,w,h:INTEGER;
    + p:AREA;
    
    (stat = 0).if {	
      ((title = NULL) && {src != NULL}).if {	
	w := width_min;
	h := height_min;
	(src.is_horizontal).if {
	  px := src.x_window;
	  py := src.y_window + src.height;
	  ((px + w) > DESK.x_max).if {
	    px := DESK.x_max - w;
	  };
	  ((py + h) > DESK.y_max).if {
	    py := src.y_window - h;
	  };
	} else {
	  px := src.x_window + src.width;
	  py := src.y_window;
	  ((px + w) > DESK.x_max).if {
	    px := src.x_window - w;
	  };
	  ((py + h) > DESK.y_max).if {
	    py := DESK.y_max - h;
	  };
        };	  	  
        p := src.parent;
        {(p != NULL) && {p != DESK.virtual_screen}}.while_do {
          p := p.parent;
        };
        (p = NULL).if {
          set_position DESK at (px,py);
        } else {
          set_position (DESK.virtual_screen) at 
          (px-DESK.virtual_screen.x_window,py-DESK.virtual_screen.y_window);
        };
      } else {
	px := (DESK.width  - width_min ) / 2;
        py := (DESK.height - height_min) / 2;
        set_position (DESK.virtual_screen) at 
        (px-DESK.virtual_screen.x_window,py-DESK.virtual_screen.y_window);
      };      
      stat := 01b;	
    };       
  );
    
  - close <-
  (
    delete;
    stat := 0;
  );
  
  //
  // Creation.
  //
  
  - create t:ABSTRACT_STRING with elt:G_EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make t with elt;
    result
  );
  
  - make t:ABSTRACT_STRING with elt:G_EXPR <-
  (
    title_len := BITMAP(PIXEL_32).font_width t + 2 + 12;
    title := t;
    root := elt;
  );
  
  //
  // Size.
  //
  
  - predict_size (w,h:INTEGER) with_title t:BOOLEAN :(INTEGER,INTEGER) <-
  ( + rw,rh:INTEGER;
    
    (t).if {
      rw := w +  2 + margin_resize_button;
      rh := h + 18 + margin_resize_button;
    } else {
      rw := w + 2;
      rh := h + 2;
    };
    rw , rh
  );  
  
  - width_min:INTEGER <-
  ( + result:INTEGER;
    
    result := parent_g_group.width_min + 2;
    ((title != NULL) && {is_resizable}).if {
      result := result + margin_resize_button;
    };
    result
  );
  
  - height_min:INTEGER <-
  ( + result:INTEGER;
    
    result := parent_g_group.height_min;
    (title = NULL).if {
      result := result + 2;
    } else {
      result := result + 17 + 1;
      (is_resizable).if {
        result := result + margin_resize_button;
      };
    };    
    result
  );

  //
  // Update position.
  //
    
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( + px,py,pw,ph:INTEGER;
    update rac from (x,y) size (w,h);
    px := 1;
    pw := w-2;
    (title = NULL).if {
      py := 1;      
      ph := h-2;      
    } else {
      py := 17;
      ph := h-18;
      (is_resizable).if {
        pw := pw - margin_resize_button;
        ph := ph - margin_resize_button;
      };
    };    
    root.set_position Self at (px,py) size (pw,ph);
  );
  
  //
  // Display.
  //
  
  - draw_slave bmp:ABSTRACT_BITMAP from (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (    
    // Nothing.
  );
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + xm,ym:INTEGER;
    clipping (x0,y0) to (x1,y1);    
    
    (title = NULL).if {      
      rectangle (0,0) to (x_max,y_max) color black;
      draw_slave Self from (1,1) to (x_max-1,y_max-1);      
    } else {
      color 646496h;
      line_v (0,15) until 0;
      line_h_until (title_len+1);
      line_to (title_len+1+15,15);
        
      // Border out.
      (is_resizable).if {
        xm := x_max - margin_resize_button;        
        ym := y_max - margin_resize_button;
        color 646496h;                
        line_v (xm-length_resize_button,ym+1) until y_max;
        line_h_until x_max;
        line_v_until (ym-length_resize_button);
        line_h_until (xm+1);
        rectangle_fill (xm-length_resize_button+1,ym+1) to (x_max-1,y_max-1) color 0C8C8FFh;
        rectangle_fill (xm+1,ym-length_resize_button+1) to (x_max-1,ym);
      } else {
        xm := x_max;
        ym := y_max;
      };      
      rectangle (0,16) to (xm,ym) color black;      
                        
      // Title background.
      color 0C8C8FFh;
      poly_move_to (1,1);
      poly_line_to ((title_len+1),1);
      poly_line_to ((title_len+15),15);
      poly_line_to (1,15);
      poly_line_to (1,1);
      poly_rectangle (2,3) to (4+9,3+9);      
      poly_trace;
            
      draw_border_in (3,3) to (3+9,3+9);
      rectangle_fill (4,4) to (3+8,3+8) color color_back;
      
      // Title.
      //((stat & 10b) = 0).if {
      color black;
      //} else {
	//color red;
      //};    
      print title to (3+12,(-1));    
    };
  );
  
  - slave_pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <- 
  ( + xm,ym:INTEGER;
    (title != NULL).if {
      (y < 16).if {
        (x > (title_len+1+y)).if {
          pixel_hard (x,y) color col;
        };
      } else {
        (is_resizable).if {
          xm := x_max - margin_resize_button;
          ym := y_max - margin_resize_button;
          (
            (
              (y.in_range 17 to (ym-1)) && 
              {x.in_range  1 to (xm-1)}
            ) || {
              (y > ym) &&
              {x < xm-length_resize_button}
            } || {
              (y < ym-length_resize_button) &&
              {x > xm}
            }
          ).if {
            pixel_hard (x,y) color col;
          };
        } else {
          ((y != 16) && {y != y_max} && {x != 0} && {x != x_max}).if {
            pixel_hard (x,y) color col;
          };
        };
      };
    };
  );
  
  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER color col:UINTEGER_32 <- 
  ( + new_x1,new_x2,xm,ym:INTEGER;
    
    (title != NULL).if {            
      (y < 16).if {
        (x2 > (title_len+1+y)).if {
          new_x1:=x1.max (title_len+2+y);
          line_h_hard (new_x1,y) until x2 color col;
        };
      } else {
        (is_resizable).if {
          xm := x_max - margin_resize_button;
          ym := y_max - margin_resize_button;
          (y = 16).if {              
            (x2 > xm).if {
              new_x1 := x1.max (xm+1);
              line_h_hard (new_x1,y) until x2 color col;
            };
          }.elseif {y < ym - length_resize_button} then {            
            (x2 > xm).if {
              new_x1 := x1.max (xm+1);
              line_h_hard (new_x1,y) until x2 color col;              
            };
            (x1 < xm).if {
              new_x1 := x1.max 1;
              new_x2 := x2.min (xm-1);
              (new_x1 <= new_x2).if {
                line_h_hard (new_x1,y) until new_x2 color col;
              };
            };
          }.elseif {y < ym} then {
            new_x1 := x1.max 1;
            new_x2 := x2.min (xm-1);
            (new_x1 <= new_x2).if {
              line_h_hard (new_x1,y) until new_x2 color col;
            };
          }.elseif {y > ym} then {
            (x1 < xm-length_resize_button).if {
              new_x2 := x2.min (xm-length_resize_button-1);
              line_h_hard (x1,y) until new_x2 color col;
            };
          };            
        } else {
          ((y != 16) && {y != y_max} && {x2 > 0} && {x1 < x_max}).if {
            new_x1:=x1.max 1;
            new_x2:=x2.min (x_max-1);            
            line_h_hard (new_x1,y) until new_x2 color col;
          };
        };
      };
    };
  );

  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER 
  image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( + new_x1,new_x2,new_ofs,xm,ym:INTEGER;
    
    (title != NULL).if {            
      (y < 16).if {
        (x2 > (title_len+1+y)).if {
          new_x1:=x1.max (title_len+2+y);
          new_ofs := ofs + new_x1 - x1;
          line_h_hard (new_x1,y) until x2 image line offset new_ofs;
        };
      } else {
        (is_resizable).if {
          xm := x_max - margin_resize_button;
          ym := y_max - margin_resize_button;
          (y = 16).if {              
            (x2 > xm).if {
              new_x1 := x1.max (xm+1);
              new_ofs := ofs + new_x1 - x1;
              line_h_hard (new_x1,y) until x2 image line offset new_ofs;
            };
          }.elseif {y < ym - length_resize_button} then {            
            (x2 > xm).if {
              new_x1 := x1.max (xm+1);
              new_ofs := ofs + new_x1 - x1;
              line_h_hard (new_x1,y) until x2 image line offset new_ofs;
            };
            (x1 < xm).if {
              new_x1 := x1.max 1;
              new_x2 := x2.min (xm-1);
              (new_x1 <= new_x2).if {
                new_ofs := ofs + new_x1 - x1;
                line_h_hard (new_x1,y) until new_x2 image line offset new_ofs;
              };
            };
          }.elseif {y < ym} then {
            new_x1 := x1.max 1;
            new_x2 := x2.min (xm-1);
            (new_x1 <= new_x2).if {
              new_ofs := ofs + new_x1 - x1;
              line_h_hard (new_x1,y) until new_x2 image line offset new_ofs;
            };
          }.elseif {y > ym} then {
            (x1 < xm-length_resize_button).if {
              new_x2 := x2.min (xm-length_resize_button-1);
              line_h_hard (x1,y) until new_x2 image line offset ofs;
            };
          };            
        } else {
          ((y != 16) && {y != y_max} && {x2 > 0} && {x1 < x_max}).if {
            new_x1:=x1.max 1;
            new_x2:=x2.min (x_max-1);            
            new_ofs := ofs + new_x1 - x1;
            line_h_hard (new_x1,y) until new_x2 image line offset new_ofs;
          };
        };
      };
    };    
  );

  //
  // Event.
  //
    
  - receive msg:EVENT <-  
  ( + mouse:EVENT_MOUSE;
    + timer:EVENT_TIMER;
    + win:AREA;    
    + xr,yr,new_width,new_height:INTEGER;
    + new_stat:INTEGER_8;

    mouse ?= msg;        
    timer ?= msg;
    (mouse != NULL).if {             
      xr := mouse.x_relative;
      yr := mouse.y_relative;
      (
        (xr.in_range 4 to (3+8)) &&
        {yr.in_range 4 to (3+8)}
      ).if {
        // Cancel.
        new_stat := 0011b;
      }.elseif {yr < 16} then {
        // Move / First.
        new_stat := 0101b;
      } else {
        // Resize.
        new_stat := 1001b;
      };
      (mouse.left_up).if {
        stat := new_stat;
      }.elseif {mouse.left_down} then {
        ((stat = new_stat) && {new_stat = 0011b}).if {
          close;
        } else {
          (stat = 1001b).if {
            set_position parent at (get_x_window,get_y_window) size (width,height);
          };
          stat := 0001b;        
        };
      }.elseif {(mouse.left) && {mouse.is_moving_only}} then {
        (stat = 0101b).if {
          move (mouse.dx,mouse.dy);
        }.elseif {stat = 1001b} then {          
          (root.is_fix_width).if {
            new_width := width;
          } else {
            new_width  := (xr+1).max width_min;
          };
          (root.is_fix_height).if {
            new_height := height;
          } else {
            new_height := (yr+1).max height_min;
          };
          resize (new_width,new_height);
          //
        };
      }.elseif {(mouse.right_down) && {new_stat = 0101b}} then {
        first;
      } else {
        win := DESK.get_object ((mouse.x_current),(mouse.y_current));
        (win != Self).if {	  
          DESK.receive msg;
        };
      };      
    }.elseif {timer != NULL} then {
      (stat = 1001b).if {
        set_position parent at (get_x_window,get_y_window) size (width,height);
      };
    };
  );
    
  - get_object (x,y:INTEGER) :AREA <-
  ( + result:AREA;
    + rel_x,rel_y:INTEGER;
    
    result := parent_g_group.get_object (x,y);
    
    (result = Self).if {
      (title != NULL).if {
	rel_x := x - x_window;
        rel_y := y - y_window;
        ((rel_y >= 16) || {rel_x > (title_len+1+rel_y)}).if {
          (is_resizable).if {
            (
              (rel_y < y_max-margin_resize_button-length_resize_button) ||
              {rel_x < x_max-margin_resize_button-length_resize_button}
            ).if {
              result := NULL;
            };            
          } else {
            result := NULL;
          };	  
	};
      };
    };
    result
  );

lisaac_0.39_rc1/lib/extra/base/0000755000175000017500000000000011314031253016230 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/base/char_unicode.li0000644000175000017500000002323611314031253021207 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded CHAR_UNICODE; // Deprecated : Convert UTF8 

  - export := UINTEGER_16;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Static Unicode Character library .";

  - type    := `unsigned short`;
  - default := '\0';
  
Section Insert
  
  - parent_character_ref:CHARACTER_REF := CHARACTER_REF;
  
Section Public
    
  - in_range low:CHAR_UNICODE to up:CHAR_UNICODE :BOOLEAN <- ((Self >= low) && {Self<= up});
  
  //
  // General :
  //
  
  - object_size:INTEGER := 2;

  - pointer_size:INTEGER := 1;
  
  - maximum:INTEGER := 0FFFFh;
  
  - minimum:INTEGER := 0;
  
  //  - '==' other:CHAR_UNICODE :BOOLEAN <- (code == other.code); BSBS=> JBJB A revoir
/* BSBS: JBJB a revoir ??
  - code:UINTEGER_16 <-
  // Unicode code of Current.
  ( + result:UINTEGER_16;
    result:=to_uinteger_16;
    result
  );
*/  
  - to_uinteger_16:UINTEGER_16 <- UINTEGER_16.force_conversion Self;
  // Auto-cast
  
  //  - print <- to_uinteger_16.print; BSBS-> JBJB a revoir !!
  
  - to_integer:INTEGER <-
  // Sign-extended conversion.
  ( + result:INTEGER;
    result:=code.to_integer;
    ? {result.in_range (INTEGER_8.minimum) to (INTEGER_8.maximum)};
    result
  );
  
  - code:INTEGER_8 <-
  // ASCII code of Current.
  // No Sign-extended conversion.
  ( + result:INTEGER_8;
    result:=to_integer_8;
    //? {result.in_range minimum to maximum};
    result
  );
  
  //
  // Print.
  //
  
  - print <- IO.put_character Self;
  
  //
  // Switch case :
  //
  
  - when value:CHAR_UNICODE then block:BLOCK :CHAR_UNICODE <-
  (
    (Self=value).if block;
    Self
  );
  
  - when first_value:CHAR_UNICODE to last_value:CHAR_UNICODE then block:BLOCK :CHAR_UNICODE <-
  ( ? {first_value<=last_value};
    
    ((Self>=first_value) && {Self<=last_value}).if block;
    Self
  );
  
  //
  // Binary operator :
  //
  
  - Self:SELF '+' other:CHAR_UNICODE :CHAR_UNICODE <- (code+other.code).to_character;
  
  - Self:SELF '-' other:CHAR_UNICODE :CHAR_UNICODE <- (code-other.code).to_character;
  
  - Self:SELF '!==' other:CHAR_UNICODE :BOOLEAN <- (code !== other.code);
  // Comparison using `code'.
  
  - Self:SELF '==' other:CHAR_UNICODE :BOOLEAN <- (code == other.code);
  // Comparison using `code'.
  
  - Self:SELF '<' other:CHAR_UNICODE :BOOLEAN <- ( code < other.code );
  // Comparison using `code'.
  
  - Self:SELF '<=' other:CHAR_UNICODE :BOOLEAN <- ( code <= other.code );
  // Comparison using `code'.
  
  - Self:SELF '>' other:CHAR_UNICODE :BOOLEAN <- ( code > other.code );
  // Comparison using `code'.
  
  - Self:SELF '>=' other:CHAR_UNICODE :BOOLEAN <- ( code >= other.code );
  // Comparison using `code'.
  
  - decimal_value:INTEGER <-
  // Gives the value of a decimal digit.
  ( + result:INTEGER;
    ? {is_digit};
    result := to_integer - 48;
    ? {result.in_range 0 to 9};
    result
  );
  
  - binary_value:INTEGER <-
  // Gives the value of a binary digit.
  ( + result:INTEGER;
    ? {is_binary_digit};
    result := code - 48;
    ? {result.in_range 0 to 1};
    result
  );
  
  - octal_value:INTEGER <-
  // Gives the value of an octal digit.
  ( + result:INTEGER;
    ? {is_octal_digit};
    result := code - 48;
    ? {result.in_range 0 to 7};
    result
  );
  
  - hexadecimal_value:INTEGER <-
  // Gives the value of an hexadecimal digit.
  ( + result:INTEGER;
    ? {is_hexadecimal_digit};
    (code < 'A'.code).if {
      result := code - 48;
    }.elseif {code<'a'.code} then {
      result := code - 55;
    } else {
      result := code - 87;
    };
    ? {result.in_range 0 to 15};
    result
  );
  
  - same_as other:CHAR_UNICODE :BOOLEAN <-
  // Case insensitive comparison.
  // No difference between upper/lower case letters.
  ( + result:BOOLEAN;
    (Self = other).if {
      result:=TRUE;
    } else {
      code
      .when 65 to 90 then {
	result:=(code = (other.code - 32));
      }
      .when 97 to 122 then {
	result:=(code = (other.code + 32));
      };
      ? {result ->> {(to_lower = other) | (to_upper = other)}};
    };
    result
  );
  
  - to_upper:CHAR_UNICODE <-
  // Conversion to the corresponding upper case.
  ( + result:CHAR_UNICODE;
    ((code < 97) || {code > 122}).if {
      result := Self;
    } else {
      result := (code - 32).to_character;
    };
    result
  );
  
  - to_lower:CHAR_UNICODE <-
  // Conversion to the corresponding lower case.
  ( + result:CHAR_UNICODE;
    ((code < 65) || {code > 90}).if {
      result := Self;
    } else {
      result := (code + 32).to_character;
    };
    result
  );
  
  - is_letter:BOOLEAN <-
  // Is it a letter ('a' .. 'z' or 'A' .. 'Z') ?
  ( + result:BOOLEAN;
    (Self >= 'a').if {
      result := (Self <= 'z');
    }.elseif {Self >= 'A'} then {
      result := (Self <= 'Z');
    };
    ? {result = (in_range 'A' to 'Z' | in_range 'a' to 'z')};
    result
  );
  
  - is_digit:BOOLEAN <-
  // Belongs to '0'..'9'.
  ( + result:BOOLEAN;
    (Self >= '0').if {
      result := (Self <= '9');
    };
    ? {result = in_range '0' to '9'};
    result
  );
  
  - is_binary_digit:BOOLEAN <-
  // Belongs to '0'..'1'.
  ( + result:BOOLEAN;
    result:= (Self = '0') || {Self = '1'};
    ? {result = in_range '0' to '1'};
    result
  );
  
  - is_octal_digit:BOOLEAN <-
  // Belongs to '0'..'7'.
  ( + result:BOOLEAN;
    (Self >= '0').if {
      result := (Self <= '7');
    };
    ? {result = in_range '0' to '7'};
    result
  );
  
  - is_hexadecimal_digit:BOOLEAN <-
  // Is it one character of "0123456789abcdefABCDEF" ?
  ( + result:BOOLEAN;
    (is_digit).if {
      result := TRUE;
    }.elseif {Self >= 'a'} then {
      result := (Self <= 'f');
    }.elseif {Self >= 'A'} then {
      result := (Self <= 'F');
    };
    ? {result = ("0123456789abcdefABCDEF".has Self)};
    result
  );
  
  - is_lower:BOOLEAN <-
  // Is it some lowercase letter ('a'..'z')?
  ( + result:BOOLEAN;
    (Self >= 'a').if {
      result:=(Self <= 'z');
    };
    result
  );
  
  - is_upper:BOOLEAN <-
  // Is it some uppercase letter ('A'..'Z')?
  ( + result:BOOLEAN;
    (Self >= 'A').if {
      result:=(Self <= 'Z');
    };
    result
  );
  
  - is_separator:BOOLEAN <-
  // True when character is a separator.
  (
    (Self= ' ') || {Self = '\t'} || {Self='\n'} ||
    {Self='\r'} || {Self = '\0'} || {Self='\f'} || {Self='\v'}
  );
  
  - is_letter_or_digit:BOOLEAN <-
  // Is it a letter (see `is_letter') or a digit (see `is_digit') ?
  ( + result:BOOLEAN;
    result := (is_letter || {is_digit});
    ? {result = (is_letter | is_digit)};
    result
  );
  
  - is_ascii:BOOLEAN := TRUE;
  // Is character a 8-bit ASCII character?
  
  - is_bit:BOOLEAN <- ((Self='0') || {Self='1'});
  // True for `0' and `1'.
  
  - next:CHAR_UNICODE <-
  // Give the next character (the following `code');
  ( ? {code<255};
    (code + 1).to_character
  );
  
  - previous:CHAR_UNICODE <-
  // Give the previous character (the `code' before);
  ( ? {code > 0};
    (code - 1).to_character
  );
  
  //
  // Conversions:
  //
  
  - to_hexadecimal:STRING <-
  // Create a new STRING giving the `code' in hexadecimal.
  // For example :
  //    (255).to_character.to_hexadecimal gives "FF".
  // Note: see `to_hexadecimal_in' to save memory.
  ( + result:STRING;
    string:=STRING.make 2;
    to_hexadecimal_in result;
    ? {result.count = 2};
    result
  );
  
  - to_hexadecimal_in str:STRING <-
  // Append the equivalent of `to_hexadecimal' at the end of
  // `str'. Thus you can save memory because no other
  // STRING is allocate for the job.
  ( + c, old_count:INTEGER;
    
    old_count:=str.count;
    c := code >> 4;
    (c<10).if {
      str.extend (('0'.code + c).to_character);
    } else {
      str.extend (('A'.code - 10 + c).to_character);
    };
    c := code & 00001111b;
    (c<10).if {
      str.extend (('0'.code + c).to_character);
    } else {
      str.extend (('A'.code - 10 + c).to_character);
    };
    ? {str.count = (2 + old_count)};
  );
  
  //
  // Miscellaneous:
  //
  
  - is_alpha:BOOLEAN <-
  // See `is_letter' (yes this is just a call to `is_letter').
  // Isn't `is_letter' better English ;-)
  ( + result:BOOLEAN;
    result := is_letter;
    ? {result = is_letter};
    result
  );
  
  //
  // Hashing :
  //
  
  - hash_code: INTEGER <- code;
lisaac_0.39_rc1/lib/extra/base/enum.li0000644000175000017500000000564111314031253017530 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := Expanded ENUM;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  //  HOWTO
  //  =====
  //
  //Section Header
  //
  //    + name := Expanded MY_ENUM;
  //
  //    - import := INTEGER;
  //    - export := INTEGER;
  //
  //    - type := `int`;
  //
  //  Section Insert
  //
  //    - parent_enum :Expanded ENUM;
  //
  //  Section Public
  //
  //    - val1 :MY_ENUM := create;
  //    - val2 :MY_ENUM := create;
  //    ...

Section Insert

  - parent_integer:INTEGER;

Section SELF

  + min :INTEGER := 0;
  + max :INTEGER := -1;

  - create :SELF <- create_after;

  - create_before :SELF <-
  (
    min := min - 1;
    min
  );

  - create_after :SELF <-
  (
    max := max + 1;
    max
  );

  - create_code i:INTEGER :SELF <-
  ( + res :SELF;
    (max - min < 0).if {
      min := i;
      max := i;
    } else {
      (i < min).if { min := i };
      (i > max).if { max := i };
    };
    i
  );

  - is_valid i:INTEGER :BOOLEAN <- i.in_range min to max;

  - from_integer i:INTEGER :SELF <-
  (
    ? { is_valid i };
    CONVERT(INTEGER,SELF).on i
  );

  - to_integer :INTEGER <-
  ( 
    CONVERT(SELF,INTEGER).on Self
  );


// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/extra/base/tools.li0000644000175000017500000000457611314031253017732 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := TOOLS;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
    
  - comment := "Miscellaneous Tools";

  - external := `#include `;
  
Section Public
  
  - unicode_to_ascii uni:FAST_ARRAY(CHAR_UNICODE) to asc:FAST_ARRAY(CHARACTER) <-
  ( + i:INTEGER;
    {uni.item i != 0}.while_do {
      asc.put ((uni.item i & 0FFh).to_uinteger_8) to i;
      i := i + 1;
    };
    asc.put 0 to i;    
  );

  - ascii_to_unicode asc:FAST_ARRAY(CHARACTER) to uni:FAST_ARRAY(CHAR_UNICODE) <-
  ( + i:INTEGER;
    {asc.item i != 0}.while_do {
      uni.put (asc.item i) to i;
      i := i + 1;
    };
    uni.put 0 to i;    
  );

  - bench b:{} :REAL_32 <-
  ( + ts:REAL_32;

    ts := `clock()`:REAL_32;
    b.value;
    ((`clock()`:REAL_32 - ts) / `CLOCKS_PER_SEC`:REAL_32)
  );
lisaac_0.39_rc1/lib/extra/gui_automatic/0000755000175000017500000000000011314031253020150 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/gui_automatic/essai_drop_down.li0000644000175000017500000000563611314031253023667 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ESSAI_DROP_DOWN;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Interface Node for GUII.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - main <-
  (
    +base:INODE;
    + guii:GUII;
    //+ menu_g_expr, tools_g_expr:G_EXPR;

    base := INODE.create_or "Bidon" priority 100 + (
              INODE.create_or "Drop down menu 1" priority 100 +
                INODE.create_xor "Choix 1" priority 100 +
                INODE.create_xor "Choix 2" priority 100 +
                INODE.create_xor "Choix 3" priority 100 +
                INODE.create_xor "Choix 4" priority 100 +
                INODE.create_xor "Choix 5" priority 100
            )+(
              INODE.create_or "Drop down menu 2" priority 100 +
                INODE.create_xor "foo 1" priority 100 +
                INODE.create_xor "foo 2" priority 100 +
                INODE.create_xor "foo 3" priority 100 +
                INODE.create_xor "foo 4" priority 100 +
                INODE.create_xor "foo 5" priority 100
            )/*+(
              INODE.create_xor "Page" priority 100
            )*/;
    
    //
    // Evaluation.
    //

    guii:=GUII.create base screen_width 800 screen_height 600;
    guii.set_depth base from 0;
    guii.evaluation base;
    guii.run_interface;
  );lisaac_0.39_rc1/lib/extra/gui_automatic/dimension.li0000644000175000017500000000507011314031253022465 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := DIMENSION;
  
  - copyright := "2003-2008 Sonntag Benoit";
  
  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  +width:INTEGER;
  +height:INTEGER;
  +line_height:INTEGER;
  +pattern:INTERNAL_INODE;
  +score_sum:REAL_32;
  +coefficient:INTEGER;
  
  
  //
  // Creation.
  //
  
  
  - create (w,h,l:INTEGER) score s:REAL_32 :SELF <-
  (
    + result:SELF;
    result := clone;
    result.make (w,h,l) score s ;
    result
  );
  
  - make (w,h,l:INTEGER) score s:REAL_32 <-
  ( 
    width:=w;
    height:=h;
    score_sum:=s;
    line_height:=l;
  );
  
  - set_line_height h:INTEGER <-
  (
    line_height:=h;
  );
  
  - set_pattern p:INTERNAL_INODE <-
  (
    pattern:=p;
  );

  - add_score score:REAL_32 <-
  (
    score_sum:=score_sum+score;
    coefficient:=coefficient+1;
  );

  - average :REAL_32 <-
  (
    score_sum/coefficient
  );



lisaac_0.39_rc1/lib/extra/gui_automatic/menu_bar.li0000644000175000017500000000652411314031253022275 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := MENU_BAR;
  
  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";
  
  - comment   := "Vertical menu for GUII.";
  
Section Inherit
  
  + menu_parent:MENU_H:=MENU_H;
  
Section Public
  
  - representation:STRING_CONSTANT := "MENU_BAR";
  
  - print <-
  (
    "MENU_BAR".print;
  );
  
  //
  // Evaluation.
  //
  
  - semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    bugw_screen:=w;
    bugh_screen:=h;
    
    !list.is_empty && {operator='^'} && {
      browse_group { 
        i:INODE;
        (i.operator = '^')
      }
    } && {
      + nb:INTEGER;
      + predict_h:INTEGER;
      predict_h:=predict_size;

      list.foreach { 
        i:INODE;
        +h_tmp:INTEGER;
        
        ((used_height+predict_h)>screen_height/2).if {
          h_tmp:=used_height;
        } else {
          h_tmp:=screen_height-used_height-predict_h;
        };
        (MENU_V_OUT.evaluate i width screen_width height h_tmp > 0).if {
          nb := nb + 1;
          //i.name.print;"===========================================>".print;i.print;"\n".print;
        };
      };
      nb=list.count
    }
  );
  
  - evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
    + result:REAL_32;
    
    // change parent of the node for having access to the method of MENU_BAR
    n.set_representation MENU_BAR;
    // Semantic evaluation && Space evaluation.
    "MENU_BAR semantic evaluation of ".print;n.name.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      //"MENU_BAR space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
      result:=0;
    };
    
    "MENU_BAR result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];
lisaac_0.39_rc1/lib/extra/gui_automatic/g_page.li0000644000175000017500000000510711314031253021723 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_PAGE;
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Output text for GUI.";

Section Inherit  
  
  + parent_area:Expanded AREA;

  - parent_g_expr:G_EXPR := G_EXPR;
          
Section Public
   
  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 500; //128;
  
  - height_min:INTEGER := 200; //128;
    
  //
  // Creation.
  //
  
  - create:SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make;
    result
  );
  
  - make <-
  (
    // Nothing.
  ); 

  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (     
    clipping (x0,y0) to (x1,y1);    
    //    
    rectangle (x_min,y_min) to (x_max,y_max) color black;
    rectangle_fill (x_min+1,y_min+1) to (x_max-1,y_max-1) color yellow;
    rectangle_fill (0,0) to (width_min-1,height_min-1) color blue;
    
  );
lisaac_0.39_rc1/lib/extra/gui_automatic/test.li0000644000175000017500000000374111314031253021462 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := TEST;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Horizontal menu for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public

  - main<-
  (
    +bitmap:ABSTRACT_STRING;

    bitmap:="hello";
    (bitmap=NULL).if {
      "NULL\n".print;
    } else {
      "Pas NULL\n".print;
    };
  );lisaac_0.39_rc1/lib/extra/gui_automatic/win_in.li0000644000175000017500000000674011314031253021770 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := WIN_IN;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Window_in for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public

  - representation:STRING_CONSTANT := "WIN_IN";

  + win_in:G_WIN_IN;

  - print <-
  (
	"WIN_IN".print;
  );
	
  - make_representation <-
  (
    (content=NULL).if{
	"connard \n".print;
    };
    content:=G_WIN_IN.create (width_win_in,height_win_in) with content;
  );

- semantic_evaluation_win_in n:INODE width w:INTEGER height h:INTEGER :BOOLEAN<-
  (
    +tmp:REAL_32;
    +best_prc:REAL_32;
    +parent:INTERNAL_INODE;
    +width:INTEGER;
    +height:INTEGER;

      tmp:=PAGE.evaluate n width (G_PAGE.width_min) height (G_PAGE.height_min);
      (tmp > best_prc).if {
        best_prc:=tmp;
	width:=n.width;
	height:=n.height;
	parent:=PAGE;
      };
      tmp:=MENU_V.evaluate n width (n.screen_width) height (3*n.screen_height);
      (tmp > best_prc).if {
        best_prc:=tmp;
	width:=n.width;
	height:=n.height;
	parent:=MENU_V;
      };
    (best_prc > 0).if {
	n.set_representation parent;
	n.make_representation;
	n.set_width width;
	n.set_height height;
    };
    best_prc>0
  );


- evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32 <-
  (
     + result:REAL_32;
     + a,b,c,d:REAL_32;

     n.set_representation WIN_IN;
     "WIN_IN semantic evaluation of ".print;n.name.print;"\n".print;
     (n.semantic_evaluation_win_in n width 0 height 0).if {
	a:=w;
    	b:=h;
    	c:=n.width;
    	d:=n.height;
	((c>a)&&{d>b}).if {
		result:=(a*b)/(c*d)*100
	};
	((c>a)&&{db}).if {
		result:=(c*b)/(c*d)*100
	};
       "WIN_IN result of ".print;n.name.print;"= ".print;result.print;"% \n".print;
       n.set_width_win_in w;
       n.set_height_win_in h;
       n.set_representation_win_in WIN_IN;
     };
     result
  );
lisaac_0.39_rc1/lib/extra/gui_automatic/guii.li0000644000175000017500000002355311314031253021443 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := GUII;
  
  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  - internal_create a:INODE screen_width w:INTEGER screen_height h:INTEGER<-
  (
    root:=a;
    screen_width:=w;
    screen_height:=h;
  );
  
Section Public
  
  + root:INODE;
  + screen_width:INTEGER;
  + screen_height:INTEGER;
  + placement:G_EXPR;
  
  
  - create a:INODE screen_width w:INTEGER screen_height h:INTEGER :GUII<-
  (
    +result:SELF;
    
    result:=clone;
    a.set_screen_width w;
    a.set_screen_height h;
    result.internal_create a screen_width w screen_height h;
    result
  );
  
  - make_interface <-
  (
    INODE.set_used_width 0;
    INODE.set_used_height 0;
    set_depth root from 0;
    make_dimensions;
    make_placement;
    root.display;
  );

  - run_interface <-
  (
    VIDEO.make (screen_width,screen_height);
    DESK.make VIDEO with placement;
  );
  
  
  - set_depth node:INODE from j:INTEGER <-
  (
    +dpth:INTEGER;
    
    dpth:=j+1;
    node.list.foreach{
      i:INODE;
      i.set_depth dpth;
      (!i.list.is_empty).if {
        set_depth i from dpth;
      };
    };
  );
  
  - evaluation i:INODE dimensions k:INTEGER :INTERNAL_INODE<-
  (         
    +best_prc:REAL_32;
    +tmp:REAL_32;
    +parent:INTERNAL_INODE;
    +w:INTEGER;
    +h:INTEGER;
    
    w:=i.dimensions.item k.width;
    h:=i.dimensions.item k.height;
    
    "Evaluation for dimensions ".print;k.print;" : width ".print;w.print;", height ".print;h.print;'\n'.print;
    
    (!i.list.is_empty).if {
      tmp:=MENU_BAR.evaluate i width w height h;"\n\n".print;
      (tmp>best_prc).if {
        best_prc:=tmp;
        parent:=MENU_BAR;
        //"=================================================>MENU_BAR\n".print;
      };
      tmp:=MENU_H.evaluate i width w height h;"\n\n".print;
      (tmp>best_prc).if {
        best_prc:=tmp;
        parent:=MENU_H;
        //"=================================================>MENU_H\n".print;
      };
      tmp:=DROP_DOWN_MENU.evaluate i width w height h;"\n\n".print;
      (tmp>best_prc).if {
        best_prc:=tmp;
        parent:=DROP_DOWN_MENU;
        //"=================================================>DROP_DOWN_MENU\n".print;
      };
    } else {
      tmp:=PAGE.evaluate i width w height h;"\n\n".print;
      (tmp>best_prc).if {
        best_prc:=tmp;
        parent:=PAGE;
        //"=================================================>PAGE\n".print;
      };
    };
    (best_prc=0).if {
      "No patterns match for ".print;i.name.print;" with dimensions ".print;w.print;"x".print;h.print;
      " try to put it into a G_WIN_IN :)\n".print;
      //OBJECT.die_with_code 1;
      best_prc:=WIN_IN.evaluate i width w height h;
     (best_prc>0).if{
       i.dimensions.item k.set_pattern WIN_IN;
       i.dimensions.item k.add_score best_prc;
     };
      //i.set_representation INTERNAL_INODE;
    } else {
      //"===============================================================================>".print;parent.print;'\n'.print;
      parent.evaluate i width w height h;
      '\n'.print;i.name.print;" is a ".print;parent.print;" with dimensions ".print;w.print;"x".print;h.print;"\n".print;
      i.dimensions.item k.set_pattern parent;
      i.dimensions.item k.add_score best_prc;
    };
    parent
  );
  
  - make_dimensions <-
  (
    /*
    * i : le noeud courant
    * k : la position courante du noeud i 
    * j : la case courante du tableau de dimensions du noeud i+1
    */
    
    /* initialisation pour le premier noeud */
    root.list.first.dimensions.add_last (DIMENSION.create (screen_width,screen_height,0) score 0);
    
    /* evaluation de chaque noeud et pour chaque position */
    root.list.lower.to (root.list.upper) do {
      i:INTEGER;
      
      "Dimensions for ".print;root.list.item i.name.print;'\n'.print;
      root.list.item i.display_dimensions;'\n'.print;
      
      /* evaluation du noeud i pour chaque position k possible */
      root.list.item i.dimensions.lower.to (root.list.item i.dimensions.upper) do {
        k:INTEGER;
        +pattern:INTERNAL_INODE;
        +width_item:INTEGER;
        +height_item:INTEGER;
        
        pattern:=evaluation (root.list.item i) dimensions k;
        
        width_item:=root.list.item i.width;
        height_item:=root.list.item i.height;
        
        root.list.item i.name.print;" : width ".print;width_item.print;','.print;" height ".print;height_item.print;"\n\n".print;
        
        /* pour chaque dimensions de i on crée 2 nouvelles dimensions pour i+1 */
        (i0) && {h>0}).if {
                score:=root.list.item i.dimensions.item k.score_sum;
                root.list.item (i+1).dimensions.add_last (DIMENSION.create (w,h,l) score score);
              //};
            };
          };
        };
        "Number of dimensions: ".print;root.list.item i.dimensions.count.print;'\n'.print;
        root.list.item i.diplay_patterns;
      };
    );

    - find_dimensions <-
    (
      (root.list.upper).downto (root.list.lower) do {
        n:INTEGER;
        +i:INODE;
        i:=root.list.item n;

        (n=root.list.upper).if {
          i.set_dimensions_nb (root.list.last.get_best_disposition);
          "Best dimensions is number ".print;i.dimensions_nb.print;'\n'.print;
        } else {
          +tmp:REAL_32;
          tmp:=(root.list.item (n+1)).dimensions_nb;
          i.set_dimensions_nb ((tmp/2.0).rounded);
          "Next dimensions is number ".print;i.dimensions_nb.print;'\n'.print;
        };
      };
    );

    - make_placement <-
    (
      +operator:CHARACTER;
      +node:INODE;
      +width:INTEGER;
      +height:INTEGER;
      +pattern:INTERNAL_INODE;
      //+tmp:REAL_32;

      INODE.set_used_width 0;
      INODE.set_used_height 0;

      find_dimensions;

      (root.list.lower).to (root.list.upper) do {
        n:INTEGER;
        +i:INTEGER;

        node:=root.list.item n;
        i:=node.dimensions_nb;
        pattern:=root.list.item n.dimensions.item i.pattern;
        width:=node.dimensions.item i.width;
        height:=node.dimensions.item i.height;
        pattern.print;" representation for ".print;node.name.print;" with dimensions width: ".print;width.print;", height: ".print;height.print;'\n'.print;
        pattern.evaluate node width width height height;
        node.make_representation;
        (n=root.list.lower).if {
          placement:=node.content;
        } else {
          ((root.list.item n.dimensions_nb)%2=1).if {
            placement:=placement | node.content;
          } else {
            placement:=placement / node.content;
          };
        };
        operator.print;node.name.print;'\n'.print;
      };
      "\n".print;
    );
lisaac_0.39_rc1/lib/extra/gui_automatic/tool_bar.li0000644000175000017500000001121011314031253022272 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := TOOL_BAR;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Tool bar for GUII.";
  
Section Inherit
  
  + menu_parent:MENU_H:=MENU_H;
  
Section Public
  
 
  - representation:STRING_CONSTANT := "TOOL_BAR";

  - print <-
  (
    "TOOL_BAR".print;
  );

/*  - get_menu_parent:INTERNAL_INODE <- 
  ( + is_menu_bar:TOOL_BAR;

    is_menu_bar ?= Self;
    is_menu_bar.menu_parent
  );*/

  //
  // Evaluation.
  //

- semantic_evaluation (w,h:REAL_32) :BOOLEAN <-
/*  [ +is_menu_h:MENU_H;
    +is_menu_v:MENU_V;

    is_menu_h ?= get_menu_parent;
    is_menu_v ?= get_menu_parent;
    ? {(is_menu_h!=NULL) || {is_menu_v!=NULL}};
  ]*/
  (
    bugw_screen:=w;
    bugh_screen:=h;

    !list.is_empty && {
      browse_group { 
        i:INODE;
        (i.operator != '&')
      }
    } && {
      +nb:INTEGER;
      list.foreach {
        i:INODE;
        +tmp:REAL_32;
        +best_prc:REAL_32;
/*        +is_menu_h:MENU_H;
        +is_menu_v:MENU_V;

        is_menu_h ?= get_menu_parent;
        is_menu_v ?= get_menu_parent;*/
        (!i.list.is_empty).if {
          tmp:=MENU_V_OUT.evaluate i width bugw_screen height bugh_screen;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation MENU_V_OUT;
          };
          tmp:=WINDOW.evaluate i width bugw_screen height bugh_screen;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation WINDOW;
          };
//        (is_menu_h!=NULL).if {
          tmp:=DROP_DOWN_MENU.evaluate i width bugw_screen height bugh_screen;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation DROP_DOWN_MENU;
          };
//        };
/*        (is_menu_v!=NULL).if {
          tmp:=MENU_H_OUT.evaluate i width bugw_screen height bugh_screen;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation MENU_H_OUT;
          };
        };*/
        } else {
          tmp:=CHECK.evaluate i width bugw_screen height bugh_screen;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation CHECK;
          };
          tmp:=ACTION.evaluate i width bugw_screen height bugh_screen;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation ACTION;
          };
        };
        (best_prc > 0).if {
          nb:=nb+1;
        };
      };
      nb=list.count
    }
  );

  - evaluate n:INODE width w:REAL_32 height h:REAL_32 : REAL_32<-
  (
    + result:REAL_32;

    // changer le parent de n pour pouvoir utiliser les méthodes spécifiques à MENU_BAR
    n.set_representation TOOL_BAR;

    // Semantic evaluation && Space evaluation.
    "TOOL_BAR semantic evaluation of ".print;n.name.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      "TOOL_BAR space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
       result:=0;
    };
    "TOOL_BAR result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];
lisaac_0.39_rc1/lib/extra/gui_automatic/drop_down_menu.li0000644000175000017500000001120311314031253023512 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := DROP_DOWN_MENU;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Drop down menu for GUII.";
  
Section Inherit

  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;

Section Public

  - representation:STRING_CONSTANT := "DROP_DOWN_MENU";

  - print <-
  (
    "DROP_DOWN_MENU".print;
  );

  - make_representation <-
  (
    +expr:G_EXPR;

    list.foreach {
      i:INODE;

      (i.priority>covering).if {
        i.make_representation;
        (expr=NULL).if {
          expr:=i.content;

        } else {
          expr:=expr / i.content;
        };
      };
    };
    win_out:=(G_WIN_OUT.create expr).fix_height.fix_width;
    content:=(G_BUTTON.create (G_OUT.create name) connect win_out).fix_height.fix_width;
  );

  - compute_size_from_prc p:INTEGER <-
  [ ? {! list.is_empty}; ]
  (
    list.foreach {
      i:INODE;
      (i.priority > p).if {
        (width,height):=G_DIV_EXPR.predict_size (width,height) and (G_BUTTON.predict_size (G_OUT.predict_size (i.name)));
      };
    };
    (width,height):=G_WIN_OUT.predict_size (G_RAW.predict_size (width,height));
  );

//
// Evaluation.
//

// A drop down menu can be apply only if sons are leafs
  - semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    +nb:INTEGER;

    (operator = '|').if {
      list.foreach {
        i:INODE;

        (ACTION.evaluate i width screen_width height screen_height > 0).if {
          nb:=nb+1;
        };
      };
    };
    nb=list.count
  );

- space_evaluation (w,h:INTEGER) :REAL_32<-
  (
    + area,r,result:REAL_32;

    compute_size_from_prc 0;
    ((height >= h) || {width >= w}).if {
      "Priority 0 failed\n".print;
      compute_size_from_prc 25;
      ((height >= h) || {width >= w}).if {
        "Priority 25 failed\n".print;
        compute_size_from_prc 50;
        ((height >= h) || {width >= w}).if {
          "Priority 50 failed\n".print;
          r:=0;
          width:=0;
          height:=0;
        } else {
          covering:=50;
          r:=get_nitem_from_prc 50;
        };
      } else {
        covering:=25;
        r:=get_nitem_from_prc 25;
      };
    } else {
      covering:=0;
      r:=list.count;
    };
    r:=(r/list.count)*100;
    (r>0).if {
      area:=get_area_prc (w,h);
      name.print;" area := ".print;(get_area_prc (w,h)).print;"\n".print;
      (r>area).if {
        result:=r-area;
      } else {
        result:=0;
      };
    } else {
      result:=0;
    };
    result
  )
  [ ? {Result.in_range 0 to 100}; ];


- evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
    + result:REAL_32;

    n.set_representation DROP_DOWN_MENU;
    // Semantic evaluation && Space evaluation.
    "DROP_DOWN_MENU semantic evaluation of ".print;n.name.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      //"DROP_DOWN_MENU space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
       result:=0;
    };
    "DROP_DOWN_MENU result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];

lisaac_0.39_rc1/lib/extra/gui_automatic/menu_v.li0000644000175000017500000001676611314031253022007 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := MENU_V;
  
  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";
  
  - comment   := "Vertical menu for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public
  
  
  - representation:STRING_CONSTANT := "MENU_V";
  + parent:INTERNAL_INODE;
  
  - print <-
  (
    "MENU_V".print;
  );
  
  - make_representation <-
  (
    list.foreach {
      i:INODE;
      
      (i.priority>covering).if {
        i.make_representation;
        (content=NULL).if {
          content:=i.content;
        } else {
          content:=content / i.content;
        };
      };
    };
    content.fix_width.fix_height;
  );
  
  //
  // Evaluation.
  //
  - compute_size_from_prc p:INTEGER <-
  [ ? {! list.is_empty}; ]
  (
    reset_size;
    list.foreach {
      i:INODE;
      +w,h:INTEGER;
      (i.priority>p).if {
        ((i.connector_width>0) && {i.connector_height>0}).if {
          w:=i.connector_width;
          h:=i.connector_height;
        } else {
          w:=i.width;
          h:=i.height;
        };
        (width,height):=G_DIV_EXPR.predict_size (width,height) and (w,h);
      };
    };
  );
  
  - predict_size :INTEGER <-
  (
    +w_predict:INTEGER;
    list.foreach {
      i:INODE;
      +w,h:INTEGER;
      (w,h):=G_BUTTON.predict_size (G_OUT.predict_size (i.name));
      (w>w_predict).if {
        w_predict:=w;
      };
    };
    w_predict
  );


  - semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    bugw_screen:=w;
    bugh_screen:=h;
    
    !list.is_empty && {operator='^'} && {
      browse_group { 
        i:INODE;
        (i.operator != '&')
      }
    } && {
      +nb:INTEGER;
      +predict_w:INTEGER;

      predict_w:=predict_size;
      list.foreach {
        i:INODE;
        +tmp:REAL_32;
        +best_prc:REAL_32;
        +son_width:INTEGER;
        +son_height:INTEGER;
        +son_connector_w:INTEGER;
        +son_connector_h:INTEGER;
        +w_tmp:INTEGER;

        ((used_width+predict_w)>screen_width/2).if {
          w_tmp:=used_width;
        } else {
          w_tmp:=screen_width-used_width-predict_w;
        };

        (!i.list.is_empty).if {
          tmp:=MENU_V_OUT.evaluate i width w_tmp height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=MENU_V_OUT;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=WINDOW.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=WINDOW;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
          /*tmp:=MENU_H_OUT.evaluate i width w_tmp height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=MENU_H_OUT;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };*/
        } else {
          tmp:=CHECK.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=CHECK;
            son_connector_w:=0;
            son_connector_h:=0;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=ACTION.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=ACTION;
            son_connector_w:=0;
            son_connector_h:=0;
            son_width:=i.width;
            son_height:=i.height;
          };
        };
        
        (best_prc > 0).if {
          i.set_representation parent;
          i.name.print;"===========================================>".print;i.print;"\n".print;
          i.set_width son_width;
          i.set_height son_height;
          i.set_connector_w son_connector_w;
          i.set_connector_h son_connector_h;
          nb:=nb+1;
        };
      };
      nb=list.count
    }
  );
  
  - space_evaluation (w,h:INTEGER) :REAL_32<-
  (
    + area,r,result:REAL_32;
    
    // Space evaluation
    compute_size_from_prc 0;
    ((height >= h) || {width >= w}).if {
      "Priority 0 failed\n".print;
      compute_size_from_prc 25;
      ((height >= h) || {width >= w}).if {
        "Priority 25 failed\n".print;
        compute_size_from_prc 50;
        ((height >= h) || {width >= w}).if {
          "Priority 50 failed\n".print;
          r:=0;
          height:=0;
          width:=0;
        } else {
          covering:=50;
          r:=get_nitem_from_prc 50;
        };
      } else {
        covering:=25;
        r:=get_nitem_from_prc 25;
      };
    } else {
      covering:=0;
      r:=list.count;
    };
    r:=(r/list.count)*100;
    (r>0).if {
      area:=get_area_prc (w,h);
      //name.print;" area := ".print;(get_area_prc (w,h)).print;"\n".print;
      (r>area).if {
        result:=r-area;
      } else {
        result:=0;
      };
    } else {
      result:=0;
    };
    result
  )
  [ ? {Result.in_range 0 to 100}; ];
  
  
  /*
  // -> 1) R = Faisabilité de l'espace (% de recouvrement des items) (1:25%, 2:50%, 3:75%)
  // -> 2) A = Note de calcul d'aire. (% sur l'écran total)
  // Result = (R*100-A)/100  
  */
  - evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
    + result:REAL_32;
    
    n.set_representation MENU_V;
    // Semantic evaluation && Space evaluation.
    "MENU_V semantic evaluation of ".print;n.name.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      //"MENU_V space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
      result:=0;
    };
    "MENU_V result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];
lisaac_0.39_rc1/lib/extra/gui_automatic/menu_h.li0000644000175000017500000001667211314031253021765 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := MENU_H;
  
  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";
  
  - comment   := "Horizontal menu for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public
  
  - representation:STRING_CONSTANT := "MENU_H";
  
  - print <-
  (
    "MENU_H".print;
  );
  
  - make_representation <-
  (
    list.foreach {
      i:INODE;
      
      (i.priority>covering).if {
        i.make_representation;
        (content=NULL).if {
          content:=i.content;
        } else {
          content:=content | i.content;
        };
      };
    };
    content.fix_height.fix_width;
  );
  
  //
  // Evaluation.
  //
  
  - compute_size_from_prc p:INTEGER <-
  [? { (!list.is_empty) }; ]
  (
    reset_size;
    list.foreach {
      i:INODE;
      +w,h:INTEGER;
      (i.priority>p).if {
        ((i.connector_width>0) && {i.connector_height>0}).if {
          w:=i.connector_width;
          h:=i.connector_height;
        } else {
          w:=i.width;
          h:=i.height;
        };
        (width,height):=G_OR_EXPR.predict_size (width,height) and (w,h);
      };
    };
  );
  
  - predict_size :INTEGER <-
  (
    +h_predict:INTEGER;
    list.foreach {
      i:INODE;
      +w,h:INTEGER;
      (w,h):=G_BUTTON.predict_size (G_OUT.predict_size (i.name));
      (h>h_predict).if {
        h_predict:=h;
      };
    };
    h_predict
  );

  - semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    bugw_screen:=w;
    bugh_screen:=h;
    
    !list.is_empty && {operator='^'} && {
      browse_group {
        i:INODE;
        (i.operator!='&')
      }
    } && {
      +nb:INTEGER;
      +predict_h:INTEGER;

      predict_h:=predict_size;
      list.foreach {
        i:INODE;
        +tmp:REAL_32;
        +best_prc:REAL_32;
        +son_width:INTEGER;
        +son_height:INTEGER;
        +son_connector_w:INTEGER;
        +son_connector_h:INTEGER;
        +h_tmp:INTEGER;

        ((used_height+predict_h)>screen_height/2).if {
          h_tmp:=used_height;
        } else {
          h_tmp:=screen_height-used_height-predict_h;
        };
        
        (!i.list.is_empty).if {
          tmp:=MENU_V_OUT.evaluate i width screen_width height h_tmp;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=MENU_V_OUT;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=WINDOW.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=WINDOW;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=DROP_DOWN_MENU.evaluate i width screen_width height h_tmp;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=DROP_DOWN_MENU;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
        } else {
          tmp:=CHECK.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=CHECK;
            son_connector_w:=0;
            son_connector_h:=0;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=ACTION.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=ACTION;
            son_connector_w:=0;
            son_connector_h:=0;
            son_width:=i.width;
            son_height:=i.height;
          };
        };
        
        (best_prc > 0).if {
          i.set_representation parent;
          i.name.print;"===========================================>".print;i.print;"\n".print;
          i.set_width son_width;
          i.set_height son_height;
          i.set_connector_w son_connector_w;
          i.set_connector_h son_connector_h;
          nb:=nb+1;
        };
      };
      nb=list.count
    }
  );
  
  - space_evaluation (w,h:INTEGER) :REAL_32<-
  (
    + area,r,result:REAL_32;
    
    compute_size_from_prc 0;
    ((height >= h) || {width >= w}).if {
      "Priority 0 failed\n".print;
      compute_size_from_prc 25;
      ((height >= h) || {width >= w}).if {
        "Priority 25 failed\n".print;
        compute_size_from_prc 50;
        ((height >= h) || {width >= w}).if {
          "Priority 50 failed\n".print;
          r:=0;
          width:=0;
          height:=0;
          covering:=100;
        } else {
          covering:=50;
          r:=get_nitem_from_prc 50;
        };
      } else {
        covering:=25;
        r:=get_nitem_from_prc 25;
      };
    } else {
      covering:=0;
      r:=list.count;
    };
    r:=(r/list.count)*100;
    (r>0).if {
      area:=get_area_prc (w,h);
      name.print;" area := ".print;(get_area_prc (w,h)).print;"\n".print;
      (r>area).if {
        result:=r-area;
      } else {
        result:=0;
      };
    } else {
      result:=0;
    };
    result
  )
  [ ? {Result.in_range 0 to 100}; ];
  
  
  - evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
    + result:REAL_32;
    
    // changer le parent de n pour pouvoir utiliser les méthodes spécifiques à MENU_BAR
    n.set_representation MENU_H;
    
    // Semantic evaluation && Space evaluation.
    "MENU_H semantic evaluation of ".print;n.name.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      //" OK\n".print;
      //"MENU_H space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
      // " FAILED\n".print;
      result:=0;
    };
    "MENU_H result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];
lisaac_0.39_rc1/lib/extra/gui_automatic/action.li0000644000175000017500000000672111314031253021761 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ACTION;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Tool bar for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public
  
  - representation:STRING_CONSTANT := "ACTION";

  - print <-
  (
    "ACTION".print;
  );

  - make_representation <-
  [? {list.is_empty}; ]
  (
    (bitmap=NULL).if {
      content:=(G_BUTTON.create (G_OUT.create name) action action);
    } else {
      content:=(G_BUTTON.create (G_IMG.create bitmap) action action);
    };
  );

  - space_evaluation (w,h:INTEGER) :REAL_32<-
  [ ? {list.is_empty}; ]
  (
    + result:REAL_32;
    
    (bitmap=NULL).if {
      (width,height):=(G_BUTTON.predict_size (G_OUT.predict_size name));
    } else {
      (width,height):=(G_BUTTON.predict_size (G_IMG.predict_size bitmap));
    };
    //"width: ".print;w.print;'\n'.print;
    //"height: ".print;h.print;'\n'.print;
    //"action.width: ".print;width.print;'\n'.print;
    //"action.height: ".print;height.print;'\n'.print;
    ((width > w) || {height > h}).if {    
      result:=0.0;
    } else {
      result:=100.0-(get_area_prc (w,h));
      //"action.get_area: ".print;get_area_prc (w,h).print;'\n'.print;
    };
    result
  )
  [ ? {Result.in_range 0 to 100}; ];

  - semantic_evaluation (w,h:INTEGER) :BOOLEAN <-
  (
    list.is_empty && {operator='^'}
  );

  - evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32 <-
  (
    + result:REAL_32;

    n.set_representation ACTION;

    //"ACTION semantic evaluation of ".print;n.name.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      //"ACTION space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
       result:=0.0;
    };
    //"ACTION result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];lisaac_0.39_rc1/lib/extra/gui_automatic/test_gui2.li0000644000175000017500000000176111314031253022410 0ustar  sonntagsonntagSection Header
  
  + name        := TEST_GUI2;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
	- main <-
	(
		//+menu_h:G_EXPR;
		+menu_bar:G_EXPR;
		+file_menu:G_WIN_OUT;
		+edit_menu:G_WIN_OUT;

		VIDEO.make (800,600);

		file_menu:=G_WIN_OUT.create (
			G_RAW.create (
				G_BUTTON.create (G_OUT.create "New")
			) /
			G_RAW.create (
				G_BUTTON.create (G_OUT.create "Hello")             /
				G_BUTTON.create (G_OUT.create "Salut les loulou!")
			)
		);

		edit_menu:=G_WIN_OUT.create (
			G_RAW.create (
				G_BUTTON.create (G_OUT.create "foo1")  /
				G_BUTTON.create (G_OUT.create "foo2") /
				G_BUTTON.create (G_OUT.create "foo3") /
				G_BUTTON.create (G_OUT.create "foo4")
			)
		);

		menu_bar:=(
			G_BUTTON.create (G_OUT.create "Fichier") connect file_menu |
			G_BUTTON.create (G_OUT.create "Edition") connect edit_menu
		).fix_height.fix_width;


		INTERFACE.make VIDEO size (VIDEO.width,VIDEO.height) with (menu_bar / G_PAGE.create);
    		INTERFACE.run;
	);lisaac_0.39_rc1/lib/extra/gui_automatic/internal_inode.li0000644000175000017500000001621611314031253023476 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := INTERNAL_INODE;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Interface Node for GUII.";
  
  // Warning: This Prototype is shared. All the data have to be deferred !
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;

Section Private  
  
  //
  // Append for the problem with Dynamic inheritance !
  //

  
Section Public  
  
  //
  // Data.
  //
  - name:STRING_CONSTANT <- (deferred; NULL);
  - representation:STRING_CONSTANT := "None";
  - operator:CHARACTER <- (deferred; NULL);
  - priority:INTEGER_8 <- (deferred; NULL);
  - list:LINKED_LIST(INODE) <- ( deferred; NULL);
//  - action:BLOCK <- { root:INODE; };
  - content:G_EXPR <- ( deferred; NULL);
  - win_out:G_WIN_OUT <- (deferred; NULL);
  - covering:INTEGER <- ( deferred; 0);		//take items whose are over this pourcentage
  - height:INTEGER <- ( deferred; 0);
  - width:INTEGER <- ( deferred; 0);
  - min_height:INTEGER <- deferred;
  - min_width:INTEGER <- deferred;
  - type:INTEGER <- (deferred; 0);
  - depth:INTEGER <- (deferred; 0);
  - parent:INTERNAL_INODE <- (deferred; NULL);
  - dimensions:LINKED_LIST(DIMENSION);
  - screen_width:INTEGER <- (deferred;0);
  - screen_height:INTEGER <- (deferred;0);
  - connector_width:INTEGER <- (deferred;0);
  - connector_height:INTEGER <- (deferred;0);
  - used_height:INTEGER <- (deferred;0);
  - used_width:INTEGER <- (deferred;0);
  - dimensions_nb:INTEGER <- (deferred;0);
  - width_win_in:INTEGER  <- (deferred;0);
  - height_win_in:INTEGER <- (deferred;0);

  //bug compilo 0.13
  - bugw_screen:INTEGER <- (deferred;0);
  - bugh_screen:INTEGER <- (deferred;0);

  //
  // Flags.
  //
  - is_xor:BOOLEAN <- operator = '^';
  - is_and:BOOLEAN <- operator = '&';
  - is_or:BOOLEAN  <- operator = '|';
  
  //
  // Added.
  //
  - Self:SELF '+' other:INODE :INODE <- deferred;
  
  //
  // Method.
  //
  - print <- deferred;
  - get_menu_parent:INTERNAL_INODE <- ( deferred; NULL);
  - open <- deferred;
  - close <- deferred;
  - make_representation <- deferred;
  - evaluate n:INODE width w:INTEGER height h:INTEGER :REAL_32<- (deferred;0);
  - compute_size_from_prc p:INTEGER <- deferred;
  - semantic_evaluation (w,h:INTEGER) :BOOLEAN <- (deferred; FALSE);
  - semantic_evaluation_win_in n:INODE width w:INTEGER height h:INTEGER :BOOLEAN <-(deferred;FALSE);
  - space_evaluation (w,h:INTEGER) :REAL_32 <- (deferred; 0);
  - predict_size :INTEGER <- (deferred;0);

  //
  // browse
  //
  
  - browse_group tst:BLOCK :BOOLEAN <-
  (
    + i:INTEGER;
    (! list.is_empty).if {
	i := list.lower;
	{(i <= list.upper) && {tst.value (list.item i)}}.while_do {
	  i := i + 1;

	};
	i > list.upper
    }
  );
  
  - browse_group_group tst:BLOCK :BOOLEAN <-
  [ ? {! list.is_empty}; ]
  ( + i,j:INTEGER;
    + lst:LINKED_LIST(INODE);
    + result:BOOLEAN;

    i := list.lower;
    result := TRUE;
    {(i <= list.upper) && {result}}.while_do {
      lst := list.item i.list;
      (lst.is_empty).if {
        result := FALSE;
      } else {
        j := lst.lower;
        {(j <= lst.upper) && {tst.value (lst.item j)}}.while_do {
          j := j + 1;
        };
        result := j > lst.upper;
      };
      i := i + 1;
    };
    result
  );
  
  - get_nitem_from_prc p:INTEGER : INTEGER <-
  (
    + j:INTEGER;
    
    j:=0;
    list.foreach {
      i:INODE;
      (i.priority > p).if {
        j:=j+1;
      };
    };
    j
  );
  
  - get_area_prc (w,h:INTEGER):REAL_32 <-
  [
    ? {width <= w};
    ? {height <= h};
  ]
  (
    +a,b,c,d:REAL_32;
    a:=width;
    b:=height;
    c:=w;
    d:=h;
    //"a: ".print;a.print;", b: ".print;b.print;", c".print;c.print;", d: ".print;d.print;'\n'.print;
    //"Result get_area: ".print;((a*b)/(c*d)*100).print;'\n'.print;
    (a*b)/(c*d)*100
  )
  [ ? {Result.in_range 0 to 100}; ];

  //
  // Debug routine
  //
  - display <-
  (
    name.print;
    " (".print;
    representation.print;
    ")\n".print;
    (list != NULL).if {
      base.print;
      (operator)
      .when '|' then { "(OR ".print; }
      .when '&' then { "(AND ".print; }
      .when '^' then { "(XOR ".print; };
      priority.print;")\n".print;
      base.print;
      (list.is_empty).if {
        "\n".print;
      } else {
        " | \n".print;
      };
      (list.lower).to (list.upper) do { j:INTEGER;
        base.print; 
        " +- ".print;
        (j != list.upper).if {
          base.append " |  ";
        } else {
          base.append "    ";
        };
        list.item j.display;
        base.remove_last 4;	
      };
    };
  );
  
  - display_dimensions <-
  (
    +j:INTEGER;
    
    dimensions.foreach {
      i:DIMENSION;
      j:=j+1;
      "Dimensions ".print;j.print;" : width ".print;i.width.print;", height ".print;i.height.print;", ligne ".print;i.line_height.print;'\n'.print;
    };
  );

  - diplay_patterns <-
  (
    "Patterns for ".print;name.print;'\n'.print;
    dimensions.lower.to (dimensions.upper) do {
      n:INTEGER;
      +d:DIMENSION;

      d:=dimensions.item n;
      (d.pattern=NULL).if {
        "Not found".print;
      } else {
        d.pattern.print;
      };
      " with dimensions ".print;d.width.print;"x".print;d.height.print;" score: ".print;d.score_sum.print;
      (n%2=1).if {
        " operator: |\n".print;
      } else {
        " operator: /\n".print;
      };
    };
  );
  
  - get_best_disposition :INTEGER <-
  (
    +j:INTEGER;
    +score:REAL_32;

    dimensions.lower.to (dimensions.upper) do {
      i:INTEGER;
      ((dimensions.item i.score_sum>=score)).if {
        score:=dimensions.item i.score_sum;
        j:=i;
      };
    };
    j
  );


Section Private
  
  - base:STRING := STRING.create 250;
  lisaac_0.39_rc1/lib/extra/gui_automatic/inode.li0000644000175000017500000002147011314031253021600 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := INODE;
  
  
  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Interface Node for GUII.";
  
Section Inherit
  
  + parent_guii:INTERNAL_INODE := INTERNAL_INODE;

Section Public
  //
  // Data.
  //
  + name:STRING_CONSTANT;
  + operator:CHARACTER;
  + priority:INTEGER_8;
  + bitmap:ABSTRACT_STRING;
  + list:LINKED_LIST(INODE);
  + content:G_EXPR;
  + covering:INTEGER;		//take items whose are over this pourcentage
  + height:INTEGER;
  + width:INTEGER;
  + min_height:INTEGER;
  + min_width:INTEGER;
  + depth:INTEGER;
  + action:BLOCK;
  + win_out:G_WIN_OUT;
  + dimensions:LINKED_LIST(DIMENSION);
  - screen_width:INTEGER;
  - screen_height:INTEGER;
  + connector_width:INTEGER;
  + connector_height:INTEGER;
  - used_height:INTEGER;
  - used_width:INTEGER;
  + dimensions_nb:INTEGER;
  + width_win_in:INTEGER;
  + height_win_in:INTEGER;
  
  
  //bug compilo 0.13
  + bugw_screen:INTEGER;
  + bugh_screen:INTEGER;
  
  //
  // Creation.
  //
  - create_xor n:STRING_CONSTANT priority p:INTEGER_8 :SELF <-
  (
    internal_create n priority p operator '^'
  );
  
  - create_or n:STRING_CONSTANT priority p:INTEGER_8 :SELF <-
  (
    internal_create n priority p operator '|'
  );
  
  - create_and n:STRING_CONSTANT priority p:INTEGER_8 :SELF <-
  (
    internal_create n priority p operator '&'
  );
  
  - create_or n:STRING_CONSTANT priority p:INTEGER_8 width w:INTEGER height h:INTEGER :SELF <-
  (
    internal_create n priority p operator '|' width w height h
  );
  
  - create_and n:STRING_CONSTANT priority p:INTEGER_8 width w:INTEGER height h:INTEGER :SELF <-
  (
    internal_create n priority p operator '&' width w height h
  );
  
  - create_xor n:STRING_CONSTANT priority p:INTEGER_8 action b:BLOCK :SELF<-
  (
    +result:SELF;
    
    result := clone;
    result.make n priority p operator '^' action b;
    result
  );
  
  - create_or n:STRING_CONSTANT priority p:INTEGER_8 action b:BLOCK :SELF<-
  (
    +result:SELF;
    
    result := clone;
    result.make n priority p operator '|' action b;
    result
  );
  
  - create_and n:STRING_CONSTANT priority p:INTEGER_8 action b:BLOCK :SELF<-
  (
    +result:SELF;
    
    result := clone;
    result.make n priority p operator '&' action b;
    result
  );
  
  - create_and n:STRING_CONSTANT priority p:INTEGER_8 action b:BLOCK picture filename:ABSTRACT_STRING :SELF<-
  (
    +result:SELF;
    
    result := clone;
    result.make n priority p operator '&' action b picture filename;
    result
  );
  
  - create_or n:STRING_CONSTANT priority p:INTEGER_8 action b:BLOCK picture filename:ABSTRACT_STRING :SELF<-
  (
    +result:SELF;
    
    result := clone;
    result.make n priority p operator '|' action b picture filename;
    result
  );
  
  - create_xor n:STRING_CONSTANT priority p:INTEGER_8 action b:BLOCK picture filename:ABSTRACT_STRING :SELF<-
  (
    +result:SELF;
    
    result := clone;
    result.make n priority p operator '^' action b picture filename;
    result
  );
  
  - create_and n:STRING_CONSTANT priority p:INTEGER_8 picture filename:ABSTRACT_STRING :SELF<-
  (
    +result:SELF;
    
    result := clone;
    result.make n priority p operator '&' picture filename;
    result
  );
  
  - create_or n:STRING_CONSTANT priority p:INTEGER_8 picture filename:ABSTRACT_STRING :SELF<-
  (
    +result:SELF;
    
    result := clone;
    result.make n priority p operator '|' picture filename;
    result
  );
  
  - create_xor n:STRING_CONSTANT priority p:INTEGER_8 picture filename:ABSTRACT_STRING :SELF<-
  (
    +result:SELF;
    
    result := clone;
    result.make n priority p operator '^' picture filename;
    result
  );
  
  //
  // Flags.
  //
  
  - is_xor:BOOLEAN <- operator = '^';
  - is_and:BOOLEAN <- operator = '&';
  - is_or:BOOLEAN  <- operator = '|';
  
  
  //
  //method
  //
  - Self:SELF '+' other:INODE :INODE <-
  (
    +j:INTEGER;
    j:=0;
    list.add_last other;
    Self
  );
  
  - set_representation new_parent:INTERNAL_INODE <-
  (
    parent_guii:=new_parent;
    content:=NULL;
    covering:=0;
    width:=0;
    height:=0;
    win_out:=NULL;
    bugh_screen:=0;
    bugw_screen:=0;
    connector_width:=0;
    connector_height:=0;
  );
  

  - set_representation_win_in new_parent:INTERNAL_INODE <-
  (
    parent_guii:=new_parent;
  );
  
  - set_depth dpth:INTEGER <-
  (	
    depth:=dpth;
  );
  
  - get_parent:INTERNAL_INODE <- 
  ( 
    parent_guii
  );      
  
  - reset_size <-
  (
    width:=0;
    height:=0;
    connector_width:=0;
    connector_height:=0;
  );

  - set_screen_width width:INTEGER <-
  (
    screen_width:=width;
  );
  
  - set_screen_height height:INTEGER <-
  (
    screen_height:=height;
  );

  - set_height h:INTEGER <-
  (
    height:=h;
  );

  - set_width w:INTEGER <-
  (
    width:=w;
  );

  - set_connector_w w:INTEGER <-
  (
    connector_width:=w;
  );

  - set_connector_h h:INTEGER <-
  (
    connector_height:=h;
  );

  - set_used_width w:INTEGER <-
  (
    used_width:=w;
  );

  - set_used_height h:INTEGER <-
  (
    used_height:=h;
  );

  - set_dimensions_nb d:INTEGER <-
  (
    dimensions_nb:=d;
  );

  - set_width_win_in w:INTEGER <-
  (
    width_win_in:=w;
  );


  - set_height_win_in h:INTEGER <-
  (
    height_win_in:=h;
  );
Section Private
  
  - internal_create n:STRING_CONSTANT priority p:INTEGER_8 operator op:CHARACTER :SELF <-
  (
    + result:SELF;
    
    result := clone;
    result.make n priority p operator op;
    result
  );
  
  - internal_create n:STRING_CONSTANT priority p:INTEGER_8 operator op:CHARACTER width w:INTEGER height h:INTEGER :SELF <-
  (
    + result:SELF;
    
    result := clone;
    result.make n priority p operator op width w height h;
    result
  );
  
  - internal_create n:STRING_CONSTANT priority p:INTEGER_8 operator op:CHARACTER action b:BLOCK :SELF <-
  (
    + result:SELF;
    
    result := clone;
    result.make n priority p operator op action b;
    result
  );
  
  - make n:STRING_CONSTANT priority p:INTEGER_8 operator op:CHARACTER <-
  (
    operator := op;
    name := n;
    priority := p;
    list := LINKED_LIST(INODE).create;
    dimensions := LINKED_LIST(DIMENSION).create;
  );
  
  - make n:STRING_CONSTANT priority p:INTEGER_8 operator op:CHARACTER width w:INTEGER height h:INTEGER <-
  (
    operator := op;
    name := n;
    priority := p;
    min_width := w;
    min_height := h;
    list := LINKED_LIST(INODE).create;
    dimensions := LINKED_LIST(DIMENSION).create;
  );
  
  - make n:STRING_CONSTANT priority p:INTEGER_8 operator op:CHARACTER action b:BLOCK <-
  (
    operator := op;
    name := n;
    priority := p;
    action := b;
    list := LINKED_LIST(INODE).create;
    dimensions := LINKED_LIST(DIMENSION).create;
  );
  
  - make n:STRING_CONSTANT priority p:INTEGER_8 operator op:CHARACTER action b:BLOCK picture filename:ABSTRACT_STRING <-
  (
    operator := op;
    name := n;
    priority := p;
    action := b;
    bitmap := filename;
    list := LINKED_LIST(INODE).create;
    dimensions := LINKED_LIST(DIMENSION).create;
  );
  
  - make n:STRING_CONSTANT priority p:INTEGER_8 operator op:CHARACTER picture filename:ABSTRACT_STRING <-
  (
    operator := op;
    name := n;
    priority := p;
    bitmap := filename;
    list := LINKED_LIST(INODE).create;
    dimensions := LINKED_LIST(DIMENSION).create;
  );
  
Section INTERNAL_INODE
  
lisaac_0.39_rc1/lib/extra/gui_automatic/raw_v.li0000644000175000017500000001560011314031253021616 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := RAW_V;
  
  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";
  
  - comment   := "Vertical menu for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public
  
  - representation:STRING_CONSTANT := "RAW_V";
  + content:G_WIN_OUT;
  
  - make_representation <-
  (
    +expr:G_EXPR;
    
    list.foreach {
      i:INODE;
      
      (i.priority>covering).if {
        i.make_representation;
        (expr=NULL).if {
          expr:=i.content;
        } else {
          expr:=expr / i.content;
        };
      };
    };
    content:=G_RAW.create expr;
  );
  
  
  //Evaluation
  
  - compute_size_from_prc p:INTEGER <-
  [ ? {! list.is_empty}; ]
  (
    reset_size;
    list.foreach {
      i:INODE;
      +w,h:INTEGER;
      (i.priority>p).if {
        ((i.connector_width>0) && {i.connector_height>0}).if {
          w:=i.connector_width;
          h:=i.connector_height;
        } else {
          w:=i.width;
          h:=i.height;
        };
        (width,height):=G_DIV_EXPR.predict_size (width,height) and (w,h);
      };
    };
    (width,height):=G_RAW.predict_size (width,height);
    //"raw_v.width: ".print;width.print;'\n'.print;
    //"raw_v.height: ".print;height.print;'\n'.print;
  );
  
  
  - semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    bugw_screen:=w;
    bugh_screen:=h;
    
    !list.is_empty && {
      browse_group { 
        i:INODE;
        (i.operator != '&')
      }
    } && {
      +nb:INTEGER;
      list.foreach {
        i:INODE;
        +tmp:REAL_32;
        +best_prc:REAL_32;
        +son_width:INTEGER;
        +son_height:INTEGER;
        +son_connector_w:INTEGER;
        +son_connector_h:INTEGER;
        
        (!i.list.is_empty).if {
          tmp:=MENU_V_OUT.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=MENU_V_OUT;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=WINDOW.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=WINDOW;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=MENU_H_OUT.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=MENU_H_OUT;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
        } else {
          tmp:=CHECK.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=CHECK;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=ACTION.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=ACTION;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
        };
        
        (best_prc > 0).if {
          i.set_representation parent;
          i.set_width son_width;
          i.set_height son_height;
          i.set_connector_w son_connector_w;
          i.set_connector_h son_connector_h;
          nb:=nb+1;
        };
      };
      nb=list.count
    }
  );
  
  - space_evaluation (w,h:INTEGER) :REAL_32<-
  (
    + area,r,result:REAL_32;
    
    // Space evaluation
    compute_size_from_prc 0;
    ((height > h) || {width > w}).if {
      "Priority 0 failed\n".print;
      compute_size_from_prc 25;
      ((height > h) || {width > w}).if {
        "Priority 25 failed\n".print;
        compute_size_from_prc 50;
        ((height > h) || {width > w}).if {
          "Priority 50 failed\n".print;
          r:=0;
          set_height 0;
          set_width 0;
          covering:=100;
        } else {
          r:=get_nitem_from_prc 50;
          covering:=50;
        };
      } else {
        r:=get_nitem_from_prc 25;
        covering:=25;
      };
    } else {
      r:=list.count;
      covering:=0;
    };
    r:=(r/list.count)*100;
    (r>0).if {
      area:=get_area_prc (w,h);
      (r>area).if {
        result:=r-area;
      } else {
        result:=0;
      };
    } else {
      result:=0;
    };
    result
  )
  [ ? {Result.in_range 0 to 100}; ];
  
  
  - evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
    + result:REAL_32;
    
    //"w_screen".print;w.print;"\n".print;
    //"h_screen".print;h.print;"\n".print;
    n.set_representation RAW_V;
    "RAW_V semantic evaluation of ".print;n.name.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      //"RAW_V space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
      result:=0;
    };
    "RAW_V result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];
  
lisaac_0.39_rc1/lib/extra/gui_automatic/window.li0000644000175000017500000001436011314031253022011 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := WINDOW;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Vertical menu for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public

  - representation:STRING_CONSTANT := "WINDOW";

  + win_out:G_WIN_OUT;

  - print <-
  (
    "WINDOW".print;
  );

  - make_representation <-
  (
    +expr:G_EXPR;

    list.foreach {
      i:INODE;

      (i.priority>covering).if {
        (expr=NULL).if {
          expr:=i.content;
        } else {
          expr:=expr / i.content;
        };
      };
    };
    win_out:=G_WIN_OUT.create name with expr;
    content:=(G_BUTTON.create (G_OUT.create name) connect win_out).fix_width.fix_height;
  );

  - depth_node n:INODE of base:INODE from depth:INTEGER :INTEGER <-
  (
      +result:INTEGER;
      +depth2:INTEGER;

      depth2:=depth+1;
      (n.name=base.name).if {
        result:=depth2;
      } else {
        (!base.list.is_empty).if {
          base.list.foreach {
            i:INODE;
            result:=result+depth2+(depth_node n of i from depth2);
          };
        } else {
          result:=0;
        };
      };

      result
  );

  - compute_size_from_prc p:INTEGER <-
  [ ? {! list.is_empty}; ]
  (
    //attention ce calcul n'est pas le bon, c'est les dimensions au max
    //les bonnes dimensions se calculent en fonction du placement des items
    reset_size;
    list.foreach {
      i:INODE;
      (i.priority > p).if {
        height:=height+i.height;
        width:=width+i.width;
      };
    };
    (width,height):=G_WIN_OUT.predict_size (height,width) with_title TRUE;
    (connector_width,connector_height):=G_BUTTON.predict_size (G_OUT.predict_size name);
  );

- semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    bugw_screen:=w;
    bugh_screen:=h;

    !list.is_empty &&
    {depth > 2} &&
    {
      +nb:INTEGER;

      list.foreach {
        i:INODE;
        +tmp:REAL_32;
        +best_prc:REAL_32;

        (!i.list.is_empty).if {
          tmp:=PAGE.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation PAGE;
          };
          tmp:=MENU_V.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation MENU_BAR;
          };
          tmp:=MENU_H.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation MENU_H;
          };
          tmp:=DROP_DOWN_MENU.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation DROP_DOWN_MENU;
          };
        } else {
          tmp:=CHECK.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation CHECK;
          };
          tmp:=ACTION.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            i.set_representation ACTION;
          };
        };
        (best_prc > 0).if {
          nb:=nb+1;
        };
      };
      nb=list.count
    }
  );

- space_evaluation (w,h:INTEGER) :REAL_32<-
  [? {!list.is_empty}; ]
  (
      + area,r,result:REAL_32;

      // Space evaluation
      compute_size_from_prc 0;
    ((height >= h) || {width >= w}).if {
      "Priority 0 failed\n".print;
      compute_size_from_prc 25;
      ((height >= h) || {width >= w}).if {
        "Priority 25 failed\n".print;
        compute_size_from_prc 50;
        ((height >= h) || {width >= w}).if {
          "Priority 50 failed\n".print;
		r:=0;
		set_height 0;
		set_width 0;
           } else {
		covering:=50;
		r:=get_nitem_from_prc 50;
	   };
	} else {
	   covering:=25;
	   r:=get_nitem_from_prc 25;
	};
      } else {
	covering:=0;
	r:=list.count;
     };
     r:=(r/list.count)*100;
     area:=get_area_prc (w,h);
     //name.print;" area := ".print;(get_area_prc (w,h)).print;"\n".print;
     (r>area).if {
       result:=r-area;
     } else {
       result:=0;
     };
    result
  );

- evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
     + result:REAL_32;

     n.set_representation WINDOW;
     "WINDOW semantic evaluation of ".print;n.name.print;"\n".print;
     //Semantic evaluation: if the "base" son doesn't have any sons itself then it is a PAGE at 100%
     (n.semantic_evaluation (w,h)).if {
      //"WINDOW space evaluation of ".print;n.name.print;"\n".print;
       result:=n.space_evaluation (w,h);
     };
     "WINDOW result of ".print;n.name.print;"= ".print;result.print;"% \n".print;
     result
  );

lisaac_0.39_rc1/lib/extra/gui_automatic/raw_h.li0000644000175000017500000001515611314031253021606 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := RAW_H;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Vertical menu for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public

- representation:STRING_CONSTANT := "RAW_H";
+ parent:INTERNAL_INODE;

  - make_representation <-
  (
    +expr:G_EXPR;

    list.foreach {
      i:INODE;

      (i.priority>covering).if {
        i.make_representation;
        (expr=NULL).if {
          expr:=i.content;
        } else {
          expr:=expr | i.content;
        };
      };
    };
    content:=G_RAW.create expr;
  );

//
// Evaluation.
//

  - compute_size_from_prc p:INTEGER <-
  [ ? {! list.is_empty}; ]
  (
    reset_size;
    list.foreach {
      i:INODE;
      (i.priority > p).if {
        (width,height):=G_OR_EXPR.predict_size (width,height) and (i.width,i.height);
      };
    };
    (width,height):=G_RAW.predict_size (width,height);
    //"width: ".print;bugw_screen.print;'\n'.print;
    //"height: ".print;bugh_screen.print;'\n'.print;
    //"raw_h.width: ".print;width.print;'\n'.print;
    //"raw_h.height: ".print;height.print;'\n'.print;
  );


  - semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    bugw_screen:=w;
    bugh_screen:=h;

    !list.is_empty && {
      browse_group { 
        i:INODE;
        (i.operator != '&')
      }
    } && {
      +nb:INTEGER;
      list.foreach {
        i:INODE;
        +tmp:REAL_32;
        +best_prc:REAL_32;
        +son_width:INTEGER;
        +son_height:INTEGER;
        +son_connector_w:INTEGER;
        +son_connector_h:INTEGER;

        (!i.list.is_empty).if {
          tmp:=MENU_V_OUT.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=MENU_V_OUT;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=MENU_H_OUT.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=MENU_H_OUT;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=WINDOW.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=WINDOW;
            son_connector_w:=i.connector_width;
            son_connector_h:=i.connector_height;
            son_width:=i.width;
            son_height:=i.height;
          };
        } else {
          tmp:=CHECK.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=CHECK;
            son_connector_w:=0;
            son_connector_h:=0;
            son_width:=i.width;
            son_height:=i.height;
          };
          tmp:=ACTION.evaluate i width screen_width height screen_height;
          (tmp > best_prc).if {
            best_prc:=tmp;
            parent:=ACTION;
            son_connector_w:=0;
            son_connector_h:=0;
            son_width:=i.width;
            son_height:=i.height;
          };
        };

        (best_prc > 0).if {
          i.set_representation parent;
          i.set_width son_width;
          i.set_height son_height;
          i.set_connector_w son_connector_w;
          i.set_connector_h son_connector_h;
          nb:=nb+1;
        };
      };
      nb=list.count
    }
  );

- space_evaluation (w,h:INTEGER) :REAL_32<-
  (
      + r,result,area:REAL_32;
      // Space evaluation
      compute_size_from_prc 0;
      ((height > h) || {width > w}).if {
	"Priority 0 failed\n".print;
	compute_size_from_prc 25;
	((height > h) || {width > w}).if {
	   "Priority 25 failed\n".print;
	   compute_size_from_prc 50;
	   ((height > h) || {width > w}).if {
		"Priority 50 failed\n".print;
		r:=0;
		set_height 0;
		set_width 0;
                covering:=100;
           } else {
		r:=get_nitem_from_prc 50;
                covering:=50;
	   };
	} else {
	   r:=get_nitem_from_prc 25;
           covering:=25;
	};
      } else {
	r:=list.count;
        covering:=0;
     };
    r:=(r/list.count)*100;
    (r>0).if {
      area:=get_area_prc (w,h);
      (r>area).if {
        result:=r-area;
      } else {
        result:=0;
      };
    } else {
      result:=0;
    };
    result
  )
  [ ? {Result.in_range 0 to 100}; ];


- evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
    + result:REAL_32;

    n.set_representation RAW_H;

    // Semantic evaluation && Space evaluation.
    "RAW_H semantic evaluation of ".print;n.name.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      //" OK\n".print;
      //"RAW_H space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
      // " FAILED\n".print;
       result:=0;
    };
    "RAW_H result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];



lisaac_0.39_rc1/lib/extra/gui_automatic/menu_h_out.li0000644000175000017500000001241211314031253022640 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := MENU_H_OUT;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Honrizontal menu out for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public
  
 
  - representation:STRING_CONSTANT := "MENU_H_OUT";

  - print <-
  (
    "MENU_H_OUT".print;
  );

  - make_representation <-
  (
    +expr:G_EXPR;

    list.foreach {
      i:INODE;

      (i.priority>covering).if {
        i.make_representation;
        (expr=NULL).if {
          expr:=i.content;
        } else {
          expr:=expr | i.content;
        };
      };
    };
    win_out:=(G_WIN_OUT.create expr).fix_height.fix_width;
    (bitmap=NULL).if {
      content:=(G_BUTTON.create (G_OUT.create name) connect win_out);
    } else {
      content:=(G_BUTTON.create (G_IMG.create bitmap) connect win_out);
    };
  );

//
// Evaluation.
//

  - compute_size_from_prc p:INTEGER <-
  [ ? {! list.is_empty}; ]
  (
    reset_size;
    list.foreach {
      i:INODE;
      (i.priority > p).if {
        (width,height):=G_OR_EXPR.predict_size (width,height) and (i.width,i.height);
      };
    };
    (width,height):=G_WIN_OUT.predict_size (width,height);
    (connector_width,connector_height):=G_BUTTON.predict_size (G_OUT.predict_size name);
    //"width: ".print;bugw_screen.print;'\n'.print;
    //"height: ".print;bugh_screen.print;'\n'.print;
    //"menu_h_out.width: ".print;width.print;'\n'.print;
    //"menu_h_out.height: ".print;height.print;'\n'.print;
  );


  - semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    bugw_screen:=w;
    bugh_screen:=h;

    !list.is_empty && {
      browse_group { 
        i:INODE;
        (i.operator != '&')
      }
    } && {
      +nb:INTEGER;
      list.foreach {
        i:INODE;

        (!i.list.is_empty).if {
          (RAW_H.evaluate i width screen_width height screen_height > 0).if {
            nb:=nb+1;
          };
        };
      };
      nb=list.count
    }
  );

- space_evaluation (w,h:INTEGER) :REAL_32<-
  (
      + area,r,result:REAL_32;
      // Space evaluation
      compute_size_from_prc 0;
    ((height >= h) || {width >= w}).if {
      "Priority 0 failed\n".print;
      compute_size_from_prc 25;
      ((height >= h) || {width >= w}).if {
        "Priority 25 failed\n".print;
        compute_size_from_prc 50;
        ((height >= h) || {width >= w}).if {
          "Priority 50 failed\n".print;
		r:=0;
		set_height 0;
		set_width 0;
           } else {
		covering:=50;
		r:=get_nitem_from_prc 50;
	   };
	} else {
	   covering:=25;
	   r:=get_nitem_from_prc 25;
	};
      } else {
	covering:=0;
	r:=list.count;
     };
    r:=(r/list.count)*100;
    (r>0).if {
      area:=get_area_prc (w,h);
      //name.print;" area := ".print;(get_area_prc (w,h)).print;"\n".print;
      (r>area).if {
        result:=r-area;
      } else {
        result:=0;
      };
    } else {
      result:=0;
    };
    result
  )
  [ ? {Result.in_range 0 to 100}; ];


- evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
    + result:REAL_32;

    n.set_representation MENU_H_OUT;
    "MENU_H_OUT semantic evaluation of ".print;n.name.print;" with dimensions ".print;w.print;"x".print;h.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      //"MENU_H_OUT space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
       result:=0;
    };
    "MENU_H_OUT result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];



/*
      // -> 1) R = Faisabilité de l'espace (% de recouvrement des items) (1:25%, 2:50%, 3:75%)
      // -> 2) A = Note de calcul d'aire. (% sur l'écran total)
      // Result = (R*100-A)/100  
*/lisaac_0.39_rc1/lib/extra/gui_automatic/menu_v_out.li0000644000175000017500000001414311314031253022661 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := MENU_V_OUT;
  
  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";
  
  - comment   := "Vertical menu out for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public
  
  
  - representation:STRING_CONSTANT := "MENU_V_OUT";
  
  - print <-
  (
    "MENU_V_OUT".print;
  );
  
  - make_representation <-
  (
    +expr:G_EXPR;
    
    list.foreach {
      i:INODE;
      
      (i.priority>covering).if {
        i.make_representation;
        (expr=NULL).if {
          expr:=i.content;
        } else {
          expr:=expr / i.content;
        };
      };
    };
    win_out:=(G_WIN_OUT.create expr).fix_height.fix_width;
    (bitmap=NULL).if {
      content:=(G_BUTTON.create (G_OUT.create name) connect win_out);
    } else {
      content:=(G_BUTTON.create (G_IMG.create bitmap) connect win_out);
    };
  );
  
  //
  // Evaluation.
  //
  
  - compute_size_from_prc p:INTEGER <-
  [ ? {! list.is_empty}; ]
  (
    reset_size;
    list.foreach {
      i:INODE;
      (i.priority > p).if {
        (width,height):=G_DIV_EXPR.predict_size (width,height) and (i.width,i.height);
      };
    };
    (width,height):=G_WIN_OUT.predict_size (width,height);
    (connector_width,connector_height):=G_BUTTON.predict_size (G_OUT.predict_size name);
    //name.print;" connector_width: ".print;connector_width.print;'\n'.print;
    //name.print;" cpnnector_height: ".print;connector_height.print;'\n'.print;
    //name.print;" menu_v_out.width: ".print;width.print;'\n'.print;
    //name.print;" menu_v_out.height: ".print;height.print;'\n'.print
  );
  
  
  - semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    bugw_screen:=w;
    bugh_screen:=h;
    
    !list.is_empty && {
      browse_group { 
        i:INODE;
        (i.operator != '&')
      }
    } && {
      +nb:INTEGER;
      list.foreach {
        i:INODE;
        
        (!i.list.is_empty).if {
          (RAW_V.evaluate i width screen_width height screen_height > 0).if {
            //i.name.print;" width: ".print;i.width.print;'\n'.print;
            //i.name.print;" height: ".print;i.height.print;'\n'.print;
            nb:=nb+1;
          };
        };
      };
      nb=list.count
    }
  );



  - space_evaluation (w,h:INTEGER) :REAL_32<-
  (
    + area,r,result:REAL_32;
    
    // Space evaluation
    compute_size_from_prc 0;
    //"width: ".print;w.print;'\n'.print;
    //"height: ".print;h.print;'\n'.print;
    //"menu_v_out.width: ".print;width.print;'\n'.print;
    //"menu_v_out.height: ".print;height.print;'\n'.print;
    ((height >= h) || {width >= w}).if {
      "Priority 0 failed\n".print;
      compute_size_from_prc 25;
      ((height >= h) || {width >= w}).if {
        "Priority 25 failed\n".print;
        compute_size_from_prc 50;
        ((height >= h) || {width >= w}).if {
          "Priority 50 failed\n".print;
          r:=0;
          reset_size;
          covering:=100;
        } else {
          covering:=50;
          r:=get_nitem_from_prc 50;
        };
      } else {
        covering:=25;
        r:=get_nitem_from_prc 25;
      };
    } else {
      covering:=0;
      r:=list.count;
    };
    name.print;" menu_v_out.width: ".print;width.print;'\n'.print;
    name.print;" menu_v_out.height: ".print;height.print;'\n'.print;
    "width: ".print;w.print;'\n'.print;
    "height: ".print;h.print;'\n'.print;
    r:=(r/list.count)*100;
    (r>0).if {
      //"r>0\n".print;
      area:=get_area_prc (w,h);
      //name.print;" area := ".print;(get_area_prc (w,h)).print;"\n".print;
      (r>area).if {
        //"r>area\n".print;
        result:=r-area;
      } else {
        //"r 1) R = Faisabilité de l'espace (% de recouvrement des items) (1:25%, 2:50%, 3:75%)
  // -> 2) A = Note de calcul d'aire. (% sur l'écran total)
  // Result = (R*100-A)/100  
*/lisaac_0.39_rc1/lib/extra/gui_automatic/page.li0000644000175000017500000000574611314031253021426 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := PAGE;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Vertical menu for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public

  - representation:STRING_CONSTANT := "PAGE";

  - print <-
  (
    "PAGE".print;
  );

  - make_representation <-
  (
    content:=G_PAGE.create;
  );
  
  - semantic_evaluation (w,h:INTEGER) :BOOLEAN <-
  (
    +result:BOOLEAN;
    
    ((list.is_empty) && {operator='^'}).if {
      result:=TRUE;
    } else {
      result:=FALSE;
    };
    result
  );
   
  
  - space_evaluation (w,h:INTEGER) :REAL_32 <-
  (
    +result:REAL_32;
    
    width:=G_PAGE.width_min;
    height:=G_PAGE.height_min;
    ((width > w) || {height > h}).if {
      result:=0.0;
    } else {
      result:=100.0;
    };
    result
  );

- evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
     
     +result:REAL_32;
     
     "PAGE semantic evaluation of ".print;n.name.print;"\n".print;
     n.set_representation PAGE;
     //Semantic evaluation (if the "base" son doesn't have any sons itself then it is a PAGE at 100%
     (n.semantic_evaluation (w,h)).if {
       ((G_PAGE.width_min <= w) || {G_PAGE.height_min <= h}).if {
         result:=n.space_evaluation (w,h);
       };
     }; 
     "PAGE result of ".print;n.name.print;"= ".print;result.print;"% \n".print;
     result
  );





		
lisaac_0.39_rc1/lib/extra/gui_automatic/check.li0000644000175000017500000000650411314031253021560 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := CHECK;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Check button for GUII.";
  
Section Inherit
  
  - parent_internal_inode:INTERNAL_INODE := INTERNAL_INODE;
  
Section Public
  
  - representation:STRING_CONSTANT := "CHECK";

  - print <-
  (
    "CHECK".print;
  );

  - make_representation <-
  [? {list.is_empty}; ]
  (
    content:=(G_CHECK.create (G_OUT.create name)).fix_height.fix_width;
    width:=content.width_min;
    height:=content.height_min;
  );

//
// Evaluation.
//

  //A check bouton can be apply only if it is a leaf
  - semantic_evaluation (w,h:INTEGER) :BOOLEAN<-
  (
    //faire une vérification sur l'opérateur? check_button = opérateur 'ou'?
    (list.is_empty) && {operator='|'}
  );

  - space_evaluation (w,h:INTEGER) :REAL_32<-
  [ ? {list.is_empty}; ]
  (
    + result:REAL_32;

    (width,height):=(G_CHECK.predict_size (G_OUT.predict_size name));
    ((width > w) || {height > h}).if {
      result:=0.0
    } else {
      result:=100.0-(get_area_prc (w,h));
    };
    result
  )
  [ ? {Result.in_range 0 to 100}; ];


  - evaluate n:INODE width w:INTEGER height h:INTEGER : REAL_32<-
  (
    + result:REAL_32;
    
    // changer le parent de n pour pouvoir utiliser les méthodes spécifiques à MENU_BAR
    n.set_representation CHECK;
    
    // Semantic evaluation && Space evaluation.
    //"CHECK semantic evaluation of ".print;n.name.print;"\n".print;
    (n.semantic_evaluation (w,h)).if {
      //"CHECK space evaluation of ".print;n.name.print;"\n".print;
      result:=n.space_evaluation (w,h);
    } else {
       result:=0;
    };
    //"CHECK result for ".print;n.name.print;"= ".print;result.print;"%\n".print;
    result
  )
  [ ? {Result.in_range 0 to 100}; ];

lisaac_0.39_rc1/lib/extra/gui_automatic/essai_light.li0000644000175000017500000001613511314031253022777 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ESSAI_LIGHT;

  - copyright := "Jonathan Ponte, Maxime Audrin, Benoit Sonntag";

  - comment   := "Interface Node for GUII.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - main <-
  ( + base,menu,tools,page:INODE;
    + action_new:BLOCK;
    + action_open:BLOCK;
    + action_zoom_in:BLOCK;
    + action_zoom_out:BLOCK;
    + action_zoom_page:BLOCK;
    + action_zoom_select:BLOCK;
    + action_zoom_100:BLOCK;
    + action_select:BLOCK;
    + action_line:BLOCK;
    + action_rectangle:BLOCK;
    + action_circle:BLOCK;
    + action_color:BLOCK;
    + action_text:BLOCK;
    + action_zoom:BLOCK;
    + guii:GUII;

    action_select:= {
      bt:G_BUTTON;
      "Zoom\n".print;
   };

    action_zoom:= {
      bt:G_BUTTON;
      "Zoom\n".print;
   };

    action_text:= {
      bt:G_BUTTON;
      "Text\n".print;
   };

    action_line:= {
      bt:G_BUTTON;
      "Select\n".print;
   };

    action_rectangle:= {
      bt:G_BUTTON;
      "Select\n".print;
   };

    action_circle:= {
      bt:G_BUTTON;
      "Select\n".print;
   };

    action_rectangle:= {
      bt:G_BUTTON;
      "Open\n".print;
    };

    action_color:= {
      bt:G_BUTTON;
      "New\n".print;
    };

    action_zoom_in:= {
      bt:G_BUTTON;
      "Zoom in\n".print;
    };

    action_zoom_out:= {
      bt:G_BUTTON;
      "Zoom out\n".print;
    };

    action_zoom_select:= {
      bt:G_BUTTON;
      "Zoom select\n".print;
    };

    action_zoom_page:= {
      bt:G_BUTTON;
      "Zoom page\n".print;
    };

    action_zoom_100:= {
      bt:G_BUTTON;
      "Zoom 100\n".print;
    };


	menu := INODE.create_xor "Menu" priority 100 + (
	INODE.create_xor "File" priority 100 + (
	  INODE.create_xor "Clear file" priority 100 + 
	  INODE.create_xor "New" priority 100 action action_new
	) + (
	  INODE.create_xor "Intern file" priority 100 + 
	  INODE.create_xor "Open" priority 100 action action_open +
	  INODE.create_xor "Save" priority 100 +
	  INODE.create_xor "Save as" priority 100
	) + (
	  INODE.create_xor "Extern file" priority 100 +
	  INODE.create_xor "Import" priority 100 +
	  INODE.create_xor "Export" priority 100
	) + (
	  INODE.create_xor "Output file" priority 100 +
	  INODE.create_xor "Print" priority 100 
	) + (
	  INODE.create_xor "Exit manager" priority 100 +
	  INODE.create_xor "EXit" priority 100 
	)
      ) + (
	INODE.create_xor "Edit" priority 100 + (
	  INODE.create_xor "History" priority 100 +
	  INODE.create_xor "Undo" priority 100 +
	  INODE.create_xor "Redo" priority 100
	) + (
	  INODE.create_xor "Edit object" priority 100 +
	  INODE.create_xor "Delete" priority 100 +
	  INODE.create_xor "Duplicate" priority 100 +
	  INODE.create_xor "Select all" priority 100
	)
      ) + (
	INODE.create_xor "Presentation" priority 100 + (
	  INODE.create_xor "Representation" priority 100 + 
	  INODE.create_xor "Magnetic locate" priority 100 +
	  INODE.create_xor "Contour" priority 100
	)
      ) + (
	INODE.create_xor "Disposition" priority 50 + (
	  INODE.create_xor "Modify" priority 100 + 
	  INODE.create_xor "Text editor" priority 100 + 
	  INODE.create_xor "Alignment" priority 100 + 
	  INODE.create_xor "To curve" priority 100
	) + (
	  INODE.create_xor "Order" priority 100 + 
	  INODE.create_xor "First plan" priority 100 + 
	  INODE.create_xor "Last plan" priority 100
	) + (
	  INODE.create_xor "Link" priority 100 + 
	  INODE.create_xor "Group" priority 100 + 
	  INODE.create_xor "Degroup" priority 100 + 
	  INODE.create_xor "Combine" priority 100 + 
	  INODE.create_xor "Decombine" priority 100 + 
	  INODE.create_xor "Auto-combine" priority 100  
	)
      ) + (
	INODE.create_xor "Window" priority 50 + (
	  INODE.create_xor "Display" priority 100 + 
	  INODE.create_xor "Refresh draw" priority 100
	)
      ) + (
	INODE.create_xor "Help" priority 25 + (
	  INODE.create_xor "Information" priority 100 + 
	  INODE.create_xor "About" priority 100 +
	  INODE.create_xor "Bugs report" priority 100 +
	  INODE.create_xor "News" priority 100
	)
      );


	tools := INODE.create_xor "Tools" priority 100 +
	    INODE.create_xor "Select" priority 100 action action_select picture "select.bmp" + (
            INODE.create_xor "Zoom" priority 50 picture "zoom.bmp" + (
              INODE.create_xor "Raw" priority 100 +
                INODE.create_xor "Zoom +" priority 100 action action_zoom_in picture "zoom_in.bmp" +
                INODE.create_xor "Zoom -" priority 100 action action_zoom_out picture "zoom_out.bmp"+
                INODE.create_xor "Zoom select" priority 50 action action_zoom_select picture "zoom_select.bmp"+
                INODE.create_xor "Zoom page" priority 25 action action_zoom_page picture "zoom_page.bmp"+
                INODE.create_xor "Zoom 1:1" priority 25 action action_zoom_100 picture "zoom_100.bmp"
              )
            ) +
            INODE.create_xor "Line" priority 100 action action_line picture "line.bmp" +
            INODE.create_xor "Rectangle" priority 100 action action_rectangle picture "rectangle.bmp" +
            INODE.create_xor "Circle" priority 100 action action_circle picture "ellipse.bmp" +
            INODE.create_xor "Text" priority 100 action action_text picture "text.bmp" +
            INODE.create_xor "Color" priority 100 action action_color picture "paint.bmp";


    page:=INODE.create_xor "Page" priority 100;

    base := INODE.create_or "Paint" priority 100 + menu + tools + page;
    
    //
    // Evaluation.
    //

    guii:=GUII.create base screen_width 800 screen_height 600;
    guii.set_depth base from 0;
    guii.evaluation base;
    guii.run_interface;
  );
  
  lisaac_0.39_rc1/lib/extra/testing/0000755000175000017500000000000011314031253016773 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/testing/unit_test.li0000644000175000017500000001511011314031253021335 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header

  + name := UNIT_TEST;

  - copyright := "2009 Jeremy Cowgar";

  - comment := "Unit testing framework for Lisaac";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Private

  + pass_count:REAL_32 := 0;
  + fail_count:REAL_32 := 0;
  + verbose:BOOLEAN := FALSE;
  + suite_name:ABSTRACT_STRING;
  + section_name:ABSTRACT_STRING;

  - usage <-
  // Display common usage message on console
  (
    ("Usage: " + (COMMAND_LINE.item 0) + " [-v]").printline;
    "  -v    verbose reporting".println;
    OBJECT.die_with_code 1;
  );

  - bar <-
  // Print a double line bar for visual separation.
  (
    "\n==============================\n".print;
  );

  - minibar <-
  // Print a single line bar for visual separation.
  (
    "\n   ---------------------------\n".print;
  );

Section Public
  // Setup

  - init <-
  // Initialize unit testing. This currently looks for
  // command line parameters and configures itself
  // accordingly.
  (
    + arg:ABSTRACT_STRING;

    1.to (COMMAND_LINE.count-1) do { idx:INTEGER;
      arg := (COMMAND_LINE.item idx);

      (arg == "-v").if {
        set_verbose TRUE;
      } else {
        usage;
      };
    };
  );

  - set_verbose verbose_mode:BOOLEAN <-
  // When verbose is true, suite names, section names, passed and
  // failed tests will all be reported. When verbose is false, only
  // failed tests will be reported.
  (
    verbose := verbose_mode;
  );

Section Public
  // Sectioning

  - suite name:ABSTRACT_STRING <-
  // Set the major suite name
  (
    suite_name := name;

    verbose.if {
      ("\n" + name).print;
      bar;
    };
  );

  - section name:ABSTRACT_STRING <-
  // Set the minor section of a suite
  (
    section_name := name;

    verbose.if {
      ("\n   " + name).print;
      minibar;
    };
  );

Section Public
  // Tests

  - test_failed name:ABSTRACT_STRING <-
  // Fail a test with no data report
  (
    fail_count := fail_count + 1;

    (verbose = FALSE).if {
      (suite_name + ":" + section_name + " -> ").print;
    } else {
      "   ".print;
    };

    (name + "... failed, no data given\n").print;
  );

  - test_failed name:ABSTRACT_STRING got got:ABSTRACT_STRING expected expected:ABSTRACT_STRING <-
  // Fail a test
  (
    fail_count := fail_count + 1;

    (verbose = FALSE).if {
      (suite_name + ":" + section_name + " -> ").print;
    } else {
      "   ".print;
    };

    (name + "... failed: expected '" + expected + "' got '" + got + "'\n").print;
  );

  - test_passed name:ABSTRACT_STRING <-
  // Pass a test
  (
    pass_count := pass_count + 1;

    verbose.if {
      ("   " + name + "... passed\n").print;
    };
  );

  - test name:ABSTRACT_STRING integer got:INTEGER equals expected:INTEGER <-
  // Test equality between two INTEGER values, fail on not equal
  (
    (expected = got).if {
      test_passed name;
    } else {
      test_failed name got (got.to_string) expected (expected.to_string);
    };
  );

  - test name:ABSTRACT_STRING real_16_16 got:REAL_16_16 equals expected:REAL_16_16 <-
  // Test equality between two REAL_16_16 values, fail on not equal
  (
    (expected = got).if {
      test_passed name;
    } else {
      test_failed name got (got.to_string) expected (expected.to_string);
    }
  );

  - test name:ABSTRACT_STRING boolean got:BOOLEAN equals expected:BOOLEAN <-
  // Test equality between two BOOLEAN values, fail on not equal
  (
    (got = expected).if {
      test_passed name;
    } else {
      test_failed name got (got.to_string) expected (expected.to_string);
    };
  );

  - test name:ABSTRACT_STRING character got:CHARACTER equals expected:CHARACTER <-
  // Test equality between two CHARACTER values, fail on not equal
  (
    (got = expected).if {
      test_passed name;
    } else {
      test_failed name got (got.to_string) expected (expected.to_string);
    };
  );

  - test name:ABSTRACT_STRING string got:ABSTRACT_STRING equals expected:ABSTRACT_STRING <-
  // Test equality between two STRING values, fail on not equal
  (
    (got == expected).if {
      test_passed name;
    } else {
      test_failed name got got expected expected;
    };
  );

Section Public
  // Reporting

  - test_results <-
  // Print the test results to the screen. If fail_count > 0 then
  // the program will exit with an error level of 1.
  (
    + total:REAL_32;
    + success:REAL_32;

    total := pass_count + fail_count;
    success := pass_count / total;

    verbose.if {
      "\nResults".print;
      bar;
      "  Passed: ".print; pass_count.to_integer.print; "\n".print;
      "  Failed: ".print; fail_count.to_integer.print; "\n".print;
      "   Total: ".print; total.to_integer.print; "\n".print;
      " Success: ".print; (success * 100).to_integer.print; "%\n".print;
    } else {
      (
        "\n" +
        "Pass: " + pass_count.to_integer.to_string +
        " Fail: " + fail_count.to_integer.to_string +
        " Total: " + total.to_integer.to_string +
        " Success: " + (success * 100).to_integer.to_string + "%\n"
      ).print;
    };

    (fail_count > 0).if {
      OBJECT.die_with_code 1;
    };
  );
lisaac_0.39_rc1/lib/extra/graphics/0000755000175000017500000000000011314031253017116 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/graphics/bitmap.li0000644000175000017500000001213611314031253020723 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := BITMAP(E);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Generic Bitmap.";

Section Inherit
  
  + parent_abstract_bitmap:Expanded ABSTRACT_BITMAP;
  
Section Private  
  
  + image:FAST_ARRAY(BMP_LINE(E));
  
Section Public
  
  - get_y_line y:INTEGER :ABSTRACT_BMP_LINE <-
  (
    image.item y
  );
  
  //
  // Data.
  //
  
  - pixel_geometry:PIXEL <- E;
  
  //
  // Creation. 
  //

  - make_size (w,h:INTEGER) <-
  (
    width  := w;
    height := h;
    //bytes_per_line:=(w * PIXEL_16.size + 7)>>3;
    image := FAST_ARRAY(BMP_LINE(E)).create h;
    0.to (image.upper) do { y:INTEGER;
      image.put (BMP_LINE(E).create w) to y;
    };
    clipping_off;
  );
  
  - make (w,h:INTEGER) at offset_begin:UINTEGER_32 bytes_per_line lx:INTEGER <-
  ( + offset:UINTEGER_32;
    
    width  := w;
    height := h;    
    image := FAST_ARRAY(BMP_LINE(E)).create h;
    offset:=offset_begin;
    0.to (image.upper) do { y:INTEGER;
      image.put (BMP_LINE(E).create w at offset) to y;
      offset:=offset+lx;
    };
    clipping_off;
  );

  
  //****************************************************************************
  //*                               PutImage                                   *
  //****************************************************************************
  
  - put_bitmap bmp:ABSTRACT_BITMAP to (x,y:INTEGER) <-
  ( + x1,y1,x0,y0:INTEGER;
    + y_src,x_src:INTEGER;
    + line:ABSTRACT_BMP_LINE;

    // JBJB A VOIR: SI H/W RECEVEUR < H/W BMP --> PLANTAGE !!!
    x0 := x.max clip_x0;
    y0 := y.max clip_y0;
    x1 := (x + bmp.width -1).min clip_x1; 
    y1 := (y + bmp.height-1).min clip_y1;
    ((x0<=x1) && {y0<=y1}).if {
      y_src := y0 - y;
      x_src := x0 - x;
      y0.to y1 do { y_dst:INTEGER;
	line := bmp.get_y_line y_src;
	line_h_hard (x0,y_dst) until x1 image line offset x_src;
	y_src := y_src + 1;
      };  
    };
  );

  - put_bitmap bmp:ABSTRACT_BITMAP to (x,y:INTEGER) scale (scale_x,scale_y:REAL_16_16) <-
  ( + x1,y1,x0,y0:INTEGER;
    + y_src,x_src,x_tmp:REAL_16_16;
    + line:ABSTRACT_BMP_LINE;
    + col:UINTEGER_32;

    x0 := x.max clip_x0;
    y0 := y.max clip_y0;
    x1 := (x + (bmp.width.to_real_16_16  / scale_x).to_integer -1).min clip_x1;
    y1 := (y + (bmp.height.to_real_16_16 / scale_y).to_integer -1).min clip_y1;
    ((x0<=x1) && {y0<=y1}).if {
      x_src := (x0 - x).to_real_16_16 * scale_x;
      y_src := (y0 - y).to_real_16_16 * scale_y;      
      y0.to y1 do { y_dst:INTEGER;
	line := bmp.get_y_line (y_src.to_integer);
	x_tmp := x_src;
	x0.to x1 do { x_dst:INTEGER;
	  col := line.get_color (x_tmp.to_integer);
	  pixel_hard (x_dst,y_dst) color col;
	  x_tmp := x_tmp + scale_x;
	};	
	y_src := y_src + scale_y;
      };  
    };
  );

Section Public
  
  //
  // Low level.
  //   
    
  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( 
    //image.item y.put col to x;    
    get_y_line y.put col to x;
  );
  
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 <-
  ( 
    //image.item y.put col from x to x1;
    get_y_line y0.put col from x0 to x1;
  );
    
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  (     
    //image.item y.put line offset ofs from x to x1;
    get_y_line y0.put line offset ofs from x0 to x1;
  );
  
  - get_pixel_hard (x,y:INTEGER) :PIXEL <-
  (
    //image.item y.item x
    get_y_line y.item x
  );

  - get_color_hard (x,y:INTEGER) :UINTEGER_32 <-
  (
    //image.item y.item x
    get_y_line y.get_color x
  );
  lisaac_0.39_rc1/lib/extra/graphics/pixel_24.li0000644000175000017500000000577211314031253021105 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded PIXEL_24;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Pixel on 24 bits.";
    
Section Insert
  
  - parent_pixel:PIXEL := PIXEL;
  
Section Mapping
  
  + map_blue:UINTEGER_8;
  
  + map_green:UINTEGER_8;

  + map_red:UINTEGER_8;
  
Section Public
  
  - blue:UINTEGER_8 <- map_blue;
  
  - green:UINTEGER_8 <- map_green;

  - red:UINTEGER_8 <- map_red;
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <-
  (
    col
  );
  
  - get_color:UINTEGER_32 <-
  ( + result:UINTEGER_32;
    /* BSBS: NE MARCHE PAS (see viewer)
    result := `&(@Self)`:UINTEGER_32;
    result := result & 0FFFFFFh;
    */
    result := map_red;
    result := (result << 8) | map_green;
    result := (result << 8) | map_blue;
    
    result
  );
    
  - make col:UINTEGER_32 <-
  (
    map_red   :=  (col >> 16).to_uinteger_8;
    map_green := ((col & 00FF00h) >> 8).to_uinteger_8;
    map_blue  :=  (col & 0000FFh).to_uinteger_8;
  );  
  
  - make_rgb (r,g,b:UINTEGER_8) <-
  (
    map_red := r;
    map_green := g;
    map_blue := b;
  );
  
  - size:UINTEGER_8       := 24; 
  - red_size:UINTEGER_8   := 8;
  - red_pos:UINTEGER_8    := 16;
  - green_size:UINTEGER_8 := 8;
  - green_pos:UINTEGER_8  := 8;
  - blue_size:UINTEGER_8  := 8;
  - blue_pos:UINTEGER_8   := 0;
  - reserved_size:UINTEGER_8 :=0;
  - reserved_pos:UINTEGER_8  :=0;
        
  - to_pixel_24:PIXEL_24 <- Self;
  













lisaac_0.39_rc1/lib/extra/graphics/bmp_line.li0000644000175000017500000001265211314031253021237 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := BMP_LINE(E);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Generic bitmap line";
  
Section Inherit
  
  + parent_abstract_bmp_line:Expanded ABSTRACT_BMP_LINE;
  
Section Private
  
  + storage:NATIVE_ARRAY(E);
  
Section Public
  
  //  
  // Creation.
  //
  
  - create n:INTEGER :SELF <-
  ( + result:SELF;
    ? {n>0};
    
    result:=clone;
    result.make n;
    
    ? {result.count    = n};
    ? {result.capacity = n};
    result
  );
  
  - make n:INTEGER <-
  (
    (n > capacity).if {
      capacity := n;      
      storage := NATIVE_ARRAY(E).create n;
    };
    upper := n - 1;
  );

  - create_with_capacity n:INTEGER :SELF <- 
  // Warning : Not storage copy.
  ( + result:SELF;
    
    result:=clone;
    result.make_with_capacity n;
    
    ? {result.count    = 0};
    ? {result.capacity = n};
    result
  );
  
  - make_with_capacity n:INTEGER <-
  (
    (n > capacity).if {
      storage := NATIVE_ARRAY(E).create n;
      capacity := n;
    };
    upper := -1;
  );
    
  - create n:INTEGER at offset:UINTEGER_32 :SELF <- 
  // Warning : Not storage copy.
  ( + result:SELF;
    
    result:=clone;
    result.make n at offset;
    
    ? {result.count    = n};
    ? {result.capacity = n};
    result
  );
  
  - make n:INTEGER at offset:UINTEGER_32 <-
  ( 
    capacity := n;
    upper    := n - 1;    
    storage  := CONVERT(UINTEGER_32,NATIVE_ARRAY(E)).on offset;    
  );
  
  - pixel_geometry:E;
   
  //
  // Put.
  //
  
  - put col:UINTEGER_32 to n:INTEGER <-
  ( ? {n.in_range 0 to upper};    
    item n.make col;    
  );
  
  - put col:UINTEGER_32 from idx_begin:INTEGER to idx_end:INTEGER <-   
  (  
    E.make col;    
    idx_begin.to idx_end do { n:INTEGER;
      storage.put E to n;
    };
  );
  
  - put bmp:ABSTRACT_BMP_LINE offset ofs:INTEGER from idx_begin:INTEGER to idx_end:INTEGER <-
  ( + offset:INTEGER;    
    + bmp_self:SELF;
    + col:UINTEGER_32;
    ? {idx_begin <= idx_end};
    ? {idx_begin >= 0};
    ? {idx_end.in_range 0 to upper};
    ? {ofs >= 0};    
    ? {(ofs + (idx_end - idx_begin)) <= bmp.upper}; 
        
    offset := ofs;
    bmp_self ?= bmp;
    (bmp_self != NULL).if {
      // Speed version.            
      idx_begin.to idx_end do { n:INTEGER;
	storage.put (bmp_self.item offset) to n;	
	offset := offset + 1;
      };
    } else {
      // Slow version (because conversion for each pixel)
      idx_begin.to idx_end do { n:INTEGER;
	col := bmp.get_color offset;				
	item n.make col;	
	offset := offset + 1;
      };
    };
  );
  
  //
  // Get.
  //
  
  - get_color n:INTEGER :UINTEGER_32 <-
  ( ? {n.in_range 0 to upper};    
    item n.rgbcolor
  );
  
  - item n:INTEGER :E <- storage.item n;
  
  - item_8  n:INTEGER :PIXEL_8  <- item n.to_pixel_8;
  
  - item_15 n:INTEGER :PIXEL_15 <- item n.to_pixel_15;

  - item_16 n:INTEGER :PIXEL_16 <- item n.to_pixel_16;

  - item_24 n:INTEGER :PIXEL_24 <- item n.to_pixel_24;

  - item_32 n:INTEGER :PIXEL_32 <- item n.to_pixel_32;
  
  //
  // Arrayed consideration.
  //
  
  - get_storage:NATIVE_ARRAY(UINTEGER_8) <- 
  CONVERT(NATIVE_ARRAY(E),NATIVE_ARRAY(UINTEGER_8)).on storage;
  
  - element_sizeof:INTEGER <- pixel_geometry.object_size;

  - valid_stream s:INTEGER :BOOLEAN <- (s % element_sizeof)=0;
  
  + ofs_buf:INTEGER;
  
  - add_last_buffer buf:FAST_ARRAY(UINTEGER_8) from beg:INTEGER to end:INTEGER <-
  ( + pos:INTEGER;
    
    // BSBS: Peu faire mieux directement avec les storages...
    pos := count * element_sizeof + ofs_buf;
    beg.to end do { j:UINTEGER_32;
      get_storage.put (buf.item j) to pos;
      ofs_buf := (ofs_buf + 1) % element_sizeof;
      (ofs_buf=0).if {
	? {count < capacity};
	upper := upper + 1;	
      };
      pos := pos + 1;
    };
  );
  
  //
  // Arrayed consideration.
  //
  
  - set_capacity new_capacity:INTEGER <-  
  (
    make_with_capacity new_capacity;
  );

  lisaac_0.39_rc1/lib/extra/graphics/format/0000755000175000017500000000000011314031253020406 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/graphics/format/bmp/0000755000175000017500000000000011314031253021164 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/graphics/format/bmp/bmp_header.li0000644000175000017500000001137011314031253023602 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := BMP_HEADER;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Mapping BMP Image File Header structure";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Mapping
  
  //
  // File Header
  //
  
  + file_type1:CHARACTER;     //00h  Must be 'B'
  + file_type2:CHARACTER;     //01h  Must be 'M'  
  + file_size:UINTEGER_32;       //02h  Size of file
  + reserved:UINTEGER_32;        //06h
  + map_bitmap_offset:UINTEGER_32;   //0Ah   Offset of the data section  
  
  //
  // Bitmap Header
  //
  
  + header_size:UINTEGER_32;     //0Eh  Size of this header
  + map_width:INTEGER;            //12h  width (in pixel) of the image
  + map_height:INTEGER;           //16h  height (in pixel)
  + planes:UINTEGER_16;         //1Ah  number of planes use (always 1)
  + map_bits_per_pixel:UINTEGER_16; //1Ch  number of bits per pixel (1,4,8,16,24,32)
  + compression:UINTEGER_32;     //1Eh  compression method:
  // 0: no compression
  // 1: 8-bit run length encoding
  // 2: 4-bit run length encoding
  // 3: bitfields encoding

  + size_of_bitmap:UINTEGER_32;  //22h  size of image (in octet), useful for compression
  + h_resolution:UINTEGER_32;    //26h  horizontal resolution (in pixel per meter)
  + v_resolution:UINTEGER_32;    //2Ah  vertical resolution (in pixel per meter)
  + colors_used:UINTEGER_32;     //2Eh  number of colors 
  + colors_important:UINTEGER_32;//32h  number of important colors

Section Public  
  
  - bits_per_pixel:UINTEGER_16 <- map_bits_per_pixel;
  
  - width :INTEGER <- map_width;
  - height:INTEGER <- map_height;   
  - bitmap_offset:UINTEGER_32 <- map_bitmap_offset;

  - file_type:STRING <-
  ( + result:STRING;
    result := STRING.create 0;
    result.add_last file_type1;
    result.add_last file_type2;
    result
  );
  
  - is_valid:BOOLEAN <-
  (
    (file_type1 = 'B') && {file_type2 = 'M'}
  );
  
  - is_bgr_format:BOOLEAN <-
  (
    header_size = object_size + get_nb_colors * 3
  );
  
  - get_nb_colors:INTEGER <-
  ( + result:INTEGER;
    (colors_used = 0).if {
      is_8bit.if {
	result := 256;
      }.elseif {is_4bit} then {
	result := 16;
      } else {
	result := 2;
      };
    } else {
      result := colors_used.to_integer;
    };
    result
  );
  
  - is_1bit:BOOLEAN <-
  (
    bits_per_pixel = 1
  );
  
  - is_4bit:BOOLEAN <-
  (
    bits_per_pixel = 4
  );
  
  - is_8bit:BOOLEAN <-
  (
    bits_per_pixel = 8
  );
  
  - is_24bit:BOOLEAN <-
  (
    bits_per_pixel = 24
  );
  
  - is_rle8_compressed:BOOLEAN <-
  (
    compression = 1
  );
  
  - print <-
  (
    "\nFile size: ".print;
    file_size.print;
    "\nHeader size: ".print;
    header_size.print;
    "\nOffset: ".print;
    bitmap_offset.print;
    "\nBitmap size (w x h): ".print;
    width.print;
    " x ".print;
    height.print;
    "\nBits per pixel: ".print;
    bits_per_pixel.print;
    "\nCompression: ".print;
    compression
    .when 0 then {"None".print;} 
    .when 1 then {"8-bit RLE".print;}
    .when 2 then {"4-bit RLE".print;}
    .when 3 then {"Bitfield".print;};    
    "\nSize of bitmap: ".print;
    size_of_bitmap.print;
    "\nColors used: ".print;
    colors_used.print;   
    '\n'.print;
  );
lisaac_0.39_rc1/lib/extra/graphics/format/bmp/format_bmp.li0000644000175000017500000001627111314031253023647 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := FORMAT_BMP;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Mapping BMP Image File (V < 4.0)";
    
Section Inherit
  
  + parent_format_img:Expanded FORMAT_IMG;
  
Section Public
    
  - name:STRING_CONSTANT := "Bitmap format by Microboft & IBM.";
      
  - extension:STRING_CONSTANT := "bmp";
  
  - is_bitmap:BOOLEAN := TRUE;
    
  - height:INTEGER <- header.height;
  - width:INTEGER  <- header.width;
  
  //
  // Creation.
  //

  - create_with_file f:FILE :SELF <-
  ( 
    clone.make_with_file f
  );

  - make_with_file f:FILE :SELF <-
  ( + result:SELF;    
    file := f;
    (read_header).if {
      result := Self;
      pos_buffer := BMP_HEADER.object_size;
    };
    result
  );
  
  - create_with buf:FAST_ARRAY(UINTEGER_8) :SELF <-
  ( 
    clone.make_with buf
  );

  - make_with buf:FAST_ARRAY(UINTEGER_8) :SELF <-
  ( + result:SELF;
    buffer := buf;
    (read_header).if {
      result := Self;
      pos_buffer := BMP_HEADER.object_size;
    };
    result
  );
  
  //
  // Put image.
  //
  
  - put_image_in bmp:ABSTRACT_BITMAP <-
  [
    -? {header != NULL};
    -? {(bmp.width = header.width) && {bmp.height = header.height}};
  ]
  ( + end:BOOLEAN;
    + x,y:INTEGER;
    + line_24:BMP_LINE(PIXEL_24);    
    + tmp_pix:PIXEL_24;
    + escape,cmd:UINTEGER_8;
    + align:UINTEGER_32;
    + pos:INTEGER;
    
    line_24 := BMP_LINE(PIXEL_24).create (header.width);
    header.is_8bit.if {
      //
      // 8 Bit
      // 	        
      init_color_map;      
      header.is_rle8_compressed.if {	  
        pos := header.bitmap_offset.to_integer;
        y := header.height;
        {end}.until_do {
          escape := buffer_item pos;
          pos := pos + 1;
          ? { x <= header.width};
          ? { y >= 0};
          (escape = 00h).if {
            cmd := buffer_item pos;
            pos := pos + 1;
            (cmd = 00h).if {
              bmp.line_h (0,y) until (header.width - 1) image line_24;	
              x := 0;
              y := y - 1;
            }.elseif {cmd = 01h} then {
              // End of file
              bmp.line_h (0,y) until (header.width - 1) image line_24;	
              end := TRUE;
            }.elseif {cmd = 02h} then {
              // Move cursor: usually not used except for MS icons
              pos := pos + 2;
            } else {
              // Pixel not compressed
              1.to cmd do { j:INTEGER;
                line_24.item_24 x.make (color_map.item (buffer_item pos).get_color);
                pos := pos + 1;
                x := x + 1;
              };
              cmd.is_odd.if {
                pos := pos + 1;
              };
            };				
          } else {
            // Pixel compressed
            tmp_pix := color_map.item (buffer_item pos);                        
            pos := pos + 1;
            1.to escape do { j:INTEGER;
              line_24.item_24 x.make (tmp_pix.get_color);
              x := x + 1;
            };
          };
        }; 	  	  	  
      };		
    }.elseif {header.is_24bit} then {	
      //
      // 24 Bit
      //	      
      align := ((header.width * -3) & 011b).to_uinteger_32;
      pos := header.bitmap_offset;
      // No compression
      0.to (header.height - 1) do { i:INTEGER;
        1.to (header.width) do { j:INTEGER;          
          line_24.item_24 (j-1).make_rgb (
            buffer_item (pos + 2),
            buffer_item (pos + 1),
            buffer_item (pos)
          );          
          pos := pos + 3;
        };
        pos := pos + align;
        /*
        "bmp.width    : ".print; bmp.width.print; '\n'.print;
        "header.width : ".print; header.width.print; '\n'.print;
        "line_24.width: ".print; line_24.count.print; '\n'.print;
        */
        bmp.line_h (0,header.height - i - 1) 
        until (header.width - 1) image line_24;        
      };	    
    };
  );
  
  - put_image_in bmp:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    not_yet_implemented;
  );
  
Section Private
  
  + file:FILE;
  + buffer:FAST_ARRAY(UINTEGER_8);
  + header:BMP_HEADER;
      
  - read_header:BOOLEAN <-
  (     
    (file != NULL).if {
      header := BMP_HEADER.clone;
      (file.is_open).if_false {
        (file.open).if_false {
          "FORMAT_BMP : Open file fail!\n".print;
          die_with_code 0;
        };
      };
      file.read header;
    } else {
      header := CONVERT(NATIVE_ARRAY(UINTEGER_8),BMP_HEADER).on (buffer.storage);
    };
    header.is_valid
  );
  
  - buffer_item p:INTEGER :UINTEGER_8 <-
  ( + result:UINTEGER_8;
    (buffer != NULL).if {
      result := buffer.item p;
    } else {
      `/* CUR1 */`;
      buffer := FAST_ARRAY(UINTEGER_8).create_with_capacity (file.size);
      `/* CUR2 */`;
      file.set_cursor 0;
      file.read buffer size (file.size);      
      result := buffer.item p;
    };
    result
  );
      
  
  //
  
  - color_map:FAST_ARRAY(Expanded PIXEL_24);

  
  - init_color_map <-
  ( + code,nb_colors:INTEGER;    
    ? {header != NULL};
    //
    // Init Color Table
    // 
    header.is_bgr_format.if {
      code := 3;
    } else {
      code := 4;
    };
    nb_colors := header.get_nb_colors;
    (color_map = NULL).if {
      color_map := FAST_ARRAY(PIXEL_24).create 256;
    };            
    0.to (nb_colors-1) do { j:INTEGER; 
      color_map.item j
      .make_rgb (
	buffer_item (pos_buffer + 2),
	buffer_item (pos_buffer + 1),
	buffer_item (pos_buffer + 0)
      );
      pos_buffer := pos_buffer + code;
    };
  );
          
  - buf_item :UINTEGER_8 <-
  ( + result:UINTEGER_8;
    result := bmp_buffer.item pos_buffer;
    pos_buffer := pos_buffer + 1;
    result
  );
  

  

  
lisaac_0.39_rc1/lib/extra/graphics/format/ai/0000755000175000017500000000000011314031253020777 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/graphics/format/ai/ai_color.li0000644000175000017500000000573711314031253023130 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_COLOR;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Color of .AI document.";

  - version := 1;  
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  - gray_to_rgb g:REAL_16_16 :UINTEGER_32 <-
  ( + tmp:UINTEGER_32;
    
    tmp := (g *# 255).to_integer;
    (tmp << 16) | (tmp << 8) | tmp
  );
  
  - cmyk_to_rgb (c,m,y,k:REAL_16_16) :UINTEGER_32 <-
  ( + r,g,b:UINTEGER_32;
    r   := ((- (c + k).min 1 + 1).max 0 *# 255).to_integer;
    g   := ((- (m + k).min 1 + 1).max 0 *# 255).to_integer;
    b   := ((- (y + k).min 1 + 1).max 0 *# 255).to_integer;           
    (r << 16) | (g << 8) | b
  );
  
Section Public
  
  + rgbcolor_fill  :UINTEGER_32;
  + rgbcolor_stroke:UINTEGER_32;
  
  //
  // GRAY
  //
    
  - make_gray_stroke g:REAL_16_16 <-
  ( 
    rgbcolor_stroke := gray_to_rgb g;
  );
  
  - make_gray_fill g:REAL_16_16 <-
  ( 
    rgbcolor_fill := gray_to_rgb g;
  );
  
  //
  // CMYK
  //
  
  - make_cmyk_stroke (c,m,y,k:REAL_16_16) <-
  (
    rgbcolor_stroke := cmyk_to_rgb (c,m,y,k);
  );
  
  - make_cmyk_fill (c,m,y,k:REAL_16_16) <-
  ( 
    rgbcolor_fill := cmyk_to_rgb (c,m,y,k);
  );
  
  //
  // CMYK + GRAY
  //

  - make_cmykg_stroke (c,m,y,k,g:REAL_16_16) <-
  (
    make_cmyk_stroke (c,m,y,k);
  );
  
  - make_cmykg_fill (c,m,y,k,g:REAL_16_16) <-
  (
    make_cmyk_fill (c,m,y,k);
  );





lisaac_0.39_rc1/lib/extra/graphics/format/ai/ai_move.li0000644000175000017500000000503611314031253022750 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_MOVE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Operation: move.";
  - version := 1;  
  
Section Inherit
  
  - parent_ai_operation:AI_OPERATION := AI_OPERATION;
  
Section Public
  
  + x:REAL_16_16;
  + y:REAL_16_16;
  
  //
  // Creation.
  //
  
  - create (lx,ly:REAL_16_16) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (lx,ly);
    result
  );
  
  - make (lx,ly:REAL_16_16) <-
  (
    x := lx;
    y := ly;
  );
  
  //
  // Draw.
  //
  
  - draw_stroke b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (    
    b.move_to (((x * s).rounded),((y * s).rounded));
  );
  
  - draw_fill b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (    
    b.poly_move_to (((x * s).rounded),((y * s).rounded));    
  );
  
  //  
  // Display.
  //
  
  - display <-
  (
    "poly_move_to ".print;
    (x *# 8).rounded.print;
    ','.print;
    (y *# 8).rounded.print;
    ";\n".print;
  );

  



lisaac_0.39_rc1/lib/extra/graphics/format/ai/ai_line.li0000644000175000017500000000501611314031253022727 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_LINE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Operation: line.";

  - version := 1;  
  
Section Inherit
  
  - parent_ai_operation:AI_OPERATION := AI_OPERATION;
  
Section Public
  
  + x:REAL_16_16;  
  + y:REAL_16_16;
  
  //
  // Creation.
  //
  
  - create (lx,ly:REAL_16_16) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (lx,ly);
    result
  );
  
  - make (lx,ly:REAL_16_16) <-
  (
    x := lx;
    y := ly;
  );
  
  //
  // Draw.
  //
  
  - draw_stroke b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    b.line_to (((x * s).rounded),((y * s).rounded));
  );

  - draw_fill b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    b.poly_line_to (((x * s).rounded),((y * s).rounded));
  );
  
  //
  // Display.
  //
  
  - display <-
  (
    "poly_line_to ".print;
    (x *# 8).rounded.print;
    ','.print;
    (y *# 8).rounded.print;
    ";\n".print;
  );




lisaac_0.39_rc1/lib/extra/graphics/format/ai/ai_layer.li0000644000175000017500000000576211314031253023124 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_LAYER;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Layer of a AI document.";

  - version := 1;    
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + color:AI_COLOR;
  
  + operation:LINKED_LIST(AI_OPERATION);
  
  + is_fill:BOOLEAN;
  
  + is_stroke:BOOLEAN;
      
  //
  // Creation.
  //
  
  - create lst_op:LINKED_LIST(AI_OPERATION) color col:AI_COLOR fill f:BOOLEAN stroke s:BOOLEAN :SELF <-
  ( + result:SELF;
    result := clone;
    result.make lst_op color col fill f stroke s;
    result
  );
  
  - make lst_op:LINKED_LIST(AI_OPERATION) color col:AI_COLOR fill f:BOOLEAN stroke s:BOOLEAN <-
  (
    color     := col;
    operation := lst_op;
    is_stroke := s;
    is_fill   := f;
  );
  
  //
  // Draw
  //
  
  - draw b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    ? { color != NULL};
    ? { operation !=  NULL};
    
    /*
    (operation.lower).to (operation.upper) do { i:INTEGER;      
      operation.item i.display; 
    };
    */

    is_fill.if {      
      b.color (color.rgbcolor_fill);
      (operation.lower).to (operation.upper) do { i:INTEGER;
	operation.item i.draw_fill b scale s;
      };
      b.poly_trace;
    };
    is_stroke.if {
      b.color (color.rgbcolor_stroke);
      (operation.lower).to (operation.upper) do { i:INTEGER;
	operation.item i.draw_stroke b scale s;
      };
    };

  );
  

lisaac_0.39_rc1/lib/extra/graphics/format/ai/ai_parser.li0000644000175000017500000011507711314031253023305 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := AI_PARSER;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Startup system : First object.";
  
  - version := 1;  
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - msg_err:STRING;

  - trace:BOOLEAN;
  
  + position:INTEGER;
  
  + source:FAST_ARRAY(CHARACTER);
  
  - string_tmp:STRING;
  
  - last_character:CHARACTER <-
  ( + result:CHARACTER;
    (position > source.upper).if {
      result := 0.to_character;
    } else {
      result := source.item position;
    };
    result
  );
  
  - end_source:BOOLEAN <-
  (
    last_character = 0.to_character
  );
  
  - last_integer:INTEGER;
  
  - last_string:STRING_CONSTANT;
  
  - last_real_16_16:REAL_16_16;
  
  - last_flag:BOOLEAN;
  
  - is_new_line:BOOLEAN;
  
  - is_space:BOOLEAN <-
  (
    { last_character = ' '  } || { last_character = '\n' } ||
    { last_character = '\t' } || { last_character = '\f' } ||
    { last_character = '\a' } || { last_character = '\r' } ||
    { last_character = '\b' } || { last_character = '\v' }
  );
  
  - read_space:BOOLEAN <-
  ( + old_pos:INTEGER;
    old_pos := position;
    { end_source || { ! is_space }}.until_do {
      ( last_character = '\n' ).if {
	is_new_line := TRUE;
      };
      position := position + 1;
    };
    (position < source.upper).if {
      // Delete Comments except the first (type of the file)
      (position > 1).if {
	((last_character = '%') & (source.item (position + 1) != '%')).if {
	  { end_source || { last_character = '\n' }}.until_do {
	    position := position + 1;
	  };
	};
      };
    };
    ((position != old_pos) | (! end_source ))
  );
    
  - read_keyword s:STRING_CONSTANT :BOOLEAN <- 
  ( + result:BOOLEAN;
    + j,old_pos:INTEGER;
    read_space;
    j := s.lower;
    old_pos := position;    
    { end_source || { j > s.upper } || { last_character != s.item j }}.until_do {
      j := j + 1;
      position := position + 1;
    };
    (j > s.upper).if {      
      result := TRUE;
      
      trace.if {
	"\n----> Read Keyword: ".print;
	s.print;
	'\n'.print;
      };
      
    } else {
      position := old_pos;
    };
    result
  );
  
  - read_identifier:BOOLEAN <-
  ( + result:BOOLEAN;
    read_space;
    string_tmp.clear;
    { end_source ||  {! ( last_character.is_letter || {last_character.is_digit} || {last_character = '_'} || {last_character = '-' })}}.until_do {
      string_tmp.add_last last_character;
      position := position + 1;
    };    
    //string_tmp.print;
    (! string_tmp.is_empty).if {
      last_string := AI_ALIAS.get string_tmp;
      result := TRUE;
    };
    
    trace.if {
      "\n----> Read_Identifier: ".print;    
      string_tmp.print;
      '\n'.print;
    };
    
    result
  );
  
  - read_string:BOOLEAN <-
  (+ result:BOOLEAN;
    read_space;
    string_tmp.clear;
    { end_source || { last_character = '(' } || { last_character = ')' } || { last_character = '\n'}}.until_do {
      string_tmp.add_last last_character;
      position := position + 1;
    };
    (! string_tmp.is_empty).if {
      last_string := AI_ALIAS.get string_tmp; 
      result := TRUE;
    };      
    result    
  );
  
  - read_flag:BOOLEAN <-
  ( + result:BOOLEAN;
    
    read_space;
    (last_character = '0').if {
      last_flag := FALSE;
      result := TRUE;
      position := position + 1;
    }.elseif {last_character = '1' } then {
      last_flag := TRUE;
      result := TRUE;
      position := position + 1;
    };
    
    trace.if {
      "\n----> Read Flag: ".print;
      last_flag.to_string.print;
      '\n'.print;
    };
    
    result  
  );
  
  - read_integer:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;        
    read_space;
    old_pos := position;
    (last_character = '-').if {
      string_tmp.add_last '-';
      position := position + 1;
      read_space;
    };
    last_character.is_digit.if {
      result := TRUE;
      string_tmp.clear;
      string_tmp.add_last last_character;
      position := position + 1;
      { ! last_character.is_digit }.until_do {
	string_tmp.add_last last_character;
	position := position + 1;
      };      
      (last_character = '.').if {
	// Real
	result := FALSE;
	position := old_pos;
      } else {
	last_integer := string_tmp.to_integer;
      };
    };
    
    trace.if {
      "\n----> Read Integer: ".print;
      last_integer.print;
      '\n'.print;
    };
    
    result    
  );
  
  - read_real_16_16:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;
    + find:BOOLEAN;
    read_space;    
    old_pos := position;
    (last_character = '-').if {
      string_tmp.add_last '-';
      position := position + 1;
      read_space;
    };
    (last_character = '.').if {
      string_tmp.add_last '.';
      position := position + 1;
      find := TRUE;
    };
    last_character.is_digit.if {
      result := TRUE;
      string_tmp.clear;
      string_tmp.add_last last_character;
      position := position + 1;
      { ! last_character.is_digit }.until_do {
	string_tmp.add_last last_character;
	position := position + 1;
      };
      (last_character = '.').if {
	find.if {
	  // Already read '.'
	  result := FALSE;
	  position := old_pos;
	} else {
	  string_tmp.add_last '.';
	  position := position + 1;
	  { ! last_character.is_digit }.until_do {
	    string_tmp.add_last last_character;
	    position := position + 1;
	  };
	};
      };

      last_real_16_16 := string_tmp.to_real_16_16;
    };
    
    trace.if {
      "\n----> Real: ".print;
      last_real_16_16.print;
      '\n'.print;
    };
    
    result    
  );
  
  - read_comment:BOOLEAN <-
  (
    { end_source || { last_character = '\n'} }.until_do {
      position := position + 1; 
    };
    TRUE 
  );

  - read_character c:CHARACTER :BOOLEAN <- 
  ( + result:BOOLEAN;
    read_space;
    (last_character = c).if {
      position := position + 1;
      result := TRUE;
    };
    result
  );

  //
  // Error Management
  // 
  
  - syntax_error txt:ABSTRACT_STRING <-
  (
    msg_err.clear;
    msg_err.append "\n--SYNTAX-------\n";
    msg_err.append txt;
    msg_err.append " Line ";
    msg_err.append (get_line.to_string);    
    msg_err.print;
    die_with_code exit_failure_code;
  );
  
  - missing_keyword txt:ABSTRACT_STRING <-
  (
    msg_err.clear;
    msg_err.append "\n--MISSING KEYWORD-------\n";
    msg_err.append txt;
    msg_err.append " Line ";
    msg_err.append (get_line.to_string);
    msg_err.print;
    die_with_code exit_failure_code;
  );
  
  - print_line <-
  (
    " Line ".print;
    get_line.to_string.print;
  );
  
  - get_line:INTEGER <-
  ( + pos:INTEGER;
    + line:INTEGER;
    pos := source.lower;
    line := 1;
    {pos = position}.until_do {
      (source.item pos = '\n').if {
	line := line + 1;
      };
      pos := pos + 1;
    };
    line
  );
  
  // Last read coordinates
  - last_x:REAL_16_16;  
  - last_y:REAL_16_16;
    
  // Current Point
  - x_cur:REAL_16_16;
  - y_cur:REAL_16_16;
  
Section Public
  
  + llx:REAL_16_16; // lower horizontal bound
  + urx:REAL_16_16; // upper horizontal bound
  + lly:REAL_16_16; // lower vertical bound
  + ury:REAL_16_16; // upper vertical bound
  
  + width :INTEGER;  
  + height:INTEGER;
    
  //
  // Results
  //
  
  + list_layer:LINKED_LIST(AI_LAYER);
  
  + current_list:LINKED_LIST(AI_OPERATION);
  
  + current_color:AI_COLOR;
  
  //
  // Grammar Rules
  //
  
  //++ DOCUMENT          -> PROLOGUE
  //++                      SCRIPT  
  - read_document <-
  (     
    trace.if {  
      "\n Read Document".print;
      print_line;
    };
    
    (! read_prologue).if {
      syntax_error "Wrong file format";
    };
    (! read_script).if {
      syntax_error "Incorrect Script";            
    };
    
    trace.if {  
      "\n## End Read Document".print;
      print_line;
    };
  );
    
  //++ PROLOGUE          -> '%!PS-Adobe-2.0 EPSF-1.2'
  //++                      [ comment ]
  //++                      '%%BoundingBox:'real real real real
  //++                      [ comment ]
  //++                      '%%EndProlog'  
  - read_prologue:BOOLEAN <-
  ( + result:BOOLEAN;   
    
    trace.if {  
      "\n Read Prologue".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.prefix_file).if {
      { read_keyword (AI_ALIAS.bounding_box) }.until_do {
        read_comment;
      };
      (! read_real_16_16).if {
        syntax_error "Missing llx";
      };
      llx := last_real_16_16;
      (! read_real_16_16).if {
        syntax_error "Missing lly";
      };
      lly := last_real_16_16;
      (! read_real_16_16).if {
        syntax_error "Missing urx";
      };
      urx := last_real_16_16;
      (! read_real_16_16).if {
        syntax_error "Missing ury";
      };
      ury := last_real_16_16;
      
      width  := (urx - llx).to_integer;
      height := (ury - lly).to_integer + 1;
      
      { read_keyword (AI_ALIAS.end_prolog) }.until_do {
        read_comment;
      };
      result := TRUE;
    };

    (trace && {result}).if {  
      "\n## End Read Prologue".print;
      print_line;
    };
        
    result
  );
  
  //++ SCRIPT            -> SETUP
  //++                      SCRIPT_BODY
  //++                      TRAILER  
  - read_script:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Script".print;
      print_line;
    };
    
    read_setup.if {
      (! read_script_body).if {
        syntax_error "Incorrect Script Body";
      };
      (! read_trailer).if {
        syntax_error "Incorrect Trailer";
      };
      result := TRUE;
    }; 
    
    (trace && {result}).if {  
      "\n## End Read Script".print;
      print_line;
    };   
    
    result
  );
  
  //++ SETUP             -> '%%BeginSetup'
  //++                      ['Adobe_illustrator_' real 'begin']
  //++                      [PROC_SETS_INIT]
  //++                      FONT_ENCODING
  //++                      [PATTERN_DEFS]
  //++                      '%%EndSetup'  
  - read_setup:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Setup".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.begin_setup).if {
      (read_keyword (AI_ALIAS.adobe_illustrator)).if {
        (! read_real_16_16).if {
          syntax_error "Wrong num version";
        };
        (! read_keyword (AI_ALIAS.begin)).if {
          missing_keyword (AI_ALIAS.begin);
        };
      };
      read_proc_sets_init;
      (! read_font_encoding).if {
        syntax_error "Incorrect font encoding";
      };
      read_pattern_defs;
      (! read_keyword (AI_ALIAS.end_setup)).if {
        missing_keyword (AI_ALIAS.end_setup);
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Setup".print;
      print_line;
    };
    
    result
  );
  
  //++ PROC_SETS_INIT    -> { INITIALIZE }
  - read_proc_sets_init:BOOLEAN <-
  (
    
    trace.if {  
      "\n Read Proc Sets Init".print;
      print_line;
    };
    
    {read_initialize}.while_do { };
    
    trace.if {  
      "\n## End Read Proc Sets Init".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ INITIALIZE        -> identifier '/initialize get exec'
  - read_initialize:BOOLEAN <-
  (+ result:BOOLEAN;
    
    trace.if {  
      "\n Read Initialize".print;
      print_line;
    };
    
    read_identifier.if {
      (! read_keyword (AI_ALIAS.initialize)).if {
        missing_keyword (AI_ALIAS.initialize);
      };
      result := TRUE;
    };

    (trace && {result}).if {  
      "\n Read Initialize".print;
      print_line;
    };
    
    result
  );
  
  //++ FONT_ENCODING     -> { RE_ENCODING }
  - read_font_encoding:BOOLEAN <-
  (    
    trace.if {  
      "\n Read Font Encoding".print;
      print_line;
    };
    
    { read_re_encoding }.while_do { };
    
    trace.if {  
      "\n## End Read Font Encoding".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ RE_ENCODING       -> '%%BeginEncoding:' newfontname oldfontname
  //++                      Z
  //++                      '%%EndEncoding'
  - read_re_encoding:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read ReEncoding".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.begin_encoding).if {
      (! read_identifier).if {
        syntax_error "Missing newfontname identifier";
      };
      (! read_identifier).if {
        syntax_error "Missing oldfontname identifier";
      };
      (! read_upper_z).if {
        syntax_error "Wrong syntax for Z operator";
      };
      (! read_keyword (AI_ALIAS.end_encoding)).if {
        missing_keyword (AI_ALIAS.end_encoding);
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read ReEncoding".print;
      print_line;
    };
    
    result
  );
  
  //++ Z                 -> '['[NEW_ENCODING]']' '/' identifier '/' identifier integer 'Z'
  - read_upper_z:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read upper Z".print;
      print_line;
    };
    
    read_character '['.if {
      read_new_encoding;
      (! read_character ']').if {
        syntax_error "Mismatch Bracket";
      };
      (!read_character '/').if {
        missing_keyword "/";
      };
      (! read_identifier).if {
        syntax_error "Missing newfontname identifier";
      };
      (! read_character '/').if {
        missing_keyword "/";
      };
      (! read_identifier).if {
        syntax_error "Missing oldfontname identifier";
      };
      read_integer;
      (! read_character 'Z').if {
        missing_keyword "Z";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read upper Z".print;
      print_line;
    };
    
    result                    
  );
  
  //++ NEW_ENCODING      -> { integer '/' identifier { '/' identifier}}
  - read_new_encoding:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read New Encoding".print;
      print_line;
    };
    
    { read_integer }.while_do {
      (! read_character '/').if {
        missing_keyword "/";
      };
      (! read_identifier).if {
        syntax_error "Missing name identifier";
      };
      { read_character '/' }.while_do {
        (! read_identifier).if {
          syntax_error "Missing name identifier";
        };
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read New Encoding".print;
      print_line;
    };
    
    result        
  );  
  
  //++ PATTERN_DEFS      -> { PATTERN }
  - read_pattern_defs:BOOLEAN <-
  (    
    trace.if {  
      "\n Read Pattern Def".print;
      print_line;
    };
    
    { read_pattern }.while_do { };

    trace.if {  
      "\n## End Read Pattern Def".print;
      print_line;
    };
    TRUE
  );
  
  //++ PATTERN           -> '%%BeginPattern:' '('patternname')'
  //++                      E
  //++                      '%%EndPattern'
  - read_pattern:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Pattern".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.begin_pattern).if {
      (! read_character '(').if {
        syntax_error "Mismatch parentheses";
      };
      (! read_identifier).if {
        syntax_error "Missing pattername identifier";
      };
      (! read_character ')').if {
        syntax_error "Mismatch parentheses";
      };
      (! read_upper_e).if {
        syntax_error "Wrong syntax for E operator";
      };
      (! read_keyword (AI_ALIAS.end_pattern)).if {
        missing_keyword (AI_ALIAS.end_pattern);
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Pattern".print;
      print_line;
    };
    
    result      
  );
  
  //++ E                 -> '(' patternname ')' real real real real real [LAYER_LIST] 'E'
  - read_upper_e:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Upper E".print;
      print_line;
    };
    
    (read_character '(').if {
      (! read_identifier).if {
        syntax_error "Missing patternname identifier";
      };
      (! read_character ')').if { 
        syntax_error "Mismatch parentheses";
      };
      (! read_real_16_16).if {
        syntax_error "Missing llx identifier";
      };
      (! read_real_16_16).if {
        syntax_error "Missing lly identifier";
      };
      (! read_real_16_16).if {
        syntax_error "Missing urx identifier";
      };
      (! read_real_16_16).if {
        syntax_error "Missing ury identifier";
      };
      read_layer_list;
      (! read_character 'E').if {
        missing_keyword "E";
      };
      
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Upper E".print;
      print_line;
    };
    
    result
  );
  
  //++ LAYER_LIST        -> { LAYER_COLOR LAYER_TILE }
  - read_layer_list:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Layer List".print;
      print_line;
    };
    
    { read_layer_color }.while_do {
      (! read_layer_tile).if {
        syntax_error "Incorrect layer tile.";
      };
    };
    
    (trace && {result}).if {  
      "\n## Read Layer List".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ LAYER_COLOR       -> '(' COLOR ')' '@'
  - read_layer_color:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Layer Color".print;
      print_line;
    };
    
    read_character '('.if {
      (! read_color).if {
        syntax_error "Incorrect Color";
      };
      (! read_character ')').if {
        missing_keyword ")";
      };
      (! read_character '@').if {
        missing_keyword "@";
      };      
    };
    
    (trace && {result}).if {  
      "\n## End Read Layer Color".print;
      print_line;
    };
    
    result
  );
  
  //++ LAYER_TILE        -> '(' TILE_DEFINITION ')' '&' 
  //++                    | '_' '&'  
  - read_layer_tile:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Layer Tile".print;
      print_line;
    };
    
    (read_character '(').if {
      (! read_tile_definition).if {
        syntax_error "Incorrect Tile Definition";        
      };
      (! read_character ')').if {
        syntax_error "Mismatch parentheses";
      };
      (! read_character '&').if {
        missing_keyword "&";
      };
      result := TRUE;
    }.elseif { read_character '_' } then {
      (! read_character '&').if {
        missing_keyword "&";
      };
      result := TRUE;
    };     
    
    (trace && {result}).if {  
      "\n## End Read Layer Tile".print;
      print_line;
    };
    
    result
  );
  
  //++ COLOR             -> COLOR_COMPOSITE { COLOR_COMPOSITE }
  - read_color:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Color".print;
      print_line;
    };
        
    read_color_composite.if {
      { read_color_composite }.while_do {
      };
      result := TRUE;
    };

    (trace && {result}).if {  
      "\n## End Read Color".print;
      print_line;
    };
    
    result
  );
  
  //++ COLOR_COMPOSITE   -> flag 'O'
  //++                    | flag 'R'
  //++                    | real 'g' 
  //++                    | real 'G' 
  //++                    | real real real real 'k' 
  //++                    | real real real real 'K'  
  //++                    | real real real real '(' string ')' real 'x' 
  //++                    | real real real real '(' string ')' real 'X'   
  - read_color_composite:BOOLEAN <-
  ( + result:BOOLEAN;
    + c,m,y,k,g:REAL_16_16;
    + old_pos:INTEGER;
    
    trace.if {  
      "\n Read Color Composite".print;
      print_line;
    };
    
    old_pos := position;
    read_flag.if {
      (read_character 'O').if {
        result := TRUE;        
      }.elseif { read_character 'R'} then {
        result := TRUE;
      } else {
        position := old_pos;
      };
    };
    ((! result) &&  {read_real_16_16}).if {
      c := last_real_16_16;
      (read_character 'g').if {
        result := TRUE;
        current_color.make_gray_fill last_real_16_16;
      }.elseif { read_character 'G' } then {
        result := TRUE;
        current_color.make_gray_stroke last_real_16_16;
      }.elseif { read_real_16_16 } then {
        m := last_real_16_16;
        (read_real_16_16).if {
	  y := last_real_16_16;
	  (! read_real_16_16).if {
	    syntax_error "Incorrect K color composite.";
	  };          
	  k := last_real_16_16;
	  (read_character 'k').if {
	    result := TRUE;
	    current_color.make_cmyk_fill (c,m,y,k);
	  }.elseif { read_character 'K'} then {
	    result := TRUE;
	    current_color.make_cmyk_stroke (c,m,y,k);
	  }.elseif { read_character '('} then {
	      (! read_string).if {
		syntax_error "Incorrect String.";
	      };
	    (! read_character ')').if {
	      syntax_error "Mismatch parentheses";
	    };        
	    (! read_real_16_16).if {
	      syntax_error "Incorrect Gray color composite.";
	    };
	    g := last_real_16_16;
	    (read_character 'x').if {
	      current_color.make_cmykg_fill (c,m,y,k,g);
	      result := TRUE;
	    }.elseif {read_character 'X'} then {
	      result := TRUE;
	      current_color.make_cmykg_fill (c,m,y,k,g);
	    };
          };                          
	} else {                    
	  position := old_pos;
	};
      };
    };

    (trace && {result}).if {  
      "\n## End Read Color Composite".print;
      print_line;
    };

    result
  );
  
  //++ TILE_DEFINITION   -> OBJ_WITHOUT_COL
  - read_tile_definition:BOOLEAN <-
  ( + result:BOOLEAN;    
    
    trace.if {  
      "\n Read Tile Definition".print;
      print_line;
    };
    
    result := read_obj_without_col;
    
    trace.if {  
      "\n## End Read Tile Definition".print;
      print_line;
    };
    
    result
  );
  
  //++ OBJECT            -> COLOR { OBJ_WITHOUT_COL }
  - read_object:BOOLEAN <-
  ( + result:BOOLEAN;
    trace.if {  
      "\n Read Object".print;
      print_line;
    };
    
    (read_color).if {
      result := TRUE;
      { read_obj_without_col }.while_do { };
    };
    
    (trace && {result}).if {  
      "\n## End Read Object".print;
      print_line;
    };
    
    result
  );
  
  //++ OBJ_WITHOUT_COL   -> [ GRAPHICS_STATE ] { '%%Note:' comment } ( GRAPHIC | TEXT )   
  - read_obj_without_col:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Obj Without col".print;
      print_line;
    };
    
    read_graphics_state;
    { read_keyword (AI_ALIAS.note)}.while_do {
      read_comment;
    };
    (read_graphic || {read_text}).if {
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Obj Without col".print;
      print_line;
    };
    
    result
  );
  
  //++ GRAPHICS_STATE    -> GRAPH_COMPOSITE { GRAPH_COMPOSITE } 
  - read_graphics_state:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Graphics State".print;
      print_line;
    };
    
    read_graph_composite.if {
      { read_graph_composite }.while_do { };
      result := TRUE;
    };

    (trace && {result}).if {  
      "\n## End Read Graphics State".print;
      print_line;
    };
    
    result
  );
  
  //++ GRAPH_COMPOSITE   -> '[' { real } ']' integer 'd'
  //++                    | integer  ( 'j' | 'J' | 'M' ) 
  //++                    | real ( 'i' | 'w' )
  - read_graph_composite:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;
    
    trace.if {  
      "\n Read Graph Composite".print;
      print_line;
    };
    
    old_pos := position;
    (read_character '[').if {
      { read_real_16_16 }.while_do {
      };
      (! read_character ']').if {
        syntax_error "Incorrect Graph Composite";
      };
      (! read_integer).if {
        syntax_error "Incorrect Graph Composite";
      };
      (! read_character 'd').if {
        missing_keyword "d";
      };
      result := TRUE;
    }.elseif {read_integer} then {
      (read_character 'j').if {
        result := TRUE;
      }.elseif {read_character 'J'} then {
        result := TRUE;
      }.elseif {read_character 'M'} then {
        result := TRUE;
      } else {                      
        position := old_pos;        
      };
    };
    ((! result) && { read_real_16_16}).if { 
      (read_character 'i').if {
        result := TRUE;
      }.elseif {read_character 'w'} then {
        result := TRUE; 
      } else {
        position := old_pos;
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read Graph Composite".print;
      print_line;
    };
    
    result
  );
  
  //++ GRAPHIC           -> PATH PAINT_OPERATOR
  - read_graphic:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Graphic".print;
      print_line;
    };
    
    read_path.if {
      (! read_paint_operator).if {
        syntax_error "Incorrect Paint operator";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Graphic".print;
      print_line;
    };
    
    result
  );
  
  //++ PATH              -> COORD 'm' {PATH_COMPOSITE}
  - read_path:BOOLEAN <-
  ( + result:BOOLEAN;
    + op:AI_OPERATION;
    
    trace.if {  
      "\n Read Path".print;
      print_line;
    };
    
    read_coord.if {
      (! read_character 'm').if {        
        missing_keyword "m";
      };
      op := AI_MOVE.create (last_x,last_y);
      current_list.add_last op;
      x_cur := last_x;
      y_cur := last_y;
      
      {read_path_composite}.while_do { };
      
      result := TRUE;      
    };    
    
    (trace && {result}).if {  
      "\n## End Read Path".print;
      print_line;
    };
    
    result
  );
  
  //++ PATH_COMPOSITE    -> COORD ( 'l' | 'L' )
  //++                    | COORD COORD ( 'v' | 'V' | 'y' | 'Y' )
  //++                    | COORD COORD COORD ( 'c' | 'C' )
  - read_path_composite:BOOLEAN <-
  ( + result:BOOLEAN;    
    + x1,y1,x2,y2,x3,y3:REAL_16_16;
    + op:AI_OPERATION;
    
    trace.if {  
      "\n Read Path Composite".print;
      print_line;
    };
    
    read_coord.if {
      x1 := last_x;
      y1 := last_y;
      ((read_character 'l') || {read_character 'L'}).if {
	result := TRUE;
	op := AI_LINE.create (x1,y1);
        x_cur := x1;
        y_cur := y1;
      }.elseif {read_coord} then {
        x2 := last_x;
        y2 := last_y;
        ((read_character 'v') || {read_character 'V'}).if {
	  result := TRUE;          
	  op := AI_BEZIER.create_w1 (x_cur,y_cur) w2 (x1,y1) to (x2,y2); 
          x_cur := x2;
          y_cur := y2;
        }.elseif {(read_character 'y') || {read_character 'Y'}} then {
	  result := TRUE;
	  op := AI_BEZIER.create_w1 (x1,y1) w2 (x2,y2) to (x2,y2); 
          x_cur := x2;
          y_cur := y2;
        }.elseif {read_coord} then {  
          x3 := last_x;
          y3 := last_y;
          ((read_character 'c') || {read_character 'C'}).if {
	    result := TRUE;
	    op := AI_BEZIER.create_w1 (x1,y1) w2 (x2,y2) to (x3,y3);
            x_cur := x3;
            y_cur := y3;
          } else {
            syntax_error "Incorrect Path Composite";
          };
        } else {
          syntax_error "Incorrect Path Composite";
        };
      } else {
        syntax_error "Incorrect Path Composite";
      };        
    };
    (op != NULL).if {
      current_list.add_last op;
    };

    (trace && {result}).if {  
      "\n## End Read Path Composite".print;
      print_line;
    };
    
    result
  );  
  
  //++ PAINT_OPERATOR    -> 'N' | 'n' | 'F' | 'f' | 'S' | 's' | 'B' | 'b' | 'H' | 'h' | 'W'
  - read_paint_operator:BOOLEAN <-
  ( + result,is_fill,is_stroke:BOOLEAN;
    + new_layer:AI_LAYER;
    
    trace.if {  
      "\n Read Paint Operator".print;
      print_line;
    };
    
    result := TRUE;
    (read_character 'N').if {
      // Nothing.
    }.elseif {read_character 'n'} then {  
      // Nothing.      
    }.elseif {read_character 'F'} then {        
      // Fill.      
      is_fill := TRUE;
    }.elseif {read_character 'f'} then {
      // Fill.
      is_fill := TRUE;
    }.elseif {read_character 'S'} then {
      // Stroke.
      is_stroke := TRUE;
    }.elseif {read_character 's'} then {
      // Stroke.
      is_stroke := TRUE;
    }.elseif {read_character 'B'} then {
      // Fill + Stroke.
      is_stroke := TRUE;
      is_fill   := TRUE;
    }.elseif {read_character 'b'} then {
      // Fill + Stroke.
      is_stroke := TRUE;
      is_fill   := TRUE;
    }.elseif {read_character 'H'} then {
      // ??
    }.elseif {read_character 'h'} then {
      // ??
    }.elseif {read_character 'W'} then {
      // ??
    } else {      
      syntax_error "Incorrect Paint Operator";
      result := FALSE;
    };
    result.if {
      new_layer := AI_LAYER.create current_list color current_color fill is_fill stroke is_stroke;
      current_list := LINKED_LIST(AI_OPERATION).create;
      current_color:= current_color.clone;
      list_layer.add_last new_layer;
    };
    
    (trace && {result}).if {  
      "\n## End Read Paint Operator".print;
      print_line;
    };
    
    result    
  );
  
  //++ TEXT              -> '/' identifier real real real integer 'z' TEXT_COMPOSITE { TEXT_CONTENT } 'T'
  - read_text:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Text".print;
      print_line;
    };
    
    (read_character '/').if {
      read_identifier.if {
        read_real_16_16.if {
          read_real_16_16.if {
            read_real_16_16.if {
              read_integer.if {
                read_character 'z'.if {
                  read_text_composite.if {
                    { read_text_content }.while_do { };
                    read_character 'T'.if {
                      result := TRUE;
                    };
                  };
                };
              };
            };
          };
        };
      };
      (! result).if {
        syntax_error "Incorrect text";
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read Text".print;
      print_line;
    };
    
    result
  );
  
  //++ TEXT_CONTENT      -> [ integer ] '(' string ')' 't' 
  - read_text_content:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Text Content".print;
      print_line;
    };
    
    read_integer;
    read_character '('.if {
      read_string.if {
        read_character ')'.if {
          read_character 't'.if {
            result := TRUE;
          };
        };
      };
      (! result).if {
        syntax_error "Incorrect Text content";
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read Text Content".print;
      print_line;
    };
    
    result
  );
  
  //++ TEXT_COMPOSITE    -> '[' real real real real real real ']' ( 'a' | 'e' | 'I' | 'o' | 'r' )
  - read_text_composite:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Text Composite".print;
      print_line;
    };
    
    read_character '['.if {
      read_real_16_16.if {
        read_real_16_16.if {
          read_real_16_16.if {
            read_real_16_16.if {  
              read_real_16_16.if {
                read_real_16_16.if {
                  read_character ']'.if { 
                    read_character 'a'.if {
                      result := TRUE;
                    }.elseif {read_character 'e'} then {
                      result := TRUE;
                    }.elseif {read_character 'I'} then {
                      result := TRUE;
                    }.elseif {read_character 'o'} then {
                      result := TRUE;
                    }.elseif {read_character 'r'} then {
                      result := TRUE;
                    };
                  };
                };
              };
            };
          };
        };
      };
      (! result).if {
        syntax_error "Incorrect Text Composite";
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read Text Composite".print;
      print_line;
    };
    
    result
  );
  
  //++ COORD             -> real real 
  - read_coord:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;
    
    trace.if {  
      "\n Read Coord".print;
      print_line;
    };
    
    old_pos := position;
    read_real_16_16.if {
      last_x := last_real_16_16 - llx;
      (! read_real_16_16).if {
        position := old_pos;
      } else {
	last_y := (- (last_real_16_16 +# 1 - lly) +# height);
	result := TRUE;
      };
    };

    (trace && {result}).if {  
      "\n## End Read Coord".print;
      print_line;
    };
    
    result    
  );
  
  //++ SCRIPT_BODY       -> { ELEMENT | IMPORT_DOC }
  - read_script_body:BOOLEAN <-
  (
    
    trace.if {  
      "\n Read Script Body".print;
      print_line;
    };
    
    { read_element || { read_import_doc } }.while_do {      
    };
    
    trace.if {  
      "\n## End Read Script Body".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ ELEMENT           -> { A }
  //++                      GROUP | OBJECT
  - read_element:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Element".print;
      print_line;
    };
    
    { read_upper_a }.while_do { };
    (read_group || { read_object }).if {
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Element".print;
      print_line;
    };
    
    result
  );
  
  //++ A                 -> flag 'A'
  - read_upper_a:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;    
    
    trace.if {  
      "\n Read A".print;
      print_line;
    };
    
    old_pos := position;
    read_flag.if {
      (! read_character 'A').if {
        position := old_pos;
      } else {
        result := TRUE;
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read A".print;
      print_line;
    };
    
    result
  );
  
  //++ GROUP             -> ['*'] 'u'
  //++                      OBJECT_SEQ
  //++                      ['*'] 'U'
  //++                    | 'q'
  //++                      OBJECT_SEQ
  //++                      'Q'
  - read_group:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Group".print;
      print_line;
    };
    
    read_character '*';
    (read_character 'u').if {
      (! read_object_seq).if {
        syntax_error "Incorrect Object Seq";
      };
      read_character '*';
      (! read_character 'U').if {
        missing_keyword "U";
      };
      result := TRUE;
    }.elseif { read_character 'q' } then {
      (! read_object_seq).if {
        syntax_error "Incorrect Object Seq";
      };
      (! read_character 'Q').if {
        missing_keyword "Q";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Group".print;
      print_line;
    };
    
    result
  );
  
  //++ OBJECT_SEQ        -> { ELEMENT }
  - read_object_seq:BOOLEAN <-
  (
    
    trace.if {  
      "\n Read Object Seq".print;
      print_line;
    };
    
    { read_element }.while_do { };
    
    trace.if {  
      "\n## End Read Object Seq".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ IMPORT_DOC        -> '''
  //++                      '%%IncludeFile:' filename
  //++                      '~'
  - read_import_doc:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Import Doc".print;
      print_line;
    };
    
    read_character '\''.if {
      (! read_keyword (AI_ALIAS.include_file)).if {
        missing_keyword (AI_ALIAS.include_file);
      };
      (! read_identifier).if {
        syntax_error "Missing filename identifier";
      };
      (! read_character '~').if {
        missing_keyword "~";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Import Doc".print;
      print_line;
    };
    
    result
  );
  
  //++ TRAILER           -> '%%Trailer'
  //++                      { TERMINATE }
  - read_trailer:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Trailer".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.trailer).if {
      { read_terminate }.while_do { };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Trailer".print;
      print_line;
    };
    
    result    
  );
  
  //++ TERMINATE         -> (identifier '/terminate get exec' | '_E end')
  - read_terminate:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Terminate".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.end).if {
      result := TRUE;
    }.elseif {read_identifier} then {
      (! read_keyword (AI_ALIAS.terminate)).if {
        syntax_error "Incorrect terminate.";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Terminate".print;
      print_line;
    };
    
    result
  );
  
  //
  // Parser
  //
  
  - create s:FAST_ARRAY(CHARACTER) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make s;
    result
  );    
  
  - make s:FAST_ARRAY(CHARACTER) <-
  (
    AI_ALIAS.make;
    source := s;
    position := 0;
    msg_err := STRING.create 80;
    string_tmp := STRING.create 250;
    list_layer := LINKED_LIST(AI_LAYER).create;
    current_color := AI_COLOR.clone;
    current_list  := LINKED_LIST(AI_OPERATION).create;
    trace := FALSE;
    read_document;    
  );
  
  - draw b:ABSTRACT_BITMAP scale coef:REAL_16_16 <-
  ( + s:REAL_16_16;
    ? {list_layer != NULL};
    ? {b != NULL};
    s := coef;
    width  := (s *# width).ceiling;
    height := (s *# height).ceiling;
    // BSBS: Avec b.make tu reallou de la mémoire, c'est à revoir ...
    ((width != b.width) || {height != b.height}).if {
      b.make_size (width,height);
      b.rectangle_fill (0,0) to ((width -1),(height - 1)) color 083AAD3h;
    };    
    (s <= 0).if {
      s := 1;
    };
    (list_layer.lower).to (list_layer.upper) do { i:INTEGER;
      list_layer.item i.draw b scale s;
    };          
  );



lisaac_0.39_rc1/lib/extra/graphics/format/ai/ai_operation.li0000644000175000017500000000404011314031253023774 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_OPERATION;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment :="Operations of .AI document.";

  - version := 1;  
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  //
  // Draw.
  //
  
  - draw_stroke b:ABSTRACT_BITMAP scale s:REAL_16_16 <- deferred;

  - draw_fill b:ABSTRACT_BITMAP scale s:REAL_16_16 <- deferred;
  
  //
  // Display.
  //
  
  - display <- deferred;


lisaac_0.39_rc1/lib/extra/graphics/format/ai/ai_file.li0000644000175000017500000000464511314031253022726 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := AI_FILE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Adobe Illustrator File";
    
Section Inherit
  
  + parent_std_file:Expanded FILE;

Section Public

  + width:INTEGER;

  + height:INTEGER;

  - fill_bitmap f:FILE in b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  ( + tmp_buf:FAST_ARRAY(CHARACTER);
    + ai_parser:AI_PARSER;
    
    tmp_buf := FAST_ARRAY(CHARACTER).create_with_capacity (f.size);
    f.read tmp_buf size (f.size);
    ai_parser := AI_PARSER.create tmp_buf;
    width  := ai_parser.width;
    height := ai_parser.height;
    ai_parser.draw b scale s;
  );  
  
  - is_type n:ABSTRACT_STRING :BOOLEAN <-
  // Return true if the file name has '.ai' or '.AI' suffix
  (
    ? {n != NULL};
    ? {! n.is_empty};
    (n.has_suffix ".ai") || { n.has_suffix ".AI"}
  );
  



lisaac_0.39_rc1/lib/extra/graphics/format/ai/ai_alias.li0000644000175000017500000001042011314031253023064 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := AI_ALIAS;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Alias for Adobe Illustrator format.";
  
  - version := 1;  
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - list:HASHED_SET(ABSTRACT_STRING);
  
  //
  // Aliases keywords
  //
  
  // Symbol
  
  - start_comment:STRING_CONSTANT      := "%%";
  
  - start_comment_more:STRING_CONSTANT := "%%+";
    
  - prefix_file:STRING_CONSTANT        := "%!PS-Adobe-2.0 EPSF-1.2";

  - bounding_box:STRING_CONSTANT       := "%%BoundingBox:";

  - end_prolog:STRING_CONSTANT         := "%%EndProlog";
  
  - end_comments:STRING_CONSTANT       := "%%EndComments";  
  
  - begin_procset:STRING_CONSTANT      := "%%BeginProcset:";
  
  - begin_setup:STRING_CONSTANT        := "%%BeginSetup";
  
  - end_setup:STRING_CONSTANT          := "%%EndSetup";
  
  - adobe_illustrator:STRING_CONSTANT  := "Adobe_Illustrator_";
  
  - begin:STRING_CONSTANT              := "begin";
  
  - begin_encoding:STRING_CONSTANT     := "%%BeginEncoding:";
  
  - end_encoding:STRING_CONSTANT       := "%%EndEncoding";
  
  - begin_pattern:STRING_CONSTANT      := "%%BeginPattern";
  
  - end_pattern:STRING_CONSTANT        := "%%EndPattern";
  
  - note:STRING_CONSTANT               := "%%Note:";
  
  - include_file:STRING_CONSTANT       := "%%IncludeFile:";
  
  - trailer:STRING_CONSTANT            := "%%Trailer";
  
  - initialize:STRING_CONSTANT         := "/initialize get exec";
  
  - terminate:STRING_CONSTANT          := "/terminate get exec";
  
  - end:STRING_CONSTANT                := "_E end";
    
  //
  // Function
  //
  
  - make <-
  (
    list := HASHED_SET(ABSTRACT_STRING).create;
    // Symbol    
    list.add start_comment;      
    list.add start_comment_more; 
    //
    list.add prefix_file;
    list.add bounding_box;    
    list.add end_prolog;            
    list.add end_comments;      
    list.add begin_procset;    
    list.add begin_setup;      
    list.add end_setup;        
    list.add adobe_illustrator;
    list.add begin;            
    list.add begin_encoding;   
    list.add end_encoding;     
    list.add begin_pattern;    
    list.add end_pattern;      
    list.add note;             
    list.add include_file;     
    list.add trailer;          
    list.add initialize;  
    list.add terminate;        
    list.add end;
  );
  
  - get str:ABSTRACT_STRING :STRING_CONSTANT <-
  ( + result:STRING_CONSTANT;
    + tmp:ABSTRACT_STRING;
    ? {str != NULL};
    
    tmp := list.reference_at str;
    (tmp = NULL).if {
      result := STRING_CONSTANT.create_copy str;
      list.add result;
    } else {
      result ?= tmp;
    };
    result
  );
  
  
  



lisaac_0.39_rc1/lib/extra/graphics/format/ai/ai_bezier.li0000644000175000017500000000675411314031253023272 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_BEZIER;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "Operation: bezier";
  - version := 1;  
  
Section Inherit
  
  - parent_ai_operation:AI_OPERATION := AI_OPERATION;
  
Section Public
  
  + wx1:REAL_16_16;
  + wy1:REAL_16_16;
  
  + wx2:REAL_16_16;
  + wy2:REAL_16_16;
  
  + x:REAL_16_16;
  + y:REAL_16_16;
  
  //
  // Creation.
  //
  
  - create_w1 (lx1,ly1:REAL_16_16) w2 (lx2,ly2:REAL_16_16) to (lx3,ly3:REAL_16_16) :SELF <-
  (+ result:SELF;
    result := SELF.clone;
    result.make_w1 (lx1,ly1) w2 (lx2,ly2) to (lx3,ly3);
    result    
  );
  
  - make_w1 (lx1,ly1:REAL_16_16) w2 (lx2,ly2:REAL_16_16) to (lx3,ly3:REAL_16_16) <-
  (
    wx1 := lx1;
    wy1 := ly1;
    wx2 := lx2;
    wy2 := ly2;
    x   := lx3;
    y   := ly3;
  );
  
  //
  // Draw
  //

  - draw_stroke b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  ( + i_wx1,i_wy1,i_wx2,i_wy2,i_x,i_y:INTEGER;
    
    i_wx1 := (wx1 * s).rounded;
    i_wy1 := (wy1 * s).rounded;
    
    i_wx2 := (wx2 * s).rounded;
    i_wy2 := (wy2 * s).rounded;
    
    i_x   := (x * s).rounded;
    i_y   := (y * s).rounded;
    b.spline_w1 (i_wx1,i_wy1) w2 (i_wx2,i_wy2) to (i_x,i_y);
  ); 

  - draw_fill b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  ( + i_wx1,i_wy1,i_wx2,i_wy2,i_x,i_y:INTEGER;
    
    i_wx1 := (wx1 * s).rounded;
    i_wy1 := (wy1 * s).rounded;
    
    i_wx2 := (wx2 * s).rounded;
    i_wy2 := (wy2 * s).rounded;
    
    i_x   := (x * s).rounded;
    i_y   := (y * s).rounded;
    b.poly_spline_w1 (i_wx1,i_wy1) w2 (i_wx2,i_wy2) to (i_x,i_y);
  ); 

  //  
  // Display.
  //
  
  - display <-
  (  
    "poly_spline_w1 ".print;
    (wx1 *# 8).rounded.print;
    ','.print;
    (wy1 *# 8).rounded.print;
    " w2 ".print;
    (wx2 *# 8).rounded.print;
    ','.print;
    (wy2 *# 8).rounded.print;
    " to ".print;
    (x *# 8).rounded.print;
    ','.print;
    (y *# 8).rounded.print;
    ";\n".print;
  );



lisaac_0.39_rc1/lib/extra/graphics/format/format_img.li0000644000175000017500000000543311314031253023065 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := FORMAT_IMG;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "Format image generic";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  
  - name:STRING_CONSTANT <- 
  (
    deferred; 
    NULL
  );
      
  - extension:STRING_CONSTANT <-
  (
    deferred;
    NULL
  );
  
  - is_bitmap:BOOLEAN <-
  (
    deferred;
    FALSE
  );
  
  - is_vectorial:BOOLEAN <- ! is_bitmap;
  
  - height:INTEGER <- ( deferred; 0);
  - width:INTEGER  <- ( deferred; 0);
  
  //
  // Creation.
  //

  - create_with_file f:FILE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make_with_file f;
    result
  );

  - make_with_file f:FILE :SELF <-
  ( 
    deferred;
  );
  
  - create_with buf:FAST_ARRAY(UINTEGER_8) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make_with buf;
    result
  );

  - make_with buf:FAST_ARRAY(UINTEGER_8) :SELF <-
  ( 
    deferred;
  );
  
  //
  // Put image.
  //
  
  - put_image_in bmp:ABSTRACT_BITMAP <-
  (
    deferred;
  );
  
  - put_image_in bmp:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    deferred;
  );
  
Section FORMAT_IMG
  
  + pos_buffer:INTEGER;
  lisaac_0.39_rc1/lib/extra/graphics/pixel_32.li0000644000175000017500000000546111314031253021077 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded PIXEL_32;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Pixel on 32 bits.";
  
Section Insert
  
  + parent_pixel:Expanded PIXEL;
  
Section Mapping
  
  + map_blue:UINTEGER_8;

  + map_green:UINTEGER_8;

  + map_red:UINTEGER_8;
    
  + map_alpha:UINTEGER_8;
  
Section Public
  
  - blue:UINTEGER_8 <- map_blue;
  
  - green:UINTEGER_8 <- map_green;

  - red:UINTEGER_8 <- map_red;
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <-
  (
    col
  );
  
  - make col:UINTEGER_32 <-
  (
    map_alpha := ((col & 0FF000000h) >> 24).to_uinteger_8;
    map_red   := ((col & 000FF0000h) >> 16).to_uinteger_8;
    map_green := ((col & 00000FF00h) >>  8).to_uinteger_8;
    map_blue  :=  (col & 0000000FFh).to_uinteger_8;    
  );
  
  - make_rgb (r,g,b:UINTEGER_8) <-
  (
    map_red   := r;
    map_green := g;
    map_blue  := b;
  );
  
  - size:UINTEGER_8       := 32; 
  - red_size:UINTEGER_8   := 8;
  - red_pos:UINTEGER_8    := 16;
  - green_size:UINTEGER_8 := 8;
  - green_pos:UINTEGER_8  := 8;
  - blue_size:UINTEGER_8  := 8;
  - blue_pos:UINTEGER_8   := 0;
  - reserved_size:UINTEGER_8 :=8;
  - reserved_pos:UINTEGER_8  :=24;
    
  - to_pixel_32:PIXEL_32 <- Self;
  






lisaac_0.39_rc1/lib/extra/graphics/edge.li0000644000175000017500000001155711314031253020361 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EDGE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Sub prototype for BITMAP.polygone";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;  
  
Section Public
  
  // Make.
  
  + y:INTEGER;
  + x:INTEGER;   
  
  + width:INTEGER;
  + dx:INTEGER;  // REAL_24_8
  
  + is_down:BOOLEAN;
  + is_point:BOOLEAN;
  
  - x0:INTEGER <- x;
  - y0:INTEGER <- y;
  - x1:INTEGER <- dx;
  - y1:INTEGER <- width;
  
  + next_y:EDGE;
    
  + prev_x:EDGE;  // doubly linked list
  + next_x:EDGE;
  
  //
  // Function.
  // 
  
  - make (xx,yy:INTEGER) add inc:INTEGER <-
  // Flat.
  (    
    next_y   := NULL;
    is_point := TRUE;
    dx       := inc;    
    width    := 0;
    x := xx;
    y := yy;
  );
  
  - make (xx,yy:INTEGER) to (xx1,yy1:INTEGER) <-
  // Line.
  ( 
    next_y   := NULL;
    is_point := FALSE;
    (is_down := yy < yy1).if {
      // Down.
      y  := yy;
      x  := xx;            
      dx := xx1;
      width := yy1;
    } else {
      // up.
      y  := yy1;
      x  := xx1;            
      dx := xx;
      width := yy;
    };
  );
      
  - set_next_x new:EDGE <-
  (
    next_x:=new;
  );

  - set_prev_x new:EDGE <-
  (
    prev_x:=new;
  );
  
  - set_next_y new:EDGE <-
  (
    next_y := new;
  );
  
  - add old_root:EDGE :EDGE <-
  // Double link and sort with X.
  ( + pos,prv:EDGE;
    + new_root:EDGE;    
    
    to_run;
    pos:=old_root;
    {(pos!=NULL) && {(pos.x>8).print;
    ','.print;
    y.print;
    'W'.print;
    width.print;
    'D'.print;
    dx.print;    
    'N'.print;
    (next_y=NULL).if {
      "null".print;
    } else {
      "=>".print;
    };
    '@'.print;
    INTEGER.force_conversion Self .print;
    '}'.print;
  );






lisaac_0.39_rc1/lib/extra/graphics/low_level/0000755000175000017500000000000011314031253021106 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/extra/graphics/low_level/abstract_bmp_line.li0000644000175000017500000000544311314031253025112 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ABSTRACT_BMP_LINE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Generic bitmap line";
  
Section Inherit
  
  - parent_arrayed:ARRAYED := ARRAYED;
    
Section Public
  
  - lower:INTEGER := 0;
  
  + upper:INTEGER;
  
  + capacity:INTEGER;
  
  - count:INTEGER <- (upper + 1);
    
  //
  // Modification
  //
  
  - clear <-
  (
    upper := -1;
  );
   
  //
  // Put.
  //
  
  - put col:UINTEGER_32 to n:INTEGER <-
  ( 
    deferred;
  );
  
  - put col:UINTEGER_32 from idx_begin:INTEGER to idx_end:INTEGER <-   
  (  
    deferred;
  );
  
  - put bmp:ABSTRACT_BMP_LINE offset ofs:INTEGER from idx_begin:INTEGER to idx_end:INTEGER <-
  ( 
    deferred;
  );
  
  //
  // Get.
  //
  
  - get_color n:INTEGER :UINTEGER_32 <-
  ( 
    deferred;
  );
  
  - item_8  n:INTEGER :PIXEL_8  <- ( deferred; PIXEL_8);
  
  - item_15 n:INTEGER :PIXEL_15 <- ( deferred; PIXEL_15);

  - item_16 n:INTEGER :PIXEL_16 <- ( deferred; PIXEL_16);

  - item_24 n:INTEGER :PIXEL_24 <- ( deferred; PIXEL_24);

  - item_32 n:INTEGER :PIXEL_32 <- ( deferred; PIXEL_32);
  
  //
  // Arrayed consideration.
  //
  
  - get_storage:NATIVE_ARRAY(UINTEGER_8) <- ( deferred; NULL); 
lisaac_0.39_rc1/lib/extra/graphics/low_level/pixel.li0000644000175000017500000000651711314031253022566 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := PIXEL;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Generic Pixel.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - red:UINTEGER_8   <- (deferred; 0);
  // Abstracted red component on 8 bits.

  - green:UINTEGER_8 <- (deferred; 0);
  // Abstracted green component on 8 bits.

  - blue:UINTEGER_8  <- (deferred; 0);
  // Abstracted blue component on 8 bits.
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <- (deferred; 0);
  
  //
  // Access color 32 bits.
  //
  
  - rgbcolor:UINTEGER_32 <-
  (
    (red.to_uinteger_32 << 16) | (green.to_uinteger_32 << 8) | blue
  );
  
  //
  // Modification 32bits.
  //
  
  - make col:UINTEGER_32 <- deferred;
  
  - make_rgb (r,g,b:UINTEGER_8) <- deferred;  // For speed conversion between pixels
  
  //
  // Consultation geometry.
  //
  
  - size:UINTEGER_8 <- ( deferred; 0); 
  - red_size:UINTEGER_8 <- ( deferred; 0);      
  - red_pos:UINTEGER_8 <- ( deferred; 0);
  - green_size:UINTEGER_8 <- ( deferred; 0);
  - green_pos:UINTEGER_8 <- ( deferred; 0);
  - blue_size:UINTEGER_8 <- ( deferred; 0);
  - blue_pos:UINTEGER_8 <- ( deferred; 0);
  - reserved_size:UINTEGER_8 <- ( deferred; 0);
  - reserved_pos:UINTEGER_8 <- ( deferred; 0);
  
  //
  // Conversion.
  //
  
  - to_pixel_8:PIXEL_8 <- 
  (     
    PIXEL_8.create_rgb (red,green,blue)        
  );

  - to_pixel_15:PIXEL_15 <-
  ( 
    PIXEL_15.color_rgb (red,green,blue)
  );
  
  - to_pixel_16:PIXEL_16 <-
  (     
    PIXEL_16.color_rgb (red,green,blue)
  );

  - to_pixel_24:PIXEL_24 <-
  (     
    PIXEL_24.color_rgb (red,green,blue)
  );

  - to_pixel_32:PIXEL_32 <-
  (     
    PIXEL_32.color_rgb (red,green,blue)
  );
  
  //
  // Display.
  //
  
  - print <- deferred;



lisaac_0.39_rc1/lib/extra/graphics/low_level/abstract_bitmap.li0000644000175000017500000011465511314031253024607 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ABSTRACT_BITMAP;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Generic Bitmap.";
    
  - external    := `
//
// Font System 1250 bytes.
//
unsigned short __index_font[96]={
0x000,0x007,0x008,0x00B,0x012,0x017,0x021,0x028,0x029,0x02C,0x02F,0x034,
0x039,0x03B,0x03F,0x040,0x044,0x049,0x04C,0x051,0x056,0x05B,0x060,0x065,
0x06A,0x06F,0x074,0x075,0x077,0x07C,0x081,0x086,0x08B,0x097,0x0A0,0x0A7,
0x0AF,0x0B7,0x0BE,0x0C5,0x0CD,0x0D5,0x0D6,0x0DB,0x0E2,0x0E8,0x0F1,0x0F9,
0x101,0x109,0x111,0x11A,0x121,0x12A,0x132,0x13B,0x148,0x150,0x159,0x15F,
0x162,0x166,0x169,0x16E,0x175,0x177,0x17E,0x184,0x18A,0x190,0x196,0x199,
0x19F,0x1A4,0x1A5,0x1A7,0x1AD,0x1AE,0x1B7,0x1BC,0x1C2,0x1C8,0x1CE,0x1D1,
0x1D6,0x1D9,0x1DE,0x1E5,0x1EE,0x1F4,0x1FB,0x1FF,0x204,0x205,0x20A,0x211};

unsigned short __graph_font[0x211]={
0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x17F8,0x0078,0x0000,
0x0078,0x0200,0x1E40,0x03C0,0x1E78,0x03C0,0x0278,0x0040,0x08E0,0x1110,
0x3FF8,0x1110,0x0E60,0x0030,0x0848,0x0448,0x0230,0x0100,0x0080,0x0C40,
0x1220,0x1210,0x0C00,0x0E00,0x1170,0x1088,0x1188,0x1670,0x0800,0x1400,
0x0078,0x1FC0,0x6030,0x8008,0x8008,0x6030,0x1FC0,0x0050,0x0060,0x0038,
0x0060,0x0050,0x0100,0x0100,0x07C0,0x0100,0x0100,0x2000,0x1000,0x0100,
0x0100,0x0100,0x0100,0x1000,0x7000,0x0E00,0x01C0,0x0038,0x0FF0,0x1008,
0x1008,0x1008,0x0FF0,0x0010,0x0010,0x1FF8,0x1C30,0x1208,0x1108,0x1088,
0x1070,0x0810,0x1008,0x1088,0x1088,0x0F70,0x0300,0x0280,0x0260,0x0210,
0x1FF8,0x09F8,0x1088,0x1088,0x1088,0x0F08,0x0FF0,0x1108,0x1088,0x1088,
0x0F10,0x0008,0x1C08,0x0308,0x00C8,0x0038,0x0F70,0x1088,0x1088,0x1088,
0x0F70,0x08F0,0x1108,0x1108,0x1088,0x0FF0,0x1040,0x2000,0x1040,0x0100,
0x0380,0x06C0,0x0C60,0x0820,0x0280,0x0280,0x0280,0x0280,0x0280,0x0820,
0x0C60,0x06C0,0x0380,0x0100,0x0030,0x0008,0x1708,0x0088,0x0070,0x03C0,
0x0C30,0x1008,0x1008,0x2384,0x2444,0x2444,0x2244,0x25C8,0x1408,0x1430,
0x03C0,0x1800,0x0600,0x0380,0x0260,0x0218,0x0260,0x0380,0x0600,0x1800,
0x1FF8,0x1088,0x1088,0x1088,0x1088,0x1088,0x0F70,0x07E0,0x0810,0x1008,
0x1008,0x1008,0x1008,0x0810,0x0420,0x1FF8,0x1008,0x1008,0x1008,0x1008,
0x1008,0x0810,0x07E0,0x1FF8,0x1088,0x1088,0x1088,0x1088,0x1088,0x1008,
0x1FF8,0x0088,0x0088,0x0088,0x0088,0x0088,0x0008,0x07E0,0x0810,0x1008,
0x1008,0x1008,0x1108,0x0910,0x1F20,0x1FF8,0x0080,0x0080,0x0080,0x0080,
0x0080,0x0080,0x1FF8,0x1FF8,0x0C00,0x1000,0x1000,0x1000,0x0FF8,0x1FF8,
0x0080,0x0140,0x0220,0x0410,0x0808,0x1000,0x1FF8,0x1000,0x1000,0x1000,
0x1000,0x1000,0x1FF8,0x0060,0x0180,0x0600,0x1800,0x0600,0x0180,0x0060,
0x1FF8,0x1FF8,0x0010,0x0060,0x0080,0x0100,0x0600,0x0800,0x1FF8,0x07E0,
0x0810,0x1008,0x1008,0x1008,0x1008,0x0810,0x07E0,0x1FF8,0x0108,0x0108,
0x0108,0x0108,0x0108,0x0090,0x0060,0x07E0,0x0810,0x1008,0x1008,0x1008,
0x1408,0x0810,0x17E0,0x1FF8,0x0108,0x0108,0x0108,0x0108,0x0108,0x0190,
0x0E60,0x1000,0x0C70,0x1088,0x1088,0x1088,0x1108,0x1108,0x0E30,0x0008,
0x0008,0x0008,0x0008,0x1FF8,0x0008,0x0008,0x0008,0x0008,0x07F8,0x0800,
0x1000,0x1000,0x1000,0x1000,0x0800,0x07F8,0x0018,0x0060,0x0180,0x0600,
0x1800,0x0600,0x0180,0x0060,0x0018,0x0038,0x00C0,0x0700,0x1800,0x0700,
0x00C0,0x0038,0x00C0,0x0700,0x1800,0x0700,0x00C0,0x0038,0x1818,0x0420,
0x0240,0x0180,0x0180,0x0240,0x0420,0x1818,0x0018,0x0020,0x0040,0x0080,
0x1F00,0x0080,0x0040,0x0020,0x0018,0x1808,0x1608,0x1108,0x1088,0x1068,
0x1018,0xFFF8,0x8008,0x8008,0x0038,0x01C0,0x0E00,0x7000,0x8008,0x8008,
0xFFF8,0x0010,0x0008,0x0004,0x0008,0x0010,0x4000,0x4000,0x4000,0x4000,
0x4000,0x4000,0x4000,0x0008,0x0010,0x0E80,0x1140,0x1140,0x1140,0x1140,
0x0F80,0x1000,0x1FF8,0x0880,0x1040,0x1040,0x1040,0x0F80,0x0F80,0x1040,
0x1040,0x1040,0x1040,0x0880,0x0F80,0x1040,0x1040,0x1040,0x0880,0x1FF8,
0x0F80,0x1240,0x1240,0x1240,0x1240,0x0B80,0x0040,0x1FF0,0x0048,0x0F80,
0x9040,0x9040,0x9040,0x8880,0x7FC0,0x1FF8,0x0080,0x0040,0x0040,0x1F80,
0x1FC8,0x8000,0x7FC8,0x1FF8,0x0200,0x0300,0x0480,0x0840,0x1000,0x1FF8,
0x1FC0,0x0080,0x0040,0x0040,0x1F80,0x0080,0x0040,0x0040,0x1F80,0x1FC0,
0x0080,0x0040,0x0040,0x1F80,0x0F80,0x1040,0x1040,0x1040,0x1040,0x0F80,
0xFFC0,0x0880,0x1040,0x1040,0x1040,0x0F80,0x0F80,0x1040,0x1040,0x1040,
0x0880,0xFFC0,0x1FC0,0x0080,0x0040,0x0980,0x1240,0x1240,0x1240,0x0C80,
0x0040,0x0FF0,0x1040,0x0FC0,0x1000,0x1000,0x0800,0x1FC0,0x00C0,0x0300,
0x0C00,0x1000,0x0C00,0x0300,0x00C0,0x00C0,0x0700,0x1800,0x0700,0x00C0,
0x0700,0x1800,0x0700,0x00C0,0x1040,0x0880,0x0700,0x0700,0x0880,0x1040,
0x80C0,0x8300,0x4C00,0x3000,0x0C00,0x0300,0x00C0,0x1840,0x1640,0x1140,
0x10C0,0x0200,0x0200,0x7DF0,0x8008,0x8008,0xFFF8,0x8008,0x8008,0x7DF0,
0x0200,0x0200,0x0030,0x0008,0x0008,0x0010,0x0020,0x0020,0x0018};
`;

Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - get_abstract_bitmap:ABSTRACT_BITMAP <- Self;
  
  - get_y_line y:INTEGER :ABSTRACT_BMP_LINE <-
  (
    deferred;
    NULL
  );
  
  //
  // Data.
  //
  
  // Image size.
  + height:INTEGER;       
  + width:INTEGER;        
  
  - x_max:INTEGER <- width  - 1;
  - y_max:INTEGER <- height - 1;
    
  // Clipping :
  + clip_x0:INTEGER; 
  + clip_y0:INTEGER;
  + clip_x1:INTEGER;
  + clip_y1:INTEGER;
  
  // Current position.
  + spot_x:INTEGER;  
  + spot_y:INTEGER;
  
  // Current color.
  + rgbcolor    :UINTEGER_32; // Format: RRGGBB in hexadecimal
  + rgbbackcolor:UINTEGER_32;
  + transparent :BOOLEAN;
  
  + mode:UINTEGER_8 := mode_copy; // Set mode. 
  
  // Ref. `X.h'
  - mode_copy:UINTEGER_8 := 03h;
  - mode_xor :UINTEGER_8 := 06h;
  
  - set_mode m:UINTEGER_8 <-
  (
    mode := m;
  );
  
  // Macro colors
  
  - black:UINTEGER_32 := 0000000h;
  - white:UINTEGER_32 := 0FFFFFFh;
  - red:UINTEGER_32   := 0FF0000h;
  - green:UINTEGER_32 := 000FF00h;
  - blue:UINTEGER_32  := 00000FFh;
  - yellow:UINTEGER_32:= 0FFFF00h;
  - purple:UINTEGER_32:= 0FF00FFh;
  - cyan:UINTEGER_32  := 000FFFFh;
  - gray:UINTEGER_32  := 0808080h;
  - brown:UINTEGER_32 := 0400000h;  
  
  
  - pixel_geometry:PIXEL <- (deferred; NULL);
  
  //
  // Creation. 
  //

  - create_size (w,h:INTEGER) :SELF <-
  ( + result:SELF;
        
    result:=clone;
    result.make_size (w,h);
    result
  );
  
  - make_size (w,h:INTEGER) <-
  (
    deferred;
  );
  
  - create (w,h:INTEGER) at offset_begin:UINTEGER_32 bytes_per_line lx:INTEGER :SELF <-   
  ( + result:SELF;
        
    result:=clone;
    result.make (w,h) at offset_begin bytes_per_line lx;
    result
  );
  
  - make (w,h:INTEGER) at offset_begin:UINTEGER_32 bytes_per_line lx:INTEGER <-
  ( 
    deferred;
  );

Section Public
  
  //
  // Low level.
  //   
    
  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( 
    deferred;
  );
  
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 <-
  ( 
    deferred;
  );
    
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  (     
    deferred;
  );
  
  - get_pixel_hard (x,y:INTEGER) :PIXEL <-
  (
    deferred;
  );

  - get_color_hard (x,y:INTEGER) :UINTEGER_32 <-
  (
    deferred;
  );
  
Section Public  
  
  - color col:UINTEGER_32 <-
  (
    rgbcolor := col;
  );

  - backcolor col:UINTEGER_32 <-
  (
    rgbbackcolor := col;
  );
  
  - transparent_on <-
  (
    transparent := TRUE;
  );
  
  - transparent_off <-
  (
    transparent := FALSE;
  );
  
  - clipping (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + lx,ly:INTEGER;
    
    lx := width - 1;
    ly := height - 1;
    clip_x0 := x0.max 0.min lx;
    clip_x1 := x1.max 0.min lx;
    clip_y0 := y0.max 0.min ly;
    clip_y1 := y1.max 0.min ly;
  );
  
  - clipping_off <-
  (
    clip_x0 := 0;
    clip_x1 := width - 1;
    clip_y0 := 0;
    clip_y1 := height - 1;
  );
  
  - move_to (pos_x,pos_y:INTEGER) <-
  (
    spot_x := pos_x;
    spot_y := pos_y;
  );
  
  //
  // GetPixel
  //
  
  - get_pixel:BOOLEAN <-
  // Load Spot pixel.
  ( + result:BOOLEAN;
    + pix:PIXEL;
    
    ((spot_x.in_range clip_x0 to clip_x1) && {spot_y.in_range clip_y0 to clip_y1}).if {
      result:=TRUE;
      pix:=get_pixel_hard (spot_x,spot_y);
      pix.is_transparent.if {
	// Transparent.
	rgbcolor := black;
	transparent=TRUE;
      } else {
	// Read color.
	transparent:= FALSE;
	rgbcolor := pix.rgbcolor;
      };
    } else {
      rgbcolor := black;
      transparent := FALSE;
    };
    
    result
  );
  
  - get_pixel_to (x,y:INTEGER) :BOOLEAN<-
  (
    move_to (x,y);
    get_pixel
  );
  
  //
  // PutPixel
  //
  
  - pixel:BOOLEAN <-
  ( + result:BOOLEAN;
   
    // Test Clipping;
    ((spot_x.in_range clip_x0 to clip_x1) && {spot_y.in_range clip_y0 to clip_y1 }).if {
      result:=TRUE;
      pixel_hard (spot_x,spot_y) color rgbcolor;
    };  
    result
  );
  
  - pixel_to (x,y:INTEGER) :BOOLEAN <-
  (
    move_to (x,y);
    pixel
  );
  
  - pixel_color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    pixel
  );
  
  - pixel_to (x,y:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    pixel_to (x,y)
  );
  
  //
  // Line
  //
  
  - line_h (x,y:INTEGER) until x_end:INTEGER image line:ABSTRACT_BMP_LINE :BOOLEAN <-
  (
    + result:BOOLEAN;
    + x02,x1,x0:INTEGER;
    ? {x >= 0};
    ? {y >= 0};
    ? {x_end >= 0};
    ? {line != NULL};
    
    x0 := x;
    x1 := x_end;
    spot_x := x1;        
    (y.in_range clip_y0 to clip_y1).if {
      result := TRUE;
      ( x0 > x1 ).if {
	x02 := x0;
	x0 := x1;
	x1 := x02;
      };
      ( clip_x1 < x1 ).if {
	x1 := clip_x1;
	result := FALSE;
      };
      
      ( clip_x0 > x0 ).if {
	x02 := clip_x0;
	result := FALSE;
      } else {
	x02 := x0;
      };
      
      ( x0 <= x1 ).if {
	line_h_hard (x02,y) until x1 image line offset (x02-x0);
      };
    };
    result
  );
  
  - line_h_until x:INTEGER :BOOLEAN <-
  ( + result:BOOLEAN;
    + x0,x1:INTEGER;

    x0 := spot_x;
    x1 := x;
    spot_x := x1;
    
    (spot_y.in_range clip_y0 to clip_y1).if {
      result := TRUE;
      
      ( x0 > x1).if {
	+ swap:INTEGER;
	swap := x0;
	x0 := x1;
	x1 := swap;
      };
      
      ( clip_x1 < x1 ).if {
	x1 := clip_x1;
	result := FALSE;
      };
      
      ( clip_x0 > x0 ).if {
	x0 := clip_x0;
	result := FALSE;
      };
      
      (x0 <= x1).if {
	line_h_hard (x0,spot_y) until x1 color rgbcolor;
      };
    };
    result
  );
    
  - line_h_until x1:INTEGER color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_h_until x1
  );
  
  - line_h (x0,y0:INTEGER) until x1:INTEGER :BOOLEAN <-
  (
    move_to (x0,y0);
    line_h_until x1
  );
  
  
  - line_h (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_h (x0,y0) until x1
  );
  
  - line_v_until y:INTEGER :BOOLEAN <-
  ( + y0,y1:INTEGER;
    + result:BOOLEAN;
    
    y0 := spot_y;
    y1 := y;
    spot_y := y1;
    
    (spot_x.in_range clip_x0 to clip_x1).if {
      result := TRUE;
      
      ( y0 > y1 ).if {
	+ swap:INTEGER;
	swap := y0;
	y0 := y1;
	y1 := swap;
      };
      
      ( clip_y1 < y1).if {
	y1 := clip_y1;
	result := FALSE;
      };
      
      ( clip_y0 > y0 ).if {
	y0 := clip_y0;
	result := FALSE;
      };
      
      ( y0 <=y1 ).if {
	y0.to y1 do { j:INTEGER;
	  pixel_hard (spot_x,j) color rgbcolor;
	};
      };
    };    
    
    result
  );
  
  - line_v_until y1:INTEGER color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_v_until y1
  );
  
  - line_v (x0,y0:INTEGER) until y1:INTEGER :BOOLEAN <-
  (
    move_to (x0,y0);
    line_v_until y1
  );
  
  - line_v (x0,y0:INTEGER) until y1:INTEGER color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_v (x0,y0) until y1
  );
  
  
  //:UINTEGER_8 CalculCode(:INTEGER_64 X,:INTEGER_64 Y,:INTEGER_64 Xmin,:INTEGER_64 Ymin,:INTEGER_64 Xmax,:INTEGER_64 Ymax)
  //{ return( (XXmax)<<1)|((YYmax)<<3) );
  //};
  
  //************************
  //* CLIPPING DE LINE BUGGE -> Blocage !!!
  //************************
  
/*  
  char ClipLine(:INTEGER_64 x0,:INTEGER_64 y0,:INTEGER_64 x1,:INTEGER_64 y1,:INTEGER_64 Xmin,:INTEGER_64 Ymin,:INTEGER_64 Xmax,:INTEGER_64 Ymax)
  { :UINTEGER_8 Bool=0; // Accepte=Faux , Fin=Vrai
    :UINTEGER_8 cod0,cod1,codExt;
    short x,y;
    char tst;
    cod0=CalculCode(x0,y0,Xmin,Ymin,Xmax,Ymax);
    cod1=CalculCode(x1,y1,Xmin,Ymin,Xmax,Ymax);
    tst=((cod0==0) && (cod1==0));
    do {
      if ((cod0==0) && (cod1==0)) { // Interieur de la fenetre.
	Bool=3;  // Accepte=Vrai et Fin=Vrai.
      } else if ((cod0&cod1)!=0)
      Bool|=2; // Fin=Vrai
      else {                        // Segment ni accepte ni rejete.
	if (cod0!=0) codExt=cod0; else codExt=cod1;
	if (codExt&8) {
	  x=x0+(x1-x0)*(float)(Ymax-y0)/(float)(y1-y0);
	  y=Ymax;
	} else if (codExt&4) {
	  x=x0+(x1-x0)*(float)(Ymin-y0)/(float)(y1-y0);
	  y=Ymin;
	} else if (codExt&2) {
	  x=Xmax;
	  y=y0+(y1-y0)*(float)(Xmax-x0)/(float)(x1-x0);
	} else if (codExt&1) {
	  x=Xmin;
	  y=y0+(y1-y0)*(float)(Xmin-x0)/(float)(x1-x0);
	};
	if (codExt==cod0) {
	  x0=x; y0=y;
	  cod0=CalculCode(x0,y0,Xmin,Ymin,Xmax,Ymax);
	} else {
	  x1=x; y1=y;
	  cod1=CalculCode(x1,y1,Xmin,Ymin,Xmax,Ymax);
	};
      };
    } while (!(Bool&2));
    if (Bool&1) TraceLine(x0,y0,x1,y1);
    return(tst);
  };*/
    
  - line_to (x2,y2:INTEGER) :BOOLEAN <-
  (
    + result:BOOLEAN;
    + x1,y1:INTEGER;
    + dx,dy:INTEGER;
    + i1,i2:INTEGER;
    + x,y:INTEGER;
    + dd:INTEGER;
    
    x1 := spot_x;
    y1 := spot_y;
    dx := x2 - x1;
    dy := y2 - y1;
    
    ( dy = 0).if {
      result := line_h_until x2;
    }.elseif {dx = 0} then {
      result := line_v_until y2;
    } else {
      spot_x := x2;
      spot_y := y2;
      
      (dx >= 0).if {
	(dy >= 0).if {
	  (dx >= dy).if {	    	    	    
	    i1 := 2 * dy;
	    dd := i1 - dx;
	    i2 := dd - dx;
	    x := x1; 
	    y := y1;
	    {x <= x2}.while_do {
	      pixel_to (x,y);
	      (dd >= 0).if { 
		y := y+1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      x := x+1;
	    };	    
	  } else {
	    i1 := 2 * dx;
	    dd := i1 - dy;
	    i2 := dd - dy;
	    x := x1; 
	    y := y1;
	    {y <= y2}.while_do {
	      pixel_to (x,y);
	      (dd >= 0).if { 
		x := x+1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      y := y+1;
	    };	    
	  };
	} else {
	  (dx >= -dy).if {	    
	    i1 := 2 * dy;
	    dd := i1 + dx;
	    i2 := dd + dx;
	    x := x1; 
	    y := y1;
	    {x <= x2}.while_do {
	      pixel_to (x,y);
	      (dd <= 0).if { 
		y := y - 1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      x := x+1;
	    };
	  } else {
	    i1 := 2 * dx;
	    dd := i1 + dy;
	    i2 := dd + dy;
	    x := x1; 
	    y := y1;
	    {y >= y2}.while_do {
	      pixel_to (x,y);
	      (dd >= 0).if { 
		x := x+1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      y := y-1;
	    };	    
	  };	 
	};
      } else {
	(dy >= 0).if {
	  (-dx >= dy).if {
	    i1 := 2 * dy;
	    dd := i1 + dx;
	    i2 := dd + dx;
	    x := x1; 
	    y := y1;
	    {x >= x2}.while_do {
	      pixel_to (x,y);
	      (dd >= 0).if { 
		y := y + 1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      x := x - 1;
	    };
	  } else {
	    i1 := 2 * dx;
	    dd := i1 + dy;
	    i2 := dd + dy;
	    x := x1; 
	    y := y1;
	    {y <= y2}.while_do {
	      pixel_to (x,y);
	      (dd <= 0).if { 
		x := x - 1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      y := y + 1;
	    };
	  };
	} else {
	  (-dx >= -dy).if {
	    i1 := 2 * dy;
	    dd := i1 - dx;
	    i2 := dd - dx;
	    x := x1; 
	    y := y1;
	    {x >= x2}.while_do {
	      pixel_to (x,y);
	      (dd <= 0).if { 
		y := y-1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      x := x-1;
	    };
	  } else {
	    i1 := 2 * dx;
	    dd := i1 - dy;
	    i2 := dd - dy;
	    x := x1; 
	    y := y1;
	    {y >= y2}.while_do {
	      pixel_to (x,y);
	      (dd <= 0).if { 
		x := x-1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      y := y - 1;
	    };
	  };
	};	 
      };      
      result:=TRUE;
    };
    
    result
  );
  
  - line_to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_to (x1,y1)
  );
  
  
  - line (x1,y1:INTEGER) to (x2,y2:INTEGER) :BOOLEAN <-
  (
    move_to (x1,y1);
    line_to (x2,y2)
  );
  
  
  - line (x1,y1:INTEGER) to (x2,y2:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line (x1,y1) to (x2,y2)
  );
      
  //
  // Rectangle
  //
  
  - rectangle_to (x1,y1:INTEGER) :BOOLEAN <-
  (
    + result:BOOLEAN;
    + x0,y0:INTEGER;
    x0 := spot_x;
    y0 := spot_y;
    (y0 = y1).if {
      result := line_h_until x1;
    }.elseif {x0 = x1} then {
      result := line_v_until y1;
    } else {
      result := line_h (x0,y0) until x1 | line_h (x0,y1) until x1;
      ( y0 < y1 ).if {
	result := result | (line_v  (x0,(y0 + 1)) until (y1 - 1)) | (line_v (x1,(y0 + 1)) until (y1 - 1));
      } else {
	result := result | (line_v (x0,(y1 + 1)) until (y0 - 1)) | (line_v (x1,(y1 + 1)) until (y0 - 1));
      };
    };
    result
  );
    
  - rectangle_to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    rectangle_to (x1,y1)
  );
  
  - rectangle (x0,y0:INTEGER) to (x1,y1:INTEGER) :BOOLEAN <-
  (
    move_to (x0,y0);
    rectangle_to (x1,y1)
  );
  
  - rectangle (x0,y0:INTEGER) to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    rectangle (x0,y0) to (x1,y1)
  );
  
  - rectangle_fill_to (x,y:INTEGER) :BOOLEAN <-
  ( + x0,y0,x1,y1,tmp:INTEGER;
    + col:UINTEGER_32;
    + result:BOOLEAN;
    
    x0 := spot_x;
    y0 := spot_y;
    x1 := x;
    y1 := y;
    ( x0 > x1).if {
      tmp := x0;
      x0 := x1;
      x1 := tmp;
    };
    
    ( y0 > y1).if {
      tmp := y0;
      y0 := y1;
      y1 := tmp;
    };
    
    (( x0 > clip_x1 ) || { x1 < clip_x0 } || { y0 > clip_y1 } || { y1 < clip_y0 }).if {
      result := FALSE;
    } else {
      result := TRUE;
      
      (clip_x0 > x0).if {
	x0 := clip_x0;
	result := FALSE;
      };
      (clip_y0 > y0).if { 
	y0 := clip_y0;
	result := FALSE;
      };
      ( clip_x1 < x1 ).if {
	x1 := clip_x1;
	result := FALSE;
      };
      (clip_y1 < y1).if {
	y1 := clip_y1;
	result := FALSE;
      };            
      col := rgbcolor;
      y0.to y1 do { j:INTEGER;
	line_h_hard (x0,j) until x1 color col;
      };
    };
    result
  );
    
  - rectangle_fill (x0,y0:INTEGER) to (x1,y1:INTEGER) :BOOLEAN <-
  (
    move_to (x0,y0);
    rectangle_fill_to (x1,y1)
  );
  
  - rectangle_fill (x0,y0:INTEGER) to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    rectangle_fill (x0,y0) to (x1,y1)
  );
  
  //
  // Circle
  //
  
Section Private  
  
  - circle_points (x,y:INTEGER) centre (cx,cy:INTEGER) <-
  (     
    pixel_to ((cx+x),(cy+y));
    pixel_to ((cx+x),(cy-y));
    pixel_to ((cx+y),(cy+x));
    pixel_to ((cx+y),(cy-x));
    pixel_to ((cx-x),(cy+y));
    pixel_to ((cx-x),(cy-y));
    pixel_to ((cx-y),(cy+x));
    pixel_to ((cx-y),(cy-x));
  );
  
Section Public  
  
  - circle_fill_rayon r:INTEGER <-
  ( + cx,cy,x,y,d,de,dse:INTEGER;
    
    cx := spot_x;
    cy := spot_y;
    x   := 0;
    y   := r;
    d   := 1 - r;
    de  := 3;
    dse := 5 - (r << 1);    
    line_h ((cx-y),cy) until (cx+y);
    {y > x}.while_do {
      (d < 0).if {
	d   := d   + de;
	de  := de  + 2;
	dse := dse + 2;
	x   := x   + 1;
	
	line_h ((cx-y),(cy+x)) until (cx+y);
	line_h ((cx-y),(cy-x)) until (cx+y);
      } else {
	d   := d + dse;
	de  := de  + 2;
	dse := dse + 4;
	x   := x   + 1;
	y   := y   - 1;
	line_h ((cx-x),(cy+y)) until (cx+x);
	line_h ((cx-x),(cy-y)) until (cx+x);
	
	line_h ((cx-y),(cy+x)) until (cx+y);
	line_h ((cx-y),(cy-x)) until (cx+y);
      };      
    };
  );
  
  - circle_fill (x,y:INTEGER) rayon r:INTEGER <-
  (
    move_to (x,y);
    circle_fill_rayon r;
  );
  
  - circle_fill (x,y:INTEGER) rayon r:INTEGER color col:UINTEGER_32 <-
  (
    color col;
    circle_fill (x,y) rayon r;
  );

  - circle_rayon r:INTEGER <-
  ( + cx,cy,x,y,d,de,dse:INTEGER;
    
    cx := spot_x;
    cy := spot_y;
    x   := 0;
    y   := r;
    d   := 1 - r;
    de  := 3;
    dse := 5 - (r << 1);
    circle_points (x,y) centre (cx,cy);
    {y > x}.while_do {
      (d < 0).if {
	d   := d   + de;
	de  := de  + 2;
	dse := dse + 2;
	x   := x   + 1;
      } else {
	d   := d + dse;
	de  := de  + 2;
	dse := dse + 4;
	x   := x   + 1;
	y   := y   - 1;
      };
      circle_points (x,y) centre (cx,cy);
    };
  );
  
  - circle (x,y:INTEGER) rayon r:INTEGER <-
  (
    move_to (x,y);
    circle_rayon r;
  );
  
  - circle (x,y:INTEGER) rayon r:INTEGER color col:UINTEGER_32 <-
  (
    color col;
    circle (x,y) rayon r;
  );
  
  //
  // Spline
  //
  
Section Private  
  
  - delta_spline:REAL_16_16 := 32768.to_raw_real_16_16;
  
Section Public  
  
  - spline_w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) :BOOLEAN <-
  ( + result:BOOLEAN;
    + x0,y0,d_x,d_y:INTEGER;
    + num_points:INTEGER;
    // Derivatives of x(t) and y(t).
    + x, dx, ddx, dddx:REAL_16_16; 
    + y, dy, ddy, dddy:REAL_16_16;
    // Temp variables used in the setup.
    + dt, dt2, dt3:REAL_16_16;
    + xdt2_term, xdt3_term:REAL_16_16;
    + ydt2_term, ydt3_term:REAL_16_16;
    
    x0 := spot_x;
    y0 := spot_y;
        
    d_x := px0 - x0;
    d_y := py0 - y0;
    num_points := (d_x*d_x + d_y*d_y).sqrt;      
    
    d_x := px1 - px0;
    d_y := py1 - py0;
    num_points := num_points + (d_x*d_x + d_y*d_y).sqrt; 
    
    d_x := x1 - px1;
    d_y := y1 - py1;
    num_points := (num_points + (d_x*d_x + d_y*d_y).sqrt).sqrt;
    num_points := num_points + (num_points >> 2); // * 1.25 .sqrt
    
    
    (num_points > 128).if {
      num_points := 128; // Max points
    };
    
    (num_points < 2).if {
      num_points := 2;   // Min points
    };
    
    dt := 1.to_real_16_16 /# (num_points - 1);
    dt2 := dt * dt;
    dt3 := dt2 * dt;
    
    // x coordinates.
    xdt2_term := dt2 *# ((px1 - px0 * 2 + x0) * 3);
    xdt3_term := dt3 *# (x1 + ((px0 - px1) * 3) -x0);
    
    dddx := xdt3_term *# 6;
    ddx  := xdt3_term *# -6 + xdt2_term *# 2;
    dx   := xdt3_term - xdt2_term + dt *# ((px0 - x0)*3);  
    x    := x0.to_real_16_16;
    
    // y coordinates.
    ydt2_term := dt2 *# ((py1 - py0 * 2 + y0) * 3);
    ydt3_term := dt3 *# (y1 + ((py0 - py1) * 3) - y0);
    
    dddy := ydt3_term *# 6;
    ddy  := ydt3_term *# -6 + ydt2_term *# 2;
    dy   := ydt3_term - ydt2_term + dt *# ((py0 - y0)*3); 
    y    := y0.to_real_16_16;
        
    x := x + delta_spline;
    y := y + delta_spline;
    
    1.to (num_points - 1) do { i:INTEGER;
      ddx := ddx + dddx;
      dx := dx + ddx;
      x := x + dx;
      ddy := ddy + dddy;
      dy := dy + ddy;
      y := y + dy;
      result:= result | line_to ((x.to_integer),(y.to_integer)); 
    };    
    result    
  );
  
  - spline_w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    spline_w1 (px0,py0) w2 (px1,py1) to (x1,y1)
  );
  
  
  - spline (x0,y0:INTEGER) w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) :BOOLEAN <-
  (
    move_to (x0,y0);
    spline_w1 (px0,py0) w2 (px1,py1) to (x1,y1)
  );
  
  
  - spline (x0,y0:INTEGER) w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    spline (x0,y0) w1 (px0,py0) w2 (px1,py1) to (x1,y1)
  );
  
  //*****************************************************************************
  //*                         POLYGONE COMPLEXE                                 *
  //* V.4.0 : Il n'y a plus de contrainte de sens comme dans la version 3.0     *
  //*         Nouvelle algo made in `moi'...                                    *
  //*         Il faut juste faire attention à appeler dans l'ordre suivant :    *
  //*         => poly_move_to poly_line_to ... poly_trace                       *
  //*                                                                           *
  //* Rmq. : Il reste des optimisations à faire pour le tri (qsort) et utiliser *
  //*        des MAP_FAST_ARRAY capable de s'agrandir dynamiquement ...        *
  //*                                                                           *
  //*                                                           BeN inside      *
  //*****************************************************************************
  
Section Private  
  
  + edges:FAST_ARRAY(EDGE); // BSBS: A optimiser avec un MAP_FAST_ARRAY ... quand il y aura add_last, resize...

  + edges_upper:INTEGER;
  + poly_ymax:INTEGER := INTEGER.minimum.to_integer;
  
  + poly_list_y:FAST_ARRAY(EDGE);
    
  + begin_y:EDGE;  
  + begin_idx:INTEGER;
  
  + last_y:EDGE;  
  + last_idx:INTEGER;
  
  + x_origin:INTEGER;
  + y_origin:INTEGER;
  
Section Private  
  
  - display_poly <-
  ( + edge:EDGE;
    
    0.to (poly_list_y.upper) do { i:INTEGER;
      edge := poly_list_y.item i;
      {edge != NULL}.while_do {
	edge.display;
	';'.print;
	edge := edge.next_y;
      };
      '\n'.print;
    };
  );
  
Section Private  
  
  - connect_first <-
  (
    poly_line_to (x_origin,y_origin);
    ((begin_y!=NULL) && {begin_y.is_down = last_y.is_down}).if {
      // Connecting.
      (begin_y.is_down).if {
	// Add first list. 
	last_y.set_next_y begin_y;	
	poly_list_y.put (poly_list_y.item last_idx) to begin_idx;
      } else {
	// Add last list.
	begin_y.set_next_y last_y;
      };
      poly_list_y.remove last_idx;
    };
  );    
  
  - sort_list_y <-
  // Bubble sort :-( => BSBS: Optmize with Quick sort...
  ( + low,up,idx,upper:INTEGER;
    + swap:BOOLEAN;
    
    upper := poly_list_y.upper-1;
    
    low := 0;
    up  := upper;
    {
      swap:=FALSE;
      low.to up do { i:INTEGER;	
	(poly_list_y.item i.y0 > poly_list_y.item (i+1).y0).if {
	  poly_list_y.swap i with (i+1);
	  swap := TRUE;
	};
	
	idx := upper - i;
	(poly_list_y.item idx.y0 > poly_list_y.item (idx+1).y0).if {
	  poly_list_y.swap idx with (idx+1);
	  swap := TRUE;
	};		
      };
      up  := up - 1;
      low := low + 1;
    }.do_while {swap};
  );

Section Public  
  
  - poly_move_to (x,y:INTEGER) <-
  (     
    
    (edges = NULL).if {
      poly_list_y := FAST_ARRAY(EDGE).create_with_capacity 16;
      edges := FAST_ARRAY(EDGE).create 64;      
      0.to 63 do { n:INTEGER;
	edges.put (EDGE.clone) to n;
      };
    };
  
    (edges_upper != 0).if {      
      connect_first;
    };
    move_to (x,y); 
    x_origin := x;
    y_origin := y;
    begin_y  := NULL;
    last_y   := NULL;
    
    poly_ymax := poly_ymax.max y;
  );
  
  - poly_line_to (x1,y1:INTEGER) <-
  ( + edge,edge2:EDGE;
    + x0,y0:INTEGER;
    
    x0:=spot_x; 
    y0:=spot_y; 
    
    ((x0!=x1) || {y0!=y1}).if {
      
      move_to (x1,y1); 
            
      (edges_upper >= (edges.upper-4)).if { // BSBS: A optimiser avec MAP_ARRAY ...
	// Append 16 Edges.	
	0.to 15 do { j:INTEGER;
	  edges.add_last (EDGE.clone);
	};
      };
            
      (y0=y1).if { 
	// Flat.
	edge  := edges.item edges_upper;	
	edges_upper := edges_upper + 1;
	poly_list_y.add_last edge;
	edge2 := edges.item edges_upper;
	edges_upper := edges_upper + 1;
	poly_list_y.add_last edge2;
	
	(x0 < x1).if {
	  edge .make (x0,y0) add 1;
	  edge2.make (x1,y1) add (-1);
	} else {
	  edge .make (x0,y0) add (-1);
	  edge2.make (x1,y1) add 1;
	};
      } else { 
	// Line.	
	edge  := edges.item edges_upper;
	edges_upper := edges_upper + 1;
	edge.make (x0,y0) to (x1,y1);
	
	(begin_y=NULL).if {
	  begin_idx := poly_list_y.count;
	  begin_y   := edge;
	};
	
	((last_y=NULL) || {last_y.is_down != edge.is_down}).if {
	  // New line_y.
	  poly_list_y.add_last edge;
	  last_idx := poly_list_y.upper;
	  last_y   := edge;
	  poly_ymax := poly_ymax.max y1;
	} else {
	  // Continue line_y.
	  (edge.is_down).if {
	    // Add last.
	    last_y.set_next_y edge;
	    poly_ymax := poly_ymax.max y1;
	  } else {
	    // Add first.
	    poly_list_y.put edge to last_idx;
	    edge.set_next_y last_y;	    
	  };
	  last_y := edge;
	};
      };
    };    
  );
  
  - poly_rectangle (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    poly_move_to (x0,y0);
    poly_line_to (x1,y0);
    poly_line_to (x1,y1);
    poly_line_to (x0,y1);
    poly_line_to (x0,y0);
  );

  - poly_spline_w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) <-
  ( + x0,y0,d_x,d_y:INTEGER;
    + num_points:INTEGER;
    // Derivatives of x(t) and y(t).
    + x, dx, ddx, dddx:REAL_16_16; 
    + y, dy, ddy, dddy:REAL_16_16;
    // Temp variables used in the setup.
    + dt, dt2, dt3:REAL_16_16;
    + xdt2_term, xdt3_term:REAL_16_16;
    + ydt2_term, ydt3_term:REAL_16_16;
    
    x0 := spot_x;
    y0 := spot_y;
    
    d_x := px0 - x0;
    d_y := py0 - y0;
    num_points := (d_x*d_x + d_y*d_y).sqrt;  
    
    d_x := px1 - px0;
    d_y := py1 - py0;
    num_points := num_points + (d_x*d_x + d_y*d_y).sqrt; 
    
    d_x := x1 - px1;
    d_y := y1 - py1;
    num_points := (num_points + (d_x*d_x + d_y*d_y).sqrt).sqrt;
    num_points := num_points + (num_points >> 2); // * 1.25 .sqrt
    
    num_points := num_points.min 128.max 2;
    
    dt := 1.to_real_16_16 /# (num_points - 1);
    dt2 := dt * dt;
    dt3 := dt2 * dt;
    
    // x coordinates.
    xdt2_term := dt2 *# ((px1 - px0 * 2 + x0) * 3);
    xdt3_term := dt3 *# (x1 + ((px0 - px1) * 3) -x0);
    
    dddx := xdt3_term *# 6;
    ddx  := xdt3_term *# -6 + xdt2_term *# 2;
    dx   := xdt3_term - xdt2_term + dt *# ((px0 - x0)*3);  
    x    := x0.to_real_16_16;
    
    // y coordinates.
    ydt2_term := dt2 *# ((py1 - py0 * 2 + y0) * 3);
    ydt3_term := dt3 *# (y1 + ((py0 - py1) * 3) - y0);
    
    dddy := ydt3_term *# 6;
    ddy  := ydt3_term *# -6 + ydt2_term *# 2;
    dy   := ydt3_term - ydt2_term + dt *# ((py0 - y0)*3); 
    y    := y0.to_real_16_16;
        
    x := x + delta_spline;
    y := y + delta_spline;
    
    1.to (num_points - 1) do { i:INTEGER;
      ddx := ddx + dddx;
      dx  := dx + ddx;
      x   := x + dx;
      ddy := ddy + dddy;
      dy  := dy + ddy;
      y   := y + dy;
      poly_line_to (x.to_integer,y.to_integer); 
    };    
  );
  
  - poly_ellipse (x,y:INTEGER) rays (ray_x,ray_y:INTEGER) <-
  ( + x0,y0,x1,y1,dx,dy:INTEGER;
    x0 := x - ray_x;
    x1 := x + ray_x;
    y0 := y - ray_y;
    y1 := y + ray_y;
    dx := (ray_x * 5) / 9;
    dy := (ray_y * 5) / 9;
    
    poly_move_to (x,y0);    
    poly_spline_w1 (x+dx,y0) w2 (x1,y-dy) to (x1,y) ;
    poly_spline_w1 (x1,y+dy) w2 (x+dx,y1) to (x ,y1);
    poly_spline_w1 (x-dx,y1) w2 (x0,y+dy) to (x0,y) ;
    poly_spline_w1 (x0,y-dy) w2 (x-dx,y0) to (x ,y0);     
  );
  
  - poly_trace <-
  ( + edge,next_edge,edgep:EDGE;
    + x_edges:EDGE;
    + x0,x1,new_x:INTEGER;
    + idx_y:INTEGER;
    + trace:INTEGER;
    + line :INTEGER;    
    
    (edges_upper != 0).if {
      (poly_ymax >= clip_y0).if {
        // Connexion with first point.    
        connect_first;
        
        // Optimize clip_y0
        (poly_list_y.upper).downto 0 do { j:INTEGER;
          edge := poly_list_y.item j;
          {(edge != NULL) && {edge.y1 < clip_y0}}.while_do {
            edge := edge.next_y;
          };
          (edge = NULL).if {
            poly_list_y.remove j;	  
          } else {
            poly_list_y.put edge to j;	  
          };
        };
        
        // Sort on Y.    
        sort_list_y;
        
        poly_ymax := poly_ymax.min clip_y1;
        line := 1;
        // for each scanline in the polygon.
        (poly_list_y.first.y0).to poly_ymax do { y:INTEGER;
          // Active edges.
          {(idx_y <= poly_list_y.upper) && {poly_list_y.item idx_y.y0 = y}}.while_do {
            x_edges := poly_list_y.item idx_y.add x_edges;
            idx_y   := idx_y + 1;
          };
          
          // Draw horizontal line. 
          x1:=INTEGER.minimum.to_integer;
          edge:=x_edges;
          {edge!=NULL}.while_do {
            next_edge:=edge.next_x;	
            // Trace.
            (y >= clip_y0).if { 
              
              (trace = 0).if {
                // Begin point.    
                new_x := (edge.x+127)>>8;
                ((new_x != x1) && {new_x != (x1 + 1)}).if {
                  ((x0 <= clip_x1) && {x1 >= clip_x0}).if { 
                    x0:=x0.max clip_x0;
                    x1:=x1.min clip_x1;
                    line_h_hard (x0,y) until x1 color rgbcolor; 
                  };  
                  x0 := new_x;
                };
              };
              
              (edge.is_point).if {
                trace := trace + edge.dx; 
              } else {
                trace := trace + line;
                line  := - line;
              };
              
              (trace = 0).if {
                // End point.
                x1 := (edge.x+128)>>8;	    
              };	  
            };
            
            // Inc edges.	  
            (edge.width!=0).if { 	    
              edge.new_step;
              
              // Sort with X :
              edgep:=edge.prev_x;
              {(edgep!=NULL) && {edge.x= clip_x0}).if { 
            x0:=x0.max clip_x0;
            x1:=x1.min clip_x1;
            line_h_hard (x0,y) until x1 color rgbcolor; 
          };
        };
      };
    };
    // Init structure for next.
    edges_upper:=0;
    poly_list_y.clear;
    begin_y:=NULL;
    poly_ymax:=INTEGER.minimum.to_integer;
  );
  
  - poly_trace_color col:UINTEGER_32 <-
  ( 
    color col;
    poly_trace;
  );
  
  - put_bitmap bmp:ABSTRACT_BITMAP to (x,y:INTEGER) <-
  (
    deferred;
  );

  - put_bitmap bmp:ABSTRACT_BITMAP to (x,y:INTEGER) scale (scale_x,scale_y:REAL_16_16) <-  
  (
    deferred;
  );
  
Section Public
  
  // For demo ... :-)
  
  - font_width string:ABSTRACT_STRING :INTEGER <-
  ( 
    font_width string size (string.upper)
  );
  
  - font_width_letter char:CHARACTER :INTEGER <-
  ( + offset_begin,offset_end:INTEGER;
    + car:INTEGER;

    car := char.to_integer;
    ((car < 32) || {car >= 127}).if {
      car := 0;
    } else {
      car := car-32;
    };
    offset_begin:=`__index_font[@car]`:INTEGER;
    offset_end  :=`__index_font[@car+1]`:INTEGER;
    offset_end - offset_begin + 1
  );

  - font_width string:ABSTRACT_STRING size n:INTEGER :INTEGER <-
  (     
    font_width string at (string.lower) to n
  );
  
  - font_width string:ABSTRACT_STRING at beg:INTEGER to end:INTEGER :INTEGER <-
  ( + result:INTEGER;

    beg.to end do { j:INTEGER;
      result:=result + font_width_letter (string.item j);
    };
    result
  );
  
  - print_char c:CHARACTER to (x,y:INTEGER) :INTEGER <-
  ( + pix_x,pix_y,offset_begin,offset_end:INTEGER;
    + bit_count:UINTEGER_16;
    + sz_letter:INTEGER;
    + car:UINTEGER_8;
    
    car := c.to_uinteger_8;
    ((y <= clip_y1) && {(y+15) >= clip_y0} && {x <= clip_x1}).if {
      pix_x:=x;      	
      ((car<32) || {car>=127}).if {
	car:=0;
      } else {
	car:=car-32;
      };
      offset_begin:=`__index_font[@car]`:INTEGER;
      offset_end  :=`__index_font[@car+1]`:INTEGER;
      sz_letter := offset_end-offset_begin + 1;
      ((pix_x + sz_letter) > clip_x0).if {
	{offset_begin != offset_end}.while_do {
	  (pix_x.in_range clip_x0 to clip_x1).if {
	    pix_y:=y;
	    bit_count:=1;
	    {bit_count != 0}.while_do {
	      (pix_y.in_range clip_y0 to clip_y1).if {
		((`__graph_font[@offset_begin]`:UINTEGER_16 & bit_count)!=0).if {
		  pixel_hard (pix_x,pix_y) color rgbcolor;
		};		
	      };
	      pix_y:=pix_y+1;
	      bit_count:=bit_count << 1;
	    };
	  };
	  pix_x:=pix_x+1;
	  offset_begin:=offset_begin+1;
	};
	pix_x := pix_x + 1;
      } else {
	pix_x := pix_x + sz_letter;
      };    
    };    
    pix_x
  );
  
  - print string:ABSTRACT_STRING at b:INTEGER to e:INTEGER to (x,y:INTEGER) :INTEGER <-
  ( + pix_x,pix_y,offset_begin,offset_end:INTEGER;
    + bit_count:UINTEGER_16;
    + car,sz_letter:INTEGER;
    
    ((y <= clip_y1) && {(y+15) >= clip_y0} && {x <= clip_x1}).if {
      pix_x:=x;
      b.to e do { j:INTEGER;
	car:=string.item j.to_integer;
	((car<32) || {car>=127}).if {
	  car:=0;
	} else {
	  car:=car-32;
	};
	offset_begin:=`__index_font[@car]`:INTEGER;
	offset_end  :=`__index_font[@car+1]`:INTEGER;
	sz_letter := offset_end-offset_begin + 1;
	((pix_x + sz_letter) > clip_x0).if {
	  {offset_begin != offset_end}.while_do {
	    (pix_x.in_range clip_x0 to clip_x1).if {
	      pix_y:=y;
	      bit_count:=1;
	      {bit_count != 0}.while_do {
		(pix_y.in_range clip_y0 to clip_y1).if {
		  ((`__graph_font[@offset_begin]`:UINTEGER_16 & bit_count)!=0).if {
		    pixel_hard (pix_x,pix_y) color rgbcolor;
		  };		
		};
		pix_y:=pix_y+1;
		bit_count:=bit_count << 1;
	      };
	    };
	    pix_x:=pix_x+1;
	    offset_begin:=offset_begin+1;
	  };
	  pix_x := pix_x + 1;
	} else {
	  pix_x := pix_x + sz_letter;
	};	
      };
    };
    pix_x
  );

  - print string:ABSTRACT_STRING to (x,y:INTEGER) :INTEGER <-
  ( 
    print string at (string.lower) to (string.upper) to (x,y)
  );
lisaac_0.39_rc1/lib/extra/graphics/pixel_16.li0000644000175000017500000000721211314031253021075 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded PIXEL_16;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Pixel on 16 bits.";
    
Section Insert
  
  + parent_pixel:Expanded PIXEL;
  
Section Mapping  
  
  + real_color:UINTEGER_16;
  
Section Private  
    
  - convert_5_to_8:FAST_ARRAY(UINTEGER_8) :=
  ( + result:FAST_ARRAY(UINTEGER_8);
    + value:UINTEGER_8;
    
    result:=FAST_ARRAY(UINTEGER_8).create 32;    
    0.to 31 do { j:INTEGER;
      result.put value to j;
      value := value + 8;
    };
    result
  );
  
  - convert_6_to_8:FAST_ARRAY(UINTEGER_8) :=
  ( + result:FAST_ARRAY(UINTEGER_8);
    + value:UINTEGER_8;
    
    result:=FAST_ARRAY(UINTEGER_8).create 64;    
    0.to 63 do { j:INTEGER;
      result.put value to j;
      value := value + 4;
    };
    result
  );
      
Section Public
    
  - red:UINTEGER_8 <- 
  (
    (((real_color >> 11) & 1Fh)  << 3).to_uinteger_8
    //convert_5_to_8.item (real_color >> 11)
  );
  
  - green:UINTEGER_8 <- 
  (
    (((real_color >> 5) & 3Fh) << 2).to_uinteger_8
    //convert_6_to_8.item ((real_color >> 5) & 03Fh)
  );

  - blue:UINTEGER_8 <- 
  (
    ((real_color & 1Fh) << 3).to_uinteger_8
//    convert_5_to_8.item (real_color & 01Fh)
  );
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <-
  (
    ((col & 0F80000h) >> 8) |
    ((col & 000FC00h) >> 5) |
    ((col & 00000F8h) >> 3)
  );
  
  - make col:UINTEGER_32 <-
  (     
    real_color := (
      ((col & 0F80000h) >> 8) |
      ((col & 000FC00h) >> 5) |
      ((col & 00000F8h) >> 3)
    ).to_uinteger_16;
  );
  
  - color_rgb (r,g,b:UINTEGER_8) <-
  ( 
    real_color := (
      ((r & 0F8h).to_uinteger_16 << 8) |
      ((g & 0FCh).to_uinteger_16 << 3) |
      ((b & 0F8h).to_uinteger_16 >> 3)
    );
  );
  
  - size:UINTEGER_8       := 16; 
  - red_size:UINTEGER_8   := 5;
  - red_pos:UINTEGER_8    := 11;
  - green_size:UINTEGER_8 := 6;
  - green_pos:UINTEGER_8  := 5;
  - blue_size:UINTEGER_8  := 5;
  - blue_pos:UINTEGER_8   := 0;
  - reserved_size:UINTEGER_8 :=0;
  - reserved_pos:UINTEGER_8  :=0;
    
  - to_pixel_16:PIXEL_16 <- Self;




lisaac_0.39_rc1/lib/extra/graphics/pixel_15.li0000644000175000017500000000637511314031253021105 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded PIXEL_15;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Pixel on 15 bits";
    
Section Insert
  
  + parent_pixel:Expanded PIXEL;
  
Section Mapping  
  
  + real_color:UINTEGER_16;
  
Section Private
      
  - convert_5_to_8:FAST_ARRAY(UINTEGER_8) :=
  ( + result:FAST_ARRAY(UINTEGER_8);
    + value:UINTEGER_8;
    
    result:=FAST_ARRAY(UINTEGER_8).create 32;
    0.to 31 do { j:INTEGER;
      result.put value to j;
      value := value + 8;      
    };
    result
  );
        
Section Public
  
  - red:UINTEGER_8 <- 
  (
    convert_5_to_8.item (real_color >> 10)
  );
  
  - green:UINTEGER_8 <- 
  (
    convert_5_to_8.item ((real_color >> 5) & 01Fh)
  );

  - blue:UINTEGER_8 <- 
  (
    convert_5_to_8.item (real_color & 01Fh)
  );
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <- 
  (
    ((col & 0F80000h) >> 9) |
    ((col & 000F800h) >> 6) |
    ((col & 00000F8h) >> 3)
  );
  
  - make col:UINTEGER_32 <-
  (   
    real_color := (
      ((col & 0F80000h) >> 9) |
      ((col & 000F800h) >> 6) |
      ((col & 00000F8h) >> 3)
    ).to_uinteger_16;
  );
  
  - make_rgb (r,g,b:UINTEGER_8) <-
  (
    real_color := (
      ((r & 0F8h).to_uinteger_16 << 7) |
      ((g & 0F8h).to_uinteger_16 << 2) |
      ((b & 0F8h).to_uinteger_16 >> 3)
    );
  );
    
  - size:UINTEGER_8          := 16; 
  - red_size:UINTEGER_8      := 5;
  - red_pos:UINTEGER_8       := 10;
  - green_size:UINTEGER_8    := 5;
  - green_pos:UINTEGER_8     := 5;
  - blue_size:UINTEGER_8     := 5;
  - blue_pos:UINTEGER_8      := 0;
  - reserved_size:UINTEGER_8 := 1;
  - reserved_pos:UINTEGER_8  :=15;
    
  - to_pixel_15:PIXEL_15 <- Self;
  

  

lisaac_0.39_rc1/lib/unstable/0000755000175000017500000000000011314031256016013 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/freetype/0000755000175000017500000000000011314031324017632 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/freetype/tt_hdmx.li0000644000175000017500000000417611314031253021640 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_HDMX;
  - comment     :=" hdmx: Horizontal Devie Metrics .";
  
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  + header:TT_HDMX_HEADER;
  
  + device_record:FIXED_ARRAY(TT_HDMX_DATA);
    
  - create (n:NUMERIC,buf:NATIVE_ARRAY(UINTEGER_16)) :SELF <-
  // n: number of Glyph
  ( + result:SELF;
    
    result := SELF.clone;
    result.make (n,buf);
    result
  );
  
  - make (n:NUMERIC,buf:NATIVE_ARRAY(UINTEGER_16)) <-
  ( + tmp_data:TT_HDMX_DATA;
    header := TT_HDMX_HEADER.force_conversion buf;
    header.to_big_endian;
    
    buf := buf + TT_HDMX_HEADER.object_size;
    device_record := FIXED_ARRAY(TT_HDMX_DATA).create (header.number_device);
    0.to (header.number_device - 1) do { i:INTEGER;      
      tmp_data := TT_HDMX_DATA.create (n,buf);
      device_record.put tmp_data to i;
      buf := buf + (header.size_record);
    };
  );
  
  - print <-
  (
    "\n********* HDMX TABLE *********\n".print;
    header.print;
    0.to (header.number_device - 1) do { i:INTEGER;
      "\n   ".print;
      i.print;
      '\n'.print;
      device_record.print;
    };
    "\n".print;
  );
  
  
  
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/tt_os2.li0000644000175000017500000001715611314031253021405 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_OS2;
  - comment     :=" os2 table .";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + version:UINTEGER_16;               // 0x0001
  + x_avg_char_width:INTEGER_8;
  + weight_class:UINTEGER_16;
  + width_class:UINTEGER_16;
  + fs_type:INTEGER_8;
  
  + y_subscript_x_size:INTEGER_8;
  + y_subscript_y_size:INTEGER_8;
  + y_subscript_x_offset:INTEGER_8;
  + y_subscript_y_offset:INTEGER_8;
  + y_superscript_x_size:INTEGER_8;
  + y_superscript_y_size:INTEGER_8;
  + y_superscript_x_offset:INTEGER_8;
  + y_superscript_y_offset:INTEGER_8;
  + y_strikeout_size:INTEGER_8;
  + y_strikeout_position:INTEGER_8;
  
  + family_class:INTEGER_8;
  
  // Panose: 10 bytes
  + family_type:UINTEGER_16;
  + serif_style:UINTEGER_16;
  + weight:UINTEGER_16;
  + proportion:UINTEGER_16;
  + contrast:UINTEGER_16;
  + stroke_variation:UINTEGER_16;
  + arm_style:UINTEGER_16;
  + letter_form:UINTEGER_16;
  + midline:UINTEGER_16;
  + xheight:UINTEGER_16;
  
  + unicode_range1:UINTEGER_32;       // Bits 0-31
  + unicode_range2:UINTEGER_32;       // Bits 32-63
  + unicode_range3:UINTEGER_32;       // Bits 64-95
  + unicode_range4:UINTEGER_32;       // Bits 96-127
  
  + ach_vend_id1:INTEGER_16;
  + ach_vend_id2:INTEGER_16;
  + ach_vend_id3:INTEGER_16;
  + ach_vend_id4:INTEGER_16;
  
  + fs_selection:UINTEGER_16;
  + first_char_index:UINTEGER_16;
  + last_char_index:UINTEGER_16;
  + typo_ascender:INTEGER_8;
  + typo_descender:INTEGER_8;
  + typo_line_gap:INTEGER_8;
  + win_ascent:UINTEGER_16;
  + win_descent:UINTEGER_16;
  
  // only version 1 tables:
  
  + code_page_range1:UINTEGER_32;      // Bits 0-31
  + code_page_range2:UINTEGER_32;      // Bits 32-63
  
Section Public
  
  - to_big_endian <-
  (
    version := PROCESSOR.to_motorola_ushort version;
    x_avg_char_width := PROCESSOR.to_motorola_short x_avg_char_width;
    weight_class := PROCESSOR.to_motorola_ushort weight_class;
    width_class := PROCESSOR.to_motorola_ushort width_class;
    fs_type := PROCESSOR.to_motorola_short fs_type;
    
    y_subscript_x_size := PROCESSOR.to_motorola_short y_subscript_x_size;
    y_subscript_y_size := PROCESSOR.to_motorola_short y_subscript_y_size;
    y_subscript_x_offset := PROCESSOR.to_motorola_short y_subscript_x_offset;
    y_subscript_y_offset := PROCESSOR.to_motorola_short y_subscript_y_offset;
    y_superscript_x_size := PROCESSOR.to_motorola_short y_superscript_x_size;
    y_superscript_y_size := PROCESSOR.to_motorola_short y_superscript_y_size;
    y_superscript_x_offset := PROCESSOR.to_motorola_short y_superscript_x_offset;
    y_superscript_y_offset := PROCESSOR.to_motorola_short y_superscript_y_offset;
    y_strikeout_size := PROCESSOR.to_motorola_short y_strikeout_size;
    y_strikeout_position := PROCESSOR.to_motorola_short y_strikeout_position;
    
    family_class := PROCESSOR.to_motorola_short family_class;
    
    unicode_range1 := PROCESSOR.to_motorola_uint unicode_range1;
    unicode_range2 := PROCESSOR.to_motorola_uint unicode_range2;
    unicode_range3 := PROCESSOR.to_motorola_uint unicode_range3;
    unicode_range4 := PROCESSOR.to_motorola_uint unicode_range4;
    
    fs_selection := PROCESSOR.to_motorola_ushort fs_selection;
    first_char_index := PROCESSOR.to_motorola_ushort first_char_index;
    last_char_index := PROCESSOR.to_motorola_ushort last_char_index;
    typo_ascender := PROCESSOR.to_motorola_short typo_ascender;
    typo_descender := PROCESSOR.to_motorola_short typo_descender;
    typo_line_gap := PROCESSOR.to_motorola_short typo_line_gap;
    win_ascent := PROCESSOR.to_motorola_ushort win_ascent;
    win_descent := PROCESSOR.to_motorola_ushort win_descent;
    
    code_page_range1 := PROCESSOR.to_motorola_uint code_page_range1;
    code_page_range2 := PROCESSOR.to_motorola_uint code_page_range2;
  );
  
  - print <-
  ( 
    "\n********* OS/2 TABLE *********\n".print;
    "\n       version: ".print;
    version.print;

    "\n       x_avg_char_width: ".print;
    x_avg_char_width.print;
    "\n       weight_class: ".print;
    weight_class.print;
    "\n       width_class: ".print;
    width_class.print;
    "\n       fs_type: 0x".print;
    fs_type.print;
  
    "\n       y_subscript_x_size: ".print;
    y_subscript_x_size.print;
    "\n       y_subscript_y_size: ".print;
    y_subscript_y_size.print;
    "\n       y_subscript_x_offset: ".print;
    y_subscript_x_offset.print;
    "\n       y_subscript_y_offset: ".print;
    y_subscript_y_offset.print;
    "\n       y_superscript_x_size: ".print;
    y_superscript_x_size.print;
    "\n       y_superscript_y_size: ".print;
    y_superscript_y_size.print;
    "\n       y_superscript_x_offset: ".print;
    y_superscript_x_offset.print;
    "\n       y_superscript_y_offset: ".print;
    y_superscript_y_offset.print;
    "\n       y_strikeout_size: ".print;
    y_strikeout_size.print;
    "\n       y_strikeout_position: ".print;
    y_strikeout_position.print;
  
    "\n       family_class: ".print;
    family_class.print;
        
    "\n         family_type: ".print;
    family_type.print;
    "\n         serif_style: ".print;
    serif_style.print;
    "\n         weight: ".print;
    weight.print;
    "\n         proportion: ".print;
    proportion.print;
    "\n         contrast: ".print;
    contrast.print;
    "\n         stroke_variation: ".print;
    stroke_variation.print;
    "\n         arm_style: ".print;
    arm_style.print;
    "\n         letter_form: ".print;
    letter_form.print;
    "\n         midline: ".print;
    midline.print;
    "\n         xheight: ".print;
    xheight.print;
  
    "\n       unicode_range1: ".print;
    unicode_range1.print;
    "\n       unicode_range2: ".print;
    unicode_range2.print;
    "\n       unicode_range3: ".print;
    unicode_range3.print;
    "\n       unicode_range4: ".print;
    unicode_range4.print;
  
    "\n       ach_vend: ".print;
    ach_vend_id1.to_character.print;
    ach_vend_id2.to_character.print;
    ach_vend_id3.to_character.print;
    ach_vend_id4.to_character.print;
    
    "\n       fs_selection: 0x".print;
    fs_selection.to_hexadecimal.print;
    "\n       first_char_index: 0x".print;
    first_char_index.to_hexadecimal.print;
    "\n       last_char_index: 0x".print;
    last_char_index.to_hexadecimal.print;
    "\n       typo_ascender: ".print;
    typo_ascender.print;
    "\n       typo_descender: ".print;
    typo_descender.print;
    "\n       typo_line_gap: ".print;
    typo_line_gap.print;
    "\n       win_ascent: ".print;
    win_ascent.print;
    "\n       win_descent: ".print;
    win_descent.print;
    
    "\n       code_page_range1: ".print;
    code_page_range1.print;
    "\n       code_page_range2: ".print;
    code_page_range2.print;    
    '\n'.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_table_direntry.li0000644000175000017500000001054111314031253023700 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_TABLE_DIRENTRY;
  - comment     :="The 'Table dir' is followed by 'numtables' table dir entries.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + tag1:UINTEGER_16;      // table type
  + tag2:UINTEGER_16;
  + tag3:UINTEGER_16;
  + tag4:UINTEGER_16;
  + checksum:UINTEGER_32;   // table checksum
  + offset:UINTEGER_32;     // table file offset
  + length:UINTEGER_32;     // table length
  
Section Public  
  
  - to_big_endian <-
  (
    //tag := PROCESSOR.to_motorola_uint tag;
    checksum := PROCESSOR.to_motorola_uint checksum;
    offset := PROCESSOR.to_motorola_uint offset;    
    length := PROCESSOR.to_motorola_uint length;
  );
  
  //
  // Type
  //
  
  // JBJB A VOIR SI ON LAISSE COMME CA (RAPIDE) OU SI ON PASSE PAR UN CALCUL (char.to_usmall)
  // OU ALIASING
  
  // Required Tables
  
   - is_cmap:BOOLEAN <-
  // c m a p (character) ==  99 109 97 112 (UINTEGER_16)
  (    
   (tag1 = 99) && {tag2 = 109} && {tag3 = 97} && {tag4 = 112} 
  );

  - is_glyf:BOOLEAN <-
  // g l y f (character) ==  103 108 121 102
  (    
    (tag1 = 103) && {tag2 = 108} && {tag3 = 121} && {tag4 = 102}        
  );
  
  - is_head:BOOLEAN <-
  // h e a d (character) == 104 101 97 100
  (
    (tag1 = 104) && {tag2 = 101} && {tag3 = 97} && {tag4 = 100} 
  );
  
  - is_hhea:BOOLEAN <-
  // h h e a (character) == 104 104 101 97
  (
    (tag1 = 104) && {tag2 = 104} && {tag3 = 101} && {tag4 = 97} 
  );
  
  - is_hmtx:BOOLEAN <-
  // h m t x (character) == 104 109 116 120
  (
    (tag1 = 104) && {tag2 = 109} && {tag3 = 116} && {tag4 = 120} 
  );
    
  - is_loca:BOOLEAN <-
  // l o c a (character) == 108 111 99 97
  (
    (tag1 = 108) && {tag2 = 111} && {tag3 = 99} && {tag4 = 97} 
  );
  
  - is_maxp:BOOLEAN <-
  // m a x p (character) == 109 97 120 112
  (
    (tag1 = 109) && {tag2 = 97} && {tag3 = 120} && {tag4 = 112} 
  );  
  
  - is_name:BOOLEAN <-
  // n a m e (character) == 110 97 109 101
  (
    (tag1 = 110) && {tag2 = 97} && {tag3 = 109} && {tag4 = 101}
  );
  
  - is_post:BOOLEAN <-
  // p o s t (character) == 112 111 115 116
  (
    (tag1 = 112) && {tag2 = 111} && {tag3 = 115} && {tag4 = 116} 
  );
  
  - is_os2:BOOLEAN <-
  // O S / 2 (character) ==  79 83 47 50
  (
    (tag1 = 79) && {tag2 = 83} && {tag3 = 47} && {tag4 = 50} 
  );
  
  // Optional Tables
  
  - is_cvt:BOOLEAN <-
  // c v t (character) ==  99 118 116 32 
  (    
   (tag1 = 99) && {tag2 = 118} && {tag3 = 116} && {tag4 = 32}
 );
 
 - is_fpgm:BOOLEAN <-
  // f p g m (character) ==  102 112 103 109 
  (    
   (tag1 = 102) && {tag2 = 112} && {tag3 = 103} && {tag4 = 109}
  );
  
  - is_hdmx:BOOLEAN <-
  // h d m x (character) ==  104 100 109 120 
  (    
    (tag1 = 104) && {tag2 = 100} && {tag3 = 109} && {tag4 = 120}
  );
 
  - is_kern:BOOLEAN <-
  // k e r n (character) ==  107 101 114 110 
  (    
   (tag1 = 107) && {tag2 = 101} && {tag3 = 114} && {tag4 = 110}
  ); 
  
  - is_prep:BOOLEAN <-
  // p r e p (character) ==  112 114 101 112 
  (    
   (tag1 = 112) && {tag2 = 114} && {tag3 = 101} && {tag4 = 112}
  );
  //
  // Display
  //
  
  - print <-
  (
    "\nTag: ".print;
    tag1.to_character.print;    
    tag2.to_character.print;    
    tag3.to_character.print;    
    tag4.to_character.print;
    "    Checksum: 0x".print;
    checksum.to_hexadecimal.print;
    "    Off: 0x".print;
    offset.to_hexadecimal.print;
    "    Length: ".print;
    length.print;    
  );
  
lisaac_0.39_rc1/lib/unstable/freetype/tt_cmap_subtable_header.li0000644000175000017500000000307611314031253025007 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_SUBTABLE_HEADER;
  - comment     :="Header Subtable";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + format:USHORTINT;
  
  + length:USHORTINT;
  
  + version:USHORTINT;
  
Section Public
  
  - to_big_endian <-
  (
    format := PROCESSOR.to_motorola_ushort format;
    length := PROCESSOR.to_motorola_ushort length;
    version := PROCESSOR.to_motorola_ushort version;
  );
  
  - print <-
  (
    "\n   Format:".print;
    format.print;
    "\n   length:".print;
    length.print;
    "\n   Version:".print;
    version.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/TODO0000644000175000017500000000007711314031253020327 0ustar  sonntagsonntag- Finir de convertir les integer
- Rendre le source compilable
lisaac_0.39_rc1/lib/unstable/freetype/tt_cmap.li0000644000175000017500000000542711314031253021620 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP;
  - comment     :="Character To Glyph Index Mapping Table .";
  
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  + header:TT_CMAP_HEADER;
  
  + table:MAP_FIXED_ARRAY(TT_CMAP_TABLE);
  
  + subtable:FIXED_ARRAY(TT_CMAP_SUBTABLE);
  
  - create file:STD_FILE :SELF <-
  ( + result:SELF;
    
    result := SELF.clone;
    result.make file;
    result
  );
  
  - make file:STD_FILE <-
  ( + tmp_header:TT_CMAP_SUBTABLE_HEADER;
    + cursor:UINTEGER_32;
    cursor := file.cursor;
    header := TT_CMAP_HEADER.clone;
    file.read header;    
    header.to_big_endian;
    (header.num_tables > 0).if {
      table := MAP_FIXED_ARRAY(TT_CMAP_TABLE).create_with_capacity (header.num_tables);
      file.read table size (TT_CMAP_TABLE.object_size * header.num_tables);
      subtable := FIXED_ARRAY(TT_CMAP_SUBTABLE).create (header.num_tables);
      tmp_header := TT_CMAP_SUBTABLE_HEADER.clone;
      0.to (header.num_tables - 1) do { i:INTEGER;
	table.item i.to_big_endian;
	file.set_cursor (cursor + table.item i.offset);
	file.read tmp_header;
	tmp_header.to_big_endian;
	file.set_cursor (cursor + table.item i.offset);
	(tmp_header.format).when 0 then {
	  subtable.put (TT_CMAP_SUBTABLE0.create file) to i;
	}.when 2 then {
	  subtable.put (TT_CMAP_SUBTABLE2.create file) to i;
	}.when 4 then {
	  subtable.put (TT_CMAP_SUBTABLE4.create file) to i;
	}.when 6 then {
	  subtable.put (TT_CMAP_SUBTABLE6.create file) to i;
	};
      };      
    };
  );

  - print <-
  (
    "\n********* CMAP TABLE *********\n".print;
    header.print;
    0.to (header.num_tables - 1) do { i:INTEGER;
      "\n  Subtable ".print;
      (i + 1).print;
      '.'.print;
      table.item i.print;
      subtable.item i.print;
      '\n'.print;
    };
    '\n'.print;
  );  
  
  
  
  
  
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/update_marche0000644000175000017500000043011511314031253022363 0ustar  sonntagsonntagELF†4xÊ4 (44€4€ÀÀôô€ô€€€à—à—   ”`d¥d%d%ÈÈ  /lib/ld-linux.so.2GNU

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‹Eü‹@‰EüëÖ‰ö¸ƒ}ü•ÀˆEï¾Eï‰ÀÉÃU‰åƒìÇEøÇEüÇEôÇEôƒ}ôuÇEüD%ë2vƒìÿuôèÑÑþÿƒÄ‰À‰EøƒìÿuôhD%ÿuøèÝþÿƒÄ‹Eø‰Eü‹Eü‰ÀÉÉöU‰åƒìÇEðÆEîÆEïÇEüÇEôèlkÿÿ¡¤)‰Eôƒìÿu腃ĉÀ‰Eüƒ}ü„#ÆEïƒìÿuèƒÄƒìj,èÖuÿÿƒÄˆÀ„Àuë_vƒìÿuè=ƒÄ‰À‰Eüƒ}üu,ƒìjÿ5Ð"è3ÐþÿƒÄ‰ÀPƒìèÕoÿÿƒÄ‰ÀPèzqÿÿƒÄƒìÿu蔃ÄÆEîëv€}î„’¡¤)‰Eð‹H+‹EðƒèŠˆEû€}û t)€}û	t#€}û
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t€}ût€}ût€}ûtëvEðÿë·ƒì¡*EôHPj(ÿ5|*èâÿÿƒÄƒì¡*EðPj)ÿ5|*èþáÿÿƒÄƒ*¾Eï‰ÀÉÃU‰åƒìÆEÿ‹Eºƒx”ˆUÿ¾Eÿ‰ÀÉÃU‰åƒìÇEüÇEôÇEøÇEðÇEðƒ}ðu	ÇEøL%ë/ƒìÿuðèÅÏþÿƒÄ‰À‰EôƒìÿuðhL%ÿuôèúÚþÿƒÄ‹Eô‰Eø‹Eø‰Eü‹Uü‹E‰B‹Eü‰ÀÉÃvU‰åƒìÇEøÇEüÇEôÇEôƒ}ôuÇEüd)ë2vƒìÿuôèIÏþÿƒÄ‰À‰Eøƒìÿuôhd)ÿuøè~ÚþÿƒÄ‹Eø‰Eü‹Eü‰ÀÉÉöU‰åƒìÇEüÇEôÇEøÇEðÇEðƒ}ðu	ÇEøT%ë/ƒìÿuðèÙÎþÿƒÄ‰À‰EôƒìÿuðhT%ÿuôèÚþÿƒÄ‹Eô‰Eø‹Eø‰Eü‹Uü‹E‰B‹Eü‰ÀÉÃvU‰åƒìÇEüèÿÿÿ‰À‰Eü‹EüÇ‹Eü‰ÀÉÃU‰åƒì‹E‹UˆEÿˆUþŠEÿº:EþŸÂŠMÿ¸:Mþ”À	‰ÐÉÃU‰å‹E÷؉À]ÃU‰åƒìÇEüèšþÿÿ‰À‰Eü‹EüÇ‹Eü‰ÀÉÃU‰åƒìÇEüèrþÿÿ‰À‰Eü‹EüÇ‹Eü‰ÀÉÃU‰åƒìÇEüƒìÿuèƒÿÿƒÄ‰À‰Eüƒ}üuoèáŽÿÿˆÀ„Àtdƒìÿ5<+ÿ5 'èãúÿÿƒÄˆÀ„Àtë'ƒìÿ5¤)¡<+‹P¡¤))ÐPÿ5$)è¬bÿÿƒÄƒìƒìèBlÿÿƒÄ‰ÀPèOýÿÿƒÄ‰À‰Eü‹Eü‰ÀÉÃU‰åƒìÇEüƒìÿuèPëÿÿƒÄ‹Eƒxu@‹E‰Eøèi‰Â‹Eø‰P‹EøÇ‹Uø‹E‹@‰B‹EøÇ@‹Uø‹E‹@‰Bë/‹E‰Eôè)‰À‰Eü‹E‹P‹Eü‰‹Uô‹E‹@‰‹Uô‹Eü‰BÉÃvU‰åƒìÇEüèýÿÿ‰À‰Eü‹EüÇ‹Eü‰ÀÉÃU‰åSRè[ÃÊ(PÿuÿujèAˆþÿƒÄ‹]üÉÃU‰åSƒì¡,&»,&ƒøÿtv¼'ƒëÿЋƒøÿuôX[]ÃU‰åƒì‰ì]öU‰åSRè[Ãb(vè÷ˆþÿ‹]üÉÃsectionrightleftMICROMACRO:=?=<-->=!=HEADERINHERITINTERRUPTPRIVATEKERNELDRIVERAPPLICATIONNETWORKPUBLICMAPPINGDEFAULTCOMMONNUMERICCHARACTERSTRING_CONSTANTNATIVE_ARRAYPHYSICAL_NATIVE_ARRAYMAP_NATIVE_ARRAYBLOCKBOOLEANTRUEFALSEPOINTER__CONTEXTSELFULONGINTUINTEGERUSHORTINTUSMALLINTLONGINTINTEGERSHORTINTSMALLINTNATIVE_ARRAY__CHARACTERNATIVE_ARRAY__NATIVE_ARRAY__CHARACTERself___cast___back___contextNULLVOID___tmp___count_arg___list_arg___glob_count_arg___glob_list_arglisaacinput_fileoutput_filetargetnamecategoryexternaldefaulttypevaluenew_internclonevoid/* NOTHING */__PATH_LISAAC_SYSTEM____SHORT_LISAAC_FORMAT__tokentype_filebeginendkeywordintegercharacterstringoperatorprototypekeyprototypecomment_linecommentslotslot_callslot_styleblockindexdirectory_list_begindirectory_list_itemdirectory_list_endfile_list_beginfile_list_itemfile_list_end------------------------------------------------------------
--             Isaac Object Operating System              --
--          Update Lisaac source V.0.1 -> V.0.2           --
--             LORIA - UHP - INRIA - FRANCE               --
--          Benoit SONNTAG - bsonntag@loria.fr            --
--                 http://www.IsaacOS.com                 --
------------------------------------------------------------
Usage:                                                      
  update  [Options]                        
                                                            
Options:                                                    
  -o  : output file (default: )
  -r               : recursive builder                      
                                                            
Examples:                                                   
  * Output format file:                                     
    update hello_world.li                                   
                                                            
  * Build html documentation:                               
    update -r ~/lisaac/lib                                  
                                                            
Bug report: bsonntag@loria.fr                               
__infix-r and -o, impossible options
NULL prototype.struct __*VOID prototype.Error: directory `' not found.
' not open.
Warning: directory `.li.oldError: File  is not created !
_add_sub_logicnot_not_div_mul_xor_mod_greater_less_equal_notdiv_or_and_dollar_diese_at_ask is not found in
 is not open in
 file is empty.Section identifier is needed.Incorrect section identifier.'-' slot is not possible in section MAPPING.'' slot is not possible in section INTERRUPT.Double definition for 'name' slot.Added ':='.Expanded Prototype identifier is needed.Incorrect name (filename != name).identifier is needed.Added ']'.Type is needed.Added ';'.Double definition for 'category' slot.Category identifier incorrect ('MICRO' or 'MACRO').Incorrect external. /*  */
Incorrect expr.Type definition want to be before `default' slot.Not argument for section INTERRUPT.__Incorrect symbol.Incorrect type slot for section INTERRUPT.Operator is needed.Incorrect operator.Added '''.Level priority level is needed.Invalid number argument.__prefixNot priority for prefix operator.Incorrect slot declaration.Incorrect result type.Not type for slot in section INTERRUPT.In INHERIT section, type slot is mandatory.For '*' slot, type slot is mandatory.Value is not possible for '*' slot.Incorrect expression.Not argument for this list.Value is necessary for parent slots.Incorrect affectation mode for slot in section INTERRUPT ('<-' only).Added ';' is needed.Double definition slot.Slot 'name' absent.Slot 'category' absent.SectionRightLeftHeaderInheritPublicPrivateInterruptMappingSelf////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////+End of comment not found !Identifier is incorrect.Line counter overflow.Column counter overflow (line too long).Incorrect generic type.--SYNTAX-----------
--SEMANTIC---------
--WARNING----------
--MESSAGE----------
Line  column  in ):
^
Character constant too long.Unterminated character constant.Unterminated string constant.Added ')'.Added '}'.Incorrect type.Incorrect local type.Incorrect identifier.!@#$%^&<|*-+=~/?\>Incorrect octal number.Incorrect binary number.Incorrect decimal number..Unknown escape sequence.Invalid range character number [0,255].Character '' is needed.Incorrect argument.Incorrect message.Incorrect assignment.Incorrect value expression.<&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ˆ&ž&l&`&H&x&”&T&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&ž&$&0&&ø%&r+bw+b<ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó€ó“óló`óHóxóŒóTó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó“ó$ó0óóóó8& þ(þ.þ3þ9þ?þBþEþHþKþMþPþWþ_þiþqþxþþ‹þ“þšþ¢þªþ±þ¹þÃþÓþàþöþÿ
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€"€#5€%M€&c€1z€2’€3©€4€5Ú€6ó€8€9$€;D€=Z€>p€?†€@œ€A³€BË€Cá€Dø€E€F&€G=€HV€Ik€NÑ€Qé€R	€S €T;€UW€Vo€X‡€[¡€^¹€eÏ€hé€l	€q	€r7	€uR	€vo	€yŠ	€z§	€}¿	€€Ø	€ƒó	€„
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N€d€8¢y‚Œ‚b‚¢ž‚¢Ë€K¢¢N€‘€#Ö‚é‚5ÁNÂyÂŒ‚ž¢Âú€Ù€€H:€Ki€Lš€UÍ€Z€^A€ay€b±€^€€ý€t€­¢¢˜€5€7#€8;€9U€:¢o d´†init.c/usr/src/build/158590-i386/BUILD/glibc-2.2.5/csu/gcc2_compiled.int:t(0,1)=r(0,1);-2147483648;2147483647;char:t(0,2)=r(0,2);0;127;long int:t(0,3)=r(0,3);-2147483648;2147483647;unsigned int:t(0,4)=r(0,4);0000000000000;0037777777777;long unsigned int:t(0,5)=r(0,5);0000000000000;0037777777777;long long int:t(0,6)=@s64;r(0,6);01000000000000000000000;0777777777777777777777;long long unsigned int:t(0,7)=@s64;r(0,7);0000000000000;01777777777777777777777;short int:t(0,8)=@s16;r(0,8);-32768;32767;short unsigned int:t(0,9)=@s16;r(0,9);0;65535;signed char:t(0,10)=@s8;r(0,10);-128;127;unsigned char:t(0,11)=@s8;r(0,11);0;255;float:t(0,12)=r(0,1);4;0;double:t(0,13)=r(0,1);8;0;long double:t(0,14)=r(0,1);12;0;complex int:t(0,15)=s8real:(0,1),0,32;imag:(0,1),32,32;;complex float:t(0,16)=r(0,16);8;0;complex double:t(0,17)=r(0,17);16;0;complex long double:t(0,18)=r(0,18);24;0;__builtin_va_list:t(0,19)=*(0,20)=(0,20)../include/libc-symbols.h/usr/src/build/158590-i386/BUILD/glibc-2.2.5/build-i386-linux/config.h../sysdeps/gnu/_G_config.h../sysdeps/unix/sysv/linux/bits/types.h../include/features.h../include/sys/cdefs.h../misc/sys/cdefs.h/usr/lib/gcc-lib/i386-redhat-linux/2.96/include/stddef.hsize_t:t(8,1)=(0,4)__u_char:t(4,1)=(0,11)__u_short:t(4,2)=(0,9)__u_int:t(4,3)=(0,4)__u_long:t(4,4)=(0,5)__u_quad_t:t(4,5)=(0,7)__quad_t:t(4,6)=(0,6)__int8_t:t(4,7)=(0,10)__uint8_t:t(4,8)=(0,11)__int16_t:t(4,9)=(0,8)__uint16_t:t(4,10)=(0,9)__int32_t:t(4,11)=(0,1)__uint32_t:t(4,12)=(0,4)__int64_t:t(4,13)=(0,6)__uint64_t:t(4,14)=(0,7)__qaddr_t:t(4,15)=(4,16)=*(4,6)__dev_t:t(4,17)=(4,5)__uid_t:t(4,18)=(4,3)__gid_t:t(4,19)=(4,3)__ino_t:t(4,20)=(4,4)__mode_t:t(4,21)=(4,3)__nlink_t:t(4,22)=(4,3)__off_t:t(4,23)=(0,3)__loff_t:t(4,24)=(4,6)__pid_t:t(4,25)=(0,1)__ssize_t:t(4,26)=(0,1)__rlim_t:t(4,27)=(4,4)__rlim64_t:t(4,28)=(4,5)__id_t:t(4,29)=(4,3)__fsid_t:t(4,30)=(4,31)=s8__val:(4,32)=ar(4,33)=r(4,33);0000000000000;0037777777777;;0;1;(0,1),0,64;;__daddr_t:t(4,34)=(0,1)__caddr_t:t(4,35)=(4,36)=*(0,2)__time_t:t(4,37)=(0,3)__useconds_t:t(4,38)=(0,4)__suseconds_t:t(4,39)=(0,3)__swblk_t:t(4,40)=(0,3)__clock_t:t(4,41)=(0,3)__clockid_t:t(4,42)=(0,1)__timer_t:t(4,43)=(0,1)__key_t:t(4,44)=(0,1)__ipc_pid_t:t(4,45)=(0,9)__blksize_t:t(4,46)=(0,3)__blkcnt_t:t(4,47)=(0,3)__blkcnt64_t:t(4,48)=(4,6)__fsblkcnt_t:t(4,49)=(4,4)__fsblkcnt64_t:t(4,50)=(4,5)__fsfilcnt_t:t(4,51)=(4,4)__fsfilcnt64_t:t(4,52)=(4,5)__ino64_t:t(4,53)=(4,5)__off64_t:t(4,54)=(4,24)__t_scalar_t:t(4,55)=(0,3)__t_uscalar_t:t(4,56)=(0,5)__intptr_t:t(4,57)=(0,1)__socklen_t:t(4,58)=(0,4)../linuxthreads/sysdeps/pthread/bits/pthreadtypes.h../sysdeps/unix/sysv/linux/bits/sched.h__sched_param:T(10,1)=s4__sched_priority:(0,1),0,32;;_pthread_fastlock:T(9,1)=s8__status:(0,3),0,32;__spinlock:(0,1),32,32;;_pthread_descr:t(9,2)=(9,3)=*(9,4)=xs_pthread_descr_struct:__pthread_attr_s:T(9,5)=s36__detachstate:(0,1),0,32;__schedpolicy:(0,1),32,32;__schedparam:(10,1),64,32;__inheritsched:(0,1),96,32;__scope:(0,1),128,32;__guardsize:(8,1),160,32;__stackaddr_set:(0,1),192,32;__stackaddr:(0,19),224,32;__stacksize:(8,1),256,32;;pthread_attr_t:t(9,6)=(9,5)pthread_cond_t:t(9,7)=(9,8)=s12__c_lock:(9,1),0,64;__c_waiting:(9,2),64,32;;pthread_condattr_t:t(9,9)=(9,10)=s4__dummy:(0,1),0,32;;pthread_key_t:t(9,11)=(0,4)pthread_mutex_t:t(9,12)=(9,13)=s24__m_reserved:(0,1),0,32;__m_count:(0,1),32,32;__m_owner:(9,2),64,32;__m_kind:(0,1),96,32;__m_lock:(9,1),128,64;;pthread_mutexattr_t:t(9,14)=(9,15)=s4__mutexkind:(0,1),0,32;;pthread_once_t:t(9,16)=(0,1)_pthread_rwlock_t:T(9,17)=s32__rw_lock:(9,1),0,64;__rw_readers:(0,1),64,32;__rw_writer:(9,2),96,32;__rw_read_waiting:(9,2),128,32;__rw_write_waiting:(9,2),160,32;__rw_kind:(0,1),192,32;__rw_pshared:(0,1),224,32;;pthread_rwlock_t:t(9,18)=(9,17)pthread_rwlockattr_t:t(9,19)=(9,20)=s8__lockkind:(0,1),0,32;__pshared:(0,1),32,32;;pthread_spinlock_t:t(9,21)=(0,1)pthread_barrier_t:t(9,22)=(9,23)=s20__ba_lock:(9,1),0,64;__ba_required:(0,1),64,32;__ba_present:(0,1),96,32;__ba_waiting:(9,2),128,32;;pthread_barrierattr_t:t(9,24)=(9,25)=s4__pshared:(0,1),0,32;;pthread_t:t(9,26)=(0,5)wchar_t:t(11,1)=(0,3)wint_t:t(11,2)=(0,4)../include/wchar.h../wcsmbs/wchar.h../sysdeps/unix/sysv/linux/i386/bits/wchar.h__mbstate_t:t(13,1)=(13,2)=s8__count:(0,1),0,32;__value:(13,3)=u4__wch:(11,2),0,32;__wchb:(13,4)=ar(4,33);0;3;(0,2),0,32;;,32,32;;_G_fpos_t:t(3,1)=(3,2)=s12__pos:(4,23),0,32;__state:(13,1),32,64;;_G_fpos64_t:t(3,3)=(3,4)=s16__pos:(4,54),0,64;__state:(13,1),64,64;;../include/gconv.h../iconv/gconv.h :T(17,1)=e__GCONV_OK:0,__GCONV_NOCONV:1,__GCONV_NODB:2,__GCONV_NOMEM:3,__GCONV_EMPTY_INPUT:4,__GCONV_FULL_OUTPUT:5,__GCONV_ILLEGAL_INPUT:6,__GCONV_INCOMPLETE_INPUT:7,__GCONV_ILLEGAL_DESCRIPTOR:8,__GCONV_INTERNAL_ERROR:9,; :T(17,2)=e__GCONV_IS_LAST:1,__GCONV_IGNORE_ERRORS:2,;__gconv_fct:t(17,3)=(17,4)=*(17,5)=f(0,1)__gconv_init_fct:t(17,6)=(17,7)=*(17,8)=f(0,1)__gconv_end_fct:t(17,9)=(17,10)=*(17,11)=f(0,20)__gconv_trans_fct:t(17,12)=(17,13)=*(17,14)=f(0,1)__gconv_trans_context_fct:t(17,15)=(17,16)=*(17,17)=f(0,1)__gconv_trans_query_fct:t(17,18)=(17,19)=*(17,20)=f(0,1)__gconv_trans_init_fct:t(17,21)=(17,22)=*(17,23)=f(0,1)__gconv_trans_end_fct:t(17,24)=(17,25)=*(17,26)=f(0,20)__gconv_trans_data:T(17,27)=s20__trans_fct:(17,12),0,32;__trans_context_fct:(17,15),32,32;__trans_end_fct:(17,24),64,32;__data:(0,19),96,32;__next:(17,28)=*(17,27),128,32;;__gconv_step:T(17,29)=s56__shlib_handle:(17,30)=*(17,31)=xs__gconv_loaded_object:,0,32;__modname:(17,32)=*(0,2),32,32;__counter:(0,1),64,32;__from_name:(4,36),96,32;__to_name:(4,36),128,32;__fct:(17,3),160,32;__init_fct:(17,6),192,32;__end_fct:(17,9),224,32;__min_needed_from:(0,1),256,32;__max_needed_from:(0,1),288,32;__min_needed_to:(0,1),320,32;__max_needed_to:(0,1),352,32;__stateful:(0,1),384,32;__data:(0,19),416,32;;__gconv_step_data:T(17,33)=s36__outbuf:(17,34)=*(0,11),0,32;__outbufend:(17,34),32,32;__flags:(0,1),64,32;__invocation_counter:(0,1),96,32;__internal_use:(0,1),128,32;__statep:(17,35)=*(13,1),160,32;__state:(13,1),192,64;__trans:(17,28),256,32;;__gconv_info:T(17,36)=s8__nsteps:(8,1),0,32;__steps:(17,37)=*(17,29),32,32;__data:(17,38)=ar(4,33);0;-1;(17,33),64,0;;__gconv_t:t(17,39)=(17,40)=*(17,36)_G_iconv_t:t(3,5)=(3,6)=u44__cd:(17,36),0,64;__combined:(3,7)=s44__cd:(17,36),0,64;__data:(17,33),64,288;;,0,352;;_G_int16_t:t(3,8)=(0,8)_G_int32_t:t(3,9)=(0,1)_G_uint16_t:t(3,10)=(0,9)_G_uint32_t:t(3,11)=(0,4)_IO_stdin_used:G(0,1)GCC: (GNU) 2.96 20000731 (Red Hat Linux 7.3 2.96-112)GCC: (GNU) 2.96 20000731 (Red Hat Linux 7.3 2.96-112)GCC: (GNU) 2.96 20000731 (Red Hat Linux 7.3 2.96-113)GCC: (GNU) 2.96 20000731 (Red Hat Linux 7.3 2.96-113)GCC: (GNU) 2.96 20000731 (Red Hat Linux 7.3 2.96-113)GCC: (GNU) 2.96 20000731 (Red Hat Linux 7.3 2.96-112)01.0101.0101.0101.0101.0101.0101.01.symtab.strtab.shstrtab.interp.note.ABI-tag.hash.dynsym.dynstr.gnu.version.gnu.version_r.rel.dyn.rel.plt.init.text.fini.rodata.data.eh_frame.dynamic.ctors.dtors.got.bss.stab.stabstr.comment.noteô€ô# 1((¨7ÐÐp?@ƒ@øGÿÿÿo8„8.Tþÿÿoh„h0c	˜„˜l	°„°u@…@pX…X0{†@wÐýÐ}‡þ~à   ` •`%`¥Ÿd%d¥È¨,&,¦¯4&4¦¶<&<¦X»˜&˜¦ÈÀ˜¦¤Æ<®…ÏÁÇJØÉŒ—ÉÞÏÐ1 	Ð}/ô€(Ð@ƒ8„h„˜„°„	@…
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0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_SUBTABLE6_HEADER;
  - comment     :="Header Subtable";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + format:USHORTINT;
  
  + length:USHORTINT;
  
  + version:USHORTINT;
  
  + first_code:USHORTINT;
  
  + entry_count:USHORTINT;
    
Section Public
  
  - to_big_endian <-
  (
    format := PROCESSOR.to_motorola_ushort format;
    length := PROCESSOR.to_motorola_ushort length;
    version := PROCESSOR.to_motorola_ushort version;
    first_code := PROCESSOR.to_motorola_ushort first_code;
    entry_count := PROCESSOR.to_motorola_ushort entry_count;
  );
  
  - print <-
  (
    "\n   Format:".print;
    format.print;
    "\n   length:".print;
    length.print;
    "\n   Version:".print;
    version.print;
    "\n   First_code:".print;
    first_code.print;
    "\n   Entry count:".print;
    entry_count.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_raster_map.li0000644000175000017500000001023311314031253023024 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_RASTER_MAP;
  
  - comment     :=" A structure used to describe the target bitmap or pixmap\
  \ to the renderer.  Note that there is nothing in this structure that\
  \gives the nature of the buffer.\
  \IMPORTANT NOTE:\
  \In the case of a pixmap, the `width' and `cols' fields must\
  \have the _same_ values, and _must_ be padded to 32-bits, i.e.,\
  \be a multiple of 4.  Clipping problems will arise otherwise,\
  \if not even page faults!\
  \The typical settings are:\

  \- for a WxH bitmap:\

  \rows  = H\
  \cols  = (W+7) / 8\
  \width = W\
  \flow  = your_choice\

  \- for a WxH pixmap:\

  \rows  = H\
  \cols  = (W+3) & ~3\
  \width = cols\
  \flow  = your_choice.";
  

  
  - bibliography:="http://IsaacOS.com";
  -  author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  + rows:INTEGER;   // number of rows
  + cols:INTEGER;   // number of columns (bytes) per row
  + width:INTEGER;  // number of pixels per line
  + flow:INTEGER;   // bitmap orientation
  
  + bitmap:FIXED_ARRAY(UINTEGER_16); // bit/pixmap buffer
  + size:INTEGER;   // bit/pixmap size in bytes
  
  
  
  - set_rows new:INTEGER <- 
  (
    rows := new;
  ); // end set_rows
  
  - add_rows val:INTEGER <-
  (
    rows := rows + val;
  ); // end add_rows
    
  
  - set_cols new:INTEGER <- 
  (
    cols := new;
  ); // end set_cols
  
  
  
  - set_width new:INTEGER <- 
  (
    width := new;
  ); // end set_width
  
  
  - add_width val:INTEGER <-
  (
    width := width + val;
  ); // end add_width
  
  
  - set_flow new:INTEGER <- 
  (
    flow := new;
  ); // end set_flow
  
  
  
  - set_bitmap new:UINTEGER_16 to i:NUMERIC <-
  (
    bitmap.put new to i;
  ); // end set_bitmap
  
  
  
  - init_bitmap my_size:NUMERIC <-
  (
    bitmap := FIXED_ARRAY(UINTEGER_16).create my_size;
  ); // end init_bitmap
  
  
  - copy_bitmap new:FIXED_ARRAY(UINTEGER_16) <-
  (
    bitmap := new;
  );
  
  - set_size new:INTEGER <- 
  (
    size := new;
  ); // end set_size
  
  
  
  - init_bit_display (new_rows,new_width,new_flow,font_smoothing:INTEGER) <-
  // Initialize the display bitmap named
  (
    rows := new_rows;  // the whole window
    width := new_width;
    flow := new_flow;
    
    ( font_smoothing > 0).if {
      cols := (width+3) & -4;  // must be 32-bits aligned
    } else {
      cols := (width+7) >> 3;
    }; // end if
    size   := rows * cols;
    
    init_bitmap size;
  ); // end init_bit_display
  
  
  - init_small_display (x_ppem,y_ppem,new_flow:INTEGER) <-
  // Init Small Bitmap
  (
    rows  := y_ppem + 32;
    width := x_ppem + 32;
    cols  := (width+3 ) & -4;  // pad to 32-bits
    flow  := new_flow;
    size  := rows * cols;
    
    init_bitmap size;
  ); // end init_small_display
  
  
  - clear_display <-
  // reset every element
  (
    (size - 1).to 0 do { i:INTEGER;
      bitmap.put 0 to i;
    }; // end do
  ); // end clear_display
  
  
  - get_glyph_bitmap (glyph:TT_GLYPH,x_offset,y_offset:INTEGER) <-
  // Produces a bitmap from a glyph outline.
  //  Input  :  glyph      the glyph container's handle
  //           xOffset    x offset in fractional pixels (26.6 format)
  //           yOffset    y offset in fractional pixels (26.6 format)
  (
    // NOT YET IMPLEMENTED
  ); // end get_glyph_bitmap
lisaac_0.39_rc1/lib/unstable/freetype/tt_name.li0000644000175000017500000000525311314031253021615 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header	
  
  + name        := TT_NAME;
  
  - comment     :="Naming Table.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + header:TT_NAME_HEADER;
  
  + record:MAP_FIXED_ARRAY(TT_NAME_RECORD);
  
  + data:FIXED_ARRAY(FIXED_ARRAY(UINTEGER_16));
  
  - create file:STD_FILE :SELF <-
  ( + result:SELF;
    ? { file != NULL };
    result := clone;
    result.make file;
    result
  );
  
  - make file:STD_FILE <-
  ( + cursor:UINTEGER;
    + tmp_data:FIXED_ARRAY(UINTEGER_16);
    cursor := file.cursor;
    header := TT_NAME_HEADER.clone;
    file.read header;
    header.to_big_endian;
    
    record := MAP_FIXED_ARRAY(TT_NAME_RECORD).create_with_capacity (header.num_name_records);
    file.read record size (TT_NAME_RECORD.object_size * header.num_name_records);
    
    cursor := cursor + header.storage_offset;
    data := FIXED_ARRAY(FIXED_ARRAY(UINTEGER_16)).create (header.num_name_records);
    0.to (header.num_name_records - 1) do { i:INTEGER;
      // Init of records
      record.item i.to_big_endian;
      // Init of datas
      tmp_data := FIXED_ARRAY(UINTEGER_16).create_with_capacity (record.item i.string_length);
      file.set_cursor (cursor + record.item i.string_offset);
      file.read tmp_data size (record.item i.string_length);
      data.put tmp_data to i;
    };

  );
  
  - print <-
  (
    "\n********* NAME TABLE *********\n".print;
    header.print;
    0.to (header.num_name_records - 1) do { i:INTEGER;
      "\n     ".print;
      i.print;
      '.'.print;
      record.item i.print;
      "\n       Data: ".print;
      0.to (data.item i.upper) do { j:INTEGER;
	data.item i.item j.to_character.print;
      };
      '\n'.print;
    };
    '\n'.print;
  );
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e0.li0000644000175000017500000000337111314031253023555 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_SUBTABLE0;
  - comment     :="Format 0: Byte encoding table";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent_tt_cmap_subtable:TT_CMAP_SUBTABLE := TT_CMAP_SUBTABLE;
  
Section Public
  
  + header:TT_CMAP_SUBTABLE_HEADER;
  
  + glyph_id_array:FIXED_ARRAY(UINTEGER_16);
  
  - make file:STD_FILE <-
  (
    header := TT_CMAP_SUBTABLE_HEADER.clone;
    file.read header;
    header.to_big_endian;
    
    glyph_id_array := FIXED_ARRAY(UINTEGER_16).create_with_capacity 256;
    file.read glyph_id_array size 256;
  );
  
  - print <-
  (
    "\n     Format 0: byte encoding table\n".print;
    header.print;
    0.to 255 do { i:INTEGER;
      "\n      Char ".print;      
      i.print;
      " --> Index ".print;
      glyph_id_array.item i.print;      
    };
  );
lisaac_0.39_rc1/lib/unstable/freetype/arial.ttf0000644000175000017500000114052411314031253021451 0ustar  sonntagsonntagpDSIGÔql§üXGDEFQDQ¼¤`šGSUBÈ÷­[¤üÞJSTFm*i§ÜLTSHsE­?Vt,OS/2ß2køVPCLTý{>C¤(6VDMXP’jõ[ ”cmapg´M.@Žcvt –pÒv~¤0fpgmÌyYšx4ngasp	Pglyfª˜Ä~œG&hdmx.oQ™t|(headÍ
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(y(…Typeface © The Monotype Corporation plc. Data © The Monotype Corporation plc/Type Solutions Inc. 1990-1992. All Rights ReservedArialRegularMonotype:Arial Regular:Version 2.98 (Microsoft)ArialVersion 2.98ArialMTArial® Trademark of The Monotype Corporation plc registered in the US Pat & TM Off. and elsewhere.Monotype TypographyMonotype Type Drawing Office - Robin Nicholas, Patricia Saunders 1982Contemporary sans serif design, Arial contains more humanist characteristics than many of its predecessors and as such is more in tune with the mood of the last decades of the twentieth century.  The overall treatment of curves is softer and fuller than in most industrial style sans serif faces.  Terminal strokes are cut on the diagonal which helps to give the face a less mechanical appearance.  Arial is an extremely versatile family of typefaces which can be used with equal success for text setting in reports, presentations, magazines etc, and for display use in newspapers, advertising and promotions.http://www.monotype.com/html/mtname/ms_arial.htmlhttp://www.monotype.com/html/mtname/ms_welcome.htmlNOTIFICATION OF LICENSE AGREEMENT



This typeface is the property of Monotype Typography and its use by you is covered under the terms of a license agreement. You have obtained this typeface software either directly from Monotype or together with software distributed by one of Monotype's licensees.



This software is a valuable asset of Monotype. Unless you have entered into a specific license agreement granting you additional rights, your use of this software is limited to your workstation for your own publishing use. You may not copy or distribute this software.



If you have any question concerning your rights you should review the license agreement you received with the software or contact Monotype for a copy of the license agreement.



Monotype can be contacted at:



USA - (847) 718-0400		UK - 01144 01737 765959

http://www.monotype.comhttp://www.monotype.com/html/type/license.htmlTypeface © The Monotype Corporation plc. Data © The Monotype Corporation plc/Type Solutions Inc. 1990-1992. All Rights ReservedArialRegularMonotype:Arial Regular:Version 2.98 (Microsoft)ArialVersion 2.98ArialMTArial¨ Trademark of The Monotype Corporation plc registered in the US Pat & TM Off. and elsewhere.Monotype TypographyMonotype Type Drawing Office - Robin Nicholas, Patricia Saunders 1982Contemporary sans serif design, Arial contains more humanist characteristics than many of its predecessors and as such is more in tune with the mood of the last decades of the twentieth century.  The overall treatment of curves is softer and fuller than in most industrial style sans serif faces.  Terminal strokes are cut on the diagonal which helps to give the face a less mechanical appearance.  Arial is an extremely versatile family of typefaces which can be used with equal success for text setting in reports, presentations, magazines etc, and for display use in newspapers, advertising and promotions.http://www.monotype.com/html/mtname/ms_arial.htmlhttp://www.monotype.com/html/mtname/ms_welcome.htmlNOTIFICATION OF LICENSE AGREEMENT

This typeface is the property of Monotype Typography and its use by you is covered under the terms of a license agreement. You have obtained this typeface software either directly from Monotype or together with software distributed by one of Monotype's licensees.

This software is a valuable asset of Monotype. Unless you have entered into a specific license agreement granting you additional rights, your use of this software is limited to your workstation for your own publishing use. You may not copy or distribute this software.

If you have any question concerning your rights you should review the license agreement you received with the software or contact Monotype for a copy of the license agreement.

Monotype can be contacted at:

USA - (847) 718-0400		UK - 01144 01737 765959
http://www.monotype.comhttp://www.monotype.com/html/type/license.htmlNormaloby
ejnénormalStandardš±½¿½¹º¬Typeface © The Monotype Corporation plc. Data © The Monotype Corporation plc/Type Solutions Inc. 1990-1992. All Rights ReservedArialRegularMonotype:Arial Regular:Version 2.98 (Microsoft)ArialVersion 2.98ArialMTArial® Trademark of The Monotype Corporation plc registered in the US Pat & TM Off. and elsewhere.Monotype TypographyMonotype Type Drawing Office - Robin Nicholas, Patricia Saunders 1982Contemporary sans serif design, Arial contains more humanist characteristics than many of its predecessors and as such is more in tune with the mood of the last decades of the twentieth century.  The overall treatment of curves is softer and fuller than in most industrial style sans serif faces.  Terminal strokes are cut on the diagonal which helps to give the face a less mechanical appearance.  Arial is an extremely versatile family of typefaces which can be used with equal success for text setting in reports, presentations, magazines etc, and for display use in newspapers, advertising and promotions.http://www.monotype.com/html/mtname/ms_arial.htmlhttp://www.monotype.com/html/mtname/ms_welcome.htmlNOTIFICATION OF LICENSE AGREEMENT



This typeface is the property of Monotype Typography and its use by you is covered under the terms of a license agreement. You have obtained this typeface software either directly from Monotype or together with software distributed by one of Monotype's licensees.



This software is a valuable asset of Monotype. Unless you have entered into a specific license agreement granting you additional rights, your use of this software is limited to your workstation for your own publishing use. You may not copy or distribute this software.



If you have any question concerning your rights you should review the license agreement you received with the software or contact Monotype for a copy of the license agreement.



Monotype can be contacted at:



USA - (847) 718-0400		UK - 01144 01737 765959

http://www.monotype.comhttp://www.monotype.com/html/type/license.htmlNormalNormaaliNormalNormálNormaleStandaardNormalNormalnyNormal1KG=K9NormálneNormalNormalNavadnoth°¡ngArruntaNormalNormalNormalNormal	R
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áƒinit.cinitfini.ccrtstuff.c__CTOR_LIST____DTOR_LIST____JCR_LIST____do_global_dtors_auxcompleted.5843p.5841frame_dummy__CTOR_END____DTOR_END____FRAME_END____JCR_END____do_global_ctors_auxbug.c_GLOBAL_OFFSET_TABLE___init_array_end__init_array_start_DYNAMICdata_startprint_integerprint_char__libc_csu_fini_startsignal@@GLIBC_2.0__gmon_start___Jv_RegisterClasses_fp_hw_finiprint_stringtop_context__libc_start_main@@GLIBC_2.0lisaac_pushtable_type_IO_stdin_used__data_starttrace__dso_handlearg_countlisaac_push_first__libc_csu_initarg_vector__src__bss_startdie_with_codefputc@@GLIBC_2.0_endstdout@@GLIBC_2.0interrupt_signal_edatalisaac_stack_printexit@@GLIBC_2.0__i686.get_pc_thunk.bxmain_initlisaac_0.39_rc1/lib/unstable/freetype/tt_loca.li0000644000175000017500000000327411314031253021614 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_LOCA;
  - comment     :=" loca: Index Of Location.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  - max_loca:USHORTINT;
  
  - create nglyph:NUMERIC my_file f:STD_FILE :SELF<-
  // nglyph: number of glyph (maxp table)
  ( + result:SELF;
    
    result := clone;
    result.make nglyph my_file f;
    result
  );

  - make nglyph:NUMERIC my_file f:STD_FILE <- deferred;
  
  - value index:NUMERIC :UINTEGER <- deferred;
  
  - print <-
  (
    "\n********* LOCA TABLE *********\n".print;
    0.to (max_loca - 1) do { i:INTEGER;
      "\n      [".print;
      i.print;      
      "] Ox".print;
      value i.to_hexadecimal.print;
    };
    '\n'.print;
  );
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/tt_cmap_subtable6.li0000644000175000017500000000376011314031253023565 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_SUBTABLE6;
  - comment     :="Format 6: Trimmed table Mapping";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent_tt_cmap_subtable:TT_CMAP_SUBTABLE := TT_CMAP_SUBTABLE; 
  
Section Public
  
  + header:TT_CMAP_SUBTABLE6_HEADER;
  
  + glyph_id_array:FIXED_ARRAY(USHORTINT);
  
  - make file:STD_FILE <-
  (
    header := TT_CMAP_SUBTABLE6_HEADER.clone;
    file.read header;
    header.to_big_endian;
    
    glyph_id_array := FIXED_ARRAY(USHORTINT).create_with_capacity (header.entry_count);
    file.read glyph_id_array size (header.entry_count * 2);
    to_big_endian glyph_id_array;    
  );
  
  - to_big_endian buf:FIXED_ARRAY(USHORTINT) <-
  (
    0.to (buf.upper) do { i:INTEGER;
      buf.put (PROCESSOR.to_motorola_ushort (buf.item i)) to i;
    };
  );
  
  - print <-
  (
    "\n     Format 6: trimmed table mapping\n".print;
    header.print;
    0.to 255 do { i:INTEGER;
      "\n      Char ".print;      
      i.print;
      " --> Index ".print;
      glyph_id_array.item i.print;      
    };
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_hdmx_data.li0000644000175000017500000000371611314031253022630 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_HDMX_DATA;
  - comment     :=" hdmx: device records .";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public

  + pixel_size:UINTEGER_16;
  
  + max_width:UINTEGER_16;
  
  + widths:NATIVE_ARRAY(UINTEGER_16);
  
  + number_glyph:UINTEGER_32;
  
  - create (n:NUMERIC,buf:NATIVE_ARRAY(UINTEGER_16)) :SELF <-
  ( + result:SELF;
    
    result := SELF.clone;
    result.make (n,buf);
    result       
  );
  
  - make (n:NUMERIC,buf:NATIVE_ARRAY(UINTEGER_16)) <-
  (
    pixel_size := buf.item 0;
    max_width := buf.item 1;
    number_glyph := n;
    widths := NATIVE_ARRAY(UINTEGER_16).calloc n;
    widths := NATIVE_ARRAY(UINTEGER_16).force_conversion (buf + 2);        
  );
  
  - print <-
  (
    "\n     Pixel Size:".print;
    pixel_size.print;
    "\n     Max Width:".print;
    max_width.print;
    "\n     Widths:".print;
    0.to (number_glyph - 1) do { i:INTEGER;
      width.item i.print;
      ' '.print;      
    };
    '\n'.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_name_header.li0000644000175000017500000000317711314031253023130 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TT_NAME_HEADER;
  - comment     :=" .";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + format:USHORTINT;
  + num_name_records:USHORTINT;
  + storage_offset:USHORTINT;
  
Section Public  
  
  - to_big_endian <-
  (
    format := PROCESSOR.to_motorola_ushort format;
    num_name_records := PROCESSOR.to_motorola_ushort num_name_records;
    storage_offset := PROCESSOR.to_motorola_ushort storage_offset;
  );
  
  - print <-
  (
    "\n     Format: ".print;
    format.print;
    "\n     Number records: ".print;
    num_name_records.print;
    "\n     Storage offset: ".print;
    storage_offset.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_cmap_header.li0000644000175000017500000000307411314031253023124 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_HEADER;
  - comment     :="Header Table for CMAP";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + version:USHORTINT;
  
  + num_tables:USHORTINT;
  
Section Public
  
  - to_big_endian <-
  (
    version := PROCESSOR.to_motorola_ushort version;
    num_tables := PROCESSOR.to_motorola_ushort num_tables;
  );
  
  - print <-
  (
    "\n   Version: ".print;
    (version >> 16).to_hexadecimal.print;
    '.'.print;
    (version & 0FFFFh).to_hexadecimal.print;
    "\n   Num tables: ".print;
    num_tables.print;
    '\n'.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_hhea.li0000644000175000017500000000675311314031253021610 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_HHEA;
  
  - comment     :="Horizontal Header.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + version:UINTEGER_32;
  + ascender:INTEGER_8;
  + descender:INTEGER_8;
  + line_gap:INTEGER_8;
  
  + advance_width_max:UINTEGER_8;     // advance width maximum
  
  + min_left_side_bearing:INTEGER_8; // minimum left-sb
  + min_right_side_bearing:INTEGER_8;// minimum right-sb
  + xmax_extent:INTEGER_8;           // xmax extents
  + caret_slope_rise:INTEGER_8;
  + caret_slope_run:INTEGER_8;
  
  + reserved0:INTEGER_8;
  + reserved1:INTEGER_8;
  + reserved2:INTEGER_8;
  + reserved3:INTEGER_8;
  + reserved4:INTEGER_8;
  
  + metric_data_format:INTEGER_8;
  
  + number_of_hmetrics:UINTEGER_8;
  
Section Public
  
  - to_big_endian <-
  (
    version := PROCESSOR.to_motorola_uint version;
    ascender := PROCESSOR.to_motorola_short ascender;
    descender := PROCESSOR.to_motorola_short descender;
    line_gap := PROCESSOR.to_motorola_short line_gap;
    advance_width_max:= PROCESSOR.to_motorola_ushort advance_width_max;    
    min_left_side_bearing := PROCESSOR.to_motorola_short min_left_side_bearing;
    min_right_side_bearing := PROCESSOR.to_motorola_short min_right_side_bearing;
    xmax_extent := PROCESSOR.to_motorola_short xmax_extent;           
    caret_slope_rise := PROCESSOR.to_motorola_short caret_slope_rise ;
    caret_slope_run := PROCESSOR.to_motorola_short caret_slope_run;    
    metric_data_format := PROCESSOR.to_motorola_short metric_data_format;
    number_of_hmetrics := PROCESSOR.to_motorola_ushort number_of_hmetrics;
  );
  
  - print <-
  (
    "\n********* HEAD TABLE *********\n".print;
    "\n     version: ".print;
    (version >> 16).to_hexadecimal.print;
    '.'.print;
    (version & 0FFFFh).to_hexadecimal.print;
    "\n     ascender: ".print;
    ascender.print;
    "\n     descender: ".print;
    descender.print;
    "\n     line_gap: ".print; 
    line_gap.print;
    "\n     advance_width_max: ".print;
    advance_width_max.print;    
    "\n     min_left_side_bearing: ".print; 
    min_left_side_bearing.print;
    "\n     min_right_side_bearing: ".print;
    min_right_side_bearing.print;
    "\n     xmax_extent: ".print;
    xmax_extent.print;           
    "\n     caret_slope_rise: ".print;
    caret_slope_rise.print;
    "\n     caret_slope_run: ".print;
    caret_slope_run.print;    
    "\n     metric_data_format: ".print;
    metric_data_format .print;
    "\n     number of Hmetrics: ".print;
    number_of_hmetrics.print;
  );
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/tt_maxp.li0000644000175000017500000000746611314031253021652 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_MAXP;
  - comment     :=" Maxp: maximum profiles.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + version:UINTEGER;
  + num_glyphs:USHORTINT;
  + max_points:USHORTINT;
  + max_contours:USHORTINT;
  + max_composite_points:USHORTINT;
  + max_composite_contours:USHORTINT;
  + max_zones:USHORTINT;
  + max_twilight_points:USHORTINT;
  + max_storage:USHORTINT;
  + max_function_defs:USHORTINT;
  + max_instruction_defs:USHORTINT;
  + max_stack_elements:USHORTINT;
  + max_size_of_instructions:USHORTINT;
  + max_component_elements:USHORTINT;
  + max_component_depth:USHORTINT;
  
Section Public
  
  - to_big_endian <-
  (
    version := PROCESSOR.to_motorola_uint version;
    num_glyphs := PROCESSOR.to_motorola_ushort num_glyphs;
    max_points := PROCESSOR.to_motorola_ushort max_points;
    max_contours := PROCESSOR.to_motorola_ushort max_contours;
    max_composite_points := PROCESSOR.to_motorola_ushort max_composite_points;
    max_composite_contours := PROCESSOR.to_motorola_ushort max_composite_contours;
    max_zones := PROCESSOR.to_motorola_ushort max_zones;
    max_twilight_points := PROCESSOR.to_motorola_ushort max_twilight_points;
    max_storage := PROCESSOR.to_motorola_ushort max_storage;
    max_function_defs := PROCESSOR.to_motorola_ushort max_function_defs;
    max_instruction_defs := PROCESSOR.to_motorola_ushort max_instruction_defs;
    max_stack_elements := PROCESSOR.to_motorola_ushort max_stack_elements;
    max_size_of_instructions := PROCESSOR.to_motorola_ushort max_size_of_instructions;
    max_component_elements := PROCESSOR.to_motorola_ushort max_component_elements;
    max_component_depth := PROCESSOR.to_motorola_ushort max_component_depth; 
  );
  
  - print <-
  (
    "\n********* MAXP TABLE *********\n".print;
    "\n     version:".print;
    (version >> 16).to_hexadecimal.print;
    '.'.print;
    (version & 0FFFFh).to_hexadecimal.print;
    "\n     num_glyphs:".print;
    num_glyphs.print;
    "\n     max_points:".print;
    max_points.print;
    "\n     max_contours:".print;
    max_contours.print;
    "\n     max_composite_points:".print;
    max_composite_points.print;
    "\n     max_composite_contours:".print;
    max_composite_contours.print;
    "\n     max_zones:".print;
    max_zones.print;
    "\n     max_twilight_points:".print;
    max_twilight_points.print;
    "\n     max_storage:".print;
    max_storage.print;
    "\n     max_function_defs:".print;
    max_function_defs.print;
    "\n     max_instruction_defs:".print;
    max_instruction_defs.print;
    "\n     max_stack_elements:".print;
    max_stack_elements.print;
    "\n     max_size_of_instructions:".print;
    max_size_of_instructions.print;
    "\n     max_component_elements:".print;
    max_component_elements.print;
    "\n     max_component_depth:".print; 
    max_component_depth.print; 
  );lisaac_0.39_rc1/lib/unstable/freetype/old/0000755000175000017500000000000011314031253020411 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/freetype/tt_hmtx.li0000644000175000017500000000536011314031253021654 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_HMTX;
  - comment     :=" hmtx: Horizontal Metrics .";
  
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  + hmetrics:MAP_NATIVE_ARRAY(TT_HMTX_DATA);
  + number_of_hmetrics:UINTEGER_8;
  
  + left_side_bearing:NATIVE_ARRAY(INTEGER_8);
  + number_lbs:UINTEGER_8;  
  
  - create (nmetrics,nglyph:NUMERIC,buf:NATIVE_ARRAY(UINTEGER_16)) :SELF <-
  // nmetrics: number of hMetrics (hhea table) 
  // nglyph: number of glyph (maxp table)
  ( + result:SELF;
    
    result := SELF.clone;
    result.make (nmetrics,nglyph,buf);
    result
  );
  
  - make (nmetrics,nglyph:NUMERIC,buf:NATIVE_ARRAY(UINTEGER_16)) <-
  (
    number_of_hmetrics := nmetrics;
    hmetrics := MAP_NATIVE_ARRAY(TT_HMTX_DATA).calloc number_of_hmetrics;
    hmetrics := MAP_NATIVE_ARRAY(TT_HMTX_DATA).force_conversion buf;
    0.to (number_of_hmetrics - 1) do { i:INTEGER;
      hmetrics.item i.to_big_endian;
    };
    
    number_lbs := nglyph - number_of_hmetrics;
    (number_lbs > 0).if {
      buf := buf + (TT_HMTX_DATA.object_size * number_of_hmetrics);
      left_side_bearing := NATIVE_ARRAY(INTEGER_8).calloc number_lbs;
      left_side_bearing := NATIVE_ARRAY(INTEGER_8).force_conversion buf;
      0.to (number_lbs - 1) do { i:INTEGER;
	left_side_bearing.put (PROCESSOR.to_motorola_short (left_side_bearing.item i)) to i;
      };
    };
  );
    
  - print <-
  (
    "\n********* HMTX TABLE *********\n".print;
    "HMetrics: ".print;
    0.to (number_of_hmetrics - 1) do { i:INTEGER;
      hmetrics.item i.print;
    };
    '\n'.print;
    "Left Side Bearing: ".print;
    (number_lbs > 0).if {
      0.to (number_lbs - 1) do { i:INTEGER;
	left_side_bearing.item i.print;
      };
    } else {
      " None".print;
    };
    '\n'.print;
  );
  
  
  
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/cour.ttf0000644000175000017500000112030011314031253021317 0ustar  sonntagsonntag`DSIGé¢ä‹¨EBDT©«L\iXôEBLC+ý\mL4GDEF¤Ì¥
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ŠŠ
ŠŠTypeface © The Monotype Corporation plc. Data © The Monotype Corporation plc/Type Solutions Inc. 1990-1994. All Rights ReservedMonotype:Courier New:version 2.90 (Microsoft)RegularVersion 2.90CourierNewPSMTCourier!" Trademark of The Monotype Corporation plc registered in certain countries.NOTIFICATION OF LICENSE AGREEMENT



This typeface is the property of Monotype Typography and its use by you is covered under the terms of a license agreement. You have obtained this typeface software either directly from Monotype or together with software distributed by one of Monotype's licensees.



This software is a valuable asset of Monotype. Unless you have entered into a specific license agreement granting you additional rights, your use of this software is limited to your workstation for your own publishing use. You may not copy or distribute this software.



If you have any question concerning your rights you should review the license agreement you received with the software or contact Monotype for a copy of the license agreement.



Monotype can be contacted at:



USA - (847) 718-0400		UK - 01144 01737 765959

http://www.monotype.comHoward KettlerDesigned as a typewriter face for IBM, Courier was re drawn by Adrian Frutiger for IBM Selectric series.  A typical fixed pitch design, monotone in weight and slab serif in concept.  Used to emulate typewriter output for reports, tabular work and technical documentation.http://www.monotype.com/html/mtname/ms_couriernew.htmlhttp://www.monotype.com/html/mtname/ms_welcome.htmlhttp://www.monotype.com/html/type/license.htmlTypeface © The Monotype Corporation plc. Data © The Monotype Corporation plc/Type Solutions Inc. 1990-1994. All Rights ReservedMonotype:Courier New:version 2.90 (Microsoft)RegularVersion 2.90CourierNewPSMTCourierª Trademark of The Monotype Corporation plc registered in certain countries.NOTIFICATION OF LICENSE AGREEMENT

This typeface is the property of Monotype Typography and its use by you is covered under the terms of a license agreement. You have obtained this typeface software either directly from Monotype or together with software distributed by one of Monotype's licensees.

This software is a valuable asset of Monotype. Unless you have entered into a specific license agreement granting you additional rights, your use of this software is limited to your workstation for your own publishing use. You may not copy or distribute this software.

If you have any question concerning your rights you should review the license agreement you received with the software or contact Monotype for a copy of the license agreement.

Monotype can be contacted at:

USA - (847) 718-0400		UK - 01144 01737 765959
http://www.monotype.comHoward KettlerDesigned as a typewriter face for IBM, Courier was re drawn by Adrian Frutiger for IBM Selectric series.  A typical fixed pitch design, monotone in weight and slab serif in concept.  Used to emulate typewriter output for reports, tabular work and technical documentation.http://www.monotype.com/html/mtname/ms_couriernew.htmlhttp://www.monotype.com/html/mtname/ms_welcome.htmlhttp://www.monotype.com/html/type/license.htmlNormalnyoby
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		Data: 41 67 66 61 20 4D 6F 6E 6F 74  >  Agfa Monot
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		Data: 56 65 72 73 69 6F 6E 20 31 2E  >  Version 1.
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		Data: 4D 56 42 6F 6C 69              >  MVBoli

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		       0 64  0 61  0 74  0 61  0 20  >  .d.a.t.a. 
		       0 A9  0 20  0 32  0 30  0 30  >  .©. .2.0.0
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		       0 6E  0 6F  0 74  0 79  0 70  >  .n.o.t.y.p
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		       0 69  0 6F  0 6E  0 2E  0 20  >  .i.o.n... 
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		       0 4D  0 6F  0 6E  0 6F  0 74  >  .M.o.n.o.t
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		       0 2E  0 61  0 67  0 66  0 61  >  ...a.g.f.a
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'OS/2' Table - OS/2 and Windows Metrics
---------------------------------------
Size = 86 bytes (expecting 86 bytes)
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  Unicode Range 1( Bits 0 - 31 ): 00000000
  Unicode Range 2( Bits 32- 63 ): 00000000
  Unicode Range 3( Bits 64- 95 ): 00000100
  Unicode Range 4( Bits 96-127 ): 00000000
  achVendID:                'MONO'
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'post' Table - PostScript Metrics
---------------------------------
Size = 1259 bytes
	'post' version:	        2.0
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	PSGlyf Name #   4: numbersign
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	PSGlyf Name #  86: uni07A3
	PSGlyf Name #  87: uni07A4
	PSGlyf Name #  88: uni07A5
	PSGlyf Name #  89: uni07A6
	PSGlyf Name #  90: uni07A7
	PSGlyf Name #  91: uni07A8
	PSGlyf Name #  92: uni07A9
	PSGlyf Name #  93: uni07AA
	PSGlyf Name #  94: uni07AB
	PSGlyf Name #  95: uni07AC
	PSGlyf Name #  96: uni07AD
	PSGlyf Name #  97: uni07AE
	PSGlyf Name #  98: uni07AF
	PSGlyf Name #  99: uni07B0
	PSGlyf Name # 100: uni07B1
	PSGlyf Name # 101: DotBelow
	PSGlyf Name # 102: TwoDots
	PSGlyf Name # 103: ThreeDots
	PSGlyf Name # 104: uni25CC
	PSGlyf Name # 105: uniFDF2
	PSGlyf Name # 106: uni07A6nsp
	PSGlyf Name # 107: uni07A7nsp
	PSGlyf Name # 108: uni07A8nsp
	PSGlyf Name # 109: uni07A9nsp
	PSGlyf Name # 110: uni07AAnsp
	PSGlyf Name # 111: uni07ABnsp
	PSGlyf Name # 112: uni07ACnsp
	PSGlyf Name # 113: uni07ADnsp
	PSGlyf Name # 114: uni07AEnsp
	PSGlyf Name # 115: uni07AFnsp
	PSGlyf Name # 116: uni07B0nsp
	PSGlyf Name # 117: DotAbove

'cmap' Table - Character To Index Map
-------------------------------------
Size = 466 bytes
  'cmap' version:  0
  numTables:       2
  
Subtable  1.   Platform ID:   1
               Specific ID:   0
               'cmap' Offset: 0x00000014
	      ->Format:	0 : Byte encoding table
		Length:		262
		Version:	0

		Char   0 -> Index 0
		Char   1 -> Index 0
		Char   2 -> Index 0
		Char   3 -> Index 0
		Char   4 -> Index 0
		Char   5 -> Index 0
		Char   6 -> Index 0
		Char   7 -> Index 0
		Char   8 -> Index 0
		Char   9 -> Index 0
		Char  10 -> Index 0
		Char  11 -> Index 0
		Char  12 -> Index 0
		Char  13 -> Index 0
		Char  14 -> Index 0
		Char  15 -> Index 0
		Char  16 -> Index 0
		Char  17 -> Index 0
		Char  18 -> Index 0
		Char  19 -> Index 0
		Char  20 -> Index 0
		Char  21 -> Index 0
		Char  22 -> Index 0
		Char  23 -> Index 0
		Char  24 -> Index 0
		Char  25 -> Index 0
		Char  26 -> Index 0
		Char  27 -> Index 0
		Char  28 -> Index 0
		Char  29 -> Index 0
		Char  30 -> Index 0
		Char  31 -> Index 0
		Char  32 -> Index 3
		Char  33 -> Index 4
		Char  34 -> Index 5
		Char  35 -> Index 6
		Char  36 -> Index 7
		Char  37 -> Index 8
		Char  38 -> Index 9
		Char  39 -> Index 10
		Char  40 -> Index 11
		Char  41 -> Index 12
		Char  42 -> Index 13
		Char  43 -> Index 14
		Char  44 -> Index 15
		Char  45 -> Index 16
		Char  46 -> Index 17
		Char  47 -> Index 18
		Char  48 -> Index 19
		Char  49 -> Index 20
		Char  50 -> Index 21
		Char  51 -> Index 22
		Char  52 -> Index 23
		Char  53 -> Index 24
		Char  54 -> Index 25
		Char  55 -> Index 26
		Char  56 -> Index 27
		Char  57 -> Index 28
		Char  58 -> Index 29
		Char  59 -> Index 30
		Char  60 -> Index 31
		Char  61 -> Index 32
		Char  62 -> Index 33
		Char  63 -> Index 0
		Char  64 -> Index 0
		Char  65 -> Index 0
		Char  66 -> Index 0
		Char  67 -> Index 0
		Char  68 -> Index 0
		Char  69 -> Index 0
		Char  70 -> Index 0
		Char  71 -> Index 0
		Char  72 -> Index 0
		Char  73 -> Index 0
		Char  74 -> Index 0
		Char  75 -> Index 0
		Char  76 -> Index 0
		Char  77 -> Index 0
		Char  78 -> Index 0
		Char  79 -> Index 0
		Char  80 -> Index 0
		Char  81 -> Index 0
		Char  82 -> Index 0
		Char  83 -> Index 0
		Char  84 -> Index 0
		Char  85 -> Index 0
		Char  86 -> Index 0
		Char  87 -> Index 0
		Char  88 -> Index 0
		Char  89 -> Index 0
		Char  90 -> Index 0
		Char  91 -> Index 34
		Char  92 -> Index 35
		Char  93 -> Index 36
		Char  94 -> Index 0
		Char  95 -> Index 0
		Char  96 -> Index 0
		Char  97 -> Index 0
		Char  98 -> Index 0
		Char  99 -> Index 0
		Char 100 -> Index 0
		Char 101 -> Index 0
		Char 102 -> Index 0
		Char 103 -> Index 0
		Char 104 -> Index 0
		Char 105 -> Index 0
		Char 106 -> Index 0
		Char 107 -> Index 0
		Char 108 -> Index 0
		Char 109 -> Index 0
		Char 110 -> Index 0
		Char 111 -> Index 0
		Char 112 -> Index 0
		Char 113 -> Index 0
		Char 114 -> Index 0
		Char 115 -> Index 0
		Char 116 -> Index 0
		Char 117 -> Index 0
		Char 118 -> Index 0
		Char 119 -> Index 0
		Char 120 -> Index 0
		Char 121 -> Index 0
		Char 122 -> Index 0
		Char 123 -> Index 37
		Char 124 -> Index 38
		Char 125 -> Index 39
		Char 126 -> Index 0
		Char 127 -> Index 0
		Char 128 -> Index 0
		Char 129 -> Index 0
		Char 130 -> Index 0
		Char 131 -> Index 0
		Char 132 -> Index 0
		Char 133 -> Index 0
		Char 134 -> Index 0
		Char 135 -> Index 0
		Char 136 -> Index 0
		Char 137 -> Index 0
		Char 138 -> Index 0
		Char 139 -> Index 0
		Char 140 -> Index 0
		Char 141 -> Index 0
		Char 142 -> Index 0
		Char 143 -> Index 0
		Char 144 -> Index 0
		Char 145 -> Index 0
		Char 146 -> Index 0
		Char 147 -> Index 0
		Char 148 -> Index 0
		Char 149 -> Index 0
		Char 150 -> Index 0
		Char 151 -> Index 0
		Char 152 -> Index 0
		Char 153 -> Index 0
		Char 154 -> Index 0
		Char 155 -> Index 0
		Char 156 -> Index 0
		Char 157 -> Index 0
		Char 158 -> Index 0
		Char 159 -> Index 0
		Char 160 -> Index 0
		Char 161 -> Index 0
		Char 162 -> Index 0
		Char 163 -> Index 0
		Char 164 -> Index 0
		Char 165 -> Index 40
		Char 166 -> Index 0
		Char 167 -> Index 0
		Char 168 -> Index 0
		Char 169 -> Index 0
		Char 170 -> Index 0
		Char 171 -> Index 0
		Char 172 -> Index 0
		Char 173 -> Index 0
		Char 174 -> Index 0
		Char 175 -> Index 0
		Char 176 -> Index 0
		Char 177 -> Index 0
		Char 178 -> Index 0
		Char 179 -> Index 0
		Char 180 -> Index 0
		Char 181 -> Index 0
		Char 182 -> Index 0
		Char 183 -> Index 0
		Char 184 -> Index 0
		Char 185 -> Index 0
		Char 186 -> Index 0
		Char 187 -> Index 0
		Char 188 -> Index 0
		Char 189 -> Index 0
		Char 190 -> Index 0
		Char 191 -> Index 0
		Char 192 -> Index 0
		Char 193 -> Index 0
		Char 194 -> Index 0
		Char 195 -> Index 0
		Char 196 -> Index 0
		Char 197 -> Index 0
		Char 198 -> Index 0
		Char 199 -> Index 41
		Char 200 -> Index 42
		Char 201 -> Index 0
		Char 202 -> Index 0
		Char 203 -> Index 0
		Char 204 -> Index 0
		Char 205 -> Index 0
		Char 206 -> Index 0
		Char 207 -> Index 0
		Char 208 -> Index 43
		Char 209 -> Index 44
		Char 210 -> Index 45
		Char 211 -> Index 46
		Char 212 -> Index 47
		Char 213 -> Index 48
		Char 214 -> Index 0
		Char 215 -> Index 0
		Char 216 -> Index 0
		Char 217 -> Index 0
		Char 218 -> Index 0
		Char 219 -> Index 0
		Char 220 -> Index 0
		Char 221 -> Index 0
		Char 222 -> Index 0
		Char 223 -> Index 0
		Char 224 -> Index 0
		Char 225 -> Index 49
		Char 226 -> Index 0
		Char 227 -> Index 0
		Char 228 -> Index 0
		Char 229 -> Index 0
		Char 230 -> Index 0
		Char 231 -> Index 0
		Char 232 -> Index 0
		Char 233 -> Index 0
		Char 234 -> Index 0
		Char 235 -> Index 0
		Char 236 -> Index 0
		Char 237 -> Index 0
		Char 238 -> Index 0
		Char 239 -> Index 0
		Char 240 -> Index 0
		Char 241 -> Index 0
		Char 242 -> Index 0
		Char 243 -> Index 0
		Char 244 -> Index 0
		Char 245 -> Index 0
		Char 246 -> Index 0
		Char 247 -> Index 0
		Char 248 -> Index 0
		Char 249 -> Index 0
		Char 250 -> Index 0
		Char 251 -> Index 0
		Char 252 -> Index 0
		Char 253 -> Index 0
		Char 254 -> Index 0
		Char 255 -> Index 0
  
Subtable  2.   Platform ID:   3
               Specific ID:   1
               'cmap' Offset: 0x0000011A
	      ->Format:	4 : Segment mapping to delta values
		Length:		184
		Version:	0
		segCount:	18  (X2 = 36)
		searchRange:	32
		entrySelector:	4
		rangeShift:	4
		Seg   1 : St = 0020, En = 003E, D =    -29, RO =     0, gId# = N/A
		Seg   2 : St = 005B, En = 005D, D =    -57, RO =     0, gId# = N/A
		Seg   3 : St = 007B, En = 007D, D =    -86, RO =     0, gId# = N/A
		Seg   4 : St = 00AB, En = 00AB, D =   -130, RO =     0, gId# = N/A
		Seg   5 : St = 00B7, En = 00B7, D =   -134, RO =     0, gId# = N/A
		Seg   6 : St = 00BB, En = 00BB, D =   -145, RO =     0, gId# = N/A
		Seg   7 : St = 060C, En = 060C, D =  -1498, RO =     0, gId# = N/A
		Seg   8 : St = 061B, En = 061B, D =  -1512, RO =     0, gId# = N/A
		Seg   9 : St = 061F, En = 061F, D =  -1515, RO =     0, gId# = N/A
		Seg  10 : St = 0780, En = 07A5, D =  -1867, RO =     0, gId# = N/A
		Seg  11 : St = 07A6, En = 07B1, D =      0, RO =    16, gId# = 0
		Seg  12 : St = 2013, En = 2014, D =  -8168, RO =     0, gId# = N/A
		Seg  13 : St = 2018, En = 2019, D =  -8169, RO =     0, gId# = N/A
		Seg  14 : St = 201C, En = 201D, D =  -8175, RO =     0, gId# = N/A
		Seg  15 : St = 2022, En = 2022, D =  -8186, RO =     0, gId# = N/A
		Seg  16 : St = 25CC, En = 25CC, D =  -9569, RO =     0, gId# = N/A
		Seg  17 : St = FDF2, En = FDF2, D =    634, RO =     0, gId# = N/A
		Seg  18 : St = FFFF, En = FFFF, D =      1, RO =     0, gId# = N/A
		glyphIdArray[0] =  109 (Offset = 00A0)
		glyphIdArray[1] =  110 (Offset = 00A2)
		glyphIdArray[2] =  111 (Offset = 00A4)
		glyphIdArray[3] =  112 (Offset = 00A6)
		glyphIdArray[4] =  113 (Offset = 00A8)
		glyphIdArray[5] =  114 (Offset = 00AA)
		glyphIdArray[6] =  115 (Offset = 00AC)
		glyphIdArray[7] =  116 (Offset = 00AE)
		glyphIdArray[8] =  117 (Offset = 00B0)
		glyphIdArray[9] =  118 (Offset = 00B2)
		glyphIdArray[10] =  119 (Offset = 00B4)
		glyphIdArray[11] =  102 (Offset = 00B6)

		Which Means:
		   1. Char 0020 -> Index 3
		      Char 0021 -> Index 4
		      Char 0022 -> Index 5
		      Char 0023 -> Index 6
		      Char 0024 -> Index 7
		      Char 0025 -> Index 8
		      Char 0026 -> Index 9
		      Char 0027 -> Index 10
		      Char 0028 -> Index 11
		      Char 0029 -> Index 12
		      Char 002A -> Index 13
		      Char 002B -> Index 14
		      Char 002C -> Index 15
		      Char 002D -> Index 16
		      Char 002E -> Index 17
		      Char 002F -> Index 18
		      Char 0030 -> Index 19
		      Char 0031 -> Index 20
		      Char 0032 -> Index 21
		      Char 0033 -> Index 22
		      Char 0034 -> Index 23
		      Char 0035 -> Index 24
		      Char 0036 -> Index 25
		      Char 0037 -> Index 26
		      Char 0038 -> Index 27
		      Char 0039 -> Index 28
		      Char 003A -> Index 29
		      Char 003B -> Index 30
		      Char 003C -> Index 31
		      Char 003D -> Index 32
		      Char 003E -> Index 33
		   2. Char 005B -> Index 34
		      Char 005C -> Index 35
		      Char 005D -> Index 36
		   3. Char 007B -> Index 37
		      Char 007C -> Index 38
		      Char 007D -> Index 39
		   4. Char 00AB -> Index 41
		   5. Char 00B7 -> Index 49
		   6. Char 00BB -> Index 42
		   7. Char 060C -> Index 50
		   8. Char 061B -> Index 51
		   9. Char 061F -> Index 52
		  10. Char 0780 -> Index 53
		      Char 0781 -> Index 54
		      Char 0782 -> Index 55
		      Char 0783 -> Index 56
		      Char 0784 -> Index 57
		      Char 0785 -> Index 58
		      Char 0786 -> Index 59
		      Char 0787 -> Index 60
		      Char 0788 -> Index 61
		      Char 0789 -> Index 62
		      Char 078A -> Index 63
		      Char 078B -> Index 64
		      Char 078C -> Index 65
		      Char 078D -> Index 66
		      Char 078E -> Index 67
		      Char 078F -> Index 68
		      Char 0790 -> Index 69
		      Char 0791 -> Index 70
		      Char 0792 -> Index 71
		      Char 0793 -> Index 72
		      Char 0794 -> Index 73
		      Char 0795 -> Index 74
		      Char 0796 -> Index 75
		      Char 0797 -> Index 76
		      Char 0798 -> Index 77
		      Char 0799 -> Index 78
		      Char 079A -> Index 79
		      Char 079B -> Index 80
		      Char 079C -> Index 81
		      Char 079D -> Index 82
		      Char 079E -> Index 83
		      Char 079F -> Index 84
		      Char 07A0 -> Index 85
		      Char 07A1 -> Index 86
		      Char 07A2 -> Index 87
		      Char 07A3 -> Index 88
		      Char 07A4 -> Index 89
		      Char 07A5 -> Index 90
		  11. Char 07A6 -> Index 109
		      Char 07A7 -> Index 110
		      Char 07A8 -> Index 111
		      Char 07A9 -> Index 112
		      Char 07AA -> Index 113
		      Char 07AB -> Index 114
		      Char 07AC -> Index 115
		      Char 07AD -> Index 116
		      Char 07AE -> Index 117
		      Char 07AF -> Index 118
		      Char 07B0 -> Index 119
		      Char 07B1 -> Index 102
		  12. Char 2013 -> Index 43
		      Char 2014 -> Index 44
		  13. Char 2018 -> Index 47
		      Char 2019 -> Index 48
		  14. Char 201C -> Index 45
		      Char 201D -> Index 46
		  15. Char 2022 -> Index 40
		  16. Char 25CC -> Index 107
		  17. Char FDF2 -> Index 108

'cvt ' Table - Control Value Table
----------------------------------
Size = 520 bytes, 260 entries
	Values
	------
	   0: 0
	   1: 0
	   2: 0
	   3: 0
	   4: 0
	   5: 0
	   6: 1456
	   7: 8
	   8: 0
	   9: 0
	  10: 0
	  11: 0
	  12: 0
	  13: 0
	  14: 0
	  15: 821
	  16: 41
	  17: 187
	  18: 0
	  19: 0
	  20: 0
	  21: 0
	  22: 0
	  23: 0
	  24: 0
	  25: -8
	  26: 0
	  27: -461
	  28: 0
	  29: 0
	  30: 0
	  31: 0
	  32: 0
	  33: 0
	  34: 0
	  35: 0
	  36: 0
	  37: 0
	  38: 0
	  39: 0
	  40: 0
	  41: 0
	  42: 0
	  43: 0
	  44: 0
	  45: 0
	  46: 0
	  47: 0
	  48: 0
	  49: 0
	  50: 0
	  51: 0
	  52: 0
	  53: 0
	  54: 0
	  55: 0
	  56: 0
	  57: 0
	  58: 0
	  59: 0
	  60: 0
	  61: 0
	  62: 0
	  63: 0
	  64: 0
	  65: 2048
	  66: 0
	  67: 2048
	  68: 0
	  69: 1024
	  70: 0
	  71: 0
	  72: 0
	  73: 0
	  74: 0
	  75: 0
	  76: 0
	  77: 0
	  78: 0
	  79: 0
	  80: 0
	  81: 0
	  82: 0
	  83: 0
	  84: 0
	  85: 0
	  86: 0
	  87: 0
	  88: 0
	  89: 0
	  90: 0
	  91: 0
	  92: 0
	  93: 0
	  94: 0
	  95: 0
	  96: 0
	  97: 0
	  98: 0
	  99: 0
	 100: 0
	 101: 0
	 102: 0
	 103: 0
	 104: 0
	 105: 0
	 106: 0
	 107: 0
	 108: 0
	 109: 0
	 110: 0
	 111: 0
	 112: 0
	 113: 0
	 114: 0
	 115: 0
	 116: 0
	 117: 0
	 118: 0
	 119: 0
	 120: 0
	 121: 0
	 122: 0
	 123: 0
	 124: 0
	 125: 0
	 126: 0
	 127: 0
	 128: 0
	 129: 0
	 130: 0
	 131: 0
	 132: 0
	 133: 0
	 134: 0
	 135: 0
	 136: 0
	 137: 195
	 138: 184
	 139: 172
	 140: 142
	 141: 195
	 142: 172
	 143: 0
	 144: 0
	 145: 0
	 146: 0
	 147: 0
	 148: 0
	 149: 0
	 150: 0
	 151: 0
	 152: 0
	 153: 172
	 154: 166
	 155: 0
	 156: 139
	 157: 0
	 158: 0
	 159: 0
	 160: 0
	 161: 0
	 162: 0
	 163: 0
	 164: 0
	 165: 0
	 166: 0
	 167: 0
	 168: 422
	 169: 0
	 170: 0
	 171: 0
	 172: 0
	 173: 0
	 174: 0
	 175: 299
	 176: 299
	 177: 184
	 178: 567
	 179: 0
	 180: 39
	 181: 0
	 182: 0
	 183: 0
	 184: 0
	 185: 0
	 186: 0
	 187: 0
	 188: 0
	 189: 0
	 190: 0
	 191: 0
	 192: 0
	 193: 0
	 194: 0
	 195: 0
	 196: 0
	 197: 0
	 198: 0
	 199: 0
	 200: 0
	 201: 0
	 202: 0
	 203: 0
	 204: 0
	 205: 0
	 206: 0
	 207: 0
	 208: 0
	 209: 0
	 210: 0
	 211: 0
	 212: 0
	 213: 0
	 214: 0
	 215: 0
	 216: 0
	 217: 0
	 218: 0
	 219: 0
	 220: 0
	 221: 0
	 222: 0
	 223: 0
	 224: 0
	 225: 157
	 226: 434
	 227: 612
	 228: 821
	 229: -184
	 230: -348
	 231: 205
	 232: 184
	 233: 172
	 234: 166
	 235: 158
	 236: 150
	 237: 140
	 238: -313
	 239: -235
	 240: -115
	 241: -94
	 242: 131
	 243: -66
	 244: -52
	 245: -37
	 246: -24
	 247: 205
	 248: 198
	 249: 193
	 250: 188
	 251: 180
	 252: 152
	 253: 145
	 254: 60
	 255: 250
	 256: 61
	 257: 61
	 258: 1100
	 259: 1400

'prep' Table - Control Value Program
------------------------------------
Size = 780 bytes
	00000: NPUSHB      (83):   223   224    22    23    28   212   213    22    23    28 
	                           123   124    22    27   123   124    25   209   210    22 
	                            23    28   118   119    22    23    28   109   112    22 
	                            23    28   108   111    22    23    28   107   110    22 
	                            27   107   110   127   114    26   116   117    20    21 
	                            28   103   106    20    21    28   102   105    20    21 
	                            28   101   104    20    27   101   104   133   113    26 
	                            25   115    22   122    67    25    33   121    67    25 
	                            33     2    15 
	00085: NPUSHW      (10):   259    32   259     2    32   258   112   258   175   258 
	00107: NPUSHB      (26):     3   237   235     3    43   236   235     3    43   234 
	                           233     3    43   231   232     3    43   232   233     3 
	                            43    63   178   128   178     2 
	00135: PUSHW[1]            -64 
	00138: PUSHB[4]            176    31    36    57 
	00143: PUSHW[1]            -64 
	00146: NPUSHB      (59):   176    24    26    57    32   176     1   154   153     4 
	                            43   145   147     1    43   147   149     2    43   150 
	                           149     1    43   143   252     1   191   252     1   250 
	                           251     5    43   249   251     5    43   247   248     2 
	                            43   248   251     5    43   251   138     5    43    11 
	                           180    27   180    43   180     3   128   177     1 
	00207: PUSHW[1]            -64 
	00210: PUSHB[4]            175    31    36    57 
	00215: PUSHW[1]            -64 
	00218: NPUSHB     (189):   175    24    26    57    32   175     1   142   139    10 
	                            43   141   137    10    43   139   137     3    43   138 
	                           137     3    43   118   137   134   137     2   129   127 
	                             1    43   125   127     1    43   127   133     2    43 
	                           136   133     1    43   135   133     1    43   132   133 
	                             1    43   131   133     1    43    27    55    21    24 
	                            54    21    21    53    21    18    52    21    15    51 
	                            21    12    50    21     9    49    21     6    48    21 
	                             3    47    21     0    46    21    38    39    14    40 
	                            39    15    42    43    14    44    43    15    34    35 
	                            14    36    35    15    30    31    14    32    31    15 
	                            15    16    17    12     9    10    11    12     6     7 
	                             8    12     3     4     5    12     0     1     2    12 
	                             9     6    73     6   121     6     3    27     1    29 
	                            13    24     7    26    13    21    16    23    13    18 
	                             4    20    13    44    60    42    60    40    60    38 
	                            60    36    60    34    60    32    60    30    60    27 
	                            60    24    60    21    60    18    60    15    60     9 
	                            60     6    60     3    60     0    60    80    51 
	00409: SVTCA[x-axis] 
	00410: PUSHB[1]             18 
	00412: MPPEM      
	00413: SVTCA[y-axis] 
	00414: MPPEM      
	00415: EQ         
	00416: WS         
	00417: PUSHB[1]             19 
	00419: SVTCA[x-axis] 
	00420: MPPEM      
	00421: SVTCA[y-axis] 
	00422: MPPEM      
	00423: GTEQ       
	00424: WS         
	00425: PUSHB[1]             51 
	00427: CALL       
	00428: MPPEM      
	00429: PUSHW[1]            800 
	00432: GT         
	00433: PUSHB[1]             50 
	00435: CALL       
	00436: MPPEM      
	00437: PUSHB[1]              9 
	00439: LT         
	00440: OR         
	00441: IF         
	00442: PUSHB[2]              1     1 
	00445: INSTCTRL   
	00446: EIF        
	00447: PUSHB[1]             51 
	00449: CALL       
	00450: PUSHB[1]              2 
	00452: GETINFO    
	00453: PUSHW[1]            256 
	00456: EQ         
	00457: PUSHB[1]              4 
	00459: GETINFO    
	00460: PUSHW[1]            512 
	00463: EQ         
	00464: PUSHB[1]             18 
	00466: RS         
	00467: AND        
	00468: OR         
	00469: IF         
	00470: PUSHW[1]            281 
	00473: PUSHB[2]              1     1 
	00476: INSTCTRL   
	00477: SCANCTRL   
	00478: ELSE       
	00479: PUSHW[2]              1   256 
	00484: PUSHB[1]             75 
	00486: ADD        
	00487: SCANCTRL   
	00488: SCANTYPE   
	00489: EIF        
	00490: PUSHB[2]              2     0 
	00493: WS         
	00494: PUSHB[1]              1 
	00496: GETINFO    
	00497: PUSHB[1]             35 
	00499: GTEQ       
	00500: IF         
	00501: PUSHB[1]              1 
	00503: GETINFO    
	00504: PUSHB[1]             64 
	00506: LTEQ       
	00507: IF         
	00508: PUSHB[1]             32 
	00510: GETINFO    
	00511: PUSHW[1]           4096 
	00514: EQ         
	00515: IF         
	00516: PUSHB[2]              2     1 
	00519: WS         
	00520: EIF        
	00521: EIF        
	00522: EIF        
	00523: PUSHB[1]             55 
	00525: MPPEM      
	00526: LT         
	00527: IF         
	00528: PUSHB[2]              2     0 
	00531: WS         
	00532: EIF        
	00533: CALL       
	00534: SCVTCI     
	00535: PUSHB[1]            100 
	00537: MPPEM      
	00538: GTEQ       
	00539: IF         
	00540: PUSHB[1]            128 
	00542: SCVTCI     
	00543: EIF        
	00544: PUSHB[1]             50 
	00546: MPPEM      
	00547: GTEQ       
	00548: IF         
	00549: PUSHB[1]            144 
	00551: SCVTCI     
	00552: EIF        
	00553: SVTCA[y-axis] 
	00554: MPPEM      
	00555: PUSHB[1]             58 
	00557: LTEQ       
	00558: PUSHB[1]             27 
	00560: SWAP       
	00561: WS         
	00562: CALL       
	00563: CALL       
	00564: CALL       
	00565: CALL       
	00566: CALL       
	00567: CALL       
	00568: CALL       
	00569: CALL       
	00570: CALL       
	00571: CALL       
	00572: CALL       
	00573: CALL       
	00574: CALL       
	00575: CALL       
	00576: CALL       
	00577: CALL       
	00578: CALL       
	00579: CALL       
	00580: CALL       
	00581: CALL       
	00582: CALL       
	00583: DELTAC1    
	00584: CALL       
	00585: CALL       
	00586: CALL       
	00587: CALL       
	00588: CALL       
	00589: CALL       
	00590: CALL       
	00591: CALL       
	00592: CALL       
	00593: CALL       
	00594: CALL       
	00595: PUSHB[2]             40    38 
	00598: RCVT       
	00599: PUSHB[1]             42 
	00601: RCVT       
	00602: SUB        
	00603: PUSHB[1]             44 
	00605: RCVT       
	00606: ADD        
	00607: WCVTP      
	00608: CALL       
	00609: CALL       
	00610: CALL       
	00611: CALL       
	00612: CALL       
	00613: CALL       
	00614: CALL       
	00615: CALL       
	00616: CALL       
	00617: CALL       
	00618: CALL       
	00619: CALL       
	00620: SVTCA[x-axis] 
	00621: CALL       
	00622: CALL       
	00623: CALL       
	00624: CALL       
	00625: CALL       
	00626: CALL       
	00627: CALL       
	00628: DELTAC1    
	00629: CALL       
	00630: CALL       
	00631: CALL       
	00632: CALL       
	00633: DELTAC1    
	00634: CALL       
	00635: CALL       
	00636: DELTAC1    
	00637: DELTAC1    
	00638: CALL       
	00639: CALL       
	00640: CALL       
	00641: CALL       
	00642: CALL       
	00643: DELTAC1    
	00644: DELTAC2    
	00645: SVTCA[y-axis] 
	00646: CALL       
	00647: CALL       
	00648: CALL       
	00649: CALL       
	00650: DELTAC1    
	00651: CALL       
	00652: CALL       
	00653: DELTAC1    
	00654: CALL       
	00655: CALL       
	00656: CALL       
	00657: CALL       
	00658: CALL       
	00659: DELTAC1    
	00660: DELTAC1    
	00661: SVTCA[x-axis] 
	00662: RS         
	00663: IF         
	00664: ELSE       
	00665: EIF        
	00666: CALL       
	00667: CALL       
	00668: PUSHB[1]             24 
	00670: PUSHB[1]             35 
	00672: MPPEM      
	00673: GTEQ       
	00674: WS         
	00675: CALL       
	00676: CALL       
	00677: CALL       
	00678: CALL       
	00679: CALL       
	00680: CALL       
	00681: CALL       
	00682: CALL       
	00683: CALL       
	00684: CALL       
	00685: CALL       
	00686: CALL       
	00687: CALL       
	00688: CALL       
	00689: CALL       
	00690: CALL       
	00691: PUSHB[1]            238 
	00693: DUP        
	00694: RCVT       
	00695: ROUND[White] 
	00696: WCVTP      
	00697: PUSHB[1]            239 
	00699: DUP        
	00700: RCVT       
	00701: ROUND[White] 
	00702: WCVTP      
	00703: PUSHB[1]            240 
	00705: DUP        
	00706: RCVT       
	00707: ROUND[White] 
	00708: WCVTP      
	00709: PUSHB[1]            241 
	00711: DUP        
	00712: RCVT       
	00713: ROUND[White] 
	00714: WCVTP      
	00715: PUSHB[1]            242 
	00717: DUP        
	00718: RCVT       
	00719: ROUND[White] 
	00720: WCVTP      
	00721: PUSHB[1]            243 
	00723: DUP        
	00724: RCVT       
	00725: ROUND[White] 
	00726: WCVTP      
	00727: PUSHB[1]            244 
	00729: DUP        
	00730: RCVT       
	00731: ROUND[White] 
	00732: WCVTP      
	00733: PUSHB[1]            245 
	00735: DUP        
	00736: RCVT       
	00737: ROUND[White] 
	00738: WCVTP      
	00739: PUSHB[1]            246 
	00741: DUP        
	00742: RCVT       
	00743: ROUND[White] 
	00744: WCVTP      
	00745: PUSHB[2]              9    50 
	00748: CALL       
	00749: MPPEM      
	00750: PUSHB[1]             80 
	00752: GT         
	00753: WS         
	00754: MPPEM      
	00755: PUSHB[1]              8 
	00757: GT         
	00758: MPPEM      
	00759: PUSHB[1]              8 
	00761: LT         
	00762: OR         
	00763: PUSHB[1]             26 
	00765: SWAP       
	00766: WS         
	00767: MPPEM      
	00768: PUSHB[1]            200 
	00770: GT         
	00771: MPPEM      
	00772: PUSHB[1]             54 
	00774: LT         
	00775: OR         
	00776: PUSHB[1]             12 
	00778: SWAP       
	00779: WS         


'fpgm' Table - Font Program
---------------------------
Size = 1978 bytes
	00000: NPUSHB      (64):    82    73    72    60    59    58    57    56    55    54 
	                            53    52    51    50    49    48    47    46    45    44 
	                            43    42    41    40    39    38    37    36    35    34 
	                            33    32    31    30    29    28    27    26    25    24 
	                            23    22    21    20    19    18    17    16    15    14 
	                            13    12    11    10     9     8     7     6     5     4 
	                             3     2     1     0 
	00066: FDEF       
	00067: SVTCA[x-axis] 
	00068: RTG        
	00069: PUSHB[1]             24 
	00071: RS         
	00072: IF         
	00073: RCVT       
	00074: ROUND[White] 
	00075: PUSHB[1]             25 
	00077: RS         
	00078: ADD        
	00079: PUSHB[1]             12 
	00081: SWAP       
	00082: WCVTP      
	00083: SWAP       
	00084: SRP0       
	00085: DUP        
	00086: PUSHB[1]             12 
	00088: FLIPOFF    
	00089: MIRP[srp0,nmd,nrd,0] 
	00090: FLIPON     
	00091: MDAP[rd]   
	00092: PUSHB[1]              0 
	00094: SRP2       
	00095: ELSE       
	00096: POP        
	00097: SWAP       
	00098: SRP1       
	00099: DUP        
	00100: SHP[rp1,zp0] 
	00101: MDAP[rd]   
	00102: EIF        
	00103: ENDF       
	00104: FDEF       
	00105: SVTCA[x-axis] 
	00106: RTG        
	00107: PUSHB[1]             24 
	00109: RS         
	00110: IF         
	00111: PUSHB[1]              5 
	00113: CALL       
	00114: PUSHB[1]              0 
	00116: SZP0       
	00117: MPPEM      
	00118: PUSHB[1]             20 
	00120: LT         
	00121: IF         
	00122: PUSHB[2]              0    64 
	00125: SHPIX      
	00126: EIF        
	00127: PUSHB[1]              6 
	00129: CALL       
	00130: ELSE       
	00131: POP        
	00132: SWAP       
	00133: SRP1       
	00134: DUP        
	00135: SHP[rp1,zp0] 
	00136: MDAP[rd]   
	00137: EIF        
	00138: ENDF       
	00139: FDEF       
	00140: SVTCA[x-axis] 
	00141: RTG        
	00142: PUSHB[1]             24 
	00144: RS         
	00145: IF         
	00146: FLIPOFF    
	00147: PUSHB[1]              3 
	00149: CINDEX     
	00150: SRP0       
	00151: MIRP[srp0,nmd,nrd,2] 
	00152: POP        
	00153: PUSHB[1]              0 
	00155: SRP2       
	00156: FLIPON     
	00157: ELSE       
	00158: DUP        
	00159: RCVT       
	00160: PUSHB[1]              4 
	00162: CINDEX     
	00163: PUSHB[1]              4 
	00165: CINDEX     
	00166: SWAP       
	00167: MD[org]    
	00168: SUB        
	00169: ABS        
	00170: PUSHB[1]             40 
	00172: GT         
	00173: IF         
	00174: POP        
	00175: SWAP       
	00176: SRP0       
	00177: MDRP[srp0,nmd,rd,2] 
	00178: ELSE       
	00179: PUSHB[1]              3 
	00181: CINDEX     
	00182: SRP0       
	00183: MIRP[srp0,nmd,nrd,2] 
	00184: POP        
	00185: PUSHB[1]              0 
	00187: SRP2       
	00188: EIF        
	00189: EIF        
	00190: ENDF       
	00191: FDEF       
	00192: PUSHB[1]             26 
	00194: RS         
	00195: IF         
	00196: POP        
	00197: POP        
	00198: ELSE       
	00199: PUSHB[1]              2 
	00201: CINDEX     
	00202: PUSHB[1]              2 
	00204: CINDEX     
	00205: MD[cur]    
	00206: PUSHB[1]              3 
	00208: CINDEX     
	00209: PUSHB[1]              3 
	00211: CINDEX     
	00212: MD[org]    
	00213: SUB        
	00214: DUP        
	00215: ABS        
	00216: PUSHB[1]             16 
	00218: LT         
	00219: IF         
	00220: POP        
	00221: POP        
	00222: POP        
	00223: ELSE       
	00224: PUSHB[1]              3 
	00226: CINDEX     
	00227: PUSHB[1]              3 
	00229: CINDEX     
	00230: MD[cur]    
	00231: PUSHB[1]              0 
	00233: LT         
	00234: IF         
	00235: PUSHB[1]              0 
	00237: LT         
	00238: IF         
	00239: PUSHW[1]            -30 
	00242: SHPIX      
	00243: POP        
	00244: ELSE       
	00245: PUSHB[1]              0 
	00247: SHPIX      
	00248: POP        
	00249: EIF        
	00250: ELSE       
	00251: PUSHB[1]              0 
	00253: GT         
	00254: IF         
	00255: PUSHB[1]             30 
	00257: SHPIX      
	00258: POP        
	00259: ELSE       
	00260: PUSHB[1]              0 
	00262: SHPIX      
	00263: POP        
	00264: EIF        
	00265: EIF        
	00266: EIF        
	00267: EIF        
	00268: ENDF       
	00269: FDEF       
	00270: SVTCA[x-axis] 
	00271: RTG        
	00272: PUSHB[1]             24 
	00274: RS         
	00275: IF         
	00276: PUSHB[1]              5 
	00278: CALL       
	00279: PUSHB[1]              0 
	00281: SZP0       
	00282: MPPEM      
	00283: PUSHB[1]             20 
	00285: LT         
	00286: IF         
	00287: PUSHW[2]              0   -64 
	00292: SHPIX      
	00293: EIF        
	00294: PUSHB[1]              6 
	00296: CALL       
	00297: ELSE       
	00298: POP        
	00299: SWAP       
	00300: SRP1       
	00301: DUP        
	00302: SHP[rp1,zp0] 
	00303: MDAP[rd]   
	00304: EIF        
	00305: ENDF       
	00306: FDEF       
	00307: FLIPOFF    
	00308: SVTCA[x-axis] 
	00309: ROLL       
	00310: SRP0       
	00311: PUSHB[2]             12    25 
	00314: RS         
	00315: WCVTP      
	00316: PUSHB[1]              0 
	00318: SZP1       
	00319: PUSHB[2]              0    12 
	00322: MIRP[nrp0,nmd,nrd,2] 
	00323: PUSHB[1]              0 
	00325: SZP2       
	00326: PUSHW[2]              0   -16 
	00331: SHPIX      
	00332: SVTCA[y-axis] 
	00333: PUSHB[1]              0 
	00335: ALIGNRP    
	00336: PUSHB[1]             40 
	00338: CALL       
	00339: PUSHB[1]              2 
	00341: CINDEX     
	00342: SRP0       
	00343: PUSHB[1]              0 
	00345: ALIGNRP    
	00346: ENDF       
	00347: FDEF       
	00348: SVTCA[x-axis] 
	00349: RTG        
	00350: PUSHB[1]              0 
	00352: MDAP[rd]   
	00353: PUSHB[1]              1 
	00355: SZP1       
	00356: MIRP[srp0,nmd,nrd,2] 
	00357: PUSHB[1]              1 
	00359: SZP0       
	00360: PUSHB[1]              1 
	00362: SZP2       
	00363: FLIPON     
	00364: PUSHB[1]              0 
	00366: SRP2       
	00367: ENDF       
	00368: FDEF       
	00369: SVTCA[x-axis] 
	00370: RTG        
	00371: PUSHB[1]             24 
	00373: RS         
	00374: IF         
	00375: PUSHB[1]              5 
	00377: CALL       
	00378: PUSHB[1]              0 
	00380: SZP0       
	00381: PUSHW[2]              0   -32 
	00386: SHPIX      
	00387: PUSHB[1]              6 
	00389: CALL       
	00390: ELSE       
	00391: POP        
	00392: SWAP       
	00393: SRP1       
	00394: DUP        
	00395: SHP[rp1,zp0] 
	00396: MDAP[rd]   
	00397: EIF        
	00398: ENDF       
	00399: FDEF       
	00400: SVTCA[x-axis] 
	00401: RTG        
	00402: PUSHB[1]             24 
	00404: RS         
	00405: IF         
	00406: RCVT       
	00407: ABS        
	00408: ROUND[White] 
	00409: SWAP       
	00410: RCVT       
	00411: ABS        
	00412: ROUND[Black] 
	00413: PUSHB[1]             25 
	00415: RS         
	00416: ABS        
	00417: ADD        
	00418: ADD        
	00419: PUSHB[1]             12 
	00421: SWAP       
	00422: WCVTP      
	00423: SWAP       
	00424: SRP0       
	00425: DUP        
	00426: PUSHB[1]             12 
	00428: MIRP[srp0,nmd,nrd,0] 
	00429: MDAP[rd]   
	00430: PUSHB[1]              0 
	00432: SRP2       
	00433: ELSE       
	00434: POP        
	00435: POP        
	00436: DUP        
	00437: ROLL       
	00438: DUP        
	00439: ROLL       
	00440: GT         
	00441: IF         
	00442: SRP1       
	00443: SHP[rp1,zp0] 
	00444: ELSE       
	00445: POP        
	00446: POP        
	00447: EIF        
	00448: EIF        
	00449: ENDF       
	00450: FDEF       
	00451: SVTCA[x-axis] 
	00452: MPPEM      
	00453: PUSHB[1]            200 
	00455: LTEQ       
	00456: IF         
	00457: PUSHB[2]             11    10 
	00460: RS         
	00461: SWAP       
	00462: RS         
	00463: NEG        
	00464: SPVFS      
	00465: EIF        
	00466: ENDF       
	00467: FDEF       
	00468: SVTCA[y-axis] 
	00469: MPPEM      
	00470: PUSHB[1]            200 
	00472: LTEQ       
	00473: IF         
	00474: SVTCA[y-axis] 
	00475: PUSHB[2]             10    11 
	00478: RS         
	00479: SWAP       
	00480: RS         
	00481: SFVFS      
	00482: EIF        
	00483: ENDF       
	00484: FDEF       
	00485: SVTCA[y-axis] 
	00486: PUSHB[1]             12 
	00488: SWAP       
	00489: WCVTF      
	00490: PUSHB[2]              1    12 
	00493: MIAP[nrd+nci] 
	00494: SVTCA[x-axis] 
	00495: PUSHB[1]             12 
	00497: SWAP       
	00498: WCVTF      
	00499: PUSHB[2]              2    12 
	00502: RCVT       
	00503: MSIRP[nrp] 
	00504: PUSHB[2]              2     0 
	00507: SFVTL[=p1,p2] 
	00508: GFV        
	00509: ENDF       
	00510: FDEF       
	00511: PUSHB[1]             18 
	00513: CALL       
	00514: PUSHB[1]              2 
	00516: CINDEX     
	00517: RCVT       
	00518: PUSHB[1]              2 
	00520: CINDEX     
	00521: RCVT       
	00522: ROUND[White] 
	00523: PUSHB[1]             64 
	00525: MAX        
	00526: ADD        
	00527: PUSHB[1]              2 
	00529: CINDEX     
	00530: SWAP       
	00531: WCVTP      
	00532: POP        
	00533: POP        
	00534: POP        
	00535: ENDF       
	00536: FDEF       
	00537: PUSHB[1]             19 
	00539: CALL       
	00540: PUSHB[1]              2 
	00542: CINDEX     
	00543: RCVT       
	00544: PUSHB[1]              2 
	00546: CINDEX     
	00547: RCVT       
	00548: ROUND[White] 
	00549: PUSHW[1]            -64 
	00552: MIN        
	00553: ADD        
	00554: PUSHB[1]              2 
	00556: CINDEX     
	00557: SWAP       
	00558: WCVTP      
	00559: POP        
	00560: POP        
	00561: POP        
	00562: ENDF       
	00563: FDEF       
	00564: PUSHB[1]              0 
	00566: PUSHB[1]             18 
	00568: CALL       
	00569: POP        
	00570: POP        
	00571: POP        
	00572: ENDF       
	00573: FDEF       
	00574: PUSHB[1]              0 
	00576: PUSHB[1]             19 
	00578: CALL       
	00579: POP        
	00580: POP        
	00581: POP        
	00582: ENDF       
	00583: FDEF       
	00584: SVTCA[x-axis] 
	00585: MPPEM      
	00586: PUSHB[1]            200 
	00588: LTEQ       
	00589: IF         
	00590: PUSHB[1]              6 
	00592: RS         
	00593: PUSHB[1]              7 
	00595: RS         
	00596: NEG        
	00597: SPVFS      
	00598: EIF        
	00599: ENDF       
	00600: FDEF       
	00601: DUP        
	00602: ROUND[Black] 
	00603: PUSHB[1]             64 
	00605: SUB        
	00606: PUSHB[1]              0 
	00608: MAX        
	00609: DUP        
	00610: PUSHB[2]             44   192 
	00613: ROLL       
	00614: MIN        
	00615: PUSHW[1]           4096 
	00618: DIV        
	00619: ADD        
	00620: CALL       
	00621: GPV        
	00622: ABS        
	00623: SWAP       
	00624: ABS        
	00625: SUB        
	00626: NOT        
	00627: IF         
	00628: PUSHB[1]              3 
	00630: SUB        
	00631: EIF        
	00632: ENDF       
	00633: FDEF       
	00634: PUSHB[2]              0     3 
	00637: CINDEX     
	00638: RCVT       
	00639: ROUND[Gray] 
	00640: EQ         
	00641: PUSHB[1]             28 
	00643: MPPEM      
	00644: LT         
	00645: AND        
	00646: IF         
	00647: PUSHB[1]              3 
	00649: CINDEX     
	00650: RCVT       
	00651: PUSHB[1]              3 
	00653: CINDEX     
	00654: RCVT       
	00655: ADD        
	00656: ROUND[Gray] 
	00657: DUP        
	00658: PUSHB[1]              4 
	00660: CINDEX     
	00661: SWAP       
	00662: WCVTP      
	00663: PUSHB[1]              4 
	00665: CINDEX     
	00666: SWAP       
	00667: WCVTP      
	00668: ELSE       
	00669: PUSHB[1]              3 
	00671: CINDEX     
	00672: DUP        
	00673: RCVT       
	00674: ROUND[Gray] 
	00675: DUP        
	00676: ROLL       
	00677: SWAP       
	00678: WCVTP      
	00679: PUSHB[1]              3 
	00681: CINDEX     
	00682: RCVT       
	00683: ROUND[Gray] 
	00684: ADD        
	00685: PUSHB[1]              3 
	00687: CINDEX     
	00688: SWAP       
	00689: WCVTP      
	00690: EIF        
	00691: ENDF       
	00692: FDEF       
	00693: PUSHB[1]              3 
	00695: CINDEX     
	00696: DUP        
	00697: RCVT       
	00698: ROUND[Gray] 
	00699: DUP        
	00700: ROLL       
	00701: SWAP       
	00702: WCVTP      
	00703: PUSHB[1]              3 
	00705: CINDEX     
	00706: RCVT       
	00707: ABS        
	00708: ROUND[Gray] 
	00709: NEG        
	00710: ADD        
	00711: PUSHB[1]              4 
	00713: CINDEX     
	00714: PUSHB[1]              1 
	00716: ADD        
	00717: SWAP       
	00718: WCVTP      
	00719: ENDF       
	00720: FDEF       
	00721: PUSHB[1]              9 
	00723: RS         
	00724: IF         
	00725: SDPVTL[1]  
	00726: POP        
	00727: MDRP[nrp0,nmd,nrd,0] 
	00728: ELSE       
	00729: PUSHB[1]             18 
	00731: RS         
	00732: IF         
	00733: SDPVTL[1]  
	00734: RCVT       
	00735: PUSHB[1]             17 
	00737: CALL       
	00738: PUSHB[1]             13 
	00740: SWAP       
	00741: WCVTP      
	00742: PUSHB[1]             13 
	00744: ROFF       
	00745: MIRP[nrp0,nmd,rd,0] 
	00746: ELSE       
	00747: SPVTCA[x-axis] 
	00748: ROLL       
	00749: RCVT       
	00750: RTG        
	00751: ROUND[Black] 
	00752: DUP        
	00753: PUSHB[1]             13 
	00755: SWAP       
	00756: WCVTP      
	00757: ROLL       
	00758: ROLL       
	00759: SDPVTL[1]  
	00760: DUP        
	00761: PUSHB[1]            160 
	00763: LTEQ       
	00764: IF         
	00765: PUSHB[1]             17 
	00767: CALL       
	00768: PUSHB[1]             13 
	00770: SWAP       
	00771: WCVTP      
	00772: PUSHB[1]             13 
	00774: ROFF       
	00775: MIRP[nrp0,nmd,rd,0] 
	00776: ELSE       
	00777: POP        
	00778: PUSHB[1]             13 
	00780: ROFF       
	00781: MIRP[nrp0,nmd,rd,0] 
	00782: EIF        
	00783: EIF        
	00784: EIF        
	00785: RTG        
	00786: ENDF       
	00787: FDEF       
	00788: DUP        
	00789: ROLL       
	00790: RCVT       
	00791: SWAP       
	00792: RCVT       
	00793: ROUND[Gray] 
	00794: ADD        
	00795: WCVTP      
	00796: ENDF       
	00797: FDEF       
	00798: RCVT       
	00799: ROUND[White] 
	00800: WS         
	00801: ENDF       
	00802: FDEF       
	00803: SVTCA[x-axis] 
	00804: RTG        
	00805: MDAP[rd]   
	00806: ENDF       
	00807: FDEF       
	00808: SVTCA[x-axis] 
	00809: RTG        
	00810: PUSHB[1]             24 
	00812: RS         
	00813: IF         
	00814: PUSHB[1]              4 
	00816: CINDEX     
	00817: PUSHB[1]              4 
	00819: CINDEX     
	00820: MD[cur]    
	00821: ABS        
	00822: SWAP       
	00823: RCVT       
	00824: ABS        
	00825: ROUND[Black] 
	00826: PUSHB[1]             64 
	00828: MAX        
	00829: SUB        
	00830: DUP        
	00831: PUSHB[1]            128 
	00833: DIV        
	00834: ROUND[White] 
	00835: PUSHB[1]              2 
	00837: CINDEX     
	00838: PUSHB[1]              2 
	00840: CINDEX     
	00841: SUB        
	00842: MIN        
	00843: PUSHB[1]             25 
	00845: RS         
	00846: ADD        
	00847: PUSHB[1]             12 
	00849: SWAP       
	00850: WCVTP      
	00851: POP        
	00852: ROLL       
	00853: SRP0       
	00854: PUSHB[1]             12 
	00856: MIRP[srp0,nmd,rd,2] 
	00857: POP        
	00858: ELSE       
	00859: POP        
	00860: POP        
	00861: POP        
	00862: POP        
	00863: EIF        
	00864: ENDF       
	00865: FDEF       
	00866: SVTCA[x-axis] 
	00867: PUSHB[1]             24 
	00869: RS         
	00870: IF         
	00871: PUSHB[1]              2 
	00873: CINDEX     
	00874: RCVT       
	00875: PUSHB[1]              2 
	00877: CINDEX     
	00878: RCVT       
	00879: ABS        
	00880: ADD        
	00881: ROUND[White] 
	00882: PUSHB[1]              3 
	00884: CINDEX     
	00885: RCVT       
	00886: ROUND[White] 
	00887: SUB        
	00888: DUP        
	00889: PUSHB[1]              4 
	00891: CINDEX     
	00892: RCVT       
	00893: ROUND[White] 
	00894: DUP        
	00895: ROLL       
	00896: MAX        
	00897: NEG        
	00898: PUSHB[1]              4 
	00900: CINDEX     
	00901: SWAP       
	00902: WCVTP      
	00903: MIN        
	00904: PUSHB[1]              3 
	00906: CINDEX     
	00907: SWAP       
	00908: WCVTP      
	00909: POP        
	00910: POP        
	00911: ELSE       
	00912: DUP        
	00913: RCVT       
	00914: ROUND[White] 
	00915: WCVTP      
	00916: DUP        
	00917: RCVT       
	00918: ROUND[White] 
	00919: WCVTP      
	00920: EIF        
	00921: ENDF       
	00922: FDEF       
	00923: SVTCA[x-axis] 
	00924: DUP        
	00925: RCVT       
	00926: PUSHB[1]              0 
	00928: NEQ        
	00929: PUSHB[1]             24 
	00931: RS         
	00932: AND        
	00933: IF         
	00934: RCVT       
	00935: ROUND[Gray] 
	00936: SWAP       
	00937: RCVT       
	00938: ROUND[Black] 
	00939: PUSHB[1]             64 
	00941: MAX        
	00942: SUB        
	00943: DUP        
	00944: PUSHB[1]            128 
	00946: DIV        
	00947: ROUND[White] 
	00948: DUP        
	00949: ROLL       
	00950: SWAP       
	00951: SUB        
	00952: DUP        
	00953: PUSHB[1]              3 
	00955: CINDEX     
	00956: MAX        
	00957: NEG        
	00958: PUSHB[1]              4 
	00960: CINDEX     
	00961: SWAP       
	00962: WCVTP      
	00963: MIN        
	00964: PUSHB[1]              3 
	00966: CINDEX     
	00967: SWAP       
	00968: WCVTP      
	00969: POP        
	00970: POP        
	00971: ELSE       
	00972: POP        
	00973: POP        
	00974: PUSHB[1]             25 
	00976: CALL       
	00977: EIF        
	00978: ENDF       
	00979: FDEF       
	00980: SVTCA[x-axis] 
	00981: ROLL       
	00982: ROLL       
	00983: RCVT       
	00984: ABS        
	00985: SWAP       
	00986: RCVT       
	00987: ABS        
	00988: SUB        
	00989: ABS        
	00990: WS         
	00991: ENDF       
	00992: FDEF       
	00993: PUSHB[1]              4 
	00995: CINDEX     
	00996: PUSHB[1]              4 
	00998: CINDEX     
	00999: PUSHB[1]             25 
	01001: CALL       
	01002: PUSHB[1]             24 
	01004: RS         
	01005: IF         
	01006: PUSHB[1]              4 
	01008: CINDEX     
	01009: PUSHB[1]              4 
	01011: CINDEX     
	01012: PUSHB[1]              3 
	01014: CINDEX     
	01015: PUSHB[1]             27 
	01017: CALL       
	01018: SVTCA[x-axis] 
	01019: PUSHB[1]              2 
	01021: CINDEX     
	01022: RS         
	01023: PUSHB[1]             64 
	01025: EQ         
	01026: PUSHB[1]              2 
	01028: CINDEX     
	01029: RS         
	01030: PUSHB[1]              0 
	01032: EQ         
	01033: AND        
	01034: IF         
	01035: PUSHB[1]              3 
	01037: CINDEX     
	01038: DUP        
	01039: RCVT       
	01040: PUSHB[1]             64 
	01042: SUB        
	01043: WCVTP      
	01044: EIF        
	01045: PUSHB[1]              2 
	01047: CINDEX     
	01048: RS         
	01049: PUSHB[1]              0 
	01051: EQ         
	01052: PUSHB[1]              2 
	01054: CINDEX     
	01055: RS         
	01056: PUSHB[1]             64 
	01058: EQ         
	01059: AND        
	01060: IF         
	01061: PUSHB[1]              4 
	01063: CINDEX     
	01064: DUP        
	01065: RCVT       
	01066: PUSHB[1]             64 
	01068: ADD        
	01069: WCVTP      
	01070: EIF        
	01071: EIF        
	01072: POP        
	01073: POP        
	01074: POP        
	01075: POP        
	01076: ENDF       
	01077: FDEF       
	01078: PUSHB[1]              3 
	01080: CINDEX     
	01081: DUP        
	01082: PUSHB[1]              7 
	01084: CINDEX     
	01085: SDPVTL[1]  
	01086: SFVTCA[x-axis] 
	01087: MDAP[nrd]  
	01088: SWAP       
	01089: DUP        
	01090: ROLL       
	01091: PUSHB[1]              4 
	01093: CINDEX     
	01094: PUSHB[1]              7 
	01096: CINDEX     
	01097: PUSHB[1]             20 
	01099: CALL       
	01100: SRP0       
	01101: POP        
	01102: MDRP[nrp0,nmd,rd,0] 
	01103: POP        
	01104: ENDF       
	01105: FDEF       
	01106: MDRP[nrp0,nmd,nrd,0] 
	01107: ENDF       
	01108: FDEF       
	01109: MPPEM      
	01110: GT         
	01111: IF         
	01112: RCVT       
	01113: WCVTP      
	01114: ELSE       
	01115: POP        
	01116: POP        
	01117: EIF        
	01118: ENDF       
	01119: FDEF       
	01120: PUSHB[1]              2 
	01122: RS         
	01123: IF         
	01124: RTDG       
	01125: MIRP[nrp0,md,rd,1] 
	01126: RTG        
	01127: ELSE       
	01128: MIRP[nrp0,md,rd,1] 
	01129: EIF        
	01130: ENDF       
	01131: FDEF       
	01132: MPPEM      
	01133: LT         
	01134: IF         
	01135: RCVT       
	01136: WCVTP      
	01137: ELSE       
	01138: POP        
	01139: POP        
	01140: EIF        
	01141: ENDF       
	01142: FDEF       
	01143: SVTCA[x-axis] 
	01144: RTG        
	01145: MPPEM      
	01146: GT         
	01147: IF         
	01148: ROLL       
	01149: MDAP[rd]   
	01150: MIRP[nrp0,md,rd,1] 
	01151: ELSE       
	01152: POP        
	01153: POP        
	01154: POP        
	01155: EIF        
	01156: ENDF       
	01157: FDEF       
	01158: MPPEM      
	01159: GTEQ       
	01160: SWAP       
	01161: MPPEM      
	01162: LTEQ       
	01163: AND        
	01164: IF         
	01165: PUSHB[1]              3 
	01167: CINDEX     
	01168: RCVT       
	01169: ROUND[Gray] 
	01170: PUSHB[1]              3 
	01172: CINDEX     
	01173: RCVT       
	01174: ROUND[Gray] 
	01175: PUSHB[1]              3 
	01177: CINDEX     
	01178: ADD        
	01179: EQ         
	01180: IF         
	01181: POP        
	01182: POP        
	01183: POP        
	01184: ELSE       
	01185: PUSHB[1]              2 
	01187: CINDEX     
	01188: RCVT       
	01189: ROUND[Gray] 
	01190: ADD        
	01191: PUSHB[1]              3 
	01193: CINDEX     
	01194: SWAP       
	01195: WCVTP      
	01196: POP        
	01197: POP        
	01198: EIF        
	01199: ELSE       
	01200: POP        
	01201: POP        
	01202: POP        
	01203: EIF        
	01204: ENDF       
	01205: FDEF       
	01206: PUSHB[1]              2 
	01208: RS         
	01209: IF         
	01210: RTDG       
	01211: MDRP[nrp0,md,rd,1] 
	01212: RTG        
	01213: ELSE       
	01214: MDRP[nrp0,md,rd,1] 
	01215: EIF        
	01216: ENDF       
	01217: FDEF       
	01218: GC[cur p]  
	01219: SWAP       
	01220: GC[cur p]  
	01221: ADD        
	01222: ROLL       
	01223: ROLL       
	01224: GC[cur p]  
	01225: SWAP       
	01226: DUP        
	01227: GC[cur p]  
	01228: ROLL       
	01229: ADD        
	01230: ROLL       
	01231: SUB        
	01232: PUSHW[1]           -128 
	01235: DIV        
	01236: SWAP       
	01237: DUP        
	01238: SRP0       
	01239: SWAP       
	01240: ROLL       
	01241: PUSHB[2]             12    12 
	01244: ROLL       
	01245: WCVTF      
	01246: RCVT       
	01247: ADD        
	01248: DUP        
	01249: PUSHB[1]              0 
	01251: LT         
	01252: IF         
	01253: PUSHB[1]              1 
	01255: SUB        
	01256: PUSHW[1]            -70 
	01259: MAX        
	01260: ELSE       
	01261: PUSHB[1]             70 
	01263: MIN        
	01264: EIF        
	01265: PUSHB[1]             16 
	01267: ADD        
	01268: ROUND[Gray] 
	01269: SVTCA[x-axis] 
	01270: MSIRP[nrp] 
	01271: ENDF       
	01272: FDEF       
	01273: DUP        
	01274: RCVT       
	01275: PUSHB[1]              3 
	01277: CINDEX     
	01278: GC[cur p]  
	01279: GT         
	01280: MPPEM      
	01281: PUSHB[1]             19 
	01283: LTEQ       
	01284: OR         
	01285: IF         
	01286: PUSHB[1]              2 
	01288: CINDEX     
	01289: GC[cur p]  
	01290: DUP        
	01291: ROUND[Gray] 
	01292: SUB        
	01293: PUSHB[1]              3 
	01295: CINDEX     
	01296: PUSHB[1]              3 
	01298: CINDEX     
	01299: MIAP[rd+ci] 
	01300: SWAP       
	01301: POP        
	01302: SHPIX      
	01303: ELSE       
	01304: POP        
	01305: SRP1       
	01306: EIF        
	01307: ENDF       
	01308: FDEF       
	01309: DUP        
	01310: RCVT       
	01311: PUSHB[1]              3 
	01313: CINDEX     
	01314: GC[cur p]  
	01315: LT         
	01316: IF         
	01317: PUSHB[1]              2 
	01319: CINDEX     
	01320: GC[cur p]  
	01321: DUP        
	01322: ROUND[Gray] 
	01323: SUB        
	01324: PUSHB[1]              3 
	01326: CINDEX     
	01327: PUSHB[1]              3 
	01329: CINDEX     
	01330: MIAP[rd+ci] 
	01331: SWAP       
	01332: POP        
	01333: SHPIX      
	01334: ELSE       
	01335: POP        
	01336: SRP1       
	01337: EIF        
	01338: ENDF       
	01339: FDEF       
	01340: SVTCA[y-axis] 
	01341: MPPEM      
	01342: PUSHB[1]            200 
	01344: LTEQ       
	01345: IF         
	01346: SVTCA[y-axis] 
	01347: PUSHB[1]              7 
	01349: RS         
	01350: PUSHB[1]              6 
	01352: RS         
	01353: SFVFS      
	01354: EIF        
	01355: ENDF       
	01356: FDEF       
	01357: ROLL       
	01358: SRP0       
	01359: MIRP[nrp0,md,rd,0] 
	01360: ENDF       
	01361: FDEF       
	01362: PUSHB[1]             12 
	01364: RS         
	01365: IF         
	01366: POP        
	01367: ELSE       
	01368: DUP        
	01369: GC[cur p]  
	01370: PUSHB[1]              0 
	01372: GT         
	01373: IF         
	01374: PUSHW[1]            -16 
	01377: SHPIX      
	01378: ELSE       
	01379: PUSHB[1]             16 
	01381: SHPIX      
	01382: EIF        
	01383: EIF        
	01384: ENDF       
	01385: FDEF       
	01386: DUP        
	01387: PUSHB[1]              0 
	01389: NEQ        
	01390: IF         
	01391: PUSHW[1]           4096 
	01394: MUL        
	01395: PUSHB[1]              3 
	01397: CINDEX     
	01398: RCVT       
	01399: ABS        
	01400: PUSHB[1]              3 
	01402: CINDEX     
	01403: RCVT       
	01404: ABS        
	01405: SUB        
	01406: PUSHB[1]              0 
	01408: GTEQ       
	01409: IF         
	01410: PUSHB[1]              2 
	01412: ELSE       
	01413: PUSHB[1]             64 
	01415: SUB        
	01416: PUSHB[1]              3 
	01418: EIF        
	01419: CINDEX     
	01420: RCVT       
	01421: ROUND[Black] 
	01422: GTEQ       
	01423: IF         
	01424: RCVT       
	01425: WCVTP      
	01426: ELSE       
	01427: POP        
	01428: POP        
	01429: EIF        
	01430: ELSE       
	01431: POP        
	01432: PUSHB[1]              2 
	01434: CINDEX     
	01435: RCVT       
	01436: PUSHB[1]              2 
	01438: CINDEX     
	01439: RCVT       
	01440: SUB        
	01441: ABS        
	01442: PUSHB[1]             40 
	01444: LTEQ       
	01445: IF         
	01446: RCVT       
	01447: WCVTP      
	01448: ELSE       
	01449: POP        
	01450: POP        
	01451: EIF        
	01452: EIF        
	01453: ENDF       
	01454: FDEF       
	01455: POP        
	01456: POP        
	01457: GPV        
	01458: ABS        
	01459: SWAP       
	01460: ABS        
	01461: MAX        
	01462: PUSHW[1]          16384 
	01465: DIV        
	01466: ENDF       
	01467: FDEF       
	01468: POP        
	01469: PUSHB[1]            128 
	01471: LTEQ       
	01472: IF         
	01473: GPV        
	01474: ABS        
	01475: SWAP       
	01476: ABS        
	01477: MAX        
	01478: PUSHW[1]           8192 
	01481: DIV        
	01482: ELSE       
	01483: PUSHB[3]              0    64    47 
	01487: CALL       
	01488: EIF        
	01489: PUSHB[1]              2 
	01491: ADD        
	01492: ENDF       
	01493: FDEF       
	01494: POP        
	01495: PUSHB[1]            192 
	01497: LTEQ       
	01498: IF         
	01499: GPV        
	01500: ABS        
	01501: SWAP       
	01502: ABS        
	01503: MAX        
	01504: PUSHW[1]           5461 
	01507: DIV        
	01508: ELSE       
	01509: PUSHB[3]              0   128    47 
	01513: CALL       
	01514: EIF        
	01515: PUSHB[1]              2 
	01517: ADD        
	01518: ENDF       
	01519: FDEF       
	01520: GPV        
	01521: ABS        
	01522: SWAP       
	01523: ABS        
	01524: MAX        
	01525: PUSHW[1]          16384 
	01528: DIV        
	01529: ADD        
	01530: SWAP       
	01531: POP        
	01532: ENDF       
	01533: FDEF       
	01534: RTG        
	01535: MPPEM      
	01536: GTEQ       
	01537: IF         
	01538: PUSHB[1]              4 
	01540: CINDEX     
	01541: PUSHB[1]              4 
	01543: CINDEX     
	01544: MD[cur]    
	01545: ABS        
	01546: SWAP       
	01547: RCVT       
	01548: ABS        
	01549: ROUND[Black] 
	01550: PUSHB[1]             64 
	01552: MAX        
	01553: SUB        
	01554: DUP        
	01555: PUSHB[1]            128 
	01557: DIV        
	01558: ROUND[White] 
	01559: PUSHB[1]              2 
	01561: CINDEX     
	01562: PUSHB[1]              2 
	01564: CINDEX     
	01565: SUB        
	01566: MIN        
	01567: PUSHB[1]             12 
	01569: SWAP       
	01570: WCVTP      
	01571: POP        
	01572: ROLL       
	01573: SRP0       
	01574: PUSHB[1]             12 
	01576: MIRP[srp0,nmd,rd,2] 
	01577: POP        
	01578: ELSE       
	01579: POP        
	01580: ROLL       
	01581: SRP1       
	01582: SWAP       
	01583: SRP2       
	01584: DUP        
	01585: IP         
	01586: MDAP[rd]   
	01587: EIF        
	01588: ENDF       
	01589: FDEF       
	01590: PUSHB[1]              2 
	01592: CINDEX     
	01593: PUSHB[1]              2 
	01595: CINDEX     
	01596: MD[cur]    
	01597: ABS        
	01598: PUSHB[1]            192 
	01600: EQ         
	01601: IF         
	01602: PUSHW[1]             -8 
	01605: SHPIX      
	01606: PUSHB[1]              8 
	01608: SHPIX      
	01609: ELSE       
	01610: POP        
	01611: POP        
	01612: EIF        
	01613: ENDF       
	01614: FDEF       
	01615: PUSHB[1]             19 
	01617: RS         
	01618: IF         
	01619: SPVTCA[x-axis] 
	01620: ELSE       
	01621: SPVTCA[y-axis] 
	01622: EIF        
	01623: ENDF       
	01624: FDEF       
	01625: PUSHB[1]             19 
	01627: RS         
	01628: IF         
	01629: SPVTCA[y-axis] 
	01630: ELSE       
	01631: SPVTCA[x-axis] 
	01632: EIF        
	01633: ENDF       
	01634: FDEF       
	01635: PUSHB[1]             10 
	01637: CALL       
	01638: SWAP       
	01639: SRP0       
	01640: DUP        
	01641: ALIGNRP    
	01642: PUSHB[1]             23 
	01644: CALL       
	01645: ENDF       
	01646: FDEF       
	01647: PUSHB[1]              2 
	01649: CINDEX     
	01650: PUSHW[1]            -16 
	01653: SHPIX      
	01654: PUSHB[1]             40 
	01656: CALL       
	01657: ROLL       
	01658: SRP0       
	01659: SWAP       
	01660: DUP        
	01661: MDRP[srp0,nmd,nrd,0] 
	01662: SWAP       
	01663: PUSHB[1]             16 
	01665: CALL       
	01666: PUSHB[1]              5 
	01668: RS         
	01669: IF         
	01670: MDRP[nrp0,nmd,nrd,0] 
	01671: ELSE       
	01672: ALIGNRP    
	01673: EIF        
	01674: DUP        
	01675: SRP0       
	01676: SRP1       
	01677: PUSHB[1]              0 
	01679: SRP2       
	01680: SVTCA[x-axis] 
	01681: ENDF       
	01682: FDEF       
	01683: MPPEM      
	01684: GTEQ       
	01685: SWAP       
	01686: MPPEM      
	01687: LTEQ       
	01688: AND        
	01689: IF         
	01690: SHPIX      
	01691: ELSE       
	01692: POP        
	01693: POP        
	01694: EIF        
	01695: ENDF       
	01696: FDEF       
	01697: SVTCA[x-axis] 
	01698: PUSHB[1]              2 
	01700: CINDEX     
	01701: SRP0       
	01702: MDRP[srp0,nmd,nrd,0] 
	01703: SWAP       
	01704: MDRP[nrp0,md,nrd,1] 
	01705: SVTCA[x-axis] 
	01706: PUSHB[1]              1 
	01708: SZP0       
	01709: PUSHB[1]              0 
	01711: SZP1       
	01712: SRP0       
	01713: PUSHB[1]              1 
	01715: ALIGNRP    
	01716: PUSHB[1]              1 
	01718: SZPS       
	01719: ENDF       
	01720: FDEF       
	01721: SVTCA[x-axis] 
	01722: PUSHB[1]              0 
	01724: SZP0       
	01725: PUSHB[1]              1 
	01727: PUSHB[1]              3 
	01729: CINDEX     
	01730: MD[cur]    
	01731: PUSHB[1]              3 
	01733: SLOOP      
	01734: SHPIX      
	01735: PUSHB[1]              1 
	01737: SZP0       
	01738: ENDF       
	01739: FDEF       
	01740: MPPEM      
	01741: GTEQ       
	01742: SWAP       
	01743: MPPEM      
	01744: LTEQ       
	01745: AND        
	01746: IF         
	01747: DUP        
	01748: RCVT       
	01749: ROLL       
	01750: ADD        
	01751: WCVTP      
	01752: ELSE       
	01753: POP        
	01754: POP        
	01755: EIF        
	01756: ENDF       
	01757: FDEF       
	01758: RTG        
	01759: MPPEM      
	01760: GTEQ       
	01761: IF         
	01762: PUSHB[1]              4 
	01764: CINDEX     
	01765: PUSHB[1]              4 
	01767: CINDEX     
	01768: MD[cur]    
	01769: ABS        
	01770: PUSHB[1]              3 
	01772: CINDEX     
	01773: PUSHB[1]              3 
	01775: CINDEX     
	01776: MD[cur]    
	01777: ABS        
	01778: ROUND[Gray] 
	01779: PUSHB[1]             64 
	01781: MAX        
	01782: SUB        
	01783: DUP        
	01784: PUSHB[1]            128 
	01786: DIV        
	01787: ROUND[White] 
	01788: PUSHB[1]              2 
	01790: CINDEX     
	01791: PUSHB[1]              2 
	01793: CINDEX     
	01794: SUB        
	01795: MIN        
	01796: PUSHB[1]             12 
	01798: SWAP       
	01799: WCVTP      
	01800: POP        
	01801: PUSHB[1]              4 
	01803: CINDEX     
	01804: SRP0       
	01805: SWAP       
	01806: PUSHB[1]             12 
	01808: MIRP[srp0,nmd,rd,2] 
	01809: ELSE       
	01810: PUSHB[1]              4 
	01812: CINDEX     
	01813: PUSHB[1]              4 
	01815: CINDEX     
	01816: SRP1       
	01817: SRP2       
	01818: SWAP       
	01819: DUP        
	01820: IP         
	01821: MDAP[rd]   
	01822: EIF        
	01823: MDRP[nrp0,md,rd,0] 
	01824: POP        
	01825: POP        
	01826: ENDF       
	01827: FDEF       
	01828: SVTCA[x-axis] 
	01829: RTG        
	01830: PUSHB[1]             24 
	01832: RS         
	01833: IF         
	01834: PUSHB[1]              5 
	01836: CINDEX     
	01837: GC[cur p]  
	01838: SWAP       
	01839: RCVT       
	01840: ABS        
	01841: SUB        
	01842: ELSE       
	01843: POP        
	01844: PUSHB[1]              4 
	01846: CINDEX     
	01847: PUSHB[1]              4 
	01849: CINDEX     
	01850: MD[org]    
	01851: EIF        
	01852: PUSHB[1]             14 
	01854: SWAP       
	01855: WCVTP      
	01856: SWAP       
	01857: SRP0       
	01858: PUSHB[1]             14 
	01860: MIRP[nrp0,md,rd,0] 
	01861: SWAP       
	01862: SRP0       
	01863: PUSHB[1]             14 
	01865: MIRP[nrp0,md,rd,0] 
	01866: ENDF       
	01867: FDEF       
	01868: PUSHB[1]             27 
	01870: RS         
	01871: IF         
	01872: DUP        
	01873: PUSHB[1]              1 
	01875: ADD        
	01876: RCVT       
	01877: PUSHB[1]              0 
	01879: LTEQ       
	01880: IF         
	01881: DUP        
	01882: PUSHB[1]              1 
	01884: ADD        
	01885: DUP        
	01886: RCVT       
	01887: DUP        
	01888: ROUND[Gray] 
	01889: PUSHB[1]              0 
	01891: NEQ        
	01892: IF         
	01893: PUSHB[1]             32 
	01895: ADD        
	01896: WCVTP      
	01897: POP        
	01898: ELSE       
	01899: POP        
	01900: POP        
	01901: POP        
	01902: EIF        
	01903: ELSE       
	01904: DUP        
	01905: PUSHB[1]              1 
	01907: ADD        
	01908: DUP        
	01909: RCVT       
	01910: DUP        
	01911: ROUND[Gray] 
	01912: PUSHB[1]              0 
	01914: NEQ        
	01915: IF         
	01916: PUSHW[1]            -32 
	01919: ADD        
	01920: WCVTP      
	01921: PUSHB[1]             28 
	01923: MPPEM      
	01924: LT         
	01925: IF         
	01926: DUP        
	01927: RCVT       
	01928: PUSHB[1]             32 
	01930: ADD        
	01931: WCVTP      
	01932: ELSE       
	01933: POP        
	01934: EIF        
	01935: ELSE       
	01936: POP        
	01937: POP        
	01938: POP        
	01939: EIF        
	01940: EIF        
	01941: ELSE       
	01942: POP        
	01943: EIF        
	01944: ENDF       
	01945: FDEF       
	01946: MPPEM      
	01947: GTEQ       
	01948: SWAP       
	01949: MPPEM      
	01950: LTEQ       
	01951: AND        
	01952: IF         
	01953: SHPIX      
	01954: ELSE       
	01955: POP        
	01956: POP        
	01957: EIF        
	01958: ENDF       
	01959: FDEF       
	01960: MPPEM      
	01961: EQ         
	01962: IF         
	01963: SHPIX      
	01964: ELSE       
	01965: POP        
	01966: POP        
	01967: EIF        
	01968: ENDF       
	01969: FDEF       
	01970: MPPEM      
	01971: GT         
	01972: IF         
	01973: RDTG       
	01974: ELSE       
	01975: ROFF       
	01976: EIF        
	01977: ENDF       


'hmtx' Table - Horizontal Metrics
---------------------------------
Size = 460 bytes, 110 entries
	  0. advWid: 2048, LSdBear: 256
	  1. advWid:    0, LSdBear: 0
	  2. advWid: 1024, LSdBear: 0
	  3. advWid: 1000, LSdBear: 0
	  4. advWid:  745, LSdBear: 176
	  5. advWid:  928, LSdBear: 248
	  6. advWid: 1407, LSdBear: 100
	  7. advWid: 1147, LSdBear: 63
	  8. advWid: 1438, LSdBear: 145
	  9. advWid: 1499, LSdBear: 49
	 10. advWid:  457, LSdBear: 248
	 11. advWid: 1090, LSdBear: 195
	 12. advWid: 1090, LSdBear: -43
	 13. advWid:  754, LSdBear: 182
	 14. advWid: 1147, LSdBear: 150
	 15. advWid:  745, LSdBear: 137
	 16. advWid:  942, LSdBear: 184
	 17. advWid:  745, LSdBear: 332
	 18. advWid: 1053, LSdBear: 20
	 19. advWid: 1438, LSdBear: 178
	 20. advWid:  827, LSdBear: 227
	 21. advWid: 1368, LSdBear: 61
	 22. advWid: 1368, LSdBear: 94
	 23. advWid: 1397, LSdBear: 174
	 24. advWid: 1368, LSdBear: 88
	 25. advWid: 1368, LSdBear: 168
	 26. advWid: 1225, LSdBear: 287
	 27. advWid: 1346, LSdBear: 84
	 28. advWid: 1368, LSdBear: 217
	 29. advWid:  745, LSdBear: 176
	 30. advWid:  745, LSdBear: 137
	 31. advWid: 1147, LSdBear: 168
	 32. advWid: 1147, LSdBear: 160
	 33. advWid: 1147, LSdBear: 84
	 34. advWid:  885, LSdBear: 47
	 35. advWid: 1053, LSdBear: 303
	 36. advWid:  885, LSdBear: -121
	 37. advWid:  934, LSdBear: 100
	 38. advWid:  893, LSdBear: 168
	 39. advWid:  934, LSdBear: -182
	 40. advWid:  950, LSdBear: 274
	 41. advWid: 1229, LSdBear: 127
	 42. advWid: 1229, LSdBear: 47
	 43. advWid: 1126, LSdBear: 184
	 44. advWid: 1884, LSdBear: 184
	 45. advWid: 1217, LSdBear: 418
	 46. advWid: 1217, LSdBear: 395
	 47. advWid:  745, LSdBear: 418
	 48. advWid:  745, LSdBear: 395
	 49. advWid:  745, LSdBear: 266
	 50. advWid:  745, LSdBear: 332
	 51. advWid:  745, LSdBear: 176
	 52. advWid:  868, LSdBear: 203
	 53. advWid: 1096, LSdBear: -115
	 54. advWid: 1608, LSdBear: -115
	 55. advWid: 1710, LSdBear: -115
	 56. advWid: 1513, LSdBear: -115
	 57. advWid: 1526, LSdBear: 133
	 58. advWid: 1434, LSdBear: -115
	 59. advWid: 1180, LSdBear: 123
	 60. advWid: 1130, LSdBear: -29
	 61. advWid:  903, LSdBear: -123
	 62. advWid: 1047, LSdBear: -121
	 63. advWid: 1057, LSdBear: -313
	 64. advWid: 1294, LSdBear: -233
	 65. advWid: 1153, LSdBear: -94
	 66. advWid: 1163, LSdBear: -238
	 67. advWid: 1171, LSdBear: -78
	 68. advWid: 1378, LSdBear: 41
	 69. advWid: 2195, LSdBear: 80
	 70. advWid:  856, LSdBear: 31
	 71. advWid: 1135, LSdBear: 98
	 72. advWid: 1526, LSdBear: 131
	 73. advWid: 1458, LSdBear: -133
	 74. advWid: 1057, LSdBear: -313
	 75. advWid: 1243, LSdBear: -102
	 76. advWid: 1153, LSdBear: -94
	 77. advWid: 1153, LSdBear: -94
	 78. advWid: 1096, LSdBear: -115
	 79. advWid: 1096, LSdBear: -115
	 80. advWid: 1294, LSdBear: -233
	 81. advWid: 1513, LSdBear: -115
	 82. advWid: 2195, LSdBear: 80
	 83. advWid: 2195, LSdBear: 80
	 84. advWid: 2195, LSdBear: 80
	 85. advWid: 1153, LSdBear: -94
	 86. advWid: 1153, LSdBear: -94
	 87. advWid: 1130, LSdBear: -29
	 88. advWid: 1130, LSdBear: -29
	 89. advWid: 1171, LSdBear: -78
	 90. advWid:  903, LSdBear: -123
	 91. advWid:  600, LSdBear: 25
	 92. advWid:  887, LSdBear: 25
	 93. advWid:  618, LSdBear: 25
	 94. advWid: 1038, LSdBear: 14
	 95. advWid:  526, LSdBear: 25
	 96. advWid: 1018, LSdBear: 25
	 97. advWid:  522, LSdBear: 23
	 98. advWid: 1014, LSdBear: 23
	 99. advWid:  934, LSdBear: 25
	100. advWid: 1008, LSdBear: 37
	101. advWid:  635, LSdBear: 37
	102. advWid:  903, LSdBear: 10
	103. advWid:  682, LSdBear: 238
	104. advWid:  682, LSdBear: 238
	105. advWid:  682, LSdBear: 74
	106. advWid:  682, LSdBear: 33
	107. advWid: 1229, LSdBear: 119
	108. advWid: 1677, LSdBear: 10
	109. advWid:    0, LSdBear: 25
	LSdBear 110: 25
	LSdBear 111: 25
	LSdBear 112: 14
	LSdBear 113: 25
	LSdBear 114: 25
	LSdBear 115: 23
	LSdBear 116: 23
	LSdBear 117: 25
	LSdBear 118: 37
	LSdBear 119: 37

'VDMX' Table - Precomputed Vertical Device Metrics
--------------------------------------------------
  Version:                 1
  Number of Hgt Records:   1
  Number of Ratio Records: 1

    Ratio Record #1
	CharSetId     1
	xRatio        1
	yStartRatio   1
	yEndRatio     1
	Record Offset 12 (group #1)

   VDMX Height Record Groups
   -------------------------
   1.	Number of Hgt Records  248
	Starting Y Pel Height  8
	Ending Y Pel Height    255

	     1. Pel Height= 8
	        yMax=       7
	        yMin=       -2

	     2. Pel Height= 9
	        yMax=       8
	        yMin=       -2

	     3. Pel Height= 10
	        yMax=       9
	        yMin=       -3

	     4. Pel Height= 11
	        yMax=       9
	        yMin=       -3

	     5. Pel Height= 12
	        yMax=       11
	        yMin=       -3

	     6. Pel Height= 13
	        yMax=       11
	        yMin=       -3

	     7. Pel Height= 14
	        yMax=       13
	        yMin=       -3

	     8. Pel Height= 15
	        yMax=       13
	        yMin=       -4

	     9. Pel Height= 16
	        yMax=       14
	        yMin=       -4

	    10. Pel Height= 17
	        yMax=       15
	        yMin=       -4

	    11. Pel Height= 18
	        yMax=       16
	        yMin=       -4

	    12. Pel Height= 19
	        yMax=       17
	        yMin=       -5

	    13. Pel Height= 20
	        yMax=       17
	        yMin=       -5

	    14. Pel Height= 21
	        yMax=       18
	        yMin=       -6

	    15. Pel Height= 22
	        yMax=       19
	        yMin=       -6

	    16. Pel Height= 23
	        yMax=       20
	        yMin=       -6

	    17. Pel Height= 24
	        yMax=       21
	        yMin=       -6

	    18. Pel Height= 25
	        yMax=       22
	        yMin=       -6

	    19. Pel Height= 26
	        yMax=       22
	        yMin=       -6

	    20. Pel Height= 27
	        yMax=       24
	        yMin=       -7

	    21. Pel Height= 28
	        yMax=       24
	        yMin=       -8

	    22. Pel Height= 29
	        yMax=       26
	        yMin=       -8

	    23. Pel Height= 30
	        yMax=       26
	        yMin=       -8

	    24. Pel Height= 31
	        yMax=       27
	        yMin=       -8

	    25. Pel Height= 32
	        yMax=       28
	        yMin=       -8

	    26. Pel Height= 33
	        yMax=       29
	        yMin=       -9

	    27. Pel Height= 34
	        yMax=       30
	        yMin=       -9

	    28. Pel Height= 35
	        yMax=       31
	        yMin=       -9

	    29. Pel Height= 36
	        yMax=       31
	        yMin=       -9

	    30. Pel Height= 37
	        yMax=       33
	        yMin=       -9

	    31. Pel Height= 38
	        yMax=       33
	        yMin=       -10

	    32. Pel Height= 39
	        yMax=       34
	        yMin=       -10

	    33. Pel Height= 40
	        yMax=       35
	        yMin=       -10

	    34. Pel Height= 41
	        yMax=       35
	        yMin=       -10

	    35. Pel Height= 42
	        yMax=       37
	        yMin=       -10

	    36. Pel Height= 43
	        yMax=       37
	        yMin=       -10

	    37. Pel Height= 44
	        yMax=       39
	        yMin=       -11

	    38. Pel Height= 45
	        yMax=       39
	        yMin=       -11

	    39. Pel Height= 46
	        yMax=       40
	        yMin=       -12

	    40. Pel Height= 47
	        yMax=       41
	        yMin=       -12

	    41. Pel Height= 48
	        yMax=       42
	        yMin=       -12

	    42. Pel Height= 49
	        yMax=       43
	        yMin=       -12

	    43. Pel Height= 50
	        yMax=       44
	        yMin=       -13

	    44. Pel Height= 51
	        yMax=       45
	        yMin=       -13

	    45. Pel Height= 52
	        yMax=       46
	        yMin=       -13

	    46. Pel Height= 53
	        yMax=       46
	        yMin=       -13

	    47. Pel Height= 54
	        yMax=       48
	        yMin=       -13

	    48. Pel Height= 55
	        yMax=       48
	        yMin=       -14

	    49. Pel Height= 56
	        yMax=       50
	        yMin=       -15

	    50. Pel Height= 57
	        yMax=       50
	        yMin=       -15

	    51. Pel Height= 58
	        yMax=       50
	        yMin=       -15

	    52. Pel Height= 59
	        yMax=       52
	        yMin=       -15

	    53. Pel Height= 60
	        yMax=       52
	        yMin=       -15

	    54. Pel Height= 61
	        yMax=       54
	        yMin=       -15

	    55. Pel Height= 62
	        yMax=       54
	        yMin=       -16

	    56. Pel Height= 63
	        yMax=       55
	        yMin=       -16

	    57. Pel Height= 64
	        yMax=       56
	        yMin=       -16

	    58. Pel Height= 65
	        yMax=       57
	        yMin=       -17

	    59. Pel Height= 66
	        yMax=       58
	        yMin=       -17

	    60. Pel Height= 67
	        yMax=       59
	        yMin=       -17

	    61. Pel Height= 68
	        yMax=       59
	        yMin=       -18

	    62. Pel Height= 69
	        yMax=       61
	        yMin=       -18

	    63. Pel Height= 70
	        yMax=       61
	        yMin=       -18

	    64. Pel Height= 71
	        yMax=       63
	        yMin=       -18

	    65. Pel Height= 72
	        yMax=       63
	        yMin=       -18

	    66. Pel Height= 73
	        yMax=       64
	        yMin=       -18

	    67. Pel Height= 74
	        yMax=       65
	        yMin=       -19

	    68. Pel Height= 75
	        yMax=       65
	        yMin=       -19

	    69. Pel Height= 76
	        yMax=       67
	        yMin=       -19

	    70. Pel Height= 77
	        yMax=       67
	        yMin=       -19

	    71. Pel Height= 78
	        yMax=       68
	        yMin=       -19

	    72. Pel Height= 79
	        yMax=       69
	        yMin=       -20

	    73. Pel Height= 80
	        yMax=       70
	        yMin=       -20

	    74. Pel Height= 81
	        yMax=       71
	        yMin=       -20

	    75. Pel Height= 82
	        yMax=       72
	        yMin=       -20

	    76. Pel Height= 83
	        yMax=       72
	        yMin=       -21

	    77. Pel Height= 84
	        yMax=       74
	        yMin=       -21

	    78. Pel Height= 85
	        yMax=       74
	        yMin=       -22

	    79. Pel Height= 86
	        yMax=       76
	        yMin=       -22

	    80. Pel Height= 87
	        yMax=       76
	        yMin=       -22

	    81. Pel Height= 88
	        yMax=       77
	        yMin=       -22

	    82. Pel Height= 89
	        yMax=       78
	        yMin=       -22

	    83. Pel Height= 90
	        yMax=       79
	        yMin=       -22

	    84. Pel Height= 91
	        yMax=       80
	        yMin=       -23

	    85. Pel Height= 92
	        yMax=       81
	        yMin=       -24

	    86. Pel Height= 93
	        yMax=       81
	        yMin=       -24

	    87. Pel Height= 94
	        yMax=       82
	        yMin=       -24

	    88. Pel Height= 95
	        yMax=       83
	        yMin=       -24

	    89. Pel Height= 96
	        yMax=       84
	        yMin=       -24

	    90. Pel Height= 97
	        yMax=       85
	        yMin=       -25

	    91. Pel Height= 98
	        yMax=       85
	        yMin=       -25

	    92. Pel Height= 99
	        yMax=       87
	        yMin=       -25

	    93. Pel Height= 100
	        yMax=       87
	        yMin=       -25

	    94. Pel Height= 101
	        yMax=       89
	        yMin=       -25

	    95. Pel Height= 102
	        yMax=       89
	        yMin=       -26

	    96. Pel Height= 103
	        yMax=       90
	        yMin=       -27

	    97. Pel Height= 104
	        yMax=       91
	        yMin=       -27

	    98. Pel Height= 105
	        yMax=       92
	        yMin=       -27

	    99. Pel Height= 106
	        yMax=       93
	        yMin=       -27

	   100. Pel Height= 107
	        yMax=       94
	        yMin=       -27

	   101. Pel Height= 108
	        yMax=       94
	        yMin=       -27

	   102. Pel Height= 109
	        yMax=       96
	        yMin=       -28

	   103. Pel Height= 110
	        yMax=       96
	        yMin=       -28

	   104. Pel Height= 111
	        yMax=       98
	        yMin=       -28

	   105. Pel Height= 112
	        yMax=       98
	        yMin=       -28

	   106. Pel Height= 113
	        yMax=       98
	        yMin=       -28

	   107. Pel Height= 114
	        yMax=       100
	        yMin=       -28

	   108. Pel Height= 115
	        yMax=       100
	        yMin=       -29

	   109. Pel Height= 116
	        yMax=       102
	        yMin=       -29

	   110. Pel Height= 117
	        yMax=       102
	        yMin=       -29

	   111. Pel Height= 118
	        yMax=       103
	        yMin=       -29

	   112. Pel Height= 119
	        yMax=       104
	        yMin=       -29

	   113. Pel Height= 120
	        yMax=       105
	        yMin=       -31

	   114. Pel Height= 121
	        yMax=       106
	        yMin=       -31

	   115. Pel Height= 122
	        yMax=       107
	        yMin=       -31

	   116. Pel Height= 123
	        yMax=       107
	        yMin=       -31

	   117. Pel Height= 124
	        yMax=       109
	        yMin=       -31

	   118. Pel Height= 125
	        yMax=       109
	        yMin=       -31

	   119. Pel Height= 126
	        yMax=       111
	        yMin=       -32

	   120. Pel Height= 127
	        yMax=       111
	        yMin=       -32

	   121. Pel Height= 128
	        yMax=       112
	        yMin=       -33

	   122. Pel Height= 129
	        yMax=       113
	        yMin=       -33

	   123. Pel Height= 130
	        yMax=       114
	        yMin=       -33

	   124. Pel Height= 131
	        yMax=       115
	        yMin=       -33

	   125. Pel Height= 132
	        yMax=       115
	        yMin=       -34

	   126. Pel Height= 133
	        yMax=       116
	        yMin=       -34

	   127. Pel Height= 134
	        yMax=       117
	        yMin=       -34

	   128. Pel Height= 135
	        yMax=       118
	        yMin=       -34

	   129. Pel Height= 136
	        yMax=       119
	        yMin=       -34

	   130. Pel Height= 137
	        yMax=       120
	        yMin=       -34

	   131. Pel Height= 138
	        yMax=       120
	        yMin=       -35

	   132. Pel Height= 139
	        yMax=       122
	        yMin=       -36

	   133. Pel Height= 140
	        yMax=       122
	        yMin=       -36

	   134. Pel Height= 141
	        yMax=       124
	        yMin=       -36

	   135. Pel Height= 142
	        yMax=       124
	        yMin=       -36

	   136. Pel Height= 143
	        yMax=       125
	        yMin=       -36

	   137. Pel Height= 144
	        yMax=       126
	        yMin=       -37

	   138. Pel Height= 145
	        yMax=       127
	        yMin=       -37

	   139. Pel Height= 146
	        yMax=       128
	        yMin=       -37

	   140. Pel Height= 147
	        yMax=       129
	        yMin=       -37

	   141. Pel Height= 148
	        yMax=       129
	        yMin=       -37

	   142. Pel Height= 149
	        yMax=       131
	        yMin=       -37

	   143. Pel Height= 150
	        yMax=       131
	        yMin=       -38

	   144. Pel Height= 151
	        yMax=       132
	        yMin=       -38

	   145. Pel Height= 152
	        yMax=       133
	        yMin=       -38

	   146. Pel Height= 153
	        yMax=       133
	        yMin=       -38

	   147. Pel Height= 154
	        yMax=       135
	        yMin=       -38

	   148. Pel Height= 155
	        yMax=       135
	        yMin=       -38

	   149. Pel Height= 156
	        yMax=       137
	        yMin=       -39

	   150. Pel Height= 157
	        yMax=       137
	        yMin=       -40

	   151. Pel Height= 158
	        yMax=       139
	        yMin=       -40

	   152. Pel Height= 159
	        yMax=       139
	        yMin=       -40

	   153. Pel Height= 160
	        yMax=       140
	        yMin=       -40

	   154. Pel Height= 161
	        yMax=       141
	        yMin=       -41

	   155. Pel Height= 162
	        yMax=       142
	        yMin=       -41

	   156. Pel Height= 163
	        yMax=       143
	        yMin=       -41

	   157. Pel Height= 164
	        yMax=       144
	        yMin=       -41

	   158. Pel Height= 165
	        yMax=       144
	        yMin=       -42

	   159. Pel Height= 166
	        yMax=       146
	        yMin=       -42

	   160. Pel Height= 167
	        yMax=       146
	        yMin=       -43

	   161. Pel Height= 168
	        yMax=       147
	        yMin=       -43

	   162. Pel Height= 169
	        yMax=       148
	        yMin=       -43

	   163. Pel Height= 170
	        yMax=       148
	        yMin=       -43

	   164. Pel Height= 171
	        yMax=       150
	        yMin=       -43

	   165. Pel Height= 172
	        yMax=       150
	        yMin=       -43

	   166. Pel Height= 173
	        yMax=       152
	        yMin=       -44

	   167. Pel Height= 174
	        yMax=       152
	        yMin=       -44

	   168. Pel Height= 175
	        yMax=       153
	        yMin=       -44

	   169. Pel Height= 176
	        yMax=       154
	        yMin=       -45

	   170. Pel Height= 177
	        yMax=       155
	        yMin=       -45

	   171. Pel Height= 178
	        yMax=       156
	        yMin=       -45

	   172. Pel Height= 179
	        yMax=       157
	        yMin=       -46

	   173. Pel Height= 180
	        yMax=       157
	        yMin=       -46

	   174. Pel Height= 181
	        yMax=       159
	        yMin=       -46

	   175. Pel Height= 182
	        yMax=       159
	        yMin=       -46

	   176. Pel Height= 183
	        yMax=       161
	        yMin=       -46

	   177. Pel Height= 184
	        yMax=       161
	        yMin=       -46

	   178. Pel Height= 185
	        yMax=       162
	        yMin=       -47

	   179. Pel Height= 186
	        yMax=       163
	        yMin=       -47

	   180. Pel Height= 187
	        yMax=       163
	        yMin=       -47

	   181. Pel Height= 188
	        yMax=       165
	        yMin=       -47

	   182. Pel Height= 189
	        yMax=       165
	        yMin=       -47

	   183. Pel Height= 190
	        yMax=       166
	        yMin=       -47

	   184. Pel Height= 191
	        yMax=       167
	        yMin=       -48

	   185. Pel Height= 192
	        yMax=       168
	        yMin=       -48

	   186. Pel Height= 193
	        yMax=       169
	        yMin=       -48

	   187. Pel Height= 194
	        yMax=       170
	        yMin=       -49

	   188. Pel Height= 195
	        yMax=       170
	        yMin=       -49

	   189. Pel Height= 196
	        yMax=       172
	        yMin=       -50

	   190. Pel Height= 197
	        yMax=       172
	        yMin=       -50

	   191. Pel Height= 198
	        yMax=       174
	        yMin=       -50

	   192. Pel Height= 199
	        yMax=       174
	        yMin=       -50

	   193. Pel Height= 200
	        yMax=       175
	        yMin=       -50

	   194. Pel Height= 201
	        yMax=       176
	        yMin=       -51

	   195. Pel Height= 202
	        yMax=       177
	        yMin=       -52

	   196. Pel Height= 203
	        yMax=       178
	        yMin=       -52

	   197. Pel Height= 204
	        yMax=       179
	        yMin=       -52

	   198. Pel Height= 205
	        yMax=       179
	        yMin=       -52

	   199. Pel Height= 206
	        yMax=       180
	        yMin=       -52

	   200. Pel Height= 207
	        yMax=       181
	        yMin=       -52

	   201. Pel Height= 208
	        yMax=       182
	        yMin=       -53

	   202. Pel Height= 209
	        yMax=       183
	        yMin=       -53

	   203. Pel Height= 210
	        yMax=       183
	        yMin=       -53

	   204. Pel Height= 211
	        yMax=       185
	        yMin=       -53

	   205. Pel Height= 212
	        yMax=       185
	        yMin=       -53

	   206. Pel Height= 213
	        yMax=       187
	        yMin=       -54

	   207. Pel Height= 214
	        yMax=       187
	        yMin=       -55

	   208. Pel Height= 215
	        yMax=       188
	        yMin=       -55

	   209. Pel Height= 216
	        yMax=       189
	        yMin=       -55

	   210. Pel Height= 217
	        yMax=       190
	        yMin=       -55

	   211. Pel Height= 218
	        yMax=       191
	        yMin=       -55

	   212. Pel Height= 219
	        yMax=       192
	        yMin=       -55

	   213. Pel Height= 220
	        yMax=       192
	        yMin=       -56

	   214. Pel Height= 221
	        yMax=       194
	        yMin=       -56

	   215. Pel Height= 222
	        yMax=       194
	        yMin=       -56

	   216. Pel Height= 223
	        yMax=       196
	        yMin=       -56

	   217. Pel Height= 224
	        yMax=       196
	        yMin=       -56

	   218. Pel Height= 225
	        yMax=       196
	        yMin=       -56

	   219. Pel Height= 226
	        yMax=       198
	        yMin=       -57

	   220. Pel Height= 227
	        yMax=       198
	        yMin=       -57

	   221. Pel Height= 228
	        yMax=       200
	        yMin=       -57

	   222. Pel Height= 229
	        yMax=       200
	        yMin=       -57

	   223. Pel Height= 230
	        yMax=       201
	        yMin=       -57

	   224. Pel Height= 231
	        yMax=       202
	        yMin=       -58

	   225. Pel Height= 232
	        yMax=       203
	        yMin=       -59

	   226. Pel Height= 233
	        yMax=       204
	        yMin=       -59

	   227. Pel Height= 234
	        yMax=       205
	        yMin=       -59

	   228. Pel Height= 235
	        yMax=       205
	        yMin=       -59

	   229. Pel Height= 236
	        yMax=       207
	        yMin=       -59

	   230. Pel Height= 237
	        yMax=       207
	        yMin=       -60

	   231. Pel Height= 238
	        yMax=       209
	        yMin=       -61

	   232. Pel Height= 239
	        yMax=       209
	        yMin=       -61

	   233. Pel Height= 240
	        yMax=       210
	        yMin=       -61

	   234. Pel Height= 241
	        yMax=       211
	        yMin=       -61

	   235. Pel Height= 242
	        yMax=       212
	        yMin=       -61

	   236. Pel Height= 243
	        yMax=       213
	        yMin=       -62

	   237. Pel Height= 244
	        yMax=       213
	        yMin=       -62

	   238. Pel Height= 245
	        yMax=       214
	        yMin=       -62

	   239. Pel Height= 246
	        yMax=       215
	        yMin=       -62

	   240. Pel Height= 247
	        yMax=       216
	        yMin=       -62

	   241. Pel Height= 248
	        yMax=       217
	        yMin=       -62

	   242. Pel Height= 249
	        yMax=       218
	        yMin=       -64

	   243. Pel Height= 250
	        yMax=       218
	        yMin=       -64

	   244. Pel Height= 251
	        yMax=       220
	        yMin=       -64

	   245. Pel Height= 252
	        yMax=       220
	        yMin=       -64

	   246. Pel Height= 253
	        yMax=       222
	        yMin=       -64

	   247. Pel Height= 254
	        yMax=       222
	        yMin=       -64

	   248. Pel Height= 255
	        yMax=       223
	        yMin=       -65



'LTSH' Table - Linear Threshold Table
-------------------------------------
Size = 124 bytes
 'LTSH' Version:          0
 Number of Glyphs:        120

   Glyph #   Threshold
   -------   ---------
        0.           1
        1.           1
        2.           1
        3.           1
        4.           1
        5.           1
        6.           9
        7.           1
        8.           1
        9.          29
       10.           1
       11.          32
       12.          32
       13.           1
       14.           1
       15.           1
       16.          26
       17.           1
       18.           1
       19.           1
       20.          27
       21.           1
       22.           1
       23.           1
       24.           1
       25.           1
       26.           1
       27.           1
       28.           1
       29.           1
       30.           1
       31.           1
       32.           1
       33.           1
       34.           1
       35.           1
       36.           1
       37.           1
       38.          48
       39.           1
       40.          15
       41.           1
       42.           1
       43.          31
       44.           1
       45.           1
       46.           1
       47.           1
       48.           1
       49.           1
       50.           1
       51.           1
       52.          47
       53.          15
       54.           8
       55.           1
       56.           1
       57.           1
       58.           1
       59.           1
       60.           1
       61.          18
       62.          45
       63.           1
       64.           1
       65.           1
       66.          23
       67.           1
       68.          27
       69.           1
       70.           1
       71.          47
       72.           1
       73.          34
       74.           1
       75.          15
       76.           1
       77.           1
       78.          15
       79.          15
       80.           1
       81.           1
       82.           1
       83.           1
       84.           1
       85.           1
       86.           1
       87.           1
       88.           1
       89.           1
       90.          18
       91.          30
       92.          16
       93.           1
       94.           1
       95.           1
       96.           2
       97.           1
       98.           2
       99.           1
      100.           2
      101.           1
      102.          18
      103.           1
      104.           1
      105.           1
      106.           1
      107.           1
      108.           1
      109.           1
      110.           1
      111.           1
      112.           1
      113.           1
      114.           1
      115.           1
      116.           1
      117.           1
      118.           1
      119.           1

'hdmx' Table - Horizontal Device Metrics
----------------------------------------
Size = 2860 bytes
	'hdmx' version:		0
	# device records:	23
	Record length:		124
	DevRec  0: ppem =   9, maxWid =  10
    0.   9
    1.   0
    2.   5
    3.   4
    4.   3
    5.   4
    6.   6
    7.   5
    8.   6
    9.   7
   10.   2
   11.   5
   12.   5
   13.   3
   14.   5
   15.   3
   16.   4
   17.   3
   18.   5
   19.   6
   20.   4
   21.   6
   22.   6
   23.   6
   24.   6
   25.   6
   26.   5
   27.   6
   28.   6
   29.   3
   30.   3
   31.   5
   32.   5
   33.   5
   34.   4
   35.   5
   36.   4
   37.   4
   38.   4
   39.   4
   40.   4
   41.   5
   42.   5
   43.   5
   44.   8
   45.   5
   46.   5
   47.   3
   48.   3
   49.   3
   50.   3
   51.   3
   52.   4
   53.   5
   54.   7
   55.   8
   56.   7
   57.   7
   58.   6
   59.   5
   60.   5
   61.   4
   62.   5
   63.   5
   64.   6
   65.   5
   66.   5
   67.   5
   68.   6
   69.  10
   70.   4
   71.   5
   72.   7
   73.   6
   74.   5
   75.   5
   76.   5
   77.   5
   78.   5
   79.   5
   80.   6
   81.   7
   82.  10
   83.  10
   84.  10
   85.   5
   86.   5
   87.   5
   88.   5
   89.   5
   90.   4
   91.   3
   92.   4
   93.   3
   94.   5
   95.   2
   96.   4
   97.   2
   98.   4
   99.   4
  100.   4
  101.   3
  102.   4
  103.   3
  104.   3
  105.   3
  106.   3
  107.   5
  108.   7
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  1: ppem =  10, maxWid =  11
    0.  10
    1.   0
    2.   5
    3.   5
    4.   4
    5.   5
    6.   7
    7.   6
    8.   7
    9.   7
   10.   2
   11.   5
   12.   5
   13.   4
   14.   6
   15.   4
   16.   5
   17.   4
   18.   5
   19.   7
   20.   4
   21.   7
   22.   7
   23.   7
   24.   7
   25.   7
   26.   6
   27.   7
   28.   7
   29.   4
   30.   4
   31.   6
   32.   6
   33.   6
   34.   4
   35.   5
   36.   4
   37.   5
   38.   4
   39.   5
   40.   5
   41.   6
   42.   6
   43.   6
   44.   9
   45.   6
   46.   6
   47.   4
   48.   4
   49.   4
   50.   4
   51.   4
   52.   4
   53.   5
   54.   8
   55.   8
   56.   7
   57.   7
   58.   7
   59.   6
   60.   6
   61.   4
   62.   5
   63.   5
   64.   6
   65.   6
   66.   6
   67.   6
   68.   7
   69.  11
   70.   4
   71.   6
   72.   7
   73.   7
   74.   5
   75.   6
   76.   6
   77.   6
   78.   5
   79.   5
   80.   6
   81.   7
   82.  11
   83.  11
   84.  11
   85.   6
   86.   6
   87.   6
   88.   6
   89.   6
   90.   4
   91.   3
   92.   4
   93.   3
   94.   5
   95.   3
   96.   5
   97.   3
   98.   5
   99.   5
  100.   5
  101.   3
  102.   4
  103.   3
  104.   3
  105.   3
  106.   3
  107.   6
  108.   8
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  2: ppem =  11, maxWid =  12
    0.  11
    1.   0
    2.   6
    3.   5
    4.   4
    5.   5
    6.   8
    7.   6
    8.   8
    9.   8
   10.   2
   11.   6
   12.   6
   13.   4
   14.   6
   15.   4
   16.   5
   17.   4
   18.   6
   19.   8
   20.   4
   21.   7
   22.   7
   23.   8
   24.   7
   25.   7
   26.   7
   27.   7
   28.   7
   29.   4
   30.   4
   31.   6
   32.   6
   33.   6
   34.   5
   35.   6
   36.   5
   37.   5
   38.   5
   39.   5
   40.   5
   41.   7
   42.   7
   43.   6
   44.  10
   45.   7
   46.   7
   47.   4
   48.   4
   49.   4
   50.   4
   51.   4
   52.   5
   53.   6
   54.   9
   55.   9
   56.   8
   57.   8
   58.   8
   59.   6
   60.   6
   61.   5
   62.   6
   63.   6
   64.   7
   65.   6
   66.   6
   67.   6
   68.   7
   69.  12
   70.   5
   71.   6
   72.   8
   73.   8
   74.   6
   75.   7
   76.   6
   77.   6
   78.   6
   79.   6
   80.   7
   81.   8
   82.  12
   83.  12
   84.  12
   85.   6
   86.   6
   87.   6
   88.   6
   89.   6
   90.   5
   91.   3
   92.   5
   93.   3
   94.   6
   95.   3
   96.   5
   97.   3
   98.   5
   99.   5
  100.   5
  101.   3
  102.   5
  103.   4
  104.   4
  105.   4
  106.   4
  107.   7
  108.   9
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  3: ppem =  12, maxWid =  13
    0.  12
    1.   0
    2.   6
    3.   6
    4.   4
    5.   5
    6.   8
    7.   7
    8.   8
    9.   9
   10.   3
   11.   6
   12.   6
   13.   4
   14.   7
   15.   4
   16.   6
   17.   4
   18.   6
   19.   8
   20.   5
   21.   8
   22.   8
   23.   8
   24.   8
   25.   8
   26.   7
   27.   8
   28.   8
   29.   4
   30.   4
   31.   7
   32.   7
   33.   7
   34.   5
   35.   6
   36.   5
   37.   5
   38.   5
   39.   5
   40.   6
   41.   7
   42.   7
   43.   7
   44.  11
   45.   7
   46.   7
   47.   4
   48.   4
   49.   4
   50.   4
   51.   4
   52.   5
   53.   6
   54.   9
   55.  10
   56.   9
   57.   9
   58.   8
   59.   7
   60.   7
   61.   5
   62.   6
   63.   6
   64.   8
   65.   7
   66.   7
   67.   7
   68.   8
   69.  13
   70.   5
   71.   7
   72.   9
   73.   9
   74.   6
   75.   7
   76.   7
   77.   7
   78.   6
   79.   6
   80.   8
   81.   9
   82.  13
   83.  13
   84.  13
   85.   7
   86.   7
   87.   7
   88.   7
   89.   7
   90.   5
   91.   4
   92.   5
   93.   4
   94.   6
   95.   3
   96.   6
   97.   3
   98.   6
   99.   5
  100.   6
  101.   4
  102.   5
  103.   4
  104.   4
  105.   4
  106.   4
  107.   7
  108.  10
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  4: ppem =  13, maxWid =  14
    0.  13
    1.   0
    2.   7
    3.   6
    4.   5
    5.   6
    6.   9
    7.   7
    8.   9
    9.  10
   10.   3
   11.   7
   12.   7
   13.   5
   14.   7
   15.   5
   16.   6
   17.   5
   18.   7
   19.   9
   20.   5
   21.   9
   22.   9
   23.   9
   24.   9
   25.   9
   26.   8
   27.   9
   28.   9
   29.   5
   30.   5
   31.   7
   32.   7
   33.   7
   34.   6
   35.   7
   36.   6
   37.   6
   38.   6
   39.   6
   40.   6
   41.   8
   42.   8
   43.   7
   44.  12
   45.   8
   46.   8
   47.   5
   48.   5
   49.   5
   50.   5
   51.   5
   52.   6
   53.   7
   54.  10
   55.  11
   56.  10
   57.  10
   58.   9
   59.   7
   60.   7
   61.   6
   62.   7
   63.   7
   64.   8
   65.   7
   66.   7
   67.   7
   68.   9
   69.  14
   70.   5
   71.   7
   72.  10
   73.   9
   74.   7
   75.   8
   76.   7
   77.   7
   78.   7
   79.   7
   80.   8
   81.  10
   82.  14
   83.  14
   84.  14
   85.   7
   86.   7
   87.   7
   88.   7
   89.   7
   90.   6
   91.   4
   92.   6
   93.   4
   94.   7
   95.   3
   96.   6
   97.   3
   98.   6
   99.   6
  100.   6
  101.   4
  102.   6
  103.   4
  104.   4
  105.   4
  106.   4
  107.   8
  108.  11
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  5: ppem =  14, maxWid =  15
    0.  14
    1.   0
    2.   7
    3.   7
    4.   5
    5.   6
    6.  10
    7.   8
    8.  10
    9.  10
   10.   3
   11.   7
   12.   7
   13.   5
   14.   8
   15.   5
   16.   6
   17.   5
   18.   7
   19.  10
   20.   6
   21.   9
   22.   9
   23.  10
   24.   9
   25.   9
   26.   8
   27.   9
   28.   9
   29.   5
   30.   5
   31.   8
   32.   8
   33.   8
   34.   6
   35.   7
   36.   6
   37.   6
   38.   6
   39.   6
   40.   7
   41.   8
   42.   8
   43.   8
   44.  13
   45.   8
   46.   8
   47.   5
   48.   5
   49.   5
   50.   5
   51.   5
   52.   6
   53.   8
   54.  11
   55.  12
   56.  10
   57.  10
   58.  10
   59.   8
   60.   8
   61.   6
   62.   7
   63.   7
   64.   9
   65.   8
   66.   8
   67.   8
   68.   9
   69.  15
   70.   6
   71.   8
   72.  10
   73.  10
   74.   7
   75.   9
   76.   8
   77.   8
   78.   8
   79.   8
   80.   9
   81.  10
   82.  15
   83.  15
   84.  15
   85.   8
   86.   8
   87.   8
   88.   8
   89.   8
   90.   6
   91.   4
   92.   6
   93.   4
   94.   7
   95.   4
   96.   7
   97.   4
   98.   7
   99.   6
  100.   7
  101.   4
  102.   6
  103.   5
  104.   5
  105.   5
  106.   5
  107.   8
  108.  11
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  6: ppem =  15, maxWid =  16
    0.  15
    1.   0
    2.   8
    3.   7
    4.   5
    5.   7
    6.  10
    7.   8
    8.  11
    9.  11
   10.   3
   11.   8
   12.   8
   13.   6
   14.   8
   15.   5
   16.   7
   17.   5
   18.   8
   19.  11
   20.   6
   21.  10
   22.  10
   23.  10
   24.  10
   25.  10
   26.   9
   27.  10
   28.  10
   29.   5
   30.   5
   31.   8
   32.   8
   33.   8
   34.   6
   35.   8
   36.   6
   37.   7
   38.   7
   39.   7
   40.   7
   41.   9
   42.   9
   43.   8
   44.  14
   45.   9
   46.   9
   47.   5
   48.   5
   49.   5
   50.   5
   51.   5
   52.   6
   53.   8
   54.  12
   55.  13
   56.  11
   57.  11
   58.  11
   59.   9
   60.   8
   61.   7
   62.   8
   63.   8
   64.   9
   65.   8
   66.   9
   67.   9
   68.  10
   69.  16
   70.   6
   71.   8
   72.  11
   73.  11
   74.   8
   75.   9
   76.   8
   77.   8
   78.   8
   79.   8
   80.   9
   81.  11
   82.  16
   83.  16
   84.  16
   85.   8
   86.   8
   87.   8
   88.   8
   89.   9
   90.   7
   91.   4
   92.   7
   93.   5
   94.   8
   95.   4
   96.   7
   97.   4
   98.   7
   99.   7
  100.   7
  101.   5
  102.   7
  103.   5
  104.   5
  105.   5
  106.   5
  107.   9
  108.  12
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  7: ppem =  16, maxWid =  17
    0.  16
    1.   0
    2.   8
    3.   8
    4.   6
    5.   7
    6.  11
    7.   9
    8.  11
    9.  12
   10.   4
   11.   9
   12.   9
   13.   6
   14.   9
   15.   6
   16.   7
   17.   6
   18.   8
   19.  11
   20.   6
   21.  11
   22.  11
   23.  11
   24.  11
   25.  11
   26.  10
   27.  11
   28.  11
   29.   6
   30.   6
   31.   9
   32.   9
   33.   9
   34.   7
   35.   8
   36.   7
   37.   7
   38.   7
   39.   7
   40.   7
   41.  10
   42.  10
   43.   9
   44.  15
   45.  10
   46.  10
   47.   6
   48.   6
   49.   6
   50.   6
   51.   6
   52.   7
   53.   9
   54.  13
   55.  13
   56.  12
   57.  12
   58.  11
   59.   9
   60.   9
   61.   7
   62.   8
   63.   8
   64.  10
   65.   9
   66.   9
   67.   9
   68.  11
   69.  17
   70.   7
   71.   9
   72.  12
   73.  11
   74.   8
   75.  10
   76.   9
   77.   9
   78.   9
   79.   9
   80.  10
   81.  12
   82.  17
   83.  17
   84.  17
   85.   9
   86.   9
   87.   9
   88.   9
   89.   9
   90.   7
   91.   5
   92.   7
   93.   5
   94.   8
   95.   4
   96.   8
   97.   4
   98.   8
   99.   7
  100.   8
  101.   5
  102.   7
  103.   5
  104.   5
  105.   5
  106.   5
  107.  10
  108.  13
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  8: ppem =  17, maxWid =  18
    0.  17
    1.   0
    2.   9
    3.   8
    4.   6
    5.   8
    6.  12
    7.  10
    8.  12
    9.  12
   10.   4
   11.   9
   12.   9
   13.   6
   14.  10
   15.   6
   16.   8
   17.   6
   18.   9
   19.  12
   20.   7
   21.  11
   22.  11
   23.  12
   24.  11
   25.  11
   26.  10
   27.  11
   28.  11
   29.   6
   30.   6
   31.  10
   32.  10
   33.  10
   34.   7
   35.   9
   36.   7
   37.   8
   38.   7
   39.   8
   40.   8
   41.  10
   42.  10
   43.   9
   44.  16
   45.  10
   46.  10
   47.   6
   48.   6
   49.   6
   50.   6
   51.   6
   52.   7
   53.   9
   54.  13
   55.  14
   56.  13
   57.  13
   58.  12
   59.  10
   60.   9
   61.   8
   62.   9
   63.   9
   64.  11
   65.  10
   66.  10
   67.  10
   68.  11
   69.  18
   70.   7
   71.   9
   72.  13
   73.  12
   74.   9
   75.  10
   76.  10
   77.  10
   78.   9
   79.   9
   80.  11
   81.  13
   82.  18
   83.  18
   84.  18
   85.  10
   86.  10
   87.   9
   88.   9
   89.  10
   90.   8
   91.   5
   92.   7
   93.   5
   94.   9
   95.   4
   96.   8
   97.   4
   98.   8
   99.   8
  100.   8
  101.   5
  102.   8
  103.   6
  104.   6
  105.   6
  106.   6
  107.  10
  108.  14
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  9: ppem =  18, maxWid =  19
    0.  18
    1.   0
    2.   9
    3.   9
    4.   7
    5.   8
    6.  12
    7.  10
    8.  13
    9.  13
   10.   4
   11.  10
   12.  10
   13.   7
   14.  10
   15.   7
   16.   8
   17.   7
   18.   9
   19.  13
   20.   7
   21.  12
   22.  12
   23.  12
   24.  12
   25.  12
   26.  11
   27.  12
   28.  12
   29.   7
   30.   7
   31.  10
   32.  10
   33.  10
   34.   8
   35.   9
   36.   8
   37.   8
   38.   8
   39.   8
   40.   8
   41.  11
   42.  11
   43.  10
   44.  17
   45.  11
   46.  11
   47.   7
   48.   7
   49.   7
   50.   7
   51.   7
   52.   8
   53.  10
   54.  14
   55.  15
   56.  13
   57.  13
   58.  13
   59.  10
   60.  10
   61.   8
   62.   9
   63.   9
   64.  11
   65.  10
   66.  10
   67.  10
   68.  12
   69.  19
   70.   8
   71.  10
   72.  13
   73.  13
   74.   9
   75.  11
   76.  10
   77.  10
   78.  10
   79.  10
   80.  11
   81.  13
   82.  19
   83.  19
   84.  19
   85.  10
   86.  10
   87.  10
   88.  10
   89.  10
   90.   8
   91.   5
   92.   8
   93.   5
   94.   9
   95.   5
   96.   9
   97.   5
   98.   9
   99.   8
  100.   9
  101.   6
  102.   8
  103.   6
  104.   6
  105.   6
  106.   6
  107.  11
  108.  15
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 10: ppem =  19, maxWid =  20
    0.  19
    1.   0
    2.  10
    3.   9
    4.   7
    5.   9
    6.  13
    7.  11
    8.  13
    9.  14
   10.   4
   11.  10
   12.  10
   13.   7
   14.  11
   15.   7
   16.   9
   17.   7
   18.  10
   19.  13
   20.   8
   21.  13
   22.  13
   23.  13
   24.  13
   25.  13
   26.  11
   27.  12
   28.  13
   29.   7
   30.   7
   31.  11
   32.  11
   33.  11
   34.   8
   35.  10
   36.   8
   37.   9
   38.   8
   39.   9
   40.   9
   41.  11
   42.  11
   43.  10
   44.  17
   45.  11
   46.  11
   47.   7
   48.   7
   49.   7
   50.   7
   51.   7
   52.   8
   53.  10
   54.  15
   55.  16
   56.  14
   57.  14
   58.  13
   59.  11
   60.  10
   61.   8
   62.  10
   63.  10
   64.  12
   65.  11
   66.  11
   67.  11
   68.  13
   69.  20
   70.   8
   71.  11
   72.  14
   73.  14
   74.  10
   75.  12
   76.  11
   77.  11
   78.  10
   79.  10
   80.  12
   81.  14
   82.  20
   83.  20
   84.  20
   85.  11
   86.  11
   87.  10
   88.  10
   89.  11
   90.   8
   91.   6
   92.   8
   93.   6
   94.  10
   95.   5
   96.   9
   97.   5
   98.   9
   99.   9
  100.   9
  101.   6
  102.   8
  103.   6
  104.   6
  105.   6
  106.   6
  107.  11
  108.  16
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 11: ppem =  20, maxWid =  21
    0.  20
    1.   0
    2.  10
    3.  10
    4.   7
    5.   9
    6.  14
    7.  11
    8.  14
    9.  15
   10.   4
   11.  11
   12.  11
   13.   7
   14.  11
   15.   7
   16.   9
   17.   7
   18.  10
   19.  14
   20.   8
   21.  13
   22.  13
   23.  14
   24.  13
   25.  13
   26.  12
   27.  13
   28.  13
   29.   7
   30.   7
   31.  11
   32.  11
   33.  11
   34.   9
   35.  10
   36.   9
   37.   9
   38.   9
   39.   9
   40.   9
   41.  12
   42.  12
   43.  11
   44.  18
   45.  12
   46.  12
   47.   7
   48.   7
   49.   7
   50.   7
   51.   7
   52.   8
   53.  11
   54.  16
   55.  17
   56.  15
   57.  15
   58.  14
   59.  12
   60.  11
   61.   9
   62.  10
   63.  10
   64.  13
   65.  11
   66.  11
   67.  11
   68.  13
   69.  21
   70.   8
   71.  11
   72.  15
   73.  14
   74.  10
   75.  12
   76.  11
   77.  11
   78.  11
   79.  11
   80.  13
   81.  15
   82.  21
   83.  21
   84.  21
   85.  11
   86.  11
   87.  11
   88.  11
   89.  11
   90.   9
   91.   6
   92.   9
   93.   6
   94.  10
   95.   5
   96.  10
   97.   5
   98.  10
   99.   9
  100.  10
  101.   6
  102.   9
  103.   7
  104.   7
  105.   7
  106.   7
  107.  12
  108.  16
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 12: ppem =  21, maxWid =  23
    0.  21
    1.   0
    2.  11
    3.  10
    4.   8
    5.  10
    6.  14
    7.  12
    8.  15
    9.  15
   10.   5
   11.  11
   12.  11
   13.   8
   14.  12
   15.   8
   16.  10
   17.   8
   18.  11
   19.  15
   20.   8
   21.  14
   22.  14
   23.  14
   24.  14
   25.  14
   26.  13
   27.  14
   28.  14
   29.   8
   30.   8
   31.  12
   32.  12
   33.  12
   34.   9
   35.  11
   36.   9
   37.  10
   38.   9
   39.  10
   40.  10
   41.  13
   42.  13
   43.  12
   44.  19
   45.  12
   46.  12
   47.   8
   48.   8
   49.   8
   50.   8
   51.   8
   52.   9
   53.  11
   54.  16
   55.  18
   56.  16
   57.  16
   58.  15
   59.  12
   60.  12
   61.   9
   62.  11
   63.  11
   64.  13
   65.  12
   66.  12
   67.  12
   68.  14
   69.  23
   70.   9
   71.  12
   72.  16
   73.  15
   74.  11
   75.  13
   76.  12
   77.  12
   78.  11
   79.  11
   80.  13
   81.  16
   82.  23
   83.  23
   84.  23
   85.  12
   86.  12
   87.  12
   88.  12
   89.  12
   90.   9
   91.   6
   92.   9
   93.   6
   94.  11
   95.   5
   96.  10
   97.   5
   98.  10
   99.  10
  100.  10
  101.   7
  102.   9
  103.   7
  104.   7
  105.   7
  106.   7
  107.  13
  108.  17
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 13: ppem =  22, maxWid =  24
    0.  22
    1.   0
    2.  11
    3.  11
    4.   8
    5.  10
    6.  15
    7.  12
    8.  15
    9.  16
   10.   5
   11.  12
   12.  12
   13.   8
   14.  12
   15.   8
   16.  10
   17.   8
   18.  11
   19.  15
   20.   9
   21.  15
   22.  15
   23.  15
   24.  15
   25.  15
   26.  13
   27.  14
   28.  15
   29.   8
   30.   8
   31.  12
   32.  12
   33.  12
   34.  10
   35.  11
   36.  10
   37.  10
   38.  10
   39.  10
   40.  10
   41.  13
   42.  13
   43.  12
   44.  20
   45.  13
   46.  13
   47.   8
   48.   8
   49.   8
   50.   8
   51.   8
   52.   9
   53.  12
   54.  17
   55.  18
   56.  16
   57.  16
   58.  15
   59.  13
   60.  12
   61.  10
   62.  11
   63.  11
   64.  14
   65.  12
   66.  13
   67.  13
   68.  15
   69.  24
   70.   9
   71.  12
   72.  16
   73.  16
   74.  11
   75.  13
   76.  12
   77.  12
   78.  12
   79.  12
   80.  14
   81.  16
   82.  24
   83.  24
   84.  24
   85.  12
   86.  12
   87.  12
   88.  12
   89.  13
   90.  10
   91.   6
   92.  10
   93.   7
   94.  11
   95.   6
   96.  11
   97.   6
   98.  11
   99.  10
  100.  11
  101.   7
  102.  10
  103.   7
  104.   7
  105.   7
  106.   7
  107.  13
  108.  18
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 14: ppem =  23, maxWid =  25
    0.  23
    1.   0
    2.  12
    3.  11
    4.   8
    5.  10
    6.  16
    7.  13
    8.  16
    9.  17
   10.   5
   11.  12
   12.  12
   13.   8
   14.  13
   15.   8
   16.  11
   17.   8
   18.  12
   19.  16
   20.   9
   21.  15
   22.  15
   23.  16
   24.  15
   25.  15
   26.  14
   27.  15
   28.  15
   29.   8
   30.   8
   31.  13
   32.  13
   33.  13
   34.  10
   35.  12
   36.  10
   37.  10
   38.  10
   39.  10
   40.  11
   41.  14
   42.  14
   43.  13
   44.  21
   45.  14
   46.  14
   47.   8
   48.   8
   49.   8
   50.   8
   51.   8
   52.  10
   53.  12
   54.  18
   55.  19
   56.  17
   57.  17
   58.  16
   59.  13
   60.  13
   61.  10
   62.  12
   63.  12
   64.  15
   65.  13
   66.  13
   67.  13
   68.  15
   69.  25
   70.  10
   71.  13
   72.  17
   73.  16
   74.  12
   75.  14
   76.  13
   77.  13
   78.  12
   79.  12
   80.  15
   81.  17
   82.  25
   83.  25
   84.  25
   85.  13
   86.  13
   87.  13
   88.  13
   89.  13
   90.  10
   91.   7
   92.  10
   93.   7
   94.  12
   95.   6
   96.  11
   97.   6
   98.  11
   99.  10
  100.  11
  101.   7
  102.  10
  103.   8
  104.   8
  105.   8
  106.   8
  107.  14
  108.  19
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 15: ppem =  24, maxWid =  26
    0.  24
    1.   0
    2.  12
    3.  12
    4.   9
    5.  11
    6.  16
    7.  13
    8.  17
    9.  18
   10.   5
   11.  13
   12.  13
   13.   9
   14.  13
   15.   9
   16.  11
   17.   9
   18.  12
   19.  17
   20.  10
   21.  16
   22.  16
   23.  16
   24.  16
   25.  16
   26.  14
   27.  16
   28.  16
   29.   9
   30.   9
   31.  13
   32.  13
   33.  13
   34.  10
   35.  12
   36.  10
   37.  11
   38.  10
   39.  11
   40.  11
   41.  14
   42.  14
   43.  13
   44.  22
   45.  14
   46.  14
   47.   9
   48.   9
   49.   9
   50.   9
   51.   9
   52.  10
   53.  13
   54.  19
   55.  20
   56.  18
   57.  18
   58.  17
   59.  14
   60.  13
   61.  11
   62.  12
   63.  12
   64.  15
   65.  14
   66.  14
   67.  14
   68.  16
   69.  26
   70.  10
   71.  13
   72.  18
   73.  17
   74.  12
   75.  15
   76.  14
   77.  14
   78.  13
   79.  13
   80.  15
   81.  18
   82.  26
   83.  26
   84.  26
   85.  14
   86.  14
   87.  13
   88.  13
   89.  14
   90.  11
   91.   7
   92.  10
   93.   7
   94.  12
   95.   6
   96.  12
   97.   6
   98.  12
   99.  11
  100.  12
  101.   7
  102.  11
  103.   8
  104.   8
  105.   8
  106.   8
  107.  14
  108.  20
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 16: ppem =  27, maxWid =  29
    0.  27
    1.   0
    2.  14
    3.  13
    4.  10
    5.  12
    6.  19
    7.  15
    8.  19
    9.  20
   10.   6
   11.  14
   12.  14
   13.  10
   14.  15
   15.  10
   16.  12
   17.  10
   18.  14
   19.  19
   20.  11
   21.  18
   22.  18
   23.  18
   24.  18
   25.  18
   26.  16
   27.  18
   28.  18
   29.  10
   30.  10
   31.  15
   32.  15
   33.  15
   34.  12
   35.  14
   36.  12
   37.  12
   38.  12
   39.  12
   40.  13
   41.  16
   42.  16
   43.  15
   44.  25
   45.  16
   46.  16
   47.  10
   48.  10
   49.  10
   50.  10
   51.  10
   52.  11
   53.  14
   54.  21
   55.  23
   56.  20
   57.  20
   58.  19
   59.  16
   60.  15
   61.  12
   62.  14
   63.  14
   64.  17
   65.  15
   66.  15
   67.  15
   68.  18
   69.  29
   70.  11
   71.  15
   72.  20
   73.  19
   74.  14
   75.  16
   76.  15
   77.  15
   78.  14
   79.  14
   80.  17
   81.  20
   82.  29
   83.  29
   84.  29
   85.  15
   86.  15
   87.  15
   88.  15
   89.  15
   90.  12
   91.   8
   92.  12
   93.   8
   94.  14
   95.   7
   96.  13
   97.   7
   98.  13
   99.  12
  100.  13
  101.   8
  102.  12
  103.   9
  104.   9
  105.   9
  106.   9
  107.  16
  108.  22
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 17: ppem =  29, maxWid =  31
    0.  29
    1.   0
    2.  15
    3.  14
    4.  11
    5.  13
    6.  20
    7.  16
    8.  20
    9.  21
   10.   6
   11.  15
   12.  15
   13.  11
   14.  16
   15.  11
   16.  13
   17.  11
   18.  15
   19.  20
   20.  12
   21.  19
   22.  19
   23.  20
   24.  19
   25.  19
   26.  17
   27.  19
   28.  19
   29.  11
   30.  11
   31.  16
   32.  16
   33.  16
   34.  13
   35.  15
   36.  13
   37.  13
   38.  13
   39.  13
   40.  13
   41.  17
   42.  17
   43.  16
   44.  27
   45.  17
   46.  17
   47.  11
   48.  11
   49.  11
   50.  11
   51.  11
   52.  12
   53.  16
   54.  23
   55.  24
   56.  21
   57.  22
   58.  20
   59.  17
   60.  16
   61.  13
   62.  15
   63.  15
   64.  18
   65.  16
   66.  16
   67.  17
   68.  20
   69.  31
   70.  12
   71.  16
   72.  22
   73.  21
   74.  15
   75.  18
   76.  16
   77.  16
   78.  16
   79.  16
   80.  18
   81.  21
   82.  31
   83.  31
   84.  31
   85.  16
   86.  16
   87.  16
   88.  16
   89.  17
   90.  13
   91.   9
   92.  13
   93.   9
   94.  15
   95.   7
   96.  14
   97.   7
   98.  14
   99.  13
  100.  14
  101.   9
  102.  13
  103.  10
  104.  10
  105.  10
  106.  10
  107.  17
  108.  24
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 18: ppem =  32, maxWid =  34
    0.  32
    1.   0
    2.  16
    3.  16
    4.  12
    5.  15
    6.  22
    7.  18
    8.  22
    9.  23
   10.   7
   11.  17
   12.  17
   13.  12
   14.  18
   15.  12
   16.  15
   17.  12
   18.  16
   19.  22
   20.  13
   21.  21
   22.  21
   23.  22
   24.  21
   25.  21
   26.  19
   27.  21
   28.  21
   29.  12
   30.  12
   31.  18
   32.  18
   33.  18
   34.  14
   35.  16
   36.  14
   37.  15
   38.  14
   39.  15
   40.  15
   41.  19
   42.  19
   43.  18
   44.  29
   45.  19
   46.  19
   47.  12
   48.  12
   49.  12
   50.  12
   51.  12
   52.  14
   53.  17
   54.  25
   55.  27
   56.  24
   57.  24
   58.  22
   59.  18
   60.  18
   61.  14
   62.  16
   63.  17
   64.  20
   65.  18
   66.  18
   67.  18
   68.  22
   69.  34
   70.  13
   71.  18
   72.  24
   73.  23
   74.  17
   75.  19
   76.  18
   77.  18
   78.  17
   79.  17
   80.  20
   81.  24
   82.  34
   83.  34
   84.  34
   85.  18
   86.  18
   87.  18
   88.  18
   89.  18
   90.  14
   91.   9
   92.  14
   93.  10
   94.  16
   95.   8
   96.  16
   97.   8
   98.  16
   99.  15
  100.  16
  101.  10
  102.  14
  103.  11
  104.  11
  105.  11
  106.  11
  107.  19
  108.  26
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 19: ppem =  33, maxWid =  35
    0.  33
    1.   0
    2.  17
    3.  16
    4.  12
    5.  15
    6.  23
    7.  18
    8.  23
    9.  24
   10.   7
   11.  18
   12.  18
   13.  12
   14.  18
   15.  12
   16.  15
   17.  12
   18.  17
   19.  23
   20.  13
   21.  22
   22.  22
   23.  23
   24.  22
   25.  22
   26.  20
   27.  22
   28.  22
   29.  12
   30.  12
   31.  18
   32.  18
   33.  18
   34.  14
   35.  17
   36.  14
   37.  15
   38.  14
   39.  15
   40.  15
   41.  20
   42.  20
   43.  18
   44.  30
   45.  20
   46.  20
   47.  12
   48.  12
   49.  12
   50.  12
   51.  12
   52.  14
   53.  18
   54.  26
   55.  28
   56.  24
   57.  25
   58.  23
   59.  19
   60.  18
   61.  15
   62.  17
   63.  17
   64.  21
   65.  19
   66.  19
   67.  19
   68.  22
   69.  35
   70.  14
   71.  18
   72.  25
   73.  24
   74.  17
   75.  20
   76.  19
   77.  19
   78.  18
   79.  18
   80.  21
   81.  24
   82.  35
   83.  35
   84.  35
   85.  19
   86.  19
   87.  18
   88.  18
   89.  19
   90.  15
   91.  10
   92.  14
   93.  10
   94.  17
   95.   8
   96.  16
   97.   8
   98.  16
   99.  15
  100.  16
  101.  10
  102.  15
  103.  11
  104.  11
  105.  11
  106.  11
  107.  20
  108.  27
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 20: ppem =  37, maxWid =  40
    0.  37
    1.   0
    2.  19
    3.  18
    4.  13
    5.  17
    6.  25
    7.  21
    8.  26
    9.  27
   10.   8
   11.  20
   12.  20
   13.  14
   14.  21
   15.  13
   16.  17
   17.  13
   18.  19
   19.  26
   20.  15
   21.  25
   22.  25
   23.  25
   24.  25
   25.  25
   26.  22
   27.  24
   28.  25
   29.  13
   30.  13
   31.  21
   32.  21
   33.  21
   34.  16
   35.  19
   36.  16
   37.  17
   38.  16
   39.  17
   40.  17
   41.  22
   42.  22
   43.  20
   44.  34
   45.  22
   46.  22
   47.  13
   48.  13
   49.  13
   50.  13
   51.  13
   52.  16
   53.  20
   54.  29
   55.  31
   56.  27
   57.  28
   58.  26
   59.  21
   60.  20
   61.  16
   62.  19
   63.  19
   64.  23
   65.  21
   66.  21
   67.  21
   68.  25
   69.  40
   70.  15
   71.  21
   72.  28
   73.  26
   74.  19
   75.  22
   76.  21
   77.  21
   78.  20
   79.  20
   80.  23
   81.  27
   82.  40
   83.  40
   84.  40
   85.  21
   86.  21
   87.  20
   88.  20
   89.  21
   90.  16
   91.  11
   92.  16
   93.  11
   94.  19
   95.  10
   96.  18
   97.   9
   98.  18
   99.  17
  100.  18
  101.  11
  102.  16
  103.  12
  104.  12
  105.  12
  106.  12
  107.  22
  108.  30
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 21: ppem =  42, maxWid =  45
    0.  42
    1.   0
    2.  21
    3.  21
    4.  15
    5.  19
    6.  29
    7.  24
    8.  29
    9.  31
   10.   9
   11.  22
   12.  22
   13.  15
   14.  24
   15.  15
   16.  19
   17.  15
   18.  22
   19.  29
   20.  17
   21.  28
   22.  28
   23.  29
   24.  28
   25.  28
   26.  25
   27.  28
   28.  28
   29.  15
   30.  15
   31.  24
   32.  24
   33.  24
   34.  18
   35.  22
   36.  18
   37.  19
   38.  18
   39.  19
   40.  19
   41.  25
   42.  25
   43.  23
   44.  39
   45.  25
   46.  25
   47.  15
   48.  15
   49.  15
   50.  15
   51.  15
   52.  18
   53.  22
   54.  33
   55.  35
   56.  31
   57.  31
   58.  29
   59.  24
   60.  23
   61.  19
   62.  21
   63.  22
   64.  27
   65.  24
   66.  24
   67.  24
   68.  28
   69.  45
   70.  18
   71.  23
   72.  31
   73.  30
   74.  22
   75.  25
   76.  24
   77.  24
   78.  22
   79.  22
   80.  27
   81.  31
   82.  45
   83.  45
   84.  45
   85.  24
   86.  24
   87.  23
   88.  23
   89.  24
   90.  19
   91.  12
   92.  18
   93.  13
   94.  21
   95.  11
   96.  21
   97.  11
   98.  21
   99.  19
  100.  21
  101.  13
  102.  19
  103.  14
  104.  14
  105.  14
  106.  14
  107.  25
  108.  34
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 22: ppem =  46, maxWid =  49
    0.  46
    1.   0
    2.  23
    3.  22
    4.  17
    5.  21
    6.  32
    7.  26
    8.  32
    9.  34
   10.  10
   11.  24
   12.  24
   13.  17
   14.  26
   15.  17
   16.  21
   17.  17
   18.  24
   19.  32
   20.  19
   21.  31
   22.  31
   23.  31
   24.  31
   25.  31
   26.  28
   27.  30
   28.  31
   29.  17
   30.  17
   31.  26
   32.  26
   33.  26
   34.  20
   35.  24
   36.  20
   37.  21
   38.  20
   39.  21
   40.  21
   41.  28
   42.  28
   43.  25
   44.  42
   45.  27
   46.  27
   47.  17
   48.  17
   49.  17
   50.  17
   51.  17
   52.  20
   53.  25
   54.  36
   55.  38
   56.  34
   57.  34
   58.  32
   59.  27
   60.  25
   61.  20
   62.  24
   63.  24
   64.  29
   65.  26
   66.  26
   67.  26
   68.  31
   69.  49
   70.  19
   71.  26
   72.  34
   73.  33
   74.  24
   75.  28
   76.  26
   77.  26
   78.  25
   79.  25
   80.  29
   81.  34
   82.  49
   83.  49
   84.  49
   85.  26
   86.  26
   87.  25
   88.  25
   89.  26
   90.  20
   91.  13
   92.  20
   93.  14
   94.  23
   95.  12
   96.  23
   97.  12
   98.  23
   99.  21
  100.  23
  101.  14
  102.  20
  103.  15
  104.  15
  105.  15
  106.  15
  107.  28
  108.  38
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0



; 'GPOS' Table - Glyph Positioning
; -------------------------------------

GPOSHeader GPOSHeaderT0000  
0X00010000            
ScriptListT000a       
FeatureListT0020      
LookupListT003a       

ScriptList ScriptListT000a  
1                     
                      ; ScriptRecord[0]
'thaa'                
ScriptT0012           

Script ScriptT0012  
LangSysT0016          
0                     

LangSys LangSysT0016  
NULL                  
0XFFFF                
2                     
0                     
1                     

FeatureList FeatureListT0020  
2                     
                      ; FeatureRecord[0]
'kern'                
FeatureT002e          
                      ; FeatureRecord[1]
'mark'                
FeatureT0034          

Feature FeatureT002e  
NULL                  
1                     
1                     

Feature FeatureT0034  
NULL                  
1                     
0                     

LookupList LookupListT003a  
2                     
LookupT0040           
LookupT0048           

Lookup LookupT0040  
4                     
1                     
1                     
MarkBasePosFormat1T0050 

Lookup LookupT0048  
2                     
9                     
1                     
PairPosFormat2T017e   

MarkBasePosFormat1 MarkBasePosFormat1T0050  
1                     
CoverageFormat2T0158  
CoverageFormat2T0168  
2                     
MarkArrayT005c        
BaseArrayT00b6        

MarkArray MarkArrayT005c  
22                    
                      ; MarkRecord[0]
0                     
AnchorFormat1T0376    
                      ; MarkRecord[1]
0                     
AnchorFormat1T0472    
                      ; MarkRecord[2]
1                     
AnchorFormat1T0382    
                      ; MarkRecord[3]
1                     
AnchorFormat1T0388    
                      ; MarkRecord[4]
0                     
AnchorFormat1T0484    
                      ; MarkRecord[5]
0                     
AnchorFormat1T048a    
                      ; MarkRecord[6]
0                     
AnchorFormat1T0490    
                      ; MarkRecord[7]
0                     
AnchorFormat1T0496    
                      ; MarkRecord[8]
0                     
AnchorFormat1T049c    
                      ; MarkRecord[9]
0                     
AnchorFormat1T04a2    
                      ; MarkRecord[10]
0                     
AnchorFormat1T04a8    
                      ; MarkRecord[11]
0                     
AnchorFormat1T0592    
                      ; MarkRecord[12]
0                     
AnchorFormat1T0598    
                      ; MarkRecord[13]
1                     
AnchorFormat1T05a4    
                      ; MarkRecord[14]
1                     
AnchorFormat1T059e    
                      ; MarkRecord[15]
0                     
AnchorFormat1T05ce    
                      ; MarkRecord[16]
0                     
AnchorFormat1T05c8    
                      ; MarkRecord[17]
0                     
AnchorFormat1T05c2    
                      ; MarkRecord[18]
0                     
AnchorFormat1T05bc    
                      ; MarkRecord[19]
0                     
AnchorFormat1T05b6    
                      ; MarkRecord[20]
0                     
AnchorFormat1T05b0    
                      ; MarkRecord[21]
0                     
AnchorFormat1T05aa    

BaseArray BaseArrayT00b6  
40                    
                      ; BaseRecord[0]
AnchorFormat1T0370    
AnchorFormat1T037c    
                      ; BaseRecord[1]
AnchorFormat1T04f6    
AnchorFormat1T038e    
                      ; BaseRecord[2]
AnchorFormat1T04fc    
AnchorFormat1T0394    
                      ; BaseRecord[3]
AnchorFormat1T0502    
AnchorFormat1T039a    
                      ; BaseRecord[4]
AnchorFormat1T0508    
AnchorFormat1T03a0    
                      ; BaseRecord[5]
AnchorFormat1T050e    
AnchorFormat1T03a6    
                      ; BaseRecord[6]
AnchorFormat1T0514    
AnchorFormat1T03ac    
                      ; BaseRecord[7]
AnchorFormat1T051a    
AnchorFormat1T03b2    
                      ; BaseRecord[8]
AnchorFormat1T0520    
AnchorFormat1T03b8    
                      ; BaseRecord[9]
AnchorFormat1T0526    
AnchorFormat1T03be    
                      ; BaseRecord[10]
AnchorFormat1T052c    
AnchorFormat1T03c4    
                      ; BaseRecord[11]
AnchorFormat1T0532    
AnchorFormat1T03ca    
                      ; BaseRecord[12]
AnchorFormat1T0538    
AnchorFormat1T03d0    
                      ; BaseRecord[13]
AnchorFormat1T053e    
AnchorFormat1T03d6    
                      ; BaseRecord[14]
AnchorFormat1T0544    
AnchorFormat1T03dc    
                      ; BaseRecord[15]
AnchorFormat1T054a    
AnchorFormat1T03e2    
                      ; BaseRecord[16]
AnchorFormat1T0550    
AnchorFormat1T03e8    
                      ; BaseRecord[17]
AnchorFormat1T0556    
AnchorFormat1T03ee    
                      ; BaseRecord[18]
AnchorFormat1T055c    
AnchorFormat1T03f4    
                      ; BaseRecord[19]
AnchorFormat1T0562    
AnchorFormat1T03fa    
                      ; BaseRecord[20]
AnchorFormat1T0568    
AnchorFormat1T0400    
                      ; BaseRecord[21]
AnchorFormat1T056e    
AnchorFormat1T0406    
                      ; BaseRecord[22]
AnchorFormat1T0574    
AnchorFormat1T040c    
                      ; BaseRecord[23]
AnchorFormat1T04f0    
AnchorFormat1T0412    
                      ; BaseRecord[24]
AnchorFormat1T04ea    
AnchorFormat1T0418    
                      ; BaseRecord[25]
AnchorFormat1T04e4    
AnchorFormat1T041e    
                      ; BaseRecord[26]
AnchorFormat1T04de    
AnchorFormat1T0424    
                      ; BaseRecord[27]
AnchorFormat1T04d8    
AnchorFormat1T042a    
                      ; BaseRecord[28]
AnchorFormat1T04d2    
AnchorFormat1T0430    
                      ; BaseRecord[29]
AnchorFormat1T04cc    
AnchorFormat1T0436    
                      ; BaseRecord[30]
AnchorFormat1T04c6    
AnchorFormat1T043c    
                      ; BaseRecord[31]
AnchorFormat1T04c0    
AnchorFormat1T0442    
                      ; BaseRecord[32]
AnchorFormat1T04ba    
AnchorFormat1T0448    
                      ; BaseRecord[33]
AnchorFormat1T04b4    
AnchorFormat1T044e    
                      ; BaseRecord[34]
AnchorFormat1T04ae    
AnchorFormat1T0454    
                      ; BaseRecord[35]
AnchorFormat1T047e    
AnchorFormat1T045a    
                      ; BaseRecord[36]
AnchorFormat1T0478    
AnchorFormat1T0460    
                      ; BaseRecord[37]
AnchorFormat1T046c    
AnchorFormat1T0466    
                      ; BaseRecord[38]
AnchorFormat1T057a    
AnchorFormat1T0580    
                      ; BaseRecord[39]
AnchorFormat1T0586    
AnchorFormat1T058c    

CoverageFormat2 CoverageFormat2T0158  
2                     
2                     
                      ; RangeRecord[0]
91                    
101                   
0                     
                      ; RangeRecord[1]
109                   
119                   
11                    

CoverageFormat2 CoverageFormat2T0168  
2                     
3                     
                      ; RangeRecord[0]
53                    
90                    
0                     
                      ; RangeRecord[1]
102                   
102                   
38                    
                      ; RangeRecord[2]
107                   
107                   
39                    

PairPosFormat2 PairPosFormat2T017e  
2                     
CoverageFormat2T0292  
0                     
4                     
ClassDefFormat2T02ba  
ClassDefFormat2T0354  
26                    
5                     
                      ; PairPosFormat2Class1Record[0]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
0                     
                      ; PairPosFormat2ClassRecord[3]
0                     
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[1]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[2]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[3]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[4]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[5]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[6]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[7]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[8]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
160                   
                      ; PairPosFormat2Class1Record[9]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
100                   
                      ; PairPosFormat2Class1Record[10]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[11]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
100                   
                      ; PairPosFormat2Class1Record[12]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
150                   
                      ; PairPosFormat2ClassRecord[3]
120                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[13]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
220                   
                      ; PairPosFormat2ClassRecord[3]
180                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[14]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
160                   
                      ; PairPosFormat2Class1Record[15]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
180                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[16]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[17]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[18]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[19]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[20]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
100                   
                      ; PairPosFormat2Class1Record[21]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[22]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[23]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[24]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
150                   
                      ; PairPosFormat2ClassRecord[3]
120                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[25]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
180                   
                      ; PairPosFormat2ClassRecord[4]
0                     

CoverageFormat2 CoverageFormat2T0292  
2                     
6                     
                      ; RangeRecord[0]
53                    
56                    
0                     
                      ; RangeRecord[1]
58                    
58                    
4                     
                      ; RangeRecord[2]
61                    
67                    
5                     
                      ; RangeRecord[3]
73                    
81                    
12                    
                      ; RangeRecord[4]
85                    
86                    
21                    
                      ; RangeRecord[5]
89                    
90                    
23                    

ClassDefFormat2 ClassDefFormat2T02ba  
2                     
25                    
                      ; ClassRangeRecord[0]
53                    
53                    
1                     
                      ; ClassRangeRecord[1]
54                    
54                    
2                     
                      ; ClassRangeRecord[2]
55                    
55                    
3                     
                      ; ClassRangeRecord[3]
56                    
56                    
4                     
                      ; ClassRangeRecord[4]
58                    
58                    
5                     
                      ; ClassRangeRecord[5]
61                    
61                    
6                     
                      ; ClassRangeRecord[6]
62                    
62                    
7                     
                      ; ClassRangeRecord[7]
63                    
63                    
8                     
                      ; ClassRangeRecord[8]
64                    
64                    
9                     
                      ; ClassRangeRecord[9]
65                    
65                    
10                    
                      ; ClassRangeRecord[10]
66                    
66                    
11                    
                      ; ClassRangeRecord[11]
67                    
67                    
12                    
                      ; ClassRangeRecord[12]
73                    
73                    
13                    
                      ; ClassRangeRecord[13]
74                    
74                    
14                    
                      ; ClassRangeRecord[14]
75                    
75                    
15                    
                      ; ClassRangeRecord[15]
76                    
76                    
16                    
                      ; ClassRangeRecord[16]
77                    
77                    
17                    
                      ; ClassRangeRecord[17]
78                    
78                    
18                    
                      ; ClassRangeRecord[18]
79                    
79                    
19                    
                      ; ClassRangeRecord[19]
80                    
80                    
20                    
                      ; ClassRangeRecord[20]
81                    
81                    
21                    
                      ; ClassRangeRecord[21]
85                    
85                    
22                    
                      ; ClassRangeRecord[22]
86                    
86                    
23                    
                      ; ClassRangeRecord[23]
89                    
89                    
24                    
                      ; ClassRangeRecord[24]
90                    
90                    
25                    

ClassDefFormat2 ClassDefFormat2T0354  
2                     
4                     
                      ; ClassRangeRecord[0]
60                    
60                    
1                     
                      ; ClassRangeRecord[1]
70                    
70                    
2                     
                      ; ClassRangeRecord[2]
71                    
71                    
3                     
                      ; ClassRangeRecord[3]
72                    
72                    
4                     

AnchorFormat1 AnchorFormat1T0370  
1                     
589                   
1300                  

AnchorFormat1 AnchorFormat1T0376  
1                     
310                   
969                   

AnchorFormat1 AnchorFormat1T037c  
1                     
520                   
-220                  

AnchorFormat1 AnchorFormat1T0382  
1                     
315                   
0                     

AnchorFormat1 AnchorFormat1T0388  
1                     
510                   
0                     

AnchorFormat1 AnchorFormat1T038e  
1                     
800                   
-220                  

AnchorFormat1 AnchorFormat1T0394  
1                     
780                   
-220                  

AnchorFormat1 AnchorFormat1T039a  
1                     
780                   
-220                  

AnchorFormat1 AnchorFormat1T03a0  
1                     
765                   
-220                  

AnchorFormat1 AnchorFormat1T03a6  
1                     
760                   
-220                  

AnchorFormat1 AnchorFormat1T03ac  
1                     
550                   
-220                  

AnchorFormat1 AnchorFormat1T03b2  
1                     
540                   
-220                  

AnchorFormat1 AnchorFormat1T03b8  
1                     
440                   
-220                  

AnchorFormat1 AnchorFormat1T03be  
1                     
525                   
-220                  

AnchorFormat1 AnchorFormat1T03c4  
1                     
560                   
-300                  

AnchorFormat1 AnchorFormat1T03ca  
1                     
660                   
-300                  

AnchorFormat1 AnchorFormat1T03d0  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T03d6  
1                     
550                   
-220                  

AnchorFormat1 AnchorFormat1T03dc  
1                     
555                   
-300                  

AnchorFormat1 AnchorFormat1T03e2  
1                     
715                   
-360                  

AnchorFormat1 AnchorFormat1T03e8  
1                     
1110                  
-220                  

AnchorFormat1 AnchorFormat1T03ee  
1                     
465                   
-300                  

AnchorFormat1 AnchorFormat1T03f4  
1                     
600                   
-360                  

AnchorFormat1 AnchorFormat1T03fa  
1                     
735                   
-445                  

AnchorFormat1 AnchorFormat1T0400  
1                     
680                   
-220                  

AnchorFormat1 AnchorFormat1T0406  
1                     
580                   
-300                  

AnchorFormat1 AnchorFormat1T040c  
1                     
660                   
-445                  

AnchorFormat1 AnchorFormat1T0412  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T0418  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T041e  
1                     
520                   
-220                  

AnchorFormat1 AnchorFormat1T0424  
1                     
520                   
-220                  

AnchorFormat1 AnchorFormat1T042a  
1                     
660                   
-300                  

AnchorFormat1 AnchorFormat1T0430  
1                     
780                   
-220                  

AnchorFormat1 AnchorFormat1T0436  
1                     
1110                  
-220                  

AnchorFormat1 AnchorFormat1T043c  
1                     
1110                  
-220                  

AnchorFormat1 AnchorFormat1T0442  
1                     
1110                  
-220                  

AnchorFormat1 AnchorFormat1T0448  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T044e  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T0454  
1                     
540                   
-300                  

AnchorFormat1 AnchorFormat1T045a  
1                     
540                   
-220                  

AnchorFormat1 AnchorFormat1T0460  
1                     
555                   
-300                  

AnchorFormat1 AnchorFormat1T0466  
1                     
440                   
-220                  

AnchorFormat1 AnchorFormat1T046c  
1                     
461                   
1380                  

AnchorFormat1 AnchorFormat1T0472  
1                     
445                   
969                   

AnchorFormat1 AnchorFormat1T0478  
1                     
600                   
1380                  

AnchorFormat1 AnchorFormat1T047e  
1                     
595                   
1300                  

AnchorFormat1 AnchorFormat1T0484  
1                     
250                   
969                   

AnchorFormat1 AnchorFormat1T048a  
1                     
500                   
969                   

AnchorFormat1 AnchorFormat1T0490  
1                     
280                   
969                   

AnchorFormat1 AnchorFormat1T0496  
1                     
566                   
969                   

AnchorFormat1 AnchorFormat1T049c  
1                     
505                   
969                   

AnchorFormat1 AnchorFormat1T04a2  
1                     
544                   
969                   

AnchorFormat1 AnchorFormat1T04a8  
1                     
350                   
969                   

AnchorFormat1 AnchorFormat1T04ae  
1                     
595                   
1300                  

AnchorFormat1 AnchorFormat1T04b4  
1                     
625                   
1380                  

AnchorFormat1 AnchorFormat1T04ba  
1                     
625                   
1300                  

AnchorFormat1 AnchorFormat1T04c0  
1                     
1120                  
1300                  

AnchorFormat1 AnchorFormat1T04c6  
1                     
1120                  
1300                  

AnchorFormat1 AnchorFormat1T04cc  
1                     
1120                  
1300                  

AnchorFormat1 AnchorFormat1T04d2  
1                     
690                   
1300                  

AnchorFormat1 AnchorFormat1T04d8  
1                     
570                   
1300                  

AnchorFormat1 AnchorFormat1T04de  
1                     
589                   
1300                  

AnchorFormat1 AnchorFormat1T04e4  
1                     
589                   
1300                  

AnchorFormat1 AnchorFormat1T04ea  
1                     
625                   
1450                  

AnchorFormat1 AnchorFormat1T04f0  
1                     
489                   
1300                  

AnchorFormat1 AnchorFormat1T04f6  
1                     
720                   
1300                  

AnchorFormat1 AnchorFormat1T04fc  
1                     
820                   
1300                  

AnchorFormat1 AnchorFormat1T0502  
1                     
690                   
1300                  

AnchorFormat1 AnchorFormat1T0508  
1                     
797                   
1300                  

AnchorFormat1 AnchorFormat1T050e  
1                     
585                   
1300                  

AnchorFormat1 AnchorFormat1T0514  
1                     
650                   
1300                  

AnchorFormat1 AnchorFormat1T051a  
1                     
595                   
1300                  

AnchorFormat1 AnchorFormat1T0520  
1                     
461                   
1300                  

AnchorFormat1 AnchorFormat1T0526  
1                     
510                   
1300                  

AnchorFormat1 AnchorFormat1T052c  
1                     
420                   
1300                  

AnchorFormat1 AnchorFormat1T0532  
1                     
570                   
1300                  

AnchorFormat1 AnchorFormat1T0538  
1                     
625                   
1300                  

AnchorFormat1 AnchorFormat1T053e  
1                     
526                   
1300                  

AnchorFormat1 AnchorFormat1T0544  
1                     
600                   
1300                  

AnchorFormat1 AnchorFormat1T054a  
1                     
720                   
1300                  

AnchorFormat1 AnchorFormat1T0550  
1                     
1120                  
1300                  

AnchorFormat1 AnchorFormat1T0556  
1                     
405                   
1300                  

AnchorFormat1 AnchorFormat1T055c  
1                     
595                   
1300                  

AnchorFormat1 AnchorFormat1T0562  
1                     
820                   
1300                  

AnchorFormat1 AnchorFormat1T0568  
1                     
720                   
1300                  

AnchorFormat1 AnchorFormat1T056e  
1                     
420                   
1300                  

AnchorFormat1 AnchorFormat1T0574  
1                     
480                   
1300                  

AnchorFormat1 AnchorFormat1T057a  
1                     
487                   
1300                  

AnchorFormat1 AnchorFormat1T0580  
1                     
435                   
-445                  

AnchorFormat1 AnchorFormat1T0586  
1                     
615                   
1400                  

AnchorFormat1 AnchorFormat1T058c  
1                     
615                   
-100                  

AnchorFormat1 AnchorFormat1T0592  
1                     
310                   
969                   

AnchorFormat1 AnchorFormat1T0598  
1                     
445                   
969                   

AnchorFormat1 AnchorFormat1T059e  
1                     
510                   
0                     

AnchorFormat1 AnchorFormat1T05a4  
1                     
315                   
0                     

AnchorFormat1 AnchorFormat1T05aa  
1                     
350                   
969                   

AnchorFormat1 AnchorFormat1T05b0  
1                     
544                   
969                   

AnchorFormat1 AnchorFormat1T05b6  
1                     
505                   
969                   

AnchorFormat1 AnchorFormat1T05bc  
1                     
566                   
969                   

AnchorFormat1 AnchorFormat1T05c2  
1                     
280                   
969                   

AnchorFormat1 AnchorFormat1T05c8  
1                     
500                   
969                   

AnchorFormat1 AnchorFormat1T05ce  
1                     
250                   
969                   

; 'GSUB' Table - Glyph Substitution
; -------------------------------------

GSUBHeader GSUBHeaderT0000  
0X00010000            
ScriptListT000a       
FeatureListT001e      
LookupListT002c       

ScriptList ScriptListT000a  
1                     
                      ; ScriptRecord[0]
'thaa'                
ScriptT0012           

Script ScriptT0012  
LangSysT0016          
0                     

LangSys LangSysT0016  
NULL                  
0XFFFF                
1                     
0                     

FeatureList FeatureListT001e  
1                     
                      ; FeatureRecord[0]
'ccmp'                
FeatureT0026          

Feature FeatureT0026  
NULL                  
1                     
0                     

LookupList LookupListT002c  
1                     
LookupT0030           

Lookup LookupT0030  
1                     
1                     
1                     
SingleSubstFormat2T0038 

SingleSubstFormat2 SingleSubstFormat2T0038  
2                     
CoverageFormat2T0054  
11                    
109                   
110                   
111                   
112                   
113                   
114                   
115                   
116                   
117                   
118                   
119                   

CoverageFormat2 CoverageFormat2T0054  
2                     
1                     
                      ; RangeRecord[0]
91                    
101                   
0                     

; 'GDEF' Table - Glyph Definition
;-------------------------------------

GDEFHeader GDEFHeaderT0000  
0X00010000            
ClassDefFormat2T000c  
NULL                  
LigCaretListT0028     
NULL                  ; AttachClassDef (1.2)

ClassDefFormat2 ClassDefFormat2T000c  
2                     
4                     
                      ; ClassRangeRecord[0]
0                     
90                    
1                     
                      ; ClassRangeRecord[1]
91                    
101                   
3                     
                      ; ClassRangeRecord[2]
102                   
108                   
1                     
                      ; ClassRangeRecord[3]
109                   
119                   
3                     

LigCaretList LigCaretListT0028  
CoverageFormat2T002c  
0                     

CoverageFormat2 CoverageFormat2T002c  
2                     
0                     

'DSIG' Table - Digital Signature
-------------------------------------
Size = 6476 bytes
  'DSIG' version:  1
  numSigs:       1
  Flags:			0001

'loca' Table - Index To Location Table
--------------------------------------
Size = 242 bytes, 121 entries
	Idx   0 -> glyfOff 0x00000
	Idx   1 -> glyfOff 0x0003E* No contours *
	Idx   2 -> glyfOff 0x0003E* No contours *
	Idx   3 -> glyfOff 0x0003E* No contours *
	Idx   4 -> glyfOff 0x0003E
	Idx   5 -> glyfOff 0x000DC
	Idx   6 -> glyfOff 0x00154
	Idx   7 -> glyfOff 0x00334
	Idx   8 -> glyfOff 0x004B2
	Idx   9 -> glyfOff 0x00604
	Idx  10 -> glyfOff 0x0076C
	Idx  11 -> glyfOff 0x007B4
	Idx  12 -> glyfOff 0x0084E
	Idx  13 -> glyfOff 0x008EE
	Idx  14 -> glyfOff 0x009EC
	Idx  15 -> glyfOff 0x00AAE
	Idx  16 -> glyfOff 0x00B0A
	Idx  17 -> glyfOff 0x00B54
	Idx  18 -> glyfOff 0x00B90
	Idx  19 -> glyfOff 0x00C2A
	Idx  20 -> glyfOff 0x00CF6
	Idx  21 -> glyfOff 0x00DCE
	Idx  22 -> glyfOff 0x00F1A
	Idx  23 -> glyfOff 0x01042
	Idx  24 -> glyfOff 0x01162
	Idx  25 -> glyfOff 0x0127A
	Idx  26 -> glyfOff 0x01380
	Idx  27 -> glyfOff 0x01418
	Idx  28 -> glyfOff 0x01596
	Idx  29 -> glyfOff 0x01698
	Idx  30 -> glyfOff 0x01700
	Idx  31 -> glyfOff 0x01788
	Idx  32 -> glyfOff 0x01838
	Idx  33 -> glyfOff 0x018B8
	Idx  34 -> glyfOff 0x01960
	Idx  35 -> glyfOff 0x01A18
	Idx  36 -> glyfOff 0x01A94
	Idx  37 -> glyfOff 0x01B42
	Idx  38 -> glyfOff 0x01C46
	Idx  39 -> glyfOff 0x01CB0
	Idx  40 -> glyfOff 0x01DB2
	Idx  41 -> glyfOff 0x01DF6
	Idx  42 -> glyfOff 0x01F04
	Idx  43 -> glyfOff 0x0200A
	Idx  44 -> glyfOff 0x02054
	Idx  45 -> glyfOff 0x020A2
	Idx  46 -> glyfOff 0x02148
	Idx  47 -> glyfOff 0x021EE
	Idx  48 -> glyfOff 0x0224A
	Idx  49 -> glyfOff 0x022A6
	Idx  50 -> glyfOff 0x022E2
	Idx  51 -> glyfOff 0x0233E
	Idx  52 -> glyfOff 0x023C4
	Idx  53 -> glyfOff 0x024A2
	Idx  54 -> glyfOff 0x02548
	Idx  55 -> glyfOff 0x02622
	Idx  56 -> glyfOff 0x02746
	Idx  57 -> glyfOff 0x0285E
	Idx  58 -> glyfOff 0x02984
	Idx  59 -> glyfOff 0x02A76
	Idx  60 -> glyfOff 0x02B44
	Idx  61 -> glyfOff 0x02C42
	Idx  62 -> glyfOff 0x02D2A
	Idx  63 -> glyfOff 0x02DDE
	Idx  64 -> glyfOff 0x02F0E
	Idx  65 -> glyfOff 0x03058
	Idx  66 -> glyfOff 0x031A0
	Idx  67 -> glyfOff 0x0327E
	Idx  68 -> glyfOff 0x03382
	Idx  69 -> glyfOff 0x034B8
	Idx  70 -> glyfOff 0x035E4
	Idx  71 -> glyfOff 0x03712
	Idx  72 -> glyfOff 0x03834
	Idx  73 -> glyfOff 0x039C2
	Idx  74 -> glyfOff 0x03AEA
	Idx  75 -> glyfOff 0x03B22
	Idx  76 -> glyfOff 0x03C9C
	Idx  77 -> glyfOff 0x03E50
	Idx  78 -> glyfOff 0x03E88
	Idx  79 -> glyfOff 0x03EC0
	Idx  80 -> glyfOff 0x03F00
	Idx  81 -> glyfOff 0x03F3A
	Idx  82 -> glyfOff 0x03F7E
	Idx  83 -> glyfOff 0x03FB4
	Idx  84 -> glyfOff 0x03FE2
	Idx  85 -> glyfOff 0x04010
	Idx  86 -> glyfOff 0x04042
	Idx  87 -> glyfOff 0x04074
	Idx  88 -> glyfOff 0x0408C
	Idx  89 -> glyfOff 0x040DC
	Idx  90 -> glyfOff 0x0410C
	Idx  91 -> glyfOff 0x04138
	Idx  92 -> glyfOff 0x04198
	Idx  93 -> glyfOff 0x04234
	Idx  94 -> glyfOff 0x0428E
	Idx  95 -> glyfOff 0x0434A
	Idx  96 -> glyfOff 0x043C2
	Idx  97 -> glyfOff 0x0448E
	Idx  98 -> glyfOff 0x044FE
	Idx  99 -> glyfOff 0x045C6
	Idx 100 -> glyfOff 0x0467E
	Idx 101 -> glyfOff 0x04736
	Idx 102 -> glyfOff 0x047BA
	Idx 103 -> glyfOff 0x048D8
	Idx 104 -> glyfOff 0x04912
	Idx 105 -> glyfOff 0x0494C
	Idx 106 -> glyfOff 0x049B4
	Idx 107 -> glyfOff 0x04A52
	Idx 108 -> glyfOff 0x04DB2
	Idx 109 -> glyfOff 0x04FCA
	Idx 110 -> glyfOff 0x04FDA
	Idx 111 -> glyfOff 0x04FEA
	Idx 112 -> glyfOff 0x04FFA
	Idx 113 -> glyfOff 0x0500A
	Idx 114 -> glyfOff 0x0501A
	Idx 115 -> glyfOff 0x0502A
	Idx 116 -> glyfOff 0x0503A
	Idx 117 -> glyfOff 0x0504A
	Idx 118 -> glyfOff 0x0505A
	Idx 119 -> glyfOff 0x0506A
	           Ends at 0x0507A

'glyf' Table - Glyph Data
-------------------------
Size = 20602 bytes, 120 entries
	Glyph   0: off = 0x00000000, len = 62
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1792
	  yMax:			1536

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	20
	00000: PUSHB[8]              6     2     4     0     6     2     4     0 
	00009: MDAP[rd]   
	00010: MDRP[nrp0,md,rd,1] 
	00011: MDRP[srp0,nmd,rd,0] 
	00012: MDRP[nrp0,md,rd,1] 
	00013: SVTCA[y-axis] 
	00014: MDAP[rd]   
	00015: MDRP[nrp0,md,rd,1] 
	00016: MDRP[srp0,nmd,rd,0] 
	00017: MDRP[nrp0,md,rd,1] 
	00018: IUP[y]     
	00019: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1536)  ->  Abs (   256,  1536)
	  2: Rel (  1536,     0)  ->  Abs (  1792,  1536)
	  3: Rel (     0, -1536)  ->  Abs (  1792,     0)
	  4: Rel ( -1408,   128)  ->  Abs (   384,   128)
	  5: Rel (  1280,     0)  ->  Abs (  1664,   128)
	  6: Rel (     0,  1280)  ->  Abs (  1664,  1408)
	  7: Rel ( -1280,     0)  ->  Abs (   384,  1408)

	Glyph   1: off = 0x0000003E, len = 0

	Glyph   2: off = 0x0000003E, len = 0

	Glyph   3: off = 0x0000003E, len = 0

	Glyph   4: off = 0x0000003E, len = 158
	  numberOfContours:	2
	  xMin:			176
	  yMin:			-8
	  xMax:			807
	  yMax:			1462

	EndPoints
	---------
	  0:  15
	  1:  27

	  Length of Instructions:	66
	00000: PUSHB[4]            151    12     1     4 
	00005: PUSHW[1]            -16 
	00008: NPUSHB      (33):    13    17    72    13     1    82     6     0     6   141 
	                            10    13    20    10    13    13     0     6   177    10 
	                            16   175   143    22     1    22    14     7     8    25 
	                           176    19     4 
	00043: SVTCA[y-axis] 
	00044: MIAP[rd+ci] 
	00045: MIRP[srp0,md,rd,1] 
	00046: MDRP[nrp0,nmd,rd,2] 
	00047: MIAP[rd+ci] 
	00048: IUP[x]     
	00049: SVTCA[x-axis] 
	00050: MDAP[rd]   
	00051: DELTAP1    
	00052: MIRP[nrp0,md,rd,1] 
	00053: MDRP[srp0,nmd,rd,0] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: MDRP[nrp0,md,rd,1] 
	00056: SHP[rp2,zp1] 
	00057: SDPVTL[1]  
	00058: CALL       
	00059: SDPVTL[1]  
	00060: CALL       
	00061: MDRP[nrp0,nmd,rd,0] 
	00062: IUP[y]     
	00063: SVTCA[x-axis] 
	00064: CALL       
	00065: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                              X-Short Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:        XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:                                      On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   807,  1405)  ->  Abs (   807,  1405)
	  1: Rel (     0,   -42)  ->  Abs (   807,  1363)
	  2: Rel (   -41,   -85)  ->  Abs (   766,  1278)
	  3: Rel (   -31,   -65)  ->  Abs (   735,  1213)
	  4: Rel (  -183,  -489)  ->  Abs (   552,   724)
	  5: Rel (   -40,  -116)  ->  Abs (   512,   608)
	  6: Rel (   -16,   -84)  ->  Abs (   496,   524)
	  7: Rel (   -13,   -65)  ->  Abs (   483,   459)
	  8: Rel (   -77,     0)  ->  Abs (   406,   459)
	  9: Rel (   -99,     0)  ->  Abs (   307,   459)
	 10: Rel (     0,    98)  ->  Abs (   307,   557)
	 11: Rel (     0,   103)  ->  Abs (   307,   660)
	 12: Rel (   245,   585)  ->  Abs (   552,  1245)
	 13: Rel (   132,   217)  ->  Abs (   684,  1462)
	 14: Rel (    61,     0)  ->  Abs (   745,  1462)
	 15: Rel (    62,     0)  ->  Abs (   807,  1462)
	 16: Rel (  -332, -1300)  ->  Abs (   475,   162)
	 17: Rel (     0,   -69)  ->  Abs (   475,    93)
	 18: Rel (  -106,  -101)  ->  Abs (   369,    -8)
	 19: Rel (   -68,     0)  ->  Abs (   301,    -8)
	 20: Rel (   -52,     0)  ->  Abs (   249,    -8)
	 21: Rel (   -73,    73)  ->  Abs (   176,    65)
	 22: Rel (     0,    52)  ->  Abs (   176,   117)
	 23: Rel (     0,    69)  ->  Abs (   176,   186)
	 24: Rel (   111,   105)  ->  Abs (   287,   291)
	 25: Rel (    67,     0)  ->  Abs (   354,   291)
	 26: Rel (    52,     0)  ->  Abs (   406,   291)
	 27: Rel (    69,   -74)  ->  Abs (   475,   217)

	Glyph   5: off = 0x000000DC, len = 120
	  numberOfContours:	2
	  xMin:			248
	  yMin:			823
	  xMax:			1081
	  yMax:			1466

	EndPoints
	---------
	  0:  12
	  1:  25

	  Length of Instructions:	34
	00000: NPUSHB      (18):    24    19     6    11     7    21   137    17    13     0 
	                             4   137    31     8    47     8     2     8 
	00020: MDAP[rd]   
	00021: DELTAP1    
	00022: MIRP[srp0,md,rd,1] 
	00023: MDRP[srp0,nmd,rd,0] 
	00024: MDRP[srp0,nmd,rd,0] 
	00025: MDRP[srp0,nmd,rd,0] 
	00026: MIRP[nrp0,md,rd,1] 
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MDRP[nrp0,md,rd,1] 
	00030: IP         
	00031: IP         
	00032: IUP[y]     
	00033: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:        XDual                 X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:                      Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:        XDual                 X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   631,  1401)  ->  Abs (   631,  1401)
	  1: Rel (     0,   -21)  ->  Abs (   631,  1380)
	  2: Rel (   -39,   -82)  ->  Abs (   592,  1298)
	  3: Rel (   -85,  -169)  ->  Abs (   507,  1129)
	  4: Rel (   -63,  -242)  ->  Abs (   444,   887)
	  5: Rel (   -15,   -64)  ->  Abs (   429,   823)
	  6: Rel (   -83,     0)  ->  Abs (   346,   823)
	  7: Rel (   -98,     0)  ->  Abs (   248,   823)
	  8: Rel (     0,    86)  ->  Abs (   248,   909)
	  9: Rel (     0,    69)  ->  Abs (   248,   978)
	 10: Rel (   235,   488)  ->  Abs (   483,  1466)
	 11: Rel (    70,     0)  ->  Abs (   553,  1466)
	 12: Rel (    78,     0)  ->  Abs (   631,  1466)
	 13: Rel (   450,   -65)  ->  Abs (  1081,  1401)
	 14: Rel (     0,   -25)  ->  Abs (  1081,  1376)
	 15: Rel (   -39,   -78)  ->  Abs (  1042,  1298)
	 16: Rel (   -84,  -169)  ->  Abs (   958,  1129)
	 17: Rel (   -63,  -242)  ->  Abs (   895,   887)
	 18: Rel (   -16,   -64)  ->  Abs (   879,   823)
	 19: Rel (   -82,     0)  ->  Abs (   797,   823)
	 20: Rel (   -99,     0)  ->  Abs (   698,   823)
	 21: Rel (     0,    86)  ->  Abs (   698,   909)
	 22: Rel (     0,    69)  ->  Abs (   698,   978)
	 23: Rel (   235,   488)  ->  Abs (   933,  1466)
	 24: Rel (    71,     0)  ->  Abs (  1004,  1466)
	 25: Rel (    77,     0)  ->  Abs (  1081,  1466)

	Glyph   6: off = 0x00000154, len = 480
	  numberOfContours:	2
	  xMin:			100
	  yMin:			-2
	  xMax:			1454
	  yMax:			1464

	EndPoints
	---------
	  0:  70
	  1:  81

	  Length of Instructions:	247
	00000: NPUSHB     (152):    57    53   121    53     2   121    44     1   105    34 
	                             1     9    26     1    80    76    71    53    19    51 
	                            21    51    44    36    34    27    46    21     1    82 
	                            46    24    46   142    51    21    20    51    51    21 
	                            69    63     7     0    61     9    61    17    73    75 
	                            54    56     9     1    82    56    12    56   142    61 
	                             9    20    61    61     9    21    40    30    24    46 
	                           139    51     0     7    63    69     4     9    61     9 
	                            17    54    73    75     4   192    12     1    12    56 
	                           139     4    66    51    47    61     1    61    36    37 
	                            69    75    76     5    38    68   153    43    44    53 
	                            54    63     5    64    42   153    38     7    17    19 
	                            27     4    28     6   153     0    34    71    73    78 
	                            80     6   255     2     1     2    33   153   159    28 
	                             1    28    38    28    48    10    22     7    48     4 
	                            59     4 
	00154: SVTCA[y-axis] 
	00155: MIAP[rd+ci] 
	00156: MIAP[rd+ci] 
	00157: MIAP[rd+ci] 
	00158: MDRP[nrp0,nmd,rd,0] 
	00159: SRP2       
	00160: IP         
	00161: IP         
	00162: MDAP[rd]   
	00163: DELTAP1    
	00164: MIRP[srp0,md,rd,1] 
	00165: MDRP[srp0,nmd,rd,0] 
	00166: DELTAP1    
	00167: SLOOP      
	00168: IP         
	00169: MIRP[nrp0,md,rd,1] 
	00170: SRP1       
	00171: SLOOP      
	00172: IP         
	00173: MDAP[rd]   
	00174: MIRP[srp0,md,rd,1] 
	00175: MDRP[srp0,nmd,rd,0] 
	00176: SLOOP      
	00177: IP         
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP1       
	00180: SLOOP      
	00181: IP         
	00182: IUP[x]     
	00183: SVTCA[x-axis] 
	00184: MDAP[rd]   
	00185: DELTAP1    
	00186: SHP[rp1,zp0] 
	00187: MDRP[nrp0,nmd,rd,0] 
	00188: MDRP[nrp0,nmd,rd,0] 
	00189: MIRP[srp0,md,rd,1] 
	00190: MDRP[nrp0,nmd,rd,0] 
	00191: DELTAP1    
	00192: SLOOP      
	00193: IP         
	00194: SHP[rp2,zp1] 
	00195: SRP1       
	00196: SRP2       
	00197: SLOOP      
	00198: IP         
	00199: MDAP[rd]   
	00200: MIRP[srp0,md,rd,1] 
	00201: MDRP[srp0,nmd,rd,0] 
	00202: MDRP[nrp0,nmd,rd,0] 
	00203: MDRP[nrp0,nmd,rd,0] 
	00204: SHP[rp1,zp0] 
	00205: SDPVTL[1]  
	00206: SRP0       
	00207: CALL       
	00208: SDPVTL[1]  
	00209: CALL       
	00210: MDRP[nrp0,nmd,rd,0] 
	00211: SRP0       
	00212: MDRP[nrp0,nmd,nrd,0] 
	00213: MDRP[nrp0,nmd,nrd,0] 
	00214: MDRP[nrp0,nmd,nrd,0] 
	00215: MDRP[nrp0,nmd,nrd,0] 
	00216: SRP0       
	00217: SDPVTL[1]  
	00218: MDRP[nrp0,nmd,nrd,0] 
	00219: MDRP[nrp0,nmd,nrd,0] 
	00220: MDRP[nrp0,nmd,nrd,0] 
	00221: MDRP[nrp0,nmd,nrd,0] 
	00222: SDPVTL[1]  
	00223: RTG        
	00224: SRP0       
	00225: CALL       
	00226: SDPVTL[1]  
	00227: CALL       
	00228: MDRP[nrp0,nmd,rd,0] 
	00229: SRP0       
	00230: MDRP[nrp0,nmd,nrd,0] 
	00231: MDRP[nrp0,nmd,nrd,0] 
	00232: MDRP[nrp0,nmd,nrd,0] 
	00233: MDRP[nrp0,nmd,nrd,0] 
	00234: SRP0       
	00235: SDPVTL[1]  
	00236: MDRP[nrp0,nmd,nrd,0] 
	00237: MDRP[nrp0,nmd,nrd,0] 
	00238: MDRP[nrp0,nmd,nrd,0] 
	00239: MDRP[nrp0,nmd,nrd,0] 
	00240: MDRP[nrp0,nmd,nrd,0] 
	00241: IUP[y]     
	00242: SVTCA[x-axis] 
	00243: DELTAP1    
	00244: DELTAP1    
	00245: DELTAP1    
	00246: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual Rep-  1 Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:        XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual       Rep-  1         X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On
	 47:                      Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:                      Y-Short         On
	 55:                      Y-Short X-Short Off
	 56:                      Y-Short X-Short On
	 57:              Rep-  1 Y-Short X-Short Off
	 59:  YDual                       X-Short On
	 60:  YDual                       X-Short Off
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off
	 63:        XDual                 X-Short On
	 64:                      Y-Short X-Short On
	 65:  YDual                       X-Short Off
	 66:  YDual XDual         Y-Short         On
	 67:  YDual XDual         Y-Short         Off
	 68:  YDual XDual         Y-Short X-Short Off
	 69:  YDual XDual         Y-Short X-Short On
	 70:  YDual XDual         Y-Short X-Short Off
	 71:  YDual               Y-Short         On
	 72:                      Y-Short X-Short Off
	 73:                      Y-Short X-Short On
	 74:                      Y-Short X-Short Off
	 75:                      Y-Short X-Short On
	 76:  YDual               Y-Short         On
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual         Y-Short X-Short On
	 79:  YDual XDual         Y-Short X-Short Off
	 80:  YDual XDual         Y-Short X-Short On
	 81:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   504,   881)  ->  Abs (   504,   881)
	  1: Rel (  -139,   -21)  ->  Abs (   365,   860)
	  2: Rel (   -29,     0)  ->  Abs (   336,   860)
	  3: Rel (   -98,     0)  ->  Abs (   238,   860)
	  4: Rel (     0,    68)  ->  Abs (   238,   928)
	  5: Rel (     0,    56)  ->  Abs (   238,   984)
	  6: Rel (   111,    43)  ->  Abs (   349,  1027)
	  7: Rel (   218,    11)  ->  Abs (   567,  1038)
	  8: Rel (    76,   191)  ->  Abs (   643,  1229)
	  9: Rel (   132,   233)  ->  Abs (   775,  1462)
	 10: Rel (    56,     0)  ->  Abs (   831,  1462)
	 11: Rel (    46,     0)  ->  Abs (   877,  1462)
	 12: Rel (     0,   -24)  ->  Abs (   877,  1438)
	 13: Rel (     0,   -36)  ->  Abs (   877,  1402)
	 14: Rel (   -21,   -59)  ->  Abs (   856,  1343)
	 15: Rel (   -33,   -69)  ->  Abs (   823,  1274)
	 16: Rel (   -39,   -83)  ->  Abs (   784,  1191)
	 17: Rel (   -57,  -142)  ->  Abs (   727,  1049)
	 18: Rel (   228,     8)  ->  Abs (   955,  1057)
	 19: Rel (   118,     0)  ->  Abs (  1073,  1057)
	 20: Rel (   115,   278)  ->  Abs (  1188,  1335)
	 21: Rel (   101,   129)  ->  Abs (  1289,  1464)
	 22: Rel (    38,     0)  ->  Abs (  1327,  1464)
	 23: Rel (    57,     0)  ->  Abs (  1384,  1464)
	 24: Rel (     0,   -41)  ->  Abs (  1384,  1423)
	 25: Rel (     0,   -16)  ->  Abs (  1384,  1407)
	 26: Rel (   -86,  -184)  ->  Abs (  1298,  1223)
	 27: Rel (   -65,  -162)  ->  Abs (  1233,  1061)
	 28: Rel (   131,     0)  ->  Abs (  1364,  1061)
	 29: Rel (    90,     0)  ->  Abs (  1454,  1061)
	 30: Rel (     0,   -74)  ->  Abs (  1454,   987)
	 31: Rel (     0,   -49)  ->  Abs (  1454,   938)
	 32: Rel (   -98,   -35)  ->  Abs (  1356,   903)
	 33: Rel (  -107,     0)  ->  Abs (  1249,   903)
	 34: Rel (   -73,     0)  ->  Abs (  1176,   903)
	 35: Rel (   -45,  -119)  ->  Abs (  1131,   784)
	 36: Rel (   -64,  -211)  ->  Abs (  1067,   573)
	 37: Rel (    81,     2)  ->  Abs (  1148,   575)
	 38: Rel (   140,     0)  ->  Abs (  1288,   575)
	 39: Rel (    78,     0)  ->  Abs (  1366,   575)
	 40: Rel (     0,   -73)  ->  Abs (  1366,   502)
	 41: Rel (     0,   -84)  ->  Abs (  1366,   418)
	 42: Rel (  -113,     0)  ->  Abs (  1253,   418)
	 43: Rel (  -146,     0)  ->  Abs (  1107,   418)
	 44: Rel (   -83,    -2)  ->  Abs (  1024,   416)
	 45: Rel (   -51,  -191)  ->  Abs (   973,   225)
	 46: Rel (   -25,  -157)  ->  Abs (   948,    68)
	 47: Rel (   -10,   -70)  ->  Abs (   938,    -2)
	 48: Rel (   -76,     0)  ->  Abs (   862,    -2)
	 49: Rel (   -39,     0)  ->  Abs (   823,    -2)
	 50: Rel (   -49,    46)  ->  Abs (   774,    44)
	 51: Rel (     0,    36)  ->  Abs (   774,    80)
	 52: Rel (     0,    96)  ->  Abs (   774,   176)
	 53: Rel (    70,   238)  ->  Abs (   844,   414)
	 54: Rel (  -328,    -6)  ->  Abs (   516,   408)
	 55: Rel (   -53,  -184)  ->  Abs (   463,   224)
	 56: Rel (   -31,  -158)  ->  Abs (   432,    66)
	 57: Rel (    -5,   -30)  ->  Abs (   427,    36)
	 58: Rel (   -68,   -38)  ->  Abs (   359,    -2)
	 59: Rel (   -33,     0)  ->  Abs (   326,    -2)
	 60: Rel (   -74,     0)  ->  Abs (   252,    -2)
	 61: Rel (     0,    78)  ->  Abs (   252,    76)
	 62: Rel (     0,    60)  ->  Abs (   252,   136)
	 63: Rel (    82,   263)  ->  Abs (   334,   399)
	 64: Rel (  -176,   -14)  ->  Abs (   158,   385)
	 65: Rel (   -58,     0)  ->  Abs (   100,   385)
	 66: Rel (     0,    92)  ->  Abs (   100,   477)
	 67: Rel (     0,    36)  ->  Abs (   100,   513)
	 68: Rel (    93,    40)  ->  Abs (   193,   553)
	 69: Rel (   194,     6)  ->  Abs (   387,   559)
	 70: Rel (    81,   239)  ->  Abs (   468,   798)
	 71: Rel (   544,   103)  ->  Abs (  1012,   901)
	 72: Rel (  -233,    -4)  ->  Abs (   779,   897)
	 73: Rel (  -107,    -6)  ->  Abs (   672,   891)
	 74: Rel (   -59,  -161)  ->  Abs (   613,   730)
	 75: Rel (   -50,  -167)  ->  Abs (   563,   563)
	 76: Rel (   330,     8)  ->  Abs (   893,   571)
	 77: Rel (    44,   134)  ->  Abs (   937,   705)
	 78: Rel (    71,   184)  ->  Abs (  1008,   889)
	 79: Rel (     1,     2)  ->  Abs (  1009,   891)
	 80: Rel (     1,     4)  ->  Abs (  1010,   895)
	 81: Rel (     1,     4)  ->  Abs (  1011,   899)

	Glyph   7: off = 0x00000334, len = 382
	  numberOfContours:	3
	  xMin:			63
	  yMin:			-20
	  xMax:			1190
	  yMax:			1473

	EndPoints
	---------
	  0:  50
	  1:  58
	  2:  66

	  Length of Instructions:	186
	00000: NPUSHB     (119):   100    58     1   105    66     1    58    62   106    62 
	                             2    74    55     1    74    49    90    49     2    70 
	                            22    86    22     2     0    20    32    20   112    20 
	                           128    20     4   169    17     1    64   138    21    56 
	                           138    48    53    51    46    44    32     0    30     2 
	                            30    61    59    24    19    17     7    25     2     1 
	                            82    25     5    25   225    30     2    20    30    30 
	                             2     2     5    25    30     5    21    30    48     4 
	                            36    15    12    31    12    47    12     3    12    68 
	                            36    15    61    53    44    17   153     0     7    19 
	                            21    24    32    46    48    51    56    59    64    12 
	                            33     9     3     7    39    44   153    33    28 
	00121: SVTCA[y-axis] 
	00122: MDAP[rd]   
	00123: MDAP[rd]   
	00124: MIRP[srp0,md,rd,1] 
	00125: MDRP[nrp0,nmd,rd,0] 
	00126: MIAP[rd+ci] 
	00127: MDRP[srp0,nmd,rd,0] 
	00128: SRP1       
	00129: SLOOP      
	00130: IP         
	00131: MIRP[srp0,md,rd,1] 
	00132: SRP1       
	00133: IP         
	00134: IP         
	00135: MDRP[nrp0,nmd,rd,2] 
	00136: IUP[x]     
	00137: SVTCA[x-axis] 
	00138: MDAP[rd]   
	00139: SRP0       
	00140: MDRP[nrp0,nmd,rd,0] 
	00141: DELTAP1    
	00142: SRP1       
	00143: SLOOP      
	00144: IP         
	00145: MDAP[rd]   
	00146: SHP[rp1,zp0] 
	00147: MDAP[rd]   
	00148: SHP[rp1,zp0] 
	00149: SDPVTL[1]  
	00150: SRP0       
	00151: CALL       
	00152: SDPVTL[1]  
	00153: CALL       
	00154: MDRP[nrp0,nmd,rd,0] 
	00155: SRP0       
	00156: MDRP[nrp0,nmd,nrd,0] 
	00157: MDRP[nrp0,nmd,nrd,0] 
	00158: MDRP[nrp0,nmd,nrd,0] 
	00159: MDRP[nrp0,nmd,nrd,0] 
	00160: MDRP[nrp0,nmd,nrd,0] 
	00161: MDRP[nrp0,nmd,nrd,0] 
	00162: SRP0       
	00163: SDPVTL[1]  
	00164: MDRP[nrp0,nmd,nrd,0] 
	00165: MDRP[nrp0,nmd,nrd,0] 
	00166: MDRP[nrp0,nmd,nrd,0] 
	00167: MDRP[nrp0,nmd,nrd,0] 
	00168: MDRP[nrp0,nmd,nrd,0] 
	00169: MDRP[nrp0,nmd,nrd,0] 
	00170: SVTCA[x-axis] 
	00171: RTG        
	00172: MDAP[rd]   
	00173: MIRP[nrp0,md,rd,1] 
	00174: MDAP[rd]   
	00175: MIRP[nrp0,md,rd,1] 
	00176: IUP[y]     
	00177: DELTAP1    
	00178: DELTAP1    
	00179: DELTAP1    
	00180: DELTAP1    
	00181: DELTAP1    
	00182: DELTAP1    
	00183: DELTAP1    
	00184: SVTCA[y-axis] 
	00185: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short         Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:              Rep-  1 Y-Short X-Short On
	 26:              Rep-  1 Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short On
	 42:        XDual         Y-Short X-Short Off
	 43:  YDual XDual Rep-  1         X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual               Y-Short         Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual               Y-Short         Off
	 51:        XDual                 X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:              Rep-  1 Y-Short X-Short Off
	 56:        XDual         Y-Short         On
	 57:        XDual         Y-Short         Off
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short X-Short On
	 60:                      Y-Short X-Short Off
	 61:                      Y-Short X-Short On
	 62:  YDual XDual Rep-  1 Y-Short X-Short Off
	 64:  YDual XDual         Y-Short         On
	 65:  YDual XDual         Y-Short         Off
	 66:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   823,  1286)  ->  Abs (   823,  1286)
	  1: Rel (    48,   105)  ->  Abs (   871,  1391)
	  2: Rel (    67,    82)  ->  Abs (   938,  1473)
	  3: Rel (    35,     0)  ->  Abs (   973,  1473)
	  4: Rel (    43,     0)  ->  Abs (  1016,  1473)
	  5: Rel (     0,   -27)  ->  Abs (  1016,  1446)
	  6: Rel (     0,   -45)  ->  Abs (  1016,  1401)
	  7: Rel (   -49,   -98)  ->  Abs (   967,  1303)
	  8: Rel (    83,     4)  ->  Abs (  1050,  1307)
	  9: Rel (    48,     0)  ->  Abs (  1098,  1307)
	 10: Rel (    42,     0)  ->  Abs (  1140,  1307)
	 11: Rel (    50,   -43)  ->  Abs (  1190,  1264)
	 12: Rel (     0,   -31)  ->  Abs (  1190,  1233)
	 13: Rel (     0,   -39)  ->  Abs (  1190,  1194)
	 14: Rel (   -50,   -76)  ->  Abs (  1140,  1118)
	 15: Rel (   -55,     0)  ->  Abs (  1085,  1118)
	 16: Rel (   -75,     6)  ->  Abs (  1010,  1124)
	 17: Rel (  -127,     0)  ->  Abs (   883,  1124)
	 18: Rel (   -66,  -159)  ->  Abs (   817,   965)
	 19: Rel (   -55,  -164)  ->  Abs (   762,   801)
	 20: Rel (   282,   -99)  ->  Abs (  1044,   702)
	 21: Rel (     0,  -198)  ->  Abs (  1044,   504)
	 22: Rel (     0,  -124)  ->  Abs (  1044,   380)
	 23: Rel (  -247,  -198)  ->  Abs (   797,   182)
	 24: Rel (  -215,   -39)  ->  Abs (   582,   143)
	 25: Rel (   -21,  -104)  ->  Abs (   561,    39)
	 26: Rel (    -4,   -27)  ->  Abs (   557,    12)
	 27: Rel (   -60,   -32)  ->  Abs (   497,   -20)
	 28: Rel (   -32,     0)  ->  Abs (   465,   -20)
	 29: Rel (   -57,     0)  ->  Abs (   408,   -20)
	 30: Rel (     0,    69)  ->  Abs (   408,    49)
	 31: Rel (     0,    26)  ->  Abs (   408,    75)
	 32: Rel (    12,    52)  ->  Abs (   420,   127)
	 33: Rel (   -43,     0)  ->  Abs (   377,   127)
	 34: Rel (  -133,     0)  ->  Abs (   244,   127)
	 35: Rel (  -181,    80)  ->  Abs (    63,   207)
	 36: Rel (     0,    57)  ->  Abs (    63,   264)
	 37: Rel (     0,    34)  ->  Abs (    63,   298)
	 38: Rel (    40,    46)  ->  Abs (   103,   344)
	 39: Rel (    34,     0)  ->  Abs (   137,   344)
	 40: Rel (    23,     0)  ->  Abs (   160,   344)
	 41: Rel (    54,   -15)  ->  Abs (   214,   329)
	 42: Rel (   119,   -34)  ->  Abs (   333,   295)
	 43: Rel (   109,     0)  ->  Abs (   442,   295)
	 44: Rel (    21,     0)  ->  Abs (   463,   295)
	 45: Rel (    49,   177)  ->  Abs (   512,   472)
	 46: Rel (    74,   212)  ->  Abs (   586,   684)
	 47: Rel (  -277,    97)  ->  Abs (   309,   781)
	 48: Rel (     0,   173)  ->  Abs (   309,   954)
	 49: Rel (     0,   115)  ->  Abs (   309,  1069)
	 50: Rel (   271,   180)  ->  Abs (   580,  1249)
	 51: Rel (    61,  -409)  ->  Abs (   641,   840)
	 52: Rel (    58,   159)  ->  Abs (   699,   999)
	 53: Rel (    49,   115)  ->  Abs (   748,  1114)
	 54: Rel (  -126,   -20)  ->  Abs (   622,  1094)
	 55: Rel (  -128,   -86)  ->  Abs (   494,  1008)
	 56: Rel (     0,   -45)  ->  Abs (   494,   963)
	 57: Rel (     0,   -42)  ->  Abs (   494,   921)
	 58: Rel (    67,   -56)  ->  Abs (   561,   865)
	 59: Rel (   150,  -228)  ->  Abs (   711,   637)
	 60: Rel (   -60,  -199)  ->  Abs (   651,   438)
	 61: Rel (   -30,  -121)  ->  Abs (   621,   317)
	 62: Rel (   110,    29)  ->  Abs (   731,   346)
	 63: Rel (   129,    95)  ->  Abs (   860,   441)
	 64: Rel (     0,    46)  ->  Abs (   860,   487)
	 65: Rel (     0,    51)  ->  Abs (   860,   538)
	 66: Rel (   -72,    66)  ->  Abs (   788,   604)

	Glyph   8: off = 0x000004B2, len = 338
	  numberOfContours:	5
	  xMin:			145
	  yMin:			-8
	  xMax:			1565
	  yMax:			1464

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  46
	  3:  58
	  4:  70

	  Length of Instructions:	121
	00000: NPUSHB      (82):   105    52   121    52   137    52     3    18   156     6 
	                            12   156    34     0     7    59   156    47    65   156 
	                            53    25    44    25    62   139   144    56     1    56 
	                            68   139   160    50     1    50    21   139     3    15 
	                           139    47     9    95     9     2     9    67    42   115 
	                            42     2    53    42     1   105    42     1    92    32 
	                           140    32     2   111    24   143    24     2     9    32 
	                            42    50     4    24   175    37   223    37     2    37 
	                            72    24 
	00084: MDAP[rd]   
	00085: SRP0       
	00086: MDRP[nrp0,nmd,rd,0] 
	00087: DELTAP1    
	00088: SRP1       
	00089: SLOOP      
	00090: IP         
	00091: DELTAP1    
	00092: DELTAP1    
	00093: DELTAP1    
	00094: DELTAP1    
	00095: DELTAP1    
	00096: MDAP[rd]   
	00097: DELTAP1    
	00098: MIRP[nrp0,md,rd,1] 
	00099: MDRP[srp0,nmd,rd,0] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: MIRP[nrp0,md,rd,1] 
	00104: MDRP[srp0,nmd,rd,0] 
	00105: DELTAP1    
	00106: MIRP[nrp0,md,rd,1] 
	00107: SVTCA[y-axis] 
	00108: MIAP[rd+ci] 
	00109: MIAP[rd+ci] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: MDRP[srp0,nmd,rd,0] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: MIAP[rd+ci] 
	00114: MDRP[nrp0,nmd,rd,0] 
	00115: MIRP[nrp0,md,rd,1] 
	00116: MDRP[srp0,nmd,rd,0] 
	00117: MIRP[nrp0,md,rd,1] 
	00118: IUP[y]     
	00119: IUP[x]     
	00120: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:                                      On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:                                      Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:                                      Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual Rep-  1 Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short On
	 40:              Rep-  1                 Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:                                      On
	 48:  YDual XDual                 X-Short Off
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:                      Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:  YDual               Y-Short X-Short Off
	 56:  YDual XDual         Y-Short         On
	 57:  YDual XDual         Y-Short         Off
	 58:        XDual                 X-Short Off
	 59:        XDual         Y-Short X-Short On
	 60:  YDual                       X-Short Off
	 61:                      Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         Off
	 64:        XDual         Y-Short X-Short Off
	 65:  YDual XDual                 X-Short On
	 66:  YDual XDual                 X-Short Off
	 67:  YDual XDual         Y-Short X-Short Off
	 68:  YDual XDual         Y-Short         On
	 69:  YDual XDual         Y-Short         Off
	 70:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   614,  1464)  ->  Abs (   614,  1464)
	  1: Rel (    93,     0)  ->  Abs (   707,  1464)
	  2: Rel (   131,  -125)  ->  Abs (   838,  1339)
	  3: Rel (     0,   -79)  ->  Abs (   838,  1260)
	  4: Rel (     0,  -169)  ->  Abs (   838,  1091)
	  5: Rel (  -230,  -251)  ->  Abs (   608,   840)
	  6: Rel (  -168,     0)  ->  Abs (   440,   840)
	  7: Rel (   -97,     0)  ->  Abs (   343,   840)
	  8: Rel (  -130,   129)  ->  Abs (   213,   969)
	  9: Rel (     0,    92)  ->  Abs (   213,  1061)
	 10: Rel (     0,   145)  ->  Abs (   213,  1206)
	 11: Rel (   242,   258)  ->  Abs (   455,  1464)
	 12: Rel (   131,  -139)  ->  Abs (   586,  1325)
	 13: Rel (   -92,     0)  ->  Abs (   494,  1325)
	 14: Rel (  -111,  -157)  ->  Abs (   383,  1168)
	 15: Rel (     0,   -87)  ->  Abs (   383,  1081)
	 16: Rel (     0,   -42)  ->  Abs (   383,  1039)
	 17: Rel (    55,   -60)  ->  Abs (   438,   979)
	 18: Rel (    39,     0)  ->  Abs (   477,   979)
	 19: Rel (    73,     0)  ->  Abs (   550,   979)
	 20: Rel (   118,   172)  ->  Abs (   668,  1151)
	 21: Rel (     0,    82)  ->  Abs (   668,  1233)
	 22: Rel (     0,    33)  ->  Abs (   668,  1266)
	 23: Rel (   -46,    59)  ->  Abs (   622,  1325)
	 24: Rel (  -477, -1255)  ->  Abs (   145,    70)
	 25: Rel (     0,    23)  ->  Abs (   145,    93)
	 26: Rel (    13,    23)  ->  Abs (   158,   116)
	 27: Rel (    26,    47)  ->  Abs (   184,   163)
	 28: Rel (   389,   447)  ->  Abs (   573,   610)
	 29: Rel (   207,   205)  ->  Abs (   780,   815)
	 30: Rel (   280,   277)  ->  Abs (  1060,  1092)
	 31: Rel (   135,   122)  ->  Abs (  1195,  1214)
	 32: Rel (   209,   189)  ->  Abs (  1404,  1403)
	 33: Rel (    66,    37)  ->  Abs (  1470,  1440)
	 34: Rel (    27,     0)  ->  Abs (  1497,  1440)
	 35: Rel (    23,     0)  ->  Abs (  1520,  1440)
	 36: Rel (    45,   -43)  ->  Abs (  1565,  1397)
	 37: Rel (     0,   -33)  ->  Abs (  1565,  1364)
	 38: Rel (     0,   -27)  ->  Abs (  1565,  1337)
	 39: Rel (   -62,   -51)  ->  Abs (  1503,  1286)
	 40: Rel (  -328,  -273)  ->  Abs (  1175,  1013)
	 41: Rel (  -642,  -674)  ->  Abs (   533,   339)
	 42: Rel (  -189,  -253)  ->  Abs (   344,    86)
	 43: Rel (   -64,   -90)  ->  Abs (   280,    -4)
	 44: Rel (   -63,     0)  ->  Abs (   217,    -4)
	 45: Rel (   -31,     0)  ->  Abs (   186,    -4)
	 46: Rel (   -41,    43)  ->  Abs (   145,    39)
	 47: Rel (  1049,   577)  ->  Abs (  1194,   616)
	 48: Rel (    93,     0)  ->  Abs (  1287,   616)
	 49: Rel (   130,  -124)  ->  Abs (  1417,   492)
	 50: Rel (     0,   -80)  ->  Abs (  1417,   412)
	 51: Rel (     0,  -169)  ->  Abs (  1417,   243)
	 52: Rel (  -229,  -251)  ->  Abs (  1188,    -8)
	 53: Rel (  -168,     0)  ->  Abs (  1020,    -8)
	 54: Rel (   -97,     0)  ->  Abs (   923,    -8)
	 55: Rel (  -130,   129)  ->  Abs (   793,   121)
	 56: Rel (     0,    92)  ->  Abs (   793,   213)
	 57: Rel (     0,   145)  ->  Abs (   793,   358)
	 58: Rel (   241,   258)  ->  Abs (  1034,   616)
	 59: Rel (   131,  -139)  ->  Abs (  1165,   477)
	 60: Rel (   -92,     0)  ->  Abs (  1073,   477)
	 61: Rel (  -110,  -157)  ->  Abs (   963,   320)
	 62: Rel (     0,   -87)  ->  Abs (   963,   233)
	 63: Rel (     0,   -41)  ->  Abs (   963,   192)
	 64: Rel (    54,   -61)  ->  Abs (  1017,   131)
	 65: Rel (    40,     0)  ->  Abs (  1057,   131)
	 66: Rel (    72,     0)  ->  Abs (  1129,   131)
	 67: Rel (   118,   173)  ->  Abs (  1247,   304)
	 68: Rel (     0,    81)  ->  Abs (  1247,   385)
	 69: Rel (     0,    33)  ->  Abs (  1247,   418)
	 70: Rel (   -46,    59)  ->  Abs (  1201,   477)

	Glyph   9: off = 0x00000604, len = 360
	  numberOfContours:	3
	  xMin:			49
	  yMin:			-4
	  xMax:			1491
	  yMax:			1464

	EndPoints
	---------
	  0:  41
	  1:  52
	  2:  63

	  Length of Instructions:	170
	00000: NPUSHB      (43):   107    63     1    73    62    89    62     2   123    61 
	                           139    61     2    58    50    74    50    90    50     3 
	                            54    40     1   121    38   137    38     2    37     7 
	                             1   102     3     1   124    54   140    54     2   120 
	                            42     1    42 
	00045: PUSHW[1]            -40 
	00048: NPUSHB      (74):    12    17    72    33    40    13    17    72    35    13 
	                            99    13   115    13   131    13     4    17     0    11 
	                            13    17    24    33    42    53    54    62    10    31 
	                            48   153     5     7    26   153    31    25    60   153 
	                            36    25    11    13    24    42     4    28    51   137 
	                             0    33    53    54    62     5    28     2    45   137 
	                             8    15   139    20     2     8    20     3    39    28 
	                            65    57   137    39 
	00124: MDAP[rd]   
	00125: MIRP[nrp0,md,rd,1] 
	00126: SRP0       
	00127: MDRP[nrp0,nmd,rd,2] 
	00128: SRP1       
	00129: SLOOP      
	00130: IP         
	00131: MDAP[rd]   
	00132: MIRP[nrp0,md,rd,1] 
	00133: MDAP[rd]   
	00134: MIRP[nrp0,md,rd,1] 
	00135: MDAP[rd]   
	00136: SRP2       
	00137: SLOOP      
	00138: IP         
	00139: MIRP[nrp0,md,rd,1] 
	00140: SRP1       
	00141: SLOOP      
	00142: IP         
	00143: SVTCA[y-axis] 
	00144: MIAP[rd+ci] 
	00145: MIRP[nrp0,md,rd,1] 
	00146: MIAP[rd+ci] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIAP[rd+ci] 
	00149: MIRP[nrp0,md,rd,1] 
	00150: SRP2       
	00151: SLOOP      
	00152: IP         
	00153: MDAP[rd]   
	00154: DELTAP1    
	00155: CALL       
	00156: CALL       
	00157: DELTAP1    
	00158: DELTAP1    
	00159: IUP[y]     
	00160: IUP[x]     
	00161: DELTAP1    
	00162: DELTAP1    
	00163: DELTAP1    
	00164: DELTAP1    
	00165: DELTAP1    
	00166: SVTCA[x-axis] 
	00167: DELTAP1    
	00168: DELTAP1    
	00169: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual               Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short         On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:              Rep-  1 Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short         Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual               Y-Short         On
	 43:  YDual XDual Rep-  1 Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:                      Y-Short X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off
	 53:                              X-Short On
	 54:                      Y-Short X-Short On
	 55:              Rep-  1 Y-Short X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:        XDual         Y-Short X-Short Off
	 60:  YDual XDual                 X-Short On
	 61:  YDual XDual                 X-Short Off
	 62:  YDual XDual         Y-Short X-Short On
	 63:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   520,   838)  ->  Abs (   520,   838)
	  1: Rel (   -45,   123)  ->  Abs (   475,   961)
	  2: Rel (     0,   110)  ->  Abs (   475,  1071)
	  3: Rel (     0,   155)  ->  Abs (   475,  1226)
	  4: Rel (   275,   238)  ->  Abs (   750,  1464)
	  5: Rel (   206,     0)  ->  Abs (   956,  1464)
	  6: Rel (   111,     0)  ->  Abs (  1067,  1464)
	  7: Rel (   184,  -155)  ->  Abs (  1251,  1309)
	  8: Rel (     0,  -103)  ->  Abs (  1251,  1206)
	  9: Rel (     0,  -122)  ->  Abs (  1251,  1084)
	 10: Rel (  -229,  -195)  ->  Abs (  1022,   889)
	 11: Rel (  -268,  -117)  ->  Abs (   754,   772)
	 12: Rel (    71,  -138)  ->  Abs (   825,   634)
	 13: Rel (   189,  -216)  ->  Abs (  1014,   418)
	 14: Rel (   171,   154)  ->  Abs (  1185,   572)
	 15: Rel (    83,   161)  ->  Abs (  1268,   733)
	 16: Rel (    19,    45)  ->  Abs (  1287,   778)
	 17: Rel (    50,     0)  ->  Abs (  1337,   778)
	 18: Rel (    34,     0)  ->  Abs (  1371,   778)
	 19: Rel (    61,   -49)  ->  Abs (  1432,   729)
	 20: Rel (     0,   -33)  ->  Abs (  1432,   696)
	 21: Rel (     0,   -25)  ->  Abs (  1432,   671)
	 22: Rel (   -42,   -80)  ->  Abs (  1390,   591)
	 23: Rel (  -156,  -185)  ->  Abs (  1234,   406)
	 24: Rel (  -108,   -99)  ->  Abs (  1126,   307)
	 25: Rel (   128,  -106)  ->  Abs (  1254,   201)
	 26: Rel (   147,   -15)  ->  Abs (  1401,   186)
	 27: Rel (    90,    -8)  ->  Abs (  1491,   178)
	 28: Rel (     0,  -100)  ->  Abs (  1491,    78)
	 29: Rel (     0,   -35)  ->  Abs (  1491,    43)
	 30: Rel (   -49,   -47)  ->  Abs (  1442,    -4)
	 31: Rel (   -39,     0)  ->  Abs (  1403,    -4)
	 32: Rel (  -197,     0)  ->  Abs (  1206,    -4)
	 33: Rel (  -221,   194)  ->  Abs (   985,   190)
	 34: Rel (  -122,   -92)  ->  Abs (   863,    98)
	 35: Rel (  -282,  -102)  ->  Abs (   581,    -4)
	 36: Rel (  -126,     0)  ->  Abs (   455,    -4)
	 37: Rel (  -143,     0)  ->  Abs (   312,    -4)
	 38: Rel (  -263,   213)  ->  Abs (    49,   209)
	 39: Rel (     0,   149)  ->  Abs (    49,   358)
	 40: Rel (     0,   143)  ->  Abs (    49,   501)
	 41: Rel (   235,   240)  ->  Abs (   284,   741)
	 42: Rel (   410,   168)  ->  Abs (   694,   909)
	 43: Rel (   190,    84)  ->  Abs (   884,   993)
	 44: Rel (   177,   137)  ->  Abs (  1061,  1130)
	 45: Rel (     0,    76)  ->  Abs (  1061,  1206)
	 46: Rel (     0,    36)  ->  Abs (  1061,  1242)
	 47: Rel (   -58,    54)  ->  Abs (  1003,  1296)
	 48: Rel (   -47,     0)  ->  Abs (   956,  1296)
	 49: Rel (  -130,     0)  ->  Abs (   826,  1296)
	 50: Rel (  -160,  -123)  ->  Abs (   666,  1173)
	 51: Rel (     0,  -102)  ->  Abs (   666,  1071)
	 52: Rel (     0,   -70)  ->  Abs (   666,  1001)
	 53: Rel (   -84,  -303)  ->  Abs (   582,   698)
	 54: Rel (    -4,    -2)  ->  Abs (   578,   696)
	 55: Rel (  -176,   -75)  ->  Abs (   402,   621)
	 56: Rel (  -158,  -161)  ->  Abs (   244,   460)
	 57: Rel (     0,  -102)  ->  Abs (   244,   358)
	 58: Rel (     0,   -87)  ->  Abs (   244,   271)
	 59: Rel (   143,  -101)  ->  Abs (   387,   170)
	 60: Rel (    86,     0)  ->  Abs (   473,   170)
	 61: Rel (   183,     0)  ->  Abs (   656,   170)
	 62: Rel (   212,   135)  ->  Abs (   868,   305)
	 63: Rel (  -191,   208)  ->  Abs (   677,   513)

	Glyph  10: off = 0x0000076C, len = 72
	  numberOfContours:	1
	  xMin:			248
	  yMin:			823
	  xMax:			631
	  yMax:			1466

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	23
	00000: NPUSHB      (12):     6    11     7     0     4   137    63     8   143     8 
	                             2     8 
	00014: MDAP[rd]   
	00015: DELTAP1    
	00016: MIRP[srp0,md,rd,1] 
	00017: MDRP[nrp0,nmd,rd,0] 
	00018: SVTCA[y-axis] 
	00019: MIAP[rd+ci] 
	00020: MDRP[nrp0,md,rd,1] 
	00021: IUP[y]     
	00022: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:        XDual                 X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   631,  1401)  ->  Abs (   631,  1401)
	  1: Rel (     0,   -21)  ->  Abs (   631,  1380)
	  2: Rel (   -39,   -82)  ->  Abs (   592,  1298)
	  3: Rel (   -85,  -169)  ->  Abs (   507,  1129)
	  4: Rel (   -63,  -242)  ->  Abs (   444,   887)
	  5: Rel (   -15,   -64)  ->  Abs (   429,   823)
	  6: Rel (   -83,     0)  ->  Abs (   346,   823)
	  7: Rel (   -98,     0)  ->  Abs (   248,   823)
	  8: Rel (     0,    86)  ->  Abs (   248,   909)
	  9: Rel (     0,    69)  ->  Abs (   248,   978)
	 10: Rel (   235,   488)  ->  Abs (   483,  1466)
	 11: Rel (    70,     0)  ->  Abs (   553,  1466)
	 12: Rel (    78,     0)  ->  Abs (   631,  1466)

	Glyph  11: off = 0x000007B4, len = 154
	  numberOfContours:	1
	  xMin:			195
	  yMin:			-461
	  xMax:			1231
	  yMax:			1464

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	59
	00000: NPUSHB      (41):    54    19   134    19     2   117    18   133    18     2 
	                           108     9   124     9   140     9     3    41     8     1 
	                           107     5   123     5   139     5     3     4    32    12 
	                            17    72    11     7     3    27    14     0    21   137 
	                             7 
	00043: MDAP[rd]   
	00044: MIRP[nrp0,md,rd,1] 
	00045: MDRP[nrp0,md,rd,1] 
	00046: MDRP[nrp0,nmd,rd,0] 
	00047: SVTCA[y-axis] 
	00048: MIAP[rd+ci] 
	00049: MIAP[rd+ci] 
	00050: IUP[y]     
	00051: IUP[x]     
	00052: SVTCA[x-axis] 
	00053: CALL       
	00054: DELTAP1    
	00055: DELTAP1    
	00056: DELTAP1    
	00057: DELTAP1    
	00058: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:                              X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         Off
	  9:              Rep-  1                 Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:              Rep-  1                 Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   623,  -393)  ->  Abs (   623,  -393)
	  1: Rel (     0,   -29)  ->  Abs (   623,  -422)
	  2: Rel (   -52,   -39)  ->  Abs (   571,  -461)
	  3: Rel (   -49,     0)  ->  Abs (   522,  -461)
	  4: Rel (   -58,     0)  ->  Abs (   464,  -461)
	  5: Rel (  -160,   178)  ->  Abs (   304,  -283)
	  6: Rel (  -109,   304)  ->  Abs (   195,    21)
	  7: Rel (     0,   161)  ->  Abs (   195,   182)
	  8: Rel (     0,   319)  ->  Abs (   195,   501)
	  9: Rel (   312,   563)  ->  Abs (   507,  1064)
	 10: Rel (   492,   400)  ->  Abs (   999,  1464)
	 11: Rel (   162,     0)  ->  Abs (  1161,  1464)
	 12: Rel (    32,     0)  ->  Abs (  1193,  1464)
	 13: Rel (    38,   -34)  ->  Abs (  1231,  1430)
	 14: Rel (     0,   -25)  ->  Abs (  1231,  1405)
	 15: Rel (     0,   -32)  ->  Abs (  1231,  1373)
	 16: Rel (   -37,   -40)  ->  Abs (  1194,  1333)
	 17: Rel (   -51,   -16)  ->  Abs (  1143,  1317)
	 18: Rel (  -119,   -37)  ->  Abs (  1024,  1280)
	 19: Rel (  -362,  -317)  ->  Abs (   662,   963)
	 20: Rel (  -271,  -533)  ->  Abs (   391,   430)
	 21: Rel (     0,  -248)  ->  Abs (   391,   182)
	 22: Rel (     0,  -133)  ->  Abs (   391,    49)
	 23: Rel (    99,  -263)  ->  Abs (   490,  -214)
	 24: Rel (    71,   -73)  ->  Abs (   561,  -287)
	 25: Rel (    62,   -64)  ->  Abs (   623,  -351)

	Glyph  12: off = 0x0000084E, len = 160
	  numberOfContours:	1
	  xMin:			-43
	  yMin:			-463
	  xMax:			993
	  yMax:			1462

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	65
	00000: NPUSHB      (28):    57    19   137    19     2   122    18   138    18     2 
	                            99     9   115     9     2    38     8   134     8     2 
	                           100     5   116     5   132     5     3     4 
	00030: PUSHW[1]            -32 
	00033: NPUSHB      (13):    12    17    72     3     7    11    27    14     0    21 
	                           137     7    27 
	00048: SRP0       
	00049: MDRP[srp0,nmd,rd,2] 
	00050: MIRP[nrp0,md,rd,1] 
	00051: MDRP[nrp0,md,rd,1] 
	00052: MDRP[nrp0,nmd,rd,0] 
	00053: SVTCA[y-axis] 
	00054: MIAP[rd+ci] 
	00055: MIAP[rd+ci] 
	00056: IUP[y]     
	00057: IUP[x]     
	00058: SVTCA[x-axis] 
	00059: CALL       
	00060: DELTAP1    
	00061: DELTAP1    
	00062: DELTAP1    
	00063: DELTAP1    
	00064: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual                         Off
	  9:              Rep-  1                 Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:              Rep-  1                 Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:                              X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   565,  1395)  ->  Abs (   565,  1395)
	  1: Rel (     0,    29)  ->  Abs (   565,  1424)
	  2: Rel (    53,    38)  ->  Abs (   618,  1462)
	  3: Rel (    48,     0)  ->  Abs (   666,  1462)
	  4: Rel (    58,     0)  ->  Abs (   724,  1462)
	  5: Rel (   163,  -183)  ->  Abs (   887,  1279)
	  6: Rel (   106,  -302)  ->  Abs (   993,   977)
	  7: Rel (     0,  -158)  ->  Abs (   993,   819)
	  8: Rel (     0,  -318)  ->  Abs (   993,   501)
	  9: Rel (  -312,  -564)  ->  Abs (   681,   -63)
	 10: Rel (  -492,  -400)  ->  Abs (   189,  -463)
	 11: Rel (  -162,     0)  ->  Abs (    27,  -463)
	 12: Rel (   -32,     0)  ->  Abs (    -5,  -463)
	 13: Rel (   -38,    35)  ->  Abs (   -43,  -428)
	 14: Rel (     0,    25)  ->  Abs (   -43,  -403)
	 15: Rel (     0,    35)  ->  Abs (   -43,  -368)
	 16: Rel (    42,    38)  ->  Abs (    -1,  -330)
	 17: Rel (    46,    15)  ->  Abs (    45,  -315)
	 18: Rel (   120,    37)  ->  Abs (   165,  -278)
	 19: Rel (   359,   314)  ->  Abs (   524,    36)
	 20: Rel (   273,   534)  ->  Abs (   797,   570)
	 21: Rel (     0,   249)  ->  Abs (   797,   819)
	 22: Rel (     0,   137)  ->  Abs (   797,   956)
	 23: Rel (  -100,   261)  ->  Abs (   697,  1217)
	 24: Rel (   -70,    71)  ->  Abs (   627,  1288)
	 25: Rel (   -62,    62)  ->  Abs (   565,  1350)

	Glyph  13: off = 0x000008EE, len = 254
	  numberOfContours:	1
	  xMin:			182
	  yMin:			752
	  xMax:			924
	  yMax:			1464

	EndPoints
	---------
	  0:  48

	  Length of Instructions:	114
	00000: NPUSHB      (79):   118    42   134    42   150    42     3    70    34    86 
	                            34   102    34     3    86    25   102    25     2   118 
	                             0   134     0   150     0     3     5    20    44    32 
	                             0     5     8    16    20    25    32    34    42    44 
	                            10    12    37     7     0    25    16    25     2    15 
	                             0    31     0     2    29     2     2    46     0    16 
	                            25    34     4    14    35   140    42     8    40    10 
	                           140    29    22   143    14   207    14     2    14 
	00081: MDAP[rd]   
	00082: DELTAP1    
	00083: MDRP[nrp0,nmd,rd,0] 
	00084: IP         
	00085: MIRP[srp0,md,rd,1] 
	00086: MDRP[srp0,nmd,rd,0] 
	00087: IP         
	00088: IP         
	00089: MIRP[nrp0,md,rd,1] 
	00090: SRP1       
	00091: SLOOP      
	00092: IP         
	00093: MDRP[nrp0,nmd,rd,0] 
	00094: IP         
	00095: MDAP[rd]   
	00096: MDAP[rd]   
	00097: DELTAP1    
	00098: DELTAP1    
	00099: SVTCA[y-axis] 
	00100: MIAP[rd+ci] 
	00101: MDRP[nrp0,md,rd,1] 
	00102: SLOOP      
	00103: IP         
	00104: MDAP[rd]   
	00105: MDAP[rd]   
	00106: MDAP[rd]   
	00107: MDAP[rd]   
	00108: IUP[y]     
	00109: IUP[x]     
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP1    
	00113: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short X-Short On
	 35:  YDual XDual Rep-  1 Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   696,  1122)  ->  Abs (   696,  1122)
	  1: Rel (   158,  -129)  ->  Abs (   854,   993)
	  2: Rel (     0,   -57)  ->  Abs (   854,   936)
	  3: Rel (     0,   -25)  ->  Abs (   854,   911)
	  4: Rel (   -36,   -34)  ->  Abs (   818,   877)
	  5: Rel (   -25,     0)  ->  Abs (   793,   877)
	  6: Rel (   -41,     0)  ->  Abs (   752,   877)
	  7: Rel (  -106,   103)  ->  Abs (   646,   980)
	  8: Rel (   -52,    44)  ->  Abs (   594,  1024)
	  9: Rel (   -26,  -105)  ->  Abs (   568,   919)
	 10: Rel (   -15,   -92)  ->  Abs (   553,   827)
	 11: Rel (   -15,   -75)  ->  Abs (   538,   752)
	 12: Rel (   -59,     0)  ->  Abs (   479,   752)
	 13: Rel (   -69,     0)  ->  Abs (   410,   752)
	 14: Rel (     0,    90)  ->  Abs (   410,   842)
	 15: Rel (     0,    55)  ->  Abs (   410,   897)
	 16: Rel (    30,   121)  ->  Abs (   440,  1018)
	 17: Rel (   -26,   -15)  ->  Abs (   414,  1003)
	 18: Rel (   -27,   -20)  ->  Abs (   387,   983)
	 19: Rel (   -89,   -68)  ->  Abs (   298,   915)
	 20: Rel (   -46,     0)  ->  Abs (   252,   915)
	 21: Rel (   -70,     0)  ->  Abs (   182,   915)
	 22: Rel (     0,    68)  ->  Abs (   182,   983)
	 23: Rel (     0,    21)  ->  Abs (   182,  1004)
	 24: Rel (    54,    47)  ->  Abs (   236,  1051)
	 25: Rel (   190,   100)  ->  Abs (   426,  1151)
	 26: Rel (   -63,    40)  ->  Abs (   363,  1191)
	 27: Rel (   -35,    17)  ->  Abs (   328,  1208)
	 28: Rel (   -60,    32)  ->  Abs (   268,  1240)
	 29: Rel (     0,    42)  ->  Abs (   268,  1282)
	 30: Rel (     0,    27)  ->  Abs (   268,  1309)
	 31: Rel (    43,    34)  ->  Abs (   311,  1343)
	 32: Rel (    29,     0)  ->  Abs (   340,  1343)
	 33: Rel (    57,     0)  ->  Abs (   397,  1343)
	 34: Rel (   121,   -86)  ->  Abs (   518,  1257)
	 35: Rel (    37,   104)  ->  Abs (   555,  1361)
	 36: Rel (    52,   103)  ->  Abs (   607,  1464)
	 37: Rel (    28,     0)  ->  Abs (   635,  1464)
	 38: Rel (    37,     0)  ->  Abs (   672,  1464)
	 39: Rel (    24,   -27)  ->  Abs (   696,  1437)
	 40: Rel (     0,   -32)  ->  Abs (   696,  1405)
	 41: Rel (     0,   -42)  ->  Abs (   696,  1363)
	 42: Rel (   -37,  -116)  ->  Abs (   659,  1247)
	 43: Rel (   168,    53)  ->  Abs (   827,  1300)
	 44: Rel (    35,     0)  ->  Abs (   862,  1300)
	 45: Rel (    62,     0)  ->  Abs (   924,  1300)
	 46: Rel (     0,   -55)  ->  Abs (   924,  1245)
	 47: Rel (     0,   -51)  ->  Abs (   924,  1194)
	 48: Rel (  -174,   -54)  ->  Abs (   750,  1140)

	Glyph  14: off = 0x000009EC, len = 194
	  numberOfContours:	1
	  xMin:			150
	  yMin:			227
	  xMax:			1155
	  yMax:			1231

	EndPoints
	---------
	  0:  34

	  Length of Instructions:	89
	00000: NPUSHB      (53):    19    10     8    20     8    27     0     2    20     1 
	                            82     2    24     2   141     8    20    20     8     8 
	                            20    31    31   143    31     2    31    20    24     2 
	                           137    16    95     8   111     8     2     8    18   153 
	                            10     0    14     5    33   153    63    22   143    22 
	                             2    22    29 
	00055: SVTCA[y-axis] 
	00056: MDAP[rd]   
	00057: MDRP[nrp0,nmd,rd,0] 
	00058: DELTAP1    
	00059: MIRP[srp0,md,rd,1] 
	00060: MDRP[nrp0,nmd,rd,0] 
	00061: MDRP[srp0,nmd,rd,0] 
	00062: IP         
	00063: IP         
	00064: MIRP[nrp0,md,rd,1] 
	00065: IUP[x]     
	00066: SVTCA[x-axis] 
	00067: MDAP[rd]   
	00068: DELTAP1    
	00069: MDRP[nrp0,nmd,rd,0] 
	00070: MIRP[srp0,md,rd,1] 
	00071: MDRP[srp0,nmd,rd,0] 
	00072: SHP[rp2,zp1] 
	00073: MDRP[nrp0,nmd,rd,0] 
	00074: DELTAP1    
	00075: SDPVTL[1]  
	00076: SRP0       
	00077: CALL       
	00078: SDPVTL[1]  
	00079: CALL       
	00080: MDRP[nrp0,nmd,rd,0] 
	00081: SRP0       
	00082: MDRP[nrp0,nmd,nrd,0] 
	00083: MDRP[nrp0,nmd,nrd,0] 
	00084: SRP0       
	00085: SDPVTL[1]  
	00086: MDRP[nrp0,nmd,nrd,0] 
	00087: MDRP[nrp0,nmd,nrd,0] 
	00088: IUP[y]     

	Flags
	-----
	  0:                                      On
	  1:                              X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual               Y-Short         On
	 20:        XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:                              X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   729,   647)  ->  Abs (   729,   647)
	  1: Rel (   -57,  -269)  ->  Abs (   672,   378)
	  2: Rel (     0,   -87)  ->  Abs (   672,   291)
	  3: Rel (     0,   -28)  ->  Abs (   672,   263)
	  4: Rel (   -71,   -36)  ->  Abs (   601,   227)
	  5: Rel (   -36,     0)  ->  Abs (   565,   227)
	  6: Rel (   -40,     0)  ->  Abs (   525,   227)
	  7: Rel (   -50,    40)  ->  Abs (   475,   267)
	  8: Rel (     0,    30)  ->  Abs (   475,   297)
	  9: Rel (     0,   107)  ->  Abs (   475,   404)
	 10: Rel (    57,   237)  ->  Abs (   532,   641)
	 11: Rel (  -141,    -3)  ->  Abs (   391,   638)
	 12: Rel (  -103,   -11)  ->  Abs (   288,   627)
	 13: Rel (   -60,    -6)  ->  Abs (   228,   621)
	 14: Rel (   -21,     0)  ->  Abs (   207,   621)
	 15: Rel (   -57,     0)  ->  Abs (   150,   621)
	 16: Rel (     0,   100)  ->  Abs (   150,   721)
	 17: Rel (     0,    39)  ->  Abs (   150,   760)
	 18: Rel (   111,    46)  ->  Abs (   261,   806)
	 19: Rel (   317,     5)  ->  Abs (   578,   811)
	 20: Rel (   100,   339)  ->  Abs (   678,  1150)
	 21: Rel (    54,    81)  ->  Abs (   732,  1231)
	 22: Rel (    52,     0)  ->  Abs (   784,  1231)
	 23: Rel (    82,     0)  ->  Abs (   866,  1231)
	 24: Rel (     0,   -39)  ->  Abs (   866,  1192)
	 25: Rel (     0,   -21)  ->  Abs (   866,  1171)
	 26: Rel (   -30,   -86)  ->  Abs (   836,  1085)
	 27: Rel (   -70,  -268)  ->  Abs (   766,   817)
	 28: Rel (   189,     6)  ->  Abs (   955,   823)
	 29: Rel (   122,     0)  ->  Abs (  1077,   823)
	 30: Rel (    78,     0)  ->  Abs (  1155,   823)
	 31: Rel (     0,   -78)  ->  Abs (  1155,   745)
	 32: Rel (     0,   -92)  ->  Abs (  1155,   653)
	 33: Rel (  -115,     0)  ->  Abs (  1040,   653)
	 34: Rel (  -130,     0)  ->  Abs (   910,   653)

	Glyph  15: off = 0x00000AAE, len = 92
	  numberOfContours:	1
	  xMin:			137
	  yMin:			-276
	  xMax:			475
	  yMax:			291

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	25
	00000: NPUSHB      (13):    12   178     6   176     0     4     0   177     9   175 
	                            15   180     3 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,nmd,rd,0] 
	00017: MIRP[srp0,md,rd,1] 
	00018: MIRP[nrp0,md,rd,1] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[srp0,md,rd,1] 
	00022: MIRP[nrp0,nmd,rd,0] 
	00023: IUP[y]     
	00024: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual       Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   291,    -8)  ->  Abs (   291,    -8)
	  1: Rel (   -51,     6)  ->  Abs (   240,    -2)
	  2: Rel (   -64,    70)  ->  Abs (   176,    68)
	  3: Rel (     0,    49)  ->  Abs (   176,   117)
	  4: Rel (     0,    69)  ->  Abs (   176,   186)
	  5: Rel (   111,   105)  ->  Abs (   287,   291)
	  6: Rel (    67,     0)  ->  Abs (   354,   291)
	  7: Rel (    57,     0)  ->  Abs (   411,   291)
	  8: Rel (    64,   -80)  ->  Abs (   475,   211)
	  9: Rel (     0,   -72)  ->  Abs (   475,   139)
	 10: Rel (     0,  -114)  ->  Abs (   475,    25)
	 11: Rel (  -203,  -301)  ->  Abs (   272,  -276)
	 12: Rel (   -73,     0)  ->  Abs (   199,  -276)
	 13: Rel (   -24,     0)  ->  Abs (   175,  -276)
	 14: Rel (   -38,    35)  ->  Abs (   137,  -241)
	 15: Rel (     0,    22)  ->  Abs (   137,  -219)
	 16: Rel (     0,    28)  ->  Abs (   137,  -191)
	 17: Rel (    26,    38)  ->  Abs (   163,  -153)
	 18: Rel (    42,    30)  ->  Abs (   205,  -123)
	 19: Rel (    61,    44)  ->  Abs (   266,   -79)

	Glyph  16: off = 0x00000B0A, len = 74
	  numberOfContours:	1
	  xMin:			184
	  yMin:			612
	  xMax:			887
	  yMax:			834

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	18
	00000: PUSHB[8]              9   128     0     1     5     0     2    11 
	00009: MDAP[rd]   
	00010: MDRP[nrp0,md,rd,1] 
	00011: SVTCA[y-axis] 
	00012: MDAP[rd]   
	00013: MDRP[srp0,md,rd,1] 
	00014: DELTAP1    
	00015: MDRP[nrp0,nmd,rd,0] 
	00016: IUP[y]     
	00017: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual Rep-  1 Y-Short X-Short Off
	 15:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   819,   834)  ->  Abs (   819,   834)
	  1: Rel (    68,     0)  ->  Abs (   887,   834)
	  2: Rel (     0,   -74)  ->  Abs (   887,   760)
	  3: Rel (     0,   -54)  ->  Abs (   887,   706)
	  4: Rel (   -47,   -63)  ->  Abs (   840,   643)
	  5: Rel (   -41,     0)  ->  Abs (   799,   643)
	  6: Rel (  -230,     0)  ->  Abs (   569,   643)
	  7: Rel (  -184,   -20)  ->  Abs (   385,   623)
	  8: Rel (   -85,   -11)  ->  Abs (   300,   612)
	  9: Rel (   -50,     0)  ->  Abs (   250,   612)
	 10: Rel (   -66,     0)  ->  Abs (   184,   612)
	 11: Rel (     0,    97)  ->  Abs (   184,   709)
	 12: Rel (     0,    32)  ->  Abs (   184,   741)
	 13: Rel (    52,    53)  ->  Abs (   236,   794)
	 14: Rel (    77,    17)  ->  Abs (   313,   811)
	 15: Rel (   375,    23)  ->  Abs (   688,   834)

	Glyph  17: off = 0x00000B54, len = 60
	  numberOfContours:	1
	  xMin:			332
	  yMin:			543
	  xMax:			631
	  yMax:			842

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	14
	00000: PUSHB[6]              9   176     3     0   175     6 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[nrp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   631,   713)  ->  Abs (   631,   713)
	  1: Rel (     0,   -69)  ->  Abs (   631,   644)
	  2: Rel (  -106,  -101)  ->  Abs (   525,   543)
	  3: Rel (   -68,     0)  ->  Abs (   457,   543)
	  4: Rel (   -52,     0)  ->  Abs (   405,   543)
	  5: Rel (   -73,    73)  ->  Abs (   332,   616)
	  6: Rel (     0,    52)  ->  Abs (   332,   668)
	  7: Rel (     0,    69)  ->  Abs (   332,   737)
	  8: Rel (   111,   105)  ->  Abs (   443,   842)
	  9: Rel (    67,     0)  ->  Abs (   510,   842)
	 10: Rel (    52,     0)  ->  Abs (   562,   842)
	 11: Rel (    69,   -74)  ->  Abs (   631,   768)

	Glyph  18: off = 0x00000B90, len = 154
	  numberOfContours:	1
	  xMin:			20
	  yMin:			0
	  xMax:			1276
	  yMax:			1464

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	66
	00000: NPUSHB      (19):   121    19   137    19     2    91    18     1    88    14 
	                           120    14     2   117     5   133     5     2     4 
	00021: PUSHW[1]            -72 
	00024: NPUSHB      (24):    15    17    72    67     4    83     4     2    37     4 
	                            53     4     2    53     3    69     3     2    21     7 
	                             8    24     0    11 
	00050: MDAP[rd]   
	00051: MDRP[nrp0,nmd,rd,0] 
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: MIAP[rd+ci] 
	00055: IUP[y]     
	00056: IUP[x]     
	00057: SVTCA[x-axis] 
	00058: DELTAP1    
	00059: DELTAP1    
	00060: DELTAP1    
	00061: CALL       
	00062: DELTAP1    
	00063: DELTAP1    
	00064: DELTAP1    
	00065: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:              Rep-  1                 Off
	  5:                      Y-Short X-Short On
	  6:              Rep-  1 Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:        XDual                 X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:                                      Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1276,  1380)  ->  Abs (  1276,  1380)
	  1: Rel (     0,   -36)  ->  Abs (  1276,  1344)
	  2: Rel (   -82,   -60)  ->  Abs (  1194,  1284)
	  3: Rel (  -310,  -278)  ->  Abs (   884,  1006)
	  4: Rel (  -564,  -750)  ->  Abs (   320,   256)
	  5: Rel (  -101,  -164)  ->  Abs (   219,    92)
	  6: Rel (   -30,   -49)  ->  Abs (   189,    43)
	  7: Rel (   -52,   -43)  ->  Abs (   137,     0)
	  8: Rel (   -43,     0)  ->  Abs (    94,     0)
	  9: Rel (   -32,     0)  ->  Abs (    62,     0)
	 10: Rel (   -42,    46)  ->  Abs (    20,    46)
	 11: Rel (     0,    32)  ->  Abs (    20,    78)
	 12: Rel (     0,    35)  ->  Abs (    20,   113)
	 13: Rel (    18,    33)  ->  Abs (    38,   146)
	 14: Rel (    40,    75)  ->  Abs (    78,   221)
	 15: Rel (   201,   277)  ->  Abs (   279,   498)
	 16: Rel (   146,   200)  ->  Abs (   425,   698)
	 17: Rel (   120,   143)  ->  Abs (   545,   841)
	 18: Rel (   187,   222)  ->  Abs (   732,  1063)
	 19: Rel (   377,   381)  ->  Abs (  1109,  1444)
	 20: Rel (    53,    20)  ->  Abs (  1162,  1464)
	 21: Rel (    38,     0)  ->  Abs (  1200,  1464)
	 22: Rel (    26,     0)  ->  Abs (  1226,  1464)
	 23: Rel (    50,   -46)  ->  Abs (  1276,  1418)

	Glyph  19: off = 0x00000C2A, len = 204
	  numberOfContours:	2
	  xMin:			178
	  yMin:			-8
	  xMax:			1442
	  yMax:			1464

	EndPoints
	---------
	  0:  13
	  1:  27

	  Length of Instructions:	101
	00000: NPUSHB      (76):   107    26     1    89    25     1     9    19     1   100 
	                            19     1    66    15    82    15     2   101    13   117 
	                            13   133    13     3    69     9   117     9   133     9 
	                             3    35     8    67     8    83     8     3    25     3 
	                            73     3   121     3   137     3     4    12     2    44 
	                             2    76     2   124     2   140     2     5    24   153 
	                            11     7    17   153     4     7    21   137     0    29 
	                            14   137   143     7     1     7 
	00078: MDAP[rd]   
	00079: DELTAP1    
	00080: MIRP[nrp0,md,rd,1] 
	00081: SRP0       
	00082: MDRP[srp0,nmd,rd,0] 
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MIAP[rd+ci] 
	00086: MIRP[nrp0,md,rd,1] 
	00087: MIAP[rd+ci] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: IUP[y]     
	00090: IUP[x]     
	00091: DELTAP1    
	00092: DELTAP1    
	00093: DELTAP1    
	00094: DELTAP1    
	00095: DELTAP1    
	00096: DELTAP1    
	00097: DELTAP1    
	00098: DELTAP1    
	00099: DELTAP1    
	00100: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                              X-Short Off
	  3:                                      Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                              X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:              Rep-  1                 Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:                                      On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:                                      Off
	 20:        XDual                 X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short         Off
	 27:                              X-Short Off

	Coordinates
	-----------
	  0: Rel (  1442,   997)  ->  Abs (  1442,   997)
	  1: Rel (     0,  -221)  ->  Abs (  1442,   776)
	  2: Rel (  -253,  -481)  ->  Abs (  1189,   295)
	  3: Rel (  -392,  -303)  ->  Abs (   797,    -8)
	  4: Rel (  -187,     0)  ->  Abs (   610,    -8)
	  5: Rel (  -194,     0)  ->  Abs (   416,    -8)
	  6: Rel (  -238,   259)  ->  Abs (   178,   251)
	  7: Rel (     0,   228)  ->  Abs (   178,   479)
	  8: Rel (     0,   218)  ->  Abs (   178,   697)
	  9: Rel (   265,   468)  ->  Abs (   443,  1165)
	 10: Rel (   407,   299)  ->  Abs (   850,  1464)
	 11: Rel (   180,     0)  ->  Abs (  1030,  1464)
	 12: Rel (   192,     0)  ->  Abs (  1222,  1464)
	 13: Rel (   220,  -250)  ->  Abs (  1442,  1214)
	 14: Rel ( -1069,  -759)  ->  Abs (   373,   455)
	 15: Rel (     0,  -128)  ->  Abs (   373,   327)
	 16: Rel (   135,  -163)  ->  Abs (   508,   164)
	 17: Rel (   106,     0)  ->  Abs (   614,   164)
	 18: Rel (   141,     0)  ->  Abs (   755,   164)
	 19: Rel (   297,   263)  ->  Abs (  1052,   427)
	 20: Rel (   195,   414)  ->  Abs (  1247,   841)
	 21: Rel (     0,   183)  ->  Abs (  1247,  1024)
	 22: Rel (     0,   129)  ->  Abs (  1247,  1153)
	 23: Rel (  -113,   139)  ->  Abs (  1134,  1292)
	 24: Rel (  -106,     0)  ->  Abs (  1028,  1292)
	 25: Rel (  -146,     0)  ->  Abs (   882,  1292)
	 26: Rel (  -309,  -253)  ->  Abs (   573,  1039)
	 27: Rel (  -200,  -401)  ->  Abs (   373,   638)

	Glyph  20: off = 0x00000CF6, len = 216
	  numberOfContours:	1
	  xMin:			227
	  yMin:			-8
	  xMax:			887
	  yMax:			1460

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	128
	00000: NPUSHB      (77):   105     9     1   137     3     1   105     2     1     0 
	                             1    82     0    23     9    11     9   142     4     0 
	                            20     4     0     9     4    25    24    23     0    25 
	                            24     0     1    82    18    14    18   141    23     0 
	                            20    23    23     0     7     0    13    23    14    18 
	                           137    63    23    79    23   143    23   223    23     4 
	                            23    23    18    13    14     4    21     9     0    47 
	                             4     1     4    11     7    21     7 
	00079: SVTCA[y-axis] 
	00080: MIAP[rd+ci] 
	00081: MIAP[rd+ci] 
	00082: MDRP[nrp0,md,rd,1] 
	00083: DELTAP1    
	00084: IP         
	00085: IP         
	00086: SRP2       
	00087: SLOOP      
	00088: IP         
	00089: SVTCA[x-axis] 
	00090: MDAP[rd]   
	00091: DELTAP1    
	00092: MIRP[srp0,md,rd,1] 
	00093: MDRP[srp0,nmd,rd,2] 
	00094: SRP1       
	00095: SRP2       
	00096: IP         
	00097: MDRP[nrp0,md,rd,1] 
	00098: SDPVTL[1]  
	00099: SRP0       
	00100: CALL       
	00101: SDPVTL[1]  
	00102: CALL       
	00103: MDRP[nrp0,nmd,rd,0] 
	00104: SVTCA[y-axis] 
	00105: IP         
	00106: IP         
	00107: SDPVTL[1]  
	00108: SFVTCA[x-axis] 
	00109: MDRP[nrp0,nmd,nrd,0] 
	00110: MDRP[nrp0,nmd,nrd,0] 
	00111: SRP0       
	00112: SVTCA[x-axis] 
	00113: MDRP[nrp0,nmd,nrd,1] 
	00114: SDPVTL[1]  
	00115: SFVTCA[y-axis] 
	00116: RTG        
	00117: CALL       
	00118: SDPVTL[1]  
	00119: SFVTL[=p1,p2] 
	00120: CALL       
	00121: MDRP[nrp0,nmd,rd,0] 
	00122: IUP[y]     
	00123: IUP[x]     
	00124: SVTCA[y-axis] 
	00125: DELTAP1    
	00126: DELTAP1    
	00127: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                                      Off
	 18:                      Y-Short X-Short On
	 19:              Rep-  1 Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:                                      Off

	Coordinates
	-----------
	  0: Rel (   655,  1264)  ->  Abs (   655,  1264)
	  1: Rel (   -28,    -9)  ->  Abs (   627,  1255)
	  2: Rel (   -81,   -31)  ->  Abs (   546,  1224)
	  3: Rel (  -177,   -67)  ->  Abs (   369,  1157)
	  4: Rel (   -45,     0)  ->  Abs (   324,  1157)
	  5: Rel (   -31,     0)  ->  Abs (   293,  1157)
	  6: Rel (   -33,    37)  ->  Abs (   260,  1194)
	  7: Rel (     0,    25)  ->  Abs (   260,  1219)
	  8: Rel (     0,    70)  ->  Abs (   260,  1289)
	  9: Rel (   126,    72)  ->  Abs (   386,  1361)
	 10: Rel (   398,    99)  ->  Abs (   784,  1460)
	 11: Rel (    41,     0)  ->  Abs (   825,  1460)
	 12: Rel (    62,     0)  ->  Abs (   887,  1460)
	 13: Rel (     0,   -57)  ->  Abs (   887,  1403)
	 14: Rel (     0,   -41)  ->  Abs (   887,  1362)
	 15: Rel (   -43,   -74)  ->  Abs (   844,  1288)
	 16: Rel (  -102,  -174)  ->  Abs (   742,  1114)
	 17: Rel (  -290,  -799)  ->  Abs (   452,   315)
	 18: Rel (   -34,  -245)  ->  Abs (   418,    70)
	 19: Rel (    -5,   -38)  ->  Abs (   413,    32)
	 20: Rel (   -59,   -40)  ->  Abs (   354,    -8)
	 21: Rel (   -39,     0)  ->  Abs (   315,    -8)
	 22: Rel (   -88,     0)  ->  Abs (   227,    -8)
	 23: Rel (     0,    80)  ->  Abs (   227,    72)
	 24: Rel (     0,   131)  ->  Abs (   227,   203)
	 25: Rel (   290,   820)  ->  Abs (   517,  1023)

	Glyph  21: off = 0x00000DCE, len = 332
	  numberOfContours:	1
	  xMin:			61
	  yMin:			-33
	  xMax:			1321
	  yMax:			1460

	EndPoints
	---------
	  0:  50

	  Length of Instructions:	179
	00000: PUSHW[2]             49   -16 
	00005: PUSHB[4]             13    16    72    48 
	00010: PUSHW[1]            -16 
	00013: NPUSHB      (37):    13    16    72   105    41   121    41   137    41     3 
	                           101    34   117    34   133    34     3    53     0     1 
	                            84    41     1    73    35     1    75    30    91    30 
	                             2    14    16    13    17    72     5 
	00052: PUSHW[1]            -40 
	00055: NPUSHB      (69):    12    17    72    48    25    27    25   142    50    48 
	                            20    50    50    48    25    50    41    50    57    50 
	                             3    38    27     1    25    27    29    46    48    50 
	                             6     0    37    32   153    43     7    11     0    20 
	                             2   153    16    20     8    40    48    50    46     0 
	                            27    25    29   128     0     1     0     8    40     3 
	                            23    29   137    46    52   127    23     1    23 
	00126: MDAP[rd]   
	00127: DELTAP1    
	00128: SRP0       
	00129: MDRP[srp0,nmd,rd,2] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP2       
	00132: SLOOP      
	00133: IP         
	00134: DELTAP1    
	00135: SRP1       
	00136: IP         
	00137: IP         
	00138: SRP1       
	00139: SRP2       
	00140: IP         
	00141: IP         
	00142: MDAP[rd]   
	00143: MDAP[rd]   
	00144: SVTCA[y-axis] 
	00145: MDAP[rd]   
	00146: MDRP[srp0,nmd,rd,0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP1       
	00149: IP         
	00150: MDRP[nrp0,nmd,rd,0] 
	00151: MIAP[rd+ci] 
	00152: MIRP[nrp0,md,rd,1] 
	00153: MDRP[nrp0,nmd,rd,0] 
	00154: SRP2       
	00155: SLOOP      
	00156: IP         
	00157: DELTAP1    
	00158: DELTAP1    
	00159: SDPVTL[1]  
	00160: SRP0       
	00161: CALL       
	00162: SDPVTL[1]  
	00163: RDTG       
	00164: MDRP[nrp0,nmd,rd,0] 
	00165: IUP[y]     
	00166: IUP[x]     
	00167: SVTCA[y-axis] 
	00168: CALL       
	00169: CALL       
	00170: DELTAP1    
	00171: DELTAP1    
	00172: DELTAP1    
	00173: SVTCA[x-axis] 
	00174: DELTAP1    
	00175: DELTAP1    
	00176: DELTAP1    
	00177: CALL       
	00178: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:                      Y-Short         Off
	  5:        XDual Rep-  2 Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short         Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:                                      Off
	 26:  YDual               Y-Short         On
	 27:  YDual               Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                                      Off
	 49:                      Y-Short         On
	 50:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   399,   223)  ->  Abs (   399,   223)
	  1: Rel (    62,     4)  ->  Abs (   461,   227)
	  2: Rel (    33,     0)  ->  Abs (   494,   227)
	  3: Rel (    84,     0)  ->  Abs (   578,   227)
	  4: Rel (   393,   -35)  ->  Abs (   971,   192)
	  5: Rel (   206,   -33)  ->  Abs (  1177,   159)
	  6: Rel (    50,   -31)  ->  Abs (  1227,   128)
	  7: Rel (    30,   -53)  ->  Abs (  1257,    75)
	  8: Rel (     0,   -30)  ->  Abs (  1257,    45)
	  9: Rel (     0,   -25)  ->  Abs (  1257,    20)
	 10: Rel (   -75,   -53)  ->  Abs (  1182,   -33)
	 11: Rel (   -33,     0)  ->  Abs (  1149,   -33)
	 12: Rel (   -39,     0)  ->  Abs (  1110,   -33)
	 13: Rel (   -80,    19)  ->  Abs (  1030,   -14)
	 14: Rel (  -135,    33)  ->  Abs (   895,    19)
	 15: Rel (  -377,    34)  ->  Abs (   518,    53)
	 16: Rel (  -162,     0)  ->  Abs (   356,    53)
	 17: Rel (   -72,     0)  ->  Abs (   284,    53)
	 18: Rel (   -77,   -22)  ->  Abs (   207,    31)
	 19: Rel (   -43,   -15)  ->  Abs (   164,    16)
	 20: Rel (   -41,     0)  ->  Abs (   123,    16)
	 21: Rel (   -25,     0)  ->  Abs (    98,    16)
	 22: Rel (   -37,    30)  ->  Abs (    61,    46)
	 23: Rel (     0,    26)  ->  Abs (    61,    72)
	 24: Rel (     0,    92)  ->  Abs (    61,   164)
	 25: Rel (   285,   263)  ->  Abs (   346,   427)
	 26: Rel (   259,   133)  ->  Abs (   605,   560)
	 27: Rel (   317,   163)  ->  Abs (   922,   723)
	 28: Rel (   204,   220)  ->  Abs (  1126,   943)
	 29: Rel (     0,   106)  ->  Abs (  1126,  1049)
	 30: Rel (     0,    97)  ->  Abs (  1126,  1146)
	 31: Rel (  -151,   142)  ->  Abs (   975,  1288)
	 32: Rel (  -113,     0)  ->  Abs (   862,  1288)
	 33: Rel (  -104,     0)  ->  Abs (   758,  1288)
	 34: Rel (  -176,   -70)  ->  Abs (   582,  1218)
	 35: Rel (   -83,   -93)  ->  Abs (   499,  1125)
	 36: Rel (   -34,   -38)  ->  Abs (   465,  1087)
	 37: Rel (   -29,     0)  ->  Abs (   436,  1087)
	 38: Rel (   -36,     0)  ->  Abs (   400,  1087)
	 39: Rel (   -58,    51)  ->  Abs (   342,  1138)
	 40: Rel (     0,    33)  ->  Abs (   342,  1171)
	 41: Rel (     0,   102)  ->  Abs (   342,  1273)
	 42: Rel (   323,   187)  ->  Abs (   665,  1460)
	 43: Rel (   218,     0)  ->  Abs (   883,  1460)
	 44: Rel (   187,     0)  ->  Abs (  1070,  1460)
	 45: Rel (   251,  -226)  ->  Abs (  1321,  1234)
	 46: Rel (     0,  -179)  ->  Abs (  1321,  1055)
	 47: Rel (     0,  -178)  ->  Abs (  1321,   877)
	 48: Rel (  -273,  -299)  ->  Abs (  1048,   578)
	 49: Rel (  -374,  -179)  ->  Abs (   674,   399)
	 50: Rel (  -160,   -77)  ->  Abs (   514,   322)

	Glyph  22: off = 0x00000F1A, len = 296
	  numberOfContours:	1
	  xMin:			94
	  yMin:			-8
	  xMax:			1350
	  yMax:			1458

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	139
	00000: NPUSHB      (93):    26    54    42    54    58    54     3    86    51   102 
	                            51     2    70    47    86    47   102    47     3    41 
	                            48    14    17    72    73    37     1    85    14   101 
	                            14     2     8    32    13    17    72    15     4    31 
	                             4     2    11     3     0     1    16     1     2    16 
	                             5    32     0     6    23   153    29    64    49     6 
	                            29   153   100    48    43    39   153    49     7    12 
	                            16   153     6     7    46    26    19   137     3     0 
	                             3    26    46     4     9    36   137    52    56    32 
	                             9     1     9 
	00095: MDAP[rd]   
	00096: DELTAP1    
	00097: SRP0       
	00098: MDRP[srp0,nmd,rd,2] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP2       
	00101: SLOOP      
	00102: IP         
	00103: MDAP[rd]   
	00104: MIRP[nrp0,md,rd,1] 
	00105: MDAP[rd]   
	00106: MDAP[rd]   
	00107: SVTCA[y-axis] 
	00108: MIAP[rd+ci] 
	00109: MIRP[nrp0,md,rd,1] 
	00110: MDRP[nrp0,nmd,rd,0] 
	00111: MIAP[rd+ci] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: MDRP[nrp0,nmd,rd,0] 
	00114: CALL       
	00115: SVTCA[y-axis] 
	00116: SMD        
	00117: RTG        
	00118: SRP0       
	00119: FLIPON     
	00120: MIRP[nrp0,md,rd,1] 
	00121: SRP2       
	00122: IP         
	00123: IP         
	00124: IUP[y]     
	00125: IUP[x]     
	00126: SDS        
	00127: SDB        
	00128: DELTAP1    
	00129: SDS        
	00130: SDB        
	00131: DELTAP1    
	00132: CALL       
	00133: DELTAP1    
	00134: DELTAP1    
	00135: CALL       
	00136: DELTAP1    
	00137: DELTAP1    
	00138: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                                      Off
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short         Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual                               On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual       Rep-  1 Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual Rep-  1 Y-Short X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual Rep-  1 Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:                      Y-Short X-Short On
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual               Y-Short         Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:                      Y-Short         Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         Off
	 54:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1032,   739)  ->  Abs (  1032,   739)
	  1: Rel (    84,   -35)  ->  Abs (  1116,   704)
	  2: Rel (   105,  -160)  ->  Abs (  1221,   544)
	  3: Rel (     0,   -79)  ->  Abs (  1221,   465)
	  4: Rel (     0,  -210)  ->  Abs (  1221,   255)
	  5: Rel (  -325,  -263)  ->  Abs (   896,    -8)
	  6: Rel (  -259,     0)  ->  Abs (   637,    -8)
	  7: Rel (  -202,     0)  ->  Abs (   435,    -8)
	  8: Rel (  -341,   202)  ->  Abs (    94,   194)
	  9: Rel (     0,   111)  ->  Abs (    94,   305)
	 10: Rel (     0,    39)  ->  Abs (    94,   344)
	 11: Rel (    54,    62)  ->  Abs (   148,   406)
	 12: Rel (    36,     0)  ->  Abs (   184,   406)
	 13: Rel (    67,     0)  ->  Abs (   251,   406)
	 14: Rel (    21,   -41)  ->  Abs (   272,   365)
	 15: Rel (   113,  -201)  ->  Abs (   385,   164)
	 16: Rel (   260,     0)  ->  Abs (   645,   164)
	 17: Rel (   182,     0)  ->  Abs (   827,   164)
	 18: Rel (   199,   163)  ->  Abs (  1026,   327)
	 19: Rel (     0,   124)  ->  Abs (  1026,   451)
	 20: Rel (     0,    64)  ->  Abs (  1026,   515)
	 21: Rel (   -79,    92)  ->  Abs (   947,   607)
	 22: Rel (  -110,    34)  ->  Abs (   837,   641)
	 23: Rel (  -147,     0)  ->  Abs (   690,   641)
	 24: Rel (   -39,     0)  ->  Abs (   651,   641)
	 25: Rel (   -47,    53)  ->  Abs (   604,   694)
	 26: Rel (     0,    35)  ->  Abs (   604,   729)
	 27: Rel (     0,    32)  ->  Abs (   604,   761)
	 28: Rel (    59,    52)  ->  Abs (   663,   813)
	 29: Rel (    52,     0)  ->  Abs (   715,   813)
	 30: Rel (    40,     0)  ->  Abs (   755,   813)
	 31: Rel (    36,    -2)  ->  Abs (   791,   811)
	 32: Rel (    71,    -6)  ->  Abs (   862,   805)
	 33: Rel (    16,     0)  ->  Abs (   878,   805)
	 34: Rel (   177,    73)  ->  Abs (  1055,   878)
	 35: Rel (   100,   119)  ->  Abs (  1155,   997)
	 36: Rel (     0,    78)  ->  Abs (  1155,  1075)
	 37: Rel (     0,    90)  ->  Abs (  1155,  1165)
	 38: Rel (  -155,   121)  ->  Abs (  1000,  1286)
	 39: Rel (  -128,     0)  ->  Abs (   872,  1286)
	 40: Rel (  -220,     0)  ->  Abs (   652,  1286)
	 41: Rel (  -115,  -153)  ->  Abs (   537,  1133)
	 42: Rel (   -31,   -43)  ->  Abs (   506,  1090)
	 43: Rel (   -49,     0)  ->  Abs (   457,  1090)
	 44: Rel (   -38,     0)  ->  Abs (   419,  1090)
	 45: Rel (   -50,    46)  ->  Abs (   369,  1136)
	 46: Rel (     0,    38)  ->  Abs (   369,  1174)
	 47: Rel (     0,    89)  ->  Abs (   369,  1263)
	 48: Rel (   322,   195)  ->  Abs (   691,  1458)
	 49: Rel (   204,     0)  ->  Abs (   895,  1458)
	 50: Rel (   194,     0)  ->  Abs (  1089,  1458)
	 51: Rel (   261,  -210)  ->  Abs (  1350,  1248)
	 52: Rel (     0,  -156)  ->  Abs (  1350,  1092)
	 53: Rel (     0,  -119)  ->  Abs (  1350,   973)
	 54: Rel (  -166,  -187)  ->  Abs (  1184,   786)

	Glyph  23: off = 0x00001042, len = 288
	  numberOfContours:	1
	  xMin:			174
	  yMin:			-8
	  xMax:			1382
	  yMax:			1460

	EndPoints
	---------
	  0:  47

	  Length of Instructions:	139
	00000: NPUSHB      (80):   105    28     1    34    36     1    82    36   141    26 
	                            27    20    26    26    27    27    26    25    16    31 
	                             1    31    31    40    25     0    10    13    44    13 
	                            38    20    18    40    40     1    82    13    44    13 
	                           141    18    40    20    18    18    40    40     5    44 
	                            13   137    47    18   143    18     2    18   143    25 
	                             1    25    38     0    36     2   153    20    10     8 
	                            36   153    22    22    15    29    42     7    15    25 
	00082: SVTCA[y-axis] 
	00083: MIAP[rd+ci] 
	00084: MIAP[rd+ci] 
	00085: MDRP[nrp0,nmd,rd,0] 
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: MIRP[nrp0,md,rd,1] 
	00090: MDRP[srp0,nmd,rd,0] 
	00091: IP         
	00092: IP         
	00093: MIRP[nrp0,md,rd,1] 
	00094: SRP1       
	00095: IP         
	00096: IP         
	00097: IUP[x]     
	00098: SVTCA[x-axis] 
	00099: MDAP[rd]   
	00100: DELTAP1    
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: MIRP[srp0,md,rd,1] 
	00104: MDRP[srp0,nmd,rd,0] 
	00105: MDRP[nrp0,nmd,rd,0] 
	00106: SHP[rp1,zp0] 
	00107: SDPVTL[1]  
	00108: SRP0       
	00109: CALL       
	00110: SDPVTL[1]  
	00111: CALL       
	00112: MDRP[nrp0,nmd,rd,0] 
	00113: SDPVTL[1]  
	00114: MDRP[nrp0,nmd,nrd,0] 
	00115: MDRP[nrp0,nmd,nrd,0] 
	00116: SRP0       
	00117: SDPVTL[1]  
	00118: MDRP[nrp0,nmd,nrd,0] 
	00119: MDRP[nrp0,nmd,nrd,0] 
	00120: SVTCA[x-axis] 
	00121: SRP1       
	00122: SRP2       
	00123: IP         
	00124: RTG        
	00125: MDAP[rd]   
	00126: DELTAP1    
	00127: SRP2       
	00128: IP         
	00129: IP         
	00130: SDPVTL[1]  
	00131: SRP0       
	00132: CALL       
	00133: CALL       
	00134: SRP0       
	00135: MDRP[nrp0,nmd,rd,0] 
	00136: IUP[y]     
	00137: SVTCA[x-axis] 
	00138: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:                      Y-Short X-Short On
	 11:                              X-Short Off
	 12:                      Y-Short X-Short On
	 13:              Rep-  1 Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:        XDual                 X-Short On
	 21:                      Y-Short         Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:        XDual                 X-Short Off
	 28:                                      Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                                      Off
	 36:                      Y-Short X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual               Y-Short         On
	 39:        XDual Rep-  1         X-Short Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1106,   743)  ->  Abs (  1106,   743)
	  1: Rel (   166,     5)  ->  Abs (  1272,   748)
	  2: Rel (    39,     0)  ->  Abs (  1311,   748)
	  3: Rel (    36,     0)  ->  Abs (  1347,   748)
	  4: Rel (    35,   -27)  ->  Abs (  1382,   721)
	  5: Rel (     0,   -41)  ->  Abs (  1382,   680)
	  6: Rel (     0,   -51)  ->  Abs (  1382,   629)
	  7: Rel (   -62,   -60)  ->  Abs (  1320,   569)
	  8: Rel (   -54,     0)  ->  Abs (  1266,   569)
	  9: Rel (  -141,     0)  ->  Abs (  1125,   569)
	 10: Rel (   -78,    -2)  ->  Abs (  1047,   567)
	 11: Rel (   -90,  -266)  ->  Abs (   957,   301)
	 12: Rel (   -20,  -131)  ->  Abs (   937,   170)
	 13: Rel (   -17,  -108)  ->  Abs (   920,    62)
	 14: Rel (   -38,   -70)  ->  Abs (   882,    -8)
	 15: Rel (   -63,     0)  ->  Abs (   819,    -8)
	 16: Rel (   -43,     0)  ->  Abs (   776,    -8)
	 17: Rel (   -47,    57)  ->  Abs (   729,    49)
	 18: Rel (     0,    47)  ->  Abs (   729,    96)
	 19: Rel (     0,   101)  ->  Abs (   729,   197)
	 20: Rel (   131,   366)  ->  Abs (   860,   563)
	 21: Rel (  -481,   -12)  ->  Abs (   379,   551)
	 22: Rel (   -90,     0)  ->  Abs (   289,   551)
	 23: Rel (   -48,     0)  ->  Abs (   241,   551)
	 24: Rel (   -67,    72)  ->  Abs (   174,   623)
	 25: Rel (     0,    45)  ->  Abs (   174,   668)
	 26: Rel (     0,    53)  ->  Abs (   174,   721)
	 27: Rel (   228,   389)  ->  Abs (   402,  1110)
	 28: Rel (   296,   320)  ->  Abs (   698,  1430)
	 29: Rel (    86,     0)  ->  Abs (   784,  1430)
	 30: Rel (    84,     0)  ->  Abs (   868,  1430)
	 31: Rel (     0,   -52)  ->  Abs (   868,  1378)
	 32: Rel (     0,   -35)  ->  Abs (   868,  1343)
	 33: Rel (   -49,   -34)  ->  Abs (   819,  1309)
	 34: Rel (  -132,   -91)  ->  Abs (   687,  1218)
	 35: Rel (  -275,  -419)  ->  Abs (   412,   799)
	 36: Rel (   -25,   -78)  ->  Abs (   387,   721)
	 37: Rel (    86,     0)  ->  Abs (   473,   721)
	 38: Rel (   451,    16)  ->  Abs (   924,   737)
	 39: Rel (   112,   301)  ->  Abs (  1036,  1038)
	 40: Rel (   147,   322)  ->  Abs (  1183,  1360)
	 41: Rel (    74,   100)  ->  Abs (  1257,  1460)
	 42: Rel (    50,     0)  ->  Abs (  1307,  1460)
	 43: Rel (    53,     0)  ->  Abs (  1360,  1460)
	 44: Rel (     0,   -57)  ->  Abs (  1360,  1403)
	 45: Rel (     0,   -33)  ->  Abs (  1360,  1370)
	 46: Rel (   -91,  -195)  ->  Abs (  1269,  1175)
	 47: Rel (   -51,  -133)  ->  Abs (  1218,  1042)

	Glyph  24: off = 0x00001162, len = 280
	  numberOfContours:	1
	  xMin:			88
	  yMin:			-8
	  xMax:			1430
	  yMax:			1460

	EndPoints
	---------
	  0:  47

	  Length of Instructions:	137
	00000: NPUSHB      (92):   121    26   137    26     2    75    22    91    22   107 
	                            22     3   112    16   128    16     2    10    32    13 
	                            17    72    75     9    91     9   107     9     3    10 
	                             6    26     6    42     6   122     6   138     6     5 
	                            27     0    46    46     0     1    82     0   142    32 
	                            34    20    32    34    34    15    32    31    32    47 
	                            32     3    32    32    11    41    21   137     5    49 
	                            11     0     2    28    24   153     2     2    38     8 
	                            36   153    46    44   153    38     7    14    18   153 
	                             8    25 
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: MDRP[nrp0,nmd,rd,0] 
	00098: MIAP[rd+ci] 
	00099: MIRP[srp0,md,rd,1] 
	00100: MDRP[srp0,nmd,rd,2] 
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP1       
	00103: SRP2       
	00104: IP         
	00105: MDAP[rd]   
	00106: MIRP[srp0,md,rd,1] 
	00107: MDRP[nrp0,nmd,rd,0] 
	00108: SRP1       
	00109: IP         
	00110: IUP[x]     
	00111: SVTCA[x-axis] 
	00112: MDAP[rd]   
	00113: SRP0       
	00114: MDRP[srp0,nmd,rd,2] 
	00115: MIRP[nrp0,md,rd,1] 
	00116: MDRP[nrp0,nmd,rd,0] 
	00117: SRP2       
	00118: IP         
	00119: MDAP[rd]   
	00120: DELTAP1    
	00121: SHP[rp1,zp0] 
	00122: SDPVTL[1]  
	00123: CALL       
	00124: CALL       
	00125: SRP0       
	00126: MDRP[nrp0,nmd,rd,0] 
	00127: SDPVTL[1]  
	00128: MDRP[nrp0,nmd,nrd,0] 
	00129: IUP[y]     
	00130: SVTCA[y-axis] 
	00131: DELTAP1    
	00132: DELTAP1    
	00133: CALL       
	00134: DELTAP1    
	00135: DELTAP1    
	00136: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual                               On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:        XDual                 X-Short Off
	 34:  YDual XDual Rep-  2 Y-Short X-Short Off
	 37:  YDual               Y-Short         Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                               Off
	 46:                      Y-Short         On
	 47:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   506,   887)  ->  Abs (   506,   887)
	  1: Rel (   138,    63)  ->  Abs (   644,   950)
	  2: Rel (   155,     0)  ->  Abs (   799,   950)
	  3: Rel (   206,     0)  ->  Abs (  1005,   950)
	  4: Rel (   255,  -248)  ->  Abs (  1260,   702)
	  5: Rel (     0,  -163)  ->  Abs (  1260,   539)
	  6: Rel (     0,  -239)  ->  Abs (  1260,   300)
	  7: Rel (  -363,  -308)  ->  Abs (   897,    -8)
	  8: Rel (  -309,     0)  ->  Abs (   588,    -8)
	  9: Rel (  -209,     0)  ->  Abs (   379,    -8)
	 10: Rel (  -291,   206)  ->  Abs (    88,   198)
	 11: Rel (     0,   105)  ->  Abs (    88,   303)
	 12: Rel (     0,    45)  ->  Abs (    88,   348)
	 13: Rel (    50,    70)  ->  Abs (   138,   418)
	 14: Rel (    36,     0)  ->  Abs (   174,   418)
	 15: Rel (    74,     0)  ->  Abs (   248,   418)
	 16: Rel (    14,   -39)  ->  Abs (   262,   379)
	 17: Rel (    86,  -213)  ->  Abs (   348,   166)
	 18: Rel (   281,     0)  ->  Abs (   629,   166)
	 19: Rel (   192,     0)  ->  Abs (   821,   166)
	 20: Rel (   244,   223)  ->  Abs (  1065,   389)
	 21: Rel (     0,   131)  ->  Abs (  1065,   520)
	 22: Rel (     0,   115)  ->  Abs (  1065,   635)
	 23: Rel (  -147,   141)  ->  Abs (   918,   776)
	 24: Rel (  -160,     0)  ->  Abs (   758,   776)
	 25: Rel (   -81,     0)  ->  Abs (   677,   776)
	 26: Rel (  -124,   -39)  ->  Abs (   553,   737)
	 27: Rel (  -101,   -32)  ->  Abs (   452,   705)
	 28: Rel (   -55,     0)  ->  Abs (   397,   705)
	 29: Rel (   -33,     0)  ->  Abs (   364,   705)
	 30: Rel (   -49,    50)  ->  Abs (   315,   755)
	 31: Rel (     0,    36)  ->  Abs (   315,   791)
	 32: Rel (     0,    59)  ->  Abs (   315,   850)
	 33: Rel (    99,   323)  ->  Abs (   414,  1173)
	 34: Rel (    77,   154)  ->  Abs (   491,  1327)
	 35: Rel (    75,    80)  ->  Abs (   566,  1407)
	 36: Rel (    58,    17)  ->  Abs (   624,  1424)
	 37: Rel (   531,    36)  ->  Abs (  1155,  1460)
	 38: Rel (   203,     0)  ->  Abs (  1358,  1460)
	 39: Rel (    36,     0)  ->  Abs (  1394,  1460)
	 40: Rel (    36,   -27)  ->  Abs (  1430,  1433)
	 41: Rel (     0,   -42)  ->  Abs (  1430,  1391)
	 42: Rel (     0,   -51)  ->  Abs (  1430,  1340)
	 43: Rel (   -64,   -62)  ->  Abs (  1366,  1278)
	 44: Rel (   -53,     0)  ->  Abs (  1313,  1278)
	 45: Rel (  -380,     0)  ->  Abs (   933,  1278)
	 46: Rel (  -294,   -27)  ->  Abs (   639,  1251)
	 47: Rel (   -79,  -163)  ->  Abs (   560,  1088)

	Glyph  25: off = 0x0000127A, len = 262
	  numberOfContours:	2
	  xMin:			168
	  yMin:			-8
	  xMax:			1432
	  yMax:			1464

	EndPoints
	---------
	  0:  27
	  1:  40

	  Length of Instructions:	133
	00000: NPUSHB      (29):   105    40     1    36    38   100    38     2    70    34 
	                            86    34     2   107    22   123    22     2   128    17 
	                             1     6    17    22    17    38    17     3    13 
	00031: PUSHW[1]            -16 
	00034: NPUSHB      (61):     9    17    72   122     6   138     6     2     6     4 
	                            22     4   118     4   134     4     4    28   153    64 
	                             0     5    31    11     4     2     2     8    20   128 
	                            25   153    15     7    36   153     8    25     0    33 
	                            18    39   137   143     5   159     5     2    16     5 
	                             1     5    42    33   137   143    11   159    11     2 
	                            11 
	00097: MDAP[rd]   
	00098: DELTAP1    
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP0       
	00101: MDRP[srp0,nmd,rd,2] 
	00102: DELTAP1    
	00103: DELTAP1    
	00104: MIRP[nrp0,md,rd,1] 
	00105: MDRP[nrp0,nmd,rd,0] 
	00106: SRP1       
	00107: IP         
	00108: SVTCA[y-axis] 
	00109: MIAP[rd+ci] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: MIAP[rd+ci] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: SMD        
	00114: MDRP[nrp0,md,rd,1] 
	00115: SRP2       
	00116: IP         
	00117: MDAP[rd]   
	00118: SLOOP      
	00119: IP         
	00120: SMD        
	00121: MIRP[nrp0,md,rd,1] 
	00122: IUP[y]     
	00123: IUP[x]     
	00124: DELTAP1    
	00125: DELTAP1    
	00126: CALL       
	00127: DELTAP1    
	00128: DELTAP1    
	00129: DELTAP1    
	00130: DELTAP1    
	00131: DELTAP1    
	00132: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:                                      Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:              Rep-  1                 Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual       Rep-  1 Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:                                      Off
	 28:        XDual                 X-Short On
	 29:  YDual                       X-Short Off
	 30:              Rep-  2 Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual               Y-Short         Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   430,   770)  ->  Abs (   430,   770)
	  1: Rel (   222,   137)  ->  Abs (   652,   907)
	  2: Rel (   169,     0)  ->  Abs (   821,   907)
	  3: Rel (   207,     0)  ->  Abs (  1028,   907)
	  4: Rel (   248,  -220)  ->  Abs (  1276,   687)
	  5: Rel (     0,  -189)  ->  Abs (  1276,   498)
	  6: Rel (     0,  -199)  ->  Abs (  1276,   299)
	  7: Rel (  -388,  -307)  ->  Abs (   888,    -8)
	  8: Rel (  -222,     0)  ->  Abs (   666,    -8)
	  9: Rel (  -225,     0)  ->  Abs (   441,    -8)
	 10: Rel (  -273,   265)  ->  Abs (   168,   257)
	 11: Rel (     0,   204)  ->  Abs (   168,   461)
	 12: Rel (     0,   211)  ->  Abs (   168,   672)
	 13: Rel (   256,   490)  ->  Abs (   424,  1162)
	 14: Rel (   413,   302)  ->  Abs (   837,  1464)
	 15: Rel (   226,     0)  ->  Abs (  1063,  1464)
	 16: Rel (   124,     0)  ->  Abs (  1187,  1464)
	 17: Rel (   245,  -133)  ->  Abs (  1432,  1331)
	 18: Rel (     0,   -76)  ->  Abs (  1432,  1255)
	 19: Rel (     0,  -100)  ->  Abs (  1432,  1155)
	 20: Rel (   -89,     0)  ->  Abs (  1343,  1155)
	 21: Rel (   -58,     0)  ->  Abs (  1285,  1155)
	 22: Rel (   -66,    70)  ->  Abs (  1219,  1225)
	 23: Rel (   -27,    28)  ->  Abs (  1192,  1253)
	 24: Rel (  -114,    39)  ->  Abs (  1078,  1292)
	 25: Rel (   -54,     0)  ->  Abs (  1024,  1292)
	 26: Rel (  -168,     0)  ->  Abs (   856,  1292)
	 27: Rel (  -304,  -266)  ->  Abs (   552,  1026)
	 28: Rel (   249,  -289)  ->  Abs (   801,   737)
	 29: Rel (   -86,     0)  ->  Abs (   715,   737)
	 30: Rel (  -168,   -54)  ->  Abs (   547,   683)
	 31: Rel (  -167,  -109)  ->  Abs (   380,   574)
	 32: Rel (   -18,   -70)  ->  Abs (   362,   504)
	 33: Rel (     0,   -43)  ->  Abs (   362,   461)
	 34: Rel (     0,  -138)  ->  Abs (   362,   323)
	 35: Rel (   162,  -159)  ->  Abs (   524,   164)
	 36: Rel (   142,     0)  ->  Abs (   666,   164)
	 37: Rel (   154,     0)  ->  Abs (   820,   164)
	 38: Rel (   261,   204)  ->  Abs (  1081,   368)
	 39: Rel (     0,   130)  ->  Abs (  1081,   498)
	 40: Rel (     0,   239)  ->  Abs (  1081,   737)

	Glyph  26: off = 0x00001380, len = 152
	  numberOfContours:	1
	  xMin:			287
	  yMin:			-10
	  xMax:			1409
	  yMax:			1466

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	60
	00000: NPUSHB      (37):   136    16     1    15    64     9    17    72     0   153 
	                             7     9     7     8     6    19    25   150     0   166 
	                             0     2     0    40    11    17    72     0    11    17 
	                           137    21    21     4    11    27     4 
	00039: MDAP[rd]   
	00040: SRP0       
	00041: MDRP[nrp0,nmd,rd,0] 
	00042: SRP1       
	00043: IP         
	00044: MDAP[rd]   
	00045: MIRP[nrp0,md,rd,1] 
	00046: SRP2       
	00047: IP         
	00048: CALL       
	00049: DELTAP1    
	00050: SVTCA[y-axis] 
	00051: MIAP[rd+ci] 
	00052: MIAP[rd+ci] 
	00053: MIAP[rd+ci] 
	00054: SHP[rp1,zp0] 
	00055: MIRP[nrp0,md,rd,1] 
	00056: IUP[y]     
	00057: IUP[x]     
	00058: CALL       
	00059: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:                      Y-Short         On
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:              Rep-  1                 Off
	 16:                      Y-Short X-Short On
	 17:              Rep-  1 Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:              Rep-  1                 Off

	Coordinates
	-----------
	  0: Rel (  1135,  1292)  ->  Abs (  1135,  1292)
	  1: Rel (  -752,     0)  ->  Abs (   383,  1292)
	  2: Rel (   -44,     0)  ->  Abs (   339,  1292)
	  3: Rel (   -52,    54)  ->  Abs (   287,  1346)
	  4: Rel (     0,    40)  ->  Abs (   287,  1386)
	  5: Rel (     0,    34)  ->  Abs (   287,  1420)
	  6: Rel (    41,    46)  ->  Abs (   328,  1466)
	  7: Rel (    34,     0)  ->  Abs (   362,  1466)
	  8: Rel (   701,    -8)  ->  Abs (  1063,  1458)
	  9: Rel (   252,     8)  ->  Abs (  1315,  1466)
	 10: Rel (    94,     0)  ->  Abs (  1409,  1466)
	 11: Rel (     0,   -71)  ->  Abs (  1409,  1395)
	 12: Rel (     0,   -26)  ->  Abs (  1409,  1369)
	 13: Rel (   -37,   -44)  ->  Abs (  1372,  1325)
	 14: Rel (  -263,  -289)  ->  Abs (  1109,  1036)
	 15: Rel (  -462,  -701)  ->  Abs (   647,   335)
	 16: Rel (  -108,  -251)  ->  Abs (   539,    84)
	 17: Rel (   -21,   -47)  ->  Abs (   518,    37)
	 18: Rel (   -60,   -47)  ->  Abs (   458,   -10)
	 19: Rel (   -38,     0)  ->  Abs (   420,   -10)
	 20: Rel (   -98,     0)  ->  Abs (   322,   -10)
	 21: Rel (     0,    90)  ->  Abs (   322,    80)
	 22: Rel (     0,    25)  ->  Abs (   322,   105)
	 23: Rel (    35,   116)  ->  Abs (   357,   221)
	 24: Rel (   343,   532)  ->  Abs (   700,   753)
	 25: Rel (   316,   411)  ->  Abs (  1016,  1164)

	Glyph  27: off = 0x00001418, len = 382
	  numberOfContours:	3
	  xMin:			84
	  yMin:			-8
	  xMax:			1507
	  yMax:			1464

	EndPoints
	---------
	  0:  27
	  1:  36
	  2:  48

	  Length of Instructions:	232
	00000: NPUSHB      (12):    54    45     1   121    38   137    38     2    74    34 
	                             1    29 
	00014: PUSHW[1]            -64 
	00017: NPUSHB     (146):    10    14    72   118    28   134    28     2     3    19 
	                            19    19    35    19    99    19   115    19   131    19 
	                             6    84    15   100    15     2    54    10   134    10 
	                             2   122     8   138     8     2     9     7     1    73 
	                             3    89     3     2   102     0     1     0    37     0 
	                            28    37   153    12    28    20    37    12    12    28 
	                            37    28     0    28   141    12    37    20    12    12 
	                            37   165    12     1     6    12   150    12     2    45 
	                            26    61    26    77    26     3   125    26   141    26 
	                             2    26    30    20    28    47    22     1    22     0 
	                             2    12    14    22    28    35    37    46     9     6 
	                            32   153    17     7    43   153     6    25    37    12 
	                            14    46   137    28     0     2    35   137   127    14 
	                           143    14     2    14    14     2     9    30   137    24 
	                            20    50    40   137     9    49 
	00165: SRP0       
	00166: MDRP[srp0,md,rd,2] 
	00167: MIRP[nrp0,md,rd,1] 
	00168: SRP0       
	00169: MDRP[srp0,nmd,rd,0] 
	00170: MDRP[nrp0,md,rd,1] 
	00171: MIRP[nrp0,md,rd,1] 
	00172: SRP2       
	00173: IP         
	00174: IP         
	00175: MDAP[rd]   
	00176: DELTAP1    
	00177: MIRP[nrp0,md,rd,1] 
	00178: MDAP[rd]   
	00179: IP         
	00180: IP         
	00181: MIRP[nrp0,md,rd,1] 
	00182: SRP1       
	00183: IP         
	00184: IP         
	00185: SVTCA[y-axis] 
	00186: MIAP[rd+ci] 
	00187: MIRP[nrp0,md,rd,1] 
	00188: MIAP[rd+ci] 
	00189: MIRP[nrp0,md,rd,1] 
	00190: SRP2       
	00191: SLOOP      
	00192: IP         
	00193: MDAP[rd]   
	00194: DELTAP1    
	00195: SRP2       
	00196: IP         
	00197: IP         
	00198: MDRP[nrp0,md,rd,1] 
	00199: DELTAP1    
	00200: DELTAP2    
	00201: DELTAP1    
	00202: DELTAP1    
	00203: SDPVTL[1]  
	00204: SRP0       
	00205: CALL       
	00206: SDPVTL[1]  
	00207: RDTG       
	00208: MDRP[nrp0,nmd,rd,0] 
	00209: SDPVTL[1]  
	00210: SFVTL[=p1,p2] 
	00211: RTG        
	00212: CALL       
	00213: SFVTL[=p1,p2] 
	00214: RDTG       
	00215: SRP0       
	00216: MDRP[nrp0,nmd,rd,0] 
	00217: IUP[y]     
	00218: IUP[x]     
	00219: SVTCA[y-axis] 
	00220: DELTAP1    
	00221: DELTAP1    
	00222: DELTAP1    
	00223: DELTAP1    
	00224: DELTAP1    
	00225: DELTAP1    
	00226: DELTAP1    
	00227: DELTAP1    
	00228: CALL       
	00229: DELTAP1    
	00230: DELTAP1    
	00231: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short         Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short         Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual               Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:                      Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short         On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual               Y-Short         On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual                 X-Short On
	 38:              Rep-  1 Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   831,   805)  ->  Abs (   831,   805)
	  1: Rel (   310,  -204)  ->  Abs (  1141,   601)
	  2: Rel (     0,  -187)  ->  Abs (  1141,   414)
	  3: Rel (     0,  -113)  ->  Abs (  1141,   301)
	  4: Rel (  -167,  -194)  ->  Abs (   974,   107)
	  5: Rel (  -281,  -115)  ->  Abs (   693,    -8)
	  6: Rel (  -134,     0)  ->  Abs (   559,    -8)
	  7: Rel (  -205,     0)  ->  Abs (   354,    -8)
	  8: Rel (  -270,   206)  ->  Abs (    84,   198)
	  9: Rel (     0,   144)  ->  Abs (    84,   342)
	 10: Rel (     0,   144)  ->  Abs (    84,   486)
	 11: Rel (   196,   215)  ->  Abs (   280,   701)
	 12: Rel (   230,   122)  ->  Abs (   510,   823)
	 13: Rel (  -117,   106)  ->  Abs (   393,   929)
	 14: Rel (     0,   146)  ->  Abs (   393,  1075)
	 15: Rel (     0,   166)  ->  Abs (   393,  1241)
	 16: Rel (   307,   223)  ->  Abs (   700,  1464)
	 17: Rel (   215,     0)  ->  Abs (   915,  1464)
	 18: Rel (   157,     0)  ->  Abs (  1072,  1464)
	 19: Rel (   256,  -154)  ->  Abs (  1328,  1310)
	 20: Rel (    52,  -136)  ->  Abs (  1380,  1174)
	 21: Rel (    44,     4)  ->  Abs (  1424,  1178)
	 22: Rel (    22,     0)  ->  Abs (  1446,  1178)
	 23: Rel (    61,     0)  ->  Abs (  1507,  1178)
	 24: Rel (     0,   -68)  ->  Abs (  1507,  1110)
	 25: Rel (     0,  -125)  ->  Abs (  1507,   985)
	 26: Rel (  -149,     0)  ->  Abs (  1358,   985)
	 27: Rel (  -141,     0)  ->  Abs (  1217,   985)
	 28: Rel (  -539,   -78)  ->  Abs (   678,   907)
	 29: Rel (   249,   117)  ->  Abs (   927,  1024)
	 30: Rel (   279,    98)  ->  Abs (  1206,  1122)
	 31: Rel (   -56,   170)  ->  Abs (  1150,  1292)
	 32: Rel (  -251,     0)  ->  Abs (   899,  1292)
	 33: Rel (  -123,     0)  ->  Abs (   776,  1292)
	 34: Rel (  -190,  -132)  ->  Abs (   586,  1160)
	 35: Rel (     0,   -85)  ->  Abs (   586,  1075)
	 36: Rel (     0,   -99)  ->  Abs (   586,   976)
	 37: Rel (    71,  -257)  ->  Abs (   657,   719)
	 38: Rel (  -193,   -98)  ->  Abs (   464,   621)
	 39: Rel (  -185,  -182)  ->  Abs (   279,   439)
	 40: Rel (     0,   -97)  ->  Abs (   279,   342)
	 41: Rel (     0,   -67)  ->  Abs (   279,   275)
	 42: Rel (   136,  -111)  ->  Abs (   415,   164)
	 43: Rel (   144,     0)  ->  Abs (   559,   164)
	 44: Rel (   155,     0)  ->  Abs (   714,   164)
	 45: Rel (   232,   151)  ->  Abs (   946,   315)
	 46: Rel (     0,    99)  ->  Abs (   946,   414)
	 47: Rel (     0,    78)  ->  Abs (   946,   492)
	 48: Rel (  -131,   130)  ->  Abs (   815,   622)

	Glyph  28: off = 0x00001596, len = 258
	  numberOfContours:	2
	  xMin:			217
	  yMin:			-10
	  xMax:			1364
	  yMax:			1462

	EndPoints
	---------
	  0:  28
	  1:  45

	  Length of Instructions:	117
	00000: NPUSHB      (83):    69    44    85    44     2    41    42   105    42   121 
	                            42   137    42     4    52    28   100    28     2   122 
	                            14   138    14     2    41    13     1   102    11   118 
	                            11   134    11     3   105     5   121     5   137     5 
	                             3   105     1   121     1   137     1     3    29   153 
	                             0     6    12    38     4     9     3     3    16    40 
	                           153     9     7    22    26   153    16    25     0    19 
	                            38   137    12    47    43   137     6     0    19    96 
	                            19     2    19 
	00085: MDAP[rd]   
	00086: DELTAP1    
	00087: MDRP[srp0,md,rd,0] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: SRP0       
	00090: MDRP[srp0,nmd,rd,2] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP1       
	00093: IP         
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIRP[srp0,md,rd,1] 
	00097: MDRP[nrp0,nmd,rd,0] 
	00098: MIAP[rd+ci] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP2       
	00101: IP         
	00102: MDAP[rd]   
	00103: SRP2       
	00104: SLOOP      
	00105: IP         
	00106: MIRP[nrp0,md,rd,1] 
	00107: IUP[y]     
	00108: IUP[x]     
	00109: DELTAP1    
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP1    
	00113: DELTAP1    
	00114: DELTAP1    
	00115: DELTAP1    
	00116: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1 Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short         Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:                      Y-Short         Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                              X-Short Off
	 15:                                      Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:                                      Off
	 29:                              X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual Rep-  6 Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:        XDual                         Off
	 40:  YDual                               On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1087,   668)  ->  Abs (  1087,   668)
	  1: Rel (   -69,   -56)  ->  Abs (  1018,   612)
	  2: Rel (  -190,   -67)  ->  Abs (   828,   545)
	  3: Rel (   -83,     0)  ->  Abs (   745,   545)
	  4: Rel (  -198,     0)  ->  Abs (   547,   545)
	  5: Rel (  -260,   231)  ->  Abs (   287,   776)
	  6: Rel (     0,   180)  ->  Abs (   287,   956)
	  7: Rel (     0,   195)  ->  Abs (   287,  1151)
	  8: Rel (   357,   311)  ->  Abs (   644,  1462)
	  9: Rel (   247,     0)  ->  Abs (   891,  1462)
	 10: Rel (   217,     0)  ->  Abs (  1108,  1462)
	 11: Rel (   256,  -241)  ->  Abs (  1364,  1221)
	 12: Rel (     0,  -197)  ->  Abs (  1364,  1024)
	 13: Rel (     0,  -222)  ->  Abs (  1364,   802)
	 14: Rel (  -250,  -506)  ->  Abs (  1114,   296)
	 15: Rel (  -415,  -306)  ->  Abs (   699,   -10)
	 16: Rel (  -244,     0)  ->  Abs (   455,   -10)
	 17: Rel (  -103,     0)  ->  Abs (   352,   -10)
	 18: Rel (  -135,    62)  ->  Abs (   217,    52)
	 19: Rel (     0,    50)  ->  Abs (   217,   102)
	 20: Rel (     0,    42)  ->  Abs (   217,   144)
	 21: Rel (    46,    51)  ->  Abs (   263,   195)
	 22: Rel (    38,     0)  ->  Abs (   301,   195)
	 23: Rel (    33,     0)  ->  Abs (   334,   195)
	 24: Rel (    62,   -18)  ->  Abs (   396,   177)
	 25: Rel (    54,   -15)  ->  Abs (   450,   162)
	 26: Rel (    25,     0)  ->  Abs (   475,   162)
	 27: Rel (   163,     0)  ->  Abs (   638,   162)
	 28: Rel (   354,   282)  ->  Abs (   992,   444)
	 29: Rel (  -226,   271)  ->  Abs (   766,   715)
	 30: Rel (    31,     0)  ->  Abs (   797,   715)
	 31: Rel (    64,    10)  ->  Abs (   861,   725)
	 32: Rel (    64,    21)  ->  Abs (   925,   746)
	 33: Rel (    61,    30)  ->  Abs (   986,   776)
	 34: Rel (    58,    37)  ->  Abs (  1044,   813)
	 35: Rel (    53,    46)  ->  Abs (  1097,   859)
	 36: Rel (    61,    70)  ->  Abs (  1158,   929)
	 37: Rel (    11,    74)  ->  Abs (  1169,  1003)
	 38: Rel (     0,    21)  ->  Abs (  1169,  1024)
	 39: Rel (     0,   266)  ->  Abs (  1169,  1290)
	 40: Rel (  -278,     0)  ->  Abs (   891,  1290)
	 41: Rel (  -182,     0)  ->  Abs (   709,  1290)
	 42: Rel (  -228,  -208)  ->  Abs (   481,  1082)
	 43: Rel (     0,  -126)  ->  Abs (   481,   956)
	 44: Rel (     0,  -112)  ->  Abs (   481,   844)
	 45: Rel (   160,  -129)  ->  Abs (   641,   715)

	Glyph  29: off = 0x00001698, len = 104
	  numberOfContours:	2
	  xMin:			176
	  yMin:			-8
	  xMax:			668
	  yMax:			969

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	26
	00000: NPUSHB      (13):     3   176     9    21   176    15     4     0   175     6 
	                            12   175    18 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,md,rd,1] 
	00017: MDRP[srp0,nmd,rd,0] 
	00018: MIRP[nrp0,md,rd,1] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[nrp0,md,rd,1] 
	00022: MDAP[rd]   
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                              X-Short On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   668,   840)  ->  Abs (   668,   840)
	  1: Rel (     0,   -68)  ->  Abs (   668,   772)
	  2: Rel (  -106,  -102)  ->  Abs (   562,   670)
	  3: Rel (   -68,     0)  ->  Abs (   494,   670)
	  4: Rel (   -52,     0)  ->  Abs (   442,   670)
	  5: Rel (   -73,    73)  ->  Abs (   369,   743)
	  6: Rel (     0,    52)  ->  Abs (   369,   795)
	  7: Rel (     0,    68)  ->  Abs (   369,   863)
	  8: Rel (   110,   106)  ->  Abs (   479,   969)
	  9: Rel (    68,     0)  ->  Abs (   547,   969)
	 10: Rel (    52,     0)  ->  Abs (   599,   969)
	 11: Rel (    69,   -74)  ->  Abs (   668,   895)
	 12: Rel (  -193,  -733)  ->  Abs (   475,   162)
	 13: Rel (     0,   -69)  ->  Abs (   475,    93)
	 14: Rel (  -106,  -101)  ->  Abs (   369,    -8)
	 15: Rel (   -68,     0)  ->  Abs (   301,    -8)
	 16: Rel (   -52,     0)  ->  Abs (   249,    -8)
	 17: Rel (   -73,    73)  ->  Abs (   176,    65)
	 18: Rel (     0,    52)  ->  Abs (   176,   117)
	 19: Rel (     0,    69)  ->  Abs (   176,   186)
	 20: Rel (   111,   105)  ->  Abs (   287,   291)
	 21: Rel (    67,     0)  ->  Abs (   354,   291)
	 22: Rel (    52,     0)  ->  Abs (   406,   291)
	 23: Rel (    69,   -74)  ->  Abs (   475,   217)

	Glyph  30: off = 0x00001700, len = 136
	  numberOfContours:	2
	  xMin:			137
	  yMin:			-276
	  xMax:			668
	  yMax:			969

	EndPoints
	---------
	  0:  11
	  1:  31

	  Length of Instructions:	35
	00000: NPUSHB      (19):     3   176     9    24   178    18   176    12     4     6 
	                           175     0    12   177    21   175    27   180    15 
	00021: MDAP[rd]   
	00022: MIRP[nrp0,nmd,rd,0] 
	00023: MIRP[srp0,md,rd,1] 
	00024: MIRP[nrp0,md,rd,1] 
	00025: MDRP[srp0,nmd,rd,0] 
	00026: MIRP[nrp0,md,rd,1] 
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MIRP[srp0,md,rd,1] 
	00030: MIRP[nrp0,nmd,rd,0] 
	00031: MDAP[rd]   
	00032: MIRP[nrp0,md,rd,1] 
	00033: IUP[y]     
	00034: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                                      On
	 13:  YDual       Rep-  1 Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                              X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   668,   840)  ->  Abs (   668,   840)
	  1: Rel (     0,   -68)  ->  Abs (   668,   772)
	  2: Rel (  -106,  -102)  ->  Abs (   562,   670)
	  3: Rel (   -68,     0)  ->  Abs (   494,   670)
	  4: Rel (   -52,     0)  ->  Abs (   442,   670)
	  5: Rel (   -73,    73)  ->  Abs (   369,   743)
	  6: Rel (     0,    52)  ->  Abs (   369,   795)
	  7: Rel (     0,    68)  ->  Abs (   369,   863)
	  8: Rel (   110,   106)  ->  Abs (   479,   969)
	  9: Rel (    68,     0)  ->  Abs (   547,   969)
	 10: Rel (    52,     0)  ->  Abs (   599,   969)
	 11: Rel (    69,   -74)  ->  Abs (   668,   895)
	 12: Rel (  -377,  -903)  ->  Abs (   291,    -8)
	 13: Rel (   -51,     6)  ->  Abs (   240,    -2)
	 14: Rel (   -64,    70)  ->  Abs (   176,    68)
	 15: Rel (     0,    49)  ->  Abs (   176,   117)
	 16: Rel (     0,    69)  ->  Abs (   176,   186)
	 17: Rel (   111,   105)  ->  Abs (   287,   291)
	 18: Rel (    67,     0)  ->  Abs (   354,   291)
	 19: Rel (    57,     0)  ->  Abs (   411,   291)
	 20: Rel (    64,   -80)  ->  Abs (   475,   211)
	 21: Rel (     0,   -72)  ->  Abs (   475,   139)
	 22: Rel (     0,  -114)  ->  Abs (   475,    25)
	 23: Rel (  -203,  -301)  ->  Abs (   272,  -276)
	 24: Rel (   -73,     0)  ->  Abs (   199,  -276)
	 25: Rel (   -24,     0)  ->  Abs (   175,  -276)
	 26: Rel (   -38,    35)  ->  Abs (   137,  -241)
	 27: Rel (     0,    22)  ->  Abs (   137,  -219)
	 28: Rel (     0,    28)  ->  Abs (   137,  -191)
	 29: Rel (    26,    38)  ->  Abs (   163,  -153)
	 30: Rel (    42,    30)  ->  Abs (   205,  -123)
	 31: Rel (    61,    44)  ->  Abs (   266,   -79)

	Glyph  31: off = 0x00001788, len = 176
	  numberOfContours:	1
	  xMin:			168
	  yMin:			289
	  xMax:			1219
	  yMax:			1180

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	71
	00000: NPUSHB      (18):   104    21   120    21     2    70    19    86    19     2 
	                           106    29   122    29   138    29     3     3 
	00020: PUSHW[1]            -24 
	00023: NPUSHB      (10):    13    17    72     3     0    29     3     8    24     0 
	00035: PUSHW[1]            -56 
	00038: NPUSHB      (13):    13    17    72     5     5     0    27   143    16   159 
	                            16     2    16 
	00053: MDAP[rd]   
	00054: DELTAP1    
	00055: MDRP[nrp0,md,rd,1] 
	00056: IP         
	00057: IP         
	00058: MDAP[rd]   
	00059: CALL       
	00060: SVTCA[y-axis] 
	00061: MDAP[rd]   
	00062: MDRP[nrp0,nmd,rd,0] 
	00063: SLOOP      
	00064: IP         
	00065: CALL       
	00066: DELTAP1    
	00067: IUP[y]     
	00068: IUP[x]     
	00069: DELTAP1    
	00070: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:                      Y-Short         Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual       Rep-  1 Y-Short X-Short On
	 12:  YDual               Y-Short         On
	 13:  YDual       Rep-  2 Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual Rep-  1 Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short         On
	 22:  YDual XDual Rep-  1 Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   420,   725)  ->  Abs (   420,   725)
	  1: Rel (   167,   -89)  ->  Abs (   587,   636)
	  2: Rel (   365,  -174)  ->  Abs (   952,   462)
	  3: Rel (    49,   -16)  ->  Abs (  1001,   446)
	  4: Rel (    39,   -10)  ->  Abs (  1040,   436)
	  5: Rel (     0,   -53)  ->  Abs (  1040,   383)
	  6: Rel (     0,   -42)  ->  Abs (  1040,   341)
	  7: Rel (   -40,   -52)  ->  Abs (  1000,   289)
	  8: Rel (   -37,     0)  ->  Abs (   963,   289)
	  9: Rel (   -30,     0)  ->  Abs (   933,   289)
	 10: Rel (   -88,    41)  ->  Abs (   845,   330)
	 11: Rel (  -196,    94)  ->  Abs (   649,   424)
	 12: Rel (  -266,   133)  ->  Abs (   383,   557)
	 13: Rel (  -158,    80)  ->  Abs (   225,   637)
	 14: Rel (   -41,    27)  ->  Abs (   184,   664)
	 15: Rel (   -16,    34)  ->  Abs (   168,   698)
	 16: Rel (     0,    29)  ->  Abs (   168,   727)
	 17: Rel (     0,    32)  ->  Abs (   168,   759)
	 18: Rel (    22,    40)  ->  Abs (   190,   799)
	 19: Rel (    46,    28)  ->  Abs (   236,   827)
	 20: Rel (   133,    55)  ->  Abs (   369,   882)
	 21: Rel (   339,   138)  ->  Abs (   708,  1020)
	 22: Rel (   204,    83)  ->  Abs (   912,  1103)
	 23: Rel (   212,    77)  ->  Abs (  1124,  1180)
	 24: Rel (    31,     0)  ->  Abs (  1155,  1180)
	 25: Rel (    29,     0)  ->  Abs (  1184,  1180)
	 26: Rel (    35,   -59)  ->  Abs (  1219,  1121)
	 27: Rel (     0,   -40)  ->  Abs (  1219,  1081)
	 28: Rel (     0,   -53)  ->  Abs (  1219,  1028)
	 29: Rel (   -89,   -31)  ->  Abs (  1130,   997)
	 30: Rel (   -91,   -26)  ->  Abs (  1039,   971)
	 31: Rel (  -462,  -177)  ->  Abs (   577,   794)

	Glyph  32: off = 0x00001838, len = 128
	  numberOfContours:	2
	  xMin:			160
	  yMin:			426
	  xMax:			1145
	  yMax:			1018

	EndPoints
	---------
	  0:  15
	  1:  31

	  Length of Instructions:	27
	00000: NPUSHB      (12):    25    16   153    20     9     4   153     0     2    18 
	                            11    27 
	00014: MDAP[rd]   
	00015: MDRP[nrp0,nmd,rd,0] 
	00016: MDRP[srp0,md,rd,1] 
	00017: MDRP[nrp0,nmd,rd,0] 
	00018: SVTCA[y-axis] 
	00019: MDAP[rd]   
	00020: MIRP[srp0,md,rd,1] 
	00021: MDRP[nrp0,nmd,rd,0] 
	00022: MDRP[srp0,nmd,rd,0] 
	00023: MIRP[nrp0,md,rd,1] 
	00024: MDRP[nrp0,nmd,rd,0] 
	00025: IUP[y]     
	00026: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual Rep-  1 Y-Short X-Short Off
	 15:  YDual               Y-Short         Off
	 16:        XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short         Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual Rep-  1 Y-Short X-Short Off
	 31:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1067,  1018)  ->  Abs (  1067,  1018)
	  1: Rel (    78,     0)  ->  Abs (  1145,  1018)
	  2: Rel (     0,   -78)  ->  Abs (  1145,   940)
	  3: Rel (     0,   -92)  ->  Abs (  1145,   848)
	  4: Rel (  -115,     0)  ->  Abs (  1030,   848)
	  5: Rel (  -157,     0)  ->  Abs (   873,   848)
	  6: Rel (  -430,   -18)  ->  Abs (   443,   830)
	  7: Rel (   -83,    -9)  ->  Abs (   360,   821)
	  8: Rel (   -60,    -6)  ->  Abs (   300,   815)
	  9: Rel (   -21,     0)  ->  Abs (   279,   815)
	 10: Rel (   -58,     0)  ->  Abs (   221,   815)
	 11: Rel (     0,   100)  ->  Abs (   221,   915)
	 12: Rel (     0,    33)  ->  Abs (   221,   948)
	 13: Rel (    71,    39)  ->  Abs (   292,   987)
	 14: Rel (   131,    13)  ->  Abs (   423,  1000)
	 15: Rel (   518,    18)  ->  Abs (   941,  1018)
	 16: Rel (    65,  -389)  ->  Abs (  1006,   629)
	 17: Rel (    77,     0)  ->  Abs (  1083,   629)
	 18: Rel (     0,   -78)  ->  Abs (  1083,   551)
	 19: Rel (     0,   -92)  ->  Abs (  1083,   459)
	 20: Rel (  -112,     0)  ->  Abs (   971,   459)
	 21: Rel (  -158,     0)  ->  Abs (   813,   459)
	 22: Rel (  -432,   -18)  ->  Abs (   381,   441)
	 23: Rel (   -84,    -9)  ->  Abs (   297,   432)
	 24: Rel (   -58,    -6)  ->  Abs (   239,   426)
	 25: Rel (   -20,     0)  ->  Abs (   219,   426)
	 26: Rel (   -59,     0)  ->  Abs (   160,   426)
	 27: Rel (     0,   100)  ->  Abs (   160,   526)
	 28: Rel (     0,    33)  ->  Abs (   160,   559)
	 29: Rel (    70,    39)  ->  Abs (   230,   598)
	 30: Rel (   131,    13)  ->  Abs (   361,   611)
	 31: Rel (   519,    18)  ->  Abs (   880,   629)

	Glyph  33: off = 0x000018B8, len = 168
	  numberOfContours:	1
	  xMin:			84
	  yMin:			287
	  xMax:			1135
	  yMax:			1178

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	61
	00000: NPUSHB      (41):    73    19    89    19     2   101    29   117    29   133 
	                            29     3     3    24    13    17    72     3     0    29 
	                             3    24     9    70     0    86     0     2     0    56 
	                            13    17    72     6     6     0    17    31    27     1 
	                            27 
	00043: MDAP[rd]   
	00044: DELTAP1    
	00045: MDRP[nrp0,md,rd,1] 
	00046: IP         
	00047: IP         
	00048: MDAP[rd]   
	00049: CALL       
	00050: DELTAP1    
	00051: SVTCA[y-axis] 
	00052: MDAP[rd]   
	00053: MDRP[nrp0,nmd,rd,0] 
	00054: SLOOP      
	00055: IP         
	00056: CALL       
	00057: DELTAP1    
	00058: IUP[y]     
	00059: IUP[x]     
	00060: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short         Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual       Rep-  1 Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual Rep-  1 Y-Short X-Short On
	 13:                      Y-Short         On
	 14:        XDual Rep-  2 Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short         On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   883,   741)  ->  Abs (   883,   741)
	  1: Rel (  -168,    90)  ->  Abs (   715,   831)
	  2: Rel (  -365,   173)  ->  Abs (   350,  1004)
	  3: Rel (   -49,    16)  ->  Abs (   301,  1020)
	  4: Rel (   -16,     5)  ->  Abs (   285,  1025)
	  5: Rel (   -23,    36)  ->  Abs (   262,  1061)
	  6: Rel (     0,    22)  ->  Abs (   262,  1083)
	  7: Rel (     0,    42)  ->  Abs (   262,  1125)
	  8: Rel (    40,    53)  ->  Abs (   302,  1178)
	  9: Rel (    38,     0)  ->  Abs (   340,  1178)
	 10: Rel (    30,     0)  ->  Abs (   370,  1178)
	 11: Rel (    87,   -41)  ->  Abs (   457,  1137)
	 12: Rel (   197,   -95)  ->  Abs (   654,  1042)
	 13: Rel (   266,  -133)  ->  Abs (   920,   909)
	 14: Rel (   157,   -80)  ->  Abs (  1077,   829)
	 15: Rel (    41,   -27)  ->  Abs (  1118,   802)
	 16: Rel (    17,   -34)  ->  Abs (  1135,   768)
	 17: Rel (     0,   -29)  ->  Abs (  1135,   739)
	 18: Rel (     0,   -43)  ->  Abs (  1135,   696)
	 19: Rel (   -42,   -46)  ->  Abs (  1093,   650)
	 20: Rel (  -104,   -43)  ->  Abs (   989,   607)
	 21: Rel (  -321,  -132)  ->  Abs (   668,   475)
	 22: Rel (  -216,   -89)  ->  Abs (   452,   386)
	 23: Rel (  -272,   -99)  ->  Abs (   180,   287)
	 24: Rel (   -33,     0)  ->  Abs (   147,   287)
	 25: Rel (   -28,     0)  ->  Abs (   119,   287)
	 26: Rel (   -35,    58)  ->  Abs (    84,   345)
	 27: Rel (     0,    40)  ->  Abs (    84,   385)
	 28: Rel (     0,    54)  ->  Abs (    84,   439)
	 29: Rel (    88,    30)  ->  Abs (   172,   469)
	 30: Rel (    92,    26)  ->  Abs (   264,   495)
	 31: Rel (   462,   177)  ->  Abs (   726,   672)

	Glyph  34: off = 0x00001960, len = 184
	  numberOfContours:	1
	  xMin:			47
	  yMin:			-461
	  xMax:			1100
	  yMax:			1460

	EndPoints
	---------
	  0:  34

	  Length of Instructions:	74
	00000: NPUSHB      (43):    23    34    39    34   119    34     3    32     0     1 
	                            82     0   141    15    19    20    15    15    19    32 
	                            19     0    15    63    27     1    27    27    19     8 
	                            15     0   153    13     3   153    11    27    29    32 
	                           153    22     7 
	00045: SVTCA[y-axis] 
	00046: MIAP[rd+ci] 
	00047: MIRP[srp0,md,rd,1] 
	00048: MDRP[nrp0,nmd,rd,0] 
	00049: MIAP[rd+ci] 
	00050: MIRP[nrp0,md,rd,1] 
	00051: MDRP[srp0,nmd,rd,1] 
	00052: MIRP[nrp0,md,rd,1] 
	00053: IUP[x]     
	00054: SVTCA[x-axis] 
	00055: MDAP[rd]   
	00056: MDRP[nrp0,md,rd,1] 
	00057: SHP[rp1,zp0] 
	00058: SHP[rp1,zp0] 
	00059: MDAP[rd]   
	00060: DELTAP1    
	00061: SRP1       
	00062: SHP[rp1,zp0] 
	00063: SRP1       
	00064: SHP[rp1,zp0] 
	00065: SDPVTL[1]  
	00066: SRP0       
	00067: CALL       
	00068: CALL       
	00069: SRP0       
	00070: MDRP[nrp0,nmd,rd,0] 
	00071: IUP[y]     
	00072: SVTCA[x-axis] 
	00073: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual Rep-  1 Y-Short X-Short On
	  4:        XDual Rep-  3 Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:        XDual Rep-  2         X-Short Off
	 20:  YDual XDual Rep-  1 Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual Rep-  2 Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:                      Y-Short X-Short Off
	 34:                                      Off

	Coordinates
	-----------
	  0: Rel (   262,  -268)  ->  Abs (   262,  -268)
	  1: Rel (    50,    -2)  ->  Abs (   312,  -270)
	  2: Rel (    91,    -5)  ->  Abs (   403,  -275)
	  3: Rel (   151,   -11)  ->  Abs (   554,  -286)
	  4: Rel (    61,    -4)  ->  Abs (   615,  -290)
	  5: Rel (    25,   -12)  ->  Abs (   640,  -302)
	  6: Rel (    18,   -24)  ->  Abs (   658,  -326)
	  7: Rel (     8,   -30)  ->  Abs (   666,  -356)
	  8: Rel (     0,   -17)  ->  Abs (   666,  -373)
	  9: Rel (     0,   -33)  ->  Abs (   666,  -406)
	 10: Rel (   -60,   -55)  ->  Abs (   606,  -461)
	 11: Rel (   -49,     0)  ->  Abs (   557,  -461)
	 12: Rel (   -36,     0)  ->  Abs (   521,  -461)
	 13: Rel (  -420,    18)  ->  Abs (   101,  -443)
	 14: Rel (   -54,    33)  ->  Abs (    47,  -410)
	 15: Rel (     0,    41)  ->  Abs (    47,  -369)
	 16: Rel (     0,    43)  ->  Abs (    47,  -326)
	 17: Rel (   115,   501)  ->  Abs (   162,   175)
	 18: Rel (   192,   696)  ->  Abs (   354,   871)
	 19: Rel (   179,   517)  ->  Abs (   533,  1388)
	 20: Rel (    36,    48)  ->  Abs (   569,  1436)
	 21: Rel (    62,    24)  ->  Abs (   631,  1460)
	 22: Rel (    39,     0)  ->  Abs (   670,  1460)
	 23: Rel (   110,     0)  ->  Abs (   780,  1460)
	 24: Rel (   242,    -9)  ->  Abs (  1022,  1451)
	 25: Rel (    55,   -18)  ->  Abs (  1077,  1433)
	 26: Rel (    23,   -37)  ->  Abs (  1100,  1396)
	 27: Rel (     0,   -30)  ->  Abs (  1100,  1366)
	 28: Rel (     0,   -94)  ->  Abs (  1100,  1272)
	 29: Rel (  -103,     0)  ->  Abs (   997,  1272)
	 30: Rel (   -54,     0)  ->  Abs (   943,  1272)
	 31: Rel (  -177,    12)  ->  Abs (   766,  1284)
	 32: Rel (   -68,     0)  ->  Abs (   698,  1284)
	 33: Rel (   -92,  -223)  ->  Abs (   606,  1061)
	 34: Rel (  -316, -1150)  ->  Abs (   290,   -89)

	Glyph  35: off = 0x00001A18, len = 124
	  numberOfContours:	1
	  xMin:			303
	  yMin:			0
	  xMax:			852
	  yMax:			1464

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	49
	00000: NPUSHB      (28):   135    14     1    88     5     1     2     1    82    13 
	                            18    13   141     7     2    20     7     2     2    13 
	                            15    18     1    18     7    10     7     0 
	00030: SVTCA[y-axis] 
	00031: MDAP[rd]   
	00032: MIAP[rd+ci] 
	00033: IUP[x]     
	00034: SVTCA[x-axis] 
	00035: MDAP[rd]   
	00036: MDRP[nrp0,md,rd,1] 
	00037: DELTAP1    
	00038: SHP[rp1,zp0] 
	00039: SHP[rp2,zp1] 
	00040: SDPVTL[1]  
	00041: CALL       
	00042: SDPVTL[1]  
	00043: CALL       
	00044: MDRP[nrp0,nmd,rd,0] 
	00045: IUP[y]     
	00046: SVTCA[x-axis] 
	00047: DELTAP1    
	00048: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:                              X-Short Off
	  5:                              X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual Rep-  2         X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   772,     0)  ->  Abs (   772,     0)
	  1: Rel (  -108,     0)  ->  Abs (   664,     0)
	  2: Rel (   -11,    78)  ->  Abs (   653,    78)
	  3: Rel (   -30,   252)  ->  Abs (   623,   330)
	  4: Rel (  -163,   676)  ->  Abs (   460,  1006)
	  5: Rel (  -119,   271)  ->  Abs (   341,  1277)
	  6: Rel (   -38,    86)  ->  Abs (   303,  1363)
	  7: Rel (     0,    23)  ->  Abs (   303,  1386)
	  8: Rel (     0,    39)  ->  Abs (   303,  1425)
	  9: Rel (    59,    39)  ->  Abs (   362,  1464)
	 10: Rel (    27,     0)  ->  Abs (   389,  1464)
	 11: Rel (    41,     0)  ->  Abs (   430,  1464)
	 12: Rel (    37,   -15)  ->  Abs (   467,  1449)
	 13: Rel (    16,   -38)  ->  Abs (   483,  1411)
	 14: Rel (    61,  -138)  ->  Abs (   544,  1273)
	 15: Rel (   105,  -312)  ->  Abs (   649,   961)
	 16: Rel (   123,  -447)  ->  Abs (   772,   514)
	 17: Rel (    80,  -386)  ->  Abs (   852,   128)
	 18: Rel (     0,   -46)  ->  Abs (   852,    82)
	 19: Rel (     0,   -32)  ->  Abs (   852,    50)
	 20: Rel (   -46,   -50)  ->  Abs (   806,     0)

	Glyph  36: off = 0x00001A94, len = 174
	  numberOfContours:	1
	  xMin:			-121
	  yMin:			-461
	  xMax:			928
	  yMax:			1458

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	70
	00000: NPUSHB      (40):    38    16    54    16     2   118    14     1     0    29 
	                             1    82    29   141    17    11    20    17    17    11 
	                             0    11    29    17     3    17    11    23     0   153 
	                             8     1   153     6     6    26    29   153    20    27 
	00042: SVTCA[y-axis] 
	00043: MIAP[rd+ci] 
	00044: MIRP[srp0,md,rd,1] 
	00045: MDRP[nrp0,nmd,rd,0] 
	00046: MIAP[rd+ci] 
	00047: MIRP[nrp0,md,rd,1] 
	00048: MDRP[srp0,nmd,rd,1] 
	00049: MIRP[nrp0,md,rd,1] 
	00050: IUP[x]     
	00051: SVTCA[x-axis] 
	00052: MDAP[rd]   
	00053: MDRP[srp0,nmd,rd,0] 
	00054: SHP[rp2,zp1] 
	00055: MDRP[nrp0,md,rd,1] 
	00056: SRP1       
	00057: SHP[rp1,zp0] 
	00058: SRP1       
	00059: SHP[rp1,zp0] 
	00060: SDPVTL[1]  
	00061: SRP0       
	00062: CALL       
	00063: CALL       
	00064: SRP0       
	00065: MDRP[nrp0,nmd,rd,0] 
	00066: IUP[y]     
	00067: SVTCA[x-axis] 
	00068: DELTAP1    
	00069: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short         Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:                      Y-Short         Off
	  9:        XDual Rep-  1 Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                              X-Short On
	 14:              Rep-  1         X-Short Off
	 16:                              X-Short On
	 17:              Rep-  2 Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                               Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:        XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   721,  1272)  ->  Abs (   721,  1272)
	  1: Rel (  -338,     7)  ->  Abs (   383,  1279)
	  2: Rel (   -70,    33)  ->  Abs (   313,  1312)
	  3: Rel (     0,    58)  ->  Abs (   313,  1370)
	  4: Rel (     0,    36)  ->  Abs (   313,  1406)
	  5: Rel (    61,    52)  ->  Abs (   374,  1458)
	  6: Rel (    48,     0)  ->  Abs (   422,  1458)
	  7: Rel (    73,     0)  ->  Abs (   495,  1458)
	  8: Rel (   330,   -10)  ->  Abs (   825,  1448)
	  9: Rel (    76,   -10)  ->  Abs (   901,  1438)
	 10: Rel (    27,   -33)  ->  Abs (   928,  1405)
	 11: Rel (     0,   -33)  ->  Abs (   928,  1372)
	 12: Rel (     0,   -58)  ->  Abs (   928,  1314)
	 13: Rel (  -119,  -398)  ->  Abs (   809,   916)
	 14: Rel (  -123,  -410)  ->  Abs (   686,   506)
	 15: Rel (  -136,  -525)  ->  Abs (   550,   -19)
	 16: Rel (   -67,  -306)  ->  Abs (   483,  -325)
	 17: Rel (   -14,   -62)  ->  Abs (   469,  -387)
	 18: Rel (   -25,   -46)  ->  Abs (   444,  -433)
	 19: Rel (   -47,   -28)  ->  Abs (   397,  -461)
	 20: Rel (   -30,     0)  ->  Abs (   367,  -461)
	 21: Rel (  -373,     0)  ->  Abs (    -6,  -461)
	 22: Rel (  -115,    34)  ->  Abs (  -121,  -427)
	 23: Rel (     0,    58)  ->  Abs (  -121,  -369)
	 24: Rel (     0,    39)  ->  Abs (  -121,  -330)
	 25: Rel (    55,    58)  ->  Abs (   -66,  -272)
	 26: Rel (    48,     0)  ->  Abs (   -18,  -272)
	 27: Rel (    43,     0)  ->  Abs (    25,  -272)
	 28: Rel (   196,   -11)  ->  Abs (   221,  -283)
	 29: Rel (    74,     0)  ->  Abs (   295,  -283)
	 30: Rel (   209,   944)  ->  Abs (   504,   661)

	Glyph  37: off = 0x00001B42, len = 260
	  numberOfContours:	1
	  xMin:			100
	  yMin:			-461
	  xMax:			1182
	  yMax:			1464

	EndPoints
	---------
	  0:  53

	  Length of Instructions:	108
	00000: NPUSHB      (14):   101    52   117    52     2     5    48     1    73    37 
	                            89    37     2     5 
	00016: PUSHW[1]            -16 
	00019: NPUSHB      (47):    12    17    72    48    51     1    82    51   138    33 
	                            35    20    33    33    35    48    35    51    33    35 
	                            33    43    18     0    28     3   138    22    28    12 
	                             7   138    18     0    25   154    30    30    15    45 
	                           153    40     7    10   153    15    27 
	00068: SVTCA[y-axis] 
	00069: MIAP[rd+ci] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: MIAP[rd+ci] 
	00072: MIRP[nrp0,md,rd,1] 
	00073: SRP2       
	00074: IP         
	00075: MDAP[rd]   
	00076: MIRP[nrp0,md,rd,1] 
	00077: IP         
	00078: IUP[x]     
	00079: SVTCA[x-axis] 
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: MDRP[nrp0,md,rd,1] 
	00083: MDRP[nrp0,nmd,rd,0] 
	00084: MDRP[srp0,nmd,rd,0] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: SRP1       
	00087: IP         
	00088: SRP0       
	00089: MDRP[nrp0,nmd,rd,0] 
	00090: IP         
	00091: IP         
	00092: SRP1       
	00093: SHP[rp1,zp0] 
	00094: SRP1       
	00095: SHP[rp1,zp0] 
	00096: SDPVTL[1]  
	00097: SRP0       
	00098: CALL       
	00099: CALL       
	00100: SRP0       
	00101: MDRP[nrp0,nmd,rd,0] 
	00102: IUP[y]     
	00103: SVTCA[x-axis] 
	00104: CALL       
	00105: DELTAP1    
	00106: DELTAP1    
	00107: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual       Rep-  1 Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual Rep-  2 Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual Rep-  4 Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:              Rep-  2 Y-Short X-Short Off
	 50:                      Y-Short X-Short On
	 51:              Rep-  2 Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   422,   551)  ->  Abs (   422,   551)
	  1: Rel (    51,   -20)  ->  Abs (   473,   531)
	  2: Rel (    57,  -105)  ->  Abs (   530,   426)
	  3: Rel (     0,   -55)  ->  Abs (   530,   371)
	  4: Rel (     0,   -98)  ->  Abs (   530,   273)
	  5: Rel (   -61,  -236)  ->  Abs (   469,    37)
	  6: Rel (   -33,  -128)  ->  Abs (   436,   -91)
	  7: Rel (     0,   -63)  ->  Abs (   436,  -154)
	  8: Rel (     0,   -48)  ->  Abs (   436,  -202)
	  9: Rel (   101,   -77)  ->  Abs (   537,  -279)
	 10: Rel (   145,   -10)  ->  Abs (   682,  -289)
	 11: Rel (    66,    -5)  ->  Abs (   748,  -294)
	 12: Rel (     0,   -79)  ->  Abs (   748,  -373)
	 13: Rel (     0,   -34)  ->  Abs (   748,  -407)
	 14: Rel (   -59,   -54)  ->  Abs (   689,  -461)
	 15: Rel (   -50,     0)  ->  Abs (   639,  -461)
	 16: Rel (  -160,     0)  ->  Abs (   479,  -461)
	 17: Rel (  -229,   174)  ->  Abs (   250,  -287)
	 18: Rel (     0,   121)  ->  Abs (   250,  -166)
	 19: Rel (     0,    84)  ->  Abs (   250,   -82)
	 20: Rel (    43,   166)  ->  Abs (   293,    84)
	 21: Rel (    51,   199)  ->  Abs (   344,   283)
	 22: Rel (     0,    65)  ->  Abs (   344,   348)
	 23: Rel (     0,    51)  ->  Abs (   344,   399)
	 24: Rel (   -92,    69)  ->  Abs (   252,   468)
	 25: Rel (   -82,     7)  ->  Abs (   170,   475)
	 26: Rel (   -28,     3)  ->  Abs (   142,   478)
	 27: Rel (   -42,    46)  ->  Abs (   100,   524)
	 28: Rel (     0,    27)  ->  Abs (   100,   551)
	 29: Rel (     0,    84)  ->  Abs (   100,   635)
	 30: Rel (    90,     6)  ->  Abs (   190,   641)
	 31: Rel (   155,    10)  ->  Abs (   345,   651)
	 32: Rel (   124,    67)  ->  Abs (   469,   718)
	 33: Rel (    55,   131)  ->  Abs (   524,   849)
	 34: Rel (    38,   167)  ->  Abs (   562,  1016)
	 35: Rel (    31,   134)  ->  Abs (   593,  1150)
	 36: Rel (    42,   105)  ->  Abs (   635,  1255)
	 37: Rel (    96,   103)  ->  Abs (   731,  1358)
	 38: Rel (   129,    75)  ->  Abs (   860,  1433)
	 39: Rel (   157,    31)  ->  Abs (  1017,  1464)
	 40: Rel (    87,     0)  ->  Abs (  1104,  1464)
	 41: Rel (    35,     0)  ->  Abs (  1139,  1464)
	 42: Rel (    43,   -49)  ->  Abs (  1182,  1415)
	 43: Rel (     0,   -39)  ->  Abs (  1182,  1376)
	 44: Rel (     0,   -90)  ->  Abs (  1182,  1286)
	 45: Rel (   -90,     0)  ->  Abs (  1092,  1286)
	 46: Rel (  -102,     0)  ->  Abs (   990,  1286)
	 47: Rel (  -136,   -53)  ->  Abs (   854,  1233)
	 48: Rel (   -80,   -93)  ->  Abs (   774,  1140)
	 49: Rel (   -29,  -109)  ->  Abs (   745,  1031)
	 50: Rel (   -18,   -78)  ->  Abs (   727,   953)
	 51: Rel (   -43,  -179)  ->  Abs (   684,   774)
	 52: Rel (   -51,  -108)  ->  Abs (   633,   666)
	 53: Rel (  -134,  -102)  ->  Abs (   499,   564)

	Glyph  38: off = 0x00001C46, len = 106
	  numberOfContours:	1
	  xMin:			168
	  yMin:			-322
	  xMax:			870
	  yMax:			1466

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	43
	00000: NPUSHB      (24):    87     4   119     4     2    12     1    82     5     0 
	                             5   141     9    12    20     9    12    12     5     0 
	                             9     7    14     7 
	00026: SVTCA[y-axis] 
	00027: MIAP[rd+ci] 
	00028: MDAP[rd]   
	00029: IUP[x]     
	00030: SVTCA[x-axis] 
	00031: MDAP[rd]   
	00032: MDRP[nrp0,md,rd,1] 
	00033: SHP[rp1,zp0] 
	00034: SHP[rp2,zp1] 
	00035: SDPVTL[1]  
	00036: CALL       
	00037: SDPVTL[1]  
	00038: CALL       
	00039: MDRP[nrp0,nmd,rd,0] 
	00040: IUP[y]     
	00041: SVTCA[x-axis] 
	00042: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                              X-Short Off
	  4:                                      Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:                                      Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   870,  1411)  ->  Abs (   870,  1411)
	  1: Rel (     0,   -41)  ->  Abs (   870,  1370)
	  2: Rel (   -39,   -90)  ->  Abs (   831,  1280)
	  3: Rel (  -128,  -295)  ->  Abs (   703,   985)
	  4: Rel (  -310,  -984)  ->  Abs (   393,     1)
	  5: Rel (   -37,  -247)  ->  Abs (   356,  -246)
	  6: Rel (   -10,   -76)  ->  Abs (   346,  -322)
	  7: Rel (   -90,     0)  ->  Abs (   256,  -322)
	  8: Rel (   -88,     0)  ->  Abs (   168,  -322)
	  9: Rel (     0,    78)  ->  Abs (   168,  -244)
	 10: Rel (     0,   125)  ->  Abs (   168,  -119)
	 11: Rel (   215,   764)  ->  Abs (   383,   645)
	 12: Rel (   305,   757)  ->  Abs (   688,  1402)
	 13: Rel (    72,    64)  ->  Abs (   760,  1466)
	 14: Rel (    45,     0)  ->  Abs (   805,  1466)
	 15: Rel (    65,     0)  ->  Abs (   870,  1466)

	Glyph  39: off = 0x00001CB0, len = 258
	  numberOfContours:	1
	  xMin:			-182
	  yMin:			-461
	  xMax:			930
	  yMax:			1464

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	104
	00000: NPUSHB      (63):   105    53   121    53   137    53     3    68    38    84 
	                            38   132    38     3     6     0    22     0     2    52 
	                            49     1    82    49   138    37    33    20    37    37 
	                            33    52    33    49    37     0    28     3   138    23 
	                             7   138    37    33    44    14    28    19    56     0 
	                            30   154    26    26    41    11   154    16     7    46 
	                           153    41    27 
	00065: SVTCA[y-axis] 
	00066: MIAP[rd+ci] 
	00067: MIRP[nrp0,md,rd,1] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SRP2       
	00071: IP         
	00072: MDAP[rd]   
	00073: MIRP[nrp0,md,rd,1] 
	00074: IP         
	00075: IUP[x]     
	00076: SVTCA[x-axis] 
	00077: SRP0       
	00078: MDRP[srp0,nmd,rd,0] 
	00079: MDRP[nrp0,nmd,rd,0] 
	00080: MDRP[nrp0,md,rd,1] 
	00081: MDRP[nrp0,nmd,rd,0] 
	00082: IP         
	00083: IP         
	00084: MIRP[nrp0,md,rd,1] 
	00085: MDRP[srp0,nmd,rd,0] 
	00086: MIRP[nrp0,md,rd,1] 
	00087: SRP1       
	00088: IP         
	00089: SRP1       
	00090: SHP[rp1,zp0] 
	00091: SRP1       
	00092: SHP[rp1,zp0] 
	00093: SDPVTL[1]  
	00094: SRP0       
	00095: CALL       
	00096: CALL       
	00097: SRP0       
	00098: MDRP[nrp0,nmd,rd,0] 
	00099: IUP[y]     
	00100: SVTCA[x-axis] 
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual       Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual       Rep-  1 Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual       Rep-  1 Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short On
	 31:              Rep-  3 Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:              Rep-  4 Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:  YDual XDual Rep-  2 Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual Rep-  2 Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   594,   438)  ->  Abs (   594,   438)
	  1: Rel (   -58,    18)  ->  Abs (   536,   456)
	  2: Rel (   -67,   116)  ->  Abs (   469,   572)
	  3: Rel (     0,    55)  ->  Abs (   469,   627)
	  4: Rel (     0,    83)  ->  Abs (   469,   710)
	  5: Rel (    63,   248)  ->  Abs (   532,   958)
	  6: Rel (    23,    84)  ->  Abs (   555,  1042)
	  7: Rel (     0,    82)  ->  Abs (   555,  1124)
	  8: Rel (     0,    68)  ->  Abs (   555,  1192)
	  9: Rel (   -58,    69)  ->  Abs (   497,  1261)
	 10: Rel (   -79,    27)  ->  Abs (   418,  1288)
	 11: Rel (   -82,     8)  ->  Abs (   336,  1296)
	 12: Rel (   -35,     3)  ->  Abs (   301,  1299)
	 13: Rel (   -41,    44)  ->  Abs (   260,  1343)
	 14: Rel (     0,    31)  ->  Abs (   260,  1374)
	 15: Rel (     0,    90)  ->  Abs (   260,  1464)
	 16: Rel (   139,     0)  ->  Abs (   399,  1464)
	 17: Rel (   150,     0)  ->  Abs (   549,  1464)
	 18: Rel (   192,  -175)  ->  Abs (   741,  1289)
	 19: Rel (     0,  -132)  ->  Abs (   741,  1157)
	 20: Rel (     0,   -82)  ->  Abs (   741,  1075)
	 21: Rel (   -43,  -162)  ->  Abs (   698,   913)
	 22: Rel (   -49,  -188)  ->  Abs (   649,   725)
	 23: Rel (     0,   -80)  ->  Abs (   649,   645)
	 24: Rel (     0,   -37)  ->  Abs (   649,   608)
	 25: Rel (    69,   -76)  ->  Abs (   718,   532)
	 26: Rel (   148,   -12)  ->  Abs (   866,   520)
	 27: Rel (    64,    -5)  ->  Abs (   930,   515)
	 28: Rel (     0,   -58)  ->  Abs (   930,   457)
	 29: Rel (     0,   -93)  ->  Abs (   930,   364)
	 30: Rel (   -96,    -8)  ->  Abs (   834,   356)
	 31: Rel (  -116,   -10)  ->  Abs (   718,   346)
	 32: Rel (  -138,   -41)  ->  Abs (   580,   305)
	 33: Rel (   -79,   -80)  ->  Abs (   501,   225)
	 34: Rel (   -28,  -101)  ->  Abs (   473,   124)
	 35: Rel (   -21,  -112)  ->  Abs (   452,    12)
	 36: Rel (   -22,  -122)  ->  Abs (   430,  -110)
	 37: Rel (   -32,  -105)  ->  Abs (   398,  -215)
	 38: Rel (   -95,  -129)  ->  Abs (   303,  -344)
	 39: Rel (  -129,   -83)  ->  Abs (   174,  -427)
	 40: Rel (  -168,   -34)  ->  Abs (     6,  -461)
	 41: Rel (   -90,     0)  ->  Abs (   -84,  -461)
	 42: Rel (   -40,     0)  ->  Abs (  -124,  -461)
	 43: Rel (   -58,    53)  ->  Abs (  -182,  -408)
	 44: Rel (     0,    35)  ->  Abs (  -182,  -373)
	 45: Rel (     0,    92)  ->  Abs (  -182,  -281)
	 46: Rel (    92,     0)  ->  Abs (   -90,  -281)
	 47: Rel (   111,     0)  ->  Abs (    21,  -281)
	 48: Rel (   104,    31)  ->  Abs (   125,  -250)
	 49: Rel (    83,    66)  ->  Abs (   208,  -184)
	 50: Rel (    37,    98)  ->  Abs (   245,   -86)
	 51: Rel (    30,   135)  ->  Abs (   275,    49)
	 52: Rel (    36,   164)  ->  Abs (   311,   213)
	 53: Rel (    50,   109)  ->  Abs (   361,   322)
	 54: Rel (   137,   103)  ->  Abs (   498,   425)

	Glyph  40: off = 0x00001DB2, len = 68
	  numberOfContours:	1
	  xMin:			274
	  yMin:			287
	  xMax:			766
	  yMax:			776

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	22
	00000: NPUSHB      (11):     0    31     6   143     6   159     6     3     6     3 
	                             9 
	00013: SVTCA[y-axis] 
	00014: MDAP[rd]   
	00015: MDRP[nrp0,md,rd,1] 
	00016: SVTCA[x-axis] 
	00017: MDAP[rd]   
	00018: DELTAP1    
	00019: MDRP[nrp0,md,rd,1] 
	00020: IUP[y]     
	00021: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   766,   567)  ->  Abs (   766,   567)
	  1: Rel (     0,  -112)  ->  Abs (   766,   455)
	  2: Rel (  -175,  -168)  ->  Abs (   591,   287)
	  3: Rel (  -112,     0)  ->  Abs (   479,   287)
	  4: Rel (   -86,     0)  ->  Abs (   393,   287)
	  5: Rel (  -119,   120)  ->  Abs (   274,   407)
	  6: Rel (     0,    87)  ->  Abs (   274,   494)
	  7: Rel (     0,   111)  ->  Abs (   274,   605)
	  8: Rel (   181,   171)  ->  Abs (   455,   776)
	  9: Rel (   110,     0)  ->  Abs (   565,   776)
	 10: Rel (    85,     0)  ->  Abs (   650,   776)
	 11: Rel (   116,  -120)  ->  Abs (   766,   656)

	Glyph  41: off = 0x00001DF6, len = 270
	  numberOfContours:	2
	  xMin:			127
	  yMin:			41
	  xMax:			1231
	  yMax:			944

	EndPoints
	---------
	  0:  24
	  1:  49

	  Length of Instructions:	120
	00000: NPUSHB      (60):     6    49    22    49     2   124    48   140    48     2 
	                            55    40     1     4    38    20    38   100    38     3 
	                           138    34     1   138    33     1     6    24    22    24 
	                             2   124    23   140    23     2    55    15     1     4 
	                            13    20    13   100    13     3   138     9     1   138 
	                             8     1    42    31   143     6     1     6    17    25 
	00062: PUSHW[1]            -40 
	00065: PUSHB[4]             13    17    72     0 
	00070: PUSHW[1]            -40 
	00073: NPUSHB      (15):    13    17    72    45   227    25    29   226    36    20 
	                           227     0     4   226    11 
	00090: MDAP[rd]   
	00091: MIRP[nrp0,md,rd,1] 
	00092: IP         
	00093: MIRP[nrp0,md,rd,1] 
	00094: MDRP[srp0,nmd,rd,0] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: IP         
	00097: MIRP[nrp0,md,rd,1] 
	00098: CALL       
	00099: CALL       
	00100: SVTCA[y-axis] 
	00101: MDAP[rd]   
	00102: MDRP[nrp0,nmd,rd,0] 
	00103: DELTAP1    
	00104: IP         
	00105: IP         
	00106: IUP[y]     
	00107: IUP[x]     
	00108: DELTAP1    
	00109: DELTAP1    
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP1    
	00113: DELTAP1    
	00114: DELTAP1    
	00115: DELTAP1    
	00116: DELTAP1    
	00117: DELTAP1    
	00118: DELTAP1    
	00119: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual       Rep-  2 Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual Rep-  1 Y-Short X-Short Off
	 15:  YDual               Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short         On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual       Rep-  2 Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual Rep-  1 Y-Short X-Short Off
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short X-Short On
	 49:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   297,   487)  ->  Abs (   297,   487)
	  1: Rel (   106,  -149)  ->  Abs (   403,   338)
	  2: Rel (   125,  -139)  ->  Abs (   528,   199)
	  3: Rel (    33,   -36)  ->  Abs (   561,   163)
	  4: Rel (     0,   -54)  ->  Abs (   561,   109)
	  5: Rel (     0,   -68)  ->  Abs (   561,    41)
	  6: Rel (   -84,     0)  ->  Abs (   477,    41)
	  7: Rel (   -36,     0)  ->  Abs (   441,    41)
	  8: Rel (   -67,    55)  ->  Abs (   374,    96)
	  9: Rel (  -181,   244)  ->  Abs (   193,   340)
	 10: Rel (   -66,   108)  ->  Abs (   127,   448)
	 11: Rel (     0,    58)  ->  Abs (   127,   506)
	 12: Rel (     0,    30)  ->  Abs (   127,   536)
	 13: Rel (    45,    60)  ->  Abs (   172,   596)
	 14: Rel (   139,   118)  ->  Abs (   311,   714)
	 15: Rel (   257,   194)  ->  Abs (   568,   908)
	 16: Rel (    68,    36)  ->  Abs (   636,   944)
	 17: Rel (    21,     0)  ->  Abs (   657,   944)
	 18: Rel (    36,     0)  ->  Abs (   693,   944)
	 19: Rel (    46,   -39)  ->  Abs (   739,   905)
	 20: Rel (     0,   -31)  ->  Abs (   739,   874)
	 21: Rel (     0,   -29)  ->  Abs (   739,   845)
	 22: Rel (   -25,   -41)  ->  Abs (   714,   804)
	 23: Rel (   -44,   -30)  ->  Abs (   670,   774)
	 24: Rel (  -203,  -136)  ->  Abs (   467,   638)
	 25: Rel (   321,  -151)  ->  Abs (   788,   487)
	 26: Rel (   106,  -149)  ->  Abs (   894,   338)
	 27: Rel (   126,  -139)  ->  Abs (  1020,   199)
	 28: Rel (    33,   -36)  ->  Abs (  1053,   163)
	 29: Rel (     0,   -54)  ->  Abs (  1053,   109)
	 30: Rel (     0,   -68)  ->  Abs (  1053,    41)
	 31: Rel (   -84,     0)  ->  Abs (   969,    41)
	 32: Rel (   -37,     0)  ->  Abs (   932,    41)
	 33: Rel (   -66,    55)  ->  Abs (   866,    96)
	 34: Rel (  -181,   244)  ->  Abs (   685,   340)
	 35: Rel (   -67,   108)  ->  Abs (   618,   448)
	 36: Rel (     0,    58)  ->  Abs (   618,   506)
	 37: Rel (     0,    30)  ->  Abs (   618,   536)
	 38: Rel (    46,    60)  ->  Abs (   664,   596)
	 39: Rel (   139,   118)  ->  Abs (   803,   714)
	 40: Rel (   257,   194)  ->  Abs (  1060,   908)
	 41: Rel (    68,    36)  ->  Abs (  1128,   944)
	 42: Rel (    21,     0)  ->  Abs (  1149,   944)
	 43: Rel (    36,     0)  ->  Abs (  1185,   944)
	 44: Rel (    46,   -39)  ->  Abs (  1231,   905)
	 45: Rel (     0,   -31)  ->  Abs (  1231,   874)
	 46: Rel (     0,   -32)  ->  Abs (  1231,   842)
	 47: Rel (   -30,   -41)  ->  Abs (  1201,   801)
	 48: Rel (   -40,   -27)  ->  Abs (  1161,   774)
	 49: Rel (  -202,  -136)  ->  Abs (   959,   638)

	Glyph  42: off = 0x00001F04, len = 262
	  numberOfContours:	2
	  xMin:			47
	  yMin:			41
	  xMax:			1151
	  yMax:			944

	EndPoints
	---------
	  0:  24
	  1:  49

	  Length of Instructions:	113
	00000: NPUSHB      (81):     9    49    25    49     2   115    48   131    48     2 
	                            56    40     1    11    38    27    38   107    38     3 
	                           133    34     1   132    33     1     9    24    25    24 
	                             2   115    23   131    23     2    56    15     1    11 
	                            13    27    13   107    13     3   133     9     1   132 
	                             8     1    17     6   143    42     1    42    31    25 
	                            40    13    17    72     0    40    13    17    72     0 
	                             4   226    20   227    11    25    29   226    36   227 
	                            45 
	00083: MDAP[rd]   
	00084: MIRP[srp0,md,rd,1] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: IP         
	00087: MDRP[srp0,nmd,rd,0] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: MIRP[nrp0,md,rd,1] 
	00090: IP         
	00091: CALL       
	00092: CALL       
	00093: SVTCA[y-axis] 
	00094: MDAP[rd]   
	00095: MDRP[nrp0,nmd,rd,0] 
	00096: DELTAP1    
	00097: IP         
	00098: IP         
	00099: IUP[y]     
	00100: IUP[x]     
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP1    
	00104: DELTAP1    
	00105: DELTAP1    
	00106: DELTAP1    
	00107: DELTAP1    
	00108: DELTAP1    
	00109: DELTAP1    
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual Rep-  2 Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:              Rep-  1 Y-Short X-Short Off
	 15:                      Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual               Y-Short         On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual Rep-  2 Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:              Rep-  1 Y-Short X-Short Off
	 40:                      Y-Short         Off
	 41:                      Y-Short X-Short Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   981,   498)  ->  Abs (   981,   498)
	  1: Rel (  -106,   149)  ->  Abs (   875,   647)
	  2: Rel (  -125,   139)  ->  Abs (   750,   786)
	  3: Rel (   -33,    36)  ->  Abs (   717,   822)
	  4: Rel (     0,    55)  ->  Abs (   717,   877)
	  5: Rel (     0,    67)  ->  Abs (   717,   944)
	  6: Rel (    84,     0)  ->  Abs (   801,   944)
	  7: Rel (    36,     0)  ->  Abs (   837,   944)
	  8: Rel (    67,   -55)  ->  Abs (   904,   889)
	  9: Rel (   181,  -243)  ->  Abs (  1085,   646)
	 10: Rel (    66,  -109)  ->  Abs (  1151,   537)
	 11: Rel (     0,   -58)  ->  Abs (  1151,   479)
	 12: Rel (     0,   -30)  ->  Abs (  1151,   449)
	 13: Rel (   -45,   -60)  ->  Abs (  1106,   389)
	 14: Rel (  -139,  -118)  ->  Abs (   967,   271)
	 15: Rel (  -257,  -194)  ->  Abs (   710,    77)
	 16: Rel (   -68,   -36)  ->  Abs (   642,    41)
	 17: Rel (   -21,     0)  ->  Abs (   621,    41)
	 18: Rel (   -36,     0)  ->  Abs (   585,    41)
	 19: Rel (   -46,    39)  ->  Abs (   539,    80)
	 20: Rel (     0,    31)  ->  Abs (   539,   111)
	 21: Rel (     0,    30)  ->  Abs (   539,   141)
	 22: Rel (    25,    40)  ->  Abs (   564,   181)
	 23: Rel (    44,    30)  ->  Abs (   608,   211)
	 24: Rel (   203,   137)  ->  Abs (   811,   348)
	 25: Rel (  -322,   150)  ->  Abs (   489,   498)
	 26: Rel (  -106,   149)  ->  Abs (   383,   647)
	 27: Rel (  -125,   139)  ->  Abs (   258,   786)
	 28: Rel (   -33,    36)  ->  Abs (   225,   822)
	 29: Rel (     0,    55)  ->  Abs (   225,   877)
	 30: Rel (     0,    67)  ->  Abs (   225,   944)
	 31: Rel (    84,     0)  ->  Abs (   309,   944)
	 32: Rel (    37,     0)  ->  Abs (   346,   944)
	 33: Rel (    66,   -55)  ->  Abs (   412,   889)
	 34: Rel (   181,  -243)  ->  Abs (   593,   646)
	 35: Rel (    66,  -109)  ->  Abs (   659,   537)
	 36: Rel (     0,   -58)  ->  Abs (   659,   479)
	 37: Rel (     0,   -30)  ->  Abs (   659,   449)
	 38: Rel (   -45,   -60)  ->  Abs (   614,   389)
	 39: Rel (  -139,  -118)  ->  Abs (   475,   271)
	 40: Rel (  -257,  -194)  ->  Abs (   218,    77)
	 41: Rel (   -68,   -36)  ->  Abs (   150,    41)
	 42: Rel (   -21,     0)  ->  Abs (   129,    41)
	 43: Rel (   -36,     0)  ->  Abs (    93,    41)
	 44: Rel (   -46,    39)  ->  Abs (    47,    80)
	 45: Rel (     0,    31)  ->  Abs (    47,   111)
	 46: Rel (     0,    30)  ->  Abs (    47,   141)
	 47: Rel (    25,    40)  ->  Abs (    72,   181)
	 48: Rel (    45,    30)  ->  Abs (   117,   211)
	 49: Rel (   202,   137)  ->  Abs (   319,   348)

	Glyph  43: off = 0x0000200A, len = 74
	  numberOfContours:	1
	  xMin:			184
	  yMin:			612
	  xMax:			1071
	  yMax:			834

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	18
	00000: PUSHB[7]              7    17     0    14     9   153     5 
	00008: SVTCA[y-axis] 
	00009: MDAP[rd]   
	00010: MIRP[srp0,md,rd,1] 
	00011: MDRP[nrp0,nmd,rd,0] 
	00012: SVTCA[x-axis] 
	00013: MDAP[rd]   
	00014: SRP0       
	00015: MDRP[nrp0,nmd,rd,2] 
	00016: IUP[y]     
	00017: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual Rep-  1 Y-Short X-Short Off
	  4:  YDual               Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:                      Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   184,   709)  ->  Abs (   184,   709)
	  1: Rel (     0,    37)  ->  Abs (   184,   746)
	  2: Rel (    63,    54)  ->  Abs (   247,   800)
	  3: Rel (   100,    13)  ->  Abs (   347,   813)
	  4: Rel (   524,    21)  ->  Abs (   871,   834)
	  5: Rel (   124,     0)  ->  Abs (   995,   834)
	  6: Rel (    76,     0)  ->  Abs (  1071,   834)
	  7: Rel (     0,   -74)  ->  Abs (  1071,   760)
	  8: Rel (     0,  -117)  ->  Abs (  1071,   643)
	  9: Rel (   -96,     0)  ->  Abs (   975,   643)
	 10: Rel (  -124,     0)  ->  Abs (   851,   643)
	 11: Rel (  -409,   -14)  ->  Abs (   442,   629)
	 12: Rel (   -51,    -6)  ->  Abs (   391,   623)
	 13: Rel (   -85,   -11)  ->  Abs (   306,   612)
	 14: Rel (   -48,     0)  ->  Abs (   258,   612)
	 15: Rel (   -74,     0)  ->  Abs (   184,   612)

	Glyph  44: off = 0x00002054, len = 78
	  numberOfContours:	1
	  xMin:			184
	  yMin:			612
	  xMax:			1829
	  yMax:			834

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	18
	00000: PUSHB[7]              8    18     0    15    10   153     6 
	00008: SVTCA[y-axis] 
	00009: MDAP[rd]   
	00010: MIRP[srp0,md,rd,1] 
	00011: MDRP[nrp0,nmd,rd,0] 
	00012: SVTCA[x-axis] 
	00013: MDAP[rd]   
	00014: SRP0       
	00015: MDRP[nrp0,nmd,rd,2] 
	00016: IUP[y]     
	00017: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short         On
	  5:  YDual               Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   184,   709)  ->  Abs (   184,   709)
	  1: Rel (     0,    42)  ->  Abs (   184,   751)
	  2: Rel (    78,    55)  ->  Abs (   262,   806)
	  3: Rel (    69,     4)  ->  Abs (   331,   810)
	  4: Rel (   681,    14)  ->  Abs (  1012,   824)
	  5: Rel (   611,    10)  ->  Abs (  1623,   834)
	  6: Rel (   130,     0)  ->  Abs (  1753,   834)
	  7: Rel (    76,     0)  ->  Abs (  1829,   834)
	  8: Rel (     0,   -74)  ->  Abs (  1829,   760)
	  9: Rel (     0,  -117)  ->  Abs (  1829,   643)
	 10: Rel (   -96,     0)  ->  Abs (  1733,   643)
	 11: Rel (  -170,     0)  ->  Abs (  1563,   643)
	 12: Rel ( -1126,   -15)  ->  Abs (   437,   628)
	 13: Rel (   -46,    -5)  ->  Abs (   391,   623)
	 14: Rel (   -85,   -11)  ->  Abs (   306,   612)
	 15: Rel (   -48,     0)  ->  Abs (   258,   612)
	 16: Rel (   -74,     0)  ->  Abs (   184,   612)

	Glyph  45: off = 0x000020A2, len = 166
	  numberOfContours:	2
	  xMin:			418
	  yMin:			897
	  xMax:			1227
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  40

	  Length of Instructions:	42
	00000: NPUSHB      (23):    26    20     0   176     6   178    33    12     7    20 
	                           177    29   175    36   180    23    15   180     3   175 
	                             0   177     9 
	00025: MDAP[rd]   
	00026: MIRP[nrp0,md,rd,1] 
	00027: MIRP[srp0,md,rd,1] 
	00028: MIRP[nrp0,nmd,rd,0] 
	00029: MDRP[srp0,nmd,rd,0] 
	00030: MIRP[nrp0,nmd,rd,0] 
	00031: MIRP[srp0,md,rd,1] 
	00032: MIRP[nrp0,md,rd,1] 
	00033: SVTCA[y-axis] 
	00034: MIAP[rd+ci] 
	00035: SHP[rp1,zp0] 
	00036: MIRP[srp0,nmd,rd,0] 
	00037: MIRP[nrp0,md,rd,1] 
	00038: IP         
	00039: IP         
	00040: IUP[y]     
	00041: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short         On
	 21:        XDual Rep-  1 Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual Rep-  1 Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   602,  1196)  ->  Abs (   602,  1196)
	  1: Rel (    51,    -6)  ->  Abs (   653,  1190)
	  2: Rel (    64,   -71)  ->  Abs (   717,  1119)
	  3: Rel (     0,   -48)  ->  Abs (   717,  1071)
	  4: Rel (     0,   -68)  ->  Abs (   717,  1003)
	  5: Rel (  -111,  -106)  ->  Abs (   606,   897)
	  6: Rel (   -67,     0)  ->  Abs (   539,   897)
	  7: Rel (   -57,     0)  ->  Abs (   482,   897)
	  8: Rel (   -64,    80)  ->  Abs (   418,   977)
	  9: Rel (     0,    72)  ->  Abs (   418,  1049)
	 10: Rel (     0,   114)  ->  Abs (   418,  1163)
	 11: Rel (   203,   301)  ->  Abs (   621,  1464)
	 12: Rel (    73,     0)  ->  Abs (   694,  1464)
	 13: Rel (    24,     0)  ->  Abs (   718,  1464)
	 14: Rel (    38,   -35)  ->  Abs (   756,  1429)
	 15: Rel (     0,   -22)  ->  Abs (   756,  1407)
	 16: Rel (     0,   -29)  ->  Abs (   756,  1378)
	 17: Rel (   -26,   -37)  ->  Abs (   730,  1341)
	 18: Rel (   -42,   -30)  ->  Abs (   688,  1311)
	 19: Rel (   -61,   -44)  ->  Abs (   627,  1267)
	 20: Rel (   446,   -71)  ->  Abs (  1073,  1196)
	 21: Rel (    51,    -6)  ->  Abs (  1124,  1190)
	 22: Rel (    64,   -71)  ->  Abs (  1188,  1119)
	 23: Rel (     0,   -48)  ->  Abs (  1188,  1071)
	 24: Rel (     0,   -68)  ->  Abs (  1188,  1003)
	 25: Rel (  -111,  -106)  ->  Abs (  1077,   897)
	 26: Rel (   -67,     0)  ->  Abs (  1010,   897)
	 27: Rel (   -57,     0)  ->  Abs (   953,   897)
	 28: Rel (   -64,    80)  ->  Abs (   889,   977)
	 29: Rel (     0,    72)  ->  Abs (   889,  1049)
	 30: Rel (     0,    61)  ->  Abs (   889,  1110)
	 31: Rel (    77,   183)  ->  Abs (   966,  1293)
	 32: Rel (   147,   171)  ->  Abs (  1113,  1464)
	 33: Rel (    52,     0)  ->  Abs (  1165,  1464)
	 34: Rel (    24,     0)  ->  Abs (  1189,  1464)
	 35: Rel (    38,   -35)  ->  Abs (  1227,  1429)
	 36: Rel (     0,   -22)  ->  Abs (  1227,  1407)
	 37: Rel (     0,   -33)  ->  Abs (  1227,  1374)
	 38: Rel (   -32,   -37)  ->  Abs (  1195,  1337)
	 39: Rel (   -36,   -26)  ->  Abs (  1159,  1311)
	 40: Rel (   -61,   -44)  ->  Abs (  1098,  1267)

	Glyph  46: off = 0x00002148, len = 166
	  numberOfContours:	2
	  xMin:			395
	  yMin:			897
	  xMax:			1204
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  40

	  Length of Instructions:	42
	00000: NPUSHB      (23):    33    12   178    26    20     0   176     6     7    36 
	                           180    23   175    20   177    29     0   177     9   175 
	                            15   180     3 
	00025: MDAP[rd]   
	00026: MIRP[nrp0,nmd,rd,0] 
	00027: MIRP[srp0,md,rd,1] 
	00028: MIRP[nrp0,md,rd,1] 
	00029: MDRP[srp0,nmd,rd,0] 
	00030: MIRP[nrp0,md,rd,1] 
	00031: MIRP[srp0,md,rd,1] 
	00032: MIRP[nrp0,nmd,rd,0] 
	00033: SVTCA[y-axis] 
	00034: MIAP[rd+ci] 
	00035: MIRP[nrp0,md,rd,1] 
	00036: IP         
	00037: IP         
	00038: MIRP[nrp0,nmd,rd,0] 
	00039: SHP[rp2,zp1] 
	00040: IUP[y]     
	00041: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual       Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual               Y-Short         On
	 21:  YDual       Rep-  1 Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:              Rep-  1 Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   549,  1165)  ->  Abs (   549,  1165)
	  1: Rel (   -51,     6)  ->  Abs (   498,  1171)
	  2: Rel (   -64,    71)  ->  Abs (   434,  1242)
	  3: Rel (     0,    48)  ->  Abs (   434,  1290)
	  4: Rel (     0,    70)  ->  Abs (   434,  1360)
	  5: Rel (   111,   104)  ->  Abs (   545,  1464)
	  6: Rel (    67,     0)  ->  Abs (   612,  1464)
	  7: Rel (    57,     0)  ->  Abs (   669,  1464)
	  8: Rel (    64,   -79)  ->  Abs (   733,  1385)
	  9: Rel (     0,   -72)  ->  Abs (   733,  1313)
	 10: Rel (     0,  -115)  ->  Abs (   733,  1198)
	 11: Rel (  -203,  -301)  ->  Abs (   530,   897)
	 12: Rel (   -73,     0)  ->  Abs (   457,   897)
	 13: Rel (   -24,     0)  ->  Abs (   433,   897)
	 14: Rel (   -38,    36)  ->  Abs (   395,   933)
	 15: Rel (     0,    21)  ->  Abs (   395,   954)
	 16: Rel (     0,    34)  ->  Abs (   395,   988)
	 17: Rel (    32,    37)  ->  Abs (   427,  1025)
	 18: Rel (    36,    26)  ->  Abs (   463,  1051)
	 19: Rel (    61,    43)  ->  Abs (   524,  1094)
	 20: Rel (   496,    71)  ->  Abs (  1020,  1165)
	 21: Rel (   -51,     6)  ->  Abs (   969,  1171)
	 22: Rel (   -64,    71)  ->  Abs (   905,  1242)
	 23: Rel (     0,    48)  ->  Abs (   905,  1290)
	 24: Rel (     0,    69)  ->  Abs (   905,  1359)
	 25: Rel (   111,   105)  ->  Abs (  1016,  1464)
	 26: Rel (    67,     0)  ->  Abs (  1083,  1464)
	 27: Rel (    57,     0)  ->  Abs (  1140,  1464)
	 28: Rel (    64,   -79)  ->  Abs (  1204,  1385)
	 29: Rel (     0,   -72)  ->  Abs (  1204,  1313)
	 30: Rel (     0,   -62)  ->  Abs (  1204,  1251)
	 31: Rel (   -77,  -182)  ->  Abs (  1127,  1069)
	 32: Rel (  -147,  -172)  ->  Abs (   980,   897)
	 33: Rel (   -52,     0)  ->  Abs (   928,   897)
	 34: Rel (   -24,     0)  ->  Abs (   904,   897)
	 35: Rel (   -38,    36)  ->  Abs (   866,   933)
	 36: Rel (     0,    21)  ->  Abs (   866,   954)
	 37: Rel (     0,    34)  ->  Abs (   866,   988)
	 38: Rel (    32,    37)  ->  Abs (   898,  1025)
	 39: Rel (    36,    26)  ->  Abs (   934,  1051)
	 40: Rel (    61,    43)  ->  Abs (   995,  1094)

	Glyph  47: off = 0x000021EE, len = 92
	  numberOfContours:	1
	  xMin:			418
	  yMin:			897
	  xMax:			756
	  yMax:			1464

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	25
	00000: NPUSHB      (13):     0   176     6   178    12     7    15   180     3   175 
	                             0   177     9 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,md,rd,1] 
	00017: MIRP[srp0,md,rd,1] 
	00018: MIRP[nrp0,nmd,rd,0] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[srp0,nmd,rd,0] 
	00022: MIRP[nrp0,md,rd,1] 
	00023: IUP[y]     
	00024: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   602,  1196)  ->  Abs (   602,  1196)
	  1: Rel (    51,    -6)  ->  Abs (   653,  1190)
	  2: Rel (    64,   -71)  ->  Abs (   717,  1119)
	  3: Rel (     0,   -48)  ->  Abs (   717,  1071)
	  4: Rel (     0,   -68)  ->  Abs (   717,  1003)
	  5: Rel (  -111,  -106)  ->  Abs (   606,   897)
	  6: Rel (   -67,     0)  ->  Abs (   539,   897)
	  7: Rel (   -57,     0)  ->  Abs (   482,   897)
	  8: Rel (   -64,    80)  ->  Abs (   418,   977)
	  9: Rel (     0,    72)  ->  Abs (   418,  1049)
	 10: Rel (     0,   114)  ->  Abs (   418,  1163)
	 11: Rel (   203,   301)  ->  Abs (   621,  1464)
	 12: Rel (    73,     0)  ->  Abs (   694,  1464)
	 13: Rel (    24,     0)  ->  Abs (   718,  1464)
	 14: Rel (    38,   -35)  ->  Abs (   756,  1429)
	 15: Rel (     0,   -22)  ->  Abs (   756,  1407)
	 16: Rel (     0,   -29)  ->  Abs (   756,  1378)
	 17: Rel (   -26,   -37)  ->  Abs (   730,  1341)
	 18: Rel (   -42,   -30)  ->  Abs (   688,  1311)
	 19: Rel (   -61,   -44)  ->  Abs (   627,  1267)

	Glyph  48: off = 0x0000224A, len = 92
	  numberOfContours:	1
	  xMin:			395
	  yMin:			897
	  xMax:			733
	  yMax:			1464

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	25
	00000: NPUSHB      (13):    12   178     0   176     6     7     0   177     9   175 
	                            15   180     3 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,nmd,rd,0] 
	00017: MIRP[srp0,md,rd,1] 
	00018: MIRP[nrp0,md,rd,1] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[nrp0,md,rd,1] 
	00022: MIRP[nrp0,nmd,rd,0] 
	00023: IUP[y]     
	00024: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual       Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   549,  1165)  ->  Abs (   549,  1165)
	  1: Rel (   -51,     6)  ->  Abs (   498,  1171)
	  2: Rel (   -64,    71)  ->  Abs (   434,  1242)
	  3: Rel (     0,    48)  ->  Abs (   434,  1290)
	  4: Rel (     0,    70)  ->  Abs (   434,  1360)
	  5: Rel (   111,   104)  ->  Abs (   545,  1464)
	  6: Rel (    67,     0)  ->  Abs (   612,  1464)
	  7: Rel (    57,     0)  ->  Abs (   669,  1464)
	  8: Rel (    64,   -79)  ->  Abs (   733,  1385)
	  9: Rel (     0,   -72)  ->  Abs (   733,  1313)
	 10: Rel (     0,  -115)  ->  Abs (   733,  1198)
	 11: Rel (  -203,  -301)  ->  Abs (   530,   897)
	 12: Rel (   -73,     0)  ->  Abs (   457,   897)
	 13: Rel (   -24,     0)  ->  Abs (   433,   897)
	 14: Rel (   -38,    36)  ->  Abs (   395,   933)
	 15: Rel (     0,    21)  ->  Abs (   395,   954)
	 16: Rel (     0,    34)  ->  Abs (   395,   988)
	 17: Rel (    32,    37)  ->  Abs (   427,  1025)
	 18: Rel (    36,    26)  ->  Abs (   463,  1051)
	 19: Rel (    61,    43)  ->  Abs (   524,  1094)

	Glyph  49: off = 0x000022A6, len = 60
	  numberOfContours:	1
	  xMin:			266
	  yMin:			381
	  xMax:			565
	  yMax:			680

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	14
	00000: PUSHB[6]              3   176     9     0   175     6 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[nrp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   565,   551)  ->  Abs (   565,   551)
	  1: Rel (     0,   -69)  ->  Abs (   565,   482)
	  2: Rel (  -106,  -101)  ->  Abs (   459,   381)
	  3: Rel (   -68,     0)  ->  Abs (   391,   381)
	  4: Rel (   -52,     0)  ->  Abs (   339,   381)
	  5: Rel (   -73,    73)  ->  Abs (   266,   454)
	  6: Rel (     0,    52)  ->  Abs (   266,   506)
	  7: Rel (     0,    68)  ->  Abs (   266,   574)
	  8: Rel (   111,   106)  ->  Abs (   377,   680)
	  9: Rel (    67,     0)  ->  Abs (   444,   680)
	 10: Rel (    52,     0)  ->  Abs (   496,   680)
	 11: Rel (    69,   -74)  ->  Abs (   565,   606)

	Glyph  50: off = 0x000022E2, len = 92
	  numberOfContours:	1
	  xMin:			332
	  yMin:			543
	  xMax:			670
	  yMax:			1110

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	24
	00000: NPUSHB      (12):    12   178     0   176     6    15   180     3   175     0 
	                           177     9 
	00014: MDAP[rd]   
	00015: MIRP[nrp0,md,rd,1] 
	00016: MIRP[srp0,md,rd,1] 
	00017: MIRP[nrp0,nmd,rd,0] 
	00018: SVTCA[y-axis] 
	00019: MDAP[rd]   
	00020: MIRP[nrp0,md,rd,1] 
	00021: MIRP[nrp0,nmd,rd,0] 
	00022: IUP[y]     
	00023: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   516,   842)  ->  Abs (   516,   842)
	  1: Rel (    51,    -6)  ->  Abs (   567,   836)
	  2: Rel (    64,   -71)  ->  Abs (   631,   765)
	  3: Rel (     0,   -48)  ->  Abs (   631,   717)
	  4: Rel (     0,   -69)  ->  Abs (   631,   648)
	  5: Rel (  -111,  -105)  ->  Abs (   520,   543)
	  6: Rel (   -67,     0)  ->  Abs (   453,   543)
	  7: Rel (   -56,     0)  ->  Abs (   397,   543)
	  8: Rel (   -65,    79)  ->  Abs (   332,   622)
	  9: Rel (     0,    72)  ->  Abs (   332,   694)
	 10: Rel (     0,   115)  ->  Abs (   332,   809)
	 11: Rel (   203,   301)  ->  Abs (   535,  1110)
	 12: Rel (    74,     0)  ->  Abs (   609,  1110)
	 13: Rel (    24,     0)  ->  Abs (   633,  1110)
	 14: Rel (    37,   -36)  ->  Abs (   670,  1074)
	 15: Rel (     0,   -21)  ->  Abs (   670,  1053)
	 16: Rel (     0,   -33)  ->  Abs (   670,  1020)
	 17: Rel (   -31,   -38)  ->  Abs (   639,   982)
	 18: Rel (   -37,   -25)  ->  Abs (   602,   957)
	 19: Rel (   -60,   -44)  ->  Abs (   542,   913)

	Glyph  51: off = 0x0000233E, len = 134
	  numberOfContours:	2
	  xMin:			176
	  yMin:			-8
	  xMax:			627
	  yMax:			1008

	EndPoints
	---------
	  0:  19
	  1:  31

	  Length of Instructions:	34
	00000: NPUSHB      (18):    12   178     0   176     6    29   176    23    15   180 
	                             3   175     0   177     9    20   175    26 
	00020: MDAP[rd]   
	00021: MIRP[nrp0,md,rd,1] 
	00022: MDRP[srp0,nmd,rd,0] 
	00023: MIRP[nrp0,md,rd,1] 
	00024: MIRP[srp0,md,rd,1] 
	00025: MIRP[nrp0,nmd,rd,0] 
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: MIRP[nrp0,md,rd,1] 
	00029: MDRP[srp0,nmd,rd,0] 
	00030: MIRP[nrp0,md,rd,1] 
	00031: MIRP[nrp0,nmd,rd,0] 
	00032: IUP[y]     
	00033: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                              X-Short On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   473,   739)  ->  Abs (   473,   739)
	  1: Rel (    51,    -6)  ->  Abs (   524,   733)
	  2: Rel (    64,   -70)  ->  Abs (   588,   663)
	  3: Rel (     0,   -49)  ->  Abs (   588,   614)
	  4: Rel (     0,   -68)  ->  Abs (   588,   546)
	  5: Rel (  -111,  -106)  ->  Abs (   477,   440)
	  6: Rel (   -67,     0)  ->  Abs (   410,   440)
	  7: Rel (   -57,     0)  ->  Abs (   353,   440)
	  8: Rel (   -64,    80)  ->  Abs (   289,   520)
	  9: Rel (     0,    72)  ->  Abs (   289,   592)
	 10: Rel (     0,   115)  ->  Abs (   289,   707)
	 11: Rel (   203,   301)  ->  Abs (   492,  1008)
	 12: Rel (    73,     0)  ->  Abs (   565,  1008)
	 13: Rel (    24,     0)  ->  Abs (   589,  1008)
	 14: Rel (    38,   -36)  ->  Abs (   627,   972)
	 15: Rel (     0,   -22)  ->  Abs (   627,   950)
	 16: Rel (     0,   -33)  ->  Abs (   627,   917)
	 17: Rel (   -32,   -37)  ->  Abs (   595,   880)
	 18: Rel (   -36,   -26)  ->  Abs (   559,   854)
	 19: Rel (   -61,   -44)  ->  Abs (   498,   810)
	 20: Rel (   -23,  -648)  ->  Abs (   475,   162)
	 21: Rel (     0,   -69)  ->  Abs (   475,    93)
	 22: Rel (  -106,  -101)  ->  Abs (   369,    -8)
	 23: Rel (   -68,     0)  ->  Abs (   301,    -8)
	 24: Rel (   -52,     0)  ->  Abs (   249,    -8)
	 25: Rel (   -73,    73)  ->  Abs (   176,    65)
	 26: Rel (     0,    52)  ->  Abs (   176,   117)
	 27: Rel (     0,    69)  ->  Abs (   176,   186)
	 28: Rel (   111,   105)  ->  Abs (   287,   291)
	 29: Rel (    67,     0)  ->  Abs (   354,   291)
	 30: Rel (    52,     0)  ->  Abs (   406,   291)
	 31: Rel (    69,   -74)  ->  Abs (   475,   217)

	Glyph  52: off = 0x000023C4, len = 222
	  numberOfContours:	2
	  xMin:			203
	  yMin:			-8
	  xMax:			1004
	  yMax:			1446

	EndPoints
	---------
	  0:  35
	  1:  47

	  Length of Instructions:	84
	00000: NPUSHB      (58):   106    34   122    34   138    34     3    54    29    70 
	                            29    86    29     3   121    21   137    21     2    38 
	                             5    54     5   102     5     3   144    32     1    32 
	                             0   153    27     6    11    45   176    39     4     8 
	                           137    14    18    18    30     3   137    24    36   175 
	                            79    42    95    42   111    42     3    42 
	00060: MDAP[rd]   
	00061: DELTAP1    
	00062: MIRP[nrp0,md,rd,1] 
	00063: MDRP[srp0,nmd,rd,0] 
	00064: MIRP[nrp0,md,rd,1] 
	00065: MDRP[nrp0,nmd,rd,0] 
	00066: IP         
	00067: MDAP[rd]   
	00068: MDRP[nrp0,nmd,rd,0] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SVTCA[y-axis] 
	00071: MIAP[rd+ci] 
	00072: MIRP[srp0,md,rd,1] 
	00073: MDRP[nrp0,nmd,rd,2] 
	00074: MIAP[rd+ci] 
	00075: MIRP[nrp0,md,rd,1] 
	00076: MDRP[nrp0,md,rd,1] 
	00077: DELTAP1    
	00078: IUP[y]     
	00079: IUP[x]     
	00080: DELTAP1    
	00081: DELTAP1    
	00082: DELTAP1    
	00083: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:                      Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual Rep-  1 Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual       Rep-  1 Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual               Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:                              X-Short On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   680,  1280)  ->  Abs (   680,  1280)
	  1: Rel (  -104,     0)  ->  Abs (   576,  1280)
	  2: Rel (  -134,  -145)  ->  Abs (   442,  1135)
	  3: Rel (     0,   -76)  ->  Abs (   442,  1059)
	  4: Rel (     0,   -63)  ->  Abs (   442,   996)
	  5: Rel (    68,  -115)  ->  Abs (   510,   881)
	  6: Rel (    54,   -91)  ->  Abs (   564,   790)
	  7: Rel (    28,   -97)  ->  Abs (   592,   693)
	  8: Rel (     0,   -42)  ->  Abs (   592,   651)
	  9: Rel (     0,   -69)  ->  Abs (   592,   582)
	 10: Rel (   -82,  -142)  ->  Abs (   510,   440)
	 11: Rel (   -64,     0)  ->  Abs (   446,   440)
	 12: Rel (   -30,     0)  ->  Abs (   416,   440)
	 13: Rel (   -39,    40)  ->  Abs (   377,   480)
	 14: Rel (     0,    32)  ->  Abs (   377,   512)
	 15: Rel (     0,    24)  ->  Abs (   377,   536)
	 16: Rel (    18,    37)  ->  Abs (   395,   573)
	 17: Rel (    21,    42)  ->  Abs (   416,   615)
	 18: Rel (     0,    32)  ->  Abs (   416,   647)
	 19: Rel (     0,    27)  ->  Abs (   416,   674)
	 20: Rel (   -23,    62)  ->  Abs (   393,   736)
	 21: Rel (   -46,    63)  ->  Abs (   347,   799)
	 22: Rel (   -64,    89)  ->  Abs (   283,   888)
	 23: Rel (   -35,   116)  ->  Abs (   248,  1004)
	 24: Rel (     0,    55)  ->  Abs (   248,  1059)
	 25: Rel (     0,   148)  ->  Abs (   248,  1207)
	 26: Rel (   253,   239)  ->  Abs (   501,  1446)
	 27: Rel (   204,     0)  ->  Abs (   705,  1446)
	 28: Rel (   123,     0)  ->  Abs (   828,  1446)
	 29: Rel (   176,  -119)  ->  Abs (  1004,  1327)
	 30: Rel (     0,   -74)  ->  Abs (  1004,  1253)
	 31: Rel (     0,   -77)  ->  Abs (  1004,  1176)
	 32: Rel (   -93,     0)  ->  Abs (   911,  1176)
	 33: Rel (   -29,     0)  ->  Abs (   882,  1176)
	 34: Rel (   -49,    40)  ->  Abs (   833,  1216)
	 35: Rel (   -79,    64)  ->  Abs (   754,  1280)
	 36: Rel (  -252, -1118)  ->  Abs (   502,   162)
	 37: Rel (     0,   -68)  ->  Abs (   502,    94)
	 38: Rel (  -106,  -102)  ->  Abs (   396,    -8)
	 39: Rel (   -68,     0)  ->  Abs (   328,    -8)
	 40: Rel (   -52,     0)  ->  Abs (   276,    -8)
	 41: Rel (   -73,    73)  ->  Abs (   203,    65)
	 42: Rel (     0,    52)  ->  Abs (   203,   117)
	 43: Rel (     0,    69)  ->  Abs (   203,   186)
	 44: Rel (   110,   105)  ->  Abs (   313,   291)
	 45: Rel (    68,     0)  ->  Abs (   381,   291)
	 46: Rel (    52,     0)  ->  Abs (   433,   291)
	 47: Rel (    69,   -74)  ->  Abs (   502,   217)

	Glyph  53: off = 0x000024A2, len = 166
	  numberOfContours:	3
	  xMin:			-115
	  yMin:			-219
	  xMax:			1059
	  yMax:			1100

	EndPoints
	---------
	  0:  18
	  1:  19
	  2:  20

	  Length of Instructions:	81
	00000: NPUSHB      (10):    10    14    26    14   138    14     3     9     3     5 
	00012: PUSHW[1]            -32 
	00015: NPUSHB      (14):    12    16    72     0     4     1    16     5    20     2 
	                           233    16   229    19 
	00031: PUSHW[1]            258 
	00034: NPUSHB      (18):     9    15    19    19     0    20     6   251    12    64 
	                            22    12   245     2    21     0   240     2 
	00054: CALL       
	00055: CALL       
	00056: SVTCA[x-axis] 
	00057: SMD        
	00058: RTG        
	00059: SRP0       
	00060: FLIPON     
	00061: MIRP[nrp0,md,rd,1] 
	00062: MDRP[nrp0,nmd,rd,0] 
	00063: SRP2       
	00064: IP         
	00065: MDAP[rd]   
	00066: SVTCA[y-axis] 
	00067: MIAP[rd+ci] 
	00068: MIAP[rd+ci] 
	00069: MIAP[rd+ci] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: MDRP[nrp0,nmd,rd,2] 
	00072: IUP[y]     
	00073: IUP[x]     
	00074: SDS        
	00075: SDB        
	00076: DELTAP1    
	00077: CALL       
	00078: SDS        
	00079: SDB        
	00080: DELTAP1    

	Flags
	-----
	  0:                      Y-Short X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short         Off
	  5:                                      Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual Rep-  1 Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:              Rep-  1                 Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:              Rep-  1                 On

	Coordinates
	-----------
	  0: Rel (  -115,  -100)  ->  Abs (  -115,  -100)
	  1: Rel (     0,    44)  ->  Abs (  -115,   -56)
	  2: Rel (    53,    47)  ->  Abs (   -62,    -9)
	  3: Rel (    62,    19)  ->  Abs (     0,    10)
	  4: Rel (   303,    96)  ->  Abs (   303,   106)
	  5: Rel (   467,   389)  ->  Abs (   770,   495)
	  6: Rel (   111,   240)  ->  Abs (   881,   735)
	  7: Rel (    21,    45)  ->  Abs (   902,   780)
	  8: Rel (    42,    43)  ->  Abs (   944,   823)
	  9: Rel (    43,     0)  ->  Abs (   987,   823)
	 10: Rel (    33,     0)  ->  Abs (  1020,   823)
	 11: Rel (    39,   -45)  ->  Abs (  1059,   778)
	 12: Rel (     0,   -33)  ->  Abs (  1059,   745)
	 13: Rel (     0,  -118)  ->  Abs (  1059,   627)
	 14: Rel (  -389,  -455)  ->  Abs (   670,   172)
	 15: Rel (  -562,  -356)  ->  Abs (   108,  -184)
	 16: Rel (  -120,     0)  ->  Abs (   -12,  -184)
	 17: Rel (   -46,     0)  ->  Abs (   -58,  -184)
	 18: Rel (   -57,    47)  ->  Abs (  -115,  -137)
	 19: Rel (   744,  1237)  ->  Abs (   629,  1100)
	 20: Rel (   385, -1319)  ->  Abs (  1014,  -219)

	Glyph  54: off = 0x00002548, len = 218
	  numberOfContours:	3
	  xMin:			-115
	  yMin:			-184
	  xMax:			1591
	  yMax:			1100

	EndPoints
	---------
	  0:  29
	  1:  30
	  2:  31

	  Length of Instructions:	103
	00000: NPUSHB      (15):    89    11     1    28    40    10    17    72    53     9 
	                            85     9     2     3    30 
	00017: PUSHW[1]            258 
	00020: NPUSHB      (43):    11    16     0   233    19    24    16    15    31     7 
	                           234     3   229     0     0    32     0    48     0     3 
	                            12     5    30    30    27    13    11   251    64    19 
	                             0     0     6    31    27    33    27   246     2    32 
	                             6   240     2 
	00065: CALL       
	00066: CALL       
	00067: SVTCA[x-axis] 
	00068: RTG        
	00069: SRP0       
	00070: MDRP[nrp0,nmd,rd,0] 
	00071: SRP2       
	00072: IP         
	00073: MDAP[rd]   
	00074: MDRP[nrp0,nmd,rd,1] 
	00075: SMD        
	00076: FLIPON     
	00077: MIRP[srp0,md,rd,1] 
	00078: MDRP[nrp0,md,rd,1] 
	00079: SRP1       
	00080: IP         
	00081: MDAP[rd]   
	00082: SDS        
	00083: SDB        
	00084: DELTAP1    
	00085: SVTCA[y-axis] 
	00086: MIAP[rd+ci] 
	00087: MIRP[nrp0,md,rd,1] 
	00088: MDRP[nrp0,nmd,rd,0] 
	00089: MIAP[rd+ci] 
	00090: MDRP[nrp0,nmd,rd,0] 
	00091: MDRP[srp0,md,rd,1] 
	00092: MIRP[nrp0,md,rd,1] 
	00093: SRP1       
	00094: IP         
	00095: MIAP[rd+ci] 
	00096: IUP[y]     
	00097: IUP[x]     
	00098: SDS        
	00099: DELTAP1    
	00100: CALL       
	00101: SVTCA[x-axis] 
	00102: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1                 Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:                                      Off
	 11:        XDual                 X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual Rep-  1 Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short         Off
	 30:                              X-Short On
	 31:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1065,   580)  ->  Abs (  1065,   580)
	  1: Rel (  -291,  -383)  ->  Abs (   774,   197)
	  2: Rel (  -643,  -381)  ->  Abs (   131,  -184)
	  3: Rel (  -141,     0)  ->  Abs (   -10,  -184)
	  4: Rel (   -48,     0)  ->  Abs (   -58,  -184)
	  5: Rel (   -57,    48)  ->  Abs (  -115,  -136)
	  6: Rel (     0,    40)  ->  Abs (  -115,   -96)
	  7: Rel (     0,    79)  ->  Abs (  -115,   -17)
	  8: Rel (   133,    25)  ->  Abs (    18,     8)
	  9: Rel (   217,    41)  ->  Abs (   235,    49)
	 10: Rel (   420,   290)  ->  Abs (   655,   339)
	 11: Rel (   230,   273)  ->  Abs (   885,   612)
	 12: Rel (   -49,    34)  ->  Abs (   836,   646)
	 13: Rel (     0,    54)  ->  Abs (   836,   700)
	 14: Rel (     0,    48)  ->  Abs (   836,   748)
	 15: Rel (    82,    73)  ->  Abs (   918,   821)
	 16: Rel (    51,     0)  ->  Abs (   969,   821)
	 17: Rel (    49,     0)  ->  Abs (  1018,   821)
	 18: Rel (    70,   -41)  ->  Abs (  1088,   780)
	 19: Rel (     4,   -26)  ->  Abs (  1092,   754)
	 20: Rel (   188,    14)  ->  Abs (  1280,   768)
	 21: Rel (   126,   135)  ->  Abs (  1406,   903)
	 22: Rel (    33,    35)  ->  Abs (  1439,   938)
	 23: Rel (    41,    29)  ->  Abs (  1480,   967)
	 24: Rel (    31,     0)  ->  Abs (  1511,   967)
	 25: Rel (    36,     0)  ->  Abs (  1547,   967)
	 26: Rel (    44,   -43)  ->  Abs (  1591,   924)
	 27: Rel (     0,   -33)  ->  Abs (  1591,   891)
	 28: Rel (     0,  -107)  ->  Abs (  1591,   784)
	 29: Rel (  -326,  -187)  ->  Abs (  1265,   597)
	 30: Rel (   -98,   503)  ->  Abs (  1167,  1100)
	 31: Rel (    86, -1196)  ->  Abs (  1253,   -96)

	Glyph  55: off = 0x00002622, len = 292
	  numberOfContours:	3
	  xMin:			-115
	  yMin:			-184
	  xMax:			1686
	  yMax:			1100

	EndPoints
	---------
	  0:  43
	  1:  44
	  2:  45

	  Length of Instructions:	144
	00000: NPUSHB      (33):    10    41    26    41    42    41     3     9    58    37 
	                            74    37    90    37     3     2    32    18    32    34 
	                            32     3    12    35    10     1     3     1    24     9 
	                            16    72    44 
	00035: PUSHW[1]            258 
	00038: NPUSHB      (54):    16    11    42    27    42    43    42     3    15    42 
	                            30    25    39    11     0   231    16    20    34    25 
	                            15    45    15     8     1    28     4     8   232     3 
	                           229    45    44    45    44    36    14    13    11   251 
	                            64    20     0     0    36     6    47    36   246     2 
	                            46     6   240     2 
	00094: CALL       
	00095: CALL       
	00096: SVTCA[x-axis] 
	00097: SRP1       
	00098: SRP2       
	00099: IP         
	00100: RTG        
	00101: MDAP[rd]   
	00102: SHP[rp1,zp0] 
	00103: SMD        
	00104: FLIPON     
	00105: MIRP[srp0,md,rd,1] 
	00106: MDRP[nrp0,md,rd,1] 
	00107: SRP1       
	00108: SRP2       
	00109: IP         
	00110: IP         
	00111: MDAP[rd]   
	00112: MDAP[rd]   
	00113: SVTCA[y-axis] 
	00114: MIAP[rd+ci] 
	00115: MIRP[nrp0,md,rd,1] 
	00116: SDS        
	00117: SDB        
	00118: DELTAP1    
	00119: MDRP[nrp0,nmd,rd,0] 
	00120: MIAP[rd+ci] 
	00121: MDRP[nrp0,nmd,rd,0] 
	00122: MDRP[srp0,nmd,rd,0] 
	00123: IP         
	00124: MIRP[srp0,md,rd,1] 
	00125: SHP[rp2,zp1] 
	00126: MDRP[nrp0,nmd,rd,2] 
	00127: SRP1       
	00128: IP         
	00129: IP         
	00130: SDB        
	00131: DELTAP1    
	00132: MDAP[rd]   
	00133: MIAP[rd+ci] 
	00134: IUP[y]     
	00135: IUP[x]     
	00136: CALL       
	00137: SDS        
	00138: DELTAP1    
	00139: SDB        
	00140: DELTAP1    
	00141: DELTAP1    
	00142: SDB        
	00143: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                              X-Short Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:                                      Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:        XDual Rep-  1         X-Short On

	Coordinates
	-----------
	  0: Rel (   942,   483)  ->  Abs (   942,   483)
	  1: Rel (  -228,  -262)  ->  Abs (   714,   221)
	  2: Rel (  -634,  -405)  ->  Abs (    80,  -184)
	  3: Rel (   -90,     0)  ->  Abs (   -10,  -184)
	  4: Rel (   -48,     0)  ->  Abs (   -58,  -184)
	  5: Rel (   -57,    48)  ->  Abs (  -115,  -136)
	  6: Rel (     0,    40)  ->  Abs (  -115,   -96)
	  7: Rel (     0,    72)  ->  Abs (  -115,   -24)
	  8: Rel (    90,    26)  ->  Abs (   -25,     2)
	  9: Rel (   161,    47)  ->  Abs (   136,    49)
	 10: Rel (   482,   311)  ->  Abs (   618,   360)
	 11: Rel (   144,   162)  ->  Abs (   762,   522)
	 12: Rel (   -94,    54)  ->  Abs (   668,   576)
	 13: Rel (     0,    86)  ->  Abs (   668,   662)
	 14: Rel (     0,    42)  ->  Abs (   668,   704)
	 15: Rel (    57,    76)  ->  Abs (   725,   780)
	 16: Rel (    61,     0)  ->  Abs (   786,   780)
	 17: Rel (    55,     0)  ->  Abs (   841,   780)
	 18: Rel (    40,   -45)  ->  Abs (   881,   735)
	 19: Rel (    34,   -39)  ->  Abs (   915,   696)
	 20: Rel (    41,     0)  ->  Abs (   956,   696)
	 21: Rel (    28,     0)  ->  Abs (   984,   696)
	 22: Rel (    58,    23)  ->  Abs (  1042,   719)
	 23: Rel (    47,    43)  ->  Abs (  1089,   762)
	 24: Rel (    65,    59)  ->  Abs (  1154,   821)
	 25: Rel (    50,     0)  ->  Abs (  1204,   821)
	 26: Rel (    24,     0)  ->  Abs (  1228,   821)
	 27: Rel (    45,   -24)  ->  Abs (  1273,   797)
	 28: Rel (    41,   -53)  ->  Abs (  1314,   744)
	 29: Rel (    32,   -43)  ->  Abs (  1346,   701)
	 30: Rel (    20,   -19)  ->  Abs (  1366,   682)
	 31: Rel (    69,    34)  ->  Abs (  1435,   716)
	 32: Rel (    50,    97)  ->  Abs (  1485,   813)
	 33: Rel (    51,    94)  ->  Abs (  1536,   907)
	 34: Rel (    57,     0)  ->  Abs (  1593,   907)
	 35: Rel (    93,     0)  ->  Abs (  1686,   907)
	 36: Rel (     0,   -88)  ->  Abs (  1686,   819)
	 37: Rel (     0,   -75)  ->  Abs (  1686,   744)
	 38: Rel (  -233,  -248)  ->  Abs (  1453,   496)
	 39: Rel (  -103,     0)  ->  Abs (  1350,   496)
	 40: Rel (   -49,     0)  ->  Abs (  1301,   496)
	 41: Rel (   -76,    48)  ->  Abs (  1225,   544)
	 42: Rel (   -47,    60)  ->  Abs (  1178,   604)
	 43: Rel (   -69,   -94)  ->  Abs (  1109,   510)
	 44: Rel (    58,   590)  ->  Abs (  1167,  1100)
	 45: Rel (   125, -1196)  ->  Abs (  1292,   -96)

	Glyph  56: off = 0x00002746, len = 280
	  numberOfContours:	4
	  xMin:			-115
	  yMin:			-184
	  xMax:			1495
	  yMax:			1400

	EndPoints
	---------
	  0:  34
	  1:  35
	  2:  36
	  3:  37

	  Length of Instructions:	150
	00000: NPUSHB      (34):    27    25    43    25    91    25   107    25     4   110 
	                            24     1     6    19     1    11    69    18    85    18 
	                             2    23    11     1    38    10     1    10     0    26 
	                             0     2    12    37 
	00036: PUSHW[3]            259    35   258 
	00043: NPUSHB      (28):    28     0    44     0     2     3     0    11    18    26 
	                            28     5    33    20    16    15    36     8   231    64 
	                             3   229    30    13    36    37    35    26 
	00073: PUSHW[1]            -32 
	00076: NPUSHB      (29):    14    17    72    15    11    31    11     2    15     4 
	                             0    11    13    18    26    30    35    36     8    22 
	                             6    39    22   246     2    38     6   240     2 
	00107: CALL       
	00108: CALL       
	00109: SVTCA[x-axis] 
	00110: SRP1       
	00111: SRP2       
	00112: SLOOP      
	00113: IP         
	00114: SDS        
	00115: SDB        
	00116: DELTAP1    
	00117: CALL       
	00118: RTG        
	00119: MDAP[rd]   
	00120: MDRP[nrp0,nmd,rd,2] 
	00121: MDAP[rd]   
	00122: MDAP[rd]   
	00123: MDAP[rd]   
	00124: SVTCA[y-axis] 
	00125: MIAP[rd+ci] 
	00126: SMD        
	00127: FLIPON     
	00128: MIRP[nrp0,md,rd,1] 
	00129: MDRP[nrp0,nmd,rd,0] 
	00130: MIAP[rd+ci] 
	00131: MDRP[nrp0,nmd,rd,0] 
	00132: MDRP[nrp0,md,rd,1] 
	00133: SLOOP      
	00134: IP         
	00135: SDS        
	00136: DELTAP1    
	00137: MIAP[rd+ci] 
	00138: MIAP[rd+ci] 
	00139: IUP[y]     
	00140: IUP[x]     
	00141: SDB        
	00142: DELTAP1    
	00143: DELTAP1    
	00144: DELTAP1    
	00145: DELTAP1    
	00146: SDB        
	00147: DELTAP1    
	00148: DELTAP1    
	00149: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:                                      Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:                                      Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:                              X-Short On
	 36:        XDual                 X-Short On
	 37:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   944,   440)  ->  Abs (   944,   440)
	  1: Rel (  -221,  -209)  ->  Abs (   723,   231)
	  2: Rel (  -624,  -415)  ->  Abs (    99,  -184)
	  3: Rel (  -109,     0)  ->  Abs (   -10,  -184)
	  4: Rel (   -48,     0)  ->  Abs (   -58,  -184)
	  5: Rel (   -57,    48)  ->  Abs (  -115,  -136)
	  6: Rel (     0,    40)  ->  Abs (  -115,   -96)
	  7: Rel (     0,    71)  ->  Abs (  -115,   -25)
	  8: Rel (   115,    37)  ->  Abs (     0,    12)
	  9: Rel (   152,    50)  ->  Abs (   152,    62)
	 10: Rel (   458,   286)  ->  Abs (   610,   348)
	 11: Rel (   205,   193)  ->  Abs (   815,   541)
	 12: Rel (  -108,    73)  ->  Abs (   707,   614)
	 13: Rel (     0,    86)  ->  Abs (   707,   700)
	 14: Rel (     0,    56)  ->  Abs (   707,   756)
	 15: Rel (    73,    65)  ->  Abs (   780,   821)
	 16: Rel (    64,     0)  ->  Abs (   844,   821)
	 17: Rel (   105,     0)  ->  Abs (   949,   821)
	 18: Rel (    77,   -73)  ->  Abs (  1026,   748)
	 19: Rel (   260,   260)  ->  Abs (  1286,  1008)
	 20: Rel (   111,     0)  ->  Abs (  1397,  1008)
	 21: Rel (    98,     0)  ->  Abs (  1495,  1008)
	 22: Rel (     0,   -74)  ->  Abs (  1495,   934)
	 23: Rel (     0,   -86)  ->  Abs (  1495,   848)
	 24: Rel (  -115,   -53)  ->  Abs (  1380,   795)
	 25: Rel (  -103,   -49)  ->  Abs (  1277,   746)
	 26: Rel (  -128,  -121)  ->  Abs (  1149,   625)
	 27: Rel (    39,   -28)  ->  Abs (  1188,   597)
	 28: Rel (    96,   -11)  ->  Abs (  1284,   586)
	 29: Rel (   107,   -13)  ->  Abs (  1391,   573)
	 30: Rel (     0,   -96)  ->  Abs (  1391,   477)
	 31: Rel (     0,   -53)  ->  Abs (  1391,   424)
	 32: Rel (   -86,   -64)  ->  Abs (  1305,   360)
	 33: Rel (   -64,     0)  ->  Abs (  1241,   360)
	 34: Rel (  -143,     0)  ->  Abs (  1098,   360)
	 35: Rel (   -84,   740)  ->  Abs (  1014,  1100)
	 36: Rel (   254, -1186)  ->  Abs (  1268,   -86)
	 37: Rel (  -252,  1486)  ->  Abs (  1016,  1400)

	Glyph  57: off = 0x0000285E, len = 294
	  numberOfContours:	5
	  xMin:			133
	  yMin:			-180
	  xMax:			1460
	  yMax:			1100

	EndPoints
	---------
	  0:  16
	  1:  27
	  2:  39
	  3:  40
	  4:  41

	  Length of Instructions:	153
	00000: PUSHW[2]             27   -32 
	00005: NPUSHB      (47):    12    17    72    90    39     1    85    29     1    74 
	                            25   138    25     2     6    18    22    18     2     9 
	                            70    12    86    12     2    73    10    89    10     2 
	                            12     6    60     6   108     6     3    11     3     0 
	                             4    16     4     2    12     4    40 
	00054: PUSHW[1]            258 
	00057: NPUSHB      (43):    23   233     2     0     8    37   233    14    15    17 
	                            31   233     8     4    41    41    40    41    40     5 
	                            11    17     0    26   251    34    34    11    20   248 
	                             5    28   250    11    64    43     5   243     2    42 
	                            11   242     2 
	00102: CALL       
	00103: CALL       
	00104: SVTCA[x-axis] 
	00105: SMD        
	00106: RTG        
	00107: SRP0       
	00108: FLIPON     
	00109: MIRP[nrp0,md,rd,1] 
	00110: SRP0       
	00111: MIRP[nrp0,md,rd,1] 
	00112: SRP1       
	00113: IP         
	00114: MDAP[rd]   
	00115: MIRP[nrp0,md,rd,1] 
	00116: IP         
	00117: IP         
	00118: SRP1       
	00119: SRP2       
	00120: IP         
	00121: IP         
	00122: MDAP[rd]   
	00123: MDAP[rd]   
	00124: SVTCA[y-axis] 
	00125: MDAP[rd]   
	00126: MIAP[rd+ci] 
	00127: MIRP[nrp0,md,rd,1] 
	00128: SHP[rp2,zp1] 
	00129: MIAP[rd+ci] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP2       
	00132: IP         
	00133: MDRP[srp0,nmd,rd,0] 
	00134: MIRP[nrp0,md,rd,1] 
	00135: MIAP[rd+ci] 
	00136: IUP[y]     
	00137: IUP[x]     
	00138: SDS        
	00139: SDB        
	00140: DELTAP1    
	00141: SDS        
	00142: SDB        
	00143: DELTAP1    
	00144: DELTAP1    
	00145: DELTAP1    
	00146: SDB        
	00147: DELTAP1    
	00148: DELTAP1    
	00149: DELTAP1    
	00150: DELTAP1    
	00151: SVTCA[x-axis] 
	00152: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:                              X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:                                      Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:  YDual               Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short Off
	 40:                                      On
	 41:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   831,   633)  ->  Abs (   831,   633)
	  1: Rel (   146,   250)  ->  Abs (   977,   883)
	  2: Rel (   205,     0)  ->  Abs (  1182,   883)
	  3: Rel (   124,     0)  ->  Abs (  1306,   883)
	  4: Rel (   154,  -152)  ->  Abs (  1460,   731)
	  5: Rel (     0,  -119)  ->  Abs (  1460,   612)
	  6: Rel (     0,  -250)  ->  Abs (  1460,   362)
	  7: Rel (  -488,  -370)  ->  Abs (   972,    -8)
	  8: Rel (  -337,     0)  ->  Abs (   635,    -8)
	  9: Rel (  -232,     0)  ->  Abs (   403,    -8)
	 10: Rel (  -270,   243)  ->  Abs (   133,   235)
	 11: Rel (     0,   168)  ->  Abs (   133,   403)
	 12: Rel (     0,   174)  ->  Abs (   133,   577)
	 13: Rel (   243,   244)  ->  Abs (   376,   821)
	 14: Rel (   183,     0)  ->  Abs (   559,   821)
	 15: Rel (    90,     0)  ->  Abs (   649,   821)
	 16: Rel (   152,  -106)  ->  Abs (   801,   715)
	 17: Rel (   -31,  -547)  ->  Abs (   770,   168)
	 18: Rel (   219,    35)  ->  Abs (   989,   203)
	 19: Rel (   273,   263)  ->  Abs (  1262,   466)
	 20: Rel (     0,   132)  ->  Abs (  1262,   598)
	 21: Rel (     0,    47)  ->  Abs (  1262,   645)
	 22: Rel (   -64,    64)  ->  Abs (  1198,   709)
	 23: Rel (   -51,     0)  ->  Abs (  1147,   709)
	 24: Rel (   -79,     0)  ->  Abs (  1068,   709)
	 25: Rel (  -153,  -156)  ->  Abs (   915,   553)
	 26: Rel (   -30,  -117)  ->  Abs (   885,   436)
	 27: Rel (   -46,  -178)  ->  Abs (   839,   258)
	 28: Rel (  -517,   133)  ->  Abs (   322,   391)
	 29: Rel (     0,   -90)  ->  Abs (   322,   301)
	 30: Rel (   121,  -135)  ->  Abs (   443,   166)
	 31: Rel (    83,     0)  ->  Abs (   526,   166)
	 32: Rel (    70,     0)  ->  Abs (   596,   166)
	 33: Rel (   109,   208)  ->  Abs (   705,   374)
	 34: Rel (     0,   115)  ->  Abs (   705,   489)
	 35: Rel (     0,    67)  ->  Abs (   705,   556)
	 36: Rel (   -90,    93)  ->  Abs (   615,   649)
	 37: Rel (   -64,     0)  ->  Abs (   551,   649)
	 38: Rel (  -103,     0)  ->  Abs (   448,   649)
	 39: Rel (  -126,  -143)  ->  Abs (   322,   506)
	 40: Rel (   489,   594)  ->  Abs (   811,  1100)
	 41: Rel (   236, -1280)  ->  Abs (  1047,  -180)

	Glyph  58: off = 0x00002984, len = 242
	  numberOfContours:	3
	  xMin:			-115
	  yMin:			-184
	  xMax:			1399
	  yMax:			1150

	EndPoints
	---------
	  0:  38
	  1:  39
	  2:  40

	  Length of Instructions:	112
	00000: NPUSHB      (71):   122    21   138    21     2    11    28    59    28    75 
	                            28    91    28     4    27    24    14    17    72    70 
	                            20     1    18   236     0     0    23    30    39     8 
	                            23    15    40    35   231    30   229   150     0     1 
	                           143     0     1    39    15    11     1    11    15   250 
	                            64     0    18    39     3     0     5     1     9     3 
	                             5    40    26    42    26   245     2    41    33   240 
	                             2 
	00073: CALL       
	00074: CALL       
	00075: SVTCA[x-axis] 
	00076: RTG        
	00077: SRP0       
	00078: MDRP[nrp0,nmd,rd,0] 
	00079: MDRP[srp0,nmd,rd,0] 
	00080: SDS        
	00081: SDB        
	00082: DELTAP1    
	00083: SLOOP      
	00084: IP         
	00085: SMD        
	00086: FLIPON     
	00087: MIRP[srp0,md,rd,1] 
	00088: MDRP[nrp0,nmd,rd,0] 
	00089: DELTAP1    
	00090: MDAP[rd]   
	00091: DELTAP1    
	00092: DELTAP1    
	00093: SVTCA[y-axis] 
	00094: MIAP[rd+ci] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: MDRP[nrp0,nmd,rd,0] 
	00097: MIAP[rd+ci] 
	00098: MDRP[srp0,nmd,rd,0] 
	00099: MDRP[nrp0,nmd,rd,2] 
	00100: SRP1       
	00101: SRP2       
	00102: IP         
	00103: MDAP[rd]   
	00104: MIRP[nrp0,md,rd,1] 
	00105: IUP[y]     
	00106: IUP[x]     
	00107: DELTAP1    
	00108: CALL       
	00109: DELTAP1    
	00110: SVTCA[x-axis] 
	00111: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:              Rep-  1                 Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual               Y-Short         Off
	 39:        XDual Rep-  1         X-Short On

	Coordinates
	-----------
	  0: Rel (   958,   442)  ->  Abs (   958,   442)
	  1: Rel (    -7,    -2)  ->  Abs (   951,   440)
	  2: Rel (   -13,     0)  ->  Abs (   938,   440)
	  3: Rel (  -115,     0)  ->  Abs (   823,   440)
	  4: Rel (  -159,   123)  ->  Abs (   664,   563)
	  5: Rel (     0,   101)  ->  Abs (   664,   664)
	  6: Rel (     0,   109)  ->  Abs (   664,   773)
	  7: Rel (   156,   175)  ->  Abs (   820,   948)
	  8: Rel (    63,     0)  ->  Abs (   883,   948)
	  9: Rel (    34,     0)  ->  Abs (   917,   948)
	 10: Rel (    44,   -40)  ->  Abs (   961,   908)
	 11: Rel (     0,   -31)  ->  Abs (   961,   877)
	 12: Rel (     0,   -43)  ->  Abs (   961,   834)
	 13: Rel (   -54,   -56)  ->  Abs (   907,   778)
	 14: Rel (   -55,   -56)  ->  Abs (   852,   722)
	 15: Rel (     0,   -44)  ->  Abs (   852,   678)
	 16: Rel (     0,   -40)  ->  Abs (   852,   638)
	 17: Rel (    89,   -50)  ->  Abs (   941,   588)
	 18: Rel (    71,     0)  ->  Abs (  1012,   588)
	 19: Rel (    47,     0)  ->  Abs (  1059,   588)
	 20: Rel (    87,    67)  ->  Abs (  1146,   655)
	 21: Rel (    54,    86)  ->  Abs (  1200,   741)
	 22: Rel (    50,    80)  ->  Abs (  1250,   821)
	 23: Rel (    71,     0)  ->  Abs (  1321,   821)
	 24: Rel (    35,     0)  ->  Abs (  1356,   821)
	 25: Rel (    43,   -50)  ->  Abs (  1399,   771)
	 26: Rel (     0,   -38)  ->  Abs (  1399,   733)
	 27: Rel (     0,  -101)  ->  Abs (  1399,   632)
	 28: Rel (  -471,  -482)  ->  Abs (   928,   150)
	 29: Rel (  -726,  -334)  ->  Abs (   202,  -184)
	 30: Rel (  -212,     0)  ->  Abs (   -10,  -184)
	 31: Rel (   -48,     0)  ->  Abs (   -58,  -184)
	 32: Rel (   -57,    48)  ->  Abs (  -115,  -136)
	 33: Rel (     0,    40)  ->  Abs (  -115,   -96)
	 34: Rel (     0,    48)  ->  Abs (  -115,   -48)
	 35: Rel (    66,    64)  ->  Abs (   -49,    16)
	 36: Rel (    63,     4)  ->  Abs (    14,    20)
	 37: Rel (   224,    15)  ->  Abs (   238,    35)
	 38: Rel (   561,   239)  ->  Abs (   799,   274)
	 39: Rel (   175,   876)  ->  Abs (   974,  1150)
	 40: Rel (   255, -1269)  ->  Abs (  1229,  -119)

	Glyph  59: off = 0x00002A76, len = 206
	  numberOfContours:	3
	  xMin:			123
	  yMin:			-118
	  xMax:			1145
	  yMax:			1100

	EndPoints
	---------
	  0:  29
	  1:  30
	  2:  31

	  Length of Instructions:	97
	00000: PUSHW[2]              0   -32 
	00005: PUSHB[4]             12    16    72     2 
	00010: PUSHW[1]            -32 
	00013: PUSHB[4]             12    17    72     1 
	00018: PUSHW[1]            -32 
	00021: PUSHB[4]             12    17    72     0 
	00026: PUSHW[1]            -24 
	00029: PUSHB[4]             12    17    72    30 
	00034: PUSHW[1]            258 
	00037: NPUSHB      (26):     5     0    12    26    15    12    31    30    30    19 
	                             3   248    64    31     8    33     8   245     2    23 
	                             0    15    28   177    19    15 
	00065: MDAP[rd]   
	00066: MDRP[srp0,nmd,rd,0] 
	00067: MIRP[nrp0,md,rd,1] 
	00068: SRP1       
	00069: IP         
	00070: MDRP[nrp0,nmd,rd,0] 
	00071: CALL       
	00072: SVTCA[x-axis] 
	00073: RTG        
	00074: SRP0       
	00075: MDRP[nrp0,nmd,rd,0] 
	00076: SMD        
	00077: FLIPON     
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP2       
	00080: IP         
	00081: MDAP[rd]   
	00082: SVTCA[y-axis] 
	00083: MDAP[rd]   
	00084: MDAP[rd]   
	00085: MIAP[rd+ci] 
	00086: SRP2       
	00087: IP         
	00088: MDRP[nrp0,nmd,rd,0] 
	00089: MIAP[rd+ci] 
	00090: CALL       
	00091: IUP[y]     
	00092: IUP[x]     
	00093: CALL       
	00094: CALL       
	00095: SVTCA[x-axis] 
	00096: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:                                      Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:              Rep-  1                 Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual                         On
	 29:        XDual         Y-Short         Off
	 30:        XDual                 X-Short On
	 31:                                      On

	Coordinates
	-----------
	  0: Rel (   342,   180)  ->  Abs (   342,   180)
	  1: Rel (   173,    83)  ->  Abs (   515,   263)
	  2: Rel (   350,   336)  ->  Abs (   865,   599)
	  3: Rel (    83,   189)  ->  Abs (   948,   788)
	  4: Rel (    36,    80)  ->  Abs (   984,   868)
	  5: Rel (    73,     0)  ->  Abs (  1057,   868)
	  6: Rel (    40,     0)  ->  Abs (  1097,   868)
	  7: Rel (    48,   -42)  ->  Abs (  1145,   826)
	  8: Rel (     0,   -38)  ->  Abs (  1145,   788)
	  9: Rel (     0,  -108)  ->  Abs (  1145,   680)
	 10: Rel (  -331,  -397)  ->  Abs (   814,   283)
	 11: Rel (  -461,  -301)  ->  Abs (   353,   -18)
	 12: Rel (  -136,     0)  ->  Abs (   217,   -18)
	 13: Rel (   -42,     0)  ->  Abs (   175,   -18)
	 14: Rel (   -52,    48)  ->  Abs (   123,    30)
	 15: Rel (     0,    31)  ->  Abs (   123,    61)
	 16: Rel (     0,    52)  ->  Abs (   123,   113)
	 17: Rel (    45,    88)  ->  Abs (   168,   201)
	 18: Rel (    88,   172)  ->  Abs (   256,   373)
	 19: Rel (     0,   164)  ->  Abs (   256,   537)
	 20: Rel (     0,    54)  ->  Abs (   256,   591)
	 21: Rel (   -24,    66)  ->  Abs (   232,   657)
	 22: Rel (   -17,    48)  ->  Abs (   215,   705)
	 23: Rel (     0,    28)  ->  Abs (   215,   733)
	 24: Rel (     0,    37)  ->  Abs (   215,   770)
	 25: Rel (    47,    51)  ->  Abs (   262,   821)
	 26: Rel (    45,     0)  ->  Abs (   307,   821)
	 27: Rel (   133,     0)  ->  Abs (   440,   821)
	 28: Rel (     0,  -256)  ->  Abs (   440,   565)
	 29: Rel (     0,  -236)  ->  Abs (   440,   329)
	 30: Rel (   170,   771)  ->  Abs (   610,  1100)
	 31: Rel (   353, -1218)  ->  Abs (   963,  -118)

	Glyph  60: off = 0x00002B44, len = 254
	  numberOfContours:	5
	  xMin:			-29
	  yMin:			-352
	  xMax:			1077
	  yMax:			1100

	EndPoints
	---------
	  0:  28
	  1:  29
	  2:  30
	  3:  31
	  4:  32

	  Length of Instructions:	135
	00000: NPUSHB      (38):    25    32    12    16    72     9    24    25    24    41 
	                            24     3    14     5    19     1     8    64    14    17 
	                            72     5     1     1     3     0     8     1    17     5 
	                            31    30    21    21    14     3    32    29 
	00040: PUSHW[1]            258 
	00043: NPUSHB      (10):     0   232    14    15     3    32    29    29    17     2 
	00055: PUSHW[1]            -64 
	00058: PUSHB[4]             10    17    72     0 
	00063: PUSHW[1]            -16 
	00066: NPUSHB      (20):    12    17    72     2     6    14     0    23    27   251 
	                            17    64    31    30    17    34    17   244     2     6 
	00088: MDAP[rd]   
	00089: CALL       
	00090: SVTCA[x-axis] 
	00091: RTG        
	00092: SRP0       
	00093: MDRP[srp0,nmd,rd,0] 
	00094: MDRP[nrp0,nmd,rd,2] 
	00095: SMD        
	00096: SRP0       
	00097: FLIPON     
	00098: MIRP[srp0,md,rd,1] 
	00099: MDRP[nrp0,nmd,rd,0] 
	00100: MDRP[nrp0,nmd,rd,2] 
	00101: SHP[rp2,zp1] 
	00102: SRP1       
	00103: IP         
	00104: CALL       
	00105: CALL       
	00106: SRP2       
	00107: IP         
	00108: MDAP[rd]   
	00109: MDRP[nrp0,nmd,nrd,0] 
	00110: SVTCA[y-axis] 
	00111: MDAP[rd]   
	00112: MIAP[rd+ci] 
	00113: MIRP[nrp0,md,rd,1] 
	00114: MIAP[rd+ci] 
	00115: MDRP[nrp0,nmd,nrd,0] 
	00116: SRP1       
	00117: SRP2       
	00118: IP         
	00119: MDAP[rd]   
	00120: MDAP[rd]   
	00121: MDAP[rd]   
	00122: IUP[y]     
	00123: IUP[x]     
	00124: SDS        
	00125: SDB        
	00126: DELTAP1    
	00127: SVTCA[x-axis] 
	00128: SDS        
	00129: DELTAP1    
	00130: CALL       
	00131: DELTAP1    
	00132: SDB        
	00133: DELTAP1    
	00134: CALL       

	Flags
	-----
	  0:                                      On
	  1:                              X-Short Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual Rep-  1 Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:              Rep-  1 Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:              Rep-  1                 On
	 31:                      Y-Short X-Short On
	 32:                                      On

	Coordinates
	-----------
	  0: Rel (   868,   631)  ->  Abs (   868,   631)
	  1: Rel (  -202,  -305)  ->  Abs (   666,   326)
	  2: Rel (  -447,  -344)  ->  Abs (   219,   -18)
	  3: Rel (  -151,     0)  ->  Abs (    68,   -18)
	  4: Rel (   -45,     0)  ->  Abs (    23,   -18)
	  5: Rel (   -52,    42)  ->  Abs (   -29,    24)
	  6: Rel (     0,    37)  ->  Abs (   -29,    61)
	  7: Rel (     0,    79)  ->  Abs (   -29,   140)
	  8: Rel (   111,    38)  ->  Abs (    82,   178)
	  9: Rel (   162,    56)  ->  Abs (   244,   234)
	 10: Rel (   301,   237)  ->  Abs (   545,   471)
	 11: Rel (   110,   162)  ->  Abs (   655,   633)
	 12: Rel (    74,   107)  ->  Abs (   729,   740)
	 13: Rel (   101,    81)  ->  Abs (   830,   821)
	 14: Rel (    51,     0)  ->  Abs (   881,   821)
	 15: Rel (    76,     0)  ->  Abs (   957,   821)
	 16: Rel (   120,  -189)  ->  Abs (  1077,   632)
	 17: Rel (     0,  -116)  ->  Abs (  1077,   516)
	 18: Rel (     0,  -158)  ->  Abs (  1077,   358)
	 19: Rel (   -70,  -248)  ->  Abs (  1007,   110)
	 20: Rel (   -68,   -85)  ->  Abs (   939,    25)
	 21: Rel (   -58,     0)  ->  Abs (   881,    25)
	 22: Rel (   -86,     0)  ->  Abs (   795,    25)
	 23: Rel (     0,    88)  ->  Abs (   795,   113)
	 24: Rel (     0,    54)  ->  Abs (   795,   167)
	 25: Rel (    49,   101)  ->  Abs (   844,   268)
	 26: Rel (    53,   114)  ->  Abs (   897,   382)
	 27: Rel (     0,   118)  ->  Abs (   897,   500)
	 28: Rel (     0,    82)  ->  Abs (   897,   582)
	 29: Rel (  -282,   518)  ->  Abs (   615,  1100)
	 30: Rel (   348, -1225)  ->  Abs (   963,  -125)
	 31: Rel (    -5,  -227)  ->  Abs (   958,  -352)
	 32: Rel (  -343,  1452)  ->  Abs (   615,  1100)

	Glyph  61: off = 0x00002C42, len = 232
	  numberOfContours:	5
	  xMin:			-123
	  yMin:			-219
	  xMax:			864
	  yMax:			1400

	EndPoints
	---------
	  0:  21
	  1:  31
	  2:  32
	  3:  33
	  4:  34

	  Length of Instructions:	111
	00000: NPUSHB       (9):    86    20     1     3    32     9    14    72    34 
	00011: PUSHW[3]            259    32   258 
	00018: NPUSHB      (53):    11     0     8     2   235    29    24   235     8    15 
	                            19   233    15   229    95     0     1    10     0    26 
	                             0    42     0     3    12    34    32     0     2    32 
	                             3    11     5   250    15    27     1    28     3    27 
	                            22   250    64    33    11    36    11   245     2    35 
	                            18   240     2 
	00073: CALL       
	00074: CALL       
	00075: SVTCA[x-axis] 
	00076: RTG        
	00077: SRP0       
	00078: MDRP[nrp0,nmd,rd,0] 
	00079: SMD        
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: MDRP[srp0,nmd,rd,0] 
	00083: SDS        
	00084: SDB        
	00085: DELTAP1    
	00086: MIRP[nrp0,md,rd,1] 
	00087: SRP1       
	00088: SLOOP      
	00089: IP         
	00090: MDAP[rd]   
	00091: MDRP[nrp0,nmd,rd,2] 
	00092: SDB        
	00093: DELTAP1    
	00094: DELTAP1    
	00095: SVTCA[y-axis] 
	00096: MIAP[rd+ci] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: MIAP[rd+ci] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: MDRP[srp0,nmd,rd,0] 
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP1       
	00103: IP         
	00104: IP         
	00105: MIAP[rd+ci] 
	00106: MIAP[rd+ci] 
	00107: IUP[y]     
	00108: IUP[x]     
	00109: CALL       
	00110: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                              X-Short Off
	 14:                                      Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short         Off
	 22:                                      On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:                              X-Short On
	 33:              Rep-  1                 On

	Coordinates
	-----------
	  0: Rel (   532,   283)  ->  Abs (   532,   283)
	  1: Rel (   -28,    -7)  ->  Abs (   504,   276)
	  2: Rel (   -31,     0)  ->  Abs (   473,   276)
	  3: Rel (  -124,     0)  ->  Abs (   349,   276)
	  4: Rel (  -154,   124)  ->  Abs (   195,   400)
	  5: Rel (     0,   102)  ->  Abs (   195,   502)
	  6: Rel (     0,   131)  ->  Abs (   195,   633)
	  7: Rel (   225,   192)  ->  Abs (   420,   825)
	  8: Rel (   149,     0)  ->  Abs (   569,   825)
	  9: Rel (   136,     0)  ->  Abs (   705,   825)
	 10: Rel (   159,  -139)  ->  Abs (   864,   686)
	 11: Rel (     0,  -123)  ->  Abs (   864,   563)
	 12: Rel (     0,  -130)  ->  Abs (   864,   433)
	 13: Rel (  -216,  -313)  ->  Abs (   648,   120)
	 14: Rel (  -503,  -304)  ->  Abs (   145,  -184)
	 15: Rel (  -163,     0)  ->  Abs (   -18,  -184)
	 16: Rel (   -48,     0)  ->  Abs (   -66,  -184)
	 17: Rel (   -57,    48)  ->  Abs (  -123,  -136)
	 18: Rel (     0,    40)  ->  Abs (  -123,   -96)
	 19: Rel (     0,    83)  ->  Abs (  -123,   -13)
	 20: Rel (   133,    23)  ->  Abs (    10,    10)
	 21: Rel (   281,    48)  ->  Abs (   291,    58)
	 22: Rel (   383,   511)  ->  Abs (   674,   569)
	 23: Rel (     0,    95)  ->  Abs (   674,   664)
	 24: Rel (  -113,     0)  ->  Abs (   561,   664)
	 25: Rel (   -71,     0)  ->  Abs (   490,   664)
	 26: Rel (  -105,   -95)  ->  Abs (   385,   569)
	 27: Rel (     0,   -47)  ->  Abs (   385,   522)
	 28: Rel (     0,   -88)  ->  Abs (   385,   434)
	 29: Rel (   119,     0)  ->  Abs (   504,   434)
	 30: Rel (    66,     0)  ->  Abs (   570,   434)
	 31: Rel (   104,    93)  ->  Abs (   674,   527)
	 32: Rel (  -213,   573)  ->  Abs (   461,  1100)
	 33: Rel (   395, -1319)  ->  Abs (   856,  -219)
	 34: Rel (  -401,  1619)  ->  Abs (   455,  1400)

	Glyph  62: off = 0x00002D2A, len = 180
	  numberOfContours:	3
	  xMin:			-121
	  yMin:			-315
	  xMax:			1028
	  yMax:			1100

	EndPoints
	---------
	  0:  24
	  1:  25
	  2:  26

	  Length of Instructions:	88
	00000: NPUSHB      (18):    52    18     1    11    16    13    17    72    15    10 
	                             1    14     0     8     1    17     5    25 
	00020: PUSHW[1]            258 
	00023: NPUSHB      (30):     9    19    19    15     0    21   233     6    15    26 
	                            15   233    12   229    25    25     3    19   249    64 
	                            26     9    28     9   246     2    27    14   240     2 
	00055: CALL       
	00056: CALL       
	00057: SVTCA[x-axis] 
	00058: RTG        
	00059: SRP0       
	00060: MDRP[nrp0,nmd,rd,0] 
	00061: SMD        
	00062: FLIPON     
	00063: MIRP[nrp0,md,rd,1] 
	00064: MDRP[nrp0,nmd,rd,0] 
	00065: IP         
	00066: MDAP[rd]   
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: MDRP[nrp0,nmd,rd,2] 
	00071: MIAP[rd+ci] 
	00072: MIRP[srp0,md,rd,1] 
	00073: MDRP[nrp0,nmd,rd,0] 
	00074: SRP2       
	00075: IP         
	00076: SRP1       
	00077: SHP[rp1,zp0] 
	00078: MIAP[rd+ci] 
	00079: IUP[y]     
	00080: IUP[x]     
	00081: SDS        
	00082: SDB        
	00083: DELTAP1    
	00084: SDB        
	00085: DELTAP1    
	00086: CALL       
	00087: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                                      Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:                                      Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:        XDual Rep-  1         X-Short On

	Coordinates
	-----------
	  0: Rel (   438,   598)  ->  Abs (   438,   598)
	  1: Rel (   -39,     0)  ->  Abs (   399,   598)
	  2: Rel (   -47,    46)  ->  Abs (   352,   644)
	  3: Rel (     0,    36)  ->  Abs (   352,   680)
	  4: Rel (     0,    69)  ->  Abs (   352,   749)
	  5: Rel (   198,    76)  ->  Abs (   550,   825)
	  6: Rel (   177,     0)  ->  Abs (   727,   825)
	  7: Rel (   137,     0)  ->  Abs (   864,   825)
	  8: Rel (   164,  -102)  ->  Abs (  1028,   723)
	  9: Rel (     0,   -84)  ->  Abs (  1028,   639)
	 10: Rel (     0,  -197)  ->  Abs (  1028,   442)
	 11: Rel (  -849,  -616)  ->  Abs (   179,  -174)
	 12: Rel (  -197,     0)  ->  Abs (   -18,  -174)
	 13: Rel (  -103,     0)  ->  Abs (  -121,  -174)
	 14: Rel (     0,    84)  ->  Abs (  -121,   -90)
	 15: Rel (     0,    89)  ->  Abs (  -121,    -1)
	 16: Rel (   131,    21)  ->  Abs (    10,    20)
	 17: Rel (   224,    39)  ->  Abs (   234,    59)
	 18: Rel (   602,   454)  ->  Abs (   836,   513)
	 19: Rel (     0,   103)  ->  Abs (   836,   616)
	 20: Rel (     0,    35)  ->  Abs (   836,   651)
	 21: Rel (  -117,     0)  ->  Abs (   719,   651)
	 22: Rel (   -74,     0)  ->  Abs (   645,   651)
	 23: Rel (   -98,   -31)  ->  Abs (   547,   620)
	 24: Rel (   -70,   -22)  ->  Abs (   477,   598)
	 25: Rel (   150,   502)  ->  Abs (   627,  1100)
	 26: Rel (   207, -1415)  ->  Abs (   834,  -315)

	Glyph  63: off = 0x00002DDE, len = 304
	  numberOfContours:	4
	  xMin:			-313
	  yMin:			-457
	  xMax:			1016
	  yMax:			1100

	EndPoints
	---------
	  0:  44
	  1:  45
	  2:  46
	  3:  47

	  Length of Instructions:	146
	00000: PUSHW[2]             32   -64 
	00005: NPUSHB      (26):    13    16    72   134    29     1   138    16     1    70 
	                            13    86    13     2   134    12     1   195     3   211 
	                             3     2    57     3     1    45 
	00033: PUSHW[4]            258    18     0   -64 
	00042: NPUSHB      (54):     9    13    72     0     0     6   140    40     1    40 
	                            28    35    47    15    46    11   232     6    28    45 
	                           128    40     1    40    42    28     0    14   249     2 
	                             2    28    45     3     0    18     1     9     3    18 
	                            23   247    64    38    46    42    49    42   245     2 
	                            48     9   238     2 
	00098: CALL       
	00099: CALL       
	00100: SVTCA[x-axis] 
	00101: RTG        
	00102: SRP0       
	00103: MDRP[nrp0,nmd,rd,0] 
	00104: MDRP[nrp0,nmd,rd,0] 
	00105: SMD        
	00106: FLIPON     
	00107: MIRP[nrp0,md,rd,1] 
	00108: MDRP[nrp0,md,rd,1] 
	00109: SDS        
	00110: SDB        
	00111: DELTAP1    
	00112: SLOOP      
	00113: IP         
	00114: MDAP[rd]   
	00115: MIRP[nrp0,md,rd,1] 
	00116: IP         
	00117: MDAP[rd]   
	00118: SRP2       
	00119: IP         
	00120: DELTAP1    
	00121: MDAP[rd]   
	00122: SVTCA[y-axis] 
	00123: MIAP[rd+ci] 
	00124: MIRP[nrp0,md,rd,1] 
	00125: MDRP[nrp0,nmd,rd,0] 
	00126: MIAP[rd+ci] 
	00127: MDRP[nrp0,nmd,rd,0] 
	00128: SHP[rp1,zp0] 
	00129: SHP[rp1,zp0] 
	00130: DELTAP1    
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: CALL       
	00135: SHP[rp1,zp0] 
	00136: MIAP[rd+ci] 
	00137: IUP[y]     
	00138: IUP[x]     
	00139: DELTAP1    
	00140: DELTAP2    
	00141: DELTAP1    
	00142: DELTAP1    
	00143: DELTAP1    
	00144: DELTAP1    
	00145: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:              Rep-  1                 Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short         Off
	 13:                                      Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual Rep-  1 Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short Off
	 45:                              X-Short On
	 46:        XDual                 X-Short On
	 47:                                      On

	Coordinates
	-----------
	  0: Rel (   727,   434)  ->  Abs (   727,   434)
	  1: Rel (    70,   -36)  ->  Abs (   797,   398)
	  2: Rel (     0,   -68)  ->  Abs (   797,   330)
	  3: Rel (     0,  -100)  ->  Abs (   797,   230)
	  4: Rel (  -366,  -359)  ->  Abs (   431,  -129)
	  5: Rel (  -535,  -328)  ->  Abs (  -104,  -457)
	  6: Rel (  -105,     0)  ->  Abs (  -209,  -457)
	  7: Rel (   -47,     0)  ->  Abs (  -256,  -457)
	  8: Rel (   -57,    49)  ->  Abs (  -313,  -408)
	  9: Rel (     0,    39)  ->  Abs (  -313,  -369)
	 10: Rel (     0,    72)  ->  Abs (  -313,  -297)
	 11: Rel (    90,    27)  ->  Abs (  -223,  -270)
	 12: Rel (   287,    87)  ->  Abs (    64,  -183)
	 13: Rel (   538,   411)  ->  Abs (   602,   228)
	 14: Rel (     0,    89)  ->  Abs (   602,   317)
	 15: Rel (     0,    50)  ->  Abs (   602,   367)
	 16: Rel (   -72,    20)  ->  Abs (   530,   387)
	 17: Rel (   -77,    23)  ->  Abs (   453,   410)
	 18: Rel (     0,    47)  ->  Abs (   453,   457)
	 19: Rel (     0,    38)  ->  Abs (   453,   495)
	 20: Rel (    52,    42)  ->  Abs (   505,   537)
	 21: Rel (    87,    18)  ->  Abs (   592,   555)
	 22: Rel (   207,    44)  ->  Abs (   799,   599)
	 23: Rel (     0,    56)  ->  Abs (   799,   655)
	 24: Rel (     0,    13)  ->  Abs (   799,   668)
	 25: Rel (   -65,    37)  ->  Abs (   734,   705)
	 26: Rel (   -58,    16)  ->  Abs (   676,   721)
	 27: Rel (   -62,    15)  ->  Abs (   614,   736)
	 28: Rel (     0,    57)  ->  Abs (   614,   793)
	 29: Rel (     0,    54)  ->  Abs (   614,   847)
	 30: Rel (    72,    27)  ->  Abs (   686,   874)
	 31: Rel (    33,    14)  ->  Abs (   719,   888)
	 32: Rel (   105,    62)  ->  Abs (   824,   950)
	 33: Rel (    26,    23)  ->  Abs (   850,   973)
	 34: Rel (    41,    35)  ->  Abs (   891,  1008)
	 35: Rel (    41,     0)  ->  Abs (   932,  1008)
	 36: Rel (    32,     0)  ->  Abs (   964,  1008)
	 37: Rel (    46,   -47)  ->  Abs (  1010,   961)
	 38: Rel (     0,   -33)  ->  Abs (  1010,   928)
	 39: Rel (     0,   -56)  ->  Abs (  1010,   872)
	 40: Rel (  -144,   -71)  ->  Abs (   866,   801)
	 41: Rel (   150,   -51)  ->  Abs (  1016,   750)
	 42: Rel (     0,   -97)  ->  Abs (  1016,   653)
	 43: Rel (     0,   -73)  ->  Abs (  1016,   580)
	 44: Rel (  -143,  -103)  ->  Abs (   873,   477)
	 45: Rel (  -240,   623)  ->  Abs (   633,  1100)
	 46: Rel (   201, -1520)  ->  Abs (   834,  -420)
	 47: Rel (  -834,  1241)  ->  Abs (     0,   821)

	Glyph  64: off = 0x00002F0E, len = 330
	  numberOfContours:	5
	  xMin:			-233
	  yMin:			-381
	  xMax:			1264
	  yMax:			1460

	EndPoints
	---------
	  0:  48
	  1:  49
	  2:  50
	  3:  51
	  4:  52

	  Length of Instructions:	159
	00000: NPUSHB      (43):    10    46    26    46     2    98    42   114    42   130 
	                            42     3     9    30    25    30     2   138    26     1 
	                            25    24    11    14    72     1    18    17    18     2 
	                             9     3    75     2     1    11     1    27     1     2 
	                            12    51    49 
	00045: PUSHW[1]            258 
	00048: NPUSHB      (55):    15    41     1    17     4    12     0    17    47   234 
	                            17    22    28    41    35    52    15    50     9   232 
	                             3   230    12    16    14    17    72    50    51    49 
	                            41    38    28    20     0   251    14    28    49    50 
	                             3    12    24   248    64    38    44    54    44   244 
	                             2    53     6   239     2 
	00105: CALL       
	00106: CALL       
	00107: SVTCA[x-axis] 
	00108: RTG        
	00109: SRP0       
	00110: MDRP[nrp0,nmd,rd,0] 
	00111: SMD        
	00112: FLIPON     
	00113: MIRP[nrp0,md,rd,1] 
	00114: MDRP[srp0,nmd,rd,0] 
	00115: SLOOP      
	00116: IP         
	00117: MDRP[nrp0,md,rd,1] 
	00118: MIRP[nrp0,md,rd,1] 
	00119: SHP[rp2,zp1] 
	00120: MDAP[rd]   
	00121: SRP2       
	00122: IP         
	00123: MDAP[rd]   
	00124: MDRP[nrp0,nmd,rd,2] 
	00125: MDAP[rd]   
	00126: CALL       
	00127: SVTCA[y-axis] 
	00128: MIAP[rd+ci] 
	00129: MIRP[nrp0,md,rd,1] 
	00130: MDRP[nrp0,nmd,rd,2] 
	00131: MIAP[rd+ci] 
	00132: MDRP[nrp0,nmd,rd,0] 
	00133: MDRP[srp0,nmd,rd,0] 
	00134: SHP[rp2,zp1] 
	00135: MDRP[srp0,nmd,rd,0] 
	00136: MDRP[nrp0,md,rd,0] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: SRP1       
	00139: IP         
	00140: IP         
	00141: SDS        
	00142: SDB        
	00143: DELTAP1    
	00144: MIAP[rd+ci] 
	00145: MDAP[rd]   
	00146: IUP[y]     
	00147: IUP[x]     
	00148: SDB        
	00149: DELTAP1    
	00150: DELTAP1    
	00151: SDS        
	00152: SDB        
	00153: DELTAP1    
	00154: CALL       
	00155: DELTAP1    
	00156: DELTAP1    
	00157: DELTAP1    
	00158: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:                                      Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual Rep-  1 Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:        XDual Rep-  1 Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:        XDual Rep-  1         X-Short On
	 51:                              X-Short On
	 52:                                      On

	Coordinates
	-----------
	  0: Rel (   727,   287)  ->  Abs (   727,   287)
	  1: Rel (  -148,  -196)  ->  Abs (   579,    91)
	  2: Rel (  -536,  -439)  ->  Abs (    43,  -348)
	  3: Rel (  -180,     0)  ->  Abs (  -137,  -348)
	  4: Rel (   -44,     0)  ->  Abs (  -181,  -348)
	  5: Rel (   -52,    44)  ->  Abs (  -233,  -304)
	  6: Rel (     0,    36)  ->  Abs (  -233,  -268)
	  7: Rel (     0,    39)  ->  Abs (  -233,  -229)
	  8: Rel (    59,    47)  ->  Abs (  -174,  -182)
	  9: Rel (    70,    20)  ->  Abs (  -104,  -162)
	 10: Rel (   155,    48)  ->  Abs (    51,  -114)
	 11: Rel (   354,   262)  ->  Abs (   405,   148)
	 12: Rel (   146,   184)  ->  Abs (   551,   332)
	 13: Rel (   -47,    28)  ->  Abs (   504,   360)
	 14: Rel (     0,    54)  ->  Abs (   504,   414)
	 15: Rel (     0,    51)  ->  Abs (   504,   465)
	 16: Rel (    83,    57)  ->  Abs (   587,   522)
	 17: Rel (    56,     0)  ->  Abs (   643,   522)
	 18: Rel (    46,     0)  ->  Abs (   689,   522)
	 19: Rel (    75,   -46)  ->  Abs (   764,   476)
	 20: Rel (     8,   -27)  ->  Abs (   772,   449)
	 21: Rel (    47,   -13)  ->  Abs (   819,   436)
	 22: Rel (    58,     0)  ->  Abs (   877,   436)
	 23: Rel (   172,     0)  ->  Abs (  1049,   436)
	 24: Rel (     0,   139)  ->  Abs (  1049,   575)
	 25: Rel (     0,   104)  ->  Abs (  1049,   679)
	 26: Rel (  -195,    38)  ->  Abs (   854,   717)
	 27: Rel (   -74,    13)  ->  Abs (   780,   730)
	 28: Rel (     0,    65)  ->  Abs (   780,   795)
	 29: Rel (     0,    71)  ->  Abs (   780,   866)
	 30: Rel (    84,    15)  ->  Abs (   864,   881)
	 31: Rel (    35,     6)  ->  Abs (   899,   887)
	 32: Rel (   145,    60)  ->  Abs (  1044,   947)
	 33: Rel (    41,    26)  ->  Abs (  1085,   973)
	 34: Rel (    56,    35)  ->  Abs (  1141,  1008)
	 35: Rel (    41,     0)  ->  Abs (  1182,  1008)
	 36: Rel (    36,     0)  ->  Abs (  1218,  1008)
	 37: Rel (    46,   -46)  ->  Abs (  1264,   962)
	 38: Rel (     0,   -34)  ->  Abs (  1264,   928)
	 39: Rel (     0,   -41)  ->  Abs (  1264,   887)
	 40: Rel (  -101,   -65)  ->  Abs (  1163,   822)
	 41: Rel (   -94,   -36)  ->  Abs (  1069,   786)
	 42: Rel (    81,   -21)  ->  Abs (  1150,   765)
	 43: Rel (    97,  -115)  ->  Abs (  1247,   650)
	 44: Rel (     0,   -72)  ->  Abs (  1247,   578)
	 45: Rel (     0,  -135)  ->  Abs (  1247,   443)
	 46: Rel (  -220,  -173)  ->  Abs (  1027,   270)
	 47: Rel (  -157,     0)  ->  Abs (   870,   270)
	 48: Rel (   -80,     0)  ->  Abs (   790,   270)
	 49: Rel (    21,   830)  ->  Abs (   811,  1100)
	 50: Rel (    29, -1481)  ->  Abs (   840,  -381)
	 51: Rel (   -31,  1841)  ->  Abs (   809,  1460)
	 52: Rel (  -809,  -639)  ->  Abs (     0,   821)

	Glyph  65: off = 0x00003058, len = 328
	  numberOfContours:	6
	  xMin:			-94
	  yMin:			-471
	  xMax:			1124
	  yMax:			1530

	EndPoints
	---------
	  0:  36
	  1:  47
	  2:  48
	  3:  49
	  4:  50
	  5:  51

	  Length of Instructions:	162
	00000: NPUSHB      (23):    36    48    11    17    72    22    30    38    30     2 
	                            54    27    70    27     2    50     6     1   102     4 
	                             1    51    50 
	00025: PUSHW[3]            259    48   258 
	00032: NPUSHB      (27):    34   233    15    40     1    11    40    37     0     2 
	                            46     2     8    19    25     4    11    46   233    28 
	                            15    16   232    49    11   230    37 
	00061: PUSHW[1]            -16 
	00064: NPUSHB      (43):    12    15    72    51    50    48    19   247     0     8 
	                            16     8    32     8     3    18     3     8    37     0 
	                            43     2   247    25     8    25    48    51     4    14 
	                            43   249    64    49    31    53    31   246     2    52 
	                            14   241     2 
	00109: CALL       
	00110: CALL       
	00111: SVTCA[x-axis] 
	00112: RTG        
	00113: SRP0       
	00114: MDRP[nrp0,nmd,rd,0] 
	00115: SMD        
	00116: FLIPON     
	00117: MIRP[nrp0,md,rd,1] 
	00118: SRP2       
	00119: SLOOP      
	00120: IP         
	00121: MDAP[rd]   
	00122: MIRP[nrp0,md,rd,1] 
	00123: SRP1       
	00124: IP         
	00125: IP         
	00126: MDAP[rd]   
	00127: SDS        
	00128: SDB        
	00129: DELTAP1    
	00130: MIRP[nrp0,md,rd,1] 
	00131: MDAP[rd]   
	00132: MDRP[nrp0,nmd,nrd,0] 
	00133: MDAP[rd]   
	00134: CALL       
	00135: SVTCA[y-axis] 
	00136: MIAP[rd+ci] 
	00137: MDRP[nrp0,nmd,rd,2] 
	00138: MIRP[nrp0,md,rd,1] 
	00139: MIAP[rd+ci] 
	00140: MIRP[srp0,md,rd,1] 
	00141: SRP2       
	00142: SLOOP      
	00143: IP         
	00144: SRP1       
	00145: SRP2       
	00146: IP         
	00147: IP         
	00148: MDRP[srp0,nmd,rd,2] 
	00149: SDB        
	00150: DELTAP1    
	00151: MIRP[nrp0,md,rd,1] 
	00152: MIAP[rd+ci] 
	00153: MIAP[rd+ci] 
	00154: MDAP[rd]   
	00155: IUP[y]     
	00156: IUP[x]     
	00157: DELTAP1    
	00158: DELTAP1    
	00159: DELTAP1    
	00160: DELTAP1    
	00161: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual Rep-  1 Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual Rep-  1 Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual       Rep-  1 Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:                                      Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:        XDual Rep-  1 Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:                              X-Short On
	 49:              Rep-  1                 On
	 51:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   442,   401)  ->  Abs (   442,   401)
	  1: Rel (  -135,  -118)  ->  Abs (   307,   283)
	  2: Rel (     0,   -54)  ->  Abs (   307,   229)
	  3: Rel (     0,   -15)  ->  Abs (   307,   214)
	  4: Rel (    49,   -32)  ->  Abs (   356,   182)
	  5: Rel (    82,   -37)  ->  Abs (   438,   145)
	  6: Rel (   100,   -43)  ->  Abs (   538,   102)
	  7: Rel (    89,   -83)  ->  Abs (   627,    19)
	  8: Rel (     0,   -54)  ->  Abs (   627,   -35)
	  9: Rel (     0,   -98)  ->  Abs (   627,  -133)
	 10: Rel (  -419,  -215)  ->  Abs (   208,  -348)
	 11: Rel (  -161,     0)  ->  Abs (    47,  -348)
	 12: Rel (   -67,     0)  ->  Abs (   -20,  -348)
	 13: Rel (   -74,    50)  ->  Abs (   -94,  -298)
	 14: Rel (     0,    44)  ->  Abs (   -94,  -254)
	 15: Rel (     0,    86)  ->  Abs (   -94,  -168)
	 16: Rel (   139,    10)  ->  Abs (    45,  -158)
	 17: Rel (   113,     8)  ->  Abs (   158,  -150)
	 18: Rel (   217,    75)  ->  Abs (   375,   -75)
	 19: Rel (     0,    26)  ->  Abs (   375,   -49)
	 20: Rel (     0,    13)  ->  Abs (   375,   -36)
	 21: Rel (   -33,    19)  ->  Abs (   342,   -17)
	 22: Rel (   -51,    21)  ->  Abs (   291,     4)
	 23: Rel (  -128,    52)  ->  Abs (   163,    56)
	 24: Rel (   -79,    81)  ->  Abs (    84,   137)
	 25: Rel (     0,    68)  ->  Abs (    84,   205)
	 26: Rel (     0,   132)  ->  Abs (    84,   337)
	 27: Rel (   559,   490)  ->  Abs (   643,   827)
	 28: Rel (   225,     0)  ->  Abs (   868,   827)
	 29: Rel (   113,     0)  ->  Abs (   981,   827)
	 30: Rel (   143,  -152)  ->  Abs (  1124,   675)
	 31: Rel (     0,  -114)  ->  Abs (  1124,   561)
	 32: Rel (     0,  -152)  ->  Abs (  1124,   409)
	 33: Rel (  -200,  -206)  ->  Abs (   924,   203)
	 34: Rel (  -179,     0)  ->  Abs (   745,   203)
	 35: Rel (   -78,     0)  ->  Abs (   667,   203)
	 36: Rel (  -166,   108)  ->  Abs (   501,   311)
	 37: Rel (    70,   201)  ->  Abs (   571,   512)
	 38: Rel (    34,   -58)  ->  Abs (   605,   454)
	 39: Rel (   113,   -77)  ->  Abs (   718,   377)
	 40: Rel (    48,     0)  ->  Abs (   766,   377)
	 41: Rel (    77,     0)  ->  Abs (   843,   377)
	 42: Rel (    87,    89)  ->  Abs (   930,   466)
	 43: Rel (     0,    77)  ->  Abs (   930,   543)
	 44: Rel (     0,    50)  ->  Abs (   930,   593)
	 45: Rel (   -49,    62)  ->  Abs (   881,   655)
	 46: Rel (   -41,     0)  ->  Abs (   840,   655)
	 47: Rel (  -115,     0)  ->  Abs (   725,   655)
	 48: Rel (  -100,   445)  ->  Abs (   625,  1100)
	 49: Rel (   265, -1571)  ->  Abs (   890,  -471)
	 50: Rel (  -265,  1871)  ->  Abs (   625,  1400)
	 51: Rel (   118,   130)  ->  Abs (   743,  1530)

	Glyph  66: off = 0x000031A0, len = 222
	  numberOfContours:	3
	  xMin:			-238
	  yMin:			-348
	  xMax:			1155
	  yMax:			1140

	EndPoints
	---------
	  0:  34
	  1:  35
	  2:  36

	  Length of Instructions:	98
	00000: NPUSHB      (33):     5    33   133    33     2     3     0    24    48    24 
	                            64    24    80    24     4     9     5    35    11     0 
	                            20     5     2   234    16    20    15    36    32   232 
	                            27   230    16 
	00035: PUSHW[1]            -32 
	00038: NPUSHB      (24):    13    17    72     0    64    12    17    72    16    14 
	                            35     5    64     0    36    23    38    23   246     2 
	                            37    30   239     2 
	00064: CALL       
	00065: CALL       
	00066: SVTCA[x-axis] 
	00067: RTG        
	00068: SRP0       
	00069: MDRP[nrp0,nmd,rd,0] 
	00070: SHP[rp1,zp0] 
	00071: SMD        
	00072: MDRP[srp0,md,rd,1] 
	00073: MDRP[nrp0,nmd,rd,0] 
	00074: MDRP[nrp0,md,rd,1] 
	00075: IP         
	00076: CALL       
	00077: CALL       
	00078: SVTCA[y-axis] 
	00079: MIAP[rd+ci] 
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: MDRP[nrp0,nmd,rd,0] 
	00083: MIAP[rd+ci] 
	00084: MDRP[srp0,nmd,rd,0] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: IP         
	00087: SRP1       
	00088: IP         
	00089: MDRP[srp0,md,rd,1] 
	00090: MDRP[nrp0,nmd,rd,2] 
	00091: IUP[y]     
	00092: IUP[x]     
	00093: SDS        
	00094: SDB        
	00095: DELTAP1    
	00096: SDS        
	00097: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:              Rep-  1                 Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual               Y-Short         Off
	 34:                                      Off
	 35:                              X-Short On
	 36:                                      On

	Coordinates
	-----------
	  0: Rel (   915,   649)  ->  Abs (   915,   649)
	  1: Rel (  -100,   -16)  ->  Abs (   815,   633)
	  2: Rel (  -137,     0)  ->  Abs (   678,   633)
	  3: Rel (   -84,     0)  ->  Abs (   594,   633)
	  4: Rel (   -92,    61)  ->  Abs (   502,   694)
	  5: Rel (     0,    47)  ->  Abs (   502,   741)
	  6: Rel (     0,    47)  ->  Abs (   502,   788)
	  7: Rel (    43,    31)  ->  Abs (   545,   819)
	  8: Rel (   111,    80)  ->  Abs (   656,   899)
	  9: Rel (    83,    94)  ->  Abs (   739,   993)
	 10: Rel (    38,    43)  ->  Abs (   777,  1036)
	 11: Rel (    52,     0)  ->  Abs (   829,  1036)
	 12: Rel (    35,     0)  ->  Abs (   864,  1036)
	 13: Rel (    43,   -49)  ->  Abs (   907,   987)
	 14: Rel (     0,   -35)  ->  Abs (   907,   952)
	 15: Rel (     0,   -67)  ->  Abs (   907,   885)
	 16: Rel (  -139,   -88)  ->  Abs (   768,   797)
	 17: Rel (    54,     0)  ->  Abs (   822,   797)
	 18: Rel (   140,    14)  ->  Abs (   962,   811)
	 19: Rel (    97,    10)  ->  Abs (  1059,   821)
	 20: Rel (    26,     0)  ->  Abs (  1085,   821)
	 21: Rel (    31,     0)  ->  Abs (  1116,   821)
	 22: Rel (    39,   -44)  ->  Abs (  1155,   777)
	 23: Rel (     0,   -32)  ->  Abs (  1155,   745)
	 24: Rel (     0,   -69)  ->  Abs (  1155,   676)
	 25: Rel (  -453,  -522)  ->  Abs (   702,   154)
	 26: Rel (  -694,  -502)  ->  Abs (     8,  -348)
	 27: Rel (  -141,     0)  ->  Abs (  -133,  -348)
	 28: Rel (   -48,     0)  ->  Abs (  -181,  -348)
	 29: Rel (   -57,    48)  ->  Abs (  -238,  -300)
	 30: Rel (     0,    40)  ->  Abs (  -238,  -260)
	 31: Rel (     0,    64)  ->  Abs (  -238,  -196)
	 32: Rel (    91,    34)  ->  Abs (  -147,  -162)
	 33: Rel (   295,   113)  ->  Abs (   148,   -49)
	 34: Rel (   598,   474)  ->  Abs (   746,   425)
	 35: Rel (  -220,   715)  ->  Abs (   526,  1140)
	 36: Rel (   402, -1433)  ->  Abs (   928,  -293)

	Glyph  67: off = 0x0000327E, len = 260
	  numberOfContours:	4
	  xMin:			-78
	  yMin:			-348
	  xMax:			1147
	  yMax:			1400

	EndPoints
	---------
	  0:  38
	  1:  39
	  2:  40
	  3:  41

	  Length of Instructions:	123
	00000: NPUSHB      (23):    27    48    12    16    72    21    24     1   132    21 
	                             1    52     9    68     9   132     9     3    10     6 
	                             1     9    41 
	00025: PUSHW[3]            259    39   258 
	00032: NPUSHB      (47):     3     8    20    26     4    29    17   232    12    15 
	                            35     0   232    40    29   229    41    39    40     3 
	                           249    15    26    31    26     2    12     3    26    39 
	                            15    20   247    64     8    26     8    15    32    43 
	                            15   246     2    42    32   241     2 
	00081: CALL       
	00082: CALL       
	00083: SVTCA[x-axis] 
	00084: SRP1       
	00085: SRP2       
	00086: IP         
	00087: IP         
	00088: RTG        
	00089: MDAP[rd]   
	00090: SMD        
	00091: FLIPON     
	00092: MIRP[nrp0,md,rd,1] 
	00093: SRP2       
	00094: IP         
	00095: MDAP[rd]   
	00096: SDS        
	00097: SDB        
	00098: DELTAP1    
	00099: MIRP[nrp0,md,rd,1] 
	00100: MDRP[nrp0,nmd,rd,2] 
	00101: MDAP[rd]   
	00102: MDRP[nrp0,nmd,rd,2] 
	00103: SVTCA[y-axis] 
	00104: MIAP[rd+ci] 
	00105: MDRP[nrp0,nmd,rd,2] 
	00106: MIRP[srp0,md,rd,1] 
	00107: MDRP[nrp0,nmd,rd,0] 
	00108: MIAP[rd+ci] 
	00109: MIRP[nrp0,md,rd,1] 
	00110: SRP2       
	00111: SLOOP      
	00112: IP         
	00113: MIAP[rd+ci] 
	00114: MIAP[rd+ci] 
	00115: IUP[y]     
	00116: IUP[x]     
	00117: SDB        
	00118: DELTAP1    
	00119: DELTAP1    
	00120: DELTAP1    
	00121: DELTAP1    
	00122: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual               Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short         Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual Rep-  1 Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short         Off
	 29:  YDual                               On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:              Rep-  2                 On

	Coordinates
	-----------
	  0: Rel (   305,     0)  ->  Abs (   305,     0)
	  1: Rel (   171,     0)  ->  Abs (   476,     0)
	  2: Rel (   239,    97)  ->  Abs (   715,    97)
	  3: Rel (     0,    75)  ->  Abs (   715,   172)
	  4: Rel (     0,    28)  ->  Abs (   715,   200)
	  5: Rel (   -94,    53)  ->  Abs (   621,   253)
	  6: Rel (  -109,    42)  ->  Abs (   512,   295)
	  7: Rel (  -154,    58)  ->  Abs (   358,   353)
	  8: Rel (     0,   118)  ->  Abs (   358,   471)
	  9: Rel (     0,    68)  ->  Abs (   358,   539)
	 10: Rel (   166,   117)  ->  Abs (   524,   656)
	 11: Rel (   409,   167)  ->  Abs (   933,   823)
	 12: Rel (   114,     0)  ->  Abs (  1047,   823)
	 13: Rel (    46,     0)  ->  Abs (  1093,   823)
	 14: Rel (    54,   -48)  ->  Abs (  1147,   775)
	 15: Rel (     0,   -36)  ->  Abs (  1147,   739)
	 16: Rel (     0,   -92)  ->  Abs (  1147,   647)
	 17: Rel (  -113,   -10)  ->  Abs (  1034,   637)
	 18: Rel (  -138,   -11)  ->  Abs (   896,   626)
	 19: Rel (  -335,  -125)  ->  Abs (   561,   501)
	 20: Rel (     0,   -34)  ->  Abs (   561,   467)
	 21: Rel (     0,   -10)  ->  Abs (   561,   457)
	 22: Rel (    21,   -14)  ->  Abs (   582,   443)
	 23: Rel (    71,   -26)  ->  Abs (   653,   417)
	 24: Rel (   160,   -59)  ->  Abs (   813,   358)
	 25: Rel (    94,  -107)  ->  Abs (   907,   251)
	 26: Rel (     0,   -54)  ->  Abs (   907,   197)
	 27: Rel (     0,  -162)  ->  Abs (   907,    35)
	 28: Rel (  -387,  -219)  ->  Abs (   520,  -184)
	 29: Rel (  -278,     0)  ->  Abs (   242,  -184)
	 30: Rel (  -136,     0)  ->  Abs (   106,  -184)
	 31: Rel (  -184,    84)  ->  Abs (   -78,  -100)
	 32: Rel (     0,    61)  ->  Abs (   -78,   -39)
	 33: Rel (     0,    36)  ->  Abs (   -78,    -3)
	 34: Rel (    46,    52)  ->  Abs (   -32,    49)
	 35: Rel (    38,     0)  ->  Abs (     6,    49)
	 36: Rel (    22,     0)  ->  Abs (    28,    49)
	 37: Rel (    53,   -15)  ->  Abs (    81,    34)
	 38: Rel (   117,   -34)  ->  Abs (   198,     0)
	 39: Rel (   432,  1100)  ->  Abs (   630,  1100)
	 40: Rel (   281, -1448)  ->  Abs (   911,  -348)
	 41: Rel (  -258,  1748)  ->  Abs (   653,  1400)

	Glyph  68: off = 0x00003382, len = 310
	  numberOfContours:	3
	  xMin:			41
	  yMin:			-537
	  xMax:			1354
	  yMax:			1100

	EndPoints
	---------
	  0:  53
	  1:  54
	  2:  55

	  Length of Instructions:	142
	00000: NPUSHB      (16):    73    49     1    34    44    50    44    66    44     3 
	                            37    40    53    40     2     9 
	00018: PUSHW[1]            -16 
	00021: NPUSHB      (24):    14    17    72    38     5    54     5    70     5     3 
	                            13     3    61     3    77     3     3    13    13     2 
	                             1    17     3    55 
	00047: PUSHW[1]            258 
	00050: NPUSHB      (42):    54    32    51   232    42     4    22    32     3     7 
	                            27    46    37    15    11     7   234    17   230    24 
	                            24    22    20    37     0    14    55    54     0    14 
	                            54    55     4    48     4   177    64    20    57    48 
	                           246     2 
	00094: CALL       
	00095: SVTCA[x-axis] 
	00096: RTG        
	00097: MDAP[rd]   
	00098: SMD        
	00099: FLIPON     
	00100: MIRP[nrp0,md,rd,1] 
	00101: SRP2       
	00102: SLOOP      
	00103: IP         
	00104: MDAP[rd]   
	00105: MDAP[rd]   
	00106: MDAP[rd]   
	00107: RTHG       
	00108: MDAP[rd]   
	00109: SHP[rp1,zp0] 
	00110: SRP2       
	00111: IP         
	00112: IP         
	00113: RTG        
	00114: MDAP[rd]   
	00115: SVTCA[y-axis] 
	00116: MIAP[rd+ci] 
	00117: MIRP[srp0,md,rd,1] 
	00118: MDRP[nrp0,nmd,rd,0] 
	00119: MIAP[rd+ci] 
	00120: MDRP[nrp0,nmd,rd,0] 
	00121: MDRP[nrp0,nmd,rd,0] 
	00122: SRP2       
	00123: SLOOP      
	00124: IP         
	00125: MDRP[srp0,nmd,rd,0] 
	00126: MIRP[nrp0,md,rd,1] 
	00127: MDAP[rd]   
	00128: MDAP[rd]   
	00129: MIAP[rd+ci] 
	00130: IUP[y]     
	00131: IUP[x]     
	00132: SDS        
	00133: SDB        
	00134: DELTAP1    
	00135: SDB        
	00136: DELTAP1    
	00137: DELTAP1    
	00138: CALL       
	00139: DELTAP1    
	00140: DELTAP1    
	00141: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short         Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:        XDual                         Off
	 22:  YDual               Y-Short         On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:                      Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:  YDual               Y-Short X-Short Off
	 54:        XDual                 X-Short On
	 55:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   815,   608)  ->  Abs (   815,   608)
	  1: Rel (   -83,   -66)  ->  Abs (   732,   542)
	  2: Rel (  -171,  -106)  ->  Abs (   561,   436)
	  3: Rel (  -338,  -206)  ->  Abs (   223,   230)
	  4: Rel (     0,  -203)  ->  Abs (   223,    27)
	  5: Rel (     0,   -96)  ->  Abs (   223,   -69)
	  6: Rel (   142,  -117)  ->  Abs (   365,  -186)
	  7: Rel (   131,     0)  ->  Abs (   496,  -186)
	  8: Rel (   112,     0)  ->  Abs (   608,  -186)
	  9: Rel (   151,    49)  ->  Abs (   759,  -137)
	 10: Rel (    73,    24)  ->  Abs (   832,  -113)
	 11: Rel (    26,     0)  ->  Abs (   858,  -113)
	 12: Rel (    33,     0)  ->  Abs (   891,  -113)
	 13: Rel (    41,   -46)  ->  Abs (   932,  -159)
	 14: Rel (     0,   -36)  ->  Abs (   932,  -195)
	 15: Rel (     0,   -64)  ->  Abs (   932,  -259)
	 16: Rel (  -279,   -93)  ->  Abs (   653,  -352)
	 17: Rel (  -159,     0)  ->  Abs (   494,  -352)
	 18: Rel (  -216,     0)  ->  Abs (   278,  -352)
	 19: Rel (  -237,   204)  ->  Abs (    41,  -148)
	 20: Rel (     0,   168)  ->  Abs (    41,    20)
	 21: Rel (     0,   278)  ->  Abs (    41,   298)
	 22: Rel (   365,   226)  ->  Abs (   406,   524)
	 23: Rel (  -107,    49)  ->  Abs (   299,   573)
	 24: Rel (     0,    91)  ->  Abs (   299,   664)
	 25: Rel (     0,    59)  ->  Abs (   299,   723)
	 26: Rel (    82,    84)  ->  Abs (   381,   807)
	 27: Rel (    72,     0)  ->  Abs (   453,   807)
	 28: Rel (    26,     0)  ->  Abs (   479,   807)
	 29: Rel (    51,   -25)  ->  Abs (   530,   782)
	 30: Rel (    34,   -46)  ->  Abs (   564,   736)
	 31: Rel (    34,   -46)  ->  Abs (   598,   690)
	 32: Rel (    25,     0)  ->  Abs (   623,   690)
	 33: Rel (    24,     0)  ->  Abs (   647,   690)
	 34: Rel (    27,    14)  ->  Abs (   674,   704)
	 35: Rel (    28,    25)  ->  Abs (   702,   729)
	 36: Rel (    95,    92)  ->  Abs (   797,   821)
	 37: Rel (    43,     0)  ->  Abs (   840,   821)
	 38: Rel (    22,     0)  ->  Abs (   862,   821)
	 39: Rel (    44,   -33)  ->  Abs (   906,   788)
	 40: Rel (    38,   -65)  ->  Abs (   944,   723)
	 41: Rel (    36,   -61)  ->  Abs (   980,   662)
	 42: Rel (    21,   -21)  ->  Abs (  1001,   641)
	 43: Rel (    91,    30)  ->  Abs (  1092,   671)
	 44: Rel (    57,   103)  ->  Abs (  1149,   774)
	 45: Rel (    55,    98)  ->  Abs (  1204,   872)
	 46: Rel (    56,     0)  ->  Abs (  1260,   872)
	 47: Rel (    94,     0)  ->  Abs (  1354,   872)
	 48: Rel (     0,   -94)  ->  Abs (  1354,   778)
	 49: Rel (     0,   -89)  ->  Abs (  1354,   689)
	 50: Rel (  -252,  -234)  ->  Abs (  1102,   455)
	 51: Rel (  -123,     0)  ->  Abs (   979,   455)
	 52: Rel (   -37,     0)  ->  Abs (   942,   455)
	 53: Rel (   -71,    68)  ->  Abs (   871,   523)
	 54: Rel (   108, -1060)  ->  Abs (   979,  -537)
	 55: Rel (  -139,  1637)  ->  Abs (   840,  1100)

	Glyph  69: off = 0x000034B8, len = 300
	  numberOfContours:	6
	  xMin:			80
	  yMin:			-49
	  xMax:			2175
	  yMax:			1400

	EndPoints
	---------
	  0:  35
	  1:  36
	  2:  37
	  3:  38
	  4:  39
	  5:  40

	  Length of Instructions:	153
	00000: NPUSHB      (13):    31    32    14    17    72    99    26   115    26   131 
	                            26     3    24 
	00015: PUSHW[1]            -24 
	00018: PUSHB[4]             11    17    72    10 
	00023: PUSHW[1]            -32 
	00026: NPUSHB      (13):    12    16    72   133     8     1   138     2     1    39 
	                            39    36    38 
	00041: PUSHW[3]            259    36   258 
	00048: NPUSHB      (51):     0    40    16    40    32    40   144    40     4    40 
	                            37    37     3    11     0    17    34   233    64    22 
	                             3    22     3    41    27    17    15    40    15    37 
	                             1     9     3    37    38    39    36    37    36    30 
	                            14    42    30   246     2    20     0   177    14    11 
	                             6 
	00101: MDAP[rd]   
	00102: MDRP[srp0,nmd,rd,0] 
	00103: MDRP[nrp0,md,rd,1] 
	00104: MIRP[srp0,md,rd,1] 
	00105: MDRP[nrp0,nmd,rd,1] 
	00106: CALL       
	00107: SVTCA[x-axis] 
	00108: SRP1       
	00109: SRP2       
	00110: IP         
	00111: IP         
	00112: RTG        
	00113: MDAP[rd]   
	00114: MDRP[nrp0,nmd,nrd,0] 
	00115: MDRP[nrp0,nmd,nrd,0] 
	00116: MDAP[rd]   
	00117: SDS        
	00118: SDB        
	00119: DELTAP1    
	00120: MDRP[nrp0,nmd,rd,2] 
	00121: SVTCA[y-axis] 
	00122: MIAP[rd+ci] 
	00123: MDRP[nrp0,nmd,rd,0] 
	00124: SRP2       
	00125: IP         
	00126: IP         
	00127: MDAP[rd]   
	00128: MDAP[rd]   
	00129: SMD        
	00130: FLIPON     
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP1       
	00133: IP         
	00134: IP         
	00135: SRP1       
	00136: IP         
	00137: MDAP[rd]   
	00138: MDAP[rd]   
	00139: DELTAP1    
	00140: MIAP[rd+ci] 
	00141: MIAP[rd+ci] 
	00142: SRP2       
	00143: IP         
	00144: MDAP[rd]   
	00145: IUP[y]     
	00146: IUP[x]     
	00147: DELTAP1    
	00148: DELTAP1    
	00149: CALL       
	00150: CALL       
	00151: DELTAP1    
	00152: CALL       

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1 Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual Rep-  1 Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual       Rep-  1 Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual                               On
	 23:  YDual                               Off
	 24:  YDual               Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                              X-Short Off
	 33:                      Y-Short         Off
	 34:  YDual                               On
	 35:  YDual                               Off
	 36:              Rep-  2                 On
	 39:        XDual         Y-Short         On
	 40:                                      On

	Coordinates
	-----------
	  0: Rel (   539,   446)  ->  Abs (   539,   446)
	  1: Rel (   -35,  -146)  ->  Abs (   504,   300)
	  2: Rel (  -214,  -206)  ->  Abs (   290,    94)
	  3: Rel (  -106,     0)  ->  Abs (   184,    94)
	  4: Rel (   -47,     0)  ->  Abs (   137,    94)
	  5: Rel (   -57,    48)  ->  Abs (    80,   142)
	  6: Rel (     0,    40)  ->  Abs (    80,   182)
	  7: Rel (     0,    76)  ->  Abs (    80,   258)
	  8: Rel (   102,    18)  ->  Abs (   182,   276)
	  9: Rel (    57,    11)  ->  Abs (   239,   287)
	 10: Rel (   102,   127)  ->  Abs (   341,   414)
	 11: Rel (    13,    75)  ->  Abs (   354,   489)
	 12: Rel (   -55,    28)  ->  Abs (   299,   517)
	 13: Rel (   -68,   108)  ->  Abs (   231,   625)
	 14: Rel (     0,    57)  ->  Abs (   231,   682)
	 15: Rel (     0,    58)  ->  Abs (   231,   740)
	 16: Rel (    78,    81)  ->  Abs (   309,   821)
	 17: Rel (    56,     0)  ->  Abs (   365,   821)
	 18: Rel (    75,     0)  ->  Abs (   440,   821)
	 19: Rel (   110,  -114)  ->  Abs (   550,   707)
	 20: Rel (    13,   -86)  ->  Abs (   563,   621)
	 21: Rel (   231,   -35)  ->  Abs (   794,   586)
	 22: Rel (   336,     0)  ->  Abs (  1130,   586)
	 23: Rel (   423,     0)  ->  Abs (  1553,   586)
	 24: Rel (   352,   191)  ->  Abs (  1905,   777)
	 25: Rel (    59,   126)  ->  Abs (  1964,   903)
	 26: Rel (    40,    86)  ->  Abs (  2004,   989)
	 27: Rel (    79,     0)  ->  Abs (  2083,   989)
	 28: Rel (    39,     0)  ->  Abs (  2122,   989)
	 29: Rel (    53,   -46)  ->  Abs (  2175,   943)
	 30: Rel (     0,   -38)  ->  Abs (  2175,   905)
	 31: Rel (     0,   -94)  ->  Abs (  2175,   811)
	 32: Rel (  -248,  -262)  ->  Abs (  1927,   549)
	 33: Rel (  -424,  -135)  ->  Abs (  1503,   414)
	 34: Rel (  -399,     0)  ->  Abs (  1104,   414)
	 35: Rel (  -353,     0)  ->  Abs (   751,   414)
	 36: Rel (   439,   686)  ->  Abs (  1190,  1100)
	 37: Rel (   283,  -895)  ->  Abs (  1473,   205)
	 38: Rel (  -283,  1195)  ->  Abs (  1190,  1400)
	 39: Rel (     0,  -250)  ->  Abs (  1190,  1150)
	 40: Rel (   290, -1199)  ->  Abs (  1480,   -49)

	Glyph  70: off = 0x000035E4, len = 302
	  numberOfContours:	3
	  xMin:			31
	  yMin:			-354
	  xMax:			901
	  yMax:			1100

	EndPoints
	---------
	  0:  38
	  1:  39
	  2:  40

	  Length of Instructions:	171
	00000: PUSHB[6]             38    24    12    17    72    35 
	00007: PUSHW[1]            -24 
	00010: NPUSHB      (31):    14    17    72    95    32     1    42    18    58    18 
	                            74    18     3    38    13    54    13    70    13     3 
	                            80    12     1    41    10    57    10    73    10     3 
	                            40 
	00043: PUSHW[1]            258 
	00046: NPUSHB      (67):    21    33    36    84    16     1    16    11    84     0 
	                             1     0     0    16    33     3     8    27    16    39 
	                             3   232    64     8   229    80    33     1    15    16 
	                             1    95    16     1    80     0     1     3     0     0 
	                            16     0     2    12     5    16     0    11    36    33 
	                            30    21     6    40     6    21    36    40     4    11 
	                            39    30    42    30   243     2    11 
	00115: MDAP[rd]   
	00116: CALL       
	00117: SVTCA[x-axis] 
	00118: RTG        
	00119: SRP0       
	00120: MDRP[nrp0,nmd,rd,2] 
	00121: SRP2       
	00122: SLOOP      
	00123: IP         
	00124: MDAP[rd]   
	00125: MDAP[rd]   
	00126: MDAP[rd]   
	00127: SRP2       
	00128: IP         
	00129: MDAP[rd]   
	00130: SRP2       
	00131: IP         
	00132: IP         
	00133: SDS        
	00134: SDB        
	00135: DELTAP1    
	00136: SDS        
	00137: DELTAP1    
	00138: DELTAP1    
	00139: DELTAP2    
	00140: DELTAP1    
	00141: SVTCA[y-axis] 
	00142: MIAP[rd+ci] 
	00143: SMD        
	00144: FLIPON     
	00145: MIRP[nrp0,md,rd,1] 
	00146: MDRP[nrp0,nmd,rd,2] 
	00147: MIAP[rd+ci] 
	00148: SRP2       
	00149: SLOOP      
	00150: IP         
	00151: RTHG       
	00152: MDAP[rd]   
	00153: DELTAP1    
	00154: SHP[rp1,zp0] 
	00155: MDAP[rd]   
	00156: DELTAP1    
	00157: SHP[rp1,zp0] 
	00158: MDAP[rd]   
	00159: SHP[rp1,zp0] 
	00160: RTG        
	00161: MIAP[rd+ci] 
	00162: IUP[y]     
	00163: IUP[x]     
	00164: DELTAP1    
	00165: DELTAP1    
	00166: DELTAP1    
	00167: DELTAP1    
	00168: DELTAP1    
	00169: CALL       
	00170: CALL       

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:        XDual         Y-Short X-Short Off
	  2:                      Y-Short         Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual Rep-  1 Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual Rep-  1 Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual       Rep-  1 Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual Rep-  1 Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:        XDual Rep-  1 Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:              Rep-  1                 On

	Coordinates
	-----------
	  0: Rel (   250,    90)  ->  Abs (   250,    90)
	  1: Rel (    10,   -28)  ->  Abs (   260,    62)
	  2: Rel (   259,   -52)  ->  Abs (   519,    10)
	  3: Rel (   155,    -8)  ->  Abs (   674,     2)
	  4: Rel (    63,    -3)  ->  Abs (   737,    -1)
	  5: Rel (    49,   -46)  ->  Abs (   786,   -47)
	  6: Rel (     0,   -49)  ->  Abs (   786,   -96)
	  7: Rel (     0,   -84)  ->  Abs (   786,  -180)
	  8: Rel (  -116,     0)  ->  Abs (   670,  -180)
	  9: Rel (  -232,     0)  ->  Abs (   438,  -180)
	 10: Rel (  -407,   159)  ->  Abs (    31,   -21)
	 11: Rel (     0,    97)  ->  Abs (    31,    76)
	 12: Rel (     0,   108)  ->  Abs (    31,   184)
	 13: Rel (   180,    68)  ->  Abs (   211,   252)
	 14: Rel (   146,    54)  ->  Abs (   357,   306)
	 15: Rel (   149,    81)  ->  Abs (   506,   387)
	 16: Rel (     0,    16)  ->  Abs (   506,   403)
	 17: Rel (     0,    20)  ->  Abs (   506,   423)
	 18: Rel (  -211,    56)  ->  Abs (   295,   479)
	 19: Rel (   -29,     8)  ->  Abs (   266,   487)
	 20: Rel (   -39,    43)  ->  Abs (   227,   530)
	 21: Rel (     0,    29)  ->  Abs (   227,   559)
	 22: Rel (     0,    35)  ->  Abs (   227,   594)
	 23: Rel (    46,    61)  ->  Abs (   273,   655)
	 24: Rel (   111,    59)  ->  Abs (   384,   714)
	 25: Rel (   196,   103)  ->  Abs (   580,   817)
	 26: Rel (    83,    45)  ->  Abs (   663,   862)
	 27: Rel (    48,     0)  ->  Abs (   711,   862)
	 28: Rel (    31,     0)  ->  Abs (   742,   862)
	 29: Rel (    51,   -56)  ->  Abs (   793,   806)
	 30: Rel (     0,   -32)  ->  Abs (   793,   774)
	 31: Rel (     0,   -40)  ->  Abs (   793,   734)
	 32: Rel (  -115,   -71)  ->  Abs (   678,   663)
	 33: Rel (  -201,   -90)  ->  Abs (   477,   573)
	 34: Rel (   138,   -35)  ->  Abs (   615,   538)
	 35: Rel (   128,   -72)  ->  Abs (   743,   466)
	 36: Rel (     0,   -63)  ->  Abs (   743,   403)
	 37: Rel (     0,   -76)  ->  Abs (   743,   327)
	 38: Rel (  -253,  -141)  ->  Abs (   490,   186)
	 39: Rel (   411,  -540)  ->  Abs (   901,  -354)
	 40: Rel (  -469,  1454)  ->  Abs (   432,  1100)

	Glyph  71: off = 0x00003712, len = 290
	  numberOfContours:	3
	  xMin:			98
	  yMin:			-582
	  xMax:			1083
	  yMax:			1100

	EndPoints
	---------
	  0:  45
	  1:  46
	  2:  47

	  Length of Instructions:	143
	00000: NPUSHB      (11):    91    39   107    39   123    39     3   121    36     1 
	                            26 
	00013: PUSHW[1]            -32 
	00016: NPUSHB      (30):    12    17    72   102    22     1    28    20   140    20 
	                             2    75    19     1     3     9    32    13    17    72 
	                             0     1    16     1    32     1     3     9     5    47 
	00048: PUSHW[1]            258 
	00051: NPUSHB      (45):     3     0    10    19    39     4    17    44    15    28 
	                            24   234    64    34   230    46    31    15    41    47 
	                            46    10    15    19    31     4    21     0    39    41 
	                            46    47     5     6    37    49     6   244     2    21 
	                           250    31    37     1    37 
	00098: MDAP[rd]   
	00099: DELTAP1    
	00100: MIRP[nrp0,md,rd,1] 
	00101: CALL       
	00102: SVTCA[x-axis] 
	00103: SRP1       
	00104: SRP2       
	00105: SLOOP      
	00106: IP         
	00107: SRP1       
	00108: SLOOP      
	00109: IP         
	00110: RTG        
	00111: MDAP[rd]   
	00112: MDAP[rd]   
	00113: MDAP[rd]   
	00114: MDAP[rd]   
	00115: MDAP[rd]   
	00116: SVTCA[y-axis] 
	00117: MDAP[rd]   
	00118: MIAP[rd+ci] 
	00119: SMD        
	00120: FLIPON     
	00121: MIRP[srp0,md,rd,1] 
	00122: MDRP[nrp0,nmd,rd,0] 
	00123: MIAP[rd+ci] 
	00124: MDRP[nrp0,md,rd,1] 
	00125: SLOOP      
	00126: IP         
	00127: MDRP[nrp0,nmd,rd,0] 
	00128: MIAP[rd+ci] 
	00129: IUP[y]     
	00130: IUP[x]     
	00131: SDS        
	00132: SDB        
	00133: DELTAP1    
	00134: CALL       
	00135: SDS        
	00136: DELTAP1    
	00137: DELTAP1    
	00138: DELTAP1    
	00139: CALL       
	00140: DELTAP1    
	00141: SVTCA[x-axis] 
	00142: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual Rep-  1 Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:        XDual                         Off
	 39:        XDual                 X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:              Rep-  1                 On

	Coordinates
	-----------
	  0: Rel (   569,   750)  ->  Abs (   569,   750)
	  1: Rel (   132,    90)  ->  Abs (   701,   840)
	  2: Rel (   223,   102)  ->  Abs (   924,   942)
	  3: Rel (    61,     0)  ->  Abs (   985,   942)
	  4: Rel (    45,     0)  ->  Abs (  1030,   942)
	  5: Rel (    53,   -44)  ->  Abs (  1083,   898)
	  6: Rel (     0,   -38)  ->  Abs (  1083,   860)
	  7: Rel (     0,   -73)  ->  Abs (  1083,   787)
	  8: Rel (  -122,   -31)  ->  Abs (   961,   756)
	  9: Rel (  -139,   -36)  ->  Abs (   822,   720)
	 10: Rel (  -126,   -81)  ->  Abs (   696,   639)
	 11: Rel (    54,   -32)  ->  Abs (   750,   607)
	 12: Rel (    43,    -9)  ->  Abs (   793,   598)
	 13: Rel (    45,   -11)  ->  Abs (   838,   587)
	 14: Rel (    57,   -54)  ->  Abs (   895,   533)
	 15: Rel (     0,   -33)  ->  Abs (   895,   500)
	 16: Rel (     0,   -97)  ->  Abs (   895,   403)
	 17: Rel (  -135,     0)  ->  Abs (   760,   403)
	 18: Rel (  -104,     0)  ->  Abs (   656,   403)
	 19: Rel (  -154,    70)  ->  Abs (   502,   473)
	 20: Rel (  -217,  -238)  ->  Abs (   285,   235)
	 21: Rel (     0,  -223)  ->  Abs (   285,    12)
	 22: Rel (     0,   -92)  ->  Abs (   285,   -80)
	 23: Rel (   147,  -106)  ->  Abs (   432,  -186)
	 24: Rel (   133,     0)  ->  Abs (   565,  -186)
	 25: Rel (   108,     0)  ->  Abs (   673,  -186)
	 26: Rel (   177,    63)  ->  Abs (   850,  -123)
	 27: Rel (    88,    31)  ->  Abs (   938,   -92)
	 28: Rel (    27,     0)  ->  Abs (   965,   -92)
	 29: Rel (    33,     0)  ->  Abs (   998,   -92)
	 30: Rel (    40,   -46)  ->  Abs (  1038,  -138)
	 31: Rel (     0,   -36)  ->  Abs (  1038,  -174)
	 32: Rel (     0,   -65)  ->  Abs (  1038,  -239)
	 33: Rel (  -326,  -113)  ->  Abs (   712,  -352)
	 34: Rel (  -149,     0)  ->  Abs (   563,  -352)
	 35: Rel (  -214,     0)  ->  Abs (   349,  -352)
	 36: Rel (  -251,   203)  ->  Abs (    98,  -149)
	 37: Rel (     0,   161)  ->  Abs (    98,    12)
	 38: Rel (     0,   277)  ->  Abs (    98,   289)
	 39: Rel (   242,   266)  ->  Abs (   340,   555)
	 40: Rel (   -84,    52)  ->  Abs (   256,   607)
	 41: Rel (     0,    81)  ->  Abs (   256,   688)
	 42: Rel (     0,    54)  ->  Abs (   256,   742)
	 43: Rel (    84,    79)  ->  Abs (   340,   821)
	 44: Rel (    57,     0)  ->  Abs (   397,   821)
	 45: Rel (    93,     0)  ->  Abs (   490,   821)
	 46: Rel (   483, -1403)  ->  Abs (   973,  -582)
	 47: Rel (  -311,  1682)  ->  Abs (   662,  1100)

	Glyph  72: off = 0x00003834, len = 398
	  numberOfContours:	5
	  xMin:			131
	  yMin:			-610
	  xMax:			1458
	  yMax:			1100

	EndPoints
	---------
	  0:  36
	  1:  45
	  2:  57
	  3:  58
	  4:  59

	  Length of Instructions:	214
	00000: NPUSHB      (40):   106    18   122    18   138    18     3   101    56   117 
	                            56     2   139    54     1    54    47    70    47    86 
	                            47     3    45    40    13    17    72   149    35     1 
	                            12    35    28    35    44    35   140    35     4    29 
	00042: PUSHW[1]            -32 
	00045: PUSHB[4]              9    12    72    27 
	00050: PUSHW[1]            -32 
	00053: NPUSHB      (29):    11    16    72   138    20     1    10    16    26    16 
	                            42    16   122    16   138    16     5     9    22     6 
	                            38     6    54     6     3    50    28     1    59 
	00084: PUSHW[1]            258 
	00087: NPUSHB      (62):    46    52    37   233    28    19    25    15     0     1 
	                            14     3     0    43   233    31    52   233    25    15 
	                             8     4   234    58    14    28    37     0     2    28 
	                            46    19    17    49     2   177    17    11    59    58 
	                            11    17    49    58    59     5    22    40   248    34 
	                            55   250    22    64    61    34   243     2    60    22 
	                           242     2 
	00151: CALL       
	00152: CALL       
	00153: SVTCA[x-axis] 
	00154: SMD        
	00155: RTG        
	00156: SRP0       
	00157: FLIPON     
	00158: MIRP[nrp0,md,rd,1] 
	00159: SRP0       
	00160: MIRP[nrp0,md,rd,1] 
	00161: SRP2       
	00162: SLOOP      
	00163: IP         
	00164: MDAP[rd]   
	00165: MDAP[rd]   
	00166: MDAP[rd]   
	00167: MDAP[rd]   
	00168: MIRP[nrp0,md,rd,1] 
	00169: MDAP[rd]   
	00170: SRP2       
	00171: IP         
	00172: IP         
	00173: MDRP[nrp0,md,rd,1] 
	00174: SRP1       
	00175: IP         
	00176: IP         
	00177: SVTCA[y-axis] 
	00178: MIAP[rd+ci] 
	00179: MDRP[nrp0,nmd,rd,2] 
	00180: MIRP[srp0,md,rd,1] 
	00181: MDRP[nrp0,nmd,rd,0] 
	00182: MIAP[rd+ci] 
	00183: MIRP[nrp0,md,rd,1] 
	00184: MDRP[srp0,nmd,rd,0] 
	00185: MIRP[nrp0,md,rd,1] 
	00186: MDAP[rd]   
	00187: SDS        
	00188: SDB        
	00189: DELTAP1    
	00190: SRP2       
	00191: IP         
	00192: IP         
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP1       
	00195: IP         
	00196: MIAP[rd+ci] 
	00197: DELTAP1    
	00198: IUP[y]     
	00199: IUP[x]     
	00200: DELTAP1    
	00201: SDB        
	00202: DELTAP1    
	00203: DELTAP1    
	00204: CALL       
	00205: CALL       
	00206: DELTAP1    
	00207: DELTAP1    
	00208: CALL       
	00209: DELTAP1    
	00210: DELTAP1    
	00211: DELTAP1    
	00212: SVTCA[x-axis] 
	00213: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:  YDual                               On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short         Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual       Rep-  1 Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:  YDual XDual Rep-  1 Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                                      Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual               Y-Short         Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short         On
	 47:  YDual XDual Rep-  1 Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:                      Y-Short X-Short Off
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:        XDual         Y-Short X-Short Off
	 58:                                      On
	 59:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   539,    68)  ->  Abs (   539,    68)
	  1: Rel (  -111,  -115)  ->  Abs (   428,   -47)
	  2: Rel (     0,   -92)  ->  Abs (   428,  -139)
	  3: Rel (     0,  -156)  ->  Abs (   428,  -295)
	  4: Rel (   354,     0)  ->  Abs (   782,  -295)
	  5: Rel (   124,     0)  ->  Abs (   906,  -295)
	  6: Rel (   153,    61)  ->  Abs (  1059,  -234)
	  7: Rel (    70,    27)  ->  Abs (  1129,  -207)
	  8: Rel (    26,     0)  ->  Abs (  1155,  -207)
	  9: Rel (    33,     0)  ->  Abs (  1188,  -207)
	 10: Rel (    41,   -46)  ->  Abs (  1229,  -253)
	 11: Rel (     0,   -36)  ->  Abs (  1229,  -289)
	 12: Rel (     0,   -65)  ->  Abs (  1229,  -354)
	 13: Rel (  -301,  -107)  ->  Abs (   928,  -461)
	 14: Rel (  -158,     0)  ->  Abs (   770,  -461)
	 15: Rel (  -240,     0)  ->  Abs (   530,  -461)
	 16: Rel (  -288,   172)  ->  Abs (   242,  -289)
	 17: Rel (     0,   152)  ->  Abs (   242,  -137)
	 18: Rel (     0,   116)  ->  Abs (   242,   -21)
	 19: Rel (   125,   123)  ->  Abs (   367,   102)
	 20: Rel (  -100,    36)  ->  Abs (   267,   138)
	 21: Rel (  -136,   192)  ->  Abs (   131,   330)
	 22: Rel (     0,   119)  ->  Abs (   131,   449)
	 23: Rel (     0,   148)  ->  Abs (   131,   597)
	 24: Rel (   229,   224)  ->  Abs (   360,   821)
	 25: Rel (   168,     0)  ->  Abs (   528,   821)
	 26: Rel (    91,     0)  ->  Abs (   619,   821)
	 27: Rel (   141,  -108)  ->  Abs (   760,   713)
	 28: Rel (    12,   -74)  ->  Abs (   772,   639)
	 29: Rel (    73,    96)  ->  Abs (   845,   735)
	 30: Rel (   220,   121)  ->  Abs (  1065,   856)
	 31: Rel (   111,     0)  ->  Abs (  1176,   856)
	 32: Rel (   124,     0)  ->  Abs (  1300,   856)
	 33: Rel (   158,  -158)  ->  Abs (  1458,   698)
	 34: Rel (     0,  -120)  ->  Abs (  1458,   578)
	 35: Rel (     0,  -217)  ->  Abs (  1458,   361)
	 36: Rel (  -555,  -293)  ->  Abs (   903,    68)
	 37: Rel (  -229,   170)  ->  Abs (   674,   238)
	 38: Rel (   232,    10)  ->  Abs (   906,   248)
	 39: Rel (   354,   204)  ->  Abs (  1260,   452)
	 40: Rel (     0,   115)  ->  Abs (  1260,   567)
	 41: Rel (     0,    50)  ->  Abs (  1260,   617)
	 42: Rel (   -61,    65)  ->  Abs (  1199,   682)
	 43: Rel (   -52,     0)  ->  Abs (  1147,   682)
	 44: Rel (   -93,     0)  ->  Abs (  1054,   682)
	 45: Rel (  -206,  -195)  ->  Abs (   848,   487)
	 46: Rel (  -373,  -243)  ->  Abs (   475,   244)
	 47: Rel (    70,    71)  ->  Abs (   545,   315)
	 48: Rel (    88,   176)  ->  Abs (   633,   491)
	 49: Rel (     0,    56)  ->  Abs (   633,   547)
	 50: Rel (     0,    43)  ->  Abs (   633,   590)
	 51: Rel (   -66,    59)  ->  Abs (   567,   649)
	 52: Rel (   -57,     0)  ->  Abs (   510,   649)
	 53: Rel (   -79,     0)  ->  Abs (   431,   649)
	 54: Rel (  -112,  -126)  ->  Abs (   319,   523)
	 55: Rel (     0,   -85)  ->  Abs (   319,   438)
	 56: Rel (     0,   -69)  ->  Abs (   319,   369)
	 57: Rel (    89,  -109)  ->  Abs (   408,   260)
	 58: Rel (   641,  -870)  ->  Abs (  1049,  -610)
	 59: Rel (  -209,  1710)  ->  Abs (   840,  1100)

	Glyph  73: off = 0x000039C2, len = 296
	  numberOfContours:	3
	  xMin:			-133
	  yMin:			-270
	  xMax:			1376
	  yMax:			1100

	EndPoints
	---------
	  0:  41
	  1:  42
	  2:  43

	  Length of Instructions:	156
	00000: PUSHB[4]            117    36     1    35 
	00005: PUSHW[1]            -48 
	00008: NPUSHB      (29):    12    17    72   123    29   139    29     2   142    28 
	                             1   102    12   118    12     2     4    11   132    11 
	                             2     9     9     1    25     1     2    10    42 
	00039: PUSHW[1]            258 
	00042: NPUSHB      (61):    80     8     1    50     8    66     8     2     3     0 
	                             8    16     8    32     8     3    12     4     8     4 
	                            43    30    12    17    24     0   232    20    40   232 
	                            24    15     4   229    14    12   251    20     0    43 
	                            42    42    43     0     3    27     7    33    24    38 
	                           251    27    64    45    27   241     2    44     7   240 
	                             2 
	00105: CALL       
	00106: CALL       
	00107: SVTCA[x-axis] 
	00108: SMD        
	00109: RTG        
	00110: SRP0       
	00111: FLIPON     
	00112: MIRP[srp0,md,rd,1] 
	00113: IP         
	00114: MDRP[nrp0,nmd,rd,0] 
	00115: SRP1       
	00116: SRP2       
	00117: SLOOP      
	00118: IP         
	00119: MDAP[rd]   
	00120: MDAP[rd]   
	00121: MDAP[rd]   
	00122: MDRP[nrp0,nmd,rd,1] 
	00123: MIRP[srp0,md,rd,1] 
	00124: MDRP[nrp0,md,rd,1] 
	00125: SVTCA[y-axis] 
	00126: MIAP[rd+ci] 
	00127: MIAP[rd+ci] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: MDRP[srp0,nmd,rd,0] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP1       
	00132: IP         
	00133: IP         
	00134: MDAP[rd]   
	00135: MDAP[rd]   
	00136: SRP1       
	00137: IP         
	00138: SDS        
	00139: SDB        
	00140: DELTAP1    
	00141: SDS        
	00142: DELTAP1    
	00143: DELTAP1    
	00144: MIAP[rd+ci] 
	00145: IUP[y]     
	00146: IUP[x]     
	00147: SDB        
	00148: DELTAP1    
	00149: SDB        
	00150: DELTAP1    
	00151: DELTAP1    
	00152: DELTAP1    
	00153: DELTAP1    
	00154: CALL       
	00155: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                                      Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:                                      Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                              X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual Rep-  1 Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:                              X-Short On
	 43:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   768,   500)  ->  Abs (   768,   500)
	  1: Rel (  -154,  -248)  ->  Abs (   614,   252)
	  2: Rel (  -390,  -326)  ->  Abs (   224,   -74)
	  3: Rel (  -194,  -112)  ->  Abs (    30,  -186)
	  4: Rel (   -65,     0)  ->  Abs (   -35,  -186)
	  5: Rel (   -44,     0)  ->  Abs (   -79,  -186)
	  6: Rel (   -54,    46)  ->  Abs (  -133,  -140)
	  7: Rel (     0,    38)  ->  Abs (  -133,  -102)
	  8: Rel (     0,    68)  ->  Abs (  -133,   -34)
	  9: Rel (   102,    44)  ->  Abs (   -31,    10)
	 10: Rel (   166,    72)  ->  Abs (   135,    82)
	 11: Rel (   328,   276)  ->  Abs (   463,   358)
	 12: Rel (   125,   185)  ->  Abs (   588,   543)
	 13: Rel (   -84,    48)  ->  Abs (   504,   591)
	 14: Rel (     0,    87)  ->  Abs (   504,   678)
	 15: Rel (     0,    58)  ->  Abs (   504,   736)
	 16: Rel (    85,    85)  ->  Abs (   589,   821)
	 17: Rel (    64,     0)  ->  Abs (   653,   821)
	 18: Rel (    62,     0)  ->  Abs (   715,   821)
	 19: Rel (    84,   -78)  ->  Abs (   799,   743)
	 20: Rel (     0,   -63)  ->  Abs (   799,   680)
	 21: Rel (   141,    20)  ->  Abs (   940,   700)
	 22: Rel (   168,    82)  ->  Abs (  1108,   782)
	 23: Rel (    81,    39)  ->  Abs (  1189,   821)
	 24: Rel (    40,     0)  ->  Abs (  1229,   821)
	 25: Rel (    68,     0)  ->  Abs (  1297,   821)
	 26: Rel (    79,  -150)  ->  Abs (  1376,   671)
	 27: Rel (     0,  -110)  ->  Abs (  1376,   561)
	 28: Rel (     0,  -183)  ->  Abs (  1376,   378)
	 29: Rel (  -171,  -327)  ->  Abs (  1205,    51)
	 30: Rel (  -103,     0)  ->  Abs (  1102,    51)
	 31: Rel (   -46,     0)  ->  Abs (  1056,    51)
	 32: Rel (   -57,    44)  ->  Abs (   999,    95)
	 33: Rel (     0,    34)  ->  Abs (   999,   129)
	 34: Rel (     0,    55)  ->  Abs (   999,   184)
	 35: Rel (    78,    74)  ->  Abs (  1077,   258)
	 36: Rel (    51,    47)  ->  Abs (  1128,   305)
	 37: Rel (    68,   176)  ->  Abs (  1196,   481)
	 38: Rel (     0,    78)  ->  Abs (  1196,   559)
	 39: Rel (     0,    41)  ->  Abs (  1196,   600)
	 40: Rel (   -14,    39)  ->  Abs (  1182,   639)
	 41: Rel (  -182,   -96)  ->  Abs (  1000,   543)
	 42: Rel (   -82,   557)  ->  Abs (   918,  1100)
	 43: Rel (    10, -1370)  ->  Abs (   928,  -270)

	Glyph  74: off = 0x00003AEA, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			-313
	  yMin:			-457
	  xMax:			1016
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	63
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	104
		X WOffset:	297
		Y WOffset:	-309
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     4    54     0    54     1     4    54    80    54   191 
	                            54   207    54     3    54    64     9    16    54 
	00021: CALL       
	00022: DELTAP1    
	00023: SRP1       
	00024: SHC[rp1,zp0] 
	00025: SVTCA[y-axis] 
	00026: DELTAP1    
	00027: SRP1       
	00028: SHC[rp1,zp0] 

	Glyph  75: off = 0x00003B22, len = 378
	  numberOfContours:	4
	  xMin:			-102
	  yMin:			-594
	  xMax:			1155
	  yMax:			1100

	EndPoints
	---------
	  0:  62
	  1:  63
	  2:  64
	  3:  65

	  Length of Instructions:	187
	00000: NPUSHB      (24):     9    52    25    52     2   138    48     1    47    24 
	                            11    14    72     1    40    17    40   129    40     3 
	                            52    33     1    32 
	00026: PUSHW[1]            -48 
	00029: NPUSHB      (98):     9    15    72   137    30     1   117    20   133    20 
	                             2   140    12     1    10     4    26     4     2    96 
	                             1   112     1   128     1     3   139     0     1    64 
	                            34     8    39     5   234    39     0    44    96    44 
	                             2     9    44    64    50     0    57    65    15    22 
	                            18   234    63    28    28    63    25    64     0     2 
	                            16    50    32    50    48    50     3    50    36     8 
	                            25    42    50    63     5    15    34    63    34   111 
	                            34     3    10     3    34    46   248    60     2    67 
	                            15   177    31    64    66    31   241     2 
	00129: CALL       
	00130: SVTCA[x-axis] 
	00131: SMD        
	00132: RTG        
	00133: SRP0       
	00134: FLIPON     
	00135: MIRP[nrp0,md,rd,1] 
	00136: SRP0       
	00137: MDRP[srp0,nmd,rd,2] 
	00138: MDRP[nrp0,nmd,rd,0] 
	00139: MIRP[nrp0,md,rd,1] 
	00140: MDRP[srp0,nmd,rd,0] 
	00141: SDS        
	00142: SDB        
	00143: DELTAP1    
	00144: SLOOP      
	00145: IP         
	00146: MDRP[nrp0,md,rd,1] 
	00147: MDAP[rd]   
	00148: DELTAP1    
	00149: SRP2       
	00150: IP         
	00151: MDRP[nrp0,nmd,rd,0] 
	00152: MDAP[rd]   
	00153: MDAP[rd]   
	00154: SVTCA[y-axis] 
	00155: MIAP[rd+ci] 
	00156: MDRP[nrp0,nmd,rd,2] 
	00157: MIRP[srp0,md,rd,1] 
	00158: MDRP[nrp0,nmd,rd,0] 
	00159: MIAP[rd+ci] 
	00160: MDRP[nrp0,nmd,rd,0] 
	00161: MDRP[srp0,nmd,rd,0] 
	00162: SHP[rp2,zp1] 
	00163: SHP[rp2,zp1] 
	00164: MDRP[srp0,nmd,rd,0] 
	00165: SDB        
	00166: DELTAP1    
	00167: MDRP[nrp0,md,rd,0] 
	00168: MIRP[nrp0,md,rd,1] 
	00169: SRP1       
	00170: IP         
	00171: IP         
	00172: MDAP[rd]   
	00173: DELTAP1    
	00174: IUP[y]     
	00175: IUP[x]     
	00176: DELTAP1    
	00177: DELTAP1    
	00178: DELTAP1    
	00179: DELTAP1    
	00180: DELTAP1    
	00181: CALL       
	00182: DELTAP1    
	00183: DELTAP1    
	00184: CALL       
	00185: DELTAP1    
	00186: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual       Rep-  1 Y-Short X-Short On
	  9:  YDual                       X-Short Off
	 10:              Rep-  4 Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:        XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual               Y-Short X-Short On
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual         Y-Short X-Short On
	 53:  YDual XDual Rep-  1 Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:        XDual         Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:                      Y-Short X-Short Off
	 63:              Rep-  1         X-Short On
	 65:                                      On

	Coordinates
	-----------
	  0: Rel (   956,   791)  ->  Abs (   956,   791)
	  1: Rel (   179,   -50)  ->  Abs (  1135,   741)
	  2: Rel (     0,  -145)  ->  Abs (  1135,   596)
	  3: Rel (     0,  -136)  ->  Abs (  1135,   460)
	  4: Rel (  -221,  -169)  ->  Abs (   914,   291)
	  5: Rel (  -185,     0)  ->  Abs (   729,   291)
	  6: Rel (   -39,     0)  ->  Abs (   690,   291)
	  7: Rel (   -33,     3)  ->  Abs (   657,   294)
	  8: Rel (   -63,     7)  ->  Abs (   594,   301)
	  9: Rel (   -24,     0)  ->  Abs (   570,   301)
	 10: Rel (  -202,   -89)  ->  Abs (   368,   212)
	 11: Rel (  -115,   -69)  ->  Abs (   253,   143)
	 12: Rel (   -86,   -74)  ->  Abs (   167,    69)
	 13: Rel (   -58,   -78)  ->  Abs (   109,    -9)
	 14: Rel (   -29,   -79)  ->  Abs (    80,   -88)
	 15: Rel (     0,   -39)  ->  Abs (    80,  -127)
	 16: Rel (     0,   -77)  ->  Abs (    80,  -204)
	 17: Rel (   146,   -91)  ->  Abs (   226,  -295)
	 18: Rel (   130,     0)  ->  Abs (   356,  -295)
	 19: Rel (   102,     0)  ->  Abs (   458,  -295)
	 20: Rel (   121,    43)  ->  Abs (   579,  -252)
	 21: Rel (    64,    23)  ->  Abs (   643,  -229)
	 22: Rel (    29,     0)  ->  Abs (   672,  -229)
	 23: Rel (    34,     0)  ->  Abs (   706,  -229)
	 24: Rel (    44,   -46)  ->  Abs (   750,  -275)
	 25: Rel (     0,   -34)  ->  Abs (   750,  -309)
	 26: Rel (     0,   -63)  ->  Abs (   750,  -372)
	 27: Rel (  -245,   -89)  ->  Abs (   505,  -461)
	 28: Rel (  -151,     0)  ->  Abs (   354,  -461)
	 29: Rel (  -211,     0)  ->  Abs (   143,  -461)
	 30: Rel (  -245,   189)  ->  Abs (  -102,  -272)
	 31: Rel (     0,   141)  ->  Abs (  -102,  -131)
	 32: Rel (     0,   157)  ->  Abs (  -102,    26)
	 33: Rel (   255,   266)  ->  Abs (   153,   292)
	 34: Rel (   246,    85)  ->  Abs (   399,   377)
	 35: Rel (   -32,    19)  ->  Abs (   367,   396)
	 36: Rel (     0,    46)  ->  Abs (   367,   442)
	 37: Rel (     0,    54)  ->  Abs (   367,   496)
	 38: Rel (    83,    61)  ->  Abs (   450,   557)
	 39: Rel (    70,     0)  ->  Abs (   520,   557)
	 40: Rel (    49,     0)  ->  Abs (   569,   557)
	 41: Rel (    68,   -63)  ->  Abs (   637,   494)
	 42: Rel (     0,   -27)  ->  Abs (   637,   467)
	 43: Rel (    38,   -10)  ->  Abs (   675,   457)
	 44: Rel (    60,     0)  ->  Abs (   735,   457)
	 45: Rel (   201,     0)  ->  Abs (   936,   457)
	 46: Rel (     0,   137)  ->  Abs (   936,   594)
	 47: Rel (     0,    99)  ->  Abs (   936,   693)
	 48: Rel (  -191,    28)  ->  Abs (   745,   721)
	 49: Rel (   -71,    10)  ->  Abs (   674,   731)
	 50: Rel (     0,    68)  ->  Abs (   674,   799)
	 51: Rel (     0,    67)  ->  Abs (   674,   866)
	 52: Rel (    78,    19)  ->  Abs (   752,   885)
	 53: Rel (    41,     9)  ->  Abs (   793,   894)
	 54: Rel (   143,    54)  ->  Abs (   936,   948)
	 55: Rel (    37,    23)  ->  Abs (   973,   971)
	 56: Rel (    56,    35)  ->  Abs (  1029,  1006)
	 57: Rel (    40,     0)  ->  Abs (  1069,  1006)
	 58: Rel (    37,     0)  ->  Abs (  1106,  1006)
	 59: Rel (    49,   -47)  ->  Abs (  1155,   959)
	 60: Rel (     0,   -33)  ->  Abs (  1155,   926)
	 61: Rel (     0,   -42)  ->  Abs (  1155,   884)
	 62: Rel (  -103,   -62)  ->  Abs (  1052,   822)
	 63: Rel (  -118, -1416)  ->  Abs (   934,  -594)
	 64: Rel (  -234,  1694)  ->  Abs (   700,  1100)
	 65: Rel (  -700,  -279)  ->  Abs (     0,   821)

	Glyph  76: off = 0x00003C9C, len = 436
	  numberOfContours:	4
	  xMin:			-94
	  yMin:			-465
	  xMax:			1276
	  yMax:			1393

	EndPoints
	---------
	  0:  54
	  1:  67
	  2:  68
	  3:  69

	  Length of Instructions:	224
	00000: NPUSHB      (61):    99    46   115    46     2    15    53     1    10   105 
	                            50     1    22    48    38    48     2   101    46     1 
	                            93    45   109    45     2    41    44     1    38    36 
	                             1    69    29     1    16     8    32     8    48     8 
	                             3   100     4     1    46     0     1    82    29    34 
	                            46    34     0   141    29    34    20    29    29    34 
	                            69 
	00063: PUSHW[1]            258 
	00066: NPUSHB      (76):    40    52   234    95    63     1    63    58     0     3 
	                            55     3     9    20    29    34    32     6    12    55 
	                           233    47    46    15    68    17   232    12   230     0 
	                            60     1    11    69    29    34    69     3    37    26 
	                            60   251    54     0    68    20   247     0     9     1 
	                            18     3     9    37     0    43     2     3   247    26 
	                            26     9    15    66   249    64    43    49    71    49 
	                           246     2    70    15   241     2 
	00144: CALL       
	00145: CALL       
	00146: SVTCA[x-axis] 
	00147: RTG        
	00148: SRP0       
	00149: MDRP[nrp0,nmd,rd,0] 
	00150: SMD        
	00151: FLIPON     
	00152: MIRP[nrp0,md,rd,1] 
	00153: SRP2       
	00154: IP         
	00155: IP         
	00156: MDAP[rd]   
	00157: MIRP[nrp0,md,rd,1] 
	00158: SRP1       
	00159: SRP2       
	00160: IP         
	00161: IP         
	00162: MDAP[rd]   
	00163: SDS        
	00164: SDB        
	00165: DELTAP1    
	00166: MIRP[nrp0,md,rd,1] 
	00167: MDRP[nrp0,nmd,rd,2] 
	00168: MDAP[rd]   
	00169: SHP[rp1,zp0] 
	00170: MIRP[nrp0,md,rd,1] 
	00171: SRP1       
	00172: SRP2       
	00173: SLOOP      
	00174: IP         
	00175: MDAP[rd]   
	00176: SDB        
	00177: DELTAP1    
	00178: SVTCA[y-axis] 
	00179: MIAP[rd+ci] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: MDRP[nrp0,nmd,rd,2] 
	00182: MIAP[rd+ci] 
	00183: SHP[rp1,zp0] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP2       
	00186: SLOOP      
	00187: IP         
	00188: SRP1       
	00189: SRP2       
	00190: IP         
	00191: IP         
	00192: MDRP[srp0,nmd,rd,0] 
	00193: DELTAP1    
	00194: MIRP[nrp0,md,rd,1] 
	00195: MDAP[rd]   
	00196: MIAP[rd+ci] 
	00197: SDPVTL[1]  
	00198: SRP0       
	00199: CALL       
	00200: SRP0       
	00201: SVTCA[x-axis] 
	00202: MDRP[nrp0,nmd,nrd,1] 
	00203: SDPVTL[1]  
	00204: SFVTCA[y-axis] 
	00205: CALL       
	00206: SRP0       
	00207: MDRP[nrp0,nmd,rd,0] 
	00208: IUP[y]     
	00209: IUP[x]     
	00210: SVTCA[y-axis] 
	00211: DELTAP1    
	00212: DELTAP1    
	00213: DELTAP1    
	00214: DELTAP1    
	00215: DELTAP1    
	00216: DELTAP1    
	00217: DELTAP1    
	00218: DELTAP1    
	00219: DELTAP1    
	00220: SDB        
	00221: DELTAP1    
	00222: SVTCA[x-axis] 
	00223: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual Rep-  1 Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual Rep-  1 Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual       Rep-  1 Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual Rep-  1 Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual Rep-  1 Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual Rep-  1 Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                              X-Short Off
	 46:                      Y-Short X-Short On
	 47:        XDual Rep-  1 Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                      Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:  YDual               Y-Short X-Short Off
	 55:                                      On
	 56:  YDual                       X-Short Off
	 57:              Rep-  2 Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:        XDual         Y-Short X-Short Off
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual                 X-Short Off
	 65:  YDual XDual         Y-Short X-Short Off
	 66:  YDual XDual         Y-Short         On
	 67:  YDual XDual         Y-Short         Off
	 68:                              X-Short On
	 69:                                      On

	Coordinates
	-----------
	  0: Rel (   475,   442)  ->  Abs (   475,   442)
	  1: Rel (  -108,  -101)  ->  Abs (   367,   341)
	  2: Rel (   -60,   -77)  ->  Abs (   307,   264)
	  3: Rel (     0,   -35)  ->  Abs (   307,   229)
	  4: Rel (     0,   -15)  ->  Abs (   307,   214)
	  5: Rel (    49,   -32)  ->  Abs (   356,   182)
	  6: Rel (    82,   -37)  ->  Abs (   438,   145)
	  7: Rel (   100,   -43)  ->  Abs (   538,   102)
	  8: Rel (    89,   -83)  ->  Abs (   627,    19)
	  9: Rel (     0,   -54)  ->  Abs (   627,   -35)
	 10: Rel (     0,   -98)  ->  Abs (   627,  -133)
	 11: Rel (  -419,  -215)  ->  Abs (   208,  -348)
	 12: Rel (  -161,     0)  ->  Abs (    47,  -348)
	 13: Rel (   -67,     0)  ->  Abs (   -20,  -348)
	 14: Rel (   -74,    50)  ->  Abs (   -94,  -298)
	 15: Rel (     0,    44)  ->  Abs (   -94,  -254)
	 16: Rel (     0,    86)  ->  Abs (   -94,  -168)
	 17: Rel (   139,    10)  ->  Abs (    45,  -158)
	 18: Rel (   113,     8)  ->  Abs (   158,  -150)
	 19: Rel (   217,    75)  ->  Abs (   375,   -75)
	 20: Rel (     0,    26)  ->  Abs (   375,   -49)
	 21: Rel (     0,    13)  ->  Abs (   375,   -36)
	 22: Rel (   -33,    19)  ->  Abs (   342,   -17)
	 23: Rel (   -51,    21)  ->  Abs (   291,     4)
	 24: Rel (  -128,    52)  ->  Abs (   163,    56)
	 25: Rel (   -79,    81)  ->  Abs (    84,   137)
	 26: Rel (     0,    68)  ->  Abs (    84,   205)
	 27: Rel (     0,    59)  ->  Abs (    84,   264)
	 28: Rel (    97,   144)  ->  Abs (   181,   408)
	 29: Rel (   112,   106)  ->  Abs (   293,   514)
	 30: Rel (    79,    75)  ->  Abs (   372,   589)
	 31: Rel (   137,   101)  ->  Abs (   509,   690)
	 32: Rel (    52,    30)  ->  Abs (   561,   720)
	 33: Rel (    17,    11)  ->  Abs (   578,   731)
	 34: Rel (    73,    66)  ->  Abs (   651,   797)
	 35: Rel (   160,   148)  ->  Abs (   811,   945)
	 36: Rel (   172,   202)  ->  Abs (   983,  1147)
	 37: Rel (   103,   159)  ->  Abs (  1086,  1306)
	 38: Rel (    37,    58)  ->  Abs (  1123,  1364)
	 39: Rel (    53,    29)  ->  Abs (  1176,  1393)
	 40: Rel (    28,     0)  ->  Abs (  1204,  1393)
	 41: Rel (    34,     0)  ->  Abs (  1238,  1393)
	 42: Rel (    38,   -39)  ->  Abs (  1276,  1354)
	 43: Rel (     0,   -31)  ->  Abs (  1276,  1323)
	 44: Rel (     0,   -68)  ->  Abs (  1276,  1255)
	 45: Rel (  -196,  -268)  ->  Abs (  1080,   987)
	 46: Rel (  -177,  -170)  ->  Abs (   903,   817)
	 47: Rel (   106,   -14)  ->  Abs (  1009,   803)
	 48: Rel (   115,  -135)  ->  Abs (  1124,   668)
	 49: Rel (     0,  -101)  ->  Abs (  1124,   567)
	 50: Rel (     0,  -144)  ->  Abs (  1124,   423)
	 51: Rel (  -232,  -218)  ->  Abs (   892,   205)
	 52: Rel (  -142,     0)  ->  Abs (   750,   205)
	 53: Rel (  -109,     0)  ->  Abs (   641,   205)
	 54: Rel (  -157,   127)  ->  Abs (   484,   332)
	 55: Rel (   356,   325)  ->  Abs (   840,   657)
	 56: Rel (   -39,     0)  ->  Abs (   801,   657)
	 57: Rel (  -113,   -51)  ->  Abs (   688,   606)
	 58: Rel (   -21,   -24)  ->  Abs (   667,   582)
	 59: Rel (   -24,   -63)  ->  Abs (   643,   519)
	 60: Rel (     0,   -38)  ->  Abs (   643,   481)
	 61: Rel (     0,   -51)  ->  Abs (   643,   430)
	 62: Rel (    58,   -61)  ->  Abs (   701,   369)
	 63: Rel (    44,     0)  ->  Abs (   745,   369)
	 64: Rel (    68,     0)  ->  Abs (   813,   369)
	 65: Rel (   117,   113)  ->  Abs (   930,   482)
	 66: Rel (     0,    73)  ->  Abs (   930,   555)
	 67: Rel (     0,   102)  ->  Abs (   930,   657)
	 68: Rel (    -8, -1122)  ->  Abs (   922,  -465)
	 69: Rel (  -406,  1565)  ->  Abs (   516,  1100)

	Glyph  77: off = 0x00003E50, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			-94
	  yMin:			-471
	  xMax:			1136
	  yMax:			1530

	     0: Flags:		0x0236
		Glyf Index:	65
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	106
		X WOffset:	489
		Y WOffset:	870
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     8     7     6    73    28     8     7     6     0    64 
	                             1   225    64    82    25    31    37 
	00019: CALL       
	00020: DELTAP1    
	00021: SHC[rp1,zp0] 
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP0       
	00026: MDRP[srp0,md,rd,2] 
	00027: SHC[rp2,zp1] 
	00028: SHC[rp2,zp1] 
	00029: SHC[rp2,zp1] 

	Glyph  78: off = 0x00003E88, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			-115
	  yMin:			-219
	  xMax:			1072
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	104
		X WOffset:	630
		Y WOffset:	106
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[5]              3   144    21     1    21 
	00006: PUSHW[1]            -64 
	00009: PUSHB[4]             10    13    54     3 
	00014: PUSHW[1]            498 
	00017: PUSHB[5]             21    27     0    12    37 
	00023: CALL       
	00024: SHC[rp1,zp0] 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph  79: off = 0x00003EC0, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			-115
	  yMin:			-219
	  xMax:			1059
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	186
		Y WOffset:	473
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (15):     3    15    21    31    21    95    21   111    21     4 
	                             3   160    21     1    21 
	00017: PUSHW[1]            -64 
	00020: NPUSHB       (9):     9    15    54    54    21    27     0    12    37 
	00031: CALL       
	00032: CALL       
	00033: DELTAP1    
	00034: SHC[rp1,zp0] 
	00035: SVTCA[y-axis] 
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph  80: off = 0x00003F00, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			-233
	  yMin:			-381
	  xMax:			1264
	  yMax:			1460

	     0: Flags:		0x0236
		Glyf Index:	64
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	522
		Y WOffset:	967
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):    64     5    62    62   128    52     5    48    53     1 
	00012: PUSHW[1]            -37 
	00015: PUSHB[5]             53    59    12    44    37 
	00021: CALL       
	00022: DELTAP2    
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP0       
	00026: SMD        
	00027: MDRP[srp0,md,rd,2] 
	00028: MDAP[rd]   
	00029: SHC[rp2,zp1] 
	00030: SMD        

	Glyph  81: off = 0x00003F3A, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			-115
	  yMin:			-184
	  xMax:			1495
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	665
		Y WOffset:	895
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[5]              4    47    16     4    38 
	00006: PUSHW[1]            -64 
	00009: NPUSHB      (14):    21    25    54    48    38    64    38    80    38   144 
	                            38   160    38     5 
	00025: PUSHW[1]            -96 
	00028: PUSHB[5]             38    44    13    22    37 
	00034: CALL       
	00035: DELTAP1    
	00036: CALL       
	00037: SHC[rp1,zp0] 
	00038: SVTCA[y-axis] 
	00039: SRP0       
	00040: MDRP[srp0,md,rd,2] 
	00041: SHC[rp2,zp1] 

	Glyph  82: off = 0x00003F7E, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-49
	  xMax:			2175
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	69
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	106
		X WOffset:	813
		Y WOffset:	676
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[8]              8     7     6    62    22     8     7     6 
	00009: PUSHW[1]            -50 
	00012: PUSHB[5]             53    71    14    30    37 
	00018: CALL       
	00019: SHC[rp1,zp0] 
	00020: SHC[rp1,zp0] 
	00021: SHC[rp1,zp0] 
	00022: SVTCA[y-axis] 
	00023: SRP0       
	00024: MDRP[srp0,md,rd,2] 
	00025: SHC[rp2,zp1] 
	00026: SHC[rp2,zp1] 
	00027: SHC[rp2,zp1] 

	Glyph  83: off = 0x00003FB4, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-49
	  xMax:			2175
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	69
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	104
		X WOffset:	813
		Y WOffset:	90
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[5]              6   144    41     1     6 
	00006: PUSHW[1]            -50 
	00009: PUSHB[5]             41    47    14    30    37 
	00015: CALL       
	00016: SHC[rp1,zp0] 
	00017: SVTCA[y-axis] 
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 

	Glyph  84: off = 0x00003FE2, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-49
	  xMax:			2175
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	69
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	813
		Y WOffset:	696
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[4]              6    50    22     6 
	00005: PUSHW[1]            -50 
	00008: PUSHB[5]             41    47    14    30    37 
	00014: CALL       
	00015: SHC[rp1,zp0] 
	00016: SVTCA[y-axis] 
	00017: SRP0       
	00018: MDRP[srp0,md,rd,2] 
	00019: SHC[rp2,zp1] 

	Glyph  85: off = 0x00004010, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			-94
	  yMin:			-471
	  xMax:			1124
	  yMax:			1530

	     0: Flags:		0x0236
		Glyf Index:	65
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	104
		X WOffset:	542
		Y WOffset:	-119
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     6   144    52   160    52   176    52   192    52     4 
	                             6     7    52    58     8    31    37 
	00019: CALL       
	00020: SHC[rp1,zp0] 
	00021: SVTCA[y-axis] 
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 

	Glyph  86: off = 0x00004042, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			-94
	  yMin:			-471
	  xMax:			1124
	  yMax:			1530

	     0: Flags:		0x0236
		Glyf Index:	65
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	512
		Y WOffset:	922
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (13):     6    61    28     6     0    52     1   248    52    58 
	                            25    31    37 
	00015: SVTCA[x-axis] 
	00016: CALL       
	00017: DELTAP1    
	00018: SHC[rp1,zp0] 
	00019: SVTCA[y-axis] 
	00020: SRP0       
	00021: MDRP[srp0,md,rd,2] 
	00022: SHC[rp2,zp1] 

	Glyph  87: off = 0x00004074, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			-29
	  yMin:			-352
	  xMax:			1077
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0017
		Glyf Index:	104
		X WOffset:	188
		Y WOffset:	-207
		Other:		Round X,Y to Grid  No Overlap


	Glyph  88: off = 0x0000408C, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			-29
	  yMin:			-352
	  xMax:			1077
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	114
		Y WOffset:	637
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     5    95    33   143    33   144    33   192    33     4 
	                             5    32    33    48    33   160    33     3    33 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]             18    21    54    33 
	00029: PUSHW[1]            -64 
	00032: PUSHB[3]              9    13    54 
	00036: PUSHW[1]            -70 
	00039: PUSHB[5]             33    39     6    17    37 
	00045: CALL       
	00046: CALL       
	00047: CALL       
	00048: DELTAP2    
	00049: SHC[rp1,zp0] 
	00050: SVTCA[y-axis] 
	00051: DELTAP1    
	00052: SHC[rp1,zp0] 

	Glyph  89: off = 0x000040DC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			-78
	  yMin:			-348
	  xMax:			1147
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	67
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	105
		X WOffset:	413
		Y WOffset:	905
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     5     4    63    12     5     4     0    42    60     8 
	                            15    37 
	00014: CALL       
	00015: SHC[rp1,zp0] 
	00016: SHC[rp1,zp0] 
	00017: SVTCA[y-axis] 
	00018: SRP0       
	00019: MDRP[srp0,md,rd,2] 
	00020: SHC[rp2,zp1] 
	00021: SHC[rp2,zp1] 

	Glyph  90: off = 0x0000410C, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			-123
	  yMin:			-219
	  xMax:			864
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	223
		Y WOffset:	922
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     5    44     8     5    34    35    41     5    11    37 
	00012: CALL       
	00013: SHC[rp1,zp0] 
	00014: SVTCA[y-axis] 
	00015: SRP0       
	00016: MDRP[srp0,md,rd,2] 
	00017: SHC[rp2,zp1] 

	Glyph  91: off = 0x00004138, len = 96
	  numberOfContours:	2
	  xMin:			25
	  yMin:			969
	  xMax:			575
	  yMax:			1425

	EndPoints
	---------
	  0:  14
	  1:  15

	  Length of Instructions:	35
	00000: NPUSHB      (20):   123    10     1    84     4   100     4   132     4     3 
	                           134     3     1     7    15    12    15    15     9     0 
	00022: MDAP[rd]   
	00023: MDRP[nrp0,md,rd,1] 
	00024: IP         
	00025: MDAP[rd]   
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: MDRP[nrp0,nmd,rd,2] 
	00029: MDRP[nrp0,md,rd,1] 
	00030: IUP[y]     
	00031: IUP[x]     
	00032: DELTAP1    
	00033: DELTAP1    
	00034: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                                      Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    25,  1038)  ->  Abs (    25,  1038)
	  1: Rel (     0,    30)  ->  Abs (    25,  1068)
	  2: Rel (    32,    34)  ->  Abs (    57,  1102)
	  3: Rel (    45,    20)  ->  Abs (   102,  1122)
	  4: Rel (   136,    59)  ->  Abs (   238,  1181)
	  5: Rel (   193,   201)  ->  Abs (   431,  1382)
	  6: Rel (    42,    43)  ->  Abs (   473,  1425)
	  7: Rel (    43,     0)  ->  Abs (   516,  1425)
	  8: Rel (    59,     0)  ->  Abs (   575,  1425)
	  9: Rel (     0,   -63)  ->  Abs (   575,  1362)
	 10: Rel (     0,   -57)  ->  Abs (   575,  1305)
	 11: Rel (  -368,  -336)  ->  Abs (   207,   969)
	 12: Rel (  -101,     0)  ->  Abs (   106,   969)
	 13: Rel (   -37,     0)  ->  Abs (    69,   969)
	 14: Rel (   -44,    38)  ->  Abs (    25,  1007)
	 15: Rel (   171,   -38)  ->  Abs (   196,   969)

	Glyph  92: off = 0x00004198, len = 156
	  numberOfContours:	3
	  xMin:			25
	  yMin:			969
	  xMax:			862
	  yMax:			1464

	EndPoints
	---------
	  0:  14
	  1:  29
	  2:  30

	  Length of Instructions:	53
	00000: NPUSHB      (31):   102    19   118    19   134    19     3   102     4   118 
	                             4   134     4     3     7    47    12     1    12    22 
	                            30    27    30    30     0    24    64    15   128     9 
	                             0 
	00033: MDAP[rd]   
	00034: MDRP[nrp0,md,rd,1] 
	00035: SMD        
	00036: MDRP[srp0,md,rd,0] 
	00037: SMD        
	00038: MDRP[nrp0,md,rd,1] 
	00039: SRP1       
	00040: IP         
	00041: MDAP[rd]   
	00042: SVTCA[y-axis] 
	00043: MDAP[rd]   
	00044: MDRP[nrp0,nmd,rd,2] 
	00045: MDRP[nrp0,md,rd,1] 
	00046: MDRP[srp0,nmd,rd,0] 
	00047: DELTAP1    
	00048: MDRP[nrp0,md,rd,1] 
	00049: IUP[y]     
	00050: IUP[x]     
	00051: DELTAP1    
	00052: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                                      Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:                      Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                                      Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    25,  1124)  ->  Abs (    25,  1124)
	  1: Rel (     0,    30)  ->  Abs (    25,  1154)
	  2: Rel (    32,    34)  ->  Abs (    57,  1188)
	  3: Rel (    45,    20)  ->  Abs (   102,  1208)
	  4: Rel (   139,    62)  ->  Abs (   241,  1270)
	  5: Rel (   153,   153)  ->  Abs (   394,  1423)
	  6: Rel (    40,    41)  ->  Abs (   434,  1464)
	  7: Rel (    41,     0)  ->  Abs (   475,  1464)
	  8: Rel (    60,     0)  ->  Abs (   535,  1464)
	  9: Rel (     0,   -63)  ->  Abs (   535,  1401)
	 10: Rel (     0,   -56)  ->  Abs (   535,  1345)
	 11: Rel (  -337,  -290)  ->  Abs (   198,  1055)
	 12: Rel (   -92,     0)  ->  Abs (   106,  1055)
	 13: Rel (   -37,     0)  ->  Abs (    69,  1055)
	 14: Rel (   -44,    38)  ->  Abs (    25,  1093)
	 15: Rel (   327,   -55)  ->  Abs (   352,  1038)
	 16: Rel (     0,    31)  ->  Abs (   352,  1069)
	 17: Rel (    34,    34)  ->  Abs (   386,  1103)
	 18: Rel (    44,    19)  ->  Abs (   430,  1122)
	 19: Rel (   138,    62)  ->  Abs (   568,  1184)
	 20: Rel (   153,   153)  ->  Abs (   721,  1337)
	 21: Rel (    41,    41)  ->  Abs (   762,  1378)
	 22: Rel (    41,     0)  ->  Abs (   803,  1378)
	 23: Rel (    59,     0)  ->  Abs (   862,  1378)
	 24: Rel (     0,   -63)  ->  Abs (   862,  1315)
	 25: Rel (     0,   -56)  ->  Abs (   862,  1259)
	 26: Rel (  -336,  -290)  ->  Abs (   526,   969)
	 27: Rel (   -92,     0)  ->  Abs (   434,   969)
	 28: Rel (   -37,     0)  ->  Abs (   397,   969)
	 29: Rel (   -45,    38)  ->  Abs (   352,  1007)
	 30: Rel (    93,   -38)  ->  Abs (   445,   969)

	Glyph  93: off = 0x00004234, len = 90
	  numberOfContours:	2
	  xMin:			25
	  yMin:			-461
	  xMax:			822
	  yMax:			-69

	EndPoints
	---------
	  0:  14
	  1:  15

	  Length of Instructions:	29
	00000: NPUSHB      (16):   134     4     1    99     3   115     3   131     3     3 
	                            12    15     6    15     9     0 
	00018: MDAP[rd]   
	00019: MDRP[srp0,md,rd,1] 
	00020: MDRP[nrp0,nmd,rd,2] 
	00021: SVTCA[y-axis] 
	00022: MDAP[rd]   
	00023: MDRP[nrp0,nmd,rd,2] 
	00024: MDRP[nrp0,md,rd,1] 
	00025: IUP[y]     
	00026: IUP[x]     
	00027: DELTAP1    
	00028: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:                                      On

	Coordinates
	-----------
	  0: Rel (    25,  -397)  ->  Abs (    25,  -397)
	  1: Rel (     0,    62)  ->  Abs (    25,  -335)
	  2: Rel (    77,    28)  ->  Abs (   102,  -307)
	  3: Rel (   160,    57)  ->  Abs (   262,  -250)
	  4: Rel (   182,   111)  ->  Abs (   444,  -139)
	  5: Rel (    48,    28)  ->  Abs (   492,  -111)
	  6: Rel (    40,     0)  ->  Abs (   532,  -111)
	  7: Rel (    26,     0)  ->  Abs (   558,  -111)
	  8: Rel (    36,   -35)  ->  Abs (   594,  -146)
	  9: Rel (     0,   -22)  ->  Abs (   594,  -168)
	 10: Rel (     0,   -59)  ->  Abs (   594,  -227)
	 11: Rel (  -404,  -234)  ->  Abs (   190,  -461)
	 12: Rel (   -88,     0)  ->  Abs (   102,  -461)
	 13: Rel (   -34,     0)  ->  Abs (    68,  -461)
	 14: Rel (   -43,    37)  ->  Abs (    25,  -424)
	 15: Rel (   797,   355)  ->  Abs (   822,   -69)

	Glyph  94: off = 0x0000428E, len = 188
	  numberOfContours:	3
	  xMin:			14
	  yMin:			-517
	  xMax:			1024
	  yMax:			-111

	EndPoints
	---------
	  0:  14
	  1:  29
	  2:  30

	  Length of Instructions:	85
	00000: NPUSHB      (58):   131    19     1   131    18     1   106    26   122    26 
	                             2   106    11   122    11     2   131     4     1   131 
	                             3     1    30    30     6    27    21    12     6    30 
	                            30     0     0    24    16    24    32    24    64    24 
	                            80    24     5    24    15     0     9    16     9    32 
	                             9    64     9    80     9     5     9     0 
	00060: MDAP[rd]   
	00061: MDRP[nrp0,md,rd,1] 
	00062: DELTAP1    
	00063: MDRP[srp0,nmd,rd,0] 
	00064: MDRP[nrp0,md,rd,1] 
	00065: DELTAP1    
	00066: SRP1       
	00067: IP         
	00068: MDAP[rd]   
	00069: SVTCA[y-axis] 
	00070: MDAP[rd]   
	00071: MDRP[nrp0,md,rd,1] 
	00072: MDRP[srp0,nmd,rd,0] 
	00073: MDRP[nrp0,md,rd,1] 
	00074: SRP2       
	00075: IP         
	00076: MDAP[rd]   
	00077: IUP[y]     
	00078: IUP[x]     
	00079: DELTAP1    
	00080: DELTAP1    
	00081: DELTAP1    
	00082: DELTAP1    
	00083: DELTAP1    
	00084: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:                      Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:                                      On

	Coordinates
	-----------
	  0: Rel (    14,  -398)  ->  Abs (    14,  -398)
	  1: Rel (     0,    62)  ->  Abs (    14,  -336)
	  2: Rel (    78,    28)  ->  Abs (    92,  -308)
	  3: Rel (   159,    57)  ->  Abs (   251,  -251)
	  4: Rel (   183,   111)  ->  Abs (   434,  -140)
	  5: Rel (    47,    29)  ->  Abs (   481,  -111)
	  6: Rel (    41,     0)  ->  Abs (   522,  -111)
	  7: Rel (    25,     0)  ->  Abs (   547,  -111)
	  8: Rel (    37,   -35)  ->  Abs (   584,  -146)
	  9: Rel (     0,   -23)  ->  Abs (   584,  -169)
	 10: Rel (     0,   -60)  ->  Abs (   584,  -229)
	 11: Rel (  -406,  -233)  ->  Abs (   178,  -462)
	 12: Rel (   -86,     0)  ->  Abs (    92,  -462)
	 13: Rel (   -34,     0)  ->  Abs (    58,  -462)
	 14: Rel (   -44,    37)  ->  Abs (    14,  -425)
	 15: Rel (   441,   -28)  ->  Abs (   455,  -453)
	 16: Rel (     0,    62)  ->  Abs (   455,  -391)
	 17: Rel (    77,    28)  ->  Abs (   532,  -363)
	 18: Rel (   160,    57)  ->  Abs (   692,  -306)
	 19: Rel (   182,   111)  ->  Abs (   874,  -195)
	 20: Rel (    48,    28)  ->  Abs (   922,  -167)
	 21: Rel (    41,     0)  ->  Abs (   963,  -167)
	 22: Rel (    25,     0)  ->  Abs (   988,  -167)
	 23: Rel (    36,   -35)  ->  Abs (  1024,  -202)
	 24: Rel (     0,   -22)  ->  Abs (  1024,  -224)
	 25: Rel (     0,   -59)  ->  Abs (  1024,  -283)
	 26: Rel (  -404,  -234)  ->  Abs (   620,  -517)
	 27: Rel (   -88,     0)  ->  Abs (   532,  -517)
	 28: Rel (   -34,     0)  ->  Abs (   498,  -517)
	 29: Rel (   -43,    37)  ->  Abs (   455,  -480)
	 30: Rel (   506,   355)  ->  Abs (   961,  -125)

	Glyph  95: off = 0x0000434A, len = 120
	  numberOfContours:	2
	  xMin:			25
	  yMin:			969
	  xMax:			502
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  20

	  Length of Instructions:	46
	00000: PUSHW[2]              9   -16 
	00005: NPUSHB      (24):    11    14    72     7    20    13   106     0   122     0 
	                           138     0     3    20     4     0     4    20     3   175 
	                            10     1    10    15 
	00031: MDAP[rd]   
	00032: MDRP[nrp0,md,rd,1] 
	00033: DELTAP1    
	00034: SLOOP      
	00035: IP         
	00036: MDAP[rd]   
	00037: MDAP[rd]   
	00038: DELTAP1    
	00039: SVTCA[y-axis] 
	00040: MDAP[rd]   
	00041: MDRP[nrp0,nmd,rd,2] 
	00042: MDRP[nrp0,nmd,rd,0] 
	00043: IUP[y]     
	00044: IUP[x]     
	00045: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:                      Y-Short         Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   350,  1257)  ->  Abs (   350,  1257)
	  1: Rel (   -64,    51)  ->  Abs (   286,  1308)
	  2: Rel (  -147,    15)  ->  Abs (   139,  1323)
	  3: Rel (   -78,     8)  ->  Abs (    61,  1331)
	  4: Rel (     0,    60)  ->  Abs (    61,  1391)
	  5: Rel (     0,    31)  ->  Abs (    61,  1422)
	  6: Rel (    45,    42)  ->  Abs (   106,  1464)
	  7: Rel (    37,     0)  ->  Abs (   143,  1464)
	  8: Rel (    93,     0)  ->  Abs (   236,  1464)
	  9: Rel (   266,  -101)  ->  Abs (   502,  1363)
	 10: Rel (     0,   -85)  ->  Abs (   502,  1278)
	 11: Rel (     0,   -80)  ->  Abs (   502,  1198)
	 12: Rel (  -321,  -229)  ->  Abs (   181,   969)
	 13: Rel (   -75,     0)  ->  Abs (   106,   969)
	 14: Rel (   -81,     0)  ->  Abs (    25,   969)
	 15: Rel (     0,    65)  ->  Abs (    25,  1034)
	 16: Rel (     0,    35)  ->  Abs (    25,  1069)
	 17: Rel (    36,    35)  ->  Abs (    61,  1104)
	 18: Rel (    41,    14)  ->  Abs (   102,  1118)
	 19: Rel (   186,    68)  ->  Abs (   288,  1186)
	 20: Rel (  -151,  -217)  ->  Abs (   137,   969)

	Glyph  96: off = 0x000043C2, len = 204
	  numberOfContours:	3
	  xMin:			25
	  yMin:			969
	  xMax:			993
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  39
	  2:  40

	  Length of Instructions:	75
	00000: PUSHW[2]             29   -16 
	00005: PUSHB[4]             11    14    72     9 
	00010: PUSHW[1]            -16 
	00013: NPUSHB      (35):    11    14    72    33    27     7    40    13   106    20 
	                           122    20   138    20     3   106     0   122     0   138 
	                             0     3    40    24     4    40    15    24    20    30 
	                            35     4     0    10    15 
	00050: MDAP[rd]   
	00051: MDRP[nrp0,md,rd,1] 
	00052: IP         
	00053: IP         
	00054: MDRP[srp0,nmd,rd,0] 
	00055: MDRP[nrp0,md,rd,1] 
	00056: IP         
	00057: IP         
	00058: SRP1       
	00059: IP         
	00060: MDAP[rd]   
	00061: MDAP[rd]   
	00062: MDAP[rd]   
	00063: DELTAP1    
	00064: DELTAP1    
	00065: SVTCA[y-axis] 
	00066: MDAP[rd]   
	00067: MDRP[nrp0,nmd,rd,2] 
	00068: MDRP[nrp0,nmd,rd,0] 
	00069: IP         
	00070: IP         
	00071: IUP[y]     
	00072: IUP[x]     
	00073: CALL       
	00074: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:                      Y-Short         Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual               Y-Short         On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:                      Y-Short         Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short         Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   350,  1257)  ->  Abs (   350,  1257)
	  1: Rel (   -64,    51)  ->  Abs (   286,  1308)
	  2: Rel (  -147,    15)  ->  Abs (   139,  1323)
	  3: Rel (   -78,     8)  ->  Abs (    61,  1331)
	  4: Rel (     0,    60)  ->  Abs (    61,  1391)
	  5: Rel (     0,    31)  ->  Abs (    61,  1422)
	  6: Rel (    45,    42)  ->  Abs (   106,  1464)
	  7: Rel (    37,     0)  ->  Abs (   143,  1464)
	  8: Rel (    93,     0)  ->  Abs (   236,  1464)
	  9: Rel (   266,  -101)  ->  Abs (   502,  1363)
	 10: Rel (     0,   -85)  ->  Abs (   502,  1278)
	 11: Rel (     0,   -80)  ->  Abs (   502,  1198)
	 12: Rel (  -321,  -229)  ->  Abs (   181,   969)
	 13: Rel (   -75,     0)  ->  Abs (   106,   969)
	 14: Rel (   -81,     0)  ->  Abs (    25,   969)
	 15: Rel (     0,    65)  ->  Abs (    25,  1034)
	 16: Rel (     0,    35)  ->  Abs (    25,  1069)
	 17: Rel (    36,    35)  ->  Abs (    61,  1104)
	 18: Rel (    41,    14)  ->  Abs (   102,  1118)
	 19: Rel (   186,    68)  ->  Abs (   288,  1186)
	 20: Rel (   554,    71)  ->  Abs (   842,  1257)
	 21: Rel (   -65,    51)  ->  Abs (   777,  1308)
	 22: Rel (  -146,    15)  ->  Abs (   631,  1323)
	 23: Rel (   -78,     8)  ->  Abs (   553,  1331)
	 24: Rel (     0,    60)  ->  Abs (   553,  1391)
	 25: Rel (     0,    32)  ->  Abs (   553,  1423)
	 26: Rel (    45,    41)  ->  Abs (   598,  1464)
	 27: Rel (    37,     0)  ->  Abs (   635,  1464)
	 28: Rel (    92,     0)  ->  Abs (   727,  1464)
	 29: Rel (   266,  -101)  ->  Abs (   993,  1363)
	 30: Rel (     0,   -85)  ->  Abs (   993,  1278)
	 31: Rel (     0,   -80)  ->  Abs (   993,  1198)
	 32: Rel (  -321,  -229)  ->  Abs (   672,   969)
	 33: Rel (   -74,     0)  ->  Abs (   598,   969)
	 34: Rel (   -82,     0)  ->  Abs (   516,   969)
	 35: Rel (     0,    65)  ->  Abs (   516,  1034)
	 36: Rel (     0,    35)  ->  Abs (   516,  1069)
	 37: Rel (    37,    35)  ->  Abs (   553,  1104)
	 38: Rel (    41,    14)  ->  Abs (   594,  1118)
	 39: Rel (   185,    68)  ->  Abs (   779,  1186)
	 40: Rel (  -173,  -217)  ->  Abs (   606,   969)

	Glyph  97: off = 0x0000448E, len = 112
	  numberOfContours:	2
	  xMin:			23
	  yMin:			969
	  xMax:			500
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  20

	  Length of Instructions:	39
	00000: NPUSHB      (23):     9    16    11    14    72    13    20     7   101     0 
	                           117     0   133     0     3    20     4     0     4    20 
	                             3    15    10 
	00025: MDAP[rd]   
	00026: MDRP[nrp0,md,rd,1] 
	00027: SLOOP      
	00028: IP         
	00029: MDAP[rd]   
	00030: MDAP[rd]   
	00031: DELTAP1    
	00032: SVTCA[y-axis] 
	00033: MDAP[rd]   
	00034: MDRP[nrp0,nmd,rd,2] 
	00035: MDRP[nrp0,nmd,rd,0] 
	00036: IUP[y]     
	00037: IUP[x]     
	00038: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short         Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   174,  1176)  ->  Abs (   174,  1176)
	  1: Rel (    64,   -51)  ->  Abs (   238,  1125)
	  2: Rel (   147,   -15)  ->  Abs (   385,  1110)
	  3: Rel (    78,    -8)  ->  Abs (   463,  1102)
	  4: Rel (     0,   -60)  ->  Abs (   463,  1042)
	  5: Rel (     0,   -32)  ->  Abs (   463,  1010)
	  6: Rel (   -45,   -41)  ->  Abs (   418,   969)
	  7: Rel (   -37,     0)  ->  Abs (   381,   969)
	  8: Rel (   -93,     0)  ->  Abs (   288,   969)
	  9: Rel (  -265,   101)  ->  Abs (    23,  1070)
	 10: Rel (     0,    85)  ->  Abs (    23,  1155)
	 11: Rel (     0,    81)  ->  Abs (    23,  1236)
	 12: Rel (   320,   228)  ->  Abs (   343,  1464)
	 13: Rel (    75,     0)  ->  Abs (   418,  1464)
	 14: Rel (    82,     0)  ->  Abs (   500,  1464)
	 15: Rel (     0,   -65)  ->  Abs (   500,  1399)
	 16: Rel (     0,   -35)  ->  Abs (   500,  1364)
	 17: Rel (   -37,   -35)  ->  Abs (   463,  1329)
	 18: Rel (   -41,   -14)  ->  Abs (   422,  1315)
	 19: Rel (  -186,   -68)  ->  Abs (   236,  1247)
	 20: Rel (    44,  -278)  ->  Abs (   280,   969)

	Glyph  98: off = 0x000044FE, len = 200
	  numberOfContours:	3
	  xMin:			23
	  yMin:			969
	  xMax:			991
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  39
	  2:  40

	  Length of Instructions:	69
	00000: NPUSHB      (42):    29    16    11    14    72     9    16    11    14    72 
	                            33    27    13    40     7   101    20   117    20   133 
	                            20     3   101     0   117     0   133     0     3    40 
	                            24     4    40    30     4     0    15    10    24    20 
	                            35    30 
	00044: MDAP[rd]   
	00045: MDRP[nrp0,md,rd,1] 
	00046: IP         
	00047: IP         
	00048: MDRP[srp0,nmd,rd,0] 
	00049: MDRP[nrp0,md,rd,1] 
	00050: IP         
	00051: IP         
	00052: SRP1       
	00053: IP         
	00054: MDAP[rd]   
	00055: MDAP[rd]   
	00056: MDAP[rd]   
	00057: DELTAP1    
	00058: DELTAP1    
	00059: SVTCA[y-axis] 
	00060: MDAP[rd]   
	00061: MDRP[nrp0,nmd,rd,2] 
	00062: MDRP[nrp0,nmd,rd,0] 
	00063: IP         
	00064: IP         
	00065: IUP[y]     
	00066: IUP[x]     
	00067: CALL       
	00068: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short         Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short         On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short         Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:                                      On

	Coordinates
	-----------
	  0: Rel (   666,  1176)  ->  Abs (   666,  1176)
	  1: Rel (    64,   -51)  ->  Abs (   730,  1125)
	  2: Rel (   147,   -15)  ->  Abs (   877,  1110)
	  3: Rel (    77,    -8)  ->  Abs (   954,  1102)
	  4: Rel (     0,   -60)  ->  Abs (   954,  1042)
	  5: Rel (     0,   -31)  ->  Abs (   954,  1011)
	  6: Rel (   -44,   -42)  ->  Abs (   910,   969)
	  7: Rel (   -38,     0)  ->  Abs (   872,   969)
	  8: Rel (   -92,     0)  ->  Abs (   780,   969)
	  9: Rel (  -266,   101)  ->  Abs (   514,  1070)
	 10: Rel (     0,    85)  ->  Abs (   514,  1155)
	 11: Rel (     0,    81)  ->  Abs (   514,  1236)
	 12: Rel (   321,   228)  ->  Abs (   835,  1464)
	 13: Rel (    74,     0)  ->  Abs (   909,  1464)
	 14: Rel (    82,     0)  ->  Abs (   991,  1464)
	 15: Rel (     0,   -65)  ->  Abs (   991,  1399)
	 16: Rel (     0,   -31)  ->  Abs (   991,  1368)
	 17: Rel (   -32,   -37)  ->  Abs (   959,  1331)
	 18: Rel (   -46,   -16)  ->  Abs (   913,  1315)
	 19: Rel (  -185,   -68)  ->  Abs (   728,  1247)
	 20: Rel (  -554,   -71)  ->  Abs (   174,  1176)
	 21: Rel (    64,   -51)  ->  Abs (   238,  1125)
	 22: Rel (   147,   -15)  ->  Abs (   385,  1110)
	 23: Rel (    78,    -8)  ->  Abs (   463,  1102)
	 24: Rel (     0,   -60)  ->  Abs (   463,  1042)
	 25: Rel (     0,   -32)  ->  Abs (   463,  1010)
	 26: Rel (   -45,   -41)  ->  Abs (   418,   969)
	 27: Rel (   -37,     0)  ->  Abs (   381,   969)
	 28: Rel (   -93,     0)  ->  Abs (   288,   969)
	 29: Rel (  -265,   101)  ->  Abs (    23,  1070)
	 30: Rel (     0,    85)  ->  Abs (    23,  1155)
	 31: Rel (     0,    81)  ->  Abs (    23,  1236)
	 32: Rel (   320,   228)  ->  Abs (   343,  1464)
	 33: Rel (    75,     0)  ->  Abs (   418,  1464)
	 34: Rel (    82,     0)  ->  Abs (   500,  1464)
	 35: Rel (     0,   -65)  ->  Abs (   500,  1399)
	 36: Rel (     0,   -35)  ->  Abs (   500,  1364)
	 37: Rel (   -37,   -35)  ->  Abs (   463,  1329)
	 38: Rel (   -41,   -14)  ->  Abs (   422,  1315)
	 39: Rel (  -186,   -68)  ->  Abs (   236,  1247)
	 40: Rel (   330,  -278)  ->  Abs (   566,   969)

	Glyph  99: off = 0x000045C6, len = 184
	  numberOfContours:	2
	  xMin:			25
	  yMin:			969
	  xMax:			909
	  yMax:			1464

	EndPoints
	---------
	  0:  41
	  1:  42

	  Length of Instructions:	53
	00000: NPUSHB      (35):     9     1    25     1     2    17    42     3   100    31 
	                           116    31   132    31     3   107    10   123    10   139 
	                            10     3    35    14    42     0    10    14    21    31 
	                            35    42     7    26     5 
	00037: MDAP[rd]   
	00038: MDRP[nrp0,md,rd,1] 
	00039: SLOOP      
	00040: IP         
	00041: MDAP[rd]   
	00042: MDAP[rd]   
	00043: MDAP[rd]   
	00044: DELTAP1    
	00045: DELTAP1    
	00046: SVTCA[y-axis] 
	00047: MDAP[rd]   
	00048: MDRP[nrp0,nmd,rd,2] 
	00049: MDRP[nrp0,nmd,rd,0] 
	00050: IUP[y]     
	00051: IUP[x]     
	00052: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1 Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:                      Y-Short         Off
	 20:        XDual Rep-  1 Y-Short         On
	 22:  YDual XDual Rep-  1 Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short         On
	 42:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   432,  1157)  ->  Abs (   432,  1157)
	  1: Rel (   -56,   -56)  ->  Abs (   376,  1101)
	  2: Rel (  -214,  -132)  ->  Abs (   162,   969)
	  3: Rel (   -56,     0)  ->  Abs (   106,   969)
	  4: Rel (   -81,     0)  ->  Abs (    25,   969)
	  5: Rel (     0,    65)  ->  Abs (    25,  1034)
	  6: Rel (     0,    35)  ->  Abs (    25,  1069)
	  7: Rel (    36,    35)  ->  Abs (    61,  1104)
	  8: Rel (    41,    14)  ->  Abs (   102,  1118)
	  9: Rel (   186,    68)  ->  Abs (   288,  1186)
	 10: Rel (    62,    71)  ->  Abs (   350,  1257)
	 11: Rel (   -64,    51)  ->  Abs (   286,  1308)
	 12: Rel (  -147,    15)  ->  Abs (   139,  1323)
	 13: Rel (   -78,     8)  ->  Abs (    61,  1331)
	 14: Rel (     0,    60)  ->  Abs (    61,  1391)
	 15: Rel (     0,    31)  ->  Abs (    61,  1422)
	 16: Rel (    45,    42)  ->  Abs (   106,  1464)
	 17: Rel (    37,     0)  ->  Abs (   143,  1464)
	 18: Rel (    93,     0)  ->  Abs (   236,  1464)
	 19: Rel (   266,  -101)  ->  Abs (   502,  1363)
	 20: Rel (     0,   -85)  ->  Abs (   502,  1278)
	 21: Rel (     0,    -2)  ->  Abs (   502,  1276)
	 22: Rel (    63,    61)  ->  Abs (   565,  1337)
	 23: Rel (   207,   127)  ->  Abs (   772,  1464)
	 24: Rel (    55,     0)  ->  Abs (   827,  1464)
	 25: Rel (    82,     0)  ->  Abs (   909,  1464)
	 26: Rel (     0,   -65)  ->  Abs (   909,  1399)
	 27: Rel (     0,   -31)  ->  Abs (   909,  1368)
	 28: Rel (   -32,   -37)  ->  Abs (   877,  1331)
	 29: Rel (   -46,   -16)  ->  Abs (   831,  1315)
	 30: Rel (  -185,   -68)  ->  Abs (   646,  1247)
	 31: Rel (   -62,   -71)  ->  Abs (   584,  1176)
	 32: Rel (    64,   -51)  ->  Abs (   648,  1125)
	 33: Rel (   147,   -15)  ->  Abs (   795,  1110)
	 34: Rel (    77,    -8)  ->  Abs (   872,  1102)
	 35: Rel (     0,   -60)  ->  Abs (   872,  1042)
	 36: Rel (     0,   -32)  ->  Abs (   872,  1010)
	 37: Rel (   -45,   -41)  ->  Abs (   827,   969)
	 38: Rel (   -36,     0)  ->  Abs (   791,   969)
	 39: Rel (   -93,     0)  ->  Abs (   698,   969)
	 40: Rel (  -266,   101)  ->  Abs (   432,  1070)
	 41: Rel (     0,    85)  ->  Abs (   432,  1155)
	 42: Rel (    73,  -186)  ->  Abs (   505,   969)

	Glyph 100: off = 0x0000467E, len = 184
	  numberOfContours:	2
	  xMin:			37
	  yMin:			969
	  xMax:			971
	  yMax:			1792

	EndPoints
	---------
	  0:  34
	  1:  35

	  Length of Instructions:	69
	00000: NPUSHB      (42):   133    31     1   140    24     1   133    16     1   133 
	                            15     1    58     2    74     2     2    25     0   237 
	                             3    14    25     3    18     6   235    35    11    35 
	                            28     8    33   252     8    28    35     3    21     3 
	                           252    14 
	00044: MDAP[rd]   
	00045: MIRP[nrp0,md,rd,1] 
	00046: MDRP[srp0,nmd,rd,0] 
	00047: SLOOP      
	00048: IP         
	00049: MIRP[nrp0,md,rd,1] 
	00050: MDAP[rd]   
	00051: MDAP[rd]   
	00052: MDAP[rd]   
	00053: SVTCA[y-axis] 
	00054: MDAP[rd]   
	00055: MDRP[nrp0,nmd,rd,2] 
	00056: MIRP[nrp0,md,rd,1] 
	00057: MDRP[srp0,nmd,rd,0] 
	00058: SLOOP      
	00059: IP         
	00060: MIRP[nrp0,md,rd,1] 
	00061: MDAP[rd]   
	00062: IUP[y]     
	00063: IUP[x]     
	00064: DELTAP1    
	00065: DELTAP1    
	00066: DELTAP1    
	00067: DELTAP1    
	00068: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:                                      Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:                                      Off
	 17:  YDual               Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:              Rep-  1 Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:                                      On

	Coordinates
	-----------
	  0: Rel (   750,  1651)  ->  Abs (   750,  1651)
	  1: Rel (  -129,     0)  ->  Abs (   621,  1651)
	  2: Rel (  -433,  -308)  ->  Abs (   188,  1343)
	  3: Rel (     0,  -100)  ->  Abs (   188,  1243)
	  4: Rel (     0,   -48)  ->  Abs (   188,  1195)
	  5: Rel (    99,   -58)  ->  Abs (   287,  1137)
	  6: Rel (    71,   -11)  ->  Abs (   358,  1126)
	  7: Rel (    78,   -11)  ->  Abs (   436,  1115)
	  8: Rel (     0,   -73)  ->  Abs (   436,  1042)
	  9: Rel (     0,   -32)  ->  Abs (   436,  1010)
	 10: Rel (   -45,   -41)  ->  Abs (   391,   969)
	 11: Rel (   -37,     0)  ->  Abs (   354,   969)
	 12: Rel (  -108,     0)  ->  Abs (   246,   969)
	 13: Rel (  -209,   163)  ->  Abs (    37,  1132)
	 14: Rel (     0,   117)  ->  Abs (    37,  1249)
	 15: Rel (     0,    99)  ->  Abs (    37,  1348)
	 16: Rel (   273,   264)  ->  Abs (   310,  1612)
	 17: Rel (   344,   180)  ->  Abs (   654,  1792)
	 18: Rel (   106,     0)  ->  Abs (   760,  1792)
	 19: Rel (    95,     0)  ->  Abs (   855,  1792)
	 20: Rel (   116,  -102)  ->  Abs (   971,  1690)
	 21: Rel (     0,   -95)  ->  Abs (   971,  1595)
	 22: Rel (     0,   -50)  ->  Abs (   971,  1545)
	 23: Rel (   -46,  -149)  ->  Abs (   925,  1396)
	 24: Rel (  -134,  -157)  ->  Abs (   791,  1239)
	 25: Rel (   -62,     0)  ->  Abs (   729,  1239)
	 26: Rel (   -27,     0)  ->  Abs (   702,  1239)
	 27: Rel (   -45,    42)  ->  Abs (   657,  1281)
	 28: Rel (     0,    30)  ->  Abs (   657,  1311)
	 29: Rel (     0,    29)  ->  Abs (   657,  1340)
	 30: Rel (    22,    47)  ->  Abs (   679,  1387)
	 31: Rel (    38,    32)  ->  Abs (   717,  1419)
	 32: Rel (   102,    89)  ->  Abs (   819,  1508)
	 33: Rel (     0,    77)  ->  Abs (   819,  1585)
	 34: Rel (     0,    66)  ->  Abs (   819,  1651)
	 35: Rel (  -275,  -682)  ->  Abs (   544,   969)

	Glyph 101: off = 0x00004736, len = 132
	  numberOfContours:	3
	  xMin:			37
	  yMin:			969
	  xMax:			598
	  yMax:			1464

	EndPoints
	---------
	  0:  11
	  1:  22
	  2:  23

	  Length of Instructions:	51
	00000: PUSHW[2]             14   -32 
	00005: PUSHB[4]             15    18    72     7 
	00010: PUSHW[1]            -64 
	00013: NPUSHB      (19):    15    18    72    17   156     9    12   156    23     3 
	                            23    23     6    15   140     0    20   140     6 
	00034: MDAP[rd]   
	00035: MIRP[nrp0,md,rd,1] 
	00036: MDRP[srp0,nmd,rd,0] 
	00037: MIRP[nrp0,md,rd,1] 
	00038: SRP2       
	00039: IP         
	00040: MDAP[rd]   
	00041: SVTCA[y-axis] 
	00042: MDAP[rd]   
	00043: MDRP[nrp0,nmd,rd,2] 
	00044: MIRP[nrp0,md,rd,1] 
	00045: MDRP[srp0,nmd,rd,0] 
	00046: MIRP[nrp0,md,rd,1] 
	00047: IUP[y]     
	00048: IUP[x]     
	00049: CALL       
	00050: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                                      On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   598,  1286)  ->  Abs (   598,  1286)
	  1: Rel (     0,  -102)  ->  Abs (   598,  1184)
	  2: Rel (  -194,  -215)  ->  Abs (   404,   969)
	  3: Rel (  -130,     0)  ->  Abs (   274,   969)
	  4: Rel (  -103,     0)  ->  Abs (   171,   969)
	  5: Rel (  -134,   121)  ->  Abs (    37,  1090)
	  6: Rel (     0,    94)  ->  Abs (    37,  1184)
	  7: Rel (     0,    93)  ->  Abs (    37,  1277)
	  8: Rel (   241,   187)  ->  Abs (   278,  1464)
	  9: Rel (   136,     0)  ->  Abs (   414,  1464)
	 10: Rel (    84,     0)  ->  Abs (   498,  1464)
	 11: Rel (   100,   -93)  ->  Abs (   598,  1371)
	 12: Rel (  -319,  -263)  ->  Abs (   279,  1108)
	 13: Rel (    50,     0)  ->  Abs (   329,  1108)
	 14: Rel (   117,   134)  ->  Abs (   446,  1242)
	 15: Rel (     0,    40)  ->  Abs (   446,  1282)
	 16: Rel (     0,    47)  ->  Abs (   446,  1329)
	 17: Rel (   -43,     0)  ->  Abs (   403,  1329)
	 18: Rel (   -65,     0)  ->  Abs (   338,  1329)
	 19: Rel (  -150,  -111)  ->  Abs (   188,  1218)
	 20: Rel (     0,   -40)  ->  Abs (   188,  1178)
	 21: Rel (     0,   -28)  ->  Abs (   188,  1150)
	 22: Rel (    51,   -42)  ->  Abs (   239,  1108)
	 23: Rel (   162,  -139)  ->  Abs (   401,   969)

	Glyph 102: off = 0x000047BA, len = 286
	  numberOfContours:	4
	  xMin:			10
	  yMin:			-606
	  xMax:			864
	  yMax:			1100

	EndPoints
	---------
	  0:  37
	  1:  47
	  2:  48
	  3:  49

	  Length of Instructions:	137
	00000: PUSHB[7]             15    35     1    80    34     1    22 
	00008: PUSHW[1]            -40 
	00011: NPUSHB      (18):    13    17    72    15    14   111    14     2    11     0 
	                             9     1    15     3     1    14     5    48 
	00031: PUSHW[1]            258 
	00034: NPUSHB      (53):    13    64     9    17    72    13    11    17    33    17 
	                            30    11     8     2   235    45    40   235     8    15 
	                            24    19   234    49    30    28    48     0     2    13 
	                            48     4    11     5   250    43    38   250    27    49 
	                            11    17   250    33    64    51    11   245     2    50 
	                            33   246     2 
	00089: CALL       
	00090: CALL       
	00091: SVTCA[x-axis] 
	00092: SMD        
	00093: RTG        
	00094: SRP0       
	00095: FLIPON     
	00096: MIRP[nrp0,md,rd,1] 
	00097: SRP0       
	00098: MDRP[nrp0,nmd,rd,0] 
	00099: MDRP[nrp0,nmd,rd,0] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: MDRP[srp0,nmd,rd,0] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: SRP1       
	00104: SLOOP      
	00105: IP         
	00106: MDAP[rd]   
	00107: SVTCA[y-axis] 
	00108: MIAP[rd+ci] 
	00109: MDRP[nrp0,nmd,rd,2] 
	00110: MIRP[srp0,md,rd,1] 
	00111: MDRP[nrp0,nmd,rd,0] 
	00112: MIAP[rd+ci] 
	00113: MIRP[nrp0,md,rd,1] 
	00114: MDRP[srp0,nmd,rd,0] 
	00115: MIRP[nrp0,md,rd,1] 
	00116: SRP1       
	00117: IP         
	00118: SRP2       
	00119: IP         
	00120: IP         
	00121: SRP1       
	00122: SRP2       
	00123: IP         
	00124: CALL       
	00125: MIAP[rd+ci] 
	00126: IUP[y]     
	00127: IUP[x]     
	00128: SDS        
	00129: SDB        
	00130: DELTAP1    
	00131: DELTAP1    
	00132: SDB        
	00133: DELTAP1    
	00134: CALL       
	00135: DELTAP1    
	00136: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:              Rep-  1 Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:        XDual                 X-Short On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:                              X-Short On
	 49:                                      On

	Coordinates
	-----------
	  0: Rel (   494,   279)  ->  Abs (   494,   279)
	  1: Rel (    -8,    -3)  ->  Abs (   486,   276)
	  2: Rel (   -13,     0)  ->  Abs (   473,   276)
	  3: Rel (  -124,     0)  ->  Abs (   349,   276)
	  4: Rel (  -154,   124)  ->  Abs (   195,   400)
	  5: Rel (     0,   102)  ->  Abs (   195,   502)
	  6: Rel (     0,   131)  ->  Abs (   195,   633)
	  7: Rel (   225,   192)  ->  Abs (   420,   825)
	  8: Rel (   149,     0)  ->  Abs (   569,   825)
	  9: Rel (   136,     0)  ->  Abs (   705,   825)
	 10: Rel (   159,  -139)  ->  Abs (   864,   686)
	 11: Rel (     0,  -123)  ->  Abs (   864,   563)
	 12: Rel (     0,  -157)  ->  Abs (   864,   406)
	 13: Rel (  -196,  -238)  ->  Abs (   668,   168)
	 14: Rel (  -205,  -109)  ->  Abs (   463,    59)
	 15: Rel (  -144,   -77)  ->  Abs (   319,   -18)
	 16: Rel (  -122,   -99)  ->  Abs (   197,  -117)
	 17: Rel (     0,   -55)  ->  Abs (   197,  -172)
	 18: Rel (     0,  -123)  ->  Abs (   197,  -295)
	 19: Rel (   219,     0)  ->  Abs (   416,  -295)
	 20: Rel (    52,     0)  ->  Abs (   468,  -295)
	 21: Rel (   111,    28)  ->  Abs (   579,  -267)
	 22: Rel (    74,    49)  ->  Abs (   653,  -218)
	 23: Rel (    54,    36)  ->  Abs (   707,  -182)
	 24: Rel (    26,     0)  ->  Abs (   733,  -182)
	 25: Rel (    34,     0)  ->  Abs (   767,  -182)
	 26: Rel (    40,   -46)  ->  Abs (   807,  -228)
	 27: Rel (     0,   -36)  ->  Abs (   807,  -264)
	 28: Rel (     0,   -73)  ->  Abs (   807,  -337)
	 29: Rel (  -234,  -124)  ->  Abs (   573,  -461)
	 30: Rel (  -159,     0)  ->  Abs (   414,  -461)
	 31: Rel (  -187,     0)  ->  Abs (   227,  -461)
	 32: Rel (  -217,   158)  ->  Abs (    10,  -303)
	 33: Rel (     0,   131)  ->  Abs (    10,  -172)
	 34: Rel (     0,   108)  ->  Abs (    10,   -64)
	 35: Rel (   148,   144)  ->  Abs (   158,    80)
	 36: Rel (   198,   110)  ->  Abs (   356,   190)
	 37: Rel (   109,    62)  ->  Abs (   465,   252)
	 38: Rel (   209,   317)  ->  Abs (   674,   569)
	 39: Rel (     0,    95)  ->  Abs (   674,   664)
	 40: Rel (  -113,     0)  ->  Abs (   561,   664)
	 41: Rel (   -71,     0)  ->  Abs (   490,   664)
	 42: Rel (  -105,   -95)  ->  Abs (   385,   569)
	 43: Rel (     0,   -47)  ->  Abs (   385,   522)
	 44: Rel (     0,   -88)  ->  Abs (   385,   434)
	 45: Rel (   119,     0)  ->  Abs (   504,   434)
	 46: Rel (    66,     0)  ->  Abs (   570,   434)
	 47: Rel (   104,    93)  ->  Abs (   674,   527)
	 48: Rel (  -187,   573)  ->  Abs (   487,  1100)
	 49: Rel (   369, -1706)  ->  Abs (   856,  -606)

	Glyph 103: off = 0x000048D8, len = 58
	  numberOfContours:	1
	  xMin:			238
	  yMin:			0
	  xMax:			442
	  yMax:			205

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	14
	00000: PUSHB[6]              3   231     9     6   247     0 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[nrp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   238,    94)  ->  Abs (   238,    94)
	  1: Rel (     0,    39)  ->  Abs (   238,   133)
	  2: Rel (    67,    72)  ->  Abs (   305,   205)
	  3: Rel (    39,     0)  ->  Abs (   344,   205)
	  4: Rel (    45,     0)  ->  Abs (   389,   205)
	  5: Rel (    53,   -54)  ->  Abs (   442,   151)
	  6: Rel (     0,   -45)  ->  Abs (   442,   106)
	  7: Rel (     0,   -41)  ->  Abs (   442,    65)
	  8: Rel (   -64,   -65)  ->  Abs (   378,     0)
	  9: Rel (   -40,     0)  ->  Abs (   338,     0)
	 10: Rel (   -46,     0)  ->  Abs (   292,     0)
	 11: Rel (   -54,    52)  ->  Abs (   238,    52)

	Glyph 104: off = 0x00004912, len = 58
	  numberOfContours:	1
	  xMin:			238
	  yMin:			0
	  xMax:			442
	  yMax:			205

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	14
	00000: PUSHB[6]              3   231     9     6   247     0 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[nrp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   238,    94)  ->  Abs (   238,    94)
	  1: Rel (     0,    39)  ->  Abs (   238,   133)
	  2: Rel (    67,    72)  ->  Abs (   305,   205)
	  3: Rel (    39,     0)  ->  Abs (   344,   205)
	  4: Rel (    45,     0)  ->  Abs (   389,   205)
	  5: Rel (    53,   -54)  ->  Abs (   442,   151)
	  6: Rel (     0,   -45)  ->  Abs (   442,   106)
	  7: Rel (     0,   -41)  ->  Abs (   442,    65)
	  8: Rel (   -64,   -65)  ->  Abs (   378,     0)
	  9: Rel (   -40,     0)  ->  Abs (   338,     0)
	 10: Rel (   -46,     0)  ->  Abs (   292,     0)
	 11: Rel (   -54,    52)  ->  Abs (   238,    52)

	Glyph 105: off = 0x0000494C, len = 104
	  numberOfContours:	2
	  xMin:			74
	  yMin:			0
	  xMax:			606
	  yMax:			205

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	28
	00000: NPUSHB      (13):    21    15     3   231     9    18   247    64    12   128 
	                             6   247     0 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,md,rd,1] 
	00017: SMD        
	00018: MDRP[srp0,md,rd,0] 
	00019: SMD        
	00020: MIRP[nrp0,md,rd,1] 
	00021: SVTCA[y-axis] 
	00022: MDAP[rd]   
	00023: MIRP[nrp0,md,rd,1] 
	00024: IP         
	00025: IP         
	00026: IUP[y]     
	00027: IUP[x]     

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    74,    94)  ->  Abs (    74,    94)
	  1: Rel (     0,    39)  ->  Abs (    74,   133)
	  2: Rel (    67,    72)  ->  Abs (   141,   205)
	  3: Rel (    39,     0)  ->  Abs (   180,   205)
	  4: Rel (    45,     0)  ->  Abs (   225,   205)
	  5: Rel (    54,   -54)  ->  Abs (   279,   151)
	  6: Rel (     0,   -45)  ->  Abs (   279,   106)
	  7: Rel (     0,   -41)  ->  Abs (   279,    65)
	  8: Rel (   -65,   -65)  ->  Abs (   214,     0)
	  9: Rel (   -40,     0)  ->  Abs (   174,     0)
	 10: Rel (   -46,     0)  ->  Abs (   128,     0)
	 11: Rel (   -54,    52)  ->  Abs (    74,    52)
	 12: Rel (   327,    42)  ->  Abs (   401,    94)
	 13: Rel (     0,    39)  ->  Abs (   401,   133)
	 14: Rel (    68,    72)  ->  Abs (   469,   205)
	 15: Rel (    39,     0)  ->  Abs (   508,   205)
	 16: Rel (    45,     0)  ->  Abs (   553,   205)
	 17: Rel (    53,   -54)  ->  Abs (   606,   151)
	 18: Rel (     0,   -45)  ->  Abs (   606,   106)
	 19: Rel (     0,   -41)  ->  Abs (   606,    65)
	 20: Rel (   -64,   -65)  ->  Abs (   542,     0)
	 21: Rel (   -40,     0)  ->  Abs (   502,     0)
	 22: Rel (   -46,     0)  ->  Abs (   456,     0)
	 23: Rel (   -55,    52)  ->  Abs (   401,    52)

	Glyph 106: off = 0x000049B4, len = 158
	  numberOfContours:	3
	  xMin:			33
	  yMin:			0
	  xMax:			647
	  yMax:			465

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  35

	  Length of Instructions:	50
	00000: NPUSHB      (29):     3   231   159     9   175     9     2    48     9    64 
	                             9     2     9    33    27    15   231    21     6   247 
	                             0     0    12    30   247    24    18   247    12 
	00031: MDAP[rd]   
	00032: MIRP[nrp0,md,rd,1] 
	00033: MDRP[srp0,nmd,rd,0] 
	00034: MIRP[nrp0,md,rd,1] 
	00035: SRP2       
	00036: IP         
	00037: MDAP[rd]   
	00038: MIRP[nrp0,md,rd,1] 
	00039: SVTCA[y-axis] 
	00040: MDAP[rd]   
	00041: MIRP[nrp0,md,rd,1] 
	00042: IP         
	00043: IP         
	00044: MDAP[rd]   
	00045: DELTAP1    
	00046: DELTAP1    
	00047: MIRP[nrp0,md,rd,1] 
	00048: IUP[y]     
	00049: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   260,   354)  ->  Abs (   260,   354)
	  1: Rel (     0,    39)  ->  Abs (   260,   393)
	  2: Rel (    68,    72)  ->  Abs (   328,   465)
	  3: Rel (    39,     0)  ->  Abs (   367,   465)
	  4: Rel (    44,     0)  ->  Abs (   411,   465)
	  5: Rel (    54,   -54)  ->  Abs (   465,   411)
	  6: Rel (     0,   -44)  ->  Abs (   465,   367)
	  7: Rel (     0,   -41)  ->  Abs (   465,   326)
	  8: Rel (   -65,   -66)  ->  Abs (   400,   260)
	  9: Rel (   -40,     0)  ->  Abs (   360,   260)
	 10: Rel (   -46,     0)  ->  Abs (   314,   260)
	 11: Rel (   -54,    52)  ->  Abs (   260,   312)
	 12: Rel (  -227,  -218)  ->  Abs (    33,    94)
	 13: Rel (     0,    39)  ->  Abs (    33,   133)
	 14: Rel (    67,    72)  ->  Abs (   100,   205)
	 15: Rel (    39,     0)  ->  Abs (   139,   205)
	 16: Rel (    45,     0)  ->  Abs (   184,   205)
	 17: Rel (    54,   -54)  ->  Abs (   238,   151)
	 18: Rel (     0,   -45)  ->  Abs (   238,   106)
	 19: Rel (     0,   -41)  ->  Abs (   238,    65)
	 20: Rel (   -65,   -65)  ->  Abs (   173,     0)
	 21: Rel (   -40,     0)  ->  Abs (   133,     0)
	 22: Rel (   -46,     0)  ->  Abs (    87,     0)
	 23: Rel (   -54,    52)  ->  Abs (    33,    52)
	 24: Rel (   409,    42)  ->  Abs (   442,    94)
	 25: Rel (     0,    39)  ->  Abs (   442,   133)
	 26: Rel (    68,    72)  ->  Abs (   510,   205)
	 27: Rel (    39,     0)  ->  Abs (   549,   205)
	 28: Rel (    45,     0)  ->  Abs (   594,   205)
	 29: Rel (    53,   -54)  ->  Abs (   647,   151)
	 30: Rel (     0,   -45)  ->  Abs (   647,   106)
	 31: Rel (     0,   -41)  ->  Abs (   647,    65)
	 32: Rel (   -64,   -65)  ->  Abs (   583,     0)
	 33: Rel (   -40,     0)  ->  Abs (   543,     0)
	 34: Rel (   -46,     0)  ->  Abs (   497,     0)
	 35: Rel (   -55,    52)  ->  Abs (   442,    52)

	Glyph 107: off = 0x00004A52, len = 864
	  numberOfContours:	18
	  xMin:			119
	  yMin:			-82
	  xMax:			1106
	  yMax:			1309

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  35
	  3:  47
	  4:  59
	  5:  71
	  6:  83
	  7:  95
	  8:  107
	  9:  119
	 10:  131
	 11:  143
	 12:  155
	 13:  167
	 14:  179
	 15:  191
	 16:  192
	 17:  193

	  Length of Instructions:	329
	00000: NPUSHW      (17):    30   257    24    54   257    48    78   257    72    90 
	                           257    84   114   257   108   138   257 
	00036: PUSHB[5]            240   132     1   132   162 
	00042: NPUSHW      (10):   257   156    18   257    12    42   257    36    66   257 
	00064: PUSHB[5]            240    60     1    60   102 
	00070: PUSHW[4]            257    96   126   257 
	00079: PUSHB[5]             63   120     1   120   150 
	00085: PUSHW[4]            257   144   174   257 
	00094: PUSHB[3]            168   192     6 
	00098: PUSHW[1]            257 
	00101: NPUSHB      (17):    12    24    36    48    60    72    84    96   108   120 
	                           132   144   156   168    14     0   186 
	00120: PUSHW[1]            257 
	00123: PUSHB[5]            193   180   193   192   117 
	00129: PUSHW[4]            256   111   141   256 
	00138: PUSHB[5]            255   135     1   135   165 
	00144: NPUSHW      (28):   256   159   189   256   183   177   256   171   153   256 
	                           147   129   256   123    81   256    75    57   256    51 
	                            33   256    27     9   256     3    21   256 
	00202: PUSHB[5]            255    15     1    15    45 
	00208: PUSHW[7]            256    39    69   256    63    93   256 
	00223: NPUSHB      (19):     3    15    27    39    51    63    75   111   123   135 
	                           147   159   171   183   192   193    16    87   105 
	00244: PUSHW[2]            256    99 
	00249: MDAP[rd]   
	00250: MIRP[nrp0,md,rd,1] 
	00251: MDRP[srp0,nmd,rd,0] 
	00252: SLOOP      
	00253: IP         
	00254: MIRP[nrp0,md,rd,1] 
	00255: MDAP[rd]   
	00256: MIRP[nrp0,md,rd,1] 
	00257: MDAP[rd]   
	00258: MIRP[nrp0,md,rd,1] 
	00259: MDAP[rd]   
	00260: DELTAP1    
	00261: MIRP[nrp0,md,rd,1] 
	00262: MDAP[rd]   
	00263: MIRP[nrp0,md,rd,1] 
	00264: MDAP[rd]   
	00265: MIRP[nrp0,md,rd,1] 
	00266: MDAP[rd]   
	00267: MIRP[nrp0,md,rd,1] 
	00268: MDAP[rd]   
	00269: MIRP[nrp0,md,rd,1] 
	00270: MDAP[rd]   
	00271: MIRP[nrp0,md,rd,1] 
	00272: MDAP[rd]   
	00273: MIRP[nrp0,md,rd,1] 
	00274: MDAP[rd]   
	00275: MIRP[nrp0,md,rd,1] 
	00276: MDAP[rd]   
	00277: MIRP[nrp0,md,rd,1] 
	00278: MDAP[rd]   
	00279: MIRP[nrp0,md,rd,1] 
	00280: MDAP[rd]   
	00281: DELTAP1    
	00282: MIRP[nrp0,md,rd,1] 
	00283: MDAP[rd]   
	00284: MIRP[nrp0,md,rd,1] 
	00285: MDAP[rd]   
	00286: MDAP[rd]   
	00287: SVTCA[y-axis] 
	00288: MDAP[rd]   
	00289: MDRP[nrp0,nmd,rd,2] 
	00290: MIRP[nrp0,md,rd,1] 
	00291: MDRP[srp0,nmd,rd,0] 
	00292: SLOOP      
	00293: IP         
	00294: MIRP[srp0,md,rd,1] 
	00295: MDRP[nrp0,nmd,rd,2] 
	00296: MDAP[rd]   
	00297: MIRP[nrp0,md,rd,1] 
	00298: MDAP[rd]   
	00299: MIRP[nrp0,md,rd,1] 
	00300: MDAP[rd]   
	00301: DELTAP1    
	00302: MIRP[nrp0,md,rd,1] 
	00303: MDAP[rd]   
	00304: MIRP[nrp0,md,rd,1] 
	00305: MDAP[rd]   
	00306: DELTAP1    
	00307: MIRP[nrp0,md,rd,1] 
	00308: MDAP[rd]   
	00309: MIRP[nrp0,md,rd,1] 
	00310: MDAP[rd]   
	00311: MIRP[nrp0,md,rd,1] 
	00312: MDAP[rd]   
	00313: MIRP[nrp0,md,rd,1] 
	00314: MDAP[rd]   
	00315: DELTAP1    
	00316: MIRP[nrp0,md,rd,1] 
	00317: MDAP[rd]   
	00318: MIRP[nrp0,md,rd,1] 
	00319: MDAP[rd]   
	00320: MIRP[nrp0,md,rd,1] 
	00321: MDAP[rd]   
	00322: MIRP[nrp0,md,rd,1] 
	00323: MDAP[rd]   
	00324: MIRP[nrp0,md,rd,1] 
	00325: MDAP[rd]   
	00326: MIRP[nrp0,md,rd,1] 
	00327: IUP[y]     
	00328: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short         On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short         On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short         On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short Off
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:                      Y-Short X-Short Off
	 60:                      Y-Short         On
	 61:  YDual                       X-Short Off
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual XDual         Y-Short         On
	 64:  YDual XDual         Y-Short         Off
	 65:  YDual XDual         Y-Short X-Short Off
	 66:  YDual XDual                 X-Short On
	 67:  YDual XDual                 X-Short Off
	 68:        XDual         Y-Short X-Short Off
	 69:        XDual         Y-Short         On
	 70:        XDual         Y-Short         Off
	 71:                      Y-Short X-Short Off
	 72:                      Y-Short         On
	 73:  YDual                       X-Short Off
	 74:  YDual               Y-Short X-Short Off
	 75:  YDual XDual         Y-Short         On
	 76:  YDual XDual         Y-Short         Off
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual                 X-Short On
	 79:  YDual XDual                 X-Short Off
	 80:        XDual         Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:                      Y-Short X-Short Off
	 84:        XDual         Y-Short X-Short On
	 85:  YDual                       X-Short Off
	 86:  YDual               Y-Short X-Short Off
	 87:  YDual XDual         Y-Short         On
	 88:  YDual XDual         Y-Short         Off
	 89:  YDual XDual         Y-Short X-Short Off
	 90:  YDual XDual                 X-Short On
	 91:  YDual XDual                 X-Short Off
	 92:        XDual         Y-Short X-Short Off
	 93:        XDual         Y-Short         On
	 94:        XDual         Y-Short         Off
	 95:                      Y-Short X-Short Off
	 96:  YDual                               On
	 97:  YDual                       X-Short Off
	 98:  YDual               Y-Short X-Short Off
	 99:  YDual XDual         Y-Short         On
	100:  YDual XDual         Y-Short         Off
	101:  YDual XDual         Y-Short X-Short Off
	102:  YDual XDual                 X-Short On
	103:  YDual XDual                 X-Short Off
	104:        XDual         Y-Short X-Short Off
	105:        XDual         Y-Short         On
	106:        XDual         Y-Short         Off
	107:                      Y-Short X-Short Off
	108:                      Y-Short         On
	109:  YDual                       X-Short Off
	110:  YDual               Y-Short X-Short Off
	111:  YDual XDual         Y-Short         On
	112:  YDual XDual         Y-Short         Off
	113:  YDual XDual         Y-Short X-Short Off
	114:  YDual XDual                 X-Short On
	115:  YDual XDual                 X-Short Off
	116:        XDual         Y-Short X-Short Off
	117:        XDual         Y-Short         On
	118:        XDual         Y-Short         Off
	119:                      Y-Short X-Short Off
	120:                      Y-Short         On
	121:  YDual                       X-Short Off
	122:  YDual               Y-Short X-Short Off
	123:  YDual XDual         Y-Short         On
	124:  YDual XDual         Y-Short         Off
	125:  YDual XDual         Y-Short X-Short Off
	126:  YDual XDual                 X-Short On
	127:  YDual XDual                 X-Short Off
	128:        XDual         Y-Short X-Short Off
	129:        XDual         Y-Short         On
	130:        XDual         Y-Short         Off
	131:                      Y-Short X-Short Off
	132:                      Y-Short         On
	133:  YDual                       X-Short Off
	134:  YDual               Y-Short X-Short Off
	135:  YDual XDual         Y-Short         On
	136:  YDual XDual         Y-Short         Off
	137:  YDual XDual         Y-Short X-Short Off
	138:  YDual XDual                 X-Short On
	139:  YDual XDual                 X-Short Off
	140:        XDual         Y-Short X-Short Off
	141:        XDual         Y-Short         On
	142:        XDual         Y-Short         Off
	143:                      Y-Short X-Short Off
	144:                      Y-Short         On
	145:  YDual                       X-Short Off
	146:  YDual               Y-Short X-Short Off
	147:  YDual XDual         Y-Short         On
	148:  YDual XDual         Y-Short         Off
	149:  YDual XDual         Y-Short X-Short Off
	150:  YDual XDual                 X-Short On
	151:  YDual XDual                 X-Short Off
	152:        XDual         Y-Short X-Short Off
	153:        XDual         Y-Short         On
	154:        XDual         Y-Short         Off
	155:                      Y-Short X-Short Off
	156:                      Y-Short         On
	157:  YDual                       X-Short Off
	158:  YDual               Y-Short X-Short Off
	159:  YDual XDual         Y-Short         On
	160:  YDual XDual         Y-Short         Off
	161:  YDual XDual         Y-Short X-Short Off
	162:  YDual XDual                 X-Short On
	163:  YDual XDual                 X-Short Off
	164:        XDual         Y-Short X-Short Off
	165:        XDual         Y-Short         On
	166:        XDual         Y-Short         Off
	167:                      Y-Short X-Short Off
	168:                      Y-Short         On
	169:  YDual                       X-Short Off
	170:  YDual               Y-Short X-Short Off
	171:  YDual XDual         Y-Short         On
	172:  YDual XDual         Y-Short         Off
	173:  YDual XDual         Y-Short X-Short Off
	174:  YDual XDual                 X-Short On
	175:  YDual XDual                 X-Short Off
	176:        XDual         Y-Short X-Short Off
	177:        XDual         Y-Short         On
	178:        XDual         Y-Short         Off
	179:                      Y-Short X-Short Off
	180:        XDual         Y-Short X-Short On
	181:  YDual                       X-Short Off
	182:  YDual               Y-Short X-Short Off
	183:  YDual XDual         Y-Short         On
	184:  YDual XDual         Y-Short         Off
	185:  YDual XDual         Y-Short X-Short Off
	186:  YDual XDual                 X-Short On
	187:  YDual XDual                 X-Short Off
	188:        XDual         Y-Short X-Short Off
	189:        XDual         Y-Short         On
	190:        XDual         Y-Short         Off
	191:                      Y-Short X-Short Off
	192:                              X-Short On
	193:                                      On

	Coordinates
	-----------
	  0: Rel (   614,  1028)  ->  Abs (   614,  1028)
	  1: Rel (   -12,     0)  ->  Abs (   602,  1028)
	  2: Rel (   -18,    19)  ->  Abs (   584,  1047)
	  3: Rel (     0,    12)  ->  Abs (   584,  1059)
	  4: Rel (     0,    12)  ->  Abs (   584,  1071)
	  5: Rel (    18,    19)  ->  Abs (   602,  1090)
	  6: Rel (    12,     0)  ->  Abs (   614,  1090)
	  7: Rel (    13,     0)  ->  Abs (   627,  1090)
	  8: Rel (    18,   -19)  ->  Abs (   645,  1071)
	  9: Rel (     0,   -12)  ->  Abs (   645,  1059)
	 10: Rel (     0,   -12)  ->  Abs (   645,  1047)
	 11: Rel (   -18,   -19)  ->  Abs (   627,  1028)
	 12: Rel (  -197,   -41)  ->  Abs (   430,   987)
	 13: Rel (   -12,     0)  ->  Abs (   418,   987)
	 14: Rel (   -19,    19)  ->  Abs (   399,  1006)
	 15: Rel (     0,    12)  ->  Abs (   399,  1018)
	 16: Rel (     0,    12)  ->  Abs (   399,  1030)
	 17: Rel (    19,    19)  ->  Abs (   418,  1049)
	 18: Rel (    12,     0)  ->  Abs (   430,  1049)
	 19: Rel (    12,     0)  ->  Abs (   442,  1049)
	 20: Rel (    19,   -19)  ->  Abs (   461,  1030)
	 21: Rel (     0,   -12)  ->  Abs (   461,  1018)
	 22: Rel (     0,   -12)  ->  Abs (   461,  1006)
	 23: Rel (   -19,   -19)  ->  Abs (   442,   987)
	 24: Rel (   363,    -4)  ->  Abs (   805,   983)
	 25: Rel (   -12,     0)  ->  Abs (   793,   983)
	 26: Rel (   -19,    19)  ->  Abs (   774,  1002)
	 27: Rel (     0,    12)  ->  Abs (   774,  1014)
	 28: Rel (     0,    12)  ->  Abs (   774,  1026)
	 29: Rel (    19,    18)  ->  Abs (   793,  1044)
	 30: Rel (    12,     0)  ->  Abs (   805,  1044)
	 31: Rel (    12,     0)  ->  Abs (   817,  1044)
	 32: Rel (    19,   -18)  ->  Abs (   836,  1026)
	 33: Rel (     0,   -12)  ->  Abs (   836,  1014)
	 34: Rel (     0,   -13)  ->  Abs (   836,  1001)
	 35: Rel (   -19,   -18)  ->  Abs (   817,   983)
	 36: Rel (  -528,   -96)  ->  Abs (   289,   887)
	 37: Rel (   -12,     0)  ->  Abs (   277,   887)
	 38: Rel (   -19,    18)  ->  Abs (   258,   905)
	 39: Rel (     0,    13)  ->  Abs (   258,   918)
	 40: Rel (     0,    12)  ->  Abs (   258,   930)
	 41: Rel (    18,    18)  ->  Abs (   276,   948)
	 42: Rel (    13,     0)  ->  Abs (   289,   948)
	 43: Rel (    12,     0)  ->  Abs (   301,   948)
	 44: Rel (    18,   -18)  ->  Abs (   319,   930)
	 45: Rel (     0,   -12)  ->  Abs (   319,   918)
	 46: Rel (     0,   -13)  ->  Abs (   319,   905)
	 47: Rel (   -18,   -18)  ->  Abs (   301,   887)
	 48: Rel (   660,   -17)  ->  Abs (   961,   870)
	 49: Rel (   -13,     0)  ->  Abs (   948,   870)
	 50: Rel (   -18,    19)  ->  Abs (   930,   889)
	 51: Rel (     0,    12)  ->  Abs (   930,   901)
	 52: Rel (     0,    12)  ->  Abs (   930,   913)
	 53: Rel (    18,    19)  ->  Abs (   948,   932)
	 54: Rel (    13,     0)  ->  Abs (   961,   932)
	 55: Rel (    12,     0)  ->  Abs (   973,   932)
	 56: Rel (    18,   -19)  ->  Abs (   991,   913)
	 57: Rel (     0,   -12)  ->  Abs (   991,   901)
	 58: Rel (     0,   -12)  ->  Abs (   991,   889)
	 59: Rel (   -18,   -19)  ->  Abs (   973,   870)
	 60: Rel (  -785,  -129)  ->  Abs (   188,   741)
	 61: Rel (   -12,     0)  ->  Abs (   176,   741)
	 62: Rel (   -18,    19)  ->  Abs (   158,   760)
	 63: Rel (     0,    12)  ->  Abs (   158,   772)
	 64: Rel (     0,    12)  ->  Abs (   158,   784)
	 65: Rel (    18,    19)  ->  Abs (   176,   803)
	 66: Rel (    12,     0)  ->  Abs (   188,   803)
	 67: Rel (    13,     0)  ->  Abs (   201,   803)
	 68: Rel (    18,   -19)  ->  Abs (   219,   784)
	 69: Rel (     0,   -12)  ->  Abs (   219,   772)
	 70: Rel (     0,   -12)  ->  Abs (   219,   760)
	 71: Rel (   -18,   -19)  ->  Abs (   201,   741)
	 72: Rel (   850,   -20)  ->  Abs (  1051,   721)
	 73: Rel (   -13,     0)  ->  Abs (  1038,   721)
	 74: Rel (   -18,    18)  ->  Abs (  1020,   739)
	 75: Rel (     0,    13)  ->  Abs (  1020,   752)
	 76: Rel (     0,    12)  ->  Abs (  1020,   764)
	 77: Rel (    18,    18)  ->  Abs (  1038,   782)
	 78: Rel (    13,     0)  ->  Abs (  1051,   782)
	 79: Rel (    12,     0)  ->  Abs (  1063,   782)
	 80: Rel (    18,   -18)  ->  Abs (  1081,   764)
	 81: Rel (     0,   -12)  ->  Abs (  1081,   752)
	 82: Rel (     0,   -13)  ->  Abs (  1081,   739)
	 83: Rel (   -18,   -18)  ->  Abs (  1063,   721)
	 84: Rel (    12,  -158)  ->  Abs (  1075,   563)
	 85: Rel (   -12,     0)  ->  Abs (  1063,   563)
	 86: Rel (   -19,    19)  ->  Abs (  1044,   582)
	 87: Rel (     0,    12)  ->  Abs (  1044,   594)
	 88: Rel (     0,    12)  ->  Abs (  1044,   606)
	 89: Rel (    19,    19)  ->  Abs (  1063,   625)
	 90: Rel (    12,     0)  ->  Abs (  1075,   625)
	 91: Rel (    12,     0)  ->  Abs (  1087,   625)
	 92: Rel (    19,   -19)  ->  Abs (  1106,   606)
	 93: Rel (     0,   -12)  ->  Abs (  1106,   594)
	 94: Rel (     0,   -12)  ->  Abs (  1106,   582)
	 95: Rel (   -19,   -19)  ->  Abs (  1087,   563)
	 96: Rel (  -937,     0)  ->  Abs (   150,   563)
	 97: Rel (   -13,     0)  ->  Abs (   137,   563)
	 98: Rel (   -18,    19)  ->  Abs (   119,   582)
	 99: Rel (     0,    12)  ->  Abs (   119,   594)
	100: Rel (     0,    12)  ->  Abs (   119,   606)
	101: Rel (    18,    19)  ->  Abs (   137,   625)
	102: Rel (    13,     0)  ->  Abs (   150,   625)
	103: Rel (    12,     0)  ->  Abs (   162,   625)
	104: Rel (    18,   -19)  ->  Abs (   180,   606)
	105: Rel (     0,   -12)  ->  Abs (   180,   594)
	106: Rel (     0,   -12)  ->  Abs (   180,   582)
	107: Rel (   -18,   -19)  ->  Abs (   162,   563)
	108: Rel (   878,  -180)  ->  Abs (  1040,   383)
	109: Rel (   -12,     0)  ->  Abs (  1028,   383)
	110: Rel (   -18,    18)  ->  Abs (  1010,   401)
	111: Rel (     0,    13)  ->  Abs (  1010,   414)
	112: Rel (     0,    12)  ->  Abs (  1010,   426)
	113: Rel (    18,    18)  ->  Abs (  1028,   444)
	114: Rel (    12,     0)  ->  Abs (  1040,   444)
	115: Rel (    13,     0)  ->  Abs (  1053,   444)
	116: Rel (    18,   -18)  ->  Abs (  1071,   426)
	117: Rel (     0,   -12)  ->  Abs (  1071,   414)
	118: Rel (     0,   -13)  ->  Abs (  1071,   401)
	119: Rel (   -18,   -18)  ->  Abs (  1053,   383)
	120: Rel (  -856,   -16)  ->  Abs (   197,   367)
	121: Rel (   -13,     0)  ->  Abs (   184,   367)
	122: Rel (   -18,    18)  ->  Abs (   166,   385)
	123: Rel (     0,    12)  ->  Abs (   166,   397)
	124: Rel (     0,    13)  ->  Abs (   166,   410)
	125: Rel (    18,    18)  ->  Abs (   184,   428)
	126: Rel (    13,     0)  ->  Abs (   197,   428)
	127: Rel (    12,     0)  ->  Abs (   209,   428)
	128: Rel (    18,   -18)  ->  Abs (   227,   410)
	129: Rel (     0,   -13)  ->  Abs (   227,   397)
	130: Rel (     0,   -12)  ->  Abs (   227,   385)
	131: Rel (   -18,   -18)  ->  Abs (   209,   367)
	132: Rel (   733,  -129)  ->  Abs (   942,   238)
	133: Rel (   -12,     0)  ->  Abs (   930,   238)
	134: Rel (   -19,    18)  ->  Abs (   911,   256)
	135: Rel (     0,    12)  ->  Abs (   911,   268)
	136: Rel (     0,    13)  ->  Abs (   911,   281)
	137: Rel (    19,    18)  ->  Abs (   930,   299)
	138: Rel (    12,     0)  ->  Abs (   942,   299)
	139: Rel (    12,     0)  ->  Abs (   954,   299)
	140: Rel (    19,   -18)  ->  Abs (   973,   281)
	141: Rel (     0,   -13)  ->  Abs (   973,   268)
	142: Rel (     0,   -12)  ->  Abs (   973,   256)
	143: Rel (   -19,   -18)  ->  Abs (   954,   238)
	144: Rel (  -649,   -19)  ->  Abs (   305,   219)
	145: Rel (   -12,     0)  ->  Abs (   293,   219)
	146: Rel (   -19,    19)  ->  Abs (   274,   238)
	147: Rel (     0,    12)  ->  Abs (   274,   250)
	148: Rel (     0,    12)  ->  Abs (   274,   262)
	149: Rel (    19,    19)  ->  Abs (   293,   281)
	150: Rel (    12,     0)  ->  Abs (   305,   281)
	151: Rel (    12,     0)  ->  Abs (   317,   281)
	152: Rel (    19,   -19)  ->  Abs (   336,   262)
	153: Rel (     0,   -12)  ->  Abs (   336,   250)
	154: Rel (     0,   -12)  ->  Abs (   336,   238)
	155: Rel (   -19,   -19)  ->  Abs (   317,   219)
	156: Rel (   482,   -82)  ->  Abs (   799,   137)
	157: Rel (   -12,     0)  ->  Abs (   787,   137)
	158: Rel (   -19,    19)  ->  Abs (   768,   156)
	159: Rel (     0,    12)  ->  Abs (   768,   168)
	160: Rel (     0,    12)  ->  Abs (   768,   180)
	161: Rel (    18,    19)  ->  Abs (   786,   199)
	162: Rel (    13,     0)  ->  Abs (   799,   199)
	163: Rel (    12,     0)  ->  Abs (   811,   199)
	164: Rel (    18,   -19)  ->  Abs (   829,   180)
	165: Rel (     0,   -12)  ->  Abs (   829,   168)
	166: Rel (     0,   -12)  ->  Abs (   829,   156)
	167: Rel (   -18,   -19)  ->  Abs (   811,   137)
	168: Rel (  -360,    -8)  ->  Abs (   451,   129)
	169: Rel (   -13,     0)  ->  Abs (   438,   129)
	170: Rel (   -18,    19)  ->  Abs (   420,   148)
	171: Rel (     0,    12)  ->  Abs (   420,   160)
	172: Rel (     0,    12)  ->  Abs (   420,   172)
	173: Rel (    18,    18)  ->  Abs (   438,   190)
	174: Rel (    13,     0)  ->  Abs (   451,   190)
	175: Rel (    12,     0)  ->  Abs (   463,   190)
	176: Rel (    18,   -18)  ->  Abs (   481,   172)
	177: Rel (     0,   -12)  ->  Abs (   481,   160)
	178: Rel (     0,   -12)  ->  Abs (   481,   148)
	179: Rel (   -18,   -19)  ->  Abs (   463,   129)
	180: Rel (   151,   -29)  ->  Abs (   614,   100)
	181: Rel (   -12,     0)  ->  Abs (   602,   100)
	182: Rel (   -18,    19)  ->  Abs (   584,   119)
	183: Rel (     0,    12)  ->  Abs (   584,   131)
	184: Rel (     0,    12)  ->  Abs (   584,   143)
	185: Rel (    18,    19)  ->  Abs (   602,   162)
	186: Rel (    12,     0)  ->  Abs (   614,   162)
	187: Rel (    13,     0)  ->  Abs (   627,   162)
	188: Rel (    18,   -19)  ->  Abs (   645,   143)
	189: Rel (     0,   -12)  ->  Abs (   645,   131)
	190: Rel (     0,   -12)  ->  Abs (   645,   119)
	191: Rel (   -18,   -19)  ->  Abs (   627,   100)
	192: Rel (   -28,  1209)  ->  Abs (   599,  1309)
	193: Rel (   325, -1391)  ->  Abs (   924,   -82)

	Glyph 108: off = 0x00004DB2, len = 536
	  numberOfContours:	4
	  xMin:			10
	  yMin:			-8
	  xMax:			1647
	  yMax:			1464

	EndPoints
	---------
	  0:  9
	  1:  25
	  2:  68
	  3:  117

	  Length of Instructions:	219
	00000: NPUSHB      (19):    32    79    48    79     2    74    69    90    69     2 
	                             5    64     9    13    72     5     5     0    49 
	00021: PUSHW[1]            -64 
	00024: NPUSHB     (114):    14    17    72    49    35    26    35    49     3    28 
	                            32    61     1    61    53   156    67    43   156    47 
	                            28   143    28     2    28    69   116     0    83    80 
	                            83     2    83   114   111     0    92    80    92     2 
	                            92   104    16    16    83    92   104     4    72    10 
	                            87   255   116   116    72    98   255   111   111     1 
	                           111    78   236    72     7     8   254     2    26    47 
	                           254    51    51     2    65    37    41   254    31    65 
	                            59    55   254     0    65    16    65     2    65    69 
	                            80   253   143    85     1    85   114    90   253    95 
	                            85    95    65     3    75   102   253   107    19    23 
	                           253    12   119    75 
	00140: MDAP[rd]   
	00141: SRP0       
	00142: MDRP[srp0,nmd,rd,2] 
	00143: MIRP[srp0,md,rd,1] 
	00144: MDRP[nrp0,nmd,rd,0] 
	00145: MDRP[srp0,nmd,rd,2] 
	00146: MIRP[nrp0,md,rd,1] 
	00147: SRP2       
	00148: SLOOP      
	00149: IP         
	00150: MDAP[rd]   
	00151: MIRP[nrp0,md,rd,1] 
	00152: IP         
	00153: MDAP[rd]   
	00154: DELTAP1    
	00155: MIRP[nrp0,md,rd,1] 
	00156: IP         
	00157: MDAP[rd]   
	00158: DELTAP1    
	00159: MIRP[srp0,md,rd,1] 
	00160: MDRP[nrp0,nmd,rd,0] 
	00161: SRP0       
	00162: MDRP[srp0,nmd,rd,0] 
	00163: MIRP[srp0,md,rd,1] 
	00164: MDRP[nrp0,nmd,rd,0] 
	00165: SRP2       
	00166: IP         
	00167: IP         
	00168: MDAP[rd]   
	00169: MIRP[nrp0,md,rd,1] 
	00170: IP         
	00171: MDAP[rd]   
	00172: MIRP[srp0,md,rd,1] 
	00173: MDRP[nrp0,nmd,rd,1] 
	00174: SVTCA[y-axis] 
	00175: MDAP[rd]   
	00176: MIRP[nrp0,md,rd,1] 
	00177: MDAP[rd]   
	00178: DELTAP1    
	00179: MIRP[nrp0,md,rd,1] 
	00180: SRP2       
	00181: IP         
	00182: MDAP[rd]   
	00183: MIRP[nrp0,md,rd,1] 
	00184: MDAP[rd]   
	00185: SRP2       
	00186: SLOOP      
	00187: IP         
	00188: MDAP[rd]   
	00189: MDAP[rd]   
	00190: MDAP[rd]   
	00191: DELTAP1    
	00192: SRP2       
	00193: IP         
	00194: MDAP[rd]   
	00195: DELTAP1    
	00196: SRP2       
	00197: IP         
	00198: MDAP[rd]   
	00199: DELTAP1    
	00200: MIRP[nrp0,md,rd,1] 
	00201: MDRP[srp0,nmd,rd,0] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: MDRP[nrp0,nmd,rd,0] 
	00204: DELTAP1    
	00205: SRP1       
	00206: SLOOP      
	00207: IP         
	00208: MDAP[rd]   
	00209: MDAP[rd]   
	00210: CALL       
	00211: MDAP[rd]   
	00212: IP         
	00213: MDAP[rd]   
	00214: CALL       
	00215: IUP[y]     
	00216: IUP[x]     
	00217: DELTAP1    
	00218: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short         Off
	 10:                      Y-Short         On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual                         Off
	 14:                              X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:        XDual                         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:                                      On
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual Rep-  1 Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual Rep-  1 Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual               Y-Short X-Short On
	 58:  YDual               Y-Short X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual XDual         Y-Short         Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short Off
	 63:        XDual Rep-  1 Y-Short X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:  YDual                       X-Short On
	 68:  YDual                       X-Short Off
	 69:                                      On
	 70:              Rep-  1 Y-Short X-Short Off
	 72:  YDual                       X-Short On
	 73:  YDual                       X-Short Off
	 74:  YDual               Y-Short X-Short Off
	 75:  YDual XDual         Y-Short         On
	 76:  YDual XDual         Y-Short         Off
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual         Y-Short X-Short On
	 79:  YDual               Y-Short         Off
	 80:  YDual XDual         Y-Short X-Short On
	 81:  YDual XDual Rep-  1 Y-Short X-Short Off
	 83:  YDual XDual                 X-Short On
	 84:  YDual XDual                 X-Short Off
	 85:        XDual         Y-Short         On
	 86:        XDual         Y-Short         Off
	 87:  YDual XDual                 X-Short On
	 88:  YDual XDual                 X-Short Off
	 89:  YDual XDual         Y-Short X-Short Off
	 90:  YDual XDual         Y-Short         On
	 91:  YDual XDual         Y-Short         Off
	 92:  YDual XDual                 X-Short On
	 93:  YDual XDual                 X-Short Off
	 94:        XDual         Y-Short X-Short Off
	 95:        XDual         Y-Short X-Short On
	 96:        XDual Rep-  1 Y-Short X-Short Off
	 98:  YDual XDual                 X-Short On
	 99:  YDual XDual                 X-Short Off
	100:  YDual XDual         Y-Short X-Short Off
	101:        XDual                 X-Short Off
	102:  YDual XDual         Y-Short         On
	103:  YDual XDual         Y-Short         Off
	104:  YDual XDual                 X-Short On
	105:  YDual XDual                 X-Short Off
	106:        XDual         Y-Short X-Short Off
	107:        XDual         Y-Short         On
	108:        XDual         Y-Short         Off
	109:                              X-Short Off
	110:                      Y-Short X-Short Off
	111:  YDual                       X-Short On
	112:  YDual                       X-Short Off
	113:  YDual               Y-Short X-Short Off
	114:  YDual               Y-Short X-Short On
	115:                      Y-Short X-Short Off
	116:  YDual                       X-Short On
	117:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   834,  1464)  ->  Abs (   834,  1464)
	  1: Rel (    38,     0)  ->  Abs (   872,  1464)
	  2: Rel (     0,   -28)  ->  Abs (   872,  1436)
	  3: Rel (     0,  -190)  ->  Abs (   872,  1246)
	  4: Rel (   -14,   -91)  ->  Abs (   858,  1155)
	  5: Rel (   -35,     0)  ->  Abs (   823,  1155)
	  6: Rel (   -39,     0)  ->  Abs (   784,  1155)
	  7: Rel (     0,    43)  ->  Abs (   784,  1198)
	  8: Rel (     9,   211)  ->  Abs (   793,  1409)
	  9: Rel (     0,    55)  ->  Abs (   793,  1464)
	 10: Rel (   788,  -190)  ->  Abs (  1581,  1274)
	 11: Rel (    66,     0)  ->  Abs (  1647,  1274)
	 12: Rel (     0,   -76)  ->  Abs (  1647,  1198)
	 13: Rel (     0,  -334)  ->  Abs (  1647,   864)
	 14: Rel (   -51,  -527)  ->  Abs (  1596,   337)
	 15: Rel (   -59,   -81)  ->  Abs (  1537,   256)
	 16: Rel (   -40,     0)  ->  Abs (  1497,   256)
	 17: Rel (   -30,     0)  ->  Abs (  1467,   256)
	 18: Rel (   -40,    39)  ->  Abs (  1427,   295)
	 19: Rel (     0,    27)  ->  Abs (  1427,   322)
	 20: Rel (     0,    29)  ->  Abs (  1427,   351)
	 21: Rel (    17,    59)  ->  Abs (  1444,   410)
	 22: Rel (    53,   191)  ->  Abs (  1497,   601)
	 23: Rel (     0,   546)  ->  Abs (  1497,  1147)
	 24: Rel (     0,    55)  ->  Abs (  1497,  1202)
	 25: Rel (    44,    72)  ->  Abs (  1541,  1274)
	 26: Rel (  -734,  -428)  ->  Abs (   807,   846)
	 27: Rel (   -28,   -70)  ->  Abs (   779,   776)
	 28: Rel (   -74,     0)  ->  Abs (   705,   776)
	 29: Rel (   -40,     0)  ->  Abs (   665,   776)
	 30: Rel (   -59,    76)  ->  Abs (   606,   852)
	 31: Rel (     0,    51)  ->  Abs (   606,   903)
	 32: Rel (     0,    46)  ->  Abs (   606,   949)
	 33: Rel (    30,    70)  ->  Abs (   636,  1019)
	 34: Rel (    24,    30)  ->  Abs (   660,  1049)
	 35: Rel (    22,     0)  ->  Abs (   682,  1049)
	 36: Rel (    23,     0)  ->  Abs (   705,  1049)
	 37: Rel (     0,   -25)  ->  Abs (   705,  1024)
	 38: Rel (     0,   -16)  ->  Abs (   705,  1008)
	 39: Rel (   -17,   -29)  ->  Abs (   688,   979)
	 40: Rel (   -14,   -26)  ->  Abs (   674,   953)
	 41: Rel (     0,   -40)  ->  Abs (   674,   913)
	 42: Rel (     0,   -45)  ->  Abs (   674,   868)
	 43: Rel (    45,     0)  ->  Abs (   719,   868)
	 44: Rel (    24,     0)  ->  Abs (   743,   868)
	 45: Rel (    31,    29)  ->  Abs (   774,   897)
	 46: Rel (     0,    49)  ->  Abs (   774,   946)
	 47: Rel (     3,    46)  ->  Abs (   777,   992)
	 48: Rel (    14,    32)  ->  Abs (   791,  1024)
	 49: Rel (    16,     0)  ->  Abs (   807,  1024)
	 50: Rel (    33,     0)  ->  Abs (   840,  1024)
	 51: Rel (     0,   -23)  ->  Abs (   840,  1001)
	 52: Rel (     0,  -120)  ->  Abs (   840,   881)
	 53: Rel (    57,     0)  ->  Abs (   897,   881)
	 54: Rel (    47,     0)  ->  Abs (   944,   881)
	 55: Rel (     0,    59)  ->  Abs (   944,   940)
	 56: Rel (     0,    27)  ->  Abs (   944,   967)
	 57: Rel (   -11,    43)  ->  Abs (   933,  1010)
	 58: Rel (    -7,    26)  ->  Abs (   926,  1036)
	 59: Rel (     0,    11)  ->  Abs (   926,  1047)
	 60: Rel (     0,    30)  ->  Abs (   926,  1077)
	 61: Rel (    26,     0)  ->  Abs (   952,  1077)
	 62: Rel (    15,     0)  ->  Abs (   967,  1077)
	 63: Rel (    14,   -29)  ->  Abs (   981,  1048)
	 64: Rel (    16,   -85)  ->  Abs (   997,   963)
	 65: Rel (     0,   -27)  ->  Abs (   997,   936)
	 66: Rel (     0,  -148)  ->  Abs (   997,   788)
	 67: Rel (  -106,     0)  ->  Abs (   891,   788)
	 68: Rel (   -60,     0)  ->  Abs (   831,   788)
	 69: Rel (  -442,  -622)  ->  Abs (   389,   166)
	 70: Rel (   -64,   -77)  ->  Abs (   325,    89)
	 71: Rel (  -182,   -97)  ->  Abs (   143,    -8)
	 72: Rel (   -69,     0)  ->  Abs (    74,    -8)
	 73: Rel (   -29,     0)  ->  Abs (    45,    -8)
	 74: Rel (   -35,    41)  ->  Abs (    10,    33)
	 75: Rel (     0,    28)  ->  Abs (    10,    61)
	 76: Rel (     0,    31)  ->  Abs (    10,    92)
	 77: Rel (    33,    48)  ->  Abs (    43,   140)
	 78: Rel (    27,     7)  ->  Abs (    70,   147)
	 79: Rel (   264,    81)  ->  Abs (   334,   228)
	 80: Rel (    37,   249)  ->  Abs (   371,   477)
	 81: Rel (     3,    27)  ->  Abs (   374,   504)
	 82: Rel (    40,    37)  ->  Abs (   414,   541)
	 83: Rel (    26,     0)  ->  Abs (   440,   541)
	 84: Rel (    74,     0)  ->  Abs (   514,   541)
	 85: Rel (     0,   -60)  ->  Abs (   514,   481)
	 86: Rel (     0,  -200)  ->  Abs (   514,   281)
	 87: Rel (    92,     0)  ->  Abs (   606,   281)
	 88: Rel (    57,     0)  ->  Abs (   663,   281)
	 89: Rel (    72,   164)  ->  Abs (   735,   445)
	 90: Rel (     0,    98)  ->  Abs (   735,   543)
	 91: Rel (     0,   106)  ->  Abs (   735,   649)
	 92: Rel (    72,     0)  ->  Abs (   807,   649)
	 93: Rel (    41,     0)  ->  Abs (   848,   649)
	 94: Rel (    28,   -31)  ->  Abs (   876,   618)
	 95: Rel (     6,   -51)  ->  Abs (   882,   567)
	 96: Rel (    15,  -157)  ->  Abs (   897,   410)
	 97: Rel (    55,   -95)  ->  Abs (   952,   315)
	 98: Rel (    43,     0)  ->  Abs (   995,   315)
	 99: Rel (    61,     0)  ->  Abs (  1056,   315)
	100: Rel (    62,    97)  ->  Abs (  1118,   412)
	101: Rel (    25,   313)  ->  Abs (  1143,   725)
	102: Rel (     0,   158)  ->  Abs (  1143,   883)
	103: Rel (     0,    80)  ->  Abs (  1143,   963)
	104: Rel (    69,     0)  ->  Abs (  1212,   963)
	105: Rel (    25,     0)  ->  Abs (  1237,   963)
	106: Rel (    49,   -35)  ->  Abs (  1286,   928)
	107: Rel (     0,   -27)  ->  Abs (  1286,   901)
	108: Rel (     0,  -178)  ->  Abs (  1286,   723)
	109: Rel (   -29,  -414)  ->  Abs (  1257,   309)
	110: Rel (  -168,  -243)  ->  Abs (  1089,    66)
	111: Rel (  -116,     0)  ->  Abs (   973,    66)
	112: Rel (   -70,     0)  ->  Abs (   903,    66)
	113: Rel (  -111,    94)  ->  Abs (   792,   160)
	114: Rel (   -20,    78)  ->  Abs (   772,   238)
	115: Rel (   -73,  -207)  ->  Abs (   699,    31)
	116: Rel (  -136,     0)  ->  Abs (   563,    31)
	117: Rel (  -133,     0)  ->  Abs (   430,    31)

	Glyph 109: off = 0x00004FCA, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			575
	  yMax:			1425

	     0: Flags:		0x0006
		Glyf Index:	91
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 110: off = 0x00004FDA, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			862
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 111: off = 0x00004FEA, len = 16
	  numberOfContours:	-1  (Composite)
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	  xMax:			822
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	     0: Flags:		0x0006
		Glyf Index:	93
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		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 112: off = 0x00004FFA, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			14
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	  xMax:			1024
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		Glyf Index:	94
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		Other:		Round X,Y to Grid            


	Glyph 113: off = 0x0000500A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			502
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	95
		X BOffset:	0
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		Other:		Round X,Y to Grid            


	Glyph 114: off = 0x0000501A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			993
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	96
		X BOffset:	0
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		Other:		Round X,Y to Grid            


	Glyph 115: off = 0x0000502A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			23
	  yMin:			969
	  xMax:			500
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	97
		X BOffset:	0
		Y BOffset:	0
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	Glyph 116: off = 0x0000503A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			23
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	  xMax:			991
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	98
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		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 117: off = 0x0000504A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			909
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	99
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 118: off = 0x0000505A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			969
	  xMax:			971
	  yMax:			1792

	     0: Flags:		0x0006
		Glyf Index:	100
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 119: off = 0x0000506A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			969
	  xMax:			598
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	101
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


lisaac_0.39_rc1/lib/unstable/freetype/cour.txt0000644000175000017500002604206111314031254021360 0ustar  sonntagsonntag
; TrueType v1.0 Dump Program - v1.8, Oct 29 2002, rrt, dra, gch, ddb, lcp, pml
; Copyright (C) 1991 ZSoft Corporation. All rights reserved.
; Portions Copyright (C) 1991-2001 Microsoft Corporation. All rights reserved.

; Dumping file 'z:\isaac\freetype\cour.ttf'

Offset Table
------ -----
  sfnt version:     1.0
  numTables =        22
  searchRange =     256
  entrySelector =     4
  rangeShift =       96

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 1. 'EBDT' - chksm = 0xA9AB4C5C, off = 0x00046958, len =     1012
 2. 'EBLC' - chksm = 0x1D2BFD5C, off = 0x00046D4C, len =     1332
 3. 'GDEF' - chksm = 0xA4CCA50D, off = 0x00047280, len =      286
 4. 'GSUB' - chksm = 0x4C63757C, off = 0x000473A0, len =     3662
 5. 'OS/2' - chksm = 0x0D03304D, off = 0x000001E8, len =       86
 6. 'VDMX' - chksm = 0x32B24D27, off = 0x000042CC, len =     4500
 7. 'bdat' - chksm = 0xA9AB4C5C, off = 0x000481F0, len =     1012
 8. 'bloc' - chksm = 0x1D2BFD5C, off = 0x000485E4, len =     1332
 9. 'cmap' - chksm = 0x58CED95B, off = 0x000018EC, len =     5442
10. 'cvt ' - chksm = 0xA5A561F1, off = 0x000064EC, len =     1922
11. 'fpgm' - chksm = 0xB1123632, off = 0x00005F14, len =     1496
12. 'gasp' - chksm = 0x002B0009, off = 0x00000240, len =       16
13. 'glyf' - chksm = 0x1D89A994, off = 0x000076C4, len =   245894
14. 'head' - chksm = 0xC4FB2978, off = 0x0000016C, len =       54
15. 'hhea' - chksm = 0x0B7B023C, off = 0x000001A4, len =       36
16. 'hmtx' - chksm = 0xD300AF59, off = 0x00006C70, len =     2642
17. 'loca' - chksm = 0x0ADA78D6, off = 0x00002E30, len =     5276
18. 'maxp' - chksm = 0x097C0C78, off = 0x000001C8, len =       32
19. 'name' - chksm = 0x0BAE33CE, off = 0x00000250, len =     5788
20. 'post' - chksm = 0x76EBA0C0, off = 0x0004374C, len =    12809
21. 'prep' - chksm = 0xBCA08F1F, off = 0x00005460, len =     2737

'head' Table - Font Header
--------------------------
Size = 54 bytes (expecting 54 bytes)
  'head' version:      1.0
  fontRevision:        2.9
  checkSumAdjustment:  0x77A0537B
  magicNumber:         0x5F0F3CF5
  flags:               0x0809- baseline(y)=0 - int ppem 
  unitsPerEm:          2048
  created:             Wed Sep 26 03:24:33 1990
  modified:            Thu Aug 24 01:19:03 2000
  xMin:                -44
  yMin:                -1392
  xMax:                1306
  yMax:                2091
  macStyle bits:       0x0000
  lowestRecPPEM:       9
  fontDirectionHint:   1
  indexToLocFormat:    1
  glyphDataFormat:     0

'hhea' Table - Horizontal Header
--------------------------------
Size = 36 bytes (expecting 36 bytes)
	'hhea' version:         1.0
	yAscender:            1705
	yDescender:           -615
	yLineGap:             0
	advanceWidthMax:      1229
	minLeftSideBearing:   -44
	minRightSideBearing:  -46
	xMaxExtent:           1275
	horizCaretSlopeNum:   1
	horizCaretSlopeDenom: 0
	reserved0:            0
	reserved1:            0
	reserved2:            0
	reserved3:            0
	reserved4:            0
	metricDataFormat:     0
	numOf_LongHorMetrics: 3

'maxp' Table - Maximum Profile
------------------------------
Size = 32 bytes (expecting 32 bytes)
	'maxp' version:		  1.0
	numGlyphs:		1318
	maxPoints:		290
	maxContours:		73
	maxCompositePoints:	114
	maxCompositeContours:	5
	maxZones:		2
	maxTwilightPoints:	16
	maxStorage:		47
	maxFunctionDefs:	85
	maxInstructionDefs:	0
	maxStackElements:	927
	maxSizeOfInstructions:	2737
	maxComponentElements:	3
	maxComponentDepth:	2

'name' Table - Naming Table
---------------------------
	Format:		0
	Count:		70
	stringOffset:	 846
Size = 5788 bytes
	  0. Platform ID:	0
	     Specific ID:	3
	     Language ID:	0
	     Name ID:		0
	     Length:		254
	     Offset:		0
		Data:  0 54  0 79  0 70  0 65  0 66  >  .T.y.p.e.f
		       0 61  0 63  0 65  0 20  0 A9  >  .a.c.e. .©
		       0 20  0 54  0 68  0 65  0 20  >  . .T.h.e. 
		       0 4D  0 6F  0 6E  0 6F  0 74  >  .M.o.n.o.t
		       0 79  0 70  0 65  0 20  0 43  >  .y.p.e. .C
		       0 6F  0 72  0 70  0 6F  0 72  >  .o.r.p.o.r
		       0 61  0 74  0 69  0 6F  0 6E  >  .a.t.i.o.n
		       0 20  0 70  0 6C  0 63  0 2E  >  . .p.l.c..
		       0 20  0 44  0 61  0 74  0 61  >  . .D.a.t.a
		       0 20  0 A9  0 20  0 54  0 68  >  . .©. .T.h
		       0 65  0 20  0 4D  0 6F  0 6E  >  .e. .M.o.n
		       0 6F  0 74  0 79  0 70  0 65  >  .o.t.y.p.e
		       0 20  0 43  0 6F  0 72  0 70  >  . .C.o.r.p
		       0 6F  0 72  0 61  0 74  0 69  >  .o.r.a.t.i
		       0 6F  0 6E  0 20  0 70  0 6C  >  .o.n. .p.l
		       0 63  0 2F  0 54  0 79  0 70  >  .c./.T.y.p
		       0 65  0 20  0 53  0 6F  0 6C  >  .e. .S.o.l
		       0 75  0 74  0 69  0 6F  0 6E  >  .u.t.i.o.n
		       0 73  0 20  0 49  0 6E  0 63  >  .s. .I.n.c
		       0 2E  0 20  0 31  0 39  0 39  >  ... .1.9.9
		       0 30  0 2D  0 31  0 39  0 39  >  .0.-.1.9.9
		       0 34  0 2E  0 20  0 41  0 6C  >  .4... .A.l
		       0 6C  0 20  0 52  0 69  0 67  >  .l. .R.i.g
		       0 68  0 74  0 73  0 20  0 52  >  .h.t.s. .R
		       0 65  0 73  0 65  0 72  0 76  >  .e.s.e.r.v
		       0 65  0 64                    >  .e.d

	  1. Platform ID:	0
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		       0 73  0 74  0 69  0 6F  0 6E  >  .s.t.i.o.n
		       0 20  0 63  0 6F  0 6E  0 63  >  . .c.o.n.c
		       0 65  0 72  0 6E  0 69  0 6E  >  .e.r.n.i.n
		       0 67  0 20  0 79  0 6F  0 75  >  .g. .y.o.u
		       0 72  0 20  0 72  0 69  0 67  >  .r. .r.i.g
		       0 68  0 74  0 73  0 20  0 79  >  .h.t.s. .y
		       0 6F  0 75  0 20  0 73  0 68  >  .o.u. .s.h
		       0 6F  0 75  0 6C  0 64  0 20  >  .o.u.l.d. 
		       0 72  0 65  0 76  0 69  0 65  >  .r.e.v.i.e
		       0 77  0 20  0 74  0 68  0 65  >  .w. .t.h.e
		       0 20  0 6C  0 69  0 63  0 65  >  . .l.i.c.e
		       0 6E  0 73  0 65  0 20  0 61  >  .n.s.e. .a
		       0 67  0 72  0 65  0 65  0 6D  >  .g.r.e.e.m
		       0 65  0 6E  0 74  0 20  0 79  >  .e.n.t. .y
		       0 6F  0 75  0 20  0 72  0 65  >  .o.u. .r.e
		       0 63  0 65  0 69  0 76  0 65  >  .c.e.i.v.e
		       0 64  0 20  0 77  0 69  0 74  >  .d. .w.i.t
		       0 68  0 20  0 74  0 68  0 65  >  .h. .t.h.e
		       0 20  0 73  0 6F  0 66  0 74  >  . .s.o.f.t
		       0 77  0 61  0 72  0 65  0 20  >  .w.a.r.e. 
		       0 6F  0 72  0 20  0 63  0 6F  >  .o.r. .c.o
		       0 6E  0 74  0 61  0 63  0 74  >  .n.t.a.c.t
		       0 20  0 4D  0 6F  0 6E  0 6F  >  . .M.o.n.o
		       0 74  0 79  0 70  0 65  0 20  >  .t.y.p.e. 
		       0 66  0 6F  0 72  0 20  0 61  >  .f.o.r. .a
		       0 20  0 63  0 6F  0 70  0 79  >  . .c.o.p.y
		       0 20  0 6F  0 66  0 20  0 74  >  . .o.f. .t
		       0 68  0 65  0 20  0 6C  0 69  >  .h.e. .l.i
		       0 63  0 65  0 6E  0 73  0 65  >  .c.e.n.s.e
		       0 20  0 61  0 67  0 72  0 65  >  . .a.g.r.e
		       0 65  0 6D  0 65  0 6E  0 74  >  .e.m.e.n.t
		       0 2E  0  D  0  A  0  D  0  A  >  ..........
		       0 4D  0 6F  0 6E  0 6F  0 74  >  .M.o.n.o.t
		       0 79  0 70  0 65  0 20  0 63  >  .y.p.e. .c
		       0 61  0 6E  0 20  0 62  0 65  >  .a.n. .b.e
		       0 20  0 63  0 6F  0 6E  0 74  >  . .c.o.n.t
		       0 61  0 63  0 74  0 65  0 64  >  .a.c.t.e.d
		       0 20  0 61  0 74  0 3A  0  D  >  . .a.t.:..
		       0  A  0  D  0  A  0 55  0 53  >  .......U.S
		       0 41  0 20  0 2D  0 20  0 28  >  .A. .-. .(
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		       0 37  0 31  0 38  0 2D  0 30  >  .7.1.8.-.0
		       0 34  0 30  0 30  0  9  0  9  >  .4.0.0....
		       0 55  0 4B  0 20  0 2D  0 20  >  .U.K. .-. 
		       0 30  0 31  0 31  0 34  0 34  >  .0.1.1.4.4
		       0 20  0 30  0 31  0 37  0 33  >  . .0.1.7.3
		       0 37  0 20  0 37  0 36  0 35  >  .7. .7.6.5
		       0 39  0 35  0 39  0  D  0  A  >  .9.5.9....
		       0 68  0 74  0 74  0 70  0 3A  >  .h.t.t.p.:
		       0 2F  0 2F  0 77  0 77  0 77  >  ././.w.w.w
		       0 2E  0 6D  0 6F  0 6E  0 6F  >  ...m.o.n.o
		       0 74  0 79  0 70  0 65  0 2E  >  .t.y.p.e..
		       0 63  0 6F  0 6D              >  .c.o.m

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		       0 2E  0 6D  0 6F  0 6E  0 6F  >  ...m.o.n.o
		       0 74  0 79  0 70  0 65  0 2E  >  .t.y.p.e..
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		       0 74  0 6D  0 6C  0 2F  0 74  >  .t.m.l./.t
		       0 79  0 70  0 65  0 2F  0 6C  >  .y.p.e./.l
		       0 69  0 63  0 65  0 6E  0 73  >  .i.c.e.n.s
		       0 65  0 2E  0 68  0 74  0 6D  >  .e...h.t.m
		       0 6C                          >  .l

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'OS/2' Table - OS/2 and Windows Metrics
---------------------------------------
Size = 86 bytes (expecting 86 bytes)
  'OS/2' version:           1
  xAvgCharWidth:            1229
  usWeightClass:            400
  usWidthClass:             5
  fsType:                   0x0000
  ySubscriptXSize:          1434
  ySubscriptYSize:          1331
  ySubscriptXOffset:        0
  ySubscriptYOffset:        285
  ySuperscriptXSize:        1434
  ySuperscriptYSize:        1331
  ySuperscriptXOffset:      0
  ySuperscriptYOffset:      865
  yStrikeoutSize:           102
  yStrikeoutPosition:       530
  sFamilyClass:             5    subclass = 5
  PANOSE:                   2  7  3  9  2  2  5  2  4  4
  Unicode Range 1( Bits 0 - 31 ): 00007A87
  Unicode Range 2( Bits 32- 63 ): 80000000
  Unicode Range 3( Bits 64- 95 ): 00000008
  Unicode Range 4( Bits 96-127 ): 00000000
  achVendID:                'Mono'
  fsSelection:              0x0040
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  usLastCharIndex:          0xFFFC
  sTypoAscender:            1255
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  sTypoLineGap:             0
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  usWinDescent:             615
  CodePage Range 1( Bits 0 - 31 ): 400001FF
  CodePage Range 2( Bits 32- 63 ): FFFF0000

'gasp' Table - Grid-fitting And Scan-conversion Procedure
---------------------------------------------------------
  'gasp' version:      0
  numRanges:           3

  gasp Range 0
  rangeMaxPPEM:        8
  rangeGaspBehavior:   0x0002- GASP_DOGRAY 

  gasp Range 1
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  rangeGaspBehavior:   0x0001- GASP_GRIDFIT 

  gasp Range 2
  rangeMaxPPEM:        65535
  rangeGaspBehavior:   0x0003- GASP_GRIDFIT - GASP_DOGRAY 


'post' Table - PostScript Metrics
---------------------------------
Size = 12809 bytes
	'post' version:	        2.0
	italicAngle:	        0.0000
	underlinePosition:	-477
	underlineThickness:	84
	isFixedPitch:		1
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	Glyf   0 -> Mac Glyph # 0, '.notdef'
	Glyf   1 -> PSGlyf Name # 1, name= '.null'
	Glyf   2 -> PSGlyf Name # 2, name= 'nonmarkingreturn'
	Glyf   3 -> Mac Glyph # 3, 'space'
	Glyf   4 -> Mac Glyph # 4, 'exclam'
	Glyf   5 -> Mac Glyph # 5, 'quotedbl'
	Glyf   6 -> Mac Glyph # 6, 'numbersign'
	Glyf   7 -> Mac Glyph # 7, 'dollar'
	Glyf   8 -> Mac Glyph # 8, 'percent'
	Glyf   9 -> Mac Glyph # 9, 'ampersand'
	Glyf  10 -> Mac Glyph # 10, 'quotesingle'
	Glyf  11 -> Mac Glyph # 11, 'parenleft'
	Glyf  12 -> Mac Glyph # 12, 'parenright'
	Glyf  13 -> Mac Glyph # 13, 'asterisk'
	Glyf  14 -> Mac Glyph # 14, 'plus'
	Glyf  15 -> Mac Glyph # 15, 'comma'
	Glyf  16 -> Mac Glyph # 16, 'hyphen'
	Glyf  17 -> Mac Glyph # 17, 'period'
	Glyf  18 -> Mac Glyph # 18, 'slash'
	Glyf  19 -> Mac Glyph # 19, 'zero'
	Glyf  20 -> Mac Glyph # 20, 'one'
	Glyf  21 -> Mac Glyph # 21, 'two'
	Glyf  22 -> Mac Glyph # 22, 'three'
	Glyf  23 -> Mac Glyph # 23, 'four'
	Glyf  24 -> Mac Glyph # 24, 'five'
	Glyf  25 -> Mac Glyph # 25, 'six'
	Glyf  26 -> Mac Glyph # 26, 'seven'
	Glyf  27 -> Mac Glyph # 27, 'eight'
	Glyf  28 -> Mac Glyph # 28, 'nine'
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	Glyf  31 -> Mac Glyph # 31, 'less'
	Glyf  32 -> Mac Glyph # 32, 'equal'
	Glyf  33 -> Mac Glyph # 33, 'greater'
	Glyf  34 -> Mac Glyph # 34, 'question'
	Glyf  35 -> Mac Glyph # 35, 'at'
	Glyf  36 -> Mac Glyph # 36, 'A'
	Glyf  37 -> Mac Glyph # 37, 'B'
	Glyf  38 -> Mac Glyph # 38, 'C'
	Glyf  39 -> Mac Glyph # 39, 'D'
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	Glyf  41 -> Mac Glyph # 41, 'F'
	Glyf  42 -> Mac Glyph # 42, 'G'
	Glyf  43 -> Mac Glyph # 43, 'H'
	Glyf  44 -> Mac Glyph # 44, 'I'
	Glyf  45 -> Mac Glyph # 45, 'J'
	Glyf  46 -> Mac Glyph # 46, 'K'
	Glyf  47 -> Mac Glyph # 47, 'L'
	Glyf  48 -> Mac Glyph # 48, 'M'
	Glyf  49 -> Mac Glyph # 49, 'N'
	Glyf  50 -> Mac Glyph # 50, 'O'
	Glyf  51 -> Mac Glyph # 51, 'P'
	Glyf  52 -> Mac Glyph # 52, 'Q'
	Glyf  53 -> Mac Glyph # 53, 'R'
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	Glyf  55 -> Mac Glyph # 55, 'T'
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	Glyf  66 -> Mac Glyph # 66, 'underscore'
	Glyf  67 -> Mac Glyph # 67, 'grave'
	Glyf  68 -> Mac Glyph # 68, 'a'
	Glyf  69 -> Mac Glyph # 69, 'b'
	Glyf  70 -> Mac Glyph # 70, 'c'
	Glyf  71 -> Mac Glyph # 71, 'd'
	Glyf  72 -> Mac Glyph # 72, 'e'
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	Glyf  76 -> Mac Glyph # 76, 'i'
	Glyf  77 -> Mac Glyph # 77, 'j'
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	Glyf  79 -> Mac Glyph # 79, 'l'
	Glyf  80 -> Mac Glyph # 80, 'm'
	Glyf  81 -> Mac Glyph # 81, 'n'
	Glyf  82 -> Mac Glyph # 82, 'o'
	Glyf  83 -> Mac Glyph # 83, 'p'
	Glyf  84 -> Mac Glyph # 84, 'q'
	Glyf  85 -> Mac Glyph # 85, 'r'
	Glyf  86 -> Mac Glyph # 86, 's'
	Glyf  87 -> Mac Glyph # 87, 't'
	Glyf  88 -> Mac Glyph # 88, 'u'
	Glyf  89 -> Mac Glyph # 89, 'v'
	Glyf  90 -> Mac Glyph # 90, 'w'
	Glyf  91 -> Mac Glyph # 91, 'x'
	Glyf  92 -> Mac Glyph # 92, 'y'
	Glyf  93 -> Mac Glyph # 93, 'z'
	Glyf  94 -> Mac Glyph # 94, 'braceleft'
	Glyf  95 -> Mac Glyph # 95, 'bar'
	Glyf  96 -> Mac Glyph # 96, 'braceright'
	Glyf  97 -> Mac Glyph # 97, 'asciitilde'
	Glyf  98 -> Mac Glyph # 98, 'Adieresis'
	Glyf  99 -> Mac Glyph # 99, 'Aring'
	Glyf 100 -> Mac Glyph # 100, 'Ccedilla'
	Glyf 101 -> Mac Glyph # 101, 'Eacute'
	Glyf 102 -> Mac Glyph # 102, 'Ntilde'
	Glyf 103 -> Mac Glyph # 103, 'Odieresis'
	Glyf 104 -> Mac Glyph # 104, 'Udieresis'
	Glyf 105 -> Mac Glyph # 105, 'aacute'
	Glyf 106 -> Mac Glyph # 106, 'agrave'
	Glyf 107 -> Mac Glyph # 107, 'acircumflex'
	Glyf 108 -> Mac Glyph # 108, 'adieresis'
	Glyf 109 -> Mac Glyph # 109, 'atilde'
	Glyf 110 -> Mac Glyph # 110, 'aring'
	Glyf 111 -> Mac Glyph # 111, 'ccedilla'
	Glyf 112 -> Mac Glyph # 112, 'eacute'
	Glyf 113 -> Mac Glyph # 113, 'egrave'
	Glyf 114 -> Mac Glyph # 114, 'ecircumflex'
	Glyf 115 -> Mac Glyph # 115, 'edieresis'
	Glyf 116 -> Mac Glyph # 116, 'iacute'
	Glyf 117 -> Mac Glyph # 117, 'igrave'
	Glyf 118 -> Mac Glyph # 118, 'icircumflex'
	Glyf 119 -> Mac Glyph # 119, 'idieresis'
	Glyf 120 -> Mac Glyph # 120, 'ntilde'
	Glyf 121 -> Mac Glyph # 121, 'oacute'
	Glyf 122 -> Mac Glyph # 122, 'ograve'
	Glyf 123 -> Mac Glyph # 123, 'ocircumflex'
	Glyf 124 -> Mac Glyph # 124, 'odieresis'
	Glyf 125 -> Mac Glyph # 125, 'otilde'
	Glyf 126 -> Mac Glyph # 126, 'uacute'
	Glyf 127 -> Mac Glyph # 127, 'ugrave'
	Glyf 128 -> Mac Glyph # 128, 'ucircumflex'
	Glyf 129 -> Mac Glyph # 129, 'udieresis'
	Glyf 130 -> Mac Glyph # 130, 'dagger'
	Glyf 131 -> Mac Glyph # 131, 'degree'
	Glyf 132 -> Mac Glyph # 132, 'cent'
	Glyf 133 -> Mac Glyph # 133, 'sterling'
	Glyf 134 -> Mac Glyph # 134, 'section'
	Glyf 135 -> Mac Glyph # 135, 'bullet'
	Glyf 136 -> Mac Glyph # 136, 'paragraph'
	Glyf 137 -> Mac Glyph # 137, 'germandbls'
	Glyf 138 -> Mac Glyph # 138, 'registered'
	Glyf 139 -> Mac Glyph # 139, 'copyright'
	Glyf 140 -> Mac Glyph # 140, 'trademark'
	Glyf 141 -> Mac Glyph # 141, 'acute'
	Glyf 142 -> Mac Glyph # 142, 'dieresis'
	Glyf 143 -> Mac Glyph # 143, 'notequal'
	Glyf 144 -> Mac Glyph # 144, 'AE'
	Glyf 145 -> Mac Glyph # 145, 'Oslash'
	Glyf 146 -> Mac Glyph # 146, 'infinity'
	Glyf 147 -> Mac Glyph # 147, 'plusminus'
	Glyf 148 -> Mac Glyph # 148, 'lessequal'
	Glyf 149 -> Mac Glyph # 149, 'greaterequal'
	Glyf 150 -> Mac Glyph # 150, 'yen'
	Glyf 151 -> PSGlyf Name # 3, name= 'mu1'
	Glyf 152 -> Mac Glyph # 152, 'partialdiff'
	Glyf 153 -> Mac Glyph # 153, 'summation'
	Glyf 154 -> Mac Glyph # 154, 'product'
	Glyf 155 -> PSGlyf Name # 4, name= 'pi1'
	Glyf 156 -> Mac Glyph # 156, 'integral'
	Glyf 157 -> Mac Glyph # 157, 'ordfeminine'
	Glyf 158 -> Mac Glyph # 158, 'ordmasculine'
	Glyf 159 -> PSGlyf Name # 5, name= 'Ohm'
	Glyf 160 -> Mac Glyph # 160, 'ae'
	Glyf 161 -> Mac Glyph # 161, 'oslash'
	Glyf 162 -> Mac Glyph # 162, 'questiondown'
	Glyf 163 -> Mac Glyph # 163, 'exclamdown'
	Glyf 164 -> Mac Glyph # 164, 'logicalnot'
	Glyf 165 -> Mac Glyph # 165, 'radical'
	Glyf 166 -> Mac Glyph # 166, 'florin'
	Glyf 167 -> Mac Glyph # 167, 'approxequal'
	Glyf 168 -> Mac Glyph # 168, 'increment'
	Glyf 169 -> Mac Glyph # 169, 'guillemotleft'
	Glyf 170 -> Mac Glyph # 170, 'guillemotright'
	Glyf 171 -> Mac Glyph # 171, 'ellipsis'
	Glyf 172 -> Mac Glyph # 173, 'Agrave'
	Glyf 173 -> Mac Glyph # 174, 'Atilde'
	Glyf 174 -> Mac Glyph # 175, 'Otilde'
	Glyf 175 -> Mac Glyph # 176, 'OE'
	Glyf 176 -> Mac Glyph # 177, 'oe'
	Glyf 177 -> Mac Glyph # 178, 'endash'
	Glyf 178 -> Mac Glyph # 179, 'emdash'
	Glyf 179 -> Mac Glyph # 180, 'quotedblleft'
	Glyf 180 -> Mac Glyph # 181, 'quotedblright'
	Glyf 181 -> Mac Glyph # 182, 'quoteleft'
	Glyf 182 -> Mac Glyph # 183, 'quoteright'
	Glyf 183 -> Mac Glyph # 184, 'divide'
	Glyf 184 -> Mac Glyph # 185, 'lozenge'
	Glyf 185 -> Mac Glyph # 186, 'ydieresis'
	Glyf 186 -> Mac Glyph # 187, 'Ydieresis'
	Glyf 187 -> Mac Glyph # 188, 'fraction'
	Glyf 188 -> PSGlyf Name # 6, name= 'Euro'
	Glyf 189 -> Mac Glyph # 190, 'guilsinglleft'
	Glyf 190 -> Mac Glyph # 191, 'guilsinglright'
	Glyf 191 -> Mac Glyph # 192, 'fi'
	Glyf 192 -> Mac Glyph # 193, 'fl'
	Glyf 193 -> Mac Glyph # 194, 'daggerdbl'
	Glyf 194 -> Mac Glyph # 195, 'periodcentered'
	Glyf 195 -> Mac Glyph # 196, 'quotesinglbase'
	Glyf 196 -> Mac Glyph # 197, 'quotedblbase'
	Glyf 197 -> Mac Glyph # 198, 'perthousand'
	Glyf 198 -> Mac Glyph # 199, 'Acircumflex'
	Glyf 199 -> Mac Glyph # 200, 'Ecircumflex'
	Glyf 200 -> Mac Glyph # 201, 'Aacute'
	Glyf 201 -> Mac Glyph # 202, 'Edieresis'
	Glyf 202 -> Mac Glyph # 203, 'Egrave'
	Glyf 203 -> Mac Glyph # 204, 'Iacute'
	Glyf 204 -> Mac Glyph # 205, 'Icircumflex'
	Glyf 205 -> Mac Glyph # 206, 'Idieresis'
	Glyf 206 -> Mac Glyph # 207, 'Igrave'
	Glyf 207 -> Mac Glyph # 208, 'Oacute'
	Glyf 208 -> Mac Glyph # 209, 'Ocircumflex'
	Glyf 209 -> Mac Glyph # 211, 'Ograve'
	Glyf 210 -> Mac Glyph # 212, 'Uacute'
	Glyf 211 -> Mac Glyph # 213, 'Ucircumflex'
	Glyf 212 -> Mac Glyph # 214, 'Ugrave'
	Glyf 213 -> Mac Glyph # 215, 'dotlessi'
	Glyf 214 -> Mac Glyph # 216, 'circumflex'
	Glyf 215 -> Mac Glyph # 217, 'tilde'
	Glyf 216 -> Mac Glyph # 218, 'macron'
	Glyf 217 -> Mac Glyph # 219, 'breve'
	Glyf 218 -> Mac Glyph # 220, 'dotaccent'
	Glyf 219 -> Mac Glyph # 221, 'ring'
	Glyf 220 -> Mac Glyph # 222, 'cedilla'
	Glyf 221 -> Mac Glyph # 223, 'hungarumlaut'
	Glyf 222 -> Mac Glyph # 224, 'ogonek'
	Glyf 223 -> Mac Glyph # 225, 'caron'
	Glyf 224 -> Mac Glyph # 226, 'Lslash'
	Glyf 225 -> Mac Glyph # 227, 'lslash'
	Glyf 226 -> Mac Glyph # 228, 'Scaron'
	Glyf 227 -> Mac Glyph # 229, 'scaron'
	Glyf 228 -> Mac Glyph # 230, 'Zcaron'
	Glyf 229 -> Mac Glyph # 231, 'zcaron'
	Glyf 230 -> Mac Glyph # 232, 'brokenbar'
	Glyf 231 -> Mac Glyph # 233, 'Eth'
	Glyf 232 -> Mac Glyph # 234, 'eth'
	Glyf 233 -> Mac Glyph # 235, 'Yacute'
	Glyf 234 -> Mac Glyph # 236, 'yacute'
	Glyf 235 -> Mac Glyph # 237, 'Thorn'
	Glyf 236 -> Mac Glyph # 238, 'thorn'
	Glyf 237 -> Mac Glyph # 239, 'minus'
	Glyf 238 -> Mac Glyph # 240, 'multiply'
	Glyf 239 -> Mac Glyph # 241, 'onesuperior'
	Glyf 240 -> Mac Glyph # 242, 'twosuperior'
	Glyf 241 -> Mac Glyph # 243, 'threesuperior'
	Glyf 242 -> Mac Glyph # 244, 'onehalf'
	Glyf 243 -> Mac Glyph # 245, 'onequarter'
	Glyf 244 -> Mac Glyph # 246, 'threequarters'
	Glyf 245 -> Mac Glyph # 247, 'franc'
	Glyf 246 -> Mac Glyph # 248, 'Gbreve'
	Glyf 247 -> Mac Glyph # 249, 'gbreve'
	Glyf 248 -> Mac Glyph # 250, 'Idot'
	Glyf 249 -> Mac Glyph # 251, 'Scedilla'
	Glyf 250 -> Mac Glyph # 252, 'scedilla'
	Glyf 251 -> Mac Glyph # 253, 'Cacute'
	Glyf 252 -> Mac Glyph # 254, 'cacute'
	Glyf 253 -> Mac Glyph # 255, 'Ccaron'
	Glyf 254 -> Mac Glyph # 256, 'ccaron'
	Glyf 255 -> PSGlyf Name # 7, name= 'dmacron'
	Glyf 256 -> PSGlyf Name # 8, name= 'overscore'
	Glyf 257 -> PSGlyf Name # 9, name= 'middot'
	Glyf 258 -> PSGlyf Name # 10, name= 'Abreve'
	Glyf 259 -> PSGlyf Name # 11, name= 'abreve'
	Glyf 260 -> PSGlyf Name # 12, name= 'Aogonek'
	Glyf 261 -> PSGlyf Name # 13, name= 'aogonek'
	Glyf 262 -> PSGlyf Name # 14, name= 'Dcaron'
	Glyf 263 -> PSGlyf Name # 15, name= 'dcaron'
	Glyf 264 -> PSGlyf Name # 16, name= 'Dslash'
	Glyf 265 -> PSGlyf Name # 17, name= 'Eogonek'
	Glyf 266 -> PSGlyf Name # 18, name= 'eogonek'
	Glyf 267 -> PSGlyf Name # 19, name= 'Ecaron'
	Glyf 268 -> PSGlyf Name # 20, name= 'ecaron'
	Glyf 269 -> PSGlyf Name # 21, name= 'Lacute'
	Glyf 270 -> PSGlyf Name # 22, name= 'lacute'
	Glyf 271 -> PSGlyf Name # 23, name= 'Lcaron'
	Glyf 272 -> PSGlyf Name # 24, name= 'lcaron'
	Glyf 273 -> PSGlyf Name # 25, name= 'Ldot'
	Glyf 274 -> PSGlyf Name # 26, name= 'ldot'
	Glyf 275 -> PSGlyf Name # 27, name= 'Nacute'
	Glyf 276 -> PSGlyf Name # 28, name= 'nacute'
	Glyf 277 -> PSGlyf Name # 29, name= 'Ncaron'
	Glyf 278 -> PSGlyf Name # 30, name= 'ncaron'
	Glyf 279 -> PSGlyf Name # 31, name= 'Odblacute'
	Glyf 280 -> PSGlyf Name # 32, name= 'odblacute'
	Glyf 281 -> PSGlyf Name # 33, name= 'Racute'
	Glyf 282 -> PSGlyf Name # 34, name= 'racute'
	Glyf 283 -> PSGlyf Name # 35, name= 'Rcaron'
	Glyf 284 -> PSGlyf Name # 36, name= 'rcaron'
	Glyf 285 -> PSGlyf Name # 37, name= 'Sacute'
	Glyf 286 -> PSGlyf Name # 38, name= 'sacute'
	Glyf 287 -> PSGlyf Name # 39, name= 'Tcedilla'
	Glyf 288 -> PSGlyf Name # 40, name= 'tcedilla'
	Glyf 289 -> PSGlyf Name # 41, name= 'Tcaron'
	Glyf 290 -> PSGlyf Name # 42, name= 'tcaron'
	Glyf 291 -> PSGlyf Name # 43, name= 'Uring'
	Glyf 292 -> PSGlyf Name # 44, name= 'uring'
	Glyf 293 -> PSGlyf Name # 45, name= 'Udblacute'
	Glyf 294 -> PSGlyf Name # 46, name= 'udblacute'
	Glyf 295 -> PSGlyf Name # 47, name= 'Zacute'
	Glyf 296 -> PSGlyf Name # 48, name= 'zacute'
	Glyf 297 -> PSGlyf Name # 49, name= 'Zdot'
	Glyf 298 -> PSGlyf Name # 50, name= 'zdot'
	Glyf 299 -> PSGlyf Name # 51, name= 'Gamma'
	Glyf 300 -> PSGlyf Name # 52, name= 'Theta'
	Glyf 301 -> PSGlyf Name # 53, name= 'Phi'
	Glyf 302 -> PSGlyf Name # 54, name= 'alpha'
	Glyf 303 -> PSGlyf Name # 55, name= 'delta'
	Glyf 304 -> PSGlyf Name # 56, name= 'epsilon'
	Glyf 305 -> PSGlyf Name # 57, name= 'sigma'
	Glyf 306 -> PSGlyf Name # 58, name= 'tau'
	Glyf 307 -> PSGlyf Name # 59, name= 'phi'
	Glyf 308 -> PSGlyf Name # 60, name= 'underscoredbl'
	Glyf 309 -> PSGlyf Name # 61, name= 'exclamdbl'
	Glyf 310 -> PSGlyf Name # 62, name= 'nsuperior'
	Glyf 311 -> PSGlyf Name # 63, name= 'peseta'
	Glyf 312 -> PSGlyf Name # 64, name= 'arrowleft'
	Glyf 313 -> PSGlyf Name # 65, name= 'arrowup'
	Glyf 314 -> PSGlyf Name # 66, name= 'arrowright'
	Glyf 315 -> PSGlyf Name # 67, name= 'arrowdown'
	Glyf 316 -> PSGlyf Name # 68, name= 'arrowboth'
	Glyf 317 -> PSGlyf Name # 69, name= 'arrowupdn'
	Glyf 318 -> PSGlyf Name # 70, name= 'arrowupdnbse'
	Glyf 319 -> PSGlyf Name # 71, name= 'orthogonal'
	Glyf 320 -> PSGlyf Name # 72, name= 'intersection'
	Glyf 321 -> PSGlyf Name # 73, name= 'equivalence'
	Glyf 322 -> PSGlyf Name # 74, name= 'house'
	Glyf 323 -> PSGlyf Name # 75, name= 'revlogicalnot'
	Glyf 324 -> PSGlyf Name # 76, name= 'integraltp'
	Glyf 325 -> PSGlyf Name # 77, name= 'integralbt'
	Glyf 326 -> PSGlyf Name # 78, name= 'SF100000'
	Glyf 327 -> PSGlyf Name # 79, name= 'SF110000'
	Glyf 328 -> PSGlyf Name # 80, name= 'SF010000'
	Glyf 329 -> PSGlyf Name # 81, name= 'SF030000'
	Glyf 330 -> PSGlyf Name # 82, name= 'SF020000'
	Glyf 331 -> PSGlyf Name # 83, name= 'SF040000'
	Glyf 332 -> PSGlyf Name # 84, name= 'SF080000'
	Glyf 333 -> PSGlyf Name # 85, name= 'SF090000'
	Glyf 334 -> PSGlyf Name # 86, name= 'SF060000'
	Glyf 335 -> PSGlyf Name # 87, name= 'SF070000'
	Glyf 336 -> PSGlyf Name # 88, name= 'SF050000'
	Glyf 337 -> PSGlyf Name # 89, name= 'SF430000'
	Glyf 338 -> PSGlyf Name # 90, name= 'SF240000'
	Glyf 339 -> PSGlyf Name # 91, name= 'SF510000'
	Glyf 340 -> PSGlyf Name # 92, name= 'SF520000'
	Glyf 341 -> PSGlyf Name # 93, name= 'SF390000'
	Glyf 342 -> PSGlyf Name # 94, name= 'SF220000'
	Glyf 343 -> PSGlyf Name # 95, name= 'SF210000'
	Glyf 344 -> PSGlyf Name # 96, name= 'SF250000'
	Glyf 345 -> PSGlyf Name # 97, name= 'SF500000'
	Glyf 346 -> PSGlyf Name # 98, name= 'SF490000'
	Glyf 347 -> PSGlyf Name # 99, name= 'SF380000'
	Glyf 348 -> PSGlyf Name # 100, name= 'SF280000'
	Glyf 349 -> PSGlyf Name # 101, name= 'SF270000'
	Glyf 350 -> PSGlyf Name # 102, name= 'SF260000'
	Glyf 351 -> PSGlyf Name # 103, name= 'SF360000'
	Glyf 352 -> PSGlyf Name # 104, name= 'SF370000'
	Glyf 353 -> PSGlyf Name # 105, name= 'SF420000'
	Glyf 354 -> PSGlyf Name # 106, name= 'SF190000'
	Glyf 355 -> PSGlyf Name # 107, name= 'SF200000'
	Glyf 356 -> PSGlyf Name # 108, name= 'SF230000'
	Glyf 357 -> PSGlyf Name # 109, name= 'SF470000'
	Glyf 358 -> PSGlyf Name # 110, name= 'SF480000'
	Glyf 359 -> PSGlyf Name # 111, name= 'SF410000'
	Glyf 360 -> PSGlyf Name # 112, name= 'SF450000'
	Glyf 361 -> PSGlyf Name # 113, name= 'SF460000'
	Glyf 362 -> PSGlyf Name # 114, name= 'SF400000'
	Glyf 363 -> PSGlyf Name # 115, name= 'SF540000'
	Glyf 364 -> PSGlyf Name # 116, name= 'SF530000'
	Glyf 365 -> PSGlyf Name # 117, name= 'SF440000'
	Glyf 366 -> PSGlyf Name # 118, name= 'upblock'
	Glyf 367 -> PSGlyf Name # 119, name= 'dnblock'
	Glyf 368 -> PSGlyf Name # 120, name= 'block'
	Glyf 369 -> PSGlyf Name # 121, name= 'lfblock'
	Glyf 370 -> PSGlyf Name # 122, name= 'rtblock'
	Glyf 371 -> PSGlyf Name # 123, name= 'ltshade'
	Glyf 372 -> PSGlyf Name # 124, name= 'shade'
	Glyf 373 -> PSGlyf Name # 125, name= 'dkshade'
	Glyf 374 -> PSGlyf Name # 126, name= 'filledbox'
	Glyf 375 -> PSGlyf Name # 127, name= 'filledrect'
	Glyf 376 -> PSGlyf Name # 128, name= 'triagup'
	Glyf 377 -> PSGlyf Name # 129, name= 'triagrt'
	Glyf 378 -> PSGlyf Name # 130, name= 'triagdn'
	Glyf 379 -> PSGlyf Name # 131, name= 'triaglf'
	Glyf 380 -> PSGlyf Name # 132, name= 'circle'
	Glyf 381 -> PSGlyf Name # 133, name= 'invbullet'
	Glyf 382 -> PSGlyf Name # 134, name= 'invcircle'
	Glyf 383 -> PSGlyf Name # 135, name= 'smileface'
	Glyf 384 -> PSGlyf Name # 136, name= 'invsmileface'
	Glyf 385 -> PSGlyf Name # 137, name= 'sun'
	Glyf 386 -> PSGlyf Name # 138, name= 'female'
	Glyf 387 -> PSGlyf Name # 139, name= 'male'
	Glyf 388 -> PSGlyf Name # 140, name= 'spade'
	Glyf 389 -> PSGlyf Name # 141, name= 'club'
	Glyf 390 -> PSGlyf Name # 142, name= 'heart'
	Glyf 391 -> PSGlyf Name # 143, name= 'diamond'
	Glyf 392 -> PSGlyf Name # 144, name= 'musicalnote'
	Glyf 393 -> PSGlyf Name # 145, name= 'musicalnotedbl'
	Glyf 394 -> PSGlyf Name # 146, name= 'IJ'
	Glyf 395 -> PSGlyf Name # 147, name= 'ij'
	Glyf 396 -> PSGlyf Name # 148, name= 'napostrophe'
	Glyf 397 -> PSGlyf Name # 149, name= 'minute'
	Glyf 398 -> PSGlyf Name # 150, name= 'second'
	Glyf 399 -> PSGlyf Name # 151, name= 'afii61248'
	Glyf 400 -> PSGlyf Name # 152, name= 'afii61289'
	Glyf 401 -> PSGlyf Name # 153, name= 'H22073'
	Glyf 402 -> PSGlyf Name # 154, name= 'H18543'
	Glyf 403 -> PSGlyf Name # 155, name= 'H18551'
	Glyf 404 -> PSGlyf Name # 156, name= 'H18533'
	Glyf 405 -> PSGlyf Name # 157, name= 'openbullet'
	Glyf 406 -> PSGlyf Name # 158, name= 'Amacron'
	Glyf 407 -> PSGlyf Name # 159, name= 'amacron'
	Glyf 408 -> PSGlyf Name # 160, name= 'Ccircumflex'
	Glyf 409 -> PSGlyf Name # 161, name= 'ccircumflex'
	Glyf 410 -> PSGlyf Name # 162, name= 'Cdot'
	Glyf 411 -> PSGlyf Name # 163, name= 'cdot'
	Glyf 412 -> PSGlyf Name # 164, name= 'Emacron'
	Glyf 413 -> PSGlyf Name # 165, name= 'emacron'
	Glyf 414 -> PSGlyf Name # 166, name= 'Ebreve'
	Glyf 415 -> PSGlyf Name # 167, name= 'ebreve'
	Glyf 416 -> PSGlyf Name # 168, name= 'Edot'
	Glyf 417 -> PSGlyf Name # 169, name= 'edot'
	Glyf 418 -> PSGlyf Name # 170, name= 'Gcircumflex'
	Glyf 419 -> PSGlyf Name # 171, name= 'gcircumflex'
	Glyf 420 -> PSGlyf Name # 172, name= 'Gdot'
	Glyf 421 -> PSGlyf Name # 173, name= 'gdot'
	Glyf 422 -> PSGlyf Name # 174, name= 'Gcedilla'
	Glyf 423 -> PSGlyf Name # 175, name= 'gcedilla'
	Glyf 424 -> PSGlyf Name # 176, name= 'Hcircumflex'
	Glyf 425 -> PSGlyf Name # 177, name= 'hcircumflex'
	Glyf 426 -> PSGlyf Name # 178, name= 'Hbar'
	Glyf 427 -> PSGlyf Name # 179, name= 'hbar'
	Glyf 428 -> PSGlyf Name # 180, name= 'Itilde'
	Glyf 429 -> PSGlyf Name # 181, name= 'itilde'
	Glyf 430 -> PSGlyf Name # 182, name= 'Imacron'
	Glyf 431 -> PSGlyf Name # 183, name= 'imacron'
	Glyf 432 -> PSGlyf Name # 184, name= 'Ibreve'
	Glyf 433 -> PSGlyf Name # 185, name= 'ibreve'
	Glyf 434 -> PSGlyf Name # 186, name= 'Iogonek'
	Glyf 435 -> PSGlyf Name # 187, name= 'iogonek'
	Glyf 436 -> PSGlyf Name # 188, name= 'Jcircumflex'
	Glyf 437 -> PSGlyf Name # 189, name= 'jcircumflex'
	Glyf 438 -> PSGlyf Name # 190, name= 'Kcedilla'
	Glyf 439 -> PSGlyf Name # 191, name= 'kcedilla'
	Glyf 440 -> PSGlyf Name # 192, name= 'kgreenlandic'
	Glyf 441 -> PSGlyf Name # 193, name= 'Lcedilla'
	Glyf 442 -> PSGlyf Name # 194, name= 'lcedilla'
	Glyf 443 -> PSGlyf Name # 195, name= 'Ncedilla'
	Glyf 444 -> PSGlyf Name # 196, name= 'ncedilla'
	Glyf 445 -> PSGlyf Name # 197, name= 'Eng'
	Glyf 446 -> PSGlyf Name # 198, name= 'eng'
	Glyf 447 -> PSGlyf Name # 199, name= 'Omacron'
	Glyf 448 -> PSGlyf Name # 200, name= 'omacron'
	Glyf 449 -> PSGlyf Name # 201, name= 'Obreve'
	Glyf 450 -> PSGlyf Name # 202, name= 'obreve'
	Glyf 451 -> PSGlyf Name # 203, name= 'Rcedilla'
	Glyf 452 -> PSGlyf Name # 204, name= 'rcedilla'
	Glyf 453 -> PSGlyf Name # 205, name= 'Scircumflex'
	Glyf 454 -> PSGlyf Name # 206, name= 'scircumflex'
	Glyf 455 -> PSGlyf Name # 207, name= 'Tbar'
	Glyf 456 -> PSGlyf Name # 208, name= 'tbar'
	Glyf 457 -> PSGlyf Name # 209, name= 'Utilde'
	Glyf 458 -> PSGlyf Name # 210, name= 'utilde'
	Glyf 459 -> PSGlyf Name # 211, name= 'Umacron'
	Glyf 460 -> PSGlyf Name # 212, name= 'umacron'
	Glyf 461 -> PSGlyf Name # 213, name= 'Ubreve'
	Glyf 462 -> PSGlyf Name # 214, name= 'ubreve'
	Glyf 463 -> PSGlyf Name # 215, name= 'Uogonek'
	Glyf 464 -> PSGlyf Name # 216, name= 'uogonek'
	Glyf 465 -> PSGlyf Name # 217, name= 'Wcircumflex'
	Glyf 466 -> PSGlyf Name # 218, name= 'wcircumflex'
	Glyf 467 -> PSGlyf Name # 219, name= 'Ycircumflex'
	Glyf 468 -> PSGlyf Name # 220, name= 'ycircumflex'
	Glyf 469 -> PSGlyf Name # 221, name= 'longs'
	Glyf 470 -> PSGlyf Name # 222, name= 'Aringacute'
	Glyf 471 -> PSGlyf Name # 223, name= 'aringacute'
	Glyf 472 -> PSGlyf Name # 224, name= 'AEacute'
	Glyf 473 -> PSGlyf Name # 225, name= 'aeacute'
	Glyf 474 -> PSGlyf Name # 226, name= 'Oslashacute'
	Glyf 475 -> PSGlyf Name # 227, name= 'oslashacute'
	Glyf 476 -> PSGlyf Name # 228, name= 'anoteleia'
	Glyf 477 -> PSGlyf Name # 229, name= 'Wgrave'
	Glyf 478 -> PSGlyf Name # 230, name= 'wgrave'
	Glyf 479 -> PSGlyf Name # 231, name= 'Wacute'
	Glyf 480 -> PSGlyf Name # 232, name= 'wacute'
	Glyf 481 -> PSGlyf Name # 233, name= 'Wdieresis'
	Glyf 482 -> PSGlyf Name # 234, name= 'wdieresis'
	Glyf 483 -> PSGlyf Name # 235, name= 'Ygrave'
	Glyf 484 -> PSGlyf Name # 236, name= 'ygrave'
	Glyf 485 -> PSGlyf Name # 237, name= 'quotereversed'
	Glyf 486 -> PSGlyf Name # 238, name= 'radicalex'
	Glyf 487 -> PSGlyf Name # 239, name= 'afii08941'
	Glyf 488 -> PSGlyf Name # 240, name= 'estimated'
	Glyf 489 -> PSGlyf Name # 241, name= 'oneeighth'
	Glyf 490 -> PSGlyf Name # 242, name= 'threeeighths'
	Glyf 491 -> PSGlyf Name # 243, name= 'fiveeighths'
	Glyf 492 -> PSGlyf Name # 244, name= 'seveneighths'
	Glyf 493 -> PSGlyf Name # 245, name= 'commaaccent'
	Glyf 494 -> PSGlyf Name # 246, name= 'undercommaaccent'
	Glyf 495 -> PSGlyf Name # 247, name= 'tonos'
	Glyf 496 -> PSGlyf Name # 248, name= 'dieresistonos'
	Glyf 497 -> PSGlyf Name # 249, name= 'Alphatonos'
	Glyf 498 -> PSGlyf Name # 250, name= 'Epsilontonos'
	Glyf 499 -> PSGlyf Name # 251, name= 'Etatonos'
	Glyf 500 -> PSGlyf Name # 252, name= 'Iotatonos'
	Glyf 501 -> PSGlyf Name # 253, name= 'Omicrontonos'
	Glyf 502 -> PSGlyf Name # 254, name= 'Upsilontonos'
	Glyf 503 -> PSGlyf Name # 255, name= 'Omegatonos'
	Glyf 504 -> PSGlyf Name # 256, name= 'iotadieresistonos'
	Glyf 505 -> PSGlyf Name # 257, name= 'Alpha'
	Glyf 506 -> PSGlyf Name # 258, name= 'Beta'
	Glyf 507 -> PSGlyf Name # 259, name= 'Delta'
	Glyf 508 -> PSGlyf Name # 260, name= 'Epsilon'
	Glyf 509 -> PSGlyf Name # 261, name= 'Zeta'
	Glyf 510 -> PSGlyf Name # 262, name= 'Eta'
	Glyf 511 -> PSGlyf Name # 263, name= 'Iota'
	Glyf 512 -> PSGlyf Name # 264, name= 'Kappa'
	Glyf 513 -> PSGlyf Name # 265, name= 'Lambda'
	Glyf 514 -> PSGlyf Name # 266, name= 'Mu'
	Glyf 515 -> PSGlyf Name # 267, name= 'Nu'
	Glyf 516 -> PSGlyf Name # 268, name= 'Xi'
	Glyf 517 -> PSGlyf Name # 269, name= 'Omicron'
	Glyf 518 -> PSGlyf Name # 270, name= 'Pi'
	Glyf 519 -> PSGlyf Name # 271, name= 'Rho'
	Glyf 520 -> PSGlyf Name # 272, name= 'Sigma'
	Glyf 521 -> PSGlyf Name # 273, name= 'Tau'
	Glyf 522 -> PSGlyf Name # 274, name= 'Upsilon'
	Glyf 523 -> PSGlyf Name # 275, name= 'Chi'
	Glyf 524 -> PSGlyf Name # 276, name= 'Psi'
	Glyf 525 -> Mac Glyph # 159, 'Omega'
	Glyf 526 -> PSGlyf Name # 277, name= 'Iotadieresis'
	Glyf 527 -> PSGlyf Name # 278, name= 'Upsilondieresis'
	Glyf 528 -> PSGlyf Name # 279, name= 'alphatonos'
	Glyf 529 -> PSGlyf Name # 280, name= 'epsilontonos'
	Glyf 530 -> PSGlyf Name # 281, name= 'etatonos'
	Glyf 531 -> PSGlyf Name # 282, name= 'iotatonos'
	Glyf 532 -> PSGlyf Name # 283, name= 'upsilondieresistonos'
	Glyf 533 -> PSGlyf Name # 284, name= 'beta'
	Glyf 534 -> PSGlyf Name # 285, name= 'gamma'
	Glyf 535 -> PSGlyf Name # 286, name= 'zeta'
	Glyf 536 -> PSGlyf Name # 287, name= 'eta'
	Glyf 537 -> PSGlyf Name # 288, name= 'theta'
	Glyf 538 -> PSGlyf Name # 289, name= 'iota'
	Glyf 539 -> PSGlyf Name # 290, name= 'kappa'
	Glyf 540 -> PSGlyf Name # 291, name= 'lambda'
	Glyf 541 -> Mac Glyph # 151, 'mu'
	Glyf 542 -> PSGlyf Name # 292, name= 'nu'
	Glyf 543 -> PSGlyf Name # 293, name= 'xi'
	Glyf 544 -> PSGlyf Name # 294, name= 'omicron'
	Glyf 545 -> PSGlyf Name # 295, name= 'rho'
	Glyf 546 -> PSGlyf Name # 296, name= 'sigma1'
	Glyf 547 -> PSGlyf Name # 297, name= 'upsilon'
	Glyf 548 -> PSGlyf Name # 298, name= 'chi'
	Glyf 549 -> PSGlyf Name # 299, name= 'psi'
	Glyf 550 -> PSGlyf Name # 300, name= 'omega'
	Glyf 551 -> PSGlyf Name # 301, name= 'iotadieresis'
	Glyf 552 -> PSGlyf Name # 302, name= 'upsilondieresis'
	Glyf 553 -> PSGlyf Name # 303, name= 'omicrontonos'
	Glyf 554 -> PSGlyf Name # 304, name= 'upsilontonos'
	Glyf 555 -> PSGlyf Name # 305, name= 'omegatonos'
	Glyf 556 -> PSGlyf Name # 306, name= 'afii10023'
	Glyf 557 -> PSGlyf Name # 307, name= 'afii10051'
	Glyf 558 -> PSGlyf Name # 308, name= 'afii10052'
	Glyf 559 -> PSGlyf Name # 309, name= 'afii10053'
	Glyf 560 -> PSGlyf Name # 310, name= 'afii10054'
	Glyf 561 -> PSGlyf Name # 311, name= 'afii10055'
	Glyf 562 -> PSGlyf Name # 312, name= 'afii10056'
	Glyf 563 -> PSGlyf Name # 313, name= 'afii10057'
	Glyf 564 -> PSGlyf Name # 314, name= 'afii10058'
	Glyf 565 -> PSGlyf Name # 315, name= 'afii10059'
	Glyf 566 -> PSGlyf Name # 316, name= 'afii10060'
	Glyf 567 -> PSGlyf Name # 317, name= 'afii10061'
	Glyf 568 -> PSGlyf Name # 318, name= 'afii10062'
	Glyf 569 -> PSGlyf Name # 319, name= 'afii10145'
	Glyf 570 -> PSGlyf Name # 320, name= 'afii10017'
	Glyf 571 -> PSGlyf Name # 321, name= 'afii10018'
	Glyf 572 -> PSGlyf Name # 322, name= 'afii10019'
	Glyf 573 -> PSGlyf Name # 323, name= 'afii10020'
	Glyf 574 -> PSGlyf Name # 324, name= 'afii10021'
	Glyf 575 -> PSGlyf Name # 325, name= 'afii10022'
	Glyf 576 -> PSGlyf Name # 326, name= 'afii10024'
	Glyf 577 -> PSGlyf Name # 327, name= 'afii10025'
	Glyf 578 -> PSGlyf Name # 328, name= 'afii10026'
	Glyf 579 -> PSGlyf Name # 329, name= 'afii10027'
	Glyf 580 -> PSGlyf Name # 330, name= 'afii10028'
	Glyf 581 -> PSGlyf Name # 331, name= 'afii10029'
	Glyf 582 -> PSGlyf Name # 332, name= 'afii10030'
	Glyf 583 -> PSGlyf Name # 333, name= 'afii10031'
	Glyf 584 -> PSGlyf Name # 334, name= 'afii10032'
	Glyf 585 -> PSGlyf Name # 335, name= 'afii10033'
	Glyf 586 -> PSGlyf Name # 336, name= 'afii10034'
	Glyf 587 -> PSGlyf Name # 337, name= 'afii10035'
	Glyf 588 -> PSGlyf Name # 338, name= 'afii10036'
	Glyf 589 -> PSGlyf Name # 339, name= 'afii10037'
	Glyf 590 -> PSGlyf Name # 340, name= 'afii10038'
	Glyf 591 -> PSGlyf Name # 341, name= 'afii10039'
	Glyf 592 -> PSGlyf Name # 342, name= 'afii10040'
	Glyf 593 -> PSGlyf Name # 343, name= 'afii10041'
	Glyf 594 -> PSGlyf Name # 344, name= 'afii10042'
	Glyf 595 -> PSGlyf Name # 345, name= 'afii10043'
	Glyf 596 -> PSGlyf Name # 346, name= 'afii10044'
	Glyf 597 -> PSGlyf Name # 347, name= 'afii10045'
	Glyf 598 -> PSGlyf Name # 348, name= 'afii10046'
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	Glyf 600 -> PSGlyf Name # 350, name= 'afii10048'
	Glyf 601 -> PSGlyf Name # 351, name= 'afii10049'
	Glyf 602 -> PSGlyf Name # 352, name= 'afii10065'
	Glyf 603 -> PSGlyf Name # 353, name= 'afii10066'
	Glyf 604 -> PSGlyf Name # 354, name= 'afii10067'
	Glyf 605 -> PSGlyf Name # 355, name= 'afii10068'
	Glyf 606 -> PSGlyf Name # 356, name= 'afii10069'
	Glyf 607 -> PSGlyf Name # 357, name= 'afii10070'
	Glyf 608 -> PSGlyf Name # 358, name= 'afii10072'
	Glyf 609 -> PSGlyf Name # 359, name= 'afii10073'
	Glyf 610 -> PSGlyf Name # 360, name= 'afii10074'
	Glyf 611 -> PSGlyf Name # 361, name= 'afii10075'
	Glyf 612 -> PSGlyf Name # 362, name= 'afii10076'
	Glyf 613 -> PSGlyf Name # 363, name= 'afii10077'
	Glyf 614 -> PSGlyf Name # 364, name= 'afii10078'
	Glyf 615 -> PSGlyf Name # 365, name= 'afii10079'
	Glyf 616 -> PSGlyf Name # 366, name= 'afii10080'
	Glyf 617 -> PSGlyf Name # 367, name= 'afii10081'
	Glyf 618 -> PSGlyf Name # 368, name= 'afii10082'
	Glyf 619 -> PSGlyf Name # 369, name= 'afii10083'
	Glyf 620 -> PSGlyf Name # 370, name= 'afii10084'
	Glyf 621 -> PSGlyf Name # 371, name= 'afii10085'
	Glyf 622 -> PSGlyf Name # 372, name= 'afii10086'
	Glyf 623 -> PSGlyf Name # 373, name= 'afii10087'
	Glyf 624 -> PSGlyf Name # 374, name= 'afii10088'
	Glyf 625 -> PSGlyf Name # 375, name= 'afii10089'
	Glyf 626 -> PSGlyf Name # 376, name= 'afii10090'
	Glyf 627 -> PSGlyf Name # 377, name= 'afii10091'
	Glyf 628 -> PSGlyf Name # 378, name= 'afii10092'
	Glyf 629 -> PSGlyf Name # 379, name= 'afii10093'
	Glyf 630 -> PSGlyf Name # 380, name= 'afii10094'
	Glyf 631 -> PSGlyf Name # 381, name= 'afii10095'
	Glyf 632 -> PSGlyf Name # 382, name= 'afii10096'
	Glyf 633 -> PSGlyf Name # 383, name= 'afii10097'
	Glyf 634 -> PSGlyf Name # 384, name= 'afii10071'
	Glyf 635 -> PSGlyf Name # 385, name= 'afii10099'
	Glyf 636 -> PSGlyf Name # 386, name= 'afii10100'
	Glyf 637 -> PSGlyf Name # 387, name= 'afii10101'
	Glyf 638 -> PSGlyf Name # 388, name= 'afii10102'
	Glyf 639 -> PSGlyf Name # 389, name= 'afii10103'
	Glyf 640 -> PSGlyf Name # 390, name= 'afii10104'
	Glyf 641 -> PSGlyf Name # 391, name= 'afii10105'
	Glyf 642 -> PSGlyf Name # 392, name= 'afii10106'
	Glyf 643 -> PSGlyf Name # 393, name= 'afii10107'
	Glyf 644 -> PSGlyf Name # 394, name= 'afii10108'
	Glyf 645 -> PSGlyf Name # 395, name= 'afii10109'
	Glyf 646 -> PSGlyf Name # 396, name= 'afii10110'
	Glyf 647 -> PSGlyf Name # 397, name= 'afii10193'
	Glyf 648 -> PSGlyf Name # 398, name= 'afii10050'
	Glyf 649 -> PSGlyf Name # 399, name= 'afii10098'
	Glyf 650 -> PSGlyf Name # 400, name= 'afii00208'
	Glyf 651 -> PSGlyf Name # 401, name= 'afii61352'
	Glyf 652 -> Mac Glyph # 155, 'pi'
	Glyf 653 -> PSGlyf Name # 402, name= 'sheva'
	Glyf 654 -> PSGlyf Name # 403, name= 'hatafsegol'
	Glyf 655 -> PSGlyf Name # 404, name= 'hatafpatah'
	Glyf 656 -> PSGlyf Name # 405, name= 'hatafqamats'
	Glyf 657 -> PSGlyf Name # 406, name= 'hiriq'
	Glyf 658 -> PSGlyf Name # 407, name= 'tsere'
	Glyf 659 -> PSGlyf Name # 408, name= 'segol'
	Glyf 660 -> PSGlyf Name # 409, name= 'patah'
	Glyf 661 -> PSGlyf Name # 410, name= 'qamats'
	Glyf 662 -> PSGlyf Name # 411, name= 'holam'
	Glyf 663 -> PSGlyf Name # 412, name= 'qubuts'
	Glyf 664 -> PSGlyf Name # 413, name= 'dagesh'
	Glyf 665 -> PSGlyf Name # 414, name= 'meteg'
	Glyf 666 -> PSGlyf Name # 415, name= 'maqaf'
	Glyf 667 -> PSGlyf Name # 416, name= 'rafe'
	Glyf 668 -> PSGlyf Name # 417, name= 'paseq'
	Glyf 669 -> PSGlyf Name # 418, name= 'shindot'
	Glyf 670 -> PSGlyf Name # 419, name= 'sindot'
	Glyf 671 -> PSGlyf Name # 420, name= 'sofpasuq'
	Glyf 672 -> PSGlyf Name # 421, name= 'alef'
	Glyf 673 -> PSGlyf Name # 422, name= 'bet'
	Glyf 674 -> PSGlyf Name # 423, name= 'gimel'
	Glyf 675 -> PSGlyf Name # 424, name= 'dalet'
	Glyf 676 -> PSGlyf Name # 425, name= 'he'
	Glyf 677 -> PSGlyf Name # 426, name= 'vav'
	Glyf 678 -> PSGlyf Name # 427, name= 'zayin'
	Glyf 679 -> PSGlyf Name # 428, name= 'het'
	Glyf 680 -> PSGlyf Name # 429, name= 'tet'
	Glyf 681 -> PSGlyf Name # 430, name= 'yod'
	Glyf 682 -> PSGlyf Name # 431, name= 'finalkaf'
	Glyf 683 -> PSGlyf Name # 432, name= 'kaf'
	Glyf 684 -> PSGlyf Name # 433, name= 'lamed'
	Glyf 685 -> PSGlyf Name # 434, name= 'finalmem'
	Glyf 686 -> PSGlyf Name # 435, name= 'mem'
	Glyf 687 -> PSGlyf Name # 436, name= 'finalnun'
	Glyf 688 -> PSGlyf Name # 437, name= 'nun'
	Glyf 689 -> PSGlyf Name # 438, name= 'samekh'
	Glyf 690 -> PSGlyf Name # 439, name= 'ayin'
	Glyf 691 -> PSGlyf Name # 440, name= 'finalpe'
	Glyf 692 -> PSGlyf Name # 441, name= 'pe'
	Glyf 693 -> PSGlyf Name # 442, name= 'finaltsadi'
	Glyf 694 -> PSGlyf Name # 443, name= 'tsadi'
	Glyf 695 -> PSGlyf Name # 444, name= 'qof'
	Glyf 696 -> PSGlyf Name # 445, name= 'resh'
	Glyf 697 -> PSGlyf Name # 446, name= 'shin'
	Glyf 698 -> PSGlyf Name # 447, name= 'tav'
	Glyf 699 -> PSGlyf Name # 448, name= 'doublevav'
	Glyf 700 -> PSGlyf Name # 449, name= 'vavyod'
	Glyf 701 -> PSGlyf Name # 450, name= 'doubleyod'
	Glyf 702 -> PSGlyf Name # 451, name= 'geresh'
	Glyf 703 -> PSGlyf Name # 452, name= 'gershayim'
	Glyf 704 -> PSGlyf Name # 453, name= 'newsheqelsign'
	Glyf 705 -> PSGlyf Name # 454, name= 'vavshindot'
	Glyf 706 -> PSGlyf Name # 455, name= 'finalkafsheva'
	Glyf 707 -> PSGlyf Name # 456, name= 'finalkafqamats'
	Glyf 708 -> PSGlyf Name # 457, name= 'lamedholam'
	Glyf 709 -> PSGlyf Name # 458, name= 'lamedholamdagesh'
	Glyf 710 -> PSGlyf Name # 459, name= 'altayin'
	Glyf 711 -> PSGlyf Name # 460, name= 'shinshindot'
	Glyf 712 -> PSGlyf Name # 461, name= 'shinsindot'
	Glyf 713 -> PSGlyf Name # 462, name= 'shindageshshindot'
	Glyf 714 -> PSGlyf Name # 463, name= 'shindageshsindot'
	Glyf 715 -> PSGlyf Name # 464, name= 'alefpatah'
	Glyf 716 -> PSGlyf Name # 465, name= 'alefqamats'
	Glyf 717 -> PSGlyf Name # 466, name= 'alefmapiq'
	Glyf 718 -> PSGlyf Name # 467, name= 'betdagesh'
	Glyf 719 -> PSGlyf Name # 468, name= 'gimeldagesh'
	Glyf 720 -> PSGlyf Name # 469, name= 'daletdagesh'
	Glyf 721 -> PSGlyf Name # 470, name= 'hedagesh'
	Glyf 722 -> PSGlyf Name # 471, name= 'vavdagesh'
	Glyf 723 -> PSGlyf Name # 472, name= 'zayindagesh'
	Glyf 724 -> PSGlyf Name # 473, name= 'tetdagesh'
	Glyf 725 -> PSGlyf Name # 474, name= 'yoddagesh'
	Glyf 726 -> PSGlyf Name # 475, name= 'finalkafdagesh'
	Glyf 727 -> PSGlyf Name # 476, name= 'kafdagesh'
	Glyf 728 -> PSGlyf Name # 477, name= 'lameddagesh'
	Glyf 729 -> PSGlyf Name # 478, name= 'memdagesh'
	Glyf 730 -> PSGlyf Name # 479, name= 'nundagesh'
	Glyf 731 -> PSGlyf Name # 480, name= 'samekhdagesh'
	Glyf 732 -> PSGlyf Name # 481, name= 'finalpedagesh'
	Glyf 733 -> PSGlyf Name # 482, name= 'pedagesh'
	Glyf 734 -> PSGlyf Name # 483, name= 'tsadidagesh'
	Glyf 735 -> PSGlyf Name # 484, name= 'qofdagesh'
	Glyf 736 -> PSGlyf Name # 485, name= 'reshdagesh'
	Glyf 737 -> PSGlyf Name # 486, name= 'shindagesh'
	Glyf 738 -> PSGlyf Name # 487, name= 'tavdages'
	Glyf 739 -> PSGlyf Name # 488, name= 'vavholam'
	Glyf 740 -> PSGlyf Name # 489, name= 'betrafe'
	Glyf 741 -> PSGlyf Name # 490, name= 'kafrafe'
	Glyf 742 -> PSGlyf Name # 491, name= 'perafe'
	Glyf 743 -> PSGlyf Name # 492, name= 'aleflamed'
	Glyf 744 -> PSGlyf Name # 493, name= 'zerowidthnonjoiner'
	Glyf 745 -> PSGlyf Name # 494, name= 'zerowidthjoiner'
	Glyf 746 -> PSGlyf Name # 495, name= 'lefttorightmark'
	Glyf 747 -> PSGlyf Name # 496, name= 'righttoleftmark'
	Glyf 748 -> PSGlyf Name # 497, name= 'afii57388'
	Glyf 749 -> PSGlyf Name # 498, name= 'afii57403'
	Glyf 750 -> PSGlyf Name # 499, name= 'afii57407'
	Glyf 751 -> PSGlyf Name # 500, name= 'afii57409'
	Glyf 752 -> PSGlyf Name # 501, name= 'afii57440'
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	Glyf 754 -> PSGlyf Name # 503, name= 'afii57452'
	Glyf 755 -> PSGlyf Name # 504, name= 'afii57453'
	Glyf 756 -> PSGlyf Name # 505, name= 'afii57454'
	Glyf 757 -> PSGlyf Name # 506, name= 'afii57455'
	Glyf 758 -> PSGlyf Name # 507, name= 'afii57456'
	Glyf 759 -> PSGlyf Name # 508, name= 'afii57457'
	Glyf 760 -> PSGlyf Name # 509, name= 'afii57458'
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	Glyf 762 -> PSGlyf Name # 511, name= 'afii57393'
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	Glyf 764 -> PSGlyf Name # 513, name= 'afii57395'
	Glyf 765 -> PSGlyf Name # 514, name= 'afii57396'
	Glyf 766 -> PSGlyf Name # 515, name= 'afii57397'
	Glyf 767 -> PSGlyf Name # 516, name= 'afii57398'
	Glyf 768 -> PSGlyf Name # 517, name= 'afii57399'
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	Glyf 770 -> PSGlyf Name # 519, name= 'afii57401'
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	Glyf 776 -> PSGlyf Name # 525, name= 'afii57534'
	Glyf 777 -> PSGlyf Name # 526, name= 'afii57494'
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	Glyf 780 -> PSGlyf Name # 529, name= 'afii62845'
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	Glyf 785 -> PSGlyf Name # 534, name= 'afii64242'
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	Glyf 797 -> PSGlyf Name # 546, name= 'afii57460'
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	Glyf 940 -> PSGlyf Name # 689, name= 'afii62781'
	Glyf 941 -> PSGlyf Name # 690, name= 'afii57425'
	Glyf 942 -> PSGlyf Name # 691, name= 'afii62782'
	Glyf 943 -> PSGlyf Name # 692, name= 'afii57426'
	Glyf 944 -> PSGlyf Name # 693, name= 'afii62783'
	Glyf 945 -> PSGlyf Name # 694, name= 'afii57427'
	Glyf 946 -> PSGlyf Name # 695, name= 'afii62786'
	Glyf 947 -> PSGlyf Name # 696, name= 'afii62784'
	Glyf 948 -> PSGlyf Name # 697, name= 'afii62785'
	Glyf 949 -> PSGlyf Name # 698, name= 'afii57428'
	Glyf 950 -> PSGlyf Name # 699, name= 'afii62789'
	Glyf 951 -> PSGlyf Name # 700, name= 'afii62787'
	Glyf 952 -> PSGlyf Name # 701, name= 'afii62788'
	Glyf 953 -> PSGlyf Name # 702, name= 'afii57429'
	Glyf 954 -> PSGlyf Name # 703, name= 'afii62792'
	Glyf 955 -> PSGlyf Name # 704, name= 'afii62790'
	Glyf 956 -> PSGlyf Name # 705, name= 'afii62791'
	Glyf 957 -> PSGlyf Name # 706, name= 'afii57430'
	Glyf 958 -> PSGlyf Name # 707, name= 'afii62795'
	Glyf 959 -> PSGlyf Name # 708, name= 'afii62793'
	Glyf 960 -> PSGlyf Name # 709, name= 'afii62794'
	Glyf 961 -> PSGlyf Name # 710, name= 'afii57431'
	Glyf 962 -> PSGlyf Name # 711, name= 'afii62798'
	Glyf 963 -> PSGlyf Name # 712, name= 'afii62796'
	Glyf 964 -> PSGlyf Name # 713, name= 'afii62797'
	Glyf 965 -> PSGlyf Name # 714, name= 'afii57432'
	Glyf 966 -> PSGlyf Name # 715, name= 'afii62801'
	Glyf 967 -> PSGlyf Name # 716, name= 'afii62799'
	Glyf 968 -> PSGlyf Name # 717, name= 'afii62800'
	Glyf 969 -> PSGlyf Name # 718, name= 'afii57433'
	Glyf 970 -> PSGlyf Name # 719, name= 'afii62804'
	Glyf 971 -> PSGlyf Name # 720, name= 'afii62802'
	Glyf 972 -> PSGlyf Name # 721, name= 'afii62803'
	Glyf 973 -> PSGlyf Name # 722, name= 'afii57434'
	Glyf 974 -> PSGlyf Name # 723, name= 'afii62807'
	Glyf 975 -> PSGlyf Name # 724, name= 'afii62805'
	Glyf 976 -> PSGlyf Name # 725, name= 'afii62806'
	Glyf 977 -> PSGlyf Name # 726, name= 'afii57441'
	Glyf 978 -> PSGlyf Name # 727, name= 'afii62810'
	Glyf 979 -> PSGlyf Name # 728, name= 'afii62808'
	Glyf 980 -> PSGlyf Name # 729, name= 'afii62809'
	Glyf 981 -> PSGlyf Name # 730, name= 'afii57442'
	Glyf 982 -> PSGlyf Name # 731, name= 'afii62813'
	Glyf 983 -> PSGlyf Name # 732, name= 'afii62811'
	Glyf 984 -> PSGlyf Name # 733, name= 'afii62812'
	Glyf 985 -> PSGlyf Name # 734, name= 'afii57443'
	Glyf 986 -> PSGlyf Name # 735, name= 'afii62816'
	Glyf 987 -> PSGlyf Name # 736, name= 'afii57410'
	Glyf 988 -> PSGlyf Name # 737, name= 'afii62815'
	Glyf 989 -> PSGlyf Name # 738, name= 'afii57444'
	Glyf 990 -> PSGlyf Name # 739, name= 'afii62819'
	Glyf 991 -> PSGlyf Name # 740, name= 'afii62817'
	Glyf 992 -> PSGlyf Name # 741, name= 'afii62818'
	Glyf 993 -> PSGlyf Name # 742, name= 'afii57445'
	Glyf 994 -> PSGlyf Name # 743, name= 'afii62822'
	Glyf 995 -> PSGlyf Name # 744, name= 'afii62820'
	Glyf 996 -> PSGlyf Name # 745, name= 'afii62821'
	Glyf 997 -> PSGlyf Name # 746, name= 'afii57446'
	Glyf 998 -> PSGlyf Name # 747, name= 'afii62825'
	Glyf 999 -> PSGlyf Name # 748, name= 'afii62823'
	Glyf 1000 -> PSGlyf Name # 749, name= 'afii62824'
	Glyf 1001 -> PSGlyf Name # 750, name= 'afii57447'
	Glyf 1002 -> PSGlyf Name # 751, name= 'afii62828'
	Glyf 1003 -> PSGlyf Name # 752, name= 'afii57470'
	Glyf 1004 -> PSGlyf Name # 753, name= 'afii62827'
	Glyf 1005 -> PSGlyf Name # 754, name= 'afii57448'
	Glyf 1006 -> PSGlyf Name # 755, name= 'afii62829'
	Glyf 1007 -> PSGlyf Name # 756, name= 'afii57449'
	Glyf 1008 -> PSGlyf Name # 757, name= 'afii62830'
	Glyf 1009 -> PSGlyf Name # 758, name= 'afii57450'
	Glyf 1010 -> PSGlyf Name # 759, name= 'afii62833'
	Glyf 1011 -> PSGlyf Name # 760, name= 'afii62831'
	Glyf 1012 -> PSGlyf Name # 761, name= 'afii62832'
	Glyf 1013 -> PSGlyf Name # 762, name= 'afii62834'
	Glyf 1014 -> PSGlyf Name # 763, name= 'afii62835'
	Glyf 1015 -> PSGlyf Name # 764, name= 'afii62836'
	Glyf 1016 -> PSGlyf Name # 765, name= 'afii62837'
	Glyf 1017 -> PSGlyf Name # 766, name= 'afii62838'
	Glyf 1018 -> PSGlyf Name # 767, name= 'afii62839'
	Glyf 1019 -> PSGlyf Name # 768, name= 'afii62840'
	Glyf 1020 -> PSGlyf Name # 769, name= 'afii62841'
	Glyf 1021 -> PSGlyf Name # 770, name= 'glyph1021'
	Glyf 1022 -> PSGlyf Name # 771, name= 'afii57543-2'
	Glyf 1023 -> PSGlyf Name # 772, name= 'afii57454-2'
	Glyf 1024 -> PSGlyf Name # 773, name= 'afii57451-2'
	Glyf 1025 -> PSGlyf Name # 774, name= 'glyph1025'
	Glyf 1026 -> PSGlyf Name # 775, name= 'glyph1026'
	Glyf 1027 -> PSGlyf Name # 776, name= 'afii57471-2'
	Glyf 1028 -> PSGlyf Name # 777, name= 'afii57458-2'
	Glyf 1029 -> PSGlyf Name # 778, name= 'afii57457-2'
	Glyf 1030 -> PSGlyf Name # 779, name= 'afii57494-2'
	Glyf 1031 -> PSGlyf Name # 780, name= 'afii57459-2'
	Glyf 1032 -> PSGlyf Name # 781, name= 'afii57455-2'
	Glyf 1033 -> PSGlyf Name # 782, name= 'afii57452-2'
	Glyf 1034 -> PSGlyf Name # 783, name= 'glyph1034'
	Glyf 1035 -> PSGlyf Name # 784, name= 'glyph1035'
	Glyf 1036 -> PSGlyf Name # 785, name= 'glyph1036'
	Glyf 1037 -> PSGlyf Name # 786, name= 'afii62884-2'
	Glyf 1038 -> PSGlyf Name # 787, name= 'afii62881-2'
	Glyf 1039 -> PSGlyf Name # 788, name= 'afii62886-2'
	Glyf 1040 -> PSGlyf Name # 789, name= 'afii62883-2'
	Glyf 1041 -> PSGlyf Name # 790, name= 'afii62885-2'
	Glyf 1042 -> PSGlyf Name # 791, name= 'afii62882-2'
	Glyf 1043 -> PSGlyf Name # 792, name= 'afii57504-2'
	Glyf 1044 -> PSGlyf Name # 793, name= 'afii57456-2'
	Glyf 1045 -> PSGlyf Name # 794, name= 'afii57453-2'
	Glyf 1046 -> PSGlyf Name # 795, name= 'glyph1046'
	Glyf 1047 -> PSGlyf Name # 796, name= 'glyph1047'
	Glyf 1048 -> PSGlyf Name # 797, name= 'afii57543-3'
	Glyf 1049 -> PSGlyf Name # 798, name= 'afii57454-3'
	Glyf 1050 -> PSGlyf Name # 799, name= 'afii57451-3'
	Glyf 1051 -> PSGlyf Name # 800, name= 'glyph1051'
	Glyf 1052 -> PSGlyf Name # 801, name= 'glyph1052'
	Glyf 1053 -> PSGlyf Name # 802, name= 'afii57471-3'
	Glyf 1054 -> PSGlyf Name # 803, name= 'afii57458-3'
	Glyf 1055 -> PSGlyf Name # 804, name= 'afii57457-3'
	Glyf 1056 -> PSGlyf Name # 805, name= 'afii57494-3'
	Glyf 1057 -> PSGlyf Name # 806, name= 'afii57459-3'
	Glyf 1058 -> PSGlyf Name # 807, name= 'afii57455-3'
	Glyf 1059 -> PSGlyf Name # 808, name= 'afii57452-3'
	Glyf 1060 -> PSGlyf Name # 809, name= 'glyph1060'
	Glyf 1061 -> PSGlyf Name # 810, name= 'glyph1061'
	Glyf 1062 -> PSGlyf Name # 811, name= 'glyph1062'
	Glyf 1063 -> PSGlyf Name # 812, name= 'afii62884-3'
	Glyf 1064 -> PSGlyf Name # 813, name= 'afii62881-3'
	Glyf 1065 -> PSGlyf Name # 814, name= 'afii62886-3'
	Glyf 1066 -> PSGlyf Name # 815, name= 'afii62883-3'
	Glyf 1067 -> PSGlyf Name # 816, name= 'afii62885-3'
	Glyf 1068 -> PSGlyf Name # 817, name= 'afii62882-3'
	Glyf 1069 -> PSGlyf Name # 818, name= 'afii57504-3'
	Glyf 1070 -> PSGlyf Name # 819, name= 'afii57456-3'
	Glyf 1071 -> PSGlyf Name # 820, name= 'afii57453-3'
	Glyf 1072 -> PSGlyf Name # 821, name= 'glyph1072'
	Glyf 1073 -> PSGlyf Name # 822, name= 'glyph1073'
	Glyf 1074 -> PSGlyf Name # 823, name= 'afii57543-4'
	Glyf 1075 -> PSGlyf Name # 824, name= 'afii57454-4'
	Glyf 1076 -> PSGlyf Name # 825, name= 'afii57451-4'
	Glyf 1077 -> PSGlyf Name # 826, name= 'glyph1077'
	Glyf 1078 -> PSGlyf Name # 827, name= 'glyph1078'
	Glyf 1079 -> PSGlyf Name # 828, name= 'afii57471-4'
	Glyf 1080 -> PSGlyf Name # 829, name= 'afii57458-4'
	Glyf 1081 -> PSGlyf Name # 830, name= 'afii57457-4'
	Glyf 1082 -> PSGlyf Name # 831, name= 'afii57494-4'
	Glyf 1083 -> PSGlyf Name # 832, name= 'afii57459-4'
	Glyf 1084 -> PSGlyf Name # 833, name= 'afii57455-4'
	Glyf 1085 -> PSGlyf Name # 834, name= 'afii57452-4'
	Glyf 1086 -> PSGlyf Name # 835, name= 'glyph1086'
	Glyf 1087 -> PSGlyf Name # 836, name= 'glyph1087'
	Glyf 1088 -> PSGlyf Name # 837, name= 'glyph1088'
	Glyf 1089 -> PSGlyf Name # 838, name= 'afii62884-4'
	Glyf 1090 -> PSGlyf Name # 839, name= 'afii62881-4'
	Glyf 1091 -> PSGlyf Name # 840, name= 'afii62886-4'
	Glyf 1092 -> PSGlyf Name # 841, name= 'afii62883-4'
	Glyf 1093 -> PSGlyf Name # 842, name= 'afii62885-4'
	Glyf 1094 -> PSGlyf Name # 843, name= 'afii62882-4'
	Glyf 1095 -> PSGlyf Name # 844, name= 'afii57504-4'
	Glyf 1096 -> PSGlyf Name # 845, name= 'afii57456-4'
	Glyf 1097 -> PSGlyf Name # 846, name= 'afii57453-4'
	Glyf 1098 -> PSGlyf Name # 847, name= 'glyph1098'
	Glyf 1099 -> PSGlyf Name # 848, name= 'glyph1099'
	Glyf 1100 -> PSGlyf Name # 849, name= 'glyph1100'
	Glyf 1101 -> PSGlyf Name # 850, name= 'glyph1101'
	Glyf 1102 -> PSGlyf Name # 851, name= 'glyph1102'
	Glyf 1103 -> PSGlyf Name # 852, name= 'glyph1103'
	Glyf 1104 -> PSGlyf Name # 853, name= 'glyph1104'
	Glyf 1105 -> PSGlyf Name # 854, name= 'glyph1105'
	Glyf 1106 -> PSGlyf Name # 855, name= 'glyph1106'
	Glyf 1107 -> PSGlyf Name # 856, name= 'glyph1107'
	Glyf 1108 -> PSGlyf Name # 857, name= 'glyph1108'
	Glyf 1109 -> PSGlyf Name # 858, name= 'glyph1109'
	Glyf 1110 -> PSGlyf Name # 859, name= 'glyph1110'
	Glyf 1111 -> PSGlyf Name # 860, name= 'glyph1111'
	Glyf 1112 -> PSGlyf Name # 861, name= 'glyph1112'
	Glyf 1113 -> PSGlyf Name # 862, name= 'glyph1113'
	Glyf 1114 -> PSGlyf Name # 863, name= 'glyph1114'
	Glyf 1115 -> PSGlyf Name # 864, name= 'glyph1115'
	Glyf 1116 -> PSGlyf Name # 865, name= 'glyph1116'
	Glyf 1117 -> PSGlyf Name # 866, name= 'glyph1117'
	Glyf 1118 -> PSGlyf Name # 867, name= 'glyph1118'
	Glyf 1119 -> PSGlyf Name # 868, name= 'glyph1119'
	Glyf 1120 -> PSGlyf Name # 869, name= 'glyph1120'
	Glyf 1121 -> PSGlyf Name # 870, name= 'glyph1121'
	Glyf 1122 -> PSGlyf Name # 871, name= 'glyph1122'
	Glyf 1123 -> PSGlyf Name # 872, name= 'glyph1123'
	Glyf 1124 -> PSGlyf Name # 873, name= 'glyph1124'
	Glyf 1125 -> PSGlyf Name # 874, name= 'glyph1125'
	Glyf 1126 -> PSGlyf Name # 875, name= 'glyph1126'
	Glyf 1127 -> Mac Glyph # 189, 'currency'
	Glyf 1128 -> PSGlyf Name # 876, name= 'uniFFFC'
	Glyf 1129 -> PSGlyf Name # 877, name= 'Ohorn'
	Glyf 1130 -> PSGlyf Name # 878, name= 'ohorn'
	Glyf 1131 -> PSGlyf Name # 879, name= 'Uhorn'
	Glyf 1132 -> PSGlyf Name # 880, name= 'uhorn'
	Glyf 1133 -> Mac Glyph # 0, '.notdef'
	Glyf 1134 -> Mac Glyph # 0, '.notdef'
	Glyf 1135 -> Mac Glyph # 0, '.notdef'
	Glyf 1136 -> PSGlyf Name # 881, name= 'f006'
	Glyf 1137 -> PSGlyf Name # 882, name= 'f007'
	Glyf 1138 -> PSGlyf Name # 883, name= 'f009'
	Glyf 1139 -> PSGlyf Name # 884, name= 'combininghookabove'
	Glyf 1140 -> PSGlyf Name # 885, name= 'f010'
	Glyf 1141 -> PSGlyf Name # 886, name= 'f013'
	Glyf 1142 -> PSGlyf Name # 887, name= 'f011'
	Glyf 1143 -> PSGlyf Name # 888, name= 'f01c'
	Glyf 1144 -> PSGlyf Name # 889, name= 'f015'
	Glyf 1145 -> PSGlyf Name # 890, name= 'combiningtildeaccent'
	Glyf 1146 -> Mac Glyph # 0, '.notdef'
	Glyf 1147 -> Mac Glyph # 0, '.notdef'
	Glyf 1148 -> PSGlyf Name # 891, name= 'f02c'
	Glyf 1149 -> PSGlyf Name # 892, name= 'dongsign'
	Glyf 1150 -> PSGlyf Name # 893, name= 'onethird'
	Glyf 1151 -> PSGlyf Name # 894, name= 'twothirds'
	Glyf 1152 -> PSGlyf Name # 895, name= 'f008'
	Glyf 1153 -> Mac Glyph # 0, '.notdef'
	Glyf 1154 -> Mac Glyph # 0, '.notdef'
	Glyf 1155 -> PSGlyf Name # 896, name= 'f00f'
	Glyf 1156 -> PSGlyf Name # 897, name= 'f012'
	Glyf 1157 -> PSGlyf Name # 898, name= 'f014'
	Glyf 1158 -> PSGlyf Name # 899, name= 'f016'
	Glyf 1159 -> PSGlyf Name # 900, name= 'f017'
	Glyf 1160 -> PSGlyf Name # 901, name= 'f018'
	Glyf 1161 -> PSGlyf Name # 902, name= 'f019'
	Glyf 1162 -> PSGlyf Name # 903, name= 'f01a'
	Glyf 1163 -> PSGlyf Name # 904, name= 'f01b'
	Glyf 1164 -> PSGlyf Name # 905, name= 'f01e'
	Glyf 1165 -> PSGlyf Name # 906, name= 'f01f'
	Glyf 1166 -> PSGlyf Name # 907, name= 'f020'
	Glyf 1167 -> PSGlyf Name # 908, name= 'f021'
	Glyf 1168 -> PSGlyf Name # 909, name= 'f022'
	Glyf 1169 -> PSGlyf Name # 910, name= 'combininggraveaccent'
	Glyf 1170 -> PSGlyf Name # 911, name= 'combiningacuteaccent'
	Glyf 1171 -> PSGlyf Name # 912, name= 'f01d'
	Glyf 1172 -> PSGlyf Name # 913, name= 'combiningdotbelow'
	Glyf 1173 -> PSGlyf Name # 914, name= 'f023'
	Glyf 1174 -> PSGlyf Name # 915, name= 'f029'
	Glyf 1175 -> PSGlyf Name # 916, name= 'f02a'
	Glyf 1176 -> PSGlyf Name # 917, name= 'f02b'
	Glyf 1177 -> PSGlyf Name # 918, name= 'f024'
	Glyf 1178 -> PSGlyf Name # 919, name= 'f025'
	Glyf 1179 -> PSGlyf Name # 920, name= 'f026'
	Glyf 1180 -> PSGlyf Name # 921, name= 'f027'
	Glyf 1181 -> PSGlyf Name # 922, name= 'f028'
	Glyf 1182 -> PSGlyf Name # 923, name= 'f02d'
	Glyf 1183 -> PSGlyf Name # 924, name= 'f02e'
	Glyf 1184 -> PSGlyf Name # 925, name= 'f02f'
	Glyf 1185 -> PSGlyf Name # 926, name= 'f030'
	Glyf 1186 -> PSGlyf Name # 927, name= 'Adotbelow'
	Glyf 1187 -> PSGlyf Name # 928, name= 'adotbelow'
	Glyf 1188 -> PSGlyf Name # 929, name= 'Ahookabove'
	Glyf 1189 -> PSGlyf Name # 930, name= 'ahookabove'
	Glyf 1190 -> PSGlyf Name # 931, name= 'Acircumflexacute'
	Glyf 1191 -> PSGlyf Name # 932, name= 'acircumflexacute'
	Glyf 1192 -> PSGlyf Name # 933, name= 'Acircumflexgrave'
	Glyf 1193 -> PSGlyf Name # 934, name= 'acircumflexgrave'
	Glyf 1194 -> PSGlyf Name # 935, name= 'Acircumflexhookabove'
	Glyf 1195 -> PSGlyf Name # 936, name= 'acircumflexhookabove'
	Glyf 1196 -> PSGlyf Name # 937, name= 'Acircumflextilde'
	Glyf 1197 -> PSGlyf Name # 938, name= 'acircumflextilde'
	Glyf 1198 -> PSGlyf Name # 939, name= 'Acircumflexdotbelow'
	Glyf 1199 -> PSGlyf Name # 940, name= 'acircumflexdotbelow'
	Glyf 1200 -> PSGlyf Name # 941, name= 'Abreveacute'
	Glyf 1201 -> PSGlyf Name # 942, name= 'abreveacute'
	Glyf 1202 -> PSGlyf Name # 943, name= 'Abrevegrave'
	Glyf 1203 -> PSGlyf Name # 944, name= 'abrevegrave'
	Glyf 1204 -> PSGlyf Name # 945, name= 'Abrevehookabove'
	Glyf 1205 -> PSGlyf Name # 946, name= 'abrevehookabove'
	Glyf 1206 -> PSGlyf Name # 947, name= 'Abrevetilde'
	Glyf 1207 -> PSGlyf Name # 948, name= 'abrevetilde'
	Glyf 1208 -> PSGlyf Name # 949, name= 'Abrevedotbelow'
	Glyf 1209 -> PSGlyf Name # 950, name= 'abrevedotbelow'
	Glyf 1210 -> PSGlyf Name # 951, name= 'Edotbelow'
	Glyf 1211 -> PSGlyf Name # 952, name= 'edotbelow'
	Glyf 1212 -> PSGlyf Name # 953, name= 'Ehookabove'
	Glyf 1213 -> PSGlyf Name # 954, name= 'ehookabove'
	Glyf 1214 -> PSGlyf Name # 955, name= 'Etilde'
	Glyf 1215 -> PSGlyf Name # 956, name= 'etilde'
	Glyf 1216 -> PSGlyf Name # 957, name= 'Ecircumflexacute'
	Glyf 1217 -> PSGlyf Name # 958, name= 'ecircumflexacute'
	Glyf 1218 -> PSGlyf Name # 959, name= 'Ecircumflexgrave'
	Glyf 1219 -> PSGlyf Name # 960, name= 'ecircumflexgrave'
	Glyf 1220 -> PSGlyf Name # 961, name= 'Ecircumflexhookabove'
	Glyf 1221 -> PSGlyf Name # 962, name= 'ecircumflexhookabove'
	Glyf 1222 -> PSGlyf Name # 963, name= 'Ecircumflextilde'
	Glyf 1223 -> PSGlyf Name # 964, name= 'ecircumflextilde'
	Glyf 1224 -> PSGlyf Name # 965, name= 'Ecircumflexdotbelow'
	Glyf 1225 -> PSGlyf Name # 966, name= 'ecircumflexdotbelow'
	Glyf 1226 -> PSGlyf Name # 967, name= 'Ihookabove'
	Glyf 1227 -> PSGlyf Name # 968, name= 'ihookabove'
	Glyf 1228 -> PSGlyf Name # 969, name= 'Idotbelow'
	Glyf 1229 -> PSGlyf Name # 970, name= 'idotbelow'
	Glyf 1230 -> PSGlyf Name # 971, name= 'Odotbelow'
	Glyf 1231 -> PSGlyf Name # 972, name= 'odotbelow'
	Glyf 1232 -> PSGlyf Name # 973, name= 'Ohookabove'
	Glyf 1233 -> PSGlyf Name # 974, name= 'ohookabove'
	Glyf 1234 -> PSGlyf Name # 975, name= 'Ocircumflexacute'
	Glyf 1235 -> PSGlyf Name # 976, name= 'ocircumflexacute'
	Glyf 1236 -> PSGlyf Name # 977, name= 'Ocircumflexgrave'
	Glyf 1237 -> PSGlyf Name # 978, name= 'ocircumflexgrave'
	Glyf 1238 -> PSGlyf Name # 979, name= 'Ocircumflexhookabove'
	Glyf 1239 -> PSGlyf Name # 980, name= 'ocircumflexhookabove'
	Glyf 1240 -> PSGlyf Name # 981, name= 'Ocircumflextilde'
	Glyf 1241 -> PSGlyf Name # 982, name= 'ocircumflextilde'
	Glyf 1242 -> PSGlyf Name # 983, name= 'Ocircumflexdotbelow'
	Glyf 1243 -> PSGlyf Name # 984, name= 'ocircumflexdotbelow'
	Glyf 1244 -> PSGlyf Name # 985, name= 'Ohornacute'
	Glyf 1245 -> PSGlyf Name # 986, name= 'ohornacute'
	Glyf 1246 -> PSGlyf Name # 987, name= 'Ohorngrave'
	Glyf 1247 -> PSGlyf Name # 988, name= 'ohorngrave'
	Glyf 1248 -> PSGlyf Name # 989, name= 'Ohornhookabove'
	Glyf 1249 -> PSGlyf Name # 990, name= 'ohornhookabove'
	Glyf 1250 -> PSGlyf Name # 991, name= 'Ohorntilde'
	Glyf 1251 -> PSGlyf Name # 992, name= 'ohorntilde'
	Glyf 1252 -> PSGlyf Name # 993, name= 'Ohorndotbelow'
	Glyf 1253 -> PSGlyf Name # 994, name= 'ohorndotbelow'
	Glyf 1254 -> PSGlyf Name # 995, name= 'Udotbelow'
	Glyf 1255 -> PSGlyf Name # 996, name= 'udotbelow'
	Glyf 1256 -> PSGlyf Name # 997, name= 'Uhookabove'
	Glyf 1257 -> PSGlyf Name # 998, name= 'uhookabove'
	Glyf 1258 -> PSGlyf Name # 999, name= 'Uhornacute'
	Glyf 1259 -> PSGlyf Name # 1000, name= 'uhornacute'
	Glyf 1260 -> PSGlyf Name # 1001, name= 'Uhorngrave'
	Glyf 1261 -> PSGlyf Name # 1002, name= 'uhorngrave'
	Glyf 1262 -> PSGlyf Name # 1003, name= 'Uhornhookabove'
	Glyf 1263 -> PSGlyf Name # 1004, name= 'uhornhookabove'
	Glyf 1264 -> PSGlyf Name # 1005, name= 'Uhorntilde'
	Glyf 1265 -> PSGlyf Name # 1006, name= 'uhorntilde'
	Glyf 1266 -> PSGlyf Name # 1007, name= 'Uhorndotbelow'
	Glyf 1267 -> PSGlyf Name # 1008, name= 'uhorndotbelow'
	Glyf 1268 -> PSGlyf Name # 1009, name= 'Ydotbelow'
	Glyf 1269 -> PSGlyf Name # 1010, name= 'ydotbelow'
	Glyf 1270 -> PSGlyf Name # 1011, name= 'Yhookabove'
	Glyf 1271 -> PSGlyf Name # 1012, name= 'yhookabove'
	Glyf 1272 -> PSGlyf Name # 1013, name= 'Ytilde'
	Glyf 1273 -> PSGlyf Name # 1014, name= 'ytilde'
	Glyf 1274 -> PSGlyf Name # 1015, name= 'uni01CD'
	Glyf 1275 -> PSGlyf Name # 1016, name= 'uni01CE'
	Glyf 1276 -> PSGlyf Name # 1017, name= 'uni01CF'
	Glyf 1277 -> PSGlyf Name # 1018, name= 'uni01D0'
	Glyf 1278 -> PSGlyf Name # 1019, name= 'uni01D1'
	Glyf 1279 -> PSGlyf Name # 1020, name= 'uni01D2'
	Glyf 1280 -> PSGlyf Name # 1021, name= 'uni01D3'
	Glyf 1281 -> PSGlyf Name # 1022, name= 'uni01D4'
	Glyf 1282 -> PSGlyf Name # 1023, name= 'uni01D5'
	Glyf 1283 -> PSGlyf Name # 1024, name= 'uni01D6'
	Glyf 1284 -> PSGlyf Name # 1025, name= 'uni01D7'
	Glyf 1285 -> PSGlyf Name # 1026, name= 'uni01D8'
	Glyf 1286 -> PSGlyf Name # 1027, name= 'uni01D9'
	Glyf 1287 -> PSGlyf Name # 1028, name= 'uni01DA'
	Glyf 1288 -> PSGlyf Name # 1029, name= 'uni01DB'
	Glyf 1289 -> PSGlyf Name # 1030, name= 'uni01DC'
	Glyf 1290 -> Mac Glyph # 0, '.notdef'
	Glyf 1291 -> Mac Glyph # 0, '.notdef'
	Glyf 1292 -> Mac Glyph # 0, '.notdef'
	Glyf 1293 -> Mac Glyph # 0, '.notdef'
	Glyf 1294 -> PSGlyf Name # 1031, name= 'uni0492'
	Glyf 1295 -> PSGlyf Name # 1032, name= 'uni0493'
	Glyf 1296 -> PSGlyf Name # 1033, name= 'uni0496'
	Glyf 1297 -> PSGlyf Name # 1034, name= 'uni0497'
	Glyf 1298 -> PSGlyf Name # 1035, name= 'uni049a'
	Glyf 1299 -> PSGlyf Name # 1036, name= 'uni049b'
	Glyf 1300 -> PSGlyf Name # 1037, name= 'uni049c'
	Glyf 1301 -> PSGlyf Name # 1038, name= 'uni049d'
	Glyf 1302 -> PSGlyf Name # 1039, name= 'uni04a2'
	Glyf 1303 -> PSGlyf Name # 1040, name= 'uni04a3'
	Glyf 1304 -> PSGlyf Name # 1041, name= 'uni04ae'
	Glyf 1305 -> PSGlyf Name # 1042, name= 'uni04af'
	Glyf 1306 -> PSGlyf Name # 1043, name= 'uni04b0'
	Glyf 1307 -> PSGlyf Name # 1044, name= 'uni04b1'
	Glyf 1308 -> PSGlyf Name # 1045, name= 'uni04b2'
	Glyf 1309 -> PSGlyf Name # 1046, name= 'uni04b3'
	Glyf 1310 -> PSGlyf Name # 1047, name= 'uni04b8'
	Glyf 1311 -> PSGlyf Name # 1048, name= 'uni04b9'
	Glyf 1312 -> PSGlyf Name # 1049, name= 'uni04ba'
	Glyf 1313 -> PSGlyf Name # 1050, name= 'uni04bb'
	Glyf 1314 -> PSGlyf Name # 1051, name= 'uni018f'
	Glyf 1315 -> PSGlyf Name # 1052, name= 'uni0259'
	Glyf 1316 -> PSGlyf Name # 1053, name= 'uni04e8'
	Glyf 1317 -> PSGlyf Name # 1054, name= 'uni04e9'

	Full List of PSGlyf Names
	-------------------------
	PSGlyf Name #   1: .null
	PSGlyf Name #   2: nonmarkingreturn
	PSGlyf Name #   3: mu1
	PSGlyf Name #   4: pi1
	PSGlyf Name #   5: Ohm
	PSGlyf Name #   6: Euro
	PSGlyf Name #   7: dmacron
	PSGlyf Name #   8: overscore
	PSGlyf Name #   9: middot
	PSGlyf Name #  10: Abreve
	PSGlyf Name #  11: abreve
	PSGlyf Name #  12: Aogonek
	PSGlyf Name #  13: aogonek
	PSGlyf Name #  14: Dcaron
	PSGlyf Name #  15: dcaron
	PSGlyf Name #  16: Dslash
	PSGlyf Name #  17: Eogonek
	PSGlyf Name #  18: eogonek
	PSGlyf Name #  19: Ecaron
	PSGlyf Name #  20: ecaron
	PSGlyf Name #  21: Lacute
	PSGlyf Name #  22: lacute
	PSGlyf Name #  23: Lcaron
	PSGlyf Name #  24: lcaron
	PSGlyf Name #  25: Ldot
	PSGlyf Name #  26: ldot
	PSGlyf Name #  27: Nacute
	PSGlyf Name #  28: nacute
	PSGlyf Name #  29: Ncaron
	PSGlyf Name #  30: ncaron
	PSGlyf Name #  31: Odblacute
	PSGlyf Name #  32: odblacute
	PSGlyf Name #  33: Racute
	PSGlyf Name #  34: racute
	PSGlyf Name #  35: Rcaron
	PSGlyf Name #  36: rcaron
	PSGlyf Name #  37: Sacute
	PSGlyf Name #  38: sacute
	PSGlyf Name #  39: Tcedilla
	PSGlyf Name #  40: tcedilla
	PSGlyf Name #  41: Tcaron
	PSGlyf Name #  42: tcaron
	PSGlyf Name #  43: Uring
	PSGlyf Name #  44: uring
	PSGlyf Name #  45: Udblacute
	PSGlyf Name #  46: udblacute
	PSGlyf Name #  47: Zacute
	PSGlyf Name #  48: zacute
	PSGlyf Name #  49: Zdot
	PSGlyf Name #  50: zdot
	PSGlyf Name #  51: Gamma
	PSGlyf Name #  52: Theta
	PSGlyf Name #  53: Phi
	PSGlyf Name #  54: alpha
	PSGlyf Name #  55: delta
	PSGlyf Name #  56: epsilon
	PSGlyf Name #  57: sigma
	PSGlyf Name #  58: tau
	PSGlyf Name #  59: phi
	PSGlyf Name #  60: underscoredbl
	PSGlyf Name #  61: exclamdbl
	PSGlyf Name #  62: nsuperior
	PSGlyf Name #  63: peseta
	PSGlyf Name #  64: arrowleft
	PSGlyf Name #  65: arrowup
	PSGlyf Name #  66: arrowright
	PSGlyf Name #  67: arrowdown
	PSGlyf Name #  68: arrowboth
	PSGlyf Name #  69: arrowupdn
	PSGlyf Name #  70: arrowupdnbse
	PSGlyf Name #  71: orthogonal
	PSGlyf Name #  72: intersection
	PSGlyf Name #  73: equivalence
	PSGlyf Name #  74: house
	PSGlyf Name #  75: revlogicalnot
	PSGlyf Name #  76: integraltp
	PSGlyf Name #  77: integralbt
	PSGlyf Name #  78: SF100000
	PSGlyf Name #  79: SF110000
	PSGlyf Name #  80: SF010000
	PSGlyf Name #  81: SF030000
	PSGlyf Name #  82: SF020000
	PSGlyf Name #  83: SF040000
	PSGlyf Name #  84: SF080000
	PSGlyf Name #  85: SF090000
	PSGlyf Name #  86: SF060000
	PSGlyf Name #  87: SF070000
	PSGlyf Name #  88: SF050000
	PSGlyf Name #  89: SF430000
	PSGlyf Name #  90: SF240000
	PSGlyf Name #  91: SF510000
	PSGlyf Name #  92: SF520000
	PSGlyf Name #  93: SF390000
	PSGlyf Name #  94: SF220000
	PSGlyf Name #  95: SF210000
	PSGlyf Name #  96: SF250000
	PSGlyf Name #  97: SF500000
	PSGlyf Name #  98: SF490000
	PSGlyf Name #  99: SF380000
	PSGlyf Name # 100: SF280000
	PSGlyf Name # 101: SF270000
	PSGlyf Name # 102: SF260000
	PSGlyf Name # 103: SF360000
	PSGlyf Name # 104: SF370000
	PSGlyf Name # 105: SF420000
	PSGlyf Name # 106: SF190000
	PSGlyf Name # 107: SF200000
	PSGlyf Name # 108: SF230000
	PSGlyf Name # 109: SF470000
	PSGlyf Name # 110: SF480000
	PSGlyf Name # 111: SF410000
	PSGlyf Name # 112: SF450000
	PSGlyf Name # 113: SF460000
	PSGlyf Name # 114: SF400000
	PSGlyf Name # 115: SF540000
	PSGlyf Name # 116: SF530000
	PSGlyf Name # 117: SF440000
	PSGlyf Name # 118: upblock
	PSGlyf Name # 119: dnblock
	PSGlyf Name # 120: block
	PSGlyf Name # 121: lfblock
	PSGlyf Name # 122: rtblock
	PSGlyf Name # 123: ltshade
	PSGlyf Name # 124: shade
	PSGlyf Name # 125: dkshade
	PSGlyf Name # 126: filledbox
	PSGlyf Name # 127: filledrect
	PSGlyf Name # 128: triagup
	PSGlyf Name # 129: triagrt
	PSGlyf Name # 130: triagdn
	PSGlyf Name # 131: triaglf
	PSGlyf Name # 132: circle
	PSGlyf Name # 133: invbullet
	PSGlyf Name # 134: invcircle
	PSGlyf Name # 135: smileface
	PSGlyf Name # 136: invsmileface
	PSGlyf Name # 137: sun
	PSGlyf Name # 138: female
	PSGlyf Name # 139: male
	PSGlyf Name # 140: spade
	PSGlyf Name # 141: club
	PSGlyf Name # 142: heart
	PSGlyf Name # 143: diamond
	PSGlyf Name # 144: musicalnote
	PSGlyf Name # 145: musicalnotedbl
	PSGlyf Name # 146: IJ
	PSGlyf Name # 147: ij
	PSGlyf Name # 148: napostrophe
	PSGlyf Name # 149: minute
	PSGlyf Name # 150: second
	PSGlyf Name # 151: afii61248
	PSGlyf Name # 152: afii61289
	PSGlyf Name # 153: H22073
	PSGlyf Name # 154: H18543
	PSGlyf Name # 155: H18551
	PSGlyf Name # 156: H18533
	PSGlyf Name # 157: openbullet
	PSGlyf Name # 158: Amacron
	PSGlyf Name # 159: amacron
	PSGlyf Name # 160: Ccircumflex
	PSGlyf Name # 161: ccircumflex
	PSGlyf Name # 162: Cdot
	PSGlyf Name # 163: cdot
	PSGlyf Name # 164: Emacron
	PSGlyf Name # 165: emacron
	PSGlyf Name # 166: Ebreve
	PSGlyf Name # 167: ebreve
	PSGlyf Name # 168: Edot
	PSGlyf Name # 169: edot
	PSGlyf Name # 170: Gcircumflex
	PSGlyf Name # 171: gcircumflex
	PSGlyf Name # 172: Gdot
	PSGlyf Name # 173: gdot
	PSGlyf Name # 174: Gcedilla
	PSGlyf Name # 175: gcedilla
	PSGlyf Name # 176: Hcircumflex
	PSGlyf Name # 177: hcircumflex
	PSGlyf Name # 178: Hbar
	PSGlyf Name # 179: hbar
	PSGlyf Name # 180: Itilde
	PSGlyf Name # 181: itilde
	PSGlyf Name # 182: Imacron
	PSGlyf Name # 183: imacron
	PSGlyf Name # 184: Ibreve
	PSGlyf Name # 185: ibreve
	PSGlyf Name # 186: Iogonek
	PSGlyf Name # 187: iogonek
	PSGlyf Name # 188: Jcircumflex
	PSGlyf Name # 189: jcircumflex
	PSGlyf Name # 190: Kcedilla
	PSGlyf Name # 191: kcedilla
	PSGlyf Name # 192: kgreenlandic
	PSGlyf Name # 193: Lcedilla
	PSGlyf Name # 194: lcedilla
	PSGlyf Name # 195: Ncedilla
	PSGlyf Name # 196: ncedilla
	PSGlyf Name # 197: Eng
	PSGlyf Name # 198: eng
	PSGlyf Name # 199: Omacron
	PSGlyf Name # 200: omacron
	PSGlyf Name # 201: Obreve
	PSGlyf Name # 202: obreve
	PSGlyf Name # 203: Rcedilla
	PSGlyf Name # 204: rcedilla
	PSGlyf Name # 205: Scircumflex
	PSGlyf Name # 206: scircumflex
	PSGlyf Name # 207: Tbar
	PSGlyf Name # 208: tbar
	PSGlyf Name # 209: Utilde
	PSGlyf Name # 210: utilde
	PSGlyf Name # 211: Umacron
	PSGlyf Name # 212: umacron
	PSGlyf Name # 213: Ubreve
	PSGlyf Name # 214: ubreve
	PSGlyf Name # 215: Uogonek
	PSGlyf Name # 216: uogonek
	PSGlyf Name # 217: Wcircumflex
	PSGlyf Name # 218: wcircumflex
	PSGlyf Name # 219: Ycircumflex
	PSGlyf Name # 220: ycircumflex
	PSGlyf Name # 221: longs
	PSGlyf Name # 222: Aringacute
	PSGlyf Name # 223: aringacute
	PSGlyf Name # 224: AEacute
	PSGlyf Name # 225: aeacute
	PSGlyf Name # 226: Oslashacute
	PSGlyf Name # 227: oslashacute
	PSGlyf Name # 228: anoteleia
	PSGlyf Name # 229: Wgrave
	PSGlyf Name # 230: wgrave
	PSGlyf Name # 231: Wacute
	PSGlyf Name # 232: wacute
	PSGlyf Name # 233: Wdieresis
	PSGlyf Name # 234: wdieresis
	PSGlyf Name # 235: Ygrave
	PSGlyf Name # 236: ygrave
	PSGlyf Name # 237: quotereversed
	PSGlyf Name # 238: radicalex
	PSGlyf Name # 239: afii08941
	PSGlyf Name # 240: estimated
	PSGlyf Name # 241: oneeighth
	PSGlyf Name # 242: threeeighths
	PSGlyf Name # 243: fiveeighths
	PSGlyf Name # 244: seveneighths
	PSGlyf Name # 245: commaaccent
	PSGlyf Name # 246: undercommaaccent
	PSGlyf Name # 247: tonos
	PSGlyf Name # 248: dieresistonos
	PSGlyf Name # 249: Alphatonos
	PSGlyf Name # 250: Epsilontonos
	PSGlyf Name # 251: Etatonos
	PSGlyf Name # 252: Iotatonos
	PSGlyf Name # 253: Omicrontonos
	PSGlyf Name # 254: Upsilontonos
	PSGlyf Name # 255: Omegatonos
	PSGlyf Name # 256: iotadieresistonos
	PSGlyf Name # 257: Alpha
	PSGlyf Name # 258: Beta
	PSGlyf Name # 259: Delta
	PSGlyf Name # 260: Epsilon
	PSGlyf Name # 261: Zeta
	PSGlyf Name # 262: Eta
	PSGlyf Name # 263: Iota
	PSGlyf Name # 264: Kappa
	PSGlyf Name # 265: Lambda
	PSGlyf Name # 266: Mu
	PSGlyf Name # 267: Nu
	PSGlyf Name # 268: Xi
	PSGlyf Name # 269: Omicron
	PSGlyf Name # 270: Pi
	PSGlyf Name # 271: Rho
	PSGlyf Name # 272: Sigma
	PSGlyf Name # 273: Tau
	PSGlyf Name # 274: Upsilon
	PSGlyf Name # 275: Chi
	PSGlyf Name # 276: Psi
	PSGlyf Name # 277: Iotadieresis
	PSGlyf Name # 278: Upsilondieresis
	PSGlyf Name # 279: alphatonos
	PSGlyf Name # 280: epsilontonos
	PSGlyf Name # 281: etatonos
	PSGlyf Name # 282: iotatonos
	PSGlyf Name # 283: upsilondieresistonos
	PSGlyf Name # 284: beta
	PSGlyf Name # 285: gamma
	PSGlyf Name # 286: zeta
	PSGlyf Name # 287: eta
	PSGlyf Name # 288: theta
	PSGlyf Name # 289: iota
	PSGlyf Name # 290: kappa
	PSGlyf Name # 291: lambda
	PSGlyf Name # 292: nu
	PSGlyf Name # 293: xi
	PSGlyf Name # 294: omicron
	PSGlyf Name # 295: rho
	PSGlyf Name # 296: sigma1
	PSGlyf Name # 297: upsilon
	PSGlyf Name # 298: chi
	PSGlyf Name # 299: psi
	PSGlyf Name # 300: omega
	PSGlyf Name # 301: iotadieresis
	PSGlyf Name # 302: upsilondieresis
	PSGlyf Name # 303: omicrontonos
	PSGlyf Name # 304: upsilontonos
	PSGlyf Name # 305: omegatonos
	PSGlyf Name # 306: afii10023
	PSGlyf Name # 307: afii10051
	PSGlyf Name # 308: afii10052
	PSGlyf Name # 309: afii10053
	PSGlyf Name # 310: afii10054
	PSGlyf Name # 311: afii10055
	PSGlyf Name # 312: afii10056
	PSGlyf Name # 313: afii10057
	PSGlyf Name # 314: afii10058
	PSGlyf Name # 315: afii10059
	PSGlyf Name # 316: afii10060
	PSGlyf Name # 317: afii10061
	PSGlyf Name # 318: afii10062
	PSGlyf Name # 319: afii10145
	PSGlyf Name # 320: afii10017
	PSGlyf Name # 321: afii10018
	PSGlyf Name # 322: afii10019
	PSGlyf Name # 323: afii10020
	PSGlyf Name # 324: afii10021
	PSGlyf Name # 325: afii10022
	PSGlyf Name # 326: afii10024
	PSGlyf Name # 327: afii10025
	PSGlyf Name # 328: afii10026
	PSGlyf Name # 329: afii10027
	PSGlyf Name # 330: afii10028
	PSGlyf Name # 331: afii10029
	PSGlyf Name # 332: afii10030
	PSGlyf Name # 333: afii10031
	PSGlyf Name # 334: afii10032
	PSGlyf Name # 335: afii10033
	PSGlyf Name # 336: afii10034
	PSGlyf Name # 337: afii10035
	PSGlyf Name # 338: afii10036
	PSGlyf Name # 339: afii10037
	PSGlyf Name # 340: afii10038
	PSGlyf Name # 341: afii10039
	PSGlyf Name # 342: afii10040
	PSGlyf Name # 343: afii10041
	PSGlyf Name # 344: afii10042
	PSGlyf Name # 345: afii10043
	PSGlyf Name # 346: afii10044
	PSGlyf Name # 347: afii10045
	PSGlyf Name # 348: afii10046
	PSGlyf Name # 349: afii10047
	PSGlyf Name # 350: afii10048
	PSGlyf Name # 351: afii10049
	PSGlyf Name # 352: afii10065
	PSGlyf Name # 353: afii10066
	PSGlyf Name # 354: afii10067
	PSGlyf Name # 355: afii10068
	PSGlyf Name # 356: afii10069
	PSGlyf Name # 357: afii10070
	PSGlyf Name # 358: afii10072
	PSGlyf Name # 359: afii10073
	PSGlyf Name # 360: afii10074
	PSGlyf Name # 361: afii10075
	PSGlyf Name # 362: afii10076
	PSGlyf Name # 363: afii10077
	PSGlyf Name # 364: afii10078
	PSGlyf Name # 365: afii10079
	PSGlyf Name # 366: afii10080
	PSGlyf Name # 367: afii10081
	PSGlyf Name # 368: afii10082
	PSGlyf Name # 369: afii10083
	PSGlyf Name # 370: afii10084
	PSGlyf Name # 371: afii10085
	PSGlyf Name # 372: afii10086
	PSGlyf Name # 373: afii10087
	PSGlyf Name # 374: afii10088
	PSGlyf Name # 375: afii10089
	PSGlyf Name # 376: afii10090
	PSGlyf Name # 377: afii10091
	PSGlyf Name # 378: afii10092
	PSGlyf Name # 379: afii10093
	PSGlyf Name # 380: afii10094
	PSGlyf Name # 381: afii10095
	PSGlyf Name # 382: afii10096
	PSGlyf Name # 383: afii10097
	PSGlyf Name # 384: afii10071
	PSGlyf Name # 385: afii10099
	PSGlyf Name # 386: afii10100
	PSGlyf Name # 387: afii10101
	PSGlyf Name # 388: afii10102
	PSGlyf Name # 389: afii10103
	PSGlyf Name # 390: afii10104
	PSGlyf Name # 391: afii10105
	PSGlyf Name # 392: afii10106
	PSGlyf Name # 393: afii10107
	PSGlyf Name # 394: afii10108
	PSGlyf Name # 395: afii10109
	PSGlyf Name # 396: afii10110
	PSGlyf Name # 397: afii10193
	PSGlyf Name # 398: afii10050
	PSGlyf Name # 399: afii10098
	PSGlyf Name # 400: afii00208
	PSGlyf Name # 401: afii61352
	PSGlyf Name # 402: sheva
	PSGlyf Name # 403: hatafsegol
	PSGlyf Name # 404: hatafpatah
	PSGlyf Name # 405: hatafqamats
	PSGlyf Name # 406: hiriq
	PSGlyf Name # 407: tsere
	PSGlyf Name # 408: segol
	PSGlyf Name # 409: patah
	PSGlyf Name # 410: qamats
	PSGlyf Name # 411: holam
	PSGlyf Name # 412: qubuts
	PSGlyf Name # 413: dagesh
	PSGlyf Name # 414: meteg
	PSGlyf Name # 415: maqaf
	PSGlyf Name # 416: rafe
	PSGlyf Name # 417: paseq
	PSGlyf Name # 418: shindot
	PSGlyf Name # 419: sindot
	PSGlyf Name # 420: sofpasuq
	PSGlyf Name # 421: alef
	PSGlyf Name # 422: bet
	PSGlyf Name # 423: gimel
	PSGlyf Name # 424: dalet
	PSGlyf Name # 425: he
	PSGlyf Name # 426: vav
	PSGlyf Name # 427: zayin
	PSGlyf Name # 428: het
	PSGlyf Name # 429: tet
	PSGlyf Name # 430: yod
	PSGlyf Name # 431: finalkaf
	PSGlyf Name # 432: kaf
	PSGlyf Name # 433: lamed
	PSGlyf Name # 434: finalmem
	PSGlyf Name # 435: mem
	PSGlyf Name # 436: finalnun
	PSGlyf Name # 437: nun
	PSGlyf Name # 438: samekh
	PSGlyf Name # 439: ayin
	PSGlyf Name # 440: finalpe
	PSGlyf Name # 441: pe
	PSGlyf Name # 442: finaltsadi
	PSGlyf Name # 443: tsadi
	PSGlyf Name # 444: qof
	PSGlyf Name # 445: resh
	PSGlyf Name # 446: shin
	PSGlyf Name # 447: tav
	PSGlyf Name # 448: doublevav
	PSGlyf Name # 449: vavyod
	PSGlyf Name # 450: doubleyod
	PSGlyf Name # 451: geresh
	PSGlyf Name # 452: gershayim
	PSGlyf Name # 453: newsheqelsign
	PSGlyf Name # 454: vavshindot
	PSGlyf Name # 455: finalkafsheva
	PSGlyf Name # 456: finalkafqamats
	PSGlyf Name # 457: lamedholam
	PSGlyf Name # 458: lamedholamdagesh
	PSGlyf Name # 459: altayin
	PSGlyf Name # 460: shinshindot
	PSGlyf Name # 461: shinsindot
	PSGlyf Name # 462: shindageshshindot
	PSGlyf Name # 463: shindageshsindot
	PSGlyf Name # 464: alefpatah
	PSGlyf Name # 465: alefqamats
	PSGlyf Name # 466: alefmapiq
	PSGlyf Name # 467: betdagesh
	PSGlyf Name # 468: gimeldagesh
	PSGlyf Name # 469: daletdagesh
	PSGlyf Name # 470: hedagesh
	PSGlyf Name # 471: vavdagesh
	PSGlyf Name # 472: zayindagesh
	PSGlyf Name # 473: tetdagesh
	PSGlyf Name # 474: yoddagesh
	PSGlyf Name # 475: finalkafdagesh
	PSGlyf Name # 476: kafdagesh
	PSGlyf Name # 477: lameddagesh
	PSGlyf Name # 478: memdagesh
	PSGlyf Name # 479: nundagesh
	PSGlyf Name # 480: samekhdagesh
	PSGlyf Name # 481: finalpedagesh
	PSGlyf Name # 482: pedagesh
	PSGlyf Name # 483: tsadidagesh
	PSGlyf Name # 484: qofdagesh
	PSGlyf Name # 485: reshdagesh
	PSGlyf Name # 486: shindagesh
	PSGlyf Name # 487: tavdages
	PSGlyf Name # 488: vavholam
	PSGlyf Name # 489: betrafe
	PSGlyf Name # 490: kafrafe
	PSGlyf Name # 491: perafe
	PSGlyf Name # 492: aleflamed
	PSGlyf Name # 493: zerowidthnonjoiner
	PSGlyf Name # 494: zerowidthjoiner
	PSGlyf Name # 495: lefttorightmark
	PSGlyf Name # 496: righttoleftmark
	PSGlyf Name # 497: afii57388
	PSGlyf Name # 498: afii57403
	PSGlyf Name # 499: afii57407
	PSGlyf Name # 500: afii57409
	PSGlyf Name # 501: afii57440
	PSGlyf Name # 502: afii57451
	PSGlyf Name # 503: afii57452
	PSGlyf Name # 504: afii57453
	PSGlyf Name # 505: afii57454
	PSGlyf Name # 506: afii57455
	PSGlyf Name # 507: afii57456
	PSGlyf Name # 508: afii57457
	PSGlyf Name # 509: afii57458
	PSGlyf Name # 510: afii57392
	PSGlyf Name # 511: afii57393
	PSGlyf Name # 512: afii57394
	PSGlyf Name # 513: afii57395
	PSGlyf Name # 514: afii57396
	PSGlyf Name # 515: afii57397
	PSGlyf Name # 516: afii57398
	PSGlyf Name # 517: afii57399
	PSGlyf Name # 518: afii57400
	PSGlyf Name # 519: afii57401
	PSGlyf Name # 520: afii57381
	PSGlyf Name # 521: afii57461
	PSGlyf Name # 522: afii63167
	PSGlyf Name # 523: afii57459
	PSGlyf Name # 524: afii57543
	PSGlyf Name # 525: afii57534
	PSGlyf Name # 526: afii57494
	PSGlyf Name # 527: afii62843
	PSGlyf Name # 528: afii62844
	PSGlyf Name # 529: afii62845
	PSGlyf Name # 530: afii64240
	PSGlyf Name # 531: afii64241
	PSGlyf Name # 532: afii63954
	PSGlyf Name # 533: afii57382
	PSGlyf Name # 534: afii64242
	PSGlyf Name # 535: afii62881
	PSGlyf Name # 536: afii57504
	PSGlyf Name # 537: afii57369
	PSGlyf Name # 538: afii57370
	PSGlyf Name # 539: afii57371
	PSGlyf Name # 540: afii57372
	PSGlyf Name # 541: afii57373
	PSGlyf Name # 542: afii57374
	PSGlyf Name # 543: afii57375
	PSGlyf Name # 544: afii57391
	PSGlyf Name # 545: afii57471
	PSGlyf Name # 546: afii57460
	PSGlyf Name # 547: afii52258
	PSGlyf Name # 548: afii57506
	PSGlyf Name # 549: afii62958
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	PSGlyf Name # 783: glyph1034
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	PSGlyf Name # 874: glyph1125
	PSGlyf Name # 875: glyph1126
	PSGlyf Name # 876: uniFFFC
	PSGlyf Name # 877: Ohorn
	PSGlyf Name # 878: ohorn
	PSGlyf Name # 879: Uhorn
	PSGlyf Name # 880: uhorn
	PSGlyf Name # 881: f006
	PSGlyf Name # 882: f007
	PSGlyf Name # 883: f009
	PSGlyf Name # 884: combininghookabove
	PSGlyf Name # 885: f010
	PSGlyf Name # 886: f013
	PSGlyf Name # 887: f011
	PSGlyf Name # 888: f01c
	PSGlyf Name # 889: f015
	PSGlyf Name # 890: combiningtildeaccent
	PSGlyf Name # 891: f02c
	PSGlyf Name # 892: dongsign
	PSGlyf Name # 893: onethird
	PSGlyf Name # 894: twothirds
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	PSGlyf Name # 910: combininggraveaccent
	PSGlyf Name # 911: combiningacuteaccent
	PSGlyf Name # 912: f01d
	PSGlyf Name # 913: combiningdotbelow
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	PSGlyf Name # 915: f029
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	PSGlyf Name # 926: f030
	PSGlyf Name # 927: Adotbelow
	PSGlyf Name # 928: adotbelow
	PSGlyf Name # 929: Ahookabove
	PSGlyf Name # 930: ahookabove
	PSGlyf Name # 931: Acircumflexacute
	PSGlyf Name # 932: acircumflexacute
	PSGlyf Name # 933: Acircumflexgrave
	PSGlyf Name # 934: acircumflexgrave
	PSGlyf Name # 935: Acircumflexhookabove
	PSGlyf Name # 936: acircumflexhookabove
	PSGlyf Name # 937: Acircumflextilde
	PSGlyf Name # 938: acircumflextilde
	PSGlyf Name # 939: Acircumflexdotbelow
	PSGlyf Name # 940: acircumflexdotbelow
	PSGlyf Name # 941: Abreveacute
	PSGlyf Name # 942: abreveacute
	PSGlyf Name # 943: Abrevegrave
	PSGlyf Name # 944: abrevegrave
	PSGlyf Name # 945: Abrevehookabove
	PSGlyf Name # 946: abrevehookabove
	PSGlyf Name # 947: Abrevetilde
	PSGlyf Name # 948: abrevetilde
	PSGlyf Name # 949: Abrevedotbelow
	PSGlyf Name # 950: abrevedotbelow
	PSGlyf Name # 951: Edotbelow
	PSGlyf Name # 952: edotbelow
	PSGlyf Name # 953: Ehookabove
	PSGlyf Name # 954: ehookabove
	PSGlyf Name # 955: Etilde
	PSGlyf Name # 956: etilde
	PSGlyf Name # 957: Ecircumflexacute
	PSGlyf Name # 958: ecircumflexacute
	PSGlyf Name # 959: Ecircumflexgrave
	PSGlyf Name # 960: ecircumflexgrave
	PSGlyf Name # 961: Ecircumflexhookabove
	PSGlyf Name # 962: ecircumflexhookabove
	PSGlyf Name # 963: Ecircumflextilde
	PSGlyf Name # 964: ecircumflextilde
	PSGlyf Name # 965: Ecircumflexdotbelow
	PSGlyf Name # 966: ecircumflexdotbelow
	PSGlyf Name # 967: Ihookabove
	PSGlyf Name # 968: ihookabove
	PSGlyf Name # 969: Idotbelow
	PSGlyf Name # 970: idotbelow
	PSGlyf Name # 971: Odotbelow
	PSGlyf Name # 972: odotbelow
	PSGlyf Name # 973: Ohookabove
	PSGlyf Name # 974: ohookabove
	PSGlyf Name # 975: Ocircumflexacute
	PSGlyf Name # 976: ocircumflexacute
	PSGlyf Name # 977: Ocircumflexgrave
	PSGlyf Name # 978: ocircumflexgrave
	PSGlyf Name # 979: Ocircumflexhookabove
	PSGlyf Name # 980: ocircumflexhookabove
	PSGlyf Name # 981: Ocircumflextilde
	PSGlyf Name # 982: ocircumflextilde
	PSGlyf Name # 983: Ocircumflexdotbelow
	PSGlyf Name # 984: ocircumflexdotbelow
	PSGlyf Name # 985: Ohornacute
	PSGlyf Name # 986: ohornacute
	PSGlyf Name # 987: Ohorngrave
	PSGlyf Name # 988: ohorngrave
	PSGlyf Name # 989: Ohornhookabove
	PSGlyf Name # 990: ohornhookabove
	PSGlyf Name # 991: Ohorntilde
	PSGlyf Name # 992: ohorntilde
	PSGlyf Name # 993: Ohorndotbelow
	PSGlyf Name # 994: ohorndotbelow
	PSGlyf Name # 995: Udotbelow
	PSGlyf Name # 996: udotbelow
	PSGlyf Name # 997: Uhookabove
	PSGlyf Name # 998: uhookabove
	PSGlyf Name # 999: Uhornacute
	PSGlyf Name # 1000: uhornacute
	PSGlyf Name # 1001: Uhorngrave
	PSGlyf Name # 1002: uhorngrave
	PSGlyf Name # 1003: Uhornhookabove
	PSGlyf Name # 1004: uhornhookabove
	PSGlyf Name # 1005: Uhorntilde
	PSGlyf Name # 1006: uhorntilde
	PSGlyf Name # 1007: Uhorndotbelow
	PSGlyf Name # 1008: uhorndotbelow
	PSGlyf Name # 1009: Ydotbelow
	PSGlyf Name # 1010: ydotbelow
	PSGlyf Name # 1011: Yhookabove
	PSGlyf Name # 1012: yhookabove
	PSGlyf Name # 1013: Ytilde
	PSGlyf Name # 1014: ytilde
	PSGlyf Name # 1015: uni01CD
	PSGlyf Name # 1016: uni01CE
	PSGlyf Name # 1017: uni01CF
	PSGlyf Name # 1018: uni01D0
	PSGlyf Name # 1019: uni01D1
	PSGlyf Name # 1020: uni01D2
	PSGlyf Name # 1021: uni01D3
	PSGlyf Name # 1022: uni01D4
	PSGlyf Name # 1023: uni01D5
	PSGlyf Name # 1024: uni01D6
	PSGlyf Name # 1025: uni01D7
	PSGlyf Name # 1026: uni01D8
	PSGlyf Name # 1027: uni01D9
	PSGlyf Name # 1028: uni01DA
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	PSGlyf Name # 1030: uni01DC
	PSGlyf Name # 1031: uni0492
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	PSGlyf Name # 1038: uni049d
	PSGlyf Name # 1039: uni04a2
	PSGlyf Name # 1040: uni04a3
	PSGlyf Name # 1041: uni04ae
	PSGlyf Name # 1042: uni04af
	PSGlyf Name # 1043: uni04b0
	PSGlyf Name # 1044: uni04b1
	PSGlyf Name # 1045: uni04b2
	PSGlyf Name # 1046: uni04b3
	PSGlyf Name # 1047: uni04b8
	PSGlyf Name # 1048: uni04b9
	PSGlyf Name # 1049: uni04ba
	PSGlyf Name # 1050: uni04bb
	PSGlyf Name # 1051: uni018f
	PSGlyf Name # 1052: uni0259
	PSGlyf Name # 1053: uni04e8
	PSGlyf Name # 1054: uni04e9

'cmap' Table - Character To Index Map
-------------------------------------
Size = 5442 bytes
  'cmap' version:  0
  numTables:       3
  
Subtable  1.   Platform ID:   0
               Specific ID:   3
               'cmap' Offset: 0x0000001C
	      ->Format:	4 : Segment mapping to delta values
		Length:		2576
		Version:	0
		segCount:	184  (X2 = 368)
		searchRange:	256
		entrySelector:	7
		rangeShift:	112
		Seg   1 : St = 0020, En = 007E, D =    -29, RO =     0, gId# = N/A
		Seg   2 : St = 00A0, En = 017F, D =      0, RO =   366, gId# = 0
		Seg   3 : St = 018F, En = 018F, D =    915, RO =     0, gId# = N/A
		Seg   4 : St = 0192, En = 0192, D =   -236, RO =     0, gId# = N/A
		Seg   5 : St = 01A0, En = 01A1, D =    713, RO =     0, gId# = N/A
		Seg   6 : St = 01AF, En = 01B0, D =    700, RO =     0, gId# = N/A
		Seg   7 : St = 01CD, En = 01DC, D =    813, RO =     0, gId# = N/A
		Seg   8 : St = 01FA, En = 01FF, D =    -36, RO =     0, gId# = N/A
		Seg   9 : St = 0259, En = 0259, D =    714, RO =     0, gId# = N/A
		Seg  10 : St = 02C6, En = 02C7, D =      0, RO =   798, gId# = 224
		Seg  11 : St = 02C9, En = 02C9, D =   -497, RO =     0, gId# = N/A
		Seg  12 : St = 02D8, En = 02DD, D =      0, RO =   798, gId# = 226
		Seg  13 : St = 0300, En = 0301, D =    401, RO =     0, gId# = N/A
		Seg  14 : St = 0303, En = 0303, D =    374, RO =     0, gId# = N/A
		Seg  15 : St = 0309, En = 0309, D =    362, RO =     0, gId# = N/A
		Seg  16 : St = 0323, En = 0323, D =    369, RO =     0, gId# = N/A
		Seg  17 : St = 037E, En = 037E, D =   -864, RO =     0, gId# = N/A
		Seg  18 : St = 0384, En = 038A, D =      0, RO =   798, gId# = 232
		Seg  19 : St = 038C, En = 038C, D =   -407, RO =     0, gId# = N/A
		Seg  20 : St = 038E, En = 03A1, D =      0, RO =   808, gId# = 239
		Seg  21 : St = 03A3, En = 03CE, D =      0, RO =   846, gId# = 259
		Seg  22 : St = 0401, En = 040C, D =   -469, RO =     0, gId# = N/A
		Seg  23 : St = 040E, En = 044F, D =   -470, RO =     0, gId# = N/A
		Seg  24 : St = 0451, En = 045C, D =   -471, RO =     0, gId# = N/A
		Seg  25 : St = 045E, En = 045F, D =   -472, RO =     0, gId# = N/A
		Seg  26 : St = 0490, En = 0493, D =      0, RO =   924, gId# = 303
		Seg  27 : St = 0496, En = 0497, D =    122, RO =     0, gId# = N/A
		Seg  28 : St = 049A, En = 049D, D =    120, RO =     0, gId# = N/A
		Seg  29 : St = 04A2, En = 04A3, D =    116, RO =     0, gId# = N/A
		Seg  30 : St = 04AE, En = 04B3, D =    106, RO =     0, gId# = N/A
		Seg  31 : St = 04B8, En = 04BB, D =    102, RO =     0, gId# = N/A
		Seg  32 : St = 04D8, En = 04D9, D =     74, RO =     0, gId# = N/A
		Seg  33 : St = 04E8, En = 04E9, D =     60, RO =     0, gId# = N/A
		Seg  34 : St = 05B0, En = 05B9, D =   -803, RO =     0, gId# = N/A
		Seg  35 : St = 05BB, En = 05C3, D =   -804, RO =     0, gId# = N/A
		Seg  36 : St = 05D0, En = 05EA, D =   -816, RO =     0, gId# = N/A
		Seg  37 : St = 05F0, En = 05F4, D =   -821, RO =     0, gId# = N/A
		Seg  38 : St = 060C, En = 060C, D =   -800, RO =     0, gId# = N/A
		Seg  39 : St = 061B, En = 061B, D =   -814, RO =     0, gId# = N/A
		Seg  40 : St = 061F, En = 061F, D =   -817, RO =     0, gId# = N/A
		Seg  41 : St = 0621, En = 063A, D =      0, RO =   902, gId# = 307
		Seg  42 : St = 0640, En = 0652, D =      0, RO =   952, gId# = 333
		Seg  43 : St = 0660, En = 066B, D =   -871, RO =     0, gId# = N/A
		Seg  44 : St = 066D, En = 066D, D =   -872, RO =     0, gId# = N/A
		Seg  45 : St = 0670, En = 0671, D =      0, RO =   984, gId# = 352
		Seg  46 : St = 0674, En = 0674, D =   -877, RO =     0, gId# = N/A
		Seg  47 : St = 067E, En = 067E, D =   -863, RO =     0, gId# = N/A
		Seg  48 : St = 0686, En = 0686, D =   -863, RO =     0, gId# = N/A
		Seg  49 : St = 0698, En = 0698, D =   -877, RO =     0, gId# = N/A
		Seg  50 : St = 06A4, En = 06A4, D =   -897, RO =     0, gId# = N/A
		Seg  51 : St = 06A9, En = 06A9, D =   -892, RO =     0, gId# = N/A
		Seg  52 : St = 06AF, En = 06AF, D =   -894, RO =     0, gId# = N/A
		Seg  53 : St = 06CC, En = 06CC, D =   -919, RO =     0, gId# = N/A
		Seg  54 : St = 06D5, En = 06D5, D =   -973, RO =     0, gId# = N/A
		Seg  55 : St = 06E4, En = 06E4, D =   -987, RO =     0, gId# = N/A
		Seg  56 : St = 06F0, En = 06F9, D =      0, RO =   966, gId# = 354
		Seg  57 : St = 1E80, En = 1E85, D =  -7331, RO =     0, gId# = N/A
		Seg  58 : St = 1EA0, En = 1EF9, D =      0, RO =   982, gId# = 364
		Seg  59 : St = 200C, En = 200F, D =  -7460, RO =     0, gId# = N/A
		Seg  60 : St = 2013, En = 2015, D =      0, RO =  1158, gId# = 454
		Seg  61 : St = 2017, En = 201E, D =      0, RO =  1162, gId# = 457
		Seg  62 : St = 2020, En = 2022, D =      0, RO =  1176, gId# = 465
		Seg  63 : St = 2026, En = 2026, D =  -8059, RO =     0, gId# = N/A
		Seg  64 : St = 2030, En = 2030, D =  -8043, RO =     0, gId# = N/A
		Seg  65 : St = 2032, En = 2033, D =  -7845, RO =     0, gId# = N/A
		Seg  66 : St = 2039, En = 203A, D =  -8060, RO =     0, gId# = N/A
		Seg  67 : St = 203C, En = 203C, D =  -7943, RO =     0, gId# = N/A
		Seg  68 : St = 203E, En = 203E, D =  -7768, RO =     0, gId# = N/A
		Seg  69 : St = 2044, En = 2044, D =  -8073, RO =     0, gId# = N/A
		Seg  70 : St = 207F, En = 207F, D =  -8009, RO =     0, gId# = N/A
		Seg  71 : St = 20A3, En = 20A4, D =      0, RO =  1164, gId# = 468
		Seg  72 : St = 20A7, En = 20A7, D =  -8048, RO =     0, gId# = N/A
		Seg  73 : St = 20AA, En = 20AC, D =      0, RO =  1164, gId# = 470
		Seg  74 : St = 2105, En = 2105, D =  -8054, RO =     0, gId# = N/A
		Seg  75 : St = 2113, En = 2113, D =  -8067, RO =     0, gId# = N/A
		Seg  76 : St = 2116, En = 2116, D =  -7819, RO =     0, gId# = N/A
		Seg  77 : St = 2122, En = 2122, D =  -8342, RO =     0, gId# = N/A
		Seg  78 : St = 2126, En = 2126, D =  -8327, RO =     0, gId# = N/A
		Seg  79 : St = 212E, En = 212E, D =  -8006, RO =     0, gId# = N/A
		Seg  80 : St = 2153, En = 2154, D =  -7381, RO =     0, gId# = N/A
		Seg  81 : St = 215B, En = 215E, D =  -8050, RO =     0, gId# = N/A
		Seg  82 : St = 2190, En = 2195, D =  -8280, RO =     0, gId# = N/A
		Seg  83 : St = 21A8, En = 21A8, D =  -8298, RO =     0, gId# = N/A
		Seg  84 : St = 2202, En = 2202, D =  -8554, RO =     0, gId# = N/A
		Seg  85 : St = 2206, En = 2206, D =  -8542, RO =     0, gId# = N/A
		Seg  86 : St = 220F, En = 220F, D =  -8565, RO =     0, gId# = N/A
		Seg  87 : St = 2211, En = 2212, D =      0, RO =  1142, gId# = 473
		Seg  88 : St = 2215, En = 2215, D =  -8538, RO =     0, gId# = N/A
		Seg  89 : St = 2219, En = 221A, D =      0, RO =  1142, gId# = 475
		Seg  90 : St = 221E, En = 221F, D =      0, RO =  1144, gId# = 477
		Seg  91 : St = 2229, En = 2229, D =  -8425, RO =     0, gId# = N/A
		Seg  92 : St = 222B, En = 222B, D =  -8591, RO =     0, gId# = N/A
		Seg  93 : St = 2248, En = 2248, D =  -8609, RO =     0, gId# = N/A
		Seg  94 : St = 2260, En = 2261, D =      0, RO =  1140, gId# = 479
		Seg  95 : St = 2264, En = 2265, D =  -8656, RO =     0, gId# = N/A
		Seg  96 : St = 2302, En = 2302, D =  -8640, RO =     0, gId# = N/A
		Seg  97 : St = 2310, En = 2310, D =  -8653, RO =     0, gId# = N/A
		Seg  98 : St = 2320, En = 2321, D =  -8668, RO =     0, gId# = N/A
		Seg  99 : St = 2500, En = 2500, D =  -9146, RO =     0, gId# = N/A
		Seg 100 : St = 2502, En = 2502, D =  -9147, RO =     0, gId# = N/A
		Seg 101 : St = 250C, En = 250C, D =  -9156, RO =     0, gId# = N/A
		Seg 102 : St = 2510, En = 2510, D =  -9159, RO =     0, gId# = N/A
		Seg 103 : St = 2514, En = 2514, D =  -9162, RO =     0, gId# = N/A
		Seg 104 : St = 2518, En = 2518, D =  -9165, RO =     0, gId# = N/A
		Seg 105 : St = 251C, En = 251C, D =  -9168, RO =     0, gId# = N/A
		Seg 106 : St = 2524, En = 2524, D =  -9175, RO =     0, gId# = N/A
		Seg 107 : St = 252C, En = 252C, D =  -9182, RO =     0, gId# = N/A
		Seg 108 : St = 2534, En = 2534, D =  -9189, RO =     0, gId# = N/A
		Seg 109 : St = 253C, En = 253C, D =  -9196, RO =     0, gId# = N/A
		Seg 110 : St = 2550, En = 256C, D =  -9215, RO =     0, gId# = N/A
		Seg 111 : St = 2580, En = 2580, D =  -9234, RO =     0, gId# = N/A
		Seg 112 : St = 2584, En = 2584, D =  -9237, RO =     0, gId# = N/A
		Seg 113 : St = 2588, En = 2588, D =  -9240, RO =     0, gId# = N/A
		Seg 114 : St = 258C, En = 258C, D =  -9243, RO =     0, gId# = N/A
		Seg 115 : St = 2590, En = 2593, D =  -9246, RO =     0, gId# = N/A
		Seg 116 : St = 25A0, En = 25A1, D =      0, RO =  1100, gId# = 481
		Seg 117 : St = 25AA, En = 25AC, D =      0, RO =  1102, gId# = 483
		Seg 118 : St = 25B2, En = 25B2, D =  -9274, RO =     0, gId# = N/A
		Seg 119 : St = 25BA, En = 25BA, D =  -9281, RO =     0, gId# = N/A
		Seg 120 : St = 25BC, En = 25BC, D =  -9282, RO =     0, gId# = N/A
		Seg 121 : St = 25C4, En = 25C4, D =  -9289, RO =     0, gId# = N/A
		Seg 122 : St = 25CA, En = 25CB, D =      0, RO =  1098, gId# = 486
		Seg 123 : St = 25CF, En = 25CF, D =  -9275, RO =     0, gId# = N/A
		Seg 124 : St = 25D8, En = 25D9, D =  -9307, RO =     0, gId# = N/A
		Seg 125 : St = 25E6, En = 25E6, D =  -9297, RO =     0, gId# = N/A
		Seg 126 : St = 263A, En = 263C, D =  -9403, RO =     0, gId# = N/A
		Seg 127 : St = 2640, En = 2640, D =  -9406, RO =     0, gId# = N/A
		Seg 128 : St = 2642, En = 2642, D =  -9407, RO =     0, gId# = N/A
		Seg 129 : St = 2660, En = 2660, D =  -9436, RO =     0, gId# = N/A
		Seg 130 : St = 2663, En = 2663, D =  -9438, RO =     0, gId# = N/A
		Seg 131 : St = 2665, En = 2666, D =  -9439, RO =     0, gId# = N/A
		Seg 132 : St = 266A, En = 266B, D =  -9442, RO =     0, gId# = N/A
		Seg 133 : St = E801, En = E805, D =   6848, RO =     0, gId# = N/A
		Seg 134 : St = E811, En = E811, D =   6908, RO =     0, gId# = N/A
		Seg 135 : St = E813, En = E813, D =   6907, RO =     0, gId# = N/A
		Seg 136 : St = E815, En = E818, D =   6906, RO =     0, gId# = N/A
		Seg 137 : St = E832, En = E83B, D =   6881, RO =     0, gId# = N/A
		Seg 138 : St = F001, En = F002, D =   4286, RO =     0, gId# = N/A
		Seg 139 : St = F004, En = F009, D =      0, RO =  1068, gId# = 488
		Seg 140 : St = F00F, En = F030, D =      0, RO =  1078, gId# = 494
		Seg 141 : St = FB01, En = FB02, D =   1470, RO =     0, gId# = N/A
		Seg 142 : St = FB20, En = FB20, D =   1958, RO =     0, gId# = N/A
		Seg 143 : St = FB2A, En = FB36, D =   1949, RO =     0, gId# = N/A
		Seg 144 : St = FB38, En = FB3C, D =   1948, RO =     0, gId# = N/A
		Seg 145 : St = FB3E, En = FB3E, D =   1947, RO =     0, gId# = N/A
		Seg 146 : St = FB40, En = FB41, D =   1946, RO =     0, gId# = N/A
		Seg 147 : St = FB43, En = FB44, D =   1945, RO =     0, gId# = N/A
		Seg 148 : St = FB46, En = FB51, D =      0, RO =  1130, gId# = 528
		Seg 149 : St = FB56, En = FB59, D =   1993, RO =     0, gId# = N/A
		Seg 150 : St = FB6A, En = FB6D, D =   1977, RO =     0, gId# = N/A
		Seg 151 : St = FB7A, En = FB7D, D =   1965, RO =     0, gId# = N/A
		Seg 152 : St = FB8A, En = FB8B, D =   1953, RO =     0, gId# = N/A
		Seg 153 : St = FB8E, En = FB95, D =   1951, RO =     0, gId# = N/A
		Seg 154 : St = FBFC, En = FBFF, D =      0, RO =  1142, gId# = 540
		Seg 155 : St = FC08, En = FC09, D =   1839, RO =     0, gId# = N/A
		Seg 156 : St = FC0E, En = FC0E, D =   1835, RO =     0, gId# = N/A
		Seg 157 : St = FC12, En = FC12, D =   1832, RO =     0, gId# = N/A
		Seg 158 : St = FC31, En = FC32, D =   1802, RO =     0, gId# = N/A
		Seg 159 : St = FC3F, En = FC44, D =   1790, RO =     0, gId# = N/A
		Seg 160 : St = FC4E, En = FC4F, D =   1781, RO =     0, gId# = N/A
		Seg 161 : St = FC58, En = FC59, D =   1773, RO =     0, gId# = N/A
		Seg 162 : St = FC5E, En = FC62, D =   1769, RO =     0, gId# = N/A
		Seg 163 : St = FC6A, En = FC6A, D =   1762, RO =     0, gId# = N/A
		Seg 164 : St = FC6D, En = FC70, D =   1760, RO =     0, gId# = N/A
		Seg 165 : St = FC73, En = FC75, D =   1758, RO =     0, gId# = N/A
		Seg 166 : St = FC8E, En = FC8F, D =   1734, RO =     0, gId# = N/A
		Seg 167 : St = FC91, En = FC91, D =   1733, RO =     0, gId# = N/A
		Seg 168 : St = FC94, En = FC94, D =   1731, RO =     0, gId# = N/A
		Seg 169 : St = FC9C, En = FCA6, D =   1724, RO =     0, gId# = N/A
		Seg 170 : St = FCA8, En = FCA8, D =   1723, RO =     0, gId# = N/A
		Seg 171 : St = FCAA, En = FCAA, D =   1722, RO =     0, gId# = N/A
		Seg 172 : St = FCAC, En = FCAC, D =   1721, RO =     0, gId# = N/A
		Seg 173 : St = FCB0, En = FCB0, D =   1718, RO =     0, gId# = N/A
		Seg 174 : St = FCC9, En = FCD5, D =   1694, RO =     0, gId# = N/A
		Seg 175 : St = FCD8, En = FCD8, D =   1692, RO =     0, gId# = N/A
		Seg 176 : St = FCDA, En = FCDD, D =   1691, RO =     0, gId# = N/A
		Seg 177 : St = FD30, En = FD30, D =   1609, RO =     0, gId# = N/A
		Seg 178 : St = FD3C, En = FD3F, D =   1598, RO =     0, gId# = N/A
		Seg 179 : St = FD88, En = FD88, D =   1526, RO =     0, gId# = N/A
		Seg 180 : St = FDF2, En = FDF2, D =   1421, RO =     0, gId# = N/A
		Seg 181 : St = FE80, En = FEFC, D =   1280, RO =     0, gId# = N/A
		Seg 182 : St = FEFF, En = FEFF, D =   1278, RO =     0, gId# = N/A
		Seg 183 : St = FFFC, En = FFFC, D =   1132, RO =     0, gId# = N/A
		Seg 184 : St = FFFF, En = FFFF, D =      1, RO =     0, gId# = N/A
		glyphIdArray[0] =    3 (Offset = 05D0)
		glyphIdArray[1] =  163 (Offset = 05D2)
		glyphIdArray[2] =  132 (Offset = 05D4)
		glyphIdArray[3] =  133 (Offset = 05D6)
		glyphIdArray[4] = 1127 (Offset = 05D8)
		glyphIdArray[5] =  150 (Offset = 05DA)
		glyphIdArray[6] =  230 (Offset = 05DC)
		glyphIdArray[7] =  134 (Offset = 05DE)
		glyphIdArray[8] =  142 (Offset = 05E0)
		glyphIdArray[9] =  139 (Offset = 05E2)
		glyphIdArray[10] =  157 (Offset = 05E4)
		glyphIdArray[11] =  169 (Offset = 05E6)
		glyphIdArray[12] =  164 (Offset = 05E8)
		glyphIdArray[13] =   16 (Offset = 05EA)
		glyphIdArray[14] =  138 (Offset = 05EC)
		glyphIdArray[15] =  256 (Offset = 05EE)
		glyphIdArray[16] =  131 (Offset = 05F0)
		glyphIdArray[17] =  147 (Offset = 05F2)
		glyphIdArray[18] =  240 (Offset = 05F4)
		glyphIdArray[19] =  241 (Offset = 05F6)
		glyphIdArray[20] =  141 (Offset = 05F8)
		glyphIdArray[21] =  151 (Offset = 05FA)
		glyphIdArray[22] =  136 (Offset = 05FC)
		glyphIdArray[23] =  194 (Offset = 05FE)
		glyphIdArray[24] =  220 (Offset = 0600)
		glyphIdArray[25] =  239 (Offset = 0602)
		glyphIdArray[26] =  158 (Offset = 0604)
		glyphIdArray[27] =  170 (Offset = 0606)
		glyphIdArray[28] =  243 (Offset = 0608)
		glyphIdArray[29] =  242 (Offset = 060A)
		glyphIdArray[30] =  244 (Offset = 060C)
		glyphIdArray[31] =  162 (Offset = 060E)
		glyphIdArray[32] =  172 (Offset = 0610)
		glyphIdArray[33] =  200 (Offset = 0612)
		glyphIdArray[34] =  198 (Offset = 0614)
		glyphIdArray[35] =  173 (Offset = 0616)
		glyphIdArray[36] =   98 (Offset = 0618)
		glyphIdArray[37] =   99 (Offset = 061A)
		glyphIdArray[38] =  144 (Offset = 061C)
		glyphIdArray[39] =  100 (Offset = 061E)
		glyphIdArray[40] =  202 (Offset = 0620)
		glyphIdArray[41] =  101 (Offset = 0622)
		glyphIdArray[42] =  199 (Offset = 0624)
		glyphIdArray[43] =  201 (Offset = 0626)
		glyphIdArray[44] =  206 (Offset = 0628)
		glyphIdArray[45] =  203 (Offset = 062A)
		glyphIdArray[46] =  204 (Offset = 062C)
		glyphIdArray[47] =  205 (Offset = 062E)
		glyphIdArray[48] =  231 (Offset = 0630)
		glyphIdArray[49] =  102 (Offset = 0632)
		glyphIdArray[50] =  209 (Offset = 0634)
		glyphIdArray[51] =  207 (Offset = 0636)
		glyphIdArray[52] =  208 (Offset = 0638)
		glyphIdArray[53] =  174 (Offset = 063A)
		glyphIdArray[54] =  103 (Offset = 063C)
		glyphIdArray[55] =  238 (Offset = 063E)
		glyphIdArray[56] =  145 (Offset = 0640)
		glyphIdArray[57] =  212 (Offset = 0642)
		glyphIdArray[58] =  210 (Offset = 0644)
		glyphIdArray[59] =  211 (Offset = 0646)
		glyphIdArray[60] =  104 (Offset = 0648)
		glyphIdArray[61] =  233 (Offset = 064A)
		glyphIdArray[62] =  235 (Offset = 064C)
		glyphIdArray[63] =  137 (Offset = 064E)
		glyphIdArray[64] =  106 (Offset = 0650)
		glyphIdArray[65] =  105 (Offset = 0652)
		glyphIdArray[66] =  107 (Offset = 0654)
		glyphIdArray[67] =  109 (Offset = 0656)
		glyphIdArray[68] =  108 (Offset = 0658)
		glyphIdArray[69] =  110 (Offset = 065A)
		glyphIdArray[70] =  160 (Offset = 065C)
		glyphIdArray[71] =  111 (Offset = 065E)
		glyphIdArray[72] =  113 (Offset = 0660)
		glyphIdArray[73] =  112 (Offset = 0662)
		glyphIdArray[74] =  114 (Offset = 0664)
		glyphIdArray[75] =  115 (Offset = 0666)
		glyphIdArray[76] =  117 (Offset = 0668)
		glyphIdArray[77] =  116 (Offset = 066A)
		glyphIdArray[78] =  118 (Offset = 066C)
		glyphIdArray[79] =  119 (Offset = 066E)
		glyphIdArray[80] =  232 (Offset = 0670)
		glyphIdArray[81] =  120 (Offset = 0672)
		glyphIdArray[82] =  122 (Offset = 0674)
		glyphIdArray[83] =  121 (Offset = 0676)
		glyphIdArray[84] =  123 (Offset = 0678)
		glyphIdArray[85] =  125 (Offset = 067A)
		glyphIdArray[86] =  124 (Offset = 067C)
		glyphIdArray[87] =  183 (Offset = 067E)
		glyphIdArray[88] =  161 (Offset = 0680)
		glyphIdArray[89] =  127 (Offset = 0682)
		glyphIdArray[90] =  126 (Offset = 0684)
		glyphIdArray[91] =  128 (Offset = 0686)
		glyphIdArray[92] =  129 (Offset = 0688)
		glyphIdArray[93] =  234 (Offset = 068A)
		glyphIdArray[94] =  236 (Offset = 068C)
		glyphIdArray[95] =  185 (Offset = 068E)
		glyphIdArray[96] =  406 (Offset = 0690)
		glyphIdArray[97] =  407 (Offset = 0692)
		glyphIdArray[98] =  258 (Offset = 0694)
		glyphIdArray[99] =  259 (Offset = 0696)
		glyphIdArray[100] =  260 (Offset = 0698)
		glyphIdArray[101] =  261 (Offset = 069A)
		glyphIdArray[102] =  251 (Offset = 069C)
		glyphIdArray[103] =  252 (Offset = 069E)
		glyphIdArray[104] =  408 (Offset = 06A0)
		glyphIdArray[105] =  409 (Offset = 06A2)
		glyphIdArray[106] =  410 (Offset = 06A4)
		glyphIdArray[107] =  411 (Offset = 06A6)
		glyphIdArray[108] =  253 (Offset = 06A8)
		glyphIdArray[109] =  254 (Offset = 06AA)
		glyphIdArray[110] =  262 (Offset = 06AC)
		glyphIdArray[111] =  263 (Offset = 06AE)
		glyphIdArray[112] =  264 (Offset = 06B0)
		glyphIdArray[113] =  255 (Offset = 06B2)
		glyphIdArray[114] =  412 (Offset = 06B4)
		glyphIdArray[115] =  413 (Offset = 06B6)
		glyphIdArray[116] =  414 (Offset = 06B8)
		glyphIdArray[117] =  415 (Offset = 06BA)
		glyphIdArray[118] =  416 (Offset = 06BC)
		glyphIdArray[119] =  417 (Offset = 06BE)
		glyphIdArray[120] =  265 (Offset = 06C0)
		glyphIdArray[121] =  266 (Offset = 06C2)
		glyphIdArray[122] =  267 (Offset = 06C4)
		glyphIdArray[123] =  268 (Offset = 06C6)
		glyphIdArray[124] =  418 (Offset = 06C8)
		glyphIdArray[125] =  419 (Offset = 06CA)
		glyphIdArray[126] =  246 (Offset = 06CC)
		glyphIdArray[127] =  247 (Offset = 06CE)
		glyphIdArray[128] =  420 (Offset = 06D0)
		glyphIdArray[129] =  421 (Offset = 06D2)
		glyphIdArray[130] =  422 (Offset = 06D4)
		glyphIdArray[131] =  423 (Offset = 06D6)
		glyphIdArray[132] =  424 (Offset = 06D8)
		glyphIdArray[133] =  425 (Offset = 06DA)
		glyphIdArray[134] =  426 (Offset = 06DC)
		glyphIdArray[135] =  427 (Offset = 06DE)
		glyphIdArray[136] =  428 (Offset = 06E0)
		glyphIdArray[137] =  429 (Offset = 06E2)
		glyphIdArray[138] =  430 (Offset = 06E4)
		glyphIdArray[139] =  431 (Offset = 06E6)
		glyphIdArray[140] =  432 (Offset = 06E8)
		glyphIdArray[141] =  433 (Offset = 06EA)
		glyphIdArray[142] =  434 (Offset = 06EC)
		glyphIdArray[143] =  435 (Offset = 06EE)
		glyphIdArray[144] =  248 (Offset = 06F0)
		glyphIdArray[145] =  213 (Offset = 06F2)
		glyphIdArray[146] =  394 (Offset = 06F4)
		glyphIdArray[147] =  395 (Offset = 06F6)
		glyphIdArray[148] =  436 (Offset = 06F8)
		glyphIdArray[149] =  437 (Offset = 06FA)
		glyphIdArray[150] =  438 (Offset = 06FC)
		glyphIdArray[151] =  439 (Offset = 06FE)
		glyphIdArray[152] =  440 (Offset = 0700)
		glyphIdArray[153] =  269 (Offset = 0702)
		glyphIdArray[154] =  270 (Offset = 0704)
		glyphIdArray[155] =  441 (Offset = 0706)
		glyphIdArray[156] =  442 (Offset = 0708)
		glyphIdArray[157] =  271 (Offset = 070A)
		glyphIdArray[158] =  272 (Offset = 070C)
		glyphIdArray[159] =  273 (Offset = 070E)
		glyphIdArray[160] =  274 (Offset = 0710)
		glyphIdArray[161] =  224 (Offset = 0712)
		glyphIdArray[162] =  225 (Offset = 0714)
		glyphIdArray[163] =  275 (Offset = 0716)
		glyphIdArray[164] =  276 (Offset = 0718)
		glyphIdArray[165] =  443 (Offset = 071A)
		glyphIdArray[166] =  444 (Offset = 071C)
		glyphIdArray[167] =  277 (Offset = 071E)
		glyphIdArray[168] =  278 (Offset = 0720)
		glyphIdArray[169] =  396 (Offset = 0722)
		glyphIdArray[170] =  445 (Offset = 0724)
		glyphIdArray[171] =  446 (Offset = 0726)
		glyphIdArray[172] =  447 (Offset = 0728)
		glyphIdArray[173] =  448 (Offset = 072A)
		glyphIdArray[174] =  449 (Offset = 072C)
		glyphIdArray[175] =  450 (Offset = 072E)
		glyphIdArray[176] =  279 (Offset = 0730)
		glyphIdArray[177] =  280 (Offset = 0732)
		glyphIdArray[178] =  175 (Offset = 0734)
		glyphIdArray[179] =  176 (Offset = 0736)
		glyphIdArray[180] =  281 (Offset = 0738)
		glyphIdArray[181] =  282 (Offset = 073A)
		glyphIdArray[182] =  451 (Offset = 073C)
		glyphIdArray[183] =  452 (Offset = 073E)
		glyphIdArray[184] =  283 (Offset = 0740)
		glyphIdArray[185] =  284 (Offset = 0742)
		glyphIdArray[186] =  285 (Offset = 0744)
		glyphIdArray[187] =  286 (Offset = 0746)
		glyphIdArray[188] =  453 (Offset = 0748)
		glyphIdArray[189] =  454 (Offset = 074A)
		glyphIdArray[190] =  249 (Offset = 074C)
		glyphIdArray[191] =  250 (Offset = 074E)
		glyphIdArray[192] =  226 (Offset = 0750)
		glyphIdArray[193] =  227 (Offset = 0752)
		glyphIdArray[194] =  287 (Offset = 0754)
		glyphIdArray[195] =  288 (Offset = 0756)
		glyphIdArray[196] =  289 (Offset = 0758)
		glyphIdArray[197] =  290 (Offset = 075A)
		glyphIdArray[198] =  455 (Offset = 075C)
		glyphIdArray[199] =  456 (Offset = 075E)
		glyphIdArray[200] =  457 (Offset = 0760)
		glyphIdArray[201] =  458 (Offset = 0762)
		glyphIdArray[202] =  459 (Offset = 0764)
		glyphIdArray[203] =  460 (Offset = 0766)
		glyphIdArray[204] =  461 (Offset = 0768)
		glyphIdArray[205] =  462 (Offset = 076A)
		glyphIdArray[206] =  291 (Offset = 076C)
		glyphIdArray[207] =  292 (Offset = 076E)
		glyphIdArray[208] =  293 (Offset = 0770)
		glyphIdArray[209] =  294 (Offset = 0772)
		glyphIdArray[210] =  463 (Offset = 0774)
		glyphIdArray[211] =  464 (Offset = 0776)
		glyphIdArray[212] =  465 (Offset = 0778)
		glyphIdArray[213] =  466 (Offset = 077A)
		glyphIdArray[214] =  467 (Offset = 077C)
		glyphIdArray[215] =  468 (Offset = 077E)
		glyphIdArray[216] =  186 (Offset = 0780)
		glyphIdArray[217] =  295 (Offset = 0782)
		glyphIdArray[218] =  296 (Offset = 0784)
		glyphIdArray[219] =  297 (Offset = 0786)
		glyphIdArray[220] =  298 (Offset = 0788)
		glyphIdArray[221] =  228 (Offset = 078A)
		glyphIdArray[222] =  229 (Offset = 078C)
		glyphIdArray[223] =  469 (Offset = 078E)
		glyphIdArray[224] =  214 (Offset = 0790)
		glyphIdArray[225] =  223 (Offset = 0792)
		glyphIdArray[226] =  217 (Offset = 0794)
		glyphIdArray[227] =  218 (Offset = 0796)
		glyphIdArray[228] =  219 (Offset = 0798)
		glyphIdArray[229] =  222 (Offset = 079A)
		glyphIdArray[230] =  215 (Offset = 079C)
		glyphIdArray[231] =  221 (Offset = 079E)
		glyphIdArray[232] =  495 (Offset = 07A0)
		glyphIdArray[233] =  496 (Offset = 07A2)
		glyphIdArray[234] =  497 (Offset = 07A4)
		glyphIdArray[235] =  476 (Offset = 07A6)
		glyphIdArray[236] =  498 (Offset = 07A8)
		glyphIdArray[237] =  499 (Offset = 07AA)
		glyphIdArray[238] =  500 (Offset = 07AC)
		glyphIdArray[239] =  502 (Offset = 07AE)
		glyphIdArray[240] =  503 (Offset = 07B0)
		glyphIdArray[241] =  504 (Offset = 07B2)
		glyphIdArray[242] =  505 (Offset = 07B4)
		glyphIdArray[243] =  506 (Offset = 07B6)
		glyphIdArray[244] =  299 (Offset = 07B8)
		glyphIdArray[245] =  507 (Offset = 07BA)
		glyphIdArray[246] =  508 (Offset = 07BC)
		glyphIdArray[247] =  509 (Offset = 07BE)
		glyphIdArray[248] =  510 (Offset = 07C0)
		glyphIdArray[249] =  300 (Offset = 07C2)
		glyphIdArray[250] =  511 (Offset = 07C4)
		glyphIdArray[251] =  512 (Offset = 07C6)
		glyphIdArray[252] =  513 (Offset = 07C8)
		glyphIdArray[253] =  514 (Offset = 07CA)
		glyphIdArray[254] =  515 (Offset = 07CC)
		glyphIdArray[255] =  516 (Offset = 07CE)
		glyphIdArray[256] =  517 (Offset = 07D0)
		glyphIdArray[257] =  518 (Offset = 07D2)
		glyphIdArray[258] =  519 (Offset = 07D4)
		glyphIdArray[259] =  520 (Offset = 07D6)
		glyphIdArray[260] =  521 (Offset = 07D8)
		glyphIdArray[261] =  522 (Offset = 07DA)
		glyphIdArray[262] =  301 (Offset = 07DC)
		glyphIdArray[263] =  523 (Offset = 07DE)
		glyphIdArray[264] =  524 (Offset = 07E0)
		glyphIdArray[265] =  525 (Offset = 07E2)
		glyphIdArray[266] =  526 (Offset = 07E4)
		glyphIdArray[267] =  527 (Offset = 07E6)
		glyphIdArray[268] =  528 (Offset = 07E8)
		glyphIdArray[269] =  529 (Offset = 07EA)
		glyphIdArray[270] =  530 (Offset = 07EC)
		glyphIdArray[271] =  531 (Offset = 07EE)
		glyphIdArray[272] =  532 (Offset = 07F0)
		glyphIdArray[273] =  302 (Offset = 07F2)
		glyphIdArray[274] =  533 (Offset = 07F4)
		glyphIdArray[275] =  534 (Offset = 07F6)
		glyphIdArray[276] =  303 (Offset = 07F8)
		glyphIdArray[277] =  304 (Offset = 07FA)
		glyphIdArray[278] =  535 (Offset = 07FC)
		glyphIdArray[279] =  536 (Offset = 07FE)
		glyphIdArray[280] =  537 (Offset = 0800)
		glyphIdArray[281] =  538 (Offset = 0802)
		glyphIdArray[282] =  539 (Offset = 0804)
		glyphIdArray[283] =  540 (Offset = 0806)
		glyphIdArray[284] =  541 (Offset = 0808)
		glyphIdArray[285] =  542 (Offset = 080A)
		glyphIdArray[286] =  543 (Offset = 080C)
		glyphIdArray[287] =  544 (Offset = 080E)
		glyphIdArray[288] =  652 (Offset = 0810)
		glyphIdArray[289] =  545 (Offset = 0812)
		glyphIdArray[290] =  546 (Offset = 0814)
		glyphIdArray[291] =  305 (Offset = 0816)
		glyphIdArray[292] =  306 (Offset = 0818)
		glyphIdArray[293] =  547 (Offset = 081A)
		glyphIdArray[294] =  307 (Offset = 081C)
		glyphIdArray[295] =  548 (Offset = 081E)
		glyphIdArray[296] =  549 (Offset = 0820)
		glyphIdArray[297] =  550 (Offset = 0822)
		glyphIdArray[298] =  551 (Offset = 0824)
		glyphIdArray[299] =  552 (Offset = 0826)
		glyphIdArray[300] =  553 (Offset = 0828)
		glyphIdArray[301] =  554 (Offset = 082A)
		glyphIdArray[302] =  555 (Offset = 082C)
		glyphIdArray[303] =  648 (Offset = 082E)
		glyphIdArray[304] =  649 (Offset = 0830)
		glyphIdArray[305] = 1294 (Offset = 0832)
		glyphIdArray[306] = 1295 (Offset = 0834)
		glyphIdArray[307] =  751 (Offset = 0836)
		glyphIdArray[308] =  897 (Offset = 0838)
		glyphIdArray[309] =  899 (Offset = 083A)
		glyphIdArray[310] =  901 (Offset = 083C)
		glyphIdArray[311] =  903 (Offset = 083E)
		glyphIdArray[312] =  905 (Offset = 0840)
		glyphIdArray[313] =  909 (Offset = 0842)
		glyphIdArray[314] =  911 (Offset = 0844)
		glyphIdArray[315] =  915 (Offset = 0846)
		glyphIdArray[316] =  917 (Offset = 0848)
		glyphIdArray[317] =  921 (Offset = 084A)
		glyphIdArray[318] =  925 (Offset = 084C)
		glyphIdArray[319] =  929 (Offset = 084E)
		glyphIdArray[320] =  933 (Offset = 0850)
		glyphIdArray[321] =  937 (Offset = 0852)
		glyphIdArray[322] =  939 (Offset = 0854)
		glyphIdArray[323] =  941 (Offset = 0856)
		glyphIdArray[324] =  943 (Offset = 0858)
		glyphIdArray[325] =  945 (Offset = 085A)
		glyphIdArray[326] =  949 (Offset = 085C)
		glyphIdArray[327] =  953 (Offset = 085E)
		glyphIdArray[328] =  957 (Offset = 0860)
		glyphIdArray[329] =  961 (Offset = 0862)
		glyphIdArray[330] =  965 (Offset = 0864)
		glyphIdArray[331] =  969 (Offset = 0866)
		glyphIdArray[332] =  973 (Offset = 0868)
		glyphIdArray[333] =  752 (Offset = 086A)
		glyphIdArray[334] =  977 (Offset = 086C)
		glyphIdArray[335] =  981 (Offset = 086E)
		glyphIdArray[336] =  985 (Offset = 0870)
		glyphIdArray[337] =  989 (Offset = 0872)
		glyphIdArray[338] =  993 (Offset = 0874)
		glyphIdArray[339] =  997 (Offset = 0876)
		glyphIdArray[340] = 1001 (Offset = 0878)
		glyphIdArray[341] = 1005 (Offset = 087A)
		glyphIdArray[342] = 1007 (Offset = 087C)
		glyphIdArray[343] = 1009 (Offset = 087E)
		glyphIdArray[344] =  753 (Offset = 0880)
		glyphIdArray[345] =  754 (Offset = 0882)
		glyphIdArray[346] =  755 (Offset = 0884)
		glyphIdArray[347] =  756 (Offset = 0886)
		glyphIdArray[348] =  757 (Offset = 0888)
		glyphIdArray[349] =  758 (Offset = 088A)
		glyphIdArray[350] =  759 (Offset = 088C)
		glyphIdArray[351] =  760 (Offset = 088E)
		glyphIdArray[352] =  774 (Offset = 0890)
		glyphIdArray[353] =  797 (Offset = 0892)
		glyphIdArray[354] =  761 (Offset = 0894)
		glyphIdArray[355] =  762 (Offset = 0896)
		glyphIdArray[356] =  763 (Offset = 0898)
		glyphIdArray[357] =  764 (Offset = 089A)
		glyphIdArray[358] =  778 (Offset = 089C)
		glyphIdArray[359] =  779 (Offset = 089E)
		glyphIdArray[360] =  780 (Offset = 08A0)
		glyphIdArray[361] =  768 (Offset = 08A2)
		glyphIdArray[362] =  769 (Offset = 08A4)
		glyphIdArray[363] =  770 (Offset = 08A6)
		glyphIdArray[364] = 1186 (Offset = 08A8)
		glyphIdArray[365] = 1187 (Offset = 08AA)
		glyphIdArray[366] = 1188 (Offset = 08AC)
		glyphIdArray[367] = 1189 (Offset = 08AE)
		glyphIdArray[368] = 1190 (Offset = 08B0)
		glyphIdArray[369] = 1191 (Offset = 08B2)
		glyphIdArray[370] = 1192 (Offset = 08B4)
		glyphIdArray[371] = 1193 (Offset = 08B6)
		glyphIdArray[372] = 1194 (Offset = 08B8)
		glyphIdArray[373] = 1195 (Offset = 08BA)
		glyphIdArray[374] = 1196 (Offset = 08BC)
		glyphIdArray[375] = 1197 (Offset = 08BE)
		glyphIdArray[376] = 1198 (Offset = 08C0)
		glyphIdArray[377] = 1199 (Offset = 08C2)
		glyphIdArray[378] = 1200 (Offset = 08C4)
		glyphIdArray[379] = 1201 (Offset = 08C6)
		glyphIdArray[380] = 1202 (Offset = 08C8)
		glyphIdArray[381] = 1203 (Offset = 08CA)
		glyphIdArray[382] = 1204 (Offset = 08CC)
		glyphIdArray[383] = 1205 (Offset = 08CE)
		glyphIdArray[384] = 1206 (Offset = 08D0)
		glyphIdArray[385] = 1207 (Offset = 08D2)
		glyphIdArray[386] = 1208 (Offset = 08D4)
		glyphIdArray[387] = 1209 (Offset = 08D6)
		glyphIdArray[388] = 1210 (Offset = 08D8)
		glyphIdArray[389] = 1211 (Offset = 08DA)
		glyphIdArray[390] = 1212 (Offset = 08DC)
		glyphIdArray[391] = 1213 (Offset = 08DE)
		glyphIdArray[392] = 1214 (Offset = 08E0)
		glyphIdArray[393] = 1215 (Offset = 08E2)
		glyphIdArray[394] = 1216 (Offset = 08E4)
		glyphIdArray[395] = 1217 (Offset = 08E6)
		glyphIdArray[396] = 1218 (Offset = 08E8)
		glyphIdArray[397] = 1219 (Offset = 08EA)
		glyphIdArray[398] = 1220 (Offset = 08EC)
		glyphIdArray[399] = 1221 (Offset = 08EE)
		glyphIdArray[400] = 1222 (Offset = 08F0)
		glyphIdArray[401] = 1223 (Offset = 08F2)
		glyphIdArray[402] = 1224 (Offset = 08F4)
		glyphIdArray[403] = 1225 (Offset = 08F6)
		glyphIdArray[404] = 1226 (Offset = 08F8)
		glyphIdArray[405] = 1227 (Offset = 08FA)
		glyphIdArray[406] = 1228 (Offset = 08FC)
		glyphIdArray[407] = 1229 (Offset = 08FE)
		glyphIdArray[408] = 1230 (Offset = 0900)
		glyphIdArray[409] = 1231 (Offset = 0902)
		glyphIdArray[410] = 1232 (Offset = 0904)
		glyphIdArray[411] = 1233 (Offset = 0906)
		glyphIdArray[412] = 1234 (Offset = 0908)
		glyphIdArray[413] = 1235 (Offset = 090A)
		glyphIdArray[414] = 1236 (Offset = 090C)
		glyphIdArray[415] = 1237 (Offset = 090E)
		glyphIdArray[416] = 1238 (Offset = 0910)
		glyphIdArray[417] = 1239 (Offset = 0912)
		glyphIdArray[418] = 1240 (Offset = 0914)
		glyphIdArray[419] = 1241 (Offset = 0916)
		glyphIdArray[420] = 1242 (Offset = 0918)
		glyphIdArray[421] = 1243 (Offset = 091A)
		glyphIdArray[422] = 1244 (Offset = 091C)
		glyphIdArray[423] = 1245 (Offset = 091E)
		glyphIdArray[424] = 1246 (Offset = 0920)
		glyphIdArray[425] = 1247 (Offset = 0922)
		glyphIdArray[426] = 1248 (Offset = 0924)
		glyphIdArray[427] = 1249 (Offset = 0926)
		glyphIdArray[428] = 1250 (Offset = 0928)
		glyphIdArray[429] = 1251 (Offset = 092A)
		glyphIdArray[430] = 1252 (Offset = 092C)
		glyphIdArray[431] = 1253 (Offset = 092E)
		glyphIdArray[432] = 1254 (Offset = 0930)
		glyphIdArray[433] = 1255 (Offset = 0932)
		glyphIdArray[434] = 1256 (Offset = 0934)
		glyphIdArray[435] = 1257 (Offset = 0936)
		glyphIdArray[436] = 1258 (Offset = 0938)
		glyphIdArray[437] = 1259 (Offset = 093A)
		glyphIdArray[438] = 1260 (Offset = 093C)
		glyphIdArray[439] = 1261 (Offset = 093E)
		glyphIdArray[440] = 1262 (Offset = 0940)
		glyphIdArray[441] = 1263 (Offset = 0942)
		glyphIdArray[442] = 1264 (Offset = 0944)
		glyphIdArray[443] = 1265 (Offset = 0946)
		glyphIdArray[444] = 1266 (Offset = 0948)
		glyphIdArray[445] = 1267 (Offset = 094A)
		glyphIdArray[446] =  483 (Offset = 094C)
		glyphIdArray[447] =  484 (Offset = 094E)
		glyphIdArray[448] = 1268 (Offset = 0950)
		glyphIdArray[449] = 1269 (Offset = 0952)
		glyphIdArray[450] = 1270 (Offset = 0954)
		glyphIdArray[451] = 1271 (Offset = 0956)
		glyphIdArray[452] = 1272 (Offset = 0958)
		glyphIdArray[453] = 1273 (Offset = 095A)
		glyphIdArray[454] =  177 (Offset = 095C)
		glyphIdArray[455] =  178 (Offset = 095E)
		glyphIdArray[456] =  650 (Offset = 0960)
		glyphIdArray[457] =  308 (Offset = 0962)
		glyphIdArray[458] =  181 (Offset = 0964)
		glyphIdArray[459] =  182 (Offset = 0966)
		glyphIdArray[460] =  195 (Offset = 0968)
		glyphIdArray[461] =  485 (Offset = 096A)
		glyphIdArray[462] =  179 (Offset = 096C)
		glyphIdArray[463] =  180 (Offset = 096E)
		glyphIdArray[464] =  196 (Offset = 0970)
		glyphIdArray[465] =  130 (Offset = 0972)
		glyphIdArray[466] =  193 (Offset = 0974)
		glyphIdArray[467] =  135 (Offset = 0976)
		glyphIdArray[468] =  245 (Offset = 0978)
		glyphIdArray[469] =  487 (Offset = 097A)
		glyphIdArray[470] =  704 (Offset = 097C)
		glyphIdArray[471] = 1149 (Offset = 097E)
		glyphIdArray[472] =  188 (Offset = 0980)
		glyphIdArray[473] =  153 (Offset = 0982)
		glyphIdArray[474] =  237 (Offset = 0984)
		glyphIdArray[475] =  194 (Offset = 0986)
		glyphIdArray[476] =  165 (Offset = 0988)
		glyphIdArray[477] =  146 (Offset = 098A)
		glyphIdArray[478] =  319 (Offset = 098C)
		glyphIdArray[479] =  143 (Offset = 098E)
		glyphIdArray[480] =  321 (Offset = 0990)
		glyphIdArray[481] =  374 (Offset = 0992)
		glyphIdArray[482] =  401 (Offset = 0994)
		glyphIdArray[483] =  402 (Offset = 0996)
		glyphIdArray[484] =  403 (Offset = 0998)
		glyphIdArray[485] =  375 (Offset = 099A)
		glyphIdArray[486] =  184 (Offset = 099C)
		glyphIdArray[487] =  380 (Offset = 099E)
		glyphIdArray[488] =  493 (Offset = 09A0)
		glyphIdArray[489] =  494 (Offset = 09A2)
		glyphIdArray[490] = 1136 (Offset = 09A4)
		glyphIdArray[491] = 1137 (Offset = 09A6)
		glyphIdArray[492] = 1152 (Offset = 09A8)
		glyphIdArray[493] = 1138 (Offset = 09AA)
		glyphIdArray[494] = 1155 (Offset = 09AC)
		glyphIdArray[495] = 1140 (Offset = 09AE)
		glyphIdArray[496] = 1142 (Offset = 09B0)
		glyphIdArray[497] = 1156 (Offset = 09B2)
		glyphIdArray[498] = 1141 (Offset = 09B4)
		glyphIdArray[499] = 1157 (Offset = 09B6)
		glyphIdArray[500] = 1144 (Offset = 09B8)
		glyphIdArray[501] = 1158 (Offset = 09BA)
		glyphIdArray[502] = 1159 (Offset = 09BC)
		glyphIdArray[503] = 1160 (Offset = 09BE)
		glyphIdArray[504] = 1161 (Offset = 09C0)
		glyphIdArray[505] = 1162 (Offset = 09C2)
		glyphIdArray[506] = 1163 (Offset = 09C4)
		glyphIdArray[507] = 1143 (Offset = 09C6)
		glyphIdArray[508] = 1171 (Offset = 09C8)
		glyphIdArray[509] = 1164 (Offset = 09CA)
		glyphIdArray[510] = 1165 (Offset = 09CC)
		glyphIdArray[511] = 1166 (Offset = 09CE)
		glyphIdArray[512] = 1167 (Offset = 09D0)
		glyphIdArray[513] = 1168 (Offset = 09D2)
		glyphIdArray[514] = 1173 (Offset = 09D4)
		glyphIdArray[515] = 1177 (Offset = 09D6)
		glyphIdArray[516] = 1178 (Offset = 09D8)
		glyphIdArray[517] = 1179 (Offset = 09DA)
		glyphIdArray[518] = 1180 (Offset = 09DC)
		glyphIdArray[519] = 1181 (Offset = 09DE)
		glyphIdArray[520] = 1174 (Offset = 09E0)
		glyphIdArray[521] = 1175 (Offset = 09E2)
		glyphIdArray[522] = 1176 (Offset = 09E4)
		glyphIdArray[523] = 1148 (Offset = 09E6)
		glyphIdArray[524] = 1182 (Offset = 09E8)
		glyphIdArray[525] = 1183 (Offset = 09EA)
		glyphIdArray[526] = 1184 (Offset = 09EC)
		glyphIdArray[527] = 1185 (Offset = 09EE)
		glyphIdArray[528] =  734 (Offset = 09F0)
		glyphIdArray[529] =  735 (Offset = 09F2)
		glyphIdArray[530] =  736 (Offset = 09F4)
		glyphIdArray[531] =  737 (Offset = 09F6)
		glyphIdArray[532] =  738 (Offset = 09F8)
		glyphIdArray[533] =  739 (Offset = 09FA)
		glyphIdArray[534] =  740 (Offset = 09FC)
		glyphIdArray[535] =  741 (Offset = 09FE)
		glyphIdArray[536] =  742 (Offset = 0A00)
		glyphIdArray[537] =  743 (Offset = 0A02)
		glyphIdArray[538] =  797 (Offset = 0A04)
		glyphIdArray[539] =  798 (Offset = 0A06)
		glyphIdArray[540] =  821 (Offset = 0A08)
		glyphIdArray[541] =  822 (Offset = 0A0A)
		glyphIdArray[542] = 1011 (Offset = 0A0C)
		glyphIdArray[543] = 1012 (Offset = 0A0E)

		Which Means:
		   1. Char 0020 -> Index 3
		      Char 0021 -> Index 4
		      Char 0022 -> Index 5
		      Char 0023 -> Index 6
		      Char 0024 -> Index 7
		      Char 0025 -> Index 8
		      Char 0026 -> Index 9
		      Char 0027 -> Index 10
		      Char 0028 -> Index 11
		      Char 0029 -> Index 12
		      Char 002A -> Index 13
		      Char 002B -> Index 14
		      Char 002C -> Index 15
		      Char 002D -> Index 16
		      Char 002E -> Index 17
		      Char 002F -> Index 18
		      Char 0030 -> Index 19
		      Char 0031 -> Index 20
		      Char 0032 -> Index 21
		      Char 0033 -> Index 22
		      Char 0034 -> Index 23
		      Char 0035 -> Index 24
		      Char 0036 -> Index 25
		      Char 0037 -> Index 26
		      Char 0038 -> Index 27
		      Char 0039 -> Index 28
		      Char 003A -> Index 29
		      Char 003B -> Index 30
		      Char 003C -> Index 31
		      Char 003D -> Index 32
		      Char 003E -> Index 33
		      Char 003F -> Index 34
		      Char 0040 -> Index 35
		      Char 0041 -> Index 36
		      Char 0042 -> Index 37
		      Char 0043 -> Index 38
		      Char 0044 -> Index 39
		      Char 0045 -> Index 40
		      Char 0046 -> Index 41
		      Char 0047 -> Index 42
		      Char 0048 -> Index 43
		      Char 0049 -> Index 44
		      Char 004A -> Index 45
		      Char 004B -> Index 46
		      Char 004C -> Index 47
		      Char 004D -> Index 48
		      Char 004E -> Index 49
		      Char 004F -> Index 50
		      Char 0050 -> Index 51
		      Char 0051 -> Index 52
		      Char 0052 -> Index 53
		      Char 0053 -> Index 54
		      Char 0054 -> Index 55
		      Char 0055 -> Index 56
		      Char 0056 -> Index 57
		      Char 0057 -> Index 58
		      Char 0058 -> Index 59
		      Char 0059 -> Index 60
		      Char 005A -> Index 61
		      Char 005B -> Index 62
		      Char 005C -> Index 63
		      Char 005D -> Index 64
		      Char 005E -> Index 65
		      Char 005F -> Index 66
		      Char 0060 -> Index 67
		      Char 0061 -> Index 68
		      Char 0062 -> Index 69
		      Char 0063 -> Index 70
		      Char 0064 -> Index 71
		      Char 0065 -> Index 72
		      Char 0066 -> Index 73
		      Char 0067 -> Index 74
		      Char 0068 -> Index 75
		      Char 0069 -> Index 76
		      Char 006A -> Index 77
		      Char 006B -> Index 78
		      Char 006C -> Index 79
		      Char 006D -> Index 80
		      Char 006E -> Index 81
		      Char 006F -> Index 82
		      Char 0070 -> Index 83
		      Char 0071 -> Index 84
		      Char 0072 -> Index 85
		      Char 0073 -> Index 86
		      Char 0074 -> Index 87
		      Char 0075 -> Index 88
		      Char 0076 -> Index 89
		      Char 0077 -> Index 90
		      Char 0078 -> Index 91
		      Char 0079 -> Index 92
		      Char 007A -> Index 93
		      Char 007B -> Index 94
		      Char 007C -> Index 95
		      Char 007D -> Index 96
		      Char 007E -> Index 97
		   2. Char 00A0 -> Index 3
		      Char 00A1 -> Index 163
		      Char 00A2 -> Index 132
		      Char 00A3 -> Index 133
		      Char 00A4 -> Index 1127
		      Char 00A5 -> Index 150
		      Char 00A6 -> Index 230
		      Char 00A7 -> Index 134
		      Char 00A8 -> Index 142
		      Char 00A9 -> Index 139
		      Char 00AA -> Index 157
		      Char 00AB -> Index 169
		      Char 00AC -> Index 164
		      Char 00AD -> Index 16
		      Char 00AE -> Index 138
		      Char 00AF -> Index 256
		      Char 00B0 -> Index 131
		      Char 00B1 -> Index 147
		      Char 00B2 -> Index 240
		      Char 00B3 -> Index 241
		      Char 00B4 -> Index 141
		      Char 00B5 -> Index 151
		      Char 00B6 -> Index 136
		      Char 00B7 -> Index 194
		      Char 00B8 -> Index 220
		      Char 00B9 -> Index 239
		      Char 00BA -> Index 158
		      Char 00BB -> Index 170
		      Char 00BC -> Index 243
		      Char 00BD -> Index 242
		      Char 00BE -> Index 244
		      Char 00BF -> Index 162
		      Char 00C0 -> Index 172
		      Char 00C1 -> Index 200
		      Char 00C2 -> Index 198
		      Char 00C3 -> Index 173
		      Char 00C4 -> Index 98
		      Char 00C5 -> Index 99
		      Char 00C6 -> Index 144
		      Char 00C7 -> Index 100
		      Char 00C8 -> Index 202
		      Char 00C9 -> Index 101
		      Char 00CA -> Index 199
		      Char 00CB -> Index 201
		      Char 00CC -> Index 206
		      Char 00CD -> Index 203
		      Char 00CE -> Index 204
		      Char 00CF -> Index 205
		      Char 00D0 -> Index 231
		      Char 00D1 -> Index 102
		      Char 00D2 -> Index 209
		      Char 00D3 -> Index 207
		      Char 00D4 -> Index 208
		      Char 00D5 -> Index 174
		      Char 00D6 -> Index 103
		      Char 00D7 -> Index 238
		      Char 00D8 -> Index 145
		      Char 00D9 -> Index 212
		      Char 00DA -> Index 210
		      Char 00DB -> Index 211
		      Char 00DC -> Index 104
		      Char 00DD -> Index 233
		      Char 00DE -> Index 235
		      Char 00DF -> Index 137
		      Char 00E0 -> Index 106
		      Char 00E1 -> Index 105
		      Char 00E2 -> Index 107
		      Char 00E3 -> Index 109
		      Char 00E4 -> Index 108
		      Char 00E5 -> Index 110
		      Char 00E6 -> Index 160
		      Char 00E7 -> Index 111
		      Char 00E8 -> Index 113
		      Char 00E9 -> Index 112
		      Char 00EA -> Index 114
		      Char 00EB -> Index 115
		      Char 00EC -> Index 117
		      Char 00ED -> Index 116
		      Char 00EE -> Index 118
		      Char 00EF -> Index 119
		      Char 00F0 -> Index 232
		      Char 00F1 -> Index 120
		      Char 00F2 -> Index 122
		      Char 00F3 -> Index 121
		      Char 00F4 -> Index 123
		      Char 00F5 -> Index 125
		      Char 00F6 -> Index 124
		      Char 00F7 -> Index 183
		      Char 00F8 -> Index 161
		      Char 00F9 -> Index 127
		      Char 00FA -> Index 126
		      Char 00FB -> Index 128
		      Char 00FC -> Index 129
		      Char 00FD -> Index 234
		      Char 00FE -> Index 236
		      Char 00FF -> Index 185
		      Char 0100 -> Index 406
		      Char 0101 -> Index 407
		      Char 0102 -> Index 258
		      Char 0103 -> Index 259
		      Char 0104 -> Index 260
		      Char 0105 -> Index 261
		      Char 0106 -> Index 251
		      Char 0107 -> Index 252
		      Char 0108 -> Index 408
		      Char 0109 -> Index 409
		      Char 010A -> Index 410
		      Char 010B -> Index 411
		      Char 010C -> Index 253
		      Char 010D -> Index 254
		      Char 010E -> Index 262
		      Char 010F -> Index 263
		      Char 0110 -> Index 264
		      Char 0111 -> Index 255
		      Char 0112 -> Index 412
		      Char 0113 -> Index 413
		      Char 0114 -> Index 414
		      Char 0115 -> Index 415
		      Char 0116 -> Index 416
		      Char 0117 -> Index 417
		      Char 0118 -> Index 265
		      Char 0119 -> Index 266
		      Char 011A -> Index 267
		      Char 011B -> Index 268
		      Char 011C -> Index 418
		      Char 011D -> Index 419
		      Char 011E -> Index 246
		      Char 011F -> Index 247
		      Char 0120 -> Index 420
		      Char 0121 -> Index 421
		      Char 0122 -> Index 422
		      Char 0123 -> Index 423
		      Char 0124 -> Index 424
		      Char 0125 -> Index 425
		      Char 0126 -> Index 426
		      Char 0127 -> Index 427
		      Char 0128 -> Index 428
		      Char 0129 -> Index 429
		      Char 012A -> Index 430
		      Char 012B -> Index 431
		      Char 012C -> Index 432
		      Char 012D -> Index 433
		      Char 012E -> Index 434
		      Char 012F -> Index 435
		      Char 0130 -> Index 248
		      Char 0131 -> Index 213
		      Char 0132 -> Index 394
		      Char 0133 -> Index 395
		      Char 0134 -> Index 436
		      Char 0135 -> Index 437
		      Char 0136 -> Index 438
		      Char 0137 -> Index 439
		      Char 0138 -> Index 440
		      Char 0139 -> Index 269
		      Char 013A -> Index 270
		      Char 013B -> Index 441
		      Char 013C -> Index 442
		      Char 013D -> Index 271
		      Char 013E -> Index 272
		      Char 013F -> Index 273
		      Char 0140 -> Index 274
		      Char 0141 -> Index 224
		      Char 0142 -> Index 225
		      Char 0143 -> Index 275
		      Char 0144 -> Index 276
		      Char 0145 -> Index 443
		      Char 0146 -> Index 444
		      Char 0147 -> Index 277
		      Char 0148 -> Index 278
		      Char 0149 -> Index 396
		      Char 014A -> Index 445
		      Char 014B -> Index 446
		      Char 014C -> Index 447
		      Char 014D -> Index 448
		      Char 014E -> Index 449
		      Char 014F -> Index 450
		      Char 0150 -> Index 279
		      Char 0151 -> Index 280
		      Char 0152 -> Index 175
		      Char 0153 -> Index 176
		      Char 0154 -> Index 281
		      Char 0155 -> Index 282
		      Char 0156 -> Index 451
		      Char 0157 -> Index 452
		      Char 0158 -> Index 283
		      Char 0159 -> Index 284
		      Char 015A -> Index 285
		      Char 015B -> Index 286
		      Char 015C -> Index 453
		      Char 015D -> Index 454
		      Char 015E -> Index 249
		      Char 015F -> Index 250
		      Char 0160 -> Index 226
		      Char 0161 -> Index 227
		      Char 0162 -> Index 287
		      Char 0163 -> Index 288
		      Char 0164 -> Index 289
		      Char 0165 -> Index 290
		      Char 0166 -> Index 455
		      Char 0167 -> Index 456
		      Char 0168 -> Index 457
		      Char 0169 -> Index 458
		      Char 016A -> Index 459
		      Char 016B -> Index 460
		      Char 016C -> Index 461
		      Char 016D -> Index 462
		      Char 016E -> Index 291
		      Char 016F -> Index 292
		      Char 0170 -> Index 293
		      Char 0171 -> Index 294
		      Char 0172 -> Index 463
		      Char 0173 -> Index 464
		      Char 0174 -> Index 465
		      Char 0175 -> Index 466
		      Char 0176 -> Index 467
		      Char 0177 -> Index 468
		      Char 0178 -> Index 186
		      Char 0179 -> Index 295
		      Char 017A -> Index 296
		      Char 017B -> Index 297
		      Char 017C -> Index 298
		      Char 017D -> Index 228
		      Char 017E -> Index 229
		      Char 017F -> Index 469
		   3. Char 018F -> Index 1314
		   4. Char 0192 -> Index 166
		   5. Char 01A0 -> Index 1129
		      Char 01A1 -> Index 1130
		   6. Char 01AF -> Index 1131
		      Char 01B0 -> Index 1132
		   7. Char 01CD -> Index 1274
		      Char 01CE -> Index 1275
		      Char 01CF -> Index 1276
		      Char 01D0 -> Index 1277
		      Char 01D1 -> Index 1278
		      Char 01D2 -> Index 1279
		      Char 01D3 -> Index 1280
		      Char 01D4 -> Index 1281
		      Char 01D5 -> Index 1282
		      Char 01D6 -> Index 1283
		      Char 01D7 -> Index 1284
		      Char 01D8 -> Index 1285
		      Char 01D9 -> Index 1286
		      Char 01DA -> Index 1287
		      Char 01DB -> Index 1288
		      Char 01DC -> Index 1289
		   8. Char 01FA -> Index 470
		      Char 01FB -> Index 471
		      Char 01FC -> Index 472
		      Char 01FD -> Index 473
		      Char 01FE -> Index 474
		      Char 01FF -> Index 475
		   9. Char 0259 -> Index 1315
		  10. Char 02C6 -> Index 214
		      Char 02C7 -> Index 223
		  11. Char 02C9 -> Index 216
		  12. Char 02D8 -> Index 217
		      Char 02D9 -> Index 218
		      Char 02DA -> Index 219
		      Char 02DB -> Index 222
		      Char 02DC -> Index 215
		      Char 02DD -> Index 221
		  13. Char 0300 -> Index 1169
		      Char 0301 -> Index 1170
		  14. Char 0303 -> Index 1145
		  15. Char 0309 -> Index 1139
		  16. Char 0323 -> Index 1172
		  17. Char 037E -> Index 30
		  18. Char 0384 -> Index 495
		      Char 0385 -> Index 496
		      Char 0386 -> Index 497
		      Char 0387 -> Index 476
		      Char 0388 -> Index 498
		      Char 0389 -> Index 499
		      Char 038A -> Index 500
		  19. Char 038C -> Index 501
		  20. Char 038E -> Index 502
		      Char 038F -> Index 503
		      Char 0390 -> Index 504
		      Char 0391 -> Index 505
		      Char 0392 -> Index 506
		      Char 0393 -> Index 299
		      Char 0394 -> Index 507
		      Char 0395 -> Index 508
		      Char 0396 -> Index 509
		      Char 0397 -> Index 510
		      Char 0398 -> Index 300
		      Char 0399 -> Index 511
		      Char 039A -> Index 512
		      Char 039B -> Index 513
		      Char 039C -> Index 514
		      Char 039D -> Index 515
		      Char 039E -> Index 516
		      Char 039F -> Index 517
		      Char 03A0 -> Index 518
		      Char 03A1 -> Index 519
		  21. Char 03A3 -> Index 520
		      Char 03A4 -> Index 521
		      Char 03A5 -> Index 522
		      Char 03A6 -> Index 301
		      Char 03A7 -> Index 523
		      Char 03A8 -> Index 524
		      Char 03A9 -> Index 525
		      Char 03AA -> Index 526
		      Char 03AB -> Index 527
		      Char 03AC -> Index 528
		      Char 03AD -> Index 529
		      Char 03AE -> Index 530
		      Char 03AF -> Index 531
		      Char 03B0 -> Index 532
		      Char 03B1 -> Index 302
		      Char 03B2 -> Index 533
		      Char 03B3 -> Index 534
		      Char 03B4 -> Index 303
		      Char 03B5 -> Index 304
		      Char 03B6 -> Index 535
		      Char 03B7 -> Index 536
		      Char 03B8 -> Index 537
		      Char 03B9 -> Index 538
		      Char 03BA -> Index 539
		      Char 03BB -> Index 540
		      Char 03BC -> Index 541
		      Char 03BD -> Index 542
		      Char 03BE -> Index 543
		      Char 03BF -> Index 544
		      Char 03C0 -> Index 652
		      Char 03C1 -> Index 545
		      Char 03C2 -> Index 546
		      Char 03C3 -> Index 305
		      Char 03C4 -> Index 306
		      Char 03C5 -> Index 547
		      Char 03C6 -> Index 307
		      Char 03C7 -> Index 548
		      Char 03C8 -> Index 549
		      Char 03C9 -> Index 550
		      Char 03CA -> Index 551
		      Char 03CB -> Index 552
		      Char 03CC -> Index 553
		      Char 03CD -> Index 554
		      Char 03CE -> Index 555
		  22. Char 0401 -> Index 556
		      Char 0402 -> Index 557
		      Char 0403 -> Index 558
		      Char 0404 -> Index 559
		      Char 0405 -> Index 560
		      Char 0406 -> Index 561
		      Char 0407 -> Index 562
		      Char 0408 -> Index 563
		      Char 0409 -> Index 564
		      Char 040A -> Index 565
		      Char 040B -> Index 566
		      Char 040C -> Index 567
		  23. Char 040E -> Index 568
		      Char 040F -> Index 569
		      Char 0410 -> Index 570
		      Char 0411 -> Index 571
		      Char 0412 -> Index 572
		      Char 0413 -> Index 573
		      Char 0414 -> Index 574
		      Char 0415 -> Index 575
		      Char 0416 -> Index 576
		      Char 0417 -> Index 577
		      Char 0418 -> Index 578
		      Char 0419 -> Index 579
		      Char 041A -> Index 580
		      Char 041B -> Index 581
		      Char 041C -> Index 582
		      Char 041D -> Index 583
		      Char 041E -> Index 584
		      Char 041F -> Index 585
		      Char 0420 -> Index 586
		      Char 0421 -> Index 587
		      Char 0422 -> Index 588
		      Char 0423 -> Index 589
		      Char 0424 -> Index 590
		      Char 0425 -> Index 591
		      Char 0426 -> Index 592
		      Char 0427 -> Index 593
		      Char 0428 -> Index 594
		      Char 0429 -> Index 595
		      Char 042A -> Index 596
		      Char 042B -> Index 597
		      Char 042C -> Index 598
		      Char 042D -> Index 599
		      Char 042E -> Index 600
		      Char 042F -> Index 601
		      Char 0430 -> Index 602
		      Char 0431 -> Index 603
		      Char 0432 -> Index 604
		      Char 0433 -> Index 605
		      Char 0434 -> Index 606
		      Char 0435 -> Index 607
		      Char 0436 -> Index 608
		      Char 0437 -> Index 609
		      Char 0438 -> Index 610
		      Char 0439 -> Index 611
		      Char 043A -> Index 612
		      Char 043B -> Index 613
		      Char 043C -> Index 614
		      Char 043D -> Index 615
		      Char 043E -> Index 616
		      Char 043F -> Index 617
		      Char 0440 -> Index 618
		      Char 0441 -> Index 619
		      Char 0442 -> Index 620
		      Char 0443 -> Index 621
		      Char 0444 -> Index 622
		      Char 0445 -> Index 623
		      Char 0446 -> Index 624
		      Char 0447 -> Index 625
		      Char 0448 -> Index 626
		      Char 0449 -> Index 627
		      Char 044A -> Index 628
		      Char 044B -> Index 629
		      Char 044C -> Index 630
		      Char 044D -> Index 631
		      Char 044E -> Index 632
		      Char 044F -> Index 633
		  24. Char 0451 -> Index 634
		      Char 0452 -> Index 635
		      Char 0453 -> Index 636
		      Char 0454 -> Index 637
		      Char 0455 -> Index 638
		      Char 0456 -> Index 639
		      Char 0457 -> Index 640
		      Char 0458 -> Index 641
		      Char 0459 -> Index 642
		      Char 045A -> Index 643
		      Char 045B -> Index 644
		      Char 045C -> Index 645
		  25. Char 045E -> Index 646
		      Char 045F -> Index 647
		  26. Char 0490 -> Index 648
		      Char 0491 -> Index 649
		      Char 0492 -> Index 1294
		      Char 0493 -> Index 1295
		  27. Char 0496 -> Index 1296
		      Char 0497 -> Index 1297
		  28. Char 049A -> Index 1298
		      Char 049B -> Index 1299
		      Char 049C -> Index 1300
		      Char 049D -> Index 1301
		  29. Char 04A2 -> Index 1302
		      Char 04A3 -> Index 1303
		  30. Char 04AE -> Index 1304
		      Char 04AF -> Index 1305
		      Char 04B0 -> Index 1306
		      Char 04B1 -> Index 1307
		      Char 04B2 -> Index 1308
		      Char 04B3 -> Index 1309
		  31. Char 04B8 -> Index 1310
		      Char 04B9 -> Index 1311
		      Char 04BA -> Index 1312
		      Char 04BB -> Index 1313
		  32. Char 04D8 -> Index 1314
		      Char 04D9 -> Index 1315
		  33. Char 04E8 -> Index 1316
		      Char 04E9 -> Index 1317
		  34. Char 05B0 -> Index 653
		      Char 05B1 -> Index 654
		      Char 05B2 -> Index 655
		      Char 05B3 -> Index 656
		      Char 05B4 -> Index 657
		      Char 05B5 -> Index 658
		      Char 05B6 -> Index 659
		      Char 05B7 -> Index 660
		      Char 05B8 -> Index 661
		      Char 05B9 -> Index 662
		  35. Char 05BB -> Index 663
		      Char 05BC -> Index 664
		      Char 05BD -> Index 665
		      Char 05BE -> Index 666
		      Char 05BF -> Index 667
		      Char 05C0 -> Index 668
		      Char 05C1 -> Index 669
		      Char 05C2 -> Index 670
		      Char 05C3 -> Index 671
		  36. Char 05D0 -> Index 672
		      Char 05D1 -> Index 673
		      Char 05D2 -> Index 674
		      Char 05D3 -> Index 675
		      Char 05D4 -> Index 676
		      Char 05D5 -> Index 677
		      Char 05D6 -> Index 678
		      Char 05D7 -> Index 679
		      Char 05D8 -> Index 680
		      Char 05D9 -> Index 681
		      Char 05DA -> Index 682
		      Char 05DB -> Index 683
		      Char 05DC -> Index 684
		      Char 05DD -> Index 685
		      Char 05DE -> Index 686
		      Char 05DF -> Index 687
		      Char 05E0 -> Index 688
		      Char 05E1 -> Index 689
		      Char 05E2 -> Index 690
		      Char 05E3 -> Index 691
		      Char 05E4 -> Index 692
		      Char 05E5 -> Index 693
		      Char 05E6 -> Index 694
		      Char 05E7 -> Index 695
		      Char 05E8 -> Index 696
		      Char 05E9 -> Index 697
		      Char 05EA -> Index 698
		  37. Char 05F0 -> Index 699
		      Char 05F1 -> Index 700
		      Char 05F2 -> Index 701
		      Char 05F3 -> Index 702
		      Char 05F4 -> Index 703
		  38. Char 060C -> Index 748
		  39. Char 061B -> Index 749
		  40. Char 061F -> Index 750
		  41. Char 0621 -> Index 751
		      Char 0622 -> Index 897
		      Char 0623 -> Index 899
		      Char 0624 -> Index 901
		      Char 0625 -> Index 903
		      Char 0626 -> Index 905
		      Char 0627 -> Index 909
		      Char 0628 -> Index 911
		      Char 0629 -> Index 915
		      Char 062A -> Index 917
		      Char 062B -> Index 921
		      Char 062C -> Index 925
		      Char 062D -> Index 929
		      Char 062E -> Index 933
		      Char 062F -> Index 937
		      Char 0630 -> Index 939
		      Char 0631 -> Index 941
		      Char 0632 -> Index 943
		      Char 0633 -> Index 945
		      Char 0634 -> Index 949
		      Char 0635 -> Index 953
		      Char 0636 -> Index 957
		      Char 0637 -> Index 961
		      Char 0638 -> Index 965
		      Char 0639 -> Index 969
		      Char 063A -> Index 973
		  42. Char 0640 -> Index 752
		      Char 0641 -> Index 977
		      Char 0642 -> Index 981
		      Char 0643 -> Index 985
		      Char 0644 -> Index 989
		      Char 0645 -> Index 993
		      Char 0646 -> Index 997
		      Char 0647 -> Index 1001
		      Char 0648 -> Index 1005
		      Char 0649 -> Index 1007
		      Char 064A -> Index 1009
		      Char 064B -> Index 753
		      Char 064C -> Index 754
		      Char 064D -> Index 755
		      Char 064E -> Index 756
		      Char 064F -> Index 757
		      Char 0650 -> Index 758
		      Char 0651 -> Index 759
		      Char 0652 -> Index 760
		  43. Char 0660 -> Index 761
		      Char 0661 -> Index 762
		      Char 0662 -> Index 763
		      Char 0663 -> Index 764
		      Char 0664 -> Index 765
		      Char 0665 -> Index 766
		      Char 0666 -> Index 767
		      Char 0667 -> Index 768
		      Char 0668 -> Index 769
		      Char 0669 -> Index 770
		      Char 066A -> Index 771
		      Char 066B -> Index 772
		  44. Char 066D -> Index 773
		  45. Char 0670 -> Index 774
		      Char 0671 -> Index 797
		  46. Char 0674 -> Index 775
		  47. Char 067E -> Index 799
		  48. Char 0686 -> Index 807
		  49. Char 0698 -> Index 811
		  50. Char 06A4 -> Index 803
		  51. Char 06A9 -> Index 813
		  52. Char 06AF -> Index 817
		  53. Char 06CC -> Index 821
		  54. Char 06D5 -> Index 776
		  55. Char 06E4 -> Index 777
		  56. Char 06F0 -> Index 761
		      Char 06F1 -> Index 762
		      Char 06F2 -> Index 763
		      Char 06F3 -> Index 764
		      Char 06F4 -> Index 778
		      Char 06F5 -> Index 779
		      Char 06F6 -> Index 780
		      Char 06F7 -> Index 768
		      Char 06F8 -> Index 769
		      Char 06F9 -> Index 770
		  57. Char 1E80 -> Index 477
		      Char 1E81 -> Index 478
		      Char 1E82 -> Index 479
		      Char 1E83 -> Index 480
		      Char 1E84 -> Index 481
		      Char 1E85 -> Index 482
		  58. Char 1EA0 -> Index 1186
		      Char 1EA1 -> Index 1187
		      Char 1EA2 -> Index 1188
		      Char 1EA3 -> Index 1189
		      Char 1EA4 -> Index 1190
		      Char 1EA5 -> Index 1191
		      Char 1EA6 -> Index 1192
		      Char 1EA7 -> Index 1193
		      Char 1EA8 -> Index 1194
		      Char 1EA9 -> Index 1195
		      Char 1EAA -> Index 1196
		      Char 1EAB -> Index 1197
		      Char 1EAC -> Index 1198
		      Char 1EAD -> Index 1199
		      Char 1EAE -> Index 1200
		      Char 1EAF -> Index 1201
		      Char 1EB0 -> Index 1202
		      Char 1EB1 -> Index 1203
		      Char 1EB2 -> Index 1204
		      Char 1EB3 -> Index 1205
		      Char 1EB4 -> Index 1206
		      Char 1EB5 -> Index 1207
		      Char 1EB6 -> Index 1208
		      Char 1EB7 -> Index 1209
		      Char 1EB8 -> Index 1210
		      Char 1EB9 -> Index 1211
		      Char 1EBA -> Index 1212
		      Char 1EBB -> Index 1213
		      Char 1EBC -> Index 1214
		      Char 1EBD -> Index 1215
		      Char 1EBE -> Index 1216
		      Char 1EBF -> Index 1217
		      Char 1EC0 -> Index 1218
		      Char 1EC1 -> Index 1219
		      Char 1EC2 -> Index 1220
		      Char 1EC3 -> Index 1221
		      Char 1EC4 -> Index 1222
		      Char 1EC5 -> Index 1223
		      Char 1EC6 -> Index 1224
		      Char 1EC7 -> Index 1225
		      Char 1EC8 -> Index 1226
		      Char 1EC9 -> Index 1227
		      Char 1ECA -> Index 1228
		      Char 1ECB -> Index 1229
		      Char 1ECC -> Index 1230
		      Char 1ECD -> Index 1231
		      Char 1ECE -> Index 1232
		      Char 1ECF -> Index 1233
		      Char 1ED0 -> Index 1234
		      Char 1ED1 -> Index 1235
		      Char 1ED2 -> Index 1236
		      Char 1ED3 -> Index 1237
		      Char 1ED4 -> Index 1238
		      Char 1ED5 -> Index 1239
		      Char 1ED6 -> Index 1240
		      Char 1ED7 -> Index 1241
		      Char 1ED8 -> Index 1242
		      Char 1ED9 -> Index 1243
		      Char 1EDA -> Index 1244
		      Char 1EDB -> Index 1245
		      Char 1EDC -> Index 1246
		      Char 1EDD -> Index 1247
		      Char 1EDE -> Index 1248
		      Char 1EDF -> Index 1249
		      Char 1EE0 -> Index 1250
		      Char 1EE1 -> Index 1251
		      Char 1EE2 -> Index 1252
		      Char 1EE3 -> Index 1253
		      Char 1EE4 -> Index 1254
		      Char 1EE5 -> Index 1255
		      Char 1EE6 -> Index 1256
		      Char 1EE7 -> Index 1257
		      Char 1EE8 -> Index 1258
		      Char 1EE9 -> Index 1259
		      Char 1EEA -> Index 1260
		      Char 1EEB -> Index 1261
		      Char 1EEC -> Index 1262
		      Char 1EED -> Index 1263
		      Char 1EEE -> Index 1264
		      Char 1EEF -> Index 1265
		      Char 1EF0 -> Index 1266
		      Char 1EF1 -> Index 1267
		      Char 1EF2 -> Index 483
		      Char 1EF3 -> Index 484
		      Char 1EF4 -> Index 1268
		      Char 1EF5 -> Index 1269
		      Char 1EF6 -> Index 1270
		      Char 1EF7 -> Index 1271
		      Char 1EF8 -> Index 1272
		      Char 1EF9 -> Index 1273
		  59. Char 200C -> Index 744
		      Char 200D -> Index 745
		      Char 200E -> Index 746
		      Char 200F -> Index 747
		  60. Char 2013 -> Index 177
		      Char 2014 -> Index 178
		      Char 2015 -> Index 650
		  61. Char 2017 -> Index 308
		      Char 2018 -> Index 181
		      Char 2019 -> Index 182
		      Char 201A -> Index 195
		      Char 201B -> Index 485
		      Char 201C -> Index 179
		      Char 201D -> Index 180
		      Char 201E -> Index 196
		  62. Char 2020 -> Index 130
		      Char 2021 -> Index 193
		      Char 2022 -> Index 135
		  63. Char 2026 -> Index 171
		  64. Char 2030 -> Index 197
		  65. Char 2032 -> Index 397
		      Char 2033 -> Index 398
		  66. Char 2039 -> Index 189
		      Char 203A -> Index 190
		  67. Char 203C -> Index 309
		  68. Char 203E -> Index 486
		  69. Char 2044 -> Index 187
		  70. Char 207F -> Index 310
		  71. Char 20A3 -> Index 245
		      Char 20A4 -> Index 487
		  72. Char 20A7 -> Index 311
		  73. Char 20AA -> Index 704
		      Char 20AB -> Index 1149
		      Char 20AC -> Index 188
		  74. Char 2105 -> Index 399
		  75. Char 2113 -> Index 400
		  76. Char 2116 -> Index 651
		  77. Char 2122 -> Index 140
		  78. Char 2126 -> Index 159
		  79. Char 212E -> Index 488
		  80. Char 2153 -> Index 1150
		      Char 2154 -> Index 1151
		  81. Char 215B -> Index 489
		      Char 215C -> Index 490
		      Char 215D -> Index 491
		      Char 215E -> Index 492
		  82. Char 2190 -> Index 312
		      Char 2191 -> Index 313
		      Char 2192 -> Index 314
		      Char 2193 -> Index 315
		      Char 2194 -> Index 316
		      Char 2195 -> Index 317
		  83. Char 21A8 -> Index 318
		  84. Char 2202 -> Index 152
		  85. Char 2206 -> Index 168
		  86. Char 220F -> Index 154
		  87. Char 2211 -> Index 153
		      Char 2212 -> Index 237
		  88. Char 2215 -> Index 187
		  89. Char 2219 -> Index 194
		      Char 221A -> Index 165
		  90. Char 221E -> Index 146
		      Char 221F -> Index 319
		  91. Char 2229 -> Index 320
		  92. Char 222B -> Index 156
		  93. Char 2248 -> Index 167
		  94. Char 2260 -> Index 143
		      Char 2261 -> Index 321
		  95. Char 2264 -> Index 148
		      Char 2265 -> Index 149
		  96. Char 2302 -> Index 322
		  97. Char 2310 -> Index 323
		  98. Char 2320 -> Index 324
		      Char 2321 -> Index 325
		  99. Char 2500 -> Index 326
		 100. Char 2502 -> Index 327
		 101. Char 250C -> Index 328
		 102. Char 2510 -> Index 329
		 103. Char 2514 -> Index 330
		 104. Char 2518 -> Index 331
		 105. Char 251C -> Index 332
		 106. Char 2524 -> Index 333
		 107. Char 252C -> Index 334
		 108. Char 2534 -> Index 335
		 109. Char 253C -> Index 336
		 110. Char 2550 -> Index 337
		      Char 2551 -> Index 338
		      Char 2552 -> Index 339
		      Char 2553 -> Index 340
		      Char 2554 -> Index 341
		      Char 2555 -> Index 342
		      Char 2556 -> Index 343
		      Char 2557 -> Index 344
		      Char 2558 -> Index 345
		      Char 2559 -> Index 346
		      Char 255A -> Index 347
		      Char 255B -> Index 348
		      Char 255C -> Index 349
		      Char 255D -> Index 350
		      Char 255E -> Index 351
		      Char 255F -> Index 352
		      Char 2560 -> Index 353
		      Char 2561 -> Index 354
		      Char 2562 -> Index 355
		      Char 2563 -> Index 356
		      Char 2564 -> Index 357
		      Char 2565 -> Index 358
		      Char 2566 -> Index 359
		      Char 2567 -> Index 360
		      Char 2568 -> Index 361
		      Char 2569 -> Index 362
		      Char 256A -> Index 363
		      Char 256B -> Index 364
		      Char 256C -> Index 365
		 111. Char 2580 -> Index 366
		 112. Char 2584 -> Index 367
		 113. Char 2588 -> Index 368
		 114. Char 258C -> Index 369
		 115. Char 2590 -> Index 370
		      Char 2591 -> Index 371
		      Char 2592 -> Index 372
		      Char 2593 -> Index 373
		 116. Char 25A0 -> Index 374
		      Char 25A1 -> Index 401
		 117. Char 25AA -> Index 402
		      Char 25AB -> Index 403
		      Char 25AC -> Index 375
		 118. Char 25B2 -> Index 376
		 119. Char 25BA -> Index 377
		 120. Char 25BC -> Index 378
		 121. Char 25C4 -> Index 379
		 122. Char 25CA -> Index 184
		      Char 25CB -> Index 380
		 123. Char 25CF -> Index 404
		 124. Char 25D8 -> Index 381
		      Char 25D9 -> Index 382
		 125. Char 25E6 -> Index 405
		 126. Char 263A -> Index 383
		      Char 263B -> Index 384
		      Char 263C -> Index 385
		 127. Char 2640 -> Index 386
		 128. Char 2642 -> Index 387
		 129. Char 2660 -> Index 388
		 130. Char 2663 -> Index 389
		 131. Char 2665 -> Index 390
		      Char 2666 -> Index 391
		 132. Char 266A -> Index 392
		      Char 266B -> Index 393
		 133. Char E801 -> Index 705
		      Char E802 -> Index 706
		      Char E803 -> Index 707
		      Char E804 -> Index 708
		      Char E805 -> Index 709
		 134. Char E811 -> Index 781
		 135. Char E813 -> Index 782
		 136. Char E815 -> Index 783
		      Char E816 -> Index 784
		      Char E817 -> Index 785
		      Char E818 -> Index 786
		 137. Char E832 -> Index 787
		      Char E833 -> Index 788
		      Char E834 -> Index 789
		      Char E835 -> Index 790
		      Char E836 -> Index 791
		      Char E837 -> Index 792
		      Char E838 -> Index 793
		      Char E839 -> Index 794
		      Char E83A -> Index 795
		      Char E83B -> Index 796
		 138. Char F001 -> Index 191
		      Char F002 -> Index 192
		 139. Char F004 -> Index 493
		      Char F005 -> Index 494
		      Char F006 -> Index 1136
		      Char F007 -> Index 1137
		      Char F008 -> Index 1152
		      Char F009 -> Index 1138
		 140. Char F00F -> Index 1155
		      Char F010 -> Index 1140
		      Char F011 -> Index 1142
		      Char F012 -> Index 1156
		      Char F013 -> Index 1141
		      Char F014 -> Index 1157
		      Char F015 -> Index 1144
		      Char F016 -> Index 1158
		      Char F017 -> Index 1159
		      Char F018 -> Index 1160
		      Char F019 -> Index 1161
		      Char F01A -> Index 1162
		      Char F01B -> Index 1163
		      Char F01C -> Index 1143
		      Char F01D -> Index 1171
		      Char F01E -> Index 1164
		      Char F01F -> Index 1165
		      Char F020 -> Index 1166
		      Char F021 -> Index 1167
		      Char F022 -> Index 1168
		      Char F023 -> Index 1173
		      Char F024 -> Index 1177
		      Char F025 -> Index 1178
		      Char F026 -> Index 1179
		      Char F027 -> Index 1180
		      Char F028 -> Index 1181
		      Char F029 -> Index 1174
		      Char F02A -> Index 1175
		      Char F02B -> Index 1176
		      Char F02C -> Index 1148
		      Char F02D -> Index 1182
		      Char F02E -> Index 1183
		      Char F02F -> Index 1184
		      Char F030 -> Index 1185
		 141. Char FB01 -> Index 191
		      Char FB02 -> Index 192
		 142. Char FB20 -> Index 710
		 143. Char FB2A -> Index 711
		      Char FB2B -> Index 712
		      Char FB2C -> Index 713
		      Char FB2D -> Index 714
		      Char FB2E -> Index 715
		      Char FB2F -> Index 716
		      Char FB30 -> Index 717
		      Char FB31 -> Index 718
		      Char FB32 -> Index 719
		      Char FB33 -> Index 720
		      Char FB34 -> Index 721
		      Char FB35 -> Index 722
		      Char FB36 -> Index 723
		 144. Char FB38 -> Index 724
		      Char FB39 -> Index 725
		      Char FB3A -> Index 726
		      Char FB3B -> Index 727
		      Char FB3C -> Index 728
		 145. Char FB3E -> Index 729
		 146. Char FB40 -> Index 730
		      Char FB41 -> Index 731
		 147. Char FB43 -> Index 732
		      Char FB44 -> Index 733
		 148. Char FB46 -> Index 734
		      Char FB47 -> Index 735
		      Char FB48 -> Index 736
		      Char FB49 -> Index 737
		      Char FB4A -> Index 738
		      Char FB4B -> Index 739
		      Char FB4C -> Index 740
		      Char FB4D -> Index 741
		      Char FB4E -> Index 742
		      Char FB4F -> Index 743
		      Char FB50 -> Index 797
		      Char FB51 -> Index 798
		 149. Char FB56 -> Index 799
		      Char FB57 -> Index 800
		      Char FB58 -> Index 801
		      Char FB59 -> Index 802
		 150. Char FB6A -> Index 803
		      Char FB6B -> Index 804
		      Char FB6C -> Index 805
		      Char FB6D -> Index 806
		 151. Char FB7A -> Index 807
		      Char FB7B -> Index 808
		      Char FB7C -> Index 809
		      Char FB7D -> Index 810
		 152. Char FB8A -> Index 811
		      Char FB8B -> Index 812
		 153. Char FB8E -> Index 813
		      Char FB8F -> Index 814
		      Char FB90 -> Index 815
		      Char FB91 -> Index 816
		      Char FB92 -> Index 817
		      Char FB93 -> Index 818
		      Char FB94 -> Index 819
		      Char FB95 -> Index 820
		 154. Char FBFC -> Index 821
		      Char FBFD -> Index 822
		      Char FBFE -> Index 1011
		      Char FBFF -> Index 1012
		 155. Char FC08 -> Index 823
		      Char FC09 -> Index 824
		 156. Char FC0E -> Index 825
		 157. Char FC12 -> Index 826
		 158. Char FC31 -> Index 827
		      Char FC32 -> Index 828
		 159. Char FC3F -> Index 829
		      Char FC40 -> Index 830
		      Char FC41 -> Index 831
		      Char FC42 -> Index 832
		      Char FC43 -> Index 833
		      Char FC44 -> Index 834
		 160. Char FC4E -> Index 835
		      Char FC4F -> Index 836
		 161. Char FC58 -> Index 837
		      Char FC59 -> Index 838
		 162. Char FC5E -> Index 839
		      Char FC5F -> Index 840
		      Char FC60 -> Index 841
		      Char FC61 -> Index 842
		      Char FC62 -> Index 843
		 163. Char FC6A -> Index 844
		 164. Char FC6D -> Index 845
		      Char FC6E -> Index 846
		      Char FC6F -> Index 847
		      Char FC70 -> Index 848
		 165. Char FC73 -> Index 849
		      Char FC74 -> Index 850
		      Char FC75 -> Index 851
		 166. Char FC8E -> Index 852
		      Char FC8F -> Index 853
		 167. Char FC91 -> Index 854
		 168. Char FC94 -> Index 855
		 169. Char FC9C -> Index 856
		      Char FC9D -> Index 857
		      Char FC9E -> Index 858
		      Char FC9F -> Index 859
		      Char FCA0 -> Index 860
		      Char FCA1 -> Index 861
		      Char FCA2 -> Index 862
		      Char FCA3 -> Index 863
		      Char FCA4 -> Index 864
		      Char FCA5 -> Index 865
		      Char FCA6 -> Index 866
		 170. Char FCA8 -> Index 867
		 171. Char FCAA -> Index 868
		 172. Char FCAC -> Index 869
		 173. Char FCB0 -> Index 870
		 174. Char FCC9 -> Index 871
		      Char FCCA -> Index 872
		      Char FCCB -> Index 873
		      Char FCCC -> Index 874
		      Char FCCD -> Index 875
		      Char FCCE -> Index 876
		      Char FCCF -> Index 877
		      Char FCD0 -> Index 878
		      Char FCD1 -> Index 879
		      Char FCD2 -> Index 880
		      Char FCD3 -> Index 881
		      Char FCD4 -> Index 882
		      Char FCD5 -> Index 883
		 175. Char FCD8 -> Index 884
		 176. Char FCDA -> Index 885
		      Char FCDB -> Index 886
		      Char FCDC -> Index 887
		      Char FCDD -> Index 888
		 177. Char FD30 -> Index 889
		 178. Char FD3C -> Index 890
		      Char FD3D -> Index 891
		      Char FD3E -> Index 892
		      Char FD3F -> Index 893
		 179. Char FD88 -> Index 894
		 180. Char FDF2 -> Index 895
		 181. Char FE80 -> Index 896
		      Char FE81 -> Index 897
		      Char FE82 -> Index 898
		      Char FE83 -> Index 899
		      Char FE84 -> Index 900
		      Char FE85 -> Index 901
		      Char FE86 -> Index 902
		      Char FE87 -> Index 903
		      Char FE88 -> Index 904
		      Char FE89 -> Index 905
		      Char FE8A -> Index 906
		      Char FE8B -> Index 907
		      Char FE8C -> Index 908
		      Char FE8D -> Index 909
		      Char FE8E -> Index 910
		      Char FE8F -> Index 911
		      Char FE90 -> Index 912
		      Char FE91 -> Index 913
		      Char FE92 -> Index 914
		      Char FE93 -> Index 915
		      Char FE94 -> Index 916
		      Char FE95 -> Index 917
		      Char FE96 -> Index 918
		      Char FE97 -> Index 919
		      Char FE98 -> Index 920
		      Char FE99 -> Index 921
		      Char FE9A -> Index 922
		      Char FE9B -> Index 923
		      Char FE9C -> Index 924
		      Char FE9D -> Index 925
		      Char FE9E -> Index 926
		      Char FE9F -> Index 927
		      Char FEA0 -> Index 928
		      Char FEA1 -> Index 929
		      Char FEA2 -> Index 930
		      Char FEA3 -> Index 931
		      Char FEA4 -> Index 932
		      Char FEA5 -> Index 933
		      Char FEA6 -> Index 934
		      Char FEA7 -> Index 935
		      Char FEA8 -> Index 936
		      Char FEA9 -> Index 937
		      Char FEAA -> Index 938
		      Char FEAB -> Index 939
		      Char FEAC -> Index 940
		      Char FEAD -> Index 941
		      Char FEAE -> Index 942
		      Char FEAF -> Index 943
		      Char FEB0 -> Index 944
		      Char FEB1 -> Index 945
		      Char FEB2 -> Index 946
		      Char FEB3 -> Index 947
		      Char FEB4 -> Index 948
		      Char FEB5 -> Index 949
		      Char FEB6 -> Index 950
		      Char FEB7 -> Index 951
		      Char FEB8 -> Index 952
		      Char FEB9 -> Index 953
		      Char FEBA -> Index 954
		      Char FEBB -> Index 955
		      Char FEBC -> Index 956
		      Char FEBD -> Index 957
		      Char FEBE -> Index 958
		      Char FEBF -> Index 959
		      Char FEC0 -> Index 960
		      Char FEC1 -> Index 961
		      Char FEC2 -> Index 962
		      Char FEC3 -> Index 963
		      Char FEC4 -> Index 964
		      Char FEC5 -> Index 965
		      Char FEC6 -> Index 966
		      Char FEC7 -> Index 967
		      Char FEC8 -> Index 968
		      Char FEC9 -> Index 969
		      Char FECA -> Index 970
		      Char FECB -> Index 971
		      Char FECC -> Index 972
		      Char FECD -> Index 973
		      Char FECE -> Index 974
		      Char FECF -> Index 975
		      Char FED0 -> Index 976
		      Char FED1 -> Index 977
		      Char FED2 -> Index 978
		      Char FED3 -> Index 979
		      Char FED4 -> Index 980
		      Char FED5 -> Index 981
		      Char FED6 -> Index 982
		      Char FED7 -> Index 983
		      Char FED8 -> Index 984
		      Char FED9 -> Index 985
		      Char FEDA -> Index 986
		      Char FEDB -> Index 987
		      Char FEDC -> Index 988
		      Char FEDD -> Index 989
		      Char FEDE -> Index 990
		      Char FEDF -> Index 991
		      Char FEE0 -> Index 992
		      Char FEE1 -> Index 993
		      Char FEE2 -> Index 994
		      Char FEE3 -> Index 995
		      Char FEE4 -> Index 996
		      Char FEE5 -> Index 997
		      Char FEE6 -> Index 998
		      Char FEE7 -> Index 999
		      Char FEE8 -> Index 1000
		      Char FEE9 -> Index 1001
		      Char FEEA -> Index 1002
		      Char FEEB -> Index 1003
		      Char FEEC -> Index 1004
		      Char FEED -> Index 1005
		      Char FEEE -> Index 1006
		      Char FEEF -> Index 1007
		      Char FEF0 -> Index 1008
		      Char FEF1 -> Index 1009
		      Char FEF2 -> Index 1010
		      Char FEF3 -> Index 1011
		      Char FEF4 -> Index 1012
		      Char FEF5 -> Index 1013
		      Char FEF6 -> Index 1014
		      Char FEF7 -> Index 1015
		      Char FEF8 -> Index 1016
		      Char FEF9 -> Index 1017
		      Char FEFA -> Index 1018
		      Char FEFB -> Index 1019
		      Char FEFC -> Index 1020
		 182. Char FEFF -> Index 1021
		 183. Char FFFC -> Index 1128
  
Subtable  2.   Platform ID:   1
               Specific ID:   0
               'cmap' Offset: 0x00000A2C
	      ->Format:	0 : Byte encoding table
		Length:		262
		Version:	0

		Char   0 -> Index 1
		Char   1 -> Index 0
		Char   2 -> Index 0
		Char   3 -> Index 0
		Char   4 -> Index 0
		Char   5 -> Index 0
		Char   6 -> Index 0
		Char   7 -> Index 0
		Char   8 -> Index 1
		Char   9 -> Index 2
		Char  10 -> Index 0
		Char  11 -> Index 0
		Char  12 -> Index 0
		Char  13 -> Index 2
		Char  14 -> Index 0
		Char  15 -> Index 0
		Char  16 -> Index 0
		Char  17 -> Index 0
		Char  18 -> Index 0
		Char  19 -> Index 0
		Char  20 -> Index 0
		Char  21 -> Index 0
		Char  22 -> Index 0
		Char  23 -> Index 0
		Char  24 -> Index 0
		Char  25 -> Index 0
		Char  26 -> Index 0
		Char  27 -> Index 0
		Char  28 -> Index 0
		Char  29 -> Index 1
		Char  30 -> Index 0
		Char  31 -> Index 0
		Char  32 -> Index 3
		Char  33 -> Index 4
		Char  34 -> Index 5
		Char  35 -> Index 6
		Char  36 -> Index 7
		Char  37 -> Index 8
		Char  38 -> Index 9
		Char  39 -> Index 10
		Char  40 -> Index 11
		Char  41 -> Index 12
		Char  42 -> Index 13
		Char  43 -> Index 14
		Char  44 -> Index 15
		Char  45 -> Index 16
		Char  46 -> Index 17
		Char  47 -> Index 18
		Char  48 -> Index 19
		Char  49 -> Index 20
		Char  50 -> Index 21
		Char  51 -> Index 22
		Char  52 -> Index 23
		Char  53 -> Index 24
		Char  54 -> Index 25
		Char  55 -> Index 26
		Char  56 -> Index 27
		Char  57 -> Index 28
		Char  58 -> Index 29
		Char  59 -> Index 30
		Char  60 -> Index 31
		Char  61 -> Index 32
		Char  62 -> Index 33
		Char  63 -> Index 34
		Char  64 -> Index 35
		Char  65 -> Index 36
		Char  66 -> Index 37
		Char  67 -> Index 38
		Char  68 -> Index 39
		Char  69 -> Index 40
		Char  70 -> Index 41
		Char  71 -> Index 42
		Char  72 -> Index 43
		Char  73 -> Index 44
		Char  74 -> Index 45
		Char  75 -> Index 46
		Char  76 -> Index 47
		Char  77 -> Index 48
		Char  78 -> Index 49
		Char  79 -> Index 50
		Char  80 -> Index 51
		Char  81 -> Index 52
		Char  82 -> Index 53
		Char  83 -> Index 54
		Char  84 -> Index 55
		Char  85 -> Index 56
		Char  86 -> Index 57
		Char  87 -> Index 58
		Char  88 -> Index 59
		Char  89 -> Index 60
		Char  90 -> Index 61
		Char  91 -> Index 62
		Char  92 -> Index 63
		Char  93 -> Index 64
		Char  94 -> Index 65
		Char  95 -> Index 66
		Char  96 -> Index 67
		Char  97 -> Index 68
		Char  98 -> Index 69
		Char  99 -> Index 70
		Char 100 -> Index 71
		Char 101 -> Index 72
		Char 102 -> Index 73
		Char 103 -> Index 74
		Char 104 -> Index 75
		Char 105 -> Index 76
		Char 106 -> Index 77
		Char 107 -> Index 78
		Char 108 -> Index 79
		Char 109 -> Index 80
		Char 110 -> Index 81
		Char 111 -> Index 82
		Char 112 -> Index 83
		Char 113 -> Index 84
		Char 114 -> Index 85
		Char 115 -> Index 86
		Char 116 -> Index 87
		Char 117 -> Index 88
		Char 118 -> Index 89
		Char 119 -> Index 90
		Char 120 -> Index 91
		Char 121 -> Index 92
		Char 122 -> Index 93
		Char 123 -> Index 94
		Char 124 -> Index 95
		Char 125 -> Index 96
		Char 126 -> Index 97
		Char 127 -> Index 0
		Char 128 -> Index 98
		Char 129 -> Index 99
		Char 130 -> Index 100
		Char 131 -> Index 101
		Char 132 -> Index 102
		Char 133 -> Index 103
		Char 134 -> Index 104
		Char 135 -> Index 105
		Char 136 -> Index 106
		Char 137 -> Index 107
		Char 138 -> Index 108
		Char 139 -> Index 109
		Char 140 -> Index 110
		Char 141 -> Index 111
		Char 142 -> Index 112
		Char 143 -> Index 113
		Char 144 -> Index 114
		Char 145 -> Index 115
		Char 146 -> Index 116
		Char 147 -> Index 117
		Char 148 -> Index 118
		Char 149 -> Index 119
		Char 150 -> Index 120
		Char 151 -> Index 121
		Char 152 -> Index 122
		Char 153 -> Index 123
		Char 154 -> Index 124
		Char 155 -> Index 125
		Char 156 -> Index 126
		Char 157 -> Index 127
		Char 158 -> Index 128
		Char 159 -> Index 129
		Char 160 -> Index 130
		Char 161 -> Index 131
		Char 162 -> Index 132
		Char 163 -> Index 133
		Char 164 -> Index 134
		Char 165 -> Index 135
		Char 166 -> Index 136
		Char 167 -> Index 137
		Char 168 -> Index 138
		Char 169 -> Index 139
		Char 170 -> Index 140
		Char 171 -> Index 141
		Char 172 -> Index 142
		Char 173 -> Index 143
		Char 174 -> Index 144
		Char 175 -> Index 145
		Char 176 -> Index 146
		Char 177 -> Index 147
		Char 178 -> Index 148
		Char 179 -> Index 149
		Char 180 -> Index 150
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Subtable  3.   Platform ID:   3
               Specific ID:   1
               'cmap' Offset: 0x00000B32
	      ->Format:	4 : Segment mapping to delta values
		Length:		2576
		Version:	0
		segCount:	184  (X2 = 368)
		searchRange:	256
		entrySelector:	7
		rangeShift:	112
		Seg   1 : St = 0020, En = 007E, D =    -29, RO =     0, gId# = N/A
		Seg   2 : St = 00A0, En = 017F, D =      0, RO =   366, gId# = 0
		Seg   3 : St = 018F, En = 018F, D =    915, RO =     0, gId# = N/A
		Seg   4 : St = 0192, En = 0192, D =   -236, RO =     0, gId# = N/A
		Seg   5 : St = 01A0, En = 01A1, D =    713, RO =     0, gId# = N/A
		Seg   6 : St = 01AF, En = 01B0, D =    700, RO =     0, gId# = N/A
		Seg   7 : St = 01CD, En = 01DC, D =    813, RO =     0, gId# = N/A
		Seg   8 : St = 01FA, En = 01FF, D =    -36, RO =     0, gId# = N/A
		Seg   9 : St = 0259, En = 0259, D =    714, RO =     0, gId# = N/A
		Seg  10 : St = 02C6, En = 02C7, D =      0, RO =   798, gId# = 224
		Seg  11 : St = 02C9, En = 02C9, D =   -497, RO =     0, gId# = N/A
		Seg  12 : St = 02D8, En = 02DD, D =      0, RO =   798, gId# = 226
		Seg  13 : St = 0300, En = 0301, D =    401, RO =     0, gId# = N/A
		Seg  14 : St = 0303, En = 0303, D =    374, RO =     0, gId# = N/A
		Seg  15 : St = 0309, En = 0309, D =    362, RO =     0, gId# = N/A
		Seg  16 : St = 0323, En = 0323, D =    369, RO =     0, gId# = N/A
		Seg  17 : St = 037E, En = 037E, D =   -864, RO =     0, gId# = N/A
		Seg  18 : St = 0384, En = 038A, D =      0, RO =   798, gId# = 232
		Seg  19 : St = 038C, En = 038C, D =   -407, RO =     0, gId# = N/A
		Seg  20 : St = 038E, En = 03A1, D =      0, RO =   808, gId# = 239
		Seg  21 : St = 03A3, En = 03CE, D =      0, RO =   846, gId# = 259
		Seg  22 : St = 0401, En = 040C, D =   -469, RO =     0, gId# = N/A
		Seg  23 : St = 040E, En = 044F, D =   -470, RO =     0, gId# = N/A
		Seg  24 : St = 0451, En = 045C, D =   -471, RO =     0, gId# = N/A
		Seg  25 : St = 045E, En = 045F, D =   -472, RO =     0, gId# = N/A
		Seg  26 : St = 0490, En = 0493, D =      0, RO =   924, gId# = 303
		Seg  27 : St = 0496, En = 0497, D =    122, RO =     0, gId# = N/A
		Seg  28 : St = 049A, En = 049D, D =    120, RO =     0, gId# = N/A
		Seg  29 : St = 04A2, En = 04A3, D =    116, RO =     0, gId# = N/A
		Seg  30 : St = 04AE, En = 04B3, D =    106, RO =     0, gId# = N/A
		Seg  31 : St = 04B8, En = 04BB, D =    102, RO =     0, gId# = N/A
		Seg  32 : St = 04D8, En = 04D9, D =     74, RO =     0, gId# = N/A
		Seg  33 : St = 04E8, En = 04E9, D =     60, RO =     0, gId# = N/A
		Seg  34 : St = 05B0, En = 05B9, D =   -803, RO =     0, gId# = N/A
		Seg  35 : St = 05BB, En = 05C3, D =   -804, RO =     0, gId# = N/A
		Seg  36 : St = 05D0, En = 05EA, D =   -816, RO =     0, gId# = N/A
		Seg  37 : St = 05F0, En = 05F4, D =   -821, RO =     0, gId# = N/A
		Seg  38 : St = 060C, En = 060C, D =   -800, RO =     0, gId# = N/A
		Seg  39 : St = 061B, En = 061B, D =   -814, RO =     0, gId# = N/A
		Seg  40 : St = 061F, En = 061F, D =   -817, RO =     0, gId# = N/A
		Seg  41 : St = 0621, En = 063A, D =      0, RO =   902, gId# = 307
		Seg  42 : St = 0640, En = 0652, D =      0, RO =   952, gId# = 333
		Seg  43 : St = 0660, En = 066B, D =   -871, RO =     0, gId# = N/A
		Seg  44 : St = 066D, En = 066D, D =   -872, RO =     0, gId# = N/A
		Seg  45 : St = 0670, En = 0671, D =      0, RO =   984, gId# = 352
		Seg  46 : St = 0674, En = 0674, D =   -877, RO =     0, gId# = N/A
		Seg  47 : St = 067E, En = 067E, D =   -863, RO =     0, gId# = N/A
		Seg  48 : St = 0686, En = 0686, D =   -863, RO =     0, gId# = N/A
		Seg  49 : St = 0698, En = 0698, D =   -877, RO =     0, gId# = N/A
		Seg  50 : St = 06A4, En = 06A4, D =   -897, RO =     0, gId# = N/A
		Seg  51 : St = 06A9, En = 06A9, D =   -892, RO =     0, gId# = N/A
		Seg  52 : St = 06AF, En = 06AF, D =   -894, RO =     0, gId# = N/A
		Seg  53 : St = 06CC, En = 06CC, D =   -919, RO =     0, gId# = N/A
		Seg  54 : St = 06D5, En = 06D5, D =   -973, RO =     0, gId# = N/A
		Seg  55 : St = 06E4, En = 06E4, D =   -987, RO =     0, gId# = N/A
		Seg  56 : St = 06F0, En = 06F9, D =      0, RO =   966, gId# = 354
		Seg  57 : St = 1E80, En = 1E85, D =  -7331, RO =     0, gId# = N/A
		Seg  58 : St = 1EA0, En = 1EF9, D =      0, RO =   982, gId# = 364
		Seg  59 : St = 200C, En = 200F, D =  -7460, RO =     0, gId# = N/A
		Seg  60 : St = 2013, En = 2015, D =      0, RO =  1158, gId# = 454
		Seg  61 : St = 2017, En = 201E, D =      0, RO =  1162, gId# = 457
		Seg  62 : St = 2020, En = 2022, D =      0, RO =  1176, gId# = 465
		Seg  63 : St = 2026, En = 2026, D =  -8059, RO =     0, gId# = N/A
		Seg  64 : St = 2030, En = 2030, D =  -8043, RO =     0, gId# = N/A
		Seg  65 : St = 2032, En = 2033, D =  -7845, RO =     0, gId# = N/A
		Seg  66 : St = 2039, En = 203A, D =  -8060, RO =     0, gId# = N/A
		Seg  67 : St = 203C, En = 203C, D =  -7943, RO =     0, gId# = N/A
		Seg  68 : St = 203E, En = 203E, D =  -7768, RO =     0, gId# = N/A
		Seg  69 : St = 2044, En = 2044, D =  -8073, RO =     0, gId# = N/A
		Seg  70 : St = 207F, En = 207F, D =  -8009, RO =     0, gId# = N/A
		Seg  71 : St = 20A3, En = 20A4, D =      0, RO =  1164, gId# = 468
		Seg  72 : St = 20A7, En = 20A7, D =  -8048, RO =     0, gId# = N/A
		Seg  73 : St = 20AA, En = 20AC, D =      0, RO =  1164, gId# = 470
		Seg  74 : St = 2105, En = 2105, D =  -8054, RO =     0, gId# = N/A
		Seg  75 : St = 2113, En = 2113, D =  -8067, RO =     0, gId# = N/A
		Seg  76 : St = 2116, En = 2116, D =  -7819, RO =     0, gId# = N/A
		Seg  77 : St = 2122, En = 2122, D =  -8342, RO =     0, gId# = N/A
		Seg  78 : St = 2126, En = 2126, D =  -8327, RO =     0, gId# = N/A
		Seg  79 : St = 212E, En = 212E, D =  -8006, RO =     0, gId# = N/A
		Seg  80 : St = 2153, En = 2154, D =  -7381, RO =     0, gId# = N/A
		Seg  81 : St = 215B, En = 215E, D =  -8050, RO =     0, gId# = N/A
		Seg  82 : St = 2190, En = 2195, D =  -8280, RO =     0, gId# = N/A
		Seg  83 : St = 21A8, En = 21A8, D =  -8298, RO =     0, gId# = N/A
		Seg  84 : St = 2202, En = 2202, D =  -8554, RO =     0, gId# = N/A
		Seg  85 : St = 2206, En = 2206, D =  -8542, RO =     0, gId# = N/A
		Seg  86 : St = 220F, En = 220F, D =  -8565, RO =     0, gId# = N/A
		Seg  87 : St = 2211, En = 2212, D =      0, RO =  1142, gId# = 473
		Seg  88 : St = 2215, En = 2215, D =  -8538, RO =     0, gId# = N/A
		Seg  89 : St = 2219, En = 221A, D =      0, RO =  1142, gId# = 475
		Seg  90 : St = 221E, En = 221F, D =      0, RO =  1144, gId# = 477
		Seg  91 : St = 2229, En = 2229, D =  -8425, RO =     0, gId# = N/A
		Seg  92 : St = 222B, En = 222B, D =  -8591, RO =     0, gId# = N/A
		Seg  93 : St = 2248, En = 2248, D =  -8609, RO =     0, gId# = N/A
		Seg  94 : St = 2260, En = 2261, D =      0, RO =  1140, gId# = 479
		Seg  95 : St = 2264, En = 2265, D =  -8656, RO =     0, gId# = N/A
		Seg  96 : St = 2302, En = 2302, D =  -8640, RO =     0, gId# = N/A
		Seg  97 : St = 2310, En = 2310, D =  -8653, RO =     0, gId# = N/A
		Seg  98 : St = 2320, En = 2321, D =  -8668, RO =     0, gId# = N/A
		Seg  99 : St = 2500, En = 2500, D =  -9146, RO =     0, gId# = N/A
		Seg 100 : St = 2502, En = 2502, D =  -9147, RO =     0, gId# = N/A
		Seg 101 : St = 250C, En = 250C, D =  -9156, RO =     0, gId# = N/A
		Seg 102 : St = 2510, En = 2510, D =  -9159, RO =     0, gId# = N/A
		Seg 103 : St = 2514, En = 2514, D =  -9162, RO =     0, gId# = N/A
		Seg 104 : St = 2518, En = 2518, D =  -9165, RO =     0, gId# = N/A
		Seg 105 : St = 251C, En = 251C, D =  -9168, RO =     0, gId# = N/A
		Seg 106 : St = 2524, En = 2524, D =  -9175, RO =     0, gId# = N/A
		Seg 107 : St = 252C, En = 252C, D =  -9182, RO =     0, gId# = N/A
		Seg 108 : St = 2534, En = 2534, D =  -9189, RO =     0, gId# = N/A
		Seg 109 : St = 253C, En = 253C, D =  -9196, RO =     0, gId# = N/A
		Seg 110 : St = 2550, En = 256C, D =  -9215, RO =     0, gId# = N/A
		Seg 111 : St = 2580, En = 2580, D =  -9234, RO =     0, gId# = N/A
		Seg 112 : St = 2584, En = 2584, D =  -9237, RO =     0, gId# = N/A
		Seg 113 : St = 2588, En = 2588, D =  -9240, RO =     0, gId# = N/A
		Seg 114 : St = 258C, En = 258C, D =  -9243, RO =     0, gId# = N/A
		Seg 115 : St = 2590, En = 2593, D =  -9246, RO =     0, gId# = N/A
		Seg 116 : St = 25A0, En = 25A1, D =      0, RO =  1100, gId# = 481
		Seg 117 : St = 25AA, En = 25AC, D =      0, RO =  1102, gId# = 483
		Seg 118 : St = 25B2, En = 25B2, D =  -9274, RO =     0, gId# = N/A
		Seg 119 : St = 25BA, En = 25BA, D =  -9281, RO =     0, gId# = N/A
		Seg 120 : St = 25BC, En = 25BC, D =  -9282, RO =     0, gId# = N/A
		Seg 121 : St = 25C4, En = 25C4, D =  -9289, RO =     0, gId# = N/A
		Seg 122 : St = 25CA, En = 25CB, D =      0, RO =  1098, gId# = 486
		Seg 123 : St = 25CF, En = 25CF, D =  -9275, RO =     0, gId# = N/A
		Seg 124 : St = 25D8, En = 25D9, D =  -9307, RO =     0, gId# = N/A
		Seg 125 : St = 25E6, En = 25E6, D =  -9297, RO =     0, gId# = N/A
		Seg 126 : St = 263A, En = 263C, D =  -9403, RO =     0, gId# = N/A
		Seg 127 : St = 2640, En = 2640, D =  -9406, RO =     0, gId# = N/A
		Seg 128 : St = 2642, En = 2642, D =  -9407, RO =     0, gId# = N/A
		Seg 129 : St = 2660, En = 2660, D =  -9436, RO =     0, gId# = N/A
		Seg 130 : St = 2663, En = 2663, D =  -9438, RO =     0, gId# = N/A
		Seg 131 : St = 2665, En = 2666, D =  -9439, RO =     0, gId# = N/A
		Seg 132 : St = 266A, En = 266B, D =  -9442, RO =     0, gId# = N/A
		Seg 133 : St = E801, En = E805, D =   6848, RO =     0, gId# = N/A
		Seg 134 : St = E811, En = E811, D =   6908, RO =     0, gId# = N/A
		Seg 135 : St = E813, En = E813, D =   6907, RO =     0, gId# = N/A
		Seg 136 : St = E815, En = E818, D =   6906, RO =     0, gId# = N/A
		Seg 137 : St = E832, En = E83B, D =   6881, RO =     0, gId# = N/A
		Seg 138 : St = F001, En = F002, D =   4286, RO =     0, gId# = N/A
		Seg 139 : St = F004, En = F009, D =      0, RO =  1068, gId# = 488
		Seg 140 : St = F00F, En = F030, D =      0, RO =  1078, gId# = 494
		Seg 141 : St = FB01, En = FB02, D =   1470, RO =     0, gId# = N/A
		Seg 142 : St = FB20, En = FB20, D =   1958, RO =     0, gId# = N/A
		Seg 143 : St = FB2A, En = FB36, D =   1949, RO =     0, gId# = N/A
		Seg 144 : St = FB38, En = FB3C, D =   1948, RO =     0, gId# = N/A
		Seg 145 : St = FB3E, En = FB3E, D =   1947, RO =     0, gId# = N/A
		Seg 146 : St = FB40, En = FB41, D =   1946, RO =     0, gId# = N/A
		Seg 147 : St = FB43, En = FB44, D =   1945, RO =     0, gId# = N/A
		Seg 148 : St = FB46, En = FB51, D =      0, RO =  1130, gId# = 528
		Seg 149 : St = FB56, En = FB59, D =   1993, RO =     0, gId# = N/A
		Seg 150 : St = FB6A, En = FB6D, D =   1977, RO =     0, gId# = N/A
		Seg 151 : St = FB7A, En = FB7D, D =   1965, RO =     0, gId# = N/A
		Seg 152 : St = FB8A, En = FB8B, D =   1953, RO =     0, gId# = N/A
		Seg 153 : St = FB8E, En = FB95, D =   1951, RO =     0, gId# = N/A
		Seg 154 : St = FBFC, En = FBFF, D =      0, RO =  1142, gId# = 540
		Seg 155 : St = FC08, En = FC09, D =   1839, RO =     0, gId# = N/A
		Seg 156 : St = FC0E, En = FC0E, D =   1835, RO =     0, gId# = N/A
		Seg 157 : St = FC12, En = FC12, D =   1832, RO =     0, gId# = N/A
		Seg 158 : St = FC31, En = FC32, D =   1802, RO =     0, gId# = N/A
		Seg 159 : St = FC3F, En = FC44, D =   1790, RO =     0, gId# = N/A
		Seg 160 : St = FC4E, En = FC4F, D =   1781, RO =     0, gId# = N/A
		Seg 161 : St = FC58, En = FC59, D =   1773, RO =     0, gId# = N/A
		Seg 162 : St = FC5E, En = FC62, D =   1769, RO =     0, gId# = N/A
		Seg 163 : St = FC6A, En = FC6A, D =   1762, RO =     0, gId# = N/A
		Seg 164 : St = FC6D, En = FC70, D =   1760, RO =     0, gId# = N/A
		Seg 165 : St = FC73, En = FC75, D =   1758, RO =     0, gId# = N/A
		Seg 166 : St = FC8E, En = FC8F, D =   1734, RO =     0, gId# = N/A
		Seg 167 : St = FC91, En = FC91, D =   1733, RO =     0, gId# = N/A
		Seg 168 : St = FC94, En = FC94, D =   1731, RO =     0, gId# = N/A
		Seg 169 : St = FC9C, En = FCA6, D =   1724, RO =     0, gId# = N/A
		Seg 170 : St = FCA8, En = FCA8, D =   1723, RO =     0, gId# = N/A
		Seg 171 : St = FCAA, En = FCAA, D =   1722, RO =     0, gId# = N/A
		Seg 172 : St = FCAC, En = FCAC, D =   1721, RO =     0, gId# = N/A
		Seg 173 : St = FCB0, En = FCB0, D =   1718, RO =     0, gId# = N/A
		Seg 174 : St = FCC9, En = FCD5, D =   1694, RO =     0, gId# = N/A
		Seg 175 : St = FCD8, En = FCD8, D =   1692, RO =     0, gId# = N/A
		Seg 176 : St = FCDA, En = FCDD, D =   1691, RO =     0, gId# = N/A
		Seg 177 : St = FD30, En = FD30, D =   1609, RO =     0, gId# = N/A
		Seg 178 : St = FD3C, En = FD3F, D =   1598, RO =     0, gId# = N/A
		Seg 179 : St = FD88, En = FD88, D =   1526, RO =     0, gId# = N/A
		Seg 180 : St = FDF2, En = FDF2, D =   1421, RO =     0, gId# = N/A
		Seg 181 : St = FE80, En = FEFC, D =   1280, RO =     0, gId# = N/A
		Seg 182 : St = FEFF, En = FEFF, D =   1278, RO =     0, gId# = N/A
		Seg 183 : St = FFFC, En = FFFC, D =   1132, RO =     0, gId# = N/A
		Seg 184 : St = FFFF, En = FFFF, D =      1, RO =     0, gId# = N/A
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		glyphIdArray[1] =  163 (Offset = 05D2)
		glyphIdArray[2] =  132 (Offset = 05D4)
		glyphIdArray[3] =  133 (Offset = 05D6)
		glyphIdArray[4] = 1127 (Offset = 05D8)
		glyphIdArray[5] =  150 (Offset = 05DA)
		glyphIdArray[6] =  230 (Offset = 05DC)
		glyphIdArray[7] =  134 (Offset = 05DE)
		glyphIdArray[8] =  142 (Offset = 05E0)
		glyphIdArray[9] =  139 (Offset = 05E2)
		glyphIdArray[10] =  157 (Offset = 05E4)
		glyphIdArray[11] =  169 (Offset = 05E6)
		glyphIdArray[12] =  164 (Offset = 05E8)
		glyphIdArray[13] =   16 (Offset = 05EA)
		glyphIdArray[14] =  138 (Offset = 05EC)
		glyphIdArray[15] =  256 (Offset = 05EE)
		glyphIdArray[16] =  131 (Offset = 05F0)
		glyphIdArray[17] =  147 (Offset = 05F2)
		glyphIdArray[18] =  240 (Offset = 05F4)
		glyphIdArray[19] =  241 (Offset = 05F6)
		glyphIdArray[20] =  141 (Offset = 05F8)
		glyphIdArray[21] =  151 (Offset = 05FA)
		glyphIdArray[22] =  136 (Offset = 05FC)
		glyphIdArray[23] =  194 (Offset = 05FE)
		glyphIdArray[24] =  220 (Offset = 0600)
		glyphIdArray[25] =  239 (Offset = 0602)
		glyphIdArray[26] =  158 (Offset = 0604)
		glyphIdArray[27] =  170 (Offset = 0606)
		glyphIdArray[28] =  243 (Offset = 0608)
		glyphIdArray[29] =  242 (Offset = 060A)
		glyphIdArray[30] =  244 (Offset = 060C)
		glyphIdArray[31] =  162 (Offset = 060E)
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		glyphIdArray[34] =  198 (Offset = 0614)
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		glyphIdArray[36] =   98 (Offset = 0618)
		glyphIdArray[37] =   99 (Offset = 061A)
		glyphIdArray[38] =  144 (Offset = 061C)
		glyphIdArray[39] =  100 (Offset = 061E)
		glyphIdArray[40] =  202 (Offset = 0620)
		glyphIdArray[41] =  101 (Offset = 0622)
		glyphIdArray[42] =  199 (Offset = 0624)
		glyphIdArray[43] =  201 (Offset = 0626)
		glyphIdArray[44] =  206 (Offset = 0628)
		glyphIdArray[45] =  203 (Offset = 062A)
		glyphIdArray[46] =  204 (Offset = 062C)
		glyphIdArray[47] =  205 (Offset = 062E)
		glyphIdArray[48] =  231 (Offset = 0630)
		glyphIdArray[49] =  102 (Offset = 0632)
		glyphIdArray[50] =  209 (Offset = 0634)
		glyphIdArray[51] =  207 (Offset = 0636)
		glyphIdArray[52] =  208 (Offset = 0638)
		glyphIdArray[53] =  174 (Offset = 063A)
		glyphIdArray[54] =  103 (Offset = 063C)
		glyphIdArray[55] =  238 (Offset = 063E)
		glyphIdArray[56] =  145 (Offset = 0640)
		glyphIdArray[57] =  212 (Offset = 0642)
		glyphIdArray[58] =  210 (Offset = 0644)
		glyphIdArray[59] =  211 (Offset = 0646)
		glyphIdArray[60] =  104 (Offset = 0648)
		glyphIdArray[61] =  233 (Offset = 064A)
		glyphIdArray[62] =  235 (Offset = 064C)
		glyphIdArray[63] =  137 (Offset = 064E)
		glyphIdArray[64] =  106 (Offset = 0650)
		glyphIdArray[65] =  105 (Offset = 0652)
		glyphIdArray[66] =  107 (Offset = 0654)
		glyphIdArray[67] =  109 (Offset = 0656)
		glyphIdArray[68] =  108 (Offset = 0658)
		glyphIdArray[69] =  110 (Offset = 065A)
		glyphIdArray[70] =  160 (Offset = 065C)
		glyphIdArray[71] =  111 (Offset = 065E)
		glyphIdArray[72] =  113 (Offset = 0660)
		glyphIdArray[73] =  112 (Offset = 0662)
		glyphIdArray[74] =  114 (Offset = 0664)
		glyphIdArray[75] =  115 (Offset = 0666)
		glyphIdArray[76] =  117 (Offset = 0668)
		glyphIdArray[77] =  116 (Offset = 066A)
		glyphIdArray[78] =  118 (Offset = 066C)
		glyphIdArray[79] =  119 (Offset = 066E)
		glyphIdArray[80] =  232 (Offset = 0670)
		glyphIdArray[81] =  120 (Offset = 0672)
		glyphIdArray[82] =  122 (Offset = 0674)
		glyphIdArray[83] =  121 (Offset = 0676)
		glyphIdArray[84] =  123 (Offset = 0678)
		glyphIdArray[85] =  125 (Offset = 067A)
		glyphIdArray[86] =  124 (Offset = 067C)
		glyphIdArray[87] =  183 (Offset = 067E)
		glyphIdArray[88] =  161 (Offset = 0680)
		glyphIdArray[89] =  127 (Offset = 0682)
		glyphIdArray[90] =  126 (Offset = 0684)
		glyphIdArray[91] =  128 (Offset = 0686)
		glyphIdArray[92] =  129 (Offset = 0688)
		glyphIdArray[93] =  234 (Offset = 068A)
		glyphIdArray[94] =  236 (Offset = 068C)
		glyphIdArray[95] =  185 (Offset = 068E)
		glyphIdArray[96] =  406 (Offset = 0690)
		glyphIdArray[97] =  407 (Offset = 0692)
		glyphIdArray[98] =  258 (Offset = 0694)
		glyphIdArray[99] =  259 (Offset = 0696)
		glyphIdArray[100] =  260 (Offset = 0698)
		glyphIdArray[101] =  261 (Offset = 069A)
		glyphIdArray[102] =  251 (Offset = 069C)
		glyphIdArray[103] =  252 (Offset = 069E)
		glyphIdArray[104] =  408 (Offset = 06A0)
		glyphIdArray[105] =  409 (Offset = 06A2)
		glyphIdArray[106] =  410 (Offset = 06A4)
		glyphIdArray[107] =  411 (Offset = 06A6)
		glyphIdArray[108] =  253 (Offset = 06A8)
		glyphIdArray[109] =  254 (Offset = 06AA)
		glyphIdArray[110] =  262 (Offset = 06AC)
		glyphIdArray[111] =  263 (Offset = 06AE)
		glyphIdArray[112] =  264 (Offset = 06B0)
		glyphIdArray[113] =  255 (Offset = 06B2)
		glyphIdArray[114] =  412 (Offset = 06B4)
		glyphIdArray[115] =  413 (Offset = 06B6)
		glyphIdArray[116] =  414 (Offset = 06B8)
		glyphIdArray[117] =  415 (Offset = 06BA)
		glyphIdArray[118] =  416 (Offset = 06BC)
		glyphIdArray[119] =  417 (Offset = 06BE)
		glyphIdArray[120] =  265 (Offset = 06C0)
		glyphIdArray[121] =  266 (Offset = 06C2)
		glyphIdArray[122] =  267 (Offset = 06C4)
		glyphIdArray[123] =  268 (Offset = 06C6)
		glyphIdArray[124] =  418 (Offset = 06C8)
		glyphIdArray[125] =  419 (Offset = 06CA)
		glyphIdArray[126] =  246 (Offset = 06CC)
		glyphIdArray[127] =  247 (Offset = 06CE)
		glyphIdArray[128] =  420 (Offset = 06D0)
		glyphIdArray[129] =  421 (Offset = 06D2)
		glyphIdArray[130] =  422 (Offset = 06D4)
		glyphIdArray[131] =  423 (Offset = 06D6)
		glyphIdArray[132] =  424 (Offset = 06D8)
		glyphIdArray[133] =  425 (Offset = 06DA)
		glyphIdArray[134] =  426 (Offset = 06DC)
		glyphIdArray[135] =  427 (Offset = 06DE)
		glyphIdArray[136] =  428 (Offset = 06E0)
		glyphIdArray[137] =  429 (Offset = 06E2)
		glyphIdArray[138] =  430 (Offset = 06E4)
		glyphIdArray[139] =  431 (Offset = 06E6)
		glyphIdArray[140] =  432 (Offset = 06E8)
		glyphIdArray[141] =  433 (Offset = 06EA)
		glyphIdArray[142] =  434 (Offset = 06EC)
		glyphIdArray[143] =  435 (Offset = 06EE)
		glyphIdArray[144] =  248 (Offset = 06F0)
		glyphIdArray[145] =  213 (Offset = 06F2)
		glyphIdArray[146] =  394 (Offset = 06F4)
		glyphIdArray[147] =  395 (Offset = 06F6)
		glyphIdArray[148] =  436 (Offset = 06F8)
		glyphIdArray[149] =  437 (Offset = 06FA)
		glyphIdArray[150] =  438 (Offset = 06FC)
		glyphIdArray[151] =  439 (Offset = 06FE)
		glyphIdArray[152] =  440 (Offset = 0700)
		glyphIdArray[153] =  269 (Offset = 0702)
		glyphIdArray[154] =  270 (Offset = 0704)
		glyphIdArray[155] =  441 (Offset = 0706)
		glyphIdArray[156] =  442 (Offset = 0708)
		glyphIdArray[157] =  271 (Offset = 070A)
		glyphIdArray[158] =  272 (Offset = 070C)
		glyphIdArray[159] =  273 (Offset = 070E)
		glyphIdArray[160] =  274 (Offset = 0710)
		glyphIdArray[161] =  224 (Offset = 0712)
		glyphIdArray[162] =  225 (Offset = 0714)
		glyphIdArray[163] =  275 (Offset = 0716)
		glyphIdArray[164] =  276 (Offset = 0718)
		glyphIdArray[165] =  443 (Offset = 071A)
		glyphIdArray[166] =  444 (Offset = 071C)
		glyphIdArray[167] =  277 (Offset = 071E)
		glyphIdArray[168] =  278 (Offset = 0720)
		glyphIdArray[169] =  396 (Offset = 0722)
		glyphIdArray[170] =  445 (Offset = 0724)
		glyphIdArray[171] =  446 (Offset = 0726)
		glyphIdArray[172] =  447 (Offset = 0728)
		glyphIdArray[173] =  448 (Offset = 072A)
		glyphIdArray[174] =  449 (Offset = 072C)
		glyphIdArray[175] =  450 (Offset = 072E)
		glyphIdArray[176] =  279 (Offset = 0730)
		glyphIdArray[177] =  280 (Offset = 0732)
		glyphIdArray[178] =  175 (Offset = 0734)
		glyphIdArray[179] =  176 (Offset = 0736)
		glyphIdArray[180] =  281 (Offset = 0738)
		glyphIdArray[181] =  282 (Offset = 073A)
		glyphIdArray[182] =  451 (Offset = 073C)
		glyphIdArray[183] =  452 (Offset = 073E)
		glyphIdArray[184] =  283 (Offset = 0740)
		glyphIdArray[185] =  284 (Offset = 0742)
		glyphIdArray[186] =  285 (Offset = 0744)
		glyphIdArray[187] =  286 (Offset = 0746)
		glyphIdArray[188] =  453 (Offset = 0748)
		glyphIdArray[189] =  454 (Offset = 074A)
		glyphIdArray[190] =  249 (Offset = 074C)
		glyphIdArray[191] =  250 (Offset = 074E)
		glyphIdArray[192] =  226 (Offset = 0750)
		glyphIdArray[193] =  227 (Offset = 0752)
		glyphIdArray[194] =  287 (Offset = 0754)
		glyphIdArray[195] =  288 (Offset = 0756)
		glyphIdArray[196] =  289 (Offset = 0758)
		glyphIdArray[197] =  290 (Offset = 075A)
		glyphIdArray[198] =  455 (Offset = 075C)
		glyphIdArray[199] =  456 (Offset = 075E)
		glyphIdArray[200] =  457 (Offset = 0760)
		glyphIdArray[201] =  458 (Offset = 0762)
		glyphIdArray[202] =  459 (Offset = 0764)
		glyphIdArray[203] =  460 (Offset = 0766)
		glyphIdArray[204] =  461 (Offset = 0768)
		glyphIdArray[205] =  462 (Offset = 076A)
		glyphIdArray[206] =  291 (Offset = 076C)
		glyphIdArray[207] =  292 (Offset = 076E)
		glyphIdArray[208] =  293 (Offset = 0770)
		glyphIdArray[209] =  294 (Offset = 0772)
		glyphIdArray[210] =  463 (Offset = 0774)
		glyphIdArray[211] =  464 (Offset = 0776)
		glyphIdArray[212] =  465 (Offset = 0778)
		glyphIdArray[213] =  466 (Offset = 077A)
		glyphIdArray[214] =  467 (Offset = 077C)
		glyphIdArray[215] =  468 (Offset = 077E)
		glyphIdArray[216] =  186 (Offset = 0780)
		glyphIdArray[217] =  295 (Offset = 0782)
		glyphIdArray[218] =  296 (Offset = 0784)
		glyphIdArray[219] =  297 (Offset = 0786)
		glyphIdArray[220] =  298 (Offset = 0788)
		glyphIdArray[221] =  228 (Offset = 078A)
		glyphIdArray[222] =  229 (Offset = 078C)
		glyphIdArray[223] =  469 (Offset = 078E)
		glyphIdArray[224] =  214 (Offset = 0790)
		glyphIdArray[225] =  223 (Offset = 0792)
		glyphIdArray[226] =  217 (Offset = 0794)
		glyphIdArray[227] =  218 (Offset = 0796)
		glyphIdArray[228] =  219 (Offset = 0798)
		glyphIdArray[229] =  222 (Offset = 079A)
		glyphIdArray[230] =  215 (Offset = 079C)
		glyphIdArray[231] =  221 (Offset = 079E)
		glyphIdArray[232] =  495 (Offset = 07A0)
		glyphIdArray[233] =  496 (Offset = 07A2)
		glyphIdArray[234] =  497 (Offset = 07A4)
		glyphIdArray[235] =  476 (Offset = 07A6)
		glyphIdArray[236] =  498 (Offset = 07A8)
		glyphIdArray[237] =  499 (Offset = 07AA)
		glyphIdArray[238] =  500 (Offset = 07AC)
		glyphIdArray[239] =  502 (Offset = 07AE)
		glyphIdArray[240] =  503 (Offset = 07B0)
		glyphIdArray[241] =  504 (Offset = 07B2)
		glyphIdArray[242] =  505 (Offset = 07B4)
		glyphIdArray[243] =  506 (Offset = 07B6)
		glyphIdArray[244] =  299 (Offset = 07B8)
		glyphIdArray[245] =  507 (Offset = 07BA)
		glyphIdArray[246] =  508 (Offset = 07BC)
		glyphIdArray[247] =  509 (Offset = 07BE)
		glyphIdArray[248] =  510 (Offset = 07C0)
		glyphIdArray[249] =  300 (Offset = 07C2)
		glyphIdArray[250] =  511 (Offset = 07C4)
		glyphIdArray[251] =  512 (Offset = 07C6)
		glyphIdArray[252] =  513 (Offset = 07C8)
		glyphIdArray[253] =  514 (Offset = 07CA)
		glyphIdArray[254] =  515 (Offset = 07CC)
		glyphIdArray[255] =  516 (Offset = 07CE)
		glyphIdArray[256] =  517 (Offset = 07D0)
		glyphIdArray[257] =  518 (Offset = 07D2)
		glyphIdArray[258] =  519 (Offset = 07D4)
		glyphIdArray[259] =  520 (Offset = 07D6)
		glyphIdArray[260] =  521 (Offset = 07D8)
		glyphIdArray[261] =  522 (Offset = 07DA)
		glyphIdArray[262] =  301 (Offset = 07DC)
		glyphIdArray[263] =  523 (Offset = 07DE)
		glyphIdArray[264] =  524 (Offset = 07E0)
		glyphIdArray[265] =  525 (Offset = 07E2)
		glyphIdArray[266] =  526 (Offset = 07E4)
		glyphIdArray[267] =  527 (Offset = 07E6)
		glyphIdArray[268] =  528 (Offset = 07E8)
		glyphIdArray[269] =  529 (Offset = 07EA)
		glyphIdArray[270] =  530 (Offset = 07EC)
		glyphIdArray[271] =  531 (Offset = 07EE)
		glyphIdArray[272] =  532 (Offset = 07F0)
		glyphIdArray[273] =  302 (Offset = 07F2)
		glyphIdArray[274] =  533 (Offset = 07F4)
		glyphIdArray[275] =  534 (Offset = 07F6)
		glyphIdArray[276] =  303 (Offset = 07F8)
		glyphIdArray[277] =  304 (Offset = 07FA)
		glyphIdArray[278] =  535 (Offset = 07FC)
		glyphIdArray[279] =  536 (Offset = 07FE)
		glyphIdArray[280] =  537 (Offset = 0800)
		glyphIdArray[281] =  538 (Offset = 0802)
		glyphIdArray[282] =  539 (Offset = 0804)
		glyphIdArray[283] =  540 (Offset = 0806)
		glyphIdArray[284] =  541 (Offset = 0808)
		glyphIdArray[285] =  542 (Offset = 080A)
		glyphIdArray[286] =  543 (Offset = 080C)
		glyphIdArray[287] =  544 (Offset = 080E)
		glyphIdArray[288] =  652 (Offset = 0810)
		glyphIdArray[289] =  545 (Offset = 0812)
		glyphIdArray[290] =  546 (Offset = 0814)
		glyphIdArray[291] =  305 (Offset = 0816)
		glyphIdArray[292] =  306 (Offset = 0818)
		glyphIdArray[293] =  547 (Offset = 081A)
		glyphIdArray[294] =  307 (Offset = 081C)
		glyphIdArray[295] =  548 (Offset = 081E)
		glyphIdArray[296] =  549 (Offset = 0820)
		glyphIdArray[297] =  550 (Offset = 0822)
		glyphIdArray[298] =  551 (Offset = 0824)
		glyphIdArray[299] =  552 (Offset = 0826)
		glyphIdArray[300] =  553 (Offset = 0828)
		glyphIdArray[301] =  554 (Offset = 082A)
		glyphIdArray[302] =  555 (Offset = 082C)
		glyphIdArray[303] =  648 (Offset = 082E)
		glyphIdArray[304] =  649 (Offset = 0830)
		glyphIdArray[305] = 1294 (Offset = 0832)
		glyphIdArray[306] = 1295 (Offset = 0834)
		glyphIdArray[307] =  751 (Offset = 0836)
		glyphIdArray[308] =  897 (Offset = 0838)
		glyphIdArray[309] =  899 (Offset = 083A)
		glyphIdArray[310] =  901 (Offset = 083C)
		glyphIdArray[311] =  903 (Offset = 083E)
		glyphIdArray[312] =  905 (Offset = 0840)
		glyphIdArray[313] =  909 (Offset = 0842)
		glyphIdArray[314] =  911 (Offset = 0844)
		glyphIdArray[315] =  915 (Offset = 0846)
		glyphIdArray[316] =  917 (Offset = 0848)
		glyphIdArray[317] =  921 (Offset = 084A)
		glyphIdArray[318] =  925 (Offset = 084C)
		glyphIdArray[319] =  929 (Offset = 084E)
		glyphIdArray[320] =  933 (Offset = 0850)
		glyphIdArray[321] =  937 (Offset = 0852)
		glyphIdArray[322] =  939 (Offset = 0854)
		glyphIdArray[323] =  941 (Offset = 0856)
		glyphIdArray[324] =  943 (Offset = 0858)
		glyphIdArray[325] =  945 (Offset = 085A)
		glyphIdArray[326] =  949 (Offset = 085C)
		glyphIdArray[327] =  953 (Offset = 085E)
		glyphIdArray[328] =  957 (Offset = 0860)
		glyphIdArray[329] =  961 (Offset = 0862)
		glyphIdArray[330] =  965 (Offset = 0864)
		glyphIdArray[331] =  969 (Offset = 0866)
		glyphIdArray[332] =  973 (Offset = 0868)
		glyphIdArray[333] =  752 (Offset = 086A)
		glyphIdArray[334] =  977 (Offset = 086C)
		glyphIdArray[335] =  981 (Offset = 086E)
		glyphIdArray[336] =  985 (Offset = 0870)
		glyphIdArray[337] =  989 (Offset = 0872)
		glyphIdArray[338] =  993 (Offset = 0874)
		glyphIdArray[339] =  997 (Offset = 0876)
		glyphIdArray[340] = 1001 (Offset = 0878)
		glyphIdArray[341] = 1005 (Offset = 087A)
		glyphIdArray[342] = 1007 (Offset = 087C)
		glyphIdArray[343] = 1009 (Offset = 087E)
		glyphIdArray[344] =  753 (Offset = 0880)
		glyphIdArray[345] =  754 (Offset = 0882)
		glyphIdArray[346] =  755 (Offset = 0884)
		glyphIdArray[347] =  756 (Offset = 0886)
		glyphIdArray[348] =  757 (Offset = 0888)
		glyphIdArray[349] =  758 (Offset = 088A)
		glyphIdArray[350] =  759 (Offset = 088C)
		glyphIdArray[351] =  760 (Offset = 088E)
		glyphIdArray[352] =  774 (Offset = 0890)
		glyphIdArray[353] =  797 (Offset = 0892)
		glyphIdArray[354] =  761 (Offset = 0894)
		glyphIdArray[355] =  762 (Offset = 0896)
		glyphIdArray[356] =  763 (Offset = 0898)
		glyphIdArray[357] =  764 (Offset = 089A)
		glyphIdArray[358] =  778 (Offset = 089C)
		glyphIdArray[359] =  779 (Offset = 089E)
		glyphIdArray[360] =  780 (Offset = 08A0)
		glyphIdArray[361] =  768 (Offset = 08A2)
		glyphIdArray[362] =  769 (Offset = 08A4)
		glyphIdArray[363] =  770 (Offset = 08A6)
		glyphIdArray[364] = 1186 (Offset = 08A8)
		glyphIdArray[365] = 1187 (Offset = 08AA)
		glyphIdArray[366] = 1188 (Offset = 08AC)
		glyphIdArray[367] = 1189 (Offset = 08AE)
		glyphIdArray[368] = 1190 (Offset = 08B0)
		glyphIdArray[369] = 1191 (Offset = 08B2)
		glyphIdArray[370] = 1192 (Offset = 08B4)
		glyphIdArray[371] = 1193 (Offset = 08B6)
		glyphIdArray[372] = 1194 (Offset = 08B8)
		glyphIdArray[373] = 1195 (Offset = 08BA)
		glyphIdArray[374] = 1196 (Offset = 08BC)
		glyphIdArray[375] = 1197 (Offset = 08BE)
		glyphIdArray[376] = 1198 (Offset = 08C0)
		glyphIdArray[377] = 1199 (Offset = 08C2)
		glyphIdArray[378] = 1200 (Offset = 08C4)
		glyphIdArray[379] = 1201 (Offset = 08C6)
		glyphIdArray[380] = 1202 (Offset = 08C8)
		glyphIdArray[381] = 1203 (Offset = 08CA)
		glyphIdArray[382] = 1204 (Offset = 08CC)
		glyphIdArray[383] = 1205 (Offset = 08CE)
		glyphIdArray[384] = 1206 (Offset = 08D0)
		glyphIdArray[385] = 1207 (Offset = 08D2)
		glyphIdArray[386] = 1208 (Offset = 08D4)
		glyphIdArray[387] = 1209 (Offset = 08D6)
		glyphIdArray[388] = 1210 (Offset = 08D8)
		glyphIdArray[389] = 1211 (Offset = 08DA)
		glyphIdArray[390] = 1212 (Offset = 08DC)
		glyphIdArray[391] = 1213 (Offset = 08DE)
		glyphIdArray[392] = 1214 (Offset = 08E0)
		glyphIdArray[393] = 1215 (Offset = 08E2)
		glyphIdArray[394] = 1216 (Offset = 08E4)
		glyphIdArray[395] = 1217 (Offset = 08E6)
		glyphIdArray[396] = 1218 (Offset = 08E8)
		glyphIdArray[397] = 1219 (Offset = 08EA)
		glyphIdArray[398] = 1220 (Offset = 08EC)
		glyphIdArray[399] = 1221 (Offset = 08EE)
		glyphIdArray[400] = 1222 (Offset = 08F0)
		glyphIdArray[401] = 1223 (Offset = 08F2)
		glyphIdArray[402] = 1224 (Offset = 08F4)
		glyphIdArray[403] = 1225 (Offset = 08F6)
		glyphIdArray[404] = 1226 (Offset = 08F8)
		glyphIdArray[405] = 1227 (Offset = 08FA)
		glyphIdArray[406] = 1228 (Offset = 08FC)
		glyphIdArray[407] = 1229 (Offset = 08FE)
		glyphIdArray[408] = 1230 (Offset = 0900)
		glyphIdArray[409] = 1231 (Offset = 0902)
		glyphIdArray[410] = 1232 (Offset = 0904)
		glyphIdArray[411] = 1233 (Offset = 0906)
		glyphIdArray[412] = 1234 (Offset = 0908)
		glyphIdArray[413] = 1235 (Offset = 090A)
		glyphIdArray[414] = 1236 (Offset = 090C)
		glyphIdArray[415] = 1237 (Offset = 090E)
		glyphIdArray[416] = 1238 (Offset = 0910)
		glyphIdArray[417] = 1239 (Offset = 0912)
		glyphIdArray[418] = 1240 (Offset = 0914)
		glyphIdArray[419] = 1241 (Offset = 0916)
		glyphIdArray[420] = 1242 (Offset = 0918)
		glyphIdArray[421] = 1243 (Offset = 091A)
		glyphIdArray[422] = 1244 (Offset = 091C)
		glyphIdArray[423] = 1245 (Offset = 091E)
		glyphIdArray[424] = 1246 (Offset = 0920)
		glyphIdArray[425] = 1247 (Offset = 0922)
		glyphIdArray[426] = 1248 (Offset = 0924)
		glyphIdArray[427] = 1249 (Offset = 0926)
		glyphIdArray[428] = 1250 (Offset = 0928)
		glyphIdArray[429] = 1251 (Offset = 092A)
		glyphIdArray[430] = 1252 (Offset = 092C)
		glyphIdArray[431] = 1253 (Offset = 092E)
		glyphIdArray[432] = 1254 (Offset = 0930)
		glyphIdArray[433] = 1255 (Offset = 0932)
		glyphIdArray[434] = 1256 (Offset = 0934)
		glyphIdArray[435] = 1257 (Offset = 0936)
		glyphIdArray[436] = 1258 (Offset = 0938)
		glyphIdArray[437] = 1259 (Offset = 093A)
		glyphIdArray[438] = 1260 (Offset = 093C)
		glyphIdArray[439] = 1261 (Offset = 093E)
		glyphIdArray[440] = 1262 (Offset = 0940)
		glyphIdArray[441] = 1263 (Offset = 0942)
		glyphIdArray[442] = 1264 (Offset = 0944)
		glyphIdArray[443] = 1265 (Offset = 0946)
		glyphIdArray[444] = 1266 (Offset = 0948)
		glyphIdArray[445] = 1267 (Offset = 094A)
		glyphIdArray[446] =  483 (Offset = 094C)
		glyphIdArray[447] =  484 (Offset = 094E)
		glyphIdArray[448] = 1268 (Offset = 0950)
		glyphIdArray[449] = 1269 (Offset = 0952)
		glyphIdArray[450] = 1270 (Offset = 0954)
		glyphIdArray[451] = 1271 (Offset = 0956)
		glyphIdArray[452] = 1272 (Offset = 0958)
		glyphIdArray[453] = 1273 (Offset = 095A)
		glyphIdArray[454] =  177 (Offset = 095C)
		glyphIdArray[455] =  178 (Offset = 095E)
		glyphIdArray[456] =  650 (Offset = 0960)
		glyphIdArray[457] =  308 (Offset = 0962)
		glyphIdArray[458] =  181 (Offset = 0964)
		glyphIdArray[459] =  182 (Offset = 0966)
		glyphIdArray[460] =  195 (Offset = 0968)
		glyphIdArray[461] =  485 (Offset = 096A)
		glyphIdArray[462] =  179 (Offset = 096C)
		glyphIdArray[463] =  180 (Offset = 096E)
		glyphIdArray[464] =  196 (Offset = 0970)
		glyphIdArray[465] =  130 (Offset = 0972)
		glyphIdArray[466] =  193 (Offset = 0974)
		glyphIdArray[467] =  135 (Offset = 0976)
		glyphIdArray[468] =  245 (Offset = 0978)
		glyphIdArray[469] =  487 (Offset = 097A)
		glyphIdArray[470] =  704 (Offset = 097C)
		glyphIdArray[471] = 1149 (Offset = 097E)
		glyphIdArray[472] =  188 (Offset = 0980)
		glyphIdArray[473] =  153 (Offset = 0982)
		glyphIdArray[474] =  237 (Offset = 0984)
		glyphIdArray[475] =  194 (Offset = 0986)
		glyphIdArray[476] =  165 (Offset = 0988)
		glyphIdArray[477] =  146 (Offset = 098A)
		glyphIdArray[478] =  319 (Offset = 098C)
		glyphIdArray[479] =  143 (Offset = 098E)
		glyphIdArray[480] =  321 (Offset = 0990)
		glyphIdArray[481] =  374 (Offset = 0992)
		glyphIdArray[482] =  401 (Offset = 0994)
		glyphIdArray[483] =  402 (Offset = 0996)
		glyphIdArray[484] =  403 (Offset = 0998)
		glyphIdArray[485] =  375 (Offset = 099A)
		glyphIdArray[486] =  184 (Offset = 099C)
		glyphIdArray[487] =  380 (Offset = 099E)
		glyphIdArray[488] =  493 (Offset = 09A0)
		glyphIdArray[489] =  494 (Offset = 09A2)
		glyphIdArray[490] = 1136 (Offset = 09A4)
		glyphIdArray[491] = 1137 (Offset = 09A6)
		glyphIdArray[492] = 1152 (Offset = 09A8)
		glyphIdArray[493] = 1138 (Offset = 09AA)
		glyphIdArray[494] = 1155 (Offset = 09AC)
		glyphIdArray[495] = 1140 (Offset = 09AE)
		glyphIdArray[496] = 1142 (Offset = 09B0)
		glyphIdArray[497] = 1156 (Offset = 09B2)
		glyphIdArray[498] = 1141 (Offset = 09B4)
		glyphIdArray[499] = 1157 (Offset = 09B6)
		glyphIdArray[500] = 1144 (Offset = 09B8)
		glyphIdArray[501] = 1158 (Offset = 09BA)
		glyphIdArray[502] = 1159 (Offset = 09BC)
		glyphIdArray[503] = 1160 (Offset = 09BE)
		glyphIdArray[504] = 1161 (Offset = 09C0)
		glyphIdArray[505] = 1162 (Offset = 09C2)
		glyphIdArray[506] = 1163 (Offset = 09C4)
		glyphIdArray[507] = 1143 (Offset = 09C6)
		glyphIdArray[508] = 1171 (Offset = 09C8)
		glyphIdArray[509] = 1164 (Offset = 09CA)
		glyphIdArray[510] = 1165 (Offset = 09CC)
		glyphIdArray[511] = 1166 (Offset = 09CE)
		glyphIdArray[512] = 1167 (Offset = 09D0)
		glyphIdArray[513] = 1168 (Offset = 09D2)
		glyphIdArray[514] = 1173 (Offset = 09D4)
		glyphIdArray[515] = 1177 (Offset = 09D6)
		glyphIdArray[516] = 1178 (Offset = 09D8)
		glyphIdArray[517] = 1179 (Offset = 09DA)
		glyphIdArray[518] = 1180 (Offset = 09DC)
		glyphIdArray[519] = 1181 (Offset = 09DE)
		glyphIdArray[520] = 1174 (Offset = 09E0)
		glyphIdArray[521] = 1175 (Offset = 09E2)
		glyphIdArray[522] = 1176 (Offset = 09E4)
		glyphIdArray[523] = 1148 (Offset = 09E6)
		glyphIdArray[524] = 1182 (Offset = 09E8)
		glyphIdArray[525] = 1183 (Offset = 09EA)
		glyphIdArray[526] = 1184 (Offset = 09EC)
		glyphIdArray[527] = 1185 (Offset = 09EE)
		glyphIdArray[528] =  734 (Offset = 09F0)
		glyphIdArray[529] =  735 (Offset = 09F2)
		glyphIdArray[530] =  736 (Offset = 09F4)
		glyphIdArray[531] =  737 (Offset = 09F6)
		glyphIdArray[532] =  738 (Offset = 09F8)
		glyphIdArray[533] =  739 (Offset = 09FA)
		glyphIdArray[534] =  740 (Offset = 09FC)
		glyphIdArray[535] =  741 (Offset = 09FE)
		glyphIdArray[536] =  742 (Offset = 0A00)
		glyphIdArray[537] =  743 (Offset = 0A02)
		glyphIdArray[538] =  797 (Offset = 0A04)
		glyphIdArray[539] =  798 (Offset = 0A06)
		glyphIdArray[540] =  821 (Offset = 0A08)
		glyphIdArray[541] =  822 (Offset = 0A0A)
		glyphIdArray[542] = 1011 (Offset = 0A0C)
		glyphIdArray[543] = 1012 (Offset = 0A0E)

		Which Means:
		   1. Char 0020 -> Index 3
		      Char 0021 -> Index 4
		      Char 0022 -> Index 5
		      Char 0023 -> Index 6
		      Char 0024 -> Index 7
		      Char 0025 -> Index 8
		      Char 0026 -> Index 9
		      Char 0027 -> Index 10
		      Char 0028 -> Index 11
		      Char 0029 -> Index 12
		      Char 002A -> Index 13
		      Char 002B -> Index 14
		      Char 002C -> Index 15
		      Char 002D -> Index 16
		      Char 002E -> Index 17
		      Char 002F -> Index 18
		      Char 0030 -> Index 19
		      Char 0031 -> Index 20
		      Char 0032 -> Index 21
		      Char 0033 -> Index 22
		      Char 0034 -> Index 23
		      Char 0035 -> Index 24
		      Char 0036 -> Index 25
		      Char 0037 -> Index 26
		      Char 0038 -> Index 27
		      Char 0039 -> Index 28
		      Char 003A -> Index 29
		      Char 003B -> Index 30
		      Char 003C -> Index 31
		      Char 003D -> Index 32
		      Char 003E -> Index 33
		      Char 003F -> Index 34
		      Char 0040 -> Index 35
		      Char 0041 -> Index 36
		      Char 0042 -> Index 37
		      Char 0043 -> Index 38
		      Char 0044 -> Index 39
		      Char 0045 -> Index 40
		      Char 0046 -> Index 41
		      Char 0047 -> Index 42
		      Char 0048 -> Index 43
		      Char 0049 -> Index 44
		      Char 004A -> Index 45
		      Char 004B -> Index 46
		      Char 004C -> Index 47
		      Char 004D -> Index 48
		      Char 004E -> Index 49
		      Char 004F -> Index 50
		      Char 0050 -> Index 51
		      Char 0051 -> Index 52
		      Char 0052 -> Index 53
		      Char 0053 -> Index 54
		      Char 0054 -> Index 55
		      Char 0055 -> Index 56
		      Char 0056 -> Index 57
		      Char 0057 -> Index 58
		      Char 0058 -> Index 59
		      Char 0059 -> Index 60
		      Char 005A -> Index 61
		      Char 005B -> Index 62
		      Char 005C -> Index 63
		      Char 005D -> Index 64
		      Char 005E -> Index 65
		      Char 005F -> Index 66
		      Char 0060 -> Index 67
		      Char 0061 -> Index 68
		      Char 0062 -> Index 69
		      Char 0063 -> Index 70
		      Char 0064 -> Index 71
		      Char 0065 -> Index 72
		      Char 0066 -> Index 73
		      Char 0067 -> Index 74
		      Char 0068 -> Index 75
		      Char 0069 -> Index 76
		      Char 006A -> Index 77
		      Char 006B -> Index 78
		      Char 006C -> Index 79
		      Char 006D -> Index 80
		      Char 006E -> Index 81
		      Char 006F -> Index 82
		      Char 0070 -> Index 83
		      Char 0071 -> Index 84
		      Char 0072 -> Index 85
		      Char 0073 -> Index 86
		      Char 0074 -> Index 87
		      Char 0075 -> Index 88
		      Char 0076 -> Index 89
		      Char 0077 -> Index 90
		      Char 0078 -> Index 91
		      Char 0079 -> Index 92
		      Char 007A -> Index 93
		      Char 007B -> Index 94
		      Char 007C -> Index 95
		      Char 007D -> Index 96
		      Char 007E -> Index 97
		   2. Char 00A0 -> Index 3
		      Char 00A1 -> Index 163
		      Char 00A2 -> Index 132
		      Char 00A3 -> Index 133
		      Char 00A4 -> Index 1127
		      Char 00A5 -> Index 150
		      Char 00A6 -> Index 230
		      Char 00A7 -> Index 134
		      Char 00A8 -> Index 142
		      Char 00A9 -> Index 139
		      Char 00AA -> Index 157
		      Char 00AB -> Index 169
		      Char 00AC -> Index 164
		      Char 00AD -> Index 16
		      Char 00AE -> Index 138
		      Char 00AF -> Index 256
		      Char 00B0 -> Index 131
		      Char 00B1 -> Index 147
		      Char 00B2 -> Index 240
		      Char 00B3 -> Index 241
		      Char 00B4 -> Index 141
		      Char 00B5 -> Index 151
		      Char 00B6 -> Index 136
		      Char 00B7 -> Index 194
		      Char 00B8 -> Index 220
		      Char 00B9 -> Index 239
		      Char 00BA -> Index 158
		      Char 00BB -> Index 170
		      Char 00BC -> Index 243
		      Char 00BD -> Index 242
		      Char 00BE -> Index 244
		      Char 00BF -> Index 162
		      Char 00C0 -> Index 172
		      Char 00C1 -> Index 200
		      Char 00C2 -> Index 198
		      Char 00C3 -> Index 173
		      Char 00C4 -> Index 98
		      Char 00C5 -> Index 99
		      Char 00C6 -> Index 144
		      Char 00C7 -> Index 100
		      Char 00C8 -> Index 202
		      Char 00C9 -> Index 101
		      Char 00CA -> Index 199
		      Char 00CB -> Index 201
		      Char 00CC -> Index 206
		      Char 00CD -> Index 203
		      Char 00CE -> Index 204
		      Char 00CF -> Index 205
		      Char 00D0 -> Index 231
		      Char 00D1 -> Index 102
		      Char 00D2 -> Index 209
		      Char 00D3 -> Index 207
		      Char 00D4 -> Index 208
		      Char 00D5 -> Index 174
		      Char 00D6 -> Index 103
		      Char 00D7 -> Index 238
		      Char 00D8 -> Index 145
		      Char 00D9 -> Index 212
		      Char 00DA -> Index 210
		      Char 00DB -> Index 211
		      Char 00DC -> Index 104
		      Char 00DD -> Index 233
		      Char 00DE -> Index 235
		      Char 00DF -> Index 137
		      Char 00E0 -> Index 106
		      Char 00E1 -> Index 105
		      Char 00E2 -> Index 107
		      Char 00E3 -> Index 109
		      Char 00E4 -> Index 108
		      Char 00E5 -> Index 110
		      Char 00E6 -> Index 160
		      Char 00E7 -> Index 111
		      Char 00E8 -> Index 113
		      Char 00E9 -> Index 112
		      Char 00EA -> Index 114
		      Char 00EB -> Index 115
		      Char 00EC -> Index 117
		      Char 00ED -> Index 116
		      Char 00EE -> Index 118
		      Char 00EF -> Index 119
		      Char 00F0 -> Index 232
		      Char 00F1 -> Index 120
		      Char 00F2 -> Index 122
		      Char 00F3 -> Index 121
		      Char 00F4 -> Index 123
		      Char 00F5 -> Index 125
		      Char 00F6 -> Index 124
		      Char 00F7 -> Index 183
		      Char 00F8 -> Index 161
		      Char 00F9 -> Index 127
		      Char 00FA -> Index 126
		      Char 00FB -> Index 128
		      Char 00FC -> Index 129
		      Char 00FD -> Index 234
		      Char 00FE -> Index 236
		      Char 00FF -> Index 185
		      Char 0100 -> Index 406
		      Char 0101 -> Index 407
		      Char 0102 -> Index 258
		      Char 0103 -> Index 259
		      Char 0104 -> Index 260
		      Char 0105 -> Index 261
		      Char 0106 -> Index 251
		      Char 0107 -> Index 252
		      Char 0108 -> Index 408
		      Char 0109 -> Index 409
		      Char 010A -> Index 410
		      Char 010B -> Index 411
		      Char 010C -> Index 253
		      Char 010D -> Index 254
		      Char 010E -> Index 262
		      Char 010F -> Index 263
		      Char 0110 -> Index 264
		      Char 0111 -> Index 255
		      Char 0112 -> Index 412
		      Char 0113 -> Index 413
		      Char 0114 -> Index 414
		      Char 0115 -> Index 415
		      Char 0116 -> Index 416
		      Char 0117 -> Index 417
		      Char 0118 -> Index 265
		      Char 0119 -> Index 266
		      Char 011A -> Index 267
		      Char 011B -> Index 268
		      Char 011C -> Index 418
		      Char 011D -> Index 419
		      Char 011E -> Index 246
		      Char 011F -> Index 247
		      Char 0120 -> Index 420
		      Char 0121 -> Index 421
		      Char 0122 -> Index 422
		      Char 0123 -> Index 423
		      Char 0124 -> Index 424
		      Char 0125 -> Index 425
		      Char 0126 -> Index 426
		      Char 0127 -> Index 427
		      Char 0128 -> Index 428
		      Char 0129 -> Index 429
		      Char 012A -> Index 430
		      Char 012B -> Index 431
		      Char 012C -> Index 432
		      Char 012D -> Index 433
		      Char 012E -> Index 434
		      Char 012F -> Index 435
		      Char 0130 -> Index 248
		      Char 0131 -> Index 213
		      Char 0132 -> Index 394
		      Char 0133 -> Index 395
		      Char 0134 -> Index 436
		      Char 0135 -> Index 437
		      Char 0136 -> Index 438
		      Char 0137 -> Index 439
		      Char 0138 -> Index 440
		      Char 0139 -> Index 269
		      Char 013A -> Index 270
		      Char 013B -> Index 441
		      Char 013C -> Index 442
		      Char 013D -> Index 271
		      Char 013E -> Index 272
		      Char 013F -> Index 273
		      Char 0140 -> Index 274
		      Char 0141 -> Index 224
		      Char 0142 -> Index 225
		      Char 0143 -> Index 275
		      Char 0144 -> Index 276
		      Char 0145 -> Index 443
		      Char 0146 -> Index 444
		      Char 0147 -> Index 277
		      Char 0148 -> Index 278
		      Char 0149 -> Index 396
		      Char 014A -> Index 445
		      Char 014B -> Index 446
		      Char 014C -> Index 447
		      Char 014D -> Index 448
		      Char 014E -> Index 449
		      Char 014F -> Index 450
		      Char 0150 -> Index 279
		      Char 0151 -> Index 280
		      Char 0152 -> Index 175
		      Char 0153 -> Index 176
		      Char 0154 -> Index 281
		      Char 0155 -> Index 282
		      Char 0156 -> Index 451
		      Char 0157 -> Index 452
		      Char 0158 -> Index 283
		      Char 0159 -> Index 284
		      Char 015A -> Index 285
		      Char 015B -> Index 286
		      Char 015C -> Index 453
		      Char 015D -> Index 454
		      Char 015E -> Index 249
		      Char 015F -> Index 250
		      Char 0160 -> Index 226
		      Char 0161 -> Index 227
		      Char 0162 -> Index 287
		      Char 0163 -> Index 288
		      Char 0164 -> Index 289
		      Char 0165 -> Index 290
		      Char 0166 -> Index 455
		      Char 0167 -> Index 456
		      Char 0168 -> Index 457
		      Char 0169 -> Index 458
		      Char 016A -> Index 459
		      Char 016B -> Index 460
		      Char 016C -> Index 461
		      Char 016D -> Index 462
		      Char 016E -> Index 291
		      Char 016F -> Index 292
		      Char 0170 -> Index 293
		      Char 0171 -> Index 294
		      Char 0172 -> Index 463
		      Char 0173 -> Index 464
		      Char 0174 -> Index 465
		      Char 0175 -> Index 466
		      Char 0176 -> Index 467
		      Char 0177 -> Index 468
		      Char 0178 -> Index 186
		      Char 0179 -> Index 295
		      Char 017A -> Index 296
		      Char 017B -> Index 297
		      Char 017C -> Index 298
		      Char 017D -> Index 228
		      Char 017E -> Index 229
		      Char 017F -> Index 469
		   3. Char 018F -> Index 1314
		   4. Char 0192 -> Index 166
		   5. Char 01A0 -> Index 1129
		      Char 01A1 -> Index 1130
		   6. Char 01AF -> Index 1131
		      Char 01B0 -> Index 1132
		   7. Char 01CD -> Index 1274
		      Char 01CE -> Index 1275
		      Char 01CF -> Index 1276
		      Char 01D0 -> Index 1277
		      Char 01D1 -> Index 1278
		      Char 01D2 -> Index 1279
		      Char 01D3 -> Index 1280
		      Char 01D4 -> Index 1281
		      Char 01D5 -> Index 1282
		      Char 01D6 -> Index 1283
		      Char 01D7 -> Index 1284
		      Char 01D8 -> Index 1285
		      Char 01D9 -> Index 1286
		      Char 01DA -> Index 1287
		      Char 01DB -> Index 1288
		      Char 01DC -> Index 1289
		   8. Char 01FA -> Index 470
		      Char 01FB -> Index 471
		      Char 01FC -> Index 472
		      Char 01FD -> Index 473
		      Char 01FE -> Index 474
		      Char 01FF -> Index 475
		   9. Char 0259 -> Index 1315
		  10. Char 02C6 -> Index 214
		      Char 02C7 -> Index 223
		  11. Char 02C9 -> Index 216
		  12. Char 02D8 -> Index 217
		      Char 02D9 -> Index 218
		      Char 02DA -> Index 219
		      Char 02DB -> Index 222
		      Char 02DC -> Index 215
		      Char 02DD -> Index 221
		  13. Char 0300 -> Index 1169
		      Char 0301 -> Index 1170
		  14. Char 0303 -> Index 1145
		  15. Char 0309 -> Index 1139
		  16. Char 0323 -> Index 1172
		  17. Char 037E -> Index 30
		  18. Char 0384 -> Index 495
		      Char 0385 -> Index 496
		      Char 0386 -> Index 497
		      Char 0387 -> Index 476
		      Char 0388 -> Index 498
		      Char 0389 -> Index 499
		      Char 038A -> Index 500
		  19. Char 038C -> Index 501
		  20. Char 038E -> Index 502
		      Char 038F -> Index 503
		      Char 0390 -> Index 504
		      Char 0391 -> Index 505
		      Char 0392 -> Index 506
		      Char 0393 -> Index 299
		      Char 0394 -> Index 507
		      Char 0395 -> Index 508
		      Char 0396 -> Index 509
		      Char 0397 -> Index 510
		      Char 0398 -> Index 300
		      Char 0399 -> Index 511
		      Char 039A -> Index 512
		      Char 039B -> Index 513
		      Char 039C -> Index 514
		      Char 039D -> Index 515
		      Char 039E -> Index 516
		      Char 039F -> Index 517
		      Char 03A0 -> Index 518
		      Char 03A1 -> Index 519
		  21. Char 03A3 -> Index 520
		      Char 03A4 -> Index 521
		      Char 03A5 -> Index 522
		      Char 03A6 -> Index 301
		      Char 03A7 -> Index 523
		      Char 03A8 -> Index 524
		      Char 03A9 -> Index 525
		      Char 03AA -> Index 526
		      Char 03AB -> Index 527
		      Char 03AC -> Index 528
		      Char 03AD -> Index 529
		      Char 03AE -> Index 530
		      Char 03AF -> Index 531
		      Char 03B0 -> Index 532
		      Char 03B1 -> Index 302
		      Char 03B2 -> Index 533
		      Char 03B3 -> Index 534
		      Char 03B4 -> Index 303
		      Char 03B5 -> Index 304
		      Char 03B6 -> Index 535
		      Char 03B7 -> Index 536
		      Char 03B8 -> Index 537
		      Char 03B9 -> Index 538
		      Char 03BA -> Index 539
		      Char 03BB -> Index 540
		      Char 03BC -> Index 541
		      Char 03BD -> Index 542
		      Char 03BE -> Index 543
		      Char 03BF -> Index 544
		      Char 03C0 -> Index 652
		      Char 03C1 -> Index 545
		      Char 03C2 -> Index 546
		      Char 03C3 -> Index 305
		      Char 03C4 -> Index 306
		      Char 03C5 -> Index 547
		      Char 03C6 -> Index 307
		      Char 03C7 -> Index 548
		      Char 03C8 -> Index 549
		      Char 03C9 -> Index 550
		      Char 03CA -> Index 551
		      Char 03CB -> Index 552
		      Char 03CC -> Index 553
		      Char 03CD -> Index 554
		      Char 03CE -> Index 555
		  22. Char 0401 -> Index 556
		      Char 0402 -> Index 557
		      Char 0403 -> Index 558
		      Char 0404 -> Index 559
		      Char 0405 -> Index 560
		      Char 0406 -> Index 561
		      Char 0407 -> Index 562
		      Char 0408 -> Index 563
		      Char 0409 -> Index 564
		      Char 040A -> Index 565
		      Char 040B -> Index 566
		      Char 040C -> Index 567
		  23. Char 040E -> Index 568
		      Char 040F -> Index 569
		      Char 0410 -> Index 570
		      Char 0411 -> Index 571
		      Char 0412 -> Index 572
		      Char 0413 -> Index 573
		      Char 0414 -> Index 574
		      Char 0415 -> Index 575
		      Char 0416 -> Index 576
		      Char 0417 -> Index 577
		      Char 0418 -> Index 578
		      Char 0419 -> Index 579
		      Char 041A -> Index 580
		      Char 041B -> Index 581
		      Char 041C -> Index 582
		      Char 041D -> Index 583
		      Char 041E -> Index 584
		      Char 041F -> Index 585
		      Char 0420 -> Index 586
		      Char 0421 -> Index 587
		      Char 0422 -> Index 588
		      Char 0423 -> Index 589
		      Char 0424 -> Index 590
		      Char 0425 -> Index 591
		      Char 0426 -> Index 592
		      Char 0427 -> Index 593
		      Char 0428 -> Index 594
		      Char 0429 -> Index 595
		      Char 042A -> Index 596
		      Char 042B -> Index 597
		      Char 042C -> Index 598
		      Char 042D -> Index 599
		      Char 042E -> Index 600
		      Char 042F -> Index 601
		      Char 0430 -> Index 602
		      Char 0431 -> Index 603
		      Char 0432 -> Index 604
		      Char 0433 -> Index 605
		      Char 0434 -> Index 606
		      Char 0435 -> Index 607
		      Char 0436 -> Index 608
		      Char 0437 -> Index 609
		      Char 0438 -> Index 610
		      Char 0439 -> Index 611
		      Char 043A -> Index 612
		      Char 043B -> Index 613
		      Char 043C -> Index 614
		      Char 043D -> Index 615
		      Char 043E -> Index 616
		      Char 043F -> Index 617
		      Char 0440 -> Index 618
		      Char 0441 -> Index 619
		      Char 0442 -> Index 620
		      Char 0443 -> Index 621
		      Char 0444 -> Index 622
		      Char 0445 -> Index 623
		      Char 0446 -> Index 624
		      Char 0447 -> Index 625
		      Char 0448 -> Index 626
		      Char 0449 -> Index 627
		      Char 044A -> Index 628
		      Char 044B -> Index 629
		      Char 044C -> Index 630
		      Char 044D -> Index 631
		      Char 044E -> Index 632
		      Char 044F -> Index 633
		  24. Char 0451 -> Index 634
		      Char 0452 -> Index 635
		      Char 0453 -> Index 636
		      Char 0454 -> Index 637
		      Char 0455 -> Index 638
		      Char 0456 -> Index 639
		      Char 0457 -> Index 640
		      Char 0458 -> Index 641
		      Char 0459 -> Index 642
		      Char 045A -> Index 643
		      Char 045B -> Index 644
		      Char 045C -> Index 645
		  25. Char 045E -> Index 646
		      Char 045F -> Index 647
		  26. Char 0490 -> Index 648
		      Char 0491 -> Index 649
		      Char 0492 -> Index 1294
		      Char 0493 -> Index 1295
		  27. Char 0496 -> Index 1296
		      Char 0497 -> Index 1297
		  28. Char 049A -> Index 1298
		      Char 049B -> Index 1299
		      Char 049C -> Index 1300
		      Char 049D -> Index 1301
		  29. Char 04A2 -> Index 1302
		      Char 04A3 -> Index 1303
		  30. Char 04AE -> Index 1304
		      Char 04AF -> Index 1305
		      Char 04B0 -> Index 1306
		      Char 04B1 -> Index 1307
		      Char 04B2 -> Index 1308
		      Char 04B3 -> Index 1309
		  31. Char 04B8 -> Index 1310
		      Char 04B9 -> Index 1311
		      Char 04BA -> Index 1312
		      Char 04BB -> Index 1313
		  32. Char 04D8 -> Index 1314
		      Char 04D9 -> Index 1315
		  33. Char 04E8 -> Index 1316
		      Char 04E9 -> Index 1317
		  34. Char 05B0 -> Index 653
		      Char 05B1 -> Index 654
		      Char 05B2 -> Index 655
		      Char 05B3 -> Index 656
		      Char 05B4 -> Index 657
		      Char 05B5 -> Index 658
		      Char 05B6 -> Index 659
		      Char 05B7 -> Index 660
		      Char 05B8 -> Index 661
		      Char 05B9 -> Index 662
		  35. Char 05BB -> Index 663
		      Char 05BC -> Index 664
		      Char 05BD -> Index 665
		      Char 05BE -> Index 666
		      Char 05BF -> Index 667
		      Char 05C0 -> Index 668
		      Char 05C1 -> Index 669
		      Char 05C2 -> Index 670
		      Char 05C3 -> Index 671
		  36. Char 05D0 -> Index 672
		      Char 05D1 -> Index 673
		      Char 05D2 -> Index 674
		      Char 05D3 -> Index 675
		      Char 05D4 -> Index 676
		      Char 05D5 -> Index 677
		      Char 05D6 -> Index 678
		      Char 05D7 -> Index 679
		      Char 05D8 -> Index 680
		      Char 05D9 -> Index 681
		      Char 05DA -> Index 682
		      Char 05DB -> Index 683
		      Char 05DC -> Index 684
		      Char 05DD -> Index 685
		      Char 05DE -> Index 686
		      Char 05DF -> Index 687
		      Char 05E0 -> Index 688
		      Char 05E1 -> Index 689
		      Char 05E2 -> Index 690
		      Char 05E3 -> Index 691
		      Char 05E4 -> Index 692
		      Char 05E5 -> Index 693
		      Char 05E6 -> Index 694
		      Char 05E7 -> Index 695
		      Char 05E8 -> Index 696
		      Char 05E9 -> Index 697
		      Char 05EA -> Index 698
		  37. Char 05F0 -> Index 699
		      Char 05F1 -> Index 700
		      Char 05F2 -> Index 701
		      Char 05F3 -> Index 702
		      Char 05F4 -> Index 703
		  38. Char 060C -> Index 748
		  39. Char 061B -> Index 749
		  40. Char 061F -> Index 750
		  41. Char 0621 -> Index 751
		      Char 0622 -> Index 897
		      Char 0623 -> Index 899
		      Char 0624 -> Index 901
		      Char 0625 -> Index 903
		      Char 0626 -> Index 905
		      Char 0627 -> Index 909
		      Char 0628 -> Index 911
		      Char 0629 -> Index 915
		      Char 062A -> Index 917
		      Char 062B -> Index 921
		      Char 062C -> Index 925
		      Char 062D -> Index 929
		      Char 062E -> Index 933
		      Char 062F -> Index 937
		      Char 0630 -> Index 939
		      Char 0631 -> Index 941
		      Char 0632 -> Index 943
		      Char 0633 -> Index 945
		      Char 0634 -> Index 949
		      Char 0635 -> Index 953
		      Char 0636 -> Index 957
		      Char 0637 -> Index 961
		      Char 0638 -> Index 965
		      Char 0639 -> Index 969
		      Char 063A -> Index 973
		  42. Char 0640 -> Index 752
		      Char 0641 -> Index 977
		      Char 0642 -> Index 981
		      Char 0643 -> Index 985
		      Char 0644 -> Index 989
		      Char 0645 -> Index 993
		      Char 0646 -> Index 997
		      Char 0647 -> Index 1001
		      Char 0648 -> Index 1005
		      Char 0649 -> Index 1007
		      Char 064A -> Index 1009
		      Char 064B -> Index 753
		      Char 064C -> Index 754
		      Char 064D -> Index 755
		      Char 064E -> Index 756
		      Char 064F -> Index 757
		      Char 0650 -> Index 758
		      Char 0651 -> Index 759
		      Char 0652 -> Index 760
		  43. Char 0660 -> Index 761
		      Char 0661 -> Index 762
		      Char 0662 -> Index 763
		      Char 0663 -> Index 764
		      Char 0664 -> Index 765
		      Char 0665 -> Index 766
		      Char 0666 -> Index 767
		      Char 0667 -> Index 768
		      Char 0668 -> Index 769
		      Char 0669 -> Index 770
		      Char 066A -> Index 771
		      Char 066B -> Index 772
		  44. Char 066D -> Index 773
		  45. Char 0670 -> Index 774
		      Char 0671 -> Index 797
		  46. Char 0674 -> Index 775
		  47. Char 067E -> Index 799
		  48. Char 0686 -> Index 807
		  49. Char 0698 -> Index 811
		  50. Char 06A4 -> Index 803
		  51. Char 06A9 -> Index 813
		  52. Char 06AF -> Index 817
		  53. Char 06CC -> Index 821
		  54. Char 06D5 -> Index 776
		  55. Char 06E4 -> Index 777
		  56. Char 06F0 -> Index 761
		      Char 06F1 -> Index 762
		      Char 06F2 -> Index 763
		      Char 06F3 -> Index 764
		      Char 06F4 -> Index 778
		      Char 06F5 -> Index 779
		      Char 06F6 -> Index 780
		      Char 06F7 -> Index 768
		      Char 06F8 -> Index 769
		      Char 06F9 -> Index 770
		  57. Char 1E80 -> Index 477
		      Char 1E81 -> Index 478
		      Char 1E82 -> Index 479
		      Char 1E83 -> Index 480
		      Char 1E84 -> Index 481
		      Char 1E85 -> Index 482
		  58. Char 1EA0 -> Index 1186
		      Char 1EA1 -> Index 1187
		      Char 1EA2 -> Index 1188
		      Char 1EA3 -> Index 1189
		      Char 1EA4 -> Index 1190
		      Char 1EA5 -> Index 1191
		      Char 1EA6 -> Index 1192
		      Char 1EA7 -> Index 1193
		      Char 1EA8 -> Index 1194
		      Char 1EA9 -> Index 1195
		      Char 1EAA -> Index 1196
		      Char 1EAB -> Index 1197
		      Char 1EAC -> Index 1198
		      Char 1EAD -> Index 1199
		      Char 1EAE -> Index 1200
		      Char 1EAF -> Index 1201
		      Char 1EB0 -> Index 1202
		      Char 1EB1 -> Index 1203
		      Char 1EB2 -> Index 1204
		      Char 1EB3 -> Index 1205
		      Char 1EB4 -> Index 1206
		      Char 1EB5 -> Index 1207
		      Char 1EB6 -> Index 1208
		      Char 1EB7 -> Index 1209
		      Char 1EB8 -> Index 1210
		      Char 1EB9 -> Index 1211
		      Char 1EBA -> Index 1212
		      Char 1EBB -> Index 1213
		      Char 1EBC -> Index 1214
		      Char 1EBD -> Index 1215
		      Char 1EBE -> Index 1216
		      Char 1EBF -> Index 1217
		      Char 1EC0 -> Index 1218
		      Char 1EC1 -> Index 1219
		      Char 1EC2 -> Index 1220
		      Char 1EC3 -> Index 1221
		      Char 1EC4 -> Index 1222
		      Char 1EC5 -> Index 1223
		      Char 1EC6 -> Index 1224
		      Char 1EC7 -> Index 1225
		      Char 1EC8 -> Index 1226
		      Char 1EC9 -> Index 1227
		      Char 1ECA -> Index 1228
		      Char 1ECB -> Index 1229
		      Char 1ECC -> Index 1230
		      Char 1ECD -> Index 1231
		      Char 1ECE -> Index 1232
		      Char 1ECF -> Index 1233
		      Char 1ED0 -> Index 1234
		      Char 1ED1 -> Index 1235
		      Char 1ED2 -> Index 1236
		      Char 1ED3 -> Index 1237
		      Char 1ED4 -> Index 1238
		      Char 1ED5 -> Index 1239
		      Char 1ED6 -> Index 1240
		      Char 1ED7 -> Index 1241
		      Char 1ED8 -> Index 1242
		      Char 1ED9 -> Index 1243
		      Char 1EDA -> Index 1244
		      Char 1EDB -> Index 1245
		      Char 1EDC -> Index 1246
		      Char 1EDD -> Index 1247
		      Char 1EDE -> Index 1248
		      Char 1EDF -> Index 1249
		      Char 1EE0 -> Index 1250
		      Char 1EE1 -> Index 1251
		      Char 1EE2 -> Index 1252
		      Char 1EE3 -> Index 1253
		      Char 1EE4 -> Index 1254
		      Char 1EE5 -> Index 1255
		      Char 1EE6 -> Index 1256
		      Char 1EE7 -> Index 1257
		      Char 1EE8 -> Index 1258
		      Char 1EE9 -> Index 1259
		      Char 1EEA -> Index 1260
		      Char 1EEB -> Index 1261
		      Char 1EEC -> Index 1262
		      Char 1EED -> Index 1263
		      Char 1EEE -> Index 1264
		      Char 1EEF -> Index 1265
		      Char 1EF0 -> Index 1266
		      Char 1EF1 -> Index 1267
		      Char 1EF2 -> Index 483
		      Char 1EF3 -> Index 484
		      Char 1EF4 -> Index 1268
		      Char 1EF5 -> Index 1269
		      Char 1EF6 -> Index 1270
		      Char 1EF7 -> Index 1271
		      Char 1EF8 -> Index 1272
		      Char 1EF9 -> Index 1273
		  59. Char 200C -> Index 744
		      Char 200D -> Index 745
		      Char 200E -> Index 746
		      Char 200F -> Index 747
		  60. Char 2013 -> Index 177
		      Char 2014 -> Index 178
		      Char 2015 -> Index 650
		  61. Char 2017 -> Index 308
		      Char 2018 -> Index 181
		      Char 2019 -> Index 182
		      Char 201A -> Index 195
		      Char 201B -> Index 485
		      Char 201C -> Index 179
		      Char 201D -> Index 180
		      Char 201E -> Index 196
		  62. Char 2020 -> Index 130
		      Char 2021 -> Index 193
		      Char 2022 -> Index 135
		  63. Char 2026 -> Index 171
		  64. Char 2030 -> Index 197
		  65. Char 2032 -> Index 397
		      Char 2033 -> Index 398
		  66. Char 2039 -> Index 189
		      Char 203A -> Index 190
		  67. Char 203C -> Index 309
		  68. Char 203E -> Index 486
		  69. Char 2044 -> Index 187
		  70. Char 207F -> Index 310
		  71. Char 20A3 -> Index 245
		      Char 20A4 -> Index 487
		  72. Char 20A7 -> Index 311
		  73. Char 20AA -> Index 704
		      Char 20AB -> Index 1149
		      Char 20AC -> Index 188
		  74. Char 2105 -> Index 399
		  75. Char 2113 -> Index 400
		  76. Char 2116 -> Index 651
		  77. Char 2122 -> Index 140
		  78. Char 2126 -> Index 159
		  79. Char 212E -> Index 488
		  80. Char 2153 -> Index 1150
		      Char 2154 -> Index 1151
		  81. Char 215B -> Index 489
		      Char 215C -> Index 490
		      Char 215D -> Index 491
		      Char 215E -> Index 492
		  82. Char 2190 -> Index 312
		      Char 2191 -> Index 313
		      Char 2192 -> Index 314
		      Char 2193 -> Index 315
		      Char 2194 -> Index 316
		      Char 2195 -> Index 317
		  83. Char 21A8 -> Index 318
		  84. Char 2202 -> Index 152
		  85. Char 2206 -> Index 168
		  86. Char 220F -> Index 154
		  87. Char 2211 -> Index 153
		      Char 2212 -> Index 237
		  88. Char 2215 -> Index 187
		  89. Char 2219 -> Index 194
		      Char 221A -> Index 165
		  90. Char 221E -> Index 146
		      Char 221F -> Index 319
		  91. Char 2229 -> Index 320
		  92. Char 222B -> Index 156
		  93. Char 2248 -> Index 167
		  94. Char 2260 -> Index 143
		      Char 2261 -> Index 321
		  95. Char 2264 -> Index 148
		      Char 2265 -> Index 149
		  96. Char 2302 -> Index 322
		  97. Char 2310 -> Index 323
		  98. Char 2320 -> Index 324
		      Char 2321 -> Index 325
		  99. Char 2500 -> Index 326
		 100. Char 2502 -> Index 327
		 101. Char 250C -> Index 328
		 102. Char 2510 -> Index 329
		 103. Char 2514 -> Index 330
		 104. Char 2518 -> Index 331
		 105. Char 251C -> Index 332
		 106. Char 2524 -> Index 333
		 107. Char 252C -> Index 334
		 108. Char 2534 -> Index 335
		 109. Char 253C -> Index 336
		 110. Char 2550 -> Index 337
		      Char 2551 -> Index 338
		      Char 2552 -> Index 339
		      Char 2553 -> Index 340
		      Char 2554 -> Index 341
		      Char 2555 -> Index 342
		      Char 2556 -> Index 343
		      Char 2557 -> Index 344
		      Char 2558 -> Index 345
		      Char 2559 -> Index 346
		      Char 255A -> Index 347
		      Char 255B -> Index 348
		      Char 255C -> Index 349
		      Char 255D -> Index 350
		      Char 255E -> Index 351
		      Char 255F -> Index 352
		      Char 2560 -> Index 353
		      Char 2561 -> Index 354
		      Char 2562 -> Index 355
		      Char 2563 -> Index 356
		      Char 2564 -> Index 357
		      Char 2565 -> Index 358
		      Char 2566 -> Index 359
		      Char 2567 -> Index 360
		      Char 2568 -> Index 361
		      Char 2569 -> Index 362
		      Char 256A -> Index 363
		      Char 256B -> Index 364
		      Char 256C -> Index 365
		 111. Char 2580 -> Index 366
		 112. Char 2584 -> Index 367
		 113. Char 2588 -> Index 368
		 114. Char 258C -> Index 369
		 115. Char 2590 -> Index 370
		      Char 2591 -> Index 371
		      Char 2592 -> Index 372
		      Char 2593 -> Index 373
		 116. Char 25A0 -> Index 374
		      Char 25A1 -> Index 401
		 117. Char 25AA -> Index 402
		      Char 25AB -> Index 403
		      Char 25AC -> Index 375
		 118. Char 25B2 -> Index 376
		 119. Char 25BA -> Index 377
		 120. Char 25BC -> Index 378
		 121. Char 25C4 -> Index 379
		 122. Char 25CA -> Index 184
		      Char 25CB -> Index 380
		 123. Char 25CF -> Index 404
		 124. Char 25D8 -> Index 381
		      Char 25D9 -> Index 382
		 125. Char 25E6 -> Index 405
		 126. Char 263A -> Index 383
		      Char 263B -> Index 384
		      Char 263C -> Index 385
		 127. Char 2640 -> Index 386
		 128. Char 2642 -> Index 387
		 129. Char 2660 -> Index 388
		 130. Char 2663 -> Index 389
		 131. Char 2665 -> Index 390
		      Char 2666 -> Index 391
		 132. Char 266A -> Index 392
		      Char 266B -> Index 393
		 133. Char E801 -> Index 705
		      Char E802 -> Index 706
		      Char E803 -> Index 707
		      Char E804 -> Index 708
		      Char E805 -> Index 709
		 134. Char E811 -> Index 781
		 135. Char E813 -> Index 782
		 136. Char E815 -> Index 783
		      Char E816 -> Index 784
		      Char E817 -> Index 785
		      Char E818 -> Index 786
		 137. Char E832 -> Index 787
		      Char E833 -> Index 788
		      Char E834 -> Index 789
		      Char E835 -> Index 790
		      Char E836 -> Index 791
		      Char E837 -> Index 792
		      Char E838 -> Index 793
		      Char E839 -> Index 794
		      Char E83A -> Index 795
		      Char E83B -> Index 796
		 138. Char F001 -> Index 191
		      Char F002 -> Index 192
		 139. Char F004 -> Index 493
		      Char F005 -> Index 494
		      Char F006 -> Index 1136
		      Char F007 -> Index 1137
		      Char F008 -> Index 1152
		      Char F009 -> Index 1138
		 140. Char F00F -> Index 1155
		      Char F010 -> Index 1140
		      Char F011 -> Index 1142
		      Char F012 -> Index 1156
		      Char F013 -> Index 1141
		      Char F014 -> Index 1157
		      Char F015 -> Index 1144
		      Char F016 -> Index 1158
		      Char F017 -> Index 1159
		      Char F018 -> Index 1160
		      Char F019 -> Index 1161
		      Char F01A -> Index 1162
		      Char F01B -> Index 1163
		      Char F01C -> Index 1143
		      Char F01D -> Index 1171
		      Char F01E -> Index 1164
		      Char F01F -> Index 1165
		      Char F020 -> Index 1166
		      Char F021 -> Index 1167
		      Char F022 -> Index 1168
		      Char F023 -> Index 1173
		      Char F024 -> Index 1177
		      Char F025 -> Index 1178
		      Char F026 -> Index 1179
		      Char F027 -> Index 1180
		      Char F028 -> Index 1181
		      Char F029 -> Index 1174
		      Char F02A -> Index 1175
		      Char F02B -> Index 1176
		      Char F02C -> Index 1148
		      Char F02D -> Index 1182
		      Char F02E -> Index 1183
		      Char F02F -> Index 1184
		      Char F030 -> Index 1185
		 141. Char FB01 -> Index 191
		      Char FB02 -> Index 192
		 142. Char FB20 -> Index 710
		 143. Char FB2A -> Index 711
		      Char FB2B -> Index 712
		      Char FB2C -> Index 713
		      Char FB2D -> Index 714
		      Char FB2E -> Index 715
		      Char FB2F -> Index 716
		      Char FB30 -> Index 717
		      Char FB31 -> Index 718
		      Char FB32 -> Index 719
		      Char FB33 -> Index 720
		      Char FB34 -> Index 721
		      Char FB35 -> Index 722
		      Char FB36 -> Index 723
		 144. Char FB38 -> Index 724
		      Char FB39 -> Index 725
		      Char FB3A -> Index 726
		      Char FB3B -> Index 727
		      Char FB3C -> Index 728
		 145. Char FB3E -> Index 729
		 146. Char FB40 -> Index 730
		      Char FB41 -> Index 731
		 147. Char FB43 -> Index 732
		      Char FB44 -> Index 733
		 148. Char FB46 -> Index 734
		      Char FB47 -> Index 735
		      Char FB48 -> Index 736
		      Char FB49 -> Index 737
		      Char FB4A -> Index 738
		      Char FB4B -> Index 739
		      Char FB4C -> Index 740
		      Char FB4D -> Index 741
		      Char FB4E -> Index 742
		      Char FB4F -> Index 743
		      Char FB50 -> Index 797
		      Char FB51 -> Index 798
		 149. Char FB56 -> Index 799
		      Char FB57 -> Index 800
		      Char FB58 -> Index 801
		      Char FB59 -> Index 802
		 150. Char FB6A -> Index 803
		      Char FB6B -> Index 804
		      Char FB6C -> Index 805
		      Char FB6D -> Index 806
		 151. Char FB7A -> Index 807
		      Char FB7B -> Index 808
		      Char FB7C -> Index 809
		      Char FB7D -> Index 810
		 152. Char FB8A -> Index 811
		      Char FB8B -> Index 812
		 153. Char FB8E -> Index 813
		      Char FB8F -> Index 814
		      Char FB90 -> Index 815
		      Char FB91 -> Index 816
		      Char FB92 -> Index 817
		      Char FB93 -> Index 818
		      Char FB94 -> Index 819
		      Char FB95 -> Index 820
		 154. Char FBFC -> Index 821
		      Char FBFD -> Index 822
		      Char FBFE -> Index 1011
		      Char FBFF -> Index 1012
		 155. Char FC08 -> Index 823
		      Char FC09 -> Index 824
		 156. Char FC0E -> Index 825
		 157. Char FC12 -> Index 826
		 158. Char FC31 -> Index 827
		      Char FC32 -> Index 828
		 159. Char FC3F -> Index 829
		      Char FC40 -> Index 830
		      Char FC41 -> Index 831
		      Char FC42 -> Index 832
		      Char FC43 -> Index 833
		      Char FC44 -> Index 834
		 160. Char FC4E -> Index 835
		      Char FC4F -> Index 836
		 161. Char FC58 -> Index 837
		      Char FC59 -> Index 838
		 162. Char FC5E -> Index 839
		      Char FC5F -> Index 840
		      Char FC60 -> Index 841
		      Char FC61 -> Index 842
		      Char FC62 -> Index 843
		 163. Char FC6A -> Index 844
		 164. Char FC6D -> Index 845
		      Char FC6E -> Index 846
		      Char FC6F -> Index 847
		      Char FC70 -> Index 848
		 165. Char FC73 -> Index 849
		      Char FC74 -> Index 850
		      Char FC75 -> Index 851
		 166. Char FC8E -> Index 852
		      Char FC8F -> Index 853
		 167. Char FC91 -> Index 854
		 168. Char FC94 -> Index 855
		 169. Char FC9C -> Index 856
		      Char FC9D -> Index 857
		      Char FC9E -> Index 858
		      Char FC9F -> Index 859
		      Char FCA0 -> Index 860
		      Char FCA1 -> Index 861
		      Char FCA2 -> Index 862
		      Char FCA3 -> Index 863
		      Char FCA4 -> Index 864
		      Char FCA5 -> Index 865
		      Char FCA6 -> Index 866
		 170. Char FCA8 -> Index 867
		 171. Char FCAA -> Index 868
		 172. Char FCAC -> Index 869
		 173. Char FCB0 -> Index 870
		 174. Char FCC9 -> Index 871
		      Char FCCA -> Index 872
		      Char FCCB -> Index 873
		      Char FCCC -> Index 874
		      Char FCCD -> Index 875
		      Char FCCE -> Index 876
		      Char FCCF -> Index 877
		      Char FCD0 -> Index 878
		      Char FCD1 -> Index 879
		      Char FCD2 -> Index 880
		      Char FCD3 -> Index 881
		      Char FCD4 -> Index 882
		      Char FCD5 -> Index 883
		 175. Char FCD8 -> Index 884
		 176. Char FCDA -> Index 885
		      Char FCDB -> Index 886
		      Char FCDC -> Index 887
		      Char FCDD -> Index 888
		 177. Char FD30 -> Index 889
		 178. Char FD3C -> Index 890
		      Char FD3D -> Index 891
		      Char FD3E -> Index 892
		      Char FD3F -> Index 893
		 179. Char FD88 -> Index 894
		 180. Char FDF2 -> Index 895
		 181. Char FE80 -> Index 896
		      Char FE81 -> Index 897
		      Char FE82 -> Index 898
		      Char FE83 -> Index 899
		      Char FE84 -> Index 900
		      Char FE85 -> Index 901
		      Char FE86 -> Index 902
		      Char FE87 -> Index 903
		      Char FE88 -> Index 904
		      Char FE89 -> Index 905
		      Char FE8A -> Index 906
		      Char FE8B -> Index 907
		      Char FE8C -> Index 908
		      Char FE8D -> Index 909
		      Char FE8E -> Index 910
		      Char FE8F -> Index 911
		      Char FE90 -> Index 912
		      Char FE91 -> Index 913
		      Char FE92 -> Index 914
		      Char FE93 -> Index 915
		      Char FE94 -> Index 916
		      Char FE95 -> Index 917
		      Char FE96 -> Index 918
		      Char FE97 -> Index 919
		      Char FE98 -> Index 920
		      Char FE99 -> Index 921
		      Char FE9A -> Index 922
		      Char FE9B -> Index 923
		      Char FE9C -> Index 924
		      Char FE9D -> Index 925
		      Char FE9E -> Index 926
		      Char FE9F -> Index 927
		      Char FEA0 -> Index 928
		      Char FEA1 -> Index 929
		      Char FEA2 -> Index 930
		      Char FEA3 -> Index 931
		      Char FEA4 -> Index 932
		      Char FEA5 -> Index 933
		      Char FEA6 -> Index 934
		      Char FEA7 -> Index 935
		      Char FEA8 -> Index 936
		      Char FEA9 -> Index 937
		      Char FEAA -> Index 938
		      Char FEAB -> Index 939
		      Char FEAC -> Index 940
		      Char FEAD -> Index 941
		      Char FEAE -> Index 942
		      Char FEAF -> Index 943
		      Char FEB0 -> Index 944
		      Char FEB1 -> Index 945
		      Char FEB2 -> Index 946
		      Char FEB3 -> Index 947
		      Char FEB4 -> Index 948
		      Char FEB5 -> Index 949
		      Char FEB6 -> Index 950
		      Char FEB7 -> Index 951
		      Char FEB8 -> Index 952
		      Char FEB9 -> Index 953
		      Char FEBA -> Index 954
		      Char FEBB -> Index 955
		      Char FEBC -> Index 956
		      Char FEBD -> Index 957
		      Char FEBE -> Index 958
		      Char FEBF -> Index 959
		      Char FEC0 -> Index 960
		      Char FEC1 -> Index 961
		      Char FEC2 -> Index 962
		      Char FEC3 -> Index 963
		      Char FEC4 -> Index 964
		      Char FEC5 -> Index 965
		      Char FEC6 -> Index 966
		      Char FEC7 -> Index 967
		      Char FEC8 -> Index 968
		      Char FEC9 -> Index 969
		      Char FECA -> Index 970
		      Char FECB -> Index 971
		      Char FECC -> Index 972
		      Char FECD -> Index 973
		      Char FECE -> Index 974
		      Char FECF -> Index 975
		      Char FED0 -> Index 976
		      Char FED1 -> Index 977
		      Char FED2 -> Index 978
		      Char FED3 -> Index 979
		      Char FED4 -> Index 980
		      Char FED5 -> Index 981
		      Char FED6 -> Index 982
		      Char FED7 -> Index 983
		      Char FED8 -> Index 984
		      Char FED9 -> Index 985
		      Char FEDA -> Index 986
		      Char FEDB -> Index 987
		      Char FEDC -> Index 988
		      Char FEDD -> Index 989
		      Char FEDE -> Index 990
		      Char FEDF -> Index 991
		      Char FEE0 -> Index 992
		      Char FEE1 -> Index 993
		      Char FEE2 -> Index 994
		      Char FEE3 -> Index 995
		      Char FEE4 -> Index 996
		      Char FEE5 -> Index 997
		      Char FEE6 -> Index 998
		      Char FEE7 -> Index 999
		      Char FEE8 -> Index 1000
		      Char FEE9 -> Index 1001
		      Char FEEA -> Index 1002
		      Char FEEB -> Index 1003
		      Char FEEC -> Index 1004
		      Char FEED -> Index 1005
		      Char FEEE -> Index 1006
		      Char FEEF -> Index 1007
		      Char FEF0 -> Index 1008
		      Char FEF1 -> Index 1009
		      Char FEF2 -> Index 1010
		      Char FEF3 -> Index 1011
		      Char FEF4 -> Index 1012
		      Char FEF5 -> Index 1013
		      Char FEF6 -> Index 1014
		      Char FEF7 -> Index 1015
		      Char FEF8 -> Index 1016
		      Char FEF9 -> Index 1017
		      Char FEFA -> Index 1018
		      Char FEFB -> Index 1019
		      Char FEFC -> Index 1020
		 182. Char FEFF -> Index 1021
		 183. Char FFFC -> Index 1128

'cvt ' Table - Control Value Table
----------------------------------
Size = 1922 bytes, 961 entries
	Values
	------
	   0: 1255
	   1: 0
	   2: 1170
	   3: 27
	   4: 1255
	   5: 30
	   6: 866
	   7: 30
	   8: 0
	   9: -33
	  10: 0
	  11: -33
	  12: 0
	  13: -30
	  14: -386
	  15: 0
	  16: 1255
	  17: 0
	  18: -259
	  19: -1
	  20: 727
	  21: 0
	  22: 84
	  23: 0
	  24: 84
	  25: 0
	  26: 0
	  27: 0
	  28: 0
	  29: 84
	  30: 84
	  31: 149
	  32: 84
	  33: 84
	  34: 84
	  35: 333
	  36: 84
	  37: 84
	  38: 84
	  39: 100
	  40: 212
	  41: 109
	  42: 145
	  43: 151
	  44: 84
	  45: 307
	  46: 462
	  47: 169
	  48: 64
	  49: 15
	  50: 84
	  51: 212
	  52: 3
	  53: 256
	  54: 344
	  55: 60
	  56: 147
	  57: 119
	  58: 213
	  59: 85
	  60: -15
	  61: 84
	  62: 33
	  63: 163
	  64: 239
	  65: 44
	  66: 57
	  67: 104
	  68: -2
	  69: 17
	  70: 127
	  71: 254
	  72: 381
	  73: 163
	  74: 258
	  75: 2
	  76: 15
	  77: 56
	  78: 211
	  79: 101
	  80: 144
	  81: 572
	  82: 811
	  83: 1259
	  84: 1
	  85: 42
	  86: 304
	  87: 939
	  88: 386
	  89: 45
	  90: 60
	  91: 84
	  92: 150
	  93: 23
	  94: 207
	  95: 344
	  96: 42
	  97: -246
	  98: 60
	  99: 179
	 100: 541
	 101: 572
	 102: 2
	 103: 84
	 104: 203
	 105: 863
	 106: 2092
	 107: -208
	 108: -14
	 109: 448
	 110: 1225
	 111: -158
	 112: 162
	 113: 316
	 114: 726
	 115: 1198
	 116: 204
	 117: 237
	 118: 290
	 119: 1024
	 120: -381
	 121: -117
	 122: -101
	 123: -100
	 124: 14
	 125: 244
	 126: 797
	 127: -573
	 128: -207
	 129: -147
	 130: 84
	 131: 85
	 132: 96
	 133: 117
	 134: 124
	 135: 127
	 136: 128
	 137: 158
	 138: 205
	 139: 345
	 140: 573
	 141: 703
	 142: -119
	 143: 17
	 144: 88
	 145: 101
	 146: 127
	 147: 183
	 148: 203
	 149: 299
	 150: 1024
	 151: 1120
	 152: 18
	 153: 82
	 154: 85
	 155: 132
	 156: 152
	 157: 185
	 158: 190
	 159: 207
	 160: 216
	 161: 229
	 162: 257
	 163: 271
	 164: 296
	 165: 384
	 166: 467
	 167: 468
	 168: 1280
	 169: -572
	 170: -316
	 171: -183
	 172: -158
	 173: -145
	 174: 69
	 175: 78
	 176: 80
	 177: 128
	 178: 271
	 179: 285
	 180: 293
	 181: 321
	 182: 602
	 183: 858
	 184: 941
	 185: 983
	 186: -541
	 187: -288
	 188: -226
	 189: 17
	 190: 84
	 191: 118
	 192: 120
	 193: 123
	 194: 143
	 195: 144
	 196: 171
	 197: 215
	 198: 217
	 199: 219
	 200: 259
	 201: 522
	 202: 596
	 203: 597
	 204: 941
	 205: 27
	 206: 61
	 207: 90
	 208: 98
	 209: 145
	 210: 147
	 211: 158
	 212: 169
	 213: 201
	 214: 223
	 215: 264
	 216: 308
	 217: 314
	 218: 320
	 219: 390
	 220: 428
	 221: 630
	 222: 1027
	 223: -572
	 224: 3
	 225: 4
	 226: 21
	 227: 57
	 228: 72
	 229: 84
	 230: 100
	 231: 145
	 232: 155
	 233: 163
	 234: 165
	 235: 175
	 236: 196
	 237: 208
	 238: 209
	 239: 215
	 240: 241
	 241: 254
	 242: 259
	 243: 281
	 244: 299
	 245: 341
	 246: 348
	 247: 381
	 248: 389
	 249: 398
	 250: 404
	 251: 421
	 252: 428
	 253: 430
	 254: 491
	 255: 517
	 256: 728
	 257: 771
	 258: 897
	 259: 1222
	 260: 1259
	 261: -298
	 262: -246
	 263: -102
	 264: -87
	 265: 27
	 266: 27
	 267: 28
	 268: 32
	 269: 41
	 270: 44
	 271: 56
	 272: 76
	 273: 109
	 274: 205
	 275: 234
	 276: 296
	 277: 298
	 278: 300
	 279: 319
	 280: 466
	 281: 555
	 282: 556
	 283: 769
	 284: 1036
	 285: -514
	 286: -461
	 287: -185
	 288: -129
	 289: -59
	 290: -41
	 291: 35
	 292: 39
	 293: 56
	 294: 61
	 295: 68
	 296: 69
	 297: 77
	 298: 87
	 299: 98
	 300: 121
	 301: 131
	 302: 187
	 303: 198
	 304: 205
	 305: 205
	 306: 206
	 307: 230
	 308: 247
	 309: 257
	 310: 259
	 311: 266
	 312: 274
	 313: 285
	 314: 288
	 315: 291
	 316: 338
	 317: 339
	 318: 373
	 319: 428
	 320: 429
	 321: 495
	 322: 509
	 323: 534
	 324: 541
	 325: 568
	 326: 620
	 327: 690
	 328: 724
	 329: 811
	 330: 973
	 331: 1111
	 332: 1198
	 333: -588
	 334: -491
	 335: -334
	 336: -273
	 337: -257
	 338: -85
	 339: -80
	 340: -61
	 341: -52
	 342: 2
	 343: 84
	 344: 54
	 345: 56
	 346: 67
	 347: 85
	 348: 93
	 349: 112
	 350: 115
	 351: 124
	 352: 127
	 353: 181
	 354: 187
	 355: 197
	 356: 228
	 357: 233
	 358: 245
	 359: 257
	 360: 262
	 361: 287
	 362: 296
	 363: 328
	 364: 331
	 365: 341
	 366: 408
	 367: 428
	 368: 479
	 369: 508
	 370: 512
	 371: 520
	 372: 638
	 373: 684
	 374: 767
	 375: 829
	 376: 912
	 377: 969
	 378: 1049
	 379: 1176
	 380: -434
	 381: -403
	 382: -360
	 383: -333
	 384: -204
	 385: -179
	 386: 1
	 387: 3
	 388: 5
	 389: 25
	 390: 52
	 391: 52
	 392: 58
	 393: 60
	 394: 85
	 395: 89
	 396: 115
	 397: 130
	 398: 145
	 399: 163
	 400: 170
	 401: 171
	 402: 179
	 403: 204
	 404: 214
	 405: 238
	 406: 280
	 407: 286
	 408: 304
	 409: 329
	 410: 342
	 411: 344
	 412: 352
	 413: 360
	 414: 367
	 415: 368
	 416: 369
	 417: 379
	 418: 380
	 419: 389
	 420: 425
	 421: 436
	 422: 443
	 423: 470
	 424: 475
	 425: 494
	 426: 516
	 427: 518
	 428: 533
	 429: 555
	 430: 555
	 431: 611
	 432: 642
	 433: 659
	 434: 692
	 435: 708
	 436: 726
	 437: 740
	 438: 768
	 439: 851
	 440: 856
	 441: 881
	 442: 891
	 443: 915
	 444: 948
	 445: 976
	 446: 1000
	 447: 1040
	 448: 1068
	 449: 1072
	 450: 1101
	 451: 1120
	 452: 1145
	 453: 1146
	 454: 1280
	 455: 1283
	 456: 1558
	 457: 2252
	 458: -1001
	 459: -915
	 460: -670
	 461: -614
	 462: -573
	 463: -466
	 464: -444
	 465: -405
	 466: -373
	 467: -319
	 468: -298
	 469: -286
	 470: -245
	 471: -65
	 472: -27
	 473: 6
	 474: 48
	 475: 60
	 476: 89
	 477: 103
	 478: 115
	 479: 125
	 480: 127
	 481: 134
	 482: 142
	 483: 159
	 484: 169
	 485: 170
	 486: 214
	 487: 225
	 488: 231
	 489: 235
	 490: 241
	 491: 242
	 492: 245
	 493: 259
	 494: 265
	 495: 282
	 496: 286
	 497: 287
	 498: 300
	 499: 319
	 500: 323
	 501: 329
	 502: 333
	 503: 342
	 504: 343
	 505: 345
	 506: 358
	 507: 358
	 508: 360
	 509: 362
	 510: 373
	 511: 384
	 512: 427
	 513: 434
	 514: 444
	 515: 448
	 516: 449
	 517: 457
	 518: 459
	 519: 466
	 520: 476
	 521: 495
	 522: 513
	 523: 533
	 524: 558
	 525: 558
	 526: 571
	 527: 573
	 528: 597
	 529: 614
	 530: 642
	 531: 666
	 532: 683
	 533: 688
	 534: 729
	 535: 729
	 536: 757
	 537: 761
	 538: 806
	 539: 812
	 540: 818
	 541: 819
	 542: 830
	 543: 864
	 544: 881
	 545: 903
	 546: 904
	 547: 915
	 548: 919
	 549: 988
	 550: 997
	 551: 1026
	 552: 1045
	 553: 1073
	 554: 1107
	 555: 1151
	 556: 1223
	 557: 1283
	 558: 1380
	 559: 1430
	 560: 1435
	 561: 1476
	 562: 1480
	 563: 1514
	 564: 1552
	 565: 1627
	 566: 84
	 567: 84
	 568: 84
	 569: 84
	 570: 0
	 571: 0
	 572: 0
	 573: 0
	 574: 0
	 575: 0
	 576: 972
	 577: 705
	 578: 1086
	 579: 876
	 580: 160
	 581: 80
	 582: 515
	 583: 1002
	 584: 722
	 585: 572
	 586: 381
	 587: 763
	 588: 423
	 589: 541
	 590: 449
	 591: 757
	 592: 541
	 593: 848
	 594: 848
	 595: 579
	 596: 571
	 597: 2
	 598: 443
	 599: 72
	 600: 109
	 601: 20
	 602: 1947
	 603: 1569
	 604: 1569
	 605: 532
	 606: 16
	 607: 1888
	 608: 0
	 609: 0
	 610: 665
	 611: 557
	 612: 855
	 613: 1062
	 614: 780
	 615: 116
	 616: 80
	 617: 0
	 618: 602
	 619: 646
	 620: 608
	 621: 166
	 622: 444
	 623: 251
	 624: 584
	 625: 338
	 626: 374
	 627: 973
	 628: 672
	 629: 607
	 630: 923
	 631: 1170
	 632: 1086
	 633: 471
	 634: 127
	 635: 705
	 636: 1024
	 637: 525
	 638: 502
	 639: 65
	 640: 65
	 641: 318
	 642: 425
	 643: 467
	 644: 113
	 645: 726
	 646: 557
	 647: 943
	 648: 1230
	 649: 0
	 650: 0
	 651: 1288
	 652: 1020
	 653: 1389
	 654: 525
	 655: -121
	 656: 1255
	 657: 1282
	 658: 978
	 659: 0
	 660: 1085
	 661: 258
	 662: 970
	 663: 346
	 664: 493
	 665: 336
	 666: 534
	 667: 449
	 668: 315
	 669: 654
	 670: 35
	 671: 346
	 672: 272
	 673: 493
	 674: 35
	 675: 329
	 676: 57
	 677: 217
	 678: 77
	 679: 185
	 680: 343
	 681: 56
	 682: 1248
	 683: 908
	 684: 586
	 685: 731
	 686: 57
	 687: 108
	 688: 147
	 689: 449
	 690: 972
	 691: 699
	 692: 108
	 693: 699
	 694: 418
	 695: 242
	 696: 56
	 697: 254
	 698: 370
	 699: 336
	 700: 412
	 701: 817
	 702: 126
	 703: 369
	 704: 84
	 705: 57
	 706: 106
	 707: 660
	 708: 34
	 709: 624
	 710: 546
	 711: 124
	 712: 85
	 713: 243
	 714: 386
	 715: 277
	 716: 215
	 717: 251
	 718: 427
	 719: 292
	 720: 614
	 721: 4
	 722: 781
	 723: 611
	 724: 212
	 725: 601
	 726: 60
	 727: 208
	 728: 274
	 729: 558
	 730: 382
	 731: 52
	 732: 109
	 733: 139
	 734: 394
	 735: 44
	 736: 509
	 737: 448
	 738: 204
	 739: 657
	 740: 54
	 741: 357
	 742: 958
	 743: -999
	 744: -728
	 745: 513
	 746: -787
	 747: 433
	 748: 840
	 749: 177
	 750: 507
	 751: 1225
	 752: 1225
	 753: 516
	 754: 251
	 755: 449
	 756: 541
	 757: 304
	 758: 264
	 759: 320
	 760: 225
	 761: 163
	 762: 155
	 763: 85
	 764: 198
	 765: 33
	 766: 806
	 767: 169
	 768: 56
	 769: 5
	 770: 556
	 771: 3
	 772: 93
	 773: 96
	 774: 76
	 775: 17
	 776: 757
	 777: 380
	 778: 620
	 779: 105
	 780: 408
	 781: 1001
	 782: 421
	 783: 577
	 784: 79
	 785: 101
	 786: 883
	 787: 582
	 788: 406
	 789: -267
	 790: 1089
	 791: 819
	 792: 65
	 793: 186
	 794: 281
	 795: 323
	 796: 1593
	 797: 2048
	 798: 1340
	 799: 1309
	 800: 1076
	 801: 1045
	 802: 1255
	 803: 62
	 804: 103
	 805: 103
	 806: 0
	 807: 1640
	 808: 1247
	 809: 1410
	 810: 103
	 811: 103
	 812: 979
	 813: 1012
	 814: -167
	 815: -223
	 816: -417
	 817: 1294
	 818: -292
	 819: 122
	 820: 217
	 821: 72
	 822: 219
	 823: 395
	 824: 179
	 825: 72
	 826: 218
	 827: 278
	 828: 350
	 829: 337
	 830: 1279
	 831: 587
	 832: 1279
	 833: -170
	 834: 171
	 835: 687
	 836: 1244
	 837: -233
	 838: 268
	 839: 289
	 840: 209
	 841: -208
	 842: 329
	 843: -331
	 844: 316
	 845: 292
	 846: -224
	 847: 369
	 848: -245
	 849: 337
	 850: 134
	 851: 94
	 852: 1705
	 853: -615
	 854: 1163
	 855: 1157
	 856: 1141
	 857: 1148
	 858: 0
	 859: -5
	 860: 123
	 861: 134
	 862: 146
	 863: 154
	 864: 194
	 865: 213
	 866: 164
	 867: 30
	 868: 39
	 869: 57
	 870: 76
	 871: 84
	 872: 92
	 873: 98
	 874: 105
	 875: 45
	 876: 48
	 877: 50
	 878: 53
	 879: 56
	 880: 62
	 881: 66
	 882: 68
	 883: 73
	 884: 76
	 885: 80
	 886: 86
	 887: 90
	 888: 96
	 889: 100
	 890: 102
	 891: 110
	 892: 113
	 893: 120
	 894: 157
	 895: 172
	 896: 177
	 897: 64
	 898: 75
	 899: 85
	 900: 94
	 901: 98
	 902: 102
	 903: 106
	 904: 113
	 905: 115
	 906: 119
	 907: 123
	 908: 126
	 909: 130
	 910: 135
	 911: 140
	 912: 145
	 913: 150
	 914: 166
	 915: 209
	 916: 682
	 917: 671
	 918: 801
	 919: 648
	 920: 709
	 921: 630
	 922: 617
	 923: 218
	 924: 218
	 925: 967
	 926: 832
	 927: 342
	 928: 212
	 929: 1161
	 930: 1151
	 931: 83
	 932: 36
	 933: 81
	 934: 275
	 935: 105
	 936: 55
	 937: 60
	 938: 31
	 939: 140
	 940: 140
	 941: -45
	 942: 90
	 943: 41
	 944: 27
	 945: 271
	 946: 308
	 947: 127
	 948: 84
	 949: 84
	 950: -21
	 951: -42
	 952: -88
	 953: -561
	 954: 166
	 955: 166
	 956: 146
	 957: 146
	 958: 1602
	 959: 235
	 960: 1603

'prep' Table - Control Value Program
------------------------------------
Size = 2737 bytes
	00000: PUSHW[3]             84   -64   960 
	00007: PUSHB[3]             85    51    64 
	00011: PUSHW[1]            960 
	00014: PUSHB[3]             58    51    64 
	00018: PUSHW[1]            960 
	00021: PUSHB[4]             14    36    50   128 
	00026: PUSHW[1]            960 
	00029: PUSHB[4]             11    13    50   128 
	00034: PUSHW[1]            960 
	00037: PUSHB[3]              9    51    63 
	00041: NPUSHW      (47):   960   112   960   175   960   207   960     4    95   960 
	                           127   960   175   960     3    31   960    63   960    95 
	                           960   143   960     4   160   955   176   955   192   955 
	                           208   955     4   160   954   176   954   192   954   208 
	                           954     4    63   952     1   951   950 
	00137: PUSHB[3]             36    31    64 
	00141: PUSHW[1]            948 
	00144: PUSHB[4]             25    36    50   239 
	00149: NPUSHW      (26):   947   255   947     2   913   907    33    31   862   907 
	                            33    31   863   907    33    31   911   907    42    31 
	                           912   907    42    31   909   907 
	00203: PUSHB[3]             59    31    15 
	00207: NPUSHW       (9):   907     1   239   907   255   907     2   -64   924 
	00227: PUSHB[3]             71    79    50 
	00231: PUSHW[2]            -64   924 
	00236: PUSHB[3]             55    60    50 
	00240: PUSHW[2]            -64   923 
	00245: PUSHB[3]             71    79    50 
	00249: PUSHW[2]            -64   923 
	00254: PUSHB[4]             55    60    50    31 
	00259: NPUSHW      (25):   924   176   924   192   924   208   924     4   239   924 
	                             1    31   923   176   923   192   923   208   923     4 
	                           239   923     1   -64   924 
	00311: PUSHB[3]             33    41    50 
	00315: PUSHW[2]            -64   923 
	00320: PUSHB[3]             33    41    50 
	00324: PUSHW[2]            -64   924 
	00329: PUSHB[3]             15    22    50 
	00333: PUSHW[2]            -64   923 
	00338: PUSHB[3]             15    22    50 
	00342: NPUSHW      (10):   857   854    50    31   856   854    50    31   855   854 
	00364: PUSHB[3]             50    31   191 
	00368: NPUSHW      (96):   853     1   175   853     1   160   852     1   143   852 
	                             1    95   852     1    79   852     1   127   853     1 
	                           127   852     1   111   853     1   111   852     1    63 
	                           853     1    63   852     1    63   852     1    47   852 
	                             1    47   852     1    31   852     1    15   852     1 
	                           850   851    41    31   849   842    41    31   848   837 
	                            37    31   847   842    37    31   846   841    37    31 
	                           845   839    37    31   844   842    24    31   843   837 
	                            18    31   842   838    24    31   841   837    68    31 
	                           840   838    68    31   839   838 
	00562: PUSHB[3]             68    31    48 
	00566: NPUSHW     (112):   838    95   837     2    15   836    31   836    47   836 
	                            63   836     4    15   836   143   836   160   836   223 
	                           836     4    95   836   127   836   207   836     3    47 
	                           836     1   836   836   835   835   833   833    15   832 
	                            31   832    47   832     3   832   832   831   831   830 
	                           830    15   829     1   829   829    64   828     1    31 
	                           828    47   828    63   828    79   828    95   828   192 
	                           828   208   828     7   828   828    32   821    48   821 
	                            64   821    80   821    96   821     5    15   812    47 
	                           812   143   812     3   812   813    36    31   801   652 
	                            20    31   800   652    20    31   799   651    30    31 
	                           798   651 
	00792: PUSHB[3]             30    31    64 
	00796: NPUSHW       (9):   692    80   692    96   692   112   692   128   692 
	00816: PUSHB[3]              5    18    15 
	00820: NPUSHW      (20):   651    31   651    47   651    79   651    95   651   127 
	                           651   159   651   175   651     8    63   651    79   651 
	00862: NPUSHB      (11):     2    63     2    63     3    79     2    79     3     4 
	                            64 
	00875: PUSHW[1]            809 
	00878: PUSHB[4]             60    60    50    64 
	00883: PUSHW[1]            809 
	00886: PUSHB[4]             51    54    50    64 
	00891: PUSHW[1]            809 
	00894: PUSHB[4]             28    29    50    64 
	00899: PUSHW[1]            809 
	00902: PUSHB[4]             12    26    50    15 
	00907: NPUSHW     (114):   809   127   809   159   809     3    15   809    47   809 
	                            63   809     3    15   809    31   809     2   175   807 
	                           191   807   207   807   223   807     4    15   807    79 
	                           807    95   807   143   807   159   807   175   807     6 
	                           191   807   239   807   255   807     3   111   807   127 
	                           807   143   807   159   807   175   807     5    15   807 
	                            31   807    47   807    79   807    95   807     5    15 
	                           808    47   808    95   808   127   808   175   808     5 
	                           223   808     1    15   807    15   808    80   808   143 
	                           808   191   808     5   223   802     1   143   802     1 
	                            63   802    79   802     2    47   802    63   802     2 
	                            15   802    31   802 
	01137: PUSHB[3]              2     9    15 
	01141: PUSHW[1]            651 
	01144: PUSHB[3]              1    58    15 
	01148: NPUSHW      (55):   652    79   652     2    15   653    47   653    63   653 
	                             3    47   651     1    47   652    63   652    79   652 
	                           143   652   175   652     5   953   953   809   809   807 
	                           807   808   808   802   802   801   801   800   800   799 
	                           799   798   798   656   656   655   655   654   654   653 
	                           653   652   652   651   651 
	01260: NPUSHB      (20):   175    43   191    43     2    95    53   111    53   127 
	                            53   143    53   159    53   175    53   191    53     7 
	01282: PUSHW[4]            609   609   608   608 
	01291: NPUSHB      (10):     0    22    22     0     0     0    18    17     8    26 
	01303: NPUSHW      (16):   516    92    13   506    92    13   429    92    13   370 
	                            92    13   320    92    13   279 
	01337: NPUSHB      (26):    92    13   228    92    13   200    92    13   153    92 
	                            13   149    92    13    88    92    13    78    92    13 
	                            70    92    13    47    92    13 
	01365: PUSHW[1]            354 
	01368: NPUSHB      (23):    43    13   219    43    13   144    43    13    86    43 
	                            13    54    43    13    53    43    13    51    43    13 
	                            41    43    13 
	01393: NPUSHW      (17):   345   343    13   190   343    13    66   343    13    50 
	                           343    13    34   343    13    29   343 
	01429: PUSHB[3]             13     0     9 
	01433: PUSHW[5]            347    33  2049    31   295 
	01444: PUSHB[5]             33   129    31   229    33 
	01450: PUSHW[1]           1025 
	01453: PUSHB[3]             31   131    33 
	01457: PUSHW[1]           2049 
	01460: PUSHB[3]             31   130    33 
	01464: PUSHW[1]           1025 
	01467: PUSHB[3]             31    91    33 
	01471: PUSHW[1]           1025 
	01474: PUSHB[3]             31    59    33 
	01478: PUSHW[1]           2049 
	01481: PUSHB[7]             31    48    33   103    31    44    33 
	01489: PUSHW[1]           1025 
	01492: PUSHB[3]             31    38    33 
	01496: PUSHW[1]           1025 
	01499: PUSHB[3]             31    36    33 
	01503: PUSHW[6]           1025    31    85   428     7   299 
	01516: NPUSHB      (44):     7   201     7    95     7    64     7    57     7    46 
	                             7    45     7    40     7    39     7    35     7    31 
	                             7    20     8    18     8    16     8    14     8    12 
	                             8    10     8     8     8     6     8     4     8     2 
	                             8     0     8    20 
	01562: PUSHW[1]            -32 
	01565: NPUSHB      (43):     0     0     1     0    20     6    16     0     0     1 
	                             0     6     4     0     0     1     0     4    16     0 
	                             0     1     0    16     2     0     0     1     0     2 
	                             0     0     0     1     0     0     2     1     8     2 
	                             0    74     0 
	01610: PUSHB[1]             19 
	01612: SPVTCA[x-axis] 
	01613: MPPEM      
	01614: SPVTCA[y-axis] 
	01615: MPPEM      
	01616: GTEQ       
	01617: WS         
	01618: SVTCA[x-axis] 
	01619: MPPEM      
	01620: PUSHB[1]            192 
	01622: MUL        
	01623: SVTCA[y-axis] 
	01624: MPPEM      
	01625: DIV        
	01626: DUP        
	01627: PUSHB[1]            246 
	01629: GTEQ       
	01630: SWAP       
	01631: PUSHW[1]            266 
	01634: LTEQ       
	01635: AND        
	01636: PUSHB[1]              5 
	01638: SWAP       
	01639: WS         
	01640: SVTCA[x-axis] 
	01641: PUSHB[1]             18 
	01643: MPPEM      
	01644: SVTCA[y-axis] 
	01645: MPPEM      
	01646: EQ         
	01647: WS         
	01648: RTG        
	01649: PUSHB[1]             55 
	01651: CALL       
	01652: MPPEM      
	01653: PUSHW[1]           2047 
	01656: GT         
	01657: PUSHB[1]             56 
	01659: CALL       
	01660: MPPEM      
	01661: PUSHB[1]              9 
	01663: LT         
	01664: OR         
	01665: IF         
	01666: PUSHB[2]              1     1 
	01669: INSTCTRL   
	01670: EIF        
	01671: PUSHB[1]             56 
	01673: CALL       
	01674: PUSHB[1]              2 
	01676: GETINFO    
	01677: PUSHW[1]            256 
	01680: EQ         
	01681: IF         
	01682: PUSHW[1]            511 
	01685: PUSHB[2]              1     1 
	01688: INSTCTRL   
	01689: SCANCTRL   
	01690: ELSE       
	01691: PUSHB[1]             18 
	01693: RS         
	01694: IF         
	01695: PUSHW[2]              1   300 
	01700: SCANCTRL   
	01701: SCANTYPE   
	01702: ELSE       
	01703: PUSHW[2]              1   300 
	01708: SCANCTRL   
	01709: SCANTYPE   
	01710: EIF        
	01711: EIF        
	01712: MPPEM      
	01713: PUSHB[1]              9 
	01715: LT         
	01716: IF         
	01717: PUSHB[2]              4     1 
	01720: SCANTYPE   
	01721: SCANTYPE   
	01722: EIF        
	01723: SVTCA[y-axis] 
	01724: SZPS       
	01725: SROUND     
	01726: MIAP[rd+ci] 
	01727: RTG        
	01728: MIAP[rd+ci] 
	01729: SRP2       
	01730: MIAP[nrd+nci] 
	01731: SRP1       
	01732: IP         
	01733: GC[cur p]  
	01734: WCVTP      
	01735: MIAP[nrd+nci] 
	01736: SRP1       
	01737: IP         
	01738: GC[cur p]  
	01739: WCVTP      
	01740: MIAP[nrd+nci] 
	01741: SRP1       
	01742: IP         
	01743: GC[cur p]  
	01744: WCVTP      
	01745: MIAP[nrd+nci] 
	01746: SRP1       
	01747: IP         
	01748: GC[cur p]  
	01749: WCVTP      
	01750: MIAP[nrd+nci] 
	01751: SRP1       
	01752: IP         
	01753: GC[cur p]  
	01754: ADD        
	01755: WCVTP      
	01756: MIAP[nrd+nci] 
	01757: SRP1       
	01758: IP         
	01759: GC[cur p]  
	01760: ADD        
	01761: WCVTP      
	01762: CALL       
	01763: CALL       
	01764: CALL       
	01765: CALL       
	01766: CALL       
	01767: CALL       
	01768: CALL       
	01769: CALL       
	01770: CALL       
	01771: CALL       
	01772: CALL       
	01773: RTG        
	01774: CALL       
	01775: CALL       
	01776: CALL       
	01777: CALL       
	01778: CALL       
	01779: CALL       
	01780: CALL       
	01781: CALL       
	01782: CALL       
	01783: CALL       
	01784: CALL       
	01785: CALL       
	01786: RTG        
	01787: PUSHB[1]             55 
	01789: CALL       
	01790: SCVTCI     
	01791: PUSHB[1]            150 
	01793: MPPEM      
	01794: GTEQ       
	01795: IF         
	01796: PUSHB[1]            170 
	01798: SCVTCI     
	01799: EIF        
	01800: PUSHB[1]             50 
	01802: MPPEM      
	01803: GTEQ       
	01804: IF         
	01805: PUSHB[1]            255 
	01807: SCVTCI     
	01808: EIF        
	01809: MPPEM      
	01810: PUSHW[1]           1025 
	01813: GTEQ       
	01814: DUP        
	01815: NOT        
	01816: IF         
	01817: PUSHW[2]            568   566 
	01822: RCVT       
	01823: WCVTP      
	01824: PUSHW[2]            567   566 
	01829: RCVT       
	01830: WCVTP      
	01831: EIF        
	01832: IF         
	01833: PUSHW[2]           2688   568 
	01838: RCVT       
	01839: GT         
	01840: IF         
	01841: PUSHW[2]            568  2688 
	01846: WCVTP      
	01847: EIF        
	01848: EIF        
	01849: MPPEM      
	01850: PUSHW[1]           1025 
	01853: GTEQ       
	01854: DUP        
	01855: NOT        
	01856: IF         
	01857: PUSHW[2]             32   568 
	01862: RCVT       
	01863: WCVTP      
	01864: PUSHW[2]             33   568 
	01869: RCVT       
	01870: WCVTP      
	01871: EIF        
	01872: IF         
	01873: PUSHW[2]           2688    32 
	01878: RCVT       
	01879: GT         
	01880: IF         
	01881: PUSHW[2]             32  2688 
	01886: WCVTP      
	01887: EIF        
	01888: EIF        
	01889: MPPEM      
	01890: PUSHW[1]           1025 
	01893: GTEQ       
	01894: DUP        
	01895: NOT        
	01896: IF         
	01897: PUSHW[2]             30   567 
	01902: RCVT       
	01903: WCVTP      
	01904: PUSHW[2]             37   567 
	01909: RCVT       
	01910: WCVTP      
	01911: EIF        
	01912: IF         
	01913: PUSHW[2]           2688    30 
	01918: RCVT       
	01919: GT         
	01920: IF         
	01921: PUSHW[2]             30  2688 
	01926: WCVTP      
	01927: EIF        
	01928: EIF        
	01929: MPPEM      
	01930: PUSHW[1]           1025 
	01933: GTEQ       
	01934: DUP        
	01935: NOT        
	01936: IF         
	01937: PUSHB[2]             61    33 
	01940: RCVT       
	01941: WCVTP      
	01942: PUSHB[2]             33    33 
	01945: RCVT       
	01946: WCVTP      
	01947: EIF        
	01948: IF         
	01949: PUSHW[2]           2688    61 
	01954: RCVT       
	01955: GT         
	01956: IF         
	01957: PUSHW[2]             61  2688 
	01962: WCVTP      
	01963: EIF        
	01964: EIF        
	01965: MPPEM      
	01966: PUSHW[1]           1025 
	01969: GTEQ       
	01970: DUP        
	01971: NOT        
	01972: IF         
	01973: PUSHB[2]            103    33 
	01976: RCVT       
	01977: WCVTP      
	01978: PUSHB[2]             33    33 
	01981: RCVT       
	01982: WCVTP      
	01983: EIF        
	01984: IF         
	01985: PUSHW[2]           2688   103 
	01990: RCVT       
	01991: GT         
	01992: IF         
	01993: PUSHW[2]            103  2688 
	01998: WCVTP      
	01999: EIF        
	02000: EIF        
	02001: MPPEM      
	02002: PUSHW[1]            769 
	02005: GTEQ       
	02006: DUP        
	02007: NOT        
	02008: IF         
	02009: PUSHB[2]             33    33 
	02012: RCVT       
	02013: WCVTP      
	02014: PUSHB[2]             33    33 
	02017: RCVT       
	02018: WCVTP      
	02019: EIF        
	02020: IF         
	02021: PUSHW[2]           2016    33 
	02026: RCVT       
	02027: GT         
	02028: IF         
	02029: PUSHW[2]             33  2016 
	02034: WCVTP      
	02035: EIF        
	02036: EIF        
	02037: MPPEM      
	02038: PUSHW[1]            769 
	02041: GTEQ       
	02042: DUP        
	02043: NOT        
	02044: IF         
	02045: PUSHB[2]             33    33 
	02048: RCVT       
	02049: WCVTP      
	02050: PUSHB[2]             30    33 
	02053: RCVT       
	02054: WCVTP      
	02055: EIF        
	02056: IF         
	02057: PUSHW[2]           2016    33 
	02062: RCVT       
	02063: GT         
	02064: IF         
	02065: PUSHW[2]             33  2016 
	02070: WCVTP      
	02071: EIF        
	02072: EIF        
	02073: MPPEM      
	02074: PUSHW[1]            769 
	02077: GTEQ       
	02078: DUP        
	02079: NOT        
	02080: IF         
	02081: PUSHB[2]             33    33 
	02084: RCVT       
	02085: WCVTP      
	02086: PUSHB[2]             37    33 
	02089: RCVT       
	02090: WCVTP      
	02091: EIF        
	02092: IF         
	02093: PUSHW[2]           2016    33 
	02098: RCVT       
	02099: GT         
	02100: IF         
	02101: PUSHW[2]             33  2016 
	02106: WCVTP      
	02107: EIF        
	02108: EIF        
	02109: CALL       
	02110: CALL       
	02111: CALL       
	02112: CALL       
	02113: CALL       
	02114: CALL       
	02115: CALL       
	02116: CALL       
	02117: CALL       
	02118: CALL       
	02119: CALL       
	02120: NEG        
	02121: WS         
	02122: CALL       
	02123: CALL       
	02124: CALL       
	02125: CALL       
	02126: CALL       
	02127: CALL       
	02128: CALL       
	02129: CALL       
	02130: CALL       
	02131: CALL       
	02132: CALL       
	02133: CALL       
	02134: CALL       
	02135: CALL       
	02136: CALL       
	02137: CALL       
	02138: CALL       
	02139: CALL       
	02140: CALL       
	02141: CALL       
	02142: CALL       
	02143: CALL       
	02144: CALL       
	02145: CALL       
	02146: CALL       
	02147: CALL       
	02148: CALL       
	02149: CALL       
	02150: SVTCA[x-axis] 
	02151: PUSHW[2]             74   470 
	02156: PUSHB[2]             67   122 
	02159: RCVT       
	02160: NEG        
	02161: SWAP       
	02162: RCVT       
	02163: ADD        
	02164: SWAP       
	02165: RCVT       
	02166: NEG        
	02167: ADD        
	02168: SWAP       
	02169: RCVT       
	02170: ADD        
	02171: PUSHB[1]            139 
	02173: SROUND     
	02174: ROUND[Gray] 
	02175: RTG        
	02176: PUSHB[1]            128 
	02178: DIV        
	02179: DUP        
	02180: DUP        
	02181: PUSHW[2]             67   470 
	02186: RCVT       
	02187: NEG        
	02188: SWAP       
	02189: RCVT       
	02190: DUP        
	02191: PUSHB[1]              3 
	02193: MINDEX     
	02194: ADD        
	02195: DIV        
	02196: MUL        
	02197: ROUND[Gray] 
	02198: DUP        
	02199: PUSHB[1]              3 
	02201: MINDEX     
	02202: SUB        
	02203: NEG        
	02204: PUSHW[1]            470 
	02207: SWAP       
	02208: NEG        
	02209: WCVTP      
	02210: PUSHB[1]             67 
	02212: SWAP       
	02213: WCVTP      
	02214: DUP        
	02215: PUSHB[2]             74   122 
	02218: RCVT       
	02219: NEG        
	02220: SWAP       
	02221: RCVT       
	02222: DUP        
	02223: PUSHB[1]              3 
	02225: MINDEX     
	02226: ADD        
	02227: DIV        
	02228: MUL        
	02229: ROUND[Gray] 
	02230: DUP        
	02231: PUSHB[1]              3 
	02233: MINDEX     
	02234: SUB        
	02235: NEG        
	02236: PUSHB[1]            122 
	02238: SWAP       
	02239: NEG        
	02240: WCVTP      
	02241: PUSHB[1]             74 
	02243: SWAP       
	02244: WCVTP      
	02245: PUSHB[2]              0   122 
	02248: RCVT       
	02249: EQ         
	02250: IF         
	02251: PUSHB[2]            122    64 
	02254: NEG        
	02255: WCVTP      
	02256: PUSHB[3]             74    64    74 
	02260: RCVT       
	02261: SWAP       
	02262: SUB        
	02263: WCVTP      
	02264: EIF        
	02265: PUSHB[4]             71    97    42   173 
	02270: RCVT       
	02271: NEG        
	02272: SWAP       
	02273: RCVT       
	02274: ADD        
	02275: SWAP       
	02276: RCVT       
	02277: NEG        
	02278: ADD        
	02279: SWAP       
	02280: RCVT       
	02281: ADD        
	02282: PUSHB[1]            137 
	02284: SROUND     
	02285: ROUND[Gray] 
	02286: RTG        
	02287: PUSHB[1]            128 
	02289: DIV        
	02290: DUP        
	02291: DUP        
	02292: PUSHB[2]             42    97 
	02295: RCVT       
	02296: NEG        
	02297: SWAP       
	02298: RCVT       
	02299: DUP        
	02300: PUSHB[1]              3 
	02302: MINDEX     
	02303: ADD        
	02304: DIV        
	02305: MUL        
	02306: ROUND[Gray] 
	02307: DUP        
	02308: PUSHB[1]              3 
	02310: MINDEX     
	02311: SUB        
	02312: NEG        
	02313: PUSHB[1]             97 
	02315: SWAP       
	02316: NEG        
	02317: WCVTP      
	02318: PUSHB[1]             42 
	02320: SWAP       
	02321: WCVTP      
	02322: DUP        
	02323: PUSHB[2]             71   173 
	02326: RCVT       
	02327: NEG        
	02328: SWAP       
	02329: RCVT       
	02330: DUP        
	02331: PUSHB[1]              3 
	02333: MINDEX     
	02334: ADD        
	02335: DIV        
	02336: MUL        
	02337: ROUND[Gray] 
	02338: DUP        
	02339: PUSHB[1]              3 
	02341: MINDEX     
	02342: SUB        
	02343: NEG        
	02344: PUSHB[1]            173 
	02346: SWAP       
	02347: NEG        
	02348: WCVTP      
	02349: PUSHB[1]             71 
	02351: SWAP       
	02352: WCVTP      
	02353: PUSHB[2]              0   173 
	02356: RCVT       
	02357: EQ         
	02358: IF         
	02359: PUSHB[2]            173    64 
	02362: NEG        
	02363: WCVTP      
	02364: PUSHB[3]             71    64    71 
	02368: RCVT       
	02369: SWAP       
	02370: SUB        
	02371: WCVTP      
	02372: EIF        
	02373: MPPEM      
	02374: GTEQ       
	02375: WS         
	02376: SVTCA[x-axis] 
	02377: MPPEM      
	02378: LT         
	02379: IF         
	02380: PUSHB[2]              8     0 
	02383: WS         
	02384: EIF        
	02385: RS         
	02386: NOT        
	02387: IF         
	02388: PUSHB[2]              8     0 
	02391: WS         
	02392: EIF        
	02393: PUSHB[4]              2    11    10    18 
	02398: RS         
	02399: IF         
	02400: ADD        
	02401: ELSE       
	02402: POP        
	02403: EIF        
	02404: WS         
	02405: SZPS       
	02406: SRP0       
	02407: WCVTF      
	02408: MIAP[nrd+nci] 
	02409: PUSHB[1]             18 
	02411: RS         
	02412: IF         
	02413: PUSHW[2]          15137  6270 
	02418: ELSE       
	02419: PUSHW[3]           1024   424    11 
	02426: CALL       
	02427: EIF        
	02428: PUSHB[1]             12 
	02430: SWAP       
	02431: WS         
	02432: PUSHB[1]             13 
	02434: SWAP       
	02435: WS         
	02436: PUSHB[1]             18 
	02438: RS         
	02439: IF         
	02440: PUSHW[2]          11585 11585 
	02445: ELSE       
	02446: PUSHW[3]           1024  1024    11 
	02453: CALL       
	02454: EIF        
	02455: PUSHB[1]             14 
	02457: SWAP       
	02458: WS         
	02459: PUSHB[1]             15 
	02461: SWAP       
	02462: WS         
	02463: PUSHB[1]             18 
	02465: RS         
	02466: IF         
	02467: PUSHW[2]           6270 15137 
	02472: ELSE       
	02473: PUSHW[3]            424  1024    11 
	02480: CALL       
	02481: EIF        
	02482: PUSHB[1]             16 
	02484: SWAP       
	02485: WS         
	02486: PUSHB[1]             17 
	02488: SWAP       
	02489: WS         
	02490: SVTCA[y-axis] 
	02491: RTG        
	02492: RCVT       
	02493: ROUND[Black] 
	02494: WCVTP      
	02495: RCVT       
	02496: ROUND[Black] 
	02497: WCVTP      
	02498: DELTAC1    
	02499: DELTAC1    
	02500: RTG        
	02501: RCVT       
	02502: ROUND[Black] 
	02503: WCVTP      
	02504: RCVT       
	02505: ROUND[Black] 
	02506: WCVTP      
	02507: RCVT       
	02508: ROUND[Black] 
	02509: WCVTP      
	02510: RCVT       
	02511: ROUND[Black] 
	02512: WCVTP      
	02513: RCVT       
	02514: ROUND[Black] 
	02515: WCVTP      
	02516: RCVT       
	02517: ROUND[Black] 
	02518: WCVTP      
	02519: RCVT       
	02520: ROUND[Black] 
	02521: WCVTP      
	02522: RCVT       
	02523: ROUND[Black] 
	02524: WCVTP      
	02525: RCVT       
	02526: ROUND[Black] 
	02527: WCVTP      
	02528: RCVT       
	02529: ROUND[Black] 
	02530: WCVTP      
	02531: RCVT       
	02532: ROUND[Black] 
	02533: WCVTP      
	02534: RCVT       
	02535: ROUND[Black] 
	02536: WCVTP      
	02537: RCVT       
	02538: ROUND[Black] 
	02539: WCVTP      
	02540: RCVT       
	02541: ROUND[Black] 
	02542: WCVTP      
	02543: RCVT       
	02544: ROUND[Black] 
	02545: WCVTP      
	02546: DELTAC1    
	02547: DELTAC1    
	02548: DELTAC1    
	02549: DELTAC2    
	02550: SDB        
	02551: DELTAC1    
	02552: SDB        
	02553: DELTAC1    
	02554: DELTAC1    
	02555: DELTAC1    
	02556: DELTAC1    
	02557: DELTAC2    
	02558: DELTAC1    
	02559: DELTAC1    
	02560: DELTAC2    
	02561: DELTAC1    
	02562: DELTAC1    
	02563: DELTAC1    
	02564: DELTAC2    
	02565: DELTAC3    
	02566: DELTAC1    
	02567: DELTAC1    
	02568: DELTAC2    
	02569: CALL       
	02570: CALL       
	02571: CALL       
	02572: CALL       
	02573: SVTCA[y-axis] 
	02574: DELTAC1    
	02575: SVTCA[y-axis] 
	02576: DELTAC1    
	02577: DELTAC2    
	02578: SVTCA[y-axis] 
	02579: RS         
	02580: NOT        
	02581: IF         
	02582: NPUSHW      (12):    31   651    31   653     2    15   651    15   652    15 
	                           653     3 
	02608: DELTAC1    
	02609: DELTAC1    
	02610: EIF        
	02611: DELTAC2    
	02612: SVTCA[y-axis] 
	02613: CALL       
	02614: CALL       
	02615: CALL       
	02616: CALL       
	02617: CALL       
	02618: DELTAC1    
	02619: DELTAC3    
	02620: SVTCA[y-axis] 
	02621: RCVT       
	02622: ROUND[Black] 
	02623: WCVTP      
	02624: DELTAC1    
	02625: DELTAC2    
	02626: RCVT       
	02627: ROUND[Black] 
	02628: WCVTP      
	02629: DELTAC1    
	02630: RCVT       
	02631: ROUND[Black] 
	02632: WCVTP      
	02633: RCVT       
	02634: ROUND[Black] 
	02635: WCVTP      
	02636: RCVT       
	02637: ROUND[Black] 
	02638: WCVTP      
	02639: DELTAC1    
	02640: RCVT       
	02641: ROUND[Black] 
	02642: WCVTP      
	02643: RCVT       
	02644: ROUND[Black] 
	02645: WCVTP      
	02646: RCVT       
	02647: ROUND[Black] 
	02648: WCVTP      
	02649: DELTAC3    
	02650: DELTAC2    
	02651: DELTAC1    
	02652: DELTAC1    
	02653: SVTCA[x-axis] 
	02654: DELTAC1    
	02655: CALL       
	02656: CALL       
	02657: CALL       
	02658: CALL       
	02659: CALL       
	02660: CALL       
	02661: CALL       
	02662: CALL       
	02663: CALL       
	02664: CALL       
	02665: CALL       
	02666: CALL       
	02667: SVTCA[y-axis] 
	02668: DELTAC1    
	02669: DELTAC1    
	02670: DELTAC1    
	02671: DELTAC1    
	02672: DELTAC1    
	02673: DELTAC1    
	02674: DELTAC1    
	02675: DELTAC1    
	02676: DELTAC1    
	02677: DELTAC1    
	02678: DELTAC1    
	02679: DELTAC1    
	02680: DELTAC1    
	02681: DELTAC1    
	02682: DELTAC1    
	02683: DELTAC1    
	02684: DELTAC1    
	02685: CALL       
	02686: CALL       
	02687: CALL       
	02688: SVTCA[x-axis] 
	02689: CALL       
	02690: SVTCA[y-axis] 
	02691: CALL       
	02692: SVTCA[x-axis] 
	02693: CALL       
	02694: SVTCA[y-axis] 
	02695: CALL       
	02696: SVTCA[x-axis] 
	02697: DELTAC1    
	02698: DELTAC3    
	02699: SVTCA[y-axis] 
	02700: DELTAC1    
	02701: DELTAC3    
	02702: SVTCA[x-axis] 
	02703: CALL       
	02704: CALL       
	02705: SVTCA[y-axis] 
	02706: CALL       
	02707: CALL       
	02708: SVTCA[y-axis] 
	02709: DELTAC1    
	02710: DELTAC3    
	02711: CALL       
	02712: CALL       
	02713: CALL       
	02714: CALL       
	02715: CALL       
	02716: CALL       
	02717: SVTCA[x-axis] 
	02718: DELTAC1    
	02719: SVTCA[x-axis] 
	02720: CALL       
	02721: SVTCA[x-axis] 
	02722: CALL       
	02723: DELTAC1    
	02724: SVTCA[x-axis] 
	02725: DELTAC1    
	02726: SVTCA[y-axis] 
	02727: DELTAC1    
	02728: DELTAC1    
	02729: DELTAC2    
	02730: DELTAC3    
	02731: CALL       
	02732: CALL       
	02733: CALL       
	02734: CALL       
	02735: CALL       
	02736: CALL       


'fpgm' Table - Font Program
---------------------------
Size = 1496 bytes
	00000: NPUSHB      (65):    84    64    63    62    61    60    59    58    57    56 
	                            55    53    52    51    50    49    48    47    46    45 
	                            44    43    42    41    40    39    38    37    36    35 
	                            34    33    32    31    30    29    28    27    26    25 
	                            24    23    22    21    20    19    18    17    16    15 
	                            14    13    12    11    10     9     8     7     6     5 
	                             4     3     2     1     0 
	00067: FDEF       
	00068: RCVT       
	00069: SWAP       
	00070: GC[cur p]  
	00071: ADD        
	00072: DUP        
	00073: PUSHB[1]             38 
	00075: ADD        
	00076: PUSHB[1]              4 
	00078: MINDEX     
	00079: SWAP       
	00080: SCFS       
	00081: SCFS       
	00082: ENDF       
	00083: FDEF       
	00084: RCVT       
	00085: SWAP       
	00086: GC[cur p]  
	00087: SWAP       
	00088: SUB        
	00089: DUP        
	00090: PUSHB[1]             38 
	00092: SUB        
	00093: PUSHB[1]              4 
	00095: MINDEX     
	00096: SWAP       
	00097: SCFS       
	00098: SCFS       
	00099: ENDF       
	00100: FDEF       
	00101: RCVT       
	00102: SWAP       
	00103: GC[cur p]  
	00104: ADD        
	00105: PUSHB[1]             32 
	00107: SUB        
	00108: DUP        
	00109: PUSHB[1]             70 
	00111: ADD        
	00112: PUSHB[1]              4 
	00114: MINDEX     
	00115: SWAP       
	00116: SCFS       
	00117: SCFS       
	00118: ENDF       
	00119: FDEF       
	00120: RCVT       
	00121: SWAP       
	00122: GC[cur p]  
	00123: SWAP       
	00124: SUB        
	00125: PUSHB[1]             32 
	00127: ADD        
	00128: DUP        
	00129: PUSHB[1]             38 
	00131: SUB        
	00132: PUSHB[1]             32 
	00134: SUB        
	00135: PUSHB[1]              4 
	00137: MINDEX     
	00138: SWAP       
	00139: SCFS       
	00140: SCFS       
	00141: ENDF       
	00142: FDEF       
	00143: RCVT       
	00144: SWAP       
	00145: GC[cur p]  
	00146: ADD        
	00147: PUSHB[1]             64 
	00149: SUB        
	00150: DUP        
	00151: PUSHB[1]            102 
	00153: ADD        
	00154: PUSHB[1]              4 
	00156: MINDEX     
	00157: SWAP       
	00158: SCFS       
	00159: SCFS       
	00160: ENDF       
	00161: FDEF       
	00162: RCVT       
	00163: SWAP       
	00164: GC[cur p]  
	00165: SWAP       
	00166: SUB        
	00167: PUSHB[1]             64 
	00169: ADD        
	00170: DUP        
	00171: PUSHB[1]             38 
	00173: SUB        
	00174: PUSHB[1]             64 
	00176: SUB        
	00177: PUSHB[1]              4 
	00179: MINDEX     
	00180: SWAP       
	00181: SCFS       
	00182: SCFS       
	00183: ENDF       
	00184: FDEF       
	00185: SVTCA[x-axis] 
	00186: SRP0       
	00187: DUP        
	00188: ALIGNRP    
	00189: SVTCA[y-axis] 
	00190: ALIGNRP    
	00191: ENDF       
	00192: FDEF       
	00193: DUP        
	00194: RCVT       
	00195: SWAP       
	00196: DUP        
	00197: PUSHB[1]            205 
	00199: WCVTP      
	00200: SWAP       
	00201: DUP        
	00202: PUSHW[1]            346 
	00205: LTEQ       
	00206: IF         
	00207: SWAP       
	00208: DUP        
	00209: PUSHB[1]            141 
	00211: WCVTP      
	00212: SWAP       
	00213: EIF        
	00214: DUP        
	00215: PUSHB[1]            237 
	00217: LTEQ       
	00218: IF         
	00219: SWAP       
	00220: DUP        
	00221: PUSHB[1]             77 
	00223: WCVTP      
	00224: SWAP       
	00225: EIF        
	00226: DUP        
	00227: PUSHB[1]            144 
	00229: LTEQ       
	00230: IF         
	00231: SWAP       
	00232: DUP        
	00233: PUSHB[1]             13 
	00235: WCVTP      
	00236: SWAP       
	00237: EIF        
	00238: POP        
	00239: POP        
	00240: ENDF       
	00241: FDEF       
	00242: DUP        
	00243: DUP        
	00244: RCVT       
	00245: RTG        
	00246: ROUND[Gray] 
	00247: WCVTP      
	00248: DUP        
	00249: PUSHB[1]              1 
	00251: ADD        
	00252: DUP        
	00253: RCVT       
	00254: PUSHB[1]             70 
	00256: SROUND     
	00257: ROUND[Gray] 
	00258: ROLL       
	00259: RCVT       
	00260: ADD        
	00261: WCVTP      
	00262: ENDF       
	00263: FDEF       
	00264: SVTCA[x-axis] 
	00265: PUSHB[2]             11    10 
	00268: RS         
	00269: SWAP       
	00270: RS         
	00271: NEG        
	00272: SPVFS      
	00273: ENDF       
	00274: FDEF       
	00275: SVTCA[y-axis] 
	00276: PUSHB[2]             10    11 
	00279: RS         
	00280: SWAP       
	00281: RS         
	00282: SFVFS      
	00283: ENDF       
	00284: FDEF       
	00285: SVTCA[y-axis] 
	00286: PUSHB[1]             23 
	00288: SWAP       
	00289: WCVTF      
	00290: PUSHB[2]              1    23 
	00293: MIAP[nrd+nci] 
	00294: SVTCA[x-axis] 
	00295: PUSHB[1]             23 
	00297: SWAP       
	00298: WCVTF      
	00299: PUSHB[2]              2    23 
	00302: RCVT       
	00303: MSIRP[nrp] 
	00304: PUSHB[2]              2     0 
	00307: SFVTL[=p1,p2] 
	00308: GFV        
	00309: ENDF       
	00310: FDEF       
	00311: RCVT       
	00312: PUSHB[1]             26 
	00314: SWAP       
	00315: WCVTP      
	00316: RCVT       
	00317: PUSHB[1]             25 
	00319: SWAP       
	00320: WCVTP      
	00321: ENDF       
	00322: FDEF       
	00323: DUP        
	00324: RCVT       
	00325: PUSHB[1]              3 
	00327: CINDEX     
	00328: RCVT       
	00329: SUB        
	00330: ABS        
	00331: PUSHB[1]             80 
	00333: LTEQ       
	00334: IF         
	00335: RCVT       
	00336: WCVTP      
	00337: ELSE       
	00338: POP        
	00339: POP        
	00340: EIF        
	00341: ENDF       
	00342: FDEF       
	00343: PUSHB[1]              1 
	00345: RS         
	00346: MUL        
	00347: SWAP       
	00348: DIV        
	00349: PUSHB[1]              0 
	00351: SWAP       
	00352: WS         
	00353: PUSHB[1]             15 
	00355: CALL       
	00356: ENDF       
	00357: FDEF       
	00358: DUP        
	00359: RCVT       
	00360: PUSHB[1]              0 
	00362: RS         
	00363: ADD        
	00364: WCVTP      
	00365: ENDF       
	00366: FDEF       
	00367: SVTCA[x-axis] 
	00368: PUSHB[1]              6 
	00370: RS         
	00371: PUSHB[1]              7 
	00373: RS         
	00374: NEG        
	00375: SPVFS      
	00376: ENDF       
	00377: FDEF       
	00378: DUP        
	00379: ROUND[Black] 
	00380: PUSHB[1]             64 
	00382: SUB        
	00383: PUSHB[1]              0 
	00385: MAX        
	00386: DUP        
	00387: PUSHB[2]             44   192 
	00390: ROLL       
	00391: MIN        
	00392: PUSHW[1]           4096 
	00395: DIV        
	00396: ADD        
	00397: CALL       
	00398: GPV        
	00399: ABS        
	00400: SWAP       
	00401: ABS        
	00402: SUB        
	00403: NOT        
	00404: IF         
	00405: PUSHB[1]              3 
	00407: SUB        
	00408: EIF        
	00409: ENDF       
	00410: FDEF       
	00411: RCVT       
	00412: PUSHB[1]             17 
	00414: CALL       
	00415: PUSHB[1]             23 
	00417: SWAP       
	00418: WCVTP      
	00419: PUSHB[1]             23 
	00421: ROFF       
	00422: MIRP[nrp0,nmd,rd,0] 
	00423: RTG        
	00424: ENDF       
	00425: FDEF       
	00426: RCVT       
	00427: PUSHB[1]             17 
	00429: CALL       
	00430: PUSHB[1]             23 
	00432: SWAP       
	00433: WCVTP      
	00434: ENDF       
	00435: FDEF       
	00436: PUSHB[1]             18 
	00438: RS         
	00439: IF         
	00440: SDPVTL[1]  
	00441: RCVT       
	00442: PUSHB[1]             17 
	00444: CALL       
	00445: PUSHB[1]             23 
	00447: SWAP       
	00448: WCVTP      
	00449: PUSHB[1]             23 
	00451: ROFF       
	00452: MIRP[nrp0,nmd,rd,0] 
	00453: ELSE       
	00454: SPVTCA[x-axis] 
	00455: ROLL       
	00456: RCVT       
	00457: RTG        
	00458: ROUND[Black] 
	00459: DUP        
	00460: PUSHB[1]             23 
	00462: SWAP       
	00463: WCVTP      
	00464: ROLL       
	00465: ROLL       
	00466: SDPVTL[1]  
	00467: DUP        
	00468: PUSHB[1]            160 
	00470: LTEQ       
	00471: IF         
	00472: PUSHB[1]             17 
	00474: CALL       
	00475: PUSHB[1]             23 
	00477: SWAP       
	00478: WCVTP      
	00479: PUSHB[1]             23 
	00481: ROFF       
	00482: MIRP[nrp0,nmd,rd,0] 
	00483: ELSE       
	00484: POP        
	00485: PUSHB[1]             23 
	00487: ROFF       
	00488: MIRP[nrp0,nmd,rd,0] 
	00489: EIF        
	00490: EIF        
	00491: RTG        
	00492: ENDF       
	00493: FDEF       
	00494: ENDF       
	00495: FDEF       
	00496: PUSHB[1]              2 
	00498: CINDEX     
	00499: GC[cur p]  
	00500: ADD        
	00501: ROLL       
	00502: GC[cur p]  
	00503: PUSHB[1]             64 
	00505: SUB        
	00506: MIN        
	00507: SCFS       
	00508: ENDF       
	00509: FDEF       
	00510: MPPEM      
	00511: GTEQ       
	00512: DUP        
	00513: NOT        
	00514: IF         
	00515: PUSHB[1]              2 
	00517: SCANCTRL   
	00518: EIF        
	00519: IF         
	00520: PUSHB[1]              1 
	00522: SCANCTRL   
	00523: EIF        
	00524: ENDF       
	00525: FDEF       
	00526: DUP        
	00527: PUSHB[1]              3 
	00529: CINDEX     
	00530: RCVT       
	00531: PUSHB[1]             25 
	00533: SWAP       
	00534: WCVTP      
	00535: RCVT       
	00536: PUSHB[1]             26 
	00538: SWAP       
	00539: WCVTP      
	00540: RCVT       
	00541: NEG        
	00542: SWAP       
	00543: RCVT       
	00544: DUP        
	00545: PUSHB[1]              3 
	00547: CINDEX     
	00548: ADD        
	00549: ROUND[White] 
	00550: DUP        
	00551: PUSHB[1]              9 
	00553: SWAP       
	00554: WS         
	00555: SWAP       
	00556: ROUND[Gray] 
	00557: ROLL       
	00558: ROUND[White] 
	00559: ADD        
	00560: SUB        
	00561: DUP        
	00562: PUSHB[1]             26 
	00564: ROLL       
	00565: PUSHB[1]              0 
	00567: GT         
	00568: JROF       
	00569: POP        
	00570: PUSHB[3]             26    26    64 
	00574: PUSHW[2]            -32    26 
	00579: RCVT       
	00580: DUP        
	00581: ROLL       
	00582: EQ         
	00583: IF         
	00584: SWAP       
	00585: POP        
	00586: PUSHB[1]             63 
	00588: ELSE       
	00589: SWAP       
	00590: EIF        
	00591: SUB        
	00592: WCVTP      
	00593: JMPR       
	00594: PUSHB[2]             20     0 
	00597: ROLL       
	00598: GT         
	00599: JROF       
	00600: PUSHB[4]             25    64    32    25 
	00605: RCVT       
	00606: DUP        
	00607: ROLL       
	00608: EQ         
	00609: IF         
	00610: SWAP       
	00611: POP        
	00612: PUSHB[1]             63 
	00614: ELSE       
	00615: SWAP       
	00616: EIF        
	00617: SUB        
	00618: WCVTP      
	00619: ENDF       
	00620: FDEF       
	00621: PUSHB[2]             16    17 
	00624: RS         
	00625: SWAP       
	00626: RS         
	00627: SFVFS      
	00628: ENDF       
	00629: FDEF       
	00630: PUSHB[2]             14    15 
	00633: RS         
	00634: SWAP       
	00635: RS         
	00636: SFVFS      
	00637: ENDF       
	00638: FDEF       
	00639: PUSHB[2]             12    13 
	00642: RS         
	00643: SWAP       
	00644: RS         
	00645: SFVFS      
	00646: ENDF       
	00647: FDEF       
	00648: PUSHB[2]             12    13 
	00651: RS         
	00652: SWAP       
	00653: RS         
	00654: NEG        
	00655: SFVFS      
	00656: ENDF       
	00657: FDEF       
	00658: PUSHB[2]             14    15 
	00661: RS         
	00662: SWAP       
	00663: RS         
	00664: NEG        
	00665: SFVFS      
	00666: ENDF       
	00667: FDEF       
	00668: PUSHB[2]             16    17 
	00671: RS         
	00672: SWAP       
	00673: RS         
	00674: NEG        
	00675: SFVFS      
	00676: ENDF       
	00677: FDEF       
	00678: MPPEM      
	00679: GT         
	00680: IF         
	00681: RCVT       
	00682: WCVTP      
	00683: ELSE       
	00684: POP        
	00685: POP        
	00686: EIF        
	00687: ENDF       
	00688: FDEF       
	00689: SVTCA[x-axis] 
	00690: DUP        
	00691: PUSHB[1]              3 
	00693: CINDEX     
	00694: SWAP       
	00695: MD[cur]    
	00696: PUSHB[1]             64 
	00698: ADD        
	00699: PUSHB[1]             32 
	00701: MUL        
	00702: DUP        
	00703: PUSHB[1]              0 
	00705: GT         
	00706: IF         
	00707: SWAP       
	00708: PUSHB[1]              2 
	00710: CINDEX     
	00711: SHPIX      
	00712: SWAP       
	00713: PUSHB[1]              2 
	00715: CINDEX     
	00716: NEG        
	00717: SHPIX      
	00718: SVTCA[y-axis] 
	00719: ROLL       
	00720: MUL        
	00721: SHPIX      
	00722: ELSE       
	00723: POP        
	00724: POP        
	00725: POP        
	00726: POP        
	00727: POP        
	00728: EIF        
	00729: SVTCA[x-axis] 
	00730: ENDF       
	00731: FDEF       
	00732: MPPEM      
	00733: PUSHB[1]            100 
	00735: LTEQ       
	00736: IF         
	00737: RCVT       
	00738: ROUND[Black] 
	00739: PUSHB[1]              9 
	00741: RS         
	00742: ADD        
	00743: ROLL       
	00744: SRP0       
	00745: MSIRP[nrp] 
	00746: ELSE       
	00747: POP        
	00748: POP        
	00749: POP        
	00750: EIF        
	00751: ENDF       
	00752: FDEF       
	00753: SVTCA[x-axis] 
	00754: PUSHB[1]              5 
	00756: CINDEX     
	00757: SRP0       
	00758: SWAP       
	00759: DUP        
	00760: ROLL       
	00761: MIRP[srp0,nmd,rd,1] 
	00762: SVTCA[y-axis] 
	00763: PUSHB[1]              1 
	00765: ADD        
	00766: SWAP       
	00767: MIRP[nrp0,md,rd,1] 
	00768: MIRP[nrp0,md,rd,0] 
	00769: ENDF       
	00770: FDEF       
	00771: SVTCA[x-axis] 
	00772: PUSHB[1]              5 
	00774: CINDEX     
	00775: SRP0       
	00776: SWAP       
	00777: DUP        
	00778: ROLL       
	00779: MIRP[srp0,nmd,rd,1] 
	00780: SVTCA[y-axis] 
	00781: PUSHB[1]              1 
	00783: SUB        
	00784: SWAP       
	00785: MIRP[nrp0,md,rd,1] 
	00786: MIRP[nrp0,md,rd,0] 
	00787: ENDF       
	00788: FDEF       
	00789: SVTCA[x-axis] 
	00790: PUSHB[1]              6 
	00792: CINDEX     
	00793: SRP0       
	00794: MIRP[srp0,nmd,rd,1] 
	00795: SVTCA[y-axis] 
	00796: MIRP[nrp0,md,rd,1] 
	00797: MIRP[nrp0,md,rd,0] 
	00798: ENDF       
	00799: FDEF       
	00800: DUP        
	00801: PUSHB[1]              1 
	00803: ADD        
	00804: SVTCA[x-axis] 
	00805: SRP0       
	00806: DUP        
	00807: ALIGNRP    
	00808: SVTCA[y-axis] 
	00809: ALIGNRP    
	00810: ENDF       
	00811: FDEF       
	00812: DUP        
	00813: PUSHB[1]              1 
	00815: SUB        
	00816: SVTCA[x-axis] 
	00817: SRP0       
	00818: DUP        
	00819: ALIGNRP    
	00820: SVTCA[y-axis] 
	00821: ALIGNRP    
	00822: ENDF       
	00823: FDEF       
	00824: PUSHB[1]             43 
	00826: CALL       
	00827: PUSHB[1]             42 
	00829: LOOPCALL   
	00830: ENDF       
	00831: FDEF       
	00832: SVTCA[y-axis] 
	00833: PUSHB[1]              7 
	00835: RS         
	00836: PUSHB[1]              6 
	00838: RS         
	00839: SFVFS      
	00840: ENDF       
	00841: FDEF       
	00842: MIAP[nrd+nci] 
	00843: PUSHB[1]             42 
	00845: LOOPCALL   
	00846: ENDF       
	00847: FDEF       
	00848: SHC[rp1,zp0] 
	00849: ENDF       
	00850: FDEF       
	00851: SROUND     
	00852: PUSHW[1]            617 
	00855: SWAP       
	00856: WCVTF      
	00857: SRP0       
	00858: DUP        
	00859: PUSHW[1]            617 
	00862: RCVT       
	00863: DUP        
	00864: PUSHB[1]              0 
	00866: LT         
	00867: IF         
	00868: PUSHB[1]              1 
	00870: SUB        
	00871: EIF        
	00872: MSIRP[nrp] 
	00873: MDAP[rd]   
	00874: RTG        
	00875: ENDF       
	00876: FDEF       
	00877: POP        
	00878: POP        
	00879: GPV        
	00880: ABS        
	00881: SWAP       
	00882: ABS        
	00883: MAX        
	00884: PUSHW[1]          16384 
	00887: DIV        
	00888: ENDF       
	00889: FDEF       
	00890: POP        
	00891: PUSHB[1]            128 
	00893: LTEQ       
	00894: IF         
	00895: GPV        
	00896: ABS        
	00897: SWAP       
	00898: ABS        
	00899: MAX        
	00900: PUSHW[1]           8192 
	00903: DIV        
	00904: ELSE       
	00905: PUSHB[3]              0    64    47 
	00909: CALL       
	00910: EIF        
	00911: PUSHB[1]              2 
	00913: ADD        
	00914: ENDF       
	00915: FDEF       
	00916: POP        
	00917: PUSHB[1]            192 
	00919: LTEQ       
	00920: IF         
	00921: GPV        
	00922: ABS        
	00923: SWAP       
	00924: ABS        
	00925: MAX        
	00926: PUSHW[1]           5461 
	00929: DIV        
	00930: ELSE       
	00931: PUSHB[3]              0   128    47 
	00935: CALL       
	00936: EIF        
	00937: PUSHB[1]              2 
	00939: ADD        
	00940: ENDF       
	00941: FDEF       
	00942: GPV        
	00943: ABS        
	00944: SWAP       
	00945: ABS        
	00946: MAX        
	00947: PUSHW[1]          16384 
	00950: DIV        
	00951: ADD        
	00952: SWAP       
	00953: POP        
	00954: ENDF       
	00955: FDEF       
	00956: PUSHB[5]              0     1     0     0     0 
	00962: SZP2       
	00963: PUSHB[1]              8 
	00965: MINDEX     
	00966: PUSHB[1]              8 
	00968: MINDEX     
	00969: PUSHB[1]              8 
	00971: MINDEX     
	00972: PUSHB[1]              8 
	00974: MINDEX     
	00975: ISECT      
	00976: SRP0       
	00977: SZPS       
	00978: SZP0       
	00979: RCVT       
	00980: ROUND[Gray] 
	00981: MSIRP[nrp] 
	00982: PUSHB[1]              1 
	00984: SZPS       
	00985: ENDF       
	00986: FDEF       
	00987: PUSHB[5]              0     1     0     0     0 
	00993: SZP2       
	00994: PUSHB[1]              8 
	00996: MINDEX     
	00997: PUSHB[1]              8 
	00999: MINDEX     
	01000: PUSHB[1]              8 
	01002: MINDEX     
	01003: PUSHB[1]              8 
	01005: MINDEX     
	01006: ISECT      
	01007: SRP0       
	01008: SZPS       
	01009: SZP0       
	01010: RCVT       
	01011: ROUND[Gray] 
	01012: NEG        
	01013: MSIRP[nrp] 
	01014: PUSHB[1]              1 
	01016: SZPS       
	01017: ENDF       
	01018: FDEF       
	01019: MPPEM      
	01020: GTEQ       
	01021: SWAP       
	01022: MPPEM      
	01023: LTEQ       
	01024: AND        
	01025: IF         
	01026: DUP        
	01027: RCVT       
	01028: ROLL       
	01029: ADD        
	01030: WCVTP      
	01031: ELSE       
	01032: POP        
	01033: POP        
	01034: EIF        
	01035: ENDF       
	01036: FDEF       
	01037: MPPEM      
	01038: EQ         
	01039: IF         
	01040: DUP        
	01041: RCVT       
	01042: ROLL       
	01043: ADD        
	01044: WCVTP      
	01045: ELSE       
	01046: POP        
	01047: POP        
	01048: EIF        
	01049: ENDF       
	01050: FDEF       
	01051: MPPEM      
	01052: GTEQ       
	01053: SWAP       
	01054: MPPEM      
	01055: LTEQ       
	01056: AND        
	01057: IF         
	01058: SHPIX      
	01059: ELSE       
	01060: POP        
	01061: POP        
	01062: EIF        
	01063: ENDF       
	01064: FDEF       
	01065: MPPEM      
	01066: EQ         
	01067: IF         
	01068: SHPIX      
	01069: ELSE       
	01070: POP        
	01071: POP        
	01072: EIF        
	01073: ENDF       
	01074: FDEF       
	01075: PUSHB[1]             19 
	01077: RS         
	01078: IF         
	01079: SPVTCA[x-axis] 
	01080: ELSE       
	01081: SPVTCA[y-axis] 
	01082: EIF        
	01083: ENDF       
	01084: FDEF       
	01085: PUSHB[1]             19 
	01087: RS         
	01088: IF         
	01089: SPVTCA[y-axis] 
	01090: ELSE       
	01091: SPVTCA[x-axis] 
	01092: EIF        
	01093: ENDF       
	01094: FDEF       
	01095: MPPEM      
	01096: EQ         
	01097: PUSHB[1]             18 
	01099: RS         
	01100: NOT        
	01101: AND        
	01102: IF         
	01103: SHPIX      
	01104: ELSE       
	01105: POP        
	01106: POP        
	01107: EIF        
	01108: ENDF       
	01109: FDEF       
	01110: PUSHB[1]             18 
	01112: RS         
	01113: NOT        
	01114: IF         
	01115: GPV        
	01116: PUSHB[1]              4 
	01118: CINDEX     
	01119: PUSHB[1]              4 
	01121: CINDEX     
	01122: SPVTL[=p1,p2] 
	01123: GPV        
	01124: ABS        
	01125: SWAP       
	01126: ABS        
	01127: SUB        
	01128: ABS        
	01129: PUSHW[1]           1800 
	01132: LTEQ       
	01133: IF         
	01134: PUSHB[1]              4 
	01136: CINDEX     
	01137: PUSHB[1]              4 
	01139: CINDEX     
	01140: SVTCA[x-axis] 
	01141: DUP        
	01142: GC[cur p]  
	01143: PUSHB[1]             16 
	01145: ADD        
	01146: SCFS       
	01147: DUP        
	01148: GC[cur p]  
	01149: PUSHB[1]             16 
	01151: ADD        
	01152: SCFS       
	01153: EIF        
	01154: SPVFS      
	01155: POP        
	01156: POP        
	01157: ELSE       
	01158: POP        
	01159: POP        
	01160: EIF        
	01161: ENDF       
	01162: FDEF       
	01163: PUSHB[1]             18 
	01165: RS         
	01166: NOT        
	01167: IF         
	01168: GPV        
	01169: PUSHB[1]              4 
	01171: CINDEX     
	01172: PUSHB[1]              4 
	01174: CINDEX     
	01175: SPVTL[=p1,p2] 
	01176: GPV        
	01177: ABS        
	01178: SWAP       
	01179: ABS        
	01180: SUB        
	01181: ABS        
	01182: PUSHW[1]           1800 
	01185: LTEQ       
	01186: IF         
	01187: PUSHB[1]              4 
	01189: CINDEX     
	01190: PUSHB[1]              4 
	01192: CINDEX     
	01193: SVTCA[x-axis] 
	01194: DUP        
	01195: GC[cur p]  
	01196: PUSHW[1]            -16 
	01199: ADD        
	01200: SCFS       
	01201: DUP        
	01202: GC[cur p]  
	01203: PUSHW[1]            -16 
	01206: ADD        
	01207: SCFS       
	01208: EIF        
	01209: SPVFS      
	01210: POP        
	01211: POP        
	01212: ELSE       
	01213: POP        
	01214: POP        
	01215: EIF        
	01216: ENDF       
	01217: FDEF       
	01218: MPPEM      
	01219: GTEQ       
	01220: SWAP       
	01221: MPPEM      
	01222: LTEQ       
	01223: AND        
	01224: IF         
	01225: PUSHB[1]             58 
	01227: CALL       
	01228: ELSE       
	01229: POP        
	01230: POP        
	01231: EIF        
	01232: ENDF       
	01233: FDEF       
	01234: MPPEM      
	01235: GTEQ       
	01236: SWAP       
	01237: MPPEM      
	01238: LTEQ       
	01239: AND        
	01240: IF         
	01241: PUSHB[1]             59 
	01243: CALL       
	01244: ELSE       
	01245: POP        
	01246: POP        
	01247: EIF        
	01248: ENDF       
	01249: FDEF       
	01250: MPPEM      
	01251: GTEQ       
	01252: SWAP       
	01253: MPPEM      
	01254: LTEQ       
	01255: AND        
	01256: PUSHB[1]             18 
	01258: RS         
	01259: NOT        
	01260: AND        
	01261: IF         
	01262: SHPIX      
	01263: ELSE       
	01264: POP        
	01265: POP        
	01266: EIF        
	01267: ENDF       
	01268: FDEF       
	01269: GPV        
	01270: ROLL       
	01271: SPVTCA[x-axis] 
	01272: MPPEM      
	01273: EQ         
	01274: PUSHB[1]              4 
	01276: MINDEX     
	01277: SPVTCA[y-axis] 
	01278: MPPEM      
	01279: EQ         
	01280: AND        
	01281: ROLL       
	01282: ROLL       
	01283: SPVFS      
	01284: PUSHB[1]             18 
	01286: RS         
	01287: NOT        
	01288: AND        
	01289: IF         
	01290: SHPIX      
	01291: ELSE       
	01292: POP        
	01293: POP        
	01294: EIF        
	01295: ENDF       
	01296: FDEF       
	01297: GC[cur p]  
	01298: SWAP       
	01299: GC[cur p]  
	01300: ADD        
	01301: ROLL       
	01302: ROLL       
	01303: GC[cur p]  
	01304: SWAP       
	01305: DUP        
	01306: GC[cur p]  
	01307: ROLL       
	01308: ADD        
	01309: ROLL       
	01310: SUB        
	01311: PUSHW[1]           -128 
	01314: DIV        
	01315: SWAP       
	01316: DUP        
	01317: SRP0       
	01318: SWAP       
	01319: ROLL       
	01320: PUSHW[2]            806   806 
	01325: ROLL       
	01326: WCVTF      
	01327: RCVT       
	01328: ADD        
	01329: DUP        
	01330: PUSHB[1]              0 
	01332: LT         
	01333: IF         
	01334: PUSHB[1]              1 
	01336: SUB        
	01337: PUSHW[1]            -70 
	01340: MAX        
	01341: ELSE       
	01342: PUSHB[1]             70 
	01344: MIN        
	01345: EIF        
	01346: PUSHB[1]             16 
	01348: ADD        
	01349: ROUND[Gray] 
	01350: SVTCA[x-axis] 
	01351: MSIRP[nrp] 
	01352: ENDF       
	01353: FDEF       
	01354: PUSHB[2]              2     0 
	01357: WS         
	01358: PUSHB[2]             35     1 
	01361: GETINFO    
	01362: LTEQ       
	01363: PUSHB[2]             64     1 
	01366: GETINFO    
	01367: GTEQ       
	01368: AND        
	01369: IF         
	01370: PUSHW[2]           4096    32 
	01375: GETINFO    
	01376: EQ         
	01377: IF         
	01378: PUSHB[3]              2     1     2 
	01382: RS         
	01383: ADD        
	01384: WS         
	01385: EIF        
	01386: PUSHB[2]             36     1 
	01389: GETINFO    
	01390: LTEQ       
	01391: IF         
	01392: PUSHW[2]           8192    64 
	01397: GETINFO    
	01398: EQ         
	01399: IF         
	01400: PUSHB[3]              2     2     2 
	01404: RS         
	01405: ADD        
	01406: WS         
	01407: EIF        
	01408: PUSHB[2]             36     1 
	01411: GETINFO    
	01412: EQ         
	01413: IF         
	01414: PUSHB[3]              2    32     2 
	01418: RS         
	01419: ADD        
	01420: WS         
	01421: SVTCA[y-axis] 
	01422: MPPEM      
	01423: SVTCA[x-axis] 
	01424: MPPEM      
	01425: GT         
	01426: IF         
	01427: PUSHB[3]              2     8     2 
	01431: RS         
	01432: ADD        
	01433: WS         
	01434: EIF        
	01435: ELSE       
	01436: PUSHW[2]          16384   128 
	01441: GETINFO    
	01442: EQ         
	01443: IF         
	01444: PUSHB[3]              2     4     2 
	01448: RS         
	01449: ADD        
	01450: WS         
	01451: EIF        
	01452: PUSHW[2]          16384   128 
	01457: MUL        
	01458: PUSHW[1]            256 
	01461: GETINFO    
	01462: EQ         
	01463: IF         
	01464: PUSHB[3]              2     8     2 
	01468: RS         
	01469: ADD        
	01470: WS         
	01471: EIF        
	01472: PUSHW[2]          16384   256 
	01477: MUL        
	01478: PUSHW[1]            512 
	01481: GETINFO    
	01482: EQ         
	01483: IF         
	01484: PUSHB[3]              2    16     2 
	01488: RS         
	01489: ADD        
	01490: WS         
	01491: EIF        
	01492: EIF        
	01493: EIF        
	01494: EIF        
	01495: ENDF       


'hmtx' Table - Horizontal Metrics
---------------------------------
Size = 2642 bytes, 3 entries
	  0. advWid: 1229, LSdBear: 103
	  1. advWid:    0, LSdBear: 0
	  2. advWid: 1229, LSdBear: 0
	LSdBear   3: 0
	LSdBear   4: 491
	LSdBear   5: 266
	LSdBear   6: 187
	LSdBear   7: 228
	LSdBear   8: 187
	LSdBear   9: 254
	LSdBear  10: 481
	LSdBear  11: 605
	LSdBear  12: 301
	LSdBear  13: 226
	LSdBear  14: 144
	LSdBear  15: 299
	LSdBear  16: 186
	LSdBear  17: 461
	LSdBear  18: 230
	LSdBear  19: 229
	LSdBear  20: 228
	LSdBear  21: 171
	LSdBear  22: 195
	LSdBear  23: 214
	LSdBear  24: 196
	LSdBear  25: 274
	LSdBear  26: 211
	LSdBear  27: 231
	LSdBear  28: 275
	LSdBear  29: 461
	LSdBear  30: 312
	LSdBear  31: 98
	LSdBear  32: 101
	LSdBear  33: 148
	LSdBear  34: 275
	LSdBear  35: 215
	LSdBear  36: 17
	LSdBear  37: 87
	LSdBear  38: 127
	LSdBear  39: 158
	LSdBear  40: 88
	LSdBear  41: 159
	LSdBear  42: 128
	LSdBear  43: 107
	LSdBear  44: 229
	LSdBear  45: 171
	LSdBear  46: 89
	LSdBear  47: 128
	LSdBear  48: 24
	LSdBear  49: 46
	LSdBear  50: 104
	LSdBear  51: 179
	LSdBear  52: 104
	LSdBear  53: 88
	LSdBear  54: 185
	LSdBear  55: 143
	LSdBear  56: 83
	LSdBear  57: 16
	LSdBear  58: 37
	LSdBear  59: 80
	LSdBear  60: 99
	LSdBear  61: 213
	LSdBear  62: 573
	LSdBear  63: 227
	LSdBear  64: 316
	LSdBear  65: 228
	LSdBear  66: 0
	LSdBear  67: 444
	LSdBear  68: 144
	LSdBear  69: 45
	LSdBear  70: 171
	LSdBear  71: 126
	LSdBear  72: 128
	LSdBear  73: 215
	LSdBear  74: 125
	LSdBear  75: 85
	LSdBear  76: 189
	LSdBear  77: 180
	LSdBear  78: 191
	LSdBear  79: 187
	LSdBear  80: 21
	LSdBear  81: 108
	LSdBear  82: 145
	LSdBear  83: 45
	LSdBear  84: 128
	LSdBear  85: 171
	LSdBear  86: 207
	LSdBear  87: 146
	LSdBear  88: 91
	LSdBear  89: 59
	LSdBear  90: 56
	LSdBear  91: 101
	LSdBear  92: 149
	LSdBear  93: 237
	LSdBear  94: 405
	LSdBear  95: 572
	LSdBear  96: 404
	LSdBear  97: 187
	LSdBear  98: 17
	LSdBear  99: 17
	LSdBear 100: 127
	LSdBear 101: 88
	LSdBear 102: 46
	LSdBear 103: 104
	LSdBear 104: 83
	LSdBear 105: 144
	LSdBear 106: 144
	LSdBear 107: 144
	LSdBear 108: 144
	LSdBear 109: 144
	LSdBear 110: 144
	LSdBear 111: 171
	LSdBear 112: 128
	LSdBear 113: 128
	LSdBear 114: 128
	LSdBear 115: 128
	LSdBear 116: 186
	LSdBear 117: 186
	LSdBear 118: 186
	LSdBear 119: 186
	LSdBear 120: 108
	LSdBear 121: 145
	LSdBear 122: 145
	LSdBear 123: 145
	LSdBear 124: 145
	LSdBear 125: 145
	LSdBear 126: 91
	LSdBear 127: 91
	LSdBear 128: 91
	LSdBear 129: 91
	LSdBear 130: 252
	LSdBear 131: 337
	LSdBear 132: 228
	LSdBear 133: 124
	LSdBear 134: 143
	LSdBear 135: 367
	LSdBear 136: 171
	LSdBear 137: 89
	LSdBear 138: 0
	LSdBear 139: 0
	LSdBear 140: 4
	LSdBear 141: 443
	LSdBear 142: 319
	LSdBear 143: 101
	LSdBear 144: 18
	LSdBear 145: 80
	LSdBear 146: 109
	LSdBear 147: 144
	LSdBear 148: 98
	LSdBear 149: 148
	LSdBear 150: 98
	LSdBear 151: 90
	LSdBear 152: 176
	LSdBear 153: 43
	LSdBear 154: 54
	LSdBear 155: 167
	LSdBear 156: 225
	LSdBear 157: 296
	LSdBear 158: 294
	LSdBear 159: 61
	LSdBear 160: 16
	LSdBear 161: 112
	LSdBear 162: 230
	LSdBear 163: 491
	LSdBear 164: 24
	LSdBear 165: 137
	LSdBear 166: 177
	LSdBear 167: 187
	LSdBear 168: 83
	LSdBear 169: 99
	LSdBear 170: 127
	LSdBear 171: 101
	LSdBear 172: 17
	LSdBear 173: 17
	LSdBear 174: 104
	LSdBear 175: 17
	LSdBear 176: 18
	LSdBear 177: 145
	LSdBear 178: -15
	LSdBear 179: 179
	LSdBear 180: 219
	LSdBear 181: 509
	LSdBear 182: 293
	LSdBear 183: 144
	LSdBear 184: 155
	LSdBear 185: 149
	LSdBear 186: 99
	LSdBear 187: 103
	LSdBear 188: 7
	LSdBear 189: 107
	LSdBear 190: 596
	LSdBear 191: 14
	LSdBear 192: 19
	LSdBear 193: 251
	LSdBear 194: 461
	LSdBear 195: 299
	LSdBear 196: 224
	LSdBear 197: 61
	LSdBear 198: 17
	LSdBear 199: 88
	LSdBear 200: 17
	LSdBear 201: 88
	LSdBear 202: 88
	LSdBear 203: 229
	LSdBear 204: 229
	LSdBear 205: 229
	LSdBear 206: 229
	LSdBear 207: 0
	LSdBear 208: 104
	LSdBear 209: 0
	LSdBear 210: 83
	LSdBear 211: 83
	LSdBear 212: 83
	LSdBear 213: 186
	LSdBear 214: 316
	LSdBear 215: 296
	LSdBear 216: 316
	LSdBear 217: 314
	LSdBear 218: 512
	LSdBear 219: 433
	LSdBear 220: 442
	LSdBear 221: 315
	LSdBear 222: 468
	LSdBear 223: 316
	LSdBear 224: 86
	LSdBear 225: 187
	LSdBear 226: 185
	LSdBear 227: 207
	LSdBear 228: 213
	LSdBear 229: 237
	LSdBear 230: 572
	LSdBear 231: -3
	LSdBear 232: 129
	LSdBear 233: 99
	LSdBear 234: 149
	LSdBear 235: 179
	LSdBear 236: 45
	LSdBear 237: 144
	LSdBear 238: 270
	LSdBear 239: 374
	LSdBear 240: 341
	LSdBear 241: 355
	LSdBear 242: 0
	LSdBear 243: 0
	LSdBear 244: 0
	LSdBear 245: 159
	LSdBear 246: 128
	LSdBear 247: 125
	LSdBear 248: 229
	LSdBear 249: 185
	LSdBear 250: 207
	LSdBear 251: 127
	LSdBear 252: 171
	LSdBear 253: 127
	LSdBear 254: 171
	LSdBear 255: 126
	LSdBear 256: -27
	LSdBear 257: 708
	LSdBear 258: 17
	LSdBear 259: 144
	LSdBear 260: 17
	LSdBear 261: 144
	LSdBear 262: 158
	LSdBear 263: 126
	LSdBear 264: -3
	LSdBear 265: 88
	LSdBear 266: 128
	LSdBear 267: 88
	LSdBear 268: 128
	LSdBear 269: 128
	LSdBear 270: 187
	LSdBear 271: 128
	LSdBear 272: 187
	LSdBear 273: 128
	LSdBear 274: 187
	LSdBear 275: 46
	LSdBear 276: 108
	LSdBear 277: 46
	LSdBear 278: 108
	LSdBear 279: 104
	LSdBear 280: 145
	LSdBear 281: 88
	LSdBear 282: 171
	LSdBear 283: 88
	LSdBear 284: 171
	LSdBear 285: 185
	LSdBear 286: 207
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	LSdBear 1137: 459
	LSdBear 1138: 448
	LSdBear 1139: 443
	LSdBear 1140: 453
	LSdBear 1141: 427
	LSdBear 1142: 441
	LSdBear 1143: 299
	LSdBear 1144: 292
	LSdBear 1145: 280
	LSdBear 1146: 350
	LSdBear 1147: 324
	LSdBear 1148: 893
	LSdBear 1149: 200
	LSdBear 1150: 0
	LSdBear 1151: 0
	LSdBear 1152: 415
	LSdBear 1153: 445
	LSdBear 1154: 421
	LSdBear 1155: 451
	LSdBear 1156: 439
	LSdBear 1157: 439
	LSdBear 1158: 299
	LSdBear 1159: 299
	LSdBear 1160: 299
	LSdBear 1161: 296
	LSdBear 1162: 296
	LSdBear 1163: 296
	LSdBear 1164: 511
	LSdBear 1165: 511
	LSdBear 1166: 511
	LSdBear 1167: 511
	LSdBear 1168: 511
	LSdBear 1169: 452
	LSdBear 1170: 424
	LSdBear 1171: 296
	LSdBear 1172: 511
	LSdBear 1173: 511
	LSdBear 1174: 511
	LSdBear 1175: 511
	LSdBear 1176: 511
	LSdBear 1177: 511
	LSdBear 1178: 511
	LSdBear 1179: 511
	LSdBear 1180: 511
	LSdBear 1181: 511
	LSdBear 1182: 322
	LSdBear 1183: 299
	LSdBear 1184: 322
	LSdBear 1185: 299
	LSdBear 1186: 17
	LSdBear 1187: 144
	LSdBear 1188: 17
	LSdBear 1189: 144
	LSdBear 1190: 17
	LSdBear 1191: 144
	LSdBear 1192: 17
	LSdBear 1193: 144
	LSdBear 1194: 17
	LSdBear 1195: 144
	LSdBear 1196: 17
	LSdBear 1197: 144
	LSdBear 1198: 17
	LSdBear 1199: 144
	LSdBear 1200: 17
	LSdBear 1201: 144
	LSdBear 1202: 17
	LSdBear 1203: 144
	LSdBear 1204: 17
	LSdBear 1205: 144
	LSdBear 1206: 17
	LSdBear 1207: 144
	LSdBear 1208: 17
	LSdBear 1209: 144
	LSdBear 1210: 88
	LSdBear 1211: 128
	LSdBear 1212: 88
	LSdBear 1213: 128
	LSdBear 1214: 88
	LSdBear 1215: 128
	LSdBear 1216: 88
	LSdBear 1217: 128
	LSdBear 1218: 88
	LSdBear 1219: 128
	LSdBear 1220: 88
	LSdBear 1221: 128
	LSdBear 1222: 88
	LSdBear 1223: 128
	LSdBear 1224: 88
	LSdBear 1225: 128
	LSdBear 1226: 229
	LSdBear 1227: 186
	LSdBear 1228: 229
	LSdBear 1229: 189
	LSdBear 1230: 104
	LSdBear 1231: 145
	LSdBear 1232: 104
	LSdBear 1233: 145
	LSdBear 1234: 104
	LSdBear 1235: 145
	LSdBear 1236: 104
	LSdBear 1237: 145
	LSdBear 1238: 104
	LSdBear 1239: 145
	LSdBear 1240: 104
	LSdBear 1241: 145
	LSdBear 1242: 104
	LSdBear 1243: 145
	LSdBear 1244: 104
	LSdBear 1245: 145
	LSdBear 1246: 104
	LSdBear 1247: 145
	LSdBear 1248: 104
	LSdBear 1249: 145
	LSdBear 1250: 104
	LSdBear 1251: 145
	LSdBear 1252: 104
	LSdBear 1253: 145
	LSdBear 1254: 83
	LSdBear 1255: 91
	LSdBear 1256: 83
	LSdBear 1257: 91
	LSdBear 1258: 83
	LSdBear 1259: 91
	LSdBear 1260: 83
	LSdBear 1261: 91
	LSdBear 1262: 83
	LSdBear 1263: 91
	LSdBear 1264: 83
	LSdBear 1265: 91
	LSdBear 1266: 83
	LSdBear 1267: 91
	LSdBear 1268: 99
	LSdBear 1269: 149
	LSdBear 1270: 99
	LSdBear 1271: 149
	LSdBear 1272: 99
	LSdBear 1273: 149
	LSdBear 1274: 17
	LSdBear 1275: 144
	LSdBear 1276: 229
	LSdBear 1277: 186
	LSdBear 1278: 104
	LSdBear 1279: 145
	LSdBear 1280: 83
	LSdBear 1281: 91
	LSdBear 1282: 83
	LSdBear 1283: 91
	LSdBear 1284: 83
	LSdBear 1285: 91
	LSdBear 1286: 83
	LSdBear 1287: 91
	LSdBear 1288: 83
	LSdBear 1289: 91
	LSdBear 1290: 303
	LSdBear 1291: 276
	LSdBear 1292: 245
	LSdBear 1293: 276
	LSdBear 1294: 127
	LSdBear 1295: 152
	LSdBear 1296: -5
	LSdBear 1297: 20
	LSdBear 1298: 119
	LSdBear 1299: 120
	LSdBear 1300: 119
	LSdBear 1301: 120
	LSdBear 1302: 107
	LSdBear 1303: 107
	LSdBear 1304: 98
	LSdBear 1305: 149
	LSdBear 1306: 98
	LSdBear 1307: 149
	LSdBear 1308: 80
	LSdBear 1309: 101
	LSdBear 1310: 41
	LSdBear 1311: 70
	LSdBear 1312: 107
	LSdBear 1313: 108
	LSdBear 1314: 66
	LSdBear 1315: 128
	LSdBear 1316: 104
	LSdBear 1317: 145

'VDMX' Table - Precomputed Vertical Device Metrics
--------------------------------------------------
  Version:                 0
  Number of Hgt Records:   3
  Number of Ratio Records: 3

    Ratio Record #1
	CharSetId     1
	xRatio        1
	yStartRatio   1
	yEndRatio     1
	Record Offset 24 (group #1)


    Ratio Record #2
	CharSetId     1
	xRatio        5
	yStartRatio   3
	yEndRatio     3
	Record Offset 1516 (group #2)


    Ratio Record #3
	CharSetId     1
	xRatio        2
	yStartRatio   1
	yEndRatio     1
	Record Offset 3008 (group #3)

   VDMX Height Record Groups
   -------------------------
   1.	Number of Hgt Records  248
	Starting Y Pel Height  8
	Ending Y Pel Height    255

	     1. Pel Height= 8
	        yMax=       6
	        yMin=       -2

	     2. Pel Height= 9
	        yMax=       9
	        yMin=       -3

	     3. Pel Height= 10
	        yMax=       9
	        yMin=       -3

	     4. Pel Height= 11
	        yMax=       11
	        yMin=       -3

	     5. Pel Height= 12
	        yMax=       12
	        yMin=       -3

	     6. Pel Height= 13
	        yMax=       12
	        yMin=       -4

	     7. Pel Height= 14
	        yMax=       13
	        yMin=       -4

	     8. Pel Height= 15
	        yMax=       13
	        yMin=       -4

	     9. Pel Height= 16
	        yMax=       14
	        yMin=       -4

	    10. Pel Height= 17
	        yMax=       15
	        yMin=       -5

	    11. Pel Height= 18
	        yMax=       15
	        yMin=       -5

	    12. Pel Height= 19
	        yMax=       16
	        yMin=       -5

	    13. Pel Height= 20
	        yMax=       17
	        yMin=       -5

	    14. Pel Height= 21
	        yMax=       17
	        yMin=       -6

	    15. Pel Height= 22
	        yMax=       18
	        yMin=       -6

	    16. Pel Height= 23
	        yMax=       19
	        yMin=       -6

	    17. Pel Height= 24
	        yMax=       20
	        yMin=       -7

	    18. Pel Height= 25
	        yMax=       22
	        yMin=       -7

	    19. Pel Height= 26
	        yMax=       22
	        yMin=       -7

	    20. Pel Height= 27
	        yMax=       23
	        yMin=       -7

	    21. Pel Height= 28
	        yMax=       23
	        yMin=       -8

	    22. Pel Height= 29
	        yMax=       24
	        yMin=       -8

	    23. Pel Height= 30
	        yMax=       25
	        yMin=       -8

	    24. Pel Height= 31
	        yMax=       25
	        yMin=       -8

	    25. Pel Height= 32
	        yMax=       27
	        yMin=       -9

	    26. Pel Height= 33
	        yMax=       27
	        yMin=       -9

	    27. Pel Height= 34
	        yMax=       28
	        yMin=       -9

	    28. Pel Height= 35
	        yMax=       29
	        yMin=       -10

	    29. Pel Height= 36
	        yMax=       29
	        yMin=       -10

	    30. Pel Height= 37
	        yMax=       29
	        yMin=       -10

	    31. Pel Height= 38
	        yMax=       30
	        yMin=       -10

	    32. Pel Height= 39
	        yMax=       31
	        yMin=       -11

	    33. Pel Height= 40
	        yMax=       31
	        yMin=       -11

	    34. Pel Height= 41
	        yMax=       33
	        yMin=       -11

	    35. Pel Height= 42
	        yMax=       33
	        yMin=       -12

	    36. Pel Height= 43
	        yMax=       34
	        yMin=       -12

	    37. Pel Height= 44
	        yMax=       35
	        yMin=       -12

	    38. Pel Height= 45
	        yMax=       35
	        yMin=       -12

	    39. Pel Height= 46
	        yMax=       36
	        yMin=       -13

	    40. Pel Height= 47
	        yMax=       37
	        yMin=       -13

	    41. Pel Height= 48
	        yMax=       37
	        yMin=       -13

	    42. Pel Height= 49
	        yMax=       38
	        yMin=       -13

	    43. Pel Height= 50
	        yMax=       39
	        yMin=       -14

	    44. Pel Height= 51
	        yMax=       42
	        yMin=       -14

	    45. Pel Height= 52
	        yMax=       43
	        yMin=       -14

	    46. Pel Height= 53
	        yMax=       43
	        yMin=       -15

	    47. Pel Height= 54
	        yMax=       44
	        yMin=       -15

	    48. Pel Height= 55
	        yMax=       45
	        yMin=       -15

	    49. Pel Height= 56
	        yMax=       45
	        yMin=       -15

	    50. Pel Height= 57
	        yMax=       46
	        yMin=       -16

	    51. Pel Height= 58
	        yMax=       46
	        yMin=       -16

	    52. Pel Height= 59
	        yMax=       47
	        yMin=       -16

	    53. Pel Height= 60
	        yMax=       49
	        yMin=       -16

	    54. Pel Height= 61
	        yMax=       49
	        yMin=       -17

	    55. Pel Height= 62
	        yMax=       50
	        yMin=       -17

	    56. Pel Height= 63
	        yMax=       51
	        yMin=       -17

	    57. Pel Height= 64
	        yMax=       51
	        yMin=       -18

	    58. Pel Height= 65
	        yMax=       52
	        yMin=       -18

	    59. Pel Height= 66
	        yMax=       53
	        yMin=       -18

	    60. Pel Height= 67
	        yMax=       53
	        yMin=       -18

	    61. Pel Height= 68
	        yMax=       54
	        yMin=       -19

	    62. Pel Height= 69
	        yMax=       55
	        yMin=       -19

	    63. Pel Height= 70
	        yMax=       56
	        yMin=       -19

	    64. Pel Height= 71
	        yMax=       57
	        yMin=       -19

	    65. Pel Height= 72
	        yMax=       57
	        yMin=       -20

	    66. Pel Height= 73
	        yMax=       58
	        yMin=       -20

	    67. Pel Height= 74
	        yMax=       59
	        yMin=       -20

	    68. Pel Height= 75
	        yMax=       59
	        yMin=       -21

	    69. Pel Height= 76
	        yMax=       60
	        yMin=       -21

	    70. Pel Height= 77
	        yMax=       60
	        yMin=       -21

	    71. Pel Height= 78
	        yMax=       62
	        yMin=       -21

	    72. Pel Height= 79
	        yMax=       63
	        yMin=       -22

	    73. Pel Height= 80
	        yMax=       63
	        yMin=       -22

	    74. Pel Height= 81
	        yMax=       64
	        yMin=       -22

	    75. Pel Height= 82
	        yMax=       65
	        yMin=       -22

	    76. Pel Height= 83
	        yMax=       65
	        yMin=       -23

	    77. Pel Height= 84
	        yMax=       66
	        yMin=       -23

	    78. Pel Height= 85
	        yMax=       66
	        yMin=       -23

	    79. Pel Height= 86
	        yMax=       69
	        yMin=       -24

	    80. Pel Height= 87
	        yMax=       71
	        yMin=       -24

	    81. Pel Height= 88
	        yMax=       71
	        yMin=       -24

	    82. Pel Height= 89
	        yMax=       72
	        yMin=       -24

	    83. Pel Height= 90
	        yMax=       73
	        yMin=       -25

	    84. Pel Height= 91
	        yMax=       73
	        yMin=       -25

	    85. Pel Height= 92
	        yMax=       74
	        yMin=       -25

	    86. Pel Height= 93
	        yMax=       74
	        yMin=       -25

	    87. Pel Height= 94
	        yMax=       75
	        yMin=       -26

	    88. Pel Height= 95
	        yMax=       76
	        yMin=       -26

	    89. Pel Height= 96
	        yMax=       77
	        yMin=       -26

	    90. Pel Height= 97
	        yMax=       78
	        yMin=       -27

	    91. Pel Height= 98
	        yMax=       79
	        yMin=       -27

	    92. Pel Height= 99
	        yMax=       79
	        yMin=       -27

	    93. Pel Height= 100
	        yMax=       80
	        yMin=       -27

	    94. Pel Height= 101
	        yMax=       81
	        yMin=       -28

	    95. Pel Height= 102
	        yMax=       81
	        yMin=       -28

	    96. Pel Height= 103
	        yMax=       82
	        yMin=       -28

	    97. Pel Height= 104
	        yMax=       82
	        yMin=       -28

	    98. Pel Height= 105
	        yMax=       84
	        yMin=       -29

	    99. Pel Height= 106
	        yMax=       85
	        yMin=       -29

	   100. Pel Height= 107
	        yMax=       85
	        yMin=       -29

	   101. Pel Height= 108
	        yMax=       86
	        yMin=       -30

	   102. Pel Height= 109
	        yMax=       87
	        yMin=       -30

	   103. Pel Height= 110
	        yMax=       87
	        yMin=       -30

	   104. Pel Height= 111
	        yMax=       88
	        yMin=       -30

	   105. Pel Height= 112
	        yMax=       88
	        yMin=       -31

	   106. Pel Height= 113
	        yMax=       89
	        yMin=       -31

	   107. Pel Height= 114
	        yMax=       91
	        yMin=       -31

	   108. Pel Height= 115
	        yMax=       91
	        yMin=       -32

	   109. Pel Height= 116
	        yMax=       92
	        yMin=       -32

	   110. Pel Height= 117
	        yMax=       93
	        yMin=       -32

	   111. Pel Height= 118
	        yMax=       93
	        yMin=       -32

	   112. Pel Height= 119
	        yMax=       94
	        yMin=       -33

	   113. Pel Height= 120
	        yMax=       96
	        yMin=       -33

	   114. Pel Height= 121
	        yMax=       97
	        yMin=       -33

	   115. Pel Height= 122
	        yMax=       98
	        yMin=       -33

	   116. Pel Height= 123
	        yMax=       99
	        yMin=       -34

	   117. Pel Height= 124
	        yMax=       100
	        yMin=       -34

	   118. Pel Height= 125
	        yMax=       101
	        yMin=       -34

	   119. Pel Height= 126
	        yMax=       101
	        yMin=       -35

	   120. Pel Height= 127
	        yMax=       102
	        yMin=       -35

	   121. Pel Height= 128
	        yMax=       103
	        yMin=       -35

	   122. Pel Height= 129
	        yMax=       103
	        yMin=       -35

	   123. Pel Height= 130
	        yMax=       104
	        yMin=       -36

	   124. Pel Height= 131
	        yMax=       104
	        yMin=       -36

	   125. Pel Height= 132
	        yMax=       106
	        yMin=       -36

	   126. Pel Height= 133
	        yMax=       107
	        yMin=       -36

	   127. Pel Height= 134
	        yMax=       107
	        yMin=       -37

	   128. Pel Height= 135
	        yMax=       108
	        yMin=       -37

	   129. Pel Height= 136
	        yMax=       109
	        yMin=       -37

	   130. Pel Height= 137
	        yMax=       109
	        yMin=       -38

	   131. Pel Height= 138
	        yMax=       110
	        yMin=       -38

	   132. Pel Height= 139
	        yMax=       110
	        yMin=       -38

	   133. Pel Height= 140
	        yMax=       111
	        yMin=       -38

	   134. Pel Height= 141
	        yMax=       112
	        yMin=       -39

	   135. Pel Height= 142
	        yMax=       113
	        yMin=       -39

	   136. Pel Height= 143
	        yMax=       114
	        yMin=       -39

	   137. Pel Height= 144
	        yMax=       115
	        yMin=       -39

	   138. Pel Height= 145
	        yMax=       115
	        yMin=       -40

	   139. Pel Height= 146
	        yMax=       116
	        yMin=       -40

	   140. Pel Height= 147
	        yMax=       116
	        yMin=       -40

	   141. Pel Height= 148
	        yMax=       117
	        yMin=       -41

	   142. Pel Height= 149
	        yMax=       118
	        yMin=       -41

	   143. Pel Height= 150
	        yMax=       118
	        yMin=       -41

	   144. Pel Height= 151
	        yMax=       120
	        yMin=       -41

	   145. Pel Height= 152
	        yMax=       121
	        yMin=       -42

	   146. Pel Height= 153
	        yMax=       121
	        yMin=       -42

	   147. Pel Height= 154
	        yMax=       124
	        yMin=       -42

	   148. Pel Height= 155
	        yMax=       124
	        yMin=       -42

	   149. Pel Height= 156
	        yMax=       125
	        yMin=       -43

	   150. Pel Height= 157
	        yMax=       126
	        yMin=       -43

	   151. Pel Height= 158
	        yMax=       126
	        yMin=       -43

	   152. Pel Height= 159
	        yMax=       127
	        yMin=       -44

	   153. Pel Height= 160
	        yMax=       129
	        yMin=       -44

	   154. Pel Height= 161
	        yMax=       129
	        yMin=       -44

	   155. Pel Height= 162
	        yMax=       130
	        yMin=       -44

	   156. Pel Height= 163
	        yMax=       131
	        yMin=       -45

	   157. Pel Height= 164
	        yMax=       131
	        yMin=       -45

	   158. Pel Height= 165
	        yMax=       132
	        yMin=       -45

	   159. Pel Height= 166
	        yMax=       132
	        yMin=       -45

	   160. Pel Height= 167
	        yMax=       133
	        yMin=       -46

	   161. Pel Height= 168
	        yMax=       134
	        yMin=       -46

	   162. Pel Height= 169
	        yMax=       135
	        yMin=       -46

	   163. Pel Height= 170
	        yMax=       136
	        yMin=       -47

	   164. Pel Height= 171
	        yMax=       137
	        yMin=       -47

	   165. Pel Height= 172
	        yMax=       137
	        yMin=       -47

	   166. Pel Height= 173
	        yMax=       138
	        yMin=       -47

	   167. Pel Height= 174
	        yMax=       138
	        yMin=       -48

	   168. Pel Height= 175
	        yMax=       139
	        yMin=       -48

	   169. Pel Height= 176
	        yMax=       140
	        yMin=       -48

	   170. Pel Height= 177
	        yMax=       140
	        yMin=       -48

	   171. Pel Height= 178
	        yMax=       142
	        yMin=       -49

	   172. Pel Height= 179
	        yMax=       143
	        yMin=       -49

	   173. Pel Height= 180
	        yMax=       143
	        yMin=       -49

	   174. Pel Height= 181
	        yMax=       144
	        yMin=       -50

	   175. Pel Height= 182
	        yMax=       144
	        yMin=       -50

	   176. Pel Height= 183
	        yMax=       145
	        yMin=       -50

	   177. Pel Height= 184
	        yMax=       146
	        yMin=       -50

	   178. Pel Height= 185
	        yMax=       146
	        yMin=       -51

	   179. Pel Height= 186
	        yMax=       147
	        yMin=       -51

	   180. Pel Height= 187
	        yMax=       149
	        yMin=       -51

	   181. Pel Height= 188
	        yMax=       151
	        yMin=       -52

	   182. Pel Height= 189
	        yMax=       152
	        yMin=       -52

	   183. Pel Height= 190
	        yMax=       153
	        yMin=       -52

	   184. Pel Height= 191
	        yMax=       153
	        yMin=       -52

	   185. Pel Height= 192
	        yMax=       154
	        yMin=       -53

	   186. Pel Height= 193
	        yMax=       154
	        yMin=       -53

	   187. Pel Height= 194
	        yMax=       155
	        yMin=       -53

	   188. Pel Height= 195
	        yMax=       156
	        yMin=       -53

	   189. Pel Height= 196
	        yMax=       157
	        yMin=       -54

	   190. Pel Height= 197
	        yMax=       158
	        yMin=       -54

	   191. Pel Height= 198
	        yMax=       159
	        yMin=       -54

	   192. Pel Height= 199
	        yMax=       159
	        yMin=       -55

	   193. Pel Height= 200
	        yMax=       160
	        yMin=       -55

	   194. Pel Height= 201
	        yMax=       160
	        yMin=       -55

	   195. Pel Height= 202
	        yMax=       161
	        yMin=       -55

	   196. Pel Height= 203
	        yMax=       162
	        yMin=       -56

	   197. Pel Height= 204
	        yMax=       162
	        yMin=       -56

	   198. Pel Height= 205
	        yMax=       164
	        yMin=       -56

	   199. Pel Height= 206
	        yMax=       165
	        yMin=       -56

	   200. Pel Height= 207
	        yMax=       165
	        yMin=       -57

	   201. Pel Height= 208
	        yMax=       166
	        yMin=       -57

	   202. Pel Height= 209
	        yMax=       166
	        yMin=       -57

	   203. Pel Height= 210
	        yMax=       167
	        yMin=       -58

	   204. Pel Height= 211
	        yMax=       168
	        yMin=       -58

	   205. Pel Height= 212
	        yMax=       168
	        yMin=       -58

	   206. Pel Height= 213
	        yMax=       169
	        yMin=       -58

	   207. Pel Height= 214
	        yMax=       171
	        yMin=       -59

	   208. Pel Height= 215
	        yMax=       171
	        yMin=       -59

	   209. Pel Height= 216
	        yMax=       172
	        yMin=       -59

	   210. Pel Height= 217
	        yMax=       172
	        yMin=       -59

	   211. Pel Height= 218
	        yMax=       173
	        yMin=       -60

	   212. Pel Height= 219
	        yMax=       174
	        yMin=       -60

	   213. Pel Height= 220
	        yMax=       174
	        yMin=       -60

	   214. Pel Height= 221
	        yMax=       175
	        yMin=       -61

	   215. Pel Height= 222
	        yMax=       178
	        yMin=       -61

	   216. Pel Height= 223
	        yMax=       179
	        yMin=       -61

	   217. Pel Height= 224
	        yMax=       180
	        yMin=       -61

	   218. Pel Height= 225
	        yMax=       181
	        yMin=       -62

	   219. Pel Height= 226
	        yMax=       181
	        yMin=       -62

	   220. Pel Height= 227
	        yMax=       182
	        yMin=       -62

	   221. Pel Height= 228
	        yMax=       182
	        yMin=       -62

	   222. Pel Height= 229
	        yMax=       183
	        yMin=       -63

	   223. Pel Height= 230
	        yMax=       184
	        yMin=       -63

	   224. Pel Height= 231
	        yMax=       184
	        yMin=       -63

	   225. Pel Height= 232
	        yMax=       185
	        yMin=       -64

	   226. Pel Height= 233
	        yMax=       187
	        yMin=       -64

	   227. Pel Height= 234
	        yMax=       187
	        yMin=       -64

	   228. Pel Height= 235
	        yMax=       188
	        yMin=       -64

	   229. Pel Height= 236
	        yMax=       188
	        yMin=       -65

	   230. Pel Height= 237
	        yMax=       189
	        yMin=       -65

	   231. Pel Height= 238
	        yMax=       190
	        yMin=       -65

	   232. Pel Height= 239
	        yMax=       190
	        yMin=       -65

	   233. Pel Height= 240
	        yMax=       191
	        yMin=       -66

	   234. Pel Height= 241
	        yMax=       192
	        yMin=       -66

	   235. Pel Height= 242
	        yMax=       193
	        yMin=       -66

	   236. Pel Height= 243
	        yMax=       194
	        yMin=       -67

	   237. Pel Height= 244
	        yMax=       194
	        yMin=       -67

	   238. Pel Height= 245
	        yMax=       195
	        yMin=       -67

	   239. Pel Height= 246
	        yMax=       196
	        yMin=       -67

	   240. Pel Height= 247
	        yMax=       196
	        yMin=       -68

	   241. Pel Height= 248
	        yMax=       197
	        yMin=       -68

	   242. Pel Height= 249
	        yMax=       200
	        yMin=       -68

	   243. Pel Height= 250
	        yMax=       200
	        yMin=       -68

	   244. Pel Height= 251
	        yMax=       201
	        yMin=       -69

	   245. Pel Height= 252
	        yMax=       201
	        yMin=       -69

	   246. Pel Height= 253
	        yMax=       202
	        yMin=       -69

	   247. Pel Height= 254
	        yMax=       203
	        yMin=       -70

	   248. Pel Height= 255
	        yMax=       203
	        yMin=       -70


   2.	Number of Hgt Records  248
	Starting Y Pel Height  8
	Ending Y Pel Height    255

	     1. Pel Height= 8
	        yMax=       6
	        yMin=       -2

	     2. Pel Height= 9
	        yMax=       10
	        yMin=       -3

	     3. Pel Height= 10
	        yMax=       10
	        yMin=       -3

	     4. Pel Height= 11
	        yMax=       11
	        yMin=       -3

	     5. Pel Height= 12
	        yMax=       12
	        yMin=       -3

	     6. Pel Height= 13
	        yMax=       12
	        yMin=       -4

	     7. Pel Height= 14
	        yMax=       13
	        yMin=       -4

	     8. Pel Height= 15
	        yMax=       13
	        yMin=       -4

	     9. Pel Height= 16
	        yMax=       14
	        yMin=       -4

	    10. Pel Height= 17
	        yMax=       15
	        yMin=       -5

	    11. Pel Height= 18
	        yMax=       15
	        yMin=       -5

	    12. Pel Height= 19
	        yMax=       16
	        yMin=       -5

	    13. Pel Height= 20
	        yMax=       17
	        yMin=       -5

	    14. Pel Height= 21
	        yMax=       17
	        yMin=       -6

	    15. Pel Height= 22
	        yMax=       18
	        yMin=       -6

	    16. Pel Height= 23
	        yMax=       19
	        yMin=       -6

	    17. Pel Height= 24
	        yMax=       20
	        yMin=       -7

	    18. Pel Height= 25
	        yMax=       22
	        yMin=       -7

	    19. Pel Height= 26
	        yMax=       22
	        yMin=       -7

	    20. Pel Height= 27
	        yMax=       23
	        yMin=       -7

	    21. Pel Height= 28
	        yMax=       23
	        yMin=       -8

	    22. Pel Height= 29
	        yMax=       24
	        yMin=       -8

	    23. Pel Height= 30
	        yMax=       25
	        yMin=       -8

	    24. Pel Height= 31
	        yMax=       25
	        yMin=       -8

	    25. Pel Height= 32
	        yMax=       27
	        yMin=       -9

	    26. Pel Height= 33
	        yMax=       27
	        yMin=       -9

	    27. Pel Height= 34
	        yMax=       28
	        yMin=       -9

	    28. Pel Height= 35
	        yMax=       29
	        yMin=       -10

	    29. Pel Height= 36
	        yMax=       29
	        yMin=       -10

	    30. Pel Height= 37
	        yMax=       29
	        yMin=       -10

	    31. Pel Height= 38
	        yMax=       30
	        yMin=       -10

	    32. Pel Height= 39
	        yMax=       31
	        yMin=       -11

	    33. Pel Height= 40
	        yMax=       31
	        yMin=       -11

	    34. Pel Height= 41
	        yMax=       33
	        yMin=       -11

	    35. Pel Height= 42
	        yMax=       33
	        yMin=       -12

	    36. Pel Height= 43
	        yMax=       34
	        yMin=       -12

	    37. Pel Height= 44
	        yMax=       35
	        yMin=       -12

	    38. Pel Height= 45
	        yMax=       35
	        yMin=       -12

	    39. Pel Height= 46
	        yMax=       36
	        yMin=       -13

	    40. Pel Height= 47
	        yMax=       37
	        yMin=       -13

	    41. Pel Height= 48
	        yMax=       37
	        yMin=       -13

	    42. Pel Height= 49
	        yMax=       38
	        yMin=       -13

	    43. Pel Height= 50
	        yMax=       39
	        yMin=       -14

	    44. Pel Height= 51
	        yMax=       40
	        yMin=       -14

	    45. Pel Height= 52
	        yMax=       43
	        yMin=       -14

	    46. Pel Height= 53
	        yMax=       43
	        yMin=       -15

	    47. Pel Height= 54
	        yMax=       44
	        yMin=       -15

	    48. Pel Height= 55
	        yMax=       45
	        yMin=       -15

	    49. Pel Height= 56
	        yMax=       45
	        yMin=       -15

	    50. Pel Height= 57
	        yMax=       46
	        yMin=       -16

	    51. Pel Height= 58
	        yMax=       46
	        yMin=       -16

	    52. Pel Height= 59
	        yMax=       47
	        yMin=       -16

	    53. Pel Height= 60
	        yMax=       49
	        yMin=       -16

	    54. Pel Height= 61
	        yMax=       49
	        yMin=       -17

	    55. Pel Height= 62
	        yMax=       50
	        yMin=       -17

	    56. Pel Height= 63
	        yMax=       51
	        yMin=       -17

	    57. Pel Height= 64
	        yMax=       51
	        yMin=       -18

	    58. Pel Height= 65
	        yMax=       52
	        yMin=       -18

	    59. Pel Height= 66
	        yMax=       53
	        yMin=       -18

	    60. Pel Height= 67
	        yMax=       53
	        yMin=       -18

	    61. Pel Height= 68
	        yMax=       54
	        yMin=       -19

	    62. Pel Height= 69
	        yMax=       55
	        yMin=       -19

	    63. Pel Height= 70
	        yMax=       56
	        yMin=       -19

	    64. Pel Height= 71
	        yMax=       57
	        yMin=       -19

	    65. Pel Height= 72
	        yMax=       57
	        yMin=       -20

	    66. Pel Height= 73
	        yMax=       58
	        yMin=       -20

	    67. Pel Height= 74
	        yMax=       59
	        yMin=       -20

	    68. Pel Height= 75
	        yMax=       59
	        yMin=       -21

	    69. Pel Height= 76
	        yMax=       60
	        yMin=       -21

	    70. Pel Height= 77
	        yMax=       60
	        yMin=       -21

	    71. Pel Height= 78
	        yMax=       62
	        yMin=       -21

	    72. Pel Height= 79
	        yMax=       63
	        yMin=       -22

	    73. Pel Height= 80
	        yMax=       63
	        yMin=       -22

	    74. Pel Height= 81
	        yMax=       64
	        yMin=       -22

	    75. Pel Height= 82
	        yMax=       65
	        yMin=       -22

	    76. Pel Height= 83
	        yMax=       65
	        yMin=       -23

	    77. Pel Height= 84
	        yMax=       66
	        yMin=       -23

	    78. Pel Height= 85
	        yMax=       66
	        yMin=       -23

	    79. Pel Height= 86
	        yMax=       69
	        yMin=       -24

	    80. Pel Height= 87
	        yMax=       71
	        yMin=       -24

	    81. Pel Height= 88
	        yMax=       71
	        yMin=       -24

	    82. Pel Height= 89
	        yMax=       72
	        yMin=       -24

	    83. Pel Height= 90
	        yMax=       73
	        yMin=       -25

	    84. Pel Height= 91
	        yMax=       73
	        yMin=       -25

	    85. Pel Height= 92
	        yMax=       74
	        yMin=       -25

	    86. Pel Height= 93
	        yMax=       74
	        yMin=       -25

	    87. Pel Height= 94
	        yMax=       75
	        yMin=       -26

	    88. Pel Height= 95
	        yMax=       76
	        yMin=       -26

	    89. Pel Height= 96
	        yMax=       77
	        yMin=       -26

	    90. Pel Height= 97
	        yMax=       78
	        yMin=       -27

	    91. Pel Height= 98
	        yMax=       79
	        yMin=       -27

	    92. Pel Height= 99
	        yMax=       79
	        yMin=       -27

	    93. Pel Height= 100
	        yMax=       80
	        yMin=       -27

	    94. Pel Height= 101
	        yMax=       81
	        yMin=       -28

	    95. Pel Height= 102
	        yMax=       81
	        yMin=       -28

	    96. Pel Height= 103
	        yMax=       82
	        yMin=       -28

	    97. Pel Height= 104
	        yMax=       82
	        yMin=       -28

	    98. Pel Height= 105
	        yMax=       84
	        yMin=       -29

	    99. Pel Height= 106
	        yMax=       85
	        yMin=       -29

	   100. Pel Height= 107
	        yMax=       85
	        yMin=       -29

	   101. Pel Height= 108
	        yMax=       86
	        yMin=       -30

	   102. Pel Height= 109
	        yMax=       87
	        yMin=       -30

	   103. Pel Height= 110
	        yMax=       87
	        yMin=       -30

	   104. Pel Height= 111
	        yMax=       88
	        yMin=       -30

	   105. Pel Height= 112
	        yMax=       88
	        yMin=       -31

	   106. Pel Height= 113
	        yMax=       89
	        yMin=       -31

	   107. Pel Height= 114
	        yMax=       91
	        yMin=       -31

	   108. Pel Height= 115
	        yMax=       91
	        yMin=       -32

	   109. Pel Height= 116
	        yMax=       92
	        yMin=       -32

	   110. Pel Height= 117
	        yMax=       93
	        yMin=       -32

	   111. Pel Height= 118
	        yMax=       93
	        yMin=       -32

	   112. Pel Height= 119
	        yMax=       94
	        yMin=       -33

	   113. Pel Height= 120
	        yMax=       96
	        yMin=       -33

	   114. Pel Height= 121
	        yMax=       97
	        yMin=       -33

	   115. Pel Height= 122
	        yMax=       98
	        yMin=       -33

	   116. Pel Height= 123
	        yMax=       99
	        yMin=       -34

	   117. Pel Height= 124
	        yMax=       100
	        yMin=       -34

	   118. Pel Height= 125
	        yMax=       101
	        yMin=       -34

	   119. Pel Height= 126
	        yMax=       101
	        yMin=       -35

	   120. Pel Height= 127
	        yMax=       102
	        yMin=       -35

	   121. Pel Height= 128
	        yMax=       103
	        yMin=       -35

	   122. Pel Height= 129
	        yMax=       103
	        yMin=       -35

	   123. Pel Height= 130
	        yMax=       104
	        yMin=       -36

	   124. Pel Height= 131
	        yMax=       104
	        yMin=       -36

	   125. Pel Height= 132
	        yMax=       106
	        yMin=       -36

	   126. Pel Height= 133
	        yMax=       107
	        yMin=       -36

	   127. Pel Height= 134
	        yMax=       107
	        yMin=       -37

	   128. Pel Height= 135
	        yMax=       108
	        yMin=       -37

	   129. Pel Height= 136
	        yMax=       109
	        yMin=       -37

	   130. Pel Height= 137
	        yMax=       109
	        yMin=       -38

	   131. Pel Height= 138
	        yMax=       110
	        yMin=       -38

	   132. Pel Height= 139
	        yMax=       110
	        yMin=       -38

	   133. Pel Height= 140
	        yMax=       111
	        yMin=       -38

	   134. Pel Height= 141
	        yMax=       112
	        yMin=       -39

	   135. Pel Height= 142
	        yMax=       113
	        yMin=       -39

	   136. Pel Height= 143
	        yMax=       114
	        yMin=       -39

	   137. Pel Height= 144
	        yMax=       115
	        yMin=       -39

	   138. Pel Height= 145
	        yMax=       115
	        yMin=       -40

	   139. Pel Height= 146
	        yMax=       116
	        yMin=       -40

	   140. Pel Height= 147
	        yMax=       116
	        yMin=       -40

	   141. Pel Height= 148
	        yMax=       117
	        yMin=       -41

	   142. Pel Height= 149
	        yMax=       118
	        yMin=       -41

	   143. Pel Height= 150
	        yMax=       118
	        yMin=       -41

	   144. Pel Height= 151
	        yMax=       120
	        yMin=       -41

	   145. Pel Height= 152
	        yMax=       121
	        yMin=       -42

	   146. Pel Height= 153
	        yMax=       121
	        yMin=       -42

	   147. Pel Height= 154
	        yMax=       124
	        yMin=       -42

	   148. Pel Height= 155
	        yMax=       124
	        yMin=       -42

	   149. Pel Height= 156
	        yMax=       125
	        yMin=       -43

	   150. Pel Height= 157
	        yMax=       126
	        yMin=       -43

	   151. Pel Height= 158
	        yMax=       126
	        yMin=       -43

	   152. Pel Height= 159
	        yMax=       127
	        yMin=       -44

	   153. Pel Height= 160
	        yMax=       129
	        yMin=       -44

	   154. Pel Height= 161
	        yMax=       129
	        yMin=       -44

	   155. Pel Height= 162
	        yMax=       130
	        yMin=       -44

	   156. Pel Height= 163
	        yMax=       131
	        yMin=       -45

	   157. Pel Height= 164
	        yMax=       131
	        yMin=       -45

	   158. Pel Height= 165
	        yMax=       132
	        yMin=       -45

	   159. Pel Height= 166
	        yMax=       132
	        yMin=       -45

	   160. Pel Height= 167
	        yMax=       133
	        yMin=       -46

	   161. Pel Height= 168
	        yMax=       134
	        yMin=       -46

	   162. Pel Height= 169
	        yMax=       135
	        yMin=       -46

	   163. Pel Height= 170
	        yMax=       136
	        yMin=       -47

	   164. Pel Height= 171
	        yMax=       137
	        yMin=       -47

	   165. Pel Height= 172
	        yMax=       137
	        yMin=       -47

	   166. Pel Height= 173
	        yMax=       138
	        yMin=       -47

	   167. Pel Height= 174
	        yMax=       138
	        yMin=       -48

	   168. Pel Height= 175
	        yMax=       139
	        yMin=       -48

	   169. Pel Height= 176
	        yMax=       140
	        yMin=       -48

	   170. Pel Height= 177
	        yMax=       140
	        yMin=       -48

	   171. Pel Height= 178
	        yMax=       142
	        yMin=       -49

	   172. Pel Height= 179
	        yMax=       143
	        yMin=       -49

	   173. Pel Height= 180
	        yMax=       143
	        yMin=       -49

	   174. Pel Height= 181
	        yMax=       144
	        yMin=       -50

	   175. Pel Height= 182
	        yMax=       144
	        yMin=       -50

	   176. Pel Height= 183
	        yMax=       145
	        yMin=       -50

	   177. Pel Height= 184
	        yMax=       146
	        yMin=       -50

	   178. Pel Height= 185
	        yMax=       146
	        yMin=       -51

	   179. Pel Height= 186
	        yMax=       147
	        yMin=       -51

	   180. Pel Height= 187
	        yMax=       149
	        yMin=       -51

	   181. Pel Height= 188
	        yMax=       151
	        yMin=       -52

	   182. Pel Height= 189
	        yMax=       152
	        yMin=       -52

	   183. Pel Height= 190
	        yMax=       152
	        yMin=       -52

	   184. Pel Height= 191
	        yMax=       153
	        yMin=       -52

	   185. Pel Height= 192
	        yMax=       154
	        yMin=       -53

	   186. Pel Height= 193
	        yMax=       154
	        yMin=       -53

	   187. Pel Height= 194
	        yMax=       155
	        yMin=       -53

	   188. Pel Height= 195
	        yMax=       156
	        yMin=       -53

	   189. Pel Height= 196
	        yMax=       157
	        yMin=       -54

	   190. Pel Height= 197
	        yMax=       158
	        yMin=       -54

	   191. Pel Height= 198
	        yMax=       159
	        yMin=       -54

	   192. Pel Height= 199
	        yMax=       159
	        yMin=       -55

	   193. Pel Height= 200
	        yMax=       160
	        yMin=       -55

	   194. Pel Height= 201
	        yMax=       160
	        yMin=       -55

	   195. Pel Height= 202
	        yMax=       161
	        yMin=       -55

	   196. Pel Height= 203
	        yMax=       162
	        yMin=       -56

	   197. Pel Height= 204
	        yMax=       162
	        yMin=       -56

	   198. Pel Height= 205
	        yMax=       164
	        yMin=       -56

	   199. Pel Height= 206
	        yMax=       165
	        yMin=       -56

	   200. Pel Height= 207
	        yMax=       165
	        yMin=       -57

	   201. Pel Height= 208
	        yMax=       166
	        yMin=       -57

	   202. Pel Height= 209
	        yMax=       166
	        yMin=       -57

	   203. Pel Height= 210
	        yMax=       167
	        yMin=       -58

	   204. Pel Height= 211
	        yMax=       168
	        yMin=       -58

	   205. Pel Height= 212
	        yMax=       168
	        yMin=       -58

	   206. Pel Height= 213
	        yMax=       169
	        yMin=       -58

	   207. Pel Height= 214
	        yMax=       171
	        yMin=       -59

	   208. Pel Height= 215
	        yMax=       171
	        yMin=       -59

	   209. Pel Height= 216
	        yMax=       172
	        yMin=       -59

	   210. Pel Height= 217
	        yMax=       172
	        yMin=       -59

	   211. Pel Height= 218
	        yMax=       173
	        yMin=       -60

	   212. Pel Height= 219
	        yMax=       174
	        yMin=       -60

	   213. Pel Height= 220
	        yMax=       174
	        yMin=       -60

	   214. Pel Height= 221
	        yMax=       175
	        yMin=       -61

	   215. Pel Height= 222
	        yMax=       178
	        yMin=       -61

	   216. Pel Height= 223
	        yMax=       179
	        yMin=       -61

	   217. Pel Height= 224
	        yMax=       180
	        yMin=       -61

	   218. Pel Height= 225
	        yMax=       181
	        yMin=       -62

	   219. Pel Height= 226
	        yMax=       181
	        yMin=       -62

	   220. Pel Height= 227
	        yMax=       182
	        yMin=       -62

	   221. Pel Height= 228
	        yMax=       182
	        yMin=       -62

	   222. Pel Height= 229
	        yMax=       183
	        yMin=       -63

	   223. Pel Height= 230
	        yMax=       184
	        yMin=       -63

	   224. Pel Height= 231
	        yMax=       184
	        yMin=       -63

	   225. Pel Height= 232
	        yMax=       185
	        yMin=       -64

	   226. Pel Height= 233
	        yMax=       187
	        yMin=       -64

	   227. Pel Height= 234
	        yMax=       187
	        yMin=       -64

	   228. Pel Height= 235
	        yMax=       188
	        yMin=       -64

	   229. Pel Height= 236
	        yMax=       188
	        yMin=       -65

	   230. Pel Height= 237
	        yMax=       189
	        yMin=       -65

	   231. Pel Height= 238
	        yMax=       190
	        yMin=       -65

	   232. Pel Height= 239
	        yMax=       190
	        yMin=       -65

	   233. Pel Height= 240
	        yMax=       191
	        yMin=       -66

	   234. Pel Height= 241
	        yMax=       192
	        yMin=       -66

	   235. Pel Height= 242
	        yMax=       193
	        yMin=       -66

	   236. Pel Height= 243
	        yMax=       194
	        yMin=       -67

	   237. Pel Height= 244
	        yMax=       194
	        yMin=       -67

	   238. Pel Height= 245
	        yMax=       195
	        yMin=       -67

	   239. Pel Height= 246
	        yMax=       196
	        yMin=       -67

	   240. Pel Height= 247
	        yMax=       196
	        yMin=       -68

	   241. Pel Height= 248
	        yMax=       197
	        yMin=       -68

	   242. Pel Height= 249
	        yMax=       200
	        yMin=       -68

	   243. Pel Height= 250
	        yMax=       200
	        yMin=       -68

	   244. Pel Height= 251
	        yMax=       201
	        yMin=       -69

	   245. Pel Height= 252
	        yMax=       201
	        yMin=       -69

	   246. Pel Height= 253
	        yMax=       202
	        yMin=       -69

	   247. Pel Height= 254
	        yMax=       203
	        yMin=       -70

	   248. Pel Height= 255
	        yMax=       203
	        yMin=       -70


   3.	Number of Hgt Records  248
	Starting Y Pel Height  8
	Ending Y Pel Height    255

	     1. Pel Height= 8
	        yMax=       6
	        yMin=       -2

	     2. Pel Height= 9
	        yMax=       10
	        yMin=       -3

	     3. Pel Height= 10
	        yMax=       10
	        yMin=       -3

	     4. Pel Height= 11
	        yMax=       11
	        yMin=       -3

	     5. Pel Height= 12
	        yMax=       12
	        yMin=       -3

	     6. Pel Height= 13
	        yMax=       12
	        yMin=       -4

	     7. Pel Height= 14
	        yMax=       13
	        yMin=       -4

	     8. Pel Height= 15
	        yMax=       13
	        yMin=       -4

	     9. Pel Height= 16
	        yMax=       14
	        yMin=       -4

	    10. Pel Height= 17
	        yMax=       15
	        yMin=       -5

	    11. Pel Height= 18
	        yMax=       15
	        yMin=       -5

	    12. Pel Height= 19
	        yMax=       16
	        yMin=       -5

	    13. Pel Height= 20
	        yMax=       17
	        yMin=       -5

	    14. Pel Height= 21
	        yMax=       17
	        yMin=       -6

	    15. Pel Height= 22
	        yMax=       18
	        yMin=       -6

	    16. Pel Height= 23
	        yMax=       19
	        yMin=       -6

	    17. Pel Height= 24
	        yMax=       20
	        yMin=       -7

	    18. Pel Height= 25
	        yMax=       22
	        yMin=       -7

	    19. Pel Height= 26
	        yMax=       22
	        yMin=       -7

	    20. Pel Height= 27
	        yMax=       23
	        yMin=       -7

	    21. Pel Height= 28
	        yMax=       23
	        yMin=       -8

	    22. Pel Height= 29
	        yMax=       24
	        yMin=       -8

	    23. Pel Height= 30
	        yMax=       25
	        yMin=       -8

	    24. Pel Height= 31
	        yMax=       25
	        yMin=       -8

	    25. Pel Height= 32
	        yMax=       27
	        yMin=       -9

	    26. Pel Height= 33
	        yMax=       27
	        yMin=       -9

	    27. Pel Height= 34
	        yMax=       28
	        yMin=       -9

	    28. Pel Height= 35
	        yMax=       29
	        yMin=       -10

	    29. Pel Height= 36
	        yMax=       29
	        yMin=       -10

	    30. Pel Height= 37
	        yMax=       29
	        yMin=       -10

	    31. Pel Height= 38
	        yMax=       30
	        yMin=       -10

	    32. Pel Height= 39
	        yMax=       31
	        yMin=       -11

	    33. Pel Height= 40
	        yMax=       31
	        yMin=       -11

	    34. Pel Height= 41
	        yMax=       33
	        yMin=       -11

	    35. Pel Height= 42
	        yMax=       33
	        yMin=       -12

	    36. Pel Height= 43
	        yMax=       34
	        yMin=       -12

	    37. Pel Height= 44
	        yMax=       35
	        yMin=       -12

	    38. Pel Height= 45
	        yMax=       35
	        yMin=       -12

	    39. Pel Height= 46
	        yMax=       36
	        yMin=       -13

	    40. Pel Height= 47
	        yMax=       37
	        yMin=       -13

	    41. Pel Height= 48
	        yMax=       37
	        yMin=       -13

	    42. Pel Height= 49
	        yMax=       38
	        yMin=       -13

	    43. Pel Height= 50
	        yMax=       39
	        yMin=       -14

	    44. Pel Height= 51
	        yMax=       42
	        yMin=       -14

	    45. Pel Height= 52
	        yMax=       43
	        yMin=       -14

	    46. Pel Height= 53
	        yMax=       43
	        yMin=       -15

	    47. Pel Height= 54
	        yMax=       44
	        yMin=       -15

	    48. Pel Height= 55
	        yMax=       45
	        yMin=       -15

	    49. Pel Height= 56
	        yMax=       45
	        yMin=       -15

	    50. Pel Height= 57
	        yMax=       46
	        yMin=       -16

	    51. Pel Height= 58
	        yMax=       46
	        yMin=       -16

	    52. Pel Height= 59
	        yMax=       47
	        yMin=       -16

	    53. Pel Height= 60
	        yMax=       49
	        yMin=       -16

	    54. Pel Height= 61
	        yMax=       49
	        yMin=       -17

	    55. Pel Height= 62
	        yMax=       50
	        yMin=       -17

	    56. Pel Height= 63
	        yMax=       51
	        yMin=       -17

	    57. Pel Height= 64
	        yMax=       51
	        yMin=       -18

	    58. Pel Height= 65
	        yMax=       52
	        yMin=       -18

	    59. Pel Height= 66
	        yMax=       53
	        yMin=       -18

	    60. Pel Height= 67
	        yMax=       53
	        yMin=       -18

	    61. Pel Height= 68
	        yMax=       54
	        yMin=       -19

	    62. Pel Height= 69
	        yMax=       55
	        yMin=       -19

	    63. Pel Height= 70
	        yMax=       56
	        yMin=       -19

	    64. Pel Height= 71
	        yMax=       57
	        yMin=       -19

	    65. Pel Height= 72
	        yMax=       57
	        yMin=       -20

	    66. Pel Height= 73
	        yMax=       58
	        yMin=       -20

	    67. Pel Height= 74
	        yMax=       59
	        yMin=       -20

	    68. Pel Height= 75
	        yMax=       59
	        yMin=       -21

	    69. Pel Height= 76
	        yMax=       60
	        yMin=       -21

	    70. Pel Height= 77
	        yMax=       60
	        yMin=       -21

	    71. Pel Height= 78
	        yMax=       62
	        yMin=       -21

	    72. Pel Height= 79
	        yMax=       63
	        yMin=       -22

	    73. Pel Height= 80
	        yMax=       63
	        yMin=       -22

	    74. Pel Height= 81
	        yMax=       64
	        yMin=       -22

	    75. Pel Height= 82
	        yMax=       65
	        yMin=       -22

	    76. Pel Height= 83
	        yMax=       65
	        yMin=       -23

	    77. Pel Height= 84
	        yMax=       66
	        yMin=       -23

	    78. Pel Height= 85
	        yMax=       68
	        yMin=       -23

	    79. Pel Height= 86
	        yMax=       69
	        yMin=       -24

	    80. Pel Height= 87
	        yMax=       71
	        yMin=       -24

	    81. Pel Height= 88
	        yMax=       71
	        yMin=       -24

	    82. Pel Height= 89
	        yMax=       72
	        yMin=       -24

	    83. Pel Height= 90
	        yMax=       73
	        yMin=       -25

	    84. Pel Height= 91
	        yMax=       73
	        yMin=       -25

	    85. Pel Height= 92
	        yMax=       74
	        yMin=       -25

	    86. Pel Height= 93
	        yMax=       75
	        yMin=       -25

	    87. Pel Height= 94
	        yMax=       75
	        yMin=       -26

	    88. Pel Height= 95
	        yMax=       76
	        yMin=       -26

	    89. Pel Height= 96
	        yMax=       77
	        yMin=       -26

	    90. Pel Height= 97
	        yMax=       78
	        yMin=       -27

	    91. Pel Height= 98
	        yMax=       79
	        yMin=       -27

	    92. Pel Height= 99
	        yMax=       79
	        yMin=       -27

	    93. Pel Height= 100
	        yMax=       80
	        yMin=       -27

	    94. Pel Height= 101
	        yMax=       81
	        yMin=       -28

	    95. Pel Height= 102
	        yMax=       81
	        yMin=       -28

	    96. Pel Height= 103
	        yMax=       82
	        yMin=       -28

	    97. Pel Height= 104
	        yMax=       82
	        yMin=       -28

	    98. Pel Height= 105
	        yMax=       84
	        yMin=       -29

	    99. Pel Height= 106
	        yMax=       85
	        yMin=       -29

	   100. Pel Height= 107
	        yMax=       85
	        yMin=       -29

	   101. Pel Height= 108
	        yMax=       86
	        yMin=       -30

	   102. Pel Height= 109
	        yMax=       87
	        yMin=       -30

	   103. Pel Height= 110
	        yMax=       87
	        yMin=       -30

	   104. Pel Height= 111
	        yMax=       88
	        yMin=       -30

	   105. Pel Height= 112
	        yMax=       88
	        yMin=       -31

	   106. Pel Height= 113
	        yMax=       89
	        yMin=       -31

	   107. Pel Height= 114
	        yMax=       91
	        yMin=       -31

	   108. Pel Height= 115
	        yMax=       91
	        yMin=       -32

	   109. Pel Height= 116
	        yMax=       92
	        yMin=       -32

	   110. Pel Height= 117
	        yMax=       93
	        yMin=       -32

	   111. Pel Height= 118
	        yMax=       93
	        yMin=       -32

	   112. Pel Height= 119
	        yMax=       94
	        yMin=       -33

	   113. Pel Height= 120
	        yMax=       96
	        yMin=       -33

	   114. Pel Height= 121
	        yMax=       97
	        yMin=       -33

	   115. Pel Height= 122
	        yMax=       98
	        yMin=       -33

	   116. Pel Height= 123
	        yMax=       99
	        yMin=       -34

	   117. Pel Height= 124
	        yMax=       100
	        yMin=       -34

	   118. Pel Height= 125
	        yMax=       101
	        yMin=       -34

	   119. Pel Height= 126
	        yMax=       101
	        yMin=       -35

	   120. Pel Height= 127
	        yMax=       102
	        yMin=       -35

	   121. Pel Height= 128
	        yMax=       103
	        yMin=       -35

	   122. Pel Height= 129
	        yMax=       103
	        yMin=       -35

	   123. Pel Height= 130
	        yMax=       104
	        yMin=       -36

	   124. Pel Height= 131
	        yMax=       104
	        yMin=       -36

	   125. Pel Height= 132
	        yMax=       106
	        yMin=       -36

	   126. Pel Height= 133
	        yMax=       107
	        yMin=       -36

	   127. Pel Height= 134
	        yMax=       107
	        yMin=       -37

	   128. Pel Height= 135
	        yMax=       108
	        yMin=       -37

	   129. Pel Height= 136
	        yMax=       109
	        yMin=       -37

	   130. Pel Height= 137
	        yMax=       109
	        yMin=       -38

	   131. Pel Height= 138
	        yMax=       110
	        yMin=       -38

	   132. Pel Height= 139
	        yMax=       110
	        yMin=       -38

	   133. Pel Height= 140
	        yMax=       111
	        yMin=       -38

	   134. Pel Height= 141
	        yMax=       113
	        yMin=       -39

	   135. Pel Height= 142
	        yMax=       113
	        yMin=       -39

	   136. Pel Height= 143
	        yMax=       114
	        yMin=       -39

	   137. Pel Height= 144
	        yMax=       115
	        yMin=       -39

	   138. Pel Height= 145
	        yMax=       115
	        yMin=       -40

	   139. Pel Height= 146
	        yMax=       116
	        yMin=       -40

	   140. Pel Height= 147
	        yMax=       116
	        yMin=       -40

	   141. Pel Height= 148
	        yMax=       117
	        yMin=       -41

	   142. Pel Height= 149
	        yMax=       118
	        yMin=       -41

	   143. Pel Height= 150
	        yMax=       118
	        yMin=       -41

	   144. Pel Height= 151
	        yMax=       120
	        yMin=       -41

	   145. Pel Height= 152
	        yMax=       121
	        yMin=       -42

	   146. Pel Height= 153
	        yMax=       121
	        yMin=       -42

	   147. Pel Height= 154
	        yMax=       124
	        yMin=       -42

	   148. Pel Height= 155
	        yMax=       124
	        yMin=       -42

	   149. Pel Height= 156
	        yMax=       125
	        yMin=       -43

	   150. Pel Height= 157
	        yMax=       126
	        yMin=       -43

	   151. Pel Height= 158
	        yMax=       126
	        yMin=       -43

	   152. Pel Height= 159
	        yMax=       127
	        yMin=       -44

	   153. Pel Height= 160
	        yMax=       129
	        yMin=       -44

	   154. Pel Height= 161
	        yMax=       129
	        yMin=       -44

	   155. Pel Height= 162
	        yMax=       130
	        yMin=       -44

	   156. Pel Height= 163
	        yMax=       131
	        yMin=       -45

	   157. Pel Height= 164
	        yMax=       131
	        yMin=       -45

	   158. Pel Height= 165
	        yMax=       132
	        yMin=       -45

	   159. Pel Height= 166
	        yMax=       132
	        yMin=       -45

	   160. Pel Height= 167
	        yMax=       133
	        yMin=       -46

	   161. Pel Height= 168
	        yMax=       134
	        yMin=       -46

	   162. Pel Height= 169
	        yMax=       135
	        yMin=       -46

	   163. Pel Height= 170
	        yMax=       136
	        yMin=       -47

	   164. Pel Height= 171
	        yMax=       137
	        yMin=       -47

	   165. Pel Height= 172
	        yMax=       137
	        yMin=       -47

	   166. Pel Height= 173
	        yMax=       138
	        yMin=       -47

	   167. Pel Height= 174
	        yMax=       138
	        yMin=       -48

	   168. Pel Height= 175
	        yMax=       139
	        yMin=       -48

	   169. Pel Height= 176
	        yMax=       140
	        yMin=       -48

	   170. Pel Height= 177
	        yMax=       140
	        yMin=       -48

	   171. Pel Height= 178
	        yMax=       142
	        yMin=       -49

	   172. Pel Height= 179
	        yMax=       143
	        yMin=       -49

	   173. Pel Height= 180
	        yMax=       143
	        yMin=       -49

	   174. Pel Height= 181
	        yMax=       144
	        yMin=       -50

	   175. Pel Height= 182
	        yMax=       144
	        yMin=       -50

	   176. Pel Height= 183
	        yMax=       145
	        yMin=       -50

	   177. Pel Height= 184
	        yMax=       146
	        yMin=       -50

	   178. Pel Height= 185
	        yMax=       146
	        yMin=       -51

	   179. Pel Height= 186
	        yMax=       147
	        yMin=       -51

	   180. Pel Height= 187
	        yMax=       149
	        yMin=       -51

	   181. Pel Height= 188
	        yMax=       151
	        yMin=       -52

	   182. Pel Height= 189
	        yMax=       152
	        yMin=       -52

	   183. Pel Height= 190
	        yMax=       153
	        yMin=       -52

	   184. Pel Height= 191
	        yMax=       153
	        yMin=       -52

	   185. Pel Height= 192
	        yMax=       154
	        yMin=       -53

	   186. Pel Height= 193
	        yMax=       154
	        yMin=       -53

	   187. Pel Height= 194
	        yMax=       155
	        yMin=       -53

	   188. Pel Height= 195
	        yMax=       156
	        yMin=       -53

	   189. Pel Height= 196
	        yMax=       157
	        yMin=       -54

	   190. Pel Height= 197
	        yMax=       158
	        yMin=       -54

	   191. Pel Height= 198
	        yMax=       159
	        yMin=       -54

	   192. Pel Height= 199
	        yMax=       159
	        yMin=       -55

	   193. Pel Height= 200
	        yMax=       160
	        yMin=       -55

	   194. Pel Height= 201
	        yMax=       160
	        yMin=       -55

	   195. Pel Height= 202
	        yMax=       161
	        yMin=       -55

	   196. Pel Height= 203
	        yMax=       162
	        yMin=       -56

	   197. Pel Height= 204
	        yMax=       162
	        yMin=       -56

	   198. Pel Height= 205
	        yMax=       164
	        yMin=       -56

	   199. Pel Height= 206
	        yMax=       165
	        yMin=       -56

	   200. Pel Height= 207
	        yMax=       165
	        yMin=       -57

	   201. Pel Height= 208
	        yMax=       166
	        yMin=       -57

	   202. Pel Height= 209
	        yMax=       166
	        yMin=       -57

	   203. Pel Height= 210
	        yMax=       167
	        yMin=       -58

	   204. Pel Height= 211
	        yMax=       168
	        yMin=       -58

	   205. Pel Height= 212
	        yMax=       168
	        yMin=       -58

	   206. Pel Height= 213
	        yMax=       169
	        yMin=       -58

	   207. Pel Height= 214
	        yMax=       171
	        yMin=       -59

	   208. Pel Height= 215
	        yMax=       171
	        yMin=       -59

	   209. Pel Height= 216
	        yMax=       172
	        yMin=       -59

	   210. Pel Height= 217
	        yMax=       172
	        yMin=       -59

	   211. Pel Height= 218
	        yMax=       173
	        yMin=       -60

	   212. Pel Height= 219
	        yMax=       174
	        yMin=       -60

	   213. Pel Height= 220
	        yMax=       174
	        yMin=       -60

	   214. Pel Height= 221
	        yMax=       175
	        yMin=       -61

	   215. Pel Height= 222
	        yMax=       178
	        yMin=       -61

	   216. Pel Height= 223
	        yMax=       179
	        yMin=       -61

	   217. Pel Height= 224
	        yMax=       180
	        yMin=       -61

	   218. Pel Height= 225
	        yMax=       181
	        yMin=       -62

	   219. Pel Height= 226
	        yMax=       181
	        yMin=       -62

	   220. Pel Height= 227
	        yMax=       182
	        yMin=       -62

	   221. Pel Height= 228
	        yMax=       182
	        yMin=       -62

	   222. Pel Height= 229
	        yMax=       183
	        yMin=       -63

	   223. Pel Height= 230
	        yMax=       184
	        yMin=       -63

	   224. Pel Height= 231
	        yMax=       184
	        yMin=       -63

	   225. Pel Height= 232
	        yMax=       186
	        yMin=       -64

	   226. Pel Height= 233
	        yMax=       187
	        yMin=       -64

	   227. Pel Height= 234
	        yMax=       187
	        yMin=       -64

	   228. Pel Height= 235
	        yMax=       188
	        yMin=       -64

	   229. Pel Height= 236
	        yMax=       188
	        yMin=       -65

	   230. Pel Height= 237
	        yMax=       189
	        yMin=       -65

	   231. Pel Height= 238
	        yMax=       190
	        yMin=       -65

	   232. Pel Height= 239
	        yMax=       190
	        yMin=       -65

	   233. Pel Height= 240
	        yMax=       191
	        yMin=       -66

	   234. Pel Height= 241
	        yMax=       192
	        yMin=       -66

	   235. Pel Height= 242
	        yMax=       193
	        yMin=       -66

	   236. Pel Height= 243
	        yMax=       194
	        yMin=       -67

	   237. Pel Height= 244
	        yMax=       194
	        yMin=       -67

	   238. Pel Height= 245
	        yMax=       195
	        yMin=       -67

	   239. Pel Height= 246
	        yMax=       196
	        yMin=       -67

	   240. Pel Height= 247
	        yMax=       196
	        yMin=       -68

	   241. Pel Height= 248
	        yMax=       197
	        yMin=       -68

	   242. Pel Height= 249
	        yMax=       200
	        yMin=       -68

	   243. Pel Height= 250
	        yMax=       200
	        yMin=       -68

	   244. Pel Height= 251
	        yMax=       201
	        yMin=       -69

	   245. Pel Height= 252
	        yMax=       201
	        yMin=       -69

	   246. Pel Height= 253
	        yMax=       202
	        yMin=       -69

	   247. Pel Height= 254
	        yMax=       203
	        yMin=       -70

	   248. Pel Height= 255
	        yMax=       203
	        yMin=       -70




'EBLC' Table - Embedded Bitmap Location Table
---------------------------------------------
          Version:  2.0
  Number of Sizes:  18

Strike 1
=========
     Index Array Offset:  0x00000368
   Size of Index Tables:  0x00000018
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
               Ascender:    3
              Descender:    1
              Max Width:    2
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    3
           Max After BL:   -1
  Vertical Line Metrics
               Ascender:    3
              Descender:    1
              Max Width:    0
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    0
           Max After BL:    0
    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:     4
                 ppem Y:     4
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     3
               Image Format:     2
     Image Data Offset Base:  0x00000004
      Glyph:   371   Offset:  0x00000004
      Glyph:   372   Offset:  0x0000000a
      Glyph:   373   Offset:  0x00000010
                Last Offset:  0x00000016


Strike 2
=========
     Index Array Offset:  0x00000380
   Size of Index Tables:  0x00000018
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
               Ascender:    4
              Descender:    2
              Max Width:    3
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    4
           Max After BL:   -2
  Vertical Line Metrics
               Ascender:    4
              Descender:    2
              Max Width:    0
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    0
           Max After BL:    0
    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:     5
                 ppem Y:     5
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     3
               Image Format:     2
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Strike 3
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        Index Sub Table 1
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Strike 4
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        Index Sub Table 1
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Strike 5
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        Index Sub Table 1
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Strike 6
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        Index Sub Table 1
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Strike 7
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        Index Sub Table 1
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Strike 8
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        Index Sub Table 1
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Strike 9
=========
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        Index Sub Table 1
        ------------------
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Strike 10
=========
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        Index Sub Table 1
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Strike 11
=========
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        Index Sub Table 1
        ------------------
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Strike 12
=========
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Horizontal Line Metrics
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        Index Sub Table 1
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Strike 13
=========
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Horizontal Line Metrics
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        Index Sub Table 1
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Strike 14
=========
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        Index Sub Table 1
        ------------------
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Strike 15
=========
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        Index Sub Table 1
        ------------------
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Strike 16
=========
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        Index Sub Table 1
        ------------------
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Strike 17
=========
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        Index Sub Table 1
        ------------------
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Strike 18
=========
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Horizontal Line Metrics
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        Index Sub Table 1
        ------------------
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'EBDT' Table - Embedded Bitmap Data Table
-----------------------------------------
          Version:  2.0

Strike 1   Size = 4
----------------------
Glyph   371  Metrics:  H:03 W:01 X:01 Y:03 A:02
               Image:  A0
Glyph   372  Metrics:  H:04 W:02 X:00 Y:03 A:02
               Image:  66
Glyph   373  Metrics:  H:04 W:02 X:00 Y:03 A:02
               Image:  77


Strike 2   Size = 5
----------------------
Glyph   371  Metrics:  H:05 W:01 X:01 Y:04 A:03
               Image:  A8
Glyph   372  Metrics:  H:06 W:03 X:00 Y:04 A:03
               Image:  55 55 40
Glyph   373  Metrics:  H:06 W:03 X:00 Y:04 A:03
               Image:  5D 75 C0


Strike 3   Size = 6
----------------------
Glyph   371  Metrics:  H:06 W:03 X:01 Y:05 A:04
               Image:  80 C0 40
Glyph   372  Metrics:  H:07 W:03 X:01 Y:05 A:04
               Image:  30 C3 08
Glyph   373  Metrics:  H:07 W:04 X:00 Y:05 A:04
               Image:  5A 5A 5A 50


Strike 4   Size = 7
----------------------
Glyph   371  Metrics:  H:08 W:03 X:01 Y:06 A:04
               Image:  30 C3 0C
Glyph   372  Metrics:  H:08 W:04 X:00 Y:06 A:04
               Image:  5A 5A 5A 5A
Glyph   373  Metrics:  H:08 W:04 X:00 Y:06 A:04
               Image:  5F 5F 5F 5F


Strike 5   Size = 8
----------------------
Glyph   371  Metrics:  H:08 W:05 X:00 Y:06 A:05 x:FE y:FC a:00
               Image:  89 22 48 92 24
Glyph   372  Metrics:  H:08 W:05 X:00 Y:06 A:05 x:FE y:FC a:00
               Image:  AA AA AA AA AA
Glyph   373  Metrics:  H:08 W:05 X:00 Y:06 A:05 x:FE y:FC a:00
               Image:  2F CB F2 FC BF


Strike 6   Size = 9
----------------------
Glyph   371  Metrics:  H:0C W:05 X:00 Y:09 A:05 x:FE y:FA a:00
               Image:  89 22 48 92 24 89 22 40
Glyph   372  Metrics:  H:0C W:05 X:00 Y:09 A:05 x:FE y:FA a:00
               Image:  AA AA AA AA AA AA AA A0
Glyph   373  Metrics:  H:0C W:05 X:00 Y:09 A:05 x:FE y:FA a:00
               Image:  57 D5 F5 7D 5F 57 D5 F0


Strike 7   Size = 10
----------------------
Glyph   371  Metrics:  H:0b W:04 X:01 Y:09 A:06
               Image:  90 90 90 90 90 90
Glyph   372  Metrics:  H:0c W:06 X:00 Y:09 A:06
               Image:  56 A5 6A 56 A5 6A 56 A5 6A
Glyph   373  Metrics:  H:0c W:06 X:00 Y:09 A:06
               Image:  57 F5 7F 57 F5 7F 57 F5 7F


Strike 8   Size = 11
----------------------
Glyph   371  Metrics:  H:0E W:07 X:00 Y:0B A:07 x:FD y:F9 a:00
               Image:  54 02 A8 05 40 2A 80 54 02 A8 05 40 00
Glyph   372  Metrics:  H:0E W:07 X:00 Y:0B A:07 x:FD y:F9 a:00
               Image:  55 55 55 55 55 55 55 55 55 55 55 55 40
Glyph   373  Metrics:  H:0E W:07 X:00 Y:0B A:07 x:FD y:F9 a:00
               Image:  55 FD 57 F5 5F D5 7F 55 FD 57 F5 5F C0


Strike 9   Size = 12
----------------------
Glyph   371  Metrics:  H:0d W:07 X:00 Y:0b A:07
               Image:  54 00 05 50 00 15 00 01 54 00 05 40
Glyph   372  Metrics:  H:0f W:07 X:00 Y:0b A:07
               Image:  54 AA AA AA AA AA AA AA AA AA AA AA AA 80
Glyph   373  Metrics:  H:0f W:07 X:00 Y:0b A:07
               Image:  2A 57 F9 5F E5 7F 95 FE 57 F9 5F E5 7F 80


Strike 10   Size = 13
----------------------
Glyph   371  Metrics:  H:10 W:07 X:01 Y:0c A:08
               Image:  23 10 8C 42 31 08 C4 23 10 8C 42 31 08 C4
Glyph   372  Metrics:  H:10 W:08 X:00 Y:0c A:08
               Image:  55 AA 55 AA 55 AA 55 AA 55 AA 55 AA 55 AA 55 AA
Glyph   373  Metrics:  H:10 W:08 X:00 Y:0c A:08
               Image:  55 FF 55 FF 55 FF 55 FF 55 FF 55 FF 55 FF 55 FF


Strike 11   Size = 14
----------------------
Glyph   371  Metrics:  H:11 W:07 X:01 Y:0d A:08
               Image:  23 10 8C 42 31 08 C4 23 10 8C 42 31 08 C4 22
Glyph   372  Metrics:  H:11 W:08 X:00 Y:0d A:08
               Image:  55 AA 55 AA 55 AA 55 AA 55 AA 55 AA 55 AA 55 AA
                       55
Glyph   373  Metrics:  H:11 W:08 X:00 Y:0d A:08
               Image:  55 55 FF 55 FF 55 FF 55 FF 55 FF 55 FF 55 FF 55
                       FF


Strike 12   Size = 15
----------------------
Glyph   371  Metrics:  H:11 W:09 X:00 Y:0C A:09 x:FC y:F7 a:00
               Image:  88 91 22 24 48 89 12 22 44 88 91 22 24 48 89 12
                       22 44 88 80
Glyph   372  Metrics:  H:11 W:09 X:00 Y:0C A:09 x:FC y:F7 a:00
               Image:  55 55 55 55 55 55 55 55 55 55 55 55 55 55 55 55
                       55 55 55 00
Glyph   373  Metrics:  H:11 W:09 X:00 Y:0C A:09 x:FC y:F7 a:00
               Image:  2A 95 7F E5 5F F9 57 FE 55 FF 95 7F E5 5F F9 57
                       FE 55 FF 80


Strike 13   Size = 16
----------------------
Glyph   371  Metrics:  H:12 W:09 X:01 Y:0d A:0a
               Image:  22 44 48 91 12 24 44 89 11 22 44 48 91 12 24 44
                       89 11 22 44 40
Glyph   372  Metrics:  H:12 W:0a X:00 Y:0d A:0a
               Image:  AA 95 5A A9 55 AA 95 5A A9 55 AA 95 5A A9 55 AA
                       95 5A A9 55 AA 95 50
Glyph   373  Metrics:  H:12 W:0a X:00 Y:0d A:0a
               Image:  55 7F F5 57 FF 55 7F F5 57 FF 55 7F F5 57 FF 55
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Strike 14   Size = 17
----------------------
Glyph   371  Metrics:  H:14 W:09 X:01 Y:0f A:0a
               Image:  88 91 22 24 48 89 12 22 44 88 91 22 24 48 89 12
                       22 44 88 91 22 24 40
Glyph   372  Metrics:  H:14 W:0a X:00 Y:0f A:0a
               Image:  55 6A A5 56 AA 55 6A A5 56 AA 55 6A A5 56 AA 55
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Glyph   373  Metrics:  H:14 W:0a X:00 Y:0f A:0a
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Strike 15   Size = 18
----------------------
Glyph   371  Metrics:  H:14 W:0B X:00 Y:0F A:0B x:FB y:F6 a:00
               Image:  88 84 46 22 11 18 88 44 62 21 11 88 84 46 22 11
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Glyph   372  Metrics:  H:14 W:0B X:00 Y:0F A:0B x:FB y:F6 a:00
               Image:  55 55 55 55 55 55 55 55 55 55 55 55 55 55 55 55
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Glyph   373  Metrics:  H:14 W:0B X:00 Y:0F A:0B x:FB y:F6 a:00
               Image:  2A BF FC AA FF F2 AB FF CA AF FF 2A BF FC AA FF
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Strike 16   Size = 19
----------------------
Glyph   371  Metrics:  H:14 W:0B X:00 Y:0E A:0B x:FB y:F6 a:00
               Image:  88 84 46 22 11 18 88 44 62 21 11 88 84 46 22 11
                       18 88 44 62 21 11 88 84 46 22 11 10
Glyph   372  Metrics:  H:14 W:0B X:00 Y:0E A:0B x:FB y:F6 a:00
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Glyph   373  Metrics:  H:14 W:0B X:00 Y:0E A:0B x:FB y:F6 a:00
               Image:  2A BF FC AA FF F2 AB FF CA AF FF 2A BF FC AA FF
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Strike 17   Size = 20
----------------------
Glyph   371  Metrics:  H:15 W:0a X:01 Y:10 A:0c
               Image:  92 40 09 24 00 92 40 09 24 00 92 40 09 24 00 92
                       40 09 24 00 92 40 09 24 00 92 40
Glyph   372  Metrics:  H:16 W:0c X:00 Y:10 A:0c
               Image:  55 5A AA 55 5A AA 55 5A AA 55 5A AA 55 5A AA 55
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                       AA
Glyph   373  Metrics:  H:16 W:0c X:00 Y:10 A:0c
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Strike 18   Size = 21
----------------------
Glyph   371  Metrics:  H:17 W:0D X:00 Y:11 A:0D x:FA y:F4 a:00
               Image:  88 89 11 22 22 44 48 88 91 12 22 24 44 88 89 11
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Glyph   372  Metrics:  H:17 W:0D X:00 Y:11 A:0D x:FA y:F4 a:00
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Glyph   373  Metrics:  H:17 W:0D X:00 Y:11 A:0D x:FA y:F4 a:00
               Image:  2A A9 55 7F FE 55 5F FF 95 57 FF E5 55 FF F9 55
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'bloc' Table - Embedded Bitmap Location Table
---------------------------------------------
          Version:  2.0
  Number of Sizes:  18

Strike 1
=========
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   Size of Index Tables:  0x00000018
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Horizontal Line Metrics
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           Max Befor BL:    0
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      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:     4
                 ppem Y:     4
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
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           Last Glyph Index:   373
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               Image Format:     2
     Image Data Offset Base:  0x00000004
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      Glyph:   372   Offset:  0x0000000a
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Strike 2
=========
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   Size of Index Tables:  0x00000018
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 Color Reference Offset:  0x00000000
Horizontal Line Metrics
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            Min Orig SB:    0
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      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:     5
                 ppem Y:     5
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     3
               Image Format:     2
     Image Data Offset Base:  0x00000016
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Strike 3
=========
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   Size of Index Tables:  0x00000018
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
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            Min Orig SB:    0
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           Max Befor BL:    0
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      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:     6
                 ppem Y:     6
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     3
               Image Format:     2
     Image Data Offset Base:  0x0000002c
      Glyph:   371   Offset:  0x0000002c
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Strike 4
=========
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   Size of Index Tables:  0x00000018
 Number of Index Tables:  1
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Horizontal Line Metrics
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            Min Orig SB:    0
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    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:     7
                 ppem Y:     7
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     3
               Image Format:     2
     Image Data Offset Base:  0x00000045
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Strike 5
=========
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   Size of Index Tables:  0x0000001c
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
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    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:     8
                 ppem Y:     8
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
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           Last Glyph Index:   373
               Index Format:     2
               Image Format:     5
     Image Data Offset Base:  0x0000005f
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Strike 6
=========
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   Size of Index Tables:  0x0000001c
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Horizontal Line Metrics
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      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:     9
                 ppem Y:     9
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     2
               Image Format:     5
     Image Data Offset Base:  0x0000006e
              imageSize:  0x00000008
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Strike 7
=========
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Horizontal Line Metrics
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      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:    10
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              Bit Depth:     1
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        Index Sub Table 1
        ------------------
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               Index Format:     3
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Strike 8
=========
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Horizontal Line Metrics
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        End Glyph Index:   373
                 ppem X:    11
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              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
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     Image Data Offset Base:  0x000000ad
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Strike 9
=========
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Horizontal Line Metrics
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        End Glyph Index:   373
                 ppem X:    12
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              Bit Depth:     1
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        Index Sub Table 1
        ------------------
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           Last Glyph Index:   373
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     Image Data Offset Base:  0x000000d4
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Strike 10
=========
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Horizontal Line Metrics
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        End Glyph Index:   373
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              Bit Depth:     1
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        Index Sub Table 1
        ------------------
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Strike 11
=========
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        Index Sub Table 1
        ------------------
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Strike 12
=========
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        Index Sub Table 1
        ------------------
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      Glyph:   372   Offset:  0x0000019c
      Glyph:   373   Offset:  0x000001b0


Strike 13
=========
     Index Array Offset:  0x00000498
   Size of Index Tables:  0x00000018
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
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              Descender:    5
              Max Width:   10
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:   13
           Max After BL:   -5
  Vertical Line Metrics
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              Descender:    5
              Max Width:    0
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    0
           Max After BL:    0
    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:    16
                 ppem Y:    16
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     3
               Image Format:     2
     Image Data Offset Base:  0x000001c4
      Glyph:   371   Offset:  0x000001c4
      Glyph:   372   Offset:  0x000001de
      Glyph:   373   Offset:  0x000001fa
                Last Offset:  0x00000216


Strike 14
=========
     Index Array Offset:  0x000004b0
   Size of Index Tables:  0x00000018
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
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              Descender:    5
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            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:   15
           Max After BL:   -5
  Vertical Line Metrics
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              Descender:    5
              Max Width:    0
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    0
           Max After BL:    0
    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:    17
                 ppem Y:    17
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     3
               Image Format:     2
     Image Data Offset Base:  0x00000216
      Glyph:   371   Offset:  0x00000216
      Glyph:   372   Offset:  0x00000232
      Glyph:   373   Offset:  0x00000250
                Last Offset:  0x0000026e


Strike 15
=========
     Index Array Offset:  0x000004c8
   Size of Index Tables:  0x0000001c
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
               Ascender:   15
              Descender:    5
              Max Width:   11
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:   15
           Max After BL:   -5
  Vertical Line Metrics
               Ascender:   15
              Descender:    5
              Max Width:    0
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    0
           Max After BL:    0
    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:    18
                 ppem Y:    18
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     2
               Image Format:     5
     Image Data Offset Base:  0x0000026e
              imageSize:  0x0000001c
                 Height:   20
                  Width:   11
         Hori Bearing X:    0
         Hori Bearing Y:   15
         Hori Advance W:   11
         Vert Bearing X:   -5
         Vert Bearing Y:  -10
         Vert Advance W:    0
      Glyph:   371   Offset:  0x0000026e
      Glyph:   372   Offset:  0x0000028a
      Glyph:   373   Offset:  0x000002a6


Strike 16
=========
     Index Array Offset:  0x000004e4
   Size of Index Tables:  0x0000001c
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
               Ascender:   14
              Descender:    6
              Max Width:   11
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:   14
           Max After BL:   -6
  Vertical Line Metrics
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              Descender:    6
              Max Width:    0
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    0
           Max After BL:    0
    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:    19
                 ppem Y:    19
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     2
               Image Format:     5
     Image Data Offset Base:  0x000002c2
              imageSize:  0x0000001c
                 Height:   20
                  Width:   11
         Hori Bearing X:    0
         Hori Bearing Y:   14
         Hori Advance W:   11
         Vert Bearing X:   -5
         Vert Bearing Y:  -10
         Vert Advance W:    0
      Glyph:   371   Offset:  0x000002c2
      Glyph:   372   Offset:  0x000002de
      Glyph:   373   Offset:  0x000002fa


Strike 17
=========
     Index Array Offset:  0x00000500
   Size of Index Tables:  0x00000018
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
               Ascender:   16
              Descender:    6
              Max Width:   12
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:   16
           Max After BL:   -6
  Vertical Line Metrics
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              Descender:    6
              Max Width:    0
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    0
           Max After BL:    0
    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:    20
                 ppem Y:    20
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     3
               Image Format:     2
     Image Data Offset Base:  0x00000316
      Glyph:   371   Offset:  0x00000316
      Glyph:   372   Offset:  0x00000336
      Glyph:   373   Offset:  0x0000035c
                Last Offset:  0x00000382


Strike 18
=========
     Index Array Offset:  0x00000518
   Size of Index Tables:  0x0000001c
 Number of Index Tables:  1
 Color Reference Offset:  0x00000000
Horizontal Line Metrics
               Ascender:   17
              Descender:    6
              Max Width:   13
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:   17
           Max After BL:   -6
  Vertical Line Metrics
               Ascender:   17
              Descender:    6
              Max Width:    0
            Caret Numer:    0
            Caret Denom:    0
           Caret Offset:    0
            Min Orig SB:    0
             Min Adv SB:    0
           Max Befor BL:    0
           Max After BL:    0
    End of Line Metrics
      Start Glyph Index:   371
        End Glyph Index:   373
                 ppem X:    21
                 ppem Y:    21
              Bit Depth:     1
                  Flags:  0x01

        Index Sub Table 1
        ------------------
          First Glyph Index:   371
           Last Glyph Index:   373
               Index Format:     2
               Image Format:     5
     Image Data Offset Base:  0x00000382
              imageSize:  0x00000026
                 Height:   23
                  Width:   13
         Hori Bearing X:    0
         Hori Bearing Y:   17
         Hori Advance W:   13
         Vert Bearing X:   -6
         Vert Bearing Y:  -12
         Vert Advance W:    0
      Glyph:   371   Offset:  0x00000382
      Glyph:   372   Offset:  0x000003a8
      Glyph:   373   Offset:  0x000003ce




'bdat' Table - Embedded Bitmap Data Table
-----------------------------------------
          Version:  2.0

Strike 1   Size = 4
----------------------
Glyph   371  Metrics:  H:03 W:01 X:01 Y:03 A:02
               Image:  A0
Glyph   372  Metrics:  H:04 W:02 X:00 Y:03 A:02
               Image:  66
Glyph   373  Metrics:  H:04 W:02 X:00 Y:03 A:02
               Image:  77


Strike 2   Size = 5
----------------------
Glyph   371  Metrics:  H:05 W:01 X:01 Y:04 A:03
               Image:  A8
Glyph   372  Metrics:  H:06 W:03 X:00 Y:04 A:03
               Image:  55 55 40
Glyph   373  Metrics:  H:06 W:03 X:00 Y:04 A:03
               Image:  5D 75 C0


Strike 3   Size = 6
----------------------
Glyph   371  Metrics:  H:06 W:03 X:01 Y:05 A:04
               Image:  80 C0 40
Glyph   372  Metrics:  H:07 W:03 X:01 Y:05 A:04
               Image:  30 C3 08
Glyph   373  Metrics:  H:07 W:04 X:00 Y:05 A:04
               Image:  5A 5A 5A 50


Strike 4   Size = 7
----------------------
Glyph   371  Metrics:  H:08 W:03 X:01 Y:06 A:04
               Image:  30 C3 0C
Glyph   372  Metrics:  H:08 W:04 X:00 Y:06 A:04
               Image:  5A 5A 5A 5A
Glyph   373  Metrics:  H:08 W:04 X:00 Y:06 A:04
               Image:  5F 5F 5F 5F


Strike 5   Size = 8
----------------------
Glyph   371  Metrics:  H:08 W:05 X:00 Y:06 A:05 x:FE y:FC a:00
               Image:  89 22 48 92 24
Glyph   372  Metrics:  H:08 W:05 X:00 Y:06 A:05 x:FE y:FC a:00
               Image:  AA AA AA AA AA
Glyph   373  Metrics:  H:08 W:05 X:00 Y:06 A:05 x:FE y:FC a:00
               Image:  2F CB F2 FC BF


Strike 6   Size = 9
----------------------
Glyph   371  Metrics:  H:0C W:05 X:00 Y:09 A:05 x:FE y:FA a:00
               Image:  89 22 48 92 24 89 22 40
Glyph   372  Metrics:  H:0C W:05 X:00 Y:09 A:05 x:FE y:FA a:00
               Image:  AA AA AA AA AA AA AA A0
Glyph   373  Metrics:  H:0C W:05 X:00 Y:09 A:05 x:FE y:FA a:00
               Image:  57 D5 F5 7D 5F 57 D5 F0


Strike 7   Size = 10
----------------------
Glyph   371  Metrics:  H:0b W:04 X:01 Y:09 A:06
               Image:  90 90 90 90 90 90
Glyph   372  Metrics:  H:0c W:06 X:00 Y:09 A:06
               Image:  56 A5 6A 56 A5 6A 56 A5 6A
Glyph   373  Metrics:  H:0c W:06 X:00 Y:09 A:06
               Image:  57 F5 7F 57 F5 7F 57 F5 7F


Strike 8   Size = 11
----------------------
Glyph   371  Metrics:  H:0E W:07 X:00 Y:0B A:07 x:FD y:F9 a:00
               Image:  54 02 A8 05 40 2A 80 54 02 A8 05 40 00
Glyph   372  Metrics:  H:0E W:07 X:00 Y:0B A:07 x:FD y:F9 a:00
               Image:  55 55 55 55 55 55 55 55 55 55 55 55 40
Glyph   373  Metrics:  H:0E W:07 X:00 Y:0B A:07 x:FD y:F9 a:00
               Image:  55 FD 57 F5 5F D5 7F 55 FD 57 F5 5F C0


Strike 9   Size = 12
----------------------
Glyph   371  Metrics:  H:0d W:07 X:00 Y:0b A:07
               Image:  54 00 05 50 00 15 00 01 54 00 05 40
Glyph   372  Metrics:  H:0f W:07 X:00 Y:0b A:07
               Image:  54 AA AA AA AA AA AA AA AA AA AA AA AA 80
Glyph   373  Metrics:  H:0f W:07 X:00 Y:0b A:07
               Image:  2A 57 F9 5F E5 7F 95 FE 57 F9 5F E5 7F 80


Strike 10   Size = 13
----------------------
Glyph   371  Metrics:  H:10 W:07 X:01 Y:0c A:08
               Image:  23 10 8C 42 31 08 C4 23 10 8C 42 31 08 C4
Glyph   372  Metrics:  H:10 W:08 X:00 Y:0c A:08
               Image:  55 AA 55 AA 55 AA 55 AA 55 AA 55 AA 55 AA 55 AA
Glyph   373  Metrics:  H:10 W:08 X:00 Y:0c A:08
               Image:  55 FF 55 FF 55 FF 55 FF 55 FF 55 FF 55 FF 55 FF


Strike 11   Size = 14
----------------------
Glyph   371  Metrics:  H:11 W:07 X:01 Y:0d A:08
               Image:  23 10 8C 42 31 08 C4 23 10 8C 42 31 08 C4 22
Glyph   372  Metrics:  H:11 W:08 X:00 Y:0d A:08
               Image:  55 AA 55 AA 55 AA 55 AA 55 AA 55 AA 55 AA 55 AA
                       55
Glyph   373  Metrics:  H:11 W:08 X:00 Y:0d A:08
               Image:  55 55 FF 55 FF 55 FF 55 FF 55 FF 55 FF 55 FF 55
                       FF


Strike 12   Size = 15
----------------------
Glyph   371  Metrics:  H:11 W:09 X:00 Y:0C A:09 x:FC y:F7 a:00
               Image:  88 91 22 24 48 89 12 22 44 88 91 22 24 48 89 12
                       22 44 88 80
Glyph   372  Metrics:  H:11 W:09 X:00 Y:0C A:09 x:FC y:F7 a:00
               Image:  55 55 55 55 55 55 55 55 55 55 55 55 55 55 55 55
                       55 55 55 00
Glyph   373  Metrics:  H:11 W:09 X:00 Y:0C A:09 x:FC y:F7 a:00
               Image:  2A 95 7F E5 5F F9 57 FE 55 FF 95 7F E5 5F F9 57
                       FE 55 FF 80


Strike 13   Size = 16
----------------------
Glyph   371  Metrics:  H:12 W:09 X:01 Y:0d A:0a
               Image:  22 44 48 91 12 24 44 89 11 22 44 48 91 12 24 44
                       89 11 22 44 40
Glyph   372  Metrics:  H:12 W:0a X:00 Y:0d A:0a
               Image:  AA 95 5A A9 55 AA 95 5A A9 55 AA 95 5A A9 55 AA
                       95 5A A9 55 AA 95 50
Glyph   373  Metrics:  H:12 W:0a X:00 Y:0d A:0a
               Image:  55 7F F5 57 FF 55 7F F5 57 FF 55 7F F5 57 FF 55
                       7F F5 57 FF 55 7F F0


Strike 14   Size = 17
----------------------
Glyph   371  Metrics:  H:14 W:09 X:01 Y:0f A:0a
               Image:  88 91 22 24 48 89 12 22 44 88 91 22 24 48 89 12
                       22 44 88 91 22 24 40
Glyph   372  Metrics:  H:14 W:0a X:00 Y:0f A:0a
               Image:  55 6A A5 56 AA 55 6A A5 56 AA 55 6A A5 56 AA 55
                       6A A5 56 AA 55 6A A5 56 AA
Glyph   373  Metrics:  H:14 W:0a X:00 Y:0f A:0a
               Image:  55 7F F5 57 FF 55 7F F5 57 FF 55 7F F5 57 FF 55
                       7F F5 57 FF 55 7F F5 57 FF


Strike 15   Size = 18
----------------------
Glyph   371  Metrics:  H:14 W:0B X:00 Y:0F A:0B x:FB y:F6 a:00
               Image:  88 84 46 22 11 18 88 44 62 21 11 88 84 46 22 11
                       18 88 44 62 21 11 88 84 46 22 11 10
Glyph   372  Metrics:  H:14 W:0B X:00 Y:0F A:0B x:FB y:F6 a:00
               Image:  55 55 55 55 55 55 55 55 55 55 55 55 55 55 55 55
                       55 55 55 55 55 55 55 55 55 55 55 50
Glyph   373  Metrics:  H:14 W:0B X:00 Y:0F A:0B x:FB y:F6 a:00
               Image:  2A BF FC AA FF F2 AB FF CA AF FF 2A BF FC AA FF
                       F2 AB FF CA AF FF 2A BF FC AA FF F0


Strike 16   Size = 19
----------------------
Glyph   371  Metrics:  H:14 W:0B X:00 Y:0E A:0B x:FB y:F6 a:00
               Image:  88 84 46 22 11 18 88 44 62 21 11 88 84 46 22 11
                       18 88 44 62 21 11 88 84 46 22 11 10
Glyph   372  Metrics:  H:14 W:0B X:00 Y:0E A:0B x:FB y:F6 a:00
               Image:  55 55 55 55 55 55 55 55 55 55 55 55 55 55 55 55
                       55 55 55 55 55 55 55 55 55 55 55 50
Glyph   373  Metrics:  H:14 W:0B X:00 Y:0E A:0B x:FB y:F6 a:00
               Image:  2A BF FC AA FF F2 AB FF CA AF FF 2A BF FC AA FF
                       F2 AB FF CA AF FF 2A BF FC AA FF F0


Strike 17   Size = 20
----------------------
Glyph   371  Metrics:  H:15 W:0a X:01 Y:10 A:0c
               Image:  92 40 09 24 00 92 40 09 24 00 92 40 09 24 00 92
                       40 09 24 00 92 40 09 24 00 92 40
Glyph   372  Metrics:  H:16 W:0c X:00 Y:10 A:0c
               Image:  55 5A AA 55 5A AA 55 5A AA 55 5A AA 55 5A AA 55
                       5A AA 55 5A AA 55 5A AA 55 5A AA 55 5A AA 55 5A
                       AA
Glyph   373  Metrics:  H:16 W:0c X:00 Y:10 A:0c
               Image:  55 5F FF 55 5F FF 55 5F FF 55 5F FF 55 5F FF 55
                       5F FF 55 5F FF 55 5F FF 55 5F FF 55 5F FF 55 5F
                       FF


Strike 18   Size = 21
----------------------
Glyph   371  Metrics:  H:17 W:0D X:00 Y:11 A:0D x:FA y:F4 a:00
               Image:  88 89 11 22 22 44 48 88 91 12 22 24 44 88 89 11
                       22 22 44 48 88 91 12 22 24 44 88 89 11 22 22 44
                       48 88 91 12 22 20
Glyph   372  Metrics:  H:17 W:0D X:00 Y:11 A:0D x:FA y:F4 a:00
               Image:  55 55 55 55 55 55 55 55 55 55 55 55 55 55 55 55
                       55 55 55 55 55 55 55 55 55 55 55 55 55 55 55 55
                       55 55 55 55 55 40
Glyph   373  Metrics:  H:17 W:0D X:00 Y:11 A:0D x:FA y:F4 a:00
               Image:  2A A9 55 7F FE 55 5F FF 95 57 FF E5 55 FF F9 55
                       7F FE 55 5F FF 95 57 FF E5 55 FF F9 55 7F FE 55
                       5F FF 95 57 FF E0



; 'GSUB' Table - Glyph Substitution
; -------------------------------------

GSUBHeader GSUBHeaderT0000  
0X00010000            
ScriptListT000a       
FeatureListT0026      
LookupListT006a       

ScriptList ScriptListT000a  
1                     
                      ; ScriptRecord[0]
'arab'                
ScriptT0012           

Script ScriptT0012  
LangSysT0016          
0                     

LangSys LangSysT0016  
NULL                  
0XFFFF                
5                     
0                     
1                     
2                     
3                     
4                     

FeatureList FeatureListT0026  
5                     
                      ; FeatureRecord[0]
'init'                
FeatureT0046          
                      ; FeatureRecord[1]
'medi'                
FeatureT004c          
                      ; FeatureRecord[2]
'fina'                
FeatureT0052          
                      ; FeatureRecord[3]
'liga'                
FeatureT0058          
                      ; FeatureRecord[4]
'mset'                
FeatureT0062          

Feature FeatureT0046  
NULL                  
1                     
0                     

Feature FeatureT004c  
NULL                  
1                     
1                     

Feature FeatureT0052  
NULL                  
1                     
2                     

Feature FeatureT0058  
NULL                  
3                     
3                     
4                     
5                     

Feature FeatureT0062  
NULL                  
2                     
6                     
10                    

LookupList LookupListT006a  
14                    
LookupT0088           
LookupT0132           
LookupT01b8           
LookupT028e           
LookupT0584           
LookupT0610           
LookupT08e2           
LookupT0afc           
LookupT0b2a           
LookupT0b58           
LookupT0baa           
LookupT0e08           
LookupT0e1c           
LookupT0e30           

Lookup LookupT0088  
1                     
1                     
1                     
SingleSubstFormat2T0090 

SingleSubstFormat2 SingleSubstFormat2T0090  
2                     
CoverageFormat1T00e2  
38                    
801                   
805                   
809                   
815                   
819                   
1011                  
859                   
864                   
866                   
871                   
872                   
873                   
874                   
883                   
888                   
907                   
913                   
919                   
923                   
927                   
931                   
935                   
947                   
951                   
955                   
959                   
963                   
967                   
971                   
975                   
979                   
983                   
987                   
991                   
995                   
999                   
1003                  
1011                  

CoverageFormat1 CoverageFormat1T00e2  
1                     
38                    
799                   
803                   
807                   
813                   
817                   
821                   
823                   
825                   
826                   
829                   
830                   
831                   
832                   
835                   
837                   
905                   
911                   
917                   
921                   
925                   
929                   
933                   
945                   
949                   
953                   
957                   
961                   
965                   
969                   
973                   
977                   
981                   
985                   
989                   
993                   
997                   
1001                  
1009                  

Lookup LookupT0132  
1                     
1                     
1                     
SingleSubstFormat2T013a 

SingleSubstFormat2 SingleSubstFormat2T013a  
2                     
CoverageFormat1T017a  
29                    
802                   
806                   
810                   
816                   
820                   
1012                  
908                   
914                   
920                   
924                   
928                   
932                   
936                   
948                   
952                   
956                   
960                   
964                   
968                   
972                   
976                   
980                   
984                   
988                   
992                   
996                   
1000                  
1004                  
1012                  

CoverageFormat1 CoverageFormat1T017a  
1                     
29                    
799                   
803                   
807                   
813                   
817                   
821                   
905                   
911                   
917                   
921                   
925                   
929                   
933                   
945                   
949                   
953                   
957                   
961                   
965                   
969                   
973                   
977                   
981                   
985                   
989                   
993                   
997                   
1001                  
1009                  

Lookup LookupT01b8  
1                     
1                     
1                     
SingleSubstFormat2T01c0 

SingleSubstFormat2 SingleSubstFormat2T01c0  
2                     
CoverageFormat1T0228  
49                    
798                   
800                   
804                   
808                   
812                   
814                   
818                   
822                   
846                   
852                   
898                   
900                   
902                   
904                   
906                   
910                   
912                   
916                   
918                   
922                   
926                   
930                   
934                   
938                   
940                   
942                   
944                   
946                   
950                   
954                   
958                   
962                   
966                   
970                   
974                   
978                   
982                   
986                   
990                   
994                   
998                   
1002                  
1006                  
1008                  
1010                  
1014                  
1016                  
1018                  
1020                  

CoverageFormat1 CoverageFormat1T0228  
1                     
49                    
797                   
799                   
803                   
807                   
811                   
813                   
817                   
821                   
824                   
836                   
897                   
899                   
901                   
903                   
905                   
909                   
911                   
915                   
917                   
921                   
925                   
929                   
933                   
937                   
939                   
941                   
943                   
945                   
949                   
953                   
957                   
961                   
965                   
969                   
973                   
977                   
981                   
985                   
989                   
993                   
997                   
1001                  
1005                  
1007                  
1009                  
1013                  
1015                  
1017                  
1019                  

Lookup LookupT028e  
4                     
9                     
1                     
LigatureSubstFormat1T0296 

LigatureSubstFormat1 LigatureSubstFormat1T0296  
1                     
CoverageFormat1T0556  
21                    
LigatureSetT02c6      
LigatureSetT02d0      
LigatureSetT02da      
LigatureSetT0314      
LigatureSetT0336      
LigatureSetT0368      
LigatureSetT038a      
LigatureSetT039c      
LigatureSetT03a6      
LigatureSetT03b0      
LigatureSetT03ba      
LigatureSetT03c4      
LigatureSetT03ce      
LigatureSetT03e0      
LigatureSetT0478      
LigatureSetT049a      
LigatureSetT04bc      
LigatureSetT04f6      
LigatureSetT0508      
LigatureSetT0512      
LigatureSetT0544      

LigatureSet LigatureSetT02c6  
1                     
LigatureT02ca         

Ligature LigatureT02ca  
782                   
2                     
1004                  

LigatureSet LigatureSetT02d0  
1                     
LigatureT02d4         

Ligature LigatureT02d4  
785                   
2                     
996                   

LigatureSet LigatureSetT02da  
7                     
LigatureT02ea         
LigatureT02f0         
LigatureT02f6         
LigatureT02fc         
LigatureT0302         
LigatureT0308         
LigatureT030e         

Ligature LigatureT02ea  
823                   
2                     
994                   

Ligature LigatureT02f0  
824                   
2                     
1008                  

Ligature LigatureT02f6  
856                   
2                     
928                   

Ligature LigatureT02fc  
857                   
2                     
932                   

Ligature LigatureT0302  
858                   
2                     
936                   

Ligature LigatureT0308  
859                   
2                     
996                   

Ligature LigatureT030e  
860                   
2                     
1004                  

LigatureSet LigatureSetT0314  
4                     
LigatureT031e         
LigatureT0324         
LigatureT032a         
LigatureT0330         

Ligature LigatureT031e  
844                   
2                     
942                   

Ligature LigatureT0324  
845                   
2                     
998                   

Ligature LigatureT032a  
846                   
2                     
1008                  

Ligature LigatureT0330  
847                   
2                     
1010                  

LigatureSet LigatureSetT0336  
6                     
LigatureT0344         
LigatureT034a         
LigatureT0350         
LigatureT0356         
LigatureT035c         
LigatureT0362         

Ligature LigatureT0344  
825                   
2                     
994                   

Ligature LigatureT034a  
861                   
2                     
928                   

Ligature LigatureT0350  
862                   
2                     
932                   

Ligature LigatureT0356  
863                   
2                     
936                   

Ligature LigatureT035c  
864                   
2                     
996                   

Ligature LigatureT0362  
865                   
2                     
1004                  

LigatureSet LigatureSetT0368  
4                     
LigatureT0372         
LigatureT0378         
LigatureT037e         
LigatureT0384         

Ligature LigatureT0372  
848                   
2                     
942                   

Ligature LigatureT0378  
849                   
2                     
998                   

Ligature LigatureT037e  
850                   
2                     
1008                  

Ligature LigatureT0384  
851                   
2                     
1010                  

LigatureSet LigatureSetT038a  
2                     
LigatureT0390         
LigatureT0396         

Ligature LigatureT0390  
826                   
2                     
994                   

Ligature LigatureT0396  
866                   
2                     
996                   

LigatureSet LigatureSetT039c  
1                     
LigatureT03a0         

Ligature LigatureT03a0  
867                   
2                     
996                   

LigatureSet LigatureSetT03a6  
1                     
LigatureT03aa         

Ligature LigatureT03aa  
868                   
2                     
996                   

LigatureSet LigatureSetT03b0  
1                     
LigatureT03b4         

Ligature LigatureT03b4  
869                   
2                     
996                   

LigatureSet LigatureSetT03ba  
1                     
LigatureT03be         

Ligature LigatureT03be  
870                   
2                     
996                   

LigatureSet LigatureSetT03c4  
1                     
LigatureT03c8         

Ligature LigatureT03c8  
889                   
2                     
996                   

LigatureSet LigatureSetT03ce  
2                     
LigatureT03d4         
LigatureT03da         

Ligature LigatureT03d4  
827                   
2                     
1008                  

Ligature LigatureT03da  
828                   
2                     
1010                  

LigatureSet LigatureSetT03e0  
18                    
LigatureT0406         
LigatureT040e         
LigatureT0416         
LigatureT041e         
LigatureT0424         
LigatureT042a         
LigatureT0430         
LigatureT0436         
LigatureT043c         
LigatureT0442         
LigatureT0448         
LigatureT044e         
LigatureT0454         
LigatureT045a         
LigatureT0460         
LigatureT0466         
LigatureT046c         
LigatureT0472         

Ligature LigatureT0406  
781                   
3                     
996                   
928                   

Ligature LigatureT040e  
894                   
3                     
996                   
932                   

Ligature LigatureT0416  
895                   
3                     
992                   
1002                  

Ligature LigatureT041e  
829                   
2                     
926                   

Ligature LigatureT0424  
830                   
2                     
930                   

Ligature LigatureT042a  
831                   
2                     
934                   

Ligature LigatureT0430  
832                   
2                     
994                   

Ligature LigatureT0436  
833                   
2                     
1008                  

Ligature LigatureT043c  
834                   
2                     
1010                  

Ligature LigatureT0442  
871                   
2                     
928                   

Ligature LigatureT0448  
872                   
2                     
932                   

Ligature LigatureT044e  
873                   
2                     
936                   

Ligature LigatureT0454  
874                   
2                     
996                   

Ligature LigatureT045a  
875                   
2                     
1004                  

Ligature LigatureT0460  
1013                  
2                     
898                   

Ligature LigatureT0466  
1015                  
2                     
900                   

Ligature LigatureT046c  
1017                  
2                     
904                   

Ligature LigatureT0472  
1019                  
2                     
910                   

LigatureSet LigatureSetT0478  
4                     
LigatureT0482         
LigatureT0488         
LigatureT048e         
LigatureT0494         

Ligature LigatureT0482  
1014                  
2                     
898                   

Ligature LigatureT0488  
1016                  
2                     
900                   

Ligature LigatureT048e  
1018                  
2                     
904                   

Ligature LigatureT0494  
1020                  
2                     
910                   

LigatureSet LigatureSetT049a  
4                     
LigatureT04a4         
LigatureT04aa         
LigatureT04b0         
LigatureT04b6         

Ligature LigatureT04a4  
876                   
2                     
928                   

Ligature LigatureT04aa  
877                   
2                     
932                   

Ligature LigatureT04b0  
878                   
2                     
936                   

Ligature LigatureT04b6  
879                   
2                     
996                   

LigatureSet LigatureSetT04bc  
7                     
LigatureT04cc         
LigatureT04d2         
LigatureT04d8         
LigatureT04de         
LigatureT04e4         
LigatureT04ea         
LigatureT04f0         

Ligature LigatureT04cc  
783                   
2                     
1004                  

Ligature LigatureT04d2  
835                   
2                     
994                   

Ligature LigatureT04d8  
836                   
2                     
1008                  

Ligature LigatureT04de  
880                   
2                     
928                   

Ligature LigatureT04e4  
881                   
2                     
932                   

Ligature LigatureT04ea  
882                   
2                     
936                   

Ligature LigatureT04f0  
883                   
2                     
996                   

LigatureSet LigatureSetT04f6  
2                     
LigatureT04fc         
LigatureT0502         

Ligature LigatureT04fc  
852                   
2                     
1008                  

Ligature LigatureT0502  
853                   
2                     
1010                  

LigatureSet LigatureSetT0508  
1                     
LigatureT050c         

Ligature LigatureT050c  
884                   
2                     
996                   

LigatureSet LigatureSetT0512  
6                     
LigatureT0520         
LigatureT0526         
LigatureT052c         
LigatureT0532         
LigatureT0538         
LigatureT053e         

Ligature LigatureT0520  
837                   
2                     
994                   

Ligature LigatureT0526  
838                   
2                     
1008                  

Ligature LigatureT052c  
885                   
2                     
928                   

Ligature LigatureT0532  
886                   
2                     
932                   

Ligature LigatureT0538  
887                   
2                     
936                   

Ligature LigatureT053e  
888                   
2                     
996                   

LigatureSet LigatureSetT0544  
2                     
LigatureT054a         
LigatureT0550         

Ligature LigatureT054a  
854                   
2                     
942                   

Ligature LigatureT0550  
855                   
2                     
998                   

CoverageFormat1 CoverageFormat1T0556  
1                     
21                    
801                   
809                   
913                   
914                   
919                   
920                   
923                   
927                   
931                   
935                   
947                   
951                   
979                   
991                   
992                   
995                   
999                   
1000                  
1003                  
1011                  
1012                  

Lookup LookupT0584  
4                     
7                     
1                     
LigatureSubstFormat1T058c 

LigatureSubstFormat1 LigatureSubstFormat1T058c  
1                     
CoverageFormat1T0606  
3                     
LigatureSetT0598      
LigatureSetT05ca      
LigatureSetT05f4      

LigatureSet LigatureSetT0598  
6                     
LigatureT05a6         
LigatureT05ac         
LigatureT05b2         
LigatureT05b8         
LigatureT05be         
LigatureT05c4         

Ligature LigatureT05a6  
786                   
2                     
753                   

Ligature LigatureT05ac  
839                   
2                     
754                   

Ligature LigatureT05b2  
840                   
2                     
755                   

Ligature LigatureT05b8  
841                   
2                     
756                   

Ligature LigatureT05be  
842                   
2                     
757                   

Ligature LigatureT05c4  
843                   
2                     
758                   

LigatureSet LigatureSetT05ca  
5                     
LigatureT05d6         
LigatureT05dc         
LigatureT05e2         
LigatureT05e8         
LigatureT05ee         

Ligature LigatureT05d6  
790                   
2                     
756                   

Ligature LigatureT05dc  
791                   
2                     
753                   

Ligature LigatureT05e2  
792                   
2                     
760                   

Ligature LigatureT05e8  
793                   
2                     
757                   

Ligature LigatureT05ee  
794                   
2                     
754                   

LigatureSet LigatureSetT05f4  
2                     
LigatureT05fa         
LigatureT0600         

Ligature LigatureT05fa  
788                   
2                     
758                   

Ligature LigatureT0600  
789                   
2                     
755                   

CoverageFormat1 CoverageFormat1T0606  
1                     
3                     
759                   
775                   
787                   

Lookup LookupT0610  
4                     
1                     
1                     
LigatureSubstFormat1T0618 

LigatureSubstFormat1 LigatureSubstFormat1T0618  
1                     
CoverageFormat1T08be  
16                    
LigatureSetT063e      
LigatureSetT0668      
LigatureSetT0692      
LigatureSetT06a4      
LigatureSetT06b6      
LigatureSetT0718      
LigatureSetT077a      
LigatureSetT0784      
LigatureSetT078e      
LigatureSetT0798      
LigatureSetT07a2      
LigatureSetT07cc      
LigatureSetT07f6      
LigatureSetT0808      
LigatureSetT081a      
LigatureSetT086c      

LigatureSet LigatureSetT063e  
5                     
LigatureT064a         
LigatureT0650         
LigatureT0656         
LigatureT065c         
LigatureT0662         

Ligature LigatureT064a  
1077                  
2                     
756                   

Ligature LigatureT0650  
1078                  
2                     
753                   

Ligature LigatureT0656  
1086                  
2                     
760                   

Ligature LigatureT065c  
1087                  
2                     
757                   

Ligature LigatureT0662  
1088                  
2                     
754                   

LigatureSet LigatureSetT0668  
5                     
LigatureT0674         
LigatureT067a         
LigatureT0680         
LigatureT0686         
LigatureT068c         

Ligature LigatureT0674  
1120                  
2                     
756                   

Ligature LigatureT067a  
1121                  
2                     
753                   

Ligature LigatureT0680  
1122                  
2                     
760                   

Ligature LigatureT0686  
1123                  
2                     
757                   

Ligature LigatureT068c  
1124                  
2                     
754                   

LigatureSet LigatureSetT0692  
2                     
LigatureT0698         
LigatureT069e         

Ligature LigatureT0698  
1098                  
2                     
758                   

Ligature LigatureT069e  
1099                  
2                     
755                   

LigatureSet LigatureSetT06a4  
2                     
LigatureT06aa         
LigatureT06b0         

Ligature LigatureT06aa  
1125                  
2                     
758                   

Ligature LigatureT06b0  
1126                  
2                     
755                   

LigatureSet LigatureSetT06b6  
12                    
LigatureT06d0         
LigatureT06d6         
LigatureT06dc         
LigatureT06e2         
LigatureT06e8         
LigatureT06ee         
LigatureT06f4         
LigatureT06fa         
LigatureT0700         
LigatureT0706         
LigatureT070c         
LigatureT0712         

Ligature LigatureT06d0  
1077                  
2                     
790                   

Ligature LigatureT06d6  
1078                  
2                     
791                   

Ligature LigatureT06dc  
1086                  
2                     
792                   

Ligature LigatureT06e2  
1087                  
2                     
793                   

Ligature LigatureT06e8  
1088                  
2                     
794                   

Ligature LigatureT06ee  
1098                  
2                     
788                   

Ligature LigatureT06f4  
1099                  
2                     
789                   

Ligature LigatureT06fa  
797                   
2                     
796                   

Ligature LigatureT0700  
891                   
2                     
753                   

Ligature LigatureT0706  
897                   
2                     
777                   

Ligature LigatureT070c  
899                   
2                     
775                   

Ligature LigatureT0712  
903                   
2                     
787                   

LigatureSet LigatureSetT0718  
12                    
LigatureT0732         
LigatureT0738         
LigatureT073e         
LigatureT0744         
LigatureT074a         
LigatureT0750         
LigatureT0756         
LigatureT075c         
LigatureT0762         
LigatureT0768         
LigatureT076e         
LigatureT0774         

Ligature LigatureT0732  
1120                  
2                     
790                   

Ligature LigatureT0738  
1121                  
2                     
791                   

Ligature LigatureT073e  
1122                  
2                     
792                   

Ligature LigatureT0744  
1123                  
2                     
793                   

Ligature LigatureT074a  
1124                  
2                     
794                   

Ligature LigatureT0750  
1125                  
2                     
788                   

Ligature LigatureT0756  
1126                  
2                     
789                   

Ligature LigatureT075c  
798                   
2                     
796                   

Ligature LigatureT0762  
890                   
2                     
753                   

Ligature LigatureT0768  
898                   
2                     
777                   

Ligature LigatureT076e  
900                   
2                     
775                   

Ligature LigatureT0774  
904                   
2                     
787                   

LigatureSet LigatureSetT077a  
1                     
LigatureT077e         

Ligature LigatureT077e  
901                   
2                     
775                   

LigatureSet LigatureSetT0784  
1                     
LigatureT0788         

Ligature LigatureT0788  
902                   
2                     
775                   

LigatureSet LigatureSetT078e  
1                     
LigatureT0792         

Ligature LigatureT0792  
905                   
2                     
775                   

LigatureSet LigatureSetT0798  
1                     
LigatureT079c         

Ligature LigatureT079c  
906                   
2                     
775                   

LigatureSet LigatureSetT07a2  
5                     
LigatureT07ae         
LigatureT07b4         
LigatureT07ba         
LigatureT07c0         
LigatureT07c6         

Ligature LigatureT07ae  
1025                  
2                     
756                   

Ligature LigatureT07b4  
1026                  
2                     
753                   

Ligature LigatureT07ba  
1034                  
2                     
760                   

Ligature LigatureT07c0  
1035                  
2                     
757                   

Ligature LigatureT07c6  
1036                  
2                     
754                   

LigatureSet LigatureSetT07cc  
5                     
LigatureT07d8         
LigatureT07de         
LigatureT07e4         
LigatureT07ea         
LigatureT07f0         

Ligature LigatureT07d8  
1051                  
2                     
756                   

Ligature LigatureT07de  
1052                  
2                     
753                   

Ligature LigatureT07e4  
1060                  
2                     
760                   

Ligature LigatureT07ea  
1061                  
2                     
757                   

Ligature LigatureT07f0  
1062                  
2                     
754                   

LigatureSet LigatureSetT07f6  
2                     
LigatureT07fc         
LigatureT0802         

Ligature LigatureT07fc  
1046                  
2                     
758                   

Ligature LigatureT0802  
1047                  
2                     
755                   

LigatureSet LigatureSetT0808  
2                     
LigatureT080e         
LigatureT0814         

Ligature LigatureT080e  
1072                  
2                     
758                   

Ligature LigatureT0814  
1073                  
2                     
755                   

LigatureSet LigatureSetT081a  
10                    
LigatureT0830         
LigatureT0836         
LigatureT083c         
LigatureT0842         
LigatureT0848         
LigatureT084e         
LigatureT0854         
LigatureT085a         
LigatureT0860         
LigatureT0866         

Ligature LigatureT0830  
1025                  
2                     
790                   

Ligature LigatureT0836  
1026                  
2                     
791                   

Ligature LigatureT083c  
1034                  
2                     
792                   

Ligature LigatureT0842  
1035                  
2                     
793                   

Ligature LigatureT0848  
1036                  
2                     
794                   

Ligature LigatureT084e  
1046                  
2                     
788                   

Ligature LigatureT0854  
1047                  
2                     
789                   

Ligature LigatureT085a  
1013                  
2                     
777                   

Ligature LigatureT0860  
1015                  
2                     
775                   

Ligature LigatureT0866  
1017                  
2                     
787                   

LigatureSet LigatureSetT086c  
10                    
LigatureT0882         
LigatureT0888         
LigatureT088e         
LigatureT0894         
LigatureT089a         
LigatureT08a0         
LigatureT08a6         
LigatureT08ac         
LigatureT08b2         
LigatureT08b8         

Ligature LigatureT0882  
1051                  
2                     
790                   

Ligature LigatureT0888  
1052                  
2                     
791                   

Ligature LigatureT088e  
1060                  
2                     
792                   

Ligature LigatureT0894  
1061                  
2                     
793                   

Ligature LigatureT089a  
1062                  
2                     
794                   

Ligature LigatureT08a0  
1072                  
2                     
788                   

Ligature LigatureT08a6  
1073                  
2                     
789                   

Ligature LigatureT08ac  
1014                  
2                     
777                   

Ligature LigatureT08b2  
1016                  
2                     
775                   

Ligature LigatureT08b8  
1018                  
2                     
787                   

CoverageFormat1 CoverageFormat1T08be  
1                     
16                    
899                   
900                   
903                   
904                   
909                   
910                   
1005                  
1006                  
1009                  
1010                  
1015                  
1016                  
1017                  
1018                  
1019                  
1020                  

Lookup LookupT08e2  
5                     
1                     
1                     
ContextSubstFormat2T08ea 

ContextSubstFormat2 ContextSubstFormat2T08ea  
2                     
CoverageFormat1T0926  
ClassDefFormat2T09ea  
5                     
NULL                  
NULL                  
SubClassSetT08fc      
SubClassSetT090a      
SubClassSetT0918      

SubClassSet SubClassSetT08fc  
1                     
SubClassRuleT0900     

SubClassRule SubClassRuleT0900  
2                     
1                     
1                     
                      ; SubstLookupRecord[0]
1                     
7                     

SubClassSet SubClassSetT090a  
1                     
SubClassRuleT090e     

SubClassRule SubClassRuleT090e  
2                     
1                     
1                     
                      ; SubstLookupRecord[0]
1                     
8                     

SubClassSet SubClassSetT0918  
1                     
SubClassRuleT091c     

SubClassRule SubClassRuleT091c  
2                     
1                     
1                     
                      ; SubstLookupRecord[0]
1                     
9                     

CoverageFormat1 CoverageFormat1T0926  
1                     
96                    
776                   
782                   
799                   
800                   
801                   
802                   
807                   
808                   
809                   
810                   
821                   
822                   
823                   
824                   
837                   
838                   
844                   
846                   
847                   
850                   
851                   
852                   
853                   
854                   
859                   
860                   
865                   
876                   
877                   
878                   
879                   
888                   
896                   
901                   
902                   
906                   
911                   
912                   
913                   
914                   
917                   
918                   
925                   
926                   
927                   
928                   
929                   
930                   
931                   
932                   
937                   
938                   
941                   
942                   
945                   
946                   
947                   
948                   
953                   
954                   
955                   
956                   
957                   
958                   
959                   
960                   
969                   
970                   
971                   
972                   
978                   
982                   
993                   
994                   
995                   
996                   
1001                  
1002                  
1003                  
1004                  
1005                  
1006                  
1007                  
1008                  
1009                  
1010                  
1011                  
1012                  
1013                  
1014                  
1015                  
1016                  
1017                  
1018                  
1019                  
1020                  

ClassDefFormat2 ClassDefFormat2T09ea  
2                     
45                    
                      ; ClassRangeRecord[0]
753                   
754                   
1                     
                      ; ClassRangeRecord[1]
756                   
757                   
1                     
                      ; ClassRangeRecord[2]
759                   
760                   
1                     
                      ; ClassRangeRecord[3]
774                   
775                   
1                     
                      ; ClassRangeRecord[4]
776                   
776                   
3                     
                      ; ClassRangeRecord[5]
777                   
777                   
1                     
                      ; ClassRangeRecord[6]
782                   
782                   
2                     
                      ; ClassRangeRecord[7]
786                   
786                   
1                     
                      ; ClassRangeRecord[8]
790                   
794                   
1                     
                      ; ClassRangeRecord[9]
796                   
796                   
1                     
                      ; ClassRangeRecord[10]
799                   
802                   
3                     
                      ; ClassRangeRecord[11]
807                   
807                   
3                     
                      ; ClassRangeRecord[12]
808                   
810                   
2                     
                      ; ClassRangeRecord[13]
821                   
822                   
3                     
                      ; ClassRangeRecord[14]
823                   
824                   
2                     
                      ; ClassRangeRecord[15]
837                   
838                   
2                     
                      ; ClassRangeRecord[16]
839                   
843                   
1                     
                      ; ClassRangeRecord[17]
844                   
844                   
3                     
                      ; ClassRangeRecord[18]
846                   
847                   
3                     
                      ; ClassRangeRecord[19]
850                   
854                   
2                     
                      ; ClassRangeRecord[20]
859                   
860                   
2                     
                      ; ClassRangeRecord[21]
865                   
865                   
2                     
                      ; ClassRangeRecord[22]
876                   
879                   
2                     
                      ; ClassRangeRecord[23]
888                   
888                   
2                     
                      ; ClassRangeRecord[24]
896                   
896                   
3                     
                      ; ClassRangeRecord[25]
901                   
902                   
2                     
                      ; ClassRangeRecord[26]
906                   
906                   
3                     
                      ; ClassRangeRecord[27]
911                   
914                   
3                     
                      ; ClassRangeRecord[28]
917                   
918                   
2                     
                      ; ClassRangeRecord[29]
925                   
925                   
3                     
                      ; ClassRangeRecord[30]
926                   
928                   
2                     
                      ; ClassRangeRecord[31]
929                   
929                   
3                     
                      ; ClassRangeRecord[32]
930                   
932                   
2                     
                      ; ClassRangeRecord[33]
937                   
938                   
2                     
                      ; ClassRangeRecord[34]
941                   
942                   
2                     
                      ; ClassRangeRecord[35]
945                   
948                   
3                     
                      ; ClassRangeRecord[36]
953                   
956                   
3                     
                      ; ClassRangeRecord[37]
957                   
960                   
2                     
                      ; ClassRangeRecord[38]
969                   
972                   
2                     
                      ; ClassRangeRecord[39]
978                   
978                   
2                     
                      ; ClassRangeRecord[40]
982                   
982                   
2                     
                      ; ClassRangeRecord[41]
993                   
996                   
3                     
                      ; ClassRangeRecord[42]
1001                  
1004                  
2                     
                      ; ClassRangeRecord[43]
1005                  
1012                  
3                     
                      ; ClassRangeRecord[44]
1013                  
1020                  
4                     

Lookup LookupT0afc  
1                     
1                     
1                     
SingleSubstFormat2T0b04 

SingleSubstFormat2 SingleSubstFormat2T0b04  
2                     
CoverageFormat1T0b86  
16                    
1024                  
1033                  
1023                  
1032                  
1029                  
1028                  
1031                  
1022                  
1030                  
1038                  
1027                  
1042                  
1040                  
1037                  
1041                  
1039                  

Lookup LookupT0b2a  
1                     
1                     
1                     
SingleSubstFormat2T0b32 

SingleSubstFormat2 SingleSubstFormat2T0b32  
2                     
CoverageFormat1T0b86  
16                    
1050                  
1059                  
1049                  
1058                  
1055                  
1054                  
1057                  
1048                  
1056                  
1064                  
1053                  
1068                  
1066                  
1063                  
1067                  
1065                  

Lookup LookupT0b58  
1                     
1                     
1                     
SingleSubstFormat2T0b60 

SingleSubstFormat2 SingleSubstFormat2T0b60  
2                     
CoverageFormat1T0b86  
16                    
1076                  
1085                  
1075                  
1084                  
1081                  
1080                  
1083                  
1074                  
1082                  
1090                  
1079                  
1094                  
1092                  
1089                  
1093                  
1091                  

CoverageFormat1 CoverageFormat1T0b86  
1                     
16                    
753                   
754                   
756                   
757                   
759                   
760                   
774                   
775                   
777                   
786                   
796                   
839                   
840                   
841                   
842                   
843                   

Lookup LookupT0baa  
5                     
1                     
1                     
ContextSubstFormat2T0bb2 

ContextSubstFormat2 ContextSubstFormat2T0bb2  
2                     
CoverageFormat1T0bee  
ClassDefFormat2T0cde  
5                     
NULL                  
NULL                  
SubClassSetT0bc4      
SubClassSetT0bd2      
SubClassSetT0be0      

SubClassSet SubClassSetT0bc4  
1                     
SubClassRuleT0bc8     

SubClassRule SubClassRuleT0bc8  
2                     
1                     
1                     
                      ; SubstLookupRecord[0]
1                     
11                    

SubClassSet SubClassSetT0bd2  
1                     
SubClassRuleT0bd6     

SubClassRule SubClassRuleT0bd6  
2                     
1                     
1                     
                      ; SubstLookupRecord[0]
1                     
12                    

SubClassSet SubClassSetT0be0  
1                     
SubClassRuleT0be4     

SubClassRule SubClassRuleT0be4  
2                     
1                     
1                     
                      ; SubstLookupRecord[0]
1                     
13                    

CoverageFormat1 CoverageFormat1T0bee  
1                     
118                   
781                   
782                   
783                   
785                   
799                   
800                   
801                   
802                   
807                   
808                   
809                   
810                   
811                   
812                   
821                   
822                   
823                   
824                   
825                   
826                   
827                   
828                   
829                   
830                   
831                   
832                   
833                   
834                   
835                   
836                   
837                   
838                   
844                   
845                   
846                   
847                   
848                   
849                   
850                   
851                   
852                   
853                   
854                   
855                   
856                   
857                   
858                   
859                   
860                   
861                   
865                   
871                   
875                   
876                   
880                   
885                   
886                   
887                   
888                   
901                   
902                   
903                   
904                   
905                   
906                   
911                   
912                   
913                   
914                   
925                   
926                   
927                   
928                   
929                   
930                   
933                   
934                   
941                   
942                   
943                   
944                   
945                   
946                   
949                   
950                   
953                   
954                   
957                   
958                   
969                   
970                   
973                   
974                   
981                   
982                   
989                   
990                   
993                   
994                   
997                   
998                   
1004                  
1005                  
1006                  
1007                  
1008                  
1009                  
1010                  
1011                  
1012                  
1013                  
1014                  
1015                  
1016                  
1017                  
1018                  
1019                  
1020                  

ClassDefFormat2 ClassDefFormat2T0cde  
2                     
49                    
                      ; ClassRangeRecord[0]
755                   
755                   
1                     
                      ; ClassRangeRecord[1]
758                   
758                   
1                     
                      ; ClassRangeRecord[2]
781                   
781                   
2                     
                      ; ClassRangeRecord[3]
782                   
782                   
3                     
                      ; ClassRangeRecord[4]
783                   
783                   
2                     
                      ; ClassRangeRecord[5]
785                   
785                   
2                     
                      ; ClassRangeRecord[6]
787                   
789                   
1                     
                      ; ClassRangeRecord[7]
799                   
802                   
3                     
                      ; ClassRangeRecord[8]
807                   
810                   
3                     
                      ; ClassRangeRecord[9]
811                   
812                   
2                     
                      ; ClassRangeRecord[10]
821                   
822                   
2                     
                      ; ClassRangeRecord[11]
823                   
826                   
3                     
                      ; ClassRangeRecord[12]
827                   
827                   
2                     
                      ; ClassRangeRecord[13]
828                   
832                   
3                     
                      ; ClassRangeRecord[14]
833                   
833                   
2                     
                      ; ClassRangeRecord[15]
834                   
835                   
3                     
                      ; ClassRangeRecord[16]
836                   
836                   
2                     
                      ; ClassRangeRecord[17]
837                   
838                   
3                     
                      ; ClassRangeRecord[18]
844                   
846                   
2                     
                      ; ClassRangeRecord[19]
847                   
847                   
3                     
                      ; ClassRangeRecord[20]
848                   
849                   
2                     
                      ; ClassRangeRecord[21]
850                   
853                   
3                     
                      ; ClassRangeRecord[22]
854                   
861                   
2                     
                      ; ClassRangeRecord[23]
865                   
865                   
2                     
                      ; ClassRangeRecord[24]
871                   
871                   
2                     
                      ; ClassRangeRecord[25]
875                   
876                   
2                     
                      ; ClassRangeRecord[26]
880                   
880                   
2                     
                      ; ClassRangeRecord[27]
885                   
888                   
2                     
                      ; ClassRangeRecord[28]
901                   
905                   
2                     
                      ; ClassRangeRecord[29]
906                   
906                   
3                     
                      ; ClassRangeRecord[30]
911                   
914                   
2                     
                      ; ClassRangeRecord[31]
925                   
926                   
3                     
                      ; ClassRangeRecord[32]
927                   
928                   
2                     
                      ; ClassRangeRecord[33]
929                   
930                   
3                     
                      ; ClassRangeRecord[34]
933                   
934                   
3                     
                      ; ClassRangeRecord[35]
941                   
946                   
2                     
                      ; ClassRangeRecord[36]
949                   
950                   
2                     
                      ; ClassRangeRecord[37]
953                   
954                   
2                     
                      ; ClassRangeRecord[38]
957                   
958                   
2                     
                      ; ClassRangeRecord[39]
969                   
970                   
3                     
                      ; ClassRangeRecord[40]
973                   
974                   
3                     
                      ; ClassRangeRecord[41]
981                   
982                   
2                     
                      ; ClassRangeRecord[42]
989                   
990                   
2                     
                      ; ClassRangeRecord[43]
993                   
994                   
3                     
                      ; ClassRangeRecord[44]
997                   
998                   
2                     
                      ; ClassRangeRecord[45]
1004                  
1007                  
2                     
                      ; ClassRangeRecord[46]
1008                  
1010                  
3                     
                      ; ClassRangeRecord[47]
1011                  
1012                  
2                     
                      ; ClassRangeRecord[48]
1013                  
1020                  
4                     

Lookup LookupT0e08  
1                     
1                     
1                     
SingleSubstFormat2T0e10 

SingleSubstFormat2 SingleSubstFormat2T0e10  
2                     
CoverageFormat1T0e44  
3                     
1045                  
1044                  
1043                  

Lookup LookupT0e1c  
1                     
1                     
1                     
SingleSubstFormat2T0e24 

SingleSubstFormat2 SingleSubstFormat2T0e24  
2                     
CoverageFormat1T0e44  
3                     
1071                  
1070                  
1069                  

Lookup LookupT0e30  
1                     
1                     
1                     
SingleSubstFormat2T0e38 

SingleSubstFormat2 SingleSubstFormat2T0e38  
2                     
CoverageFormat1T0e44  
3                     
1097                  
1096                  
1095                  

CoverageFormat1 CoverageFormat1T0e44  
1                     
3                     
755                   
758                   
787                   

; 'GDEF' Table - Glyph Definition
;-------------------------------------

GDEFHeader GDEFHeaderT0000  
0X00010000            
ClassDefFormat2T000c  
NULL                  
NULL                  
NULL                  ; AttachClassDef (1.2)

ClassDefFormat2 ClassDefFormat2T000c  
2                     
45                    
                      ; ClassRangeRecord[0]
744                   
752                   
1                     
                      ; ClassRangeRecord[1]
753                   
760                   
3                     
                      ; ClassRangeRecord[2]
761                   
773                   
1                     
                      ; ClassRangeRecord[3]
774                   
775                   
3                     
                      ; ClassRangeRecord[4]
776                   
776                   
1                     
                      ; ClassRangeRecord[5]
777                   
777                   
3                     
                      ; ClassRangeRecord[6]
778                   
780                   
1                     
                      ; ClassRangeRecord[7]
781                   
783                   
2                     
                      ; ClassRangeRecord[8]
784                   
784                   
1                     
                      ; ClassRangeRecord[9]
785                   
785                   
2                     
                      ; ClassRangeRecord[10]
786                   
794                   
3                     
                      ; ClassRangeRecord[11]
795                   
795                   
1                     
                      ; ClassRangeRecord[12]
796                   
796                   
3                     
                      ; ClassRangeRecord[13]
797                   
798                   
2                     
                      ; ClassRangeRecord[14]
799                   
822                   
1                     
                      ; ClassRangeRecord[15]
823                   
838                   
2                     
                      ; ClassRangeRecord[16]
839                   
843                   
3                     
                      ; ClassRangeRecord[17]
844                   
891                   
2                     
                      ; ClassRangeRecord[18]
892                   
893                   
1                     
                      ; ClassRangeRecord[19]
894                   
895                   
2                     
                      ; ClassRangeRecord[20]
896                   
896                   
1                     
                      ; ClassRangeRecord[21]
897                   
908                   
2                     
                      ; ClassRangeRecord[22]
909                   
1012                  
1                     
                      ; ClassRangeRecord[23]
1013                  
1020                  
2                     
                      ; ClassRangeRecord[24]
1021                  
1021                  
1                     
                      ; ClassRangeRecord[25]
1022                  
1024                  
3                     
                      ; ClassRangeRecord[26]
1025                  
1026                  
2                     
                      ; ClassRangeRecord[27]
1027                  
1033                  
3                     
                      ; ClassRangeRecord[28]
1034                  
1036                  
2                     
                      ; ClassRangeRecord[29]
1037                  
1045                  
3                     
                      ; ClassRangeRecord[30]
1046                  
1047                  
2                     
                      ; ClassRangeRecord[31]
1048                  
1050                  
3                     
                      ; ClassRangeRecord[32]
1051                  
1052                  
2                     
                      ; ClassRangeRecord[33]
1053                  
1059                  
3                     
                      ; ClassRangeRecord[34]
1060                  
1062                  
2                     
                      ; ClassRangeRecord[35]
1063                  
1071                  
3                     
                      ; ClassRangeRecord[36]
1072                  
1073                  
2                     
                      ; ClassRangeRecord[37]
1074                  
1076                  
3                     
                      ; ClassRangeRecord[38]
1077                  
1078                  
2                     
                      ; ClassRangeRecord[39]
1079                  
1085                  
3                     
                      ; ClassRangeRecord[40]
1086                  
1088                  
2                     
                      ; ClassRangeRecord[41]
1089                  
1097                  
3                     
                      ; ClassRangeRecord[42]
1098                  
1099                  
2                     
                      ; ClassRangeRecord[43]
1100                  
1119                  
1                     
                      ; ClassRangeRecord[44]
1120                  
1126                  
2                     

'DSIG' Table - Digital Signature
-------------------------------------
Size = 5544 bytes
  'DSIG' version:  1
  numSigs:       1
  Flags:			0001

'loca' Table - Index To Location Table
--------------------------------------
Size = 5276 bytes, 1319 entries
	Idx   0 -> glyfOff 0x00000000
	Idx   1 -> glyfOff 0x00000070* No contours *
	Idx   2 -> glyfOff 0x00000070* No contours *
	Idx   3 -> glyfOff 0x00000070* No contours *
	Idx   4 -> glyfOff 0x00000070
	Idx   5 -> glyfOff 0x00000124
	Idx   6 -> glyfOff 0x000001CC
	Idx   7 -> glyfOff 0x000003F4
	Idx   8 -> glyfOff 0x00000648
	Idx   9 -> glyfOff 0x0000084E
	Idx  10 -> glyfOff 0x00000A00
	Idx  11 -> glyfOff 0x00000A54
	Idx  12 -> glyfOff 0x00000B02
	Idx  13 -> glyfOff 0x00000BB0
	Idx  14 -> glyfOff 0x00000D6E
	Idx  15 -> glyfOff 0x00000E2A
	Idx  16 -> glyfOff 0x00000E8A
	Idx  17 -> glyfOff 0x00000EBE
	Idx  18 -> glyfOff 0x00000F0A
	Idx  19 -> glyfOff 0x00000FB6
	Idx  20 -> glyfOff 0x000011F8
	Idx  21 -> glyfOff 0x00001302
	Idx  22 -> glyfOff 0x000014A4
	Idx  23 -> glyfOff 0x00001652
	Idx  24 -> glyfOff 0x0000178C
	Idx  25 -> glyfOff 0x000018EA
	Idx  26 -> glyfOff 0x00001B22
	Idx  27 -> glyfOff 0x00001BEA
	Idx  28 -> glyfOff 0x00001E02
	Idx  29 -> glyfOff 0x00001FEA
	Idx  30 -> glyfOff 0x00002070
	Idx  31 -> glyfOff 0x0000211C
	Idx  32 -> glyfOff 0x000021E2
	Idx  33 -> glyfOff 0x00002272
	Idx  34 -> glyfOff 0x0000233C
	Idx  35 -> glyfOff 0x00002488
	Idx  36 -> glyfOff 0x000026B2
	Idx  37 -> glyfOff 0x000028F6
	Idx  38 -> glyfOff 0x00002AF2
	Idx  39 -> glyfOff 0x00002C72
	Idx  40 -> glyfOff 0x00002E02
	Idx  41 -> glyfOff 0x00002FA8
	Idx  42 -> glyfOff 0x0000312C
	Idx  43 -> glyfOff 0x000032FE
	Idx  44 -> glyfOff 0x00003572
	Idx  45 -> glyfOff 0x000036AA
	Idx  46 -> glyfOff 0x00003810
	Idx  47 -> glyfOff 0x00003B2E
	Idx  48 -> glyfOff 0x00003BFE
	Idx  49 -> glyfOff 0x00003EC4
	Idx  50 -> glyfOff 0x000040B2
	Idx  51 -> glyfOff 0x0000430E
	Idx  52 -> glyfOff 0x00004486
	Idx  53 -> glyfOff 0x00004704
	Idx  54 -> glyfOff 0x00004944
	Idx  55 -> glyfOff 0x00004ADC
	Idx  56 -> glyfOff 0x00004BD4
	Idx  57 -> glyfOff 0x00004D7E
	Idx  58 -> glyfOff 0x00004F5A
	Idx  59 -> glyfOff 0x000052C4
	Idx  60 -> glyfOff 0x000055B8
	Idx  61 -> glyfOff 0x000057E4
	Idx  62 -> glyfOff 0x00005956
	Idx  63 -> glyfOff 0x000059D8
	Idx  64 -> glyfOff 0x00005A60
	Idx  65 -> glyfOff 0x00005ADA
	Idx  66 -> glyfOff 0x00005BA2
	Idx  67 -> glyfOff 0x00005BE2
	Idx  68 -> glyfOff 0x00005C3E
	Idx  69 -> glyfOff 0x00005E3A
	Idx  70 -> glyfOff 0x00005FD8
	Idx  71 -> glyfOff 0x00006146
	Idx  72 -> glyfOff 0x000062A2
	Idx  73 -> glyfOff 0x000063E0
	Idx  74 -> glyfOff 0x0000653C
	Idx  75 -> glyfOff 0x000066EC
	Idx  76 -> glyfOff 0x000068FA
	Idx  77 -> glyfOff 0x000069D4
	Idx  78 -> glyfOff 0x00006AD2
	Idx  79 -> glyfOff 0x00006E24
	Idx  80 -> glyfOff 0x00006ED0
	Idx  81 -> glyfOff 0x000071B6
	Idx  82 -> glyfOff 0x000073D8
	Idx  83 -> glyfOff 0x00007574
	Idx  84 -> glyfOff 0x00007730
	Idx  85 -> glyfOff 0x00007904
	Idx  86 -> glyfOff 0x00007A96
	Idx  87 -> glyfOff 0x00007D46
	Idx  88 -> glyfOff 0x00007E8E
	Idx  89 -> glyfOff 0x00008012
	Idx  90 -> glyfOff 0x000081DC
	Idx  91 -> glyfOff 0x00008582
	Idx  92 -> glyfOff 0x000088D8
	Idx  93 -> glyfOff 0x00008B26
	Idx  94 -> glyfOff 0x00008C5E
	Idx  95 -> glyfOff 0x00008D8A
	Idx  96 -> glyfOff 0x00008DE0
	Idx  97 -> glyfOff 0x00008F4A
	Idx  98 -> glyfOff 0x00009036
	Idx  99 -> glyfOff 0x00009080
	Idx 100 -> glyfOff 0x000090CC
	Idx 101 -> glyfOff 0x000090FA
	Idx 102 -> glyfOff 0x00009130
	Idx 103 -> glyfOff 0x00009172
	Idx 104 -> glyfOff 0x000091A6
	Idx 105 -> glyfOff 0x000091E2
	Idx 106 -> glyfOff 0x00009214
	Idx 107 -> glyfOff 0x0000924E
	Idx 108 -> glyfOff 0x0000928C
	Idx 109 -> glyfOff 0x000092CC
	Idx 110 -> glyfOff 0x0000930C
	Idx 111 -> glyfOff 0x0000935C
	Idx 112 -> glyfOff 0x0000938C
	Idx 113 -> glyfOff 0x000093C4
	Idx 114 -> glyfOff 0x000093F8
	Idx 115 -> glyfOff 0x00009428
	Idx 116 -> glyfOff 0x0000945A
	Idx 117 -> glyfOff 0x0000948A
	Idx 118 -> glyfOff 0x000094B8
	Idx 119 -> glyfOff 0x000094E8
	Idx 120 -> glyfOff 0x00009518
	Idx 121 -> glyfOff 0x00009556
	Idx 122 -> glyfOff 0x0000958E
	Idx 123 -> glyfOff 0x000095C4
	Idx 124 -> glyfOff 0x000095F4
	Idx 125 -> glyfOff 0x0000962C
	Idx 126 -> glyfOff 0x00009668
	Idx 127 -> glyfOff 0x0000969A
	Idx 128 -> glyfOff 0x000096CA
	Idx 129 -> glyfOff 0x000096FA
	Idx 130 -> glyfOff 0x0000972C
	Idx 131 -> glyfOff 0x000097E0
	Idx 132 -> glyfOff 0x00009878
	Idx 133 -> glyfOff 0x000099E4
	Idx 134 -> glyfOff 0x00009B8E
	Idx 135 -> glyfOff 0x00009D6E
	Idx 136 -> glyfOff 0x00009DCE
	Idx 137 -> glyfOff 0x00009F6E
	Idx 138 -> glyfOff 0x0000A120
	Idx 139 -> glyfOff 0x0000A370
	Idx 140 -> glyfOff 0x0000A54A
	Idx 141 -> glyfOff 0x0000A7EA
	Idx 142 -> glyfOff 0x0000A84A
	Idx 143 -> glyfOff 0x0000A8CA
	Idx 144 -> glyfOff 0x0000A9FC
	Idx 145 -> glyfOff 0x0000ACF0
	Idx 146 -> glyfOff 0x0000AECE
	Idx 147 -> glyfOff 0x0000B01A
	Idx 148 -> glyfOff 0x0000B12A
	Idx 149 -> glyfOff 0x0000B242
	Idx 150 -> glyfOff 0x0000B35C
	Idx 151 -> glyfOff 0x0000B60C
	Idx 152 -> glyfOff 0x0000B704
	Idx 153 -> glyfOff 0x0000B7DC
	Idx 154 -> glyfOff 0x0000B8F2
	Idx 155 -> glyfOff 0x0000B9EC
	Idx 156 -> glyfOff 0x0000BB44
	Idx 157 -> glyfOff 0x0000BC9E
	Idx 158 -> glyfOff 0x0000BDBE
	Idx 159 -> glyfOff 0x0000BECA
	Idx 160 -> glyfOff 0x0000C032
	Idx 161 -> glyfOff 0x0000C2D2
	Idx 162 -> glyfOff 0x0000C45A
	Idx 163 -> glyfOff 0x0000C592
	Idx 164 -> glyfOff 0x0000C646
	Idx 165 -> glyfOff 0x0000C6BA
	Idx 166 -> glyfOff 0x0000C75C
	Idx 167 -> glyfOff 0x0000C87A
	Idx 168 -> glyfOff 0x0000CA5C
	Idx 169 -> glyfOff 0x0000CAFC
	Idx 170 -> glyfOff 0x0000CC70
	Idx 171 -> glyfOff 0x0000CDB2
	Idx 172 -> glyfOff 0x0000CE86
	Idx 173 -> glyfOff 0x0000CEC0
	Idx 174 -> glyfOff 0x0000CF02
	Idx 175 -> glyfOff 0x0000CF32
	Idx 176 -> glyfOff 0x0000D0CE
	Idx 177 -> glyfOff 0x0000D336
	Idx 178 -> glyfOff 0x0000D384
	Idx 179 -> glyfOff 0x0000D3D2
	Idx 180 -> glyfOff 0x0000D45C
	Idx 181 -> glyfOff 0x0000D4E6
	Idx 182 -> glyfOff 0x0000D54C
	Idx 183 -> glyfOff 0x0000D5B2
	Idx 184 -> glyfOff 0x0000D698
	Idx 185 -> glyfOff 0x0000D740
	Idx 186 -> glyfOff 0x0000D77A
	Idx 187 -> glyfOff 0x0000D7AE
	Idx 188 -> glyfOff 0x0000D7FA
	Idx 189 -> glyfOff 0x0000D9C0
	Idx 190 -> glyfOff 0x0000DA46
	Idx 191 -> glyfOff 0x0000DACC
	Idx 192 -> glyfOff 0x0000DCA8
	Idx 193 -> glyfOff 0x0000DE66
	Idx 194 -> glyfOff 0x0000DF78
	Idx 195 -> glyfOff 0x0000DFCA
	Idx 196 -> glyfOff 0x0000E01C
	Idx 197 -> glyfOff 0x0000E0B0
	Idx 198 -> glyfOff 0x0000E332
	Idx 199 -> glyfOff 0x0000E384
	Idx 200 -> glyfOff 0x0000E3C4
	Idx 201 -> glyfOff 0x0000E3F8
	Idx 202 -> glyfOff 0x0000E43E
	Idx 203 -> glyfOff 0x0000E472
	Idx 204 -> glyfOff 0x0000E4A8
	Idx 205 -> glyfOff 0x0000E4DA
	Idx 206 -> glyfOff 0x0000E512
	Idx 207 -> glyfOff 0x0000E550
	Idx 208 -> glyfOff 0x0000E580
	Idx 209 -> glyfOff 0x0000E5B0
	Idx 210 -> glyfOff 0x0000E5C8
	Idx 211 -> glyfOff 0x0000E5FC
	Idx 212 -> glyfOff 0x0000E632
	Idx 213 -> glyfOff 0x0000E67A
	Idx 214 -> glyfOff 0x0000E72A
	Idx 215 -> glyfOff 0x0000E7CA
	Idx 216 -> glyfOff 0x0000E894
	Idx 217 -> glyfOff 0x0000E8E6
	Idx 218 -> glyfOff 0x0000E95C
	Idx 219 -> glyfOff 0x0000E9A8
	Idx 220 -> glyfOff 0x0000EA46
	Idx 221 -> glyfOff 0x0000EB1A
	Idx 222 -> glyfOff 0x0000EC0C
	Idx 223 -> glyfOff 0x0000ECBA
	Idx 224 -> glyfOff 0x0000ED60
	Idx 225 -> glyfOff 0x0000EF52
	Idx 226 -> glyfOff 0x0000F0D6
	Idx 227 -> glyfOff 0x0000F110
	Idx 228 -> glyfOff 0x0000F146
	Idx 229 -> glyfOff 0x0000F17C
	Idx 230 -> glyfOff 0x0000F1BA
	Idx 231 -> glyfOff 0x0000F2AA
	Idx 232 -> glyfOff 0x0000F454
	Idx 233 -> glyfOff 0x0000F61C
	Idx 234 -> glyfOff 0x0000F650
	Idx 235 -> glyfOff 0x0000F684
	Idx 236 -> glyfOff 0x0000F816
	Idx 237 -> glyfOff 0x0000F95C
	Idx 238 -> glyfOff 0x0000F9DA
	Idx 239 -> glyfOff 0x0000FB30
	Idx 240 -> glyfOff 0x0000FC2A
	Idx 241 -> glyfOff 0x0000FD72
	Idx 242 -> glyfOff 0x0000FE8C
	Idx 243 -> glyfOff 0x00010046
	Idx 244 -> glyfOff 0x00010296
	Idx 245 -> glyfOff 0x000104E8
	Idx 246 -> glyfOff 0x0001063C
	Idx 247 -> glyfOff 0x00010670
	Idx 248 -> glyfOff 0x000106A6
	Idx 249 -> glyfOff 0x000106D8
	Idx 250 -> glyfOff 0x00010708
	Idx 251 -> glyfOff 0x00010736
	Idx 252 -> glyfOff 0x0001076A
	Idx 253 -> glyfOff 0x0001079C
	Idx 254 -> glyfOff 0x000107D2
	Idx 255 -> glyfOff 0x00010806
	Idx 256 -> glyfOff 0x000109FE
	Idx 257 -> glyfOff 0x00010A4E
	Idx 258 -> glyfOff 0x00010A98
	Idx 259 -> glyfOff 0x00010AD2
	Idx 260 -> glyfOff 0x00010B0E
	Idx 261 -> glyfOff 0x00010B62
	Idx 262 -> glyfOff 0x00010BB4
	Idx 263 -> glyfOff 0x00010BF4
	Idx 264 -> glyfOff 0x00010D9C
	Idx 265 -> glyfOff 0x00010DAC
	Idx 266 -> glyfOff 0x00010E00
	Idx 267 -> glyfOff 0x00010E84
	Idx 268 -> glyfOff 0x00010EC4
	Idx 269 -> glyfOff 0x00010EF4
	Idx 270 -> glyfOff 0x00010F26
	Idx 271 -> glyfOff 0x00010F58
	Idx 272 -> glyfOff 0x00010F90
	Idx 273 -> glyfOff 0x00010FD2
	Idx 274 -> glyfOff 0x0001100A
	Idx 275 -> glyfOff 0x00011044
	Idx 276 -> glyfOff 0x00011078
	Idx 277 -> glyfOff 0x000110AE
	Idx 278 -> glyfOff 0x000110F2
	Idx 279 -> glyfOff 0x0001112C
	Idx 280 -> glyfOff 0x00011160
	Idx 281 -> glyfOff 0x0001119A
	Idx 282 -> glyfOff 0x000111CC
	Idx 283 -> glyfOff 0x000111FC
	Idx 284 -> glyfOff 0x0001123E
	Idx 285 -> glyfOff 0x0001126E
	Idx 286 -> glyfOff 0x000112A2
	Idx 287 -> glyfOff 0x000112D4
	Idx 288 -> glyfOff 0x00011304
	Idx 289 -> glyfOff 0x00011332
	Idx 290 -> glyfOff 0x00011364
	Idx 291 -> glyfOff 0x00011508
	Idx 292 -> glyfOff 0x0001154A
	Idx 293 -> glyfOff 0x00011584
	Idx 294 -> glyfOff 0x000115B8
	Idx 295 -> glyfOff 0x000115F2
	Idx 296 -> glyfOff 0x00011622
	Idx 297 -> glyfOff 0x0001165A
	Idx 298 -> glyfOff 0x0001168E
	Idx 299 -> glyfOff 0x000116C4
	Idx 300 -> glyfOff 0x000117BE
	Idx 301 -> glyfOff 0x00011968
	Idx 302 -> glyfOff 0x00011B16
	Idx 303 -> glyfOff 0x00011C94
	Idx 304 -> glyfOff 0x00011DC8
	Idx 305 -> glyfOff 0x00011F34
	Idx 306 -> glyfOff 0x00012012
	Idx 307 -> glyfOff 0x000120B8
	Idx 308 -> glyfOff 0x00012234
	Idx 309 -> glyfOff 0x000122BA
	Idx 310 -> glyfOff 0x000122F6
	Idx 311 -> glyfOff 0x00012452
	Idx 312 -> glyfOff 0x00012728
	Idx 313 -> glyfOff 0x000127CC
	Idx 314 -> glyfOff 0x00012880
	Idx 315 -> glyfOff 0x00012922
	Idx 316 -> glyfOff 0x000129C4
	Idx 317 -> glyfOff 0x00012AAC
	Idx 318 -> glyfOff 0x00012B8E
	Idx 319 -> glyfOff 0x00012C94
	Idx 320 -> glyfOff 0x00012CE2
	Idx 321 -> glyfOff 0x00012D86
	Idx 322 -> glyfOff 0x00012E54
	Idx 323 -> glyfOff 0x00012ED0
	Idx 324 -> glyfOff 0x00012F38
	Idx 325 -> glyfOff 0x00012FA0
	Idx 326 -> glyfOff 0x00013010
	Idx 327 -> glyfOff 0x0001303A
	Idx 328 -> glyfOff 0x0001306A
	Idx 329 -> glyfOff 0x000130A2
	Idx 330 -> glyfOff 0x000130DA
	Idx 331 -> glyfOff 0x00013112
	Idx 332 -> glyfOff 0x0001314A
	Idx 333 -> glyfOff 0x00013190
	Idx 334 -> glyfOff 0x000131D8
	Idx 335 -> glyfOff 0x0001321A
	Idx 336 -> glyfOff 0x0001325E
	Idx 337 -> glyfOff 0x000132BE
	Idx 338 -> glyfOff 0x00013304
	Idx 339 -> glyfOff 0x00013358
	Idx 340 -> glyfOff 0x000133AA
	Idx 341 -> glyfOff 0x00013402
	Idx 342 -> glyfOff 0x0001346E
	Idx 343 -> glyfOff 0x000134C0
	Idx 344 -> glyfOff 0x00013518
	Idx 345 -> glyfOff 0x00013584
	Idx 346 -> glyfOff 0x000135D6
	Idx 347 -> glyfOff 0x00013630
	Idx 348 -> glyfOff 0x0001369C
	Idx 349 -> glyfOff 0x000136F0
	Idx 350 -> glyfOff 0x00013748
	Idx 351 -> glyfOff 0x000137B4
	Idx 352 -> glyfOff 0x00013814
	Idx 353 -> glyfOff 0x0001387E
	Idx 354 -> glyfOff 0x00013906
	Idx 355 -> glyfOff 0x00013968
	Idx 356 -> glyfOff 0x000139D2
	Idx 357 -> glyfOff 0x00013A5E
	Idx 358 -> glyfOff 0x00013AC2
	Idx 359 -> glyfOff 0x00013B24
	Idx 360 -> glyfOff 0x00013BA8
	Idx 361 -> glyfOff 0x00013C06
	Idx 362 -> glyfOff 0x00013C6A
	Idx 363 -> glyfOff 0x00013CEE
	Idx 364 -> glyfOff 0x00013D80
	Idx 365 -> glyfOff 0x00013E1A
	Idx 366 -> glyfOff 0x00013EDA
	Idx 367 -> glyfOff 0x00013F06
	Idx 368 -> glyfOff 0x00013F32
	Idx 369 -> glyfOff 0x00013F60
	Idx 370 -> glyfOff 0x00013F8E
	Idx 371 -> glyfOff 0x00013FBE
	Idx 372 -> glyfOff 0x00014410
	Idx 373 -> glyfOff 0x00014C9C
	Idx 374 -> glyfOff 0x000154DE
	Idx 375 -> glyfOff 0x00015508
	Idx 376 -> glyfOff 0x00015540
	Idx 377 -> glyfOff 0x00015584
	Idx 378 -> glyfOff 0x000155C0
	Idx 379 -> glyfOff 0x0001560E
	Idx 380 -> glyfOff 0x0001564A
	Idx 381 -> glyfOff 0x00015724
	Idx 382 -> glyfOff 0x00015792
	Idx 383 -> glyfOff 0x00015878
	Idx 384 -> glyfOff 0x000159D4
	Idx 385 -> glyfOff 0x00015AD6
	Idx 386 -> glyfOff 0x00015C7E
	Idx 387 -> glyfOff 0x00015D96
	Idx 388 -> glyfOff 0x00015F48
	Idx 389 -> glyfOff 0x00016078
	Idx 390 -> glyfOff 0x000161D8
	Idx 391 -> glyfOff 0x00016284
	Idx 392 -> glyfOff 0x000162FE
	Idx 393 -> glyfOff 0x000163C0
	Idx 394 -> glyfOff 0x000164D8
	Idx 395 -> glyfOff 0x00016740
	Idx 396 -> glyfOff 0x0001692E
	Idx 397 -> glyfOff 0x0001695A
	Idx 398 -> glyfOff 0x000169B0
	Idx 399 -> glyfOff 0x000169E4
	Idx 400 -> glyfOff 0x00016B98
	Idx 401 -> glyfOff 0x00016CA8
	Idx 402 -> glyfOff 0x00016CD2
	Idx 403 -> glyfOff 0x00016CEE
	Idx 404 -> glyfOff 0x00016D5C
	Idx 405 -> glyfOff 0x00016D94
	Idx 406 -> glyfOff 0x00016E0E
	Idx 407 -> glyfOff 0x00016E42
	Idx 408 -> glyfOff 0x00016E76
	Idx 409 -> glyfOff 0x00016EB4
	Idx 410 -> glyfOff 0x00016EEE
	Idx 411 -> glyfOff 0x00016F22
	Idx 412 -> glyfOff 0x00016F56
	Idx 413 -> glyfOff 0x00016F88
	Idx 414 -> glyfOff 0x00016FC0
	Idx 415 -> glyfOff 0x00017008
	Idx 416 -> glyfOff 0x0001703C
	Idx 417 -> glyfOff 0x00017074
	Idx 418 -> glyfOff 0x000170A8
	Idx 419 -> glyfOff 0x000170EA
	Idx 420 -> glyfOff 0x0001711E
	Idx 421 -> glyfOff 0x00017154
	Idx 422 -> glyfOff 0x0001718C
	Idx 423 -> glyfOff 0x000171B6
	Idx 424 -> glyfOff 0x000171EC
	Idx 425 -> glyfOff 0x0001722C
	Idx 426 -> glyfOff 0x0001742A
	Idx 427 -> glyfOff 0x000176CA
	Idx 428 -> glyfOff 0x000178DC
	Idx 429 -> glyfOff 0x0001790E
	Idx 430 -> glyfOff 0x00017942
	Idx 431 -> glyfOff 0x00017978
	Idx 432 -> glyfOff 0x000179AC
	Idx 433 -> glyfOff 0x000179E2
	Idx 434 -> glyfOff 0x00017A12
	Idx 435 -> glyfOff 0x00017B84
	Idx 436 -> glyfOff 0x00017CDA
	Idx 437 -> glyfOff 0x00017D14
	Idx 438 -> glyfOff 0x00017E18
	Idx 439 -> glyfOff 0x00017E42
	Idx 440 -> glyfOff 0x00017E66
	Idx 441 -> glyfOff 0x00018008
	Idx 442 -> glyfOff 0x0001802C
	Idx 443 -> glyfOff 0x00018050
	Idx 444 -> glyfOff 0x00018074
	Idx 445 -> glyfOff 0x000180A4
	Idx 446 -> glyfOff 0x0001820E
	Idx 447 -> glyfOff 0x000183BA
	Idx 448 -> glyfOff 0x000183D2
	Idx 449 -> glyfOff 0x00018406
	Idx 450 -> glyfOff 0x0001841E
	Idx 451 -> glyfOff 0x0001844E
	Idx 452 -> glyfOff 0x00018472
	Idx 453 -> glyfOff 0x00018496
	Idx 454 -> glyfOff 0x000184CC
	Idx 455 -> glyfOff 0x00018500
	Idx 456 -> glyfOff 0x0001869E
	Idx 457 -> glyfOff 0x0001881C
	Idx 458 -> glyfOff 0x00018852
	Idx 459 -> glyfOff 0x00018888
	Idx 460 -> glyfOff 0x000188BA
	Idx 461 -> glyfOff 0x000188EE
	Idx 462 -> glyfOff 0x0001891E
	Idx 463 -> glyfOff 0x0001894E
	Idx 464 -> glyfOff 0x00018B36
	Idx 465 -> glyfOff 0x00018CF6
	Idx 466 -> glyfOff 0x00018D2E
	Idx 467 -> glyfOff 0x00018D64
	Idx 468 -> glyfOff 0x00018DA0
	Idx 469 -> glyfOff 0x00018DD0
	Idx 470 -> glyfOff 0x00018EFE
	Idx 471 -> glyfOff 0x00018F50
	Idx 472 -> glyfOff 0x00018FA6
	Idx 473 -> glyfOff 0x00018FD6
	Idx 474 -> glyfOff 0x00019004
	Idx 475 -> glyfOff 0x00019034
	Idx 476 -> glyfOff 0x00019062
	Idx 477 -> glyfOff 0x00019072
	Idx 478 -> glyfOff 0x000190AA
	Idx 479 -> glyfOff 0x000190E2
	Idx 480 -> glyfOff 0x00019112
	Idx 481 -> glyfOff 0x00019140
	Idx 482 -> glyfOff 0x00019174
	Idx 483 -> glyfOff 0x000191A6
	Idx 484 -> glyfOff 0x000191DE
	Idx 485 -> glyfOff 0x00019214
	Idx 486 -> glyfOff 0x00019224
	Idx 487 -> glyfOff 0x00019234
	Idx 488 -> glyfOff 0x000193BE
	Idx 489 -> glyfOff 0x00019498
	Idx 490 -> glyfOff 0x00019714
	Idx 491 -> glyfOff 0x000199F2
	Idx 492 -> glyfOff 0x00019C8C
	Idx 493 -> glyfOff 0x00019EE2
	Idx 494 -> glyfOff 0x00019F6C
	Idx 495 -> glyfOff 0x0001A000
	Idx 496 -> glyfOff 0x0001A010
	Idx 497 -> glyfOff 0x0001A0E0
	Idx 498 -> glyfOff 0x0001A344
	Idx 499 -> glyfOff 0x0001A56A
	Idx 500 -> glyfOff 0x0001A7F2
	Idx 501 -> glyfOff 0x0001A920
	Idx 502 -> glyfOff 0x0001AA62
	Idx 503 -> glyfOff 0x0001AC4C
	Idx 504 -> glyfOff 0x0001AE16
	Idx 505 -> glyfOff 0x0001AE4C
	Idx 506 -> glyfOff 0x0001AE5C
	Idx 507 -> glyfOff 0x0001AE6C
	Idx 508 -> glyfOff 0x0001AF20
	Idx 509 -> glyfOff 0x0001AF30
	Idx 510 -> glyfOff 0x0001AF40
	Idx 511 -> glyfOff 0x0001AF50
	Idx 512 -> glyfOff 0x0001AF60
	Idx 513 -> glyfOff 0x0001AF70
	Idx 514 -> glyfOff 0x0001B12C
	Idx 515 -> glyfOff 0x0001B13C
	Idx 516 -> glyfOff 0x0001B14C
	Idx 517 -> glyfOff 0x0001B314
	Idx 518 -> glyfOff 0x0001B324
	Idx 519 -> glyfOff 0x0001B4B6
	Idx 520 -> glyfOff 0x0001B4C6
	Idx 521 -> glyfOff 0x0001B5FE
	Idx 522 -> glyfOff 0x0001B60E
	Idx 523 -> glyfOff 0x0001B61E
	Idx 524 -> glyfOff 0x0001B62E
	Idx 525 -> glyfOff 0x0001B854
	Idx 526 -> glyfOff 0x0001B9EA
	Idx 527 -> glyfOff 0x0001BA22
	Idx 528 -> glyfOff 0x0001BA60
	Idx 529 -> glyfOff 0x0001BA8E
	Idx 530 -> glyfOff 0x0001BAC2
	Idx 531 -> glyfOff 0x0001BAF6
	Idx 532 -> glyfOff 0x0001BB2A
	Idx 533 -> glyfOff 0x0001BB6C
	Idx 534 -> glyfOff 0x0001BC8C
	Idx 535 -> glyfOff 0x0001BDB0
	Idx 536 -> glyfOff 0x0001BEB2
	Idx 537 -> glyfOff 0x0001C024
	Idx 538 -> glyfOff 0x0001C142
	Idx 539 -> glyfOff 0x0001C1AA
	Idx 540 -> glyfOff 0x0001C3D2
	Idx 541 -> glyfOff 0x0001C582
	Idx 542 -> glyfOff 0x0001C6D6
	Idx 543 -> glyfOff 0x0001C7C6
	Idx 544 -> glyfOff 0x0001C968
	Idx 545 -> glyfOff 0x0001C978
	Idx 546 -> glyfOff 0x0001CA3C
	Idx 547 -> glyfOff 0x0001CB5C
	Idx 548 -> glyfOff 0x0001CCAE
	Idx 549 -> glyfOff 0x0001CE50
	Idx 550 -> glyfOff 0x0001CF86
	Idx 551 -> glyfOff 0x0001D0C0
	Idx 552 -> glyfOff 0x0001D102
	Idx 553 -> glyfOff 0x0001D144
	Idx 554 -> glyfOff 0x0001D178
	Idx 555 -> glyfOff 0x0001D1A6
	Idx 556 -> glyfOff 0x0001D1E0
	Idx 557 -> glyfOff 0x0001D230
	Idx 558 -> glyfOff 0x0001D3BA
	Idx 559 -> glyfOff 0x0001D3EC
	Idx 560 -> glyfOff 0x0001D542
	Idx 561 -> glyfOff 0x0001D552
	Idx 562 -> glyfOff 0x0001D562
	Idx 563 -> glyfOff 0x0001D5A4
	Idx 564 -> glyfOff 0x0001D5B4
	Idx 565 -> glyfOff 0x0001D74A
	Idx 566 -> glyfOff 0x0001D9C0
	Idx 567 -> glyfOff 0x0001DBA8
	Idx 568 -> glyfOff 0x0001DBE8
	Idx 569 -> glyfOff 0x0001DC38
	Idx 570 -> glyfOff 0x0001DDF0
	Idx 571 -> glyfOff 0x0001DE00
	Idx 572 -> glyfOff 0x0001DF26
	Idx 573 -> glyfOff 0x0001DF36
	Idx 574 -> glyfOff 0x0001E04C
	Idx 575 -> glyfOff 0x0001E186
	Idx 576 -> glyfOff 0x0001E196
	Idx 577 -> glyfOff 0x0001E5AA
	Idx 578 -> glyfOff 0x0001E730
	Idx 579 -> glyfOff 0x0001E8E4
	Idx 580 -> glyfOff 0x0001E92A
	Idx 581 -> glyfOff 0x0001EB56
	Idx 582 -> glyfOff 0x0001ECBE
	Idx 583 -> glyfOff 0x0001ECCE
	Idx 584 -> glyfOff 0x0001ECDE
	Idx 585 -> glyfOff 0x0001ECEE
	Idx 586 -> glyfOff 0x0001EE80
	Idx 587 -> glyfOff 0x0001EE90
	Idx 588 -> glyfOff 0x0001EEA0
	Idx 589 -> glyfOff 0x0001EEB0
	Idx 590 -> glyfOff 0x0001F08C
	Idx 591 -> glyfOff 0x0001F244
	Idx 592 -> glyfOff 0x0001F254
	Idx 593 -> glyfOff 0x0001F3CA
	Idx 594 -> glyfOff 0x0001F58C
	Idx 595 -> glyfOff 0x0001F8AA
	Idx 596 -> glyfOff 0x0001FBAE
	Idx 597 -> glyfOff 0x0001FCD6
	Idx 598 -> glyfOff 0x0001FF1C
	Idx 599 -> glyfOff 0x00020050
	Idx 600 -> glyfOff 0x00020082
	Idx 601 -> glyfOff 0x00020256
	Idx 602 -> glyfOff 0x00020296
	Idx 603 -> glyfOff 0x000202A6
	Idx 604 -> glyfOff 0x000203CC
	Idx 605 -> glyfOff 0x00020516
	Idx 606 -> glyfOff 0x00020626
	Idx 607 -> glyfOff 0x0002077A
	Idx 608 -> glyfOff 0x0002078A
	Idx 609 -> glyfOff 0x00020B06
	Idx 610 -> glyfOff 0x00020C58
	Idx 611 -> glyfOff 0x00020E30
	Idx 612 -> glyfOff 0x00020E72
	Idx 613 -> glyfOff 0x00021080
	Idx 614 -> glyfOff 0x000211E0
	Idx 615 -> glyfOff 0x00021456
	Idx 616 -> glyfOff 0x00021662
	Idx 617 -> glyfOff 0x00021672
	Idx 618 -> glyfOff 0x000217F8
	Idx 619 -> glyfOff 0x00021808
	Idx 620 -> glyfOff 0x00021818
	Idx 621 -> glyfOff 0x000218EE
	Idx 622 -> glyfOff 0x00021AC4
	Idx 623 -> glyfOff 0x00021C74
	Idx 624 -> glyfOff 0x00021C84
	Idx 625 -> glyfOff 0x00021E1A
	Idx 626 -> glyfOff 0x00021FF2
	Idx 627 -> glyfOff 0x00022252
	Idx 628 -> glyfOff 0x000224AA
	Idx 629 -> glyfOff 0x000225DA
	Idx 630 -> glyfOff 0x00022806
	Idx 631 -> glyfOff 0x00022940
	Idx 632 -> glyfOff 0x00022974
	Idx 633 -> glyfOff 0x00022B56
	Idx 634 -> glyfOff 0x00022D24
	Idx 635 -> glyfOff 0x00022D56
	Idx 636 -> glyfOff 0x00022F46
	Idx 637 -> glyfOff 0x00022F76
	Idx 638 -> glyfOff 0x0002309A
	Idx 639 -> glyfOff 0x000230AA
	Idx 640 -> glyfOff 0x000230BA
	Idx 641 -> glyfOff 0x000230F4
	Idx 642 -> glyfOff 0x00023104
	Idx 643 -> glyfOff 0x00023290
	Idx 644 -> glyfOff 0x000234FA
	Idx 645 -> glyfOff 0x000236EA
	Idx 646 -> glyfOff 0x00023724
	Idx 647 -> glyfOff 0x00023762
	Idx 648 -> glyfOff 0x000238FA
	Idx 649 -> glyfOff 0x000239E6
	Idx 650 -> glyfOff 0x00023AD0
	Idx 651 -> glyfOff 0x00023B04
	Idx 652 -> glyfOff 0x00023D82
	Idx 653 -> glyfOff 0x00023F42
	Idx 654 -> glyfOff 0x00023FA2
	Idx 655 -> glyfOff 0x000240A4
	Idx 656 -> glyfOff 0x00024142
	Idx 657 -> glyfOff 0x000241F8
	Idx 658 -> glyfOff 0x00024236
	Idx 659 -> glyfOff 0x000242AA
	Idx 660 -> glyfOff 0x00024354
	Idx 661 -> glyfOff 0x00024398
	Idx 662 -> glyfOff 0x000243F8
	Idx 663 -> glyfOff 0x00024442
	Idx 664 -> glyfOff 0x000244D2
	Idx 665 -> glyfOff 0x00024516
	Idx 666 -> glyfOff 0x0002455C
	Idx 667 -> glyfOff 0x00024598
	Idx 668 -> glyfOff 0x000245E8
	Idx 669 -> glyfOff 0x00024630
	Idx 670 -> glyfOff 0x00024668
	Idx 671 -> glyfOff 0x000246A0
	Idx 672 -> glyfOff 0x00024716
	Idx 673 -> glyfOff 0x00024882
	Idx 674 -> glyfOff 0x000248FA
	Idx 675 -> glyfOff 0x000249D4
	Idx 676 -> glyfOff 0x00024A40
	Idx 677 -> glyfOff 0x00024AC4
	Idx 678 -> glyfOff 0x00024B16
	Idx 679 -> glyfOff 0x00024B8E
	Idx 680 -> glyfOff 0x00024C1A
	Idx 681 -> glyfOff 0x00024CF6
	Idx 682 -> glyfOff 0x00024D42
	Idx 683 -> glyfOff 0x00024DC0
	Idx 684 -> glyfOff 0x00024E56
	Idx 685 -> glyfOff 0x00024F44
	Idx 686 -> glyfOff 0x00024FDC
	Idx 687 -> glyfOff 0x000250D0
	Idx 688 -> glyfOff 0x00025138
	Idx 689 -> glyfOff 0x00025194
	Idx 690 -> glyfOff 0x00025250
	Idx 691 -> glyfOff 0x00025314
	Idx 692 -> glyfOff 0x000253C4
	Idx 693 -> glyfOff 0x0002548A
	Idx 694 -> glyfOff 0x0002554E
	Idx 695 -> glyfOff 0x00025664
	Idx 696 -> glyfOff 0x00025746
	Idx 697 -> glyfOff 0x000257A6
	Idx 698 -> glyfOff 0x0002588E
	Idx 699 -> glyfOff 0x00025920
	Idx 700 -> glyfOff 0x000259B6
	Idx 701 -> glyfOff 0x00025A4A
	Idx 702 -> glyfOff 0x00025AE0
	Idx 703 -> glyfOff 0x00025B2C
	Idx 704 -> glyfOff 0x00025BBE
	Idx 705 -> glyfOff 0x00025CB0
	Idx 706 -> glyfOff 0x00025D28
	Idx 707 -> glyfOff 0x00025D7A
	Idx 708 -> glyfOff 0x00025DCC
	Idx 709 -> glyfOff 0x00025E12
	Idx 710 -> glyfOff 0x00025E9E
	Idx 711 -> glyfOff 0x00025F5A
	Idx 712 -> glyfOff 0x00025F8A
	Idx 713 -> glyfOff 0x00025FBA
	Idx 714 -> glyfOff 0x00025FEA
	Idx 715 -> glyfOff 0x0002601A
	Idx 716 -> glyfOff 0x0002603E
	Idx 717 -> glyfOff 0x00026062
	Idx 718 -> glyfOff 0x00026218
	Idx 719 -> glyfOff 0x00026244
	Idx 720 -> glyfOff 0x00026274
	Idx 721 -> glyfOff 0x000262A2
	Idx 722 -> glyfOff 0x000262C6
	Idx 723 -> glyfOff 0x000262FA
	Idx 724 -> glyfOff 0x00026334
	Idx 725 -> glyfOff 0x0002645A
	Idx 726 -> glyfOff 0x000264D4
	Idx 727 -> glyfOff 0x00026506
	Idx 728 -> glyfOff 0x0002652E
	Idx 729 -> glyfOff 0x0002658A
	Idx 730 -> glyfOff 0x000265AE
	Idx 731 -> glyfOff 0x000265DC
	Idx 732 -> glyfOff 0x000266DA
	Idx 733 -> glyfOff 0x000267DA
	Idx 734 -> glyfOff 0x000268D0
	Idx 735 -> glyfOff 0x00026A46
	Idx 736 -> glyfOff 0x00026B92
	Idx 737 -> glyfOff 0x00026BBC
	Idx 738 -> glyfOff 0x00026CD8
	Idx 739 -> glyfOff 0x00026D0A
	Idx 740 -> glyfOff 0x00026D2E
	Idx 741 -> glyfOff 0x00026D5C
	Idx 742 -> glyfOff 0x00026D8A
	Idx 743 -> glyfOff 0x00026DBC
	Idx 744 -> glyfOff 0x00026F00
	Idx 745 -> glyfOff 0x00026F3C
	Idx 746 -> glyfOff 0x00027088
	Idx 747 -> glyfOff 0x0002714A
	Idx 748 -> glyfOff 0x000271FE
	Idx 749 -> glyfOff 0x00027296
	Idx 750 -> glyfOff 0x00027376
	Idx 751 -> glyfOff 0x00027484
	Idx 752 -> glyfOff 0x00027566
	Idx 753 -> glyfOff 0x00027594
	Idx 754 -> glyfOff 0x00027656
	Idx 755 -> glyfOff 0x000277F8
	Idx 756 -> glyfOff 0x0002783A
	Idx 757 -> glyfOff 0x000278A2
	Idx 758 -> glyfOff 0x00027996
	Idx 759 -> glyfOff 0x000279BE
	Idx 760 -> glyfOff 0x00027ABE
	Idx 761 -> glyfOff 0x00027B94
	Idx 762 -> glyfOff 0x00027C14
	Idx 763 -> glyfOff 0x00027C92
	Idx 764 -> glyfOff 0x00027D70
	Idx 765 -> glyfOff 0x00027E98
	Idx 766 -> glyfOff 0x00027FAE
	Idx 767 -> glyfOff 0x00028054
	Idx 768 -> glyfOff 0x0002810E
	Idx 769 -> glyfOff 0x000281C6
	Idx 770 -> glyfOff 0x0002826A
	Idx 771 -> glyfOff 0x00028334
	Idx 772 -> glyfOff 0x0002840E
	Idx 773 -> glyfOff 0x00028494
	Idx 774 -> glyfOff 0x00028578
	Idx 775 -> glyfOff 0x000285D8
	Idx 776 -> glyfOff 0x00028708
	Idx 777 -> glyfOff 0x000287D8
	Idx 778 -> glyfOff 0x0002886A
	Idx 779 -> glyfOff 0x00028988
	Idx 780 -> glyfOff 0x00028A8A
	Idx 781 -> glyfOff 0x00028B8C
	Idx 782 -> glyfOff 0x00028BA4
	Idx 783 -> glyfOff 0x00028BD8
	Idx 784 -> glyfOff 0x00028BFE
	Idx 785 -> glyfOff 0x00028F4E
	Idx 786 -> glyfOff 0x00028FAE
	Idx 787 -> glyfOff 0x0002904A
	Idx 788 -> glyfOff 0x0002906A
	Idx 789 -> glyfOff 0x000291FC
	Idx 790 -> glyfOff 0x000293EE
	Idx 791 -> glyfOff 0x0002959A
	Idx 792 -> glyfOff 0x0002978E
	Idx 793 -> glyfOff 0x00029976
	Idx 794 -> glyfOff 0x000299D4
	Idx 795 -> glyfOff 0x00029CAC
	Idx 796 -> glyfOff 0x00029CBC
	Idx 797 -> glyfOff 0x00029D9C
	Idx 798 -> glyfOff 0x00029DDA
	Idx 799 -> glyfOff 0x00029E10
	Idx 800 -> glyfOff 0x00029E36
	Idx 801 -> glyfOff 0x00029E4C
	Idx 802 -> glyfOff 0x00029E80
	Idx 803 -> glyfOff 0x00029E96
	Idx 804 -> glyfOff 0x00029EEA
	Idx 805 -> glyfOff 0x00029F44
	Idx 806 -> glyfOff 0x00029F9A
	Idx 807 -> glyfOff 0x00029FEC
	Idx 808 -> glyfOff 0x0002A048
	Idx 809 -> glyfOff 0x0002A278
	Idx 810 -> glyfOff 0x0002A28E
	Idx 811 -> glyfOff 0x0002A2B4
	Idx 812 -> glyfOff 0x0002A2E8
	Idx 813 -> glyfOff 0x0002A324
	Idx 814 -> glyfOff 0x0002A542
	Idx 815 -> glyfOff 0x0002A784
	Idx 816 -> glyfOff 0x0002A8B2
	Idx 817 -> glyfOff 0x0002A9D8
	Idx 818 -> glyfOff 0x0002AB68
	Idx 819 -> glyfOff 0x0002AD20
	Idx 820 -> glyfOff 0x0002AE76
	Idx 821 -> glyfOff 0x0002AFEA
	Idx 822 -> glyfOff 0x0002B0F2
	Idx 823 -> glyfOff 0x0002B212
	Idx 824 -> glyfOff 0x0002B22A
	Idx 825 -> glyfOff 0x0002B262
	Idx 826 -> glyfOff 0x0002B29C
	Idx 827 -> glyfOff 0x0002B2CA
	Idx 828 -> glyfOff 0x0002B30C
	Idx 829 -> glyfOff 0x0002B370
	Idx 830 -> glyfOff 0x0002B3B4
	Idx 831 -> glyfOff 0x0002B52C
	Idx 832 -> glyfOff 0x0002B584
	Idx 833 -> glyfOff 0x0002B704
	Idx 834 -> glyfOff 0x0002B83C
	Idx 835 -> glyfOff 0x0002B878
	Idx 836 -> glyfOff 0x0002B8A4
	Idx 837 -> glyfOff 0x0002B8D8
	Idx 838 -> glyfOff 0x0002B90A
	Idx 839 -> glyfOff 0x0002B94C
	Idx 840 -> glyfOff 0x0002BBEA
	Idx 841 -> glyfOff 0x0002BDB6
	Idx 842 -> glyfOff 0x0002BF16
	Idx 843 -> glyfOff 0x0002C100
	Idx 844 -> glyfOff 0x0002C25A
	Idx 845 -> glyfOff 0x0002C280
	Idx 846 -> glyfOff 0x0002C2B8
	Idx 847 -> glyfOff 0x0002C2E8
	Idx 848 -> glyfOff 0x0002C520
	Idx 849 -> glyfOff 0x0002C54C
	Idx 850 -> glyfOff 0x0002C5B2
	Idx 851 -> glyfOff 0x0002C60C
	Idx 852 -> glyfOff 0x0002C898
	Idx 853 -> glyfOff 0x0002C8C2
	Idx 854 -> glyfOff 0x0002CB00
	Idx 855 -> glyfOff 0x0002CB58
	Idx 856 -> glyfOff 0x0002CB94
	Idx 857 -> glyfOff 0x0002CBB4
	Idx 858 -> glyfOff 0x0002CBCC
	Idx 859 -> glyfOff 0x0002CC0C
	Idx 860 -> glyfOff 0x0002CC30
	Idx 861 -> glyfOff 0x0002CC68
	Idx 862 -> glyfOff 0x0002CCB6
	Idx 863 -> glyfOff 0x0002CCFC
	Idx 864 -> glyfOff 0x0002CD5C
	Idx 865 -> glyfOff 0x0002CDBC
	Idx 866 -> glyfOff 0x0002CDEC
	Idx 867 -> glyfOff 0x0002CE30
	Idx 868 -> glyfOff 0x0002CE6A
	Idx 869 -> glyfOff 0x0002CFC2
	Idx 870 -> glyfOff 0x0002CFFA
	Idx 871 -> glyfOff 0x0002D18A
	Idx 872 -> glyfOff 0x0002D1A2
	Idx 873 -> glyfOff 0x0002D2C4
	Idx 874 -> glyfOff 0x0002D2F0
	Idx 875 -> glyfOff 0x0002D3AA
	Idx 876 -> glyfOff 0x0002D5B6
	Idx 877 -> glyfOff 0x0002D5DC
	Idx 878 -> glyfOff 0x0002D6EE
	Idx 879 -> glyfOff 0x0002D738
	Idx 880 -> glyfOff 0x0002D80A
	Idx 881 -> glyfOff 0x0002D83E
	Idx 882 -> glyfOff 0x0002D86A
	Idx 883 -> glyfOff 0x0002D8AE
	Idx 884 -> glyfOff 0x0002D8DE
	Idx 885 -> glyfOff 0x0002DAAC
	Idx 886 -> glyfOff 0x0002DB34
	Idx 887 -> glyfOff 0x0002DB8C
	Idx 888 -> glyfOff 0x0002DC00
	Idx 889 -> glyfOff 0x0002DC2C
	Idx 890 -> glyfOff 0x0002DC82
	Idx 891 -> glyfOff 0x0002DCB8
	Idx 892 -> glyfOff 0x0002DCFA
	Idx 893 -> glyfOff 0x0002DD74
	Idx 894 -> glyfOff 0x0002DDF4
	Idx 895 -> glyfOff 0x0002DF56
	Idx 896 -> glyfOff 0x0002E1C2
	Idx 897 -> glyfOff 0x0002E1D2
	Idx 898 -> glyfOff 0x0002E20C
	Idx 899 -> glyfOff 0x0002E254
	Idx 900 -> glyfOff 0x0002E284
	Idx 901 -> glyfOff 0x0002E2B0
	Idx 902 -> glyfOff 0x0002E2F6
	Idx 903 -> glyfOff 0x0002E33C
	Idx 904 -> glyfOff 0x0002E386
	Idx 905 -> glyfOff 0x0002E3C6
	Idx 906 -> glyfOff 0x0002E3F8
	Idx 907 -> glyfOff 0x0002E418
	Idx 908 -> glyfOff 0x0002E44E
	Idx 909 -> glyfOff 0x0002E490
	Idx 910 -> glyfOff 0x0002E504
	Idx 911 -> glyfOff 0x0002E59A
	Idx 912 -> glyfOff 0x0002E5B2
	Idx 913 -> glyfOff 0x0002E5CA
	Idx 914 -> glyfOff 0x0002E5E2
	Idx 915 -> glyfOff 0x0002E5FA
	Idx 916 -> glyfOff 0x0002E648
	Idx 917 -> glyfOff 0x0002E692
	Idx 918 -> glyfOff 0x0002E6BA
	Idx 919 -> glyfOff 0x0002E6EE
	Idx 920 -> glyfOff 0x0002E72A
	Idx 921 -> glyfOff 0x0002E768
	Idx 922 -> glyfOff 0x0002E78C
	Idx 923 -> glyfOff 0x0002E7BC
	Idx 924 -> glyfOff 0x0002E800
	Idx 925 -> glyfOff 0x0002E834
	Idx 926 -> glyfOff 0x0002E88E
	Idx 927 -> glyfOff 0x0002E8E2
	Idx 928 -> glyfOff 0x0002E8FA
	Idx 929 -> glyfOff 0x0002E912
	Idx 930 -> glyfOff 0x0002EA0C
	Idx 931 -> glyfOff 0x0002EB8C
	Idx 932 -> glyfOff 0x0002EC60
	Idx 933 -> glyfOff 0x0002ED98
	Idx 934 -> glyfOff 0x0002EDC6
	Idx 935 -> glyfOff 0x0002EDF4
	Idx 936 -> glyfOff 0x0002EE0C
	Idx 937 -> glyfOff 0x0002EE34
	Idx 938 -> glyfOff 0x0002EEE8
	Idx 939 -> glyfOff 0x0002EF8E
	Idx 940 -> glyfOff 0x0002EFC2
	Idx 941 -> glyfOff 0x0002EFEC
	Idx 942 -> glyfOff 0x0002F09C
	Idx 943 -> glyfOff 0x0002F17E
	Idx 944 -> glyfOff 0x0002F1AC
	Idx 945 -> glyfOff 0x0002F1D0
	Idx 946 -> glyfOff 0x0002F364
	Idx 947 -> glyfOff 0x0002F4E4
	Idx 948 -> glyfOff 0x0002F62A
	Idx 949 -> glyfOff 0x0002F77E
	Idx 950 -> glyfOff 0x0002F7AE
	Idx 951 -> glyfOff 0x0002F7DE
	Idx 952 -> glyfOff 0x0002F812
	Idx 953 -> glyfOff 0x0002F846
	Idx 954 -> glyfOff 0x0002F980
	Idx 955 -> glyfOff 0x0002FB06
	Idx 956 -> glyfOff 0x0002FC08
	Idx 957 -> glyfOff 0x0002FD4E
	Idx 958 -> glyfOff 0x0002FD7E
	Idx 959 -> glyfOff 0x0002FDB6
	Idx 960 -> glyfOff 0x0002FDE2
	Idx 961 -> glyfOff 0x0002FE0E
	Idx 962 -> glyfOff 0x0002FEFE
	Idx 963 -> glyfOff 0x0003001E
	Idx 964 -> glyfOff 0x0003010C
	Idx 965 -> glyfOff 0x0003022C
	Idx 966 -> glyfOff 0x00030276
	Idx 967 -> glyfOff 0x000302BE
	Idx 968 -> glyfOff 0x000302FE
	Idx 969 -> glyfOff 0x00030340
	Idx 970 -> glyfOff 0x00030490
	Idx 971 -> glyfOff 0x000305E8
	Idx 972 -> glyfOff 0x000306DA
	Idx 973 -> glyfOff 0x000307F0
	Idx 974 -> glyfOff 0x0003081E
	Idx 975 -> glyfOff 0x00030862
	Idx 976 -> glyfOff 0x00030898
	Idx 977 -> glyfOff 0x000308D4
	Idx 978 -> glyfOff 0x0003090C
	Idx 979 -> glyfOff 0x00030948
	Idx 980 -> glyfOff 0x0003098A
	Idx 981 -> glyfOff 0x000309D0
	Idx 982 -> glyfOff 0x00030B4C
	Idx 983 -> glyfOff 0x00030D00
	Idx 984 -> glyfOff 0x00030D54
	Idx 985 -> glyfOff 0x00030DA6
	Idx 986 -> glyfOff 0x00030F42
	Idx 987 -> glyfOff 0x00031104
	Idx 988 -> glyfOff 0x00031114
	Idx 989 -> glyfOff 0x00031124
	Idx 990 -> glyfOff 0x0003120A
	Idx 991 -> glyfOff 0x0003130A
	Idx 992 -> glyfOff 0x00031388
	Idx 993 -> glyfOff 0x00031454
	Idx 994 -> glyfOff 0x00031554
	Idx 995 -> glyfOff 0x00031564
	Idx 996 -> glyfOff 0x00031634
	Idx 997 -> glyfOff 0x0003171E
	Idx 998 -> glyfOff 0x0003182A
	Idx 999 -> glyfOff 0x00031956
	Idx 1000 -> glyfOff 0x00031988
	Idx 1001 -> glyfOff 0x000319BC
	Idx 1002 -> glyfOff 0x000319CC
	Idx 1003 -> glyfOff 0x00031AB6
	Idx 1004 -> glyfOff 0x00031C1E
	Idx 1005 -> glyfOff 0x00031DE4
	Idx 1006 -> glyfOff 0x00031EF2
	Idx 1007 -> glyfOff 0x0003201A
	Idx 1008 -> glyfOff 0x0003202A
	Idx 1009 -> glyfOff 0x0003203A
	Idx 1010 -> glyfOff 0x00032074
	Idx 1011 -> glyfOff 0x00032250
	Idx 1012 -> glyfOff 0x00032290
	Idx 1013 -> glyfOff 0x000322C8
	Idx 1014 -> glyfOff 0x000322F6
	Idx 1015 -> glyfOff 0x00032332
	Idx 1016 -> glyfOff 0x00032366
	Idx 1017 -> glyfOff 0x00032398
	Idx 1018 -> glyfOff 0x000323D0
	Idx 1019 -> glyfOff 0x00032408
	Idx 1020 -> glyfOff 0x0003253E
	Idx 1021 -> glyfOff 0x00032660
	Idx 1022 -> glyfOff 0x000326A0
	Idx 1023 -> glyfOff 0x000326B2
	Idx 1024 -> glyfOff 0x000326C4
	Idx 1025 -> glyfOff 0x000326D6
	Idx 1026 -> glyfOff 0x0003270C
	Idx 1027 -> glyfOff 0x00032744
	Idx 1028 -> glyfOff 0x00032756
	Idx 1029 -> glyfOff 0x00032768
	Idx 1030 -> glyfOff 0x0003277A
	Idx 1031 -> glyfOff 0x0003278C
	Idx 1032 -> glyfOff 0x000327AA
	Idx 1033 -> glyfOff 0x000327C8
	Idx 1034 -> glyfOff 0x000327E8
	Idx 1035 -> glyfOff 0x00032826
	Idx 1036 -> glyfOff 0x0003286C
	Idx 1037 -> glyfOff 0x000328DC
	Idx 1038 -> glyfOff 0x000328EE
	Idx 1039 -> glyfOff 0x00032900
	Idx 1040 -> glyfOff 0x00032912
	Idx 1041 -> glyfOff 0x00032924
	Idx 1042 -> glyfOff 0x00032936
	Idx 1043 -> glyfOff 0x00032948
	Idx 1044 -> glyfOff 0x0003295A
	Idx 1045 -> glyfOff 0x0003296C
	Idx 1046 -> glyfOff 0x0003297E
	Idx 1047 -> glyfOff 0x000329B2
	Idx 1048 -> glyfOff 0x000329EA
	Idx 1049 -> glyfOff 0x000329FC
	Idx 1050 -> glyfOff 0x00032A0E
	Idx 1051 -> glyfOff 0x00032A20
	Idx 1052 -> glyfOff 0x00032A54
	Idx 1053 -> glyfOff 0x00032A98
	Idx 1054 -> glyfOff 0x00032AB6
	Idx 1055 -> glyfOff 0x00032AC8
	Idx 1056 -> glyfOff 0x00032ADA
	Idx 1057 -> glyfOff 0x00032AEC
	Idx 1058 -> glyfOff 0x00032B0A
	Idx 1059 -> glyfOff 0x00032B1C
	Idx 1060 -> glyfOff 0x00032B2E
	Idx 1061 -> glyfOff 0x00032B64
	Idx 1062 -> glyfOff 0x00032B9A
	Idx 1063 -> glyfOff 0x00032BF2
	Idx 1064 -> glyfOff 0x00032C12
	Idx 1065 -> glyfOff 0x00032C24
	Idx 1066 -> glyfOff 0x00032C36
	Idx 1067 -> glyfOff 0x00032C48
	Idx 1068 -> glyfOff 0x00032C5A
	Idx 1069 -> glyfOff 0x00032C6C
	Idx 1070 -> glyfOff 0x00032C7E
	Idx 1071 -> glyfOff 0x00032CA8
	Idx 1072 -> glyfOff 0x00032CBA
	Idx 1073 -> glyfOff 0x00032CF8
	Idx 1074 -> glyfOff 0x00032D3C
	Idx 1075 -> glyfOff 0x00032D56
	Idx 1076 -> glyfOff 0x00032D68
	Idx 1077 -> glyfOff 0x00032D7A
	Idx 1078 -> glyfOff 0x00032F5E
	Idx 1079 -> glyfOff 0x000331AE
	Idx 1080 -> glyfOff 0x000331C0
	Idx 1081 -> glyfOff 0x000331D2
	Idx 1082 -> glyfOff 0x000331E4
	Idx 1083 -> glyfOff 0x000331F6
	Idx 1084 -> glyfOff 0x00033208
	Idx 1085 -> glyfOff 0x0003321A
	Idx 1086 -> glyfOff 0x0003322C
	Idx 1087 -> glyfOff 0x0003347C
	Idx 1088 -> glyfOff 0x000336EE
	Idx 1089 -> glyfOff 0x00033A1C
	Idx 1090 -> glyfOff 0x00033A2E
	Idx 1091 -> glyfOff 0x00033A40
	Idx 1092 -> glyfOff 0x00033A52
	Idx 1093 -> glyfOff 0x00033A64
	Idx 1094 -> glyfOff 0x00033A76
	Idx 1095 -> glyfOff 0x00033AA4
	Idx 1096 -> glyfOff 0x00033AC4
	Idx 1097 -> glyfOff 0x00033AF2
	Idx 1098 -> glyfOff 0x00033B34
	Idx 1099 -> glyfOff 0x00033B66
	Idx 1100 -> glyfOff 0x00033B9A
	Idx 1101 -> glyfOff 0x00033C3E
	Idx 1102 -> glyfOff 0x00033D18
	Idx 1103 -> glyfOff 0x00033DD8
	Idx 1104 -> glyfOff 0x00033FF6
	Idx 1105 -> glyfOff 0x000340DC
	Idx 1106 -> glyfOff 0x000341D8
	Idx 1107 -> glyfOff 0x0003426C
	Idx 1108 -> glyfOff 0x00034320
	Idx 1109 -> glyfOff 0x0003446A
	Idx 1110 -> glyfOff 0x000345B0
	Idx 1111 -> glyfOff 0x000346BC
	Idx 1112 -> glyfOff 0x000347CE
	Idx 1113 -> glyfOff 0x00034922
	Idx 1114 -> glyfOff 0x00034A38
	Idx 1115 -> glyfOff 0x00034BE4
	Idx 1116 -> glyfOff 0x00034D3C
	Idx 1117 -> glyfOff 0x00034E78
	Idx 1118 -> glyfOff 0x00034FD4
	Idx 1119 -> glyfOff 0x00035100
	Idx 1120 -> glyfOff 0x000351E4
	Idx 1121 -> glyfOff 0x000353F4
	Idx 1122 -> glyfOff 0x00035654
	Idx 1123 -> glyfOff 0x000358D0
	Idx 1124 -> glyfOff 0x00035B6E
	Idx 1125 -> glyfOff 0x00035EB8
	Idx 1126 -> glyfOff 0x00035ECE
	Idx 1127 -> glyfOff 0x00035EE4
	Idx 1128 -> glyfOff 0x00036084
	Idx 1129 -> glyfOff 0x00036316
	Idx 1130 -> glyfOff 0x00036540
	Idx 1131 -> glyfOff 0x000366CA
	Idx 1132 -> glyfOff 0x0003683E
	Idx 1133 -> glyfOff 0x000369BE
	Idx 1134 -> glyfOff 0x00036A2E
	Idx 1135 -> glyfOff 0x00036A9E
	Idx 1136 -> glyfOff 0x00036B12
	Idx 1137 -> glyfOff 0x00036B86
	Idx 1138 -> glyfOff 0x00036BFA
	Idx 1139 -> glyfOff 0x00036C64
	Idx 1140 -> glyfOff 0x00036D1C
	Idx 1141 -> glyfOff 0x00036DD0
	Idx 1142 -> glyfOff 0x00036E82
	Idx 1143 -> glyfOff 0x00036F36
	Idx 1144 -> glyfOff 0x00036FF0
	Idx 1145 -> glyfOff 0x000370AA
	Idx 1146 -> glyfOff 0x0003716C
	Idx 1147 -> glyfOff 0x00037212
	Idx 1148 -> glyfOff 0x0003729E
	Idx 1149 -> glyfOff 0x000372DC
	Idx 1150 -> glyfOff 0x0003746A
	Idx 1151 -> glyfOff 0x00037516
	Idx 1152 -> glyfOff 0x000375E0
	Idx 1153 -> glyfOff 0x00037648
	Idx 1154 -> glyfOff 0x000376B0
	Idx 1155 -> glyfOff 0x00037720
	Idx 1156 -> glyfOff 0x00037790
	Idx 1157 -> glyfOff 0x00037848
	Idx 1158 -> glyfOff 0x00037900
	Idx 1159 -> glyfOff 0x000379BA
	Idx 1160 -> glyfOff 0x00037A74
	Idx 1161 -> glyfOff 0x00037B2E
	Idx 1162 -> glyfOff 0x00037BEC
	Idx 1163 -> glyfOff 0x00037CAA
	Idx 1164 -> glyfOff 0x00037D68
	Idx 1165 -> glyfOff 0x00037D7A
	Idx 1166 -> glyfOff 0x00037D8C
	Idx 1167 -> glyfOff 0x00037D9E
	Idx 1168 -> glyfOff 0x00037DB0
	Idx 1169 -> glyfOff 0x00037DC2
	Idx 1170 -> glyfOff 0x00037E36
	Idx 1171 -> glyfOff 0x00037EA0
	Idx 1172 -> glyfOff 0x00037F5E
	Idx 1173 -> glyfOff 0x00037F70
	Idx 1174 -> glyfOff 0x00037F82
	Idx 1175 -> glyfOff 0x00037F94
	Idx 1176 -> glyfOff 0x00037FA6
	Idx 1177 -> glyfOff 0x00037FB8
	Idx 1178 -> glyfOff 0x00037FCA
	Idx 1179 -> glyfOff 0x00037FDC
	Idx 1180 -> glyfOff 0x00037FEE
	Idx 1181 -> glyfOff 0x00038000
	Idx 1182 -> glyfOff 0x00038012
	Idx 1183 -> glyfOff 0x000380CC
	Idx 1184 -> glyfOff 0x00038186
	Idx 1185 -> glyfOff 0x00038240
	Idx 1186 -> glyfOff 0x000382FA
	Idx 1187 -> glyfOff 0x00038324
	Idx 1188 -> glyfOff 0x0003834A
	Idx 1189 -> glyfOff 0x00038388
	Idx 1190 -> glyfOff 0x000383B4
	Idx 1191 -> glyfOff 0x0003841A
	Idx 1192 -> glyfOff 0x00038474
	Idx 1193 -> glyfOff 0x000384DC
	Idx 1194 -> glyfOff 0x0003853A
	Idx 1195 -> glyfOff 0x00038590
	Idx 1196 -> glyfOff 0x000385DE
	Idx 1197 -> glyfOff 0x00038634
	Idx 1198 -> glyfOff 0x00038682
	Idx 1199 -> glyfOff 0x000386E4
	Idx 1200 -> glyfOff 0x00038734
	Idx 1201 -> glyfOff 0x00038798
	Idx 1202 -> glyfOff 0x000387F6
	Idx 1203 -> glyfOff 0x00038858
	Idx 1204 -> glyfOff 0x000388A8
	Idx 1205 -> glyfOff 0x00038910
	Idx 1206 -> glyfOff 0x00038982
	Idx 1207 -> glyfOff 0x000389E0
	Idx 1208 -> glyfOff 0x00038A2C
	Idx 1209 -> glyfOff 0x00038A92
	Idx 1210 -> glyfOff 0x00038AE0
	Idx 1211 -> glyfOff 0x00038B0E
	Idx 1212 -> glyfOff 0x00038B36
	Idx 1213 -> glyfOff 0x00038B5E
	Idx 1214 -> glyfOff 0x00038B82
	Idx 1215 -> glyfOff 0x00038BBC
	Idx 1216 -> glyfOff 0x00038BEA
	Idx 1217 -> glyfOff 0x00038C2E
	Idx 1218 -> glyfOff 0x00038C7A
	Idx 1219 -> glyfOff 0x00038CC0
	Idx 1220 -> glyfOff 0x00038D10
	Idx 1221 -> glyfOff 0x00038D44
	Idx 1222 -> glyfOff 0x00038D84
	Idx 1223 -> glyfOff 0x00038DB8
	Idx 1224 -> glyfOff 0x00038DF8
	Idx 1225 -> glyfOff 0x00038E40
	Idx 1226 -> glyfOff 0x00038E84
	Idx 1227 -> glyfOff 0x00038EA8
	Idx 1228 -> glyfOff 0x00038ECC
	Idx 1229 -> glyfOff 0x00038EF2
	Idx 1230 -> glyfOff 0x00038F18
	Idx 1231 -> glyfOff 0x00038F3E
	Idx 1232 -> glyfOff 0x00038F64
	Idx 1233 -> glyfOff 0x00038F88
	Idx 1234 -> glyfOff 0x00038FAC
	Idx 1235 -> glyfOff 0x00038FF2
	Idx 1236 -> glyfOff 0x0003903E
	Idx 1237 -> glyfOff 0x00039084
	Idx 1238 -> glyfOff 0x000390D4
	Idx 1239 -> glyfOff 0x00039108
	Idx 1240 -> glyfOff 0x0003914C
	Idx 1241 -> glyfOff 0x00039180
	Idx 1242 -> glyfOff 0x000391C0
	Idx 1243 -> glyfOff 0x00039200
	Idx 1244 -> glyfOff 0x00039242
	Idx 1245 -> glyfOff 0x00039274
	Idx 1246 -> glyfOff 0x000392A2
	Idx 1247 -> glyfOff 0x000392D8
	Idx 1248 -> glyfOff 0x0003930A
	Idx 1249 -> glyfOff 0x0003932E
	Idx 1250 -> glyfOff 0x00039352
	Idx 1251 -> glyfOff 0x00039382
	Idx 1252 -> glyfOff 0x000393B0
	Idx 1253 -> glyfOff 0x000393DC
	Idx 1254 -> glyfOff 0x00039402
	Idx 1255 -> glyfOff 0x00039428
	Idx 1256 -> glyfOff 0x0003944E
	Idx 1257 -> glyfOff 0x00039478
	Idx 1258 -> glyfOff 0x000394B4
	Idx 1259 -> glyfOff 0x000394E4
	Idx 1260 -> glyfOff 0x00039512
	Idx 1261 -> glyfOff 0x00039556
	Idx 1262 -> glyfOff 0x00039584
	Idx 1263 -> glyfOff 0x000395AE
	Idx 1264 -> glyfOff 0x000395E6
	Idx 1265 -> glyfOff 0x00039616
	Idx 1266 -> glyfOff 0x00039644
	Idx 1267 -> glyfOff 0x0003966A
	Idx 1268 -> glyfOff 0x00039690
	Idx 1269 -> glyfOff 0x000396B6
	Idx 1270 -> glyfOff 0x000396DA
	Idx 1271 -> glyfOff 0x000396FE
	Idx 1272 -> glyfOff 0x00039724
	Idx 1273 -> glyfOff 0x00039754
	Idx 1274 -> glyfOff 0x00039782
	Idx 1275 -> glyfOff 0x000397BE
	Idx 1276 -> glyfOff 0x000397F8
	Idx 1277 -> glyfOff 0x00039828
	Idx 1278 -> glyfOff 0x00039858
	Idx 1279 -> glyfOff 0x00039888
	Idx 1280 -> glyfOff 0x000398B6
	Idx 1281 -> glyfOff 0x000398E6
	Idx 1282 -> glyfOff 0x0003993C
	Idx 1283 -> glyfOff 0x00039962
	Idx 1284 -> glyfOff 0x000399D2
	Idx 1285 -> glyfOff 0x000399F4
	Idx 1286 -> glyfOff 0x00039A84
	Idx 1287 -> glyfOff 0x00039AAE
	Idx 1288 -> glyfOff 0x00039B38
	Idx 1289 -> glyfOff 0x00039B4E
	Idx 1290 -> glyfOff 0x00039BE8
	Idx 1291 -> glyfOff 0x00039D66
	Idx 1292 -> glyfOff 0x00039F5E
	Idx 1293 -> glyfOff 0x0003A0FE
	Idx 1294 -> glyfOff 0x0003A2F8
	Idx 1295 -> glyfOff 0x0003A3C0
	Idx 1296 -> glyfOff 0x0003A482
	Idx 1297 -> glyfOff 0x0003A6DE
	Idx 1298 -> glyfOff 0x0003A922
	Idx 1299 -> glyfOff 0x0003AA86
	Idx 1300 -> glyfOff 0x0003ABEC
	Idx 1301 -> glyfOff 0x0003AD76
	Idx 1302 -> glyfOff 0x0003AF0E
	Idx 1303 -> glyfOff 0x0003B00C
	Idx 1304 -> glyfOff 0x0003B100
	Idx 1305 -> glyfOff 0x0003B1DE
	Idx 1306 -> glyfOff 0x0003B2C4
	Idx 1307 -> glyfOff 0x0003B3D2
	Idx 1308 -> glyfOff 0x0003B4EE
	Idx 1309 -> glyfOff 0x0003B626
	Idx 1310 -> glyfOff 0x0003B7CE
	Idx 1311 -> glyfOff 0x0003B978
	Idx 1312 -> glyfOff 0x0003BAAC
	Idx 1313 -> glyfOff 0x0003BB8A
	Idx 1314 -> glyfOff 0x0003BC64
	Idx 1315 -> glyfOff 0x0003BD78
	Idx 1316 -> glyfOff 0x0003BE56
	Idx 1317 -> glyfOff 0x0003BF84
	           Ends at 0x0003C086

'glyf' Table - Glyph Data
-------------------------
Size = 245894 bytes, 1318 entries
	Glyph   0: off = 0x00000000, len = 112
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	70
	00000: PUSHB[2]              6     7 
	00003: PUSHW[1]            268 
	00006: PUSHB[5]              2     1     0     5     4 
	00012: PUSHW[1]            268 
	00015: PUSHB[5]              3     0    10     6     5 
	00021: PUSHW[1]            268 
	00024: PUSHB[7]              3     3     2    26     9     7     4 
	00032: PUSHW[1]            268 
	00035: PUSHB[7]              1     0    25     8    79   123    24 
	00043: CALL       
	00044: FLIPOFF    
	00045: SRP0       
	00046: MIRP[srp0,nmd,rd,0] 
	00047: ALIGNRP    
	00048: FLIPON     
	00049: MIRP[srp0,md,rd,1] 
	00050: ALIGNRP    
	00051: FLIPOFF    
	00052: SRP0       
	00053: MIRP[srp0,nmd,rd,2] 
	00054: ALIGNRP    
	00055: FLIPON     
	00056: SRP0       
	00057: MIRP[srp0,md,rd,1] 
	00058: ALIGNRP    
	00059: SVTCA[y-axis] 
	00060: MIAP[rd+ci] 
	00061: ALIGNRP    
	00062: MIRP[srp0,md,rd,1] 
	00063: ALIGNRP    
	00064: MIAP[rd+ci] 
	00065: ALIGNRP    
	00066: MIRP[srp0,md,rd,1] 
	00067: ALIGNRP    
	00068: IUP[y]     
	00069: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph   1: off = 0x00000070, len = 0

	Glyph   2: off = 0x00000070, len = 0

	Glyph   3: off = 0x00000070, len = 0

	Glyph   4: off = 0x00000070, len = 180
	  numberOfContours:	2
	  xMin:			491
	  yMin:			-30
	  xMax:			738
	  yMax:			1285

	EndPoints
	---------
	  0:  17
	  1:  31

	  Length of Instructions:	79
	00000: NPUSHB      (15):   214    11   229    11     2     8     7    10     0    16 
	                             1    19   116    26     4 
	00017: PUSHW[1]            439 
	00020: NPUSHB      (19):    13     0    26    11    22   174    16    62     1    10 
	                            62    29   174     1    91     0     7     1     7 
	00041: PUSHW[5]            585    32   254   334    24 
	00052: CALL       
	00053: SRP0       
	00054: MIRP[srp0,nmd,rd,2] 
	00055: DELTAP1    
	00056: MIRP[nrp0,md,rd,1] 
	00057: MIRP[nrp0,nmd,rd,0] 
	00058: MIRP[nrp0,nmd,rd,0] 
	00059: SRP0       
	00060: MIRP[nrp0,nmd,rd,0] 
	00061: MIRP[nrp0,nmd,rd,0] 
	00062: SVTCA[y-axis] 
	00063: MIAP[rd+ci] 
	00064: MIAP[rd+ci] 
	00065: MIRP[nrp0,md,rd,1] 
	00066: SRP0       
	00067: MIRP[nrp0,md,rd,1] 
	00068: SVTCA[x-axis] 
	00069: SRP1       
	00070: SRP2       
	00071: IP         
	00072: SRP1       
	00073: SRP2       
	00074: IP         
	00075: IUP[y]     
	00076: IUP[x]     
	00077: SVTCA[x-axis] 
	00078: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                              X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:                              X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                              X-Short On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   695,  1170)  ->  Abs (   695,  1170)
	  1: Rel (   -38,  -678)  ->  Abs (   657,   492)
	  2: Rel (    -2,   -32)  ->  Abs (   655,   460)
	  3: Rel (   -23,   -26)  ->  Abs (   632,   434)
	  4: Rel (   -17,     0)  ->  Abs (   615,   434)
	  5: Rel (   -18,     0)  ->  Abs (   597,   434)
	  6: Rel (   -23,    26)  ->  Abs (   574,   460)
	  7: Rel (    -2,    32)  ->  Abs (   572,   492)
	  8: Rel (   -37,   678)  ->  Abs (   535,  1170)
	  9: Rel (    -2,    24)  ->  Abs (   533,  1194)
	 10: Rel (     0,    11)  ->  Abs (   533,  1205)
	 11: Rel (     0,    34)  ->  Abs (   533,  1239)
	 12: Rel (    47,    46)  ->  Abs (   580,  1285)
	 13: Rel (    35,     0)  ->  Abs (   615,  1285)
	 14: Rel (    35,     0)  ->  Abs (   650,  1285)
	 15: Rel (    46,   -46)  ->  Abs (   696,  1239)
	 16: Rel (     0,   -35)  ->  Abs (   696,  1204)
	 17: Rel (     0,   -10)  ->  Abs (   696,  1194)
	 18: Rel (  -101, -1016)  ->  Abs (   595,   178)
	 19: Rel (    39,     0)  ->  Abs (   634,   178)
	 20: Rel (    43,     0)  ->  Abs (   677,   178)
	 21: Rel (    61,   -61)  ->  Abs (   738,   117)
	 22: Rel (     0,   -43)  ->  Abs (   738,    74)
	 23: Rel (     0,   -44)  ->  Abs (   738,    30)
	 24: Rel (   -62,   -60)  ->  Abs (   676,   -30)
	 25: Rel (   -42,     0)  ->  Abs (   634,   -30)
	 26: Rel (   -39,     0)  ->  Abs (   595,   -30)
	 27: Rel (   -43,     0)  ->  Abs (   552,   -30)
	 28: Rel (   -61,    61)  ->  Abs (   491,    31)
	 29: Rel (     0,    42)  ->  Abs (   491,    73)
	 30: Rel (     0,    45)  ->  Abs (   491,   118)
	 31: Rel (    62,    60)  ->  Abs (   553,   178)

	Glyph   5: off = 0x00000124, len = 168
	  numberOfContours:	2
	  xMin:			266
	  yMin:			679
	  xMax:			961
	  yMax:			1234

	EndPoints
	---------
	  0:  8
	  1:  17

	  Length of Instructions:	96
	00000: PUSHB[2]             14     5 
	00003: PUSHW[1]            646 
	00006: NPUSHB      (10):     1    10     9     9     0     1     0    10   215     9 
	00018: PUSHW[3]            676    11   702 
	00025: NPUSHB      (12):    32    17   191    17   207    17   223    17   239    17 
	                             5    17 
	00039: PUSHW[3]            278     2   702 
	00046: PUSHB[4]              8     1   215     0 
	00051: PUSHW[1]            676 
	00054: PUSHB[6]             48     8   111     8     2     8 
	00061: PUSHW[5]            665    18   241   336    24 
	00072: CALL       
	00073: SRP0       
	00074: MIRP[srp0,nmd,rd,2] 
	00075: DELTAP1    
	00076: MIRP[srp0,nmd,rd,0] 
	00077: MIRP[nrp0,md,rd,1] 
	00078: SRP0       
	00079: MIRP[srp0,md,rd,1] 
	00080: MIRP[srp0,nmd,rd,2] 
	00081: DELTAP1    
	00082: MIRP[nrp0,md,rd,1] 
	00083: MIRP[srp0,nmd,rd,0] 
	00084: MIRP[nrp0,md,rd,1] 
	00085: SVTCA[y-axis] 
	00086: MIAP[rd+ci] 
	00087: ALIGNRP    
	00088: ALIGNRP    
	00089: SRP0       
	00090: ALIGNRP    
	00091: SRP0       
	00092: MIRP[srp0,nmd,rd,0] 
	00093: ALIGNRP    
	00094: IUP[y]     
	00095: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:                              X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                                      On
	 10:  YDual                               On
	 11:                              X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   266,  1234)  ->  Abs (   266,  1234)
	  1: Rel (   266,     0)  ->  Abs (   532,  1234)
	  2: Rel (   -70,  -486)  ->  Abs (   462,   748)
	  3: Rel (    -6,   -38)  ->  Abs (   456,   710)
	  4: Rel (   -32,   -31)  ->  Abs (   424,   679)
	  5: Rel (   -25,     0)  ->  Abs (   399,   679)
	  6: Rel (   -25,     0)  ->  Abs (   374,   679)
	  7: Rel (   -32,    31)  ->  Abs (   342,   710)
	  8: Rel (    -6,    38)  ->  Abs (   336,   748)
	  9: Rel (   359,   486)  ->  Abs (   695,  1234)
	 10: Rel (   266,     0)  ->  Abs (   961,  1234)
	 11: Rel (   -70,  -486)  ->  Abs (   891,   748)
	 12: Rel (    -6,   -38)  ->  Abs (   885,   710)
	 13: Rel (   -32,   -31)  ->  Abs (   853,   679)
	 14: Rel (   -24,     0)  ->  Abs (   829,   679)
	 15: Rel (   -26,     0)  ->  Abs (   803,   679)
	 16: Rel (   -32,    31)  ->  Abs (   771,   710)
	 17: Rel (    -5,    38)  ->  Abs (   766,   748)

	Glyph   6: off = 0x000001CC, len = 552
	  numberOfContours:	2
	  xMin:			187
	  yMin:			-130
	  xMax:			1041
	  yMax:			1346

	EndPoints
	---------
	  0:  71
	  1:  75

	  Length of Instructions:	331
	00000: NPUSHB      (51):    80    19    80    28   159    20   159    27   175    20 
	                           175    26   175    27     7    71     0    72    38    37 
	                            73    65    64    55    44    45    54    91    73    64 
	                            19    53    73   182    49    59    49     2     1    75 
	                            35    36    74     8     9    18    29    28    19    91 
	                            74 
	00053: PUSHW[1]            -64 
	00056: PUSHB[3]             34    53    74 
	00060: PUSHW[1]            -64 
	00063: PUSHB[3]             36    53    74 
	00067: PUSHW[1]            -64 
	00070: PUSHB[3]             29    53    74 
	00074: PUSHW[1]            -64 
	00077: PUSHB[7]             23    53    74   182    23    13    23 
	00085: PUSHB[2]              6     2 
	00088: RS         
	00089: EQ         
	00090: IF         
	00091: ELSE       
	00092: NPUSHB      (61):     5   160     1    68   160    64    41   160    45    32 
	                           160    36     1    91    75     0    91    72    64    91 
	                            55    63    91    56    62    55    52    72    52    75 
	                            52    18    10    91    17     9    91    17    62    18 
	                            64    42   150    52    18    64    34    53    18    64 
	                            22    58    52    18    64    15    53    95    18     1 
	                            18 
	00155: PUSHW[1]            592 
	00158: NPUSHB      (45):    77    46    91    53    45    91    54    37    91    73 
	                            36    91    74    53    62    54    52    73    52    80 
	                            74     1    74    52    19    27    91    20   144    24 
	                           160    24     2    28    91    80    20   144    20   160 
	                            20     3    20    62    19 
	00205: PUSHW[1]            -64 
	00208: NPUSHB      (11):    42   150    52    16    19   144    19   160    19     3 
	                            19 
	00221: PUSHW[5]            753    76   241   337    24 
	00232: CALL       
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,0] 
	00235: DELTAP1    
	00236: CALL       
	00237: MIRP[nrp0,md,rd,0] 
	00238: DELTAP1    
	00239: MIRP[nrp0,md,rd,1] 
	00240: DELTAP1    
	00241: SRP0       
	00242: MIRP[nrp0,md,rd,1] 
	00243: SRP0       
	00244: MIRP[srp0,nmd,rd,0] 
	00245: DELTAP1    
	00246: MIRP[srp0,nmd,rd,0] 
	00247: MIRP[srp0,nmd,rd,0] 
	00248: MIRP[nrp0,md,rd,0] 
	00249: SRP0       
	00250: MIRP[nrp0,md,rd,1] 
	00251: SRP0       
	00252: MIRP[nrp0,md,rd,1] 
	00253: SRP0       
	00254: MIRP[nrp0,md,rd,1] 
	00255: SRP0       
	00256: MIRP[nrp0,md,rd,1] 
	00257: SRP0       
	00258: MIRP[srp0,nmd,rd,0] 
	00259: DELTAP1    
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: MIRP[nrp0,md,rd,0] 
	00265: MIRP[nrp0,md,rd,1] 
	00266: SRP0       
	00267: MIRP[nrp0,md,rd,1] 
	00268: SRP0       
	00269: MIRP[srp0,nmd,rd,0] 
	00270: MIRP[srp0,nmd,rd,0] 
	00271: MIRP[srp0,nmd,rd,0] 
	00272: MIRP[srp0,md,rd,0] 
	00273: MIRP[nrp0,md,rd,1] 
	00274: SRP0       
	00275: MIRP[nrp0,md,rd,1] 
	00276: SRP0       
	00277: MIRP[nrp0,md,rd,1] 
	00278: SRP0       
	00279: MIRP[nrp0,md,rd,1] 
	00280: SRP0       
	00281: MIRP[nrp0,nmd,rd,0] 
	00282: SRP0       
	00283: MIRP[nrp0,nmd,rd,0] 
	00284: SRP0       
	00285: MIRP[nrp0,nmd,rd,0] 
	00286: SRP0       
	00287: MIRP[nrp0,nmd,rd,0] 
	00288: EIF        
	00289: SVTCA[y-axis] 
	00290: MDAP[rd]   
	00291: MDAP[rd]   
	00292: SRP0       
	00293: MIRP[srp0,md,rd,1] 
	00294: CALL       
	00295: CALL       
	00296: CALL       
	00297: CALL       
	00298: MIRP[srp0,md,rd,1] 
	00299: ALIGNRP    
	00300: ALIGNRP    
	00301: ALIGNRP    
	00302: ALIGNRP    
	00303: ALIGNRP    
	00304: SRP0       
	00305: ALIGNRP    
	00306: ALIGNRP    
	00307: ALIGNRP    
	00308: ALIGNRP    
	00309: ALIGNRP    
	00310: MDAP[rd]   
	00311: MDAP[rd]   
	00312: SRP0       
	00313: MIRP[srp0,md,rd,1] 
	00314: CALL       
	00315: MIRP[srp0,md,rd,1] 
	00316: ALIGNRP    
	00317: ALIGNRP    
	00318: ALIGNRP    
	00319: ALIGNRP    
	00320: ALIGNRP    
	00321: SRP0       
	00322: ALIGNRP    
	00323: ALIGNRP    
	00324: ALIGNRP    
	00325: ALIGNRP    
	00326: ALIGNRP    
	00327: IUP[y]     
	00328: IUP[x]     
	00329: SVTCA[x-axis] 
	00330: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                              X-Short On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:                              X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         On
	 18:        XDual                 X-Short On
	 19:  YDual                       X-Short On
	 20:                              X-Short On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short X-Short On
	 28:        XDual                 X-Short On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short On
	 37:        XDual                 X-Short On
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short On
	 46:        XDual                 X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:                      Y-Short X-Short On
	 54:                              X-Short On
	 55:  YDual XDual                 X-Short On
	 56:        XDual                 X-Short On
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual                 X-Short On
	 60:        XDual         Y-Short X-Short On
	 61:        XDual         Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:                      Y-Short X-Short On
	 64:                              X-Short On
	 65:  YDual XDual                 X-Short On
	 66:  YDual XDual                 X-Short Off
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short         On
	 69:        XDual         Y-Short         Off
	 70:                      Y-Short X-Short Off
	 71:  YDual                       X-Short On
	 72:  YDual                               On
	 73:  YDual                       X-Short On
	 74:                              X-Short On
	 75:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   800,   740)  ->  Abs (   800,   740)
	  1: Rel (   -18,  -264)  ->  Abs (   782,   476)
	  2: Rel (   161,     0)  ->  Abs (   943,   476)
	  3: Rel (    30,     0)  ->  Abs (   973,   476)
	  4: Rel (    26,   -23)  ->  Abs (   999,   453)
	  5: Rel (     0,   -19)  ->  Abs (   999,   434)
	  6: Rel (     0,   -19)  ->  Abs (   999,   415)
	  7: Rel (   -26,   -23)  ->  Abs (   973,   392)
	  8: Rel (   -30,     0)  ->  Abs (   943,   392)
	  9: Rel (  -167,     0)  ->  Abs (   776,   392)
	 10: Rel (   -33,  -468)  ->  Abs (   743,   -76)
	 11: Rel (    -2,   -30)  ->  Abs (   741,  -106)
	 12: Rel (   -23,   -24)  ->  Abs (   718,  -130)
	 13: Rel (   -17,     0)  ->  Abs (   701,  -130)
	 14: Rel (   -17,     4)  ->  Abs (   684,  -126)
	 15: Rel (   -25,    15)  ->  Abs (   659,  -111)
	 16: Rel (     0,    26)  ->  Abs (   659,   -85)
	 17: Rel (     0,    15)  ->  Abs (   659,   -70)
	 18: Rel (    33,   462)  ->  Abs (   692,   392)
	 19: Rel (  -190,     0)  ->  Abs (   502,   392)
	 20: Rel (   -32,  -468)  ->  Abs (   470,   -76)
	 21: Rel (    -2,   -30)  ->  Abs (   468,  -106)
	 22: Rel (   -24,   -24)  ->  Abs (   444,  -130)
	 23: Rel (   -16,     0)  ->  Abs (   428,  -130)
	 24: Rel (   -18,     4)  ->  Abs (   410,  -126)
	 25: Rel (   -25,    15)  ->  Abs (   385,  -111)
	 26: Rel (     0,    26)  ->  Abs (   385,   -85)
	 27: Rel (     1,    15)  ->  Abs (   386,   -70)
	 28: Rel (    32,   462)  ->  Abs (   418,   392)
	 29: Rel (  -175,     0)  ->  Abs (   243,   392)
	 30: Rel (   -30,     0)  ->  Abs (   213,   392)
	 31: Rel (   -26,    23)  ->  Abs (   187,   415)
	 32: Rel (     0,    19)  ->  Abs (   187,   434)
	 33: Rel (     0,    19)  ->  Abs (   187,   453)
	 34: Rel (    26,    23)  ->  Abs (   213,   476)
	 35: Rel (    30,     0)  ->  Abs (   243,   476)
	 36: Rel (   181,     0)  ->  Abs (   424,   476)
	 37: Rel (    18,   264)  ->  Abs (   442,   740)
	 38: Rel (  -156,     0)  ->  Abs (   286,   740)
	 39: Rel (   -31,     0)  ->  Abs (   255,   740)
	 40: Rel (   -26,    23)  ->  Abs (   229,   763)
	 41: Rel (     0,    19)  ->  Abs (   229,   782)
	 42: Rel (     0,    19)  ->  Abs (   229,   801)
	 43: Rel (    26,    23)  ->  Abs (   255,   824)
	 44: Rel (    31,     0)  ->  Abs (   286,   824)
	 45: Rel (   162,     0)  ->  Abs (   448,   824)
	 46: Rel (    33,   468)  ->  Abs (   481,  1292)
	 47: Rel (     2,    29)  ->  Abs (   483,  1321)
	 48: Rel (    24,    25)  ->  Abs (   507,  1346)
	 49: Rel (    16,     0)  ->  Abs (   523,  1346)
	 50: Rel (    18,    -4)  ->  Abs (   541,  1342)
	 51: Rel (    25,   -16)  ->  Abs (   566,  1326)
	 52: Rel (     0,   -24)  ->  Abs (   566,  1302)
	 53: Rel (    -1,   -16)  ->  Abs (   565,  1286)
	 54: Rel (   -32,  -462)  ->  Abs (   533,   824)
	 55: Rel (   189,     0)  ->  Abs (   722,   824)
	 56: Rel (    33,   468)  ->  Abs (   755,  1292)
	 57: Rel (     2,    29)  ->  Abs (   757,  1321)
	 58: Rel (    23,    25)  ->  Abs (   780,  1346)
	 59: Rel (    17,     0)  ->  Abs (   797,  1346)
	 60: Rel (    17,    -4)  ->  Abs (   814,  1342)
	 61: Rel (    26,   -16)  ->  Abs (   840,  1326)
	 62: Rel (     0,   -24)  ->  Abs (   840,  1302)
	 63: Rel (    -1,   -16)  ->  Abs (   839,  1286)
	 64: Rel (   -33,  -462)  ->  Abs (   806,   824)
	 65: Rel (   179,     0)  ->  Abs (   985,   824)
	 66: Rel (    30,     0)  ->  Abs (  1015,   824)
	 67: Rel (    26,   -23)  ->  Abs (  1041,   801)
	 68: Rel (     0,   -19)  ->  Abs (  1041,   782)
	 69: Rel (     0,   -19)  ->  Abs (  1041,   763)
	 70: Rel (   -26,   -23)  ->  Abs (  1015,   740)
	 71: Rel (   -30,     0)  ->  Abs (   985,   740)
	 72: Rel (  -269,     0)  ->  Abs (   716,   740)
	 73: Rel (  -189,     0)  ->  Abs (   527,   740)
	 74: Rel (   -19,  -264)  ->  Abs (   508,   476)
	 75: Rel (   190,     0)  ->  Abs (   698,   476)

	Glyph   7: off = 0x000003F4, len = 596
	  numberOfContours:	1
	  xMin:			228
	  yMin:			-191
	  xMax:			1000
	  yMax:			1361

	EndPoints
	---------
	  0:  84

	  Length of Instructions:	362
	00000: NPUSHB      (50):    34    34    12    16    63    74    35    74    36   120 
	                            35   121    36   191     0   219    26     6    85    34 
	                           132    34   181    34   181    36     4    88     8    32 
	                            33    34    35    36    37    38     7    39    31    80 
	                            79    78    77    76    75    74     7    73    82    63 
	00052: PUSHW[1]            715 
	00055: PUSHB[3]             56   225    70 
	00059: PUSHW[1]            347 
	00062: PUSHB[3]             50    50    42 
	00066: NPUSHW      (12):   641    46    21   713    14   269     8     0   483     4 
	                            28   347 
	00092: PUSHB[5]              8   191     0     1     0 
	00098: PUSHW[7]            483     4    24   347    18    11   347 
	00113: PUSHB[3]             17    17    18 
	00117: PUSHW[1]            269 
	00120: PUSHB[4]             39    50   103    42 
	00125: PUSHW[1]            718 
	00128: PUSHB[7]             59    73    61    39    26    86    52 
	00136: NPUSHW      (10):   347    67   347    59   269    82     0   347     8   641 
	00158: PUSHB[3]             31    61    82 
	00162: PUSHW[6]            623    85   161   262    24   356 
	00175: SCANCTRL   
	00176: CALL       
	00177: SRP0       
	00178: MIRP[srp0,nmd,rd,2] 
	00179: MIRP[srp0,md,rd,1] 
	00180: MIRP[srp0,nmd,rd,0] 
	00181: MIRP[nrp0,md,rd,1] 
	00182: SRP0       
	00183: MIRP[srp0,nmd,rd,0] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: MIRP[nrp0,md,rd,1] 
	00186: FLIPOFF    
	00187: SRP0       
	00188: MIRP[srp0,nmd,rd,2] 
	00189: FLIPON     
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP0       
	00192: MIRP[srp0,md,rd,1] 
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP0       
	00195: MIRP[srp0,nmd,rd,0] 
	00196: ALIGNRP    
	00197: SRP0       
	00198: MIRP[nrp0,md,rd,1] 
	00199: SRP0       
	00200: MIRP[nrp0,md,rd,1] 
	00201: SVTCA[y-axis] 
	00202: MDAP[rd]   
	00203: MIRP[srp0,nmd,rd,0] 
	00204: DELTAP1    
	00205: ALIGNRP    
	00206: MIRP[nrp0,md,rd,1] 
	00207: SRP0       
	00208: MIRP[nrp0,nmd,rd,0] 
	00209: SRP0       
	00210: MIRP[srp0,nmd,rd,0] 
	00211: MIRP[nrp0,md,rd,1] 
	00212: MDAP[rd]   
	00213: MIRP[srp0,nmd,rd,0] 
	00214: ALIGNRP    
	00215: SRP0       
	00216: MIRP[nrp0,md,rd,1] 
	00217: MIRP[srp0,nmd,rd,0] 
	00218: MIRP[nrp0,md,rd,1] 
	00219: SRP1       
	00220: SRP2       
	00221: SLOOP      
	00222: IP         
	00223: SRP1       
	00224: SRP2       
	00225: SLOOP      
	00226: IP         
	00227: IUP[y]     
	00228: IUP[x]     
	00229: RS         
	00230: JROF       
	00231: NPUSHB      (60):    71    84    29    41    37    37    75    38    29    84 
	                            31    64     0    33    80    31    64     0    76    36 
	                            73    64     1    71    41    73    64     1    30    83 
	                            28    64     1    84     0    32    81    34    64     0 
	                            33    34    80    79    74    38    77    64     1    36 
	                            35    76    77    72    40    70    64     0    41    42 
	00293: SRP0       
	00294: ALIGNRP    
	00295: CALL       
	00296: SRP0       
	00297: ALIGNRP    
	00298: SRP0       
	00299: ALIGNRP    
	00300: CALL       
	00301: SRP0       
	00302: ALIGNRP    
	00303: SRP0       
	00304: ALIGNRP    
	00305: CALL       
	00306: SRP0       
	00307: ALIGNRP    
	00308: CALL       
	00309: SVTCA[x-axis] 
	00310: CALL       
	00311: CALL       
	00312: CALL       
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: FLIPRGON   
	00317: FLIPRGON   
	00318: SVTCA[x-axis] 
	00319: MPPEM      
	00320: PUSHB[1]             11 
	00322: GTEQ       
	00323: MPPEM      
	00324: PUSHB[1]             37 
	00326: LTEQ       
	00327: AND        
	00328: IF         
	00329: PUSHB[5]             71    30    75    20    69 
	00335: PUSHW[7]            -32    33   -20    29   -20    30   -20 
	00350: SHPIX      
	00351: SHPIX      
	00352: SHPIX      
	00353: SHPIX      
	00354: SHPIX      
	00355: SHPIX      
	00356: EIF        
	00357: SVTCA[y-axis] 
	00358: DELTAP2    
	00359: DELTAP1    
	00360: SVTCA[y-axis] 
	00361: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                      Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:                      Y-Short         Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         On
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual               Y-Short X-Short On
	 53:        XDual         Y-Short         Off
	 54:                      Y-Short X-Short Off
	 55:                      Y-Short X-Short Off
	 56:  YDual                       X-Short On
	 57:  YDual                       X-Short Off
	 58:  YDual               Y-Short X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual                 X-Short Off
	 65:        XDual         Y-Short X-Short On
	 66:        XDual         Y-Short X-Short Off
	 67:        XDual         Y-Short X-Short On
	 68:        XDual         Y-Short X-Short Off
	 69:        XDual         Y-Short X-Short Off
	 70:  YDual XDual                 X-Short On
	 71:  YDual XDual                 X-Short Off
	 72:  YDual XDual         Y-Short X-Short Off
	 73:  YDual XDual         Y-Short         On
	 74:  YDual XDual         Y-Short         Off
	 75:  YDual               Y-Short X-Short Off
	 76:  YDual               Y-Short X-Short On
	 77:  YDual               Y-Short X-Short Off
	 78:  YDual               Y-Short X-Short On
	 79:  YDual               Y-Short X-Short Off
	 80:  YDual               Y-Short X-Short On
	 81:  YDual               Y-Short X-Short Off
	 82:  YDual XDual         Y-Short         On
	 83:  YDual XDual         Y-Short         Off
	 84:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   571,  1198)  ->  Abs (   571,  1198)
	  1: Rel (     0,   106)  ->  Abs (   571,  1304)
	  2: Rel (     0,    31)  ->  Abs (   571,  1335)
	  3: Rel (    23,    26)  ->  Abs (   594,  1361)
	  4: Rel (    19,     0)  ->  Abs (   613,  1361)
	  5: Rel (    19,     0)  ->  Abs (   632,  1361)
	  6: Rel (    23,   -26)  ->  Abs (   655,  1335)
	  7: Rel (     0,   -31)  ->  Abs (   655,  1304)
	  8: Rel (     0,  -106)  ->  Abs (   655,  1198)
	  9: Rel (    68,    -6)  ->  Abs (   723,  1192)
	 10: Rel (    88,   -31)  ->  Abs (   811,  1161)
	 11: Rel (    60,   -40)  ->  Abs (   871,  1121)
	 12: Rel (     1,    25)  ->  Abs (   872,  1146)
	 13: Rel (    24,    24)  ->  Abs (   896,  1170)
	 14: Rel (    17,     0)  ->  Abs (   913,  1170)
	 15: Rel (    19,     0)  ->  Abs (   932,  1170)
	 16: Rel (    24,   -26)  ->  Abs (   956,  1144)
	 17: Rel (     0,   -30)  ->  Abs (   956,  1114)
	 18: Rel (     0,  -125)  ->  Abs (   956,   989)
	 19: Rel (     0,   -30)  ->  Abs (   956,   959)
	 20: Rel (   -24,   -26)  ->  Abs (   932,   933)
	 21: Rel (   -19,     0)  ->  Abs (   913,   933)
	 22: Rel (   -16,     0)  ->  Abs (   897,   933)
	 23: Rel (   -22,    21)  ->  Abs (   875,   954)
	 24: Rel (    -4,    25)  ->  Abs (   871,   979)
	 25: Rel (    -6,    47)  ->  Abs (   865,  1026)
	 26: Rel (   -56,    38)  ->  Abs (   809,  1064)
	 27: Rel (   -82,    54)  ->  Abs (   727,  1118)
	 28: Rel (  -111,     0)  ->  Abs (   616,  1118)
	 29: Rel (  -113,     0)  ->  Abs (   503,  1118)
	 30: Rel (  -147,  -132)  ->  Abs (   356,   986)
	 31: Rel (     0,   -83)  ->  Abs (   356,   903)
	 32: Rel (     0,   -83)  ->  Abs (   356,   820)
	 33: Rel (    65,   -44)  ->  Abs (   421,   776)
	 34: Rel (    49,   -34)  ->  Abs (   470,   742)
	 35: Rel (   315,   -59)  ->  Abs (   785,   683)
	 36: Rel (    56,   -26)  ->  Abs (   841,   657)
	 37: Rel (    80,   -35)  ->  Abs (   921,   622)
	 38: Rel (    79,  -120)  ->  Abs (  1000,   502)
	 39: Rel (     0,   -85)  ->  Abs (  1000,   417)
	 40: Rel (     0,  -114)  ->  Abs (  1000,   303)
	 41: Rel (  -178,  -173)  ->  Abs (   822,   130)
	 42: Rel (  -167,   -17)  ->  Abs (   655,   113)
	 43: Rel (     0,  -247)  ->  Abs (   655,  -134)
	 44: Rel (     0,   -31)  ->  Abs (   655,  -165)
	 45: Rel (   -23,   -26)  ->  Abs (   632,  -191)
	 46: Rel (   -19,     0)  ->  Abs (   613,  -191)
	 47: Rel (   -19,     0)  ->  Abs (   594,  -191)
	 48: Rel (   -23,    26)  ->  Abs (   571,  -165)
	 49: Rel (     0,    31)  ->  Abs (   571,  -134)
	 50: Rel (     0,   247)  ->  Abs (   571,   113)
	 51: Rel (  -154,    10)  ->  Abs (   417,   123)
	 52: Rel (  -105,    90)  ->  Abs (   312,   213)
	 53: Rel (     0,   -44)  ->  Abs (   312,   169)
	 54: Rel (    -7,   -19)  ->  Abs (   305,   150)
	 55: Rel (   -22,   -15)  ->  Abs (   283,   135)
	 56: Rel (   -13,     0)  ->  Abs (   270,   135)
	 57: Rel (   -18,     0)  ->  Abs (   252,   135)
	 58: Rel (   -24,    26)  ->  Abs (   228,   161)
	 59: Rel (     0,    30)  ->  Abs (   228,   191)
	 60: Rel (     0,   164)  ->  Abs (   228,   355)
	 61: Rel (     0,    30)  ->  Abs (   228,   385)
	 62: Rel (    23,    27)  ->  Abs (   251,   412)
	 63: Rel (    19,     0)  ->  Abs (   270,   412)
	 64: Rel (    18,     0)  ->  Abs (   288,   412)
	 65: Rel (    13,   -13)  ->  Abs (   301,   399)
	 66: Rel (     9,    -9)  ->  Abs (   310,   390)
	 67: Rel (     2,   -31)  ->  Abs (   312,   359)
	 68: Rel (     6,   -53)  ->  Abs (   318,   306)
	 69: Rel (   159,  -111)  ->  Abs (   477,   195)
	 70: Rel (   136,     0)  ->  Abs (   613,   195)
	 71: Rel (   141,     0)  ->  Abs (   754,   195)
	 72: Rel (   162,   134)  ->  Abs (   916,   329)
	 73: Rel (     0,    89)  ->  Abs (   916,   418)
	 74: Rel (     0,    59)  ->  Abs (   916,   477)
	 75: Rel (   -60,    84)  ->  Abs (   856,   561)
	 76: Rel (   -64,    27)  ->  Abs (   792,   588)
	 77: Rel (   -42,    17)  ->  Abs (   750,   605)
	 78: Rel (  -134,    25)  ->  Abs (   616,   630)
	 79: Rel (  -194,    38)  ->  Abs (   422,   668)
	 80: Rel (   -75,    60)  ->  Abs (   347,   728)
	 81: Rel (   -76,    60)  ->  Abs (   271,   788)
	 82: Rel (     0,   116)  ->  Abs (   271,   904)
	 83: Rel (     0,   108)  ->  Abs (   271,  1012)
	 84: Rel (   164,   170)  ->  Abs (   435,  1182)

	Glyph   8: off = 0x00000648, len = 518
	  numberOfContours:	5
	  xMin:			187
	  yMin:			-24
	  xMax:			1044
	  yMax:			1275

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  43
	  3:  55
	  4:  67

	  Length of Instructions:	322
	00000: NPUSHB      (75):   200    25     1     6    34     1   107     8    29    28 
	                            27    26    25    24    43    42    41     9    31    32 
	                            33    34    35    36    37    38    39     9    40    30 
	                            24    77    31    35   223    35     2    35    35    53 
	                             3    34    77    16    25   208    25     2    25    25 
	                             3    59    55    53   255    65    55    47    21    55 
	                             3   255    15    55     9    12    55    15     0     1 
	                             0   255    18    55     6 
	00077: PUSHW[1]            487 
	00080: NPUSHB      (16):    68    30    62     6    40    62    56    55    15    44 
	                             1    44   255    62    55    50 
	00098: PUSHW[1]            755 
	00101: PUSHB[8]             68     9     0    47    11    99   171    24 
	00110: CALL       
	00111: SVTCA[y-axis] 
	00112: MIAP[rd+ci] 
	00113: MIAP[rd+ci] 
	00114: SVTCA[x-axis] 
	00115: SRP0       
	00116: MIRP[srp0,nmd,rd,2] 
	00117: MIRP[nrp0,md,rd,1] 
	00118: MIRP[srp0,md,rd,1] 
	00119: DELTAP1    
	00120: MIRP[nrp0,md,rd,1] 
	00121: MIRP[nrp0,nmd,rd,0] 
	00122: SRP0       
	00123: MIRP[nrp0,nmd,rd,0] 
	00124: SRP0       
	00125: MIRP[srp0,nmd,rd,2] 
	00126: MIRP[nrp0,md,rd,1] 
	00127: MIRP[srp0,md,rd,1] 
	00128: DELTAP1    
	00129: MIRP[nrp0,md,rd,1] 
	00130: SVTCA[y-axis] 
	00131: SRP0       
	00132: MIRP[nrp0,md,rd,1] 
	00133: MIRP[srp0,md,rd,1] 
	00134: MIRP[nrp0,md,rd,1] 
	00135: SRP0       
	00136: MIRP[nrp0,md,rd,1] 
	00137: MIRP[srp0,md,rd,1] 
	00138: MIRP[nrp0,md,rd,1] 
	00139: SRP2       
	00140: IP         
	00141: MDAP[rd]   
	00142: DELTAP1    
	00143: MIRP[nrp0,md,rd,1] 
	00144: SRP1       
	00145: SRP2       
	00146: IP         
	00147: MDAP[rd]   
	00148: DELTAP1    
	00149: MIRP[nrp0,md,rd,1] 
	00150: SVTCA[x-axis] 
	00151: SRP1       
	00152: SRP2       
	00153: SLOOP      
	00154: IP         
	00155: SLOOP      
	00156: IP         
	00157: IUP[y]     
	00158: IUP[x]     
	00159: RS         
	00160: JROF       
	00161: NPUSHB      (84):    45    67     1    23    60    52    62    40     0    58 
	                            54    56    40     1    64    48    62    40     0    66 
	                            46    56    40     1    16     8    18    40     0    14 
	                            10    12    40     1    20     4    18    40     0    22 
	                             2    12    40     1    61    51    59    40     1    57 
	                            55    59    40     1    63    49    65    40     0    67 
	                            45    65    40     0    17     7    15    40     1    13 
	                            11    15    40     1    19     5    21    40     0    23 
	                             1    21    40     0 
	00247: SVTCA[y-axis] 
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: SVTCA[x-axis] 
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: FLIPRGON   
	00266: FLIPRGON   
	00267: SVTCA[x-axis] 
	00268: MPPEM      
	00269: PUSHB[1]             22 
	00271: GTEQ       
	00272: MPPEM      
	00273: PUSHB[1]             37 
	00275: LTEQ       
	00276: AND        
	00277: IF         
	00278: NPUSHB       (9):    66    28    58    28    22    28    14    28    60 
	00289: NPUSHW       (9):   -28    63   -20    64   -28    16   -28    20   -28 
	00309: SHPIX      
	00310: SHPIX      
	00311: SHPIX      
	00312: SHPIX      
	00313: SHPIX      
	00314: SHPIX      
	00315: SHPIX      
	00316: SHPIX      
	00317: SHPIX      
	00318: EIF        
	00319: SVTCA[y-axis] 
	00320: DELTAP2    
	00321: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:                      Y-Short         On
	 25:                      Y-Short         On
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual               Y-Short         On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:                              X-Short On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off
	 55:        XDual         Y-Short X-Short Off
	 56:                      Y-Short X-Short On
	 57:  YDual XDual         Y-Short         Off
	 58:  YDual               Y-Short X-Short Off
	 59:  YDual                       X-Short On
	 60:  YDual                       X-Short Off
	 61:                      Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         Off
	 64:        XDual         Y-Short X-Short Off
	 65:  YDual XDual                 X-Short On
	 66:  YDual XDual                 X-Short Off
	 67:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   742,  1016)  ->  Abs (   742,  1016)
	  1: Rel (     0,  -108)  ->  Abs (   742,   908)
	  2: Rel (  -151,  -152)  ->  Abs (   591,   756)
	  3: Rel (  -105,     0)  ->  Abs (   486,   756)
	  4: Rel (  -106,     0)  ->  Abs (   380,   756)
	  5: Rel (  -150,   152)  ->  Abs (   230,   908)
	  6: Rel (     0,   108)  ->  Abs (   230,  1016)
	  7: Rel (     0,   108)  ->  Abs (   230,  1124)
	  8: Rel (   150,   151)  ->  Abs (   380,  1275)
	  9: Rel (   106,     0)  ->  Abs (   486,  1275)
	 10: Rel (   106,     0)  ->  Abs (   592,  1275)
	 11: Rel (   150,  -151)  ->  Abs (   742,  1124)
	 12: Rel (   -60,  -108)  ->  Abs (   682,  1016)
	 13: Rel (     0,    83)  ->  Abs (   682,  1099)
	 14: Rel (  -115,   116)  ->  Abs (   567,  1215)
	 15: Rel (   -81,     0)  ->  Abs (   486,  1215)
	 16: Rel (   -81,     0)  ->  Abs (   405,  1215)
	 17: Rel (  -115,  -116)  ->  Abs (   290,  1099)
	 18: Rel (     0,   -83)  ->  Abs (   290,  1016)
	 19: Rel (     0,   -83)  ->  Abs (   290,   933)
	 20: Rel (   115,  -116)  ->  Abs (   405,   817)
	 21: Rel (    81,     0)  ->  Abs (   486,   817)
	 22: Rel (    81,     0)  ->  Abs (   567,   817)
	 23: Rel (   115,   116)  ->  Abs (   682,   933)
	 24: Rel (   332,  -208)  ->  Abs (  1014,   725)
	 25: Rel (  -778,  -253)  ->  Abs (   236,   472)
	 26: Rel (   -14,    -4)  ->  Abs (   222,   468)
	 27: Rel (    -7,     0)  ->  Abs (   215,   468)
	 28: Rel (   -11,     0)  ->  Abs (   204,   468)
	 29: Rel (   -17,    18)  ->  Abs (   187,   486)
	 30: Rel (     0,    12)  ->  Abs (   187,   498)
	 31: Rel (     0,    10)  ->  Abs (   187,   508)
	 32: Rel (     7,    10)  ->  Abs (   194,   518)
	 33: Rel (     5,     6)  ->  Abs (   199,   524)
	 34: Rel (    18,     6)  ->  Abs (   217,   530)
	 35: Rel (   778,   253)  ->  Abs (   995,   783)
	 36: Rel (    14,     4)  ->  Abs (  1009,   787)
	 37: Rel (     8,     0)  ->  Abs (  1017,   787)
	 38: Rel (    10,     0)  ->  Abs (  1027,   787)
	 39: Rel (    17,   -18)  ->  Abs (  1044,   769)
	 40: Rel (     0,   -12)  ->  Abs (  1044,   757)
	 41: Rel (     0,   -10)  ->  Abs (  1044,   747)
	 42: Rel (    -7,   -10)  ->  Abs (  1037,   737)
	 43: Rel (    -5,    -6)  ->  Abs (  1032,   731)
	 44: Rel (   -31,  -496)  ->  Abs (  1001,   235)
	 45: Rel (     0,  -108)  ->  Abs (  1001,   127)
	 46: Rel (  -151,  -151)  ->  Abs (   850,   -24)
	 47: Rel (  -106,     0)  ->  Abs (   744,   -24)
	 48: Rel (  -105,     0)  ->  Abs (   639,   -24)
	 49: Rel (  -151,   152)  ->  Abs (   488,   128)
	 50: Rel (     0,   107)  ->  Abs (   488,   235)
	 51: Rel (     0,   108)  ->  Abs (   488,   343)
	 52: Rel (   150,   152)  ->  Abs (   638,   495)
	 53: Rel (   106,     0)  ->  Abs (   744,   495)
	 54: Rel (   106,     0)  ->  Abs (   850,   495)
	 55: Rel (   151,  -152)  ->  Abs (  1001,   343)
	 56: Rel (   -61,  -108)  ->  Abs (   940,   235)
	 57: Rel (     0,    84)  ->  Abs (   940,   319)
	 58: Rel (  -115,   115)  ->  Abs (   825,   434)
	 59: Rel (   -81,     0)  ->  Abs (   744,   434)
	 60: Rel (   -81,     0)  ->  Abs (   663,   434)
	 61: Rel (  -115,  -116)  ->  Abs (   548,   318)
	 62: Rel (     0,   -83)  ->  Abs (   548,   235)
	 63: Rel (     0,   -82)  ->  Abs (   548,   153)
	 64: Rel (   115,  -117)  ->  Abs (   663,    36)
	 65: Rel (    81,     0)  ->  Abs (   744,    36)
	 66: Rel (    81,     0)  ->  Abs (   825,    36)
	 67: Rel (   115,   116)  ->  Abs (   940,   152)

	Glyph   9: off = 0x0000084E, len = 434
	  numberOfContours:	2
	  xMin:			254
	  yMin:			-33
	  xMax:			1022
	  yMax:			1078

	EndPoints
	---------
	  0:  56
	  1:  65

	  Length of Instructions:	246
	00000: NPUSHB      (58):   124     7   124     9   124    57   202     1   204    32 
	                             5    59    42    86    48   103    35   103    47   123 
	                             7   132    62   137    65   169     7   162    62   195 
	                            62    10    36    47    41    64    53    47    58    64 
	                            93    38    85    58     6    36    48    49    49    35 
	                            57    65     1     0     0     9    56    50 
	00060: PUSHW[1]            696 
	00063: NPUSHB      (49):    53    53   155    49    53    53    50    49    50    56 
	                            49    35    35    49    49    36     0     9    20     0 
	                             0     9    65    36     1    48     4     9    35    57 
	                             3    42     6    65    36     1    48     4     9    35 
	                            57     3    15     3    46    91    39    39    38 
	00114: PUSHW[1]            282 
	00117: PUSHB[5]             30    44    64    15    36 
	00123: PUSHW[4]            399    32     1   773 
	00132: NPUSHB      (23):    56     0    10    63    44     3    11    42    53    26 
	                            67    33    91    12   177    60    44     6    25    66 
	                           241   188    24 
	00157: PUSHW[1]            292 
	00160: SCANCTRL   
	00161: CALL       
	00162: FLIPOFF    
	00163: SRP0       
	00164: MIRP[srp0,nmd,rd,0] 
	00165: FLIPON     
	00166: MIRP[nrp0,md,rd,1] 
	00167: MIRP[srp0,nmd,rd,0] 
	00168: MIRP[nrp0,md,rd,1] 
	00169: FLIPOFF    
	00170: SRP0       
	00171: MIRP[srp0,nmd,rd,2] 
	00172: ALIGNRP    
	00173: SVTCA[y-axis] 
	00174: MIAP[rd+ci] 
	00175: FLIPON     
	00176: MIRP[nrp0,md,rd,1] 
	00177: MIAP[rd+ci] 
	00178: ALIGNRP    
	00179: MIRP[srp0,nmd,rd,0] 
	00180: SMD        
	00181: RTHG       
	00182: MIRP[nrp0,md,rd,1] 
	00183: RTG        
	00184: MDAP[rd]   
	00185: SMD        
	00186: MIRP[nrp0,md,rd,1] 
	00187: MIRP[srp0,nmd,rd,0] 
	00188: ALIGNRP    
	00189: SRP0       
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP1       
	00192: SRP2       
	00193: SLOOP      
	00194: IP         
	00195: SLOOP      
	00196: IP         
	00197: SVTCA[x-axis] 
	00198: SRP1       
	00199: SRP2       
	00200: SLOOP      
	00201: IP         
	00202: SLOOP      
	00203: IP         
	00204: SDPVTL[1]  
	00205: MDAP[nrd]  
	00206: CALL       
	00207: SFVTPV     
	00208: RDTG       
	00209: SRP0       
	00210: MDRP[nrp0,nmd,rd,0] 
	00211: RTG        
	00212: SVTCA[y-axis] 
	00213: SFVTL[=p1,p2] 
	00214: SRP0       
	00215: MIRP[srp0,md,rd,1] 
	00216: RTDG       
	00217: SRP2       
	00218: IP         
	00219: MDAP[rd]   
	00220: RTG        
	00221: SVTCA[x-axis] 
	00222: SRP0       
	00223: MIRP[srp0,nmd,nrd,1] 
	00224: MDAP[rd]   
	00225: MIRP[srp0,nmd,rd,0] 
	00226: MDRP[nrp0,nmd,rd,0] 
	00227: SDPVTL[1]  
	00228: SFVTPV     
	00229: RDTG       
	00230: SRP0       
	00231: MDRP[nrp0,nmd,rd,0] 
	00232: MDRP[nrp0,nmd,rd,0] 
	00233: MDRP[nrp0,nmd,rd,0] 
	00234: SDPVTL[1]  
	00235: SFVTPV     
	00236: SRP0       
	00237: MDRP[nrp0,nmd,rd,0] 
	00238: ALIGNRP    
	00239: IUP[y]     
	00240: IUP[x]     
	00241: SVTCA[x-axis] 
	00242: DELTAP2    
	00243: DELTAP1    
	00244: SVTCA[y-axis] 
	00245: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual               Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                      Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual                 X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short X-Short On
	 49:        XDual         Y-Short X-Short On
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:                      Y-Short X-Short Off
	 56:  YDual                       X-Short On
	 57:                                      On
	 58:                      Y-Short X-Short Off
	 59:                      Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:        XDual         Y-Short X-Short Off
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual                 X-Short Off
	 65:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   852,     0)  ->  Abs (   852,     0)
	  1: Rel (   -64,    99)  ->  Abs (   788,    99)
	  2: Rel (   -90,  -132)  ->  Abs (   698,   -33)
	  3: Rel (  -142,     0)  ->  Abs (   556,   -33)
	  4: Rel (  -120,     0)  ->  Abs (   436,   -33)
	  5: Rel (  -182,   190)  ->  Abs (   254,   157)
	  6: Rel (     0,   137)  ->  Abs (   254,   294)
	  7: Rel (     0,   106)  ->  Abs (   254,   400)
	  8: Rel (   123,   164)  ->  Abs (   377,   564)
	  9: Rel (   108,    32)  ->  Abs (   485,   596)
	 10: Rel (   -74,   119)  ->  Abs (   411,   715)
	 11: Rel (   -29,    75)  ->  Abs (   382,   790)
	 12: Rel (     0,    40)  ->  Abs (   382,   830)
	 13: Rel (     0,    99)  ->  Abs (   382,   929)
	 14: Rel (   150,   149)  ->  Abs (   532,  1078)
	 15: Rel (   105,     0)  ->  Abs (   637,  1078)
	 16: Rel (    34,     0)  ->  Abs (   671,  1078)
	 17: Rel (    68,   -20)  ->  Abs (   739,  1058)
	 18: Rel (    34,   -21)  ->  Abs (   773,  1037)
	 19: Rel (    43,    22)  ->  Abs (   816,  1059)
	 20: Rel (    10,     0)  ->  Abs (   826,  1059)
	 21: Rel (    17,     0)  ->  Abs (   843,  1059)
	 22: Rel (    25,   -25)  ->  Abs (   868,  1034)
	 23: Rel (     0,   -18)  ->  Abs (   868,  1016)
	 24: Rel (     0,   -12)  ->  Abs (   868,  1004)
	 25: Rel (   -14,   -20)  ->  Abs (   854,   984)
	 26: Rel (   -21,   -11)  ->  Abs (   833,   973)
	 27: Rel (   -65,   -35)  ->  Abs (   768,   938)
	 28: Rel (   -31,    28)  ->  Abs (   737,   966)
	 29: Rel (   -65,    27)  ->  Abs (   672,   993)
	 30: Rel (   -34,     0)  ->  Abs (   638,   993)
	 31: Rel (   -69,     0)  ->  Abs (   569,   993)
	 32: Rel (  -103,  -102)  ->  Abs (   466,   891)
	 33: Rel (     0,   -63)  ->  Abs (   466,   828)
	 34: Rel (     0,   -65)  ->  Abs (   466,   763)
	 35: Rel (    90,  -143)  ->  Abs (   556,   620)
	 36: Rel (   232,  -369)  ->  Abs (   788,   251)
	 37: Rel (    61,   115)  ->  Abs (   849,   366)
	 38: Rel (    35,   151)  ->  Abs (   884,   517)
	 39: Rel (    82,     0)  ->  Abs (   966,   517)
	 40: Rel (    30,     0)  ->  Abs (   996,   517)
	 41: Rel (    26,   -24)  ->  Abs (  1022,   493)
	 42: Rel (     0,   -18)  ->  Abs (  1022,   475)
	 43: Rel (     0,   -13)  ->  Abs (  1022,   462)
	 44: Rel (   -15,   -22)  ->  Abs (  1007,   440)
	 45: Rel (   -20,    -8)  ->  Abs (   987,   432)
	 46: Rel (   -39,     0)  ->  Abs (   948,   432)
	 47: Rel (   -48,  -169)  ->  Abs (   900,   263)
	 48: Rel (   -62,   -93)  ->  Abs (   838,   170)
	 49: Rel (    57,   -86)  ->  Abs (   895,    84)
	 50: Rel (    71,     0)  ->  Abs (   966,    84)
	 51: Rel (    30,     0)  ->  Abs (   996,    84)
	 52: Rel (    26,   -23)  ->  Abs (  1022,    61)
	 53: Rel (     0,   -19)  ->  Abs (  1022,    42)
	 54: Rel (     0,   -18)  ->  Abs (  1022,    24)
	 55: Rel (   -26,   -24)  ->  Abs (   996,     0)
	 56: Rel (   -30,     0)  ->  Abs (   966,     0)
	 57: Rel (  -445,   522)  ->  Abs (   521,   522)
	 58: Rel (   -84,   -20)  ->  Abs (   437,   502)
	 59: Rel (   -99,  -123)  ->  Abs (   338,   379)
	 60: Rel (     0,   -85)  ->  Abs (   338,   294)
	 61: Rel (     0,  -101)  ->  Abs (   338,   193)
	 62: Rel (   133,  -142)  ->  Abs (   471,    51)
	 63: Rel (    83,     0)  ->  Abs (   554,    51)
	 64: Rel (   112,     0)  ->  Abs (   666,    51)
	 65: Rel (    73,   126)  ->  Abs (   739,   177)

	Glyph  10: off = 0x00000A00, len = 84
	  numberOfContours:	1
	  xMin:			481
	  yMin:			655
	  xMax:			747
	  yMax:			1255

	EndPoints
	---------
	  0:  8

	  Length of Instructions:	41
	00000: NPUSHB      (16):     5   182     0     0     1   174     2   146     0   174 
	                           143     8   255     8     2     8 
	00018: PUSHW[5]            589     9   254   334    24 
	00029: CALL       
	00030: SRP0       
	00031: MIRP[srp0,nmd,rd,2] 
	00032: DELTAP1    
	00033: MIRP[nrp0,nmd,rd,0] 
	00034: MIRP[srp0,md,rd,1] 
	00035: MIRP[nrp0,nmd,rd,0] 
	00036: SVTCA[y-axis] 
	00037: MIAP[rd+ci] 
	00038: MIRP[nrp0,md,rd,1] 
	00039: IUP[y]     
	00040: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:                              X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   481,  1255)  ->  Abs (   481,  1255)
	  1: Rel (   266,     0)  ->  Abs (   747,  1255)
	  2: Rel (   -70,  -525)  ->  Abs (   677,   730)
	  3: Rel (    -6,   -42)  ->  Abs (   671,   688)
	  4: Rel (   -33,   -33)  ->  Abs (   638,   655)
	  5: Rel (   -24,     0)  ->  Abs (   614,   655)
	  6: Rel (   -25,     0)  ->  Abs (   589,   655)
	  7: Rel (   -32,    33)  ->  Abs (   557,   688)
	  8: Rel (    -6,    42)  ->  Abs (   551,   730)

	Glyph  11: off = 0x00000A54, len = 174
	  numberOfContours:	1
	  xMin:			605
	  yMin:			-260
	  xMax:			943
	  yMax:			1255

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	80
	00000: NPUSHB      (39):    41    12    42    16     2     5    23    14    19    10 
	                            18    22     6     6     5    16    23    22    19    21 
	                            62    19     5    77     9     9    19   160    14    36 
	                             0     0    16     0     2     0    25    28   202 
	00041: PUSHW[3]            261    24   281 
	00048: SCANCTRL   
	00049: CALL       
	00050: FLIPOFF    
	00051: SRP0       
	00052: MIRP[srp0,nmd,rd,0] 
	00053: DELTAP1    
	00054: FLIPON     
	00055: MIRP[srp0,md,rd,1] 
	00056: MIRP[srp0,nmd,rd,0] 
	00057: ALIGNRP    
	00058: SRP0       
	00059: MIRP[nrp0,md,rd,1] 
	00060: SRP0       
	00061: MIRP[nrp0,nmd,rd,0] 
	00062: SVTCA[y-axis] 
	00063: MIAP[rd+ci] 
	00064: ALIGNRP    
	00065: MIAP[rd+ci] 
	00066: ALIGNRP    
	00067: SRP1       
	00068: SRP2       
	00069: IP         
	00070: IP         
	00071: SVTCA[x-axis] 
	00072: SRP1       
	00073: SRP2       
	00074: IP         
	00075: IP         
	00076: IUP[y]     
	00077: IUP[x]     
	00078: SVTCA[x-axis] 
	00079: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:        XDual                 X-Short Off
	  3:        XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                              X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:        XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:                              X-Short Off
	 27:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   605,   498)  ->  Abs (   605,   498)
	  1: Rel (     0,   115)  ->  Abs (   605,   613)
	  2: Rel (    60,   258)  ->  Abs (   665,   871)
	  3: Rel (   170,   338)  ->  Abs (   835,  1209)
	  4: Rel (    39,    35)  ->  Abs (   874,  1244)
	  5: Rel (    12,    11)  ->  Abs (   886,  1255)
	  6: Rel (    14,     0)  ->  Abs (   900,  1255)
	  7: Rel (    18,     0)  ->  Abs (   918,  1255)
	  8: Rel (    25,   -24)  ->  Abs (   943,  1231)
	  9: Rel (     0,   -17)  ->  Abs (   943,  1214)
	 10: Rel (     0,   -10)  ->  Abs (   943,  1204)
	 11: Rel (    -7,   -12)  ->  Abs (   936,  1192)
	 12: Rel (  -110,  -202)  ->  Abs (   826,   990)
	 13: Rel (   -94,  -328)  ->  Abs (   732,   662)
	 14: Rel (     0,  -164)  ->  Abs (   732,   498)
	 15: Rel (     0,  -165)  ->  Abs (   732,   333)
	 16: Rel (    94,  -328)  ->  Abs (   826,     5)
	 17: Rel (   110,  -201)  ->  Abs (   936,  -196)
	 18: Rel (     7,   -12)  ->  Abs (   943,  -208)
	 19: Rel (     0,   -10)  ->  Abs (   943,  -218)
	 20: Rel (     0,   -17)  ->  Abs (   943,  -235)
	 21: Rel (   -25,   -25)  ->  Abs (   918,  -260)
	 22: Rel (   -18,     0)  ->  Abs (   900,  -260)
	 23: Rel (   -14,     0)  ->  Abs (   886,  -260)
	 24: Rel (   -12,    11)  ->  Abs (   874,  -249)
	 25: Rel (   -37,    34)  ->  Abs (   837,  -215)
	 26: Rel (  -168,   330)  ->  Abs (   669,   115)
	 27: Rel (   -64,   254)  ->  Abs (   605,   369)

	Glyph  12: off = 0x00000B02, len = 174
	  numberOfContours:	1
	  xMin:			301
	  yMin:			-260
	  xMax:			639
	  yMax:			1255

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	80
	00000: NPUSHB      (41):     9     2     9    26    25     2    25    26     4     5 
	                            23    14    19     9    18     6    23    22    16     5 
	                             6    19     5    77    10    10    21    62    19   160 
	                            14    36    15     0    31     0     2     0    26    29 
	                           164 
	00043: PUSHW[3]            333    24   281 
	00050: SCANCTRL   
	00051: CALL       
	00052: FLIPOFF    
	00053: SRP0       
	00054: MIRP[srp0,nmd,rd,2] 
	00055: DELTAP1    
	00056: FLIPON     
	00057: MIRP[srp0,md,rd,1] 
	00058: MIRP[srp0,nmd,rd,0] 
	00059: MIRP[nrp0,nmd,rd,0] 
	00060: ALIGNRP    
	00061: SRP0       
	00062: MIRP[nrp0,md,rd,1] 
	00063: SVTCA[y-axis] 
	00064: MIAP[rd+ci] 
	00065: ALIGNRP    
	00066: MIAP[rd+ci] 
	00067: ALIGNRP    
	00068: SRP2       
	00069: IP         
	00070: IP         
	00071: SVTCA[x-axis] 
	00072: SRP1       
	00073: SRP2       
	00074: IP         
	00075: IP         
	00076: IUP[y]     
	00077: IUP[x]     
	00078: SVTCA[x-axis] 
	00079: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                              X-Short Off
	  3:                              X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:        XDual                 X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:                              X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   639,   497)  ->  Abs (   639,   497)
	  1: Rel (     0,  -115)  ->  Abs (   639,   382)
	  2: Rel (   -60,  -257)  ->  Abs (   579,   125)
	  3: Rel (  -170,  -339)  ->  Abs (   409,  -214)
	  4: Rel (   -39,   -34)  ->  Abs (   370,  -248)
	  5: Rel (   -12,   -12)  ->  Abs (   358,  -260)
	  6: Rel (   -14,     0)  ->  Abs (   344,  -260)
	  7: Rel (   -18,     0)  ->  Abs (   326,  -260)
	  8: Rel (   -25,    25)  ->  Abs (   301,  -235)
	  9: Rel (     0,    17)  ->  Abs (   301,  -218)
	 10: Rel (     0,    10)  ->  Abs (   301,  -208)
	 11: Rel (     7,    12)  ->  Abs (   308,  -196)
	 12: Rel (   110,   201)  ->  Abs (   418,     5)
	 13: Rel (    94,   328)  ->  Abs (   512,   333)
	 14: Rel (     0,   164)  ->  Abs (   512,   497)
	 15: Rel (     0,   165)  ->  Abs (   512,   662)
	 16: Rel (   -94,   328)  ->  Abs (   418,   990)
	 17: Rel (  -110,   202)  ->  Abs (   308,  1192)
	 18: Rel (    -7,    12)  ->  Abs (   301,  1204)
	 19: Rel (     0,    10)  ->  Abs (   301,  1214)
	 20: Rel (     0,    17)  ->  Abs (   301,  1231)
	 21: Rel (    25,    24)  ->  Abs (   326,  1255)
	 22: Rel (    18,     0)  ->  Abs (   344,  1255)
	 23: Rel (    14,     0)  ->  Abs (   358,  1255)
	 24: Rel (    12,   -11)  ->  Abs (   370,  1244)
	 25: Rel (    37,   -34)  ->  Abs (   407,  1210)
	 26: Rel (   168,  -330)  ->  Abs (   575,   880)
	 27: Rel (    64,  -254)  ->  Abs (   639,   626)

	Glyph  13: off = 0x00000BB0, len = 446
	  numberOfContours:	1
	  xMin:			0
	  yMin:			519
	  xMax:			769
	  yMax:			1255

	EndPoints
	---------
	  0:  45

	  Length of Instructions:	308
	00000: NPUSHB     (131):    20    28    16    35    64    28   245    26   248    36 
	                             5    67    25   135    19   128    20     3    31    27 
	                            31    36    76    36     3    42    36    96    13   100 
	                            19   109    36   204    23   243    18   244    27   240 
	                            36     8    44    42    34     3     0    40    10    20 
	                            14     8    20    33    18    44    42    39    15    10 
	                             5     4    37     0    45    45    36    37    36    20 
	                            37    37    36    36    35    36    37    35    36    28 
	                            27    20    28    28    27    27    26    27    28    26 
	                            36    19    18    20    19    19    18     9     8     8 
	                            36    18    17    20    18    18    17    45    37    36 
	                            35    28     5     0    40    26    19    18    17     9 
	                             5    14     8    36     0    18     9    45     4     0 
	                            37 
	00133: PUSHW[1]            771 
	00136: NPUSHB      (18):    17     7    18    91     8     8     0     7    36    77 
	                            27    32    18   189     0    14     1    14 
	00156: PUSHW[1]            410 
	00159: NPUSHB      (15):     8    64    27    77    18    32     7     8    36     0 
	                             4   249    40     1     0 
	00176: PUSHW[1]            317 
	00179: NPUSHB      (11):    79    40   111    40     2    40    25    46   199   188 
	                            24 
	00192: PUSHW[1]            292 
	00195: SCANCTRL   
	00196: CALL       
	00197: FLIPOFF    
	00198: SRP0       
	00199: MIRP[srp0,nmd,rd,0] 
	00200: DELTAP1    
	00201: FLIPON     
	00202: MIRP[srp0,nmd,rd,0] 
	00203: ALIGNRP    
	00204: SRP0       
	00205: MIRP[nrp0,md,rd,1] 
	00206: SRP0       
	00207: MIRP[srp0,md,rd,1] 
	00208: ALIGNRP    
	00209: SMD        
	00210: RTHG       
	00211: SRP0       
	00212: MIRP[nrp0,md,rd,1] 
	00213: SMD        
	00214: RTG        
	00215: SRP0       
	00216: MIRP[nrp0,md,rd,1] 
	00217: DELTAP1    
	00218: MIRP[nrp0,md,rd,1] 
	00219: SMD        
	00220: RTHG       
	00221: SRP0       
	00222: MIRP[nrp0,md,rd,1] 
	00223: RTG        
	00224: SVTCA[y-axis] 
	00225: MIAP[rd+ci] 
	00226: ALIGNRP    
	00227: RTHG       
	00228: SRP0       
	00229: MIRP[nrp0,md,rd,1] 
	00230: RTG        
	00231: MIAP[rd+ci] 
	00232: MIRP[nrp0,nmd,rd,0] 
	00233: MIAP[rd+ci] 
	00234: IP         
	00235: IP         
	00236: SRP1       
	00237: SRP2       
	00238: IP         
	00239: SVTCA[x-axis] 
	00240: SRP1       
	00241: SRP2       
	00242: SLOOP      
	00243: IP         
	00244: SRP1       
	00245: SRP2       
	00246: SLOOP      
	00247: IP         
	00248: SFVTCA[y-axis] 
	00249: SDPVTL[1]  
	00250: MDAP[nrd]  
	00251: CALL       
	00252: SFVTPV     
	00253: RDTG       
	00254: SRP0       
	00255: MDRP[nrp0,nmd,rd,0] 
	00256: SDPVTL[1]  
	00257: SFVTPV     
	00258: MDAP[nrd]  
	00259: RTG        
	00260: CALL       
	00261: SFVTL[=p1,p2] 
	00262: RDTG       
	00263: SRP0       
	00264: MDRP[nrp0,nmd,rd,0] 
	00265: SDPVTL[1]  
	00266: SFVTPV     
	00267: MDAP[nrd]  
	00268: RTG        
	00269: CALL       
	00270: SFVTL[=p1,p2] 
	00271: RDTG       
	00272: SRP0       
	00273: MDRP[nrp0,nmd,rd,0] 
	00274: SDPVTL[1]  
	00275: SFVTPV     
	00276: MDAP[nrd]  
	00277: RTG        
	00278: CALL       
	00279: SFVTCA[y-axis] 
	00280: RDTG       
	00281: SRP0       
	00282: MDRP[nrp0,nmd,rd,0] 
	00283: SVTCA[y-axis] 
	00284: SRP1       
	00285: SRP2       
	00286: SLOOP      
	00287: IP         
	00288: SRP1       
	00289: SHP[rp1,zp0] 
	00290: SHP[rp1,zp0] 
	00291: SVTCA[x-axis] 
	00292: SRP1       
	00293: SRP2       
	00294: IP         
	00295: IP         
	00296: SRP1       
	00297: SRP2       
	00298: SLOOP      
	00299: IP         
	00300: IUP[y]     
	00301: IUP[x]     
	00302: SVTCA[x-axis] 
	00303: DELTAP1    
	00304: DELTAP1    
	00305: SVTCA[y-axis] 
	00306: DELTAP2    
	00307: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual               Y-Short         On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short         On
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short On
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual               Y-Short         On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   342,   911)  ->  Abs (   342,   911)
	  1: Rel (     0,   287)  ->  Abs (   342,  1198)
	  2: Rel (     0,    31)  ->  Abs (   342,  1229)
	  3: Rel (    24,    26)  ->  Abs (   366,  1255)
	  4: Rel (    19,     0)  ->  Abs (   385,  1255)
	  5: Rel (    18,     0)  ->  Abs (   403,  1255)
	  6: Rel (    24,   -26)  ->  Abs (   427,  1229)
	  7: Rel (     0,   -31)  ->  Abs (   427,  1198)
	  8: Rel (     0,  -287)  ->  Abs (   427,   911)
	  9: Rel (   273,    89)  ->  Abs (   700,  1000)
	 10: Rel (    19,     6)  ->  Abs (   719,  1006)
	 11: Rel (    10,     0)  ->  Abs (   729,  1006)
	 12: Rel (    16,     0)  ->  Abs (   745,  1006)
	 13: Rel (    24,   -25)  ->  Abs (   769,   981)
	 14: Rel (     0,   -17)  ->  Abs (   769,   964)
	 15: Rel (     0,   -15)  ->  Abs (   769,   949)
	 16: Rel (   -17,   -22)  ->  Abs (   752,   927)
	 17: Rel (   -26,    -8)  ->  Abs (   726,   919)
	 18: Rel (  -273,   -89)  ->  Abs (   453,   830)
	 19: Rel (   169,  -232)  ->  Abs (   622,   598)
	 20: Rel (    16,   -23)  ->  Abs (   638,   575)
	 21: Rel (     0,   -13)  ->  Abs (   638,   562)
	 22: Rel (     0,   -18)  ->  Abs (   638,   544)
	 23: Rel (   -25,   -25)  ->  Abs (   613,   519)
	 24: Rel (   -17,     0)  ->  Abs (   596,   519)
	 25: Rel (   -22,     0)  ->  Abs (   574,   519)
	 26: Rel (   -21,    29)  ->  Abs (   553,   548)
	 27: Rel (  -169,   233)  ->  Abs (   384,   781)
	 28: Rel (  -169,  -233)  ->  Abs (   215,   548)
	 29: Rel (   -21,   -29)  ->  Abs (   194,   519)
	 30: Rel (   -21,     0)  ->  Abs (   173,   519)
	 31: Rel (   -18,     0)  ->  Abs (   155,   519)
	 32: Rel (   -25,    25)  ->  Abs (   130,   544)
	 33: Rel (     0,    18)  ->  Abs (   130,   562)
	 34: Rel (     0,    13)  ->  Abs (   130,   575)
	 35: Rel (    17,    23)  ->  Abs (   147,   598)
	 36: Rel (   169,   232)  ->  Abs (   316,   830)
	 37: Rel (  -274,    90)  ->  Abs (    42,   920)
	 38: Rel (   -25,     8)  ->  Abs (    17,   928)
	 39: Rel (   -17,    21)  ->  Abs (     0,   949)
	 40: Rel (     0,    15)  ->  Abs (     0,   964)
	 41: Rel (     0,    17)  ->  Abs (     0,   981)
	 42: Rel (    24,    25)  ->  Abs (    24,  1006)
	 43: Rel (    15,     0)  ->  Abs (    39,  1006)
	 44: Rel (    11,     0)  ->  Abs (    50,  1006)
	 45: Rel (    19,    -6)  ->  Abs (    69,  1000)

	Glyph  14: off = 0x00000D6E, len = 188
	  numberOfContours:	1
	  xMin:			144
	  yMin:			67
	  xMax:			1085
	  yMax:			1101

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	91
	00000: NPUSHB      (49):    25    91    31    31     0     0     8    20   167    16 
	                            91     4   167     8    15    91     9     9     8    28 
	                           220     0    91     8    23    91    17    17    24    91 
	                            16    16     8     1    91     7     7     8   220    48 
	                            12     1    12    25    32     8    80   129    24 
	00051: CALL       
	00052: SVTCA[y-axis] 
	00053: MDAP[rd]   
	00054: SVTCA[x-axis] 
	00055: FLIPOFF    
	00056: SRP0       
	00057: MIRP[srp0,nmd,rd,0] 
	00058: DELTAP1    
	00059: FLIPON     
	00060: MIRP[srp0,nmd,rd,0] 
	00061: ALIGNRP    
	00062: SRP0       
	00063: MIRP[nrp0,md,rd,1] 
	00064: SRP0       
	00065: ALIGNRP    
	00066: SRP0       
	00067: MIRP[nrp0,md,rd,1] 
	00068: ALIGNRP    
	00069: SRP0       
	00070: MIRP[nrp0,md,rd,1] 
	00071: SRP0       
	00072: MIRP[srp0,md,rd,1] 
	00073: MIRP[nrp0,nmd,rd,0] 
	00074: SVTCA[y-axis] 
	00075: SRP0       
	00076: ALIGNRP    
	00077: SRP0       
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP0       
	00080: MIRP[nrp0,nmd,rd,0] 
	00081: MIRP[srp0,md,rd,1] 
	00082: MIRP[nrp0,nmd,rd,0] 
	00083: SRP0       
	00084: ALIGNRP    
	00085: SRP0       
	00086: ALIGNRP    
	00087: SRP0       
	00088: MIRP[nrp0,md,rd,1] 
	00089: IUP[y]     
	00090: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual                               On
	 17:        XDual                         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                               On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   657,   543)  ->  Abs (   657,   543)
	  1: Rel (     0,  -420)  ->  Abs (   657,   123)
	  2: Rel (     0,   -30)  ->  Abs (   657,    93)
	  3: Rel (   -24,   -26)  ->  Abs (   633,    67)
	  4: Rel (   -19,     0)  ->  Abs (   614,    67)
	  5: Rel (   -18,     0)  ->  Abs (   596,    67)
	  6: Rel (   -24,    26)  ->  Abs (   572,    93)
	  7: Rel (     0,    30)  ->  Abs (   572,   123)
	  8: Rel (     0,   420)  ->  Abs (   572,   543)
	  9: Rel (  -372,     0)  ->  Abs (   200,   543)
	 10: Rel (   -30,     0)  ->  Abs (   170,   543)
	 11: Rel (   -26,    23)  ->  Abs (   144,   566)
	 12: Rel (     0,    19)  ->  Abs (   144,   585)
	 13: Rel (     0,    19)  ->  Abs (   144,   604)
	 14: Rel (    26,    23)  ->  Abs (   170,   627)
	 15: Rel (    30,     0)  ->  Abs (   200,   627)
	 16: Rel (   372,     0)  ->  Abs (   572,   627)
	 17: Rel (     0,   418)  ->  Abs (   572,  1045)
	 18: Rel (     0,    30)  ->  Abs (   572,  1075)
	 19: Rel (    24,    26)  ->  Abs (   596,  1101)
	 20: Rel (    19,     0)  ->  Abs (   615,  1101)
	 21: Rel (    18,     0)  ->  Abs (   633,  1101)
	 22: Rel (    24,   -26)  ->  Abs (   657,  1075)
	 23: Rel (     0,   -30)  ->  Abs (   657,  1045)
	 24: Rel (     0,  -418)  ->  Abs (   657,   627)
	 25: Rel (   372,     0)  ->  Abs (  1029,   627)
	 26: Rel (    30,     0)  ->  Abs (  1059,   627)
	 27: Rel (    26,   -23)  ->  Abs (  1085,   604)
	 28: Rel (     0,   -19)  ->  Abs (  1085,   585)
	 29: Rel (     0,   -19)  ->  Abs (  1085,   566)
	 30: Rel (   -26,   -23)  ->  Abs (  1059,   543)
	 31: Rel (   -30,     0)  ->  Abs (  1029,   543)

	Glyph  15: off = 0x00000E2A, len = 96
	  numberOfContours:	1
	  xMin:			299
	  yMin:			-300
	  xMax:			721
	  yMax:			302

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	51
	00000: NPUSHB      (24):   194     0   210     0   224     0   240     0     4     0 
	                           182     4     1   243     2   193     0   210    15     7 
	                            31     7     2     7 
	00026: PUSHW[5]            408    10   109   285    24 
	00037: CALL       
	00038: SRP0       
	00039: MIRP[srp0,nmd,rd,2] 
	00040: DELTAP1    
	00041: MIRP[nrp0,nmd,rd,0] 
	00042: MIRP[srp0,md,rd,1] 
	00043: MIRP[nrp0,nmd,rd,0] 
	00044: SVTCA[y-axis] 
	00045: MDAP[rd]   
	00046: MIRP[nrp0,md,rd,1] 
	00047: IUP[y]     
	00048: IUP[x]     
	00049: SVTCA[x-axis] 
	00050: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:                                      On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   448,   302)  ->  Abs (   448,   302)
	  1: Rel (   273,     0)  ->  Abs (   721,   302)
	  2: Rel (  -297,  -552)  ->  Abs (   424,  -250)
	  3: Rel (   -27,   -50)  ->  Abs (   397,  -300)
	  4: Rel (   -38,     0)  ->  Abs (   359,  -300)
	  5: Rel (   -25,     0)  ->  Abs (   334,  -300)
	  6: Rel (   -35,    35)  ->  Abs (   299,  -265)
	  7: Rel (     0,    25)  ->  Abs (   299,  -240)
	  8: Rel (     0,    10)  ->  Abs (   299,  -230)
	  9: Rel (     3,    12)  ->  Abs (   302,  -218)

	Glyph  16: off = 0x00000E8A, len = 52
	  numberOfContours:	1
	  xMin:			186
	  yMin:			519
	  xMax:			1043
	  yMax:			639

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	26
	00000: NPUSHB      (12):     0   192     2     0    26     5     2    25     4    99 
	                           171    24 
	00014: CALL       
	00015: FLIPOFF    
	00016: SRP0       
	00017: MIRP[nrp0,nmd,rd,0] 
	00018: SRP0       
	00019: MIRP[nrp0,nmd,rd,2] 
	00020: SVTCA[y-axis] 
	00021: MDAP[rd]   
	00022: FLIPON     
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1043,   639)  ->  Abs (  1043,   639)
	  1: Rel (     0,  -120)  ->  Abs (  1043,   519)
	  2: Rel (  -857,     0)  ->  Abs (   186,   519)
	  3: Rel (     0,   120)  ->  Abs (   186,   639)

	Glyph  17: off = 0x00000EBE, len = 76
	  numberOfContours:	1
	  xMin:			461
	  yMin:			-30
	  xMax:			769
	  yMax:			241

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	28
	00000: NPUSHB      (10):     1   178     8    11     4   216    11    25    14   109 
	00012: PUSHW[2]            286    24 
	00017: CALL       
	00018: FLIPOFF    
	00019: SRP0       
	00020: MIRP[srp0,nmd,rd,0] 
	00021: FLIPON     
	00022: MIRP[nrp0,md,rd,1] 
	00023: SVTCA[y-axis] 
	00024: MIAP[rd+ci] 
	00025: MIRP[nrp0,md,rd,1] 
	00026: IUP[y]     
	00027: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   597,   241)  ->  Abs (   597,   241)
	  1: Rel (    36,     0)  ->  Abs (   633,   241)
	  2: Rel (    56,     0)  ->  Abs (   689,   241)
	  3: Rel (    80,   -79)  ->  Abs (   769,   162)
	  4: Rel (     0,   -56)  ->  Abs (   769,   106)
	  5: Rel (     0,   -58)  ->  Abs (   769,    48)
	  6: Rel (   -81,   -78)  ->  Abs (   688,   -30)
	  7: Rel (   -55,     0)  ->  Abs (   633,   -30)
	  8: Rel (   -36,     0)  ->  Abs (   597,   -30)
	  9: Rel (   -56,     0)  ->  Abs (   541,   -30)
	 10: Rel (   -80,    79)  ->  Abs (   461,    49)
	 11: Rel (     0,    56)  ->  Abs (   461,   105)
	 12: Rel (     0,    58)  ->  Abs (   461,   163)
	 13: Rel (    81,    78)  ->  Abs (   542,   241)

	Glyph  18: off = 0x00000F0A, len = 172
	  numberOfContours:	1
	  xMin:			230
	  yMin:			-169
	  xMax:			1002
	  yMax:			1389

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	109
	00000: NPUSHB      (58):     9     9    22     1    25     9     3    56     0    57 
	                             9    70     1    73     9    91     9   107     9   118 
	                             1   120     9   137     8   137     9   150     1   153 
	                             9   165     1   169     9   182     0   182     1   199 
	                             1   201     9   214     1   230     1   233     9   246 
	                             1   248     9    23    11     9     1    11 
	00060: PUSHW[1]            456 
	00063: PUSHB[6]              3    11    62     0    91     9 
	00070: PUSHW[1]            434 
	00073: NPUSHB      (10):     1    91     8   189    47     3     1     3   215    17 
	00085: PUSHW[1]            443 
	00088: PUSHB[2]            188    24 
	00091: CALL       
	00092: SRP0       
	00093: MIRP[srp0,nmd,rd,0] 
	00094: DELTAP1    
	00095: MIRP[srp0,md,rd,1] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: MIRP[srp0,nmd,rd,0] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: MIRP[nrp0,nmd,rd,0] 
	00100: SVTCA[y-axis] 
	00101: MDAP[rd]   
	00102: MIRP[nrp0,md,rd,1] 
	00103: IUP[y]     
	00104: IUP[x]     
	00105: SVTCA[x-axis] 
	00106: DELTAP2    
	00107: DELTAP1    
	00108: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                                      On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   992,  1316)  ->  Abs (   992,  1316)
	  1: Rel (  -676, -1448)  ->  Abs (   316,  -132)
	  2: Rel (   -17,   -37)  ->  Abs (   299,  -169)
	  3: Rel (   -27,     0)  ->  Abs (   272,  -169)
	  4: Rel (   -17,     0)  ->  Abs (   255,  -169)
	  5: Rel (   -25,    25)  ->  Abs (   230,  -144)
	  6: Rel (     0,    15)  ->  Abs (   230,  -129)
	  7: Rel (     0,    12)  ->  Abs (   230,  -117)
	  8: Rel (    10,    21)  ->  Abs (   240,   -96)
	  9: Rel (   675,  1448)  ->  Abs (   915,  1352)
	 10: Rel (    11,    23)  ->  Abs (   926,  1375)
	 11: Rel (    20,    14)  ->  Abs (   946,  1389)
	 12: Rel (    14,     0)  ->  Abs (   960,  1389)
	 13: Rel (    17,     0)  ->  Abs (   977,  1389)
	 14: Rel (    25,   -25)  ->  Abs (  1002,  1364)
	 15: Rel (     0,   -15)  ->  Abs (  1002,  1349)
	 16: Rel (     0,   -11)  ->  Abs (  1002,  1338)

	Glyph  19: off = 0x00000FB6, len = 578
	  numberOfContours:	2
	  xMin:			229
	  yMin:			-30
	  xMax:			1000
	  yMax:			1285

	EndPoints
	---------
	  0:  25
	  1:  47

	  Length of Instructions:	429
	00000: PUSHB[4]             18     2    10    35 
	00005: PUSHW[3]            -14     3   -12 
	00012: PUSHB[3]             45     8    41 
	00016: NPUSHW       (9):   -14    40   -12    39    -9    22    -9    21    -9 
	00036: PUSHB[7]             28    14     9    14     8    14     2 
	00044: PUSHW[3]             -8    16   -14 
	00051: PUSHB[3]             29    14    45 
	00055: PUSHW[3]            -14    42   -14 
	00062: NPUSHB      (35):    41     5    28    14    31    14    34    18   109     8 
	                            30    28    18     0    46     1    39     5    13    34 
	                            35    14    33    61    18    44    61     5    18     5 
	                             5    13    26    61     0 
	00099: PUSHW[1]            716 
	00102: PUSHB[7]             49    36    61    14    25    48   161 
	00110: PUSHW[3]            262    24   300 
	00117: SCANCTRL   
	00118: CALL       
	00119: FLIPOFF    
	00120: SRP0       
	00121: MIRP[srp0,nmd,rd,0] 
	00122: FLIPON     
	00123: MIRP[nrp0,md,rd,1] 
	00124: SRP0       
	00125: MIRP[srp0,nmd,rd,2] 
	00126: MIRP[nrp0,md,rd,1] 
	00127: SVTCA[y-axis] 
	00128: MIAP[rd+ci] 
	00129: MIAP[rd+ci] 
	00130: SRP0       
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP0       
	00133: MIRP[nrp0,md,rd,1] 
	00134: SRP2       
	00135: IP         
	00136: IP         
	00137: SRP1       
	00138: SRP2       
	00139: IP         
	00140: SRP1       
	00141: IP         
	00142: SRP1       
	00143: SRP2       
	00144: IP         
	00145: IP         
	00146: IUP[y]     
	00147: IUP[x]     
	00148: RS         
	00149: JROF       
	00150: NPUSHB      (90):     2    46    16    38    24    25    23    25    22    25 
	                            21    25    20    25     5     6    28    27    29    27 
	                            30    27    31    27     4     6    39    38    40    38 
	                            41    38    42    38     4     6    11    12    10    12 
	                             9    12     8    12     7    12     5     6     3    38 
	                            34    17    36    64     0    32    19    26    64     1 
	                            43     6    37    64     0    45     4    47    64     1 
	                            35    15    33    64     1    27    25    33    64     1 
	                            38    12    44    64     0    46     2    44    64     0 
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: SVTCA[x-axis] 
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: LOOPCALL   
	00253: LOOPCALL   
	00254: LOOPCALL   
	00255: LOOPCALL   
	00256: CALL       
	00257: FLIPRGON   
	00258: SVTCA[y-axis] 
	00259: SHPIX      
	00260: SHPIX      
	00261: SHPIX      
	00262: SHPIX      
	00263: SHPIX      
	00264: SHPIX      
	00265: SHPIX      
	00266: SHPIX      
	00267: SVTCA[x-axis] 
	00268: SHPIX      
	00269: SHPIX      
	00270: SHPIX      
	00271: SHPIX      
	00272: SHPIX      
	00273: SHPIX      
	00274: SHPIX      
	00275: SHPIX      
	00276: SHPIX      
	00277: SHPIX      
	00278: SHPIX      
	00279: SHPIX      
	00280: SHPIX      
	00281: RS         
	00282: NOT        
	00283: IF         
	00284: NPUSHB      (21):    17    30    19    25    63    20    30    17    23    63 
	                            17    30    17    23    63    22    30    30    18    63 
	                            34 
	00307: PUSHW[1]             -5 
	00310: NPUSHB      (64):    30    18    63    39    20    28    17    63    39    20 
	                            27    16    63    39    20    25    15    63    39    20 
	                            23    14    63    35    20    23    14    63    39    20 
	                            22    13    63    35    20    22    13    63     3    20 
	                            30    18    63     3    30    18    11    63    45    10 
	                            18    11    63    22    30    18    11    63    29    20 
	                            25    33    63    34 
	00376: PUSHW[1]            -20 
	00379: NPUSHB      (23):    25    33    63    15    20    23    31    63    35    20 
	                            23    31    63     2    10    16    17    62    23    10 
	                            16    17    62 
	00404: SVTCA[x-axis] 
	00405: CALL       
	00406: CALL       
	00407: CALL       
	00408: CALL       
	00409: CALL       
	00410: CALL       
	00411: CALL       
	00412: CALL       
	00413: CALL       
	00414: CALL       
	00415: CALL       
	00416: CALL       
	00417: CALL       
	00418: CALL       
	00419: CALL       
	00420: CALL       
	00421: CALL       
	00422: CALL       
	00423: CALL       
	00424: SVTCA[y-axis] 
	00425: CALL       
	00426: CALL       
	00427: CALL       
	00428: EIF        

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:        XDual                         Off
	  3:                      Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:                              X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual                 X-Short Off
	 47:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1000,   731)  ->  Abs (  1000,   731)
	  1: Rel (     0,  -208)  ->  Abs (  1000,   523)
	  2: Rel (     0,  -271)  ->  Abs (  1000,   252)
	  3: Rel (  -129,  -158)  ->  Abs (   871,    94)
	  4: Rel (  -101,  -124)  ->  Abs (   770,   -30)
	  5: Rel (  -154,     0)  ->  Abs (   616,   -30)
	  6: Rel (   -74,     0)  ->  Abs (   542,   -30)
	  7: Rel (  -131,    59)  ->  Abs (   411,    29)
	  8: Rel (   -46,    53)  ->  Abs (   365,    82)
	  9: Rel (   -29,    33)  ->  Abs (   336,   115)
	 10: Rel (   -69,   146)  ->  Abs (   267,   261)
	 11: Rel (   -15,    61)  ->  Abs (   252,   322)
	 12: Rel (   -23,    86)  ->  Abs (   229,   408)
	 13: Rel (     0,   115)  ->  Abs (   229,   523)
	 14: Rel (     0,   208)  ->  Abs (   229,   731)
	 15: Rel (     0,   272)  ->  Abs (   229,  1003)
	 16: Rel (   129,   158)  ->  Abs (   358,  1161)
	 17: Rel (   101,   124)  ->  Abs (   459,  1285)
	 18: Rel (   154,     0)  ->  Abs (   613,  1285)
	 19: Rel (    75,     0)  ->  Abs (   688,  1285)
	 20: Rel (   130,   -59)  ->  Abs (   818,  1226)
	 21: Rel (    46,   -53)  ->  Abs (   864,  1173)
	 22: Rel (    30,   -34)  ->  Abs (   894,  1139)
	 23: Rel (    68,  -146)  ->  Abs (   962,   993)
	 24: Rel (    16,   -60)  ->  Abs (   978,   933)
	 25: Rel (    22,   -86)  ->  Abs (  1000,   847)
	 26: Rel (   -84,  -127)  ->  Abs (   916,   720)
	 27: Rel (     0,   119)  ->  Abs (   916,   839)
	 28: Rel (   -67,   205)  ->  Abs (   849,  1044)
	 29: Rel (   -42,    61)  ->  Abs (   807,  1105)
	 30: Rel (   -25,    35)  ->  Abs (   782,  1140)
	 31: Rel (   -40,    25)  ->  Abs (   742,  1165)
	 32: Rel (   -57,    35)  ->  Abs (   685,  1200)
	 33: Rel (   -71,     0)  ->  Abs (   614,  1200)
	 34: Rel (  -141,     0)  ->  Abs (   473,  1200)
	 35: Rel (  -160,  -288)  ->  Abs (   313,   912)
	 36: Rel (     0,  -192)  ->  Abs (   313,   720)
	 37: Rel (     0,  -185)  ->  Abs (   313,   535)
	 38: Rel (     0,  -119)  ->  Abs (   313,   416)
	 39: Rel (    67,  -206)  ->  Abs (   380,   210)
	 40: Rel (    43,   -61)  ->  Abs (   423,   149)
	 41: Rel (    24,   -34)  ->  Abs (   447,   115)
	 42: Rel (    40,   -25)  ->  Abs (   487,    90)
	 43: Rel (    57,   -36)  ->  Abs (   544,    54)
	 44: Rel (    72,     0)  ->  Abs (   616,    54)
	 45: Rel (   140,     0)  ->  Abs (   756,    54)
	 46: Rel (   160,   289)  ->  Abs (   916,   343)
	 47: Rel (     0,   192)  ->  Abs (   916,   535)

	Glyph  20: off = 0x000011F8, len = 266
	  numberOfContours:	1
	  xMin:			228
	  yMin:			0
	  xMax:			1000
	  yMax:			1272

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	177
	00000: PUSHB[3]             18     8    27 
	00004: PUSHW[1]             -8 
	00007: NPUSHB      (15):    17     6     0     8     9    27    64    27    80    18 
	                            80    27     4     9    15 
	00024: PUSHW[3]            681    12   411 
	00031: NPUSHB       (9):    16    12    12    15    16   190     9     8     2 
	00042: PUSHW[3]            681     5   411 
	00049: NPUSHB      (18):     1     5     5     2     1   190     8    25    24    23 
	                            22    21    20    19     7    18    27    20 
	00069: PUSHW[3]            727    17   615 
	00076: PUSHB[8]              0     5     9     8    12    25     2    20 
	00085: PUSHW[4]            641    17    23   718 
	00094: NPUSHB      (10):     0   103    17    17     1   103     0    16     1    16 
	00106: PUSHW[6]            624    28   161   462    24   300 
	00119: SCANCTRL   
	00120: CALL       
	00121: SRP0       
	00122: MIRP[srp0,nmd,rd,2] 
	00123: DELTAP1    
	00124: MIRP[nrp0,md,rd,1] 
	00125: ALIGNRP    
	00126: SRP0       
	00127: MIRP[srp0,md,rd,1] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,0] 
	00131: MIRP[nrp0,md,rd,1] 
	00132: SVTCA[y-axis] 
	00133: MIAP[rd+ci] 
	00134: ALIGNRP    
	00135: MIAP[rd+ci] 
	00136: MIRP[nrp0,md,rd,1] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: SVTCA[x-axis] 
	00139: SRP1       
	00140: SRP2       
	00141: SLOOP      
	00142: IP         
	00143: SVTCA[y-axis] 
	00144: SRP0       
	00145: MIRP[srp0,md,rd,1] 
	00146: RTDG       
	00147: SRP2       
	00148: IP         
	00149: MDAP[rd]   
	00150: RTG        
	00151: SVTCA[x-axis] 
	00152: SRP0       
	00153: MIRP[srp0,nmd,rd,1] 
	00154: MIRP[srp0,nmd,rd,0] 
	00155: MDRP[nrp0,nmd,rd,0] 
	00156: SVTCA[y-axis] 
	00157: SRP0       
	00158: MIRP[srp0,md,rd,1] 
	00159: RTDG       
	00160: SRP2       
	00161: IP         
	00162: MDAP[rd]   
	00163: RTG        
	00164: SVTCA[x-axis] 
	00165: SRP0       
	00166: MIRP[srp0,nmd,rd,1] 
	00167: MIRP[srp0,nmd,rd,0] 
	00168: MDRP[nrp0,nmd,rd,0] 
	00169: IUP[y]     
	00170: IUP[x]     
	00171: SVTCA[y-axis] 
	00172: DELTAP1    
	00173: SHPIX      
	00174: SHPIX      
	00175: SHPIX      
	00176: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual                               On
	 17:        XDual                         On
	 18:                      Y-Short         On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   656,  1272)  ->  Abs (   656,  1272)
	  1: Rel (     0, -1188)  ->  Abs (   656,    84)
	  2: Rel (   288,     0)  ->  Abs (   944,    84)
	  3: Rel (    30,     0)  ->  Abs (   974,    84)
	  4: Rel (    26,   -23)  ->  Abs (  1000,    61)
	  5: Rel (     0,   -19)  ->  Abs (  1000,    42)
	  6: Rel (     0,   -18)  ->  Abs (  1000,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   974,     0)
	  8: Rel (   -30,     0)  ->  Abs (   944,     0)
	  9: Rel (  -660,     0)  ->  Abs (   284,     0)
	 10: Rel (   -30,     0)  ->  Abs (   254,     0)
	 11: Rel (   -26,    24)  ->  Abs (   228,    24)
	 12: Rel (     0,    18)  ->  Abs (   228,    42)
	 13: Rel (     0,    19)  ->  Abs (   228,    61)
	 14: Rel (    26,    23)  ->  Abs (   254,    84)
	 15: Rel (    30,     0)  ->  Abs (   284,    84)
	 16: Rel (   288,     0)  ->  Abs (   572,    84)
	 17: Rel (     0,  1072)  ->  Abs (   572,  1156)
	 18: Rel (  -274,   -86)  ->  Abs (   298,  1070)
	 19: Rel (   -20,    -6)  ->  Abs (   278,  1064)
	 20: Rel (    -9,     0)  ->  Abs (   269,  1064)
	 21: Rel (   -15,     0)  ->  Abs (   254,  1064)
	 22: Rel (   -25,    25)  ->  Abs (   229,  1089)
	 23: Rel (     0,    17)  ->  Abs (   229,  1106)
	 24: Rel (     0,    15)  ->  Abs (   229,  1121)
	 25: Rel (    10,    13)  ->  Abs (   239,  1134)
	 26: Rel (     8,     8)  ->  Abs (   247,  1142)
	 27: Rel (    25,     9)  ->  Abs (   272,  1151)

	Glyph  21: off = 0x00001302, len = 418
	  numberOfContours:	1
	  xMin:			171
	  yMin:			0
	  xMax:			983
	  yMax:			1285

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	288
	00000: PUSHB[2]              6     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: PUSHB[8]             27    11    43     5     4    20     0     0 
	00015: PUSHW[1]            347 
	00018: PUSHB[6]             10    12    20    61    34     5 
	00025: SVTCA[y-axis] 
	00026: MIAP[rd+ci] 
	00027: MIRP[nrp0,md,rd,1] 
	00028: MIAP[rd+ci] 
	00029: MIRP[srp0,md,rd,1] 
	00030: SRP1       
	00031: SRP2       
	00032: SLOOP      
	00033: IP         
	00034: IUP[y]     
	00035: IUP[x]     
	00036: ELSE       
	00037: PUSHW[2]             22   -34 
	00042: NPUSHB      (44):    27    36    52    72    15   122    14   134    39   134 
	                            40   134    41   166    40   166    41   187    12   180 
	                            42     9    13    18    10    22    53    12    56    42 
	                             4    41    35    42    30    43    20    39    30    40 
	                            35    12    20    11 
	00088: PUSHW[1]            -20 
	00091: NPUSHB      (13):   234    18   237    22   250    18   253    22     4    40 
	                             8     8     2 
	00106: PUSHW[3]            681     5   476 
	00113: PUSHB[8]              1     5     5     2     1   190     8     5 
	00122: PUSHW[6]            484     9    11   269     1   347 
	00135: PUSHB[5]              9     9    10    12    26 
	00141: PUSHW[1]            505 
	00144: PUSHB[5]             20    61    34     5     0 
	00150: PUSHW[4]            347    11     2   347 
	00159: PUSHB[5]              8   225    17    61    37 
	00165: NPUSHW      (13):   623    45    23   347    30   269    11   621    44   401 
	                           262    24   300 
	00193: SCANCTRL   
	00194: CALL       
	00195: SRP0       
	00196: MIRP[srp0,nmd,rd,2] 
	00197: MIRP[srp0,nmd,rd,0] 
	00198: MIRP[nrp0,md,rd,1] 
	00199: SRP0       
	00200: MIRP[srp0,nmd,rd,2] 
	00201: MIRP[nrp0,md,rd,1] 
	00202: MIRP[srp0,nmd,rd,0] 
	00203: MIRP[nrp0,md,rd,1] 
	00204: SRP0       
	00205: MIRP[nrp0,md,rd,1] 
	00206: SVTCA[y-axis] 
	00207: MIAP[rd+ci] 
	00208: MIRP[nrp0,md,rd,1] 
	00209: MIRP[nrp0,md,rd,1] 
	00210: MIAP[rd+ci] 
	00211: ALIGNRP    
	00212: SRP0       
	00213: MIRP[srp0,md,rd,1] 
	00214: MIRP[nrp0,nmd,rd,0] 
	00215: SRP0       
	00216: MIRP[nrp0,md,rd,1] 
	00217: SVTCA[x-axis] 
	00218: SRP0       
	00219: MIRP[srp0,md,rd,1] 
	00220: RTDG       
	00221: SRP2       
	00222: IP         
	00223: MDAP[rd]   
	00224: RTG        
	00225: SVTCA[y-axis] 
	00226: SRP0       
	00227: MIRP[srp0,nmd,rd,1] 
	00228: MIRP[srp0,nmd,rd,0] 
	00229: MDRP[nrp0,nmd,rd,0] 
	00230: IUP[y]     
	00231: IUP[x]     
	00232: RS         
	00233: JROF       
	00234: NPUSHB      (28):    31    36    18    24    22    37    32    38    21    33 
	                            24    64     0    19    35    17    64     1    23    31 
	                            20    64     1    18    36    20    64     1 
	00264: CALL       
	00265: CALL       
	00266: SVTCA[x-axis] 
	00267: CALL       
	00268: CALL       
	00269: CALL       
	00270: CALL       
	00271: FLIPRGON   
	00272: FLIPRGON   
	00273: SVTCA[y-axis] 
	00274: DELTAP1    
	00275: SHPIX      
	00276: SHPIX      
	00277: SHPIX      
	00278: SHPIX      
	00279: SHPIX      
	00280: SHPIX      
	00281: SHPIX      
	00282: SVTCA[y-axis] 
	00283: DELTAP2    
	00284: SVTCA[x-axis] 
	00285: DELTAP2    
	00286: CALL       
	00287: EIF        

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         On
	 10:  YDual                               On
	 11:  YDual XDual         Y-Short         On
	 12:  YDual               Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual Rep-  2 Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:                                      Off
	 43:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   253,    84)  ->  Abs (   253,    84)
	  1: Rel (   645,     0)  ->  Abs (   898,    84)
	  2: Rel (     0,    33)  ->  Abs (   898,   117)
	  3: Rel (     0,    30)  ->  Abs (   898,   147)
	  4: Rel (    24,    26)  ->  Abs (   922,   173)
	  5: Rel (    19,     0)  ->  Abs (   941,   173)
	  6: Rel (    18,     0)  ->  Abs (   959,   173)
	  7: Rel (    24,   -26)  ->  Abs (   983,   147)
	  8: Rel (     0,   -30)  ->  Abs (   983,   117)
	  9: Rel (     0,  -117)  ->  Abs (   983,     0)
	 10: Rel (  -812,     0)  ->  Abs (   171,     0)
	 11: Rel (     0,   124)  ->  Abs (   171,   124)
	 12: Rel (   256,   230)  ->  Abs (   427,   354)
	 13: Rel (   242,   238)  ->  Abs (   669,   592)
	 14: Rel (   113,   111)  ->  Abs (   782,   703)
	 15: Rel (    84,   104)  ->  Abs (   866,   807)
	 16: Rel (    31,    79)  ->  Abs (   897,   886)
	 17: Rel (     0,    40)  ->  Abs (   897,   926)
	 18: Rel (     0,   108)  ->  Abs (   897,  1034)
	 19: Rel (  -174,   166)  ->  Abs (   723,  1200)
	 20: Rel (  -123,     0)  ->  Abs (   600,  1200)
	 21: Rel (  -110,     0)  ->  Abs (   490,  1200)
	 22: Rel (  -170,  -126)  ->  Abs (   320,  1074)
	 23: Rel (   -25,   -93)  ->  Abs (   295,   981)
	 24: Rel (    -6,   -24)  ->  Abs (   289,   957)
	 25: Rel (    -9,    -7)  ->  Abs (   280,   950)
	 26: Rel (   -12,   -10)  ->  Abs (   268,   940)
	 27: Rel (   -16,     0)  ->  Abs (   252,   940)
	 28: Rel (   -17,     0)  ->  Abs (   235,   940)
	 29: Rel (   -23,    23)  ->  Abs (   212,   963)
	 30: Rel (     0,    16)  ->  Abs (   212,   979)
	 31: Rel (     0,    48)  ->  Abs (   212,  1027)
	 32: Rel (   105,   164)  ->  Abs (   317,  1191)
	 33: Rel (   185,    94)  ->  Abs (   502,  1285)
	 34: Rel (    97,     0)  ->  Abs (   599,  1285)
	 35: Rel (   157,     0)  ->  Abs (   756,  1285)
	 36: Rel (   226,  -218)  ->  Abs (   982,  1067)
	 37: Rel (     0,  -138)  ->  Abs (   982,   929)
	 38: Rel (     0,   -58)  ->  Abs (   982,   871)
	 39: Rel (   -38,   -97)  ->  Abs (   944,   774)
	 40: Rel (   -91,  -115)  ->  Abs (   853,   659)
	 41: Rel (  -118,  -116)  ->  Abs (   735,   543)
	 42: Rel (  -296,  -292)  ->  Abs (   439,   251)
	 43: Rel (  -186,  -161)  ->  Abs (   253,    90)

	Glyph  22: off = 0x000014A4, len = 430
	  numberOfContours:	1
	  xMin:			195
	  yMin:			-30
	  xMax:			1025
	  yMax:			1285

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	273
	00000: PUSHB[4]            108    56     1     0 
	00005: PUSHW[1]            -14 
	00008: NPUSHB      (51):    50    50    53    17    58    36    73    36    74    37 
	                            67    56   114     0     6   127    33   134    56   149 
	                             4   147    53   150    56   165    53   166    56   185 
	                            19   186    23   203    19   203    20   205    23   219 
	                            19   221    23   236    19   250    23   255    47    17 
	                             0 
	00061: PUSHW[1]            -14 
	00064: PUSHB[6]             20    34    27    36    52    17 
	00071: PUSHW[1]            -34 
	00074: NPUSHB      (28):    27    36    52    41     8    15    11    43    40    17 
	                             3    47    33    30    26    24     0     5    35    28 
	                             0    25    30    32    40    38    44    25 
	00104: PUSHW[1]            347 
	00107: PUSHB[4]             32    32    18    44 
	00112: PUSHW[1]            397 
	00115: PUSHB[4]             38    61    51    14 
	00120: PUSHW[1]            397 
	00123: PUSHB[6]             18    61     6    35    61    54 
	00130: PUSHW[1]            269 
	00133: NPUSHB      (10):    21    61     3    28    28    57     3    26    58    47 
	00145: PUSHW[3]            269    28   641 
	00152: PUSHB[8]             11    25    57    51     5     6    13   236 
	00161: PUSHW[3]            384    24   300 
	00168: SCANCTRL   
	00169: CALL       
	00170: SVTCA[y-axis] 
	00171: MIAP[rd+ci] 
	00172: MIAP[rd+ci] 
	00173: SVTCA[x-axis] 
	00174: FLIPOFF    
	00175: SRP0       
	00176: MIRP[srp0,nmd,rd,0] 
	00177: FLIPON     
	00178: MIRP[nrp0,nmd,rd,0] 
	00179: MIRP[nrp0,nmd,rd,0] 
	00180: FLIPOFF    
	00181: SRP0       
	00182: MIRP[nrp0,nmd,rd,2] 
	00183: SRP2       
	00184: IP         
	00185: MDAP[rd]   
	00186: FLIPON     
	00187: SRP0       
	00188: MIRP[nrp0,md,rd,1] 
	00189: MIRP[srp0,nmd,rd,0] 
	00190: MIRP[nrp0,md,rd,1] 
	00191: SVTCA[y-axis] 
	00192: SRP0       
	00193: MIRP[srp0,md,rd,1] 
	00194: MIRP[nrp0,nmd,rd,0] 
	00195: SRP0       
	00196: MIRP[srp0,md,rd,1] 
	00197: MIRP[nrp0,nmd,rd,0] 
	00198: SRP2       
	00199: IP         
	00200: MDAP[rd]   
	00201: MIRP[nrp0,md,rd,1] 
	00202: SRP1       
	00203: SRP2       
	00204: IP         
	00205: SRP2       
	00206: IP         
	00207: SRP1       
	00208: IP         
	00209: SVTCA[x-axis] 
	00210: SRP1       
	00211: SRP2       
	00212: SLOOP      
	00213: IP         
	00214: SRP2       
	00215: SLOOP      
	00216: IP         
	00217: SRP1       
	00218: IP         
	00219: IUP[y]     
	00220: IUP[x]     
	00221: RS         
	00222: JROF       
	00223: NPUSHB      (28):    52    53    36    37    19    20     4     5    37    52 
	                            35    64     1    19     5    21    64     1    36    53 
	                            38    64     1    20     4    18    64     0 
	00253: SVTCA[y-axis] 
	00254: CALL       
	00255: CALL       
	00256: SVTCA[x-axis] 
	00257: CALL       
	00258: CALL       
	00259: FLIPRGON   
	00260: FLIPRGON   
	00261: FLIPRGON   
	00262: FLIPRGON   
	00263: SVTCA[x-axis] 
	00264: CALL       
	00265: CALL       
	00266: SHPIX      
	00267: DELTAP1    
	00268: DELTAP2    
	00269: SHPIX      
	00270: SVTCA[y-axis] 
	00271: SHPIX      
	00272: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:        XDual         Y-Short X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:                      Y-Short X-Short Off
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:        XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short         On
	 55:        XDual         Y-Short         Off
	 56:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   787,   683)  ->  Abs (   787,   683)
	  1: Rel (   116,   -52)  ->  Abs (   903,   631)
	  2: Rel (   122,  -181)  ->  Abs (  1025,   450)
	  3: Rel (     0,   -98)  ->  Abs (  1025,   352)
	  4: Rel (     0,  -151)  ->  Abs (  1025,   201)
	  5: Rel (  -245,  -231)  ->  Abs (   780,   -30)
	  6: Rel (  -184,     0)  ->  Abs (   596,   -30)
	  7: Rel (  -108,     0)  ->  Abs (   488,   -30)
	  8: Rel (  -232,    92)  ->  Abs (   256,    62)
	  9: Rel (   -46,    48)  ->  Abs (   210,   110)
	 10: Rel (   -15,    16)  ->  Abs (   195,   126)
	 11: Rel (     0,    18)  ->  Abs (   195,   144)
	 12: Rel (     0,    16)  ->  Abs (   195,   160)
	 13: Rel (    23,    24)  ->  Abs (   218,   184)
	 14: Rel (    16,     0)  ->  Abs (   234,   184)
	 15: Rel (    16,     0)  ->  Abs (   250,   184)
	 16: Rel (    20,   -15)  ->  Abs (   270,   169)
	 17: Rel (   155,  -115)  ->  Abs (   425,    54)
	 18: Rel (   173,     0)  ->  Abs (   598,    54)
	 19: Rel (   146,     0)  ->  Abs (   744,    54)
	 20: Rel (   197,   183)  ->  Abs (   941,   237)
	 21: Rel (     0,   112)  ->  Abs (   941,   349)
	 22: Rel (     0,    75)  ->  Abs (   941,   424)
	 23: Rel (   -97,   144)  ->  Abs (   844,   568)
	 24: Rel (  -182,    83)  ->  Abs (   662,   651)
	 25: Rel (   -93,     0)  ->  Abs (   569,   651)
	 26: Rel (   -30,     0)  ->  Abs (   539,   651)
	 27: Rel (   -26,    23)  ->  Abs (   513,   674)
	 28: Rel (     0,    19)  ->  Abs (   513,   693)
	 29: Rel (     0,    18)  ->  Abs (   513,   711)
	 30: Rel (    25,    24)  ->  Abs (   538,   735)
	 31: Rel (    25,     0)  ->  Abs (   563,   735)
	 32: Rel (    72,    -1)  ->  Abs (   635,   734)
	 33: Rel (   113,     0)  ->  Abs (   748,   734)
	 34: Rel (   147,   138)  ->  Abs (   895,   872)
	 35: Rel (     0,    91)  ->  Abs (   895,   963)
	 36: Rel (     0,    94)  ->  Abs (   895,  1057)
	 37: Rel (  -154,   144)  ->  Abs (   741,  1201)
	 38: Rel (  -124,     0)  ->  Abs (   617,  1201)
	 39: Rel (   -87,     0)  ->  Abs (   530,  1201)
	 40: Rel (  -146,   -60)  ->  Abs (   384,  1141)
	 41: Rel (   -44,   -52)  ->  Abs (   340,  1089)
	 42: Rel (   -16,   -20)  ->  Abs (   324,  1069)
	 43: Rel (   -17,    -9)  ->  Abs (   307,  1060)
	 44: Rel (   -11,     0)  ->  Abs (   296,  1060)
	 45: Rel (   -17,     0)  ->  Abs (   279,  1060)
	 46: Rel (   -24,    23)  ->  Abs (   255,  1083)
	 47: Rel (     0,    16)  ->  Abs (   255,  1099)
	 48: Rel (     0,    40)  ->  Abs (   255,  1139)
	 49: Rel (    87,    61)  ->  Abs (   342,  1200)
	 50: Rel (   121,    85)  ->  Abs (   463,  1285)
	 51: Rel (   154,     0)  ->  Abs (   617,  1285)
	 52: Rel (   159,     0)  ->  Abs (   776,  1285)
	 53: Rel (   204,  -191)  ->  Abs (   980,  1094)
	 54: Rel (     0,  -132)  ->  Abs (   980,   962)
	 55: Rel (     0,   -84)  ->  Abs (   980,   878)
	 56: Rel (   -98,  -150)  ->  Abs (   882,   728)

	Glyph  23: off = 0x00001652, len = 314
	  numberOfContours:	2
	  xMin:			214
	  yMin:			0
	  xMax:			983
	  yMax:			1255

	EndPoints
	---------
	  0:  29
	  1:  33

	  Length of Instructions:	209
	00000: NPUSHB      (13):     0     3     0    32     2    30    33     5    29    31 
	                            28    22    25 
	00015: PUSHW[1]            486 
	00018: PUSHB[7]             29    29   190    22    15    21    18 
	00026: PUSHW[1]            352 
	00029: NPUSHB      (18):    14    14   190    21    32    33    33   103     2     3 
	                            20     2     2     3     2    33    31    32 
	00049: PUSHW[1]            347 
	00052: PUSHB[8]              3     3     4     5    33    30    13    30 
	00061: PUSHW[1]            347 
	00064: PUSHB[3]              0    14     0 
	00068: PUSHW[1]            754 
	00071: PUSHB[3]             29    29    28 
	00075: PUSHW[4]            347    22    15   347 
	00084: PUSHB[3]             22    21     3 
	00088: PUSHW[1]            643 
	00091: NPUSHB      (15):     1     5    14   103    29    29    31     0    15    30 
	                             1     0    30     1    30 
	00108: PUSHW[3]            622    33   347 
	00115: NPUSHB      (11):     0     1     1     1    25    34     4     4    21    12 
	                           161 
	00128: PUSHW[3]            466    24   292 
	00135: SCANCTRL   
	00136: CALL       
	00137: SVTCA[y-axis] 
	00138: MIAP[rd+ci] 
	00139: MIAP[rd+ci] 
	00140: SVTCA[x-axis] 
	00141: FLIPOFF    
	00142: SRP0       
	00143: MIRP[srp0,nmd,rd,0] 
	00144: DELTAP2    
	00145: FLIPON     
	00146: MIRP[srp0,md,rd,1] 
	00147: MIRP[srp0,nmd,rd,2] 
	00148: DELTAP1    
	00149: DELTAP2    
	00150: ALIGNRP    
	00151: ALIGNRP    
	00152: ALIGNRP    
	00153: SRP0       
	00154: MIRP[srp0,md,rd,1] 
	00155: ALIGNRP    
	00156: SRP0       
	00157: MIRP[nrp0,nmd,rd,0] 
	00158: SVTCA[y-axis] 
	00159: SRP0       
	00160: ALIGNRP    
	00161: MIRP[nrp0,md,rd,1] 
	00162: SRP0       
	00163: MIRP[srp0,md,rd,1] 
	00164: ALIGNRP    
	00165: SRP0       
	00166: MIRP[nrp0,md,rd,2] 
	00167: ALIGNRP    
	00168: SRP0       
	00169: MIRP[nrp0,md,rd,1] 
	00170: ALIGNRP    
	00171: SRP0       
	00172: ALIGNRP    
	00173: ALIGNRP    
	00174: SRP0       
	00175: ALIGNRP    
	00176: SRP0       
	00177: MIRP[srp0,md,rd,1] 
	00178: ALIGNRP    
	00179: SRP1       
	00180: IP         
	00181: SFVTCA[x-axis] 
	00182: SDPVTL[1]  
	00183: MDAP[nrd]  
	00184: CALL       
	00185: RDTG       
	00186: SRP0       
	00187: MDRP[nrp0,nmd,rd,0] 
	00188: RTG        
	00189: SVTCA[y-axis] 
	00190: SRP0       
	00191: MIRP[nrp0,md,rd,1] 
	00192: SVTCA[x-axis] 
	00193: SRP0       
	00194: MIRP[srp0,nmd,rd,1] 
	00195: MDRP[srp0,nmd,rd,0] 
	00196: ALIGNRP    
	00197: SVTCA[y-axis] 
	00198: SRP0       
	00199: MIRP[nrp0,md,rd,1] 
	00200: SVTCA[x-axis] 
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,1] 
	00203: MDRP[srp0,nmd,rd,0] 
	00204: ALIGNRP    
	00205: ISECT      
	00206: IUP[y]     
	00207: IUP[x]     
	00208: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:                                      On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:        XDual                         On
	 31:        XDual                         On
	 32:  YDual                       X-Short On
	 33:                                      On

	Coordinates
	-----------
	  0: Rel (   771,   351)  ->  Abs (   771,   351)
	  1: Rel (  -557,     0)  ->  Abs (   214,   351)
	  2: Rel (     0,    97)  ->  Abs (   214,   448)
	  3: Rel (   467,   807)  ->  Abs (   681,  1255)
	  4: Rel (   175,     0)  ->  Abs (   856,  1255)
	  5: Rel (     0,  -820)  ->  Abs (   856,   435)
	  6: Rel (    70,     0)  ->  Abs (   926,   435)
	  7: Rel (    31,     0)  ->  Abs (   957,   435)
	  8: Rel (    26,   -23)  ->  Abs (   983,   412)
	  9: Rel (     0,   -19)  ->  Abs (   983,   393)
	 10: Rel (     0,   -18)  ->  Abs (   983,   375)
	 11: Rel (   -26,   -24)  ->  Abs (   957,   351)
	 12: Rel (   -31,     0)  ->  Abs (   926,   351)
	 13: Rel (   -70,     0)  ->  Abs (   856,   351)
	 14: Rel (     0,  -267)  ->  Abs (   856,    84)
	 15: Rel (    70,     0)  ->  Abs (   926,    84)
	 16: Rel (    31,     0)  ->  Abs (   957,    84)
	 17: Rel (    26,   -23)  ->  Abs (   983,    61)
	 18: Rel (     0,   -19)  ->  Abs (   983,    42)
	 19: Rel (     0,   -18)  ->  Abs (   983,    24)
	 20: Rel (   -26,   -24)  ->  Abs (   957,     0)
	 21: Rel (   -31,     0)  ->  Abs (   926,     0)
	 22: Rel (  -312,     0)  ->  Abs (   614,     0)
	 23: Rel (   -31,     0)  ->  Abs (   583,     0)
	 24: Rel (   -26,    24)  ->  Abs (   557,    24)
	 25: Rel (     0,    18)  ->  Abs (   557,    42)
	 26: Rel (     0,    19)  ->  Abs (   557,    61)
	 27: Rel (    26,    23)  ->  Abs (   583,    84)
	 28: Rel (    31,     0)  ->  Abs (   614,    84)
	 29: Rel (   157,     0)  ->  Abs (   771,    84)
	 30: Rel (     0,   351)  ->  Abs (   771,   435)
	 31: Rel (     0,   735)  ->  Abs (   771,  1170)
	 32: Rel (   -44,     0)  ->  Abs (   727,  1170)
	 33: Rel (  -425,  -735)  ->  Abs (   302,   435)

	Glyph  24: off = 0x0000178C, len = 350
	  numberOfContours:	1
	  xMin:			196
	  yMin:			-30
	  xMax:			1025
	  yMax:			1255

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	222
	00000: NPUSHB      (34):    11    27     9    28    34     9    41    25    58    24 
	                             5    45    41    76    41    95    41   110    41   152 
	                            41   201    25   219    24   235    24     8    25    34 
	                            27    36    52    22 
	00036: PUSHW[1]            -34 
	00039: NPUSHB      (19):    27    36    52    27    32    35     8    20    16    32 
	                            36    22    31    26     1    31    29    33     0 
	00060: PUSHW[6]            347    37     1   347    33   484 
	00073: NPUSHB       (9):    29    61     4     4    10     0    38    37    19 
	00084: PUSHW[1]            483 
	00087: NPUSHB       (9):    23    61    10    26    61    16     7     1     7 
	00098: PUSHW[3]            645    41   620 
	00105: PUSHB[6]             37     0     1   103    37    36 
	00112: PUSHW[1]            477 
	00115: PUSHB[8]             16    25    45    37     4    10    13   236 
	00124: PUSHW[3]            384    24   292 
	00131: SCANCTRL   
	00132: CALL       
	00133: SVTCA[y-axis] 
	00134: MIAP[rd+ci] 
	00135: MIAP[rd+ci] 
	00136: SVTCA[x-axis] 
	00137: FLIPOFF    
	00138: SRP0       
	00139: MIRP[srp0,nmd,rd,0] 
	00140: FLIPON     
	00141: MIRP[srp0,nmd,rd,0] 
	00142: ALIGNRP    
	00143: MIRP[srp0,md,rd,1] 
	00144: ALIGNRP    
	00145: SRP0       
	00146: MIRP[nrp0,md,rd,1] 
	00147: MIRP[srp0,md,rd,1] 
	00148: DELTAP1    
	00149: MIRP[nrp0,md,rd,1] 
	00150: SVTCA[y-axis] 
	00151: SRP0       
	00152: MIRP[srp0,md,rd,1] 
	00153: MIRP[nrp0,nmd,rd,0] 
	00154: SRP0       
	00155: ALIGNRP    
	00156: SRP1       
	00157: SRP2       
	00158: IP         
	00159: MDAP[rd]   
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIRP[srp0,md,rd,1] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: SRP0       
	00164: MIRP[nrp0,md,rd,1] 
	00165: SRP1       
	00166: SRP2       
	00167: IP         
	00168: SVTCA[x-axis] 
	00169: SRP1       
	00170: SRP2       
	00171: IP         
	00172: IP         
	00173: SRP2       
	00174: IP         
	00175: SRP1       
	00176: IP         
	00177: IUP[y]     
	00178: IUP[x]     
	00179: RS         
	00180: JROF       
	00181: NPUSHB      (24):    24    28     5     9    28     5    26    64     1    24 
	                             9    26    64     1    27     6    29    64     1    25 
	                             8    23    64     0 
	00207: SVTCA[y-axis] 
	00208: CALL       
	00209: CALL       
	00210: SVTCA[x-axis] 
	00211: CALL       
	00212: CALL       
	00213: FLIPRGON   
	00214: FLIPRGON   
	00215: SVTCA[y-axis] 
	00216: SHPIX      
	00217: SVTCA[x-axis] 
	00218: CALL       
	00219: CALL       
	00220: DELTAP1    
	00221: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:        XDual                         On
	 38:  YDual                               On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   383,  1170)  ->  Abs (   383,  1170)
	  1: Rel (     0,  -411)  ->  Abs (   383,   759)
	  2: Rel (    74,    31)  ->  Abs (   457,   790)
	  3: Rel (   136,    31)  ->  Abs (   593,   821)
	  4: Rel (    61,     0)  ->  Abs (   654,   821)
	  5: Rel (   158,     0)  ->  Abs (   812,   821)
	  6: Rel (   213,  -222)  ->  Abs (  1025,   599)
	  7: Rel (     0,  -181)  ->  Abs (  1025,   418)
	  8: Rel (     0,  -200)  ->  Abs (  1025,   218)
	  9: Rel (  -240,  -248)  ->  Abs (   785,   -30)
	 10: Rel (  -180,     0)  ->  Abs (   605,   -30)
	 11: Rel (  -119,     0)  ->  Abs (   486,   -30)
	 12: Rel (  -110,    53)  ->  Abs (   376,    23)
	 13: Rel (   -78,    37)  ->  Abs (   298,    60)
	 14: Rel (   -64,    55)  ->  Abs (   234,   115)
	 15: Rel (   -38,    33)  ->  Abs (   196,   148)
	 16: Rel (     0,    22)  ->  Abs (   196,   170)
	 17: Rel (     0,    18)  ->  Abs (   196,   188)
	 18: Rel (    24,    25)  ->  Abs (   220,   213)
	 19: Rel (    16,     0)  ->  Abs (   236,   213)
	 20: Rel (    17,     0)  ->  Abs (   253,   213)
	 21: Rel (    19,   -18)  ->  Abs (   272,   195)
	 22: Rel (   151,  -141)  ->  Abs (   423,    54)
	 23: Rel (   178,     0)  ->  Abs (   601,    54)
	 24: Rel (   147,     0)  ->  Abs (   748,    54)
	 25: Rel (   192,   201)  ->  Abs (   940,   255)
	 26: Rel (     0,   167)  ->  Abs (   940,   422)
	 27: Rel (     0,   142)  ->  Abs (   940,   564)
	 28: Rel (  -166,   173)  ->  Abs (   774,   737)
	 29: Rel (  -128,     0)  ->  Abs (   646,   737)
	 30: Rel (  -131,     0)  ->  Abs (   515,   737)
	 31: Rel (  -131,   -69)  ->  Abs (   384,   668)
	 32: Rel (   -32,   -16)  ->  Abs (   352,   652)
	 33: Rel (   -13,     0)  ->  Abs (   339,   652)
	 34: Rel (   -18,     0)  ->  Abs (   321,   652)
	 35: Rel (   -22,    24)  ->  Abs (   299,   676)
	 36: Rel (     0,    22)  ->  Abs (   299,   698)
	 37: Rel (     0,   557)  ->  Abs (   299,  1255)
	 38: Rel (   586,     0)  ->  Abs (   885,  1255)
	 39: Rel (    30,     0)  ->  Abs (   915,  1255)
	 40: Rel (    26,   -24)  ->  Abs (   941,  1231)
	 41: Rel (     0,   -19)  ->  Abs (   941,  1212)
	 42: Rel (     0,   -18)  ->  Abs (   941,  1194)
	 43: Rel (   -26,   -24)  ->  Abs (   915,  1170)
	 44: Rel (   -30,     0)  ->  Abs (   885,  1170)

	Glyph  25: off = 0x000018EA, len = 568
	  numberOfContours:	2
	  xMin:			274
	  yMin:			-30
	  xMax:			1050
	  yMax:			1285

	EndPoints
	---------
	  0:  35
	  1:  48

	  Length of Instructions:	426
	00000: NPUSHB      (12):    46    34    20    36    52    34    30    43    30    33 
	                            30    38 
	00014: PUSHW[3]            -10     0   -30 
	00021: NPUSHB      (14):    53     4    59     8    67     4    75     8    85     4 
	                            90     8     6    37 
	00037: PUSHW[1]            -34 
	00040: PUSHB[4]             27    36    52    32 
	00045: PUSHW[1]            -34 
	00048: PUSHB[4]             27    36    52    34 
	00053: PUSHW[1]            -34 
	00056: PUSHB[4]             27    35    52    36 
	00061: PUSHW[1]            -44 
	00064: NPUSHB      (10):    27    36    52    41    30    43    30    36     8    13 
	00076: PUSHW[1]            -30 
	00079: NPUSHB     (127):     4     4     4     8    20     4    20     8    38     4 
	                            38     8    42    19    58    19    75    19    91    19 
	                           106    19   121    19   136    19   133    36   187    19 
	                           181    36   218    11   218    18   235    13    19    11 
	                             1     5     8     7    32     6    38    25    15    36 
	                            32    37    33   101    32    99    33   121    33   121 
	                            40   115    47   112    48   179    34   187    42   214 
	                            12   226    10   230    12    18    90     8    35    15 
	                            33    16    17    18    32    19    20    31    21    30 
	                            22    29    23    25    16    24    13    34     0    36 
	                            13    12    37    11    38    10     1    48    47     2 
	                            46    44     4    40     8    41     7    43    42     5 
	                            23     6    14    13    36    49     0 
	00208: PUSHW[1]            677 
	00211: PUSHB[6]             45    61     3     3     9    27 
	00218: PUSHW[1]            478 
	00221: NPUSHB      (22):    31    61    20     5    39    61     9    13    24   225 
	                             6    61     0    42    16    42    32    42    48    42 
	                             4    42 
	00245: PUSHW[6]            717    50    36   292    12   678 
	00258: PUSHB[8]             34    61    48    14     1    14    25    49 
	00267: PUSHW[4]            312   385    24   300 
	00276: SCANCTRL   
	00277: CALL       
	00278: FLIPOFF    
	00279: SRP0       
	00280: MIRP[srp0,nmd,rd,0] 
	00281: DELTAP1    
	00282: FLIPON     
	00283: MIRP[nrp0,md,rd,1] 
	00284: MIRP[srp0,nmd,rd,0] 
	00285: MIRP[nrp0,md,rd,1] 
	00286: SRP0       
	00287: MIRP[srp0,md,rd,1] 
	00288: DELTAP1    
	00289: MIRP[srp0,md,rd,1] 
	00290: MIRP[nrp0,nmd,rd,0] 
	00291: SVTCA[y-axis] 
	00292: MIAP[rd+ci] 
	00293: MIRP[nrp0,md,rd,1] 
	00294: MIAP[rd+ci] 
	00295: MIRP[nrp0,md,rd,1] 
	00296: MIRP[nrp0,md,rd,1] 
	00297: SRP2       
	00298: IP         
	00299: MDAP[rd]   
	00300: MIRP[nrp0,md,rd,1] 
	00301: MIRP[nrp0,nmd,rd,0] 
	00302: SVTCA[x-axis] 
	00303: SRP1       
	00304: SRP2       
	00305: IP         
	00306: SRP1       
	00307: SRP2       
	00308: SLOOP      
	00309: IP         
	00310: SRP1       
	00311: SRP2       
	00312: SLOOP      
	00313: IP         
	00314: IUP[y]     
	00315: IUP[x]     
	00316: RS         
	00317: JROF       
	00318: NPUSHB      (28):    37    44    32    33     4    19    16    15    17    15 
	                            18    15     3     6    12    13    11    13     2     6 
	                            44     4    42    64     1    32    19    34 
	00348: PUSHW[1]            428 
	00351: NPUSHB      (21):     0    38    10    36    64     0    37    36    40     8 
	                            42    64     1    43     5    45    64     1    33    15 
	                            31 
	00374: PUSHW[1]            428 
	00377: NPUSHB      (11):     1    37    13    39    64     0    41     7    39    64 
	                             0 
	00390: SVTCA[y-axis] 
	00391: CALL       
	00392: CALL       
	00393: CALL       
	00394: CALL       
	00395: SVTCA[x-axis] 
	00396: CALL       
	00397: SRP0       
	00398: ALIGNRP    
	00399: CALL       
	00400: CALL       
	00401: CALL       
	00402: LOOPCALL   
	00403: LOOPCALL   
	00404: FLIPRGON   
	00405: FLIPRGON   
	00406: FLIPRGON   
	00407: SVTCA[x-axis] 
	00408: DELTAP2    
	00409: DELTAP1    
	00410: SHPIX      
	00411: SHPIX      
	00412: SHPIX      
	00413: SHPIX      
	00414: CALL       
	00415: CALL       
	00416: CALL       
	00417: CALL       
	00418: SVTCA[y-axis] 
	00419: DELTAP1    
	00420: SHPIX      
	00421: SHPIX      
	00422: SHPIX      
	00423: SHPIX      
	00424: SHPIX      
	00425: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual Rep-  2 Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                                      Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:                      Y-Short X-Short On
	 48:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   364,   531)  ->  Abs (   364,   531)
	  1: Rel (    78,   115)  ->  Abs (   442,   646)
	  2: Rel (   165,   110)  ->  Abs (   607,   756)
	  3: Rel (   101,     0)  ->  Abs (   708,   756)
	  4: Rel (   134,     0)  ->  Abs (   842,   756)
	  5: Rel (   208,  -223)  ->  Abs (  1050,   533)
	  6: Rel (     0,  -164)  ->  Abs (  1050,   369)
	  7: Rel (     0,  -150)  ->  Abs (  1050,   219)
	  8: Rel (  -190,  -249)  ->  Abs (   860,   -30)
	  9: Rel (  -167,     0)  ->  Abs (   693,   -30)
	 10: Rel (  -109,     0)  ->  Abs (   584,   -30)
	 11: Rel (  -189,   134)  ->  Abs (   395,   104)
	 12: Rel (   -54,   139)  ->  Abs (   341,   243)
	 13: Rel (   -67,   173)  ->  Abs (   274,   416)
	 14: Rel (     0,   210)  ->  Abs (   274,   626)
	 15: Rel (     0,   158)  ->  Abs (   274,   784)
	 16: Rel (    63,   136)  ->  Abs (   337,   920)
	 17: Rel (    48,   105)  ->  Abs (   385,  1025)
	 18: Rel (   160,   159)  ->  Abs (   545,  1184)
	 19: Rel (   213,   101)  ->  Abs (   758,  1285)
	 20: Rel (   124,     0)  ->  Abs (   882,  1285)
	 21: Rel (    84,     0)  ->  Abs (   966,  1285)
	 22: Rel (    56,   -34)  ->  Abs (  1022,  1251)
	 23: Rel (    24,   -15)  ->  Abs (  1046,  1236)
	 24: Rel (     0,   -25)  ->  Abs (  1046,  1211)
	 25: Rel (     0,   -18)  ->  Abs (  1046,  1193)
	 26: Rel (   -22,   -23)  ->  Abs (  1024,  1170)
	 27: Rel (   -17,     0)  ->  Abs (  1007,  1170)
	 28: Rel (   -13,     0)  ->  Abs (   994,  1170)
	 29: Rel (   -18,    10)  ->  Abs (   976,  1180)
	 30: Rel (   -41,    20)  ->  Abs (   935,  1200)
	 31: Rel (   -61,     0)  ->  Abs (   874,  1200)
	 32: Rel (  -195,     0)  ->  Abs (   679,  1200)
	 33: Rel (  -321,  -335)  ->  Abs (   358,   865)
	 34: Rel (     0,  -231)  ->  Abs (   358,   634)
	 35: Rel (     0,   -33)  ->  Abs (   358,   601)
	 36: Rel (    25,  -209)  ->  Abs (   383,   392)
	 37: Rel (    38,  -182)  ->  Abs (   421,   210)
	 38: Rel (   163,  -156)  ->  Abs (   584,    54)
	 39: Rel (   111,     0)  ->  Abs (   695,    54)
	 40: Rel (   112,     0)  ->  Abs (   807,    54)
	 41: Rel (   159,   175)  ->  Abs (   966,   229)
	 42: Rel (     0,   140)  ->  Abs (   966,   369)
	 43: Rel (     0,   131)  ->  Abs (   966,   500)
	 44: Rel (  -160,   172)  ->  Abs (   806,   672)
	 45: Rel (  -101,     0)  ->  Abs (   705,   672)
	 46: Rel (   -97,     0)  ->  Abs (   608,   672)
	 47: Rel (   -90,   -83)  ->  Abs (   518,   589)
	 48: Rel (   -60,   -55)  ->  Abs (   458,   534)

	Glyph  26: off = 0x00001B22, len = 200
	  numberOfContours:	1
	  xMin:			211
	  yMin:			-2
	  xMax:			982
	  yMax:			1255

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	128
	00000: PUSHB[2]              9     3 
	00003: PUSHW[3]            681     6   352 
	00010: NPUSHB      (42):     2     6     6     3     2   190     9    12    13    13 
	                           103    21     0    20    21    21     0    21     9     0 
	                             1    12    23    11    21    12     0     3    16     1 
	                             2   103    11    10    17    15    16    10     4    16 
	                            12    11 
	00054: PUSHW[3]            347     1   680 
	00061: PUSHB[5]             23     9    25    22   236 
	00067: PUSHW[3]            262    24   300 
	00074: SCANCTRL   
	00075: CALL       
	00076: FLIPOFF    
	00077: SRP0       
	00078: MIRP[nrp0,nmd,rd,0] 
	00079: FLIPON     
	00080: SRP0       
	00081: MIRP[srp0,nmd,rd,0] 
	00082: MIRP[nrp0,md,rd,1] 
	00083: SVTCA[y-axis] 
	00084: MIAP[rd+ci] 
	00085: MIAP[rd+ci] 
	00086: SRP0       
	00087: ALIGNRP    
	00088: ALIGNRP    
	00089: SRP0       
	00090: ALIGNRP    
	00091: MIRP[srp0,md,rd,1] 
	00092: ALIGNRP    
	00093: SRP1       
	00094: SLOOP      
	00095: IP         
	00096: SVTCA[x-axis] 
	00097: SRP1       
	00098: SRP2       
	00099: IP         
	00100: SRP2       
	00101: IP         
	00102: SRP1       
	00103: IP         
	00104: SDPVTL[1]  
	00105: SFVTPV     
	00106: MDAP[nrd]  
	00107: CALL       
	00108: SFVTPV     
	00109: RDTG       
	00110: SRP0       
	00111: MDRP[nrp0,nmd,rd,0] 
	00112: RTG        
	00113: SVTCA[x-axis] 
	00114: SRP0       
	00115: MIRP[srp0,md,rd,1] 
	00116: RTDG       
	00117: SRP2       
	00118: IP         
	00119: MDAP[rd]   
	00120: RTG        
	00121: SVTCA[y-axis] 
	00122: SRP0       
	00123: MIRP[srp0,nmd,rd,1] 
	00124: MIRP[srp0,nmd,rd,0] 
	00125: MDRP[nrp0,nmd,rd,0] 
	00126: IUP[y]     
	00127: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:        XDual         Y-Short         On
	 13:                                      On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   897,  1132)  ->  Abs (   897,  1132)
	  1: Rel (     0,    38)  ->  Abs (   897,  1170)
	  2: Rel (  -602,     0)  ->  Abs (   295,  1170)
	  3: Rel (     0,   -74)  ->  Abs (   295,  1096)
	  4: Rel (     0,   -30)  ->  Abs (   295,  1066)
	  5: Rel (   -23,   -26)  ->  Abs (   272,  1040)
	  6: Rel (   -19,     0)  ->  Abs (   253,  1040)
	  7: Rel (   -18,     0)  ->  Abs (   235,  1040)
	  8: Rel (   -24,    26)  ->  Abs (   211,  1066)
	  9: Rel (     0,    30)  ->  Abs (   211,  1096)
	 10: Rel (     0,   159)  ->  Abs (   211,  1255)
	 11: Rel (   771,     0)  ->  Abs (   982,  1255)
	 12: Rel (     0,  -134)  ->  Abs (   982,  1121)
	 13: Rel (  -338, -1080)  ->  Abs (   644,    41)
	 14: Rel (    -8,   -26)  ->  Abs (   636,    15)
	 15: Rel (   -22,   -17)  ->  Abs (   614,    -2)
	 16: Rel (   -14,     0)  ->  Abs (   600,    -2)
	 17: Rel (   -18,     0)  ->  Abs (   582,    -2)
	 18: Rel (   -24,    24)  ->  Abs (   558,    22)
	 19: Rel (     0,    16)  ->  Abs (   558,    38)
	 20: Rel (     0,    10)  ->  Abs (   558,    48)
	 21: Rel (     6,    18)  ->  Abs (   564,    66)

	Glyph  27: off = 0x00001BEA, len = 536
	  numberOfContours:	3
	  xMin:			231
	  yMin:			-30
	  xMax:			999
	  yMax:			1285

	EndPoints
	---------
	  0:  25
	  1:  37
	  2:  49

	  Length of Instructions:	391
	00000: NPUSHB      (68):    18   167    34   202     0   238     0   238    12     4 
	                            26     4    29    21    43    45    87    43   101     2 
	                             5    11    14     4    24    27    14    20    24   138 
	                            24   148     1   154     8   154    11   147    39   159 
	                            43   156    45   169     1   163    39   181     2   191 
	                            10   186    12   186    43   205    10   202    43    19 
	                           121     1   165    33     2    49    20    45 
	00070: PUSHW[1]            -20 
	00073: PUSHB[3]             28    35    30 
	00077: PUSHW[1]            -35 
	00080: PUSHB[3]             48    35    46 
	00084: PUSHW[3]            -35    21    -8 
	00091: PUSHB[5]             17     8    40    40    36 
	00097: PUSHW[1]            -35 
	00100: PUSHB[3]             42    40    34 
	00104: PUSHW[3]            -20    37   -22 
	00111: PUSHB[3]             39    34    33 
	00115: PUSHW[1]            -20 
	00118: NPUSHB      (18):    43    40    64     8    35    61    41    41     6    29 
	                            61    19     5    47    61     6    13    35 
	00138: PUSHW[1]            473 
	00141: NPUSHB      (16):    41    41    22    16    38    61     3   225    26    61 
	                            63    22    79    22     2    22 
	00159: PUSHW[1]            493 
	00162: NPUSHB      (11):    51    32    61    16   225    44    61     9    25    50 
	                           161 
	00175: PUSHW[3]            262    24   300 
	00182: SCANCTRL   
	00183: CALL       
	00184: FLIPOFF    
	00185: SRP0       
	00186: MIRP[srp0,nmd,rd,0] 
	00187: FLIPON     
	00188: MIRP[nrp0,md,rd,1] 
	00189: MIRP[srp0,nmd,rd,0] 
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,0] 
	00193: DELTAP1    
	00194: MIRP[nrp0,md,rd,1] 
	00195: MIRP[srp0,nmd,rd,0] 
	00196: MIRP[nrp0,md,rd,1] 
	00197: SRP1       
	00198: SRP2       
	00199: IP         
	00200: MDAP[rd]   
	00201: MIRP[nrp0,nmd,rd,2] 
	00202: SVTCA[y-axis] 
	00203: MIAP[rd+ci] 
	00204: MIRP[nrp0,md,rd,1] 
	00205: MIAP[rd+ci] 
	00206: MIRP[nrp0,md,rd,1] 
	00207: SRP2       
	00208: IP         
	00209: MDAP[rd]   
	00210: MIRP[nrp0,md,rd,1] 
	00211: IUP[y]     
	00212: IUP[x]     
	00213: RS         
	00214: JROF       
	00215: NPUSHB      (48):    45    49    27    31    17    21     4     8    30    18 
	                            32    64     0    28    20    26    64     1    46     7 
	                            44    64     0    48     5    38    64     1    31    17 
	                            29    64     1    27    21    29    64     1    45     8 
	                            47    64     0    49     4    47    64     0 
	00265: CALL       
	00266: CALL       
	00267: CALL       
	00268: CALL       
	00269: SVTCA[x-axis] 
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: FLIPRGON   
	00275: FLIPRGON   
	00276: FLIPRGON   
	00277: FLIPRGON   
	00278: SVTCA[y-axis] 
	00279: SHPIX      
	00280: SHPIX      
	00281: SHPIX      
	00282: SHPIX      
	00283: SHPIX      
	00284: SHPIX      
	00285: SHPIX      
	00286: SHPIX      
	00287: SVTCA[x-axis] 
	00288: SHPIX      
	00289: SHPIX      
	00290: SHPIX      
	00291: SHPIX      
	00292: SHPIX      
	00293: SHPIX      
	00294: SHPIX      
	00295: SHPIX      
	00296: SVTCA[y-axis] 
	00297: DELTAP1    
	00298: SVTCA[x-axis] 
	00299: DELTAP1    
	00300: DELTAP2    
	00301: SVTCA[y-axis] 
	00302: DELTAP2    
	00303: RS         
	00304: NOT        
	00305: IF         
	00306: PUSHW[2]             43   -24 
	00311: PUSHB[4]             30    18    63    33 
	00316: PUSHW[1]            -24 
	00319: PUSHB[4]             23    14    63    33 
	00324: PUSHW[1]            -24 
	00327: NPUSHB      (48):    22    13    63     5    24    23    14    63     5    24 
	                            22    13    63     1    24    23    14    63     1    24 
	                            22    13    63     5    24    20    12    63    21    24 
	                            30    18    63    21    24    23    14    63    21    24 
	                            22    13    63    21    24    20    12    63 
	00377: SVTCA[x-axis] 
	00378: CALL       
	00379: CALL       
	00380: CALL       
	00381: CALL       
	00382: CALL       
	00383: CALL       
	00384: CALL       
	00385: CALL       
	00386: CALL       
	00387: CALL       
	00388: CALL       
	00389: CALL       
	00390: EIF        

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:        XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:        XDual                 X-Short On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:        XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   787,   651)  ->  Abs (   787,   651)
	  1: Rel (   105,   -51)  ->  Abs (   892,   600)
	  2: Rel (   107,  -167)  ->  Abs (   999,   433)
	  3: Rel (     0,   -96)  ->  Abs (   999,   337)
	  4: Rel (     0,  -149)  ->  Abs (   999,   188)
	  5: Rel (  -224,  -218)  ->  Abs (   775,   -30)
	  6: Rel (  -160,     0)  ->  Abs (   615,   -30)
	  7: Rel (  -160,     0)  ->  Abs (   455,   -30)
	  8: Rel (  -224,   218)  ->  Abs (   231,   188)
	  9: Rel (     0,   149)  ->  Abs (   231,   337)
	 10: Rel (     0,    95)  ->  Abs (   231,   432)
	 11: Rel (   107,   167)  ->  Abs (   338,   599)
	 12: Rel (   106,    52)  ->  Abs (   444,   651)
	 13: Rel (   -92,    53)  ->  Abs (   352,   704)
	 14: Rel (   -42,    57)  ->  Abs (   310,   761)
	 15: Rel (   -58,    81)  ->  Abs (   252,   842)
	 16: Rel (     0,    98)  ->  Abs (   252,   940)
	 17: Rel (     0,   138)  ->  Abs (   252,  1078)
	 18: Rel (   213,   207)  ->  Abs (   465,  1285)
	 19: Rel (   150,     0)  ->  Abs (   615,  1285)
	 20: Rel (   151,     0)  ->  Abs (   766,  1285)
	 21: Rel (   212,  -207)  ->  Abs (   978,  1078)
	 22: Rel (     0,  -138)  ->  Abs (   978,   940)
	 23: Rel (     0,   -98)  ->  Abs (   978,   842)
	 24: Rel (   -58,   -80)  ->  Abs (   920,   762)
	 25: Rel (   -41,   -58)  ->  Abs (   879,   704)
	 26: Rel (    13,   233)  ->  Abs (   892,   937)
	 27: Rel (     0,   108)  ->  Abs (   892,  1045)
	 28: Rel (  -161,   155)  ->  Abs (   731,  1200)
	 29: Rel (  -117,     0)  ->  Abs (   614,  1200)
	 30: Rel (  -116,     0)  ->  Abs (   498,  1200)
	 31: Rel (  -161,  -156)  ->  Abs (   337,  1044)
	 32: Rel (     0,  -106)  ->  Abs (   337,   938)
	 33: Rel (     0,   -98)  ->  Abs (   337,   840)
	 34: Rel (   159,  -147)  ->  Abs (   496,   693)
	 35: Rel (   118,     0)  ->  Abs (   614,   693)
	 36: Rel (   119,     0)  ->  Abs (   733,   693)
	 37: Rel (   159,   147)  ->  Abs (   892,   840)
	 38: Rel (    23,  -505)  ->  Abs (   915,   335)
	 39: Rel (     0,   111)  ->  Abs (   915,   446)
	 40: Rel (  -172,   164)  ->  Abs (   743,   610)
	 41: Rel (  -128,     0)  ->  Abs (   615,   610)
	 42: Rel (  -128,     0)  ->  Abs (   487,   610)
	 43: Rel (  -172,  -164)  ->  Abs (   315,   446)
	 44: Rel (     0,  -110)  ->  Abs (   315,   336)
	 45: Rel (     0,  -114)  ->  Abs (   315,   222)
	 46: Rel (   173,  -168)  ->  Abs (   488,    54)
	 47: Rel (   127,     0)  ->  Abs (   615,    54)
	 48: Rel (   127,     0)  ->  Abs (   742,    54)
	 49: Rel (   173,   168)  ->  Abs (   915,   222)

	Glyph  28: off = 0x00001E02, len = 488
	  numberOfContours:	2
	  xMin:			275
	  yMin:			-30
	  xMax:			1047
	  yMax:			1285

	EndPoints
	---------
	  0:  37
	  1:  51

	  Length of Instructions:	336
	00000: NPUSHB      (45):     7     8     4    42     7    43     0    46   170    36 
	                           186    36     6    38    34    20    36    52    35    44 
	                            20    36    52    14    24    20    36    52    13    14 
	                            30    50    52    12    34    30    50    52    50    22 
	                            51    44    39    44    21 
	00047: PUSHW[1]            -14 
	00050: NPUSHB      (15):    91    49   229    18   249    35   243    42   244    46 
	                             5   191     0     1    49 
	00067: PUSHW[1]            -34 
	00070: PUSHB[4]             20    36    52    35 
	00075: PUSHW[1]            -22 
	00078: PUSHB[3]             39    22    34 
	00082: PUSHW[3]            -22    50   -24 
	00089: NPUSHB      (45):    30    50    52     6    20   181    49   196    49   211 
	                            49     4    94     8    13    36     0    38    14    12 
	                            39    11    40     9    42     8    12     7    14    12 
	                            39    13    38     0    38    14    13     4    15    36 
	                            41    61    10     5     0 
	00136: PUSHW[1]            677 
	00139: NPUSHB      (10):    47    61     3     3    10    33    61    22    13    38 
	00151: PUSHW[3]            292    13   678 
	00158: NPUSHB      (10):    36    61    15    26    53    26   225     7    61    44 
	00170: PUSHW[6]            680    52   312   385    24   300 
	00183: SCANCTRL   
	00184: CALL       
	00185: SRP0       
	00186: MIRP[srp0,nmd,rd,0] 
	00187: MIRP[srp0,md,rd,1] 
	00188: MIRP[nrp0,nmd,rd,0] 
	00189: FLIPOFF    
	00190: SRP0       
	00191: MIRP[srp0,nmd,rd,2] 
	00192: FLIPON     
	00193: MIRP[nrp0,md,rd,1] 
	00194: MIRP[srp0,nmd,rd,0] 
	00195: MIRP[nrp0,nmd,rd,1] 
	00196: SVTCA[y-axis] 
	00197: MIAP[rd+ci] 
	00198: MIRP[nrp0,md,rd,1] 
	00199: SRP2       
	00200: IP         
	00201: MDAP[rd]   
	00202: MIRP[nrp0,md,rd,1] 
	00203: MIRP[nrp0,nmd,rd,0] 
	00204: MIAP[rd+ci] 
	00205: MIRP[nrp0,md,rd,1] 
	00206: SVTCA[x-axis] 
	00207: SRP1       
	00208: SRP2       
	00209: SLOOP      
	00210: IP         
	00211: SRP1       
	00212: SRP2       
	00213: IP         
	00214: IP         
	00215: SRP1       
	00216: SRP2       
	00217: SLOOP      
	00218: IP         
	00219: IUP[y]     
	00220: IUP[x]     
	00221: RS         
	00222: JROF       
	00223: NPUSHB      (39):    39    46    34    35     4    21    13    14    12    14 
	                             2     6    17    16    18    16    19    16    20    16 
	                             4     6     5    37    42     9    44    64     0    40 
	                            11    38    64     1    39    38    34    21    36 
	00264: PUSHW[1]            428 
	00267: NPUSHB      (19):     1    46     4    44    64     0    43     8    41    64 
	                             1    39    14    41    64     1    35    16    33 
	00288: PUSHW[1]            428 
	00291: PUSHB[6]              0    45     6    47    64     0 
	00298: SVTCA[y-axis] 
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: CALL       
	00303: SVTCA[x-axis] 
	00304: CALL       
	00305: CALL       
	00306: SRP0       
	00307: ALIGNRP    
	00308: CALL       
	00309: CALL       
	00310: CALL       
	00311: LOOPCALL   
	00312: LOOPCALL   
	00313: FLIPRGON   
	00314: FLIPRGON   
	00315: FLIPRGON   
	00316: SVTCA[y-axis] 
	00317: DELTAP1    
	00318: CALL       
	00319: SHPIX      
	00320: SHPIX      
	00321: SHPIX      
	00322: CALL       
	00323: DELTAP2    
	00324: SVTCA[x-axis] 
	00325: DELTAP1    
	00326: SHPIX      
	00327: SHPIX      
	00328: SHPIX      
	00329: SHPIX      
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: CALL       
	00334: CALL       
	00335: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:                                      Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:        XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short X-Short On
	 51:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   959,   710)  ->  Abs (   959,   710)
	  1: Rel (   -65,  -115)  ->  Abs (   894,   595)
	  2: Rel (  -179,  -116)  ->  Abs (   715,   479)
	  3: Rel (   -94,     0)  ->  Abs (   621,   479)
	  4: Rel (   -87,     0)  ->  Abs (   534,   479)
	  5: Rel (  -163,   100)  ->  Abs (   371,   579)
	  6: Rel (   -96,   193)  ->  Abs (   275,   772)
	  7: Rel (     0,   106)  ->  Abs (   275,   878)
	  8: Rel (     0,   154)  ->  Abs (   275,  1032)
	  9: Rel (   191,   253)  ->  Abs (   466,  1285)
	 10: Rel (   160,     0)  ->  Abs (   626,  1285)
	 11: Rel (   114,     0)  ->  Abs (   740,  1285)
	 12: Rel (   188,  -142)  ->  Abs (   928,  1143)
	 13: Rel (    52,  -135)  ->  Abs (   980,  1008)
	 14: Rel (    67,  -173)  ->  Abs (  1047,   835)
	 15: Rel (     0,  -229)  ->  Abs (  1047,   606)
	 16: Rel (     0,  -178)  ->  Abs (  1047,   428)
	 17: Rel (   -57,  -118)  ->  Abs (   990,   310)
	 18: Rel (   -38,   -80)  ->  Abs (   952,   230)
	 19: Rel (  -147,  -150)  ->  Abs (   805,    80)
	 20: Rel (   -92,   -47)  ->  Abs (   713,    33)
	 21: Rel (  -126,   -63)  ->  Abs (   587,   -30)
	 22: Rel (  -136,     0)  ->  Abs (   451,   -30)
	 23: Rel (   -90,     0)  ->  Abs (   361,   -30)
	 24: Rel (   -57,    34)  ->  Abs (   304,     4)
	 25: Rel (   -26,    16)  ->  Abs (   278,    20)
	 26: Rel (     0,    24)  ->  Abs (   278,    44)
	 27: Rel (     0,    17)  ->  Abs (   278,    61)
	 28: Rel (    24,    23)  ->  Abs (   302,    84)
	 29: Rel (    17,     0)  ->  Abs (   319,    84)
	 30: Rel (    12,     0)  ->  Abs (   331,    84)
	 31: Rel (    23,   -11)  ->  Abs (   354,    73)
	 32: Rel (    39,   -19)  ->  Abs (   393,    54)
	 33: Rel (    51,     0)  ->  Abs (   444,    54)
	 34: Rel (   213,     0)  ->  Abs (   657,    54)
	 35: Rel (   306,   307)  ->  Abs (   963,   361)
	 36: Rel (     0,   231)  ->  Abs (   963,   592)
	 37: Rel (     0,    42)  ->  Abs (   963,   634)
	 38: Rel (   -20,   216)  ->  Abs (   943,   850)
	 39: Rel (   -53,   203)  ->  Abs (   890,  1053)
	 40: Rel (  -157,   147)  ->  Abs (   733,  1200)
	 41: Rel (  -105,     0)  ->  Abs (   628,  1200)
	 42: Rel (  -107,     0)  ->  Abs (   521,  1200)
	 43: Rel (  -162,  -180)  ->  Abs (   359,  1020)
	 44: Rel (     0,  -141)  ->  Abs (   359,   879)
	 45: Rel (     0,  -137)  ->  Abs (   359,   742)
	 46: Rel (   162,  -179)  ->  Abs (   521,   563)
	 47: Rel (   102,     0)  ->  Abs (   623,   563)
	 48: Rel (    59,     0)  ->  Abs (   682,   563)
	 49: Rel (   115,    64)  ->  Abs (   797,   627)
	 50: Rel (    51,    64)  ->  Abs (   848,   691)
	 51: Rel (    33,    43)  ->  Abs (   881,   734)

	Glyph  29: off = 0x00001FEA, len = 134
	  numberOfContours:	2
	  xMin:			461
	  yMin:			-30
	  xMax:			769
	  yMax:			866

	EndPoints
	---------
	  0:  13
	  1:  27

	  Length of Instructions:	49
	00000: NPUSHB       (9):    15   178    22    11     8   178     0     6    18 
	00011: PUSHW[4]            278    25     4   278 
	00020: PUSHB[6]             11    11    25    25    28   109 
	00027: PUSHW[2]            286    24 
	00032: CALL       
	00033: FLIPOFF    
	00034: SRP0       
	00035: MIRP[srp0,nmd,rd,0] 
	00036: ALIGNRP    
	00037: FLIPON     
	00038: SRP0       
	00039: MIRP[nrp0,md,rd,1] 
	00040: SRP0       
	00041: MIRP[nrp0,md,rd,1] 
	00042: SVTCA[y-axis] 
	00043: MIAP[rd+ci] 
	00044: MIRP[nrp0,md,rd,1] 
	00045: MIAP[rd+ci] 
	00046: MIRP[nrp0,md,rd,1] 
	00047: IUP[y]     
	00048: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:        XDual                 X-Short On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   597,   866)  ->  Abs (   597,   866)
	  1: Rel (    36,     0)  ->  Abs (   633,   866)
	  2: Rel (    56,     0)  ->  Abs (   689,   866)
	  3: Rel (    80,   -80)  ->  Abs (   769,   786)
	  4: Rel (     0,   -55)  ->  Abs (   769,   731)
	  5: Rel (     0,   -59)  ->  Abs (   769,   672)
	  6: Rel (   -81,   -78)  ->  Abs (   688,   594)
	  7: Rel (   -55,     0)  ->  Abs (   633,   594)
	  8: Rel (   -36,     0)  ->  Abs (   597,   594)
	  9: Rel (   -56,     0)  ->  Abs (   541,   594)
	 10: Rel (   -80,    80)  ->  Abs (   461,   674)
	 11: Rel (     0,    55)  ->  Abs (   461,   729)
	 12: Rel (     0,    59)  ->  Abs (   461,   788)
	 13: Rel (    81,    78)  ->  Abs (   542,   866)
	 14: Rel (    55,  -625)  ->  Abs (   597,   241)
	 15: Rel (    36,     0)  ->  Abs (   633,   241)
	 16: Rel (    56,     0)  ->  Abs (   689,   241)
	 17: Rel (    80,   -79)  ->  Abs (   769,   162)
	 18: Rel (     0,   -56)  ->  Abs (   769,   106)
	 19: Rel (     0,   -58)  ->  Abs (   769,    48)
	 20: Rel (   -81,   -78)  ->  Abs (   688,   -30)
	 21: Rel (   -55,     0)  ->  Abs (   633,   -30)
	 22: Rel (   -36,     0)  ->  Abs (   597,   -30)
	 23: Rel (   -56,     0)  ->  Abs (   541,   -30)
	 24: Rel (   -80,    79)  ->  Abs (   461,    49)
	 25: Rel (     0,    56)  ->  Abs (   461,   105)
	 26: Rel (     0,    58)  ->  Abs (   461,   163)
	 27: Rel (    81,    78)  ->  Abs (   542,   241)

	Glyph  30: off = 0x00002070, len = 172
	  numberOfContours:	2
	  xMin:			312
	  yMin:			-214
	  xMax:			768
	  yMax:			866

	EndPoints
	---------
	  0:  13
	  1:  24

	  Length of Instructions:	88
	00000: NPUSHB      (17):   192    14   208    14   216    16   224    14   233    16 
	                           240    14   249    16     7    23    19 
	00019: PUSHW[1]            426 
	00022: PUSHB[4]             48    15     1    15 
	00027: PUSHW[1]            282 
	00030: NPUSHB       (9):     8   178     0    15   243    16   193    22     4 
	00041: PUSHW[1]            278 
	00044: NPUSHB      (13):    11    52    14   210    15    22     1    22   218    25 
	                             0     6   109 
	00059: PUSHW[2]            286    24 
	00064: CALL       
	00065: SVTCA[y-axis] 
	00066: MIAP[rd+ci] 
	00067: SVTCA[x-axis] 
	00068: SRP0       
	00069: MIRP[srp0,nmd,rd,0] 
	00070: DELTAP1    
	00071: MIRP[srp0,nmd,rd,0] 
	00072: MIRP[srp0,nmd,rd,0] 
	00073: MIRP[nrp0,md,rd,1] 
	00074: SRP0       
	00075: MIRP[srp0,md,rd,1] 
	00076: MIRP[nrp0,nmd,rd,0] 
	00077: SVTCA[y-axis] 
	00078: SRP0       
	00079: MIRP[nrp0,md,rd,1] 
	00080: MIRP[srp0,nmd,rd,0] 
	00081: DELTAP1    
	00082: MIRP[srp0,nmd,rd,0] 
	00083: IP         
	00084: IUP[y]     
	00085: IUP[x]     
	00086: SVTCA[x-axis] 
	00087: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:                              X-Short On
	 15:  YDual                               On
	 16:                                      On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   596,   866)  ->  Abs (   596,   866)
	  1: Rel (    37,     0)  ->  Abs (   633,   866)
	  2: Rel (    56,     0)  ->  Abs (   689,   866)
	  3: Rel (    79,   -80)  ->  Abs (   768,   786)
	  4: Rel (     0,   -55)  ->  Abs (   768,   731)
	  5: Rel (     0,   -59)  ->  Abs (   768,   672)
	  6: Rel (   -80,   -78)  ->  Abs (   688,   594)
	  7: Rel (   -55,     0)  ->  Abs (   633,   594)
	  8: Rel (   -37,     0)  ->  Abs (   596,   594)
	  9: Rel (   -56,     0)  ->  Abs (   540,   594)
	 10: Rel (   -79,    80)  ->  Abs (   461,   674)
	 11: Rel (     0,    55)  ->  Abs (   461,   729)
	 12: Rel (     0,    59)  ->  Abs (   461,   788)
	 13: Rel (    81,    78)  ->  Abs (   542,   866)
	 14: Rel (   -92,  -564)  ->  Abs (   450,   302)
	 15: Rel (   264,     0)  ->  Abs (   714,   302)
	 16: Rel (  -283,  -464)  ->  Abs (   431,  -162)
	 17: Rel (   -21,   -34)  ->  Abs (   410,  -196)
	 18: Rel (   -25,   -18)  ->  Abs (   385,  -214)
	 19: Rel (   -17,     0)  ->  Abs (   368,  -214)
	 20: Rel (   -24,     0)  ->  Abs (   344,  -214)
	 21: Rel (   -32,    30)  ->  Abs (   312,  -184)
	 22: Rel (     0,    21)  ->  Abs (   312,  -163)
	 23: Rel (     0,    12)  ->  Abs (   312,  -151)
	 24: Rel (     6,    19)  ->  Abs (   318,  -132)

	Glyph  31: off = 0x0000211C, len = 198
	  numberOfContours:	1
	  xMin:			0
	  yMin:			65
	  xMax:			983
	  yMax:			1101

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	131
	00000: NPUSHB      (30):   177     6     1     8     9     9    36     0     1    20 
	                             0     9    10     0     1    10     9     9    36     0 
	                            17    20     0     9     8     0    17     8    91     1 
	00032: PUSHW[1]            426 
	00035: PUSHB[4]              0    10    91    17 
	00040: NPUSHW       (9):   426    10   444    12   662    17   683     8   444 
	00060: PUSHB[3]              6   185     1 
	00064: PUSHW[1]            683 
	00067: NPUSHB      (10):    47     0     1     0    25    18     0    79   129    24 
	00079: PUSHW[1]            291 
	00082: SCANCTRL   
	00083: CALL       
	00084: SVTCA[y-axis] 
	00085: RTHG       
	00086: MDAP[rd]   
	00087: SVTCA[x-axis] 
	00088: RTG        
	00089: FLIPOFF    
	00090: SRP0       
	00091: MIRP[srp0,nmd,rd,0] 
	00092: DELTAP1    
	00093: FLIPON     
	00094: MIRP[nrp0,nmd,rd,0] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: MIRP[nrp0,nmd,rd,0] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SVTCA[y-axis] 
	00101: RTHG       
	00102: MIRP[srp0,nmd,rd,0] 
	00103: RTG        
	00104: MIRP[nrp0,md,rd,1] 
	00105: RTHG       
	00106: SRP0       
	00107: MIRP[srp0,nmd,rd,0] 
	00108: RTG        
	00109: MIRP[nrp0,md,rd,1] 
	00110: SDPVTL[1]  
	00111: SFVTL[=p1,p2] 
	00112: MDAP[nrd]  
	00113: CALL       
	00114: SFVTPV     
	00115: RDTG       
	00116: SRP0       
	00117: MDRP[nrp0,nmd,rd,0] 
	00118: SDPVTL[1]  
	00119: SFVTL[=p1,p2] 
	00120: MDAP[nrd]  
	00121: RTG        
	00122: CALL       
	00123: SFVTPV     
	00124: RDTG       
	00125: SRP0       
	00126: MDRP[nrp0,nmd,rd,0] 
	00127: IUP[y]     
	00128: IUP[x]     
	00129: SVTCA[x-axis] 
	00130: DELTAP1    

	Flags
	-----
	  0:        XDual                         On
	  1:                                      On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:                                      On
	 10:                                      On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (     0,   583)  ->  Abs (     0,   583)
	  1: Rel (   908,   506)  ->  Abs (   908,  1089)
	  2: Rel (    22,    12)  ->  Abs (   930,  1101)
	  3: Rel (    11,     0)  ->  Abs (   941,  1101)
	  4: Rel (    17,     0)  ->  Abs (   958,  1101)
	  5: Rel (    25,   -25)  ->  Abs (   983,  1076)
	  6: Rel (     0,   -17)  ->  Abs (   983,  1059)
	  7: Rel (     0,   -25)  ->  Abs (   983,  1034)
	  8: Rel (   -34,   -19)  ->  Abs (   949,  1015)
	  9: Rel (  -778,  -432)  ->  Abs (   171,   583)
	 10: Rel (   777,  -432)  ->  Abs (   948,   151)
	 11: Rel (    34,   -19)  ->  Abs (   982,   132)
	 12: Rel (     0,   -25)  ->  Abs (   982,   107)
	 13: Rel (     0,   -17)  ->  Abs (   982,    90)
	 14: Rel (   -25,   -25)  ->  Abs (   957,    65)
	 15: Rel (   -17,     0)  ->  Abs (   940,    65)
	 16: Rel (   -11,     0)  ->  Abs (   929,    65)
	 17: Rel (   -22,    12)  ->  Abs (   907,    77)

	Glyph  32: off = 0x000021E2, len = 144
	  numberOfContours:	2
	  xMin:			101
	  yMin:			394
	  xMax:			1129
	  yMax:			780

	EndPoints
	---------
	  0:  13
	  1:  27

	  Length of Instructions:	55
	00000: PUSHB[3]              7    36     1 
	00004: PUSHW[1]            760 
	00007: NPUSHB      (27):    21    36    15    11    25    26    29     4    79    18 
	                             1    79    18     1    15    18    47    18    63    18 
	                             3    18    25    28    79   123    24 
	00036: CALL       
	00037: FLIPOFF    
	00038: SRP0       
	00039: MIRP[srp0,nmd,rd,0] 
	00040: DELTAP1    
	00041: DELTAP1    
	00042: DELTAP2    
	00043: ALIGNRP    
	00044: SRP0       
	00045: MIRP[srp0,nmd,rd,2] 
	00046: ALIGNRP    
	00047: SVTCA[y-axis] 
	00048: MDAP[rd]   
	00049: FLIPON     
	00050: MIRP[srp0,md,rd,1] 
	00051: MIRP[srp0,nmd,rd,2] 
	00052: MIRP[nrp0,md,rd,1] 
	00053: IUP[y]     
	00054: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                              X-Short On
	 15:  YDual                               On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual                               On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1073,   695)  ->  Abs (  1073,   695)
	  1: Rel (  -916,     0)  ->  Abs (   157,   695)
	  2: Rel (   -30,     0)  ->  Abs (   127,   695)
	  3: Rel (   -26,    24)  ->  Abs (   101,   719)
	  4: Rel (     0,    19)  ->  Abs (   101,   738)
	  5: Rel (     0,    18)  ->  Abs (   101,   756)
	  6: Rel (    26,    24)  ->  Abs (   127,   780)
	  7: Rel (    30,     0)  ->  Abs (   157,   780)
	  8: Rel (   916,     0)  ->  Abs (  1073,   780)
	  9: Rel (    30,     0)  ->  Abs (  1103,   780)
	 10: Rel (    26,   -24)  ->  Abs (  1129,   756)
	 11: Rel (     0,   -19)  ->  Abs (  1129,   737)
	 12: Rel (     0,   -18)  ->  Abs (  1129,   719)
	 13: Rel (   -26,   -24)  ->  Abs (  1103,   695)
	 14: Rel (   -30,  -301)  ->  Abs (  1073,   394)
	 15: Rel (  -916,     0)  ->  Abs (   157,   394)
	 16: Rel (   -30,     0)  ->  Abs (   127,   394)
	 17: Rel (   -26,    23)  ->  Abs (   101,   417)
	 18: Rel (     0,    19)  ->  Abs (   101,   436)
	 19: Rel (     0,    19)  ->  Abs (   101,   455)
	 20: Rel (    26,    23)  ->  Abs (   127,   478)
	 21: Rel (    30,     0)  ->  Abs (   157,   478)
	 22: Rel (   916,     0)  ->  Abs (  1073,   478)
	 23: Rel (    30,     0)  ->  Abs (  1103,   478)
	 24: Rel (    26,   -23)  ->  Abs (  1129,   455)
	 25: Rel (     0,   -19)  ->  Abs (  1129,   436)
	 26: Rel (     0,   -19)  ->  Abs (  1129,   417)
	 27: Rel (   -26,   -23)  ->  Abs (  1103,   394)

	Glyph  33: off = 0x00002272, len = 202
	  numberOfContours:	1
	  xMin:			0
	  yMin:			65
	  xMax:			983
	  yMax:			1101

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	134
	00000: NPUSHB      (34):   191     6   209    12   242    12     3    10     9     9 
	                            36     0    17    20     0     9     8     0    17     8 
	                             9     9    36     0     1    20     0     9    10     0 
	                             1    10    91    17 
	00036: PUSHW[1]            426 
	00039: PUSHB[4]              0     8    91     1 
	00044: NPUSHW      (11):   426    12   662    10   444    17   683     8   444     1 
	                           683 
	00068: NPUSHB      (12):     0   185    47     6     1     6    25    18     0    80 
	                           123    24 
	00082: PUSHW[1]            289 
	00085: SCANCTRL   
	00086: CALL       
	00087: SVTCA[y-axis] 
	00088: RTHG       
	00089: MDAP[rd]   
	00090: SVTCA[x-axis] 
	00091: RTG        
	00092: FLIPOFF    
	00093: SRP0       
	00094: MIRP[srp0,nmd,rd,0] 
	00095: DELTAP1    
	00096: FLIPON     
	00097: MIRP[srp0,md,rd,1] 
	00098: MIRP[nrp0,nmd,rd,0] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: MIRP[nrp0,nmd,rd,0] 
	00101: MIRP[nrp0,md,rd,1] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: SVTCA[y-axis] 
	00104: RTHG       
	00105: MIRP[srp0,nmd,rd,0] 
	00106: RTG        
	00107: MIRP[nrp0,md,rd,1] 
	00108: RTHG       
	00109: SRP0       
	00110: MIRP[srp0,nmd,rd,0] 
	00111: RTG        
	00112: MIRP[nrp0,md,rd,1] 
	00113: SDPVTL[1]  
	00114: SFVTL[=p1,p2] 
	00115: MDAP[nrd]  
	00116: CALL       
	00117: SFVTPV     
	00118: RDTG       
	00119: SRP0       
	00120: MDRP[nrp0,nmd,rd,0] 
	00121: SDPVTL[1]  
	00122: SFVTL[=p1,p2] 
	00123: MDAP[nrd]  
	00124: RTG        
	00125: CALL       
	00126: SFVTPV     
	00127: RDTG       
	00128: SRP0       
	00129: MDRP[nrp0,nmd,rd,0] 
	00130: IUP[y]     
	00131: IUP[x]     
	00132: SVTCA[x-axis] 
	00133: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                                      On
	 10:                                      On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   983,   583)  ->  Abs (   983,   583)
	  1: Rel (  -908,  -506)  ->  Abs (    75,    77)
	  2: Rel (   -22,   -12)  ->  Abs (    53,    65)
	  3: Rel (   -11,     0)  ->  Abs (    42,    65)
	  4: Rel (   -17,     0)  ->  Abs (    25,    65)
	  5: Rel (   -25,    25)  ->  Abs (     0,    90)
	  6: Rel (     0,    17)  ->  Abs (     0,   107)
	  7: Rel (     0,    25)  ->  Abs (     0,   132)
	  8: Rel (    34,    19)  ->  Abs (    34,   151)
	  9: Rel (   778,   432)  ->  Abs (   812,   583)
	 10: Rel (  -777,   432)  ->  Abs (    35,  1015)
	 11: Rel (   -34,    19)  ->  Abs (     1,  1034)
	 12: Rel (     0,    25)  ->  Abs (     1,  1059)
	 13: Rel (     0,    17)  ->  Abs (     1,  1076)
	 14: Rel (    25,    25)  ->  Abs (    26,  1101)
	 15: Rel (    17,     0)  ->  Abs (    43,  1101)
	 16: Rel (    11,     0)  ->  Abs (    54,  1101)
	 17: Rel (    22,   -12)  ->  Abs (    76,  1089)

	Glyph  34: off = 0x0000233C, len = 332
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-30
	  xMax:			728
	  yMax:			1200

	EndPoints
	---------
	  0:  35
	  1:  49

	  Length of Instructions:	190
	00000: NPUSHB      (65):    68     8     1   157    14   158    17     2    13    14 
	                           159    10   155    13     3    39     9    37    35   130 
	                            35   175    14     4    45     8     8     0    35     3 
	                            80     4     1     4    18    26    15    22    37   116 
	                            44    11    22   160    15    44    15    30    47    30 
	                             2    30     4     4    44    30     1    91    80     7 
	                             1     7     7     8    40 
	00067: PUSHW[1]            315 
	00070: NPUSHB      (19):    47   132     8     8    50    51    12    44    33    26 
	                            51    19    91    24    25    50   163   188    24 
	00091: PUSHW[1]            356 
	00094: SCANCTRL   
	00095: CALL       
	00096: FLIPOFF    
	00097: SRP0       
	00098: MIRP[srp0,nmd,rd,0] 
	00099: FLIPON     
	00100: MIRP[nrp0,md,rd,1] 
	00101: FLIPOFF    
	00102: SRP0       
	00103: MIRP[srp0,nmd,rd,2] 
	00104: FLIPON     
	00105: MIRP[nrp0,md,rd,1] 
	00106: SRP1       
	00107: SRP2       
	00108: IP         
	00109: MDAP[rd]   
	00110: MIRP[srp0,nmd,rd,0] 
	00111: MIRP[nrp0,md,rd,1] 
	00112: SRP0       
	00113: ALIGNRP    
	00114: SRP0       
	00115: DELTAP1    
	00116: MIRP[nrp0,md,rd,1] 
	00117: SVTCA[y-axis] 
	00118: SRP1       
	00119: SRP2       
	00120: IP         
	00121: MDAP[rd]   
	00122: MDAP[rd]   
	00123: DELTAP1    
	00124: MIRP[srp0,md,rd,1] 
	00125: MIRP[nrp0,nmd,rd,0] 
	00126: MIAP[rd+ci] 
	00127: MIRP[nrp0,md,rd,1] 
	00128: SRP1       
	00129: SRP2       
	00130: IP         
	00131: IP         
	00132: SRP2       
	00133: DELTAP1    
	00134: SLOOP      
	00135: IP         
	00136: IUP[y]     
	00137: IUP[x]     
	00138: RS         
	00139: JROF       
	00140: NPUSHB      (30):    27    32    13    17    28    38    16    29    18    39 
	                             0    17    18    27    26    14    31    12    40     1 
	                            17    27    15    39     1    13    32    15    40     1 
	00172: CALL       
	00173: CALL       
	00174: SVTCA[x-axis] 
	00175: CALL       
	00176: SRP0       
	00177: ALIGNRP    
	00178: SRP0       
	00179: ALIGNRP    
	00180: CALL       
	00181: CALL       
	00182: FLIPRGON   
	00183: FLIPRGON   
	00184: SVTCA[x-axis] 
	00185: DELTAP1    
	00186: DELTAP2    
	00187: SVTCA[y-axis] 
	00188: DELTAP2    
	00189: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:                      Y-Short X-Short Off
	 36:                                      On
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   385,   514)  ->  Abs (   385,   514)
	  1: Rel (     0,   -85)  ->  Abs (   385,   429)
	  2: Rel (     0,   -30)  ->  Abs (   385,   399)
	  3: Rel (   -24,   -26)  ->  Abs (   361,   373)
	  4: Rel (   -18,     0)  ->  Abs (   343,   373)
	  5: Rel (   -19,     0)  ->  Abs (   324,   373)
	  6: Rel (   -24,    26)  ->  Abs (   300,   399)
	  7: Rel (     0,    30)  ->  Abs (   300,   429)
	  8: Rel (     0,   141)  ->  Abs (   300,   570)
	  9: Rel (   219,    81)  ->  Abs (   519,   651)
	 10: Rel (    80,    81)  ->  Abs (   599,   732)
	 11: Rel (    45,    45)  ->  Abs (   644,   777)
	 12: Rel (     0,    68)  ->  Abs (   644,   845)
	 13: Rel (     0,   112)  ->  Abs (   644,   957)
	 14: Rel (  -163,   159)  ->  Abs (   481,  1116)
	 15: Rel (  -130,     0)  ->  Abs (   351,  1116)
	 16: Rel (   -66,     0)  ->  Abs (   285,  1116)
	 17: Rel (  -117,   -30)  ->  Abs (   168,  1086)
	 18: Rel (   -84,   -41)  ->  Abs (    84,  1045)
	 19: Rel (     0,   -86)  ->  Abs (    84,   959)
	 20: Rel (     0,   -30)  ->  Abs (    84,   929)
	 21: Rel (   -23,   -26)  ->  Abs (    61,   903)
	 22: Rel (   -19,     0)  ->  Abs (    42,   903)
	 23: Rel (   -18,     0)  ->  Abs (    24,   903)
	 24: Rel (   -24,    26)  ->  Abs (     0,   929)
	 25: Rel (     0,    30)  ->  Abs (     0,   959)
	 26: Rel (     0,   141)  ->  Abs (     0,  1100)
	 27: Rel (   156,    69)  ->  Abs (   156,  1169)
	 28: Rel (    46,    12)  ->  Abs (   202,  1181)
	 29: Rel (    78,    19)  ->  Abs (   280,  1200)
	 30: Rel (    78,     0)  ->  Abs (   358,  1200)
	 31: Rel (   167,     0)  ->  Abs (   525,  1200)
	 32: Rel (   203,  -200)  ->  Abs (   728,  1000)
	 33: Rel (     0,  -153)  ->  Abs (   728,   847)
	 34: Rel (     0,   -94)  ->  Abs (   728,   753)
	 35: Rel (  -121,  -145)  ->  Abs (   607,   608)
	 36: Rel (  -308,  -430)  ->  Abs (   299,   178)
	 37: Rel (    84,     0)  ->  Abs (   383,   178)
	 38: Rel (    44,     0)  ->  Abs (   427,   178)
	 39: Rel (    61,   -61)  ->  Abs (   488,   117)
	 40: Rel (     0,   -43)  ->  Abs (   488,    74)
	 41: Rel (     0,   -44)  ->  Abs (   488,    30)
	 42: Rel (   -63,   -60)  ->  Abs (   425,   -30)
	 43: Rel (   -42,     0)  ->  Abs (   383,   -30)
	 44: Rel (   -84,     0)  ->  Abs (   299,   -30)
	 45: Rel (   -43,     0)  ->  Abs (   256,   -30)
	 46: Rel (   -61,    61)  ->  Abs (   195,    31)
	 47: Rel (     0,    42)  ->  Abs (   195,    73)
	 48: Rel (     0,    45)  ->  Abs (   195,   118)
	 49: Rel (    62,    60)  ->  Abs (   257,   178)

	Glyph  35: off = 0x00002488, len = 554
	  numberOfContours:	2
	  xMin:			215
	  yMin:			-130
	  xMax:			983
	  yMax:			1297

	EndPoints
	---------
	  0:  61
	  1:  71

	  Length of Instructions:	349
	00000: PUSHW[2]             16   -64 
	00005: PUSHB[4]             28    30    52    18 
	00010: PUSHW[1]            -64 
	00013: NPUSHB       (9):    18    30    52    13    64    18    30    52    63 
	00024: PUSHW[1]            -64 
	00027: PUSHB[4]             18    30    52    19 
	00032: PUSHW[1]            -64 
	00035: PUSHB[4]             18    30    52    24 
	00040: PUSHW[1]            -64 
	00043: PUSHB[4]             18    24    52    67 
	00048: PUSHW[1]            -64 
	00051: NPUSHB      (23):    18    24    52   186     8   188    64     2    18    16 
	                            47    13    35    16     3   104     8    32    29     1 
	                            61    54    57 
	00076: PUSHW[1]            270 
	00079: NPUSHB      (10):    54    54    50    61     1     4    71    62    68    29 
	00091: PUSHW[1]            773 
	00094: NPUSHB       (9):    25    49    44    14   220    62    91    10    61 
	00105: PUSHW[1]            771 
	00108: NPUSHB      (17):     4    44    68    68    25    10     6    36    44    25 
	                            11    32   174    57    62    54    32 
	00127: PUSHW[1]            326 
	00130: NPUSHB      (13):    22    10    62    53    54    36    62    71    36     0 
	                            54     1    54 
	00145: PUSHW[1]            415 
	00148: PUSHB[3]             65    44     7 
	00152: PUSHW[1]            303 
	00155: NPUSHB      (11):    22    21    36    45    22    36    45    80    44     1 
	                            44 
	00168: PUSHW[5]            487    72   199   261    24 
	00179: CALL       
	00180: SRP0       
	00181: MIRP[srp0,nmd,rd,2] 
	00182: DELTAP1    
	00183: ALIGNRP    
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP0       
	00186: MIRP[nrp0,md,rd,1] 
	00187: SRP0       
	00188: MIRP[srp0,nmd,rd,2] 
	00189: MIRP[srp0,md,rd,1] 
	00190: MIRP[srp0,nmd,rd,0] 
	00191: DELTAP1    
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: MIRP[srp0,md,rd,1] 
	00195: ALIGNRP    
	00196: SRP0       
	00197: ALIGNRP    
	00198: SRP0       
	00199: MIRP[nrp0,nmd,rd,0] 
	00200: SRP0       
	00201: MIRP[srp0,nmd,rd,0] 
	00202: MIRP[nrp0,nmd,rd,0] 
	00203: SVTCA[y-axis] 
	00204: MIAP[rd+ci] 
	00205: MIRP[nrp0,md,rd,1] 
	00206: MIAP[rd+ci] 
	00207: SRP2       
	00208: IP         
	00209: MDAP[rd]   
	00210: MIRP[srp0,md,rd,1] 
	00211: MIRP[nrp0,nmd,rd,0] 
	00212: SRP0       
	00213: MIRP[srp0,md,rd,1] 
	00214: MIRP[srp0,nmd,rd,0] 
	00215: MIRP[nrp0,md,rd,1] 
	00216: SRP0       
	00217: MIRP[nrp0,nmd,rd,0] 
	00218: SRP1       
	00219: SRP2       
	00220: IP         
	00221: SRP2       
	00222: IP         
	00223: SRP0       
	00224: MIRP[nrp0,md,rd,1] 
	00225: SVTCA[x-axis] 
	00226: SRP0       
	00227: MIRP[srp0,nmd,rd,1] 
	00228: SRP0       
	00229: ALIGNRP    
	00230: SVTCA[y-axis] 
	00231: DELTAP1    
	00232: IUP[y]     
	00233: IUP[x]     
	00234: RS         
	00235: JROF       
	00236: NPUSHB      (82):    63    67    37    52     5    24    42    43    41    43 
	                            40    43    39    43    38    43     5     6    19    20 
	                            18    20    17    20    16    20     4     6    47    38 
	                            51    37    63     9    65    40     0    24    37    22 
	                            95     0    15    48    21    95     0    13    50    11 
	                            40     1    67     5    65    40     0    64     8    62 
	                            40     1    23    43    25    95     0    20    46    14 
	                            95     1    12    52    14    40     1    66     6    68 
	                            40     0 
	00320: SVTCA[y-axis] 
	00321: CALL       
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: SVTCA[x-axis] 
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: CALL       
	00334: LOOPCALL   
	00335: LOOPCALL   
	00336: FLIPRGON   
	00337: FLIPRGON   
	00338: FLIPRGON   
	00339: SVTCA[x-axis] 
	00340: DELTAP2    
	00341: DELTAP1    
	00342: CALL       
	00343: CALL       
	00344: CALL       
	00345: CALL       
	00346: CALL       
	00347: CALL       
	00348: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual                         On
	 23:        XDual         Y-Short         Off
	 24:        XDual                 X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:        XDual                         On
	 46:        XDual                         Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual                         On
	 55:        XDual         Y-Short X-Short Off
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:                      Y-Short X-Short Off
	 60:                      Y-Short X-Short Off
	 61:  YDual                       X-Short On
	 62:                              X-Short On
	 63:                      Y-Short X-Short Off
	 64:                      Y-Short X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:        XDual         Y-Short X-Short Off
	 68:  YDual XDual                 X-Short On
	 69:  YDual XDual                 X-Short Off
	 70:  YDual XDual         Y-Short X-Short Off
	 71:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   859,   302)  ->  Abs (   859,   302)
	  1: Rel (     0,    11)  ->  Abs (   859,   313)
	  2: Rel (   -25,    -4)  ->  Abs (   834,   309)
	  3: Rel (   -42,    -4)  ->  Abs (   792,   305)
	  4: Rel (   -18,     0)  ->  Abs (   774,   305)
	  5: Rel (  -123,     0)  ->  Abs (   651,   305)
	  6: Rel (  -157,   152)  ->  Abs (   494,   457)
	  7: Rel (     0,   108)  ->  Abs (   494,   565)
	  8: Rel (     0,   123)  ->  Abs (   494,   688)
	  9: Rel (   195,   177)  ->  Abs (   689,   865)
	 10: Rel (   170,     0)  ->  Abs (   859,   865)
	 11: Rel (     0,    97)  ->  Abs (   859,   962)
	 12: Rel (     0,   110)  ->  Abs (   859,  1072)
	 13: Rel (  -136,   140)  ->  Abs (   723,  1212)
	 14: Rel (  -102,     0)  ->  Abs (   621,  1212)
	 15: Rel (   -71,     0)  ->  Abs (   550,  1212)
	 16: Rel (   -63,   -36)  ->  Abs (   487,  1176)
	 17: Rel (   -43,   -25)  ->  Abs (   444,  1151)
	 18: Rel (   -28,   -36)  ->  Abs (   416,  1115)
	 19: Rel (   -48,   -63)  ->  Abs (   368,  1052)
	 20: Rel (   -69,  -177)  ->  Abs (   299,   875)
	 21: Rel (     0,  -131)  ->  Abs (   299,   744)
	 22: Rel (     0,  -331)  ->  Abs (   299,   413)
	 23: Rel (     0,  -194)  ->  Abs (   299,   219)
	 24: Rel (   179,  -265)  ->  Abs (   478,   -46)
	 25: Rel (   152,     0)  ->  Abs (   630,   -46)
	 26: Rel (   150,     0)  ->  Abs (   780,   -46)
	 27: Rel (    75,    71)  ->  Abs (   855,    25)
	 28: Rel (    17,    16)  ->  Abs (   872,    41)
	 29: Rel (    16,     0)  ->  Abs (   888,    41)
	 30: Rel (    17,     0)  ->  Abs (   905,    41)
	 31: Rel (    24,   -24)  ->  Abs (   929,    17)
	 32: Rel (     0,   -16)  ->  Abs (   929,     1)
	 33: Rel (     0,   -32)  ->  Abs (   929,   -31)
	 34: Rel (   -60,   -38)  ->  Abs (   869,   -69)
	 35: Rel (   -96,   -61)  ->  Abs (   773,  -130)
	 36: Rel (  -155,     0)  ->  Abs (   618,  -130)
	 37: Rel (   -80,     0)  ->  Abs (   538,  -130)
	 38: Rel (  -133,    59)  ->  Abs (   405,   -71)
	 39: Rel (   -45,    52)  ->  Abs (   360,   -19)
	 40: Rel (   -28,    31)  ->  Abs (   332,    12)
	 41: Rel (   -78,   150)  ->  Abs (   254,   162)
	 42: Rel (   -16,    58)  ->  Abs (   238,   220)
	 43: Rel (   -23,    81)  ->  Abs (   215,   301)
	 44: Rel (     0,   112)  ->  Abs (   215,   413)
	 45: Rel (     0,   336)  ->  Abs (   215,   749)
	 46: Rel (     0,   256)  ->  Abs (   215,  1005)
	 47: Rel (   136,   162)  ->  Abs (   351,  1167)
	 48: Rel (   108,   130)  ->  Abs (   459,  1297)
	 49: Rel (   158,     0)  ->  Abs (   617,  1297)
	 50: Rel (    82,     0)  ->  Abs (   699,  1297)
	 51: Rel (   138,   -69)  ->  Abs (   837,  1228)
	 52: Rel (   106,  -161)  ->  Abs (   943,  1067)
	 53: Rel (     0,  -105)  ->  Abs (   943,   962)
	 54: Rel (     0,  -576)  ->  Abs (   943,   386)
	 55: Rel (    20,    -2)  ->  Abs (   963,   384)
	 56: Rel (    20,   -22)  ->  Abs (   983,   362)
	 57: Rel (     0,   -17)  ->  Abs (   983,   345)
	 58: Rel (     0,   -13)  ->  Abs (   983,   332)
	 59: Rel (   -13,   -21)  ->  Abs (   970,   311)
	 60: Rel (   -19,    -9)  ->  Abs (   951,   302)
	 61: Rel (   -24,     0)  ->  Abs (   927,   302)
	 62: Rel (   -68,   480)  ->  Abs (   859,   782)
	 63: Rel (  -132,    -1)  ->  Abs (   727,   781)
	 64: Rel (  -149,  -130)  ->  Abs (   578,   651)
	 65: Rel (     0,   -84)  ->  Abs (   578,   567)
	 66: Rel (     0,   -76)  ->  Abs (   578,   491)
	 67: Rel (   109,  -102)  ->  Abs (   687,   389)
	 68: Rel (    98,     0)  ->  Abs (   785,   389)
	 69: Rel (    17,     0)  ->  Abs (   802,   389)
	 70: Rel (    37,     5)  ->  Abs (   839,   394)
	 71: Rel (    20,     4)  ->  Abs (   859,   398)

	Glyph  36: off = 0x000026B2, len = 580
	  numberOfContours:	2
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1170

	EndPoints
	---------
	  0:  42
	  1:  46

	  Length of Instructions:	438
	00000: NPUSHB      (43):    54    17    57    18    57    27    62    44    55    45 
	                            71    18    73    26    76    44    70    45    80    18 
	                            80    22    95    26    95    44    80    45   248    42 
	                            15    43     0    42    42    44    46     1     2     2 
	                            45    10    16 
	00045: PUSHW[1]            676 
	00048: NPUSHB      (22):    13   143    13   159    13     2   223    13     1    13 
	                            41    17    13    13    16    17    29    10    17    18 
	                            35    41 
	00072: PUSHW[1]            676 
	00075: NPUSHB      (14):    38    38    51    42    38    38    41    42    29    35 
	                            42    44     9     3 
	00091: PUSHW[1]            676 
	00094: NPUSHB      (14):     6     6    51     2     6     6     3     2    29     9 
	                             2    45    25    19 
	00110: PUSHW[1]            676 
	00113: NPUSHB      (14):    22    22    86    18    22    22    19    18    29    25 
	                            18    17    34    28 
	00129: PUSHW[1]            676 
	00132: NPUSHB      (72):    31     0    31   128    31   144    31     3   208    31 
	                             1    31    41    27    31    31    28    27    29    34 
	                            27    26    26    44    42    42    30    27    26    20 
	                            27    27    26    18    17    17    30     2    45    20 
	                             2     2    45    36    35    35    10     9     8     0 
	                             1    30    43    15    46    31    46     2    46    46 
	                             9    25    45    44    38    26    19    38    26    25 
	                             2    26 
	00206: PUSHW[3]            344    44   318 
	00213: NPUSHB      (20):    42    38    27    64    15     9    63     0    17     1 
	                            15    27    31    27   224    27   240    27     4    27 
	00235: PUSHW[1]            300 
	00238: PUSHB[7]             48     2    38    17    45    38    18 
	00246: PUSHW[3]            318    17   -64 
	00253: PUSHB[4]             17    10    63    17 
	00258: PUSHW[1]            -64 
	00261: NPUSHB      (16):    15     9    63    15    17     1     0    17    79    17 
	                           239    17   255    17     4    17 
	00279: PUSHW[1]            300 
	00282: PUSHB[4]             47    69   108    24 
	00287: PUSHW[1]            300 
	00290: SCANCTRL   
	00291: CALL       
	00292: SRP0       
	00293: MIRP[srp0,nmd,rd,2] 
	00294: DELTAP1    
	00295: DELTAP2    
	00296: SVTCA[x-axis] 
	00297: CALL       
	00298: CALL       
	00299: MIRP[srp0,nmd,rd,0] 
	00300: MIRP[nrp0,md,rd,1] 
	00301: SRP0       
	00302: MIRP[nrp0,md,rd,1] 
	00303: SRP0       
	00304: MIRP[srp0,nmd,rd,2] 
	00305: DELTAP1    
	00306: DELTAP2    
	00307: SVTCA[x-axis] 
	00308: CALL       
	00309: MIRP[srp0,md,rd,1] 
	00310: MIRP[srp0,nmd,rd,0] 
	00311: MIRP[nrp0,md,rd,1] 
	00312: SVTCA[y-axis] 
	00313: MIAP[rd+ci] 
	00314: ALIGNRP    
	00315: MIRP[nrp0,md,rd,1] 
	00316: SRP0       
	00317: MIRP[srp0,md,rd,1] 
	00318: ALIGNRP    
	00319: SRP1       
	00320: SRP2       
	00321: IP         
	00322: MDAP[rd]   
	00323: DELTAP1    
	00324: ALIGNRP    
	00325: MIRP[srp0,md,rd,1] 
	00326: ALIGNRP    
	00327: MIAP[rd+ci] 
	00328: ALIGNRP    
	00329: ALIGNRP    
	00330: SRP0       
	00331: ALIGNRP    
	00332: SDPVTL[1]  
	00333: SFVTCA[x-axis] 
	00334: MDAP[nrd]  
	00335: CALL       
	00336: RDTG       
	00337: SRP0       
	00338: MDRP[nrp0,nmd,rd,0] 
	00339: SDPVTL[1]  
	00340: MDAP[nrd]  
	00341: RTG        
	00342: CALL       
	00343: SDPVTL[1]  
	00344: RDTG       
	00345: MDRP[nrp0,nmd,rd,0] 
	00346: RTG        
	00347: SVTCA[y-axis] 
	00348: SFVTL[=p1,p2] 
	00349: SRP0       
	00350: MIRP[srp0,md,rd,1] 
	00351: RTDG       
	00352: SRP2       
	00353: IP         
	00354: MDAP[rd]   
	00355: RTG        
	00356: SVTCA[x-axis] 
	00357: SRP0       
	00358: MIRP[srp0,nmd,nrd,1] 
	00359: DELTAP1    
	00360: DELTAP2    
	00361: MDAP[rd]   
	00362: MIRP[srp0,nmd,rd,0] 
	00363: MDRP[nrp0,nmd,rd,0] 
	00364: SVTCA[y-axis] 
	00365: SFVTL[=p1,p2] 
	00366: SRP0       
	00367: MIRP[srp0,md,rd,1] 
	00368: RTDG       
	00369: SRP2       
	00370: IP         
	00371: MDAP[rd]   
	00372: RTG        
	00373: SVTCA[x-axis] 
	00374: SRP0       
	00375: MIRP[srp0,nmd,nrd,1] 
	00376: MDAP[rd]   
	00377: MIRP[srp0,nmd,rd,0] 
	00378: MDRP[nrp0,nmd,rd,0] 
	00379: SVTCA[y-axis] 
	00380: SFVTL[=p1,p2] 
	00381: SRP0       
	00382: MIRP[srp0,md,rd,1] 
	00383: RTDG       
	00384: SRP2       
	00385: IP         
	00386: MDAP[rd]   
	00387: RTG        
	00388: SVTCA[x-axis] 
	00389: SRP0       
	00390: MIRP[srp0,nmd,nrd,1] 
	00391: MDAP[rd]   
	00392: MIRP[srp0,nmd,rd,0] 
	00393: MDRP[nrp0,nmd,rd,0] 
	00394: SVTCA[y-axis] 
	00395: SFVTL[=p1,p2] 
	00396: SRP0       
	00397: MIRP[srp0,md,rd,1] 
	00398: RTDG       
	00399: SRP2       
	00400: IP         
	00401: MDAP[rd]   
	00402: RTG        
	00403: SVTCA[x-axis] 
	00404: SRP0       
	00405: MIRP[srp0,nmd,nrd,1] 
	00406: MDAP[rd]   
	00407: MIRP[srp0,nmd,rd,0] 
	00408: MDRP[nrp0,nmd,rd,0] 
	00409: SVTCA[y-axis] 
	00410: SFVTL[=p1,p2] 
	00411: SRP0       
	00412: MIRP[srp0,md,rd,1] 
	00413: RTDG       
	00414: SRP2       
	00415: IP         
	00416: MDAP[rd]   
	00417: RTG        
	00418: SVTCA[x-axis] 
	00419: SRP0       
	00420: MIRP[srp0,nmd,nrd,1] 
	00421: DELTAP1    
	00422: DELTAP2    
	00423: MDAP[rd]   
	00424: MIRP[srp0,nmd,rd,0] 
	00425: MDRP[nrp0,nmd,rd,0] 
	00426: SPVTL[p1,p2] 
	00427: SRP0       
	00428: ALIGNRP    
	00429: ALIGNRP    
	00430: SPVTL[p1,p2] 
	00431: SRP0       
	00432: ALIGNRP    
	00433: ALIGNRP    
	00434: IUP[y]     
	00435: IUP[x]     
	00436: SVTCA[x-axis] 
	00437: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:                              X-Short On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                               On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:                                      On
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On
	 27:                                      On
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                               On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short On
	 43:                              X-Short On
	 44:                              X-Short On
	 45:  YDual                       X-Short On
	 46:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   891,   391)  ->  Abs (   891,   391)
	  1: Rel (  -552,     0)  ->  Abs (   339,   391)
	  2: Rel (  -113,  -307)  ->  Abs (   226,    84)
	  3: Rel (   161,     0)  ->  Abs (   387,    84)
	  4: Rel (    30,     0)  ->  Abs (   417,    84)
	  5: Rel (    26,   -23)  ->  Abs (   443,    61)
	  6: Rel (     0,   -19)  ->  Abs (   443,    42)
	  7: Rel (     0,   -18)  ->  Abs (   443,    24)
	  8: Rel (   -26,   -24)  ->  Abs (   417,     0)
	  9: Rel (   -30,     0)  ->  Abs (   387,     0)
	 10: Rel (  -314,     0)  ->  Abs (    73,     0)
	 11: Rel (   -30,     0)  ->  Abs (    43,     0)
	 12: Rel (   -26,    24)  ->  Abs (    17,    24)
	 13: Rel (     0,    18)  ->  Abs (    17,    42)
	 14: Rel (     0,    19)  ->  Abs (    17,    61)
	 15: Rel (    26,    23)  ->  Abs (    43,    84)
	 16: Rel (    30,     0)  ->  Abs (    73,    84)
	 17: Rel (    65,     0)  ->  Abs (   138,    84)
	 18: Rel (   371,  1002)  ->  Abs (   509,  1086)
	 19: Rel (  -248,     0)  ->  Abs (   261,  1086)
	 20: Rel (   -30,     0)  ->  Abs (   231,  1086)
	 21: Rel (   -26,    23)  ->  Abs (   205,  1109)
	 22: Rel (     0,    19)  ->  Abs (   205,  1128)
	 23: Rel (     0,    19)  ->  Abs (   205,  1147)
	 24: Rel (    26,    23)  ->  Abs (   231,  1170)
	 25: Rel (    30,     0)  ->  Abs (   261,  1170)
	 26: Rel (   423,     0)  ->  Abs (   684,  1170)
	 27: Rel (   410, -1086)  ->  Abs (  1094,    84)
	 28: Rel (    65,     0)  ->  Abs (  1159,    84)
	 29: Rel (    30,     0)  ->  Abs (  1189,    84)
	 30: Rel (    26,   -23)  ->  Abs (  1215,    61)
	 31: Rel (     0,   -19)  ->  Abs (  1215,    42)
	 32: Rel (     0,   -18)  ->  Abs (  1215,    24)
	 33: Rel (   -26,   -24)  ->  Abs (  1189,     0)
	 34: Rel (   -30,     0)  ->  Abs (  1159,     0)
	 35: Rel (  -313,     0)  ->  Abs (   846,     0)
	 36: Rel (   -31,     0)  ->  Abs (   815,     0)
	 37: Rel (   -26,    24)  ->  Abs (   789,    24)
	 38: Rel (     0,    18)  ->  Abs (   789,    42)
	 39: Rel (     0,    19)  ->  Abs (   789,    61)
	 40: Rel (    26,    23)  ->  Abs (   815,    84)
	 41: Rel (    31,     0)  ->  Abs (   846,    84)
	 42: Rel (   160,     0)  ->  Abs (  1006,    84)
	 43: Rel (  -147,   391)  ->  Abs (   859,   475)
	 44: Rel (  -232,   611)  ->  Abs (   627,  1086)
	 45: Rel (   -31,     0)  ->  Abs (   596,  1086)
	 46: Rel (  -225,  -611)  ->  Abs (   371,   475)

	Glyph  37: off = 0x000028F6, len = 508
	  numberOfContours:	3
	  xMin:			87
	  yMin:			0
	  xMax:			1113
	  yMax:			1170

	EndPoints
	---------
	  0:  28
	  1:  39
	  2:  50

	  Length of Instructions:	358
	00000: NPUSHB     (189):   175    42   171    43   198    10   197    11   215    10 
	                             5   143    42   138    43   157    32   155    37   159 
	                            43   174    37     6   123    36   127    37   115    43 
	                           117    45   143    10   143    20   139    36   143    37 
	                             8    85    16   101    16   127    10   112    16   112 
	                            17   112    18   112    19     7    74    32    77    33 
	                            73    36    75    43   134    14     5    50    15    59 
	                            32    58    33    58    37    63    42    59    43    69 
	                            15    71    16     8     9    47    25    32    28    33 
	                            27    37    27    42    27    47    35    15    42    43 
	                             8   121    16   188    36   199    47     3    70    32 
	                            73    37   118    32   134    32   138    48   149    32 
	                           165    32   181    32     8    44     8    28    22    25 
	                            43     0     0    29    22     2     8     5    43     1 
	                             1    29     8    48    32    14     3    35    40    14 
	                            50    32    39    29    41    38    22    39    38     8 
	                            30    29    30    49    50    50    22     8     2    22 
	                             8    35    37    15    12    31    12    47    12    63 
	                            12    79    12    95    12   111    12     7    12 
	00191: PUSHW[1]            387 
	00194: NPUSHB      (41):    45    37     0    17    16    17     2    15    17   144 
	                            17   192    17   208    17   224    17   240    17     6 
	                            17    26    52    39    40    30     1     0     0    16 
	                             0     2   240     0     1     0    25    51    74   121 
	                            24 
	00237: PUSHW[1]            300 
	00240: SCANCTRL   
	00241: CALL       
	00242: FLIPOFF    
	00243: SRP0       
	00244: MIRP[srp0,nmd,rd,0] 
	00245: DELTAP1    
	00246: DELTAP2    
	00247: ALIGNRP    
	00248: FLIPON     
	00249: MIRP[srp0,md,rd,1] 
	00250: ALIGNRP    
	00251: FLIPOFF    
	00252: SRP0       
	00253: MIRP[srp0,nmd,rd,2] 
	00254: DELTAP1    
	00255: DELTAP2    
	00256: FLIPON     
	00257: MIRP[srp0,md,rd,1] 
	00258: MIRP[srp0,nmd,rd,2] 
	00259: DELTAP1    
	00260: MIRP[nrp0,md,rd,1] 
	00261: SVTCA[y-axis] 
	00262: MIAP[rd+ci] 
	00263: MIAP[rd+ci] 
	00264: SRP2       
	00265: IP         
	00266: MDAP[rd]   
	00267: ALIGNRP    
	00268: MIRP[srp0,md,rd,1] 
	00269: ALIGNRP    
	00270: SRP0       
	00271: MIRP[nrp0,md,rd,1] 
	00272: SRP0       
	00273: MIRP[nrp0,md,rd,1] 
	00274: SRP1       
	00275: SRP2       
	00276: IP         
	00277: SRP2       
	00278: IP         
	00279: SVTCA[x-axis] 
	00280: SRP1       
	00281: SRP2       
	00282: SLOOP      
	00283: IP         
	00284: SVTCA[y-axis] 
	00285: SRP0       
	00286: MIRP[nrp0,md,rd,1] 
	00287: SVTCA[x-axis] 
	00288: SRP0       
	00289: MIRP[srp0,nmd,rd,1] 
	00290: MDRP[srp0,nmd,rd,0] 
	00291: ALIGNRP    
	00292: SVTCA[y-axis] 
	00293: SRP0       
	00294: MIRP[nrp0,md,rd,1] 
	00295: SVTCA[x-axis] 
	00296: SRP0       
	00297: MIRP[srp0,nmd,rd,1] 
	00298: MDRP[srp0,nmd,rd,0] 
	00299: ALIGNRP    
	00300: IUP[y]     
	00301: IUP[x]     
	00302: RS         
	00303: JROF       
	00304: NPUSHB      (30):    36    44    18    20    10    11    19    38    43    37 
	                            42    20    45    45     1    37    10    35    45     1 
	                            44    18    41    45     0    36    11    38    45     1 
	00336: SVTCA[y-axis] 
	00337: CALL       
	00338: CALL       
	00339: SVTCA[x-axis] 
	00340: CALL       
	00341: CALL       
	00342: CALL       
	00343: CALL       
	00344: FLIPRGON   
	00345: FLIPRGON   
	00346: FLIPRGON   
	00347: SVTCA[y-axis] 
	00348: DELTAP2    
	00349: DELTAP1    
	00350: SVTCA[x-axis] 
	00351: DELTAP2    
	00352: DELTAP2    
	00353: DELTAP2    
	00354: DELTAP1    
	00355: DELTAP1    
	00356: DELTAP1    
	00357: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual                               On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:        XDual                 X-Short On
	 30:  YDual                               On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual                               On
	 40:        XDual                         On
	 41:  YDual                               On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,    84)  ->  Abs (   256,    84)
	  1: Rel (     0,  1002)  ->  Abs (   256,  1086)
	  2: Rel (  -113,     0)  ->  Abs (   143,  1086)
	  3: Rel (   -30,     0)  ->  Abs (   113,  1086)
	  4: Rel (   -26,    23)  ->  Abs (    87,  1109)
	  5: Rel (     0,    19)  ->  Abs (    87,  1128)
	  6: Rel (     0,    19)  ->  Abs (    87,  1147)
	  7: Rel (    26,    23)  ->  Abs (   113,  1170)
	  8: Rel (    30,     0)  ->  Abs (   143,  1170)
	  9: Rel (   528,     0)  ->  Abs (   671,  1170)
	 10: Rel (   157,     0)  ->  Abs (   828,  1170)
	 11: Rel (   197,  -181)  ->  Abs (  1025,   989)
	 12: Rel (     0,  -122)  ->  Abs (  1025,   867)
	 13: Rel (     0,  -154)  ->  Abs (  1025,   713)
	 14: Rel (  -165,   -95)  ->  Abs (   860,   618)
	 15: Rel (   131,   -47)  ->  Abs (   991,   571)
	 16: Rel (   122,  -156)  ->  Abs (  1113,   415)
	 17: Rel (     0,   -94)  ->  Abs (  1113,   321)
	 18: Rel (     0,   -84)  ->  Abs (  1113,   237)
	 19: Rel (   -80,  -139)  ->  Abs (  1033,    98)
	 20: Rel (  -165,   -98)  ->  Abs (   868,     0)
	 21: Rel (   -97,     0)  ->  Abs (   771,     0)
	 22: Rel (  -628,     0)  ->  Abs (   143,     0)
	 23: Rel (   -30,     0)  ->  Abs (   113,     0)
	 24: Rel (   -26,    24)  ->  Abs (    87,    24)
	 25: Rel (     0,    18)  ->  Abs (    87,    42)
	 26: Rel (     0,    19)  ->  Abs (    87,    61)
	 27: Rel (    26,    23)  ->  Abs (   113,    84)
	 28: Rel (    30,     0)  ->  Abs (   143,    84)
	 29: Rel (   197,   566)  ->  Abs (   340,   650)
	 30: Rel (   297,     0)  ->  Abs (   637,   650)
	 31: Rel (    95,     0)  ->  Abs (   732,   650)
	 32: Rel (    79,    35)  ->  Abs (   811,   685)
	 33: Rel (    61,    28)  ->  Abs (   872,   713)
	 34: Rel (    68,   106)  ->  Abs (   940,   819)
	 35: Rel (     0,    55)  ->  Abs (   940,   874)
	 36: Rel (     0,    79)  ->  Abs (   940,   953)
	 37: Rel (  -148,   133)  ->  Abs (   792,  1086)
	 38: Rel (  -119,     0)  ->  Abs (   673,  1086)
	 39: Rel (  -333,     0)  ->  Abs (   340,  1086)
	 40: Rel (     0, -1002)  ->  Abs (   340,    84)
	 41: Rel (   425,     0)  ->  Abs (   765,    84)
	 42: Rel (    81,     0)  ->  Abs (   846,    84)
	 43: Rel (   120,    72)  ->  Abs (   966,   156)
	 44: Rel (    62,   106)  ->  Abs (  1028,   262)
	 45: Rel (     0,    57)  ->  Abs (  1028,   319)
	 46: Rel (     0,    64)  ->  Abs (  1028,   383)
	 47: Rel (   -89,   120)  ->  Abs (   939,   503)
	 48: Rel (  -158,    62)  ->  Abs (   781,   565)
	 49: Rel (  -139,     0)  ->  Abs (   642,   565)
	 50: Rel (  -302,     0)  ->  Abs (   340,   565)

	Glyph  38: off = 0x00002AF2, len = 384
	  numberOfContours:	1
	  xMin:			127
	  yMin:			-33
	  xMax:			1100
	  yMax:			1197

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	223
	00000: NPUSHB     (120):    45    20     1    47     0    63     0    79     0     3 
	                             5    22    21    22    86    23   101    20   100    22 
	                           105    46   112    20   115    22   112    24   180    23 
	                            10    55    28    54    48    74    22    74    54    91 
	                            23    91    53   106    23   104    53   133    28   153 
	                            47    10    51    49    15    32    27    34     1     0 
	                             3     8    14    22    23    55    50    32    35    30 
	                            15    13     0     3    18    11    35   180    43    18 
	                            37    55    11   139     4    30    37    43    55     3 
	                             4     2    43     9    14    38     8    96    33    38 
	                            38    26    58    27    38    15    49    31    49    47 
	                            49    63    49     4    49    25    57   135   121    24 
	00122: PUSHW[1]            300 
	00125: SCANCTRL   
	00126: CALL       
	00127: FLIPOFF    
	00128: SRP0       
	00129: MIRP[srp0,nmd,rd,0] 
	00130: DELTAP1    
	00131: FLIPON     
	00132: MIRP[nrp0,md,rd,1] 
	00133: FLIPOFF    
	00134: SRP0       
	00135: MIRP[srp0,nmd,rd,2] 
	00136: FLIPON     
	00137: MIRP[srp0,md,rd,1] 
	00138: MIRP[srp0,md,rd,1] 
	00139: MIRP[nrp0,md,rd,1] 
	00140: SVTCA[y-axis] 
	00141: MIAP[rd+ci] 
	00142: MIAP[rd+ci] 
	00143: MIAP[rd+ci] 
	00144: SRP0       
	00145: MIRP[nrp0,md,rd,1] 
	00146: SRP0       
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP0       
	00149: MIRP[nrp0,md,rd,1] 
	00150: SRP0       
	00151: MIRP[nrp0,md,rd,1] 
	00152: SRP1       
	00153: SRP2       
	00154: SLOOP      
	00155: IP         
	00156: SRP1       
	00157: SRP2       
	00158: IP         
	00159: SRP1       
	00160: SRP2       
	00161: IP         
	00162: IP         
	00163: SVTCA[x-axis] 
	00164: SRP1       
	00165: SRP2       
	00166: SLOOP      
	00167: IP         
	00168: SRP2       
	00169: IP         
	00170: IP         
	00171: SRP1       
	00172: IP         
	00173: IUP[y]     
	00174: IUP[x]     
	00175: SVTCA[y-axis] 
	00176: MPPEM      
	00177: PUSHB[1]             11 
	00179: GTEQ       
	00180: MPPEM      
	00181: PUSHB[1]             36 
	00183: LTEQ       
	00184: AND        
	00185: IF         
	00186: PUSHW[2]             28   -20 
	00191: PUSHB[3]             17    20     0 
	00195: PUSHW[3]            -20    29   -20 
	00202: PUSHB[6]             22    22    23    28    24    22 
	00209: SHPIX      
	00210: SHPIX      
	00211: SHPIX      
	00212: SHPIX      
	00213: SHPIX      
	00214: SHPIX      
	00215: SHPIX      
	00216: EIF        
	00217: SVTCA[x-axis] 
	00218: DELTAP1    
	00219: DELTAP2    
	00220: SVTCA[y-axis] 
	00221: DELTAP1    
	00222: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                                      Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual               Y-Short X-Short On
	 46:  YDual       Rep-  3 Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:        XDual                 X-Short Off
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   984,  1055)  ->  Abs (   984,  1055)
	  1: Rel (     0,    59)  ->  Abs (   984,  1114)
	  2: Rel (     0,    30)  ->  Abs (   984,  1144)
	  3: Rel (    23,    26)  ->  Abs (  1007,  1170)
	  4: Rel (    19,     0)  ->  Abs (  1026,  1170)
	  5: Rel (    19,     0)  ->  Abs (  1045,  1170)
	  6: Rel (    23,   -26)  ->  Abs (  1068,  1144)
	  7: Rel (     0,   -30)  ->  Abs (  1068,  1114)
	  8: Rel (     0,  -233)  ->  Abs (  1068,   881)
	  9: Rel (     0,   -31)  ->  Abs (  1068,   850)
	 10: Rel (   -23,   -26)  ->  Abs (  1045,   824)
	 11: Rel (   -19,     0)  ->  Abs (  1026,   824)
	 12: Rel (   -17,     0)  ->  Abs (  1009,   824)
	 13: Rel (   -23,    24)  ->  Abs (   986,   848)
	 14: Rel (    -2,    27)  ->  Abs (   984,   875)
	 15: Rel (    -5,    84)  ->  Abs (   979,   959)
	 16: Rel (   -86,    65)  ->  Abs (   893,  1024)
	 17: Rel (  -116,    89)  ->  Abs (   777,  1113)
	 18: Rel (  -148,     0)  ->  Abs (   629,  1113)
	 19: Rel (   -97,     0)  ->  Abs (   532,  1113)
	 20: Rel (   -86,   -43)  ->  Abs (   446,  1070)
	 21: Rel (   -64,   -31)  ->  Abs (   382,  1039)
	 22: Rel (   -38,   -45)  ->  Abs (   344,   994)
	 23: Rel (   -66,   -78)  ->  Abs (   278,   916)
	 24: Rel (   -39,   -95)  ->  Abs (   239,   821)
	 25: Rel (   -28,   -70)  ->  Abs (   211,   751)
	 26: Rel (     0,   -88)  ->  Abs (   211,   663)
	 27: Rel (     0,  -147)  ->  Abs (   211,   516)
	 28: Rel (     0,  -188)  ->  Abs (   211,   328)
	 29: Rel (   272,  -277)  ->  Abs (   483,    51)
	 30: Rel (   180,     0)  ->  Abs (   663,    51)
	 31: Rel (   108,     0)  ->  Abs (   771,    51)
	 32: Rel (   171,    94)  ->  Abs (   942,   145)
	 33: Rel (    80,    95)  ->  Abs (  1022,   240)
	 34: Rel (    17,    21)  ->  Abs (  1039,   261)
	 35: Rel (    21,     0)  ->  Abs (  1060,   261)
	 36: Rel (    18,     0)  ->  Abs (  1078,   261)
	 37: Rel (    22,   -22)  ->  Abs (  1100,   239)
	 38: Rel (     0,   -17)  ->  Abs (  1100,   222)
	 39: Rel (     0,   -23)  ->  Abs (  1100,   199)
	 40: Rel (   -43,   -47)  ->  Abs (  1057,   152)
	 41: Rel (   -82,   -92)  ->  Abs (   975,    60)
	 42: Rel (  -205,   -93)  ->  Abs (   770,   -33)
	 43: Rel (  -105,     0)  ->  Abs (   665,   -33)
	 44: Rel (   -91,     0)  ->  Abs (   574,   -33)
	 45: Rel (   -94,    35)  ->  Abs (   480,     2)
	 46: Rel (   -72,    27)  ->  Abs (   408,    29)
	 47: Rel (   -94,    72)  ->  Abs (   314,   101)
	 48: Rel (  -137,   171)  ->  Abs (   177,   272)
	 49: Rel (   -50,   145)  ->  Abs (   127,   417)
	 50: Rel (     0,    87)  ->  Abs (   127,   504)
	 51: Rel (     0,   171)  ->  Abs (   127,   675)
	 52: Rel (     0,   124)  ->  Abs (   127,   799)
	 53: Rel (   133,   259)  ->  Abs (   260,  1058)
	 54: Rel (   231,   139)  ->  Abs (   491,  1197)
	 55: Rel (   135,     0)  ->  Abs (   626,  1197)
	 56: Rel (   208,     0)  ->  Abs (   834,  1197)

	Glyph  39: off = 0x00002C72, len = 400
	  numberOfContours:	2
	  xMin:			158
	  yMin:			0
	  xMax:			1142
	  yMax:			1170

	EndPoints
	---------
	  0:  29
	  1:  44

	  Length of Instructions:	268
	00000: NPUSHB      (33):   142    10   137    11   136    18   137    19   137    20 
	                           140    21   143    31   143    32   138    33   141    39 
	                           138    41   143    42    12    11    40     1    39    32 
	                            41    28    33 
	00035: PUSHW[1]            -32 
	00038: NPUSHB       (9):   153    39   181    33     2    67     8    23    29 
	00049: PUSHW[1]            676 
	00052: NPUSHB      (11):    26    41     0    26    26    29     0    29    23     8 
	                             2 
	00065: PUSHW[1]            676 
	00068: NPUSHB      (53):     5    41     1     5     5     2     1    29     8    17 
	                            46    15    31    30    22    22    29    30    23     8 
	                            43    30     9     9     2    30     8     2    36    38 
	                            15    15     1    15    15    32    15     2    15    26 
	                            46    44    30    30     1    32     0    79     0     2 
	                             0    25    45 
	00123: PUSHW[4]            313   264    24   300 
	00132: SCANCTRL   
	00133: CALL       
	00134: FLIPOFF    
	00135: SRP0       
	00136: MIRP[srp0,nmd,rd,0] 
	00137: DELTAP1    
	00138: ALIGNRP    
	00139: FLIPON     
	00140: MIRP[srp0,md,rd,1] 
	00141: ALIGNRP    
	00142: FLIPOFF    
	00143: SRP0       
	00144: MIRP[srp0,nmd,rd,2] 
	00145: DELTAP1    
	00146: DELTAP2    
	00147: FLIPON     
	00148: MIRP[nrp0,md,rd,1] 
	00149: SVTCA[y-axis] 
	00150: MIAP[rd+ci] 
	00151: MIRP[nrp0,md,rd,1] 
	00152: ALIGNRP    
	00153: SRP0       
	00154: MIRP[nrp0,md,rd,1] 
	00155: MIAP[rd+ci] 
	00156: MIRP[nrp0,md,rd,1] 
	00157: ALIGNRP    
	00158: SRP0       
	00159: MIRP[nrp0,md,rd,1] 
	00160: SVTCA[x-axis] 
	00161: SRP1       
	00162: SRP2       
	00163: IP         
	00164: SVTCA[y-axis] 
	00165: SRP0       
	00166: MIRP[srp0,md,rd,1] 
	00167: RTDG       
	00168: SRP2       
	00169: IP         
	00170: MDAP[rd]   
	00171: RTG        
	00172: SVTCA[x-axis] 
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,1] 
	00175: MIRP[srp0,nmd,rd,0] 
	00176: MDRP[nrp0,nmd,rd,0] 
	00177: SVTCA[y-axis] 
	00178: SRP0       
	00179: MIRP[srp0,md,rd,1] 
	00180: RTDG       
	00181: SRP2       
	00182: IP         
	00183: MDAP[rd]   
	00184: RTG        
	00185: SVTCA[x-axis] 
	00186: SRP0       
	00187: MIRP[srp0,nmd,rd,1] 
	00188: MIRP[srp0,nmd,rd,0] 
	00189: MDRP[nrp0,nmd,rd,0] 
	00190: IUP[y]     
	00191: IUP[x]     
	00192: RS         
	00193: JROF       
	00194: NPUSHB      (52):    32    42    10    21    14    15    13    15    12    15 
	                            11    15     4     6    38    37    39    37    40    37 
	                            41    37     4     6    19    18    20    18     2     6 
	                            33    37    42    10    36    46     1    32    21    35 
	                            46     1    37    15    43    46     1    34    18    31 
	                            46     0 
	00248: SVTCA[y-axis] 
	00249: CALL       
	00250: CALL       
	00251: SVTCA[x-axis] 
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: LOOPCALL   
	00256: LOOPCALL   
	00257: LOOPCALL   
	00258: FLIPRGON   
	00259: FLIPRGON   
	00260: SVTCA[y-axis] 
	00261: DELTAP1    
	00262: SHPIX      
	00263: SHPIX      
	00264: SHPIX      
	00265: SVTCA[x-axis] 
	00266: DELTAP2    
	00267: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual                               On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                               On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short On
	 31:  YDual                               On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short On
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   285,    84)  ->  Abs (   285,    84)
	  1: Rel (     0,  1002)  ->  Abs (   285,  1086)
	  2: Rel (   -71,     0)  ->  Abs (   214,  1086)
	  3: Rel (   -30,     0)  ->  Abs (   184,  1086)
	  4: Rel (   -26,    23)  ->  Abs (   158,  1109)
	  5: Rel (     0,    19)  ->  Abs (   158,  1128)
	  6: Rel (     0,    19)  ->  Abs (   158,  1147)
	  7: Rel (    26,    23)  ->  Abs (   184,  1170)
	  8: Rel (    30,     0)  ->  Abs (   214,  1170)
	  9: Rel (   452,     0)  ->  Abs (   666,  1170)
	 10: Rel (   106,     0)  ->  Abs (   772,  1170)
	 11: Rel (   175,   -88)  ->  Abs (   947,  1082)
	 12: Rel (    46,   -56)  ->  Abs (   993,  1026)
	 13: Rel (    79,   -95)  ->  Abs (  1072,   931)
	 14: Rel (    41,  -106)  ->  Abs (  1113,   825)
	 15: Rel (    29,   -77)  ->  Abs (  1142,   748)
	 16: Rel (     0,  -105)  ->  Abs (  1142,   643)
	 17: Rel (     0,  -116)  ->  Abs (  1142,   527)
	 18: Rel (     0,  -129)  ->  Abs (  1142,   398)
	 19: Rel (  -114,  -242)  ->  Abs (  1028,   156)
	 20: Rel (  -133,   -90)  ->  Abs (   895,    66)
	 21: Rel (   -99,   -66)  ->  Abs (   796,     0)
	 22: Rel (  -130,     0)  ->  Abs (   666,     0)
	 23: Rel (  -452,     0)  ->  Abs (   214,     0)
	 24: Rel (   -30,     0)  ->  Abs (   184,     0)
	 25: Rel (   -26,    24)  ->  Abs (   158,    24)
	 26: Rel (     0,    18)  ->  Abs (   158,    42)
	 27: Rel (     0,    19)  ->  Abs (   158,    61)
	 28: Rel (    26,    23)  ->  Abs (   184,    84)
	 29: Rel (    30,     0)  ->  Abs (   214,    84)
	 30: Rel (   155,     0)  ->  Abs (   369,    84)
	 31: Rel (   305,     0)  ->  Abs (   674,    84)
	 32: Rel (   106,     0)  ->  Abs (   780,    84)
	 33: Rel (   185,   138)  ->  Abs (   965,   222)
	 34: Rel (    93,   193)  ->  Abs (  1058,   415)
	 35: Rel (     0,    94)  ->  Abs (  1058,   509)
	 36: Rel (     0,   152)  ->  Abs (  1058,   661)
	 37: Rel (     0,    78)  ->  Abs (  1058,   739)
	 38: Rel (   -25,    61)  ->  Abs (  1033,   800)
	 39: Rel (   -36,    89)  ->  Abs (   997,   889)
	 40: Rel (   -66,    80)  ->  Abs (   931,   969)
	 41: Rel (   -36,    44)  ->  Abs (   895,  1013)
	 42: Rel (  -140,    73)  ->  Abs (   755,  1086)
	 43: Rel (   -81,     0)  ->  Abs (   674,  1086)
	 44: Rel (  -305,     0)  ->  Abs (   369,  1086)

	Glyph  40: off = 0x00002E02, len = 422
	  numberOfContours:	1
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1170

	EndPoints
	---------
	  0:  53

	  Length of Instructions:	274
	00000: NPUSHB      (26):    95    31   111     6   127     6     3    17    11    14 
	                            43    18    18    29    11    34    28    31    53    35 
	                            35    29    28     3     9     6 
	00028: PUSHW[1]            -64 
	00031: PUSHB[4]             15    30    63     6 
	00036: PUSHW[1]            -64 
	00039: NPUSHB      (44):    15    25    63     6    86     2     2    29     9    20 
	                            26    23    43    19    19    29    26    52    46    15 
	                            49    31    49     2    49    43    53    53    29    46 
	                            39    45     0    42    16    42     2    42    43    38 
	                            38    29    45    31 
	00085: PUSHW[1]            364 
	00088: NPUSHB      (60):    26     2     1    38    11    35    36    38    26    53 
	                             0    38    37    30     0     0    11    26     2    11 
	                             8    34    38    15    28     1   239    28   255    28 
	                             2    28    65     3    38     0     9     1    80     9 
	                           160     9   208     9   224     9   240     9     5     9 
	                            53    38    38    46     0    45    16    45     2    45 
	00150: PUSHW[1]            318 
	00153: NPUSHB      (22):    37    37    36     0     1    30     9    82    19    47 
	                            18   239    18   240    18     3    18    25    54    74 
	                           111    24 
	00177: CALL       
	00178: FLIPOFF    
	00179: SRP0       
	00180: MIRP[srp0,nmd,rd,0] 
	00181: DELTAP1    
	00182: ALIGNRP    
	00183: FLIPON     
	00184: MIRP[nrp0,md,rd,1] 
	00185: MIRP[srp0,md,rd,1] 
	00186: ALIGNRP    
	00187: ALIGNRP    
	00188: ALIGNRP    
	00189: SRP0       
	00190: MIRP[srp0,nmd,rd,0] 
	00191: DELTAP1    
	00192: ALIGNRP    
	00193: MIRP[srp0,md,rd,1] 
	00194: ALIGNRP    
	00195: SRP0       
	00196: DELTAP1    
	00197: DELTAP2    
	00198: MIRP[nrp0,md,rd,1] 
	00199: MIRP[srp0,nmd,rd,0] 
	00200: DELTAP1    
	00201: DELTAP2    
	00202: MIRP[nrp0,md,rd,1] 
	00203: SVTCA[y-axis] 
	00204: MIAP[rd+ci] 
	00205: MIAP[rd+ci] 
	00206: SRP2       
	00207: IP         
	00208: MDAP[rd]   
	00209: MIRP[srp0,md,rd,1] 
	00210: ALIGNRP    
	00211: SRP0       
	00212: ALIGNRP    
	00213: SRP0       
	00214: MIRP[srp0,md,rd,1] 
	00215: ALIGNRP    
	00216: SRP0       
	00217: MIRP[srp0,md,rd,1] 
	00218: ALIGNRP    
	00219: SRP0       
	00220: MIRP[nrp0,md,rd,1] 
	00221: SVTCA[x-axis] 
	00222: SRP0       
	00223: MIRP[nrp0,md,rd,1] 
	00224: SVTCA[y-axis] 
	00225: SRP0       
	00226: MIRP[srp0,nmd,rd,1] 
	00227: DELTAP1    
	00228: MDRP[srp0,nmd,rd,0] 
	00229: ALIGNRP    
	00230: SVTCA[x-axis] 
	00231: SRP0       
	00232: MIRP[nrp0,md,rd,1] 
	00233: SVTCA[y-axis] 
	00234: SRP0       
	00235: MIRP[srp0,nmd,rd,1] 
	00236: DELTAP1    
	00237: MDRP[srp0,nmd,rd,0] 
	00238: ALIGNRP    
	00239: SRP0       
	00240: MIRP[nrp0,md,rd,1] 
	00241: SVTCA[x-axis] 
	00242: SRP0       
	00243: MIRP[srp0,nmd,rd,1] 
	00244: MDRP[srp0,nmd,rd,0] 
	00245: ALIGNRP    
	00246: SRP0       
	00247: MIRP[nrp0,md,rd,1] 
	00248: SVTCA[y-axis] 
	00249: SRP0       
	00250: MIRP[srp0,nmd,rd,1] 
	00251: CALL       
	00252: CALL       
	00253: MDRP[srp0,nmd,rd,0] 
	00254: ALIGNRP    
	00255: SVTCA[x-axis] 
	00256: SRP0       
	00257: MIRP[nrp0,md,rd,1] 
	00258: SVTCA[y-axis] 
	00259: SRP0       
	00260: MIRP[srp0,nmd,rd,1] 
	00261: MDRP[srp0,nmd,rd,0] 
	00262: ALIGNRP    
	00263: SRP0       
	00264: MIRP[nrp0,md,rd,1] 
	00265: SVTCA[x-axis] 
	00266: SRP0       
	00267: MIRP[srp0,nmd,rd,1] 
	00268: MDRP[srp0,nmd,rd,0] 
	00269: ALIGNRP    
	00270: IUP[y]     
	00271: IUP[x]     
	00272: SVTCA[y-axis] 
	00273: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short On
	 19:        XDual                         On
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual                               On
	 28:        XDual                         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         On
	 36:  YDual                               On
	 37:        XDual                         On
	 38:  YDual                               On
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual                         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   341,   565)  ->  Abs (   341,   565)
	  1: Rel (     0,  -481)  ->  Abs (   341,    84)
	  2: Rel (   646,     0)  ->  Abs (   987,    84)
	  3: Rel (     0,   248)  ->  Abs (   987,   332)
	  4: Rel (     0,    30)  ->  Abs (   987,   362)
	  5: Rel (    23,    26)  ->  Abs (  1010,   388)
	  6: Rel (    19,     0)  ->  Abs (  1029,   388)
	  7: Rel (    19,     0)  ->  Abs (  1048,   388)
	  8: Rel (    23,   -26)  ->  Abs (  1071,   362)
	  9: Rel (     0,   -30)  ->  Abs (  1071,   332)
	 10: Rel (     0,  -332)  ->  Abs (  1071,     0)
	 11: Rel (  -927,     0)  ->  Abs (   144,     0)
	 12: Rel (   -30,     0)  ->  Abs (   114,     0)
	 13: Rel (   -26,    24)  ->  Abs (    88,    24)
	 14: Rel (     0,    18)  ->  Abs (    88,    42)
	 15: Rel (     0,    19)  ->  Abs (    88,    61)
	 16: Rel (    26,    23)  ->  Abs (   114,    84)
	 17: Rel (    30,     0)  ->  Abs (   144,    84)
	 18: Rel (   113,     0)  ->  Abs (   257,    84)
	 19: Rel (     0,  1002)  ->  Abs (   257,  1086)
	 20: Rel (  -113,     0)  ->  Abs (   144,  1086)
	 21: Rel (   -30,     0)  ->  Abs (   114,  1086)
	 22: Rel (   -26,    23)  ->  Abs (    88,  1109)
	 23: Rel (     0,    19)  ->  Abs (    88,  1128)
	 24: Rel (     0,    19)  ->  Abs (    88,  1147)
	 25: Rel (    26,    23)  ->  Abs (   114,  1170)
	 26: Rel (    30,     0)  ->  Abs (   144,  1170)
	 27: Rel (   883,     0)  ->  Abs (  1027,  1170)
	 28: Rel (     0,  -289)  ->  Abs (  1027,   881)
	 29: Rel (     0,   -30)  ->  Abs (  1027,   851)
	 30: Rel (   -23,   -26)  ->  Abs (  1004,   825)
	 31: Rel (   -19,     0)  ->  Abs (   985,   825)
	 32: Rel (   -19,     0)  ->  Abs (   966,   825)
	 33: Rel (   -23,    26)  ->  Abs (   943,   851)
	 34: Rel (     0,    30)  ->  Abs (   943,   881)
	 35: Rel (     0,   205)  ->  Abs (   943,  1086)
	 36: Rel (  -602,     0)  ->  Abs (   341,  1086)
	 37: Rel (     0,  -437)  ->  Abs (   341,   649)
	 38: Rel (   301,     0)  ->  Abs (   642,   649)
	 39: Rel (     0,    95)  ->  Abs (   642,   744)
	 40: Rel (     0,    30)  ->  Abs (   642,   774)
	 41: Rel (    24,    26)  ->  Abs (   666,   800)
	 42: Rel (    19,     0)  ->  Abs (   685,   800)
	 43: Rel (    18,     0)  ->  Abs (   703,   800)
	 44: Rel (    24,   -26)  ->  Abs (   727,   774)
	 45: Rel (     0,   -30)  ->  Abs (   727,   744)
	 46: Rel (     0,  -274)  ->  Abs (   727,   470)
	 47: Rel (     0,   -30)  ->  Abs (   727,   440)
	 48: Rel (   -24,   -26)  ->  Abs (   703,   414)
	 49: Rel (   -18,     0)  ->  Abs (   685,   414)
	 50: Rel (   -19,     0)  ->  Abs (   666,   414)
	 51: Rel (   -24,    26)  ->  Abs (   642,   440)
	 52: Rel (     0,    30)  ->  Abs (   642,   470)
	 53: Rel (     0,    95)  ->  Abs (   642,   565)

	Glyph  41: off = 0x00002FA8, len = 388
	  numberOfContours:	1
	  xMin:			159
	  yMin:			0
	  xMax:			1140
	  yMax:			1170

	EndPoints
	---------
	  0:  52

	  Length of Instructions:	241
	00000: NPUSHB      (94):    96     5     1    15     9    12    43    16    16    29 
	                             9    33    27    30    53    34    34    29    27    51 
	                            45    15    48    31    48     2    48    43    52    52 
	                            29    45     2     8     5    54     1     1    29     8 
	                            18    25    21    43    17    17    29    25    38    44 
	                             0    41    16    41     2    41    43    37    37    29 
	                            44    34    35    38    25    52     0    37    36    38 
	                             0     0    25     2     1    38     9    25     2     9 
	                             8    52    37    45    37    38     0    44    16    44 
	                            80    44     3    44 
	00096: PUSHW[1]            318 
	00099: NPUSHB      (44):    36    36    35     0     1    38    16    34    38     0 
	                            27    32    27     2    80    27   160    27   208    27 
	                           224    27   240    27     5    27    82    17    32    16 
	                             1     0    16   128    16   144    16   240    16     4 
	                            16    25    53   246 
	00145: PUSHW[2]            264    24 
	00150: CALL       
	00151: FLIPOFF    
	00152: SRP0       
	00153: MIRP[srp0,nmd,rd,0] 
	00154: DELTAP1    
	00155: DELTAP2    
	00156: ALIGNRP    
	00157: FLIPON     
	00158: MIRP[srp0,md,rd,1] 
	00159: DELTAP1    
	00160: DELTAP2    
	00161: MIRP[nrp0,md,rd,1] 
	00162: SRP0       
	00163: MIRP[srp0,md,rd,1] 
	00164: ALIGNRP    
	00165: ALIGNRP    
	00166: ALIGNRP    
	00167: SRP0       
	00168: MIRP[srp0,nmd,rd,0] 
	00169: DELTAP1    
	00170: MIRP[nrp0,md,rd,1] 
	00171: ALIGNRP    
	00172: SRP0       
	00173: ALIGNRP    
	00174: SVTCA[y-axis] 
	00175: MIAP[rd+ci] 
	00176: MIAP[rd+ci] 
	00177: SRP0       
	00178: MIRP[srp0,md,rd,1] 
	00179: ALIGNRP    
	00180: SRP2       
	00181: IP         
	00182: MDAP[rd]   
	00183: MIRP[srp0,md,rd,1] 
	00184: ALIGNRP    
	00185: SRP0       
	00186: ALIGNRP    
	00187: SRP0       
	00188: MIRP[srp0,md,rd,1] 
	00189: ALIGNRP    
	00190: SVTCA[x-axis] 
	00191: SRP0       
	00192: MIRP[nrp0,md,rd,1] 
	00193: SVTCA[y-axis] 
	00194: SRP0       
	00195: MIRP[srp0,nmd,rd,1] 
	00196: DELTAP1    
	00197: MDRP[srp0,nmd,rd,0] 
	00198: ALIGNRP    
	00199: SRP0       
	00200: MIRP[nrp0,md,rd,1] 
	00201: SVTCA[x-axis] 
	00202: SRP0       
	00203: MIRP[srp0,nmd,rd,1] 
	00204: MDRP[srp0,nmd,rd,0] 
	00205: ALIGNRP    
	00206: SVTCA[y-axis] 
	00207: SRP0       
	00208: MIRP[nrp0,md,rd,1] 
	00209: SVTCA[x-axis] 
	00210: SRP0       
	00211: MIRP[srp0,nmd,rd,1] 
	00212: MDRP[srp0,nmd,rd,0] 
	00213: ALIGNRP    
	00214: SRP0       
	00215: MIRP[nrp0,md,rd,1] 
	00216: SVTCA[y-axis] 
	00217: SRP0       
	00218: MIRP[srp0,nmd,rd,1] 
	00219: DELTAP1    
	00220: MDRP[srp0,nmd,rd,0] 
	00221: ALIGNRP    
	00222: SVTCA[x-axis] 
	00223: SRP0       
	00224: MIRP[nrp0,md,rd,1] 
	00225: SVTCA[y-axis] 
	00226: SRP0       
	00227: MIRP[srp0,nmd,rd,1] 
	00228: MDRP[srp0,nmd,rd,0] 
	00229: ALIGNRP    
	00230: SRP0       
	00231: MIRP[nrp0,md,rd,1] 
	00232: SVTCA[x-axis] 
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,1] 
	00235: MDRP[srp0,nmd,rd,0] 
	00236: ALIGNRP    
	00237: IUP[y]     
	00238: IUP[x]     
	00239: SVTCA[x-axis] 
	00240: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On
	 27:        XDual                         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         On
	 35:  YDual                               On
	 36:        XDual                         On
	 37:  YDual                               On
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual                         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   412,   565)  ->  Abs (   412,   565)
	  1: Rel (     0,  -481)  ->  Abs (   412,    84)
	  2: Rel (   288,     0)  ->  Abs (   700,    84)
	  3: Rel (    30,     0)  ->  Abs (   730,    84)
	  4: Rel (    26,   -23)  ->  Abs (   756,    61)
	  5: Rel (     0,   -19)  ->  Abs (   756,    42)
	  6: Rel (     0,   -18)  ->  Abs (   756,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   730,     0)
	  8: Rel (   -30,     0)  ->  Abs (   700,     0)
	  9: Rel (  -485,     0)  ->  Abs (   215,     0)
	 10: Rel (   -30,     0)  ->  Abs (   185,     0)
	 11: Rel (   -26,    24)  ->  Abs (   159,    24)
	 12: Rel (     0,    18)  ->  Abs (   159,    42)
	 13: Rel (     0,    19)  ->  Abs (   159,    61)
	 14: Rel (    26,    23)  ->  Abs (   185,    84)
	 15: Rel (    30,     0)  ->  Abs (   215,    84)
	 16: Rel (   113,     0)  ->  Abs (   328,    84)
	 17: Rel (     0,  1002)  ->  Abs (   328,  1086)
	 18: Rel (  -113,     0)  ->  Abs (   215,  1086)
	 19: Rel (   -30,     0)  ->  Abs (   185,  1086)
	 20: Rel (   -26,    23)  ->  Abs (   159,  1109)
	 21: Rel (     0,    19)  ->  Abs (   159,  1128)
	 22: Rel (     0,    19)  ->  Abs (   159,  1147)
	 23: Rel (    15,    13)  ->  Abs (   174,  1160)
	 24: Rel (    11,    10)  ->  Abs (   185,  1170)
	 25: Rel (    30,     0)  ->  Abs (   215,  1170)
	 26: Rel (   925,     0)  ->  Abs (  1140,  1170)
	 27: Rel (     0,  -289)  ->  Abs (  1140,   881)
	 28: Rel (     0,   -30)  ->  Abs (  1140,   851)
	 29: Rel (   -24,   -26)  ->  Abs (  1116,   825)
	 30: Rel (   -18,     0)  ->  Abs (  1098,   825)
	 31: Rel (   -19,     0)  ->  Abs (  1079,   825)
	 32: Rel (   -24,    26)  ->  Abs (  1055,   851)
	 33: Rel (     0,    30)  ->  Abs (  1055,   881)
	 34: Rel (     0,   205)  ->  Abs (  1055,  1086)
	 35: Rel (  -643,     0)  ->  Abs (   412,  1086)
	 36: Rel (     0,  -437)  ->  Abs (   412,   649)
	 37: Rel (   301,     0)  ->  Abs (   713,   649)
	 38: Rel (     0,    95)  ->  Abs (   713,   744)
	 39: Rel (     0,    30)  ->  Abs (   713,   774)
	 40: Rel (    24,    26)  ->  Abs (   737,   800)
	 41: Rel (    19,     0)  ->  Abs (   756,   800)
	 42: Rel (    18,     0)  ->  Abs (   774,   800)
	 43: Rel (    24,   -26)  ->  Abs (   798,   774)
	 44: Rel (     0,   -30)  ->  Abs (   798,   744)
	 45: Rel (     0,  -274)  ->  Abs (   798,   470)
	 46: Rel (     0,   -30)  ->  Abs (   798,   440)
	 47: Rel (   -24,   -26)  ->  Abs (   774,   414)
	 48: Rel (   -18,     0)  ->  Abs (   756,   414)
	 49: Rel (   -19,     0)  ->  Abs (   737,   414)
	 50: Rel (   -24,    26)  ->  Abs (   713,   440)
	 51: Rel (     0,    30)  ->  Abs (   713,   470)
	 52: Rel (     0,    95)  ->  Abs (   713,   565)

	Glyph  42: off = 0x0000312C, len = 466
	  numberOfContours:	1
	  xMin:			128
	  yMin:			-33
	  xMax:			1157
	  yMax:			1197

	EndPoints
	---------
	  0:  60

	  Length of Instructions:	294
	00000: NPUSHB      (56):   140    32   154    32     2    47    16    63    16    79 
	                            16     3    73    12    70    36    86    11    93    12 
	                            86    36   166    11   166    36   188     6   186    12 
	                             9     4    35    23    35    38    12    39    35    38 
	                            36    54    36     6    54     0    57   144     0    57 
	                            57     0    29    54    53    47 
	00058: PUSHW[1]            676 
	00061: NPUSHB      (51):    15    50     1    50    54    46    50    50    47    46 
	                            29    53    10     8    31    39    16    45    19     1 
	                            30    23    24    62     0     1    45    54    42    31 
	                            29    16     3    33    27    60    38    54    47    38 
	                            54   102    53    53     4    19    33    37    14     3 
	                            27 
	00114: PUSHW[1]            361 
	00117: NPUSHB      (32):    20    20    19     2    42    37     4     9    30   102 
	                            46    46    45    30     1     1     0    26    62    39 
	                            38    15     8    31     8     2     8    25    61   135 
	                           111    24 
	00151: PUSHW[1]            300 
	00154: SCANCTRL   
	00155: CALL       
	00156: FLIPOFF    
	00157: SRP0       
	00158: MIRP[srp0,nmd,rd,0] 
	00159: DELTAP1    
	00160: FLIPON     
	00161: MIRP[nrp0,md,rd,1] 
	00162: FLIPOFF    
	00163: SRP0       
	00164: MIRP[srp0,nmd,rd,2] 
	00165: ALIGNRP    
	00166: FLIPON     
	00167: SRP0       
	00168: MIRP[srp0,md,rd,1] 
	00169: ALIGNRP    
	00170: SRP0       
	00171: MIRP[nrp0,nmd,rd,0] 
	00172: SVTCA[y-axis] 
	00173: MIAP[rd+ci] 
	00174: MIRP[nrp0,md,rd,1] 
	00175: MIAP[rd+ci] 
	00176: ALIGNRP    
	00177: SRP0       
	00178: MIRP[nrp0,md,rd,1] 
	00179: MIAP[rd+ci] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP1       
	00182: SRP2       
	00183: IP         
	00184: MDAP[rd]   
	00185: MIRP[nrp0,nmd,rd,0] 
	00186: MIRP[nrp0,md,rd,1] 
	00187: SRP0       
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP1       
	00190: SRP2       
	00191: SLOOP      
	00192: IP         
	00193: SRP1       
	00194: SRP2       
	00195: IP         
	00196: IP         
	00197: SVTCA[x-axis] 
	00198: SRP1       
	00199: SRP2       
	00200: IP         
	00201: IP         
	00202: SRP1       
	00203: SRP2       
	00204: IP         
	00205: SRP2       
	00206: IP         
	00207: SRP1       
	00208: IP         
	00209: SRP2       
	00210: IP         
	00211: SVTCA[y-axis] 
	00212: SRP0       
	00213: MIRP[srp0,md,rd,1] 
	00214: RTDG       
	00215: SRP2       
	00216: IP         
	00217: MDAP[rd]   
	00218: RTG        
	00219: SVTCA[x-axis] 
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,1] 
	00222: DELTAP1    
	00223: MIRP[srp0,nmd,rd,0] 
	00224: MDRP[nrp0,nmd,rd,0] 
	00225: SVTCA[y-axis] 
	00226: SRP0       
	00227: MIRP[srp0,md,rd,1] 
	00228: RTDG       
	00229: IP         
	00230: MDAP[rd]   
	00231: RTG        
	00232: SVTCA[x-axis] 
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,1] 
	00235: SRP0       
	00236: MDRP[nrp0,nmd,rd,0] 
	00237: IUP[y]     
	00238: IUP[x]     
	00239: SVTCA[y-axis] 
	00240: MPPEM      
	00241: PUSHB[1]             11 
	00243: GTEQ       
	00244: MPPEM      
	00245: PUSHB[1]             36 
	00247: LTEQ       
	00248: AND        
	00249: IF         
	00250: NPUSHW      (10):    16   -20     5   -12    44   -22    41   -22    40   -22 
	00272: PUSHB[6]             36    22    34    22    35    22 
	00279: SHPIX      
	00280: SHPIX      
	00281: SHPIX      
	00282: SHPIX      
	00283: SHPIX      
	00284: SHPIX      
	00285: SHPIX      
	00286: SHPIX      
	00287: EIF        
	00288: SVTCA[x-axis] 
	00289: DELTAP2    
	00290: DELTAP1    
	00291: SVTCA[y-axis] 
	00292: DELTAP1    
	00293: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual       Rep-  2 Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:        XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short         Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:        XDual                         On
	 47:  YDual                               On
	 48:  YDual                       X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:                      Y-Short         On
	 55:  YDual XDual                 X-Short Off
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:                      Y-Short X-Short Off
	 60:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1071,   434)  ->  Abs (  1071,   434)
	  1: Rel (     0,  -360)  ->  Abs (  1071,    74)
	  2: Rel (   -96,   -53)  ->  Abs (   975,    21)
	  3: Rel (  -191,   -54)  ->  Abs (   784,   -33)
	  4: Rel (   -95,     0)  ->  Abs (   689,   -33)
	  5: Rel (  -135,     0)  ->  Abs (   554,   -33)
	  6: Rel (  -205,    80)  ->  Abs (   349,    47)
	  7: Rel (  -142,   144)  ->  Abs (   207,   191)
	  8: Rel (   -79,   178)  ->  Abs (   128,   369)
	  9: Rel (     0,   137)  ->  Abs (   128,   506)
	 10: Rel (     0,   154)  ->  Abs (   128,   660)
	 11: Rel (     0,   138)  ->  Abs (   128,   798)
	 12: Rel (   137,   261)  ->  Abs (   265,  1059)
	 13: Rel (   238,   138)  ->  Abs (   503,  1197)
	 14: Rel (   140,     0)  ->  Abs (   643,  1197)
	 15: Rel (   203,     0)  ->  Abs (   846,  1197)
	 16: Rel (   140,  -111)  ->  Abs (   986,  1086)
	 17: Rel (     0,    49)  ->  Abs (   986,  1135)
	 18: Rel (     7,    20)  ->  Abs (   993,  1155)
	 19: Rel (    22,    15)  ->  Abs (  1015,  1170)
	 20: Rel (    14,     0)  ->  Abs (  1029,  1170)
	 21: Rel (    18,     0)  ->  Abs (  1047,  1170)
	 22: Rel (    24,   -26)  ->  Abs (  1071,  1144)
	 23: Rel (     0,   -30)  ->  Abs (  1071,  1114)
	 24: Rel (     0,  -190)  ->  Abs (  1071,   924)
	 25: Rel (     0,   -31)  ->  Abs (  1071,   893)
	 26: Rel (   -24,   -25)  ->  Abs (  1047,   868)
	 27: Rel (   -18,     0)  ->  Abs (  1029,   868)
	 28: Rel (   -17,     0)  ->  Abs (  1012,   868)
	 29: Rel (   -23,    23)  ->  Abs (   989,   891)
	 30: Rel (    -1,    29)  ->  Abs (   988,   920)
	 31: Rel (    -6,    85)  ->  Abs (   982,  1005)
	 32: Rel (  -209,   108)  ->  Abs (   773,  1113)
	 33: Rel (  -123,     0)  ->  Abs (   650,  1113)
	 34: Rel (  -116,     0)  ->  Abs (   534,  1113)
	 35: Rel (  -187,  -101)  ->  Abs (   347,  1012)
	 36: Rel (   -81,  -142)  ->  Abs (   266,   870)
	 37: Rel (   -54,   -93)  ->  Abs (   212,   777)
	 38: Rel (     0,  -118)  ->  Abs (   212,   659)
	 39: Rel (     0,  -153)  ->  Abs (   212,   506)
	 40: Rel (     0,  -209)  ->  Abs (   212,   297)
	 41: Rel (   256,  -246)  ->  Abs (   468,    51)
	 42: Rel (   225,     0)  ->  Abs (   693,    51)
	 43: Rel (    76,     0)  ->  Abs (   769,    51)
	 44: Rel (   130,    32)  ->  Abs (   899,    83)
	 45: Rel (    87,    40)  ->  Abs (   986,   123)
	 46: Rel (     0,   311)  ->  Abs (   986,   434)
	 47: Rel (  -289,     0)  ->  Abs (   697,   434)
	 48: Rel (   -30,     0)  ->  Abs (   667,   434)
	 49: Rel (   -26,    23)  ->  Abs (   641,   457)
	 50: Rel (     0,    19)  ->  Abs (   641,   476)
	 51: Rel (     0,    19)  ->  Abs (   641,   495)
	 52: Rel (    26,    24)  ->  Abs (   667,   519)
	 53: Rel (    30,     0)  ->  Abs (   697,   519)
	 54: Rel (   404,    -1)  ->  Abs (  1101,   518)
	 55: Rel (    30,     0)  ->  Abs (  1131,   518)
	 56: Rel (    26,   -23)  ->  Abs (  1157,   495)
	 57: Rel (     0,   -19)  ->  Abs (  1157,   476)
	 58: Rel (     0,   -13)  ->  Abs (  1157,   463)
	 59: Rel (   -16,   -22)  ->  Abs (  1141,   441)
	 60: Rel (   -20,    -7)  ->  Abs (  1121,   434)

	Glyph  43: off = 0x000032FE, len = 628
	  numberOfContours:	1
	  xMin:			107
	  yMin:			0
	  xMax:			1135
	  yMax:			1170

	EndPoints
	---------
	  0:  67

	  Length of Instructions:	450
	00000: NPUSHB      (12):    18   161    22   174    47   179    22   191    47     4 
	                            10    16 
	00014: PUSHW[1]            676 
	00017: NPUSHB      (11):    13    43    17    13    13    16    17    29    10    26 
	                            32 
	00030: PUSHW[1]            676 
	00033: NPUSHB      (14):    16    29     1    29    43    33    29    29    32    33 
	                            29    26    44    50 
	00049: PUSHW[1]            676 
	00052: NPUSHB      (14):     0    47     1    47    41    51    47    47    50    51 
	                            29    44    60    66 
	00068: PUSHW[1]            676 
	00071: NPUSHB      (16):    15    63    31    63     2    63    43    67    63    63 
	                            66    67    29    60     9     3 
	00089: PUSHW[1]            676 
	00092: NPUSHB      (11):     6    43     2     6     6     3     2    29     9    25 
	                            19 
	00105: PUSHW[1]            676 
	00108: NPUSHB      (11):    22    41    18    22    22    19    18    29    25    43 
	                            37 
	00121: PUSHW[1]            676 
	00124: NPUSHB      (14):    15    40     1    40    43    36    40    40    37    36 
	                            29    43    59    53 
	00140: PUSHW[1]            676 
	00143: NPUSHB      (67):     0    56     1    56    43    52    56    56    53    52 
	                            29    59    35    34    30     0     1     1     9    25 
	                            50    38    44    44    43    32    38    26    37    38 
	                            43    43    26    19    38    26    25     2    60    59 
	                            59    10    10     9     8    51    30    36    52    30 
	                            36    67    64    28    31    52   159    67   175    67 
	                             2   143    67   223    67     2    67 
	00212: PUSHW[1]            699 
	00215: NPUSHB      (27):    69    18    30    33    33    17    30    48     2    64 
	                             2   144     2     3    79     2   208     2     2    15 
	                             2    95     2   111     2     3     2 
	00244: PUSHW[5]            699    68    74   470    24 
	00255: CALL       
	00256: SRP0       
	00257: MIRP[srp0,nmd,rd,0] 
	00258: DELTAP1    
	00259: DELTAP1    
	00260: DELTAP2    
	00261: MIRP[nrp0,md,rd,1] 
	00262: ALIGNRP    
	00263: SRP0       
	00264: MIRP[nrp0,md,rd,1] 
	00265: SRP0       
	00266: MIRP[srp0,nmd,rd,0] 
	00267: DELTAP1    
	00268: DELTAP2    
	00269: CALL       
	00270: ALIGNRP    
	00271: MIRP[nrp0,md,rd,1] 
	00272: SRP0       
	00273: MIRP[nrp0,md,rd,1] 
	00274: SVTCA[y-axis] 
	00275: MIAP[rd+ci] 
	00276: ALIGNRP    
	00277: SRP0       
	00278: ALIGNRP    
	00279: SRP0       
	00280: ALIGNRP    
	00281: MIAP[rd+ci] 
	00282: ALIGNRP    
	00283: MIRP[nrp0,md,rd,1] 
	00284: SRP0       
	00285: ALIGNRP    
	00286: SRP0       
	00287: MIRP[nrp0,md,rd,1] 
	00288: SRP0       
	00289: MIRP[nrp0,md,rd,1] 
	00290: SRP0       
	00291: ALIGNRP    
	00292: SRP0       
	00293: MIRP[nrp0,md,rd,1] 
	00294: SRP1       
	00295: SRP2       
	00296: IP         
	00297: MDAP[rd]   
	00298: ALIGNRP    
	00299: MIRP[srp0,md,rd,1] 
	00300: ALIGNRP    
	00301: SRP0       
	00302: MIRP[srp0,md,rd,1] 
	00303: RTDG       
	00304: SRP2       
	00305: IP         
	00306: MDAP[rd]   
	00307: RTG        
	00308: SVTCA[x-axis] 
	00309: SRP0       
	00310: MIRP[srp0,nmd,rd,1] 
	00311: DELTAP1    
	00312: MIRP[srp0,nmd,rd,0] 
	00313: MDRP[nrp0,nmd,rd,0] 
	00314: SVTCA[y-axis] 
	00315: SRP0       
	00316: MIRP[srp0,md,rd,1] 
	00317: RTDG       
	00318: SRP2       
	00319: IP         
	00320: MDAP[rd]   
	00321: RTG        
	00322: SVTCA[x-axis] 
	00323: SRP0       
	00324: MIRP[srp0,nmd,rd,1] 
	00325: DELTAP1    
	00326: MIRP[srp0,nmd,rd,0] 
	00327: MDRP[nrp0,nmd,rd,0] 
	00328: SVTCA[y-axis] 
	00329: SRP0       
	00330: MIRP[srp0,md,rd,1] 
	00331: RTDG       
	00332: SRP2       
	00333: IP         
	00334: MDAP[rd]   
	00335: RTG        
	00336: SVTCA[x-axis] 
	00337: SRP0       
	00338: MIRP[srp0,nmd,rd,1] 
	00339: MIRP[srp0,nmd,rd,0] 
	00340: MDRP[nrp0,nmd,rd,0] 
	00341: SVTCA[y-axis] 
	00342: SRP0       
	00343: MIRP[srp0,md,rd,1] 
	00344: RTDG       
	00345: SRP2       
	00346: IP         
	00347: MDAP[rd]   
	00348: RTG        
	00349: SVTCA[x-axis] 
	00350: SRP0       
	00351: MIRP[srp0,nmd,rd,1] 
	00352: MIRP[srp0,nmd,rd,0] 
	00353: MDRP[nrp0,nmd,rd,0] 
	00354: SVTCA[y-axis] 
	00355: SRP0       
	00356: MIRP[srp0,md,rd,1] 
	00357: RTDG       
	00358: SRP2       
	00359: IP         
	00360: MDAP[rd]   
	00361: RTG        
	00362: SVTCA[x-axis] 
	00363: SRP0       
	00364: MIRP[srp0,nmd,rd,1] 
	00365: DELTAP1    
	00366: MIRP[srp0,nmd,rd,0] 
	00367: MDRP[nrp0,nmd,rd,0] 
	00368: SVTCA[y-axis] 
	00369: SRP0       
	00370: MIRP[srp0,md,rd,1] 
	00371: RTDG       
	00372: SRP2       
	00373: IP         
	00374: MDAP[rd]   
	00375: RTG        
	00376: SVTCA[x-axis] 
	00377: SRP0       
	00378: MIRP[srp0,nmd,rd,1] 
	00379: DELTAP1    
	00380: MIRP[srp0,nmd,rd,0] 
	00381: MDRP[nrp0,nmd,rd,0] 
	00382: SVTCA[y-axis] 
	00383: SRP0       
	00384: MIRP[srp0,md,rd,1] 
	00385: RTDG       
	00386: SRP2       
	00387: IP         
	00388: MDAP[rd]   
	00389: RTG        
	00390: SVTCA[x-axis] 
	00391: SRP0       
	00392: MIRP[srp0,nmd,rd,1] 
	00393: DELTAP1    
	00394: MIRP[srp0,nmd,rd,0] 
	00395: MDRP[nrp0,nmd,rd,0] 
	00396: SVTCA[y-axis] 
	00397: SRP0       
	00398: MIRP[srp0,md,rd,1] 
	00399: RTDG       
	00400: SRP2       
	00401: IP         
	00402: MDAP[rd]   
	00403: RTG        
	00404: SVTCA[x-axis] 
	00405: SRP0       
	00406: MIRP[srp0,nmd,rd,1] 
	00407: MIRP[srp0,nmd,rd,0] 
	00408: MDRP[nrp0,nmd,rd,0] 
	00409: IUP[y]     
	00410: IUP[x]     
	00411: SVTCA[x-axis] 
	00412: DELTAP1    
	00413: SVTCA[x-axis] 
	00414: RS         
	00415: NOT        
	00416: IF         
	00417: PUSHW[2]             47   -64 
	00422: NPUSHB       (9):    15    20    63    22    64    15    20    63    47 
	00433: PUSHW[1]            -64 
	00436: PUSHB[8]             14    19    63    22    64    14    19    63 
	00445: CALL       
	00446: CALL       
	00447: CALL       
	00448: CALL       
	00449: EIF        

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                               On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:        XDual                         On
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short On
	 34:        XDual                         On
	 35:  YDual                               On
	 36:        XDual                         On
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:                      Y-Short X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short On
	 52:        XDual                         On
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off
	 55:        XDual         Y-Short X-Short Off
	 56:        XDual         Y-Short         On
	 57:        XDual         Y-Short         Off
	 58:                      Y-Short X-Short Off
	 59:  YDual                       X-Short On
	 60:  YDual                               On
	 61:  YDual                       X-Short Off
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual XDual         Y-Short         On
	 64:  YDual XDual         Y-Short         Off
	 65:  YDual XDual         Y-Short X-Short Off
	 66:  YDual XDual                 X-Short On
	 67:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   899,   566)  ->  Abs (   899,   566)
	  1: Rel (  -557,     0)  ->  Abs (   342,   566)
	  2: Rel (     0,  -482)  ->  Abs (   342,    84)
	  3: Rel (   113,     0)  ->  Abs (   455,    84)
	  4: Rel (    30,     0)  ->  Abs (   485,    84)
	  5: Rel (    26,   -23)  ->  Abs (   511,    61)
	  6: Rel (     0,   -19)  ->  Abs (   511,    42)
	  7: Rel (     0,   -18)  ->  Abs (   511,    24)
	  8: Rel (   -26,   -24)  ->  Abs (   485,     0)
	  9: Rel (   -30,     0)  ->  Abs (   455,     0)
	 10: Rel (  -292,     0)  ->  Abs (   163,     0)
	 11: Rel (   -30,     0)  ->  Abs (   133,     0)
	 12: Rel (   -26,    24)  ->  Abs (   107,    24)
	 13: Rel (     0,    18)  ->  Abs (   107,    42)
	 14: Rel (     0,    19)  ->  Abs (   107,    61)
	 15: Rel (    26,    23)  ->  Abs (   133,    84)
	 16: Rel (    30,     0)  ->  Abs (   163,    84)
	 17: Rel (    95,     0)  ->  Abs (   258,    84)
	 18: Rel (     0,  1002)  ->  Abs (   258,  1086)
	 19: Rel (   -52,     0)  ->  Abs (   206,  1086)
	 20: Rel (   -31,     0)  ->  Abs (   175,  1086)
	 21: Rel (   -26,    23)  ->  Abs (   149,  1109)
	 22: Rel (     0,    19)  ->  Abs (   149,  1128)
	 23: Rel (     0,    19)  ->  Abs (   149,  1147)
	 24: Rel (    26,    23)  ->  Abs (   175,  1170)
	 25: Rel (    31,     0)  ->  Abs (   206,  1170)
	 26: Rel (   249,     0)  ->  Abs (   455,  1170)
	 27: Rel (    30,     0)  ->  Abs (   485,  1170)
	 28: Rel (    26,   -23)  ->  Abs (   511,  1147)
	 29: Rel (     0,   -19)  ->  Abs (   511,  1128)
	 30: Rel (     0,   -19)  ->  Abs (   511,  1109)
	 31: Rel (   -26,   -23)  ->  Abs (   485,  1086)
	 32: Rel (   -30,     0)  ->  Abs (   455,  1086)
	 33: Rel (  -113,     0)  ->  Abs (   342,  1086)
	 34: Rel (     0,  -436)  ->  Abs (   342,   650)
	 35: Rel (   557,     0)  ->  Abs (   899,   650)
	 36: Rel (     0,   436)  ->  Abs (   899,  1086)
	 37: Rel (  -112,     0)  ->  Abs (   787,  1086)
	 38: Rel (   -30,     0)  ->  Abs (   757,  1086)
	 39: Rel (   -26,    23)  ->  Abs (   731,  1109)
	 40: Rel (     0,    19)  ->  Abs (   731,  1128)
	 41: Rel (     0,    19)  ->  Abs (   731,  1147)
	 42: Rel (    25,    23)  ->  Abs (   756,  1170)
	 43: Rel (    31,     0)  ->  Abs (   787,  1170)
	 44: Rel (   249,     0)  ->  Abs (  1036,  1170)
	 45: Rel (    31,     0)  ->  Abs (  1067,  1170)
	 46: Rel (    26,   -23)  ->  Abs (  1093,  1147)
	 47: Rel (     0,   -19)  ->  Abs (  1093,  1128)
	 48: Rel (     0,   -19)  ->  Abs (  1093,  1109)
	 49: Rel (   -26,   -23)  ->  Abs (  1067,  1086)
	 50: Rel (   -31,     0)  ->  Abs (  1036,  1086)
	 51: Rel (   -52,     0)  ->  Abs (   984,  1086)
	 52: Rel (     0, -1002)  ->  Abs (   984,    84)
	 53: Rel (    95,     0)  ->  Abs (  1079,    84)
	 54: Rel (    30,     0)  ->  Abs (  1109,    84)
	 55: Rel (    26,   -23)  ->  Abs (  1135,    61)
	 56: Rel (     0,   -19)  ->  Abs (  1135,    42)
	 57: Rel (     0,   -18)  ->  Abs (  1135,    24)
	 58: Rel (   -26,   -24)  ->  Abs (  1109,     0)
	 59: Rel (   -30,     0)  ->  Abs (  1079,     0)
	 60: Rel (  -292,     0)  ->  Abs (   787,     0)
	 61: Rel (   -30,     0)  ->  Abs (   757,     0)
	 62: Rel (   -26,    24)  ->  Abs (   731,    24)
	 63: Rel (     0,    18)  ->  Abs (   731,    42)
	 64: Rel (     0,    19)  ->  Abs (   731,    61)
	 65: Rel (    25,    23)  ->  Abs (   756,    84)
	 66: Rel (    31,     0)  ->  Abs (   787,    84)
	 67: Rel (   112,     0)  ->  Abs (   899,    84)

	Glyph  44: off = 0x00003572, len = 312
	  numberOfContours:	1
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1170

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	215
	00000: NPUSHB      (45):    47     4    46     5    35    12    32    13    32    20 
	                            32    21    47    28    47    30    62     5    51    12 
	                            48    20    48    21    63    28    63    30    78     5 
	                            67    12    64    20    64    21    75    28    79    29 
	                            79    30    21     9    15 
	00047: PUSHW[1]            676 
	00050: NPUSHB      (11):    12    54    16    12    12    15    16    29     9    25 
	                            31 
	00063: PUSHW[1]            676 
	00066: NPUSHB      (11):    28    54     0    28    28    31     0    29    25     8 
	                             2 
	00079: PUSHW[1]            676 
	00082: NPUSHB      (11):     5    54     1     5     5     2     1    29     8    24 
	                            18 
	00095: PUSHW[1]            676 
	00098: NPUSHB      (39):    21    54    17    21    21    18    17    29    24    31 
	                            38    25    18    38    25    24     2     2    38     8 
	                            15    38     9     9     8     8     0     1    30    17 
	                            79    16     1    16    25    32   140   223    24 
	00139: CALL       
	00140: FLIPOFF    
	00141: SRP0       
	00142: MIRP[srp0,nmd,rd,0] 
	00143: DELTAP1    
	00144: ALIGNRP    
	00145: FLIPON     
	00146: MIRP[srp0,md,rd,1] 
	00147: ALIGNRP    
	00148: SVTCA[y-axis] 
	00149: MIAP[rd+ci] 
	00150: ALIGNRP    
	00151: SRP0       
	00152: MIRP[nrp0,md,rd,1] 
	00153: SRP0       
	00154: MIRP[nrp0,md,rd,1] 
	00155: MIAP[rd+ci] 
	00156: ALIGNRP    
	00157: MIRP[nrp0,md,rd,1] 
	00158: SRP0       
	00159: MIRP[nrp0,md,rd,1] 
	00160: SRP0       
	00161: MIRP[srp0,md,rd,1] 
	00162: RTDG       
	00163: SRP2       
	00164: IP         
	00165: MDAP[rd]   
	00166: RTG        
	00167: SVTCA[x-axis] 
	00168: SRP0       
	00169: MIRP[srp0,nmd,rd,1] 
	00170: MIRP[srp0,nmd,rd,0] 
	00171: MDRP[nrp0,nmd,rd,0] 
	00172: SVTCA[y-axis] 
	00173: SRP0       
	00174: MIRP[srp0,md,rd,1] 
	00175: RTDG       
	00176: SRP2       
	00177: IP         
	00178: MDAP[rd]   
	00179: RTG        
	00180: SVTCA[x-axis] 
	00181: SRP0       
	00182: MIRP[srp0,nmd,rd,1] 
	00183: MIRP[srp0,nmd,rd,0] 
	00184: MDRP[nrp0,nmd,rd,0] 
	00185: SVTCA[y-axis] 
	00186: SRP0       
	00187: MIRP[srp0,md,rd,1] 
	00188: RTDG       
	00189: SRP2       
	00190: IP         
	00191: MDAP[rd]   
	00192: RTG        
	00193: SVTCA[x-axis] 
	00194: SRP0       
	00195: MIRP[srp0,nmd,rd,1] 
	00196: MIRP[srp0,nmd,rd,0] 
	00197: MDRP[nrp0,nmd,rd,0] 
	00198: SVTCA[y-axis] 
	00199: SRP0       
	00200: MIRP[srp0,md,rd,1] 
	00201: RTDG       
	00202: SRP2       
	00203: IP         
	00204: MDAP[rd]   
	00205: RTG        
	00206: SVTCA[x-axis] 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,1] 
	00209: MIRP[srp0,nmd,rd,0] 
	00210: MDRP[nrp0,nmd,rd,0] 
	00211: IUP[y]     
	00212: IUP[x]     
	00213: SVTCA[x-axis] 
	00214: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual                               On
	 17:        XDual                         On
	 18:  YDual                               On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual                               On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   657,  1086)  ->  Abs (   657,  1086)
	  1: Rel (     0, -1002)  ->  Abs (   657,    84)
	  2: Rel (   288,     0)  ->  Abs (   945,    84)
	  3: Rel (    30,     0)  ->  Abs (   975,    84)
	  4: Rel (    26,   -23)  ->  Abs (  1001,    61)
	  5: Rel (     0,   -19)  ->  Abs (  1001,    42)
	  6: Rel (     0,   -18)  ->  Abs (  1001,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   975,     0)
	  8: Rel (   -30,     0)  ->  Abs (   945,     0)
	  9: Rel (  -660,     0)  ->  Abs (   285,     0)
	 10: Rel (   -30,     0)  ->  Abs (   255,     0)
	 11: Rel (   -26,    24)  ->  Abs (   229,    24)
	 12: Rel (     0,    18)  ->  Abs (   229,    42)
	 13: Rel (     0,    19)  ->  Abs (   229,    61)
	 14: Rel (    26,    23)  ->  Abs (   255,    84)
	 15: Rel (    30,     0)  ->  Abs (   285,    84)
	 16: Rel (   288,     0)  ->  Abs (   573,    84)
	 17: Rel (     0,  1002)  ->  Abs (   573,  1086)
	 18: Rel (  -288,     0)  ->  Abs (   285,  1086)
	 19: Rel (   -30,     0)  ->  Abs (   255,  1086)
	 20: Rel (   -26,    23)  ->  Abs (   229,  1109)
	 21: Rel (     0,    19)  ->  Abs (   229,  1128)
	 22: Rel (     0,    19)  ->  Abs (   229,  1147)
	 23: Rel (    26,    23)  ->  Abs (   255,  1170)
	 24: Rel (    30,     0)  ->  Abs (   285,  1170)
	 25: Rel (   660,     0)  ->  Abs (   945,  1170)
	 26: Rel (    30,     0)  ->  Abs (   975,  1170)
	 27: Rel (    26,   -23)  ->  Abs (  1001,  1147)
	 28: Rel (     0,   -19)  ->  Abs (  1001,  1128)
	 29: Rel (     0,   -19)  ->  Abs (  1001,  1109)
	 30: Rel (   -26,   -23)  ->  Abs (   975,  1086)
	 31: Rel (   -30,     0)  ->  Abs (   945,  1086)

	Glyph  45: off = 0x000036AA, len = 358
	  numberOfContours:	1
	  xMin:			171
	  yMin:			-33
	  xMax:			1199
	  yMax:			1170

	EndPoints
	---------
	  0:  38

	  Length of Instructions:	242
	00000: NPUSHB     (124):   126     3   127    19   122    20   137     2   140     3 
	                           143    19   138    20   248    22     8     9     2    11 
	                            20    11    21     3   154     2   157     7   170     7 
	                           231    16   229    20   229    22     6     4    16   102 
	                            16   182    16   182    20     4    50     8    38    32 
	                            35    53     0     0    29    32    25    31    28   219 
	                            24    24    29    31     7    15    18    11    11     4 
	                            32    31     2    18    37     4     9    24    23    30 
	                             1     1     0    64    13    17    63     0    64    12 
	                            16    63   224     0     1   128     0     1     0    26 
	                            40    15   102    14    30     8     8     7    64    13 
	                            17    63     7    64    12    16    63   128     7     1 
	                             7    25    39   157 
	00126: PUSHW[2]            469    24 
	00131: CALL       
	00132: FLIPOFF    
	00133: SRP0       
	00134: MIRP[srp0,nmd,rd,0] 
	00135: DELTAP1    
	00136: SVTCA[x-axis] 
	00137: CALL       
	00138: CALL       
	00139: ALIGNRP    
	00140: FLIPON     
	00141: SRP0       
	00142: MIRP[srp0,md,rd,1] 
	00143: MIRP[nrp0,nmd,rd,0] 
	00144: FLIPOFF    
	00145: SRP0       
	00146: MIRP[srp0,nmd,rd,2] 
	00147: DELTAP1    
	00148: DELTAP2    
	00149: SVTCA[x-axis] 
	00150: CALL       
	00151: CALL       
	00152: ALIGNRP    
	00153: FLIPON     
	00154: SRP0       
	00155: MIRP[srp0,md,rd,1] 
	00156: ALIGNRP    
	00157: SVTCA[y-axis] 
	00158: MIAP[rd+ci] 
	00159: MIRP[nrp0,md,rd,1] 
	00160: MIAP[rd+ci] 
	00161: ALIGNRP    
	00162: SRP2       
	00163: IP         
	00164: MDAP[rd]   
	00165: SRP2       
	00166: IP         
	00167: IP         
	00168: SRP0       
	00169: MIRP[nrp0,md,rd,1] 
	00170: SVTCA[x-axis] 
	00171: SRP0       
	00172: MIRP[srp0,nmd,rd,1] 
	00173: MDRP[srp0,nmd,rd,0] 
	00174: ALIGNRP    
	00175: SVTCA[y-axis] 
	00176: SRP0       
	00177: MIRP[nrp0,md,rd,1] 
	00178: SVTCA[x-axis] 
	00179: SRP0       
	00180: MIRP[srp0,nmd,rd,1] 
	00181: MDRP[srp0,nmd,rd,0] 
	00182: ALIGNRP    
	00183: IUP[y]     
	00184: IUP[x]     
	00185: RS         
	00186: JROF       
	00187: NPUSHB      (34):    16    22     2     6    21    22    20    22     2     6 
	                            17     5    15    57     0    16    15     6     7    19 
	                             3    23    45     1    16     6    18    57     0    22 
	                             2    18    45     0 
	00223: SVTCA[y-axis] 
	00224: CALL       
	00225: CALL       
	00226: SVTCA[x-axis] 
	00227: CALL       
	00228: SRP0       
	00229: ALIGNRP    
	00230: SRP0       
	00231: ALIGNRP    
	00232: CALL       
	00233: LOOPCALL   
	00234: FLIPRGON   
	00235: FLIPRGON   
	00236: SVTCA[y-axis] 
	00237: DELTAP2    
	00238: DELTAP1    
	00239: SVTCA[x-axis] 
	00240: DELTAP2    
	00241: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:                              X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                               On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual                               On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   943,  1086)  ->  Abs (   943,  1086)
	  1: Rel (     0,  -742)  ->  Abs (   943,   344)
	  2: Rel (     0,  -153)  ->  Abs (   943,   191)
	  3: Rel (  -228,  -224)  ->  Abs (   715,   -33)
	  4: Rel (  -158,     0)  ->  Abs (   557,   -33)
	  5: Rel (   -95,     0)  ->  Abs (   462,   -33)
	  6: Rel (  -183,    87)  ->  Abs (   279,    54)
	  7: Rel (  -108,    99)  ->  Abs (   171,   153)
	  8: Rel (     0,   310)  ->  Abs (   171,   463)
	  9: Rel (     0,    30)  ->  Abs (   171,   493)
	 10: Rel (    24,    26)  ->  Abs (   195,   519)
	 11: Rel (    18,     0)  ->  Abs (   213,   519)
	 12: Rel (    19,     0)  ->  Abs (   232,   519)
	 13: Rel (    24,   -26)  ->  Abs (   256,   493)
	 14: Rel (     0,   -30)  ->  Abs (   256,   463)
	 15: Rel (    -1,  -270)  ->  Abs (   255,   193)
	 16: Rel (    77,   -71)  ->  Abs (   332,   122)
	 17: Rel (   151,   -71)  ->  Abs (   483,    51)
	 18: Rel (    74,     0)  ->  Abs (   557,    51)
	 19: Rel (    82,     0)  ->  Abs (   639,    51)
	 20: Rel (    73,    40)  ->  Abs (   712,    91)
	 21: Rel (    55,    30)  ->  Abs (   767,   121)
	 22: Rel (    91,   142)  ->  Abs (   858,   263)
	 23: Rel (     0,    81)  ->  Abs (   858,   344)
	 24: Rel (     0,   742)  ->  Abs (   858,  1086)
	 25: Rel (  -329,     0)  ->  Abs (   529,  1086)
	 26: Rel (   -31,     0)  ->  Abs (   498,  1086)
	 27: Rel (   -26,    23)  ->  Abs (   472,  1109)
	 28: Rel (     0,    19)  ->  Abs (   472,  1128)
	 29: Rel (     0,    19)  ->  Abs (   472,  1147)
	 30: Rel (    26,    23)  ->  Abs (   498,  1170)
	 31: Rel (    31,     0)  ->  Abs (   529,  1170)
	 32: Rel (   614,     0)  ->  Abs (  1143,  1170)
	 33: Rel (    30,     0)  ->  Abs (  1173,  1170)
	 34: Rel (    26,   -23)  ->  Abs (  1199,  1147)
	 35: Rel (     0,   -19)  ->  Abs (  1199,  1128)
	 36: Rel (     0,   -19)  ->  Abs (  1199,  1109)
	 37: Rel (   -26,   -23)  ->  Abs (  1173,  1086)
	 38: Rel (   -30,     0)  ->  Abs (  1143,  1086)

	Glyph  46: off = 0x00003810, len = 798
	  numberOfContours:	1
	  xMin:			89
	  yMin:			0
	  xMax:			1177
	  yMax:			1170

	EndPoints
	---------
	  0:  66

	  Length of Instructions:	612
	00000: NPUSHB      (93):    24    45    24    54    26    65    36    51    53    51 
	                            55    54    71    33    91    65   103    33   108    65 
	                           119    33   124    65   138    64   138    65   153    64 
	                           155    65   175    65   187    65   203    51    19    15 
	                             0    54    51    69    51    87    52     4    15    34 
	                            43    54    70    52    65    53    86    49   196    63 
	                           195    64   192    65     8    27    34    27    49   105 
	                            34   105    49   148    52   175    45   169    54   232 
	                            34   249    45   249    54    10    50    66     0     0 
	                            49     9    15 
	00095: PUSHW[1]            676 
	00098: NPUSHB      (11):    12    43    16    12    12    15    16    29     9    25 
	                            31 
	00111: PUSHW[1]            676 
	00114: NPUSHB      (14):     0    28     1    28    51    32    28    28    31    32 
	                            29    25    42    48 
	00130: PUSHW[1]            676 
	00133: NPUSHB      (22):    32    45   144    45     2    48    45     1    45    45 
	                           144    49    45    45    48    49    29    42    49     0 
	                             8     2 
	00157: PUSHW[1]            676 
	00160: NPUSHB      (14):     0     5     1     5    51     1     5     5     2     1 
	                            29     8    24    18 
	00176: PUSHW[1]            676 
	00179: NPUSHB      (11):    21    43    17    21    21    18    17    29    24    41 
	                            35 
	00192: PUSHW[1]            676 
	00195: NPUSHB      (80):    38    15    38    31    38    48    38     3    38    43 
	                            34    38    38    35    34    29    41    34    33    65 
	                            52    64    54     4    63    66    34    49     0    18 
	                             0    30    33    34    20    33    33    34     0    33 
	                            49    34     4    32     1    48    38    42    35    38 
	                            42    41    41    25    49    34    34    32    31    38 
	                            25    25    18    38    24     2    56    55    38    62 
	                            63    63     8     8    16    38    64     9     8     0 
	00277: PUSHW[1]            634 
	00280: PUSHB[5]             33    33    24     9    50 
	00286: PUSHW[1]            344 
	00289: PUSHB[8]             32    66    66    49     0    66    38    50 
	00298: PUSHW[3]            424    34   634 
	00305: NPUSHB      (23):    64    80    49    96    49   112    49     3     0    49 
	                            64    49    80    49     3   224    49   240    49     2 
	                            49    65    55 
	00330: PUSHW[4]            344    32    63   310 
	00339: NPUSHB      (17):    68    33    32     0     1    30    17     0    16     1 
	                           240    16     1    16    25    67    74 
	00358: PUSHW[3]            340    24   300 
	00365: SCANCTRL   
	00366: CALL       
	00367: FLIPOFF    
	00368: SRP0       
	00369: MIRP[srp0,nmd,rd,0] 
	00370: DELTAP1    
	00371: DELTAP2    
	00372: ALIGNRP    
	00373: FLIPON     
	00374: MIRP[srp0,md,rd,1] 
	00375: ALIGNRP    
	00376: ALIGNRP    
	00377: ALIGNRP    
	00378: RTHG       
	00379: SRP0       
	00380: MIRP[srp0,nmd,rd,0] 
	00381: SMD        
	00382: MIRP[srp0,md,rd,1] 
	00383: RTG        
	00384: MIRP[srp0,nmd,rd,0] 
	00385: DELTAP1    
	00386: DELTAP2    
	00387: DELTAP2    
	00388: SMD        
	00389: MIRP[nrp0,md,rd,1] 
	00390: MIRP[srp0,nmd,rd,0] 
	00391: MIRP[nrp0,md,rd,1] 
	00392: SVTCA[y-axis] 
	00393: SRP1       
	00394: SRP2       
	00395: IP         
	00396: MDAP[rd]   
	00397: SMD        
	00398: RTHG       
	00399: MIRP[nrp0,md,rd,1] 
	00400: SRP1       
	00401: SRP2       
	00402: IP         
	00403: MDAP[rd]   
	00404: MIRP[nrp0,md,rd,1] 
	00405: RTG        
	00406: MIAP[rd+ci] 
	00407: SMD        
	00408: MIRP[nrp0,md,rd,1] 
	00409: ALIGNRP    
	00410: SRP0       
	00411: ALIGNRP    
	00412: SRP0       
	00413: ALIGNRP    
	00414: MIRP[srp0,md,rd,1] 
	00415: ALIGNRP    
	00416: MIAP[rd+ci] 
	00417: MIRP[nrp0,md,rd,1] 
	00418: ALIGNRP    
	00419: SRP0       
	00420: MIRP[nrp0,md,rd,1] 
	00421: SRP0       
	00422: ALIGNRP    
	00423: SRP0       
	00424: ALIGNRP    
	00425: SRP0       
	00426: ALIGNRP    
	00427: SRP0       
	00428: ALIGNRP    
	00429: MIRP[nrp0,md,rd,1] 
	00430: SRP0       
	00431: MIRP[nrp0,md,rd,1] 
	00432: SRP1       
	00433: SRP2       
	00434: SLOOP      
	00435: IP         
	00436: SDPVTL[1]  
	00437: MDAP[nrd]  
	00438: CALL       
	00439: RS         
	00440: NOT        
	00441: IF         
	00442: NPUSHB      (25):     0    64    30    60    63     0    64    28    55    63 
	                             0    64    25    50    63     0    64    23    45    63 
	                             0    64    20    40    63 
	00469: SVTCA[y-axis] 
	00470: CALL       
	00471: CALL       
	00472: CALL       
	00473: CALL       
	00474: CALL       
	00475: EIF        
	00476: SDPVTL[1]  
	00477: SFVTCA[x-axis] 
	00478: RDTG       
	00479: MDRP[nrp0,nmd,rd,0] 
	00480: SVTCA[y-axis] 
	00481: SRP1       
	00482: SRP2       
	00483: SLOOP      
	00484: IP         
	00485: RTG        
	00486: SFVTL[=p1,p2] 
	00487: SRP0       
	00488: MIRP[srp0,md,rd,1] 
	00489: RTDG       
	00490: SRP2       
	00491: IP         
	00492: MDAP[rd]   
	00493: RTG        
	00494: SVTCA[x-axis] 
	00495: SRP0       
	00496: MIRP[srp0,nmd,nrd,1] 
	00497: DELTAP1    
	00498: MDAP[rd]   
	00499: MIRP[srp0,nmd,rd,0] 
	00500: MDRP[nrp0,nmd,rd,0] 
	00501: SVTCA[y-axis] 
	00502: SRP0       
	00503: MIRP[srp0,md,rd,1] 
	00504: RTDG       
	00505: SRP2       
	00506: IP         
	00507: MDAP[rd]   
	00508: RTG        
	00509: SVTCA[x-axis] 
	00510: SRP0       
	00511: MIRP[srp0,nmd,rd,1] 
	00512: MIRP[srp0,nmd,rd,0] 
	00513: MDRP[nrp0,nmd,rd,0] 
	00514: SVTCA[y-axis] 
	00515: SRP0       
	00516: MIRP[srp0,md,rd,1] 
	00517: RTDG       
	00518: SRP2       
	00519: IP         
	00520: MDAP[rd]   
	00521: RTG        
	00522: SVTCA[x-axis] 
	00523: SRP0       
	00524: MIRP[srp0,nmd,rd,1] 
	00525: DELTAP1    
	00526: MIRP[srp0,nmd,rd,0] 
	00527: MDRP[nrp0,nmd,rd,0] 
	00528: SVTCA[y-axis] 
	00529: SFVTL[=p1,p2] 
	00530: SRP0       
	00531: MIRP[srp0,md,rd,1] 
	00532: RTDG       
	00533: SRP2       
	00534: IP         
	00535: MDAP[rd]   
	00536: RTG        
	00537: SVTCA[x-axis] 
	00538: SRP0       
	00539: MIRP[srp0,nmd,nrd,1] 
	00540: MDAP[rd]   
	00541: DELTAP1    
	00542: DELTAP2    
	00543: MIRP[srp0,nmd,rd,0] 
	00544: MDRP[nrp0,nmd,rd,0] 
	00545: SVTCA[y-axis] 
	00546: SRP0       
	00547: MIRP[srp0,md,rd,1] 
	00548: RTDG       
	00549: SRP2       
	00550: IP         
	00551: MDAP[rd]   
	00552: RTG        
	00553: SVTCA[x-axis] 
	00554: SRP0       
	00555: MIRP[srp0,nmd,rd,1] 
	00556: DELTAP1    
	00557: MIRP[srp0,nmd,rd,0] 
	00558: MDRP[nrp0,nmd,rd,0] 
	00559: SVTCA[y-axis] 
	00560: SRP0       
	00561: MIRP[srp0,md,rd,1] 
	00562: RTDG       
	00563: SRP2       
	00564: IP         
	00565: MDAP[rd]   
	00566: RTG        
	00567: SVTCA[x-axis] 
	00568: SRP0       
	00569: MIRP[srp0,nmd,rd,1] 
	00570: MIRP[srp0,nmd,rd,0] 
	00571: MDRP[nrp0,nmd,rd,0] 
	00572: SPVTL[p1,p2] 
	00573: SFVTPV     
	00574: SRP0       
	00575: ALIGNRP    
	00576: ALIGNRP    
	00577: PUSHB[2]              6     2 
	00580: RS         
	00581: EQ         
	00582: IF         
	00583: PUSHW[2]             34   -32 
	00588: PUSHB[4]             25    36    52    33 
	00593: PUSHW[1]            -32 
	00596: PUSHB[3]             25    36    52 
	00600: SVTCA[y-axis] 
	00601: CALL       
	00602: CALL       
	00603: EIF        
	00604: IUP[y]     
	00605: IUP[x]     
	00606: SVTCA[x-axis] 
	00607: DELTAP1    
	00608: DELTAP2    
	00609: SVTCA[y-axis] 
	00610: DELTAP1    
	00611: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual                               On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short On
	 33:        XDual                         On
	 34:                                      On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short On
	 50:                                      On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short         On
	 60:        XDual         Y-Short         Off
	 61:                      Y-Short X-Short Off
	 62:  YDual                       X-Short On
	 63:  YDual                       X-Short On
	 64:                              X-Short Off
	 65:  YDual               Y-Short X-Short Off
	 66:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   342,   458)  ->  Abs (   342,   458)
	  1: Rel (     0,  -374)  ->  Abs (   342,    84)
	  2: Rel (   155,     0)  ->  Abs (   497,    84)
	  3: Rel (    31,     0)  ->  Abs (   528,    84)
	  4: Rel (    26,   -23)  ->  Abs (   554,    61)
	  5: Rel (     0,   -19)  ->  Abs (   554,    42)
	  6: Rel (     0,   -18)  ->  Abs (   554,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   528,     0)
	  8: Rel (   -31,     0)  ->  Abs (   497,     0)
	  9: Rel (  -352,     0)  ->  Abs (   145,     0)
	 10: Rel (   -30,     0)  ->  Abs (   115,     0)
	 11: Rel (   -26,    24)  ->  Abs (    89,    24)
	 12: Rel (     0,    18)  ->  Abs (    89,    42)
	 13: Rel (     0,    19)  ->  Abs (    89,    61)
	 14: Rel (    26,    23)  ->  Abs (   115,    84)
	 15: Rel (    30,     0)  ->  Abs (   145,    84)
	 16: Rel (   113,     0)  ->  Abs (   258,    84)
	 17: Rel (     0,  1002)  ->  Abs (   258,  1086)
	 18: Rel (  -113,     0)  ->  Abs (   145,  1086)
	 19: Rel (   -30,     0)  ->  Abs (   115,  1086)
	 20: Rel (   -26,    23)  ->  Abs (    89,  1109)
	 21: Rel (     0,    19)  ->  Abs (    89,  1128)
	 22: Rel (     0,    19)  ->  Abs (    89,  1147)
	 23: Rel (    26,    23)  ->  Abs (   115,  1170)
	 24: Rel (    30,     0)  ->  Abs (   145,  1170)
	 25: Rel (   352,     0)  ->  Abs (   497,  1170)
	 26: Rel (    31,     0)  ->  Abs (   528,  1170)
	 27: Rel (    26,   -23)  ->  Abs (   554,  1147)
	 28: Rel (     0,   -19)  ->  Abs (   554,  1128)
	 29: Rel (     0,   -19)  ->  Abs (   554,  1109)
	 30: Rel (   -26,   -23)  ->  Abs (   528,  1086)
	 31: Rel (   -31,     0)  ->  Abs (   497,  1086)
	 32: Rel (  -155,     0)  ->  Abs (   342,  1086)
	 33: Rel (     0,  -517)  ->  Abs (   342,   569)
	 34: Rel (   580,   517)  ->  Abs (   922,  1086)
	 35: Rel (   -92,     0)  ->  Abs (   830,  1086)
	 36: Rel (   -31,     0)  ->  Abs (   799,  1086)
	 37: Rel (   -26,    23)  ->  Abs (   773,  1109)
	 38: Rel (     0,    19)  ->  Abs (   773,  1128)
	 39: Rel (     0,    19)  ->  Abs (   773,  1147)
	 40: Rel (    26,    23)  ->  Abs (   799,  1170)
	 41: Rel (    31,     0)  ->  Abs (   830,  1170)
	 42: Rel (   247,     0)  ->  Abs (  1077,  1170)
	 43: Rel (    30,     0)  ->  Abs (  1107,  1170)
	 44: Rel (    26,   -23)  ->  Abs (  1133,  1147)
	 45: Rel (     0,   -19)  ->  Abs (  1133,  1128)
	 46: Rel (     0,   -19)  ->  Abs (  1133,  1109)
	 47: Rel (   -26,   -23)  ->  Abs (  1107,  1086)
	 48: Rel (   -30,     0)  ->  Abs (  1077,  1086)
	 49: Rel (   -34,     0)  ->  Abs (  1043,  1086)
	 50: Rel (  -462,  -413)  ->  Abs (   581,   673)
	 51: Rel (   103,   -42)  ->  Abs (   684,   631)
	 52: Rel (   136,  -126)  ->  Abs (   820,   505)
	 53: Rel (    63,  -116)  ->  Abs (   883,   389)
	 54: Rel (    36,   -65)  ->  Abs (   919,   324)
	 55: Rel (    96,  -240)  ->  Abs (  1015,    84)
	 56: Rel (   105,     0)  ->  Abs (  1120,    84)
	 57: Rel (    31,     0)  ->  Abs (  1151,    84)
	 58: Rel (    26,   -23)  ->  Abs (  1177,    61)
	 59: Rel (     0,   -19)  ->  Abs (  1177,    42)
	 60: Rel (     0,   -18)  ->  Abs (  1177,    24)
	 61: Rel (   -26,   -24)  ->  Abs (  1151,     0)
	 62: Rel (   -31,     0)  ->  Abs (  1120,     0)
	 63: Rel (  -162,     0)  ->  Abs (   958,     0)
	 64: Rel (  -132,   361)  ->  Abs (   826,   361)
	 65: Rel (  -180,   207)  ->  Abs (   646,   568)
	 66: Rel (  -135,    42)  ->  Abs (   511,   610)

	Glyph  47: off = 0x00003B2E, len = 208
	  numberOfContours:	1
	  xMin:			128
	  yMin:			0
	  xMax:			1112
	  yMax:			1170

	EndPoints
	---------
	  0:  33

	  Length of Instructions:	108
	00000: NPUSHB      (56):    17    11    14    53    18    18    29    11    33    27 
	                            30    53     0     0    29    27     3     9     6   219 
	                             2     2    29     9    20    26    23    53    19    19 
	                            29    26     2    38    11    27    26     2    11     8 
	                            15     9     1     9    26    35     0     1    30    19 
	                            18    25    34   165   121    24 
	00058: CALL       
	00059: FLIPOFF    
	00060: SRP0       
	00061: MIRP[srp0,nmd,rd,0] 
	00062: ALIGNRP    
	00063: FLIPON     
	00064: MIRP[srp0,md,rd,1] 
	00065: ALIGNRP    
	00066: FLIPOFF    
	00067: SRP0       
	00068: MIRP[nrp0,nmd,rd,2] 
	00069: DELTAP1    
	00070: SVTCA[y-axis] 
	00071: MIAP[rd+ci] 
	00072: MIAP[rd+ci] 
	00073: ALIGNRP    
	00074: FLIPON     
	00075: SRP0       
	00076: MIRP[nrp0,md,rd,1] 
	00077: SRP0       
	00078: MIRP[nrp0,md,rd,1] 
	00079: SVTCA[x-axis] 
	00080: SRP0       
	00081: MIRP[srp0,nmd,rd,1] 
	00082: MDRP[srp0,nmd,rd,0] 
	00083: ALIGNRP    
	00084: SRP0       
	00085: MIRP[nrp0,md,rd,1] 
	00086: SVTCA[y-axis] 
	00087: SRP0       
	00088: MIRP[srp0,nmd,rd,1] 
	00089: MDRP[srp0,nmd,rd,0] 
	00090: ALIGNRP    
	00091: SRP0       
	00092: MIRP[nrp0,md,rd,1] 
	00093: SVTCA[x-axis] 
	00094: SRP0       
	00095: MIRP[srp0,nmd,rd,1] 
	00096: MDRP[srp0,nmd,rd,0] 
	00097: ALIGNRP    
	00098: SVTCA[y-axis] 
	00099: SRP0       
	00100: MIRP[nrp0,md,rd,1] 
	00101: SVTCA[x-axis] 
	00102: SRP0       
	00103: MIRP[srp0,nmd,rd,1] 
	00104: MDRP[srp0,nmd,rd,0] 
	00105: ALIGNRP    
	00106: IUP[y]     
	00107: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short On
	 19:        XDual                         On
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual                               On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   469,  1086)  ->  Abs (   469,  1086)
	  1: Rel (     0, -1002)  ->  Abs (   469,    84)
	  2: Rel (   558,     0)  ->  Abs (  1027,    84)
	  3: Rel (     0,   334)  ->  Abs (  1027,   418)
	  4: Rel (     0,    30)  ->  Abs (  1027,   448)
	  5: Rel (    24,    26)  ->  Abs (  1051,   474)
	  6: Rel (    19,     0)  ->  Abs (  1070,   474)
	  7: Rel (    18,     0)  ->  Abs (  1088,   474)
	  8: Rel (    24,   -25)  ->  Abs (  1112,   449)
	  9: Rel (     0,   -31)  ->  Abs (  1112,   418)
	 10: Rel (     0,  -418)  ->  Abs (  1112,     0)
	 11: Rel (  -928,     0)  ->  Abs (   184,     0)
	 12: Rel (   -30,     0)  ->  Abs (   154,     0)
	 13: Rel (   -26,    24)  ->  Abs (   128,    24)
	 14: Rel (     0,    18)  ->  Abs (   128,    42)
	 15: Rel (     0,    19)  ->  Abs (   128,    61)
	 16: Rel (    26,    23)  ->  Abs (   154,    84)
	 17: Rel (    30,     0)  ->  Abs (   184,    84)
	 18: Rel (   200,     0)  ->  Abs (   384,    84)
	 19: Rel (     0,  1002)  ->  Abs (   384,  1086)
	 20: Rel (  -200,     0)  ->  Abs (   184,  1086)
	 21: Rel (   -30,     0)  ->  Abs (   154,  1086)
	 22: Rel (   -26,    23)  ->  Abs (   128,  1109)
	 23: Rel (     0,    19)  ->  Abs (   128,  1128)
	 24: Rel (     0,    19)  ->  Abs (   128,  1147)
	 25: Rel (    26,    23)  ->  Abs (   154,  1170)
	 26: Rel (    30,     0)  ->  Abs (   184,  1170)
	 27: Rel (   485,     0)  ->  Abs (   669,  1170)
	 28: Rel (    30,     0)  ->  Abs (   699,  1170)
	 29: Rel (    26,   -23)  ->  Abs (   725,  1147)
	 30: Rel (     0,   -19)  ->  Abs (   725,  1128)
	 31: Rel (     0,   -19)  ->  Abs (   725,  1109)
	 32: Rel (   -26,   -23)  ->  Abs (   699,  1086)
	 33: Rel (   -30,     0)  ->  Abs (   669,  1086)

	Glyph  48: off = 0x00003BFE, len = 710
	  numberOfContours:	1
	  xMin:			24
	  yMin:			0
	  xMax:			1216
	  yMax:			1170

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	551
	00000: NPUSHB      (58):   226    29   230    30     2    70     0    74    56   192 
	                             0   208     0   211     1   216    28   209    29   246 
	                             0   246     1   246    29    10    37     0    39    29 
	                            39    30    38    56    71    28    87    28   168    30 
	                           185    30   212     0   212     1   212    29   234     1 
	                           232    29    13    88    30     1    12    18 
	00060: PUSHW[1]            676 
	00063: NPUSHB      (19):   159    15     1    15    15    31    15     2    15    41 
	                            19    15    15    18    19    29    12    31    37 
	00084: PUSHW[1]            676 
	00087: NPUSHB      (16):     0    34    80    34     2    34    41    38    34    34 
	                            37    38    29    31    47    53 
	00105: PUSHW[1]            676 
	00108: NPUSHB      (11):    50    51    54    50    50    53    54    29    47    11 
	                             5 
	00121: PUSHW[1]            676 
	00124: NPUSHB      (11):     8    51     4     8     8     5     4    29    11    27 
	                            21 
	00137: PUSHW[1]            676 
	00140: NPUSHB      (19):   159    24     1    15    24    31    24     2    24    41 
	                            20    24    24    21    20    29    27    46    40 
	00161: PUSHW[1]            676 
	00164: NPUSHB      (14):     0    43    80    43     2    43    41    39    43    43 
	                            40    39    29    46 
	00180: PUSHW[1]           -117 
	00183: NPUSHB      (28):    29     1     0    32    28    29    29    30     1     2 
	                            20     1    29    30     1     2    30    56     0     0 
	                            30    29    30    20    29    29    30     0 
	00213: PUSHW[1]            541 
	00216: NPUSHB      (11):    30    37    38    31    31    30    30    28    29    38 
	                             1 
	00229: PUSHW[1]            541 
	00232: NPUSHB      (74):    28    28    27    56    55     2     3    21    38    27 
	                             2    46    47    39    54    38    47    47    11    11 
	                            12     4    19    38    12     8    38    39    56    56 
	                            29    30    30    29    55    54    30    39    64     0 
	                           207     1    31    39    95    39   111    39   175    39 
	                           191    39     5    39    64    39    41    52    39    64 
	                            18    53    15    39   143    39   208    39   224    39 
	                           240    39     5    39 
	00308: PUSHW[1]            737 
	00311: NPUSHB      (21):    29    31     1    95     1     2   143     1   207     1 
	                             2     1     1     4    28    28     4     2     2     4 
	                            29 
	00334: PUSHW[1]            633 
	00337: NPUSHB      (22):    19    32     3     4    20     4    30    79    19   207 
	                            19   223    19   239    19     4    19    25    57   194 
	                           111    24 
	00361: CALL       
	00362: FLIPOFF    
	00363: SRP0       
	00364: MIRP[srp0,nmd,rd,0] 
	00365: DELTAP1    
	00366: FLIPON     
	00367: MIRP[nrp0,md,rd,1] 
	00368: ALIGNRP    
	00369: SRP0       
	00370: ALIGNRP    
	00371: SMD        
	00372: RTHG       
	00373: SRP0       
	00374: MIRP[nrp0,md,rd,1] 
	00375: RTG        
	00376: SRP1       
	00377: IP         
	00378: MDAP[rd]   
	00379: SRP1       
	00380: IP         
	00381: MDAP[rd]   
	00382: SRP1       
	00383: IP         
	00384: MDAP[rd]   
	00385: DELTAP1    
	00386: DELTAP2    
	00387: RTHG       
	00388: SRP0       
	00389: MIRP[nrp0,md,rd,1] 
	00390: DELTAP1    
	00391: CALL       
	00392: CALL       
	00393: DELTAP2    
	00394: RTG        
	00395: SRP0       
	00396: MIRP[nrp0,nmd,rd,2] 
	00397: SMD        
	00398: SRP0       
	00399: MIRP[srp0,md,rd,1] 
	00400: ALIGNRP    
	00401: SRP1       
	00402: IP         
	00403: MDAP[rd]   
	00404: SRP1       
	00405: IP         
	00406: MDAP[rd]   
	00407: SRP0       
	00408: ALIGNRP    
	00409: SVTCA[y-axis] 
	00410: MIAP[rd+ci] 
	00411: MIRP[srp0,md,rd,1] 
	00412: ALIGNRP    
	00413: SRP0       
	00414: ALIGNRP    
	00415: SRP0       
	00416: ALIGNRP    
	00417: SRP0       
	00418: MIRP[srp0,md,rd,1] 
	00419: ALIGNRP    
	00420: SRP0       
	00421: ALIGNRP    
	00422: MIAP[rd+ci] 
	00423: MIRP[srp0,md,rd,1] 
	00424: ALIGNRP    
	00425: ALIGNRP    
	00426: ALIGNRP    
	00427: ALIGNRP    
	00428: SRP0       
	00429: ALIGNRP    
	00430: SRP0       
	00431: MIRP[srp0,md,rd,1] 
	00432: MIRP[nrp0,md,rd,1] 
	00433: SRP0       
	00434: ALIGNRP    
	00435: SRP0       
	00436: ALIGNRP    
	00437: SRP0       
	00438: MIRP[nrp0,md,rd,1] 
	00439: SRP0       
	00440: MIRP[nrp0,md,rd,1] 
	00441: SDPVTL[1]  
	00442: SFVTCA[x-axis] 
	00443: MDAP[nrd]  
	00444: CALL       
	00445: SDPVTL[1]  
	00446: RDTG       
	00447: MDRP[nrp0,nmd,rd,0] 
	00448: SDPVTL[1]  
	00449: SFVTL[=p1,p2] 
	00450: MDAP[nrd]  
	00451: RTG        
	00452: CALL       
	00453: SFVTCA[x-axis] 
	00454: RDTG       
	00455: SRP0       
	00456: MDRP[nrp0,nmd,rd,0] 
	00457: CALL       
	00458: RTG        
	00459: SVTCA[y-axis] 
	00460: SRP0       
	00461: MIRP[srp0,md,rd,1] 
	00462: RTDG       
	00463: SRP2       
	00464: IP         
	00465: MDAP[rd]   
	00466: RTG        
	00467: SVTCA[x-axis] 
	00468: SRP0       
	00469: MIRP[srp0,nmd,rd,1] 
	00470: DELTAP1    
	00471: MIRP[srp0,nmd,rd,0] 
	00472: MDRP[nrp0,nmd,rd,0] 
	00473: SVTCA[y-axis] 
	00474: SRP0       
	00475: MIRP[srp0,md,rd,1] 
	00476: RTDG       
	00477: SRP2       
	00478: IP         
	00479: MDAP[rd]   
	00480: RTG        
	00481: SVTCA[x-axis] 
	00482: SRP0       
	00483: MIRP[srp0,nmd,rd,1] 
	00484: DELTAP1    
	00485: DELTAP2    
	00486: MIRP[srp0,nmd,rd,0] 
	00487: MDRP[nrp0,nmd,rd,0] 
	00488: SVTCA[y-axis] 
	00489: SRP0       
	00490: MIRP[srp0,md,rd,1] 
	00491: RTDG       
	00492: SRP2       
	00493: IP         
	00494: MDAP[rd]   
	00495: RTG        
	00496: SVTCA[x-axis] 
	00497: SRP0       
	00498: MIRP[srp0,nmd,rd,1] 
	00499: MIRP[srp0,nmd,rd,0] 
	00500: MDRP[nrp0,nmd,rd,0] 
	00501: SVTCA[y-axis] 
	00502: SRP0       
	00503: MIRP[srp0,md,rd,1] 
	00504: RTDG       
	00505: SRP2       
	00506: IP         
	00507: MDAP[rd]   
	00508: RTG        
	00509: SVTCA[x-axis] 
	00510: SRP0       
	00511: MIRP[srp0,nmd,rd,1] 
	00512: MIRP[srp0,nmd,rd,0] 
	00513: MDRP[nrp0,nmd,rd,0] 
	00514: SVTCA[y-axis] 
	00515: SRP0       
	00516: MIRP[srp0,md,rd,1] 
	00517: RTDG       
	00518: SRP2       
	00519: IP         
	00520: MDAP[rd]   
	00521: RTG        
	00522: SVTCA[x-axis] 
	00523: SRP0       
	00524: MIRP[srp0,nmd,rd,1] 
	00525: DELTAP1    
	00526: MIRP[srp0,nmd,rd,0] 
	00527: MDRP[nrp0,nmd,rd,0] 
	00528: SVTCA[y-axis] 
	00529: SRP0       
	00530: MIRP[srp0,md,rd,1] 
	00531: RTDG       
	00532: SRP2       
	00533: IP         
	00534: MDAP[rd]   
	00535: RTG        
	00536: SVTCA[x-axis] 
	00537: SRP0       
	00538: MIRP[srp0,nmd,rd,1] 
	00539: DELTAP1    
	00540: DELTAP2    
	00541: MIRP[srp0,nmd,rd,0] 
	00542: MDRP[nrp0,nmd,rd,0] 
	00543: IUP[y]     
	00544: IUP[x]     
	00545: SVTCA[x-axis] 
	00546: DELTAP3    
	00547: DELTAP2    
	00548: DELTAP1    
	00549: SVTCA[y-axis] 
	00550: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                               On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short On
	 20:        XDual                         On
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short On
	 29:                                      On
	 30:                                      On
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short On
	 39:        XDual                         On
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                               On
	 48:  YDual                       X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short On
	 55:        XDual                         On
	 56:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   670,   351)  ->  Abs (   670,   351)
	  1: Rel (   -96,     0)  ->  Abs (   574,   351)
	  2: Rel (  -323,   735)  ->  Abs (   251,  1086)
	  3: Rel (   -16,     0)  ->  Abs (   235,  1086)
	  4: Rel (     0, -1002)  ->  Abs (   235,    84)
	  5: Rel (   155,     0)  ->  Abs (   390,    84)
	  6: Rel (    30,     0)  ->  Abs (   420,    84)
	  7: Rel (    26,   -23)  ->  Abs (   446,    61)
	  8: Rel (     0,   -19)  ->  Abs (   446,    42)
	  9: Rel (     0,   -18)  ->  Abs (   446,    24)
	 10: Rel (   -26,   -24)  ->  Abs (   420,     0)
	 11: Rel (   -30,     0)  ->  Abs (   390,     0)
	 12: Rel (  -310,     0)  ->  Abs (    80,     0)
	 13: Rel (   -30,     0)  ->  Abs (    50,     0)
	 14: Rel (   -26,    24)  ->  Abs (    24,    24)
	 15: Rel (     0,    18)  ->  Abs (    24,    42)
	 16: Rel (     0,    19)  ->  Abs (    24,    61)
	 17: Rel (    26,    23)  ->  Abs (    50,    84)
	 18: Rel (    30,     0)  ->  Abs (    80,    84)
	 19: Rel (    71,     0)  ->  Abs (   151,    84)
	 20: Rel (     0,  1002)  ->  Abs (   151,  1086)
	 21: Rel (   -53,     0)  ->  Abs (    98,  1086)
	 22: Rel (   -30,     0)  ->  Abs (    68,  1086)
	 23: Rel (   -26,    23)  ->  Abs (    42,  1109)
	 24: Rel (     0,    19)  ->  Abs (    42,  1128)
	 25: Rel (     0,    19)  ->  Abs (    42,  1147)
	 26: Rel (    26,    23)  ->  Abs (    68,  1170)
	 27: Rel (    30,     0)  ->  Abs (    98,  1170)
	 28: Rel (   206,     0)  ->  Abs (   304,  1170)
	 29: Rel (   318,  -724)  ->  Abs (   622,   446)
	 30: Rel (   313,   724)  ->  Abs (   935,  1170)
	 31: Rel (   206,     0)  ->  Abs (  1141,  1170)
	 32: Rel (    31,     0)  ->  Abs (  1172,  1170)
	 33: Rel (    26,   -23)  ->  Abs (  1198,  1147)
	 34: Rel (     0,   -19)  ->  Abs (  1198,  1128)
	 35: Rel (     0,   -19)  ->  Abs (  1198,  1109)
	 36: Rel (   -26,   -23)  ->  Abs (  1172,  1086)
	 37: Rel (   -31,     0)  ->  Abs (  1141,  1086)
	 38: Rel (   -52,     0)  ->  Abs (  1089,  1086)
	 39: Rel (     0, -1002)  ->  Abs (  1089,    84)
	 40: Rel (    70,     0)  ->  Abs (  1159,    84)
	 41: Rel (    31,     0)  ->  Abs (  1190,    84)
	 42: Rel (    26,   -23)  ->  Abs (  1216,    61)
	 43: Rel (     0,   -19)  ->  Abs (  1216,    42)
	 44: Rel (     0,   -18)  ->  Abs (  1216,    24)
	 45: Rel (   -26,   -24)  ->  Abs (  1190,     0)
	 46: Rel (   -31,     0)  ->  Abs (  1159,     0)
	 47: Rel (  -309,     0)  ->  Abs (   850,     0)
	 48: Rel (   -30,     0)  ->  Abs (   820,     0)
	 49: Rel (   -27,    24)  ->  Abs (   793,    24)
	 50: Rel (     0,    18)  ->  Abs (   793,    42)
	 51: Rel (     0,    19)  ->  Abs (   793,    61)
	 52: Rel (    26,    23)  ->  Abs (   819,    84)
	 53: Rel (    31,     0)  ->  Abs (   850,    84)
	 54: Rel (   155,     0)  ->  Abs (  1005,    84)
	 55: Rel (     0,  1002)  ->  Abs (  1005,  1086)
	 56: Rel (   -18,     0)  ->  Abs (   987,  1086)

	Glyph  49: off = 0x00003EC4, len = 494
	  numberOfContours:	1
	  xMin:			46
	  yMin:			0
	  xMax:			1153
	  yMax:			1170

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	367
	00000: NPUSHB      (22):     8     2     1     9    28    25    28     2   199     2 
	                             1    11     1     6    27    27     1    22    27     4 
	                            11    17 
	00024: PUSHW[1]            676 
	00027: NPUSHB      (11):    14    41    18    14    14    17    18    29    11    37 
	                            43 
	00040: PUSHW[1]            676 
	00043: NPUSHB      (14):     0    40     1    40    41    44    40    40    43    44 
	                            29    37    10     4 
	00059: PUSHW[1]            676 
	00062: NPUSHB      (11):     7    51     3     7     7     4     3    29    10    26 
	                            20 
	00075: PUSHW[1]            676 
	00078: NPUSHB      (11):    23    43    19    23    23    20    19    29    26    36 
	                            30 
	00091: PUSHW[1]            676 
	00094: NPUSHB      (34):    33    51    29    33    33    30    29    29    36    27 
	                             2     1    18     1    30    28    27    20    28    28 
	                            27     1    27     0    19    43    38    37    37    30 
	                            38    36    36     2 
	00130: PUSHW[1]            634 
	00133: PUSHB[7]             27    20    38    27    26     2    28 
	00141: PUSHW[1]            634 
	00144: NPUSHB      (10):     1    11    10    10     1     8    29    28    30     1 
	00156: PUSHW[1]            300 
	00159: NPUSHB      (27):     0     0    44    64    37    53    15    44    79    44 
	                            95    44   111    44   143    44   223    44     6    44 
	                            26    46     2     3    30    18    27 
	00188: PUSHW[1]            634 
	00191: NPUSHB      (19):    18    95    19   111    19   143    19   240    19     4 
	                            15    19     1    19    25    45    58   107    24 
	00212: PUSHW[1]            300 
	00215: SCANCTRL   
	00216: CALL       
	00217: FLIPOFF    
	00218: SRP0       
	00219: MIRP[srp0,nmd,rd,0] 
	00220: DELTAP2    
	00221: DELTAP1    
	00222: ALIGNRP    
	00223: FLIPON     
	00224: MIRP[nrp0,md,rd,1] 
	00225: SRP0       
	00226: MIRP[srp0,md,rd,1] 
	00227: ALIGNRP    
	00228: FLIPOFF    
	00229: SRP0       
	00230: MIRP[srp0,nmd,rd,2] 
	00231: DELTAP1    
	00232: CALL       
	00233: ALIGNRP    
	00234: FLIPON     
	00235: SRP0       
	00236: MIRP[nrp0,nmd,rd,2] 
	00237: MIRP[srp0,md,rd,1] 
	00238: ALIGNRP    
	00239: SVTCA[y-axis] 
	00240: MIAP[rd+ci] 
	00241: ALIGNRP    
	00242: SRP0       
	00243: ALIGNRP    
	00244: SRP0       
	00245: MIRP[nrp0,md,rd,1] 
	00246: MIAP[rd+ci] 
	00247: ALIGNRP    
	00248: MIRP[nrp0,md,rd,1] 
	00249: SRP0       
	00250: MIRP[nrp0,md,rd,1] 
	00251: ALIGNRP    
	00252: SRP0       
	00253: MIRP[nrp0,md,rd,1] 
	00254: ALIGNRP    
	00255: SRP0       
	00256: MIRP[nrp0,md,rd,1] 
	00257: SVTCA[x-axis] 
	00258: SRP1       
	00259: SRP2       
	00260: IP         
	00261: IP         
	00262: SDPVTL[1]  
	00263: MDAP[nrd]  
	00264: CALL       
	00265: RS         
	00266: NOT        
	00267: IF         
	00268: NPUSHB      (15):     1     8    20    40    63     1    20    17    28    63 
	                             1    20    16    27    63 
	00285: SVTCA[x-axis] 
	00286: CALL       
	00287: CALL       
	00288: CALL       
	00289: EIF        
	00290: SDPVTL[1]  
	00291: RDTG       
	00292: MDRP[nrp0,nmd,rd,0] 
	00293: RTG        
	00294: SVTCA[y-axis] 
	00295: SRP0       
	00296: MIRP[srp0,md,rd,1] 
	00297: RTDG       
	00298: SRP2       
	00299: IP         
	00300: MDAP[rd]   
	00301: RTG        
	00302: SVTCA[x-axis] 
	00303: SRP0       
	00304: MIRP[srp0,nmd,rd,1] 
	00305: MIRP[srp0,nmd,rd,0] 
	00306: MDRP[nrp0,nmd,rd,0] 
	00307: SVTCA[y-axis] 
	00308: SRP0       
	00309: MIRP[srp0,md,rd,1] 
	00310: RTDG       
	00311: SRP2       
	00312: IP         
	00313: MDAP[rd]   
	00314: RTG        
	00315: SVTCA[x-axis] 
	00316: SRP0       
	00317: MIRP[srp0,nmd,rd,1] 
	00318: MIRP[srp0,nmd,rd,0] 
	00319: MDRP[nrp0,nmd,rd,0] 
	00320: SVTCA[y-axis] 
	00321: SRP0       
	00322: MIRP[srp0,md,rd,1] 
	00323: RTDG       
	00324: SRP2       
	00325: IP         
	00326: MDAP[rd]   
	00327: RTG        
	00328: SVTCA[x-axis] 
	00329: SRP0       
	00330: MIRP[srp0,nmd,rd,1] 
	00331: MIRP[srp0,nmd,rd,0] 
	00332: MDRP[nrp0,nmd,rd,0] 
	00333: SVTCA[y-axis] 
	00334: SRP0       
	00335: MIRP[srp0,md,rd,1] 
	00336: RTDG       
	00337: SRP2       
	00338: IP         
	00339: MDAP[rd]   
	00340: RTG        
	00341: SVTCA[x-axis] 
	00342: SRP0       
	00343: MIRP[srp0,nmd,rd,1] 
	00344: DELTAP1    
	00345: MIRP[srp0,nmd,rd,0] 
	00346: MDRP[nrp0,nmd,rd,0] 
	00347: SVTCA[y-axis] 
	00348: SRP0       
	00349: MIRP[srp0,md,rd,1] 
	00350: RTDG       
	00351: SRP2       
	00352: IP         
	00353: MDAP[rd]   
	00354: RTG        
	00355: SVTCA[x-axis] 
	00356: SRP0       
	00357: MIRP[srp0,nmd,rd,1] 
	00358: MIRP[srp0,nmd,rd,0] 
	00359: MDRP[nrp0,nmd,rd,0] 
	00360: IUP[y]     
	00361: IUP[x]     
	00362: DELTAP1    
	00363: DELTAP2    
	00364: SVTCA[y-axis] 
	00365: DELTAP1    
	00366: DELTAP2    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:        XDual                         On
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                               On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short On
	 19:        XDual                         On
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:                                      On
	 29:        XDual                         On
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual                               On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1026,     0)  ->  Abs (  1026,     0)
	  1: Rel (  -108,     0)  ->  Abs (   918,     0)
	  2: Rel (  -619,  1047)  ->  Abs (   299,  1047)
	  3: Rel (     0,  -963)  ->  Abs (   299,    84)
	  4: Rel (   155,     0)  ->  Abs (   454,    84)
	  5: Rel (    31,     0)  ->  Abs (   485,    84)
	  6: Rel (    26,   -23)  ->  Abs (   511,    61)
	  7: Rel (     0,   -19)  ->  Abs (   511,    42)
	  8: Rel (     0,   -18)  ->  Abs (   511,    24)
	  9: Rel (   -26,   -24)  ->  Abs (   485,     0)
	 10: Rel (   -31,     0)  ->  Abs (   454,     0)
	 11: Rel (  -309,     0)  ->  Abs (   145,     0)
	 12: Rel (   -31,     0)  ->  Abs (   114,     0)
	 13: Rel (   -26,    24)  ->  Abs (    88,    24)
	 14: Rel (     0,    18)  ->  Abs (    88,    42)
	 15: Rel (     0,    19)  ->  Abs (    88,    61)
	 16: Rel (    26,    23)  ->  Abs (   114,    84)
	 17: Rel (    31,     0)  ->  Abs (   145,    84)
	 18: Rel (    70,     0)  ->  Abs (   215,    84)
	 19: Rel (     0,  1002)  ->  Abs (   215,  1086)
	 20: Rel (  -113,     0)  ->  Abs (   102,  1086)
	 21: Rel (   -30,     0)  ->  Abs (    72,  1086)
	 22: Rel (   -26,    23)  ->  Abs (    46,  1109)
	 23: Rel (     0,    19)  ->  Abs (    46,  1128)
	 24: Rel (     0,    19)  ->  Abs (    46,  1147)
	 25: Rel (    26,    23)  ->  Abs (    72,  1170)
	 26: Rel (    30,     0)  ->  Abs (   102,  1170)
	 27: Rel (   220,     0)  ->  Abs (   322,  1170)
	 28: Rel (   620, -1049)  ->  Abs (   942,   121)
	 29: Rel (     0,   965)  ->  Abs (   942,  1086)
	 30: Rel (  -155,     0)  ->  Abs (   787,  1086)
	 31: Rel (   -30,     0)  ->  Abs (   757,  1086)
	 32: Rel (   -26,    23)  ->  Abs (   731,  1109)
	 33: Rel (     0,    19)  ->  Abs (   731,  1128)
	 34: Rel (     0,    19)  ->  Abs (   731,  1147)
	 35: Rel (    25,    23)  ->  Abs (   756,  1170)
	 36: Rel (    31,     0)  ->  Abs (   787,  1170)
	 37: Rel (   310,     0)  ->  Abs (  1097,  1170)
	 38: Rel (    30,     0)  ->  Abs (  1127,  1170)
	 39: Rel (    26,   -23)  ->  Abs (  1153,  1147)
	 40: Rel (     0,   -19)  ->  Abs (  1153,  1128)
	 41: Rel (     0,   -19)  ->  Abs (  1153,  1109)
	 42: Rel (   -26,   -23)  ->  Abs (  1127,  1086)
	 43: Rel (   -30,     0)  ->  Abs (  1097,  1086)
	 44: Rel (   -71,     0)  ->  Abs (  1026,  1086)

	Glyph  50: off = 0x000040B2, len = 604
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1197

	EndPoints
	---------
	  0:  13
	  1:  25

	  Length of Instructions:	508
	00000: NPUSHB     (255):   201    15   197    25     2    18   230    22   230    24 
	                           249    16   249    18   244    22   244    25     6   199 
	                            22   217    16   217    18   214    22   215    24   233 
	                            16   233    18     7    26    16    26    18    21    22 
	                            22    24     4   199    18   250    15   246    19     3 
	                           157     9   149    12   164     2   169     5   169     9 
	                           164    12   202     6   202     8     8   131     2   140 
	                             5   141     8   128    12   137    19   137    21   148 
	                             2   155     5     8    55     6    55     8    51     9 
	                            60    12    58    16    51    18    51    22    58    24 
	                             8    42     2    43    12    47    16    37    18    37 
	                            22    47    24    59     2     7   188    15   191    16 
	                           178    18   178    19   178    21   176    22   191    24 
	                           186    25     8   173    15   174    16   165    18   162 
	                            19   163    21   164    22   175    24   170    25     8 
	                            87    19    81    22    93    24   159    16   149    19 
	                           147    22   156    24   153    25     8    69    19    69 
	                            21    69    22    74    24    76    25    90    15    90 
	                            16    82    18     8    41    24    58    15    54    19 
	                            55    21    57    24    78    15    74    16    69    18 
	                             8    11     6    10     8    27     6    27     8    41 
	                            15    39    19    39    21     7     6    21    25     1 
	                             4     8    19    15    13     4     0     7    23    37 
	                             4     9    17    37    10     3    14    37     0     0 
	                            16     0    32     0    48     0   160     0     5     0 
	                           119    20    37     7    25 
	00257: PUSHB[4]             26    67   122    24 
	00262: CALL       
	00263: FLIPOFF    
	00264: SRP0       
	00265: MIRP[srp0,nmd,rd,0] 
	00266: FLIPON     
	00267: MIRP[nrp0,md,rd,1] 
	00268: MIRP[srp0,md,rd,1] 
	00269: DELTAP1    
	00270: MIRP[nrp0,md,rd,1] 
	00271: SVTCA[y-axis] 
	00272: MIAP[rd+ci] 
	00273: MIRP[nrp0,md,rd,1] 
	00274: MIAP[rd+ci] 
	00275: MIRP[nrp0,md,rd,1] 
	00276: SVTCA[x-axis] 
	00277: SRP1       
	00278: SRP2       
	00279: SLOOP      
	00280: IP         
	00281: SLOOP      
	00282: IP         
	00283: IUP[y]     
	00284: IUP[x]     
	00285: SVTCA[x-axis] 
	00286: DELTAP2    
	00287: DELTAP2    
	00288: DELTAP2    
	00289: DELTAP2    
	00290: DELTAP2    
	00291: DELTAP2    
	00292: DELTAP1    
	00293: DELTAP1    
	00294: DELTAP1    
	00295: DELTAP1    
	00296: DELTAP1    
	00297: SVTCA[y-axis] 
	00298: DELTAP2    
	00299: DELTAP1    
	00300: DELTAP1    
	00301: RS         
	00302: NOT        
	00303: IF         
	00304: PUSHB[6]             22    10    28    17    63    18 
	00311: PUSHW[1]            -10 
	00314: PUSHB[4]             28    17    63    16 
	00319: PUSHW[1]             -8 
	00322: PUSHB[4]             18    24    63    22 
	00327: PUSHW[1]             -8 
	00330: NPUSHB      (14):    20    27    63    22    24    22    29    63    24    24 
	                            22    29    63     9 
	00346: PUSHW[1]            -32 
	00349: PUSHB[4]             15    25    63    22 
	00354: PUSHW[1]            -22 
	00357: PUSHB[4]             15    25    63     5 
	00362: PUSHW[1]            -42 
	00365: PUSHB[4]             15    25    63    22 
	00370: PUSHW[1]            -22 
	00373: PUSHB[4]             11    18    63     5 
	00378: PUSHW[1]            -62 
	00381: PUSHB[4]             11    18    63     9 
	00386: PUSHW[1]            -62 
	00389: PUSHB[4]             11    18    63    19 
	00394: PUSHW[1]            -62 
	00397: PUSHB[4]             13    17    63    21 
	00402: PUSHW[1]            -32 
	00405: PUSHB[4]             13    17    63    21 
	00410: PUSHW[1]            -12 
	00413: NPUSHB      (14):    12    16    63    21    32    13    18    62    19    30 
	                            13    18    62     1 
	00429: PUSHW[1]            -24 
	00432: PUSHB[4]             19    25    63    13 
	00437: PUSHW[1]            -24 
	00440: PUSHB[4]             19    25    63     2 
	00445: PUSHW[1]            -24 
	00448: PUSHB[4]             16    21    63    12 
	00453: PUSHW[1]            -24 
	00456: PUSHB[4]             16    21    63    24 
	00461: PUSHW[1]            -14 
	00464: NPUSHB      (13):    17    19    62     1    14    17    19    62    12    34 
	                            17    19    62 
	00479: SVTCA[x-axis] 
	00480: CALL       
	00481: CALL       
	00482: CALL       
	00483: CALL       
	00484: CALL       
	00485: CALL       
	00486: CALL       
	00487: CALL       
	00488: CALL       
	00489: CALL       
	00490: CALL       
	00491: CALL       
	00492: CALL       
	00493: CALL       
	00494: CALL       
	00495: CALL       
	00496: CALL       
	00497: CALL       
	00498: SVTCA[y-axis] 
	00499: CALL       
	00500: CALL       
	00501: CALL       
	00502: CALL       
	00503: CALL       
	00504: CALL       
	00505: EIF        
	00506: SVTCA[y-axis] 
	00507: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                              X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                                      Off
	  7:        XDual                         On
	  8:        XDual                         Off
	  9:                                      Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual                 X-Short Off
	 14:                      Y-Short X-Short On
	 15:  YDual XDual         Y-Short         Off
	 16:                              X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                              X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                                      Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1024,   582)  ->  Abs (  1024,   582)
	  1: Rel (     0,  -168)  ->  Abs (  1024,   414)
	  2: Rel (  -136,  -287)  ->  Abs (   888,   127)
	  3: Rel (  -239,  -160)  ->  Abs (   649,   -33)
	  4: Rel (  -137,     0)  ->  Abs (   512,   -33)
	  5: Rel (  -203,     0)  ->  Abs (   309,   -33)
	  6: Rel (  -309,   345)  ->  Abs (     0,   312)
	  7: Rel (     0,   270)  ->  Abs (     0,   582)
	  8: Rel (     0,   271)  ->  Abs (     0,   853)
	  9: Rel (   309,   344)  ->  Abs (   309,  1197)
	 10: Rel (   203,     0)  ->  Abs (   512,  1197)
	 11: Rel (   137,     0)  ->  Abs (   649,  1197)
	 12: Rel (   238,  -160)  ->  Abs (   887,  1037)
	 13: Rel (   137,  -286)  ->  Abs (  1024,   751)
	 14: Rel (   -85,  -169)  ->  Abs (   939,   582)
	 15: Rel (     0,   205)  ->  Abs (   939,   787)
	 16: Rel (  -238,   326)  ->  Abs (   701,  1113)
	 17: Rel (  -189,     0)  ->  Abs (   512,  1113)
	 18: Rel (  -177,     0)  ->  Abs (   335,  1113)
	 19: Rel (  -251,  -311)  ->  Abs (    84,   802)
	 20: Rel (     0,  -220)  ->  Abs (    84,   582)
	 21: Rel (     0,  -234)  ->  Abs (    84,   348)
	 22: Rel (   263,  -297)  ->  Abs (   347,    51)
	 23: Rel (   165,     0)  ->  Abs (   512,    51)
	 24: Rel (   189,     0)  ->  Abs (   701,    51)
	 25: Rel (   238,   325)  ->  Abs (   939,   376)

	Glyph  51: off = 0x0000430E, len = 376
	  numberOfContours:	2
	  xMin:			179
	  yMin:			0
	  xMax:			1115
	  yMax:			1170

	EndPoints
	---------
	  0:  35
	  1:  45

	  Length of Instructions:	240
	00000: NPUSHB      (24):     4    26     4    27     7    30     0    31    19    27 
	                            18    31    37    27    53    27    69    27   185    43 
	                            10    42    18    39 
	00026: PUSHW[1]            -18 
	00029: NPUSHB      (16):   117    26   132    26     2    39     8    42     8   147 
	                            26   149    31     2     9    15 
	00047: PUSHW[1]            676 
	00050: NPUSHB      (11):    12    43    16    12    12    15    16    29     9     8 
	                             2 
	00063: PUSHW[1]            676 
	00066: NPUSHB      (11):     5    54     1     5     5     2     1    29     8    24 
	                            18 
	00079: PUSHW[1]            676 
	00082: NPUSHB      (49):    21    43    17    21    21    18    17    29    24    44 
	                            18    38    25    24     2    35     0    30    37    18 
	                            15    36    63    36     2    36    36    24     9     8 
	                             8    41    37    15    28     1    28    26    47    45 
	                             1    30    17    16    25    46   246   121    24 
	00133: PUSHW[1]            300 
	00136: SCANCTRL   
	00137: CALL       
	00138: FLIPOFF    
	00139: SRP0       
	00140: MIRP[srp0,nmd,rd,0] 
	00141: ALIGNRP    
	00142: FLIPON     
	00143: MIRP[srp0,md,rd,1] 
	00144: ALIGNRP    
	00145: FLIPOFF    
	00146: SRP0       
	00147: MIRP[srp0,nmd,rd,2] 
	00148: DELTAP1    
	00149: FLIPON     
	00150: MIRP[nrp0,md,rd,1] 
	00151: SVTCA[y-axis] 
	00152: MIAP[rd+ci] 
	00153: ALIGNRP    
	00154: SRP2       
	00155: IP         
	00156: MDAP[rd]   
	00157: DELTAP1    
	00158: SVTCA[y-axis] 
	00159: RS         
	00160: NOT        
	00161: IF         
	00162: NPUSHB      (15):    36    64    11    18    63    36    64     9    15    63 
	                            36    64    11    15    63 
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: EIF        
	00183: ALIGNRP    
	00184: MIRP[srp0,md,rd,1] 
	00185: ALIGNRP    
	00186: MIAP[rd+ci] 
	00187: ALIGNRP    
	00188: MIRP[srp0,md,rd,1] 
	00189: ALIGNRP    
	00190: SRP0       
	00191: MIRP[srp0,md,rd,1] 
	00192: RTDG       
	00193: SRP2       
	00194: IP         
	00195: MDAP[rd]   
	00196: RTG        
	00197: SVTCA[x-axis] 
	00198: SRP0       
	00199: MIRP[srp0,nmd,rd,1] 
	00200: MIRP[srp0,nmd,rd,0] 
	00201: MDRP[nrp0,nmd,rd,0] 
	00202: SVTCA[y-axis] 
	00203: SRP0       
	00204: MIRP[srp0,md,rd,1] 
	00205: RTDG       
	00206: SRP2       
	00207: IP         
	00208: MDAP[rd]   
	00209: RTG        
	00210: SVTCA[x-axis] 
	00211: SRP0       
	00212: MIRP[srp0,nmd,rd,1] 
	00213: MIRP[srp0,nmd,rd,0] 
	00214: MDRP[nrp0,nmd,rd,0] 
	00215: SVTCA[y-axis] 
	00216: SRP0       
	00217: MIRP[srp0,md,rd,1] 
	00218: RTDG       
	00219: SRP2       
	00220: IP         
	00221: MDAP[rd]   
	00222: RTG        
	00223: SVTCA[x-axis] 
	00224: SRP0       
	00225: MIRP[srp0,nmd,rd,1] 
	00226: MIRP[srp0,nmd,rd,0] 
	00227: MDRP[nrp0,nmd,rd,0] 
	00228: IUP[y]     
	00229: IUP[x]     
	00230: SVTCA[x-axis] 
	00231: DELTAP1    
	00232: SHPIX      
	00233: SHPIX      
	00234: SVTCA[y-axis] 
	00235: DELTAP2    
	00236: SHPIX      
	00237: SHPIX      
	00238: SVTCA[x-axis] 
	00239: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual                               On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual               Y-Short         On
	 37:  YDual                               On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   432,   480)  ->  Abs (   432,   480)
	  1: Rel (     0,  -396)  ->  Abs (   432,    84)
	  2: Rel (   288,     0)  ->  Abs (   720,    84)
	  3: Rel (    30,     0)  ->  Abs (   750,    84)
	  4: Rel (    26,   -23)  ->  Abs (   776,    61)
	  5: Rel (     0,   -19)  ->  Abs (   776,    42)
	  6: Rel (     0,   -18)  ->  Abs (   776,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   750,     0)
	  8: Rel (   -30,     0)  ->  Abs (   720,     0)
	  9: Rel (  -485,     0)  ->  Abs (   235,     0)
	 10: Rel (   -30,     0)  ->  Abs (   205,     0)
	 11: Rel (   -26,    24)  ->  Abs (   179,    24)
	 12: Rel (     0,    18)  ->  Abs (   179,    42)
	 13: Rel (     0,    19)  ->  Abs (   179,    61)
	 14: Rel (    26,    23)  ->  Abs (   205,    84)
	 15: Rel (    30,     0)  ->  Abs (   235,    84)
	 16: Rel (   113,     0)  ->  Abs (   348,    84)
	 17: Rel (     0,  1002)  ->  Abs (   348,  1086)
	 18: Rel (  -113,     0)  ->  Abs (   235,  1086)
	 19: Rel (   -30,     0)  ->  Abs (   205,  1086)
	 20: Rel (   -26,    23)  ->  Abs (   179,  1109)
	 21: Rel (     0,    19)  ->  Abs (   179,  1128)
	 22: Rel (     0,    19)  ->  Abs (   179,  1147)
	 23: Rel (    26,    23)  ->  Abs (   205,  1170)
	 24: Rel (    30,     0)  ->  Abs (   235,  1170)
	 25: Rel (   488,     0)  ->  Abs (   723,  1170)
	 26: Rel (   173,     0)  ->  Abs (   896,  1170)
	 27: Rel (   219,  -204)  ->  Abs (  1115,   966)
	 28: Rel (     0,  -137)  ->  Abs (  1115,   829)
	 29: Rel (     0,   -81)  ->  Abs (  1115,   748)
	 30: Rel (   -71,  -130)  ->  Abs (  1044,   618)
	 31: Rel (   -50,   -37)  ->  Abs (   994,   581)
	 32: Rel (   -75,   -56)  ->  Abs (   919,   525)
	 33: Rel (   -80,   -26)  ->  Abs (   839,   499)
	 34: Rel (   -58,   -19)  ->  Abs (   781,   480)
	 35: Rel (   -86,     0)  ->  Abs (   695,   480)
	 36: Rel (  -263,    84)  ->  Abs (   432,   564)
	 37: Rel (   268,     0)  ->  Abs (   700,   564)
	 38: Rel (    93,     0)  ->  Abs (   793,   564)
	 39: Rel (   163,    83)  ->  Abs (   956,   647)
	 40: Rel (    75,   120)  ->  Abs (  1031,   767)
	 41: Rel (     0,    62)  ->  Abs (  1031,   829)
	 42: Rel (     0,    99)  ->  Abs (  1031,   928)
	 43: Rel (  -170,   158)  ->  Abs (   861,  1086)
	 44: Rel (  -130,     0)  ->  Abs (   731,  1086)
	 45: Rel (  -299,     0)  ->  Abs (   432,  1086)

	Glyph  52: off = 0x00004486, len = 638
	  numberOfContours:	2
	  xMin:			104
	  yMin:			-239
	  xMax:			1128
	  yMax:			1197

	EndPoints
	---------
	  0:  46
	  1:  58

	  Length of Instructions:	457
	00000: NPUSHB      (95):   135    43   134    48   138    52   151    43   153    52 
	                           168    40   166    42   164    46     8    18   106    49 
	                           105    51     2    10    39     3    43    27    39    20 
	                            43    20    45    38     0    74    48    67    52    67 
	                            54    73    57    75    58    93    36    90    37    86 
	                            39    93    48    83    51    85    52    87    55    91 
	                            57    92    58   100    43   100    49   103    52    96 
	                            55   174    48   163    52   160    55   189    48   182 
	                            51   178    52   176    55   185    58   198    43   198 
	                            48    34    48    12    55 
	00097: PUSHW[1]             -8 
	00100: PUSHB[7]             58    10    48     8    36    12    55 
	00108: PUSHW[1]            -12 
	00111: PUSHB[3]             49     8    51 
	00115: PUSHW[1]            -12 
	00118: NPUSHB      (89):    43    12    39     8    41    45    41    57    53    40 
	                            63    42    58    45    58    57    73    36    71    43 
	                           141    36   139    39   131    43   132    46   132    48 
	                           137    54   155    36   155    39   147    43   144    46 
	                           149    48   153    54   165     0   166    43   211    43 
	                           233    57   250    48   246    52   246    54   250    58 
	                            28    54    55    57    58     4    52    51    48     3 
	                            44    38    34     1     0     0    30    35    34    20 
	                            35    35    34    29   102    20    37     7     1 
	00209: PUSHW[1]            342 
	00212: PUSHB[3]             11   102     7 
	00216: PUSHW[1]            393 
	00219: NPUSHB      (19):     3    37    23    56    38     0     9    50    37    41 
	                            23    41     3    35     9    14   102    44     0 
	00240: PUSHW[1]            349 
	00243: PUSHB[3]              1   237    32 
	00247: PUSHW[1]            300 
	00250: NPUSHB      (24):    53    47    37     0    44    16    44    32    44    48 
	                            44   160    44     5    44   119    53    37    38    25 
	                            59    67   122    24 
	00276: PUSHW[1]            300 
	00279: SCANCTRL   
	00280: CALL       
	00281: FLIPOFF    
	00282: SRP0       
	00283: MIRP[srp0,nmd,rd,0] 
	00284: FLIPON     
	00285: MIRP[nrp0,md,rd,1] 
	00286: MIRP[srp0,md,rd,1] 
	00287: DELTAP1    
	00288: MIRP[nrp0,md,rd,1] 
	00289: SRP0       
	00290: MIRP[srp0,nmd,rd,2] 
	00291: MIRP[srp0,md,rd,1] 
	00292: MIRP[nrp0,nmd,rd,0] 
	00293: SRP0       
	00294: MIRP[nrp0,nmd,rd,0] 
	00295: SVTCA[y-axis] 
	00296: MIAP[rd+ci] 
	00297: MIAP[rd+ci] 
	00298: MDAP[rd]   
	00299: SRP0       
	00300: MIRP[nrp0,md,rd,1] 
	00301: MIAP[rd+ci] 
	00302: MIRP[nrp0,md,rd,1] 
	00303: SRP0       
	00304: MIRP[srp0,md,rd,1] 
	00305: MIRP[nrp0,nmd,rd,0] 
	00306: PUSHB[2]              6     2 
	00309: RS         
	00310: EQ         
	00311: IF         
	00312: PUSHW[2]              7   -64 
	00317: PUSHB[3]              9    16    52 
	00321: CALL       
	00322: EIF        
	00323: MIRP[nrp0,nmd,rd,0] 
	00324: RTHG       
	00325: MIRP[nrp0,nmd,rd,1] 
	00326: RTG        
	00327: SRP0       
	00328: MIRP[srp0,md,rd,1] 
	00329: MIRP[nrp0,nmd,rd,0] 
	00330: SDPVTL[1]  
	00331: SFVTCA[x-axis] 
	00332: MDAP[nrd]  
	00333: CALL       
	00334: SDPVTL[1]  
	00335: SFVTPV     
	00336: RDTG       
	00337: MDRP[nrp0,nmd,rd,0] 
	00338: SVTCA[x-axis] 
	00339: SRP1       
	00340: SRP2       
	00341: SLOOP      
	00342: IP         
	00343: SLOOP      
	00344: IP         
	00345: IUP[y]     
	00346: IUP[x]     
	00347: SVTCA[x-axis] 
	00348: DELTAP1    
	00349: SHPIX      
	00350: SHPIX      
	00351: SHPIX      
	00352: SHPIX      
	00353: SHPIX      
	00354: SHPIX      
	00355: SHPIX      
	00356: SHPIX      
	00357: SHPIX      
	00358: SHPIX      
	00359: SVTCA[x-axis] 
	00360: DELTAP2    
	00361: SVTCA[y-axis] 
	00362: DELTAP2    
	00363: RS         
	00364: NOT        
	00365: IF         
	00366: NPUSHB      (70):    35    60    25    15    63    46   100    30    18    63 
	                            43    40    30    18    63    46    10    28    17    63 
	                            54    30    28    17    63    52    30    28    17    63 
	                            54    20    27    16    63    52    20    27    16    63 
	                            54    30    25    15    63    54    20    23    14    63 
	                            52    20    23    14    63    54    20    22    13    63 
	                            52    20    22    13    63    43    20    13    17    63 
	00438: SVTCA[x-axis] 
	00439: CALL       
	00440: CALL       
	00441: CALL       
	00442: CALL       
	00443: CALL       
	00444: CALL       
	00445: CALL       
	00446: CALL       
	00447: CALL       
	00448: CALL       
	00449: CALL       
	00450: CALL       
	00451: CALL       
	00452: SVTCA[y-axis] 
	00453: CALL       
	00454: EIF        
	00455: SVTCA[x-axis] 
	00456: DELTAP1    

	Flags
	-----
	  0:                      Y-Short         On
	  1:                      Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:                              X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:        XDual                         Off
	 40:                                      Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:                                      Off
	 44:        XDual                         On
	 45:        XDual                         Off
	 46:                                      Off
	 47:        XDual                 X-Short On
	 48:  YDual XDual         Y-Short         Off
	 49:                              X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:                              X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:                                      Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:        XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   626,   -33)  ->  Abs (   626,   -33)
	  1: Rel (  -112,   -84)  ->  Abs (   514,  -117)
	  2: Rel (    83,    17)  ->  Abs (   597,  -100)
	  3: Rel (    54,     0)  ->  Abs (   651,  -100)
	  4: Rel (    88,     0)  ->  Abs (   739,  -100)
	  5: Rel (    85,   -32)  ->  Abs (   824,  -132)
	  6: Rel (    60,   -23)  ->  Abs (   884,  -155)
	  7: Rel (    33,     0)  ->  Abs (   917,  -155)
	  8: Rel (    58,     0)  ->  Abs (   975,  -155)
	  9: Rel (    71,    47)  ->  Abs (  1046,  -108)
	 10: Rel (    28,    18)  ->  Abs (  1074,   -90)
	 11: Rel (    12,     0)  ->  Abs (  1086,   -90)
	 12: Rel (    18,     0)  ->  Abs (  1104,   -90)
	 13: Rel (    23,   -23)  ->  Abs (  1127,  -113)
	 14: Rel (     0,   -19)  ->  Abs (  1127,  -132)
	 15: Rel (     0,   -15)  ->  Abs (  1127,  -147)
	 16: Rel (   -10,   -11)  ->  Abs (  1117,  -158)
	 17: Rel (   -21,   -24)  ->  Abs (  1096,  -182)
	 18: Rel (   -74,   -32)  ->  Abs (  1022,  -214)
	 19: Rel (   -56,   -25)  ->  Abs (   966,  -239)
	 20: Rel (   -54,     0)  ->  Abs (   912,  -239)
	 21: Rel (   -42,     0)  ->  Abs (   870,  -239)
	 22: Rel (  -148,    54)  ->  Abs (   722,  -185)
	 23: Rel (   -69,     0)  ->  Abs (   653,  -185)
	 24: Rel (   -49,     0)  ->  Abs (   604,  -185)
	 25: Rel (   -72,   -12)  ->  Abs (   532,  -197)
	 26: Rel (  -101,   -17)  ->  Abs (   431,  -214)
	 27: Rel (   -61,   -17)  ->  Abs (   370,  -231)
	 28: Rel (   -20,    -5)  ->  Abs (   350,  -236)
	 29: Rel (    -9,     0)  ->  Abs (   341,  -236)
	 30: Rel (   -17,     0)  ->  Abs (   324,  -236)
	 31: Rel (   -24,    24)  ->  Abs (   300,  -212)
	 32: Rel (     0,    20)  ->  Abs (   300,  -192)
	 33: Rel (     0,    20)  ->  Abs (   300,  -172)
	 34: Rel (    23,    16)  ->  Abs (   323,  -156)
	 35: Rel (   187,   135)  ->  Abs (   510,   -21)
	 36: Rel (  -167,    41)  ->  Abs (   343,    20)
	 37: Rel (  -239,   330)  ->  Abs (   104,   350)
	 38: Rel (     0,   232)  ->  Abs (   104,   582)
	 39: Rel (     0,   271)  ->  Abs (   104,   853)
	 40: Rel (   309,   344)  ->  Abs (   413,  1197)
	 41: Rel (   203,     0)  ->  Abs (   616,  1197)
	 42: Rel (   203,     0)  ->  Abs (   819,  1197)
	 43: Rel (   309,  -344)  ->  Abs (  1128,   853)
	 44: Rel (     0,  -271)  ->  Abs (  1128,   582)
	 45: Rel (     0,  -267)  ->  Abs (  1128,   315)
	 46: Rel (  -304,  -345)  ->  Abs (   824,   -30)
	 47: Rel (   219,   612)  ->  Abs (  1043,   582)
	 48: Rel (     0,   205)  ->  Abs (  1043,   787)
	 49: Rel (  -238,   326)  ->  Abs (   805,  1113)
	 50: Rel (  -189,     0)  ->  Abs (   616,  1113)
	 51: Rel (  -177,     0)  ->  Abs (   439,  1113)
	 52: Rel (  -251,  -311)  ->  Abs (   188,   802)
	 53: Rel (     0,  -220)  ->  Abs (   188,   582)
	 54: Rel (     0,  -234)  ->  Abs (   188,   348)
	 55: Rel (   263,  -297)  ->  Abs (   451,    51)
	 56: Rel (   165,     0)  ->  Abs (   616,    51)
	 57: Rel (   189,     0)  ->  Abs (   805,    51)
	 58: Rel (   238,   325)  ->  Abs (  1043,   376)

	Glyph  53: off = 0x00004704, len = 576
	  numberOfContours:	2
	  xMin:			88
	  yMin:			0
	  xMax:			1214
	  yMax:			1170

	EndPoints
	---------
	  0:  45
	  1:  55

	  Length of Instructions:	417
	00000: PUSHW[2]             33   -60 
	00005: NPUSHB      (78):    32    33    62    43    20    23    24    62    91    53 
	                           102    49   117    49     3     7    43    58    49    74 
	                            49    90    26    88    49   116    32   116    44   120 
	                            53   141    53   165    42   170    49   207    38   213 
	                            31   211    32   223    38   213    45   239    38    17 
	                            15    38     9    49    69    31    70    33   120    44 
	                           133    31   138    44   145    31   162    31   171    44 
	                           200    32   201    33   230    43    13    30 
	00085: PUSHW[4]             -8     9    15   676 
	00094: NPUSHB      (11):    12    43    16    12    12    15    16    29     9     8 
	                             2 
	00107: PUSHW[1]            676 
	00110: NPUSHB      (11):     5    51     1     5     5     2     1    29     8    24 
	                            18 
	00123: PUSHW[1]            676 
	00126: NPUSHB      (59):    21    43    17    21    21    18    17    29    24    44 
	                            31    32    42    43    33     6    34    45    44    35 
	                            31    46     0    54    38    25    25    18    38    24 
	                             2    45     0    30    47    46    64    11    18    63 
	                            46    64    11    15    63    46    46     8    24    41 
	                            35    38    42    42     9     9     8     8    31 
	00187: PUSHW[3]            634    45   672 
	00194: NPUSHB      (13):     0     0    55     1    30    16    51    37    28     0 
	                            38     1    38 
	00209: PUSHW[1]            349 
	00212: PUSHB[6]            127    28   143    28     2    28 
	00219: PUSHW[1]            296 
	00222: NPUSHB      (13):     0    34     1    80    34   160    34   208    34   240 
	                            34     4    34 
	00237: PUSHW[1]            541 
	00240: NPUSHB      (15):    17    64    16     1    47    16   240    16     2    16 
	                            25    56    74   108    24 
	00257: PUSHW[1]            300 
	00260: SCANCTRL   
	00261: CALL       
	00262: FLIPOFF    
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,0] 
	00265: DELTAP1    
	00266: DELTAP2    
	00267: ALIGNRP    
	00268: FLIPON     
	00269: MIRP[srp0,md,rd,1] 
	00270: DELTAP1    
	00271: DELTAP2    
	00272: MIRP[nrp0,nmd,rd,0] 
	00273: DELTAP1    
	00274: MIRP[nrp0,nmd,rd,0] 
	00275: DELTAP1    
	00276: SRP0       
	00277: MIRP[nrp0,md,rd,1] 
	00278: SRP0       
	00279: MIRP[srp0,md,rd,1] 
	00280: ALIGNRP    
	00281: ALIGNRP    
	00282: SRP0       
	00283: MIRP[srp0,nmd,rd,2] 
	00284: MIRP[nrp0,md,rd,1] 
	00285: SVTCA[y-axis] 
	00286: MIAP[rd+ci] 
	00287: ALIGNRP    
	00288: SRP0       
	00289: ALIGNRP    
	00290: SRP0       
	00291: MIRP[nrp0,md,rd,1] 
	00292: ALIGNRP    
	00293: SRP1       
	00294: SRP2       
	00295: IP         
	00296: MDAP[rd]   
	00297: SVTCA[y-axis] 
	00298: CALL       
	00299: CALL       
	00300: ALIGNRP    
	00301: MIRP[srp0,md,rd,1] 
	00302: ALIGNRP    
	00303: MIAP[rd+ci] 
	00304: MIRP[nrp0,md,rd,1] 
	00305: ALIGNRP    
	00306: SRP0       
	00307: MIRP[nrp0,md,rd,1] 
	00308: SRP1       
	00309: SRP2       
	00310: IP         
	00311: SRP2       
	00312: IP         
	00313: SVTCA[x-axis] 
	00314: SRP1       
	00315: SRP2       
	00316: SLOOP      
	00317: IP         
	00318: SVTCA[y-axis] 
	00319: SRP0       
	00320: MIRP[srp0,md,rd,1] 
	00321: RTDG       
	00322: SRP2       
	00323: IP         
	00324: MDAP[rd]   
	00325: RTG        
	00326: SVTCA[x-axis] 
	00327: SRP0       
	00328: MIRP[srp0,nmd,rd,1] 
	00329: MIRP[srp0,nmd,rd,0] 
	00330: MDRP[nrp0,nmd,rd,0] 
	00331: SVTCA[y-axis] 
	00332: SRP0       
	00333: MIRP[srp0,md,rd,1] 
	00334: RTDG       
	00335: SRP2       
	00336: IP         
	00337: MDAP[rd]   
	00338: RTG        
	00339: SVTCA[x-axis] 
	00340: SRP0       
	00341: MIRP[srp0,nmd,rd,1] 
	00342: MIRP[srp0,nmd,rd,0] 
	00343: MDRP[nrp0,nmd,rd,0] 
	00344: SVTCA[y-axis] 
	00345: SRP0       
	00346: MIRP[srp0,md,rd,1] 
	00347: RTDG       
	00348: SRP2       
	00349: IP         
	00350: MDAP[rd]   
	00351: RTG        
	00352: SVTCA[x-axis] 
	00353: SRP0       
	00354: MIRP[srp0,nmd,rd,1] 
	00355: MIRP[srp0,nmd,rd,0] 
	00356: MDRP[nrp0,nmd,rd,0] 
	00357: IUP[y]     
	00358: IUP[x]     
	00359: SVTCA[x-axis] 
	00360: SHPIX      
	00361: SVTCA[y-axis] 
	00362: MPPEM      
	00363: PUSHB[1]             18 
	00365: GTEQ       
	00366: MPPEM      
	00367: PUSHB[1]             36 
	00369: LTEQ       
	00370: AND        
	00371: IF         
	00372: PUSHB[3]             31    12    32 
	00376: PUSHW[3]            -12    33   -12 
	00383: PUSHB[5]             43    12    53    22    31 
	00389: PUSHW[1]            -10 
	00392: PUSHB[3]             52    32    49 
	00396: PUSHW[1]            -22 
	00399: SHPIX      
	00400: SHPIX      
	00401: SHPIX      
	00402: SHPIX      
	00403: SHPIX      
	00404: SHPIX      
	00405: SHPIX      
	00406: SVTCA[y-axis] 
	00407: SHPIX      
	00408: EIF        
	00409: SVTCA[x-axis] 
	00410: DELTAP2    
	00411: DELTAP1    
	00412: SVTCA[y-axis] 
	00413: DELTAP1    
	00414: SVTCA[x-axis] 
	00415: CALL       
	00416: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual                               On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short On
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short On
	 43:                              X-Short Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual               Y-Short X-Short On
	 46:  YDual               Y-Short         On
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual                       X-Short On
	 55:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   341,   522)  ->  Abs (   341,   522)
	  1: Rel (     0,  -438)  ->  Abs (   341,    84)
	  2: Rel (   155,     0)  ->  Abs (   496,    84)
	  3: Rel (    31,     0)  ->  Abs (   527,    84)
	  4: Rel (    26,   -23)  ->  Abs (   553,    61)
	  5: Rel (     0,   -19)  ->  Abs (   553,    42)
	  6: Rel (     0,   -18)  ->  Abs (   553,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   527,     0)
	  8: Rel (   -31,     0)  ->  Abs (   496,     0)
	  9: Rel (  -352,     0)  ->  Abs (   144,     0)
	 10: Rel (   -30,     0)  ->  Abs (   114,     0)
	 11: Rel (   -26,    24)  ->  Abs (    88,    24)
	 12: Rel (     0,    18)  ->  Abs (    88,    42)
	 13: Rel (     0,    19)  ->  Abs (    88,    61)
	 14: Rel (    26,    23)  ->  Abs (   114,    84)
	 15: Rel (    30,     0)  ->  Abs (   144,    84)
	 16: Rel (   113,     0)  ->  Abs (   257,    84)
	 17: Rel (     0,  1002)  ->  Abs (   257,  1086)
	 18: Rel (  -113,     0)  ->  Abs (   144,  1086)
	 19: Rel (   -30,     0)  ->  Abs (   114,  1086)
	 20: Rel (   -26,    23)  ->  Abs (    88,  1109)
	 21: Rel (     0,    19)  ->  Abs (    88,  1128)
	 22: Rel (     0,    19)  ->  Abs (    88,  1147)
	 23: Rel (    26,    23)  ->  Abs (   114,  1170)
	 24: Rel (    30,     0)  ->  Abs (   144,  1170)
	 25: Rel (   508,     0)  ->  Abs (   652,  1170)
	 26: Rel (   157,     0)  ->  Abs (   809,  1170)
	 27: Rel (   215,  -199)  ->  Abs (  1024,   971)
	 28: Rel (     0,  -125)  ->  Abs (  1024,   846)
	 29: Rel (     0,   -90)  ->  Abs (  1024,   756)
	 30: Rel (  -133,  -159)  ->  Abs (   891,   597)
	 31: Rel (  -156,   -53)  ->  Abs (   735,   544)
	 32: Rel (    90,   -62)  ->  Abs (   825,   482)
	 33: Rel (   128,  -156)  ->  Abs (   953,   326)
	 34: Rel (   141,  -242)  ->  Abs (  1094,    84)
	 35: Rel (    64,     0)  ->  Abs (  1158,    84)
	 36: Rel (    30,     0)  ->  Abs (  1188,    84)
	 37: Rel (    26,   -23)  ->  Abs (  1214,    61)
	 38: Rel (     0,   -19)  ->  Abs (  1214,    42)
	 39: Rel (     0,   -18)  ->  Abs (  1214,    24)
	 40: Rel (   -26,   -24)  ->  Abs (  1188,     0)
	 41: Rel (   -30,     0)  ->  Abs (  1158,     0)
	 42: Rel (  -112,     0)  ->  Abs (  1046,     0)
	 43: Rel (  -156,   279)  ->  Abs (   890,   279)
	 44: Rel (  -171,   190)  ->  Abs (   719,   469)
	 45: Rel (  -111,    53)  ->  Abs (   608,   522)
	 46: Rel (  -267,    84)  ->  Abs (   341,   606)
	 47: Rel (   229,     0)  ->  Abs (   570,   606)
	 48: Rel (   110,     0)  ->  Abs (   680,   606)
	 49: Rel (   179,    80)  ->  Abs (   859,   686)
	 50: Rel (    81,   108)  ->  Abs (   940,   794)
	 51: Rel (     0,    56)  ->  Abs (   940,   850)
	 52: Rel (     0,    84)  ->  Abs (   940,   934)
	 53: Rel (  -169,   152)  ->  Abs (   771,  1086)
	 54: Rel (  -121,     0)  ->  Abs (   650,  1086)
	 55: Rel (  -309,     0)  ->  Abs (   341,  1086)

	Glyph  54: off = 0x00004944, len = 408
	  numberOfContours:	1
	  xMin:			185
	  yMin:			-33
	  xMax:			1044
	  yMax:			1197

	EndPoints
	---------
	  0:  68

	  Length of Instructions:	219
	00000: NPUSHB      (42):    61    51    76    27    79    51    93    51   119    22 
	                           134    22   135    26   137    27   140    57   153    66 
	                            10    73    32    70    65     2   145    31   162    31 
	                           169    65   168    66   213    23   230    23   245    23 
	                             7    27 
	00044: PUSHW[1]            -10 
	00047: PUSHB[3]             19    24    54 
	00051: PUSHW[1]            -34 
	00054: NPUSHB      (89):    43    64    41    61    59    26    24    15     5    20 
	                             0     1    55    14    50    48    35     3    46    52 
	                            15    13     0     3    17    11    25    38    60    60 
	                            52    17    37    67    11   139     4    46   139    39 
	                            52    37    33    67     3     4     2    39     8    33 
	                             9    14    38     8    96    55    37    95    30   111 
	                            30     2    30    26    70    20    37    64    49    38 
	                            35    38    64    65   111    41   127    41   143    41 
	                           159    41   175    41     5    41    25    69   157 
	00145: PUSHW[3]            287    24   300 
	00152: SCANCTRL   
	00153: CALL       
	00154: FLIPOFF    
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,0] 
	00157: DELTAP1    
	00158: FLIPON     
	00159: MIRP[nrp0,nmd,rd,0] 
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: SRP0       
	00163: MIRP[nrp0,md,rd,1] 
	00164: FLIPOFF    
	00165: SRP0       
	00166: MIRP[srp0,nmd,rd,2] 
	00167: DELTAP1    
	00168: FLIPON     
	00169: MIRP[srp0,md,rd,1] 
	00170: MIRP[srp0,md,rd,1] 
	00171: MIRP[nrp0,md,rd,1] 
	00172: SVTCA[y-axis] 
	00173: MIAP[rd+ci] 
	00174: MIAP[rd+ci] 
	00175: MIAP[rd+ci] 
	00176: MIAP[rd+ci] 
	00177: SRP0       
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP0       
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP0       
	00182: MIRP[nrp0,md,rd,1] 
	00183: SRP0       
	00184: MIRP[srp0,md,rd,1] 
	00185: SRP1       
	00186: IP         
	00187: MDAP[rd]   
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP1       
	00190: SRP2       
	00191: SLOOP      
	00192: IP         
	00193: SRP1       
	00194: SRP2       
	00195: SLOOP      
	00196: IP         
	00197: SVTCA[x-axis] 
	00198: SRP1       
	00199: SRP2       
	00200: IP         
	00201: IP         
	00202: SRP2       
	00203: SLOOP      
	00204: IP         
	00205: SRP1       
	00206: SRP2       
	00207: IP         
	00208: IUP[y]     
	00209: IUP[x]     
	00210: SVTCA[y-axis] 
	00211: SHPIX      
	00212: SHPIX      
	00213: SHPIX      
	00214: SVTCA[x-axis] 
	00215: DELTAP1    
	00216: SVTCA[y-axis] 
	00217: DELTAP2    
	00218: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual Rep-  2 Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short On
	 50:        XDual         Y-Short X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual               Y-Short X-Short Off
	 58:  YDual               Y-Short X-Short On
	 59:  YDual               Y-Short X-Short Off
	 60:  YDual               Y-Short X-Short On
	 61:  YDual               Y-Short X-Short Off
	 62:  YDual               Y-Short X-Short On
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual XDual         Y-Short         On
	 65:  YDual XDual         Y-Short         Off
	 66:  YDual XDual         Y-Short X-Short Off
	 67:  YDual XDual                 X-Short On
	 68:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   915,  1086)  ->  Abs (   915,  1086)
	  1: Rel (     0,    28)  ->  Abs (   915,  1114)
	  2: Rel (     0,    30)  ->  Abs (   915,  1144)
	  3: Rel (    23,    26)  ->  Abs (   938,  1170)
	  4: Rel (    19,     0)  ->  Abs (   957,  1170)
	  5: Rel (    19,     0)  ->  Abs (   976,  1170)
	  6: Rel (    23,   -26)  ->  Abs (   999,  1144)
	  7: Rel (     0,   -30)  ->  Abs (   999,  1114)
	  8: Rel (     0,  -214)  ->  Abs (   999,   900)
	  9: Rel (     0,   -30)  ->  Abs (   999,   870)
	 10: Rel (   -23,   -26)  ->  Abs (   976,   844)
	 11: Rel (   -19,     0)  ->  Abs (   957,   844)
	 12: Rel (   -18,     0)  ->  Abs (   939,   844)
	 13: Rel (   -23,    24)  ->  Abs (   916,   868)
	 14: Rel (    -1,    27)  ->  Abs (   915,   895)
	 15: Rel (    -5,    84)  ->  Abs (   910,   979)
	 16: Rel (  -163,   134)  ->  Abs (   747,  1113)
	 17: Rel (  -132,     0)  ->  Abs (   615,  1113)
	 18: Rel (  -139,     0)  ->  Abs (   476,  1113)
	 19: Rel (  -164,  -143)  ->  Abs (   312,   970)
	 20: Rel (     0,   -97)  ->  Abs (   312,   873)
	 21: Rel (     0,   -50)  ->  Abs (   312,   823)
	 22: Rel (    46,   -82)  ->  Abs (   358,   741)
	 23: Rel (    76,   -51)  ->  Abs (   434,   690)
	 24: Rel (    96,   -31)  ->  Abs (   530,   659)
	 25: Rel (   102,   -17)  ->  Abs (   632,   642)
	 26: Rel (   171,   -28)  ->  Abs (   803,   614)
	 27: Rel (    65,   -29)  ->  Abs (   868,   585)
	 28: Rel (    87,   -39)  ->  Abs (   955,   546)
	 29: Rel (    89,  -138)  ->  Abs (  1044,   408)
	 30: Rel (     0,   -94)  ->  Abs (  1044,   314)
	 31: Rel (     0,  -144)  ->  Abs (  1044,   170)
	 32: Rel (  -230,  -203)  ->  Abs (   814,   -33)
	 33: Rel (  -195,     0)  ->  Abs (   619,   -33)
	 34: Rel (  -219,     0)  ->  Abs (   400,   -33)
	 35: Rel (  -131,   137)  ->  Abs (   269,   104)
	 36: Rel (     0,   -48)  ->  Abs (   269,    56)
	 37: Rel (     0,   -30)  ->  Abs (   269,    26)
	 38: Rel (   -23,   -26)  ->  Abs (   246,     0)
	 39: Rel (   -19,     0)  ->  Abs (   227,     0)
	 40: Rel (   -18,     0)  ->  Abs (   209,     0)
	 41: Rel (   -24,    26)  ->  Abs (   185,    26)
	 42: Rel (     0,    30)  ->  Abs (   185,    56)
	 43: Rel (     0,   232)  ->  Abs (   185,   288)
	 44: Rel (     0,    31)  ->  Abs (   185,   319)
	 45: Rel (    23,    26)  ->  Abs (   208,   345)
	 46: Rel (    19,     0)  ->  Abs (   227,   345)
	 47: Rel (    18,     0)  ->  Abs (   245,   345)
	 48: Rel (    23,   -24)  ->  Abs (   268,   321)
	 49: Rel (     1,   -27)  ->  Abs (   269,   294)
	 50: Rel (     5,   -92)  ->  Abs (   274,   202)
	 51: Rel (   187,  -151)  ->  Abs (   461,    51)
	 52: Rel (   158,     0)  ->  Abs (   619,    51)
	 53: Rel (   158,     0)  ->  Abs (   777,    51)
	 54: Rel (   183,   158)  ->  Abs (   960,   209)
	 55: Rel (     0,   108)  ->  Abs (   960,   317)
	 56: Rel (     0,    66)  ->  Abs (   960,   383)
	 57: Rel (   -70,   103)  ->  Abs (   890,   486)
	 58: Rel (   -69,    30)  ->  Abs (   821,   516)
	 59: Rel (   -48,    21)  ->  Abs (   773,   537)
	 60: Rel (  -152,    26)  ->  Abs (   621,   563)
	 61: Rel (  -209,    35)  ->  Abs (   412,   598)
	 62: Rel (   -92,    72)  ->  Abs (   320,   670)
	 63: Rel (   -92,    72)  ->  Abs (   228,   742)
	 64: Rel (     0,   133)  ->  Abs (   228,   875)
	 65: Rel (     0,   132)  ->  Abs (   228,  1007)
	 66: Rel (   211,   190)  ->  Abs (   439,  1197)
	 67: Rel (   173,     0)  ->  Abs (   612,  1197)
	 68: Rel (   176,     0)  ->  Abs (   788,  1197)

	Glyph  55: off = 0x00004ADC, len = 248
	  numberOfContours:	1
	  xMin:			143
	  yMin:			0
	  xMax:			1084
	  yMax:			1170

	EndPoints
	---------
	  0:  35

	  Length of Instructions:	142
	00000: NPUSHB      (42):    15     9    12    53    16    16    29     9    34    28 
	                            31    54    35    35    29    28     2     8     5    53 
	                             1     1    29     8    19    25    22    54    18    18 
	                            29    25    35    18    30    27    26     2     9     8 
	                             8    25 
	00044: PUSHW[1]            367 
	00047: PUSHB[7]             16    16    17    30     0     0     1 
	00055: PUSHW[1]            367 
	00058: NPUSHB      (32):    16    28    47    28    96    28   207    28     4    15 
	                            28    63    28    79    28    95    28   112    28   143 
	                            28   175    28   223    28     8    28   233    37   194 
	                           111    24 
	00092: CALL       
	00093: SRP0       
	00094: MIRP[srp0,nmd,rd,2] 
	00095: DELTAP1    
	00096: DELTAP2    
	00097: MIRP[srp0,nmd,rd,0] 
	00098: ALIGNRP    
	00099: SRP0       
	00100: MIRP[srp0,md,rd,1] 
	00101: ALIGNRP    
	00102: SRP0       
	00103: MIRP[nrp0,nmd,rd,0] 
	00104: SVTCA[y-axis] 
	00105: MIAP[rd+ci] 
	00106: ALIGNRP    
	00107: MIAP[rd+ci] 
	00108: ALIGNRP    
	00109: MIRP[srp0,md,rd,1] 
	00110: ALIGNRP    
	00111: SVTCA[x-axis] 
	00112: SRP0       
	00113: MIRP[nrp0,md,rd,1] 
	00114: SVTCA[y-axis] 
	00115: SRP0       
	00116: MIRP[srp0,nmd,rd,1] 
	00117: MDRP[srp0,nmd,rd,0] 
	00118: ALIGNRP    
	00119: SRP0       
	00120: MIRP[nrp0,md,rd,1] 
	00121: SVTCA[x-axis] 
	00122: SRP0       
	00123: MIRP[srp0,nmd,rd,1] 
	00124: MDRP[srp0,nmd,rd,0] 
	00125: ALIGNRP    
	00126: SRP0       
	00127: MIRP[nrp0,md,rd,1] 
	00128: SVTCA[y-axis] 
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,1] 
	00131: MDRP[srp0,nmd,rd,0] 
	00132: ALIGNRP    
	00133: SRP0       
	00134: MIRP[nrp0,md,rd,1] 
	00135: SVTCA[x-axis] 
	00136: SRP0       
	00137: MIRP[srp0,nmd,rd,1] 
	00138: MDRP[srp0,nmd,rd,0] 
	00139: ALIGNRP    
	00140: IUP[y]     
	00141: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:        XDual                         On
	 27:  YDual                               On
	 28:        XDual                         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   656,  1086)  ->  Abs (   656,  1086)
	  1: Rel (     0, -1002)  ->  Abs (   656,    84)
	  2: Rel (   218,     0)  ->  Abs (   874,    84)
	  3: Rel (    30,     0)  ->  Abs (   904,    84)
	  4: Rel (    26,   -23)  ->  Abs (   930,    61)
	  5: Rel (     0,   -19)  ->  Abs (   930,    42)
	  6: Rel (     0,   -18)  ->  Abs (   930,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   904,     0)
	  8: Rel (   -30,     0)  ->  Abs (   874,     0)
	  9: Rel (  -521,     0)  ->  Abs (   353,     0)
	 10: Rel (   -30,     0)  ->  Abs (   323,     0)
	 11: Rel (   -26,    24)  ->  Abs (   297,    24)
	 12: Rel (     0,    18)  ->  Abs (   297,    42)
	 13: Rel (     0,    19)  ->  Abs (   297,    61)
	 14: Rel (    26,    23)  ->  Abs (   323,    84)
	 15: Rel (    30,     0)  ->  Abs (   353,    84)
	 16: Rel (   218,     0)  ->  Abs (   571,    84)
	 17: Rel (     0,  1002)  ->  Abs (   571,  1086)
	 18: Rel (  -344,     0)  ->  Abs (   227,  1086)
	 19: Rel (     0,  -291)  ->  Abs (   227,   795)
	 20: Rel (     0,   -31)  ->  Abs (   227,   764)
	 21: Rel (   -23,   -26)  ->  Abs (   204,   738)
	 22: Rel (   -19,     0)  ->  Abs (   185,   738)
	 23: Rel (   -18,     0)  ->  Abs (   167,   738)
	 24: Rel (   -24,    26)  ->  Abs (   143,   764)
	 25: Rel (     0,    31)  ->  Abs (   143,   795)
	 26: Rel (     0,   375)  ->  Abs (   143,  1170)
	 27: Rel (   941,     0)  ->  Abs (  1084,  1170)
	 28: Rel (     0,  -375)  ->  Abs (  1084,   795)
	 29: Rel (     0,   -31)  ->  Abs (  1084,   764)
	 30: Rel (   -23,   -26)  ->  Abs (  1061,   738)
	 31: Rel (   -19,     0)  ->  Abs (  1042,   738)
	 32: Rel (   -19,     0)  ->  Abs (  1023,   738)
	 33: Rel (   -23,    26)  ->  Abs (  1000,   764)
	 34: Rel (     0,    31)  ->  Abs (  1000,   795)
	 35: Rel (     0,   291)  ->  Abs (  1000,  1086)

	Glyph  56: off = 0x00004BD4, len = 426
	  numberOfContours:	1
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1170

	EndPoints
	---------
	  0:  48

	  Length of Instructions:	290
	00000: PUSHW[4]             28    -8    31    -8 
	00009: PUSHB[3]             31    16    28 
	00013: PUSHW[3]             -8    27    -8 
	00020: NPUSHB      (34):   119    27   228     6   230    28   234    31   249     2 
	                           245     6   245    27   248    31   251    32     9    11 
	                             2     4     6     1    27    11    31   133    27   155 
	                             6     6    18    24 
	00056: PUSHW[1]            676 
	00059: NPUSHB      (16):     0    21    16    21     2    21    51    25    21    21 
	                            24    25    29    18    42    48 
	00077: PUSHW[1]            676 
	00080: NPUSHB      (14):     0    45     1    45    41     0    45    45    48     0 
	                            29    42    17    10 
	00096: PUSHW[1]            676 
	00099: NPUSHB      (11):    13    41     9    13    13    10     9    29    17    41 
	                            35 
	00112: PUSHW[1]            676 
	00115: NPUSHB      (71):    38    51    34    38    38    35    34    29    41    48 
	                            38    42    42    35    38    41    41    24    38    18 
	                            10    38    18    17     2    29    37     4     9    34 
	                            33    30     1     1   111     0   143     0     2    15 
	                             0    79     0    95     0     3     0    26    50    25 
	                            26    30     8     8    79     9    95     9   111     9 
	                           127     9   143     9     5     9    25    49    58   107 
	                            24 
	00188: PUSHW[1]            300 
	00191: SCANCTRL   
	00192: CALL       
	00193: FLIPOFF    
	00194: SRP0       
	00195: MIRP[srp0,nmd,rd,0] 
	00196: DELTAP1    
	00197: ALIGNRP    
	00198: FLIPON     
	00199: SRP0       
	00200: MIRP[srp0,md,rd,1] 
	00201: ALIGNRP    
	00202: FLIPOFF    
	00203: SRP0       
	00204: MIRP[srp0,nmd,rd,2] 
	00205: DELTAP1    
	00206: DELTAP1    
	00207: ALIGNRP    
	00208: FLIPON     
	00209: SRP0       
	00210: MIRP[srp0,md,rd,1] 
	00211: ALIGNRP    
	00212: SVTCA[y-axis] 
	00213: MIAP[rd+ci] 
	00214: MIRP[nrp0,md,rd,1] 
	00215: MIAP[rd+ci] 
	00216: ALIGNRP    
	00217: MIRP[nrp0,md,rd,1] 
	00218: SRP0       
	00219: MIRP[nrp0,md,rd,1] 
	00220: ALIGNRP    
	00221: SRP0       
	00222: MIRP[nrp0,md,rd,1] 
	00223: ALIGNRP    
	00224: SRP0       
	00225: MIRP[nrp0,md,rd,1] 
	00226: SRP0       
	00227: MIRP[srp0,md,rd,1] 
	00228: RTDG       
	00229: SRP2       
	00230: IP         
	00231: MDAP[rd]   
	00232: RTG        
	00233: SVTCA[x-axis] 
	00234: SRP0       
	00235: MIRP[srp0,nmd,rd,1] 
	00236: MIRP[srp0,nmd,rd,0] 
	00237: MDRP[nrp0,nmd,rd,0] 
	00238: SVTCA[y-axis] 
	00239: SRP0       
	00240: MIRP[srp0,md,rd,1] 
	00241: RTDG       
	00242: SRP2       
	00243: IP         
	00244: MDAP[rd]   
	00245: RTG        
	00246: SVTCA[x-axis] 
	00247: SRP0       
	00248: MIRP[srp0,nmd,rd,1] 
	00249: MIRP[srp0,nmd,rd,0] 
	00250: MDRP[nrp0,nmd,rd,0] 
	00251: SVTCA[y-axis] 
	00252: SRP0       
	00253: MIRP[srp0,md,rd,1] 
	00254: RTDG       
	00255: SRP2       
	00256: IP         
	00257: MDAP[rd]   
	00258: RTG        
	00259: SVTCA[x-axis] 
	00260: SRP0       
	00261: MIRP[srp0,nmd,rd,1] 
	00262: DELTAP1    
	00263: MIRP[srp0,nmd,rd,0] 
	00264: MDRP[nrp0,nmd,rd,0] 
	00265: SVTCA[y-axis] 
	00266: SRP0       
	00267: MIRP[srp0,md,rd,1] 
	00268: RTDG       
	00269: SRP2       
	00270: IP         
	00271: MDAP[rd]   
	00272: RTG        
	00273: SVTCA[x-axis] 
	00274: SRP0       
	00275: MIRP[srp0,nmd,rd,1] 
	00276: DELTAP1    
	00277: MIRP[srp0,nmd,rd,0] 
	00278: MDRP[nrp0,nmd,rd,0] 
	00279: IUP[y]     
	00280: IUP[x]     
	00281: SVTCA[x-axis] 
	00282: DELTAP2    
	00283: DELTAP1    
	00284: SHPIX      
	00285: SHPIX      
	00286: SHPIX      
	00287: SVTCA[y-axis] 
	00288: SHPIX      
	00289: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual                               On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short On
	 26:        XDual                         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:        XDual                         On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual                               On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short X-Short Off
	 48:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1021,  1086)  ->  Abs (  1021,  1086)
	  1: Rel (     0,  -702)  ->  Abs (  1021,   384)
	  2: Rel (     0,  -177)  ->  Abs (  1021,   207)
	  3: Rel (  -236,  -240)  ->  Abs (   785,   -33)
	  4: Rel (  -167,     0)  ->  Abs (   618,   -33)
	  5: Rel (  -112,     0)  ->  Abs (   506,   -33)
	  6: Rel (  -174,    98)  ->  Abs (   332,    65)
	  7: Rel (  -122,   199)  ->  Abs (   210,   264)
	  8: Rel (     0,   120)  ->  Abs (   210,   384)
	  9: Rel (     0,   702)  ->  Abs (   210,  1086)
	 10: Rel (   -71,     0)  ->  Abs (   139,  1086)
	 11: Rel (   -30,     0)  ->  Abs (   109,  1086)
	 12: Rel (   -26,    23)  ->  Abs (    83,  1109)
	 13: Rel (     0,    19)  ->  Abs (    83,  1128)
	 14: Rel (     0,    19)  ->  Abs (    83,  1147)
	 15: Rel (    14,    13)  ->  Abs (    97,  1160)
	 16: Rel (    12,    10)  ->  Abs (   109,  1170)
	 17: Rel (    30,     0)  ->  Abs (   139,  1170)
	 18: Rel (   310,     0)  ->  Abs (   449,  1170)
	 19: Rel (    30,     0)  ->  Abs (   479,  1170)
	 20: Rel (    26,   -23)  ->  Abs (   505,  1147)
	 21: Rel (     0,   -19)  ->  Abs (   505,  1128)
	 22: Rel (     0,   -19)  ->  Abs (   505,  1109)
	 23: Rel (   -26,   -23)  ->  Abs (   479,  1086)
	 24: Rel (   -30,     0)  ->  Abs (   449,  1086)
	 25: Rel (  -155,     0)  ->  Abs (   294,  1086)
	 26: Rel (     0,  -702)  ->  Abs (   294,   384)
	 27: Rel (     0,  -139)  ->  Abs (   294,   245)
	 28: Rel (   190,  -194)  ->  Abs (   484,    51)
	 29: Rel (   130,     0)  ->  Abs (   614,    51)
	 30: Rel (    83,     0)  ->  Abs (   697,    51)
	 31: Rel (   137,    76)  ->  Abs (   834,   127)
	 32: Rel (   103,   158)  ->  Abs (   937,   285)
	 33: Rel (     0,    99)  ->  Abs (   937,   384)
	 34: Rel (     0,   702)  ->  Abs (   937,  1086)
	 35: Rel (  -155,     0)  ->  Abs (   782,  1086)
	 36: Rel (   -30,     0)  ->  Abs (   752,  1086)
	 37: Rel (   -26,    23)  ->  Abs (   726,  1109)
	 38: Rel (     0,    19)  ->  Abs (   726,  1128)
	 39: Rel (     0,    19)  ->  Abs (   726,  1147)
	 40: Rel (    26,    23)  ->  Abs (   752,  1170)
	 41: Rel (    30,     0)  ->  Abs (   782,  1170)
	 42: Rel (   310,     0)  ->  Abs (  1092,  1170)
	 43: Rel (    30,     0)  ->  Abs (  1122,  1170)
	 44: Rel (    26,   -23)  ->  Abs (  1148,  1147)
	 45: Rel (     0,   -19)  ->  Abs (  1148,  1128)
	 46: Rel (     0,   -19)  ->  Abs (  1148,  1109)
	 47: Rel (   -26,   -23)  ->  Abs (  1122,  1086)
	 48: Rel (   -30,     0)  ->  Abs (  1092,  1086)

	Glyph  57: off = 0x00004D7E, len = 476
	  numberOfContours:	1
	  xMin:			16
	  yMin:			0
	  xMax:			1214
	  yMax:			1170

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	345
	00000: NPUSHB      (28):     7     0     7    24    48     0    76    24    74    43 
	                            96    29   146    16   208    29   249    24   249    43 
	                            10   168     0   168    29     2    12    20 
	00030: PUSHW[1]            676 
	00033: NPUSHB      (14):    16    16    51    21    16    16    20    21    29    12 
	                            21    22    34    42 
	00049: PUSHW[1]            676 
	00052: NPUSHB      (28):     0    38   112    38     2     0    38    16    38    96 
	                            38   208    38     4    38    38    41    43    38    38 
	                            42    43    29    34    43     0    11     3 
	00082: PUSHW[1]            676 
	00085: NPUSHB      (24):   111     7     1    15     7    31     7   111     7     3 
	                             7     7    41     2     7     7     3     2    29    11 
	                             2     1    33    25 
	00111: PUSHW[1]            676 
	00114: NPUSHB      (73):    29    29    51    24    29    29    25    24    29    33 
	                            24    23    21     2     1     1    30    22    21    20 
	                            22    22    21    24    43     0     0    30    23    24 
	                            20    23    23    24    23    22    42    38    34    25 
	                            38    33    20    38    12     3    38    11    34    33 
	                            33    12    12    11     2     0     1     8     0    43 
	                             1    43    38    48    24    80    24   176    24   240 
	                            24     4    24 
	00189: PUSHW[1]            318 
	00192: NPUSHB      (11):    23     2    38    47    21    95    21   191    21     3 
	                            21 
	00205: PUSHW[1]            318 
	00208: PUSHB[4]            255    23     1    23 
	00213: PUSHW[3]            387    22   720 
	00220: PUSHB[4]             44    69   108    24 
	00225: PUSHW[1]            356 
	00228: SCANCTRL   
	00229: CALL       
	00230: SRP0       
	00231: MIRP[srp0,nmd,rd,0] 
	00232: MIRP[nrp0,nmd,rd,2] 
	00233: DELTAP1    
	00234: MIRP[srp0,nmd,rd,0] 
	00235: DELTAP1    
	00236: MIRP[nrp0,md,rd,1] 
	00237: SRP0       
	00238: MIRP[srp0,nmd,rd,0] 
	00239: DELTAP1    
	00240: MIRP[nrp0,md,rd,1] 
	00241: DELTAP1    
	00242: SVTCA[y-axis] 
	00243: MIAP[rd+ci] 
	00244: ALIGNRP    
	00245: MIAP[rd+ci] 
	00246: ALIGNRP    
	00247: SRP0       
	00248: ALIGNRP    
	00249: SRP0       
	00250: ALIGNRP    
	00251: SRP0       
	00252: MIRP[nrp0,md,rd,1] 
	00253: SRP0       
	00254: MIRP[nrp0,md,rd,1] 
	00255: SRP0       
	00256: MIRP[nrp0,md,rd,1] 
	00257: SRP0       
	00258: MIRP[nrp0,md,rd,1] 
	00259: MDAP[rd]   
	00260: MDAP[rd]   
	00261: SDPVTL[1]  
	00262: SFVTCA[x-axis] 
	00263: MDAP[nrd]  
	00264: CALL       
	00265: SDPVTL[1]  
	00266: RDTG       
	00267: MDRP[nrp0,nmd,rd,0] 
	00268: SDPVTL[1]  
	00269: MDAP[nrd]  
	00270: RTG        
	00271: CALL       
	00272: SDPVTL[1]  
	00273: RDTG       
	00274: MDRP[nrp0,nmd,rd,0] 
	00275: RTG        
	00276: SVTCA[y-axis] 
	00277: SFVTL[=p1,p2] 
	00278: SRP0       
	00279: MIRP[srp0,md,rd,1] 
	00280: RTDG       
	00281: SRP2       
	00282: IP         
	00283: MDAP[rd]   
	00284: RTG        
	00285: SVTCA[x-axis] 
	00286: SRP0       
	00287: MIRP[srp0,nmd,nrd,1] 
	00288: MDAP[rd]   
	00289: MIRP[srp0,nmd,rd,0] 
	00290: MDRP[nrp0,nmd,rd,0] 
	00291: SVTCA[y-axis] 
	00292: SFVTL[=p1,p2] 
	00293: SRP0       
	00294: MIRP[srp0,md,rd,1] 
	00295: RTDG       
	00296: SRP2       
	00297: IP         
	00298: MDAP[rd]   
	00299: RTG        
	00300: SVTCA[x-axis] 
	00301: SRP0       
	00302: MIRP[srp0,nmd,nrd,1] 
	00303: MDAP[rd]   
	00304: DELTAP1    
	00305: DELTAP2    
	00306: MIRP[srp0,nmd,rd,0] 
	00307: MDRP[nrp0,nmd,rd,0] 
	00308: SVTCA[y-axis] 
	00309: SFVTL[=p1,p2] 
	00310: SRP0       
	00311: MIRP[srp0,md,rd,1] 
	00312: RTDG       
	00313: SRP2       
	00314: IP         
	00315: MDAP[rd]   
	00316: RTG        
	00317: SVTCA[x-axis] 
	00318: SRP0       
	00319: MIRP[srp0,nmd,nrd,1] 
	00320: MDAP[rd]   
	00321: DELTAP1    
	00322: DELTAP2    
	00323: MIRP[srp0,nmd,rd,0] 
	00324: MDRP[nrp0,nmd,rd,0] 
	00325: SVTCA[y-axis] 
	00326: SFVTL[=p1,p2] 
	00327: SRP0       
	00328: MIRP[srp0,md,rd,1] 
	00329: RTDG       
	00330: SRP2       
	00331: IP         
	00332: MDAP[rd]   
	00333: RTG        
	00334: SVTCA[x-axis] 
	00335: SRP0       
	00336: MIRP[srp0,nmd,nrd,1] 
	00337: MDAP[rd]   
	00338: MIRP[srp0,nmd,rd,0] 
	00339: MDRP[nrp0,nmd,rd,0] 
	00340: IUP[y]     
	00341: IUP[x]     
	00342: SVTCA[x-axis] 
	00343: DELTAP2    
	00344: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual                               On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short On
	 22:                                      On
	 23:  YDual XDual                 X-Short On
	 24:                                      On
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   677,     0)  ->  Abs (   677,     0)
	  1: Rel (  -117,     0)  ->  Abs (   560,     0)
	  2: Rel (  -423,  1086)  ->  Abs (   137,  1086)
	  3: Rel (   -65,     0)  ->  Abs (    72,  1086)
	  4: Rel (   -23,     0)  ->  Abs (    49,  1086)
	  5: Rel (   -20,     9)  ->  Abs (    29,  1095)
	  6: Rel (   -13,    21)  ->  Abs (    16,  1116)
	  7: Rel (     0,    12)  ->  Abs (    16,  1128)
	  8: Rel (     0,    12)  ->  Abs (    16,  1140)
	  9: Rel (    13,    21)  ->  Abs (    29,  1161)
	 10: Rel (    20,     9)  ->  Abs (    49,  1170)
	 11: Rel (    23,     0)  ->  Abs (    72,  1170)
	 12: Rel (   313,     0)  ->  Abs (   385,  1170)
	 13: Rel (    24,     0)  ->  Abs (   409,  1170)
	 14: Rel (    19,    -9)  ->  Abs (   428,  1161)
	 15: Rel (    13,   -21)  ->  Abs (   441,  1140)
	 16: Rel (     0,   -12)  ->  Abs (   441,  1128)
	 17: Rel (     0,   -12)  ->  Abs (   441,  1116)
	 18: Rel (   -14,   -21)  ->  Abs (   427,  1095)
	 19: Rel (   -19,    -9)  ->  Abs (   408,  1086)
	 20: Rel (   -23,     0)  ->  Abs (   385,  1086)
	 21: Rel (  -161,     0)  ->  Abs (   224,  1086)
	 22: Rel (   390, -1002)  ->  Abs (   614,    84)
	 23: Rel (     6,     0)  ->  Abs (   620,    84)
	 24: Rel (   385,  1002)  ->  Abs (  1005,  1086)
	 25: Rel (  -160,     0)  ->  Abs (   845,  1086)
	 26: Rel (   -24,     0)  ->  Abs (   821,  1086)
	 27: Rel (   -20,     9)  ->  Abs (   801,  1095)
	 28: Rel (   -13,    21)  ->  Abs (   788,  1116)
	 29: Rel (     0,    12)  ->  Abs (   788,  1128)
	 30: Rel (     0,    12)  ->  Abs (   788,  1140)
	 31: Rel (    14,    21)  ->  Abs (   802,  1161)
	 32: Rel (    19,     9)  ->  Abs (   821,  1170)
	 33: Rel (    24,     0)  ->  Abs (   845,  1170)
	 34: Rel (   312,     0)  ->  Abs (  1157,  1170)
	 35: Rel (    24,     0)  ->  Abs (  1181,  1170)
	 36: Rel (    20,    -9)  ->  Abs (  1201,  1161)
	 37: Rel (    13,   -21)  ->  Abs (  1214,  1140)
	 38: Rel (     0,   -12)  ->  Abs (  1214,  1128)
	 39: Rel (     0,   -12)  ->  Abs (  1214,  1116)
	 40: Rel (   -14,   -21)  ->  Abs (  1200,  1095)
	 41: Rel (   -19,    -9)  ->  Abs (  1181,  1086)
	 42: Rel (   -24,     0)  ->  Abs (  1157,  1086)
	 43: Rel (   -64,     0)  ->  Abs (  1093,  1086)

	Glyph  58: off = 0x00004F5A, len = 874
	  numberOfContours:	1
	  xMin:			37
	  yMin:			0
	  xMax:			1188
	  yMax:			1170

	EndPoints
	---------
	  0:  40

	  Length of Instructions:	753
	00000: PUSHB[2]              6     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (24):    21    24     2    22    23     5     6     4     1     4 
	                             8    40    26    20     6    38    32    12     2     9 
	                            36     2    21    41 
	00032: SVTCA[x-axis] 
	00033: SRP1       
	00034: SRP2       
	00035: SLOOP      
	00036: IP         
	00037: SVTCA[y-axis] 
	00038: MIAP[rd+ci] 
	00039: ALIGNRP    
	00040: MIRP[srp0,md,rd,1] 
	00041: ALIGNRP    
	00042: ALIGNRP    
	00043: ALIGNRP    
	00044: MIAP[rd+ci] 
	00045: ALIGNRP    
	00046: SRP1       
	00047: SRP2       
	00048: SLOOP      
	00049: IP         
	00050: IUP[y]     
	00051: IUP[x]     
	00052: ELSE       
	00053: NPUSHB      (83):   111    26   111    27   111    28   111    29   136    22 
	                           134    23   192     5   192    20   232    22     9    96 
	                            16    96    17    96    18    96    19     4   207     2 
	                             1    16    22    16    23    64    22    64    23     4 
	                            24     2    27    23    30    25    31    29    30    40 
	                            41    23    54     2    54    22    49    23    70     2 
	                            70    22    65    23    89     1    91    22    88    23 
	                           136    23   168    23   201     2   200    22   218    23 
	                            20    13    19 
	00138: PUSHW[1]            676 
	00141: NPUSHB      (17):    16    80    16     1    16    53    20    16    16    19 
	                            20    29    13    20    21    33    39 
	00160: PUSHW[1]            676 
	00163: NPUSHB      (30):    36    32    36   112    36     2     0    36    16    36 
	                            80    36   192    36   208    36     5    36   144    40 
	                            36    36    39    40    29    33    40     0    12     6 
	00195: PUSHW[1]            676 
	00198: NPUSHB      (30):     9    15     9    31     9     2    15     9   191     9 
	                           223     9   239     9   255     9     5     9   144     5 
	                             9     9     6     5    29    12     5     4    32    26 
	00230: PUSHW[1]            676 
	00233: NPUSHB      (20):    29    95    29     1    29    53    25    29    29    26 
	                            25    29    32    25    24     0     2    22    23    32 
	00255: PUSHW[1]           -262 
	00258: NPUSHB      (52):    21     4     3    32    20     5     4     4    30    21 
	                            20    20    21    21    20    40     0     0    30    24 
	                            25    20    24    24    25     2     1     2     3     1 
	                            30    24    23    20    24    24    23     2     3     2 
	                             1     3    30    21    22    20    21    21    22     2 
	                            38    23 
	00312: PUSHW[1]            630 
	00315: NPUSHB      (30):    24    38     0     1     1     3    21    38     3     4 
	                             8    39    38    33    26    38    33    26    38    32 
	                            32    19    38    13     6    38    13    12     2     1 
	00347: PUSHW[7]            300     0    24   349    25     0   349 
	00362: NPUSHB      (50):   207    25     1    31    25     1    25    64    42    53 
	                            25    64    52    54    52    25   128    47    53    25 
	                            64    35    36    52    25    64    38    39    52    25 
	                            38    64    15    40    31    40    95    40   127    40 
	                           143    40   159    40   207    40   239    40     8    40 
	00414: PUSHW[4]            633     2    23   300 
	00423: NPUSHB      (23):    22    64    42    53    22    64    47    53    22    64 
	                            52    54    52    22    64    26    53    15    22   239 
	                            22     2    22 
	00448: PUSHW[1]            344 
	00451: PUSHB[5]              2    64    38    53     2 
	00457: PUSHW[1]            633 
	00460: PUSHB[3]              5    32    21 
	00464: PUSHW[6]            349    20     3   300     4   301 
	00477: NPUSHB      (21):    31    20     1   192    20     1    20    38    16     5 
	                             1     0     5    79     5   143     5   207     5     4 
	                             5 
	00500: PUSHW[6]            300    41    69   340    24   356 
	00513: SCANCTRL   
	00514: CALL       
	00515: SRP0       
	00516: MIRP[srp0,nmd,rd,2] 
	00517: DELTAP1    
	00518: DELTAP2    
	00519: MIRP[nrp0,md,rd,1] 
	00520: DELTAP1    
	00521: DELTAP2    
	00522: MIRP[srp0,nmd,rd,0] 
	00523: MIRP[nrp0,md,rd,2] 
	00524: RTHG       
	00525: SRP0       
	00526: MIRP[nrp0,nmd,rd,0] 
	00527: SMD        
	00528: SRP0       
	00529: MIRP[srp0,md,rd,1] 
	00530: CALL       
	00531: MIRP[srp0,md,rd,1] 
	00532: DELTAP2    
	00533: CALL       
	00534: CALL       
	00535: CALL       
	00536: CALL       
	00537: RTG        
	00538: MIRP[nrp0,nmd,rd,2] 
	00539: RTHG       
	00540: SRP0       
	00541: MIRP[srp0,md,rd,1] 
	00542: DELTAP2    
	00543: SMD        
	00544: RTG        
	00545: MIRP[nrp0,md,rd,1] 
	00546: CALL       
	00547: CALL       
	00548: CALL       
	00549: CALL       
	00550: CALL       
	00551: DELTAP2    
	00552: DELTAP1    
	00553: MIRP[nrp0,nmd,rd,0] 
	00554: RTHG       
	00555: SRP0       
	00556: MIRP[nrp0,nmd,rd,0] 
	00557: RTG        
	00558: SRP0       
	00559: MIRP[nrp0,md,rd,2] 
	00560: SVTCA[y-axis] 
	00561: MIAP[rd+ci] 
	00562: ALIGNRP    
	00563: MIRP[nrp0,md,rd,1] 
	00564: SRP0       
	00565: MIRP[nrp0,md,rd,1] 
	00566: ALIGNRP    
	00567: SRP0       
	00568: MIRP[nrp0,md,rd,1] 
	00569: ALIGNRP    
	00570: MIRP[nrp0,md,rd,1] 
	00571: SRP0       
	00572: MIRP[nrp0,md,rd,1] 
	00573: MIAP[rd+ci] 
	00574: ALIGNRP    
	00575: MIRP[nrp0,md,rd,1] 
	00576: SRP0       
	00577: ALIGNRP    
	00578: SRP0       
	00579: ALIGNRP    
	00580: MIRP[nrp0,md,rd,1] 
	00581: MIRP[srp0,md,rd,1] 
	00582: MIRP[nrp0,md,rd,1] 
	00583: SDPVTL[1]  
	00584: SFVTCA[x-axis] 
	00585: MDAP[nrd]  
	00586: CALL       
	00587: SFVTL[=p1,p2] 
	00588: RDTG       
	00589: SRP0       
	00590: MDRP[nrp0,nmd,rd,0] 
	00591: SDPVTL[1]  
	00592: SFVTCA[x-axis] 
	00593: MDAP[nrd]  
	00594: RTG        
	00595: CALL       
	00596: SFVTL[=p1,p2] 
	00597: RDTG       
	00598: SRP0       
	00599: MDRP[nrp0,nmd,rd,0] 
	00600: SDPVTL[1]  
	00601: SFVTCA[x-axis] 
	00602: MDAP[nrd]  
	00603: RTG        
	00604: CALL       
	00605: RDTG       
	00606: SRP0       
	00607: MDRP[nrp0,nmd,rd,0] 
	00608: SDPVTL[1]  
	00609: MDAP[nrd]  
	00610: RTG        
	00611: CALL       
	00612: SDPVTL[1]  
	00613: RDTG       
	00614: MDRP[nrp0,nmd,rd,0] 
	00615: CALL       
	00616: CALL       
	00617: RTG        
	00618: SVTCA[y-axis] 
	00619: SFVTL[=p1,p2] 
	00620: SRP0       
	00621: MIRP[srp0,md,rd,1] 
	00622: RTDG       
	00623: SRP2       
	00624: IP         
	00625: MDAP[rd]   
	00626: RTG        
	00627: SVTCA[x-axis] 
	00628: SRP0       
	00629: MIRP[srp0,nmd,nrd,1] 
	00630: DELTAP1    
	00631: MDAP[rd]   
	00632: MIRP[srp0,nmd,rd,0] 
	00633: MDRP[nrp0,nmd,rd,0] 
	00634: SVTCA[y-axis] 
	00635: SFVTL[=p1,p2] 
	00636: SRP0       
	00637: MIRP[srp0,md,rd,1] 
	00638: RTDG       
	00639: SRP2       
	00640: IP         
	00641: MDAP[rd]   
	00642: RTG        
	00643: SVTCA[x-axis] 
	00644: SRP0       
	00645: MIRP[srp0,nmd,nrd,1] 
	00646: DELTAP1    
	00647: DELTAP2    
	00648: MDAP[rd]   
	00649: MIRP[srp0,nmd,rd,0] 
	00650: MDRP[nrp0,nmd,rd,0] 
	00651: SVTCA[y-axis] 
	00652: SFVTL[=p1,p2] 
	00653: SRP0       
	00654: MIRP[srp0,md,rd,1] 
	00655: RTDG       
	00656: SRP2       
	00657: IP         
	00658: MDAP[rd]   
	00659: RTG        
	00660: SVTCA[x-axis] 
	00661: SRP0       
	00662: MIRP[srp0,nmd,nrd,1] 
	00663: DELTAP1    
	00664: DELTAP2    
	00665: MDAP[rd]   
	00666: MIRP[srp0,nmd,rd,0] 
	00667: MDRP[nrp0,nmd,rd,0] 
	00668: SVTCA[y-axis] 
	00669: SFVTL[=p1,p2] 
	00670: SRP0       
	00671: MIRP[srp0,md,rd,1] 
	00672: RTDG       
	00673: SRP2       
	00674: IP         
	00675: MDAP[rd]   
	00676: RTG        
	00677: SVTCA[x-axis] 
	00678: SRP0       
	00679: MIRP[srp0,nmd,nrd,1] 
	00680: DELTAP1    
	00681: MDAP[rd]   
	00682: MIRP[srp0,nmd,rd,0] 
	00683: MDRP[nrp0,nmd,rd,0] 
	00684: IUP[y]     
	00685: IUP[x]     
	00686: SVTCA[x-axis] 
	00687: MPPEM      
	00688: PUSHB[1]             38 
	00690: GTEQ       
	00691: MPPEM      
	00692: PUSHB[1]             42 
	00694: LTEQ       
	00695: AND        
	00696: IF         
	00697: PUSHB[8]              2   128     2    26    23    26    22    26 
	00706: SHPIX      
	00707: SHPIX      
	00708: SHPIX      
	00709: SVTCA[y-axis] 
	00710: SHPIX      
	00711: EIF        
	00712: SVTCA[x-axis] 
	00713: MPPEM      
	00714: PUSHB[1]             26 
	00716: GTEQ       
	00717: MPPEM      
	00718: PUSHB[1]             36 
	00720: LTEQ       
	00721: AND        
	00722: IF         
	00723: PUSHW[2]              2   -20 
	00728: PUSHB[3]              2     8    23 
	00732: PUSHW[1]            -16 
	00735: PUSHB[2]             22    16 
	00738: SHPIX      
	00739: SHPIX      
	00740: SHPIX      
	00741: SVTCA[y-axis] 
	00742: SHPIX      
	00743: EIF        
	00744: SVTCA[x-axis] 
	00745: DELTAP2    
	00746: SVTCA[y-axis] 
	00747: DELTAP1    
	00748: DELTAP2    
	00749: SVTCA[x-axis] 
	00750: DELTAP1    
	00751: DELTAP1    
	00752: EIF        

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:                              X-Short On
	  3:                              X-Short On
	  4:  YDual                       X-Short On
	  5:                              X-Short On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short On
	 21:        XDual                 X-Short On
	 22:        XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:        XDual                 X-Short On
	 25:        XDual                 X-Short On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual                               On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   983,     0)  ->  Abs (   983,     0)
	  1: Rel (  -132,     0)  ->  Abs (   851,     0)
	  2: Rel (  -238,   831)  ->  Abs (   613,   831)
	  3: Rel (  -233,  -831)  ->  Abs (   380,     0)
	  4: Rel (  -132,     0)  ->  Abs (   248,     0)
	  5: Rel (  -124,  1086)  ->  Abs (   124,  1086)
	  6: Rel (   -31,     0)  ->  Abs (    93,  1086)
	  7: Rel (   -30,     0)  ->  Abs (    63,  1086)
	  8: Rel (   -26,    23)  ->  Abs (    37,  1109)
	  9: Rel (     0,    19)  ->  Abs (    37,  1128)
	 10: Rel (     0,    19)  ->  Abs (    37,  1147)
	 11: Rel (    26,    23)  ->  Abs (    63,  1170)
	 12: Rel (    30,     0)  ->  Abs (    93,  1170)
	 13: Rel (   312,     0)  ->  Abs (   405,  1170)
	 14: Rel (    31,     0)  ->  Abs (   436,  1170)
	 15: Rel (    26,   -23)  ->  Abs (   462,  1147)
	 16: Rel (     0,   -19)  ->  Abs (   462,  1128)
	 17: Rel (     0,   -19)  ->  Abs (   462,  1109)
	 18: Rel (   -26,   -23)  ->  Abs (   436,  1086)
	 19: Rel (   -31,     0)  ->  Abs (   405,  1086)
	 20: Rel (  -196,     0)  ->  Abs (   209,  1086)
	 21: Rel (   111,  -990)  ->  Abs (   320,    96)
	 22: Rel (   227,   815)  ->  Abs (   547,   911)
	 23: Rel (   129,     0)  ->  Abs (   676,   911)
	 24: Rel (   233,  -815)  ->  Abs (   909,    96)
	 25: Rel (   109,   990)  ->  Abs (  1018,  1086)
	 26: Rel (  -197,     0)  ->  Abs (   821,  1086)
	 27: Rel (   -30,     0)  ->  Abs (   791,  1086)
	 28: Rel (   -26,    23)  ->  Abs (   765,  1109)
	 29: Rel (     0,    19)  ->  Abs (   765,  1128)
	 30: Rel (     0,    19)  ->  Abs (   765,  1147)
	 31: Rel (    26,    23)  ->  Abs (   791,  1170)
	 32: Rel (    30,     0)  ->  Abs (   821,  1170)
	 33: Rel (   310,     0)  ->  Abs (  1131,  1170)
	 34: Rel (    31,     0)  ->  Abs (  1162,  1170)
	 35: Rel (    26,   -23)  ->  Abs (  1188,  1147)
	 36: Rel (     0,   -19)  ->  Abs (  1188,  1128)
	 37: Rel (     0,   -19)  ->  Abs (  1188,  1109)
	 38: Rel (   -26,   -23)  ->  Abs (  1162,  1086)
	 39: Rel (   -31,     0)  ->  Abs (  1131,  1086)
	 40: Rel (   -31,     0)  ->  Abs (  1100,  1086)

	Glyph  59: off = 0x000052C4, len = 756
	  numberOfContours:	1
	  xMin:			80
	  yMin:			0
	  xMax:			1152
	  yMax:			1170

	EndPoints
	---------
	  0:  67

	  Length of Instructions:	563
	00000: NPUSHB     (149):    18    53     1    58    33    56    35    53    67    64 
	                            12    79    22    79    46    65    56    81    12    95 
	                            22    93    46    81    56    97    12   110    22   110 
	                            46    97    56   158    46   144    56   167    34   184 
	                            18   184    33   184    52   184    67   200    18   200 
	                            33   200    52   200    67   216     0   236    52   239 
	                            63   237    67   247     0   241     1   241    16    34 
	                            24     0     1     0    50     1    18    67    17    18 
	                            67    35    16    34    35    16    33    52    51    50 
	                             1    33    52    52    67    18    18    18    30    33 
	                            52    20    33    33    52    50    35    16    18    16 
	                            30     1    50    20     1     1    50     2    38     1 
	                            38    16    38    15    38    10    19    38    18    38 
	                            33    38    32    38    26    66    38    67    38    52 
	                            38    53    38    59    49    38    50    38    32 
	00151: PUSHW[1]            632 
	00154: NPUSHB      (28):    35    38    42    10     8    26     8    59     2    42 
	                             2   239    52     1    52    38    67    67    63    56 
	                            56    63    35    35    46    46    39    67 
	00184: PUSHW[1]            296 
	00187: NPUSHB      (18):    63    65     5    16    38     1     1     5    12    12 
	                             5    29    29    12    22    22    29     1 
	00207: PUSHW[1]            296 
	00210: NPUSHB      (17):    15     5    47     5    63     5    79     5    95     5 
	                             5     5    26    69    50    38    35 
	00229: PUSHW[1]            296 
	00232: PUSHB[6]             39   102    29    18    38    33 
	00239: PUSHW[1]            296 
	00242: NPUSHB      (10):    79    29    95    29   111    29     3    29    25    68 
	00254: PUSHW[4]            294   264    24   277 
	00263: SCANCTRL   
	00264: CALL       
	00265: FLIPOFF    
	00266: SRP0       
	00267: MIRP[srp0,nmd,rd,0] 
	00268: DELTAP1    
	00269: RTHG       
	00270: FLIPON     
	00271: MIRP[srp0,nmd,rd,0] 
	00272: RTG        
	00273: MIRP[nrp0,md,rd,1] 
	00274: SRP0       
	00275: MIRP[srp0,nmd,rd,0] 
	00276: RTHG       
	00277: MIRP[srp0,nmd,rd,0] 
	00278: RTG        
	00279: MIRP[nrp0,md,rd,1] 
	00280: FLIPOFF    
	00281: SRP0       
	00282: MIRP[srp0,nmd,rd,2] 
	00283: DELTAP1    
	00284: RTHG       
	00285: FLIPON     
	00286: MIRP[nrp0,nmd,rd,0] 
	00287: RTG        
	00288: SRP2       
	00289: IP         
	00290: MDAP[rd]   
	00291: SRP1       
	00292: IP         
	00293: MDAP[rd]   
	00294: SRP1       
	00295: IP         
	00296: MDAP[rd]   
	00297: RTHG       
	00298: SRP2       
	00299: IP         
	00300: MDAP[rd]   
	00301: RTG        
	00302: MIRP[nrp0,md,rd,1] 
	00303: SRP0       
	00304: MIRP[srp0,nmd,rd,0] 
	00305: RTHG       
	00306: MIRP[nrp0,nmd,rd,0] 
	00307: RTG        
	00308: SRP2       
	00309: IP         
	00310: MDAP[rd]   
	00311: RTHG       
	00312: IP         
	00313: MDAP[rd]   
	00314: RTG        
	00315: SRP1       
	00316: IP         
	00317: MDAP[rd]   
	00318: RTHG       
	00319: SRP2       
	00320: IP         
	00321: MDAP[rd]   
	00322: RTG        
	00323: MIRP[nrp0,md,rd,1] 
	00324: DELTAP1    
	00325: SVTCA[y-axis] 
	00326: MIAP[rd+ci] 
	00327: MIAP[rd+ci] 
	00328: MIAP[rd+ci] 
	00329: MIAP[rd+ci] 
	00330: SRP0       
	00331: MIRP[nrp0,md,rd,1] 
	00332: MIRP[nrp0,nmd,rd,0] 
	00333: MIRP[nrp0,md,rd,1] 
	00334: MIRP[nrp0,md,rd,1] 
	00335: SRP0       
	00336: MIRP[nrp0,md,rd,1] 
	00337: MIRP[nrp0,md,rd,1] 
	00338: MIRP[nrp0,md,rd,1] 
	00339: MIRP[nrp0,md,rd,1] 
	00340: SRP0       
	00341: MIRP[nrp0,md,rd,1] 
	00342: MIRP[nrp0,md,rd,1] 
	00343: MIRP[nrp0,md,rd,1] 
	00344: MIRP[nrp0,md,rd,1] 
	00345: SRP0       
	00346: MIRP[nrp0,md,rd,1] 
	00347: MIRP[nrp0,md,rd,1] 
	00348: MIRP[nrp0,md,rd,1] 
	00349: MIRP[nrp0,md,rd,1] 
	00350: SDPVTL[1]  
	00351: SFVTCA[x-axis] 
	00352: MDAP[nrd]  
	00353: CALL       
	00354: RS         
	00355: NOT        
	00356: IF         
	00357: NPUSHB      (30):    16    64    25    50    63    16    64    23    45    63 
	                            16    64    20    40    63    16    34    18    30    63 
	                            16    14    13    22    63    16    14    12    20    63 
	00389: SVTCA[x-axis] 
	00390: CALL       
	00391: CALL       
	00392: CALL       
	00393: CALL       
	00394: CALL       
	00395: CALL       
	00396: EIF        
	00397: SDPVTL[1]  
	00398: RDTG       
	00399: MDRP[nrp0,nmd,rd,0] 
	00400: SDPVTL[1]  
	00401: MDAP[nrd]  
	00402: RTG        
	00403: CALL       
	00404: RS         
	00405: NOT        
	00406: IF         
	00407: PUSHW[2]             18   -44 
	00412: PUSHB[4]             25    50    63    18 
	00417: PUSHW[1]            -44 
	00420: PUSHB[4]             23    45    63    18 
	00425: PUSHW[1]            -44 
	00428: PUSHB[4]             20    40    63    18 
	00433: PUSHW[1]            -24 
	00436: PUSHB[4]             18    30    63    18 
	00441: PUSHW[1]            -44 
	00444: PUSHB[4]             13    22    63    18 
	00449: PUSHW[1]            -44 
	00452: PUSHB[3]             12    20    63 
	00456: SVTCA[x-axis] 
	00457: CALL       
	00458: CALL       
	00459: CALL       
	00460: CALL       
	00461: CALL       
	00462: CALL       
	00463: EIF        
	00464: SDPVTL[1]  
	00465: RDTG       
	00466: MDRP[nrp0,nmd,rd,0] 
	00467: ISECT      
	00468: ISECT      
	00469: ISECT      
	00470: ISECT      
	00471: IUP[y]     
	00472: IUP[x]     
	00473: SVTCA[x-axis] 
	00474: DELTAP2    
	00475: DELTAP1    
	00476: RS         
	00477: NOT        
	00478: IF         
	00479: PUSHW[2]             51   -15 
	00484: NPUSHB      (19):    14    23    63    17    15    17    28    63    17     5 
	                            21    28    63    17     5    16    21    63     1 
	00505: PUSHW[1]            -24 
	00508: NPUSHB      (19):    17    28    63    33    24    14    23    63    67    24 
	                            14    23    63    16    24    15    20    63    18 
	00529: PUSHW[1]            -24 
	00532: PUSHB[4]             15    20    63    50 
	00537: PUSHW[1]            -24 
	00540: PUSHB[8]             15    20    63    17    14    23    24    62 
	00549: SVTCA[x-axis] 
	00550: CALL       
	00551: CALL       
	00552: CALL       
	00553: CALL       
	00554: CALL       
	00555: CALL       
	00556: CALL       
	00557: SVTCA[y-axis] 
	00558: CALL       
	00559: CALL       
	00560: CALL       
	00561: CALL       
	00562: EIF        

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:                                      On
	 18:                                      On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                               On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:                                      On
	 35:                                      On
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short On
	 51:                                      On
	 52:                                      On
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:  YDual               Y-Short X-Short Off
	 56:  YDual XDual         Y-Short         On
	 57:  YDual XDual         Y-Short         Off
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short On
	 61:  YDual XDual                 X-Short Off
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual         Y-Short         On
	 64:        XDual         Y-Short         Off
	 65:                      Y-Short X-Short Off
	 66:  YDual                       X-Short On
	 67:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   665,   599)  ->  Abs (   665,   599)
	  1: Rel (   399,  -515)  ->  Abs (  1064,    84)
	  2: Rel (    32,     0)  ->  Abs (  1096,    84)
	  3: Rel (    30,     0)  ->  Abs (  1126,    84)
	  4: Rel (    26,   -23)  ->  Abs (  1152,    61)
	  5: Rel (     0,   -19)  ->  Abs (  1152,    42)
	  6: Rel (     0,   -18)  ->  Abs (  1152,    24)
	  7: Rel (   -26,   -24)  ->  Abs (  1126,     0)
	  8: Rel (   -30,     0)  ->  Abs (  1096,     0)
	  9: Rel (  -270,     0)  ->  Abs (   826,     0)
	 10: Rel (   -30,     0)  ->  Abs (   796,     0)
	 11: Rel (   -26,    24)  ->  Abs (   770,    24)
	 12: Rel (     0,    18)  ->  Abs (   770,    42)
	 13: Rel (     0,    19)  ->  Abs (   770,    61)
	 14: Rel (    26,    23)  ->  Abs (   796,    84)
	 15: Rel (    30,     0)  ->  Abs (   826,    84)
	 16: Rel (   134,     0)  ->  Abs (   960,    84)
	 17: Rel (  -347,   446)  ->  Abs (   613,   530)
	 18: Rel (  -343,  -446)  ->  Abs (   270,    84)
	 19: Rel (   134,     0)  ->  Abs (   404,    84)
	 20: Rel (    30,     0)  ->  Abs (   434,    84)
	 21: Rel (    26,   -23)  ->  Abs (   460,    61)
	 22: Rel (     0,   -19)  ->  Abs (   460,    42)
	 23: Rel (     0,   -18)  ->  Abs (   460,    24)
	 24: Rel (   -26,   -24)  ->  Abs (   434,     0)
	 25: Rel (   -30,     0)  ->  Abs (   404,     0)
	 26: Rel (  -268,     0)  ->  Abs (   136,     0)
	 27: Rel (   -30,     0)  ->  Abs (   106,     0)
	 28: Rel (   -26,    24)  ->  Abs (    80,    24)
	 29: Rel (     0,    18)  ->  Abs (    80,    42)
	 30: Rel (     0,    14)  ->  Abs (    80,    56)
	 31: Rel (    16,    22)  ->  Abs (    96,    78)
	 32: Rel (    20,     6)  ->  Abs (   116,    84)
	 33: Rel (    51,     0)  ->  Abs (   167,    84)
	 34: Rel (   394,   515)  ->  Abs (   561,   599)
	 35: Rel (  -376,   487)  ->  Abs (   185,  1086)
	 36: Rel (   -31,     0)  ->  Abs (   154,  1086)
	 37: Rel (   -30,     0)  ->  Abs (   124,  1086)
	 38: Rel (   -26,    23)  ->  Abs (    98,  1109)
	 39: Rel (     0,    19)  ->  Abs (    98,  1128)
	 40: Rel (     0,    19)  ->  Abs (    98,  1147)
	 41: Rel (    26,    23)  ->  Abs (   124,  1170)
	 42: Rel (    30,     0)  ->  Abs (   154,  1170)
	 43: Rel (   229,     0)  ->  Abs (   383,  1170)
	 44: Rel (    31,     0)  ->  Abs (   414,  1170)
	 45: Rel (    26,   -23)  ->  Abs (   440,  1147)
	 46: Rel (     0,   -19)  ->  Abs (   440,  1128)
	 47: Rel (     0,   -19)  ->  Abs (   440,  1109)
	 48: Rel (   -26,   -23)  ->  Abs (   414,  1086)
	 49: Rel (   -31,     0)  ->  Abs (   383,  1086)
	 50: Rel (   -94,     0)  ->  Abs (   289,  1086)
	 51: Rel (   324,  -419)  ->  Abs (   613,   667)
	 52: Rel (   322,   419)  ->  Abs (   935,  1086)
	 53: Rel (   -94,     0)  ->  Abs (   841,  1086)
	 54: Rel (   -31,     0)  ->  Abs (   810,  1086)
	 55: Rel (   -26,    23)  ->  Abs (   784,  1109)
	 56: Rel (     0,    19)  ->  Abs (   784,  1128)
	 57: Rel (     0,    19)  ->  Abs (   784,  1147)
	 58: Rel (    26,    23)  ->  Abs (   810,  1170)
	 59: Rel (    31,     0)  ->  Abs (   841,  1170)
	 60: Rel (   230,     0)  ->  Abs (  1071,  1170)
	 61: Rel (    30,     0)  ->  Abs (  1101,  1170)
	 62: Rel (    26,   -23)  ->  Abs (  1127,  1147)
	 63: Rel (     0,   -19)  ->  Abs (  1127,  1128)
	 64: Rel (     0,   -19)  ->  Abs (  1127,  1109)
	 65: Rel (   -26,   -23)  ->  Abs (  1101,  1086)
	 66: Rel (   -30,     0)  ->  Abs (  1071,  1086)
	 67: Rel (   -32,     0)  ->  Abs (  1039,  1086)

	Glyph  60: off = 0x000055B8, len = 556
	  numberOfContours:	1
	  xMin:			99
	  yMin:			0
	  xMax:			1128
	  yMax:			1170

	EndPoints
	---------
	  0:  50

	  Length of Instructions:	412
	00000: PUSHW[2]             34   -25 
	00005: PUSHB[4]             23    31    63    34 
	00010: PUSHW[1]            -25 
	00013: NPUSHB      (53):    19    25    63   182    34     1     9    35     9    50 
	                            25    35    25    50   105    35   105    50     6    90 
	                            18    94    22    95    29    90    33     4     8    33 
	                           100    34   148    34   165    34     4   247    33   248 
	                            35     2     6    33     9    35    21    33    25    35 
	                             4     9    15 
	00068: PUSHW[1]            676 
	00071: NPUSHB      (11):    12    53    16    12    12    15    16    29     9    26 
	                            32 
	00084: PUSHW[1]            676 
	00087: NPUSHB      (13):    29    43    33    29    29    32    33    29    26    33 
	                            34    43    49 
	00102: PUSHW[1]            676 
	00105: PUSHB[4]             16    46     1    46 
	00110: PUSHW[1]            706 
	00113: NPUSHB      (11):    50    46    46    49    50    29    43    50     0     8 
	                             2 
	00126: PUSHW[1]            676 
	00129: NPUSHB      (11):     5    53     1     5     5     2     1    29     8    25 
	                            19 
	00142: PUSHW[3]            676    22   706 
	00149: NPUSHB      (11):    18    22    22    19    18    29    25    18    17    42 
	                            36 
	00162: PUSHW[1]            676 
	00165: NPUSHB      (51):    39    43    35    39    39    36    35    29    42    35 
	                            34    34     1    16    34    17     0     3    25     9 
	                            50    35    19    49    38    43    36    38    43    42 
	                            32    38    42    26    33    18    18    19    38    26 
	                            25     2     9     8     8    35    38    80    50     1 
	                            50 
	00218: PUSHW[1]            703 
	00221: PUSHB[6]              0     0     1    38    17    16 
	00228: PUSHW[1]            703 
	00231: NPUSHB      (15):    33    38     0    18    79    18   143    18     3    18 
	                            25    51    58   107    24 
	00248: PUSHW[1]            300 
	00251: SCANCTRL   
	00252: CALL       
	00253: FLIPOFF    
	00254: SRP0       
	00255: MIRP[srp0,nmd,rd,0] 
	00256: DELTAP1    
	00257: FLIPON     
	00258: MIRP[nrp0,md,rd,1] 
	00259: MIRP[srp0,nmd,rd,0] 
	00260: ALIGNRP    
	00261: MIRP[srp0,md,rd,1] 
	00262: ALIGNRP    
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,0] 
	00265: DELTAP1    
	00266: MIRP[nrp0,md,rd,1] 
	00267: SVTCA[y-axis] 
	00268: MIAP[rd+ci] 
	00269: ALIGNRP    
	00270: MIAP[rd+ci] 
	00271: ALIGNRP    
	00272: MIRP[srp0,md,rd,1] 
	00273: ALIGNRP    
	00274: SRP0       
	00275: ALIGNRP    
	00276: SRP0       
	00277: ALIGNRP    
	00278: MIRP[nrp0,md,rd,1] 
	00279: SRP0       
	00280: ALIGNRP    
	00281: MIRP[nrp0,md,rd,1] 
	00282: SRP0       
	00283: MIRP[nrp0,md,rd,1] 
	00284: SRP0       
	00285: ALIGNRP    
	00286: ALIGNRP    
	00287: SRP1       
	00288: SRP2       
	00289: SLOOP      
	00290: IP         
	00291: SVTCA[x-axis] 
	00292: SRP1       
	00293: SRP2       
	00294: IP         
	00295: SVTCA[y-axis] 
	00296: SFVTL[=p1,p2] 
	00297: SRP0       
	00298: MIRP[srp0,md,rd,1] 
	00299: RTDG       
	00300: SRP2       
	00301: IP         
	00302: MDAP[rd]   
	00303: RTG        
	00304: SVTCA[x-axis] 
	00305: SRP0       
	00306: MIRP[srp0,nmd,rd,1] 
	00307: MIRP[srp0,nmd,rd,0] 
	00308: MDRP[nrp0,nmd,rd,0] 
	00309: SVTCA[y-axis] 
	00310: SFVTL[=p1,p2] 
	00311: SRP0       
	00312: MIRP[srp0,md,rd,1] 
	00313: RTDG       
	00314: SRP2       
	00315: IP         
	00316: MDAP[rd]   
	00317: RTG        
	00318: SVTCA[x-axis] 
	00319: SRP0       
	00320: MIRP[srp0,nmd,rd,1] 
	00321: MIRP[srp0,nmd,rd,0] 
	00322: MDRP[nrp0,nmd,rd,0] 
	00323: SVTCA[y-axis] 
	00324: SRP0       
	00325: MIRP[srp0,md,rd,1] 
	00326: RTDG       
	00327: SRP2       
	00328: IP         
	00329: MDAP[rd]   
	00330: RTG        
	00331: SVTCA[x-axis] 
	00332: SRP0       
	00333: MIRP[srp0,nmd,rd,1] 
	00334: MIRP[srp0,nmd,rd,0] 
	00335: MDRP[nrp0,nmd,rd,0] 
	00336: SVTCA[y-axis] 
	00337: SFVTL[=p1,p2] 
	00338: SRP0       
	00339: MIRP[srp0,md,rd,1] 
	00340: RTDG       
	00341: SRP2       
	00342: IP         
	00343: MDAP[rd]   
	00344: RTG        
	00345: SVTCA[x-axis] 
	00346: SRP0       
	00347: MIRP[srp0,nmd,rd,1] 
	00348: DELTAP1    
	00349: MIRP[srp0,nmd,rd,0] 
	00350: MDRP[nrp0,nmd,rd,0] 
	00351: SVTCA[y-axis] 
	00352: SFVTL[=p1,p2] 
	00353: SRP0       
	00354: MIRP[srp0,md,rd,1] 
	00355: RTDG       
	00356: SRP2       
	00357: IP         
	00358: MDAP[rd]   
	00359: RTG        
	00360: SVTCA[x-axis] 
	00361: SRP0       
	00362: MIRP[srp0,nmd,rd,1] 
	00363: MIRP[srp0,nmd,rd,0] 
	00364: MDRP[nrp0,nmd,rd,0] 
	00365: SVTCA[y-axis] 
	00366: SRP0       
	00367: MIRP[srp0,md,rd,1] 
	00368: RTDG       
	00369: SRP2       
	00370: IP         
	00371: MDAP[rd]   
	00372: RTG        
	00373: SVTCA[x-axis] 
	00374: SRP0       
	00375: MIRP[srp0,nmd,rd,1] 
	00376: MIRP[srp0,nmd,rd,0] 
	00377: MDRP[nrp0,nmd,rd,0] 
	00378: IUP[y]     
	00379: IUP[x]     
	00380: SVTCA[x-axis] 
	00381: DELTAP2    
	00382: DELTAP1    
	00383: SVTCA[y-axis] 
	00384: DELTAP2    
	00385: SVTCA[y-axis] 
	00386: MPPEM      
	00387: PUSHB[1]             25 
	00389: GTEQ       
	00390: MPPEM      
	00391: PUSHB[1]             37 
	00393: LTEQ       
	00394: AND        
	00395: IF         
	00396: PUSHB[4]              0    24    17    24 
	00401: SHPIX      
	00402: SHPIX      
	00403: EIF        
	00404: SVTCA[x-axis] 
	00405: DELTAP1    
	00406: DELTAP2    
	00407: SVTCA[y-axis] 
	00408: DELTAP2    
	00409: SVTCA[y-axis] 
	00410: CALL       
	00411: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:                                      On
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short On
	 34:                                      On
	 35:                                      On
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   659,   528)  ->  Abs (   659,   528)
	  1: Rel (     0,  -444)  ->  Abs (   659,    84)
	  2: Rel (   218,     0)  ->  Abs (   877,    84)
	  3: Rel (    30,     0)  ->  Abs (   907,    84)
	  4: Rel (    26,   -23)  ->  Abs (   933,    61)
	  5: Rel (     0,   -19)  ->  Abs (   933,    42)
	  6: Rel (     0,   -18)  ->  Abs (   933,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   907,     0)
	  8: Rel (   -30,     0)  ->  Abs (   877,     0)
	  9: Rel (  -521,     0)  ->  Abs (   356,     0)
	 10: Rel (   -30,     0)  ->  Abs (   326,     0)
	 11: Rel (   -26,    24)  ->  Abs (   300,    24)
	 12: Rel (     0,    18)  ->  Abs (   300,    42)
	 13: Rel (     0,    19)  ->  Abs (   300,    61)
	 14: Rel (    25,    23)  ->  Abs (   325,    84)
	 15: Rel (    31,     0)  ->  Abs (   356,    84)
	 16: Rel (   218,     0)  ->  Abs (   574,    84)
	 17: Rel (     0,   444)  ->  Abs (   574,   528)
	 18: Rel (  -369,   558)  ->  Abs (   205,  1086)
	 19: Rel (   -50,     0)  ->  Abs (   155,  1086)
	 20: Rel (   -30,     0)  ->  Abs (   125,  1086)
	 21: Rel (   -26,    23)  ->  Abs (    99,  1109)
	 22: Rel (     0,    19)  ->  Abs (    99,  1128)
	 23: Rel (     0,    19)  ->  Abs (    99,  1147)
	 24: Rel (    26,    23)  ->  Abs (   125,  1170)
	 25: Rel (    30,     0)  ->  Abs (   155,  1170)
	 26: Rel (   231,     0)  ->  Abs (   386,  1170)
	 27: Rel (    30,     0)  ->  Abs (   416,  1170)
	 28: Rel (    26,   -23)  ->  Abs (   442,  1147)
	 29: Rel (     0,   -19)  ->  Abs (   442,  1128)
	 30: Rel (     0,   -19)  ->  Abs (   442,  1109)
	 31: Rel (   -26,   -23)  ->  Abs (   416,  1086)
	 32: Rel (   -30,     0)  ->  Abs (   386,  1086)
	 33: Rel (   -83,     0)  ->  Abs (   303,  1086)
	 34: Rel (   314,  -473)  ->  Abs (   617,   613)
	 35: Rel (   307,   473)  ->  Abs (   924,  1086)
	 36: Rel (   -82,     0)  ->  Abs (   842,  1086)
	 37: Rel (   -31,     0)  ->  Abs (   811,  1086)
	 38: Rel (   -26,    23)  ->  Abs (   785,  1109)
	 39: Rel (     0,    19)  ->  Abs (   785,  1128)
	 40: Rel (     0,    19)  ->  Abs (   785,  1147)
	 41: Rel (    26,    23)  ->  Abs (   811,  1170)
	 42: Rel (    31,     0)  ->  Abs (   842,  1170)
	 43: Rel (   230,     0)  ->  Abs (  1072,  1170)
	 44: Rel (    30,     0)  ->  Abs (  1102,  1170)
	 45: Rel (    26,   -23)  ->  Abs (  1128,  1147)
	 46: Rel (     0,   -19)  ->  Abs (  1128,  1128)
	 47: Rel (     0,   -19)  ->  Abs (  1128,  1109)
	 48: Rel (   -26,   -23)  ->  Abs (  1102,  1086)
	 49: Rel (   -30,     0)  ->  Abs (  1072,  1086)
	 50: Rel (   -50,     0)  ->  Abs (  1022,  1086)

	Glyph  61: off = 0x000057E4, len = 370
	  numberOfContours:	1
	  xMin:			213
	  yMin:			0
	  xMax:			1022
	  yMax:			1170

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	287
	00000: NPUSHB      (57):   121     3     1    18    97     9    97    21    96    22 
	                           112    10   113    11   112    22     6   184     3   232 
	                             2   232    15     3     8     2    15     3     8    15 
	                            31     3    23    15    40     2    47     3    56     2 
	                            63     3    79     3   127     3   119    15   118    16 
	                           137     2   136     3    15    12     6 
	00059: PUSHW[1]            676 
	00062: NPUSHB      (11):     9    86     5     9     9     6     5    29    12    25 
	                            19 
	00075: PUSHW[1]            676 
	00078: NPUSHB      (42):    22    54    18    22    22    19    18    29    25    16 
	                            15     2     3    17     4     5    30    14    13     2 
	                            18    17    30     0     1     8    15    64    32    53 
	                            15    64    29    53    15    64    25    28    52    15 
	                            38     4 
	00122: PUSHW[1]            634 
	00125: NPUSHB      (35):    25    15     0    79     0    95     0   111     0     4 
	                             0    26    27    17    38    12    65    32     1     1 
	                            79     1   111     1   127     1   240     1     4     1 
	                            25    26    58   107    24 
	00162: CALL       
	00163: FLIPOFF    
	00164: SRP0       
	00165: MIRP[srp0,nmd,rd,0] 
	00166: DELTAP1    
	00167: DELTAP2    
	00168: FLIPON     
	00169: MIRP[nrp0,nmd,rd,0] 
	00170: MIRP[nrp0,md,rd,1] 
	00171: FLIPOFF    
	00172: SRP0       
	00173: MIRP[srp0,nmd,rd,2] 
	00174: DELTAP1    
	00175: ALIGNRP    
	00176: FLIPON     
	00177: MIRP[srp0,md,rd,1] 
	00178: MIRP[nrp0,md,rd,1] 
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: SVTCA[y-axis] 
	00183: MIAP[rd+ci] 
	00184: ALIGNRP    
	00185: MIRP[srp0,md,rd,1] 
	00186: ALIGNRP    
	00187: MIAP[rd+ci] 
	00188: ALIGNRP    
	00189: MIRP[srp0,md,rd,1] 
	00190: ALIGNRP    
	00191: SRP1       
	00192: SLOOP      
	00193: IP         
	00194: SVTCA[x-axis] 
	00195: SRP0       
	00196: MIRP[srp0,md,rd,1] 
	00197: RTDG       
	00198: SRP2       
	00199: IP         
	00200: MDAP[rd]   
	00201: RTG        
	00202: SVTCA[y-axis] 
	00203: SRP0       
	00204: MIRP[srp0,nmd,rd,1] 
	00205: MIRP[srp0,nmd,rd,0] 
	00206: MDRP[nrp0,nmd,rd,0] 
	00207: SVTCA[x-axis] 
	00208: SRP0       
	00209: MIRP[srp0,md,rd,1] 
	00210: RTDG       
	00211: SRP2       
	00212: IP         
	00213: MDAP[rd]   
	00214: RTG        
	00215: SVTCA[y-axis] 
	00216: SRP0       
	00217: MIRP[srp0,nmd,rd,1] 
	00218: MIRP[srp0,nmd,rd,0] 
	00219: MDRP[nrp0,nmd,rd,0] 
	00220: IUP[y]     
	00221: IUP[x]     
	00222: SVTCA[x-axis] 
	00223: MPPEM      
	00224: PUSHB[1]             21 
	00226: GTEQ       
	00227: MPPEM      
	00228: PUSHB[1]             36 
	00230: LTEQ       
	00231: AND        
	00232: IF         
	00233: PUSHW[2]             15   -14 
	00238: PUSHB[2]              2    14 
	00241: SHPIX      
	00242: SHPIX      
	00243: EIF        
	00244: SVTCA[x-axis] 
	00245: DELTAP2    
	00246: DELTAP1    
	00247: SVTCA[y-axis] 
	00248: DELTAP1    
	00249: SVTCA[x-axis] 
	00250: RS         
	00251: NOT        
	00252: IF         
	00253: PUSHB[6]              3    20    25    15    63    16 
	00260: PUSHW[1]            -30 
	00263: PUSHB[4]             25    15    63    16 
	00268: PUSHW[1]            -30 
	00271: PUSHB[8]             23    14    63     2     3    15    31    60 
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: EIF        
	00285: SVTCA[x-axis] 
	00286: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:                                      On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:        XDual                         On
	 14:  YDual                               On
	 15:        XDual         Y-Short         On
	 16:                                      On
	 17:        XDual         Y-Short         On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1022,     0)  ->  Abs (  1022,     0)
	  1: Rel (  -809,     0)  ->  Abs (   213,     0)
	  2: Rel (     0,   122)  ->  Abs (   213,   122)
	  3: Rel (   682,   957)  ->  Abs (   895,  1079)
	  4: Rel (     0,     7)  ->  Abs (   895,  1086)
	  5: Rel (  -559,     0)  ->  Abs (   336,  1086)
	  6: Rel (     0,  -247)  ->  Abs (   336,   839)
	  7: Rel (     0,   -31)  ->  Abs (   336,   808)
	  8: Rel (   -24,   -26)  ->  Abs (   312,   782)
	  9: Rel (   -19,     0)  ->  Abs (   293,   782)
	 10: Rel (   -18,     0)  ->  Abs (   275,   782)
	 11: Rel (   -24,    26)  ->  Abs (   251,   808)
	 12: Rel (     0,    31)  ->  Abs (   251,   839)
	 13: Rel (     0,   331)  ->  Abs (   251,  1170)
	 14: Rel (   725,     0)  ->  Abs (   976,  1170)
	 15: Rel (     0,  -119)  ->  Abs (   976,  1051)
	 16: Rel (  -682,  -958)  ->  Abs (   294,    93)
	 17: Rel (     0,    -9)  ->  Abs (   294,    84)
	 18: Rel (   644,     0)  ->  Abs (   938,    84)
	 19: Rel (     0,   293)  ->  Abs (   938,   377)
	 20: Rel (     0,    31)  ->  Abs (   938,   408)
	 21: Rel (    23,    26)  ->  Abs (   961,   434)
	 22: Rel (    19,     0)  ->  Abs (   980,   434)
	 23: Rel (    19,     0)  ->  Abs (   999,   434)
	 24: Rel (    23,   -26)  ->  Abs (  1022,   408)
	 25: Rel (     0,   -31)  ->  Abs (  1022,   377)

	Glyph  62: off = 0x00005956, len = 130
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-259
	  xMax:			344
	  yMax:			1255

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	70
	00000: NPUSHB      (38):    17    11    14   242     0     0    50    11     2     8 
	                             5   242     1     1    50     8    11    10    16     8 
	                            18     0     1    36     9    16    10    48    10    80 
	                            10     3    10    25    18   101   169    24 
	00040: CALL       
	00041: FLIPOFF    
	00042: SRP0       
	00043: MIRP[srp0,nmd,rd,0] 
	00044: DELTAP1    
	00045: ALIGNRP    
	00046: FLIPON     
	00047: MIRP[srp0,md,rd,1] 
	00048: ALIGNRP    
	00049: SVTCA[y-axis] 
	00050: MIAP[rd+ci] 
	00051: MIAP[rd+ci] 
	00052: ALIGNRP    
	00053: SRP0       
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[x-axis] 
	00056: SRP0       
	00057: MIRP[srp0,nmd,rd,1] 
	00058: MDRP[srp0,nmd,rd,0] 
	00059: ALIGNRP    
	00060: SVTCA[y-axis] 
	00061: SRP0       
	00062: MIRP[nrp0,md,rd,1] 
	00063: SVTCA[x-axis] 
	00064: SRP0       
	00065: MIRP[srp0,nmd,rd,1] 
	00066: MDRP[srp0,nmd,rd,0] 
	00067: ALIGNRP    
	00068: IUP[y]     
	00069: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (    84,  1170)  ->  Abs (    84,  1170)
	  1: Rel (     0, -1345)  ->  Abs (    84,  -175)
	  2: Rel (   204,     0)  ->  Abs (   288,  -175)
	  3: Rel (    30,     0)  ->  Abs (   318,  -175)
	  4: Rel (    26,   -23)  ->  Abs (   344,  -198)
	  5: Rel (     0,   -19)  ->  Abs (   344,  -217)
	  6: Rel (     0,   -19)  ->  Abs (   344,  -236)
	  7: Rel (   -26,   -23)  ->  Abs (   318,  -259)
	  8: Rel (   -30,     0)  ->  Abs (   288,  -259)
	  9: Rel (  -288,     0)  ->  Abs (     0,  -259)
	 10: Rel (     0,  1514)  ->  Abs (     0,  1255)
	 11: Rel (   288,     0)  ->  Abs (   288,  1255)
	 12: Rel (    30,     0)  ->  Abs (   318,  1255)
	 13: Rel (    26,   -24)  ->  Abs (   344,  1231)
	 14: Rel (     0,   -19)  ->  Abs (   344,  1212)
	 15: Rel (     0,   -18)  ->  Abs (   344,  1194)
	 16: Rel (   -26,   -24)  ->  Abs (   318,  1170)
	 17: Rel (   -30,     0)  ->  Abs (   288,  1170)

	Glyph  63: off = 0x000059D8, len = 136
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-175
	  xMax:			772
	  yMax:			1383

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	76
	00000: PUSHB[6]              9    40    11    25    52     1 
	00007: PUSHW[1]            -40 
	00010: NPUSHB      (13):    11    25    52     9     9    25     9   110     1   105 
	                             8     4    14 
	00025: PUSHW[1]            456 
	00028: PUSHB[5]              6    77     1    91     8 
	00034: PUSHW[1]            434 
	00037: NPUSHB      (12):     0    91     9   189    47    14     1    14   215    16 
	                             6   199 
	00051: PUSHW[2]            459    24 
	00056: CALL       
	00057: SVTCA[y-axis] 
	00058: MDAP[rd]   
	00059: SVTCA[x-axis] 
	00060: SRP0       
	00061: MIRP[srp0,nmd,rd,0] 
	00062: DELTAP1    
	00063: MIRP[srp0,md,rd,1] 
	00064: MIRP[nrp0,md,rd,1] 
	00065: MIRP[srp0,nmd,rd,0] 
	00066: MIRP[nrp0,md,rd,1] 
	00067: MIRP[srp0,md,rd,1] 
	00068: SVTCA[y-axis] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: IUP[y]     
	00071: IUP[x]     
	00072: SVTCA[x-axis] 
	00073: DELTAP1    
	00074: CALL       
	00075: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                                      On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                                      On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (    87,  1346)  ->  Abs (    87,  1346)
	  1: Rel (   675, -1448)  ->  Abs (   762,  -102)
	  2: Rel (    10,   -22)  ->  Abs (   772,  -124)
	  3: Rel (     0,   -10)  ->  Abs (   772,  -134)
	  4: Rel (     0,   -16)  ->  Abs (   772,  -150)
	  5: Rel (   -25,   -25)  ->  Abs (   747,  -175)
	  6: Rel (   -17,     0)  ->  Abs (   730,  -175)
	  7: Rel (   -28,     0)  ->  Abs (   702,  -175)
	  8: Rel (   -17,    37)  ->  Abs (   685,  -138)
	  9: Rel (  -675,  1449)  ->  Abs (    10,  1311)
	 10: Rel (   -10,    21)  ->  Abs (     0,  1332)
	 11: Rel (     0,    11)  ->  Abs (     0,  1343)
	 12: Rel (     0,    16)  ->  Abs (     0,  1359)
	 13: Rel (    25,    24)  ->  Abs (    25,  1383)
	 14: Rel (    17,     0)  ->  Abs (    42,  1383)
	 15: Rel (    27,     0)  ->  Abs (    69,  1383)

	Glyph  64: off = 0x00005A60, len = 122
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-259
	  xMax:			344
	  yMax:			1255

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	62
	00000: NPUSHB      (32):    17    11    14   242     0     0    50    11     2     8 
	                             5   242     1     1    50     8    16    11    18     9 
	                            10    36     1    63     0     1     0    25    18   101 
	                           169    24 
	00034: CALL       
	00035: FLIPOFF    
	00036: SRP0       
	00037: MIRP[srp0,md,rd,0] 
	00038: DELTAP1    
	00039: ALIGNRP    
	00040: FLIPON     
	00041: MIRP[srp0,md,rd,1] 
	00042: ALIGNRP    
	00043: SVTCA[y-axis] 
	00044: MIAP[rd+ci] 
	00045: MIAP[rd+ci] 
	00046: MIRP[nrp0,md,rd,1] 
	00047: SVTCA[x-axis] 
	00048: SRP0       
	00049: MIRP[srp0,nmd,rd,1] 
	00050: MDRP[srp0,nmd,rd,0] 
	00051: ALIGNRP    
	00052: SVTCA[y-axis] 
	00053: SRP0       
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[x-axis] 
	00056: SRP0       
	00057: MIRP[srp0,nmd,rd,1] 
	00058: MDRP[srp0,nmd,rd,0] 
	00059: ALIGNRP    
	00060: IUP[y]     
	00061: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   259,  -175)  ->  Abs (   259,  -175)
	  1: Rel (     0,  1345)  ->  Abs (   259,  1170)
	  2: Rel (  -203,     0)  ->  Abs (    56,  1170)
	  3: Rel (   -30,     0)  ->  Abs (    26,  1170)
	  4: Rel (   -26,    24)  ->  Abs (     0,  1194)
	  5: Rel (     0,    18)  ->  Abs (     0,  1212)
	  6: Rel (     0,    19)  ->  Abs (     0,  1231)
	  7: Rel (    26,    24)  ->  Abs (    26,  1255)
	  8: Rel (    30,     0)  ->  Abs (    56,  1255)
	  9: Rel (   288,     0)  ->  Abs (   344,  1255)
	 10: Rel (     0, -1514)  ->  Abs (   344,  -259)
	 11: Rel (  -288,     0)  ->  Abs (    56,  -259)
	 12: Rel (   -30,     0)  ->  Abs (    26,  -259)
	 13: Rel (   -26,    23)  ->  Abs (     0,  -236)
	 14: Rel (     0,    19)  ->  Abs (     0,  -217)
	 15: Rel (     0,    18)  ->  Abs (     0,  -199)
	 16: Rel (    26,    24)  ->  Abs (    26,  -175)
	 17: Rel (    30,     0)  ->  Abs (    56,  -175)

	Glyph  65: off = 0x00005ADA, len = 200
	  numberOfContours:	1
	  xMin:			228
	  yMin:			736
	  xMax:			1001
	  yMax:			1279

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	131
	00000: NPUSHB      (51):   104     8   120     8   136     8     3     9    11     9 
	                             7    11    91    16     0    20    16    16     0     9 
	                             7     9    11     7    91     2     0    20     2     2 
	                             0    16     0     9    11     7     2     6     3    15 
	                            16    11     7     2     4    12     9   193     0    64 
	                             6 
	00053: PUSHW[3]            771    12   281 
	00060: NPUSHB      (21):    32     0   176     3     1    63     3   111     3   143 
	                             3     3     3    26    19    15    25    18   199   188 
	                            24 
	00083: CALL       
	00084: FLIPOFF    
	00085: SRP0       
	00086: MIRP[nrp0,nmd,rd,0] 
	00087: SRP0       
	00088: MIRP[nrp0,nmd,rd,2] 
	00089: DELTAP1    
	00090: DELTAP2    
	00091: SVTCA[y-axis] 
	00092: RTHG       
	00093: MDAP[rd]   
	00094: SMD        
	00095: FLIPON     
	00096: MIRP[srp0,md,rd,1] 
	00097: RTG        
	00098: MIRP[nrp0,nmd,rd,0] 
	00099: SMD        
	00100: SRP0       
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP1       
	00103: SLOOP      
	00104: IP         
	00105: SVTCA[x-axis] 
	00106: SRP1       
	00107: SRP2       
	00108: SLOOP      
	00109: IP         
	00110: SDPVTL[1]  
	00111: SFVTPV     
	00112: MDAP[nrd]  
	00113: CALL       
	00114: SFVTL[=p1,p2] 
	00115: RDTG       
	00116: SRP0       
	00117: MDRP[nrp0,nmd,rd,0] 
	00118: SDPVTL[1]  
	00119: SFVTPV     
	00120: MDAP[nrd]  
	00121: RTG        
	00122: CALL       
	00123: SFVTL[=p1,p2] 
	00124: RDTG       
	00125: SRP0       
	00126: MDRP[nrp0,nmd,rd,0] 
	00127: IUP[y]     
	00128: IUP[x]     
	00129: SVTCA[x-axis] 
	00130: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                                      On
	 10:                                      On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   614,  1279)  ->  Abs (   614,  1279)
	  1: Rel (   369,  -463)  ->  Abs (   983,   816)
	  2: Rel (    18,   -23)  ->  Abs (  1001,   793)
	  3: Rel (     0,   -14)  ->  Abs (  1001,   779)
	  4: Rel (     0,   -18)  ->  Abs (  1001,   761)
	  5: Rel (   -25,   -24)  ->  Abs (   976,   737)
	  6: Rel (   -18,     0)  ->  Abs (   958,   737)
	  7: Rel (   -20,     0)  ->  Abs (   938,   737)
	  8: Rel (   -22,    26)  ->  Abs (   916,   763)
	  9: Rel (  -302,   384)  ->  Abs (   614,  1147)
	 10: Rel (  -302,  -384)  ->  Abs (   312,   763)
	 11: Rel (   -21,   -27)  ->  Abs (   291,   736)
	 12: Rel (   -20,     0)  ->  Abs (   271,   736)
	 13: Rel (   -18,     0)  ->  Abs (   253,   736)
	 14: Rel (   -25,    25)  ->  Abs (   228,   761)
	 15: Rel (     0,    18)  ->  Abs (   228,   779)
	 16: Rel (     0,    14)  ->  Abs (   228,   793)
	 17: Rel (    18,    23)  ->  Abs (   246,   816)

	Glyph  66: off = 0x00005BA2, len = 64
	  numberOfContours:	1
	  xMin:			77
	  yMin:			-561
	  xMax:			1306
	  yMax:			-477

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	13
	00000: PUSHB[5]              7    91     1    11     4 
	00006: MDAP[rd]   
	00007: MDAP[rd]   
	00008: SVTCA[y-axis] 
	00009: MDAP[rd]   
	00010: MIRP[nrp0,md,rd,1] 
	00011: IUP[y]     
	00012: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1250,  -561)  ->  Abs (  1250,  -561)
	  1: Rel ( -1117,     0)  ->  Abs (   133,  -561)
	  2: Rel (   -30,     0)  ->  Abs (   103,  -561)
	  3: Rel (   -26,    23)  ->  Abs (    77,  -538)
	  4: Rel (     0,    19)  ->  Abs (    77,  -519)
	  5: Rel (     0,    19)  ->  Abs (    77,  -500)
	  6: Rel (    26,    23)  ->  Abs (   103,  -477)
	  7: Rel (    30,     0)  ->  Abs (   133,  -477)
	  8: Rel (  1117,     0)  ->  Abs (  1250,  -477)
	  9: Rel (    31,     0)  ->  Abs (  1281,  -477)
	 10: Rel (    25,   -23)  ->  Abs (  1306,  -500)
	 11: Rel (     0,   -19)  ->  Abs (  1306,  -519)
	 12: Rel (     0,   -19)  ->  Abs (  1306,  -538)
	 13: Rel (   -25,   -23)  ->  Abs (  1281,  -561)

	Glyph  67: off = 0x00005BE2, len = 92
	  numberOfContours:	1
	  xMin:			444
	  yMin:			1021
	  xMax:			786
	  yMax:			1329

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	33
	00000: NPUSHB      (12):     0     7    16     7    96     7   112     7   128     7 
	                             5     7 
	00014: PUSHW[5]            498    15     4   503    12 
	00025: MDAP[rd]   
	00026: MIRP[nrp0,md,rd,1] 
	00027: SVTCA[y-axis] 
	00028: MDAP[rd]   
	00029: MIRP[nrp0,md,rd,1] 
	00030: DELTAP1    
	00031: IUP[y]     
	00032: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   525,  1309)  ->  Abs (   525,  1309)
	  1: Rel (   236,  -204)  ->  Abs (   761,  1105)
	  2: Rel (    22,   -25)  ->  Abs (   783,  1080)
	  3: Rel (     3,    -5)  ->  Abs (   786,  1075)
	  4: Rel (     0,   -11)  ->  Abs (   786,  1064)
	  5: Rel (     0,   -18)  ->  Abs (   786,  1046)
	  6: Rel (   -25,   -25)  ->  Abs (   761,  1021)
	  7: Rel (   -18,     0)  ->  Abs (   743,  1021)
	  8: Rel (   -15,     0)  ->  Abs (   728,  1021)
	  9: Rel (   -23,    20)  ->  Abs (   705,  1041)
	 10: Rel (  -236,   204)  ->  Abs (   469,  1245)
	 11: Rel (   -25,    22)  ->  Abs (   444,  1267)
	 12: Rel (     0,    19)  ->  Abs (   444,  1286)
	 13: Rel (     0,    18)  ->  Abs (   444,  1304)
	 14: Rel (    25,    25)  ->  Abs (   469,  1329)
	 15: Rel (    18,     0)  ->  Abs (   487,  1329)
	 16: Rel (    15,     0)  ->  Abs (   502,  1329)

	Glyph  68: off = 0x00005C3E, len = 508
	  numberOfContours:	2
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			896

	EndPoints
	---------
	  0:  40
	  1:  54

	  Length of Instructions:	354
	00000: NPUSHB      (81):   170     7   164    31   170    46     3    38     7    37 
	                            31    59     4   116    19   119    26   118    27   128 
	                            20   133    26   146    20   149    26   171     7   160 
	                            20   164    26   174    47   181     7   188    14   177 
	                            20   180    26   185    30   203    14   244    49    21 
	                            10     1    25     1    42     1     3   154    17   148 
	                            26     2   123    46   138    46   155    46   170    14 
	                           171    46   197    49   213    49   229    49     8    40 
	                            34 
	00083: PUSHW[1]            686 
	00086: NPUSHB      (26):    37    47    33    37    37    34    33    34    40    18 
	                            29    19    23    41    54    33     0    54    41     1 
	                             3    51    12     9    44    54 
	00114: PUSHW[1]            480 
	00117: NPUSHB      (90):     1   136    40     0    10    51    33     3    11     9 
	                            33     0    44    16    44   112    44     3    44    41 
	                            59    12    12    40    20   156    16    33    29     7 
	                            51    33     3    11    13     0    32    32    33    64 
	                            13    22    63    15    33     1    47    33    63    33 
	                            79    33    95    33   159    33   175    33   191    33 
	                           223    33     8    33    26    56    23   143    48    33 
	                             6    64    13    22    63   111     6   159     6   191 
	                             6   223     6     4     6    25    55    42   187    24 
	00209: PUSHW[1]            300 
	00212: SCANCTRL   
	00213: CALL       
	00214: FLIPOFF    
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,0] 
	00217: DELTAP1    
	00218: SVTCA[x-axis] 
	00219: CALL       
	00220: FLIPON     
	00221: MIRP[srp0,md,rd,1] 
	00222: MIRP[nrp0,nmd,rd,2] 
	00223: FLIPOFF    
	00224: SRP0       
	00225: MIRP[srp0,nmd,rd,2] 
	00226: DELTAP1    
	00227: DELTAP2    
	00228: SVTCA[x-axis] 
	00229: CALL       
	00230: ALIGNRP    
	00231: FLIPON     
	00232: MIRP[srp0,md,rd,1] 
	00233: ALIGNRP    
	00234: SVTCA[y-axis] 
	00235: MIAP[rd+ci] 
	00236: MIRP[nrp0,md,rd,1] 
	00237: MIAP[rd+ci] 
	00238: MIRP[nrp0,md,rd,1] 
	00239: MIRP[nrp0,md,rd,1] 
	00240: SRP2       
	00241: IP         
	00242: MDAP[rd]   
	00243: MIRP[nrp0,md,rd,1] 
	00244: MDAP[rd]   
	00245: DELTAP1    
	00246: MIRP[nrp0,md,rd,1] 
	00247: MIAP[rd+ci] 
	00248: MIRP[nrp0,md,rd,1] 
	00249: MIAP[rd+ci] 
	00250: ALIGNRP    
	00251: MIRP[srp0,nmd,rd,0] 
	00252: MIRP[nrp0,md,rd,1] 
	00253: SRP1       
	00254: SRP2       
	00255: IP         
	00256: SRP2       
	00257: SLOOP      
	00258: IP         
	00259: SVTCA[x-axis] 
	00260: SRP1       
	00261: SRP2       
	00262: IP         
	00263: IP         
	00264: SRP2       
	00265: IP         
	00266: SRP1       
	00267: IP         
	00268: SVTCA[y-axis] 
	00269: SRP0       
	00270: MIRP[srp0,md,rd,1] 
	00271: RTDG       
	00272: SRP2       
	00273: IP         
	00274: MDAP[rd]   
	00275: RTG        
	00276: SVTCA[x-axis] 
	00277: SRP0       
	00278: MIRP[srp0,nmd,rd,1] 
	00279: MIRP[srp0,nmd,rd,0] 
	00280: MDRP[nrp0,nmd,rd,0] 
	00281: IUP[y]     
	00282: IUP[x]     
	00283: SVTCA[y-axis] 
	00284: MPPEM      
	00285: PUSHB[1]             25 
	00287: GTEQ       
	00288: MPPEM      
	00289: PUSHB[1]             36 
	00291: LTEQ       
	00292: AND        
	00293: IF         
	00294: PUSHW[8]              7    -8    52   -16    53   -16    25   -12 
	00311: PUSHB[4]             18     8    46     8 
	00316: SHPIX      
	00317: SHPIX      
	00318: SHPIX      
	00319: SHPIX      
	00320: SHPIX      
	00321: SHPIX      
	00322: EIF        
	00323: SVTCA[y-axis] 
	00324: DELTAP1    
	00325: DELTAP2    
	00326: SVTCA[y-axis] 
	00327: MPPEM      
	00328: PUSHB[1]             11 
	00330: GTEQ       
	00331: MPPEM      
	00332: PUSHB[1]             20 
	00334: LTEQ       
	00335: AND        
	00336: IF         
	00337: PUSHW[4]             30   -16    19   -64 
	00346: SHPIX      
	00347: SHPIX      
	00348: EIF        
	00349: SVTCA[y-axis] 
	00350: DELTAP2    
	00351: DELTAP1    
	00352: SVTCA[x-axis] 
	00353: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual XDual         Y-Short         On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual                         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:                              X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:                      Y-Short X-Short On
	 47:                      Y-Short X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:        XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   856,     0)  ->  Abs (   856,     0)
	  1: Rel (     0,   121)  ->  Abs (   856,   121)
	  2: Rel (  -183,  -154)  ->  Abs (   673,   -33)
	  3: Rel (  -208,     0)  ->  Abs (   465,   -33)
	  4: Rel (  -151,     0)  ->  Abs (   314,   -33)
	  5: Rel (  -170,   153)  ->  Abs (   144,   120)
	  6: Rel (     0,   111)  ->  Abs (   144,   231)
	  7: Rel (     0,   122)  ->  Abs (   144,   353)
	  8: Rel (   224,   182)  ->  Abs (   368,   535)
	  9: Rel (   215,     0)  ->  Abs (   583,   535)
	 10: Rel (    58,     0)  ->  Abs (   641,   535)
	 11: Rel (   136,   -15)  ->  Abs (   777,   520)
	 12: Rel (    79,   -16)  ->  Abs (   856,   504)
	 13: Rel (     0,   136)  ->  Abs (   856,   640)
	 14: Rel (     0,    69)  ->  Abs (   856,   709)
	 15: Rel (  -128,   102)  ->  Abs (   728,   811)
	 16: Rel (  -128,     0)  ->  Abs (   600,   811)
	 17: Rel (   -98,     0)  ->  Abs (   502,   811)
	 18: Rel (  -177,   -57)  ->  Abs (   325,   754)
	 19: Rel (   -32,   -10)  ->  Abs (   293,   744)
	 20: Rel (    -9,     0)  ->  Abs (   284,   744)
	 21: Rel (   -16,     0)  ->  Abs (   268,   744)
	 22: Rel (   -23,    24)  ->  Abs (   245,   768)
	 23: Rel (     0,    18)  ->  Abs (   245,   786)
	 24: Rel (     0,    17)  ->  Abs (   245,   803)
	 25: Rel (    10,    10)  ->  Abs (   255,   813)
	 26: Rel (    14,    15)  ->  Abs (   269,   828)
	 27: Rel (    99,    26)  ->  Abs (   368,   854)
	 28: Rel (   156,    42)  ->  Abs (   524,   896)
	 29: Rel (    80,     0)  ->  Abs (   604,   896)
	 30: Rel (   159,     0)  ->  Abs (   763,   896)
	 31: Rel (   178,  -157)  ->  Abs (   941,   739)
	 32: Rel (     0,   -99)  ->  Abs (   941,   640)
	 33: Rel (     0,  -556)  ->  Abs (   941,    84)
	 34: Rel (   112,     0)  ->  Abs (  1053,    84)
	 35: Rel (    31,     0)  ->  Abs (  1084,    84)
	 36: Rel (    26,   -23)  ->  Abs (  1110,    61)
	 37: Rel (     0,   -19)  ->  Abs (  1110,    42)
	 38: Rel (     0,   -18)  ->  Abs (  1110,    24)
	 39: Rel (   -26,   -24)  ->  Abs (  1084,     0)
	 40: Rel (   -31,     0)  ->  Abs (  1053,     0)
	 41: Rel (  -197,   418)  ->  Abs (   856,   418)
	 42: Rel (   -59,    17)  ->  Abs (   797,   435)
	 43: Rel (  -132,    16)  ->  Abs (   665,   451)
	 44: Rel (   -73,     0)  ->  Abs (   592,   451)
	 45: Rel (  -183,     0)  ->  Abs (   409,   451)
	 46: Rel (  -103,   -79)  ->  Abs (   306,   372)
	 47: Rel (   -78,   -59)  ->  Abs (   228,   313)
	 48: Rel (     0,   -82)  ->  Abs (   228,   231)
	 49: Rel (     0,   -76)  ->  Abs (   228,   155)
	 50: Rel (   119,  -104)  ->  Abs (   347,    51)
	 51: Rel (   114,     0)  ->  Abs (   461,    51)
	 52: Rel (   109,     0)  ->  Abs (   570,    51)
	 53: Rel (   187,    87)  ->  Abs (   757,   138)
	 54: Rel (    99,    95)  ->  Abs (   856,   233)

	Glyph  69: off = 0x00005E3A, len = 414
	  numberOfContours:	2
	  xMin:			45
	  yMin:			-33
	  xMax:			1111
	  yMax:			1255

	EndPoints
	---------
	  0:  28
	  1:  40

	  Length of Instructions:	292
	00000: PUSHB[2]             13    19 
	00003: PUSHW[1]            686 
	00006: NPUSHB      (11):    16    47    20    16    16    19    20    34    13    28 
	                            22 
	00019: PUSHW[1]            686 
	00022: NPUSHB      (19):    25    47    21    25    25    22    21    34    28    30 
	                             7     3     1    11    32    38    12    93    11 
	00043: PUSHW[1]            355 
	00046: PUSHB[6]             38    33     9    32    33     1 
	00053: PUSHW[1]            355 
	00056: NPUSHB      (42):     3    28     0     0     3     7     9    11    29    33 
	                            15     6   223     6     2     6    26    42    35    84 
	                             0    12    32    21    20    64    15     9    63    15 
	                            20   111    20   223    20     3    20    25    41    94 
	                           142    24 
	00100: PUSHW[1]            300 
	00103: SCANCTRL   
	00104: CALL       
	00105: FLIPOFF    
	00106: SRP0       
	00107: MIRP[srp0,nmd,rd,0] 
	00108: DELTAP1    
	00109: SVTCA[x-axis] 
	00110: CALL       
	00111: ALIGNRP    
	00112: FLIPON     
	00113: MIRP[srp0,md,rd,1] 
	00114: ALIGNRP    
	00115: MIRP[nrp0,nmd,rd,0] 
	00116: FLIPOFF    
	00117: SRP0       
	00118: MIRP[srp0,nmd,rd,2] 
	00119: DELTAP1    
	00120: FLIPON     
	00121: MIRP[nrp0,md,rd,1] 
	00122: SVTCA[y-axis] 
	00123: MIAP[rd+ci] 
	00124: MIAP[rd+ci] 
	00125: MIAP[rd+ci] 
	00126: ALIGNRP    
	00127: RTHG       
	00128: SRP0       
	00129: MIRP[nrp0,nmd,rd,0] 
	00130: RTG        
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP0       
	00133: MIRP[nrp0,md,rd,1] 
	00134: RTHG       
	00135: MIRP[nrp0,nmd,rd,0] 
	00136: RTG        
	00137: MIRP[nrp0,nmd,rd,0] 
	00138: SRP1       
	00139: SRP2       
	00140: IP         
	00141: IP         
	00142: SRP1       
	00143: SRP2       
	00144: IP         
	00145: SRP0       
	00146: MIRP[srp0,md,rd,1] 
	00147: RTDG       
	00148: SRP2       
	00149: IP         
	00150: MDAP[rd]   
	00151: RTG        
	00152: SVTCA[x-axis] 
	00153: SRP0       
	00154: MIRP[srp0,nmd,rd,1] 
	00155: MIRP[srp0,nmd,rd,0] 
	00156: MDRP[nrp0,nmd,rd,0] 
	00157: SVTCA[y-axis] 
	00158: SRP0       
	00159: MIRP[srp0,md,rd,1] 
	00160: RTDG       
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: RTG        
	00165: SVTCA[x-axis] 
	00166: SRP0       
	00167: MIRP[srp0,nmd,rd,1] 
	00168: MIRP[srp0,nmd,rd,0] 
	00169: MDRP[nrp0,nmd,rd,0] 
	00170: IUP[y]     
	00171: IUP[x]     
	00172: SVTCA[y-axis] 
	00173: MPPEM      
	00174: PUSHB[1]             12 
	00176: GTEQ       
	00177: MPPEM      
	00178: PUSHB[1]             36 
	00180: LTEQ       
	00181: AND        
	00182: IF         
	00183: NPUSHB      (84):   106     9     1    48    11    48    36    71    40    86 
	                            40   100    40   169    34   165    36   183     1   185 
	                            11   188    30   182    39   196     5   203     8   212 
	                             4   220     8   228     5   234     8    17    22     4 
	                            49     1    50     5    61    11    67     1    79    11 
	                            73    30    86     1    85     5    93     7    93    11 
	                           100     1   102     5   108    11   117     2   123    10 
	                           123    30   121    31   137    30   186    31   189    34 
	                           181    37    22     1 
	00269: PUSHW[1]            -16 
	00272: PUSHB[3]             11    16    40 
	00276: PUSHW[1]            -22 
	00279: PUSHB[2]             30    22 
	00282: SHPIX      
	00283: SHPIX      
	00284: SHPIX      
	00285: SHPIX      
	00286: SVTCA[y-axis] 
	00287: DELTAP2    
	00288: DELTAP1    
	00289: SVTCA[x-axis] 
	00290: DELTAP2    
	00291: EIF        

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:                                      Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:        XDual         Y-Short         On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short On
	 21:        XDual                         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:                                      On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   298,  1255)  ->  Abs (   298,  1255)
	  1: Rel (     0,  -557)  ->  Abs (   298,   698)
	  2: Rel (   152,   198)  ->  Abs (   450,   896)
	  3: Rel (   215,     0)  ->  Abs (   665,   896)
	  4: Rel (   184,     0)  ->  Abs (   849,   896)
	  5: Rel (   262,  -267)  ->  Abs (  1111,   629)
	  6: Rel (     0,  -194)  ->  Abs (  1111,   435)
	  7: Rel (     0,  -196)  ->  Abs (  1111,   239)
	  8: Rel (  -265,  -272)  ->  Abs (   846,   -33)
	  9: Rel (  -181,     0)  ->  Abs (   665,   -33)
	 10: Rel (  -220,     0)  ->  Abs (   445,   -33)
	 11: Rel (  -147,   198)  ->  Abs (   298,   165)
	 12: Rel (     0,  -165)  ->  Abs (   298,     0)
	 13: Rel (  -197,     0)  ->  Abs (   101,     0)
	 14: Rel (   -30,     0)  ->  Abs (    71,     0)
	 15: Rel (   -26,    24)  ->  Abs (    45,    24)
	 16: Rel (     0,    18)  ->  Abs (    45,    42)
	 17: Rel (     0,    19)  ->  Abs (    45,    61)
	 18: Rel (    26,    23)  ->  Abs (    71,    84)
	 19: Rel (    30,     0)  ->  Abs (   101,    84)
	 20: Rel (   113,     0)  ->  Abs (   214,    84)
	 21: Rel (     0,  1086)  ->  Abs (   214,  1170)
	 22: Rel (  -113,     0)  ->  Abs (   101,  1170)
	 23: Rel (   -30,     0)  ->  Abs (    71,  1170)
	 24: Rel (   -26,    24)  ->  Abs (    45,  1194)
	 25: Rel (     0,    19)  ->  Abs (    45,  1213)
	 26: Rel (     0,    18)  ->  Abs (    45,  1231)
	 27: Rel (    26,    24)  ->  Abs (    71,  1255)
	 28: Rel (    30,     0)  ->  Abs (   101,  1255)
	 29: Rel (   926,  -824)  ->  Abs (  1027,   431)
	 30: Rel (     0,   159)  ->  Abs (  1027,   590)
	 31: Rel (  -218,   221)  ->  Abs (   809,   811)
	 32: Rel (  -146,     0)  ->  Abs (   663,   811)
	 33: Rel (  -146,     0)  ->  Abs (   517,   811)
	 34: Rel (  -218,  -221)  ->  Abs (   299,   590)
	 35: Rel (     0,  -159)  ->  Abs (   299,   431)
	 36: Rel (     0,  -159)  ->  Abs (   299,   272)
	 37: Rel (   218,  -221)  ->  Abs (   517,    51)
	 38: Rel (   146,     0)  ->  Abs (   663,    51)
	 39: Rel (   146,     0)  ->  Abs (   809,    51)
	 40: Rel (   218,   221)  ->  Abs (  1027,   272)

	Glyph  70: off = 0x00005FD8, len = 366
	  numberOfContours:	1
	  xMin:			171
	  yMin:			-33
	  xMax:			1099
	  yMax:			896

	EndPoints
	---------
	  0:  42

	  Length of Instructions:	240
	00000: PUSHB[6]             33    10    11    15    63    21 
	00007: PUSHW[1]            -10 
	00010: NPUSHB      (44):    11    15    63   199    21   220    37   217    39   224 
	                            31   224    33   235    37   234    39     7    36    21 
	                            39    22    68    32    77    37    77    39    85    32 
	                            93    37    90    39   106    15   106    25   105    37 
	                           137    25    12    22 
	00056: PUSHW[1]            -14 
	00059: NPUSHB     (115):    19    20    89    19    86    21   107    37   102    39 
	                           246    26     5     6    26    25    16    21    26    41 
	                            16    41    18    37    26   138    16   155    16   150 
	                            24   149    26   165    21   165    25    12    22    35 
	                            38    18    17    15    25    20    27     1     0     3 
	                             8    14    25    28    23    15    13     0     3    17 
	                            11     0   136    17    33    41     7    11   179     4 
	                             6    28   162    23    33    35    11    14    59     8 
	                            89   160    31     1   144    31   192    31     2    31 
	                            26    44    20    33    38    64    15     9    63   160 
	                            38     1    15    38    31    38   144    38     3    38 
	                            25    43   196   142    24 
	00176: PUSHW[1]            300 
	00179: SCANCTRL   
	00180: CALL       
	00181: FLIPOFF    
	00182: SRP0       
	00183: MIRP[srp0,nmd,rd,0] 
	00184: DELTAP1    
	00185: DELTAP2    
	00186: SVTCA[x-axis] 
	00187: CALL       
	00188: FLIPON     
	00189: MIRP[nrp0,md,rd,1] 
	00190: FLIPOFF    
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,2] 
	00193: DELTAP1    
	00194: DELTAP2    
	00195: FLIPON     
	00196: MIRP[srp0,nmd,rd,0] 
	00197: MIRP[nrp0,md,rd,1] 
	00198: SVTCA[y-axis] 
	00199: MIAP[rd+ci] 
	00200: MIRP[nrp0,md,rd,1] 
	00201: MIRP[nrp0,md,rd,1] 
	00202: MIAP[rd+ci] 
	00203: MIRP[nrp0,md,rd,1] 
	00204: MIAP[rd+ci] 
	00205: MIRP[nrp0,md,rd,1] 
	00206: MIRP[nrp0,nmd,rd,0] 
	00207: SRP1       
	00208: SRP2       
	00209: SLOOP      
	00210: IP         
	00211: SRP1       
	00212: SRP2       
	00213: IP         
	00214: SVTCA[x-axis] 
	00215: SRP1       
	00216: SRP2       
	00217: SLOOP      
	00218: IP         
	00219: SRP2       
	00220: IP         
	00221: IP         
	00222: SRP1       
	00223: IP         
	00224: SRP1       
	00225: SRP2       
	00226: IP         
	00227: IUP[y]     
	00228: IUP[x]     
	00229: SVTCA[y-axis] 
	00230: DELTAP2    
	00231: DELTAP1    
	00232: SHPIX      
	00233: SHPIX      
	00234: SVTCA[x-axis] 
	00235: DELTAP2    
	00236: DELTAP1    
	00237: SVTCA[x-axis] 
	00238: CALL       
	00239: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:                                      Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:                                      Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   965,   781)  ->  Abs (   965,   781)
	  1: Rel (     0,    28)  ->  Abs (   965,   809)
	  2: Rel (     0,    31)  ->  Abs (   965,   840)
	  3: Rel (    24,    26)  ->  Abs (   989,   866)
	  4: Rel (    18,     0)  ->  Abs (  1007,   866)
	  5: Rel (    19,     0)  ->  Abs (  1026,   866)
	  6: Rel (    24,   -26)  ->  Abs (  1050,   840)
	  7: Rel (     0,   -31)  ->  Abs (  1050,   809)
	  8: Rel (     0,  -190)  ->  Abs (  1050,   619)
	  9: Rel (    -1,   -31)  ->  Abs (  1049,   588)
	 10: Rel (   -23,   -26)  ->  Abs (  1026,   562)
	 11: Rel (   -19,     0)  ->  Abs (  1007,   562)
	 12: Rel (   -17,     0)  ->  Abs (   990,   562)
	 13: Rel (   -23,    23)  ->  Abs (   967,   585)
	 14: Rel (    -2,    27)  ->  Abs (   965,   612)
	 15: Rel (    -6,    71)  ->  Abs (   959,   683)
	 16: Rel (  -175,   128)  ->  Abs (   784,   811)
	 17: Rel (  -148,     0)  ->  Abs (   636,   811)
	 18: Rel (  -187,     0)  ->  Abs (   449,   811)
	 19: Rel (  -194,  -234)  ->  Abs (   255,   577)
	 20: Rel (     0,  -151)  ->  Abs (   255,   426)
	 21: Rel (     0,  -163)  ->  Abs (   255,   263)
	 22: Rel (   214,  -212)  ->  Abs (   469,    51)
	 23: Rel (   170,     0)  ->  Abs (   639,    51)
	 24: Rel (    98,     0)  ->  Abs (   737,    51)
	 25: Rel (   203,    72)  ->  Abs (   940,   123)
	 26: Rel (    82,    80)  ->  Abs (  1022,   203)
	 27: Rel (    21,    20)  ->  Abs (  1043,   223)
	 28: Rel (    16,     0)  ->  Abs (  1059,   223)
	 29: Rel (    17,     0)  ->  Abs (  1076,   223)
	 30: Rel (    23,   -23)  ->  Abs (  1099,   200)
	 31: Rel (     0,   -17)  ->  Abs (  1099,   183)
	 32: Rel (     0,   -43)  ->  Abs (  1099,   140)
	 33: Rel (  -101,   -66)  ->  Abs (   998,    74)
	 34: Rel (  -163,  -107)  ->  Abs (   835,   -33)
	 35: Rel (  -200,     0)  ->  Abs (   635,   -33)
	 36: Rel (  -203,     0)  ->  Abs (   432,   -33)
	 37: Rel (  -261,   259)  ->  Abs (   171,   226)
	 38: Rel (     0,   199)  ->  Abs (   171,   425)
	 39: Rel (     0,   203)  ->  Abs (   171,   628)
	 40: Rel (   267,   268)  ->  Abs (   438,   896)
	 41: Rel (   203,     0)  ->  Abs (   641,   896)
	 42: Rel (   193,     0)  ->  Abs (   834,   896)

	Glyph  71: off = 0x00006146, len = 348
	  numberOfContours:	2
	  xMin:			126
	  yMin:			-33
	  xMax:			1195
	  yMax:			1255

	EndPoints
	---------
	  0:  30
	  1:  42

	  Length of Instructions:	225
	00000: PUSHB[7]             73    42   104    42     2     8     2 
	00008: PUSHW[1]            686 
	00011: NPUSHB      (14):     0     5     1     5    47     1     5     5     2     1 
	                            34     8    30    24 
	00027: PUSHW[1]            686 
	00030: NPUSHB      (16):    27    47    23    27    27    24    23    34    30    10 
	                            22    34    40     9    93    10 
	00048: PUSHW[1]            355 
	00051: PUSHB[4]             40    33    12    22 
	00056: PUSHW[1]            355 
	00059: NPUSHB      (32):    34    33    20    30     0    12    11    20     7     0 
	                             0     0     1    23    31     9    32   128     1     1 
	                            15     1     1     1    26    44    37    33   128    16 
	                             1    16 
	00093: PUSHW[1]            396 
	00096: PUSHB[4]             43    42   128    24 
	00101: PUSHW[1]            300 
	00104: SCANCTRL   
	00105: CALL       
	00106: SRP0       
	00107: MIRP[srp0,nmd,rd,2] 
	00108: DELTAP2    
	00109: MIRP[nrp0,md,rd,1] 
	00110: FLIPOFF    
	00111: SRP0       
	00112: MIRP[srp0,nmd,rd,2] 
	00113: DELTAP1    
	00114: DELTAP2    
	00115: FLIPON     
	00116: MIRP[srp0,md,rd,1] 
	00117: ALIGNRP    
	00118: ALIGNRP    
	00119: SRP0       
	00120: ALIGNRP    
	00121: SVTCA[y-axis] 
	00122: MIAP[rd+ci] 
	00123: MIAP[rd+ci] 
	00124: MIAP[rd+ci] 
	00125: SRP0       
	00126: ALIGNRP    
	00127: SRP0       
	00128: MIRP[nrp0,md,rd,1] 
	00129: MIRP[nrp0,nmd,rd,0] 
	00130: SRP0       
	00131: MIRP[nrp0,md,rd,1] 
	00132: MIRP[nrp0,nmd,rd,0] 
	00133: MIRP[srp0,nmd,rd,0] 
	00134: SRP1       
	00135: SRP2       
	00136: IP         
	00137: IP         
	00138: SRP0       
	00139: MIRP[srp0,md,rd,1] 
	00140: RTDG       
	00141: SRP2       
	00142: IP         
	00143: MDAP[rd]   
	00144: RTG        
	00145: SVTCA[x-axis] 
	00146: SRP0       
	00147: MIRP[srp0,nmd,rd,1] 
	00148: MIRP[srp0,nmd,rd,0] 
	00149: MDRP[nrp0,nmd,rd,0] 
	00150: SVTCA[y-axis] 
	00151: SRP0       
	00152: MIRP[srp0,md,rd,1] 
	00153: RTDG       
	00154: SRP2       
	00155: IP         
	00156: MDAP[rd]   
	00157: RTG        
	00158: SVTCA[x-axis] 
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,1] 
	00161: DELTAP1    
	00162: MIRP[srp0,nmd,rd,0] 
	00163: MDRP[nrp0,nmd,rd,0] 
	00164: IUP[y]     
	00165: IUP[x]     
	00166: MPPEM      
	00167: PUSHB[1]             22 
	00169: GTEQ       
	00170: MPPEM      
	00171: PUSHB[1]             36 
	00173: LTEQ       
	00174: AND        
	00175: IF         
	00176: PUSHB[4]             14     8    18     8 
	00181: SHPIX      
	00182: SHPIX      
	00183: EIF        
	00184: SVTCA[y-axis] 
	00185: MPPEM      
	00186: PUSHB[1]             12 
	00188: GTEQ       
	00189: MPPEM      
	00190: PUSHB[1]             36 
	00192: LTEQ       
	00193: AND        
	00194: IF         
	00195: PUSHW[2]             42   -20 
	00200: PUSHB[3]             32    20    39 
	00204: PUSHW[3]             -8    38   -25 
	00211: PUSHB[4]             35     8    36    25 
	00216: SHPIX      
	00217: SHPIX      
	00218: SHPIX      
	00219: SHPIX      
	00220: SHPIX      
	00221: SHPIX      
	00222: EIF        
	00223: SVTCA[y-axis] 
	00224: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual                         On
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:        XDual                 X-Short On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1026,  1255)  ->  Abs (  1026,  1255)
	  1: Rel (     0, -1171)  ->  Abs (  1026,    84)
	  2: Rel (   112,     0)  ->  Abs (  1138,    84)
	  3: Rel (    31,     0)  ->  Abs (  1169,    84)
	  4: Rel (    26,   -23)  ->  Abs (  1195,    61)
	  5: Rel (     0,   -19)  ->  Abs (  1195,    42)
	  6: Rel (     0,   -18)  ->  Abs (  1195,    24)
	  7: Rel (   -26,   -24)  ->  Abs (  1169,     0)
	  8: Rel (   -31,     0)  ->  Abs (  1138,     0)
	  9: Rel (  -197,     0)  ->  Abs (   941,     0)
	 10: Rel (     0,   167)  ->  Abs (   941,   167)
	 11: Rel (  -146,  -200)  ->  Abs (   795,   -33)
	 12: Rel (  -225,     0)  ->  Abs (   570,   -33)
	 13: Rel (  -114,     0)  ->  Abs (   456,   -33)
	 14: Rel (  -209,   121)  ->  Abs (   247,    88)
	 15: Rel (  -121,   224)  ->  Abs (   126,   312)
	 16: Rel (     0,   119)  ->  Abs (   126,   431)
	 17: Rel (     0,   120)  ->  Abs (   126,   551)
	 18: Rel (   121,   223)  ->  Abs (   247,   774)
	 19: Rel (   209,   122)  ->  Abs (   456,   896)
	 20: Rel (   115,     0)  ->  Abs (   571,   896)
	 21: Rel (   220,     0)  ->  Abs (   791,   896)
	 22: Rel (   150,  -200)  ->  Abs (   941,   696)
	 23: Rel (     0,   474)  ->  Abs (   941,  1170)
	 24: Rel (  -112,     0)  ->  Abs (   829,  1170)
	 25: Rel (   -31,     0)  ->  Abs (   798,  1170)
	 26: Rel (   -26,    24)  ->  Abs (   772,  1194)
	 27: Rel (     0,    19)  ->  Abs (   772,  1213)
	 28: Rel (     0,    18)  ->  Abs (   772,  1231)
	 29: Rel (    26,    24)  ->  Abs (   798,  1255)
	 30: Rel (    31,     0)  ->  Abs (   829,  1255)
	 31: Rel (   112,  -824)  ->  Abs (   941,   431)
	 32: Rel (     0,   160)  ->  Abs (   941,   591)
	 33: Rel (  -216,   220)  ->  Abs (   725,   811)
	 34: Rel (  -149,     0)  ->  Abs (   576,   811)
	 35: Rel (  -150,     0)  ->  Abs (   426,   811)
	 36: Rel (  -216,  -220)  ->  Abs (   210,   591)
	 37: Rel (     0,  -160)  ->  Abs (   210,   431)
	 38: Rel (     0,  -159)  ->  Abs (   210,   272)
	 39: Rel (   216,  -221)  ->  Abs (   426,    51)
	 40: Rel (   150,     0)  ->  Abs (   576,    51)
	 41: Rel (   149,     0)  ->  Abs (   725,    51)
	 42: Rel (   216,   221)  ->  Abs (   941,   272)

	Glyph  72: off = 0x000062A2, len = 318
	  numberOfContours:	2
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			896

	EndPoints
	---------
	  0:  25
	  1:  32

	  Length of Instructions:	208
	00000: NPUSHB     (105):    10    22   153    21     2    50     2    66     2    82 
	                             2    99     2   198     2   198    19   202    25   218 
	                            18   218    25   220    27   227    24   229    31   250 
	                            22    13    25    28    42    28    52     2    56    30 
	                            74    27    76    31    92    27    90    31   111    27 
	                           108    31   126    27   140    27   153    28   153    30 
	                           183     5    15   117    22   186    28   196     3   196 
	                            18   201    28   201    30     6     8   197    17    26 
	                            32    32     0     1     1    17    29    33    23     7 
	                             4    33    17    11    12    84    26    59   160     0 
	                             1   112     0     1     0 
	00107: PUSHW[1]            485 
	00110: NPUSHB      (23):    34    32    59     1    59   160    20     1   111    20 
	                           191    20   207    20   223    20     4    20    25    33 
	                            42   172    24 
	00135: PUSHW[1]            300 
	00138: SCANCTRL   
	00139: CALL       
	00140: FLIPOFF    
	00141: SRP0       
	00142: MIRP[srp0,nmd,rd,0] 
	00143: DELTAP1    
	00144: DELTAP2    
	00145: FLIPON     
	00146: MIRP[nrp0,md,rd,1] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP0       
	00149: MIRP[srp0,nmd,rd,2] 
	00150: DELTAP1    
	00151: DELTAP2    
	00152: MIRP[nrp0,md,rd,1] 
	00153: MIRP[nrp0,nmd,rd,0] 
	00154: SVTCA[y-axis] 
	00155: MIAP[rd+ci] 
	00156: MIRP[nrp0,md,rd,1] 
	00157: MIAP[rd+ci] 
	00158: MIRP[nrp0,md,rd,1] 
	00159: SRP2       
	00160: IP         
	00161: MDAP[rd]   
	00162: ALIGNRP    
	00163: MIRP[srp0,md,rd,1] 
	00164: ALIGNRP    
	00165: SRP0       
	00166: MIRP[nrp0,md,rd,1] 
	00167: IUP[y]     
	00168: IUP[x]     
	00169: SVTCA[y-axis] 
	00170: MPPEM      
	00171: PUSHB[1]             12 
	00173: GTEQ       
	00174: MPPEM      
	00175: PUSHB[1]             36 
	00177: LTEQ       
	00178: AND        
	00179: IF         
	00180: PUSHB[3]             22    20     6 
	00184: PUSHW[1]            -16 
	00187: PUSHB[5]             27    20    31    30     2 
	00193: PUSHW[1]            -20 
	00196: SHPIX      
	00197: SHPIX      
	00198: SHPIX      
	00199: SHPIX      
	00200: SHPIX      
	00201: EIF        
	00202: SVTCA[y-axis] 
	00203: DELTAP1    
	00204: DELTAP2    
	00205: SVTCA[x-axis] 
	00206: DELTAP1    
	00207: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                                      Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:                                      Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:                                      Off
	 26:                      Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1069,   413)  ->  Abs (  1069,   413)
	  1: Rel (  -856,     0)  ->  Abs (   213,   413)
	  2: Rel (    22,  -163)  ->  Abs (   235,   250)
	  3: Rel (   229,  -199)  ->  Abs (   464,    51)
	  4: Rel (   169,     0)  ->  Abs (   633,    51)
	  5: Rel (    94,     0)  ->  Abs (   727,    51)
	  6: Rel (   206,    62)  ->  Abs (   933,   113)
	  7: Rel (    65,    51)  ->  Abs (   998,   164)
	  8: Rel (    19,    15)  ->  Abs (  1017,   179)
	  9: Rel (    14,     0)  ->  Abs (  1031,   179)
	 10: Rel (    16,     0)  ->  Abs (  1047,   179)
	 11: Rel (    24,   -25)  ->  Abs (  1071,   154)
	 12: Rel (     0,   -17)  ->  Abs (  1071,   137)
	 13: Rel (     0,   -17)  ->  Abs (  1071,   120)
	 14: Rel (   -16,   -16)  ->  Abs (  1055,   104)
	 15: Rel (   -48,   -50)  ->  Abs (  1007,    54)
	 16: Rel (  -245,   -87)  ->  Abs (   762,   -33)
	 17: Rel (  -129,     0)  ->  Abs (   633,   -33)
	 18: Rel (  -216,     0)  ->  Abs (   417,   -33)
	 19: Rel (  -289,   283)  ->  Abs (   128,   250)
	 20: Rel (     0,   201)  ->  Abs (   128,   451)
	 21: Rel (     0,   183)  ->  Abs (   128,   634)
	 22: Rel (   271,   262)  ->  Abs (   399,   896)
	 23: Rel (   200,     0)  ->  Abs (   599,   896)
	 24: Rel (   206,     0)  ->  Abs (   805,   896)
	 25: Rel (   266,  -269)  ->  Abs (  1071,   627)
	 26: Rel (   -87,  -129)  ->  Abs (   984,   498)
	 27: Rel (   -25,   139)  ->  Abs (   959,   637)
	 28: Rel (  -213,   174)  ->  Abs (   746,   811)
	 29: Rel (  -147,     0)  ->  Abs (   599,   811)
	 30: Rel (  -147,     0)  ->  Abs (   452,   811)
	 31: Rel (  -212,  -172)  ->  Abs (   240,   639)
	 32: Rel (   -26,  -141)  ->  Abs (   214,   498)

	Glyph  73: off = 0x000063E0, len = 348
	  numberOfContours:	1
	  xMin:			215
	  yMin:			0
	  xMax:			1114
	  yMax:			1255

	EndPoints
	---------
	  0:  52

	  Length of Instructions:	203
	00000: NPUSHB      (37):    64    12    80     5   128     5   131    12   129    49 
	                           160    12   178    12   180    43   194    43   212    43 
	                            10    23     8    15     9    12   200    16    16    34 
	                             9    52    46     0    49     1    49 
	00039: PUSHW[1]            516 
	00042: PUSHB[7]              0     0    34    46     2     8     5 
	00050: PUSHW[1]            320 
	00053: NPUSHB      (26):     1     1    34     8    36    40    34     0    37    93 
	                            41    33    29     0     0    18    32    25    46    45 
	                            24     6     9     8    10    34 
	00081: PUSHW[1]            396 
	00084: NPUSHB      (10):    54     0    44     1    32    26   207    16     1    16 
	00096: PUSHW[1]            405 
	00099: NPUSHB      (13):    47    21    64    21   112    21   208    21     4    21 
	                            25    53   117 
	00114: PUSHW[2]            460    24 
	00119: CALL       
	00120: FLIPOFF    
	00121: SRP0       
	00122: MIRP[srp0,nmd,rd,0] 
	00123: DELTAP1    
	00124: FLIPON     
	00125: MIRP[srp0,nmd,rd,0] 
	00126: DELTAP1    
	00127: ALIGNRP    
	00128: MIRP[srp0,md,rd,1] 
	00129: ALIGNRP    
	00130: ALIGNRP    
	00131: SRP0       
	00132: MIRP[nrp0,nmd,rd,2] 
	00133: SVTCA[y-axis] 
	00134: MIAP[rd+ci] 
	00135: ALIGNRP    
	00136: MIAP[rd+ci] 
	00137: ALIGNRP    
	00138: ALIGNRP    
	00139: ALIGNRP    
	00140: MIRP[srp0,md,rd,1] 
	00141: ALIGNRP    
	00142: MIAP[rd+ci] 
	00143: MIRP[srp0,md,rd,1] 
	00144: MIRP[nrp0,nmd,rd,0] 
	00145: SVTCA[x-axis] 
	00146: SRP1       
	00147: SRP2       
	00148: IP         
	00149: IP         
	00150: SVTCA[y-axis] 
	00151: SRP0       
	00152: MIRP[nrp0,md,rd,1] 
	00153: SVTCA[x-axis] 
	00154: SRP0       
	00155: MIRP[srp0,nmd,rd,1] 
	00156: MDRP[srp0,nmd,rd,0] 
	00157: ALIGNRP    
	00158: SVTCA[y-axis] 
	00159: SRP0       
	00160: MIRP[nrp0,md,rd,1] 
	00161: SVTCA[x-axis] 
	00162: SRP0       
	00163: MIRP[srp0,nmd,rd,1] 
	00164: DELTAP1    
	00165: MDRP[srp0,nmd,rd,0] 
	00166: ALIGNRP    
	00167: SVTCA[y-axis] 
	00168: SRP0       
	00169: MIRP[nrp0,md,rd,1] 
	00170: SVTCA[x-axis] 
	00171: SRP0       
	00172: MIRP[srp0,nmd,rd,1] 
	00173: MDRP[srp0,nmd,rd,0] 
	00174: ALIGNRP    
	00175: IUP[y]     
	00176: IUP[x]     
	00177: RS         
	00178: JROF       
	00179: NPUSHB      (14):    42    43    27    28    42    28    44    31     0    43 
	                            27    41    31     1 
	00195: SVTCA[y-axis] 
	00196: CALL       
	00197: SVTCA[x-axis] 
	00198: CALL       
	00199: FLIPRGON   
	00200: FLIPRGON   
	00201: SVTCA[x-axis] 
	00202: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         On
	 46:  YDual                               On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                      Y-Short X-Short Off
	 52:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   559,   781)  ->  Abs (   559,   781)
	  1: Rel (     0,  -697)  ->  Abs (   559,    84)
	  2: Rel (   369,     0)  ->  Abs (   928,    84)
	  3: Rel (    30,     0)  ->  Abs (   958,    84)
	  4: Rel (    26,   -23)  ->  Abs (   984,    61)
	  5: Rel (     0,   -19)  ->  Abs (   984,    42)
	  6: Rel (     0,   -18)  ->  Abs (   984,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   958,     0)
	  8: Rel (   -30,     0)  ->  Abs (   928,     0)
	  9: Rel (  -657,     0)  ->  Abs (   271,     0)
	 10: Rel (   -30,     0)  ->  Abs (   241,     0)
	 11: Rel (   -26,    24)  ->  Abs (   215,    24)
	 12: Rel (     0,    18)  ->  Abs (   215,    42)
	 13: Rel (     0,    19)  ->  Abs (   215,    61)
	 14: Rel (    26,    23)  ->  Abs (   241,    84)
	 15: Rel (    30,     0)  ->  Abs (   271,    84)
	 16: Rel (   203,     0)  ->  Abs (   474,    84)
	 17: Rel (     0,   697)  ->  Abs (   474,   781)
	 18: Rel (  -182,     0)  ->  Abs (   292,   781)
	 19: Rel (   -30,     0)  ->  Abs (   262,   781)
	 20: Rel (   -26,    24)  ->  Abs (   236,   805)
	 21: Rel (     0,    19)  ->  Abs (   236,   824)
	 22: Rel (     0,    18)  ->  Abs (   236,   842)
	 23: Rel (    26,    24)  ->  Abs (   262,   866)
	 24: Rel (    30,     0)  ->  Abs (   292,   866)
	 25: Rel (   182,     0)  ->  Abs (   474,   866)
	 26: Rel (     0,   127)  ->  Abs (   474,   993)
	 27: Rel (     0,   106)  ->  Abs (   474,  1099)
	 28: Rel (   172,   156)  ->  Abs (   646,  1255)
	 29: Rel (   142,     0)  ->  Abs (   788,  1255)
	 30: Rel (   119,     0)  ->  Abs (   907,  1255)
	 31: Rel (   135,   -22)  ->  Abs (  1042,  1233)
	 32: Rel (    51,    -8)  ->  Abs (  1093,  1225)
	 33: Rel (    21,   -22)  ->  Abs (  1114,  1203)
	 34: Rel (     0,   -18)  ->  Abs (  1114,  1185)
	 35: Rel (     0,   -18)  ->  Abs (  1114,  1167)
	 36: Rel (   -24,   -23)  ->  Abs (  1090,  1144)
	 37: Rel (   -20,     0)  ->  Abs (  1070,  1144)
	 38: Rel (    -8,     0)  ->  Abs (  1062,  1144)
	 39: Rel (   -19,     3)  ->  Abs (  1043,  1147)
	 40: Rel (  -151,    23)  ->  Abs (   892,  1170)
	 41: Rel (  -104,     0)  ->  Abs (   788,  1170)
	 42: Rel (  -110,     0)  ->  Abs (   678,  1170)
	 43: Rel (  -119,  -108)  ->  Abs (   559,  1062)
	 44: Rel (     0,   -69)  ->  Abs (   559,   993)
	 45: Rel (     0,  -127)  ->  Abs (   559,   866)
	 46: Rel (   393,     0)  ->  Abs (   952,   866)
	 47: Rel (    30,     0)  ->  Abs (   982,   866)
	 48: Rel (    26,   -24)  ->  Abs (  1008,   842)
	 49: Rel (     0,   -19)  ->  Abs (  1008,   823)
	 50: Rel (     0,   -18)  ->  Abs (  1008,   805)
	 51: Rel (   -26,   -24)  ->  Abs (   982,   781)
	 52: Rel (   -30,     0)  ->  Abs (   952,   781)

	Glyph  74: off = 0x0000653C, len = 432
	  numberOfContours:	2
	  xMin:			125
	  yMin:			-386
	  xMax:			1150
	  yMax:			896

	EndPoints
	---------
	  0:  39
	  1:  51

	  Length of Instructions:	286
	00000: NPUSHB      (49):    69    20   112    20     2   220    33   211    37   236 
	                            33   228    37   251    33   244    36     6   107    41 
	                           109    45    99    47    99    51   122    13   124    41 
	                           113    51   140    41   128    51   157    41   145    51 
	                           171    41   160    51   186    30    14     2     8 
	00051: PUSHW[1]            686 
	00054: NPUSHB      (98):     0     5     1     5    47     9     5     5     8     9 
	                            34     2     0    30    43    49    24    32    16    23 
	                            32    17    17    16    14    30   147    49    33    32 
	                            10    43    33     0   147    38     7     8    59     2 
	                             6     1     6     1    40    29    32     1    32    10 
	                            10    16     9   160     9   176     9     3    15     9 
	                            79     9    95     9   175     9   207     9     5     9 
	                            26    53    46    33   128    35   144    35   160    35 
	                           176    35     4   191    35   207    35   224    35   240 
	                            35     4    35    25    52    42    97    24 
	00154: PUSHW[1]            300 
	00157: SCANCTRL   
	00158: CALL       
	00159: FLIPOFF    
	00160: SRP0       
	00161: MIRP[srp0,nmd,rd,0] 
	00162: DELTAP1    
	00163: DELTAP2    
	00164: FLIPON     
	00165: MIRP[nrp0,md,rd,1] 
	00166: FLIPOFF    
	00167: SRP0       
	00168: MIRP[srp0,nmd,rd,2] 
	00169: DELTAP1    
	00170: DELTAP2    
	00171: ALIGNRP    
	00172: FLIPON     
	00173: SRP0       
	00174: MIRP[nrp0,md,rd,1] 
	00175: MIRP[srp0,md,rd,1] 
	00176: ALIGNRP    
	00177: ALIGNRP    
	00178: SVTCA[y-axis] 
	00179: MIAP[rd+ci] 
	00180: MIAP[rd+ci] 
	00181: MIRP[nrp0,md,rd,1] 
	00182: MIAP[rd+ci] 
	00183: MIRP[nrp0,nmd,rd,0] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: MIAP[rd+ci] 
	00186: MIRP[nrp0,md,rd,1] 
	00187: MIRP[nrp0,nmd,rd,0] 
	00188: MIAP[rd+ci] 
	00189: ALIGNRP    
	00190: SRP0       
	00191: MIRP[nrp0,md,rd,1] 
	00192: SRP0       
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP1       
	00195: SRP2       
	00196: IP         
	00197: IP         
	00198: SRP0       
	00199: MIRP[srp0,md,rd,1] 
	00200: RTDG       
	00201: SRP2       
	00202: IP         
	00203: MDAP[rd]   
	00204: RTG        
	00205: SVTCA[x-axis] 
	00206: SRP0       
	00207: MIRP[srp0,nmd,rd,1] 
	00208: DELTAP1    
	00209: MIRP[srp0,nmd,rd,0] 
	00210: MDRP[nrp0,nmd,rd,0] 
	00211: IUP[y]     
	00212: IUP[x]     
	00213: SVTCA[y-axis] 
	00214: MPPEM      
	00215: PUSHB[1]             12 
	00217: GTEQ       
	00218: MPPEM      
	00219: PUSHB[1]             36 
	00221: LTEQ       
	00222: AND        
	00223: IF         
	00224: PUSHW[4]             27   -12    26   -12 
	00233: PUSHB[3]             42     8    50 
	00237: PUSHW[1]             -8 
	00240: PUSHB[3]             30     8     0 
	00244: PUSHW[1]            -12 
	00247: PUSHB[3]             44     8    48 
	00251: PUSHW[1]            -12 
	00254: PUSHB[3]             41    12    51 
	00258: PUSHW[1]             -8 
	00261: PUSHB[3]             45    22    47 
	00265: PUSHW[1]            -22 
	00268: SHPIX      
	00269: SHPIX      
	00270: SHPIX      
	00271: SHPIX      
	00272: SHPIX      
	00273: SHPIX      
	00274: SHPIX      
	00275: SHPIX      
	00276: SHPIX      
	00277: SHPIX      
	00278: SHPIX      
	00279: SHPIX      
	00280: EIF        
	00281: SVTCA[y-axis] 
	00282: DELTAP2    
	00283: DELTAP1    
	00284: SVTCA[x-axis] 
	00285: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:              Rep-  2 Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:        XDual         Y-Short X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         On
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                              X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:        XDual                 X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual                 X-Short On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:                      Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:        XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   897,   712)  ->  Abs (   897,   712)
	  1: Rel (     0,   154)  ->  Abs (   897,   866)
	  2: Rel (   197,     0)  ->  Abs (  1094,   866)
	  3: Rel (    30,     0)  ->  Abs (  1124,   866)
	  4: Rel (    26,   -24)  ->  Abs (  1150,   842)
	  5: Rel (     0,   -19)  ->  Abs (  1150,   823)
	  6: Rel (     0,   -18)  ->  Abs (  1150,   805)
	  7: Rel (   -26,   -24)  ->  Abs (  1124,   781)
	  8: Rel (   -30,     0)  ->  Abs (  1094,   781)
	  9: Rel (  -113,     0)  ->  Abs (   981,   781)
	 10: Rel (     0,  -839)  ->  Abs (   981,   -58)
	 11: Rel (     0,   -84)  ->  Abs (   981,  -142)
	 12: Rel (   -36,   -66)  ->  Abs (   945,  -208)
	 13: Rel (   -24,   -44)  ->  Abs (   921,  -252)
	 14: Rel (  -112,   -94)  ->  Abs (   809,  -346)
	 15: Rel (   -92,   -40)  ->  Abs (   717,  -386)
	 16: Rel (   -77,     0)  ->  Abs (   640,  -386)
	 17: Rel (  -238,     0)  ->  Abs (   402,  -386)
	 18: Rel (   -30,     0)  ->  Abs (   372,  -386)
	 19: Rel (   -26,    23)  ->  Abs (   346,  -363)
	 20: Rel (     0,    19)  ->  Abs (   346,  -344)
	 21: Rel (     0,    19)  ->  Abs (   346,  -325)
	 22: Rel (    26,    24)  ->  Abs (   372,  -301)
	 23: Rel (    30,     0)  ->  Abs (   402,  -301)
	 24: Rel (   241,    -1)  ->  Abs (   643,  -302)
	 25: Rel (    74,     0)  ->  Abs (   717,  -302)
	 26: Rel (   119,    76)  ->  Abs (   836,  -226)
	 27: Rel (    39,    73)  ->  Abs (   875,  -153)
	 28: Rel (    22,    42)  ->  Abs (   897,  -111)
	 29: Rel (     0,    65)  ->  Abs (   897,   -46)
	 30: Rel (     0,   252)  ->  Abs (   897,   206)
	 31: Rel (  -135,  -185)  ->  Abs (   762,    21)
	 32: Rel (  -213,     0)  ->  Abs (   549,    21)
	 33: Rel (  -173,     0)  ->  Abs (   376,    21)
	 34: Rel (  -251,   257)  ->  Abs (   125,   278)
	 35: Rel (     0,   181)  ->  Abs (   125,   459)
	 36: Rel (     0,   181)  ->  Abs (   125,   640)
	 37: Rel (   251,   256)  ->  Abs (   376,   896)
	 38: Rel (   173,     0)  ->  Abs (   549,   896)
	 39: Rel (   213,     0)  ->  Abs (   762,   896)
	 40: Rel (   135,  -437)  ->  Abs (   897,   459)
	 41: Rel (     0,   148)  ->  Abs (   897,   607)
	 42: Rel (  -203,   204)  ->  Abs (   694,   811)
	 43: Rel (  -141,     0)  ->  Abs (   553,   811)
	 44: Rel (  -141,     0)  ->  Abs (   412,   811)
	 45: Rel (  -202,  -205)  ->  Abs (   210,   606)
	 46: Rel (     0,  -147)  ->  Abs (   210,   459)
	 47: Rel (     0,  -148)  ->  Abs (   210,   311)
	 48: Rel (   202,  -205)  ->  Abs (   412,   106)
	 49: Rel (   141,     0)  ->  Abs (   553,   106)
	 50: Rel (   141,     0)  ->  Abs (   694,   106)
	 51: Rel (   203,   205)  ->  Abs (   897,   311)

	Glyph  75: off = 0x000066EC, len = 526
	  numberOfContours:	1
	  xMin:			85
	  yMin:			0
	  xMax:			1133
	  yMax:			1255

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	370
	00000: NPUSHB      (45):   153    26   251    32     2     4     1    21     1   100 
	                             6   117     6   144     1   148     2   160     1   164 
	                             2   176     1   179     2    10   165     6   166     7 
	                           180     5   181     7   198     7   216     7   223    26 
	                             7    26     8    17    23 
	00047: PUSHW[1]            686 
	00050: NPUSHB      (16):    15    20    31    20     2    20    92    24    20    20 
	                            23    24    34    17    41    47 
	00068: PUSHW[1]            686 
	00071: NPUSHB      (11):    44    92    48    44    44    47    48    34    41    16 
	                            10 
	00084: PUSHW[1]            686 
	00087: NPUSHB      (14):     0    13     1    13    92     9    13    13    10     9 
	                            34    16    40    34 
	00103: PUSHW[1]            686 
	00106: NPUSHB      (11):    37    92    33    37    37    34    33    34    40    56 
	                            50 
	00119: PUSHW[1]            686 
	00122: NPUSHB      (35):    53    47    49    53    53    50    49    34    56     1 
	                            32    41    28    33     4    41    40    40    17    17 
	                            16    56     0     4     7    16    10     8     9    32 
	                            25   223    24     1    24 
	00159: PUSHW[1]            675 
	00162: NPUSHB      (11):    58     0    33    32    49   191    48   207    48     2 
	                            48 
	00175: PUSHW[1]            491 
	00178: PUSHB[4]             57    71    97    24 
	00183: PUSHW[1]            300 
	00186: SCANCTRL   
	00187: CALL       
	00188: SRP0       
	00189: MIRP[srp0,nmd,rd,2] 
	00190: DELTAP1    
	00191: ALIGNRP    
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: SRP0       
	00195: MIRP[srp0,nmd,rd,0] 
	00196: DELTAP1    
	00197: ALIGNRP    
	00198: MIRP[srp0,md,rd,1] 
	00199: ALIGNRP    
	00200: SVTCA[y-axis] 
	00201: MIAP[rd+ci] 
	00202: MIAP[rd+ci] 
	00203: MIAP[rd+ci] 
	00204: SRP0       
	00205: ALIGNRP    
	00206: SRP0       
	00207: ALIGNRP    
	00208: SRP0       
	00209: ALIGNRP    
	00210: SRP0       
	00211: MIRP[nrp0,md,rd,1] 
	00212: SRP1       
	00213: IP         
	00214: IP         
	00215: SRP0       
	00216: MIRP[srp0,md,rd,1] 
	00217: RTDG       
	00218: SRP2       
	00219: IP         
	00220: MDAP[rd]   
	00221: RTG        
	00222: SVTCA[x-axis] 
	00223: SRP0       
	00224: MIRP[srp0,nmd,rd,1] 
	00225: MIRP[srp0,nmd,rd,0] 
	00226: MDRP[nrp0,nmd,rd,0] 
	00227: SVTCA[y-axis] 
	00228: SRP0       
	00229: MIRP[srp0,md,rd,1] 
	00230: RTDG       
	00231: SRP2       
	00232: IP         
	00233: MDAP[rd]   
	00234: RTG        
	00235: SVTCA[x-axis] 
	00236: SRP0       
	00237: MIRP[srp0,nmd,rd,1] 
	00238: MIRP[srp0,nmd,rd,0] 
	00239: MDRP[nrp0,nmd,rd,0] 
	00240: SVTCA[y-axis] 
	00241: SRP0       
	00242: MIRP[srp0,md,rd,1] 
	00243: RTDG       
	00244: SRP2       
	00245: IP         
	00246: MDAP[rd]   
	00247: RTG        
	00248: SVTCA[x-axis] 
	00249: SRP0       
	00250: MIRP[srp0,nmd,rd,1] 
	00251: DELTAP1    
	00252: MIRP[srp0,nmd,rd,0] 
	00253: MDRP[nrp0,nmd,rd,0] 
	00254: SVTCA[y-axis] 
	00255: SRP0       
	00256: MIRP[srp0,md,rd,1] 
	00257: RTDG       
	00258: SRP2       
	00259: IP         
	00260: MDAP[rd]   
	00261: RTG        
	00262: SVTCA[x-axis] 
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,1] 
	00265: MIRP[srp0,nmd,rd,0] 
	00266: MDRP[nrp0,nmd,rd,0] 
	00267: SVTCA[y-axis] 
	00268: SRP0       
	00269: MIRP[srp0,md,rd,1] 
	00270: RTDG       
	00271: SRP2       
	00272: IP         
	00273: MDAP[rd]   
	00274: RTG        
	00275: SVTCA[x-axis] 
	00276: SRP0       
	00277: MIRP[srp0,nmd,rd,1] 
	00278: DELTAP1    
	00279: MIRP[srp0,nmd,rd,0] 
	00280: MDRP[nrp0,nmd,rd,0] 
	00281: PUSHB[2]              6     2 
	00284: RS         
	00285: EQ         
	00286: IF         
	00287: PUSHW[2]              1   -64 
	00292: PUSHB[4]             27    36    52     1 
	00297: PUSHW[1]            -32 
	00300: PUSHB[3]             17    26    52 
	00304: SVTCA[y-axis] 
	00305: CALL       
	00306: CALL       
	00307: EIF        
	00308: IUP[y]     
	00309: IUP[x]     
	00310: RS         
	00311: JROF       
	00312: NPUSHB      (16):    26    27     5     7     6    37    27     5    25    31 
	                             1    26     7    28    31     1 
	00330: SVTCA[y-axis] 
	00331: CALL       
	00332: SVTCA[x-axis] 
	00333: CALL       
	00334: CALL       
	00335: FLIPRGON   
	00336: FLIPRGON   
	00337: SVTCA[y-axis] 
	00338: MPPEM      
	00339: PUSHB[1]             18 
	00341: GTEQ       
	00342: MPPEM      
	00343: PUSHB[1]             36 
	00345: LTEQ       
	00346: AND        
	00347: IF         
	00348: PUSHW[2]              6   -12 
	00353: PUSHB[6]             32    12    31    20    30    22 
	00360: SHPIX      
	00361: SHPIX      
	00362: SHPIX      
	00363: SHPIX      
	00364: EIF        
	00365: SVTCA[x-axis] 
	00366: DELTAP1    
	00367: SVTCA[y-axis] 
	00368: DELTAP2    
	00369: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                               On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:        XDual                         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                      Y-Short X-Short On
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:        XDual                         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                               On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short On
	 49:        XDual                         On
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         Off
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   338,  1255)  ->  Abs (   338,  1255)
	  1: Rel (     0,  -517)  ->  Abs (   338,   738)
	  2: Rel (    80,    87)  ->  Abs (   418,   825)
	  3: Rel (   147,    71)  ->  Abs (   565,   896)
	  4: Rel (    91,     0)  ->  Abs (   656,   896)
	  5: Rel (    98,     0)  ->  Abs (   754,   896)
	  6: Rel (   137,   -69)  ->  Abs (   891,   827)
	  7: Rel (    92,  -143)  ->  Abs (   983,   684)
	  8: Rel (     0,   -79)  ->  Abs (   983,   605)
	  9: Rel (     0,  -521)  ->  Abs (   983,    84)
	 10: Rel (    94,     0)  ->  Abs (  1077,    84)
	 11: Rel (    31,     0)  ->  Abs (  1108,    84)
	 12: Rel (    25,   -23)  ->  Abs (  1133,    61)
	 13: Rel (     0,   -19)  ->  Abs (  1133,    42)
	 14: Rel (     0,   -18)  ->  Abs (  1133,    24)
	 15: Rel (   -25,   -24)  ->  Abs (  1108,     0)
	 16: Rel (   -31,     0)  ->  Abs (  1077,     0)
	 17: Rel (  -273,     0)  ->  Abs (   804,     0)
	 18: Rel (   -31,     0)  ->  Abs (   773,     0)
	 19: Rel (   -26,    24)  ->  Abs (   747,    24)
	 20: Rel (     0,    18)  ->  Abs (   747,    42)
	 21: Rel (     0,    19)  ->  Abs (   747,    61)
	 22: Rel (    26,    23)  ->  Abs (   773,    84)
	 23: Rel (    31,     0)  ->  Abs (   804,    84)
	 24: Rel (    94,     0)  ->  Abs (   898,    84)
	 25: Rel (     0,   515)  ->  Abs (   898,   599)
	 26: Rel (     0,    91)  ->  Abs (   898,   690)
	 27: Rel (  -131,   122)  ->  Abs (   767,   812)
	 28: Rel (  -117,     0)  ->  Abs (   650,   812)
	 29: Rel (   -92,     0)  ->  Abs (   558,   812)
	 30: Rel (   -65,   -45)  ->  Abs (   493,   767)
	 31: Rel (   -47,   -32)  ->  Abs (   446,   735)
	 32: Rel (  -108,  -119)  ->  Abs (   338,   616)
	 33: Rel (     0,  -532)  ->  Abs (   338,    84)
	 34: Rel (    95,     0)  ->  Abs (   433,    84)
	 35: Rel (    30,     0)  ->  Abs (   463,    84)
	 36: Rel (    26,   -23)  ->  Abs (   489,    61)
	 37: Rel (     0,   -19)  ->  Abs (   489,    42)
	 38: Rel (     0,   -18)  ->  Abs (   489,    24)
	 39: Rel (   -26,   -24)  ->  Abs (   463,     0)
	 40: Rel (   -30,     0)  ->  Abs (   433,     0)
	 41: Rel (  -274,     0)  ->  Abs (   159,     0)
	 42: Rel (   -30,     0)  ->  Abs (   129,     0)
	 43: Rel (   -26,    24)  ->  Abs (   103,    24)
	 44: Rel (     0,    18)  ->  Abs (   103,    42)
	 45: Rel (     0,    19)  ->  Abs (   103,    61)
	 46: Rel (    26,    23)  ->  Abs (   129,    84)
	 47: Rel (    30,     0)  ->  Abs (   159,    84)
	 48: Rel (    95,     0)  ->  Abs (   254,    84)
	 49: Rel (     0,  1086)  ->  Abs (   254,  1170)
	 50: Rel (  -113,     0)  ->  Abs (   141,  1170)
	 51: Rel (   -30,     0)  ->  Abs (   111,  1170)
	 52: Rel (   -26,    24)  ->  Abs (    85,  1194)
	 53: Rel (     0,    19)  ->  Abs (    85,  1213)
	 54: Rel (     0,    18)  ->  Abs (    85,  1231)
	 55: Rel (    26,    24)  ->  Abs (   111,  1255)
	 56: Rel (    30,     0)  ->  Abs (   141,  1255)

	Glyph  76: off = 0x000068FA, len = 218
	  numberOfContours:	2
	  xMin:			189
	  yMin:			0
	  xMax:			1046
	  yMax:			1297

	EndPoints
	---------
	  0:  3
	  1:  28

	  Length of Instructions:	127
	00000: NPUSHB      (42):    34    25    50    25    64    25    82    25    99    25 
	                           116    25   132    25     7    19    13    16    88    20 
	                            20    34    13     6    12     9    88     5     5    34 
	                            12    22    28    25   149    21    21    34    28     3 
	                           197     2 
	00044: PUSHW[1]            404 
	00047: PUSHB[7]             28     6    13    12    10     0     1 
	00055: PUSHW[4]            351     3     2   480 
	00064: NPUSHB      (14):     4     4     5    32    21    79    20     1    20    25 
	                            29    81   127    24 
	00080: CALL       
	00081: FLIPOFF    
	00082: SRP0       
	00083: MIRP[srp0,nmd,rd,0] 
	00084: DELTAP1    
	00085: ALIGNRP    
	00086: FLIPON     
	00087: MIRP[srp0,md,rd,1] 
	00088: ALIGNRP    
	00089: SRP0       
	00090: MIRP[srp0,md,rd,1] 
	00091: ALIGNRP    
	00092: MIRP[srp0,md,rd,1] 
	00093: ALIGNRP    
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: ALIGNRP    
	00097: MIAP[rd+ci] 
	00098: MIRP[srp0,nmd,rd,2] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP0       
	00101: MIRP[nrp0,md,rd,1] 
	00102: SVTCA[x-axis] 
	00103: SRP0       
	00104: MIRP[srp0,nmd,rd,1] 
	00105: MDRP[srp0,nmd,rd,0] 
	00106: ALIGNRP    
	00107: SVTCA[y-axis] 
	00108: SRP0       
	00109: MIRP[nrp0,md,rd,1] 
	00110: SVTCA[x-axis] 
	00111: SRP0       
	00112: MIRP[srp0,nmd,rd,1] 
	00113: MDRP[srp0,nmd,rd,0] 
	00114: ALIGNRP    
	00115: SVTCA[y-axis] 
	00116: SRP0       
	00117: MIRP[nrp0,md,rd,1] 
	00118: SVTCA[x-axis] 
	00119: SRP0       
	00120: MIRP[srp0,nmd,rd,1] 
	00121: MDRP[srp0,nmd,rd,0] 
	00122: ALIGNRP    
	00123: IUP[y]     
	00124: IUP[x]     
	00125: SVTCA[x-axis] 
	00126: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:        XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                               On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual                               On
	 21:        XDual                         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   656,  1297)  ->  Abs (   656,  1297)
	  1: Rel (     0,  -217)  ->  Abs (   656,  1080)
	  2: Rel (  -124,     0)  ->  Abs (   532,  1080)
	  3: Rel (     0,   217)  ->  Abs (   532,  1297)
	  4: Rel (   127,  -431)  ->  Abs (   659,   866)
	  5: Rel (     0,  -782)  ->  Abs (   659,    84)
	  6: Rel (   330,     0)  ->  Abs (   989,    84)
	  7: Rel (    31,     0)  ->  Abs (  1020,    84)
	  8: Rel (    26,   -23)  ->  Abs (  1046,    61)
	  9: Rel (     0,   -19)  ->  Abs (  1046,    42)
	 10: Rel (     0,   -18)  ->  Abs (  1046,    24)
	 11: Rel (   -26,   -24)  ->  Abs (  1020,     0)
	 12: Rel (   -31,     0)  ->  Abs (   989,     0)
	 13: Rel (  -744,     0)  ->  Abs (   245,     0)
	 14: Rel (   -30,     0)  ->  Abs (   215,     0)
	 15: Rel (   -26,    24)  ->  Abs (   189,    24)
	 16: Rel (     0,    18)  ->  Abs (   189,    42)
	 17: Rel (     0,    19)  ->  Abs (   189,    61)
	 18: Rel (    26,    23)  ->  Abs (   215,    84)
	 19: Rel (    30,     0)  ->  Abs (   245,    84)
	 20: Rel (   330,     0)  ->  Abs (   575,    84)
	 21: Rel (     0,   697)  ->  Abs (   575,   781)
	 22: Rel (  -245,     0)  ->  Abs (   330,   781)
	 23: Rel (   -30,     0)  ->  Abs (   300,   781)
	 24: Rel (   -27,    24)  ->  Abs (   273,   805)
	 25: Rel (     0,    18)  ->  Abs (   273,   823)
	 26: Rel (     0,    19)  ->  Abs (   273,   842)
	 27: Rel (    26,    24)  ->  Abs (   299,   866)
	 28: Rel (    31,     0)  ->  Abs (   330,   866)

	Glyph  77: off = 0x000069D4, len = 254
	  numberOfContours:	2
	  xMin:			180
	  yMin:			-386
	  xMax:			824
	  yMax:			1297

	EndPoints
	---------
	  0:  3
	  1:  29

	  Length of Instructions:	159
	00000: NPUSHB      (43):    16     0    16     1    16     2    16     3    91    15 
	                            89    28   106    15   106    28   116    15   128     0 
	                           128     1   128     2   128     3   149    15    14    78 
	                             8   143     8   159     8   171    28   186    28     5 
	                            28     8    27 
	00045: PUSHW[3]            -12    28   -12 
	00052: PUSHB[3]              5    11     8 
	00056: PUSHW[1]            429 
	00059: PUSHB[7]              4     4    34    11     3   197     2 
	00067: PUSHW[1]            404 
	00070: NPUSHB      (14):    11     6    26    84    25    32    18    19    14    22 
	                           147    30     0     1 
	00086: PUSHW[1]            351 
	00089: NPUSHB      (17):     2     2     3     3    30    31    12    13    32    29 
	                            29    79     4     1     4    25    30 
	00108: PUSHW[3]            437   465    24 
	00115: CALL       
	00116: FLIPOFF    
	00117: SRP0       
	00118: MIRP[srp0,nmd,rd,0] 
	00119: DELTAP1    
	00120: ALIGNRP    
	00121: FLIPON     
	00122: SRP0       
	00123: MIRP[srp0,md,rd,1] 
	00124: ALIGNRP    
	00125: SRP1       
	00126: SRP2       
	00127: IP         
	00128: MDAP[rd]   
	00129: ALIGNRP    
	00130: SRP0       
	00131: MIRP[srp0,md,rd,1] 
	00132: ALIGNRP    
	00133: SRP0       
	00134: MIRP[nrp0,nmd,rd,0] 
	00135: SVTCA[y-axis] 
	00136: MIAP[rd+ci] 
	00137: ALIGNRP    
	00138: MIRP[srp0,md,rd,1] 
	00139: MIRP[nrp0,nmd,rd,0] 
	00140: MIAP[rd+ci] 
	00141: MIRP[srp0,nmd,rd,2] 
	00142: MIRP[srp0,md,rd,1] 
	00143: SRP0       
	00144: MIRP[nrp0,md,rd,1] 
	00145: SVTCA[x-axis] 
	00146: SRP0       
	00147: MIRP[srp0,nmd,rd,1] 
	00148: MDRP[srp0,nmd,rd,0] 
	00149: ALIGNRP    
	00150: IUP[y]     
	00151: IUP[x]     
	00152: SVTCA[y-axis] 
	00153: SHPIX      
	00154: SHPIX      
	00155: SVTCA[x-axis] 
	00156: SHPIX      
	00157: DELTAP1    
	00158: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:        XDual                 X-Short On
	  5:  YDual                               On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual                               On
	 13:        XDual                         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:                      Y-Short         On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   735,  1297)  ->  Abs (   735,  1297)
	  1: Rel (     0,  -217)  ->  Abs (   735,  1080)
	  2: Rel (  -124,     0)  ->  Abs (   611,  1080)
	  3: Rel (     0,   217)  ->  Abs (   611,  1297)
	  4: Rel (   129,  -516)  ->  Abs (   740,   781)
	  5: Rel (  -499,     0)  ->  Abs (   241,   781)
	  6: Rel (   -30,     0)  ->  Abs (   211,   781)
	  7: Rel (   -26,    24)  ->  Abs (   185,   805)
	  8: Rel (     0,    19)  ->  Abs (   185,   824)
	  9: Rel (     0,    18)  ->  Abs (   185,   842)
	 10: Rel (    25,    24)  ->  Abs (   210,   866)
	 11: Rel (    31,     0)  ->  Abs (   241,   866)
	 12: Rel (   583,     0)  ->  Abs (   824,   866)
	 13: Rel (     0,  -925)  ->  Abs (   824,   -59)
	 14: Rel (     0,  -107)  ->  Abs (   824,  -166)
	 15: Rel (   -88,  -144)  ->  Abs (   736,  -310)
	 16: Rel (   -88,   -45)  ->  Abs (   648,  -355)
	 17: Rel (   -61,   -31)  ->  Abs (   587,  -386)
	 18: Rel (   -84,     0)  ->  Abs (   503,  -386)
	 19: Rel (  -267,     0)  ->  Abs (   236,  -386)
	 20: Rel (   -30,     0)  ->  Abs (   206,  -386)
	 21: Rel (   -26,    23)  ->  Abs (   180,  -363)
	 22: Rel (     0,    19)  ->  Abs (   180,  -344)
	 23: Rel (     0,    19)  ->  Abs (   180,  -325)
	 24: Rel (    26,    24)  ->  Abs (   206,  -301)
	 25: Rel (    30,     0)  ->  Abs (   236,  -301)
	 26: Rel (   265,    -1)  ->  Abs (   501,  -302)
	 27: Rel (   107,     0)  ->  Abs (   608,  -302)
	 28: Rel (   132,   140)  ->  Abs (   740,  -162)
	 29: Rel (     0,   103)  ->  Abs (   740,   -59)

	Glyph  78: off = 0x00006AD2, len = 850
	  numberOfContours:	1
	  xMin:			191
	  yMin:			0
	  xMax:			1171
	  yMax:			1255

	EndPoints
	---------
	  0:  53

	  Length of Instructions:	696
	00000: PUSHW[2]             41   -64 
	00005: PUSHB[4]             22    13    63    41 
	00010: PUSHW[1]            -64 
	00013: PUSHB[4]             20    12    63    41 
	00018: PUSHW[1]            -64 
	00021: NPUSHB      (79):    18    11    63   103    19   166    19     2   196    52 
	                             1    42    20    42    37    46    41    42    52    40 
	                            53    57    36    63    37    61    41    63    52   106 
	                            20   106    35    11   102    19     1    35    19    54 
	                            19     2    43    20    79    41   217    37   217    52 
	                           236    37   236    52   251    37   251    52     8    58 
	                            37    58    52   106    36   106    53   171    20   171 
	                            35     6    36    53    35    35     0     2     8 
	00102: PUSHW[1]            686 
	00105: NPUSHB      (11):     5    47     9     5     5     8     9    34     2    28 
	                            34 
	00118: PUSHW[1]            686 
	00121: PUSHB[5]              0    31     1    31    31 
	00127: PUSHW[1]            -64 
	00130: PUSHB[4]             12    16    63    31 
	00135: PUSHW[1]            -64 
	00138: NPUSHB      (16):    11    15    63    31    92    35    31    31    34    35 
	                            34    28    35     0    45    51 
	00156: PUSHW[1]            686 
	00159: NPUSHB      (14):    48    48    70    52    48    48    51    52    34    45 
	                            52    53    17    11 
	00175: PUSHW[1]            686 
	00178: NPUSHB      (11):    14    47    10    14    14    11    10    34    17    27 
	                            21 
	00191: PUSHW[1]            686 
	00194: NPUSHB      (19):    15    24    31    24     2    24    24   153    20    24 
	                            24    21    20    34    27    20    19    44    38 
	00215: PUSHW[1]            686 
	00218: NPUSHB      (71):    41    41    92    37    41    41    38    37    34    44 
	                            37    36    37    36    36    32    53    52    20    53 
	                            53    52    35    20    19    18    19    32     0    35 
	                            20     0     0    35     0    19    53    36    20     5 
	                            35     1    34    59    28    28    21    59    27     6 
	                            38    59    44    51    59    45    45    44    44     2 
	                            11    59    18    17     0     8    59     1     2    10 
	                            20 
	00291: PUSHW[1]            480 
	00294: NPUSHB       (9):   111    35     1    35   154    37    36    85    53 
	00305: PUSHW[3]            416    37   480 
	00312: NPUSHB      (13):   112    52   128    52     2    32    52    48    52    96 
	                            52     3    52 
	00327: PUSHW[1]            675 
	00330: NPUSHB      (29):    55    19     0     0    18     1    32    10   112     9 
	                           128     9     2    16     9    32     9    48     9   128 
	                             9   160     9   176     9     6     9    25    54 
	00361: PUSHW[4]            413   128    24   356 
	00370: SCANCTRL   
	00371: CALL       
	00372: FLIPOFF    
	00373: SRP0       
	00374: MIRP[srp0,nmd,rd,0] 
	00375: DELTAP1    
	00376: DELTAP2    
	00377: ALIGNRP    
	00378: FLIPON     
	00379: MIRP[srp0,md,rd,1] 
	00380: ALIGNRP    
	00381: ALIGNRP    
	00382: SRP0       
	00383: ALIGNRP    
	00384: SRP0       
	00385: MIRP[srp0,nmd,rd,0] 
	00386: DELTAP1    
	00387: DELTAP2    
	00388: MIRP[nrp0,md,rd,1] 
	00389: MIRP[srp0,nmd,rd,0] 
	00390: MIRP[nrp0,md,rd,1] 
	00391: SRP0       
	00392: MIRP[srp0,nmd,rd,0] 
	00393: DELTAP1    
	00394: MIRP[nrp0,md,rd,1] 
	00395: SVTCA[y-axis] 
	00396: MIAP[rd+ci] 
	00397: ALIGNRP    
	00398: MIRP[nrp0,md,rd,1] 
	00399: MIAP[rd+ci] 
	00400: ALIGNRP    
	00401: MIRP[nrp0,md,rd,1] 
	00402: SRP0       
	00403: ALIGNRP    
	00404: SRP0       
	00405: ALIGNRP    
	00406: SRP0       
	00407: MIRP[nrp0,md,rd,1] 
	00408: SRP0       
	00409: MIRP[nrp0,md,rd,1] 
	00410: MIAP[rd+ci] 
	00411: MIRP[nrp0,md,rd,1] 
	00412: ALIGNRP    
	00413: SRP0       
	00414: MIRP[nrp0,md,rd,1] 
	00415: SVTCA[x-axis] 
	00416: SRP1       
	00417: SRP2       
	00418: SLOOP      
	00419: IP         
	00420: SDPVTL[1]  
	00421: SFVTCA[y-axis] 
	00422: MDAP[nrd]  
	00423: CALL       
	00424: RS         
	00425: NOT        
	00426: IF         
	00427: PUSHW[2]             19   -44 
	00432: PUSHB[4]             30    60    63    19 
	00437: PUSHW[1]            -44 
	00440: PUSHB[4]             28    55    63    19 
	00445: PUSHW[1]            -44 
	00448: PUSHB[4]             25    50    63    19 
	00453: PUSHW[1]            -44 
	00456: PUSHB[4]             23    45    63    19 
	00461: PUSHW[1]            -44 
	00464: PUSHB[3]             20    40    63 
	00468: SVTCA[y-axis] 
	00469: CALL       
	00470: CALL       
	00471: CALL       
	00472: CALL       
	00473: CALL       
	00474: EIF        
	00475: SVTCA[x-axis] 
	00476: SDPVTL[1]  
	00477: SFVTCA[x-axis] 
	00478: RDTG       
	00479: MDRP[nrp0,nmd,rd,0] 
	00480: SDPVTL[1]  
	00481: SFVTPV     
	00482: MDAP[nrd]  
	00483: RTG        
	00484: CALL       
	00485: SFVTCA[x-axis] 
	00486: RDTG       
	00487: SRP0       
	00488: MDRP[nrp0,nmd,rd,0] 
	00489: RTG        
	00490: SVTCA[y-axis] 
	00491: SFVTL[=p1,p2] 
	00492: SRP0       
	00493: MIRP[srp0,md,rd,1] 
	00494: RTDG       
	00495: SRP2       
	00496: IP         
	00497: MDAP[rd]   
	00498: RTG        
	00499: SVTCA[x-axis] 
	00500: SRP0       
	00501: MIRP[srp0,nmd,nrd,1] 
	00502: MDAP[rd]   
	00503: MIRP[srp0,nmd,rd,0] 
	00504: MDRP[nrp0,nmd,rd,0] 
	00505: SVTCA[y-axis] 
	00506: SFVTL[=p1,p2] 
	00507: SRP0       
	00508: MIRP[srp0,md,rd,1] 
	00509: RTDG       
	00510: SRP2       
	00511: IP         
	00512: MDAP[rd]   
	00513: RTG        
	00514: SVTCA[x-axis] 
	00515: SRP0       
	00516: MIRP[srp0,nmd,nrd,1] 
	00517: MDAP[rd]   
	00518: DELTAP1    
	00519: MIRP[srp0,nmd,rd,0] 
	00520: MDRP[nrp0,nmd,rd,0] 
	00521: SVTCA[y-axis] 
	00522: SRP0       
	00523: MIRP[srp0,md,rd,1] 
	00524: RTDG       
	00525: SRP2       
	00526: IP         
	00527: MDAP[rd]   
	00528: RTG        
	00529: SVTCA[x-axis] 
	00530: SRP0       
	00531: MIRP[srp0,nmd,rd,1] 
	00532: MIRP[srp0,nmd,rd,0] 
	00533: MDRP[nrp0,nmd,rd,0] 
	00534: SVTCA[y-axis] 
	00535: SFVTL[=p1,p2] 
	00536: SRP0       
	00537: MIRP[srp0,md,rd,1] 
	00538: RTDG       
	00539: SRP2       
	00540: IP         
	00541: MDAP[rd]   
	00542: RTG        
	00543: SVTCA[x-axis] 
	00544: SRP0       
	00545: MIRP[srp0,nmd,nrd,1] 
	00546: MDAP[rd]   
	00547: MIRP[srp0,nmd,rd,0] 
	00548: MDRP[nrp0,nmd,rd,0] 
	00549: SVTCA[y-axis] 
	00550: SFVTL[=p1,p2] 
	00551: SRP0       
	00552: MIRP[srp0,md,rd,1] 
	00553: RTDG       
	00554: SRP2       
	00555: IP         
	00556: MDAP[rd]   
	00557: RTG        
	00558: SVTCA[x-axis] 
	00559: SRP0       
	00560: MIRP[srp0,nmd,nrd,1] 
	00561: SVTCA[x-axis] 
	00562: CALL       
	00563: CALL       
	00564: MDAP[rd]   
	00565: DELTAP1    
	00566: MIRP[srp0,nmd,rd,0] 
	00567: MDRP[nrp0,nmd,rd,0] 
	00568: SVTCA[y-axis] 
	00569: SRP0       
	00570: MIRP[srp0,md,rd,1] 
	00571: RTDG       
	00572: SRP2       
	00573: IP         
	00574: MDAP[rd]   
	00575: RTG        
	00576: SVTCA[x-axis] 
	00577: SRP0       
	00578: MIRP[srp0,nmd,rd,1] 
	00579: MIRP[srp0,nmd,rd,0] 
	00580: MDRP[nrp0,nmd,rd,0] 
	00581: SPVTL[p1,p2] 
	00582: SFVTPV     
	00583: SRP0       
	00584: ALIGNRP    
	00585: ALIGNRP    
	00586: PUSHB[2]              6     2 
	00589: RS         
	00590: EQ         
	00591: IF         
	00592: PUSHW[2]             19   -32 
	00597: PUSHB[4]             26    36    52    20 
	00602: PUSHW[1]            -32 
	00605: PUSHB[4]             15    17    52    19 
	00610: PUSHW[1]            -32 
	00613: PUSHB[3]             15    17    52 
	00617: SVTCA[y-axis] 
	00618: CALL       
	00619: CALL       
	00620: CALL       
	00621: EIF        
	00622: IUP[y]     
	00623: IUP[x]     
	00624: SVTCA[x-axis] 
	00625: MPPEM      
	00626: PUSHB[1]             12 
	00628: GTEQ       
	00629: MPPEM      
	00630: PUSHB[1]             36 
	00632: LTEQ       
	00633: AND        
	00634: IF         
	00635: PUSHW[2]             35   -20 
	00640: PUSHB[3]             20     8    37 
	00644: PUSHW[3]            -14    52   -10 
	00651: SHPIX      
	00652: SHPIX      
	00653: SHPIX      
	00654: SHPIX      
	00655: EIF        
	00656: SVTCA[x-axis] 
	00657: DELTAP2    
	00658: DELTAP1    
	00659: SVTCA[y-axis] 
	00660: DELTAP1    
	00661: DELTAP2    
	00662: SVTCA[x-axis] 
	00663: MPPEM      
	00664: PUSHB[1]             36 
	00666: GTEQ       
	00667: MPPEM      
	00668: PUSHB[1]             80 
	00670: LTEQ       
	00671: AND        
	00672: IF         
	00673: PUSHW[2]             35    -8 
	00678: PUSHB[4]             37    25    52    32 
	00683: SHPIX      
	00684: SHPIX      
	00685: SHPIX      
	00686: EIF        
	00687: SVTCA[x-axis] 
	00688: DELTAP1    
	00689: DELTAP2    
	00690: SVTCA[y-axis] 
	00691: DELTAP1    
	00692: SVTCA[x-axis] 
	00693: CALL       
	00694: CALL       
	00695: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short On
	 19:        XDual                         On
	 20:                                      On
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual                               On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short On
	 36:                                      On
	 37:                                      On
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                               On
	 46:  YDual                       X-Short Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short On
	 53:                                      On

	Coordinates
	-----------
	  0: Rel (   444,   374)  ->  Abs (   444,   374)
	  1: Rel (     0,  -374)  ->  Abs (   444,     0)
	  2: Rel (  -197,     0)  ->  Abs (   247,     0)
	  3: Rel (   -30,     0)  ->  Abs (   217,     0)
	  4: Rel (   -26,    24)  ->  Abs (   191,    24)
	  5: Rel (     0,    18)  ->  Abs (   191,    42)
	  6: Rel (     0,    19)  ->  Abs (   191,    61)
	  7: Rel (    26,    23)  ->  Abs (   217,    84)
	  8: Rel (    30,     0)  ->  Abs (   247,    84)
	  9: Rel (   113,     0)  ->  Abs (   360,    84)
	 10: Rel (     0,  1086)  ->  Abs (   360,  1170)
	 11: Rel (  -113,     0)  ->  Abs (   247,  1170)
	 12: Rel (   -30,     0)  ->  Abs (   217,  1170)
	 13: Rel (   -26,    24)  ->  Abs (   191,  1194)
	 14: Rel (     0,    19)  ->  Abs (   191,  1213)
	 15: Rel (     0,    18)  ->  Abs (   191,  1231)
	 16: Rel (    26,    24)  ->  Abs (   217,  1255)
	 17: Rel (    30,     0)  ->  Abs (   247,  1255)
	 18: Rel (   197,     0)  ->  Abs (   444,  1255)
	 19: Rel (     0,  -774)  ->  Abs (   444,   481)
	 20: Rel (   357,   300)  ->  Abs (   801,   781)
	 21: Rel (   -43,     0)  ->  Abs (   758,   781)
	 22: Rel (   -30,     0)  ->  Abs (   728,   781)
	 23: Rel (   -26,    24)  ->  Abs (   702,   805)
	 24: Rel (     0,    18)  ->  Abs (   702,   823)
	 25: Rel (     0,    19)  ->  Abs (   702,   842)
	 26: Rel (    26,    24)  ->  Abs (   728,   866)
	 27: Rel (    30,     0)  ->  Abs (   758,   866)
	 28: Rel (   269,     0)  ->  Abs (  1027,   866)
	 29: Rel (    31,     0)  ->  Abs (  1058,   866)
	 30: Rel (    26,   -24)  ->  Abs (  1084,   842)
	 31: Rel (     0,   -19)  ->  Abs (  1084,   823)
	 32: Rel (     0,   -18)  ->  Abs (  1084,   805)
	 33: Rel (   -26,   -24)  ->  Abs (  1058,   781)
	 34: Rel (   -31,     0)  ->  Abs (  1027,   781)
	 35: Rel (   -97,     0)  ->  Abs (   930,   781)
	 36: Rel (  -328,  -274)  ->  Abs (   602,   507)
	 37: Rel (   415,  -423)  ->  Abs (  1017,    84)
	 38: Rel (    97,     0)  ->  Abs (  1114,    84)
	 39: Rel (    31,     0)  ->  Abs (  1145,    84)
	 40: Rel (    26,   -23)  ->  Abs (  1171,    61)
	 41: Rel (     0,   -19)  ->  Abs (  1171,    42)
	 42: Rel (     0,   -18)  ->  Abs (  1171,    24)
	 43: Rel (   -26,   -24)  ->  Abs (  1145,     0)
	 44: Rel (   -31,     0)  ->  Abs (  1114,     0)
	 45: Rel (  -272,     0)  ->  Abs (   842,     0)
	 46: Rel (   -30,     0)  ->  Abs (   812,     0)
	 47: Rel (   -26,    24)  ->  Abs (   786,    24)
	 48: Rel (     0,    18)  ->  Abs (   786,    42)
	 49: Rel (     0,    19)  ->  Abs (   786,    61)
	 50: Rel (    26,    23)  ->  Abs (   812,    84)
	 51: Rel (    30,     0)  ->  Abs (   842,    84)
	 52: Rel (    59,     0)  ->  Abs (   901,    84)
	 53: Rel (  -361,   371)  ->  Abs (   540,   455)

	Glyph  79: off = 0x00006E24, len = 172
	  numberOfContours:	1
	  xMin:			187
	  yMin:			0
	  xMax:			1044
	  yMax:			1255

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	93
	00000: NPUSHB      (52):    98    21   115    21   131    21     3    15     9    12 
	                            88    16    16    34     9     2     8     5    88     1 
	                             1    34     8    18    24    21   149    17    17    34 
	                            24     0     9     8    10     0     1    32    17    16 
	                            16    79    16   191    16     3    16    25    25    81 
	                           127    24 
	00054: CALL       
	00055: FLIPOFF    
	00056: SRP0       
	00057: MIRP[srp0,nmd,rd,0] 
	00058: DELTAP1    
	00059: ALIGNRP    
	00060: FLIPON     
	00061: MIRP[srp0,md,rd,1] 
	00062: ALIGNRP    
	00063: SVTCA[y-axis] 
	00064: MIAP[rd+ci] 
	00065: ALIGNRP    
	00066: MIAP[rd+ci] 
	00067: MIRP[nrp0,md,rd,1] 
	00068: SVTCA[x-axis] 
	00069: SRP0       
	00070: MIRP[srp0,nmd,rd,1] 
	00071: MDRP[srp0,nmd,rd,0] 
	00072: ALIGNRP    
	00073: SVTCA[y-axis] 
	00074: SRP0       
	00075: MIRP[nrp0,md,rd,1] 
	00076: SVTCA[x-axis] 
	00077: SRP0       
	00078: MIRP[srp0,nmd,rd,1] 
	00079: MDRP[srp0,nmd,rd,0] 
	00080: ALIGNRP    
	00081: SVTCA[y-axis] 
	00082: SRP0       
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[x-axis] 
	00085: SRP0       
	00086: MIRP[srp0,nmd,rd,1] 
	00087: MDRP[srp0,nmd,rd,0] 
	00088: ALIGNRP    
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual                               On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   657,  1255)  ->  Abs (   657,  1255)
	  1: Rel (     0, -1171)  ->  Abs (   657,    84)
	  2: Rel (   330,     0)  ->  Abs (   987,    84)
	  3: Rel (    31,     0)  ->  Abs (  1018,    84)
	  4: Rel (    26,   -23)  ->  Abs (  1044,    61)
	  5: Rel (     0,   -19)  ->  Abs (  1044,    42)
	  6: Rel (     0,   -18)  ->  Abs (  1044,    24)
	  7: Rel (   -26,   -24)  ->  Abs (  1018,     0)
	  8: Rel (   -31,     0)  ->  Abs (   987,     0)
	  9: Rel (  -744,     0)  ->  Abs (   243,     0)
	 10: Rel (   -30,     0)  ->  Abs (   213,     0)
	 11: Rel (   -26,    24)  ->  Abs (   187,    24)
	 12: Rel (     0,    18)  ->  Abs (   187,    42)
	 13: Rel (     0,    19)  ->  Abs (   187,    61)
	 14: Rel (    26,    23)  ->  Abs (   213,    84)
	 15: Rel (    30,     0)  ->  Abs (   243,    84)
	 16: Rel (   330,     0)  ->  Abs (   573,    84)
	 17: Rel (     0,  1086)  ->  Abs (   573,  1170)
	 18: Rel (  -242,     0)  ->  Abs (   331,  1170)
	 19: Rel (   -30,     0)  ->  Abs (   301,  1170)
	 20: Rel (   -27,    24)  ->  Abs (   274,  1194)
	 21: Rel (     0,    19)  ->  Abs (   274,  1213)
	 22: Rel (     0,    18)  ->  Abs (   274,  1231)
	 23: Rel (    26,    24)  ->  Abs (   300,  1255)
	 24: Rel (    31,     0)  ->  Abs (   331,  1255)

	Glyph  80: off = 0x00006ED0, len = 742
	  numberOfContours:	1
	  xMin:			21
	  yMin:			0
	  xMax:			1215
	  yMax:			896

	EndPoints
	---------
	  0:  70

	  Length of Instructions:	554
	00000: NPUSHB      (60):    15    55    15    56    14    57    15    58    15    60 
	                            15    61    15    64    15    67    15    69     9    18 
	                            38    12    54    12   180    27   178    44     4    39 
	                             1    54     1     2    85    28    98     7    98    28 
	                           116     7   116    28     5    54     7    50    28    69 
	                             7    69    28    85     7     5    48     8    55    61 
	00062: PUSHW[1]            686 
	00065: NPUSHB      (14):   223    58     1    58    70    62    58    58    61    62 
	                            34    55    21    15 
	00081: PUSHW[1]            686 
	00084: NPUSHB      (30):    32    18     1    80    18   208    18   224    18   240 
	                            18     4     0    18    16    18    64    18     3    18 
	                            70    14    18    18    15    14    34    21    37    31 
	00116: PUSHW[1]            686 
	00119: NPUSHB      (16):     0    34    16    34     2    34    70    30    34    34 
	                            31    30    34    37    54    48 
	00137: PUSHW[1]            686 
	00140: NPUSHB      (16):     0    51    16    51     2    51    70    47    51    51 
	                            48    47    34    54    70    64 
	00158: PUSHW[1]            686 
	00161: NPUSHB     (101):   223    67     1    67    70    63    67    67    64    63 
	                            34    45    47     6    30    38    46    45    40    29 
	                            28     6     1     7    42    55    64    59     0    70 
	                             6    42    33     3    26    33     9     9     3     7 
	                            55    54    54    37    37    21    10    13    14    32 
	                            23    22    64    31    53    48    22   128    22     2 
	                            22   252    38    29    30    32    39    38    64    31 
	                            53    48    38   128    38     2    38   252    62     0 
	                            47    32    63    62    64    13    22    63     0    62 
	                           191    62   207    62     3    62    25    71    42   173 
	                            24 
	00264: CALL       
	00265: FLIPOFF    
	00266: SRP0       
	00267: MIRP[srp0,nmd,rd,0] 
	00268: DELTAP1    
	00269: SVTCA[x-axis] 
	00270: CALL       
	00271: ALIGNRP    
	00272: FLIPON     
	00273: MIRP[srp0,md,rd,1] 
	00274: ALIGNRP    
	00275: SRP0       
	00276: MIRP[srp0,nmd,rd,0] 
	00277: DELTAP1    
	00278: CALL       
	00279: ALIGNRP    
	00280: MIRP[srp0,md,rd,1] 
	00281: ALIGNRP    
	00282: SRP0       
	00283: MIRP[srp0,nmd,rd,0] 
	00284: DELTAP1    
	00285: CALL       
	00286: ALIGNRP    
	00287: MIRP[srp0,md,rd,1] 
	00288: ALIGNRP    
	00289: SVTCA[y-axis] 
	00290: MIAP[rd+ci] 
	00291: ALIGNRP    
	00292: SRP0       
	00293: ALIGNRP    
	00294: SRP0       
	00295: ALIGNRP    
	00296: MIAP[rd+ci] 
	00297: ALIGNRP    
	00298: SRP0       
	00299: MIRP[nrp0,md,rd,1] 
	00300: SRP0       
	00301: MIRP[nrp0,md,rd,1] 
	00302: MIAP[rd+ci] 
	00303: ALIGNRP    
	00304: MIRP[nrp0,md,rd,1] 
	00305: SRP1       
	00306: SRP2       
	00307: SLOOP      
	00308: IP         
	00309: SVTCA[x-axis] 
	00310: SRP1       
	00311: SRP2       
	00312: IP         
	00313: SRP2       
	00314: IP         
	00315: SVTCA[y-axis] 
	00316: MIRP[srp0,md,rd,1] 
	00317: RTDG       
	00318: SRP2       
	00319: IP         
	00320: MDAP[rd]   
	00321: RTG        
	00322: SVTCA[x-axis] 
	00323: SRP0       
	00324: MIRP[srp0,nmd,rd,1] 
	00325: DELTAP1    
	00326: MIRP[srp0,nmd,rd,0] 
	00327: MDRP[nrp0,nmd,rd,0] 
	00328: SVTCA[y-axis] 
	00329: SRP0       
	00330: MIRP[srp0,md,rd,1] 
	00331: RTDG       
	00332: SRP2       
	00333: IP         
	00334: MDAP[rd]   
	00335: RTG        
	00336: SVTCA[x-axis] 
	00337: SRP0       
	00338: MIRP[srp0,nmd,rd,1] 
	00339: DELTAP1    
	00340: MIRP[srp0,nmd,rd,0] 
	00341: MDRP[nrp0,nmd,rd,0] 
	00342: SVTCA[y-axis] 
	00343: SRP0       
	00344: MIRP[srp0,md,rd,1] 
	00345: RTDG       
	00346: SRP2       
	00347: IP         
	00348: MDAP[rd]   
	00349: RTG        
	00350: SVTCA[x-axis] 
	00351: SRP0       
	00352: MIRP[srp0,nmd,rd,1] 
	00353: DELTAP1    
	00354: MIRP[srp0,nmd,rd,0] 
	00355: MDRP[nrp0,nmd,rd,0] 
	00356: SVTCA[y-axis] 
	00357: SRP0       
	00358: MIRP[srp0,md,rd,1] 
	00359: RTDG       
	00360: SRP2       
	00361: IP         
	00362: MDAP[rd]   
	00363: RTG        
	00364: SVTCA[x-axis] 
	00365: SRP0       
	00366: MIRP[srp0,nmd,rd,1] 
	00367: DELTAP1    
	00368: DELTAP1    
	00369: DELTAP2    
	00370: MIRP[srp0,nmd,rd,0] 
	00371: MDRP[nrp0,nmd,rd,0] 
	00372: SVTCA[y-axis] 
	00373: SRP0       
	00374: MIRP[srp0,md,rd,1] 
	00375: RTDG       
	00376: SRP2       
	00377: IP         
	00378: MDAP[rd]   
	00379: RTG        
	00380: SVTCA[x-axis] 
	00381: SRP0       
	00382: MIRP[srp0,nmd,rd,1] 
	00383: DELTAP1    
	00384: MIRP[srp0,nmd,rd,0] 
	00385: MDRP[nrp0,nmd,rd,0] 
	00386: PUSHB[2]              6     2 
	00389: RS         
	00390: EQ         
	00391: IF         
	00392: PUSHW[2]              6   -64 
	00397: PUSHB[4]             22    36    52     1 
	00402: PUSHW[1]            -64 
	00405: PUSHB[4]             27    36    52     1 
	00410: PUSHW[1]            -32 
	00413: PUSHB[3]             17    26    52 
	00417: SVTCA[y-axis] 
	00418: CALL       
	00419: CALL       
	00420: CALL       
	00421: EIF        
	00422: IUP[y]     
	00423: IUP[x]     
	00424: RS         
	00425: JROF       
	00426: NPUSHB      (32):    40    41    24    25    10    12     4     5    11    37 
	                            41     4    39    31     1     5     6    25    10    23 
	                            31     1    40     5    42    31     1    24    12    26 
	                            31     1 
	00460: SVTCA[y-axis] 
	00461: CALL       
	00462: CALL       
	00463: SVTCA[x-axis] 
	00464: CALL       
	00465: SRP0       
	00466: ALIGNRP    
	00467: CALL       
	00468: CALL       
	00469: FLIPRGON   
	00470: FLIPRGON   
	00471: FLIPRGON   
	00472: FLIPRGON   
	00473: SVTCA[y-axis] 
	00474: DELTAP1    
	00475: DELTAP1    
	00476: SVTCA[y-axis] 
	00477: MPPEM      
	00478: PUSHB[1]             27 
	00480: GTEQ       
	00481: MPPEM      
	00482: PUSHB[1]             36 
	00484: LTEQ       
	00485: AND        
	00486: IF         
	00487: NPUSHW      (10):    10   -18     4   -18     7   -38     6   -38     1   -45 
	00509: SHPIX      
	00510: SHPIX      
	00511: SHPIX      
	00512: SHPIX      
	00513: SHPIX      
	00514: EIF        
	00515: SVTCA[y-axis] 
	00516: DELTAP2    
	00517: SVTCA[x-axis] 
	00518: DELTAP2    
	00519: RS         
	00520: NOT        
	00521: IF         
	00522: PUSHW[2]              7   -64 
	00527: PUSHB[4]             22    26    62     6 
	00532: PUSHW[1]            -64 
	00535: PUSHB[4]             22    26    62     1 
	00540: PUSHW[1]            -64 
	00543: PUSHB[3]             22    26    62 
	00547: SVTCA[y-axis] 
	00548: CALL       
	00549: CALL       
	00550: CALL       
	00551: EIF        
	00552: SVTCA[x-axis] 
	00553: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:        XDual                         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:        XDual                         On
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short On
	 39:        XDual                         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On
	 47:        XDual                         On
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:        XDual         Y-Short X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off
	 53:                      Y-Short X-Short Off
	 54:  YDual                       X-Short On
	 55:  YDual                       X-Short On
	 56:  YDual                       X-Short Off
	 57:  YDual               Y-Short X-Short Off
	 58:  YDual XDual         Y-Short         On
	 59:  YDual XDual         Y-Short         Off
	 60:  YDual XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short On
	 63:        XDual                         On
	 64:  YDual                       X-Short On
	 65:  YDual                       X-Short Off
	 66:  YDual               Y-Short X-Short Off
	 67:  YDual XDual         Y-Short         On
	 68:  YDual XDual         Y-Short         Off
	 69:  YDual XDual         Y-Short X-Short Off
	 70:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   232,   866)  ->  Abs (   232,   866)
	  1: Rel (     0,   -85)  ->  Abs (   232,   781)
	  2: Rel (   107,   115)  ->  Abs (   339,   896)
	  3: Rel (   108,     0)  ->  Abs (   447,   896)
	  4: Rel (    65,     0)  ->  Abs (   512,   896)
	  5: Rel (    98,   -69)  ->  Abs (   610,   827)
	  6: Rel (    33,   -70)  ->  Abs (   643,   757)
	  7: Rel (    56,    70)  ->  Abs (   699,   827)
	  8: Rel (   115,    69)  ->  Abs (   814,   896)
	  9: Rel (    58,     0)  ->  Abs (   872,   896)
	 10: Rel (    91,     0)  ->  Abs (   963,   896)
	 11: Rel (    54,   -59)  ->  Abs (  1017,   837)
	 12: Rel (    71,   -76)  ->  Abs (  1088,   761)
	 13: Rel (     0,   -90)  ->  Abs (  1088,   671)
	 14: Rel (     0,  -587)  ->  Abs (  1088,    84)
	 15: Rel (    71,     0)  ->  Abs (  1159,    84)
	 16: Rel (    30,     0)  ->  Abs (  1189,    84)
	 17: Rel (    26,   -23)  ->  Abs (  1215,    61)
	 18: Rel (     0,   -19)  ->  Abs (  1215,    42)
	 19: Rel (     0,   -18)  ->  Abs (  1215,    24)
	 20: Rel (   -26,   -24)  ->  Abs (  1189,     0)
	 21: Rel (   -30,     0)  ->  Abs (  1159,     0)
	 22: Rel (  -155,     0)  ->  Abs (  1004,     0)
	 23: Rel (     0,   663)  ->  Abs (  1004,   663)
	 24: Rel (     0,    64)  ->  Abs (  1004,   727)
	 25: Rel (   -78,    84)  ->  Abs (   926,   811)
	 26: Rel (   -51,     0)  ->  Abs (   875,   811)
	 27: Rel (   -46,     0)  ->  Abs (   829,   811)
	 28: Rel (  -102,   -69)  ->  Abs (   727,   742)
	 29: Rel (   -65,  -101)  ->  Abs (   662,   641)
	 30: Rel (     0,  -557)  ->  Abs (   662,    84)
	 31: Rel (    70,     0)  ->  Abs (   732,    84)
	 32: Rel (    30,     0)  ->  Abs (   762,    84)
	 33: Rel (    26,   -23)  ->  Abs (   788,    61)
	 34: Rel (     0,   -19)  ->  Abs (   788,    42)
	 35: Rel (     0,   -18)  ->  Abs (   788,    24)
	 36: Rel (   -26,   -24)  ->  Abs (   762,     0)
	 37: Rel (   -30,     0)  ->  Abs (   732,     0)
	 38: Rel (  -155,     0)  ->  Abs (   577,     0)
	 39: Rel (     0,   657)  ->  Abs (   577,   657)
	 40: Rel (     0,    67)  ->  Abs (   577,   724)
	 41: Rel (   -79,    87)  ->  Abs (   498,   811)
	 42: Rel (   -49,     0)  ->  Abs (   449,   811)
	 43: Rel (   -45,     0)  ->  Abs (   404,   811)
	 44: Rel (   -44,   -29)  ->  Abs (   360,   782)
	 45: Rel (   -61,   -41)  ->  Abs (   299,   741)
	 46: Rel (   -67,  -100)  ->  Abs (   232,   641)
	 47: Rel (     0,  -557)  ->  Abs (   232,    84)
	 48: Rel (    71,     0)  ->  Abs (   303,    84)
	 49: Rel (    30,     0)  ->  Abs (   333,    84)
	 50: Rel (    26,   -23)  ->  Abs (   359,    61)
	 51: Rel (     0,   -19)  ->  Abs (   359,    42)
	 52: Rel (     0,   -18)  ->  Abs (   359,    24)
	 53: Rel (   -26,   -24)  ->  Abs (   333,     0)
	 54: Rel (   -30,     0)  ->  Abs (   303,     0)
	 55: Rel (  -226,     0)  ->  Abs (    77,     0)
	 56: Rel (   -30,     0)  ->  Abs (    47,     0)
	 57: Rel (   -26,    24)  ->  Abs (    21,    24)
	 58: Rel (     0,    18)  ->  Abs (    21,    42)
	 59: Rel (     0,    19)  ->  Abs (    21,    61)
	 60: Rel (    26,    23)  ->  Abs (    47,    84)
	 61: Rel (    30,     0)  ->  Abs (    77,    84)
	 62: Rel (    71,     0)  ->  Abs (   148,    84)
	 63: Rel (     0,   697)  ->  Abs (   148,   781)
	 64: Rel (   -71,     0)  ->  Abs (    77,   781)
	 65: Rel (   -30,     0)  ->  Abs (    47,   781)
	 66: Rel (   -26,    24)  ->  Abs (    21,   805)
	 67: Rel (     0,    19)  ->  Abs (    21,   824)
	 68: Rel (     0,    18)  ->  Abs (    21,   842)
	 69: Rel (    26,    24)  ->  Abs (    47,   866)
	 70: Rel (    30,     0)  ->  Abs (    77,   866)

	Glyph  81: off = 0x000071B6, len = 546
	  numberOfContours:	1
	  xMin:			108
	  yMin:			0
	  xMax:			1111
	  yMax:			896

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	391
	00000: NPUSHB      (55):   213     6   213     8     2   196     6   196     8     2 
	                           163     8   178     6   178     8     3   113     7   128 
	                             7     2    99     7   100     8   100    27     3   155 
	                            27   165     6     2   123    31   179     1   180     2 
	                             3    28    31   106    31     2     0     1     4     2 
	                             2    30     8    18    24 
	00057: PUSHW[1]            686 
	00060: NPUSHB      (16):    15    21    31    21     2    21    70    25    21    21 
	                            24    25    34    18    41    47 
	00078: PUSHW[1]            686 
	00081: NPUSHB      (11):    44    92    48    44    44    47    48    34    41    17 
	                            11 
	00094: PUSHW[1]            686 
	00097: NPUSHB      (14):     0    14     1    14    70    10    14    14    11    10 
	                            34    17    40    34 
	00113: PUSHW[1]            686 
	00116: NPUSHB      (16):     0    37    16    37     2    37    92    33    37    37 
	                            34    33    34    40    56    50 
	00134: PUSHW[1]            686 
	00137: NPUSHB      (13):    53    70    49    53    53    50    49    34    50    59 
	                            56     6     1 
	00152: PUSHW[3]            480    32   355 
	00159: NPUSHB      (19):    29    33     4     7    41    40    40    18    18    17 
	                            10     9    10    32    26   223    25     1    25 
	00180: PUSHW[1]            675 
	00183: NPUSHB      (16):    58     0    33    32    49   144    48   160    48     2 
	                            48    25    57    71    97    24 
	00201: CALL       
	00202: FLIPOFF    
	00203: SRP0       
	00204: MIRP[srp0,nmd,rd,0] 
	00205: DELTAP1    
	00206: ALIGNRP    
	00207: FLIPON     
	00208: MIRP[srp0,md,rd,1] 
	00209: ALIGNRP    
	00210: SRP0       
	00211: MIRP[srp0,nmd,rd,0] 
	00212: DELTAP1    
	00213: ALIGNRP    
	00214: MIRP[srp0,md,rd,1] 
	00215: ALIGNRP    
	00216: SVTCA[y-axis] 
	00217: MIAP[rd+ci] 
	00218: ALIGNRP    
	00219: SRP0       
	00220: ALIGNRP    
	00221: SRP0       
	00222: ALIGNRP    
	00223: MIAP[rd+ci] 
	00224: MIRP[srp0,md,rd,1] 
	00225: MIRP[srp0,nmd,rd,0] 
	00226: MIRP[nrp0,md,rd,1] 
	00227: MIAP[rd+ci] 
	00228: MIRP[nrp0,md,rd,1] 
	00229: MIRP[srp0,md,rd,1] 
	00230: RTDG       
	00231: SRP2       
	00232: IP         
	00233: MDAP[rd]   
	00234: RTG        
	00235: SVTCA[x-axis] 
	00236: SRP0       
	00237: MIRP[srp0,nmd,rd,1] 
	00238: MIRP[srp0,nmd,rd,0] 
	00239: MDRP[nrp0,nmd,rd,0] 
	00240: SVTCA[y-axis] 
	00241: SRP0       
	00242: MIRP[srp0,md,rd,1] 
	00243: RTDG       
	00244: SRP2       
	00245: IP         
	00246: MDAP[rd]   
	00247: RTG        
	00248: SVTCA[x-axis] 
	00249: SRP0       
	00250: MIRP[srp0,nmd,rd,1] 
	00251: DELTAP1    
	00252: MIRP[srp0,nmd,rd,0] 
	00253: MDRP[nrp0,nmd,rd,0] 
	00254: SVTCA[y-axis] 
	00255: SRP0       
	00256: MIRP[srp0,md,rd,1] 
	00257: RTDG       
	00258: SRP2       
	00259: IP         
	00260: MDAP[rd]   
	00261: RTG        
	00262: SVTCA[x-axis] 
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,1] 
	00265: DELTAP1    
	00266: MIRP[srp0,nmd,rd,0] 
	00267: MDRP[nrp0,nmd,rd,0] 
	00268: SVTCA[y-axis] 
	00269: SRP0       
	00270: MIRP[srp0,md,rd,1] 
	00271: RTDG       
	00272: SRP2       
	00273: IP         
	00274: MDAP[rd]   
	00275: RTG        
	00276: SVTCA[x-axis] 
	00277: SRP0       
	00278: MIRP[srp0,nmd,rd,1] 
	00279: MIRP[srp0,nmd,rd,0] 
	00280: MDRP[nrp0,nmd,rd,0] 
	00281: SVTCA[y-axis] 
	00282: SRP0       
	00283: MIRP[srp0,md,rd,1] 
	00284: RTDG       
	00285: SRP2       
	00286: IP         
	00287: MDAP[rd]   
	00288: RTG        
	00289: SVTCA[x-axis] 
	00290: SRP0       
	00291: MIRP[srp0,nmd,rd,1] 
	00292: DELTAP1    
	00293: MIRP[srp0,nmd,rd,0] 
	00294: MDRP[nrp0,nmd,rd,0] 
	00295: PUSHB[2]              6     2 
	00298: RS         
	00299: EQ         
	00300: IF         
	00301: PUSHW[2]              1   -64 
	00306: PUSHB[4]             27    36    52     1 
	00311: PUSHW[1]            -32 
	00314: PUSHB[3]             17    26    52 
	00318: SVTCA[y-axis] 
	00319: CALL       
	00320: CALL       
	00321: EIF        
	00322: IUP[y]     
	00323: IUP[x]     
	00324: RS         
	00325: JROF       
	00326: NPUSHB      (20):    27    28     5     8     7     8     6     8     2     6 
	                            28     5    26    31     1    27     8    29    31     1 
	00348: SVTCA[y-axis] 
	00349: CALL       
	00350: SVTCA[x-axis] 
	00351: CALL       
	00352: LOOPCALL   
	00353: FLIPRGON   
	00354: FLIPRGON   
	00355: SVTCA[y-axis] 
	00356: MPPEM      
	00357: PUSHB[1]             27 
	00359: GTEQ       
	00360: MPPEM      
	00361: PUSHB[1]             36 
	00363: LTEQ       
	00364: AND        
	00365: IF         
	00366: PUSHB[3]             31    20     1 
	00370: PUSHW[1]            -34 
	00373: PUSHB[2]             27    20 
	00376: SHPIX      
	00377: SHPIX      
	00378: SHPIX      
	00379: EIF        
	00380: SVTCA[y-axis] 
	00381: DELTAP2    
	00382: DELTAP2    
	00383: DELTAP2    
	00384: DELTAP1    
	00385: SVTCA[x-axis] 
	00386: DELTAP2    
	00387: DELTAP2    
	00388: DELTAP1    
	00389: DELTAP1    
	00390: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:        XDual                         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                               On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short On
	 49:        XDual                         On
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         Off
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   343,   866)  ->  Abs (   343,   866)
	  1: Rel (     0,  -127)  ->  Abs (   343,   739)
	  2: Rel (    88,    89)  ->  Abs (   431,   828)
	  3: Rel (   142,    68)  ->  Abs (   573,   896)
	  4: Rel (    89,     0)  ->  Abs (   662,   896)
	  5: Rel (    96,     0)  ->  Abs (   758,   896)
	  6: Rel (    79,   -41)  ->  Abs (   837,   855)
	  7: Rel (    56,   -30)  ->  Abs (   893,   825)
	  8: Rel (    91,  -139)  ->  Abs (   984,   686)
	  9: Rel (     0,   -73)  ->  Abs (   984,   613)
	 10: Rel (     0,  -529)  ->  Abs (   984,    84)
	 11: Rel (    71,     0)  ->  Abs (  1055,    84)
	 12: Rel (    30,     0)  ->  Abs (  1085,    84)
	 13: Rel (    26,   -23)  ->  Abs (  1111,    61)
	 14: Rel (     0,   -19)  ->  Abs (  1111,    42)
	 15: Rel (     0,   -18)  ->  Abs (  1111,    24)
	 16: Rel (   -26,   -24)  ->  Abs (  1085,     0)
	 17: Rel (   -30,     0)  ->  Abs (  1055,     0)
	 18: Rel (  -225,     0)  ->  Abs (   830,     0)
	 19: Rel (   -31,     0)  ->  Abs (   799,     0)
	 20: Rel (   -26,    24)  ->  Abs (   773,    24)
	 21: Rel (     0,    18)  ->  Abs (   773,    42)
	 22: Rel (     0,    19)  ->  Abs (   773,    61)
	 23: Rel (    26,    23)  ->  Abs (   799,    84)
	 24: Rel (    31,     0)  ->  Abs (   830,    84)
	 25: Rel (    70,     0)  ->  Abs (   900,    84)
	 26: Rel (     0,   515)  ->  Abs (   900,   599)
	 27: Rel (     0,    89)  ->  Abs (   900,   688)
	 28: Rel (  -130,   123)  ->  Abs (   770,   811)
	 29: Rel (  -109,     0)  ->  Abs (   661,   811)
	 30: Rel (   -83,     0)  ->  Abs (   578,   811)
	 31: Rel (  -122,   -67)  ->  Abs (   456,   744)
	 32: Rel (  -113,  -133)  ->  Abs (   343,   611)
	 33: Rel (     0,  -527)  ->  Abs (   343,    84)
	 34: Rel (    95,     0)  ->  Abs (   438,    84)
	 35: Rel (    30,     0)  ->  Abs (   468,    84)
	 36: Rel (    26,   -23)  ->  Abs (   494,    61)
	 37: Rel (     0,   -19)  ->  Abs (   494,    42)
	 38: Rel (     0,   -18)  ->  Abs (   494,    24)
	 39: Rel (   -26,   -24)  ->  Abs (   468,     0)
	 40: Rel (   -30,     0)  ->  Abs (   438,     0)
	 41: Rel (  -274,     0)  ->  Abs (   164,     0)
	 42: Rel (   -30,     0)  ->  Abs (   134,     0)
	 43: Rel (   -26,    24)  ->  Abs (   108,    24)
	 44: Rel (     0,    18)  ->  Abs (   108,    42)
	 45: Rel (     0,    19)  ->  Abs (   108,    61)
	 46: Rel (    26,    23)  ->  Abs (   134,    84)
	 47: Rel (    30,     0)  ->  Abs (   164,    84)
	 48: Rel (    95,     0)  ->  Abs (   259,    84)
	 49: Rel (     0,   697)  ->  Abs (   259,   781)
	 50: Rel (   -71,     0)  ->  Abs (   188,   781)
	 51: Rel (   -30,     0)  ->  Abs (   158,   781)
	 52: Rel (   -26,    24)  ->  Abs (   132,   805)
	 53: Rel (     0,    19)  ->  Abs (   132,   824)
	 54: Rel (     0,    18)  ->  Abs (   132,   842)
	 55: Rel (    26,    24)  ->  Abs (   158,   866)
	 56: Rel (    30,     0)  ->  Abs (   188,   866)

	Glyph  82: off = 0x000073D8, len = 412
	  numberOfContours:	2
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			896

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	328
	00000: NPUSHB      (56):    18    22     4    22    20    23    22     3   201     1 
	                           201    11   213     2   219     5   221     7   213    11 
	                             6   107     7   105    17     2   101     2   101     4 
	                           105     8   105    10   106    13   108    17   101    19 
	                           102    23     8    21    33     3    15    33     9     3 
	                            11     9     7    12    33     0 
	00058: PUSHW[1]            -64 
	00061: PUSHB[4]             15    25    63     0 
	00066: PUSHW[1]            -64 
	00069: PUSHB[4]             14    23    63     0 
	00074: PUSHW[1]            -64 
	00077: NPUSHB      (13):    21    53   176     0     1    16     0    48     0    96 
	                             0     3     0 
	00092: PUSHW[1]            647 
	00095: NPUSHB      (24):    18    33     6    64    15    25    63     6    64    14 
	                            23    63   111     6   191     6   207     6   224     6 
	                           240     6     5     6 
	00121: PUSHW[1]            482 
	00124: PUSHB[4]             24    42   173    24 
	00129: PUSHW[1]            300 
	00132: SCANCTRL   
	00133: CALL       
	00134: SRP0       
	00135: MIRP[srp0,nmd,rd,2] 
	00136: DELTAP1    
	00137: SVTCA[x-axis] 
	00138: CALL       
	00139: CALL       
	00140: MIRP[nrp0,md,rd,1] 
	00141: MIRP[srp0,md,rd,1] 
	00142: DELTAP1    
	00143: DELTAP2    
	00144: CALL       
	00145: SVTCA[x-axis] 
	00146: CALL       
	00147: CALL       
	00148: MIRP[nrp0,md,rd,1] 
	00149: SVTCA[y-axis] 
	00150: MIAP[rd+ci] 
	00151: MIAP[rd+ci] 
	00152: SRP0       
	00153: MIRP[nrp0,md,rd,1] 
	00154: SRP0       
	00155: MIRP[nrp0,md,rd,1] 
	00156: IUP[y]     
	00157: IUP[x]     
	00158: SVTCA[y-axis] 
	00159: MPPEM      
	00160: PUSHB[1]             11 
	00162: GTEQ       
	00163: MPPEM      
	00164: PUSHB[1]             36 
	00166: LTEQ       
	00167: AND        
	00168: IF         
	00169: PUSHW[4]             22   -12    20   -12 
	00178: PUSHB[5]             16    20    14    20    23 
	00184: PUSHW[3]            -30    19   -30 
	00191: PUSHB[4]             13    30    17    30 
	00196: SHPIX      
	00197: SHPIX      
	00198: SHPIX      
	00199: SHPIX      
	00200: SHPIX      
	00201: SHPIX      
	00202: SHPIX      
	00203: SHPIX      
	00204: EIF        
	00205: SVTCA[y-axis] 
	00206: DELTAP1    
	00207: SVTCA[x-axis] 
	00208: DELTAP2    
	00209: DELTAP1    
	00210: SVTCA[y-axis] 
	00211: DELTAP2    
	00212: RS         
	00213: NOT        
	00214: IF         
	00215: NPUSHB      (11):    22    20    16    27    63    20    20    16    27    63 
	                            17 
	00228: PUSHW[1]            -10 
	00231: NPUSHB      (19):    15    30    63    11    20    15    30    63     8    10 
	                            15    30    63     7    10    15    30    63    17 
	00252: PUSHW[1]            -20 
	00255: NPUSHB      (29):    18    11    63     7    20    11    18    63    11    20 
	                            11    18    63    22    20    17    23    62    20    20 
	                            17    23    62    19    20    15    20    63    17 
	00286: PUSHW[1]            -60 
	00289: NPUSHB      (18):    15    20    63    10    10    12    16    63     8    10 
	                            12    16    63     2     3    15    31    60 
	00309: SVTCA[x-axis] 
	00310: CALL       
	00311: SVTCA[y-axis] 
	00312: CALL       
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: CALL       
	00317: CALL       
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: CALL       
	00327: EIF        

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                                      Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:                                      Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1084,   431)  ->  Abs (  1084,   431)
	  1: Rel (     0,  -192)  ->  Abs (  1084,   239)
	  2: Rel (  -275,  -272)  ->  Abs (   809,   -33)
	  3: Rel (  -194,     0)  ->  Abs (   615,   -33)
	  4: Rel (  -196,     0)  ->  Abs (   419,   -33)
	  5: Rel (  -274,   273)  ->  Abs (   145,   240)
	  6: Rel (     0,   191)  ->  Abs (   145,   431)
	  7: Rel (     0,   192)  ->  Abs (   145,   623)
	  8: Rel (   274,   273)  ->  Abs (   419,   896)
	  9: Rel (   196,     0)  ->  Abs (   615,   896)
	 10: Rel (   194,     0)  ->  Abs (   809,   896)
	 11: Rel (   275,  -272)  ->  Abs (  1084,   624)
	 12: Rel (   -85,  -193)  ->  Abs (   999,   431)
	 13: Rel (     0,   158)  ->  Abs (   999,   589)
	 14: Rel (  -225,   222)  ->  Abs (   774,   811)
	 15: Rel (  -160,     0)  ->  Abs (   614,   811)
	 16: Rel (  -160,     0)  ->  Abs (   454,   811)
	 17: Rel (  -225,  -223)  ->  Abs (   229,   588)
	 18: Rel (     0,  -157)  ->  Abs (   229,   431)
	 19: Rel (     0,  -156)  ->  Abs (   229,   275)
	 20: Rel (   225,  -224)  ->  Abs (   454,    51)
	 21: Rel (   160,     0)  ->  Abs (   614,    51)
	 22: Rel (   160,     0)  ->  Abs (   774,    51)
	 23: Rel (   225,   223)  ->  Abs (   999,   274)

	Glyph  83: off = 0x00007574, len = 444
	  numberOfContours:	2
	  xMin:			45
	  yMin:			-386
	  xMax:			1111
	  yMax:			896

	EndPoints
	---------
	  0:  37
	  1:  49

	  Length of Instructions:	301
	00000: NPUSHB      (63):    49    10    15    57    39    10    15    57    53    45 
	                            81     1    85     2    93    13   100     1   101     2 
	                           101     6   107    13   116     1   123    42   114    46 
	                            11   195     6   192    10   217     7   217     9   218 
	                            39   217    49   230     6   229    10     8    25     3 
	                            44     3   123     7   140     3   153     3   172     3 
	                             6    22    28 
	00065: PUSHW[1]            686 
	00068: NPUSHB      (11):    25    47    29    25    25    28    29    34    22    21 
	                            15 
	00081: PUSHW[1]            686 
	00084: NPUSHB      (11):    18   200    14    18    18    15    14    34    21    37 
	                            31 
	00097: PUSHW[1]            686 
	00100: NPUSHB      (65):    34    47    30    34    34    31    30    34    37     1 
	                            13    41    47    15    59    21    28    59    22    22 
	                            21    14    47    33    11    10    41    33     1   147 
	                             4     7     0    31    59    37     6    38    33    15 
	                             8     1     8    26    51    44     0    14    32    30 
	                            15    29    79    29    95    29   111    29     4    29 
	                            25    50    94   142    24 
	00167: PUSHW[1]            300 
	00170: SCANCTRL   
	00171: CALL       
	00172: FLIPOFF    
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,0] 
	00175: DELTAP1    
	00176: ALIGNRP    
	00177: FLIPON     
	00178: MIRP[srp0,md,rd,1] 
	00179: ALIGNRP    
	00180: ALIGNRP    
	00181: FLIPOFF    
	00182: SRP0       
	00183: MIRP[srp0,nmd,rd,2] 
	00184: DELTAP1    
	00185: FLIPON     
	00186: MIRP[nrp0,md,rd,1] 
	00187: SVTCA[y-axis] 
	00188: MIAP[rd+ci] 
	00189: MIRP[nrp0,md,rd,1] 
	00190: ALIGNRP    
	00191: MIAP[rd+ci] 
	00192: MIRP[nrp0,nmd,rd,0] 
	00193: MIRP[nrp0,md,rd,1] 
	00194: MIAP[rd+ci] 
	00195: MIRP[nrp0,md,rd,1] 
	00196: MIAP[rd+ci] 
	00197: ALIGNRP    
	00198: SRP0       
	00199: MIRP[nrp0,md,rd,1] 
	00200: SRP0       
	00201: MIRP[nrp0,md,rd,1] 
	00202: SRP1       
	00203: SRP2       
	00204: IP         
	00205: IP         
	00206: SRP0       
	00207: MIRP[srp0,md,rd,1] 
	00208: RTDG       
	00209: SRP2       
	00210: IP         
	00211: MDAP[rd]   
	00212: RTG        
	00213: SVTCA[x-axis] 
	00214: SRP0       
	00215: MIRP[srp0,nmd,rd,1] 
	00216: MIRP[srp0,nmd,rd,0] 
	00217: MDRP[nrp0,nmd,rd,0] 
	00218: SVTCA[y-axis] 
	00219: SRP0       
	00220: MIRP[srp0,md,rd,1] 
	00221: RTDG       
	00222: SRP2       
	00223: IP         
	00224: MDAP[rd]   
	00225: RTG        
	00226: SVTCA[x-axis] 
	00227: SRP0       
	00228: MIRP[srp0,nmd,rd,1] 
	00229: MIRP[srp0,nmd,rd,0] 
	00230: MDRP[nrp0,nmd,rd,0] 
	00231: SVTCA[y-axis] 
	00232: SRP0       
	00233: MIRP[srp0,md,rd,1] 
	00234: RTDG       
	00235: SRP2       
	00236: IP         
	00237: MDAP[rd]   
	00238: RTG        
	00239: SVTCA[x-axis] 
	00240: SRP0       
	00241: MIRP[srp0,nmd,rd,1] 
	00242: MIRP[srp0,nmd,rd,0] 
	00243: MDRP[nrp0,nmd,rd,0] 
	00244: IUP[y]     
	00245: IUP[x]     
	00246: SVTCA[y-axis] 
	00247: MPPEM      
	00248: PUSHB[1]             12 
	00250: GTEQ       
	00251: MPPEM      
	00252: PUSHB[1]             36 
	00254: LTEQ       
	00255: AND        
	00256: IF         
	00257: PUSHB[3]             40    12    48 
	00261: PUSHW[3]            -12    45   -12 
	00268: PUSHB[5]             43    12    13    32     1 
	00274: PUSHW[3]            -30    49   -35 
	00281: PUSHB[2]             39    35 
	00284: SHPIX      
	00285: SHPIX      
	00286: SHPIX      
	00287: SHPIX      
	00288: SHPIX      
	00289: SHPIX      
	00290: SHPIX      
	00291: SHPIX      
	00292: EIF        
	00293: SVTCA[x-axis] 
	00294: DELTAP2    
	00295: DELTAP1    
	00296: SVTCA[y-axis] 
	00297: DELTAP2    
	00298: SVTCA[x-axis] 
	00299: CALL       
	00300: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                                      Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:        XDual                         On
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:                                      On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:        XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   298,   866)  ->  Abs (   298,   866)
	  1: Rel (     0,  -153)  ->  Abs (   298,   713)
	  2: Rel (    75,    91)  ->  Abs (   373,   804)
	  3: Rel (   172,    92)  ->  Abs (   545,   896)
	  4: Rel (   117,     0)  ->  Abs (   662,   896)
	  5: Rel (   124,     0)  ->  Abs (   786,   896)
	  6: Rel (   210,  -116)  ->  Abs (   996,   780)
	  7: Rel (   115,  -207)  ->  Abs (  1111,   573)
	  8: Rel (     0,  -114)  ->  Abs (  1111,   459)
	  9: Rel (     0,  -181)  ->  Abs (  1111,   278)
	 10: Rel (  -259,  -257)  ->  Abs (   852,    21)
	 11: Rel (  -189,     0)  ->  Abs (   663,    21)
	 12: Rel (  -225,     0)  ->  Abs (   438,    21)
	 13: Rel (  -140,   183)  ->  Abs (   298,   204)
	 14: Rel (     0,  -506)  ->  Abs (   298,  -302)
	 15: Rel (   204,     0)  ->  Abs (   502,  -302)
	 16: Rel (    30,     0)  ->  Abs (   532,  -302)
	 17: Rel (    26,   -23)  ->  Abs (   558,  -325)
	 18: Rel (     0,   -19)  ->  Abs (   558,  -344)
	 19: Rel (     0,   -18)  ->  Abs (   558,  -362)
	 20: Rel (   -26,   -24)  ->  Abs (   532,  -386)
	 21: Rel (   -30,     0)  ->  Abs (   502,  -386)
	 22: Rel (  -401,     0)  ->  Abs (   101,  -386)
	 23: Rel (   -30,     0)  ->  Abs (    71,  -386)
	 24: Rel (   -26,    23)  ->  Abs (    45,  -363)
	 25: Rel (     0,    19)  ->  Abs (    45,  -344)
	 26: Rel (     0,    19)  ->  Abs (    45,  -325)
	 27: Rel (    26,    23)  ->  Abs (    71,  -302)
	 28: Rel (    30,     0)  ->  Abs (   101,  -302)
	 29: Rel (   113,     0)  ->  Abs (   214,  -302)
	 30: Rel (     0,  1083)  ->  Abs (   214,   781)
	 31: Rel (  -113,     0)  ->  Abs (   101,   781)
	 32: Rel (   -30,     0)  ->  Abs (    71,   781)
	 33: Rel (   -26,    24)  ->  Abs (    45,   805)
	 34: Rel (     0,    19)  ->  Abs (    45,   824)
	 35: Rel (     0,    18)  ->  Abs (    45,   842)
	 36: Rel (    26,    24)  ->  Abs (    71,   866)
	 37: Rel (    30,     0)  ->  Abs (   101,   866)
	 38: Rel (   925,  -407)  ->  Abs (  1026,   459)
	 39: Rel (     0,   145)  ->  Abs (  1026,   604)
	 40: Rel (  -211,   207)  ->  Abs (   815,   811)
	 41: Rel (  -152,     0)  ->  Abs (   663,   811)
	 42: Rel (  -153,     0)  ->  Abs (   510,   811)
	 43: Rel (  -212,  -208)  ->  Abs (   298,   603)
	 44: Rel (     0,  -144)  ->  Abs (   298,   459)
	 45: Rel (     0,  -145)  ->  Abs (   298,   314)
	 46: Rel (   212,  -208)  ->  Abs (   510,   106)
	 47: Rel (   153,     0)  ->  Abs (   663,   106)
	 48: Rel (   151,     0)  ->  Abs (   814,   106)
	 49: Rel (   212,   207)  ->  Abs (  1026,   313)

	Glyph  84: off = 0x00007730, len = 468
	  numberOfContours:	2
	  xMin:			128
	  yMin:			-386
	  xMax:			1194
	  yMax:			896

	EndPoints
	---------
	  0:  35
	  1:  47

	  Length of Instructions:	332
	00000: PUSHW[2]             43   -10 
	00005: PUSHB[3]             15    57    41 
	00009: PUSHW[1]            -10 
	00012: NPUSHB      (56):    15    57   174     0   167    27   174    37     3    82 
	                             0    95    26   100     0   110    26   106    33   115 
	                             0   124    26   118    46   131     0   141    26   134 
	                            46   153    38   156    44   151    46   169    38   172 
	                            44   166    46    17   164    35     1   155    41   171 
	                            32   171    41     3     2     8 
	00070: PUSHW[1]            686 
	00073: NPUSHB      (14):     0     5     1     5    47     9     5     5     8     9 
	                            34     2    18    24 
	00089: PUSHW[1]            686 
	00092: NPUSHB      (11):    21   200    25    21    21    24    25    34    18    17 
	                            11 
	00105: PUSHW[1]            686 
	00108: NPUSHB      (82):     0    14     1    14    47    10    14    14    11    10 
	                            34    17     0    26    39    45    24    59    18    11 
	                            59    18    17    14    45    33    28    10     9     8 
	                            59     2     6    39    33     0   147    34     7    36 
	                             1    25     9    25    32   128    10     1    15    10 
	                           224    10   240    10     3    10    26    49    42    33 
	                           128    31   144    31   160    31   176    31     4   207 
	                            31   224    31   240    31     3    31    25    48    42 
	                           128    24 
	00192: PUSHW[1]            300 
	00195: SCANCTRL   
	00196: CALL       
	00197: FLIPOFF    
	00198: SRP0       
	00199: MIRP[srp0,nmd,rd,0] 
	00200: DELTAP1    
	00201: DELTAP2    
	00202: FLIPON     
	00203: MIRP[nrp0,md,rd,1] 
	00204: FLIPOFF    
	00205: SRP0       
	00206: MIRP[srp0,nmd,rd,2] 
	00207: DELTAP1    
	00208: DELTAP2    
	00209: FLIPON     
	00210: MIRP[nrp0,md,rd,1] 
	00211: ALIGNRP    
	00212: SRP0       
	00213: ALIGNRP    
	00214: ALIGNRP    
	00215: SVTCA[y-axis] 
	00216: MIAP[rd+ci] 
	00217: MIRP[nrp0,nmd,rd,0] 
	00218: MIRP[nrp0,md,rd,1] 
	00219: MIAP[rd+ci] 
	00220: MIRP[srp0,md,rd,1] 
	00221: ALIGNRP    
	00222: MIAP[rd+ci] 
	00223: MIRP[nrp0,md,rd,1] 
	00224: MIAP[rd+ci] 
	00225: ALIGNRP    
	00226: MIRP[nrp0,md,rd,1] 
	00227: SRP0       
	00228: MIRP[nrp0,md,rd,1] 
	00229: SRP1       
	00230: SRP2       
	00231: IP         
	00232: IP         
	00233: SRP0       
	00234: MIRP[srp0,md,rd,1] 
	00235: RTDG       
	00236: SRP2       
	00237: IP         
	00238: MDAP[rd]   
	00239: RTG        
	00240: SVTCA[x-axis] 
	00241: SRP0       
	00242: MIRP[srp0,nmd,rd,1] 
	00243: DELTAP1    
	00244: MIRP[srp0,nmd,rd,0] 
	00245: MDRP[nrp0,nmd,rd,0] 
	00246: SVTCA[y-axis] 
	00247: SRP0       
	00248: MIRP[srp0,md,rd,1] 
	00249: RTDG       
	00250: SRP2       
	00251: IP         
	00252: MDAP[rd]   
	00253: RTG        
	00254: SVTCA[x-axis] 
	00255: SRP0       
	00256: MIRP[srp0,nmd,rd,1] 
	00257: MIRP[srp0,nmd,rd,0] 
	00258: MDRP[nrp0,nmd,rd,0] 
	00259: SVTCA[y-axis] 
	00260: SRP0       
	00261: MIRP[srp0,md,rd,1] 
	00262: RTDG       
	00263: SRP2       
	00264: IP         
	00265: MDAP[rd]   
	00266: RTG        
	00267: SVTCA[x-axis] 
	00268: SRP0       
	00269: MIRP[srp0,nmd,rd,1] 
	00270: DELTAP1    
	00271: MIRP[srp0,nmd,rd,0] 
	00272: MDRP[nrp0,nmd,rd,0] 
	00273: IUP[y]     
	00274: IUP[x]     
	00275: SVTCA[y-axis] 
	00276: MPPEM      
	00277: PUSHB[1]             12 
	00279: GTEQ       
	00280: MPPEM      
	00281: PUSHB[1]             36 
	00283: LTEQ       
	00284: AND        
	00285: IF         
	00286: PUSHB[3]             26    20     0 
	00290: PUSHW[3]            -20    47   -20 
	00297: PUSHB[3]             37    20    44 
	00301: PUSHW[1]            -20 
	00304: PUSHB[3]             40    20    43 
	00308: PUSHW[1]            -35 
	00311: PUSHB[2]             41    35 
	00314: SHPIX      
	00315: SHPIX      
	00316: SHPIX      
	00317: SHPIX      
	00318: SHPIX      
	00319: SHPIX      
	00320: SHPIX      
	00321: SHPIX      
	00322: EIF        
	00323: SVTCA[x-axis] 
	00324: DELTAP2    
	00325: DELTAP1    
	00326: SVTCA[y-axis] 
	00327: DELTAP2    
	00328: DELTAP1    
	00329: SVTCA[x-axis] 
	00330: CALL       
	00331: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                               On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                                      Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short         Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual                 X-Short On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:                      Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:        XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   940,   713)  ->  Abs (   940,   713)
	  1: Rel (     0,   153)  ->  Abs (   940,   866)
	  2: Rel (   197,     0)  ->  Abs (  1137,   866)
	  3: Rel (    31,     0)  ->  Abs (  1168,   866)
	  4: Rel (    26,   -24)  ->  Abs (  1194,   842)
	  5: Rel (     0,   -19)  ->  Abs (  1194,   823)
	  6: Rel (     0,   -18)  ->  Abs (  1194,   805)
	  7: Rel (   -26,   -24)  ->  Abs (  1168,   781)
	  8: Rel (   -31,     0)  ->  Abs (  1137,   781)
	  9: Rel (  -112,     0)  ->  Abs (  1025,   781)
	 10: Rel (     0, -1083)  ->  Abs (  1025,  -302)
	 11: Rel (   112,     0)  ->  Abs (  1137,  -302)
	 12: Rel (    31,     0)  ->  Abs (  1168,  -302)
	 13: Rel (    26,   -23)  ->  Abs (  1194,  -325)
	 14: Rel (     0,   -19)  ->  Abs (  1194,  -344)
	 15: Rel (     0,   -18)  ->  Abs (  1194,  -362)
	 16: Rel (   -26,   -24)  ->  Abs (  1168,  -386)
	 17: Rel (   -31,     0)  ->  Abs (  1137,  -386)
	 18: Rel (  -400,     0)  ->  Abs (   737,  -386)
	 19: Rel (   -30,     0)  ->  Abs (   707,  -386)
	 20: Rel (   -26,    23)  ->  Abs (   681,  -363)
	 21: Rel (     0,    19)  ->  Abs (   681,  -344)
	 22: Rel (     0,    19)  ->  Abs (   681,  -325)
	 23: Rel (    26,    23)  ->  Abs (   707,  -302)
	 24: Rel (    30,     0)  ->  Abs (   737,  -302)
	 25: Rel (   203,     0)  ->  Abs (   940,  -302)
	 26: Rel (     0,   506)  ->  Abs (   940,   204)
	 27: Rel (  -139,  -183)  ->  Abs (   801,    21)
	 28: Rel (  -226,     0)  ->  Abs (   575,    21)
	 29: Rel (  -188,     0)  ->  Abs (   387,    21)
	 30: Rel (  -259,   257)  ->  Abs (   128,   278)
	 31: Rel (     0,   181)  ->  Abs (   128,   459)
	 32: Rel (     0,   182)  ->  Abs (   128,   641)
	 33: Rel (   259,   255)  ->  Abs (   387,   896)
	 34: Rel (   190,     0)  ->  Abs (   577,   896)
	 35: Rel (   224,     0)  ->  Abs (   801,   896)
	 36: Rel (   139,  -437)  ->  Abs (   940,   459)
	 37: Rel (     0,   145)  ->  Abs (   940,   604)
	 38: Rel (  -212,   207)  ->  Abs (   728,   811)
	 39: Rel (  -152,     0)  ->  Abs (   576,   811)
	 40: Rel (  -152,     0)  ->  Abs (   424,   811)
	 41: Rel (  -212,  -207)  ->  Abs (   212,   604)
	 42: Rel (     0,  -145)  ->  Abs (   212,   459)
	 43: Rel (     0,  -145)  ->  Abs (   212,   314)
	 44: Rel (   212,  -208)  ->  Abs (   424,   106)
	 45: Rel (   152,     0)  ->  Abs (   576,   106)
	 46: Rel (   152,     0)  ->  Abs (   728,   106)
	 47: Rel (   212,   208)  ->  Abs (   940,   314)

	Glyph  85: off = 0x00007904, len = 402
	  numberOfContours:	1
	  xMin:			171
	  yMin:			0
	  xMax:			1114
	  yMax:			887

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	277
	00000: NPUSHB      (20):   124    14     1    44     9    79    10   106    18   121 
	                            18   137    18   150     6   157    19     7    28    34 
	00022: PUSHW[1]            686 
	00025: NPUSHB      (11):    31   200    35    31    31    34    35    34    28    27 
	                            21 
	00038: PUSHW[3]            686    24   320 
	00045: NPUSHB       (9):    20    24    24    21    20    34    27    43    37 
	00056: PUSHW[1]            686 
	00059: NPUSHB      (79):    40    78    36    40    40    37    36    34    43    11 
	                            14    20    12    11    10     9     8     5     7    13 
	                             1    19     0    20    14    16    10    36    37    59 
	                             0    43     6    10    63    16    33     4     7    21 
	                            59    27    34    59    28    28    27    10    15     7 
	                           240     7     2     7    26    45     0    20    32    36 
	                            15    35    80    35   128    35   144    35   160    35 
	                           240    35     6    35    25    44   253   142    24 
	00140: CALL       
	00141: FLIPOFF    
	00142: SRP0       
	00143: MIRP[srp0,nmd,rd,0] 
	00144: DELTAP1    
	00145: ALIGNRP    
	00146: FLIPON     
	00147: MIRP[srp0,md,rd,1] 
	00148: ALIGNRP    
	00149: FLIPOFF    
	00150: SRP0       
	00151: MIRP[nrp0,nmd,rd,2] 
	00152: DELTAP1    
	00153: SVTCA[y-axis] 
	00154: MIAP[rd+ci] 
	00155: ALIGNRP    
	00156: FLIPON     
	00157: SRP0       
	00158: MIRP[nrp0,md,rd,1] 
	00159: SRP0       
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIAP[rd+ci] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: MIRP[nrp0,md,rd,1] 
	00164: MIAP[rd+ci] 
	00165: ALIGNRP    
	00166: MIRP[srp0,md,rd,1] 
	00167: ALIGNRP    
	00168: SRP1       
	00169: SRP2       
	00170: IP         
	00171: SRP1       
	00172: SRP2       
	00173: IP         
	00174: IP         
	00175: SRP1       
	00176: SRP2       
	00177: SLOOP      
	00178: IP         
	00179: SVTCA[x-axis] 
	00180: SRP1       
	00181: IP         
	00182: IP         
	00183: SVTCA[y-axis] 
	00184: SRP0       
	00185: MIRP[srp0,md,rd,1] 
	00186: RTDG       
	00187: SRP2       
	00188: IP         
	00189: MDAP[rd]   
	00190: RTG        
	00191: SVTCA[x-axis] 
	00192: SRP0       
	00193: MIRP[srp0,nmd,rd,1] 
	00194: MIRP[srp0,nmd,rd,0] 
	00195: MDRP[nrp0,nmd,rd,0] 
	00196: SVTCA[y-axis] 
	00197: SRP0       
	00198: MIRP[srp0,md,rd,1] 
	00199: RTDG       
	00200: SRP2       
	00201: IP         
	00202: MDAP[rd]   
	00203: RTG        
	00204: SVTCA[x-axis] 
	00205: SRP0       
	00206: MIRP[srp0,nmd,rd,1] 
	00207: MIRP[srp0,nmd,rd,0] 
	00208: MDRP[nrp0,nmd,rd,0] 
	00209: SVTCA[y-axis] 
	00210: SRP0       
	00211: MIRP[srp0,md,rd,1] 
	00212: RTDG       
	00213: SRP2       
	00214: IP         
	00215: MDAP[rd]   
	00216: RTG        
	00217: SVTCA[x-axis] 
	00218: SRP0       
	00219: MIRP[srp0,nmd,rd,1] 
	00220: MIRP[srp0,nmd,rd,0] 
	00221: MDRP[nrp0,nmd,rd,0] 
	00222: PUSHB[2]              6     2 
	00225: RS         
	00226: EQ         
	00227: IF         
	00228: PUSHW[2]              1   -64 
	00233: PUSHB[4]             27    36    52     1 
	00238: PUSHW[1]            -32 
	00241: PUSHB[3]             17    26    52 
	00245: SVTCA[y-axis] 
	00246: CALL       
	00247: CALL       
	00248: EIF        
	00249: IUP[y]     
	00250: IUP[x]     
	00251: SVTCA[y-axis] 
	00252: MPPEM      
	00253: PUSHB[1]             17 
	00255: GTEQ       
	00256: MPPEM      
	00257: PUSHB[1]             36 
	00259: LTEQ       
	00260: AND        
	00261: IF         
	00262: PUSHB[6]             19    20    14    22    18    28 
	00269: SHPIX      
	00270: SHPIX      
	00271: SHPIX      
	00272: EIF        
	00273: SVTCA[y-axis] 
	00274: DELTAP2    
	00275: SVTCA[x-axis] 
	00276: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:        XDual                         On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                               On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short On
	 36:        XDual                         On
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   514,   866)  ->  Abs (   514,   866)
	  1: Rel (     0,  -212)  ->  Abs (   514,   654)
	  2: Rel (   164,   148)  ->  Abs (   678,   802)
	  3: Rel (   163,    85)  ->  Abs (   841,   887)
	  4: Rel (    69,     0)  ->  Abs (   910,   887)
	  5: Rel (    75,     0)  ->  Abs (   985,   887)
	  6: Rel (   129,  -101)  ->  Abs (  1114,   786)
	  7: Rel (     0,   -26)  ->  Abs (  1114,   760)
	  8: Rel (     0,   -19)  ->  Abs (  1114,   741)
	  9: Rel (   -25,   -25)  ->  Abs (  1089,   716)
	 10: Rel (   -19,     0)  ->  Abs (  1070,   716)
	 11: Rel (   -10,     0)  ->  Abs (  1060,   716)
	 12: Rel (   -14,     7)  ->  Abs (  1046,   723)
	 13: Rel (   -19,    19)  ->  Abs (  1027,   742)
	 14: Rel (   -35,    35)  ->  Abs (   992,   777)
	 15: Rel (   -52,    26)  ->  Abs (   940,   803)
	 16: Rel (   -25,     0)  ->  Abs (   915,   803)
	 17: Rel (   -55,     0)  ->  Abs (   860,   803)
	 18: Rel (  -155,   -88)  ->  Abs (   705,   715)
	 19: Rel (  -191,  -171)  ->  Abs (   514,   544)
	 20: Rel (     0,  -460)  ->  Abs (   514,    84)
	 21: Rel (   372,     0)  ->  Abs (   886,    84)
	 22: Rel (    31,     0)  ->  Abs (   917,    84)
	 23: Rel (    26,   -23)  ->  Abs (   943,    61)
	 24: Rel (     0,   -19)  ->  Abs (   943,    42)
	 25: Rel (     0,   -18)  ->  Abs (   943,    24)
	 26: Rel (   -26,   -24)  ->  Abs (   917,     0)
	 27: Rel (   -31,     0)  ->  Abs (   886,     0)
	 28: Rel (  -659,     0)  ->  Abs (   227,     0)
	 29: Rel (   -30,     0)  ->  Abs (   197,     0)
	 30: Rel (   -26,    23)  ->  Abs (   171,    23)
	 31: Rel (     0,    18)  ->  Abs (   171,    41)
	 32: Rel (     0,    17)  ->  Abs (   171,    58)
	 33: Rel (    25,    23)  ->  Abs (   196,    81)
	 34: Rel (    31,     0)  ->  Abs (   227,    81)
	 35: Rel (   203,     0)  ->  Abs (   430,    81)
	 36: Rel (     0,   700)  ->  Abs (   430,   781)
	 37: Rel (  -155,     0)  ->  Abs (   275,   781)
	 38: Rel (   -30,     0)  ->  Abs (   245,   781)
	 39: Rel (   -26,    24)  ->  Abs (   219,   805)
	 40: Rel (     0,    19)  ->  Abs (   219,   824)
	 41: Rel (     0,    18)  ->  Abs (   219,   842)
	 42: Rel (    25,    24)  ->  Abs (   244,   866)
	 43: Rel (    31,     0)  ->  Abs (   275,   866)

	Glyph  86: off = 0x00007A96, len = 688
	  numberOfContours:	1
	  xMin:			207
	  yMin:			-33
	  xMax:			1022
	  yMax:			896

	EndPoints
	---------
	  0:  68

	  Length of Instructions:	497
	00000: NPUSHB     (136):    20    63    28    65     2    18    76     0    89     0 
	                           105    68   172    32   172    55   161    56   204    19 
	                           201    66   222    19   214    22   214    62   219    66 
	                           235    19   228    52   232    66   252    19   244    52 
	                           248    66    18    11    19     6    22     5    62     9 
	                            66    31    19    21    22    21    62    27    66   139 
	                            34   149    52   187    15    11    87    19    90    56 
	                           105    56   106    59   122    56   126    59   137    56 
	                           137    59   165    20   178    20    10   142    59   181 
	                            31     2    81     8    43    41    35    38    49    64 
	                            61    60    52    26    24    15    14     7    21    12 
	                            57     0    52    50    48    35     4    46    54    15 
	                            14    12     3    10     0     3    17    25    59    61 
	                            61    33    17    33    67    10 
	00138: PUSHW[1]            309 
	00141: PUSHB[5]              3    32    46     1    46 
	00147: PUSHW[1]            406 
	00150: NPUSHB      (28):    38    54    33    33     0    59     7    85    57    33 
	                            79    30    95    30   111    30     3    30    26    70 
	                            49    84    35    59    41    21    33    64 
	00180: PUSHW[1]            -64 
	00183: NPUSHB      (22):    15    25    63    64    89   111    41     1    41    25 
	                            69    67     7     3     6    38    10    33    11    94 
	                           128    24 
	00207: PUSHW[1]            300 
	00210: SCANCTRL   
	00211: CALL       
	00212: SVTCA[y-axis] 
	00213: MIAP[rd+ci] 
	00214: MIAP[rd+ci] 
	00215: MIAP[rd+ci] 
	00216: MIAP[rd+ci] 
	00217: SVTCA[x-axis] 
	00218: FLIPOFF    
	00219: SRP0       
	00220: MIRP[srp0,nmd,rd,0] 
	00221: DELTAP1    
	00222: FLIPON     
	00223: MIRP[srp0,nmd,rd,0] 
	00224: SVTCA[x-axis] 
	00225: CALL       
	00226: MIRP[nrp0,md,rd,1] 
	00227: SRP0       
	00228: MIRP[srp0,md,rd,1] 
	00229: MIRP[nrp0,nmd,rd,0] 
	00230: FLIPOFF    
	00231: SRP0       
	00232: MIRP[srp0,nmd,rd,2] 
	00233: DELTAP1    
	00234: FLIPON     
	00235: MIRP[srp0,md,rd,1] 
	00236: MIRP[srp0,md,rd,1] 
	00237: MIRP[nrp0,md,rd,1] 
	00238: SVTCA[y-axis] 
	00239: SRP0       
	00240: MIRP[nrp0,md,rd,1] 
	00241: SRP0       
	00242: MIRP[nrp0,md,rd,1] 
	00243: DELTAP1    
	00244: SRP0       
	00245: MIRP[nrp0,md,rd,1] 
	00246: SRP0       
	00247: MIRP[srp0,md,rd,1] 
	00248: SRP1       
	00249: IP         
	00250: MDAP[rd]   
	00251: MIRP[nrp0,md,rd,1] 
	00252: SRP1       
	00253: SRP2       
	00254: IP         
	00255: SRP2       
	00256: SLOOP      
	00257: IP         
	00258: SRP1       
	00259: SRP2       
	00260: SLOOP      
	00261: IP         
	00262: SVTCA[x-axis] 
	00263: SRP1       
	00264: SRP2       
	00265: IP         
	00266: SRP2       
	00267: SLOOP      
	00268: IP         
	00269: SRP1       
	00270: SRP2       
	00271: IP         
	00272: IP         
	00273: SRP2       
	00274: IP         
	00275: IUP[y]     
	00276: IUP[x]     
	00277: RS         
	00278: JROF       
	00279: NPUSHB      (56):    55    66    18    32    28    37    19    37    23    62 
	                            21    31     0    59    27    57    31     1    55    32 
	                            57    31     1    18    66    21    31     0    22    63 
	                            24    31     0    23    24    62    61    58    29    60 
	                            31     1    27    26    59    60    56    31    54    31 
	                             0    20    65    17    31     1 
	00337: SVTCA[y-axis] 
	00338: CALL       
	00339: CALL       
	00340: SRP0       
	00341: ALIGNRP    
	00342: SRP0       
	00343: ALIGNRP    
	00344: CALL       
	00345: SRP0       
	00346: ALIGNRP    
	00347: SRP0       
	00348: ALIGNRP    
	00349: CALL       
	00350: SVTCA[x-axis] 
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: FLIPRGON   
	00358: FLIPRGON   
	00359: SVTCA[y-axis] 
	00360: MPPEM      
	00361: PUSHB[1]             17 
	00363: GTEQ       
	00364: MPPEM      
	00365: PUSHB[1]             36 
	00367: LTEQ       
	00368: AND        
	00369: IF         
	00370: PUSHB[5]             59    20    52    10    28 
	00376: PUSHW[5]            -25    23   -20    68   -20 
	00387: PUSHB[3]             62    20    55 
	00391: PUSHW[1]            -20 
	00394: PUSHB[4]             34    22    60    28 
	00399: SHPIX      
	00400: SHPIX      
	00401: SHPIX      
	00402: SHPIX      
	00403: SHPIX      
	00404: SHPIX      
	00405: SHPIX      
	00406: SHPIX      
	00407: SHPIX      
	00408: EIF        
	00409: SVTCA[x-axis] 
	00410: DELTAP1    
	00411: DELTAP2    
	00412: SVTCA[y-axis] 
	00413: DELTAP2    
	00414: DELTAP1    
	00415: RS         
	00416: NOT        
	00417: IF         
	00418: PUSHW[2]             56   -20 
	00423: NPUSHB       (9):    13    22    63    59    20    13    22    63    56 
	00434: PUSHW[1]            -20 
	00437: NPUSHB      (24):    16    21    63    59    20    16    21    63    68    20 
	                            15    20    63    68    20    12    16    63    68    20 
	                            11    15    63    28 
	00463: PUSHW[1]            -20 
	00466: PUSHB[4]             15    25    63    56 
	00471: PUSHW[1]            -20 
	00474: PUSHB[8]             15    25    63     0    20    15    25    63 
	00483: SVTCA[y-axis] 
	00484: CALL       
	00485: CALL       
	00486: CALL       
	00487: CALL       
	00488: CALL       
	00489: CALL       
	00490: CALL       
	00491: CALL       
	00492: CALL       
	00493: CALL       
	00494: EIF        
	00495: SVTCA[y-axis] 
	00496: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short Off
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual         Y-Short         On
	 58:  YDual XDual         Y-Short         Off
	 59:  YDual               Y-Short X-Short On
	 60:  YDual               Y-Short X-Short Off
	 61:  YDual               Y-Short         Off
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual XDual         Y-Short         On
	 65:  YDual XDual         Y-Short         Off
	 66:  YDual XDual         Y-Short X-Short Off
	 67:  YDual XDual                 X-Short On
	 68:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   892,   811)  ->  Abs (   892,   811)
	  1: Rel (     0,    29)  ->  Abs (   892,   840)
	  2: Rel (    24,    26)  ->  Abs (   916,   866)
	  3: Rel (    18,     0)  ->  Abs (   934,   866)
	  4: Rel (    19,     0)  ->  Abs (   953,   866)
	  5: Rel (    24,   -26)  ->  Abs (   977,   840)
	  6: Rel (     0,   -31)  ->  Abs (   977,   809)
	  7: Rel (     0,  -144)  ->  Abs (   977,   665)
	  8: Rel (     0,   -30)  ->  Abs (   977,   635)
	  9: Rel (   -24,   -26)  ->  Abs (   953,   609)
	 10: Rel (   -19,     0)  ->  Abs (   934,   609)
	 11: Rel (   -17,     0)  ->  Abs (   917,   609)
	 12: Rel (   -23,    22)  ->  Abs (   894,   631)
	 13: Rel (    -2,    25)  ->  Abs (   892,   656)
	 14: Rel (    -6,    60)  ->  Abs (   886,   716)
	 15: Rel (   -56,    39)  ->  Abs (   830,   755)
	 16: Rel (   -82,    56)  ->  Abs (   748,   811)
	 17: Rel (  -135,     0)  ->  Abs (   613,   811)
	 18: Rel (  -141,     0)  ->  Abs (   472,   811)
	 19: Rel (   -78,   -57)  ->  Abs (   394,   754)
	 20: Rel (   -59,   -43)  ->  Abs (   335,   711)
	 21: Rel (     0,   -53)  ->  Abs (   335,   658)
	 22: Rel (     0,   -60)  ->  Abs (   335,   598)
	 23: Rel (    70,   -40)  ->  Abs (   405,   558)
	 24: Rel (    48,   -28)  ->  Abs (   453,   530)
	 25: Rel (   134,   -15)  ->  Abs (   587,   515)
	 26: Rel (   175,   -19)  ->  Abs (   762,   496)
	 27: Rel (    68,   -24)  ->  Abs (   830,   472)
	 28: Rel (    97,   -35)  ->  Abs (   927,   437)
	 29: Rel (    95,  -124)  ->  Abs (  1022,   313)
	 30: Rel (     0,   -72)  ->  Abs (  1022,   241)
	 31: Rel (     0,  -107)  ->  Abs (  1022,   134)
	 32: Rel (  -206,  -167)  ->  Abs (   816,   -33)
	 33: Rel (  -199,     0)  ->  Abs (   617,   -33)
	 34: Rel (  -199,     0)  ->  Abs (   418,   -33)
	 35: Rel (  -127,   101)  ->  Abs (   291,    68)
	 36: Rel (     0,   -34)  ->  Abs (   291,    34)
	 37: Rel (    -8,   -20)  ->  Abs (   283,    14)
	 38: Rel (   -21,   -14)  ->  Abs (   262,     0)
	 39: Rel (   -13,     0)  ->  Abs (   249,     0)
	 40: Rel (   -18,     0)  ->  Abs (   231,     0)
	 41: Rel (   -24,    26)  ->  Abs (   207,    26)
	 42: Rel (     0,    30)  ->  Abs (   207,    56)
	 43: Rel (     0,   173)  ->  Abs (   207,   229)
	 44: Rel (     0,    30)  ->  Abs (   207,   259)
	 45: Rel (    23,    26)  ->  Abs (   230,   285)
	 46: Rel (    19,     0)  ->  Abs (   249,   285)
	 47: Rel (    18,     0)  ->  Abs (   267,   285)
	 48: Rel (    25,   -25)  ->  Abs (   292,   260)
	 49: Rel (     0,   -21)  ->  Abs (   292,   239)
	 50: Rel (     0,   -46)  ->  Abs (   292,   193)
	 51: Rel (    23,   -31)  ->  Abs (   315,   162)
	 52: Rel (    35,   -48)  ->  Abs (   350,   114)
	 53: Rel (   153,   -63)  ->  Abs (   503,    51)
	 54: Rel (   111,     0)  ->  Abs (   614,    51)
	 55: Rel (   164,     0)  ->  Abs (   778,    51)
	 56: Rel (   160,   122)  ->  Abs (   938,   173)
	 57: Rel (     0,    68)  ->  Abs (   938,   241)
	 58: Rel (     0,    78)  ->  Abs (   938,   319)
	 59: Rel (   -81,    47)  ->  Abs (   857,   366)
	 60: Rel (   -82,    47)  ->  Abs (   775,   413)
	 61: Rel (  -313,    32)  ->  Abs (   462,   445)
	 62: Rel (  -136,    52)  ->  Abs (   326,   497)
	 63: Rel (   -76,   104)  ->  Abs (   250,   601)
	 64: Rel (     0,    60)  ->  Abs (   250,   661)
	 65: Rel (     0,   108)  ->  Abs (   250,   769)
	 66: Rel (   212,   127)  ->  Abs (   462,   896)
	 67: Rel (   147,     0)  ->  Abs (   609,   896)
	 68: Rel (   174,     0)  ->  Abs (   783,   896)

	Glyph  87: off = 0x00007D46, len = 328
	  numberOfContours:	1
	  xMin:			146
	  yMin:			-33
	  xMax:			1083
	  yMax:			1170

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	201
	00000: NPUSHB      (36):   251    27     1    13    27    26    27     2   164    10 
	                           181    10   194    10   211    10   228    10     5   118 
	                            14   134    14   149    14   166    14   198    11   214 
	                            11     6    23     8     1     7 
	00038: PUSHW[3]            686     4   370 
	00045: NPUSHB      (21):     8     4     4     7     8    34     1    16    20     9 
	                            21    17    15    16    17    18    20     5    25    12 
	                            41 
	00068: PUSHW[1]            419 
	00071: NPUSHB      (17):    30    59    36    36     7    59     1     1     0     6 
	                            12    33    25    11    20   136     4 
	00090: PUSHW[1]            425 
	00093: NPUSHB      (20):    44    44     8     9    32    38    33   198     0    28 
	                            16    28    32    28   112    28   191    28     5    28 
	00115: PUSHW[1]            741 
	00118: PUSHB[4]             45    42   173    24 
	00123: CALL       
	00124: SRP0       
	00125: MIRP[srp0,nmd,rd,2] 
	00126: DELTAP1    
	00127: MIRP[nrp0,nmd,rd,0] 
	00128: ALIGNRP    
	00129: MIRP[srp0,md,rd,1] 
	00130: ALIGNRP    
	00131: ALIGNRP    
	00132: SRP0       
	00133: MIRP[srp0,nmd,rd,0] 
	00134: MIRP[nrp0,nmd,rd,0] 
	00135: SVTCA[y-axis] 
	00136: MIAP[rd+ci] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: MIAP[rd+ci] 
	00139: ALIGNRP    
	00140: SRP0       
	00141: MIRP[nrp0,md,rd,1] 
	00142: ALIGNRP    
	00143: SRP0       
	00144: MIRP[srp0,md,rd,1] 
	00145: MIRP[nrp0,md,rd,1] 
	00146: SRP1       
	00147: SRP2       
	00148: SLOOP      
	00149: IP         
	00150: SRP2       
	00151: IP         
	00152: SVTCA[x-axis] 
	00153: SRP1       
	00154: SRP2       
	00155: IP         
	00156: SVTCA[y-axis] 
	00157: SRP0       
	00158: MIRP[srp0,md,rd,1] 
	00159: RTDG       
	00160: SRP2       
	00161: IP         
	00162: MDAP[rd]   
	00163: RTG        
	00164: SVTCA[x-axis] 
	00165: SRP0       
	00166: MIRP[srp0,nmd,rd,1] 
	00167: MIRP[srp0,nmd,rd,0] 
	00168: MDRP[nrp0,nmd,rd,0] 
	00169: IUP[y]     
	00170: IUP[x]     
	00171: RS         
	00172: JROF       
	00173: NPUSHB      (14):    26    27    10    11    11    26     9    31     0    10 
	                            27    12    31     0 
	00189: SVTCA[y-axis] 
	00190: CALL       
	00191: SVTCA[x-axis] 
	00192: CALL       
	00193: FLIPRGON   
	00194: FLIPRGON   
	00195: SVTCA[y-axis] 
	00196: DELTAP2    
	00197: DELTAP1    
	00198: SVTCA[x-axis] 
	00199: DELTAP2    
	00200: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:        XDual         Y-Short         Off
	 11:        XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:        XDual                         On
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   442,   866)  ->  Abs (   442,   866)
	  1: Rel (   456,     0)  ->  Abs (   898,   866)
	  2: Rel (    30,     0)  ->  Abs (   928,   866)
	  3: Rel (    26,   -24)  ->  Abs (   954,   842)
	  4: Rel (     0,   -19)  ->  Abs (   954,   823)
	  5: Rel (     0,   -18)  ->  Abs (   954,   805)
	  6: Rel (   -26,   -24)  ->  Abs (   928,   781)
	  7: Rel (   -30,     0)  ->  Abs (   898,   781)
	  8: Rel (  -456,     0)  ->  Abs (   442,   781)
	  9: Rel (     0,  -559)  ->  Abs (   442,   222)
	 10: Rel (     0,   -73)  ->  Abs (   442,   149)
	 11: Rel (   117,   -98)  ->  Abs (   559,    51)
	 12: Rel (   113,     0)  ->  Abs (   672,    51)
	 13: Rel (    85,     0)  ->  Abs (   757,    51)
	 14: Rel (   198,    51)  ->  Abs (   955,   102)
	 15: Rel (    55,    32)  ->  Abs (  1010,   134)
	 16: Rel (    20,    13)  ->  Abs (  1030,   147)
	 17: Rel (    13,     0)  ->  Abs (  1043,   147)
	 18: Rel (    16,     0)  ->  Abs (  1059,   147)
	 19: Rel (    24,   -25)  ->  Abs (  1083,   122)
	 20: Rel (     0,   -17)  ->  Abs (  1083,   105)
	 21: Rel (     0,   -15)  ->  Abs (  1083,    90)
	 22: Rel (   -13,   -13)  ->  Abs (  1070,    77)
	 23: Rel (   -32,   -33)  ->  Abs (  1038,    44)
	 24: Rel (  -247,   -77)  ->  Abs (   791,   -33)
	 25: Rel (  -113,     0)  ->  Abs (   678,   -33)
	 26: Rel (  -147,     0)  ->  Abs (   531,   -33)
	 27: Rel (  -174,   138)  ->  Abs (   357,   105)
	 28: Rel (     0,   117)  ->  Abs (   357,   222)
	 29: Rel (     0,   559)  ->  Abs (   357,   781)
	 30: Rel (  -155,     0)  ->  Abs (   202,   781)
	 31: Rel (   -30,     0)  ->  Abs (   172,   781)
	 32: Rel (   -26,    24)  ->  Abs (   146,   805)
	 33: Rel (     0,    19)  ->  Abs (   146,   824)
	 34: Rel (     0,    18)  ->  Abs (   146,   842)
	 35: Rel (    26,    24)  ->  Abs (   172,   866)
	 36: Rel (    30,     0)  ->  Abs (   202,   866)
	 37: Rel (   155,     0)  ->  Abs (   357,   866)
	 38: Rel (     0,   248)  ->  Abs (   357,  1114)
	 39: Rel (     0,    30)  ->  Abs (   357,  1144)
	 40: Rel (    24,    26)  ->  Abs (   381,  1170)
	 41: Rel (    18,     0)  ->  Abs (   399,  1170)
	 42: Rel (    19,     0)  ->  Abs (   418,  1170)
	 43: Rel (    24,   -26)  ->  Abs (   442,  1144)
	 44: Rel (     0,   -30)  ->  Abs (   442,  1114)

	Glyph  88: off = 0x00007E8E, len = 388
	  numberOfContours:	1
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			866

	EndPoints
	---------
	  0:  39

	  Length of Instructions:	277
	00000: NPUSHB      (12):    10     4   181    22     2    40    22     1    26     8 
	                            15     9 
	00014: PUSHW[1]            686 
	00017: NPUSHB      (11):    12    47     8    12    12     9     8    34    15    30 
	                            24 
	00030: PUSHW[1]            686 
	00033: NPUSHB      (11):    27    78    23    27    27    24    23    34    30    39 
	                            33 
	00046: PUSHW[1]            686 
	00049: NPUSHB      (45):     0    36     1    36    70    32    36    36    33    32 
	                            34    39     1    22    15    20    32    33    59     0 
	                            39    10    23    24    59    31    30    30    15     8 
	                             9    59    16    15     6    20    33     3    11    32 
	                            32     0     0    23    22 
	00096: PUSHW[1]            675 
	00099: NPUSHB       (9):    41    16    17    32     8   207     7     1     7 
	00110: PUSHW[1]            491 
	00113: PUSHB[4]             40    71    97    24 
	00118: PUSHW[1]            300 
	00121: SCANCTRL   
	00122: CALL       
	00123: SRP0       
	00124: MIRP[srp0,nmd,rd,2] 
	00125: DELTAP1    
	00126: ALIGNRP    
	00127: MIRP[srp0,md,rd,1] 
	00128: ALIGNRP    
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,0] 
	00131: ALIGNRP    
	00132: ALIGNRP    
	00133: SRP0       
	00134: MIRP[nrp0,md,rd,1] 
	00135: SVTCA[y-axis] 
	00136: MIAP[rd+ci] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: MIAP[rd+ci] 
	00139: ALIGNRP    
	00140: MIRP[srp0,md,rd,1] 
	00141: ALIGNRP    
	00142: SRP0       
	00143: ALIGNRP    
	00144: SRP0       
	00145: ALIGNRP    
	00146: MIRP[srp0,md,rd,1] 
	00147: ALIGNRP    
	00148: MIAP[rd+ci] 
	00149: ALIGNRP    
	00150: MIRP[srp0,md,rd,1] 
	00151: ALIGNRP    
	00152: SRP1       
	00153: SRP2       
	00154: IP         
	00155: IP         
	00156: SRP0       
	00157: MIRP[srp0,md,rd,1] 
	00158: RTDG       
	00159: SRP2       
	00160: IP         
	00161: MDAP[rd]   
	00162: RTG        
	00163: SVTCA[x-axis] 
	00164: SRP0       
	00165: MIRP[srp0,nmd,rd,1] 
	00166: DELTAP1    
	00167: MIRP[srp0,nmd,rd,0] 
	00168: MDRP[nrp0,nmd,rd,0] 
	00169: SVTCA[y-axis] 
	00170: SRP0       
	00171: MIRP[srp0,md,rd,1] 
	00172: RTDG       
	00173: SRP2       
	00174: IP         
	00175: MDAP[rd]   
	00176: RTG        
	00177: SVTCA[x-axis] 
	00178: SRP0       
	00179: MIRP[srp0,nmd,rd,1] 
	00180: MIRP[srp0,nmd,rd,0] 
	00181: MDRP[nrp0,nmd,rd,0] 
	00182: SVTCA[y-axis] 
	00183: SRP0       
	00184: MIRP[srp0,md,rd,1] 
	00185: RTDG       
	00186: SRP2       
	00187: IP         
	00188: MDAP[rd]   
	00189: RTG        
	00190: SVTCA[x-axis] 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,1] 
	00193: MIRP[srp0,nmd,rd,0] 
	00194: MDRP[nrp0,nmd,rd,0] 
	00195: PUSHB[2]              6     2 
	00198: RS         
	00199: EQ         
	00200: IF         
	00201: NPUSHB      (10):     1    64    27    36    52     1    32    17    26    52 
	00213: SVTCA[y-axis] 
	00214: CALL       
	00215: CALL       
	00216: EIF        
	00217: IUP[y]     
	00218: IUP[x]     
	00219: RS         
	00220: JROF       
	00221: NPUSHB      (16):    18    19     4     6     5    37    19     4    17    31 
	                             0    18     6    20    31     0 
	00239: SVTCA[y-axis] 
	00240: CALL       
	00241: SVTCA[x-axis] 
	00242: CALL       
	00243: CALL       
	00244: FLIPRGON   
	00245: FLIPRGON   
	00246: SVTCA[y-axis] 
	00247: MPPEM      
	00248: PUSHB[1]             19 
	00250: GTEQ       
	00251: MPPEM      
	00252: PUSHB[1]             36 
	00254: LTEQ       
	00255: AND        
	00256: IF         
	00257: PUSHW[6]             21   -20    22   -30    18   -30 
	00270: SHPIX      
	00271: SHPIX      
	00272: SHPIX      
	00273: EIF        
	00274: SVTCA[y-axis] 
	00275: DELTAP1    
	00276: DELTAP2    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual XDual         Y-Short         On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:        XDual                         On
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On
	 32:        XDual                         On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   902,     0)  ->  Abs (   902,     0)
	  1: Rel (     0,   123)  ->  Abs (   902,   123)
	  2: Rel (  -172,  -156)  ->  Abs (   730,   -33)
	  3: Rel (  -200,     0)  ->  Abs (   530,   -33)
	  4: Rel (  -123,     0)  ->  Abs (   407,   -33)
	  5: Rel (   -64,    67)  ->  Abs (   343,    34)
	  6: Rel (   -83,    88)  ->  Abs (   260,   122)
	  7: Rel (     0,   117)  ->  Abs (   260,   239)
	  8: Rel (     0,   542)  ->  Abs (   260,   781)
	  9: Rel (  -113,     0)  ->  Abs (   147,   781)
	 10: Rel (   -30,     0)  ->  Abs (   117,   781)
	 11: Rel (   -26,    24)  ->  Abs (    91,   805)
	 12: Rel (     0,    19)  ->  Abs (    91,   824)
	 13: Rel (     0,    18)  ->  Abs (    91,   842)
	 14: Rel (    26,    24)  ->  Abs (   117,   866)
	 15: Rel (    30,     0)  ->  Abs (   147,   866)
	 16: Rel (   197,     0)  ->  Abs (   344,   866)
	 17: Rel (     0,  -627)  ->  Abs (   344,   239)
	 18: Rel (     0,   -82)  ->  Abs (   344,   157)
	 19: Rel (   104,  -106)  ->  Abs (   448,    51)
	 20: Rel (    78,     0)  ->  Abs (   526,    51)
	 21: Rel (   205,     0)  ->  Abs (   731,    51)
	 22: Rel (   171,   188)  ->  Abs (   902,   239)
	 23: Rel (     0,   542)  ->  Abs (   902,   781)
	 24: Rel (  -155,     0)  ->  Abs (   747,   781)
	 25: Rel (   -30,     0)  ->  Abs (   717,   781)
	 26: Rel (   -26,    24)  ->  Abs (   691,   805)
	 27: Rel (     0,    19)  ->  Abs (   691,   824)
	 28: Rel (     0,    18)  ->  Abs (   691,   842)
	 29: Rel (    26,    24)  ->  Abs (   717,   866)
	 30: Rel (    30,     0)  ->  Abs (   747,   866)
	 31: Rel (   239,     0)  ->  Abs (   986,   866)
	 32: Rel (     0,  -782)  ->  Abs (   986,    84)
	 33: Rel (    71,     0)  ->  Abs (  1057,    84)
	 34: Rel (    30,     0)  ->  Abs (  1087,    84)
	 35: Rel (    26,   -23)  ->  Abs (  1113,    61)
	 36: Rel (     0,   -19)  ->  Abs (  1113,    42)
	 37: Rel (     0,   -18)  ->  Abs (  1113,    24)
	 38: Rel (   -26,   -24)  ->  Abs (  1087,     0)
	 39: Rel (   -30,     0)  ->  Abs (  1057,     0)

	Glyph  89: off = 0x00008012, len = 458
	  numberOfContours:	1
	  xMin:			59
	  yMin:			0
	  xMax:			1170
	  yMax:			866

	EndPoints
	---------
	  0:  35

	  Length of Instructions:	351
	00000: NPUSHB      (49):   171     1   171    18   172    19     3    32    10    32 
	                            11    32    12    32    13    32    14    32    15    32 
	                            16    58     0    59     1    56    18    58    19   102 
	                             2   103    17   105    20   105    35   175     1   171 
	                            18   170    19    18    64    31     1    10    16 
	00051: PUSHW[1]            686 
	00054: NPUSHB      (21):    13     0    13    16    13    47    13     3    13    78 
	                            17    13    13    16    17    34    10    17    18    28 
	                            34 
	00077: PUSHW[1]            686 
	00080: NPUSHB      (17):    31     0    31     1    31    92    35    31    31    34 
	                            35    34    28    35     0     9     3 
	00099: PUSHW[1]            686 
	00102: NPUSHB      (14):     6     6    92     2     6     6     3     2    34     9 
	                             2     1    27    21 
	00118: PUSHW[1]            686 
	00121: NPUSHB      (63):    24    15    24    31    24     2    24    78    20    24 
	                            24    21    20    34    27    20    19    17     2     1 
	                             1    32    18    17    20    18    18    17    20    35 
	                             0     0    32    19    20    20    19    19    20    19 
	                            18     1     0    10    34    59    28    28    21    59 
	                            27    27    16    59    10     3    59    10     9     6 
	                            35    59    20 
	00186: PUSHW[1]            362 
	00189: NPUSHB      (11):    19     2    59    47    17    63    17   175    17     3 
	                            17 
	00202: PUSHW[3]            362    19   265 
	00209: NPUSHB      (13):    64    18     1    48    18   111    18   160    18   208 
	                            18     4    18 
	00224: PUSHW[6]            431    36   293   289    24   356 
	00237: SCANCTRL   
	00238: CALL       
	00239: SRP0       
	00240: MIRP[srp0,nmd,rd,0] 
	00241: DELTAP1    
	00242: DELTAP2    
	00243: MIRP[nrp0,nmd,rd,2] 
	00244: MIRP[srp0,nmd,rd,0] 
	00245: DELTAP1    
	00246: MIRP[nrp0,md,rd,1] 
	00247: SRP0       
	00248: MIRP[srp0,nmd,rd,0] 
	00249: MIRP[nrp0,md,rd,1] 
	00250: SVTCA[y-axis] 
	00251: MIAP[rd+ci] 
	00252: ALIGNRP    
	00253: MIRP[nrp0,md,rd,1] 
	00254: SRP0       
	00255: MIRP[nrp0,md,rd,1] 
	00256: ALIGNRP    
	00257: SRP0       
	00258: MIRP[nrp0,md,rd,1] 
	00259: ALIGNRP    
	00260: SRP0       
	00261: MIRP[nrp0,md,rd,1] 
	00262: MIAP[rd+ci] 
	00263: ALIGNRP    
	00264: MDAP[rd]   
	00265: MDAP[rd]   
	00266: SDPVTL[1]  
	00267: SFVTCA[x-axis] 
	00268: MDAP[nrd]  
	00269: CALL       
	00270: SDPVTL[1]  
	00271: RDTG       
	00272: MDRP[nrp0,nmd,rd,0] 
	00273: SDPVTL[1]  
	00274: MDAP[nrd]  
	00275: RTG        
	00276: CALL       
	00277: SDPVTL[1]  
	00278: RDTG       
	00279: MDRP[nrp0,nmd,rd,0] 
	00280: RTG        
	00281: SVTCA[y-axis] 
	00282: SFVTL[=p1,p2] 
	00283: SRP0       
	00284: MIRP[srp0,md,rd,1] 
	00285: RTDG       
	00286: SRP2       
	00287: IP         
	00288: MDAP[rd]   
	00289: RTG        
	00290: SVTCA[x-axis] 
	00291: SRP0       
	00292: MIRP[srp0,nmd,nrd,1] 
	00293: DELTAP1    
	00294: MDAP[rd]   
	00295: MIRP[srp0,nmd,rd,0] 
	00296: MDRP[nrp0,nmd,rd,0] 
	00297: SVTCA[y-axis] 
	00298: SFVTL[=p1,p2] 
	00299: SRP0       
	00300: MIRP[srp0,md,rd,1] 
	00301: RTDG       
	00302: SRP2       
	00303: IP         
	00304: MDAP[rd]   
	00305: RTG        
	00306: SVTCA[x-axis] 
	00307: SRP0       
	00308: MIRP[srp0,nmd,nrd,1] 
	00309: MDAP[rd]   
	00310: MIRP[srp0,nmd,rd,0] 
	00311: MDRP[nrp0,nmd,rd,0] 
	00312: SVTCA[y-axis] 
	00313: SFVTL[=p1,p2] 
	00314: SRP0       
	00315: MIRP[srp0,md,rd,1] 
	00316: RTDG       
	00317: SRP2       
	00318: IP         
	00319: MDAP[rd]   
	00320: RTG        
	00321: SVTCA[x-axis] 
	00322: SRP0       
	00323: MIRP[srp0,nmd,nrd,1] 
	00324: DELTAP1    
	00325: MDAP[rd]   
	00326: MIRP[srp0,nmd,rd,0] 
	00327: MDRP[nrp0,nmd,rd,0] 
	00328: SVTCA[y-axis] 
	00329: SFVTL[=p1,p2] 
	00330: SRP0       
	00331: MIRP[srp0,md,rd,1] 
	00332: RTDG       
	00333: SRP2       
	00334: IP         
	00335: MDAP[rd]   
	00336: RTG        
	00337: SVTCA[x-axis] 
	00338: SRP0       
	00339: MIRP[srp0,nmd,nrd,1] 
	00340: DELTAP1    
	00341: MDAP[rd]   
	00342: MIRP[srp0,nmd,rd,0] 
	00343: MDRP[nrp0,nmd,rd,0] 
	00344: IUP[y]     
	00345: IUP[x]     
	00346: SVTCA[x-axis] 
	00347: DELTAP2    
	00348: DELTAP1    
	00349: SVTCA[y-axis] 
	00350: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual                               On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short On
	 18:                                      On
	 19:  YDual XDual                 X-Short On
	 20:                                      On
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual                               On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   688,     0)  ->  Abs (   688,     0)
	  1: Rel (  -142,     0)  ->  Abs (   546,     0)
	  2: Rel (  -345,   781)  ->  Abs (   201,   781)
	  3: Rel (   -86,     0)  ->  Abs (   115,   781)
	  4: Rel (   -30,     0)  ->  Abs (    85,   781)
	  5: Rel (   -26,    24)  ->  Abs (    59,   805)
	  6: Rel (     0,    19)  ->  Abs (    59,   824)
	  7: Rel (     0,    18)  ->  Abs (    59,   842)
	  8: Rel (    26,    24)  ->  Abs (    85,   866)
	  9: Rel (    30,     0)  ->  Abs (   115,   866)
	 10: Rel (   315,     0)  ->  Abs (   430,   866)
	 11: Rel (    30,     0)  ->  Abs (   460,   866)
	 12: Rel (    26,   -24)  ->  Abs (   486,   842)
	 13: Rel (     0,   -19)  ->  Abs (   486,   823)
	 14: Rel (     0,   -18)  ->  Abs (   486,   805)
	 15: Rel (   -26,   -24)  ->  Abs (   460,   781)
	 16: Rel (   -30,     0)  ->  Abs (   430,   781)
	 17: Rel (  -139,     0)  ->  Abs (   291,   781)
	 18: Rel (   308,  -697)  ->  Abs (   599,    84)
	 19: Rel (    37,     0)  ->  Abs (   636,    84)
	 20: Rel (   302,   697)  ->  Abs (   938,   781)
	 21: Rel (  -140,     0)  ->  Abs (   798,   781)
	 22: Rel (   -30,     0)  ->  Abs (   768,   781)
	 23: Rel (   -26,    24)  ->  Abs (   742,   805)
	 24: Rel (     0,    19)  ->  Abs (   742,   824)
	 25: Rel (     0,    18)  ->  Abs (   742,   842)
	 26: Rel (    26,    24)  ->  Abs (   768,   866)
	 27: Rel (    30,     0)  ->  Abs (   798,   866)
	 28: Rel (   316,     0)  ->  Abs (  1114,   866)
	 29: Rel (    31,     0)  ->  Abs (  1145,   866)
	 30: Rel (    25,   -24)  ->  Abs (  1170,   842)
	 31: Rel (     0,   -19)  ->  Abs (  1170,   823)
	 32: Rel (     0,   -18)  ->  Abs (  1170,   805)
	 33: Rel (   -25,   -24)  ->  Abs (  1145,   781)
	 34: Rel (   -31,     0)  ->  Abs (  1114,   781)
	 35: Rel (   -85,     0)  ->  Abs (  1029,   781)

	Glyph  90: off = 0x000081DC, len = 934
	  numberOfContours:	1
	  xMin:			56
	  yMin:			-1
	  xMax:			1172
	  yMax:			866

	EndPoints
	---------
	  0:  40

	  Length of Instructions:	812
	00000: NPUSHB     (165):    40    22    39    23   134     3   170    22   165    23 
	                           184     2   185    22   180    23     8     0     2    16 
	                             2   127    22   143    22   175    22   190    22   223 
	                            22   254    22     8   160     2   176     2   207     2 
	                             3     8     4     8    21    24     4    24    21    40 
	                             2    41     4    40    21    39    23    56     4    56 
	                            21    72     4    72    21    87     4    87    20    88 
	                            21    88    25    88    40   102     1   107     4   104 
	                            21   103    23   103    25   103    40   123     4   120 
	                            21   152    22   150    23   166     2   171     4   168 
	                            21   160    23   181     2   187     4   184    21   176 
	                            23   183    25   183    40   201    22   199    23   219 
	                            22   212    23   233    22   228    23    43    11    22 
	                            27    22    43     2    43    22    43    23   135    25 
	                           135    40   172    22   187    22   198     5   198    20 
	                           220    22   232     1   232    23   248     2   251    22 
	                           248    23    17    13    19 
	00167: PUSHW[1]            686 
	00170: NPUSHB      (14):    16    16    47    20    16    16    19    20    34    13 
	                            20    21    33    39 
	00186: PUSHW[1]            686 
	00189: NPUSHB      (44):   112    36     1     0    36    32    36    64    36     3 
	                           240    36     1     0    36   160    36   208    36     3 
	                           112    36   128    36     2    16    36    80    36     2 
	                            36    36   153    40    36    36    39    40    34    33 
	                            40     0    12     6 
	00235: PUSHW[1]            686 
	00238: NPUSHB      (41):    95     9   127     9   143     9     3    15     9    31 
	                             9    79     9     3   239     9     1   175     9   191 
	                             9   223     9     3    15     9     1     9     9   153 
	                             5     9     9     6     5    34    12     5     4    32 
	                            26 
	00281: PUSHW[1]            686 
	00284: NPUSHB      (17):    29    29    47    25    29    29    26    25    34    32 
	                            25    24   149     2    22    23    32 
	00303: PUSHW[1]           -182 
	00306: NPUSHB      (50):    21     4     3    32    20     5     4     4    32    21 
	                            20    20    21    21    20    40     0     0    32    24 
	                            25    20    24    24    25     2     1     2     3     1 
	                            32    24    23    20    24    24    23     2     3     2 
	                             1     3    32    21    22    20    21    21    22     2 
	00358: PUSHW[8]            480    23   372    24   480     1    21   480 
	00375: NPUSHB      (35):     4     0    84     1     1     3    84     4    10    39 
	                            59    33    26    59    32    19    59    13     6    59 
	                            12    33    32    32    13    13    12     6   111    24 
	                             1    24   195    25     1 
	00412: PUSHW[1]            396 
	00415: NPUSHB      (38):     0   147    25    64    48    53    25    64    40    43 
	                            52    25    64    37    39    52    25    64    29    30 
	                            52    25    64    25    26    52    25    64    15    17 
	                            52    25    59    64    96    40     1    40 
	00455: PUSHW[4]            423     2    23   395 
	00464: NPUSHB      (23):    22    85     2    64    49    57    52     2    64    29 
	                            30    52     2    64    25    26    52     2    64    16 
	                            17    52     2 
	00489: PUSHW[1]            423 
	00492: NPUSHB      (13):     5    32    96    21     1    21   195    20     4   147 
	                            20    59     5 
	00507: PUSHW[1]            -64 
	00510: PUSHB[3]             48    53     5 
	00514: PUSHW[1]            -64 
	00517: PUSHB[4]             56    57    52     5 
	00522: PUSHW[1]            -64 
	00525: PUSHB[3]             43    53     5 
	00529: PUSHW[1]            -64 
	00532: PUSHB[4]             37    39    52     5 
	00537: PUSHW[1]            -64 
	00540: PUSHB[4]             29    30    52     5 
	00545: PUSHW[1]            -64 
	00548: PUSHB[4]             16    17    52     5 
	00553: PUSHW[1]            -64 
	00556: PUSHB[4]             25    26    52     5 
	00561: PUSHW[1]            -64 
	00564: NPUSHB      (18):    22    23    52     5    64    21    53   127     5   143 
	                             5     2     0     5    79     5     2     5 
	00584: PUSHW[6]            482    41   293   289    24   356 
	00597: SCANCTRL   
	00598: CALL       
	00599: SRP0       
	00600: MIRP[srp0,nmd,rd,2] 
	00601: DELTAP1    
	00602: DELTAP1    
	00603: CALL       
	00604: CALL       
	00605: CALL       
	00606: CALL       
	00607: CALL       
	00608: CALL       
	00609: CALL       
	00610: CALL       
	00611: CALL       
	00612: MIRP[nrp0,md,rd,1] 
	00613: MIRP[nrp0,nmd,rd,0] 
	00614: RTHG       
	00615: SRP0       
	00616: MIRP[nrp0,nmd,rd,0] 
	00617: DELTAP1    
	00618: SMD        
	00619: SRP0       
	00620: MIRP[srp0,md,rd,1] 
	00621: CALL       
	00622: CALL       
	00623: CALL       
	00624: CALL       
	00625: MIRP[srp0,md,rd,1] 
	00626: RTG        
	00627: MIRP[nrp0,nmd,rd,2] 
	00628: RTHG       
	00629: SRP0       
	00630: MIRP[srp0,md,rd,1] 
	00631: DELTAP1    
	00632: SMD        
	00633: RTG        
	00634: MIRP[nrp0,md,rd,1] 
	00635: CALL       
	00636: CALL       
	00637: CALL       
	00638: CALL       
	00639: CALL       
	00640: CALL       
	00641: MIRP[srp0,nmd,rd,0] 
	00642: MIRP[nrp0,nmd,rd,2] 
	00643: RTHG       
	00644: SRP0       
	00645: MIRP[nrp0,nmd,rd,0] 
	00646: DELTAP1    
	00647: SVTCA[y-axis] 
	00648: RTG        
	00649: MIAP[rd+ci] 
	00650: ALIGNRP    
	00651: SRP0       
	00652: ALIGNRP    
	00653: SRP0       
	00654: ALIGNRP    
	00655: SRP0       
	00656: MIRP[nrp0,md,rd,1] 
	00657: SRP0       
	00658: MIRP[nrp0,md,rd,1] 
	00659: SRP0       
	00660: MIRP[nrp0,md,rd,1] 
	00661: SRP0       
	00662: MIRP[nrp0,md,rd,1] 
	00663: MIAP[rd+ci] 
	00664: MIRP[srp0,nmd,rd,0] 
	00665: ALIGNRP    
	00666: SRP0       
	00667: MIRP[nrp0,nmd,rd,0] 
	00668: SRP0       
	00669: MIRP[nrp0,md,rd,1] 
	00670: SRP0       
	00671: MIRP[nrp0,md,rd,1] 
	00672: MIRP[srp0,md,rd,1] 
	00673: MIRP[nrp0,md,rd,1] 
	00674: SDPVTL[1]  
	00675: SFVTCA[x-axis] 
	00676: MDAP[nrd]  
	00677: CALL       
	00678: SFVTL[=p1,p2] 
	00679: RDTG       
	00680: SRP0       
	00681: MDRP[nrp0,nmd,rd,0] 
	00682: SDPVTL[1]  
	00683: SFVTCA[x-axis] 
	00684: MDAP[nrd]  
	00685: RTG        
	00686: CALL       
	00687: SFVTL[=p1,p2] 
	00688: RDTG       
	00689: SRP0       
	00690: MDRP[nrp0,nmd,rd,0] 
	00691: SDPVTL[1]  
	00692: SFVTCA[x-axis] 
	00693: MDAP[nrd]  
	00694: RTG        
	00695: CALL       
	00696: RDTG       
	00697: SRP0       
	00698: MDRP[nrp0,nmd,rd,0] 
	00699: SDPVTL[1]  
	00700: MDAP[nrd]  
	00701: RTG        
	00702: CALL       
	00703: SDPVTL[1]  
	00704: RDTG       
	00705: MDRP[nrp0,nmd,rd,0] 
	00706: CALL       
	00707: CALL       
	00708: RTG        
	00709: SVTCA[y-axis] 
	00710: SFVTL[=p1,p2] 
	00711: SRP0       
	00712: MIRP[srp0,md,rd,1] 
	00713: RTDG       
	00714: SRP2       
	00715: IP         
	00716: MDAP[rd]   
	00717: RTG        
	00718: SVTCA[x-axis] 
	00719: SRP0       
	00720: MIRP[srp0,nmd,nrd,1] 
	00721: MDAP[rd]   
	00722: MIRP[srp0,nmd,rd,0] 
	00723: MDRP[nrp0,nmd,rd,0] 
	00724: SVTCA[y-axis] 
	00725: SFVTL[=p1,p2] 
	00726: SRP0       
	00727: MIRP[srp0,md,rd,1] 
	00728: RTDG       
	00729: SRP2       
	00730: IP         
	00731: MDAP[rd]   
	00732: RTG        
	00733: SVTCA[x-axis] 
	00734: SRP0       
	00735: MIRP[srp0,nmd,nrd,1] 
	00736: MDAP[rd]   
	00737: DELTAP1    
	00738: DELTAP1    
	00739: DELTAP1    
	00740: DELTAP2    
	00741: DELTAP2    
	00742: MIRP[srp0,nmd,rd,0] 
	00743: MDRP[nrp0,nmd,rd,0] 
	00744: SVTCA[y-axis] 
	00745: SFVTL[=p1,p2] 
	00746: SRP0       
	00747: MIRP[srp0,md,rd,1] 
	00748: RTDG       
	00749: SRP2       
	00750: IP         
	00751: MDAP[rd]   
	00752: RTG        
	00753: SVTCA[x-axis] 
	00754: SRP0       
	00755: MIRP[srp0,nmd,nrd,1] 
	00756: MDAP[rd]   
	00757: DELTAP1    
	00758: DELTAP1    
	00759: DELTAP1    
	00760: DELTAP1    
	00761: DELTAP2    
	00762: DELTAP2    
	00763: MIRP[srp0,nmd,rd,0] 
	00764: MDRP[nrp0,nmd,rd,0] 
	00765: SVTCA[y-axis] 
	00766: SFVTL[=p1,p2] 
	00767: SRP0       
	00768: MIRP[srp0,md,rd,1] 
	00769: RTDG       
	00770: SRP2       
	00771: IP         
	00772: MDAP[rd]   
	00773: RTG        
	00774: SVTCA[x-axis] 
	00775: SRP0       
	00776: MIRP[srp0,nmd,nrd,1] 
	00777: MDAP[rd]   
	00778: MIRP[srp0,nmd,rd,0] 
	00779: MDRP[nrp0,nmd,rd,0] 
	00780: IUP[y]     
	00781: IUP[x]     
	00782: SVTCA[x-axis] 
	00783: MPPEM      
	00784: PUSHB[1]             11 
	00786: GTEQ       
	00787: MPPEM      
	00788: PUSHB[1]             36 
	00790: LTEQ       
	00791: AND        
	00792: IF         
	00793: PUSHB[6]             40     8    25     8     4    16 
	00800: SHPIX      
	00801: SHPIX      
	00802: SHPIX      
	00803: EIF        
	00804: SVTCA[x-axis] 
	00805: DELTAP1    
	00806: DELTAP2    
	00807: SVTCA[y-axis] 
	00808: DELTAP2    
	00809: DELTAP1    
	00810: SVTCA[x-axis] 
	00811: DELTAP3    

	Flags
	-----
	  0:  YDual                               On
	  1:                      Y-Short X-Short On
	  2:                              X-Short On
	  3:                              X-Short On
	  4:  YDual               Y-Short X-Short On
	  5:                              X-Short On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short On
	 21:        XDual                 X-Short On
	 22:        XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:        XDual                 X-Short On
	 25:        XDual                 X-Short On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   904,     0)  ->  Abs (   904,     0)
	  1: Rel (  -104,    -1)  ->  Abs (   800,    -1)
	  2: Rel (  -185,   540)  ->  Abs (   615,   539)
	  3: Rel (  -184,  -540)  ->  Abs (   431,    -1)
	  4: Rel (  -104,     1)  ->  Abs (   327,     0)
	  5: Rel (  -174,   781)  ->  Abs (   153,   781)
	  6: Rel (   -41,     0)  ->  Abs (   112,   781)
	  7: Rel (   -30,     0)  ->  Abs (    82,   781)
	  8: Rel (   -26,    24)  ->  Abs (    56,   805)
	  9: Rel (     0,    19)  ->  Abs (    56,   824)
	 10: Rel (     0,    18)  ->  Abs (    56,   842)
	 11: Rel (    26,    24)  ->  Abs (    82,   866)
	 12: Rel (    30,     0)  ->  Abs (   112,   866)
	 13: Rel (   231,     0)  ->  Abs (   343,   866)
	 14: Rel (    30,     0)  ->  Abs (   373,   866)
	 15: Rel (    26,   -24)  ->  Abs (   399,   842)
	 16: Rel (     0,   -19)  ->  Abs (   399,   823)
	 17: Rel (     0,   -18)  ->  Abs (   399,   805)
	 18: Rel (   -26,   -24)  ->  Abs (   373,   781)
	 19: Rel (   -30,     0)  ->  Abs (   343,   781)
	 20: Rel (  -107,     0)  ->  Abs (   236,   781)
	 21: Rel (   149,  -666)  ->  Abs (   385,   115)
	 22: Rel (   179,   532)  ->  Abs (   564,   647)
	 23: Rel (   100,     0)  ->  Abs (   664,   647)
	 24: Rel (   184,  -532)  ->  Abs (   848,   115)
	 25: Rel (   143,   666)  ->  Abs (   991,   781)
	 26: Rel (  -106,     0)  ->  Abs (   885,   781)
	 27: Rel (   -30,     0)  ->  Abs (   855,   781)
	 28: Rel (   -27,    24)  ->  Abs (   828,   805)
	 29: Rel (     0,    19)  ->  Abs (   828,   824)
	 30: Rel (     0,    18)  ->  Abs (   828,   842)
	 31: Rel (    26,    24)  ->  Abs (   854,   866)
	 32: Rel (    31,     0)  ->  Abs (   885,   866)
	 33: Rel (   230,     0)  ->  Abs (  1115,   866)
	 34: Rel (    31,     0)  ->  Abs (  1146,   866)
	 35: Rel (    26,   -24)  ->  Abs (  1172,   842)
	 36: Rel (     0,   -19)  ->  Abs (  1172,   823)
	 37: Rel (     0,   -18)  ->  Abs (  1172,   805)
	 38: Rel (   -26,   -24)  ->  Abs (  1146,   781)
	 39: Rel (   -31,     0)  ->  Abs (  1115,   781)
	 40: Rel (   -40,     0)  ->  Abs (  1075,   781)

	Glyph  91: off = 0x00008582, len = 854
	  numberOfContours:	1
	  xMin:			101
	  yMin:			0
	  xMax:			1130
	  yMax:			866

	EndPoints
	---------
	  0:  67

	  Length of Instructions:	658
	00000: NPUSHB     (149):    31    17    31    18     2    18    56    17    87    17 
	                             2    27     0     1    16     0    31    34    96     1 
	                           109    18   111    33   111    35    96    67   195     1 
	                           195    16   206    18   206    33   204    35   204    50 
	                           194    52   194    67    15     8     0    24     0   152 
	                            34     3     0    50     1    18    67    17    18    67 
	                            35    16    34    35    16    33    52    51    50     1 
	                            33    52    50    35    16    18    16    32     1    50 
	                            20     1     1    50    52    67    18    18    18    32 
	                            33    52    20    33    33    52     2    59     1    59 
	                            15    59    16    59    10    19    59    18    59    33 
	                            59    32    59    26    49    59    50    59    36    59 
	                            35    59    42    66    59    67    59    53    59    52 
	                            59    59    64    67    67    63    56    56    63    35 
	                            35    39    46    46    39    63    89     5    52 
	00151: PUSHW[1]            302 
	00154: PUSHB[5]             32    67   154    63    16 
	00160: PUSHW[1]            480 
	00163: NPUSHB      (27):     1     1     5    12    33    33    22    12    12     5 
	                             0    22     1    22    22    29     1   154    15     5 
	                           111     5     2     5    26    69    50 
	00192: PUSHW[1]            480 
	00195: PUSHB[4]             35   154    39    18 
	00200: PUSHW[1]            480 
	00203: NPUSHB      (27):    33   154    39    89    15    29    47    29    79    29 
	                            95    29   111    29     5    29    25    68    10    10 
	                            26    10    42     6    59     6   230 
	00232: PUSHW[3]            263    24   300 
	00239: SCANCTRL   
	00240: CALL       
	00241: SVTCA[y-axis] 
	00242: MIAP[rd+ci] 
	00243: MIAP[rd+ci] 
	00244: MIAP[rd+ci] 
	00245: MIAP[rd+ci] 
	00246: SVTCA[x-axis] 
	00247: FLIPOFF    
	00248: SRP0       
	00249: MIRP[srp0,nmd,rd,0] 
	00250: DELTAP1    
	00251: FLIPON     
	00252: MIRP[nrp0,nmd,rd,0] 
	00253: RTHG       
	00254: MIRP[srp0,nmd,rd,0] 
	00255: RTG        
	00256: MIRP[nrp0,md,rd,1] 
	00257: RTHG       
	00258: SRP0       
	00259: MIRP[srp0,nmd,rd,0] 
	00260: RTG        
	00261: MIRP[nrp0,md,rd,1] 
	00262: FLIPOFF    
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,2] 
	00265: DELTAP1    
	00266: RTHG       
	00267: FLIPON     
	00268: MIRP[nrp0,nmd,rd,0] 
	00269: RTG        
	00270: SRP2       
	00271: IP         
	00272: MDAP[rd]   
	00273: DELTAP1    
	00274: SRP1       
	00275: IP         
	00276: MDAP[rd]   
	00277: RTHG       
	00278: SRP1       
	00279: IP         
	00280: MDAP[rd]   
	00281: SRP1       
	00282: SRP2       
	00283: IP         
	00284: MDAP[rd]   
	00285: RTG        
	00286: MIRP[nrp0,md,rd,1] 
	00287: RTHG       
	00288: SRP0       
	00289: MIRP[nrp0,nmd,rd,0] 
	00290: SMD        
	00291: MIRP[nrp0,md,rd,1] 
	00292: RTG        
	00293: SRP0       
	00294: MIRP[nrp0,nmd,rd,0] 
	00295: SRP1       
	00296: IP         
	00297: MDAP[rd]   
	00298: RTHG       
	00299: SRP2       
	00300: IP         
	00301: MDAP[rd]   
	00302: RTG        
	00303: SRP1       
	00304: IP         
	00305: MDAP[rd]   
	00306: RTHG       
	00307: SRP2       
	00308: IP         
	00309: MDAP[rd]   
	00310: SMD        
	00311: SVTCA[y-axis] 
	00312: RTG        
	00313: SRP0       
	00314: MIRP[nrp0,md,rd,1] 
	00315: MIRP[nrp0,md,rd,1] 
	00316: MIRP[nrp0,md,rd,1] 
	00317: MIRP[nrp0,md,rd,1] 
	00318: SRP0       
	00319: MIRP[nrp0,md,rd,1] 
	00320: MIRP[nrp0,md,rd,1] 
	00321: MIRP[nrp0,md,rd,1] 
	00322: MIRP[nrp0,md,rd,1] 
	00323: SRP0       
	00324: MIRP[nrp0,md,rd,1] 
	00325: MIRP[nrp0,md,rd,1] 
	00326: MIRP[nrp0,md,rd,1] 
	00327: MIRP[nrp0,md,rd,1] 
	00328: SRP0       
	00329: MIRP[nrp0,md,rd,1] 
	00330: MIRP[nrp0,md,rd,1] 
	00331: MIRP[nrp0,md,rd,1] 
	00332: MIRP[nrp0,md,rd,1] 
	00333: SFVTCA[x-axis] 
	00334: SDPVTL[1]  
	00335: MDAP[nrd]  
	00336: CALL       
	00337: RS         
	00338: NOT        
	00339: IF         
	00340: PUSHW[2]             18   -54 
	00345: PUSHB[4]             25    50    63    18 
	00350: PUSHW[1]            -44 
	00353: PUSHB[4]             23    45    63    18 
	00358: PUSHW[1]            -84 
	00361: PUSHB[4]             20    40    63    18 
	00366: PUSHW[1]            -10 
	00369: PUSHB[4]             18    35    63    18 
	00374: PUSHW[1]            -30 
	00377: PUSHB[4]             14    23    63    18 
	00382: PUSHW[1]            -34 
	00385: PUSHB[3]             27    60    62 
	00389: CALL       
	00390: CALL       
	00391: CALL       
	00392: CALL       
	00393: CALL       
	00394: CALL       
	00395: EIF        
	00396: SDPVTL[1]  
	00397: RDTG       
	00398: MDRP[nrp0,nmd,rd,0] 
	00399: SDPVTL[1]  
	00400: MDAP[nrd]  
	00401: RTG        
	00402: CALL       
	00403: RS         
	00404: NOT        
	00405: IF         
	00406: NPUSHB      (35):    16    54    25    50    63    16    44    23    45    63 
	                            16    64    20    40    63    16    10    18    35    63 
	                            16    30    14    23    63    16    30    13    22    63 
	                            16    34    27    60    62 
	00443: CALL       
	00444: CALL       
	00445: CALL       
	00446: CALL       
	00447: CALL       
	00448: CALL       
	00449: CALL       
	00450: EIF        
	00451: SDPVTL[1]  
	00452: RDTG       
	00453: MDRP[nrp0,nmd,rd,0] 
	00454: ISECT      
	00455: ISECT      
	00456: ISECT      
	00457: ISECT      
	00458: PUSHB[2]              6     2 
	00461: RS         
	00462: EQ         
	00463: IF         
	00464: PUSHB[6]             17    24    13    15    52    51 
	00471: PUSHW[1]            -24 
	00474: PUSHB[3]             13    15    52 
	00478: SVTCA[y-axis] 
	00479: CALL       
	00480: CALL       
	00481: EIF        
	00482: IUP[y]     
	00483: IUP[x]     
	00484: SVTCA[x-axis] 
	00485: DELTAP2    
	00486: DELTAP1    
	00487: SVTCA[y-axis] 
	00488: DELTAP1    
	00489: DELTAP2    
	00490: RS         
	00491: NOT        
	00492: IF         
	00493: PUSHW[2]             51   -30 
	00498: NPUSHB       (9):    18    11    63    17    30    11    18    63    51 
	00509: PUSHW[1]            -30 
	00512: NPUSHB      (74):    11    18    63    17    10    22    23    62    17    10 
	                            17    18    62    67    65    30    18    63     1    65 
	                            30    18    63    67    55    28    17    63     1    55 
	                            28    17    63    67    55    27    16    63     1    55 
	                            27    16    63    67    20    25    15    63     1    20 
	                            25    15    63    33    10    29    32    62    52    15 
	                            29    32    62    50    20    25    27    62    16    20 
	                            16    21    63    50 
	00588: PUSHW[1]            -20 
	00591: PUSHB[4]             16    21    63    18 
	00596: PUSHW[1]            -20 
	00599: PUSHB[4]             16    21    63    67 
	00604: PUSHW[1]            -60 
	00607: PUSHB[4]             16    20    62     1 
	00612: PUSHW[1]            -60 
	00615: NPUSHB      (13):    16    20    62    35    60    16    20    62    33    60 
	                            16    20    62 
	00630: SVTCA[x-axis] 
	00631: CALL       
	00632: CALL       
	00633: CALL       
	00634: CALL       
	00635: CALL       
	00636: CALL       
	00637: CALL       
	00638: CALL       
	00639: CALL       
	00640: CALL       
	00641: CALL       
	00642: CALL       
	00643: CALL       
	00644: CALL       
	00645: CALL       
	00646: CALL       
	00647: CALL       
	00648: CALL       
	00649: SVTCA[y-axis] 
	00650: CALL       
	00651: CALL       
	00652: CALL       
	00653: CALL       
	00654: CALL       
	00655: EIF        
	00656: SVTCA[y-axis] 
	00657: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:                                      On
	 18:                                      On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                               On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:                                      On
	 35:                                      On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short On
	 51:                                      On
	 52:                                      On
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:  YDual               Y-Short X-Short Off
	 56:  YDual XDual         Y-Short         On
	 57:  YDual XDual         Y-Short         Off
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short On
	 61:  YDual XDual                 X-Short Off
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual         Y-Short         On
	 64:        XDual         Y-Short         Off
	 65:                      Y-Short X-Short Off
	 66:                      Y-Short X-Short Off
	 67:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   672,   453)  ->  Abs (   672,   453)
	  1: Rel (   385,  -369)  ->  Abs (  1057,    84)
	  2: Rel (    38,     0)  ->  Abs (  1095,    84)
	  3: Rel (    20,    -7)  ->  Abs (  1115,    77)
	  4: Rel (    15,   -22)  ->  Abs (  1130,    55)
	  5: Rel (     0,   -13)  ->  Abs (  1130,    42)
	  6: Rel (     0,   -18)  ->  Abs (  1130,    24)
	  7: Rel (   -26,   -24)  ->  Abs (  1104,     0)
	  8: Rel (   -31,     0)  ->  Abs (  1073,     0)
	  9: Rel (  -270,     0)  ->  Abs (   803,     0)
	 10: Rel (   -31,     0)  ->  Abs (   772,     0)
	 11: Rel (   -26,    24)  ->  Abs (   746,    24)
	 12: Rel (     0,    18)  ->  Abs (   746,    42)
	 13: Rel (     0,    19)  ->  Abs (   746,    61)
	 14: Rel (    26,    23)  ->  Abs (   772,    84)
	 15: Rel (    31,     0)  ->  Abs (   803,    84)
	 16: Rel (   139,     0)  ->  Abs (   942,    84)
	 17: Rel (  -327,   313)  ->  Abs (   615,   397)
	 18: Rel (  -325,  -313)  ->  Abs (   290,    84)
	 19: Rel (   140,     0)  ->  Abs (   430,    84)
	 20: Rel (    30,     0)  ->  Abs (   460,    84)
	 21: Rel (    26,   -23)  ->  Abs (   486,    61)
	 22: Rel (     0,   -19)  ->  Abs (   486,    42)
	 23: Rel (     0,   -18)  ->  Abs (   486,    24)
	 24: Rel (   -26,   -24)  ->  Abs (   460,     0)
	 25: Rel (   -30,     0)  ->  Abs (   430,     0)
	 26: Rel (  -273,     0)  ->  Abs (   157,     0)
	 27: Rel (   -30,     0)  ->  Abs (   127,     0)
	 28: Rel (   -26,    24)  ->  Abs (   101,    24)
	 29: Rel (     0,    18)  ->  Abs (   101,    42)
	 30: Rel (     0,    13)  ->  Abs (   101,    55)
	 31: Rel (    15,    22)  ->  Abs (   116,    77)
	 32: Rel (    19,     7)  ->  Abs (   135,    84)
	 33: Rel (    38,     0)  ->  Abs (   173,    84)
	 34: Rel (   385,   369)  ->  Abs (   558,   453)
	 35: Rel (  -342,   328)  ->  Abs (   216,   781)
	 36: Rel (   -36,     0)  ->  Abs (   180,   781)
	 37: Rel (   -19,     8)  ->  Abs (   161,   789)
	 38: Rel (   -15,    22)  ->  Abs (   146,   811)
	 39: Rel (     0,    13)  ->  Abs (   146,   824)
	 40: Rel (     0,    18)  ->  Abs (   146,   842)
	 41: Rel (    26,    24)  ->  Abs (   172,   866)
	 42: Rel (    31,     0)  ->  Abs (   203,   866)
	 43: Rel (   229,     0)  ->  Abs (   432,   866)
	 44: Rel (    31,     0)  ->  Abs (   463,   866)
	 45: Rel (    25,   -24)  ->  Abs (   488,   842)
	 46: Rel (     0,   -19)  ->  Abs (   488,   823)
	 47: Rel (     0,   -18)  ->  Abs (   488,   805)
	 48: Rel (   -25,   -24)  ->  Abs (   463,   781)
	 49: Rel (   -31,     0)  ->  Abs (   432,   781)
	 50: Rel (  -100,     0)  ->  Abs (   332,   781)
	 51: Rel (   283,  -273)  ->  Abs (   615,   508)
	 52: Rel (   285,   273)  ->  Abs (   900,   781)
	 53: Rel (  -100,     0)  ->  Abs (   800,   781)
	 54: Rel (   -30,     0)  ->  Abs (   770,   781)
	 55: Rel (   -27,    24)  ->  Abs (   743,   805)
	 56: Rel (     0,    19)  ->  Abs (   743,   824)
	 57: Rel (     0,    18)  ->  Abs (   743,   842)
	 58: Rel (    26,    24)  ->  Abs (   769,   866)
	 59: Rel (    31,     0)  ->  Abs (   800,   866)
	 60: Rel (   229,     0)  ->  Abs (  1029,   866)
	 61: Rel (    30,     0)  ->  Abs (  1059,   866)
	 62: Rel (    26,   -24)  ->  Abs (  1085,   842)
	 63: Rel (     0,   -19)  ->  Abs (  1085,   823)
	 64: Rel (     0,   -12)  ->  Abs (  1085,   811)
	 65: Rel (   -15,   -22)  ->  Abs (  1070,   789)
	 66: Rel (   -19,    -8)  ->  Abs (  1051,   781)
	 67: Rel (   -36,     0)  ->  Abs (  1015,   781)

	Glyph  92: off = 0x000088D8, len = 590
	  numberOfContours:	1
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			866

	EndPoints
	---------
	  0:  50

	  Length of Instructions:	444
	00000: NPUSHB      (63):    24     0    24    18    24    34    43    13    33    23 
	                            53     1    53    17    79    13    64    23   251    19 
	                           249    34    11     9    19    75    19    74    34   104 
	                             1   104    17   120    19   120    34   136    19   136 
	                            34   185    17   189    19   186    34   198    34   215 
	                            34    14     0     0     1    18    50    18    17    50 
	                            19    10    16 
	00065: PUSHW[1]            686 
	00068: NPUSHB      (30):    13    13    47    17    13    13    16    17    34    10 
	                            17    18    27    34    30   128    30     1    30   153 
	                            34    30    30    34    34    27    34    35    43    49 
	00100: PUSHW[1]            686 
	00103: PUSHB[5]             46    48    46     1    46 
	00109: PUSHW[1]            279 
	00112: NPUSHB      (11):    50    46    46    49    50    34    43    50    19     9 
	                             2 
	00125: PUSHW[1]            686 
	00128: NPUSHB      (14):     5     5   153     1     5     5     2     1    34     9 
	                             1     0    26    20 
	00144: PUSHW[1]            686 
	00147: NPUSHB      (17):    23    48    23     1    23    47    19    23    23    20 
	                            19    34    26    19    50    42    36 
	00166: PUSHW[1]            686 
	00169: NPUSHB     (109):    39    39    47    35    39    39    36    35    34    42 
	                            35    34    19    50    50    32    35    34    20    35 
	                            35    34    17    18    18    32     0     1    20     0 
	                            18    19     0     1    50    35    34    19    18    17 
	                             1     0     8    30     5    18     9     0    10    34 
	                            59    27    27    20    59    26    26    16    59    10 
	                             2    59    10     9     6    36    59    42    49    59 
	                            43    43    42    14     0    30    80    30     2   112 
	                            30   224    30   240    30     3    30    26    52    80 
	                             5     1     0     5    16     5    32     5   112     5 
	                           224     5   240     5     6     5    25    51    42 
	00280: PUSHW[3]            289    24   300 
	00287: SCANCTRL   
	00288: CALL       
	00289: FLIPOFF    
	00290: SRP0       
	00291: MIRP[nrp0,nmd,rd,0] 
	00292: DELTAP1    
	00293: DELTAP2    
	00294: SRP0       
	00295: MIRP[nrp0,nmd,rd,2] 
	00296: DELTAP1    
	00297: DELTAP2    
	00298: SVTCA[y-axis] 
	00299: MIAP[rd+ci] 
	00300: ALIGNRP    
	00301: FLIPON     
	00302: SRP0       
	00303: MIRP[nrp0,md,rd,1] 
	00304: SRP0       
	00305: MIRP[nrp0,md,rd,1] 
	00306: MIAP[rd+ci] 
	00307: ALIGNRP    
	00308: MIRP[nrp0,md,rd,1] 
	00309: SRP0       
	00310: MIRP[nrp0,md,rd,1] 
	00311: ALIGNRP    
	00312: SRP0       
	00313: MIRP[nrp0,md,rd,1] 
	00314: ALIGNRP    
	00315: SRP0       
	00316: MIRP[nrp0,md,rd,1] 
	00317: MIAP[rd+ci] 
	00318: SRP2       
	00319: IP         
	00320: SVTCA[x-axis] 
	00321: SRP1       
	00322: SRP2       
	00323: SLOOP      
	00324: IP         
	00325: SDPVTL[1]  
	00326: SFVTL[=p1,p2] 
	00327: MDAP[nrd]  
	00328: CALL       
	00329: SFVTCA[x-axis] 
	00330: RDTG       
	00331: SRP0       
	00332: MDRP[nrp0,nmd,rd,0] 
	00333: SDPVTL[1]  
	00334: MDAP[nrd]  
	00335: RTG        
	00336: CALL       
	00337: RDTG       
	00338: SRP0       
	00339: MDRP[nrp0,nmd,rd,0] 
	00340: RTG        
	00341: SVTCA[y-axis] 
	00342: SFVTL[=p1,p2] 
	00343: SRP0       
	00344: MIRP[srp0,md,rd,1] 
	00345: RTDG       
	00346: SRP2       
	00347: IP         
	00348: MDAP[rd]   
	00349: RTG        
	00350: SVTCA[x-axis] 
	00351: SRP0       
	00352: MIRP[srp0,nmd,nrd,1] 
	00353: MDAP[rd]   
	00354: MIRP[srp0,nmd,rd,0] 
	00355: MDRP[nrp0,nmd,rd,0] 
	00356: SVTCA[y-axis] 
	00357: SFVTL[=p1,p2] 
	00358: SRP0       
	00359: MIRP[srp0,md,rd,1] 
	00360: RTDG       
	00361: SRP2       
	00362: IP         
	00363: MDAP[rd]   
	00364: RTG        
	00365: SVTCA[x-axis] 
	00366: SRP0       
	00367: MIRP[srp0,nmd,nrd,1] 
	00368: DELTAP1    
	00369: MDAP[rd]   
	00370: MIRP[srp0,nmd,rd,0] 
	00371: MDRP[nrp0,nmd,rd,0] 
	00372: SVTCA[y-axis] 
	00373: SFVTL[=p1,p2] 
	00374: SRP0       
	00375: MIRP[srp0,md,rd,1] 
	00376: RTDG       
	00377: SRP2       
	00378: IP         
	00379: MDAP[rd]   
	00380: RTG        
	00381: SVTCA[x-axis] 
	00382: SRP0       
	00383: MIRP[srp0,nmd,nrd,1] 
	00384: MDAP[rd]   
	00385: MIRP[srp0,nmd,rd,0] 
	00386: MDRP[nrp0,nmd,rd,0] 
	00387: SVTCA[y-axis] 
	00388: SFVTL[=p1,p2] 
	00389: SRP0       
	00390: MIRP[srp0,md,rd,1] 
	00391: RTDG       
	00392: SRP2       
	00393: IP         
	00394: MDAP[rd]   
	00395: RTG        
	00396: SVTCA[x-axis] 
	00397: SRP0       
	00398: MIRP[srp0,nmd,nrd,1] 
	00399: DELTAP1    
	00400: MDAP[rd]   
	00401: MIRP[srp0,nmd,rd,0] 
	00402: MDRP[nrp0,nmd,rd,0] 
	00403: SVTCA[y-axis] 
	00404: SFVTL[=p1,p2] 
	00405: SRP0       
	00406: MIRP[srp0,md,rd,1] 
	00407: RTDG       
	00408: IP         
	00409: MDAP[rd]   
	00410: RTG        
	00411: SVTCA[x-axis] 
	00412: SRP0       
	00413: MIRP[srp0,nmd,nrd,1] 
	00414: DELTAP1    
	00415: MDAP[rd]   
	00416: SRP0       
	00417: MDRP[nrp0,nmd,rd,0] 
	00418: SVTCA[y-axis] 
	00419: SFVTL[=p1,p2] 
	00420: SRP0       
	00421: MIRP[srp0,md,rd,1] 
	00422: RTDG       
	00423: SRP2       
	00424: IP         
	00425: MDAP[rd]   
	00426: RTG        
	00427: SVTCA[x-axis] 
	00428: SRP0       
	00429: MIRP[srp0,nmd,nrd,1] 
	00430: MDAP[rd]   
	00431: MIRP[srp0,nmd,rd,0] 
	00432: MDRP[nrp0,nmd,rd,0] 
	00433: SPVTL[p1,p2] 
	00434: SFVTL[=p1,p2] 
	00435: SRP0       
	00436: ALIGNRP    
	00437: SFVTL[=p1,p2] 
	00438: ALIGNRP    
	00439: IUP[y]     
	00440: IUP[x]     
	00441: SVTCA[x-axis] 
	00442: DELTAP2    
	00443: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:                                      On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short On
	 18:                                      On
	 19:                                      On
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:                                      On
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short Off
	 42:  YDual                       X-Short On
	 43:  YDual                               On
	 44:  YDual                       X-Short Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   620,     0)  ->  Abs (   620,     0)
	  1: Rel (  -390,   781)  ->  Abs (   230,   781)
	  2: Rel (   -25,     0)  ->  Abs (   205,   781)
	  3: Rel (   -30,     0)  ->  Abs (   175,   781)
	  4: Rel (   -26,    24)  ->  Abs (   149,   805)
	  5: Rel (     0,    18)  ->  Abs (   149,   823)
	  6: Rel (     0,    13)  ->  Abs (   149,   836)
	  7: Rel (    13,    21)  ->  Abs (   162,   857)
	  8: Rel (    21,     9)  ->  Abs (   183,   866)
	  9: Rel (    22,     0)  ->  Abs (   205,   866)
	 10: Rel (   230,     0)  ->  Abs (   435,   866)
	 11: Rel (    30,     0)  ->  Abs (   465,   866)
	 12: Rel (    26,   -24)  ->  Abs (   491,   842)
	 13: Rel (     0,   -19)  ->  Abs (   491,   823)
	 14: Rel (     0,   -18)  ->  Abs (   491,   805)
	 15: Rel (   -26,   -24)  ->  Abs (   465,   781)
	 16: Rel (   -30,     0)  ->  Abs (   435,   781)
	 17: Rel (  -113,     0)  ->  Abs (   322,   781)
	 18: Rel (   343,  -689)  ->  Abs (   665,    92)
	 19: Rel (   338,   689)  ->  Abs (  1003,   781)
	 20: Rel (  -113,     0)  ->  Abs (   890,   781)
	 21: Rel (   -30,     0)  ->  Abs (   860,   781)
	 22: Rel (   -26,    24)  ->  Abs (   834,   805)
	 23: Rel (     0,    19)  ->  Abs (   834,   824)
	 24: Rel (     0,    18)  ->  Abs (   834,   842)
	 25: Rel (    26,    24)  ->  Abs (   860,   866)
	 26: Rel (    30,     0)  ->  Abs (   890,   866)
	 27: Rel (   229,     0)  ->  Abs (  1119,   866)
	 28: Rel (    31,     0)  ->  Abs (  1150,   866)
	 29: Rel (    26,   -24)  ->  Abs (  1176,   842)
	 30: Rel (     0,   -19)  ->  Abs (  1176,   823)
	 31: Rel (     0,   -13)  ->  Abs (  1176,   810)
	 32: Rel (   -16,   -22)  ->  Abs (  1160,   788)
	 33: Rel (   -20,    -7)  ->  Abs (  1140,   781)
	 34: Rel (   -46,     0)  ->  Abs (  1094,   781)
	 35: Rel (  -532, -1083)  ->  Abs (   562,  -302)
	 36: Rel (   131,     0)  ->  Abs (   693,  -302)
	 37: Rel (    30,     0)  ->  Abs (   723,  -302)
	 38: Rel (    26,   -23)  ->  Abs (   749,  -325)
	 39: Rel (     0,   -19)  ->  Abs (   749,  -344)
	 40: Rel (     0,   -18)  ->  Abs (   749,  -362)
	 41: Rel (   -26,   -24)  ->  Abs (   723,  -386)
	 42: Rel (   -30,     0)  ->  Abs (   693,  -386)
	 43: Rel (  -484,     0)  ->  Abs (   209,  -386)
	 44: Rel (   -30,     0)  ->  Abs (   179,  -386)
	 45: Rel (   -26,    23)  ->  Abs (   153,  -363)
	 46: Rel (     0,    19)  ->  Abs (   153,  -344)
	 47: Rel (     0,    19)  ->  Abs (   153,  -325)
	 48: Rel (    26,    23)  ->  Abs (   179,  -302)
	 49: Rel (    30,     0)  ->  Abs (   209,  -302)
	 50: Rel (   263,     0)  ->  Abs (   472,  -302)

	Glyph  93: off = 0x00008B26, len = 312
	  numberOfContours:	1
	  xMin:			237
	  yMin:			0
	  xMax:			1006
	  yMax:			866

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	233
	00000: NPUSHB      (10):    14    10    12    16    63     1     8    14    10     2 
	00012: PUSHW[6]            -10    13    -8    10     4   686 
	00025: NPUSHB      (11):     7    47     3     7     7     4     3    34    10    22 
	                            16 
	00038: PUSHW[1]            686 
	00041: NPUSHB      (68):    19    47    15    19    19    16    15    34    22    14 
	                             1     2    18     2    32    13    14    20    13    13 
	                            14    13    12     2    14     1    22    13     2    12 
	                             1    14    15    32     0    23     6     3     2    32 
	                            11    12    10     1    93     4    59    15    10    63 
	                            10   111    10     3    10    26    25    22    93   111 
	                            12     1    12    25    24   117   128    24 
	00111: PUSHW[1]            300 
	00114: SCANCTRL   
	00115: CALL       
	00116: FLIPOFF    
	00117: SRP0       
	00118: MIRP[srp0,nmd,rd,0] 
	00119: DELTAP1    
	00120: FLIPON     
	00121: MIRP[nrp0,nmd,rd,0] 
	00122: FLIPOFF    
	00123: SRP0       
	00124: MIRP[srp0,nmd,rd,2] 
	00125: DELTAP1    
	00126: FLIPON     
	00127: MIRP[nrp0,md,rd,1] 
	00128: MIRP[nrp0,nmd,rd,0] 
	00129: SVTCA[y-axis] 
	00130: MIAP[rd+ci] 
	00131: ALIGNRP    
	00132: MIRP[srp0,md,rd,1] 
	00133: ALIGNRP    
	00134: MIAP[rd+ci] 
	00135: ALIGNRP    
	00136: MIRP[srp0,md,rd,1] 
	00137: ALIGNRP    
	00138: IP         
	00139: SRP1       
	00140: SRP2       
	00141: IP         
	00142: SVTCA[x-axis] 
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: IP         
	00147: SRP2       
	00148: IP         
	00149: SDPVTL[1]  
	00150: MDAP[nrd]  
	00151: CALL       
	00152: SVTCA[x-axis] 
	00153: RS         
	00154: NOT        
	00155: IF         
	00156: PUSHW[2]              2   -44 
	00161: PUSHB[4]             25    50    63     2 
	00166: PUSHW[1]            -64 
	00169: PUSHB[4]             23    45    63     2 
	00174: PUSHW[1]            -64 
	00177: PUSHB[4]             20    40    63     2 
	00182: PUSHW[1]            -40 
	00185: PUSHB[3]             14    23    63 
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: EIF        
	00194: SDPVTL[1]  
	00195: RDTG       
	00196: MDRP[nrp0,nmd,rd,0] 
	00197: RTG        
	00198: SVTCA[x-axis] 
	00199: SRP0       
	00200: MIRP[srp0,md,rd,1] 
	00201: RTDG       
	00202: SRP2       
	00203: IP         
	00204: MDAP[rd]   
	00205: RTG        
	00206: SVTCA[y-axis] 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,1] 
	00209: MIRP[srp0,nmd,rd,0] 
	00210: MDRP[nrp0,nmd,rd,0] 
	00211: SVTCA[x-axis] 
	00212: SRP0       
	00213: MIRP[srp0,md,rd,1] 
	00214: RTDG       
	00215: SRP2       
	00216: IP         
	00217: MDAP[rd]   
	00218: RTG        
	00219: SVTCA[y-axis] 
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,1] 
	00222: MIRP[srp0,nmd,rd,0] 
	00223: MDRP[nrp0,nmd,rd,0] 
	00224: IUP[y]     
	00225: IUP[x]     
	00226: SVTCA[x-axis] 
	00227: SHPIX      
	00228: SHPIX      
	00229: SHPIX      
	00230: SHPIX      
	00231: SVTCA[x-axis] 
	00232: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:                                      On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:                      Y-Short X-Short On
	 12:  YDual                               On
	 13:  YDual XDual         Y-Short         On
	 14:                                      On
	 15:  YDual                               On
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   982,   866)  ->  Abs (   982,   866)
	  1: Rel (     0,   -75)  ->  Abs (   982,   791)
	  2: Rel (  -629,  -707)  ->  Abs (   353,    84)
	  3: Rel (   568,     0)  ->  Abs (   921,    84)
	  4: Rel (     0,   116)  ->  Abs (   921,   200)
	  5: Rel (     0,    30)  ->  Abs (   921,   230)
	  6: Rel (    23,    26)  ->  Abs (   944,   256)
	  7: Rel (    19,     0)  ->  Abs (   963,   256)
	  8: Rel (    19,     0)  ->  Abs (   982,   256)
	  9: Rel (    24,   -26)  ->  Abs (  1006,   230)
	 10: Rel (     0,   -30)  ->  Abs (  1006,   200)
	 11: Rel (    -1,  -200)  ->  Abs (  1005,     0)
	 12: Rel (  -768,     0)  ->  Abs (   237,     0)
	 13: Rel (     0,    75)  ->  Abs (   237,    75)
	 14: Rel (   626,   706)  ->  Abs (   863,   781)
	 15: Rel (  -522,     0)  ->  Abs (   341,   781)
	 16: Rel (     0,  -114)  ->  Abs (   341,   667)
	 17: Rel (     0,   -30)  ->  Abs (   341,   637)
	 18: Rel (   -24,   -26)  ->  Abs (   317,   611)
	 19: Rel (   -18,     0)  ->  Abs (   299,   611)
	 20: Rel (   -19,     0)  ->  Abs (   280,   611)
	 21: Rel (   -24,    26)  ->  Abs (   256,   637)
	 22: Rel (     0,    30)  ->  Abs (   256,   667)
	 23: Rel (     0,   199)  ->  Abs (   256,   866)

	Glyph  94: off = 0x00008C5E, len = 300
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-259
	  xMax:			421
	  yMax:			1255

	EndPoints
	---------
	  0:  49

	  Length of Instructions:	152
	00000: PUSHB[6]            213    18   213    34     2     7 
	00007: PUSHW[1]            -34 
	00010: PUSHB[8]             30    53    22    34    28    34    52    30 
	00019: PUSHW[1]            -34 
	00022: NPUSHB      (20):    28    34    52    35    34    36    46    17    18    16 
	                             3    15     5    44    91    64    63    36     1    36 
	00044: PUSHW[1]            536 
	00047: PUSHB[6]              0    32     8    91    64    15 
	00054: PUSHW[1]            536 
	00057: NPUSHB      (33):     0    32    26     0    39   212    46    12   212     4 
	                             5    36    19    19    20   212    26    47    46    36 
	                            33    33    32   212     0    26    16    26     2    26 
	                            25    50   250 
	00092: PUSHW[2]            381    24 
	00097: CALL       
	00098: FLIPOFF    
	00099: SRP0       
	00100: MIRP[srp0,nmd,rd,0] 
	00101: DELTAP1    
	00102: FLIPON     
	00103: MIRP[srp0,nmd,rd,0] 
	00104: ALIGNRP    
	00105: SRP0       
	00106: MIRP[srp0,md,rd,1] 
	00107: ALIGNRP    
	00108: SRP0       
	00109: MIRP[srp0,nmd,rd,0] 
	00110: ALIGNRP    
	00111: SRP0       
	00112: MIRP[srp0,md,rd,1] 
	00113: ALIGNRP    
	00114: MIRP[nrp0,nmd,rd,0] 
	00115: SRP0       
	00116: MIRP[nrp0,nmd,rd,0] 
	00117: SVTCA[y-axis] 
	00118: RTHG       
	00119: MDAP[rd]   
	00120: MDAP[rd]   
	00121: SMD        
	00122: SRP0       
	00123: MIRP[srp0,md,rd,1] 
	00124: RTG        
	00125: SMD        
	00126: MIRP[nrp0,md,rd,1] 
	00127: RTHG       
	00128: SMD        
	00129: SRP0       
	00130: MIRP[srp0,md,rd,1] 
	00131: DELTAP1    
	00132: RTG        
	00133: SMD        
	00134: MIRP[nrp0,md,rd,1] 
	00135: SVTCA[x-axis] 
	00136: SRP1       
	00137: SRP2       
	00138: SLOOP      
	00139: IP         
	00140: SRP1       
	00141: SRP2       
	00142: IP         
	00143: IP         
	00144: IUP[y]     
	00145: IUP[x]     
	00146: SVTCA[y-axis] 
	00147: CALL       
	00148: CALL       
	00149: SVTCA[x-axis] 
	00150: CALL       
	00151: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual                         On
	  6:        XDual         Y-Short         Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:        XDual                         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:        XDual                         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short On
	 42:                      Y-Short X-Short Off
	 43:                      Y-Short X-Short On
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual                         On
	 48:        XDual         Y-Short         Off
	 49:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   161,   498)  ->  Abs (   161,   498)
	  1: Rel (    50,   -38)  ->  Abs (   211,   460)
	  2: Rel (    18,   -34)  ->  Abs (   229,   426)
	  3: Rel (    23,   -45)  ->  Abs (   252,   381)
	  4: Rel (     0,   -62)  ->  Abs (   252,   319)
	  5: Rel (     0,  -359)  ->  Abs (   252,   -40)
	  6: Rel (     0,   -57)  ->  Abs (   252,   -97)
	  7: Rel (    66,   -73)  ->  Abs (   318,  -170)
	  8: Rel (    49,    -5)  ->  Abs (   367,  -175)
	  9: Rel (    31,    -3)  ->  Abs (   398,  -178)
	 10: Rel (    10,    -9)  ->  Abs (   408,  -187)
	 11: Rel (    13,   -12)  ->  Abs (   421,  -199)
	 12: Rel (     0,   -18)  ->  Abs (   421,  -217)
	 13: Rel (     0,   -19)  ->  Abs (   421,  -236)
	 14: Rel (   -26,   -23)  ->  Abs (   395,  -259)
	 15: Rel (   -25,     0)  ->  Abs (   370,  -259)
	 16: Rel (   -79,     0)  ->  Abs (   291,  -259)
	 17: Rel (   -53,    50)  ->  Abs (   238,  -209)
	 18: Rel (   -71,    69)  ->  Abs (   167,  -140)
	 19: Rel (     0,    99)  ->  Abs (   167,   -41)
	 20: Rel (     0,   360)  ->  Abs (   167,   319)
	 21: Rel (     0,    55)  ->  Abs (   167,   374)
	 22: Rel (   -66,    75)  ->  Abs (   101,   449)
	 23: Rel (   -51,     4)  ->  Abs (    50,   453)
	 24: Rel (   -28,     3)  ->  Abs (    22,   456)
	 25: Rel (   -22,    22)  ->  Abs (     0,   478)
	 26: Rel (     0,    20)  ->  Abs (     0,   498)
	 27: Rel (     0,    19)  ->  Abs (     0,   517)
	 28: Rel (    22,    22)  ->  Abs (    22,   539)
	 29: Rel (    28,     3)  ->  Abs (    50,   542)
	 30: Rel (    52,     4)  ->  Abs (   102,   546)
	 31: Rel (    65,    75)  ->  Abs (   167,   621)
	 32: Rel (     0,    55)  ->  Abs (   167,   676)
	 33: Rel (     0,   360)  ->  Abs (   167,  1036)
	 34: Rel (     0,    94)  ->  Abs (   167,  1130)
	 35: Rel (   120,   125)  ->  Abs (   287,  1255)
	 36: Rel (    84,     0)  ->  Abs (   371,  1255)
	 37: Rel (    24,     0)  ->  Abs (   395,  1255)
	 38: Rel (    26,   -24)  ->  Abs (   421,  1231)
	 39: Rel (     0,   -18)  ->  Abs (   421,  1213)
	 40: Rel (     0,   -18)  ->  Abs (   421,  1195)
	 41: Rel (   -13,   -12)  ->  Abs (   408,  1183)
	 42: Rel (    -9,   -10)  ->  Abs (   399,  1173)
	 43: Rel (   -32,    -3)  ->  Abs (   367,  1170)
	 44: Rel (   -50,    -5)  ->  Abs (   317,  1165)
	 45: Rel (   -65,   -74)  ->  Abs (   252,  1091)
	 46: Rel (     0,   -55)  ->  Abs (   252,  1036)
	 47: Rel (     0,  -360)  ->  Abs (   252,   676)
	 48: Rel (     0,   -63)  ->  Abs (   252,   613)
	 49: Rel (   -40,   -77)  ->  Abs (   212,   536)

	Glyph  95: off = 0x00008D8A, len = 86
	  numberOfContours:	1
	  xMin:			572
	  yMin:			-259
	  xMax:			657
	  yMax:			1255

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	33
	00000: PUSHW[2]              4   563 
	00005: NPUSHB      (13):    11     0     1    52     0    36     7     8    25    14 
	                           101   169    24 
	00020: CALL       
	00021: FLIPOFF    
	00022: SRP0       
	00023: MIRP[srp0,nmd,rd,0] 
	00024: ALIGNRP    
	00025: FLIPON     
	00026: MIRP[srp0,md,rd,1] 
	00027: MIRP[nrp0,nmd,rd,0] 
	00028: SVTCA[y-axis] 
	00029: MIAP[rd+ci] 
	00030: MIRP[nrp0,md,rd,1] 
	00031: IUP[y]     
	00032: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                              X-Short On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   657,  1198)  ->  Abs (   657,  1198)
	  1: Rel (    -1, -1401)  ->  Abs (   656,  -203)
	  2: Rel (     0,   -30)  ->  Abs (   656,  -233)
	  3: Rel (   -23,   -26)  ->  Abs (   633,  -259)
	  4: Rel (   -19,     0)  ->  Abs (   614,  -259)
	  5: Rel (   -18,     0)  ->  Abs (   596,  -259)
	  6: Rel (   -24,    26)  ->  Abs (   572,  -233)
	  7: Rel (     0,    30)  ->  Abs (   572,  -203)
	  8: Rel (     0,  1401)  ->  Abs (   572,  1198)
	  9: Rel (     0,    31)  ->  Abs (   572,  1229)
	 10: Rel (    24,    26)  ->  Abs (   596,  1255)
	 11: Rel (    18,     0)  ->  Abs (   614,  1255)
	 12: Rel (    19,     0)  ->  Abs (   633,  1255)
	 13: Rel (    24,   -26)  ->  Abs (   657,  1229)

	Glyph  96: off = 0x00008DE0, len = 362
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-260
	  xMax:			421
	  yMax:			1255

	EndPoints
	---------
	  0:  49

	  Length of Instructions:	213
	00000: NPUSHB      (19):    42    34     1   122    34   202    34   234    34     3 
	                           170    34     1    28    44    37    45    52    24 
	00021: PUSHW[1]            -44 
	00024: NPUSHB      (14):    37    45    52    29    34    37    45    52    31    34 
	                            37    45    52    23 
	00040: PUSHW[1]            -64 
	00043: PUSHB[4]             37    45    52    21 
	00048: PUSHW[1]            -34 
	00051: PUSHB[4]             37    45    52    22 
	00056: PUSHW[1]            -34 
	00059: NPUSHB      (33):    37    45    52    30    44    37    45    52     4    18 
	                            20    18     2    35    34    36    46    17    15     5 
	                            30    77    22    77     0    32     7    91    64    63 
	                            15     1    15 
	00094: PUSHW[1]            536 
	00097: PUSHB[6]              0    32    43    91    64    36 
	00104: PUSHW[1]            536 
	00107: NPUSHB      (29):     0    32    26     0    39   212    47    46    36    33 
	                            33    32   212    26    12   212     4     5    36    19 
	                            19    20   212    15    26    31    26     2    26 
	00138: PUSHW[5]            694    51   443   459    24 
	00149: CALL       
	00150: SRP0       
	00151: MIRP[srp0,nmd,rd,2] 
	00152: DELTAP1    
	00153: MIRP[srp0,nmd,rd,0] 
	00154: ALIGNRP    
	00155: SRP0       
	00156: MIRP[srp0,md,rd,1] 
	00157: ALIGNRP    
	00158: MIRP[nrp0,nmd,rd,0] 
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,0] 
	00161: ALIGNRP    
	00162: SRP0       
	00163: MIRP[srp0,md,rd,1] 
	00164: ALIGNRP    
	00165: MIRP[nrp0,nmd,rd,0] 
	00166: SVTCA[y-axis] 
	00167: RTHG       
	00168: MDAP[rd]   
	00169: MDAP[rd]   
	00170: SMD        
	00171: SRP0       
	00172: MIRP[srp0,md,rd,1] 
	00173: RTG        
	00174: SMD        
	00175: MIRP[nrp0,md,rd,1] 
	00176: RTHG       
	00177: SMD        
	00178: SRP0       
	00179: MIRP[srp0,md,rd,1] 
	00180: DELTAP1    
	00181: RTG        
	00182: SMD        
	00183: MIRP[nrp0,md,rd,1] 
	00184: RTHG       
	00185: SMD        
	00186: SRP0       
	00187: MIRP[nrp0,md,rd,1] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: SVTCA[x-axis] 
	00190: SRP1       
	00191: SRP2       
	00192: IP         
	00193: SRP1       
	00194: SRP2       
	00195: IP         
	00196: IP         
	00197: IUP[y]     
	00198: IUP[x]     
	00199: SVTCA[y-axis] 
	00200: DELTAP1    
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: CALL       
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: SVTCA[x-axis] 
	00210: DELTAP1    
	00211: DELTAP2    
	00212: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:        XDual                         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual                         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual                         On
	 34:        XDual         Y-Short         Off
	 35:                      Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:        XDual                         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   260,   498)  ->  Abs (   260,   498)
	  1: Rel (   -51,    38)  ->  Abs (   209,   536)
	  2: Rel (   -17,    34)  ->  Abs (   192,   570)
	  3: Rel (   -23,    44)  ->  Abs (   169,   614)
	  4: Rel (     0,    62)  ->  Abs (   169,   676)
	  5: Rel (     0,   360)  ->  Abs (   169,  1036)
	  6: Rel (     0,    56)  ->  Abs (   169,  1092)
	  7: Rel (   -66,    74)  ->  Abs (   103,  1166)
	  8: Rel (   -49,     4)  ->  Abs (    54,  1170)
	  9: Rel (   -32,     3)  ->  Abs (    22,  1173)
	 10: Rel (    -9,     9)  ->  Abs (    13,  1182)
	 11: Rel (   -13,    13)  ->  Abs (     0,  1195)
	 12: Rel (     0,    18)  ->  Abs (     0,  1213)
	 13: Rel (     0,    18)  ->  Abs (     0,  1231)
	 14: Rel (    25,    24)  ->  Abs (    25,  1255)
	 15: Rel (    25,     0)  ->  Abs (    50,  1255)
	 16: Rel (    80,     0)  ->  Abs (   130,  1255)
	 17: Rel (    52,   -51)  ->  Abs (   182,  1204)
	 18: Rel (    71,   -68)  ->  Abs (   253,  1136)
	 19: Rel (     0,  -100)  ->  Abs (   253,  1036)
	 20: Rel (     0,  -360)  ->  Abs (   253,   676)
	 21: Rel (     0,   -55)  ->  Abs (   253,   621)
	 22: Rel (    67,   -75)  ->  Abs (   320,   546)
	 23: Rel (    51,    -4)  ->  Abs (   371,   542)
	 24: Rel (    27,    -3)  ->  Abs (   398,   539)
	 25: Rel (    23,   -22)  ->  Abs (   421,   517)
	 26: Rel (     0,   -19)  ->  Abs (   421,   498)
	 27: Rel (     0,   -20)  ->  Abs (   421,   478)
	 28: Rel (   -23,   -22)  ->  Abs (   398,   456)
	 29: Rel (   -27,    -3)  ->  Abs (   371,   453)
	 30: Rel (   -52,    -4)  ->  Abs (   319,   449)
	 31: Rel (   -66,   -75)  ->  Abs (   253,   374)
	 32: Rel (     0,   -55)  ->  Abs (   253,   319)
	 33: Rel (     0,  -360)  ->  Abs (   253,   -41)
	 34: Rel (     0,   -94)  ->  Abs (   253,  -135)
	 35: Rel (  -120,  -125)  ->  Abs (   133,  -260)
	 36: Rel (   -83,     0)  ->  Abs (    50,  -260)
	 37: Rel (   -25,     0)  ->  Abs (    25,  -260)
	 38: Rel (   -25,    24)  ->  Abs (     0,  -236)
	 39: Rel (     0,    19)  ->  Abs (     0,  -217)
	 40: Rel (     0,    18)  ->  Abs (     0,  -199)
	 41: Rel (    12,    12)  ->  Abs (    12,  -187)
	 42: Rel (    10,     9)  ->  Abs (    22,  -178)
	 43: Rel (    32,     3)  ->  Abs (    54,  -175)
	 44: Rel (    50,     5)  ->  Abs (   104,  -170)
	 45: Rel (    65,    75)  ->  Abs (   169,   -95)
	 46: Rel (     0,    55)  ->  Abs (   169,   -40)
	 47: Rel (     0,   359)  ->  Abs (   169,   319)
	 48: Rel (     0,    63)  ->  Abs (   169,   382)
	 49: Rel (    40,    78)  ->  Abs (   209,   460)

	Glyph  97: off = 0x00008F4A, len = 236
	  numberOfContours:	1
	  xMin:			187
	  yMin:			432
	  xMax:			1043
	  yMax:			735

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	121
	00000: NPUSHB      (74):    37     8    38     9    41    30     3    89    29   106 
	                            16   152    16   185    36     4     8    25     1    10 
	                             8    29    31    16     5     3    22    29    27    12 
	                             8     6    10    31    12    33    31    29    29    91 
	                            10     8    20    10    10     8     0   210    33    91 
	                             6   174    19   210    12    91    27   111     3     1 
	                            15     3   111     3     2     3    26    39    22    25 
	                            38    99   171    24 
	00076: CALL       
	00077: FLIPOFF    
	00078: SRP0       
	00079: MIRP[nrp0,nmd,rd,0] 
	00080: SRP0       
	00081: MIRP[nrp0,nmd,rd,2] 
	00082: DELTAP1    
	00083: DELTAP2    
	00084: SVTCA[y-axis] 
	00085: MDAP[rd]   
	00086: FLIPON     
	00087: MIRP[srp0,md,rd,1] 
	00088: MIRP[srp0,nmd,rd,0] 
	00089: MIRP[srp0,nmd,rd,0] 
	00090: MIRP[srp0,md,rd,1] 
	00091: MIRP[nrp0,nmd,rd,0] 
	00092: SDPVTL[1]  
	00093: SFVTPV     
	00094: MDAP[nrd]  
	00095: CALL       
	00096: RDTG       
	00097: SRP0       
	00098: MDRP[nrp0,nmd,rd,0] 
	00099: SVTCA[y-axis] 
	00100: SRP1       
	00101: SRP2       
	00102: IP         
	00103: IP         
	00104: SRP2       
	00105: IP         
	00106: SRP1       
	00107: SRP2       
	00108: IP         
	00109: SVTCA[x-axis] 
	00110: SRP1       
	00111: SRP2       
	00112: SLOOP      
	00113: IP         
	00114: IUP[y]     
	00115: IUP[x]     
	00116: SVTCA[x-axis] 
	00117: DELTAP1    
	00118: DELTAP2    
	00119: SVTCA[y-axis] 
	00120: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1003,   668)  ->  Abs (  1003,   668)
	  1: Rel (    16,     0)  ->  Abs (  1019,   668)
	  2: Rel (    24,   -24)  ->  Abs (  1043,   644)
	  3: Rel (     0,   -16)  ->  Abs (  1043,   628)
	  4: Rel (     0,   -35)  ->  Abs (  1043,   593)
	  5: Rel (  -174,  -161)  ->  Abs (   869,   432)
	  6: Rel (   -73,     0)  ->  Abs (   796,   432)
	  7: Rel (   -45,     0)  ->  Abs (   751,   432)
	  8: Rel (   -92,    51)  ->  Abs (   659,   483)
	  9: Rel (   -85,    80)  ->  Abs (   574,   563)
	 10: Rel (   -57,    54)  ->  Abs (   517,   617)
	 11: Rel (   -59,    34)  ->  Abs (   458,   651)
	 12: Rel (   -24,     0)  ->  Abs (   434,   651)
	 13: Rel (   -29,     0)  ->  Abs (   405,   651)
	 14: Rel (   -26,   -16)  ->  Abs (   379,   635)
	 15: Rel (   -35,   -20)  ->  Abs (   344,   615)
	 16: Rel (   -61,   -71)  ->  Abs (   283,   544)
	 17: Rel (   -29,   -33)  ->  Abs (   254,   511)
	 18: Rel (   -17,   -10)  ->  Abs (   237,   501)
	 19: Rel (   -10,     0)  ->  Abs (   227,   501)
	 20: Rel (   -17,     0)  ->  Abs (   210,   501)
	 21: Rel (   -23,    23)  ->  Abs (   187,   524)
	 22: Rel (     0,    17)  ->  Abs (   187,   541)
	 23: Rel (     0,    16)  ->  Abs (   187,   557)
	 24: Rel (    26,    33)  ->  Abs (   213,   590)
	 25: Rel (    66,    82)  ->  Abs (   279,   672)
	 26: Rel (   104,    63)  ->  Abs (   383,   735)
	 27: Rel (    49,     0)  ->  Abs (   432,   735)
	 28: Rel (    41,     0)  ->  Abs (   473,   735)
	 29: Rel (    80,   -39)  ->  Abs (   553,   696)
	 30: Rel (    63,   -57)  ->  Abs (   616,   639)
	 31: Rel (   101,   -93)  ->  Abs (   717,   546)
	 32: Rel (    49,   -29)  ->  Abs (   766,   517)
	 33: Rel (    24,     0)  ->  Abs (   790,   517)
	 34: Rel (    71,     0)  ->  Abs (   861,   517)
	 35: Rel (    80,   102)  ->  Abs (   941,   619)
	 36: Rel (    29,    37)  ->  Abs (   970,   656)
	 37: Rel (    20,    12)  ->  Abs (   990,   668)

	Glyph  98: off = 0x00009036, len = 74
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1496

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	-90
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (20):     3     2    47    65     1    15    65    31    65    47 
	                            65    95    65   111    65   127    65     6    65    26 
	00022: PUSHW[1]            -27 
	00025: PUSHB[6]             72    43     2     3     2    62 
	00032: PUSHW[3]            651    41   300 
	00039: SCANCTRL   
	00040: SVTCA[y-axis] 
	00041: CALL       
	00042: SVTCA[x-axis] 
	00043: CALL       
	00044: DELTAP1    
	00045: DELTAP2    
	00046: SHC[rp1,zp0] 
	00047: SHC[rp1,zp0] 

	Glyph  99: off = 0x00009080, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	219
		X WOffset:	-51
		Y WOffset:	239
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     3     2    31    53     1   160    53     1   144    53 
	                             1    53    26 
	00015: PUSHW[1]           -322 
	00018: NPUSHB      (10):    72    43     3     2     9     0    50     1    58    50 
	00030: PUSHW[2]            651   300 
	00035: SCANCTRL   
	00036: SVTCA[y-axis] 
	00037: MIAP[nrd+nci] 
	00038: SDB        
	00039: DELTAP1    
	00040: SDB        
	00041: SHC[rp1,zp0] 
	00042: SHC[rp1,zp0] 
	00043: SVTCA[x-axis] 
	00044: CALL       
	00045: DELTAP1    
	00046: DELTAP1    
	00047: DELTAP2    
	00048: SHC[rp1,zp0] 
	00049: SHC[rp1,zp0] 

	Glyph 100: off = 0x000090CC, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			127
	  yMin:			-333
	  xMax:			1100
	  yMax:			1197

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	220
		X BOffset:	6
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     1    57    55    14    72    39     1     1    61 
	                             8    41 
	00014: PUSHW[1]            300 
	00017: SCANCTRL   
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       

	Glyph 101: off = 0x000090FA, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	3
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    16    60    32    60     2    60    36   105    72 
	                            43     1     1    57 
	00016: PUSHW[2]            651    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 102: off = 0x00009130, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			46
	  yMin:			0
	  xMax:			1153
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	49
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	-2
		Y WOffset:	268
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (22):     1   208    65     1    16    65     1     0    65    48 
	                            65    80    65     3    65    27     0    72    43     1 
	                             1    54 
	00024: PUSHW[3]            651    41   300 
	00031: SCANCTRL   
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP1    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 

	Glyph 103: off = 0x00009172, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1496

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	-90
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     3     2     0    32    38    10    10    64     2     3 
	                             2    41 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 104: off = 0x000091A6, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1496

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	1
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     2     1     0    67   160    67     2    67    29   134 
	                            72    43     1     2     2    64 
	00018: PUSHW[3]            651    41   300 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 
	00032: SHC[rp1,zp0] 

	Glyph 105: off = 0x000091E2, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1328

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	0
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              2     1    61    29 
	00005: PUSHW[1]           -161 
	00008: PUSHB[5]             72    39     2     1    58 
	00014: PUSHW[3]            652    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 106: off = 0x00009214, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1328

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	67
		X BOffset:	0
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     2    32    59    48    59    64    59    80    59     4 
	                            59    29   182    72    43     2     1    62 
	00020: PUSHW[3]            652    41   300 
	00027: SCANCTRL   
	00028: SVTCA[y-axis] 
	00029: CALL       
	00030: SVTCA[x-axis] 
	00031: CALL       
	00032: DELTAP1    
	00033: SHC[rp1,zp0] 

	Glyph 107: off = 0x0000924E, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (21):     2   144    65     1     0    65    32    65    48    65 
	                            96    65     4    65    29     0   104    43     2     1 
	                            68 
	00023: PUSHW[3]            652    41   300 
	00030: SCANCTRL   
	00031: SVTCA[y-axis] 
	00032: CALL       
	00033: SVTCA[x-axis] 
	00034: CALL       
	00035: DELTAP1    
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph 108: off = 0x0000928C, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1228

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	-47
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (22):     3     2     0    73    32    73    48    73    96    73 
	                           176    73     5    73    29   106    72    43     2     3 
	                             2    58 
	00024: PUSHW[3]            652    41   300 
	00031: SCANCTRL   
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 
	00038: SHC[rp1,zp0] 

	Glyph 109: off = 0x000092CC, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1207

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     2    96    75   240    75     2     0    75    64    75 
	                             2    75    29 
	00015: PUSHW[1]           -308 
	00018: PUSHB[5]             72    43     2     1    64 
	00024: PUSHW[3]            652    41   300 
	00031: SCANCTRL   
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP1    
	00038: SHC[rp1,zp0] 

	Glyph 110: off = 0x0000930C, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1364

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	219
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (27):     3     2    31    61    95    61     2    79    61   223 
	                            61     2    16    61    32    61    48    61    80    61 
	                            96    61   112    61     6    61    29 
	00029: PUSHW[1]           -196 
	00032: PUSHB[6]             72    43     2     3     2    58 
	00039: PUSHW[3]            652    41   300 
	00046: SCANCTRL   
	00047: SVTCA[y-axis] 
	00048: CALL       
	00049: SVTCA[x-axis] 
	00050: CALL       
	00051: DELTAP1    
	00052: DELTAP2    
	00053: DELTAP3    
	00054: SHC[rp1,zp0] 
	00055: SHC[rp1,zp0] 

	Glyph 111: off = 0x0000935C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			-333
	  xMax:			1099
	  yMax:			896

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	220
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    43    23 
	00005: PUSHW[1]            -23 
	00008: PUSHB[7]             72    39     1     1    47     8    41 
	00016: PUSHW[1]            293 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       

	Glyph 112: off = 0x0000938C, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              2   191    39   255    39     2    39    23 
	00009: PUSHW[1]           -156 
	00012: PUSHB[5]             72    43     2     1    36 
	00018: PUSHW[3]            652    41   300 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 113: off = 0x000093C4, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	67
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2   176    36     1    36    23   156    72    43     2 
	                             1    40 
	00014: PUSHW[3]            652    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 

	Glyph 114: off = 0x000093F8, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     2    43    23     0   104    43     2     1    46 
	00011: PUSHW[3]            652    41   300 
	00018: SCANCTRL   
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 

	Glyph 115: off = 0x00009428, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1228

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	4
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     3     2    51    23   152    72    39     2     3 
	                             2    36 
	00014: PUSHW[3]            652    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 116: off = 0x0000945A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			186
	  yMin:			0
	  xMax:			1047
	  yMax:			1328

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	-85
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    31     0 
	00005: PUSHW[1]           -298 
	00008: PUSHB[5]             72    39     1     1    28 
	00014: PUSHW[2]            652    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 117: off = 0x0000948A, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			186
	  yMin:			0
	  xMax:			1047
	  yMax:			1320

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	67
		X BOffset:	-76
		Y BOffset:	-9
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     1    28     0    24    72    39     1     1    32 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 118: off = 0x000094B8, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			186
	  yMin:			0
	  xMax:			1047
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	-84
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    35     0 
	00005: PUSHW[1]           -120 
	00008: PUSHB[5]            104    39     1     1    38 
	00014: PUSHW[2]            652    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 119: off = 0x000094E8, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			186
	  yMin:			0
	  xMax:			1047
	  yMax:			1228

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	-84
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     2     2    43     0     7    72    39     1     2 
	                             2    28 
	00014: PUSHW[2]            652    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 120: off = 0x00009518, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			108
	  yMin:			0
	  xMax:			1111
	  yMax:			1207

	     0: Flags:		0x0226
		Glyf Index:	81
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     1     0    77    16    77    32    77    48    77    64 
	                            77    80    77     6    77     4 
	00018: PUSHW[1]           -326 
	00021: PUSHB[5]             72    43     1     1    66 
	00027: PUSHW[2]            652    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph 121: off = 0x00009556, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              2    63    30   255    30     2    30     9 
	00009: PUSHW[1]           -172 
	00012: PUSHB[5]             72    43     2     1    28 
	00018: PUSHW[3]            652    41   300 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 122: off = 0x0000958E, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	67
		X BOffset:	-1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2    48    28   240    28     2    28     9   170    72 
	                            43     2     1    30 
	00016: PUSHW[3]            652    41   300 
	00023: SCANCTRL   
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 123: off = 0x000095C4, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     1    34     9     0   104    39     2     1    37 
	00012: PUSHW[3]            652    41   300 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       

	Glyph 124: off = 0x000095F4, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1228

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	0
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     3     2   160    42     1    42     9   132    72    43 
	                             2     3     2    27 
	00016: PUSHW[3]            652    41   300 
	00023: SCANCTRL   
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 
	00030: SHC[rp1,zp0] 

	Glyph 125: off = 0x0000962C, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1207

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	-1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    44    16    44    48    44     3    44     9 
	00012: PUSHW[1]           -300 
	00015: PUSHB[5]             72    43     2     1    33 
	00021: PUSHW[3]            652    41   300 
	00028: SCANCTRL   
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: DELTAP1    
	00034: SHC[rp1,zp0] 

	Glyph 126: off = 0x00009668, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    46    20 
	00005: PUSHW[1]            -42 
	00008: PUSHB[5]             72    39     1     1    43 
	00014: PUSHW[3]            652    41   292 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 127: off = 0x0000969A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	67
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     1    44    20   160    72    39     1     1    47 
	00012: PUSHW[3]            652    41   292 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       

	Glyph 128: off = 0x000096CA, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     1    50    20    60   104    39     1     1    53 
	00012: PUSHW[3]            652    41   292 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       

	Glyph 129: off = 0x000096FA, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1228

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	-36
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     2     2    58    20   236    72    39     1     2 
	                             2    43 
	00014: PUSHW[3]            652    41   292 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 130: off = 0x0000972C, len = 180
	  numberOfContours:	1
	  xMin:			252
	  yMin:			-130
	  xMax:			978
	  yMax:			1255

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	82
	00000: NPUSHB      (19):    15     9    12   181    16    16    50     9    31    25 
	                            28   181     0     0    50    25    20     0     4 
	00021: PUSHW[1]            550 
	00024: NPUSHB      (20):    24     9    91    25    25    24    16     6     0    23 
	                             1    91    17     7    16    25    32   101   169    24 
	00046: CALL       
	00047: FLIPOFF    
	00048: SRP0       
	00049: MIRP[srp0,nmd,rd,0] 
	00050: ALIGNRP    
	00051: ALIGNRP    
	00052: FLIPON     
	00053: MIRP[srp0,md,rd,1] 
	00054: ALIGNRP    
	00055: ALIGNRP    
	00056: SVTCA[y-axis] 
	00057: MIAP[rd+ci] 
	00058: ALIGNRP    
	00059: ALIGNRP    
	00060: SRP0       
	00061: MIRP[nrp0,md,rd,1] 
	00062: SRP0       
	00063: MIRP[nrp0,md,rd,1] 
	00064: MIAP[rd+ci] 
	00065: SRP0       
	00066: MIRP[nrp0,md,rd,1] 
	00067: SVTCA[x-axis] 
	00068: SRP0       
	00069: MIRP[srp0,nmd,rd,1] 
	00070: MDRP[srp0,nmd,rd,0] 
	00071: ALIGNRP    
	00072: SVTCA[y-axis] 
	00073: SRP0       
	00074: MIRP[nrp0,md,rd,1] 
	00075: SVTCA[x-axis] 
	00076: SRP0       
	00077: MIRP[srp0,nmd,rd,1] 
	00078: MDRP[srp0,nmd,rd,0] 
	00079: ALIGNRP    
	00080: IUP[y]     
	00081: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:                      Y-Short         On
	 17:        XDual                         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                               On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   657,   783)  ->  Abs (   657,   783)
	  1: Rel (     0,  -856)  ->  Abs (   657,   -73)
	  2: Rel (     0,   -31)  ->  Abs (   657,  -104)
	  3: Rel (   -23,   -26)  ->  Abs (   634,  -130)
	  4: Rel (   -19,     0)  ->  Abs (   615,  -130)
	  5: Rel (   -19,     0)  ->  Abs (   596,  -130)
	  6: Rel (   -23,    26)  ->  Abs (   573,  -104)
	  7: Rel (     0,    31)  ->  Abs (   573,   -73)
	  8: Rel (     0,   856)  ->  Abs (   573,   783)
	  9: Rel (  -265,     0)  ->  Abs (   308,   783)
	 10: Rel (   -30,     0)  ->  Abs (   278,   783)
	 11: Rel (   -26,    24)  ->  Abs (   252,   807)
	 12: Rel (     0,    18)  ->  Abs (   252,   825)
	 13: Rel (     0,    19)  ->  Abs (   252,   844)
	 14: Rel (    26,    24)  ->  Abs (   278,   868)
	 15: Rel (    30,     0)  ->  Abs (   308,   868)
	 16: Rel (   265,    -1)  ->  Abs (   573,   867)
	 17: Rel (     0,   331)  ->  Abs (   573,  1198)
	 18: Rel (     0,    31)  ->  Abs (   573,  1229)
	 19: Rel (    23,    26)  ->  Abs (   596,  1255)
	 20: Rel (    19,     0)  ->  Abs (   615,  1255)
	 21: Rel (    19,     0)  ->  Abs (   634,  1255)
	 22: Rel (    23,   -26)  ->  Abs (   657,  1229)
	 23: Rel (     0,   -31)  ->  Abs (   657,  1198)
	 24: Rel (     0,  -331)  ->  Abs (   657,   867)
	 25: Rel (   264,     0)  ->  Abs (   921,   867)
	 26: Rel (    31,     0)  ->  Abs (   952,   867)
	 27: Rel (    26,   -23)  ->  Abs (   978,   844)
	 28: Rel (     0,   -19)  ->  Abs (   978,   825)
	 29: Rel (     0,   -18)  ->  Abs (   978,   807)
	 30: Rel (   -26,   -24)  ->  Abs (   952,   783)
	 31: Rel (   -31,     0)  ->  Abs (   921,   783)

	Glyph 131: off = 0x000097E0, len = 152
	  numberOfContours:	2
	  xMin:			337
	  yMin:			936
	  xMax:			892
	  yMax:			1491

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	76
	00000: NPUSHB      (11):    16    64    21    23    52    19    64    21    23    52 
	                            23 
	00013: PUSHW[1]            -64 
	00016: PUSHB[4]             21    23    52    14 
	00021: PUSHW[1]            -64 
	00024: PUSHB[6]             21    23    52    15    44     9 
	00031: PUSHW[1]            281 
	00034: PUSHB[6]             21    44     3    18    44     6 
	00041: PUSHW[1]            430 
	00044: PUSHB[6]             12    44     0    25    24   245 
	00051: PUSHW[2]            335    24 
	00056: CALL       
	00057: FLIPOFF    
	00058: SRP0       
	00059: MIRP[srp0,nmd,rd,0] 
	00060: FLIPON     
	00061: MIRP[nrp0,md,rd,1] 
	00062: MIRP[srp0,md,rd,1] 
	00063: MIRP[nrp0,md,rd,1] 
	00064: SVTCA[y-axis] 
	00065: MDAP[rd]   
	00066: MIRP[nrp0,md,rd,1] 
	00067: MIRP[srp0,md,rd,1] 
	00068: MIRP[nrp0,md,rd,1] 
	00069: IUP[y]     
	00070: IUP[x]     
	00071: SVTCA[x-axis] 
	00072: CALL       
	00073: CALL       
	00074: CALL       
	00075: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   337,  1214)  ->  Abs (   337,  1214)
	  1: Rel (     0,   115)  ->  Abs (   337,  1329)
	  2: Rel (   163,   162)  ->  Abs (   500,  1491)
	  3: Rel (   114,     0)  ->  Abs (   614,  1491)
	  4: Rel (   116,     0)  ->  Abs (   730,  1491)
	  5: Rel (   162,  -162)  ->  Abs (   892,  1329)
	  6: Rel (     0,  -115)  ->  Abs (   892,  1214)
	  7: Rel (     0,  -115)  ->  Abs (   892,  1099)
	  8: Rel (  -163,  -163)  ->  Abs (   729,   936)
	  9: Rel (  -115,     0)  ->  Abs (   614,   936)
	 10: Rel (  -114,     0)  ->  Abs (   500,   936)
	 11: Rel (  -163,   162)  ->  Abs (   337,  1098)
	 12: Rel (   109,   116)  ->  Abs (   446,  1214)
	 13: Rel (     0,   -70)  ->  Abs (   446,  1144)
	 14: Rel (    99,   -99)  ->  Abs (   545,  1045)
	 15: Rel (    70,     0)  ->  Abs (   615,  1045)
	 16: Rel (    69,     0)  ->  Abs (   684,  1045)
	 17: Rel (    99,    99)  ->  Abs (   783,  1144)
	 18: Rel (     0,    70)  ->  Abs (   783,  1214)
	 19: Rel (     0,    70)  ->  Abs (   783,  1284)
	 20: Rel (   -99,    99)  ->  Abs (   684,  1383)
	 21: Rel (   -69,     0)  ->  Abs (   615,  1383)
	 22: Rel (   -70,     0)  ->  Abs (   545,  1383)
	 23: Rel (   -99,   -99)  ->  Abs (   446,  1284)

	Glyph 132: off = 0x00009878, len = 364
	  numberOfContours:	1
	  xMin:			228
	  yMin:			0
	  xMax:			964
	  yMax:			1336

	EndPoints
	---------
	  0:  58

	  Length of Instructions:	202
	00000: NPUSHB      (25):    46     8    36    34    24    22    12    10     6    17 
	                             8    44    52    34    37    32    22    24    20    10 
	                            26     0     8    13    37 
	00027: PUSHW[1]            763 
	00030: PUSHB[4]             32     8    59     4 
	00035: PUSHW[1]            511 
	00038: PUSHB[6]             79    26     1    26    85    13 
	00045: PUSHW[3]            489    20   425 
	00052: PUSHB[3]             52    59    32 
	00056: PUSHW[1]            504 
	00059: PUSHB[4]             48    10    16    17 
	00064: PUSHW[1]            436 
	00067: NPUSHB       (9):    40   114    55     8     7    32     1     1     0 
	00078: PUSHW[1]            416 
	00081: NPUSHB       (9):    29    33    55    44    45    32    51    51    52 
	00092: PUSHW[1]            416 
	00095: PUSHB[6]             55    25    59   117    97    24 
	00102: CALL       
	00103: FLIPOFF    
	00104: SRP0       
	00105: MIRP[srp0,nmd,rd,0] 
	00106: FLIPON     
	00107: MIRP[srp0,nmd,rd,0] 
	00108: ALIGNRP    
	00109: SRP0       
	00110: MIRP[srp0,md,rd,1] 
	00111: ALIGNRP    
	00112: SRP0       
	00113: MIRP[nrp0,md,rd,1] 
	00114: MIRP[srp0,nmd,rd,0] 
	00115: ALIGNRP    
	00116: SRP0       
	00117: MIRP[srp0,md,rd,1] 
	00118: ALIGNRP    
	00119: SRP0       
	00120: MIRP[nrp0,md,rd,1] 
	00121: MIRP[srp0,md,rd,1] 
	00122: ALIGNRP    
	00123: SVTCA[y-axis] 
	00124: MIAP[rd+ci] 
	00125: MIRP[srp0,md,rd,1] 
	00126: MIRP[srp0,md,rd,1] 
	00127: MIRP[srp0,nmd,rd,0] 
	00128: MIRP[srp0,md,rd,1] 
	00129: MIRP[srp0,md,rd,1] 
	00130: DELTAP1    
	00131: MIRP[nrp0,md,rd,1] 
	00132: MIRP[nrp0,md,rd,1] 
	00133: SRP0       
	00134: MIRP[nrp0,nmd,rd,0] 
	00135: SRP1       
	00136: SRP2       
	00137: IP         
	00138: SRP2       
	00139: IP         
	00140: SRP1       
	00141: IP         
	00142: IP         
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: SRP2       
	00147: IP         
	00148: SVTCA[x-axis] 
	00149: SRP1       
	00150: SRP2       
	00151: SLOOP      
	00152: IP         
	00153: IUP[y]     
	00154: IUP[x]     
	00155: RS         
	00156: JROF       
	00157: NPUSHB      (30):    53    58    27    31    57    38    27    58    29    35 
	                             0    31    53    29    35     0    28    56    26    35 
	                             1    58     0    30    54    32    35     0    53    52 
	00189: SVTCA[y-axis] 
	00190: SRP0       
	00191: ALIGNRP    
	00192: CALL       
	00193: SRP0       
	00194: ALIGNRP    
	00195: CALL       
	00196: SVTCA[x-axis] 
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: FLIPRGON   
	00201: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:                      Y-Short X-Short On
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         On
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual               Y-Short X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   571,  1030)  ->  Abs (   571,  1030)
	  1: Rel (     0,   250)  ->  Abs (   571,  1280)
	  2: Rel (     0,    30)  ->  Abs (   571,  1310)
	  3: Rel (    23,    26)  ->  Abs (   594,  1336)
	  4: Rel (    19,     0)  ->  Abs (   613,  1336)
	  5: Rel (    19,     0)  ->  Abs (   632,  1336)
	  6: Rel (    23,   -26)  ->  Abs (   655,  1310)
	  7: Rel (     0,   -30)  ->  Abs (   655,  1280)
	  8: Rel (     0,  -247)  ->  Abs (   655,  1033)
	  9: Rel (   128,    -4)  ->  Abs (   783,  1029)
	 10: Rel (    90,   -71)  ->  Abs (   873,   958)
	 11: Rel (     5,    17)  ->  Abs (   878,   975)
	 12: Rel (    22,    17)  ->  Abs (   900,   992)
	 13: Rel (    14,     0)  ->  Abs (   914,   992)
	 14: Rel (    19,     0)  ->  Abs (   933,   992)
	 15: Rel (    24,   -26)  ->  Abs (   957,   966)
	 16: Rel (     0,   -25)  ->  Abs (   957,   941)
	 17: Rel (     0,  -127)  ->  Abs (   957,   814)
	 18: Rel (     0,   -31)  ->  Abs (   957,   783)
	 19: Rel (   -23,   -26)  ->  Abs (   934,   757)
	 20: Rel (   -19,     0)  ->  Abs (   915,   757)
	 21: Rel (   -17,     0)  ->  Abs (   898,   757)
	 22: Rel (   -22,    22)  ->  Abs (   876,   779)
	 23: Rel (    -3,    26)  ->  Abs (   873,   805)
	 24: Rel (    -8,    60)  ->  Abs (   865,   865)
	 25: Rel (  -121,    87)  ->  Abs (   744,   952)
	 26: Rel (  -109,     0)  ->  Abs (   635,   952)
	 27: Rel (  -144,     0)  ->  Abs (   491,   952)
	 28: Rel (  -179,  -174)  ->  Abs (   312,   778)
	 29: Rel (     0,  -131)  ->  Abs (   312,   647)
	 30: Rel (     0,  -129)  ->  Abs (   312,   518)
	 31: Rel (   178,  -175)  ->  Abs (   490,   343)
	 32: Rel (   136,     0)  ->  Abs (   626,   343)
	 33: Rel (    67,     0)  ->  Abs (   693,   343)
	 34: Rel (   144,    46)  ->  Abs (   837,   389)
	 35: Rel (    50,    41)  ->  Abs (   887,   430)
	 36: Rel (    21,    17)  ->  Abs (   908,   447)
	 37: Rel (    16,     0)  ->  Abs (   924,   447)
	 38: Rel (    18,     0)  ->  Abs (   942,   447)
	 39: Rel (    22,   -23)  ->  Abs (   964,   424)
	 40: Rel (     0,   -18)  ->  Abs (   964,   406)
	 41: Rel (     0,   -29)  ->  Abs (   964,   377)
	 42: Rel (   -51,   -32)  ->  Abs (   913,   345)
	 43: Rel (  -117,   -74)  ->  Abs (   796,   271)
	 44: Rel (  -141,    -8)  ->  Abs (   655,   263)
	 45: Rel (     0,  -207)  ->  Abs (   655,    56)
	 46: Rel (     0,   -30)  ->  Abs (   655,    26)
	 47: Rel (   -23,   -26)  ->  Abs (   632,     0)
	 48: Rel (   -19,     0)  ->  Abs (   613,     0)
	 49: Rel (   -19,     0)  ->  Abs (   594,     0)
	 50: Rel (   -23,    26)  ->  Abs (   571,    26)
	 51: Rel (     0,    30)  ->  Abs (   571,    56)
	 52: Rel (     0,   207)  ->  Abs (   571,   263)
	 53: Rel (  -149,    18)  ->  Abs (   422,   281)
	 54: Rel (  -194,   218)  ->  Abs (   228,   499)
	 55: Rel (     0,   147)  ->  Abs (   228,   646)
	 56: Rel (     0,   160)  ->  Abs (   228,   806)
	 57: Rel (   110,   110)  ->  Abs (   338,   916)
	 58: Rel (    81,    81)  ->  Abs (   419,   997)

	Glyph 133: off = 0x000099E4, len = 426
	  numberOfContours:	1
	  xMin:			124
	  yMin:			0
	  xMax:			1071
	  yMax:			1202

	EndPoints
	---------
	  0:  69

	  Length of Instructions:	238
	00000: NPUSHB      (86):    46    42   244    42     2     4    42    36    42    93 
	                            48    88    49     4    42    49    83    69   102    69 
	                           184    35   217    39   223    49   215    57   233    23 
	                           233    35   250    35    10    43    61    36    69    52 
	                            69    67    69     4    20    41    21    42    51    42 
	                            67    42    76    48    82    42    86    51   100    42 
	                           107    48   207    42    10    22    21    19     3    17 
	                            35    27    57    65     4    67    37    65    27    64 
	                            28     3     5     7     0    43 
	00088: PUSHW[1]            773 
	00091: NPUSHB      (11):    50    44    40    58    34    36    64    64    28     1 
	                            28 
	00104: PUSHW[1]            282 
	00107: PUSHB[5]             14     7   210     0    20 
	00113: PUSHW[1]            771 
	00116: NPUSHB      (12):     1     1     0    36    13    14     4    44    10    46 
	                            77    10 
	00130: PUSHW[3]            353    43   281 
	00137: NPUSHB      (31):    37    67    44    25   132    53    44    37   210    17 
	                            61   182    17    62    15    31    47    31   127    31 
	                             3    31    25    70    40     3    14    10   134   129 
	                            24 
	00170: CALL       
	00171: SVTCA[y-axis] 
	00172: MIAP[rd+ci] 
	00173: MIAP[rd+ci] 
	00174: SVTCA[x-axis] 
	00175: FLIPOFF    
	00176: SRP0       
	00177: MIRP[srp0,nmd,rd,0] 
	00178: DELTAP1    
	00179: FLIPON     
	00180: MIRP[nrp0,nmd,rd,0] 
	00181: MIRP[nrp0,md,rd,1] 
	00182: SRP0       
	00183: MIRP[srp0,nmd,rd,0] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: MIRP[srp0,nmd,rd,0] 
	00186: MIRP[nrp0,md,rd,1] 
	00187: SRP0       
	00188: MIRP[srp0,md,rd,1] 
	00189: MIRP[nrp0,nmd,rd,0] 
	00190: SVTCA[y-axis] 
	00191: MIRP[nrp0,md,rd,1] 
	00192: SVTCA[x-axis] 
	00193: SRP0       
	00194: MIRP[nrp0,md,rd,1] 
	00195: SVTCA[y-axis] 
	00196: SRP0       
	00197: ALIGNRP    
	00198: MIRP[srp0,md,rd,1] 
	00199: ALIGNRP    
	00200: SRP0       
	00201: MIRP[nrp0,nmd,rd,0] 
	00202: SRP0       
	00203: MIRP[nrp0,nmd,rd,0] 
	00204: SRP0       
	00205: MIRP[srp0,nmd,rd,0] 
	00206: DELTAP1    
	00207: ALIGNRP    
	00208: MIRP[srp0,md,rd,1] 
	00209: ALIGNRP    
	00210: SRP0       
	00211: MIRP[srp0,md,rd,1] 
	00212: MIRP[nrp0,nmd,rd,0] 
	00213: SRP1       
	00214: SRP2       
	00215: IP         
	00216: IP         
	00217: SRP1       
	00218: SRP2       
	00219: IP         
	00220: IP         
	00221: SVTCA[x-axis] 
	00222: SRP1       
	00223: SRP2       
	00224: SLOOP      
	00225: IP         
	00226: SRP2       
	00227: SLOOP      
	00228: IP         
	00229: IUP[y]     
	00230: IUP[x]     
	00231: SVTCA[x-axis] 
	00232: DELTAP2    
	00233: DELTAP1    
	00234: DELTAP1    
	00235: SVTCA[y-axis] 
	00236: DELTAP2    
	00237: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                               On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual               Y-Short X-Short On
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:                      Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:        XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:        XDual         Y-Short X-Short Off
	 61:        XDual         Y-Short         On
	 62:        XDual         Y-Short         Off
	 63:                      Y-Short X-Short Off
	 64:  YDual                       X-Short On
	 65:  YDual                       X-Short On
	 66:        XDual         Y-Short X-Short Off
	 67:        XDual         Y-Short         On
	 68:        XDual         Y-Short         Off
	 69:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   372,    84)  ->  Abs (   372,    84)
	  1: Rel (   519,     0)  ->  Abs (   891,    84)
	  2: Rel (    38,     0)  ->  Abs (   929,    84)
	  3: Rel (    53,    55)  ->  Abs (   982,   139)
	  4: Rel (     4,    53)  ->  Abs (   986,   192)
	  5: Rel (     2,    24)  ->  Abs (   988,   216)
	  6: Rel (    23,    23)  ->  Abs (  1011,   239)
	  7: Rel (    17,     0)  ->  Abs (  1028,   239)
	  8: Rel (    18,     0)  ->  Abs (  1046,   239)
	  9: Rel (    25,   -25)  ->  Abs (  1071,   214)
	 10: Rel (     0,   -20)  ->  Abs (  1071,   194)
	 11: Rel (     0,   -83)  ->  Abs (  1071,   111)
	 12: Rel (  -106,  -111)  ->  Abs (   965,     0)
	 13: Rel (   -69,     0)  ->  Abs (   896,     0)
	 14: Rel (  -669,     0)  ->  Abs (   227,     0)
	 15: Rel (   -30,     0)  ->  Abs (   197,     0)
	 16: Rel (   -26,    24)  ->  Abs (   171,    24)
	 17: Rel (     0,    18)  ->  Abs (   171,    42)
	 18: Rel (     0,    17)  ->  Abs (   171,    59)
	 19: Rel (    24,    24)  ->  Abs (   195,    83)
	 20: Rel (    23,     0)  ->  Abs (   218,    83)
	 21: Rel (    43,     2)  ->  Abs (   261,    85)
	 22: Rel (    36,    38)  ->  Abs (   297,   123)
	 23: Rel (    53,    54)  ->  Abs (   350,   177)
	 24: Rel (    58,   192)  ->  Abs (   408,   369)
	 25: Rel (     0,    82)  ->  Abs (   408,   451)
	 26: Rel (     0,    67)  ->  Abs (   408,   518)
	 27: Rel (   -12,    49)  ->  Abs (   396,   567)
	 28: Rel (  -216,     0)  ->  Abs (   180,   567)
	 29: Rel (   -30,     0)  ->  Abs (   150,   567)
	 30: Rel (   -26,    23)  ->  Abs (   124,   590)
	 31: Rel (     0,    19)  ->  Abs (   124,   609)
	 32: Rel (     0,    19)  ->  Abs (   124,   628)
	 33: Rel (    26,    23)  ->  Abs (   150,   651)
	 34: Rel (    30,     0)  ->  Abs (   180,   651)
	 35: Rel (   195,     0)  ->  Abs (   375,   651)
	 36: Rel (   -57,   177)  ->  Abs (   318,   828)
	 37: Rel (     0,    76)  ->  Abs (   318,   904)
	 38: Rel (     0,   122)  ->  Abs (   318,  1026)
	 39: Rel (   174,   176)  ->  Abs (   492,  1202)
	 40: Rel (   120,     0)  ->  Abs (   612,  1202)
	 41: Rel (   105,     0)  ->  Abs (   717,  1202)
	 42: Rel (   164,  -134)  ->  Abs (   881,  1068)
	 43: Rel (     0,   -40)  ->  Abs (   881,  1028)
	 44: Rel (     0,   -14)  ->  Abs (   881,  1014)
	 45: Rel (   -26,   -25)  ->  Abs (   855,   989)
	 46: Rel (   -16,     0)  ->  Abs (   839,   989)
	 47: Rel (   -18,     0)  ->  Abs (   821,   989)
	 48: Rel (   -20,    25)  ->  Abs (   801,  1014)
	 49: Rel (   -79,   103)  ->  Abs (   722,  1117)
	 50: Rel (  -107,     0)  ->  Abs (   615,  1117)
	 51: Rel (   -87,     0)  ->  Abs (   528,  1117)
	 52: Rel (  -125,  -126)  ->  Abs (   403,   991)
	 53: Rel (     0,   -87)  ->  Abs (   403,   904)
	 54: Rel (     0,   -35)  ->  Abs (   403,   869)
	 55: Rel (     9,   -43)  ->  Abs (   412,   826)
	 56: Rel (     2,    -7)  ->  Abs (   414,   819)
	 57: Rel (    47,  -168)  ->  Abs (   461,   651)
	 58: Rel (   205,     0)  ->  Abs (   666,   651)
	 59: Rel (    30,     0)  ->  Abs (   696,   651)
	 60: Rel (    26,   -23)  ->  Abs (   722,   628)
	 61: Rel (     0,   -19)  ->  Abs (   722,   609)
	 62: Rel (     0,   -19)  ->  Abs (   722,   590)
	 63: Rel (   -26,   -23)  ->  Abs (   696,   567)
	 64: Rel (   -30,     0)  ->  Abs (   666,   567)
	 65: Rel (  -186,     0)  ->  Abs (   480,   567)
	 66: Rel (    10,   -62)  ->  Abs (   490,   505)
	 67: Rel (     0,   -59)  ->  Abs (   490,   446)
	 68: Rel (     0,   -96)  ->  Abs (   490,   350)
	 69: Rel (   -59,  -191)  ->  Abs (   431,   159)

	Glyph 134: off = 0x00009B8E, len = 480
	  numberOfContours:	2
	  xMin:			143
	  yMin:			-130
	  xMax:			1085
	  yMax:			1255

	EndPoints
	---------
	  0:  61
	  1:  86

	  Length of Instructions:	233
	00000: NPUSHB      (56):     9    72    39    72    42    85    55    19    60    48 
	                            59    50    75    48     7    11    83    37    28    41 
	                            59   123    19   138    19     5     7     1     4   148 
	                             8     8    48     1    38    32    35   148    39    39 
	                            48    32    16    48    84    84    74    55    48    62 
	                            48    48    71    71    74    62 
	00058: PUSHW[1]            317 
	00061: NPUSHB      (11):     9     9     4   213     8    48    61     0    24    48 
	                            74 
	00074: PUSHW[1]            317 
	00077: NPUSHB      (27):    40    40    35   213    39    48    30    31    63     0 
	                             1     0    31    79    48    21   178    24    48    74 
	                            62    26    48    43    38    48    43 
	00106: PUSHW[1]            326 
	00109: PUSHB[3]             32    32    31 
	00113: PUSHW[1]            487 
	00116: PUSHB[6]             87     8     7    48     0     1 
	00123: PUSHW[1]            326 
	00126: NPUSHB      (22):    64   189    12    55    62    57    48    12   178    67 
	                            48    15    52    31    52     2    52    25    87    80 
	                           129    24 
	00150: PUSHW[1]            356 
	00153: SCANCTRL   
	00154: CALL       
	00155: FLIPOFF    
	00156: SRP0       
	00157: MIRP[srp0,nmd,rd,0] 
	00158: DELTAP1    
	00159: FLIPON     
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIRP[srp0,md,rd,1] 
	00162: MIRP[srp0,md,rd,1] 
	00163: MIRP[nrp0,nmd,rd,0] 
	00164: SRP0       
	00165: MIRP[nrp0,nmd,rd,1] 
	00166: MIRP[srp0,nmd,rd,0] 
	00167: ALIGNRP    
	00168: MIRP[srp0,md,rd,1] 
	00169: ALIGNRP    
	00170: SRP0       
	00171: MIRP[srp0,nmd,rd,2] 
	00172: ALIGNRP    
	00173: SRP0       
	00174: MIRP[nrp0,nmd,rd,0] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: SRP0       
	00177: MIRP[nrp0,md,rd,1] 
	00178: MIRP[srp0,nmd,rd,0] 
	00179: MIRP[nrp0,md,rd,1] 
	00180: MIRP[srp0,md,rd,1] 
	00181: MIRP[nrp0,md,rd,1] 
	00182: SVTCA[y-axis] 
	00183: MDAP[rd]   
	00184: MDAP[rd]   
	00185: DELTAP1    
	00186: SRP0       
	00187: ALIGNRP    
	00188: MIRP[srp0,md,rd,1] 
	00189: MIRP[nrp0,nmd,rd,0] 
	00190: ALIGNRP    
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,0] 
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP0       
	00195: ALIGNRP    
	00196: MIRP[srp0,md,rd,1] 
	00197: MIRP[nrp0,nmd,rd,0] 
	00198: ALIGNRP    
	00199: SRP0       
	00200: MIRP[srp0,nmd,rd,0] 
	00201: SRP1       
	00202: IP         
	00203: MDAP[rd]   
	00204: MIRP[nrp0,md,rd,1] 
	00205: SRP0       
	00206: MIRP[nrp0,md,rd,1] 
	00207: SRP2       
	00208: IP         
	00209: MDAP[rd]   
	00210: MIRP[nrp0,md,rd,1] 
	00211: SVTCA[x-axis] 
	00212: SRP0       
	00213: MIRP[nrp0,md,rd,1] 
	00214: SVTCA[y-axis] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,1] 
	00217: MDRP[srp0,nmd,rd,0] 
	00218: ALIGNRP    
	00219: SVTCA[x-axis] 
	00220: SRP0       
	00221: MIRP[nrp0,md,rd,1] 
	00222: SVTCA[y-axis] 
	00223: SRP0       
	00224: MIRP[srp0,nmd,rd,1] 
	00225: MDRP[srp0,nmd,rd,0] 
	00226: ALIGNRP    
	00227: IUP[y]     
	00228: IUP[x]     
	00229: SVTCA[x-axis] 
	00230: DELTAP1    
	00231: SVTCA[y-axis] 
	00232: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:                      Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                               On
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         On
	 40:  YDual                               On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual               Y-Short X-Short On
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual               Y-Short X-Short On
	 48:  YDual               Y-Short X-Short On
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual               Y-Short X-Short On
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual         Y-Short         Off
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual XDual         Y-Short         On
	 58:  YDual XDual         Y-Short         Off
	 59:  YDual XDual         Y-Short X-Short Off
	 60:  YDual XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:                              X-Short On
	 63:                      Y-Short X-Short Off
	 64:  YDual                       X-Short On
	 65:  YDual                       X-Short Off
	 66:                      Y-Short X-Short Off
	 67:        XDual         Y-Short         On
	 68:        XDual         Y-Short         Off
	 69:        XDual         Y-Short X-Short On
	 70:        XDual         Y-Short X-Short Off
	 71:        XDual         Y-Short X-Short On
	 72:        XDual         Y-Short X-Short On
	 73:        XDual         Y-Short X-Short Off
	 74:        XDual         Y-Short X-Short On
	 75:  YDual XDual         Y-Short X-Short Off
	 76:  YDual XDual         Y-Short X-Short On
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual         Y-Short X-Short Off
	 79:  YDual XDual         Y-Short         On
	 80:  YDual XDual         Y-Short         Off
	 81:  YDual               Y-Short X-Short On
	 82:  YDual               Y-Short X-Short Off
	 83:  YDual               Y-Short X-Short On
	 84:  YDual               Y-Short X-Short On
	 85:  YDual               Y-Short X-Short Off
	 86:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   997,  1255)  ->  Abs (   997,  1255)
	  1: Rel (     0,  -217)  ->  Abs (   997,  1038)
	  2: Rel (     0,   -21)  ->  Abs (   997,  1017)
	  3: Rel (   -16,   -19)  ->  Abs (   981,   998)
	  4: Rel (   -13,     0)  ->  Abs (   968,   998)
	  5: Rel (   -14,     0)  ->  Abs (   954,   998)
	  6: Rel (   -17,    19)  ->  Abs (   937,  1017)
	  7: Rel (     0,    21)  ->  Abs (   937,  1038)
	  8: Rel (     0,   156)  ->  Abs (   937,  1194)
	  9: Rel (  -350,     0)  ->  Abs (   587,  1194)
	 10: Rel (   -78,     0)  ->  Abs (   509,  1194)
	 11: Rel (  -114,  -112)  ->  Abs (   395,  1082)
	 12: Rel (     0,   -68)  ->  Abs (   395,  1014)
	 13: Rel (     0,   -49)  ->  Abs (   395,   965)
	 14: Rel (    37,   -44)  ->  Abs (   432,   921)
	 15: Rel (    54,   -65)  ->  Abs (   486,   856)
	 16: Rel (   214,  -122)  ->  Abs (   700,   734)
	 17: Rel (   113,   -64)  ->  Abs (   813,   670)
	 18: Rel (   164,   -94)  ->  Abs (   977,   576)
	 19: Rel (    54,   -62)  ->  Abs (  1031,   514)
	 20: Rel (    54,   -63)  ->  Abs (  1085,   451)
	 21: Rel (     0,   -67)  ->  Abs (  1085,   384)
	 22: Rel (     0,   -65)  ->  Abs (  1085,   319)
	 23: Rel (  -115,   -98)  ->  Abs (   970,   221)
	 24: Rel (  -109,    -1)  ->  Abs (   861,   220)
	 25: Rel (    34,   -53)  ->  Abs (   895,   167)
	 26: Rel (     0,   -54)  ->  Abs (   895,   113)
	 27: Rel (     0,   -59)  ->  Abs (   895,    54)
	 28: Rel (   -59,  -113)  ->  Abs (   836,   -59)
	 29: Rel (  -118,   -71)  ->  Abs (   718,  -130)
	 30: Rel (   -80,     0)  ->  Abs (   638,  -130)
	 31: Rel (  -406,     0)  ->  Abs (   232,  -130)
	 32: Rel (     0,   219)  ->  Abs (   232,    89)
	 33: Rel (     0,    21)  ->  Abs (   232,   110)
	 34: Rel (    17,    19)  ->  Abs (   249,   129)
	 35: Rel (    13,     0)  ->  Abs (   262,   129)
	 36: Rel (    14,     0)  ->  Abs (   276,   129)
	 37: Rel (    17,   -19)  ->  Abs (   293,   110)
	 38: Rel (     0,   -21)  ->  Abs (   293,    89)
	 39: Rel (     0,  -158)  ->  Abs (   293,   -69)
	 40: Rel (   344,     0)  ->  Abs (   637,   -69)
	 41: Rel (   100,     0)  ->  Abs (   737,   -69)
	 42: Rel (    98,   120)  ->  Abs (   835,    51)
	 43: Rel (     0,    56)  ->  Abs (   835,   107)
	 44: Rel (     0,    48)  ->  Abs (   835,   155)
	 45: Rel (   -38,    48)  ->  Abs (   797,   203)
	 46: Rel (   -51,    64)  ->  Abs (   746,   267)
	 47: Rel (  -182,   105)  ->  Abs (   564,   372)
	 48: Rel (  -130,    75)  ->  Abs (   434,   447)
	 49: Rel (  -174,   101)  ->  Abs (   260,   548)
	 50: Rel (   -58,    67)  ->  Abs (   202,   615)
	 51: Rel (   -59,    67)  ->  Abs (   143,   682)
	 52: Rel (     0,    61)  ->  Abs (   143,   743)
	 53: Rel (     0,    62)  ->  Abs (   143,   805)
	 54: Rel (   112,    96)  ->  Abs (   255,   901)
	 55: Rel (   114,     6)  ->  Abs (   369,   907)
	 56: Rel (   -34,    51)  ->  Abs (   335,   958)
	 57: Rel (     0,    48)  ->  Abs (   335,  1006)
	 58: Rel (     0,    65)  ->  Abs (   335,  1071)
	 59: Rel (    60,   108)  ->  Abs (   395,  1179)
	 60: Rel (   117,    76)  ->  Abs (   512,  1255)
	 61: Rel (    70,     0)  ->  Abs (   582,  1255)
	 62: Rel (  -165,  -406)  ->  Abs (   417,   849)
	 63: Rel (   -14,    -3)  ->  Abs (   403,   846)
	 64: Rel (   -20,     0)  ->  Abs (   383,   846)
	 65: Rel (   -93,     0)  ->  Abs (   290,   846)
	 66: Rel (   -87,   -66)  ->  Abs (   203,   780)
	 67: Rel (     0,   -41)  ->  Abs (   203,   739)
	 68: Rel (     0,   -45)  ->  Abs (   203,   694)
	 69: Rel (    58,   -54)  ->  Abs (   261,   640)
	 70: Rel (    57,   -55)  ->  Abs (   318,   585)
	 71: Rel (   158,   -91)  ->  Abs (   476,   494)
	 72: Rel (   125,   -73)  ->  Abs (   601,   421)
	 73: Rel (   155,   -90)  ->  Abs (   756,   331)
	 74: Rel (    58,   -56)  ->  Abs (   814,   275)
	 75: Rel (    10,     6)  ->  Abs (   824,   281)
	 76: Rel (    21,     1)  ->  Abs (   845,   282)
	 77: Rel (   100,     2)  ->  Abs (   945,   284)
	 78: Rel (    80,    61)  ->  Abs (  1025,   345)
	 79: Rel (     0,    37)  ->  Abs (  1025,   382)
	 80: Rel (     0,    38)  ->  Abs (  1025,   420)
	 81: Rel (   -36,    45)  ->  Abs (   989,   465)
	 82: Rel (   -49,    62)  ->  Abs (   940,   527)
	 83: Rel (  -151,    86)  ->  Abs (   789,   613)
	 84: Rel (  -130,    73)  ->  Abs (   659,   686)
	 85: Rel (  -109,    62)  ->  Abs (   550,   748)
	 86: Rel (   -87,    60)  ->  Abs (   463,   808)

	Glyph 135: off = 0x00009D6E, len = 96
	  numberOfContours:	1
	  xMin:			367
	  yMin:			389
	  xMax:			862
	  yMax:			884

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	50
	00000: PUSHW[2]              3   521 
	00005: PUSHB[3]              9     7     0 
	00009: PUSHW[1]            321 
	00012: NPUSHB      (18):   207     6     1    15     6    79     6   111     6   159 
	                             6   160     6     5     6    25    12    72 
	00032: PUSHW[2]            382    24 
	00037: CALL       
	00038: FLIPOFF    
	00039: SRP0       
	00040: MIRP[srp0,nmd,rd,0] 
	00041: DELTAP1    
	00042: DELTAP2    
	00043: FLIPON     
	00044: MIRP[nrp0,md,rd,1] 
	00045: SVTCA[y-axis] 
	00046: MIAP[rd+ci] 
	00047: MIRP[nrp0,md,rd,1] 
	00048: IUP[y]     
	00049: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   862,   637)  ->  Abs (   862,   637)
	  1: Rel (     0,  -103)  ->  Abs (   862,   534)
	  2: Rel (  -146,  -145)  ->  Abs (   716,   389)
	  3: Rel (  -102,     0)  ->  Abs (   614,   389)
	  4: Rel (  -102,     0)  ->  Abs (   512,   389)
	  5: Rel (  -145,   145)  ->  Abs (   367,   534)
	  6: Rel (     0,   103)  ->  Abs (   367,   637)
	  7: Rel (     0,   102)  ->  Abs (   367,   739)
	  8: Rel (   145,   145)  ->  Abs (   512,   884)
	  9: Rel (   102,     0)  ->  Abs (   614,   884)
	 10: Rel (   103,     0)  ->  Abs (   717,   884)
	 11: Rel (   145,  -145)  ->  Abs (   862,   739)

	Glyph 136: off = 0x00009DCE, len = 416
	  numberOfContours:	2
	  xMin:			171
	  yMin:			-130
	  xMax:			1066
	  yMax:			1255

	EndPoints
	---------
	  0:  56
	  1:  67

	  Length of Instructions:	225
	00000: NPUSHB      (15):    68    37    70    39     2   103    47   118    47   230 
	                            47     3     9    16    12 
	00017: PUSHW[1]            270 
	00020: NPUSHB      (37):    16    16    48     9    33    27    30   242    34    34 
	                            48    27    56    50     0    53     1    53   234     0 
	                             0    48    50     2     8     0     5     1     5   234 
	                             1     1    48     8    26    19    23 
	00059: PUSHW[1]            270 
	00062: NPUSHB      (20):    19    19    48    26    42    61    41     2    48     8 
	                             8    33    48    27    27     9    26    35    48    67 
	00084: PUSHW[1]            778 
	00087: NPUSHB      (26):    50     0    17    18    57    48    50    50    49     0 
	                             0     1    48    16    16    17   232    18    18    19 
	                            48    57     0    34     1    34 
	00115: PUSHW[1]            408 
	00118: NPUSHB      (13):    61   193    16    41    32    41    48    41     3    41 
	                           232    68    99 
	00133: PUSHW[2]            335    24 
	00138: CALL       
	00139: SRP0       
	00140: MIRP[srp0,nmd,rd,2] 
	00141: DELTAP1    
	00142: MIRP[srp0,md,rd,1] 
	00143: MIRP[srp0,nmd,rd,2] 
	00144: DELTAP1    
	00145: ALIGNRP    
	00146: MIRP[srp0,md,rd,1] 
	00147: ALIGNRP    
	00148: SRP0       
	00149: MIRP[srp0,md,rd,2] 
	00150: ALIGNRP    
	00151: SRP0       
	00152: MIRP[srp0,md,rd,1] 
	00153: ALIGNRP    
	00154: SVTCA[y-axis] 
	00155: MIAP[rd+ci] 
	00156: ALIGNRP    
	00157: SRP0       
	00158: MIRP[srp0,md,rd,1] 
	00159: ALIGNRP    
	00160: ALIGNRP    
	00161: ALIGNRP    
	00162: SRP0       
	00163: MIRP[srp0,nmd,rd,0] 
	00164: MIRP[nrp0,md,rd,1] 
	00165: MDAP[rd]   
	00166: ALIGNRP    
	00167: ALIGNRP    
	00168: SRP0       
	00169: MIRP[nrp0,md,rd,1] 
	00170: ALIGNRP    
	00171: SRP0       
	00172: MIRP[nrp0,md,rd,1] 
	00173: SVTCA[x-axis] 
	00174: SRP1       
	00175: SRP2       
	00176: IP         
	00177: SVTCA[y-axis] 
	00178: SRP0       
	00179: MIRP[nrp0,md,rd,1] 
	00180: SVTCA[x-axis] 
	00181: SRP0       
	00182: MIRP[srp0,nmd,rd,1] 
	00183: SRP0       
	00184: ALIGNRP    
	00185: SVTCA[y-axis] 
	00186: SRP0       
	00187: MIRP[nrp0,md,rd,1] 
	00188: SVTCA[x-axis] 
	00189: SRP0       
	00190: MIRP[srp0,nmd,rd,1] 
	00191: DELTAP1    
	00192: MDRP[srp0,nmd,rd,0] 
	00193: ALIGNRP    
	00194: SVTCA[y-axis] 
	00195: SRP0       
	00196: MIRP[nrp0,md,rd,1] 
	00197: SVTCA[x-axis] 
	00198: SRP0       
	00199: MIRP[srp0,nmd,rd,1] 
	00200: DELTAP1    
	00201: MDRP[srp0,nmd,rd,0] 
	00202: ALIGNRP    
	00203: SVTCA[y-axis] 
	00204: SRP0       
	00205: MIRP[nrp0,md,rd,1] 
	00206: SVTCA[x-axis] 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,1] 
	00209: MDRP[srp0,nmd,rd,0] 
	00210: ALIGNRP    
	00211: SVTCA[y-axis] 
	00212: SRP0       
	00213: MIRP[nrp0,md,rd,1] 
	00214: SVTCA[x-axis] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,1] 
	00217: SRP0       
	00218: ALIGNRP    
	00219: IUP[y]     
	00220: IUP[x]     
	00221: SVTCA[x-axis] 
	00222: DELTAP1    
	00223: SVTCA[y-axis] 
	00224: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                               On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short On
	 35:        XDual                         On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual       Rep-  2 Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual                               On
	 51:  YDual XDual                 X-Short Off
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:                      Y-Short X-Short Off
	 56:  YDual                       X-Short On
	 57:  YDual                               On
	 58:                      Y-Short X-Short Off
	 59:                      Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         On
	 62:        XDual         Y-Short         Off
	 63:        XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short Off
	 65:        XDual         Y-Short X-Short On
	 66:        XDual         Y-Short X-Short Off
	 67:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   895,  1194)  ->  Abs (   895,  1194)
	  1: Rel (     0, -1263)  ->  Abs (   895,   -69)
	  2: Rel (   131,     0)  ->  Abs (  1026,   -69)
	  3: Rel (    22,     0)  ->  Abs (  1048,   -69)
	  4: Rel (    18,   -17)  ->  Abs (  1066,   -86)
	  5: Rel (     0,   -13)  ->  Abs (  1066,   -99)
	  6: Rel (     0,   -14)  ->  Abs (  1066,  -113)
	  7: Rel (   -19,   -17)  ->  Abs (  1047,  -130)
	  8: Rel (   -21,     0)  ->  Abs (  1026,  -130)
	  9: Rel (  -195,     0)  ->  Abs (   831,  -130)
	 10: Rel (   -22,     0)  ->  Abs (   809,  -130)
	 11: Rel (   -19,    17)  ->  Abs (   790,  -113)
	 12: Rel (     0,    14)  ->  Abs (   790,   -99)
	 13: Rel (     0,     8)  ->  Abs (   790,   -91)
	 14: Rel (    11,    16)  ->  Abs (   801,   -75)
	 15: Rel (    15,     6)  ->  Abs (   816,   -69)
	 16: Rel (    18,     0)  ->  Abs (   834,   -69)
	 17: Rel (     0,  1263)  ->  Abs (   834,  1194)
	 18: Rel (  -176,     0)  ->  Abs (   658,  1194)
	 19: Rel (     0, -1263)  ->  Abs (   658,   -69)
	 20: Rel (    19,     0)  ->  Abs (   677,   -69)
	 21: Rel (    15,    -6)  ->  Abs (   692,   -75)
	 22: Rel (    10,   -16)  ->  Abs (   702,   -91)
	 23: Rel (     0,    -8)  ->  Abs (   702,   -99)
	 24: Rel (     0,   -14)  ->  Abs (   702,  -113)
	 25: Rel (   -19,   -17)  ->  Abs (   683,  -130)
	 26: Rel (   -21,     0)  ->  Abs (   662,  -130)
	 27: Rel (  -280,     0)  ->  Abs (   382,  -130)
	 28: Rel (   -21,     0)  ->  Abs (   361,  -130)
	 29: Rel (   -19,    17)  ->  Abs (   342,  -113)
	 30: Rel (     0,    13)  ->  Abs (   342,  -100)
	 31: Rel (     0,    14)  ->  Abs (   342,   -86)
	 32: Rel (    19,    17)  ->  Abs (   361,   -69)
	 33: Rel (    21,     0)  ->  Abs (   382,   -69)
	 34: Rel (   215,     0)  ->  Abs (   597,   -69)
	 35: Rel (     0,   633)  ->  Abs (   597,   564)
	 36: Rel (  -118,     8)  ->  Abs (   479,   572)
	 37: Rel (   -95,    37)  ->  Abs (   384,   609)
	 38: Rel (   -56,    21)  ->  Abs (   328,   630)
	 39: Rel (  -109,    91)  ->  Abs (   219,   721)
	 40: Rel (   -48,    78)  ->  Abs (   171,   799)
	 41: Rel (     0,    58)  ->  Abs (   171,   857)
	 42: Rel (     0,    97)  ->  Abs (   171,   954)
	 43: Rel (     0,    65)  ->  Abs (   171,  1019)
	 44: Rel (    35,    59)  ->  Abs (   206,  1078)
	 45: Rel (    25,    42)  ->  Abs (   231,  1120)
	 46: Rel (    35,    26)  ->  Abs (   266,  1146)
	 47: Rel (    51,    38)  ->  Abs (   317,  1184)
	 48: Rel (   180,    71)  ->  Abs (   497,  1255)
	 49: Rel (   117,     0)  ->  Abs (   614,  1255)
	 50: Rel (   409,     0)  ->  Abs (  1023,  1255)
	 51: Rel (    22,     0)  ->  Abs (  1045,  1255)
	 52: Rel (    19,   -17)  ->  Abs (  1064,  1238)
	 53: Rel (     0,   -13)  ->  Abs (  1064,  1225)
	 54: Rel (     0,   -14)  ->  Abs (  1064,  1211)
	 55: Rel (   -19,   -17)  ->  Abs (  1045,  1194)
	 56: Rel (   -22,     0)  ->  Abs (  1023,  1194)
	 57: Rel (  -426,     0)  ->  Abs (   597,  1194)
	 58: Rel (  -145,   -13)  ->  Abs (   452,  1181)
	 59: Rel (  -160,  -149)  ->  Abs (   292,  1032)
	 60: Rel (     0,   -83)  ->  Abs (   292,   949)
	 61: Rel (     0,   -77)  ->  Abs (   292,   872)
	 62: Rel (     0,   -55)  ->  Abs (   292,   817)
	 63: Rel (    27,   -40)  ->  Abs (   319,   777)
	 64: Rel (    49,   -70)  ->  Abs (   368,   707)
	 65: Rel (    56,   -31)  ->  Abs (   424,   676)
	 66: Rel (    74,   -40)  ->  Abs (   498,   636)
	 67: Rel (    99,    -9)  ->  Abs (   597,   627)

	Glyph 137: off = 0x00009F6E, len = 434
	  numberOfContours:	1
	  xMin:			89
	  yMin:			-33
	  xMax:			1031
	  yMax:			1255

	EndPoints
	---------
	  0:  71

	  Length of Instructions:	240
	00000: NPUSHB      (64):    96    23     1    98    20   187    31   187    52   207 
	                            31   207    52     5    53     8    71    65    68    47 
	                             0     0    34    65    58    64    61   153    57    57 
	                            34    64    45    43    40    47    20    48    38    37 
	                            27     9     5    50    26    25    27    30    37    23 
	                             9    39    48    53    46    33    39    39    64    53 
	                            33     4     0    23 
	00066: PUSHW[1]            355 
	00069: NPUSHB      (26):    30    65    64    10    30    33    17    11    26    33 
	                            43    93    20     7    33    50   162    33    33    15 
	                            14     1    14    26    73    20 
	00097: PUSHW[1]            404 
	00100: NPUSHB      (10):    56    57    32     1     0    25    72    71   128    24 
	00112: CALL       
	00113: FLIPOFF    
	00114: SRP0       
	00115: MIRP[srp0,nmd,rd,0] 
	00116: ALIGNRP    
	00117: FLIPON     
	00118: MIRP[srp0,md,rd,1] 
	00119: ALIGNRP    
	00120: MIRP[nrp0,nmd,rd,2] 
	00121: FLIPOFF    
	00122: SRP0       
	00123: MIRP[srp0,nmd,rd,2] 
	00124: DELTAP1    
	00125: FLIPON     
	00126: MIRP[nrp0,md,rd,1] 
	00127: MIRP[srp0,md,rd,1] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: SRP0       
	00130: MIRP[nrp0,nmd,rd,0] 
	00131: MIRP[nrp0,md,rd,1] 
	00132: SVTCA[y-axis] 
	00133: MIAP[rd+ci] 
	00134: MIRP[nrp0,md,rd,1] 
	00135: MIAP[rd+ci] 
	00136: ALIGNRP    
	00137: SRP0       
	00138: MIRP[nrp0,nmd,rd,0] 
	00139: MIAP[rd+ci] 
	00140: MIRP[nrp0,md,rd,1] 
	00141: SRP2       
	00142: IP         
	00143: MDAP[rd]   
	00144: MIRP[nrp0,md,rd,1] 
	00145: SRP1       
	00146: IP         
	00147: SRP1       
	00148: IP         
	00149: SRP2       
	00150: IP         
	00151: SRP1       
	00152: IP         
	00153: IP         
	00154: SVTCA[x-axis] 
	00155: SRP1       
	00156: SRP2       
	00157: SLOOP      
	00158: IP         
	00159: SRP2       
	00160: IP         
	00161: IP         
	00162: SRP1       
	00163: IP         
	00164: SVTCA[y-axis] 
	00165: SRP0       
	00166: MIRP[nrp0,md,rd,1] 
	00167: SVTCA[x-axis] 
	00168: SRP0       
	00169: MIRP[srp0,nmd,rd,1] 
	00170: MDRP[srp0,nmd,rd,0] 
	00171: ALIGNRP    
	00172: SVTCA[y-axis] 
	00173: SRP0       
	00174: MIRP[nrp0,md,rd,1] 
	00175: SVTCA[x-axis] 
	00176: SRP0       
	00177: MIRP[srp0,nmd,rd,1] 
	00178: MDRP[srp0,nmd,rd,0] 
	00179: ALIGNRP    
	00180: IUP[y]     
	00181: IUP[x]     
	00182: RS         
	00183: JROF       
	00184: NPUSHB      (38):    51    55    31    32    15    16     2     6    54     3 
	                            56    31     0    52     5    50    31     1    31    16 
	                            33    31     1    55     2    53    31     1    51     6 
	                            53    31     1    32    15    30    31     0 
	00224: SVTCA[y-axis] 
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: SVTCA[x-axis] 
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: FLIPRGON   
	00233: FLIPRGON   
	00234: FLIPRGON   
	00235: FLIPRGON   
	00236: SVTCA[x-axis] 
	00237: DELTAP1    
	00238: SVTCA[y-axis] 
	00239: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:                      Y-Short X-Short Off
	 56:        XDual         Y-Short         On
	 57:        XDual                         On
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:        XDual         Y-Short X-Short Off
	 61:        XDual         Y-Short         On
	 62:        XDual         Y-Short         Off
	 63:                      Y-Short X-Short Off
	 64:  YDual                       X-Short On
	 65:  YDual                       X-Short On
	 66:  YDual                       X-Short Off
	 67:  YDual               Y-Short X-Short Off
	 68:  YDual XDual         Y-Short         On
	 69:  YDual XDual         Y-Short         Off
	 70:  YDual XDual         Y-Short X-Short Off
	 71:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   258,    84)  ->  Abs (   258,    84)
	  1: Rel (     0,   906)  ->  Abs (   258,   990)
	  2: Rel (     0,   106)  ->  Abs (   258,  1096)
	  3: Rel (   169,   159)  ->  Abs (   427,  1255)
	  4: Rel (   126,     0)  ->  Abs (   553,  1255)
	  5: Rel (   127,     0)  ->  Abs (   680,  1255)
	  6: Rel (   176,  -177)  ->  Abs (   856,  1078)
	  7: Rel (     0,  -126)  ->  Abs (   856,   952)
	  8: Rel (     0,  -125)  ->  Abs (   856,   827)
	  9: Rel (  -120,   -82)  ->  Abs (   736,   745)
	 10: Rel (    93,   -39)  ->  Abs (   829,   706)
	 11: Rel (    53,   -45)  ->  Abs (   882,   661)
	 12: Rel (    72,   -61)  ->  Abs (   954,   600)
	 13: Rel (    77,  -164)  ->  Abs (  1031,   436)
	 14: Rel (     0,  -103)  ->  Abs (  1031,   333)
	 15: Rel (     0,  -170)  ->  Abs (  1031,   163)
	 16: Rel (  -166,  -196)  ->  Abs (   865,   -33)
	 17: Rel (  -108,     0)  ->  Abs (   757,   -33)
	 18: Rel (   -92,     0)  ->  Abs (   665,   -33)
	 19: Rel (  -126,   137)  ->  Abs (   539,   104)
	 20: Rel (     0,   106)  ->  Abs (   539,   210)
	 21: Rel (     0,    22)  ->  Abs (   539,   232)
	 22: Rel (    24,    25)  ->  Abs (   563,   257)
	 23: Rel (    18,     0)  ->  Abs (   581,   257)
	 24: Rel (    18,     0)  ->  Abs (   599,   257)
	 25: Rel (    23,   -24)  ->  Abs (   622,   233)
	 26: Rel (     1,   -25)  ->  Abs (   623,   208)
	 27: Rel (     5,   -78)  ->  Abs (   628,   130)
	 28: Rel (    37,   -39)  ->  Abs (   665,    91)
	 29: Rel (    36,   -40)  ->  Abs (   701,    51)
	 30: Rel (    57,     0)  ->  Abs (   758,    51)
	 31: Rel (    87,     0)  ->  Abs (   845,    51)
	 32: Rel (   101,   177)  ->  Abs (   946,   228)
	 33: Rel (     0,   104)  ->  Abs (   946,   332)
	 34: Rel (     0,    83)  ->  Abs (   946,   415)
	 35: Rel (   -65,   138)  ->  Abs (   881,   553)
	 36: Rel (   -88,    75)  ->  Abs (   793,   628)
	 37: Rel (   -89,    41)  ->  Abs (   704,   669)
	 38: Rel (   -56,    25)  ->  Abs (   648,   694)
	 39: Rel (   -76,     0)  ->  Abs (   572,   694)
	 40: Rel (   -31,     0)  ->  Abs (   541,   694)
	 41: Rel (   -12,     9)  ->  Abs (   529,   703)
	 42: Rel (   -16,    13)  ->  Abs (   513,   716)
	 43: Rel (     0,    21)  ->  Abs (   513,   737)
	 44: Rel (     0,    17)  ->  Abs (   513,   754)
	 45: Rel (    25,    25)  ->  Abs (   538,   779)
	 46: Rel (    21,     0)  ->  Abs (   559,   779)
	 47: Rel (    61,     0)  ->  Abs (   620,   779)
	 48: Rel (   101,    52)  ->  Abs (   721,   831)
	 49: Rel (    51,    77)  ->  Abs (   772,   908)
	 50: Rel (     0,    47)  ->  Abs (   772,   955)
	 51: Rel (     0,    87)  ->  Abs (   772,  1042)
	 52: Rel (  -128,   128)  ->  Abs (   644,  1170)
	 53: Rel (   -91,     0)  ->  Abs (   553,  1170)
	 54: Rel (   -94,     0)  ->  Abs (   459,  1170)
	 55: Rel (  -117,  -111)  ->  Abs (   342,  1059)
	 56: Rel (     0,   -69)  ->  Abs (   342,   990)
	 57: Rel (     0,  -906)  ->  Abs (   342,    84)
	 58: Rel (    32,     0)  ->  Abs (   374,    84)
	 59: Rel (    30,     0)  ->  Abs (   404,    84)
	 60: Rel (    26,   -23)  ->  Abs (   430,    61)
	 61: Rel (     0,   -19)  ->  Abs (   430,    42)
	 62: Rel (     0,   -18)  ->  Abs (   430,    24)
	 63: Rel (   -26,   -24)  ->  Abs (   404,     0)
	 64: Rel (   -30,     0)  ->  Abs (   374,     0)
	 65: Rel (  -229,     0)  ->  Abs (   145,     0)
	 66: Rel (   -30,     0)  ->  Abs (   115,     0)
	 67: Rel (   -26,    24)  ->  Abs (    89,    24)
	 68: Rel (     0,    18)  ->  Abs (    89,    42)
	 69: Rel (     0,    19)  ->  Abs (    89,    61)
	 70: Rel (    26,    23)  ->  Abs (   115,    84)
	 71: Rel (    30,     0)  ->  Abs (   145,    84)

	Glyph 138: off = 0x0000A120, len = 592
	  numberOfContours:	4
	  xMin:			0
	  yMin:			-27
	  xMax:			1223
	  yMax:			1196

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  77
	  3:  86

	  Length of Instructions:	338
	00000: NPUSHB      (91):    60    34    12    16    63    60    34    11    15    63 
	                            16    34    11    15    63    14    34    11    15    63 
	                            12    60    80    53    80    54    80    55    80    56 
	                            83    78    83    79    83    80     8    35    78    35 
	                            79    35    80    51    78    51    79    51    80    67 
	                            78    67    79    67    80     9     0    61    35    63 
	                            51    63    67    63    92    60    83    63    92    80 
	                             7    55     8    61    24    78    45    96    54    54 
	                            55    78    96    24    24    86    25    86    85    96 
	                            55 
	00093: PUSHW[1]            628 
	00096: PUSHB[7]             74    15    90    15     9     1     9 
	00104: PUSHW[1]            648 
	00107: NPUSHB      (14):     3    44    96    35    35    25    96    34    34    64 
	                            96    74    74    73 
	00123: PUSHW[1]            -64 
	00126: PUSHB[4]             12    16    63    73 
	00131: PUSHW[1]            -64 
	00134: PUSHB[4]             11    15    63    73 
	00139: PUSHW[1]            276 
	00142: NPUSHB       (9):    21    90     3    77    38    61    61    24    82 
	00153: PUSHW[1]            474 
	00156: PUSHB[3]             58    65    64 
	00160: PUSHW[1]            699 
	00163: PUSHB[3]             12    90     0 
	00167: PUSHW[1]            556 
	00170: PUSHB[7]              6    86    25    78    24    24    25 
	00178: PUSHW[1]            474 
	00181: PUSHB[5]             45    48    44     1    44 
	00187: PUSHW[1]            367 
	00190: NPUSHB      (10):    18    90     6    25    87     3     9    69   108    24 
	00202: PUSHW[1]            356 
	00205: SCANCTRL   
	00206: CALL       
	00207: SVTCA[y-axis] 
	00208: MIAP[rd+ci] 
	00209: SVTCA[x-axis] 
	00210: FLIPOFF    
	00211: SRP0       
	00212: MIRP[srp0,nmd,rd,0] 
	00213: FLIPON     
	00214: MIRP[nrp0,md,rd,1] 
	00215: MIRP[srp0,nmd,rd,0] 
	00216: DELTAP1    
	00217: ALIGNRP    
	00218: MIRP[srp0,md,rd,1] 
	00219: ALIGNRP    
	00220: SRP0       
	00221: ALIGNRP    
	00222: SRP0       
	00223: ALIGNRP    
	00224: SRP0       
	00225: MIRP[srp0,md,rd,1] 
	00226: MIRP[nrp0,md,rd,1] 
	00227: MIRP[srp0,nmd,rd,0] 
	00228: MIRP[srp0,nmd,rd,0] 
	00229: MIRP[nrp0,md,rd,1] 
	00230: SRP2       
	00231: IP         
	00232: MDAP[rd]   
	00233: MIRP[nrp0,md,rd,1] 
	00234: SVTCA[y-axis] 
	00235: SRP0       
	00236: MIRP[nrp0,md,rd,1] 
	00237: MIRP[srp0,nmd,rd,0] 
	00238: SVTCA[y-axis] 
	00239: CALL       
	00240: CALL       
	00241: ALIGNRP    
	00242: SRP0       
	00243: MIRP[nrp0,md,rd,1] 
	00244: ALIGNRP    
	00245: SRP0       
	00246: MIRP[nrp0,md,rd,1] 
	00247: ALIGNRP    
	00248: SRP0       
	00249: MIRP[nrp0,md,rd,1] 
	00250: SRP0       
	00251: MIRP[srp0,md,rd,1] 
	00252: DELTAP1    
	00253: MIRP[nrp0,md,rd,1] 
	00254: SRP0       
	00255: MIRP[srp0,md,rd,1] 
	00256: MIRP[srp0,md,rd,1] 
	00257: ALIGNRP    
	00258: SRP1       
	00259: SRP2       
	00260: IP         
	00261: MDAP[rd]   
	00262: MIRP[nrp0,md,rd,1] 
	00263: SRP0       
	00264: ALIGNRP    
	00265: SRP0       
	00266: MIRP[nrp0,md,rd,1] 
	00267: SRP1       
	00268: SRP2       
	00269: IP         
	00270: IUP[y]     
	00271: IUP[x]     
	00272: RS         
	00273: JROF       
	00274: NPUSHB      (42):     1    23    16     8    18    46     0    14    10    12 
	                            46     1    20     4    18    46     0    22     2    12 
	                            46     1    17     7    15    46     1    13    11    15 
	                            46     1    19     5    21    46     0    23     1    21 
	                            46     0 
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: SVTCA[x-axis] 
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: CALL       
	00327: FLIPRGON   
	00328: SVTCA[x-axis] 
	00329: DELTAP1    
	00330: SVTCA[y-axis] 
	00331: DELTAP1    
	00332: DELTAP1    
	00333: SVTCA[y-axis] 
	00334: CALL       
	00335: CALL       
	00336: CALL       
	00337: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                                      Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:                                      Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:                                      Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                                      Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                                      Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:                                      Off
	 24:  YDual               Y-Short         On
	 25:        XDual         Y-Short         On
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short On
	 45:        XDual                         On
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual                               On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short X-Short Off
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short         Off
	 60:                      Y-Short X-Short Off
	 61:                      Y-Short X-Short On
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual         Y-Short X-Short Off
	 64:        XDual         Y-Short X-Short On
	 65:  YDual XDual                 X-Short On
	 66:  YDual XDual                 X-Short Off
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short Off
	 69:        XDual         Y-Short         On
	 70:        XDual         Y-Short         Off
	 71:                      Y-Short X-Short Off
	 72:                      Y-Short X-Short Off
	 73:  YDual                       X-Short On
	 74:  YDual                       X-Short On
	 75:  YDual               Y-Short X-Short Off
	 76:  YDual               Y-Short X-Short Off
	 77:  YDual               Y-Short X-Short On
	 78:  YDual               Y-Short X-Short On
	 79:  YDual XDual                 X-Short On
	 80:  YDual XDual                 X-Short Off
	 81:  YDual XDual         Y-Short X-Short Off
	 82:  YDual XDual         Y-Short         On
	 83:  YDual XDual         Y-Short         Off
	 84:  YDual               Y-Short X-Short Off
	 85:  YDual                       X-Short On
	 86:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1223,   584)  ->  Abs (  1223,   584)
	  1: Rel (     0,  -253)  ->  Abs (  1223,   331)
	  2: Rel (  -358,  -358)  ->  Abs (   865,   -27)
	  3: Rel (  -254,     0)  ->  Abs (   611,   -27)
	  4: Rel (  -253,     0)  ->  Abs (   358,   -27)
	  5: Rel (  -358,   358)  ->  Abs (     0,   331)
	  6: Rel (     0,   253)  ->  Abs (     0,   584)
	  7: Rel (     0,   254)  ->  Abs (     0,   838)
	  8: Rel (   358,   358)  ->  Abs (   358,  1196)
	  9: Rel (   253,     0)  ->  Abs (   611,  1196)
	 10: Rel (   254,     0)  ->  Abs (   865,  1196)
	 11: Rel (   358,  -358)  ->  Abs (  1223,   838)
	 12: Rel (   -68,  -254)  ->  Abs (  1155,   584)
	 13: Rel (     0,   226)  ->  Abs (  1155,   810)
	 14: Rel (  -318,   318)  ->  Abs (   837,  1128)
	 15: Rel (  -226,     0)  ->  Abs (   611,  1128)
	 16: Rel (  -225,     0)  ->  Abs (   386,  1128)
	 17: Rel (  -319,  -318)  ->  Abs (    67,   810)
	 18: Rel (     0,  -226)  ->  Abs (    67,   584)
	 19: Rel (     0,  -225)  ->  Abs (    67,   359)
	 20: Rel (   319,  -318)  ->  Abs (   386,    41)
	 21: Rel (   225,     0)  ->  Abs (   611,    41)
	 22: Rel (   226,     0)  ->  Abs (   837,    41)
	 23: Rel (   318,   318)  ->  Abs (  1155,   359)
	 24: Rel (  -694,   190)  ->  Abs (   461,   549)
	 25: Rel (     0,  -248)  ->  Abs (   461,   301)
	 26: Rel (    88,     0)  ->  Abs (   549,   301)
	 27: Rel (    13,     0)  ->  Abs (   562,   301)
	 28: Rel (    11,    -6)  ->  Abs (   573,   295)
	 29: Rel (     8,   -11)  ->  Abs (   581,   284)
	 30: Rel (     0,    -7)  ->  Abs (   581,   277)
	 31: Rel (     0,    -7)  ->  Abs (   581,   270)
	 32: Rel (    -8,   -12)  ->  Abs (   573,   258)
	 33: Rel (   -11,    -5)  ->  Abs (   562,   253)
	 34: Rel (   -13,     0)  ->  Abs (   549,   253)
	 35: Rel (  -200,     0)  ->  Abs (   349,   253)
	 36: Rel (   -13,     0)  ->  Abs (   336,   253)
	 37: Rel (   -11,     5)  ->  Abs (   325,   258)
	 38: Rel (    -8,    12)  ->  Abs (   317,   270)
	 39: Rel (     0,     7)  ->  Abs (   317,   277)
	 40: Rel (     0,     6)  ->  Abs (   317,   283)
	 41: Rel (     8,    13)  ->  Abs (   325,   296)
	 42: Rel (    11,     5)  ->  Abs (   336,   301)
	 43: Rel (    13,     0)  ->  Abs (   349,   301)
	 44: Rel (    64,     0)  ->  Abs (   413,   301)
	 45: Rel (     0,   567)  ->  Abs (   413,   868)
	 46: Rel (   -64,     0)  ->  Abs (   349,   868)
	 47: Rel (   -13,     0)  ->  Abs (   336,   868)
	 48: Rel (   -11,     6)  ->  Abs (   325,   874)
	 49: Rel (    -8,    12)  ->  Abs (   317,   886)
	 50: Rel (     0,     6)  ->  Abs (   317,   892)
	 51: Rel (     0,     7)  ->  Abs (   317,   899)
	 52: Rel (     8,    12)  ->  Abs (   325,   911)
	 53: Rel (    11,     5)  ->  Abs (   336,   916)
	 54: Rel (    13,     0)  ->  Abs (   349,   916)
	 55: Rel (   288,     0)  ->  Abs (   637,   916)
	 56: Rel (    89,     0)  ->  Abs (   726,   916)
	 57: Rel (   122,  -113)  ->  Abs (   848,   803)
	 58: Rel (     0,   -71)  ->  Abs (   848,   732)
	 59: Rel (     0,   -51)  ->  Abs (   848,   681)
	 60: Rel (   -76,   -90)  ->  Abs (   772,   591)
	 61: Rel (   -88,   -30)  ->  Abs (   684,   561)
	 62: Rel (    51,   -34)  ->  Abs (   735,   527)
	 63: Rel (    73,   -89)  ->  Abs (   808,   438)
	 64: Rel (    79,  -137)  ->  Abs (   887,   301)
	 65: Rel (    37,     0)  ->  Abs (   924,   301)
	 66: Rel (    13,     0)  ->  Abs (   937,   301)
	 67: Rel (    11,    -6)  ->  Abs (   948,   295)
	 68: Rel (     8,   -12)  ->  Abs (   956,   283)
	 69: Rel (     0,    -6)  ->  Abs (   956,   277)
	 70: Rel (     0,    -7)  ->  Abs (   956,   270)
	 71: Rel (    -8,   -12)  ->  Abs (   948,   258)
	 72: Rel (   -11,    -5)  ->  Abs (   937,   253)
	 73: Rel (   -13,     0)  ->  Abs (   924,   253)
	 74: Rel (   -64,     0)  ->  Abs (   860,   253)
	 75: Rel (   -87,   157)  ->  Abs (   773,   410)
	 76: Rel (   -97,   108)  ->  Abs (   676,   518)
	 77: Rel (   -64,    31)  ->  Abs (   612,   549)
	 78: Rel (  -151,    47)  ->  Abs (   461,   596)
	 79: Rel (   129,     0)  ->  Abs (   590,   596)
	 80: Rel (    99,     0)  ->  Abs (   689,   596)
	 81: Rel (   111,    89)  ->  Abs (   800,   685)
	 82: Rel (     0,    50)  ->  Abs (   800,   735)
	 83: Rel (     0,    48)  ->  Abs (   800,   783)
	 84: Rel (   -95,    85)  ->  Abs (   705,   868)
	 85: Rel (   -69,     0)  ->  Abs (   636,   868)
	 86: Rel (  -175,     0)  ->  Abs (   461,   868)

	Glyph 139: off = 0x0000A370, len = 474
	  numberOfContours:	3
	  xMin:			0
	  yMin:			-27
	  xMax:			1223
	  yMax:			1196

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  71

	  Length of Instructions:	260
	00000: NPUSHB      (66):    98     8   111    14    98    16    96    20   110    22 
	                           126    14   113    16   113    20   127    22     9    96 
	                             1    96     5   107     7   111    11   111    13   111 
	                            17    96    19    96    23   112     1   112     5   127 
	                             7   127    11   127    13   127    17   112    19   112 
	                            23    16     3    69     3    71     2    55     8    21 
	                            90     3    36   138    28    49 
	00068: NPUSHW      (10):   664    43   474    28   771    70    55   399    51   474 
	00090: PUSHB[6]             32    70    48    70     2    70 
	00097: PUSHW[1]            533 
	00100: NPUSHB       (9):    61   243     3    15    90    15     9     1     9 
	00111: PUSHW[4]            259     3    53   474 
	00120: PUSHB[3]             58    52    40 
	00124: PUSHW[5]            474    24   474    32   415 
	00135: PUSHB[6]             12    90     0   110     6    47 
	00142: PUSHW[1]            474 
	00145: NPUSHB      (12):    67   218    18    90     6    25    72     3    11    75 
	                            68    24 
	00159: CALL       
	00160: SVTCA[y-axis] 
	00161: MIAP[rd+ci] 
	00162: SVTCA[x-axis] 
	00163: FLIPOFF    
	00164: SRP0       
	00165: MIRP[srp0,nmd,rd,0] 
	00166: FLIPON     
	00167: MIRP[nrp0,md,rd,1] 
	00168: MIRP[srp0,nmd,rd,0] 
	00169: MIRP[nrp0,md,rd,1] 
	00170: SRP0       
	00171: MIRP[srp0,md,rd,1] 
	00172: MIRP[nrp0,md,rd,1] 
	00173: MIRP[srp0,nmd,rd,0] 
	00174: MIRP[nrp0,md,rd,1] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIRP[srp0,nmd,rd,0] 
	00177: MIRP[nrp0,md,rd,1] 
	00178: SVTCA[y-axis] 
	00179: SRP0       
	00180: MIRP[srp0,md,rd,1] 
	00181: DELTAP1    
	00182: MIRP[nrp0,md,rd,1] 
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,0] 
	00185: MIRP[nrp0,md,rd,1] 
	00186: DELTAP1    
	00187: MIRP[nrp0,md,rd,1] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP0       
	00190: MIRP[nrp0,nmd,rd,0] 
	00191: MIRP[nrp0,md,rd,1] 
	00192: MIRP[nrp0,nmd,rd,0] 
	00193: SRP0       
	00194: MIRP[nrp0,md,rd,1] 
	00195: SRP0       
	00196: MIRP[nrp0,md,rd,1] 
	00197: IUP[y]     
	00198: IUP[x]     
	00199: RS         
	00200: JROF       
	00201: NPUSHB      (42):     1    23    16     8    18   201     0    14    10    12 
	                           201     1    20     4    18   201     0    22     2    12 
	                           201     1    17     7    15   201     1    13    11    15 
	                           201     1    19     5    21   201     0    23     1    21 
	                           201     0 
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: SVTCA[x-axis] 
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: FLIPRGON   
	00255: SVTCA[y-axis] 
	00256: DELTAP2    
	00257: DELTAP1    
	00258: SVTCA[x-axis] 
	00259: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                                      Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:                                      Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:                                      Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                                      Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                                      Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:                                      Off
	 24:                                      On
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:                      Y-Short X-Short On
	 46:                      Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:        XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short X-Short Off
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short         Off
	 60:                      Y-Short X-Short Off
	 61:  YDual                       X-Short On
	 62:  YDual                       X-Short Off
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual               Y-Short X-Short On
	 65:  YDual               Y-Short X-Short Off
	 66:  YDual XDual         Y-Short         On
	 67:  YDual XDual         Y-Short         On
	 68:  YDual XDual         Y-Short         Off
	 69:  YDual XDual         Y-Short X-Short Off
	 70:  YDual XDual                 X-Short On
	 71:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1223,   584)  ->  Abs (  1223,   584)
	  1: Rel (     0,  -253)  ->  Abs (  1223,   331)
	  2: Rel (  -358,  -358)  ->  Abs (   865,   -27)
	  3: Rel (  -254,     0)  ->  Abs (   611,   -27)
	  4: Rel (  -253,     0)  ->  Abs (   358,   -27)
	  5: Rel (  -358,   358)  ->  Abs (     0,   331)
	  6: Rel (     0,   253)  ->  Abs (     0,   584)
	  7: Rel (     0,   254)  ->  Abs (     0,   838)
	  8: Rel (   358,   358)  ->  Abs (   358,  1196)
	  9: Rel (   253,     0)  ->  Abs (   611,  1196)
	 10: Rel (   254,     0)  ->  Abs (   865,  1196)
	 11: Rel (   358,  -358)  ->  Abs (  1223,   838)
	 12: Rel (   -68,  -254)  ->  Abs (  1155,   584)
	 13: Rel (     0,   226)  ->  Abs (  1155,   810)
	 14: Rel (  -318,   318)  ->  Abs (   837,  1128)
	 15: Rel (  -226,     0)  ->  Abs (   611,  1128)
	 16: Rel (  -225,     0)  ->  Abs (   386,  1128)
	 17: Rel (  -319,  -318)  ->  Abs (    67,   810)
	 18: Rel (     0,  -226)  ->  Abs (    67,   584)
	 19: Rel (     0,  -225)  ->  Abs (    67,   359)
	 20: Rel (   319,  -318)  ->  Abs (   386,    41)
	 21: Rel (   225,     0)  ->  Abs (   611,    41)
	 22: Rel (   226,     0)  ->  Abs (   837,    41)
	 23: Rel (   318,   318)  ->  Abs (  1155,   359)
	 24: Rel (  -345,   503)  ->  Abs (   810,   862)
	 25: Rel (     0,    34)  ->  Abs (   810,   896)
	 26: Rel (     0,    17)  ->  Abs (   810,   913)
	 27: Rel (    14,    15)  ->  Abs (   824,   928)
	 28: Rel (    11,     0)  ->  Abs (   835,   928)
	 29: Rel (    10,     0)  ->  Abs (   845,   928)
	 30: Rel (    13,   -15)  ->  Abs (   858,   913)
	 31: Rel (     0,   -17)  ->  Abs (   858,   896)
	 32: Rel (     0,  -132)  ->  Abs (   858,   764)
	 33: Rel (     0,   -14)  ->  Abs (   858,   750)
	 34: Rel (    -5,   -11)  ->  Abs (   853,   739)
	 35: Rel (   -12,    -7)  ->  Abs (   841,   732)
	 36: Rel (    -7,     0)  ->  Abs (   834,   732)
	 37: Rel (    -9,     0)  ->  Abs (   825,   732)
	 38: Rel (   -13,    13)  ->  Abs (   812,   745)
	 39: Rel (    -2,    15)  ->  Abs (   810,   760)
	 40: Rel (    -3,    49)  ->  Abs (   807,   809)
	 41: Rel (   -48,    36)  ->  Abs (   759,   845)
	 42: Rel (   -66,    50)  ->  Abs (   693,   895)
	 43: Rel (   -84,     0)  ->  Abs (   609,   895)
	 44: Rel (  -100,     0)  ->  Abs (   509,   895)
	 45: Rel (   -58,   -63)  ->  Abs (   451,   832)
	 46: Rel (   -78,   -86)  ->  Abs (   373,   746)
	 47: Rel (     0,  -106)  ->  Abs (   373,   640)
	 48: Rel (     0,   -83)  ->  Abs (   373,   557)
	 49: Rel (     0,  -107)  ->  Abs (   373,   450)
	 50: Rel (   154,  -157)  ->  Abs (   527,   293)
	 51: Rel (   101,     0)  ->  Abs (   628,   293)
	 52: Rel (   116,     0)  ->  Abs (   744,   293)
	 53: Rel (    88,   107)  ->  Abs (   832,   400)
	 54: Rel (    10,    12)  ->  Abs (   842,   412)
	 55: Rel (    11,     0)  ->  Abs (   853,   412)
	 56: Rel (    11,     0)  ->  Abs (   864,   412)
	 57: Rel (    12,   -12)  ->  Abs (   876,   400)
	 58: Rel (     0,   -10)  ->  Abs (   876,   390)
	 59: Rel (     0,   -28)  ->  Abs (   876,   362)
	 60: Rel (  -150,  -116)  ->  Abs (   726,   246)
	 61: Rel (   -96,     0)  ->  Abs (   630,   246)
	 62: Rel (   -85,     0)  ->  Abs (   545,   246)
	 63: Rel (  -136,    85)  ->  Abs (   409,   331)
	 64: Rel (   -54,    93)  ->  Abs (   355,   424)
	 65: Rel (   -30,    53)  ->  Abs (   325,   477)
	 66: Rel (     0,    73)  ->  Abs (   325,   550)
	 67: Rel (     0,    97)  ->  Abs (   325,   647)
	 68: Rel (     0,   106)  ->  Abs (   325,   753)
	 69: Rel (   152,   190)  ->  Abs (   477,   943)
	 70: Rel (   130,     0)  ->  Abs (   607,   943)
	 71: Rel (   119,     0)  ->  Abs (   726,   943)

	Glyph 140: off = 0x0000A54A, len = 672
	  numberOfContours:	2
	  xMin:			4
	  yMin:			608
	  xMax:			1225
	  yMax:			1170

	EndPoints
	---------
	  0:  27
	  1:  60

	  Length of Instructions:	514
	00000: NPUSHB      (74):    86    28    86    44     2   185    30   186    45   217 
	                            30   233    30     4   121    60     1    87    45     1 
	                             8    44     5    46     8    60   187    44   185    45 
	                             5   102    28   170    44   187    29     3    57    29 
	                            50    44    55    45    87    28     4   122    28   155 
	                            28   150    44     3    88    29    88    45   101    44 
	                             3    42    29    42    45    60    44    73    44     4 
	                            46    60    28    28 
	00076: PUSHW[1]            640 
	00079: NPUSHB      (10):    45    46    20    45    45    46    44    30    29    29 
	00091: PUSHW[1]            640 
	00094: NPUSHB      (67):    45    44    20    45    45    44    24    79    17    95 
	                            17   127    17     3    17    17    45    30    60     3 
	                            29    29    20    53    54    54    36    36    37    37 
	                             6     6     7    58    32    32    31    31    42    42 
	                            41    41     2     2     1     1    12    12    48    59 
	                            58    32    31    42     2     1    12    11    54    36 
	                            37     6     7    49    11    53    11 
	00163: PUSHW[1]            639 
	00166: NPUSHB      (26):    48     7     1     0     7    32     7     2     7     7 
	                            47    46    46    44    44    43    43    21    21    20 
	                            27     0     0    13    13    14 
	00194: PUSHW[1]            639 
	00197: NPUSHB      (10):    20     2    46    28    59    44    29    31    45    22 
	00209: PUSHW[1]            639 
	00212: NPUSHB      (12):    31    26     1   160    26   176    26     2    26    26 
	                             1    19 
	00226: PUSHW[1]            639 
	00229: NPUSHB      (33):    16    15     1   175    15   191    15     2    47    15 
	                            63    15   127    15     3    15    64     9    14    52 
	                            15    15    12     4     4    47     9    63     9     2 
	                             9     9     1 
	00264: PUSHW[1]            639 
	00267: NPUSHB      (50):     0    12     1    32    12    48    12   239    12     3 
	                            12    12    45     0    51   112    51     2   208    51 
	                           240    51     2   128    51   160    51   192    51     3 
	                            64    51    80    51    96    51     3    51    51    56 
	                            56    59    34    34    31    39    39    42    47    48 
	00319: PUSHW[1]            639 
	00322: PUSHB[4]             60    59    43    42 
	00327: PUSHW[1]            639 
	00330: NPUSHB      (14):    31    59    31    15    45   127    45     2    48    45 
	                            80    45     2    45 
	00346: RTHG       
	00347: MDAP[rd]   
	00348: DELTAP1    
	00349: DELTAP2    
	00350: SHP[rp1,zp0] 
	00351: SHP[rp1,zp0] 
	00352: RTG        
	00353: MDAP[rd]   
	00354: MIRP[srp0,md,rd,1] 
	00355: ALIGNRP    
	00356: MDAP[rd]   
	00357: ALIGNRP    
	00358: MIRP[srp0,md,rd,1] 
	00359: ALIGNRP    
	00360: SRP1       
	00361: SHP[rp1,zp0] 
	00362: MDAP[rd]   
	00363: SRP1       
	00364: SHP[rp1,zp0] 
	00365: MDAP[rd]   
	00366: SRP1       
	00367: SHP[rp1,zp0] 
	00368: MDAP[rd]   
	00369: SHP[rp2,zp1] 
	00370: MDAP[rd]   
	00371: DELTAP1    
	00372: DELTAP1    
	00373: DELTAP1    
	00374: DELTAP2    
	00375: SRP1       
	00376: SHP[rp1,zp0] 
	00377: MDAP[rd]   
	00378: DELTAP1    
	00379: DELTAP2    
	00380: MIRP[nrp0,md,rd,1] 
	00381: SHP[rp1,zp0] 
	00382: MDAP[rd]   
	00383: DELTAP1    
	00384: SHP[rp2,zp1] 
	00385: MDAP[rd]   
	00386: SRP1       
	00387: SHP[rp1,zp0] 
	00388: MDAP[rd]   
	00389: CALL       
	00390: DELTAP1    
	00391: DELTAP1    
	00392: DELTAP3    
	00393: MIRP[nrp0,md,rd,1] 
	00394: SRP1       
	00395: SHP[rp1,zp0] 
	00396: MDAP[rd]   
	00397: DELTAP1    
	00398: DELTAP3    
	00399: MIRP[nrp0,md,rd,1] 
	00400: SRP1       
	00401: SRP2       
	00402: IP         
	00403: IP         
	00404: SRP2       
	00405: IP         
	00406: IP         
	00407: SVTCA[y-axis] 
	00408: MIAP[rd+ci] 
	00409: MIRP[srp0,md,rd,1] 
	00410: ALIGNRP    
	00411: SRP0       
	00412: ALIGNRP    
	00413: SRP0       
	00414: ALIGNRP    
	00415: SRP0       
	00416: ALIGNRP    
	00417: SRP0       
	00418: ALIGNRP    
	00419: SRP0       
	00420: ALIGNRP    
	00421: SRP0       
	00422: ALIGNRP    
	00423: SRP0       
	00424: ALIGNRP    
	00425: SHP[rp1,zp0] 
	00426: MDAP[rd]   
	00427: DELTAP1    
	00428: DELTAP1    
	00429: MIRP[nrp0,md,rd,1] 
	00430: ALIGNRP    
	00431: SRP0       
	00432: ALIGNRP    
	00433: SFVTPV     
	00434: SRP0       
	00435: ALIGNRP    
	00436: ALIGNRP    
	00437: ALIGNRP    
	00438: ALIGNRP    
	00439: SRP0       
	00440: ALIGNRP    
	00441: ALIGNRP    
	00442: SFVTPV     
	00443: ALIGNRP    
	00444: ALIGNRP    
	00445: ALIGNRP    
	00446: SFVTPV     
	00447: ALIGNRP    
	00448: ALIGNRP    
	00449: ALIGNRP    
	00450: ALIGNRP    
	00451: ALIGNRP    
	00452: SRP0       
	00453: ALIGNRP    
	00454: SRP0       
	00455: ALIGNRP    
	00456: SRP0       
	00457: ALIGNRP    
	00458: SRP0       
	00459: ALIGNRP    
	00460: SRP0       
	00461: ALIGNRP    
	00462: SRP0       
	00463: ALIGNRP    
	00464: SRP0       
	00465: ALIGNRP    
	00466: SRP0       
	00467: ALIGNRP    
	00468: SRP0       
	00469: ALIGNRP    
	00470: SRP0       
	00471: ALIGNRP    
	00472: SRP0       
	00473: ALIGNRP    
	00474: SRP0       
	00475: ALIGNRP    
	00476: SRP2       
	00477: IP         
	00478: MDAP[rd]   
	00479: SLOOP      
	00480: IP         
	00481: SHP[rp2,zp1] 
	00482: MDAP[rd]   
	00483: DELTAP1    
	00484: ALIGNRP    
	00485: SDPVTL[1]  
	00486: SFVTCA[x-axis] 
	00487: MDAP[nrd]  
	00488: CALL       
	00489: SDPVTL[1]  
	00490: RDTG       
	00491: MDRP[nrp0,nmd,rd,0] 
	00492: SDPVTL[1]  
	00493: MDAP[nrd]  
	00494: RTG        
	00495: CALL       
	00496: SDPVTL[1]  
	00497: RDTG       
	00498: MDRP[nrp0,nmd,rd,0] 
	00499: IUP[y]     
	00500: IUP[x]     
	00501: SVTCA[x-axis] 
	00502: DELTAP2    
	00503: DELTAP2    
	00504: DELTAP2    
	00505: DELTAP1    
	00506: DELTAP1    
	00507: DELTAP1    
	00508: SVTCA[y-axis] 
	00509: DELTAP3    
	00510: DELTAP2    
	00511: DELTAP1    
	00512: SVTCA[x-axis] 
	00513: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                       X-Short On
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         On
	 21:  YDual                               On
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         On
	 28:                                      On
	 29:  YDual                       X-Short On
	 30:                              X-Short On
	 31:        XDual                         On
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short On
	 43:        XDual                         On
	 44:  YDual XDual                 X-Short On
	 45:        XDual                 X-Short On
	 46:        XDual                 X-Short On
	 47:  YDual XDual                 X-Short On
	 48:        XDual                         On
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short On
	 55:  YDual                       X-Short Off
	 56:  YDual XDual         Y-Short         On
	 57:  YDual XDual         Y-Short         Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short On
	 60:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   297,  1105)  ->  Abs (   297,  1105)
	  1: Rel (     0,  -432)  ->  Abs (   297,   673)
	  2: Rel (    93,     0)  ->  Abs (   390,   673)
	  3: Rel (    41,     0)  ->  Abs (   431,   673)
	  4: Rel (     0,   -33)  ->  Abs (   431,   640)
	  5: Rel (     0,   -32)  ->  Abs (   431,   608)
	  6: Rel (   -41,     0)  ->  Abs (   390,   608)
	  7: Rel (  -252,     0)  ->  Abs (   138,   608)
	  8: Rel (   -41,     0)  ->  Abs (    97,   608)
	  9: Rel (     0,    32)  ->  Abs (    97,   640)
	 10: Rel (     0,    33)  ->  Abs (    97,   673)
	 11: Rel (    41,     0)  ->  Abs (   138,   673)
	 12: Rel (    94,     0)  ->  Abs (   232,   673)
	 13: Rel (     0,   432)  ->  Abs (   232,  1105)
	 14: Rel (  -163,     0)  ->  Abs (    69,  1105)
	 15: Rel (     0,  -143)  ->  Abs (    69,   962)
	 16: Rel (     0,   -41)  ->  Abs (    69,   921)
	 17: Rel (   -32,     0)  ->  Abs (    37,   921)
	 18: Rel (   -33,     0)  ->  Abs (     4,   921)
	 19: Rel (     0,    41)  ->  Abs (     4,   962)
	 20: Rel (     0,   208)  ->  Abs (     4,  1170)
	 21: Rel (   520,     0)  ->  Abs (   524,  1170)
	 22: Rel (     0,  -208)  ->  Abs (   524,   962)
	 23: Rel (     0,   -41)  ->  Abs (   524,   921)
	 24: Rel (   -32,     0)  ->  Abs (   492,   921)
	 25: Rel (   -33,     0)  ->  Abs (   459,   921)
	 26: Rel (     0,    41)  ->  Abs (   459,   962)
	 27: Rel (     0,   143)  ->  Abs (   459,  1105)
	 28: Rel (   455,  -329)  ->  Abs (   914,   776)
	 29: Rel (   -68,     0)  ->  Abs (   846,   776)
	 30: Rel (  -166,   325)  ->  Abs (   680,  1101)
	 31: Rel (     0,  -428)  ->  Abs (   680,   673)
	 32: Rel (    58,     0)  ->  Abs (   738,   673)
	 33: Rel (    42,     0)  ->  Abs (   780,   673)
	 34: Rel (     0,   -33)  ->  Abs (   780,   640)
	 35: Rel (     0,   -32)  ->  Abs (   780,   608)
	 36: Rel (   -42,     0)  ->  Abs (   738,   608)
	 37: Rel (  -161,     0)  ->  Abs (   577,   608)
	 38: Rel (   -42,     0)  ->  Abs (   535,   608)
	 39: Rel (     0,    32)  ->  Abs (   535,   640)
	 40: Rel (     0,    33)  ->  Abs (   535,   673)
	 41: Rel (    42,     0)  ->  Abs (   577,   673)
	 42: Rel (    36,     0)  ->  Abs (   613,   673)
	 43: Rel (     0,   497)  ->  Abs (   613,  1170)
	 44: Rel (   107,     0)  ->  Abs (   720,  1170)
	 45: Rel (   160,  -312)  ->  Abs (   880,   858)
	 46: Rel (   160,   312)  ->  Abs (  1040,  1170)
	 47: Rel (   107,     0)  ->  Abs (  1147,  1170)
	 48: Rel (     0,  -497)  ->  Abs (  1147,   673)
	 49: Rel (    36,     0)  ->  Abs (  1183,   673)
	 50: Rel (    42,     0)  ->  Abs (  1225,   673)
	 51: Rel (     0,   -33)  ->  Abs (  1225,   640)
	 52: Rel (     0,   -32)  ->  Abs (  1225,   608)
	 53: Rel (   -42,     0)  ->  Abs (  1183,   608)
	 54: Rel (  -161,     0)  ->  Abs (  1022,   608)
	 55: Rel (   -42,     0)  ->  Abs (   980,   608)
	 56: Rel (     0,    32)  ->  Abs (   980,   640)
	 57: Rel (     0,    33)  ->  Abs (   980,   673)
	 58: Rel (    42,     0)  ->  Abs (  1022,   673)
	 59: Rel (    58,     0)  ->  Abs (  1080,   673)
	 60: Rel (     0,   430)  ->  Abs (  1080,  1103)

	Glyph 141: off = 0x0000A7EA, len = 96
	  numberOfContours:	1
	  xMin:			443
	  yMin:			1021
	  xMax:			785
	  yMax:			1329

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	33
	00000: NPUSHB      (12):     0     3    16     3    96     3   112     3   128     3 
	                             5     3 
	00014: PUSHW[5]            498    12    15   503     6 
	00025: MDAP[rd]   
	00026: MIRP[nrp0,md,rd,1] 
	00027: SVTCA[y-axis] 
	00028: MDAP[rd]   
	00029: MIRP[nrp0,md,rd,1] 
	00030: DELTAP1    
	00031: IUP[y]     
	00032: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   760,  1245)  ->  Abs (   760,  1245)
	  1: Rel (  -237,  -204)  ->  Abs (   523,  1041)
	  2: Rel (   -22,   -20)  ->  Abs (   501,  1021)
	  3: Rel (   -16,     0)  ->  Abs (   485,  1021)
	  4: Rel (   -17,     0)  ->  Abs (   468,  1021)
	  5: Rel (   -25,    25)  ->  Abs (   443,  1046)
	  6: Rel (     0,    18)  ->  Abs (   443,  1064)
	  7: Rel (     0,    10)  ->  Abs (   443,  1074)
	  8: Rel (     9,    16)  ->  Abs (   452,  1090)
	  9: Rel (    16,    15)  ->  Abs (   468,  1105)
	 10: Rel (   236,   204)  ->  Abs (   704,  1309)
	 11: Rel (    23,    20)  ->  Abs (   727,  1329)
	 12: Rel (    16,     0)  ->  Abs (   743,  1329)
	 13: Rel (    17,     0)  ->  Abs (   760,  1329)
	 14: Rel (    25,   -25)  ->  Abs (   785,  1304)
	 15: Rel (     0,   -18)  ->  Abs (   785,  1286)
	 16: Rel (     0,   -10)  ->  Abs (   785,  1276)
	 17: Rel (    -9,   -17)  ->  Abs (   776,  1259)

	Glyph 142: off = 0x0000A84A, len = 128
	  numberOfContours:	2
	  xMin:			319
	  yMin:			1066
	  xMax:			911
	  yMax:			1229

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	50
	00000: NPUSHB      (27):     3   112     9    15   112    21    21     9    18   112 
	                            48    12   112    12     2    12   203     0   112     6 
	                            25    24     9     0   113   170    24 
	00029: CALL       
	00030: SVTCA[y-axis] 
	00031: MIAP[rd+ci] 
	00032: SVTCA[x-axis] 
	00033: FLIPOFF    
	00034: SRP0       
	00035: MIRP[srp0,nmd,rd,0] 
	00036: FLIPON     
	00037: MIRP[nrp0,md,rd,1] 
	00038: MIRP[srp0,md,rd,1] 
	00039: DELTAP1    
	00040: MIRP[nrp0,md,rd,1] 
	00041: SVTCA[y-axis] 
	00042: SRP0       
	00043: ALIGNRP    
	00044: SRP0       
	00045: MIRP[nrp0,md,rd,1] 
	00046: SRP0       
	00047: MIRP[nrp0,md,rd,1] 
	00048: IUP[y]     
	00049: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   482,  1147)  ->  Abs (   482,  1147)
	  1: Rel (     0,   -34)  ->  Abs (   482,  1113)
	  2: Rel (   -48,   -47)  ->  Abs (   434,  1066)
	  3: Rel (   -34,     0)  ->  Abs (   400,  1066)
	  4: Rel (   -33,     0)  ->  Abs (   367,  1066)
	  5: Rel (   -48,    48)  ->  Abs (   319,  1114)
	  6: Rel (     0,    33)  ->  Abs (   319,  1147)
	  7: Rel (     0,    34)  ->  Abs (   319,  1181)
	  8: Rel (    48,    48)  ->  Abs (   367,  1229)
	  9: Rel (    33,     0)  ->  Abs (   400,  1229)
	 10: Rel (    34,     0)  ->  Abs (   434,  1229)
	 11: Rel (    48,   -48)  ->  Abs (   482,  1181)
	 12: Rel (   429,   -34)  ->  Abs (   911,  1147)
	 13: Rel (     0,   -34)  ->  Abs (   911,  1113)
	 14: Rel (   -48,   -47)  ->  Abs (   863,  1066)
	 15: Rel (   -34,     0)  ->  Abs (   829,  1066)
	 16: Rel (   -34,     0)  ->  Abs (   795,  1066)
	 17: Rel (   -47,    48)  ->  Abs (   748,  1114)
	 18: Rel (     0,    33)  ->  Abs (   748,  1147)
	 19: Rel (     0,    34)  ->  Abs (   748,  1181)
	 20: Rel (    47,    48)  ->  Abs (   795,  1229)
	 21: Rel (    34,     0)  ->  Abs (   829,  1229)
	 22: Rel (    34,     0)  ->  Abs (   863,  1229)
	 23: Rel (    48,   -48)  ->  Abs (   911,  1181)

	Glyph 143: off = 0x0000A8CA, len = 306
	  numberOfContours:	1
	  xMin:			101
	  yMin:			-72
	  xMax:			1129
	  yMax:			1244

	EndPoints
	---------
	  0:  51

	  Length of Instructions:	154
	00000: NPUSHB      (64):     8    36    72    36   135     1   134     9   136    36 
	                             5    44     0     1     9    10    10    43    35    27 
	                            26    18    17    17    36    14    15    16    17    10 
	                            36    43    42    41    40    10    38    12    43    10 
	                            10    36    17    36    20    17    17    36    38    38 
	                            12    45    44    44    35    35    34     0    27    27 
	                            51    34    36    28 
	00066: PUSHW[1]            760 
	00069: NPUSHB      (19):    25     2     1     1    26    26    25    36    19     8 
	                             9     9    18    18    19    48     5    31    22 
	00090: MDAP[rd]   
	00091: ALIGNRP    
	00092: MDAP[rd]   
	00093: ALIGNRP    
	00094: SVTCA[y-axis] 
	00095: MDAP[rd]   
	00096: ALIGNRP    
	00097: SRP0       
	00098: ALIGNRP    
	00099: SRP0       
	00100: ALIGNRP    
	00101: SRP0       
	00102: MIRP[srp0,md,rd,1] 
	00103: ALIGNRP    
	00104: SRP0       
	00105: ALIGNRP    
	00106: SRP0       
	00107: ALIGNRP    
	00108: SRP0       
	00109: MIRP[srp0,nmd,rd,2] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: ALIGNRP    
	00112: ALIGNRP    
	00113: SRP0       
	00114: ALIGNRP    
	00115: SRP0       
	00116: ALIGNRP    
	00117: SRP0       
	00118: ALIGNRP    
	00119: SRP0       
	00120: ALIGNRP    
	00121: MDAP[rd]   
	00122: SHP[rp2,zp1] 
	00123: MDAP[rd]   
	00124: SDPVTL[1]  
	00125: SFVTPV     
	00126: MDAP[nrd]  
	00127: CALL       
	00128: SFVTPV     
	00129: RDTG       
	00130: SRP0       
	00131: MDRP[nrp0,nmd,rd,0] 
	00132: SVTCA[y-axis] 
	00133: SRP1       
	00134: SRP2       
	00135: SLOOP      
	00136: IP         
	00137: SPVTL[p1,p2] 
	00138: SFVTCA[x-axis] 
	00139: SRP0       
	00140: ALIGNRP    
	00141: ALIGNRP    
	00142: ALIGNRP    
	00143: ALIGNRP    
	00144: SPVTL[p1,p2] 
	00145: SRP0       
	00146: ALIGNRP    
	00147: ALIGNRP    
	00148: ALIGNRP    
	00149: ALIGNRP    
	00150: IUP[y]     
	00151: IUP[x]     
	00152: SVTCA[x-axis] 
	00153: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:                              X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:        XDual                 X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual                               On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual                               On
	 36:        XDual                 X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                      Y-Short X-Short On
	 44:                              X-Short On
	 45:  YDual                               On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:                      Y-Short X-Short Off
	 51:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   712,   695)  ->  Abs (   712,   695)
	  1: Rel (  -100,  -217)  ->  Abs (   612,   478)
	  2: Rel (   461,     0)  ->  Abs (  1073,   478)
	  3: Rel (    30,     0)  ->  Abs (  1103,   478)
	  4: Rel (    26,   -23)  ->  Abs (  1129,   455)
	  5: Rel (     0,   -19)  ->  Abs (  1129,   436)
	  6: Rel (     0,   -19)  ->  Abs (  1129,   417)
	  7: Rel (   -26,   -23)  ->  Abs (  1103,   394)
	  8: Rel (   -30,     0)  ->  Abs (  1073,   394)
	  9: Rel (  -500,     0)  ->  Abs (   573,   394)
	 10: Rel (  -197,  -429)  ->  Abs (   376,   -35)
	 11: Rel (   -17,   -37)  ->  Abs (   359,   -72)
	 12: Rel (   -28,     0)  ->  Abs (   331,   -72)
	 13: Rel (   -17,     0)  ->  Abs (   314,   -72)
	 14: Rel (   -25,    24)  ->  Abs (   289,   -48)
	 15: Rel (     0,    16)  ->  Abs (   289,   -32)
	 16: Rel (     0,    11)  ->  Abs (   289,   -21)
	 17: Rel (    10,    21)  ->  Abs (   299,     0)
	 18: Rel (   181,   394)  ->  Abs (   480,   394)
	 19: Rel (  -323,     0)  ->  Abs (   157,   394)
	 20: Rel (   -30,     0)  ->  Abs (   127,   394)
	 21: Rel (   -26,    23)  ->  Abs (   101,   417)
	 22: Rel (     0,    19)  ->  Abs (   101,   436)
	 23: Rel (     0,    19)  ->  Abs (   101,   455)
	 24: Rel (    26,    23)  ->  Abs (   127,   478)
	 25: Rel (    30,     0)  ->  Abs (   157,   478)
	 26: Rel (   362,     0)  ->  Abs (   519,   478)
	 27: Rel (   100,   217)  ->  Abs (   619,   695)
	 28: Rel (  -462,     0)  ->  Abs (   157,   695)
	 29: Rel (   -30,     0)  ->  Abs (   127,   695)
	 30: Rel (   -26,    24)  ->  Abs (   101,   719)
	 31: Rel (     0,    19)  ->  Abs (   101,   738)
	 32: Rel (     0,    18)  ->  Abs (   101,   756)
	 33: Rel (    26,    24)  ->  Abs (   127,   780)
	 34: Rel (    30,     0)  ->  Abs (   157,   780)
	 35: Rel (   500,     0)  ->  Abs (   657,   780)
	 36: Rel (   197,   427)  ->  Abs (   854,  1207)
	 37: Rel (    17,    37)  ->  Abs (   871,  1244)
	 38: Rel (    27,     0)  ->  Abs (   898,  1244)
	 39: Rel (    18,     0)  ->  Abs (   916,  1244)
	 40: Rel (    24,   -25)  ->  Abs (   940,  1219)
	 41: Rel (     0,   -15)  ->  Abs (   940,  1204)
	 42: Rel (     0,   -11)  ->  Abs (   940,  1193)
	 43: Rel (    -9,   -22)  ->  Abs (   931,  1171)
	 44: Rel (  -181,  -391)  ->  Abs (   750,   780)
	 45: Rel (   323,     0)  ->  Abs (  1073,   780)
	 46: Rel (    30,     0)  ->  Abs (  1103,   780)
	 47: Rel (    26,   -24)  ->  Abs (  1129,   756)
	 48: Rel (     0,   -19)  ->  Abs (  1129,   737)
	 49: Rel (     0,   -18)  ->  Abs (  1129,   719)
	 50: Rel (   -26,   -24)  ->  Abs (  1103,   695)
	 51: Rel (   -30,     0)  ->  Abs (  1073,   695)

	Glyph 144: off = 0x0000A9FC, len = 756
	  numberOfContours:	2
	  xMin:			18
	  yMin:			0
	  xMax:			1212
	  yMax:			1170

	EndPoints
	---------
	  0:  74
	  1:  78

	  Length of Instructions:	539
	00000: NPUSHB      (21):    40    78    51    35    48    36    51    76     4   143 
	                            31   143    32     2     1    78    77    77     2    65 
	                            56 
	00023: PUSHW[1]            676 
	00026: NPUSHB      (14):     0    61     1    61    53    55    61    61    56    55 
	                            29    65    10    16 
	00042: PUSHW[1]            676 
	00045: NPUSHB      (24):    15    13     1    63    13    95    13   191    13     3 
	                            13    13    43    17    13    13    16    17    29    10 
	                            17    18    27    33 
	00071: PUSHW[1]            676 
	00074: NPUSHB      (14):    15    30     1    30    86    34    30    30    33    34 
	                            29    27    45    51 
	00090: PUSHW[1]            676 
	00093: NPUSHB      (20):    15    48    31    48    47    48    63    48     4    48 
	                            41    52    48    48    51    52    29    45    67    73 
	00115: PUSHW[1]            676 
	00118: NPUSHB      (14):    63    70     1    70    43    74    70    70    73    74 
	                            29    67     9     3 
	00134: PUSHW[1]            676 
	00137: NPUSHB      (14):     6     6    41     2     6     6     3     2    29     9 
	                             2    77    25    19 
	00153: PUSHW[4]            676    22    22   354 
	00162: NPUSHB      (11):    18    22    22    19    18    29    25    18    17    44 
	                            38 
	00175: PUSHW[1]            676 
	00178: NPUSHB      (74):     0    41    16    41    32    41    48    41     4    41 
	                            41    37    41    41    38    37    29    44    18    17 
	                            17    30     2    77    20     2     2    77     2    17 
	                            38    10    77    18    38    25    75    30     0    37 
	                            36    38    53    53    52     0     0    35    52    52 
	                            54    35    76    35    35    34    38    26    26    25 
	                            68    67    55    54    38    67    67    10     9    25 
	                             2     9     8    78 
	00254: PUSHW[1]            672 
	00257: NPUSHB      (38):    75    75    74    30    48    54     1    54    44    63 
	                            45     1    45   240    54    54   144    35     1    35 
	                            30    76    76    80    79    55    56    30    65    65 
	                           240    66     1    66    65    27    27    26 
	00297: PUSHW[1]            707 
	00300: PUSHB[7]             77     2    38    17    77    38    18 
	00308: PUSHW[1]            310 
	00311: NPUSHB      (16):     0    17     1    48    17    80    17   176    17     3 
	                            17   233    79    69   108    24 
	00329: PUSHW[1]            300 
	00332: SCANCTRL   
	00333: CALL       
	00334: SRP0       
	00335: MIRP[srp0,nmd,rd,2] 
	00336: DELTAP1    
	00337: DELTAP1    
	00338: MIRP[srp0,nmd,rd,0] 
	00339: MIRP[nrp0,md,rd,1] 
	00340: SRP0       
	00341: MIRP[nrp0,md,rd,1] 
	00342: SRP0       
	00343: MIRP[srp0,nmd,rd,0] 
	00344: ALIGNRP    
	00345: SRP0       
	00346: MIRP[srp0,nmd,rd,0] 
	00347: DELTAP1    
	00348: ALIGNRP    
	00349: SRP0       
	00350: MIRP[srp0,md,rd,1] 
	00351: ALIGNRP    
	00352: SRP1       
	00353: SRP2       
	00354: IP         
	00355: MDAP[rd]   
	00356: MIRP[srp0,md,rd,1] 
	00357: DELTAP1    
	00358: ALIGNRP    
	00359: SRP0       
	00360: MIRP[srp0,nmd,rd,0] 
	00361: DELTAP1    
	00362: ALIGNRP    
	00363: SRP0       
	00364: DELTAP1    
	00365: MIRP[srp0,md,rd,1] 
	00366: ALIGNRP    
	00367: SRP0       
	00368: MIRP[nrp0,md,rd,2] 
	00369: SVTCA[y-axis] 
	00370: MIAP[rd+ci] 
	00371: MIAP[rd+ci] 
	00372: SRP0       
	00373: ALIGNRP    
	00374: ALIGNRP    
	00375: SRP0       
	00376: MIRP[srp0,md,rd,1] 
	00377: ALIGNRP    
	00378: SRP0       
	00379: ALIGNRP    
	00380: SRP0       
	00381: ALIGNRP    
	00382: SRP0       
	00383: MIRP[srp0,md,rd,1] 
	00384: ALIGNRP    
	00385: SRP0       
	00386: ALIGNRP    
	00387: SRP1       
	00388: SRP2       
	00389: IP         
	00390: MDAP[rd]   
	00391: SRP1       
	00392: IP         
	00393: MDAP[rd]   
	00394: SRP0       
	00395: ALIGNRP    
	00396: SRP0       
	00397: MIRP[srp0,md,rd,1] 
	00398: ALIGNRP    
	00399: SRP0       
	00400: MIRP[nrp0,md,rd,1] 
	00401: SRP0       
	00402: MIRP[srp0,md,rd,1] 
	00403: ALIGNRP    
	00404: SRP0       
	00405: MIRP[srp0,md,rd,1] 
	00406: ALIGNRP    
	00407: SDPVTL[1]  
	00408: SFVTCA[x-axis] 
	00409: MDAP[nrd]  
	00410: CALL       
	00411: RDTG       
	00412: SRP0       
	00413: MDRP[nrp0,nmd,rd,0] 
	00414: RTG        
	00415: SVTCA[x-axis] 
	00416: SRP0       
	00417: MIRP[srp0,md,rd,1] 
	00418: RTDG       
	00419: SRP2       
	00420: IP         
	00421: MDAP[rd]   
	00422: RTG        
	00423: SVTCA[y-axis] 
	00424: SRP0       
	00425: MIRP[srp0,nmd,rd,1] 
	00426: DELTAP1    
	00427: MIRP[srp0,nmd,rd,0] 
	00428: MDRP[nrp0,nmd,rd,0] 
	00429: SFVTL[=p1,p2] 
	00430: SRP0       
	00431: MIRP[srp0,md,rd,1] 
	00432: RTDG       
	00433: SRP2       
	00434: IP         
	00435: MDAP[rd]   
	00436: RTG        
	00437: SVTCA[x-axis] 
	00438: SRP0       
	00439: MIRP[srp0,nmd,nrd,1] 
	00440: MDAP[rd]   
	00441: MIRP[srp0,nmd,rd,0] 
	00442: MDRP[nrp0,nmd,rd,0] 
	00443: SVTCA[y-axis] 
	00444: SFVTL[=p1,p2] 
	00445: SRP0       
	00446: MIRP[srp0,md,rd,1] 
	00447: RTDG       
	00448: SRP2       
	00449: IP         
	00450: MDAP[rd]   
	00451: RTG        
	00452: SVTCA[x-axis] 
	00453: SRP0       
	00454: MIRP[srp0,nmd,nrd,1] 
	00455: MDAP[rd]   
	00456: MIRP[srp0,nmd,rd,0] 
	00457: MDRP[nrp0,nmd,rd,0] 
	00458: SVTCA[y-axis] 
	00459: SRP0       
	00460: MIRP[srp0,md,rd,1] 
	00461: RTDG       
	00462: SRP2       
	00463: IP         
	00464: MDAP[rd]   
	00465: RTG        
	00466: SVTCA[x-axis] 
	00467: SRP0       
	00468: MIRP[srp0,nmd,rd,1] 
	00469: DELTAP1    
	00470: MIRP[srp0,nmd,rd,0] 
	00471: MDRP[nrp0,nmd,rd,0] 
	00472: SRP0       
	00473: MIRP[srp0,md,rd,1] 
	00474: RTDG       
	00475: SRP2       
	00476: IP         
	00477: MDAP[rd]   
	00478: RTG        
	00479: SVTCA[y-axis] 
	00480: SRP0       
	00481: MIRP[srp0,nmd,rd,1] 
	00482: DELTAP1    
	00483: MIRP[srp0,nmd,rd,0] 
	00484: MDRP[nrp0,nmd,rd,0] 
	00485: SVTCA[x-axis] 
	00486: SRP0       
	00487: MIRP[srp0,md,rd,1] 
	00488: RTDG       
	00489: SRP2       
	00490: IP         
	00491: MDAP[rd]   
	00492: RTG        
	00493: SVTCA[y-axis] 
	00494: SRP0       
	00495: MIRP[srp0,nmd,rd,1] 
	00496: DELTAP1    
	00497: MIRP[srp0,nmd,rd,0] 
	00498: MDRP[nrp0,nmd,rd,0] 
	00499: SFVTL[=p1,p2] 
	00500: SRP0       
	00501: MIRP[srp0,md,rd,1] 
	00502: RTDG       
	00503: SRP2       
	00504: IP         
	00505: MDAP[rd]   
	00506: RTG        
	00507: SVTCA[x-axis] 
	00508: SRP0       
	00509: MIRP[srp0,nmd,nrd,1] 
	00510: MDAP[rd]   
	00511: DELTAP1    
	00512: DELTAP1    
	00513: MIRP[srp0,nmd,rd,0] 
	00514: MDRP[nrp0,nmd,rd,0] 
	00515: SRP0       
	00516: MIRP[srp0,md,rd,1] 
	00517: RTDG       
	00518: SRP2       
	00519: IP         
	00520: MDAP[rd]   
	00521: RTG        
	00522: SVTCA[y-axis] 
	00523: SRP0       
	00524: MIRP[srp0,nmd,rd,1] 
	00525: DELTAP1    
	00526: MIRP[srp0,nmd,rd,0] 
	00527: MDRP[nrp0,nmd,rd,0] 
	00528: SPVTL[p1,p2] 
	00529: SRP0       
	00530: SFVTCA[x-axis] 
	00531: ALIGNRP    
	00532: ALIGNRP    
	00533: IUP[y]     
	00534: IUP[x]     
	00535: SVTCA[y-axis] 
	00536: DELTAP1    
	00537: SVTCA[x-axis] 
	00538: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:                              X-Short On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:                                      On
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On
	 27:        XDual                         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         On
	 35:  YDual                               On
	 36:        XDual                         On
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short X-Short Off
	 44:                      Y-Short X-Short On
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         On
	 53:  YDual                       X-Short On
	 54:        XDual                         On
	 55:  YDual                               On
	 56:  YDual XDual         Y-Short         On
	 57:  YDual XDual         Y-Short         Off
	 58:  YDual XDual         Y-Short X-Short On
	 59:  YDual XDual         Y-Short X-Short Off
	 60:  YDual XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:        XDual         Y-Short X-Short On
	 63:        XDual         Y-Short X-Short Off
	 64:        XDual         Y-Short X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual                         On
	 67:  YDual                               On
	 68:  YDual                       X-Short Off
	 69:  YDual               Y-Short X-Short Off
	 70:  YDual XDual         Y-Short         On
	 71:  YDual XDual         Y-Short         Off
	 72:  YDual XDual         Y-Short X-Short Off
	 73:  YDual XDual                 X-Short On
	 74:  YDual XDual                 X-Short On
	 75:        XDual                         On
	 76:        XDual                         On
	 77:  YDual                       X-Short On
	 78:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   614,   394)  ->  Abs (   614,   394)
	  1: Rel (  -293,     0)  ->  Abs (   321,   394)
	  2: Rel (   -85,  -310)  ->  Abs (   236,    84)
	  3: Rel (    54,     0)  ->  Abs (   290,    84)
	  4: Rel (    30,     0)  ->  Abs (   320,    84)
	  5: Rel (    26,   -23)  ->  Abs (   346,    61)
	  6: Rel (     0,   -19)  ->  Abs (   346,    42)
	  7: Rel (     0,   -18)  ->  Abs (   346,    24)
	  8: Rel (   -26,   -24)  ->  Abs (   320,     0)
	  9: Rel (   -30,     0)  ->  Abs (   290,     0)
	 10: Rel (  -216,     0)  ->  Abs (    74,     0)
	 11: Rel (   -30,     0)  ->  Abs (    44,     0)
	 12: Rel (   -26,    24)  ->  Abs (    18,    24)
	 13: Rel (     0,    18)  ->  Abs (    18,    42)
	 14: Rel (     0,    19)  ->  Abs (    18,    61)
	 15: Rel (    26,    23)  ->  Abs (    44,    84)
	 16: Rel (    30,     0)  ->  Abs (    74,    84)
	 17: Rel (    77,     0)  ->  Abs (   151,    84)
	 18: Rel (   276,  1002)  ->  Abs (   427,  1086)
	 19: Rel (  -131,     0)  ->  Abs (   296,  1086)
	 20: Rel (   -30,     0)  ->  Abs (   266,  1086)
	 21: Rel (   -26,    23)  ->  Abs (   240,  1109)
	 22: Rel (     0,    19)  ->  Abs (   240,  1128)
	 23: Rel (     0,    19)  ->  Abs (   240,  1147)
	 24: Rel (    25,    23)  ->  Abs (   265,  1170)
	 25: Rel (    31,     0)  ->  Abs (   296,  1170)
	 26: Rel (   874,     0)  ->  Abs (  1170,  1170)
	 27: Rel (     0,  -316)  ->  Abs (  1170,   854)
	 28: Rel (     0,   -30)  ->  Abs (  1170,   824)
	 29: Rel (   -24,   -26)  ->  Abs (  1146,   798)
	 30: Rel (   -18,     0)  ->  Abs (  1128,   798)
	 31: Rel (   -19,     0)  ->  Abs (  1109,   798)
	 32: Rel (   -24,    26)  ->  Abs (  1085,   824)
	 33: Rel (     0,    30)  ->  Abs (  1085,   854)
	 34: Rel (     0,   232)  ->  Abs (  1085,  1086)
	 35: Rel (  -387,     0)  ->  Abs (   698,  1086)
	 36: Rel (     0,  -436)  ->  Abs (   698,   650)
	 37: Rel (   163,     0)  ->  Abs (   861,   650)
	 38: Rel (     0,    58)  ->  Abs (   861,   708)
	 39: Rel (     0,    31)  ->  Abs (   861,   739)
	 40: Rel (    23,    26)  ->  Abs (   884,   765)
	 41: Rel (    19,     0)  ->  Abs (   903,   765)
	 42: Rel (    19,     0)  ->  Abs (   922,   765)
	 43: Rel (    24,   -26)  ->  Abs (   946,   739)
	 44: Rel (    -1,   -31)  ->  Abs (   945,   708)
	 45: Rel (     0,  -198)  ->  Abs (   945,   510)
	 46: Rel (     0,   -31)  ->  Abs (   945,   479)
	 47: Rel (   -23,   -26)  ->  Abs (   922,   453)
	 48: Rel (   -19,     0)  ->  Abs (   903,   453)
	 49: Rel (   -19,     0)  ->  Abs (   884,   453)
	 50: Rel (   -23,    26)  ->  Abs (   861,   479)
	 51: Rel (     0,    31)  ->  Abs (   861,   510)
	 52: Rel (     0,    57)  ->  Abs (   861,   567)
	 53: Rel (  -163,     0)  ->  Abs (   698,   567)
	 54: Rel (     0,  -483)  ->  Abs (   698,    84)
	 55: Rel (   430,     0)  ->  Abs (  1128,    84)
	 56: Rel (     0,   194)  ->  Abs (  1128,   278)
	 57: Rel (     0,    23)  ->  Abs (  1128,   301)
	 58: Rel (     5,    11)  ->  Abs (  1133,   312)
	 59: Rel (     3,     6)  ->  Abs (  1136,   318)
	 60: Rel (    23,    16)  ->  Abs (  1159,   334)
	 61: Rel (     7,     0)  ->  Abs (  1166,   334)
	 62: Rel (    20,    -3)  ->  Abs (  1186,   331)
	 63: Rel (    16,    -9)  ->  Abs (  1202,   322)
	 64: Rel (    10,   -19)  ->  Abs (  1212,   303)
	 65: Rel (     0,   -25)  ->  Abs (  1212,   278)
	 66: Rel (     0,  -278)  ->  Abs (  1212,     0)
	 67: Rel (  -706,     0)  ->  Abs (   506,     0)
	 68: Rel (   -30,     0)  ->  Abs (   476,     0)
	 69: Rel (   -26,    24)  ->  Abs (   450,    24)
	 70: Rel (     0,    18)  ->  Abs (   450,    42)
	 71: Rel (     0,    19)  ->  Abs (   450,    61)
	 72: Rel (    26,    23)  ->  Abs (   476,    84)
	 73: Rel (    30,     0)  ->  Abs (   506,    84)
	 74: Rel (   108,     0)  ->  Abs (   614,    84)
	 75: Rel (     0,   391)  ->  Abs (   614,   475)
	 76: Rel (     0,   611)  ->  Abs (   614,  1086)
	 77: Rel (  -104,     0)  ->  Abs (   510,  1086)
	 78: Rel (  -166,  -611)  ->  Abs (   344,   475)

	Glyph 145: off = 0x0000ACF0, len = 478
	  numberOfContours:	3
	  xMin:			80
	  yMin:			-84
	  xMax:			1149
	  yMax:			1252

	EndPoints
	---------
	  0:  33
	  1:  41
	  2:  49

	  Length of Instructions:	322
	00000: NPUSHB     (144):    31    24    31    25    63    18     3    34    37    47 
	                            45   136    17   168    46     4    13    17    43    18 
	                            52    16    62    17    58    18    58    38    50    46 
	                             7    47    13    39    17    32    30    47    38    32 
	                            46    63    13    50    30    63    38    50    46   153 
	                             0   148    14   157    31   153    42    13    41     8 
	                            10    10    11    17    34    41    41    40    18    18 
	                             9     0    42    49    49    48    27    27    28    26 
	                             1     0    10    41    42     4    17    27    34    49 
	                             4    29    12     3     1    20    18     0    10    41 
	                            42     4    17    27    34    49     4    32    15    26 
	                             1     1    30     9    18    20     9     9    18     0 
	                            10    41    42     4    17    27    34    49     4    29 
	                            12     0    10    41    42     4    17    27    34    49 
	                             4    32    15    26 
	00146: PUSHW[1]            344 
	00149: NPUSHB      (21):    18    44    37    32    36    37    15    25   102    47 
	                            37     0    29    16    29    32    29    48    29     4 
	                            29 
	00172: PUSHW[1]            636 
	00175: NPUSHB      (10):    39    37    12    25    50    32     9    15     3    67 
	00187: PUSHW[3]            264    24   287 
	00194: SCANCTRL   
	00195: CALL       
	00196: SVTCA[y-axis] 
	00197: MIAP[rd+ci] 
	00198: MIAP[rd+ci] 
	00199: SVTCA[x-axis] 
	00200: FLIPOFF    
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,0] 
	00203: FLIPON     
	00204: MIRP[nrp0,md,rd,1] 
	00205: MIRP[srp0,md,rd,1] 
	00206: DELTAP1    
	00207: MIRP[nrp0,md,rd,1] 
	00208: MIRP[nrp0,nmd,rd,0] 
	00209: SVTCA[y-axis] 
	00210: SRP0       
	00211: MIRP[nrp0,md,rd,1] 
	00212: SRP0       
	00213: MIRP[nrp0,md,rd,1] 
	00214: SRP0       
	00215: MIRP[nrp0,md,rd,1] 
	00216: SRP1       
	00217: SRP2       
	00218: SLOOP      
	00219: IP         
	00220: SLOOP      
	00221: IP         
	00222: SVTCA[x-axis] 
	00223: SRP1       
	00224: SRP2       
	00225: SLOOP      
	00226: IP         
	00227: SLOOP      
	00228: IP         
	00229: SDPVTL[1]  
	00230: SFVTPV     
	00231: MDAP[nrd]  
	00232: CALL       
	00233: RDTG       
	00234: SRP0       
	00235: MDRP[nrp0,nmd,rd,0] 
	00236: SVTCA[y-axis] 
	00237: SRP1       
	00238: SRP2       
	00239: SLOOP      
	00240: IP         
	00241: SLOOP      
	00242: IP         
	00243: SRP1       
	00244: SHP[rp1,zp0] 
	00245: SRP1       
	00246: SHP[rp1,zp0] 
	00247: SVTCA[x-axis] 
	00248: SRP1       
	00249: SRP2       
	00250: SLOOP      
	00251: IP         
	00252: SLOOP      
	00253: IP         
	00254: SPVTL[p1,p2] 
	00255: SFVTL[=p1,p2] 
	00256: ALIGNRP    
	00257: SFVTL[=p1,p2] 
	00258: ALIGNRP    
	00259: SFVTPV     
	00260: ALIGNRP    
	00261: ALIGNRP    
	00262: SPVTL[p1,p2] 
	00263: SRP0       
	00264: SFVTL[=p1,p2] 
	00265: ALIGNRP    
	00266: SFVTPV     
	00267: ALIGNRP    
	00268: ALIGNRP    
	00269: SFVTL[=p1,p2] 
	00270: ALIGNRP    
	00271: IUP[y]     
	00272: IUP[x]     
	00273: RTG        
	00274: RS         
	00275: JROF       
	00276: NPUSHB      (28):    45    46    37    38    30    31    13    14    37    14 
	                            39    46     0    45    31    47    46     1    38    13 
	                            36    46     1    46    30    44    46     0 
	00306: SVTCA[y-axis] 
	00307: CALL       
	00308: CALL       
	00309: SVTCA[x-axis] 
	00310: CALL       
	00311: CALL       
	00312: FLIPRGON   
	00313: FLIPRGON   
	00314: FLIPRGON   
	00315: FLIPRGON   
	00316: SVTCA[y-axis] 
	00317: DELTAP1    
	00318: DELTAP1    
	00319: SVTCA[x-axis] 
	00320: DELTAP1    
	00321: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:        XDual                         Off
	 14:                                      Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual                         Off
	 31:                                      Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                                      On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:                              X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short On
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual                 X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   291,   104)  ->  Abs (   291,   104)
	  1: Rel (  -127,  -161)  ->  Abs (   164,   -57)
	  2: Rel (   -14,   -18)  ->  Abs (   150,   -75)
	  3: Rel (   -17,    -9)  ->  Abs (   133,   -84)
	  4: Rel (   -10,     0)  ->  Abs (   123,   -84)
	  5: Rel (   -18,     0)  ->  Abs (   105,   -84)
	  6: Rel (   -25,    25)  ->  Abs (    80,   -59)
	  7: Rel (     0,    18)  ->  Abs (    80,   -41)
	  8: Rel (     0,    14)  ->  Abs (    80,   -27)
	  9: Rel (    18,    22)  ->  Abs (    98,    -5)
	 10: Rel (   137,   174)  ->  Abs (   235,   169)
	 11: Rel (  -131,   181)  ->  Abs (   104,   350)
	 12: Rel (     0,   231)  ->  Abs (   104,   581)
	 13: Rel (     0,   272)  ->  Abs (   104,   853)
	 14: Rel (   309,   344)  ->  Abs (   413,  1197)
	 15: Rel (   203,     0)  ->  Abs (   616,  1197)
	 16: Rel (   183,     0)  ->  Abs (   799,  1197)
	 17: Rel (   139,  -134)  ->  Abs (   938,  1063)
	 18: Rel (   127,   162)  ->  Abs (  1065,  1225)
	 19: Rel (    14,    17)  ->  Abs (  1079,  1242)
	 20: Rel (    17,    10)  ->  Abs (  1096,  1252)
	 21: Rel (    11,     0)  ->  Abs (  1107,  1252)
	 22: Rel (    18,     0)  ->  Abs (  1125,  1252)
	 23: Rel (    24,   -25)  ->  Abs (  1149,  1227)
	 24: Rel (     0,   -18)  ->  Abs (  1149,  1209)
	 25: Rel (     0,   -14)  ->  Abs (  1149,  1195)
	 26: Rel (   -17,   -22)  ->  Abs (  1132,  1173)
	 27: Rel (  -137,  -174)  ->  Abs (   995,   999)
	 28: Rel (   133,  -177)  ->  Abs (  1128,   822)
	 29: Rel (     0,  -240)  ->  Abs (  1128,   582)
	 30: Rel (     0,  -270)  ->  Abs (  1128,   312)
	 31: Rel (  -310,  -345)  ->  Abs (   818,   -33)
	 32: Rel (  -202,     0)  ->  Abs (   616,   -33)
	 33: Rel (  -184,     0)  ->  Abs (   432,   -33)
	 34: Rel (   452,  1028)  ->  Abs (   884,   995)
	 35: Rel (  -121,   118)  ->  Abs (   763,  1113)
	 36: Rel (  -147,     0)  ->  Abs (   616,  1113)
	 37: Rel (  -177,     0)  ->  Abs (   439,  1113)
	 38: Rel (  -251,  -312)  ->  Abs (   188,   801)
	 39: Rel (     0,  -219)  ->  Abs (   188,   582)
	 40: Rel (     0,  -191)  ->  Abs (   188,   391)
	 41: Rel (   102,  -152)  ->  Abs (   290,   239)
	 42: Rel (    54,   -67)  ->  Abs (   344,   172)
	 43: Rel (   121,  -121)  ->  Abs (   465,    51)
	 44: Rel (   151,     0)  ->  Abs (   616,    51)
	 45: Rel (   175,     0)  ->  Abs (   791,    51)
	 46: Rel (   252,   310)  ->  Abs (  1043,   361)
	 47: Rel (     0,   221)  ->  Abs (  1043,   582)
	 48: Rel (     0,   196)  ->  Abs (  1043,   778)
	 49: Rel (  -103,   151)  ->  Abs (   940,   929)

	Glyph 146: off = 0x0000AECE, len = 332
	  numberOfContours:	3
	  xMin:			109
	  yMin:			398
	  xMax:			1120
	  yMax:			846

	EndPoints
	---------
	  0:  20
	  1:  32
	  2:  44

	  Length of Instructions:	201
	00000: PUSHB[8]             23    11    23    20     2    64     8    10 
	00009: NPUSHW      (14):   767    13   771     8    42   771    24    36   771    30 
	                             0   767    19   771 
	00039: PUSHB[4]              2     8    44    24 
	00044: PUSHW[1]            757 
	00047: NPUSHB      (10):    30    44     2     6     5    44     0    27     1    27 
	00059: PUSHW[1]            418 
	00062: NPUSHB      (10):    21    91     0    33    16    33    80    33     3    33 
	00074: PUSHW[1]            418 
	00077: NPUSHB      (22):    39    44   176    16     1   160    16     1   128    16 
	                             1    16    16   112    16     2    16    25    45    79 
	                           123    24 
	00101: CALL       
	00102: FLIPOFF    
	00103: SRP0       
	00104: MIRP[srp0,nmd,rd,0] 
	00105: DELTAP1    
	00106: DELTAP1    
	00107: DELTAP1    
	00108: DELTAP1    
	00109: FLIPON     
	00110: MIRP[srp0,md,rd,1] 
	00111: MIRP[srp0,nmd,rd,2] 
	00112: DELTAP1    
	00113: MIRP[srp0,md,rd,1] 
	00114: MIRP[srp0,nmd,rd,2] 
	00115: DELTAP1    
	00116: MIRP[nrp0,md,rd,1] 
	00117: SVTCA[y-axis] 
	00118: MIAP[rd+ci] 
	00119: MIRP[srp0,md,rd,1] 
	00120: MIRP[srp0,nmd,rd,2] 
	00121: MIRP[nrp0,md,rd,1] 
	00122: SRP0       
	00123: MIRP[srp0,nmd,rd,0] 
	00124: MIRP[nrp0,nmd,rd,0] 
	00125: SRP0       
	00126: MIRP[nrp0,nmd,rd,0] 
	00127: SRP0       
	00128: MIRP[nrp0,nmd,rd,0] 
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,0] 
	00131: MIRP[nrp0,nmd,rd,0] 
	00132: IUP[y]     
	00133: IUP[x]     
	00134: RS         
	00135: JROF       
	00136: NPUSHB      (48):    37    41    25    29    14    18     3     7    37    18 
	                            39    39     0    29     3    27    39     1    41    14 
	                            39    39     0    25     7    27    39     1    38    17 
	                            36    39     1    28     4    30    39     1    40    15 
	                            42    39     0    26     6    24    39     0 
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: SVTCA[x-axis] 
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: FLIPRGON   
	00196: FLIPRGON   
	00197: FLIPRGON   
	00198: FLIPRGON   
	00199: SVTCA[x-axis] 
	00200: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:                      Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   615,   678)  ->  Abs (   615,   678)
	  1: Rel (   126,   168)  ->  Abs (   741,   846)
	  2: Rel (   155,     0)  ->  Abs (   896,   846)
	  3: Rel (   100,     0)  ->  Abs (   996,   846)
	  4: Rel (   124,  -122)  ->  Abs (  1120,   724)
	  5: Rel (     0,  -100)  ->  Abs (  1120,   624)
	  6: Rel (     0,  -101)  ->  Abs (  1120,   523)
	  7: Rel (  -121,  -125)  ->  Abs (   999,   398)
	  8: Rel (   -96,     0)  ->  Abs (   903,   398)
	  9: Rel (  -148,     0)  ->  Abs (   755,   398)
	 10: Rel (  -140,   170)  ->  Abs (   615,   568)
	 11: Rel (   -84,  -100)  ->  Abs (   531,   468)
	 12: Rel (  -132,   -69)  ->  Abs (   399,   399)
	 13: Rel (   -72,     0)  ->  Abs (   327,   399)
	 14: Rel (   -94,     0)  ->  Abs (   233,   399)
	 15: Rel (  -124,   123)  ->  Abs (   109,   522)
	 16: Rel (     0,    98)  ->  Abs (   109,   620)
	 17: Rel (     0,    98)  ->  Abs (   109,   718)
	 18: Rel (   128,   127)  ->  Abs (   237,   845)
	 19: Rel (    96,     0)  ->  Abs (   333,   845)
	 20: Rel (   149,     0)  ->  Abs (   482,   845)
	 21: Rel (   183,  -223)  ->  Abs (   665,   622)
	 22: Rel (    88,   -94)  ->  Abs (   753,   528)
	 23: Rel (    99,   -51)  ->  Abs (   852,   477)
	 24: Rel (    51,     0)  ->  Abs (   903,   477)
	 25: Rel (    66,     0)  ->  Abs (   969,   477)
	 26: Rel (    77,    79)  ->  Abs (  1046,   556)
	 27: Rel (     0,    67)  ->  Abs (  1046,   623)
	 28: Rel (     0,    64)  ->  Abs (  1046,   687)
	 29: Rel (   -83,    83)  ->  Abs (   963,   770)
	 30: Rel (   -64,     0)  ->  Abs (   899,   770)
	 31: Rel (   -55,     0)  ->  Abs (   844,   770)
	 32: Rel (  -126,   -73)  ->  Abs (   718,   697)
	 33: Rel (  -151,   -73)  ->  Abs (   567,   624)
	 34: Rel (   -87,    92)  ->  Abs (   480,   716)
	 35: Rel (  -102,    53)  ->  Abs (   378,   769)
	 36: Rel (   -52,     0)  ->  Abs (   326,   769)
	 37: Rel (   -63,     0)  ->  Abs (   263,   769)
	 38: Rel (   -81,   -80)  ->  Abs (   182,   689)
	 39: Rel (     0,   -66)  ->  Abs (   182,   623)
	 40: Rel (     0,   -68)  ->  Abs (   182,   555)
	 41: Rel (    79,   -79)  ->  Abs (   261,   476)
	 42: Rel (    62,     0)  ->  Abs (   323,   476)
	 43: Rel (    63,     0)  ->  Abs (   386,   476)
	 44: Rel (   131,    84)  ->  Abs (   517,   560)

	Glyph 147: off = 0x0000B01A, len = 272
	  numberOfContours:	2
	  xMin:			144
	  yMin:			0
	  xMax:			1085
	  yMax:			1234

	EndPoints
	---------
	  0:  31
	  1:  53

	  Length of Instructions:	112
	00000: NPUSHB      (61):     8   167     4   167     0     0    31    91    25    25 
	                            24   167    20     9    91    15    15    16   167    20 
	                            44    91    32    32    43    91    33    23    17    17 
	                            24    91    16    16     8    49    28   220     0    91 
	                             8     1    91     7     7     8   220    12    12    48 
	                            38     1    38    25    54    20    33    10    80   129 
	                            24 
	00063: CALL       
	00064: SVTCA[y-axis] 
	00065: MIAP[rd+ci] 
	00066: MDAP[rd]   
	00067: SVTCA[x-axis] 
	00068: FLIPOFF    
	00069: SRP0       
	00070: MIRP[srp0,nmd,rd,0] 
	00071: DELTAP1    
	00072: ALIGNRP    
	00073: FLIPON     
	00074: SRP0       
	00075: MIRP[srp0,nmd,rd,0] 
	00076: ALIGNRP    
	00077: SRP0       
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP0       
	00080: MIRP[srp0,md,rd,1] 
	00081: MIRP[srp0,nmd,rd,0] 
	00082: ALIGNRP    
	00083: SRP0       
	00084: ALIGNRP    
	00085: SRP0       
	00086: MIRP[nrp0,md,rd,1] 
	00087: ALIGNRP    
	00088: SVTCA[y-axis] 
	00089: SRP0       
	00090: ALIGNRP    
	00091: SRP0       
	00092: MIRP[nrp0,md,rd,1] 
	00093: ALIGNRP    
	00094: SRP0       
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP0       
	00097: MIRP[srp0,nmd,rd,0] 
	00098: ALIGNRP    
	00099: SRP0       
	00100: MIRP[nrp0,md,rd,1] 
	00101: SRP0       
	00102: MIRP[srp0,nmd,rd,0] 
	00103: ALIGNRP    
	00104: SRP0       
	00105: MIRP[srp0,md,rd,1] 
	00106: ALIGNRP    
	00107: SRP0       
	00108: MIRP[srp0,nmd,rd,0] 
	00109: MIRP[nrp0,nmd,rd,0] 
	00110: IUP[y]     
	00111: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual                               On
	 17:        XDual                         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                               On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:                              X-Short On
	 33:  YDual                               On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:                      Y-Short         On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short X-Short On
	 47:        XDual         Y-Short X-Short Off
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                      Y-Short X-Short Off
	 52:                      Y-Short X-Short On
	 53:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   657,   676)  ->  Abs (   657,   676)
	  1: Rel (     0,  -420)  ->  Abs (   657,   256)
	  2: Rel (     0,   -30)  ->  Abs (   657,   226)
	  3: Rel (   -24,   -26)  ->  Abs (   633,   200)
	  4: Rel (   -19,     0)  ->  Abs (   614,   200)
	  5: Rel (   -18,     0)  ->  Abs (   596,   200)
	  6: Rel (   -24,    26)  ->  Abs (   572,   226)
	  7: Rel (     0,    30)  ->  Abs (   572,   256)
	  8: Rel (     0,   420)  ->  Abs (   572,   676)
	  9: Rel (  -372,     0)  ->  Abs (   200,   676)
	 10: Rel (   -30,     0)  ->  Abs (   170,   676)
	 11: Rel (   -26,    23)  ->  Abs (   144,   699)
	 12: Rel (     0,    19)  ->  Abs (   144,   718)
	 13: Rel (     0,    19)  ->  Abs (   144,   737)
	 14: Rel (    26,    23)  ->  Abs (   170,   760)
	 15: Rel (    30,     0)  ->  Abs (   200,   760)
	 16: Rel (   372,     0)  ->  Abs (   572,   760)
	 17: Rel (     0,   418)  ->  Abs (   572,  1178)
	 18: Rel (     0,    30)  ->  Abs (   572,  1208)
	 19: Rel (    24,    26)  ->  Abs (   596,  1234)
	 20: Rel (    19,     0)  ->  Abs (   615,  1234)
	 21: Rel (    18,     0)  ->  Abs (   633,  1234)
	 22: Rel (    24,   -26)  ->  Abs (   657,  1208)
	 23: Rel (     0,   -30)  ->  Abs (   657,  1178)
	 24: Rel (     0,  -418)  ->  Abs (   657,   760)
	 25: Rel (   372,     0)  ->  Abs (  1029,   760)
	 26: Rel (    30,     0)  ->  Abs (  1059,   760)
	 27: Rel (    26,   -23)  ->  Abs (  1085,   737)
	 28: Rel (     0,   -19)  ->  Abs (  1085,   718)
	 29: Rel (     0,   -19)  ->  Abs (  1085,   699)
	 30: Rel (   -26,   -23)  ->  Abs (  1059,   676)
	 31: Rel (   -30,     0)  ->  Abs (  1029,   676)
	 32: Rel (   -61,  -676)  ->  Abs (   968,     0)
	 33: Rel (  -707,     0)  ->  Abs (   261,     0)
	 34: Rel (   -79,     0)  ->  Abs (   182,     0)
	 35: Rel (    -8,     2)  ->  Abs (   174,     2)
	 36: Rel (   -13,     3)  ->  Abs (   161,     5)
	 37: Rel (   -17,    23)  ->  Abs (   144,    28)
	 38: Rel (     0,    14)  ->  Abs (   144,    42)
	 39: Rel (     0,    14)  ->  Abs (   144,    56)
	 40: Rel (    17,    23)  ->  Abs (   161,    79)
	 41: Rel (    13,     3)  ->  Abs (   174,    82)
	 42: Rel (     8,     3)  ->  Abs (   182,    85)
	 43: Rel (    79,     0)  ->  Abs (   261,    85)
	 44: Rel (   707,    -1)  ->  Abs (   968,    84)
	 45: Rel (    79,     0)  ->  Abs (  1047,    84)
	 46: Rel (     8,    -2)  ->  Abs (  1055,    82)
	 47: Rel (    13,    -3)  ->  Abs (  1068,    79)
	 48: Rel (    17,   -23)  ->  Abs (  1085,    56)
	 49: Rel (     0,   -14)  ->  Abs (  1085,    42)
	 50: Rel (     0,   -14)  ->  Abs (  1085,    28)
	 51: Rel (   -17,   -23)  ->  Abs (  1068,     5)
	 52: Rel (   -13,    -3)  ->  Abs (  1055,     2)
	 53: Rel (    -8,    -2)  ->  Abs (  1047,     0)

	Glyph 148: off = 0x0000B12A, len = 280
	  numberOfContours:	2
	  xMin:			98
	  yMin:			181
	  xMax:			1081
	  yMax:			1403

	EndPoints
	---------
	  0:  17
	  1:  39

	  Length of Instructions:	151
	00000: NPUSHB      (34):    10     9     9    36     0    17    20     0     9     8 
	                             0    17     8     9     9    36     0     1    20     0 
	                             9    10     0     1    30    36    18    18    29    36 
	                            19    10    91    17 
	00036: PUSHW[3]            426     9   766 
	00043: PUSHB[4]              0     8    91     1 
	00048: PUSHW[1]            426 
	00051: PUSHB[6]              0    19     0    24    52    10 
	00058: PUSHW[1]            444 
	00061: PUSHB[4]              0    35    52    12 
	00066: NPUSHW       (9):   662    17   683     8   444     6   662     1   683 
	00086: PUSHB[6]              0    25    40    79   129    24 
	00093: PUSHW[1]            289 
	00096: SCANCTRL   
	00097: CALL       
	00098: FLIPOFF    
	00099: SRP0       
	00100: MIRP[srp0,nmd,rd,0] 
	00101: FLIPON     
	00102: MIRP[nrp0,nmd,rd,0] 
	00103: MIRP[nrp0,md,rd,1] 
	00104: MIRP[nrp0,md,rd,1] 
	00105: MIRP[nrp0,nmd,rd,0] 
	00106: MIRP[srp0,md,rd,1] 
	00107: MIRP[nrp0,nmd,rd,0] 
	00108: SRP0       
	00109: MIRP[nrp0,md,rd,1] 
	00110: MIRP[nrp0,nmd,rd,0] 
	00111: SVTCA[y-axis] 
	00112: RTHG       
	00113: MDAP[rd]   
	00114: RTG        
	00115: MDAP[rd]   
	00116: RTHG       
	00117: SRP0       
	00118: MIRP[srp0,nmd,rd,0] 
	00119: RTG        
	00120: MIRP[nrp0,md,rd,1] 
	00121: SRP0       
	00122: MIRP[nrp0,nmd,rd,2] 
	00123: RTHG       
	00124: MIRP[srp0,nmd,rd,0] 
	00125: RTG        
	00126: MIRP[nrp0,md,rd,1] 
	00127: SRP0       
	00128: MIRP[nrp0,md,rd,1] 
	00129: ALIGNRP    
	00130: SRP0       
	00131: MIRP[nrp0,md,rd,1] 
	00132: SDPVTL[1]  
	00133: SFVTL[=p1,p2] 
	00134: MDAP[nrd]  
	00135: CALL       
	00136: SFVTPV     
	00137: RDTG       
	00138: SRP0       
	00139: MDRP[nrp0,nmd,rd,0] 
	00140: SDPVTL[1]  
	00141: SFVTL[=p1,p2] 
	00142: MDAP[nrd]  
	00143: RTG        
	00144: CALL       
	00145: SFVTPV     
	00146: RDTG       
	00147: SRP0       
	00148: MDRP[nrp0,nmd,rd,0] 
	00149: IUP[y]     
	00150: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                                      On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:                                      On
	 10:                                      On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:                      Y-Short X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual                               On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    98,   884)  ->  Abs (    98,   884)
	  1: Rel (   908,   506)  ->  Abs (  1006,  1390)
	  2: Rel (    22,    13)  ->  Abs (  1028,  1403)
	  3: Rel (    11,     0)  ->  Abs (  1039,  1403)
	  4: Rel (    17,     0)  ->  Abs (  1056,  1403)
	  5: Rel (    25,   -25)  ->  Abs (  1081,  1378)
	  6: Rel (     0,   -17)  ->  Abs (  1081,  1361)
	  7: Rel (     0,   -26)  ->  Abs (  1081,  1335)
	  8: Rel (   -34,   -18)  ->  Abs (  1047,  1317)
	  9: Rel (  -778,  -432)  ->  Abs (   269,   885)
	 10: Rel (   777,  -432)  ->  Abs (  1046,   453)
	 11: Rel (    34,   -19)  ->  Abs (  1080,   434)
	 12: Rel (     0,   -25)  ->  Abs (  1080,   409)
	 13: Rel (     0,   -17)  ->  Abs (  1080,   392)
	 14: Rel (   -25,   -25)  ->  Abs (  1055,   367)
	 15: Rel (   -17,     0)  ->  Abs (  1038,   367)
	 16: Rel (   -11,     0)  ->  Abs (  1027,   367)
	 17: Rel (   -22,    12)  ->  Abs (  1005,   379)
	 18: Rel (   -44,  -198)  ->  Abs (   961,   181)
	 19: Rel (  -744,     0)  ->  Abs (   217,   181)
	 20: Rel (   -78,     0)  ->  Abs (   139,   181)
	 21: Rel (    -8,     2)  ->  Abs (   131,   183)
	 22: Rel (   -13,     3)  ->  Abs (   118,   186)
	 23: Rel (   -17,    23)  ->  Abs (   101,   209)
	 24: Rel (     0,    14)  ->  Abs (   101,   223)
	 25: Rel (     0,    14)  ->  Abs (   101,   237)
	 26: Rel (    17,    23)  ->  Abs (   118,   260)
	 27: Rel (    12,     3)  ->  Abs (   130,   263)
	 28: Rel (     9,     2)  ->  Abs (   139,   265)
	 29: Rel (    78,     0)  ->  Abs (   217,   265)
	 30: Rel (   744,     0)  ->  Abs (   961,   265)
	 31: Rel (    79,     0)  ->  Abs (  1040,   265)
	 32: Rel (     8,    -2)  ->  Abs (  1048,   263)
	 33: Rel (    13,    -3)  ->  Abs (  1061,   260)
	 34: Rel (    17,   -23)  ->  Abs (  1078,   237)
	 35: Rel (     0,   -14)  ->  Abs (  1078,   223)
	 36: Rel (     0,   -14)  ->  Abs (  1078,   209)
	 37: Rel (   -17,   -23)  ->  Abs (  1061,   186)
	 38: Rel (   -13,    -3)  ->  Abs (  1048,   183)
	 39: Rel (    -8,    -2)  ->  Abs (  1040,   181)

	Glyph 149: off = 0x0000B242, len = 282
	  numberOfContours:	2
	  xMin:			148
	  yMin:			181
	  xMax:			1131
	  yMax:			1403

	EndPoints
	---------
	  0:  17
	  1:  39

	  Length of Instructions:	151
	00000: NPUSHB      (34):     9     8     9    10     8    36     1     0    20     1 
	                             1     0     9    10     9     8    10    36    17     0 
	                            20    17    17     0    30    36    18    18    29    36 
	                            19    10    91    17 
	00036: PUSHW[1]            426 
	00039: PUSHB[5]              9     0     8    91     1 
	00045: PUSHW[1]            426 
	00048: NPUSHB      (12):     0    19     0    35    52     0    24    25    12    25 
	                            40    10 
	00062: NPUSHW       (9):   444    17   683     9   399     8   444     1   683 
	00082: PUSHB[8]              0   185     6    25    40    80   123    24 
	00091: PUSHW[1]            291 
	00094: SCANCTRL   
	00095: CALL       
	00096: FLIPOFF    
	00097: SRP0       
	00098: MIRP[srp0,nmd,rd,0] 
	00099: FLIPON     
	00100: MIRP[srp0,md,rd,1] 
	00101: MIRP[nrp0,nmd,rd,0] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: MIRP[nrp0,md,rd,1] 
	00104: MIRP[nrp0,nmd,rd,0] 
	00105: MIRP[nrp0,md,rd,1] 
	00106: SRP0       
	00107: MIRP[nrp0,nmd,rd,2] 
	00108: MIRP[nrp0,nmd,rd,2] 
	00109: SRP0       
	00110: MIRP[nrp0,nmd,rd,0] 
	00111: SVTCA[y-axis] 
	00112: RTHG       
	00113: MDAP[rd]   
	00114: RTG        
	00115: MDAP[rd]   
	00116: RTHG       
	00117: SRP0       
	00118: MIRP[srp0,nmd,rd,0] 
	00119: RTG        
	00120: MIRP[nrp0,md,rd,1] 
	00121: SRP0       
	00122: ALIGNRP    
	00123: RTHG       
	00124: MIRP[srp0,nmd,rd,0] 
	00125: RTG        
	00126: MIRP[nrp0,md,rd,1] 
	00127: SRP0       
	00128: MIRP[nrp0,md,rd,1] 
	00129: ALIGNRP    
	00130: SRP0       
	00131: MIRP[nrp0,md,rd,1] 
	00132: SDPVTL[1]  
	00133: SFVTPV     
	00134: MDAP[nrd]  
	00135: CALL       
	00136: SFVTL[=p1,p2] 
	00137: RDTG       
	00138: SRP0       
	00139: MDRP[nrp0,nmd,rd,0] 
	00140: SDPVTL[1]  
	00141: SFVTPV     
	00142: MDAP[nrd]  
	00143: RTG        
	00144: CALL       
	00145: SFVTL[=p1,p2] 
	00146: RDTG       
	00147: SRP0       
	00148: MDRP[nrp0,nmd,rd,0] 
	00149: IUP[y]     
	00150: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                                      On
	 10:                                      On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:                                      On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual                               On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1131,   885)  ->  Abs (  1131,   885)
	  1: Rel (  -908,  -506)  ->  Abs (   223,   379)
	  2: Rel (   -22,   -12)  ->  Abs (   201,   367)
	  3: Rel (   -11,     0)  ->  Abs (   190,   367)
	  4: Rel (   -17,     0)  ->  Abs (   173,   367)
	  5: Rel (   -25,    24)  ->  Abs (   148,   391)
	  6: Rel (     0,    18)  ->  Abs (   148,   409)
	  7: Rel (     0,    25)  ->  Abs (   148,   434)
	  8: Rel (    34,    19)  ->  Abs (   182,   453)
	  9: Rel (   778,   432)  ->  Abs (   960,   885)
	 10: Rel (  -777,   431)  ->  Abs (   183,  1316)
	 11: Rel (   -34,    19)  ->  Abs (   149,  1335)
	 12: Rel (     0,    26)  ->  Abs (   149,  1361)
	 13: Rel (     0,    17)  ->  Abs (   149,  1378)
	 14: Rel (    25,    25)  ->  Abs (   174,  1403)
	 15: Rel (    17,     0)  ->  Abs (   191,  1403)
	 16: Rel (    11,     0)  ->  Abs (   202,  1403)
	 17: Rel (    22,   -13)  ->  Abs (   224,  1390)
	 18: Rel (   788, -1209)  ->  Abs (  1012,   181)
	 19: Rel (  -744,     0)  ->  Abs (   268,   181)
	 20: Rel (   -79,     0)  ->  Abs (   189,   181)
	 21: Rel (    -8,     2)  ->  Abs (   181,   183)
	 22: Rel (   -13,     3)  ->  Abs (   168,   186)
	 23: Rel (   -17,    23)  ->  Abs (   151,   209)
	 24: Rel (     0,    14)  ->  Abs (   151,   223)
	 25: Rel (     0,    14)  ->  Abs (   151,   237)
	 26: Rel (    17,    23)  ->  Abs (   168,   260)
	 27: Rel (    13,     3)  ->  Abs (   181,   263)
	 28: Rel (     8,     2)  ->  Abs (   189,   265)
	 29: Rel (    79,     0)  ->  Abs (   268,   265)
	 30: Rel (   744,     0)  ->  Abs (  1012,   265)
	 31: Rel (    79,     0)  ->  Abs (  1091,   265)
	 32: Rel (     8,    -2)  ->  Abs (  1099,   263)
	 33: Rel (    12,    -3)  ->  Abs (  1111,   260)
	 34: Rel (    17,   -23)  ->  Abs (  1128,   237)
	 35: Rel (     0,   -14)  ->  Abs (  1128,   223)
	 36: Rel (     0,   -14)  ->  Abs (  1128,   209)
	 37: Rel (   -17,   -23)  ->  Abs (  1111,   186)
	 38: Rel (   -12,    -3)  ->  Abs (  1099,   183)
	 39: Rel (    -9,    -2)  ->  Abs (  1090,   181)

	Glyph 150: off = 0x0000B35C, len = 688
	  numberOfContours:	1
	  xMin:			98
	  yMin:			0
	  xMax:			1128
	  yMax:			1170

	EndPoints
	---------
	  0:  84

	  Length of Instructions:	462
	00000: PUSHB[5]              0    60     1    18    24 
	00006: PUSHW[1]            696 
	00009: NPUSHB      (11):    21   214    25    21    21    24    25    50    18    52 
	                            58 
	00022: PUSHW[1]            696 
	00025: NPUSHB      (14):    55    55   155    59    55    55    58    59    50    52 
	                            59    60    69    75 
	00041: PUSHW[4]            696    72    72   273 
	00050: NPUSHB      (11):    76    72    72    75    76    50    69    76    77    17 
	                            11 
	00063: PUSHW[1]            696 
	00066: NPUSHB      (11):    14   214    10    14    14    11    10    50    17    51 
	                            45 
	00079: PUSHW[4]            696    48    48   273 
	00088: NPUSHB      (11):    44    48    48    45    44    50    51    44    43    68 
	                            62 
	00101: PUSHW[1]            696 
	00104: NPUSHB     (101):    65    65   155    61    65    65    62    61    50    68 
	                            61    60    61    60    60    36    77    76    20    77 
	                            60    59    77    76    59    60    60    36    43    44 
	                            20    43    60    61    43    44    59    44    43     3 
	                            34    48    77    76    61     3    72    10    60    52 
	                            84    77    78     2    77     8     8    33    77    16 
	                            27    32    27     2    27    27    17    36    78    77 
	                            84    84    42    77    43    77    36    36    17    18 
	                            17    69    68    52    51     2    17    10    81   218 
	                             0     5   218     9    30   218    26    39   218    35 
	                            61 
	00207: PUSHW[1]            692 
	00210: PUSHB[3]             72   132    76 
	00214: PUSHW[1]            -64 
	00217: PUSHB[6]             32    53    48    76     1    76 
	00224: PUSHW[1]            415 
	00227: NPUSHB      (12):     0    10    10     9     9    10    36    35    26    25 
	                            25    34 
	00241: PUSHW[1]            415 
	00244: PUSHB[5]             59    64    32    53    59 
	00250: PUSHW[1]            692 
	00253: NPUSHB      (25):    48    44     1    44   132    63    48    79    48    95 
	                            48   111    48     4    63    48    79    48     2    48 
	                            25    85    79   123    24 
	00280: CALL       
	00281: FLIPOFF    
	00282: SRP0       
	00283: MIRP[srp0,nmd,rd,0] 
	00284: DELTAP1    
	00285: DELTAP2    
	00286: FLIPON     
	00287: MIRP[srp0,nmd,rd,0] 
	00288: DELTAP1    
	00289: MIRP[nrp0,md,rd,1] 
	00290: CALL       
	00291: MIRP[srp0,nmd,rd,0] 
	00292: ALIGNRP    
	00293: SRP0       
	00294: ALIGNRP    
	00295: ALIGNRP    
	00296: MIRP[srp0,md,rd,1] 
	00297: ALIGNRP    
	00298: SRP0       
	00299: ALIGNRP    
	00300: SRP0       
	00301: ALIGNRP    
	00302: MIRP[srp0,nmd,rd,0] 
	00303: DELTAP1    
	00304: CALL       
	00305: MIRP[nrp0,nmd,rd,0] 
	00306: MIRP[nrp0,md,rd,1] 
	00307: SRP0       
	00308: MIRP[nrp0,nmd,rd,0] 
	00309: SRP0       
	00310: MIRP[nrp0,nmd,rd,0] 
	00311: SRP0       
	00312: MIRP[nrp0,nmd,rd,0] 
	00313: SRP0       
	00314: MIRP[nrp0,nmd,rd,0] 
	00315: SVTCA[y-axis] 
	00316: MIAP[rd+ci] 
	00317: MIAP[rd+ci] 
	00318: ALIGNRP    
	00319: ALIGNRP    
	00320: ALIGNRP    
	00321: SRP0       
	00322: ALIGNRP    
	00323: SRP2       
	00324: IP         
	00325: MDAP[rd]   
	00326: MIRP[nrp0,md,rd,1] 
	00327: MIRP[nrp0,md,rd,1] 
	00328: ALIGNRP    
	00329: SRP0       
	00330: MIRP[nrp0,md,rd,1] 
	00331: SRP1       
	00332: SRP2       
	00333: IP         
	00334: MDAP[rd]   
	00335: DELTAP1    
	00336: MIRP[nrp0,md,rd,1] 
	00337: ALIGNRP    
	00338: SRP0       
	00339: MIRP[nrp0,md,rd,1] 
	00340: SRP0       
	00341: ALIGNRP    
	00342: SRP1       
	00343: SRP2       
	00344: IP         
	00345: SVTCA[x-axis] 
	00346: SRP1       
	00347: SRP2       
	00348: SLOOP      
	00349: IP         
	00350: SRP1       
	00351: SRP2       
	00352: SLOOP      
	00353: IP         
	00354: SDPVTL[1]  
	00355: SFVTL[=p1,p2] 
	00356: MDAP[nrd]  
	00357: CALL       
	00358: SFVTCA[x-axis] 
	00359: RDTG       
	00360: SRP0       
	00361: MDRP[nrp0,nmd,rd,0] 
	00362: SDPVTL[1]  
	00363: SFVTL[=p1,p2] 
	00364: MDAP[nrd]  
	00365: RTG        
	00366: CALL       
	00367: SFVTCA[x-axis] 
	00368: RDTG       
	00369: SRP0       
	00370: MDRP[nrp0,nmd,rd,0] 
	00371: RTG        
	00372: SVTCA[y-axis] 
	00373: SFVTL[=p1,p2] 
	00374: SRP0       
	00375: MIRP[srp0,md,rd,1] 
	00376: RTDG       
	00377: SRP2       
	00378: IP         
	00379: MDAP[rd]   
	00380: RTG        
	00381: SVTCA[x-axis] 
	00382: SRP0       
	00383: MIRP[srp0,nmd,nrd,1] 
	00384: MDAP[rd]   
	00385: MIRP[srp0,nmd,rd,0] 
	00386: MDRP[nrp0,nmd,rd,0] 
	00387: SVTCA[y-axis] 
	00388: SFVTL[=p1,p2] 
	00389: SRP0       
	00390: MIRP[srp0,md,rd,1] 
	00391: RTDG       
	00392: SRP2       
	00393: IP         
	00394: MDAP[rd]   
	00395: RTG        
	00396: SVTCA[x-axis] 
	00397: SRP0       
	00398: MIRP[srp0,nmd,nrd,1] 
	00399: MDAP[rd]   
	00400: MIRP[srp0,nmd,rd,0] 
	00401: MDRP[nrp0,nmd,rd,0] 
	00402: SVTCA[y-axis] 
	00403: SRP0       
	00404: MIRP[srp0,md,rd,1] 
	00405: RTDG       
	00406: SRP2       
	00407: IP         
	00408: MDAP[rd]   
	00409: RTG        
	00410: SVTCA[x-axis] 
	00411: SRP0       
	00412: MIRP[srp0,nmd,rd,1] 
	00413: MIRP[srp0,nmd,rd,0] 
	00414: MDRP[nrp0,nmd,rd,0] 
	00415: SVTCA[y-axis] 
	00416: SFVTL[=p1,p2] 
	00417: SRP0       
	00418: MIRP[srp0,md,rd,1] 
	00419: RTDG       
	00420: SRP2       
	00421: IP         
	00422: MDAP[rd]   
	00423: RTG        
	00424: SVTCA[x-axis] 
	00425: SRP0       
	00426: MIRP[srp0,nmd,nrd,1] 
	00427: MDAP[rd]   
	00428: MIRP[srp0,nmd,rd,0] 
	00429: MDRP[nrp0,nmd,rd,0] 
	00430: SVTCA[y-axis] 
	00431: SFVTL[=p1,p2] 
	00432: SRP0       
	00433: MIRP[srp0,md,rd,1] 
	00434: RTDG       
	00435: SRP2       
	00436: IP         
	00437: MDAP[rd]   
	00438: RTG        
	00439: SVTCA[x-axis] 
	00440: SRP0       
	00441: MIRP[srp0,nmd,nrd,1] 
	00442: MDAP[rd]   
	00443: MIRP[srp0,nmd,rd,0] 
	00444: MDRP[nrp0,nmd,rd,0] 
	00445: SVTCA[y-axis] 
	00446: SRP0       
	00447: MIRP[srp0,md,rd,1] 
	00448: RTDG       
	00449: SRP2       
	00450: IP         
	00451: MDAP[rd]   
	00452: RTG        
	00453: SVTCA[x-axis] 
	00454: SRP0       
	00455: MIRP[srp0,nmd,rd,1] 
	00456: MIRP[srp0,nmd,rd,0] 
	00457: MDRP[nrp0,nmd,rd,0] 
	00458: IUP[y]     
	00459: IUP[x]     
	00460: SVTCA[y-axis] 
	00461: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:        XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                               On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual         Y-Short         On
	 27:  YDual                               On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:  YDual XDual         Y-Short         On
	 36:  YDual                               On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short On
	 44:                                      On
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:                      Y-Short X-Short Off
	 58:  YDual                       X-Short On
	 59:  YDual                       X-Short On
	 60:                                      On
	 61:                                      On
	 62:  YDual                       X-Short On
	 63:  YDual                       X-Short Off
	 64:  YDual               Y-Short X-Short Off
	 65:  YDual XDual         Y-Short         On
	 66:  YDual XDual         Y-Short         Off
	 67:  YDual XDual         Y-Short X-Short Off
	 68:  YDual XDual                 X-Short On
	 69:  YDual XDual                 X-Short On
	 70:  YDual XDual                 X-Short Off
	 71:        XDual         Y-Short X-Short Off
	 72:        XDual         Y-Short         On
	 73:        XDual         Y-Short         Off
	 74:                      Y-Short X-Short Off
	 75:  YDual                       X-Short On
	 76:  YDual                       X-Short On
	 77:                                      On
	 78:  YDual XDual                 X-Short On
	 79:  YDual XDual                 X-Short Off
	 80:        XDual         Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:                      Y-Short X-Short Off
	 84:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   657,   511)  ->  Abs (   657,   511)
	  1: Rel (     0,  -158)  ->  Abs (   657,   353)
	  2: Rel (   271,     0)  ->  Abs (   928,   353)
	  3: Rel (    22,     0)  ->  Abs (   950,   353)
	  4: Rel (    19,   -16)  ->  Abs (   969,   337)
	  5: Rel (     0,   -14)  ->  Abs (   969,   323)
	  6: Rel (     0,   -13)  ->  Abs (   969,   310)
	  7: Rel (   -19,   -17)  ->  Abs (   950,   293)
	  8: Rel (   -22,     0)  ->  Abs (   928,   293)
	  9: Rel (  -271,     0)  ->  Abs (   657,   293)
	 10: Rel (     0,  -209)  ->  Abs (   657,    84)
	 11: Rel (   179,     0)  ->  Abs (   836,    84)
	 12: Rel (    30,     0)  ->  Abs (   866,    84)
	 13: Rel (    26,   -23)  ->  Abs (   892,    61)
	 14: Rel (     0,   -19)  ->  Abs (   892,    42)
	 15: Rel (     0,   -18)  ->  Abs (   892,    24)
	 16: Rel (   -26,   -24)  ->  Abs (   866,     0)
	 17: Rel (   -30,     0)  ->  Abs (   836,     0)
	 18: Rel (  -443,     0)  ->  Abs (   393,     0)
	 19: Rel (   -30,     0)  ->  Abs (   363,     0)
	 20: Rel (   -26,    24)  ->  Abs (   337,    24)
	 21: Rel (     0,    18)  ->  Abs (   337,    42)
	 22: Rel (     0,    19)  ->  Abs (   337,    61)
	 23: Rel (    26,    23)  ->  Abs (   363,    84)
	 24: Rel (    30,     0)  ->  Abs (   393,    84)
	 25: Rel (   179,     0)  ->  Abs (   572,    84)
	 26: Rel (     0,   209)  ->  Abs (   572,   293)
	 27: Rel (  -271,     0)  ->  Abs (   301,   293)
	 28: Rel (   -21,     0)  ->  Abs (   280,   293)
	 29: Rel (   -19,    17)  ->  Abs (   261,   310)
	 30: Rel (     0,    13)  ->  Abs (   261,   323)
	 31: Rel (     0,    14)  ->  Abs (   261,   337)
	 32: Rel (    19,    16)  ->  Abs (   280,   353)
	 33: Rel (    21,     0)  ->  Abs (   301,   353)
	 34: Rel (   271,     0)  ->  Abs (   572,   353)
	 35: Rel (     0,   158)  ->  Abs (   572,   511)
	 36: Rel (  -271,     0)  ->  Abs (   301,   511)
	 37: Rel (   -21,     0)  ->  Abs (   280,   511)
	 38: Rel (   -19,    17)  ->  Abs (   261,   528)
	 39: Rel (     0,    13)  ->  Abs (   261,   541)
	 40: Rel (     0,    13)  ->  Abs (   261,   554)
	 41: Rel (    19,    17)  ->  Abs (   280,   571)
	 42: Rel (    21,     0)  ->  Abs (   301,   571)
	 43: Rel (   242,     0)  ->  Abs (   543,   571)
	 44: Rel (  -339,   515)  ->  Abs (   204,  1086)
	 45: Rel (   -50,     0)  ->  Abs (   154,  1086)
	 46: Rel (   -30,     0)  ->  Abs (   124,  1086)
	 47: Rel (   -26,    23)  ->  Abs (    98,  1109)
	 48: Rel (     0,    19)  ->  Abs (    98,  1128)
	 49: Rel (     0,    19)  ->  Abs (    98,  1147)
	 50: Rel (    26,    23)  ->  Abs (   124,  1170)
	 51: Rel (    30,     0)  ->  Abs (   154,  1170)
	 52: Rel (   230,     0)  ->  Abs (   384,  1170)
	 53: Rel (    30,     0)  ->  Abs (   414,  1170)
	 54: Rel (    26,   -23)  ->  Abs (   440,  1147)
	 55: Rel (     0,   -19)  ->  Abs (   440,  1128)
	 56: Rel (     0,   -19)  ->  Abs (   440,  1109)
	 57: Rel (   -26,   -23)  ->  Abs (   414,  1086)
	 58: Rel (   -30,     0)  ->  Abs (   384,  1086)
	 59: Rel (   -81,     0)  ->  Abs (   303,  1086)
	 60: Rel (   311,  -472)  ->  Abs (   614,   614)
	 61: Rel (   311,   472)  ->  Abs (   925,  1086)
	 62: Rel (   -82,     0)  ->  Abs (   843,  1086)
	 63: Rel (   -30,     0)  ->  Abs (   813,  1086)
	 64: Rel (   -26,    23)  ->  Abs (   787,  1109)
	 65: Rel (     0,    19)  ->  Abs (   787,  1128)
	 66: Rel (     0,    19)  ->  Abs (   787,  1147)
	 67: Rel (    26,    23)  ->  Abs (   813,  1170)
	 68: Rel (    30,     0)  ->  Abs (   843,  1170)
	 69: Rel (   228,     0)  ->  Abs (  1071,  1170)
	 70: Rel (    31,     0)  ->  Abs (  1102,  1170)
	 71: Rel (    26,   -23)  ->  Abs (  1128,  1147)
	 72: Rel (     0,   -19)  ->  Abs (  1128,  1128)
	 73: Rel (     0,   -19)  ->  Abs (  1128,  1109)
	 74: Rel (   -26,   -23)  ->  Abs (  1102,  1086)
	 75: Rel (   -31,     0)  ->  Abs (  1071,  1086)
	 76: Rel (   -48,     0)  ->  Abs (  1023,  1086)
	 77: Rel (  -340,  -515)  ->  Abs (   683,   571)
	 78: Rel (   245,     0)  ->  Abs (   928,   571)
	 79: Rel (    22,     0)  ->  Abs (   950,   571)
	 80: Rel (    19,   -17)  ->  Abs (   969,   554)
	 81: Rel (     0,   -13)  ->  Abs (   969,   541)
	 82: Rel (     0,   -14)  ->  Abs (   969,   527)
	 83: Rel (   -19,   -16)  ->  Abs (   950,   511)
	 84: Rel (   -22,     0)  ->  Abs (   928,   511)

	Glyph 151: off = 0x0000B60C, len = 248
	  numberOfContours:	1
	  xMin:			90
	  yMin:			-386
	  xMax:			1112
	  yMax:			866

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	125
	00000: NPUSHB      (68):     9    15    12    47     8     8    34    15    24    30 
	                            27    78    23    23    34    30    33    39     0    36 
	                             1    36    70    32    32    34    39     0    39    22 
	                            41    30    15     6    39    10    20    33    43    11 
	                             4    14    23    40    32    31    15    32     1    32 
	                            26    46    16     1    32     7     7    64     8   160 
	                             8     2     8    25    45    71    97    24 
	00070: CALL       
	00071: FLIPOFF    
	00072: SRP0       
	00073: MIRP[srp0,nmd,rd,0] 
	00074: DELTAP1    
	00075: ALIGNRP    
	00076: FLIPON     
	00077: SRP0       
	00078: MIRP[srp0,md,rd,1] 
	00079: ALIGNRP    
	00080: FLIPOFF    
	00081: SRP0       
	00082: MIRP[srp0,nmd,rd,2] 
	00083: DELTAP1    
	00084: ALIGNRP    
	00085: FLIPON     
	00086: MIRP[srp0,md,rd,1] 
	00087: ALIGNRP    
	00088: SVTCA[y-axis] 
	00089: MIAP[rd+ci] 
	00090: MIAP[rd+ci] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: MIAP[rd+ci] 
	00093: MIAP[rd+ci] 
	00094: ALIGNRP    
	00095: IP         
	00096: IP         
	00097: SRP1       
	00098: IP         
	00099: SRP0       
	00100: MIRP[nrp0,md,rd,1] 
	00101: SVTCA[x-axis] 
	00102: SRP0       
	00103: MIRP[srp0,nmd,rd,1] 
	00104: DELTAP1    
	00105: MDRP[srp0,nmd,rd,0] 
	00106: ALIGNRP    
	00107: SVTCA[y-axis] 
	00108: SRP0       
	00109: MIRP[nrp0,md,rd,1] 
	00110: SVTCA[x-axis] 
	00111: SRP0       
	00112: MIRP[srp0,nmd,rd,1] 
	00113: MDRP[srp0,nmd,rd,0] 
	00114: ALIGNRP    
	00115: SVTCA[y-axis] 
	00116: SRP0       
	00117: MIRP[nrp0,md,rd,1] 
	00118: SVTCA[x-axis] 
	00119: SRP0       
	00120: MIRP[srp0,nmd,rd,1] 
	00121: MDRP[srp0,nmd,rd,0] 
	00122: ALIGNRP    
	00123: IUP[y]     
	00124: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:        XDual                         On
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On
	 32:        XDual                         On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short On
	 41:  YDual XDual         Y-Short         On
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   343,    34)  ->  Abs (   343,    34)
	  1: Rel (     0,  -364)  ->  Abs (   343,  -330)
	  2: Rel (     0,   -30)  ->  Abs (   343,  -360)
	  3: Rel (   -23,   -26)  ->  Abs (   320,  -386)
	  4: Rel (   -19,     0)  ->  Abs (   301,  -386)
	  5: Rel (   -19,     0)  ->  Abs (   282,  -386)
	  6: Rel (   -23,    26)  ->  Abs (   259,  -360)
	  7: Rel (     0,    30)  ->  Abs (   259,  -330)
	  8: Rel (     0,  1111)  ->  Abs (   259,   781)
	  9: Rel (  -113,     0)  ->  Abs (   146,   781)
	 10: Rel (   -30,     0)  ->  Abs (   116,   781)
	 11: Rel (   -26,    24)  ->  Abs (    90,   805)
	 12: Rel (     0,    19)  ->  Abs (    90,   824)
	 13: Rel (     0,    18)  ->  Abs (    90,   842)
	 14: Rel (    26,    24)  ->  Abs (   116,   866)
	 15: Rel (    30,     0)  ->  Abs (   146,   866)
	 16: Rel (   197,     0)  ->  Abs (   343,   866)
	 17: Rel (     0,  -627)  ->  Abs (   343,   239)
	 18: Rel (     0,   -82)  ->  Abs (   343,   157)
	 19: Rel (   104,  -106)  ->  Abs (   447,    51)
	 20: Rel (    78,     0)  ->  Abs (   525,    51)
	 21: Rel (   205,     0)  ->  Abs (   730,    51)
	 22: Rel (   171,   188)  ->  Abs (   901,   239)
	 23: Rel (     0,   542)  ->  Abs (   901,   781)
	 24: Rel (  -155,     0)  ->  Abs (   746,   781)
	 25: Rel (   -30,     0)  ->  Abs (   716,   781)
	 26: Rel (   -26,    24)  ->  Abs (   690,   805)
	 27: Rel (     0,    19)  ->  Abs (   690,   824)
	 28: Rel (     0,    18)  ->  Abs (   690,   842)
	 29: Rel (    26,    24)  ->  Abs (   716,   866)
	 30: Rel (    30,     0)  ->  Abs (   746,   866)
	 31: Rel (   239,     0)  ->  Abs (   985,   866)
	 32: Rel (     0,  -782)  ->  Abs (   985,    84)
	 33: Rel (    71,     0)  ->  Abs (  1056,    84)
	 34: Rel (    30,     0)  ->  Abs (  1086,    84)
	 35: Rel (    26,   -23)  ->  Abs (  1112,    61)
	 36: Rel (     0,   -19)  ->  Abs (  1112,    42)
	 37: Rel (     0,   -18)  ->  Abs (  1112,    24)
	 38: Rel (   -26,   -24)  ->  Abs (  1086,     0)
	 39: Rel (   -30,     0)  ->  Abs (  1056,     0)
	 40: Rel (  -155,     0)  ->  Abs (   901,     0)
	 41: Rel (     0,   123)  ->  Abs (   901,   123)
	 42: Rel (  -172,  -156)  ->  Abs (   729,   -33)
	 43: Rel (  -202,     0)  ->  Abs (   527,   -33)
	 44: Rel (  -109,     0)  ->  Abs (   418,   -33)

	Glyph 152: off = 0x0000B704, len = 216
	  numberOfContours:	2
	  xMin:			176
	  yMin:			-30
	  xMax:			999
	  yMax:			1255

	EndPoints
	---------
	  0:  32
	  1:  47

	  Length of Instructions:	69
	00000: NPUSHB      (38):    73    27     1    42    91    25     3     0    91    33 
	                            33    25    10   118     4    91    17     2     7    91 
	                            13   160    28    33    52     0    91    21    26    49 
	                            39    91    28    25    48    99   188    24 
	00040: CALL       
	00041: FLIPOFF    
	00042: SRP0       
	00043: MIRP[srp0,nmd,rd,0] 
	00044: FLIPON     
	00045: MIRP[nrp0,md,rd,1] 
	00046: FLIPOFF    
	00047: SRP0       
	00048: MIRP[srp0,nmd,rd,2] 
	00049: FLIPON     
	00050: MIRP[srp0,md,rd,1] 
	00051: MIRP[nrp0,nmd,rd,0] 
	00052: SRP0       
	00053: MIRP[srp0,nmd,rd,0] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[y-axis] 
	00056: MIAP[rd+ci] 
	00057: MIRP[nrp0,md,rd,1] 
	00058: MIRP[nrp0,md,rd,1] 
	00059: SRP2       
	00060: IP         
	00061: MDAP[rd]   
	00062: MIRP[nrp0,md,rd,1] 
	00063: MIAP[rd+ci] 
	00064: MIRP[nrp0,md,rd,1] 
	00065: IUP[y]     
	00066: IUP[x]     
	00067: SVTCA[x-axis] 
	00068: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual       Rep-  2 Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual                         On
	 22:        XDual         Y-Short         Off
	 23:                              X-Short Off
	 24:                      Y-Short         Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual               Y-Short         Off
	 33:        XDual         Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:              Rep-  2 Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   916,   766)  ->  Abs (   916,   766)
	  1: Rel (    -3,   188)  ->  Abs (   913,   954)
	  2: Rel (   -55,   149)  ->  Abs (   858,  1103)
	  3: Rel (   -88,    66)  ->  Abs (   770,  1169)
	  4: Rel (   -56,     0)  ->  Abs (   714,  1169)
	  5: Rel (   -64,     0)  ->  Abs (   650,  1169)
	  6: Rel (  -117,   -79)  ->  Abs (   533,  1090)
	  7: Rel (   -55,  -100)  ->  Abs (   478,   990)
	  8: Rel (   -14,   -27)  ->  Abs (   464,   963)
	  9: Rel (   -18,   -13)  ->  Abs (   446,   950)
	 10: Rel (   -12,     0)  ->  Abs (   434,   950)
	 11: Rel (   -20,     0)  ->  Abs (   414,   950)
	 12: Rel (   -25,    24)  ->  Abs (   389,   974)
	 13: Rel (     0,    16)  ->  Abs (   389,   990)
	 14: Rel (     0,    28)  ->  Abs (   389,  1018)
	 15: Rel (   101,   151)  ->  Abs (   490,  1169)
	 16: Rel (   151,    86)  ->  Abs (   641,  1255)
	 17: Rel (    72,     0)  ->  Abs (   713,  1255)
	 18: Rel (   106,     0)  ->  Abs (   819,  1255)
	 19: Rel (    73,   -78)  ->  Abs (   892,  1177)
	 20: Rel (   107,  -112)  ->  Abs (   999,  1065)
	 21: Rel (     0,  -279)  ->  Abs (   999,   786)
	 22: Rel (     0,  -251)  ->  Abs (   999,   535)
	 23: Rel (  -155,  -380)  ->  Abs (   844,   155)
	 24: Rel (  -266,  -185)  ->  Abs (   578,   -30)
	 25: Rel (  -130,     0)  ->  Abs (   448,   -30)
	 26: Rel (  -123,     0)  ->  Abs (   325,   -30)
	 27: Rel (  -149,   153)  ->  Abs (   176,   123)
	 28: Rel (     0,   133)  ->  Abs (   176,   256)
	 29: Rel (     0,   114)  ->  Abs (   176,   370)
	 30: Rel (   103,   193)  ->  Abs (   279,   563)
	 31: Rel (   173,   126)  ->  Abs (   452,   689)
	 32: Rel (   264,    73)  ->  Abs (   716,   762)
	 33: Rel (   198,   -82)  ->  Abs (   914,   680)
	 34: Rel (  -155,    -4)  ->  Abs (   759,   676)
	 35: Rel (   -82,   -15)  ->  Abs (   677,   661)
	 36: Rel (  -133,   -24)  ->  Abs (   544,   637)
	 37: Rel (  -183,  -106)  ->  Abs (   361,   531)
	 38: Rel (  -102,  -180)  ->  Abs (   259,   351)
	 39: Rel (     0,   -97)  ->  Abs (   259,   254)
	 40: Rel (     0,   -89)  ->  Abs (   259,   165)
	 41: Rel (   111,  -110)  ->  Abs (   370,    55)
	 42: Rel (    83,     0)  ->  Abs (   453,    55)
	 43: Rel (    80,     0)  ->  Abs (   533,    55)
	 44: Rel (   167,    91)  ->  Abs (   700,   146)
	 45: Rel (   124,   156)  ->  Abs (   824,   302)
	 46: Rel (    43,   134)  ->  Abs (   867,   436)
	 47: Rel (    30,    94)  ->  Abs (   897,   530)

	Glyph 153: off = 0x0000B7DC, len = 278
	  numberOfContours:	1
	  xMin:			43
	  yMin:			-386
	  xMax:			1101
	  yMax:			1255

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	186
	00000: NPUSHB      (25):    24    25    24    23    25    30    10    11    20    10 
	                            10    11    11    12    11    10    12    30    23    24 
	                            20    23    23    24    24 
	00027: PUSHW[1]            342 
	00030: PUSHB[5]             11    11     9    13     4 
	00036: PUSHW[1]            420 
	00039: NPUSHB      (11):     0    38     8    25    38    10   207     8     9    14 
	                            18 
	00052: PUSHW[1]            414 
	00055: NPUSHB      (29):    22    38    14    23    38    14    12   207    13     2 
	                            22    21     0     1    38     7     7     8   102    21 
	                            38    15    15    14    26    27    24    38    11 
	00086: PUSHW[1]            736 
	00089: NPUSHB      (15):     9    13    12    25    38    10    23    38    12   102 
	                            10    10     9    25    26 
	00106: PUSHW[4]            294   121    24   300 
	00115: SCANCTRL   
	00116: CALL       
	00117: FLIPOFF    
	00118: SRP0       
	00119: MIRP[srp0,nmd,rd,0] 
	00120: ALIGNRP    
	00121: FLIPON     
	00122: SRP0       
	00123: MIRP[srp0,nmd,rd,0] 
	00124: MIRP[nrp0,md,rd,1] 
	00125: SRP0       
	00126: MIRP[nrp0,md,rd,1] 
	00127: SRP0       
	00128: ALIGNRP    
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,0] 
	00131: MIRP[nrp0,md,rd,1] 
	00132: FLIPOFF    
	00133: SRP0       
	00134: MIRP[srp0,nmd,rd,2] 
	00135: ALIGNRP    
	00136: FLIPON     
	00137: SRP0       
	00138: MIRP[nrp0,md,rd,1] 
	00139: MIRP[srp0,nmd,rd,0] 
	00140: ALIGNRP    
	00141: SRP0       
	00142: MIRP[srp0,md,rd,1] 
	00143: ALIGNRP    
	00144: SRP0       
	00145: ALIGNRP    
	00146: SVTCA[y-axis] 
	00147: MIAP[rd+ci] 
	00148: MIRP[nrp0,nmd,rd,2] 
	00149: ALIGNRP    
	00150: MIRP[nrp0,md,rd,1] 
	00151: SRP0       
	00152: MIRP[nrp0,md,rd,1] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: MIAP[rd+ci] 
	00155: ALIGNRP    
	00156: MIRP[nrp0,nmd,rd,2] 
	00157: MIRP[nrp0,md,rd,1] 
	00158: SRP0       
	00159: MIRP[nrp0,md,rd,1] 
	00160: MIRP[nrp0,md,rd,1] 
	00161: RTHG       
	00162: SRP1       
	00163: SRP2       
	00164: IP         
	00165: MDAP[rd]   
	00166: RTG        
	00167: MIRP[nrp0,nmd,rd,1] 
	00168: SDPVTL[1]  
	00169: MDAP[nrd]  
	00170: CALL       
	00171: SFVTL[=p1,p2] 
	00172: RDTG       
	00173: SRP0       
	00174: MDRP[nrp0,nmd,rd,0] 
	00175: SDPVTL[1]  
	00176: SFVTCA[x-axis] 
	00177: MDAP[nrd]  
	00178: RTG        
	00179: CALL       
	00180: SFVTL[=p1,p2] 
	00181: RDTG       
	00182: SRP0       
	00183: MDRP[nrp0,nmd,rd,0] 
	00184: IUP[y]     
	00185: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:  YDual XDual         Y-Short         On
	 11:                                      On
	 12:                                      On
	 13:  YDual XDual         Y-Short         On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         On
	 23:  YDual                               On
	 24:                                      On
	 25:                                      On

	Coordinates
	-----------
	  0: Rel (  1016,  -302)  ->  Abs (  1016,  -302)
	  1: Rel (     0,   265)  ->  Abs (  1016,   -37)
	  2: Rel (     0,    30)  ->  Abs (  1016,    -7)
	  3: Rel (    24,    26)  ->  Abs (  1040,    19)
	  4: Rel (    19,     0)  ->  Abs (  1059,    19)
	  5: Rel (    18,     0)  ->  Abs (  1077,    19)
	  6: Rel (    24,   -26)  ->  Abs (  1101,    -7)
	  7: Rel (     0,   -30)  ->  Abs (  1101,   -37)
	  8: Rel (     0,  -349)  ->  Abs (  1101,  -386)
	  9: Rel ( -1058,     0)  ->  Abs (    43,  -386)
	 10: Rel (     0,    90)  ->  Abs (    43,  -296)
	 11: Rel (   523,   744)  ->  Abs (   566,   448)
	 12: Rel (  -506,   728)  ->  Abs (    60,  1176)
	 13: Rel (     0,    79)  ->  Abs (    60,  1255)
	 14: Rel (  1035,     0)  ->  Abs (  1095,  1255)
	 15: Rel (     0,  -319)  ->  Abs (  1095,   936)
	 16: Rel (     0,   -30)  ->  Abs (  1095,   906)
	 17: Rel (   -23,   -26)  ->  Abs (  1072,   880)
	 18: Rel (   -19,     0)  ->  Abs (  1053,   880)
	 19: Rel (   -19,     0)  ->  Abs (  1034,   880)
	 20: Rel (   -23,    26)  ->  Abs (  1011,   906)
	 21: Rel (     0,    30)  ->  Abs (  1011,   936)
	 22: Rel (     0,   234)  ->  Abs (  1011,  1170)
	 23: Rel (  -855,     0)  ->  Abs (   156,  1170)
	 24: Rel (   507,  -714)  ->  Abs (   663,   456)
	 25: Rel (  -523,  -758)  ->  Abs (   140,  -302)

	Glyph 154: off = 0x0000B8F2, len = 250
	  numberOfContours:	1
	  xMin:			54
	  yMin:			-386
	  xMax:			1175
	  yMax:			1255

	EndPoints
	---------
	  0:  50

	  Length of Instructions:	112
	00000: NPUSHB      (59):    38    36    36    50    91    44    44     4    91    10 
	                            17    91    10    11    14     1    91    34    91    28 
	                             2    91    20    91    28    27     2    40   177    36 
	                            47   177     0     0     1    91    31   177    35    35 
	                            36   212    52     7   177     2     3    14   177     3 
	                            91    18    23   177    19    19    18   232    51 
	00061: PUSHW[3]            740   341    24 
	00068: CALL       
	00069: SRP0       
	00070: MIRP[srp0,nmd,rd,2] 
	00071: ALIGNRP    
	00072: SRP0       
	00073: MIRP[nrp0,nmd,rd,0] 
	00074: SRP0       
	00075: MIRP[nrp0,md,rd,1] 
	00076: MIRP[nrp0,nmd,rd,0] 
	00077: SRP0       
	00078: ALIGNRP    
	00079: MIRP[nrp0,nmd,rd,0] 
	00080: SRP0       
	00081: MIRP[srp0,nmd,rd,0] 
	00082: ALIGNRP    
	00083: SRP0       
	00084: MIRP[nrp0,nmd,rd,0] 
	00085: MIRP[srp0,md,rd,1] 
	00086: ALIGNRP    
	00087: SRP0       
	00088: MIRP[nrp0,nmd,rd,0] 
	00089: SRP0       
	00090: MIRP[nrp0,nmd,rd,0] 
	00091: SVTCA[y-axis] 
	00092: MIAP[rd+ci] 
	00093: ALIGNRP    
	00094: MIRP[nrp0,md,rd,1] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP0       
	00097: MIRP[nrp0,md,rd,1] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: MIAP[rd+ci] 
	00100: ALIGNRP    
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP0       
	00103: MIRP[nrp0,md,rd,1] 
	00104: ALIGNRP    
	00105: SRP0       
	00106: MIRP[srp0,md,rd,1] 
	00107: ALIGNRP    
	00108: SRP0       
	00109: ALIGNRP    
	00110: IUP[y]     
	00111: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short On
	 19:        XDual                         On
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual                               On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short On
	 36:        XDual                         On
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   970,  -302)  ->  Abs (   970,  -302)
	  1: Rel (     0,  1472)  ->  Abs (   970,  1170)
	  2: Rel (  -711,     0)  ->  Abs (   259,  1170)
	  3: Rel (     0, -1472)  ->  Abs (   259,  -302)
	  4: Rel (    65,     0)  ->  Abs (   324,  -302)
	  5: Rel (    30,     0)  ->  Abs (   354,  -302)
	  6: Rel (    26,   -23)  ->  Abs (   380,  -325)
	  7: Rel (     0,   -19)  ->  Abs (   380,  -344)
	  8: Rel (     0,   -18)  ->  Abs (   380,  -362)
	  9: Rel (   -26,   -24)  ->  Abs (   354,  -386)
	 10: Rel (   -30,     0)  ->  Abs (   324,  -386)
	 11: Rel (  -214,     0)  ->  Abs (   110,  -386)
	 12: Rel (   -30,     0)  ->  Abs (    80,  -386)
	 13: Rel (   -26,    23)  ->  Abs (    54,  -363)
	 14: Rel (     0,    19)  ->  Abs (    54,  -344)
	 15: Rel (     0,    19)  ->  Abs (    54,  -325)
	 16: Rel (    26,    23)  ->  Abs (    80,  -302)
	 17: Rel (    30,     0)  ->  Abs (   110,  -302)
	 18: Rel (    65,     0)  ->  Abs (   175,  -302)
	 19: Rel (     0,  1472)  ->  Abs (   175,  1170)
	 20: Rel (   -65,     0)  ->  Abs (   110,  1170)
	 21: Rel (   -30,     0)  ->  Abs (    80,  1170)
	 22: Rel (   -26,    24)  ->  Abs (    54,  1194)
	 23: Rel (     0,    19)  ->  Abs (    54,  1213)
	 24: Rel (     0,    12)  ->  Abs (    54,  1225)
	 25: Rel (    13,    21)  ->  Abs (    67,  1246)
	 26: Rel (    19,     9)  ->  Abs (    86,  1255)
	 27: Rel (    24,     0)  ->  Abs (   110,  1255)
	 28: Rel (  1009,     0)  ->  Abs (  1119,  1255)
	 29: Rel (    30,     0)  ->  Abs (  1149,  1255)
	 30: Rel (    26,   -24)  ->  Abs (  1175,  1231)
	 31: Rel (     0,   -19)  ->  Abs (  1175,  1212)
	 32: Rel (     0,   -18)  ->  Abs (  1175,  1194)
	 33: Rel (   -26,   -24)  ->  Abs (  1149,  1170)
	 34: Rel (   -30,     0)  ->  Abs (  1119,  1170)
	 35: Rel (   -64,     0)  ->  Abs (  1055,  1170)
	 36: Rel (     0, -1472)  ->  Abs (  1055,  -302)
	 37: Rel (    64,     0)  ->  Abs (  1119,  -302)
	 38: Rel (    30,     0)  ->  Abs (  1149,  -302)
	 39: Rel (    26,   -23)  ->  Abs (  1175,  -325)
	 40: Rel (     0,   -19)  ->  Abs (  1175,  -344)
	 41: Rel (     0,   -18)  ->  Abs (  1175,  -362)
	 42: Rel (   -26,   -24)  ->  Abs (  1149,  -386)
	 43: Rel (   -30,     0)  ->  Abs (  1119,  -386)
	 44: Rel (  -213,     0)  ->  Abs (   906,  -386)
	 45: Rel (   -31,     0)  ->  Abs (   875,  -386)
	 46: Rel (   -26,    23)  ->  Abs (   849,  -363)
	 47: Rel (     0,    19)  ->  Abs (   849,  -344)
	 48: Rel (     0,    19)  ->  Abs (   849,  -325)
	 49: Rel (    26,    23)  ->  Abs (   875,  -302)
	 50: Rel (    31,     0)  ->  Abs (   906,  -302)

	Glyph 155: off = 0x0000B9EC, len = 344
	  numberOfContours:	1
	  xMin:			167
	  yMin:			0
	  xMax:			1061
	  yMax:			866

	EndPoints
	---------
	  0:  68

	  Length of Instructions:	152
	00000: NPUSHB      (65):    55    53    48    52    54    55    48    49     1    67 
	                            46    59    37    26    59    36     1    59    37    37 
	                            36    67    59    55    84    57     3    59    13    57 
	                            14    24    23    22    59    22    59    14    14    13 
	                            42   195    47    47    53   195    48    32     0    68 
	                           136    62    31   195    25    25    24     1     2    32 
	                            62    48    62     2    62 
	00067: PUSHW[1]            485 
	00070: PUSHB[7]              8   136     2    32    24   195    19 
	00078: PUSHW[1]            485 
	00081: PUSHB[8]             69    36     6    13    10   244   172    24 
	00090: CALL       
	00091: SVTCA[y-axis] 
	00092: MIAP[rd+ci] 
	00093: MIAP[rd+ci] 
	00094: SVTCA[x-axis] 
	00095: SRP0       
	00096: MIRP[srp0,nmd,rd,2] 
	00097: MIRP[srp0,nmd,rd,0] 
	00098: MIRP[srp0,md,rd,1] 
	00099: MIRP[srp0,nmd,rd,0] 
	00100: MIRP[nrp0,nmd,rd,2] 
	00101: DELTAP1    
	00102: SRP0       
	00103: ALIGNRP    
	00104: SRP0       
	00105: ALIGNRP    
	00106: SRP0       
	00107: MIRP[nrp0,nmd,rd,0] 
	00108: SRP0       
	00109: MIRP[srp0,nmd,rd,0] 
	00110: ALIGNRP    
	00111: MIRP[srp0,md,rd,1] 
	00112: MIRP[nrp0,nmd,rd,0] 
	00113: ALIGNRP    
	00114: SRP0       
	00115: MIRP[nrp0,nmd,rd,0] 
	00116: SVTCA[y-axis] 
	00117: SRP0       
	00118: ALIGNRP    
	00119: SRP0       
	00120: MIRP[nrp0,md,rd,1] 
	00121: MIRP[nrp0,md,rd,1] 
	00122: SRP0       
	00123: ALIGNRP    
	00124: SRP0       
	00125: ALIGNRP    
	00126: SRP0       
	00127: MIRP[nrp0,md,rd,1] 
	00128: SRP0       
	00129: MIRP[srp0,nmd,rd,0] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP0       
	00132: ALIGNRP    
	00133: SRP0       
	00134: MIRP[nrp0,md,rd,1] 
	00135: SRP0       
	00136: MIRP[nrp0,md,rd,1] 
	00137: SRP0       
	00138: MIRP[nrp0,md,rd,1] 
	00139: SRP1       
	00140: SRP2       
	00141: IP         
	00142: IP         
	00143: SRP2       
	00144: IP         
	00145: IP         
	00146: SVTCA[x-axis] 
	00147: SRP1       
	00148: SRP2       
	00149: IP         
	00150: IUP[y]     
	00151: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:        XDual                         On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual                               On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short On
	 48:        XDual                         On
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:                      Y-Short X-Short Off
	 56:                      Y-Short X-Short On
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:  YDual               Y-Short X-Short Off
	 60:  YDual               Y-Short X-Short On
	 61:  YDual               Y-Short X-Short Off
	 62:  YDual XDual         Y-Short         On
	 63:  YDual XDual         Y-Short         Off
	 64:  YDual XDual         Y-Short X-Short On
	 65:  YDual XDual         Y-Short X-Short Off
	 66:  YDual XDual                 X-Short On
	 67:        XDual         Y-Short X-Short On
	 68:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   826,   782)  ->  Abs (   826,   782)
	  1: Rel (  -423,     0)  ->  Abs (   403,   782)
	  2: Rel (     0,  -698)  ->  Abs (   403,    84)
	  3: Rel (    50,     0)  ->  Abs (   453,    84)
	  4: Rel (    44,     0)  ->  Abs (   497,    84)
	  5: Rel (     6,    -2)  ->  Abs (   503,    82)
	  6: Rel (    12,    -4)  ->  Abs (   515,    78)
	  7: Rel (    14,   -21)  ->  Abs (   529,    57)
	  8: Rel (     0,   -13)  ->  Abs (   529,    44)
	  9: Rel (     0,   -14)  ->  Abs (   529,    30)
	 10: Rel (   -15,   -22)  ->  Abs (   514,     8)
	 11: Rel (   -13,    -5)  ->  Abs (   501,     3)
	 12: Rel (    -6,    -3)  ->  Abs (   495,     0)
	 13: Rel (   -42,     0)  ->  Abs (   453,     0)
	 14: Rel (  -214,     0)  ->  Abs (   239,     0)
	 15: Rel (   -40,     0)  ->  Abs (   199,     0)
	 16: Rel (    -7,     3)  ->  Abs (   192,     3)
	 17: Rel (   -11,     4)  ->  Abs (   181,     7)
	 18: Rel (   -14,    21)  ->  Abs (   167,    28)
	 19: Rel (     0,    12)  ->  Abs (   167,    40)
	 20: Rel (     0,    13)  ->  Abs (   167,    53)
	 21: Rel (    16,    22)  ->  Abs (   183,    75)
	 22: Rel (    24,     9)  ->  Abs (   207,    84)
	 23: Rel (    40,     0)  ->  Abs (   247,    84)
	 24: Rel (    72,     0)  ->  Abs (   319,    84)
	 25: Rel (     0,   698)  ->  Abs (   319,   782)
	 26: Rel (   -55,     0)  ->  Abs (   264,   782)
	 27: Rel (   -51,     0)  ->  Abs (   213,   782)
	 28: Rel (   -11,     4)  ->  Abs (   202,   786)
	 29: Rel (   -17,     6)  ->  Abs (   185,   792)
	 30: Rel (   -17,    22)  ->  Abs (   168,   814)
	 31: Rel (     0,    11)  ->  Abs (   168,   825)
	 32: Rel (     0,    11)  ->  Abs (   168,   836)
	 33: Rel (    16,    21)  ->  Abs (   184,   857)
	 34: Rel (    14,     5)  ->  Abs (   198,   862)
	 35: Rel (    11,     4)  ->  Abs (   209,   866)
	 36: Rel (    47,     0)  ->  Abs (   256,   866)
	 37: Rel (   714,     0)  ->  Abs (   970,   866)
	 38: Rel (    55,     0)  ->  Abs (  1025,   866)
	 39: Rel (    21,    -7)  ->  Abs (  1046,   859)
	 40: Rel (     6,    -8)  ->  Abs (  1052,   851)
	 41: Rel (     8,   -13)  ->  Abs (  1060,   838)
	 42: Rel (     0,   -14)  ->  Abs (  1060,   824)
	 43: Rel (     0,   -14)  ->  Abs (  1060,   810)
	 44: Rel (   -14,   -19)  ->  Abs (  1046,   791)
	 45: Rel (   -26,    -9)  ->  Abs (  1020,   782)
	 46: Rel (   -50,     0)  ->  Abs (   970,   782)
	 47: Rel (   -60,     0)  ->  Abs (   910,   782)
	 48: Rel (     0,  -698)  ->  Abs (   910,    84)
	 49: Rel (    74,     0)  ->  Abs (   984,    84)
	 50: Rel (    40,     0)  ->  Abs (  1024,    84)
	 51: Rel (    23,    -8)  ->  Abs (  1047,    76)
	 52: Rel (    14,   -20)  ->  Abs (  1061,    56)
	 53: Rel (     0,   -12)  ->  Abs (  1061,    44)
	 54: Rel (     0,   -15)  ->  Abs (  1061,    29)
	 55: Rel (   -23,   -27)  ->  Abs (  1038,     2)
	 56: Rel (   -13,    -2)  ->  Abs (  1025,     0)
	 57: Rel (  -248,     0)  ->  Abs (   777,     0)
	 58: Rel (   -41,     0)  ->  Abs (   736,     0)
	 59: Rel (   -24,     9)  ->  Abs (   712,     9)
	 60: Rel (    -6,    10)  ->  Abs (   706,    19)
	 61: Rel (    -9,    14)  ->  Abs (   697,    33)
	 62: Rel (     0,    13)  ->  Abs (   697,    46)
	 63: Rel (     0,    13)  ->  Abs (   697,    59)
	 64: Rel (    13,    11)  ->  Abs (   710,    70)
	 65: Rel (    19,    15)  ->  Abs (   729,    85)
	 66: Rel (    21,     0)  ->  Abs (   750,    85)
	 67: Rel (    27,    -1)  ->  Abs (   777,    84)
	 68: Rel (    49,     0)  ->  Abs (   826,    84)

	Glyph 156: off = 0x0000BB44, len = 346
	  numberOfContours:	1
	  xMin:			225
	  yMin:			-262
	  xMax:			1004
	  yMax:			1173

	EndPoints
	---------
	  0:  53

	  Length of Instructions:	191
	00000: NPUSHB      (37):    62     8    15    17    10    27    28    25    30     0 
	                             1    52    42    44    37     3    15    17    20    24 
	                            31    13    42    44    40    47    55    79    34     1 
	                            34    19    77     7    43   193    37 
	00039: PUSHW[1]            415 
	00042: PUSHB[8]              3    52    52    55    30    16   193    10 
	00051: PUSHW[1]            415 
	00054: NPUSHB      (13):    25    52     0    30     1    30    25    54    15    34 
	                             1    34     7 
	00069: PUSHW[1]            306 
	00072: PUSHB[3]            101   188    24 
	00076: CALL       
	00077: SCANCTRL   
	00078: SVTCA[y-axis] 
	00079: MDAP[rd]   
	00080: MDAP[rd]   
	00081: DELTAP1    
	00082: SVTCA[x-axis] 
	00083: FLIPOFF    
	00084: SRP0       
	00085: MIRP[srp0,nmd,rd,0] 
	00086: DELTAP1    
	00087: FLIPON     
	00088: MIRP[srp0,nmd,rd,0] 
	00089: MIRP[srp0,nmd,rd,0] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: SRP0       
	00092: MIRP[srp0,md,rd,1] 
	00093: MIRP[nrp0,nmd,rd,0] 
	00094: MIRP[srp0,nmd,rd,0] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: SVTCA[y-axis] 
	00097: SRP0       
	00098: MIRP[nrp0,md,rd,1] 
	00099: SRP0       
	00100: DELTAP1    
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP1       
	00103: IP         
	00104: IP         
	00105: SRP2       
	00106: IP         
	00107: IP         
	00108: SRP1       
	00109: IP         
	00110: IP         
	00111: SVTCA[x-axis] 
	00112: SRP1       
	00113: SRP2       
	00114: IP         
	00115: IP         
	00116: SRP2       
	00117: IP         
	00118: IP         
	00119: SRP1       
	00120: SRP2       
	00121: IP         
	00122: IP         
	00123: SRP2       
	00124: IP         
	00125: IP         
	00126: IUP[y]     
	00127: IUP[x]     
	00128: RS         
	00129: JROF       
	00130: NPUSHB      (42):    48    51    31    33    21    24     4     6    50    51 
	                            49    51     2     6     5    38    22    37    48    33 
	                            52    95     0    32    31    21     6    24    40     1 
	                            23    24    51    32    47    95     1    23     4    20 
	                            40     0 
	00174: SVTCA[y-axis] 
	00175: CALL       
	00176: CALL       
	00177: SVTCA[x-axis] 
	00178: SRP0       
	00179: ALIGNRP    
	00180: CALL       
	00181: SRP0       
	00182: ALIGNRP    
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: LOOPCALL   
	00187: FLIPRGON   
	00188: FLIPRGON   
	00189: FLIPRGON   
	00190: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short On
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual               Y-Short X-Short On
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:                      Y-Short X-Short On
	 50:                      Y-Short X-Short Off
	 51:                      Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   640,   509)  ->  Abs (   640,   509)
	  1: Rel (     4,  -123)  ->  Abs (   644,   386)
	  2: Rel (     2,   -45)  ->  Abs (   646,   341)
	  3: Rel (     0,   -45)  ->  Abs (   646,   296)
	  4: Rel (     0,  -252)  ->  Abs (   646,    44)
	  5: Rel (   -67,  -209)  ->  Abs (   579,  -165)
	  6: Rel (  -133,   -97)  ->  Abs (   446,  -262)
	  7: Rel (   -72,     0)  ->  Abs (   374,  -262)
	  8: Rel (   -60,     0)  ->  Abs (   314,  -262)
	  9: Rel (   -89,    85)  ->  Abs (   225,  -177)
	 10: Rel (     0,    51)  ->  Abs (   225,  -126)
	 11: Rel (     0,    29)  ->  Abs (   225,   -97)
	 12: Rel (    26,    29)  ->  Abs (   251,   -68)
	 13: Rel (    21,     0)  ->  Abs (   272,   -68)
	 14: Rel (    21,     0)  ->  Abs (   293,   -68)
	 15: Rel (    31,   -32)  ->  Abs (   324,  -100)
	 16: Rel (     9,   -47)  ->  Abs (   333,  -147)
	 17: Rel (     7,   -32)  ->  Abs (   340,  -179)
	 18: Rel (    13,   -11)  ->  Abs (   353,  -190)
	 19: Rel (    18,   -15)  ->  Abs (   371,  -205)
	 20: Rel (    26,     0)  ->  Abs (   397,  -205)
	 21: Rel (    58,     0)  ->  Abs (   455,  -205)
	 22: Rel (    52,    53)  ->  Abs (   507,  -152)
	 23: Rel (    38,    39)  ->  Abs (   545,  -113)
	 24: Rel (    46,   191)  ->  Abs (   591,    78)
	 25: Rel (     0,   219)  ->  Abs (   591,   297)
	 26: Rel (     0,    52)  ->  Abs (   591,   349)
	 27: Rel (    -2,    53)  ->  Abs (   589,   402)
	 28: Rel (    -4,   122)  ->  Abs (   585,   524)
	 29: Rel (    -2,    46)  ->  Abs (   583,   570)
	 30: Rel (     0,    45)  ->  Abs (   583,   615)
	 31: Rel (     0,   252)  ->  Abs (   583,   867)
	 32: Rel (    66,   208)  ->  Abs (   649,  1075)
	 33: Rel (   133,    98)  ->  Abs (   782,  1173)
	 34: Rel (    72,     0)  ->  Abs (   854,  1173)
	 35: Rel (    61,     0)  ->  Abs (   915,  1173)
	 36: Rel (    89,   -85)  ->  Abs (  1004,  1088)
	 37: Rel (     0,   -52)  ->  Abs (  1004,  1036)
	 38: Rel (     0,   -27)  ->  Abs (  1004,  1009)
	 39: Rel (   -27,   -30)  ->  Abs (   977,   979)
	 40: Rel (   -20,     0)  ->  Abs (   957,   979)
	 41: Rel (   -21,     0)  ->  Abs (   936,   979)
	 42: Rel (   -32,    32)  ->  Abs (   904,  1011)
	 43: Rel (    -8,    46)  ->  Abs (   896,  1057)
	 44: Rel (    -6,    33)  ->  Abs (   890,  1090)
	 45: Rel (   -14,    11)  ->  Abs (   876,  1101)
	 46: Rel (   -18,    15)  ->  Abs (   858,  1116)
	 47: Rel (   -26,     0)  ->  Abs (   832,  1116)
	 48: Rel (   -58,     0)  ->  Abs (   774,  1116)
	 49: Rel (   -52,   -53)  ->  Abs (   722,  1063)
	 50: Rel (   -39,   -40)  ->  Abs (   683,  1023)
	 51: Rel (   -45,  -192)  ->  Abs (   638,   831)
	 52: Rel (     0,  -216)  ->  Abs (   638,   615)
	 53: Rel (     0,   -53)  ->  Abs (   638,   562)

	Glyph 157: off = 0x0000BC9E, len = 288
	  numberOfContours:	2
	  xMin:			0
	  yMin:			727
	  xMax:			654
	  yMax:			1311

	EndPoints
	---------
	  0:  40
	  1:  53

	  Length of Instructions:	137
	00000: PUSHB[2]             40    34 
	00003: PUSHW[3]            696    37   273 
	00010: NPUSHB      (24):    33    37    37    34    33    50    40     0    33    41 
	                            12     9    45    40     0    41    44     0   174     1 
	                           174    52    44     3 
	00036: PUSHW[1]            698 
	00039: NPUSHB      (28):    45    44     0     9    16     9     2     9     9    52 
	                            17    44    29    32    36    13    13    41    12    52 
	                            42    52    41    91    15    33     1    33 
	00069: PUSHW[1]            323 
	00072: NPUSHB      (10):    24   174    49    44     6    25    54   164   120    24 
	00084: CALL       
	00085: FLIPOFF    
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,0] 
	00088: FLIPON     
	00089: MIRP[nrp0,md,rd,1] 
	00090: MIRP[nrp0,nmd,rd,0] 
	00091: MIRP[srp0,md,rd,1] 
	00092: DELTAP1    
	00093: MIRP[srp0,md,rd,1] 
	00094: MIRP[srp0,nmd,rd,0] 
	00095: MIRP[nrp0,nmd,rd,0] 
	00096: SRP0       
	00097: ALIGNRP    
	00098: SRP0       
	00099: MIRP[nrp0,md,rd,1] 
	00100: SVTCA[y-axis] 
	00101: MDAP[rd]   
	00102: MIRP[srp0,md,rd,1] 
	00103: SRP1       
	00104: IP         
	00105: MDAP[rd]   
	00106: DELTAP1    
	00107: MIRP[nrp0,md,rd,1] 
	00108: MIRP[srp0,md,rd,1] 
	00109: MIRP[nrp0,md,rd,1] 
	00110: MIRP[srp0,nmd,rd,0] 
	00111: MIRP[nrp0,nmd,rd,0] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: SRP0       
	00114: ALIGNRP    
	00115: SRP1       
	00116: SRP2       
	00117: IP         
	00118: SVTCA[x-axis] 
	00119: SRP1       
	00120: SRP2       
	00121: IP         
	00122: SVTCA[y-axis] 
	00123: SRP0       
	00124: MIRP[srp0,md,rd,1] 
	00125: RTDG       
	00126: SRP2       
	00127: IP         
	00128: MDAP[rd]   
	00129: RTG        
	00130: SVTCA[x-axis] 
	00131: SRP0       
	00132: MIRP[srp0,nmd,rd,1] 
	00133: MIRP[srp0,nmd,rd,0] 
	00134: MDRP[nrp0,nmd,rd,0] 
	00135: IUP[y]     
	00136: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual                         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual               Y-Short X-Short On
	 42:  YDual               Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:                      Y-Short X-Short On
	 48:                      Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:        XDual         Y-Short X-Short Off
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   463,   747)  ->  Abs (   463,   747)
	  1: Rel (     0,    60)  ->  Abs (   463,   807)
	  2: Rel (  -115,   -80)  ->  Abs (   348,   727)
	  3: Rel (  -125,     0)  ->  Abs (   223,   727)
	  4: Rel (  -107,     0)  ->  Abs (   116,   727)
	  5: Rel (  -116,   102)  ->  Abs (     0,   829)
	  6: Rel (     0,    71)  ->  Abs (     0,   900)
	  7: Rel (     0,    76)  ->  Abs (     0,   976)
	  8: Rel (   149,   119)  ->  Abs (   149,  1095)
	  9: Rel (   148,     0)  ->  Abs (   297,  1095)
	 10: Rel (    35,     0)  ->  Abs (   332,  1095)
	 11: Rel (    83,    -8)  ->  Abs (   415,  1087)
	 12: Rel (    48,    -8)  ->  Abs (   463,  1079)
	 13: Rel (     0,    66)  ->  Abs (   463,  1145)
	 14: Rel (     0,    34)  ->  Abs (   463,  1179)
	 15: Rel (   -32,    24)  ->  Abs (   431,  1203)
	 16: Rel (   -42,    31)  ->  Abs (   389,  1234)
	 17: Rel (   -80,     0)  ->  Abs (   309,  1234)
	 18: Rel (   -61,     0)  ->  Abs (   248,  1234)
	 19: Rel (  -114,   -34)  ->  Abs (   134,  1200)
	 20: Rel (   -22,    -6)  ->  Abs (   112,  1194)
	 21: Rel (    -8,     0)  ->  Abs (   104,  1194)
	 22: Rel (   -16,     0)  ->  Abs (    88,  1194)
	 23: Rel (   -23,    22)  ->  Abs (    65,  1216)
	 24: Rel (     0,    17)  ->  Abs (    65,  1233)
	 25: Rel (     0,    14)  ->  Abs (    65,  1247)
	 26: Rel (    20,    21)  ->  Abs (    85,  1268)
	 27: Rel (    59,    15)  ->  Abs (   144,  1283)
	 28: Rel (   111,    28)  ->  Abs (   255,  1311)
	 29: Rel (    57,     0)  ->  Abs (   312,  1311)
	 30: Rel (   111,     0)  ->  Abs (   423,  1311)
	 31: Rel (   121,  -103)  ->  Abs (   544,  1208)
	 32: Rel (     0,   -63)  ->  Abs (   544,  1145)
	 33: Rel (     0,  -321)  ->  Abs (   544,   824)
	 34: Rel (    60,     0)  ->  Abs (   604,   824)
	 35: Rel (    26,     0)  ->  Abs (   630,   824)
	 36: Rel (    24,   -22)  ->  Abs (   654,   802)
	 37: Rel (     0,   -16)  ->  Abs (   654,   786)
	 38: Rel (     0,   -16)  ->  Abs (   654,   770)
	 39: Rel (   -24,   -23)  ->  Abs (   630,   747)
	 40: Rel (   -26,     0)  ->  Abs (   604,   747)
	 41: Rel (  -141,   159)  ->  Abs (   463,   906)
	 42: Rel (    -1,    95)  ->  Abs (   462,  1001)
	 43: Rel (   -34,     9)  ->  Abs (   428,  1010)
	 44: Rel (   -78,     8)  ->  Abs (   350,  1018)
	 45: Rel (   -45,     0)  ->  Abs (   305,  1018)
	 46: Rel (  -116,     0)  ->  Abs (   189,  1018)
	 47: Rel (   -63,   -45)  ->  Abs (   126,   973)
	 48: Rel (   -45,   -32)  ->  Abs (    81,   941)
	 49: Rel (     0,   -41)  ->  Abs (    81,   900)
	 50: Rel (     0,   -39)  ->  Abs (    81,   861)
	 51: Rel (    68,   -57)  ->  Abs (   149,   804)
	 52: Rel (    71,     0)  ->  Abs (   220,   804)
	 53: Rel (   127,     0)  ->  Abs (   347,   804)

	Glyph 158: off = 0x0000BDBE, len = 268
	  numberOfContours:	2
	  xMin:			294
	  yMin:			727
	  xMax:			930
	  yMax:			1311

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	191
	00000: NPUSHB      (28):   213     2   213     4   220     8   220    10   223    13 
	                           223    17   208    19   208    23     8    22    40    28 
	                            30    52    14    40    28    30    52    20 
	00030: PUSHW[1]            -40 
	00033: PUSHB[4]             28    30    52    16 
	00038: PUSHW[1]            -40 
	00041: NPUSHB      (14):    28    30    52    13    40    18    21    52    22    40 
	                            18    21    52    19 
	00057: PUSHW[1]            -40 
	00060: PUSHB[4]             18    21    52    17 
	00065: PUSHW[1]            -40 
	00068: NPUSHB      (29):    18    21    52    55     8    21    44     3   182    15 
	                            44     9    12    44   208     0     1     0   221    18 
	                            44   223     6     1     6    25    24     9   164 
	00099: PUSHW[2]            261    24 
	00104: CALL       
	00105: SVTCA[y-axis] 
	00106: MDAP[rd]   
	00107: SVTCA[x-axis] 
	00108: FLIPOFF    
	00109: SRP0       
	00110: MIRP[srp0,nmd,rd,0] 
	00111: DELTAP1    
	00112: FLIPON     
	00113: MIRP[nrp0,md,rd,1] 
	00114: MIRP[srp0,md,rd,1] 
	00115: DELTAP1    
	00116: MIRP[nrp0,md,rd,1] 
	00117: SVTCA[y-axis] 
	00118: SRP0       
	00119: MIRP[nrp0,md,rd,1] 
	00120: MIRP[srp0,md,rd,1] 
	00121: MIRP[nrp0,md,rd,1] 
	00122: IUP[y]     
	00123: IUP[x]     
	00124: RS         
	00125: JROF       
	00126: NPUSHB      (42):     1    23    16     8    18    40     0    14    10    12 
	                            40     1    20     4    18    40     0    22     2    12 
	                            40     1    17     7    15    40     1    13    11    15 
	                            40     1    19     5    21    40     0    23     1    21 
	                            40     0 
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: CALL       
	00174: SVTCA[x-axis] 
	00175: CALL       
	00176: CALL       
	00177: CALL       
	00178: CALL       
	00179: FLIPRGON   
	00180: SVTCA[x-axis] 
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: SVTCA[y-axis] 
	00190: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   930,  1019)  ->  Abs (   930,  1019)
	  1: Rel (     0,  -118)  ->  Abs (   930,   901)
	  2: Rel (  -183,  -174)  ->  Abs (   747,   727)
	  3: Rel (  -135,     0)  ->  Abs (   612,   727)
	  4: Rel (  -135,     0)  ->  Abs (   477,   727)
	  5: Rel (  -183,   175)  ->  Abs (   294,   902)
	  6: Rel (     0,   117)  ->  Abs (   294,  1019)
	  7: Rel (     0,   118)  ->  Abs (   294,  1137)
	  8: Rel (   183,   174)  ->  Abs (   477,  1311)
	  9: Rel (   135,     0)  ->  Abs (   612,  1311)
	 10: Rel (   135,     0)  ->  Abs (   747,  1311)
	 11: Rel (   183,  -174)  ->  Abs (   930,  1137)
	 12: Rel (   -81,  -118)  ->  Abs (   849,  1019)
	 13: Rel (     0,    87)  ->  Abs (   849,  1106)
	 14: Rel (  -136,   128)  ->  Abs (   713,  1234)
	 15: Rel (  -101,     0)  ->  Abs (   612,  1234)
	 16: Rel (  -101,     0)  ->  Abs (   511,  1234)
	 17: Rel (  -136,  -129)  ->  Abs (   375,  1105)
	 18: Rel (     0,   -86)  ->  Abs (   375,  1019)
	 19: Rel (     0,   -86)  ->  Abs (   375,   933)
	 20: Rel (   136,  -129)  ->  Abs (   511,   804)
	 21: Rel (   101,     0)  ->  Abs (   612,   804)
	 22: Rel (   101,     0)  ->  Abs (   713,   804)
	 23: Rel (   136,   129)  ->  Abs (   849,   933)

	Glyph 159: off = 0x0000BECA, len = 360
	  numberOfContours:	1
	  xMin:			61
	  yMin:			0
	  xMax:			1168
	  yMax:			1190

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	202
	00000: NPUSHB      (28):    41    32    36    36   123    32   113    37   155    32 
	                           148    37   189    29   176    40     8     2    15    16 
	                            28    41    34    37     8     2    90    41 
	00030: PUSHW[1]            400 
	00033: PUSHB[4]              1    15    90    28 
	00038: PUSHW[1]            400 
	00041: NPUSHB      (26):    16     0     1    30    42    17    16    30    27    21 
	                           237    26    26    27    49   237    43    43    27    42 
	                            31    37   112    12     1    12 
	00069: PUSHW[1]            737 
	00072: NPUSHB       (9):    28    15    16    38    37   127     5     1     5 
	00083: PUSHW[1]            737 
	00086: NPUSHB      (11):    41     2     1    38    42    17    38    26    16    38 
	                            26 
	00099: PUSHW[4]            598    28    27   724 
	00108: PUSHB[5]             42     0    38    44    43 
	00114: PUSHW[4]            598    41    42   736 
	00123: PUSHB[6]             55    42     8     3    42     8 
	00130: PUSHW[3]            294   340    24 
	00137: CALL       
	00138: SVTCA[y-axis] 
	00139: MIAP[rd+ci] 
	00140: MIAP[rd+ci] 
	00141: SVTCA[x-axis] 
	00142: MDAP[rd]   
	00143: SRP0       
	00144: MIRP[srp0,nmd,rd,0] 
	00145: ALIGNRP    
	00146: MIRP[srp0,md,rd,2] 
	00147: ALIGNRP    
	00148: MIRP[nrp0,md,rd,1] 
	00149: SRP0       
	00150: MIRP[srp0,nmd,rd,2] 
	00151: ALIGNRP    
	00152: MIRP[nrp0,md,rd,2] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: SRP0       
	00155: MIRP[nrp0,md,rd,1] 
	00156: SRP0       
	00157: MIRP[srp0,md,rd,1] 
	00158: ALIGNRP    
	00159: SRP0       
	00160: MIRP[srp0,md,rd,1] 
	00161: DELTAP1    
	00162: MIRP[nrp0,md,rd,1] 
	00163: SRP0       
	00164: ALIGNRP    
	00165: SRP0       
	00166: MIRP[srp0,md,rd,1] 
	00167: DELTAP1    
	00168: MIRP[nrp0,md,rd,1] 
	00169: SVTCA[y-axis] 
	00170: SRP0       
	00171: ALIGNRP    
	00172: ALIGNRP    
	00173: SRP0       
	00174: MIRP[nrp0,md,rd,1] 
	00175: SRP0       
	00176: ALIGNRP    
	00177: SRP0       
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP0       
	00180: MIRP[srp0,md,rd,1] 
	00181: ALIGNRP    
	00182: SRP0       
	00183: MIRP[srp0,md,rd,1] 
	00184: ALIGNRP    
	00185: SRP0       
	00186: MIRP[srp0,nmd,rd,0] 
	00187: MIRP[nrp0,md,rd,1] 
	00188: SRP0       
	00189: MIRP[srp0,nmd,rd,0] 
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP0       
	00192: MIRP[nrp0,md,rd,1] 
	00193: SRP1       
	00194: IP         
	00195: SRP2       
	00196: IP         
	00197: IP         
	00198: IUP[y]     
	00199: IUP[x]     
	00200: SVTCA[x-axis] 
	00201: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:                      Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:        XDual         Y-Short         On
	 17:  YDual                               On
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:                      Y-Short X-Short On
	 26:        XDual         Y-Short         On
	 27:  YDual                               On
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short X-Short On
	 42:        XDual         Y-Short         On
	 43:  YDual                               On
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   146,    84)  ->  Abs (   146,    84)
	  1: Rel (   281,     0)  ->  Abs (   427,    84)
	  2: Rel (     0,    95)  ->  Abs (   427,   179)
	  3: Rel (  -177,    41)  ->  Abs (   250,   220)
	  4: Rel (  -189,   242)  ->  Abs (    61,   462)
	  5: Rel (     0,   180)  ->  Abs (    61,   642)
	  6: Rel (     0,   248)  ->  Abs (    61,   890)
	  7: Rel (   338,   300)  ->  Abs (   399,  1190)
	  8: Rel (   217,     0)  ->  Abs (   616,  1190)
	  9: Rel (   148,     0)  ->  Abs (   764,  1190)
	 10: Rel (   260,  -142)  ->  Abs (  1024,  1048)
	 11: Rel (   144,  -261)  ->  Abs (  1168,   787)
	 12: Rel (     0,  -147)  ->  Abs (  1168,   640)
	 13: Rel (     0,  -172)  ->  Abs (  1168,   468)
	 14: Rel (  -185,  -238)  ->  Abs (   983,   230)
	 15: Rel (  -185,   -51)  ->  Abs (   798,   179)
	 16: Rel (     0,   -95)  ->  Abs (   798,    84)
	 17: Rel (   281,     0)  ->  Abs (  1079,    84)
	 18: Rel (     0,    50)  ->  Abs (  1079,   134)
	 19: Rel (     0,    47)  ->  Abs (  1079,   181)
	 20: Rel (    22,    26)  ->  Abs (  1101,   207)
	 21: Rel (    21,     0)  ->  Abs (  1122,   207)
	 22: Rel (    13,     0)  ->  Abs (  1135,   207)
	 23: Rel (    20,   -14)  ->  Abs (  1155,   193)
	 24: Rel (     7,   -19)  ->  Abs (  1162,   174)
	 25: Rel (    -1,   -40)  ->  Abs (  1161,   134)
	 26: Rel (     0,  -134)  ->  Abs (  1161,     0)
	 27: Rel (  -445,     0)  ->  Abs (   716,     0)
	 28: Rel (     0,   245)  ->  Abs (   716,   245)
	 29: Rel (   181,    29)  ->  Abs (   897,   274)
	 30: Rel (   189,   216)  ->  Abs (  1086,   490)
	 31: Rel (     0,   163)  ->  Abs (  1086,   653)
	 32: Rel (     0,   217)  ->  Abs (  1086,   870)
	 33: Rel (  -293,   243)  ->  Abs (   793,  1113)
	 34: Rel (  -172,     0)  ->  Abs (   621,  1113)
	 35: Rel (  -165,     0)  ->  Abs (   456,  1113)
	 36: Rel (  -136,  -104)  ->  Abs (   320,  1009)
	 37: Rel (  -175,  -134)  ->  Abs (   145,   875)
	 38: Rel (     0,  -228)  ->  Abs (   145,   647)
	 39: Rel (     0,  -173)  ->  Abs (   145,   474)
	 40: Rel (   191,  -208)  ->  Abs (   336,   266)
	 41: Rel (   173,   -21)  ->  Abs (   509,   245)
	 42: Rel (     0,  -245)  ->  Abs (   509,     0)
	 43: Rel (  -443,     0)  ->  Abs (    66,     0)
	 44: Rel (     0,   134)  ->  Abs (    66,   134)
	 45: Rel (     0,    40)  ->  Abs (    66,   174)
	 46: Rel (     3,     9)  ->  Abs (    69,   183)
	 47: Rel (     4,    11)  ->  Abs (    73,   194)
	 48: Rel (    21,    14)  ->  Abs (    94,   208)
	 49: Rel (    12,     0)  ->  Abs (   106,   208)
	 50: Rel (    12,     0)  ->  Abs (   118,   208)
	 51: Rel (     8,    -6)  ->  Abs (   126,   202)
	 52: Rel (    12,    -8)  ->  Abs (   138,   194)
	 53: Rel (     8,   -21)  ->  Abs (   146,   173)
	 54: Rel (     0,   -39)  ->  Abs (   146,   134)

	Glyph 160: off = 0x0000C032, len = 672
	  numberOfContours:	3
	  xMin:			16
	  yMin:			-33
	  xMax:			1192
	  yMax:			896

	EndPoints
	---------
	  0:  69
	  1:  78
	  2:  94

	  Length of Instructions:	407
	00000: NPUSHB     (101):    20    50    34     3    34    50    52     3    52    50 
	                            65     3    75     6    67    50    76    69    64    77 
	                           122    46   117    77   148    15   156    46   144    76 
	                            15   153    69   173    69     2    43    50    53     6 
	                            79    29   149     6   156    14   157    29   157    46 
	                           150    92   162     6   175    14   171    46   181     6 
	                           185    14   189    29   187    50   189    77   182    92 
	                            17   148    58   164    58     2    50     8    29    94 
	                            93    92     4    22    21    20     3     2     5    60 
	                            25    70    78    32     0     1    89    41    33    82 
	                            56 
	00103: PUSHW[1]            480 
	00106: NPUSHB      (10):    48    33    60    74    33    67    67    60     7    29 
	00118: PUSHW[1]            763 
	00121: NPUSHB      (29):    21   136    25    10    10   197     5    33    18    90 
	                            33    32    32    18    11    92   156    29    29    28 
	                             3    59    94    59    21    64    21    22    76 
	00152: PUSHW[1]            480 
	00155: NPUSHB      (36):    63    59    45    32    45    28     1    59    78    59 
	                            79    79    28    59    22    22    95    96    70    59 
	                             0     0   255    12     1    12    26    96    56   136 
	                            86    33    36    25    95   152 
	00193: PUSHW[3]            290    24   300 
	00200: SCANCTRL   
	00201: CALL       
	00202: FLIPOFF    
	00203: SRP0       
	00204: MIRP[srp0,nmd,rd,0] 
	00205: FLIPON     
	00206: MIRP[nrp0,md,rd,1] 
	00207: MIRP[nrp0,nmd,rd,0] 
	00208: FLIPOFF    
	00209: SRP0       
	00210: MIRP[srp0,nmd,rd,2] 
	00211: DELTAP1    
	00212: ALIGNRP    
	00213: FLIPON     
	00214: SRP0       
	00215: MIRP[nrp0,md,rd,1] 
	00216: SRP1       
	00217: SRP2       
	00218: IP         
	00219: MDAP[rd]   
	00220: MIRP[srp0,md,rd,1] 
	00221: ALIGNRP    
	00222: SRP0       
	00223: MIRP[nrp0,md,rd,1] 
	00224: MIRP[nrp0,md,rd,1] 
	00225: SRP0       
	00226: ALIGNRP    
	00227: RTHG       
	00228: SMD        
	00229: SRP0       
	00230: MIRP[srp0,md,rd,1] 
	00231: MIRP[nrp0,md,rd,1] 
	00232: SRP0       
	00233: ALIGNRP    
	00234: RTG        
	00235: SMD        
	00236: SRP0       
	00237: MIRP[nrp0,md,rd,1] 
	00238: MIRP[nrp0,md,rd,1] 
	00239: SRP0       
	00240: ALIGNRP    
	00241: SRP0       
	00242: MIRP[nrp0,md,rd,1] 
	00243: SVTCA[y-axis] 
	00244: MIAP[rd+ci] 
	00245: ALIGNRP    
	00246: SRP0       
	00247: MIRP[nrp0,md,rd,1] 
	00248: SRP0       
	00249: MIRP[nrp0,md,rd,1] 
	00250: MIRP[nrp0,md,rd,1] 
	00251: MIAP[rd+ci] 
	00252: MIRP[nrp0,nmd,rd,0] 
	00253: MIRP[nrp0,nmd,rd,0] 
	00254: MIAP[rd+ci] 
	00255: ALIGNRP    
	00256: SRP0       
	00257: MIRP[nrp0,md,rd,1] 
	00258: SRP0       
	00259: MIRP[nrp0,md,rd,1] 
	00260: MIRP[nrp0,md,rd,1] 
	00261: MDAP[rd]   
	00262: MIRP[nrp0,md,rd,1] 
	00263: MIRP[srp0,nmd,rd,0] 
	00264: ALIGNRP    
	00265: MIRP[srp0,md,rd,1] 
	00266: ALIGNRP    
	00267: SRP1       
	00268: SRP2       
	00269: SLOOP      
	00270: IP         
	00271: SLOOP      
	00272: IP         
	00273: IUP[y]     
	00274: IUP[x]     
	00275: RS         
	00276: JROF       
	00277: NPUSHB      (36):    83    89    33    40    84    37    38    37    39    37 
	                             2     6    88    38    34    37    83    40    86    31 
	                             0    89    33    86    31     0    85    37    82    31 
	                             1    87    35    90    31     0 
	00315: CALL       
	00316: CALL       
	00317: SVTCA[x-axis] 
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: LOOPCALL   
	00323: CALL       
	00324: FLIPRGON   
	00325: FLIPRGON   
	00326: SVTCA[x-axis] 
	00327: DELTAP1    
	00328: SVTCA[y-axis] 
	00329: MPPEM      
	00330: PUSHB[1]             12 
	00332: GTEQ       
	00333: MPPEM      
	00334: PUSHB[1]             36 
	00336: LTEQ       
	00337: AND        
	00338: IF         
	00339: PUSHB[3]             52    20    65 
	00343: PUSHW[3]            -20    61   -20 
	00350: PUSHB[5]             84    25     2    30    88 
	00356: PUSHW[1]            -25 
	00359: SHPIX      
	00360: SHPIX      
	00361: SHPIX      
	00362: SHPIX      
	00363: SHPIX      
	00364: SHPIX      
	00365: EIF        
	00366: SVTCA[x-axis] 
	00367: MPPEM      
	00368: PUSHB[1]             12 
	00370: GTEQ       
	00371: MPPEM      
	00372: PUSHB[1]             36 
	00374: LTEQ       
	00375: AND        
	00376: IF         
	00377: PUSHB[3]              7    20     2 
	00381: PUSHW[1]            -20 
	00384: PUSHB[7]             73    20    71    25    72    30    76 
	00392: PUSHW[1]            -25 
	00395: SHPIX      
	00396: SHPIX      
	00397: SHPIX      
	00398: SHPIX      
	00399: SHPIX      
	00400: SHPIX      
	00401: EIF        
	00402: SVTCA[y-axis] 
	00403: DELTAP2    
	00404: SVTCA[x-axis] 
	00405: DELTAP1    
	00406: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:                      Y-Short X-Short Off
	 51:                      Y-Short X-Short On
	 52:                      Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:  YDual               Y-Short X-Short Off
	 56:  YDual XDual         Y-Short         On
	 57:  YDual XDual         Y-Short         Off
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short X-Short Off
	 60:  YDual XDual                 X-Short On
	 61:  YDual XDual                 X-Short Off
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual         Y-Short X-Short On
	 64:  YDual XDual         Y-Short X-Short Off
	 65:  YDual XDual         Y-Short X-Short On
	 66:  YDual XDual         Y-Short X-Short Off
	 67:  YDual XDual                 X-Short On
	 68:  YDual XDual                 X-Short Off
	 69:        XDual         Y-Short X-Short Off
	 70:                      Y-Short X-Short On
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual               Y-Short X-Short On
	 73:  YDual               Y-Short X-Short Off
	 74:  YDual                       X-Short On
	 75:  YDual                       X-Short Off
	 76:                      Y-Short X-Short On
	 77:                      Y-Short X-Short Off
	 78:                      Y-Short X-Short On
	 79:                      Y-Short X-Short On
	 80:  YDual               Y-Short X-Short Off
	 81:  YDual               Y-Short X-Short Off
	 82:  YDual                       X-Short On
	 83:  YDual                       X-Short Off
	 84:                      Y-Short X-Short On
	 85:                      Y-Short X-Short Off
	 86:        XDual         Y-Short         On
	 87:        XDual         Y-Short         Off
	 88:        XDual         Y-Short X-Short Off
	 89:        XDual         Y-Short X-Short Off
	 90:  YDual XDual                 X-Short On
	 91:  YDual XDual                 X-Short Off
	 92:  YDual XDual         Y-Short X-Short On
	 93:  YDual XDual         Y-Short X-Short Off
	 94:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1192,   412)  ->  Abs (  1192,   412)
	  1: Rel (  -534,     0)  ->  Abs (   658,   412)
	  2: Rel (    15,  -181)  ->  Abs (   673,   231)
	  3: Rel (    85,  -105)  ->  Abs (   758,   126)
	  4: Rel (    61,   -75)  ->  Abs (   819,    51)
	  5: Rel (    68,     0)  ->  Abs (   887,    51)
	  6: Rel (    89,     0)  ->  Abs (   976,    51)
	  7: Rel (   142,   116)  ->  Abs (  1118,   167)
	  8: Rel (    18,    15)  ->  Abs (  1136,   182)
	  9: Rel (    15,     0)  ->  Abs (  1151,   182)
	 10: Rel (    18,     0)  ->  Abs (  1169,   182)
	 11: Rel (    23,   -24)  ->  Abs (  1192,   158)
	 12: Rel (     0,   -18)  ->  Abs (  1192,   140)
	 13: Rel (     0,   -16)  ->  Abs (  1192,   124)
	 14: Rel (   -13,   -15)  ->  Abs (  1179,   109)
	 15: Rel (   -48,   -51)  ->  Abs (  1131,    58)
	 16: Rel (  -104,   -52)  ->  Abs (  1027,     6)
	 17: Rel (   -79,   -39)  ->  Abs (   948,   -33)
	 18: Rel (   -60,     0)  ->  Abs (   888,   -33)
	 19: Rel (   -61,     0)  ->  Abs (   827,   -33)
	 20: Rel (  -122,    79)  ->  Abs (   705,    46)
	 21: Rel (   -47,    80)  ->  Abs (   658,   126)
	 22: Rel (     0,   -70)  ->  Abs (   658,    56)
	 23: Rel (     0,   -30)  ->  Abs (   658,    26)
	 24: Rel (   -23,   -26)  ->  Abs (   635,     0)
	 25: Rel (   -19,     0)  ->  Abs (   616,     0)
	 26: Rel (   -19,     0)  ->  Abs (   597,     0)
	 27: Rel (   -23,    26)  ->  Abs (   574,    26)
	 28: Rel (     0,    30)  ->  Abs (   574,    56)
	 29: Rel (     0,    45)  ->  Abs (   574,   101)
	 30: Rel (   -71,   -76)  ->  Abs (   503,    25)
	 31: Rel (  -112,   -58)  ->  Abs (   391,   -33)
	 32: Rel (   -63,     0)  ->  Abs (   328,   -33)
	 33: Rel (   -80,     0)  ->  Abs (   248,   -33)
	 34: Rel (  -148,    86)  ->  Abs (   100,    53)
	 35: Rel (   -84,   164)  ->  Abs (    16,   217)
	 36: Rel (     0,    83)  ->  Abs (    16,   300)
	 37: Rel (     0,    55)  ->  Abs (    16,   355)
	 38: Rel (    59,    81)  ->  Abs (    75,   436)
	 39: Rel (    86,    40)  ->  Abs (   161,   476)
	 40: Rel (   125,    58)  ->  Abs (   286,   534)
	 41: Rel (   109,     0)  ->  Abs (   395,   534)
	 42: Rel (    45,     0)  ->  Abs (   440,   534)
	 43: Rel (    90,   -13)  ->  Abs (   530,   521)
	 44: Rel (    44,   -13)  ->  Abs (   574,   508)
	 45: Rel (     0,   125)  ->  Abs (   574,   633)
	 46: Rel (     0,    70)  ->  Abs (   574,   703)
	 47: Rel (  -106,   108)  ->  Abs (   468,   811)
	 48: Rel (   -61,     0)  ->  Abs (   407,   811)
	 49: Rel (   -33,     0)  ->  Abs (   374,   811)
	 50: Rel (  -106,   -29)  ->  Abs (   268,   782)
	 51: Rel (   -50,   -26)  ->  Abs (   218,   756)
	 52: Rel (   -26,   -13)  ->  Abs (   192,   743)
	 53: Rel (   -11,     0)  ->  Abs (   181,   743)
	 54: Rel (   -16,     0)  ->  Abs (   165,   743)
	 55: Rel (   -25,    25)  ->  Abs (   140,   768)
	 56: Rel (     0,    16)  ->  Abs (   140,   784)
	 57: Rel (     0,    16)  ->  Abs (   140,   800)
	 58: Rel (    28,    30)  ->  Abs (   168,   830)
	 59: Rel (   182,    66)  ->  Abs (   350,   896)
	 60: Rel (    62,     0)  ->  Abs (   412,   896)
	 61: Rel (    69,     0)  ->  Abs (   481,   896)
	 62: Rel (   130,   -95)  ->  Abs (   611,   801)
	 63: Rel (    31,   -83)  ->  Abs (   642,   718)
	 64: Rel (    55,    91)  ->  Abs (   697,   809)
	 65: Rel (    50,    37)  ->  Abs (   747,   846)
	 66: Rel (    65,    50)  ->  Abs (   812,   896)
	 67: Rel (    71,     0)  ->  Abs (   883,   896)
	 68: Rel (   109,     0)  ->  Abs (   992,   896)
	 69: Rel (   199,  -253)  ->  Abs (  1191,   643)
	 70: Rel (   -84,  -147)  ->  Abs (  1107,   496)
	 71: Rel (   -20,   156)  ->  Abs (  1087,   652)
	 72: Rel (   -82,    93)  ->  Abs (  1005,   745)
	 73: Rel (   -58,    66)  ->  Abs (   947,   811)
	 74: Rel (   -67,     0)  ->  Abs (   880,   811)
	 75: Rel (   -63,     0)  ->  Abs (   817,   811)
	 76: Rel (   -58,   -67)  ->  Abs (   759,   744)
	 77: Rel (   -80,   -92)  ->  Abs (   679,   652)
	 78: Rel (   -21,  -156)  ->  Abs (   658,   496)
	 79: Rel (   -84,   -76)  ->  Abs (   574,   420)
	 80: Rel (   -45,    15)  ->  Abs (   529,   435)
	 81: Rel (   -86,    15)  ->  Abs (   443,   450)
	 82: Rel (   -41,     0)  ->  Abs (   402,   450)
	 83: Rel (  -141,     0)  ->  Abs (   261,   450)
	 84: Rel (  -108,   -72)  ->  Abs (   153,   378)
	 85: Rel (   -53,   -34)  ->  Abs (   100,   344)
	 86: Rel (     0,   -51)  ->  Abs (   100,   293)
	 87: Rel (     0,   -59)  ->  Abs (   100,   234)
	 88: Rel (    61,  -121)  ->  Abs (   161,   113)
	 89: Rel (   107,   -62)  ->  Abs (   268,    51)
	 90: Rel (    58,     0)  ->  Abs (   326,    51)
	 91: Rel (    53,     0)  ->  Abs (   379,    51)
	 92: Rel (    47,    30)  ->  Abs (   426,    81)
	 93: Rel (    64,    40)  ->  Abs (   490,   121)
	 94: Rel (    84,   108)  ->  Abs (   574,   229)

	Glyph 161: off = 0x0000C2D2, len = 392
	  numberOfContours:	3
	  xMin:			112
	  yMin:			-86
	  xMax:			1122
	  yMax:			947

	EndPoints
	---------
	  0:  31
	  1:  39
	  2:  47

	  Length of Instructions:	247
	00000: NPUSHB      (98):    41     8    32    39    16    16     9     9    16    32 
	                            39    17    17     8     0    25    40    47    24    24 
	                             1    40    47    25    25     0    47    40    39    32 
	                            25    16     9     0     8    45    37    47    40    39 
	                            32    25    16     9     0     8    34    42    24     1 
	                             1    32     8    17    20     8     8    17     1     8 
	                            37    11    17    45    24    23    27     8    42    30 
	                            24    14    17     7    34    33    14     7    42    33 
	                            30    11     1    11    23    93    27    33    32    45 
	                            48    45    64    45    80    45     4    45 
	00100: PUSHW[1]            544 
	00103: NPUSHB      (15):    37    33     0    11   111    11   223    11   224    11 
	                             4    11    25    48    42 
	00120: PUSHW[3]            263    24   300 
	00127: SCANCTRL   
	00128: CALL       
	00129: FLIPOFF    
	00130: SRP0       
	00131: MIRP[srp0,nmd,rd,0] 
	00132: DELTAP1    
	00133: FLIPON     
	00134: MIRP[nrp0,md,rd,1] 
	00135: MIRP[srp0,nmd,rd,0] 
	00136: DELTAP1    
	00137: MIRP[srp0,md,rd,1] 
	00138: MIRP[nrp0,nmd,rd,0] 
	00139: SVTCA[y-axis] 
	00140: MIAP[rd+ci] 
	00141: MIAP[rd+ci] 
	00142: MIRP[nrp0,md,rd,1] 
	00143: MIAP[rd+ci] 
	00144: MIRP[nrp0,md,rd,1] 
	00145: MIAP[rd+ci] 
	00146: SRP1       
	00147: IP         
	00148: SRP1       
	00149: SRP2       
	00150: IP         
	00151: SVTCA[x-axis] 
	00152: SRP1       
	00153: SRP2       
	00154: IP         
	00155: SRP2       
	00156: IP         
	00157: SRP1       
	00158: SRP2       
	00159: IP         
	00160: IP         
	00161: SDPVTL[1]  
	00162: SFVTPV     
	00163: MDAP[nrd]  
	00164: CALL       
	00165: RDTG       
	00166: SRP0       
	00167: MDRP[nrp0,nmd,rd,0] 
	00168: SVTCA[y-axis] 
	00169: SRP1       
	00170: SRP2       
	00171: SLOOP      
	00172: IP         
	00173: SVTCA[x-axis] 
	00174: SRP1       
	00175: SRP2       
	00176: SLOOP      
	00177: IP         
	00178: SPVTL[p1,p2] 
	00179: SRP0       
	00180: SFVTPV     
	00181: ALIGNRP    
	00182: ALIGNRP    
	00183: SPVTL[p1,p2] 
	00184: SRP0       
	00185: SFVTPV     
	00186: ALIGNRP    
	00187: ALIGNRP    
	00188: ALIGNRP    
	00189: ALIGNRP    
	00190: SPVTL[p1,p2] 
	00191: SRP0       
	00192: SFVTPV     
	00193: ALIGNRP    
	00194: ALIGNRP    
	00195: ALIGNRP    
	00196: ALIGNRP    
	00197: SPVTL[p1,p2] 
	00198: SRP0       
	00199: SFVTPV     
	00200: ALIGNRP    
	00201: ALIGNRP    
	00202: IUP[y]     
	00203: IUP[x]     
	00204: RTG        
	00205: RS         
	00206: JROF       
	00207: NPUSHB      (28):    43    44    35    36    28    29    12    13    35    13 
	                            37    35     0    43    29    45    35     1    36    12 
	                            34    35     1    44    28    42    35     0 
	00237: SVTCA[y-axis] 
	00238: CALL       
	00239: CALL       
	00240: SVTCA[x-axis] 
	00241: CALL       
	00242: CALL       
	00243: FLIPRGON   
	00244: FLIPRGON   
	00245: FLIPRGON   
	00246: FLIPRGON   

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:                                      Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                                      Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                                      On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   320,    66)  ->  Abs (   320,    66)
	  1: Rel (  -126,  -129)  ->  Abs (   194,   -63)
	  2: Rel (   -22,   -23)  ->  Abs (   172,   -86)
	  3: Rel (   -18,     0)  ->  Abs (   154,   -86)
	  4: Rel (   -18,     0)  ->  Abs (   136,   -86)
	  5: Rel (   -24,    25)  ->  Abs (   112,   -61)
	  6: Rel (     0,    19)  ->  Abs (   112,   -42)
	  7: Rel (     0,    16)  ->  Abs (   112,   -26)
	  8: Rel (    22,    22)  ->  Abs (   134,    -4)
	  9: Rel (   123,   126)  ->  Abs (   257,   122)
	 10: Rel (  -123,   133)  ->  Abs (   134,   255)
	 11: Rel (     0,   177)  ->  Abs (   134,   432)
	 12: Rel (     0,   189)  ->  Abs (   134,   621)
	 13: Rel (   281,   275)  ->  Abs (   415,   896)
	 14: Rel (   202,     0)  ->  Abs (   617,   896)
	 15: Rel (   167,     0)  ->  Abs (   784,   896)
	 16: Rel (   131,   -99)  ->  Abs (   915,   797)
	 17: Rel (   125,   128)  ->  Abs (  1040,   925)
	 18: Rel (    22,    22)  ->  Abs (  1062,   947)
	 19: Rel (    18,     0)  ->  Abs (  1080,   947)
	 20: Rel (    17,     0)  ->  Abs (  1097,   947)
	 21: Rel (    25,   -24)  ->  Abs (  1122,   923)
	 22: Rel (     0,   -19)  ->  Abs (  1122,   904)
	 23: Rel (     0,   -16)  ->  Abs (  1122,   888)
	 24: Rel (   -22,   -23)  ->  Abs (  1100,   865)
	 25: Rel (  -122,  -125)  ->  Abs (   978,   740)
	 26: Rel (   122,  -132)  ->  Abs (  1100,   608)
	 27: Rel (     0,  -177)  ->  Abs (  1100,   431)
	 28: Rel (     0,  -190)  ->  Abs (  1100,   241)
	 29: Rel (  -281,  -274)  ->  Abs (   819,   -33)
	 30: Rel (  -202,     0)  ->  Abs (   617,   -33)
	 31: Rel (  -162,     0)  ->  Abs (   455,   -33)
	 32: Rel (   400,   769)  ->  Abs (   855,   736)
	 33: Rel (  -106,    75)  ->  Abs (   749,   811)
	 34: Rel (  -132,     0)  ->  Abs (   617,   811)
	 35: Rel (  -167,     0)  ->  Abs (   450,   811)
	 36: Rel (  -231,  -225)  ->  Abs (   219,   586)
	 37: Rel (     0,  -155)  ->  Abs (   219,   431)
	 38: Rel (     0,  -137)  ->  Abs (   219,   294)
	 39: Rel (    97,  -111)  ->  Abs (   316,   183)
	 40: Rel (    63,   -56)  ->  Abs (   379,   127)
	 41: Rel (   106,   -76)  ->  Abs (   485,    51)
	 42: Rel (   133,     0)  ->  Abs (   618,    51)
	 43: Rel (   167,     0)  ->  Abs (   785,    51)
	 44: Rel (   230,   225)  ->  Abs (  1015,   276)
	 45: Rel (     0,   155)  ->  Abs (  1015,   431)
	 46: Rel (     0,   141)  ->  Abs (  1015,   572)
	 47: Rel (   -96,   108)  ->  Abs (   919,   680)

	Glyph 162: off = 0x0000C45A, len = 312
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-392
	  xMax:			728
	  yMax:			887

	EndPoints
	---------
	  0:  13
	  1:  49

	  Length of Instructions:	172
	00000: NPUSHB      (53):   129    28   143    49   146    28   160    28     4    16 
	                            24    16    28    16    45     3    74    22    91    22 
	                           106    22   102    28   115    28   194    32   213    32 
	                           229    32   243    32     9    28    23    27    45   155 
	                            23     3    22    14    49     3    18    32    40   111 
	                            36     1    36 
	00055: PUSHW[1]            355 
	00058: NPUSHB      (45):    29    33    44    14     1   197     8     7    79    18 
	                           159    18     2    18    18    44     8    15    59    21 
	                            21    32    22    95    22     2    22     4   179    11 
	                           154    22    22    50    51    26    33    64    47   144 
	                            47   208    47     3    47 
	00105: PUSHW[1]            491 
	00108: PUSHB[7]             50    33    59    95    38     1    38 
	00116: PUSHW[5]            497    51   742   743    24 
	00127: CALL       
	00128: SRP0       
	00129: MIRP[srp0,nmd,rd,2] 
	00130: DELTAP1    
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP0       
	00133: MIRP[srp0,nmd,rd,2] 
	00134: DELTAP1    
	00135: MIRP[nrp0,md,rd,1] 
	00136: SRP1       
	00137: SRP2       
	00138: IP         
	00139: MDAP[rd]   
	00140: MIRP[srp0,nmd,rd,0] 
	00141: MIRP[nrp0,md,rd,1] 
	00142: SRP0       
	00143: DELTAP1    
	00144: ALIGNRP    
	00145: SRP0       
	00146: MIRP[nrp0,md,rd,1] 
	00147: SVTCA[y-axis] 
	00148: SRP1       
	00149: SRP2       
	00150: IP         
	00151: MDAP[rd]   
	00152: DELTAP1    
	00153: MIAP[rd+ci] 
	00154: MIRP[nrp0,md,rd,1] 
	00155: MIAP[rd+ci] 
	00156: MIRP[srp0,md,rd,1] 
	00157: MIRP[srp0,nmd,rd,0] 
	00158: DELTAP1    
	00159: IP         
	00160: IP         
	00161: SRP1       
	00162: SLOOP      
	00163: IP         
	00164: IUP[y]     
	00165: IUP[x]     
	00166: SVTCA[y-axis] 
	00167: DELTAP2    
	00168: DELTAP1    
	00169: SVTCA[x-axis] 
	00170: DELTAP2    
	00171: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                              X-Short On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         On
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   429,   679)  ->  Abs (   429,   679)
	  1: Rel (   -84,     0)  ->  Abs (   345,   679)
	  2: Rel (   -43,     0)  ->  Abs (   302,   679)
	  3: Rel (   -61,    61)  ->  Abs (   241,   740)
	  4: Rel (     0,    42)  ->  Abs (   241,   782)
	  5: Rel (     0,    45)  ->  Abs (   241,   827)
	  6: Rel (    62,    60)  ->  Abs (   303,   887)
	  7: Rel (    42,     0)  ->  Abs (   345,   887)
	  8: Rel (    84,     0)  ->  Abs (   429,   887)
	  9: Rel (    43,     0)  ->  Abs (   472,   887)
	 10: Rel (    61,   -61)  ->  Abs (   533,   826)
	 11: Rel (     0,   -43)  ->  Abs (   533,   783)
	 12: Rel (     0,   -45)  ->  Abs (   533,   738)
	 13: Rel (   -62,   -59)  ->  Abs (   471,   679)
	 14: Rel (  -128,  -385)  ->  Abs (   343,   294)
	 15: Rel (     0,    85)  ->  Abs (   343,   379)
	 16: Rel (     0,    31)  ->  Abs (   343,   410)
	 17: Rel (    24,    26)  ->  Abs (   367,   436)
	 18: Rel (    19,     0)  ->  Abs (   386,   436)
	 19: Rel (    18,     0)  ->  Abs (   404,   436)
	 20: Rel (    24,   -26)  ->  Abs (   428,   410)
	 21: Rel (     0,   -31)  ->  Abs (   428,   379)
	 22: Rel (     0,  -141)  ->  Abs (   428,   238)
	 23: Rel (  -219,   -80)  ->  Abs (   209,   158)
	 24: Rel (   -80,   -81)  ->  Abs (   129,    77)
	 25: Rel (   -45,   -46)  ->  Abs (    84,    31)
	 26: Rel (     0,   -68)  ->  Abs (    84,   -37)
	 27: Rel (     0,  -111)  ->  Abs (    84,  -148)
	 28: Rel (   163,  -160)  ->  Abs (   247,  -308)
	 29: Rel (   130,     0)  ->  Abs (   377,  -308)
	 30: Rel (    66,     0)  ->  Abs (   443,  -308)
	 31: Rel (   117,    31)  ->  Abs (   560,  -277)
	 32: Rel (    84,    40)  ->  Abs (   644,  -237)
	 33: Rel (     0,    68)  ->  Abs (   644,  -169)
	 34: Rel (     0,    31)  ->  Abs (   644,  -138)
	 35: Rel (    23,    26)  ->  Abs (   667,  -112)
	 36: Rel (    19,     0)  ->  Abs (   686,  -112)
	 37: Rel (    19,     0)  ->  Abs (   705,  -112)
	 38: Rel (    23,   -26)  ->  Abs (   728,  -138)
	 39: Rel (     0,   -31)  ->  Abs (   728,  -169)
	 40: Rel (     0,  -122)  ->  Abs (   728,  -291)
	 41: Rel (  -156,   -70)  ->  Abs (   572,  -361)
	 42: Rel (   -46,   -11)  ->  Abs (   526,  -372)
	 43: Rel (   -78,   -20)  ->  Abs (   448,  -392)
	 44: Rel (   -78,     0)  ->  Abs (   370,  -392)
	 45: Rel (  -166,     0)  ->  Abs (   204,  -392)
	 46: Rel (  -204,   201)  ->  Abs (     0,  -191)
	 47: Rel (     0,   153)  ->  Abs (     0,   -38)
	 48: Rel (     0,    94)  ->  Abs (     0,    56)
	 49: Rel (   121,   144)  ->  Abs (   121,   200)

	Glyph 163: off = 0x0000C592, len = 180
	  numberOfContours:	2
	  xMin:			491
	  yMin:			-389
	  xMax:			738
	  yMax:			878

	EndPoints
	---------
	  0:  13
	  1:  31

	  Length of Instructions:	79
	00000: NPUSHB      (10):   198    25     1    14    15    30    22    24    21    27 
	00012: PUSHW[1]            540 
	00015: NPUSHB      (21):    18   167     1   116     7    24    62    11   174    21 
	                            91    30    62     4   174     0    15    16    15     2 
	                            15 
	00038: PUSHW[1]            585 
	00041: PUSHB[4]             32     7     6   254 
	00046: PUSHW[2]            334    24 
	00051: CALL       
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: SVTCA[x-axis] 
	00055: SRP0       
	00056: MIRP[srp0,nmd,rd,2] 
	00057: DELTAP1    
	00058: MIRP[nrp0,nmd,rd,0] 
	00059: MIRP[nrp0,nmd,rd,0] 
	00060: MIRP[srp0,md,rd,1] 
	00061: MIRP[nrp0,nmd,rd,0] 
	00062: MIRP[nrp0,nmd,rd,0] 
	00063: SVTCA[y-axis] 
	00064: SRP0       
	00065: MIRP[nrp0,md,rd,1] 
	00066: MIRP[srp0,nmd,rd,0] 
	00067: MIRP[nrp0,md,rd,1] 
	00068: SVTCA[x-axis] 
	00069: SRP1       
	00070: SRP2       
	00071: IP         
	00072: SRP1       
	00073: SRP2       
	00074: IP         
	00075: IUP[y]     
	00076: IUP[x]     
	00077: SVTCA[x-axis] 
	00078: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                              X-Short On
	 15:        XDual                 X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual                 X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   634,   670)  ->  Abs (   634,   670)
	  1: Rel (   -39,     0)  ->  Abs (   595,   670)
	  2: Rel (   -43,     0)  ->  Abs (   552,   670)
	  3: Rel (   -61,    61)  ->  Abs (   491,   731)
	  4: Rel (     0,    43)  ->  Abs (   491,   774)
	  5: Rel (     0,    45)  ->  Abs (   491,   819)
	  6: Rel (    62,    59)  ->  Abs (   553,   878)
	  7: Rel (    42,     0)  ->  Abs (   595,   878)
	  8: Rel (    39,     0)  ->  Abs (   634,   878)
	  9: Rel (    43,     0)  ->  Abs (   677,   878)
	 10: Rel (    61,   -61)  ->  Abs (   738,   817)
	 11: Rel (     0,   -42)  ->  Abs (   738,   775)
	 12: Rel (     0,   -45)  ->  Abs (   738,   730)
	 13: Rel (   -62,   -60)  ->  Abs (   676,   670)
	 14: Rel (  -141,  -944)  ->  Abs (   535,  -274)
	 15: Rel (    37,   645)  ->  Abs (   572,   371)
	 16: Rel (     2,    32)  ->  Abs (   574,   403)
	 17: Rel (    23,    26)  ->  Abs (   597,   429)
	 18: Rel (    17,     0)  ->  Abs (   614,   429)
	 19: Rel (    18,     0)  ->  Abs (   632,   429)
	 20: Rel (    23,   -26)  ->  Abs (   655,   403)
	 21: Rel (     2,   -32)  ->  Abs (   657,   371)
	 22: Rel (    38,  -645)  ->  Abs (   695,  -274)
	 23: Rel (     1,   -23)  ->  Abs (   696,  -297)
	 24: Rel (     0,   -12)  ->  Abs (   696,  -309)
	 25: Rel (     0,   -34)  ->  Abs (   696,  -343)
	 26: Rel (   -46,   -46)  ->  Abs (   650,  -389)
	 27: Rel (   -35,     0)  ->  Abs (   615,  -389)
	 28: Rel (   -35,     0)  ->  Abs (   580,  -389)
	 29: Rel (   -47,    45)  ->  Abs (   533,  -344)
	 30: Rel (     0,    37)  ->  Abs (   533,  -307)
	 31: Rel (     0,    10)  ->  Abs (   533,  -297)

	Glyph 164: off = 0x0000C646, len = 116
	  numberOfContours:	1
	  xMin:			24
	  yMin:			67
	  xMax:			1085
	  yMax:			627

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	58
	00000: PUSHB[3]              0     7     4 
	00004: PUSHW[1]            445 
	00007: PUSHB[5]             16    16    50     7     7 
	00013: PUSHW[1]            281 
	00016: NPUSHB      (12):    47    12     1    12     8     9    36    15    15    16 
	                            25    17 
	00030: PUSHW[1]            446 
	00033: PUSHB[2]            129    24 
	00036: CALL       
	00037: FLIPOFF    
	00038: SRP0       
	00039: MIRP[srp0,nmd,rd,0] 
	00040: ALIGNRP    
	00041: FLIPON     
	00042: SRP0       
	00043: MIRP[srp0,md,rd,1] 
	00044: ALIGNRP    
	00045: SVTCA[y-axis] 
	00046: MDAP[rd]   
	00047: DELTAP1    
	00048: MIRP[nrp0,md,rd,1] 
	00049: SRP0       
	00050: MIRP[nrp0,md,rd,1] 
	00051: SVTCA[x-axis] 
	00052: SRP0       
	00053: MIRP[srp0,nmd,rd,1] 
	00054: MDRP[srp0,nmd,rd,0] 
	00055: ALIGNRP    
	00056: IUP[y]     
	00057: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:        XDual                         On

	Coordinates
	-----------
	  0: Rel (    80,   543)  ->  Abs (    80,   543)
	  1: Rel (   -23,     0)  ->  Abs (    57,   543)
	  2: Rel (   -20,     9)  ->  Abs (    37,   552)
	  3: Rel (   -13,    21)  ->  Abs (    24,   573)
	  4: Rel (     0,    12)  ->  Abs (    24,   585)
	  5: Rel (     0,    19)  ->  Abs (    24,   604)
	  6: Rel (    26,    23)  ->  Abs (    50,   627)
	  7: Rel (    30,     0)  ->  Abs (    80,   627)
	  8: Rel (  1005,     0)  ->  Abs (  1085,   627)
	  9: Rel (     0,  -504)  ->  Abs (  1085,   123)
	 10: Rel (     0,   -30)  ->  Abs (  1085,    93)
	 11: Rel (   -24,   -26)  ->  Abs (  1061,    67)
	 12: Rel (   -18,     0)  ->  Abs (  1043,    67)
	 13: Rel (   -19,     0)  ->  Abs (  1024,    67)
	 14: Rel (   -24,    26)  ->  Abs (  1000,    93)
	 15: Rel (     0,    30)  ->  Abs (  1000,   123)
	 16: Rel (     0,   420)  ->  Abs (  1000,   543)

	Glyph 165: off = 0x0000C6BA, len = 162
	  numberOfContours:	1
	  xMin:			137
	  yMin:			-78
	  xMax:			1135
	  yMax:			1603

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	115
	00000: NPUSHB      (62):    34     3     1     2     1     1   192     6     5    20 
	                             6     1     0     6     5     1     0     1     2     0 
	                            36     7     6    20     7     7     6     6     1     2 
	                             4     3     3     5     5     7     1     0     7     0 
	                             7     7     6     3    32     4     1     4     4     2 
	                             2     5     5     6     1     1     0     6    16     6 
	                             2     6 
	00064: RTHG       
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SHP[rp1,zp0] 
	00068: MDAP[rd]   
	00069: SRP1       
	00070: SHP[rp1,zp0] 
	00071: RTG        
	00072: MDAP[rd]   
	00073: SHP[rp1,zp0] 
	00074: MDAP[rd]   
	00075: SHP[rp1,zp0] 
	00076: MDAP[rd]   
	00077: DELTAP1    
	00078: SHP[rp1,zp0] 
	00079: SRP1       
	00080: SHP[rp1,zp0] 
	00081: MDAP[rd]   
	00082: SHP[rp1,zp0] 
	00083: SVTCA[y-axis] 
	00084: MDAP[rd]   
	00085: MDAP[rd]   
	00086: MDAP[rd]   
	00087: SRP2       
	00088: IP         
	00089: MDAP[rd]   
	00090: SLOOP      
	00091: SHP[rp1,zp0] 
	00092: SRP1       
	00093: IP         
	00094: SDPVTL[1]  
	00095: SFVTCA[x-axis] 
	00096: MDAP[nrd]  
	00097: CALL       
	00098: SFVTL[=p1,p2] 
	00099: RDTG       
	00100: SRP0       
	00101: MDRP[nrp0,nmd,rd,0] 
	00102: SDPVTL[1]  
	00103: SFVTL[=p1,p2] 
	00104: MDAP[nrd]  
	00105: RTG        
	00106: CALL       
	00107: SFVTPV     
	00108: RDTG       
	00109: SRP0       
	00110: MDRP[nrp0,nmd,rd,0] 
	00111: IUP[y]     
	00112: IUP[x]     
	00113: SVTCA[y-axis] 
	00114: DELTAP1    

	Flags
	-----
	  0:              Rep-  2                 On
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short On
	  5:  YDual               Y-Short         On
	  6:                                      On
	  7:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1135,  1603)  ->  Abs (  1135,  1603)
	  1: Rel (  -270, -1681)  ->  Abs (   865,   -78)
	  2: Rel (  -496,  1021)  ->  Abs (   369,   943)
	  3: Rel (  -198,   -91)  ->  Abs (   171,   852)
	  4: Rel (   -34,    64)  ->  Abs (   137,   916)
	  5: Rel (   301,   151)  ->  Abs (   438,  1067)
	  6: Rel (   405,  -823)  ->  Abs (   843,   244)
	  7: Rel (   217,  1359)  ->  Abs (  1060,  1603)

	Glyph 166: off = 0x0000C75C, len = 286
	  numberOfContours:	1
	  xMin:			177
	  yMin:			-193
	  xMax:			1062
	  yMax:			1287

	EndPoints
	---------
	  0:  55

	  Length of Instructions:	134
	00000: NPUSHB      (36):   121    25     1    35    53    58    10    58    25    52 
	                            39     4    20    32    16    48    44     8    29    59 
	                             7    59    35     1    19    33    14    93    23    33 
	                            12    47    33    42    93    37 
	00038: PUSHW[1]            409 
	00041: PUSHB[4]             51    33    40     9 
	00046: PUSHW[3]            409    40   562 
	00053: PUSHB[4]             12    16   252    32 
	00058: PUSHW[4]            360    28     4   360 
	00067: NPUSHB      (11):    44   252     8     0    59    36    36     0    28     1 
	                            28 
	00080: PUSHW[1]            596 
	00083: PUSHB[4]             56   244   127    24 
	00088: PUSHW[1]            296 
	00091: SCANCTRL   
	00092: CALL       
	00093: SRP0       
	00094: MIRP[srp0,nmd,rd,2] 
	00095: DELTAP1    
	00096: ALIGNRP    
	00097: SRP0       
	00098: MIRP[srp0,md,rd,1] 
	00099: ALIGNRP    
	00100: MIRP[nrp0,nmd,rd,0] 
	00101: MIRP[nrp0,nmd,rd,0] 
	00102: SRP0       
	00103: MIRP[nrp0,nmd,rd,0] 
	00104: MIRP[nrp0,nmd,rd,0] 
	00105: SVTCA[y-axis] 
	00106: MDAP[rd]   
	00107: MIRP[nrp0,md,rd,1] 
	00108: MIRP[nrp0,md,rd,1] 
	00109: SRP0       
	00110: MIRP[nrp0,md,rd,1] 
	00111: MIRP[nrp0,md,rd,1] 
	00112: MIRP[srp0,nmd,rd,0] 
	00113: MIRP[nrp0,md,rd,1] 
	00114: SRP0       
	00115: MIRP[nrp0,md,rd,1] 
	00116: MIRP[srp0,nmd,rd,0] 
	00117: MIRP[nrp0,md,rd,1] 
	00118: MDAP[rd]   
	00119: ALIGNRP    
	00120: MIRP[nrp0,md,rd,1] 
	00121: MIRP[nrp0,md,rd,1] 
	00122: SVTCA[x-axis] 
	00123: SRP1       
	00124: SRP2       
	00125: IP         
	00126: SRP1       
	00127: SRP2       
	00128: IP         
	00129: IUP[y]     
	00130: IUP[x]     
	00131: SVTCA[x-axis] 
	00132: DELTAP2    
	00133: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:        XDual                         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual               Y-Short X-Short On
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:                      Y-Short X-Short On
	 54:                      Y-Short X-Short Off
	 55:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   658,   780)  ->  Abs (   658,   780)
	  1: Rel (   200,     0)  ->  Abs (   858,   780)
	  2: Rel (    30,     0)  ->  Abs (   888,   780)
	  3: Rel (    26,   -24)  ->  Abs (   914,   756)
	  4: Rel (     0,   -19)  ->  Abs (   914,   737)
	  5: Rel (     0,   -18)  ->  Abs (   914,   719)
	  6: Rel (   -26,   -24)  ->  Abs (   888,   695)
	  7: Rel (   -30,     0)  ->  Abs (   858,   695)
	  8: Rel (  -200,     0)  ->  Abs (   658,   695)
	  9: Rel (     0,  -574)  ->  Abs (   658,   121)
	 10: Rel (     0,  -131)  ->  Abs (   658,   -10)
	 11: Rel (  -178,  -183)  ->  Abs (   480,  -193)
	 12: Rel (  -125,     0)  ->  Abs (   355,  -193)
	 13: Rel (   -68,     0)  ->  Abs (   287,  -193)
	 14: Rel (   -66,    25)  ->  Abs (   221,  -168)
	 15: Rel (   -44,    17)  ->  Abs (   177,  -151)
	 16: Rel (     0,    30)  ->  Abs (   177,  -121)
	 17: Rel (     0,    18)  ->  Abs (   177,  -103)
	 18: Rel (    22,    23)  ->  Abs (   199,   -80)
	 19: Rel (    16,     0)  ->  Abs (   215,   -80)
	 20: Rel (    10,     0)  ->  Abs (   225,   -80)
	 21: Rel (    21,    -7)  ->  Abs (   246,   -87)
	 22: Rel (    63,   -22)  ->  Abs (   309,  -109)
	 23: Rel (    51,     0)  ->  Abs (   360,  -109)
	 24: Rel (    90,     0)  ->  Abs (   450,  -109)
	 25: Rel (    53,    60)  ->  Abs (   503,   -49)
	 26: Rel (    70,    77)  ->  Abs (   573,    28)
	 27: Rel (     0,   106)  ->  Abs (   573,   134)
	 28: Rel (     0,   561)  ->  Abs (   573,   695)
	 29: Rel (  -200,     0)  ->  Abs (   373,   695)
	 30: Rel (   -30,     0)  ->  Abs (   343,   695)
	 31: Rel (   -26,    24)  ->  Abs (   317,   719)
	 32: Rel (     0,    19)  ->  Abs (   317,   738)
	 33: Rel (     0,    18)  ->  Abs (   317,   756)
	 34: Rel (    26,    24)  ->  Abs (   343,   780)
	 35: Rel (    30,     0)  ->  Abs (   373,   780)
	 36: Rel (   200,     0)  ->  Abs (   573,   780)
	 37: Rel (     0,   180)  ->  Abs (   573,   960)
	 38: Rel (     0,   139)  ->  Abs (   573,  1099)
	 39: Rel (   183,   188)  ->  Abs (   756,  1287)
	 40: Rel (   128,     0)  ->  Abs (   884,  1287)
	 41: Rel (    74,     0)  ->  Abs (   958,  1287)
	 42: Rel (    64,   -24)  ->  Abs (  1022,  1263)
	 43: Rel (    40,   -15)  ->  Abs (  1062,  1248)
	 44: Rel (     0,   -29)  ->  Abs (  1062,  1219)
	 45: Rel (     0,   -18)  ->  Abs (  1062,  1201)
	 46: Rel (   -24,   -23)  ->  Abs (  1038,  1178)
	 47: Rel (   -17,     0)  ->  Abs (  1021,  1178)
	 48: Rel (    -6,     0)  ->  Abs (  1015,  1178)
	 49: Rel (   -33,    10)  ->  Abs (   982,  1188)
	 50: Rel (   -45,    15)  ->  Abs (   937,  1203)
	 51: Rel (   -45,     0)  ->  Abs (   892,  1203)
	 52: Rel (  -105,     0)  ->  Abs (   787,  1203)
	 53: Rel (   -55,   -59)  ->  Abs (   732,  1144)
	 54: Rel (   -74,   -80)  ->  Abs (   658,  1064)
	 55: Rel (     0,  -104)  ->  Abs (   658,   960)

	Glyph 167: off = 0x0000C87A, len = 482
	  numberOfContours:	2
	  xMin:			187
	  yMin:			263
	  xMax:			1043
	  yMax:			904

	EndPoints
	---------
	  0:  37
	  1:  75

	  Length of Instructions:	265
	00000: NPUSHB     (147):    36     9    42    30    35    47    42    68     4    89 
	                            67   106    54   152    54   185    74     4    89    29 
	                           106    16   152    16   185    36     4     8    25     8 
	                            63    24    25    24    63   205     3   204     8   202 
	                             9   202    10   206    25   206    35   205    41   207 
	                            46   202    47   202    48   206    63   207    73   220 
	                             3   223     8   220     9   218    10   218    25   222 
	                            35   220    41   220    46   217    47   217    48   220 
	                            63   222    73    28    48    46    67    69     4    41 
	                            60    10     8    29    31     4     3    22    67    65 
	                            50    46    44    48    69    50    71    29    27    12 
	                             8     6    10    31    12    33    31    29    29    91 
	                            10     8    20    10    10     8    69    67    67    91 
	                            48    46    20    48    48    46    39   210    71    91 
	                            44   174    57   210    50    91    65 
	00149: PUSHW[1]            267 
	00152: NPUSHB      (33):     6     0   210    33    91     6   174    19   210    12 
	                            91    27    41     3    60    22   111     3     1    15 
	                             3   111     3     2     3    26    77    22    25    76 
	                            99   171    24 
	00187: CALL       
	00188: FLIPOFF    
	00189: SRP0       
	00190: MIRP[nrp0,nmd,rd,0] 
	00191: SRP0       
	00192: MIRP[nrp0,nmd,rd,2] 
	00193: DELTAP1    
	00194: DELTAP2    
	00195: SRP0       
	00196: ALIGNRP    
	00197: SRP0       
	00198: ALIGNRP    
	00199: SVTCA[y-axis] 
	00200: MDAP[rd]   
	00201: FLIPON     
	00202: MIRP[srp0,md,rd,1] 
	00203: MIRP[srp0,nmd,rd,0] 
	00204: MIRP[srp0,nmd,rd,0] 
	00205: MIRP[srp0,md,rd,1] 
	00206: MIRP[nrp0,nmd,rd,0] 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,2] 
	00209: MIRP[srp0,md,rd,1] 
	00210: MIRP[srp0,nmd,rd,0] 
	00211: MIRP[srp0,nmd,rd,0] 
	00212: MIRP[srp0,md,rd,1] 
	00213: MIRP[nrp0,nmd,rd,0] 
	00214: SDPVTL[1]  
	00215: SFVTPV     
	00216: MDAP[nrd]  
	00217: CALL       
	00218: RDTG       
	00219: SRP0       
	00220: MDRP[nrp0,nmd,rd,0] 
	00221: SDPVTL[1]  
	00222: SFVTPV     
	00223: MDAP[nrd]  
	00224: RTG        
	00225: CALL       
	00226: RDTG       
	00227: SRP0       
	00228: MDRP[nrp0,nmd,rd,0] 
	00229: SVTCA[y-axis] 
	00230: SRP1       
	00231: SRP2       
	00232: IP         
	00233: IP         
	00234: SRP2       
	00235: IP         
	00236: SRP1       
	00237: SRP2       
	00238: IP         
	00239: SRP1       
	00240: SRP2       
	00241: IP         
	00242: IP         
	00243: SRP2       
	00244: IP         
	00245: SRP1       
	00246: SRP2       
	00247: IP         
	00248: SVTCA[x-axis] 
	00249: SRP1       
	00250: SRP2       
	00251: SLOOP      
	00252: IP         
	00253: SRP1       
	00254: SRP2       
	00255: SLOOP      
	00256: IP         
	00257: IUP[y]     
	00258: IUP[x]     
	00259: SVTCA[x-axis] 
	00260: DELTAP1    
	00261: DELTAP2    
	00262: DELTAP2    
	00263: SVTCA[y-axis] 
	00264: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:        XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual               Y-Short X-Short On
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:                      Y-Short X-Short On
	 53:                      Y-Short X-Short Off
	 54:                      Y-Short X-Short On
	 55:                      Y-Short X-Short Off
	 56:                      Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:  YDual               Y-Short X-Short Off
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short On
	 63:  YDual XDual         Y-Short X-Short Off
	 64:  YDual XDual         Y-Short X-Short Off
	 65:  YDual XDual                 X-Short On
	 66:  YDual XDual                 X-Short Off
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short On
	 69:        XDual         Y-Short X-Short Off
	 70:        XDual         Y-Short X-Short Off
	 71:  YDual XDual                 X-Short On
	 72:  YDual XDual                 X-Short Off
	 73:  YDual XDual         Y-Short X-Short On
	 74:  YDual XDual         Y-Short X-Short Off
	 75:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1003,   837)  ->  Abs (  1003,   837)
	  1: Rel (    16,     0)  ->  Abs (  1019,   837)
	  2: Rel (    24,   -24)  ->  Abs (  1043,   813)
	  3: Rel (     0,   -16)  ->  Abs (  1043,   797)
	  4: Rel (     0,   -35)  ->  Abs (  1043,   762)
	  5: Rel (  -174,  -161)  ->  Abs (   869,   601)
	  6: Rel (   -73,     0)  ->  Abs (   796,   601)
	  7: Rel (   -45,     0)  ->  Abs (   751,   601)
	  8: Rel (   -92,    51)  ->  Abs (   659,   652)
	  9: Rel (   -85,    80)  ->  Abs (   574,   732)
	 10: Rel (   -57,    54)  ->  Abs (   517,   786)
	 11: Rel (   -59,    34)  ->  Abs (   458,   820)
	 12: Rel (   -24,     0)  ->  Abs (   434,   820)
	 13: Rel (   -29,     0)  ->  Abs (   405,   820)
	 14: Rel (   -26,   -16)  ->  Abs (   379,   804)
	 15: Rel (   -35,   -20)  ->  Abs (   344,   784)
	 16: Rel (   -61,   -71)  ->  Abs (   283,   713)
	 17: Rel (   -29,   -33)  ->  Abs (   254,   680)
	 18: Rel (   -17,   -11)  ->  Abs (   237,   669)
	 19: Rel (   -10,     0)  ->  Abs (   227,   669)
	 20: Rel (   -17,     0)  ->  Abs (   210,   669)
	 21: Rel (   -23,    24)  ->  Abs (   187,   693)
	 22: Rel (     0,    17)  ->  Abs (   187,   710)
	 23: Rel (     0,    16)  ->  Abs (   187,   726)
	 24: Rel (    26,    33)  ->  Abs (   213,   759)
	 25: Rel (    66,    82)  ->  Abs (   279,   841)
	 26: Rel (   104,    63)  ->  Abs (   383,   904)
	 27: Rel (    49,     0)  ->  Abs (   432,   904)
	 28: Rel (    41,     0)  ->  Abs (   473,   904)
	 29: Rel (    80,   -39)  ->  Abs (   553,   865)
	 30: Rel (    63,   -57)  ->  Abs (   616,   808)
	 31: Rel (   101,   -93)  ->  Abs (   717,   715)
	 32: Rel (    49,   -29)  ->  Abs (   766,   686)
	 33: Rel (    24,     0)  ->  Abs (   790,   686)
	 34: Rel (    71,     0)  ->  Abs (   861,   686)
	 35: Rel (    80,   102)  ->  Abs (   941,   788)
	 36: Rel (    29,    37)  ->  Abs (   970,   825)
	 37: Rel (    20,    12)  ->  Abs (   990,   837)
	 38: Rel (    13,  -338)  ->  Abs (  1003,   499)
	 39: Rel (    16,     0)  ->  Abs (  1019,   499)
	 40: Rel (    24,   -24)  ->  Abs (  1043,   475)
	 41: Rel (     0,   -16)  ->  Abs (  1043,   459)
	 42: Rel (     0,   -35)  ->  Abs (  1043,   424)
	 43: Rel (  -174,  -161)  ->  Abs (   869,   263)
	 44: Rel (   -73,     0)  ->  Abs (   796,   263)
	 45: Rel (   -45,     0)  ->  Abs (   751,   263)
	 46: Rel (   -92,    51)  ->  Abs (   659,   314)
	 47: Rel (   -85,    80)  ->  Abs (   574,   394)
	 48: Rel (   -57,    54)  ->  Abs (   517,   448)
	 49: Rel (   -59,    34)  ->  Abs (   458,   482)
	 50: Rel (   -24,     0)  ->  Abs (   434,   482)
	 51: Rel (   -29,     0)  ->  Abs (   405,   482)
	 52: Rel (   -26,   -16)  ->  Abs (   379,   466)
	 53: Rel (   -35,   -20)  ->  Abs (   344,   446)
	 54: Rel (   -61,   -71)  ->  Abs (   283,   375)
	 55: Rel (   -29,   -33)  ->  Abs (   254,   342)
	 56: Rel (   -17,   -10)  ->  Abs (   237,   332)
	 57: Rel (   -10,     0)  ->  Abs (   227,   332)
	 58: Rel (   -17,     0)  ->  Abs (   210,   332)
	 59: Rel (   -23,    23)  ->  Abs (   187,   355)
	 60: Rel (     0,    17)  ->  Abs (   187,   372)
	 61: Rel (     0,    16)  ->  Abs (   187,   388)
	 62: Rel (    26,    33)  ->  Abs (   213,   421)
	 63: Rel (    66,    82)  ->  Abs (   279,   503)
	 64: Rel (   104,    63)  ->  Abs (   383,   566)
	 65: Rel (    49,     0)  ->  Abs (   432,   566)
	 66: Rel (    41,     0)  ->  Abs (   473,   566)
	 67: Rel (    80,   -39)  ->  Abs (   553,   527)
	 68: Rel (    63,   -57)  ->  Abs (   616,   470)
	 69: Rel (   101,   -93)  ->  Abs (   717,   377)
	 70: Rel (    49,   -29)  ->  Abs (   766,   348)
	 71: Rel (    24,     0)  ->  Abs (   790,   348)
	 72: Rel (    71,     0)  ->  Abs (   861,   348)
	 73: Rel (    80,   102)  ->  Abs (   941,   450)
	 74: Rel (    29,    37)  ->  Abs (   970,   487)
	 75: Rel (    20,    12)  ->  Abs (   990,   499)

	Glyph 168: off = 0x0000CA5C, len = 160
	  numberOfContours:	2
	  xMin:			83
	  yMin:			0
	  xMax:			1137
	  yMax:			1153

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	116
	00000: NPUSHB      (43):     7     3     1     1     0     0    48     4     7    20 
	                             4     4     7     2     3     3    48     5     6    20 
	                             5     5     6     7     6    77     1     2     5     4 
	                            48     3     0     3   167     2    77     0     5     1 
	                             5   248     6 
	00045: PUSHW[1]            271 
	00048: NPUSHB      (11):     7     0   220     1    77     4   248    15     7     1 
	                             7 
	00061: PUSHW[1]            770 
	00064: PUSHB[7]              8     2     0    10   176   123    24 
	00072: CALL       
	00073: SVTCA[y-axis] 
	00074: MIAP[rd+ci] 
	00075: MDAP[rd]   
	00076: SVTCA[x-axis] 
	00077: SRP0       
	00078: MIRP[srp0,nmd,rd,0] 
	00079: DELTAP1    
	00080: MIRP[nrp0,nmd,rd,0] 
	00081: MIRP[srp0,md,rd,1] 
	00082: MIRP[nrp0,nmd,rd,0] 
	00083: SRP0       
	00084: MIRP[srp0,nmd,rd,2] 
	00085: MIRP[nrp0,nmd,rd,0] 
	00086: DELTAP1    
	00087: MIRP[srp0,md,rd,1] 
	00088: MIRP[nrp0,nmd,rd,0] 
	00089: SVTCA[y-axis] 
	00090: SRP0       
	00091: ALIGNRP    
	00092: MIRP[srp0,md,rd,1] 
	00093: ALIGNRP    
	00094: SRP0       
	00095: ALIGNRP    
	00096: MIRP[srp0,md,rd,1] 
	00097: ALIGNRP    
	00098: SFVTCA[x-axis] 
	00099: SDPVTL[1]  
	00100: MDAP[nrd]  
	00101: CALL       
	00102: RDTG       
	00103: SRP0       
	00104: MDRP[nrp0,nmd,rd,0] 
	00105: SDPVTL[1]  
	00106: MDAP[nrd]  
	00107: RTG        
	00108: CALL       
	00109: RDTG       
	00110: SRP0       
	00111: MDRP[nrp0,nmd,rd,0] 
	00112: IUP[y]     
	00113: IUP[x]     
	00114: SVTCA[x-axis] 
	00115: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:                                      On
	  7:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (    83,     0)  ->  Abs (    83,     0)
	  1: Rel (   444,  1153)  ->  Abs (   527,  1153)
	  2: Rel (   154,     0)  ->  Abs (   681,  1153)
	  3: Rel (   456, -1153)  ->  Abs (  1137,     0)
	  4: Rel (  -950,    71)  ->  Abs (   187,    71)
	  5: Rel (   844,     0)  ->  Abs (  1031,    71)
	  6: Rel (  -398,  1026)  ->  Abs (   633,  1097)
	  7: Rel (   -58,     0)  ->  Abs (   575,  1097)

	Glyph 169: off = 0x0000CAFC, len = 372
	  numberOfContours:	2
	  xMin:			0
	  yMin:			1
	  xMax:			1003
	  yMax:			868

	EndPoints
	---------
	  0:  17
	  1:  35

	  Length of Instructions:	250
	00000: NPUSHB     (106):    26    64    39    53    28    64    39    53    10    64 
	                            39    53     8    64    39    53    26    64    44    53 
	                            28    64    44    53    10    64    44    53     8    64 
	                            44    53    28    64    34    36    52    26    64    34 
	                            36    52    10    64    34    36    52     8    64    34 
	                            36    52    80     8    80    10    80    26    80    28 
	                             4    79     8    64    10    79    26    64    28     4 
	                            33    28    35    15    10    17    23    26    19     5 
	                             8     1    28    77    35   220    18    26    77    19 
	                           220    18    10    77    17   220     0     8    77     1 
	                           220     0     0    28     1    28 
	00108: PUSHW[3]            346    35   697 
	00115: PUSHB[5]             27     0    26     1    26 
	00121: PUSHW[3]            346    19   697 
	00128: PUSHB[6]             27   171    15    18     1    18 
	00135: NPUSHW      (11):   495     9    10   346    17   697     9     8   346     1 
	                           697 
	00159: NPUSHB       (9):     0     9     1     9   171     0    25    36    79 
	00170: PUSHW[2]            288    24 
	00175: CALL       
	00176: FLIPOFF    
	00177: SRP0       
	00178: MIRP[srp0,md,rd,0] 
	00179: FLIPON     
	00180: MIRP[srp0,md,rd,1] 
	00181: DELTAP1    
	00182: MIRP[srp0,nmd,rd,2] 
	00183: MIRP[nrp0,md,rd,1] 
	00184: SRP0       
	00185: MIRP[srp0,nmd,rd,2] 
	00186: MIRP[nrp0,md,rd,1] 
	00187: SRP0       
	00188: MIRP[srp0,md,rd,2] 
	00189: DELTAP1    
	00190: MIRP[srp0,md,rd,1] 
	00191: MIRP[srp0,nmd,rd,2] 
	00192: MIRP[nrp0,md,rd,1] 
	00193: DELTAP1    
	00194: SRP0       
	00195: MIRP[srp0,nmd,rd,2] 
	00196: MIRP[nrp0,md,rd,1] 
	00197: DELTAP1    
	00198: SVTCA[y-axis] 
	00199: RTHG       
	00200: MDAP[rd]   
	00201: MIRP[srp0,nmd,rd,0] 
	00202: RTG        
	00203: MIRP[nrp0,md,rd,1] 
	00204: RTHG       
	00205: SRP0       
	00206: MIRP[srp0,nmd,rd,0] 
	00207: RTG        
	00208: MIRP[nrp0,md,rd,1] 
	00209: RTHG       
	00210: MDAP[rd]   
	00211: MIRP[srp0,nmd,rd,0] 
	00212: RTG        
	00213: MIRP[nrp0,md,rd,1] 
	00214: RTHG       
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,0] 
	00217: RTG        
	00218: MIRP[nrp0,md,rd,1] 
	00219: SVTCA[x-axis] 
	00220: SRP1       
	00221: SRP2       
	00222: IP         
	00223: SRP1       
	00224: SRP2       
	00225: IP         
	00226: SRP1       
	00227: SRP2       
	00228: IP         
	00229: SRP1       
	00230: SRP2       
	00231: IP         
	00232: IUP[y]     
	00233: IUP[x]     
	00234: SVTCA[y-axis] 
	00235: DELTAP1    
	00236: SVTCA[x-axis] 
	00237: DELTAP1    
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: CALL       

	Flags
	-----
	  0:        XDual                         On
	  1:                                      On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:                                      On
	 10:                                      On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:        XDual                 X-Short On
	 19:                                      On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short On
	 27:                                      On
	 28:                                      On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (     0,   434)  ->  Abs (     0,   434)
	  1: Rel (   448,   410)  ->  Abs (   448,   844)
	  2: Rel (    26,    24)  ->  Abs (   474,   868)
	  3: Rel (    18,     0)  ->  Abs (   492,   868)
	  4: Rel (    18,     0)  ->  Abs (   510,   868)
	  5: Rel (    24,   -24)  ->  Abs (   534,   844)
	  6: Rel (     0,   -19)  ->  Abs (   534,   825)
	  7: Rel (     0,   -16)  ->  Abs (   534,   809)
	  8: Rel (   -23,   -25)  ->  Abs (   511,   784)
	  9: Rel (  -313,  -350)  ->  Abs (   198,   434)
	 10: Rel (   313,  -349)  ->  Abs (   511,    85)
	 11: Rel (    23,   -25)  ->  Abs (   534,    60)
	 12: Rel (     0,   -17)  ->  Abs (   534,    43)
	 13: Rel (     0,   -18)  ->  Abs (   534,    25)
	 14: Rel (   -24,   -24)  ->  Abs (   510,     1)
	 15: Rel (   -18,     0)  ->  Abs (   492,     1)
	 16: Rel (   -18,     0)  ->  Abs (   474,     1)
	 17: Rel (   -26,    23)  ->  Abs (   448,    24)
	 18: Rel (    21,   410)  ->  Abs (   469,   434)
	 19: Rel (   448,   410)  ->  Abs (   917,   844)
	 20: Rel (    26,    24)  ->  Abs (   943,   868)
	 21: Rel (    18,     0)  ->  Abs (   961,   868)
	 22: Rel (    18,     0)  ->  Abs (   979,   868)
	 23: Rel (    24,   -24)  ->  Abs (  1003,   844)
	 24: Rel (     0,   -19)  ->  Abs (  1003,   825)
	 25: Rel (     0,   -16)  ->  Abs (  1003,   809)
	 26: Rel (   -22,   -25)  ->  Abs (   981,   784)
	 27: Rel (  -313,  -350)  ->  Abs (   668,   434)
	 28: Rel (   313,  -349)  ->  Abs (   981,    85)
	 29: Rel (    22,   -25)  ->  Abs (  1003,    60)
	 30: Rel (     0,   -17)  ->  Abs (  1003,    43)
	 31: Rel (     0,   -18)  ->  Abs (  1003,    25)
	 32: Rel (   -24,   -24)  ->  Abs (   979,     1)
	 33: Rel (   -18,     0)  ->  Abs (   961,     1)
	 34: Rel (   -18,     0)  ->  Abs (   943,     1)
	 35: Rel (   -26,    23)  ->  Abs (   917,    24)

	Glyph 170: off = 0x0000CC70, len = 322
	  numberOfContours:	2
	  xMin:			127
	  yMin:			1
	  xMax:			1130
	  yMax:			868

	EndPoints
	---------
	  0:  17
	  1:  35

	  Length of Instructions:	198
	00000: NPUSHB      (90):    73     8    70    10    73    26    70    28     4    94 
	                             8    95    10    94    26    95    28   132     6   132 
	                            12   130    24   130    30     8    64     6    65     8 
	                            65    10    66    12    64    24    65    26    65    28 
	                            66    30   209     0   211     9   214    10   209    18 
	                           211    26   211    27   214    28    15    33    35    28 
	                            23    19    26    13    17    10     5     1     8    26 
	                            77    19   220    18    28    77    35   220    18    10 
	                            77    17   220     0     8    77     1   220     0     1 
	00092: PUSHW[1]            346 
	00095: PUSHB[4]              8   255     0    17 
	00100: PUSHW[1]            346 
	00103: PUSHB[5]             10   255     9   171     0 
	00109: PUSHW[4]            495    27    19   346 
	00118: PUSHB[4]             26   255    18    35 
	00123: PUSHW[1]            346 
	00126: NPUSHB      (10):    28   255    27   171    18    26    37   134   123    24 
	00138: CALL       
	00139: FLIPOFF    
	00140: SRP0       
	00141: MIRP[srp0,nmd,rd,2] 
	00142: FLIPON     
	00143: MIRP[nrp0,md,rd,1] 
	00144: MIRP[srp0,md,rd,1] 
	00145: MIRP[nrp0,md,rd,1] 
	00146: SRP0       
	00147: MIRP[srp0,md,rd,1] 
	00148: MIRP[nrp0,md,rd,1] 
	00149: SRP0       
	00150: MIRP[srp0,nmd,rd,2] 
	00151: MIRP[nrp0,md,rd,1] 
	00152: MIRP[srp0,md,rd,1] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: SRP0       
	00155: MIRP[srp0,md,rd,1] 
	00156: MIRP[nrp0,md,rd,1] 
	00157: SVTCA[y-axis] 
	00158: RTHG       
	00159: MDAP[rd]   
	00160: MIRP[srp0,nmd,rd,0] 
	00161: RTG        
	00162: MIRP[nrp0,md,rd,1] 
	00163: RTHG       
	00164: SRP0       
	00165: MIRP[srp0,nmd,rd,0] 
	00166: RTG        
	00167: MIRP[nrp0,md,rd,1] 
	00168: RTHG       
	00169: MDAP[rd]   
	00170: MIRP[srp0,nmd,rd,0] 
	00171: RTG        
	00172: MIRP[nrp0,md,rd,1] 
	00173: RTHG       
	00174: SRP0       
	00175: MIRP[srp0,nmd,rd,0] 
	00176: RTG        
	00177: MIRP[nrp0,md,rd,1] 
	00178: SVTCA[x-axis] 
	00179: SRP1       
	00180: SRP2       
	00181: IP         
	00182: SRP1       
	00183: SRP2       
	00184: IP         
	00185: SRP1       
	00186: SRP2       
	00187: IP         
	00188: SRP1       
	00189: SRP2       
	00190: IP         
	00191: IUP[y]     
	00192: IUP[x]     
	00193: SVTCA[x-axis] 
	00194: DELTAP2    
	00195: DELTAP1    
	00196: SVTCA[y-axis] 
	00197: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                                      On
	 10:                                      On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:                                      On
	 19:                                      On
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:                                      On
	 28:                                      On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   661,   434)  ->  Abs (   661,   434)
	  1: Rel (  -449,  -410)  ->  Abs (   212,    24)
	  2: Rel (   -25,   -23)  ->  Abs (   187,     1)
	  3: Rel (   -18,     0)  ->  Abs (   169,     1)
	  4: Rel (   -18,     0)  ->  Abs (   151,     1)
	  5: Rel (   -24,    24)  ->  Abs (   127,    25)
	  6: Rel (     0,    18)  ->  Abs (   127,    43)
	  7: Rel (     0,    17)  ->  Abs (   127,    60)
	  8: Rel (    22,    25)  ->  Abs (   149,    85)
	  9: Rel (   313,   349)  ->  Abs (   462,   434)
	 10: Rel (  -313,   350)  ->  Abs (   149,   784)
	 11: Rel (   -22,    25)  ->  Abs (   127,   809)
	 12: Rel (     0,    17)  ->  Abs (   127,   826)
	 13: Rel (     0,    18)  ->  Abs (   127,   844)
	 14: Rel (    24,    24)  ->  Abs (   151,   868)
	 15: Rel (    18,     0)  ->  Abs (   169,   868)
	 16: Rel (    18,     0)  ->  Abs (   187,   868)
	 17: Rel (    25,   -24)  ->  Abs (   212,   844)
	 18: Rel (   918,  -410)  ->  Abs (  1130,   434)
	 19: Rel (  -448,  -410)  ->  Abs (   682,    24)
	 20: Rel (   -26,   -23)  ->  Abs (   656,     1)
	 21: Rel (   -18,     0)  ->  Abs (   638,     1)
	 22: Rel (   -18,     0)  ->  Abs (   620,     1)
	 23: Rel (   -24,    24)  ->  Abs (   596,    25)
	 24: Rel (     0,    18)  ->  Abs (   596,    43)
	 25: Rel (     0,    17)  ->  Abs (   596,    60)
	 26: Rel (    22,    25)  ->  Abs (   618,    85)
	 27: Rel (   313,   349)  ->  Abs (   931,   434)
	 28: Rel (  -313,   350)  ->  Abs (   618,   784)
	 29: Rel (   -22,    25)  ->  Abs (   596,   809)
	 30: Rel (     0,    17)  ->  Abs (   596,   826)
	 31: Rel (     0,    18)  ->  Abs (   596,   844)
	 32: Rel (    24,    24)  ->  Abs (   620,   868)
	 33: Rel (    18,     0)  ->  Abs (   638,   868)
	 34: Rel (    18,     0)  ->  Abs (   656,   868)
	 35: Rel (    26,   -24)  ->  Abs (   682,   844)

	Glyph 171: off = 0x0000CDB2, len = 212
	  numberOfContours:	3
	  xMin:			101
	  yMin:			-30
	  xMax:			1128
	  yMax:			175

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  35

	  Length of Instructions:	103
	00000: NPUSHB      (73):     9   138     3    21   138    15    33   138    27    27 
	                            15    15     3    11    24   138    32    30     1    48 
	                            30    64    30    80    30   128    30   160    30   208 
	                            30     6    30   220    12   138    32    18     1    48 
	                            18    64    18    80    18   128    18   160    18   208 
	                            18     6    18   220     0   138    47     6    63     6 
	                            79     6   128     6   160     6     5     6    25    36 
	                            79   123    24 
	00075: CALL       
	00076: FLIPOFF    
	00077: SRP0       
	00078: MIRP[srp0,nmd,rd,0] 
	00079: DELTAP1    
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: MIRP[srp0,nmd,rd,0] 
	00083: DELTAP1    
	00084: DELTAP2    
	00085: MIRP[nrp0,md,rd,1] 
	00086: MIRP[srp0,nmd,rd,0] 
	00087: DELTAP1    
	00088: DELTAP2    
	00089: MIRP[nrp0,md,rd,1] 
	00090: SVTCA[y-axis] 
	00091: MIAP[rd+ci] 
	00092: ALIGNRP    
	00093: SRP0       
	00094: ALIGNRP    
	00095: SRP0       
	00096: MIRP[nrp0,md,rd,1] 
	00097: SRP0       
	00098: MIRP[nrp0,md,rd,1] 
	00099: SRP0       
	00100: MIRP[nrp0,md,rd,1] 
	00101: IUP[y]     
	00102: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:                      Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   306,    73)  ->  Abs (   306,    73)
	  1: Rel (     0,   -43)  ->  Abs (   306,    30)
	  2: Rel (   -60,   -60)  ->  Abs (   246,   -30)
	  3: Rel (   -42,     0)  ->  Abs (   204,   -30)
	  4: Rel (   -43,     0)  ->  Abs (   161,   -30)
	  5: Rel (   -60,    60)  ->  Abs (   101,    30)
	  6: Rel (     0,    43)  ->  Abs (   101,    73)
	  7: Rel (     0,    42)  ->  Abs (   101,   115)
	  8: Rel (    60,    60)  ->  Abs (   161,   175)
	  9: Rel (    43,     0)  ->  Abs (   204,   175)
	 10: Rel (    42,     0)  ->  Abs (   246,   175)
	 11: Rel (    60,   -60)  ->  Abs (   306,   115)
	 12: Rel (   410,   -42)  ->  Abs (   716,    73)
	 13: Rel (     0,   -43)  ->  Abs (   716,    30)
	 14: Rel (   -60,   -60)  ->  Abs (   656,   -30)
	 15: Rel (   -43,     0)  ->  Abs (   613,   -30)
	 16: Rel (   -42,     0)  ->  Abs (   571,   -30)
	 17: Rel (   -60,    60)  ->  Abs (   511,    30)
	 18: Rel (     0,    43)  ->  Abs (   511,    73)
	 19: Rel (     0,    42)  ->  Abs (   511,   115)
	 20: Rel (    60,    60)  ->  Abs (   571,   175)
	 21: Rel (    42,     0)  ->  Abs (   613,   175)
	 22: Rel (    43,     0)  ->  Abs (   656,   175)
	 23: Rel (    60,   -60)  ->  Abs (   716,   115)
	 24: Rel (   412,   -42)  ->  Abs (  1128,    73)
	 25: Rel (     0,   -43)  ->  Abs (  1128,    30)
	 26: Rel (   -60,   -60)  ->  Abs (  1068,   -30)
	 27: Rel (   -43,     0)  ->  Abs (  1025,   -30)
	 28: Rel (   -42,     0)  ->  Abs (   983,   -30)
	 29: Rel (   -60,    60)  ->  Abs (   923,    30)
	 30: Rel (     0,    43)  ->  Abs (   923,    73)
	 31: Rel (     0,    42)  ->  Abs (   923,   115)
	 32: Rel (    59,    60)  ->  Abs (   982,   175)
	 33: Rel (    43,     0)  ->  Abs (  1025,   175)
	 34: Rel (    43,     0)  ->  Abs (  1068,   175)
	 35: Rel (    60,   -60)  ->  Abs (  1128,   115)

	Glyph 172: off = 0x0000CE86, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	-73
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              2   112    59   160    59     2    59    26 
	00009: PUSHW[1]           -313 
	00012: PUSHB[5]             72    43     2     1    54 
	00018: PUSHW[3]            651    41   300 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 173: off = 0x0000CEC0, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	-92
		Y WOffset:	268
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     2    31    67    47    67     2    95    67   111    67 
	                             2    67    26 
	00015: PUSHW[1]           -480 
	00018: PUSHB[5]             72    43     2     1    56 
	00024: PUSHW[3]            651    41   300 
	00031: SCANCTRL   
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP2    
	00038: SHC[rp1,zp0] 

	Glyph 174: off = 0x0000CF02, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	-90
		Y WOffset:	268
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    46    29    10    10    64     2     1    35 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 175: off = 0x0000CF32, len = 412
	  numberOfContours:	2
	  xMin:			17
	  yMin:			0
	  xMax:			1212
	  yMax:			1170

	EndPoints
	---------
	  0:  48
	  1:  59

	  Length of Instructions:	241
	00000: NPUSHB     (103):    52     8    29    23    15    26     1    26    86    30 
	                            30    29    23    47    41    15    44    31    44     2 
	                            44    41    48    48    29    41     3     9     6    53 
	                             2     2    29     9    34    40     0    37    16    37 
	                             2    37    41    33    33    29    40    33    38    48 
	                            48    11    30    50    30    22    21     2    58    30 
	                            10    11    41    38    48    40    38    48    33   233 
	                            32    32    31     1    49    59    30     1     1     0 
	                             0    60    61   207    23     1    23    65     9    26 
	                            61    55    37    14    25    60    21     2    11     8 
	                            69   108    24 
	00105: CALL       
	00106: SVTCA[y-axis] 
	00107: MIAP[rd+ci] 
	00108: MIAP[rd+ci] 
	00109: SVTCA[x-axis] 
	00110: FLIPOFF    
	00111: SRP0       
	00112: MIRP[srp0,nmd,rd,0] 
	00113: FLIPON     
	00114: MIRP[nrp0,md,rd,1] 
	00115: FLIPOFF    
	00116: SRP0       
	00117: MIRP[srp0,nmd,rd,2] 
	00118: FLIPON     
	00119: MIRP[nrp0,nmd,rd,0] 
	00120: DELTAP2    
	00121: SRP1       
	00122: SRP2       
	00123: IP         
	00124: MDAP[rd]   
	00125: ALIGNRP    
	00126: SRP0       
	00127: MIRP[srp0,md,rd,1] 
	00128: ALIGNRP    
	00129: SRP0       
	00130: ALIGNRP    
	00131: ALIGNRP    
	00132: SRP0       
	00133: MIRP[srp0,md,rd,2] 
	00134: ALIGNRP    
	00135: MIRP[nrp0,md,rd,1] 
	00136: SRP0       
	00137: MIRP[nrp0,md,rd,1] 
	00138: SVTCA[y-axis] 
	00139: SRP0       
	00140: ALIGNRP    
	00141: MIRP[srp0,md,rd,1] 
	00142: ALIGNRP    
	00143: SRP0       
	00144: ALIGNRP    
	00145: MIRP[srp0,md,rd,1] 
	00146: ALIGNRP    
	00147: SRP2       
	00148: IP         
	00149: MDAP[rd]   
	00150: MIRP[nrp0,md,rd,1] 
	00151: SVTCA[x-axis] 
	00152: SRP0       
	00153: MIRP[nrp0,md,rd,1] 
	00154: SVTCA[y-axis] 
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,1] 
	00157: DELTAP1    
	00158: MDRP[srp0,nmd,rd,0] 
	00159: ALIGNRP    
	00160: SVTCA[x-axis] 
	00161: SRP0       
	00162: MIRP[nrp0,md,rd,1] 
	00163: SVTCA[y-axis] 
	00164: SRP0       
	00165: MIRP[srp0,nmd,rd,1] 
	00166: MDRP[srp0,nmd,rd,0] 
	00167: ALIGNRP    
	00168: SVTCA[x-axis] 
	00169: SRP0       
	00170: MIRP[nrp0,md,rd,1] 
	00171: SVTCA[y-axis] 
	00172: SRP0       
	00173: MIRP[srp0,nmd,rd,1] 
	00174: DELTAP1    
	00175: MDRP[srp0,nmd,rd,0] 
	00176: ALIGNRP    
	00177: SVTCA[x-axis] 
	00178: SRP0       
	00179: MIRP[nrp0,md,rd,1] 
	00180: SVTCA[y-axis] 
	00181: SRP0       
	00182: MIRP[srp0,nmd,rd,1] 
	00183: DELTAP1    
	00184: MDRP[srp0,nmd,rd,0] 
	00185: ALIGNRP    
	00186: IUP[y]     
	00187: IUP[x]     
	00188: RS         
	00189: JROF       
	00190: NPUSHB      (40):    51    57    12    20    53    54    52    54     2     6 
	                            16    15    17    15    18    15    19    15     4     6 
	                            51    20    55    46     0    57    12    55    46     0 
	                            54    15    50    46     1    56    13    58    46     0 
	00232: CALL       
	00233: CALL       
	00234: SVTCA[x-axis] 
	00235: CALL       
	00236: CALL       
	00237: LOOPCALL   
	00238: LOOPCALL   
	00239: FLIPRGON   
	00240: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:  YDual                       X-Short Off
	 13:                                      Off
	 14:        XDual                         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual                               On
	 23:        XDual                         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         On
	 31:  YDual                               On
	 32:        XDual                         On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:                      Y-Short X-Short On
	 42:        XDual         Y-Short         Off
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         On
	 49:                              X-Short On
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:              Rep-  2 Y-Short X-Short Off
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:        XDual                 X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   698,   566)  ->  Abs (   698,   566)
	  1: Rel (     0,  -482)  ->  Abs (   698,    84)
	  2: Rel (   430,     0)  ->  Abs (  1128,    84)
	  3: Rel (     0,   193)  ->  Abs (  1128,   277)
	  4: Rel (     0,    30)  ->  Abs (  1128,   307)
	  5: Rel (    23,    26)  ->  Abs (  1151,   333)
	  6: Rel (    19,     0)  ->  Abs (  1170,   333)
	  7: Rel (    19,     0)  ->  Abs (  1189,   333)
	  8: Rel (    23,   -26)  ->  Abs (  1212,   307)
	  9: Rel (     0,   -30)  ->  Abs (  1212,   277)
	 10: Rel (     0,  -277)  ->  Abs (  1212,     0)
	 11: Rel (  -669,     0)  ->  Abs (   543,     0)
	 12: Rel (  -230,     0)  ->  Abs (   313,     0)
	 13: Rel (  -296,   315)  ->  Abs (    17,   315)
	 14: Rel (     0,   267)  ->  Abs (    17,   582)
	 15: Rel (     0,   108)  ->  Abs (    17,   690)
	 16: Rel (    56,   207)  ->  Abs (    73,   897)
	 17: Rel (    88,   124)  ->  Abs (   161,  1021)
	 18: Rel (    82,    60)  ->  Abs (   243,  1081)
	 19: Rel (    62,    45)  ->  Abs (   305,  1126)
	 20: Rel (   127,    44)  ->  Abs (   432,  1170)
	 21: Rel (    95,     0)  ->  Abs (   527,  1170)
	 22: Rel (   644,     0)  ->  Abs (  1171,  1170)
	 23: Rel (     0,  -320)  ->  Abs (  1171,   850)
	 24: Rel (     0,   -30)  ->  Abs (  1171,   820)
	 25: Rel (   -24,   -26)  ->  Abs (  1147,   794)
	 26: Rel (   -19,     0)  ->  Abs (  1128,   794)
	 27: Rel (   -18,     0)  ->  Abs (  1110,   794)
	 28: Rel (   -24,    26)  ->  Abs (  1086,   820)
	 29: Rel (     0,    30)  ->  Abs (  1086,   850)
	 30: Rel (     0,   236)  ->  Abs (  1086,  1086)
	 31: Rel (  -388,     0)  ->  Abs (   698,  1086)
	 32: Rel (     0,  -436)  ->  Abs (   698,   650)
	 33: Rel (   163,     0)  ->  Abs (   861,   650)
	 34: Rel (     0,    57)  ->  Abs (   861,   707)
	 35: Rel (     0,    31)  ->  Abs (   861,   738)
	 36: Rel (    24,    26)  ->  Abs (   885,   764)
	 37: Rel (    18,     0)  ->  Abs (   903,   764)
	 38: Rel (    19,     0)  ->  Abs (   922,   764)
	 39: Rel (    24,   -26)  ->  Abs (   946,   738)
	 40: Rel (     0,   -31)  ->  Abs (   946,   707)
	 41: Rel (    -1,  -199)  ->  Abs (   945,   508)
	 42: Rel (     0,   -30)  ->  Abs (   945,   478)
	 43: Rel (   -23,   -26)  ->  Abs (   922,   452)
	 44: Rel (   -19,     0)  ->  Abs (   903,   452)
	 45: Rel (   -18,     0)  ->  Abs (   885,   452)
	 46: Rel (   -24,    26)  ->  Abs (   861,   478)
	 47: Rel (     0,    30)  ->  Abs (   861,   508)
	 48: Rel (     0,    58)  ->  Abs (   861,   566)
	 49: Rel (  -248,   520)  ->  Abs (   613,  1086)
	 50: Rel (   -67,     0)  ->  Abs (   546,  1086)
	 51: Rel (  -122,     0)  ->  Abs (   424,  1086)
	 52: Rel (  -140,   -70)  ->  Abs (   284,  1016)
	 53: Rel (  -119,  -126)  ->  Abs (   165,   890)
	 54: Rel (   -64,  -191)  ->  Abs (   101,   699)
	 55: Rel (     0,  -118)  ->  Abs (   101,   581)
	 56: Rel (     0,  -233)  ->  Abs (   101,   348)
	 57: Rel (   245,  -264)  ->  Abs (   346,    84)
	 58: Rel (   200,     0)  ->  Abs (   546,    84)
	 59: Rel (    67,     0)  ->  Abs (   613,    84)

	Glyph 176: off = 0x0000D0CE, len = 616
	  numberOfContours:	3
	  xMin:			18
	  yMin:			-33
	  xMax:			1194
	  yMax:			897

	EndPoints
	---------
	  0:  40
	  1:  52
	  2:  61

	  Length of Instructions:	434
	00000: PUSHW[2]              2   -12 
	00005: NPUSHB     (255):   111    23    96    26    96    32    96    45   101    46 
	                           100    48    96    49   111    52   185    39   215    48 
	                            10    30    54    27    55    42    54    42    55    54 
	                             2    54     6    59    54   133     2   143    53   138 
	                            54   140    55   150     2   145    14   156    53   156 
	                            54   155    55   149    59   150    60   164     3   164 
	                            28   170    42   164    43   164    45   164    48   175 
	                            53   175    54   173    55   163    59   180     2   179 
	                            15   181    28   178    48   187    53   190    54   181 
	                            55   181    59   181    60    37   234    43   233    45 
	                           230    49   228    51   249    43   251    45   245    49 
	                             7     6    24    10    43    10    45     5    49     6 
	                            51    15    59    22     6    26    43    26    45    19 
	                            49    26    56    37     6    44    43    44    45    34 
	                            49    46    55    50     6    61    55   133     7   134 
	                            49   146     3   149     6   158    43   158    45   148 
	                            49   148    51   156    56   165     6   169    15   172 
	                            43   172    45   164    49   164    51   169    56   179 
	                             3   176     6   180     7   181    26   188    43   188 
	                            45   181    49   179    51   188    55   188    59    44 
	                            41     8    22    36    41    61    60    53     9     6 
	                             2     0     7    13     2    22     1    10    36    60 
	                            57    61    10   197    19    53    61    32     0     1 
	                             1    19    44    33    33    57    33    38    38    33 
	                             5    33    19    50    33    25    25    19     1    59 
	                            41    41    62   143    13 
	00262: NPUSHB      (21):   175    13   191    13     3    13    26    63    47    33 
	                           191    29     1    29    25    62    33     7    19    11 
	                           152 
	00285: PUSHW[3]            290    24   300 
	00292: SCANCTRL   
	00293: CALL       
	00294: SVTCA[y-axis] 
	00295: MIAP[rd+ci] 
	00296: MIAP[rd+ci] 
	00297: SVTCA[x-axis] 
	00298: FLIPOFF    
	00299: SRP0       
	00300: MIRP[srp0,nmd,rd,0] 
	00301: DELTAP1    
	00302: FLIPON     
	00303: MIRP[nrp0,md,rd,1] 
	00304: FLIPOFF    
	00305: SRP0       
	00306: MIRP[nrp0,nmd,rd,2] 
	00307: DELTAP1    
	00308: SRP2       
	00309: IP         
	00310: MDAP[rd]   
	00311: FLIPON     
	00312: MIRP[nrp0,md,rd,1] 
	00313: SVTCA[y-axis] 
	00314: SRP0       
	00315: ALIGNRP    
	00316: SRP0       
	00317: MIRP[nrp0,md,rd,1] 
	00318: SRP0       
	00319: MIRP[nrp0,md,rd,1] 
	00320: SRP0       
	00321: ALIGNRP    
	00322: SRP0       
	00323: MIRP[nrp0,md,rd,1] 
	00324: SRP0       
	00325: MIRP[nrp0,md,rd,1] 
	00326: SRP2       
	00327: IP         
	00328: MDAP[rd]   
	00329: ALIGNRP    
	00330: MIRP[srp0,md,rd,1] 
	00331: ALIGNRP    
	00332: SRP0       
	00333: MIRP[nrp0,md,rd,1] 
	00334: SRP1       
	00335: SRP2       
	00336: IP         
	00337: IP         
	00338: SRP1       
	00339: SRP2       
	00340: IP         
	00341: IP         
	00342: SVTCA[x-axis] 
	00343: SRP1       
	00344: SLOOP      
	00345: IP         
	00346: SRP1       
	00347: IP         
	00348: IP         
	00349: IUP[y]     
	00350: IUP[x]     
	00351: RS         
	00352: JROF       
	00353: NPUSHB      (28):    45    49    26    32    31    38    27    37    45    32 
	                            47    35     0    49    26    47    35     0    46    30 
	                            44    35     1    48    28    50    35     0 
	00383: SVTCA[y-axis] 
	00384: CALL       
	00385: CALL       
	00386: SVTCA[x-axis] 
	00387: CALL       
	00388: CALL       
	00389: CALL       
	00390: CALL       
	00391: FLIPRGON   
	00392: FLIPRGON   
	00393: SVTCA[y-axis] 
	00394: MPPEM      
	00395: PUSHB[1]             12 
	00397: GTEQ       
	00398: MPPEM      
	00399: PUSHB[1]             36 
	00401: LTEQ       
	00402: AND        
	00403: IF         
	00404: PUSHB[5]             46    16    20    16    37 
	00410: PUSHW[3]            -16    52   -22 
	00417: PUSHB[2]             42    22 
	00420: SHPIX      
	00421: SHPIX      
	00422: SHPIX      
	00423: SHPIX      
	00424: SHPIX      
	00425: EIF        
	00426: SVTCA[y-axis] 
	00427: DELTAP2    
	00428: DELTAP1    
	00429: SVTCA[x-axis] 
	00430: DELTAP2    
	00431: SVTCA[x-axis] 
	00432: DELTAP1    
	00433: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual Rep-  2 Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:                      Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:                      Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:        XDual         Y-Short X-Short Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual               Y-Short         On
	 54:  YDual               Y-Short X-Short Off
	 55:  YDual               Y-Short X-Short On
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:                      Y-Short X-Short On
	 60:                      Y-Short X-Short Off
	 61:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1193,   413)  ->  Abs (  1193,   413)
	  1: Rel (  -536,     0)  ->  Abs (   657,   413)
	  2: Rel (     8,  -115)  ->  Abs (   665,   298)
	  3: Rel (    84,  -178)  ->  Abs (   749,   120)
	  4: Rel (    95,   -69)  ->  Abs (   844,    51)
	  5: Rel (    47,     0)  ->  Abs (   891,    51)
	  6: Rel (    76,     0)  ->  Abs (   967,    51)
	  7: Rel (   111,    84)  ->  Abs (  1078,   135)
	  8: Rel (    46,    35)  ->  Abs (  1124,   170)
	  9: Rel (    19,    10)  ->  Abs (  1143,   180)
	 10: Rel (    10,     0)  ->  Abs (  1153,   180)
	 11: Rel (    16,     0)  ->  Abs (  1169,   180)
	 12: Rel (    25,   -25)  ->  Abs (  1194,   155)
	 13: Rel (     0,   -17)  ->  Abs (  1194,   138)
	 14: Rel (     0,   -19)  ->  Abs (  1194,   119)
	 15: Rel (   -30,   -25)  ->  Abs (  1164,    94)
	 16: Rel (   -47,   -40)  ->  Abs (  1117,    54)
	 17: Rel (   -66,   -36)  ->  Abs (  1051,    18)
	 18: Rel (   -92,   -51)  ->  Abs (   959,   -33)
	 19: Rel (   -70,     0)  ->  Abs (   889,   -33)
	 20: Rel (   -76,     0)  ->  Abs (   813,   -33)
	 21: Rel (  -152,   122)  ->  Abs (   661,    89)
	 22: Rel (   -46,   125)  ->  Abs (   615,   214)
	 23: Rel (   -50,  -129)  ->  Abs (   565,    85)
	 24: Rel (  -150,  -118)  ->  Abs (   415,   -33)
	 25: Rel (   -76,     0)  ->  Abs (   339,   -33)
	 26: Rel (  -115,     0)  ->  Abs (   224,   -33)
	 27: Rel (   -89,   112)  ->  Abs (   135,    79)
	 28: Rel (  -117,   145)  ->  Abs (    18,   224)
	 29: Rel (     0,   215)  ->  Abs (    18,   439)
	 30: Rel (     0,   208)  ->  Abs (    18,   647)
	 31: Rel (   113,   139)  ->  Abs (   131,   786)
	 32: Rel (    91,   111)  ->  Abs (   222,   897)
	 33: Rel (   113,     0)  ->  Abs (   335,   897)
	 34: Rel (    77,     0)  ->  Abs (   412,   897)
	 35: Rel (   157,  -120)  ->  Abs (   569,   777)
	 36: Rel (    46,  -118)  ->  Abs (   615,   659)
	 37: Rel (   103,   238)  ->  Abs (   718,   897)
	 38: Rel (   165,     0)  ->  Abs (   883,   897)
	 39: Rel (   110,     0)  ->  Abs (   993,   897)
	 40: Rel (   197,  -248)  ->  Abs (  1190,   649)
	 41: Rel (  -616,  -217)  ->  Abs (   574,   432)
	 42: Rel (     0,   178)  ->  Abs (   574,   610)
	 43: Rel (  -158,   203)  ->  Abs (   416,   813)
	 44: Rel (   -78,     0)  ->  Abs (   338,   813)
	 45: Rel (   -79,     0)  ->  Abs (   259,   813)
	 46: Rel (  -157,  -203)  ->  Abs (   102,   610)
	 47: Rel (     0,  -178)  ->  Abs (   102,   432)
	 48: Rel (     0,  -178)  ->  Abs (   102,   254)
	 49: Rel (   158,  -203)  ->  Abs (   260,    51)
	 50: Rel (    78,     0)  ->  Abs (   338,    51)
	 51: Rel (    79,     0)  ->  Abs (   417,    51)
	 52: Rel (   157,   203)  ->  Abs (   574,   254)
	 53: Rel (   533,   244)  ->  Abs (  1107,   498)
	 54: Rel (   -25,   162)  ->  Abs (  1082,   660)
	 55: Rel (   -77,    87)  ->  Abs (  1005,   747)
	 56: Rel (   -59,    66)  ->  Abs (   946,   813)
	 57: Rel (   -64,     0)  ->  Abs (   882,   813)
	 58: Rel (   -64,     0)  ->  Abs (   818,   813)
	 59: Rel (   -58,   -65)  ->  Abs (   760,   748)
	 60: Rel (   -77,   -87)  ->  Abs (   683,   661)
	 61: Rel (   -25,  -163)  ->  Abs (   658,   498)

	Glyph 177: off = 0x0000D336, len = 78
	  numberOfContours:	1
	  xMin:			145
	  yMin:			543
	  xMax:			1084
	  yMax:			627

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	26
	00000: NPUSHB      (12):     7    36     0    11    26    15     4    25    14    80 
	                           129    24 
	00014: CALL       
	00015: FLIPOFF    
	00016: SRP0       
	00017: MIRP[nrp0,nmd,rd,0] 
	00018: SRP0       
	00019: MIRP[nrp0,nmd,rd,2] 
	00020: SVTCA[y-axis] 
	00021: MDAP[rd]   
	00022: FLIPON     
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1028,   543)  ->  Abs (  1028,   543)
	  1: Rel (  -827,     0)  ->  Abs (   201,   543)
	  2: Rel (   -30,     0)  ->  Abs (   171,   543)
	  3: Rel (   -26,    23)  ->  Abs (   145,   566)
	  4: Rel (     0,    19)  ->  Abs (   145,   585)
	  5: Rel (     0,    19)  ->  Abs (   145,   604)
	  6: Rel (    26,    23)  ->  Abs (   171,   627)
	  7: Rel (    30,     0)  ->  Abs (   201,   627)
	  8: Rel (   827,     0)  ->  Abs (  1028,   627)
	  9: Rel (    30,     0)  ->  Abs (  1058,   627)
	 10: Rel (    26,   -23)  ->  Abs (  1084,   604)
	 11: Rel (     0,   -19)  ->  Abs (  1084,   585)
	 12: Rel (     0,   -19)  ->  Abs (  1084,   566)
	 13: Rel (   -26,   -23)  ->  Abs (  1058,   543)

	Glyph 178: off = 0x0000D384, len = 78
	  numberOfContours:	1
	  xMin:			-15
	  yMin:			544
	  xMax:			1243
	  yMax:			629

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	26
	00000: NPUSHB      (12):     7    36     0    11    26    15     4    25    14    60 
	                            49    24 
	00014: CALL       
	00015: FLIPOFF    
	00016: SRP0       
	00017: MIRP[nrp0,nmd,rd,0] 
	00018: SRP0       
	00019: MIRP[nrp0,nmd,rd,2] 
	00020: SVTCA[y-axis] 
	00021: MDAP[rd]   
	00022: FLIPON     
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1187,   544)  ->  Abs (  1187,   544)
	  1: Rel ( -1146,     0)  ->  Abs (    41,   544)
	  2: Rel (   -30,     0)  ->  Abs (    11,   544)
	  3: Rel (   -26,    24)  ->  Abs (   -15,   568)
	  4: Rel (     0,    18)  ->  Abs (   -15,   586)
	  5: Rel (     0,    19)  ->  Abs (   -15,   605)
	  6: Rel (    26,    24)  ->  Abs (    11,   629)
	  7: Rel (    30,     0)  ->  Abs (    41,   629)
	  8: Rel (  1146,     0)  ->  Abs (  1187,   629)
	  9: Rel (    30,     0)  ->  Abs (  1217,   629)
	 10: Rel (    26,   -24)  ->  Abs (  1243,   605)
	 11: Rel (     0,   -19)  ->  Abs (  1243,   586)
	 12: Rel (     0,   -18)  ->  Abs (  1243,   568)
	 13: Rel (   -26,   -24)  ->  Abs (  1217,   544)

	Glyph 179: off = 0x0000D3D2, len = 138
	  numberOfContours:	2
	  xMin:			179
	  yMin:			738
	  xMax:			1009
	  yMax:			1255

	EndPoints
	---------
	  0:  9
	  1:  19

	  Length of Instructions:	68
	00000: NPUSHB      (29):    11     2    27     2     2     3    13     1     7    17 
	                           255    10    10     1    12    91    19    11   116    10 
	                           243    19   218    21     1   116     0   243     9 
	00031: PUSHW[1]            755 
	00034: PUSHB[6]             20     1     0    99   188    24 
	00041: CALL       
	00042: SVTCA[y-axis] 
	00043: MIAP[rd+ci] 
	00044: SVTCA[x-axis] 
	00045: SRP0       
	00046: MIRP[srp0,nmd,rd,2] 
	00047: MIRP[srp0,nmd,rd,0] 
	00048: MIRP[nrp0,md,rd,1] 
	00049: SRP0       
	00050: MIRP[srp0,nmd,rd,0] 
	00051: MIRP[srp0,nmd,rd,0] 
	00052: MIRP[nrp0,md,rd,1] 
	00053: SRP0       
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[y-axis] 
	00056: SRP0       
	00057: ALIGNRP    
	00058: SRP0       
	00059: MIRP[srp0,md,rd,1] 
	00060: ALIGNRP    
	00061: SRP1       
	00062: IP         
	00063: IP         
	00064: IUP[y]     
	00065: IUP[x]     
	00066: SVTCA[x-axis] 
	00067: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                 X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:        XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                 X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   179,  1255)  ->  Abs (   179,  1255)
	  1: Rel (   218,     0)  ->  Abs (   397,  1255)
	  2: Rel (   171,  -431)  ->  Abs (   568,   824)
	  3: Rel (     9,   -23)  ->  Abs (   577,   801)
	  4: Rel (     0,   -12)  ->  Abs (   577,   789)
	  5: Rel (     0,   -21)  ->  Abs (   577,   768)
	  6: Rel (   -30,   -30)  ->  Abs (   547,   738)
	  7: Rel (   -22,     0)  ->  Abs (   525,   738)
	  8: Rel (   -28,     0)  ->  Abs (   497,   738)
	  9: Rel (   -25,    40)  ->  Abs (   472,   778)
	 10: Rel (   139,   477)  ->  Abs (   611,  1255)
	 11: Rel (   218,     0)  ->  Abs (   829,  1255)
	 12: Rel (   171,  -431)  ->  Abs (  1000,   824)
	 13: Rel (     9,   -23)  ->  Abs (  1009,   801)
	 14: Rel (     0,   -12)  ->  Abs (  1009,   789)
	 15: Rel (     0,   -21)  ->  Abs (  1009,   768)
	 16: Rel (   -29,   -30)  ->  Abs (   980,   738)
	 17: Rel (   -22,     0)  ->  Abs (   958,   738)
	 18: Rel (   -29,     0)  ->  Abs (   929,   738)
	 19: Rel (   -25,    40)  ->  Abs (   904,   778)

	Glyph 180: off = 0x0000D45C, len = 138
	  numberOfContours:	2
	  xMin:			219
	  yMin:			738
	  xMax:			1049
	  yMax:			1255

	EndPoints
	---------
	  0:  9
	  1:  19

	  Length of Instructions:	63
	00000: NPUSHB      (16):     8    18     1     4    14   255    10    10     1    10 
	                           116    11   243    17   193    12 
	00018: PUSHW[1]            755 
	00021: NPUSHB      (15):    21     0   116     1   243     7   193     2   218    20 
	                             1     0   199   171    24 
	00038: CALL       
	00039: SVTCA[y-axis] 
	00040: MIAP[rd+ci] 
	00041: SVTCA[x-axis] 
	00042: SRP0       
	00043: MIRP[srp0,nmd,rd,0] 
	00044: MIRP[nrp0,md,rd,1] 
	00045: MIRP[srp0,nmd,rd,0] 
	00046: MIRP[nrp0,md,rd,1] 
	00047: SRP0       
	00048: MIRP[srp0,nmd,rd,2] 
	00049: MIRP[nrp0,md,rd,1] 
	00050: MIRP[srp0,nmd,rd,0] 
	00051: MIRP[nrp0,md,rd,1] 
	00052: SVTCA[y-axis] 
	00053: SRP0       
	00054: ALIGNRP    
	00055: SRP0       
	00056: MIRP[srp0,md,rd,1] 
	00057: ALIGNRP    
	00058: SRP1       
	00059: IP         
	00060: IP         
	00061: IUP[y]     
	00062: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                                      On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:                                      On
	 11:  YDual XDual                 X-Short On
	 12:                                      On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   400,  1255)  ->  Abs (   400,  1255)
	  1: Rel (   217,     0)  ->  Abs (   617,  1255)
	  2: Rel (  -293,  -477)  ->  Abs (   324,   778)
	  3: Rel (   -24,   -40)  ->  Abs (   300,   738)
	  4: Rel (   -30,     0)  ->  Abs (   270,   738)
	  5: Rel (   -21,     0)  ->  Abs (   249,   738)
	  6: Rel (   -30,    30)  ->  Abs (   219,   768)
	  7: Rel (     0,    20)  ->  Abs (   219,   788)
	  8: Rel (     0,    13)  ->  Abs (   219,   801)
	  9: Rel (     9,    23)  ->  Abs (   228,   824)
	 10: Rel (   604,   431)  ->  Abs (   832,  1255)
	 11: Rel (   217,     0)  ->  Abs (  1049,  1255)
	 12: Rel (  -292,  -477)  ->  Abs (   757,   778)
	 13: Rel (   -25,   -40)  ->  Abs (   732,   738)
	 14: Rel (   -29,     0)  ->  Abs (   703,   738)
	 15: Rel (   -22,     0)  ->  Abs (   681,   738)
	 16: Rel (   -30,    30)  ->  Abs (   651,   768)
	 17: Rel (     0,    20)  ->  Abs (   651,   788)
	 18: Rel (     0,    13)  ->  Abs (   651,   801)
	 19: Rel (    10,    23)  ->  Abs (   661,   824)

	Glyph 181: off = 0x0000D4E6, len = 102
	  numberOfContours:	1
	  xMin:			509
	  yMin:			653
	  xMax:			931
	  yMax:			1255

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	58
	00000: NPUSHB      (21):    38     1     1   132     1     1     1     4     7   182 
	                             0     1   210     2   193     0   243     0     9     1 
	                             9 
	00023: PUSHW[1]            766 
	00026: PUSHB[3]             10     0     0 
	00030: PUSHW[3]            322   261    24 
	00037: CALL       
	00038: SVTCA[y-axis] 
	00039: MIAP[rd+ci] 
	00040: SVTCA[x-axis] 
	00041: SRP0       
	00042: MIRP[srp0,nmd,rd,0] 
	00043: DELTAP1    
	00044: MIRP[nrp0,nmd,rd,0] 
	00045: MIRP[srp0,md,rd,1] 
	00046: MIRP[nrp0,nmd,rd,0] 
	00047: SVTCA[y-axis] 
	00048: SRP0       
	00049: MIRP[nrp0,md,rd,1] 
	00050: SVTCA[x-axis] 
	00051: SRP2       
	00052: IP         
	00053: IUP[y]     
	00054: IUP[x]     
	00055: SVTCA[x-axis] 
	00056: DELTAP2    
	00057: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                 X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   509,  1255)  ->  Abs (   509,  1255)
	  1: Rel (   274,     0)  ->  Abs (   783,  1255)
	  2: Rel (   145,  -520)  ->  Abs (   928,   735)
	  3: Rel (     3,   -12)  ->  Abs (   931,   723)
	  4: Rel (     0,   -11)  ->  Abs (   931,   712)
	  5: Rel (     0,   -24)  ->  Abs (   931,   688)
	  6: Rel (   -35,   -35)  ->  Abs (   896,   653)
	  7: Rel (   -26,     0)  ->  Abs (   870,   653)
	  8: Rel (   -36,     0)  ->  Abs (   834,   653)
	  9: Rel (   -27,    50)  ->  Abs (   807,   703)

	Glyph 182: off = 0x0000D54C, len = 102
	  numberOfContours:	1
	  xMin:			0
	  yMin:			653
	  xMax:			422
	  yMax:			1255

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	58
	00000: NPUSHB      (23):    44     0   124     0     2     0     7     4   182     1 
	                             9   193     2     0   178     1   243    15     2    31 
	                             2     2     2 
	00025: PUSHW[1]            366 
	00028: PUSHB[4]             10     1     0   164 
	00033: PUSHW[2]            285    24 
	00038: CALL       
	00039: SVTCA[y-axis] 
	00040: MIAP[rd+ci] 
	00041: SVTCA[x-axis] 
	00042: SRP0       
	00043: MIRP[srp0,md,rd,1] 
	00044: DELTAP1    
	00045: MIRP[srp0,nmd,rd,0] 
	00046: MIRP[nrp0,md,rd,1] 
	00047: SRP0       
	00048: MIRP[nrp0,md,rd,1] 
	00049: SVTCA[y-axis] 
	00050: SRP0       
	00051: MIRP[nrp0,md,rd,1] 
	00052: SRP2       
	00053: IP         
	00054: IUP[y]     
	00055: IUP[x]     
	00056: SVTCA[x-axis] 
	00057: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:                                      On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   149,  1255)  ->  Abs (   149,  1255)
	  1: Rel (   273,     0)  ->  Abs (   422,  1255)
	  2: Rel (  -297,  -552)  ->  Abs (   125,   703)
	  3: Rel (   -27,   -50)  ->  Abs (    98,   653)
	  4: Rel (   -38,     0)  ->  Abs (    60,   653)
	  5: Rel (   -25,     0)  ->  Abs (    35,   653)
	  6: Rel (   -35,    35)  ->  Abs (     0,   688)
	  7: Rel (     0,    25)  ->  Abs (     0,   713)
	  8: Rel (     0,    10)  ->  Abs (     0,   723)
	  9: Rel (     3,    12)  ->  Abs (     3,   735)

	Glyph 183: off = 0x0000D5B2, len = 230
	  numberOfContours:	3
	  xMin:			144
	  yMin:			111
	  xMax:			1085
	  yMax:			1059

	EndPoints
	---------
	  0:  11
	  1:  33
	  2:  45

	  Length of Instructions:	89
	00000: NPUSHB      (25):    48    29    65    29    94    18   128    29   144    29 
	                           175    18   190    18   255    18     8    15    18    49 
	                            29     2    37   112    43 
	00027: PUSHW[1]            308 
	00030: PUSHB[4]             13     9   112     3 
	00035: PUSHW[1]            308 
	00038: NPUSHB      (22):    24    23    12    23    91    13    34   112    40    40 
	                             0   112     6   248    29   204    18    25    46    80 
	                           129    24 
	00062: CALL       
	00063: FLIPOFF    
	00064: SRP0       
	00065: MIRP[srp0,nmd,rd,0] 
	00066: FLIPON     
	00067: MIRP[nrp0,md,rd,1] 
	00068: MIRP[srp0,nmd,rd,0] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: ALIGNRP    
	00071: SRP0       
	00072: MIRP[nrp0,md,rd,1] 
	00073: SVTCA[y-axis] 
	00074: MDAP[rd]   
	00075: MIRP[nrp0,md,rd,1] 
	00076: ALIGNRP    
	00077: SRP0       
	00078: ALIGNRP    
	00079: MIRP[srp0,nmd,rd,2] 
	00080: MIRP[nrp0,md,rd,1] 
	00081: SRP0       
	00082: MIRP[srp0,nmd,rd,2] 
	00083: MIRP[nrp0,md,rd,1] 
	00084: IUP[y]     
	00085: IUP[x]     
	00086: SVTCA[x-axis] 
	00087: DELTAP2    
	00088: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                                      On
	 13:  YDual                               On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual                               On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:                                      On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   696,   978)  ->  Abs (   696,   978)
	  1: Rel (     0,   -34)  ->  Abs (   696,   944)
	  2: Rel (   -48,   -48)  ->  Abs (   648,   896)
	  3: Rel (   -33,     0)  ->  Abs (   615,   896)
	  4: Rel (   -34,     0)  ->  Abs (   581,   896)
	  5: Rel (   -48,    48)  ->  Abs (   533,   944)
	  6: Rel (     0,    34)  ->  Abs (   533,   978)
	  7: Rel (     0,    33)  ->  Abs (   533,  1011)
	  8: Rel (    48,    48)  ->  Abs (   581,  1059)
	  9: Rel (    34,     0)  ->  Abs (   615,  1059)
	 10: Rel (    33,     0)  ->  Abs (   648,  1059)
	 11: Rel (    48,   -47)  ->  Abs (   696,  1012)
	 12: Rel (   272,  -469)  ->  Abs (   968,   543)
	 13: Rel (  -707,     0)  ->  Abs (   261,   543)
	 14: Rel (   -79,     0)  ->  Abs (   182,   543)
	 15: Rel (    -8,     2)  ->  Abs (   174,   545)
	 16: Rel (   -13,     3)  ->  Abs (   161,   548)
	 17: Rel (   -17,    23)  ->  Abs (   144,   571)
	 18: Rel (     0,    14)  ->  Abs (   144,   585)
	 19: Rel (     0,    14)  ->  Abs (   144,   599)
	 20: Rel (    17,    23)  ->  Abs (   161,   622)
	 21: Rel (    13,     3)  ->  Abs (   174,   625)
	 22: Rel (     8,     2)  ->  Abs (   182,   627)
	 23: Rel (    79,     0)  ->  Abs (   261,   627)
	 24: Rel (   707,     0)  ->  Abs (   968,   627)
	 25: Rel (    79,     0)  ->  Abs (  1047,   627)
	 26: Rel (     8,    -2)  ->  Abs (  1055,   625)
	 27: Rel (    13,    -3)  ->  Abs (  1068,   622)
	 28: Rel (    17,   -23)  ->  Abs (  1085,   599)
	 29: Rel (     0,   -14)  ->  Abs (  1085,   585)
	 30: Rel (     0,   -14)  ->  Abs (  1085,   571)
	 31: Rel (   -17,   -23)  ->  Abs (  1068,   548)
	 32: Rel (   -13,    -3)  ->  Abs (  1055,   545)
	 33: Rel (    -8,    -2)  ->  Abs (  1047,   543)
	 34: Rel (  -351,  -351)  ->  Abs (   696,   192)
	 35: Rel (     0,   -34)  ->  Abs (   696,   158)
	 36: Rel (   -48,   -47)  ->  Abs (   648,   111)
	 37: Rel (   -34,     0)  ->  Abs (   614,   111)
	 38: Rel (   -33,     0)  ->  Abs (   581,   111)
	 39: Rel (   -48,    47)  ->  Abs (   533,   158)
	 40: Rel (     0,    34)  ->  Abs (   533,   192)
	 41: Rel (     0,    34)  ->  Abs (   533,   226)
	 42: Rel (    48,    47)  ->  Abs (   581,   273)
	 43: Rel (    33,     0)  ->  Abs (   614,   273)
	 44: Rel (    34,     0)  ->  Abs (   648,   273)
	 45: Rel (    48,   -47)  ->  Abs (   696,   226)

	Glyph 184: off = 0x0000D698, len = 168
	  numberOfContours:	2
	  xMin:			155
	  yMin:			0
	  xMax:			1075
	  yMax:			1422

	EndPoints
	---------
	  0:  5
	  1:  9

	  Length of Instructions:	108
	00000: NPUSHB      (13):    41     6    37     8     2     9     7     1     1     4 
	                             4     3     6 
	00015: PUSHW[1]            692 
	00018: PUSHB[4]              0     5     0     8 
	00023: PUSHW[1]            692 
	00026: NPUSHB      (17):    64     2     3     8     3    77     2    77     8     8 
	                             0    77     5    77     6    32     1 
	00045: PUSHW[7]            692     9   317     6   317     7   692 
	00060: PUSHB[6]              4    25    10    80   129    24 
	00067: CALL       
	00068: FLIPOFF    
	00069: SRP0       
	00070: MIRP[srp0,nmd,rd,0] 
	00071: FLIPON     
	00072: MIRP[srp0,md,rd,1] 
	00073: RTDG       
	00074: MIRP[srp0,nmd,rd,0] 
	00075: MIRP[srp0,nmd,rd,0] 
	00076: RTG        
	00077: MIRP[nrp0,md,rd,1] 
	00078: RTHG       
	00079: SMD        
	00080: SRP0       
	00081: MIRP[nrp0,md,rd,1] 
	00082: MIRP[nrp0,md,rd,1] 
	00083: ALIGNRP    
	00084: SRP0       
	00085: MIRP[nrp0,md,rd,1] 
	00086: MIRP[srp0,md,rd,1] 
	00087: SVTCA[y-axis] 
	00088: RTG        
	00089: MIAP[rd+ci] 
	00090: ALIGNRP    
	00091: SMD        
	00092: MIRP[nrp0,md,rd,1] 
	00093: MIAP[rd+ci] 
	00094: ALIGNRP    
	00095: MIRP[nrp0,md,rd,1] 
	00096: RTDG       
	00097: SRP2       
	00098: IP         
	00099: MDAP[rd]   
	00100: ALIGNRP    
	00101: SRP2       
	00102: IP         
	00103: IP         
	00104: IUP[y]     
	00105: IUP[x]     
	00106: SVTCA[y-axis] 
	00107: DELTAP1    

	Flags
	-----
	  0:              Rep-  2                 On
	  3:  YDual                       X-Short On
	  4:                                      On
	  5:                                      On
	  6:        XDual         Y-Short X-Short On
	  7:              Rep-  2                 On

	Coordinates
	-----------
	  0: Rel (   657,  1422)  ->  Abs (   657,  1422)
	  1: Rel (   418,  -713)  ->  Abs (  1075,   709)
	  2: Rel (  -418,  -709)  ->  Abs (   657,     0)
	  3: Rel (  -111,     0)  ->  Abs (   546,     0)
	  4: Rel (  -391,   709)  ->  Abs (   155,   709)
	  5: Rel (   391,   713)  ->  Abs (   546,  1422)
	  6: Rel (    57,   -97)  ->  Abs (   603,  1325)
	  7: Rel (  -340,  -616)  ->  Abs (   263,   709)
	  8: Rel (   340,  -615)  ->  Abs (   603,    94)
	  9: Rel (   359,   615)  ->  Abs (   962,   709)

	Glyph 185: off = 0x0000D740, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			1229

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	60
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     2     1    48    69   176    69     2    69    18   161 
	                            72    43     1     2     2    54 
	00018: PUSHW[3]            652    41   292 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 
	00032: SHC[rp1,zp0] 

	Glyph 186: off = 0x0000D77A, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			0
	  xMax:			1128
	  yMax:			1496

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	1
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     2     2    69    34   131    72    39     1     2 
	                             2    66 
	00014: PUSHW[3]            651    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 187: off = 0x0000D7AE, len = 76
	  numberOfContours:	1
	  xMin:			103
	  yMin:			289
	  xMax:			1127
	  yMax:			978

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	16
	00000: PUSHB[6]              3     3    11    14    14     6 
	00007: MDAP[rd]   
	00008: SHP[rp1,zp0] 
	00009: MDAP[rd]   
	00010: SVTCA[y-axis] 
	00011: MDAP[rd]   
	00012: SHP[rp1,zp0] 
	00013: MDAP[rd]   
	00014: IUP[y]     
	00015: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                                      On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1095,   893)  ->  Abs (  1095,   893)
	  1: Rel (  -915,  -590)  ->  Abs (   180,   303)
	  2: Rel (   -22,   -14)  ->  Abs (   158,   289)
	  3: Rel (   -12,     0)  ->  Abs (   146,   289)
	  4: Rel (   -18,     0)  ->  Abs (   128,   289)
	  5: Rel (   -25,    24)  ->  Abs (   103,   313)
	  6: Rel (     0,    18)  ->  Abs (   103,   331)
	  7: Rel (     0,    23)  ->  Abs (   103,   354)
	  8: Rel (    31,    20)  ->  Abs (   134,   374)
	  9: Rel (   916,   590)  ->  Abs (  1050,   964)
	 10: Rel (    22,    14)  ->  Abs (  1072,   978)
	 11: Rel (    12,     0)  ->  Abs (  1084,   978)
	 12: Rel (    17,     0)  ->  Abs (  1101,   978)
	 13: Rel (    26,   -25)  ->  Abs (  1127,   953)
	 14: Rel (     0,   -17)  ->  Abs (  1127,   936)
	 15: Rel (     0,   -23)  ->  Abs (  1127,   913)

	Glyph 188: off = 0x0000D7FA, len = 454
	  numberOfContours:	1
	  xMin:			7
	  yMin:			-33
	  xMax:			1103
	  yMax:			1197

	EndPoints
	---------
	  0:  65

	  Length of Instructions:	280
	00000: NPUSHB      (83):   148    64   164    64     2    47    33    57    65    73 
	                            65     3    82    49   116    49   116    50     3   122 
	                            33   122    34     2   117    52   181    52   181    53 
	                             3    38    14    54    14    57    30    54    52     4 
	                           100    52   107    64   105    65   164    52     4   237 
	                            30   228    50   228    52     3   138    59   138    60 
	                             2   251    30   249    33     2   201    30   217    30 
	                           233    33     3   175    33   175    34   176    14   192 
	                            14     4    49 
	00085: PUSHW[1]            -64 
	00088: PUSHB[4]             17    19    52    49 
	00093: PUSHW[1]            -64 
	00096: NPUSHB      (21):     9    11    52   244    49     1    35    13    41    13 
	                           159     7   223     7     2     7    64    25    33    52 
	                             7 
	00119: PUSHW[1]            -64 
	00122: NPUSHB      (36):     9    11    52     7    42     6    48     0     6    64 
	                             9    11    52     6     6    16    62   111    26     1 
	                            15    26    31    26   111    26     3    26    21     2 
	                           112    55   176    55     2    55 
	00160: PUSHW[1]            -64 
	00163: NPUSHB      (48):    24    28    52    55    51    37    62     9    31    37 
	                            16     3    45    38    42    18    38    24    57     6 
	                            10     3     6    35    48    41    13     0    42    38 
	                            31     6     1   127     6   143     6   223     6     3 
	                           207     6   239     6   255     6     3     6 
	00213: MDAP[rd]   
	00214: DELTAP1    
	00215: DELTAP2    
	00216: DELTAP3    
	00217: MIRP[srp0,md,rd,1] 
	00218: IP         
	00219: IP         
	00220: ALIGNRP    
	00221: SHP[rp2,zp1] 
	00222: SHP[rp2,zp1] 
	00223: SRP0       
	00224: MDRP[srp0,md,rd,1] 
	00225: ALIGNRP    
	00226: SRP0       
	00227: MDRP[srp0,nmd,rd,0] 
	00228: MDRP[srp0,nmd,rd,0] 
	00229: MIRP[nrp0,md,rd,1] 
	00230: SRP0       
	00231: MDRP[srp0,nmd,rd,0] 
	00232: MDRP[nrp0,nmd,rd,0] 
	00233: SVTCA[y-axis] 
	00234: MIAP[rd+ci] 
	00235: MIRP[nrp0,md,rd,1] 
	00236: MIAP[rd+ci] 
	00237: MIRP[nrp0,md,rd,1] 
	00238: MDRP[nrp0,nmd,rd,0] 
	00239: CALL       
	00240: DELTAP2    
	00241: MIAP[rd+ci] 
	00242: MDRP[nrp0,md,rd,1] 
	00243: DELTAP1    
	00244: DELTAP1    
	00245: SRP1       
	00246: SRP2       
	00247: IP         
	00248: MDAP[rd]   
	00249: CALL       
	00250: MDRP[srp0,md,rd,1] 
	00251: ALIGNRP    
	00252: SRP0       
	00253: ALIGNRP    
	00254: MDRP[srp0,nmd,rd,2] 
	00255: CALL       
	00256: CALL       
	00257: DELTAP3    
	00258: MDRP[nrp0,md,rd,1] 
	00259: ALIGNRP    
	00260: SRP0       
	00261: ALIGNRP    
	00262: IUP[y]     
	00263: IUP[x]     
	00264: SVTCA[y-axis] 
	00265: DELTAP1    
	00266: CALL       
	00267: CALL       
	00268: DELTAP1    
	00269: DELTAP1    
	00270: DELTAP1    
	00271: DELTAP2    
	00272: DELTAP1    
	00273: DELTAP2    
	00274: DELTAP2    
	00275: DELTAP2    
	00276: DELTAP2    
	00277: DELTAP2    
	00278: DELTAP1    
	00279: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:                                      Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:  YDual                               On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:  YDual                       X-Short On
	 41:  YDual                               On
	 42:        XDual         Y-Short         On
	 43:  YDual                               On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:  YDual                       X-Short On
	 48:  YDual                               On
	 49:        XDual         Y-Short X-Short Off
	 50:                                      Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:              Rep-  2 Y-Short X-Short Off
	 62:  YDual                       X-Short On
	 63:  YDual                       X-Short Off
	 64:  YDual               Y-Short X-Short Off
	 65:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   130,   488)  ->  Abs (   130,   488)
	  1: Rel (   -83,     0)  ->  Abs (    47,   488)
	  2: Rel (   -40,     0)  ->  Abs (     7,   488)
	  3: Rel (     0,    30)  ->  Abs (     7,   518)
	  4: Rel (     0,    30)  ->  Abs (     7,   548)
	  5: Rel (    40,     0)  ->  Abs (    47,   548)
	  6: Rel (    80,     0)  ->  Abs (   127,   548)
	  7: Rel (     0,    90)  ->  Abs (   127,   638)
	  8: Rel (   -80,     0)  ->  Abs (    47,   638)
	  9: Rel (   -40,     0)  ->  Abs (     7,   638)
	 10: Rel (     0,    30)  ->  Abs (     7,   668)
	 11: Rel (     0,    30)  ->  Abs (     7,   698)
	 12: Rel (    40,     0)  ->  Abs (    47,   698)
	 13: Rel (    84,     0)  ->  Abs (   131,   698)
	 14: Rel (    10,   209)  ->  Abs (   141,   907)
	 15: Rel (   288,   290)  ->  Abs (   429,  1197)
	 16: Rel (   200,     0)  ->  Abs (   629,  1197)
	 17: Rel (   208,     0)  ->  Abs (   837,  1197)
	 18: Rel (   150,  -142)  ->  Abs (   987,  1055)
	 19: Rel (     0,    59)  ->  Abs (   987,  1114)
	 20: Rel (     0,    56)  ->  Abs (   987,  1170)
	 21: Rel (    42,     0)  ->  Abs (  1029,  1170)
	 22: Rel (    42,     0)  ->  Abs (  1071,  1170)
	 23: Rel (     0,   -56)  ->  Abs (  1071,  1114)
	 24: Rel (     0,  -233)  ->  Abs (  1071,   881)
	 25: Rel (     0,   -57)  ->  Abs (  1071,   824)
	 26: Rel (   -42,     0)  ->  Abs (  1029,   824)
	 27: Rel (   -39,     0)  ->  Abs (   990,   824)
	 28: Rel (    -3,    51)  ->  Abs (   987,   875)
	 29: Rel (    -6,    94)  ->  Abs (   981,   969)
	 30: Rel (  -218,   144)  ->  Abs (   763,  1113)
	 31: Rel (  -131,     0)  ->  Abs (   632,  1113)
	 32: Rel (  -111,     0)  ->  Abs (   521,  1113)
	 33: Rel (  -175,  -104)  ->  Abs (   346,  1009)
	 34: Rel (  -120,  -186)  ->  Abs (   226,   823)
	 35: Rel (   -11,  -125)  ->  Abs (   215,   698)
	 36: Rel (   583,     0)  ->  Abs (   798,   698)
	 37: Rel (    42,     0)  ->  Abs (   840,   698)
	 38: Rel (     0,   -30)  ->  Abs (   840,   668)
	 39: Rel (     0,   -30)  ->  Abs (   840,   638)
	 40: Rel (   -42,     0)  ->  Abs (   798,   638)
	 41: Rel (  -586,     0)  ->  Abs (   212,   638)
	 42: Rel (     0,   -90)  ->  Abs (   212,   548)
	 43: Rel (   557,     0)  ->  Abs (   769,   548)
	 44: Rel (    42,     0)  ->  Abs (   811,   548)
	 45: Rel (     0,   -30)  ->  Abs (   811,   518)
	 46: Rel (     0,   -30)  ->  Abs (   811,   488)
	 47: Rel (   -42,     0)  ->  Abs (   769,   488)
	 48: Rel (  -554,     0)  ->  Abs (   215,   488)
	 49: Rel (     8,  -177)  ->  Abs (   223,   311)
	 50: Rel (   263,  -260)  ->  Abs (   486,    51)
	 51: Rel (   180,     0)  ->  Abs (   666,    51)
	 52: Rel (   201,     0)  ->  Abs (   867,    51)
	 53: Rel (   158,   189)  ->  Abs (  1025,   240)
	 54: Rel (    18,    21)  ->  Abs (  1043,   261)
	 55: Rel (    20,     0)  ->  Abs (  1063,   261)
	 56: Rel (    40,     0)  ->  Abs (  1103,   261)
	 57: Rel (     0,   -39)  ->  Abs (  1103,   222)
	 58: Rel (     0,   -17)  ->  Abs (  1103,   205)
	 59: Rel (   -69,   -87)  ->  Abs (  1034,   118)
	 60: Rel (  -130,  -100)  ->  Abs (   904,    18)
	 61: Rel (  -152,   -51)  ->  Abs (   752,   -33)
	 62: Rel (   -84,     0)  ->  Abs (   668,   -33)
	 63: Rel (  -148,     0)  ->  Abs (   520,   -33)
	 64: Rel (  -238,   138)  ->  Abs (   282,   105)
	 65: Rel (  -150,   233)  ->  Abs (   132,   338)

	Glyph 189: off = 0x0000D9C0, len = 134
	  numberOfContours:	1
	  xMin:			107
	  yMin:			1
	  xMax:			641
	  yMax:			868

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	67
	00000: NPUSHB      (36):   127     0   132     9     2     6     9     1     9     6 
	                             0     0     9     3    15    10     3     6    15     0 
	                            31     0     2     0    25    18     6    15    12    31 
	                            12     2    12    26    19    79 
	00038: PUSHW[2]            333    24 
	00043: CALL       
	00044: FLIPOFF    
	00045: SRP0       
	00046: MIRP[srp0,nmd,rd,2] 
	00047: DELTAP1    
	00048: ALIGNRP    
	00049: SRP0       
	00050: MIRP[srp0,nmd,rd,0] 
	00051: DELTAP1    
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: MIAP[rd+ci] 
	00055: SRP2       
	00056: IP         
	00057: IP         
	00058: SVTCA[x-axis] 
	00059: SRP1       
	00060: SRP2       
	00061: IP         
	00062: IUP[y]     
	00063: IUP[x]     
	00064: SVTCA[x-axis] 
	00065: DELTAP2    
	00066: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                                      On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:                                      On
	 10:                                      On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   107,   434)  ->  Abs (   107,   434)
	  1: Rel (   448,   410)  ->  Abs (   555,   844)
	  2: Rel (    26,    24)  ->  Abs (   581,   868)
	  3: Rel (    18,     0)  ->  Abs (   599,   868)
	  4: Rel (    18,     0)  ->  Abs (   617,   868)
	  5: Rel (    24,   -24)  ->  Abs (   641,   844)
	  6: Rel (     0,   -19)  ->  Abs (   641,   825)
	  7: Rel (     0,   -16)  ->  Abs (   641,   809)
	  8: Rel (   -23,   -25)  ->  Abs (   618,   784)
	  9: Rel (  -313,  -350)  ->  Abs (   305,   434)
	 10: Rel (   313,  -349)  ->  Abs (   618,    85)
	 11: Rel (    23,   -25)  ->  Abs (   641,    60)
	 12: Rel (     0,   -17)  ->  Abs (   641,    43)
	 13: Rel (     0,   -18)  ->  Abs (   641,    25)
	 14: Rel (   -24,   -24)  ->  Abs (   617,     1)
	 15: Rel (   -18,     0)  ->  Abs (   599,     1)
	 16: Rel (   -18,     0)  ->  Abs (   581,     1)
	 17: Rel (   -26,    23)  ->  Abs (   555,    24)

	Glyph 190: off = 0x0000DA46, len = 134
	  numberOfContours:	1
	  xMin:			596
	  yMin:			1
	  xMax:			1130
	  yMax:			868

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	66
	00000: NPUSHB      (31):   112     0     1   139     9     1     9     0    12     0 
	                             9     3    15     6     3    10     0     0    16     0 
	                             2     0    26    19    12     0     6    16     6     2 
	                             6 
	00033: PUSHW[1]            595 
	00036: PUSHB[4]             18   202   123    24 
	00041: CALL       
	00042: SRP0       
	00043: MIRP[srp0,nmd,rd,2] 
	00044: DELTAP1    
	00045: ALIGNRP    
	00046: FLIPOFF    
	00047: SRP0       
	00048: MIRP[nrp0,nmd,rd,2] 
	00049: DELTAP1    
	00050: SVTCA[y-axis] 
	00051: MIAP[rd+ci] 
	00052: MIAP[rd+ci] 
	00053: SRP2       
	00054: IP         
	00055: IP         
	00056: SVTCA[x-axis] 
	00057: SRP1       
	00058: SRP2       
	00059: IP         
	00060: IUP[y]     
	00061: IUP[x]     
	00062: SVTCA[y-axis] 
	00063: SVTCA[x-axis] 
	00064: DELTAP1    
	00065: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                                      On
	 10:                                      On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1130,   434)  ->  Abs (  1130,   434)
	  1: Rel (  -449,  -410)  ->  Abs (   681,    24)
	  2: Rel (   -25,   -23)  ->  Abs (   656,     1)
	  3: Rel (   -18,     0)  ->  Abs (   638,     1)
	  4: Rel (   -18,     0)  ->  Abs (   620,     1)
	  5: Rel (   -24,    24)  ->  Abs (   596,    25)
	  6: Rel (     0,    18)  ->  Abs (   596,    43)
	  7: Rel (     0,    17)  ->  Abs (   596,    60)
	  8: Rel (    22,    25)  ->  Abs (   618,    85)
	  9: Rel (   313,   349)  ->  Abs (   931,   434)
	 10: Rel (  -313,   350)  ->  Abs (   618,   784)
	 11: Rel (   -22,    25)  ->  Abs (   596,   809)
	 12: Rel (     0,    17)  ->  Abs (   596,   826)
	 13: Rel (     0,    18)  ->  Abs (   596,   844)
	 14: Rel (    24,    24)  ->  Abs (   620,   868)
	 15: Rel (    18,     0)  ->  Abs (   638,   868)
	 16: Rel (    18,     0)  ->  Abs (   656,   868)
	 17: Rel (    25,   -24)  ->  Abs (   681,   844)

	Glyph 191: off = 0x0000DACC, len = 476
	  numberOfContours:	3
	  xMin:			14
	  yMin:			0
	  xMax:			1208
	  yMax:			1297

	EndPoints
	---------
	  0:  3
	  1:  56
	  2:  81

	  Length of Instructions:	258
	00000: NPUSHB      (98):    41    25     1    28    22    25    78    29    29    34 
	                            22    19    13    16    78    20    20    34    13    56 
	                            50    53    78     4     4    34    50    72    66    69 
	                            78    73    73    34    66     6    12     9    78     5 
	                             5    34    12    59    65     0    62     1    62    78 
	                            58    58    34    65    75    81    78    47    74    74 
	                            34    81    41    37     5     3   197     2    89    35 
	                            59    40    93    44    33    33     0    22    59    50 
	                            81    50    49    28     6    66    65    13    12    10 
	                            37    37    82    83    74    73     3     2 
	00100: PUSHW[1]            351 
	00103: PUSHB[8]              0     1    84    57    58    48     5    78 
	00112: PUSHW[3]            404    53   355 
	00119: PUSHB[6]              4     4     5    58    32    73 
	00126: PUSHW[1]            432 
	00129: NPUSHB       (9):     5    32    30    25   198    47    20     1    20 
	00140: PUSHW[1]            491 
	00143: PUSHB[4]             82   152    97    24 
	00148: CALL       
	00149: SRP0       
	00150: MIRP[srp0,nmd,rd,2] 
	00151: DELTAP1    
	00152: MIRP[nrp0,nmd,rd,0] 
	00153: ALIGNRP    
	00154: MIRP[nrp0,md,rd,1] 
	00155: MIRP[srp0,nmd,rd,0] 
	00156: MIRP[nrp0,md,rd,1] 
	00157: SRP0       
	00158: ALIGNRP    
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,0] 
	00161: MIRP[nrp0,nmd,rd,2] 
	00162: SRP0       
	00163: ALIGNRP    
	00164: SRP0       
	00165: ALIGNRP    
	00166: MIRP[srp0,nmd,rd,0] 
	00167: ALIGNRP    
	00168: MIRP[srp0,md,rd,1] 
	00169: ALIGNRP    
	00170: SRP0       
	00171: ALIGNRP    
	00172: SRP1       
	00173: SRP2       
	00174: IP         
	00175: MDAP[rd]   
	00176: SVTCA[y-axis] 
	00177: MIAP[rd+ci] 
	00178: ALIGNRP    
	00179: ALIGNRP    
	00180: ALIGNRP    
	00181: MIAP[rd+ci] 
	00182: ALIGNRP    
	00183: ALIGNRP    
	00184: ALIGNRP    
	00185: SRP0       
	00186: MIRP[nrp0,md,rd,1] 
	00187: MIAP[rd+ci] 
	00188: MIRP[srp0,md,rd,1] 
	00189: MIRP[srp0,nmd,rd,0] 
	00190: MIRP[nrp0,md,rd,1] 
	00191: MIRP[srp0,nmd,rd,0] 
	00192: MIRP[nrp0,md,rd,1] 
	00193: SVTCA[x-axis] 
	00194: SRP1       
	00195: SRP2       
	00196: IP         
	00197: SVTCA[y-axis] 
	00198: SRP0       
	00199: MIRP[nrp0,md,rd,1] 
	00200: SVTCA[x-axis] 
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,1] 
	00203: MDRP[srp0,nmd,rd,0] 
	00204: ALIGNRP    
	00205: SVTCA[y-axis] 
	00206: SRP0       
	00207: MIRP[nrp0,md,rd,1] 
	00208: SVTCA[x-axis] 
	00209: SRP0       
	00210: MIRP[srp0,nmd,rd,1] 
	00211: DELTAP1    
	00212: MDRP[srp0,nmd,rd,0] 
	00213: ALIGNRP    
	00214: SVTCA[y-axis] 
	00215: SRP0       
	00216: MIRP[nrp0,md,rd,1] 
	00217: SVTCA[x-axis] 
	00218: SRP0       
	00219: MIRP[srp0,nmd,rd,1] 
	00220: MDRP[srp0,nmd,rd,0] 
	00221: ALIGNRP    
	00222: SVTCA[y-axis] 
	00223: SRP0       
	00224: MIRP[nrp0,md,rd,1] 
	00225: SVTCA[x-axis] 
	00226: SRP0       
	00227: MIRP[srp0,nmd,rd,1] 
	00228: MDRP[srp0,nmd,rd,0] 
	00229: ALIGNRP    
	00230: SVTCA[y-axis] 
	00231: SRP0       
	00232: MIRP[nrp0,md,rd,1] 
	00233: SVTCA[x-axis] 
	00234: SRP0       
	00235: MIRP[srp0,nmd,rd,1] 
	00236: MDRP[srp0,nmd,rd,0] 
	00237: ALIGNRP    
	00238: SVTCA[y-axis] 
	00239: SRP0       
	00240: MIRP[nrp0,md,rd,1] 
	00241: SVTCA[x-axis] 
	00242: SRP0       
	00243: MIRP[srp0,nmd,rd,1] 
	00244: MDRP[srp0,nmd,rd,0] 
	00245: ALIGNRP    
	00246: SVTCA[y-axis] 
	00247: SRP0       
	00248: MIRP[nrp0,md,rd,1] 
	00249: SVTCA[x-axis] 
	00250: SRP0       
	00251: MIRP[srp0,nmd,rd,1] 
	00252: MDRP[srp0,nmd,rd,0] 
	00253: ALIGNRP    
	00254: IUP[y]     
	00255: IUP[x]     
	00256: SVTCA[x-axis] 
	00257: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:                                      On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                               On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short On
	 21:        XDual                         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual               Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:                      Y-Short X-Short On
	 47:                      Y-Short X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         On
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:                      Y-Short X-Short Off
	 56:  YDual                       X-Short On
	 57:  YDual               Y-Short         On
	 58:        XDual                         On
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short Off
	 61:        XDual         Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         Off
	 64:                      Y-Short X-Short Off
	 65:  YDual                       X-Short On
	 66:  YDual                               On
	 67:  YDual                       X-Short Off
	 68:  YDual               Y-Short X-Short Off
	 69:  YDual XDual         Y-Short         On
	 70:  YDual XDual         Y-Short         Off
	 71:  YDual XDual         Y-Short X-Short Off
	 72:  YDual XDual                 X-Short On
	 73:  YDual XDual                 X-Short On
	 74:        XDual                         On
	 75:  YDual                       X-Short On
	 76:  YDual                       X-Short Off
	 77:  YDual               Y-Short X-Short Off
	 78:  YDual XDual         Y-Short         On
	 79:  YDual XDual         Y-Short         Off
	 80:  YDual XDual         Y-Short X-Short Off
	 81:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   995,  1297)  ->  Abs (   995,  1297)
	  1: Rel (     0,  -217)  ->  Abs (   995,  1080)
	  2: Rel (  -124,     0)  ->  Abs (   871,  1080)
	  3: Rel (     0,   217)  ->  Abs (   871,  1297)
	  4: Rel (  -543,  -516)  ->  Abs (   328,   781)
	  5: Rel (     0,  -697)  ->  Abs (   328,    84)
	  6: Rel (   149,     0)  ->  Abs (   477,    84)
	  7: Rel (    30,     0)  ->  Abs (   507,    84)
	  8: Rel (    26,   -23)  ->  Abs (   533,    61)
	  9: Rel (     0,   -19)  ->  Abs (   533,    42)
	 10: Rel (     0,   -18)  ->  Abs (   533,    24)
	 11: Rel (   -26,   -24)  ->  Abs (   507,     0)
	 12: Rel (   -30,     0)  ->  Abs (   477,     0)
	 13: Rel (  -407,     0)  ->  Abs (    70,     0)
	 14: Rel (   -30,     0)  ->  Abs (    40,     0)
	 15: Rel (   -26,    24)  ->  Abs (    14,    24)
	 16: Rel (     0,    18)  ->  Abs (    14,    42)
	 17: Rel (     0,    19)  ->  Abs (    14,    61)
	 18: Rel (    26,    23)  ->  Abs (    40,    84)
	 19: Rel (    30,     0)  ->  Abs (    70,    84)
	 20: Rel (   173,     0)  ->  Abs (   243,    84)
	 21: Rel (     0,   697)  ->  Abs (   243,   781)
	 22: Rel (  -161,     0)  ->  Abs (    82,   781)
	 23: Rel (   -30,     0)  ->  Abs (    52,   781)
	 24: Rel (   -26,    24)  ->  Abs (    26,   805)
	 25: Rel (     0,    19)  ->  Abs (    26,   824)
	 26: Rel (     0,    18)  ->  Abs (    26,   842)
	 27: Rel (    26,    24)  ->  Abs (    52,   866)
	 28: Rel (    30,     0)  ->  Abs (    82,   866)
	 29: Rel (   161,     0)  ->  Abs (   243,   866)
	 30: Rel (     0,   124)  ->  Abs (   243,   990)
	 31: Rel (     0,   117)  ->  Abs (   243,  1107)
	 32: Rel (   135,   148)  ->  Abs (   378,  1255)
	 33: Rel (    87,     0)  ->  Abs (   465,  1255)
	 34: Rel (    68,     0)  ->  Abs (   533,  1255)
	 35: Rel (    79,   -28)  ->  Abs (   612,  1227)
	 36: Rel (    42,   -15)  ->  Abs (   654,  1212)
	 37: Rel (     0,   -31)  ->  Abs (   654,  1181)
	 38: Rel (     0,   -18)  ->  Abs (   654,  1163)
	 39: Rel (   -22,   -23)  ->  Abs (   632,  1140)
	 40: Rel (   -16,     0)  ->  Abs (   616,  1140)
	 41: Rel (    -7,     0)  ->  Abs (   609,  1140)
	 42: Rel (   -15,     5)  ->  Abs (   594,  1145)
	 43: Rel (   -81,    25)  ->  Abs (   513,  1170)
	 44: Rel (   -46,     0)  ->  Abs (   467,  1170)
	 45: Rel (   -57,     0)  ->  Abs (   410,  1170)
	 46: Rel (   -35,   -41)  ->  Abs (   375,  1129)
	 47: Rel (   -47,   -56)  ->  Abs (   328,  1073)
	 48: Rel (     0,   -83)  ->  Abs (   328,   990)
	 49: Rel (     0,  -124)  ->  Abs (   328,   866)
	 50: Rel (   149,     0)  ->  Abs (   477,   866)
	 51: Rel (    30,     0)  ->  Abs (   507,   866)
	 52: Rel (    26,   -24)  ->  Abs (   533,   842)
	 53: Rel (     0,   -19)  ->  Abs (   533,   823)
	 54: Rel (     0,   -18)  ->  Abs (   533,   805)
	 55: Rel (   -26,   -24)  ->  Abs (   507,   781)
	 56: Rel (   -30,     0)  ->  Abs (   477,   781)
	 57: Rel (   519,    85)  ->  Abs (   996,   866)
	 58: Rel (     0,  -782)  ->  Abs (   996,    84)
	 59: Rel (   155,     0)  ->  Abs (  1151,    84)
	 60: Rel (    31,     0)  ->  Abs (  1182,    84)
	 61: Rel (    26,   -23)  ->  Abs (  1208,    61)
	 62: Rel (     0,   -19)  ->  Abs (  1208,    42)
	 63: Rel (     0,   -18)  ->  Abs (  1208,    24)
	 64: Rel (   -26,   -24)  ->  Abs (  1182,     0)
	 65: Rel (   -31,     0)  ->  Abs (  1151,     0)
	 66: Rel (  -400,     0)  ->  Abs (   751,     0)
	 67: Rel (   -30,     0)  ->  Abs (   721,     0)
	 68: Rel (   -26,    24)  ->  Abs (   695,    24)
	 69: Rel (     0,    18)  ->  Abs (   695,    42)
	 70: Rel (     0,    19)  ->  Abs (   695,    61)
	 71: Rel (    25,    23)  ->  Abs (   720,    84)
	 72: Rel (    31,     0)  ->  Abs (   751,    84)
	 73: Rel (   161,     0)  ->  Abs (   912,    84)
	 74: Rel (     0,   697)  ->  Abs (   912,   781)
	 75: Rel (  -119,     0)  ->  Abs (   793,   781)
	 76: Rel (   -30,     0)  ->  Abs (   763,   781)
	 77: Rel (   -26,    24)  ->  Abs (   737,   805)
	 78: Rel (     0,    19)  ->  Abs (   737,   824)
	 79: Rel (     0,    18)  ->  Abs (   737,   842)
	 80: Rel (    26,    24)  ->  Abs (   763,   866)
	 81: Rel (    30,     0)  ->  Abs (   793,   866)

	Glyph 192: off = 0x0000DCA8, len = 446
	  numberOfContours:	2
	  xMin:			19
	  yMin:			0
	  xMax:			1218
	  yMax:			1255

	EndPoints
	---------
	  0:  52
	  1:  77

	  Length of Instructions:	239
	00000: NPUSHB      (95):    41    21     1    24    18    21    78    25    25    34 
	                            18    15     9    12    78    16    16    34     9    52 
	                            46    49    78     0     0    34    46    68    62    65 
	                            78    69    69    34    62     2     8     5    78     1 
	                             1    34     8    55    61     0    58     1    58    78 
	                            54    54    34    61    71    77    74    47    70    70 
	                            34    77    37    33     1    31    59    36    93    40 
	                            33    77    29     0    18    59    46    46    45    24 
	                             6    62    61     9     8    10    33    33    78    79 
	                            70    69    53    54    74 
	00097: PUSHW[3]            395    33   362 
	00104: NPUSHB       (9):    44    44     0     1    26    16    54    32    69 
	00115: PUSHW[1]            432 
	00118: PUSHB[8]             21   198     1    32    47    16     1    16 
	00127: PUSHW[1]            491 
	00130: PUSHB[4]             78   152    97    24 
	00135: CALL       
	00136: SRP0       
	00137: MIRP[srp0,nmd,rd,2] 
	00138: DELTAP1    
	00139: MIRP[nrp0,md,rd,1] 
	00140: MIRP[nrp0,nmd,rd,0] 
	00141: MIRP[srp0,nmd,rd,0] 
	00142: MIRP[nrp0,md,rd,1] 
	00143: SRP0       
	00144: ALIGNRP    
	00145: SRP0       
	00146: ALIGNRP    
	00147: ALIGNRP    
	00148: SRP0       
	00149: MIRP[srp0,nmd,rd,0] 
	00150: MIRP[nrp0,nmd,rd,2] 
	00151: SRP0       
	00152: ALIGNRP    
	00153: SRP0       
	00154: ALIGNRP    
	00155: SRP1       
	00156: SRP2       
	00157: IP         
	00158: MDAP[rd]   
	00159: SVTCA[y-axis] 
	00160: MIAP[rd+ci] 
	00161: ALIGNRP    
	00162: ALIGNRP    
	00163: ALIGNRP    
	00164: MIAP[rd+ci] 
	00165: ALIGNRP    
	00166: ALIGNRP    
	00167: SRP0       
	00168: MIRP[nrp0,md,rd,1] 
	00169: MIAP[rd+ci] 
	00170: ALIGNRP    
	00171: MIRP[srp0,md,rd,1] 
	00172: MIRP[srp0,nmd,rd,0] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: SVTCA[x-axis] 
	00175: SRP1       
	00176: SRP2       
	00177: IP         
	00178: SVTCA[y-axis] 
	00179: SRP0       
	00180: MIRP[nrp0,md,rd,1] 
	00181: SVTCA[x-axis] 
	00182: SRP0       
	00183: MIRP[srp0,nmd,rd,1] 
	00184: MDRP[srp0,nmd,rd,0] 
	00185: ALIGNRP    
	00186: SVTCA[y-axis] 
	00187: SRP0       
	00188: MIRP[nrp0,md,rd,1] 
	00189: SVTCA[x-axis] 
	00190: SRP0       
	00191: MIRP[srp0,nmd,rd,1] 
	00192: DELTAP1    
	00193: MDRP[srp0,nmd,rd,0] 
	00194: ALIGNRP    
	00195: SVTCA[y-axis] 
	00196: SRP0       
	00197: MIRP[nrp0,md,rd,1] 
	00198: SVTCA[x-axis] 
	00199: SRP0       
	00200: MIRP[srp0,nmd,rd,1] 
	00201: MDRP[srp0,nmd,rd,0] 
	00202: ALIGNRP    
	00203: SVTCA[y-axis] 
	00204: SRP0       
	00205: MIRP[nrp0,md,rd,1] 
	00206: SVTCA[x-axis] 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,1] 
	00209: MDRP[srp0,nmd,rd,0] 
	00210: ALIGNRP    
	00211: SVTCA[y-axis] 
	00212: SRP0       
	00213: MIRP[nrp0,md,rd,1] 
	00214: SVTCA[x-axis] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,1] 
	00217: MDRP[srp0,nmd,rd,0] 
	00218: ALIGNRP    
	00219: SVTCA[y-axis] 
	00220: SRP0       
	00221: MIRP[nrp0,md,rd,1] 
	00222: SVTCA[x-axis] 
	00223: SRP0       
	00224: MIRP[srp0,nmd,rd,1] 
	00225: MDRP[srp0,nmd,rd,0] 
	00226: ALIGNRP    
	00227: SVTCA[y-axis] 
	00228: SRP0       
	00229: MIRP[nrp0,md,rd,1] 
	00230: SVTCA[x-axis] 
	00231: SRP0       
	00232: MIRP[srp0,nmd,rd,1] 
	00233: MDRP[srp0,nmd,rd,0] 
	00234: ALIGNRP    
	00235: IUP[y]     
	00236: IUP[x]     
	00237: SVTCA[x-axis] 
	00238: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:                      Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         On
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                      Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:                                      On
	 54:        XDual                         On
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short X-Short Off
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short         Off
	 60:                      Y-Short X-Short Off
	 61:  YDual                       X-Short On
	 62:  YDual                               On
	 63:  YDual                       X-Short Off
	 64:  YDual               Y-Short X-Short Off
	 65:  YDual XDual         Y-Short         On
	 66:  YDual XDual         Y-Short         Off
	 67:  YDual XDual         Y-Short X-Short Off
	 68:  YDual XDual                 X-Short On
	 69:  YDual XDual                 X-Short On
	 70:        XDual                         On
	 71:  YDual                       X-Short On
	 72:  YDual                       X-Short Off
	 73:  YDual               Y-Short X-Short Off
	 74:  YDual XDual         Y-Short         On
	 75:  YDual XDual         Y-Short         Off
	 76:  YDual XDual         Y-Short X-Short Off
	 77:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   333,   781)  ->  Abs (   333,   781)
	  1: Rel (     0,  -697)  ->  Abs (   333,    84)
	  2: Rel (   149,     0)  ->  Abs (   482,    84)
	  3: Rel (    30,     0)  ->  Abs (   512,    84)
	  4: Rel (    26,   -23)  ->  Abs (   538,    61)
	  5: Rel (     0,   -19)  ->  Abs (   538,    42)
	  6: Rel (     0,   -18)  ->  Abs (   538,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   512,     0)
	  8: Rel (   -30,     0)  ->  Abs (   482,     0)
	  9: Rel (  -407,     0)  ->  Abs (    75,     0)
	 10: Rel (   -30,     0)  ->  Abs (    45,     0)
	 11: Rel (   -26,    24)  ->  Abs (    19,    24)
	 12: Rel (     0,    18)  ->  Abs (    19,    42)
	 13: Rel (     0,    19)  ->  Abs (    19,    61)
	 14: Rel (    26,    23)  ->  Abs (    45,    84)
	 15: Rel (    30,     0)  ->  Abs (    75,    84)
	 16: Rel (   173,     0)  ->  Abs (   248,    84)
	 17: Rel (     0,   697)  ->  Abs (   248,   781)
	 18: Rel (  -161,     0)  ->  Abs (    87,   781)
	 19: Rel (   -30,     0)  ->  Abs (    57,   781)
	 20: Rel (   -26,    24)  ->  Abs (    31,   805)
	 21: Rel (     0,    19)  ->  Abs (    31,   824)
	 22: Rel (     0,    18)  ->  Abs (    31,   842)
	 23: Rel (    26,    24)  ->  Abs (    57,   866)
	 24: Rel (    30,     0)  ->  Abs (    87,   866)
	 25: Rel (   161,     0)  ->  Abs (   248,   866)
	 26: Rel (     0,   124)  ->  Abs (   248,   990)
	 27: Rel (     0,   117)  ->  Abs (   248,  1107)
	 28: Rel (   135,   148)  ->  Abs (   383,  1255)
	 29: Rel (    87,     0)  ->  Abs (   470,  1255)
	 30: Rel (    68,     0)  ->  Abs (   538,  1255)
	 31: Rel (    79,   -28)  ->  Abs (   617,  1227)
	 32: Rel (    42,   -15)  ->  Abs (   659,  1212)
	 33: Rel (     0,   -31)  ->  Abs (   659,  1181)
	 34: Rel (     0,   -18)  ->  Abs (   659,  1163)
	 35: Rel (   -22,   -23)  ->  Abs (   637,  1140)
	 36: Rel (   -16,     0)  ->  Abs (   621,  1140)
	 37: Rel (    -7,     0)  ->  Abs (   614,  1140)
	 38: Rel (   -15,     5)  ->  Abs (   599,  1145)
	 39: Rel (   -81,    25)  ->  Abs (   518,  1170)
	 40: Rel (   -46,     0)  ->  Abs (   472,  1170)
	 41: Rel (   -57,     0)  ->  Abs (   415,  1170)
	 42: Rel (   -35,   -41)  ->  Abs (   380,  1129)
	 43: Rel (   -47,   -56)  ->  Abs (   333,  1073)
	 44: Rel (     0,   -83)  ->  Abs (   333,   990)
	 45: Rel (     0,  -124)  ->  Abs (   333,   866)
	 46: Rel (   149,     0)  ->  Abs (   482,   866)
	 47: Rel (    30,     0)  ->  Abs (   512,   866)
	 48: Rel (    26,   -24)  ->  Abs (   538,   842)
	 49: Rel (     0,   -19)  ->  Abs (   538,   823)
	 50: Rel (     0,   -18)  ->  Abs (   538,   805)
	 51: Rel (   -26,   -24)  ->  Abs (   512,   781)
	 52: Rel (   -30,     0)  ->  Abs (   482,   781)
	 53: Rel (   518,   474)  ->  Abs (  1000,  1255)
	 54: Rel (     0, -1171)  ->  Abs (  1000,    84)
	 55: Rel (   161,     0)  ->  Abs (  1161,    84)
	 56: Rel (    31,     0)  ->  Abs (  1192,    84)
	 57: Rel (    26,   -23)  ->  Abs (  1218,    61)
	 58: Rel (     0,   -19)  ->  Abs (  1218,    42)
	 59: Rel (     0,   -18)  ->  Abs (  1218,    24)
	 60: Rel (   -26,   -24)  ->  Abs (  1192,     0)
	 61: Rel (   -31,     0)  ->  Abs (  1161,     0)
	 62: Rel (  -406,     0)  ->  Abs (   755,     0)
	 63: Rel (   -30,     0)  ->  Abs (   725,     0)
	 64: Rel (   -26,    24)  ->  Abs (   699,    24)
	 65: Rel (     0,    18)  ->  Abs (   699,    42)
	 66: Rel (     0,    19)  ->  Abs (   699,    61)
	 67: Rel (    25,    23)  ->  Abs (   724,    84)
	 68: Rel (    31,     0)  ->  Abs (   755,    84)
	 69: Rel (   161,     0)  ->  Abs (   916,    84)
	 70: Rel (     0,  1086)  ->  Abs (   916,  1170)
	 71: Rel (  -119,     0)  ->  Abs (   797,  1170)
	 72: Rel (   -30,     0)  ->  Abs (   767,  1170)
	 73: Rel (   -26,    24)  ->  Abs (   741,  1194)
	 74: Rel (     0,    19)  ->  Abs (   741,  1213)
	 75: Rel (     0,    18)  ->  Abs (   741,  1231)
	 76: Rel (    26,    24)  ->  Abs (   767,  1255)
	 77: Rel (    30,     0)  ->  Abs (   797,  1255)

	Glyph 193: off = 0x0000DE66, len = 274
	  numberOfContours:	1
	  xMin:			251
	  yMin:			-130
	  xMax:			978
	  yMax:			1255

	EndPoints
	---------
	  0:  49

	  Length of Instructions:	130
	00000: NPUSHB      (35):     8     2     5   181     9     9    50     2    24    18 
	                            21   181    25    25    50    18    33    27    30   181 
	                            34    34    50    27    49    43    46   181     0     0 
	                            50    43    38     0    13 
	00037: PUSHW[1]            368 
	00040: PUSHB[3]             18    91     2 
	00044: PUSHW[1]            371 
	00047: NPUSHB      (25):    27    91    43    43    42    34     6     9    52    10 
	                            52     0    52    41    36    35    16    35    34    25 
	                            25    50   101   169    24 
	00074: CALL       
	00075: FLIPOFF    
	00076: SRP0       
	00077: MIRP[srp0,nmd,rd,0] 
	00078: ALIGNRP    
	00079: ALIGNRP    
	00080: ALIGNRP    
	00081: FLIPON     
	00082: SRP0       
	00083: MIRP[srp0,md,rd,1] 
	00084: MIRP[nrp0,nmd,rd,0] 
	00085: MIRP[nrp0,nmd,rd,0] 
	00086: MIRP[nrp0,nmd,rd,0] 
	00087: SVTCA[y-axis] 
	00088: MIAP[rd+ci] 
	00089: ALIGNRP    
	00090: ALIGNRP    
	00091: SRP0       
	00092: MIRP[nrp0,md,rd,1] 
	00093: MIRP[srp0,nmd,rd,0] 
	00094: MIRP[nrp0,md,rd,1] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: MIAP[rd+ci] 
	00097: SRP0       
	00098: MIRP[nrp0,md,rd,1] 
	00099: SVTCA[x-axis] 
	00100: SRP0       
	00101: MIRP[srp0,nmd,rd,1] 
	00102: MDRP[srp0,nmd,rd,0] 
	00103: ALIGNRP    
	00104: SVTCA[y-axis] 
	00105: SRP0       
	00106: MIRP[nrp0,md,rd,1] 
	00107: SVTCA[x-axis] 
	00108: SRP0       
	00109: MIRP[srp0,nmd,rd,1] 
	00110: MDRP[srp0,nmd,rd,0] 
	00111: ALIGNRP    
	00112: SVTCA[y-axis] 
	00113: SRP0       
	00114: MIRP[nrp0,md,rd,1] 
	00115: SVTCA[x-axis] 
	00116: SRP0       
	00117: MIRP[srp0,nmd,rd,1] 
	00118: MDRP[srp0,nmd,rd,0] 
	00119: ALIGNRP    
	00120: SVTCA[y-axis] 
	00121: SRP0       
	00122: MIRP[nrp0,md,rd,1] 
	00123: SVTCA[x-axis] 
	00124: SRP0       
	00125: MIRP[srp0,nmd,rd,1] 
	00126: MDRP[srp0,nmd,rd,0] 
	00127: ALIGNRP    
	00128: IUP[y]     
	00129: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:        XDual                         On
	 18:  YDual                               On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual                               On
	 26:        XDual                         On
	 27:  YDual                               On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:        XDual                         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:                              X-Short On
	 43:  YDual                               On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off
	 49:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   656,   784)  ->  Abs (   656,   784)
	  1: Rel (     0,  -435)  ->  Abs (   656,   349)
	  2: Rel (   265,     0)  ->  Abs (   921,   349)
	  3: Rel (    31,     0)  ->  Abs (   952,   349)
	  4: Rel (    26,   -24)  ->  Abs (   978,   325)
	  5: Rel (     0,   -19)  ->  Abs (   978,   306)
	  6: Rel (     0,   -18)  ->  Abs (   978,   288)
	  7: Rel (   -26,   -24)  ->  Abs (   952,   264)
	  8: Rel (   -31,     0)  ->  Abs (   921,   264)
	  9: Rel (  -265,     0)  ->  Abs (   656,   264)
	 10: Rel (     0,  -337)  ->  Abs (   656,   -73)
	 11: Rel (     0,   -31)  ->  Abs (   656,  -104)
	 12: Rel (   -23,   -26)  ->  Abs (   633,  -130)
	 13: Rel (   -19,     0)  ->  Abs (   614,  -130)
	 14: Rel (   -18,     0)  ->  Abs (   596,  -130)
	 15: Rel (   -24,    26)  ->  Abs (   572,  -104)
	 16: Rel (     0,    31)  ->  Abs (   572,   -73)
	 17: Rel (     0,   337)  ->  Abs (   572,   264)
	 18: Rel (  -265,     0)  ->  Abs (   307,   264)
	 19: Rel (   -30,     0)  ->  Abs (   277,   264)
	 20: Rel (   -26,    24)  ->  Abs (   251,   288)
	 21: Rel (     0,    19)  ->  Abs (   251,   307)
	 22: Rel (     0,    18)  ->  Abs (   251,   325)
	 23: Rel (    26,    24)  ->  Abs (   277,   349)
	 24: Rel (    30,     0)  ->  Abs (   307,   349)
	 25: Rel (   265,     0)  ->  Abs (   572,   349)
	 26: Rel (     0,   435)  ->  Abs (   572,   784)
	 27: Rel (  -265,     0)  ->  Abs (   307,   784)
	 28: Rel (   -30,     0)  ->  Abs (   277,   784)
	 29: Rel (   -26,    24)  ->  Abs (   251,   808)
	 30: Rel (     0,    19)  ->  Abs (   251,   827)
	 31: Rel (     0,    18)  ->  Abs (   251,   845)
	 32: Rel (    26,    24)  ->  Abs (   277,   869)
	 33: Rel (    30,     0)  ->  Abs (   307,   869)
	 34: Rel (   265,     0)  ->  Abs (   572,   869)
	 35: Rel (     0,   329)  ->  Abs (   572,  1198)
	 36: Rel (     0,    31)  ->  Abs (   572,  1229)
	 37: Rel (    24,    26)  ->  Abs (   596,  1255)
	 38: Rel (    18,     0)  ->  Abs (   614,  1255)
	 39: Rel (    19,     0)  ->  Abs (   633,  1255)
	 40: Rel (    24,   -26)  ->  Abs (   657,  1229)
	 41: Rel (     0,   -31)  ->  Abs (   657,  1198)
	 42: Rel (    -1,  -329)  ->  Abs (   656,   869)
	 43: Rel (   265,     0)  ->  Abs (   921,   869)
	 44: Rel (    31,     0)  ->  Abs (   952,   869)
	 45: Rel (    26,   -24)  ->  Abs (   978,   845)
	 46: Rel (     0,   -19)  ->  Abs (   978,   826)
	 47: Rel (     0,   -18)  ->  Abs (   978,   808)
	 48: Rel (   -26,   -24)  ->  Abs (   952,   784)
	 49: Rel (   -31,     0)  ->  Abs (   921,   784)

	Glyph 194: off = 0x0000DF78, len = 82
	  numberOfContours:	1
	  xMin:			461
	  yMin:			501
	  xMax:			769
	  yMax:			772

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	32
	00000: PUSHW[5]              0   315     8     4   315 
	00011: PUSHB[4]             11    25    14   109 
	00016: PUSHW[2]            286    24 
	00021: CALL       
	00022: FLIPOFF    
	00023: SRP0       
	00024: MIRP[srp0,nmd,rd,0] 
	00025: FLIPON     
	00026: MIRP[nrp0,md,rd,1] 
	00027: SVTCA[y-axis] 
	00028: MDAP[rd]   
	00029: MIRP[nrp0,md,rd,1] 
	00030: IUP[y]     
	00031: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   597,   772)  ->  Abs (   597,   772)
	  1: Rel (    36,     0)  ->  Abs (   633,   772)
	  2: Rel (    56,     0)  ->  Abs (   689,   772)
	  3: Rel (    80,   -79)  ->  Abs (   769,   693)
	  4: Rel (     0,   -56)  ->  Abs (   769,   637)
	  5: Rel (     0,   -58)  ->  Abs (   769,   579)
	  6: Rel (   -81,   -78)  ->  Abs (   688,   501)
	  7: Rel (   -55,     0)  ->  Abs (   633,   501)
	  8: Rel (   -36,     0)  ->  Abs (   597,   501)
	  9: Rel (   -56,     0)  ->  Abs (   541,   501)
	 10: Rel (   -80,    79)  ->  Abs (   461,   580)
	 11: Rel (     0,    56)  ->  Abs (   461,   636)
	 12: Rel (     0,    58)  ->  Abs (   461,   694)
	 13: Rel (    81,    78)  ->  Abs (   542,   772)

	Glyph 195: off = 0x0000DFCA, len = 82
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-325
	  xMax:			422
	  yMax:			277

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	38
	00000: NPUSHB      (10):     4   182     1     9   193     2   243     0   178     1 
	00012: PUSHW[1]            535 
	00015: PUSHB[3]             10     1   109 
	00019: PUSHW[2]            285    24 
	00024: CALL       
	00025: SVTCA[y-axis] 
	00026: MDAP[rd]   
	00027: SVTCA[x-axis] 
	00028: SRP0       
	00029: MIRP[srp0,md,rd,1] 
	00030: MIRP[nrp0,md,rd,1] 
	00031: MIRP[srp0,nmd,rd,0] 
	00032: MIRP[nrp0,md,rd,1] 
	00033: SVTCA[y-axis] 
	00034: SRP0       
	00035: MIRP[nrp0,md,rd,1] 
	00036: IUP[y]     
	00037: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:                                      On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   149,   277)  ->  Abs (   149,   277)
	  1: Rel (   273,     0)  ->  Abs (   422,   277)
	  2: Rel (  -297,  -551)  ->  Abs (   125,  -274)
	  3: Rel (   -27,   -51)  ->  Abs (    98,  -325)
	  4: Rel (   -38,     0)  ->  Abs (    60,  -325)
	  5: Rel (   -25,     0)  ->  Abs (    35,  -325)
	  6: Rel (   -35,    36)  ->  Abs (     0,  -289)
	  7: Rel (     0,    25)  ->  Abs (     0,  -264)
	  8: Rel (     0,    10)  ->  Abs (     0,  -254)
	  9: Rel (     3,    12)  ->  Abs (     3,  -242)

	Glyph 196: off = 0x0000E01C, len = 148
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-260
	  xMax:			830
	  yMax:			256

	EndPoints
	---------
	  0:  9
	  1:  19

	  Length of Instructions:	74
	00000: NPUSHB      (20):     8    18    11     4    14   255    10    10     1    19 
	                            91    12    10   116    11   243    32    12     1    12 
	00022: PUSHW[1]            755 
	00025: NPUSHB      (18):    21     9    91     2     0   116     1   243    32     2 
	                             1     2   218    20     1   250   171    24 
	00045: CALL       
	00046: SVTCA[y-axis] 
	00047: MDAP[rd]   
	00048: SVTCA[x-axis] 
	00049: SRP0       
	00050: MIRP[srp0,nmd,rd,0] 
	00051: DELTAP1    
	00052: MIRP[srp0,nmd,rd,0] 
	00053: MIRP[nrp0,md,rd,1] 
	00054: SRP0       
	00055: MIRP[nrp0,md,rd,1] 
	00056: SRP0       
	00057: MIRP[srp0,nmd,rd,2] 
	00058: DELTAP1    
	00059: MIRP[srp0,nmd,rd,0] 
	00060: MIRP[nrp0,md,rd,1] 
	00061: SRP0       
	00062: MIRP[nrp0,md,rd,1] 
	00063: SVTCA[y-axis] 
	00064: SRP0       
	00065: ALIGNRP    
	00066: SRP0       
	00067: MIRP[srp0,md,rd,1] 
	00068: ALIGNRP    
	00069: SRP1       
	00070: IP         
	00071: IP         
	00072: IUP[y]     
	00073: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:                                      On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:                                      On
	 11:  YDual XDual                 X-Short On
	 12:                                      On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   181,   256)  ->  Abs (   181,   256)
	  1: Rel (   217,     0)  ->  Abs (   398,   256)
	  2: Rel (  -293,  -476)  ->  Abs (   105,  -220)
	  3: Rel (   -24,   -40)  ->  Abs (    81,  -260)
	  4: Rel (   -30,     0)  ->  Abs (    51,  -260)
	  5: Rel (   -21,     0)  ->  Abs (    30,  -260)
	  6: Rel (   -30,    30)  ->  Abs (     0,  -230)
	  7: Rel (     0,    20)  ->  Abs (     0,  -210)
	  8: Rel (     0,    13)  ->  Abs (     0,  -197)
	  9: Rel (     9,    23)  ->  Abs (     9,  -174)
	 10: Rel (   604,   430)  ->  Abs (   613,   256)
	 11: Rel (   217,     0)  ->  Abs (   830,   256)
	 12: Rel (  -292,  -476)  ->  Abs (   538,  -220)
	 13: Rel (   -25,   -40)  ->  Abs (   513,  -260)
	 14: Rel (   -29,     0)  ->  Abs (   484,  -260)
	 15: Rel (   -22,     0)  ->  Abs (   462,  -260)
	 16: Rel (   -30,    30)  ->  Abs (   432,  -230)
	 17: Rel (     0,    20)  ->  Abs (   432,  -210)
	 18: Rel (     0,    13)  ->  Abs (   432,  -197)
	 19: Rel (    10,    23)  ->  Abs (   442,  -174)

	Glyph 197: off = 0x0000E0B0, len = 642
	  numberOfContours:	7
	  xMin:			61
	  yMin:			-21
	  xMax:			1162
	  yMax:			1279

	EndPoints
	---------
	  0:  14
	  1:  26
	  2:  46
	  3:  61
	  4:  73
	  5:  88
	  6:  100

	  Length of Instructions:	355
	00000: NPUSHB      (31):    99    64    25    29    52    91    64    25    29    52 
	                            72    64    25    29    52    64    64    25    29    52 
	                            25    64    25    29    52    17    64    25    29    52 
	                            97 
	00033: PUSHW[1]            -64 
	00036: PUSHB[4]             25    29    52    93 
	00041: PUSHW[1]            -64 
	00044: PUSHB[4]             25    29    52    70 
	00049: PUSHW[1]            -64 
	00052: PUSHB[4]             25    29    52    67 
	00057: PUSHW[1]            -64 
	00060: PUSHB[4]             25    29    52    66 
	00065: PUSHW[1]            -64 
	00068: PUSHB[4]             25    29    52    23 
	00073: PUSHW[1]            -64 
	00076: PUSHB[4]             25    29    52    19 
	00081: PUSHW[1]            -64 
	00084: NPUSHB      (84):    25    29    52    79    80    79    83    79    89     3 
	                            78     0    74     6    76     9    78    15    77    47 
	                            76    53    76    56    77    62    79    74     9   104 
	                            10   104    57   104    79   104    84     4    63    80 
	                            63    83    63    89    90     9    92    56    90    80 
	                            92    83     7    62     0    58     6    60     9    62 
	                            15    61    47    60    53    60    56    61    62    63 
	                            74     9    72    10    72    57    72    79    72    84 
	                             4    29    77    37 
	00170: PUSHW[1]            775 
	00173: PUSHB[4]             33    45    77    40 
	00178: PUSHW[1]            775 
	00181: NPUSHB      (11):    43    33    33    58    43    43     4    58    92    55 
	                            85 
	00194: PUSHW[1]            515 
	00197: PUSHB[6]             98    55    78    65    55    58 
	00204: PUSHW[1]            515 
	00207: PUSHB[6]             71    55    51    24    55     4 
	00214: PUSHW[1]            515 
	00217: PUSHB[6]             18    55    11    15    55     0 
	00224: PUSHW[1]            698 
	00227: PUSHB[5]             21    55     8    25    33 
	00233: PUSHW[1]            303 
	00236: PUSHB[6]            101    43   177    89    55    74 
	00243: PUSHW[1]            698 
	00246: NPUSHB      (10):    95    55     0    82     1    82   232    62    55    47 
	00258: PUSHW[1]            698 
	00261: PUSHB[3]             68    55    55 
	00265: PUSHW[1]            697 
	00268: PUSHB[8]            101    78    11    51    11    11     0   176 
	00277: PUSHW[2]            339    24 
	00282: CALL       
	00283: SVTCA[y-axis] 
	00284: MIAP[rd+ci] 
	00285: MIAP[rd+ci] 
	00286: MIAP[rd+ci] 
	00287: SVTCA[x-axis] 
	00288: SRP0       
	00289: MIRP[srp0,nmd,rd,2] 
	00290: MIRP[nrp0,md,rd,1] 
	00291: MIRP[srp0,md,rd,1] 
	00292: MIRP[nrp0,md,rd,1] 
	00293: MIRP[srp0,nmd,rd,2] 
	00294: DELTAP1    
	00295: MIRP[nrp0,md,rd,1] 
	00296: MIRP[srp0,md,rd,1] 
	00297: MIRP[nrp0,md,rd,1] 
	00298: MIRP[nrp0,nmd,rd,0] 
	00299: SRP0       
	00300: MIRP[nrp0,nmd,rd,2] 
	00301: FLIPOFF    
	00302: MIRP[srp0,nmd,rd,0] 
	00303: FLIPON     
	00304: MIRP[nrp0,md,rd,1] 
	00305: MIRP[srp0,md,rd,1] 
	00306: MIRP[nrp0,md,rd,1] 
	00307: SVTCA[y-axis] 
	00308: SRP0       
	00309: MIRP[nrp0,md,rd,1] 
	00310: MIRP[srp0,md,rd,1] 
	00311: MIRP[nrp0,md,rd,1] 
	00312: SRP0       
	00313: MIRP[nrp0,md,rd,1] 
	00314: MIRP[srp0,md,rd,1] 
	00315: MIRP[nrp0,md,rd,1] 
	00316: SRP0       
	00317: MIRP[nrp0,md,rd,1] 
	00318: MIRP[srp0,md,rd,1] 
	00319: MIRP[nrp0,md,rd,1] 
	00320: SRP1       
	00321: SRP2       
	00322: IP         
	00323: MDAP[rd]   
	00324: SRP1       
	00325: IP         
	00326: MDAP[rd]   
	00327: SRP0       
	00328: MIRP[srp0,md,rd,1] 
	00329: MIRP[nrp0,md,rd,1] 
	00330: SRP0       
	00331: MIRP[srp0,md,rd,1] 
	00332: MIRP[nrp0,md,rd,1] 
	00333: IUP[y]     
	00334: IUP[x]     
	00335: SVTCA[x-axis] 
	00336: DELTAP1    
	00337: DELTAP1    
	00338: DELTAP1    
	00339: DELTAP1    
	00340: DELTAP1    
	00341: DELTAP1    
	00342: CALL       
	00343: CALL       
	00344: CALL       
	00345: CALL       
	00346: CALL       
	00347: CALL       
	00348: CALL       
	00349: CALL       
	00350: CALL       
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:                      Y-Short         On
	 28:                      Y-Short         On
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual               Y-Short         On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short On
	 46:                      Y-Short X-Short Off
	 47:                                      On
	 48:        XDual         Y-Short         Off
	 49:                      Y-Short X-Short On
	 50:                      Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:  YDual               Y-Short X-Short On
	 54:  YDual               Y-Short X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:        XDual         Y-Short X-Short On
	 61:        XDual         Y-Short X-Short Off
	 62:                      Y-Short X-Short On
	 63:  YDual XDual         Y-Short         Off
	 64:  YDual               Y-Short X-Short Off
	 65:  YDual                       X-Short On
	 66:  YDual                       X-Short Off
	 67:                      Y-Short X-Short Off
	 68:        XDual         Y-Short         On
	 69:        XDual         Y-Short         Off
	 70:        XDual         Y-Short X-Short Off
	 71:  YDual XDual                 X-Short On
	 72:  YDual XDual                 X-Short Off
	 73:  YDual XDual         Y-Short X-Short Off
	 74:  YDual               Y-Short         On
	 75:        XDual         Y-Short         Off
	 76:                      Y-Short X-Short On
	 77:                      Y-Short X-Short Off
	 78:  YDual                       X-Short On
	 79:  YDual                       X-Short Off
	 80:  YDual               Y-Short X-Short On
	 81:  YDual               Y-Short X-Short Off
	 82:  YDual XDual         Y-Short         On
	 83:  YDual XDual         Y-Short         Off
	 84:  YDual XDual         Y-Short X-Short Off
	 85:  YDual XDual                 X-Short On
	 86:  YDual XDual                 X-Short Off
	 87:        XDual         Y-Short X-Short On
	 88:        XDual         Y-Short X-Short Off
	 89:                      Y-Short X-Short On
	 90:  YDual XDual         Y-Short         Off
	 91:  YDual               Y-Short X-Short Off
	 92:  YDual                       X-Short On
	 93:  YDual                       X-Short Off
	 94:                      Y-Short X-Short Off
	 95:        XDual         Y-Short         On
	 96:        XDual         Y-Short         Off
	 97:        XDual         Y-Short X-Short Off
	 98:  YDual XDual                 X-Short On
	 99:  YDual XDual                 X-Short Off
	100:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   431,  1060)  ->  Abs (   431,  1060)
	  1: Rel (     0,   -66)  ->  Abs (   431,   994)
	  2: Rel (   -47,   -64)  ->  Abs (   384,   930)
	  3: Rel (   -63,   -89)  ->  Abs (   321,   841)
	  4: Rel (   -75,     0)  ->  Abs (   246,   841)
	  5: Rel (   -75,     0)  ->  Abs (   171,   841)
	  6: Rel (   -63,    88)  ->  Abs (   108,   929)
	  7: Rel (   -47,    65)  ->  Abs (    61,   994)
	  8: Rel (     0,    66)  ->  Abs (    61,  1060)
	  9: Rel (     0,    67)  ->  Abs (    61,  1127)
	 10: Rel (   111,   152)  ->  Abs (   172,  1279)
	 11: Rel (    74,     0)  ->  Abs (   246,  1279)
	 12: Rel (    75,     0)  ->  Abs (   321,  1279)
	 13: Rel (    63,   -88)  ->  Abs (   384,  1191)
	 14: Rel (    47,   -65)  ->  Abs (   431,  1126)
	 15: Rel (   -62,   -66)  ->  Abs (   369,  1060)
	 16: Rel (     0,    55)  ->  Abs (   369,  1115)
	 17: Rel (   -89,   103)  ->  Abs (   280,  1218)
	 18: Rel (   -34,     0)  ->  Abs (   246,  1218)
	 19: Rel (   -34,     0)  ->  Abs (   212,  1218)
	 20: Rel (   -89,  -103)  ->  Abs (   123,  1115)
	 21: Rel (     0,   -55)  ->  Abs (   123,  1060)
	 22: Rel (     0,   -54)  ->  Abs (   123,  1006)
	 23: Rel (    90,  -104)  ->  Abs (   213,   902)
	 24: Rel (    33,     0)  ->  Abs (   246,   902)
	 25: Rel (    33,     0)  ->  Abs (   279,   902)
	 26: Rel (    90,   103)  ->  Abs (   369,  1005)
	 27: Rel (   646,  -195)  ->  Abs (  1015,   810)
	 28: Rel (  -778,  -253)  ->  Abs (   237,   557)
	 29: Rel (   -13,    -5)  ->  Abs (   224,   552)
	 30: Rel (    -8,     0)  ->  Abs (   216,   552)
	 31: Rel (   -10,     0)  ->  Abs (   206,   552)
	 32: Rel (   -18,    18)  ->  Abs (   188,   570)
	 33: Rel (     0,    12)  ->  Abs (   188,   582)
	 34: Rel (     0,    11)  ->  Abs (   188,   593)
	 35: Rel (     8,     9)  ->  Abs (   196,   602)
	 36: Rel (     4,     6)  ->  Abs (   200,   608)
	 37: Rel (    19,     6)  ->  Abs (   219,   614)
	 38: Rel (   778,   253)  ->  Abs (   997,   867)
	 39: Rel (    13,     5)  ->  Abs (  1010,   872)
	 40: Rel (     8,     0)  ->  Abs (  1018,   872)
	 41: Rel (    10,     0)  ->  Abs (  1028,   872)
	 42: Rel (    18,   -18)  ->  Abs (  1046,   854)
	 43: Rel (     0,   -12)  ->  Abs (  1046,   842)
	 44: Rel (     0,   -11)  ->  Abs (  1046,   831)
	 45: Rel (    -8,    -9)  ->  Abs (  1038,   822)
	 46: Rel (    -4,    -6)  ->  Abs (  1034,   816)
	 47: Rel (  -410,  -618)  ->  Abs (   624,   198)
	 48: Rel (     0,   -66)  ->  Abs (   624,   132)
	 49: Rel (   -46,   -65)  ->  Abs (   578,    67)
	 50: Rel (   -64,   -88)  ->  Abs (   514,   -21)
	 51: Rel (   -75,     0)  ->  Abs (   439,   -21)
	 52: Rel (   -75,     0)  ->  Abs (   364,   -21)
	 53: Rel (   -62,    87)  ->  Abs (   302,    66)
	 54: Rel (   -48,    66)  ->  Abs (   254,   132)
	 55: Rel (     0,    66)  ->  Abs (   254,   198)
	 56: Rel (     0,    66)  ->  Abs (   254,   264)
	 57: Rel (   111,   152)  ->  Abs (   365,   416)
	 58: Rel (    74,     0)  ->  Abs (   439,   416)
	 59: Rel (    75,     0)  ->  Abs (   514,   416)
	 60: Rel (    64,   -88)  ->  Abs (   578,   328)
	 61: Rel (    46,   -64)  ->  Abs (   624,   264)
	 62: Rel (   -61,   -66)  ->  Abs (   563,   198)
	 63: Rel (     0,    54)  ->  Abs (   563,   252)
	 64: Rel (   -90,   104)  ->  Abs (   473,   356)
	 65: Rel (   -33,     0)  ->  Abs (   440,   356)
	 66: Rel (   -34,     0)  ->  Abs (   406,   356)
	 67: Rel (   -90,  -104)  ->  Abs (   316,   252)
	 68: Rel (     0,   -54)  ->  Abs (   316,   198)
	 69: Rel (     0,   -55)  ->  Abs (   316,   143)
	 70: Rel (    90,  -104)  ->  Abs (   406,    39)
	 71: Rel (    34,     0)  ->  Abs (   440,    39)
	 72: Rel (    33,     0)  ->  Abs (   473,    39)
	 73: Rel (    90,   104)  ->  Abs (   563,   143)
	 74: Rel (   599,    55)  ->  Abs (  1162,   198)
	 75: Rel (     0,   -66)  ->  Abs (  1162,   132)
	 76: Rel (   -47,   -65)  ->  Abs (  1115,    67)
	 77: Rel (   -63,   -88)  ->  Abs (  1052,   -21)
	 78: Rel (   -75,     0)  ->  Abs (   977,   -21)
	 79: Rel (   -75,     0)  ->  Abs (   902,   -21)
	 80: Rel (   -63,    87)  ->  Abs (   839,    66)
	 81: Rel (   -47,    66)  ->  Abs (   792,   132)
	 82: Rel (     0,    66)  ->  Abs (   792,   198)
	 83: Rel (     0,    66)  ->  Abs (   792,   264)
	 84: Rel (   111,   152)  ->  Abs (   903,   416)
	 85: Rel (    74,     0)  ->  Abs (   977,   416)
	 86: Rel (    75,     0)  ->  Abs (  1052,   416)
	 87: Rel (    63,   -88)  ->  Abs (  1115,   328)
	 88: Rel (    47,   -64)  ->  Abs (  1162,   264)
	 89: Rel (   -62,   -66)  ->  Abs (  1100,   198)
	 90: Rel (     0,    54)  ->  Abs (  1100,   252)
	 91: Rel (   -89,   104)  ->  Abs (  1011,   356)
	 92: Rel (   -34,     0)  ->  Abs (   977,   356)
	 93: Rel (   -34,     0)  ->  Abs (   943,   356)
	 94: Rel (   -89,  -104)  ->  Abs (   854,   252)
	 95: Rel (     0,   -54)  ->  Abs (   854,   198)
	 96: Rel (     0,   -55)  ->  Abs (   854,   143)
	 97: Rel (    89,  -104)  ->  Abs (   943,    39)
	 98: Rel (    34,     0)  ->  Abs (   977,    39)
	 99: Rel (    33,     0)  ->  Abs (  1010,    39)
	100: Rel (    90,   104)  ->  Abs (  1100,   143)

	Glyph 198: off = 0x0000E332, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1580

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	-61
		Y WOffset:	270
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (28):     2     0    47     1    15    47    47    47     2    15 
	                            47    31    47    47    47    63    47   111    47   208 
	                            47   224    47   240    47     8    47    26 
	00030: PUSHW[1]           -141 
	00033: PUSHB[5]            104    43     2     1    60 
	00039: PUSHW[3]            651    41   300 
	00046: SCANCTRL   
	00047: SVTCA[y-axis] 
	00048: CALL       
	00049: SVTCA[x-axis] 
	00050: CALL       
	00051: DELTAP1    
	00052: DELTAP2    
	00053: DELTAP3    
	00054: SHC[rp1,zp0] 

	Glyph 199: off = 0x0000E384, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1577

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	1
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     1     0    54    32    54    96    54   112    54   224 
	                            54   240    54     6    54    36 
	00018: PUSHW[1]            274 
	00021: PUSHB[5]            104    43     1     1    67 
	00027: PUSHW[2]            651    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph 200: off = 0x0000E3C4, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	39
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              2    53    26 
	00004: PUSHW[1]           -203 
	00007: PUSHB[5]             72    43     2     1    50 
	00013: PUSHW[3]            651    41   300 
	00020: SCANCTRL   
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: SHC[rp1,zp0] 

	Glyph 201: off = 0x0000E3F8, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1496

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	1
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     2     1    64    72   160    72   224    72     3     0 
	                            72    32    72    80    72     3    72    36 
	00020: PUSHW[1]            407 
	00023: PUSHB[6]             72    43     1     2     2    69 
	00030: PUSHW[2]            651    41 
	00035: SVTCA[y-axis] 
	00036: CALL       
	00037: SVTCA[x-axis] 
	00038: CALL       
	00039: DELTAP1    
	00040: DELTAP1    
	00041: SHC[rp1,zp0] 
	00042: SHC[rp1,zp0] 

	Glyph 202: off = 0x0000E43E, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	3
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    32    66     1    66    36     0    72    43     1 
	                             1    61 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 203: off = 0x0000E472, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	-4
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    78    28     1    38     0 
	00007: PUSHW[1]           -148 
	00010: PUSHB[5]             72    43     1     1    35 
	00016: PUSHW[2]            651    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 204: off = 0x0000E4A8, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1577

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	0
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    32     0 
	00005: PUSHW[1]            -43 
	00008: PUSHB[5]            104    39     1     1    45 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 205: off = 0x0000E4DA, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1496

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	0
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     2     1    48    50    64    50     2    50     0    90 
	                            72    43     1     2     2    47 
	00018: PUSHW[2]            651    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 
	00029: SHC[rp1,zp0] 

	Glyph 206: off = 0x0000E512, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	3
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1     0    44    16    44    32    44    48    44    64 
	                            44     5    44     0 
	00016: PUSHW[1]           -211 
	00019: PUSHB[5]             72    43     1     1    39 
	00025: PUSHW[2]            651    41 
	00030: SVTCA[y-axis] 
	00031: CALL       
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: DELTAP1    
	00035: SHC[rp1,zp0] 

	Glyph 207: off = 0x0000E550, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	-60
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    32    41    10    10    64     2     1    29 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 208: off = 0x0000E580, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1577

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	-70
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    42    30    10    10    64     2     1    33 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 209: off = 0x0000E5B0, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0007
		Glyf Index:	67
		X WOffset:	-64
		Y WOffset:	267
		Other:		Round X,Y to Grid            


	Glyph 210: off = 0x0000E5C8, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	22
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    25    55    64    29    29    64     1     1    52 
	00012: PUSHW[3]            651    41   300 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       
	00024: SHC[rp1,zp0] 

	Glyph 211: off = 0x0000E5FC, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1577

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	1
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     0    49     1    49    29     1   104    43     1 
	                             1    62 
	00014: PUSHW[3]            651    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 

	Glyph 212: off = 0x0000E632, len = 72
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	-29
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     1   128    61     1    32    61   128    61     2    32 
	                            61    96    61   112    61     3    61    29 
	00020: PUSHW[1]           -180 
	00023: PUSHB[5]             72    43     1     1    56 
	00029: PUSHW[3]            651    41   300 
	00036: SCANCTRL   
	00037: SVTCA[y-axis] 
	00038: CALL       
	00039: SVTCA[x-axis] 
	00040: CALL       
	00041: DELTAP1    
	00042: DELTAP2    
	00043: DELTAP2    
	00044: SHC[rp1,zp0] 

	Glyph 213: off = 0x0000E67A, len = 176
	  numberOfContours:	1
	  xMin:			186
	  yMin:			0
	  xMax:			1047
	  yMax:			866

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	96
	00000: NPUSHB      (56):    35    21    50    21    64    21    80    21    99    21 
	                           113    21   128    21     7    15     9    12    88    16 
	                            16    34     9     2     8     5    88     1     1    34 
	                             8    18    24    21   149    17    17    34    24     6 
	                             9     8    10     0     1    32    17    79    16     1 
	                            16    25    25    81   127    24 
	00058: CALL       
	00059: FLIPOFF    
	00060: SRP0       
	00061: MIRP[srp0,nmd,rd,0] 
	00062: DELTAP1    
	00063: ALIGNRP    
	00064: FLIPON     
	00065: MIRP[srp0,md,rd,1] 
	00066: ALIGNRP    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: ALIGNRP    
	00070: MIAP[rd+ci] 
	00071: MIRP[nrp0,md,rd,1] 
	00072: SVTCA[x-axis] 
	00073: SRP0       
	00074: MIRP[srp0,nmd,rd,1] 
	00075: MDRP[srp0,nmd,rd,0] 
	00076: ALIGNRP    
	00077: SVTCA[y-axis] 
	00078: SRP0       
	00079: MIRP[nrp0,md,rd,1] 
	00080: SVTCA[x-axis] 
	00081: SRP0       
	00082: MIRP[srp0,nmd,rd,1] 
	00083: MDRP[srp0,nmd,rd,0] 
	00084: ALIGNRP    
	00085: SVTCA[y-axis] 
	00086: SRP0       
	00087: MIRP[nrp0,md,rd,1] 
	00088: SVTCA[x-axis] 
	00089: SRP0       
	00090: MIRP[srp0,nmd,rd,1] 
	00091: MDRP[srp0,nmd,rd,0] 
	00092: ALIGNRP    
	00093: IUP[y]     
	00094: IUP[x]     
	00095: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual                               On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   660,   866)  ->  Abs (   660,   866)
	  1: Rel (     0,  -782)  ->  Abs (   660,    84)
	  2: Rel (   330,     0)  ->  Abs (   990,    84)
	  3: Rel (    31,     0)  ->  Abs (  1021,    84)
	  4: Rel (    26,   -23)  ->  Abs (  1047,    61)
	  5: Rel (     0,   -19)  ->  Abs (  1047,    42)
	  6: Rel (     0,   -18)  ->  Abs (  1047,    24)
	  7: Rel (   -26,   -24)  ->  Abs (  1021,     0)
	  8: Rel (   -31,     0)  ->  Abs (   990,     0)
	  9: Rel (  -744,     0)  ->  Abs (   246,     0)
	 10: Rel (   -30,     0)  ->  Abs (   216,     0)
	 11: Rel (   -26,    24)  ->  Abs (   190,    24)
	 12: Rel (    -4,    20)  ->  Abs (   186,    44)
	 13: Rel (     4,    17)  ->  Abs (   190,    61)
	 14: Rel (    26,    23)  ->  Abs (   216,    84)
	 15: Rel (    30,     0)  ->  Abs (   246,    84)
	 16: Rel (   330,     0)  ->  Abs (   576,    84)
	 17: Rel (     0,   697)  ->  Abs (   576,   781)
	 18: Rel (  -245,     0)  ->  Abs (   331,   781)
	 19: Rel (   -30,     0)  ->  Abs (   301,   781)
	 20: Rel (   -27,    24)  ->  Abs (   274,   805)
	 21: Rel (     0,    18)  ->  Abs (   274,   823)
	 22: Rel (     0,    19)  ->  Abs (   274,   842)
	 23: Rel (    26,    24)  ->  Abs (   300,   866)
	 24: Rel (    31,     0)  ->  Abs (   331,   866)

	Glyph 214: off = 0x0000E72A, len = 160
	  numberOfContours:	1
	  xMin:			316
	  yMin:			1020
	  xMax:			913
	  yMax:			1310

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	94
	00000: NPUSHB      (60):    12    10   134     1   134    18     3    10   193    96 
	                            13   112    13   128    13     3     0    13    16    13 
	                             2    13   118    96     7   112     7   128     7     3 
	                             0     7    16     7     2     7   118    64    10     4 
	                           243     0   243    32    16    25    19    10     0   111 
	                             0   127     0   143     0     3     0   113   170    24 
	00062: CALL       
	00063: SVTCA[y-axis] 
	00064: MDAP[rd]   
	00065: DELTAP1    
	00066: RTHG       
	00067: SVTCA[x-axis] 
	00068: MDAP[rd]   
	00069: MDAP[rd]   
	00070: RTG        
	00071: FLIPOFF    
	00072: SRP0       
	00073: MIRP[srp0,nmd,rd,0] 
	00074: SMD        
	00075: RTHG       
	00076: FLIPON     
	00077: MIRP[srp0,md,rd,1] 
	00078: MIRP[nrp0,nmd,rd,0] 
	00079: ALIGNRP    
	00080: SMD        
	00081: SVTCA[y-axis] 
	00082: RTG        
	00083: MIRP[nrp0,md,rd,1] 
	00084: DELTAP1    
	00085: DELTAP1    
	00086: MIRP[nrp0,md,rd,1] 
	00087: DELTAP1    
	00088: DELTAP1    
	00089: MIRP[nrp0,md,rd,1] 
	00090: IUP[y]     
	00091: IUP[x]     
	00092: SVTCA[y-axis] 
	00093: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short         On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   614,  1310)  ->  Abs (   614,  1310)
	  1: Rel (   271,  -206)  ->  Abs (   885,  1104)
	  2: Rel (    18,   -14)  ->  Abs (   903,  1090)
	  3: Rel (    10,   -17)  ->  Abs (   913,  1073)
	  4: Rel (     0,   -11)  ->  Abs (   913,  1062)
	  5: Rel (     0,   -18)  ->  Abs (   913,  1044)
	  6: Rel (   -25,   -24)  ->  Abs (   888,  1020)
	  7: Rel (   -18,     0)  ->  Abs (   870,  1020)
	  8: Rel (   -13,     0)  ->  Abs (   857,  1020)
	  9: Rel (   -22,    17)  ->  Abs (   835,  1037)
	 10: Rel (  -221,   169)  ->  Abs (   614,  1206)
	 11: Rel (  -220,  -169)  ->  Abs (   394,  1037)
	 12: Rel (   -22,   -17)  ->  Abs (   372,  1020)
	 13: Rel (   -14,     0)  ->  Abs (   358,  1020)
	 14: Rel (   -17,     0)  ->  Abs (   341,  1020)
	 15: Rel (   -25,    25)  ->  Abs (   316,  1045)
	 16: Rel (     0,    17)  ->  Abs (   316,  1062)
	 17: Rel (     0,    21)  ->  Abs (   316,  1083)
	 18: Rel (    28,    21)  ->  Abs (   344,  1104)

	Glyph 215: off = 0x0000E7CA, len = 202
	  numberOfContours:	1
	  xMin:			296
	  yMin:			1001
	  xMax:			934
	  yMax:			1207

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	104
	00000: NPUSHB      (33):    37    26     1    11    15   136    22     2     9    10 
	                             6    26    11    29     3    31    27    26    16    14 
	                            12    10     7     3    20     9    44    28   177   143 
	                             0     1     0 
	00035: PUSHW[1]            765 
	00038: PUSHB[8]             24    44    13   177   128    17     1    17 
	00047: PUSHW[1]            765 
	00050: NPUSHB      (15):     9    15     3    31     3    47     3     3     3   221 
	                            20    25    32     9   164 
	00067: PUSHW[2]            261    24 
	00072: CALL       
	00073: SVTCA[y-axis] 
	00074: MDAP[rd]   
	00075: SVTCA[x-axis] 
	00076: FLIPOFF    
	00077: SRP0       
	00078: MIRP[srp0,nmd,rd,0] 
	00079: FLIPON     
	00080: MIRP[nrp0,md,rd,1] 
	00081: DELTAP1    
	00082: SVTCA[y-axis] 
	00083: SRP0       
	00084: MIRP[nrp0,nmd,rd,0] 
	00085: DELTAP2    
	00086: MIRP[srp0,nmd,rd,0] 
	00087: MIRP[srp0,md,rd,1] 
	00088: MIRP[nrp0,nmd,rd,0] 
	00089: DELTAP2    
	00090: MIRP[srp0,nmd,rd,0] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: SVTCA[x-axis] 
	00093: SRP1       
	00094: SRP2       
	00095: SLOOP      
	00096: IP         
	00097: IUP[y]     
	00098: IUP[x]     
	00099: SVTCA[x-axis] 
	00100: DELTAP2    
	00101: SVTCA[y-axis] 
	00102: DELTAP2    
	00103: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   892,  1167)  ->  Abs (   892,  1167)
	  1: Rel (    17,     0)  ->  Abs (   909,  1167)
	  2: Rel (    25,   -24)  ->  Abs (   934,  1143)
	  3: Rel (     0,   -15)  ->  Abs (   934,  1128)
	  4: Rel (     0,   -17)  ->  Abs (   934,  1111)
	  5: Rel (   -13,   -15)  ->  Abs (   921,  1096)
	  6: Rel (   -40,   -45)  ->  Abs (   881,  1051)
	  7: Rel (   -55,   -29)  ->  Abs (   826,  1022)
	  8: Rel (   -38,   -21)  ->  Abs (   788,  1001)
	  9: Rel (   -41,     0)  ->  Abs (   747,  1001)
	 10: Rel (   -64,     0)  ->  Abs (   683,  1001)
	 11: Rel (  -109,    79)  ->  Abs (   574,  1080)
	 12: Rel (   -58,    43)  ->  Abs (   516,  1123)
	 13: Rel (   -32,     0)  ->  Abs (   484,  1123)
	 14: Rel (   -40,     0)  ->  Abs (   444,  1123)
	 15: Rel (   -61,   -56)  ->  Abs (   383,  1067)
	 16: Rel (   -27,   -25)  ->  Abs (   356,  1042)
	 17: Rel (   -19,     0)  ->  Abs (   337,  1042)
	 18: Rel (   -18,     0)  ->  Abs (   319,  1042)
	 19: Rel (   -23,    24)  ->  Abs (   296,  1066)
	 20: Rel (     0,    16)  ->  Abs (   296,  1082)
	 21: Rel (     0,    26)  ->  Abs (   296,  1108)
	 22: Rel (    51,    40)  ->  Abs (   347,  1148)
	 23: Rel (    78,    59)  ->  Abs (   425,  1207)
	 24: Rel (    58,     0)  ->  Abs (   483,  1207)
	 25: Rel (    30,     0)  ->  Abs (   513,  1207)
	 26: Rel (    62,   -25)  ->  Abs (   575,  1182)
	 27: Rel (   140,   -96)  ->  Abs (   715,  1086)
	 28: Rel (    32,     0)  ->  Abs (   747,  1086)
	 29: Rel (    38,     0)  ->  Abs (   785,  1086)
	 30: Rel (    77,    68)  ->  Abs (   862,  1154)
	 31: Rel (    16,    13)  ->  Abs (   878,  1167)

	Glyph 216: off = 0x0000E894, len = 82
	  numberOfContours:	1
	  xMin:			316
	  yMin:			1076
	  xMax:			914
	  yMax:			1161

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	30
	00000: NPUSHB      (15):     7    36     0    15    11     1    11    26    15     4 
	                            25    14   113   170    24 
	00017: CALL       
	00018: FLIPOFF    
	00019: SRP0       
	00020: MIRP[nrp0,nmd,rd,0] 
	00021: SRP0       
	00022: MIRP[nrp0,nmd,rd,2] 
	00023: DELTAP1    
	00024: SVTCA[y-axis] 
	00025: MDAP[rd]   
	00026: FLIPON     
	00027: MIRP[nrp0,md,rd,1] 
	00028: IUP[y]     
	00029: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   857,  1076)  ->  Abs (   857,  1076)
	  1: Rel (  -485,     0)  ->  Abs (   372,  1076)
	  2: Rel (   -30,     0)  ->  Abs (   342,  1076)
	  3: Rel (   -26,    24)  ->  Abs (   316,  1100)
	  4: Rel (     0,    18)  ->  Abs (   316,  1118)
	  5: Rel (     0,    19)  ->  Abs (   316,  1137)
	  6: Rel (    26,    24)  ->  Abs (   342,  1161)
	  7: Rel (    30,     0)  ->  Abs (   372,  1161)
	  8: Rel (   483,     0)  ->  Abs (   855,  1161)
	  9: Rel (    33,    -1)  ->  Abs (   888,  1160)
	 10: Rel (    26,   -23)  ->  Abs (   914,  1137)
	 11: Rel (     0,   -19)  ->  Abs (   914,  1118)
	 12: Rel (     0,   -19)  ->  Abs (   914,  1099)
	 13: Rel (   -26,   -23)  ->  Abs (   888,  1076)

	Glyph 217: off = 0x0000E8E6, len = 118
	  numberOfContours:	1
	  xMin:			314
	  yMin:			1018
	  xMax:			916
	  yMax:			1298

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	35
	00000: NPUSHB      (18):    20    44     7   213     0    14    10    91    17   203 
	                             3    91    23    25    26   113   170    24 
	00020: CALL       
	00021: FLIPOFF    
	00022: SRP0       
	00023: MIRP[srp0,nmd,rd,0] 
	00024: FLIPON     
	00025: MIRP[nrp0,md,rd,1] 
	00026: MIRP[srp0,md,rd,1] 
	00027: MIRP[nrp0,md,rd,1] 
	00028: SVTCA[y-axis] 
	00029: MDAP[rd]   
	00030: ALIGNRP    
	00031: MIRP[srp0,nmd,rd,0] 
	00032: MIRP[nrp0,md,rd,1] 
	00033: IUP[y]     
	00034: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   356,  1298)  ->  Abs (   356,  1298)
	  1: Rel (    18,     0)  ->  Abs (   374,  1298)
	  2: Rel (    22,   -21)  ->  Abs (   396,  1277)
	  3: Rel (     2,   -27)  ->  Abs (   398,  1250)
	  4: Rel (     6,   -57)  ->  Abs (   404,  1193)
	  5: Rel (    59,   -45)  ->  Abs (   463,  1148)
	  6: Rel (    58,   -45)  ->  Abs (   521,  1103)
	  7: Rel (    94,     0)  ->  Abs (   615,  1103)
	  8: Rel (    93,     0)  ->  Abs (   708,  1103)
	  9: Rel (   117,    90)  ->  Abs (   825,  1193)
	 10: Rel (     6,    57)  ->  Abs (   831,  1250)
	 11: Rel (     3,    27)  ->  Abs (   834,  1277)
	 12: Rel (     9,     9)  ->  Abs (   843,  1286)
	 13: Rel (    13,    12)  ->  Abs (   856,  1298)
	 14: Rel (    17,     0)  ->  Abs (   873,  1298)
	 15: Rel (    18,     0)  ->  Abs (   891,  1298)
	 16: Rel (    25,   -25)  ->  Abs (   916,  1273)
	 17: Rel (     0,   -21)  ->  Abs (   916,  1252)
	 18: Rel (     0,   -90)  ->  Abs (   916,  1162)
	 19: Rel (  -163,  -144)  ->  Abs (   753,  1018)
	 20: Rel (  -138,     0)  ->  Abs (   615,  1018)
	 21: Rel (  -138,     0)  ->  Abs (   477,  1018)
	 22: Rel (  -163,   144)  ->  Abs (   314,  1162)
	 23: Rel (     0,    90)  ->  Abs (   314,  1252)
	 24: Rel (     0,    21)  ->  Abs (   314,  1273)
	 25: Rel (    24,    25)  ->  Abs (   338,  1298)

	Glyph 218: off = 0x0000E95C, len = 76
	  numberOfContours:	1
	  xMin:			512
	  yMin:			1045
	  xMax:			717
	  yMax:			1250

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	31
	00000: PUSHB[5]              3   138     9     0     0 
	00006: PUSHW[1]            305 
	00009: PUSHB[3]              6    25    12 
	00013: PUSHW[3]            322   285    24 
	00020: CALL       
	00021: FLIPOFF    
	00022: SRP0       
	00023: MIRP[srp0,nmd,rd,0] 
	00024: FLIPON     
	00025: MIRP[nrp0,md,rd,1] 
	00026: SVTCA[y-axis] 
	00027: MIAP[rd+ci] 
	00028: MIRP[nrp0,md,rd,1] 
	00029: IUP[y]     
	00030: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   717,  1147)  ->  Abs (   717,  1147)
	  1: Rel (     0,   -42)  ->  Abs (   717,  1105)
	  2: Rel (   -60,   -60)  ->  Abs (   657,  1045)
	  3: Rel (   -42,     0)  ->  Abs (   615,  1045)
	  4: Rel (   -43,     0)  ->  Abs (   572,  1045)
	  5: Rel (   -60,    60)  ->  Abs (   512,  1105)
	  6: Rel (     0,    42)  ->  Abs (   512,  1147)
	  7: Rel (     0,    43)  ->  Abs (   512,  1190)
	  8: Rel (    60,    60)  ->  Abs (   572,  1250)
	  9: Rel (    43,     0)  ->  Abs (   615,  1250)
	 10: Rel (    42,     0)  ->  Abs (   657,  1250)
	 11: Rel (    60,   -60)  ->  Abs (   717,  1190)

	Glyph 219: off = 0x0000E9A8, len = 158
	  numberOfContours:	2
	  xMin:			433
	  yMin:			1008
	  xMax:			795
	  yMax:			1364

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	81
	00000: NPUSHB      (11):    22    64    32    40    52    14    64    32    40    52 
	                            20 
	00013: PUSHW[1]            -64 
	00016: PUSHB[4]             32    40    52    17 
	00021: PUSHW[1]            -64 
	00024: PUSHB[6]             32    40    52     3    55    21 
	00031: PUSHW[1]            760 
	00034: PUSHB[6]             15    55     9     0    55    12 
	00041: PUSHW[1]            487 
	00044: NPUSHB       (9):    18    55     0     6     1     6    25    24   109 
	00055: PUSHW[2]            380    24 
	00060: CALL       
	00061: FLIPOFF    
	00062: SRP0       
	00063: MIRP[srp0,nmd,rd,0] 
	00064: DELTAP1    
	00065: FLIPON     
	00066: MIRP[srp0,md,rd,1] 
	00067: MIRP[srp0,nmd,rd,2] 
	00068: MIRP[nrp0,md,rd,1] 
	00069: SVTCA[y-axis] 
	00070: MDAP[rd]   
	00071: MIRP[srp0,md,rd,1] 
	00072: MIRP[srp0,nmd,rd,2] 
	00073: MIRP[nrp0,md,rd,1] 
	00074: IUP[y]     
	00075: IUP[x]     
	00076: SVTCA[x-axis] 
	00077: CALL       
	00078: CALL       
	00079: CALL       
	00080: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   795,  1186)  ->  Abs (   795,  1186)
	  1: Rel (     0,   -73)  ->  Abs (   795,  1113)
	  2: Rel (  -106,  -105)  ->  Abs (   689,  1008)
	  3: Rel (   -75,     0)  ->  Abs (   614,  1008)
	  4: Rel (   -75,     0)  ->  Abs (   539,  1008)
	  5: Rel (  -106,   105)  ->  Abs (   433,  1113)
	  6: Rel (     0,    73)  ->  Abs (   433,  1186)
	  7: Rel (     0,    73)  ->  Abs (   433,  1259)
	  8: Rel (   106,   105)  ->  Abs (   539,  1364)
	  9: Rel (    75,     0)  ->  Abs (   614,  1364)
	 10: Rel (    75,     0)  ->  Abs (   689,  1364)
	 11: Rel (   106,  -105)  ->  Abs (   795,  1259)
	 12: Rel (   -60,   -73)  ->  Abs (   735,  1186)
	 13: Rel (     0,    49)  ->  Abs (   735,  1235)
	 14: Rel (   -71,    69)  ->  Abs (   664,  1304)
	 15: Rel (   -50,     0)  ->  Abs (   614,  1304)
	 16: Rel (   -51,     0)  ->  Abs (   563,  1304)
	 17: Rel (   -70,   -70)  ->  Abs (   493,  1234)
	 18: Rel (     0,   -48)  ->  Abs (   493,  1186)
	 19: Rel (     0,   -48)  ->  Abs (   493,  1138)
	 20: Rel (    71,   -70)  ->  Abs (   564,  1068)
	 21: Rel (    50,     0)  ->  Abs (   614,  1068)
	 22: Rel (    50,     0)  ->  Abs (   664,  1068)
	 23: Rel (    71,    69)  ->  Abs (   735,  1137)

	Glyph 220: off = 0x0000EA46, len = 212
	  numberOfContours:	1
	  xMin:			442
	  yMin:			-333
	  xMax:			764
	  yMax:			30

	EndPoints
	---------
	  0:  33

	  Length of Instructions:	114
	00000: NPUSHB      (11):    21    23    19     3     5     1    31    33    29     7 
	                            22 
	00013: PUSHW[1]            765 
	00016: PUSHB[6]             14    55    95    26     1    26 
	00023: PUSHW[1]            348 
	00026: NPUSHB      (39):    47    33    63    33    79    33     3    33    55     8 
	                           177    47     4    63     4    79     4    95     4     4 
	                             4    10    19   210     0    29    55    11   177     8 
	                             8     7     0     7    55     0     1     1     1 
	00067: PUSHW[5]            595    34   202   333    24 
	00078: CALL       
	00079: SRP0       
	00080: MIRP[srp0,nmd,rd,2] 
	00081: DELTAP1    
	00082: MIRP[nrp0,md,rd,1] 
	00083: ALIGNRP    
	00084: SRP0       
	00085: ALIGNRP    
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,0] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: SRP0       
	00090: MIRP[nrp0,nmd,rd,0] 
	00091: SVTCA[y-axis] 
	00092: MIAP[rd+ci] 
	00093: DELTAP1    
	00094: MIRP[srp0,nmd,rd,0] 
	00095: MIRP[srp0,md,rd,1] 
	00096: DELTAP1    
	00097: MIRP[srp0,nmd,rd,2] 
	00098: DELTAP1    
	00099: MIRP[nrp0,md,rd,1] 
	00100: MIRP[nrp0,nmd,rd,0] 
	00101: SVTCA[x-axis] 
	00102: SRP1       
	00103: SRP2       
	00104: IP         
	00105: IP         
	00106: SRP2       
	00107: IP         
	00108: IP         
	00109: SRP1       
	00110: IP         
	00111: IP         
	00112: IUP[y]     
	00113: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   586,  -163)  ->  Abs (   586,  -163)
	  1: Rel (     0,   153)  ->  Abs (   586,   -10)
	  2: Rel (     0,    22)  ->  Abs (   586,    12)
	  3: Rel (    17,    18)  ->  Abs (   603,    30)
	  4: Rel (    13,     0)  ->  Abs (   616,    30)
	  5: Rel (    14,     0)  ->  Abs (   630,    30)
	  6: Rel (    16,   -19)  ->  Abs (   646,    11)
	  7: Rel (     0,   -21)  ->  Abs (   646,   -10)
	  8: Rel (     0,   -96)  ->  Abs (   646,  -106)
	  9: Rel (    56,    -8)  ->  Abs (   702,  -114)
	 10: Rel (    62,   -61)  ->  Abs (   764,  -175)
	 11: Rel (     0,   -41)  ->  Abs (   764,  -216)
	 12: Rel (     0,   -49)  ->  Abs (   764,  -265)
	 13: Rel (   -75,   -68)  ->  Abs (   689,  -333)
	 14: Rel (   -69,     0)  ->  Abs (   620,  -333)
	 15: Rel (   -47,     0)  ->  Abs (   573,  -333)
	 16: Rel (  -108,    37)  ->  Abs (   465,  -296)
	 17: Rel (   -13,    15)  ->  Abs (   452,  -281)
	 18: Rel (   -10,    11)  ->  Abs (   442,  -270)
	 19: Rel (     0,    12)  ->  Abs (   442,  -258)
	 20: Rel (     0,    13)  ->  Abs (   442,  -245)
	 21: Rel (    17,    17)  ->  Abs (   459,  -228)
	 22: Rel (    13,     0)  ->  Abs (   472,  -228)
	 23: Rel (    10,     0)  ->  Abs (   482,  -228)
	 24: Rel (    13,    -7)  ->  Abs (   495,  -235)
	 25: Rel (    68,   -38)  ->  Abs (   563,  -273)
	 26: Rel (    57,     0)  ->  Abs (   620,  -273)
	 27: Rel (    39,     0)  ->  Abs (   659,  -273)
	 28: Rel (    44,    37)  ->  Abs (   703,  -236)
	 29: Rel (     0,    22)  ->  Abs (   703,  -214)
	 30: Rel (     0,    19)  ->  Abs (   703,  -195)
	 31: Rel (   -17,    14)  ->  Abs (   686,  -181)
	 32: Rel (   -23,    18)  ->  Abs (   663,  -163)
	 33: Rel (   -36,     0)  ->  Abs (   627,  -163)

	Glyph 221: off = 0x0000EB1A, len = 242
	  numberOfContours:	2
	  xMin:			315
	  yMin:			1020
	  xMax:			915
	  yMax:			1328

	EndPoints
	---------
	  0:  15
	  1:  31

	  Length of Instructions:	143
	00000: NPUSHB      (92):    31    18    20    21     4    23    26    28    29     4 
	                            30    22    15     2     4     5     4     8    10    11 
	                            12    13     5    14     6    22    23    26     3    28 
	                            29    30    31    18     5    19    27     4     5     7 
	                            10     4    13    14    15     2     4     3    11     0 
	                            19    16    19     2    19   118    27    27     0     3 
	                            16     3     2     3   118    11     0    22    16    22 
	                             2    22   118    15    30     1    30   218    15    14 
	                            31    14     2    14   118     6    25    32    11   113 
	                           170    24 
	00094: CALL       
	00095: SVTCA[y-axis] 
	00096: MDAP[rd]   
	00097: SVTCA[x-axis] 
	00098: FLIPOFF    
	00099: SRP0       
	00100: MIRP[srp0,nmd,rd,0] 
	00101: FLIPON     
	00102: MIRP[srp0,md,rd,1] 
	00103: DELTAP1    
	00104: MIRP[srp0,nmd,rd,0] 
	00105: DELTAP1    
	00106: MIRP[nrp0,md,rd,1] 
	00107: DELTAP1    
	00108: SVTCA[y-axis] 
	00109: SRP0       
	00110: MIRP[nrp0,md,rd,1] 
	00111: DELTAP1    
	00112: ALIGNRP    
	00113: SRP0       
	00114: MIRP[nrp0,md,rd,1] 
	00115: DELTAP1    
	00116: SRP1       
	00117: SRP2       
	00118: SLOOP      
	00119: IP         
	00120: SLOOP      
	00121: IP         
	00122: SRP1       
	00123: SRP2       
	00124: SLOOP      
	00125: IP         
	00126: SLOOP      
	00127: IP         
	00128: SVTCA[x-axis] 
	00129: SRP1       
	00130: SRP2       
	00131: SLOOP      
	00132: IP         
	00133: SLOOP      
	00134: IP         
	00135: SRP1       
	00136: SRP2       
	00137: SLOOP      
	00138: IP         
	00139: SLOOP      
	00140: IP         
	00141: IUP[y]     
	00142: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short         On
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   591,  1247)  ->  Abs (   591,  1247)
	  1: Rel (  -193,  -204)  ->  Abs (   398,  1043)
	  2: Rel (   -23,   -23)  ->  Abs (   375,  1020)
	  3: Rel (   -18,     0)  ->  Abs (   357,  1020)
	  4: Rel (   -17,     0)  ->  Abs (   340,  1020)
	  5: Rel (   -25,    24)  ->  Abs (   315,  1044)
	  6: Rel (     0,    19)  ->  Abs (   315,  1063)
	  7: Rel (     0,    16)  ->  Abs (   315,  1079)
	  8: Rel (    21,    22)  ->  Abs (   336,  1101)
	  9: Rel (   193,   204)  ->  Abs (   529,  1305)
	 10: Rel (    23,    23)  ->  Abs (   552,  1328)
	 11: Rel (    18,     0)  ->  Abs (   570,  1328)
	 12: Rel (    18,     0)  ->  Abs (   588,  1328)
	 13: Rel (    24,   -25)  ->  Abs (   612,  1303)
	 14: Rel (     0,   -18)  ->  Abs (   612,  1285)
	 15: Rel (     0,   -16)  ->  Abs (   612,  1269)
	 16: Rel (   282,   -22)  ->  Abs (   894,  1247)
	 17: Rel (  -193,  -204)  ->  Abs (   701,  1043)
	 18: Rel (   -22,   -23)  ->  Abs (   679,  1020)
	 19: Rel (   -19,     0)  ->  Abs (   660,  1020)
	 20: Rel (   -17,     0)  ->  Abs (   643,  1020)
	 21: Rel (   -25,    24)  ->  Abs (   618,  1044)
	 22: Rel (     0,    19)  ->  Abs (   618,  1063)
	 23: Rel (     0,    16)  ->  Abs (   618,  1079)
	 24: Rel (    21,    22)  ->  Abs (   639,  1101)
	 25: Rel (   194,   204)  ->  Abs (   833,  1305)
	 26: Rel (    22,    23)  ->  Abs (   855,  1328)
	 27: Rel (    18,     0)  ->  Abs (   873,  1328)
	 28: Rel (    18,     0)  ->  Abs (   891,  1328)
	 29: Rel (    24,   -25)  ->  Abs (   915,  1303)
	 30: Rel (     0,   -18)  ->  Abs (   915,  1285)
	 31: Rel (     0,   -16)  ->  Abs (   915,  1269)

	Glyph 222: off = 0x0000EC0C, len = 174
	  numberOfContours:	1
	  xMin:			468
	  yMin:			-294
	  xMax:			763
	  yMax:			27

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	84
	00000: NPUSHB      (20):    14    15    16     3     8     9    11    13    15     5 
	                            17     7    19    20    21    11    12    13     3    14 
	00022: PUSHW[1]            344 
	00025: PUSHB[3]             21    55    10 
	00029: PUSHW[1]            764 
	00032: PUSHB[7]              4    55    27    10    17    77    12 
	00040: PUSHW[1]            271 
	00043: PUSHB[5]              0   177     7    55    24 
	00049: PUSHW[1]            755 
	00052: PUSHB[4]             30   101   169    24 
	00057: CALL       
	00058: SRP0       
	00059: MIRP[srp0,nmd,rd,2] 
	00060: MIRP[srp0,md,rd,1] 
	00061: MIRP[srp0,nmd,rd,0] 
	00062: MIRP[srp0,nmd,rd,2] 
	00063: MIRP[nrp0,md,rd,1] 
	00064: SVTCA[y-axis] 
	00065: MIAP[rd+ci] 
	00066: MIRP[srp0,md,rd,1] 
	00067: MIRP[srp0,nmd,rd,2] 
	00068: MIRP[nrp0,md,rd,1] 
	00069: MIRP[nrp0,nmd,rd,0] 
	00070: SLOOP      
	00071: IP         
	00072: SRP1       
	00073: IP         
	00074: IP         
	00075: SVTCA[x-axis] 
	00076: SRP1       
	00077: SRP2       
	00078: SLOOP      
	00079: IP         
	00080: SLOOP      
	00081: IP         
	00082: IUP[y]     
	00083: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:        XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   661,    -4)  ->  Abs (   661,    -4)
	  1: Rel (     0,   -13)  ->  Abs (   661,   -17)
	  2: Rel (    -9,    -9)  ->  Abs (   652,   -26)
	  3: Rel (    -7,    -7)  ->  Abs (   645,   -33)
	  4: Rel (   -23,    -2)  ->  Abs (   622,   -35)
	  5: Rel (   -36,    -4)  ->  Abs (   586,   -39)
	  6: Rel (   -58,   -68)  ->  Abs (   528,  -107)
	  7: Rel (     0,   -45)  ->  Abs (   528,  -152)
	  8: Rel (     0,   -35)  ->  Abs (   528,  -187)
	  9: Rel (    53,   -47)  ->  Abs (   581,  -234)
	 10: Rel (    48,     0)  ->  Abs (   629,  -234)
	 11: Rel (    46,     0)  ->  Abs (   675,  -234)
	 12: Rel (    32,    28)  ->  Abs (   707,  -206)
	 13: Rel (    15,    14)  ->  Abs (   722,  -192)
	 14: Rel (    11,     0)  ->  Abs (   733,  -192)
	 15: Rel (    12,     0)  ->  Abs (   745,  -192)
	 16: Rel (    18,   -17)  ->  Abs (   763,  -209)
	 17: Rel (     0,   -14)  ->  Abs (   763,  -223)
	 18: Rel (     0,   -20)  ->  Abs (   763,  -243)
	 19: Rel (   -29,   -19)  ->  Abs (   734,  -262)
	 20: Rel (   -45,   -32)  ->  Abs (   689,  -294)
	 21: Rel (   -62,     0)  ->  Abs (   627,  -294)
	 22: Rel (   -73,     0)  ->  Abs (   554,  -294)
	 23: Rel (   -86,    82)  ->  Abs (   468,  -212)
	 24: Rel (     0,    66)  ->  Abs (   468,  -146)
	 25: Rel (     0,    70)  ->  Abs (   468,   -76)
	 26: Rel (   100,   103)  ->  Abs (   568,    27)
	 27: Rel (    61,     0)  ->  Abs (   629,    27)
	 28: Rel (    14,     0)  ->  Abs (   643,    27)
	 29: Rel (    18,   -17)  ->  Abs (   661,    10)

	Glyph 223: off = 0x0000ECBA, len = 166
	  numberOfContours:	1
	  xMin:			316
	  yMin:			1008
	  xMax:			913
	  yMax:			1299

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	100
	00000: NPUSHB      (66):    73     0   137     1   137    18     3     3    10    70 
	                            10     2   104     9   104    11   120    10   136    10 
	                             4   111    13   127    13     2    15    13    31    13 
	                           143    13     3    13   118   111     7   127     7     2 
	                            15     7    31     7   143     7     3     7   118    10 
	                           193    64    10    16   118     0   118    32     4    25 
	                            19     0     0   113   170    24 
	00068: CALL       
	00069: SVTCA[y-axis] 
	00070: MDAP[rd]   
	00071: RTHG       
	00072: SVTCA[x-axis] 
	00073: MDAP[rd]   
	00074: RTG        
	00075: FLIPOFF    
	00076: SRP0       
	00077: MIRP[srp0,nmd,rd,0] 
	00078: SMD        
	00079: RTHG       
	00080: FLIPON     
	00081: MIRP[srp0,md,rd,1] 
	00082: MIRP[nrp0,md,rd,1] 
	00083: ALIGNRP    
	00084: SMD        
	00085: SVTCA[y-axis] 
	00086: RTG        
	00087: MIRP[nrp0,md,rd,1] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: DELTAP1    
	00090: DELTAP1    
	00091: MIRP[nrp0,md,rd,1] 
	00092: DELTAP1    
	00093: DELTAP1    
	00094: IUP[y]     
	00095: IUP[x]     
	00096: SVTCA[y-axis] 
	00097: DELTAP1    
	00098: DELTAP2    
	00099: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short         On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   615,  1008)  ->  Abs (   615,  1008)
	  1: Rel (  -271,   206)  ->  Abs (   344,  1214)
	  2: Rel (   -18,    14)  ->  Abs (   326,  1228)
	  3: Rel (   -10,    17)  ->  Abs (   316,  1245)
	  4: Rel (     0,    11)  ->  Abs (   316,  1256)
	  5: Rel (     0,    18)  ->  Abs (   316,  1274)
	  6: Rel (    25,    25)  ->  Abs (   341,  1299)
	  7: Rel (    18,     0)  ->  Abs (   359,  1299)
	  8: Rel (    13,     0)  ->  Abs (   372,  1299)
	  9: Rel (    22,   -17)  ->  Abs (   394,  1282)
	 10: Rel (   221,  -170)  ->  Abs (   615,  1112)
	 11: Rel (   220,   169)  ->  Abs (   835,  1281)
	 12: Rel (    22,    17)  ->  Abs (   857,  1298)
	 13: Rel (    14,     0)  ->  Abs (   871,  1298)
	 14: Rel (    17,     0)  ->  Abs (   888,  1298)
	 15: Rel (    25,   -25)  ->  Abs (   913,  1273)
	 16: Rel (     0,   -17)  ->  Abs (   913,  1256)
	 17: Rel (     0,   -21)  ->  Abs (   913,  1235)
	 18: Rel (   -28,   -21)  ->  Abs (   885,  1214)

	Glyph 224: off = 0x0000ED60, len = 498
	  numberOfContours:	1
	  xMin:			86
	  yMin:			0
	  xMax:			1111
	  yMax:			1170

	EndPoints
	---------
	  0:  55

	  Length of Instructions:	337
	00000: NPUSHB      (50):    38     3    38     5    61     4    51    31    53    39 
	                             5    37     4    37     5    94     7     3    11    30 
	                            31    31    10     1    40    39    39     2    30    29 
	                            41    31    10    40    29    41    39     2    11    12 
	                             0    31    10     1    12     0    39     2    22    28 
	00052: PUSHW[1]            676 
	00055: NPUSHB      (11):    25    53    29    25    25    28    29    29    22    49 
	                            55 
	00068: PUSHW[1]            676 
	00071: NPUSHB      (11):    52    53     0    52    52    55     0    29    49    20 
	                            14 
	00084: PUSHW[1]            676 
	00087: NPUSHB      (11):    17   219    13    17    17    14    13    29    20    48 
	                            42 
	00100: PUSHW[1]            676 
	00103: NPUSHB      (66):    45    53    41    45    45    42    41    29    48    32 
	                            29    36     3     8    20    12    40    37    32    30 
	                            11     8     3     1     8    41    13     2    39    39 
	                            30    31    10    20    31    31    10    31    39    29 
	                            36     2    10    20    12    39    31    10     2     4 
	                            41    13    38    22    41    38    49    49    48    15 
	                            20     1    20    26    57     7 
	00171: PUSHW[1]            276 
	00174: PUSHB[5]              0    12    30    41    29 
	00180: PUSHW[1]            276 
	00183: NPUSHB      (19):    32    36    48    36    64    36    80    36     4    36 
	                            25    56    48     2    22     8    67   121    24 
	00204: PUSHW[1]            300 
	00207: SCANCTRL   
	00208: CALL       
	00209: SVTCA[y-axis] 
	00210: MIAP[rd+ci] 
	00211: MIAP[rd+ci] 
	00212: SVTCA[x-axis] 
	00213: FLIPOFF    
	00214: SRP0       
	00215: MIRP[srp0,nmd,rd,0] 
	00216: DELTAP1    
	00217: FLIPON     
	00218: MIRP[srp0,nmd,rd,0] 
	00219: ALIGNRP    
	00220: MIRP[srp0,md,rd,1] 
	00221: ALIGNRP    
	00222: MIRP[nrp0,nmd,rd,0] 
	00223: FLIPOFF    
	00224: SRP0       
	00225: MIRP[nrp0,nmd,rd,2] 
	00226: DELTAP1    
	00227: SVTCA[y-axis] 
	00228: SRP0       
	00229: ALIGNRP    
	00230: FLIPON     
	00231: SRP0       
	00232: MIRP[nrp0,md,rd,1] 
	00233: SRP0       
	00234: MIRP[nrp0,md,rd,1] 
	00235: SRP1       
	00236: SLOOP      
	00237: IP         
	00238: SVTCA[x-axis] 
	00239: SRP1       
	00240: SRP2       
	00241: IP         
	00242: IP         
	00243: SRP1       
	00244: SRP2       
	00245: IP         
	00246: IP         
	00247: SDPVTL[1]  
	00248: SFVTPV     
	00249: MDAP[nrd]  
	00250: CALL       
	00251: RDTG       
	00252: SRP0       
	00253: MDRP[nrp0,nmd,rd,0] 
	00254: SVTCA[y-axis] 
	00255: SRP1       
	00256: SRP2       
	00257: SLOOP      
	00258: IP         
	00259: SVTCA[x-axis] 
	00260: SRP1       
	00261: SRP2       
	00262: IP         
	00263: IP         
	00264: SRP1       
	00265: SRP2       
	00266: IP         
	00267: RTG        
	00268: SVTCA[y-axis] 
	00269: SRP0       
	00270: MIRP[srp0,md,rd,1] 
	00271: RTDG       
	00272: SRP2       
	00273: IP         
	00274: MDAP[rd]   
	00275: RTG        
	00276: SVTCA[x-axis] 
	00277: SRP0       
	00278: MIRP[srp0,nmd,rd,1] 
	00279: MIRP[srp0,nmd,rd,0] 
	00280: MDRP[nrp0,nmd,rd,0] 
	00281: SRP0       
	00282: MIRP[srp0,md,rd,1] 
	00283: RTDG       
	00284: SRP2       
	00285: IP         
	00286: MDAP[rd]   
	00287: RTG        
	00288: SVTCA[y-axis] 
	00289: SRP0       
	00290: MIRP[srp0,nmd,rd,1] 
	00291: MIRP[srp0,nmd,rd,0] 
	00292: MDRP[nrp0,nmd,rd,0] 
	00293: SRP0       
	00294: MIRP[srp0,md,rd,1] 
	00295: RTDG       
	00296: SRP2       
	00297: IP         
	00298: MDAP[rd]   
	00299: RTG        
	00300: SVTCA[x-axis] 
	00301: SRP0       
	00302: MIRP[srp0,nmd,rd,1] 
	00303: MIRP[srp0,nmd,rd,0] 
	00304: MDRP[nrp0,nmd,rd,0] 
	00305: SVTCA[y-axis] 
	00306: SRP0       
	00307: MIRP[srp0,md,rd,1] 
	00308: RTDG       
	00309: SRP2       
	00310: IP         
	00311: MDAP[rd]   
	00312: RTG        
	00313: SVTCA[x-axis] 
	00314: SRP0       
	00315: MIRP[srp0,nmd,rd,1] 
	00316: MIRP[srp0,nmd,rd,0] 
	00317: MDRP[nrp0,nmd,rd,0] 
	00318: ISECT      
	00319: ISECT      
	00320: ISECT      
	00321: ISECT      
	00322: SPVTL[p1,p2] 
	00323: SRP0       
	00324: SFVTCA[y-axis] 
	00325: ALIGNRP    
	00326: ALIGNRP    
	00327: SPVTL[p1,p2] 
	00328: SRP0       
	00329: ALIGNRP    
	00330: ALIGNRP    
	00331: IUP[y]     
	00332: IUP[x]     
	00333: SVTCA[x-axis] 
	00334: DELTAP1    
	00335: SVTCA[y-axis] 
	00336: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short         On
	 12:        XDual                         On
	 13:  YDual                               On
	 14:        XDual                         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual                         On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:        XDual                         On
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual               Y-Short         On
	 41:        XDual                         On
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual                               On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         Off
	 54:                      Y-Short X-Short Off
	 55:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   466,  1086)  ->  Abs (   466,  1086)
	  1: Rel (     0,  -428)  ->  Abs (   466,   658)
	  2: Rel (   224,   131)  ->  Abs (   690,   789)
	  3: Rel (    22,    13)  ->  Abs (   712,   802)
	  4: Rel (    12,     0)  ->  Abs (   724,   802)
	  5: Rel (    17,     0)  ->  Abs (   741,   802)
	  6: Rel (    24,   -25)  ->  Abs (   765,   777)
	  7: Rel (     0,   -18)  ->  Abs (   765,   759)
	  8: Rel (     0,   -12)  ->  Abs (   765,   747)
	  9: Rel (   -12,   -19)  ->  Abs (   753,   728)
	 10: Rel (   -21,   -12)  ->  Abs (   732,   716)
	 11: Rel (  -266,  -156)  ->  Abs (   466,   560)
	 12: Rel (     0,  -476)  ->  Abs (   466,    84)
	 13: Rel (   561,     0)  ->  Abs (  1027,    84)
	 14: Rel (     0,   336)  ->  Abs (  1027,   420)
	 15: Rel (     0,    30)  ->  Abs (  1027,   450)
	 16: Rel (    23,    26)  ->  Abs (  1050,   476)
	 17: Rel (    19,     0)  ->  Abs (  1069,   476)
	 18: Rel (    19,     0)  ->  Abs (  1088,   476)
	 19: Rel (    23,   -26)  ->  Abs (  1111,   450)
	 20: Rel (     0,   -30)  ->  Abs (  1111,   420)
	 21: Rel (     0,  -420)  ->  Abs (  1111,     0)
	 22: Rel (  -929,     0)  ->  Abs (   182,     0)
	 23: Rel (   -30,     0)  ->  Abs (   152,     0)
	 24: Rel (   -26,    24)  ->  Abs (   126,    24)
	 25: Rel (     0,    18)  ->  Abs (   126,    42)
	 26: Rel (     0,    19)  ->  Abs (   126,    61)
	 27: Rel (    25,    23)  ->  Abs (   151,    84)
	 28: Rel (    31,     0)  ->  Abs (   182,    84)
	 29: Rel (   200,     0)  ->  Abs (   382,    84)
	 30: Rel (     0,   427)  ->  Abs (   382,   511)
	 31: Rel (  -220,  -129)  ->  Abs (   162,   382)
	 32: Rel (   -23,   -13)  ->  Abs (   139,   369)
	 33: Rel (   -11,     0)  ->  Abs (   128,   369)
	 34: Rel (   -17,     0)  ->  Abs (   111,   369)
	 35: Rel (   -25,    26)  ->  Abs (    86,   395)
	 36: Rel (     0,    17)  ->  Abs (    86,   412)
	 37: Rel (     0,    13)  ->  Abs (    86,   425)
	 38: Rel (    12,    18)  ->  Abs (    98,   443)
	 39: Rel (    21,    12)  ->  Abs (   119,   455)
	 40: Rel (   263,   154)  ->  Abs (   382,   609)
	 41: Rel (     0,   477)  ->  Abs (   382,  1086)
	 42: Rel (  -200,     0)  ->  Abs (   182,  1086)
	 43: Rel (   -30,     0)  ->  Abs (   152,  1086)
	 44: Rel (   -26,    23)  ->  Abs (   126,  1109)
	 45: Rel (     0,    19)  ->  Abs (   126,  1128)
	 46: Rel (     0,    19)  ->  Abs (   126,  1147)
	 47: Rel (    25,    23)  ->  Abs (   151,  1170)
	 48: Rel (    31,     0)  ->  Abs (   182,  1170)
	 49: Rel (   485,     0)  ->  Abs (   667,  1170)
	 50: Rel (    30,     0)  ->  Abs (   697,  1170)
	 51: Rel (    26,   -23)  ->  Abs (   723,  1147)
	 52: Rel (     0,   -19)  ->  Abs (   723,  1128)
	 53: Rel (     0,   -19)  ->  Abs (   723,  1109)
	 54: Rel (   -26,   -23)  ->  Abs (   697,  1086)
	 55: Rel (   -30,     0)  ->  Abs (   667,  1086)

	Glyph 225: off = 0x0000EF52, len = 388
	  numberOfContours:	1
	  xMin:			187
	  yMin:			0
	  xMax:			1044
	  yMax:			1255

	EndPoints
	---------
	  0:  46

	  Length of Instructions:	251
	00000: NPUSHB     (122):    52    35    55    36     2    60     5    50    32    56 
	                            37    79     5   111     4   111    10     6    11    28 
	                            29    29    10     1    38    37    37     2    28    27 
	                            39    29    10    38    27    39    27     2    11    12 
	                             0    29    10     1    12     0    27     2    26    20 
	                            23    88    27    27    34    20    13    19    16    88 
	                            12    12    34    19    40    46    43   149    39    39 
	                            34    46    30    35    27    47     3     8    48    12 
	                            38    35    30    28    11     8     3     1     8    46 
	                            20     2    37    37    32    29    10    20    29    29 
	                            10    29    37    27    47     2    10    48    12    37 
	                            29    10     2     4    46     0    46    13    59    20 
	                             0     7 
	00124: PUSHW[1]            360 
	00127: PUSHB[4]             12    32    39    27 
	00132: PUSHW[1]            360 
	00135: PUSHB[4]             48    34     1    34 
	00140: PUSHW[1]            497 
	00143: PUSHB[8]             47    46     0    20    10    81   127    24 
	00152: PUSHW[1]            291 
	00155: SCANCTRL   
	00156: CALL       
	00157: SVTCA[y-axis] 
	00158: MIAP[rd+ci] 
	00159: MIAP[rd+ci] 
	00160: SVTCA[x-axis] 
	00161: SRP0       
	00162: MIRP[srp0,nmd,rd,2] 
	00163: DELTAP1    
	00164: MIRP[srp0,nmd,rd,0] 
	00165: ALIGNRP    
	00166: MIRP[srp0,md,rd,1] 
	00167: MIRP[nrp0,nmd,rd,0] 
	00168: ALIGNRP    
	00169: SVTCA[y-axis] 
	00170: SRP0       
	00171: MIRP[nrp0,md,rd,1] 
	00172: SRP0       
	00173: ALIGNRP    
	00174: SRP2       
	00175: SLOOP      
	00176: IP         
	00177: SVTCA[x-axis] 
	00178: SRP1       
	00179: SRP2       
	00180: IP         
	00181: IP         
	00182: SRP1       
	00183: SRP2       
	00184: IP         
	00185: IP         
	00186: SDPVTL[1]  
	00187: SFVTPV     
	00188: MDAP[nrd]  
	00189: CALL       
	00190: RDTG       
	00191: SRP0       
	00192: MDRP[nrp0,nmd,rd,0] 
	00193: SVTCA[y-axis] 
	00194: SRP1       
	00195: SRP2       
	00196: SLOOP      
	00197: IP         
	00198: SVTCA[x-axis] 
	00199: SRP1       
	00200: SRP2       
	00201: IP         
	00202: IP         
	00203: SRP1       
	00204: SRP2       
	00205: IP         
	00206: IP         
	00207: RTG        
	00208: SVTCA[y-axis] 
	00209: SRP0       
	00210: MIRP[nrp0,md,rd,1] 
	00211: SVTCA[x-axis] 
	00212: SRP0       
	00213: MIRP[srp0,nmd,rd,1] 
	00214: MDRP[srp0,nmd,rd,0] 
	00215: ALIGNRP    
	00216: SVTCA[y-axis] 
	00217: SRP0       
	00218: MIRP[nrp0,md,rd,1] 
	00219: SVTCA[x-axis] 
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,1] 
	00222: MDRP[srp0,nmd,rd,0] 
	00223: ALIGNRP    
	00224: SVTCA[y-axis] 
	00225: SRP0       
	00226: MIRP[nrp0,md,rd,1] 
	00227: SVTCA[x-axis] 
	00228: SRP0       
	00229: MIRP[srp0,nmd,rd,1] 
	00230: MDRP[srp0,nmd,rd,0] 
	00231: ALIGNRP    
	00232: ISECT      
	00233: ISECT      
	00234: ISECT      
	00235: ISECT      
	00236: SPVTL[p1,p2] 
	00237: SRP0       
	00238: SFVTCA[y-axis] 
	00239: ALIGNRP    
	00240: ALIGNRP    
	00241: SPVTL[p1,p2] 
	00242: SRP0       
	00243: ALIGNRP    
	00244: ALIGNRP    
	00245: IUP[y]     
	00246: IUP[x]     
	00247: SVTCA[y-axis] 
	00248: DELTAP1    
	00249: SVTCA[x-axis] 
	00250: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                 X-Short On
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short On
	 12:        XDual                         On
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                               On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual                               On
	 28:        XDual                         On
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short On
	 39:        XDual                         On
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   657,  1255)  ->  Abs (   657,  1255)
	  1: Rel (     1,  -555)  ->  Abs (   658,   700)
	  2: Rel (   182,   104)  ->  Abs (   840,   804)
	  3: Rel (    23,    13)  ->  Abs (   863,   817)
	  4: Rel (    11,     0)  ->  Abs (   874,   817)
	  5: Rel (    18,     0)  ->  Abs (   892,   817)
	  6: Rel (    24,   -24)  ->  Abs (   916,   793)
	  7: Rel (     0,   -18)  ->  Abs (   916,   775)
	  8: Rel (     0,   -13)  ->  Abs (   916,   762)
	  9: Rel (   -13,   -19)  ->  Abs (   903,   743)
	 10: Rel (   -21,   -12)  ->  Abs (   882,   731)
	 11: Rel (  -225,  -129)  ->  Abs (   657,   602)
	 12: Rel (     0,  -518)  ->  Abs (   657,    84)
	 13: Rel (   330,     0)  ->  Abs (   987,    84)
	 14: Rel (    31,     0)  ->  Abs (  1018,    84)
	 15: Rel (    26,   -23)  ->  Abs (  1044,    61)
	 16: Rel (     0,   -19)  ->  Abs (  1044,    42)
	 17: Rel (     0,   -18)  ->  Abs (  1044,    24)
	 18: Rel (   -26,   -24)  ->  Abs (  1018,     0)
	 19: Rel (   -31,     0)  ->  Abs (   987,     0)
	 20: Rel (  -744,     0)  ->  Abs (   243,     0)
	 21: Rel (   -30,     0)  ->  Abs (   213,     0)
	 22: Rel (   -26,    24)  ->  Abs (   187,    24)
	 23: Rel (     0,    18)  ->  Abs (   187,    42)
	 24: Rel (     0,    19)  ->  Abs (   187,    61)
	 25: Rel (    26,    23)  ->  Abs (   213,    84)
	 26: Rel (    30,     0)  ->  Abs (   243,    84)
	 27: Rel (   330,     0)  ->  Abs (   573,    84)
	 28: Rel (     0,   470)  ->  Abs (   573,   554)
	 29: Rel (  -181,  -104)  ->  Abs (   392,   450)
	 30: Rel (   -21,   -12)  ->  Abs (   371,   438)
	 31: Rel (   -13,     0)  ->  Abs (   358,   438)
	 32: Rel (   -17,     0)  ->  Abs (   341,   438)
	 33: Rel (   -24,    25)  ->  Abs (   317,   463)
	 34: Rel (     0,    17)  ->  Abs (   317,   480)
	 35: Rel (     0,    13)  ->  Abs (   317,   493)
	 36: Rel (    12,    19)  ->  Abs (   329,   512)
	 37: Rel (    21,    12)  ->  Abs (   350,   524)
	 38: Rel (   223,   127)  ->  Abs (   573,   651)
	 39: Rel (     0,   519)  ->  Abs (   573,  1170)
	 40: Rel (  -242,     0)  ->  Abs (   331,  1170)
	 41: Rel (   -30,     0)  ->  Abs (   301,  1170)
	 42: Rel (   -27,    24)  ->  Abs (   274,  1194)
	 43: Rel (     0,    19)  ->  Abs (   274,  1213)
	 44: Rel (     0,    18)  ->  Abs (   274,  1231)
	 45: Rel (    26,    24)  ->  Abs (   300,  1255)
	 46: Rel (    31,     0)  ->  Abs (   331,  1255)

	Glyph 226: off = 0x0000F0D6, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			185
	  yMin:			-33
	  xMax:			1044
	  yMax:			1557

	     0: Flags:		0x0226
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	0
		Y WOffset:	258
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     1    79    79   127    79   191    79     3    79    67 
	                             3   104    43     1     1    69 
	00018: PUSHW[3]            651    41   300 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 227: off = 0x0000F110, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			207
	  yMin:			-33
	  xMax:			1022
	  yMax:			1299

	     0: Flags:		0x0226
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	223
		X BOffset:	-1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    79    79   111    79     2    79    67     0   104 
	                            43     1     1    69 
	00016: PUSHW[3]            652    41   300 
	00023: SCANCTRL   
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 228: off = 0x0000F146, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			213
	  yMin:			0
	  xMax:			1022
	  yMax:			1557

	     0: Flags:		0x0226
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	3
		Y WOffset:	258
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    95    36     1    36     5 
	00007: PUSHW[1]            282 
	00010: PUSHB[5]            104    43     1     1    26 
	00016: PUSHW[2]            651    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 229: off = 0x0000F17C, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			237
	  yMin:			0
	  xMax:			1006
	  yMax:			1299

	     0: Flags:		0x0226
		Glyf Index:	93
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	223
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     1    15    24     1   111    24   191    24     2    24 
	                            23 
	00013: PUSHW[1]            400 
	00016: PUSHB[5]            104    43     1     1    24 
	00022: PUSHW[3]            652    41   292 
	00029: SCANCTRL   
	00030: SVTCA[y-axis] 
	00031: CALL       
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: DELTAP1    
	00035: DELTAP2    
	00036: SHC[rp1,zp0] 

	Glyph 230: off = 0x0000F1BA, len = 240
	  numberOfContours:	2
	  xMin:			572
	  yMin:			-259
	  xMax:			657
	  yMax:			1255

	EndPoints
	---------
	  0:  20
	  1:  41

	  Length of Instructions:	107
	00000: NPUSHB      (34):    39    38    36    35    28    27    18    17    15    14 
	                             7     6    12    22     9    41    39    35    28    23 
	                             5    37    26    20    18    14     7     2     5    15 
	                             5    26   182    37 
	00036: PUSHW[1]            757 
	00039: NPUSHB      (27):     5   182    17    17    16    15     0    22    52    21 
	                             1    52     0     0    21    36    32    10    11    31 
	                            32     9    25    42   101   169    24 
	00068: CALL       
	00069: FLIPOFF    
	00070: SRP0       
	00071: MIRP[srp0,nmd,rd,0] 
	00072: ALIGNRP    
	00073: ALIGNRP    
	00074: ALIGNRP    
	00075: ALIGNRP    
	00076: FLIPON     
	00077: SRP0       
	00078: MIRP[srp0,md,rd,1] 
	00079: ALIGNRP    
	00080: SRP0       
	00081: MIRP[nrp0,nmd,rd,0] 
	00082: SRP0       
	00083: MIRP[nrp0,nmd,rd,0] 
	00084: SVTCA[y-axis] 
	00085: MIAP[rd+ci] 
	00086: ALIGNRP    
	00087: ALIGNRP    
	00088: SRP0       
	00089: MIRP[srp0,md,rd,1] 
	00090: MIRP[srp0,nmd,rd,2] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP1       
	00093: SRP2       
	00094: SLOOP      
	00095: IP         
	00096: SRP1       
	00097: SRP2       
	00098: SLOOP      
	00099: IP         
	00100: SVTCA[x-axis] 
	00101: SRP1       
	00102: SRP2       
	00103: SLOOP      
	00104: IP         
	00105: IUP[y]     
	00106: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                              X-Short On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:        XDual                         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual                         On
	 22:                              X-Short On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:        XDual                         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   657,  1138)  ->  Abs (   657,  1138)
	  1: Rel (    -1,  -376)  ->  Abs (   656,   762)
	  2: Rel (     0,   -88)  ->  Abs (   656,   674)
	  3: Rel (    -6,   -10)  ->  Abs (   650,   664)
	  4: Rel (   -14,   -19)  ->  Abs (   636,   645)
	  5: Rel (   -22,     0)  ->  Abs (   614,   645)
	  6: Rel (   -14,     0)  ->  Abs (   600,   645)
	  7: Rel (   -23,    18)  ->  Abs (   577,   663)
	  8: Rel (    -3,    12)  ->  Abs (   574,   675)
	  9: Rel (    -2,     9)  ->  Abs (   572,   684)
	 10: Rel (     0,    78)  ->  Abs (   572,   762)
	 11: Rel (     0,   376)  ->  Abs (   572,  1138)
	 12: Rel (     0,    79)  ->  Abs (   572,  1217)
	 13: Rel (     2,     8)  ->  Abs (   574,  1225)
	 14: Rel (     3,    12)  ->  Abs (   577,  1237)
	 15: Rel (    23,    18)  ->  Abs (   600,  1255)
	 16: Rel (    14,     0)  ->  Abs (   614,  1255)
	 17: Rel (    14,     0)  ->  Abs (   628,  1255)
	 18: Rel (    23,   -18)  ->  Abs (   651,  1237)
	 19: Rel (     3,   -12)  ->  Abs (   654,  1225)
	 20: Rel (     3,    -9)  ->  Abs (   657,  1216)
	 21: Rel (     0,  -983)  ->  Abs (   657,   233)
	 22: Rel (    -1,  -376)  ->  Abs (   656,  -143)
	 23: Rel (     0,   -88)  ->  Abs (   656,  -231)
	 24: Rel (    -6,    -9)  ->  Abs (   650,  -240)
	 25: Rel (   -14,   -19)  ->  Abs (   636,  -259)
	 26: Rel (   -22,     0)  ->  Abs (   614,  -259)
	 27: Rel (   -14,     0)  ->  Abs (   600,  -259)
	 28: Rel (   -23,    17)  ->  Abs (   577,  -242)
	 29: Rel (    -3,    12)  ->  Abs (   574,  -230)
	 30: Rel (    -2,     9)  ->  Abs (   572,  -221)
	 31: Rel (     0,    78)  ->  Abs (   572,  -143)
	 32: Rel (     0,   376)  ->  Abs (   572,   233)
	 33: Rel (     0,    79)  ->  Abs (   572,   312)
	 34: Rel (     2,     8)  ->  Abs (   574,   320)
	 35: Rel (     3,    13)  ->  Abs (   577,   333)
	 36: Rel (    23,    17)  ->  Abs (   600,   350)
	 37: Rel (    14,     0)  ->  Abs (   614,   350)
	 38: Rel (    14,     0)  ->  Abs (   628,   350)
	 39: Rel (    23,   -17)  ->  Abs (   651,   333)
	 40: Rel (     3,   -13)  ->  Abs (   654,   320)
	 41: Rel (     3,    -8)  ->  Abs (   657,   312)

	Glyph 231: off = 0x0000F2AA, len = 426
	  numberOfContours:	2
	  xMin:			-3
	  yMin:			0
	  xMax:			1071
	  yMax:			1170

	EndPoints
	---------
	  0:  42
	  1:  70

	  Length of Instructions:	226
	00000: NPUSHB     (143):    40    31     1    12    46    30    47    28    54    42 
	                            52    74    46    90    47   106    47     7    34    23 
	                            36    25    37    32    51    23    50    25    53    32 
	                           137    47   137    53   156    46   154    47   155    54 
	                           155    55   175    46   175    56   191    46   191    56 
	                           218    47   218    53   235    46   235    56   251    56 
	                            21    11     1     6    51    12    12    29     1    41 
	                            35    38    41    42    42    29    35    14    20    17 
	                            41    13    13    29    20    60    70    65    54    59 
	                            59    29    70    29    72    27    45    38    35    58 
	                            38    20    70     1     1    35    20     2    35     8 
	                            50    38    15    27   175    27     2    15    27    32 
	                            27     2    27    26    72    58    59    44    30    42 
	                            13    42   175    12     1    32    12    79    12     2 
	                            12    25    71 
	00145: PUSHW[3]            313   264    24 
	00152: CALL       
	00153: FLIPOFF    
	00154: SRP0       
	00155: MIRP[srp0,nmd,rd,0] 
	00156: DELTAP1    
	00157: DELTAP2    
	00158: ALIGNRP    
	00159: ALIGNRP    
	00160: FLIPON     
	00161: SRP0       
	00162: MIRP[srp0,md,rd,1] 
	00163: ALIGNRP    
	00164: ALIGNRP    
	00165: FLIPOFF    
	00166: SRP0       
	00167: MIRP[srp0,nmd,rd,2] 
	00168: DELTAP1    
	00169: DELTAP2    
	00170: FLIPON     
	00171: MIRP[nrp0,md,rd,1] 
	00172: SVTCA[y-axis] 
	00173: MIAP[rd+ci] 
	00174: MIAP[rd+ci] 
	00175: SRP2       
	00176: IP         
	00177: MDAP[rd]   
	00178: ALIGNRP    
	00179: SRP0       
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP0       
	00182: MIRP[nrp0,md,rd,1] 
	00183: SVTCA[x-axis] 
	00184: SRP1       
	00185: SRP2       
	00186: IP         
	00187: SVTCA[y-axis] 
	00188: SRP0       
	00189: MIRP[nrp0,md,rd,1] 
	00190: SVTCA[x-axis] 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,1] 
	00193: MDRP[srp0,nmd,rd,0] 
	00194: ALIGNRP    
	00195: SVTCA[y-axis] 
	00196: SRP0       
	00197: MIRP[nrp0,md,rd,1] 
	00198: SVTCA[x-axis] 
	00199: SRP0       
	00200: MIRP[srp0,nmd,rd,1] 
	00201: MDRP[srp0,nmd,rd,0] 
	00202: ALIGNRP    
	00203: SVTCA[y-axis] 
	00204: SRP0       
	00205: MIRP[nrp0,md,rd,1] 
	00206: SVTCA[x-axis] 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,1] 
	00209: MDRP[srp0,nmd,rd,0] 
	00210: ALIGNRP    
	00211: SVTCA[y-axis] 
	00212: SRP0       
	00213: MIRP[nrp0,md,rd,1] 
	00214: SVTCA[x-axis] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,1] 
	00217: MDRP[srp0,nmd,rd,0] 
	00218: ALIGNRP    
	00219: IUP[y]     
	00220: IUP[x]     
	00221: SVTCA[x-axis] 
	00222: DELTAP1    
	00223: DELTAP2    
	00224: SVTCA[y-axis] 
	00225: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                               On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short On
	 43:        XDual                 X-Short On
	 44:        XDual                         On
	 45:  YDual                               On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short On
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual               Y-Short X-Short On
	 55:  YDual               Y-Short X-Short Off
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                               On
	 59:        XDual                         On
	 60:  YDual XDual                 X-Short On
	 61:  YDual XDual                 X-Short Off
	 62:        XDual         Y-Short X-Short On
	 63:        XDual         Y-Short X-Short Off
	 64:        XDual         Y-Short X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:                      Y-Short X-Short Off
	 68:                      Y-Short X-Short On
	 69:                      Y-Short X-Short Off
	 70:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   213,   564)  ->  Abs (   213,   564)
	  1: Rel (   -99,     0)  ->  Abs (   114,   564)
	  2: Rel (   -79,     0)  ->  Abs (    35,   564)
	  3: Rel (    -8,     2)  ->  Abs (    27,   566)
	  4: Rel (   -13,     4)  ->  Abs (    14,   570)
	  5: Rel (   -17,    22)  ->  Abs (    -3,   592)
	  6: Rel (     0,    15)  ->  Abs (    -3,   607)
	  7: Rel (     0,    14)  ->  Abs (    -3,   621)
	  8: Rel (    17,    22)  ->  Abs (    14,   643)
	  9: Rel (    13,     4)  ->  Abs (    27,   647)
	 10: Rel (     8,     2)  ->  Abs (    35,   649)
	 11: Rel (    79,     0)  ->  Abs (   114,   649)
	 12: Rel (    99,     0)  ->  Abs (   213,   649)
	 13: Rel (     0,   437)  ->  Abs (   213,  1086)
	 14: Rel (   -70,     0)  ->  Abs (   143,  1086)
	 15: Rel (   -31,     0)  ->  Abs (   112,  1086)
	 16: Rel (   -26,    23)  ->  Abs (    86,  1109)
	 17: Rel (     0,    19)  ->  Abs (    86,  1128)
	 18: Rel (     0,    19)  ->  Abs (    86,  1147)
	 19: Rel (    26,    23)  ->  Abs (   112,  1170)
	 20: Rel (    31,     0)  ->  Abs (   143,  1170)
	 21: Rel (   451,     0)  ->  Abs (   594,  1170)
	 22: Rel (   106,     0)  ->  Abs (   700,  1170)
	 23: Rel (   175,   -88)  ->  Abs (   875,  1082)
	 24: Rel (    46,   -56)  ->  Abs (   921,  1026)
	 25: Rel (    79,   -95)  ->  Abs (  1000,   931)
	 26: Rel (    41,  -106)  ->  Abs (  1041,   825)
	 27: Rel (    30,   -77)  ->  Abs (  1071,   748)
	 28: Rel (     0,  -105)  ->  Abs (  1071,   643)
	 29: Rel (     0,  -116)  ->  Abs (  1071,   527)
	 30: Rel (     0,  -129)  ->  Abs (  1071,   398)
	 31: Rel (  -115,  -242)  ->  Abs (   956,   156)
	 32: Rel (  -133,   -90)  ->  Abs (   823,    66)
	 33: Rel (   -99,   -66)  ->  Abs (   724,     0)
	 34: Rel (  -130,     0)  ->  Abs (   594,     0)
	 35: Rel (  -451,     0)  ->  Abs (   143,     0)
	 36: Rel (   -31,     0)  ->  Abs (   112,     0)
	 37: Rel (   -26,    24)  ->  Abs (    86,    24)
	 38: Rel (     0,    18)  ->  Abs (    86,    42)
	 39: Rel (     0,    19)  ->  Abs (    86,    61)
	 40: Rel (    26,    23)  ->  Abs (   112,    84)
	 41: Rel (    31,     0)  ->  Abs (   143,    84)
	 42: Rel (    70,     0)  ->  Abs (   213,    84)
	 43: Rel (    85,   480)  ->  Abs (   298,   564)
	 44: Rel (     0,  -480)  ->  Abs (   298,    84)
	 45: Rel (   305,     0)  ->  Abs (   603,    84)
	 46: Rel (   105,     0)  ->  Abs (   708,    84)
	 47: Rel (   186,   138)  ->  Abs (   894,   222)
	 48: Rel (    92,   193)  ->  Abs (   986,   415)
	 49: Rel (     0,    94)  ->  Abs (   986,   509)
	 50: Rel (     0,   152)  ->  Abs (   986,   661)
	 51: Rel (     0,    78)  ->  Abs (   986,   739)
	 52: Rel (   -24,    61)  ->  Abs (   962,   800)
	 53: Rel (   -37,    89)  ->  Abs (   925,   889)
	 54: Rel (   -65,    80)  ->  Abs (   860,   969)
	 55: Rel (   -36,    44)  ->  Abs (   824,  1013)
	 56: Rel (  -141,    73)  ->  Abs (   683,  1086)
	 57: Rel (   -80,     0)  ->  Abs (   603,  1086)
	 58: Rel (  -305,     0)  ->  Abs (   298,  1086)
	 59: Rel (     0,  -437)  ->  Abs (   298,   649)
	 60: Rel (   234,     0)  ->  Abs (   532,   649)
	 61: Rel (    79,     0)  ->  Abs (   611,   649)
	 62: Rel (     8,    -2)  ->  Abs (   619,   647)
	 63: Rel (    12,    -4)  ->  Abs (   631,   643)
	 64: Rel (    18,   -22)  ->  Abs (   649,   621)
	 65: Rel (     0,   -14)  ->  Abs (   649,   607)
	 66: Rel (     0,   -15)  ->  Abs (   649,   592)
	 67: Rel (   -18,   -22)  ->  Abs (   631,   570)
	 68: Rel (   -12,    -4)  ->  Abs (   619,   566)
	 69: Rel (    -8,    -2)  ->  Abs (   611,   564)
	 70: Rel (   -79,     0)  ->  Abs (   532,   564)

	Glyph 232: off = 0x0000F454, len = 456
	  numberOfContours:	2
	  xMin:			129
	  yMin:			-31
	  xMax:			1070
	  yMax:			1250

	EndPoints
	---------
	  0:  49
	  1:  63

	  Length of Instructions:	262
	00000: NPUSHB     (145):    14     6     6    30    29     6    22    30    24    32 
	                            39    30   156    21   154    52   148    62   172    21 
	                           173    52   160    62   188    52   178    58   178    62 
	                           195    59    16    11    11    13    29     3    62     3 
	                            15    31    15    32    15    33    15    34    24    21 
	                            31    31    29    32    30    33    28    34    36     0 
	                            42    25    32    30   101    38    13    56     8    43 
	                            40    30    10     0     5    45    27    54     6    27 
	                            57    50    36    30    40    10     0     5     3    37 
	                            43    33    48     0    32    59    47    37     1    37 
	                            37    57     9    59     3     0    57    33    32    22 
	                            48    22    64    22     3    22     6    50    33    16 
	                            11    35   154    45    45    64    65     6   143    54 
	                            33    15    13     1    13    26    65    60    33    19 
	                            25    64    42   172    24 
	00147: PUSHW[1]            289 
	00150: SCANCTRL   
	00151: CALL       
	00152: FLIPOFF    
	00153: SRP0       
	00154: MIRP[srp0,nmd,rd,0] 
	00155: FLIPON     
	00156: MIRP[nrp0,md,rd,1] 
	00157: FLIPOFF    
	00158: SRP0       
	00159: MIRP[srp0,nmd,rd,2] 
	00160: DELTAP1    
	00161: FLIPON     
	00162: MIRP[srp0,md,rd,1] 
	00163: MIRP[nrp0,nmd,rd,2] 
	00164: SRP1       
	00165: SRP2       
	00166: IP         
	00167: MDAP[rd]   
	00168: MIRP[nrp0,nmd,rd,0] 
	00169: SVTCA[y-axis] 
	00170: MIAP[rd+ci] 
	00171: MIRP[nrp0,md,rd,1] 
	00172: MIAP[rd+ci] 
	00173: DELTAP1    
	00174: MIRP[nrp0,md,rd,1] 
	00175: MIAP[rd+ci] 
	00176: MIRP[nrp0,md,rd,1] 
	00177: SRP2       
	00178: IP         
	00179: MDAP[rd]   
	00180: DELTAP1    
	00181: MIRP[nrp0,md,rd,1] 
	00182: MIAP[rd+ci] 
	00183: MIRP[nrp0,md,rd,1] 
	00184: SRP1       
	00185: SRP2       
	00186: SLOOP      
	00187: IP         
	00188: SRP1       
	00189: SRP2       
	00190: IP         
	00191: SVTCA[x-axis] 
	00192: SRP1       
	00193: SRP2       
	00194: IP         
	00195: SRP2       
	00196: SLOOP      
	00197: IP         
	00198: IUP[y]     
	00199: IUP[x]     
	00200: RS         
	00201: JROF       
	00202: NPUSHB      (40):    58    63    51    53    14    21    62    38    52    37 
	                            58    21    60    35     0    63    17    60    35     0 
	                            51    15    54    35     1    59    20    57    35     1 
	                            61    18    50    35     0    53    14    50    35     0 
	00244: SVTCA[y-axis] 
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: SVTCA[x-axis] 
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: FLIPRGON   
	00255: FLIPRGON   
	00256: FLIPRGON   
	00257: SVTCA[y-axis] 
	00258: DELTAP1    
	00259: SVTCA[x-axis] 
	00260: DELTAP2    
	00261: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual                 X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual                         Off
	 15:                                      Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                                      Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:                                      Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:                      Y-Short         Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short X-Short On
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:                              X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:                      Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   725,  1173)  ->  Abs (   725,  1173)
	  1: Rel (   159,    58)  ->  Abs (   884,  1231)
	  2: Rel (    28,     9)  ->  Abs (   912,  1240)
	  3: Rel (    19,     0)  ->  Abs (   931,  1240)
	  4: Rel (    16,     0)  ->  Abs (   947,  1240)
	  5: Rel (    21,   -22)  ->  Abs (   968,  1218)
	  6: Rel (     0,   -18)  ->  Abs (   968,  1200)
	  7: Rel (     0,   -19)  ->  Abs (   968,  1181)
	  8: Rel (   -16,   -11)  ->  Abs (   952,  1170)
	  9: Rel (   -27,   -20)  ->  Abs (   925,  1150)
	 10: Rel (  -128,   -27)  ->  Abs (   797,  1123)
	 11: Rel (   137,  -126)  ->  Abs (   934,   997)
	 12: Rel (   136,  -292)  ->  Abs (  1070,   705)
	 13: Rel (     0,  -209)  ->  Abs (  1070,   496)
	 14: Rel (     0,  -258)  ->  Abs (  1070,   238)
	 15: Rel (  -263,  -269)  ->  Abs (   807,   -31)
	 16: Rel (  -211,     0)  ->  Abs (   596,   -31)
	 17: Rel (  -200,     0)  ->  Abs (   396,   -31)
	 18: Rel (  -267,   270)  ->  Abs (   129,   239)
	 19: Rel (     0,   191)  ->  Abs (   129,   430)
	 20: Rel (     0,   183)  ->  Abs (   129,   613)
	 21: Rel (   264,   260)  ->  Abs (   393,   873)
	 22: Rel (   195,     0)  ->  Abs (   588,   873)
	 23: Rel (    95,     0)  ->  Abs (   683,   873)
	 24: Rel (   164,   -68)  ->  Abs (   847,   805)
	 25: Rel (    53,   -46)  ->  Abs (   900,   759)
	 26: Rel (    36,   -33)  ->  Abs (   936,   726)
	 27: Rel (    39,   -62)  ->  Abs (   975,   664)
	 28: Rel (   -38,   150)  ->  Abs (   937,   814)
	 29: Rel (   -99,   158)  ->  Abs (   838,   972)
	 30: Rel (  -132,   117)  ->  Abs (   706,  1089)
	 31: Rel (  -321,  -112)  ->  Abs (   385,   977)
	 32: Rel (   -20,     0)  ->  Abs (   365,   977)
	 33: Rel (   -19,     0)  ->  Abs (   346,   977)
	 34: Rel (   -24,    22)  ->  Abs (   322,   999)
	 35: Rel (     0,    16)  ->  Abs (   322,  1015)
	 36: Rel (     0,    15)  ->  Abs (   322,  1030)
	 37: Rel (    30,    27)  ->  Abs (   352,  1057)
	 38: Rel (    89,    27)  ->  Abs (   441,  1084)
	 39: Rel (   140,    42)  ->  Abs (   581,  1126)
	 40: Rel (    40,     9)  ->  Abs (   621,  1135)
	 41: Rel (   -67,    20)  ->  Abs (   554,  1155)
	 42: Rel (   -71,     9)  ->  Abs (   483,  1164)
	 43: Rel (   -39,     5)  ->  Abs (   444,  1169)
	 44: Rel (   -28,    25)  ->  Abs (   416,  1194)
	 45: Rel (     0,    16)  ->  Abs (   416,  1210)
	 46: Rel (     0,    16)  ->  Abs (   416,  1226)
	 47: Rel (    28,    24)  ->  Abs (   444,  1250)
	 48: Rel (    27,     0)  ->  Abs (   471,  1250)
	 49: Rel (   130,     0)  ->  Abs (   601,  1250)
	 50: Rel (    -1, -1202)  ->  Abs (   600,    48)
	 51: Rel (    94,     0)  ->  Abs (   694,    48)
	 52: Rel (   186,    94)  ->  Abs (   880,   142)
	 53: Rel (    98,   172)  ->  Abs (   978,   314)
	 54: Rel (     0,   104)  ->  Abs (   978,   418)
	 55: Rel (     0,   157)  ->  Abs (   978,   575)
	 56: Rel (  -217,   213)  ->  Abs (   761,   788)
	 57: Rel (  -164,     0)  ->  Abs (   597,   788)
	 58: Rel (  -167,     0)  ->  Abs (   430,   788)
	 59: Rel (  -219,  -215)  ->  Abs (   211,   573)
	 60: Rel (     0,  -149)  ->  Abs (   211,   424)
	 61: Rel (     0,   -94)  ->  Abs (   211,   330)
	 62: Rel (   105,  -182)  ->  Abs (   316,   148)
	 63: Rel (   190,  -100)  ->  Abs (   506,    48)

	Glyph 233: off = 0x0000F61C, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			0
	  xMax:			1128
	  yMax:			1587

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	0
		Y WOffset:	258
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    57    34 
	00005: PUSHW[1]           -155 
	00008: PUSHB[5]             72    39     1     1    54 
	00014: PUSHW[3]            651    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 234: off = 0x0000F650, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	140
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    57    18 
	00005: PUSHW[1]           -103 
	00008: PUSHB[5]             72    39     1     1    55 
	00014: PUSHW[3]            652    41   292 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 235: off = 0x0000F684, len = 402
	  numberOfContours:	2
	  xMin:			179
	  yMin:			0
	  xMax:			1115
	  yMax:			1170

	EndPoints
	---------
	  0:  45
	  1:  55

	  Length of Instructions:	241
	00000: NPUSHB      (64):   172    17   170    49   173    53   188    17   191    49 
	                           191    53     6    49     8     7     1     4    54     8 
	                             8    29     1    36    30    33    43    37    37    29 
	                            30    23    29    26    54    22    22    29    29    39 
	                             0    42    43    38    38    29     0    46    55    51 
	                            22    54    55    30    10    64     9     1    15     9 
	                            31     9     2     9 
	00066: PUSHW[1]            761 
	00069: NPUSHB      (14):     8    38     1     1     0     2    47    46    30    20 
	                            79    21     1    21 
	00085: PUSHW[1]            761 
	00088: NPUSHB      (26):    22    38    30    30    29     8    51    37    15    13 
	                            31    13     2    13    26    57     8    22    30    38 
	                            37    25    56   246   121    24 
	00116: CALL       
	00117: FLIPOFF    
	00118: SRP0       
	00119: MIRP[srp0,nmd,rd,0] 
	00120: ALIGNRP    
	00121: FLIPON     
	00122: MIRP[srp0,md,rd,1] 
	00123: ALIGNRP    
	00124: FLIPOFF    
	00125: SRP0       
	00126: MIRP[srp0,nmd,rd,2] 
	00127: DELTAP1    
	00128: FLIPON     
	00129: MIRP[nrp0,md,rd,1] 
	00130: SVTCA[y-axis] 
	00131: MIAP[rd+ci] 
	00132: ALIGNRP    
	00133: SRP0       
	00134: MIRP[srp0,md,rd,1] 
	00135: MIRP[srp0,md,rd,2] 
	00136: DELTAP2    
	00137: ALIGNRP    
	00138: MIRP[srp0,md,rd,1] 
	00139: ALIGNRP    
	00140: MIAP[rd+ci] 
	00141: ALIGNRP    
	00142: SRP0       
	00143: MIRP[srp0,md,rd,1] 
	00144: MIRP[srp0,md,rd,2] 
	00145: DELTAP1    
	00146: DELTAP2    
	00147: ALIGNRP    
	00148: MIRP[srp0,md,rd,1] 
	00149: ALIGNRP    
	00150: SVTCA[x-axis] 
	00151: SRP1       
	00152: SRP2       
	00153: IP         
	00154: IP         
	00155: SVTCA[y-axis] 
	00156: SRP0       
	00157: MIRP[nrp0,md,rd,1] 
	00158: SVTCA[x-axis] 
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,1] 
	00161: MDRP[srp0,nmd,rd,0] 
	00162: ALIGNRP    
	00163: SVTCA[y-axis] 
	00164: SRP0       
	00165: MIRP[nrp0,md,rd,1] 
	00166: SVTCA[x-axis] 
	00167: SRP0       
	00168: MIRP[srp0,nmd,rd,1] 
	00169: MDRP[srp0,nmd,rd,0] 
	00170: ALIGNRP    
	00171: SVTCA[y-axis] 
	00172: SRP0       
	00173: MIRP[nrp0,md,rd,1] 
	00174: SVTCA[x-axis] 
	00175: SRP0       
	00176: MIRP[srp0,nmd,rd,1] 
	00177: MDRP[srp0,nmd,rd,0] 
	00178: ALIGNRP    
	00179: SVTCA[y-axis] 
	00180: SRP0       
	00181: MIRP[nrp0,md,rd,1] 
	00182: SVTCA[x-axis] 
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,1] 
	00185: MDRP[srp0,nmd,rd,0] 
	00186: ALIGNRP    
	00187: IUP[y]     
	00188: IUP[x]     
	00189: RS         
	00190: JROF       
	00191: NPUSHB      (36):    48    53    11    19    15    14    16    14    17    14 
	                            18    14     4     6    49    37    53    11    51    45 
	                             1    48    19    51    45     1    52    12    54    45 
	                             1    50    14    47    45     0 
	00229: SVTCA[y-axis] 
	00230: CALL       
	00231: CALL       
	00232: SVTCA[x-axis] 
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: LOOPCALL   
	00237: FLIPRGON   
	00238: FLIPRGON   
	00239: SVTCA[x-axis] 
	00240: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:        XDual         Y-Short         On
	 10:  YDual                               On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                               On
	 22:        XDual         Y-Short         On
	 23:  YDual                               On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                               On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On
	 38:        XDual                         On
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:        XDual                 X-Short On
	 47:  YDual                               On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual                       X-Short On
	 55:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   259,  1170)  ->  Abs (   259,  1170)
	  1: Rel (   461,     0)  ->  Abs (   720,  1170)
	  2: Rel (    30,     0)  ->  Abs (   750,  1170)
	  3: Rel (    26,   -23)  ->  Abs (   776,  1147)
	  4: Rel (     0,   -19)  ->  Abs (   776,  1128)
	  5: Rel (     0,   -19)  ->  Abs (   776,  1109)
	  6: Rel (   -26,   -23)  ->  Abs (   750,  1086)
	  7: Rel (   -30,     0)  ->  Abs (   720,  1086)
	  8: Rel (  -288,     0)  ->  Abs (   432,  1086)
	  9: Rel (     0,  -157)  ->  Abs (   432,   929)
	 10: Rel (   291,     0)  ->  Abs (   723,   929)
	 11: Rel (   173,     0)  ->  Abs (   896,   929)
	 12: Rel (   219,  -205)  ->  Abs (  1115,   724)
	 13: Rel (     0,  -137)  ->  Abs (  1115,   587)
	 14: Rel (     0,   -80)  ->  Abs (  1115,   507)
	 15: Rel (   -71,  -130)  ->  Abs (  1044,   377)
	 16: Rel (   -50,   -37)  ->  Abs (   994,   340)
	 17: Rel (   -75,   -56)  ->  Abs (   919,   284)
	 18: Rel (   -80,   -26)  ->  Abs (   839,   258)
	 19: Rel (   -58,   -20)  ->  Abs (   781,   238)
	 20: Rel (   -86,     0)  ->  Abs (   695,   238)
	 21: Rel (  -263,     0)  ->  Abs (   432,   238)
	 22: Rel (     0,  -154)  ->  Abs (   432,    84)
	 23: Rel (   288,     0)  ->  Abs (   720,    84)
	 24: Rel (    30,     0)  ->  Abs (   750,    84)
	 25: Rel (    26,   -23)  ->  Abs (   776,    61)
	 26: Rel (     0,   -19)  ->  Abs (   776,    42)
	 27: Rel (     0,   -18)  ->  Abs (   776,    24)
	 28: Rel (   -26,   -24)  ->  Abs (   750,     0)
	 29: Rel (   -30,     0)  ->  Abs (   720,     0)
	 30: Rel (  -485,     0)  ->  Abs (   235,     0)
	 31: Rel (   -30,     0)  ->  Abs (   205,     0)
	 32: Rel (   -26,    24)  ->  Abs (   179,    24)
	 33: Rel (     0,    18)  ->  Abs (   179,    42)
	 34: Rel (     0,    19)  ->  Abs (   179,    61)
	 35: Rel (    26,    23)  ->  Abs (   205,    84)
	 36: Rel (    30,     0)  ->  Abs (   235,    84)
	 37: Rel (   113,     0)  ->  Abs (   348,    84)
	 38: Rel (     0,  1002)  ->  Abs (   348,  1086)
	 39: Rel (  -113,     0)  ->  Abs (   235,  1086)
	 40: Rel (   -30,     0)  ->  Abs (   205,  1086)
	 41: Rel (   -26,    23)  ->  Abs (   179,  1109)
	 42: Rel (     0,    19)  ->  Abs (   179,  1128)
	 43: Rel (     0,    13)  ->  Abs (   179,  1141)
	 44: Rel (    15,    22)  ->  Abs (   194,  1163)
	 45: Rel (    20,     7)  ->  Abs (   214,  1170)
	 46: Rel (   218,  -847)  ->  Abs (   432,   323)
	 47: Rel (   268,     0)  ->  Abs (   700,   323)
	 48: Rel (    93,     0)  ->  Abs (   793,   323)
	 49: Rel (   163,    82)  ->  Abs (   956,   405)
	 50: Rel (    75,   120)  ->  Abs (  1031,   525)
	 51: Rel (     0,    62)  ->  Abs (  1031,   587)
	 52: Rel (     0,    99)  ->  Abs (  1031,   686)
	 53: Rel (  -170,   158)  ->  Abs (   861,   844)
	 54: Rel (  -130,     0)  ->  Abs (   731,   844)
	 55: Rel (  -299,     0)  ->  Abs (   432,   844)

	Glyph 236: off = 0x0000F816, len = 326
	  numberOfContours:	2
	  xMin:			45
	  yMin:			-386
	  xMax:			1111
	  yMax:			1255

	EndPoints
	---------
	  0:  37
	  1:  49

	  Length of Instructions:	181
	00000: NPUSHB      (64):   168    39   168    43   166    45   166    49     4    41 
	                             8    28    22    25    47    29    29    34    22    15 
	                            21    18   200    14    14    34    21    31    37    34 
	                            47    30    30    34     1    13    47    37     0    41 
	                            33     4     7    47    33    11    10    22    21    14 
	                             8    33     0    38    16    38    48    38   128    38 
	                           160    38     5    38 
	00066: PUSHW[1]            539 
	00069: NPUSHB      (17):    29     0    44    14    32    30    15    29   111    29 
	                             2    29    25    50    94   142    24 
	00088: CALL       
	00089: FLIPOFF    
	00090: SRP0       
	00091: MIRP[srp0,nmd,rd,0] 
	00092: DELTAP1    
	00093: ALIGNRP    
	00094: FLIPON     
	00095: MIRP[srp0,md,rd,1] 
	00096: ALIGNRP    
	00097: ALIGNRP    
	00098: SRP0       
	00099: MIRP[srp0,nmd,rd,0] 
	00100: DELTAP1    
	00101: MIRP[nrp0,md,rd,1] 
	00102: SVTCA[y-axis] 
	00103: MIAP[rd+ci] 
	00104: ALIGNRP    
	00105: MIAP[rd+ci] 
	00106: MIRP[nrp0,md,rd,1] 
	00107: MIAP[rd+ci] 
	00108: MIRP[nrp0,md,rd,1] 
	00109: MIAP[rd+ci] 
	00110: SRP1       
	00111: IP         
	00112: IP         
	00113: MIRP[nrp0,md,rd,1] 
	00114: SVTCA[x-axis] 
	00115: SRP0       
	00116: MIRP[srp0,nmd,rd,1] 
	00117: MDRP[srp0,nmd,rd,0] 
	00118: ALIGNRP    
	00119: SVTCA[y-axis] 
	00120: SRP0       
	00121: MIRP[nrp0,md,rd,1] 
	00122: SVTCA[x-axis] 
	00123: SRP0       
	00124: MIRP[srp0,nmd,rd,1] 
	00125: MDRP[srp0,nmd,rd,0] 
	00126: ALIGNRP    
	00127: SVTCA[y-axis] 
	00128: SRP0       
	00129: MIRP[nrp0,md,rd,1] 
	00130: SVTCA[x-axis] 
	00131: SRP0       
	00132: MIRP[srp0,nmd,rd,1] 
	00133: MDRP[srp0,nmd,rd,0] 
	00134: ALIGNRP    
	00135: IUP[y]     
	00136: IUP[x]     
	00137: RS         
	00138: JROF       
	00139: NPUSHB      (28):    48    49    39    40     5    10     6    37    40     5 
	                            38    35     1    48    10    38    35     1    39     7 
	                            41    35     1    49     9    47    35     0 
	00169: SVTCA[y-axis] 
	00170: CALL       
	00171: CALL       
	00172: SVTCA[x-axis] 
	00173: CALL       
	00174: CALL       
	00175: CALL       
	00176: FLIPRGON   
	00177: FLIPRGON   
	00178: FLIPRGON   
	00179: SVTCA[y-axis] 
	00180: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                                      Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:        XDual                         On
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:                                      On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:        XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   298,  1255)  ->  Abs (   298,  1255)
	  1: Rel (     0,  -542)  ->  Abs (   298,   713)
	  2: Rel (    75,    91)  ->  Abs (   373,   804)
	  3: Rel (   172,    92)  ->  Abs (   545,   896)
	  4: Rel (   117,     0)  ->  Abs (   662,   896)
	  5: Rel (   124,     0)  ->  Abs (   786,   896)
	  6: Rel (   210,  -116)  ->  Abs (   996,   780)
	  7: Rel (   115,  -207)  ->  Abs (  1111,   573)
	  8: Rel (     0,  -114)  ->  Abs (  1111,   459)
	  9: Rel (     0,  -181)  ->  Abs (  1111,   278)
	 10: Rel (  -259,  -257)  ->  Abs (   852,    21)
	 11: Rel (  -189,     0)  ->  Abs (   663,    21)
	 12: Rel (  -225,     0)  ->  Abs (   438,    21)
	 13: Rel (  -140,   183)  ->  Abs (   298,   204)
	 14: Rel (     0,  -506)  ->  Abs (   298,  -302)
	 15: Rel (   204,     0)  ->  Abs (   502,  -302)
	 16: Rel (    30,     0)  ->  Abs (   532,  -302)
	 17: Rel (    26,   -23)  ->  Abs (   558,  -325)
	 18: Rel (     0,   -19)  ->  Abs (   558,  -344)
	 19: Rel (     0,   -18)  ->  Abs (   558,  -362)
	 20: Rel (   -26,   -24)  ->  Abs (   532,  -386)
	 21: Rel (   -30,     0)  ->  Abs (   502,  -386)
	 22: Rel (  -401,     0)  ->  Abs (   101,  -386)
	 23: Rel (   -30,     0)  ->  Abs (    71,  -386)
	 24: Rel (   -26,    23)  ->  Abs (    45,  -363)
	 25: Rel (     0,    19)  ->  Abs (    45,  -344)
	 26: Rel (     0,    19)  ->  Abs (    45,  -325)
	 27: Rel (    26,    23)  ->  Abs (    71,  -302)
	 28: Rel (    30,     0)  ->  Abs (   101,  -302)
	 29: Rel (   113,     0)  ->  Abs (   214,  -302)
	 30: Rel (     0,  1472)  ->  Abs (   214,  1170)
	 31: Rel (  -113,     0)  ->  Abs (   101,  1170)
	 32: Rel (   -30,     0)  ->  Abs (    71,  1170)
	 33: Rel (   -26,    24)  ->  Abs (    45,  1194)
	 34: Rel (     0,    19)  ->  Abs (    45,  1213)
	 35: Rel (     0,    18)  ->  Abs (    45,  1231)
	 36: Rel (    26,    24)  ->  Abs (    71,  1255)
	 37: Rel (    30,     0)  ->  Abs (   101,  1255)
	 38: Rel (   925,  -796)  ->  Abs (  1026,   459)
	 39: Rel (     0,   145)  ->  Abs (  1026,   604)
	 40: Rel (  -211,   207)  ->  Abs (   815,   811)
	 41: Rel (  -152,     0)  ->  Abs (   663,   811)
	 42: Rel (  -153,     0)  ->  Abs (   510,   811)
	 43: Rel (  -212,  -208)  ->  Abs (   298,   603)
	 44: Rel (     0,  -144)  ->  Abs (   298,   459)
	 45: Rel (     0,  -145)  ->  Abs (   298,   314)
	 46: Rel (   212,  -208)  ->  Abs (   510,   106)
	 47: Rel (   153,     0)  ->  Abs (   663,   106)
	 48: Rel (   151,     0)  ->  Abs (   814,   106)
	 49: Rel (   212,   207)  ->  Abs (  1026,   313)

	Glyph 237: off = 0x0000F95C, len = 126
	  numberOfContours:	1
	  xMin:			144
	  yMin:			543
	  xMax:			1085
	  yMax:			627

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	51
	00000: NPUSHB      (29):    19    15     8     4     4    17     6    19    18    16 
	                            15     8     7     5     4     8     1    11    36     0 
	                            17    26    23     6    25    22    80   129    24 
	00031: CALL       
	00032: FLIPOFF    
	00033: SRP0       
	00034: MIRP[nrp0,nmd,rd,0] 
	00035: SRP0       
	00036: MIRP[nrp0,nmd,rd,2] 
	00037: SVTCA[y-axis] 
	00038: MDAP[rd]   
	00039: FLIPON     
	00040: MIRP[nrp0,md,rd,1] 
	00041: SRP1       
	00042: SLOOP      
	00043: IP         
	00044: SVTCA[x-axis] 
	00045: SRP1       
	00046: SRP2       
	00047: SLOOP      
	00048: IP         
	00049: IUP[y]     
	00050: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual                               On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   968,   543)  ->  Abs (   968,   543)
	  1: Rel (  -707,     0)  ->  Abs (   261,   543)
	  2: Rel (   -79,     0)  ->  Abs (   182,   543)
	  3: Rel (    -8,     2)  ->  Abs (   174,   545)
	  4: Rel (   -13,     3)  ->  Abs (   161,   548)
	  5: Rel (   -17,    23)  ->  Abs (   144,   571)
	  6: Rel (     0,    14)  ->  Abs (   144,   585)
	  7: Rel (     0,    14)  ->  Abs (   144,   599)
	  8: Rel (    17,    23)  ->  Abs (   161,   622)
	  9: Rel (    13,     3)  ->  Abs (   174,   625)
	 10: Rel (     8,     2)  ->  Abs (   182,   627)
	 11: Rel (    79,     0)  ->  Abs (   261,   627)
	 12: Rel (   707,     0)  ->  Abs (   968,   627)
	 13: Rel (    79,     0)  ->  Abs (  1047,   627)
	 14: Rel (     8,    -2)  ->  Abs (  1055,   625)
	 15: Rel (    13,    -3)  ->  Abs (  1068,   622)
	 16: Rel (    17,   -23)  ->  Abs (  1085,   599)
	 17: Rel (     0,   -14)  ->  Abs (  1085,   585)
	 18: Rel (     0,   -14)  ->  Abs (  1085,   571)
	 19: Rel (   -17,   -23)  ->  Abs (  1068,   548)
	 20: Rel (   -13,    -3)  ->  Abs (  1055,   545)
	 21: Rel (    -8,    -2)  ->  Abs (  1047,   543)

	Glyph 238: off = 0x0000F9DA, len = 342
	  numberOfContours:	1
	  xMin:			270
	  yMin:			239
	  xMax:			960
	  yMax:			930

	EndPoints
	---------
	  0:  38

	  Length of Instructions:	211
	00000: PUSHW[2]             28    -4 
	00005: NPUSHB       (9):    92   110    52    19     4    92   110    52    27 
	00016: PUSHW[8]            726    20   758    19    11   726    18   758 
	00033: PUSHB[4]             19   193     0    29 
	00038: NPUSHW      (11):   726    38   758     0     9   726     1   758     0    38 
	                           726 
	00062: PUSHB[4]             29   215    28    20 
	00067: PUSHW[1]            726 
	00070: PUSHB[6]             27   215    28   193    10     1 
	00077: PUSHW[1]            726 
	00080: PUSHB[4]              9   215    10    18 
	00085: PUSHW[1]            726 
	00088: PUSHB[3]             11   215    10 
	00092: PUSHW[1]            589 
	00095: PUSHB[3]             39     0   163 
	00099: PUSHW[2]            336    24 
	00104: CALL       
	00105: SVTCA[y-axis] 
	00106: RTHG       
	00107: MDAP[rd]   
	00108: SVTCA[x-axis] 
	00109: SRP0       
	00110: MIRP[srp0,nmd,rd,2] 
	00111: MIRP[srp0,nmd,rd,0] 
	00112: RTG        
	00113: MIRP[nrp0,md,rd,1] 
	00114: RTHG       
	00115: SRP0       
	00116: MIRP[srp0,nmd,rd,0] 
	00117: RTG        
	00118: MIRP[nrp0,md,rd,1] 
	00119: SRP0       
	00120: MIRP[srp0,md,rd,1] 
	00121: RTHG       
	00122: MIRP[srp0,nmd,rd,0] 
	00123: RTG        
	00124: MIRP[nrp0,md,rd,1] 
	00125: RTHG       
	00126: SRP0       
	00127: MIRP[srp0,nmd,rd,0] 
	00128: RTG        
	00129: MIRP[nrp0,md,rd,1] 
	00130: SVTCA[y-axis] 
	00131: RTHG       
	00132: SRP0       
	00133: MIRP[srp0,nmd,rd,0] 
	00134: RTG        
	00135: MIRP[nrp0,md,rd,1] 
	00136: RTHG       
	00137: SRP0       
	00138: MIRP[srp0,nmd,rd,0] 
	00139: RTG        
	00140: MIRP[nrp0,md,rd,1] 
	00141: SRP0       
	00142: MIRP[srp0,md,rd,1] 
	00143: RTHG       
	00144: MIRP[srp0,nmd,rd,0] 
	00145: RTG        
	00146: MIRP[nrp0,md,rd,1] 
	00147: RTHG       
	00148: SRP0       
	00149: MIRP[srp0,nmd,rd,0] 
	00150: RTG        
	00151: MIRP[nrp0,md,rd,1] 
	00152: IUP[y]     
	00153: IUP[x]     
	00154: MPPEM      
	00155: PUSHB[1]             25 
	00157: GTEQ       
	00158: MPPEM      
	00159: PUSHB[1]             36 
	00161: LTEQ       
	00162: AND        
	00163: IF         
	00164: PUSHB[3]             10     2    28 
	00168: PUSHW[1]             -2 
	00171: PUSHB[3]              0     2    19 
	00175: PUSHW[1]             -2 
	00178: SVTCA[y-axis] 
	00179: SHPIX      
	00180: SHPIX      
	00181: SVTCA[x-axis] 
	00182: SHPIX      
	00183: SHPIX      
	00184: EIF        
	00185: MPPEM      
	00186: PUSHB[1]             25 
	00188: GTEQ       
	00189: MPPEM      
	00190: PUSHB[1]             96 
	00192: LTEQ       
	00193: AND        
	00194: IF         
	00195: PUSHW[2]             28    -1 
	00200: PUSHB[4]             19     1    18    19 
	00205: SFVTL[=p1,p2] 
	00206: SHPIX      
	00207: SHPIX      
	00208: EIF        
	00209: CALL       
	00210: CALL       

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:                                      On
	 11:                                      On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:                                      On
	 20:                                      On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short On
	 28:                                      On
	 29:                                      On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   615,   525)  ->  Abs (   615,   525)
	  1: Rel (  -263,  -263)  ->  Abs (   352,   262)
	  2: Rel (   -15,   -15)  ->  Abs (   337,   247)
	  3: Rel (   -14,    -7)  ->  Abs (   323,   240)
	  4: Rel (   -10,     0)  ->  Abs (   313,   240)
	  5: Rel (   -18,     0)  ->  Abs (   295,   240)
	  6: Rel (   -25,    25)  ->  Abs (   270,   265)
	  7: Rel (     0,    18)  ->  Abs (   270,   283)
	  8: Rel (     0,    17)  ->  Abs (   270,   300)
	  9: Rel (    23,    22)  ->  Abs (   293,   322)
	 10: Rel (   262,   263)  ->  Abs (   555,   585)
	 11: Rel (  -263,   263)  ->  Abs (   292,   848)
	 12: Rel (   -22,    22)  ->  Abs (   270,   870)
	 13: Rel (     0,    17)  ->  Abs (   270,   887)
	 14: Rel (     0,    18)  ->  Abs (   270,   905)
	 15: Rel (    25,    25)  ->  Abs (   295,   930)
	 16: Rel (    18,     0)  ->  Abs (   313,   930)
	 17: Rel (    17,     0)  ->  Abs (   330,   930)
	 18: Rel (    22,   -23)  ->  Abs (   352,   907)
	 19: Rel (   263,  -263)  ->  Abs (   615,   644)
	 20: Rel (   261,   262)  ->  Abs (   876,   906)
	 21: Rel (    23,    22)  ->  Abs (   899,   928)
	 22: Rel (    17,     0)  ->  Abs (   916,   928)
	 23: Rel (    18,     0)  ->  Abs (   934,   928)
	 24: Rel (    24,   -25)  ->  Abs (   958,   903)
	 25: Rel (     0,   -18)  ->  Abs (   958,   885)
	 26: Rel (     0,   -17)  ->  Abs (   958,   868)
	 27: Rel (   -22,   -22)  ->  Abs (   936,   846)
	 28: Rel (  -261,  -261)  ->  Abs (   675,   585)
	 29: Rel (   263,  -263)  ->  Abs (   938,   322)
	 30: Rel (    22,   -23)  ->  Abs (   960,   299)
	 31: Rel (     0,   -17)  ->  Abs (   960,   282)
	 32: Rel (     0,   -18)  ->  Abs (   960,   264)
	 33: Rel (   -25,   -25)  ->  Abs (   935,   239)
	 34: Rel (   -18,     0)  ->  Abs (   917,   239)
	 35: Rel (    -9,     0)  ->  Abs (   908,   239)
	 36: Rel (    -6,     4)  ->  Abs (   902,   243)
	 37: Rel (   -10,     4)  ->  Abs (   892,   247)
	 38: Rel (   -14,    15)  ->  Abs (   878,   262)

	Glyph 239: off = 0x0000FB30, len = 250
	  numberOfContours:	1
	  xMin:			374
	  yMin:			616
	  xMax:			854
	  yMax:			1282

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	166
	00000: PUSHB[3]             18     9    15 
	00004: PUSHW[1]            670 
	00007: NPUSHB      (11):    12   148    16    12    12    15    16    66     9     8 
	                             2 
	00020: PUSHW[1]            696 
	00023: NPUSHB      (13):     5   148     1     5     5     2     1    66     8    21 
	                            16    23     1 
	00038: PUSHW[4]            778     0    16   756 
	00047: PUSHB[6]             17     8    79     9     1     9 
	00054: PUSHW[1]            684 
	00057: NPUSHB      (21):    17    91     0    18    77    26   174     0     0    23 
	                           116     0    91    17     1    91    17     0    16     1 
	                            16 
	00080: PUSHW[1]            595 
	00083: PUSHB[4]             27    72   169    24 
	00088: PUSHW[1]            300 
	00091: SCANCTRL   
	00092: CALL       
	00093: SRP0       
	00094: MIRP[srp0,nmd,rd,2] 
	00095: DELTAP1    
	00096: ALIGNRP    
	00097: MIRP[nrp0,md,rd,1] 
	00098: SRP0       
	00099: MIRP[nrp0,md,rd,1] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: SVTCA[y-axis] 
	00102: MIAP[rd+ci] 
	00103: MIRP[srp0,nmd,rd,0] 
	00104: MIRP[nrp0,md,rd,1] 
	00105: SRP0       
	00106: MIRP[srp0,md,rd,1] 
	00107: MIRP[srp0,nmd,rd,0] 
	00108: DELTAP1    
	00109: ALIGNRP    
	00110: SRP0       
	00111: MIRP[nrp0,md,rd,2] 
	00112: SRP0       
	00113: MIRP[nrp0,nmd,rd,0] 
	00114: SVTCA[x-axis] 
	00115: SRP1       
	00116: SRP2       
	00117: IP         
	00118: SVTCA[y-axis] 
	00119: SRP0       
	00120: MIRP[srp0,md,rd,1] 
	00121: RTDG       
	00122: SRP2       
	00123: IP         
	00124: MDAP[rd]   
	00125: RTG        
	00126: SVTCA[x-axis] 
	00127: SRP0       
	00128: MIRP[srp0,nmd,rd,1] 
	00129: MIRP[srp0,nmd,rd,0] 
	00130: MDRP[nrp0,nmd,rd,0] 
	00131: SVTCA[y-axis] 
	00132: SRP0       
	00133: MIRP[srp0,md,rd,1] 
	00134: RTDG       
	00135: SRP2       
	00136: IP         
	00137: MDAP[rd]   
	00138: RTG        
	00139: SVTCA[x-axis] 
	00140: SRP0       
	00141: MIRP[srp0,nmd,rd,1] 
	00142: MIRP[srp0,nmd,rd,0] 
	00143: MDRP[nrp0,nmd,rd,0] 
	00144: IUP[y]     
	00145: IUP[x]     
	00146: SVTCA[y-axis] 
	00147: RS         
	00148: IF         
	00149: NPUSHB      (13):   127     1   127     2   127     8   127     9   127    15 
	                           127    16     6 
	00164: DELTAP1    
	00165: EIF        

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   651,  1282)  ->  Abs (   651,  1282)
	  1: Rel (     0,  -609)  ->  Abs (   651,   673)
	  2: Rel (   157,     0)  ->  Abs (   808,   673)
	  3: Rel (    25,     0)  ->  Abs (   833,   673)
	  4: Rel (    21,   -17)  ->  Abs (   854,   656)
	  5: Rel (     0,   -12)  ->  Abs (   854,   644)
	  6: Rel (     0,   -11)  ->  Abs (   854,   633)
	  7: Rel (   -21,   -17)  ->  Abs (   833,   616)
	  8: Rel (   -25,     0)  ->  Abs (   808,   616)
	  9: Rel (  -389,     0)  ->  Abs (   419,   616)
	 10: Rel (   -24,     0)  ->  Abs (   395,   616)
	 11: Rel (   -21,    17)  ->  Abs (   374,   633)
	 12: Rel (     0,    12)  ->  Abs (   374,   645)
	 13: Rel (     0,    11)  ->  Abs (   374,   656)
	 14: Rel (    21,    17)  ->  Abs (   395,   673)
	 15: Rel (    24,     0)  ->  Abs (   419,   673)
	 16: Rel (   158,     0)  ->  Abs (   577,   673)
	 17: Rel (     0,   529)  ->  Abs (   577,  1202)
	 18: Rel (  -148,   -40)  ->  Abs (   429,  1162)
	 19: Rel (   -11,    -3)  ->  Abs (   418,  1159)
	 20: Rel (    -8,     0)  ->  Abs (   410,  1159)
	 21: Rel (   -15,     0)  ->  Abs (   395,  1159)
	 22: Rel (   -20,    17)  ->  Abs (   375,  1176)
	 23: Rel (     0,    11)  ->  Abs (   375,  1187)
	 24: Rel (     0,     9)  ->  Abs (   375,  1196)
	 25: Rel (    13,    14)  ->  Abs (   388,  1210)
	 26: Rel (    22,     6)  ->  Abs (   410,  1216)

	Glyph 240: off = 0x0000FC2A, len = 328
	  numberOfContours:	1
	  xMin:			341
	  yMin:			616
	  xMax:			844
	  yMax:			1285

	EndPoints
	---------
	  0:  41

	  Length of Instructions:	201
	00000: PUSHW[2]             40   -64 
	00005: PUSHB[4]             13    22    63    40 
	00010: PUSHW[1]            -24 
	00013: PUSHB[4]             12    20    63    40 
	00018: PUSHW[1]            -24 
	00021: NPUSHB      (45):    11    18    63     9    40    25    40   101    35   254 
	                            31   250    32     5    10    13    23     0    23    40 
	                            21    41    81    39   107    14   107    38     7    14 
	                            32    24    31    44    31   206    14   204    38   204 
	                            39   229     0     7     5 
	00068: PUSHW[1]            765 
	00071: PUSHB[3]              1     1    12 
	00075: PUSHW[1]            775 
	00078: NPUSHB       (9):     0    55    10     0    11    16    11     2    11 
	00089: PUSHW[1]            531 
	00092: NPUSHB      (34):    33    15    24    31    24     2    24   177    19    55 
	                            33     0     1    91     9     9    10    38    91    14 
	                            62    16    44    64    36     1    36    36    15    10 
	                            31    10     2    10 
	00128: PUSHW[1]            418 
	00131: NPUSHB      (16):    43    22    91    30    62    11     0    91    12    12 
	                            11    25    42   245   120    24 
	00149: PUSHW[1]            356 
	00152: SCANCTRL   
	00153: CALL       
	00154: FLIPOFF    
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,0] 
	00157: ALIGNRP    
	00158: FLIPON     
	00159: SRP0       
	00160: MIRP[nrp0,md,rd,1] 
	00161: SRP0       
	00162: MIRP[srp0,nmd,rd,0] 
	00163: MIRP[nrp0,md,rd,1] 
	00164: SRP0       
	00165: MIRP[srp0,nmd,rd,2] 
	00166: DELTAP1    
	00167: ALIGNRP    
	00168: SRP0       
	00169: DELTAP1    
	00170: MIRP[srp0,md,rd,1] 
	00171: MIRP[srp0,nmd,rd,0] 
	00172: MIRP[nrp0,md,rd,1] 
	00173: SRP0       
	00174: ALIGNRP    
	00175: SRP0       
	00176: MIRP[nrp0,md,rd,1] 
	00177: SVTCA[y-axis] 
	00178: MIAP[rd+ci] 
	00179: MIRP[srp0,md,rd,1] 
	00180: MIRP[nrp0,nmd,rd,0] 
	00181: DELTAP1    
	00182: SRP0       
	00183: MIRP[srp0,md,rd,1] 
	00184: DELTAP1    
	00185: ALIGNRP    
	00186: MIRP[srp0,md,rd,1] 
	00187: MIRP[nrp0,nmd,rd,1] 
	00188: ALIGNRP    
	00189: SRP0       
	00190: MIRP[nrp0,nmd,rd,0] 
	00191: IUP[y]     
	00192: IUP[x]     
	00193: SVTCA[x-axis] 
	00194: DELTAP2    
	00195: DELTAP3    
	00196: DELTAP1    
	00197: SVTCA[y-axis] 
	00198: CALL       
	00199: CALL       
	00200: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual XDual         Y-Short         On
	 13:                                      Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:                      Y-Short X-Short On
	 41:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   420,   673)  ->  Abs (   420,   673)
	  1: Rel (   350,     0)  ->  Abs (   770,   673)
	  2: Rel (     0,    27)  ->  Abs (   770,   700)
	  3: Rel (     7,     6)  ->  Abs (   777,   706)
	  4: Rel (    11,    12)  ->  Abs (   788,   718)
	  5: Rel (    19,     0)  ->  Abs (   807,   718)
	  6: Rel (    18,     0)  ->  Abs (   825,   718)
	  7: Rel (    12,   -11)  ->  Abs (   837,   707)
	  8: Rel (     7,    -7)  ->  Abs (   844,   700)
	  9: Rel (     0,   -17)  ->  Abs (   844,   683)
	 10: Rel (     0,   -67)  ->  Abs (   844,   616)
	 11: Rel (  -503,     0)  ->  Abs (   341,   616)
	 12: Rel (     0,    72)  ->  Abs (   341,   688)
	 13: Rel (   353,   277)  ->  Abs (   694,   965)
	 14: Rel (    48,    62)  ->  Abs (   742,  1027)
	 15: Rel (    28,    36)  ->  Abs (   770,  1063)
	 16: Rel (     0,    33)  ->  Abs (   770,  1096)
	 17: Rel (     0,    50)  ->  Abs (   770,  1146)
	 18: Rel (   -93,    83)  ->  Abs (   677,  1229)
	 19: Rel (   -71,     0)  ->  Abs (   606,  1229)
	 20: Rel (   -61,     0)  ->  Abs (   545,  1229)
	 21: Rel (   -90,   -60)  ->  Abs (   455,  1169)
	 22: Rel (   -18,   -49)  ->  Abs (   437,  1120)
	 23: Rel (    -4,   -13)  ->  Abs (   433,  1107)
	 24: Rel (    -6,    -4)  ->  Abs (   427,  1103)
	 25: Rel (   -12,    -7)  ->  Abs (   415,  1096)
	 26: Rel (   -14,     0)  ->  Abs (   401,  1096)
	 27: Rel (   -17,     0)  ->  Abs (   384,  1096)
	 28: Rel (   -11,     9)  ->  Abs (   373,  1105)
	 29: Rel (    -8,     7)  ->  Abs (   365,  1112)
	 30: Rel (     0,    10)  ->  Abs (   365,  1122)
	 31: Rel (     0,    46)  ->  Abs (   365,  1168)
	 32: Rel (   135,   117)  ->  Abs (   500,  1285)
	 33: Rel (   106,     0)  ->  Abs (   606,  1285)
	 34: Rel (   102,     0)  ->  Abs (   708,  1285)
	 35: Rel (   136,  -120)  ->  Abs (   844,  1165)
	 36: Rel (     0,   -68)  ->  Abs (   844,  1097)
	 37: Rel (     0,   -38)  ->  Abs (   844,  1059)
	 38: Rel (   -18,   -30)  ->  Abs (   826,  1029)
	 39: Rel (   -29,   -48)  ->  Abs (   797,   981)
	 40: Rel (  -133,  -112)  ->  Abs (   664,   869)
	 41: Rel (  -165,  -139)  ->  Abs (   499,   730)

	Glyph 241: off = 0x0000FD72, len = 282
	  numberOfContours:	1
	  xMin:			355
	  yMin:			601
	  xMax:			869
	  yMax:			1285

	EndPoints
	---------
	  0:  55

	  Length of Instructions:	126
	00000: NPUSHB      (11):    15    19     1   100    16   111    39     2     0    30 
	                             0 
	00013: PUSHW[1]            775 
	00016: PUSHB[7]             32    80    30     1    30    55    24 
	00024: PUSHW[1]            410 
	00027: NPUSHB      (44):    49    41   174    37    55    49    14   174    18    30 
	                            55    24    18    55    15     6     1     0     6    16 
	                             6     2     6    34    44    52    62    21    44    15 
	                             3     1     3    26    57    44    62    11    25    56 
	                            49     0     6   245 
	00073: PUSHW[3]            382    24   289 
	00080: SCANCTRL   
	00081: CALL       
	00082: SVTCA[y-axis] 
	00083: MDAP[rd]   
	00084: MIAP[rd+ci] 
	00085: SVTCA[x-axis] 
	00086: FLIPOFF    
	00087: SRP0       
	00088: MIRP[srp0,nmd,rd,0] 
	00089: FLIPON     
	00090: MIRP[nrp0,nmd,rd,0] 
	00091: FLIPOFF    
	00092: SRP0       
	00093: MIRP[srp0,nmd,rd,2] 
	00094: DELTAP1    
	00095: FLIPON     
	00096: MIRP[nrp0,md,rd,1] 
	00097: MIRP[srp0,nmd,rd,0] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: SVTCA[y-axis] 
	00100: SRP0       
	00101: DELTAP1    
	00102: DELTAP2    
	00103: MIRP[nrp0,md,rd,1] 
	00104: SRP0       
	00105: MIRP[nrp0,md,rd,1] 
	00106: SRP0       
	00107: MIRP[nrp0,nmd,rd,0] 
	00108: SRP0       
	00109: MIRP[srp0,md,rd,1] 
	00110: MIRP[nrp0,nmd,rd,0] 
	00111: SRP0       
	00112: MIRP[srp0,md,rd,1] 
	00113: MIRP[nrp0,md,rd,1] 
	00114: DELTAP1    
	00115: RTHG       
	00116: SMD        
	00117: MIRP[nrp0,md,rd,1] 
	00118: SRP2       
	00119: IP         
	00120: IUP[y]     
	00121: IUP[x]     
	00122: SVTCA[y-axis] 
	00123: DELTAP1    
	00124: SVTCA[x-axis] 
	00125: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         Off
	 54:                      Y-Short X-Short On
	 55:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   736,   972)  ->  Abs (   736,   972)
	  1: Rel (    63,   -27)  ->  Abs (   799,   945)
	  2: Rel (    70,   -94)  ->  Abs (   869,   851)
	  3: Rel (     0,   -49)  ->  Abs (   869,   802)
	  4: Rel (     0,   -75)  ->  Abs (   869,   727)
	  5: Rel (  -146,  -126)  ->  Abs (   723,   601)
	  6: Rel (  -119,     0)  ->  Abs (   604,   601)
	  7: Rel (   -71,     0)  ->  Abs (   533,   601)
	  8: Rel (  -146,    53)  ->  Abs (   387,   654)
	  9: Rel (   -25,    25)  ->  Abs (   362,   679)
	 10: Rel (    -7,     8)  ->  Abs (   355,   687)
	 11: Rel (     0,     9)  ->  Abs (   355,   696)
	 12: Rel (     0,    11)  ->  Abs (   355,   707)
	 13: Rel (    19,    16)  ->  Abs (   374,   723)
	 14: Rel (    15,     0)  ->  Abs (   389,   723)
	 15: Rel (    15,     0)  ->  Abs (   404,   723)
	 16: Rel (    29,   -17)  ->  Abs (   433,   706)
	 17: Rel (    78,   -49)  ->  Abs (   511,   657)
	 18: Rel (    93,     0)  ->  Abs (   604,   657)
	 19: Rel (    85,     0)  ->  Abs (   689,   657)
	 20: Rel (   106,    91)  ->  Abs (   795,   748)
	 21: Rel (     0,    53)  ->  Abs (   795,   801)
	 22: Rel (     0,    54)  ->  Abs (   795,   855)
	 23: Rel (  -108,    91)  ->  Abs (   687,   946)
	 24: Rel (  -100,     2)  ->  Abs (   587,   948)
	 25: Rel (   -25,     1)  ->  Abs (   562,   949)
	 26: Rel (   -20,    16)  ->  Abs (   542,   965)
	 27: Rel (     0,    12)  ->  Abs (   542,   977)
	 28: Rel (     0,    11)  ->  Abs (   542,   988)
	 29: Rel (    21,    16)  ->  Abs (   563,  1004)
	 30: Rel (    22,     0)  ->  Abs (   585,  1004)
	 31: Rel (    79,     0)  ->  Abs (   664,  1004)
	 32: Rel (    66,    27)  ->  Abs (   730,  1031)
	 33: Rel (    38,    54)  ->  Abs (   768,  1085)
	 34: Rel (     0,    29)  ->  Abs (   768,  1114)
	 35: Rel (     0,    44)  ->  Abs (   768,  1158)
	 36: Rel (   -81,    71)  ->  Abs (   687,  1229)
	 37: Rel (   -71,     0)  ->  Abs (   616,  1229)
	 38: Rel (  -103,     0)  ->  Abs (   513,  1229)
	 39: Rel (   -54,   -57)  ->  Abs (   459,  1172)
	 40: Rel (   -13,   -15)  ->  Abs (   446,  1157)
	 41: Rel (   -20,     0)  ->  Abs (   426,  1157)
	 42: Rel (   -16,     0)  ->  Abs (   410,  1157)
	 43: Rel (   -20,    16)  ->  Abs (   390,  1173)
	 44: Rel (     0,    10)  ->  Abs (   390,  1183)
	 45: Rel (     0,     9)  ->  Abs (   390,  1192)
	 46: Rel (    11,    12)  ->  Abs (   401,  1204)
	 47: Rel (    33,    36)  ->  Abs (   434,  1240)
	 48: Rel (   116,    45)  ->  Abs (   550,  1285)
	 49: Rel (    66,     0)  ->  Abs (   616,  1285)
	 50: Rel (   103,     0)  ->  Abs (   719,  1285)
	 51: Rel (   123,  -105)  ->  Abs (   842,  1180)
	 52: Rel (     0,   -66)  ->  Abs (   842,  1114)
	 53: Rel (     0,   -44)  ->  Abs (   842,  1070)
	 54: Rel (   -24,   -33)  ->  Abs (   818,  1037)
	 55: Rel (   -33,   -45)  ->  Abs (   785,   992)

	Glyph 242: off = 0x0000FE8C, len = 442
	  numberOfContours:	3
	  xMin:			0
	  yMin:			0
	  xMax:			1242
	  yMax:			1282

	EndPoints
	---------
	  0:  26
	  1:  42
	  2:  84

	  Length of Instructions:	196
	00000: NPUSHB      (58):   127    27   127    28   127    35   127    36     4    36 
	                            35    35    36    28    27    20    28    28    27    35 
	                            28    36     3    27    85    79    43    62    28    35 
	                            54    27    36     1     0    44    43    98    55    55 
	                            54    52    77    53    53    54    62    55    69   116 
	                            76    16    98     9     9     1    98     8 
	00060: PUSHW[1]            531 
	00063: NPUSHB      (15):    17    91     0    18    77    26   174     0    73    62 
	                            43    91    54   255    52 
	00080: PUSHW[1]            388 
	00083: NPUSHB      (19):    86    59    44    79    26    86    23   213    17     5 
	                           213     0     1    91    12   213    16    16    17 
	00104: PUSHW[1]            303 
	00107: NPUSHB       (9):    85     0     0    76    54    10    60    68    24 
	00118: PUSHW[1]            291 
	00121: SCANCTRL   
	00122: CALL       
	00123: SVTCA[y-axis] 
	00124: MIAP[rd+ci] 
	00125: MDAP[rd]   
	00126: MIAP[rd+ci] 
	00127: SVTCA[x-axis] 
	00128: SRP0       
	00129: MIRP[srp0,nmd,rd,2] 
	00130: ALIGNRP    
	00131: SRP0       
	00132: MIRP[nrp0,nmd,rd,0] 
	00133: MIRP[srp0,md,rd,1] 
	00134: ALIGNRP    
	00135: MIRP[nrp0,nmd,rd,0] 
	00136: SRP0       
	00137: MIRP[nrp0,md,rd,1] 
	00138: FLIPOFF    
	00139: SRP0       
	00140: MIRP[srp0,nmd,rd,2] 
	00141: FLIPON     
	00142: MIRP[nrp0,md,rd,1] 
	00143: SRP0       
	00144: MIRP[srp0,nmd,rd,2] 
	00145: MIRP[srp0,md,rd,1] 
	00146: MIRP[nrp0,md,rd,1] 
	00147: MIRP[nrp0,nmd,rd,0] 
	00148: SVTCA[y-axis] 
	00149: SRP0       
	00150: MIRP[srp0,nmd,rd,0] 
	00151: MIRP[nrp0,md,rd,1] 
	00152: SRP0       
	00153: MIRP[nrp0,md,rd,1] 
	00154: MIRP[srp0,md,rd,1] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: ALIGNRP    
	00157: SRP0       
	00158: MIRP[nrp0,md,rd,1] 
	00159: SRP0       
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: SRP0       
	00163: ALIGNRP    
	00164: SRP0       
	00165: MIRP[nrp0,md,rd,1] 
	00166: SRP0       
	00167: MIRP[nrp0,md,rd,2] 
	00168: MIRP[srp0,md,rd,1] 
	00169: ALIGNRP    
	00170: SRP1       
	00171: SRP2       
	00172: IP         
	00173: IP         
	00174: SRP1       
	00175: IP         
	00176: IP         
	00177: SRP1       
	00178: SRP2       
	00179: IP         
	00180: SVTCA[x-axis] 
	00181: SRP1       
	00182: SRP2       
	00183: SLOOP      
	00184: IP         
	00185: SDPVTL[1]  
	00186: SFVTPV     
	00187: MDAP[nrd]  
	00188: CALL       
	00189: RDTG       
	00190: SRP0       
	00191: MDRP[nrp0,nmd,rd,0] 
	00192: SVTCA[x-axis] 
	00193: DELTAP1    
	00194: IUP[y]     
	00195: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:                                      On
	 28:                                      On
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:                                      On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                                      On
	 44:  YDual                               On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         On
	 54:  YDual                               On
	 55:  YDual XDual         Y-Short         On
	 56:                                      Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual XDual         Y-Short         Off
	 61:  YDual               Y-Short X-Short Off
	 62:  YDual                       X-Short On
	 63:  YDual                       X-Short Off
	 64:                      Y-Short X-Short Off
	 65:                      Y-Short X-Short On
	 66:                      Y-Short X-Short Off
	 67:                      Y-Short X-Short On
	 68:                      Y-Short X-Short Off
	 69:  YDual                       X-Short On
	 70:  YDual                       X-Short Off
	 71:  YDual               Y-Short X-Short On
	 72:  YDual               Y-Short X-Short Off
	 73:  YDual XDual         Y-Short         On
	 74:  YDual XDual         Y-Short         Off
	 75:  YDual XDual         Y-Short X-Short Off
	 76:  YDual XDual                 X-Short On
	 77:  YDual XDual                 X-Short Off
	 78:        XDual         Y-Short X-Short Off
	 79:        XDual         Y-Short         On
	 80:        XDual         Y-Short         Off
	 81:                      Y-Short X-Short On
	 82:                      Y-Short X-Short Off
	 83:                      Y-Short X-Short On
	 84:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   277,  1282)  ->  Abs (   277,  1282)
	  1: Rel (     0,  -609)  ->  Abs (   277,   673)
	  2: Rel (   157,     0)  ->  Abs (   434,   673)
	  3: Rel (    25,     0)  ->  Abs (   459,   673)
	  4: Rel (    21,   -17)  ->  Abs (   480,   656)
	  5: Rel (     0,   -12)  ->  Abs (   480,   644)
	  6: Rel (     0,   -11)  ->  Abs (   480,   633)
	  7: Rel (   -21,   -17)  ->  Abs (   459,   616)
	  8: Rel (   -25,     0)  ->  Abs (   434,   616)
	  9: Rel (  -389,     0)  ->  Abs (    45,   616)
	 10: Rel (   -24,     0)  ->  Abs (    21,   616)
	 11: Rel (   -21,    17)  ->  Abs (     0,   633)
	 12: Rel (     0,    12)  ->  Abs (     0,   645)
	 13: Rel (     0,    11)  ->  Abs (     0,   656)
	 14: Rel (    21,    17)  ->  Abs (    21,   673)
	 15: Rel (    24,     0)  ->  Abs (    45,   673)
	 16: Rel (   158,     0)  ->  Abs (   203,   673)
	 17: Rel (     0,   529)  ->  Abs (   203,  1202)
	 18: Rel (  -148,   -40)  ->  Abs (    55,  1162)
	 19: Rel (   -11,    -3)  ->  Abs (    44,  1159)
	 20: Rel (    -8,     0)  ->  Abs (    36,  1159)
	 21: Rel (   -15,     0)  ->  Abs (    21,  1159)
	 22: Rel (   -20,    17)  ->  Abs (     1,  1176)
	 23: Rel (     0,    11)  ->  Abs (     1,  1187)
	 24: Rel (     0,     9)  ->  Abs (     1,  1196)
	 25: Rel (    13,    14)  ->  Abs (    14,  1210)
	 26: Rel (    22,     6)  ->  Abs (    36,  1216)
	 27: Rel (  1119,  -323)  ->  Abs (  1155,   893)
	 28: Rel (  -916,  -590)  ->  Abs (   239,   303)
	 29: Rel (   -22,   -14)  ->  Abs (   217,   289)
	 30: Rel (   -12,     0)  ->  Abs (   205,   289)
	 31: Rel (   -18,     0)  ->  Abs (   187,   289)
	 32: Rel (   -25,    24)  ->  Abs (   162,   313)
	 33: Rel (     0,    18)  ->  Abs (   162,   331)
	 34: Rel (     0,    23)  ->  Abs (   162,   354)
	 35: Rel (    32,    20)  ->  Abs (   194,   374)
	 36: Rel (   915,   590)  ->  Abs (  1109,   964)
	 37: Rel (    22,    14)  ->  Abs (  1131,   978)
	 38: Rel (    12,     0)  ->  Abs (  1143,   978)
	 39: Rel (    18,     0)  ->  Abs (  1161,   978)
	 40: Rel (    25,   -25)  ->  Abs (  1186,   953)
	 41: Rel (     0,   -17)  ->  Abs (  1186,   936)
	 42: Rel (     0,   -23)  ->  Abs (  1186,   913)
	 43: Rel (  -368,  -857)  ->  Abs (   818,    56)
	 44: Rel (   350,     0)  ->  Abs (  1168,    56)
	 45: Rel (     0,    27)  ->  Abs (  1168,    83)
	 46: Rel (     7,     7)  ->  Abs (  1175,    90)
	 47: Rel (    11,    11)  ->  Abs (  1186,   101)
	 48: Rel (    19,     0)  ->  Abs (  1205,   101)
	 49: Rel (    18,     0)  ->  Abs (  1223,   101)
	 50: Rel (    12,   -10)  ->  Abs (  1235,    91)
	 51: Rel (     7,    -7)  ->  Abs (  1242,    84)
	 52: Rel (     0,   -18)  ->  Abs (  1242,    66)
	 53: Rel (     0,   -66)  ->  Abs (  1242,     0)
	 54: Rel (  -503,     0)  ->  Abs (   739,     0)
	 55: Rel (     0,    71)  ->  Abs (   739,    71)
	 56: Rel (   353,   277)  ->  Abs (  1092,   348)
	 57: Rel (    48,    63)  ->  Abs (  1140,   411)
	 58: Rel (    28,    35)  ->  Abs (  1168,   446)
	 59: Rel (     0,    33)  ->  Abs (  1168,   479)
	 60: Rel (     0,    51)  ->  Abs (  1168,   530)
	 61: Rel (   -93,    82)  ->  Abs (  1075,   612)
	 62: Rel (   -71,     0)  ->  Abs (  1004,   612)
	 63: Rel (   -61,     0)  ->  Abs (   943,   612)
	 64: Rel (   -90,   -59)  ->  Abs (   853,   553)
	 65: Rel (   -17,   -50)  ->  Abs (   836,   503)
	 66: Rel (    -5,   -13)  ->  Abs (   831,   490)
	 67: Rel (    -6,    -3)  ->  Abs (   825,   487)
	 68: Rel (   -11,    -8)  ->  Abs (   814,   479)
	 69: Rel (   -15,     0)  ->  Abs (   799,   479)
	 70: Rel (   -16,     0)  ->  Abs (   783,   479)
	 71: Rel (   -11,    10)  ->  Abs (   772,   489)
	 72: Rel (    -9,     6)  ->  Abs (   763,   495)
	 73: Rel (     0,    10)  ->  Abs (   763,   505)
	 74: Rel (     0,    46)  ->  Abs (   763,   551)
	 75: Rel (   135,   117)  ->  Abs (   898,   668)
	 76: Rel (   106,     0)  ->  Abs (  1004,   668)
	 77: Rel (   102,     0)  ->  Abs (  1106,   668)
	 78: Rel (   136,  -119)  ->  Abs (  1242,   549)
	 79: Rel (     0,   -68)  ->  Abs (  1242,   481)
	 80: Rel (     0,   -38)  ->  Abs (  1242,   443)
	 81: Rel (   -18,   -30)  ->  Abs (  1224,   413)
	 82: Rel (   -29,   -48)  ->  Abs (  1195,   365)
	 83: Rel (  -133,  -112)  ->  Abs (  1062,   253)
	 84: Rel (  -165,  -140)  ->  Abs (   897,   113)

	Glyph 243: off = 0x00010046, len = 592
	  numberOfContours:	4
	  xMin:			0
	  yMin:			0
	  xMax:			1218
	  yMax:			1282

	EndPoints
	---------
	  0:  26
	  1:  42
	  2:  73
	  3:  77

	  Length of Instructions:	369
	00000: NPUSHB      (15):    31    44    31    45    65    44    65    77    81    44 
	                            81    77     6     9    15 
	00017: PUSHW[1]            670 
	00020: NPUSHB      (11):    12   148    16    12    12    15    16    66     9     8 
	                             2 
	00033: PUSHW[1]            696 
	00036: NPUSHB      (25):     5   148     1     5     5     2     1    66     8    21 
	                            16    23    27    28    28    36    35    36    20    35 
	                            35    36    76    77    77 
	00063: PUSHW[1]            295 
	00066: NPUSHB      (56):    45    46    20    45    45    46    35    28    36    27 
	                             4    52    78    28    35    74    75    27    36     8 
	                             0    48    77    45   206    77    98    57    47    44 
	                            63    44    79    44     3   111    44   127    44   143 
	                            44     3    44    44    65    76    75    85    46    58 
	                            73    77    66    66    65     1 
	00124: PUSHW[4]            778     0    16   756 
	00133: PUSHB[8]             17     8    15     9    31     9     2     9 
	00142: PUSHW[1]            684 
	00145: NPUSHB      (20):    17    91     0    18    77    26   174     0     0    79 
	                            46    95    46     2    46    65    10    76    85    46 
	00167: PUSHW[1]            396 
	00170: NPUSHB      (13):    47    47    48    48    57    57    58    75    74    45 
	                            77    59    44 
	00185: PUSHW[1]            675 
	00188: NPUSHB      (29):    74    43    43    15    69    31    69     2    69   136 
	                            73    52   154    62   154    73    59    58   154    79 
	                            23   116     0    91    17     1    91    17    16 
	00219: PUSHW[1]           -192 
	00222: PUSHB[4]              9    10    52    16 
	00227: PUSHW[5]            662    78    76   341    24 
	00238: CALL       
	00239: SRP0       
	00240: MIRP[srp0,md,rd,1] 
	00241: CALL       
	00242: ALIGNRP    
	00243: MIRP[nrp0,md,rd,1] 
	00244: SRP0       
	00245: MIRP[nrp0,md,rd,1] 
	00246: MIRP[nrp0,md,rd,1] 
	00247: SRP0       
	00248: MIRP[srp0,nmd,rd,2] 
	00249: MIRP[nrp0,md,rd,1] 
	00250: MIRP[nrp0,nmd,rd,0] 
	00251: MIRP[nrp0,nmd,rd,0] 
	00252: SRP0       
	00253: MIRP[nrp0,nmd,rd,0] 
	00254: DELTAP1    
	00255: ALIGNRP    
	00256: SRP0       
	00257: ALIGNRP    
	00258: MIRP[srp0,nmd,rd,0] 
	00259: MIRP[nrp0,md,rd,1] 
	00260: ALIGNRP    
	00261: SRP0       
	00262: ALIGNRP    
	00263: SRP0       
	00264: ALIGNRP    
	00265: SRP0       
	00266: ALIGNRP    
	00267: SRP0       
	00268: ALIGNRP    
	00269: SRP0       
	00270: MIRP[srp0,nmd,rd,2] 
	00271: MIRP[nrp0,md,rd,1] 
	00272: SVTCA[y-axis] 
	00273: MIAP[rd+ci] 
	00274: MDAP[rd]   
	00275: DELTAP1    
	00276: MIAP[rd+ci] 
	00277: MIRP[srp0,nmd,rd,0] 
	00278: MIRP[nrp0,md,rd,1] 
	00279: SRP0       
	00280: MIRP[srp0,md,rd,1] 
	00281: MIRP[srp0,nmd,rd,0] 
	00282: DELTAP1    
	00283: ALIGNRP    
	00284: SRP0       
	00285: MIRP[nrp0,md,rd,2] 
	00286: SRP0       
	00287: MIRP[nrp0,nmd,rd,0] 
	00288: SRP0       
	00289: ALIGNRP    
	00290: SRP0       
	00291: MIRP[srp0,md,rd,1] 
	00292: ALIGNRP    
	00293: SRP0       
	00294: MIRP[srp0,md,rd,1] 
	00295: ALIGNRP    
	00296: SRP1       
	00297: IP         
	00298: MDAP[rd]   
	00299: DELTAP1    
	00300: DELTAP2    
	00301: ALIGNRP    
	00302: MIRP[nrp0,md,rd,1] 
	00303: MIRP[nrp0,nmd,rd,2] 
	00304: SRP0       
	00305: ALIGNRP    
	00306: SRP1       
	00307: SRP2       
	00308: IP         
	00309: IP         
	00310: SRP1       
	00311: SRP2       
	00312: IP         
	00313: IP         
	00314: SVTCA[x-axis] 
	00315: SRP1       
	00316: SRP2       
	00317: SLOOP      
	00318: IP         
	00319: SDPVTL[1]  
	00320: MDAP[nrd]  
	00321: CALL       
	00322: SFVTCA[x-axis] 
	00323: RDTG       
	00324: SRP0       
	00325: MDRP[nrp0,nmd,rd,0] 
	00326: SDPVTL[1]  
	00327: SFVTPV     
	00328: MDAP[nrd]  
	00329: RTG        
	00330: CALL       
	00331: RDTG       
	00332: SRP0       
	00333: MDRP[nrp0,nmd,rd,0] 
	00334: SVTCA[x-axis] 
	00335: SRP1       
	00336: SRP2       
	00337: IP         
	00338: RTG        
	00339: SVTCA[y-axis] 
	00340: SRP0       
	00341: MIRP[srp0,md,rd,1] 
	00342: RTDG       
	00343: SRP2       
	00344: IP         
	00345: MDAP[rd]   
	00346: RTG        
	00347: SVTCA[x-axis] 
	00348: SRP0       
	00349: MIRP[srp0,nmd,rd,1] 
	00350: MIRP[srp0,nmd,rd,0] 
	00351: MDRP[nrp0,nmd,rd,0] 
	00352: SVTCA[y-axis] 
	00353: SRP0       
	00354: MIRP[srp0,md,rd,1] 
	00355: RTDG       
	00356: SRP2       
	00357: IP         
	00358: MDAP[rd]   
	00359: RTG        
	00360: SVTCA[x-axis] 
	00361: SRP0       
	00362: MIRP[srp0,nmd,rd,1] 
	00363: MIRP[srp0,nmd,rd,0] 
	00364: MDRP[nrp0,nmd,rd,0] 
	00365: IUP[y]     
	00366: IUP[x]     
	00367: SVTCA[x-axis] 
	00368: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:                                      On
	 28:                                      On
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:                                      On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                              X-Short On
	 44:  YDual                               On
	 45:  YDual XDual         Y-Short         On
	 46:                                      On
	 47:  YDual XDual                 X-Short On
	 48:        XDual                         On
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         Off
	 54:                      Y-Short X-Short Off
	 55:                      Y-Short X-Short Off
	 56:  YDual                       X-Short On
	 57:  YDual                       X-Short On
	 58:        XDual         Y-Short         On
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short Off
	 61:        XDual         Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         Off
	 64:                      Y-Short X-Short Off
	 65:  YDual                       X-Short On
	 66:  YDual                       X-Short On
	 67:  YDual                       X-Short Off
	 68:  YDual               Y-Short X-Short Off
	 69:  YDual XDual         Y-Short         On
	 70:  YDual XDual         Y-Short         Off
	 71:  YDual XDual         Y-Short X-Short Off
	 72:  YDual XDual                 X-Short On
	 73:  YDual XDual                 X-Short On
	 74:  YDual XDual         Y-Short         On
	 75:        XDual                         On
	 76:  YDual                       X-Short On
	 77:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   277,  1282)  ->  Abs (   277,  1282)
	  1: Rel (     0,  -609)  ->  Abs (   277,   673)
	  2: Rel (   157,     0)  ->  Abs (   434,   673)
	  3: Rel (    25,     0)  ->  Abs (   459,   673)
	  4: Rel (    21,   -17)  ->  Abs (   480,   656)
	  5: Rel (     0,   -12)  ->  Abs (   480,   644)
	  6: Rel (     0,   -11)  ->  Abs (   480,   633)
	  7: Rel (   -21,   -17)  ->  Abs (   459,   616)
	  8: Rel (   -25,     0)  ->  Abs (   434,   616)
	  9: Rel (  -389,     0)  ->  Abs (    45,   616)
	 10: Rel (   -24,     0)  ->  Abs (    21,   616)
	 11: Rel (   -21,    17)  ->  Abs (     0,   633)
	 12: Rel (     0,    12)  ->  Abs (     0,   645)
	 13: Rel (     0,    11)  ->  Abs (     0,   656)
	 14: Rel (    21,    17)  ->  Abs (    21,   673)
	 15: Rel (    24,     0)  ->  Abs (    45,   673)
	 16: Rel (   158,     0)  ->  Abs (   203,   673)
	 17: Rel (     0,   529)  ->  Abs (   203,  1202)
	 18: Rel (  -148,   -40)  ->  Abs (    55,  1162)
	 19: Rel (   -11,    -3)  ->  Abs (    44,  1159)
	 20: Rel (    -8,     0)  ->  Abs (    36,  1159)
	 21: Rel (   -15,     0)  ->  Abs (    21,  1159)
	 22: Rel (   -20,    17)  ->  Abs (     1,  1176)
	 23: Rel (     0,    11)  ->  Abs (     1,  1187)
	 24: Rel (     0,     9)  ->  Abs (     1,  1196)
	 25: Rel (    13,    14)  ->  Abs (    14,  1210)
	 26: Rel (    22,     6)  ->  Abs (    36,  1216)
	 27: Rel (  1149,  -323)  ->  Abs (  1185,   893)
	 28: Rel (  -915,  -590)  ->  Abs (   270,   303)
	 29: Rel (   -23,   -14)  ->  Abs (   247,   289)
	 30: Rel (   -12,     0)  ->  Abs (   235,   289)
	 31: Rel (   -18,     0)  ->  Abs (   217,   289)
	 32: Rel (   -24,    24)  ->  Abs (   193,   313)
	 33: Rel (     0,    18)  ->  Abs (   193,   331)
	 34: Rel (     0,    23)  ->  Abs (   193,   354)
	 35: Rel (    31,    20)  ->  Abs (   224,   374)
	 36: Rel (   915,   590)  ->  Abs (  1139,   964)
	 37: Rel (    23,    14)  ->  Abs (  1162,   978)
	 38: Rel (    12,     0)  ->  Abs (  1174,   978)
	 39: Rel (    17,     0)  ->  Abs (  1191,   978)
	 40: Rel (    25,   -25)  ->  Abs (  1216,   953)
	 41: Rel (     0,   -17)  ->  Abs (  1216,   936)
	 42: Rel (     0,   -23)  ->  Abs (  1216,   913)
	 43: Rel (  -147,  -734)  ->  Abs (  1069,   179)
	 44: Rel (  -329,     0)  ->  Abs (   740,   179)
	 45: Rel (     0,    57)  ->  Abs (   740,   236)
	 46: Rel (   279,   417)  ->  Abs (  1019,   653)
	 47: Rel (   124,     0)  ->  Abs (  1143,   653)
	 48: Rel (     0,  -418)  ->  Abs (  1143,   235)
	 49: Rel (    29,     0)  ->  Abs (  1172,   235)
	 50: Rel (    25,     0)  ->  Abs (  1197,   235)
	 51: Rel (    21,   -17)  ->  Abs (  1218,   218)
	 52: Rel (     0,   -11)  ->  Abs (  1218,   207)
	 53: Rel (     0,    -7)  ->  Abs (  1218,   200)
	 54: Rel (   -10,   -14)  ->  Abs (  1208,   186)
	 55: Rel (   -17,    -7)  ->  Abs (  1191,   179)
	 56: Rel (   -19,     0)  ->  Abs (  1172,   179)
	 57: Rel (   -29,     0)  ->  Abs (  1143,   179)
	 58: Rel (     0,  -123)  ->  Abs (  1143,    56)
	 59: Rel (    29,     0)  ->  Abs (  1172,    56)
	 60: Rel (    25,     0)  ->  Abs (  1197,    56)
	 61: Rel (    21,   -17)  ->  Abs (  1218,    39)
	 62: Rel (     0,   -11)  ->  Abs (  1218,    28)
	 63: Rel (     0,   -11)  ->  Abs (  1218,    17)
	 64: Rel (   -21,   -17)  ->  Abs (  1197,     0)
	 65: Rel (   -25,     0)  ->  Abs (  1172,     0)
	 66: Rel (  -184,     0)  ->  Abs (   988,     0)
	 67: Rel (   -25,     0)  ->  Abs (   963,     0)
	 68: Rel (   -21,    17)  ->  Abs (   942,    17)
	 69: Rel (     0,    11)  ->  Abs (   942,    28)
	 70: Rel (     0,    12)  ->  Abs (   942,    40)
	 71: Rel (    21,    16)  ->  Abs (   963,    56)
	 72: Rel (    25,     0)  ->  Abs (   988,    56)
	 73: Rel (    81,     0)  ->  Abs (  1069,    56)
	 74: Rel (     0,   179)  ->  Abs (  1069,   235)
	 75: Rel (     0,   362)  ->  Abs (  1069,   597)
	 76: Rel (    -6,     0)  ->  Abs (  1063,   597)
	 77: Rel (  -243,  -362)  ->  Abs (   820,   235)

	Glyph 244: off = 0x00010296, len = 594
	  numberOfContours:	4
	  xMin:			0
	  yMin:			0
	  xMax:			1213
	  yMax:			1285

	EndPoints
	---------
	  0:  55
	  1:  71
	  2:  102
	  3:  106

	  Length of Instructions:	299
	00000: NPUSHB      (41):    31    73    31    74     2    64    73    64    75    64 
	                           105    64   106    80    73    80    74    80   105    80 
	                           106    96    74    96   105    96   106    11    56    57 
	                            57    32    64    65    20    64    64    65   105   106 
	                           106 
	00043: PUSHW[1]            295 
	00046: NPUSHB      (50):    74    75    20    74    74    75    64    57    65    56 
	                             4    81   107     0    30    24    57    64   103   104 
	                            56    65    18    30    77   106    74   206   106    98 
	                            86    73    73   102   105   104    85    75    87   102 
	                            98    95    95    94    30    98    24    24    37    14 
	00098: PUSHW[1]            483 
	00101: PUSHB[4]             18    98     6    41 
	00106: PUSHW[1]            483 
	00109: NPUSHB      (15):    37    98    49     6    49     0    95    75     1    75 
	                            94    10   105    85    75 
	00126: PUSHW[1]            396 
	00129: NPUSHB      (13):    76    76    77    77    86    86    87   104   103    74 
	                           106    59    73 
	00144: PUSHW[1]            675 
	00147: NPUSHB      (28):   103    72    72    15    98    31    98     2    98   136 
	                           102    81   154    91   154   102    59    87   154   108 
	                            34    33    52    21    33    52    93     3 
	00177: PUSHW[1]            605 
	00180: PUSHB[8]             27   147    44    89    11    25   107   152 
	00189: PUSHW[2]            290    24 
	00194: CALL       
	00195: FLIPOFF    
	00196: SRP0       
	00197: MIRP[srp0,nmd,rd,0] 
	00198: FLIPON     
	00199: MIRP[nrp0,nmd,rd,0] 
	00200: MIRP[nrp0,nmd,rd,0] 
	00201: MIRP[srp0,md,rd,1] 
	00202: MIRP[nrp0,nmd,rd,0] 
	00203: MIRP[nrp0,md,rd,1] 
	00204: SRP0       
	00205: MIRP[nrp0,md,rd,1] 
	00206: SRP0       
	00207: MIRP[srp0,nmd,rd,2] 
	00208: MIRP[nrp0,md,rd,1] 
	00209: MIRP[nrp0,nmd,rd,0] 
	00210: MIRP[nrp0,nmd,rd,0] 
	00211: SRP0       
	00212: MIRP[nrp0,nmd,rd,0] 
	00213: DELTAP1    
	00214: ALIGNRP    
	00215: SRP0       
	00216: ALIGNRP    
	00217: MIRP[srp0,nmd,rd,0] 
	00218: MIRP[nrp0,md,rd,1] 
	00219: ALIGNRP    
	00220: SRP0       
	00221: ALIGNRP    
	00222: SRP0       
	00223: ALIGNRP    
	00224: SRP0       
	00225: ALIGNRP    
	00226: SRP0       
	00227: ALIGNRP    
	00228: SRP0       
	00229: MIRP[srp0,nmd,rd,2] 
	00230: MIRP[nrp0,md,rd,1] 
	00231: SVTCA[y-axis] 
	00232: MIAP[rd+ci] 
	00233: MDAP[rd]   
	00234: DELTAP1    
	00235: MIAP[rd+ci] 
	00236: MDAP[rd]   
	00237: SRP0       
	00238: MIRP[nrp0,md,rd,1] 
	00239: MIRP[nrp0,md,rd,1] 
	00240: SRP0       
	00241: MIRP[nrp0,md,rd,1] 
	00242: MIRP[nrp0,md,rd,1] 
	00243: SRP2       
	00244: IP         
	00245: MDAP[rd]   
	00246: MIRP[nrp0,md,rd,1] 
	00247: SRP0       
	00248: ALIGNRP    
	00249: SRP0       
	00250: MIRP[srp0,md,rd,1] 
	00251: ALIGNRP    
	00252: SRP0       
	00253: MIRP[srp0,md,rd,1] 
	00254: ALIGNRP    
	00255: SRP1       
	00256: IP         
	00257: MDAP[rd]   
	00258: ALIGNRP    
	00259: MIRP[nrp0,md,rd,1] 
	00260: MIRP[nrp0,nmd,rd,2] 
	00261: SRP0       
	00262: ALIGNRP    
	00263: SRP1       
	00264: SRP2       
	00265: IP         
	00266: IP         
	00267: SRP1       
	00268: SRP2       
	00269: IP         
	00270: IP         
	00271: SRP1       
	00272: SRP2       
	00273: IP         
	00274: SVTCA[x-axis] 
	00275: SRP1       
	00276: SRP2       
	00277: SLOOP      
	00278: IP         
	00279: SDPVTL[1]  
	00280: MDAP[nrd]  
	00281: CALL       
	00282: SFVTCA[x-axis] 
	00283: RDTG       
	00284: SRP0       
	00285: MDRP[nrp0,nmd,rd,0] 
	00286: SDPVTL[1]  
	00287: SFVTPV     
	00288: MDAP[nrd]  
	00289: RTG        
	00290: CALL       
	00291: RDTG       
	00292: SRP0       
	00293: MDRP[nrp0,nmd,rd,0] 
	00294: IUP[y]     
	00295: IUP[x]     
	00296: SVTCA[x-axis] 
	00297: DELTAP1    
	00298: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         Off
	 54:                      Y-Short X-Short On
	 55:                      Y-Short X-Short Off
	 56:                      Y-Short         On
	 57:                                      On
	 58:                      Y-Short X-Short Off
	 59:  YDual                       X-Short On
	 60:  YDual                       X-Short Off
	 61:  YDual               Y-Short X-Short Off
	 62:  YDual XDual         Y-Short         On
	 63:  YDual XDual         Y-Short         Off
	 64:  YDual XDual         Y-Short X-Short On
	 65:                                      On
	 66:  YDual XDual         Y-Short X-Short Off
	 67:  YDual XDual                 X-Short On
	 68:  YDual XDual                 X-Short Off
	 69:        XDual         Y-Short X-Short Off
	 70:        XDual         Y-Short         On
	 71:        XDual         Y-Short         Off
	 72:                              X-Short On
	 73:  YDual                               On
	 74:  YDual XDual         Y-Short         On
	 75:                                      On
	 76:  YDual XDual                 X-Short On
	 77:        XDual                         On
	 78:  YDual XDual                 X-Short On
	 79:  YDual XDual                 X-Short Off
	 80:        XDual         Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:                      Y-Short X-Short Off
	 84:                      Y-Short X-Short Off
	 85:  YDual                       X-Short On
	 86:  YDual                       X-Short On
	 87:        XDual         Y-Short         On
	 88:  YDual XDual                 X-Short On
	 89:  YDual XDual                 X-Short Off
	 90:        XDual         Y-Short X-Short Off
	 91:        XDual         Y-Short         On
	 92:        XDual         Y-Short         Off
	 93:                      Y-Short X-Short Off
	 94:  YDual                       X-Short On
	 95:  YDual                       X-Short On
	 96:  YDual                       X-Short Off
	 97:  YDual               Y-Short X-Short Off
	 98:  YDual XDual         Y-Short         On
	 99:  YDual XDual         Y-Short         Off
	100:  YDual XDual         Y-Short X-Short Off
	101:  YDual XDual                 X-Short On
	102:  YDual XDual                 X-Short On
	103:  YDual XDual         Y-Short         On
	104:        XDual                         On
	105:  YDual                       X-Short On
	106:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   381,   972)  ->  Abs (   381,   972)
	  1: Rel (    63,   -27)  ->  Abs (   444,   945)
	  2: Rel (    70,   -94)  ->  Abs (   514,   851)
	  3: Rel (     0,   -49)  ->  Abs (   514,   802)
	  4: Rel (     0,   -75)  ->  Abs (   514,   727)
	  5: Rel (  -146,  -126)  ->  Abs (   368,   601)
	  6: Rel (  -119,     0)  ->  Abs (   249,   601)
	  7: Rel (   -71,     0)  ->  Abs (   178,   601)
	  8: Rel (  -146,    53)  ->  Abs (    32,   654)
	  9: Rel (   -25,    25)  ->  Abs (     7,   679)
	 10: Rel (    -7,     8)  ->  Abs (     0,   687)
	 11: Rel (     0,     9)  ->  Abs (     0,   696)
	 12: Rel (     0,    11)  ->  Abs (     0,   707)
	 13: Rel (    19,    16)  ->  Abs (    19,   723)
	 14: Rel (    15,     0)  ->  Abs (    34,   723)
	 15: Rel (    15,     0)  ->  Abs (    49,   723)
	 16: Rel (    29,   -17)  ->  Abs (    78,   706)
	 17: Rel (    78,   -49)  ->  Abs (   156,   657)
	 18: Rel (    93,     0)  ->  Abs (   249,   657)
	 19: Rel (    85,     0)  ->  Abs (   334,   657)
	 20: Rel (   106,    91)  ->  Abs (   440,   748)
	 21: Rel (     0,    53)  ->  Abs (   440,   801)
	 22: Rel (     0,    54)  ->  Abs (   440,   855)
	 23: Rel (  -108,    91)  ->  Abs (   332,   946)
	 24: Rel (  -100,     2)  ->  Abs (   232,   948)
	 25: Rel (   -25,     1)  ->  Abs (   207,   949)
	 26: Rel (   -20,    16)  ->  Abs (   187,   965)
	 27: Rel (     0,    12)  ->  Abs (   187,   977)
	 28: Rel (     0,    11)  ->  Abs (   187,   988)
	 29: Rel (    21,    16)  ->  Abs (   208,  1004)
	 30: Rel (    22,     0)  ->  Abs (   230,  1004)
	 31: Rel (    79,     0)  ->  Abs (   309,  1004)
	 32: Rel (    66,    27)  ->  Abs (   375,  1031)
	 33: Rel (    38,    54)  ->  Abs (   413,  1085)
	 34: Rel (     0,    29)  ->  Abs (   413,  1114)
	 35: Rel (     0,    44)  ->  Abs (   413,  1158)
	 36: Rel (   -81,    71)  ->  Abs (   332,  1229)
	 37: Rel (   -71,     0)  ->  Abs (   261,  1229)
	 38: Rel (  -103,     0)  ->  Abs (   158,  1229)
	 39: Rel (   -54,   -57)  ->  Abs (   104,  1172)
	 40: Rel (   -13,   -15)  ->  Abs (    91,  1157)
	 41: Rel (   -20,     0)  ->  Abs (    71,  1157)
	 42: Rel (   -16,     0)  ->  Abs (    55,  1157)
	 43: Rel (   -20,    16)  ->  Abs (    35,  1173)
	 44: Rel (     0,    10)  ->  Abs (    35,  1183)
	 45: Rel (     0,     9)  ->  Abs (    35,  1192)
	 46: Rel (    11,    12)  ->  Abs (    46,  1204)
	 47: Rel (    33,    36)  ->  Abs (    79,  1240)
	 48: Rel (   116,    45)  ->  Abs (   195,  1285)
	 49: Rel (    66,     0)  ->  Abs (   261,  1285)
	 50: Rel (   103,     0)  ->  Abs (   364,  1285)
	 51: Rel (   123,  -105)  ->  Abs (   487,  1180)
	 52: Rel (     0,   -66)  ->  Abs (   487,  1114)
	 53: Rel (     0,   -44)  ->  Abs (   487,  1070)
	 54: Rel (   -24,   -33)  ->  Abs (   463,  1037)
	 55: Rel (   -33,   -45)  ->  Abs (   430,   992)
	 56: Rel (   741,   -99)  ->  Abs (  1171,   893)
	 57: Rel (  -915,  -590)  ->  Abs (   256,   303)
	 58: Rel (   -22,   -14)  ->  Abs (   234,   289)
	 59: Rel (   -12,     0)  ->  Abs (   222,   289)
	 60: Rel (   -18,     0)  ->  Abs (   204,   289)
	 61: Rel (   -25,    24)  ->  Abs (   179,   313)
	 62: Rel (     0,    18)  ->  Abs (   179,   331)
	 63: Rel (     0,    23)  ->  Abs (   179,   354)
	 64: Rel (    31,    20)  ->  Abs (   210,   374)
	 65: Rel (   916,   590)  ->  Abs (  1126,   964)
	 66: Rel (    22,    14)  ->  Abs (  1148,   978)
	 67: Rel (    12,     0)  ->  Abs (  1160,   978)
	 68: Rel (    18,     0)  ->  Abs (  1178,   978)
	 69: Rel (    25,   -25)  ->  Abs (  1203,   953)
	 70: Rel (     0,   -17)  ->  Abs (  1203,   936)
	 71: Rel (     0,   -23)  ->  Abs (  1203,   913)
	 72: Rel (  -139,  -734)  ->  Abs (  1064,   179)
	 73: Rel (  -329,     0)  ->  Abs (   735,   179)
	 74: Rel (     0,    57)  ->  Abs (   735,   236)
	 75: Rel (   279,   417)  ->  Abs (  1014,   653)
	 76: Rel (   124,     0)  ->  Abs (  1138,   653)
	 77: Rel (     0,  -418)  ->  Abs (  1138,   235)
	 78: Rel (    29,     0)  ->  Abs (  1167,   235)
	 79: Rel (    25,     0)  ->  Abs (  1192,   235)
	 80: Rel (    21,   -17)  ->  Abs (  1213,   218)
	 81: Rel (     0,   -11)  ->  Abs (  1213,   207)
	 82: Rel (     0,    -7)  ->  Abs (  1213,   200)
	 83: Rel (   -10,   -14)  ->  Abs (  1203,   186)
	 84: Rel (   -17,    -7)  ->  Abs (  1186,   179)
	 85: Rel (   -19,     0)  ->  Abs (  1167,   179)
	 86: Rel (   -29,     0)  ->  Abs (  1138,   179)
	 87: Rel (     0,  -123)  ->  Abs (  1138,    56)
	 88: Rel (    29,     0)  ->  Abs (  1167,    56)
	 89: Rel (    25,     0)  ->  Abs (  1192,    56)
	 90: Rel (    21,   -17)  ->  Abs (  1213,    39)
	 91: Rel (     0,   -11)  ->  Abs (  1213,    28)
	 92: Rel (     0,   -11)  ->  Abs (  1213,    17)
	 93: Rel (   -21,   -17)  ->  Abs (  1192,     0)
	 94: Rel (   -25,     0)  ->  Abs (  1167,     0)
	 95: Rel (  -184,     0)  ->  Abs (   983,     0)
	 96: Rel (   -25,     0)  ->  Abs (   958,     0)
	 97: Rel (   -20,    17)  ->  Abs (   938,    17)
	 98: Rel (     0,    11)  ->  Abs (   938,    28)
	 99: Rel (     0,    12)  ->  Abs (   938,    40)
	100: Rel (    20,    16)  ->  Abs (   958,    56)
	101: Rel (    25,     0)  ->  Abs (   983,    56)
	102: Rel (    81,     0)  ->  Abs (  1064,    56)
	103: Rel (     0,   179)  ->  Abs (  1064,   235)
	104: Rel (     0,   362)  ->  Abs (  1064,   597)
	105: Rel (    -6,     0)  ->  Abs (  1058,   597)
	106: Rel (  -242,  -362)  ->  Abs (   816,   235)

	Glyph 245: off = 0x000104E8, len = 340
	  numberOfContours:	1
	  xMin:			159
	  yMin:			0
	  xMax:			1140
	  yMax:			1170

	EndPoints
	---------
	  0:  70

	  Length of Instructions:	154
	00000: NPUSHB      (28):    53    36    70    70    42    17     1    36     7     7 
	                            25    32    36    26    26    25    25    42    17    10 
	                            91    16    23    91    16    17     8    47 
	00030: PUSHW[1]            410 
	00033: NPUSHB      (14):    51    36    43    35    36    43    42     2    62    61 
	                            68    61    36    55 
	00049: PUSHW[1]            408 
	00052: NPUSHB      (14):     9    43    44    51    44    91    50   212    72    52 
	                             0     4   215    13 
	00068: PUSHW[1]            317 
	00071: NPUSHB      (13):     9    20   212    29   212     9    36    24    38   212 
	                            34    34    24 
	00086: PUSHW[5]            665    71    80   339    24 
	00097: CALL       
	00098: SRP0       
	00099: MIRP[srp0,nmd,rd,2] 
	00100: ALIGNRP    
	00101: SRP0       
	00102: MIRP[nrp0,nmd,rd,0] 
	00103: SRP0       
	00104: MIRP[nrp0,md,rd,1] 
	00105: MIRP[nrp0,nmd,rd,0] 
	00106: MIRP[nrp0,nmd,rd,0] 
	00107: SRP0       
	00108: MIRP[nrp0,nmd,rd,0] 
	00109: MIRP[nrp0,nmd,rd,0] 
	00110: ALIGNRP    
	00111: ALIGNRP    
	00112: SRP0       
	00113: MIRP[srp0,nmd,rd,0] 
	00114: MIRP[nrp0,md,rd,1] 
	00115: ALIGNRP    
	00116: SRP0       
	00117: ALIGNRP    
	00118: SRP0       
	00119: MIRP[srp0,nmd,rd,2] 
	00120: MIRP[nrp0,md,rd,1] 
	00121: ALIGNRP    
	00122: SRP0       
	00123: ALIGNRP    
	00124: SVTCA[y-axis] 
	00125: MIAP[rd+ci] 
	00126: ALIGNRP    
	00127: MIRP[nrp0,md,rd,1] 
	00128: SRP0       
	00129: MIRP[nrp0,md,rd,1] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: MIAP[rd+ci] 
	00132: ALIGNRP    
	00133: MIRP[nrp0,md,rd,1] 
	00134: SRP0       
	00135: MIRP[nrp0,md,rd,1] 
	00136: SRP1       
	00137: SRP2       
	00138: IP         
	00139: MDAP[rd]   
	00140: ALIGNRP    
	00141: SRP0       
	00142: MIRP[nrp0,md,rd,1] 
	00143: SRP0       
	00144: ALIGNRP    
	00145: SRP0       
	00146: MIRP[nrp0,md,rd,1] 
	00147: SRP1       
	00148: SRP2       
	00149: IP         
	00150: MDAP[rd]   
	00151: MIRP[nrp0,md,rd,1] 
	00152: IUP[y]     
	00153: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:        XDual         Y-Short         On
	 10:  YDual                               On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                               On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual         Y-Short         On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short On
	 34:        XDual                         On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual                               On
	 44:        XDual                         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         On
	 52:  YDual                               On
	 53:        XDual                         On
	 54:  YDual                               On
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:        XDual         Y-Short X-Short Off
	 61:        XDual         Y-Short         On
	 62:        XDual                         On
	 63:        XDual         Y-Short         Off
	 64:                      Y-Short X-Short Off
	 65:  YDual                       X-Short On
	 66:  YDual                       X-Short Off
	 67:  YDual               Y-Short X-Short Off
	 68:  YDual XDual         Y-Short         On
	 69:  YDual XDual         Y-Short         On
	 70:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   412,   322)  ->  Abs (   412,   322)
	  1: Rel (   216,     0)  ->  Abs (   628,   322)
	  2: Rel (    30,     0)  ->  Abs (   658,   322)
	  3: Rel (    26,   -23)  ->  Abs (   684,   299)
	  4: Rel (     0,   -19)  ->  Abs (   684,   280)
	  5: Rel (     0,   -18)  ->  Abs (   684,   262)
	  6: Rel (   -26,   -24)  ->  Abs (   658,   238)
	  7: Rel (   -30,     0)  ->  Abs (   628,   238)
	  8: Rel (  -216,     0)  ->  Abs (   412,   238)
	  9: Rel (     0,  -154)  ->  Abs (   412,    84)
	 10: Rel (   288,     0)  ->  Abs (   700,    84)
	 11: Rel (    30,     0)  ->  Abs (   730,    84)
	 12: Rel (    26,   -23)  ->  Abs (   756,    61)
	 13: Rel (     0,   -19)  ->  Abs (   756,    42)
	 14: Rel (     0,   -18)  ->  Abs (   756,    24)
	 15: Rel (   -26,   -24)  ->  Abs (   730,     0)
	 16: Rel (   -30,     0)  ->  Abs (   700,     0)
	 17: Rel (  -485,     0)  ->  Abs (   215,     0)
	 18: Rel (   -30,     0)  ->  Abs (   185,     0)
	 19: Rel (   -26,    24)  ->  Abs (   159,    24)
	 20: Rel (     0,    18)  ->  Abs (   159,    42)
	 21: Rel (     0,    19)  ->  Abs (   159,    61)
	 22: Rel (    26,    23)  ->  Abs (   185,    84)
	 23: Rel (    30,     0)  ->  Abs (   215,    84)
	 24: Rel (   113,     0)  ->  Abs (   328,    84)
	 25: Rel (     0,   154)  ->  Abs (   328,   238)
	 26: Rel (  -113,     0)  ->  Abs (   215,   238)
	 27: Rel (   -30,     0)  ->  Abs (   185,   238)
	 28: Rel (   -26,    24)  ->  Abs (   159,   262)
	 29: Rel (     0,    18)  ->  Abs (   159,   280)
	 30: Rel (     0,    19)  ->  Abs (   159,   299)
	 31: Rel (    26,    23)  ->  Abs (   185,   322)
	 32: Rel (    30,     0)  ->  Abs (   215,   322)
	 33: Rel (   113,     0)  ->  Abs (   328,   322)
	 34: Rel (     0,   764)  ->  Abs (   328,  1086)
	 35: Rel (  -113,     0)  ->  Abs (   215,  1086)
	 36: Rel (   -30,     0)  ->  Abs (   185,  1086)
	 37: Rel (   -26,    23)  ->  Abs (   159,  1109)
	 38: Rel (     0,    19)  ->  Abs (   159,  1128)
	 39: Rel (     0,    19)  ->  Abs (   159,  1147)
	 40: Rel (    15,    13)  ->  Abs (   174,  1160)
	 41: Rel (    11,    10)  ->  Abs (   185,  1170)
	 42: Rel (    30,     0)  ->  Abs (   215,  1170)
	 43: Rel (   925,     0)  ->  Abs (  1140,  1170)
	 44: Rel (     0,  -289)  ->  Abs (  1140,   881)
	 45: Rel (     0,   -30)  ->  Abs (  1140,   851)
	 46: Rel (   -23,   -26)  ->  Abs (  1117,   825)
	 47: Rel (   -19,     0)  ->  Abs (  1098,   825)
	 48: Rel (   -19,     0)  ->  Abs (  1079,   825)
	 49: Rel (   -24,    26)  ->  Abs (  1055,   851)
	 50: Rel (     0,    30)  ->  Abs (  1055,   881)
	 51: Rel (     0,   205)  ->  Abs (  1055,  1086)
	 52: Rel (  -643,     0)  ->  Abs (   412,  1086)
	 53: Rel (     0,  -437)  ->  Abs (   412,   649)
	 54: Rel (   302,     0)  ->  Abs (   714,   649)
	 55: Rel (     0,    95)  ->  Abs (   714,   744)
	 56: Rel (     0,    30)  ->  Abs (   714,   774)
	 57: Rel (    23,    26)  ->  Abs (   737,   800)
	 58: Rel (    19,     0)  ->  Abs (   756,   800)
	 59: Rel (    19,     0)  ->  Abs (   775,   800)
	 60: Rel (    23,   -26)  ->  Abs (   798,   774)
	 61: Rel (     0,   -30)  ->  Abs (   798,   744)
	 62: Rel (     0,  -274)  ->  Abs (   798,   470)
	 63: Rel (     0,   -30)  ->  Abs (   798,   440)
	 64: Rel (   -23,   -26)  ->  Abs (   775,   414)
	 65: Rel (   -19,     0)  ->  Abs (   756,   414)
	 66: Rel (   -19,     0)  ->  Abs (   737,   414)
	 67: Rel (   -23,    26)  ->  Abs (   714,   440)
	 68: Rel (     0,    30)  ->  Abs (   714,   470)
	 69: Rel (     0,    95)  ->  Abs (   714,   565)
	 70: Rel (  -302,     0)  ->  Abs (   412,   565)

	Glyph 246: off = 0x0001063C, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1157
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	42
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	52
		Y WOffset:	265
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    84    14 
	00005: PUSHW[1]           -277 
	00008: PUSHB[5]             72    39     1     1    81 
	00014: PUSHW[3]            651    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 247: off = 0x00010670, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			125
	  yMin:			-386
	  xMax:			1150
	  yMax:			1298

	     0: Flags:		0x0226
		Glyf Index:	74
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	217
		X BOffset:	-1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2    31    75     1    75    38 
	00007: PUSHW[1]           -235 
	00010: PUSHB[5]             72    43     2     1    72 
	00016: PUSHW[3]            652    41   300 
	00023: SCANCTRL   
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 248: off = 0x000106A6, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1514

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    38     0 
	00005: PUSHW[1]           -144 
	00008: PUSHB[5]             72    39     1     1    35 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 249: off = 0x000106D8, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			185
	  yMin:			-333
	  xMax:			1044
	  yMax:			1197

	     0: Flags:		0x0226
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	220
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    69    67 
	00005: PUSHW[1]            -26 
	00008: PUSHB[7]             72    39     1     1    72     8    41 
	00016: PUSHW[1]            300 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       

	Glyph 250: off = 0x00010708, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			207
	  yMin:			-333
	  xMax:			1022
	  yMax:			896

	     0: Flags:		0x0226
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	220
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     1    77    33    40    72    39     1     1    73 
	                             8    41 
	00014: PUSHW[1]            300 
	00017: SCANCTRL   
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       

	Glyph 251: off = 0x00010736, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			127
	  yMin:			-33
	  xMax:			1100
	  yMax:			1593

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	72
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    63    55 
	00005: PUSHW[1]           -111 
	00008: PUSHB[5]             72    39     1     1    60 
	00014: PUSHW[3]            651    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 252: off = 0x0001076A, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			-33
	  xMax:			1099
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	70
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    49    41 
	00005: PUSHW[1]           -129 
	00008: PUSHB[5]             72    39     1     1    46 
	00014: PUSHW[3]            652    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 253: off = 0x0001079C, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			127
	  yMin:			-33
	  xMax:			1100
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	47
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    31    67     1    67    55    36   104    43     1 
	                             1    57 
	00014: PUSHW[3]            651    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 

	Glyph 254: off = 0x000107D2, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			-33
	  xMax:			1099
	  yMax:			1299

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	223
		X BOffset:	57
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    31    53     1    53    41     0   104    43     1 
	                             1    43 
	00014: PUSHW[3]            652    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 

	Glyph 255: off = 0x00010806, len = 504
	  numberOfContours:	2
	  xMin:			126
	  yMin:			-33
	  xMax:			1195
	  yMax:			1255

	EndPoints
	---------
	  0:  54
	  1:  66

	  Length of Instructions:	323
	00000: NPUSHB      (35):   168    20   166    32   185    20   183    32     4    79 
	                            20    64    32     2   161    59   161    63   181    59 
	                           183    60   180    63   192    60   193    63     7    41 
	                             8     5    15    18    12 
	00037: PUSHW[1]            686 
	00040: NPUSHB      (14):     0    15     1    15    47    11    15    15    12    11 
	                            34    18    53    47 
	00056: PUSHW[1]            686 
	00059: NPUSHB      (53):    50    47    46    50    50    47    46    34    53    32 
	                            33    10    19    20    32    58    64     1    59     9 
	                             9    34    59    15    44    31    44    47    44    63 
	                            44    79    44   143    44   159    44   175    44     8 
	                            79    44     1    44   147    53    58    33    30    64 
	                            33    22    12 
	00114: PUSHW[4]            396    11    18   302 
	00123: PUSHB[5]             33    19     9   224     1 
	00129: PUSHW[1]            396 
	00132: NPUSHB      (27):     0    59    45    45    19    54    11    32    46    19 
	                            19    64    55     1    48    55    80    55   128    55 
	                             3     0    55    16    55     2    55 
	00161: PUSHW[1]            539 
	00164: NPUSHB      (22):    61    33     0    26     1   240    26     1    26    25 
	                            67    53     0    30     7    18    10    22    11    42 
	                           128    24 
	00188: CALL       
	00189: SVTCA[y-axis] 
	00190: MIAP[rd+ci] 
	00191: MIAP[rd+ci] 
	00192: MIAP[rd+ci] 
	00193: MIAP[rd+ci] 
	00194: SVTCA[x-axis] 
	00195: FLIPOFF    
	00196: SRP0       
	00197: MIRP[srp0,nmd,rd,0] 
	00198: DELTAP1    
	00199: DELTAP2    
	00200: FLIPON     
	00201: MIRP[nrp0,md,rd,1] 
	00202: MIRP[srp0,nmd,rd,0] 
	00203: DELTAP1    
	00204: DELTAP1    
	00205: DELTAP2    
	00206: ALIGNRP    
	00207: SRP0       
	00208: ALIGNRP    
	00209: MIRP[srp0,md,rd,1] 
	00210: ALIGNRP    
	00211: SRP0       
	00212: ALIGNRP    
	00213: SRP0       
	00214: MIRP[srp0,md,rd,1] 
	00215: MIRP[srp0,nmd,rd,2] 
	00216: MIRP[nrp0,nmd,rd,1] 
	00217: SRP0       
	00218: ALIGNRP    
	00219: MIRP[nrp0,md,rd,1] 
	00220: SRP0       
	00221: MIRP[nrp0,nmd,rd,2] 
	00222: SVTCA[y-axis] 
	00223: SRP0       
	00224: MIRP[nrp0,md,rd,1] 
	00225: SRP0       
	00226: MIRP[nrp0,md,rd,1] 
	00227: SRP0       
	00228: MIRP[srp0,nmd,rd,0] 
	00229: DELTAP2    
	00230: DELTAP1    
	00231: MIRP[srp0,md,rd,1] 
	00232: ALIGNRP    
	00233: SRP0       
	00234: MIRP[nrp0,md,rd,1] 
	00235: SRP1       
	00236: SRP2       
	00237: IP         
	00238: IP         
	00239: SVTCA[x-axis] 
	00240: SRP1       
	00241: SRP2       
	00242: IP         
	00243: IP         
	00244: SVTCA[y-axis] 
	00245: SRP0       
	00246: MIRP[srp0,md,rd,1] 
	00247: RTDG       
	00248: SRP2       
	00249: IP         
	00250: MDAP[rd]   
	00251: RTG        
	00252: SVTCA[x-axis] 
	00253: SRP0       
	00254: MIRP[srp0,nmd,rd,1] 
	00255: MIRP[srp0,nmd,rd,0] 
	00256: MDRP[nrp0,nmd,rd,0] 
	00257: SVTCA[y-axis] 
	00258: SRP0       
	00259: MIRP[srp0,md,rd,1] 
	00260: RTDG       
	00261: SRP2       
	00262: IP         
	00263: MDAP[rd]   
	00264: RTG        
	00265: SVTCA[x-axis] 
	00266: SRP0       
	00267: MIRP[srp0,nmd,rd,1] 
	00268: DELTAP1    
	00269: MIRP[srp0,nmd,rd,0] 
	00270: MDRP[nrp0,nmd,rd,0] 
	00271: SRP0       
	00272: SVTCA[x-axis] 
	00273: ALIGNRP    
	00274: IUP[y]     
	00275: IUP[x]     
	00276: RS         
	00277: JROF       
	00278: NPUSHB      (28):    59    63    23    29    28    38    24    37    59    29 
	                            61    35     0    63    23    61    35     0    60    27 
	                            58    35     1    62    25    64    35     0 
	00308: SVTCA[y-axis] 
	00309: CALL       
	00310: CALL       
	00311: SVTCA[x-axis] 
	00312: CALL       
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: FLIPRGON   
	00317: FLIPRGON   
	00318: SVTCA[x-axis] 
	00319: DELTAP1    
	00320: SVTCA[y-axis] 
	00321: DELTAP2    
	00322: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short On
	 11:        XDual                         On
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short         On
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual                         On
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual         Y-Short         On
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short On
	 55:                              X-Short On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual               Y-Short X-Short Off
	 58:  YDual                       X-Short On
	 59:  YDual                       X-Short Off
	 60:                      Y-Short X-Short Off
	 61:        XDual         Y-Short         On
	 62:        XDual         Y-Short         Off
	 63:        XDual         Y-Short X-Short Off
	 64:  YDual XDual                 X-Short On
	 65:  YDual XDual                 X-Short Off
	 66:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1026,  1075)  ->  Abs (  1026,  1075)
	  1: Rel (   110,     0)  ->  Abs (  1136,  1075)
	  2: Rel (    26,     0)  ->  Abs (  1162,  1075)
	  3: Rel (    19,    -9)  ->  Abs (  1181,  1066)
	  4: Rel (    14,   -21)  ->  Abs (  1195,  1045)
	  5: Rel (     0,   -12)  ->  Abs (  1195,  1033)
	  6: Rel (     0,   -12)  ->  Abs (  1195,  1021)
	  7: Rel (   -15,   -22)  ->  Abs (  1180,   999)
	  8: Rel (   -19,    -8)  ->  Abs (  1161,   991)
	  9: Rel (   -32,     0)  ->  Abs (  1129,   991)
	 10: Rel (  -103,     0)  ->  Abs (  1026,   991)
	 11: Rel (     0,  -907)  ->  Abs (  1026,    84)
	 12: Rel (   112,     0)  ->  Abs (  1138,    84)
	 13: Rel (    31,     0)  ->  Abs (  1169,    84)
	 14: Rel (    26,   -23)  ->  Abs (  1195,    61)
	 15: Rel (     0,   -19)  ->  Abs (  1195,    42)
	 16: Rel (     0,   -18)  ->  Abs (  1195,    24)
	 17: Rel (   -26,   -24)  ->  Abs (  1169,     0)
	 18: Rel (   -31,     0)  ->  Abs (  1138,     0)
	 19: Rel (  -197,     0)  ->  Abs (   941,     0)
	 20: Rel (     0,   167)  ->  Abs (   941,   167)
	 21: Rel (  -146,  -200)  ->  Abs (   795,   -33)
	 22: Rel (  -225,     0)  ->  Abs (   570,   -33)
	 23: Rel (  -114,     0)  ->  Abs (   456,   -33)
	 24: Rel (  -209,   121)  ->  Abs (   247,    88)
	 25: Rel (  -121,   224)  ->  Abs (   126,   312)
	 26: Rel (     0,   119)  ->  Abs (   126,   431)
	 27: Rel (     0,   120)  ->  Abs (   126,   551)
	 28: Rel (   121,   223)  ->  Abs (   247,   774)
	 29: Rel (   209,   122)  ->  Abs (   456,   896)
	 30: Rel (   115,     0)  ->  Abs (   571,   896)
	 31: Rel (   220,     0)  ->  Abs (   791,   896)
	 32: Rel (   150,  -200)  ->  Abs (   941,   696)
	 33: Rel (     0,   295)  ->  Abs (   941,   991)
	 34: Rel (  -250,     0)  ->  Abs (   691,   991)
	 35: Rel (   -71,     0)  ->  Abs (   620,   991)
	 36: Rel (    -8,     2)  ->  Abs (   612,   993)
	 37: Rel (   -12,     4)  ->  Abs (   600,   997)
	 38: Rel (   -17,    22)  ->  Abs (   583,  1019)
	 39: Rel (     0,    14)  ->  Abs (   583,  1033)
	 40: Rel (     0,    14)  ->  Abs (   583,  1047)
	 41: Rel (    17,    23)  ->  Abs (   600,  1070)
	 42: Rel (    11,     3)  ->  Abs (   611,  1073)
	 43: Rel (     9,     2)  ->  Abs (   620,  1075)
	 44: Rel (    71,     0)  ->  Abs (   691,  1075)
	 45: Rel (   250,     0)  ->  Abs (   941,  1075)
	 46: Rel (     0,    95)  ->  Abs (   941,  1170)
	 47: Rel (  -112,     0)  ->  Abs (   829,  1170)
	 48: Rel (   -31,     0)  ->  Abs (   798,  1170)
	 49: Rel (   -26,    24)  ->  Abs (   772,  1194)
	 50: Rel (     0,    19)  ->  Abs (   772,  1213)
	 51: Rel (     0,    18)  ->  Abs (   772,  1231)
	 52: Rel (    26,    24)  ->  Abs (   798,  1255)
	 53: Rel (    31,     0)  ->  Abs (   829,  1255)
	 54: Rel (   197,     0)  ->  Abs (  1026,  1255)
	 55: Rel (   -85,  -824)  ->  Abs (   941,   431)
	 56: Rel (     0,   160)  ->  Abs (   941,   591)
	 57: Rel (  -216,   220)  ->  Abs (   725,   811)
	 58: Rel (  -149,     0)  ->  Abs (   576,   811)
	 59: Rel (  -150,     0)  ->  Abs (   426,   811)
	 60: Rel (  -216,  -220)  ->  Abs (   210,   591)
	 61: Rel (     0,  -160)  ->  Abs (   210,   431)
	 62: Rel (     0,  -159)  ->  Abs (   210,   272)
	 63: Rel (   216,  -221)  ->  Abs (   426,    51)
	 64: Rel (   150,     0)  ->  Abs (   576,    51)
	 65: Rel (   149,     0)  ->  Abs (   725,    51)
	 66: Rel (   216,   221)  ->  Abs (   941,   272)

	Glyph 256: off = 0x000109FE, len = 80
	  numberOfContours:	1
	  xMin:			-27
	  yMin:			1340
	  xMax:			1256
	  yMax:			1425

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	29
	00000: NPUSHB       (9):     7    30     0    11    26    15     4    25    14 
	00011: PUSHW[1]            472 
	00014: PUSHB[2]            124    24 
	00017: CALL       
	00018: FLIPOFF    
	00019: SRP0       
	00020: MIRP[nrp0,nmd,rd,0] 
	00021: SRP0       
	00022: MIRP[nrp0,nmd,rd,2] 
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: FLIPON     
	00026: MIRP[nrp0,md,rd,1] 
	00027: IUP[y]     
	00028: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1200,  1340)  ->  Abs (  1200,  1340)
	  1: Rel ( -1171,     0)  ->  Abs (    29,  1340)
	  2: Rel (   -30,     0)  ->  Abs (    -1,  1340)
	  3: Rel (   -26,    24)  ->  Abs (   -27,  1364)
	  4: Rel (     0,    19)  ->  Abs (   -27,  1383)
	  5: Rel (     0,    18)  ->  Abs (   -27,  1401)
	  6: Rel (    26,    24)  ->  Abs (    -1,  1425)
	  7: Rel (    30,     0)  ->  Abs (    29,  1425)
	  8: Rel (  1171,     0)  ->  Abs (  1200,  1425)
	  9: Rel (    31,     0)  ->  Abs (  1231,  1425)
	 10: Rel (    25,   -24)  ->  Abs (  1256,  1401)
	 11: Rel (     0,   -19)  ->  Abs (  1256,  1382)
	 12: Rel (     0,   -18)  ->  Abs (  1256,  1364)
	 13: Rel (   -25,   -24)  ->  Abs (  1231,  1340)

	Glyph 257: off = 0x00010A4E, len = 74
	  numberOfContours:	1
	  xMin:			708
	  yMin:			581
	  xMax:			913
	  yMax:			786

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	29
	00000: PUSHB[4]              9   138     3     0 
	00005: PUSHW[1]            305 
	00008: PUSHB[3]              6    25    12 
	00012: PUSHW[1]            435 
	00015: PUSHB[2]            170    24 
	00018: CALL       
	00019: FLIPOFF    
	00020: SRP0       
	00021: MIRP[srp0,nmd,rd,0] 
	00022: FLIPON     
	00023: MIRP[nrp0,md,rd,1] 
	00024: SVTCA[y-axis] 
	00025: MDAP[rd]   
	00026: MIRP[nrp0,md,rd,1] 
	00027: IUP[y]     
	00028: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   913,   683)  ->  Abs (   913,   683)
	  1: Rel (     0,   -42)  ->  Abs (   913,   641)
	  2: Rel (   -60,   -60)  ->  Abs (   853,   581)
	  3: Rel (   -42,     0)  ->  Abs (   811,   581)
	  4: Rel (   -43,     0)  ->  Abs (   768,   581)
	  5: Rel (   -60,    60)  ->  Abs (   708,   641)
	  6: Rel (     0,    42)  ->  Abs (   708,   683)
	  7: Rel (     0,    43)  ->  Abs (   708,   726)
	  8: Rel (    60,    60)  ->  Abs (   768,   786)
	  9: Rel (    43,     0)  ->  Abs (   811,   786)
	 10: Rel (    42,     0)  ->  Abs (   853,   786)
	 11: Rel (    60,   -60)  ->  Abs (   913,   726)

	Glyph 258: off = 0x00010A98, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	1
		Y WOffset:	265
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              2    47    70   160    70     2    70    26 
	00009: PUSHW[1]           -400 
	00012: PUSHB[5]             72    43     2     1    67 
	00018: PUSHW[3]            651    41   300 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 259: off = 0x00010AD2, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1298

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	217
		X BOffset:	12
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2   112    78   239    78   255    78     3    78    29 
	00012: PUSHW[1]           -328 
	00015: PUSHB[5]             72    43     2     1    75 
	00021: PUSHW[3]            652    41   300 
	00028: SCANCTRL   
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: DELTAP1    
	00034: SHC[rp1,zp0] 

	Glyph 260: off = 0x00010B0E, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			-261
	  xMax:			1275
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	222
		X WOffset:	512
		Y WOffset:	33
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (23):     2     0    71    64    71    80    71     3   160    71 
	                           208    71   240    71     3     0    71    16    71   144 
	                            71     3    71 
	00025: PUSHW[1]            -64 
	00028: PUSHB[5]              9    33    52    71    26 
	00034: PUSHW[1]            278 
	00037: PUSHB[7]             72    43     2     1    51     8    41 
	00045: PUSHW[1]            300 
	00048: SCANCTRL   
	00049: SVTCA[y-axis] 
	00050: CALL       
	00051: SVTCA[x-axis] 
	00052: CALL       
	00053: CALL       
	00054: DELTAP1    
	00055: DELTAP1    
	00056: DELTAP2    
	00057: SHC[rp1,zp0] 

	Glyph 261: off = 0x00010B62, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-260
	  xMax:			1197
	  yMax:			896

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	222
		X WOffset:	434
		Y WOffset:	34
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):    70    81    87    80    86    83    86    85     4     2 
	                           240    79     1    79 
	00016: PUSHW[1]            -64 
	00019: PUSHB[4]             18    20    52    79 
	00024: PUSHW[1]            -64 
	00027: NPUSHB      (13):     9    14    52    79     0    30    72    43     2     1 
	                            59     8    41 
	00042: PUSHW[1]            300 
	00045: SCANCTRL   
	00046: SVTCA[y-axis] 
	00047: CALL       
	00048: SVTCA[x-axis] 
	00049: CALL       
	00050: CALL       
	00051: CALL       
	00052: DELTAP1    
	00053: SHC[rp1,zp0] 
	00054: SVTCA[y-axis] 
	00055: DELTAP1    

	Glyph 262: off = 0x00010BB4, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			0
	  xMax:			1142
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	39
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	11
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     0    55    16    55    32    55    48    55     4 
	                            55    44 
	00014: PUSHW[1]            257 
	00017: PUSHB[5]            104    43     2     1    45 
	00023: PUSHW[3]            651    41   300 
	00030: SCANCTRL   
	00031: SVTCA[y-axis] 
	00032: CALL       
	00033: SVTCA[x-axis] 
	00034: CALL       
	00035: DELTAP1    
	00036: SHC[rp1,zp0] 

	Glyph 263: off = 0x00010BF4, len = 424
	  numberOfContours:	3
	  xMin:			126
	  yMin:			-33
	  xMax:			1229
	  yMax:			1255

	EndPoints
	---------
	  0:  24
	  1:  36
	  2:  54

	  Length of Instructions:	270
	00000: NPUSHB      (20):   122    11   122    15   137    11   137    15   214    29 
	                             5   138    54     1    53    64     9    16    52    47 
	00022: PUSHW[1]            -64 
	00025: NPUSHB      (18):     9    16    52   170    26   170    30     2   143     8 
	                           134    17   129    18     3    26    16    36 
	00045: PUSHW[3]            -23    32   -16 
	00052: PUSHB[3]             30    16    18 
	00056: PUSHW[1]            -16 
	00059: PUSHB[4]              8    16     6     2 
	00064: PUSHW[1]            686 
	00067: NPUSHB      (11):     4    47     1     4     4     2     1    34     6    24 
	                            20 
	00080: PUSHW[1]            686 
	00083: NPUSHB      (26):    22    47    19    22    22    20    19    34    24     8 
	                            18    28    34   128    49     1    49    49   143    38 
	                             1    38    38    43     0     8 
	00111: PUSHW[1]            302 
	00114: PUSHB[4]             34    33    10    18 
	00119: PUSHW[1]            302 
	00122: NPUSHB      (17):    28    33    16    24     0     7    10    10    11    16 
	                             7     0     0    37    46    40    51 
	00141: PUSHW[1]            -64 
	00144: NPUSHB      (25):     9    16    52    51    51    40    40    46     0     1 
	                            19    25     7    32    64     1     1     1     1    31 
	                            33   128    13     1    13 
	00171: PUSHW[5]            396    55    42   383    24 
	00182: CALL       
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,2] 
	00185: DELTAP2    
	00186: MIRP[nrp0,md,rd,1] 
	00187: SHP[rp1,zp0] 
	00188: MDAP[rd]   
	00189: DELTAP2    
	00190: MIRP[srp0,md,rd,1] 
	00191: ALIGNRP    
	00192: ALIGNRP    
	00193: SRP0       
	00194: ALIGNRP    
	00195: MDAP[rd]   
	00196: SHP[rp1,zp0] 
	00197: MDAP[rd]   
	00198: SHP[rp1,zp0] 
	00199: MDAP[rd]   
	00200: CALL       
	00201: SRP1       
	00202: SRP2       
	00203: IP         
	00204: SVTCA[y-axis] 
	00205: MIAP[rd+ci] 
	00206: MIAP[rd+ci] 
	00207: MIAP[rd+ci] 
	00208: MIAP[rd+ci] 
	00209: SRP0       
	00210: ALIGNRP    
	00211: SRP0       
	00212: MIRP[nrp0,md,rd,1] 
	00213: MIRP[nrp0,md,rd,1] 
	00214: SRP0       
	00215: MIRP[nrp0,md,rd,1] 
	00216: MIRP[nrp0,md,rd,1] 
	00217: MIAP[rd+ci] 
	00218: SHP[rp1,zp0] 
	00219: MDAP[rd]   
	00220: DELTAP2    
	00221: SHP[rp1,zp0] 
	00222: MDAP[rd]   
	00223: DELTAP1    
	00224: SRP1       
	00225: SRP2       
	00226: IP         
	00227: IP         
	00228: SRP0       
	00229: MIRP[srp0,md,rd,1] 
	00230: RTDG       
	00231: SRP2       
	00232: IP         
	00233: MDAP[rd]   
	00234: RTG        
	00235: SVTCA[x-axis] 
	00236: SRP0       
	00237: MIRP[srp0,nmd,rd,1] 
	00238: MIRP[srp0,nmd,rd,0] 
	00239: MDRP[nrp0,nmd,rd,0] 
	00240: SVTCA[y-axis] 
	00241: SRP0       
	00242: MIRP[srp0,md,rd,1] 
	00243: RTDG       
	00244: SRP2       
	00245: IP         
	00246: MDAP[rd]   
	00247: RTG        
	00248: SVTCA[x-axis] 
	00249: SRP0       
	00250: MIRP[srp0,nmd,rd,1] 
	00251: MIRP[srp0,nmd,rd,0] 
	00252: MDRP[nrp0,nmd,rd,0] 
	00253: SVTCA[y-axis] 
	00254: SHPIX      
	00255: SHPIX      
	00256: SHPIX      
	00257: SHPIX      
	00258: SHPIX      
	00259: SHPIX      
	00260: IUP[y]     
	00261: IUP[x]     
	00262: SVTCA[y-axis] 
	00263: DELTAP2    
	00264: DELTAP1    
	00265: CALL       
	00266: CALL       
	00267: SVTCA[x-axis] 
	00268: DELTAP2    
	00269: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                              X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:        XDual                 X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:                              X-Short On
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:        XDual                 X-Short On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                      Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:                                      On
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   881,  1255)  ->  Abs (   881,  1255)
	  1: Rel (     0, -1171)  ->  Abs (   881,    84)
	  2: Rel (   113,     0)  ->  Abs (   994,    84)
	  3: Rel (    56,     0)  ->  Abs (  1050,    84)
	  4: Rel (     0,   -42)  ->  Abs (  1050,    42)
	  5: Rel (     0,   -42)  ->  Abs (  1050,     0)
	  6: Rel (   -56,     0)  ->  Abs (   994,     0)
	  7: Rel (  -198,     0)  ->  Abs (   796,     0)
	  8: Rel (     1,   155)  ->  Abs (   797,   155)
	  9: Rel (  -118,  -188)  ->  Abs (   679,   -33)
	 10: Rel (  -181,     0)  ->  Abs (   498,   -33)
	 11: Rel (  -156,     0)  ->  Abs (   342,   -33)
	 12: Rel (  -216,   276)  ->  Abs (   126,   243)
	 13: Rel (     0,   188)  ->  Abs (   126,   431)
	 14: Rel (     0,   194)  ->  Abs (   126,   625)
	 15: Rel (   221,   271)  ->  Abs (   347,   896)
	 16: Rel (   152,     0)  ->  Abs (   499,   896)
	 17: Rel (   176,     0)  ->  Abs (   675,   896)
	 18: Rel (   122,  -182)  ->  Abs (   797,   714)
	 19: Rel (    -1,   456)  ->  Abs (   796,  1170)
	 20: Rel (  -112,     0)  ->  Abs (   684,  1170)
	 21: Rel (   -56,     0)  ->  Abs (   628,  1170)
	 22: Rel (     0,    42)  ->  Abs (   628,  1212)
	 23: Rel (     0,    43)  ->  Abs (   628,  1255)
	 24: Rel (    56,     0)  ->  Abs (   684,  1255)
	 25: Rel (   112,  -824)  ->  Abs (   796,   431)
	 26: Rel (     0,   158)  ->  Abs (   796,   589)
	 27: Rel (  -172,   222)  ->  Abs (   624,   811)
	 28: Rel (  -121,     0)  ->  Abs (   503,   811)
	 29: Rel (  -121,     0)  ->  Abs (   382,   811)
	 30: Rel (  -172,  -223)  ->  Abs (   210,   588)
	 31: Rel (     0,  -157)  ->  Abs (   210,   431)
	 32: Rel (     0,  -154)  ->  Abs (   210,   277)
	 33: Rel (   170,  -226)  ->  Abs (   380,    51)
	 34: Rel (   123,     0)  ->  Abs (   503,    51)
	 35: Rel (   120,     0)  ->  Abs (   623,    51)
	 36: Rel (   173,   222)  ->  Abs (   796,   273)
	 37: Rel (   347,   823)  ->  Abs (  1143,  1096)
	 38: Rel (   -24,     0)  ->  Abs (  1119,  1096)
	 39: Rel (   -79,     0)  ->  Abs (  1040,  1096)
	 40: Rel (     0,    77)  ->  Abs (  1040,  1173)
	 41: Rel (     0,    33)  ->  Abs (  1040,  1206)
	 42: Rel (    42,    49)  ->  Abs (  1082,  1255)
	 43: Rel (    37,     0)  ->  Abs (  1119,  1255)
	 44: Rel (    30,     0)  ->  Abs (  1149,  1255)
	 45: Rel (    80,     0)  ->  Abs (  1229,  1255)
	 46: Rel (     0,   -85)  ->  Abs (  1229,  1170)
	 47: Rel (     0,   -75)  ->  Abs (  1229,  1095)
	 48: Rel (  -122,  -173)  ->  Abs (  1107,   922)
	 49: Rel (   -26,     0)  ->  Abs (  1081,   922)
	 50: Rel (   -36,     0)  ->  Abs (  1045,   922)
	 51: Rel (     0,    30)  ->  Abs (  1045,   952)
	 52: Rel (     0,    16)  ->  Abs (  1045,   968)
	 53: Rel (    30,    31)  ->  Abs (  1075,   999)
	 54: Rel (    59,    62)  ->  Abs (  1134,  1061)

	Glyph 264: off = 0x00010D9C, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1071
	  yMax:			1170

	     0: Flags:		0x0206
		Glyf Index:	231
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 265: off = 0x00010DAC, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			-267
	  xMax:			1166
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	222
		X WOffset:	403
		Y WOffset:	27
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (34):     1   240    78     1    80    78   160    78   176    78 
	                             3     0    78     1     0    78    16    78    32    78 
	                            64    78   112    78     5     0    78    32    78    48 
	                            78     3    78    36 
	00036: PUSHW[1]            472 
	00039: PUSHB[7]             72    43     1     1    58     8    41 
	00047: SVTCA[y-axis] 
	00048: CALL       
	00049: SVTCA[x-axis] 
	00050: CALL       
	00051: DELTAP1    
	00052: DELTAP1    
	00053: DELTAP2    
	00054: DELTAP1    
	00055: DELTAP1    
	00056: SHC[rp1,zp0] 

	Glyph 266: off = 0x00010E00, len = 132
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-291
	  xMax:			1071
	  yMax:			896

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	222
		X BOffset:	33
		Y BOffset:	3
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (96):     2     1    57    18    60    72    39    40    58    56 
	                            58    72    58    88    58   104    58   153    56   165 
	                            52   168    56   181    52   187    56   197    52   201 
	                            56   213    51   214    52   218    56   229    52   234 
	                            56   247    52    18     7    52    21    52    26    58 
	                            37    52    43    58    51    52    59    58    69    52 
	                            74    58    84    52    91    58   103    52   106    58 
	                           117    52   124    58   134    52   137    58   149    52 
	                           153    58   164    52   171    58   181    52   188    58 
	                            23     2     1    60     8    41 
	00098: PUSHW[1]            300 
	00101: SCANCTRL   
	00102: SVTCA[y-axis] 
	00103: CALL       
	00104: SVTCA[x-axis] 
	00105: DELTAP2    
	00106: DELTAP1    
	00107: CALL       

	Glyph 267: off = 0x00010E84, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	25
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     1    16    64   112    64     2     0    64    32    64 
	                           224    64     3    64    36 
	00017: PUSHW[1]            269 
	00020: PUSHB[5]            104    43     1     1    54 
	00026: PUSHW[2]            651    41 
	00031: SVTCA[y-axis] 
	00032: CALL       
	00033: SVTCA[x-axis] 
	00034: CALL       
	00035: DELTAP1    
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph 268: off = 0x00010EC4, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1299

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	223
		X BOffset:	33
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     1    43    29     0   104    39     2     1    33 
	00012: PUSHW[3]            652    41   300 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       

	Glyph 269: off = 0x00010EF4, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			0
	  xMax:			1112
	  yMax:			1593

	     0: Flags:		0x0226
		Glyf Index:	47
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	6
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    40     0 
	00005: PUSHW[1]            -20 
	00008: PUSHB[5]             72    39     1     1    37 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 270: off = 0x00010F26, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			187
	  yMin:			0
	  xMax:			1044
	  yMax:			1637

	     0: Flags:		0x0226
		Glyf Index:	79
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	2
		Y WOffset:	308
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    31     0 
	00005: PUSHW[1]           -213 
	00008: PUSHB[5]             72    39     1     1    28 
	00014: PUSHW[2]            653    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 271: off = 0x00010F58, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			0
	  xMax:			1112
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	47
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	493
		X WOffset:	323
		Y WOffset:	1239
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1    79    37   127    37     2    37     0 
	00009: PUSHW[1]            374 
	00012: PUSHB[7]             72    43     1     1    40     2    41 
	00020: PUSHW[1]            280 
	00023: SCANCTRL   
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 272: off = 0x00010F90, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			187
	  yMin:			0
	  xMax:			1044
	  yMax:			1255

	     0: Flags:		0x0226
		Glyf Index:	79
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	493
		X WOffset:	273
		Y WOffset:	1364
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (26):     1   111    28   127    28     2    79    28    95    28 
	                             2    47    28    63    28     2    28     1   136    72 
	                            43     1     1    31     0    41 
	00028: PUSHW[1]            280 
	00031: SCANCTRL   
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP1    
	00038: DELTAP1    
	00039: SHC[rp1,zp0] 

	Glyph 273: off = 0x00010FD2, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			0
	  xMax:			1112
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	47
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	257
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    47    37    95    37   111    37     3    37    11 
	00012: PUSHW[1]            601 
	00015: NPUSHB       (9):    72    43     1     1    40     1   240    72    39 
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: SVTCA[y-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 274: off = 0x0001100A, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			187
	  yMin:			0
	  xMax:			1044
	  yMax:			1255

	     0: Flags:		0x0026
		Glyf Index:	79
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0106
		Glyf Index:	257
		X BOffset:	47
		Y BOffset:	-56
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     1    15    31    31    31     2    31    64    25    29 
	                            52    31     0    99    72    43     1     1    28 
	00021: PUSHW[2]            654    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: CALL       
	00031: DELTAP1    
	00032: SHC[rp1,zp0] 

	Glyph 275: off = 0x00011044, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			46
	  yMin:			0
	  xMax:			1153
	  yMax:			1593

	     0: Flags:		0x0226
		Glyf Index:	49
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	34
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     0    51     1    51    27   155    72    43     1 
	                             1    48 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 276: off = 0x00011078, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			108
	  yMin:			0
	  xMax:			1111
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	81
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	44
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1     0    63    16    63     2    63     4 
	00009: PUSHW[1]           -175 
	00012: PUSHB[5]             72    43     1     1    60 
	00018: PUSHW[2]            652    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph 277: off = 0x000110AE, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			46
	  yMin:			0
	  xMax:			1153
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	49
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	9
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     1    32    55    48    55    64    55    80    55   144 
	                            55   160    55     6    55    27 
	00018: PUSHW[1]            302 
	00021: PUSHB[5]            104    43     1     1    45 
	00027: PUSHW[3]            651    41   300 
	00034: SCANCTRL   
	00035: SVTCA[y-axis] 
	00036: CALL       
	00037: SVTCA[x-axis] 
	00038: CALL       
	00039: DELTAP1    
	00040: SHC[rp1,zp0] 

	Glyph 278: off = 0x000110F2, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			108
	  yMin:			0
	  xMax:			1111
	  yMax:			1299

	     0: Flags:		0x0226
		Glyf Index:	81
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	223
		X BOffset:	19
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1     0    67    16    67     2    67     4 
	00009: PUSHW[1]            -60 
	00012: PUSHB[8]            104    43    39    41     1     1     1    57 
	00021: PUSHW[2]            652    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: DELTAP1    
	00030: CALL       
	00031: DELTAP1    
	00032: SHC[rp1,zp0] 

	Glyph 279: off = 0x0001112C, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1592

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	221
		X WOffset:	-10
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     3     2     0    32    56    10    10    64     2     3 
	                             2    45 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 280: off = 0x00011160, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1328

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	221
		X BOffset:	108
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              3     2     0    30     1    30     9 
	00008: PUSHW[1]           -192 
	00011: PUSHB[6]             72    43     2     3     2    28 
	00018: PUSHW[3]            652    41   300 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 
	00032: SHC[rp1,zp0] 

	Glyph 281: off = 0x0001119A, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1214
	  yMax:			1593

	     0: Flags:		0x0226
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	38
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     1    62    55    79    72    39     2     1    59 
	00012: PUSHW[3]            651    41   300 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       

	Glyph 282: off = 0x000111CC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			0
	  xMax:			1114
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	85
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	30
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    50     4 
	00005: PUSHW[1]           -337 
	00008: PUSHB[5]             72    39     1     1    48 
	00014: PUSHW[2]            652    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 283: off = 0x000111FC, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1214
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	-24
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (23):     2     0    66    16    66    32    66   128    66   160 
	                            66     5     0    66     1    66    55   250   104    43 
	                             2     1    56 
	00025: PUSHW[3]            651    41   300 
	00032: SCANCTRL   
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: DELTAP2    
	00038: DELTAP1    
	00039: SHC[rp1,zp0] 

	Glyph 284: off = 0x0001123E, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			0
	  xMax:			1114
	  yMax:			1299

	     0: Flags:		0x0226
		Glyf Index:	85
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	223
		X BOffset:	29
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    54     4 
	00005: PUSHW[1]           -250 
	00008: PUSHB[5]            104    39     1     1    44 
	00014: PUSHW[2]            652    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 285: off = 0x0001126E, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			185
	  yMin:			-33
	  xMax:			1044
	  yMax:			1593

	     0: Flags:		0x0226
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	73
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    75    67 
	00005: PUSHW[1]            -96 
	00008: PUSHB[5]             72    39     1     1    72 
	00014: PUSHW[3]            651    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 286: off = 0x000112A2, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			207
	  yMin:			-33
	  xMax:			1022
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	61
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    75    67 
	00005: PUSHW[1]           -105 
	00008: PUSHB[5]             72    39     1     1    72 
	00014: PUSHW[3]            652    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 287: off = 0x000112D4, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			143
	  yMin:			-441
	  xMax:			1084
	  yMax:			1170

	     0: Flags:		0x0236
		Glyf Index:	55
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	493
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1    32    48    48    48     2     0    48    16    48 
	                             2     0    48    48    16     1    64 
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: DELTAP1    
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 

	Glyph 288: off = 0x00011304, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			146
	  yMin:			-441
	  xMax:			1083
	  yMax:			1170

	     0: Flags:		0x0236
		Glyf Index:	87
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	493
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     1    16    54    32    54   144    54   160    54     4 
	                             0    54    54    16     1    64 
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: DELTAP1    
	00021: SHC[rp1,zp0] 

	Glyph 289: off = 0x00011332, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			143
	  yMin:			0
	  xMax:			1084
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	55
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	1
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    46     0 
	00005: PUSHW[1]            -42 
	00008: PUSHB[5]            104    39     1     1    36 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       

	Glyph 290: off = 0x00011364, len = 420
	  numberOfContours:	2
	  xMin:			146
	  yMin:			-33
	  xMax:			1083
	  yMax:			1255

	EndPoints
	---------
	  0:  17
	  1:  53

	  Length of Instructions:	273
	00000: PUSHB[6]              7    64     9    15    52     1 
	00007: PUSHW[1]            -64 
	00010: NPUSHB      (62):     9    15    52    79    12   251    40     2    13    40 
	                            26    40   137     8     3   116     1   119     7   146 
	                             1   151     7   211    26   228    26     6   164    26 
	                           181    26   194    26     3   166    30   198    27   214 
	                            27     3   118    30   134    30   149    30     3   128 
	                             3     1     3     3    10    10    15     0     9     0 
	                            12     5 
	00074: PUSHW[1]            -64 
	00077: NPUSHB      (23):     9    15    52     5     5    12     0     0    47    12 
	                            63    12    79    12     3    12    12    21    25    23 
	                             8    19    23 
	00102: PUSHW[3]            686    21   370 
	00109: NPUSHB      (28):    24    21    21    23    24    34    19    51     2    43 
	                            59    47    47    23    59    19    19    18     6    33 
	                            33    28    33    38    11    35   136    21 
	00139: PUSHW[1]            425 
	00142: NPUSHB      (24):    53    53    24    25    32    49    45   198   112    41 
	                           191    41     2    32    41    48    41     2     0    41 
	                            16    41     2    41 
	00168: PUSHW[1]            741 
	00171: PUSHB[4]             54    42   173    24 
	00176: CALL       
	00177: SRP0       
	00178: MIRP[srp0,nmd,rd,2] 
	00179: DELTAP1    
	00180: DELTAP1    
	00181: DELTAP1    
	00182: MIRP[nrp0,nmd,rd,0] 
	00183: ALIGNRP    
	00184: MIRP[srp0,md,rd,1] 
	00185: ALIGNRP    
	00186: ALIGNRP    
	00187: SRP0       
	00188: MIRP[srp0,nmd,rd,0] 
	00189: MIRP[nrp0,nmd,rd,0] 
	00190: SVTCA[y-axis] 
	00191: MIAP[rd+ci] 
	00192: MIRP[srp0,md,rd,1] 
	00193: SHP[rp2,zp1] 
	00194: MDAP[rd]   
	00195: MIAP[rd+ci] 
	00196: ALIGNRP    
	00197: SRP0       
	00198: MIRP[nrp0,md,rd,1] 
	00199: ALIGNRP    
	00200: SRP0       
	00201: MIRP[nrp0,md,rd,1] 
	00202: MIAP[rd+ci] 
	00203: SRP0       
	00204: MIRP[srp0,md,rd,1] 
	00205: RTDG       
	00206: SRP2       
	00207: IP         
	00208: MDAP[rd]   
	00209: RTG        
	00210: SVTCA[x-axis] 
	00211: SRP0       
	00212: MIRP[srp0,nmd,rd,1] 
	00213: MIRP[srp0,nmd,rd,0] 
	00214: MDRP[nrp0,nmd,rd,0] 
	00215: RS         
	00216: JROF       
	00217: NPUSHB      (14):    39    40    26    27    27    39    25    31     0    26 
	                            40    28    31     0 
	00233: SVTCA[y-axis] 
	00234: CALL       
	00235: SVTCA[x-axis] 
	00236: CALL       
	00237: FLIPRGON   
	00238: FLIPRGON   
	00239: SRP1       
	00240: SRP2       
	00241: IP         
	00242: MDAP[rd]   
	00243: DELTAP1    
	00244: SHP[rp1,zp0] 
	00245: MDAP[rd]   
	00246: SRP1       
	00247: SHP[rp1,zp0] 
	00248: MDAP[rd]   
	00249: CALL       
	00250: SRP1       
	00251: SRP2       
	00252: IP         
	00253: SVTCA[y-axis] 
	00254: MIAP[rd+ci] 
	00255: SHP[rp1,zp0] 
	00256: MDAP[rd]   
	00257: SHP[rp1,zp0] 
	00258: MDAP[rd]   
	00259: DELTAP1    
	00260: IUP[y]     
	00261: IUP[x]     
	00262: SVTCA[y-axis] 
	00263: DELTAP2    
	00264: DELTAP2    
	00265: DELTAP1    
	00266: DELTAP1    
	00267: SVTCA[x-axis] 
	00268: DELTAP2    
	00269: DELTAP1    
	00270: SVTCA[y-axis] 
	00271: CALL       
	00272: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:                                      On
	 19:  YDual                               On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                               On
	 25:        XDual                         On
	 26:        XDual         Y-Short         Off
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:        XDual                         On
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1080,  1180)  ->  Abs (  1080,  1180)
	  1: Rel (     0,   -76)  ->  Abs (  1080,  1104)
	  2: Rel (  -128,  -162)  ->  Abs (   952,   942)
	  3: Rel (   -30,     0)  ->  Abs (   922,   942)
	  4: Rel (   -37,     0)  ->  Abs (   885,   942)
	  5: Rel (     0,    28)  ->  Abs (   885,   970)
	  6: Rel (     0,    15)  ->  Abs (   885,   985)
	  7: Rel (    32,    29)  ->  Abs (   917,  1014)
	  8: Rel (    62,    58)  ->  Abs (   979,  1072)
	  9: Rel (    10,    33)  ->  Abs (   989,  1105)
	 10: Rel (   -25,     0)  ->  Abs (   964,  1105)
	 11: Rel (   -84,     0)  ->  Abs (   880,  1105)
	 12: Rel (     0,    73)  ->  Abs (   880,  1178)
	 13: Rel (     0,    32)  ->  Abs (   880,  1210)
	 14: Rel (    46,    45)  ->  Abs (   926,  1255)
	 15: Rel (    38,     0)  ->  Abs (   964,  1255)
	 16: Rel (    32,     0)  ->  Abs (   996,  1255)
	 17: Rel (    74,     0)  ->  Abs (  1070,  1255)
	 18: Rel (  -628,  -389)  ->  Abs (   442,   866)
	 19: Rel (   456,     0)  ->  Abs (   898,   866)
	 20: Rel (    56,     0)  ->  Abs (   954,   866)
	 21: Rel (     0,   -43)  ->  Abs (   954,   823)
	 22: Rel (     0,   -42)  ->  Abs (   954,   781)
	 23: Rel (   -56,     0)  ->  Abs (   898,   781)
	 24: Rel (  -456,     0)  ->  Abs (   442,   781)
	 25: Rel (     0,  -559)  ->  Abs (   442,   222)
	 26: Rel (     0,   -87)  ->  Abs (   442,   135)
	 27: Rel (   133,   -84)  ->  Abs (   575,    51)
	 28: Rel (    92,     0)  ->  Abs (   667,    51)
	 29: Rel (    88,     0)  ->  Abs (   755,    51)
	 30: Rel (   199,    50)  ->  Abs (   954,   101)
	 31: Rel (    56,    33)  ->  Abs (  1010,   134)
	 32: Rel (    20,    13)  ->  Abs (  1030,   147)
	 33: Rel (    13,     0)  ->  Abs (  1043,   147)
	 34: Rel (    40,     0)  ->  Abs (  1083,   147)
	 35: Rel (     0,   -42)  ->  Abs (  1083,   105)
	 36: Rel (     0,   -40)  ->  Abs (  1083,    65)
	 37: Rel (  -269,   -98)  ->  Abs (   814,   -33)
	 38: Rel (  -136,     0)  ->  Abs (   678,   -33)
	 39: Rel (  -147,     0)  ->  Abs (   531,   -33)
	 40: Rel (  -174,   138)  ->  Abs (   357,   105)
	 41: Rel (     0,   117)  ->  Abs (   357,   222)
	 42: Rel (     0,   559)  ->  Abs (   357,   781)
	 43: Rel (  -155,     0)  ->  Abs (   202,   781)
	 44: Rel (   -56,     0)  ->  Abs (   146,   781)
	 45: Rel (     0,    42)  ->  Abs (   146,   823)
	 46: Rel (     0,    43)  ->  Abs (   146,   866)
	 47: Rel (    56,     0)  ->  Abs (   202,   866)
	 48: Rel (   155,     0)  ->  Abs (   357,   866)
	 49: Rel (     0,   248)  ->  Abs (   357,  1114)
	 50: Rel (     0,    56)  ->  Abs (   357,  1170)
	 51: Rel (    42,     0)  ->  Abs (   399,  1170)
	 52: Rel (    43,     0)  ->  Abs (   442,  1170)
	 53: Rel (     0,   -56)  ->  Abs (   442,  1114)

	Glyph 291: off = 0x00011508, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1628

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	219
		X WOffset:	2
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     2     1    32    55    80    55    96    55   112    55 
	                             4    55    29 
	00015: PUSHW[1]           -179 
	00018: PUSHB[6]             72    43     1     2     2    52 
	00025: PUSHW[3]            651    41   300 
	00032: SCANCTRL   
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: DELTAP1    
	00038: SHC[rp1,zp0] 
	00039: SHC[rp1,zp0] 

	Glyph 292: off = 0x0001154A, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1364

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	219
		X BOffset:	-12
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     1    96    46     1    46    20 
	00008: PUSHW[1]           -105 
	00011: PUSHB[6]             72    43     1     2     2    43 
	00018: PUSHW[3]            652    41   292 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 
	00032: SHC[rp1,zp0] 

	Glyph 293: off = 0x00011584, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1592

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	221
		X WOffset:	97
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     2     2    71    29   101    72    39     1     2 
	                             2    68 
	00014: PUSHW[3]            651    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 294: off = 0x000115B8, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1328

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	221
		X BOffset:	72
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     1     0    46     1    46    20 
	00008: PUSHW[1]           -165 
	00011: PUSHB[6]             72    43     1     2     2    44 
	00018: PUSHW[3]            652    41   292 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 
	00032: SHC[rp1,zp0] 

	Glyph 295: off = 0x000115F2, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			213
	  yMin:			0
	  xMax:			1022
	  yMax:			1593

	     0: Flags:		0x0226
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	76
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     1    32    17   225    72    39     1     1    29 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 296: off = 0x00011622, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			237
	  yMin:			0
	  xMax:			1006
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	93
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	80
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1    47    30    80    30     2    30    23 
	00009: PUSHW[1]            267 
	00012: PUSHB[5]             72    43     1     1    28 
	00018: PUSHW[3]            652    41   292 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 297: off = 0x0001165A, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			213
	  yMin:			0
	  xMax:			1022
	  yMax:			1514

	     0: Flags:		0x0226
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	3
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    96    32     1    32    17   221    72    43     1 
	                             1    29 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 298: off = 0x0001168E, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			237
	  yMin:			0
	  xMax:			1006
	  yMax:			1250

	     0: Flags:		0x0226
		Glyf Index:	93
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	218
		X BOffset:	9
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    47    30     1    30    23 
	00007: PUSHW[1]            265 
	00010: PUSHB[5]             72    43     1     1    27 
	00016: PUSHW[3]            652    41   292 
	00023: SCANCTRL   
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 299: off = 0x000116C4, len = 250
	  numberOfContours:	1
	  xMin:			127
	  yMin:			0
	  xMax:			1111
	  yMax:			1170

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	175
	00000: PUSHB[2]             19    23 
	00003: PUSHW[1]            676 
	00006: NPUSHB      (11):    21   219    24    21    21    23    24    29    19    17 
	                            13 
	00019: PUSHW[1]            676 
	00022: NPUSHB      (11):    15    53    12    15    15    13    12    29    17     5 
	                             1 
	00035: PUSHW[1]            676 
	00038: NPUSHB      (11):     3    53     0     3     3     1     0    29     5     6 
	                            10 
	00051: PUSHW[1]            676 
	00054: NPUSHB      (43):     8    53    11     8     8    10    11    29     6    13 
	                            12    25    25    24    38    18    18    17     2     5 
	                             6     8    24    23    38    18   160    19     1    19 
	                            19    25     0    12   160     0     1     0    30    11 
	                           165   121    24 
	00099: CALL       
	00100: MDAP[rd]   
	00101: MIRP[nrp0,md,rd,1] 
	00102: DELTAP1    
	00103: ALIGNRP    
	00104: SRP0       
	00105: ALIGNRP    
	00106: SHP[rp1,zp0] 
	00107: MDAP[rd]   
	00108: DELTAP1    
	00109: ALIGNRP    
	00110: MIRP[srp0,md,rd,1] 
	00111: ALIGNRP    
	00112: SVTCA[y-axis] 
	00113: MIAP[rd+ci] 
	00114: ALIGNRP    
	00115: MIAP[rd+ci] 
	00116: ALIGNRP    
	00117: SRP0       
	00118: MIRP[srp0,md,rd,1] 
	00119: ALIGNRP    
	00120: SRP0       
	00121: ALIGNRP    
	00122: ALIGNRP    
	00123: SRP0       
	00124: MIRP[srp0,md,rd,1] 
	00125: RTDG       
	00126: SRP2       
	00127: IP         
	00128: MDAP[rd]   
	00129: RTG        
	00130: SVTCA[x-axis] 
	00131: SRP0       
	00132: MIRP[srp0,nmd,rd,1] 
	00133: MIRP[srp0,nmd,rd,0] 
	00134: MDRP[nrp0,nmd,rd,0] 
	00135: SVTCA[y-axis] 
	00136: SRP0       
	00137: MIRP[srp0,md,rd,1] 
	00138: RTDG       
	00139: SRP2       
	00140: IP         
	00141: MDAP[rd]   
	00142: RTG        
	00143: SVTCA[x-axis] 
	00144: SRP0       
	00145: MIRP[srp0,nmd,rd,1] 
	00146: MIRP[srp0,nmd,rd,0] 
	00147: MDRP[nrp0,nmd,rd,0] 
	00148: SVTCA[y-axis] 
	00149: SRP0       
	00150: MIRP[srp0,md,rd,1] 
	00151: RTDG       
	00152: SRP2       
	00153: IP         
	00154: MDAP[rd]   
	00155: RTG        
	00156: SVTCA[x-axis] 
	00157: SRP0       
	00158: MIRP[srp0,nmd,rd,1] 
	00159: MIRP[srp0,nmd,rd,0] 
	00160: MDRP[nrp0,nmd,rd,0] 
	00161: SRP0       
	00162: MIRP[srp0,md,rd,1] 
	00163: RTDG       
	00164: SRP2       
	00165: IP         
	00166: MDAP[rd]   
	00167: RTG        
	00168: SVTCA[y-axis] 
	00169: SRP0       
	00170: MIRP[srp0,nmd,rd,1] 
	00171: MIRP[srp0,nmd,rd,0] 
	00172: MDRP[nrp0,nmd,rd,0] 
	00173: IUP[y]     
	00174: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   468,    84)  ->  Abs (   468,    84)
	  1: Rel (   200,     0)  ->  Abs (   668,    84)
	  2: Rel (    56,     0)  ->  Abs (   724,    84)
	  3: Rel (     0,   -42)  ->  Abs (   724,    42)
	  4: Rel (     0,   -42)  ->  Abs (   724,     0)
	  5: Rel (   -56,     0)  ->  Abs (   668,     0)
	  6: Rel (  -485,     0)  ->  Abs (   183,     0)
	  7: Rel (   -56,     0)  ->  Abs (   127,     0)
	  8: Rel (     0,    42)  ->  Abs (   127,    42)
	  9: Rel (     0,    42)  ->  Abs (   127,    84)
	 10: Rel (    56,     0)  ->  Abs (   183,    84)
	 11: Rel (   200,     0)  ->  Abs (   383,    84)
	 12: Rel (     0,  1002)  ->  Abs (   383,  1086)
	 13: Rel (  -200,     0)  ->  Abs (   183,  1086)
	 14: Rel (   -56,     0)  ->  Abs (   127,  1086)
	 15: Rel (     0,    42)  ->  Abs (   127,  1128)
	 16: Rel (     0,    42)  ->  Abs (   127,  1170)
	 17: Rel (    56,     0)  ->  Abs (   183,  1170)
	 18: Rel (   928,     0)  ->  Abs (  1111,  1170)
	 19: Rel (     0,  -418)  ->  Abs (  1111,   752)
	 20: Rel (     0,   -56)  ->  Abs (  1111,   696)
	 21: Rel (   -42,     0)  ->  Abs (  1069,   696)
	 22: Rel (   -43,     0)  ->  Abs (  1026,   696)
	 23: Rel (     0,    56)  ->  Abs (  1026,   752)
	 24: Rel (     0,   334)  ->  Abs (  1026,  1086)
	 25: Rel (  -558,     0)  ->  Abs (   468,  1086)

	Glyph 300: off = 0x000117BE, len = 426
	  numberOfContours:	3
	  xMin:			103
	  yMin:			-33
	  xMax:			1127
	  yMax:			1197

	EndPoints
	---------
	  0:  12
	  1:  24
	  2:  48

	  Length of Instructions:	278
	00000: NPUSHB      (11):    15    16     9    36    52    17    16     9    36    52 
	                            23 
	00013: PUSHW[1]            -16 
	00016: PUSHB[4]              9    36    52    21 
	00021: PUSHW[1]            -16 
	00024: PUSHB[4]              9    36    52     2 
	00029: PUSHW[1]            -32 
	00032: PUSHB[4]             17    19    52    11 
	00037: PUSHW[1]            -32 
	00040: NPUSHB      (29):    17    19    52     4    32    17    19    52    21    32 
	                            17    19    52     8    32    17    19    52    24    16 
	                             9    35    52    14    16     9    35    52    20 
	00071: PUSHW[1]            -16 
	00074: PUSHB[4]              9    35    52    18 
	00079: PUSHW[1]            -16 
	00082: NPUSHB     (129):     9    35    52   103    17   104    18   105    20   102 
	                            21     4    86    17    89    18    89    20    86    21 
	                             4     9    18     9    20    25    18    25    20     4 
	                           170     2   165     4   171    11   166    17   201    11 
	                           246    17     6    26    37    36    25    38    39    29 
	                             0    46    16    46    32    46    48    46     4    46 
	                            46    34    15    41    31    41    47    41     3    41 
	                            41    26    25    38    37    38    38    16    22    37 
	                             3     9    16    37     9     3    27    36    30    31 
	                            15    32    31    32     2    32   233    13    37    16 
	                             0    79     0   111     0   143     0     4     0    48 
	                            39    30    44     0    43    16    43     2    43   233 
	                            19    37    15     6     1     6    67   122    24 
	00213: CALL       
	00214: MDAP[rd]   
	00215: DELTAP1    
	00216: MIRP[srp0,md,rd,1] 
	00217: MIRP[srp0,nmd,rd,2] 
	00218: DELTAP1    
	00219: ALIGNRP    
	00220: MIRP[srp0,md,rd,1] 
	00221: ALIGNRP    
	00222: MDAP[rd]   
	00223: DELTAP1    
	00224: MIRP[srp0,md,rd,1] 
	00225: MIRP[srp0,nmd,rd,2] 
	00226: DELTAP1    
	00227: ALIGNRP    
	00228: MIRP[srp0,md,rd,1] 
	00229: ALIGNRP    
	00230: SVTCA[y-axis] 
	00231: MIAP[rd+ci] 
	00232: MIRP[nrp0,md,rd,1] 
	00233: MIAP[rd+ci] 
	00234: MIRP[srp0,md,rd,1] 
	00235: SRP1       
	00236: IP         
	00237: MDAP[rd]   
	00238: ALIGNRP    
	00239: MIRP[srp0,md,rd,1] 
	00240: ALIGNRP    
	00241: SHP[rp1,zp0] 
	00242: MDAP[rd]   
	00243: DELTAP1    
	00244: ALIGNRP    
	00245: SHP[rp2,zp1] 
	00246: MDAP[rd]   
	00247: DELTAP1    
	00248: ALIGNRP    
	00249: SPVTCA[x-axis] 
	00250: SFVTCA[x-axis] 
	00251: SRP0       
	00252: ALIGNRP    
	00253: ALIGNRP    
	00254: SRP0       
	00255: ALIGNRP    
	00256: ALIGNRP    
	00257: IUP[y]     
	00258: IUP[x]     
	00259: SVTCA[x-axis] 
	00260: DELTAP1    
	00261: DELTAP2    
	00262: DELTAP2    
	00263: DELTAP2    
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: CALL       
	00268: CALL       
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: SVTCA[y-axis] 
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                                      Off
	  6:        XDual                         On
	  7:  YDual XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual                 X-Short Off
	 13:                      Y-Short X-Short On
	 14:  YDual XDual         Y-Short         Off
	 15:                              X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                              X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual                 X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual                 X-Short Off
	 25:  YDual               Y-Short         On
	 26:  YDual                               On
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual                         On
	 33:        XDual         Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         On
	 38:  YDual                               On
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:        XDual                         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1127,   582)  ->  Abs (  1127,   582)
	  1: Rel (     0,  -256)  ->  Abs (  1127,   326)
	  2: Rel (  -297,  -359)  ->  Abs (   830,   -33)
	  3: Rel (  -215,     0)  ->  Abs (   615,   -33)
	  4: Rel (  -214,     0)  ->  Abs (   401,   -33)
	  5: Rel (  -298,   358)  ->  Abs (   103,   325)
	  6: Rel (     0,   257)  ->  Abs (   103,   582)
	  7: Rel (     0,   255)  ->  Abs (   103,   837)
	  8: Rel (   296,   360)  ->  Abs (   399,  1197)
	  9: Rel (   216,     0)  ->  Abs (   615,  1197)
	 10: Rel (   152,     0)  ->  Abs (   767,  1197)
	 11: Rel (   239,  -183)  ->  Abs (  1006,  1014)
	 12: Rel (   121,  -275)  ->  Abs (  1127,   739)
	 13: Rel (   -85,  -157)  ->  Abs (  1042,   582)
	 14: Rel (     0,   213)  ->  Abs (  1042,   795)
	 15: Rel (  -244,   318)  ->  Abs (   798,  1113)
	 16: Rel (  -183,     0)  ->  Abs (   615,  1113)
	 17: Rel (  -176,     0)  ->  Abs (   439,  1113)
	 18: Rel (  -252,  -313)  ->  Abs (   187,   800)
	 19: Rel (     0,  -218)  ->  Abs (   187,   582)
	 20: Rel (     0,  -217)  ->  Abs (   187,   365)
	 21: Rel (   249,  -314)  ->  Abs (   436,    51)
	 22: Rel (   179,     0)  ->  Abs (   615,    51)
	 23: Rel (   183,     0)  ->  Abs (   798,    51)
	 24: Rel (   244,   319)  ->  Abs (  1042,   370)
	 25: Rel (  -619,   254)  ->  Abs (   423,   624)
	 26: Rel (   384,     0)  ->  Abs (   807,   624)
	 27: Rel (     0,    87)  ->  Abs (   807,   711)
	 28: Rel (     0,    56)  ->  Abs (   807,   767)
	 29: Rel (    42,     0)  ->  Abs (   849,   767)
	 30: Rel (    43,     0)  ->  Abs (   892,   767)
	 31: Rel (     0,   -56)  ->  Abs (   892,   711)
	 32: Rel (     0,  -258)  ->  Abs (   892,   453)
	 33: Rel (     0,   -56)  ->  Abs (   892,   397)
	 34: Rel (   -43,     0)  ->  Abs (   849,   397)
	 35: Rel (   -42,     0)  ->  Abs (   807,   397)
	 36: Rel (     0,    56)  ->  Abs (   807,   453)
	 37: Rel (     0,    87)  ->  Abs (   807,   540)
	 38: Rel (  -384,     0)  ->  Abs (   423,   540)
	 39: Rel (     0,   -87)  ->  Abs (   423,   453)
	 40: Rel (     0,   -56)  ->  Abs (   423,   397)
	 41: Rel (   -43,     0)  ->  Abs (   380,   397)
	 42: Rel (   -42,     0)  ->  Abs (   338,   397)
	 43: Rel (     0,    56)  ->  Abs (   338,   453)
	 44: Rel (     0,   258)  ->  Abs (   338,   711)
	 45: Rel (     0,    56)  ->  Abs (   338,   767)
	 46: Rel (    42,     0)  ->  Abs (   380,   767)
	 47: Rel (    43,     0)  ->  Abs (   423,   767)
	 48: Rel (     0,   -56)  ->  Abs (   423,   711)

	Glyph 301: off = 0x00011968, len = 430
	  numberOfContours:	3
	  xMin:			90
	  yMin:			0
	  xMax:			1138
	  yMax:			1170

	EndPoints
	---------
	  0:  38
	  1:  44
	  2:  50

	  Length of Instructions:	284
	00000: NPUSHB      (11):    47    32    20    23    52    50    32    20    23    52 
	                            40 
	00013: PUSHW[1]            -32 
	00016: PUSHB[4]             20    23    52    43 
	00021: PUSHW[1]            -32 
	00024: NPUSHB      (24):    20    23    52   116    40   116    43   123    47   123 
	                            50     4     1    45    46     7     8    27    39    44 
	                            20    19    34    38 
	00050: PUSHW[3]            676    36   354 
	00057: NPUSHB       (9):     0    36    36    38     0    29    34    33    29 
	00068: PUSHW[3]            676    31   354 
	00075: NPUSHB       (9):    28    31    31    29    28    29    33    13     9 
	00086: PUSHW[3]            676    11   354 
	00093: NPUSHB       (9):     8    11    11     9     8    29    13    14    18 
	00104: PUSHW[3]            676    16   354 
	00111: NPUSHB      (62):    19    16    16    18    19    29    14    45    39    37 
	                            64     1   192    27     1    27   158   128    34    33 
	                             2    46    44    37    64     7   207    20     1    20 
	                           158   128    13    14     8    49    37     0     4     1 
	                             4     4     8    42    37    15    23     1    23    23 
	                             0     8    30    28   143    19     1     0    19     1 
	                            19    67 
	00175: PUSHW[2]            264    24 
	00180: CALL       
	00181: MDAP[rd]   
	00182: DELTAP1    
	00183: DELTAP2    
	00184: ALIGNRP    
	00185: MIRP[srp0,md,rd,1] 
	00186: ALIGNRP    
	00187: SHP[rp1,zp0] 
	00188: MDAP[rd]   
	00189: DELTAP1    
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP1       
	00192: SHP[rp1,zp0] 
	00193: MDAP[rd]   
	00194: DELTAP1    
	00195: MIRP[nrp0,md,rd,1] 
	00196: SVTCA[y-axis] 
	00197: MIAP[rd+ci] 
	00198: ALIGNRP    
	00199: SMD        
	00200: MIRP[srp0,md,rd,0] 
	00201: DELTAP2    
	00202: ALIGNRP    
	00203: SMD        
	00204: MIRP[srp0,md,rd,1] 
	00205: ALIGNRP    
	00206: MIAP[rd+ci] 
	00207: ALIGNRP    
	00208: SMD        
	00209: MIRP[srp0,md,rd,0] 
	00210: DELTAP2    
	00211: ALIGNRP    
	00212: SMD        
	00213: MIRP[srp0,md,rd,1] 
	00214: ALIGNRP    
	00215: SRP0       
	00216: MIRP[srp0,md,rd,1] 
	00217: RTDG       
	00218: SRP2       
	00219: IP         
	00220: MDAP[rd]   
	00221: RTG        
	00222: SVTCA[x-axis] 
	00223: SRP0       
	00224: MIRP[srp0,nmd,rd,1] 
	00225: MIRP[srp0,nmd,rd,0] 
	00226: MDRP[nrp0,nmd,rd,0] 
	00227: SVTCA[y-axis] 
	00228: SRP0       
	00229: MIRP[srp0,md,rd,1] 
	00230: RTDG       
	00231: SRP2       
	00232: IP         
	00233: MDAP[rd]   
	00234: RTG        
	00235: SVTCA[x-axis] 
	00236: SRP0       
	00237: MIRP[srp0,nmd,rd,1] 
	00238: MIRP[srp0,nmd,rd,0] 
	00239: MDRP[nrp0,nmd,rd,0] 
	00240: SVTCA[y-axis] 
	00241: SRP0       
	00242: MIRP[srp0,md,rd,1] 
	00243: RTDG       
	00244: SRP2       
	00245: IP         
	00246: MDAP[rd]   
	00247: RTG        
	00248: SVTCA[x-axis] 
	00249: SRP0       
	00250: MIRP[srp0,nmd,rd,1] 
	00251: MIRP[srp0,nmd,rd,0] 
	00252: MDRP[nrp0,nmd,rd,0] 
	00253: SVTCA[y-axis] 
	00254: SRP0       
	00255: MIRP[srp0,md,rd,1] 
	00256: RTDG       
	00257: SRP2       
	00258: IP         
	00259: MDAP[rd]   
	00260: RTG        
	00261: SVTCA[x-axis] 
	00262: SRP0       
	00263: MIRP[srp0,nmd,rd,1] 
	00264: MIRP[srp0,nmd,rd,0] 
	00265: MDRP[nrp0,nmd,rd,0] 
	00266: SRP0       
	00267: ALIGNRP    
	00268: ALIGNRP    
	00269: ALIGNRP    
	00270: ALIGNRP    
	00271: SRP0       
	00272: ALIGNRP    
	00273: ALIGNRP    
	00274: ALIGNRP    
	00275: ALIGNRP    
	00276: IUP[y]     
	00277: IUP[x]     
	00278: SVTCA[x-axis] 
	00279: DELTAP1    
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:        XDual         Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                               On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual         Y-Short         On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual                         Off
	 44:                      Y-Short         On
	 45:        XDual                 X-Short On
	 46:        XDual                         On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   656,  1086)  ->  Abs (   656,  1086)
	  1: Rel (     0,  -103)  ->  Abs (   656,   983)
	  2: Rel (   237,    -2)  ->  Abs (   893,   981)
	  3: Rel (   245,  -222)  ->  Abs (  1138,   759)
	  4: Rel (     0,  -174)  ->  Abs (  1138,   585)
	  5: Rel (     0,  -174)  ->  Abs (  1138,   411)
	  6: Rel (  -245,  -222)  ->  Abs (   893,   189)
	  7: Rel (  -237,    -2)  ->  Abs (   656,   187)
	  8: Rel (     0,  -103)  ->  Abs (   656,    84)
	  9: Rel (   122,     0)  ->  Abs (   778,    84)
	 10: Rel (    57,     0)  ->  Abs (   835,    84)
	 11: Rel (     0,   -42)  ->  Abs (   835,    42)
	 12: Rel (     0,   -42)  ->  Abs (   835,     0)
	 13: Rel (   -57,     0)  ->  Abs (   778,     0)
	 14: Rel (  -328,     0)  ->  Abs (   450,     0)
	 15: Rel (   -57,     0)  ->  Abs (   393,     0)
	 16: Rel (     0,    42)  ->  Abs (   393,    42)
	 17: Rel (     0,    42)  ->  Abs (   393,    84)
	 18: Rel (    57,     0)  ->  Abs (   450,    84)
	 19: Rel (   122,     0)  ->  Abs (   572,    84)
	 20: Rel (     0,   103)  ->  Abs (   572,   187)
	 21: Rel (  -237,     2)  ->  Abs (   335,   189)
	 22: Rel (  -245,   223)  ->  Abs (    90,   412)
	 23: Rel (     0,   173)  ->  Abs (    90,   585)
	 24: Rel (     0,   120)  ->  Abs (    90,   705)
	 25: Rel (   118,   183)  ->  Abs (   208,   888)
	 26: Rel (   211,    94)  ->  Abs (   419,   982)
	 27: Rel (   153,     1)  ->  Abs (   572,   983)
	 28: Rel (     0,   103)  ->  Abs (   572,  1086)
	 29: Rel (  -122,     0)  ->  Abs (   450,  1086)
	 30: Rel (   -57,     0)  ->  Abs (   393,  1086)
	 31: Rel (     0,    42)  ->  Abs (   393,  1128)
	 32: Rel (     0,    42)  ->  Abs (   393,  1170)
	 33: Rel (    57,     0)  ->  Abs (   450,  1170)
	 34: Rel (   328,     0)  ->  Abs (   778,  1170)
	 35: Rel (    57,     0)  ->  Abs (   835,  1170)
	 36: Rel (     0,   -42)  ->  Abs (   835,  1128)
	 37: Rel (     0,   -42)  ->  Abs (   835,  1086)
	 38: Rel (   -57,     0)  ->  Abs (   778,  1086)
	 39: Rel (  -206,  -188)  ->  Abs (   572,   898)
	 40: Rel (  -200,    -4)  ->  Abs (   372,   894)
	 41: Rel (  -198,  -159)  ->  Abs (   174,   735)
	 42: Rel (     0,  -150)  ->  Abs (   174,   585)
	 43: Rel (     0,  -304)  ->  Abs (   174,   281)
	 44: Rel (   398,    -9)  ->  Abs (   572,   272)
	 45: Rel (    84,   626)  ->  Abs (   656,   898)
	 46: Rel (     0,  -626)  ->  Abs (   656,   272)
	 47: Rel (   213,     1)  ->  Abs (   869,   273)
	 48: Rel (   184,   177)  ->  Abs (  1053,   450)
	 49: Rel (     0,   135)  ->  Abs (  1053,   585)
	 50: Rel (     0,   304)  ->  Abs (  1053,   889)

	Glyph 302: off = 0x00011B16, len = 382
	  numberOfContours:	2
	  xMin:			98
	  yMin:			-33
	  xMax:			1137
	  yMax:			896

	EndPoints
	---------
	  0:  28
	  1:  39

	  Length of Instructions:	262
	00000: NPUSHB      (36):    13    27     1     8     7     5    26    50    18    50 
	                            19    52    27    80    18    80    19    87    27   119 
	                            19   119    27   229    19   232    20    12    11    11 
	                            15    15     7    27     3    39 
	00038: PUSHW[1]            -32 
	00041: NPUSHB       (9):    35    36    52    33    32    22    23    52    36 
	00052: PUSHW[1]            -32 
	00055: NPUSHB      (24):    21    23    52     8    32    20    36    52    30    32 
	                            20    29    52    31    64    17    18    52    34    32 
	                            15    16    52    36 
	00081: PUSHW[1]            -42 
	00084: NPUSHB     (105):    14    16    52    10    11     7    15    57     7    63 
	                            19   203     8     5    25    30    41    30    89    30 
	                           171    30     4    27     8    26     0    18     7     8 
	                            26     6    30    19    39    20     0    18    29    39 
	                            20     6    30    30     6     6    32     0    18    20 
	                             0     0    18     7    27    29    19     4    32     1 
	                             0    32     5     6    38    33    10    11    32    33 
	                            23    16     7    19     7    29    33    27    15     3 
	                             1     3     3     0     6    21    33    25    25     6 
	                            27    27     6    35    33    15    13     1    15    13 
	                            31    13     2    13   230 
	00191: PUSHW[2]            338    24 
	00196: CALL       
	00197: MDAP[rd]   
	00198: DELTAP1    
	00199: DELTAP2    
	00200: MIRP[nrp0,md,rd,1] 
	00201: MDAP[rd]   
	00202: SHP[rp1,zp0] 
	00203: MDAP[rd]   
	00204: SRP1       
	00205: SHP[rp1,zp0] 
	00206: MDAP[rd]   
	00207: MIRP[nrp0,md,rd,1] 
	00208: SRP1       
	00209: SHP[rp1,zp0] 
	00210: SHP[rp1,zp0] 
	00211: MDAP[rd]   
	00212: DELTAP2    
	00213: SRP0       
	00214: MIRP[srp0,md,rd,1] 
	00215: IP         
	00216: IP         
	00217: SVTCA[y-axis] 
	00218: MIAP[rd+ci] 
	00219: ALIGNRP    
	00220: MIRP[nrp0,md,rd,1] 
	00221: MIAP[rd+ci] 
	00222: MIRP[nrp0,md,rd,1] 
	00223: SVTCA[x-axis] 
	00224: MDAP[rd]   
	00225: SVTCA[y-axis] 
	00226: ALIGNRP    
	00227: MIRP[srp0,md,rd,1] 
	00228: ALIGNRP    
	00229: SRP1       
	00230: SLOOP      
	00231: IP         
	00232: SDPVTL[1]  
	00233: SFVTCA[x-axis] 
	00234: MDAP[nrd]  
	00235: CALL       
	00236: SFVTPV     
	00237: RDTG       
	00238: SRP0       
	00239: MDRP[nrp0,nmd,rd,0] 
	00240: ISECT      
	00241: ISECT      
	00242: ISECT      
	00243: ISECT      
	00244: IUP[y]     
	00245: IUP[x]     
	00246: SVTCA[y-axis] 
	00247: DELTAP1    
	00248: DELTAP1    
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: SVTCA[x-axis] 
	00258: DELTAP2    
	00259: DELTAP1    
	00260: SVTCA[y-axis] 
	00261: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short On
	  7:                              X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                              X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:        XDual                 X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                              X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:                              X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1001,    84)  ->  Abs (  1001,    84)
	  1: Rel (    78,     0)  ->  Abs (  1079,    84)
	  2: Rel (    56,     0)  ->  Abs (  1135,    84)
	  3: Rel (     0,   -42)  ->  Abs (  1135,    42)
	  4: Rel (     0,   -42)  ->  Abs (  1135,     0)
	  5: Rel (   -56,     0)  ->  Abs (  1079,     0)
	  6: Rel (  -149,     0)  ->  Abs (   930,     0)
	  7: Rel (   -51,   268)  ->  Abs (   879,   268)
	  8: Rel (  -117,  -178)  ->  Abs (   762,    90)
	  9: Rel (  -184,  -123)  ->  Abs (   578,   -33)
	 10: Rel (  -103,     0)  ->  Abs (   475,   -33)
	 11: Rel (  -152,     0)  ->  Abs (   323,   -33)
	 12: Rel (  -225,   262)  ->  Abs (    98,   229)
	 13: Rel (     0,   206)  ->  Abs (    98,   435)
	 14: Rel (     0,   194)  ->  Abs (    98,   629)
	 15: Rel (   219,   267)  ->  Abs (   317,   896)
	 16: Rel (   170,     0)  ->  Abs (   487,   896)
	 17: Rel (   134,     0)  ->  Abs (   621,   896)
	 18: Rel (   228,  -203)  ->  Abs (   849,   693)
	 19: Rel (    58,  -194)  ->  Abs (   907,   499)
	 20: Rel (   103,   201)  ->  Abs (  1010,   700)
	 21: Rel (    38,   142)  ->  Abs (  1048,   842)
	 22: Rel (    14,    54)  ->  Abs (  1062,   896)
	 23: Rel (    33,     0)  ->  Abs (  1095,   896)
	 24: Rel (    42,     0)  ->  Abs (  1137,   896)
	 25: Rel (     0,   -40)  ->  Abs (  1137,   856)
	 26: Rel (     0,   -99)  ->  Abs (  1137,   757)
	 27: Rel (  -195,  -387)  ->  Abs (   942,   370)
	 28: Rel (    54,  -248)  ->  Abs (   996,   122)
	 29: Rel (  -148,   263)  ->  Abs (   848,   385)
	 30: Rel (   -31,   173)  ->  Abs (   817,   558)
	 31: Rel (  -204,   253)  ->  Abs (   613,   811)
	 32: Rel (  -132,     0)  ->  Abs (   481,   811)
	 33: Rel (  -126,     0)  ->  Abs (   355,   811)
	 34: Rel (  -173,  -210)  ->  Abs (   182,   601)
	 35: Rel (     0,  -166)  ->  Abs (   182,   435)
	 36: Rel (     0,  -173)  ->  Abs (   182,   262)
	 37: Rel (   179,  -211)  ->  Abs (   361,    51)
	 38: Rel (   118,     0)  ->  Abs (   479,    51)
	 39: Rel (   190,     0)  ->  Abs (   669,    51)

	Glyph 303: off = 0x00011C94, len = 308
	  numberOfContours:	2
	  xMin:			181
	  yMin:			-33
	  xMax:			1052
	  yMax:			1255

	EndPoints
	---------
	  0:  23
	  1:  35

	  Length of Instructions:	192
	00000: NPUSHB      (55):    25    13    47     0    47    17   105     2   105     6 
	                           100     9    98    29   111    31   114     1   123    13 
	                           213    13   213    25   230     0   246     0   246     2 
	                            15     7     0     1    34    32    21    24    52    26 
	                            32    21    22    52    34    32    14    15    52    26 
	                            32    14    15    52    32 
	00057: PUSHW[1]            -32 
	00060: PUSHB[4]             13    14    52    28 
	00065: PUSHW[1]            -32 
	00068: NPUSHB      (69):    13    14    52    17    16     0    14    15    15    32 
	                             0     1    20     0     0     1     1    15    16    17 
	                             4     0    14    30    32     7    11    24    33    14 
	                            23     0    32    19    18     1    15     0    31     0 
	                             2    16     0    14     1     4    17    21    21    33 
	                            33     4    18    16    17    32    17     2    17    17 
	                            27    33   111    11     1    11   196   172    24 
	00139: CALL       
	00140: MDAP[rd]   
	00141: DELTAP1    
	00142: MIRP[nrp0,md,rd,1] 
	00143: SHP[rp1,zp0] 
	00144: MDAP[rd]   
	00145: DELTAP1    
	00146: ALIGNRP    
	00147: MDAP[rd]   
	00148: MIRP[nrp0,md,rd,1] 
	00149: SHP[rp1,zp0] 
	00150: MDAP[rd]   
	00151: SRP1       
	00152: SLOOP      
	00153: IP         
	00154: DELTAP1    
	00155: SVTCA[y-axis] 
	00156: MIAP[rd+ci] 
	00157: ALIGNRP    
	00158: MIRP[srp0,md,rd,1] 
	00159: ALIGNRP    
	00160: MDAP[rd]   
	00161: MIRP[nrp0,md,rd,1] 
	00162: MIAP[rd+ci] 
	00163: MIRP[nrp0,md,rd,1] 
	00164: SRP1       
	00165: SRP2       
	00166: SLOOP      
	00167: IP         
	00168: SDPVTL[1]  
	00169: SFVTPV     
	00170: MDAP[nrd]  
	00171: CALL       
	00172: SFVTCA[x-axis] 
	00173: RDTG       
	00174: SRP0       
	00175: MDRP[nrp0,nmd,rd,0] 
	00176: SVTCA[y-axis] 
	00177: SRP2       
	00178: IP         
	00179: IP         
	00180: IUP[y]     
	00181: IUP[x]     
	00182: SVTCA[y-axis] 
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: SVTCA[x-axis] 
	00190: DELTAP2    
	00191: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                                      Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:        XDual                 X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual               Y-Short         On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual XDual         Y-Short         On
	 19:  YDual                               On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:                                      On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   360,  1170)  ->  Abs (   360,  1170)
	  1: Rel (   402,  -304)  ->  Abs (   762,   866)
	  2: Rel (   161,  -122)  ->  Abs (   923,   744)
	  3: Rel (   129,  -188)  ->  Abs (  1052,   556)
	  4: Rel (     0,  -142)  ->  Abs (  1052,   414)
	  5: Rel (     0,  -184)  ->  Abs (  1052,   230)
	  6: Rel (  -258,  -263)  ->  Abs (   794,   -33)
	  7: Rel (  -179,     0)  ->  Abs (   615,   -33)
	  8: Rel (  -110,     0)  ->  Abs (   505,   -33)
	  9: Rel (  -200,   112)  ->  Abs (   305,    79)
	 10: Rel (  -124,   201)  ->  Abs (   181,   280)
	 11: Rel (     0,   127)  ->  Abs (   181,   407)
	 12: Rel (     0,   160)  ->  Abs (   181,   567)
	 13: Rel (   228,   275)  ->  Abs (   409,   842)
	 14: Rel (   246,     0)  ->  Abs (   655,   842)
	 15: Rel (  -268,   196)  ->  Abs (   387,  1038)
	 16: Rel (   -55,    40)  ->  Abs (   332,  1078)
	 17: Rel (   -47,    53)  ->  Abs (   285,  1131)
	 18: Rel (     0,   124)  ->  Abs (   285,  1255)
	 19: Rel (   614,     0)  ->  Abs (   899,  1255)
	 20: Rel (    56,     0)  ->  Abs (   955,  1255)
	 21: Rel (     0,   -43)  ->  Abs (   955,  1212)
	 22: Rel (     0,   -42)  ->  Abs (   955,  1170)
	 23: Rel (   -56,     0)  ->  Abs (   899,  1170)
	 24: Rel (  -283,  -413)  ->  Abs (   616,   757)
	 25: Rel (  -154,     0)  ->  Abs (   462,   757)
	 26: Rel (  -197,  -201)  ->  Abs (   265,   556)
	 27: Rel (     0,  -149)  ->  Abs (   265,   407)
	 28: Rel (     0,  -149)  ->  Abs (   265,   258)
	 29: Rel (   201,  -207)  ->  Abs (   466,    51)
	 30: Rel (   149,     0)  ->  Abs (   615,    51)
	 31: Rel (   149,     0)  ->  Abs (   764,    51)
	 32: Rel (   203,   208)  ->  Abs (   967,   259)
	 33: Rel (     0,   154)  ->  Abs (   967,   413)
	 34: Rel (     0,   151)  ->  Abs (   967,   564)
	 35: Rel (  -195,   193)  ->  Abs (   772,   757)

	Glyph 304: off = 0x00011DC8, len = 364
	  numberOfContours:	1
	  xMin:			283
	  yMin:			-33
	  xMax:			978
	  yMax:			896

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	209
	00000: NPUSHB      (41):    73     8     1     5     4     6    31    71    33    70 
	                            43     4    42    32    23    36    52     6     0    22 
	                             0   234    53   249    53     4    10    42     9    53 
	                           134    40   136    56     4     2    32    19    36    52 
	                            55 
	00043: PUSHW[1]            -32 
	00046: NPUSHB       (9):    19    36    52    31    32    23    28    52    39 
	00057: PUSHW[1]            -32 
	00060: NPUSHB      (81):    17    22    52    37    42    17    18    52    56    32 
	                            12    18    52     8     6    29     0    34    33    35 
	                            35    41    23    23    11     7    29    33     6     7 
	                            45    45    41    33    51    11    17    20     8    25 
	                             9     0    32    34    35    35    20    32    79    48 
	                             1    48    48    20     9    33    13    84    15    20 
	                            47    20    79    20     3    20    32    33     3     3 
	                            38    33    32    54    48    54   160    54     3    54 
	                           244 
	00143: PUSHW[2]            789    24 
	00148: CALL       
	00149: MDAP[rd]   
	00150: DELTAP1    
	00151: MIRP[nrp0,md,rd,1] 
	00152: SHP[rp1,zp0] 
	00153: MDAP[rd]   
	00154: MIRP[nrp0,md,rd,1] 
	00155: MDAP[rd]   
	00156: DELTAP1    
	00157: MIRP[srp0,nmd,rd,0] 
	00158: MIRP[nrp0,md,rd,1] 
	00159: SRP1       
	00160: SHP[rp1,zp0] 
	00161: MDAP[rd]   
	00162: DELTAP2    
	00163: SRP1       
	00164: SRP2       
	00165: IP         
	00166: MDAP[rd]   
	00167: ALIGNRP    
	00168: SRP2       
	00169: IP         
	00170: SRP2       
	00171: IP         
	00172: IP         
	00173: SRP1       
	00174: IP         
	00175: SVTCA[y-axis] 
	00176: MIAP[rd+ci] 
	00177: MIRP[nrp0,md,rd,1] 
	00178: SHP[rp1,zp0] 
	00179: MDAP[rd]   
	00180: MIAP[rd+ci] 
	00181: MIRP[nrp0,md,rd,1] 
	00182: MIAP[rd+ci] 
	00183: SHP[rp1,zp0] 
	00184: MDAP[rd]   
	00185: SRP1       
	00186: IP         
	00187: MDAP[rd]   
	00188: MIRP[nrp0,md,rd,1] 
	00189: IP         
	00190: SRP1       
	00191: SRP2       
	00192: IP         
	00193: IUP[y]     
	00194: IUP[x]     
	00195: SVTCA[y-axis] 
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: CALL       
	00202: SVTCA[x-axis] 
	00203: DELTAP2    
	00204: DELTAP1    
	00205: CALL       
	00206: SVTCA[y-axis] 
	00207: DELTAP2    
	00208: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual       Rep-  2 Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short         On
	 35:        XDual         Y-Short         On
	 36:  YDual                       X-Short Off
	 37:                      Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:                      Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   522,   456)  ->  Abs (   522,   456)
	  1: Rel (   -95,    23)  ->  Abs (   427,   479)
	  2: Rel (  -106,   121)  ->  Abs (   321,   600)
	  3: Rel (     0,    74)  ->  Abs (   321,   674)
	  4: Rel (     0,    87)  ->  Abs (   321,   761)
	  5: Rel (   155,   135)  ->  Abs (   476,   896)
	  6: Rel (   154,     0)  ->  Abs (   630,   896)
	  7: Rel (   144,     0)  ->  Abs (   774,   896)
	  8: Rel (   109,   -76)  ->  Abs (   883,   820)
	  9: Rel (    10,    41)  ->  Abs (   893,   861)
	 10: Rel (     9,    35)  ->  Abs (   902,   896)
	 11: Rel (    33,     0)  ->  Abs (   935,   896)
	 12: Rel (    43,     0)  ->  Abs (   978,   896)
	 13: Rel (     0,   -46)  ->  Abs (   978,   850)
	 14: Rel (     0,   -16)  ->  Abs (   978,   834)
	 15: Rel (    -4,   -34)  ->  Abs (   974,   800)
	 16: Rel (    -4,   -37)  ->  Abs (   970,   763)
	 17: Rel (     0,   -29)  ->  Abs (   970,   734)
	 18: Rel (     0,   -42)  ->  Abs (   970,   692)
	 19: Rel (     3,   -27)  ->  Abs (   973,   665)
	 20: Rel (     3,   -30)  ->  Abs (   976,   635)
	 21: Rel (     0,    -4)  ->  Abs (   976,   631)
	 22: Rel (     0,   -29)  ->  Abs (   976,   602)
	 23: Rel (   -38,     0)  ->  Abs (   938,   602)
	 24: Rel (   -31,     0)  ->  Abs (   907,   602)
	 25: Rel (   -12,    38)  ->  Abs (   895,   640)
	 26: Rel (   -22,    70)  ->  Abs (   873,   710)
	 27: Rel (   -55,    63)  ->  Abs (   818,   773)
	 28: Rel (  -119,    38)  ->  Abs (   699,   811)
	 29: Rel (   -78,     0)  ->  Abs (   621,   811)
	 30: Rel (  -111,     0)  ->  Abs (   510,   811)
	 31: Rel (  -105,   -78)  ->  Abs (   405,   733)
	 32: Rel (     0,   -59)  ->  Abs (   405,   674)
	 33: Rel (     0,  -163)  ->  Abs (   405,   511)
	 34: Rel (   318,   -15)  ->  Abs (   723,   496)
	 35: Rel (     0,   -84)  ->  Abs (   723,   412)
	 36: Rel (  -162,     0)  ->  Abs (   561,   412)
	 37: Rel (  -194,  -104)  ->  Abs (   367,   308)
	 38: Rel (     0,   -83)  ->  Abs (   367,   225)
	 39: Rel (     0,   -68)  ->  Abs (   367,   157)
	 40: Rel (   134,  -106)  ->  Abs (   501,    51)
	 41: Rel (   134,     0)  ->  Abs (   635,    51)
	 42: Rel (   114,     0)  ->  Abs (   749,    51)
	 43: Rel (   119,    48)  ->  Abs (   868,    99)
	 44: Rel (    20,     8)  ->  Abs (   888,   107)
	 45: Rel (     8,     0)  ->  Abs (   896,   107)
	 46: Rel (    16,     0)  ->  Abs (   912,   107)
	 47: Rel (    25,   -27)  ->  Abs (   937,    80)
	 48: Rel (     0,   -17)  ->  Abs (   937,    63)
	 49: Rel (     0,   -32)  ->  Abs (   937,    31)
	 50: Rel (  -184,   -64)  ->  Abs (   753,   -33)
	 51: Rel (  -124,     0)  ->  Abs (   629,   -33)
	 52: Rel (  -158,     0)  ->  Abs (   471,   -33)
	 53: Rel (  -188,   138)  ->  Abs (   283,   105)
	 54: Rel (     0,   112)  ->  Abs (   283,   217)
	 55: Rel (     0,    89)  ->  Abs (   283,   306)
	 56: Rel (   124,   131)  ->  Abs (   407,   437)

	Glyph 305: off = 0x00011F34, len = 222
	  numberOfContours:	2
	  xMin:			152
	  yMin:			-33
	  xMax:			1200
	  yMax:			896

	EndPoints
	---------
	  0:  18
	  1:  31

	  Length of Instructions:	121
	00000: PUSHW[2]              1   -32 
	00005: PUSHB[4]             30    36    52    25 
	00010: PUSHW[1]            -42 
	00013: NPUSHB      (14):    12    36    52    27    64    12    36    52    31    32 
	                            12    36    52    21 
	00029: PUSHW[1]            -14 
	00032: NPUSHB      (57):    12    36    52     1     1     1    30    73    11    87 
	                            21    96     5    96    27   214    27   229    27     8 
	                            19    33    13    18     0    32    14    13     6    26 
	                            33     6    11     0    23     0    16     1    16    16 
	                            29    33   240     3     1     3    23    33   191     9 
	                           240     9     2     9    42   172    24 
	00091: CALL       
	00092: MDAP[rd]   
	00093: DELTAP1    
	00094: MIRP[nrp0,md,rd,1] 
	00095: MDAP[rd]   
	00096: DELTAP1    
	00097: MIRP[nrp0,md,rd,1] 
	00098: SHP[rp1,zp0] 
	00099: MDAP[rd]   
	00100: DELTAP1    
	00101: SRP1       
	00102: IP         
	00103: SVTCA[y-axis] 
	00104: MIAP[rd+ci] 
	00105: MIRP[nrp0,md,rd,1] 
	00106: MIAP[rd+ci] 
	00107: ALIGNRP    
	00108: MIRP[srp0,md,rd,1] 
	00109: ALIGNRP    
	00110: SRP0       
	00111: MIRP[nrp0,md,rd,1] 
	00112: IUP[y]     
	00113: IUP[x]     
	00114: SVTCA[x-axis] 
	00115: DELTAP1    
	00116: CALL       
	00117: CALL       
	00118: CALL       
	00119: CALL       
	00120: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                                      Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:                                      Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual                               On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   855,   811)  ->  Abs (   855,   811)
	  1: Rel (   107,   -59)  ->  Abs (   962,   752)
	  2: Rel (   115,  -216)  ->  Abs (  1077,   536)
	  3: Rel (     0,  -117)  ->  Abs (  1077,   419)
	  4: Rel (     0,  -178)  ->  Abs (  1077,   241)
	  5: Rel (  -269,  -274)  ->  Abs (   808,   -33)
	  6: Rel (  -191,     0)  ->  Abs (   617,   -33)
	  7: Rel (  -195,     0)  ->  Abs (   422,   -33)
	  8: Rel (  -270,   280)  ->  Abs (   152,   247)
	  9: Rel (     0,   187)  ->  Abs (   152,   434)
	 10: Rel (     0,   148)  ->  Abs (   152,   582)
	 11: Rel (   175,   238)  ->  Abs (   327,   820)
	 12: Rel (   243,    76)  ->  Abs (   570,   896)
	 13: Rel (   199,     0)  ->  Abs (   769,   896)
	 14: Rel (   375,     0)  ->  Abs (  1144,   896)
	 15: Rel (    56,     0)  ->  Abs (  1200,   896)
	 16: Rel (     0,   -42)  ->  Abs (  1200,   854)
	 17: Rel (     0,   -43)  ->  Abs (  1200,   811)
	 18: Rel (   -56,     0)  ->  Abs (  1144,   811)
	 19: Rel (  -527,     0)  ->  Abs (   617,   811)
	 20: Rel (   -63,     0)  ->  Abs (   554,   811)
	 21: Rel (  -201,   -83)  ->  Abs (   353,   728)
	 22: Rel (  -117,  -194)  ->  Abs (   236,   534)
	 23: Rel (     0,  -107)  ->  Abs (   236,   427)
	 24: Rel (     0,  -154)  ->  Abs (   236,   273)
	 25: Rel (   220,  -222)  ->  Abs (   456,    51)
	 26: Rel (   160,     0)  ->  Abs (   616,    51)
	 27: Rel (   153,     0)  ->  Abs (   769,    51)
	 28: Rel (   224,   223)  ->  Abs (   993,   274)
	 29: Rel (     0,   156)  ->  Abs (   993,   430)
	 30: Rel (     0,   165)  ->  Abs (   993,   595)
	 31: Rel (  -227,   216)  ->  Abs (   766,   811)

	Glyph 306: off = 0x00012012, len = 166
	  numberOfContours:	1
	  xMin:			208
	  yMin:			-33
	  xMax:			930
	  yMax:			866

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	78
	00000: NPUSHB      (45):     0    15    16    20    16     7     7     3    33    12 
	                            11    30    16    32    26    25     6    47    28     1 
	                            28    28     9    31    22     1    22    22    14     9 
	                             9     0     1    32    15    16    14    80    14   144 
	                            14   224    14     4    14 
	00047: MDAP[rd]   
	00048: DELTAP1    
	00049: ALIGNRP    
	00050: MIRP[srp0,md,rd,1] 
	00051: ALIGNRP    
	00052: SHP[rp2,zp1] 
	00053: MDAP[rd]   
	00054: SRP1       
	00055: SHP[rp1,zp0] 
	00056: MDAP[rd]   
	00057: DELTAP1    
	00058: SRP1       
	00059: SHP[rp1,zp0] 
	00060: MDAP[rd]   
	00061: DELTAP1    
	00062: SVTCA[y-axis] 
	00063: MIAP[rd+ci] 
	00064: ALIGNRP    
	00065: MIRP[srp0,md,rd,1] 
	00066: ALIGNRP    
	00067: MIAP[rd+ci] 
	00068: MIRP[nrp0,md,rd,1] 
	00069: SHP[rp1,zp0] 
	00070: MDAP[rd]   
	00071: SRP2       
	00072: IP         
	00073: SRP0       
	00074: ALIGNRP    
	00075: ALIGNRP    
	00076: IUP[y]     
	00077: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   618,   781)  ->  Abs (   618,   781)
	  1: Rel (     0,  -647)  ->  Abs (   618,   134)
	  2: Rel (     0,   -83)  ->  Abs (   618,    51)
	  3: Rel (    80,     0)  ->  Abs (   698,    51)
	  4: Rel (    48,     0)  ->  Abs (   746,    51)
	  5: Rel (    59,    26)  ->  Abs (   805,    77)
	  6: Rel (    31,    14)  ->  Abs (   836,    91)
	  7: Rel (    11,     0)  ->  Abs (   847,    91)
	  8: Rel (    38,     0)  ->  Abs (   885,    91)
	  9: Rel (     0,   -43)  ->  Abs (   885,    48)
	 10: Rel (     0,   -39)  ->  Abs (   885,     9)
	 11: Rel (  -131,   -42)  ->  Abs (   754,   -33)
	 12: Rel (   -67,     0)  ->  Abs (   687,   -33)
	 13: Rel (  -154,     0)  ->  Abs (   533,   -33)
	 14: Rel (     0,   146)  ->  Abs (   533,   113)
	 15: Rel (     0,   668)  ->  Abs (   533,   781)
	 16: Rel (  -136,     0)  ->  Abs (   397,   781)
	 17: Rel (   -33,     0)  ->  Abs (   364,   781)
	 18: Rel (   -79,    -7)  ->  Abs (   285,   774)
	 19: Rel (   -18,    -2)  ->  Abs (   267,   772)
	 20: Rel (   -11,     0)  ->  Abs (   256,   772)
	 21: Rel (   -48,     0)  ->  Abs (   208,   772)
	 22: Rel (     0,    42)  ->  Abs (   208,   814)
	 23: Rel (     0,    31)  ->  Abs (   208,   845)
	 24: Rel (    68,    21)  ->  Abs (   276,   866)
	 25: Rel (   102,     0)  ->  Abs (   378,   866)
	 26: Rel (   496,     0)  ->  Abs (   874,   866)
	 27: Rel (    56,     0)  ->  Abs (   930,   866)
	 28: Rel (     0,   -43)  ->  Abs (   930,   823)
	 29: Rel (     0,   -42)  ->  Abs (   930,   781)
	 30: Rel (   -56,     0)  ->  Abs (   874,   781)

	Glyph 307: off = 0x000120B8, len = 380
	  numberOfContours:	2
	  xMin:			123
	  yMin:			-386
	  xMax:			1112
	  yMax:			896

	EndPoints
	---------
	  0:  34
	  1:  44

	  Length of Instructions:	246
	00000: PUSHW[2]             16   -32 
	00005: NPUSHB      (15):    24    36    52    86     1    83    15   100     1    98 
	                            15   198    15     5    42 
	00022: PUSHW[1]            -32 
	00025: NPUSHB       (9):    22    25    52    40    32    22    36    52    12 
	00036: PUSHW[1]            -32 
	00039: PUSHB[4]             22    30    52    15 
	00044: PUSHW[1]            -64 
	00047: NPUSHB     (141):    19    36    52    40    32    15    16    52    36    64 
	                            12    36    52    96     8   101    10   105    19   120 
	                            23   112    26   112    36   120    40   164     1   164 
	                            15   180     1   180    15   198     1   198    15   212 
	                             9   218    15   212    26   210    36   236    15   228 
	                            36    19    84     9    84    11   100     9   100    12 
	                             4    35    29    30    16     0    34    16    41     0 
	                            35    29    11    84    41    33    21    21     7     7 
	                            35    33    29    11    32    15     9     9    34    14 
	                            38    33    79    24     1    16    24    32    24    48 
	                            24    80    24    96    24   112    24   144    24   160 
	                            24   208    24   224    24    10    24    24    30    14 
	                            33     3     3    44    30    32    17    15    34     1 
	                            16    34   144    34   191    34     3    34    94   142 
	                            24 
	00190: CALL       
	00191: MDAP[rd]   
	00192: DELTAP1    
	00193: DELTAP2    
	00194: ALIGNRP    
	00195: MIRP[srp0,md,rd,1] 
	00196: ALIGNRP    
	00197: SHP[rp1,zp0] 
	00198: MDAP[rd]   
	00199: MIRP[nrp0,md,rd,1] 
	00200: SRP1       
	00201: SHP[rp1,zp0] 
	00202: MDAP[rd]   
	00203: DELTAP1    
	00204: DELTAP2    
	00205: MIRP[nrp0,md,rd,1] 
	00206: SVTCA[y-axis] 
	00207: SRP1       
	00208: SRP2       
	00209: IP         
	00210: MDAP[rd]   
	00211: MIAP[rd+ci] 
	00212: MIAP[rd+ci] 
	00213: MIRP[nrp0,md,rd,1] 
	00214: MIAP[rd+ci] 
	00215: ALIGNRP    
	00216: SRP0       
	00217: MIRP[srp0,md,rd,1] 
	00218: MIRP[nrp0,nmd,rd,0] 
	00219: SRP1       
	00220: SRP2       
	00221: IP         
	00222: SRP1       
	00223: IP         
	00224: SPVTCA[x-axis] 
	00225: SFVTPV     
	00226: SRP0       
	00227: ALIGNRP    
	00228: ALIGNRP    
	00229: SRP0       
	00230: ALIGNRP    
	00231: ALIGNRP    
	00232: IUP[y]     
	00233: IUP[x]     
	00234: SVTCA[x-axis] 
	00235: DELTAP1    
	00236: DELTAP1    
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: SVTCA[y-axis] 
	00244: DELTAP1    
	00245: CALL       

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:                              X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual                         Off
	 16:                      Y-Short         On
	 17:        XDual                         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                                      Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:        XDual                         On
	 31:        XDual         Y-Short         Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:        XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short Off
	 44:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   516,   -26)  ->  Abs (   516,   -26)
	  1: Rel (  -185,    31)  ->  Abs (   331,     5)
	  2: Rel (  -208,   256)  ->  Abs (   123,   261)
	  3: Rel (     0,   198)  ->  Abs (   123,   459)
	  4: Rel (     0,   120)  ->  Abs (   123,   579)
	  5: Rel (    89,   189)  ->  Abs (   212,   768)
	  6: Rel (   152,   128)  ->  Abs (   364,   896)
	  7: Rel (    40,     0)  ->  Abs (   404,   896)
	  8: Rel (    36,     0)  ->  Abs (   440,   896)
	  9: Rel (     0,   -45)  ->  Abs (   440,   851)
	 10: Rel (     0,   -23)  ->  Abs (   440,   828)
	 11: Rel (   -53,   -28)  ->  Abs (   387,   800)
	 12: Rel (   -83,   -43)  ->  Abs (   304,   757)
	 13: Rel (   -97,  -184)  ->  Abs (   207,   573)
	 14: Rel (     0,  -119)  ->  Abs (   207,   454)
	 15: Rel (     0,  -311)  ->  Abs (   207,   143)
	 16: Rel (   309,   -84)  ->  Abs (   516,    59)
	 17: Rel (     0,   447)  ->  Abs (   516,   506)
	 18: Rel (     0,   157)  ->  Abs (   516,   663)
	 19: Rel (    42,   141)  ->  Abs (   558,   804)
	 20: Rel (   112,    92)  ->  Abs (   670,   896)
	 21: Rel (    81,     0)  ->  Abs (   751,   896)
	 22: Rel (   149,     0)  ->  Abs (   900,   896)
	 23: Rel (   212,  -269)  ->  Abs (  1112,   627)
	 24: Rel (     0,  -186)  ->  Abs (  1112,   441)
	 25: Rel (     0,  -215)  ->  Abs (  1112,   226)
	 26: Rel (  -275,  -259)  ->  Abs (   837,   -33)
	 27: Rel (  -185,     0)  ->  Abs (   652,   -33)
	 28: Rel (   -20,     0)  ->  Abs (   632,   -33)
	 29: Rel (   -32,     1)  ->  Abs (   600,   -32)
	 30: Rel (     0,  -284)  ->  Abs (   600,  -316)
	 31: Rel (     0,   -70)  ->  Abs (   600,  -386)
	 32: Rel (   -42,     0)  ->  Abs (   558,  -386)
	 33: Rel (   -42,     0)  ->  Abs (   516,  -386)
	 34: Rel (     0,    70)  ->  Abs (   516,  -316)
	 35: Rel (    84,   367)  ->  Abs (   600,    51)
	 36: Rel (   208,     0)  ->  Abs (   808,    51)
	 37: Rel (   219,   223)  ->  Abs (  1027,   274)
	 38: Rel (     0,   166)  ->  Abs (  1027,   440)
	 39: Rel (     0,   157)  ->  Abs (  1027,   597)
	 40: Rel (  -168,   214)  ->  Abs (   859,   811)
	 41: Rel (  -105,     0)  ->  Abs (   754,   811)
	 42: Rel (   -84,     0)  ->  Abs (   670,   811)
	 43: Rel (   -70,  -128)  ->  Abs (   600,   683)
	 44: Rel (     0,  -176)  ->  Abs (   600,   507)

	Glyph 308: off = 0x00012234, len = 134
	  numberOfContours:	2
	  xMin:			-27
	  yMin:			-561
	  xMax:			1256
	  yMax:			-296

	EndPoints
	---------
	  0:  13
	  1:  27

	  Length of Instructions:	46
	00000: PUSHB[8]              7    36    15     1    31     1     2     1 
	00009: PUSHW[1]            348 
	00012: NPUSHB      (12):    21    36    15    25    11    62    29    18     4    62 
	                            28    60 
	00026: PUSHW[2]            266    24 
	00031: CALL       
	00032: SRP0       
	00033: MIRP[srp0,nmd,rd,0] 
	00034: ALIGNRP    
	00035: SRP0       
	00036: MIRP[srp0,nmd,rd,0] 
	00037: ALIGNRP    
	00038: SVTCA[y-axis] 
	00039: MDAP[rd]   
	00040: MIRP[srp0,md,rd,1] 
	00041: MIRP[srp0,nmd,rd,2] 
	00042: DELTAP1    
	00043: MIRP[nrp0,md,rd,1] 
	00044: IUP[y]     
	00045: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:  YDual                               On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual                               On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1200,  -380)  ->  Abs (  1200,  -380)
	  1: Rel ( -1171,     0)  ->  Abs (    29,  -380)
	  2: Rel (   -30,     0)  ->  Abs (    -1,  -380)
	  3: Rel (   -26,    23)  ->  Abs (   -27,  -357)
	  4: Rel (     0,    19)  ->  Abs (   -27,  -338)
	  5: Rel (     0,    19)  ->  Abs (   -27,  -319)
	  6: Rel (    26,    23)  ->  Abs (    -1,  -296)
	  7: Rel (    30,     0)  ->  Abs (    29,  -296)
	  8: Rel (  1171,     0)  ->  Abs (  1200,  -296)
	  9: Rel (    31,     0)  ->  Abs (  1231,  -296)
	 10: Rel (    25,   -23)  ->  Abs (  1256,  -319)
	 11: Rel (     0,   -19)  ->  Abs (  1256,  -338)
	 12: Rel (     0,   -19)  ->  Abs (  1256,  -357)
	 13: Rel (   -25,   -23)  ->  Abs (  1231,  -380)
	 14: Rel (   -31,  -181)  ->  Abs (  1200,  -561)
	 15: Rel ( -1171,     0)  ->  Abs (    29,  -561)
	 16: Rel (   -30,     0)  ->  Abs (    -1,  -561)
	 17: Rel (   -26,    23)  ->  Abs (   -27,  -538)
	 18: Rel (     0,    19)  ->  Abs (   -27,  -519)
	 19: Rel (     0,    19)  ->  Abs (   -27,  -500)
	 20: Rel (    26,    23)  ->  Abs (    -1,  -477)
	 21: Rel (    30,     0)  ->  Abs (    29,  -477)
	 22: Rel (  1171,     0)  ->  Abs (  1200,  -477)
	 23: Rel (    31,     0)  ->  Abs (  1231,  -477)
	 24: Rel (    25,   -23)  ->  Abs (  1256,  -500)
	 25: Rel (     0,   -19)  ->  Abs (  1256,  -519)
	 26: Rel (     0,   -19)  ->  Abs (  1256,  -538)
	 27: Rel (   -25,   -23)  ->  Abs (  1231,  -561)

	Glyph 309: off = 0x000122BA, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			274
	  yMin:			-30
	  xMax:			956
	  yMax:			1285

	     0: Flags:		0x0027
		Glyf Index:	4
		X WOffset:	-217
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0107
		Glyf Index:	4
		X WOffset:	218
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              2     3     2    61    29 
	00006: PUSHW[1]            434 
	00009: NPUSHB      (15):    72    39   111    29   127    29     2     0     1     2 
	                             3     4    57    10    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: DELTAP1    
	00030: CALL       

	Glyph 310: off = 0x000122F6, len = 348
	  numberOfContours:	1
	  xMin:			283
	  yMin:			502
	  xMax:			918
	  yMax:			1070

	EndPoints
	---------
	  0:  58

	  Length of Instructions:	186
	00000: NPUSHB      (48):    29     8    18    26    22   175    26    26    50    18 
	                            49    43    46   175    50    50    50    43    17     9 
	                            13   175     9     9    50    17    36    42    39   175 
	                            35    35    50    42    52    58    55   175    51    51 
	                            50    58     1    34    31    43    58     0 
	00050: PUSHW[1]            765 
	00053: NPUSHB      (12):    31    44     4    43    42    18    17     8     9    36 
	                            27    26 
	00067: PUSHW[1]            408 
	00070: NPUSHB      (13):     0    35    36    51    50    25    59     4    58    17 
	                            72   170    24 
	00085: CALL       
	00086: SVTCA[y-axis] 
	00087: MDAP[rd]   
	00088: MDAP[rd]   
	00089: MDAP[rd]   
	00090: SVTCA[x-axis] 
	00091: FLIPOFF    
	00092: SRP0       
	00093: MIRP[srp0,nmd,rd,0] 
	00094: ALIGNRP    
	00095: FLIPON     
	00096: MIRP[srp0,md,rd,1] 
	00097: ALIGNRP    
	00098: MIRP[srp0,nmd,rd,2] 
	00099: ALIGNRP    
	00100: MIRP[srp0,md,rd,1] 
	00101: ALIGNRP    
	00102: SVTCA[y-axis] 
	00103: SRP0       
	00104: ALIGNRP    
	00105: ALIGNRP    
	00106: ALIGNRP    
	00107: SRP0       
	00108: MIRP[nrp0,md,rd,1] 
	00109: MIRP[srp0,nmd,rd,0] 
	00110: ALIGNRP    
	00111: SRP1       
	00112: SRP2       
	00113: IP         
	00114: IP         
	00115: SRP0       
	00116: MIRP[nrp0,md,rd,1] 
	00117: SVTCA[x-axis] 
	00118: SRP0       
	00119: MIRP[srp0,nmd,rd,1] 
	00120: MDRP[srp0,nmd,rd,0] 
	00121: ALIGNRP    
	00122: SVTCA[y-axis] 
	00123: SRP0       
	00124: MIRP[nrp0,md,rd,1] 
	00125: SVTCA[x-axis] 
	00126: SRP0       
	00127: MIRP[srp0,nmd,rd,1] 
	00128: MDRP[srp0,nmd,rd,0] 
	00129: ALIGNRP    
	00130: SVTCA[y-axis] 
	00131: SRP0       
	00132: MIRP[nrp0,md,rd,1] 
	00133: SVTCA[x-axis] 
	00134: SRP0       
	00135: MIRP[srp0,nmd,rd,1] 
	00136: SRP0       
	00137: ALIGNRP    
	00138: SVTCA[y-axis] 
	00139: SRP0       
	00140: MIRP[nrp0,md,rd,1] 
	00141: SVTCA[x-axis] 
	00142: SRP0       
	00143: MIRP[srp0,nmd,rd,1] 
	00144: MDRP[srp0,nmd,rd,0] 
	00145: ALIGNRP    
	00146: SVTCA[y-axis] 
	00147: SRP0       
	00148: MIRP[nrp0,md,rd,1] 
	00149: SVTCA[x-axis] 
	00150: SRP0       
	00151: MIRP[srp0,nmd,rd,1] 
	00152: SRP0       
	00153: ALIGNRP    
	00154: IUP[y]     
	00155: IUP[x]     
	00156: RS         
	00157: JROF       
	00158: NPUSHB      (18):    28    30     5     7     6    37    29    38    30     5 
	                            27    39     1    28     7    31    39     1 
	00178: SVTCA[y-axis] 
	00179: CALL       
	00180: SVTCA[x-axis] 
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: FLIPRGON   
	00185: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short On
	 35:        XDual                         On
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short On
	 51:        XDual                         On
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:  YDual               Y-Short X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   448,  1050)  ->  Abs (   448,  1050)
	  1: Rel (     0,   -79)  ->  Abs (   448,   971)
	  2: Rel (    56,    55)  ->  Abs (   504,  1026)
	  3: Rel (    93,    44)  ->  Abs (   597,  1070)
	  4: Rel (    59,     0)  ->  Abs (   656,  1070)
	  5: Rel (    62,     0)  ->  Abs (   718,  1070)
	  6: Rel (    94,   -56)  ->  Abs (   812,  1014)
	  7: Rel (    41,   -85)  ->  Abs (   853,   929)
	  8: Rel (     0,  -106)  ->  Abs (   853,   823)
	  9: Rel (     0,  -243)  ->  Abs (   853,   580)
	 10: Rel (    31,     1)  ->  Abs (   884,   581)
	 11: Rel (    21,    -9)  ->  Abs (   905,   572)
	 12: Rel (    13,   -18)  ->  Abs (   918,   554)
	 13: Rel (     0,   -13)  ->  Abs (   918,   541)
	 14: Rel (     0,   -12)  ->  Abs (   918,   529)
	 15: Rel (   -13,   -19)  ->  Abs (   905,   510)
	 16: Rel (   -20,    -8)  ->  Abs (   885,   502)
	 17: Rel (   -32,     0)  ->  Abs (   853,   502)
	 18: Rel (   -79,     0)  ->  Abs (   774,   502)
	 19: Rel (   -31,     0)  ->  Abs (   743,   502)
	 20: Rel (   -21,     8)  ->  Abs (   722,   510)
	 21: Rel (   -13,    19)  ->  Abs (   709,   529)
	 22: Rel (     0,    12)  ->  Abs (   709,   541)
	 23: Rel (     0,    13)  ->  Abs (   709,   554)
	 24: Rel (    13,    18)  ->  Abs (   722,   572)
	 25: Rel (    22,     9)  ->  Abs (   744,   581)
	 26: Rel (    30,    -1)  ->  Abs (   774,   580)
	 27: Rel (     0,   248)  ->  Abs (   774,   828)
	 28: Rel (     0,    78)  ->  Abs (   774,   906)
	 29: Rel (   -22,    51)  ->  Abs (   752,   957)
	 30: Rel (   -58,    35)  ->  Abs (   694,   992)
	 31: Rel (   -41,     0)  ->  Abs (   653,   992)
	 32: Rel (   -47,     0)  ->  Abs (   606,   992)
	 33: Rel (   -94,   -51)  ->  Abs (   512,   941)
	 34: Rel (   -64,   -79)  ->  Abs (   448,   862)
	 35: Rel (     0,  -282)  ->  Abs (   448,   580)
	 36: Rel (    30,     0)  ->  Abs (   478,   580)
	 37: Rel (    31,     0)  ->  Abs (   509,   580)
	 38: Rel (    25,   -21)  ->  Abs (   534,   559)
	 39: Rel (     0,   -17)  ->  Abs (   534,   542)
	 40: Rel (     0,   -19)  ->  Abs (   534,   523)
	 41: Rel (   -25,   -21)  ->  Abs (   509,   502)
	 42: Rel (   -31,     0)  ->  Abs (   478,   502)
	 43: Rel (  -139,     0)  ->  Abs (   339,   502)
	 44: Rel (   -31,     0)  ->  Abs (   308,   502)
	 45: Rel (   -25,    21)  ->  Abs (   283,   523)
	 46: Rel (     0,    19)  ->  Abs (   283,   542)
	 47: Rel (     0,    17)  ->  Abs (   283,   559)
	 48: Rel (    25,    21)  ->  Abs (   308,   580)
	 49: Rel (    31,     0)  ->  Abs (   339,   580)
	 50: Rel (    30,     0)  ->  Abs (   369,   580)
	 51: Rel (     0,   392)  ->  Abs (   369,   972)
	 52: Rel (   -30,     0)  ->  Abs (   339,   972)
	 53: Rel (   -31,     0)  ->  Abs (   308,   972)
	 54: Rel (   -25,    21)  ->  Abs (   283,   993)
	 55: Rel (     0,    18)  ->  Abs (   283,  1011)
	 56: Rel (     0,    18)  ->  Abs (   283,  1029)
	 57: Rel (    25,    21)  ->  Abs (   308,  1050)
	 58: Rel (    31,     0)  ->  Abs (   339,  1050)

	Glyph 311: off = 0x00012452, len = 726
	  numberOfContours:	4
	  xMin:			14
	  yMin:			-14
	  xMax:			1214
	  yMax:			1170

	EndPoints
	---------
	  0:  34
	  1:  45
	  2:  91
	  3:  161

	  Length of Instructions:	294
	00000: NPUSHB      (73):    11   106    11   107     2   119   154   135   154     2 
	                           155   124   155   154     2    16     9    12   155    17 
	                            17    50     9     2     8     5   155     1     1    50 
	                             8    19    25    22   155    18    18    50    25   144 
	                           153    30   114   154   156   152    34    96     0     1 
	                             0    36    96    35     1    35    36     0    44    45 
	                            36    26     2    25     2   152    91   118   118   146 
	                           110    44   159 
	00075: PUSHW[1]            771 
	00078: NPUSHB      (19):    47    53    77    91    46    88   210    47    83    64 
	                            18    58    52    83     9     8   139   116   133 
	00099: PUSHW[1]            771 
	00102: PUSHB[6]            146    44   125    59    44    71 
	00109: PUSHW[3]            771   125   771 
	00116: NPUSHB      (12):     8    10   149    44   122    26   163    92    91   108 
	                           193    98 
	00130: PUSHW[1]            271 
	00133: NPUSHB       (9):   163   114    44   156   142    91   156    52   136 
	00144: PUSHW[1]            267 
	00147: NPUSHB      (33):    67   142   132    50    40    44    67   212    50   210 
	                            30    30   163    55    36    75    55    91    36    85 
	                            85    75   232    45     1    36    18    17    25   162 
	                            80    68    24 
	00182: CALL       
	00183: FLIPOFF    
	00184: SRP0       
	00185: MIRP[srp0,nmd,rd,0] 
	00186: ALIGNRP    
	00187: FLIPON     
	00188: MIRP[srp0,md,rd,1] 
	00189: ALIGNRP    
	00190: MIRP[srp0,nmd,rd,2] 
	00191: ALIGNRP    
	00192: SRP0       
	00193: MIRP[srp0,md,rd,1] 
	00194: ALIGNRP    
	00195: SRP0       
	00196: MIRP[srp0,md,rd,1] 
	00197: SRP1       
	00198: IP         
	00199: MDAP[rd]   
	00200: MIRP[nrp0,nmd,rd,0] 
	00201: MIRP[nrp0,nmd,rd,0] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: SRP0       
	00204: MIRP[nrp0,nmd,rd,0] 
	00205: SRP0       
	00206: MIRP[srp0,nmd,rd,2] 
	00207: MIRP[nrp0,nmd,rd,0] 
	00208: MIRP[nrp0,md,rd,1] 
	00209: SRP0       
	00210: MIRP[nrp0,md,rd,1] 
	00211: SRP0       
	00212: MIRP[srp0,nmd,rd,2] 
	00213: MIRP[nrp0,md,rd,1] 
	00214: MIRP[nrp0,md,rd,1] 
	00215: FLIPOFF    
	00216: SRP0       
	00217: MIRP[srp0,nmd,rd,2] 
	00218: FLIPON     
	00219: MIRP[nrp0,md,rd,1] 
	00220: SVTCA[y-axis] 
	00221: MIAP[rd+ci] 
	00222: MIRP[srp0,nmd,rd,0] 
	00223: MIRP[srp0,nmd,rd,0] 
	00224: MIRP[nrp0,md,rd,1] 
	00225: SRP0       
	00226: MIRP[nrp0,md,rd,1] 
	00227: MIRP[srp0,nmd,rd,0] 
	00228: MIRP[nrp0,md,rd,1] 
	00229: MIAP[rd+ci] 
	00230: MDAP[rd]   
	00231: CALL       
	00232: ALIGNRP    
	00233: MIRP[nrp0,nmd,rd,0] 
	00234: ALIGNRP    
	00235: MIRP[srp0,md,rd,1] 
	00236: ALIGNRP    
	00237: SRP0       
	00238: MIRP[srp0,nmd,rd,0] 
	00239: MIRP[nrp0,md,rd,1] 
	00240: SRP1       
	00241: IP         
	00242: MDAP[rd]   
	00243: MIRP[nrp0,md,rd,1] 
	00244: MIAP[rd+ci] 
	00245: MIAP[rd+ci] 
	00246: MIRP[srp0,md,rd,1] 
	00247: ALIGNRP    
	00248: MDAP[rd]   
	00249: MIRP[srp0,md,rd,1] 
	00250: DELTAP1    
	00251: ALIGNRP    
	00252: SRP0       
	00253: DELTAP1    
	00254: ALIGNRP    
	00255: SRP1       
	00256: SRP2       
	00257: IP         
	00258: SVTCA[x-axis] 
	00259: SRP1       
	00260: SRP2       
	00261: IP         
	00262: IP         
	00263: SVTCA[y-axis] 
	00264: SRP0       
	00265: MIRP[nrp0,md,rd,1] 
	00266: SVTCA[x-axis] 
	00267: SRP0       
	00268: MIRP[srp0,nmd,rd,1] 
	00269: MDRP[srp0,nmd,rd,0] 
	00270: ALIGNRP    
	00271: SVTCA[y-axis] 
	00272: SRP0       
	00273: MIRP[nrp0,md,rd,1] 
	00274: SVTCA[x-axis] 
	00275: SRP0       
	00276: MIRP[srp0,nmd,rd,1] 
	00277: MDRP[srp0,nmd,rd,0] 
	00278: ALIGNRP    
	00279: SVTCA[y-axis] 
	00280: SRP0       
	00281: MIRP[nrp0,md,rd,1] 
	00282: SVTCA[x-axis] 
	00283: SRP0       
	00284: MIRP[srp0,nmd,rd,1] 
	00285: MDRP[srp0,nmd,rd,0] 
	00286: ALIGNRP    
	00287: IUP[y]     
	00288: IUP[x]     
	00289: SVTCA[y-axis] 
	00290: DELTAP1    
	00291: DELTAP2    
	00292: SVTCA[x-axis] 
	00293: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual         Y-Short X-Short On
	 18:        XDual                         On
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual               Y-Short         On
	 36:  YDual                               On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short On
	 46:                                      On
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:                      Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short On
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:        XDual         Y-Short X-Short Off
	 58:        XDual         Y-Short X-Short Off
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short Off
	 61:  YDual XDual         Y-Short X-Short On
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual                 X-Short Off
	 65:        XDual         Y-Short X-Short On
	 66:        XDual         Y-Short X-Short Off
	 67:        XDual         Y-Short         On
	 68:        XDual         Y-Short         Off
	 69:                      Y-Short X-Short On
	 70:                      Y-Short X-Short Off
	 71:  YDual                       X-Short On
	 72:  YDual                       X-Short Off
	 73:  YDual               Y-Short X-Short Off
	 74:  YDual               Y-Short X-Short Off
	 75:  YDual XDual         Y-Short         On
	 76:  YDual XDual         Y-Short         On
	 77:  YDual                       X-Short On
	 78:  YDual                       X-Short Off
	 79:  YDual               Y-Short X-Short Off
	 80:  YDual XDual         Y-Short         On
	 81:  YDual XDual         Y-Short         Off
	 82:  YDual XDual         Y-Short X-Short Off
	 83:  YDual XDual         Y-Short X-Short Off
	 84:  YDual XDual                 X-Short On
	 85:  YDual XDual         Y-Short         On
	 86:  YDual XDual         Y-Short         Off
	 87:  YDual XDual         Y-Short X-Short Off
	 88:  YDual XDual                 X-Short On
	 89:  YDual XDual                 X-Short Off
	 90:        XDual         Y-Short X-Short Off
	 91:        XDual         Y-Short         On
	 92:                      Y-Short         On
	 93:  YDual XDual         Y-Short X-Short Off
	 94:  YDual XDual         Y-Short X-Short Off
	 95:  YDual XDual                 X-Short On
	 96:  YDual XDual                 X-Short Off
	 97:        XDual         Y-Short X-Short Off
	 98:        XDual         Y-Short         On
	 99:        XDual         Y-Short         Off
	100:                      Y-Short X-Short On
	101:                      Y-Short X-Short Off
	102:                      Y-Short X-Short Off
	103:  YDual                       X-Short On
	104:  YDual                       X-Short Off
	105:  YDual               Y-Short X-Short On
	106:  YDual               Y-Short X-Short Off
	107:  YDual               Y-Short X-Short Off
	108:  YDual               Y-Short X-Short On
	109:  YDual               Y-Short X-Short Off
	110:  YDual                       X-Short On
	111:  YDual                       X-Short Off
	112:                      Y-Short X-Short On
	113:                      Y-Short X-Short Off
	114:        XDual         Y-Short         On
	115:        XDual         Y-Short         Off
	116:        XDual         Y-Short X-Short On
	117:        XDual         Y-Short X-Short Off
	118:        XDual         Y-Short X-Short On
	119:        XDual         Y-Short X-Short Off
	120:        XDual         Y-Short X-Short On
	121:        XDual         Y-Short X-Short Off
	122:        XDual         Y-Short         On
	123:        XDual         Y-Short         Off
	124:                      Y-Short X-Short Off
	125:  YDual                       X-Short On
	126:  YDual                       X-Short Off
	127:  YDual               Y-Short X-Short Off
	128:  YDual               Y-Short X-Short On
	129:                      Y-Short X-Short Off
	130:                      Y-Short X-Short On
	131:                      Y-Short X-Short Off
	132:  YDual                       X-Short On
	133:  YDual                       X-Short Off
	134:  YDual               Y-Short X-Short On
	135:  YDual               Y-Short X-Short Off
	136:  YDual XDual         Y-Short         On
	137:  YDual XDual         Y-Short         Off
	138:  YDual XDual         Y-Short X-Short Off
	139:  YDual XDual                 X-Short On
	140:  YDual XDual                 X-Short Off
	141:        XDual         Y-Short X-Short Off
	142:        XDual         Y-Short X-Short On
	143:        XDual         Y-Short X-Short Off
	144:        XDual         Y-Short X-Short On
	145:        XDual         Y-Short X-Short Off
	146:  YDual XDual                 X-Short On
	147:  YDual XDual                 X-Short Off
	148:  YDual XDual         Y-Short X-Short Off
	149:  YDual XDual         Y-Short         On
	150:  YDual XDual         Y-Short         Off
	151:  YDual               Y-Short X-Short Off
	152:  YDual               Y-Short X-Short On
	153:  YDual               Y-Short X-Short Off
	154:  YDual               Y-Short X-Short On
	155:  YDual               Y-Short X-Short Off
	156:  YDual XDual         Y-Short         On
	157:  YDual XDual         Y-Short         Off
	158:  YDual XDual         Y-Short X-Short Off
	159:  YDual XDual                 X-Short On
	160:  YDual XDual                 X-Short Off
	161:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   230,   642)  ->  Abs (   230,   642)
	  1: Rel (     0,  -558)  ->  Abs (   230,    84)
	  2: Rel (    90,     0)  ->  Abs (   320,    84)
	  3: Rel (    30,     0)  ->  Abs (   350,    84)
	  4: Rel (    26,   -23)  ->  Abs (   376,    61)
	  5: Rel (     0,   -19)  ->  Abs (   376,    42)
	  6: Rel (     0,   -19)  ->  Abs (   376,    23)
	  7: Rel (   -26,   -23)  ->  Abs (   350,     0)
	  8: Rel (   -30,     0)  ->  Abs (   320,     0)
	  9: Rel (  -250,     0)  ->  Abs (    70,     0)
	 10: Rel (   -30,     0)  ->  Abs (    40,     0)
	 11: Rel (   -26,    23)  ->  Abs (    14,    23)
	 12: Rel (     0,    19)  ->  Abs (    14,    42)
	 13: Rel (     0,    12)  ->  Abs (    14,    54)
	 14: Rel (    13,    21)  ->  Abs (    27,    75)
	 15: Rel (    19,     9)  ->  Abs (    46,    84)
	 16: Rel (    24,     0)  ->  Abs (    70,    84)
	 17: Rel (    76,     1)  ->  Abs (   146,    85)
	 18: Rel (     0,  1001)  ->  Abs (   146,  1086)
	 19: Rel (   -76,     0)  ->  Abs (    70,  1086)
	 20: Rel (   -30,     0)  ->  Abs (    40,  1086)
	 21: Rel (   -26,    23)  ->  Abs (    14,  1109)
	 22: Rel (     0,    19)  ->  Abs (    14,  1128)
	 23: Rel (     0,    19)  ->  Abs (    14,  1147)
	 24: Rel (    26,    23)  ->  Abs (    40,  1170)
	 25: Rel (    30,     0)  ->  Abs (    70,  1170)
	 26: Rel (   395,     0)  ->  Abs (   465,  1170)
	 27: Rel (   200,     0)  ->  Abs (   665,  1170)
	 28: Rel (   167,   -66)  ->  Abs (   832,  1104)
	 29: Rel (    86,  -124)  ->  Abs (   918,   980)
	 30: Rel (     0,   -74)  ->  Abs (   918,   906)
	 31: Rel (     0,   -74)  ->  Abs (   918,   832)
	 32: Rel (   -82,  -125)  ->  Abs (   836,   707)
	 33: Rel (  -148,   -65)  ->  Abs (   688,   642)
	 34: Rel (  -152,     0)  ->  Abs (   536,   642)
	 35: Rel (  -306,    84)  ->  Abs (   230,   726)
	 36: Rel (   270,     0)  ->  Abs (   500,   726)
	 37: Rel (   154,     0)  ->  Abs (   654,   726)
	 38: Rel (   117,    42)  ->  Abs (   771,   768)
	 39: Rel (    63,    90)  ->  Abs (   834,   858)
	 40: Rel (     0,    49)  ->  Abs (   834,   907)
	 41: Rel (     0,    50)  ->  Abs (   834,   957)
	 42: Rel (   -61,    83)  ->  Abs (   773,  1040)
	 43: Rel (  -132,    46)  ->  Abs (   641,  1086)
	 44: Rel (  -168,     0)  ->  Abs (   473,  1086)
	 45: Rel (  -243,     0)  ->  Abs (   230,  1086)
	 46: Rel (   260,  -641)  ->  Abs (   490,   445)
	 47: Rel (   229,     0)  ->  Abs (   719,   445)
	 48: Rel (    30,     0)  ->  Abs (   749,   445)
	 49: Rel (    26,   -23)  ->  Abs (   775,   422)
	 50: Rel (     0,   -19)  ->  Abs (   775,   403)
	 51: Rel (     0,   -19)  ->  Abs (   775,   384)
	 52: Rel (   -26,   -23)  ->  Abs (   749,   361)
	 53: Rel (   -30,     0)  ->  Abs (   719,   361)
	 54: Rel (  -229,     0)  ->  Abs (   490,   361)
	 55: Rel (     0,  -151)  ->  Abs (   490,   210)
	 56: Rel (     0,   -75)  ->  Abs (   490,   135)
	 57: Rel (    15,   -40)  ->  Abs (   505,    95)
	 58: Rel (    37,   -25)  ->  Abs (   542,    70)
	 59: Rel (    29,     0)  ->  Abs (   571,    70)
	 60: Rel (    47,     0)  ->  Abs (   618,    70)
	 61: Rel (    81,    29)  ->  Abs (   699,    99)
	 62: Rel (    14,     5)  ->  Abs (   713,   104)
	 63: Rel (    10,     0)  ->  Abs (   723,   104)
	 64: Rel (    12,     0)  ->  Abs (   735,   104)
	 65: Rel (    10,   -11)  ->  Abs (   745,    93)
	 66: Rel (    12,   -14)  ->  Abs (   757,    79)
	 67: Rel (     0,   -19)  ->  Abs (   757,    60)
	 68: Rel (     0,   -29)  ->  Abs (   757,    31)
	 69: Rel (   -49,   -19)  ->  Abs (   708,    12)
	 70: Rel (   -66,   -26)  ->  Abs (   642,   -14)
	 71: Rel (   -78,     0)  ->  Abs (   564,   -14)
	 72: Rel (   -50,     0)  ->  Abs (   514,   -14)
	 73: Rel (   -72,    42)  ->  Abs (   442,    28)
	 74: Rel (   -37,    68)  ->  Abs (   405,    96)
	 75: Rel (     0,    63)  ->  Abs (   405,   159)
	 76: Rel (     0,   202)  ->  Abs (   405,   361)
	 77: Rel (   -32,     0)  ->  Abs (   373,   361)
	 78: Rel (   -31,     0)  ->  Abs (   342,   361)
	 79: Rel (   -26,    23)  ->  Abs (   316,   384)
	 80: Rel (     0,    19)  ->  Abs (   316,   403)
	 81: Rel (     0,    14)  ->  Abs (   316,   417)
	 82: Rel (    17,    22)  ->  Abs (   333,   439)
	 83: Rel (    19,     6)  ->  Abs (   352,   445)
	 84: Rel (    53,     0)  ->  Abs (   405,   445)
	 85: Rel (     0,    85)  ->  Abs (   405,   530)
	 86: Rel (     0,    30)  ->  Abs (   405,   560)
	 87: Rel (    24,    26)  ->  Abs (   429,   586)
	 88: Rel (    19,     0)  ->  Abs (   448,   586)
	 89: Rel (    18,     0)  ->  Abs (   466,   586)
	 90: Rel (    24,   -25)  ->  Abs (   490,   561)
	 91: Rel (     0,   -31)  ->  Abs (   490,   530)
	 92: Rel (   618,   -97)  ->  Abs (  1108,   433)
	 93: Rel (     7,    22)  ->  Abs (  1115,   455)
	 94: Rel (    21,    15)  ->  Abs (  1136,   470)
	 95: Rel (    15,     0)  ->  Abs (  1151,   470)
	 96: Rel (    16,     0)  ->  Abs (  1167,   470)
	 97: Rel (    18,   -20)  ->  Abs (  1185,   450)
	 98: Rel (     0,   -25)  ->  Abs (  1185,   425)
	 99: Rel (     0,   -66)  ->  Abs (  1185,   359)
	100: Rel (    -9,   -46)  ->  Abs (  1176,   313)
	101: Rel (    -3,   -15)  ->  Abs (  1173,   298)
	102: Rel (   -20,   -16)  ->  Abs (  1153,   282)
	103: Rel (   -16,     0)  ->  Abs (  1137,   282)
	104: Rel (   -14,     0)  ->  Abs (  1123,   282)
	105: Rel (   -11,     8)  ->  Abs (  1112,   290)
	106: Rel (    -7,     6)  ->  Abs (  1105,   296)
	107: Rel (   -14,    46)  ->  Abs (  1091,   342)
	108: Rel (   -18,    10)  ->  Abs (  1073,   352)
	109: Rel (   -33,    20)  ->  Abs (  1040,   372)
	110: Rel (   -49,     0)  ->  Abs (   991,   372)
	111: Rel (   -49,     0)  ->  Abs (   942,   372)
	112: Rel (   -28,   -21)  ->  Abs (   914,   351)
	113: Rel (   -21,   -15)  ->  Abs (   893,   336)
	114: Rel (     0,   -18)  ->  Abs (   893,   318)
	115: Rel (     0,   -20)  ->  Abs (   893,   298)
	116: Rel (    19,   -13)  ->  Abs (   912,   285)
	117: Rel (    18,   -14)  ->  Abs (   930,   271)
	118: Rel (    88,   -10)  ->  Abs (  1018,   261)
	119: Rel (   116,   -14)  ->  Abs (  1134,   247)
	120: Rel (    32,   -19)  ->  Abs (  1166,   228)
	121: Rel (    48,   -31)  ->  Abs (  1214,   197)
	122: Rel (     0,   -62)  ->  Abs (  1214,   135)
	123: Rel (     0,   -62)  ->  Abs (  1214,    73)
	124: Rel (   -97,   -84)  ->  Abs (  1117,   -11)
	125: Rel (   -92,     0)  ->  Abs (  1025,   -11)
	126: Rel (   -37,     0)  ->  Abs (   988,   -11)
	127: Rel (   -69,    16)  ->  Abs (   919,     5)
	128: Rel (   -32,    15)  ->  Abs (   887,    20)
	129: Rel (    -6,   -19)  ->  Abs (   881,     1)
	130: Rel (    -8,    -7)  ->  Abs (   873,    -6)
	131: Rel (   -11,    -8)  ->  Abs (   862,   -14)
	132: Rel (   -16,     0)  ->  Abs (   846,   -14)
	133: Rel (   -23,     0)  ->  Abs (   823,   -14)
	134: Rel (   -11,    18)  ->  Abs (   812,     4)
	135: Rel (   -22,    35)  ->  Abs (   790,    39)
	136: Rel (     0,    81)  ->  Abs (   790,   120)
	137: Rel (     0,    29)  ->  Abs (   790,   149)
	138: Rel (    26,    30)  ->  Abs (   816,   179)
	139: Rel (    17,     0)  ->  Abs (   833,   179)
	140: Rel (    15,     0)  ->  Abs (   848,   179)
	141: Rel (    20,   -15)  ->  Abs (   868,   164)
	142: Rel (     5,   -18)  ->  Abs (   873,   146)
	143: Rel (     9,   -34)  ->  Abs (   882,   112)
	144: Rel (    22,   -13)  ->  Abs (   904,    99)
	145: Rel (    46,   -26)  ->  Abs (   950,    73)
	146: Rel (    76,     0)  ->  Abs (  1026,    73)
	147: Rel (    54,     0)  ->  Abs (  1080,    73)
	148: Rel (    50,    36)  ->  Abs (  1130,   109)
	149: Rel (     0,    18)  ->  Abs (  1130,   127)
	150: Rel (     0,    14)  ->  Abs (  1130,   141)
	151: Rel (   -29,    22)  ->  Abs (  1101,   163)
	152: Rel (   -48,     5)  ->  Abs (  1053,   168)
	153: Rel (  -140,    13)  ->  Abs (   913,   181)
	154: Rel (   -37,    21)  ->  Abs (   876,   202)
	155: Rel (   -68,    40)  ->  Abs (   808,   242)
	156: Rel (     0,    75)  ->  Abs (   808,   317)
	157: Rel (     0,    57)  ->  Abs (   808,   374)
	158: Rel (    97,    81)  ->  Abs (   905,   455)
	159: Rel (    89,     0)  ->  Abs (   994,   455)
	160: Rel (    22,     0)  ->  Abs (  1016,   455)
	161: Rel (    57,   -11)  ->  Abs (  1073,   444)

	Glyph 312: off = 0x00012728, len = 164
	  numberOfContours:	1
	  xMin:			2
	  yMin:			102
	  xMax:			1227
	  yMax:			568

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	104
	00000: NPUSHB      (33):   231    10     1   167    10   183    10   198    10     3 
	                           103    10   119    10   135    10     3     1     0   160 
	                             4     9    10   160     4    48     7     7     5    48 
	                             6     5     6 
	00035: PUSHW[1]            388 
	00038: NPUSHB       (9):    17     9    52     1    10    52     1    77     0 
	00049: PUSHW[1]            774 
	00052: NPUSHB      (14):     4     7   116    13     4   116    14    14    13    25 
	                            16    75    68    24 
	00068: CALL       
	00069: FLIPOFF    
	00070: SRP0       
	00071: MIRP[srp0,nmd,rd,0] 
	00072: ALIGNRP    
	00073: FLIPON     
	00074: SRP0       
	00075: MIRP[nrp0,md,rd,1] 
	00076: SRP0       
	00077: MIRP[nrp0,md,rd,1] 
	00078: SRP0       
	00079: MIRP[srp0,nmd,rd,2] 
	00080: MIRP[nrp0,md,rd,1] 
	00081: MIRP[nrp0,nmd,rd,0] 
	00082: SRP0       
	00083: MIRP[nrp0,nmd,rd,0] 
	00084: SRP0       
	00085: MIRP[srp0,nmd,rd,2] 
	00086: ALIGNRP    
	00087: SVTCA[y-axis] 
	00088: MDAP[rd]   
	00089: MIRP[nrp0,md,rd,1] 
	00090: ALIGNRP    
	00091: SRP0       
	00092: MIRP[nrp0,md,rd,1] 
	00093: MIRP[srp0,md,rd,1] 
	00094: ALIGNRP    
	00095: SRP0       
	00096: MIRP[srp0,md,rd,1] 
	00097: ALIGNRP    
	00098: IUP[y]     
	00099: IUP[x]     
	00100: SVTCA[x-axis] 
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual                               On
	  6:        XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   270,   568)  ->  Abs (   270,   568)
	  1: Rel (    49,     0)  ->  Abs (   319,   568)
	  2: Rel (   -38,   -77)  ->  Abs (   281,   491)
	  3: Rel (   -38,   -60)  ->  Abs (   243,   431)
	  4: Rel (   -50,   -63)  ->  Abs (   193,   368)
	  5: Rel (  1034,     0)  ->  Abs (  1227,   368)
	  6: Rel (     0,   -66)  ->  Abs (  1227,   302)
	  7: Rel ( -1034,     0)  ->  Abs (   193,   302)
	  8: Rel (    67,   -71)  ->  Abs (   260,   231)
	  9: Rel (    61,  -129)  ->  Abs (   321,   102)
	 10: Rel (   -50,     0)  ->  Abs (   271,   102)
	 11: Rel (   -83,    93)  ->  Abs (   188,   195)
	 12: Rel (  -122,    97)  ->  Abs (    66,   292)
	 13: Rel (   -64,    30)  ->  Abs (     2,   322)
	 14: Rel (     0,    30)  ->  Abs (     2,   352)
	 15: Rel (   117,    50)  ->  Abs (   119,   402)

	Glyph 313: off = 0x000127CC, len = 180
	  numberOfContours:	1
	  xMin:			381
	  yMin:			-278
	  xMax:			847
	  yMax:			868

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	118
	00000: PUSHW[6]            659    16     0   650    17   649 
	00013: PUSHB[7]             16     8     9     1    10    11    15 
	00021: PUSHW[1]            771 
	00024: PUSHB[5]              7     0     7    77     6 
	00030: PUSHW[3]            272    12   771 
	00037: NPUSHB      (28):     9   116     3     3     2    11     2     6    10     9 
	                            11    12     9    52     3    12    52     2    15     0 
	                           160     2     7     6   160     3    48     2 
	00067: PUSHW[1]            595 
	00070: PUSHB[4]             16    72   120    24 
	00075: CALL       
	00076: SRP0       
	00077: MIRP[srp0,nmd,rd,2] 
	00078: MIRP[srp0,md,rd,1] 
	00079: MIRP[srp0,nmd,rd,0] 
	00080: ALIGNRP    
	00081: SRP0       
	00082: MIRP[srp0,nmd,rd,0] 
	00083: ALIGNRP    
	00084: SRP0       
	00085: MIRP[nrp0,nmd,rd,0] 
	00086: SRP0       
	00087: MIRP[nrp0,nmd,rd,0] 
	00088: SRP0       
	00089: ALIGNRP    
	00090: SRP0       
	00091: ALIGNRP    
	00092: SVTCA[y-axis] 
	00093: MIAP[rd+ci] 
	00094: MDAP[rd]   
	00095: SRP0       
	00096: ALIGNRP    
	00097: SRP0       
	00098: MIRP[srp0,md,rd,1] 
	00099: MIRP[nrp0,nmd,rd,0] 
	00100: MIRP[srp0,nmd,rd,2] 
	00101: MIRP[nrp0,md,rd,1] 
	00102: ALIGNRP    
	00103: SRP0       
	00104: MIRP[nrp0,nmd,rd,0] 
	00105: SRP0       
	00106: ALIGNRP    
	00107: IUP[y]     
	00108: IUP[x]     
	00109: SVTCA[y-axis] 
	00110: DELTAP3    
	00111: SVTCA[x-axis] 
	00112: GC[cur p]  
	00113: WCVTP      
	00114: GC[cur p]  
	00115: WCVTP      
	00116: MD[cur]    
	00117: WCVTP      

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual                 X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short         On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   381,   600)  ->  Abs (   381,   600)
	  1: Rel (   166,   153)  ->  Abs (   547,   753)
	  2: Rel (    50,   115)  ->  Abs (   597,   868)
	  3: Rel (    30,     0)  ->  Abs (   627,   868)
	  4: Rel (    31,   -64)  ->  Abs (   658,   804)
	  5: Rel (    96,  -121)  ->  Abs (   754,   683)
	  6: Rel (    93,   -83)  ->  Abs (   847,   600)
	  7: Rel (     0,   -51)  ->  Abs (   847,   549)
	  8: Rel (  -131,    62)  ->  Abs (   716,   611)
	  9: Rel (   -69,    66)  ->  Abs (   647,   677)
	 10: Rel (     0,  -955)  ->  Abs (   647,  -278)
	 11: Rel (   -66,     0)  ->  Abs (   581,  -278)
	 12: Rel (     0,   956)  ->  Abs (   581,   678)
	 13: Rel (   -60,   -49)  ->  Abs (   521,   629)
	 14: Rel (   -63,   -40)  ->  Abs (   458,   589)
	 15: Rel (   -77,   -38)  ->  Abs (   381,   551)

	Glyph 314: off = 0x00012880, len = 162
	  numberOfContours:	1
	  xMin:			2
	  yMin:			102
	  xMax:			1227
	  yMax:			568

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	100
	00000: NPUSHB      (43):   233     6     1   168     6   185     6   201     6     3 
	                           104     6   120     6   136     6     3    15     0   160 
	                            12     7     6   160    12    48     9     9    11    48 
	                            10    11    10    25    16    15    52     7     0    52 
	                             7    77     6 
	00045: PUSHW[1]            774 
	00048: NPUSHB      (13):     9    12   116     2     9   116     2     3    26    17 
	                            75    68    24 
	00063: CALL       
	00064: FLIPOFF    
	00065: SRP0       
	00066: MIRP[srp0,nmd,rd,2] 
	00067: ALIGNRP    
	00068: FLIPON     
	00069: MIRP[nrp0,md,rd,1] 
	00070: SRP0       
	00071: MIRP[nrp0,md,rd,1] 
	00072: SRP0       
	00073: MIRP[srp0,nmd,rd,2] 
	00074: MIRP[nrp0,md,rd,1] 
	00075: MIRP[nrp0,nmd,rd,0] 
	00076: SRP0       
	00077: MIRP[nrp0,nmd,rd,0] 
	00078: FLIPOFF    
	00079: SRP0       
	00080: MIRP[srp0,nmd,rd,0] 
	00081: ALIGNRP    
	00082: SVTCA[y-axis] 
	00083: MDAP[rd]   
	00084: FLIPON     
	00085: MIRP[nrp0,md,rd,1] 
	00086: ALIGNRP    
	00087: SRP0       
	00088: MIRP[nrp0,md,rd,1] 
	00089: MIRP[srp0,md,rd,1] 
	00090: ALIGNRP    
	00091: SRP0       
	00092: MIRP[srp0,md,rd,1] 
	00093: ALIGNRP    
	00094: IUP[y]     
	00095: IUP[x]     
	00096: SVTCA[x-axis] 
	00097: DELTAP1    
	00098: DELTAP1    
	00099: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short         On
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual                       X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual                               On
	 11:  YDual XDual         Y-Short         On
	 12:  YDual                               On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   959,   568)  ->  Abs (   959,   568)
	  1: Rel (   150,  -166)  ->  Abs (  1109,   402)
	  2: Rel (   118,   -50)  ->  Abs (  1227,   352)
	  3: Rel (     0,   -30)  ->  Abs (  1227,   322)
	  4: Rel (   -65,   -30)  ->  Abs (  1162,   292)
	  5: Rel (  -121,   -97)  ->  Abs (  1041,   195)
	  6: Rel (   -83,   -93)  ->  Abs (   958,   102)
	  7: Rel (   -50,     0)  ->  Abs (   908,   102)
	  8: Rel (    61,   130)  ->  Abs (   969,   232)
	  9: Rel (    67,    70)  ->  Abs (  1036,   302)
	 10: Rel ( -1034,     0)  ->  Abs (     2,   302)
	 11: Rel (     0,    66)  ->  Abs (     2,   368)
	 12: Rel (  1034,     0)  ->  Abs (  1036,   368)
	 13: Rel (   -49,    61)  ->  Abs (   987,   429)
	 14: Rel (   -39,    63)  ->  Abs (   948,   492)
	 15: Rel (   -39,    76)  ->  Abs (   909,   568)

	Glyph 315: off = 0x00012922, len = 162
	  numberOfContours:	1
	  xMin:			381
	  yMin:			-278
	  xMax:			847
	  yMax:			868

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	103
	00000: PUSHB[3]              6     5     1 
	00004: PUSHW[4]            771     9     0   771 
	00013: PUSHB[3]              9    77    10 
	00017: PUSHW[3]            272     4   771 
	00024: NPUSHB      (27):     7   116    13    13    14    13    14     6     7     5 
	                             4     7    52    13     4    52    14     9    10   160 
	                            13     1     0   160    13    48    14 
	00053: PUSHW[1]            595 
	00056: PUSHB[8]             16     6     6     5     6    72   120    24 
	00065: CALL       
	00066: SVTCA[y-axis] 
	00067: MIAP[rd+ci] 
	00068: MIAP[rd+ci] 
	00069: SVTCA[x-axis] 
	00070: SRP0       
	00071: MIRP[srp0,nmd,rd,2] 
	00072: MIRP[nrp0,md,rd,1] 
	00073: MIRP[srp0,nmd,rd,0] 
	00074: ALIGNRP    
	00075: SRP0       
	00076: MIRP[srp0,nmd,rd,0] 
	00077: ALIGNRP    
	00078: SRP0       
	00079: MIRP[nrp0,nmd,rd,0] 
	00080: SRP0       
	00081: MIRP[nrp0,nmd,rd,0] 
	00082: SRP0       
	00083: ALIGNRP    
	00084: SRP0       
	00085: ALIGNRP    
	00086: SVTCA[y-axis] 
	00087: MDAP[rd]   
	00088: MDAP[rd]   
	00089: SRP0       
	00090: ALIGNRP    
	00091: SRP0       
	00092: MIRP[srp0,md,rd,1] 
	00093: MIRP[nrp0,nmd,rd,0] 
	00094: MIRP[srp0,nmd,rd,2] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: MIRP[nrp0,nmd,rd,0] 
	00097: SRP0       
	00098: MIRP[nrp0,nmd,rd,0] 
	00099: SRP0       
	00100: ALIGNRP    
	00101: IUP[y]     
	00102: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual         Y-Short         On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short         On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:  YDual                       X-Short On
	 15:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   381,   -11)  ->  Abs (   381,   -11)
	  1: Rel (     0,    50)  ->  Abs (   381,    39)
	  2: Rel (    77,   -38)  ->  Abs (   458,     1)
	  3: Rel (    63,   -40)  ->  Abs (   521,   -39)
	  4: Rel (    60,   -49)  ->  Abs (   581,   -88)
	  5: Rel (     0,   956)  ->  Abs (   581,   868)
	  6: Rel (    66,     0)  ->  Abs (   647,   868)
	  7: Rel (     0,  -955)  ->  Abs (   647,   -87)
	  8: Rel (    69,    66)  ->  Abs (   716,   -21)
	  9: Rel (   131,    62)  ->  Abs (   847,    41)
	 10: Rel (     0,   -51)  ->  Abs (   847,   -10)
	 11: Rel (   -93,   -83)  ->  Abs (   754,   -93)
	 12: Rel (   -96,  -121)  ->  Abs (   658,  -214)
	 13: Rel (   -31,   -64)  ->  Abs (   627,  -278)
	 14: Rel (   -30,     0)  ->  Abs (   597,  -278)
	 15: Rel (   -51,   118)  ->  Abs (   546,  -160)

	Glyph 316: off = 0x000129C4, len = 232
	  numberOfContours:	1
	  xMin:			2
	  yMin:			103
	  xMax:			1227
	  yMax:			569

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	137
	00000: NPUSHB      (10):     5     4   160     7    48    22    24    25   160    22 
	00012: PUSHW[1]            771 
	00015: NPUSHB      (13):     1    48     0    19    18    10    11   160     8    48 
	                            18   160    21 
	00030: PUSHW[1]            771 
	00033: NPUSHB      (47):    14    48    15    22   116     0     5    77     4   215 
	                             7   116     1     1     0    24    77    25   215     0 
	                            26    29     8   116    14    21   116    15    10    77 
	                            11   215    14    19    77    18   215    15    15    14 
	                            25    28    15     0    75    68    24 
	00082: CALL       
	00083: SVTCA[y-axis] 
	00084: MDAP[rd]   
	00085: MDAP[rd]   
	00086: SVTCA[x-axis] 
	00087: FLIPOFF    
	00088: SRP0       
	00089: MIRP[srp0,nmd,rd,0] 
	00090: ALIGNRP    
	00091: FLIPON     
	00092: SRP0       
	00093: MIRP[srp0,nmd,rd,0] 
	00094: MIRP[nrp0,md,rd,1] 
	00095: SRP0       
	00096: MIRP[srp0,nmd,rd,0] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: SRP0       
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP0       
	00101: MIRP[nrp0,md,rd,1] 
	00102: FLIPOFF    
	00103: SRP0       
	00104: MIRP[srp0,nmd,rd,2] 
	00105: FLIPON     
	00106: MIRP[srp0,nmd,rd,0] 
	00107: MIRP[nrp0,md,rd,1] 
	00108: SRP0       
	00109: ALIGNRP    
	00110: SRP0       
	00111: MIRP[nrp0,md,rd,1] 
	00112: MIRP[srp0,nmd,rd,0] 
	00113: MIRP[nrp0,md,rd,1] 
	00114: SRP0       
	00115: MIRP[nrp0,md,rd,1] 
	00116: SVTCA[y-axis] 
	00117: SRP0       
	00118: MIRP[nrp0,md,rd,1] 
	00119: MIRP[srp0,nmd,rd,0] 
	00120: MIRP[nrp0,md,rd,1] 
	00121: MIRP[srp0,md,rd,1] 
	00122: MIRP[srp0,md,rd,1] 
	00123: ALIGNRP    
	00124: SRP0       
	00125: ALIGNRP    
	00126: SRP0       
	00127: MIRP[nrp0,md,rd,1] 
	00128: MIRP[srp0,nmd,rd,0] 
	00129: MIRP[srp0,md,rd,1] 
	00130: ALIGNRP    
	00131: SRP0       
	00132: MIRP[srp0,md,rd,1] 
	00133: MIRP[srp0,md,rd,1] 
	00134: ALIGNRP    
	00135: IUP[y]     
	00136: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual                               On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:  YDual                       X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual                 X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:  YDual                               On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1227,   350)  ->  Abs (  1227,   350)
	  1: Rel (     0,   -29)  ->  Abs (  1227,   321)
	  2: Rel (   -60,   -28)  ->  Abs (  1167,   293)
	  3: Rel (  -120,   -95)  ->  Abs (  1047,   198)
	  4: Rel (   -84,   -95)  ->  Abs (   963,   103)
	  5: Rel (   -51,     0)  ->  Abs (   912,   103)
	  6: Rel (    44,   111)  ->  Abs (   956,   214)
	  7: Rel (    81,    90)  ->  Abs (  1037,   304)
	  8: Rel (  -846,     0)  ->  Abs (   191,   304)
	  9: Rel (    82,   -90)  ->  Abs (   273,   214)
	 10: Rel (    44,  -111)  ->  Abs (   317,   103)
	 11: Rel (   -52,     0)  ->  Abs (   265,   103)
	 12: Rel (   -84,    95)  ->  Abs (   181,   198)
	 13: Rel (  -119,    95)  ->  Abs (    62,   293)
	 14: Rel (   -60,    28)  ->  Abs (     2,   321)
	 15: Rel (     0,    29)  ->  Abs (     2,   350)
	 16: Rel (    61,    28)  ->  Abs (    63,   378)
	 17: Rel (   116,    93)  ->  Abs (   179,   471)
	 18: Rel (    86,    98)  ->  Abs (   265,   569)
	 19: Rel (    52,     0)  ->  Abs (   317,   569)
	 20: Rel (   -45,  -112)  ->  Abs (   272,   457)
	 21: Rel (   -81,   -90)  ->  Abs (   191,   367)
	 22: Rel (   846,     0)  ->  Abs (  1037,   367)
	 23: Rel (   -80,    90)  ->  Abs (   957,   457)
	 24: Rel (   -45,   112)  ->  Abs (   912,   569)
	 25: Rel (    51,     0)  ->  Abs (   963,   569)
	 26: Rel (    87,   -98)  ->  Abs (  1050,   471)
	 27: Rel (   116,   -93)  ->  Abs (  1166,   378)

	Glyph 317: off = 0x00012AAC, len = 226
	  numberOfContours:	1
	  xMin:			381
	  yMin:			-277
	  xMax:			847
	  yMax:			948

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	138
	00000: PUSHB[3]              4    77     3 
	00004: PUSHW[1]            272 
	00007: PUSHB[6]              6     6    20    22    77    23 
	00014: PUSHW[1]            272 
	00017: PUSHB[7]             20   116     1     0     9    77    10 
	00025: PUSHW[1]            272 
	00028: PUSHB[6]              7     7    19    17    77    16 
	00035: PUSHW[1]            272 
	00038: NPUSHB      (45):    19   116    12    13     6    52     1    20    52     0 
	                             4     3   160     1    22    23   160     1    48     0 
	                             7    52    12    19    52    13     9    10   160    10 
	                           160    12    17    16   160    12    48    13     0    13 
	                            13     0    72   120    24 
	00085: CALL       
	00086: SVTCA[y-axis] 
	00087: MDAP[rd]   
	00088: MDAP[rd]   
	00089: SVTCA[x-axis] 
	00090: MDAP[rd]   
	00091: MDAP[rd]   
	00092: SRP0       
	00093: MIRP[nrp0,md,rd,1] 
	00094: MIRP[srp0,nmd,rd,0] 
	00095: ALIGNRP    
	00096: SRP0       
	00097: MIRP[nrp0,nmd,rd,0] 
	00098: MIRP[srp0,nmd,rd,0] 
	00099: ALIGNRP    
	00100: SRP0       
	00101: MIRP[nrp0,nmd,rd,0] 
	00102: SRP0       
	00103: MIRP[nrp0,nmd,rd,0] 
	00104: SRP0       
	00105: MIRP[nrp0,md,rd,1] 
	00106: MIRP[srp0,nmd,rd,0] 
	00107: ALIGNRP    
	00108: SRP0       
	00109: MIRP[srp0,nmd,rd,0] 
	00110: ALIGNRP    
	00111: SRP0       
	00112: MIRP[nrp0,nmd,rd,0] 
	00113: SRP0       
	00114: MIRP[nrp0,nmd,rd,0] 
	00115: SVTCA[y-axis] 
	00116: SRP0       
	00117: ALIGNRP    
	00118: MIRP[srp0,md,rd,1] 
	00119: MIRP[srp0,nmd,rd,2] 
	00120: MIRP[nrp0,md,rd,1] 
	00121: SRP0       
	00122: ALIGNRP    
	00123: SRP0       
	00124: MIRP[srp0,nmd,rd,2] 
	00125: MIRP[nrp0,md,rd,1] 
	00126: SRP0       
	00127: ALIGNRP    
	00128: MIRP[srp0,md,rd,1] 
	00129: MIRP[srp0,nmd,rd,2] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP0       
	00132: ALIGNRP    
	00133: SRP0       
	00134: MIRP[srp0,nmd,rd,2] 
	00135: MIRP[nrp0,md,rd,1] 
	00136: IUP[y]     
	00137: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short         On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:        XDual                         On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short         On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual                       X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual XDual         Y-Short         On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual                         On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   599,   948)  ->  Abs (   599,   948)
	  1: Rel (    30,     0)  ->  Abs (   629,   948)
	  2: Rel (    56,  -122)  ->  Abs (   685,   826)
	  3: Rel (   162,  -141)  ->  Abs (   847,   685)
	  4: Rel (     0,   -52)  ->  Abs (   847,   633)
	  5: Rel (  -110,    44)  ->  Abs (   737,   677)
	  6: Rel (   -91,    82)  ->  Abs (   646,   759)
	  7: Rel (     0,  -846)  ->  Abs (   646,   -87)
	  8: Rel (    90,    81)  ->  Abs (   736,    -6)
	  9: Rel (   111,    44)  ->  Abs (   847,    38)
	 10: Rel (     0,   -51)  ->  Abs (   847,   -13)
	 11: Rel (  -161,  -141)  ->  Abs (   686,  -154)
	 12: Rel (   -57,  -123)  ->  Abs (   629,  -277)
	 13: Rel (   -30,     0)  ->  Abs (   599,  -277)
	 14: Rel (   -28,    62)  ->  Abs (   571,  -215)
	 15: Rel (   -95,   118)  ->  Abs (   476,   -97)
	 16: Rel (   -95,    84)  ->  Abs (   381,   -13)
	 17: Rel (     0,    51)  ->  Abs (   381,    38)
	 18: Rel (   112,   -45)  ->  Abs (   493,    -7)
	 19: Rel (    89,   -80)  ->  Abs (   582,   -87)
	 20: Rel (     0,   846)  ->  Abs (   582,   759)
	 21: Rel (   -91,   -82)  ->  Abs (   491,   677)
	 22: Rel (  -110,   -44)  ->  Abs (   381,   633)
	 23: Rel (     0,    52)  ->  Abs (   381,   685)
	 24: Rel (    96,    84)  ->  Abs (   477,   769)
	 25: Rel (    94,   118)  ->  Abs (   571,   887)

	Glyph 318: off = 0x00012B8E, len = 262
	  numberOfContours:	2
	  xMin:			381
	  yMin:			-402
	  xMax:			847
	  yMax:			948

	EndPoints
	---------
	  0:  25
	  1:  29

	  Length of Instructions:	159
	00000: PUSHB[8]              7     6     1     4    22    77     3    23 
	00009: PUSHW[1]            272 
	00012: NPUSHB      (11):     6    20   116     1     0     9    17    10    17    77 
	                            16 
	00025: PUSHW[1]            272 
	00028: PUSHB[5]              7    19   116    12    13 
	00034: PUSHW[1]            768 
	00037: NPUSHB      (50):    27    26    48    28    29     0     4     3   160     1 
	                            22    23   160     0     1    52     6     0    52    20 
	                             6     7    20    19     7    52    12    19    52    13 
	                             9    10    17    16    10   160    12    16   160    13 
	                            28    27   160    12    29    26   160    12    48    13 
	00089: PUSHW[1]            326 
	00092: PUSHB[4]             30    72   120    24 
	00097: CALL       
	00098: SRP0       
	00099: MIRP[srp0,nmd,rd,0] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: MIRP[srp0,nmd,rd,0] 
	00102: ALIGNRP    
	00103: SRP0       
	00104: MIRP[srp0,nmd,rd,0] 
	00105: ALIGNRP    
	00106: SRP0       
	00107: MIRP[nrp0,nmd,rd,0] 
	00108: SRP0       
	00109: MIRP[nrp0,nmd,rd,0] 
	00110: SRP0       
	00111: ALIGNRP    
	00112: SRP0       
	00113: ALIGNRP    
	00114: SRP0       
	00115: MIRP[nrp0,nmd,rd,0] 
	00116: SRP0       
	00117: MIRP[nrp0,nmd,rd,0] 
	00118: SRP0       
	00119: ALIGNRP    
	00120: SRP0       
	00121: ALIGNRP    
	00122: SRP0       
	00123: MIRP[nrp0,nmd,rd,0] 
	00124: SRP0       
	00125: MIRP[nrp0,nmd,rd,0] 
	00126: SRP0       
	00127: MIRP[srp0,nmd,rd,0] 
	00128: ALIGNRP    
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,0] 
	00131: ALIGNRP    
	00132: SVTCA[y-axis] 
	00133: MDAP[rd]   
	00134: MDAP[rd]   
	00135: ALIGNRP    
	00136: MIRP[srp0,md,rd,1] 
	00137: ALIGNRP    
	00138: MIRP[srp0,nmd,rd,2] 
	00139: ALIGNRP    
	00140: MIRP[srp0,md,rd,1] 
	00141: ALIGNRP    
	00142: MIRP[srp0,nmd,rd,2] 
	00143: MIRP[nrp0,md,rd,1] 
	00144: ALIGNRP    
	00145: SRP0       
	00146: ALIGNRP    
	00147: SRP0       
	00148: ALIGNRP    
	00149: MIRP[srp0,md,rd,1] 
	00150: ALIGNRP    
	00151: MIRP[srp0,nmd,rd,2] 
	00152: ALIGNRP    
	00153: MIRP[srp0,md,rd,1] 
	00154: ALIGNRP    
	00155: IUP[y]     
	00156: IUP[x]     
	00157: SVTCA[x-axis] 
	00158: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short         On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:        XDual                         On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short         On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual                       X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual XDual         Y-Short         On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual                         On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:                              X-Short On
	 27:  YDual                               On
	 28:        XDual         Y-Short         On
	 29:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   599,   948)  ->  Abs (   599,   948)
	  1: Rel (    30,     0)  ->  Abs (   629,   948)
	  2: Rel (    56,  -122)  ->  Abs (   685,   826)
	  3: Rel (   162,  -141)  ->  Abs (   847,   685)
	  4: Rel (     0,   -52)  ->  Abs (   847,   633)
	  5: Rel (  -110,    44)  ->  Abs (   737,   677)
	  6: Rel (   -91,    82)  ->  Abs (   646,   759)
	  7: Rel (     0,  -846)  ->  Abs (   646,   -87)
	  8: Rel (    90,    81)  ->  Abs (   736,    -6)
	  9: Rel (   111,    44)  ->  Abs (   847,    38)
	 10: Rel (     0,   -51)  ->  Abs (   847,   -13)
	 11: Rel (  -161,  -141)  ->  Abs (   686,  -154)
	 12: Rel (   -57,  -123)  ->  Abs (   629,  -277)
	 13: Rel (   -30,     0)  ->  Abs (   599,  -277)
	 14: Rel (   -28,    62)  ->  Abs (   571,  -215)
	 15: Rel (   -95,   118)  ->  Abs (   476,   -97)
	 16: Rel (   -95,    84)  ->  Abs (   381,   -13)
	 17: Rel (     0,    51)  ->  Abs (   381,    38)
	 18: Rel (   112,   -45)  ->  Abs (   493,    -7)
	 19: Rel (    89,   -80)  ->  Abs (   582,   -87)
	 20: Rel (     0,   846)  ->  Abs (   582,   759)
	 21: Rel (   -91,   -82)  ->  Abs (   491,   677)
	 22: Rel (  -110,   -44)  ->  Abs (   381,   633)
	 23: Rel (     0,    52)  ->  Abs (   381,   685)
	 24: Rel (    96,    84)  ->  Abs (   477,   769)
	 25: Rel (    94,   118)  ->  Abs (   571,   887)
	 26: Rel (  -189, -1226)  ->  Abs (   382,  -339)
	 27: Rel (   465,     0)  ->  Abs (   847,  -339)
	 28: Rel (     0,   -63)  ->  Abs (   847,  -402)
	 29: Rel (  -465,     0)  ->  Abs (   382,  -402)

	Glyph 319: off = 0x00012C94, len = 78
	  numberOfContours:	1
	  xMin:			2
	  yMin:			0
	  xMax:			1227
	  yMax:			1223

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	46
	00000: PUSHW[2]              1   259 
	00005: NPUSHB      (20):     5     3     2    36     4     5    10     3    26     7 
	                             1     2    36     0     5    52     6    75    68    24 
	00027: CALL       
	00028: SRP0       
	00029: MIRP[srp0,nmd,rd,0] 
	00030: ALIGNRP    
	00031: MIRP[srp0,md,rd,1] 
	00032: ALIGNRP    
	00033: FLIPOFF    
	00034: SRP0       
	00035: MIRP[nrp0,nmd,rd,2] 
	00036: SVTCA[y-axis] 
	00037: MIAP[rd+ci] 
	00038: ALIGNRP    
	00039: FLIPON     
	00040: MIRP[srp0,md,rd,1] 
	00041: ALIGNRP    
	00042: SRP0       
	00043: MIRP[nrp0,md,rd,1] 
	00044: IUP[y]     
	00045: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual         Y-Short         On
	  5:  YDual                               On

	Coordinates
	-----------
	  0: Rel (     2,  1223)  ->  Abs (     2,  1223)
	  1: Rel (    95,     0)  ->  Abs (    97,  1223)
	  2: Rel (     0, -1128)  ->  Abs (    97,    95)
	  3: Rel (  1130,     0)  ->  Abs (  1227,    95)
	  4: Rel (     0,   -95)  ->  Abs (  1227,     0)
	  5: Rel ( -1225,     0)  ->  Abs (     2,     0)

	Glyph 320: off = 0x00012CE2, len = 164
	  numberOfContours:	1
	  xMin:			169
	  yMin:			-33
	  xMax:			1060
	  yMax:			1197

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	68
	00000: NPUSHB      (45):   123    19   123    23     2   105    19   105    23     2 
	                            21    37     5     3    29     9    13     9    17    16 
	                            30     9   160    10     1    10    25    26    30     1 
	                           127     0   143     0   159     0     3    79     0    95 
	                             0   111     0     3     0 
	00047: MDAP[rd]   
	00048: DELTAP1    
	00049: DELTAP1    
	00050: ALIGNRP    
	00051: MIRP[srp0,md,rd,1] 
	00052: ALIGNRP    
	00053: MDAP[rd]   
	00054: DELTAP1    
	00055: ALIGNRP    
	00056: MIRP[srp0,md,rd,1] 
	00057: ALIGNRP    
	00058: SVTCA[y-axis] 
	00059: MIAP[rd+ci] 
	00060: MIAP[rd+ci] 
	00061: MIAP[rd+ci] 
	00062: MIRP[nrp0,md,rd,1] 
	00063: IUP[y]     
	00064: IUP[x]     
	00065: SVTCA[y-axis] 
	00066: DELTAP1    
	00067: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:        XDual                         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual                         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   169,    23)  ->  Abs (   169,    23)
	  1: Rel (     0,   698)  ->  Abs (   169,   721)
	  2: Rel (     0,   170)  ->  Abs (   169,   891)
	  3: Rel (   105,   193)  ->  Abs (   274,  1084)
	  4: Rel (   197,   113)  ->  Abs (   471,  1197)
	  5: Rel (   145,     0)  ->  Abs (   616,  1197)
	  6: Rel (   140,     0)  ->  Abs (   756,  1197)
	  7: Rel (   203,  -118)  ->  Abs (   959,  1079)
	  8: Rel (   101,  -188)  ->  Abs (  1060,   891)
	  9: Rel (     0,  -170)  ->  Abs (  1060,   721)
	 10: Rel (     0,  -698)  ->  Abs (  1060,    23)
	 11: Rel (     0,   -30)  ->  Abs (  1060,    -7)
	 12: Rel (   -24,   -26)  ->  Abs (  1036,   -33)
	 13: Rel (   -19,     0)  ->  Abs (  1017,   -33)
	 14: Rel (   -18,     0)  ->  Abs (   999,   -33)
	 15: Rel (   -24,    26)  ->  Abs (   975,    -7)
	 16: Rel (     0,    30)  ->  Abs (   975,    23)
	 17: Rel (     0,   659)  ->  Abs (   975,   682)
	 18: Rel (     0,   171)  ->  Abs (   975,   853)
	 19: Rel (   -83,   164)  ->  Abs (   892,  1017)
	 20: Rel (  -160,    96)  ->  Abs (   732,  1113)
	 21: Rel (  -119,     0)  ->  Abs (   613,  1113)
	 22: Rel (  -116,     0)  ->  Abs (   497,  1113)
	 23: Rel (  -163,   -98)  ->  Abs (   334,  1015)
	 24: Rel (   -81,  -161)  ->  Abs (   253,   854)
	 25: Rel (     0,  -172)  ->  Abs (   253,   682)
	 26: Rel (     0,  -659)  ->  Abs (   253,    23)
	 27: Rel (     0,   -30)  ->  Abs (   253,    -7)
	 28: Rel (   -23,   -26)  ->  Abs (   230,   -33)
	 29: Rel (   -19,     0)  ->  Abs (   211,   -33)
	 30: Rel (   -19,     0)  ->  Abs (   192,   -33)
	 31: Rel (   -23,    26)  ->  Abs (   169,    -7)

	Glyph 321: off = 0x00012D86, len = 206
	  numberOfContours:	3
	  xMin:			101
	  yMin:			243
	  xMax:			1129
	  yMax:			931

	EndPoints
	---------
	  0:  13
	  1:  27
	  2:  41

	  Length of Instructions:	77
	00000: PUSHB[6]             29    36     0    35     1    35 
	00007: PUSHW[1]            759 
	00010: PUSHB[6]             15    36     0    21     1    21 
	00017: PUSHW[1]            759 
	00020: PUSHB[6]              1    36    15     7     1     7 
	00027: PUSHW[1]            533 
	00030: NPUSHB      (14):    31    29    47    29     2    29    25    11    39   132 
	                            43    18     4    32 
	00046: PUSHW[1]            772 
	00049: PUSHB[4]             42    79   123    24 
	00054: CALL       
	00055: SRP0       
	00056: MIRP[srp0,nmd,rd,2] 
	00057: ALIGNRP    
	00058: ALIGNRP    
	00059: SRP0       
	00060: MIRP[srp0,nmd,rd,0] 
	00061: ALIGNRP    
	00062: ALIGNRP    
	00063: SVTCA[y-axis] 
	00064: MDAP[rd]   
	00065: DELTAP1    
	00066: MIRP[srp0,md,rd,1] 
	00067: DELTAP1    
	00068: MIRP[nrp0,md,rd,1] 
	00069: MIRP[srp0,nmd,rd,0] 
	00070: DELTAP1    
	00071: MIRP[nrp0,md,rd,1] 
	00072: MIRP[srp0,nmd,rd,0] 
	00073: DELTAP1    
	00074: MIRP[nrp0,md,rd,1] 
	00075: IUP[y]     
	00076: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                              X-Short On
	 15:  YDual                               On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual                               On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off
	 28:                              X-Short On
	 29:  YDual                               On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual                               On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1073,   846)  ->  Abs (  1073,   846)
	  1: Rel (  -916,     0)  ->  Abs (   157,   846)
	  2: Rel (   -30,     0)  ->  Abs (   127,   846)
	  3: Rel (   -26,    24)  ->  Abs (   101,   870)
	  4: Rel (     0,    18)  ->  Abs (   101,   888)
	  5: Rel (     0,    19)  ->  Abs (   101,   907)
	  6: Rel (    26,    24)  ->  Abs (   127,   931)
	  7: Rel (    30,     0)  ->  Abs (   157,   931)
	  8: Rel (   916,     0)  ->  Abs (  1073,   931)
	  9: Rel (    30,    -1)  ->  Abs (  1103,   930)
	 10: Rel (    26,   -23)  ->  Abs (  1129,   907)
	 11: Rel (     0,   -19)  ->  Abs (  1129,   888)
	 12: Rel (     0,   -18)  ->  Abs (  1129,   870)
	 13: Rel (   -26,   -24)  ->  Abs (  1103,   846)
	 14: Rel (   -30,  -302)  ->  Abs (  1073,   544)
	 15: Rel (  -916,     0)  ->  Abs (   157,   544)
	 16: Rel (   -30,     0)  ->  Abs (   127,   544)
	 17: Rel (   -26,    24)  ->  Abs (   101,   568)
	 18: Rel (     0,    19)  ->  Abs (   101,   587)
	 19: Rel (     0,    18)  ->  Abs (   101,   605)
	 20: Rel (    26,    24)  ->  Abs (   127,   629)
	 21: Rel (    30,     0)  ->  Abs (   157,   629)
	 22: Rel (   916,     0)  ->  Abs (  1073,   629)
	 23: Rel (    30,     0)  ->  Abs (  1103,   629)
	 24: Rel (    26,   -24)  ->  Abs (  1129,   605)
	 25: Rel (     0,   -18)  ->  Abs (  1129,   587)
	 26: Rel (     0,   -19)  ->  Abs (  1129,   568)
	 27: Rel (   -26,   -24)  ->  Abs (  1103,   544)
	 28: Rel (   -30,  -301)  ->  Abs (  1073,   243)
	 29: Rel (  -916,     0)  ->  Abs (   157,   243)
	 30: Rel (   -30,     0)  ->  Abs (   127,   243)
	 31: Rel (   -26,    23)  ->  Abs (   101,   266)
	 32: Rel (     0,    19)  ->  Abs (   101,   285)
	 33: Rel (     0,    19)  ->  Abs (   101,   304)
	 34: Rel (    26,    23)  ->  Abs (   127,   327)
	 35: Rel (    30,     0)  ->  Abs (   157,   327)
	 36: Rel (   916,     0)  ->  Abs (  1073,   327)
	 37: Rel (    30,     0)  ->  Abs (  1103,   327)
	 38: Rel (    26,   -23)  ->  Abs (  1129,   304)
	 39: Rel (     0,   -19)  ->  Abs (  1129,   285)
	 40: Rel (     0,   -19)  ->  Abs (  1129,   266)
	 41: Rel (   -26,   -23)  ->  Abs (  1103,   243)

	Glyph 322: off = 0x00012E54, len = 124
	  numberOfContours:	2
	  xMin:			153
	  yMin:			0
	  xMax:			1076
	  yMax:			1153

	EndPoints
	---------
	  0:  4
	  1:  9

	  Length of Instructions:	70
	00000: NPUSHB      (15):     7     2     3     9     1     2     8     1   166     3 
	                           166     2     5    91     2 
	00017: PUSHW[1]            453 
	00020: NPUSHB      (19):     0    10     7    91    64     3   166     8     2   166 
	                            32     9    91     1    25    10    80   129    24 
	00041: CALL       
	00042: FLIPOFF    
	00043: SRP0       
	00044: MIRP[srp0,nmd,rd,0] 
	00045: FLIPON     
	00046: MIRP[nrp0,md,rd,1] 
	00047: SMD        
	00048: RTHG       
	00049: MIRP[srp0,md,rd,1] 
	00050: ALIGNRP    
	00051: MIRP[srp0,md,rd,1] 
	00052: SMD        
	00053: RTG        
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[y-axis] 
	00056: MIAP[rd+ci] 
	00057: MIRP[nrp0,md,rd,1] 
	00058: MIRP[nrp0,md,rd,1] 
	00059: SRP0       
	00060: MIRP[nrp0,nmd,rd,0] 
	00061: MIRP[nrp0,nmd,rd,0] 
	00062: MDRP[srp0,md,rd,1] 
	00063: IUP[y]     
	00064: IUP[x]     
	00065: SVTCA[y-axis] 
	00066: SPVTL[p1,p2] 
	00067: ALIGNRP    
	00068: SPVTL[p1,p2] 
	00069: ALIGNRP    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:                                      On
	  3:                                      On
	  4:        XDual                         On
	  5:  YDual               Y-Short         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:                                      On
	  9:                                      On

	Coordinates
	-----------
	  0: Rel (   153,     0)  ->  Abs (   153,     0)
	  1: Rel (     0,   634)  ->  Abs (   153,   634)
	  2: Rel (   461,   519)  ->  Abs (   614,  1153)
	  3: Rel (   462,  -519)  ->  Abs (  1076,   634)
	  4: Rel (     0,  -634)  ->  Abs (  1076,     0)
	  5: Rel (  -842,    81)  ->  Abs (   234,    81)
	  6: Rel (   761,     0)  ->  Abs (   995,    81)
	  7: Rel (     0,   519)  ->  Abs (   995,   600)
	  8: Rel (  -381,   427)  ->  Abs (   614,  1027)
	  9: Rel (  -380,  -427)  ->  Abs (   234,   600)

	Glyph 323: off = 0x00012ED0, len = 104
	  numberOfContours:	1
	  xMin:			144
	  yMin:			67
	  xMax:			1205
	  yMax:			627

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	47
	00000: PUSHB[3]              1    91     9 
	00004: PUSHW[1]            281 
	00007: PUSHB[3]              5    10     0 
	00011: PUSHW[1]            774 
	00014: NPUSHB       (9):    17     1     2    91     9     8    25    16    80 
	00025: PUSHW[2]            458    24 
	00030: CALL       
	00031: FLIPOFF    
	00032: SRP0       
	00033: MIRP[srp0,nmd,rd,0] 
	00034: ALIGNRP    
	00035: FLIPON     
	00036: MIRP[srp0,md,rd,1] 
	00037: ALIGNRP    
	00038: SRP0       
	00039: MIRP[srp0,nmd,rd,2] 
	00040: ALIGNRP    
	00041: SVTCA[y-axis] 
	00042: MDAP[rd]   
	00043: MIRP[srp0,md,rd,1] 
	00044: MIRP[nrp0,md,rd,1] 
	00045: IUP[y]     
	00046: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1148,   543)  ->  Abs (  1148,   543)
	  1: Rel (  -920,     0)  ->  Abs (   228,   543)
	  2: Rel (     0,  -420)  ->  Abs (   228,   123)
	  3: Rel (     0,   -30)  ->  Abs (   228,    93)
	  4: Rel (   -23,   -26)  ->  Abs (   205,    67)
	  5: Rel (   -19,     0)  ->  Abs (   186,    67)
	  6: Rel (   -19,     0)  ->  Abs (   167,    67)
	  7: Rel (   -23,    25)  ->  Abs (   144,    92)
	  8: Rel (     0,    31)  ->  Abs (   144,   123)
	  9: Rel (     0,   504)  ->  Abs (   144,   627)
	 10: Rel (  1004,     0)  ->  Abs (  1148,   627)
	 11: Rel (    31,     0)  ->  Abs (  1179,   627)
	 12: Rel (    26,   -23)  ->  Abs (  1205,   604)
	 13: Rel (     0,   -19)  ->  Abs (  1205,   585)
	 14: Rel (     0,   -19)  ->  Abs (  1205,   566)
	 15: Rel (   -26,   -23)  ->  Abs (  1179,   543)

	Glyph 324: off = 0x00012F38, len = 104
	  numberOfContours:	1
	  xMin:			541
	  yMin:			-615
	  xMax:			973
	  yMax:			1705

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	33
	00000: PUSHW[2]              1   853 
	00005: NPUSHB      (11):    11    11     6    17    17     6     8     8     0     0 
	                             1 
	00018: MDAP[rd]   
	00019: SHP[rp1,zp0] 
	00020: MDAP[rd]   
	00021: SHP[rp1,zp0] 
	00022: MDAP[rd]   
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: SHP[rp1,zp0] 
	00026: MDAP[rd]   
	00027: SRP1       
	00028: SHP[rp1,zp0] 
	00029: MDAP[rd]   
	00030: MIAP[rd+ci] 
	00031: IUP[y]     
	00032: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   688,  -615)  ->  Abs (   688,  -615)
	  1: Rel (  -147,     0)  ->  Abs (   541,  -615)
	  2: Rel (     0,  1879)  ->  Abs (   541,  1264)
	  3: Rel (     0,   197)  ->  Abs (   541,  1461)
	  4: Rel (   166,   244)  ->  Abs (   707,  1705)
	  5: Rel (   128,     0)  ->  Abs (   835,  1705)
	  6: Rel (    63,     0)  ->  Abs (   898,  1705)
	  7: Rel (    75,   -62)  ->  Abs (   973,  1643)
	  8: Rel (     0,   -47)  ->  Abs (   973,  1596)
	  9: Rel (     0,   -40)  ->  Abs (   973,  1556)
	 10: Rel (   -51,   -52)  ->  Abs (   922,  1504)
	 11: Rel (   -37,     0)  ->  Abs (   885,  1504)
	 12: Rel (   -31,     0)  ->  Abs (   854,  1504)
	 13: Rel (   -13,     9)  ->  Abs (   841,  1513)
	 14: Rel (   -13,     6)  ->  Abs (   828,  1519)
	 15: Rel (   -39,    44)  ->  Abs (   789,  1563)
	 16: Rel (   -35,    39)  ->  Abs (   754,  1602)
	 17: Rel (   -14,     0)  ->  Abs (   740,  1602)
	 18: Rel (   -37,     0)  ->  Abs (   703,  1602)
	 19: Rel (    -8,   -39)  ->  Abs (   695,  1563)
	 20: Rel (    -7,   -34)  ->  Abs (   688,  1529)
	 21: Rel (     0,  -105)  ->  Abs (   688,  1424)

	Glyph 325: off = 0x00012FA0, len = 112
	  numberOfContours:	1
	  xMin:			256
	  yMin:			-615
	  xMax:			688
	  yMax:			1705

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	38
	00000: PUSHW[2]              1   852 
	00005: PUSHB[6]             12    12     6    18    18     6 
	00012: PUSHW[1]            853 
	00015: PUSHB[6]              9     9    22     2     2    22 
	00022: MDAP[rd]   
	00023: SHP[rp1,zp0] 
	00024: MDAP[rd]   
	00025: SRP1       
	00026: SHP[rp1,zp0] 
	00027: MDAP[rd]   
	00028: SVTCA[y-axis] 
	00029: MIAP[rd+ci] 
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: SRP1       
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: MIAP[rd+ci] 
	00036: IUP[y]     
	00037: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   541,  1705)  ->  Abs (   541,  1705)
	  1: Rel (   147,     0)  ->  Abs (   688,  1705)
	  2: Rel (     0, -1879)  ->  Abs (   688,  -174)
	  3: Rel (     0,  -207)  ->  Abs (   688,  -381)
	  4: Rel (   -90,  -123)  ->  Abs (   598,  -504)
	  5: Rel (   -81,  -111)  ->  Abs (   517,  -615)
	  6: Rel (  -123,     0)  ->  Abs (   394,  -615)
	  7: Rel (   -61,     0)  ->  Abs (   333,  -615)
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	  9: Rel (     0,    48)  ->  Abs (   256,  -506)
	 10: Rel (     0,    40)  ->  Abs (   256,  -466)
	 11: Rel (    51,    52)  ->  Abs (   307,  -414)
	 12: Rel (    36,     0)  ->  Abs (   343,  -414)
	 13: Rel (    32,     0)  ->  Abs (   375,  -414)
	 14: Rel (    27,   -16)  ->  Abs (   402,  -430)
	 15: Rel (     8,    -5)  ->  Abs (   410,  -435)
	 16: Rel (    33,   -41)  ->  Abs (   443,  -476)
	 17: Rel (    29,   -36)  ->  Abs (   472,  -512)
	 18: Rel (    17,     0)  ->  Abs (   489,  -512)
	 19: Rel (    37,     0)  ->  Abs (   526,  -512)
	 20: Rel (     8,    40)  ->  Abs (   534,  -472)
	 21: Rel (     7,    35)  ->  Abs (   541,  -437)
	 22: Rel (     0,   103)  ->  Abs (   541,  -334)

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	  Length of Instructions:	14
	00000: PUSHB[5]              1     1     2     0     1 
	00006: MDAP[rd]   
	00007: MDAP[rd]   
	00008: SVTCA[y-axis] 
	00009: MDAP[rd]   
	00010: SHP[rp1,zp0] 
	00011: MDAP[rd]   
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
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	Coordinates
	-----------
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	  1: Rel ( -1229,     0)  ->  Abs (     0,   450)
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	  Length of Instructions:	21
	00000: PUSHW[4]              1   852     0   853 
	00009: PUSHB[3]              3     3     0 
	00013: MDAP[rd]   
	00014: SHP[rp1,zp0] 
	00015: MDAP[rd]   
	00016: SVTCA[y-axis] 
	00017: MIAP[rd+ci] 
	00018: MIAP[rd+ci] 
	00019: IUP[y]     
	00020: IUP[x]     

	Flags
	-----
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	Coordinates
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	  1: Rel (     0,  2320)  ->  Abs (   541,  1705)
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	00005: PUSHW[1]            853 
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	00013: MDAP[rd]   
	00014: SHP[rp1,zp0] 
	00015: MDAP[rd]   
	00016: MDAP[rd]   
	00017: SVTCA[y-axis] 
	00018: MIAP[rd+ci] 
	00019: MDAP[rd]   
	00020: SHP[rp1,zp0] 
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	00023: IUP[x]     

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	00013: MDAP[rd]   
	00014: MDAP[rd]   
	00015: SHP[rp1,zp0] 
	00016: MDAP[rd]   
	00017: SVTCA[y-axis] 
	00018: MIAP[rd+ci] 
	00019: MDAP[rd]   
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	00013: MDAP[rd]   
	00014: MDAP[rd]   
	00015: SHP[rp1,zp0] 
	00016: MDAP[rd]   
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	00018: MIAP[rd+ci] 
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	  1: Rel (     0,  1255)  ->  Abs (   541,  1705)
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	  3: Rel (     0, -1108)  ->  Abs (   688,   597)
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	00005: PUSHW[1]            852 
	00008: PUSHB[4]              0     0     3     1 
	00013: MDAP[rd]   
	00014: MDAP[rd]   
	00015: SHP[rp1,zp0] 
	00016: MDAP[rd]   
	00017: SVTCA[y-axis] 
	00018: MIAP[rd+ci] 
	00019: MDAP[rd]   
	00020: SHP[rp1,zp0] 
	00021: MDAP[rd]   
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	00023: IUP[x]     

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	00000: PUSHB[4]              6     6     3     1 
	00005: PUSHW[3]            852     0   853 
	00012: PUSHB[5]              3     7     7     0     5 
	00018: MDAP[rd]   
	00019: MDAP[rd]   
	00020: SHP[rp1,zp0] 
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	00025: MIAP[rd+ci] 
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	00028: MDAP[rd]   
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	00030: IUP[x]     

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	  1: Rel (     0,  2320)  ->  Abs (   541,  1705)
	  2: Rel (   147,     0)  ->  Abs (   688,  1705)
	  3: Rel (     0, -1108)  ->  Abs (   688,   597)
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	  5: Rel (     0,  -147)  ->  Abs (  1229,   450)
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	00000: PUSHB[4]              2     2     3     5 
	00005: PUSHW[3]            852     0   853 
	00012: PUSHB[6]              4     0     7     7     0     2 
	00019: MDAP[rd]   
	00020: MDAP[rd]   
	00021: SHP[rp1,zp0] 
	00022: MDAP[rd]   
	00023: SRP0       
	00024: ALIGNRP    
	00025: SVTCA[y-axis] 
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	00027: MIAP[rd+ci] 
	00028: MDAP[rd]   
	00029: SHP[rp1,zp0] 
	00030: MDAP[rd]   
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	Flags
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	  7:        XDual                         On

	Coordinates
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	  4: Rel (   541,     0)  ->  Abs (   541,   597)
	  5: Rel (     0,  1108)  ->  Abs (   541,  1705)
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	00000: PUSHB[5]              5     1     1     2     7 
	00006: PUSHW[1]            853 
	00009: PUSHB[5]              6     6     7     4     1 
	00015: MDAP[rd]   
	00016: MDAP[rd]   
	00017: MDAP[rd]   
	00018: SHP[rp1,zp0] 
	00019: MDAP[rd]   
	00020: SVTCA[y-axis] 
	00021: MIAP[rd+ci] 
	00022: MDAP[rd]   
	00023: SHP[rp1,zp0] 
	00024: MDAP[rd]   
	00025: ALIGNRP    
	00026: IUP[y]     
	00027: IUP[x]     

	Flags
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	  4: Rel (     0,  -147)  ->  Abs (  1229,   450)
	  5: Rel (  -541,     0)  ->  Abs (   688,   450)
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	00000: PUSHB[6]              6     2     1     1     2     4 
	00007: PUSHW[1]            852 
	00010: PUSHB[5]              6     6     3     0     1 
	00016: MDAP[rd]   
	00017: MDAP[rd]   
	00018: MDAP[rd]   
	00019: SHP[rp1,zp0] 
	00020: MDAP[rd]   
	00021: SVTCA[y-axis] 
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	00025: MDAP[rd]   
	00026: SRP0       
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	00028: IUP[y]     
	00029: IUP[x]     

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	  7:  YDual                               On

	Coordinates
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	  1: Rel ( -1229,     0)  ->  Abs (     0,   450)
	  2: Rel (     0,   147)  ->  Abs (     0,   597)
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	  4: Rel (     0,  1108)  ->  Abs (   541,  1705)
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	  Length of Instructions:	48
	00000: PUSHB[8]              9     1     6     2     1     1     2     4 
	00009: PUSHW[3]            852    11   853 
	00016: NPUSHB       (9):     6    10     3    11    10    10    11     8     1 
	00027: MDAP[rd]   
	00028: MDAP[rd]   
	00029: MDAP[rd]   
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: SRP0       
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	00034: SRP0       
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	00036: SVTCA[y-axis] 
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	00047: IUP[x]     

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	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
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	  1: Rel (  -541,     0)  ->  Abs (     0,   450)
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	  6: Rel (     0, -1108)  ->  Abs (   688,   597)
	  7: Rel (   541,     0)  ->  Abs (  1229,   597)
	  8: Rel (     0,  -147)  ->  Abs (  1229,   450)
	  9: Rel (  -541,     0)  ->  Abs (   688,   450)
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	  Length of Instructions:	29
	00000: NPUSHB      (12):     5     5     6     6     1     2     2     1     0     4 
	                             1     5 
	00014: MDAP[rd]   
	00015: MDAP[rd]   
	00016: MDAP[rd]   
	00017: MDAP[rd]   
	00018: SVTCA[y-axis] 
	00019: MDAP[rd]   
	00020: SHP[rp1,zp0] 
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	00023: SHP[rp1,zp0] 
	00024: MDAP[rd]   
	00025: SHP[rp1,zp0] 
	00026: MDAP[rd]   
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	00028: IUP[x]     

	Flags
	-----
	  0:                                      On
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	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
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	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,   610)  ->  Abs (  1229,   610)
	  1: Rel ( -1229,     0)  ->  Abs (     0,   610)
	  2: Rel (     0,   147)  ->  Abs (     0,   757)
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	  4: Rel (     0,  -467)  ->  Abs (  1229,   290)
	  5: Rel ( -1229,     0)  ->  Abs (     0,   290)
	  6: Rel (     0,   147)  ->  Abs (     0,   437)
	  7: Rel (  1229,     0)  ->  Abs (  1229,   437)

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	EndPoints
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	  Length of Instructions:	44
	00000: PUSHW[8]              1   852     5   852     0   853     4   853 
	00017: NPUSHB      (10):     3     3     0     0     7     7     0     4     1     4 
	00029: MDAP[rd]   
	00030: DELTAP1    
	00031: SHP[rp1,zp0] 
	00032: MDAP[rd]   
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: SHP[rp1,zp0] 
	00036: MDAP[rd]   
	00037: SVTCA[y-axis] 
	00038: MIAP[rd+ci] 
	00039: MIAP[rd+ci] 
	00040: MIAP[rd+ci] 
	00041: MIAP[rd+ci] 
	00042: IUP[y]     
	00043: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   701,  -615)  ->  Abs (   701,  -615)
	  1: Rel (     0,  2320)  ->  Abs (   701,  1705)
	  2: Rel (   147,     0)  ->  Abs (   848,  1705)
	  3: Rel (     0, -2320)  ->  Abs (   848,  -615)
	  4: Rel (  -467,     0)  ->  Abs (   381,  -615)
	  5: Rel (     0,  2320)  ->  Abs (   381,  1705)
	  6: Rel (   147,     0)  ->  Abs (   528,  1705)
	  7: Rel (     0, -2320)  ->  Abs (   528,  -615)

	Glyph 339: off = 0x00013358, len = 82
	  numberOfContours:	1
	  xMin:			541
	  yMin:			-615
	  xMax:			1229
	  yMax:			757

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	39
	00000: NPUSHB       (9):     8     8     5     5     4     1     1     4     0 
	00011: PUSHW[1]            853 
	00014: PUSHB[6]              3     7     5     9     9     0 
	00021: MDAP[rd]   
	00022: SHP[rp1,zp0] 
	00023: MDAP[rd]   
	00024: ALIGNRP    
	00025: MDAP[rd]   
	00026: MDAP[rd]   
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MDAP[rd]   
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: SRP1       
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: SHP[rp1,zp0] 
	00036: MDAP[rd]   
	00037: IUP[y]     
	00038: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   541,  -615)  ->  Abs (   541,  -615)
	  1: Rel (     0,  1372)  ->  Abs (   541,   757)
	  2: Rel (   688,     0)  ->  Abs (  1229,   757)
	  3: Rel (     0,  -147)  ->  Abs (  1229,   610)
	  4: Rel (  -541,     0)  ->  Abs (   688,   610)
	  5: Rel (     0,  -173)  ->  Abs (   688,   437)
	  6: Rel (   541,     0)  ->  Abs (  1229,   437)
	  7: Rel (     0,  -147)  ->  Abs (  1229,   290)
	  8: Rel (  -541,     0)  ->  Abs (   688,   290)
	  9: Rel (     0,  -905)  ->  Abs (   688,  -615)

	Glyph 340: off = 0x000133AA, len = 88
	  numberOfContours:	1
	  xMin:			381
	  yMin:			-615
	  xMax:			1229
	  yMax:			597

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	44
	00000: PUSHB[5]              4     8     8     1     6 
	00006: PUSHW[3]            853     0   853 
	00013: NPUSHB      (11):     3     5     5     6     6     9     9     0     0     1 
	                             0 
	00026: MDAP[rd]   
	00027: DELTAP1    
	00028: SHP[rp1,zp0] 
	00029: MDAP[rd]   
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: SHP[rp1,zp0] 
	00033: MDAP[rd]   
	00034: MDAP[rd]   
	00035: SVTCA[y-axis] 
	00036: MIAP[rd+ci] 
	00037: MIAP[rd+ci] 
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: ALIGNRP    
	00042: IUP[y]     
	00043: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   381,  -615)  ->  Abs (   381,  -615)
	  1: Rel (     0,  1212)  ->  Abs (   381,   597)
	  2: Rel (   848,     0)  ->  Abs (  1229,   597)
	  3: Rel (     0,  -148)  ->  Abs (  1229,   449)
	  4: Rel (  -381,     0)  ->  Abs (   848,   449)
	  5: Rel (     0, -1064)  ->  Abs (   848,  -615)
	  6: Rel (  -147,     0)  ->  Abs (   701,  -615)
	  7: Rel (     0,  1064)  ->  Abs (   701,   449)
	  8: Rel (  -173,     0)  ->  Abs (   528,   449)
	  9: Rel (     0, -1064)  ->  Abs (   528,  -615)

	Glyph 341: off = 0x00013402, len = 108
	  numberOfContours:	2
	  xMin:			381
	  yMin:			-615
	  xMax:			1229
	  yMax:			757

	EndPoints
	---------
	  0:  5
	  1:  11

	  Length of Instructions:	55
	00000: NPUSHB       (9):     6     6     9     9     5     2     2     5     8 
	00011: PUSHW[3]            853     1   853 
	00018: NPUSHB      (12):     4    11     7     7     8     8     0     0     0     1 
	                             1     1 
	00032: MDAP[rd]   
	00033: DELTAP1    
	00034: SHP[rp1,zp0] 
	00035: MDAP[rd]   
	00036: SHP[rp1,zp0] 
	00037: MDAP[rd]   
	00038: SHP[rp1,zp0] 
	00039: MDAP[rd]   
	00040: MDAP[rd]   
	00041: MDAP[rd]   
	00042: SVTCA[y-axis] 
	00043: MIAP[rd+ci] 
	00044: MIAP[rd+ci] 
	00045: MDAP[rd]   
	00046: SHP[rp1,zp0] 
	00047: MDAP[rd]   
	00048: SRP1       
	00049: SHP[rp1,zp0] 
	00050: MDAP[rd]   
	00051: SHP[rp1,zp0] 
	00052: MDAP[rd]   
	00053: IUP[y]     
	00054: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual         Y-Short         On
	  5:  YDual                               On
	  6:                                      On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   528,  -615)  ->  Abs (   528,  -615)
	  1: Rel (  -147,     0)  ->  Abs (   381,  -615)
	  2: Rel (     0,  1372)  ->  Abs (   381,   757)
	  3: Rel (   848,     0)  ->  Abs (  1229,   757)
	  4: Rel (     0,  -147)  ->  Abs (  1229,   610)
	  5: Rel (  -701,     0)  ->  Abs (   528,   610)
	  6: Rel (   320,  -320)  ->  Abs (   848,   290)
	  7: Rel (     0,  -905)  ->  Abs (   848,  -615)
	  8: Rel (  -147,     0)  ->  Abs (   701,  -615)
	  9: Rel (     0,  1052)  ->  Abs (   701,   437)
	 10: Rel (   528,     0)  ->  Abs (  1229,   437)
	 11: Rel (     0,  -147)  ->  Abs (  1229,   290)

	Glyph 342: off = 0x0001346E, len = 82
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-615
	  xMax:			688
	  yMax:			757

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	39
	00000: NPUSHB       (9):     1     1     2     2     5     6     6     5     9 
	00011: PUSHW[1]            853 
	00014: PUSHB[6]              5     1     8     8     3     9 
	00021: MDAP[rd]   
	00022: ALIGNRP    
	00023: SHP[rp1,zp0] 
	00024: MDAP[rd]   
	00025: MDAP[rd]   
	00026: MDAP[rd]   
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MDAP[rd]   
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: SRP1       
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: SHP[rp1,zp0] 
	00036: MDAP[rd]   
	00037: IUP[y]     
	00038: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   541,   290)  ->  Abs (   541,   290)
	  1: Rel (  -541,     0)  ->  Abs (     0,   290)
	  2: Rel (     0,   147)  ->  Abs (     0,   437)
	  3: Rel (   541,     0)  ->  Abs (   541,   437)
	  4: Rel (     0,   173)  ->  Abs (   541,   610)
	  5: Rel (  -541,     0)  ->  Abs (     0,   610)
	  6: Rel (     0,   147)  ->  Abs (     0,   757)
	  7: Rel (   688,     0)  ->  Abs (   688,   757)
	  8: Rel (     0, -1372)  ->  Abs (   688,  -615)
	  9: Rel (  -147,     0)  ->  Abs (   541,  -615)

	Glyph 343: off = 0x000134C0, len = 88
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-615
	  xMax:			848
	  yMax:			597

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	44
	00000: PUSHB[5]              8     2     2     3     6 
	00006: PUSHW[3]            853     0   853 
	00013: NPUSHB      (11):     5     5     6     6     9     9     0     0     1     0 
	                             2 
	00026: MDAP[rd]   
	00027: MDAP[rd]   
	00028: DELTAP1    
	00029: SHP[rp1,zp0] 
	00030: MDAP[rd]   
	00031: SHP[rp1,zp0] 
	00032: MDAP[rd]   
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: SVTCA[y-axis] 
	00036: MIAP[rd+ci] 
	00037: MIAP[rd+ci] 
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: ALIGNRP    
	00042: IUP[y]     
	00043: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   381,  -615)  ->  Abs (   381,  -615)
	  1: Rel (     0,  1065)  ->  Abs (   381,   450)
	  2: Rel (  -381,     0)  ->  Abs (     0,   450)
	  3: Rel (     0,   147)  ->  Abs (     0,   597)
	  4: Rel (   848,     0)  ->  Abs (   848,   597)
	  5: Rel (     0, -1212)  ->  Abs (   848,  -615)
	  6: Rel (  -147,     0)  ->  Abs (   701,  -615)
	  7: Rel (     0,  1065)  ->  Abs (   701,   450)
	  8: Rel (  -173,     0)  ->  Abs (   528,   450)
	  9: Rel (     0, -1065)  ->  Abs (   528,  -615)

	Glyph 344: off = 0x00013518, len = 108
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-615
	  xMax:			848
	  yMax:			757

	EndPoints
	---------
	  0:  5
	  1:  11

	  Length of Instructions:	55
	00000: NPUSHB       (9):     7     7     8     8     2     3     3     2     0 
	00011: PUSHW[3]            853    11   853 
	00018: NPUSHB      (12):     5     5     0     0    10    10     0    11     1    11 
	                             8     2 
	00032: MDAP[rd]   
	00033: MDAP[rd]   
	00034: MDAP[rd]   
	00035: DELTAP1    
	00036: SHP[rp1,zp0] 
	00037: MDAP[rd]   
	00038: SHP[rp1,zp0] 
	00039: MDAP[rd]   
	00040: SHP[rp1,zp0] 
	00041: MDAP[rd]   
	00042: SVTCA[y-axis] 
	00043: MIAP[rd+ci] 
	00044: MIAP[rd+ci] 
	00045: MDAP[rd]   
	00046: SHP[rp1,zp0] 
	00047: MDAP[rd]   
	00048: SRP1       
	00049: SHP[rp1,zp0] 
	00050: MDAP[rd]   
	00051: SHP[rp1,zp0] 
	00052: MDAP[rd]   
	00053: IUP[y]     
	00054: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:                                      On
	  7:  YDual                               On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   701,  -615)  ->  Abs (   701,  -615)
	  1: Rel (     0,  1225)  ->  Abs (   701,   610)
	  2: Rel (  -701,     0)  ->  Abs (     0,   610)
	  3: Rel (     0,   147)  ->  Abs (     0,   757)
	  4: Rel (   848,     0)  ->  Abs (   848,   757)
	  5: Rel (     0, -1372)  ->  Abs (   848,  -615)
	  6: Rel (  -467,   905)  ->  Abs (   381,   290)
	  7: Rel (  -381,     0)  ->  Abs (     0,   290)
	  8: Rel (     0,   147)  ->  Abs (     0,   437)
	  9: Rel (   528,     0)  ->  Abs (   528,   437)
	 10: Rel (     0, -1052)  ->  Abs (   528,  -615)
	 11: Rel (  -147,     0)  ->  Abs (   381,  -615)

	Glyph 345: off = 0x00013584, len = 82
	  numberOfContours:	1
	  xMin:			541
	  yMin:			290
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	39
	00000: NPUSHB       (9):     0     0     7     7     6     3     3     6     1 
	00011: PUSHW[1]            852 
	00014: PUSHB[6]              3     7     7     0     5     9 
	00021: MDAP[rd]   
	00022: MDAP[rd]   
	00023: MDAP[rd]   
	00024: SHP[rp1,zp0] 
	00025: MDAP[rd]   
	00026: ALIGNRP    
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MDAP[rd]   
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: SRP1       
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: SHP[rp1,zp0] 
	00036: MDAP[rd]   
	00037: IUP[y]     
	00038: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   541,   290)  ->  Abs (   541,   290)
	  1: Rel (     0,  1415)  ->  Abs (   541,  1705)
	  2: Rel (   147,     0)  ->  Abs (   688,  1705)
	  3: Rel (     0,  -948)  ->  Abs (   688,   757)
	  4: Rel (   541,     0)  ->  Abs (  1229,   757)
	  5: Rel (     0,  -147)  ->  Abs (  1229,   610)
	  6: Rel (  -541,     0)  ->  Abs (   688,   610)
	  7: Rel (     0,  -173)  ->  Abs (   688,   437)
	  8: Rel (   541,     0)  ->  Abs (  1229,   437)
	  9: Rel (     0,  -147)  ->  Abs (  1229,   290)

	Glyph 346: off = 0x000135D6, len = 90
	  numberOfContours:	1
	  xMin:			381
	  yMin:			450
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	46
	00000: PUSHB[6]              8     4     1     1     4     6 
	00007: PUSHW[3]            852     2   852 
	00014: NPUSHB      (11):     8     8     5     5     4     4     0     1     1     1 
	                             0 
	00027: MDAP[rd]   
	00028: MDAP[rd]   
	00029: DELTAP1    
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: SHP[rp1,zp0] 
	00033: MDAP[rd]   
	00034: SHP[rp1,zp0] 
	00035: MDAP[rd]   
	00036: SVTCA[y-axis] 
	00037: MIAP[rd+ci] 
	00038: MIAP[rd+ci] 
	00039: MDAP[rd]   
	00040: SHP[rp1,zp0] 
	00041: MDAP[rd]   
	00042: SRP0       
	00043: ALIGNRP    
	00044: IUP[y]     
	00045: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual                         On
	  9:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,   450)  ->  Abs (  1229,   450)
	  1: Rel (  -848,     0)  ->  Abs (   381,   450)
	  2: Rel (     0,  1255)  ->  Abs (   381,  1705)
	  3: Rel (   147,     0)  ->  Abs (   528,  1705)
	  4: Rel (     0, -1108)  ->  Abs (   528,   597)
	  5: Rel (   173,     0)  ->  Abs (   701,   597)
	  6: Rel (     0,  1108)  ->  Abs (   701,  1705)
	  7: Rel (   147,     0)  ->  Abs (   848,  1705)
	  8: Rel (     0, -1108)  ->  Abs (   848,   597)
	  9: Rel (   381,     0)  ->  Abs (  1229,   597)

	Glyph 347: off = 0x00013630, len = 108
	  numberOfContours:	2
	  xMin:			381
	  yMin:			290
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  5
	  1:  11

	  Length of Instructions:	55
	00000: NPUSHB       (9):     4     4     1     1     9     6     6     9    10 
	00011: PUSHW[3]            852     5   852 
	00018: NPUSHB      (12):     6     6     9     9     1     1     0     4     1     4 
	                             8     3 
	00032: MDAP[rd]   
	00033: MDAP[rd]   
	00034: MDAP[rd]   
	00035: DELTAP1    
	00036: SHP[rp1,zp0] 
	00037: MDAP[rd]   
	00038: SHP[rp1,zp0] 
	00039: MDAP[rd]   
	00040: SHP[rp1,zp0] 
	00041: MDAP[rd]   
	00042: SVTCA[y-axis] 
	00043: MIAP[rd+ci] 
	00044: MIAP[rd+ci] 
	00045: MDAP[rd]   
	00046: SHP[rp1,zp0] 
	00047: MDAP[rd]   
	00048: SRP1       
	00049: SHP[rp1,zp0] 
	00050: MDAP[rd]   
	00051: SHP[rp1,zp0] 
	00052: MDAP[rd]   
	00053: IUP[y]     
	00054: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:                                      On
	  7:  YDual                               On
	  8:        XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   528,  1705)  ->  Abs (   528,  1705)
	  1: Rel (     0, -1268)  ->  Abs (   528,   437)
	  2: Rel (   701,     0)  ->  Abs (  1229,   437)
	  3: Rel (     0,  -147)  ->  Abs (  1229,   290)
	  4: Rel (  -848,     0)  ->  Abs (   381,   290)
	  5: Rel (     0,  1415)  ->  Abs (   381,  1705)
	  6: Rel (   467,  -948)  ->  Abs (   848,   757)
	  7: Rel (   381,     0)  ->  Abs (  1229,   757)
	  8: Rel (     0,  -147)  ->  Abs (  1229,   610)
	  9: Rel (  -528,     0)  ->  Abs (   701,   610)
	 10: Rel (     0,  1095)  ->  Abs (   701,  1705)
	 11: Rel (   147,     0)  ->  Abs (   848,  1705)

	Glyph 348: off = 0x0001369C, len = 84
	  numberOfContours:	1
	  xMin:			0
	  yMin:			290
	  xMax:			688
	  yMax:			1705

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	41
	00000: NPUSHB       (9):     1     1     2     2     5     6     6     5     8 
	00011: PUSHW[1]            852 
	00014: PUSHB[7]              7     3     0     0     3     5     1 
	00022: MDAP[rd]   
	00023: MDAP[rd]   
	00024: MDAP[rd]   
	00025: SHP[rp1,zp0] 
	00026: MDAP[rd]   
	00027: SRP0       
	00028: ALIGNRP    
	00029: SVTCA[y-axis] 
	00030: MIAP[rd+ci] 
	00031: MDAP[rd]   
	00032: SHP[rp1,zp0] 
	00033: MDAP[rd]   
	00034: SRP1       
	00035: SHP[rp1,zp0] 
	00036: MDAP[rd]   
	00037: SHP[rp1,zp0] 
	00038: MDAP[rd]   
	00039: IUP[y]     
	00040: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   688,   290)  ->  Abs (   688,   290)
	  1: Rel (  -688,     0)  ->  Abs (     0,   290)
	  2: Rel (     0,   147)  ->  Abs (     0,   437)
	  3: Rel (   541,     0)  ->  Abs (   541,   437)
	  4: Rel (     0,   173)  ->  Abs (   541,   610)
	  5: Rel (  -541,     0)  ->  Abs (     0,   610)
	  6: Rel (     0,   147)  ->  Abs (     0,   757)
	  7: Rel (   541,     0)  ->  Abs (   541,   757)
	  8: Rel (     0,   948)  ->  Abs (   541,  1705)
	  9: Rel (   147,     0)  ->  Abs (   688,  1705)

	Glyph 349: off = 0x000136F0, len = 88
	  numberOfContours:	1
	  xMin:			0
	  yMin:			450
	  xMax:			848
	  yMax:			1705

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	46
	00000: PUSHB[6]              6     2     1     1     2     4 
	00007: PUSHW[3]            852     8   852 
	00014: NPUSHB      (11):     0     0     7     7     6     6     0     3     1     3 
	                             1 
	00027: MDAP[rd]   
	00028: MDAP[rd]   
	00029: DELTAP1    
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: SHP[rp1,zp0] 
	00033: MDAP[rd]   
	00034: SHP[rp1,zp0] 
	00035: MDAP[rd]   
	00036: SVTCA[y-axis] 
	00037: MIAP[rd+ci] 
	00038: MIAP[rd+ci] 
	00039: MDAP[rd]   
	00040: SHP[rp1,zp0] 
	00041: MDAP[rd]   
	00042: SRP0       
	00043: ALIGNRP    
	00044: IUP[y]     
	00045: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   848,   450)  ->  Abs (   848,   450)
	  1: Rel (  -848,     0)  ->  Abs (     0,   450)
	  2: Rel (     0,   147)  ->  Abs (     0,   597)
	  3: Rel (   381,     0)  ->  Abs (   381,   597)
	  4: Rel (     0,  1108)  ->  Abs (   381,  1705)
	  5: Rel (   147,     0)  ->  Abs (   528,  1705)
	  6: Rel (     0, -1108)  ->  Abs (   528,   597)
	  7: Rel (   173,     0)  ->  Abs (   701,   597)
	  8: Rel (     0,  1108)  ->  Abs (   701,  1705)
	  9: Rel (   147,     0)  ->  Abs (   848,  1705)

	Glyph 350: off = 0x00013748, len = 108
	  numberOfContours:	2
	  xMin:			0
	  yMin:			290
	  xMax:			848
	  yMax:			1705

	EndPoints
	---------
	  0:  5
	  1:  11

	  Length of Instructions:	55
	00000: NPUSHB       (9):     3     3     4     4    10    11    11    10     0 
	00011: PUSHW[3]            852     7   852 
	00018: NPUSHB      (12):     2     2     5     5     9     9     0     6     1     6 
	                            10     3 
	00032: MDAP[rd]   
	00033: MDAP[rd]   
	00034: MDAP[rd]   
	00035: DELTAP1    
	00036: SHP[rp1,zp0] 
	00037: MDAP[rd]   
	00038: SHP[rp1,zp0] 
	00039: MDAP[rd]   
	00040: SHP[rp1,zp0] 
	00041: MDAP[rd]   
	00042: SVTCA[y-axis] 
	00043: MIAP[rd+ci] 
	00044: MIAP[rd+ci] 
	00045: MDAP[rd]   
	00046: SHP[rp1,zp0] 
	00047: MDAP[rd]   
	00048: SRP1       
	00049: SHP[rp1,zp0] 
	00050: MDAP[rd]   
	00051: SHP[rp1,zp0] 
	00052: MDAP[rd]   
	00053: IUP[y]     
	00054: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:                                      On
	  7:        XDual                         On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   701,  1705)  ->  Abs (   701,  1705)
	  1: Rel (   147,     0)  ->  Abs (   848,  1705)
	  2: Rel (     0, -1415)  ->  Abs (   848,   290)
	  3: Rel (  -848,     0)  ->  Abs (     0,   290)
	  4: Rel (     0,   147)  ->  Abs (     0,   437)
	  5: Rel (   701,     0)  ->  Abs (   701,   437)
	  6: Rel (  -320,   320)  ->  Abs (   381,   757)
	  7: Rel (     0,   948)  ->  Abs (   381,  1705)
	  8: Rel (   147,     0)  ->  Abs (   528,  1705)
	  9: Rel (     0, -1095)  ->  Abs (   528,   610)
	 10: Rel (  -528,     0)  ->  Abs (     0,   610)
	 11: Rel (     0,   147)  ->  Abs (     0,   757)

	Glyph 351: off = 0x000137B4, len = 96
	  numberOfContours:	1
	  xMin:			541
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	48
	00000: NPUSHB       (9):    10    10     7     7     6     3     3     6     1 
	00011: PUSHW[3]            852     0   853 
	00018: PUSHB[8]              3     7     7    11    11     0     5     9 
	00027: MDAP[rd]   
	00028: MDAP[rd]   
	00029: MDAP[rd]   
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: ALIGNRP    
	00033: SRP0       
	00034: ALIGNRP    
	00035: SVTCA[y-axis] 
	00036: MIAP[rd+ci] 
	00037: MIAP[rd+ci] 
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: SRP1       
	00042: SHP[rp1,zp0] 
	00043: MDAP[rd]   
	00044: SHP[rp1,zp0] 
	00045: MDAP[rd]   
	00046: IUP[y]     
	00047: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual         Y-Short         On
	 10:  YDual                               On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   541,  -615)  ->  Abs (   541,  -615)
	  1: Rel (     0,  2320)  ->  Abs (   541,  1705)
	  2: Rel (   147,     0)  ->  Abs (   688,  1705)
	  3: Rel (     0,  -948)  ->  Abs (   688,   757)
	  4: Rel (   541,     0)  ->  Abs (  1229,   757)
	  5: Rel (     0,  -147)  ->  Abs (  1229,   610)
	  6: Rel (  -541,     0)  ->  Abs (   688,   610)
	  7: Rel (     0,  -173)  ->  Abs (   688,   437)
	  8: Rel (   541,     0)  ->  Abs (  1229,   437)
	  9: Rel (     0,  -147)  ->  Abs (  1229,   290)
	 10: Rel (  -541,     0)  ->  Abs (   688,   290)
	 11: Rel (     0,  -905)  ->  Abs (   688,  -615)

	Glyph 352: off = 0x00013814, len = 106
	  numberOfContours:	2
	  xMin:			381
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  7
	  1:  11

	  Length of Instructions:	54
	00000: PUSHB[4]              6     6     3     1 
	00005: PUSHW[7]            852     9   852     0   853     8   853 
	00020: NPUSHB      (12):     3     7     7     0     0    11    11     0     8     1 
	                             8     5 
	00034: MDAP[rd]   
	00035: MDAP[rd]   
	00036: DELTAP1    
	00037: SHP[rp1,zp0] 
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: SHP[rp1,zp0] 
	00042: MDAP[rd]   
	00043: ALIGNRP    
	00044: SVTCA[y-axis] 
	00045: MIAP[rd+ci] 
	00046: MIAP[rd+ci] 
	00047: MIAP[rd+ci] 
	00048: MIAP[rd+ci] 
	00049: MDAP[rd]   
	00050: SHP[rp1,zp0] 
	00051: MDAP[rd]   
	00052: IUP[y]     
	00053: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   701,  -615)  ->  Abs (   701,  -615)
	  1: Rel (     0,  2320)  ->  Abs (   701,  1705)
	  2: Rel (   147,     0)  ->  Abs (   848,  1705)
	  3: Rel (     0, -1108)  ->  Abs (   848,   597)
	  4: Rel (   381,     0)  ->  Abs (  1229,   597)
	  5: Rel (     0,  -147)  ->  Abs (  1229,   450)
	  6: Rel (  -381,     0)  ->  Abs (   848,   450)
	  7: Rel (     0, -1065)  ->  Abs (   848,  -615)
	  8: Rel (  -467,     0)  ->  Abs (   381,  -615)
	  9: Rel (     0,  2320)  ->  Abs (   381,  1705)
	 10: Rel (   147,     0)  ->  Abs (   528,  1705)
	 11: Rel (     0, -2320)  ->  Abs (   528,  -615)

	Glyph 353: off = 0x0001387E, len = 136
	  numberOfContours:	3
	  xMin:			381
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  3
	  1:  9
	  2:  15

	  Length of Instructions:	69
	00000: NPUSHB       (9):    14    14    11    11     4     7     7     4     5 
	00011: PUSHW[7]            852     1   852    10   853     0   853 
	00026: NPUSHB      (14):     7    15    15     4    10    10     3     3     0     0 
	                             1     0     9    13 
	00042: MDAP[rd]   
	00043: MDAP[rd]   
	00044: MDAP[rd]   
	00045: DELTAP1    
	00046: SHP[rp1,zp0] 
	00047: MDAP[rd]   
	00048: SHP[rp1,zp0] 
	00049: MDAP[rd]   
	00050: ALIGNRP    
	00051: SHP[rp1,zp0] 
	00052: MDAP[rd]   
	00053: ALIGNRP    
	00054: SVTCA[y-axis] 
	00055: MIAP[rd+ci] 
	00056: MIAP[rd+ci] 
	00057: MIAP[rd+ci] 
	00058: MIAP[rd+ci] 
	00059: MDAP[rd]   
	00060: SHP[rp1,zp0] 
	00061: MDAP[rd]   
	00062: SRP1       
	00063: SHP[rp1,zp0] 
	00064: MDAP[rd]   
	00065: SHP[rp1,zp0] 
	00066: MDAP[rd]   
	00067: IUP[y]     
	00068: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:        XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:        XDual         Y-Short         On
	 10:                                      On
	 11:        XDual                         On
	 12:  YDual                               On
	 13:        XDual         Y-Short         On
	 14:  YDual                               On
	 15:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   381,  -615)  ->  Abs (   381,  -615)
	  1: Rel (     0,  2320)  ->  Abs (   381,  1705)
	  2: Rel (   147,     0)  ->  Abs (   528,  1705)
	  3: Rel (     0, -2320)  ->  Abs (   528,  -615)
	  4: Rel (   173,  1225)  ->  Abs (   701,   610)
	  5: Rel (     0,  1095)  ->  Abs (   701,  1705)
	  6: Rel (   147,     0)  ->  Abs (   848,  1705)
	  7: Rel (     0,  -948)  ->  Abs (   848,   757)
	  8: Rel (   381,     0)  ->  Abs (  1229,   757)
	  9: Rel (     0,  -147)  ->  Abs (  1229,   610)
	 10: Rel (  -528, -1225)  ->  Abs (   701,  -615)
	 11: Rel (     0,  1052)  ->  Abs (   701,   437)
	 12: Rel (   528,     0)  ->  Abs (  1229,   437)
	 13: Rel (     0,  -147)  ->  Abs (  1229,   290)
	 14: Rel (  -381,     0)  ->  Abs (   848,   290)
	 15: Rel (     0,  -905)  ->  Abs (   848,  -615)

	Glyph 354: off = 0x00013906, len = 98
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-615
	  xMax:			688
	  yMax:			1705

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	51
	00000: NPUSHB       (9):     1     1     2     2     5     6     6     5     8 
	00011: PUSHW[3]            852    11   853 
	00018: NPUSHB       (9):     7     3     3    11    10    10    11     5     1 
	00029: MDAP[rd]   
	00030: MDAP[rd]   
	00031: MDAP[rd]   
	00032: SHP[rp1,zp0] 
	00033: MDAP[rd]   
	00034: SRP0       
	00035: ALIGNRP    
	00036: SRP0       
	00037: ALIGNRP    
	00038: SVTCA[y-axis] 
	00039: MIAP[rd+ci] 
	00040: MIAP[rd+ci] 
	00041: MDAP[rd]   
	00042: SHP[rp1,zp0] 
	00043: MDAP[rd]   
	00044: SRP1       
	00045: SHP[rp1,zp0] 
	00046: MDAP[rd]   
	00047: SHP[rp1,zp0] 
	00048: MDAP[rd]   
	00049: IUP[y]     
	00050: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   541,   290)  ->  Abs (   541,   290)
	  1: Rel (  -541,     0)  ->  Abs (     0,   290)
	  2: Rel (     0,   147)  ->  Abs (     0,   437)
	  3: Rel (   541,     0)  ->  Abs (   541,   437)
	  4: Rel (     0,   173)  ->  Abs (   541,   610)
	  5: Rel (  -541,     0)  ->  Abs (     0,   610)
	  6: Rel (     0,   147)  ->  Abs (     0,   757)
	  7: Rel (   541,     0)  ->  Abs (   541,   757)
	  8: Rel (     0,   948)  ->  Abs (   541,  1705)
	  9: Rel (   147,     0)  ->  Abs (   688,  1705)
	 10: Rel (     0, -2320)  ->  Abs (   688,  -615)
	 11: Rel (  -147,     0)  ->  Abs (   541,  -615)

	Glyph 355: off = 0x00013968, len = 106
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-615
	  xMax:			848
	  yMax:			1705

	EndPoints
	---------
	  0:  7
	  1:  11

	  Length of Instructions:	56
	00000: PUSHB[4]              2     2     3     9 
	00005: PUSHW[7]            852     5   852     8   853     0   853 
	00020: NPUSHB      (13):    11    11     8     8     4     0     7     7     0     0 
	                             1     0     2 
	00035: MDAP[rd]   
	00036: MDAP[rd]   
	00037: DELTAP1    
	00038: SHP[rp1,zp0] 
	00039: MDAP[rd]   
	00040: SRP0       
	00041: ALIGNRP    
	00042: SHP[rp1,zp0] 
	00043: MDAP[rd]   
	00044: SHP[rp1,zp0] 
	00045: MDAP[rd]   
	00046: SVTCA[y-axis] 
	00047: MIAP[rd+ci] 
	00048: MIAP[rd+ci] 
	00049: MIAP[rd+ci] 
	00050: MIAP[rd+ci] 
	00051: MDAP[rd]   
	00052: SHP[rp1,zp0] 
	00053: MDAP[rd]   
	00054: IUP[y]     
	00055: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   381,  -615)  ->  Abs (   381,  -615)
	  1: Rel (     0,  1065)  ->  Abs (   381,   450)
	  2: Rel (  -381,     0)  ->  Abs (     0,   450)
	  3: Rel (     0,   147)  ->  Abs (     0,   597)
	  4: Rel (   381,     0)  ->  Abs (   381,   597)
	  5: Rel (     0,  1108)  ->  Abs (   381,  1705)
	  6: Rel (   147,     0)  ->  Abs (   528,  1705)
	  7: Rel (     0, -2320)  ->  Abs (   528,  -615)
	  8: Rel (   173,     0)  ->  Abs (   701,  -615)
	  9: Rel (     0,  2320)  ->  Abs (   701,  1705)
	 10: Rel (   147,     0)  ->  Abs (   848,  1705)
	 11: Rel (     0, -2320)  ->  Abs (   848,  -615)

	Glyph 356: off = 0x000139D2, len = 140
	  numberOfContours:	3
	  xMin:			0
	  yMin:			-615
	  xMax:			848
	  yMax:			1705

	EndPoints
	---------
	  0:  3
	  1:  9
	  2:  15

	  Length of Instructions:	73
	00000: NPUSHB       (9):    11    11    12    12     6     7     7     6     1 
	00011: PUSHW[7]            852     9   852     0   853    15   853 
	00026: NPUSHB      (16):     5    14     3     3     0     0     8    15    14    14 
	                             0    15     1    15     6    11 
	00044: MDAP[rd]   
	00045: MDAP[rd]   
	00046: MDAP[rd]   
	00047: DELTAP1    
	00048: SHP[rp1,zp0] 
	00049: MDAP[rd]   
	00050: SRP0       
	00051: ALIGNRP    
	00052: SHP[rp1,zp0] 
	00053: MDAP[rd]   
	00054: SHP[rp1,zp0] 
	00055: MDAP[rd]   
	00056: SRP0       
	00057: ALIGNRP    
	00058: SVTCA[y-axis] 
	00059: MIAP[rd+ci] 
	00060: MIAP[rd+ci] 
	00061: MIAP[rd+ci] 
	00062: MIAP[rd+ci] 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: SRP1       
	00067: SHP[rp1,zp0] 
	00068: MDAP[rd]   
	00069: SHP[rp1,zp0] 
	00070: MDAP[rd]   
	00071: IUP[y]     
	00072: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:                                      On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:  YDual XDual         Y-Short         On
	 13:  YDual                               On
	 14:        XDual                         On
	 15:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   701,  -615)  ->  Abs (   701,  -615)
	  1: Rel (     0,  2320)  ->  Abs (   701,  1705)
	  2: Rel (   147,     0)  ->  Abs (   848,  1705)
	  3: Rel (     0, -2320)  ->  Abs (   848,  -615)
	  4: Rel (  -320,  2320)  ->  Abs (   528,  1705)
	  5: Rel (     0, -1095)  ->  Abs (   528,   610)
	  6: Rel (  -528,     0)  ->  Abs (     0,   610)
	  7: Rel (     0,   147)  ->  Abs (     0,   757)
	  8: Rel (   381,     0)  ->  Abs (   381,   757)
	  9: Rel (     0,   948)  ->  Abs (   381,  1705)
	 10: Rel (     0, -1415)  ->  Abs (   381,   290)
	 11: Rel (  -381,     0)  ->  Abs (     0,   290)
	 12: Rel (     0,   147)  ->  Abs (     0,   437)
	 13: Rel (   528,     0)  ->  Abs (   528,   437)
	 14: Rel (     0, -1052)  ->  Abs (   528,  -615)
	 15: Rel (  -147,     0)  ->  Abs (   381,  -615)

	Glyph 357: off = 0x00013A5E, len = 100
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			757

	EndPoints
	---------
	  0:  3
	  1:  11

	  Length of Instructions:	47
	00000: NPUSHB      (12):     9     5     5     6     6     1     9     5     2     2 
	                             1    11 
	00014: PUSHW[1]            853 
	00017: PUSHB[7]             10    10    11     0     8     1     5 
	00025: MDAP[rd]   
	00026: MDAP[rd]   
	00027: MDAP[rd]   
	00028: MDAP[rd]   
	00029: MDAP[rd]   
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: SVTCA[y-axis] 
	00033: MIAP[rd+ci] 
	00034: MDAP[rd]   
	00035: SHP[rp1,zp0] 
	00036: MDAP[rd]   
	00037: SRP0       
	00038: ALIGNRP    
	00039: SRP1       
	00040: SHP[rp1,zp0] 
	00041: MDAP[rd]   
	00042: SHP[rp1,zp0] 
	00043: MDAP[rd]   
	00044: ALIGNRP    
	00045: IUP[y]     
	00046: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:                                      On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,   610)  ->  Abs (  1229,   610)
	  1: Rel ( -1229,     0)  ->  Abs (     0,   610)
	  2: Rel (     0,   147)  ->  Abs (     0,   757)
	  3: Rel (  1229,     0)  ->  Abs (  1229,   757)
	  4: Rel (  -688,  -467)  ->  Abs (   541,   290)
	  5: Rel (  -541,     0)  ->  Abs (     0,   290)
	  6: Rel (     0,   147)  ->  Abs (     0,   437)
	  7: Rel (  1229,     0)  ->  Abs (  1229,   437)
	  8: Rel (     0,  -147)  ->  Abs (  1229,   290)
	  9: Rel (  -541,     0)  ->  Abs (   688,   290)
	 10: Rel (     0,  -905)  ->  Abs (   688,  -615)
	 11: Rel (  -147,     0)  ->  Abs (   541,  -615)

	Glyph 358: off = 0x00013AC2, len = 98
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			597

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	50
	00000: PUSHB[7]              6    10    10     2     2     3     8 
	00008: PUSHW[3]            853     0   853 
	00015: NPUSHB      (12):     7     7     8     8    11    11     0     0     1     0 
	                             5     2 
	00029: MDAP[rd]   
	00030: MDAP[rd]   
	00031: MDAP[rd]   
	00032: DELTAP1    
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: SHP[rp1,zp0] 
	00036: MDAP[rd]   
	00037: SHP[rp1,zp0] 
	00038: MDAP[rd]   
	00039: SVTCA[y-axis] 
	00040: MIAP[rd+ci] 
	00041: MIAP[rd+ci] 
	00042: MDAP[rd]   
	00043: SHP[rp1,zp0] 
	00044: MDAP[rd]   
	00045: ALIGNRP    
	00046: SRP0       
	00047: ALIGNRP    
	00048: IUP[y]     
	00049: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   381,  -615)  ->  Abs (   381,  -615)
	  1: Rel (     0,  1065)  ->  Abs (   381,   450)
	  2: Rel (  -381,     0)  ->  Abs (     0,   450)
	  3: Rel (     0,   147)  ->  Abs (     0,   597)
	  4: Rel (  1229,     0)  ->  Abs (  1229,   597)
	  5: Rel (     0,  -147)  ->  Abs (  1229,   450)
	  6: Rel (  -381,     0)  ->  Abs (   848,   450)
	  7: Rel (     0, -1065)  ->  Abs (   848,  -615)
	  8: Rel (  -147,     0)  ->  Abs (   701,  -615)
	  9: Rel (     0,  1065)  ->  Abs (   701,   450)
	 10: Rel (  -173,     0)  ->  Abs (   528,   450)
	 11: Rel (     0, -1065)  ->  Abs (   528,  -615)

	Glyph 359: off = 0x00013B24, len = 132
	  numberOfContours:	3
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			757

	EndPoints
	---------
	  0:  3
	  1:  9
	  2:  15

	  Length of Instructions:	65
	00000: NPUSHB      (12):    11     6    14     5     5     6     6     1     2     2 
	                             1    10 
	00014: PUSHW[3]            853     9   853 
	00021: NPUSHB      (14):    15    15    10    10     8     8     0     9     1     9 
	                             0    13     1     5 
	00037: MDAP[rd]   
	00038: MDAP[rd]   
	00039: MDAP[rd]   
	00040: MDAP[rd]   
	00041: MDAP[rd]   
	00042: DELTAP1    
	00043: SHP[rp1,zp0] 
	00044: MDAP[rd]   
	00045: SHP[rp1,zp0] 
	00046: MDAP[rd]   
	00047: SHP[rp1,zp0] 
	00048: MDAP[rd]   
	00049: SVTCA[y-axis] 
	00050: MIAP[rd+ci] 
	00051: MIAP[rd+ci] 
	00052: MDAP[rd]   
	00053: SHP[rp1,zp0] 
	00054: MDAP[rd]   
	00055: SRP1       
	00056: SHP[rp1,zp0] 
	00057: MDAP[rd]   
	00058: SHP[rp1,zp0] 
	00059: MDAP[rd]   
	00060: ALIGNRP    
	00061: SRP0       
	00062: ALIGNRP    
	00063: IUP[y]     
	00064: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:                                      On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:  YDual                               On
	 11:        XDual                         On
	 12:  YDual                               On
	 13:        XDual         Y-Short         On
	 14:  YDual                               On
	 15:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  1229,   610)  ->  Abs (  1229,   610)
	  1: Rel ( -1229,     0)  ->  Abs (     0,   610)
	  2: Rel (     0,   147)  ->  Abs (     0,   757)
	  3: Rel (  1229,     0)  ->  Abs (  1229,   757)
	  4: Rel (  -848,  -467)  ->  Abs (   381,   290)
	  5: Rel (  -381,     0)  ->  Abs (     0,   290)
	  6: Rel (     0,   147)  ->  Abs (     0,   437)
	  7: Rel (   528,     0)  ->  Abs (   528,   437)
	  8: Rel (     0, -1052)  ->  Abs (   528,  -615)
	  9: Rel (  -147,     0)  ->  Abs (   381,  -615)
	 10: Rel (   320,     0)  ->  Abs (   701,  -615)
	 11: Rel (     0,  1052)  ->  Abs (   701,   437)
	 12: Rel (   528,     0)  ->  Abs (  1229,   437)
	 13: Rel (     0,  -147)  ->  Abs (  1229,   290)
	 14: Rel (  -381,     0)  ->  Abs (   848,   290)
	 15: Rel (     0,  -905)  ->  Abs (   848,  -615)

	Glyph 360: off = 0x00013BA8, len = 94
	  numberOfContours:	2
	  xMin:			0
	  yMin:			290
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  7
	  1:  11

	  Length of Instructions:	43
	00000: NPUSHB      (10):     9     9    10    10     1     6     2     2     1     4 
	00012: PUSHW[1]            852 
	00015: PUSHB[7]              6     6     3     0     8     1     9 
	00023: MDAP[rd]   
	00024: MDAP[rd]   
	00025: MDAP[rd]   
	00026: MDAP[rd]   
	00027: MDAP[rd]   
	00028: SHP[rp1,zp0] 
	00029: MDAP[rd]   
	00030: SVTCA[y-axis] 
	00031: MIAP[rd+ci] 
	00032: MDAP[rd]   
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: ALIGNRP    
	00036: SRP1       
	00037: SHP[rp1,zp0] 
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: IUP[y]     
	00042: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,   610)  ->  Abs (  1229,   610)
	  1: Rel ( -1229,     0)  ->  Abs (     0,   610)
	  2: Rel (     0,   147)  ->  Abs (     0,   757)
	  3: Rel (   541,     0)  ->  Abs (   541,   757)
	  4: Rel (     0,   948)  ->  Abs (   541,  1705)
	  5: Rel (   147,     0)  ->  Abs (   688,  1705)
	  6: Rel (     0,  -948)  ->  Abs (   688,   757)
	  7: Rel (   541,     0)  ->  Abs (  1229,   757)
	  8: Rel (     0,  -467)  ->  Abs (  1229,   290)
	  9: Rel ( -1229,     0)  ->  Abs (     0,   290)
	 10: Rel (     0,   147)  ->  Abs (     0,   437)
	 11: Rel (  1229,     0)  ->  Abs (  1229,   437)

	Glyph 361: off = 0x00013C06, len = 100
	  numberOfContours:	1
	  xMin:			0
	  yMin:			450
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	52
	00000: PUSHB[8]             10     6     6     2     1     1     2     8 
	00009: PUSHW[3]            852     4   852 
	00016: NPUSHB      (12):    10    10     7     7     6     6     0     3     1     3 
	                             1     0 
	00030: MDAP[rd]   
	00031: MDAP[rd]   
	00032: MDAP[rd]   
	00033: DELTAP1    
	00034: SHP[rp1,zp0] 
	00035: MDAP[rd]   
	00036: SHP[rp1,zp0] 
	00037: MDAP[rd]   
	00038: SHP[rp1,zp0] 
	00039: MDAP[rd]   
	00040: SVTCA[y-axis] 
	00041: MIAP[rd+ci] 
	00042: MIAP[rd+ci] 
	00043: MDAP[rd]   
	00044: SHP[rp1,zp0] 
	00045: MDAP[rd]   
	00046: SRP0       
	00047: ALIGNRP    
	00048: SRP0       
	00049: ALIGNRP    
	00050: IUP[y]     
	00051: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,   450)  ->  Abs (  1229,   450)
	  1: Rel ( -1229,     0)  ->  Abs (     0,   450)
	  2: Rel (     0,   147)  ->  Abs (     0,   597)
	  3: Rel (   381,     0)  ->  Abs (   381,   597)
	  4: Rel (     0,  1108)  ->  Abs (   381,  1705)
	  5: Rel (   147,     0)  ->  Abs (   528,  1705)
	  6: Rel (     0, -1108)  ->  Abs (   528,   597)
	  7: Rel (   173,     0)  ->  Abs (   701,   597)
	  8: Rel (     0,  1108)  ->  Abs (   701,  1705)
	  9: Rel (   147,     0)  ->  Abs (   848,  1705)
	 10: Rel (     0, -1108)  ->  Abs (   848,   597)
	 11: Rel (   381,     0)  ->  Abs (  1229,   597)

	Glyph 362: off = 0x00013C6A, len = 132
	  numberOfContours:	3
	  xMin:			0
	  yMin:			290
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  5
	  1:  11
	  2:  15

	  Length of Instructions:	65
	00000: NPUSHB      (12):    13    13    14    14     1     7     1    10     2     2 
	                             1     8 
	00014: PUSHW[3]            852     4   852 
	00021: NPUSHB      (14):    10    10     7     7     0     0     0     3     1     3 
	                             6    12     1    13 
	00037: MDAP[rd]   
	00038: MDAP[rd]   
	00039: MDAP[rd]   
	00040: MDAP[rd]   
	00041: MDAP[rd]   
	00042: DELTAP1    
	00043: SHP[rp1,zp0] 
	00044: MDAP[rd]   
	00045: SHP[rp1,zp0] 
	00046: MDAP[rd]   
	00047: SHP[rp1,zp0] 
	00048: MDAP[rd]   
	00049: SVTCA[y-axis] 
	00050: MIAP[rd+ci] 
	00051: MIAP[rd+ci] 
	00052: MDAP[rd]   
	00053: SHP[rp1,zp0] 
	00054: MDAP[rd]   
	00055: ALIGNRP    
	00056: SRP0       
	00057: ALIGNRP    
	00058: SRP1       
	00059: SHP[rp1,zp0] 
	00060: MDAP[rd]   
	00061: SHP[rp1,zp0] 
	00062: MDAP[rd]   
	00063: IUP[y]     
	00064: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:                                      On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:  YDual                               On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   528,   610)  ->  Abs (   528,   610)
	  1: Rel (  -528,     0)  ->  Abs (     0,   610)
	  2: Rel (     0,   147)  ->  Abs (     0,   757)
	  3: Rel (   381,     0)  ->  Abs (   381,   757)
	  4: Rel (     0,   948)  ->  Abs (   381,  1705)
	  5: Rel (   147,     0)  ->  Abs (   528,  1705)
	  6: Rel (   701, -1095)  ->  Abs (  1229,   610)
	  7: Rel (  -528,     0)  ->  Abs (   701,   610)
	  8: Rel (     0,  1095)  ->  Abs (   701,  1705)
	  9: Rel (   147,     0)  ->  Abs (   848,  1705)
	 10: Rel (     0,  -948)  ->  Abs (   848,   757)
	 11: Rel (   381,     0)  ->  Abs (  1229,   757)
	 12: Rel (     0,  -467)  ->  Abs (  1229,   290)
	 13: Rel ( -1229,     0)  ->  Abs (     0,   290)
	 14: Rel (     0,   147)  ->  Abs (     0,   437)
	 15: Rel (  1229,     0)  ->  Abs (  1229,   437)

	Glyph 363: off = 0x00013CEE, len = 146
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	77
	00000: NPUSHB      (16):    14     2    17     1     1     2     2     5    10     6 
	                            13     5     6     6     5     8 
	00018: PUSHW[3]            852    19   853 
	00025: NPUSHB      (15):    10    14    14    18     7     3     3    19    18    18 
	                            19    12    16     1     5 
	00042: MDAP[rd]   
	00043: MDAP[rd]   
	00044: MDAP[rd]   
	00045: MDAP[rd]   
	00046: MDAP[rd]   
	00047: SHP[rp1,zp0] 
	00048: MDAP[rd]   
	00049: SRP0       
	00050: ALIGNRP    
	00051: SRP0       
	00052: ALIGNRP    
	00053: SRP0       
	00054: ALIGNRP    
	00055: SRP0       
	00056: ALIGNRP    
	00057: SVTCA[y-axis] 
	00058: MIAP[rd+ci] 
	00059: MIAP[rd+ci] 
	00060: MDAP[rd]   
	00061: SHP[rp1,zp0] 
	00062: MDAP[rd]   
	00063: SRP0       
	00064: ALIGNRP    
	00065: SRP0       
	00066: ALIGNRP    
	00067: SRP1       
	00068: SHP[rp1,zp0] 
	00069: MDAP[rd]   
	00070: SHP[rp1,zp0] 
	00071: MDAP[rd]   
	00072: ALIGNRP    
	00073: SRP0       
	00074: ALIGNRP    
	00075: IUP[y]     
	00076: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:        XDual         Y-Short         On
	 13:  YDual                               On
	 14:        XDual         Y-Short         On
	 15:  YDual                               On
	 16:        XDual         Y-Short         On
	 17:  YDual                               On
	 18:        XDual                         On
	 19:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   541,   290)  ->  Abs (   541,   290)
	  1: Rel (  -541,     0)  ->  Abs (     0,   290)
	  2: Rel (     0,   147)  ->  Abs (     0,   437)
	  3: Rel (   541,     0)  ->  Abs (   541,   437)
	  4: Rel (     0,   173)  ->  Abs (   541,   610)
	  5: Rel (  -541,     0)  ->  Abs (     0,   610)
	  6: Rel (     0,   147)  ->  Abs (     0,   757)
	  7: Rel (   541,     0)  ->  Abs (   541,   757)
	  8: Rel (     0,   948)  ->  Abs (   541,  1705)
	  9: Rel (   147,     0)  ->  Abs (   688,  1705)
	 10: Rel (     0,  -948)  ->  Abs (   688,   757)
	 11: Rel (   541,     0)  ->  Abs (  1229,   757)
	 12: Rel (     0,  -147)  ->  Abs (  1229,   610)
	 13: Rel (  -541,     0)  ->  Abs (   688,   610)
	 14: Rel (     0,  -173)  ->  Abs (   688,   437)
	 15: Rel (   541,     0)  ->  Abs (  1229,   437)
	 16: Rel (     0,  -147)  ->  Abs (  1229,   290)
	 17: Rel (  -541,     0)  ->  Abs (   688,   290)
	 18: Rel (     0,  -905)  ->  Abs (   688,  -615)
	 19: Rel (  -147,     0)  ->  Abs (   541,  -615)

	Glyph 364: off = 0x00013D80, len = 154
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	85
	00000: NPUSHB      (11):    11     7     7     3    14    18    18     2     2     3 
	                             9 
	00013: PUSHW[7]            852     5   852    16   853     0   853 
	00028: NPUSHB      (20):    11    15     8    16    15    15    16    16     7    19 
	                             4     0    19    19     0     0     1     0    13     2 
	00050: MDAP[rd]   
	00051: MDAP[rd]   
	00052: MDAP[rd]   
	00053: DELTAP1    
	00054: SHP[rp1,zp0] 
	00055: MDAP[rd]   
	00056: SRP0       
	00057: ALIGNRP    
	00058: SRP0       
	00059: ALIGNRP    
	00060: SHP[rp1,zp0] 
	00061: MDAP[rd]   
	00062: SHP[rp1,zp0] 
	00063: MDAP[rd]   
	00064: SRP0       
	00065: ALIGNRP    
	00066: SRP0       
	00067: ALIGNRP    
	00068: SVTCA[y-axis] 
	00069: MIAP[rd+ci] 
	00070: MIAP[rd+ci] 
	00071: MIAP[rd+ci] 
	00072: MIAP[rd+ci] 
	00073: MDAP[rd]   
	00074: SHP[rp1,zp0] 
	00075: MDAP[rd]   
	00076: ALIGNRP    
	00077: SRP0       
	00078: ALIGNRP    
	00079: SRP0       
	00080: ALIGNRP    
	00081: SRP0       
	00082: ALIGNRP    
	00083: IUP[y]     
	00084: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                         On
	 12:  YDual                               On
	 13:        XDual         Y-Short         On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:  YDual                       X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   381,  -615)  ->  Abs (   381,  -615)
	  1: Rel (     0,  1065)  ->  Abs (   381,   450)
	  2: Rel (  -381,     0)  ->  Abs (     0,   450)
	  3: Rel (     0,   147)  ->  Abs (     0,   597)
	  4: Rel (   381,     0)  ->  Abs (   381,   597)
	  5: Rel (     0,  1108)  ->  Abs (   381,  1705)
	  6: Rel (   147,     0)  ->  Abs (   528,  1705)
	  7: Rel (     0, -1108)  ->  Abs (   528,   597)
	  8: Rel (   173,     0)  ->  Abs (   701,   597)
	  9: Rel (     0,  1108)  ->  Abs (   701,  1705)
	 10: Rel (   147,     0)  ->  Abs (   848,  1705)
	 11: Rel (     0, -1108)  ->  Abs (   848,   597)
	 12: Rel (   381,     0)  ->  Abs (  1229,   597)
	 13: Rel (     0,  -147)  ->  Abs (  1229,   450)
	 14: Rel (  -381,     0)  ->  Abs (   848,   450)
	 15: Rel (     0, -1065)  ->  Abs (   848,  -615)
	 16: Rel (  -147,     0)  ->  Abs (   701,  -615)
	 17: Rel (     0,  1065)  ->  Abs (   701,   450)
	 18: Rel (  -173,     0)  ->  Abs (   528,   450)
	 19: Rel (     0, -1065)  ->  Abs (   528,  -615)

	Glyph 365: off = 0x00013E1A, len = 192
	  numberOfContours:	4
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  5
	  1:  11
	  2:  17
	  3:  23

	  Length of Instructions:	99
	00000: NPUSHB      (16):    21    14    18    13    13    14    14    10     0    11 
	                             3    10    11    11    10     4 
	00018: PUSHW[7]            852     7   852    20   853    17   853 
	00033: NPUSHB      (22):     0    19     3    20    19    19    20    20     9    16 
	                             6    17    16    16     0    17     1    17     2    23 
	                            10    13 
	00057: MDAP[rd]   
	00058: MDAP[rd]   
	00059: MDAP[rd]   
	00060: MDAP[rd]   
	00061: MDAP[rd]   
	00062: DELTAP1    
	00063: SHP[rp1,zp0] 
	00064: MDAP[rd]   
	00065: SRP0       
	00066: ALIGNRP    
	00067: SRP0       
	00068: ALIGNRP    
	00069: SHP[rp1,zp0] 
	00070: MDAP[rd]   
	00071: SHP[rp1,zp0] 
	00072: MDAP[rd]   
	00073: SRP0       
	00074: ALIGNRP    
	00075: SRP0       
	00076: ALIGNRP    
	00077: SVTCA[y-axis] 
	00078: MIAP[rd+ci] 
	00079: MIAP[rd+ci] 
	00080: MIAP[rd+ci] 
	00081: MIAP[rd+ci] 
	00082: MDAP[rd]   
	00083: SHP[rp1,zp0] 
	00084: MDAP[rd]   
	00085: SRP0       
	00086: ALIGNRP    
	00087: SRP0       
	00088: ALIGNRP    
	00089: SRP1       
	00090: SHP[rp1,zp0] 
	00091: MDAP[rd]   
	00092: SHP[rp1,zp0] 
	00093: MDAP[rd]   
	00094: ALIGNRP    
	00095: SRP0       
	00096: ALIGNRP    
	00097: IUP[y]     
	00098: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:                                      On
	  7:        XDual                         On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:  YDual XDual         Y-Short         On
	 12:                                      On
	 13:  YDual                               On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual                               On
	 16:        XDual                         On
	 17:  YDual                       X-Short On
	 18:                                      On
	 19:        XDual                         On
	 20:  YDual                       X-Short On
	 21:        XDual                         On
	 22:  YDual                               On
	 23:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   848,   757)  ->  Abs (   848,   757)
	  1: Rel (   381,     0)  ->  Abs (  1229,   757)
	  2: Rel (     0,  -147)  ->  Abs (  1229,   610)
	  3: Rel (  -528,     0)  ->  Abs (   701,   610)
	  4: Rel (     0,  1095)  ->  Abs (   701,  1705)
	  5: Rel (   147,     0)  ->  Abs (   848,  1705)
	  6: Rel (  -467,  -948)  ->  Abs (   381,   757)
	  7: Rel (     0,   948)  ->  Abs (   381,  1705)
	  8: Rel (   147,     0)  ->  Abs (   528,  1705)
	  9: Rel (     0, -1095)  ->  Abs (   528,   610)
	 10: Rel (  -528,     0)  ->  Abs (     0,   610)
	 11: Rel (     0,   147)  ->  Abs (     0,   757)
	 12: Rel (   381,  -467)  ->  Abs (   381,   290)
	 13: Rel (  -381,     0)  ->  Abs (     0,   290)
	 14: Rel (     0,   147)  ->  Abs (     0,   437)
	 15: Rel (   528,     0)  ->  Abs (   528,   437)
	 16: Rel (     0, -1052)  ->  Abs (   528,  -615)
	 17: Rel (  -147,     0)  ->  Abs (   381,  -615)
	 18: Rel (   467,   905)  ->  Abs (   848,   290)
	 19: Rel (     0,  -905)  ->  Abs (   848,  -615)
	 20: Rel (  -147,     0)  ->  Abs (   701,  -615)
	 21: Rel (     0,  1052)  ->  Abs (   701,   437)
	 22: Rel (   528,     0)  ->  Abs (  1229,   437)
	 23: Rel (     0,  -147)  ->  Abs (  1229,   290)

	Glyph 366: off = 0x00013EDA, len = 44
	  numberOfContours:	1
	  xMin:			0
	  yMin:			523
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	16
	00000: PUSHB[2]              1     2 
	00003: PUSHW[1]            852 
	00006: PUSHB[2]              0     1 
	00009: MDAP[rd]   
	00010: MDAP[rd]   
	00011: SVTCA[y-axis] 
	00012: MIAP[rd+ci] 
	00013: MDAP[rd]   
	00014: IUP[y]     
	00015: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,   523)  ->  Abs (  1229,   523)
	  1: Rel ( -1229,     0)  ->  Abs (     0,   523)
	  2: Rel (     0,  1182)  ->  Abs (     0,  1705)
	  3: Rel (  1229,     0)  ->  Abs (  1229,  1705)

	Glyph 367: off = 0x00013F06, len = 44
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			523

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	16
	00000: PUSHB[2]              2     1 
	00003: PUSHW[1]            853 
	00006: PUSHB[2]              0     1 
	00009: MDAP[rd]   
	00010: MDAP[rd]   
	00011: SVTCA[y-axis] 
	00012: MIAP[rd+ci] 
	00013: MDAP[rd]   
	00014: IUP[y]     
	00015: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,  -615)  ->  Abs (  1229,  -615)
	  1: Rel ( -1229,     0)  ->  Abs (     0,  -615)
	  2: Rel (     0,  1138)  ->  Abs (     0,   523)
	  3: Rel (  1229,     0)  ->  Abs (  1229,   523)

	Glyph 368: off = 0x00013F32, len = 46
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	19
	00000: PUSHW[4]              1   852     0   853 
	00009: PUSHB[2]              3     0 
	00012: MDAP[rd]   
	00013: MDAP[rd]   
	00014: SVTCA[y-axis] 
	00015: MIAP[rd+ci] 
	00016: MIAP[rd+ci] 
	00017: IUP[y]     
	00018: IUP[x]     

	Flags
	-----
	  0:        XDual                         On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (     0,  -615)  ->  Abs (     0,  -615)
	  1: Rel (     0,  2320)  ->  Abs (     0,  1705)
	  2: Rel (  1229,     0)  ->  Abs (  1229,  1705)
	  3: Rel (     0, -2320)  ->  Abs (  1229,  -615)

	Glyph 369: off = 0x00013F60, len = 46
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-615
	  xMax:			615
	  yMax:			1705

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	19
	00000: PUSHW[4]              0   853     1   852 
	00009: PUSHB[2]              3     0 
	00012: MDAP[rd]   
	00013: MDAP[rd]   
	00014: SVTCA[y-axis] 
	00015: MIAP[rd+ci] 
	00016: MIAP[rd+ci] 
	00017: IUP[y]     
	00018: IUP[x]     

	Flags
	-----
	  0:        XDual                         On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (     0,  -615)  ->  Abs (     0,  -615)
	  1: Rel (     0,  2320)  ->  Abs (     0,  1705)
	  2: Rel (   615,     0)  ->  Abs (   615,  1705)
	  3: Rel (     0, -2320)  ->  Abs (   615,  -615)

	Glyph 370: off = 0x00013F8E, len = 48
	  numberOfContours:	1
	  xMin:			615
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	19
	00000: PUSHW[4]              2   852     3   853 
	00009: PUSHB[2]              0     3 
	00012: MDAP[rd]   
	00013: MDAP[rd]   
	00014: SVTCA[y-axis] 
	00015: MIAP[rd+ci] 
	00016: MIAP[rd+ci] 
	00017: IUP[y]     
	00018: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   615,  -615)  ->  Abs (   615,  -615)
	  1: Rel (     0,  2320)  ->  Abs (   615,  1705)
	  2: Rel (   614,     0)  ->  Abs (  1229,  1705)
	  3: Rel (     0, -2320)  ->  Abs (  1229,  -615)

	Glyph 371: off = 0x00013FBE, len = 1106
	  numberOfContours:	37
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11
	  3:  15
	  4:  19
	  5:  23
	  6:  27
	  7:  31
	  8:  35
	  9:  39
	 10:  43
	 11:  47
	 12:  51
	 13:  55
	 14:  59
	 15:  63
	 16:  67
	 17:  71
	 18:  75
	 19:  79
	 20:  83
	 21:  87
	 22:  91
	 23:  95
	 24:  99
	 25:  103
	 26:  107
	 27:  111
	 28:  115
	 29:  119
	 30:  120
	 31:  124
	 32:  128
	 33:  132
	 34:  136
	 35:  140
	 36:  144

	  Length of Instructions:	659
	00000: NPUSHB     (255):   141   138   137   134   133   144   139   140   135   136 
	                           129   126   125   122   121   132   127   128   123   124 
	                             8     5     4     1     0    11     6     7     2     3 
	                            20    17    16    13    12    23    18    19    14    15 
	                            24    29    28    33    32    27    30    31    34    35 
	                            36    41    40    45    44    39    42    43    46    47 
	                            56    53    52    49    48    59    54    55    50    51 
	                            60    65    64    69    68    63    66    67    70    71 
	                            80    77    76    73    72    83    78    79    74    75 
	                            92    89    88    85    84    95    90    91    86    87 
	                            96   101   100   105   104    99   102   103   106   107 
	                           116   113   112   109   108   119   114   115   110   131 
	                            21    22    37    38    61    62    93    94   117   118 
	                           132    20    23    36    39    60    63    92    95   116 
	                           119   143     9    10    25    26    57    58    81    82 
	                            97    98   144     8    11    24    27    56    59    80 
	                            83    96    99   127    17    18    41    42    65    66 
	                            89    90   113   114   128    16    19    40    43    64 
	                            67    88    91   112   115   139     5     6    29    30 
	                            53    54    77    78   101   102   140     4     7    28 
	                            31    52    55    76    79   100   103   123    13    14 
	                            45    46    69    70    85    86   109   110   124    12 
	                            15    44    47    68    71    84    87   108   111   135 
	                             1     2    33    34    49    50    73    74   105   106 
	                           136     0     3    32    35    48    51    72    75   104 
	                           142   133   143   136   130 
	00257: NPUSHB      (69):   121   131   124     9     0    10     3    21    12    22 
	                            15    25    32    26    35    37    44    38    47    57 
	                            48    58    51    61    68    62    71    81    72    82 
	                            75    93    84    94    87    97   104    98   107   117 
	                           108   118   111   120   130   118   129   119   142    98 
	                           141    99   126   114   125   115   138   102   137   103 
	                           122   110   121   111   134   106   133   107   120 
	00328: MDAP[rd]   
	00329: MDAP[rd]   
	00330: ALIGNRP    
	00331: MDAP[rd]   
	00332: ALIGNRP    
	00333: MDAP[rd]   
	00334: ALIGNRP    
	00335: MDAP[rd]   
	00336: ALIGNRP    
	00337: MDAP[rd]   
	00338: ALIGNRP    
	00339: MDAP[rd]   
	00340: ALIGNRP    
	00341: MDAP[rd]   
	00342: ALIGNRP    
	00343: MDAP[rd]   
	00344: ALIGNRP    
	00345: MDAP[rd]   
	00346: ALIGNRP    
	00347: MDAP[rd]   
	00348: ALIGNRP    
	00349: MDAP[rd]   
	00350: ALIGNRP    
	00351: MDAP[rd]   
	00352: ALIGNRP    
	00353: SVTCA[y-axis] 
	00354: MDAP[rd]   
	00355: MDAP[rd]   
	00356: ALIGNRP    
	00357: MDAP[rd]   
	00358: ALIGNRP    
	00359: MDAP[rd]   
	00360: ALIGNRP    
	00361: MDAP[rd]   
	00362: ALIGNRP    
	00363: MDAP[rd]   
	00364: ALIGNRP    
	00365: MDAP[rd]   
	00366: ALIGNRP    
	00367: MDAP[rd]   
	00368: ALIGNRP    
	00369: MDAP[rd]   
	00370: ALIGNRP    
	00371: MDAP[rd]   
	00372: ALIGNRP    
	00373: MDAP[rd]   
	00374: ALIGNRP    
	00375: MDAP[rd]   
	00376: ALIGNRP    
	00377: MDAP[rd]   
	00378: ALIGNRP    
	00379: MDAP[rd]   
	00380: ALIGNRP    
	00381: MDAP[rd]   
	00382: ALIGNRP    
	00383: MDAP[rd]   
	00384: ALIGNRP    
	00385: MDAP[rd]   
	00386: ALIGNRP    
	00387: MDAP[rd]   
	00388: ALIGNRP    
	00389: MDAP[rd]   
	00390: ALIGNRP    
	00391: MDAP[rd]   
	00392: ALIGNRP    
	00393: MDAP[rd]   
	00394: ALIGNRP    
	00395: MDAP[rd]   
	00396: ALIGNRP    
	00397: MDAP[rd]   
	00398: ALIGNRP    
	00399: MDAP[rd]   
	00400: ALIGNRP    
	00401: MDAP[rd]   
	00402: ALIGNRP    
	00403: SPVTCA[x-axis] 
	00404: SFVTCA[x-axis] 
	00405: ALIGNRP    
	00406: ALIGNRP    
	00407: ALIGNRP    
	00408: ALIGNRP    
	00409: ALIGNRP    
	00410: ALIGNRP    
	00411: ALIGNRP    
	00412: ALIGNRP    
	00413: ALIGNRP    
	00414: ALIGNRP    
	00415: SRP0       
	00416: ALIGNRP    
	00417: ALIGNRP    
	00418: ALIGNRP    
	00419: ALIGNRP    
	00420: ALIGNRP    
	00421: ALIGNRP    
	00422: ALIGNRP    
	00423: ALIGNRP    
	00424: ALIGNRP    
	00425: ALIGNRP    
	00426: SRP0       
	00427: ALIGNRP    
	00428: ALIGNRP    
	00429: ALIGNRP    
	00430: ALIGNRP    
	00431: ALIGNRP    
	00432: ALIGNRP    
	00433: ALIGNRP    
	00434: ALIGNRP    
	00435: ALIGNRP    
	00436: ALIGNRP    
	00437: SRP0       
	00438: ALIGNRP    
	00439: ALIGNRP    
	00440: ALIGNRP    
	00441: ALIGNRP    
	00442: ALIGNRP    
	00443: ALIGNRP    
	00444: ALIGNRP    
	00445: ALIGNRP    
	00446: ALIGNRP    
	00447: ALIGNRP    
	00448: SRP0       
	00449: ALIGNRP    
	00450: ALIGNRP    
	00451: ALIGNRP    
	00452: ALIGNRP    
	00453: ALIGNRP    
	00454: ALIGNRP    
	00455: ALIGNRP    
	00456: ALIGNRP    
	00457: ALIGNRP    
	00458: ALIGNRP    
	00459: SRP0       
	00460: ALIGNRP    
	00461: ALIGNRP    
	00462: ALIGNRP    
	00463: ALIGNRP    
	00464: ALIGNRP    
	00465: ALIGNRP    
	00466: ALIGNRP    
	00467: ALIGNRP    
	00468: ALIGNRP    
	00469: ALIGNRP    
	00470: SRP0       
	00471: ALIGNRP    
	00472: ALIGNRP    
	00473: ALIGNRP    
	00474: ALIGNRP    
	00475: ALIGNRP    
	00476: ALIGNRP    
	00477: ALIGNRP    
	00478: ALIGNRP    
	00479: ALIGNRP    
	00480: ALIGNRP    
	00481: SRP0       
	00482: ALIGNRP    
	00483: ALIGNRP    
	00484: ALIGNRP    
	00485: ALIGNRP    
	00486: ALIGNRP    
	00487: ALIGNRP    
	00488: ALIGNRP    
	00489: ALIGNRP    
	00490: ALIGNRP    
	00491: ALIGNRP    
	00492: SRP0       
	00493: ALIGNRP    
	00494: ALIGNRP    
	00495: ALIGNRP    
	00496: ALIGNRP    
	00497: ALIGNRP    
	00498: ALIGNRP    
	00499: ALIGNRP    
	00500: ALIGNRP    
	00501: ALIGNRP    
	00502: ALIGNRP    
	00503: SRP0       
	00504: ALIGNRP    
	00505: ALIGNRP    
	00506: ALIGNRP    
	00507: ALIGNRP    
	00508: ALIGNRP    
	00509: ALIGNRP    
	00510: ALIGNRP    
	00511: ALIGNRP    
	00512: ALIGNRP    
	00513: ALIGNRP    
	00514: SRP0       
	00515: ALIGNRP    
	00516: ALIGNRP    
	00517: ALIGNRP    
	00518: ALIGNRP    
	00519: ALIGNRP    
	00520: ALIGNRP    
	00521: ALIGNRP    
	00522: ALIGNRP    
	00523: ALIGNRP    
	00524: ALIGNRP    
	00525: SRP0       
	00526: ALIGNRP    
	00527: ALIGNRP    
	00528: ALIGNRP    
	00529: ALIGNRP    
	00530: ALIGNRP    
	00531: ALIGNRP    
	00532: ALIGNRP    
	00533: ALIGNRP    
	00534: ALIGNRP    
	00535: ALIGNRP    
	00536: SPVTCA[y-axis] 
	00537: SFVTCA[y-axis] 
	00538: ALIGNRP    
	00539: ALIGNRP    
	00540: ALIGNRP    
	00541: ALIGNRP    
	00542: SRP0       
	00543: ALIGNRP    
	00544: ALIGNRP    
	00545: ALIGNRP    
	00546: ALIGNRP    
	00547: SRP0       
	00548: ALIGNRP    
	00549: ALIGNRP    
	00550: ALIGNRP    
	00551: ALIGNRP    
	00552: SRP0       
	00553: ALIGNRP    
	00554: ALIGNRP    
	00555: ALIGNRP    
	00556: ALIGNRP    
	00557: SRP0       
	00558: ALIGNRP    
	00559: ALIGNRP    
	00560: ALIGNRP    
	00561: ALIGNRP    
	00562: SRP0       
	00563: ALIGNRP    
	00564: ALIGNRP    
	00565: ALIGNRP    
	00566: ALIGNRP    
	00567: SRP0       
	00568: ALIGNRP    
	00569: ALIGNRP    
	00570: ALIGNRP    
	00571: ALIGNRP    
	00572: SRP0       
	00573: ALIGNRP    
	00574: ALIGNRP    
	00575: ALIGNRP    
	00576: ALIGNRP    
	00577: SRP0       
	00578: ALIGNRP    
	00579: ALIGNRP    
	00580: ALIGNRP    
	00581: ALIGNRP    
	00582: SRP0       
	00583: ALIGNRP    
	00584: ALIGNRP    
	00585: ALIGNRP    
	00586: ALIGNRP    
	00587: SRP0       
	00588: ALIGNRP    
	00589: ALIGNRP    
	00590: ALIGNRP    
	00591: ALIGNRP    
	00592: SRP0       
	00593: ALIGNRP    
	00594: ALIGNRP    
	00595: ALIGNRP    
	00596: ALIGNRP    
	00597: SRP0       
	00598: ALIGNRP    
	00599: ALIGNRP    
	00600: ALIGNRP    
	00601: ALIGNRP    
	00602: SRP0       
	00603: ALIGNRP    
	00604: ALIGNRP    
	00605: ALIGNRP    
	00606: ALIGNRP    
	00607: SRP0       
	00608: ALIGNRP    
	00609: ALIGNRP    
	00610: ALIGNRP    
	00611: ALIGNRP    
	00612: SRP0       
	00613: ALIGNRP    
	00614: ALIGNRP    
	00615: ALIGNRP    
	00616: ALIGNRP    
	00617: SRP0       
	00618: ALIGNRP    
	00619: ALIGNRP    
	00620: ALIGNRP    
	00621: ALIGNRP    
	00622: SRP0       
	00623: ALIGNRP    
	00624: ALIGNRP    
	00625: ALIGNRP    
	00626: ALIGNRP    
	00627: SRP0       
	00628: ALIGNRP    
	00629: ALIGNRP    
	00630: ALIGNRP    
	00631: ALIGNRP    
	00632: SRP0       
	00633: ALIGNRP    
	00634: ALIGNRP    
	00635: ALIGNRP    
	00636: ALIGNRP    
	00637: SRP0       
	00638: ALIGNRP    
	00639: ALIGNRP    
	00640: ALIGNRP    
	00641: ALIGNRP    
	00642: SRP0       
	00643: ALIGNRP    
	00644: ALIGNRP    
	00645: ALIGNRP    
	00646: ALIGNRP    
	00647: SRP0       
	00648: ALIGNRP    
	00649: ALIGNRP    
	00650: ALIGNRP    
	00651: ALIGNRP    
	00652: SRP0       
	00653: ALIGNRP    
	00654: ALIGNRP    
	00655: ALIGNRP    
	00656: ALIGNRP    
	00657: IUP[y]     
	00658: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short         On
	  3:  YDual                       X-Short On
	  4:  YDual               Y-Short         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual                       X-Short On
	  8:  YDual               Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short         On
	 11:  YDual                       X-Short On
	 12:                      Y-Short         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual         Y-Short         On
	 15:  YDual                       X-Short On
	 16:  YDual               Y-Short         On
	 17:  YDual XDual                 X-Short On
	 18:        XDual         Y-Short         On
	 19:  YDual                       X-Short On
	 20:  YDual               Y-Short         On
	 21:  YDual XDual                 X-Short On
	 22:        XDual         Y-Short         On
	 23:  YDual                       X-Short On
	 24:                      Y-Short X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual         Y-Short         On
	 27:  YDual                       X-Short On
	 28:  YDual               Y-Short         On
	 29:  YDual XDual                 X-Short On
	 30:        XDual         Y-Short         On
	 31:  YDual                       X-Short On
	 32:  YDual               Y-Short         On
	 33:  YDual XDual                 X-Short On
	 34:        XDual         Y-Short         On
	 35:  YDual                       X-Short On
	 36:                      Y-Short         On
	 37:  YDual XDual                 X-Short On
	 38:        XDual         Y-Short         On
	 39:  YDual                       X-Short On
	 40:  YDual               Y-Short         On
	 41:  YDual XDual                 X-Short On
	 42:        XDual         Y-Short         On
	 43:  YDual                       X-Short On
	 44:  YDual               Y-Short         On
	 45:  YDual XDual                 X-Short On
	 46:        XDual         Y-Short         On
	 47:  YDual                       X-Short On
	 48:                      Y-Short X-Short On
	 49:  YDual XDual                 X-Short On
	 50:        XDual         Y-Short         On
	 51:  YDual                       X-Short On
	 52:  YDual               Y-Short         On
	 53:  YDual XDual                 X-Short On
	 54:        XDual         Y-Short         On
	 55:  YDual                       X-Short On
	 56:  YDual               Y-Short         On
	 57:  YDual XDual                 X-Short On
	 58:        XDual         Y-Short         On
	 59:  YDual                       X-Short On
	 60:        XDual         Y-Short X-Short On
	 61:  YDual XDual                 X-Short On
	 62:        XDual         Y-Short         On
	 63:  YDual                       X-Short On
	 64:  YDual               Y-Short         On
	 65:  YDual XDual                 X-Short On
	 66:        XDual         Y-Short         On
	 67:  YDual                       X-Short On
	 68:  YDual               Y-Short         On
	 69:  YDual XDual                 X-Short On
	 70:        XDual         Y-Short         On
	 71:  YDual                       X-Short On
	 72:                      Y-Short X-Short On
	 73:  YDual XDual                 X-Short On
	 74:        XDual         Y-Short         On
	 75:  YDual                       X-Short On
	 76:  YDual               Y-Short         On
	 77:  YDual XDual                 X-Short On
	 78:        XDual         Y-Short         On
	 79:  YDual                       X-Short On
	 80:  YDual               Y-Short         On
	 81:  YDual XDual                 X-Short On
	 82:        XDual         Y-Short         On
	 83:  YDual                       X-Short On
	 84:                      Y-Short         On
	 85:  YDual XDual                 X-Short On
	 86:        XDual         Y-Short         On
	 87:  YDual                       X-Short On
	 88:  YDual               Y-Short         On
	 89:  YDual XDual                 X-Short On
	 90:        XDual         Y-Short         On
	 91:  YDual                       X-Short On
	 92:  YDual               Y-Short         On
	 93:  YDual XDual                 X-Short On
	 94:        XDual         Y-Short         On
	 95:  YDual                       X-Short On
	 96:                      Y-Short X-Short On
	 97:  YDual XDual                 X-Short On
	 98:        XDual         Y-Short         On
	 99:  YDual                       X-Short On
	100:  YDual               Y-Short         On
	101:  YDual XDual                 X-Short On
	102:        XDual         Y-Short         On
	103:  YDual                       X-Short On
	104:  YDual               Y-Short         On
	105:  YDual XDual                 X-Short On
	106:        XDual         Y-Short         On
	107:  YDual                       X-Short On
	108:        XDual         Y-Short X-Short On
	109:  YDual XDual                 X-Short On
	110:        XDual         Y-Short         On
	111:  YDual                       X-Short On
	112:  YDual               Y-Short         On
	113:  YDual XDual                 X-Short On
	114:        XDual         Y-Short         On
	115:  YDual                       X-Short On
	116:  YDual               Y-Short         On
	117:  YDual XDual                 X-Short On
	118:        XDual         Y-Short         On
	119:  YDual                       X-Short On
	120:                      Y-Short         On
	121:                                      On
	122:  YDual XDual                 X-Short On
	123:        XDual         Y-Short         On
	124:  YDual                       X-Short On
	125:  YDual               Y-Short         On
	126:  YDual XDual                 X-Short On
	127:        XDual         Y-Short         On
	128:  YDual                       X-Short On
	129:  YDual               Y-Short         On
	130:  YDual XDual                 X-Short On
	131:        XDual         Y-Short         On
	132:  YDual                       X-Short On
	133:                                      On
	134:  YDual XDual                 X-Short On
	135:        XDual         Y-Short         On
	136:  YDual                       X-Short On
	137:  YDual               Y-Short         On
	138:  YDual XDual                 X-Short On
	139:        XDual         Y-Short         On
	140:  YDual                       X-Short On
	141:  YDual               Y-Short         On
	142:  YDual XDual                 X-Short On
	143:        XDual         Y-Short         On
	144:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   102,  1320)  ->  Abs (   102,  1320)
	  1: Rel (   103,     0)  ->  Abs (   205,  1320)
	  2: Rel (     0,   -97)  ->  Abs (   205,  1223)
	  3: Rel (  -103,     0)  ->  Abs (   102,  1223)
	  4: Rel (   410,    97)  ->  Abs (   512,  1320)
	  5: Rel (   103,     0)  ->  Abs (   615,  1320)
	  6: Rel (     0,   -97)  ->  Abs (   615,  1223)
	  7: Rel (  -103,     0)  ->  Abs (   512,  1223)
	  8: Rel (   410,    97)  ->  Abs (   922,  1320)
	  9: Rel (   103,     0)  ->  Abs (  1025,  1320)
	 10: Rel (     0,   -97)  ->  Abs (  1025,  1223)
	 11: Rel (  -103,     0)  ->  Abs (   922,  1223)
	 12: Rel (  -615,   -97)  ->  Abs (   307,  1126)
	 13: Rel (   103,     0)  ->  Abs (   410,  1126)
	 14: Rel (     0,   -96)  ->  Abs (   410,  1030)
	 15: Rel (  -103,     0)  ->  Abs (   307,  1030)
	 16: Rel (   410,    96)  ->  Abs (   717,  1126)
	 17: Rel (   103,     0)  ->  Abs (   820,  1126)
	 18: Rel (     0,   -96)  ->  Abs (   820,  1030)
	 19: Rel (  -103,     0)  ->  Abs (   717,  1030)
	 20: Rel (   410,    96)  ->  Abs (  1127,  1126)
	 21: Rel (   102,     0)  ->  Abs (  1229,  1126)
	 22: Rel (     0,   -96)  ->  Abs (  1229,  1030)
	 23: Rel (  -102,     0)  ->  Abs (  1127,  1030)
	 24: Rel (  -205,   -97)  ->  Abs (   922,   933)
	 25: Rel (   103,     0)  ->  Abs (  1025,   933)
	 26: Rel (     0,   -96)  ->  Abs (  1025,   837)
	 27: Rel (  -103,     0)  ->  Abs (   922,   837)
	 28: Rel (  -410,    96)  ->  Abs (   512,   933)
	 29: Rel (   103,     0)  ->  Abs (   615,   933)
	 30: Rel (     0,   -96)  ->  Abs (   615,   837)
	 31: Rel (  -103,     0)  ->  Abs (   512,   837)
	 32: Rel (  -410,    96)  ->  Abs (   102,   933)
	 33: Rel (   103,     0)  ->  Abs (   205,   933)
	 34: Rel (     0,   -96)  ->  Abs (   205,   837)
	 35: Rel (  -103,     0)  ->  Abs (   102,   837)
	 36: Rel (  1025,   -97)  ->  Abs (  1127,   740)
	 37: Rel (   102,     0)  ->  Abs (  1229,   740)
	 38: Rel (     0,   -97)  ->  Abs (  1229,   643)
	 39: Rel (  -102,     0)  ->  Abs (  1127,   643)
	 40: Rel (  -410,    97)  ->  Abs (   717,   740)
	 41: Rel (   103,     0)  ->  Abs (   820,   740)
	 42: Rel (     0,   -97)  ->  Abs (   820,   643)
	 43: Rel (  -103,     0)  ->  Abs (   717,   643)
	 44: Rel (  -410,    97)  ->  Abs (   307,   740)
	 45: Rel (   103,     0)  ->  Abs (   410,   740)
	 46: Rel (     0,   -97)  ->  Abs (   410,   643)
	 47: Rel (  -103,     0)  ->  Abs (   307,   643)
	 48: Rel (  -205,   -97)  ->  Abs (   102,   546)
	 49: Rel (   103,     0)  ->  Abs (   205,   546)
	 50: Rel (     0,   -96)  ->  Abs (   205,   450)
	 51: Rel (  -103,     0)  ->  Abs (   102,   450)
	 52: Rel (   410,    96)  ->  Abs (   512,   546)
	 53: Rel (   103,     0)  ->  Abs (   615,   546)
	 54: Rel (     0,   -96)  ->  Abs (   615,   450)
	 55: Rel (  -103,     0)  ->  Abs (   512,   450)
	 56: Rel (   410,    96)  ->  Abs (   922,   546)
	 57: Rel (   103,     0)  ->  Abs (  1025,   546)
	 58: Rel (     0,   -96)  ->  Abs (  1025,   450)
	 59: Rel (  -103,     0)  ->  Abs (   922,   450)
	 60: Rel (   205,   -97)  ->  Abs (  1127,   353)
	 61: Rel (   102,     0)  ->  Abs (  1229,   353)
	 62: Rel (     0,   -96)  ->  Abs (  1229,   257)
	 63: Rel (  -102,     0)  ->  Abs (  1127,   257)
	 64: Rel (  -410,    96)  ->  Abs (   717,   353)
	 65: Rel (   103,     0)  ->  Abs (   820,   353)
	 66: Rel (     0,   -96)  ->  Abs (   820,   257)
	 67: Rel (  -103,     0)  ->  Abs (   717,   257)
	 68: Rel (  -410,    96)  ->  Abs (   307,   353)
	 69: Rel (   103,     0)  ->  Abs (   410,   353)
	 70: Rel (     0,   -96)  ->  Abs (   410,   257)
	 71: Rel (  -103,     0)  ->  Abs (   307,   257)
	 72: Rel (  -205,   -97)  ->  Abs (   102,   160)
	 73: Rel (   103,     0)  ->  Abs (   205,   160)
	 74: Rel (     0,   -97)  ->  Abs (   205,    63)
	 75: Rel (  -103,     0)  ->  Abs (   102,    63)
	 76: Rel (   410,    97)  ->  Abs (   512,   160)
	 77: Rel (   103,     0)  ->  Abs (   615,   160)
	 78: Rel (     0,   -97)  ->  Abs (   615,    63)
	 79: Rel (  -103,     0)  ->  Abs (   512,    63)
	 80: Rel (   410,    97)  ->  Abs (   922,   160)
	 81: Rel (   103,     0)  ->  Abs (  1025,   160)
	 82: Rel (     0,   -97)  ->  Abs (  1025,    63)
	 83: Rel (  -103,     0)  ->  Abs (   922,    63)
	 84: Rel (  -615,   -97)  ->  Abs (   307,   -34)
	 85: Rel (   103,     0)  ->  Abs (   410,   -34)
	 86: Rel (     0,   -96)  ->  Abs (   410,  -130)
	 87: Rel (  -103,     0)  ->  Abs (   307,  -130)
	 88: Rel (   410,    96)  ->  Abs (   717,   -34)
	 89: Rel (   103,     0)  ->  Abs (   820,   -34)
	 90: Rel (     0,   -96)  ->  Abs (   820,  -130)
	 91: Rel (  -103,     0)  ->  Abs (   717,  -130)
	 92: Rel (   410,    96)  ->  Abs (  1127,   -34)
	 93: Rel (   102,     0)  ->  Abs (  1229,   -34)
	 94: Rel (     0,   -96)  ->  Abs (  1229,  -130)
	 95: Rel (  -102,     0)  ->  Abs (  1127,  -130)
	 96: Rel (  -205,   -97)  ->  Abs (   922,  -227)
	 97: Rel (   103,     0)  ->  Abs (  1025,  -227)
	 98: Rel (     0,   -97)  ->  Abs (  1025,  -324)
	 99: Rel (  -103,     0)  ->  Abs (   922,  -324)
	100: Rel (  -410,    97)  ->  Abs (   512,  -227)
	101: Rel (   103,     0)  ->  Abs (   615,  -227)
	102: Rel (     0,   -97)  ->  Abs (   615,  -324)
	103: Rel (  -103,     0)  ->  Abs (   512,  -324)
	104: Rel (  -410,    97)  ->  Abs (   102,  -227)
	105: Rel (   103,     0)  ->  Abs (   205,  -227)
	106: Rel (     0,   -97)  ->  Abs (   205,  -324)
	107: Rel (  -103,     0)  ->  Abs (   102,  -324)
	108: Rel (   205,   -96)  ->  Abs (   307,  -420)
	109: Rel (   103,     0)  ->  Abs (   410,  -420)
	110: Rel (     0,   -97)  ->  Abs (   410,  -517)
	111: Rel (  -103,     0)  ->  Abs (   307,  -517)
	112: Rel (   410,    97)  ->  Abs (   717,  -420)
	113: Rel (   103,     0)  ->  Abs (   820,  -420)
	114: Rel (     0,   -97)  ->  Abs (   820,  -517)
	115: Rel (  -103,     0)  ->  Abs (   717,  -517)
	116: Rel (   410,    97)  ->  Abs (  1127,  -420)
	117: Rel (   102,     0)  ->  Abs (  1229,  -420)
	118: Rel (     0,   -97)  ->  Abs (  1229,  -517)
	119: Rel (  -102,     0)  ->  Abs (  1127,  -517)
	120: Rel ( -1127,   -98)  ->  Abs (     0,  -615)
	121: Rel (   307,  2128)  ->  Abs (   307,  1513)
	122: Rel (   103,     0)  ->  Abs (   410,  1513)
	123: Rel (     0,   -97)  ->  Abs (   410,  1416)
	124: Rel (  -103,     0)  ->  Abs (   307,  1416)
	125: Rel (   410,    97)  ->  Abs (   717,  1513)
	126: Rel (   103,     0)  ->  Abs (   820,  1513)
	127: Rel (     0,   -97)  ->  Abs (   820,  1416)
	128: Rel (  -103,     0)  ->  Abs (   717,  1416)
	129: Rel (   410,    97)  ->  Abs (  1127,  1513)
	130: Rel (   102,     0)  ->  Abs (  1229,  1513)
	131: Rel (     0,   -97)  ->  Abs (  1229,  1416)
	132: Rel (  -102,     0)  ->  Abs (  1127,  1416)
	133: Rel ( -1025,   289)  ->  Abs (   102,  1705)
	134: Rel (   103,     0)  ->  Abs (   205,  1705)
	135: Rel (     0,   -95)  ->  Abs (   205,  1610)
	136: Rel (  -103,     0)  ->  Abs (   102,  1610)
	137: Rel (   410,    95)  ->  Abs (   512,  1705)
	138: Rel (   103,     0)  ->  Abs (   615,  1705)
	139: Rel (     0,   -95)  ->  Abs (   615,  1610)
	140: Rel (  -103,     0)  ->  Abs (   512,  1610)
	141: Rel (   410,    95)  ->  Abs (   922,  1705)
	142: Rel (   103,     0)  ->  Abs (  1025,  1705)
	143: Rel (     0,   -95)  ->  Abs (  1025,  1610)
	144: Rel (  -103,     0)  ->  Abs (   922,  1610)

	Glyph 372: off = 0x00014410, len = 2188
	  numberOfContours:	73
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11
	  3:  15
	  4:  19
	  5:  23
	  6:  27
	  7:  31
	  8:  35
	  9:  39
	 10:  43
	 11:  47
	 12:  51
	 13:  55
	 14:  59
	 15:  63
	 16:  67
	 17:  71
	 18:  75
	 19:  79
	 20:  83
	 21:  87
	 22:  91
	 23:  95
	 24:  99
	 25:  103
	 26:  107
	 27:  111
	 28:  115
	 29:  119
	 30:  123
	 31:  127
	 32:  131
	 33:  135
	 34:  139
	 35:  143
	 36:  147
	 37:  151
	 38:  155
	 39:  159
	 40:  163
	 41:  167
	 42:  171
	 43:  175
	 44:  179
	 45:  183
	 46:  187
	 47:  191
	 48:  195
	 49:  199
	 50:  203
	 51:  207
	 52:  211
	 53:  215
	 54:  219
	 55:  223
	 56:  227
	 57:  231
	 58:  235
	 59:  239
	 60:  240
	 61:  244
	 62:  248
	 63:  252
	 64:  256
	 65:  260
	 66:  264
	 67:  268
	 68:  272
	 69:  276
	 70:  280
	 71:  284
	 72:  288

	  Length of Instructions:	1367
	00000: NPUSHW      (25):   285   282   281   278   277   274   273   270   269   266 
	                           265   288   283   284   279   280   275   276   271   272 
	                           267   268   261   258   257 
	00052: PUSHB[8]            254   253   250   249   246   245   242   241 
	00061: PUSHW[5]            264   259   260   255   256 
	00072: NPUSHB     (226):   251   252   247   248   243   244    20    17    16    13 
	                            12     9     8     5     4     1     0    23    18    19 
	                            14    15    10    11     6     7     2     3    44    41 
	                            40    37    36    33    32    29    28    25    24    47 
	                            42    43    38    39    34    35    30    31    26    27 
	                            68    65    64    61    60    57    56    53    52    49 
	                            48    71    66    67    62    63    58    59    54    55 
	                            50    51    92    89    88    85    84    81    80    77 
	                            76    73    72    95    90    91    86    87    82    83 
	                            78    79    74    75   116   113   112   109   108   105 
	                           104   101   100    97    96   119   114   115   110   111 
	                           106   107   102   103    98    99   136   133   132   129 
	                           128   125   124   141   140   121   120   139   134   135 
	                           130   131   126   127   142   143   122   123   144   149 
	                           148   153   152   157   156   161   160   165   164   147 
	                           150   151   154   155   158   159   162   163   166   167 
	                           188   184   184   181   180   177   176   173   172   169 
	                           168   191   186   187   182   183   178   179   174   175 
	                           170   171   192   197   196   201   200   205   204   209 
	                           208   213   212   195   198   199   202   203   206   207 
	                           210   211   214   215   236   233   232   229   228   225 
	                           224   221   220   217   216   239   234   235   230   231 
	                           226   227   222   223   218   219 
	00300: PUSHW[1]            287 
	00303: NPUSHB      (10):    21    22    69    70   117   118   145   146   193   194 
	00315: PUSHW[3]            288   262   263 
	00322: NPUSHB      (20):    20    23    45    46    68    71    93    94   116   119 
	                           137   138   144   147   189   190   192   195   237   238 
	00344: PUSHW[3]            283   261   264 
	00351: NPUSHB      (20):    17    18    44    47    65    66    92    95   113   114 
	                           136   139   149   150   188   191   197   198   236   239 
	00373: PUSHW[3]            284   258   259 
	00380: NPUSHB      (20):    16    19    41    42    64    67    89    90   112   115 
	                           133   134   148   151   185   186   196   199   233   234 
	00402: PUSHW[3]            279   257   260 
	00409: NPUSHB      (20):    13    14    40    43    61    62    88    91   109   110 
	                           132   135   153   154   184   187   201   202   232   235 
	00431: PUSHW[1]            280 
	00434: NPUSHB      (22):   254   255    12    15    37    38    60    63    85    86 
	                           108   111   129   130   152   155   181   182   200   203 
	                           229   230 
	00458: PUSHW[3]            275   253   256 
	00465: NPUSHB      (20):     9    10    36    39    57    58    84    87   105   106 
	                           128   131   157   158   180   183   205   206   228   231 
	00487: PUSHW[1]            276 
	00490: NPUSHB      (22):   250   251     8    11    33    34    56    59    81    82 
	                           104   107   125   126   156   159   177   178   204   207 
	                           225   226 
	00514: PUSHW[1]            271 
	00517: NPUSHB      (22):   249   252     5     6    32    35    53    54    80    83 
	                           101   102   124   127   161   162   176   179   209   210 
	                           224   227 
	00541: PUSHW[1]            272 
	00544: NPUSHB      (22):   246   247     4     7    29    30    52    55    77    78 
	                           100   103   141   142   160   163   173   174   208   211 
	                           221   222 
	00568: PUSHW[1]            267 
	00571: NPUSHB      (22):   245   248     1     2    28    31    49    50    76    79 
	                            97    98   140   143   165   166   172   175   213   214 
	                           220   223 
	00595: PUSHW[1]            268 
	00598: NPUSHB      (34):   242   243     0     3    25    26    48    51    73    74 
	                            96    99   121   122   164   167   169   170   212   215 
	                           217   218   244    24    27    72    75   120   123   168 
	                           171   216   219   240 
	00634: PUSHW[7]            286   265   287   268   262   241   263 
	00649: NPUSHB      (42):   244    21     0    22     3    45    24    46    27    69 
	                            48    70    51    93    72    94    75   117    96   118 
	                            99   137   120   138   123   145   164   146   167   189 
	                           168   190   171   193   212   194   215   237   216   238 
	                           219   240 
	00693: NPUSHW      (23):   286   194   285   238   282   239   281   234   278   235 
	                           277   230   274   231   273   226   270   227   269   222 
	                           266   223   265 
	00741: PUSHB[3]            218   241   240 
	00745: MDAP[rd]   
	00746: ALIGNRP    
	00747: MDAP[rd]   
	00748: ALIGNRP    
	00749: MDAP[rd]   
	00750: ALIGNRP    
	00751: MDAP[rd]   
	00752: ALIGNRP    
	00753: MDAP[rd]   
	00754: ALIGNRP    
	00755: MDAP[rd]   
	00756: ALIGNRP    
	00757: MDAP[rd]   
	00758: ALIGNRP    
	00759: MDAP[rd]   
	00760: ALIGNRP    
	00761: MDAP[rd]   
	00762: ALIGNRP    
	00763: MDAP[rd]   
	00764: ALIGNRP    
	00765: MDAP[rd]   
	00766: ALIGNRP    
	00767: MDAP[rd]   
	00768: ALIGNRP    
	00769: MDAP[rd]   
	00770: ALIGNRP    
	00771: SVTCA[y-axis] 
	00772: MDAP[rd]   
	00773: MDAP[rd]   
	00774: ALIGNRP    
	00775: MDAP[rd]   
	00776: ALIGNRP    
	00777: MDAP[rd]   
	00778: ALIGNRP    
	00779: MDAP[rd]   
	00780: ALIGNRP    
	00781: MDAP[rd]   
	00782: ALIGNRP    
	00783: MDAP[rd]   
	00784: ALIGNRP    
	00785: MDAP[rd]   
	00786: ALIGNRP    
	00787: MDAP[rd]   
	00788: ALIGNRP    
	00789: MDAP[rd]   
	00790: ALIGNRP    
	00791: MDAP[rd]   
	00792: ALIGNRP    
	00793: MDAP[rd]   
	00794: ALIGNRP    
	00795: MDAP[rd]   
	00796: ALIGNRP    
	00797: MDAP[rd]   
	00798: ALIGNRP    
	00799: MDAP[rd]   
	00800: ALIGNRP    
	00801: MDAP[rd]   
	00802: ALIGNRP    
	00803: MDAP[rd]   
	00804: ALIGNRP    
	00805: MDAP[rd]   
	00806: ALIGNRP    
	00807: MDAP[rd]   
	00808: ALIGNRP    
	00809: MDAP[rd]   
	00810: ALIGNRP    
	00811: MDAP[rd]   
	00812: ALIGNRP    
	00813: MDAP[rd]   
	00814: ALIGNRP    
	00815: MDAP[rd]   
	00816: ALIGNRP    
	00817: MDAP[rd]   
	00818: ALIGNRP    
	00819: MDAP[rd]   
	00820: ALIGNRP    
	00821: SPVTCA[x-axis] 
	00822: SFVTCA[x-axis] 
	00823: SRP0       
	00824: ALIGNRP    
	00825: ALIGNRP    
	00826: ALIGNRP    
	00827: ALIGNRP    
	00828: ALIGNRP    
	00829: ALIGNRP    
	00830: ALIGNRP    
	00831: ALIGNRP    
	00832: ALIGNRP    
	00833: ALIGNRP    
	00834: ALIGNRP    
	00835: SRP0       
	00836: ALIGNRP    
	00837: ALIGNRP    
	00838: ALIGNRP    
	00839: ALIGNRP    
	00840: ALIGNRP    
	00841: ALIGNRP    
	00842: ALIGNRP    
	00843: ALIGNRP    
	00844: ALIGNRP    
	00845: ALIGNRP    
	00846: ALIGNRP    
	00847: ALIGNRP    
	00848: ALIGNRP    
	00849: ALIGNRP    
	00850: ALIGNRP    
	00851: ALIGNRP    
	00852: ALIGNRP    
	00853: ALIGNRP    
	00854: ALIGNRP    
	00855: ALIGNRP    
	00856: ALIGNRP    
	00857: ALIGNRP    
	00858: SRP0       
	00859: ALIGNRP    
	00860: ALIGNRP    
	00861: ALIGNRP    
	00862: ALIGNRP    
	00863: ALIGNRP    
	00864: ALIGNRP    
	00865: ALIGNRP    
	00866: ALIGNRP    
	00867: ALIGNRP    
	00868: ALIGNRP    
	00869: ALIGNRP    
	00870: ALIGNRP    
	00871: ALIGNRP    
	00872: ALIGNRP    
	00873: ALIGNRP    
	00874: ALIGNRP    
	00875: ALIGNRP    
	00876: ALIGNRP    
	00877: ALIGNRP    
	00878: ALIGNRP    
	00879: ALIGNRP    
	00880: ALIGNRP    
	00881: SRP0       
	00882: ALIGNRP    
	00883: ALIGNRP    
	00884: ALIGNRP    
	00885: ALIGNRP    
	00886: ALIGNRP    
	00887: ALIGNRP    
	00888: ALIGNRP    
	00889: ALIGNRP    
	00890: ALIGNRP    
	00891: ALIGNRP    
	00892: ALIGNRP    
	00893: ALIGNRP    
	00894: ALIGNRP    
	00895: ALIGNRP    
	00896: ALIGNRP    
	00897: ALIGNRP    
	00898: ALIGNRP    
	00899: ALIGNRP    
	00900: ALIGNRP    
	00901: ALIGNRP    
	00902: ALIGNRP    
	00903: ALIGNRP    
	00904: SRP0       
	00905: ALIGNRP    
	00906: ALIGNRP    
	00907: ALIGNRP    
	00908: ALIGNRP    
	00909: ALIGNRP    
	00910: ALIGNRP    
	00911: ALIGNRP    
	00912: ALIGNRP    
	00913: ALIGNRP    
	00914: ALIGNRP    
	00915: ALIGNRP    
	00916: ALIGNRP    
	00917: ALIGNRP    
	00918: ALIGNRP    
	00919: ALIGNRP    
	00920: ALIGNRP    
	00921: ALIGNRP    
	00922: ALIGNRP    
	00923: ALIGNRP    
	00924: ALIGNRP    
	00925: ALIGNRP    
	00926: ALIGNRP    
	00927: SRP0       
	00928: ALIGNRP    
	00929: ALIGNRP    
	00930: ALIGNRP    
	00931: ALIGNRP    
	00932: ALIGNRP    
	00933: ALIGNRP    
	00934: ALIGNRP    
	00935: ALIGNRP    
	00936: ALIGNRP    
	00937: ALIGNRP    
	00938: ALIGNRP    
	00939: ALIGNRP    
	00940: ALIGNRP    
	00941: ALIGNRP    
	00942: ALIGNRP    
	00943: ALIGNRP    
	00944: ALIGNRP    
	00945: ALIGNRP    
	00946: ALIGNRP    
	00947: ALIGNRP    
	00948: ALIGNRP    
	00949: ALIGNRP    
	00950: SRP0       
	00951: ALIGNRP    
	00952: ALIGNRP    
	00953: ALIGNRP    
	00954: ALIGNRP    
	00955: ALIGNRP    
	00956: ALIGNRP    
	00957: ALIGNRP    
	00958: ALIGNRP    
	00959: ALIGNRP    
	00960: ALIGNRP    
	00961: ALIGNRP    
	00962: ALIGNRP    
	00963: ALIGNRP    
	00964: ALIGNRP    
	00965: ALIGNRP    
	00966: ALIGNRP    
	00967: ALIGNRP    
	00968: ALIGNRP    
	00969: ALIGNRP    
	00970: ALIGNRP    
	00971: ALIGNRP    
	00972: ALIGNRP    
	00973: SRP0       
	00974: ALIGNRP    
	00975: ALIGNRP    
	00976: ALIGNRP    
	00977: ALIGNRP    
	00978: ALIGNRP    
	00979: ALIGNRP    
	00980: ALIGNRP    
	00981: ALIGNRP    
	00982: ALIGNRP    
	00983: ALIGNRP    
	00984: ALIGNRP    
	00985: ALIGNRP    
	00986: ALIGNRP    
	00987: ALIGNRP    
	00988: ALIGNRP    
	00989: ALIGNRP    
	00990: ALIGNRP    
	00991: ALIGNRP    
	00992: ALIGNRP    
	00993: ALIGNRP    
	00994: ALIGNRP    
	00995: ALIGNRP    
	00996: SRP0       
	00997: ALIGNRP    
	00998: ALIGNRP    
	00999: ALIGNRP    
	01000: ALIGNRP    
	01001: ALIGNRP    
	01002: ALIGNRP    
	01003: ALIGNRP    
	01004: ALIGNRP    
	01005: ALIGNRP    
	01006: ALIGNRP    
	01007: ALIGNRP    
	01008: ALIGNRP    
	01009: ALIGNRP    
	01010: ALIGNRP    
	01011: ALIGNRP    
	01012: ALIGNRP    
	01013: ALIGNRP    
	01014: ALIGNRP    
	01015: ALIGNRP    
	01016: ALIGNRP    
	01017: ALIGNRP    
	01018: ALIGNRP    
	01019: SRP0       
	01020: ALIGNRP    
	01021: ALIGNRP    
	01022: ALIGNRP    
	01023: ALIGNRP    
	01024: ALIGNRP    
	01025: ALIGNRP    
	01026: ALIGNRP    
	01027: ALIGNRP    
	01028: ALIGNRP    
	01029: ALIGNRP    
	01030: ALIGNRP    
	01031: ALIGNRP    
	01032: ALIGNRP    
	01033: ALIGNRP    
	01034: ALIGNRP    
	01035: ALIGNRP    
	01036: ALIGNRP    
	01037: ALIGNRP    
	01038: ALIGNRP    
	01039: ALIGNRP    
	01040: ALIGNRP    
	01041: ALIGNRP    
	01042: SRP0       
	01043: ALIGNRP    
	01044: ALIGNRP    
	01045: ALIGNRP    
	01046: ALIGNRP    
	01047: ALIGNRP    
	01048: ALIGNRP    
	01049: ALIGNRP    
	01050: ALIGNRP    
	01051: ALIGNRP    
	01052: ALIGNRP    
	01053: ALIGNRP    
	01054: ALIGNRP    
	01055: ALIGNRP    
	01056: ALIGNRP    
	01057: ALIGNRP    
	01058: ALIGNRP    
	01059: ALIGNRP    
	01060: ALIGNRP    
	01061: ALIGNRP    
	01062: ALIGNRP    
	01063: ALIGNRP    
	01064: ALIGNRP    
	01065: SRP0       
	01066: ALIGNRP    
	01067: ALIGNRP    
	01068: ALIGNRP    
	01069: ALIGNRP    
	01070: ALIGNRP    
	01071: ALIGNRP    
	01072: ALIGNRP    
	01073: ALIGNRP    
	01074: ALIGNRP    
	01075: ALIGNRP    
	01076: ALIGNRP    
	01077: ALIGNRP    
	01078: ALIGNRP    
	01079: ALIGNRP    
	01080: ALIGNRP    
	01081: ALIGNRP    
	01082: ALIGNRP    
	01083: ALIGNRP    
	01084: ALIGNRP    
	01085: ALIGNRP    
	01086: ALIGNRP    
	01087: ALIGNRP    
	01088: SRP0       
	01089: ALIGNRP    
	01090: ALIGNRP    
	01091: ALIGNRP    
	01092: ALIGNRP    
	01093: ALIGNRP    
	01094: ALIGNRP    
	01095: ALIGNRP    
	01096: ALIGNRP    
	01097: ALIGNRP    
	01098: ALIGNRP    
	01099: SPVTCA[y-axis] 
	01100: SFVTCA[y-axis] 
	01101: SRP0       
	01102: ALIGNRP    
	01103: ALIGNRP    
	01104: ALIGNRP    
	01105: ALIGNRP    
	01106: ALIGNRP    
	01107: ALIGNRP    
	01108: ALIGNRP    
	01109: ALIGNRP    
	01110: ALIGNRP    
	01111: ALIGNRP    
	01112: SRP0       
	01113: ALIGNRP    
	01114: ALIGNRP    
	01115: ALIGNRP    
	01116: ALIGNRP    
	01117: ALIGNRP    
	01118: ALIGNRP    
	01119: ALIGNRP    
	01120: ALIGNRP    
	01121: ALIGNRP    
	01122: ALIGNRP    
	01123: SRP0       
	01124: ALIGNRP    
	01125: ALIGNRP    
	01126: ALIGNRP    
	01127: ALIGNRP    
	01128: ALIGNRP    
	01129: ALIGNRP    
	01130: ALIGNRP    
	01131: ALIGNRP    
	01132: ALIGNRP    
	01133: ALIGNRP    
	01134: SRP0       
	01135: ALIGNRP    
	01136: ALIGNRP    
	01137: ALIGNRP    
	01138: ALIGNRP    
	01139: ALIGNRP    
	01140: ALIGNRP    
	01141: ALIGNRP    
	01142: ALIGNRP    
	01143: ALIGNRP    
	01144: ALIGNRP    
	01145: SRP0       
	01146: ALIGNRP    
	01147: ALIGNRP    
	01148: ALIGNRP    
	01149: ALIGNRP    
	01150: ALIGNRP    
	01151: ALIGNRP    
	01152: ALIGNRP    
	01153: ALIGNRP    
	01154: ALIGNRP    
	01155: ALIGNRP    
	01156: SRP0       
	01157: ALIGNRP    
	01158: ALIGNRP    
	01159: ALIGNRP    
	01160: ALIGNRP    
	01161: ALIGNRP    
	01162: ALIGNRP    
	01163: ALIGNRP    
	01164: ALIGNRP    
	01165: ALIGNRP    
	01166: ALIGNRP    
	01167: SRP0       
	01168: ALIGNRP    
	01169: ALIGNRP    
	01170: ALIGNRP    
	01171: ALIGNRP    
	01172: ALIGNRP    
	01173: ALIGNRP    
	01174: ALIGNRP    
	01175: ALIGNRP    
	01176: ALIGNRP    
	01177: ALIGNRP    
	01178: SRP0       
	01179: ALIGNRP    
	01180: ALIGNRP    
	01181: ALIGNRP    
	01182: ALIGNRP    
	01183: ALIGNRP    
	01184: ALIGNRP    
	01185: ALIGNRP    
	01186: ALIGNRP    
	01187: ALIGNRP    
	01188: ALIGNRP    
	01189: SRP0       
	01190: ALIGNRP    
	01191: ALIGNRP    
	01192: ALIGNRP    
	01193: ALIGNRP    
	01194: ALIGNRP    
	01195: ALIGNRP    
	01196: ALIGNRP    
	01197: ALIGNRP    
	01198: ALIGNRP    
	01199: ALIGNRP    
	01200: SRP0       
	01201: ALIGNRP    
	01202: ALIGNRP    
	01203: ALIGNRP    
	01204: ALIGNRP    
	01205: ALIGNRP    
	01206: ALIGNRP    
	01207: ALIGNRP    
	01208: ALIGNRP    
	01209: ALIGNRP    
	01210: ALIGNRP    
	01211: SRP0       
	01212: ALIGNRP    
	01213: ALIGNRP    
	01214: ALIGNRP    
	01215: ALIGNRP    
	01216: ALIGNRP    
	01217: ALIGNRP    
	01218: ALIGNRP    
	01219: ALIGNRP    
	01220: ALIGNRP    
	01221: ALIGNRP    
	01222: SRP0       
	01223: ALIGNRP    
	01224: ALIGNRP    
	01225: ALIGNRP    
	01226: ALIGNRP    
	01227: ALIGNRP    
	01228: ALIGNRP    
	01229: ALIGNRP    
	01230: ALIGNRP    
	01231: ALIGNRP    
	01232: ALIGNRP    
	01233: SRP0       
	01234: ALIGNRP    
	01235: ALIGNRP    
	01236: ALIGNRP    
	01237: ALIGNRP    
	01238: ALIGNRP    
	01239: ALIGNRP    
	01240: ALIGNRP    
	01241: ALIGNRP    
	01242: ALIGNRP    
	01243: ALIGNRP    
	01244: SRP0       
	01245: ALIGNRP    
	01246: ALIGNRP    
	01247: ALIGNRP    
	01248: ALIGNRP    
	01249: ALIGNRP    
	01250: ALIGNRP    
	01251: ALIGNRP    
	01252: ALIGNRP    
	01253: ALIGNRP    
	01254: ALIGNRP    
	01255: SRP0       
	01256: ALIGNRP    
	01257: ALIGNRP    
	01258: ALIGNRP    
	01259: ALIGNRP    
	01260: ALIGNRP    
	01261: ALIGNRP    
	01262: ALIGNRP    
	01263: ALIGNRP    
	01264: ALIGNRP    
	01265: ALIGNRP    
	01266: SRP0       
	01267: ALIGNRP    
	01268: ALIGNRP    
	01269: ALIGNRP    
	01270: ALIGNRP    
	01271: ALIGNRP    
	01272: ALIGNRP    
	01273: ALIGNRP    
	01274: ALIGNRP    
	01275: ALIGNRP    
	01276: ALIGNRP    
	01277: SRP0       
	01278: ALIGNRP    
	01279: ALIGNRP    
	01280: ALIGNRP    
	01281: ALIGNRP    
	01282: ALIGNRP    
	01283: ALIGNRP    
	01284: ALIGNRP    
	01285: ALIGNRP    
	01286: ALIGNRP    
	01287: ALIGNRP    
	01288: SRP0       
	01289: ALIGNRP    
	01290: ALIGNRP    
	01291: ALIGNRP    
	01292: ALIGNRP    
	01293: ALIGNRP    
	01294: ALIGNRP    
	01295: ALIGNRP    
	01296: ALIGNRP    
	01297: ALIGNRP    
	01298: ALIGNRP    
	01299: SRP0       
	01300: ALIGNRP    
	01301: ALIGNRP    
	01302: ALIGNRP    
	01303: ALIGNRP    
	01304: ALIGNRP    
	01305: ALIGNRP    
	01306: ALIGNRP    
	01307: ALIGNRP    
	01308: ALIGNRP    
	01309: ALIGNRP    
	01310: SRP0       
	01311: ALIGNRP    
	01312: ALIGNRP    
	01313: ALIGNRP    
	01314: ALIGNRP    
	01315: ALIGNRP    
	01316: ALIGNRP    
	01317: ALIGNRP    
	01318: ALIGNRP    
	01319: ALIGNRP    
	01320: ALIGNRP    
	01321: SRP0       
	01322: ALIGNRP    
	01323: ALIGNRP    
	01324: ALIGNRP    
	01325: ALIGNRP    
	01326: ALIGNRP    
	01327: ALIGNRP    
	01328: ALIGNRP    
	01329: ALIGNRP    
	01330: ALIGNRP    
	01331: ALIGNRP    
	01332: SRP0       
	01333: ALIGNRP    
	01334: ALIGNRP    
	01335: ALIGNRP    
	01336: ALIGNRP    
	01337: ALIGNRP    
	01338: ALIGNRP    
	01339: ALIGNRP    
	01340: ALIGNRP    
	01341: ALIGNRP    
	01342: ALIGNRP    
	01343: SRP0       
	01344: ALIGNRP    
	01345: ALIGNRP    
	01346: ALIGNRP    
	01347: ALIGNRP    
	01348: ALIGNRP    
	01349: ALIGNRP    
	01350: ALIGNRP    
	01351: ALIGNRP    
	01352: ALIGNRP    
	01353: ALIGNRP    
	01354: SRP0       
	01355: ALIGNRP    
	01356: ALIGNRP    
	01357: ALIGNRP    
	01358: ALIGNRP    
	01359: ALIGNRP    
	01360: ALIGNRP    
	01361: ALIGNRP    
	01362: ALIGNRP    
	01363: ALIGNRP    
	01364: ALIGNRP    
	01365: IUP[y]     
	01366: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short         On
	  3:  YDual                       X-Short On
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual                       X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short         On
	 11:  YDual                       X-Short On
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual         Y-Short         On
	 15:  YDual                       X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual                 X-Short On
	 18:        XDual         Y-Short         On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual                 X-Short On
	 22:        XDual         Y-Short         On
	 23:  YDual                       X-Short On
	 24:                      Y-Short         On
	 25:  YDual XDual                 X-Short On
	 26:        XDual         Y-Short         On
	 27:  YDual                       X-Short On
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual                 X-Short On
	 30:        XDual         Y-Short         On
	 31:  YDual                       X-Short On
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual                 X-Short On
	 34:        XDual         Y-Short         On
	 35:  YDual                       X-Short On
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual                 X-Short On
	 38:        XDual         Y-Short         On
	 39:  YDual                       X-Short On
	 40:  YDual XDual         Y-Short X-Short On
	 41:  YDual XDual                 X-Short On
	 42:        XDual         Y-Short         On
	 43:  YDual                       X-Short On
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual                 X-Short On
	 46:        XDual         Y-Short         On
	 47:  YDual                       X-Short On
	 48:                      Y-Short         On
	 49:  YDual XDual                 X-Short On
	 50:        XDual         Y-Short         On
	 51:  YDual                       X-Short On
	 52:  YDual XDual         Y-Short X-Short On
	 53:  YDual XDual                 X-Short On
	 54:        XDual         Y-Short         On
	 55:  YDual                       X-Short On
	 56:  YDual XDual         Y-Short X-Short On
	 57:  YDual XDual                 X-Short On
	 58:        XDual         Y-Short         On
	 59:  YDual                       X-Short On
	 60:  YDual XDual         Y-Short X-Short On
	 61:  YDual XDual                 X-Short On
	 62:        XDual         Y-Short         On
	 63:  YDual                       X-Short On
	 64:  YDual XDual         Y-Short X-Short On
	 65:  YDual XDual                 X-Short On
	 66:        XDual         Y-Short         On
	 67:  YDual                       X-Short On
	 68:  YDual XDual         Y-Short X-Short On
	 69:  YDual XDual                 X-Short On
	 70:        XDual         Y-Short         On
	 71:  YDual                       X-Short On
	 72:                      Y-Short         On
	 73:  YDual XDual                 X-Short On
	 74:        XDual         Y-Short         On
	 75:  YDual                       X-Short On
	 76:  YDual XDual         Y-Short X-Short On
	 77:  YDual XDual                 X-Short On
	 78:        XDual         Y-Short         On
	 79:  YDual                       X-Short On
	 80:  YDual XDual         Y-Short X-Short On
	 81:  YDual XDual                 X-Short On
	 82:        XDual         Y-Short         On
	 83:  YDual                       X-Short On
	 84:  YDual XDual         Y-Short X-Short On
	 85:  YDual XDual                 X-Short On
	 86:        XDual         Y-Short         On
	 87:  YDual                       X-Short On
	 88:  YDual XDual         Y-Short X-Short On
	 89:  YDual XDual                 X-Short On
	 90:        XDual         Y-Short         On
	 91:  YDual                       X-Short On
	 92:  YDual XDual         Y-Short X-Short On
	 93:  YDual XDual                 X-Short On
	 94:        XDual         Y-Short         On
	 95:  YDual                       X-Short On
	 96:                      Y-Short         On
	 97:  YDual XDual                 X-Short On
	 98:        XDual         Y-Short         On
	 99:  YDual                       X-Short On
	100:  YDual XDual         Y-Short X-Short On
	101:  YDual XDual                 X-Short On
	102:        XDual         Y-Short         On
	103:  YDual                       X-Short On
	104:  YDual XDual         Y-Short X-Short On
	105:  YDual XDual                 X-Short On
	106:        XDual         Y-Short         On
	107:  YDual                       X-Short On
	108:  YDual XDual         Y-Short X-Short On
	109:  YDual XDual                 X-Short On
	110:        XDual         Y-Short         On
	111:  YDual                       X-Short On
	112:  YDual XDual         Y-Short X-Short On
	113:  YDual XDual                 X-Short On
	114:        XDual         Y-Short         On
	115:  YDual                       X-Short On
	116:  YDual XDual         Y-Short X-Short On
	117:  YDual XDual                 X-Short On
	118:        XDual         Y-Short         On
	119:  YDual                       X-Short On
	120:                      Y-Short         On
	121:  YDual XDual                 X-Short On
	122:        XDual         Y-Short         On
	123:  YDual                       X-Short On
	124:  YDual               Y-Short         On
	125:  YDual XDual                 X-Short On
	126:        XDual         Y-Short         On
	127:  YDual                       X-Short On
	128:  YDual XDual         Y-Short X-Short On
	129:  YDual XDual                 X-Short On
	130:        XDual         Y-Short         On
	131:  YDual                       X-Short On
	132:  YDual XDual         Y-Short X-Short On
	133:  YDual XDual                 X-Short On
	134:        XDual         Y-Short         On
	135:  YDual                       X-Short On
	136:  YDual XDual         Y-Short X-Short On
	137:  YDual XDual                 X-Short On
	138:        XDual         Y-Short         On
	139:  YDual                       X-Short On
	140:  YDual               Y-Short         On
	141:  YDual XDual                 X-Short On
	142:        XDual         Y-Short         On
	143:  YDual                       X-Short On
	144:                      Y-Short         On
	145:  YDual XDual                 X-Short On
	146:        XDual         Y-Short         On
	147:  YDual                       X-Short On
	148:  YDual               Y-Short X-Short On
	149:  YDual XDual                 X-Short On
	150:        XDual         Y-Short         On
	151:  YDual                       X-Short On
	152:  YDual               Y-Short X-Short On
	153:  YDual XDual                 X-Short On
	154:        XDual         Y-Short         On
	155:  YDual                       X-Short On
	156:  YDual               Y-Short X-Short On
	157:  YDual XDual                 X-Short On
	158:        XDual         Y-Short         On
	159:  YDual                       X-Short On
	160:  YDual               Y-Short X-Short On
	161:  YDual XDual                 X-Short On
	162:        XDual         Y-Short         On
	163:  YDual                       X-Short On
	164:  YDual               Y-Short X-Short On
	165:  YDual XDual                 X-Short On
	166:        XDual         Y-Short         On
	167:  YDual                       X-Short On
	168:                      Y-Short X-Short On
	169:  YDual XDual                 X-Short On
	170:        XDual         Y-Short         On
	171:  YDual                       X-Short On
	172:  YDual XDual         Y-Short X-Short On
	173:  YDual XDual                 X-Short On
	174:        XDual         Y-Short         On
	175:  YDual                       X-Short On
	176:  YDual XDual         Y-Short X-Short On
	177:  YDual XDual                 X-Short On
	178:        XDual         Y-Short         On
	179:  YDual                       X-Short On
	180:  YDual XDual         Y-Short X-Short On
	181:  YDual XDual                 X-Short On
	182:        XDual         Y-Short         On
	183:  YDual                       X-Short On
	184:  YDual XDual         Y-Short X-Short On
	185:  YDual XDual                 X-Short On
	186:        XDual         Y-Short         On
	187:  YDual                       X-Short On
	188:  YDual XDual         Y-Short X-Short On
	189:  YDual XDual                 X-Short On
	190:        XDual         Y-Short         On
	191:  YDual                       X-Short On
	192:        XDual         Y-Short X-Short On
	193:  YDual XDual                 X-Short On
	194:        XDual         Y-Short         On
	195:  YDual                       X-Short On
	196:  YDual               Y-Short X-Short On
	197:  YDual XDual                 X-Short On
	198:        XDual         Y-Short         On
	199:  YDual                       X-Short On
	200:  YDual               Y-Short X-Short On
	201:  YDual XDual                 X-Short On
	202:        XDual         Y-Short         On
	203:  YDual                       X-Short On
	204:  YDual               Y-Short X-Short On
	205:  YDual XDual                 X-Short On
	206:        XDual         Y-Short         On
	207:  YDual                       X-Short On
	208:  YDual               Y-Short X-Short On
	209:  YDual XDual                 X-Short On
	210:        XDual         Y-Short         On
	211:  YDual                       X-Short On
	212:  YDual               Y-Short X-Short On
	213:  YDual XDual                 X-Short On
	214:        XDual         Y-Short         On
	215:  YDual                       X-Short On
	216:                      Y-Short X-Short On
	217:  YDual XDual                 X-Short On
	218:        XDual         Y-Short         On
	219:  YDual                       X-Short On
	220:  YDual XDual         Y-Short X-Short On
	221:  YDual XDual                 X-Short On
	222:        XDual         Y-Short         On
	223:  YDual                       X-Short On
	224:  YDual XDual         Y-Short X-Short On
	225:  YDual XDual                 X-Short On
	226:        XDual         Y-Short         On
	227:  YDual                       X-Short On
	228:  YDual XDual         Y-Short X-Short On
	229:  YDual XDual                 X-Short On
	230:        XDual         Y-Short         On
	231:  YDual                       X-Short On
	232:  YDual XDual         Y-Short X-Short On
	233:  YDual XDual                 X-Short On
	234:        XDual         Y-Short         On
	235:  YDual                       X-Short On
	236:  YDual XDual         Y-Short X-Short On
	237:  YDual XDual                 X-Short On
	238:        XDual         Y-Short         On
	239:  YDual                       X-Short On
	240:                      Y-Short         On
	241:        XDual                         On
	242:  YDual XDual                 X-Short On
	243:        XDual         Y-Short         On
	244:  YDual                       X-Short On
	245:  YDual XDual         Y-Short X-Short On
	246:  YDual XDual                 X-Short On
	247:        XDual         Y-Short         On
	248:  YDual                       X-Short On
	249:  YDual XDual         Y-Short X-Short On
	250:  YDual XDual                 X-Short On
	251:        XDual         Y-Short         On
	252:  YDual                       X-Short On
	253:  YDual XDual         Y-Short X-Short On
	254:  YDual XDual                 X-Short On
	255:        XDual         Y-Short         On
	256:  YDual                       X-Short On
	257:  YDual XDual         Y-Short X-Short On
	258:  YDual XDual                 X-Short On
	259:        XDual         Y-Short         On
	260:  YDual                       X-Short On
	261:  YDual XDual         Y-Short X-Short On
	262:  YDual XDual                 X-Short On
	263:        XDual         Y-Short         On
	264:  YDual                       X-Short On
	265:                                      On
	266:  YDual XDual                 X-Short On
	267:        XDual         Y-Short         On
	268:  YDual                       X-Short On
	269:  YDual XDual         Y-Short X-Short On
	270:  YDual XDual                 X-Short On
	271:        XDual         Y-Short         On
	272:  YDual                       X-Short On
	273:  YDual XDual         Y-Short X-Short On
	274:  YDual XDual                 X-Short On
	275:        XDual         Y-Short         On
	276:  YDual                       X-Short On
	277:  YDual XDual         Y-Short X-Short On
	278:  YDual XDual                 X-Short On
	279:        XDual         Y-Short         On
	280:  YDual                       X-Short On
	281:  YDual XDual         Y-Short X-Short On
	282:  YDual XDual                 X-Short On
	283:        XDual         Y-Short         On
	284:  YDual                       X-Short On
	285:  YDual XDual         Y-Short X-Short On
	286:  YDual XDual                 X-Short On
	287:        XDual         Y-Short         On
	288:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   102,  1320)  ->  Abs (   102,  1320)
	  1: Rel (   103,     0)  ->  Abs (   205,  1320)
	  2: Rel (     0,   -97)  ->  Abs (   205,  1223)
	  3: Rel (  -103,     0)  ->  Abs (   102,  1223)
	  4: Rel (   205,    97)  ->  Abs (   307,  1320)
	  5: Rel (   103,     0)  ->  Abs (   410,  1320)
	  6: Rel (     0,   -97)  ->  Abs (   410,  1223)
	  7: Rel (  -103,     0)  ->  Abs (   307,  1223)
	  8: Rel (   205,    97)  ->  Abs (   512,  1320)
	  9: Rel (   103,     0)  ->  Abs (   615,  1320)
	 10: Rel (     0,   -97)  ->  Abs (   615,  1223)
	 11: Rel (  -103,     0)  ->  Abs (   512,  1223)
	 12: Rel (   205,    97)  ->  Abs (   717,  1320)
	 13: Rel (   103,     0)  ->  Abs (   820,  1320)
	 14: Rel (     0,   -97)  ->  Abs (   820,  1223)
	 15: Rel (  -103,     0)  ->  Abs (   717,  1223)
	 16: Rel (   205,    97)  ->  Abs (   922,  1320)
	 17: Rel (   103,     0)  ->  Abs (  1025,  1320)
	 18: Rel (     0,   -97)  ->  Abs (  1025,  1223)
	 19: Rel (  -103,     0)  ->  Abs (   922,  1223)
	 20: Rel (   205,    97)  ->  Abs (  1127,  1320)
	 21: Rel (   102,     0)  ->  Abs (  1229,  1320)
	 22: Rel (     0,   -97)  ->  Abs (  1229,  1223)
	 23: Rel (  -102,     0)  ->  Abs (  1127,  1223)
	 24: Rel ( -1127,   -97)  ->  Abs (     0,  1126)
	 25: Rel (   102,     0)  ->  Abs (   102,  1126)
	 26: Rel (     0,   -96)  ->  Abs (   102,  1030)
	 27: Rel (  -102,     0)  ->  Abs (     0,  1030)
	 28: Rel (   205,    96)  ->  Abs (   205,  1126)
	 29: Rel (   102,     0)  ->  Abs (   307,  1126)
	 30: Rel (     0,   -96)  ->  Abs (   307,  1030)
	 31: Rel (  -102,     0)  ->  Abs (   205,  1030)
	 32: Rel (   205,    96)  ->  Abs (   410,  1126)
	 33: Rel (   102,     0)  ->  Abs (   512,  1126)
	 34: Rel (     0,   -96)  ->  Abs (   512,  1030)
	 35: Rel (  -102,     0)  ->  Abs (   410,  1030)
	 36: Rel (   205,    96)  ->  Abs (   615,  1126)
	 37: Rel (   102,     0)  ->  Abs (   717,  1126)
	 38: Rel (     0,   -96)  ->  Abs (   717,  1030)
	 39: Rel (  -102,     0)  ->  Abs (   615,  1030)
	 40: Rel (   205,    96)  ->  Abs (   820,  1126)
	 41: Rel (   102,     0)  ->  Abs (   922,  1126)
	 42: Rel (     0,   -96)  ->  Abs (   922,  1030)
	 43: Rel (  -102,     0)  ->  Abs (   820,  1030)
	 44: Rel (   205,    96)  ->  Abs (  1025,  1126)
	 45: Rel (   102,     0)  ->  Abs (  1127,  1126)
	 46: Rel (     0,   -96)  ->  Abs (  1127,  1030)
	 47: Rel (  -102,     0)  ->  Abs (  1025,  1030)
	 48: Rel (  -923,   -97)  ->  Abs (   102,   933)
	 49: Rel (   103,     0)  ->  Abs (   205,   933)
	 50: Rel (     0,   -96)  ->  Abs (   205,   837)
	 51: Rel (  -103,     0)  ->  Abs (   102,   837)
	 52: Rel (   205,    96)  ->  Abs (   307,   933)
	 53: Rel (   103,     0)  ->  Abs (   410,   933)
	 54: Rel (     0,   -96)  ->  Abs (   410,   837)
	 55: Rel (  -103,     0)  ->  Abs (   307,   837)
	 56: Rel (   205,    96)  ->  Abs (   512,   933)
	 57: Rel (   103,     0)  ->  Abs (   615,   933)
	 58: Rel (     0,   -96)  ->  Abs (   615,   837)
	 59: Rel (  -103,     0)  ->  Abs (   512,   837)
	 60: Rel (   205,    96)  ->  Abs (   717,   933)
	 61: Rel (   103,     0)  ->  Abs (   820,   933)
	 62: Rel (     0,   -96)  ->  Abs (   820,   837)
	 63: Rel (  -103,     0)  ->  Abs (   717,   837)
	 64: Rel (   205,    96)  ->  Abs (   922,   933)
	 65: Rel (   103,     0)  ->  Abs (  1025,   933)
	 66: Rel (     0,   -96)  ->  Abs (  1025,   837)
	 67: Rel (  -103,     0)  ->  Abs (   922,   837)
	 68: Rel (   205,    96)  ->  Abs (  1127,   933)
	 69: Rel (   102,     0)  ->  Abs (  1229,   933)
	 70: Rel (     0,   -96)  ->  Abs (  1229,   837)
	 71: Rel (  -102,     0)  ->  Abs (  1127,   837)
	 72: Rel ( -1127,   -97)  ->  Abs (     0,   740)
	 73: Rel (   102,     0)  ->  Abs (   102,   740)
	 74: Rel (     0,   -97)  ->  Abs (   102,   643)
	 75: Rel (  -102,     0)  ->  Abs (     0,   643)
	 76: Rel (   205,    97)  ->  Abs (   205,   740)
	 77: Rel (   102,     0)  ->  Abs (   307,   740)
	 78: Rel (     0,   -97)  ->  Abs (   307,   643)
	 79: Rel (  -102,     0)  ->  Abs (   205,   643)
	 80: Rel (   205,    97)  ->  Abs (   410,   740)
	 81: Rel (   102,     0)  ->  Abs (   512,   740)
	 82: Rel (     0,   -97)  ->  Abs (   512,   643)
	 83: Rel (  -102,     0)  ->  Abs (   410,   643)
	 84: Rel (   205,    97)  ->  Abs (   615,   740)
	 85: Rel (   102,     0)  ->  Abs (   717,   740)
	 86: Rel (     0,   -97)  ->  Abs (   717,   643)
	 87: Rel (  -102,     0)  ->  Abs (   615,   643)
	 88: Rel (   205,    97)  ->  Abs (   820,   740)
	 89: Rel (   102,     0)  ->  Abs (   922,   740)
	 90: Rel (     0,   -97)  ->  Abs (   922,   643)
	 91: Rel (  -102,     0)  ->  Abs (   820,   643)
	 92: Rel (   205,    97)  ->  Abs (  1025,   740)
	 93: Rel (   102,     0)  ->  Abs (  1127,   740)
	 94: Rel (     0,   -97)  ->  Abs (  1127,   643)
	 95: Rel (  -102,     0)  ->  Abs (  1025,   643)
	 96: Rel (  -923,   -97)  ->  Abs (   102,   546)
	 97: Rel (   103,     0)  ->  Abs (   205,   546)
	 98: Rel (     0,   -96)  ->  Abs (   205,   450)
	 99: Rel (  -103,     0)  ->  Abs (   102,   450)
	100: Rel (   205,    96)  ->  Abs (   307,   546)
	101: Rel (   103,     0)  ->  Abs (   410,   546)
	102: Rel (     0,   -96)  ->  Abs (   410,   450)
	103: Rel (  -103,     0)  ->  Abs (   307,   450)
	104: Rel (   205,    96)  ->  Abs (   512,   546)
	105: Rel (   103,     0)  ->  Abs (   615,   546)
	106: Rel (     0,   -96)  ->  Abs (   615,   450)
	107: Rel (  -103,     0)  ->  Abs (   512,   450)
	108: Rel (   205,    96)  ->  Abs (   717,   546)
	109: Rel (   103,     0)  ->  Abs (   820,   546)
	110: Rel (     0,   -96)  ->  Abs (   820,   450)
	111: Rel (  -103,     0)  ->  Abs (   717,   450)
	112: Rel (   205,    96)  ->  Abs (   922,   546)
	113: Rel (   103,     0)  ->  Abs (  1025,   546)
	114: Rel (     0,   -96)  ->  Abs (  1025,   450)
	115: Rel (  -103,     0)  ->  Abs (   922,   450)
	116: Rel (   205,    96)  ->  Abs (  1127,   546)
	117: Rel (   102,     0)  ->  Abs (  1229,   546)
	118: Rel (     0,   -96)  ->  Abs (  1229,   450)
	119: Rel (  -102,     0)  ->  Abs (  1127,   450)
	120: Rel ( -1127,   -97)  ->  Abs (     0,   353)
	121: Rel (   102,     0)  ->  Abs (   102,   353)
	122: Rel (     0,   -96)  ->  Abs (   102,   257)
	123: Rel (  -102,     0)  ->  Abs (     0,   257)
	124: Rel (   410,    96)  ->  Abs (   410,   353)
	125: Rel (   102,     0)  ->  Abs (   512,   353)
	126: Rel (     0,   -96)  ->  Abs (   512,   257)
	127: Rel (  -102,     0)  ->  Abs (   410,   257)
	128: Rel (   205,    96)  ->  Abs (   615,   353)
	129: Rel (   102,     0)  ->  Abs (   717,   353)
	130: Rel (     0,   -96)  ->  Abs (   717,   257)
	131: Rel (  -102,     0)  ->  Abs (   615,   257)
	132: Rel (   205,    96)  ->  Abs (   820,   353)
	133: Rel (   102,     0)  ->  Abs (   922,   353)
	134: Rel (     0,   -96)  ->  Abs (   922,   257)
	135: Rel (  -102,     0)  ->  Abs (   820,   257)
	136: Rel (   205,    96)  ->  Abs (  1025,   353)
	137: Rel (   102,     0)  ->  Abs (  1127,   353)
	138: Rel (     0,   -96)  ->  Abs (  1127,   257)
	139: Rel (  -102,     0)  ->  Abs (  1025,   257)
	140: Rel (  -820,    96)  ->  Abs (   205,   353)
	141: Rel (   102,     0)  ->  Abs (   307,   353)
	142: Rel (     0,   -96)  ->  Abs (   307,   257)
	143: Rel (  -102,     0)  ->  Abs (   205,   257)
	144: Rel (   922,   -97)  ->  Abs (  1127,   160)
	145: Rel (   102,     0)  ->  Abs (  1229,   160)
	146: Rel (     0,   -97)  ->  Abs (  1229,    63)
	147: Rel (  -102,     0)  ->  Abs (  1127,    63)
	148: Rel (  -205,    97)  ->  Abs (   922,   160)
	149: Rel (   103,     0)  ->  Abs (  1025,   160)
	150: Rel (     0,   -97)  ->  Abs (  1025,    63)
	151: Rel (  -103,     0)  ->  Abs (   922,    63)
	152: Rel (  -205,    97)  ->  Abs (   717,   160)
	153: Rel (   103,     0)  ->  Abs (   820,   160)
	154: Rel (     0,   -97)  ->  Abs (   820,    63)
	155: Rel (  -103,     0)  ->  Abs (   717,    63)
	156: Rel (  -205,    97)  ->  Abs (   512,   160)
	157: Rel (   103,     0)  ->  Abs (   615,   160)
	158: Rel (     0,   -97)  ->  Abs (   615,    63)
	159: Rel (  -103,     0)  ->  Abs (   512,    63)
	160: Rel (  -205,    97)  ->  Abs (   307,   160)
	161: Rel (   103,     0)  ->  Abs (   410,   160)
	162: Rel (     0,   -97)  ->  Abs (   410,    63)
	163: Rel (  -103,     0)  ->  Abs (   307,    63)
	164: Rel (  -205,    97)  ->  Abs (   102,   160)
	165: Rel (   103,     0)  ->  Abs (   205,   160)
	166: Rel (     0,   -97)  ->  Abs (   205,    63)
	167: Rel (  -103,     0)  ->  Abs (   102,    63)
	168: Rel (  -102,   -97)  ->  Abs (     0,   -34)
	169: Rel (   102,     0)  ->  Abs (   102,   -34)
	170: Rel (     0,   -96)  ->  Abs (   102,  -130)
	171: Rel (  -102,     0)  ->  Abs (     0,  -130)
	172: Rel (   205,    96)  ->  Abs (   205,   -34)
	173: Rel (   102,     0)  ->  Abs (   307,   -34)
	174: Rel (     0,   -96)  ->  Abs (   307,  -130)
	175: Rel (  -102,     0)  ->  Abs (   205,  -130)
	176: Rel (   205,    96)  ->  Abs (   410,   -34)
	177: Rel (   102,     0)  ->  Abs (   512,   -34)
	178: Rel (     0,   -96)  ->  Abs (   512,  -130)
	179: Rel (  -102,     0)  ->  Abs (   410,  -130)
	180: Rel (   205,    96)  ->  Abs (   615,   -34)
	181: Rel (   102,     0)  ->  Abs (   717,   -34)
	182: Rel (     0,   -96)  ->  Abs (   717,  -130)
	183: Rel (  -102,     0)  ->  Abs (   615,  -130)
	184: Rel (   205,    96)  ->  Abs (   820,   -34)
	185: Rel (   102,     0)  ->  Abs (   922,   -34)
	186: Rel (     0,   -96)  ->  Abs (   922,  -130)
	187: Rel (  -102,     0)  ->  Abs (   820,  -130)
	188: Rel (   205,    96)  ->  Abs (  1025,   -34)
	189: Rel (   102,     0)  ->  Abs (  1127,   -34)
	190: Rel (     0,   -96)  ->  Abs (  1127,  -130)
	191: Rel (  -102,     0)  ->  Abs (  1025,  -130)
	192: Rel (   102,   -97)  ->  Abs (  1127,  -227)
	193: Rel (   102,     0)  ->  Abs (  1229,  -227)
	194: Rel (     0,   -97)  ->  Abs (  1229,  -324)
	195: Rel (  -102,     0)  ->  Abs (  1127,  -324)
	196: Rel (  -205,    97)  ->  Abs (   922,  -227)
	197: Rel (   103,     0)  ->  Abs (  1025,  -227)
	198: Rel (     0,   -97)  ->  Abs (  1025,  -324)
	199: Rel (  -103,     0)  ->  Abs (   922,  -324)
	200: Rel (  -205,    97)  ->  Abs (   717,  -227)
	201: Rel (   103,     0)  ->  Abs (   820,  -227)
	202: Rel (     0,   -97)  ->  Abs (   820,  -324)
	203: Rel (  -103,     0)  ->  Abs (   717,  -324)
	204: Rel (  -205,    97)  ->  Abs (   512,  -227)
	205: Rel (   103,     0)  ->  Abs (   615,  -227)
	206: Rel (     0,   -97)  ->  Abs (   615,  -324)
	207: Rel (  -103,     0)  ->  Abs (   512,  -324)
	208: Rel (  -205,    97)  ->  Abs (   307,  -227)
	209: Rel (   103,     0)  ->  Abs (   410,  -227)
	210: Rel (     0,   -97)  ->  Abs (   410,  -324)
	211: Rel (  -103,     0)  ->  Abs (   307,  -324)
	212: Rel (  -205,    97)  ->  Abs (   102,  -227)
	213: Rel (   103,     0)  ->  Abs (   205,  -227)
	214: Rel (     0,   -97)  ->  Abs (   205,  -324)
	215: Rel (  -103,     0)  ->  Abs (   102,  -324)
	216: Rel (  -102,   -96)  ->  Abs (     0,  -420)
	217: Rel (   102,     0)  ->  Abs (   102,  -420)
	218: Rel (     0,   -97)  ->  Abs (   102,  -517)
	219: Rel (  -102,     0)  ->  Abs (     0,  -517)
	220: Rel (   205,    97)  ->  Abs (   205,  -420)
	221: Rel (   102,     0)  ->  Abs (   307,  -420)
	222: Rel (     0,   -97)  ->  Abs (   307,  -517)
	223: Rel (  -102,     0)  ->  Abs (   205,  -517)
	224: Rel (   205,    97)  ->  Abs (   410,  -420)
	225: Rel (   102,     0)  ->  Abs (   512,  -420)
	226: Rel (     0,   -97)  ->  Abs (   512,  -517)
	227: Rel (  -102,     0)  ->  Abs (   410,  -517)
	228: Rel (   205,    97)  ->  Abs (   615,  -420)
	229: Rel (   102,     0)  ->  Abs (   717,  -420)
	230: Rel (     0,   -97)  ->  Abs (   717,  -517)
	231: Rel (  -102,     0)  ->  Abs (   615,  -517)
	232: Rel (   205,    97)  ->  Abs (   820,  -420)
	233: Rel (   102,     0)  ->  Abs (   922,  -420)
	234: Rel (     0,   -97)  ->  Abs (   922,  -517)
	235: Rel (  -102,     0)  ->  Abs (   820,  -517)
	236: Rel (   205,    97)  ->  Abs (  1025,  -420)
	237: Rel (   102,     0)  ->  Abs (  1127,  -420)
	238: Rel (     0,   -97)  ->  Abs (  1127,  -517)
	239: Rel (  -102,     0)  ->  Abs (  1025,  -517)
	240: Rel ( -1025,   -98)  ->  Abs (     0,  -615)
	241: Rel (     0,  2128)  ->  Abs (     0,  1513)
	242: Rel (   102,     0)  ->  Abs (   102,  1513)
	243: Rel (     0,   -97)  ->  Abs (   102,  1416)
	244: Rel (  -102,     0)  ->  Abs (     0,  1416)
	245: Rel (   205,    97)  ->  Abs (   205,  1513)
	246: Rel (   102,     0)  ->  Abs (   307,  1513)
	247: Rel (     0,   -97)  ->  Abs (   307,  1416)
	248: Rel (  -102,     0)  ->  Abs (   205,  1416)
	249: Rel (   205,    97)  ->  Abs (   410,  1513)
	250: Rel (   102,     0)  ->  Abs (   512,  1513)
	251: Rel (     0,   -97)  ->  Abs (   512,  1416)
	252: Rel (  -102,     0)  ->  Abs (   410,  1416)
	253: Rel (   205,    97)  ->  Abs (   615,  1513)
	254: Rel (   102,     0)  ->  Abs (   717,  1513)
	255: Rel (     0,   -97)  ->  Abs (   717,  1416)
	256: Rel (  -102,     0)  ->  Abs (   615,  1416)
	257: Rel (   205,    97)  ->  Abs (   820,  1513)
	258: Rel (   102,     0)  ->  Abs (   922,  1513)
	259: Rel (     0,   -97)  ->  Abs (   922,  1416)
	260: Rel (  -102,     0)  ->  Abs (   820,  1416)
	261: Rel (   205,    97)  ->  Abs (  1025,  1513)
	262: Rel (   102,     0)  ->  Abs (  1127,  1513)
	263: Rel (     0,   -97)  ->  Abs (  1127,  1416)
	264: Rel (  -102,     0)  ->  Abs (  1025,  1416)
	265: Rel (  -923,   289)  ->  Abs (   102,  1705)
	266: Rel (   103,     0)  ->  Abs (   205,  1705)
	267: Rel (     0,   -95)  ->  Abs (   205,  1610)
	268: Rel (  -103,     0)  ->  Abs (   102,  1610)
	269: Rel (   205,    95)  ->  Abs (   307,  1705)
	270: Rel (   103,     0)  ->  Abs (   410,  1705)
	271: Rel (     0,   -95)  ->  Abs (   410,  1610)
	272: Rel (  -103,     0)  ->  Abs (   307,  1610)
	273: Rel (   205,    95)  ->  Abs (   512,  1705)
	274: Rel (   103,     0)  ->  Abs (   615,  1705)
	275: Rel (     0,   -95)  ->  Abs (   615,  1610)
	276: Rel (  -103,     0)  ->  Abs (   512,  1610)
	277: Rel (   205,    95)  ->  Abs (   717,  1705)
	278: Rel (   103,     0)  ->  Abs (   820,  1705)
	279: Rel (     0,   -95)  ->  Abs (   820,  1610)
	280: Rel (  -103,     0)  ->  Abs (   717,  1610)
	281: Rel (   205,    95)  ->  Abs (   922,  1705)
	282: Rel (   103,     0)  ->  Abs (  1025,  1705)
	283: Rel (     0,   -95)  ->  Abs (  1025,  1610)
	284: Rel (  -103,     0)  ->  Abs (   922,  1610)
	285: Rel (   205,    95)  ->  Abs (  1127,  1705)
	286: Rel (   102,     0)  ->  Abs (  1229,  1705)
	287: Rel (     0,   -95)  ->  Abs (  1229,  1610)
	288: Rel (  -102,     0)  ->  Abs (  1127,  1610)

	Glyph 373: off = 0x00014C9C, len = 2114
	  numberOfContours:	56
	  xMin:			0
	  yMin:			-615
	  xMax:			1229
	  yMax:			1705

	EndPoints
	---------
	  0:  69
	  1:  73
	  2:  77
	  3:  81
	  4:  85
	  5:  89
	  6:  93
	  7:  97
	  8:  101
	  9:  105
	 10:  109
	 11:  113
	 12:  117
	 13:  121
	 14:  125
	 15:  129
	 16:  133
	 17:  137
	 18:  141
	 19:  145
	 20:  149
	 21:  153
	 22:  157
	 23:  161
	 24:  165
	 25:  169
	 26:  173
	 27:  177
	 28:  181
	 29:  185
	 30:  189
	 31:  193
	 32:  197
	 33:  201
	 34:  205
	 35:  209
	 36:  213
	 37:  217
	 38:  221
	 39:  225
	 40:  229
	 41:  233
	 42:  237
	 43:  241
	 44:  245
	 45:  249
	 46:  253
	 47:  257
	 48:  261
	 49:  265
	 50:  269
	 51:  273
	 52:  277
	 53:  281
	 54:  285
	 55:  289

	  Length of Instructions:	1358
	00000: NPUSHB      (23):    68    65    64    61    60    57    56    53    52    49 
	                            48    66    63    62    59    58    55    54    51    50 
	                            47    46     1 
	00025: NPUSHW      (21):   270   271   274   275   278   279   282   283   286   287 
	                             2   273   272   277   276   281   280   285   284   289 
	                           288 
	00069: PUSHB[3]            251   254   255 
	00073: PUSHW[6]            258   259   262   263   266   267 
	00086: PUSHB[3]             44    45   252 
	00090: PUSHW[8]            257   256   261   260   265   264   269   268 
	00107: NPUSHB     (237):    43    42     5    89    86    85    82    81    78    77 
	                            74    73    70     6    88    87    84    83    80    79 
	                            76    75    72    71    91    94    95    98    99   102 
	                           103   106   107    40    41    92    97    96   101   100 
	                           105   104   109   108    39    38     9   129   126   125 
	                           122   121   118   117   114   113   110    10   128   127 
	                           124   123   120   119   116   115   112   111   146   145 
	                           142   141   138   137   134   130   131    36    37   147 
	                           144   143   140   139   136   135   133   132    35    34 
	                            13   169   166   165   162   157   154   159   160   153 
	                           150    14   168   167   164   163   156   155   158   161 
	                           152   151   172   175   176   179   180   183   184   187 
	                           188    32    33   173   174   177   178   181   182   185 
	                           186   189    31    30    17   209   206   205   202   201 
	                           198   197   194   193   190    18   208   207   204   203 
	                           200   199   196   195   192   191   212   215   216   219 
	                           220   223   224   227   228    28    29   213   214   217 
	                           218   221   222   225   226   229    27    26    21   249 
	                           246   245   242   241   238   237   234   233   230    22 
	                           248   247   244   243   240   239   236   235   232   231 
	                             0     3     4     7     8    11    12    15    16    19 
	                            20    23    24    67     1     2   250   253     5     6 
	                            90    93     9    10   149   148    13    14   171   170 
	                            17    18   211   210    21    22    66 
	00346: PUSHW[2]            270   273 
	00351: NPUSHB      (21):   251   252    89    88    91    92   129   128   146   147 
	                           169   168   172   173   209   208   212   213   249   248 
	                            63 
	00374: PUSHW[4]            271   272   254   257 
	00383: NPUSHB      (19):    86    87    94    97   126   127   145   144   166   167 
	                           175   174   206   207   215   214   246   247    62 
	00404: PUSHW[4]            274   277   255   256 
	00413: NPUSHB      (19):    85    84    95    96   125   124   142   143   165   164 
	                           176   177   205   204   216   217   245   244    59 
	00434: PUSHW[4]            275   276   258   261 
	00443: NPUSHB      (19):    82    83    98   101   122   123   141   140   162   163 
	                           179   178   202   203   219   218   242   243    58 
	00464: PUSHW[4]            278   281   259   260 
	00473: NPUSHB      (19):    81    80    99   100   121   120   138   139   157   156 
	                           180   181   201   200   220   221   241   240    55 
	00494: PUSHW[4]            279   280   262   265 
	00503: NPUSHB      (19):    78    79   102   105   118   119   137   136   154   155 
	                           183   182   198   199   223   222   238   239    54 
	00524: PUSHW[4]            282   285   263   264 
	00533: NPUSHB      (19):    77    76   103   104   117   116   134   135   159   158 
	                           184   185   197   196   224   225   237   236    51 
	00554: PUSHW[4]            283   284   266   269 
	00563: NPUSHB      (19):    74    75   106   109   114   115   130   133   160   161 
	                           187   186   194   195   227   226   234   235    50 
	00584: PUSHW[4]            286   289   267   268 
	00593: NPUSHB      (19):    73    72   107   108   113   112   131   132   153   152 
	                           188   189   193   192   228   229   233   232    47 
	00614: PUSHW[2]            287   288 
	00619: NPUSHB      (36):    44    43    70    71    40    39   110   111    36    35 
	                           150   151    32    31   190   191    28    27   230   231 
	                            45    42    41    38    37    34    33    30    29    26 
	                            25    69    48    67    46     0 
	00657: PUSHW[3]            287     3   288 
	00664: NPUSHB      (68):   250    45   253    42     4    70     7    71    90    41 
	                            93    38     8   110    11   111   149    37   148    34 
	                            12   150    15   151   171    33   170    30    16   190 
	                            19   191   211    29   210    26    20   230    23   231 
	                            24    25    69    24    68    22    65   248    64   247 
	                            61   244    60   243    57   240    56   239    53   236 
	                            52   235    49   232    48   231    46    25 
	00734: MDAP[rd]   
	00735: ALIGNRP    
	00736: MDAP[rd]   
	00737: ALIGNRP    
	00738: MDAP[rd]   
	00739: ALIGNRP    
	00740: MDAP[rd]   
	00741: ALIGNRP    
	00742: MDAP[rd]   
	00743: ALIGNRP    
	00744: MDAP[rd]   
	00745: ALIGNRP    
	00746: MDAP[rd]   
	00747: ALIGNRP    
	00748: MDAP[rd]   
	00749: ALIGNRP    
	00750: MDAP[rd]   
	00751: ALIGNRP    
	00752: MDAP[rd]   
	00753: ALIGNRP    
	00754: MDAP[rd]   
	00755: ALIGNRP    
	00756: MDAP[rd]   
	00757: ALIGNRP    
	00758: MDAP[rd]   
	00759: ALIGNRP    
	00760: SVTCA[y-axis] 
	00761: MDAP[rd]   
	00762: MDAP[rd]   
	00763: MDAP[rd]   
	00764: ALIGNRP    
	00765: MDAP[rd]   
	00766: ALIGNRP    
	00767: MDAP[rd]   
	00768: ALIGNRP    
	00769: MDAP[rd]   
	00770: ALIGNRP    
	00771: MDAP[rd]   
	00772: ALIGNRP    
	00773: MDAP[rd]   
	00774: ALIGNRP    
	00775: MDAP[rd]   
	00776: ALIGNRP    
	00777: MDAP[rd]   
	00778: ALIGNRP    
	00779: MDAP[rd]   
	00780: ALIGNRP    
	00781: MDAP[rd]   
	00782: ALIGNRP    
	00783: MDAP[rd]   
	00784: ALIGNRP    
	00785: MDAP[rd]   
	00786: ALIGNRP    
	00787: MDAP[rd]   
	00788: ALIGNRP    
	00789: MDAP[rd]   
	00790: ALIGNRP    
	00791: MDAP[rd]   
	00792: ALIGNRP    
	00793: MDAP[rd]   
	00794: ALIGNRP    
	00795: MDAP[rd]   
	00796: ALIGNRP    
	00797: MDAP[rd]   
	00798: ALIGNRP    
	00799: MDAP[rd]   
	00800: ALIGNRP    
	00801: MDAP[rd]   
	00802: ALIGNRP    
	00803: MDAP[rd]   
	00804: ALIGNRP    
	00805: MDAP[rd]   
	00806: ALIGNRP    
	00807: MDAP[rd]   
	00808: ALIGNRP    
	00809: MDAP[rd]   
	00810: ALIGNRP    
	00811: SPVTCA[x-axis] 
	00812: SFVTCA[x-axis] 
	00813: SRP0       
	00814: ALIGNRP    
	00815: ALIGNRP    
	00816: ALIGNRP    
	00817: ALIGNRP    
	00818: ALIGNRP    
	00819: ALIGNRP    
	00820: ALIGNRP    
	00821: ALIGNRP    
	00822: ALIGNRP    
	00823: ALIGNRP    
	00824: SRP0       
	00825: ALIGNRP    
	00826: ALIGNRP    
	00827: ALIGNRP    
	00828: ALIGNRP    
	00829: ALIGNRP    
	00830: ALIGNRP    
	00831: ALIGNRP    
	00832: ALIGNRP    
	00833: ALIGNRP    
	00834: ALIGNRP    
	00835: ALIGNRP    
	00836: ALIGNRP    
	00837: ALIGNRP    
	00838: ALIGNRP    
	00839: ALIGNRP    
	00840: ALIGNRP    
	00841: ALIGNRP    
	00842: ALIGNRP    
	00843: ALIGNRP    
	00844: ALIGNRP    
	00845: ALIGNRP    
	00846: ALIGNRP    
	00847: SRP0       
	00848: ALIGNRP    
	00849: ALIGNRP    
	00850: ALIGNRP    
	00851: ALIGNRP    
	00852: ALIGNRP    
	00853: ALIGNRP    
	00854: ALIGNRP    
	00855: ALIGNRP    
	00856: ALIGNRP    
	00857: ALIGNRP    
	00858: ALIGNRP    
	00859: ALIGNRP    
	00860: ALIGNRP    
	00861: ALIGNRP    
	00862: ALIGNRP    
	00863: ALIGNRP    
	00864: ALIGNRP    
	00865: ALIGNRP    
	00866: ALIGNRP    
	00867: ALIGNRP    
	00868: ALIGNRP    
	00869: ALIGNRP    
	00870: SRP0       
	00871: ALIGNRP    
	00872: ALIGNRP    
	00873: ALIGNRP    
	00874: ALIGNRP    
	00875: ALIGNRP    
	00876: ALIGNRP    
	00877: ALIGNRP    
	00878: ALIGNRP    
	00879: ALIGNRP    
	00880: ALIGNRP    
	00881: ALIGNRP    
	00882: ALIGNRP    
	00883: ALIGNRP    
	00884: ALIGNRP    
	00885: ALIGNRP    
	00886: ALIGNRP    
	00887: ALIGNRP    
	00888: ALIGNRP    
	00889: ALIGNRP    
	00890: ALIGNRP    
	00891: ALIGNRP    
	00892: ALIGNRP    
	00893: SRP0       
	00894: ALIGNRP    
	00895: ALIGNRP    
	00896: ALIGNRP    
	00897: ALIGNRP    
	00898: ALIGNRP    
	00899: ALIGNRP    
	00900: ALIGNRP    
	00901: ALIGNRP    
	00902: ALIGNRP    
	00903: ALIGNRP    
	00904: ALIGNRP    
	00905: ALIGNRP    
	00906: ALIGNRP    
	00907: ALIGNRP    
	00908: ALIGNRP    
	00909: ALIGNRP    
	00910: ALIGNRP    
	00911: ALIGNRP    
	00912: ALIGNRP    
	00913: ALIGNRP    
	00914: ALIGNRP    
	00915: ALIGNRP    
	00916: SRP0       
	00917: ALIGNRP    
	00918: ALIGNRP    
	00919: ALIGNRP    
	00920: ALIGNRP    
	00921: ALIGNRP    
	00922: ALIGNRP    
	00923: ALIGNRP    
	00924: ALIGNRP    
	00925: ALIGNRP    
	00926: ALIGNRP    
	00927: ALIGNRP    
	00928: ALIGNRP    
	00929: ALIGNRP    
	00930: ALIGNRP    
	00931: ALIGNRP    
	00932: ALIGNRP    
	00933: ALIGNRP    
	00934: ALIGNRP    
	00935: ALIGNRP    
	00936: ALIGNRP    
	00937: ALIGNRP    
	00938: ALIGNRP    
	00939: SRP0       
	00940: ALIGNRP    
	00941: ALIGNRP    
	00942: ALIGNRP    
	00943: ALIGNRP    
	00944: ALIGNRP    
	00945: ALIGNRP    
	00946: ALIGNRP    
	00947: ALIGNRP    
	00948: ALIGNRP    
	00949: ALIGNRP    
	00950: ALIGNRP    
	00951: ALIGNRP    
	00952: ALIGNRP    
	00953: ALIGNRP    
	00954: ALIGNRP    
	00955: ALIGNRP    
	00956: ALIGNRP    
	00957: ALIGNRP    
	00958: ALIGNRP    
	00959: ALIGNRP    
	00960: ALIGNRP    
	00961: ALIGNRP    
	00962: SRP0       
	00963: ALIGNRP    
	00964: ALIGNRP    
	00965: ALIGNRP    
	00966: ALIGNRP    
	00967: ALIGNRP    
	00968: ALIGNRP    
	00969: ALIGNRP    
	00970: ALIGNRP    
	00971: ALIGNRP    
	00972: ALIGNRP    
	00973: ALIGNRP    
	00974: ALIGNRP    
	00975: ALIGNRP    
	00976: ALIGNRP    
	00977: ALIGNRP    
	00978: ALIGNRP    
	00979: ALIGNRP    
	00980: ALIGNRP    
	00981: ALIGNRP    
	00982: ALIGNRP    
	00983: ALIGNRP    
	00984: ALIGNRP    
	00985: SRP0       
	00986: ALIGNRP    
	00987: ALIGNRP    
	00988: ALIGNRP    
	00989: ALIGNRP    
	00990: ALIGNRP    
	00991: ALIGNRP    
	00992: ALIGNRP    
	00993: ALIGNRP    
	00994: ALIGNRP    
	00995: ALIGNRP    
	00996: ALIGNRP    
	00997: ALIGNRP    
	00998: ALIGNRP    
	00999: ALIGNRP    
	01000: ALIGNRP    
	01001: ALIGNRP    
	01002: ALIGNRP    
	01003: ALIGNRP    
	01004: ALIGNRP    
	01005: ALIGNRP    
	01006: ALIGNRP    
	01007: ALIGNRP    
	01008: SRP0       
	01009: ALIGNRP    
	01010: ALIGNRP    
	01011: ALIGNRP    
	01012: ALIGNRP    
	01013: ALIGNRP    
	01014: ALIGNRP    
	01015: ALIGNRP    
	01016: ALIGNRP    
	01017: ALIGNRP    
	01018: ALIGNRP    
	01019: ALIGNRP    
	01020: ALIGNRP    
	01021: ALIGNRP    
	01022: ALIGNRP    
	01023: ALIGNRP    
	01024: ALIGNRP    
	01025: ALIGNRP    
	01026: ALIGNRP    
	01027: ALIGNRP    
	01028: ALIGNRP    
	01029: ALIGNRP    
	01030: ALIGNRP    
	01031: SRP0       
	01032: ALIGNRP    
	01033: ALIGNRP    
	01034: ALIGNRP    
	01035: ALIGNRP    
	01036: ALIGNRP    
	01037: ALIGNRP    
	01038: ALIGNRP    
	01039: ALIGNRP    
	01040: ALIGNRP    
	01041: ALIGNRP    
	01042: ALIGNRP    
	01043: ALIGNRP    
	01044: ALIGNRP    
	01045: ALIGNRP    
	01046: ALIGNRP    
	01047: ALIGNRP    
	01048: ALIGNRP    
	01049: ALIGNRP    
	01050: ALIGNRP    
	01051: ALIGNRP    
	01052: ALIGNRP    
	01053: ALIGNRP    
	01054: SRP0       
	01055: ALIGNRP    
	01056: ALIGNRP    
	01057: ALIGNRP    
	01058: ALIGNRP    
	01059: ALIGNRP    
	01060: ALIGNRP    
	01061: ALIGNRP    
	01062: ALIGNRP    
	01063: ALIGNRP    
	01064: ALIGNRP    
	01065: ALIGNRP    
	01066: ALIGNRP    
	01067: ALIGNRP    
	01068: ALIGNRP    
	01069: ALIGNRP    
	01070: ALIGNRP    
	01071: ALIGNRP    
	01072: ALIGNRP    
	01073: ALIGNRP    
	01074: ALIGNRP    
	01075: ALIGNRP    
	01076: ALIGNRP    
	01077: SRP0       
	01078: ALIGNRP    
	01079: ALIGNRP    
	01080: ALIGNRP    
	01081: ALIGNRP    
	01082: ALIGNRP    
	01083: ALIGNRP    
	01084: ALIGNRP    
	01085: ALIGNRP    
	01086: ALIGNRP    
	01087: ALIGNRP    
	01088: ALIGNRP    
	01089: ALIGNRP    
	01090: SPVTCA[y-axis] 
	01091: SFVTCA[y-axis] 
	01092: SRP0       
	01093: ALIGNRP    
	01094: ALIGNRP    
	01095: ALIGNRP    
	01096: ALIGNRP    
	01097: ALIGNRP    
	01098: ALIGNRP    
	01099: ALIGNRP    
	01100: ALIGNRP    
	01101: ALIGNRP    
	01102: ALIGNRP    
	01103: SRP0       
	01104: ALIGNRP    
	01105: ALIGNRP    
	01106: ALIGNRP    
	01107: ALIGNRP    
	01108: ALIGNRP    
	01109: ALIGNRP    
	01110: ALIGNRP    
	01111: ALIGNRP    
	01112: ALIGNRP    
	01113: ALIGNRP    
	01114: SRP0       
	01115: ALIGNRP    
	01116: ALIGNRP    
	01117: ALIGNRP    
	01118: ALIGNRP    
	01119: ALIGNRP    
	01120: ALIGNRP    
	01121: ALIGNRP    
	01122: ALIGNRP    
	01123: ALIGNRP    
	01124: ALIGNRP    
	01125: SRP0       
	01126: ALIGNRP    
	01127: ALIGNRP    
	01128: ALIGNRP    
	01129: ALIGNRP    
	01130: ALIGNRP    
	01131: ALIGNRP    
	01132: ALIGNRP    
	01133: ALIGNRP    
	01134: ALIGNRP    
	01135: ALIGNRP    
	01136: SRP0       
	01137: ALIGNRP    
	01138: ALIGNRP    
	01139: ALIGNRP    
	01140: ALIGNRP    
	01141: ALIGNRP    
	01142: ALIGNRP    
	01143: ALIGNRP    
	01144: ALIGNRP    
	01145: ALIGNRP    
	01146: ALIGNRP    
	01147: SRP0       
	01148: ALIGNRP    
	01149: ALIGNRP    
	01150: ALIGNRP    
	01151: ALIGNRP    
	01152: ALIGNRP    
	01153: ALIGNRP    
	01154: ALIGNRP    
	01155: ALIGNRP    
	01156: ALIGNRP    
	01157: ALIGNRP    
	01158: SRP0       
	01159: ALIGNRP    
	01160: ALIGNRP    
	01161: ALIGNRP    
	01162: ALIGNRP    
	01163: ALIGNRP    
	01164: ALIGNRP    
	01165: ALIGNRP    
	01166: ALIGNRP    
	01167: ALIGNRP    
	01168: ALIGNRP    
	01169: SRP0       
	01170: ALIGNRP    
	01171: ALIGNRP    
	01172: ALIGNRP    
	01173: ALIGNRP    
	01174: ALIGNRP    
	01175: ALIGNRP    
	01176: ALIGNRP    
	01177: ALIGNRP    
	01178: ALIGNRP    
	01179: ALIGNRP    
	01180: SRP0       
	01181: ALIGNRP    
	01182: ALIGNRP    
	01183: ALIGNRP    
	01184: ALIGNRP    
	01185: ALIGNRP    
	01186: ALIGNRP    
	01187: ALIGNRP    
	01188: ALIGNRP    
	01189: ALIGNRP    
	01190: ALIGNRP    
	01191: SRP0       
	01192: ALIGNRP    
	01193: ALIGNRP    
	01194: ALIGNRP    
	01195: ALIGNRP    
	01196: ALIGNRP    
	01197: ALIGNRP    
	01198: ALIGNRP    
	01199: ALIGNRP    
	01200: ALIGNRP    
	01201: ALIGNRP    
	01202: SRP0       
	01203: ALIGNRP    
	01204: ALIGNRP    
	01205: ALIGNRP    
	01206: ALIGNRP    
	01207: ALIGNRP    
	01208: ALIGNRP    
	01209: ALIGNRP    
	01210: ALIGNRP    
	01211: ALIGNRP    
	01212: ALIGNRP    
	01213: SRP0       
	01214: ALIGNRP    
	01215: ALIGNRP    
	01216: ALIGNRP    
	01217: ALIGNRP    
	01218: ALIGNRP    
	01219: ALIGNRP    
	01220: ALIGNRP    
	01221: ALIGNRP    
	01222: ALIGNRP    
	01223: ALIGNRP    
	01224: SRP0       
	01225: ALIGNRP    
	01226: ALIGNRP    
	01227: ALIGNRP    
	01228: ALIGNRP    
	01229: ALIGNRP    
	01230: ALIGNRP    
	01231: ALIGNRP    
	01232: ALIGNRP    
	01233: ALIGNRP    
	01234: ALIGNRP    
	01235: SRP0       
	01236: ALIGNRP    
	01237: ALIGNRP    
	01238: ALIGNRP    
	01239: ALIGNRP    
	01240: ALIGNRP    
	01241: ALIGNRP    
	01242: ALIGNRP    
	01243: ALIGNRP    
	01244: ALIGNRP    
	01245: ALIGNRP    
	01246: SRP0       
	01247: ALIGNRP    
	01248: ALIGNRP    
	01249: ALIGNRP    
	01250: ALIGNRP    
	01251: ALIGNRP    
	01252: ALIGNRP    
	01253: ALIGNRP    
	01254: ALIGNRP    
	01255: ALIGNRP    
	01256: ALIGNRP    
	01257: SRP0       
	01258: ALIGNRP    
	01259: ALIGNRP    
	01260: ALIGNRP    
	01261: ALIGNRP    
	01262: ALIGNRP    
	01263: ALIGNRP    
	01264: ALIGNRP    
	01265: ALIGNRP    
	01266: ALIGNRP    
	01267: ALIGNRP    
	01268: SRP0       
	01269: ALIGNRP    
	01270: ALIGNRP    
	01271: ALIGNRP    
	01272: ALIGNRP    
	01273: ALIGNRP    
	01274: ALIGNRP    
	01275: ALIGNRP    
	01276: ALIGNRP    
	01277: ALIGNRP    
	01278: ALIGNRP    
	01279: SRP0       
	01280: ALIGNRP    
	01281: ALIGNRP    
	01282: ALIGNRP    
	01283: ALIGNRP    
	01284: ALIGNRP    
	01285: ALIGNRP    
	01286: ALIGNRP    
	01287: ALIGNRP    
	01288: ALIGNRP    
	01289: ALIGNRP    
	01290: SRP0       
	01291: ALIGNRP    
	01292: ALIGNRP    
	01293: ALIGNRP    
	01294: ALIGNRP    
	01295: ALIGNRP    
	01296: ALIGNRP    
	01297: ALIGNRP    
	01298: ALIGNRP    
	01299: ALIGNRP    
	01300: ALIGNRP    
	01301: SRP0       
	01302: ALIGNRP    
	01303: ALIGNRP    
	01304: ALIGNRP    
	01305: ALIGNRP    
	01306: ALIGNRP    
	01307: ALIGNRP    
	01308: ALIGNRP    
	01309: ALIGNRP    
	01310: ALIGNRP    
	01311: ALIGNRP    
	01312: SRP0       
	01313: ALIGNRP    
	01314: ALIGNRP    
	01315: ALIGNRP    
	01316: ALIGNRP    
	01317: ALIGNRP    
	01318: ALIGNRP    
	01319: ALIGNRP    
	01320: ALIGNRP    
	01321: ALIGNRP    
	01322: ALIGNRP    
	01323: SRP0       
	01324: ALIGNRP    
	01325: ALIGNRP    
	01326: ALIGNRP    
	01327: ALIGNRP    
	01328: ALIGNRP    
	01329: ALIGNRP    
	01330: ALIGNRP    
	01331: ALIGNRP    
	01332: ALIGNRP    
	01333: ALIGNRP    
	01334: SRP0       
	01335: ALIGNRP    
	01336: ALIGNRP    
	01337: ALIGNRP    
	01338: ALIGNRP    
	01339: ALIGNRP    
	01340: ALIGNRP    
	01341: ALIGNRP    
	01342: ALIGNRP    
	01343: ALIGNRP    
	01344: ALIGNRP    
	01345: SRP0       
	01346: ALIGNRP    
	01347: ALIGNRP    
	01348: ALIGNRP    
	01349: ALIGNRP    
	01350: ALIGNRP    
	01351: ALIGNRP    
	01352: ALIGNRP    
	01353: ALIGNRP    
	01354: ALIGNRP    
	01355: ALIGNRP    
	01356: IUP[y]     
	01357: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:        XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:        XDual         Y-Short         On
	 15:  YDual XDual                 X-Short On
	 16:        XDual                         On
	 17:  YDual                       X-Short On
	 18:        XDual         Y-Short         On
	 19:  YDual XDual                 X-Short On
	 20:        XDual                         On
	 21:  YDual                       X-Short On
	 22:        XDual         Y-Short         On
	 23:  YDual XDual                 X-Short On
	 24:        XDual         Y-Short         On
	 25:  YDual                               On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual         Y-Short         On
	 29:  YDual                       X-Short On
	 30:        XDual                         On
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual         Y-Short         On
	 33:  YDual                       X-Short On
	 34:        XDual                         On
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual         Y-Short         On
	 37:  YDual                       X-Short On
	 38:        XDual                         On
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual         Y-Short         On
	 41:  YDual                       X-Short On
	 42:        XDual                         On
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual         Y-Short         On
	 45:  YDual                       X-Short On
	 46:        XDual                         On
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual                 X-Short On
	 50:        XDual         Y-Short         On
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual                 X-Short On
	 54:        XDual         Y-Short         On
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual         Y-Short         On
	 57:  YDual XDual                 X-Short On
	 58:        XDual         Y-Short         On
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual                 X-Short On
	 62:        XDual         Y-Short         On
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual         Y-Short         On
	 65:  YDual XDual                 X-Short On
	 66:        XDual         Y-Short         On
	 67:  YDual XDual                 X-Short On
	 68:  YDual XDual         Y-Short         On
	 69:  YDual XDual                 X-Short On
	 70:                                      On
	 71:        XDual         Y-Short         On
	 72:  YDual XDual                 X-Short On
	 73:  YDual XDual         Y-Short         On
	 74:  YDual XDual                 X-Short On
	 75:        XDual         Y-Short         On
	 76:  YDual XDual                 X-Short On
	 77:  YDual XDual         Y-Short         On
	 78:  YDual XDual                 X-Short On
	 79:        XDual         Y-Short         On
	 80:  YDual XDual                 X-Short On
	 81:  YDual XDual         Y-Short         On
	 82:  YDual XDual                 X-Short On
	 83:        XDual         Y-Short         On
	 84:  YDual XDual                 X-Short On
	 85:  YDual XDual         Y-Short         On
	 86:  YDual XDual                 X-Short On
	 87:        XDual         Y-Short         On
	 88:  YDual XDual                 X-Short On
	 89:  YDual XDual         Y-Short         On
	 90:        XDual         Y-Short X-Short On
	 91:  YDual                       X-Short On
	 92:        XDual         Y-Short         On
	 93:  YDual XDual                 X-Short On
	 94:  YDual               Y-Short X-Short On
	 95:  YDual                       X-Short On
	 96:        XDual         Y-Short         On
	 97:  YDual XDual                 X-Short On
	 98:  YDual               Y-Short X-Short On
	 99:  YDual                       X-Short On
	100:        XDual         Y-Short         On
	101:  YDual XDual                 X-Short On
	102:  YDual               Y-Short X-Short On
	103:  YDual                       X-Short On
	104:        XDual         Y-Short         On
	105:  YDual XDual                 X-Short On
	106:  YDual               Y-Short X-Short On
	107:  YDual                       X-Short On
	108:        XDual         Y-Short         On
	109:  YDual XDual                 X-Short On
	110:                      Y-Short X-Short On
	111:        XDual         Y-Short         On
	112:  YDual XDual                 X-Short On
	113:  YDual XDual         Y-Short         On
	114:  YDual XDual                 X-Short On
	115:        XDual         Y-Short         On
	116:  YDual XDual                 X-Short On
	117:  YDual XDual         Y-Short         On
	118:  YDual XDual                 X-Short On
	119:        XDual         Y-Short         On
	120:  YDual XDual                 X-Short On
	121:  YDual XDual         Y-Short         On
	122:  YDual XDual                 X-Short On
	123:        XDual         Y-Short         On
	124:  YDual XDual                 X-Short On
	125:  YDual XDual         Y-Short         On
	126:  YDual XDual                 X-Short On
	127:        XDual         Y-Short         On
	128:  YDual XDual                 X-Short On
	129:  YDual XDual         Y-Short         On
	130:                      Y-Short         On
	131:  YDual                       X-Short On
	132:        XDual         Y-Short         On
	133:  YDual XDual                 X-Short On
	134:  YDual XDual         Y-Short X-Short On
	135:        XDual         Y-Short         On
	136:  YDual XDual                 X-Short On
	137:  YDual XDual         Y-Short         On
	138:  YDual XDual                 X-Short On
	139:        XDual         Y-Short         On
	140:  YDual XDual                 X-Short On
	141:  YDual XDual         Y-Short         On
	142:  YDual XDual                 X-Short On
	143:        XDual         Y-Short         On
	144:  YDual XDual                 X-Short On
	145:  YDual XDual         Y-Short         On
	146:  YDual XDual                 X-Short On
	147:        XDual         Y-Short         On
	148:  YDual XDual                 X-Short On
	149:  YDual XDual         Y-Short         On
	150:                      Y-Short         On
	151:        XDual         Y-Short         On
	152:  YDual XDual                 X-Short On
	153:  YDual XDual         Y-Short         On
	154:  YDual                               On
	155:        XDual         Y-Short         On
	156:  YDual XDual                 X-Short On
	157:  YDual XDual         Y-Short         On
	158:                      Y-Short X-Short On
	159:  YDual XDual         Y-Short         On
	160:  YDual                       X-Short On
	161:        XDual         Y-Short         On
	162:  YDual               Y-Short         On
	163:        XDual         Y-Short         On
	164:  YDual XDual                 X-Short On
	165:  YDual XDual         Y-Short         On
	166:  YDual XDual                 X-Short On
	167:        XDual         Y-Short         On
	168:  YDual XDual                 X-Short On
	169:  YDual XDual         Y-Short         On
	170:        XDual                 X-Short On
	171:  YDual XDual         Y-Short         On
	172:  YDual                       X-Short On
	173:        XDual         Y-Short         On
	174:  YDual                       X-Short On
	175:  YDual XDual         Y-Short         On
	176:  YDual                       X-Short On
	177:        XDual         Y-Short         On
	178:  YDual                       X-Short On
	179:  YDual XDual         Y-Short         On
	180:  YDual                       X-Short On
	181:        XDual         Y-Short         On
	182:  YDual                       X-Short On
	183:  YDual XDual         Y-Short         On
	184:  YDual                       X-Short On
	185:        XDual         Y-Short         On
	186:  YDual                       X-Short On
	187:  YDual XDual         Y-Short         On
	188:  YDual                       X-Short On
	189:        XDual         Y-Short         On
	190:                      Y-Short X-Short On
	191:        XDual         Y-Short         On
	192:  YDual XDual                 X-Short On
	193:  YDual XDual         Y-Short         On
	194:  YDual XDual                 X-Short On
	195:        XDual         Y-Short         On
	196:  YDual XDual                 X-Short On
	197:  YDual XDual         Y-Short         On
	198:  YDual XDual                 X-Short On
	199:        XDual         Y-Short         On
	200:  YDual XDual                 X-Short On
	201:  YDual XDual         Y-Short         On
	202:  YDual XDual                 X-Short On
	203:        XDual         Y-Short         On
	204:  YDual XDual                 X-Short On
	205:  YDual XDual         Y-Short         On
	206:  YDual XDual                 X-Short On
	207:        XDual         Y-Short         On
	208:  YDual XDual                 X-Short On
	209:  YDual XDual         Y-Short         On
	210:        XDual                 X-Short On
	211:  YDual XDual         Y-Short         On
	212:  YDual                       X-Short On
	213:        XDual         Y-Short         On
	214:  YDual                       X-Short On
	215:  YDual XDual         Y-Short         On
	216:  YDual                       X-Short On
	217:        XDual         Y-Short         On
	218:  YDual                       X-Short On
	219:  YDual XDual         Y-Short         On
	220:  YDual                       X-Short On
	221:        XDual         Y-Short         On
	222:  YDual                       X-Short On
	223:  YDual XDual         Y-Short         On
	224:  YDual                       X-Short On
	225:        XDual         Y-Short         On
	226:  YDual                       X-Short On
	227:  YDual XDual         Y-Short         On
	228:  YDual                       X-Short On
	229:        XDual         Y-Short         On
	230:                      Y-Short X-Short On
	231:        XDual         Y-Short         On
	232:  YDual XDual                 X-Short On
	233:  YDual XDual         Y-Short         On
	234:  YDual XDual                 X-Short On
	235:        XDual         Y-Short         On
	236:  YDual XDual                 X-Short On
	237:  YDual XDual         Y-Short         On
	238:  YDual XDual                 X-Short On
	239:        XDual         Y-Short         On
	240:  YDual XDual                 X-Short On
	241:  YDual XDual         Y-Short         On
	242:  YDual XDual                 X-Short On
	243:        XDual         Y-Short         On
	244:  YDual XDual                 X-Short On
	245:  YDual XDual         Y-Short         On
	246:  YDual XDual                 X-Short On
	247:        XDual         Y-Short         On
	248:  YDual XDual                 X-Short On
	249:  YDual XDual         Y-Short         On
	250:        XDual                 X-Short On
	251:  YDual                       X-Short On
	252:        XDual         Y-Short         On
	253:  YDual XDual                 X-Short On
	254:  YDual               Y-Short X-Short On
	255:  YDual                       X-Short On
	256:        XDual         Y-Short         On
	257:  YDual XDual                 X-Short On
	258:  YDual               Y-Short X-Short On
	259:  YDual                       X-Short On
	260:        XDual         Y-Short         On
	261:  YDual XDual                 X-Short On
	262:  YDual               Y-Short X-Short On
	263:  YDual                       X-Short On
	264:        XDual         Y-Short         On
	265:  YDual XDual                 X-Short On
	266:  YDual               Y-Short X-Short On
	267:  YDual                       X-Short On
	268:        XDual         Y-Short         On
	269:  YDual XDual                 X-Short On
	270:                                      On
	271:  YDual                       X-Short On
	272:        XDual         Y-Short         On
	273:  YDual XDual                 X-Short On
	274:  YDual               Y-Short X-Short On
	275:  YDual                       X-Short On
	276:        XDual         Y-Short         On
	277:  YDual XDual                 X-Short On
	278:  YDual               Y-Short X-Short On
	279:  YDual                       X-Short On
	280:        XDual         Y-Short         On
	281:  YDual XDual                 X-Short On
	282:  YDual               Y-Short X-Short On
	283:  YDual                       X-Short On
	284:        XDual         Y-Short         On
	285:  YDual XDual                 X-Short On
	286:  YDual               Y-Short X-Short On
	287:  YDual                       X-Short On
	288:        XDual         Y-Short         On
	289:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,  1513)  ->  Abs (  1229,  1513)
	  1: Rel (  -102,     0)  ->  Abs (  1127,  1513)
	  2: Rel (     0,   -97)  ->  Abs (  1127,  1416)
	  3: Rel (   102,     0)  ->  Abs (  1229,  1416)
	  4: Rel (     0,  -290)  ->  Abs (  1229,  1126)
	  5: Rel (  -102,     0)  ->  Abs (  1127,  1126)
	  6: Rel (     0,   -96)  ->  Abs (  1127,  1030)
	  7: Rel (   102,     0)  ->  Abs (  1229,  1030)
	  8: Rel (     0,  -290)  ->  Abs (  1229,   740)
	  9: Rel (  -102,     0)  ->  Abs (  1127,   740)
	 10: Rel (     0,   -97)  ->  Abs (  1127,   643)
	 11: Rel (   102,     0)  ->  Abs (  1229,   643)
	 12: Rel (     0,  -290)  ->  Abs (  1229,   353)
	 13: Rel (  -102,     0)  ->  Abs (  1127,   353)
	 14: Rel (     0,   -97)  ->  Abs (  1127,   256)
	 15: Rel (   102,     0)  ->  Abs (  1229,   256)
	 16: Rel (     0,  -290)  ->  Abs (  1229,   -34)
	 17: Rel (  -102,     0)  ->  Abs (  1127,   -34)
	 18: Rel (     0,   -96)  ->  Abs (  1127,  -130)
	 19: Rel (   102,     0)  ->  Abs (  1229,  -130)
	 20: Rel (     0,  -290)  ->  Abs (  1229,  -420)
	 21: Rel (  -102,     0)  ->  Abs (  1127,  -420)
	 22: Rel (     0,   -97)  ->  Abs (  1127,  -517)
	 23: Rel (   102,     0)  ->  Abs (  1229,  -517)
	 24: Rel (     0,   -98)  ->  Abs (  1229,  -615)
	 25: Rel ( -1229,     0)  ->  Abs (     0,  -615)
	 26: Rel (     0,   291)  ->  Abs (     0,  -324)
	 27: Rel (   102,     0)  ->  Abs (   102,  -324)
	 28: Rel (     0,    97)  ->  Abs (   102,  -227)
	 29: Rel (  -102,     0)  ->  Abs (     0,  -227)
	 30: Rel (     0,   290)  ->  Abs (     0,    63)
	 31: Rel (   102,     0)  ->  Abs (   102,    63)
	 32: Rel (     0,    97)  ->  Abs (   102,   160)
	 33: Rel (  -102,     0)  ->  Abs (     0,   160)
	 34: Rel (     0,   290)  ->  Abs (     0,   450)
	 35: Rel (   102,     0)  ->  Abs (   102,   450)
	 36: Rel (     0,    96)  ->  Abs (   102,   546)
	 37: Rel (  -102,     0)  ->  Abs (     0,   546)
	 38: Rel (     0,   290)  ->  Abs (     0,   836)
	 39: Rel (   102,     0)  ->  Abs (   102,   836)
	 40: Rel (     0,    97)  ->  Abs (   102,   933)
	 41: Rel (  -102,     0)  ->  Abs (     0,   933)
	 42: Rel (     0,   290)  ->  Abs (     0,  1223)
	 43: Rel (   102,     0)  ->  Abs (   102,  1223)
	 44: Rel (     0,    97)  ->  Abs (   102,  1320)
	 45: Rel (  -102,     0)  ->  Abs (     0,  1320)
	 46: Rel (     0,   290)  ->  Abs (     0,  1610)
	 47: Rel (   102,     0)  ->  Abs (   102,  1610)
	 48: Rel (     0,    95)  ->  Abs (   102,  1705)
	 49: Rel (   103,     0)  ->  Abs (   205,  1705)
	 50: Rel (     0,   -95)  ->  Abs (   205,  1610)
	 51: Rel (   102,     0)  ->  Abs (   307,  1610)
	 52: Rel (     0,    95)  ->  Abs (   307,  1705)
	 53: Rel (   103,     0)  ->  Abs (   410,  1705)
	 54: Rel (     0,   -95)  ->  Abs (   410,  1610)
	 55: Rel (   102,     0)  ->  Abs (   512,  1610)
	 56: Rel (     0,    95)  ->  Abs (   512,  1705)
	 57: Rel (   103,     0)  ->  Abs (   615,  1705)
	 58: Rel (     0,   -95)  ->  Abs (   615,  1610)
	 59: Rel (   102,     0)  ->  Abs (   717,  1610)
	 60: Rel (     0,    95)  ->  Abs (   717,  1705)
	 61: Rel (   103,     0)  ->  Abs (   820,  1705)
	 62: Rel (     0,   -95)  ->  Abs (   820,  1610)
	 63: Rel (   102,     0)  ->  Abs (   922,  1610)
	 64: Rel (     0,    95)  ->  Abs (   922,  1705)
	 65: Rel (   103,     0)  ->  Abs (  1025,  1705)
	 66: Rel (     0,   -95)  ->  Abs (  1025,  1610)
	 67: Rel (   102,     0)  ->  Abs (  1127,  1610)
	 68: Rel (     0,    95)  ->  Abs (  1127,  1705)
	 69: Rel (   102,     0)  ->  Abs (  1229,  1705)
	 70: Rel ( -1127,  -579)  ->  Abs (   102,  1126)
	 71: Rel (     0,   -96)  ->  Abs (   102,  1030)
	 72: Rel (   103,     0)  ->  Abs (   205,  1030)
	 73: Rel (     0,    96)  ->  Abs (   205,  1126)
	 74: Rel (   102,     0)  ->  Abs (   307,  1126)
	 75: Rel (     0,   -96)  ->  Abs (   307,  1030)
	 76: Rel (   103,     0)  ->  Abs (   410,  1030)
	 77: Rel (     0,    96)  ->  Abs (   410,  1126)
	 78: Rel (   102,     0)  ->  Abs (   512,  1126)
	 79: Rel (     0,   -96)  ->  Abs (   512,  1030)
	 80: Rel (   103,     0)  ->  Abs (   615,  1030)
	 81: Rel (     0,    96)  ->  Abs (   615,  1126)
	 82: Rel (   102,     0)  ->  Abs (   717,  1126)
	 83: Rel (     0,   -96)  ->  Abs (   717,  1030)
	 84: Rel (   103,     0)  ->  Abs (   820,  1030)
	 85: Rel (     0,    96)  ->  Abs (   820,  1126)
	 86: Rel (   102,     0)  ->  Abs (   922,  1126)
	 87: Rel (     0,   -96)  ->  Abs (   922,  1030)
	 88: Rel (   103,     0)  ->  Abs (  1025,  1030)
	 89: Rel (     0,    96)  ->  Abs (  1025,  1126)
	 90: Rel (   102,  -193)  ->  Abs (  1127,   933)
	 91: Rel (  -102,     0)  ->  Abs (  1025,   933)
	 92: Rel (     0,   -97)  ->  Abs (  1025,   836)
	 93: Rel (   102,     0)  ->  Abs (  1127,   836)
	 94: Rel (  -205,    97)  ->  Abs (   922,   933)
	 95: Rel (  -102,     0)  ->  Abs (   820,   933)
	 96: Rel (     0,   -97)  ->  Abs (   820,   836)
	 97: Rel (   102,     0)  ->  Abs (   922,   836)
	 98: Rel (  -205,    97)  ->  Abs (   717,   933)
	 99: Rel (  -102,     0)  ->  Abs (   615,   933)
	100: Rel (     0,   -97)  ->  Abs (   615,   836)
	101: Rel (   102,     0)  ->  Abs (   717,   836)
	102: Rel (  -205,    97)  ->  Abs (   512,   933)
	103: Rel (  -102,     0)  ->  Abs (   410,   933)
	104: Rel (     0,   -97)  ->  Abs (   410,   836)
	105: Rel (   102,     0)  ->  Abs (   512,   836)
	106: Rel (  -205,    97)  ->  Abs (   307,   933)
	107: Rel (  -102,     0)  ->  Abs (   205,   933)
	108: Rel (     0,   -97)  ->  Abs (   205,   836)
	109: Rel (   102,     0)  ->  Abs (   307,   836)
	110: Rel (  -205,   -96)  ->  Abs (   102,   740)
	111: Rel (     0,   -97)  ->  Abs (   102,   643)
	112: Rel (   103,     0)  ->  Abs (   205,   643)
	113: Rel (     0,    97)  ->  Abs (   205,   740)
	114: Rel (   102,     0)  ->  Abs (   307,   740)
	115: Rel (     0,   -97)  ->  Abs (   307,   643)
	116: Rel (   103,     0)  ->  Abs (   410,   643)
	117: Rel (     0,    97)  ->  Abs (   410,   740)
	118: Rel (   102,     0)  ->  Abs (   512,   740)
	119: Rel (     0,   -97)  ->  Abs (   512,   643)
	120: Rel (   103,     0)  ->  Abs (   615,   643)
	121: Rel (     0,    97)  ->  Abs (   615,   740)
	122: Rel (   102,     0)  ->  Abs (   717,   740)
	123: Rel (     0,   -97)  ->  Abs (   717,   643)
	124: Rel (   103,     0)  ->  Abs (   820,   643)
	125: Rel (     0,    97)  ->  Abs (   820,   740)
	126: Rel (   102,     0)  ->  Abs (   922,   740)
	127: Rel (     0,   -97)  ->  Abs (   922,   643)
	128: Rel (   103,     0)  ->  Abs (  1025,   643)
	129: Rel (     0,    97)  ->  Abs (  1025,   740)
	130: Rel (  -718,  -194)  ->  Abs (   307,   546)
	131: Rel (  -102,     0)  ->  Abs (   205,   546)
	132: Rel (     0,   -96)  ->  Abs (   205,   450)
	133: Rel (   102,     0)  ->  Abs (   307,   450)
	134: Rel (   103,    96)  ->  Abs (   410,   546)
	135: Rel (     0,   -96)  ->  Abs (   410,   450)
	136: Rel (   102,     0)  ->  Abs (   512,   450)
	137: Rel (     0,    96)  ->  Abs (   512,   546)
	138: Rel (   103,     0)  ->  Abs (   615,   546)
	139: Rel (     0,   -96)  ->  Abs (   615,   450)
	140: Rel (   102,     0)  ->  Abs (   717,   450)
	141: Rel (     0,    96)  ->  Abs (   717,   546)
	142: Rel (   103,     0)  ->  Abs (   820,   546)
	143: Rel (     0,   -96)  ->  Abs (   820,   450)
	144: Rel (   102,     0)  ->  Abs (   922,   450)
	145: Rel (     0,    96)  ->  Abs (   922,   546)
	146: Rel (   103,     0)  ->  Abs (  1025,   546)
	147: Rel (     0,   -96)  ->  Abs (  1025,   450)
	148: Rel (   102,     0)  ->  Abs (  1127,   450)
	149: Rel (     0,    96)  ->  Abs (  1127,   546)
	150: Rel ( -1025,  -193)  ->  Abs (   102,   353)
	151: Rel (     0,   -97)  ->  Abs (   102,   256)
	152: Rel (   103,     0)  ->  Abs (   205,   256)
	153: Rel (     0,    97)  ->  Abs (   205,   353)
	154: Rel (   307,     0)  ->  Abs (   512,   353)
	155: Rel (     0,   -97)  ->  Abs (   512,   256)
	156: Rel (   103,     0)  ->  Abs (   615,   256)
	157: Rel (     0,    97)  ->  Abs (   615,   353)
	158: Rel (  -205,   -97)  ->  Abs (   410,   256)
	159: Rel (     0,    97)  ->  Abs (   410,   353)
	160: Rel (  -103,     0)  ->  Abs (   307,   353)
	161: Rel (     0,   -97)  ->  Abs (   307,   256)
	162: Rel (   410,    97)  ->  Abs (   717,   353)
	163: Rel (     0,   -97)  ->  Abs (   717,   256)
	164: Rel (   103,     0)  ->  Abs (   820,   256)
	165: Rel (     0,    97)  ->  Abs (   820,   353)
	166: Rel (   102,     0)  ->  Abs (   922,   353)
	167: Rel (     0,   -97)  ->  Abs (   922,   256)
	168: Rel (   103,     0)  ->  Abs (  1025,   256)
	169: Rel (     0,    97)  ->  Abs (  1025,   353)
	170: Rel (   102,  -290)  ->  Abs (  1127,    63)
	171: Rel (     0,    97)  ->  Abs (  1127,   160)
	172: Rel (  -102,     0)  ->  Abs (  1025,   160)
	173: Rel (     0,   -97)  ->  Abs (  1025,    63)
	174: Rel (  -103,     0)  ->  Abs (   922,    63)
	175: Rel (     0,    97)  ->  Abs (   922,   160)
	176: Rel (  -102,     0)  ->  Abs (   820,   160)
	177: Rel (     0,   -97)  ->  Abs (   820,    63)
	178: Rel (  -103,     0)  ->  Abs (   717,    63)
	179: Rel (     0,    97)  ->  Abs (   717,   160)
	180: Rel (  -102,     0)  ->  Abs (   615,   160)
	181: Rel (     0,   -97)  ->  Abs (   615,    63)
	182: Rel (  -103,     0)  ->  Abs (   512,    63)
	183: Rel (     0,    97)  ->  Abs (   512,   160)
	184: Rel (  -102,     0)  ->  Abs (   410,   160)
	185: Rel (     0,   -97)  ->  Abs (   410,    63)
	186: Rel (  -103,     0)  ->  Abs (   307,    63)
	187: Rel (     0,    97)  ->  Abs (   307,   160)
	188: Rel (  -102,     0)  ->  Abs (   205,   160)
	189: Rel (     0,   -97)  ->  Abs (   205,    63)
	190: Rel (  -103,   -97)  ->  Abs (   102,   -34)
	191: Rel (     0,   -96)  ->  Abs (   102,  -130)
	192: Rel (   103,     0)  ->  Abs (   205,  -130)
	193: Rel (     0,    96)  ->  Abs (   205,   -34)
	194: Rel (   102,     0)  ->  Abs (   307,   -34)
	195: Rel (     0,   -96)  ->  Abs (   307,  -130)
	196: Rel (   103,     0)  ->  Abs (   410,  -130)
	197: Rel (     0,    96)  ->  Abs (   410,   -34)
	198: Rel (   102,     0)  ->  Abs (   512,   -34)
	199: Rel (     0,   -96)  ->  Abs (   512,  -130)
	200: Rel (   103,     0)  ->  Abs (   615,  -130)
	201: Rel (     0,    96)  ->  Abs (   615,   -34)
	202: Rel (   102,     0)  ->  Abs (   717,   -34)
	203: Rel (     0,   -96)  ->  Abs (   717,  -130)
	204: Rel (   103,     0)  ->  Abs (   820,  -130)
	205: Rel (     0,    96)  ->  Abs (   820,   -34)
	206: Rel (   102,     0)  ->  Abs (   922,   -34)
	207: Rel (     0,   -96)  ->  Abs (   922,  -130)
	208: Rel (   103,     0)  ->  Abs (  1025,  -130)
	209: Rel (     0,    96)  ->  Abs (  1025,   -34)
	210: Rel (   102,  -290)  ->  Abs (  1127,  -324)
	211: Rel (     0,    97)  ->  Abs (  1127,  -227)
	212: Rel (  -102,     0)  ->  Abs (  1025,  -227)
	213: Rel (     0,   -97)  ->  Abs (  1025,  -324)
	214: Rel (  -103,     0)  ->  Abs (   922,  -324)
	215: Rel (     0,    97)  ->  Abs (   922,  -227)
	216: Rel (  -102,     0)  ->  Abs (   820,  -227)
	217: Rel (     0,   -97)  ->  Abs (   820,  -324)
	218: Rel (  -103,     0)  ->  Abs (   717,  -324)
	219: Rel (     0,    97)  ->  Abs (   717,  -227)
	220: Rel (  -102,     0)  ->  Abs (   615,  -227)
	221: Rel (     0,   -97)  ->  Abs (   615,  -324)
	222: Rel (  -103,     0)  ->  Abs (   512,  -324)
	223: Rel (     0,    97)  ->  Abs (   512,  -227)
	224: Rel (  -102,     0)  ->  Abs (   410,  -227)
	225: Rel (     0,   -97)  ->  Abs (   410,  -324)
	226: Rel (  -103,     0)  ->  Abs (   307,  -324)
	227: Rel (     0,    97)  ->  Abs (   307,  -227)
	228: Rel (  -102,     0)  ->  Abs (   205,  -227)
	229: Rel (     0,   -97)  ->  Abs (   205,  -324)
	230: Rel (  -103,   -96)  ->  Abs (   102,  -420)
	231: Rel (     0,   -97)  ->  Abs (   102,  -517)
	232: Rel (   103,     0)  ->  Abs (   205,  -517)
	233: Rel (     0,    97)  ->  Abs (   205,  -420)
	234: Rel (   102,     0)  ->  Abs (   307,  -420)
	235: Rel (     0,   -97)  ->  Abs (   307,  -517)
	236: Rel (   103,     0)  ->  Abs (   410,  -517)
	237: Rel (     0,    97)  ->  Abs (   410,  -420)
	238: Rel (   102,     0)  ->  Abs (   512,  -420)
	239: Rel (     0,   -97)  ->  Abs (   512,  -517)
	240: Rel (   103,     0)  ->  Abs (   615,  -517)
	241: Rel (     0,    97)  ->  Abs (   615,  -420)
	242: Rel (   102,     0)  ->  Abs (   717,  -420)
	243: Rel (     0,   -97)  ->  Abs (   717,  -517)
	244: Rel (   103,     0)  ->  Abs (   820,  -517)
	245: Rel (     0,    97)  ->  Abs (   820,  -420)
	246: Rel (   102,     0)  ->  Abs (   922,  -420)
	247: Rel (     0,   -97)  ->  Abs (   922,  -517)
	248: Rel (   103,     0)  ->  Abs (  1025,  -517)
	249: Rel (     0,    97)  ->  Abs (  1025,  -420)
	250: Rel (   102,  1740)  ->  Abs (  1127,  1320)
	251: Rel (  -102,     0)  ->  Abs (  1025,  1320)
	252: Rel (     0,   -97)  ->  Abs (  1025,  1223)
	253: Rel (   102,     0)  ->  Abs (  1127,  1223)
	254: Rel (  -205,    97)  ->  Abs (   922,  1320)
	255: Rel (  -102,     0)  ->  Abs (   820,  1320)
	256: Rel (     0,   -97)  ->  Abs (   820,  1223)
	257: Rel (   102,     0)  ->  Abs (   922,  1223)
	258: Rel (  -205,    97)  ->  Abs (   717,  1320)
	259: Rel (  -102,     0)  ->  Abs (   615,  1320)
	260: Rel (     0,   -97)  ->  Abs (   615,  1223)
	261: Rel (   102,     0)  ->  Abs (   717,  1223)
	262: Rel (  -205,    97)  ->  Abs (   512,  1320)
	263: Rel (  -102,     0)  ->  Abs (   410,  1320)
	264: Rel (     0,   -97)  ->  Abs (   410,  1223)
	265: Rel (   102,     0)  ->  Abs (   512,  1223)
	266: Rel (  -205,    97)  ->  Abs (   307,  1320)
	267: Rel (  -102,     0)  ->  Abs (   205,  1320)
	268: Rel (     0,   -97)  ->  Abs (   205,  1223)
	269: Rel (   102,     0)  ->  Abs (   307,  1223)
	270: Rel (   718,   290)  ->  Abs (  1025,  1513)
	271: Rel (  -103,     0)  ->  Abs (   922,  1513)
	272: Rel (     0,   -97)  ->  Abs (   922,  1416)
	273: Rel (   103,     0)  ->  Abs (  1025,  1416)
	274: Rel (  -205,    97)  ->  Abs (   820,  1513)
	275: Rel (  -103,     0)  ->  Abs (   717,  1513)
	276: Rel (     0,   -97)  ->  Abs (   717,  1416)
	277: Rel (   103,     0)  ->  Abs (   820,  1416)
	278: Rel (  -205,    97)  ->  Abs (   615,  1513)
	279: Rel (  -103,     0)  ->  Abs (   512,  1513)
	280: Rel (     0,   -97)  ->  Abs (   512,  1416)
	281: Rel (   103,     0)  ->  Abs (   615,  1416)
	282: Rel (  -205,    97)  ->  Abs (   410,  1513)
	283: Rel (  -103,     0)  ->  Abs (   307,  1513)
	284: Rel (     0,   -97)  ->  Abs (   307,  1416)
	285: Rel (   103,     0)  ->  Abs (   410,  1416)
	286: Rel (  -205,    97)  ->  Abs (   205,  1513)
	287: Rel (  -103,     0)  ->  Abs (   102,  1513)
	288: Rel (     0,   -97)  ->  Abs (   102,  1416)
	289: Rel (   103,     0)  ->  Abs (   205,  1416)

	Glyph 374: off = 0x000154DE, len = 42
	  numberOfContours:	1
	  xMin:			2
	  yMin:			0
	  xMax:			1227
	  yMax:			1225

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	14
	00000: PUSHB[6]              1     0     3     8     1     0 
	00007: MDAP[rd]   
	00008: MDAP[rd]   
	00009: SVTCA[y-axis] 
	00010: MIAP[rd+ci] 
	00011: MIAP[rd+ci] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (     2,  1225)  ->  Abs (     2,  1225)
	  1: Rel (  1225,     0)  ->  Abs (  1227,  1225)
	  2: Rel (     0, -1225)  ->  Abs (  1227,     0)
	  3: Rel ( -1225,     0)  ->  Abs (     2,     0)

	Glyph 375: off = 0x00015508, len = 56
	  numberOfContours:	1
	  xMin:			2
	  yMin:			395
	  xMax:			1227
	  yMax:			626

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	29
	00000: PUSHW[2]              0   488 
	00005: NPUSHB      (10):     3     1    26     5     0    25     4    75    68    24 
	00017: CALL       
	00018: FLIPOFF    
	00019: SRP0       
	00020: MIRP[nrp0,nmd,rd,0] 
	00021: SRP0       
	00022: MIRP[nrp0,nmd,rd,2] 
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: FLIPON     
	00026: MIRP[nrp0,md,rd,1] 
	00027: IUP[y]     
	00028: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (     2,   626)  ->  Abs (     2,   626)
	  1: Rel (  1225,     0)  ->  Abs (  1227,   626)
	  2: Rel (     0,  -231)  ->  Abs (  1227,   395)
	  3: Rel ( -1225,     0)  ->  Abs (     2,   395)

	Glyph 376: off = 0x00015540, len = 68
	  numberOfContours:	1
	  xMin:			15
	  yMin:			0
	  xMax:			1213
	  yMax:			1198

	EndPoints
	---------
	  0:  2

	  Length of Instructions:	41
	00000: NPUSHB      (13):   228     1     1    40     1    99     1     2     1     1 
	                             0    10     2 
	00015: PUSHW[1]            332 
	00018: PUSHB[6]              0    25     3    76    68    24 
	00025: CALL       
	00026: FLIPOFF    
	00027: SRP0       
	00028: MIRP[srp0,nmd,rd,0] 
	00029: FLIPON     
	00030: MIRP[nrp0,md,rd,1] 
	00031: SVTCA[y-axis] 
	00032: MIAP[rd+ci] 
	00033: SHP[rp1,zp0] 
	00034: SVTCA[x-axis] 
	00035: IP         
	00036: IUP[y]     
	00037: IUP[x]     
	00038: SVTCA[y-axis] 
	00039: DELTAP1    
	00040: DELTAP2    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:                                      On
	  2:                                      On

	Coordinates
	-----------
	  0: Rel (    15,     0)  ->  Abs (    15,     0)
	  1: Rel (   599,  1198)  ->  Abs (   614,  1198)
	  2: Rel (   599, -1198)  ->  Abs (  1213,     0)

	Glyph 377: off = 0x00015584, len = 60
	  numberOfContours:	1
	  xMin:			2
	  yMin:			-26
	  xMax:			1227
	  yMax:			1196

	EndPoints
	---------
	  0:  2

	  Length of Instructions:	32
	00000: PUSHB[2]              1     0 
	00003: PUSHW[1]            259 
	00006: NPUSHB      (11):     2    11     1    26     4     0    25     3    75    68 
	                            24 
	00019: CALL       
	00020: FLIPOFF    
	00021: SRP0       
	00022: MIRP[nrp0,nmd,rd,0] 
	00023: SRP0       
	00024: MIRP[nrp0,nmd,rd,2] 
	00025: SVTCA[y-axis] 
	00026: MIAP[rd+ci] 
	00027: FLIPON     
	00028: MIRP[nrp0,md,rd,1] 
	00029: IP         
	00030: IUP[y]     
	00031: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                                      On
	  2:                                      On

	Coordinates
	-----------
	  0: Rel (     2,  1196)  ->  Abs (     2,  1196)
	  1: Rel (  1225,  -611)  ->  Abs (  1227,   585)
	  2: Rel ( -1225,  -611)  ->  Abs (     2,   -26)

	Glyph 378: off = 0x000155C0, len = 78
	  numberOfContours:	1
	  xMin:			15
	  yMin:			-26
	  xMax:			1213
	  yMax:			1172

	EndPoints
	---------
	  0:  2

	  Length of Instructions:	49
	00000: NPUSHB      (20):    38     1   106     1   195     1     3   164     1   234 
	                             1     2     1     1     0     2     1     2     2     0 
	00022: PUSHW[1]            332 
	00025: PUSHB[6]              2    25     3    76    68    24 
	00032: CALL       
	00033: FLIPOFF    
	00034: SRP0       
	00035: MIRP[srp0,nmd,rd,0] 
	00036: FLIPON     
	00037: MIRP[nrp0,md,rd,1] 
	00038: SVTCA[y-axis] 
	00039: MIAP[rd+ci] 
	00040: DELTAP1    
	00041: SHP[rp1,zp0] 
	00042: SVTCA[x-axis] 
	00043: IP         
	00044: IUP[y]     
	00045: IUP[x]     
	00046: SVTCA[y-axis] 
	00047: DELTAP2    
	00048: DELTAP1    

	Flags
	-----
	  0:              Rep-  2                 On

	Coordinates
	-----------
	  0: Rel (  1213,  1172)  ->  Abs (  1213,  1172)
	  1: Rel (  -599, -1198)  ->  Abs (   614,   -26)
	  2: Rel (  -599,  1198)  ->  Abs (    15,  1172)

	Glyph 379: off = 0x0001560E, len = 60
	  numberOfContours:	1
	  xMin:			2
	  yMin:			-26
	  xMax:			1227
	  yMax:			1196

	EndPoints
	---------
	  0:  2

	  Length of Instructions:	32
	00000: PUSHB[2]              2     0 
	00003: PUSHW[1]            259 
	00006: NPUSHB      (11):     1    11     0    26     4     2    25     3    75    68 
	                            24 
	00019: CALL       
	00020: FLIPOFF    
	00021: SRP0       
	00022: MIRP[nrp0,nmd,rd,0] 
	00023: SRP0       
	00024: MIRP[nrp0,nmd,rd,2] 
	00025: SVTCA[y-axis] 
	00026: MIAP[rd+ci] 
	00027: FLIPON     
	00028: MIRP[nrp0,md,rd,1] 
	00029: IP         
	00030: IUP[y]     
	00031: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:                                      On

	Coordinates
	-----------
	  0: Rel (  1227,  1196)  ->  Abs (  1227,  1196)
	  1: Rel (     0, -1222)  ->  Abs (  1227,   -26)
	  2: Rel ( -1225,   611)  ->  Abs (     2,   585)

	Glyph 380: off = 0x0001564A, len = 218
	  numberOfContours:	2
	  xMin:			174
	  yMin:			137
	  xMax:			1055
	  yMax:			1018

	EndPoints
	---------
	  0:  13
	  1:  27

	  Length of Instructions:	125
	00000: NPUSHB      (17):   125     5   125     9   139     5   139     9     4    67 
	                             8    21    44     7    14    44     0 
	00019: PUSHW[1]            442 
	00022: PUSHB[4]              7    24    44     4 
	00027: PUSHW[1]            442 
	00030: PUSHB[8]             18    44    10    25    28    99   171    24 
	00039: CALL       
	00040: FLIPOFF    
	00041: SRP0       
	00042: MIRP[srp0,nmd,rd,0] 
	00043: FLIPON     
	00044: MIRP[nrp0,md,rd,1] 
	00045: MIRP[srp0,md,rd,1] 
	00046: MIRP[nrp0,md,rd,1] 
	00047: SVTCA[y-axis] 
	00048: MDAP[rd]   
	00049: MIRP[srp0,md,rd,1] 
	00050: MIRP[nrp0,md,rd,1] 
	00051: SRP0       
	00052: MIRP[nrp0,md,rd,1] 
	00053: IUP[y]     
	00054: IUP[x]     
	00055: RS         
	00056: JROF       
	00057: NPUSHB      (50):     1    27    16    37    12    38     2    37    26    38 
	                            15    13    18    95     0    27     1    24    95     1 
	                            20     8    18    95     0    22     6    24    95     1 
	                            17    11    14    95     1    25     3    14    95     1 
	                            19     9    21    95     0    23     5    21    95     0 
	00109: CALL       
	00110: CALL       
	00111: CALL       
	00112: CALL       
	00113: SVTCA[x-axis] 
	00114: CALL       
	00115: CALL       
	00116: CALL       
	00117: CALL       
	00118: CALL       
	00119: CALL       
	00120: CALL       
	00121: CALL       
	00122: FLIPRGON   
	00123: SVTCA[y-axis] 
	00124: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                                      Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                                      Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:  YDual                       X-Short Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   615,  1018)  ->  Abs (   615,  1018)
	  1: Rel (   110,     0)  ->  Abs (   725,  1018)
	  2: Rel (   212,  -114)  ->  Abs (   937,   904)
	  3: Rel (   118,  -212)  ->  Abs (  1055,   692)
	  4: Rel (     0,  -114)  ->  Abs (  1055,   578)
	  5: Rel (     0,  -183)  ->  Abs (  1055,   395)
	  6: Rel (  -258,  -258)  ->  Abs (   797,   137)
	  7: Rel (  -182,     0)  ->  Abs (   615,   137)
	  8: Rel (  -183,     0)  ->  Abs (   432,   137)
	  9: Rel (  -258,   258)  ->  Abs (   174,   395)
	 10: Rel (     0,   183)  ->  Abs (   174,   578)
	 11: Rel (     0,   115)  ->  Abs (   174,   693)
	 12: Rel (   118,   211)  ->  Abs (   292,   904)
	 13: Rel (   212,   114)  ->  Abs (   504,  1018)
	 14: Rel (   111,   -76)  ->  Abs (   615,   942)
	 15: Rel (   -93,     0)  ->  Abs (   522,   942)
	 16: Rel (  -174,   -94)  ->  Abs (   348,   848)
	 17: Rel (   -98,  -176)  ->  Abs (   250,   672)
	 18: Rel (     0,   -94)  ->  Abs (   250,   578)
	 19: Rel (     0,  -151)  ->  Abs (   250,   427)
	 20: Rel (   214,  -214)  ->  Abs (   464,   213)
	 21: Rel (   151,     0)  ->  Abs (   615,   213)
	 22: Rel (   151,     0)  ->  Abs (   766,   213)
	 23: Rel (   213,   214)  ->  Abs (   979,   427)
	 24: Rel (     0,   151)  ->  Abs (   979,   578)
	 25: Rel (     0,    94)  ->  Abs (   979,   672)
	 26: Rel (   -98,   176)  ->  Abs (   881,   848)
	 27: Rel (  -174,    94)  ->  Abs (   707,   942)

	Glyph 381: off = 0x00015724, len = 110
	  numberOfContours:	2
	  xMin:			124
	  yMin:			0
	  xMax:			1104
	  yMax:			980

	EndPoints
	---------
	  0:  3
	  1:  15

	  Length of Instructions:	52
	00000: PUSHB[6]            119    15     1     2   118     4 
	00007: PUSHW[1]            434 
	00010: NPUSHB      (15):    10   118     0    10    13   118     2    26    17     7 
	                           118     0    25    16   134 
	00027: PUSHW[2]            288    24 
	00032: CALL       
	00033: FLIPOFF    
	00034: SRP0       
	00035: MIRP[srp0,nmd,rd,0] 
	00036: FLIPON     
	00037: MIRP[nrp0,md,rd,1] 
	00038: FLIPOFF    
	00039: SRP0       
	00040: MIRP[srp0,nmd,rd,2] 
	00041: FLIPON     
	00042: MIRP[nrp0,md,rd,1] 
	00043: SVTCA[y-axis] 
	00044: MIAP[rd+ci] 
	00045: MIRP[nrp0,md,rd,1] 
	00046: MIRP[srp0,nmd,rd,0] 
	00047: MIRP[nrp0,md,rd,1] 
	00048: IUP[y]     
	00049: IUP[x]     
	00050: SVTCA[x-axis] 
	00051: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:                                      On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:        XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   124,     0)  ->  Abs (   124,     0)
	  1: Rel (     0,   980)  ->  Abs (   124,   980)
	  2: Rel (   980,     0)  ->  Abs (  1104,   980)
	  3: Rel (     0,  -980)  ->  Abs (  1104,     0)
	  4: Rel (  -490,   692)  ->  Abs (   614,   692)
	  5: Rel (   -84,     0)  ->  Abs (   530,   692)
	  6: Rel (  -118,  -118)  ->  Abs (   412,   574)
	  7: Rel (     0,   -84)  ->  Abs (   412,   490)
	  8: Rel (     0,   -83)  ->  Abs (   412,   407)
	  9: Rel (   119,  -119)  ->  Abs (   531,   288)
	 10: Rel (    83,     0)  ->  Abs (   614,   288)
	 11: Rel (    84,     0)  ->  Abs (   698,   288)
	 12: Rel (   118,   119)  ->  Abs (   816,   407)
	 13: Rel (     0,    83)  ->  Abs (   816,   490)
	 14: Rel (     0,    84)  ->  Abs (   816,   574)
	 15: Rel (  -118,   118)  ->  Abs (   698,   692)

	Glyph 382: off = 0x00015792, len = 230
	  numberOfContours:	3
	  xMin:			38
	  yMin:			0
	  xMax:			1193
	  yMax:			1155

	EndPoints
	---------
	  0:  3
	  1:  17
	  2:  31

	  Length of Instructions:	125
	00000: NPUSHB      (20):   197     6     1   121    12   140    10   140    12     3 
	                             9    29    41    29   121    10     3     2   193    18 
	00022: PUSHW[1]            -64 
	00025: PUSHB[4]             25    40    52    18 
	00030: PUSHW[3]            272     4   543 
	00037: PUSHB[6]             25    64    25    40    52    25 
	00044: PUSHW[1]            272 
	00047: PUSHB[7]             11   193     0    10     3   193    22 
	00055: PUSHW[1]            -64 
	00058: PUSHB[4]             25    40    52    22 
	00063: PUSHW[1]            774 
	00066: PUSHB[4]              0    14     1    14 
	00071: PUSHW[1]            543 
	00074: PUSHB[6]             28    64    25    40    52    28 
	00081: PUSHW[1]            774 
	00084: PUSHB[6]              8   193     0    25    32   205 
	00091: PUSHW[2]            341    24 
	00096: CALL       
	00097: FLIPOFF    
	00098: SRP0       
	00099: MIRP[srp0,nmd,rd,0] 
	00100: FLIPON     
	00101: MIRP[srp0,md,rd,1] 
	00102: MIRP[nrp0,md,rd,2] 
	00103: CALL       
	00104: MIRP[srp0,md,rd,2] 
	00105: DELTAP1    
	00106: MIRP[nrp0,md,rd,2] 
	00107: CALL       
	00108: MIRP[nrp0,md,rd,1] 
	00109: SVTCA[y-axis] 
	00110: MIAP[rd+ci] 
	00111: MIRP[srp0,md,rd,1] 
	00112: MIRP[nrp0,md,rd,2] 
	00113: CALL       
	00114: MIRP[srp0,md,rd,2] 
	00115: MIRP[nrp0,md,rd,2] 
	00116: CALL       
	00117: MIRP[nrp0,md,rd,1] 
	00118: IUP[y]     
	00119: IUP[x]     
	00120: SVTCA[y-axis] 
	00121: DELTAP2    
	00122: DELTAP2    
	00123: SVTCA[x-axis] 
	00124: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:                                      On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                                      Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:                                      Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    38,     0)  ->  Abs (    38,     0)
	  1: Rel (     0,  1155)  ->  Abs (    38,  1155)
	  2: Rel (  1155,     0)  ->  Abs (  1193,  1155)
	  3: Rel (     0, -1155)  ->  Abs (  1193,     0)
	  4: Rel (  -578,  1018)  ->  Abs (   615,  1018)
	  5: Rel (  -111,     0)  ->  Abs (   504,  1018)
	  6: Rel (  -211,  -114)  ->  Abs (   293,   904)
	  7: Rel (  -118,  -212)  ->  Abs (   175,   692)
	  8: Rel (     0,  -115)  ->  Abs (   175,   577)
	  9: Rel (     0,  -182)  ->  Abs (   175,   395)
	 10: Rel (   258,  -258)  ->  Abs (   433,   137)
	 11: Rel (   182,     0)  ->  Abs (   615,   137)
	 12: Rel (   183,     0)  ->  Abs (   798,   137)
	 13: Rel (   258,   258)  ->  Abs (  1056,   395)
	 14: Rel (     0,   182)  ->  Abs (  1056,   577)
	 15: Rel (     0,   115)  ->  Abs (  1056,   692)
	 16: Rel (  -118,   212)  ->  Abs (   938,   904)
	 17: Rel (  -211,   114)  ->  Abs (   727,  1018)
	 18: Rel (  -111,   -76)  ->  Abs (   616,   942)
	 19: Rel (    91,     0)  ->  Abs (   707,   942)
	 20: Rel (   175,   -94)  ->  Abs (   882,   848)
	 21: Rel (    98,  -175)  ->  Abs (   980,   673)
	 22: Rel (     0,   -96)  ->  Abs (   980,   577)
	 23: Rel (     0,  -151)  ->  Abs (   980,   426)
	 24: Rel (  -213,  -213)  ->  Abs (   767,   213)
	 25: Rel (  -151,     0)  ->  Abs (   616,   213)
	 26: Rel (  -152,     0)  ->  Abs (   464,   213)
	 27: Rel (  -213,   213)  ->  Abs (   251,   426)
	 28: Rel (     0,   151)  ->  Abs (   251,   577)
	 29: Rel (     0,    96)  ->  Abs (   251,   673)
	 30: Rel (    98,   175)  ->  Abs (   349,   848)
	 31: Rel (   175,    94)  ->  Abs (   524,   942)

	Glyph 383: off = 0x00015878, len = 348
	  numberOfContours:	5
	  xMin:			3
	  yMin:			-27
	  xMax:			1226
	  yMax:			1196

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  35
	  3:  47
	  4:  58

	  Length of Instructions:	157
	00000: NPUSHB      (36):    26    48    27    54     2    28    13    27    17    18 
	                            19    18    23     4    49    48    53    54    48    49 
	                            24    30    53    54    36    42    54    53    49    48 
	                             4    39    51    15    44     9 
	00038: PUSHW[5]            259    27   669    39   669 
	00049: NPUSHB       (9):     3    51    44    56   160    21    44     3    36 
	00060: PUSHW[1]            399 
	00063: PUSHB[6]             15    42    95    42     2    42 
	00070: PUSHW[1]            415 
	00073: NPUSHB      (15):    12    44     0   110     6    30   112     0    24    16 
	                            24    80    24     3    24 
	00090: PUSHW[1]            415 
	00093: NPUSHB      (10):    18    44     6    25    59     3    11    75    68    24 
	00105: CALL       
	00106: SVTCA[y-axis] 
	00107: MIAP[rd+ci] 
	00108: SVTCA[x-axis] 
	00109: FLIPOFF    
	00110: SRP0       
	00111: MIRP[srp0,nmd,rd,0] 
	00112: FLIPON     
	00113: MIRP[srp0,md,rd,1] 
	00114: MIRP[srp0,nmd,rd,0] 
	00115: DELTAP1    
	00116: MIRP[nrp0,md,rd,1] 
	00117: SRP0       
	00118: MIRP[srp0,md,rd,1] 
	00119: MIRP[srp0,md,rd,1] 
	00120: MIRP[srp0,nmd,rd,0] 
	00121: DELTAP1    
	00122: MIRP[nrp0,md,rd,1] 
	00123: SVTCA[y-axis] 
	00124: FLIPON     
	00125: SRP0       
	00126: MIRP[nrp0,md,rd,1] 
	00127: MIRP[srp0,nmd,rd,0] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: SRP0       
	00130: MIRP[nrp0,nmd,rd,0] 
	00131: MIRP[nrp0,nmd,rd,0] 
	00132: MIRP[srp0,md,rd,1] 
	00133: MIRP[nrp0,md,rd,1] 
	00134: SRP1       
	00135: SRP2       
	00136: SLOOP      
	00137: IP         
	00138: SVTCA[x-axis] 
	00139: SRP1       
	00140: SRP2       
	00141: IP         
	00142: IP         
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: IP         
	00147: SRP0       
	00148: MDRP[nrp0,md,nrd,1] 
	00149: SRP0       
	00150: MDRP[nrp0,md,nrd,1] 
	00151: IUP[y]     
	00152: IUP[x]     
	00153: SVTCA[y-axis] 
	00154: DELTAP1    
	00155: SVTCA[x-axis] 
	00156: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                                      Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:                                      Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:                                      Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                                      Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                                      Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:                                      Off
	 24:                                      On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:                      Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short Off
	 48:                                      On
	 49:  YDual XDual         Y-Short X-Short On
	 50:        XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short On
	 55:                      Y-Short X-Short Off
	 56:  YDual                       X-Short On
	 57:  YDual                       X-Short Off
	 58:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1226,   584)  ->  Abs (  1226,   584)
	  1: Rel (     0,  -253)  ->  Abs (  1226,   331)
	  2: Rel (  -358,  -358)  ->  Abs (   868,   -27)
	  3: Rel (  -254,     0)  ->  Abs (   614,   -27)
	  4: Rel (  -253,     0)  ->  Abs (   361,   -27)
	  5: Rel (  -358,   358)  ->  Abs (     3,   331)
	  6: Rel (     0,   253)  ->  Abs (     3,   584)
	  7: Rel (     0,   254)  ->  Abs (     3,   838)
	  8: Rel (   358,   358)  ->  Abs (   361,  1196)
	  9: Rel (   253,     0)  ->  Abs (   614,  1196)
	 10: Rel (   254,     0)  ->  Abs (   868,  1196)
	 11: Rel (   358,  -358)  ->  Abs (  1226,   838)
	 12: Rel (   -89,  -254)  ->  Abs (  1137,   584)
	 13: Rel (     0,   217)  ->  Abs (  1137,   801)
	 14: Rel (  -306,   306)  ->  Abs (   831,  1107)
	 15: Rel (  -217,     0)  ->  Abs (   614,  1107)
	 16: Rel (  -216,     0)  ->  Abs (   398,  1107)
	 17: Rel (  -306,  -306)  ->  Abs (    92,   801)
	 18: Rel (     0,  -217)  ->  Abs (    92,   584)
	 19: Rel (     0,  -216)  ->  Abs (    92,   368)
	 20: Rel (   306,  -306)  ->  Abs (   398,    62)
	 21: Rel (   216,     0)  ->  Abs (   614,    62)
	 22: Rel (   217,     0)  ->  Abs (   831,    62)
	 23: Rel (   306,   306)  ->  Abs (  1137,   368)
	 24: Rel (  -679,   343)  ->  Abs (   458,   711)
	 25: Rel (     0,   -32)  ->  Abs (   458,   679)
	 26: Rel (   -46,   -46)  ->  Abs (   412,   633)
	 27: Rel (   -32,     0)  ->  Abs (   380,   633)
	 28: Rel (   -32,     0)  ->  Abs (   348,   633)
	 29: Rel (   -45,    46)  ->  Abs (   303,   679)
	 30: Rel (     0,    32)  ->  Abs (   303,   711)
	 31: Rel (     0,    32)  ->  Abs (   303,   743)
	 32: Rel (    45,    45)  ->  Abs (   348,   788)
	 33: Rel (    32,     0)  ->  Abs (   380,   788)
	 34: Rel (    32,     0)  ->  Abs (   412,   788)
	 35: Rel (    46,   -45)  ->  Abs (   458,   743)
	 36: Rel (   468,   -32)  ->  Abs (   926,   711)
	 37: Rel (     0,   -32)  ->  Abs (   926,   679)
	 38: Rel (   -45,   -46)  ->  Abs (   881,   633)
	 39: Rel (   -32,     0)  ->  Abs (   849,   633)
	 40: Rel (   -32,     0)  ->  Abs (   817,   633)
	 41: Rel (   -46,    46)  ->  Abs (   771,   679)
	 42: Rel (     0,    32)  ->  Abs (   771,   711)
	 43: Rel (     0,    32)  ->  Abs (   771,   743)
	 44: Rel (    46,    45)  ->  Abs (   817,   788)
	 45: Rel (    32,     0)  ->  Abs (   849,   788)
	 46: Rel (    32,     0)  ->  Abs (   881,   788)
	 47: Rel (    45,   -45)  ->  Abs (   926,   743)
	 48: Rel (  -594,  -356)  ->  Abs (   332,   387)
	 49: Rel (    60,    35)  ->  Abs (   392,   422)
	 50: Rel (    76,  -138)  ->  Abs (   468,   284)
	 51: Rel (   146,     0)  ->  Abs (   614,   284)
	 52: Rel (   146,     0)  ->  Abs (   760,   284)
	 53: Rel (    76,   138)  ->  Abs (   836,   422)
	 54: Rel (    60,   -35)  ->  Abs (   896,   387)
	 55: Rel (   -98,  -187)  ->  Abs (   798,   200)
	 56: Rel (  -184,     0)  ->  Abs (   614,   200)
	 57: Rel (   -93,     0)  ->  Abs (   521,   200)
	 58: Rel (  -141,    96)  ->  Abs (   380,   296)

	Glyph 384: off = 0x000159D4, len = 258
	  numberOfContours:	4
	  xMin:			3
	  yMin:			-27
	  xMax:			1226
	  yMax:			1196

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  35
	  3:  47

	  Length of Instructions:	105
	00000: NPUSHB      (16):    36    47    12    18    42    43    24    30    47    43 
	                            42    36     4    21    45     9 
	00018: PUSHW[5]            259    21   433    33   433 
	00029: PUSHB[7]              3    45    64    25    38    52    45 
	00037: PUSHW[3]            272    39   275 
	00044: NPUSHB      (20):     3    24   232    30   167     0   110     6    18   232 
	                            12   167     6    25    48     3    11    75    68    24 
	00066: CALL       
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: SVTCA[x-axis] 
	00070: FLIPOFF    
	00071: SRP0       
	00072: MIRP[srp0,nmd,rd,0] 
	00073: FLIPON     
	00074: MIRP[srp0,nmd,rd,0] 
	00075: MIRP[nrp0,nmd,rd,2] 
	00076: SRP0       
	00077: MIRP[srp0,md,rd,1] 
	00078: MIRP[srp0,nmd,rd,0] 
	00079: MIRP[nrp0,nmd,rd,2] 
	00080: SVTCA[y-axis] 
	00081: FLIPON     
	00082: SRP0       
	00083: MIRP[srp0,md,rd,1] 
	00084: MIRP[nrp0,md,rd,2] 
	00085: CALL       
	00086: SRP0       
	00087: MIRP[nrp0,md,rd,1] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: MIRP[nrp0,md,rd,1] 
	00090: SRP1       
	00091: SRP2       
	00092: SLOOP      
	00093: IP         
	00094: SVTCA[x-axis] 
	00095: SRP1       
	00096: SRP2       
	00097: IP         
	00098: IP         
	00099: SRP1       
	00100: SRP2       
	00101: IP         
	00102: IP         
	00103: IUP[y]     
	00104: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                                      Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:                                      Off
	 12:                      Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual               Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:                                      On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual               Y-Short X-Short On
	 44:                      Y-Short X-Short Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1226,   584)  ->  Abs (  1226,   584)
	  1: Rel (     0,  -253)  ->  Abs (  1226,   331)
	  2: Rel (  -358,  -358)  ->  Abs (   868,   -27)
	  3: Rel (  -254,     0)  ->  Abs (   614,   -27)
	  4: Rel (  -253,     0)  ->  Abs (   361,   -27)
	  5: Rel (  -358,   358)  ->  Abs (     3,   331)
	  6: Rel (     0,   253)  ->  Abs (     3,   584)
	  7: Rel (     0,   254)  ->  Abs (     3,   838)
	  8: Rel (   358,   358)  ->  Abs (   361,  1196)
	  9: Rel (   253,     0)  ->  Abs (   614,  1196)
	 10: Rel (   254,     0)  ->  Abs (   868,  1196)
	 11: Rel (   358,  -358)  ->  Abs (  1226,   838)
	 12: Rel (  -768,  -127)  ->  Abs (   458,   711)
	 13: Rel (     0,    32)  ->  Abs (   458,   743)
	 14: Rel (   -46,    45)  ->  Abs (   412,   788)
	 15: Rel (   -32,     0)  ->  Abs (   380,   788)
	 16: Rel (   -32,     0)  ->  Abs (   348,   788)
	 17: Rel (   -45,   -45)  ->  Abs (   303,   743)
	 18: Rel (     0,   -32)  ->  Abs (   303,   711)
	 19: Rel (     0,   -32)  ->  Abs (   303,   679)
	 20: Rel (    45,   -46)  ->  Abs (   348,   633)
	 21: Rel (    32,     0)  ->  Abs (   380,   633)
	 22: Rel (    32,     0)  ->  Abs (   412,   633)
	 23: Rel (    46,    46)  ->  Abs (   458,   679)
	 24: Rel (   468,    32)  ->  Abs (   926,   711)
	 25: Rel (     0,    32)  ->  Abs (   926,   743)
	 26: Rel (   -45,    45)  ->  Abs (   881,   788)
	 27: Rel (   -32,     0)  ->  Abs (   849,   788)
	 28: Rel (   -32,     0)  ->  Abs (   817,   788)
	 29: Rel (   -46,   -45)  ->  Abs (   771,   743)
	 30: Rel (     0,   -32)  ->  Abs (   771,   711)
	 31: Rel (     0,   -32)  ->  Abs (   771,   679)
	 32: Rel (    46,   -46)  ->  Abs (   817,   633)
	 33: Rel (    32,     0)  ->  Abs (   849,   633)
	 34: Rel (    32,     0)  ->  Abs (   881,   633)
	 35: Rel (    45,    46)  ->  Abs (   926,   679)
	 36: Rel (  -594,  -292)  ->  Abs (   332,   387)
	 37: Rel (    48,   -91)  ->  Abs (   380,   296)
	 38: Rel (   141,   -96)  ->  Abs (   521,   200)
	 39: Rel (    93,     0)  ->  Abs (   614,   200)
	 40: Rel (    92,     0)  ->  Abs (   706,   200)
	 41: Rel (   141,    94)  ->  Abs (   847,   294)
	 42: Rel (    49,    93)  ->  Abs (   896,   387)
	 43: Rel (   -60,    35)  ->  Abs (   836,   422)
	 44: Rel (   -76,  -138)  ->  Abs (   760,   284)
	 45: Rel (  -146,     0)  ->  Abs (   614,   284)
	 46: Rel (  -146,     0)  ->  Abs (   468,   284)
	 47: Rel (   -76,   138)  ->  Abs (   392,   422)

	Glyph 385: off = 0x00015AD6, len = 424
	  numberOfContours:	2
	  xMin:			2
	  yMin:			-141
	  xMax:			1227
	  yMax:			1083

	EndPoints
	---------
	  0:  41
	  1:  53

	  Length of Instructions:	262
	00000: NPUSHB      (72):   117    39   132     5   133    39   148     5   148    39 
	                           166     5     6    83     5    85    39   116     5   122 
	                            18   123    26     5    85    15   117    13   128     9 
	                           143    35   144     9   159    35     6    80     9    95 
	                            35    95    40   112     9   114    14   127    30   126 
	                            35     7    96    10    96    11    96    12   110    31 
	                           110    32   110    33   110    34     7    11    10    77 
	                            12    13 
	00074: PUSHW[1]            771 
	00077: NPUSHB      (73):    31    33    34    77    31    31    32    32     0    23 
	                            21    24    22    23    48    77    24   160    23    10 
	                            42    77     2     2    41   160     1     0     2    34 
	                            31    33    15    32    31    32     2    32   160    45 
	                            77    31    11     0    12    32    12   144    12     3 
	                           128    12   176    12   240    12     3    12   160    10 
	                            51    77   112    13     1     0    13    16    13    80 
	                            13     3    13 
	00152: PUSHW[1]            415 
	00155: PUSHB[5]             22    15    31     1    31 
	00161: PUSHW[1]            415 
	00164: NPUSHB      (17):    23     0    41     1     2     2    22    41    23    21 
	                            22    77    24     0    23     1    23 
	00183: PUSHW[1]            595 
	00186: PUSHB[4]             54    75    68    24 
	00191: CALL       
	00192: SRP0       
	00193: MIRP[srp0,nmd,rd,2] 
	00194: DELTAP1    
	00195: ALIGNRP    
	00196: MIRP[srp0,md,rd,1] 
	00197: ALIGNRP    
	00198: SRP0       
	00199: ALIGNRP    
	00200: SRP0       
	00201: ALIGNRP    
	00202: SRP0       
	00203: ALIGNRP    
	00204: SRP0       
	00205: ALIGNRP    
	00206: SRP0       
	00207: MIRP[nrp0,nmd,rd,0] 
	00208: DELTAP1    
	00209: SRP0       
	00210: MIRP[srp0,nmd,rd,0] 
	00211: DELTAP1    
	00212: DELTAP1    
	00213: MIRP[nrp0,md,rd,1] 
	00214: ALIGNRP    
	00215: MIRP[srp0,nmd,rd,0] 
	00216: DELTAP1    
	00217: DELTAP2    
	00218: ALIGNRP    
	00219: SRP0       
	00220: MIRP[nrp0,md,rd,1] 
	00221: MIRP[srp0,nmd,rd,0] 
	00222: DELTAP2    
	00223: ALIGNRP    
	00224: SRP0       
	00225: ALIGNRP    
	00226: SVTCA[y-axis] 
	00227: MIAP[rd+ci] 
	00228: ALIGNRP    
	00229: MIRP[srp0,nmd,rd,0] 
	00230: ALIGNRP    
	00231: SRP0       
	00232: MIRP[nrp0,md,rd,1] 
	00233: MIAP[rd+ci] 
	00234: MIRP[srp0,nmd,rd,0] 
	00235: MIRP[nrp0,md,rd,1] 
	00236: SRP0       
	00237: ALIGNRP    
	00238: SRP0       
	00239: ALIGNRP    
	00240: SRP1       
	00241: SRP2       
	00242: IP         
	00243: MDAP[rd]   
	00244: ALIGNRP    
	00245: SRP0       
	00246: MIRP[srp0,md,rd,1] 
	00247: ALIGNRP    
	00248: SRP0       
	00249: MIRP[srp0,nmd,rd,0] 
	00250: ALIGNRP    
	00251: MIRP[srp0,md,rd,1] 
	00252: ALIGNRP    
	00253: IUP[y]     
	00254: IUP[x]     
	00255: SVTCA[x-axis] 
	00256: DELTAP1    
	00257: DELTAP1    
	00258: DELTAP1    
	00259: SVTCA[y-axis] 
	00260: DELTAP1    
	00261: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual         Y-Short         On
	 13:  YDual                       X-Short On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:        XDual         Y-Short X-Short On
	 17:                      Y-Short X-Short On
	 18:  YDual               Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:        XDual         Y-Short         On
	 23:  YDual                       X-Short On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:                      Y-Short X-Short On
	 28:  YDual               Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual                       X-Short On
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual               Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:        XDual         Y-Short X-Short On
	 43:  YDual                       X-Short Off
	 44:                      Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:        XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   582,  1083)  ->  Abs (   582,  1083)
	  1: Rel (    66,     0)  ->  Abs (   648,  1083)
	  2: Rel (     0,  -217)  ->  Abs (   648,   866)
	  3: Rel (    64,    -5)  ->  Abs (   712,   861)
	  4: Rel (   103,   -41)  ->  Abs (   815,   820)
	  5: Rel (    57,   -44)  ->  Abs (   872,   776)
	  6: Rel (   186,   182)  ->  Abs (  1058,   958)
	  7: Rel (    45,   -45)  ->  Abs (  1103,   913)
	  8: Rel (  -184,  -184)  ->  Abs (   919,   729)
	  9: Rel (    88,  -116)  ->  Abs (  1007,   613)
	 10: Rel (     4,  -114)  ->  Abs (  1011,   499)
	 11: Rel (   216,     0)  ->  Abs (  1227,   499)
	 12: Rel (     0,   -61)  ->  Abs (  1227,   438)
	 13: Rel (  -216,     0)  ->  Abs (  1011,   438)
	 14: Rel (   -13,  -120)  ->  Abs (   998,   318)
	 15: Rel (   -78,  -101)  ->  Abs (   920,   217)
	 16: Rel (   183,  -189)  ->  Abs (  1103,    28)
	 17: Rel (   -48,   -43)  ->  Abs (  1055,   -15)
	 18: Rel (  -183,   182)  ->  Abs (   872,   167)
	 19: Rel (   -61,   -45)  ->  Abs (   811,   122)
	 20: Rel (   -96,   -38)  ->  Abs (   715,    84)
	 21: Rel (   -67,    -8)  ->  Abs (   648,    76)
	 22: Rel (     0,  -217)  ->  Abs (   648,  -141)
	 23: Rel (   -66,     0)  ->  Abs (   582,  -141)
	 24: Rel (     0,   217)  ->  Abs (   582,    76)
	 25: Rel (  -126,    18)  ->  Abs (   456,    94)
	 26: Rel (   -95,    71)  ->  Abs (   361,   165)
	 27: Rel (  -189,  -179)  ->  Abs (   172,   -14)
	 28: Rel (   -44,    44)  ->  Abs (   128,    30)
	 29: Rel (   183,   185)  ->  Abs (   311,   215)
	 30: Rel (   -79,   100)  ->  Abs (   232,   315)
	 31: Rel (   -14,   126)  ->  Abs (   218,   441)
	 32: Rel (  -216,     0)  ->  Abs (     2,   441)
	 33: Rel (     0,    61)  ->  Abs (     2,   502)
	 34: Rel (   216,     0)  ->  Abs (   218,   502)
	 35: Rel (    12,   126)  ->  Abs (   230,   628)
	 36: Rel (    80,    98)  ->  Abs (   310,   726)
	 37: Rel (  -182,   184)  ->  Abs (   128,   910)
	 38: Rel (    41,    49)  ->  Abs (   169,   959)
	 39: Rel (   189,  -182)  ->  Abs (   358,   777)
	 40: Rel (   115,    78)  ->  Abs (   473,   855)
	 41: Rel (   109,    11)  ->  Abs (   582,   866)
	 42: Rel (    31,   -62)  ->  Abs (   613,   804)
	 43: Rel (  -138,     0)  ->  Abs (   475,   804)
	 44: Rel (  -194,  -196)  ->  Abs (   281,   608)
	 45: Rel (     0,  -137)  ->  Abs (   281,   471)
	 46: Rel (     0,  -138)  ->  Abs (   281,   333)
	 47: Rel (   194,  -194)  ->  Abs (   475,   139)
	 48: Rel (   138,     0)  ->  Abs (   613,   139)
	 49: Rel (   138,     0)  ->  Abs (   751,   139)
	 50: Rel (   195,   194)  ->  Abs (   946,   333)
	 51: Rel (     0,   138)  ->  Abs (   946,   471)
	 52: Rel (     0,   137)  ->  Abs (   946,   608)
	 53: Rel (  -195,   196)  ->  Abs (   751,   804)

	Glyph 386: off = 0x00015C7E, len = 280
	  numberOfContours:	2
	  xMin:			321
	  yMin:			80
	  xMax:			909
	  yMax:			1153

	EndPoints
	---------
	  0:  22
	  1:  34

	  Length of Instructions:	175
	00000: PUSHB[6]             63     8     0    29    12    17 
	00007: PUSHW[1]            758 
	00010: PUSHB[3]             15    48    14 
	00014: PUSHW[4]            762    12    18   758 
	00023: PUSHB[3]             20    48    21 
	00027: PUSHW[1]            762 
	00030: PUSHB[6]              0    12    91     0    91    29 
	00037: PUSHW[1]            774 
	00040: NPUSHB      (25):    23    44     6    15   215    17    17    12    20   215 
	                            18    18     0    32    44     9   215    12    36     0 
	                            26    44     3   215     0 
	00067: PUSHW[1]            584 
	00070: PUSHB[4]             35   113   170    24 
	00075: CALL       
	00076: SRP0       
	00077: MIRP[srp0,nmd,rd,2] 
	00078: MIRP[srp0,nmd,rd,0] 
	00079: MIRP[nrp0,md,rd,1] 
	00080: SRP0       
	00081: MIRP[srp0,md,rd,1] 
	00082: MIRP[srp0,nmd,rd,0] 
	00083: MIRP[nrp0,md,rd,1] 
	00084: SRP0       
	00085: ALIGNRP    
	00086: SRP0       
	00087: MIRP[nrp0,nmd,rd,0] 
	00088: SRP0       
	00089: ALIGNRP    
	00090: SRP0       
	00091: MIRP[nrp0,nmd,rd,0] 
	00092: SVTCA[y-axis] 
	00093: MDAP[rd]   
	00094: MIRP[srp0,md,rd,1] 
	00095: MIRP[srp0,nmd,rd,2] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: SRP0       
	00099: MIRP[srp0,nmd,rd,2] 
	00100: MIRP[srp0,md,rd,1] 
	00101: MIRP[nrp0,nmd,rd,0] 
	00102: SRP0       
	00103: MIRP[srp0,nmd,rd,2] 
	00104: MIRP[srp0,md,rd,1] 
	00105: MIRP[nrp0,nmd,rd,0] 
	00106: SRP1       
	00107: SRP2       
	00108: IP         
	00109: IUP[y]     
	00110: IUP[x]     
	00111: RS         
	00112: JROF       
	00113: NPUSHB      (46):     1    34    30    11    32    40     1    28     1    26 
	                            40     0    24     5    26    40     0    34     7    32 
	                            40     1    31    10    29    40     0    11    12    27 
	                             2    29    40     0     1     0    25     4    23    40 
	                             1    33     8    23    40     1 
	00161: CALL       
	00162: CALL       
	00163: SRP0       
	00164: ALIGNRP    
	00165: CALL       
	00166: SRP0       
	00167: ALIGNRP    
	00168: CALL       
	00169: SVTCA[x-axis] 
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: CALL       
	00174: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:        XDual         Y-Short         On
	 14:  YDual XDual                 X-Short On
	 15:        XDual         Y-Short         On
	 16:  YDual                       X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:  YDual                               On
	 21:  YDual XDual         Y-Short         On
	 22:  YDual                               On
	 23:        XDual                 X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   579,   577)  ->  Abs (   579,   577)
	  1: Rel (  -109,    15)  ->  Abs (   470,   592)
	  2: Rel (  -142,   163)  ->  Abs (   328,   755)
	  3: Rel (     0,   107)  ->  Abs (   328,   862)
	  4: Rel (     0,   121)  ->  Abs (   328,   983)
	  5: Rel (   169,   170)  ->  Abs (   497,  1153)
	  6: Rel (   119,     0)  ->  Abs (   616,  1153)
	  7: Rel (   118,     0)  ->  Abs (   734,  1153)
	  8: Rel (   169,  -170)  ->  Abs (   903,   983)
	  9: Rel (     0,  -121)  ->  Abs (   903,   862)
	 10: Rel (     0,  -109)  ->  Abs (   903,   753)
	 11: Rel (  -141,  -162)  ->  Abs (   762,   591)
	 12: Rel (  -108,   -14)  ->  Abs (   654,   577)
	 13: Rel (     0,  -165)  ->  Abs (   654,   412)
	 14: Rel (   255,     0)  ->  Abs (   909,   412)
	 15: Rel (     0,   -69)  ->  Abs (   909,   343)
	 16: Rel (  -255,     0)  ->  Abs (   654,   343)
	 17: Rel (     0,  -263)  ->  Abs (   654,    80)
	 18: Rel (   -75,     0)  ->  Abs (   579,    80)
	 19: Rel (     0,   263)  ->  Abs (   579,   343)
	 20: Rel (  -258,     0)  ->  Abs (   321,   343)
	 21: Rel (     0,    69)  ->  Abs (   321,   412)
	 22: Rel (   258,     0)  ->  Abs (   579,   412)
	 23: Rel (    36,   657)  ->  Abs (   615,  1069)
	 24: Rel (   -85,     0)  ->  Abs (   530,  1069)
	 25: Rel (  -120,  -120)  ->  Abs (   410,   949)
	 26: Rel (     0,   -85)  ->  Abs (   410,   864)
	 27: Rel (     0,   -85)  ->  Abs (   410,   779)
	 28: Rel (   120,  -121)  ->  Abs (   530,   658)
	 29: Rel (    85,     0)  ->  Abs (   615,   658)
	 30: Rel (    85,     0)  ->  Abs (   700,   658)
	 31: Rel (   121,   121)  ->  Abs (   821,   779)
	 32: Rel (     0,    85)  ->  Abs (   821,   864)
	 33: Rel (     0,    85)  ->  Abs (   821,   949)
	 34: Rel (  -120,   120)  ->  Abs (   701,  1069)

	Glyph 387: off = 0x00015D96, len = 434
	  numberOfContours:	2
	  xMin:			184
	  yMin:			250
	  xMax:			1046
	  yMax:			1153

	EndPoints
	---------
	  0:  50
	  1:  62

	  Length of Instructions:	258
	00000: NPUSHB      (42):    41     1    41    37     2    96     5   160     5     2 
	                            48     5    64     5     2    32     5    46    33     2 
	                            37    38    37    35    38    48     0     1    20     0 
	                             0     1    38    39    39    39    40    38    40    43 
	                            49    36 
	00044: PUSHW[1]            773 
	00047: PUSHB[4]             37    32    77    27 
	00052: PUSHW[6]            757    22    35   399    25   762 
	00065: PUSHB[5]             22   210    37    77     3 
	00071: NPUSHW      (11):   765     1     7   775    13   771    17     5   775    15 
	                           765 
	00095: PUSHB[3]             17   193     1 
	00099: PUSHW[1]            758 
	00102: PUSHB[3]             38    77     0 
	00106: PUSHW[1]            765 
	00109: NPUSHB      (23):    51    44    49   182    57    44    43    35   174    37 
	                            29    52    25    62    22   193    37     5   213     1 
	                             7    77    13 
	00134: PUSHW[1]            408 
	00137: NPUSHB      (34):    15   232    17   210     1    35   174    37    77     1 
	                           215    38    77     0     0    54    60    44    40   182 
	                            54    44     0    46    48    46     2    46    25    63 
	                            43    99   171    24 
	00173: PUSHW[1]            356 
	00176: SCANCTRL   
	00177: CALL       
	00178: SVTCA[y-axis] 
	00179: MDAP[rd]   
	00180: SVTCA[x-axis] 
	00181: FLIPOFF    
	00182: SRP0       
	00183: MIRP[srp0,nmd,rd,0] 
	00184: DELTAP1    
	00185: FLIPON     
	00186: MIRP[nrp0,md,rd,1] 
	00187: MIRP[srp0,md,rd,1] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP1       
	00190: IP         
	00191: MDAP[rd]   
	00192: MIRP[nrp0,md,rd,1] 
	00193: MIRP[srp0,nmd,rd,0] 
	00194: MIRP[srp0,md,rd,1] 
	00195: MIRP[nrp0,nmd,rd,0] 
	00196: SRP0       
	00197: MIRP[srp0,nmd,rd,0] 
	00198: MIRP[nrp0,nmd,rd,2] 
	00199: MIRP[srp0,nmd,rd,2] 
	00200: MIRP[nrp0,md,rd,1] 
	00201: SRP0       
	00202: MIRP[nrp0,nmd,rd,0] 
	00203: SRP0       
	00204: MIRP[srp0,md,rd,1] 
	00205: MIRP[nrp0,nmd,rd,0] 
	00206: MIRP[nrp0,nmd,rd,0] 
	00207: SRP0       
	00208: MIRP[nrp0,nmd,rd,0] 
	00209: SVTCA[y-axis] 
	00210: SRP0       
	00211: MIRP[nrp0,md,rd,1] 
	00212: MIRP[srp0,md,rd,1] 
	00213: MIRP[nrp0,md,rd,1] 
	00214: MIRP[srp0,nmd,rd,0] 
	00215: MIRP[nrp0,md,rd,1] 
	00216: MIRP[srp0,md,rd,0] 
	00217: MIRP[srp0,md,rd,1] 
	00218: MIRP[srp0,nmd,rd,0] 
	00219: MIRP[nrp0,nmd,rd,1] 
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,0] 
	00222: MIRP[nrp0,nmd,rd,1] 
	00223: SRP0       
	00224: MIRP[nrp0,nmd,rd,0] 
	00225: MIRP[srp0,md,rd,1] 
	00226: MIRP[srp0,nmd,rd,0] 
	00227: MIRP[srp0,nmd,rd,2] 
	00228: MIRP[nrp0,md,rd,1] 
	00229: SRP0       
	00230: MIRP[srp0,nmd,rd,2] 
	00231: MIRP[nrp0,md,rd,1] 
	00232: SRP0       
	00233: MIRP[nrp0,nmd,rd,0] 
	00234: SRP1       
	00235: SRP2       
	00236: IP         
	00237: SRP1       
	00238: SRP2       
	00239: IP         
	00240: SVTCA[x-axis] 
	00241: IP         
	00242: SFVTL[=p1,p2] 
	00243: SDPVTL[1]  
	00244: MDAP[nrd]  
	00245: CALL       
	00246: SFVTL[=p1,p2] 
	00247: RDTG       
	00248: SRP0       
	00249: MDRP[nrp0,nmd,rd,0] 
	00250: IUP[y]     
	00251: IUP[x]     
	00252: SVTCA[y-axis] 
	00253: DELTAP1    
	00254: DELTAP1    
	00255: DELTAP1    
	00256: SVTCA[x-axis] 
	00257: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:                      Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:                      Y-Short X-Short On
	 52:  YDual                       X-Short Off
	 53:                      Y-Short X-Short Off
	 54:        XDual         Y-Short         On
	 55:        XDual         Y-Short         Off
	 56:        XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:  YDual XDual         Y-Short X-Short Off
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   628,   782)  ->  Abs (   628,   782)
	  1: Rel (   242,   242)  ->  Abs (   870,  1024)
	  2: Rel (   -35,     9)  ->  Abs (   835,  1033)
	  3: Rel (   -73,    28)  ->  Abs (   762,  1061)
	  4: Rel (   -55,    21)  ->  Abs (   707,  1082)
	  5: Rel (   -28,    28)  ->  Abs (   679,  1110)
	  6: Rel (    -8,     8)  ->  Abs (   671,  1118)
	  7: Rel (     0,    11)  ->  Abs (   671,  1129)
	  8: Rel (     0,     8)  ->  Abs (   671,  1137)
	  9: Rel (     7,     7)  ->  Abs (   678,  1144)
	 10: Rel (     5,     5)  ->  Abs (   683,  1149)
	 11: Rel (    10,     0)  ->  Abs (   693,  1149)
	 12: Rel (     9,     0)  ->  Abs (   702,  1149)
	 13: Rel (    22,    -5)  ->  Abs (   724,  1144)
	 14: Rel (    64,   -15)  ->  Abs (   788,  1129)
	 15: Rel (    63,     0)  ->  Abs (   851,  1129)
	 16: Rel (    94,     0)  ->  Abs (   945,  1129)
	 17: Rel (    73,    24)  ->  Abs (  1018,  1153)
	 18: Rel (    12,     0)  ->  Abs (  1030,  1153)
	 19: Rel (     8,     0)  ->  Abs (  1038,  1153)
	 20: Rel (     8,    -7)  ->  Abs (  1046,  1146)
	 21: Rel (     0,    -8)  ->  Abs (  1046,  1138)
	 22: Rel (     0,    -7)  ->  Abs (  1046,  1131)
	 23: Rel (    -5,   -18)  ->  Abs (  1041,  1113)
	 24: Rel (   -18,   -69)  ->  Abs (  1023,  1044)
	 25: Rel (     0,   -89)  ->  Abs (  1023,   955)
	 26: Rel (     0,   -63)  ->  Abs (  1023,   892)
	 27: Rel (    13,   -67)  ->  Abs (  1036,   825)
	 28: Rel (     5,   -23)  ->  Abs (  1041,   802)
	 29: Rel (     0,    -9)  ->  Abs (  1041,   793)
	 30: Rel (     0,    -9)  ->  Abs (  1041,   784)
	 31: Rel (    -5,    -5)  ->  Abs (  1036,   779)
	 32: Rel (    -7,    -7)  ->  Abs (  1029,   772)
	 33: Rel (    -7,     0)  ->  Abs (  1022,   772)
	 34: Rel (   -19,     0)  ->  Abs (  1003,   772)
	 35: Rel (   -21,    39)  ->  Abs (   982,   811)
	 36: Rel (   -44,    83)  ->  Abs (   938,   894)
	 37: Rel (   -21,    83)  ->  Abs (   917,   977)
	 38: Rel (  -237,  -237)  ->  Abs (   680,   740)
	 39: Rel (    84,   -81)  ->  Abs (   764,   659)
	 40: Rel (     0,  -111)  ->  Abs (   764,   548)
	 41: Rel (     0,  -124)  ->  Abs (   764,   424)
	 42: Rel (  -171,  -174)  ->  Abs (   593,   250)
	 43: Rel (  -120,     0)  ->  Abs (   473,   250)
	 44: Rel (  -120,     0)  ->  Abs (   353,   250)
	 45: Rel (  -169,   168)  ->  Abs (   184,   418)
	 46: Rel (     0,   117)  ->  Abs (   184,   535)
	 47: Rel (     0,   120)  ->  Abs (   184,   655)
	 48: Rel (   171,   170)  ->  Abs (   355,   825)
	 49: Rel (   120,     0)  ->  Abs (   475,   825)
	 50: Rel (    71,     0)  ->  Abs (   546,   825)
	 51: Rel (   -71,   -75)  ->  Abs (   475,   750)
	 52: Rel (   -89,     0)  ->  Abs (   386,   750)
	 53: Rel (  -124,  -124)  ->  Abs (   262,   626)
	 54: Rel (     0,   -88)  ->  Abs (   262,   538)
	 55: Rel (     0,   -88)  ->  Abs (   262,   450)
	 56: Rel (   125,  -125)  ->  Abs (   387,   325)
	 57: Rel (    88,     0)  ->  Abs (   475,   325)
	 58: Rel (    88,     0)  ->  Abs (   563,   325)
	 59: Rel (   124,   124)  ->  Abs (   687,   449)
	 60: Rel (     0,    89)  ->  Abs (   687,   538)
	 61: Rel (     0,    88)  ->  Abs (   687,   626)
	 62: Rel (  -124,   124)  ->  Abs (   563,   750)

	Glyph 388: off = 0x00015F48, len = 304
	  numberOfContours:	1
	  xMin:			128
	  yMin:			0
	  xMax:			1100
	  yMax:			1231

	EndPoints
	---------
	  0:  34

	  Length of Instructions:	192
	00000: NPUSHB      (33):    29    40    67    67    52    87     1    86    26     2 
	                            76     9    74    22    85     3    91     9    91    22 
	                            84    30   107     9   105    22     8    69     3    68 
	                            30     2    12 
	00035: PUSHW[1]            -24 
	00038: NPUSHB      (96):    13    15    52    19    24    13    15    52   203     2 
	                           202     3   217     2   217     3     4    38    12    41 
	                            19     2    23    12    24    19     2   153    30     1 
	                            10    10    24    21    21     8    15    24    31    24 
	                             2    24    24     0    14    17    62    16    15     8 
	                            16     8     0    14    14    15    15     5    17    17 
	                            16    16    27     0     0    10   189    21    21    27 
	                             0     5    95     5     2   143     5   176     5   207 
	                             5   223     5     4     0     5    48     5    79     5 
	                           127     5     4     5     5    27 
	00136: MDAP[rd]   
	00137: SHP[rp1,zp0] 
	00138: MDAP[rd]   
	00139: DELTAP1    
	00140: DELTAP1    
	00141: DELTAP2    
	00142: SRP2       
	00143: IP         
	00144: MDAP[rd]   
	00145: MIRP[nrp0,md,rd,1] 
	00146: RTHG       
	00147: IP         
	00148: MDAP[rd]   
	00149: SRP1       
	00150: SHP[rp1,zp0] 
	00151: RTG        
	00152: MDAP[rd]   
	00153: SHP[rp1,zp0] 
	00154: MDAP[rd]   
	00155: SRP1       
	00156: SHP[rp1,zp0] 
	00157: MDAP[rd]   
	00158: SHP[rp1,zp0] 
	00159: MDAP[rd]   
	00160: SVTCA[y-axis] 
	00161: MDAP[rd]   
	00162: MIAP[rd+ci] 
	00163: MIAP[rd+ci] 
	00164: SRP0       
	00165: MIRP[srp0,md,rd,1] 
	00166: ALIGNRP    
	00167: SRP2       
	00168: IP         
	00169: MDAP[rd]   
	00170: DELTAP1    
	00171: ALIGNRP    
	00172: IP         
	00173: MDAP[rd]   
	00174: SRP1       
	00175: IP         
	00176: MDAP[rd]   
	00177: IUP[y]     
	00178: IUP[x]     
	00179: SVTCA[x-axis] 
	00180: DELTAP3    
	00181: DELTAP1    
	00182: DELTAP1    
	00183: DELTAP1    
	00184: CALL       
	00185: CALL       
	00186: SVTCA[y-axis] 
	00187: DELTAP1    
	00188: DELTAP1    
	00189: SVTCA[x-axis] 
	00190: DELTAP2    
	00191: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:                      Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:        XDual Rep-  2 Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short On
	 16:  YDual                               On
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   615,  1231)  ->  Abs (   615,  1231)
	  1: Rel (    26,  -108)  ->  Abs (   641,  1123)
	  2: Rel (   108,  -170)  ->  Abs (   749,   953)
	  3: Rel (   277,  -251)  ->  Abs (  1026,   702)
	  4: Rel (    74,  -135)  ->  Abs (  1100,   567)
	  5: Rel (     0,   -69)  ->  Abs (  1100,   498)
	  6: Rel (     0,   -95)  ->  Abs (  1100,   403)
	  7: Rel (  -128,  -128)  ->  Abs (   972,   275)
	  8: Rel (   -90,     0)  ->  Abs (   882,   275)
	  9: Rel (  -156,     0)  ->  Abs (   726,   275)
	 10: Rel (   -99,   190)  ->  Abs (   627,   465)
	 11: Rel (     1,  -147)  ->  Abs (   628,   318)
	 12: Rel (    75,  -173)  ->  Abs (   703,   145)
	 13: Rel (   164,   -99)  ->  Abs (   867,    46)
	 14: Rel (   137,    -9)  ->  Abs (  1004,    37)
	 15: Rel (     7,   -37)  ->  Abs (  1011,     0)
	 16: Rel (  -792,     0)  ->  Abs (   219,     0)
	 17: Rel (     7,    37)  ->  Abs (   226,    37)
	 18: Rel (   124,     0)  ->  Abs (   350,    37)
	 19: Rel (   173,   100)  ->  Abs (   523,   137)
	 20: Rel (    89,   178)  ->  Abs (   612,   315)
	 21: Rel (    -3,   150)  ->  Abs (   609,   465)
	 22: Rel (   -45,   -95)  ->  Abs (   564,   370)
	 23: Rel (  -133,   -95)  ->  Abs (   431,   275)
	 24: Rel (   -83,     0)  ->  Abs (   348,   275)
	 25: Rel (   -90,     0)  ->  Abs (   258,   275)
	 26: Rel (  -130,   130)  ->  Abs (   128,   405)
	 27: Rel (     0,    89)  ->  Abs (   128,   494)
	 28: Rel (     0,    74)  ->  Abs (   128,   568)
	 29: Rel (    32,    59)  ->  Abs (   160,   627)
	 30: Rel (    45,    83)  ->  Abs (   205,   710)
	 31: Rel (   112,    91)  ->  Abs (   317,   801)
	 32: Rel (   140,   115)  ->  Abs (   457,   916)
	 33: Rel (    77,   114)  ->  Abs (   534,  1030)
	 34: Rel (    56,    83)  ->  Abs (   590,  1113)

	Glyph 389: off = 0x00016078, len = 352
	  numberOfContours:	1
	  xMin:			2
	  yMin:			0
	  xMax:			1227
	  yMax:			1222

	EndPoints
	---------
	  0:  51

	  Length of Instructions:	202
	00000: NPUSHB     (117):    28    10    27    43    28    44    42    10    42    44 
	                            60    10    60    44    73    10    73    44    92    10 
	                            92    44   101    20   101    31    13    25     5    21 
	                            48    93     5    81    48   128     0   134    25   132 
	                            49   128    51   171     4   163    49    10     9     5 
	                             5    48     2    10    17     1    31    20    12    35 
	                            52   127    18     1    18    18    12    46    46    12 
	                             9     9    26    41    52    15    12    31    12     2 
	                            12    12    26     1    51    62     0     2    62     1 
	                            26     1     8     0     8    29    29    23    23    15 
	                            31    38    46    20     9    15     0     0    46     1 
	                             1     9     0     0    10    21    46 
	00119: PUSHW[1]            267 
	00122: NPUSHB      (14):     9     9    15    16    38    64    38    80    38   128 
	                            38     4    38    15 
	00138: MDAP[rd]   
	00139: MDAP[rd]   
	00140: DELTAP1    
	00141: SRP2       
	00142: IP         
	00143: MDAP[rd]   
	00144: MIRP[nrp0,md,rd,1] 
	00145: SRP1       
	00146: SRP2       
	00147: IP         
	00148: MDAP[rd]   
	00149: SRP1       
	00150: SHP[rp1,zp0] 
	00151: MDAP[rd]   
	00152: SRP1       
	00153: SHP[rp1,zp0] 
	00154: MDAP[rd]   
	00155: SRP1       
	00156: SRP2       
	00157: IP         
	00158: SRP1       
	00159: SRP2       
	00160: IP         
	00161: SRP1       
	00162: SHP[rp1,zp0] 
	00163: MDAP[rd]   
	00164: SHP[rp2,zp1] 
	00165: MDAP[rd]   
	00166: SVTCA[y-axis] 
	00167: MIAP[rd+ci] 
	00168: MIAP[rd+ci] 
	00169: MDAP[rd]   
	00170: SRP0       
	00171: MIRP[nrp0,md,rd,1] 
	00172: SRP0       
	00173: MIRP[nrp0,md,rd,1] 
	00174: SRP1       
	00175: SRP2       
	00176: IP         
	00177: MDAP[rd]   
	00178: DELTAP1    
	00179: MIRP[nrp0,nmd,rd,0] 
	00180: SRP2       
	00181: IP         
	00182: MDAP[rd]   
	00183: SRP1       
	00184: IP         
	00185: MDAP[rd]   
	00186: SRP1       
	00187: SHP[rp1,zp0] 
	00188: MDAP[rd]   
	00189: DELTAP1    
	00190: MIRP[nrp0,nmd,rd,0] 
	00191: SRP2       
	00192: IP         
	00193: IP         
	00194: IUP[y]     
	00195: IUP[x]     
	00196: SVTCA[x-axis] 
	00197: DELTAP2    
	00198: DELTAP1    
	00199: DELTAP1    
	00200: SVTCA[y-axis] 
	00201: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual               Y-Short X-Short On
	 47:        XDual         Y-Short X-Short Off
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short On
	 50:        XDual         Y-Short X-Short Off
	 51:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1037,     0)  ->  Abs (  1037,     0)
	  1: Rel (  -842,     0)  ->  Abs (   195,     0)
	  2: Rel (     8,    34)  ->  Abs (   203,    34)
	  3: Rel (   165,    35)  ->  Abs (   368,    69)
	  4: Rel (    53,    33)  ->  Abs (   421,   102)
	  5: Rel (    81,    51)  ->  Abs (   502,   153)
	  6: Rel (   102,   199)  ->  Abs (   604,   352)
	  7: Rel (     0,   109)  ->  Abs (   604,   461)
	  8: Rel (     0,    15)  ->  Abs (   604,   476)
	  9: Rel (    -2,    31)  ->  Abs (   602,   507)
	 10: Rel (   -59,  -122)  ->  Abs (   543,   385)
	 11: Rel (  -175,  -114)  ->  Abs (   368,   271)
	 12: Rel (   -90,     0)  ->  Abs (   278,   271)
	 13: Rel (  -116,     0)  ->  Abs (   162,   271)
	 14: Rel (  -160,   161)  ->  Abs (     2,   432)
	 15: Rel (     0,   117)  ->  Abs (     2,   549)
	 16: Rel (     0,   115)  ->  Abs (     2,   664)
	 17: Rel (   147,   159)  ->  Abs (   149,   823)
	 18: Rel (    92,     0)  ->  Abs (   241,   823)
	 19: Rel (    61,     0)  ->  Abs (   302,   823)
	 20: Rel (   102,   -51)  ->  Abs (   404,   772)
	 21: Rel (   -42,    68)  ->  Abs (   362,   840)
	 22: Rel (   -25,    72)  ->  Abs (   337,   912)
	 23: Rel (     0,    41)  ->  Abs (   337,   953)
	 24: Rel (     0,   113)  ->  Abs (   337,  1066)
	 25: Rel (   157,   156)  ->  Abs (   494,  1222)
	 26: Rel (   118,     0)  ->  Abs (   612,  1222)
	 27: Rel (   117,     0)  ->  Abs (   729,  1222)
	 28: Rel (   159,  -157)  ->  Abs (   888,  1065)
	 29: Rel (     0,  -109)  ->  Abs (   888,   956)
	 30: Rel (     0,   -88)  ->  Abs (   888,   868)
	 31: Rel (   -68,   -96)  ->  Abs (   820,   772)
	 32: Rel (    84,    39)  ->  Abs (   904,   811)
	 33: Rel (    16,     5)  ->  Abs (   920,   816)
	 34: Rel (    27,     8)  ->  Abs (   947,   824)
	 35: Rel (    34,     0)  ->  Abs (   981,   824)
	 36: Rel (   100,     0)  ->  Abs (  1081,   824)
	 37: Rel (   146,  -156)  ->  Abs (  1227,   668)
	 38: Rel (     0,  -115)  ->  Abs (  1227,   553)
	 39: Rel (     0,  -119)  ->  Abs (  1227,   434)
	 40: Rel (  -160,  -162)  ->  Abs (  1067,   272)
	 41: Rel (  -113,     0)  ->  Abs (   954,   272)
	 42: Rel (   -61,     0)  ->  Abs (   893,   272)
	 43: Rel (  -133,    60)  ->  Abs (   760,   332)
	 44: Rel (   -49,    51)  ->  Abs (   711,   383)
	 45: Rel (   -35,    36)  ->  Abs (   676,   419)
	 46: Rel (   -51,    88)  ->  Abs (   625,   507)
	 47: Rel (     4,  -158)  ->  Abs (   629,   349)
	 48: Rel (    88,  -184)  ->  Abs (   717,   165)
	 49: Rel (    92,   -60)  ->  Abs (   809,   105)
	 50: Rel (    61,   -40)  ->  Abs (   870,    65)
	 51: Rel (   159,   -31)  ->  Abs (  1029,    34)

	Glyph 390: off = 0x000161D8, len = 172
	  numberOfContours:	1
	  xMin:			108
	  yMin:			-22
	  xMax:			1121
	  yMax:			1144

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	84
	00000: NPUSHB      (29):    52     1   105    14     2   134     2   182     4   230 
	                             2     3    25    23    15     4     2     0     6    21 
	                             8    25    23    15     4     2     0     6    11 
	00031: PUSHW[3]            453    18   453 
	00038: NPUSHB      (10):    64     0    11     0    21   255     8   255    32    15 
	00050: PUSHW[1]            326 
	00053: PUSHB[4]             27    79   123    24 
	00058: CALL       
	00059: RTHG       
	00060: SRP0       
	00061: MIRP[srp0,nmd,rd,0] 
	00062: SMD        
	00063: MIRP[nrp0,md,rd,1] 
	00064: MIRP[nrp0,md,rd,1] 
	00065: ALIGNRP    
	00066: RTG        
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: SMD        
	00070: MIRP[nrp0,md,rd,1] 
	00071: MIRP[nrp0,md,rd,1] 
	00072: SLOOP      
	00073: SHP[rp2,zp1] 
	00074: SVTCA[x-axis] 
	00075: SRP1       
	00076: SRP2       
	00077: SLOOP      
	00078: IP         
	00079: IUP[y]     
	00080: IUP[x]     
	00081: SVTCA[x-axis] 
	00082: DELTAP1    
	00083: DELTAP2    

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   617,   -22)  ->  Abs (   617,   -22)
	  1: Rel (   -29,   109)  ->  Abs (   588,    87)
	  2: Rel (  -108,   193)  ->  Abs (   480,   280)
	  3: Rel (  -152,   202)  ->  Abs (   328,   482)
	  4: Rel (  -112,   148)  ->  Abs (   216,   630)
	  5: Rel (   -27,    41)  ->  Abs (   189,   671)
	  6: Rel (   -43,    65)  ->  Abs (   146,   736)
	  7: Rel (   -38,   108)  ->  Abs (   108,   844)
	  8: Rel (     0,    56)  ->  Abs (   108,   900)
	  9: Rel (     0,   104)  ->  Abs (   108,  1004)
	 10: Rel (   138,   139)  ->  Abs (   246,  1143)
	 11: Rel (   102,     0)  ->  Abs (   348,  1143)
	 12: Rel (   101,     0)  ->  Abs (   449,  1143)
	 13: Rel (    75,   -72)  ->  Abs (   524,  1071)
	 14: Rel (    57,   -55)  ->  Abs (   581,  1016)
	 15: Rel (    36,  -106)  ->  Abs (   617,   910)
	 16: Rel (    33,   118)  ->  Abs (   650,  1028)
	 17: Rel (   143,   116)  ->  Abs (   793,  1144)
	 18: Rel (    87,     0)  ->  Abs (   880,  1144)
	 19: Rel (   101,     0)  ->  Abs (   981,  1144)
	 20: Rel (   140,  -138)  ->  Abs (  1121,  1006)
	 21: Rel (     0,   -94)  ->  Abs (  1121,   912)
	 22: Rel (     0,   -85)  ->  Abs (  1121,   827)
	 23: Rel (   -81,  -180)  ->  Abs (  1040,   647)
	 24: Rel (  -118,  -149)  ->  Abs (   922,   498)
	 25: Rel (  -152,  -192)  ->  Abs (   770,   306)
	 26: Rel (  -125,  -221)  ->  Abs (   645,    85)

	Glyph 391: off = 0x00016284, len = 122
	  numberOfContours:	1
	  xMin:			159
	  yMin:			-24
	  xMax:			1071
	  yMax:			1222

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	52
	00000: PUSHW[6]              0   326     3   778    13   709 
	00013: PUSHB[4]             32     7    11     7 
	00018: PUSHW[1]            388 
	00021: PUSHB[5]              3   167    13   167     0 
	00027: PUSHW[1]            326 
	00030: PUSHB[4]             17    80   129    24 
	00035: CALL       
	00036: RTHG       
	00037: SRP0       
	00038: MIRP[srp0,nmd,rd,0] 
	00039: MIRP[nrp0,nmd,rd,0] 
	00040: MIRP[nrp0,nmd,rd,0] 
	00041: RTG        
	00042: MIRP[srp0,nmd,rd,2] 
	00043: SVTCA[y-axis] 
	00044: MIAP[rd+ci] 
	00045: RTHG       
	00046: SMD        
	00047: MIRP[nrp0,md,rd,1] 
	00048: MIRP[srp0,nmd,rd,0] 
	00049: MIRP[srp0,nmd,rd,0] 
	00050: IUP[y]     
	00051: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:                                      Off
	  3:        XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   613,  1222)  ->  Abs (   613,  1222)
	  1: Rel (    89,  -151)  ->  Abs (   702,  1071)
	  2: Rel (   276,  -368)  ->  Abs (   978,   703)
	  3: Rel (    93,  -103)  ->  Abs (  1071,   600)
	  4: Rel (   -76,   -79)  ->  Abs (   995,   521)
	  5: Rel (  -166,  -223)  ->  Abs (   829,   298)
	  6: Rel (  -136,  -182)  ->  Abs (   693,   116)
	  7: Rel (   -79,  -140)  ->  Abs (   614,   -24)
	  8: Rel (   -26,    50)  ->  Abs (   588,    26)
	  9: Rel (   -43,    64)  ->  Abs (   545,    90)
	 10: Rel (   -76,   113)  ->  Abs (   469,   203)
	 11: Rel (  -120,   160)  ->  Abs (   349,   363)
	 12: Rel (   -30,    40)  ->  Abs (   319,   403)
	 13: Rel (  -160,   197)  ->  Abs (   159,   600)
	 14: Rel (   101,   115)  ->  Abs (   260,   715)
	 15: Rel (   157,   210)  ->  Abs (   417,   925)
	 16: Rel (   117,   156)  ->  Abs (   534,  1081)

	Glyph 392: off = 0x000162FE, len = 194
	  numberOfContours:	1
	  xMin:			271
	  yMin:			29
	  xMax:			901
	  yMax:			1153

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	108
	00000: NPUSHB      (16):   123     4   139     4   170     4     3     0    10     3 
	                            15    25     2   151    19    10 
	00018: PUSHW[3]            765    25   315 
	00025: NPUSHB      (39):    19    10     9    77    10    10    12     1     0    36 
	                            16    16     2     2    28    29    12    44    15     7 
	                            31     7   223     7     3    15     7    47     7    63 
	                             7     3     7    26    29    22    25    28   163 
	00066: PUSHW[2]            335    24 
	00071: CALL       
	00072: FLIPOFF    
	00073: SRP0       
	00074: MIRP[nrp0,nmd,rd,0] 
	00075: SRP0       
	00076: MIRP[srp0,nmd,rd,2] 
	00077: DELTAP1    
	00078: DELTAP1    
	00079: FLIPON     
	00080: MIRP[nrp0,md,rd,1] 
	00081: SRP1       
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: ALIGNRP    
	00086: SRP0       
	00087: MIRP[srp0,md,rd,1] 
	00088: ALIGNRP    
	00089: SRP2       
	00090: IP         
	00091: MDAP[rd]   
	00092: MIRP[nrp0,md,rd,1] 
	00093: SVTCA[y-axis] 
	00094: MIAP[rd+ci] 
	00095: MIRP[srp0,md,rd,1] 
	00096: MIRP[nrp0,nmd,rd,0] 
	00097: SRP0       
	00098: MIRP[nrp0,md,rd,1] 
	00099: SRP1       
	00100: IP         
	00101: IP         
	00102: SRP2       
	00103: IP         
	00104: IUP[y]     
	00105: IUP[x]     
	00106: SVTCA[x-axis] 
	00107: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short X-Short On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:        XDual                         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   563,   303)  ->  Abs (   563,   303)
	  1: Rel (     0,   850)  ->  Abs (   563,  1153)
	  2: Rel (    75,     0)  ->  Abs (   638,  1153)
	  3: Rel (     0,  -101)  ->  Abs (   638,  1052)
	  4: Rel (   155,  -191)  ->  Abs (   793,   861)
	  5: Rel (    50,   -70)  ->  Abs (   843,   791)
	  6: Rel (    58,  -164)  ->  Abs (   901,   627)
	  7: Rel (     0,   -84)  ->  Abs (   901,   543)
	  8: Rel (     0,  -154)  ->  Abs (   901,   389)
	  9: Rel (   -95,  -117)  ->  Abs (   806,   272)
	 10: Rel (   -47,     0)  ->  Abs (   759,   272)
	 11: Rel (    59,   130)  ->  Abs (   818,   402)
	 12: Rel (     0,   119)  ->  Abs (   818,   521)
	 13: Rel (     0,   119)  ->  Abs (   818,   640)
	 14: Rel (  -115,   159)  ->  Abs (   703,   799)
	 15: Rel (   -65,    10)  ->  Abs (   638,   809)
	 16: Rel (     0,  -506)  ->  Abs (   638,   303)
	 17: Rel (     0,  -124)  ->  Abs (   638,   179)
	 18: Rel (  -145,  -150)  ->  Abs (   493,    29)
	 19: Rel (  -107,     0)  ->  Abs (   386,    29)
	 20: Rel (   -57,     0)  ->  Abs (   329,    29)
	 21: Rel (   -58,    54)  ->  Abs (   271,    83)
	 22: Rel (     0,    45)  ->  Abs (   271,   128)
	 23: Rel (     0,    76)  ->  Abs (   271,   204)
	 24: Rel (   119,   117)  ->  Abs (   390,   321)
	 25: Rel (    83,     0)  ->  Abs (   473,   321)
	 26: Rel (    23,     0)  ->  Abs (   496,   321)
	 27: Rel (    45,    -9)  ->  Abs (   541,   312)

	Glyph 393: off = 0x000163C0, len = 280
	  numberOfContours:	2
	  xMin:			90
	  yMin:			-43
	  xMax:			1082
	  yMax:			1159

	EndPoints
	---------
	  0:  29
	  1:  33

	  Length of Instructions:	169
	00000: NPUSHB      (30):     9    28     9    33    29    28    29    33     4    29 
	                            28    28   192    33    32    20    33    33    32    13 
	                            14    14   192    30    31    20    30    30    31     9 
	00032: PUSHW[4]            315    64     3   773 
	00041: NPUSHB       (9):    18    52    31    68    31   100    31     3    32 
	00052: PUSHW[1]            481 
	00055: NPUSHB      (12):    31     7    32    30    48    30    64    30    96    30 
	                             4    30 
	00069: PUSHW[1]            481 
	00072: PUSHB[4]             32    33     6    24 
	00077: PUSHW[1]            315 
	00080: NPUSHB      (32):    18    11     6   118    13    31    32    12    36    29 
	                            47     0    63     0     2     0    26    35    14    30 
	                            33    15    36    28    27   118    21    25    34   176 
	                           129    24 
	00114: CALL       
	00115: FLIPOFF    
	00116: SRP0       
	00117: MIRP[srp0,nmd,rd,0] 
	00118: FLIPON     
	00119: MIRP[srp0,md,rd,1] 
	00120: ALIGNRP    
	00121: MIRP[srp0,md,rd,1] 
	00122: ALIGNRP    
	00123: ALIGNRP    
	00124: ALIGNRP    
	00125: FLIPOFF    
	00126: SRP0       
	00127: MIRP[srp0,nmd,rd,2] 
	00128: DELTAP1    
	00129: ALIGNRP    
	00130: FLIPON     
	00131: MIRP[srp0,md,rd,1] 
	00132: ALIGNRP    
	00133: ALIGNRP    
	00134: ALIGNRP    
	00135: MIRP[nrp0,md,rd,1] 
	00136: SVTCA[y-axis] 
	00137: MIAP[rd+ci] 
	00138: MIRP[nrp0,md,rd,1] 
	00139: MIAP[rd+ci] 
	00140: SMD        
	00141: RTHG       
	00142: MIRP[nrp0,md,rd,2] 
	00143: DELTAP1    
	00144: MIAP[rd+ci] 
	00145: MIRP[nrp0,md,rd,2] 
	00146: DELTAP1    
	00147: RTG        
	00148: SRP0       
	00149: MIRP[srp0,nmd,rd,0] 
	00150: SMD        
	00151: MIRP[nrp0,md,rd,1] 
	00152: SDPVTL[1]  
	00153: MDAP[nrd]  
	00154: CALL       
	00155: RDTG       
	00156: SRP0       
	00157: MDRP[nrp0,nmd,rd,0] 
	00158: SDPVTL[1]  
	00159: MDAP[nrd]  
	00160: RTG        
	00161: CALL       
	00162: RDTG       
	00163: SRP0       
	00164: MDRP[nrp0,nmd,rd,0] 
	00165: IUP[y]     
	00166: IUP[x]     
	00167: SVTCA[y-axis] 
	00168: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual                         On
	 14:                      Y-Short         On
	 15:        XDual                         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual                         On
	 29:  YDual               Y-Short         On
	 30:                                      On
	 31:  YDual               Y-Short         On
	 32:  YDual XDual         Y-Short         On
	 33:                      Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1082,   323)  ->  Abs (  1082,   323)
	  1: Rel (     0,  -125)  ->  Abs (  1082,   198)
	  2: Rel (  -148,  -148)  ->  Abs (   934,    50)
	  3: Rel (  -103,     0)  ->  Abs (   831,    50)
	  4: Rel (   -57,     0)  ->  Abs (   774,    50)
	  5: Rel (   -58,    54)  ->  Abs (   716,   104)
	  6: Rel (     0,    45)  ->  Abs (   716,   149)
	  7: Rel (     0,    76)  ->  Abs (   716,   225)
	  8: Rel (   119,   116)  ->  Abs (   835,   341)
	  9: Rel (    82,     0)  ->  Abs (   917,   341)
	 10: Rel (    23,     0)  ->  Abs (   940,   341)
	 11: Rel (    45,    -9)  ->  Abs (   985,   332)
	 12: Rel (    22,    -9)  ->  Abs (  1007,   323)
	 13: Rel (     0,   450)  ->  Abs (  1007,   773)
	 14: Rel (  -550,  -150)  ->  Abs (   457,   623)
	 15: Rel (     0,  -393)  ->  Abs (   457,   230)
	 16: Rel (     0,  -124)  ->  Abs (   457,   106)
	 17: Rel (  -145,  -149)  ->  Abs (   312,   -43)
	 18: Rel (  -107,     0)  ->  Abs (   205,   -43)
	 19: Rel (   -57,     0)  ->  Abs (   148,   -43)
	 20: Rel (   -58,    54)  ->  Abs (    90,    11)
	 21: Rel (     0,    45)  ->  Abs (    90,    56)
	 22: Rel (     0,    75)  ->  Abs (    90,   131)
	 23: Rel (   119,   116)  ->  Abs (   209,   247)
	 24: Rel (    83,     0)  ->  Abs (   292,   247)
	 25: Rel (    23,     0)  ->  Abs (   315,   247)
	 26: Rel (    45,    -8)  ->  Abs (   360,   239)
	 27: Rel (    22,    -9)  ->  Abs (   382,   230)
	 28: Rel (     0,   750)  ->  Abs (   382,   980)
	 29: Rel (   700,   179)  ->  Abs (  1082,  1159)
	 30: Rel (  -625,  -409)  ->  Abs (   457,   750)
	 31: Rel (   550,   150)  ->  Abs (  1007,   900)
	 32: Rel (     0,   115)  ->  Abs (  1007,  1015)
	 33: Rel (  -550,  -150)  ->  Abs (   457,   865)

	Glyph 394: off = 0x000164D8, len = 616
	  numberOfContours:	2
	  xMin:			9
	  yMin:			-33
	  xMax:			1220
	  yMax:			1170

	EndPoints
	---------
	  0:  31
	  1:  68

	  Length of Instructions:	430
	00000: NPUSHB      (30):     0    34     0    50     0    51    19    51    99    51 
	                           112    51     6    46    51    59    51    91    51   111 
	                            51   127    50   143    51     6    46     8    62    68 
	00032: PUSHW[1]            676 
	00035: NPUSHB      (19):     0    65     1   112    65   128    65     2    80    65 
	                            96    65     2     0    65    16    65     2    65 
	00056: PUSHW[1]            354 
	00059: NPUSHB       (9):    32    65    65    68    32    29    62    61    55 
	00070: PUSHW[1]            676 
	00073: NPUSHB      (11):    58    86    54    58    58    55    54    29    61     9 
	                            15 
	00086: PUSHW[3]            676    12   354 
	00093: NPUSHB       (9):    16    12    12    15    16    29     9    25    31 
	00104: PUSHW[3]            676    28   354 
	00111: NPUSHB       (9):     0    28    28    31     0    29    25     8     2 
	00122: PUSHW[3]            676     5   354 
	00129: NPUSHB       (9):     1     5     5     2     1    29     8    24    18 
	00140: PUSHW[3]            676    21   354 
	00147: NPUSHB      (62):    17    21    21    18    17    29    24    46    38    42 
	                            49    38    36     9    68    38    62    55    38    62 
	                            61     2    42    42    61    49    31    38    25    18 
	                            38    25    24     2     2    38     8    15    38     9 
	                             9     8     8    32    30    54    54    33    30     0 
	                            53     1     0    53    16    53    32    53    48    53 
	                             4    53 
	00211: PUSHW[1]            626 
	00214: NPUSHB      (13):    46    46    45    38    39    39   143    38     1    96 
	                            38     1    38 
	00229: PUSHW[1]            724 
	00232: PUSHB[5]              0     1    30    17    16 
	00238: PUSHW[5]            724    69   294   287    24 
	00249: CALL       
	00250: SRP0       
	00251: MIRP[srp0,nmd,rd,2] 
	00252: ALIGNRP    
	00253: MIRP[srp0,md,rd,1] 
	00254: ALIGNRP    
	00255: MIRP[srp0,nmd,rd,2] 
	00256: DELTAP1    
	00257: DELTAP2    
	00258: ALIGNRP    
	00259: SRP0       
	00260: MIRP[srp0,md,rd,1] 
	00261: ALIGNRP    
	00262: SRP0       
	00263: MIRP[srp0,nmd,rd,2] 
	00264: DELTAP1    
	00265: DELTAP1    
	00266: MIRP[nrp0,md,rd,1] 
	00267: ALIGNRP    
	00268: SRP0       
	00269: MIRP[nrp0,md,rd,1] 
	00270: SVTCA[y-axis] 
	00271: MIAP[rd+ci] 
	00272: ALIGNRP    
	00273: SRP0       
	00274: MIRP[nrp0,md,rd,1] 
	00275: SRP0       
	00276: MIRP[nrp0,md,rd,1] 
	00277: MIAP[rd+ci] 
	00278: ALIGNRP    
	00279: MIRP[nrp0,md,rd,1] 
	00280: SRP0       
	00281: MIRP[nrp0,md,rd,1] 
	00282: SRP1       
	00283: SRP2       
	00284: IP         
	00285: MDAP[rd]   
	00286: MIAP[rd+ci] 
	00287: ALIGNRP    
	00288: MIRP[nrp0,md,rd,1] 
	00289: SRP0       
	00290: MIRP[nrp0,md,rd,1] 
	00291: MIAP[rd+ci] 
	00292: MIRP[srp0,md,rd,1] 
	00293: SRP1       
	00294: IP         
	00295: IP         
	00296: SRP0       
	00297: MIRP[srp0,md,rd,1] 
	00298: RTDG       
	00299: SRP2       
	00300: IP         
	00301: MDAP[rd]   
	00302: RTG        
	00303: SVTCA[x-axis] 
	00304: SRP0       
	00305: MIRP[srp0,nmd,rd,1] 
	00306: MIRP[srp0,nmd,rd,0] 
	00307: MDRP[nrp0,nmd,rd,0] 
	00308: SVTCA[y-axis] 
	00309: SRP0       
	00310: MIRP[srp0,md,rd,1] 
	00311: RTDG       
	00312: SRP2       
	00313: IP         
	00314: MDAP[rd]   
	00315: RTG        
	00316: SVTCA[x-axis] 
	00317: SRP0       
	00318: MIRP[srp0,nmd,rd,1] 
	00319: MIRP[srp0,nmd,rd,0] 
	00320: MDRP[nrp0,nmd,rd,0] 
	00321: SVTCA[y-axis] 
	00322: SRP0       
	00323: MIRP[srp0,md,rd,1] 
	00324: RTDG       
	00325: SRP2       
	00326: IP         
	00327: MDAP[rd]   
	00328: RTG        
	00329: SVTCA[x-axis] 
	00330: SRP0       
	00331: MIRP[srp0,nmd,rd,1] 
	00332: MIRP[srp0,nmd,rd,0] 
	00333: MDRP[nrp0,nmd,rd,0] 
	00334: SVTCA[y-axis] 
	00335: SRP0       
	00336: MIRP[srp0,md,rd,1] 
	00337: RTDG       
	00338: SRP2       
	00339: IP         
	00340: MDAP[rd]   
	00341: RTG        
	00342: SVTCA[x-axis] 
	00343: SRP0       
	00344: MIRP[srp0,nmd,rd,1] 
	00345: MIRP[srp0,nmd,rd,0] 
	00346: MDRP[nrp0,nmd,rd,0] 
	00347: SVTCA[y-axis] 
	00348: SRP0       
	00349: MIRP[srp0,md,rd,1] 
	00350: RTDG       
	00351: SRP2       
	00352: IP         
	00353: MDAP[rd]   
	00354: RTG        
	00355: SVTCA[x-axis] 
	00356: SRP0       
	00357: MIRP[srp0,nmd,rd,1] 
	00358: MIRP[srp0,nmd,rd,0] 
	00359: MDRP[nrp0,nmd,rd,0] 
	00360: SVTCA[y-axis] 
	00361: SRP0       
	00362: MIRP[srp0,md,rd,1] 
	00363: RTDG       
	00364: SRP2       
	00365: IP         
	00366: MDAP[rd]   
	00367: RTG        
	00368: SVTCA[x-axis] 
	00369: SRP0       
	00370: MIRP[srp0,nmd,rd,1] 
	00371: DELTAP1    
	00372: DELTAP1    
	00373: DELTAP1    
	00374: DELTAP2    
	00375: MIRP[srp0,nmd,rd,0] 
	00376: MDRP[nrp0,nmd,rd,0] 
	00377: RS         
	00378: JROF       
	00379: NPUSHB      (30):    47    52    34    37    51    37    50    35    53    45 
	                             1    48    37    46    57     0    47    46    37    38 
	                            52    34    49    45     0    47    37    49    57     0 
	00411: SVTCA[y-axis] 
	00412: CALL       
	00413: CALL       
	00414: SVTCA[x-axis] 
	00415: SRP0       
	00416: ALIGNRP    
	00417: SRP0       
	00418: ALIGNRP    
	00419: CALL       
	00420: CALL       
	00421: CALL       
	00422: FLIPRGON   
	00423: FLIPRGON   
	00424: IUP[y]     
	00425: IUP[x]     
	00426: SVTCA[x-axis] 
	00427: DELTAP1    
	00428: SVTCA[y-axis] 
	00429: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual                               On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                               On
	 33:        XDual                         On
	 34:        XDual         Y-Short         Off
	 35:                      Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short X-Short Off
	 48:        XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:        XDual                         On
	 55:  YDual                       X-Short On
	 56:  YDual                       X-Short Off
	 57:  YDual               Y-Short X-Short Off
	 58:  YDual XDual         Y-Short         On
	 59:  YDual XDual         Y-Short         Off
	 60:  YDual XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual                               On
	 63:  YDual XDual                 X-Short Off
	 64:        XDual         Y-Short X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:                      Y-Short X-Short Off
	 68:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   280,  1086)  ->  Abs (   280,  1086)
	  1: Rel (     0, -1002)  ->  Abs (   280,    84)
	  2: Rel (   131,     0)  ->  Abs (   411,    84)
	  3: Rel (    31,     0)  ->  Abs (   442,    84)
	  4: Rel (    26,   -23)  ->  Abs (   468,    61)
	  5: Rel (     0,   -19)  ->  Abs (   468,    42)
	  6: Rel (     0,   -18)  ->  Abs (   468,    24)
	  7: Rel (   -26,   -24)  ->  Abs (   442,     0)
	  8: Rel (   -31,     0)  ->  Abs (   411,     0)
	  9: Rel (  -346,     0)  ->  Abs (    65,     0)
	 10: Rel (   -30,     0)  ->  Abs (    35,     0)
	 11: Rel (   -26,    24)  ->  Abs (     9,    24)
	 12: Rel (     0,    18)  ->  Abs (     9,    42)
	 13: Rel (     0,    19)  ->  Abs (     9,    61)
	 14: Rel (    26,    23)  ->  Abs (    35,    84)
	 15: Rel (    30,     0)  ->  Abs (    65,    84)
	 16: Rel (   131,     0)  ->  Abs (   196,    84)
	 17: Rel (     0,  1002)  ->  Abs (   196,  1086)
	 18: Rel (  -131,     0)  ->  Abs (    65,  1086)
	 19: Rel (   -30,     0)  ->  Abs (    35,  1086)
	 20: Rel (   -26,    23)  ->  Abs (     9,  1109)
	 21: Rel (     0,    19)  ->  Abs (     9,  1128)
	 22: Rel (     0,    19)  ->  Abs (     9,  1147)
	 23: Rel (    26,    23)  ->  Abs (    35,  1170)
	 24: Rel (    30,     0)  ->  Abs (    65,  1170)
	 25: Rel (   346,     0)  ->  Abs (   411,  1170)
	 26: Rel (    31,     0)  ->  Abs (   442,  1170)
	 27: Rel (    26,   -23)  ->  Abs (   468,  1147)
	 28: Rel (     0,   -19)  ->  Abs (   468,  1128)
	 29: Rel (     0,   -19)  ->  Abs (   468,  1109)
	 30: Rel (   -26,   -23)  ->  Abs (   442,  1086)
	 31: Rel (   -31,     0)  ->  Abs (   411,  1086)
	 32: Rel (   625,     0)  ->  Abs (  1036,  1086)
	 33: Rel (     0,  -742)  ->  Abs (  1036,   344)
	 34: Rel (     0,  -188)  ->  Abs (  1036,   156)
	 35: Rel (  -162,  -189)  ->  Abs (   874,   -33)
	 36: Rel (  -115,     0)  ->  Abs (   759,   -33)
	 37: Rel (  -156,     0)  ->  Abs (   603,   -33)
	 38: Rel (  -110,   186)  ->  Abs (   493,   153)
	 39: Rel (     0,   189)  ->  Abs (   493,   342)
	 40: Rel (     0,    30)  ->  Abs (   493,   372)
	 41: Rel (    24,    27)  ->  Abs (   517,   399)
	 42: Rel (    19,     0)  ->  Abs (   536,   399)
	 43: Rel (    18,     0)  ->  Abs (   554,   399)
	 44: Rel (    24,   -26)  ->  Abs (   578,   373)
	 45: Rel (     0,   -31)  ->  Abs (   578,   342)
	 46: Rel (     0,  -165)  ->  Abs (   578,   177)
	 47: Rel (    46,   -69)  ->  Abs (   624,   108)
	 48: Rel (    84,   -57)  ->  Abs (   708,    51)
	 49: Rel (    51,     0)  ->  Abs (   759,    51)
	 50: Rel (    80,     0)  ->  Abs (   839,    51)
	 51: Rel (    49,    62)  ->  Abs (   888,   113)
	 52: Rel (    64,    81)  ->  Abs (   952,   194)
	 53: Rel (     0,   150)  ->  Abs (   952,   344)
	 54: Rel (     0,   742)  ->  Abs (   952,  1086)
	 55: Rel (  -246,     0)  ->  Abs (   706,  1086)
	 56: Rel (   -30,     0)  ->  Abs (   676,  1086)
	 57: Rel (   -26,    23)  ->  Abs (   650,  1109)
	 58: Rel (     0,    19)  ->  Abs (   650,  1128)
	 59: Rel (     0,    19)  ->  Abs (   650,  1147)
	 60: Rel (    26,    23)  ->  Abs (   676,  1170)
	 61: Rel (    30,     0)  ->  Abs (   706,  1170)
	 62: Rel (   458,     0)  ->  Abs (  1164,  1170)
	 63: Rel (    30,     0)  ->  Abs (  1194,  1170)
	 64: Rel (    26,   -23)  ->  Abs (  1220,  1147)
	 65: Rel (     0,   -19)  ->  Abs (  1220,  1128)
	 66: Rel (     0,   -19)  ->  Abs (  1220,  1109)
	 67: Rel (   -26,   -23)  ->  Abs (  1194,  1086)
	 68: Rel (   -30,     0)  ->  Abs (  1164,  1086)

	Glyph 395: off = 0x00016740, len = 494
	  numberOfContours:	4
	  xMin:			19
	  yMin:			-386
	  xMax:			1020
	  yMax:			1297

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  32
	  3:  58

	  Length of Instructions:	323
	00000: NPUSHB      (16):   133    57   169    44   187    44   204    44     4    69 
	                            44    69    57     2    40    34 
	00018: PUSHW[3]            686    37   506 
	00025: NPUSHB       (9):    33    37    37    34    33    34    40    16    10 
	00036: PUSHW[3]            686    13   279 
	00043: NPUSHB       (9):     9    13    13    10     9    34    16    17    23 
	00054: PUSHW[3]            686    20   279 
	00061: NPUSHB       (9):    24    20    20    23    24    34    17    32    26 
	00072: PUSHW[1]            686 
	00075: NPUSHB      (14):    29   149    25    29    29    26    25    34    32     4 
	                             7   197     5     6 
	00091: PUSHW[1]            404 
	00094: NPUSHB      (22):    40    33    59    41    34    59    41    40     6    55 
	                            59    47    54    59    47    48    14     3     0   197 
	                             1     2 
	00118: PUSHW[1]            404 
	00121: NPUSHB      (21):     8    26    59    32    25    59    32     8     6    23 
	                            59    17    17    10    59    16    10     7     6     4 
	                             6 
	00144: PUSHW[1]            351 
	00147: PUSHB[7]             63     5     1     5   136    41    51 
	00155: PUSHW[1]            425 
	00158: NPUSHB      (10):    58    42    41    58    41    32    48    33     1    33 
	00170: PUSHW[4]            431    24     3   351 
	00179: PUSHB[3]              0     0     2 
	00183: PUSHW[1]            351 
	00186: NPUSHB      (11):     1    84     8     8     9    32    25    16    24     1 
	                            24 
	00199: PUSHW[1]            675 
	00202: PUSHB[4]             59   152   128    24 
	00207: CALL       
	00208: SRP0       
	00209: MIRP[srp0,nmd,rd,0] 
	00210: DELTAP1    
	00211: ALIGNRP    
	00212: MIRP[srp0,md,rd,1] 
	00213: ALIGNRP    
	00214: SRP0       
	00215: MIRP[srp0,nmd,rd,0] 
	00216: MIRP[nrp0,md,rd,1] 
	00217: ALIGNRP    
	00218: SRP0       
	00219: MIRP[nrp0,md,rd,1] 
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,0] 
	00222: DELTAP1    
	00223: MIRP[nrp0,md,rd,1] 
	00224: ALIGNRP    
	00225: SRP0       
	00226: ALIGNRP    
	00227: SRP0       
	00228: MIRP[nrp0,nmd,rd,0] 
	00229: SRP0       
	00230: MIRP[srp0,nmd,rd,0] 
	00231: DELTAP1    
	00232: MIRP[nrp0,md,rd,1] 
	00233: ALIGNRP    
	00234: SRP0       
	00235: ALIGNRP    
	00236: SVTCA[y-axis] 
	00237: MIAP[rd+ci] 
	00238: MIRP[nrp0,md,rd,1] 
	00239: ALIGNRP    
	00240: SRP0       
	00241: MIRP[nrp0,md,rd,1] 
	00242: MIAP[rd+ci] 
	00243: ALIGNRP    
	00244: MIRP[nrp0,md,rd,1] 
	00245: SRP0       
	00246: MIRP[nrp0,md,rd,1] 
	00247: SRP0       
	00248: MIRP[srp0,nmd,rd,2] 
	00249: ALIGNRP    
	00250: MIRP[srp0,md,rd,1] 
	00251: ALIGNRP    
	00252: MIAP[rd+ci] 
	00253: ALIGNRP    
	00254: MIRP[nrp0,md,rd,1] 
	00255: SRP0       
	00256: MIRP[nrp0,md,rd,1] 
	00257: MIAP[rd+ci] 
	00258: ALIGNRP    
	00259: MIRP[nrp0,md,rd,1] 
	00260: SRP0       
	00261: MIRP[nrp0,md,rd,1] 
	00262: SRP0       
	00263: MIRP[srp0,nmd,rd,2] 
	00264: ALIGNRP    
	00265: MIRP[srp0,md,rd,1] 
	00266: ALIGNRP    
	00267: SRP0       
	00268: MIRP[srp0,md,rd,1] 
	00269: RTDG       
	00270: SRP2       
	00271: IP         
	00272: MDAP[rd]   
	00273: RTG        
	00274: SVTCA[x-axis] 
	00275: SRP0       
	00276: MIRP[srp0,nmd,rd,1] 
	00277: MIRP[srp0,nmd,rd,0] 
	00278: MDRP[nrp0,nmd,rd,0] 
	00279: SVTCA[y-axis] 
	00280: SRP0       
	00281: MIRP[srp0,md,rd,1] 
	00282: RTDG       
	00283: SRP2       
	00284: IP         
	00285: MDAP[rd]   
	00286: RTG        
	00287: SVTCA[x-axis] 
	00288: SRP0       
	00289: MIRP[srp0,nmd,rd,1] 
	00290: MIRP[srp0,nmd,rd,0] 
	00291: MDRP[nrp0,nmd,rd,0] 
	00292: SVTCA[y-axis] 
	00293: SRP0       
	00294: MIRP[srp0,md,rd,1] 
	00295: RTDG       
	00296: SRP2       
	00297: IP         
	00298: MDAP[rd]   
	00299: RTG        
	00300: SVTCA[x-axis] 
	00301: SRP0       
	00302: MIRP[srp0,nmd,rd,1] 
	00303: MIRP[srp0,nmd,rd,0] 
	00304: MDRP[nrp0,nmd,rd,0] 
	00305: SVTCA[y-axis] 
	00306: SRP0       
	00307: MIRP[srp0,md,rd,1] 
	00308: RTDG       
	00309: SRP2       
	00310: IP         
	00311: MDAP[rd]   
	00312: RTG        
	00313: SVTCA[x-axis] 
	00314: SRP0       
	00315: MIRP[srp0,nmd,rd,1] 
	00316: MIRP[srp0,nmd,rd,0] 
	00317: MDRP[nrp0,nmd,rd,0] 
	00318: IUP[y]     
	00319: IUP[x]     
	00320: SVTCA[y-axis] 
	00321: DELTAP2    
	00322: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:  YDual XDual         Y-Short         On
	  8:                                      On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                               On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual                               On
	 25:        XDual                         On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:                      Y-Short         On
	 34:  YDual                               On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual                               On
	 42:        XDual                         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short On
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:        XDual         Y-Short X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   437,  1297)  ->  Abs (   437,  1297)
	  1: Rel (     0,  -217)  ->  Abs (   437,  1080)
	  2: Rel (  -123,     0)  ->  Abs (   314,  1080)
	  3: Rel (     0,   217)  ->  Abs (   314,  1297)
	  4: Rel (   591,     0)  ->  Abs (   905,  1297)
	  5: Rel (     0,  -217)  ->  Abs (   905,  1080)
	  6: Rel (  -124,     0)  ->  Abs (   781,  1080)
	  7: Rel (     0,   217)  ->  Abs (   781,  1297)
	  8: Rel (  -352,  -431)  ->  Abs (   429,   866)
	  9: Rel (     0,  -782)  ->  Abs (   429,    84)
	 10: Rel (   270,     0)  ->  Abs (   699,    84)
	 11: Rel (    30,     0)  ->  Abs (   729,    84)
	 12: Rel (    26,   -23)  ->  Abs (   755,    61)
	 13: Rel (     0,   -19)  ->  Abs (   755,    42)
	 14: Rel (     0,   -18)  ->  Abs (   755,    24)
	 15: Rel (   -26,   -24)  ->  Abs (   729,     0)
	 16: Rel (   -30,     0)  ->  Abs (   699,     0)
	 17: Rel (  -624,     0)  ->  Abs (    75,     0)
	 18: Rel (   -30,     0)  ->  Abs (    45,     0)
	 19: Rel (   -26,    24)  ->  Abs (    19,    24)
	 20: Rel (     0,    18)  ->  Abs (    19,    42)
	 21: Rel (     0,    19)  ->  Abs (    19,    61)
	 22: Rel (    26,    23)  ->  Abs (    45,    84)
	 23: Rel (    30,     0)  ->  Abs (    75,    84)
	 24: Rel (   270,     0)  ->  Abs (   345,    84)
	 25: Rel (     0,   697)  ->  Abs (   345,   781)
	 26: Rel (  -246,     0)  ->  Abs (    99,   781)
	 27: Rel (   -30,     0)  ->  Abs (    69,   781)
	 28: Rel (   -26,    24)  ->  Abs (    43,   805)
	 29: Rel (     0,    18)  ->  Abs (    43,   823)
	 30: Rel (     0,    19)  ->  Abs (    43,   842)
	 31: Rel (    26,    24)  ->  Abs (    69,   866)
	 32: Rel (    30,     0)  ->  Abs (    99,   866)
	 33: Rel (   837,   -85)  ->  Abs (   936,   781)
	 34: Rel (  -298,     0)  ->  Abs (   638,   781)
	 35: Rel (   -30,     0)  ->  Abs (   608,   781)
	 36: Rel (   -26,    24)  ->  Abs (   582,   805)
	 37: Rel (     0,    19)  ->  Abs (   582,   824)
	 38: Rel (     0,    18)  ->  Abs (   582,   842)
	 39: Rel (    26,    24)  ->  Abs (   608,   866)
	 40: Rel (    30,     0)  ->  Abs (   638,   866)
	 41: Rel (   382,     0)  ->  Abs (  1020,   866)
	 42: Rel (     0,  -925)  ->  Abs (  1020,   -59)
	 43: Rel (     0,  -107)  ->  Abs (  1020,  -166)
	 44: Rel (   -88,  -144)  ->  Abs (   932,  -310)
	 45: Rel (   -88,   -45)  ->  Abs (   844,  -355)
	 46: Rel (   -61,   -31)  ->  Abs (   783,  -386)
	 47: Rel (   -83,     0)  ->  Abs (   700,  -386)
	 48: Rel (  -207,     0)  ->  Abs (   493,  -386)
	 49: Rel (   -30,     0)  ->  Abs (   463,  -386)
	 50: Rel (   -26,    23)  ->  Abs (   437,  -363)
	 51: Rel (     0,    19)  ->  Abs (   437,  -344)
	 52: Rel (     0,    19)  ->  Abs (   437,  -325)
	 53: Rel (    26,    24)  ->  Abs (   463,  -301)
	 54: Rel (    30,     0)  ->  Abs (   493,  -301)
	 55: Rel (   205,    -1)  ->  Abs (   698,  -302)
	 56: Rel (   106,     0)  ->  Abs (   804,  -302)
	 57: Rel (   132,   140)  ->  Abs (   936,  -162)
	 58: Rel (     0,   103)  ->  Abs (   936,   -59)

	Glyph 396: off = 0x0001692E, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1111
	  yMax:			1255

	     0: Flags:		0x0226
		Glyf Index:	81
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	493
		X WOffset:	-520
		Y WOffset:	1364
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]             72    75     1     1    63 
	00006: PUSHW[2]            802    41 
	00011: SVTCA[y-axis] 
	00012: CALL       
	00013: SVTCA[x-axis] 
	00014: SRP0       
	00015: ALIGNRP    
	00016: IUP[y]     

	Glyph 397: off = 0x0001695A, len = 86
	  numberOfContours:	1
	  xMin:			513
	  yMin:			655
	  xMax:			821
	  yMax:			1255

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	39
	00000: NPUSHB      (13):     5   182     1     0     0     1   178     0     2   146 
	                             0    62     8 
	00015: PUSHW[5]            745    11   100   461    24 
	00026: CALL       
	00027: SRP0       
	00028: MIRP[srp0,nmd,rd,2] 
	00029: MIRP[nrp0,nmd,rd,0] 
	00030: MIRP[nrp0,md,rd,1] 
	00031: SRP0       
	00032: MIRP[nrp0,md,rd,1] 
	00033: SVTCA[y-axis] 
	00034: MIAP[rd+ci] 
	00035: ALIGNRP    
	00036: MIRP[nrp0,md,rd,1] 
	00037: IUP[y]     
	00038: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:                              X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   555,  1255)  ->  Abs (   555,  1255)
	  1: Rel (   266,     0)  ->  Abs (   821,  1255)
	  2: Rel (  -182,  -525)  ->  Abs (   639,   730)
	  3: Rel (   -15,   -43)  ->  Abs (   624,   687)
	  4: Rel (   -39,   -32)  ->  Abs (   585,   655)
	  5: Rel (   -25,     0)  ->  Abs (   560,   655)
	  6: Rel (   -21,     0)  ->  Abs (   539,   655)
	  7: Rel (   -26,    27)  ->  Abs (   513,   682)
	  8: Rel (     0,    29)  ->  Abs (   513,   711)
	  9: Rel (     0,     8)  ->  Abs (   513,   719)
	 10: Rel (     1,    11)  ->  Abs (   514,   730)

	Glyph 398: off = 0x000169B0, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			293
	  yMin:			655
	  xMax:			1031
	  yMax:			1255

	     0: Flags:		0x0027
		Glyf Index:	397
		X WOffset:	-220
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0107
		Glyf Index:	397
		X WOffset:	210
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1    11     0 
	00005: PUSHW[1]            430 
	00008: PUSHB[6]             72    39     0     1     0    22 
	00015: PUSHW[1]            335 
	00018: PUSHB[2]             72    39 
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: CALL       

	Glyph 399: off = 0x000169E4, len = 436
	  numberOfContours:	4
	  xMin:			187
	  yMin:			-24
	  xMax:			1044
	  yMax:			1275

	EndPoints
	---------
	  0:  42
	  1:  62
	  2:  74
	  3:  86

	  Length of Instructions:	194
	00000: PUSHW[2]             23   -64 
	00005: PUSHB[4]             22    27    52    19 
	00010: PUSHW[1]            -64 
	00013: NPUSHB      (14):    22    25    52    85    64    22    25    52    77    64 
	                            22    25    52    83 
	00029: PUSHW[1]            -64 
	00032: PUSHB[4]             22    25    52    79 
	00037: PUSHW[1]            -64 
	00040: NPUSHB      (23):    22    25    52    53    55    44    44    78    24    43 
	                            55    54    54    24    78    55    72   255    84    55 
	                            66    11    28 
	00065: PUSHW[1]            399 
	00068: PUSHB[6]             24    55    35   255    41    12 
	00075: PUSHW[3]            399     4   771 
	00082: NPUSHB      (18):    18    55    41     0    81    55    69   255    75    55 
	                            59    62    95    63   111    63     2    63 
	00102: PUSHW[1]            487 
	00105: NPUSHB      (12):    88    31    55    26    62    15     9     8    15     0 
	                            55     8 
	00119: PUSHW[1]            368 
	00122: NPUSHB      (10):    21    55    49    62    80    38    96    38     2    38 
	00134: PUSHW[1]            487 
	00137: PUSHB[4]             87   199   188    24 
	00142: CALL       
	00143: SRP0       
	00144: MIRP[srp0,nmd,rd,2] 
	00145: DELTAP1    
	00146: MIRP[nrp0,nmd,rd,0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIRP[srp0,md,rd,1] 
	00149: MIRP[srp0,md,rd,1] 
	00150: ALIGNRP    
	00151: SRP0       
	00152: ALIGNRP    
	00153: SRP0       
	00154: MIRP[srp0,nmd,rd,0] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: SRP0       
	00157: MIRP[srp0,nmd,rd,2] 
	00158: DELTAP1    
	00159: MIRP[nrp0,nmd,rd,0] 
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIRP[srp0,md,rd,1] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: SVTCA[y-axis] 
	00164: MIAP[rd+ci] 
	00165: MIRP[nrp0,md,rd,1] 
	00166: MIRP[srp0,nmd,rd,0] 
	00167: MIRP[nrp0,md,rd,1] 
	00168: SRP0       
	00169: MIRP[srp0,md,rd,1] 
	00170: MIRP[nrp0,md,rd,1] 
	00171: MIRP[nrp0,md,rd,1] 
	00172: MIAP[rd+ci] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: MIRP[srp0,md,rd,1] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: SRP1       
	00177: IP         
	00178: MDAP[rd]   
	00179: MIRP[nrp0,md,rd,1] 
	00180: SRP1       
	00181: SRP2       
	00182: IP         
	00183: MDAP[rd]   
	00184: MIRP[nrp0,md,rd,1] 
	00185: IUP[y]     
	00186: IUP[x]     
	00187: SVTCA[x-axis] 
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:                                      On
	 44:                      Y-Short         On
	 45:                      Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual               Y-Short         On
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short         On
	 60:        XDual         Y-Short         Off
	 61:                      Y-Short X-Short On
	 62:                      Y-Short X-Short Off
	 63:                              X-Short On
	 64:        XDual         Y-Short         Off
	 65:                      Y-Short X-Short Off
	 66:  YDual                       X-Short On
	 67:  YDual                       X-Short Off
	 68:  YDual               Y-Short X-Short Off
	 69:  YDual XDual         Y-Short         On
	 70:  YDual XDual         Y-Short         Off
	 71:  YDual XDual         Y-Short X-Short Off
	 72:  YDual XDual                 X-Short On
	 73:  YDual XDual                 X-Short Off
	 74:        XDual         Y-Short X-Short Off
	 75:                      Y-Short X-Short On
	 76:  YDual XDual         Y-Short         Off
	 77:  YDual               Y-Short X-Short Off
	 78:  YDual                       X-Short On
	 79:  YDual                       X-Short Off
	 80:                      Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:        XDual         Y-Short X-Short Off
	 84:  YDual XDual                 X-Short On
	 85:  YDual XDual                 X-Short Off
	 86:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   671,  1211)  ->  Abs (   671,  1211)
	  1: Rel (     0,    32)  ->  Abs (   671,  1243)
	  2: Rel (     4,     6)  ->  Abs (   675,  1249)
	  3: Rel (     8,    10)  ->  Abs (   683,  1259)
	  4: Rel (    11,     0)  ->  Abs (   694,  1259)
	  5: Rel (    11,     0)  ->  Abs (   705,  1259)
	  6: Rel (     7,    -9)  ->  Abs (   712,  1250)
	  7: Rel (     6,    -6)  ->  Abs (   718,  1244)
	  8: Rel (     0,   -17)  ->  Abs (   718,  1227)
	  9: Rel (     0,  -106)  ->  Abs (   718,  1121)
	 10: Rel (     0,   -18)  ->  Abs (   718,  1103)
	 11: Rel (   -13,   -14)  ->  Abs (   705,  1089)
	 12: Rel (   -11,     0)  ->  Abs (   694,  1089)
	 13: Rel (    -9,     0)  ->  Abs (   685,  1089)
	 14: Rel (   -13,    13)  ->  Abs (   672,  1102)
	 15: Rel (    -1,    15)  ->  Abs (   671,  1117)
	 16: Rel (    -4,    40)  ->  Abs (   667,  1157)
	 17: Rel (   -97,    71)  ->  Abs (   570,  1228)
	 18: Rel (   -83,     0)  ->  Abs (   487,  1228)
	 19: Rel (   -94,     0)  ->  Abs (   393,  1228)
	 20: Rel (  -119,  -120)  ->  Abs (   274,  1108)
	 21: Rel (     0,   -95)  ->  Abs (   274,  1013)
	 22: Rel (     0,   -91)  ->  Abs (   274,   922)
	 23: Rel (   120,  -119)  ->  Abs (   394,   803)
	 24: Rel (    95,     0)  ->  Abs (   489,   803)
	 25: Rel (   127,     0)  ->  Abs (   616,   803)
	 26: Rel (    86,    85)  ->  Abs (   702,   888)
	 27: Rel (    12,    12)  ->  Abs (   714,   900)
	 28: Rel (     9,     0)  ->  Abs (   723,   900)
	 29: Rel (     9,     0)  ->  Abs (   732,   900)
	 30: Rel (    13,   -13)  ->  Abs (   745,   887)
	 31: Rel (     0,   -10)  ->  Abs (   745,   877)
	 32: Rel (     0,   -24)  ->  Abs (   745,   853)
	 33: Rel (   -56,   -37)  ->  Abs (   689,   816)
	 34: Rel (   -91,   -60)  ->  Abs (   598,   756)
	 35: Rel (  -112,     0)  ->  Abs (   486,   756)
	 36: Rel (  -113,     0)  ->  Abs (   373,   756)
	 37: Rel (  -146,   145)  ->  Abs (   227,   901)
	 38: Rel (     0,   111)  ->  Abs (   227,  1012)
	 39: Rel (     0,   114)  ->  Abs (   227,  1126)
	 40: Rel (   149,   149)  ->  Abs (   376,  1275)
	 41: Rel (   114,     0)  ->  Abs (   490,  1275)
	 42: Rel (   108,     0)  ->  Abs (   598,  1275)
	 43: Rel (   416,  -550)  ->  Abs (  1014,   725)
	 44: Rel (  -778,  -253)  ->  Abs (   236,   472)
	 45: Rel (   -14,    -4)  ->  Abs (   222,   468)
	 46: Rel (    -7,     0)  ->  Abs (   215,   468)
	 47: Rel (   -11,     0)  ->  Abs (   204,   468)
	 48: Rel (   -17,    18)  ->  Abs (   187,   486)
	 49: Rel (     0,    12)  ->  Abs (   187,   498)
	 50: Rel (     0,    10)  ->  Abs (   187,   508)
	 51: Rel (     7,    10)  ->  Abs (   194,   518)
	 52: Rel (     5,     6)  ->  Abs (   199,   524)
	 53: Rel (    18,     6)  ->  Abs (   217,   530)
	 54: Rel (   778,   253)  ->  Abs (   995,   783)
	 55: Rel (    14,     4)  ->  Abs (  1009,   787)
	 56: Rel (     8,     0)  ->  Abs (  1017,   787)
	 57: Rel (    10,     0)  ->  Abs (  1027,   787)
	 58: Rel (    17,   -18)  ->  Abs (  1044,   769)
	 59: Rel (     0,   -12)  ->  Abs (  1044,   757)
	 60: Rel (     0,   -10)  ->  Abs (  1044,   747)
	 61: Rel (    -7,   -10)  ->  Abs (  1037,   737)
	 62: Rel (    -5,    -6)  ->  Abs (  1032,   731)
	 63: Rel (   -26,  -496)  ->  Abs (  1006,   235)
	 64: Rel (     0,  -107)  ->  Abs (  1006,   128)
	 65: Rel (  -153,  -152)  ->  Abs (   853,   -24)
	 66: Rel (  -109,     0)  ->  Abs (   744,   -24)
	 67: Rel (  -109,     0)  ->  Abs (   635,   -24)
	 68: Rel (  -153,   152)  ->  Abs (   482,   128)
	 69: Rel (     0,   107)  ->  Abs (   482,   235)
	 70: Rel (     0,   107)  ->  Abs (   482,   342)
	 71: Rel (   153,   153)  ->  Abs (   635,   495)
	 72: Rel (   109,     0)  ->  Abs (   744,   495)
	 73: Rel (   109,     0)  ->  Abs (   853,   495)
	 74: Rel (   153,  -152)  ->  Abs (  1006,   343)
	 75: Rel (   -47,  -108)  ->  Abs (   959,   235)
	 76: Rel (     0,    88)  ->  Abs (   959,   323)
	 77: Rel (  -125,   125)  ->  Abs (   834,   448)
	 78: Rel (   -90,     0)  ->  Abs (   744,   448)
	 79: Rel (   -89,     0)  ->  Abs (   655,   448)
	 80: Rel (  -126,  -125)  ->  Abs (   529,   323)
	 81: Rel (     0,   -88)  ->  Abs (   529,   235)
	 82: Rel (     0,   -87)  ->  Abs (   529,   148)
	 83: Rel (   126,  -125)  ->  Abs (   655,    23)
	 84: Rel (    89,     0)  ->  Abs (   744,    23)
	 85: Rel (    89,     0)  ->  Abs (   833,    23)
	 86: Rel (   126,   124)  ->  Abs (   959,   147)

	Glyph 400: off = 0x00016B98, len = 272
	  numberOfContours:	2
	  xMin:			321
	  yMin:			-33
	  xMax:			792
	  yMax:			1197

	EndPoints
	---------
	  0:  44
	  1:  56

	  Length of Instructions:	106
	00000: NPUSHB      (11):    41    38    43    45     0    14    32     7    20    53 
	                            23 
	00013: PUSHW[1]            399 
	00016: NPUSHB      (20):    20    91    29    11    53    91     6     0    41    38 
	                            43     3    32    57    10    91    15    49     1    49 
	00038: PUSHW[1]            749 
	00041: NPUSHB      (18):    45    26   213    16    41   193    32    14    91    45 
	                            91     0    16    91    32     1    32     0 
	00061: PUSHW[5]            755    57   245   333    24 
	00072: CALL       
	00073: SRP0       
	00074: MIRP[srp0,nmd,rd,2] 
	00075: ALIGNRP    
	00076: ALIGNRP    
	00077: SRP0       
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP0       
	00080: MIRP[nrp0,md,rd,1] 
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP0       
	00083: MIRP[nrp0,md,rd,1] 
	00084: SRP0       
	00085: MIRP[nrp0,nmd,rd,0] 
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,2] 
	00088: DELTAP2    
	00089: MIRP[nrp0,md,rd,1] 
	00090: SRP1       
	00091: SRP2       
	00092: SLOOP      
	00093: IP         
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: MIAP[rd+ci] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP1       
	00101: SRP2       
	00102: SLOOP      
	00103: IP         
	00104: IUP[y]     
	00105: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:        XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short On
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:                      Y-Short X-Short On
	 56:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   439,   446)  ->  Abs (   439,   446)
	  1: Rel (     0,    41)  ->  Abs (   439,   487)
	  2: Rel (     0,   193)  ->  Abs (   439,   680)
	  3: Rel (    65,   373)  ->  Abs (   504,  1053)
	  4: Rel (    76,    91)  ->  Abs (   580,  1144)
	  5: Rel (    45,    53)  ->  Abs (   625,  1197)
	  6: Rel (    55,     0)  ->  Abs (   680,  1197)
	  7: Rel (    48,     0)  ->  Abs (   728,  1197)
	  8: Rel (    27,   -35)  ->  Abs (   755,  1162)
	  9: Rel (    37,   -50)  ->  Abs (   792,  1112)
	 10: Rel (     0,   -99)  ->  Abs (   792,  1013)
	 11: Rel (     0,  -151)  ->  Abs (   792,   862)
	 12: Rel (   -76,  -171)  ->  Abs (   716,   691)
	 13: Rel (   -49,  -113)  ->  Abs (   667,   578)
	 14: Rel (  -138,  -168)  ->  Abs (   529,   410)
	 15: Rel (    -5,  -114)  ->  Abs (   524,   296)
	 16: Rel (     0,   -30)  ->  Abs (   524,   266)
	 17: Rel (     0,  -149)  ->  Abs (   524,   117)
	 18: Rel (    22,   -43)  ->  Abs (   546,    74)
	 19: Rel (    12,   -22)  ->  Abs (   558,    52)
	 20: Rel (    24,     0)  ->  Abs (   582,    52)
	 21: Rel (    32,     0)  ->  Abs (   614,    52)
	 22: Rel (    41,    88)  ->  Abs (   655,   140)
	 23: Rel (    30,     0)  ->  Abs (   685,   140)
	 24: Rel (    13,     0)  ->  Abs (   698,   140)
	 25: Rel (    19,   -21)  ->  Abs (   717,   119)
	 26: Rel (     0,   -17)  ->  Abs (   717,   102)
	 27: Rel (     0,   -49)  ->  Abs (   717,    53)
	 28: Rel (   -82,   -86)  ->  Abs (   635,   -33)
	 29: Rel (   -54,     0)  ->  Abs (   581,   -33)
	 30: Rel (   -79,     0)  ->  Abs (   502,   -33)
	 31: Rel (   -61,   138)  ->  Abs (   441,   105)
	 32: Rel (    -2,   200)  ->  Abs (   439,   305)
	 33: Rel (   -15,   -13)  ->  Abs (   424,   292)
	 34: Rel (    -6,    -7)  ->  Abs (   418,   285)
	 35: Rel (   -29,   -30)  ->  Abs (   389,   255)
	 36: Rel (    -6,    -4)  ->  Abs (   383,   251)
	 37: Rel (    -9,    -6)  ->  Abs (   374,   245)
	 38: Rel (   -11,     0)  ->  Abs (   363,   245)
	 39: Rel (   -18,     0)  ->  Abs (   345,   245)
	 40: Rel (   -24,    23)  ->  Abs (   321,   268)
	 41: Rel (     0,    15)  ->  Abs (   321,   283)
	 42: Rel (     0,    17)  ->  Abs (   321,   300)
	 43: Rel (    14,    22)  ->  Abs (   335,   322)
	 44: Rel (    19,    30)  ->  Abs (   354,   352)
	 45: Rel (   175,   192)  ->  Abs (   529,   544)
	 46: Rel (    89,   122)  ->  Abs (   618,   666)
	 47: Rel (    37,    94)  ->  Abs (   655,   760)
	 48: Rel (    51,   131)  ->  Abs (   706,   891)
	 49: Rel (     0,   115)  ->  Abs (   706,  1006)
	 50: Rel (     0,    72)  ->  Abs (   706,  1078)
	 51: Rel (   -13,    24)  ->  Abs (   693,  1102)
	 52: Rel (    -6,    12)  ->  Abs (   687,  1114)
	 53: Rel (   -11,     0)  ->  Abs (   676,  1114)
	 54: Rel (   -27,     0)  ->  Abs (   649,  1114)
	 55: Rel (   -35,   -66)  ->  Abs (   614,  1048)
	 56: Rel (   -74,  -143)  ->  Abs (   540,   905)

	Glyph 401: off = 0x00016CA8, len = 42
	  numberOfContours:	2
	  xMin:			2
	  yMin:			0
	  xMax:			1227
	  yMax:			1225

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (     2,  1225)  ->  Abs (     2,  1225)
	  1: Rel (  1225,     0)  ->  Abs (  1227,  1225)
	  2: Rel (     0, -1225)  ->  Abs (  1227,     0)
	  3: Rel ( -1225,     0)  ->  Abs (     2,     0)
	  4: Rel (    76,  1149)  ->  Abs (    78,  1149)
	  5: Rel (     0, -1073)  ->  Abs (    78,    76)
	  6: Rel (  1073,     0)  ->  Abs (  1151,    76)
	  7: Rel (     0,  1073)  ->  Abs (  1151,  1149)

	Glyph 402: off = 0x00016CD2, len = 28
	  numberOfContours:	1
	  xMin:			361
	  yMin:			383
	  xMax:			868
	  yMax:			890

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   868,   383)  ->  Abs (   868,   383)
	  1: Rel (  -507,     0)  ->  Abs (   361,   383)
	  2: Rel (     0,   507)  ->  Abs (   361,   890)
	  3: Rel (   507,     0)  ->  Abs (   868,   890)

	Glyph 403: off = 0x00016CEE, len = 110
	  numberOfContours:	2
	  xMin:			361
	  yMin:			383
	  xMax:			868
	  yMax:			890

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	66
	00000: PUSHB[6]              5     6    91     2     2     3 
	00007: PUSHW[1]            750 
	00010: NPUSHB      (11):     0     7     4    91     1     0     5     4    91     3 
	                             0 
	00023: PUSHW[1]            745 
	00026: PUSHB[6]              1     6     7    91     2     1 
	00033: PUSHW[5]            418     8    72   382    24 
	00044: CALL       
	00045: SRP0       
	00046: MIRP[srp0,nmd,rd,2] 
	00047: ALIGNRP    
	00048: MIRP[srp0,md,rd,1] 
	00049: ALIGNRP    
	00050: SRP0       
	00051: MIRP[srp0,md,rd,2] 
	00052: ALIGNRP    
	00053: MIRP[srp0,md,rd,1] 
	00054: ALIGNRP    
	00055: SVTCA[y-axis] 
	00056: MDAP[rd]   
	00057: ALIGNRP    
	00058: MIRP[srp0,md,rd,1] 
	00059: ALIGNRP    
	00060: SRP0       
	00061: MIRP[srp0,md,rd,2] 
	00062: ALIGNRP    
	00063: SRP0       
	00064: MIRP[srp0,md,rd,1] 
	00065: ALIGNRP    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:                              X-Short On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   868,   383)  ->  Abs (   868,   383)
	  1: Rel (  -507,     0)  ->  Abs (   361,   383)
	  2: Rel (     0,   507)  ->  Abs (   361,   890)
	  3: Rel (   507,     0)  ->  Abs (   868,   890)
	  4: Rel (   -76,  -431)  ->  Abs (   792,   459)
	  5: Rel (     0,   355)  ->  Abs (   792,   814)
	  6: Rel (  -355,     0)  ->  Abs (   437,   814)
	  7: Rel (     0,  -355)  ->  Abs (   437,   459)

	Glyph 404: off = 0x00016D5C, len = 56
	  numberOfContours:	1
	  xMin:			174
	  yMin:			137
	  xMax:			1055
	  yMax:			1018

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                                      Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                                      Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   615,  1018)  ->  Abs (   615,  1018)
	  1: Rel (   110,     0)  ->  Abs (   725,  1018)
	  2: Rel (   212,  -114)  ->  Abs (   937,   904)
	  3: Rel (   118,  -212)  ->  Abs (  1055,   692)
	  4: Rel (     0,  -114)  ->  Abs (  1055,   578)
	  5: Rel (     0,  -183)  ->  Abs (  1055,   395)
	  6: Rel (  -258,  -258)  ->  Abs (   797,   137)
	  7: Rel (  -182,     0)  ->  Abs (   615,   137)
	  8: Rel (  -183,     0)  ->  Abs (   432,   137)
	  9: Rel (  -258,   258)  ->  Abs (   174,   395)
	 10: Rel (     0,   183)  ->  Abs (   174,   578)
	 11: Rel (     0,   115)  ->  Abs (   174,   693)
	 12: Rel (   118,   211)  ->  Abs (   292,   904)
	 13: Rel (   212,   114)  ->  Abs (   504,  1018)

	Glyph 405: off = 0x00016D94, len = 122
	  numberOfContours:	2
	  xMin:			367
	  yMin:			389
	  xMax:			862
	  yMax:			884

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	45
	00000: PUSHB[3]             15    91     9 
	00004: PUSHW[1]            368 
	00007: PUSHB[6]             21    91     3    12    91     0 
	00014: PUSHW[1]            368 
	00017: PUSHB[3]             18    91     6 
	00021: PUSHW[5]            418    24    72   382    24 
	00032: CALL       
	00033: SRP0       
	00034: MIRP[srp0,nmd,rd,2] 
	00035: MIRP[nrp0,md,rd,1] 
	00036: MIRP[srp0,md,rd,1] 
	00037: MIRP[nrp0,md,rd,1] 
	00038: SVTCA[y-axis] 
	00039: MDAP[rd]   
	00040: MIRP[nrp0,md,rd,1] 
	00041: MIRP[srp0,md,rd,1] 
	00042: MIRP[nrp0,md,rd,1] 
	00043: IUP[y]     
	00044: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   862,   637)  ->  Abs (   862,   637)
	  1: Rel (     0,  -103)  ->  Abs (   862,   534)
	  2: Rel (  -146,  -145)  ->  Abs (   716,   389)
	  3: Rel (  -102,     0)  ->  Abs (   614,   389)
	  4: Rel (  -102,     0)  ->  Abs (   512,   389)
	  5: Rel (  -145,   145)  ->  Abs (   367,   534)
	  6: Rel (     0,   103)  ->  Abs (   367,   637)
	  7: Rel (     0,   102)  ->  Abs (   367,   739)
	  8: Rel (   145,   145)  ->  Abs (   512,   884)
	  9: Rel (   102,     0)  ->  Abs (   614,   884)
	 10: Rel (   103,     0)  ->  Abs (   717,   884)
	 11: Rel (   145,  -145)  ->  Abs (   862,   739)
	 12: Rel (   -76,  -102)  ->  Abs (   786,   637)
	 13: Rel (     0,    71)  ->  Abs (   786,   708)
	 14: Rel (  -101,   100)  ->  Abs (   685,   808)
	 15: Rel (   -71,     0)  ->  Abs (   614,   808)
	 16: Rel (   -71,     0)  ->  Abs (   543,   808)
	 17: Rel (  -100,  -101)  ->  Abs (   443,   707)
	 18: Rel (     0,   -70)  ->  Abs (   443,   637)
	 19: Rel (     0,   -71)  ->  Abs (   443,   566)
	 20: Rel (   100,  -101)  ->  Abs (   543,   465)
	 21: Rel (    71,     0)  ->  Abs (   614,   465)
	 22: Rel (    71,     0)  ->  Abs (   685,   465)
	 23: Rel (   101,   100)  ->  Abs (   786,   565)

	Glyph 406: off = 0x00016E0E, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1425

	     0: Flags:		0x0236
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	216
		X WOffset:	-85
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     2    47    58     1    58    26   144    72    43     2 
	                             1    48 
	00014: PUSHW[2]            798    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 407: off = 0x00016E42, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1161

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	216
		X BOffset:	-12
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2    64    59     1    59    29 
	00007: PUSHW[1]           -303 
	00010: PUSHB[5]             72    43     2     1    56 
	00016: PUSHW[2]            800    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 408: off = 0x00016E76, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			127
	  yMin:			-33
	  xMax:			1100
	  yMax:			1574

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	40
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     1   207    73     1    31    73    79    73    95    73 
	                             3    73    55 
	00015: PUSHW[1]           -270 
	00018: PUSHB[5]             72    43     1     1    70 
	00024: PUSHW[2]            651    41 
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: DELTAP1    
	00034: DELTAP1    
	00035: SHC[rp1,zp0] 

	Glyph 409: off = 0x00016EB4, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			-33
	  xMax:			1099
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	34
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     1    31    59   175    59     2    79    59     1    59 
	                            41 
	00013: PUSHW[1]           -291 
	00016: PUSHB[5]             72    43     1     1    56 
	00022: PUSHW[2]            652    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: DELTAP2    
	00032: DELTAP1    
	00033: SHC[rp1,zp0] 

	Glyph 410: off = 0x00016EEE, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			127
	  yMin:			-33
	  xMax:			1100
	  yMax:			1514

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	43
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    31    57     1    57    55   134    72    43     1 
	                             1    60 
	00014: PUSHW[2]            799    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 411: off = 0x00016F22, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			-33
	  xMax:			1099
	  yMax:			1250

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	218
		X BOffset:	43
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    31    49     1    49    41 
	00007: PUSHW[1]            -86 
	00010: PUSHB[5]             72    43     1     1    46 
	00016: PUSHW[2]            801    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 412: off = 0x00016F56, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1425

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1    65    27 
	00004: PUSHW[1]           -113 
	00007: PUSHB[5]             72    43     1     1    55 
	00013: PUSHW[2]            798    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 413: off = 0x00016F88, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1161

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	216
		X BOffset:	6
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     2   192    37     1    64    37     1    37    23 
	00011: PUSHW[1]           -277 
	00014: PUSHB[5]             72    43     2     1    34 
	00020: PUSHW[2]            800    41 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: DELTAP2    
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 414: off = 0x00016FC0, len = 72
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	0
		Y WOffset:	265
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (23):     1    48    77    80    77   112    77   160    77   224 
	                            77     5     0    77    16    77    32    77    64    77 
	                             4    77    36 
	00025: PUSHW[1]            -27 
	00028: PUSHB[5]             72    43     1     1    74 
	00034: PUSHW[2]            651    41 
	00039: SVTCA[y-axis] 
	00040: CALL       
	00041: SVTCA[x-axis] 
	00042: CALL       
	00043: DELTAP1    
	00044: DELTAP1    
	00045: SHC[rp1,zp0] 

	Glyph 415: off = 0x00017008, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1298

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	217
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2   159    56     1    56    23 
	00007: PUSHW[1]           -285 
	00010: PUSHB[5]             72    43     2     1    53 
	00016: PUSHW[2]            652    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 416: off = 0x0001703C, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1514

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	6
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1     0    54    16    54     2    54    27 
	00009: PUSHW[1]           -304 
	00012: PUSHB[5]             72    43     1     1    57 
	00018: PUSHW[2]            799    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph 417: off = 0x00017074, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1250

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	218
		X BOffset:	6
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     0    39     1    39    23 
	00007: PUSHW[1]            -81 
	00010: PUSHB[5]             72    43     2     1    36 
	00016: PUSHW[2]            801    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP2    
	00026: SHC[rp1,zp0] 

	Glyph 418: off = 0x000170A8, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1157
	  yMax:			1574

	     0: Flags:		0x0226
		Glyf Index:	42
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	24
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     1    31    77     1    95    77   207    77     2    31 
	                            77    79    77     2    77    14 
	00018: PUSHW[1]           -290 
	00021: PUSHB[5]             72    43     1     1    74 
	00027: PUSHW[2]            651    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP1    
	00038: DELTAP3    
	00039: SHC[rp1,zp0] 

	Glyph 419: off = 0x000170EA, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			125
	  yMin:			-386
	  xMax:			1150
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	74
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	-12
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2    31    68     1    68    38 
	00007: PUSHW[1]           -245 
	00010: PUSHB[5]             72    43     2     1    65 
	00016: PUSHW[2]            652    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 420: off = 0x0001711E, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1157
	  yMax:			1514

	     0: Flags:		0x0226
		Glyf Index:	42
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	42
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    31    61   111    61     2    61    14   106    72 
	                            43     1     1    64 
	00016: PUSHW[2]            799    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 421: off = 0x00017154, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			125
	  yMin:			-386
	  xMax:			1150
	  yMax:			1250

	     0: Flags:		0x0226
		Glyf Index:	74
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	218
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2    15    58    31    58    79    58     3    58    38 
	00012: PUSHW[1]            -67 
	00015: PUSHB[5]             72    43     2     1    55 
	00021: PUSHW[2]            801    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 422: off = 0x0001718C, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-333
	  xMax:			1157
	  yMax:			1197

	     0: Flags:		0x0226
		Glyf Index:	42
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    16    78    80    78     2     0    78    78     4 
	                             4    64 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 

	Glyph 423: off = 0x000171B6, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			125
	  yMin:			-386
	  xMax:			1150
	  yMax:			1354

	     0: Flags:		0x0226
		Glyf Index:	74
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x010F
		Glyf Index:	493
		X WOffset:	1208
		Y WOffset:	913
		X,Y Scale:	-1.000000
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              2    61    38 
	00004: PUSHW[1]            -50 
	00007: PUSHB[5]             72    43     2     1    59 
	00013: PUSHW[3]            652    41   300 
	00020: SCANCTRL   
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: SHC[rp1,zp0] 

	Glyph 424: off = 0x000171EC, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			107
	  yMin:			0
	  xMax:			1135
	  yMax:			1574

	     0: Flags:		0x0226
		Glyf Index:	43
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	6
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    80    84     1    79    84     1   207    84   224 
	                            84     2    84     2 
	00016: PUSHW[1]            -20 
	00019: PUSHB[5]             72    43     1     1    81 
	00025: PUSHW[2]            651    41 
	00030: SVTCA[y-axis] 
	00031: CALL       
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: DELTAP1    
	00035: DELTAP2    
	00036: DELTAP3    
	00037: SHC[rp1,zp0] 

	Glyph 425: off = 0x0001722C, len = 510
	  numberOfContours:	2
	  xMin:			85
	  yMin:			0
	  xMax:			1133
	  yMax:			1574

	EndPoints
	---------
	  0:  16
	  1:  60

	  Length of Instructions:	347
	00000: NPUSHB      (22):   153    37   163    21   163    22   179    21   179    22 
	                           197    21   197    22     7   132    22     1    23     8 
	                            30    34 
	00024: PUSHW[1]            686 
	00027: NPUSHB      (16):    15    32    31    32     2    32    92    35    32    32 
	                            34    35    34    30    49    53 
	00045: PUSHW[1]            686 
	00048: NPUSHB      (11):    51    92    54    51    51    53    54    34    49    29 
	                            25 
	00061: PUSHW[1]            686 
	00064: NPUSHB      (14):     0    27     1    27    92    24    27    27    25    24 
	                            34    29    48    44 
	00080: PUSHW[1]            686 
	00083: NPUSHB      (11):    46    92    43    46    46    44    43    34    48    60 
	                            56 
	00096: PUSHW[1]            686 
	00099: NPUSHB      (61):    58    47    55    58    58    56    55    34    60    18 
	                            42    39    49     0    59     9     9     6    12    64 
	                             9    13    52    12    12    60    39    33    20    49 
	                            48    48    30    30    29    60     0    20     7    29 
	                            10    15     3     1     3     3     9    14    14     0 
	                             9     9    54    23    24    32    36   223    35     1 
	                            35 
	00162: PUSHW[1]            675 
	00165: NPUSHB      (11):    62    17    43    32    55   191    54   207    54     2 
	                            54 
	00178: PUSHW[1]            491 
	00181: PUSHB[4]             61    71    97    24 
	00186: CALL       
	00187: SRP0       
	00188: MIRP[srp0,nmd,rd,2] 
	00189: DELTAP1    
	00190: ALIGNRP    
	00191: MIRP[srp0,md,rd,1] 
	00192: ALIGNRP    
	00193: SRP0       
	00194: MIRP[srp0,nmd,rd,0] 
	00195: DELTAP1    
	00196: ALIGNRP    
	00197: MIRP[srp0,md,rd,1] 
	00198: ALIGNRP    
	00199: SRP1       
	00200: IP         
	00201: MDAP[rd]   
	00202: ALIGNRP    
	00203: SHP[rp1,zp0] 
	00204: MDAP[rd]   
	00205: SRP1       
	00206: SHP[rp1,zp0] 
	00207: MDAP[rd]   
	00208: DELTAP1    
	00209: SVTCA[y-axis] 
	00210: MIAP[rd+ci] 
	00211: MIAP[rd+ci] 
	00212: MIAP[rd+ci] 
	00213: SRP0       
	00214: ALIGNRP    
	00215: SRP0       
	00216: ALIGNRP    
	00217: SRP0       
	00218: ALIGNRP    
	00219: SRP0       
	00220: MIRP[nrp0,md,rd,1] 
	00221: SRP1       
	00222: SHP[rp1,zp0] 
	00223: MDAP[rd]   
	00224: CALL       
	00225: ALIGNRP    
	00226: SHP[rp1,zp0] 
	00227: MDAP[rd]   
	00228: MIRP[nrp0,md,rd,1] 
	00229: SRP1       
	00230: SRP2       
	00231: IP         
	00232: IP         
	00233: SRP0       
	00234: MIRP[srp0,md,rd,1] 
	00235: RTDG       
	00236: SRP2       
	00237: IP         
	00238: MDAP[rd]   
	00239: RTG        
	00240: SVTCA[x-axis] 
	00241: SRP0       
	00242: MIRP[srp0,nmd,rd,1] 
	00243: MIRP[srp0,nmd,rd,0] 
	00244: MDRP[nrp0,nmd,rd,0] 
	00245: SVTCA[y-axis] 
	00246: SRP0       
	00247: MIRP[srp0,md,rd,1] 
	00248: RTDG       
	00249: SRP2       
	00250: IP         
	00251: MDAP[rd]   
	00252: RTG        
	00253: SVTCA[x-axis] 
	00254: SRP0       
	00255: MIRP[srp0,nmd,rd,1] 
	00256: MIRP[srp0,nmd,rd,0] 
	00257: MDRP[nrp0,nmd,rd,0] 
	00258: SVTCA[y-axis] 
	00259: SRP0       
	00260: MIRP[srp0,md,rd,1] 
	00261: RTDG       
	00262: SRP2       
	00263: IP         
	00264: MDAP[rd]   
	00265: RTG        
	00266: SVTCA[x-axis] 
	00267: SRP0       
	00268: MIRP[srp0,nmd,rd,1] 
	00269: DELTAP1    
	00270: MIRP[srp0,nmd,rd,0] 
	00271: MDRP[nrp0,nmd,rd,0] 
	00272: SVTCA[y-axis] 
	00273: SRP0       
	00274: MIRP[srp0,md,rd,1] 
	00275: RTDG       
	00276: SRP2       
	00277: IP         
	00278: MDAP[rd]   
	00279: RTG        
	00280: SVTCA[x-axis] 
	00281: SRP0       
	00282: MIRP[srp0,nmd,rd,1] 
	00283: MIRP[srp0,nmd,rd,0] 
	00284: MDRP[nrp0,nmd,rd,0] 
	00285: SVTCA[y-axis] 
	00286: SRP0       
	00287: MIRP[srp0,md,rd,1] 
	00288: RTDG       
	00289: SRP2       
	00290: IP         
	00291: MDAP[rd]   
	00292: RTG        
	00293: SVTCA[x-axis] 
	00294: SRP0       
	00295: MIRP[srp0,nmd,rd,1] 
	00296: DELTAP1    
	00297: MIRP[srp0,nmd,rd,0] 
	00298: MDRP[nrp0,nmd,rd,0] 
	00299: RS         
	00300: JROF       
	00301: NPUSHB      (14):    37    38    21    22    38    21    36    31     1    37 
	                            22    39    31     1 
	00317: SVTCA[y-axis] 
	00318: CALL       
	00319: SVTCA[x-axis] 
	00320: CALL       
	00321: FLIPRGON   
	00322: FLIPRGON   
	00323: IUP[y]     
	00324: IUP[x]     
	00325: SVTCA[y-axis] 
	00326: MPPEM      
	00327: PUSHB[1]             18 
	00329: GTEQ       
	00330: MPPEM      
	00331: PUSHB[1]             36 
	00333: LTEQ       
	00334: AND        
	00335: IF         
	00336: PUSHB[4]             42    42    41    32 
	00341: SHPIX      
	00342: SHPIX      
	00343: EIF        
	00344: SVTCA[y-axis] 
	00345: DELTAP2    
	00346: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short         On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:                      Y-Short X-Short On
	 18:        XDual                         On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:  YDual                       X-Short On
	 30:  YDual                               On
	 31:  YDual                       X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short On
	 36:        XDual                         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:        XDual                         On
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:  YDual                       X-Short On
	 49:  YDual                               On
	 50:  YDual                       X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short On
	 55:        XDual                         On
	 56:  YDual                       X-Short On
	 57:  YDual                       X-Short Off
	 58:  YDual XDual         Y-Short         On
	 59:  YDual XDual         Y-Short         Off
	 60:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   628,  1574)  ->  Abs (   628,  1574)
	  1: Rel (   274,  -158)  ->  Abs (   902,  1416)
	  2: Rel (    35,   -19)  ->  Abs (   937,  1397)
	  3: Rel (     0,   -25)  ->  Abs (   937,  1372)
	  4: Rel (     0,   -17)  ->  Abs (   937,  1355)
	  5: Rel (   -23,   -25)  ->  Abs (   914,  1330)
	  6: Rel (   -14,     0)  ->  Abs (   900,  1330)
	  7: Rel (   -15,     0)  ->  Abs (   885,  1330)
	  8: Rel (   -27,    15)  ->  Abs (   858,  1345)
	  9: Rel (  -230,   133)  ->  Abs (   628,  1478)
	 10: Rel (  -228,  -133)  ->  Abs (   400,  1345)
	 11: Rel (   -27,   -15)  ->  Abs (   373,  1330)
	 12: Rel (   -14,     0)  ->  Abs (   359,  1330)
	 13: Rel (   -38,     0)  ->  Abs (   321,  1330)
	 14: Rel (     0,    42)  ->  Abs (   321,  1372)
	 15: Rel (     0,    24)  ->  Abs (   321,  1396)
	 16: Rel (    35,    20)  ->  Abs (   356,  1416)
	 17: Rel (   -18,  -161)  ->  Abs (   338,  1255)
	 18: Rel (     0,  -517)  ->  Abs (   338,   738)
	 19: Rel (   141,   158)  ->  Abs (   479,   896)
	 20: Rel (   177,     0)  ->  Abs (   656,   896)
	 21: Rel (   155,     0)  ->  Abs (   811,   896)
	 22: Rel (   172,  -178)  ->  Abs (   983,   718)
	 23: Rel (     0,  -113)  ->  Abs (   983,   605)
	 24: Rel (     0,  -521)  ->  Abs (   983,    84)
	 25: Rel (    94,     0)  ->  Abs (  1077,    84)
	 26: Rel (    56,     0)  ->  Abs (  1133,    84)
	 27: Rel (     0,   -42)  ->  Abs (  1133,    42)
	 28: Rel (     0,   -42)  ->  Abs (  1133,     0)
	 29: Rel (   -56,     0)  ->  Abs (  1077,     0)
	 30: Rel (  -273,     0)  ->  Abs (   804,     0)
	 31: Rel (   -57,     0)  ->  Abs (   747,     0)
	 32: Rel (     0,    42)  ->  Abs (   747,    42)
	 33: Rel (     0,    42)  ->  Abs (   747,    84)
	 34: Rel (    57,     0)  ->  Abs (   804,    84)
	 35: Rel (    94,     0)  ->  Abs (   898,    84)
	 36: Rel (     0,   515)  ->  Abs (   898,   599)
	 37: Rel (     0,    86)  ->  Abs (   898,   685)
	 38: Rel (  -125,   127)  ->  Abs (   773,   812)
	 39: Rel (  -122,     0)  ->  Abs (   651,   812)
	 40: Rel (   -78,     0)  ->  Abs (   573,   812)
	 41: Rel (  -116,   -60)  ->  Abs (   457,   752)
	 42: Rel (  -119,  -136)  ->  Abs (   338,   616)
	 43: Rel (     0,  -532)  ->  Abs (   338,    84)
	 44: Rel (    95,     0)  ->  Abs (   433,    84)
	 45: Rel (    56,     0)  ->  Abs (   489,    84)
	 46: Rel (     0,   -42)  ->  Abs (   489,    42)
	 47: Rel (     0,   -42)  ->  Abs (   489,     0)
	 48: Rel (   -56,     0)  ->  Abs (   433,     0)
	 49: Rel (  -274,     0)  ->  Abs (   159,     0)
	 50: Rel (   -56,     0)  ->  Abs (   103,     0)
	 51: Rel (     0,    42)  ->  Abs (   103,    42)
	 52: Rel (     0,    42)  ->  Abs (   103,    84)
	 53: Rel (    56,     0)  ->  Abs (   159,    84)
	 54: Rel (    95,     0)  ->  Abs (   254,    84)
	 55: Rel (     0,  1086)  ->  Abs (   254,  1170)
	 56: Rel (  -113,     0)  ->  Abs (   141,  1170)
	 57: Rel (   -56,     0)  ->  Abs (    85,  1170)
	 58: Rel (     0,    42)  ->  Abs (    85,  1212)
	 59: Rel (     0,    43)  ->  Abs (    85,  1255)
	 60: Rel (    56,     0)  ->  Abs (   141,  1255)

	Glyph 426: off = 0x0001742A, len = 672
	  numberOfContours:	2
	  xMin:			107
	  yMin:			0
	  xMax:			1135
	  yMax:			1170

	EndPoints
	---------
	  0:  65
	  1:  69

	  Length of Instructions:	502
	00000: NPUSHB      (16):    31    36     1    36    36    29     0     3    16     3 
	                             2     3     3    10    60    64 
	00018: PUSHW[1]            676 
	00021: NPUSHB      (11):    62    43    65    62    62    64    65    29    60    13 
	                            17 
	00034: PUSHW[1]            676 
	00037: NPUSHB      (16):     0    15    16    15     2    15    43    18    15    15 
	                            17    18    29    13    27    31 
	00055: PUSHW[1]            676 
	00058: NPUSHB      (16):     0    29    16    29     2    29    41    32    29    29 
	                            31    32    29    27    46    50 
	00076: PUSHW[1]            676 
	00079: NPUSHB      (16):    15    48    31    48     2    48    43    51    48    48 
	                            50    51    29    46    59    55 
	00097: PUSHW[1]            676 
	00100: NPUSHB      (11):    57    43    54    57    57    55    54    29    59    12 
	                             8 
	00113: PUSHW[1]            676 
	00116: NPUSHB      (16):    15    10    31    10     2    10    41     7    10    10 
	                             8     7    29    12    26    22 
	00134: PUSHW[1]            676 
	00137: NPUSHB      (16):    15    24    31    24     2    24    43    21    24    24 
	                            22    21    29    26    45    41 
	00155: PUSHW[1]            676 
	00158: NPUSHB      (44):     0    43     1    43    43    40    43    43    41    40 
	                            29    45    33    20    19     6     5    39    69    66 
	                             0     1    20    69    68    52    51    19    66    67 
	                            53    54    34     5    30    38     1     1    13    68 
	                            67    30    52    53 
	00204: PUSHW[1]            -64 
	00207: NPUSHB      (54):     9    15    52    53    53    59    12    31    38    27 
	                            27    26    17    38    13    22    38    26    26    13 
	                             8    38    13    12     2    46    45    45    60    60 
	                            59     8    32    30    21    40    30    21    51    64 
	                            28    31    52   159    51   175    51     2   143    51 
	                           223    51     2    51 
	00263: PUSHW[1]            699 
	00266: NPUSHB      (27):    71     7    30    18    18    65    30    48    54    64 
	                            54   144    54     3    79    54   208    54     2    15 
	                            54    95    54   111    54     3    54 
	00295: PUSHW[5]            699    70    74   470    24 
	00306: CALL       
	00307: SRP0       
	00308: MIRP[srp0,nmd,rd,0] 
	00309: DELTAP1    
	00310: DELTAP1    
	00311: DELTAP2    
	00312: MIRP[nrp0,md,rd,1] 
	00313: ALIGNRP    
	00314: SRP0       
	00315: MIRP[nrp0,md,rd,1] 
	00316: SRP0       
	00317: MIRP[srp0,nmd,rd,0] 
	00318: DELTAP1    
	00319: DELTAP2    
	00320: CALL       
	00321: ALIGNRP    
	00322: MIRP[nrp0,md,rd,1] 
	00323: SRP0       
	00324: MIRP[nrp0,md,rd,1] 
	00325: SVTCA[y-axis] 
	00326: MIAP[rd+ci] 
	00327: ALIGNRP    
	00328: SRP0       
	00329: ALIGNRP    
	00330: SRP0       
	00331: ALIGNRP    
	00332: MIAP[rd+ci] 
	00333: ALIGNRP    
	00334: MIRP[nrp0,md,rd,1] 
	00335: SRP0       
	00336: ALIGNRP    
	00337: SRP0       
	00338: MIRP[nrp0,md,rd,1] 
	00339: SRP0       
	00340: MIRP[nrp0,md,rd,1] 
	00341: SRP0       
	00342: ALIGNRP    
	00343: SRP0       
	00344: MIRP[nrp0,md,rd,1] 
	00345: SRP1       
	00346: SRP2       
	00347: IP         
	00348: MDAP[rd]   
	00349: CALL       
	00350: ALIGNRP    
	00351: MIRP[srp0,md,rd,1] 
	00352: ALIGNRP    
	00353: SRP2       
	00354: IP         
	00355: MDAP[rd]   
	00356: ALIGNRP    
	00357: MIRP[srp0,md,rd,1] 
	00358: ALIGNRP    
	00359: SPVTCA[x-axis] 
	00360: SFVTCA[x-axis] 
	00361: SRP0       
	00362: ALIGNRP    
	00363: ALIGNRP    
	00364: ALIGNRP    
	00365: ALIGNRP    
	00366: SRP0       
	00367: ALIGNRP    
	00368: ALIGNRP    
	00369: ALIGNRP    
	00370: ALIGNRP    
	00371: SPVTCA[y-axis] 
	00372: SFVTCA[y-axis] 
	00373: SRP0       
	00374: ALIGNRP    
	00375: ALIGNRP    
	00376: ALIGNRP    
	00377: ALIGNRP    
	00378: SRP0       
	00379: ALIGNRP    
	00380: ALIGNRP    
	00381: ALIGNRP    
	00382: ALIGNRP    
	00383: SRP0       
	00384: MIRP[srp0,md,rd,1] 
	00385: RTDG       
	00386: SRP2       
	00387: IP         
	00388: MDAP[rd]   
	00389: RTG        
	00390: SVTCA[x-axis] 
	00391: SRP0       
	00392: MIRP[srp0,nmd,rd,1] 
	00393: DELTAP1    
	00394: MIRP[srp0,nmd,rd,0] 
	00395: MDRP[nrp0,nmd,rd,0] 
	00396: SVTCA[y-axis] 
	00397: SRP0       
	00398: MIRP[srp0,md,rd,1] 
	00399: RTDG       
	00400: SRP2       
	00401: IP         
	00402: MDAP[rd]   
	00403: RTG        
	00404: SVTCA[x-axis] 
	00405: SRP0       
	00406: MIRP[srp0,nmd,rd,1] 
	00407: DELTAP1    
	00408: MIRP[srp0,nmd,rd,0] 
	00409: MDRP[nrp0,nmd,rd,0] 
	00410: SVTCA[y-axis] 
	00411: SRP0       
	00412: MIRP[srp0,md,rd,1] 
	00413: RTDG       
	00414: SRP2       
	00415: IP         
	00416: MDAP[rd]   
	00417: RTG        
	00418: SVTCA[x-axis] 
	00419: SRP0       
	00420: MIRP[srp0,nmd,rd,1] 
	00421: DELTAP1    
	00422: MIRP[srp0,nmd,rd,0] 
	00423: MDRP[nrp0,nmd,rd,0] 
	00424: SVTCA[y-axis] 
	00425: SRP0       
	00426: MIRP[srp0,md,rd,1] 
	00427: RTDG       
	00428: SRP2       
	00429: IP         
	00430: MDAP[rd]   
	00431: RTG        
	00432: SVTCA[x-axis] 
	00433: SRP0       
	00434: MIRP[srp0,nmd,rd,1] 
	00435: MIRP[srp0,nmd,rd,0] 
	00436: MDRP[nrp0,nmd,rd,0] 
	00437: SVTCA[y-axis] 
	00438: SRP0       
	00439: MIRP[srp0,md,rd,1] 
	00440: RTDG       
	00441: SRP2       
	00442: IP         
	00443: MDAP[rd]   
	00444: RTG        
	00445: SVTCA[x-axis] 
	00446: SRP0       
	00447: MIRP[srp0,nmd,rd,1] 
	00448: DELTAP1    
	00449: MIRP[srp0,nmd,rd,0] 
	00450: MDRP[nrp0,nmd,rd,0] 
	00451: SVTCA[y-axis] 
	00452: SRP0       
	00453: MIRP[srp0,md,rd,1] 
	00454: RTDG       
	00455: SRP2       
	00456: IP         
	00457: MDAP[rd]   
	00458: RTG        
	00459: SVTCA[x-axis] 
	00460: SRP0       
	00461: MIRP[srp0,nmd,rd,1] 
	00462: DELTAP1    
	00463: MIRP[srp0,nmd,rd,0] 
	00464: MDRP[nrp0,nmd,rd,0] 
	00465: SVTCA[y-axis] 
	00466: SRP0       
	00467: MIRP[srp0,md,rd,1] 
	00468: RTDG       
	00469: SRP2       
	00470: IP         
	00471: MDAP[rd]   
	00472: RTG        
	00473: SVTCA[x-axis] 
	00474: SRP0       
	00475: MIRP[srp0,nmd,rd,1] 
	00476: DELTAP1    
	00477: MIRP[srp0,nmd,rd,0] 
	00478: MDRP[nrp0,nmd,rd,0] 
	00479: SVTCA[y-axis] 
	00480: SRP0       
	00481: MIRP[srp0,md,rd,1] 
	00482: RTDG       
	00483: SRP2       
	00484: IP         
	00485: MDAP[rd]   
	00486: RTG        
	00487: SVTCA[x-axis] 
	00488: SRP0       
	00489: MIRP[srp0,nmd,rd,1] 
	00490: MIRP[srp0,nmd,rd,0] 
	00491: MDRP[nrp0,nmd,rd,0] 
	00492: SRP1       
	00493: SHP[rp1,zp0] 
	00494: MDAP[rd]   
	00495: DELTAP1    
	00496: SRP1       
	00497: SHP[rp1,zp0] 
	00498: MDAP[rd]   
	00499: DELTAP1    
	00500: IUP[y]     
	00501: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On
	 19:        XDual         Y-Short         On
	 20:  YDual                               On
	 21:  YDual XDual         Y-Short         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short On
	 33:        XDual         Y-Short         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual                       X-Short On
	 46:  YDual                               On
	 47:  YDual                       X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short On
	 52:        XDual                         On
	 53:  YDual                               On
	 54:        XDual                         On
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:  YDual                       X-Short On
	 60:  YDual                               On
	 61:  YDual                       X-Short Off
	 62:  YDual XDual         Y-Short         On
	 63:  YDual XDual         Y-Short         Off
	 64:  YDual XDual                 X-Short On
	 65:  YDual XDual                 X-Short On
	 66:        XDual                 X-Short On
	 67:        XDual         Y-Short         On
	 68:  YDual                               On
	 69:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   258,   830)  ->  Abs (   258,   830)
	  1: Rel (   -84,     0)  ->  Abs (   174,   830)
	  2: Rel (   -56,     0)  ->  Abs (   118,   830)
	  3: Rel (     0,    42)  ->  Abs (   118,   872)
	  4: Rel (     0,    43)  ->  Abs (   118,   915)
	  5: Rel (    56,     0)  ->  Abs (   174,   915)
	  6: Rel (    84,     0)  ->  Abs (   258,   915)
	  7: Rel (     0,   171)  ->  Abs (   258,  1086)
	  8: Rel (   -52,     0)  ->  Abs (   206,  1086)
	  9: Rel (   -57,     0)  ->  Abs (   149,  1086)
	 10: Rel (     0,    42)  ->  Abs (   149,  1128)
	 11: Rel (     0,    42)  ->  Abs (   149,  1170)
	 12: Rel (    57,     0)  ->  Abs (   206,  1170)
	 13: Rel (   249,     0)  ->  Abs (   455,  1170)
	 14: Rel (    56,     0)  ->  Abs (   511,  1170)
	 15: Rel (     0,   -42)  ->  Abs (   511,  1128)
	 16: Rel (     0,   -42)  ->  Abs (   511,  1086)
	 17: Rel (   -56,     0)  ->  Abs (   455,  1086)
	 18: Rel (  -113,     0)  ->  Abs (   342,  1086)
	 19: Rel (     0,  -171)  ->  Abs (   342,   915)
	 20: Rel (   557,     0)  ->  Abs (   899,   915)
	 21: Rel (     0,   171)  ->  Abs (   899,  1086)
	 22: Rel (  -112,     0)  ->  Abs (   787,  1086)
	 23: Rel (   -56,     0)  ->  Abs (   731,  1086)
	 24: Rel (     0,    42)  ->  Abs (   731,  1128)
	 25: Rel (     0,    42)  ->  Abs (   731,  1170)
	 26: Rel (    56,     0)  ->  Abs (   787,  1170)
	 27: Rel (   249,     0)  ->  Abs (  1036,  1170)
	 28: Rel (    57,     0)  ->  Abs (  1093,  1170)
	 29: Rel (     0,   -42)  ->  Abs (  1093,  1128)
	 30: Rel (     0,   -42)  ->  Abs (  1093,  1086)
	 31: Rel (   -57,     0)  ->  Abs (  1036,  1086)
	 32: Rel (   -52,     0)  ->  Abs (   984,  1086)
	 33: Rel (     0,  -171)  ->  Abs (   984,   915)
	 34: Rel (    84,     0)  ->  Abs (  1068,   915)
	 35: Rel (    56,     0)  ->  Abs (  1124,   915)
	 36: Rel (     0,   -43)  ->  Abs (  1124,   872)
	 37: Rel (     0,   -42)  ->  Abs (  1124,   830)
	 38: Rel (   -56,     0)  ->  Abs (  1068,   830)
	 39: Rel (   -84,     0)  ->  Abs (   984,   830)
	 40: Rel (     0,  -746)  ->  Abs (   984,    84)
	 41: Rel (    95,     0)  ->  Abs (  1079,    84)
	 42: Rel (    56,     0)  ->  Abs (  1135,    84)
	 43: Rel (     0,   -42)  ->  Abs (  1135,    42)
	 44: Rel (     0,   -42)  ->  Abs (  1135,     0)
	 45: Rel (   -56,     0)  ->  Abs (  1079,     0)
	 46: Rel (  -292,     0)  ->  Abs (   787,     0)
	 47: Rel (   -56,     0)  ->  Abs (   731,     0)
	 48: Rel (     0,    42)  ->  Abs (   731,    42)
	 49: Rel (     0,    42)  ->  Abs (   731,    84)
	 50: Rel (    56,     0)  ->  Abs (   787,    84)
	 51: Rel (   112,     0)  ->  Abs (   899,    84)
	 52: Rel (     0,   482)  ->  Abs (   899,   566)
	 53: Rel (  -557,     0)  ->  Abs (   342,   566)
	 54: Rel (     0,  -482)  ->  Abs (   342,    84)
	 55: Rel (   113,     0)  ->  Abs (   455,    84)
	 56: Rel (    56,     0)  ->  Abs (   511,    84)
	 57: Rel (     0,   -42)  ->  Abs (   511,    42)
	 58: Rel (     0,   -42)  ->  Abs (   511,     0)
	 59: Rel (   -56,     0)  ->  Abs (   455,     0)
	 60: Rel (  -292,     0)  ->  Abs (   163,     0)
	 61: Rel (   -56,     0)  ->  Abs (   107,     0)
	 62: Rel (     0,    42)  ->  Abs (   107,    42)
	 63: Rel (     0,    42)  ->  Abs (   107,    84)
	 64: Rel (    56,     0)  ->  Abs (   163,    84)
	 65: Rel (    95,     0)  ->  Abs (   258,    84)
	 66: Rel (    84,   746)  ->  Abs (   342,   830)
	 67: Rel (     0,  -180)  ->  Abs (   342,   650)
	 68: Rel (   557,     0)  ->  Abs (   899,   650)
	 69: Rel (     0,   180)  ->  Abs (   899,   830)

	Glyph 427: off = 0x000176CA, len = 530
	  numberOfContours:	1
	  xMin:			62
	  yMin:			0
	  xMax:			1134
	  yMax:			1255

	EndPoints
	---------
	  0:  57

	  Length of Instructions:	383
	00000: NPUSHB      (29):   169     8   169    30     2    96    11   112     7   114 
	                            11   131    11   142    30   142    31   147     7   148 
	                            11   160     7   163    11   177     7    11     7 
	00031: PUSHW[1]            -32 
	00034: NPUSHB      (49):    23     8     0     6     7    31    32    50    44    43 
	                             5    59     1    45    59     1    49    64    37    41 
	                            52    49    64    25    29    52    49    64     9    19 
	                            52    49    49    56     9     3     3    24    32     0 
	                            47    16    47     2    47    47    54    19    23 
	00085: PUSHW[1]            686 
	00088: NPUSHB      (11):    21    92    24    21    21    23    24    34    19    38 
	                            42 
	00101: PUSHW[1]            686 
	00104: NPUSHB      (11):    40    92    43    40    40    42    43    34    38    18 
	                            14 
	00117: PUSHW[1]            686 
	00120: NPUSHB      (14):     0    16     1    16    92    13    16    16    14    13 
	                            34    18    37    33 
	00136: PUSHW[1]            686 
	00139: NPUSHB      (16):     0    35    16    35     2    35    92    32    35    35 
	                            33    32    34    37    56    52 
	00157: PUSHW[1]            686 
	00160: NPUSHB      (40):    15    54    31    54     2    54    47    51    54    54 
	                            52    51    34    56     7    31    38    28    33     9 
	                            38    37    37    19    19    18    56     0     9     7 
	                            18    10    12    13    32    25   223    24     1    24 
	00202: PUSHW[1]            675 
	00205: NPUSHB      (11):    59    57    32    32    51   191    43   207    43     2 
	                            43 
	00218: PUSHW[1]            491 
	00221: PUSHB[4]             58    71    97    24 
	00226: CALL       
	00227: SRP0       
	00228: MIRP[srp0,nmd,rd,2] 
	00229: DELTAP1    
	00230: ALIGNRP    
	00231: MIRP[srp0,md,rd,1] 
	00232: ALIGNRP    
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,0] 
	00235: DELTAP1    
	00236: ALIGNRP    
	00237: MIRP[srp0,md,rd,1] 
	00238: ALIGNRP    
	00239: SVTCA[y-axis] 
	00240: MIAP[rd+ci] 
	00241: MIAP[rd+ci] 
	00242: MIAP[rd+ci] 
	00243: SRP0       
	00244: ALIGNRP    
	00245: SRP0       
	00246: ALIGNRP    
	00247: SRP0       
	00248: ALIGNRP    
	00249: SRP0       
	00250: MIRP[nrp0,md,rd,1] 
	00251: SRP1       
	00252: IP         
	00253: IP         
	00254: SRP0       
	00255: MIRP[srp0,md,rd,1] 
	00256: RTDG       
	00257: SRP2       
	00258: IP         
	00259: MDAP[rd]   
	00260: RTG        
	00261: SVTCA[x-axis] 
	00262: SRP0       
	00263: MIRP[srp0,nmd,rd,1] 
	00264: DELTAP1    
	00265: MIRP[srp0,nmd,rd,0] 
	00266: MDRP[nrp0,nmd,rd,0] 
	00267: SVTCA[y-axis] 
	00268: SRP0       
	00269: MIRP[srp0,md,rd,1] 
	00270: RTDG       
	00271: SRP2       
	00272: IP         
	00273: MDAP[rd]   
	00274: RTG        
	00275: SVTCA[x-axis] 
	00276: SRP0       
	00277: MIRP[srp0,nmd,rd,1] 
	00278: DELTAP1    
	00279: MIRP[srp0,nmd,rd,0] 
	00280: MDRP[nrp0,nmd,rd,0] 
	00281: SVTCA[y-axis] 
	00282: SRP0       
	00283: MIRP[srp0,md,rd,1] 
	00284: RTDG       
	00285: SRP2       
	00286: IP         
	00287: MDAP[rd]   
	00288: RTG        
	00289: SVTCA[x-axis] 
	00290: SRP0       
	00291: MIRP[srp0,nmd,rd,1] 
	00292: DELTAP1    
	00293: MIRP[srp0,nmd,rd,0] 
	00294: MDRP[nrp0,nmd,rd,0] 
	00295: SVTCA[y-axis] 
	00296: SRP0       
	00297: MIRP[srp0,md,rd,1] 
	00298: RTDG       
	00299: SRP2       
	00300: IP         
	00301: MDAP[rd]   
	00302: RTG        
	00303: SVTCA[x-axis] 
	00304: SRP0       
	00305: MIRP[srp0,nmd,rd,1] 
	00306: MIRP[srp0,nmd,rd,0] 
	00307: MDRP[nrp0,nmd,rd,0] 
	00308: SVTCA[y-axis] 
	00309: SRP0       
	00310: MIRP[srp0,md,rd,1] 
	00311: RTDG       
	00312: SRP2       
	00313: IP         
	00314: MDAP[rd]   
	00315: RTG        
	00316: SVTCA[x-axis] 
	00317: SRP0       
	00318: MIRP[srp0,nmd,rd,1] 
	00319: MIRP[srp0,nmd,rd,0] 
	00320: MDRP[nrp0,nmd,rd,0] 
	00321: SRP1       
	00322: SHP[rp1,zp0] 
	00323: MDAP[rd]   
	00324: DELTAP1    
	00325: SRP1       
	00326: SRP2       
	00327: IP         
	00328: MDAP[rd]   
	00329: SVTCA[y-axis] 
	00330: SRP1       
	00331: SRP2       
	00332: IP         
	00333: MDAP[rd]   
	00334: CALL       
	00335: CALL       
	00336: CALL       
	00337: ALIGNRP    
	00338: MIRP[nrp0,md,rd,1] 
	00339: SRP0       
	00340: MIRP[nrp0,md,rd,1] 
	00341: SPVTCA[x-axis] 
	00342: SFVTCA[x-axis] 
	00343: SRP0       
	00344: ALIGNRP    
	00345: ALIGNRP    
	00346: SFVTPV     
	00347: SRP0       
	00348: ALIGNRP    
	00349: ALIGNRP    
	00350: ALIGNRP    
	00351: ALIGNRP    
	00352: RS         
	00353: JROF       
	00354: NPUSHB      (14):    26    27    10    11    27    10    25    31     1    26 
	                            11    28    31     1 
	00370: SVTCA[y-axis] 
	00371: CALL       
	00372: SVTCA[x-axis] 
	00373: CALL       
	00374: FLIPRGON   
	00375: FLIPRGON   
	00376: SVTCA[y-axis] 
	00377: SHPIX      
	00378: IUP[y]     
	00379: IUP[x]     
	00380: SVTCA[y-axis] 
	00381: DELTAP2    
	00382: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:        XDual                         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:        XDual                         On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:  YDual                       X-Short On
	 38:  YDual                               On
	 39:  YDual                       X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short On
	 44:        XDual                         On
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual         Y-Short         On
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   339,  1071)  ->  Abs (   339,  1071)
	  1: Rel (   317,     0)  ->  Abs (   656,  1071)
	  2: Rel (    57,     0)  ->  Abs (   713,  1071)
	  3: Rel (     0,   -42)  ->  Abs (   713,  1029)
	  4: Rel (     0,   -42)  ->  Abs (   713,   987)
	  5: Rel (   -57,     0)  ->  Abs (   656,   987)
	  6: Rel (  -317,     0)  ->  Abs (   339,   987)
	  7: Rel (     0,  -249)  ->  Abs (   339,   738)
	  8: Rel (   141,   158)  ->  Abs (   480,   896)
	  9: Rel (   178,     0)  ->  Abs (   658,   896)
	 10: Rel (   154,     0)  ->  Abs (   812,   896)
	 11: Rel (   171,  -177)  ->  Abs (   983,   719)
	 12: Rel (     0,  -114)  ->  Abs (   983,   605)
	 13: Rel (     0,  -521)  ->  Abs (   983,    84)
	 14: Rel (    95,     0)  ->  Abs (  1078,    84)
	 15: Rel (    56,     0)  ->  Abs (  1134,    84)
	 16: Rel (     0,   -42)  ->  Abs (  1134,    42)
	 17: Rel (     0,   -42)  ->  Abs (  1134,     0)
	 18: Rel (   -56,     0)  ->  Abs (  1078,     0)
	 19: Rel (  -274,     0)  ->  Abs (   804,     0)
	 20: Rel (   -56,     0)  ->  Abs (   748,     0)
	 21: Rel (     0,    42)  ->  Abs (   748,    42)
	 22: Rel (     0,    42)  ->  Abs (   748,    84)
	 23: Rel (    56,     0)  ->  Abs (   804,    84)
	 24: Rel (    95,     0)  ->  Abs (   899,    84)
	 25: Rel (     0,   515)  ->  Abs (   899,   599)
	 26: Rel (     0,    86)  ->  Abs (   899,   685)
	 27: Rel (  -126,   127)  ->  Abs (   773,   812)
	 28: Rel (  -122,     0)  ->  Abs (   651,   812)
	 29: Rel (   -76,     0)  ->  Abs (   575,   812)
	 30: Rel (  -119,   -61)  ->  Abs (   456,   751)
	 31: Rel (  -117,  -135)  ->  Abs (   339,   616)
	 32: Rel (     0,  -532)  ->  Abs (   339,    84)
	 33: Rel (    94,     0)  ->  Abs (   433,    84)
	 34: Rel (    57,     0)  ->  Abs (   490,    84)
	 35: Rel (     0,   -42)  ->  Abs (   490,    42)
	 36: Rel (     0,   -42)  ->  Abs (   490,     0)
	 37: Rel (   -57,     0)  ->  Abs (   433,     0)
	 38: Rel (  -273,     0)  ->  Abs (   160,     0)
	 39: Rel (   -56,     0)  ->  Abs (   104,     0)
	 40: Rel (     0,    42)  ->  Abs (   104,    42)
	 41: Rel (     0,    42)  ->  Abs (   104,    84)
	 42: Rel (    56,     0)  ->  Abs (   160,    84)
	 43: Rel (    94,     0)  ->  Abs (   254,    84)
	 44: Rel (     0,   903)  ->  Abs (   254,   987)
	 45: Rel (  -135,     0)  ->  Abs (   119,   987)
	 46: Rel (   -57,     0)  ->  Abs (    62,   987)
	 47: Rel (     0,    42)  ->  Abs (    62,  1029)
	 48: Rel (     0,    42)  ->  Abs (    62,  1071)
	 49: Rel (    57,     0)  ->  Abs (   119,  1071)
	 50: Rel (   135,     0)  ->  Abs (   254,  1071)
	 51: Rel (     0,    99)  ->  Abs (   254,  1170)
	 52: Rel (  -112,     0)  ->  Abs (   142,  1170)
	 53: Rel (   -57,     0)  ->  Abs (    85,  1170)
	 54: Rel (     0,    42)  ->  Abs (    85,  1212)
	 55: Rel (     0,    43)  ->  Abs (    85,  1255)
	 56: Rel (    57,     0)  ->  Abs (   142,  1255)
	 57: Rel (   197,     0)  ->  Abs (   339,  1255)

	Glyph 428: off = 0x000178DC, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1472

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	0
		Y WOffset:	265
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1    52    17 
	00004: PUSHW[1]           -277 
	00007: PUSHB[5]             72    43     1     1    41 
	00013: PUSHW[2]            651    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 429: off = 0x0001790E, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			187
	  yMin:			0
	  xMax:			1048
	  yMax:			1207

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	1
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	-100
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    95    45     1    45    17 
	00007: PUSHW[1]           -379 
	00010: PUSHB[5]             72    43     1     1    34 
	00016: PUSHW[2]            652    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 430: off = 0x00017942, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1425

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    48    43     1    43     0 
	00007: PUSHW[1]            257 
	00010: PUSHB[5]             72    43     1     1    33 
	00016: PUSHW[2]            798    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 431: off = 0x00017978, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			187
	  yMin:			0
	  xMax:			1048
	  yMax:			1161

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	1
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	216
		X BOffset:	-92
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    15    29     1    29    17 
	00007: PUSHW[1]           -351 
	00010: PUSHB[5]             72    43     1     1    26 
	00016: PUSHW[2]            800    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 432: off = 0x000179AC, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	0
		Y WOffset:	265
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1   207    55     1    55    17 
	00007: PUSHW[1]           -259 
	00010: PUSHB[5]             72    43     1     1    52 
	00016: PUSHW[2]            651    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP2    
	00026: SHC[rp1,zp0] 

	Glyph 433: off = 0x000179E2, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			187
	  yMin:			0
	  xMax:			1048
	  yMax:			1298

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	1
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	217
		X BOffset:	-71
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1    48    17 
	00004: PUSHW[1]           -332 
	00007: PUSHB[5]             72    43     1     1    45 
	00013: PUSHW[2]            652    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 434: off = 0x00017A12, len = 370
	  numberOfContours:	1
	  xMin:			229
	  yMin:			-291
	  xMax:			1001
	  yMax:			1170

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	250
	00000: PUSHB[2]             21    25 
	00003: PUSHW[3]            676    23   -64 
	00010: NPUSHB      (14):    11    13    52    23    54    26    23    23    25    26 
	                            29    21    33    37 
	00026: PUSHW[1]            676 
	00029: NPUSHB      (16):    35    64    11    13    52    35    54    38    35    35 
	                            37    38    29    33    44    40 
	00047: PUSHW[1]            676 
	00050: NPUSHB      (16):    42    64    11    13    52    42    54    39    42    42 
	                            40    39    29    44    32    28 
	00068: PUSHW[3]            676    30   -64 
	00075: NPUSHB      (32):    11    13    52    30    54    27    30    30    28    27 
	                            29    32    37    38    33    28    38    33    32     2 
	                            40    38    44    25    38    21    21     0     0    44 
	                             8    10 
	00109: PUSHW[1]            344 
	00112: PUSHB[7]             15    55     6     6    20     8     0 
	00120: PUSHW[1]            -16 
	00123: NPUSHB      (29):     0    20    16    20    18    12    12     3    55    18 
	                            64    13    16    52    18    18    38    39    30    27 
	                            79    26     1    26    25    45   140   223    24 
	00154: CALL       
	00155: FLIPOFF    
	00156: SRP0       
	00157: MIRP[srp0,nmd,rd,0] 
	00158: DELTAP1    
	00159: ALIGNRP    
	00160: FLIPON     
	00161: MIRP[srp0,md,rd,1] 
	00162: ALIGNRP    
	00163: SHP[rp1,zp0] 
	00164: MDAP[rd]   
	00165: CALL       
	00166: MIRP[srp0,md,rd,1] 
	00167: SHP[rp2,zp1] 
	00168: MDAP[rd]   
	00169: SRP1       
	00170: IP         
	00171: SHPIX      
	00172: SHP[rp2,zp1] 
	00173: SHPIX      
	00174: SVTCA[y-axis] 
	00175: MIAP[rd+ci] 
	00176: SHP[rp1,zp0] 
	00177: MDAP[rd]   
	00178: MIRP[nrp0,md,rd,1] 
	00179: MIRP[nrp0,nmd,rd,0] 
	00180: MIAP[rd+ci] 
	00181: ALIGNRP    
	00182: SRP0       
	00183: ALIGNRP    
	00184: SRP0       
	00185: MIRP[nrp0,md,rd,1] 
	00186: SRP0       
	00187: MIRP[nrp0,md,rd,1] 
	00188: MIAP[rd+ci] 
	00189: ALIGNRP    
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP0       
	00192: MIRP[nrp0,md,rd,1] 
	00193: SRP0       
	00194: MIRP[srp0,md,rd,1] 
	00195: RTDG       
	00196: SRP2       
	00197: IP         
	00198: MDAP[rd]   
	00199: RTG        
	00200: SVTCA[x-axis] 
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,1] 
	00203: CALL       
	00204: MIRP[srp0,nmd,rd,0] 
	00205: MDRP[nrp0,nmd,rd,0] 
	00206: SVTCA[y-axis] 
	00207: SRP0       
	00208: MIRP[srp0,md,rd,1] 
	00209: RTDG       
	00210: SRP2       
	00211: IP         
	00212: MDAP[rd]   
	00213: RTG        
	00214: SVTCA[x-axis] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,1] 
	00217: CALL       
	00218: MIRP[srp0,nmd,rd,0] 
	00219: MDRP[nrp0,nmd,rd,0] 
	00220: SVTCA[y-axis] 
	00221: SRP0       
	00222: MIRP[srp0,md,rd,1] 
	00223: RTDG       
	00224: SRP2       
	00225: IP         
	00226: MDAP[rd]   
	00227: RTG        
	00228: SVTCA[x-axis] 
	00229: SRP0       
	00230: MIRP[srp0,nmd,rd,1] 
	00231: CALL       
	00232: MIRP[srp0,nmd,rd,0] 
	00233: MDRP[nrp0,nmd,rd,0] 
	00234: SVTCA[y-axis] 
	00235: SRP0       
	00236: MIRP[srp0,md,rd,1] 
	00237: RTDG       
	00238: SRP2       
	00239: IP         
	00240: MDAP[rd]   
	00241: RTG        
	00242: SVTCA[x-axis] 
	00243: SRP0       
	00244: MIRP[srp0,nmd,rd,1] 
	00245: CALL       
	00246: MIRP[srp0,nmd,rd,0] 
	00247: MDRP[nrp0,nmd,rd,0] 
	00248: IUP[y]     
	00249: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short Off
	  2:                      Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On
	 27:        XDual                         On
	 28:  YDual                               On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual                               On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:  YDual                       X-Short On
	 38:  YDual                               On
	 39:        XDual                         On
	 40:  YDual                               On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   688,     0)  ->  Abs (   688,     0)
	  1: Rel (   -53,     0)  ->  Abs (   635,     0)
	  2: Rel (   -77,   -77)  ->  Abs (   558,   -77)
	  3: Rel (     0,   -56)  ->  Abs (   558,  -133)
	  4: Rel (     0,   -39)  ->  Abs (   558,  -172)
	  5: Rel (    58,   -52)  ->  Abs (   616,  -224)
	  6: Rel (    54,     0)  ->  Abs (   670,  -224)
	  7: Rel (    50,     0)  ->  Abs (   720,  -224)
	  8: Rel (    36,    31)  ->  Abs (   756,  -193)
	  9: Rel (    17,    15)  ->  Abs (   773,  -178)
	 10: Rel (    12,     0)  ->  Abs (   785,  -178)
	 11: Rel (    33,     0)  ->  Abs (   818,  -178)
	 12: Rel (     0,   -33)  ->  Abs (   818,  -211)
	 13: Rel (     0,   -30)  ->  Abs (   818,  -241)
	 14: Rel (   -96,   -50)  ->  Abs (   722,  -291)
	 15: Rel (   -54,     0)  ->  Abs (   668,  -291)
	 16: Rel (   -77,     0)  ->  Abs (   591,  -291)
	 17: Rel (  -100,    87)  ->  Abs (   491,  -204)
	 18: Rel (     0,    77)  ->  Abs (   491,  -127)
	 19: Rel (     0,    73)  ->  Abs (   491,   -54)
	 20: Rel (    48,    54)  ->  Abs (   539,     0)
	 21: Rel (  -254,     0)  ->  Abs (   285,     0)
	 22: Rel (   -56,     0)  ->  Abs (   229,     0)
	 23: Rel (     0,    42)  ->  Abs (   229,    42)
	 24: Rel (     0,    42)  ->  Abs (   229,    84)
	 25: Rel (    56,     0)  ->  Abs (   285,    84)
	 26: Rel (   288,     0)  ->  Abs (   573,    84)
	 27: Rel (     0,  1002)  ->  Abs (   573,  1086)
	 28: Rel (  -288,     0)  ->  Abs (   285,  1086)
	 29: Rel (   -56,     0)  ->  Abs (   229,  1086)
	 30: Rel (     0,    42)  ->  Abs (   229,  1128)
	 31: Rel (     0,    42)  ->  Abs (   229,  1170)
	 32: Rel (    56,     0)  ->  Abs (   285,  1170)
	 33: Rel (   660,     0)  ->  Abs (   945,  1170)
	 34: Rel (    56,     0)  ->  Abs (  1001,  1170)
	 35: Rel (     0,   -42)  ->  Abs (  1001,  1128)
	 36: Rel (     0,   -42)  ->  Abs (  1001,  1086)
	 37: Rel (   -56,     0)  ->  Abs (   945,  1086)
	 38: Rel (  -288,     0)  ->  Abs (   657,  1086)
	 39: Rel (     0, -1002)  ->  Abs (   657,    84)
	 40: Rel (   288,     0)  ->  Abs (   945,    84)
	 41: Rel (    56,     0)  ->  Abs (  1001,    84)
	 42: Rel (     0,   -42)  ->  Abs (  1001,    42)
	 43: Rel (     0,   -42)  ->  Abs (  1001,     0)
	 44: Rel (   -56,     0)  ->  Abs (   945,     0)

	Glyph 435: off = 0x00017B84, len = 342
	  numberOfContours:	2
	  xMin:			189
	  yMin:			-291
	  xMax:			1046
	  yMax:			1297

	EndPoints
	---------
	  0:  3
	  1:  43

	  Length of Instructions:	219
	00000: PUSHB[2]             25    29 
	00003: PUSHW[1]            686 
	00006: NPUSHB      (11):    27    88    30    27    27    29    30    34    25    43 
	                            39 
	00019: PUSHW[1]            686 
	00022: NPUSHB      (11):    41    88    38    41    41    39    38    34    43    36 
	                            32 
	00035: PUSHW[1]            686 
	00038: NPUSHB      (22):   112    34   128    34     2    80    34    96    34     2 
	                            34   149    31    34    34    32    31    34    36    14 
	                            89    19 
	00062: PUSHW[3]            792    10   404 
	00069: PUSHB[8]              4     4    24    24    25     3   197     2 
	00078: PUSHW[1]            404 
	00081: PUSHB[6]             36    25    43    16    16     4 
	00088: PUSHW[1]            -16 
	00091: PUSHB[5]              4    24    16    24     7 
	00097: PUSHW[1]            792 
	00100: PUSHB[5]             22    22    30     0     1 
	00106: PUSHW[4]            351     3     2   480 
	00115: NPUSHB      (18):    37    37    38    32    31    79    30     1    30    25 
	                            44    36     6    43    10    81   127    24 
	00135: CALL       
	00136: SVTCA[y-axis] 
	00137: MIAP[rd+ci] 
	00138: MIAP[rd+ci] 
	00139: SVTCA[x-axis] 
	00140: FLIPOFF    
	00141: SRP0       
	00142: MIRP[srp0,nmd,rd,0] 
	00143: DELTAP1    
	00144: ALIGNRP    
	00145: FLIPON     
	00146: MIRP[srp0,md,rd,1] 
	00147: ALIGNRP    
	00148: SRP0       
	00149: MIRP[srp0,md,rd,1] 
	00150: ALIGNRP    
	00151: MIRP[srp0,md,rd,1] 
	00152: ALIGNRP    
	00153: SRP1       
	00154: SHP[rp1,zp0] 
	00155: MDAP[rd]   
	00156: MIRP[nrp0,md,rd,1] 
	00157: SHP[rp1,zp0] 
	00158: SHPIX      
	00159: SHP[rp2,zp1] 
	00160: SHPIX      
	00161: SHP[rp2,zp1] 
	00162: MDAP[rd]   
	00163: SVTCA[y-axis] 
	00164: SRP0       
	00165: ALIGNRP    
	00166: SRP0       
	00167: MIRP[srp0,nmd,rd,2] 
	00168: MIRP[nrp0,md,rd,1] 
	00169: SRP0       
	00170: ALIGNRP    
	00171: SRP0       
	00172: ALIGNRP    
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,2] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIRP[nrp0,nmd,rd,0] 
	00177: SRP0       
	00178: MIRP[srp0,md,rd,1] 
	00179: RTDG       
	00180: SRP2       
	00181: IP         
	00182: MDAP[rd]   
	00183: RTG        
	00184: SVTCA[x-axis] 
	00185: SRP0       
	00186: MIRP[srp0,nmd,rd,1] 
	00187: DELTAP1    
	00188: DELTAP1    
	00189: MIRP[srp0,nmd,rd,0] 
	00190: MDRP[nrp0,nmd,rd,0] 
	00191: SVTCA[y-axis] 
	00192: SRP0       
	00193: MIRP[srp0,md,rd,1] 
	00194: RTDG       
	00195: SRP2       
	00196: IP         
	00197: MDAP[rd]   
	00198: RTG        
	00199: SVTCA[x-axis] 
	00200: SRP0       
	00201: MIRP[srp0,nmd,rd,1] 
	00202: MIRP[srp0,nmd,rd,0] 
	00203: MDRP[nrp0,nmd,rd,0] 
	00204: SVTCA[y-axis] 
	00205: SRP0       
	00206: MIRP[srp0,md,rd,1] 
	00207: RTDG       
	00208: SRP2       
	00209: IP         
	00210: MDAP[rd]   
	00211: RTG        
	00212: SVTCA[x-axis] 
	00213: SRP0       
	00214: MIRP[srp0,nmd,rd,1] 
	00215: MIRP[srp0,nmd,rd,0] 
	00216: MDRP[nrp0,nmd,rd,0] 
	00217: IUP[y]     
	00218: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:        XDual                 X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:        XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual                               On
	 26:  YDual                       X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual                               On
	 31:        XDual                         On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual                               On
	 38:        XDual                         On
	 39:  YDual                               On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   656,  1297)  ->  Abs (   656,  1297)
	  1: Rel (     0,  -217)  ->  Abs (   656,  1080)
	  2: Rel (  -124,     0)  ->  Abs (   532,  1080)
	  3: Rel (     0,   217)  ->  Abs (   532,  1297)
	  4: Rel (   156, -1297)  ->  Abs (   688,     0)
	  5: Rel (   -52,     0)  ->  Abs (   636,     0)
	  6: Rel (   -78,   -75)  ->  Abs (   558,   -75)
	  7: Rel (     0,   -58)  ->  Abs (   558,  -133)
	  8: Rel (     0,   -39)  ->  Abs (   558,  -172)
	  9: Rel (    58,   -52)  ->  Abs (   616,  -224)
	 10: Rel (    54,     0)  ->  Abs (   670,  -224)
	 11: Rel (    50,     0)  ->  Abs (   720,  -224)
	 12: Rel (    36,    31)  ->  Abs (   756,  -193)
	 13: Rel (    17,    15)  ->  Abs (   773,  -178)
	 14: Rel (    12,     0)  ->  Abs (   785,  -178)
	 15: Rel (    33,     0)  ->  Abs (   818,  -178)
	 16: Rel (     0,   -33)  ->  Abs (   818,  -211)
	 17: Rel (     0,   -25)  ->  Abs (   818,  -236)
	 18: Rel (   -87,   -55)  ->  Abs (   731,  -291)
	 19: Rel (   -63,     0)  ->  Abs (   668,  -291)
	 20: Rel (   -74,     0)  ->  Abs (   594,  -291)
	 21: Rel (  -103,    84)  ->  Abs (   491,  -207)
	 22: Rel (     0,    80)  ->  Abs (   491,  -127)
	 23: Rel (     0,    72)  ->  Abs (   491,   -55)
	 24: Rel (    48,    55)  ->  Abs (   539,     0)
	 25: Rel (  -294,     0)  ->  Abs (   245,     0)
	 26: Rel (   -56,     0)  ->  Abs (   189,     0)
	 27: Rel (     0,    42)  ->  Abs (   189,    42)
	 28: Rel (     0,    42)  ->  Abs (   189,    84)
	 29: Rel (    56,     0)  ->  Abs (   245,    84)
	 30: Rel (   330,     0)  ->  Abs (   575,    84)
	 31: Rel (     0,   697)  ->  Abs (   575,   781)
	 32: Rel (  -245,     0)  ->  Abs (   330,   781)
	 33: Rel (   -57,     0)  ->  Abs (   273,   781)
	 34: Rel (     0,    42)  ->  Abs (   273,   823)
	 35: Rel (     0,    43)  ->  Abs (   273,   866)
	 36: Rel (    57,     0)  ->  Abs (   330,   866)
	 37: Rel (   329,     0)  ->  Abs (   659,   866)
	 38: Rel (     0,  -782)  ->  Abs (   659,    84)
	 39: Rel (   330,     0)  ->  Abs (   989,    84)
	 40: Rel (    57,     0)  ->  Abs (  1046,    84)
	 41: Rel (     0,   -42)  ->  Abs (  1046,    42)
	 42: Rel (     0,   -42)  ->  Abs (  1046,     0)
	 43: Rel (   -57,     0)  ->  Abs (   989,     0)

	Glyph 436: off = 0x00017CDA, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			-33
	  xMax:			1199
	  yMax:			1574

	     0: Flags:		0x0226
		Glyf Index:	45
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	209
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    79    55     1    31    55     1    55    24 
	00011: PUSHW[1]           -333 
	00014: PUSHB[5]             72    43     1     1    52 
	00020: PUSHW[2]            651    41 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: DELTAP1    
	00030: DELTAP2    
	00031: SHC[rp1,zp0] 

	Glyph 437: off = 0x00017D14, len = 260
	  numberOfContours:	2
	  xMin:			180
	  yMin:			-386
	  xMax:			885
	  yMax:			1310

	EndPoints
	---------
	  0:  15
	  1:  35

	  Length of Instructions:	149
	00000: PUSHB[3]             34     8    33 
	00004: PUSHW[6]            -12    34   -22    21    17   686 
	00017: PUSHB[8]             79    19   143    19   159    19     3    19 
	00026: PUSHW[1]            429 
	00029: NPUSHB      (55):    16    19    19    17    16    34    21     0   193     8 
	                             8     5    11    11    21    32    84    31    32    26 
	                            27    21     6    27    14    15     3    31     3   240 
	                             3     3     3     3     8    13    13     0     8     8 
	                            35    29   147    36    22    23    32    35    35    79 
	                            16     1    16    25    36 
	00086: PUSHW[3]            437   465    24 
	00093: CALL       
	00094: FLIPOFF    
	00095: SRP0       
	00096: MIRP[srp0,nmd,rd,0] 
	00097: DELTAP1    
	00098: ALIGNRP    
	00099: FLIPON     
	00100: SRP0       
	00101: MIRP[srp0,md,rd,1] 
	00102: ALIGNRP    
	00103: SRP0       
	00104: MIRP[nrp0,nmd,rd,2] 
	00105: SRP1       
	00106: SHP[rp1,zp0] 
	00107: MDAP[rd]   
	00108: ALIGNRP    
	00109: SHP[rp1,zp0] 
	00110: MDAP[rd]   
	00111: SRP1       
	00112: SHP[rp1,zp0] 
	00113: MDAP[rd]   
	00114: DELTAP1    
	00115: SVTCA[y-axis] 
	00116: MIAP[rd+ci] 
	00117: MIAP[rd+ci] 
	00118: SRP0       
	00119: ALIGNRP    
	00120: MIRP[srp0,md,rd,1] 
	00121: MIRP[nrp0,nmd,rd,0] 
	00122: SRP1       
	00123: SHP[rp1,zp0] 
	00124: MDAP[rd]   
	00125: ALIGNRP    
	00126: SHP[rp1,zp0] 
	00127: MDAP[rd]   
	00128: MIRP[nrp0,md,rd,1] 
	00129: SRP0       
	00130: MIRP[srp0,md,rd,1] 
	00131: RTDG       
	00132: SRP2       
	00133: IP         
	00134: MDAP[rd]   
	00135: RTG        
	00136: SVTCA[x-axis] 
	00137: SRP0       
	00138: MIRP[srp0,nmd,rd,1] 
	00139: DELTAP1    
	00140: MIRP[srp0,nmd,rd,0] 
	00141: MDRP[nrp0,nmd,rd,0] 
	00142: IUP[y]     
	00143: IUP[x]     
	00144: SVTCA[y-axis] 
	00145: SHPIX      
	00146: SHPIX      
	00147: SVTCA[y-axis] 
	00148: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short         On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:                                      On
	 17:  YDual                               On
	 18:  YDual                       X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual                               On
	 23:        XDual                         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                               On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:                      Y-Short         On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   586,  1310)  ->  Abs (   586,  1310)
	  1: Rel (   271,  -206)  ->  Abs (   857,  1104)
	  2: Rel (    28,   -21)  ->  Abs (   885,  1083)
	  3: Rel (     0,   -21)  ->  Abs (   885,  1062)
	  4: Rel (     0,   -42)  ->  Abs (   885,  1020)
	  5: Rel (   -43,     0)  ->  Abs (   842,  1020)
	  6: Rel (   -13,     0)  ->  Abs (   829,  1020)
	  7: Rel (   -22,    17)  ->  Abs (   807,  1037)
	  8: Rel (  -221,   169)  ->  Abs (   586,  1206)
	  9: Rel (  -220,  -169)  ->  Abs (   366,  1037)
	 10: Rel (   -23,   -17)  ->  Abs (   343,  1020)
	 11: Rel (   -13,     0)  ->  Abs (   330,  1020)
	 12: Rel (   -42,     0)  ->  Abs (   288,  1020)
	 13: Rel (     0,    42)  ->  Abs (   288,  1062)
	 14: Rel (     0,    21)  ->  Abs (   288,  1083)
	 15: Rel (    27,    21)  ->  Abs (   315,  1104)
	 16: Rel (   425,  -323)  ->  Abs (   740,   781)
	 17: Rel (  -499,     0)  ->  Abs (   241,   781)
	 18: Rel (   -56,     0)  ->  Abs (   185,   781)
	 19: Rel (     0,    42)  ->  Abs (   185,   823)
	 20: Rel (     0,    43)  ->  Abs (   185,   866)
	 21: Rel (    56,     0)  ->  Abs (   241,   866)
	 22: Rel (   583,     0)  ->  Abs (   824,   866)
	 23: Rel (     0,  -925)  ->  Abs (   824,   -59)
	 24: Rel (     0,  -149)  ->  Abs (   824,  -208)
	 25: Rel (  -187,  -178)  ->  Abs (   637,  -386)
	 26: Rel (  -134,     0)  ->  Abs (   503,  -386)
	 27: Rel (  -267,     0)  ->  Abs (   236,  -386)
	 28: Rel (   -56,     0)  ->  Abs (   180,  -386)
	 29: Rel (     0,    42)  ->  Abs (   180,  -344)
	 30: Rel (     0,    43)  ->  Abs (   180,  -301)
	 31: Rel (    56,     0)  ->  Abs (   236,  -301)
	 32: Rel (   265,    -1)  ->  Abs (   501,  -302)
	 33: Rel (   111,     0)  ->  Abs (   612,  -302)
	 34: Rel (   128,   147)  ->  Abs (   740,  -155)
	 35: Rel (     0,    96)  ->  Abs (   740,   -59)

	Glyph 438: off = 0x00017E18, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			89
	  yMin:			-333
	  xMax:			1177
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	46
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     0    84    16    84     2     0    84    84     1 
	                            63    64 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 

	Glyph 439: off = 0x00017E42, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			191
	  yMin:			-333
	  xMax:			1171
	  yMax:			1255

	     0: Flags:		0x0226
		Glyf Index:	78
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    75    75    53    53    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 440: off = 0x00017E66, len = 418
	  numberOfContours:	1
	  xMin:			146
	  yMin:			0
	  xMax:			1082
	  yMax:			866

	EndPoints
	---------
	  0:  49

	  Length of Instructions:	281
	00000: NPUSHB     (105):    33     1    33    24     2    12     1     9    12    10 
	                            22    39    12   138    22   139    24     6    54    12 
	                           134    12   166    14   182    14     4     1     0     0 
	                            32    25    12    20    25    25    12    25    24     0 
	                            13     4    32    12    12    25     1     1     0     2 
	                            48    49    38    11    39    59    43    16    27    26 
	                            37    17    36    59    32     7     6     6    44    44 
	                            43     6    21    22    22    31    31    32    10    24 
	                            13    22    16     1    12     6    19    15     4     1 
	                            95     4   175     4   191     4     3     4     4    15 
	                             9     1     9     9    13 
	00107: PUSHW[1]           -128 
	00110: NPUSHB      (41):    21    36    52    22   128    21    36    52    24   128 
	                            21    36    52    15    19    47    19     2    19    19 
	                            37    29     0    46    16    46     2    46    46    29 
	                            41    41    37    34    34    49    26    38    26    59 
	                            37 
	00153: MDAP[rd]   
	00154: MIRP[nrp0,md,rd,1] 
	00155: ALIGNRP    
	00156: SRP0       
	00157: ALIGNRP    
	00158: SHP[rp1,zp0] 
	00159: MDAP[rd]   
	00160: SRP1       
	00161: SHP[rp1,zp0] 
	00162: MDAP[rd]   
	00163: SHP[rp2,zp1] 
	00164: SHP[rp2,zp1] 
	00165: MDAP[rd]   
	00166: DELTAP1    
	00167: MDAP[rd]   
	00168: SRP1       
	00169: SHP[rp1,zp0] 
	00170: MDAP[rd]   
	00171: DELTAP1    
	00172: CALL       
	00173: CALL       
	00174: CALL       
	00175: SHP[rp1,zp0] 
	00176: MDAP[rd]   
	00177: DELTAP2    
	00178: SHP[rp1,zp0] 
	00179: MDAP[rd]   
	00180: DELTAP1    
	00181: DELTAP2    
	00182: SRP1       
	00183: SLOOP      
	00184: IP         
	00185: SVTCA[y-axis] 
	00186: MIAP[rd+ci] 
	00187: ALIGNRP    
	00188: SRP0       
	00189: ALIGNRP    
	00190: SRP0       
	00191: ALIGNRP    
	00192: MIAP[rd+ci] 
	00193: ALIGNRP    
	00194: SRP0       
	00195: ALIGNRP    
	00196: SRP0       
	00197: ALIGNRP    
	00198: SRP0       
	00199: MIRP[srp0,md,rd,1] 
	00200: ALIGNRP    
	00201: ALIGNRP    
	00202: ALIGNRP    
	00203: SFVTPV     
	00204: ALIGNRP    
	00205: ALIGNRP    
	00206: SRP0       
	00207: MIRP[srp0,md,rd,1] 
	00208: ALIGNRP    
	00209: ALIGNRP    
	00210: ALIGNRP    
	00211: SFVTPV     
	00212: ALIGNRP    
	00213: ALIGNRP    
	00214: SFVTL[=p1,p2] 
	00215: ALIGNRP    
	00216: SFVTL[=p1,p2] 
	00217: ALIGNRP    
	00218: SVTCA[y-axis] 
	00219: SRP2       
	00220: SLOOP      
	00221: IP         
	00222: SDPVTL[1]  
	00223: MDAP[nrd]  
	00224: CALL       
	00225: SFVTCA[x-axis] 
	00226: RDTG       
	00227: SRP0       
	00228: MDRP[nrp0,nmd,rd,0] 
	00229: PUSHB[2]              6     2 
	00232: RS         
	00233: EQ         
	00234: IF         
	00235: PUSHW[2]              1   -32 
	00240: PUSHB[4]             26    36    52     0 
	00245: PUSHW[1]            -32 
	00248: PUSHB[4]             26    36    52     1 
	00253: PUSHW[1]            -24 
	00256: PUSHB[4]             15    25    52     0 
	00261: PUSHW[1]            -24 
	00264: PUSHB[3]             15    25    52 
	00268: SVTCA[y-axis] 
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: EIF        
	00274: IUP[y]     
	00275: IUP[x]     
	00276: SVTCA[x-axis] 
	00277: DELTAP1    
	00278: DELTAP2    
	00279: SVTCA[y-axis] 
	00280: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual                               On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short On
	 13:                                      On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:                              X-Short Off
	 24:  YDual               Y-Short         On
	 25:                      Y-Short X-Short On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                               On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On
	 38:        XDual                         On
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual                               On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   399,   481)  ->  Abs (   399,   481)
	  1: Rel (   357,   300)  ->  Abs (   756,   781)
	  2: Rel (   -43,     0)  ->  Abs (   713,   781)
	  3: Rel (   -56,     0)  ->  Abs (   657,   781)
	  4: Rel (     0,    42)  ->  Abs (   657,   823)
	  5: Rel (     0,    43)  ->  Abs (   657,   866)
	  6: Rel (    56,     0)  ->  Abs (   713,   866)
	  7: Rel (   269,     0)  ->  Abs (   982,   866)
	  8: Rel (    57,     0)  ->  Abs (  1039,   866)
	  9: Rel (     0,   -43)  ->  Abs (  1039,   823)
	 10: Rel (     0,   -42)  ->  Abs (  1039,   781)
	 11: Rel (   -57,     0)  ->  Abs (   982,   781)
	 12: Rel (   -97,     0)  ->  Abs (   885,   781)
	 13: Rel (  -318,  -266)  ->  Abs (   567,   515)
	 14: Rel (   128,   -63)  ->  Abs (   695,   452)
	 15: Rel (   164,  -192)  ->  Abs (   859,   260)
	 16: Rel (    76,  -176)  ->  Abs (   935,    84)
	 17: Rel (    91,     0)  ->  Abs (  1026,    84)
	 18: Rel (    56,     0)  ->  Abs (  1082,    84)
	 19: Rel (     0,   -42)  ->  Abs (  1082,    42)
	 20: Rel (     0,   -42)  ->  Abs (  1082,     0)
	 21: Rel (   -56,     0)  ->  Abs (  1026,     0)
	 22: Rel (  -153,     0)  ->  Abs (   873,     0)
	 23: Rel (  -122,   358)  ->  Abs (   751,   358)
	 24: Rel (  -256,    97)  ->  Abs (   495,   455)
	 25: Rel (   -96,   -81)  ->  Abs (   399,   374)
	 26: Rel (     0,  -290)  ->  Abs (   399,    84)
	 27: Rel (   113,     0)  ->  Abs (   512,    84)
	 28: Rel (    56,     0)  ->  Abs (   568,    84)
	 29: Rel (     0,   -42)  ->  Abs (   568,    42)
	 30: Rel (     0,   -42)  ->  Abs (   568,     0)
	 31: Rel (   -56,     0)  ->  Abs (   512,     0)
	 32: Rel (  -310,     0)  ->  Abs (   202,     0)
	 33: Rel (   -56,     0)  ->  Abs (   146,     0)
	 34: Rel (     0,    42)  ->  Abs (   146,    42)
	 35: Rel (     0,    42)  ->  Abs (   146,    84)
	 36: Rel (    56,     0)  ->  Abs (   202,    84)
	 37: Rel (   113,     0)  ->  Abs (   315,    84)
	 38: Rel (     0,   697)  ->  Abs (   315,   781)
	 39: Rel (  -113,     0)  ->  Abs (   202,   781)
	 40: Rel (   -56,     0)  ->  Abs (   146,   781)
	 41: Rel (     0,    42)  ->  Abs (   146,   823)
	 42: Rel (     0,    43)  ->  Abs (   146,   866)
	 43: Rel (    56,     0)  ->  Abs (   202,   866)
	 44: Rel (   310,     0)  ->  Abs (   512,   866)
	 45: Rel (    56,     0)  ->  Abs (   568,   866)
	 46: Rel (     0,   -43)  ->  Abs (   568,   823)
	 47: Rel (     0,   -42)  ->  Abs (   568,   781)
	 48: Rel (   -56,     0)  ->  Abs (   512,   781)
	 49: Rel (  -113,     0)  ->  Abs (   399,   781)

	Glyph 441: off = 0x00018008, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-333
	  xMax:			1112
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	47
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    51    51    18     2    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 442: off = 0x0001802C, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			187
	  yMin:			-333
	  xMax:			1044
	  yMax:			1255

	     0: Flags:		0x0226
		Glyf Index:	79
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	-13
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    25    25    16    16    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 443: off = 0x00018050, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			46
	  yMin:			-333
	  xMax:			1153
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	49
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    66    66    18     0    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 444: off = 0x00018074, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			108
	  yMin:			-333
	  xMax:			1111
	  yMax:			896

	     0: Flags:		0x0226
		Glyf Index:	81
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     1   144    78   160    78   176    78     3     0    78 
	                             1     0    78    78    48    10    64 
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: DELTAP2    
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 

	Glyph 445: off = 0x000180A4, len = 362
	  numberOfContours:	1
	  xMin:			128
	  yMin:			-33
	  xMax:			1107
	  yMax:			1198

	EndPoints
	---------
	  0:  55

	  Length of Instructions:	211
	00000: NPUSHB      (19):   168    47   184    47     2   133    26   167    29     2 
	                            10    51     1   139    51   251    51     2    25 
	00021: PUSHW[1]            -20 
	00024: NPUSHB      (93):     9    60    52    55    32     9    60    52     0    38 
	                             7    15    38     7     8     8    41    41    45    38 
	                            35     9    16    17    38    24    23     2    53    38 
	                            27     3     0     4    16     4     2     4     4     0 
	                            47    38    63    38     2    38    38     0    49    38 
	                           207    31     1    79    31   159    31     2    31    31 
	                            20    20    11    11    24    25    25    55    55     0 
	                            16    15    30    48     0    64     0   144     0     3 
	                            79     0   208     0     2    15     0    95     0   111 
	                             0     3     0 
	00119: PUSHW[2]            699    56 
	00124: SRP0       
	00125: MIRP[srp0,nmd,rd,0] 
	00126: DELTAP1    
	00127: DELTAP1    
	00128: DELTAP2    
	00129: MIRP[srp0,md,rd,1] 
	00130: ALIGNRP    
	00131: SRP0       
	00132: ALIGNRP    
	00133: SRP0       
	00134: ALIGNRP    
	00135: SRP0       
	00136: ALIGNRP    
	00137: SHP[rp2,zp1] 
	00138: MDAP[rd]   
	00139: SHP[rp2,zp1] 
	00140: MDAP[rd]   
	00141: SHP[rp2,zp1] 
	00142: MDAP[rd]   
	00143: DELTAP1    
	00144: DELTAP2    
	00145: MIRP[nrp0,md,rd,1] 
	00146: SRP1       
	00147: IP         
	00148: MDAP[rd]   
	00149: DELTAP1    
	00150: SRP1       
	00151: SHP[rp1,zp0] 
	00152: MDAP[rd]   
	00153: DELTAP1    
	00154: SVTCA[y-axis] 
	00155: MIAP[rd+ci] 
	00156: MIRP[nrp0,md,rd,1] 
	00157: MIAP[rd+ci] 
	00158: ALIGNRP    
	00159: MIRP[srp0,md,rd,1] 
	00160: ALIGNRP    
	00161: MIAP[rd+ci] 
	00162: MIRP[srp0,md,rd,1] 
	00163: SHP[rp2,zp1] 
	00164: MDAP[rd]   
	00165: MIAP[rd+ci] 
	00166: ALIGNRP    
	00167: MIRP[nrp0,md,rd,1] 
	00168: SRP0       
	00169: MIRP[nrp0,md,rd,1] 
	00170: CALL       
	00171: CALL       
	00172: PUSHB[2]              6     2 
	00175: RS         
	00176: EQ         
	00177: IF         
	00178: PUSHW[2]             25   -64 
	00183: PUSHB[4]             27    36    52    25 
	00188: PUSHW[1]            -32 
	00191: PUSHB[5]             17    26    52    25    27 
	00197: SVTCA[y-axis] 
	00198: SRP1       
	00199: SHP[rp1,zp0] 
	00200: CALL       
	00201: CALL       
	00202: EIF        
	00203: IUP[y]     
	00204: IUP[x]     
	00205: SVTCA[y-axis] 
	00206: DELTAP1    
	00207: SVTCA[x-axis] 
	00208: DELTAP2    
	00209: DELTAP1    
	00210: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short On
	 16:        XDual                         On
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:        XDual         Y-Short         On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual                         Off
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:        XDual                         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   342,    84)  ->  Abs (   342,    84)
	  1: Rel (    20,     0)  ->  Abs (   362,    84)
	  2: Rel (    71,     0)  ->  Abs (   433,    84)
	  3: Rel (    35,   -15)  ->  Abs (   468,    69)
	  4: Rel (     0,   -27)  ->  Abs (   468,    42)
	  5: Rel (     0,   -27)  ->  Abs (   468,    15)
	  6: Rel (   -36,   -15)  ->  Abs (   432,     0)
	  7: Rel (   -70,     0)  ->  Abs (   362,     0)
	  8: Rel (  -125,     0)  ->  Abs (   237,     0)
	  9: Rel (   -70,     0)  ->  Abs (   167,     0)
	 10: Rel (   -37,    15)  ->  Abs (   130,    15)
	 11: Rel (     0,    27)  ->  Abs (   130,    42)
	 12: Rel (     0,    27)  ->  Abs (   130,    69)
	 13: Rel (    36,    15)  ->  Abs (   166,    84)
	 14: Rel (    71,     0)  ->  Abs (   237,    84)
	 15: Rel (    20,     0)  ->  Abs (   257,    84)
	 16: Rel (     0,  1002)  ->  Abs (   257,  1086)
	 17: Rel (   -37,     0)  ->  Abs (   220,  1086)
	 18: Rel (   -58,     0)  ->  Abs (   162,  1086)
	 19: Rel (   -34,    17)  ->  Abs (   128,  1103)
	 20: Rel (     0,    25)  ->  Abs (   128,  1128)
	 21: Rel (     0,    25)  ->  Abs (   128,  1153)
	 22: Rel (    32,    17)  ->  Abs (   160,  1170)
	 23: Rel (    59,     0)  ->  Abs (   219,  1170)
	 24: Rel (   123,     0)  ->  Abs (   342,  1170)
	 25: Rel (     0,  -185)  ->  Abs (   342,   985)
	 26: Rel (   188,   213)  ->  Abs (   530,  1198)
	 27: Rel (   228,     0)  ->  Abs (   758,  1198)
	 28: Rel (   108,     0)  ->  Abs (   866,  1198)
	 29: Rel (   162,  -118)  ->  Abs (  1028,  1080)
	 30: Rel (    79,  -184)  ->  Abs (  1107,   896)
	 31: Rel (     0,  -188)  ->  Abs (  1107,   708)
	 32: Rel (     0,  -343)  ->  Abs (  1107,   365)
	 33: Rel (   -33,  -250)  ->  Abs (  1074,   115)
	 34: Rel (  -143,  -148)  ->  Abs (   931,   -33)
	 35: Rel (  -114,     0)  ->  Abs (   817,   -33)
	 36: Rel (   -72,     0)  ->  Abs (   745,   -33)
	 37: Rel (  -116,    55)  ->  Abs (   629,    22)
	 38: Rel (     0,    30)  ->  Abs (   629,    52)
	 39: Rel (     0,    13)  ->  Abs (   629,    65)
	 40: Rel (    23,    24)  ->  Abs (   652,    89)
	 41: Rel (    15,     0)  ->  Abs (   667,    89)
	 42: Rel (    14,     0)  ->  Abs (   681,    89)
	 43: Rel (    18,    -8)  ->  Abs (   699,    81)
	 44: Rel (    82,   -33)  ->  Abs (   781,    48)
	 45: Rel (    51,     0)  ->  Abs (   832,    48)
	 46: Rel (    74,     0)  ->  Abs (   906,    48)
	 47: Rel (    94,   106)  ->  Abs (  1000,   154)
	 48: Rel (    26,   204)  ->  Abs (  1026,   358)
	 49: Rel (     0,   306)  ->  Abs (  1026,   664)
	 50: Rel (     0,   210)  ->  Abs (  1026,   874)
	 51: Rel (   -78,   166)  ->  Abs (   948,  1040)
	 52: Rel (  -124,    74)  ->  Abs (   824,  1114)
	 53: Rel (   -62,     0)  ->  Abs (   762,  1114)
	 54: Rel (  -209,     0)  ->  Abs (   553,  1114)
	 55: Rel (  -211,  -254)  ->  Abs (   342,   860)

	Glyph 446: off = 0x0001820E, len = 428
	  numberOfContours:	1
	  xMin:			108
	  yMin:			-386
	  xMax:			984
	  yMax:			896

	EndPoints
	---------
	  0:  46

	  Length of Instructions:	302
	00000: NPUSHB      (49):   213    46     1   196    46     1   163    46   178    46 
	                             2   100    16   100    46     2   135    12   150    12 
	                           155    16   165    12     4   123    20   179    41   180 
	                            42     3    28    20   106    20     2     0    41     4 
	                            42     2    23     8    41    21    22    28    32 
	00051: PUSHW[1]            686 
	00054: NPUSHB      (11):    30    92    33    30    30    32    33    34    28    27 
	                            23 
	00067: PUSHW[1]            686 
	00070: NPUSHB      (11):    25    92    22    25    25    23    22    34    27    39 
	                            35 
	00083: PUSHW[1]            686 
	00086: NPUSHB      (13):    37    70    34    37    37    35    34    34    35    59 
	                            39     6    41 
	00101: PUSHW[1]            480 
	00104: NPUSHB      (25):    21   147    18    33    44     7    28    27    10     4 
	                             9    59     5    14     7     7    22     0     1    32 
	                            15   223    14     1    14 
	00131: PUSHW[1]            675 
	00134: NPUSHB      (11):    48    40    22    32    34    33    25    47    71    97 
	                            24 
	00147: CALL       
	00148: FLIPOFF    
	00149: SRP0       
	00150: MIRP[srp0,nmd,rd,0] 
	00151: ALIGNRP    
	00152: FLIPON     
	00153: MIRP[srp0,md,rd,1] 
	00154: ALIGNRP    
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,0] 
	00157: DELTAP1    
	00158: ALIGNRP    
	00159: MIRP[srp0,md,rd,1] 
	00160: ALIGNRP    
	00161: SRP1       
	00162: IP         
	00163: MDAP[rd]   
	00164: SVTCA[y-axis] 
	00165: MIAP[rd+ci] 
	00166: MIRP[nrp0,md,rd,1] 
	00167: ALIGNRP    
	00168: MIAP[rd+ci] 
	00169: ALIGNRP    
	00170: MIAP[rd+ci] 
	00171: MIRP[srp0,md,rd,1] 
	00172: MIRP[srp0,nmd,rd,0] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: MIAP[rd+ci] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIRP[srp0,md,rd,1] 
	00177: RTDG       
	00178: SRP2       
	00179: IP         
	00180: MDAP[rd]   
	00181: RTG        
	00182: SVTCA[x-axis] 
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,1] 
	00185: MIRP[srp0,nmd,rd,0] 
	00186: MDRP[nrp0,nmd,rd,0] 
	00187: SVTCA[y-axis] 
	00188: SRP0       
	00189: MIRP[srp0,md,rd,1] 
	00190: RTDG       
	00191: SRP2       
	00192: IP         
	00193: MDAP[rd]   
	00194: RTG        
	00195: SVTCA[x-axis] 
	00196: SRP0       
	00197: MIRP[srp0,nmd,rd,1] 
	00198: MIRP[srp0,nmd,rd,0] 
	00199: MDRP[nrp0,nmd,rd,0] 
	00200: SVTCA[y-axis] 
	00201: SRP0       
	00202: MIRP[srp0,md,rd,1] 
	00203: RTDG       
	00204: SRP2       
	00205: IP         
	00206: MDAP[rd]   
	00207: RTG        
	00208: SVTCA[x-axis] 
	00209: SRP0       
	00210: MIRP[srp0,nmd,rd,1] 
	00211: MIRP[srp0,nmd,rd,0] 
	00212: MDRP[nrp0,nmd,rd,0] 
	00213: SFVTPV     
	00214: SRP0       
	00215: ALIGNRP    
	00216: ALIGNRP    
	00217: RS         
	00218: JROF       
	00219: NPUSHB      (14):    45    46    16    17    17    45    15    31     1    16 
	                            46    18    31     1 
	00235: SVTCA[y-axis] 
	00236: CALL       
	00237: SVTCA[x-axis] 
	00238: CALL       
	00239: FLIPRGON   
	00240: FLIPRGON   
	00241: SVTCA[y-axis] 
	00242: MPPEM      
	00243: PUSHB[1]             27 
	00245: GTEQ       
	00246: MPPEM      
	00247: PUSHB[1]             36 
	00249: LTEQ       
	00250: AND        
	00251: IF         
	00252: PUSHW[2]             13   -20 
	00257: PUSHB[3]             20    20    41 
	00261: PUSHW[1]            -34 
	00264: PUSHB[2]             16    24 
	00267: SHPIX      
	00268: SHPIX      
	00269: SHPIX      
	00270: SHPIX      
	00271: EIF        
	00272: PUSHB[2]              6     2 
	00275: RS         
	00276: EQ         
	00277: IF         
	00278: PUSHW[2]             41   -32 
	00283: PUSHB[3]             17    36    52 
	00287: SVTCA[y-axis] 
	00288: CALL       
	00289: EIF        
	00290: IUP[y]     
	00291: IUP[x]     
	00292: SVTCA[y-axis] 
	00293: DELTAP2    
	00294: DELTAP2    
	00295: DELTAP2    
	00296: DELTAP1    
	00297: SVTCA[x-axis] 
	00298: DELTAP2    
	00299: DELTAP1    
	00300: DELTAP1    
	00301: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:        XDual                         On
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                               On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short On
	 34:        XDual                         On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short On
	 41:        XDual         Y-Short         On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   984,   613)  ->  Abs (   984,   613)
	  1: Rel (     0,  -672)  ->  Abs (   984,   -59)
	  2: Rel (     0,  -153)  ->  Abs (   984,  -212)
	  3: Rel (  -192,  -174)  ->  Abs (   792,  -386)
	  4: Rel (  -129,     0)  ->  Abs (   663,  -386)
	  5: Rel (  -146,     0)  ->  Abs (   517,  -386)
	  6: Rel (   -56,     0)  ->  Abs (   461,  -386)
	  7: Rel (     0,    42)  ->  Abs (   461,  -344)
	  8: Rel (     0,    43)  ->  Abs (   461,  -301)
	  9: Rel (    56,     0)  ->  Abs (   517,  -301)
	 10: Rel (   145,    -1)  ->  Abs (   662,  -302)
	 11: Rel (    73,     0)  ->  Abs (   735,  -302)
	 12: Rel (   101,    61)  ->  Abs (   836,  -241)
	 13: Rel (    64,   118)  ->  Abs (   900,  -123)
	 14: Rel (     0,    64)  ->  Abs (   900,   -59)
	 15: Rel (     0,   658)  ->  Abs (   900,   599)
	 16: Rel (     0,    84)  ->  Abs (   900,   683)
	 17: Rel (  -124,   128)  ->  Abs (   776,   811)
	 18: Rel (  -116,     0)  ->  Abs (   660,   811)
	 19: Rel (   -92,     0)  ->  Abs (   568,   811)
	 20: Rel (  -140,   -91)  ->  Abs (   428,   720)
	 21: Rel (   -85,   -97)  ->  Abs (   343,   623)
	 22: Rel (     0,  -539)  ->  Abs (   343,    84)
	 23: Rel (    95,     0)  ->  Abs (   438,    84)
	 24: Rel (    56,     0)  ->  Abs (   494,    84)
	 25: Rel (     0,   -42)  ->  Abs (   494,    42)
	 26: Rel (     0,   -42)  ->  Abs (   494,     0)
	 27: Rel (   -56,     0)  ->  Abs (   438,     0)
	 28: Rel (  -274,     0)  ->  Abs (   164,     0)
	 29: Rel (   -56,     0)  ->  Abs (   108,     0)
	 30: Rel (     0,    42)  ->  Abs (   108,    42)
	 31: Rel (     0,    42)  ->  Abs (   108,    84)
	 32: Rel (    56,     0)  ->  Abs (   164,    84)
	 33: Rel (    95,     0)  ->  Abs (   259,    84)
	 34: Rel (     0,   697)  ->  Abs (   259,   781)
	 35: Rel (   -71,     0)  ->  Abs (   188,   781)
	 36: Rel (   -56,     0)  ->  Abs (   132,   781)
	 37: Rel (     0,    42)  ->  Abs (   132,   823)
	 38: Rel (     0,    43)  ->  Abs (   132,   866)
	 39: Rel (    56,     0)  ->  Abs (   188,   866)
	 40: Rel (   155,     0)  ->  Abs (   343,   866)
	 41: Rel (     0,  -127)  ->  Abs (   343,   739)
	 42: Rel (    86,    88)  ->  Abs (   429,   827)
	 43: Rel (   143,    69)  ->  Abs (   572,   896)
	 44: Rel (    91,     0)  ->  Abs (   663,   896)
	 45: Rel (   149,     0)  ->  Abs (   812,   896)
	 46: Rel (   172,  -177)  ->  Abs (   984,   719)

	Glyph 447: off = 0x000183BA, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1425

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0007
		Glyf Index:	216
		X WOffset:	-90
		Y WOffset:	264
		Other:		Round X,Y to Grid            


	Glyph 448: off = 0x000183D2, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1161

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	216
		X BOffset:	-1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     0    28     1    28     9 
	00007: PUSHW[1]           -300 
	00010: PUSHB[5]             72    43     2     1    25 
	00016: PUSHW[2]            800    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 449: off = 0x00018406, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0007
		Glyf Index:	217
		X WOffset:	-90
		Y WOffset:	265
		Other:		Round X,Y to Grid            


	Glyph 450: off = 0x0001841E, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1298

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	217
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              2    47     9 
	00004: PUSHW[1]           -301 
	00007: PUSHB[5]             72    43     2     1    44 
	00013: PUSHW[2]            652    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 451: off = 0x0001844E, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			-333
	  xMax:			1214
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	-13
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    58    58    16    34    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 452: off = 0x00018472, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			-333
	  xMax:			1114
	  yMax:			887

	     0: Flags:		0x0226
		Glyf Index:	85
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	-63
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    65    65    35    20    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 453: off = 0x00018496, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			185
	  yMin:			-33
	  xMax:			1044
	  yMax:			1574

	     0: Flags:		0x0226
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	14
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    31    85     1    85    67 
	00007: PUSHW[1]           -282 
	00010: PUSHB[5]             72    43     1     1    82 
	00016: PUSHW[2]            651    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP3    
	00026: SHC[rp1,zp0] 

	Glyph 454: off = 0x000184CC, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			207
	  yMin:			-33
	  xMax:			1022
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	14
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    31    85     1    85    67 
	00007: PUSHW[1]           -279 
	00010: PUSHB[5]             72    43     1     1    82 
	00016: PUSHW[2]            652    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 455: off = 0x00018500, len = 414
	  numberOfContours:	1
	  xMin:			143
	  yMin:			0
	  xMax:			1084
	  yMax:			1170

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	291
	00000: NPUSHB      (19):    21    21    26    41    41    37    17    25    26     0 
	                            38    37    18    38    24    24    43    38    39 
	00021: PUSHW[1]            -64 
	00024: NPUSHB      (14):    14    18    52     0    39    16    39     2    39    39 
	                             8    31    32    36 
	00040: PUSHW[1]            676 
	00043: PUSHB[6]             47    34    63    34     2    34 
	00050: PUSHW[1]            794 
	00053: NPUSHB       (9):    37    34    34    36    37    29    32    10    14 
	00064: PUSHW[1]            676 
	00067: NPUSHB      (14):   111    12     1    12    54    15    12    12    14    15 
	                            29    10    31    27 
	00083: PUSHW[1]            676 
	00086: PUSHB[6]             32    29    48    29     2    29 
	00093: PUSHW[1]            794 
	00096: NPUSHB       (9):    26    29    29    27    26    29    31     7     3 
	00107: PUSHW[1]            676 
	00110: NPUSHB      (24):   111     5     1     5    54     2     5     5     3     2 
	                            29     7    15     2    30     9     8    32    31     8 
	                             2    31     8     7 
	00136: PUSHW[1]            367 
	00139: PUSHB[7]             37    37     1    30    16    16    26 
	00147: PUSHW[1]            367 
	00150: NPUSHB      (35):   207    10     1    16    10    47    10    96    10     3 
	                           143    10   175    10   223    10     3    95    10   112 
	                            10     2    15    10    63    10    79    10     3    10 
	                           233    45   194   111    24 
	00187: CALL       
	00188: SRP0       
	00189: MIRP[srp0,nmd,rd,2] 
	00190: DELTAP1    
	00191: DELTAP1    
	00192: DELTAP1    
	00193: DELTAP2    
	00194: DELTAP2    
	00195: MIRP[srp0,nmd,rd,0] 
	00196: ALIGNRP    
	00197: SRP0       
	00198: MIRP[srp0,md,rd,1] 
	00199: ALIGNRP    
	00200: SRP0       
	00201: MIRP[nrp0,nmd,rd,0] 
	00202: SVTCA[y-axis] 
	00203: MIAP[rd+ci] 
	00204: MIAP[rd+ci] 
	00205: SRP0       
	00206: ALIGNRP    
	00207: SRP0       
	00208: ALIGNRP    
	00209: MIRP[srp0,md,rd,1] 
	00210: ALIGNRP    
	00211: SVTCA[x-axis] 
	00212: SRP0       
	00213: MIRP[srp0,md,rd,1] 
	00214: RTDG       
	00215: SRP2       
	00216: IP         
	00217: MDAP[rd]   
	00218: RTG        
	00219: SVTCA[y-axis] 
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,1] 
	00222: DELTAP1    
	00223: MIRP[srp0,nmd,rd,0] 
	00224: MDRP[nrp0,nmd,rd,0] 
	00225: SRP0       
	00226: MIRP[srp0,md,rd,1] 
	00227: RTDG       
	00228: SRP2       
	00229: IP         
	00230: MDAP[rd]   
	00231: RTG        
	00232: SVTCA[x-axis] 
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,1] 
	00235: DELTAP1    
	00236: MIRP[srp0,nmd,rd,0] 
	00237: MDRP[nrp0,nmd,rd,0] 
	00238: SRP0       
	00239: MIRP[srp0,md,rd,1] 
	00240: RTDG       
	00241: SRP2       
	00242: IP         
	00243: MDAP[rd]   
	00244: RTG        
	00245: SVTCA[y-axis] 
	00246: SRP0       
	00247: MIRP[srp0,nmd,rd,1] 
	00248: DELTAP1    
	00249: MIRP[srp0,nmd,rd,0] 
	00250: MDRP[nrp0,nmd,rd,0] 
	00251: SRP0       
	00252: MIRP[srp0,md,rd,1] 
	00253: RTDG       
	00254: SRP2       
	00255: IP         
	00256: MDAP[rd]   
	00257: RTG        
	00258: SVTCA[x-axis] 
	00259: SRP0       
	00260: MIRP[srp0,nmd,rd,1] 
	00261: DELTAP1    
	00262: MIRP[srp0,nmd,rd,0] 
	00263: MDRP[nrp0,nmd,rd,0] 
	00264: SVTCA[y-axis] 
	00265: SRP1       
	00266: SRP2       
	00267: IP         
	00268: MDAP[rd]   
	00269: DELTAP1    
	00270: CALL       
	00271: MIRP[nrp0,md,rd,1] 
	00272: ALIGNRP    
	00273: SRP0       
	00274: MIRP[nrp0,md,rd,1] 
	00275: SPVTCA[x-axis] 
	00276: SFVTCA[x-axis] 
	00277: SRP0       
	00278: ALIGNRP    
	00279: ALIGNRP    
	00280: SRP0       
	00281: ALIGNRP    
	00282: ALIGNRP    
	00283: SRP1       
	00284: SHP[rp1,zp0] 
	00285: MDAP[rd]   
	00286: SRP1       
	00287: SHP[rp1,zp0] 
	00288: MDAP[rd]   
	00289: IUP[y]     
	00290: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual                               On
	 17:        XDual                         On
	 18:  YDual                               On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                               On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                               On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On
	 38:        XDual                         On
	 39:  YDual                               On
	 40:  YDual                       X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   571,   618)  ->  Abs (   571,   618)
	  1: Rel (     0,   468)  ->  Abs (   571,  1086)
	  2: Rel (  -344,     0)  ->  Abs (   227,  1086)
	  3: Rel (     0,  -291)  ->  Abs (   227,   795)
	  4: Rel (     0,   -57)  ->  Abs (   227,   738)
	  5: Rel (   -42,     0)  ->  Abs (   185,   738)
	  6: Rel (   -42,     0)  ->  Abs (   143,   738)
	  7: Rel (     0,    57)  ->  Abs (   143,   795)
	  8: Rel (     0,   375)  ->  Abs (   143,  1170)
	  9: Rel (   941,     0)  ->  Abs (  1084,  1170)
	 10: Rel (     0,  -375)  ->  Abs (  1084,   795)
	 11: Rel (     0,   -57)  ->  Abs (  1084,   738)
	 12: Rel (   -42,     0)  ->  Abs (  1042,   738)
	 13: Rel (   -42,     0)  ->  Abs (  1000,   738)
	 14: Rel (     0,    57)  ->  Abs (  1000,   795)
	 15: Rel (     0,   291)  ->  Abs (  1000,  1086)
	 16: Rel (  -344,     0)  ->  Abs (   656,  1086)
	 17: Rel (     0,  -468)  ->  Abs (   656,   618)
	 18: Rel (   264,     0)  ->  Abs (   920,   618)
	 19: Rel (    49,     0)  ->  Abs (   969,   618)
	 20: Rel (    31,   -18)  ->  Abs (  1000,   600)
	 21: Rel (     0,   -24)  ->  Abs (  1000,   576)
	 22: Rel (     0,   -25)  ->  Abs (  1000,   551)
	 23: Rel (   -30,   -18)  ->  Abs (   970,   533)
	 24: Rel (   -49,     0)  ->  Abs (   921,   533)
	 25: Rel (  -265,     0)  ->  Abs (   656,   533)
	 26: Rel (     0,  -449)  ->  Abs (   656,    84)
	 27: Rel (   218,     0)  ->  Abs (   874,    84)
	 28: Rel (    56,     0)  ->  Abs (   930,    84)
	 29: Rel (     0,   -42)  ->  Abs (   930,    42)
	 30: Rel (     0,   -42)  ->  Abs (   930,     0)
	 31: Rel (   -56,     0)  ->  Abs (   874,     0)
	 32: Rel (  -521,     0)  ->  Abs (   353,     0)
	 33: Rel (   -56,     0)  ->  Abs (   297,     0)
	 34: Rel (     0,    42)  ->  Abs (   297,    42)
	 35: Rel (     0,    42)  ->  Abs (   297,    84)
	 36: Rel (    56,     0)  ->  Abs (   353,    84)
	 37: Rel (   218,     0)  ->  Abs (   571,    84)
	 38: Rel (     0,   449)  ->  Abs (   571,   533)
	 39: Rel (  -277,     0)  ->  Abs (   294,   533)
	 40: Rel (   -67,     0)  ->  Abs (   227,   533)
	 41: Rel (     0,    43)  ->  Abs (   227,   576)
	 42: Rel (     0,    42)  ->  Abs (   227,   618)
	 43: Rel (    70,     0)  ->  Abs (   297,   618)

	Glyph 456: off = 0x0001869E, len = 382
	  numberOfContours:	1
	  xMin:			122
	  yMin:			-33
	  xMax:			1083
	  yMax:			1170

	EndPoints
	---------
	  0:  49

	  Length of Instructions:	253
	00000: NPUSHB      (64):   251    42     1    13    42    26    42     2   211    28 
	                           228    28     2   164    28   181    28   194    28     3 
	                           166    32   198    29   214    29     3   118    32   134 
	                            32   149    32     3    26    44    45    20     0    49 
	                            13    19    20    26    27     7     1     0    44    43 
	                             0    23     1    23    23    27    47    47     4    23 
	                             8    16    14    18 
	00066: PUSHW[3]            686    16   370 
	00073: NPUSHB      (38):    19    16    16    18    19    34    14    25    59    21 
	                            21    45    59    49    49    13    40    10     2     2 
	                            59     6     6    18    59    14    14    13     6    35 
	                            35    30    33    40    11    37   136    16 
	00113: PUSHW[1]            425 
	00116: NPUSHB      (21):    12    12    27    32     8     4   198   112    43   191 
	                            43     2    32    43     1     0    43    16    43     2 
	                            43 
	00139: PUSHW[1]            741 
	00142: PUSHB[4]             50    42   173    24 
	00147: CALL       
	00148: SRP0       
	00149: MIRP[srp0,nmd,rd,2] 
	00150: DELTAP1    
	00151: DELTAP1    
	00152: DELTAP1    
	00153: MIRP[nrp0,nmd,rd,0] 
	00154: ALIGNRP    
	00155: MIRP[srp0,md,rd,1] 
	00156: ALIGNRP    
	00157: SRP0       
	00158: MIRP[srp0,nmd,rd,0] 
	00159: MIRP[nrp0,nmd,rd,0] 
	00160: SVTCA[y-axis] 
	00161: MIAP[rd+ci] 
	00162: MIRP[srp0,md,rd,1] 
	00163: SHP[rp2,zp1] 
	00164: MDAP[rd]   
	00165: MIAP[rd+ci] 
	00166: ALIGNRP    
	00167: SRP0       
	00168: MIRP[nrp0,md,rd,1] 
	00169: ALIGNRP    
	00170: SRP0       
	00171: MIRP[nrp0,md,rd,1] 
	00172: MIAP[rd+ci] 
	00173: SRP1       
	00174: SRP2       
	00175: IP         
	00176: MDAP[rd]   
	00177: MIRP[nrp0,md,rd,1] 
	00178: ALIGNRP    
	00179: SRP0       
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP0       
	00182: MIRP[srp0,md,rd,1] 
	00183: RTDG       
	00184: SRP2       
	00185: IP         
	00186: MDAP[rd]   
	00187: RTG        
	00188: SVTCA[x-axis] 
	00189: SRP0       
	00190: MIRP[srp0,nmd,rd,1] 
	00191: MIRP[srp0,nmd,rd,0] 
	00192: MDRP[nrp0,nmd,rd,0] 
	00193: MDAP[rd]   
	00194: RS         
	00195: JROF       
	00196: NPUSHB      (14):    41    42    28    29    29    41    27    31     0    28 
	                            42    30    31     0 
	00212: SVTCA[y-axis] 
	00213: CALL       
	00214: SVTCA[x-axis] 
	00215: CALL       
	00216: FLIPRGON   
	00217: FLIPRGON   
	00218: SRP1       
	00219: SHP[rp1,zp0] 
	00220: MDAP[rd]   
	00221: SRP1       
	00222: SHP[rp1,zp0] 
	00223: MDAP[rd]   
	00224: DELTAP1    
	00225: SRP0       
	00226: ALIGNRP    
	00227: ALIGNRP    
	00228: ALIGNRP    
	00229: ALIGNRP    
	00230: SRP0       
	00231: ALIGNRP    
	00232: ALIGNRP    
	00233: ALIGNRP    
	00234: ALIGNRP    
	00235: SPVTCA[y-axis] 
	00236: SFVTCA[y-axis] 
	00237: SRP0       
	00238: ALIGNRP    
	00239: ALIGNRP    
	00240: SRP0       
	00241: ALIGNRP    
	00242: ALIGNRP    
	00243: IUP[y]     
	00244: IUP[x]     
	00245: SVTCA[y-axis] 
	00246: DELTAP2    
	00247: DELTAP2    
	00248: DELTAP1    
	00249: DELTAP1    
	00250: SVTCA[x-axis] 
	00251: DELTAP2    
	00252: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         On
	 14:  YDual                               On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                               On
	 20:        XDual         Y-Short         On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:  YDual                               On
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short         Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         On
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   357,   544)  ->  Abs (   357,   544)
	  1: Rel (     0,   237)  ->  Abs (   357,   781)
	  2: Rel (  -155,     0)  ->  Abs (   202,   781)
	  3: Rel (   -56,     0)  ->  Abs (   146,   781)
	  4: Rel (     0,    42)  ->  Abs (   146,   823)
	  5: Rel (     0,    43)  ->  Abs (   146,   866)
	  6: Rel (    56,     0)  ->  Abs (   202,   866)
	  7: Rel (   155,     0)  ->  Abs (   357,   866)
	  8: Rel (     0,   248)  ->  Abs (   357,  1114)
	  9: Rel (     0,    56)  ->  Abs (   357,  1170)
	 10: Rel (    42,     0)  ->  Abs (   399,  1170)
	 11: Rel (    43,     0)  ->  Abs (   442,  1170)
	 12: Rel (     0,   -56)  ->  Abs (   442,  1114)
	 13: Rel (     0,  -248)  ->  Abs (   442,   866)
	 14: Rel (   456,     0)  ->  Abs (   898,   866)
	 15: Rel (    57,     0)  ->  Abs (   955,   866)
	 16: Rel (     0,   -43)  ->  Abs (   955,   823)
	 17: Rel (     0,   -42)  ->  Abs (   955,   781)
	 18: Rel (   -57,     0)  ->  Abs (   898,   781)
	 19: Rel (  -456,     0)  ->  Abs (   442,   781)
	 20: Rel (     0,  -237)  ->  Abs (   442,   544)
	 21: Rel (   311,     0)  ->  Abs (   753,   544)
	 22: Rel (    57,     0)  ->  Abs (   810,   544)
	 23: Rel (     0,   -42)  ->  Abs (   810,   502)
	 24: Rel (     0,   -43)  ->  Abs (   810,   459)
	 25: Rel (   -57,     0)  ->  Abs (   753,   459)
	 26: Rel (  -311,     0)  ->  Abs (   442,   459)
	 27: Rel (     0,  -237)  ->  Abs (   442,   222)
	 28: Rel (     0,   -66)  ->  Abs (   442,   156)
	 29: Rel (   106,  -105)  ->  Abs (   548,    51)
	 30: Rel (   120,     0)  ->  Abs (   668,    51)
	 31: Rel (    93,     0)  ->  Abs (   761,    51)
	 32: Rel (   197,    52)  ->  Abs (   958,   103)
	 33: Rel (    52,    31)  ->  Abs (  1010,   134)
	 34: Rel (    20,    13)  ->  Abs (  1030,   147)
	 35: Rel (    13,     0)  ->  Abs (  1043,   147)
	 36: Rel (    40,     0)  ->  Abs (  1083,   147)
	 37: Rel (     0,   -42)  ->  Abs (  1083,   105)
	 38: Rel (     0,   -40)  ->  Abs (  1083,    65)
	 39: Rel (  -269,   -98)  ->  Abs (   814,   -33)
	 40: Rel (  -136,     0)  ->  Abs (   678,   -33)
	 41: Rel (  -142,     0)  ->  Abs (   536,   -33)
	 42: Rel (  -179,   136)  ->  Abs (   357,   103)
	 43: Rel (     0,   119)  ->  Abs (   357,   222)
	 44: Rel (     0,   237)  ->  Abs (   357,   459)
	 45: Rel (  -179,     0)  ->  Abs (   178,   459)
	 46: Rel (   -56,     0)  ->  Abs (   122,   459)
	 47: Rel (     0,    43)  ->  Abs (   122,   502)
	 48: Rel (     0,    42)  ->  Abs (   122,   544)
	 49: Rel (    56,     0)  ->  Abs (   178,   544)

	Glyph 457: off = 0x0001881C, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1502

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	0
		Y WOffset:	295
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1     0    69    16    69     2    69    25     2    72 
	                            43     1     1    58 
	00016: PUSHW[2]            651    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 458: off = 0x00018852, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1207

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	-14
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1     0    60    16    60     2    60    16 
	00009: PUSHW[1]            -62 
	00012: PUSHB[5]             72    43     1     1    49 
	00018: PUSHW[2]            652    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph 459: off = 0x00018888, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1425

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1    60    29 
	00004: PUSHW[1]            298 
	00007: PUSHB[5]             72    43     1     1    50 
	00013: PUSHW[2]            798    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 460: off = 0x000188BA, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1161

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	216
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    64    44     1    44    16 
	00007: PUSHW[1]            -28 
	00010: PUSHB[5]             72    43     1     1    41 
	00016: PUSHW[2]            800    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP2    
	00026: SHC[rp1,zp0] 

	Glyph 461: off = 0x000188EE, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	0
		Y WOffset:	265
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    72    25    20    72    43     1     1    69 
	00011: PUSHW[2]            651    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 462: off = 0x0001891E, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1298

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	217
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1    63    16 
	00004: PUSHW[1]            -30 
	00007: PUSHB[5]             72    43     1     1    60 
	00013: PUSHW[2]            652    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 463: off = 0x0001894E, len = 488
	  numberOfContours:	1
	  xMin:			83
	  yMin:			-291
	  xMax:			1148
	  yMax:			1170

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	339
	00000: PUSHW[4]             18    -8    20    -8 
	00009: NPUSHB      (27):   112     1   117    17   118    21   141    36   154    36 
	                           154    37   230    21   245    21     8    11    36   140 
	                             2   140    36     3    20    16    18 
	00038: PUSHW[3]             -8    17    -8 
	00045: PUSHB[5]            118    36     1    10    14 
	00051: PUSHW[1]            676 
	00054: NPUSHB      (16):     0    12    16    12     2    12    51    15    12    12 
	                            14    15    29    10    29    33 
	00072: PUSHW[1]            676 
	00075: NPUSHB      (14):     0    31     1    31    41    34    31    31    33    34 
	                            29    29     9     5 
	00091: PUSHW[1]            676 
	00094: NPUSHB      (11):     7    41     4     7     7     5     4    29     9    28 
	                            24 
	00107: PUSHW[1]            676 
	00110: NPUSHB      (13):    26    51    23    26    26    24    23    29    28     0 
	                            19    38    47 
	00125: PUSHW[1]            344 
	00128: NPUSHB      (26):    52    55    43    43    38    33    38    29    29    24 
	                            38    28    28    14    38    10     5    38    10     9 
	                             2    19    37    38     9    38 
	00156: PUSHW[1]            -16 
	00159: NPUSHB      (59):    38     0    16     0    55    49    49    40    55     0 
	                            55   115    55     2    55    55    16    23    22    30 
	                            35    35   111    34   143    34     2    15    34    79 
	                            34    95    34     3    34    26    58    15    16    30 
	                             3     3    79     4    95     4   111     4   127     4 
	                           143     4     5     4    25    57    58   107    24 
	00220: CALL       
	00221: FLIPOFF    
	00222: SRP0       
	00223: MIRP[srp0,nmd,rd,0] 
	00224: DELTAP1    
	00225: ALIGNRP    
	00226: FLIPON     
	00227: SRP0       
	00228: MIRP[srp0,md,rd,1] 
	00229: ALIGNRP    
	00230: FLIPOFF    
	00231: SRP0       
	00232: MIRP[srp0,nmd,rd,2] 
	00233: DELTAP1    
	00234: DELTAP1    
	00235: ALIGNRP    
	00236: FLIPON     
	00237: SRP0       
	00238: MIRP[srp0,md,rd,1] 
	00239: ALIGNRP    
	00240: SRP2       
	00241: IP         
	00242: MDAP[rd]   
	00243: DELTAP1    
	00244: MIRP[srp0,md,rd,1] 
	00245: SHP[rp2,zp1] 
	00246: MDAP[rd]   
	00247: SRP1       
	00248: IP         
	00249: SHPIX      
	00250: SHP[rp2,zp1] 
	00251: SHPIX      
	00252: SVTCA[y-axis] 
	00253: MIAP[rd+ci] 
	00254: MIRP[nrp0,md,rd,1] 
	00255: MIAP[rd+ci] 
	00256: ALIGNRP    
	00257: MIRP[nrp0,md,rd,1] 
	00258: SRP0       
	00259: MIRP[nrp0,md,rd,1] 
	00260: ALIGNRP    
	00261: SRP0       
	00262: MIRP[nrp0,md,rd,1] 
	00263: ALIGNRP    
	00264: SRP0       
	00265: MIRP[nrp0,md,rd,1] 
	00266: SRP1       
	00267: SHP[rp1,zp0] 
	00268: MDAP[rd]   
	00269: MIRP[nrp0,md,rd,1] 
	00270: MIRP[nrp0,nmd,rd,0] 
	00271: SRP1       
	00272: SRP2       
	00273: IP         
	00274: SRP0       
	00275: MIRP[srp0,md,rd,1] 
	00276: RTDG       
	00277: SRP2       
	00278: IP         
	00279: MDAP[rd]   
	00280: RTG        
	00281: SVTCA[x-axis] 
	00282: SRP0       
	00283: MIRP[srp0,nmd,rd,1] 
	00284: MIRP[srp0,nmd,rd,0] 
	00285: MDRP[nrp0,nmd,rd,0] 
	00286: SVTCA[y-axis] 
	00287: SRP0       
	00288: MIRP[srp0,md,rd,1] 
	00289: RTDG       
	00290: SRP2       
	00291: IP         
	00292: MDAP[rd]   
	00293: RTG        
	00294: SVTCA[x-axis] 
	00295: SRP0       
	00296: MIRP[srp0,nmd,rd,1] 
	00297: MIRP[srp0,nmd,rd,0] 
	00298: MDRP[nrp0,nmd,rd,0] 
	00299: SVTCA[y-axis] 
	00300: SRP0       
	00301: MIRP[srp0,md,rd,1] 
	00302: RTDG       
	00303: SRP2       
	00304: IP         
	00305: MDAP[rd]   
	00306: RTG        
	00307: SVTCA[x-axis] 
	00308: SRP0       
	00309: MIRP[srp0,nmd,rd,1] 
	00310: DELTAP1    
	00311: MIRP[srp0,nmd,rd,0] 
	00312: MDRP[nrp0,nmd,rd,0] 
	00313: SVTCA[y-axis] 
	00314: SRP0       
	00315: MIRP[srp0,md,rd,1] 
	00316: RTDG       
	00317: SRP2       
	00318: IP         
	00319: MDAP[rd]   
	00320: RTG        
	00321: SVTCA[x-axis] 
	00322: SRP0       
	00323: MIRP[srp0,nmd,rd,1] 
	00324: DELTAP1    
	00325: MIRP[srp0,nmd,rd,0] 
	00326: MDRP[nrp0,nmd,rd,0] 
	00327: IUP[y]     
	00328: IUP[x]     
	00329: SVTCA[x-axis] 
	00330: DELTAP1    
	00331: SHPIX      
	00332: SHPIX      
	00333: SHPIX      
	00334: SVTCA[y-axis] 
	00335: DELTAP2    
	00336: DELTAP1    
	00337: SHPIX      
	00338: SHPIX      

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual                               On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short On
	 16:        XDual                         On
	 17:        XDual         Y-Short         Off
	 18:        XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:        XDual                         On
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual                               On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short On
	 35:        XDual                         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                      Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:  YDual               Y-Short X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   549,   -28)  ->  Abs (   549,   -28)
	  1: Rel (  -155,    27)  ->  Abs (   394,    -1)
	  2: Rel (  -184,   237)  ->  Abs (   210,   236)
	  3: Rel (     0,   148)  ->  Abs (   210,   384)
	  4: Rel (     0,   702)  ->  Abs (   210,  1086)
	  5: Rel (   -71,     0)  ->  Abs (   139,  1086)
	  6: Rel (   -56,     0)  ->  Abs (    83,  1086)
	  7: Rel (     0,    42)  ->  Abs (    83,  1128)
	  8: Rel (     0,    42)  ->  Abs (    83,  1170)
	  9: Rel (    56,     0)  ->  Abs (   139,  1170)
	 10: Rel (   310,     0)  ->  Abs (   449,  1170)
	 11: Rel (    56,     0)  ->  Abs (   505,  1170)
	 12: Rel (     0,   -42)  ->  Abs (   505,  1128)
	 13: Rel (     0,   -42)  ->  Abs (   505,  1086)
	 14: Rel (   -56,     0)  ->  Abs (   449,  1086)
	 15: Rel (  -155,     0)  ->  Abs (   294,  1086)
	 16: Rel (     0,  -702)  ->  Abs (   294,   384)
	 17: Rel (     0,  -141)  ->  Abs (   294,   243)
	 18: Rel (   192,  -192)  ->  Abs (   486,    51)
	 19: Rel (   130,     0)  ->  Abs (   616,    51)
	 20: Rel (   133,     0)  ->  Abs (   749,    51)
	 21: Rel (   188,   197)  ->  Abs (   937,   248)
	 22: Rel (     0,   136)  ->  Abs (   937,   384)
	 23: Rel (     0,   702)  ->  Abs (   937,  1086)
	 24: Rel (  -155,     0)  ->  Abs (   782,  1086)
	 25: Rel (   -56,     0)  ->  Abs (   726,  1086)
	 26: Rel (     0,    42)  ->  Abs (   726,  1128)
	 27: Rel (     0,    42)  ->  Abs (   726,  1170)
	 28: Rel (    56,     0)  ->  Abs (   782,  1170)
	 29: Rel (   310,     0)  ->  Abs (  1092,  1170)
	 30: Rel (    56,     0)  ->  Abs (  1148,  1170)
	 31: Rel (     0,   -42)  ->  Abs (  1148,  1128)
	 32: Rel (     0,   -42)  ->  Abs (  1148,  1086)
	 33: Rel (   -56,     0)  ->  Abs (  1092,  1086)
	 34: Rel (   -71,     0)  ->  Abs (  1021,  1086)
	 35: Rel (     0,  -702)  ->  Abs (  1021,   384)
	 36: Rel (     0,  -170)  ->  Abs (  1021,   214)
	 37: Rel (  -220,  -238)  ->  Abs (   801,   -24)
	 38: Rel (  -168,    -9)  ->  Abs (   633,   -33)
	 39: Rel (   -44,   -42)  ->  Abs (   589,   -75)
	 40: Rel (     0,   -58)  ->  Abs (   589,  -133)
	 41: Rel (     0,   -41)  ->  Abs (   589,  -174)
	 42: Rel (    61,   -50)  ->  Abs (   650,  -224)
	 43: Rel (    51,     0)  ->  Abs (   701,  -224)
	 44: Rel (    50,     0)  ->  Abs (   751,  -224)
	 45: Rel (    36,    31)  ->  Abs (   787,  -193)
	 46: Rel (    17,    15)  ->  Abs (   804,  -178)
	 47: Rel (    12,     0)  ->  Abs (   816,  -178)
	 48: Rel (    33,     0)  ->  Abs (   849,  -178)
	 49: Rel (     0,   -33)  ->  Abs (   849,  -211)
	 50: Rel (     0,   -30)  ->  Abs (   849,  -241)
	 51: Rel (   -97,   -50)  ->  Abs (   752,  -291)
	 52: Rel (   -53,     0)  ->  Abs (   699,  -291)
	 53: Rel (   -77,     0)  ->  Abs (   622,  -291)
	 54: Rel (  -100,    87)  ->  Abs (   522,  -204)
	 55: Rel (     0,    77)  ->  Abs (   522,  -127)
	 56: Rel (     0,    48)  ->  Abs (   522,   -79)

	Glyph 464: off = 0x00018B36, len = 448
	  numberOfContours:	1
	  xMin:			91
	  yMin:			-291
	  xMax:			1181
	  yMax:			866

	EndPoints
	---------
	  0:  51

	  Length of Instructions:	313
	00000: PUSHB[7]            182    39     1     9    24     1    38 
	00008: PUSHW[1]            -22 
	00011: PUSHB[4]              9    36    52    39 
	00016: PUSHW[1]            -32 
	00019: PUSHB[4]              9    36    52     0 
	00024: PUSHW[1]            -16 
	00027: PUSHB[4]             23     8    32    28 
	00032: PUSHW[1]            686 
	00035: NPUSHB      (11):    30    47    27    30    30    28    27    34    32    45 
	                            41 
	00048: PUSHW[1]            686 
	00051: NPUSHB      (11):    43    78    40    43    43    41    40    34    45     0 
	                            48 
	00064: PUSHW[1]            686 
	00067: NPUSHB      (19):     0    50     1    50    70    47    50    50    48    47 
	                            34     0    39    21    32    37    10    89    15 
	00088: PUSHW[1]            792 
	00091: NPUSHB      (44):     6     6    47    48    59    20     0    10    40    41 
	                            59    46    45    45    33    27    28    59    33    32 
	                             6    37    33    23    11     0   176    12   192    12 
	                             2    80    12    96    12     2    48    12    64    12 
	                             2    12    12     3 
	00137: PUSHW[1]            792 
	00140: NPUSHB      (12):     0    18     1    18    18    47    32    21    20    20 
	                            40    39 
	00154: PUSHW[1]            675 
	00157: NPUSHB       (9):    53    33    34    32    27   207    26     1    26 
	00168: PUSHW[1]            491 
	00171: PUSHB[4]             52    71    97    24 
	00176: CALL       
	00177: SRP0       
	00178: MIRP[srp0,nmd,rd,0] 
	00179: DELTAP1    
	00180: ALIGNRP    
	00181: MIRP[srp0,md,rd,1] 
	00182: ALIGNRP    
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,0] 
	00185: ALIGNRP    
	00186: ALIGNRP    
	00187: SRP0       
	00188: ALIGNRP    
	00189: MIRP[nrp0,md,rd,1] 
	00190: SHP[rp1,zp0] 
	00191: MDAP[rd]   
	00192: DELTAP1    
	00193: MIRP[srp0,md,rd,1] 
	00194: SHP[rp2,zp1] 
	00195: MDAP[rd]   
	00196: DELTAP1    
	00197: DELTAP1    
	00198: DELTAP1    
	00199: SHP[rp2,zp1] 
	00200: SVTCA[y-axis] 
	00201: MIAP[rd+ci] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: MIAP[rd+ci] 
	00204: ALIGNRP    
	00205: MIRP[srp0,md,rd,1] 
	00206: ALIGNRP    
	00207: SRP0       
	00208: ALIGNRP    
	00209: SRP0       
	00210: ALIGNRP    
	00211: MIRP[srp0,md,rd,1] 
	00212: ALIGNRP    
	00213: MIAP[rd+ci] 
	00214: ALIGNRP    
	00215: MIRP[srp0,md,rd,1] 
	00216: ALIGNRP    
	00217: SHP[rp1,zp0] 
	00218: MDAP[rd]   
	00219: MIRP[nrp0,md,rd,1] 
	00220: MIRP[nrp0,nmd,rd,0] 
	00221: SRP1       
	00222: SRP2       
	00223: IP         
	00224: IP         
	00225: SRP0       
	00226: MIRP[srp0,md,rd,1] 
	00227: RTDG       
	00228: SRP2       
	00229: IP         
	00230: MDAP[rd]   
	00231: RTG        
	00232: SVTCA[x-axis] 
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,1] 
	00235: DELTAP1    
	00236: MIRP[srp0,nmd,rd,0] 
	00237: MDRP[nrp0,nmd,rd,0] 
	00238: SVTCA[y-axis] 
	00239: SRP0       
	00240: MIRP[srp0,md,rd,1] 
	00241: RTDG       
	00242: SRP2       
	00243: IP         
	00244: MDAP[rd]   
	00245: RTG        
	00246: SVTCA[x-axis] 
	00247: SRP0       
	00248: MIRP[srp0,nmd,rd,1] 
	00249: MIRP[srp0,nmd,rd,0] 
	00250: MDRP[nrp0,nmd,rd,0] 
	00251: SVTCA[y-axis] 
	00252: SRP0       
	00253: MIRP[srp0,md,rd,1] 
	00254: RTDG       
	00255: SRP2       
	00256: IP         
	00257: MDAP[rd]   
	00258: RTG        
	00259: SVTCA[x-axis] 
	00260: SRP0       
	00261: MIRP[srp0,nmd,rd,1] 
	00262: MIRP[srp0,nmd,rd,0] 
	00263: MDRP[nrp0,nmd,rd,0] 
	00264: RS         
	00265: JROF       
	00266: NPUSHB      (14):    35    36    24    25    36    24    34    31     0    35 
	                            25    37    31     0 
	00282: SVTCA[y-axis] 
	00283: CALL       
	00284: SVTCA[x-axis] 
	00285: CALL       
	00286: FLIPRGON   
	00287: FLIPRGON   
	00288: SHPIX      
	00289: SVTCA[y-axis] 
	00290: CALL       
	00291: CALL       
	00292: PUSHB[2]              6     2 
	00295: RS         
	00296: EQ         
	00297: IF         
	00298: PUSHB[5]             21    32    17    36    52 
	00304: SVTCA[y-axis] 
	00305: CALL       
	00306: EIF        
	00307: IUP[y]     
	00308: IUP[x]     
	00309: SVTCA[x-axis] 
	00310: DELTAP2    
	00311: SVTCA[y-axis] 
	00312: DELTAP2    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short Off
	  2:                      Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short         On
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:        XDual                         On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short On
	 34:        XDual                         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:        XDual                         On
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short On
	 47:        XDual                         On
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1051,     0)  ->  Abs (  1051,     0)
	  1: Rel (   -53,     0)  ->  Abs (   998,     0)
	  2: Rel (   -77,   -77)  ->  Abs (   921,   -77)
	  3: Rel (     0,   -56)  ->  Abs (   921,  -133)
	  4: Rel (     0,   -41)  ->  Abs (   921,  -174)
	  5: Rel (    61,   -50)  ->  Abs (   982,  -224)
	  6: Rel (    51,     0)  ->  Abs (  1033,  -224)
	  7: Rel (    50,     0)  ->  Abs (  1083,  -224)
	  8: Rel (    36,    31)  ->  Abs (  1119,  -193)
	  9: Rel (    17,    15)  ->  Abs (  1136,  -178)
	 10: Rel (    12,     0)  ->  Abs (  1148,  -178)
	 11: Rel (    33,     0)  ->  Abs (  1181,  -178)
	 12: Rel (     0,   -33)  ->  Abs (  1181,  -211)
	 13: Rel (     0,   -30)  ->  Abs (  1181,  -241)
	 14: Rel (   -96,   -50)  ->  Abs (  1085,  -291)
	 15: Rel (   -54,     0)  ->  Abs (  1031,  -291)
	 16: Rel (   -74,     0)  ->  Abs (   957,  -291)
	 17: Rel (  -103,    84)  ->  Abs (   854,  -207)
	 18: Rel (     0,    80)  ->  Abs (   854,  -127)
	 19: Rel (     0,    72)  ->  Abs (   854,   -55)
	 20: Rel (    48,    55)  ->  Abs (   902,     0)
	 21: Rel (     0,   123)  ->  Abs (   902,   123)
	 22: Rel (  -172,  -156)  ->  Abs (   730,   -33)
	 23: Rel (  -201,     0)  ->  Abs (   529,   -33)
	 24: Rel (  -127,     0)  ->  Abs (   402,   -33)
	 25: Rel (  -142,   162)  ->  Abs (   260,   129)
	 26: Rel (     0,   110)  ->  Abs (   260,   239)
	 27: Rel (     0,   542)  ->  Abs (   260,   781)
	 28: Rel (  -113,     0)  ->  Abs (   147,   781)
	 29: Rel (   -56,     0)  ->  Abs (    91,   781)
	 30: Rel (     0,    42)  ->  Abs (    91,   823)
	 31: Rel (     0,    43)  ->  Abs (    91,   866)
	 32: Rel (    56,     0)  ->  Abs (   147,   866)
	 33: Rel (   197,     0)  ->  Abs (   344,   866)
	 34: Rel (     0,  -627)  ->  Abs (   344,   239)
	 35: Rel (     0,   -77)  ->  Abs (   344,   162)
	 36: Rel (   100,  -111)  ->  Abs (   444,    51)
	 37: Rel (    82,     0)  ->  Abs (   526,    51)
	 38: Rel (   205,     0)  ->  Abs (   731,    51)
	 39: Rel (   171,   188)  ->  Abs (   902,   239)
	 40: Rel (     0,   542)  ->  Abs (   902,   781)
	 41: Rel (  -155,     0)  ->  Abs (   747,   781)
	 42: Rel (   -56,     0)  ->  Abs (   691,   781)
	 43: Rel (     0,    42)  ->  Abs (   691,   823)
	 44: Rel (     0,    43)  ->  Abs (   691,   866)
	 45: Rel (    56,     0)  ->  Abs (   747,   866)
	 46: Rel (   239,     0)  ->  Abs (   986,   866)
	 47: Rel (     0,  -782)  ->  Abs (   986,    84)
	 48: Rel (    71,     0)  ->  Abs (  1057,    84)
	 49: Rel (    56,     0)  ->  Abs (  1113,    84)
	 50: Rel (     0,   -42)  ->  Abs (  1113,    42)
	 51: Rel (     0,   -42)  ->  Abs (  1113,     0)

	Glyph 465: off = 0x00018CF6, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			0
	  xMax:			1188
	  yMax:			1574

	     0: Flags:		0x0226
		Glyf Index:	58
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1    95    57   207    57     2    57     2 
	00009: PUSHW[1]           -297 
	00012: PUSHB[5]             72    43     1     1    54 
	00018: PUSHW[2]            651    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph 466: off = 0x00018D2E, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			56
	  yMin:			-1
	  xMax:			1172
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	90
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1    95    57   207    57     2    57     2 
	00009: PUSHW[1]           -299 
	00012: PUSHB[5]             72    43     1     1    54 
	00018: PUSHW[2]            652    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph 467: off = 0x00018D64, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			0
	  xMax:			1128
	  yMax:			1574

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     1    79    67     1    95    67   207    67     2    67 
	                            34 
	00013: PUSHW[1]           -301 
	00016: PUSHB[5]             72    43     1     1    64 
	00022: PUSHW[2]            651    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: DELTAP1    
	00032: DELTAP2    
	00033: SHC[rp1,zp0] 

	Glyph 468: off = 0x00018DA0, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	57
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1    67    18 
	00004: PUSHW[1]           -292 
	00007: PUSHB[5]             72    43     1     1    64 
	00013: PUSHW[2]            652    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 469: off = 0x00018DD0, len = 302
	  numberOfContours:	1
	  xMin:			215
	  yMin:			0
	  xMax:			1114
	  yMax:			1255

	EndPoints
	---------
	  0:  35

	  Length of Instructions:	205
	00000: NPUSHB      (14):   223    34     1   166    34   178    34   195    34     3 
	                            23     8     6    10 
	00016: PUSHW[3]            686     8   -64 
	00023: NPUSHB      (14):    13    20    52     8   200    11     8     8    10    11 
	                            34     6     5     1 
	00039: PUSHW[1]            686 
	00042: NPUSHB      (39):     3    64    13    20    52     3   200     0     3     3 
	                             1     0    34     5    28    93    32    33    22    12 
	                            13    32    17    17    18     6     5    22     0    18 
	                             6     5    10    15    26    63    26     2    26 
	00083: PUSHW[1]            396 
	00086: NPUSHB       (9):    37    35     0    32    19   207    11     1    11 
	00097: PUSHW[1]            405 
	00100: NPUSHB      (13):    63    15    64    15   112    15   208    15     4    15 
	                            25    36   117 
	00115: PUSHW[2]            460    24 
	00120: CALL       
	00121: FLIPOFF    
	00122: SRP0       
	00123: MIRP[srp0,nmd,rd,0] 
	00124: DELTAP1    
	00125: FLIPON     
	00126: MIRP[srp0,nmd,rd,0] 
	00127: DELTAP1    
	00128: ALIGNRP    
	00129: MIRP[srp0,md,rd,1] 
	00130: ALIGNRP    
	00131: SRP0       
	00132: MIRP[nrp0,nmd,rd,2] 
	00133: DELTAP1    
	00134: SVTCA[y-axis] 
	00135: MIAP[rd+ci] 
	00136: MIAP[rd+ci] 
	00137: MIAP[rd+ci] 
	00138: SRP0       
	00139: ALIGNRP    
	00140: SRP0       
	00141: ALIGNRP    
	00142: SRP0       
	00143: MIRP[srp0,md,rd,1] 
	00144: ALIGNRP    
	00145: SRP0       
	00146: MIRP[srp0,md,rd,1] 
	00147: MIRP[nrp0,nmd,rd,0] 
	00148: SRP0       
	00149: MIRP[srp0,md,rd,1] 
	00150: RTDG       
	00151: SRP2       
	00152: IP         
	00153: MDAP[rd]   
	00154: RTG        
	00155: SVTCA[x-axis] 
	00156: SRP0       
	00157: MIRP[srp0,nmd,rd,1] 
	00158: CALL       
	00159: MIRP[srp0,nmd,rd,0] 
	00160: MDRP[nrp0,nmd,rd,0] 
	00161: SVTCA[y-axis] 
	00162: SRP0       
	00163: MIRP[srp0,md,rd,1] 
	00164: RTDG       
	00165: SRP2       
	00166: IP         
	00167: MDAP[rd]   
	00168: RTG        
	00169: SVTCA[x-axis] 
	00170: SRP0       
	00171: MIRP[srp0,nmd,rd,1] 
	00172: CALL       
	00173: MIRP[srp0,nmd,rd,0] 
	00174: MDRP[nrp0,nmd,rd,0] 
	00175: RS         
	00176: JROF       
	00177: NPUSHB      (14):    33    34    20    21    33    21    35    31     0    34 
	                            20    32    31     1 
	00193: SVTCA[y-axis] 
	00194: CALL       
	00195: SVTCA[x-axis] 
	00196: CALL       
	00197: FLIPRGON   
	00198: FLIPRGON   
	00199: IUP[y]     
	00200: IUP[x]     
	00201: SVTCA[x-axis] 
	00202: DELTAP1    
	00203: SVTCA[y-axis] 
	00204: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   559,    84)  ->  Abs (   559,    84)
	  1: Rel (   203,     0)  ->  Abs (   762,    84)
	  2: Rel (    56,     0)  ->  Abs (   818,    84)
	  3: Rel (     0,   -42)  ->  Abs (   818,    42)
	  4: Rel (     0,   -42)  ->  Abs (   818,     0)
	  5: Rel (   -56,     0)  ->  Abs (   762,     0)
	  6: Rel (  -491,     0)  ->  Abs (   271,     0)
	  7: Rel (   -56,     0)  ->  Abs (   215,     0)
	  8: Rel (     0,    42)  ->  Abs (   215,    42)
	  9: Rel (     0,    42)  ->  Abs (   215,    84)
	 10: Rel (    56,     0)  ->  Abs (   271,    84)
	 11: Rel (   203,     0)  ->  Abs (   474,    84)
	 12: Rel (     0,   697)  ->  Abs (   474,   781)
	 13: Rel (  -182,     0)  ->  Abs (   292,   781)
	 14: Rel (   -56,     0)  ->  Abs (   236,   781)
	 15: Rel (     0,    42)  ->  Abs (   236,   823)
	 16: Rel (     0,    43)  ->  Abs (   236,   866)
	 17: Rel (    56,     0)  ->  Abs (   292,   866)
	 18: Rel (   182,     0)  ->  Abs (   474,   866)
	 19: Rel (     0,   127)  ->  Abs (   474,   993)
	 20: Rel (     0,   109)  ->  Abs (   474,  1102)
	 21: Rel (   174,   153)  ->  Abs (   648,  1255)
	 22: Rel (   140,     0)  ->  Abs (   788,  1255)
	 23: Rel (    70,     0)  ->  Abs (   858,  1255)
	 24: Rel (   236,   -26)  ->  Abs (  1094,  1229)
	 25: Rel (    20,   -28)  ->  Abs (  1114,  1201)
	 26: Rel (     0,   -16)  ->  Abs (  1114,  1185)
	 27: Rel (     0,   -41)  ->  Abs (  1114,  1144)
	 28: Rel (   -44,     0)  ->  Abs (  1070,  1144)
	 29: Rel (    -8,     0)  ->  Abs (  1062,  1144)
	 30: Rel (   -19,     3)  ->  Abs (  1043,  1147)
	 31: Rel (  -151,    23)  ->  Abs (   892,  1170)
	 32: Rel (  -104,     0)  ->  Abs (   788,  1170)
	 33: Rel (  -109,     0)  ->  Abs (   679,  1170)
	 34: Rel (  -120,  -106)  ->  Abs (   559,  1064)
	 35: Rel (     0,   -71)  ->  Abs (   559,   993)

	Glyph 470: off = 0x00018EFE, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1948

	     0: Flags:		0x0236
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	219
		X WOffset:	-51
		Y WOffset:	239
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	141
		X WOffset:	24
		Y WOffset:	619
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (21):     4     0    72    72    56    56    64     3     2    48 
	                            50     1     0    50    50    45    44    64     4     1 
	                            74 
	00023: PUSHW[1]            807 
	00026: PUSHB[4]             41     3     1    50 
	00031: PUSHW[2]            808    41 
	00036: SVTCA[y-axis] 
	00037: CALL       
	00038: CALL       
	00039: IUP[y]     
	00040: IUP[x]     
	00041: SVTCA[x-axis] 
	00042: CALL       
	00043: DELTAP1    
	00044: SHC[rp1,zp0] 
	00045: SHC[rp1,zp0] 
	00046: CALL       
	00047: SHC[rp1,zp0] 

	Glyph 471: off = 0x00018F50, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1708

	     0: Flags:		0x0236
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0036
		Glyf Index:	219
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	141
		X WOffset:	61
		Y WOffset:	379
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (27):     4     0    80    80    64    64    64     3     2    32 
	                            58    48    58    80    58    96    58     4     0    58 
	                            58    29    29    64     4     1    82 
	00029: PUSHW[1]            809 
	00032: PUSHB[4]             41     3     1    58 
	00037: PUSHW[2]            652    41 
	00042: SVTCA[y-axis] 
	00043: CALL       
	00044: CALL       
	00045: IUP[y]     
	00046: IUP[x]     
	00047: SVTCA[x-axis] 
	00048: CALL       
	00049: DELTAP1    
	00050: SHC[rp1,zp0] 
	00051: SHC[rp1,zp0] 
	00052: CALL       
	00053: SHC[rp1,zp0] 

	Glyph 472: off = 0x00018FA6, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			18
	  yMin:			0
	  xMax:			1212
	  yMax:			1593

	     0: Flags:		0x0236
		Glyf Index:	144
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	141
		X WOffset:	133
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    85    94    17    26    64     2     1    82 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 473: off = 0x00018FD6, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			16
	  yMin:			-33
	  xMax:			1192
	  yMax:			1329

	     0: Flags:		0x0236
		Glyf Index:	160
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	141
		X BOffset:	110
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     3     0    96    96    63    63    64     3     1    98 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 474: off = 0x00019004, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-84
	  xMax:			1149
	  yMax:			1593

	     0: Flags:		0x0236
		Glyf Index:	145
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	141
		X WOffset:	61
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     3     0    56    65    39    47    64     3     1    53 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 475: off = 0x00019034, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			112
	  yMin:			-86
	  xMax:			1122
	  yMax:			1329

	     0: Flags:		0x0236
		Glyf Index:	161
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	141
		X BOffset:	61
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     3     0    54    63    37    45    64     3     1    51 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 476: off = 0x00019062, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			461
	  yMin:			501
	  xMax:			769
	  yMax:			772

	     0: Flags:		0x0216
		Glyf Index:	194
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 477: off = 0x00019072, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			0
	  xMax:			1188
	  yMax:			1593

	     0: Flags:		0x0236
		Glyf Index:	58
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	67
		X WOffset:	-60
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1    16    53    32    53   192    53     3     0    53 
	                            45     5    40    64     1     1    48 
	00019: PUSHW[2]            651    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 478: off = 0x000190AA, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			56
	  yMin:			-1
	  xMax:			1172
	  yMax:			1329

	     0: Flags:		0x0236
		Glyf Index:	90
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	67
		X BOffset:	-60
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     1     0    53    16    53    32    53    64    53     4 
	                             0    53    45     5    40    64     1     1    48 
	00021: PUSHW[2]            652    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 479: off = 0x000190E2, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			0
	  xMax:			1188
	  yMax:			1593

	     0: Flags:		0x0236
		Glyf Index:	58
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	141
		X WOffset:	61
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    47    56    20    25    64     1     1    44 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 480: off = 0x00019112, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			56
	  yMin:			-1
	  xMax:			1172
	  yMax:			1329

	     0: Flags:		0x0236
		Glyf Index:	90
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	141
		X BOffset:	60
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    47    56    20    25    64     1     1    44 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 481: off = 0x00019140, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			0
	  xMax:			1188
	  yMax:			1493

	     0: Flags:		0x0236
		Glyf Index:	58
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	142
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     1     0    47    53     5    40    64     1     2 
	                             2    44 
	00014: PUSHW[2]            651    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 482: off = 0x00019174, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			56
	  yMin:			-1
	  xMax:			1172
	  yMax:			1229

	     0: Flags:		0x0236
		Glyf Index:	90
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	142
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     1     0    47    53     5    40    64     1     2 
	                             2    44 
	00014: PUSHW[2]            652    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 483: off = 0x000191A6, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			0
	  xMax:			1128
	  yMax:			1593

	     0: Flags:		0x0236
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	67
		X WOffset:	-60
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1     0    63    16    63    32    63     3     0    63 
	                            55    33    35    64     1     1    58 
	00019: PUSHW[2]            651    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 484: off = 0x000191DE, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			1329

	     0: Flags:		0x0236
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	67
		X BOffset:	-60
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1     0    63    16    63    96    63     3     0    63 
	                            55     1    34    64     1     1    58 
	00019: PUSHW[2]            652    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 485: off = 0x00019214, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			509
	  yMin:			653
	  xMax:			931
	  yMax:			1255

	     0: Flags:		0x0216
		Glyf Index:	181
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 486: off = 0x00019224, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			316
	  yMin:			1076
	  xMax:			914
	  yMax:			1161

	     0: Flags:		0x0216
		Glyf Index:	216
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 487: off = 0x00019234, len = 394
	  numberOfContours:	1
	  xMin:			136
	  yMin:			0
	  xMax:			1070
	  yMax:			1202

	EndPoints
	---------
	  0:  70

	  Length of Instructions:	212
	00000: NPUSHB      (11):   168    31   185    31   201    31     3   118    52     1 
	                            52 
	00013: PUSHW[1]            -64 
	00016: NPUSHB      (15):    35    36    52    34    40    42     3    32    14     8 
	                             7     6     4    16    67 
	00033: PUSHW[1]            771 
	00036: PUSHB[5]             52    47    25     1    25 
	00042: PUSHW[1]            773 
	00045: NPUSHB      (17):    29    36    19    35    13    36    39    79     9     1 
	                             9     9    43     5    36    47     1 
	00064: PUSHW[1]            -64 
	00067: NPUSHB      (35):    11    16    52     1     1    19    63    32    57    48 
	                            57     2    57   210    53    52    36    62    63    19 
	                             3    63    10    48   225    50     0    70    37    45 
	                            11     3    55    44    59 
	00104: PUSHW[3]            353    22   281 
	00111: NPUSHB      (19):    16    50    44    70   132    32    44   192    16   208 
	                            16     2    16   210    65    47    45     1    45 
	00132: PUSHW[1]            725 
	00135: PUSHB[3]             65    62     3 
	00139: PUSHW[3]            401   402    24 
	00146: CALL       
	00147: MDAP[rd]   
	00148: MIRP[nrp0,nmd,rd,0] 
	00149: MIRP[nrp0,md,rd,1] 
	00150: DELTAP1    
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,0] 
	00153: DELTAP2    
	00154: MIRP[nrp0,md,rd,1] 
	00155: MIRP[srp0,nmd,rd,0] 
	00156: MIRP[nrp0,md,rd,1] 
	00157: SRP0       
	00158: MIRP[srp0,md,rd,1] 
	00159: MIRP[srp0,nmd,rd,0] 
	00160: MIRP[nrp0,md,rd,1] 
	00161: SRP0       
	00162: ALIGNRP    
	00163: SRP0       
	00164: ALIGNRP    
	00165: SRP0       
	00166: ALIGNRP    
	00167: SRP0       
	00168: MIRP[nrp0,nmd,rd,0] 
	00169: SVTCA[y-axis] 
	00170: MIAP[rd+ci] 
	00171: MIAP[rd+ci] 
	00172: SRP0       
	00173: ALIGNRP    
	00174: MIRP[srp0,md,rd,1] 
	00175: ALIGNRP    
	00176: MIRP[nrp0,nmd,rd,0] 
	00177: DELTAP1    
	00178: SRP1       
	00179: SRP2       
	00180: IP         
	00181: MDAP[rd]   
	00182: CALL       
	00183: ALIGNRP    
	00184: MIRP[srp0,md,rd,1] 
	00185: ALIGNRP    
	00186: SHP[rp2,zp1] 
	00187: MDAP[rd]   
	00188: DELTAP2    
	00189: ALIGNRP    
	00190: MIRP[srp0,md,rd,1] 
	00191: ALIGNRP    
	00192: SRP0       
	00193: MIRP[srp0,md,rd,1] 
	00194: MIRP[nrp0,nmd,rd,0] 
	00195: DELTAP1    
	00196: SRP0       
	00197: MIRP[nrp0,nmd,rd,2] 
	00198: SVTCA[x-axis] 
	00199: SRP1       
	00200: SLOOP      
	00201: SHP[rp1,zp0] 
	00202: SRP1       
	00203: SLOOP      
	00204: SHP[rp1,zp0] 
	00205: CALL       
	00206: IUP[y]     
	00207: IUP[x]     
	00208: SVTCA[x-axis] 
	00209: DELTAP1    
	00210: SVTCA[y-axis] 
	00211: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:        XDual         Y-Short X-Short On
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:                      Y-Short X-Short On
	 53:  YDual                               On
	 54:  YDual XDual                 X-Short Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:        XDual         Y-Short         On
	 60:        XDual         Y-Short         Off
	 61:                      Y-Short X-Short Off
	 62:  YDual                       X-Short On
	 63:  YDual                               On
	 64:  YDual                       X-Short Off
	 65:  YDual XDual         Y-Short         On
	 66:  YDual XDual         Y-Short         Off
	 67:  YDual XDual         Y-Short X-Short On
	 68:  YDual XDual         Y-Short X-Short Off
	 69:  YDual XDual         Y-Short X-Short Off
	 70:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   407,   476)  ->  Abs (   407,   476)
	  1: Rel (  -215,     0)  ->  Abs (   192,   476)
	  2: Rel (   -56,     0)  ->  Abs (   136,   476)
	  3: Rel (     0,    42)  ->  Abs (   136,   518)
	  4: Rel (     0,    42)  ->  Abs (   136,   560)
	  5: Rel (    56,     0)  ->  Abs (   192,   560)
	  6: Rel (   206,     0)  ->  Abs (   398,   560)
	  7: Rel (    -7,    35)  ->  Abs (   391,   595)
	  8: Rel (   -19,    62)  ->  Abs (   372,   657)
	  9: Rel (  -180,     0)  ->  Abs (   192,   657)
	 10: Rel (   -56,     0)  ->  Abs (   136,   657)
	 11: Rel (     0,    42)  ->  Abs (   136,   699)
	 12: Rel (     0,    42)  ->  Abs (   136,   741)
	 13: Rel (    56,     0)  ->  Abs (   192,   741)
	 14: Rel (   155,     0)  ->  Abs (   347,   741)
	 15: Rel (   -29,   105)  ->  Abs (   318,   846)
	 16: Rel (     0,    58)  ->  Abs (   318,   904)
	 17: Rel (     0,   120)  ->  Abs (   318,  1024)
	 18: Rel (   171,   178)  ->  Abs (   489,  1202)
	 19: Rel (   123,     0)  ->  Abs (   612,  1202)
	 20: Rel (   108,     0)  ->  Abs (   720,  1202)
	 21: Rel (   161,  -137)  ->  Abs (   881,  1065)
	 22: Rel (     0,   -37)  ->  Abs (   881,  1028)
	 23: Rel (     0,   -14)  ->  Abs (   881,  1014)
	 24: Rel (   -26,   -25)  ->  Abs (   855,   989)
	 25: Rel (   -16,     0)  ->  Abs (   839,   989)
	 26: Rel (   -18,     0)  ->  Abs (   821,   989)
	 27: Rel (   -20,    25)  ->  Abs (   801,  1014)
	 28: Rel (   -80,   103)  ->  Abs (   721,  1117)
	 29: Rel (  -106,     0)  ->  Abs (   615,  1117)
	 30: Rel (   -94,     0)  ->  Abs (   521,  1117)
	 31: Rel (  -118,  -133)  ->  Abs (   403,   984)
	 32: Rel (     0,   -80)  ->  Abs (   403,   904)
	 33: Rel (     0,   -56)  ->  Abs (   403,   848)
	 34: Rel (    31,  -107)  ->  Abs (   434,   741)
	 35: Rel (   244,     0)  ->  Abs (   678,   741)
	 36: Rel (    56,     0)  ->  Abs (   734,   741)
	 37: Rel (     0,   -42)  ->  Abs (   734,   699)
	 38: Rel (     0,   -42)  ->  Abs (   734,   657)
	 39: Rel (   -56,     0)  ->  Abs (   678,   657)
	 40: Rel (  -219,     0)  ->  Abs (   459,   657)
	 41: Rel (    16,   -59)  ->  Abs (   475,   598)
	 42: Rel (     6,   -38)  ->  Abs (   481,   560)
	 43: Rel (   197,     0)  ->  Abs (   678,   560)
	 44: Rel (    56,     0)  ->  Abs (   734,   560)
	 45: Rel (     0,   -42)  ->  Abs (   734,   518)
	 46: Rel (     0,   -42)  ->  Abs (   734,   476)
	 47: Rel (   -56,     0)  ->  Abs (   678,   476)
	 48: Rel (  -189,     0)  ->  Abs (   489,   476)
	 49: Rel (     1,   -22)  ->  Abs (   490,   454)
	 50: Rel (     0,   -11)  ->  Abs (   490,   443)
	 51: Rel (     0,  -210)  ->  Abs (   490,   233)
	 52: Rel (  -118,  -149)  ->  Abs (   372,    84)
	 53: Rel (   503,     0)  ->  Abs (   875,    84)
	 54: Rel (   102,     0)  ->  Abs (   977,    84)
	 55: Rel (     9,   108)  ->  Abs (   986,   192)
	 56: Rel (     4,    47)  ->  Abs (   990,   239)
	 57: Rel (    38,     0)  ->  Abs (  1028,   239)
	 58: Rel (    42,     0)  ->  Abs (  1070,   239)
	 59: Rel (     0,   -46)  ->  Abs (  1070,   193)
	 60: Rel (     0,   -64)  ->  Abs (  1070,   129)
	 61: Rel (   -89,  -129)  ->  Abs (   981,     0)
	 62: Rel (   -98,     0)  ->  Abs (   883,     0)
	 63: Rel (  -656,     0)  ->  Abs (   227,     0)
	 64: Rel (   -56,     0)  ->  Abs (   171,     0)
	 65: Rel (     0,    42)  ->  Abs (   171,    42)
	 66: Rel (     0,    39)  ->  Abs (   171,    81)
	 67: Rel (    47,     2)  ->  Abs (   218,    83)
	 68: Rel (    77,     4)  ->  Abs (   295,    87)
	 69: Rel (   112,   228)  ->  Abs (   407,   315)
	 70: Rel (     0,   137)  ->  Abs (   407,   452)

	Glyph 488: off = 0x000193BE, len = 218
	  numberOfContours:	2
	  xMin:			90
	  yMin:			-34
	  xMax:			1148
	  yMax:			1096

	EndPoints
	---------
	  0:  19
	  1:  26

	  Length of Instructions:	121
	00000: NPUSHB      (15):    70     5    75    18     2    86     9     1    21    25 
	                            23    26     1     7     6 
	00017: PUSHW[1]            -64 
	00020: NPUSHB      (12):     9    10    52     6     6     3    26    30    64     0 
	                             1     0 
	00034: PUSHW[1]            -64 
	00037: NPUSHB      (17):     9    10    52     0     0     3    23    30    16     3 
	                            30    10     7    30     6     6    20 
	00056: PUSHW[3]            488    19   -64 
	00063: PUSHB[8]             10    12    52    19    19    28    26     1 
	00072: PUSHW[1]            488 
	00075: PUSHB[6]             13    64     9    11    52    13 
	00082: MDAP[rd]   
	00083: CALL       
	00084: MIRP[srp0,md,rd,1] 
	00085: ALIGNRP    
	00086: SRP1       
	00087: SHP[rp1,zp0] 
	00088: MDAP[rd]   
	00089: CALL       
	00090: MIRP[srp0,md,rd,1] 
	00091: IP         
	00092: MDAP[rd]   
	00093: MIRP[nrp0,md,rd,1] 
	00094: SVTCA[y-axis] 
	00095: MDAP[rd]   
	00096: MIRP[nrp0,md,rd,1] 
	00097: MDAP[rd]   
	00098: MIRP[nrp0,md,rd,1] 
	00099: SRP1       
	00100: IP         
	00101: MDAP[rd]   
	00102: CALL       
	00103: DELTAP1    
	00104: MIRP[nrp0,md,rd,1] 
	00105: SRP2       
	00106: IP         
	00107: MDAP[rd]   
	00108: CALL       
	00109: SHP[rp1,zp0] 
	00110: IP         
	00111: SRP1       
	00112: SRP2       
	00113: IP         
	00114: IP         
	00115: IUP[y]     
	00116: IUP[x]     
	00117: SVTCA[x-axis] 
	00118: DELTAP1    
	00119: SVTCA[y-axis] 
	00120: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                                      Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:                                      Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:                                      Off
	 19:        XDual                 X-Short On
	 20:  YDual               Y-Short X-Short On
	 21:        XDual                         On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short On
	 26:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   321,   531)  ->  Abs (   321,   531)
	  1: Rel (     0,  -371)  ->  Abs (   321,   160)
	  2: Rel (   120,  -121)  ->  Abs (   441,    39)
	  3: Rel (   178,     0)  ->  Abs (   619,    39)
	  4: Rel (   140,     0)  ->  Abs (   759,    39)
	  5: Rel (   183,   128)  ->  Abs (   942,   167)
	  6: Rel (    72,   118)  ->  Abs (  1014,   285)
	  7: Rel (    72,   -43)  ->  Abs (  1086,   242)
	  8: Rel (  -117,  -169)  ->  Abs (   969,    73)
	  9: Rel (  -229,  -107)  ->  Abs (   740,   -34)
	 10: Rel (  -121,     0)  ->  Abs (   619,   -34)
	 11: Rel (  -232,     0)  ->  Abs (   387,   -34)
	 12: Rel (  -297,   317)  ->  Abs (    90,   283)
	 13: Rel (     0,   248)  ->  Abs (    90,   531)
	 14: Rel (     0,   249)  ->  Abs (    90,   780)
	 15: Rel (   298,   316)  ->  Abs (   388,  1096)
	 16: Rel (   231,     0)  ->  Abs (   619,  1096)
	 17: Rel (   214,     0)  ->  Abs (   833,  1096)
	 18: Rel (   304,  -284)  ->  Abs (  1137,   812)
	 19: Rel (    11,  -281)  ->  Abs (  1148,   531)
	 20: Rel (  -231,    74)  ->  Abs (   917,   605)
	 21: Rel (     0,   297)  ->  Abs (   917,   902)
	 22: Rel (  -128,   121)  ->  Abs (   789,  1023)
	 23: Rel (  -172,     0)  ->  Abs (   617,  1023)
	 24: Rel (  -175,     0)  ->  Abs (   442,  1023)
	 25: Rel (  -121,  -122)  ->  Abs (   321,   901)
	 26: Rel (     0,  -296)  ->  Abs (   321,   605)

	Glyph 489: off = 0x00019498, len = 636
	  numberOfContours:	5
	  xMin:			12
	  yMin:			-15
	  xMax:			1215
	  yMax:			1282

	EndPoints
	---------
	  0:  20
	  1:  34
	  2:  54
	  3:  66
	  4:  78

	  Length of Instructions:	415
	00000: NPUSHB      (46):   214    59     1    73    38    73    42     2   119    39 
	                           119    51     2   103    51   135    51     2    31    35 
	                            16    45   103    39     3    15    35     0    45     2 
	                           133    35   138    45     2    71    49    73    51     2 
	                            56    32    24    36    52    66 
	00048: PUSHW[1]            -32 
	00051: NPUSHB       (9):    24    36    52    60    32    24    36    52    62 
	00062: PUSHW[1]            -32 
	00065: NPUSHB       (9):    24    36    52    68    32    24    36    52    78 
	00076: PUSHW[1]            -32 
	00079: NPUSHB       (9):    24    36    52    72    32    24    36    52    74 
	00090: PUSHW[1]            -32 
	00093: PUSHB[5]             24    36    52     7    11 
	00099: PUSHW[1]            686 
	00102: PUSHB[7]              9    78    12     9     9    11    12 
	00110: PUSHW[1]            345 
	00113: PUSHB[3]              7     6     2 
	00117: PUSHW[1]            686 
	00120: PUSHB[7]              4    78     1     4     4     2     1 
	00128: PUSHW[1]            345 
	00131: NPUSHB     (139):     6    35    45    64    70    22    21    33    29    28 
	                            26     6    31    24    24    28    22    21    29    31 
	                             6    33    26    21    22    22    32    28    29    20 
	                            28    28    29    79    31   223    31     2   143    31 
	                             1    47    31    63    31    79    31     3    31    31 
	                            40    80    24     1   128    24     1    24    24     0 
	                            40    33    33    79    26    26    80    79    64    98 
	                            70    70    40    58    98    64    50     1    47    50 
	                            63    50    79    50     3    50    50    76    98    40 
	                            11     6     7     7    20    13    14     3     0    16 
	                            16     0     5    35    55    45    61    33   223    47 
	                             1    47    47    73    33    43    43    37    55    33 
	                           208    53     1    53    53    67    33    37    37    80 
	                            18   197     0    91    13     1    91    13    12 
	00272: PUSHW[2]            404    79 
	00277: SRP0       
	00278: MIRP[srp0,nmd,rd,2] 
	00279: ALIGNRP    
	00280: MIRP[nrp0,md,rd,1] 
	00281: SRP0       
	00282: MIRP[nrp0,md,rd,1] 
	00283: MIRP[nrp0,md,rd,1] 
	00284: SRP1       
	00285: SHP[rp1,zp0] 
	00286: MDAP[rd]   
	00287: MIRP[nrp0,md,rd,1] 
	00288: IP         
	00289: MDAP[rd]   
	00290: DELTAP3    
	00291: MIRP[nrp0,md,rd,1] 
	00292: SRP1       
	00293: SHP[rp1,zp0] 
	00294: MDAP[rd]   
	00295: MIRP[nrp0,md,rd,1] 
	00296: IP         
	00297: MDAP[rd]   
	00298: DELTAP3    
	00299: MIRP[srp0,md,rd,1] 
	00300: SHP[rp2,zp1] 
	00301: SRP1       
	00302: SHP[rp1,zp0] 
	00303: SVTCA[y-axis] 
	00304: MIAP[rd+ci] 
	00305: SHP[rp1,zp0] 
	00306: MDAP[rd]   
	00307: SRP2       
	00308: SLOOP      
	00309: IP         
	00310: SHP[rp2,zp1] 
	00311: MDAP[rd]   
	00312: ALIGNRP    
	00313: MIAP[rd+ci] 
	00314: MIRP[nrp0,md,rd,1] 
	00315: SHP[rp1,zp0] 
	00316: MDAP[rd]   
	00317: DELTAP1    
	00318: DELTAP2    
	00319: MIRP[nrp0,md,rd,1] 
	00320: SRP2       
	00321: IP         
	00322: MDAP[rd]   
	00323: MIRP[nrp0,md,rd,1] 
	00324: SVTCA[x-axis] 
	00325: SRP1       
	00326: SRP2       
	00327: IP         
	00328: MDAP[rd]   
	00329: SRP1       
	00330: IP         
	00331: MDAP[rd]   
	00332: SVTCA[y-axis] 
	00333: SRP1       
	00334: SRP2       
	00335: IP         
	00336: MDAP[rd]   
	00337: DELTAP1    
	00338: DELTAP3    
	00339: SRP1       
	00340: IP         
	00341: MDAP[rd]   
	00342: DELTAP1    
	00343: DELTAP1    
	00344: DELTAP2    
	00345: SDPVTL[1]  
	00346: SFVTPV     
	00347: MDAP[nrd]  
	00348: CALL       
	00349: SFVTPV     
	00350: RDTG       
	00351: SRP0       
	00352: MDRP[nrp0,nmd,rd,0] 
	00353: SVTCA[x-axis] 
	00354: SRP1       
	00355: SRP2       
	00356: SLOOP      
	00357: IP         
	00358: SVTCA[y-axis] 
	00359: SRP1       
	00360: SRP2       
	00361: SLOOP      
	00362: IP         
	00363: SRP1       
	00364: SRP2       
	00365: IP         
	00366: IP         
	00367: RTG        
	00368: SRP0       
	00369: MIRP[srp0,md,rd,1] 
	00370: RTDG       
	00371: SRP2       
	00372: IP         
	00373: MDAP[rd]   
	00374: RTG        
	00375: SVTCA[x-axis] 
	00376: SRP0       
	00377: MIRP[srp0,nmd,rd,1] 
	00378: MIRP[srp0,nmd,rd,0] 
	00379: MDRP[nrp0,nmd,rd,0] 
	00380: SVTCA[y-axis] 
	00381: SRP0       
	00382: MIRP[srp0,md,rd,1] 
	00383: RTDG       
	00384: SRP2       
	00385: IP         
	00386: MDAP[rd]   
	00387: RTG        
	00388: SVTCA[x-axis] 
	00389: SRP0       
	00390: MIRP[srp0,nmd,rd,1] 
	00391: MIRP[srp0,nmd,rd,0] 
	00392: MDRP[nrp0,nmd,rd,0] 
	00393: IUP[y]     
	00394: IUP[x]     
	00395: SVTCA[y-axis] 
	00396: CALL       
	00397: CALL       
	00398: CALL       
	00399: CALL       
	00400: CALL       
	00401: CALL       
	00402: CALL       
	00403: CALL       
	00404: SVTCA[x-axis] 
	00405: DELTAP2    
	00406: DELTAP2    
	00407: DELTAP1    
	00408: DELTAP1    
	00409: DELTAP1    
	00410: DELTAP1    
	00411: SVTCA[y-axis] 
	00412: DELTAP2    
	00413: SVTCA[x-axis] 
	00414: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:                                      On
	 22:                                      On
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:                                      On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:                              X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:  YDual               Y-Short X-Short On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual               Y-Short X-Short Off
	 58:  YDual                       X-Short On
	 59:  YDual                       X-Short Off
	 60:                      Y-Short X-Short Off
	 61:        XDual         Y-Short         On
	 62:        XDual         Y-Short         Off
	 63:        XDual         Y-Short X-Short Off
	 64:  YDual XDual                 X-Short On
	 65:  YDual XDual                 X-Short Off
	 66:  YDual XDual         Y-Short X-Short Off
	 67:        XDual                 X-Short On
	 68:  YDual XDual         Y-Short         Off
	 69:  YDual               Y-Short X-Short Off
	 70:  YDual                       X-Short On
	 71:  YDual                       X-Short Off
	 72:                      Y-Short X-Short Off
	 73:        XDual         Y-Short         On
	 74:        XDual         Y-Short         Off
	 75:        XDual         Y-Short X-Short Off
	 76:  YDual XDual                 X-Short On
	 77:  YDual XDual                 X-Short Off
	 78:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   289,  1282)  ->  Abs (   289,  1282)
	  1: Rel (     0,  -609)  ->  Abs (   289,   673)
	  2: Rel (   157,     0)  ->  Abs (   446,   673)
	  3: Rel (    46,     0)  ->  Abs (   492,   673)
	  4: Rel (     0,   -29)  ->  Abs (   492,   644)
	  5: Rel (     0,   -28)  ->  Abs (   492,   616)
	  6: Rel (   -46,     0)  ->  Abs (   446,   616)
	  7: Rel (  -389,     0)  ->  Abs (    57,   616)
	  8: Rel (   -45,     0)  ->  Abs (    12,   616)
	  9: Rel (     0,    28)  ->  Abs (    12,   644)
	 10: Rel (     0,    29)  ->  Abs (    12,   673)
	 11: Rel (    45,     0)  ->  Abs (    57,   673)
	 12: Rel (   158,     0)  ->  Abs (   215,   673)
	 13: Rel (     0,   529)  ->  Abs (   215,  1202)
	 14: Rel (  -148,   -40)  ->  Abs (    67,  1162)
	 15: Rel (   -11,    -3)  ->  Abs (    56,  1159)
	 16: Rel (    -8,     0)  ->  Abs (    48,  1159)
	 17: Rel (   -35,     0)  ->  Abs (    13,  1159)
	 18: Rel (     0,    28)  ->  Abs (    13,  1187)
	 19: Rel (     0,    20)  ->  Abs (    13,  1207)
	 20: Rel (    35,     9)  ->  Abs (    48,  1216)
	 21: Rel (  1094,  -323)  ->  Abs (  1142,   893)
	 22: Rel (  -915,  -590)  ->  Abs (   227,   303)
	 23: Rel (   -23,   -14)  ->  Abs (   204,   289)
	 24: Rel (   -12,     0)  ->  Abs (   192,   289)
	 25: Rel (   -42,     0)  ->  Abs (   150,   289)
	 26: Rel (     0,    42)  ->  Abs (   150,   331)
	 27: Rel (     0,    23)  ->  Abs (   150,   354)
	 28: Rel (    31,    20)  ->  Abs (   181,   374)
	 29: Rel (   915,   590)  ->  Abs (  1096,   964)
	 30: Rel (    23,    14)  ->  Abs (  1119,   978)
	 31: Rel (    12,     0)  ->  Abs (  1131,   978)
	 32: Rel (    42,     0)  ->  Abs (  1173,   978)
	 33: Rel (     0,   -42)  ->  Abs (  1173,   936)
	 34: Rel (     0,   -23)  ->  Abs (  1173,   913)
	 35: Rel (   -78,  -574)  ->  Abs (  1095,   339)
	 36: Rel (   120,   -55)  ->  Abs (  1215,   284)
	 37: Rel (     0,  -106)  ->  Abs (  1215,   178)
	 38: Rel (     0,   -80)  ->  Abs (  1215,    98)
	 39: Rel (  -143,  -113)  ->  Abs (  1072,   -15)
	 40: Rel (   -96,     0)  ->  Abs (   976,   -15)
	 41: Rel (   -96,     0)  ->  Abs (   880,   -15)
	 42: Rel (  -143,   113)  ->  Abs (   737,    98)
	 43: Rel (     0,    80)  ->  Abs (   737,   178)
	 44: Rel (     0,   105)  ->  Abs (   737,   283)
	 45: Rel (   120,    56)  ->  Abs (   857,   339)
	 46: Rel (  -107,    56)  ->  Abs (   750,   395)
	 47: Rel (     0,    91)  ->  Abs (   750,   486)
	 48: Rel (     0,    72)  ->  Abs (   750,   558)
	 49: Rel (   132,   110)  ->  Abs (   882,   668)
	 50: Rel (    94,     0)  ->  Abs (   976,   668)
	 51: Rel (    93,     0)  ->  Abs (  1069,   668)
	 52: Rel (   133,  -110)  ->  Abs (  1202,   558)
	 53: Rel (     0,   -72)  ->  Abs (  1202,   486)
	 54: Rel (     0,   -93)  ->  Abs (  1202,   393)
	 55: Rel (   -75,    91)  ->  Abs (  1127,   484)
	 56: Rel (     0,    52)  ->  Abs (  1127,   536)
	 57: Rel (   -87,    76)  ->  Abs (  1040,   612)
	 58: Rel (   -65,     0)  ->  Abs (   975,   612)
	 59: Rel (   -62,     0)  ->  Abs (   913,   612)
	 60: Rel (   -89,   -74)  ->  Abs (   824,   538)
	 61: Rel (     0,   -54)  ->  Abs (   824,   484)
	 62: Rel (     0,   -49)  ->  Abs (   824,   435)
	 63: Rel (    89,   -69)  ->  Abs (   913,   366)
	 64: Rel (    62,     0)  ->  Abs (   975,   366)
	 65: Rel (    61,     0)  ->  Abs (  1036,   366)
	 66: Rel (    91,    68)  ->  Abs (  1127,   434)
	 67: Rel (    14,  -256)  ->  Abs (  1141,   178)
	 68: Rel (     0,    53)  ->  Abs (  1141,   231)
	 69: Rel (   -93,    80)  ->  Abs (  1048,   311)
	 70: Rel (   -72,     0)  ->  Abs (   976,   311)
	 71: Rel (   -72,     0)  ->  Abs (   904,   311)
	 72: Rel (   -93,   -80)  ->  Abs (   811,   231)
	 73: Rel (     0,   -53)  ->  Abs (   811,   178)
	 74: Rel (     0,   -53)  ->  Abs (   811,   125)
	 75: Rel (    91,   -84)  ->  Abs (   902,    41)
	 76: Rel (    74,     0)  ->  Abs (   976,    41)
	 77: Rel (    76,     0)  ->  Abs (  1052,    41)
	 78: Rel (    89,    86)  ->  Abs (  1141,   127)

	Glyph 490: off = 0x00019714, len = 734
	  numberOfContours:	5
	  xMin:			17
	  yMin:			-15
	  xMax:			1213
	  yMax:			1285

	EndPoints
	---------
	  0:  46
	  1:  60
	  2:  81
	  3:  93
	  4:  105

	  Length of Instructions:	448
	00000: NPUSHB      (45):   214    86     1    73    65    73    69     2   119    66 
	                           119    78     2   103    78   135    78     2    31    61 
	                            31    62    16    72   103    66     4    15    61    15 
	                            62     0    72     3   133    61   138    72     2    71 
	                            76    73    78     2    29 
	00047: PUSHW[1]            -32 
	00050: NPUSHB      (14):    24    36    52    31    32    24    36    52    83    32 
	                            24    36    52    93 
	00066: PUSHW[1]            -32 
	00069: NPUSHB       (9):    24    36    52    87    32    24    36    52    89 
	00080: PUSHW[1]            -32 
	00083: NPUSHB       (9):    24    36    52    95    42    24    36    52   105 
	00094: PUSHW[1]            -32 
	00097: NPUSHB       (9):    24    36    52    99    32    24    36    52   101 
	00108: PUSHW[1]            -32 
	00111: NPUSHB      (97):    24    36    52    61    72    91    97    48    47    59 
	                            55    54    52     6    57    50    50    54    48    47 
	                            55    57     6    59    52    47    48    48    32    54 
	                            55    20    54    54    55    79    57   223    57     2 
	                           143    57     1    47    57    63    57    79    57     3 
	                            57    57    67    80    50     1   128    50   224    50 
	                             2    50    50    42    67    59    59   106    52    52 
	                           107   106    91    98    97    97    67    85    98    64 
	                            77     1    47    77    63    77    79    77     3    77 
	                            77   103    98    67    11     0    26 
	00210: PUSHW[1]            792 
	00213: NPUSHB      (76):   176    22   192    22   208    22     3    80    22    96 
	                            22   112    22     3    22    22     7    42   127    37 
	                           143    37     2    37    37    33   112    12     1    12 
	                            12    16    98    79     7     1     7     7    33    98 
	                            42     5    61    82    72    88    33   223    74     1 
	                            74    74   100    33    70    70    64    82    33   208 
	                            80     1    80    80    94    33    64    64   107    24 
	                            24     4    39    39    10     2 
	00291: PUSHW[1]            -16 
	00294: NPUSHB      (14):     0    30    33    45    45    30    19    33   208     4 
	                             1     4     4    10 
	00310: MDAP[rd]   
	00311: SHP[rp1,zp0] 
	00312: MDAP[rd]   
	00313: DELTAP1    
	00314: MIRP[nrp0,md,rd,1] 
	00315: SRP2       
	00316: IP         
	00317: MDAP[rd]   
	00318: MIRP[srp0,md,rd,1] 
	00319: SHP[rp2,zp1] 
	00320: SVTCA[y-axis] 
	00321: SHPIX      
	00322: SVTCA[x-axis] 
	00323: SRP1       
	00324: SHP[rp1,zp0] 
	00325: MDAP[rd]   
	00326: SRP1       
	00327: SHP[rp1,zp0] 
	00328: MDAP[rd]   
	00329: SRP1       
	00330: SHP[rp1,zp0] 
	00331: MDAP[rd]   
	00332: MIRP[nrp0,md,rd,1] 
	00333: IP         
	00334: MDAP[rd]   
	00335: DELTAP3    
	00336: MIRP[nrp0,md,rd,1] 
	00337: SRP1       
	00338: SHP[rp1,zp0] 
	00339: MDAP[rd]   
	00340: MIRP[nrp0,md,rd,1] 
	00341: IP         
	00342: MDAP[rd]   
	00343: DELTAP3    
	00344: MIRP[srp0,md,rd,1] 
	00345: SHP[rp2,zp1] 
	00346: SRP1       
	00347: SHP[rp1,zp0] 
	00348: SVTCA[y-axis] 
	00349: MIAP[rd+ci] 
	00350: MIRP[nrp0,md,rd,1] 
	00351: SHP[rp1,zp0] 
	00352: MDAP[rd]   
	00353: DELTAP2    
	00354: MIRP[srp0,md,rd,1] 
	00355: SHP[rp2,zp1] 
	00356: MDAP[rd]   
	00357: DELTAP1    
	00358: SRP1       
	00359: SHP[rp1,zp0] 
	00360: MDAP[rd]   
	00361: DELTAP1    
	00362: SRP1       
	00363: SRP2       
	00364: IP         
	00365: MDAP[rd]   
	00366: DELTAP1    
	00367: DELTAP1    
	00368: MIRP[nrp0,md,rd,1] 
	00369: IP         
	00370: MIAP[rd+ci] 
	00371: MIRP[nrp0,md,rd,1] 
	00372: SHP[rp1,zp0] 
	00373: MDAP[rd]   
	00374: DELTAP1    
	00375: DELTAP2    
	00376: MIRP[nrp0,md,rd,1] 
	00377: SRP2       
	00378: IP         
	00379: MDAP[rd]   
	00380: MIRP[nrp0,md,rd,1] 
	00381: SVTCA[x-axis] 
	00382: SRP1       
	00383: SRP2       
	00384: IP         
	00385: MDAP[rd]   
	00386: SRP1       
	00387: IP         
	00388: MDAP[rd]   
	00389: SVTCA[y-axis] 
	00390: SRP1       
	00391: SRP2       
	00392: IP         
	00393: MDAP[rd]   
	00394: DELTAP1    
	00395: DELTAP3    
	00396: SRP1       
	00397: IP         
	00398: MDAP[rd]   
	00399: DELTAP1    
	00400: DELTAP1    
	00401: DELTAP2    
	00402: SDPVTL[1]  
	00403: SFVTPV     
	00404: MDAP[nrd]  
	00405: CALL       
	00406: SFVTPV     
	00407: RDTG       
	00408: SRP0       
	00409: MDRP[nrp0,nmd,rd,0] 
	00410: SVTCA[x-axis] 
	00411: SRP1       
	00412: SRP2       
	00413: SLOOP      
	00414: IP         
	00415: SVTCA[y-axis] 
	00416: SRP1       
	00417: SRP2       
	00418: SLOOP      
	00419: IP         
	00420: SRP1       
	00421: SRP2       
	00422: IP         
	00423: IP         
	00424: IUP[y]     
	00425: IUP[x]     
	00426: SVTCA[y-axis] 
	00427: CALL       
	00428: CALL       
	00429: CALL       
	00430: CALL       
	00431: CALL       
	00432: CALL       
	00433: CALL       
	00434: CALL       
	00435: CALL       
	00436: CALL       
	00437: SVTCA[x-axis] 
	00438: DELTAP2    
	00439: DELTAP2    
	00440: DELTAP1    
	00441: DELTAP1    
	00442: DELTAP1    
	00443: DELTAP1    
	00444: SVTCA[y-axis] 
	00445: DELTAP2    
	00446: SVTCA[x-axis] 
	00447: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:                      Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short         On
	 48:                                      On
	 49:                      Y-Short X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual         Y-Short         Off
	 54:  YDual XDual         Y-Short X-Short On
	 55:                                      On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:        XDual         Y-Short         On
	 60:        XDual         Y-Short         Off
	 61:                              X-Short On
	 62:        XDual         Y-Short X-Short On
	 63:        XDual         Y-Short X-Short Off
	 64:        XDual         Y-Short         On
	 65:        XDual         Y-Short         Off
	 66:                      Y-Short X-Short Off
	 67:  YDual                       X-Short On
	 68:  YDual                       X-Short Off
	 69:  YDual               Y-Short X-Short Off
	 70:  YDual XDual         Y-Short         On
	 71:  YDual XDual         Y-Short         Off
	 72:  YDual XDual         Y-Short X-Short On
	 73:  YDual               Y-Short X-Short Off
	 74:  YDual XDual         Y-Short         On
	 75:  YDual XDual         Y-Short         Off
	 76:  YDual XDual         Y-Short X-Short Off
	 77:  YDual XDual                 X-Short On
	 78:  YDual XDual                 X-Short Off
	 79:        XDual         Y-Short X-Short Off
	 80:        XDual         Y-Short         On
	 81:        XDual         Y-Short         Off
	 82:  YDual               Y-Short X-Short On
	 83:  YDual XDual         Y-Short         Off
	 84:  YDual               Y-Short X-Short Off
	 85:  YDual                       X-Short On
	 86:  YDual                       X-Short Off
	 87:                      Y-Short X-Short Off
	 88:        XDual         Y-Short         On
	 89:        XDual         Y-Short         Off
	 90:        XDual         Y-Short X-Short Off
	 91:  YDual XDual                 X-Short On
	 92:  YDual XDual                 X-Short Off
	 93:  YDual XDual         Y-Short X-Short Off
	 94:        XDual                 X-Short On
	 95:  YDual XDual         Y-Short         Off
	 96:  YDual               Y-Short X-Short Off
	 97:  YDual                       X-Short On
	 98:  YDual                       X-Short Off
	 99:                      Y-Short X-Short Off
	100:        XDual         Y-Short         On
	101:        XDual         Y-Short         Off
	102:        XDual         Y-Short X-Short Off
	103:  YDual XDual                 X-Short On
	104:  YDual XDual                 X-Short Off
	105:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   398,   972)  ->  Abs (   398,   972)
	  1: Rel (     2,    -1)  ->  Abs (   400,   971)
	  2: Rel (    55,   -23)  ->  Abs (   455,   948)
	  3: Rel (    76,   -93)  ->  Abs (   531,   855)
	  4: Rel (     0,   -53)  ->  Abs (   531,   802)
	  5: Rel (     0,   -78)  ->  Abs (   531,   724)
	  6: Rel (  -151,  -123)  ->  Abs (   380,   601)
	  7: Rel (  -114,     0)  ->  Abs (   266,   601)
	  8: Rel (   -79,     0)  ->  Abs (   187,   601)
	  9: Rel (  -170,    69)  ->  Abs (    17,   670)
	 10: Rel (     0,    26)  ->  Abs (    17,   696)
	 11: Rel (     0,    27)  ->  Abs (    17,   723)
	 12: Rel (    34,     0)  ->  Abs (    51,   723)
	 13: Rel (    15,     0)  ->  Abs (    66,   723)
	 14: Rel (    29,   -17)  ->  Abs (    95,   706)
	 15: Rel (    78,   -49)  ->  Abs (   173,   657)
	 16: Rel (    93,     0)  ->  Abs (   266,   657)
	 17: Rel (    81,     0)  ->  Abs (   347,   657)
	 18: Rel (   110,    89)  ->  Abs (   457,   746)
	 19: Rel (     0,    55)  ->  Abs (   457,   801)
	 20: Rel (     0,    58)  ->  Abs (   457,   859)
	 21: Rel (  -116,    87)  ->  Abs (   341,   946)
	 22: Rel (   -92,     2)  ->  Abs (   249,   948)
	 23: Rel (   -45,     1)  ->  Abs (   204,   949)
	 24: Rel (     0,    28)  ->  Abs (   204,   977)
	 25: Rel (     0,    27)  ->  Abs (   204,  1004)
	 26: Rel (    43,     0)  ->  Abs (   247,  1004)
	 27: Rel (    41,     0)  ->  Abs (   288,  1004)
	 28: Rel (    65,     0)  ->  Abs (   353,  1004)
	 29: Rel (    77,    67)  ->  Abs (   430,  1071)
	 30: Rel (     0,    43)  ->  Abs (   430,  1114)
	 31: Rel (     0,    42)  ->  Abs (   430,  1156)
	 32: Rel (   -79,    73)  ->  Abs (   351,  1229)
	 33: Rel (   -73,     0)  ->  Abs (   278,  1229)
	 34: Rel (  -103,     0)  ->  Abs (   175,  1229)
	 35: Rel (   -54,   -57)  ->  Abs (   121,  1172)
	 36: Rel (   -13,   -15)  ->  Abs (   108,  1157)
	 37: Rel (   -20,     0)  ->  Abs (    88,  1157)
	 38: Rel (   -36,     0)  ->  Abs (    52,  1157)
	 39: Rel (     0,    26)  ->  Abs (    52,  1183)
	 40: Rel (     0,    24)  ->  Abs (    52,  1207)
	 41: Rel (   136,    78)  ->  Abs (   188,  1285)
	 42: Rel (    90,     0)  ->  Abs (   278,  1285)
	 43: Rel (   100,     0)  ->  Abs (   378,  1285)
	 44: Rel (   126,  -102)  ->  Abs (   504,  1183)
	 45: Rel (     0,   -69)  ->  Abs (   504,  1114)
	 46: Rel (     0,   -94)  ->  Abs (   504,  1020)
	 47: Rel (   592,  -127)  ->  Abs (  1096,   893)
	 48: Rel (  -916,  -590)  ->  Abs (   180,   303)
	 49: Rel (   -22,   -14)  ->  Abs (   158,   289)
	 50: Rel (   -12,     0)  ->  Abs (   146,   289)
	 51: Rel (   -43,     0)  ->  Abs (   103,   289)
	 52: Rel (     0,    42)  ->  Abs (   103,   331)
	 53: Rel (     0,    23)  ->  Abs (   103,   354)
	 54: Rel (    31,    20)  ->  Abs (   134,   374)
	 55: Rel (   916,   590)  ->  Abs (  1050,   964)
	 56: Rel (    22,    14)  ->  Abs (  1072,   978)
	 57: Rel (    12,     0)  ->  Abs (  1084,   978)
	 58: Rel (    43,     0)  ->  Abs (  1127,   978)
	 59: Rel (     0,   -42)  ->  Abs (  1127,   936)
	 60: Rel (     0,   -23)  ->  Abs (  1127,   913)
	 61: Rel (   -34,  -574)  ->  Abs (  1093,   339)
	 62: Rel (     2,    -1)  ->  Abs (  1095,   338)
	 63: Rel (   118,   -52)  ->  Abs (  1213,   286)
	 64: Rel (     0,  -108)  ->  Abs (  1213,   178)
	 65: Rel (     0,   -79)  ->  Abs (  1213,    99)
	 66: Rel (  -143,  -114)  ->  Abs (  1070,   -15)
	 67: Rel (   -96,     0)  ->  Abs (   974,   -15)
	 68: Rel (   -96,     0)  ->  Abs (   878,   -15)
	 69: Rel (  -143,   113)  ->  Abs (   735,    98)
	 70: Rel (     0,    80)  ->  Abs (   735,   178)
	 71: Rel (     0,   105)  ->  Abs (   735,   283)
	 72: Rel (   120,    56)  ->  Abs (   855,   339)
	 73: Rel (  -107,    56)  ->  Abs (   748,   395)
	 74: Rel (     0,    91)  ->  Abs (   748,   486)
	 75: Rel (     0,    72)  ->  Abs (   748,   558)
	 76: Rel (   132,   110)  ->  Abs (   880,   668)
	 77: Rel (    94,     0)  ->  Abs (   974,   668)
	 78: Rel (    94,     0)  ->  Abs (  1068,   668)
	 79: Rel (   132,  -109)  ->  Abs (  1200,   559)
	 80: Rel (     0,   -73)  ->  Abs (  1200,   486)
	 81: Rel (     0,   -93)  ->  Abs (  1200,   393)
	 82: Rel (   -75,    91)  ->  Abs (  1125,   484)
	 83: Rel (     0,    54)  ->  Abs (  1125,   538)
	 84: Rel (   -90,    74)  ->  Abs (  1035,   612)
	 85: Rel (   -62,     0)  ->  Abs (   973,   612)
	 86: Rel (   -62,     0)  ->  Abs (   911,   612)
	 87: Rel (   -89,   -74)  ->  Abs (   822,   538)
	 88: Rel (     0,   -54)  ->  Abs (   822,   484)
	 89: Rel (     0,   -50)  ->  Abs (   822,   434)
	 90: Rel (    91,   -68)  ->  Abs (   913,   366)
	 91: Rel (    60,     0)  ->  Abs (   973,   366)
	 92: Rel (    61,     0)  ->  Abs (  1034,   366)
	 93: Rel (    91,    68)  ->  Abs (  1125,   434)
	 94: Rel (    14,  -256)  ->  Abs (  1139,   178)
	 95: Rel (     0,    46)  ->  Abs (  1139,   224)
	 96: Rel (   -85,    87)  ->  Abs (  1054,   311)
	 97: Rel (   -80,     0)  ->  Abs (   974,   311)
	 98: Rel (   -72,     0)  ->  Abs (   902,   311)
	 99: Rel (   -93,   -80)  ->  Abs (   809,   231)
	100: Rel (     0,   -53)  ->  Abs (   809,   178)
	101: Rel (     0,   -55)  ->  Abs (   809,   123)
	102: Rel (    94,   -82)  ->  Abs (   903,    41)
	103: Rel (    71,     0)  ->  Abs (   974,    41)
	104: Rel (    76,     0)  ->  Abs (  1050,    41)
	105: Rel (    89,    86)  ->  Abs (  1139,   127)

	Glyph 491: off = 0x000199F2, len = 666
	  numberOfContours:	5
	  xMin:			11
	  yMin:			-15
	  xMax:			1212
	  yMax:			1269

	EndPoints
	---------
	  0:  36
	  1:  50
	  2:  71
	  3:  83
	  4:  95

	  Length of Instructions:	405
	00000: NPUSHB      (54):   214    76     1    73    55    73    59     2   255     7 
	                             1   119    56   119    68     2   103    68   135    68 
	                             2    16    62   103    56     2    31    51    31    52 
	                             2    15    51    15    52     0    62     3   133    51 
	                           138    62     2    71    66    73    68     2    73    32 
	                            24    36    52    83 
	00056: PUSHW[1]            -32 
	00059: NPUSHB       (9):    24    36    52    77    32    24    36    52    79 
	00070: PUSHW[1]            -32 
	00073: NPUSHB       (9):    24    36    52    85    42    24    36    52    95 
	00084: PUSHW[1]            -32 
	00087: NPUSHB       (9):    24    36    52    89    32    24    36    52    91 
	00098: PUSHW[1]            -32 
	00101: NPUSHB      (96):    24    36    52    51    62    81    87    38    37    49 
	                            45    44    42     6    47    40    40    44    38    37 
	                            45    47     6    49    42    37    38    38    32    44 
	                            45    20    44    44    45   191    47     1    47    47 
	                            57     0    40     1   176    40     1   128    40   144 
	                            40     2    40    40    31    57    49    49    96    42 
	                            42    97    96    81    98    87    87    57    75    98 
	                            64    67     1    47    67    63    67    79    67     3 
	                            67    67    93    98    57    11    28    28     1    24 
	                            98     3     3     9    31    14 
	00199: PUSHW[1]            -64 
	00202: NPUSHB      (23):    13    16    52    14    14    18    98    64     9     1 
	                            32     9    48     9     2     0     9    16     9     2 
	                             9     9     0 
	00227: PUSHW[1]            686 
	00230: NPUSHB      (45):    31     5    51    72    62    78    33   223    64     1 
	                            64    64    90    33    60    60    54    72    33   208 
	                            70     1    70    70    84    33    54    54    97     0 
	                             1    91    30    30    12    15    34     1    34    34 
	                            21    33     6     6    12 
	00277: MDAP[rd]   
	00278: SHP[rp1,zp0] 
	00279: MDAP[rd]   
	00280: MIRP[nrp0,md,rd,1] 
	00281: SHP[rp1,zp0] 
	00282: MDAP[rd]   
	00283: DELTAP1    
	00284: SRP1       
	00285: SHP[rp1,zp0] 
	00286: MDAP[rd]   
	00287: MIRP[srp0,md,rd,1] 
	00288: ALIGNRP    
	00289: SRP1       
	00290: SHP[rp1,zp0] 
	00291: MDAP[rd]   
	00292: MIRP[nrp0,md,rd,1] 
	00293: IP         
	00294: MDAP[rd]   
	00295: DELTAP3    
	00296: MIRP[nrp0,md,rd,1] 
	00297: SRP1       
	00298: SHP[rp1,zp0] 
	00299: MDAP[rd]   
	00300: MIRP[nrp0,md,rd,1] 
	00301: IP         
	00302: MDAP[rd]   
	00303: DELTAP3    
	00304: MIRP[srp0,md,rd,1] 
	00305: SHP[rp2,zp1] 
	00306: SRP1       
	00307: SHP[rp1,zp0] 
	00308: SVTCA[y-axis] 
	00309: MIAP[rd+ci] 
	00310: MIRP[nrp0,md,rd,1] 
	00311: SHP[rp1,zp0] 
	00312: MDAP[rd]   
	00313: DELTAP1    
	00314: DELTAP1    
	00315: DELTAP1    
	00316: MIRP[srp0,md,rd,1] 
	00317: SHP[rp2,zp1] 
	00318: MDAP[rd]   
	00319: CALL       
	00320: SRP1       
	00321: SRP2       
	00322: IP         
	00323: MDAP[rd]   
	00324: MIRP[nrp0,md,rd,1] 
	00325: IP         
	00326: SHP[rp2,zp1] 
	00327: MDAP[rd]   
	00328: MIAP[rd+ci] 
	00329: MIRP[nrp0,md,rd,1] 
	00330: SHP[rp1,zp0] 
	00331: MDAP[rd]   
	00332: DELTAP1    
	00333: DELTAP2    
	00334: MIRP[nrp0,md,rd,1] 
	00335: SRP2       
	00336: IP         
	00337: MDAP[rd]   
	00338: MIRP[nrp0,md,rd,1] 
	00339: SVTCA[x-axis] 
	00340: SRP1       
	00341: SRP2       
	00342: IP         
	00343: MDAP[rd]   
	00344: SRP1       
	00345: IP         
	00346: MDAP[rd]   
	00347: SVTCA[y-axis] 
	00348: SRP1       
	00349: SRP2       
	00350: IP         
	00351: MDAP[rd]   
	00352: DELTAP1    
	00353: DELTAP1    
	00354: DELTAP2    
	00355: SRP1       
	00356: IP         
	00357: MDAP[rd]   
	00358: DELTAP1    
	00359: SDPVTL[1]  
	00360: SFVTPV     
	00361: MDAP[nrd]  
	00362: CALL       
	00363: SFVTPV     
	00364: RDTG       
	00365: SRP0       
	00366: MDRP[nrp0,nmd,rd,0] 
	00367: SVTCA[x-axis] 
	00368: SRP1       
	00369: SRP2       
	00370: SLOOP      
	00371: IP         
	00372: SVTCA[y-axis] 
	00373: SRP1       
	00374: SRP2       
	00375: SLOOP      
	00376: IP         
	00377: SRP1       
	00378: SRP2       
	00379: IP         
	00380: IP         
	00381: IUP[y]     
	00382: IUP[x]     
	00383: SVTCA[y-axis] 
	00384: CALL       
	00385: CALL       
	00386: CALL       
	00387: CALL       
	00388: CALL       
	00389: CALL       
	00390: CALL       
	00391: CALL       
	00392: SVTCA[x-axis] 
	00393: DELTAP2    
	00394: DELTAP2    
	00395: DELTAP1    
	00396: DELTAP1    
	00397: DELTAP1    
	00398: DELTAP1    
	00399: DELTAP1    
	00400: SVTCA[y-axis] 
	00401: DELTAP1    
	00402: DELTAP2    
	00403: SVTCA[x-axis] 
	00404: DELTAP3    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:        XDual                         On
	 32:  YDual                               On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:                                      On
	 38:                                      On
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:                                      On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                              X-Short On
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short         On
	 55:        XDual         Y-Short         Off
	 56:                      Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:  YDual               Y-Short X-Short Off
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short On
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual XDual         Y-Short         On
	 65:  YDual XDual         Y-Short         Off
	 66:  YDual XDual         Y-Short X-Short Off
	 67:  YDual XDual                 X-Short On
	 68:  YDual XDual                 X-Short Off
	 69:        XDual         Y-Short X-Short Off
	 70:        XDual         Y-Short         On
	 71:        XDual         Y-Short         Off
	 72:  YDual               Y-Short X-Short On
	 73:  YDual XDual         Y-Short         Off
	 74:  YDual               Y-Short X-Short Off
	 75:  YDual                       X-Short On
	 76:  YDual                       X-Short Off
	 77:                      Y-Short X-Short Off
	 78:        XDual         Y-Short         On
	 79:        XDual         Y-Short         Off
	 80:        XDual         Y-Short X-Short Off
	 81:  YDual XDual                 X-Short On
	 82:  YDual XDual                 X-Short Off
	 83:  YDual XDual         Y-Short X-Short Off
	 84:        XDual         Y-Short X-Short On
	 85:  YDual XDual         Y-Short         Off
	 86:  YDual               Y-Short X-Short Off
	 87:  YDual                       X-Short On
	 88:  YDual                       X-Short Off
	 89:                      Y-Short X-Short Off
	 90:        XDual         Y-Short         On
	 91:        XDual         Y-Short         Off
	 92:        XDual         Y-Short X-Short Off
	 93:  YDual XDual                 X-Short On
	 94:  YDual XDual                 X-Short Off
	 95:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   145,  1213)  ->  Abs (   145,  1213)
	  1: Rel (     0,  -191)  ->  Abs (   145,  1022)
	  2: Rel (    70,    26)  ->  Abs (   215,  1048)
	  3: Rel (    76,     0)  ->  Abs (   291,  1048)
	  4: Rel (   105,     0)  ->  Abs (   396,  1048)
	  5: Rel (   128,  -122)  ->  Abs (   524,   926)
	  6: Rel (     0,   -90)  ->  Abs (   524,   836)
	  7: Rel (     0,  -100)  ->  Abs (   524,   736)
	  8: Rel (  -145,  -135)  ->  Abs (   379,   601)
	  9: Rel (  -115,     0)  ->  Abs (   264,   601)
	 10: Rel (   -99,     0)  ->  Abs (   165,   601)
	 11: Rel (  -154,    89)  ->  Abs (    11,   690)
	 12: Rel (     0,    19)  ->  Abs (    11,   709)
	 13: Rel (     0,    29)  ->  Abs (    11,   738)
	 14: Rel (    35,     0)  ->  Abs (    46,   738)
	 15: Rel (    16,     0)  ->  Abs (    62,   738)
	 16: Rel (    26,   -20)  ->  Abs (    88,   718)
	 17: Rel (    79,   -61)  ->  Abs (   167,   657)
	 18: Rel (    96,     0)  ->  Abs (   263,   657)
	 19: Rel (    88,     0)  ->  Abs (   351,   657)
	 20: Rel (    99,   106)  ->  Abs (   450,   763)
	 21: Rel (     0,    75)  ->  Abs (   450,   838)
	 22: Rel (     0,    66)  ->  Abs (   450,   904)
	 23: Rel (   -87,    88)  ->  Abs (   363,   992)
	 24: Rel (   -76,     0)  ->  Abs (   287,   992)
	 25: Rel (   -71,     0)  ->  Abs (   216,   992)
	 26: Rel (   -79,   -35)  ->  Abs (   137,   957)
	 27: Rel (   -18,    -8)  ->  Abs (   119,   949)
	 28: Rel (   -12,     0)  ->  Abs (   107,   949)
	 29: Rel (   -36,     0)  ->  Abs (    71,   949)
	 30: Rel (     0,    30)  ->  Abs (    71,   979)
	 31: Rel (     0,   290)  ->  Abs (    71,  1269)
	 32: Rel (   358,     0)  ->  Abs (   429,  1269)
	 33: Rel (    46,     0)  ->  Abs (   475,  1269)
	 34: Rel (     0,   -28)  ->  Abs (   475,  1241)
	 35: Rel (     0,   -28)  ->  Abs (   475,  1213)
	 36: Rel (   -46,     0)  ->  Abs (   429,  1213)
	 37: Rel (   663,  -320)  ->  Abs (  1092,   893)
	 38: Rel (  -915,  -590)  ->  Abs (   177,   303)
	 39: Rel (   -23,   -14)  ->  Abs (   154,   289)
	 40: Rel (   -11,     0)  ->  Abs (   143,   289)
	 41: Rel (   -43,     0)  ->  Abs (   100,   289)
	 42: Rel (     0,    42)  ->  Abs (   100,   331)
	 43: Rel (     0,    23)  ->  Abs (   100,   354)
	 44: Rel (    31,    20)  ->  Abs (   131,   374)
	 45: Rel (   915,   590)  ->  Abs (  1046,   964)
	 46: Rel (    23,    14)  ->  Abs (  1069,   978)
	 47: Rel (    12,     0)  ->  Abs (  1081,   978)
	 48: Rel (    42,     0)  ->  Abs (  1123,   978)
	 49: Rel (     0,   -42)  ->  Abs (  1123,   936)
	 50: Rel (     0,   -23)  ->  Abs (  1123,   913)
	 51: Rel (   -31,  -574)  ->  Abs (  1092,   339)
	 52: Rel (     2,    -1)  ->  Abs (  1094,   338)
	 53: Rel (   118,   -52)  ->  Abs (  1212,   286)
	 54: Rel (     0,  -108)  ->  Abs (  1212,   178)
	 55: Rel (     0,   -79)  ->  Abs (  1212,    99)
	 56: Rel (  -142,  -114)  ->  Abs (  1070,   -15)
	 57: Rel (   -97,     0)  ->  Abs (   973,   -15)
	 58: Rel (   -96,     0)  ->  Abs (   877,   -15)
	 59: Rel (  -143,   113)  ->  Abs (   734,    98)
	 60: Rel (     0,    80)  ->  Abs (   734,   178)
	 61: Rel (     0,   105)  ->  Abs (   734,   283)
	 62: Rel (   120,    56)  ->  Abs (   854,   339)
	 63: Rel (  -107,    56)  ->  Abs (   747,   395)
	 64: Rel (     0,    91)  ->  Abs (   747,   486)
	 65: Rel (     0,    72)  ->  Abs (   747,   558)
	 66: Rel (   133,   110)  ->  Abs (   880,   668)
	 67: Rel (    93,     0)  ->  Abs (   973,   668)
	 68: Rel (    94,     0)  ->  Abs (  1067,   668)
	 69: Rel (   132,  -109)  ->  Abs (  1199,   559)
	 70: Rel (     0,   -73)  ->  Abs (  1199,   486)
	 71: Rel (     0,   -93)  ->  Abs (  1199,   393)
	 72: Rel (   -74,    91)  ->  Abs (  1125,   484)
	 73: Rel (     0,    52)  ->  Abs (  1125,   536)
	 74: Rel (   -87,    76)  ->  Abs (  1038,   612)
	 75: Rel (   -65,     0)  ->  Abs (   973,   612)
	 76: Rel (   -62,     0)  ->  Abs (   911,   612)
	 77: Rel (   -90,   -73)  ->  Abs (   821,   539)
	 78: Rel (     0,   -55)  ->  Abs (   821,   484)
	 79: Rel (     0,   -49)  ->  Abs (   821,   435)
	 80: Rel (    89,   -69)  ->  Abs (   910,   366)
	 81: Rel (    63,     0)  ->  Abs (   973,   366)
	 82: Rel (    58,     0)  ->  Abs (  1031,   366)
	 83: Rel (    94,    66)  ->  Abs (  1125,   432)
	 84: Rel (    13,  -254)  ->  Abs (  1138,   178)
	 85: Rel (     0,    46)  ->  Abs (  1138,   224)
	 86: Rel (   -84,    87)  ->  Abs (  1054,   311)
	 87: Rel (   -81,     0)  ->  Abs (   973,   311)
	 88: Rel (   -72,     0)  ->  Abs (   901,   311)
	 89: Rel (   -93,   -80)  ->  Abs (   808,   231)
	 90: Rel (     0,   -53)  ->  Abs (   808,   178)
	 91: Rel (     0,   -55)  ->  Abs (   808,   123)
	 92: Rel (    94,   -82)  ->  Abs (   902,    41)
	 93: Rel (    71,     0)  ->  Abs (   973,    41)
	 94: Rel (    72,     0)  ->  Abs (  1045,    41)
	 95: Rel (    93,    83)  ->  Abs (  1138,   124)

	Glyph 492: off = 0x00019C8C, len = 598
	  numberOfContours:	5
	  xMin:			27
	  yMin:			-15
	  xMax:			1213
	  yMax:			1269

	EndPoints
	---------
	  0:  19
	  1:  33
	  2:  53
	  3:  65
	  4:  77

	  Length of Instructions:	378
	00000: NPUSHB      (49):   214    58     1    73    37    73    41     2   119    38 
	                           121    41   119    50     3   103    50   135    50     2 
	                            16    44   103    38     2    31    34     1    15    34 
	                             0    44     2   133    34   138    44     2    71    48 
	                            73    50     2    55    32    24    36    52    65 
	00051: PUSHW[1]            -32 
	00054: NPUSHB       (9):    24    36    52    59    32    24    36    52    61 
	00065: PUSHW[1]            -32 
	00068: NPUSHB       (9):    24    36    52    67    42    24    36    52    77 
	00079: PUSHW[1]            -32 
	00082: NPUSHB       (9):    24    36    52    71    32    24    36    52    73 
	00093: PUSHW[1]            -32 
	00096: NPUSHB      (42):    24    36    52    34    44    63    69    21    20    32 
	                            28    27    25     6    30    23    23    27    21    20 
	                            28    30     6    32    25     0    10    19    18    17 
	                            16    15    14    12    11    10    13     2     9    10 
	                            11    11 
	00140: PUSHW[1]            295 
	00143: NPUSHB     (107):    15     0    20    15    15     0    20    21    21    32 
	                            27    28    20    27    27    28    30    30    39   208 
	                            23     1   144    23     1    23    23     8    39    15 
	                            32     1    32    32    78    25    25    79    78    63 
	                            98    69    69    39    57    98    64    49     1    47 
	                            49    63    49    79    49     3    49    49    75    98 
	                            39    11    13    13     8     5     5     2    98     8 
	                             5    34    54    44    60    33   223    46     1    46 
	                            46    72    33    42    42    36    54    33   208    52 
	                             1    52    52    66    33    36    36    79    10     0 
	                             0    11    15    15     3    98     7 
	00252: MDAP[rd]   
	00253: MIRP[nrp0,md,rd,1] 
	00254: SHP[rp1,zp0] 
	00255: MDAP[rd]   
	00256: SHP[rp1,zp0] 
	00257: SHP[rp1,zp0] 
	00258: MDAP[rd]   
	00259: SHP[rp1,zp0] 
	00260: SRP1       
	00261: SHP[rp1,zp0] 
	00262: MDAP[rd]   
	00263: MIRP[nrp0,md,rd,1] 
	00264: IP         
	00265: MDAP[rd]   
	00266: DELTAP3    
	00267: MIRP[nrp0,md,rd,1] 
	00268: SRP1       
	00269: SHP[rp1,zp0] 
	00270: MDAP[rd]   
	00271: MIRP[nrp0,md,rd,1] 
	00272: IP         
	00273: MDAP[rd]   
	00274: DELTAP3    
	00275: MIRP[srp0,md,rd,1] 
	00276: SHP[rp2,zp1] 
	00277: SRP1       
	00278: SHP[rp1,zp0] 
	00279: SVTCA[y-axis] 
	00280: MIAP[rd+ci] 
	00281: MIRP[srp0,md,rd,1] 
	00282: SHP[rp2,zp1] 
	00283: MDAP[rd]   
	00284: SRP1       
	00285: SHP[rp1,zp0] 
	00286: MDAP[rd]   
	00287: MIAP[rd+ci] 
	00288: MIRP[nrp0,md,rd,1] 
	00289: SHP[rp1,zp0] 
	00290: MDAP[rd]   
	00291: DELTAP1    
	00292: DELTAP2    
	00293: MIRP[nrp0,md,rd,1] 
	00294: SRP2       
	00295: IP         
	00296: MDAP[rd]   
	00297: MIRP[nrp0,md,rd,1] 
	00298: SVTCA[x-axis] 
	00299: SRP1       
	00300: SRP2       
	00301: IP         
	00302: MDAP[rd]   
	00303: SRP1       
	00304: IP         
	00305: MDAP[rd]   
	00306: DELTAP1    
	00307: SVTCA[y-axis] 
	00308: SRP1       
	00309: SRP2       
	00310: IP         
	00311: MDAP[rd]   
	00312: DELTAP1    
	00313: DELTAP2    
	00314: SRP1       
	00315: IP         
	00316: MDAP[rd]   
	00317: SDPVTL[1]  
	00318: SFVTPV     
	00319: MDAP[nrd]  
	00320: CALL       
	00321: SFVTPV     
	00322: RDTG       
	00323: SRP0       
	00324: MDRP[nrp0,nmd,rd,0] 
	00325: SDPVTL[1]  
	00326: SFVTPV     
	00327: MDAP[nrd]  
	00328: RTG        
	00329: CALL       
	00330: SFVTPV     
	00331: RDTG       
	00332: SRP0       
	00333: MDRP[nrp0,nmd,rd,0] 
	00334: SVTCA[x-axis] 
	00335: SHP[rp2,zp1] 
	00336: SVTCA[y-axis] 
	00337: SRP1       
	00338: SRP2       
	00339: SLOOP      
	00340: IP         
	00341: SVTCA[x-axis] 
	00342: SRP1       
	00343: SRP2       
	00344: SLOOP      
	00345: IP         
	00346: SVTCA[y-axis] 
	00347: SRP1       
	00348: SRP2       
	00349: SLOOP      
	00350: IP         
	00351: SRP1       
	00352: SRP2       
	00353: IP         
	00354: IP         
	00355: IUP[y]     
	00356: IUP[x]     
	00357: SVTCA[y-axis] 
	00358: CALL       
	00359: CALL       
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: CALL       
	00365: CALL       
	00366: SVTCA[x-axis] 
	00367: DELTAP2    
	00368: DELTAP2    
	00369: DELTAP1    
	00370: DELTAP1    
	00371: DELTAP1    
	00372: DELTAP1    
	00373: DELTAP1    
	00374: SVTCA[y-axis] 
	00375: DELTAP2    
	00376: SVTCA[x-axis] 
	00377: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual         Y-Short         On
	 11:                              X-Short On
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual               Y-Short         On
	 21:                                      On
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:                                      On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:        XDual                 X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         Off
	 54:  YDual               Y-Short X-Short On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:                      Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:        XDual         Y-Short X-Short Off
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual                 X-Short Off
	 65:  YDual XDual         Y-Short X-Short Off
	 66:        XDual                 X-Short On
	 67:  YDual XDual         Y-Short         Off
	 68:  YDual               Y-Short X-Short Off
	 69:  YDual                       X-Short On
	 70:  YDual                       X-Short Off
	 71:                      Y-Short X-Short Off
	 72:        XDual         Y-Short         On
	 73:        XDual         Y-Short         Off
	 74:        XDual         Y-Short X-Short Off
	 75:  YDual XDual                 X-Short On
	 76:  YDual XDual                 X-Short Off
	 77:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   432,  1200)  ->  Abs (   432,  1200)
	  1: Rel (     0,    13)  ->  Abs (   432,  1213)
	  2: Rel (  -331,     0)  ->  Abs (   101,  1213)
	  3: Rel (     0,   -31)  ->  Abs (   101,  1182)
	  4: Rel (     0,   -35)  ->  Abs (   101,  1147)
	  5: Rel (   -37,     0)  ->  Abs (    64,  1147)
	  6: Rel (   -37,     0)  ->  Abs (    27,  1147)
	  7: Rel (     0,    35)  ->  Abs (    27,  1182)
	  8: Rel (     0,    87)  ->  Abs (    27,  1269)
	  9: Rel (   479,     0)  ->  Abs (   506,  1269)
	 10: Rel (     0,   -74)  ->  Abs (   506,  1195)
	 11: Rel (  -201,  -555)  ->  Abs (   305,   640)
	 12: Rel (    -9,   -24)  ->  Abs (   296,   616)
	 13: Rel (   -28,     0)  ->  Abs (   268,   616)
	 14: Rel (   -36,     0)  ->  Abs (   232,   616)
	 15: Rel (     0,    26)  ->  Abs (   232,   642)
	 16: Rel (     0,     7)  ->  Abs (   232,   649)
	 17: Rel (     3,     7)  ->  Abs (   235,   656)
	 18: Rel (     1,     3)  ->  Abs (   236,   659)
	 19: Rel (     1,     2)  ->  Abs (   237,   661)
	 20: Rel (   815,   232)  ->  Abs (  1052,   893)
	 21: Rel (  -915,  -590)  ->  Abs (   137,   303)
	 22: Rel (   -22,   -14)  ->  Abs (   115,   289)
	 23: Rel (   -12,     0)  ->  Abs (   103,   289)
	 24: Rel (   -43,     0)  ->  Abs (    60,   289)
	 25: Rel (     0,    42)  ->  Abs (    60,   331)
	 26: Rel (     0,    23)  ->  Abs (    60,   354)
	 27: Rel (    31,    20)  ->  Abs (    91,   374)
	 28: Rel (   916,   590)  ->  Abs (  1007,   964)
	 29: Rel (    22,    14)  ->  Abs (  1029,   978)
	 30: Rel (    12,     0)  ->  Abs (  1041,   978)
	 31: Rel (    43,     0)  ->  Abs (  1084,   978)
	 32: Rel (     0,   -42)  ->  Abs (  1084,   936)
	 33: Rel (     0,   -23)  ->  Abs (  1084,   913)
	 34: Rel (    10,  -574)  ->  Abs (  1094,   339)
	 35: Rel (   119,   -55)  ->  Abs (  1213,   284)
	 36: Rel (     0,  -106)  ->  Abs (  1213,   178)
	 37: Rel (     0,   -80)  ->  Abs (  1213,    98)
	 38: Rel (  -142,  -113)  ->  Abs (  1071,   -15)
	 39: Rel (   -96,     0)  ->  Abs (   975,   -15)
	 40: Rel (   -97,     0)  ->  Abs (   878,   -15)
	 41: Rel (  -142,   113)  ->  Abs (   736,    98)
	 42: Rel (     0,    80)  ->  Abs (   736,   178)
	 43: Rel (     0,   108)  ->  Abs (   736,   286)
	 44: Rel (   119,    53)  ->  Abs (   855,   339)
	 45: Rel (  -107,    56)  ->  Abs (   748,   395)
	 46: Rel (     0,    91)  ->  Abs (   748,   486)
	 47: Rel (     0,    72)  ->  Abs (   748,   558)
	 48: Rel (   133,   110)  ->  Abs (   881,   668)
	 49: Rel (    94,     0)  ->  Abs (   975,   668)
	 50: Rel (    93,     0)  ->  Abs (  1068,   668)
	 51: Rel (   133,  -109)  ->  Abs (  1201,   559)
	 52: Rel (     0,   -73)  ->  Abs (  1201,   486)
	 53: Rel (     0,   -93)  ->  Abs (  1201,   393)
	 54: Rel (   -75,    91)  ->  Abs (  1126,   484)
	 55: Rel (     0,    52)  ->  Abs (  1126,   536)
	 56: Rel (   -87,    76)  ->  Abs (  1039,   612)
	 57: Rel (   -65,     0)  ->  Abs (   974,   612)
	 58: Rel (   -61,     0)  ->  Abs (   913,   612)
	 59: Rel (   -91,   -73)  ->  Abs (   822,   539)
	 60: Rel (     0,   -55)  ->  Abs (   822,   484)
	 61: Rel (     0,   -50)  ->  Abs (   822,   434)
	 62: Rel (    92,   -68)  ->  Abs (   914,   366)
	 63: Rel (    60,     0)  ->  Abs (   974,   366)
	 64: Rel (    61,     0)  ->  Abs (  1035,   366)
	 65: Rel (    91,    68)  ->  Abs (  1126,   434)
	 66: Rel (    13,  -256)  ->  Abs (  1139,   178)
	 67: Rel (     0,    46)  ->  Abs (  1139,   224)
	 68: Rel (   -84,    87)  ->  Abs (  1055,   311)
	 69: Rel (   -80,     0)  ->  Abs (   975,   311)
	 70: Rel (   -72,     0)  ->  Abs (   903,   311)
	 71: Rel (   -93,   -80)  ->  Abs (   810,   231)
	 72: Rel (     0,   -53)  ->  Abs (   810,   178)
	 73: Rel (     0,   -55)  ->  Abs (   810,   123)
	 74: Rel (    94,   -82)  ->  Abs (   904,    41)
	 75: Rel (    70,     0)  ->  Abs (   974,    41)
	 76: Rel (    72,     0)  ->  Abs (  1046,    41)
	 77: Rel (    93,    83)  ->  Abs (  1139,   124)

	Glyph 493: off = 0x00019EE2, len = 138
	  numberOfContours:	1
	  xMin:			520
	  yMin:			-441
	  xMax:			709
	  yMax:			-109

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	81
	00000: NPUSHB      (12):   137    17     1   138    16     1    16    64     9    16 
	                            52    10 
	00014: PUSHW[1]            -64 
	00017: NPUSHB      (21):     9    16    52   128    12     1    12    12   143     1 
	                             1     1     1     0     7     1     7     0     9     3 
	                            14 
	00040: PUSHW[1]            -64 
	00043: NPUSHB       (9):     9    16    52    14    14     3     9     9     3 
	00054: MDAP[rd]   
	00055: SHP[rp1,zp0] 
	00056: MDAP[rd]   
	00057: SRP1       
	00058: SHP[rp1,zp0] 
	00059: MDAP[rd]   
	00060: CALL       
	00061: SRP1       
	00062: SRP2       
	00063: IP         
	00064: SVTCA[y-axis] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SHP[rp1,zp0] 
	00068: MDAP[rd]   
	00069: DELTAP2    
	00070: SHP[rp1,zp0] 
	00071: MDAP[rd]   
	00072: DELTAP1    
	00073: IUP[y]     
	00074: IUP[x]     
	00075: SVTCA[y-axis] 
	00076: CALL       
	00077: CALL       
	00078: SVTCA[x-axis] 
	00079: DELTAP1    
	00080: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   624,  -268)  ->  Abs (   624,  -268)
	  1: Rel (   -24,     0)  ->  Abs (   600,  -268)
	  2: Rel (   -80,     0)  ->  Abs (   520,  -268)
	  3: Rel (     0,    77)  ->  Abs (   520,  -191)
	  4: Rel (     0,    35)  ->  Abs (   520,  -156)
	  5: Rel (    43,    47)  ->  Abs (   563,  -109)
	  6: Rel (    37,     0)  ->  Abs (   600,  -109)
	  7: Rel (    30,     0)  ->  Abs (   630,  -109)
	  8: Rel (    79,     0)  ->  Abs (   709,  -109)
	  9: Rel (     0,   -84)  ->  Abs (   709,  -193)
	 10: Rel (     0,   -75)  ->  Abs (   709,  -268)
	 11: Rel (  -121,  -173)  ->  Abs (   588,  -441)
	 12: Rel (   -27,     0)  ->  Abs (   561,  -441)
	 13: Rel (   -36,     0)  ->  Abs (   525,  -441)
	 14: Rel (     0,    30)  ->  Abs (   525,  -411)
	 15: Rel (     0,    16)  ->  Abs (   525,  -395)
	 16: Rel (    30,    31)  ->  Abs (   555,  -364)
	 17: Rel (    59,    62)  ->  Abs (   614,  -302)

	Glyph 494: off = 0x00019F6C, len = 148
	  numberOfContours:	1
	  xMin:			468
	  yMin:			-333
	  xMax:			763
	  yMax:			-101

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	79
	00000: PUSHB[5]             10    10    14     5     5 
	00006: PUSHW[1]            803 
	00009: NPUSHB      (20):     0    14    16    14    32    14     3    16    14    80 
	                            14     2    14    64    10    17    52    14    14    19 
	00031: PUSHW[1]            803 
	00034: PUSHB[8]              0     0     1     0    21    21     8    17 
	00043: PUSHW[1]            803 
	00046: PUSHB[8]             15     2    31     2     2     2     2     8 
	00055: MDAP[rd]   
	00056: SHP[rp1,zp0] 
	00057: MDAP[rd]   
	00058: DELTAP1    
	00059: MIRP[nrp0,md,rd,1] 
	00060: SRP2       
	00061: IP         
	00062: MDAP[rd]   
	00063: SVTCA[y-axis] 
	00064: MDAP[rd]   
	00065: DELTAP1    
	00066: MIRP[srp0,md,rd,1] 
	00067: SHP[rp2,zp1] 
	00068: MDAP[rd]   
	00069: CALL       
	00070: DELTAP3    
	00071: DELTAP2    
	00072: MIRP[srp0,md,rd,1] 
	00073: MDAP[rd]   
	00074: SRP1       
	00075: SHP[rp1,zp0] 
	00076: MDAP[rd]   
	00077: IUP[y]     
	00078: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   601,  -101)  ->  Abs (   601,  -101)
	  1: Rel (   162,     0)  ->  Abs (   763,  -101)
	  2: Rel (     0,  -115)  ->  Abs (   763,  -216)
	  3: Rel (     0,   -47)  ->  Abs (   763,  -263)
	  4: Rel (   -72,   -70)  ->  Abs (   691,  -333)
	  5: Rel (   -71,     0)  ->  Abs (   620,  -333)
	  6: Rel (   -40,     0)  ->  Abs (   580,  -333)
	  7: Rel (  -112,    30)  ->  Abs (   468,  -303)
	  8: Rel (     0,    32)  ->  Abs (   468,  -271)
	  9: Rel (     0,    29)  ->  Abs (   468,  -242)
	 10: Rel (    27,     0)  ->  Abs (   495,  -242)
	 11: Rel (    10,     0)  ->  Abs (   505,  -242)
	 12: Rel (    25,   -11)  ->  Abs (   530,  -253)
	 13: Rel (    46,   -20)  ->  Abs (   576,  -273)
	 14: Rel (    43,     0)  ->  Abs (   619,  -273)
	 15: Rel (    35,     0)  ->  Abs (   654,  -273)
	 16: Rel (    49,    33)  ->  Abs (   703,  -240)
	 17: Rel (     0,    26)  ->  Abs (   703,  -214)
	 18: Rel (     0,    48)  ->  Abs (   703,  -166)
	 19: Rel (   -92,     3)  ->  Abs (   611,  -163)
	 20: Rel (   -54,     2)  ->  Abs (   557,  -161)
	 21: Rel (     0,    29)  ->  Abs (   557,  -132)
	 22: Rel (     0,    31)  ->  Abs (   557,  -101)

	Glyph 495: off = 0x0001A000, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			443
	  yMin:			1021
	  xMax:			785
	  yMax:			1329

	     0: Flags:		0x0216
		Glyf Index:	141
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 496: off = 0x0001A010, len = 208
	  numberOfContours:	3
	  xMin:			264
	  yMin:			1021
	  xMax:			964
	  yMax:			1329

	EndPoints
	---------
	  0:  13
	  1:  25
	  2:  37

	  Length of Instructions:	94
	00000: NPUSHB      (22):     1     7     0     8     4    10     3     7     1     8 
	                             0     4    12     5   111    10   127    10   143    10 
	                             3    10 
	00024: PUSHW[1]            498 
	00027: NPUSHB      (18):     3   128     3    29    17   112    35    23     3    26 
	                           112    32    32    12    20   112    14    14 
	00047: PUSHW[7]            272    12   503     5   163   336    24 
	00062: CALL       
	00063: MDAP[rd]   
	00064: MIRP[nrp0,md,rd,1] 
	00065: MIRP[srp0,md,rd,2] 
	00066: MDAP[rd]   
	00067: MIRP[nrp0,md,rd,1] 
	00068: SRP1       
	00069: SHP[rp1,zp0] 
	00070: MDAP[rd]   
	00071: MIRP[nrp0,md,rd,1] 
	00072: SVTCA[y-axis] 
	00073: MIAP[rd+ci] 
	00074: ALIGNRP    
	00075: MIRP[srp0,md,rd,1] 
	00076: ALIGNRP    
	00077: ALIGNRP    
	00078: SMD        
	00079: SRP0       
	00080: MIRP[nrp0,md,rd,1] 
	00081: DELTAP1    
	00082: SVTCA[x-axis] 
	00083: SRP1       
	00084: SRP2       
	00085: SLOOP      
	00086: IP         
	00087: SVTCA[y-axis] 
	00088: SRP1       
	00089: SRP2       
	00090: SLOOP      
	00091: IP         
	00092: IUP[y]     
	00093: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:                      Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   811,  1245)  ->  Abs (   811,  1245)
	  1: Rel (  -236,  -204)  ->  Abs (   575,  1041)
	  2: Rel (   -23,   -20)  ->  Abs (   552,  1021)
	  3: Rel (   -15,     0)  ->  Abs (   537,  1021)
	  4: Rel (   -43,     0)  ->  Abs (   494,  1021)
	  5: Rel (     0,    43)  ->  Abs (   494,  1064)
	  6: Rel (     0,    19)  ->  Abs (   494,  1083)
	  7: Rel (    25,    22)  ->  Abs (   519,  1105)
	  8: Rel (   237,   204)  ->  Abs (   756,  1309)
	  9: Rel (    22,    20)  ->  Abs (   778,  1329)
	 10: Rel (    16,     0)  ->  Abs (   794,  1329)
	 11: Rel (    42,     0)  ->  Abs (   836,  1329)
	 12: Rel (     0,   -43)  ->  Abs (   836,  1286)
	 13: Rel (     0,   -19)  ->  Abs (   836,  1267)
	 14: Rel (  -409,  -164)  ->  Abs (   427,  1103)
	 15: Rel (     0,   -33)  ->  Abs (   427,  1070)
	 16: Rel (   -47,   -49)  ->  Abs (   380,  1021)
	 17: Rel (   -35,     0)  ->  Abs (   345,  1021)
	 18: Rel (   -34,     0)  ->  Abs (   311,  1021)
	 19: Rel (   -47,    48)  ->  Abs (   264,  1069)
	 20: Rel (     0,    34)  ->  Abs (   264,  1103)
	 21: Rel (     0,    32)  ->  Abs (   264,  1135)
	 22: Rel (    47,    49)  ->  Abs (   311,  1184)
	 23: Rel (    34,     0)  ->  Abs (   345,  1184)
	 24: Rel (    34,     0)  ->  Abs (   379,  1184)
	 25: Rel (    48,   -48)  ->  Abs (   427,  1136)
	 26: Rel (   537,   -33)  ->  Abs (   964,  1103)
	 27: Rel (     0,   -34)  ->  Abs (   964,  1069)
	 28: Rel (   -48,   -48)  ->  Abs (   916,  1021)
	 29: Rel (   -33,     0)  ->  Abs (   883,  1021)
	 30: Rel (   -34,     0)  ->  Abs (   849,  1021)
	 31: Rel (   -48,    48)  ->  Abs (   801,  1069)
	 32: Rel (     0,    34)  ->  Abs (   801,  1103)
	 33: Rel (     0,    32)  ->  Abs (   801,  1135)
	 34: Rel (    47,    49)  ->  Abs (   848,  1184)
	 35: Rel (    35,     0)  ->  Abs (   883,  1184)
	 36: Rel (    34,     0)  ->  Abs (   917,  1184)
	 37: Rel (    47,   -48)  ->  Abs (   964,  1136)

	Glyph 497: off = 0x0001A0E0, len = 612
	  numberOfContours:	3
	  xMin:			64
	  yMin:			0
	  xMax:			1264
	  yMax:			1170

	EndPoints
	---------
	  0:  13
	  1:  46
	  2:  50

	  Length of Instructions:	461
	00000: NPUSHB      (47):    53    28    56    34    57    48    51    49    70    28 
	                            73    34    73    48    70    49     8     5     1     8 
	                            12     4    10     3     3    10    10    33     1    38 
	                           192     5     1     5     5     8    38    16    12    32 
	                            12     2    12   207    31    22    26 
	00049: PUSHW[1]            676 
	00052: NPUSHB      (14):    24    24    41    27    24    24    26    27    29    22 
	                            27    28    41    45 
	00068: PUSHW[1]            676 
	00071: NPUSHB      (14):    43    43    51    46    43    43    45    46    29    41 
	                            46    48    21    17 
	00087: PUSHW[1]            676 
	00090: NPUSHB      (14):    19    19    51    16    19    19    17    16    29    21 
	                            16    49    33    29 
	00106: PUSHW[1]            676 
	00109: NPUSHB       (9):    31    47    31    63    31    95    31     3    31 
	00120: PUSHW[1]            794 
	00123: NPUSHB      (11):    28    31    31    29    28    29    33    28    27    40 
	                            36 
	00136: PUSHW[1]            676 
	00139: PUSHB[5]             38   128    38     1    38 
	00145: PUSHW[1]            -64 
	00148: NPUSHB      (73):    22    33    52    38    41    35    38    38    36    35 
	                            29    40    35    34    47    14    46    46    48    50 
	                            15    16    28    27    27    30    16    49    20    16 
	                            16    49    34    48    46    46    30    35    34    20 
	                            35    35    34    40    41    41    21    21    22     8 
	                            14    15    30    47    15    50    31    50     2    50 
	                            50    21    48    49    49    28    28    29    38    34 
	                            33     2    34 
	00223: PUSHW[1]            344 
	00226: NPUSHB      (11):   239    48     1    79    48    95    48   175    48     3 
	                            48 
	00239: PUSHW[1]            734 
	00242: NPUSHB      (12):    46    38    32    35    48    35    64    35    80    35 
	                             4    35 
	00256: PUSHW[1]            296 
	00259: NPUSHB      (10):    52    16    38    27    49    38    80    28     1    28 
	00271: PUSHW[1]            318 
	00274: NPUSHB      (12):    16    27     1   224    27     1     0    27    79    27 
	                             2    27 
	00288: PUSHW[5]            793    51   294   390    24 
	00299: CALL       
	00300: SRP0       
	00301: MIRP[srp0,nmd,rd,2] 
	00302: DELTAP1    
	00303: DELTAP2    
	00304: DELTAP3    
	00305: MIRP[srp0,nmd,rd,0] 
	00306: DELTAP1    
	00307: MIRP[nrp0,md,rd,1] 
	00308: SRP0       
	00309: MIRP[nrp0,md,rd,1] 
	00310: SRP0       
	00311: MIRP[srp0,nmd,rd,0] 
	00312: DELTAP1    
	00313: MIRP[srp0,md,rd,1] 
	00314: MIRP[srp0,nmd,rd,0] 
	00315: DELTAP1    
	00316: DELTAP2    
	00317: MIRP[nrp0,md,rd,1] 
	00318: SVTCA[y-axis] 
	00319: MIAP[rd+ci] 
	00320: ALIGNRP    
	00321: MIRP[srp0,md,rd,1] 
	00322: ALIGNRP    
	00323: SRP0       
	00324: ALIGNRP    
	00325: SRP0       
	00326: ALIGNRP    
	00327: SRP2       
	00328: IP         
	00329: MDAP[rd]   
	00330: DELTAP1    
	00331: ALIGNRP    
	00332: MIRP[srp0,md,rd,1] 
	00333: ALIGNRP    
	00334: MIAP[rd+ci] 
	00335: ALIGNRP    
	00336: SRP0       
	00337: ALIGNRP    
	00338: SRP0       
	00339: ALIGNRP    
	00340: SDPVTL[1]  
	00341: SFVTCA[x-axis] 
	00342: MDAP[nrd]  
	00343: CALL       
	00344: SDPVTL[1]  
	00345: RDTG       
	00346: MDRP[nrp0,nmd,rd,0] 
	00347: SDPVTL[1]  
	00348: MDAP[nrd]  
	00349: RTG        
	00350: CALL       
	00351: RDTG       
	00352: SRP0       
	00353: MDRP[nrp0,nmd,rd,0] 
	00354: SRP0       
	00355: ALIGNRP    
	00356: ALIGNRP    
	00357: SPVTL[p1,p2] 
	00358: SRP0       
	00359: ALIGNRP    
	00360: ALIGNRP    
	00361: RTG        
	00362: SVTCA[y-axis] 
	00363: SFVTL[=p1,p2] 
	00364: SRP0       
	00365: MIRP[srp0,md,rd,1] 
	00366: RTDG       
	00367: SRP2       
	00368: IP         
	00369: MDAP[rd]   
	00370: RTG        
	00371: SVTCA[x-axis] 
	00372: SRP0       
	00373: MIRP[srp0,nmd,nrd,1] 
	00374: CALL       
	00375: DELTAP2    
	00376: MDAP[rd]   
	00377: MIRP[srp0,nmd,rd,0] 
	00378: MDRP[nrp0,nmd,rd,0] 
	00379: SVTCA[y-axis] 
	00380: SFVTL[=p1,p2] 
	00381: SRP0       
	00382: MIRP[srp0,md,rd,1] 
	00383: RTDG       
	00384: SRP2       
	00385: IP         
	00386: MDAP[rd]   
	00387: RTG        
	00388: SVTCA[x-axis] 
	00389: SRP0       
	00390: MIRP[srp0,nmd,nrd,1] 
	00391: DELTAP1    
	00392: MDAP[rd]   
	00393: MIRP[srp0,nmd,rd,0] 
	00394: MDRP[nrp0,nmd,rd,0] 
	00395: SVTCA[y-axis] 
	00396: SFVTL[=p1,p2] 
	00397: SRP0       
	00398: MIRP[srp0,md,rd,1] 
	00399: RTDG       
	00400: SRP2       
	00401: IP         
	00402: MDAP[rd]   
	00403: RTG        
	00404: SVTCA[x-axis] 
	00405: SRP0       
	00406: MIRP[srp0,nmd,nrd,1] 
	00407: MDAP[rd]   
	00408: MIRP[srp0,nmd,rd,0] 
	00409: MDRP[nrp0,nmd,rd,0] 
	00410: SVTCA[y-axis] 
	00411: SFVTL[=p1,p2] 
	00412: SRP0       
	00413: MIRP[srp0,md,rd,1] 
	00414: RTDG       
	00415: SRP2       
	00416: IP         
	00417: MDAP[rd]   
	00418: RTG        
	00419: SVTCA[x-axis] 
	00420: SRP0       
	00421: MIRP[srp0,nmd,nrd,1] 
	00422: MDAP[rd]   
	00423: MIRP[srp0,nmd,rd,0] 
	00424: MDRP[nrp0,nmd,rd,0] 
	00425: SVTCA[y-axis] 
	00426: SFVTL[=p1,p2] 
	00427: SRP0       
	00428: MIRP[srp0,md,rd,1] 
	00429: RTDG       
	00430: SRP2       
	00431: IP         
	00432: MDAP[rd]   
	00433: RTG        
	00434: SVTCA[x-axis] 
	00435: SRP0       
	00436: MIRP[srp0,nmd,nrd,1] 
	00437: MDAP[rd]   
	00438: MIRP[srp0,nmd,rd,0] 
	00439: MDRP[nrp0,nmd,rd,0] 
	00440: SRP0       
	00441: MIRP[srp0,nmd,rd,2] 
	00442: DELTAP1    
	00443: MIRP[nrp0,md,rd,1] 
	00444: SHP[rp1,zp0] 
	00445: MDAP[rd]   
	00446: DELTAP2    
	00447: MIRP[nrp0,md,rd,1] 
	00448: SVTCA[y-axis] 
	00449: SRP0       
	00450: ALIGNRP    
	00451: SRP1       
	00452: SHP[rp1,zp0] 
	00453: MDAP[rd]   
	00454: SRP2       
	00455: SLOOP      
	00456: IP         
	00457: IUP[y]     
	00458: IUP[x]     
	00459: SVTCA[x-axis] 
	00460: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                              X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                                      On
	 15:  YDual                               On
	 16:                              X-Short On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:                                      On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:                                      On
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:  YDual                       X-Short On
	 41:  YDual                               On
	 42:  YDual                       X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short On
	 47:                              X-Short On
	 48:                              X-Short On
	 49:  YDual                       X-Short On
	 50:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   200,  1107)  ->  Abs (   200,  1107)
	  1: Rel (   -50,  -308)  ->  Abs (   150,   799)
	  2: Rel (    -8,   -50)  ->  Abs (   142,   749)
	  3: Rel (   -35,     0)  ->  Abs (   107,   749)
	  4: Rel (   -43,     0)  ->  Abs (    64,   749)
	  5: Rel (     0,    38)  ->  Abs (    64,   787)
	  6: Rel (     0,     8)  ->  Abs (    64,   795)
	  7: Rel (     3,    17)  ->  Abs (    67,   812)
	  8: Rel (    49,   309)  ->  Abs (   116,  1121)
	  9: Rel (     8,    49)  ->  Abs (   124,  1170)
	 10: Rel (    36,     0)  ->  Abs (   160,  1170)
	 11: Rel (    42,     0)  ->  Abs (   202,  1170)
	 12: Rel (     0,   -41)  ->  Abs (   202,  1129)
	 13: Rel (     0,    -9)  ->  Abs (   202,  1120)
	 14: Rel (   737,  -729)  ->  Abs (   939,   391)
	 15: Rel (  -552,     0)  ->  Abs (   387,   391)
	 16: Rel (  -113,  -307)  ->  Abs (   274,    84)
	 17: Rel (   161,     0)  ->  Abs (   435,    84)
	 18: Rel (    56,     0)  ->  Abs (   491,    84)
	 19: Rel (     0,   -42)  ->  Abs (   491,    42)
	 20: Rel (     0,   -42)  ->  Abs (   491,     0)
	 21: Rel (   -56,     0)  ->  Abs (   435,     0)
	 22: Rel (  -313,     0)  ->  Abs (   122,     0)
	 23: Rel (   -56,     0)  ->  Abs (    66,     0)
	 24: Rel (     0,    42)  ->  Abs (    66,    42)
	 25: Rel (     0,    42)  ->  Abs (    66,    84)
	 26: Rel (    56,     0)  ->  Abs (   122,    84)
	 27: Rel (    64,     0)  ->  Abs (   186,    84)
	 28: Rel (   372,  1002)  ->  Abs (   558,  1086)
	 29: Rel (  -225,     0)  ->  Abs (   333,  1086)
	 30: Rel (   -56,     0)  ->  Abs (   277,  1086)
	 31: Rel (     0,    42)  ->  Abs (   277,  1128)
	 32: Rel (     0,    42)  ->  Abs (   277,  1170)
	 33: Rel (    56,     0)  ->  Abs (   333,  1170)
	 34: Rel (   399,     0)  ->  Abs (   732,  1170)
	 35: Rel (   411, -1086)  ->  Abs (  1143,    84)
	 36: Rel (    64,     0)  ->  Abs (  1207,    84)
	 37: Rel (    57,     0)  ->  Abs (  1264,    84)
	 38: Rel (     0,   -42)  ->  Abs (  1264,    42)
	 39: Rel (     0,   -42)  ->  Abs (  1264,     0)
	 40: Rel (   -57,     0)  ->  Abs (  1207,     0)
	 41: Rel (  -313,     0)  ->  Abs (   894,     0)
	 42: Rel (   -56,     0)  ->  Abs (   838,     0)
	 43: Rel (     0,    42)  ->  Abs (   838,    42)
	 44: Rel (     0,    42)  ->  Abs (   838,    84)
	 45: Rel (    56,     0)  ->  Abs (   894,    84)
	 46: Rel (   161,     0)  ->  Abs (  1055,    84)
	 47: Rel (  -147,   391)  ->  Abs (   908,   475)
	 48: Rel (  -232,   611)  ->  Abs (   676,  1086)
	 49: Rel (   -31,     0)  ->  Abs (   645,  1086)
	 50: Rel (  -226,  -611)  ->  Abs (   419,   475)

	Glyph 498: off = 0x0001A344, len = 550
	  numberOfContours:	2
	  xMin:			-4
	  yMin:			0
	  xMax:			1157
	  yMax:			1170

	EndPoints
	---------
	  0:  13
	  1:  55

	  Length of Instructions:	399
	00000: NPUSHB      (55):     0    45     0    47     0    49    15    50    15    52 
	                            15    54    16    45    16    47    31    50    31    52 
	                            31    54    11     5     1     8    12     4    10     3 
	                             3    10    10    34     1    38     5     5     8    38 
	                           111    12     1    63    12    79    12    95    12     3 
	                            12   207    32    23    27 
	00057: PUSHW[1]            676 
	00060: NPUSHB      (14):   175    25     1    25    43    28    25    25    27    28 
	                            29    23    36    40 
	00076: PUSHW[1]            676 
	00079: NPUSHB      (11):    38    53    41    38    38    40    41    29    36    21 
	                            17 
	00092: PUSHW[1]            676 
	00095: NPUSHB      (11):    19    86    16    19    19    17    16    29    21    34 
	                            30 
	00108: PUSHW[1]            676 
	00111: NPUSHB      (26):    15    32    31    32     2   255    32     1   175    32 
	                           191    32   239    32     3    32    43    29    32    32 
	                            30    29    29    34    50    54 
	00139: PUSHW[1]            676 
	00142: NPUSHB      (11):    52    43    55    52    52    54    55    29    50    49 
	                            45 
	00155: PUSHW[1]            676 
	00158: NPUSHB      (16):     0    47     1    47    43    44    47    47    45    44 
	                            29    49    15    38     1    38 
	00176: PUSHW[1]            364 
	00179: NPUSHB      (41):    35    16    15    38    23    41    42    38    34    55 
	                            14    44    43    30    14    14    23    34     2    23 
	                             8    40    38   128    36     1    36    65    17    38 
	                            21    55    44    38    50    80    49   160    49     2 
	                            49 
	00222: PUSHW[1]            734 
	00225: NPUSHB      (23):    43    43    42    14    15    30   160    21     1     0 
	                            21    80    21   208    21     3    21    82    29    96 
	                            28     1    28 
	00250: PUSHW[3]            795   340    24 
	00257: CALL       
	00258: MDAP[rd]   
	00259: DELTAP1    
	00260: ALIGNRP    
	00261: MIRP[nrp0,md,rd,1] 
	00262: DELTAP1    
	00263: DELTAP1    
	00264: MIRP[srp0,md,rd,1] 
	00265: ALIGNRP    
	00266: ALIGNRP    
	00267: ALIGNRP    
	00268: SRP0       
	00269: MIRP[srp0,nmd,rd,0] 
	00270: DELTAP1    
	00271: ALIGNRP    
	00272: MIRP[srp0,md,rd,1] 
	00273: ALIGNRP    
	00274: SRP0       
	00275: MIRP[nrp0,md,rd,1] 
	00276: MIRP[srp0,nmd,rd,0] 
	00277: DELTAP1    
	00278: MIRP[nrp0,md,rd,1] 
	00279: SVTCA[y-axis] 
	00280: MIAP[rd+ci] 
	00281: MIAP[rd+ci] 
	00282: SRP2       
	00283: IP         
	00284: MDAP[rd]   
	00285: MIRP[srp0,md,rd,1] 
	00286: ALIGNRP    
	00287: SRP0       
	00288: ALIGNRP    
	00289: SRP0       
	00290: MIRP[srp0,md,rd,1] 
	00291: ALIGNRP    
	00292: SRP0       
	00293: MIRP[srp0,md,rd,1] 
	00294: ALIGNRP    
	00295: SRP0       
	00296: MIRP[nrp0,md,rd,1] 
	00297: DELTAP1    
	00298: SVTCA[x-axis] 
	00299: SRP0       
	00300: MIRP[srp0,md,rd,1] 
	00301: RTDG       
	00302: SRP2       
	00303: IP         
	00304: MDAP[rd]   
	00305: RTG        
	00306: SVTCA[y-axis] 
	00307: SRP0       
	00308: MIRP[srp0,nmd,rd,1] 
	00309: DELTAP1    
	00310: MIRP[srp0,nmd,rd,0] 
	00311: MDRP[nrp0,nmd,rd,0] 
	00312: SVTCA[x-axis] 
	00313: SRP0       
	00314: MIRP[srp0,md,rd,1] 
	00315: RTDG       
	00316: SRP2       
	00317: IP         
	00318: MDAP[rd]   
	00319: RTG        
	00320: SVTCA[y-axis] 
	00321: SRP0       
	00322: MIRP[srp0,nmd,rd,1] 
	00323: MIRP[srp0,nmd,rd,0] 
	00324: MDRP[nrp0,nmd,rd,0] 
	00325: SRP0       
	00326: MIRP[srp0,md,rd,1] 
	00327: RTDG       
	00328: SRP2       
	00329: IP         
	00330: MDAP[rd]   
	00331: RTG        
	00332: SVTCA[x-axis] 
	00333: SRP0       
	00334: MIRP[srp0,nmd,rd,1] 
	00335: DELTAP1    
	00336: DELTAP1    
	00337: DELTAP2    
	00338: MIRP[srp0,nmd,rd,0] 
	00339: MDRP[nrp0,nmd,rd,0] 
	00340: SRP0       
	00341: MIRP[srp0,md,rd,1] 
	00342: RTDG       
	00343: SRP2       
	00344: IP         
	00345: MDAP[rd]   
	00346: RTG        
	00347: SVTCA[y-axis] 
	00348: SRP0       
	00349: MIRP[srp0,nmd,rd,1] 
	00350: MIRP[srp0,nmd,rd,0] 
	00351: MDRP[nrp0,nmd,rd,0] 
	00352: SVTCA[x-axis] 
	00353: SRP0       
	00354: MIRP[srp0,md,rd,1] 
	00355: RTDG       
	00356: SRP2       
	00357: IP         
	00358: MDAP[rd]   
	00359: RTG        
	00360: SVTCA[y-axis] 
	00361: SRP0       
	00362: MIRP[srp0,nmd,rd,1] 
	00363: MIRP[srp0,nmd,rd,0] 
	00364: MDRP[nrp0,nmd,rd,0] 
	00365: SRP0       
	00366: MIRP[srp0,md,rd,1] 
	00367: RTDG       
	00368: SRP2       
	00369: IP         
	00370: MDAP[rd]   
	00371: RTG        
	00372: SVTCA[x-axis] 
	00373: SRP0       
	00374: MIRP[srp0,nmd,rd,1] 
	00375: DELTAP1    
	00376: MIRP[srp0,nmd,rd,0] 
	00377: MDRP[nrp0,nmd,rd,0] 
	00378: SRP0       
	00379: MIRP[srp0,nmd,rd,2] 
	00380: DELTAP1    
	00381: DELTAP1    
	00382: MIRP[nrp0,md,rd,1] 
	00383: SHP[rp1,zp0] 
	00384: MDAP[rd]   
	00385: MIRP[nrp0,md,rd,1] 
	00386: SVTCA[y-axis] 
	00387: SRP0       
	00388: ALIGNRP    
	00389: SRP1       
	00390: SHP[rp1,zp0] 
	00391: MDAP[rd]   
	00392: SRP2       
	00393: SLOOP      
	00394: IP         
	00395: SVTCA[y-axis] 
	00396: DELTAP1    
	00397: IUP[y]     
	00398: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                              X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                                      On
	 15:        XDual                         On
	 16:  YDual                               On
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual                         On
	 23:  YDual                               On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short On
	 29:        XDual                         On
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual                               On
	 36:        XDual                         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         On
	 42:  YDual                               On
	 43:        XDual                         On
	 44:  YDual                               On
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual                         On
	 51:        XDual         Y-Short         Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   132,  1107)  ->  Abs (   132,  1107)
	  1: Rel (   -50,  -308)  ->  Abs (    82,   799)
	  2: Rel (    -8,   -50)  ->  Abs (    74,   749)
	  3: Rel (   -35,     0)  ->  Abs (    39,   749)
	  4: Rel (   -43,     0)  ->  Abs (    -4,   749)
	  5: Rel (     0,    38)  ->  Abs (    -4,   787)
	  6: Rel (     0,     8)  ->  Abs (    -4,   795)
	  7: Rel (     3,    17)  ->  Abs (    -1,   812)
	  8: Rel (    49,   309)  ->  Abs (    48,  1121)
	  9: Rel (     8,    49)  ->  Abs (    56,  1170)
	 10: Rel (    36,     0)  ->  Abs (    92,  1170)
	 11: Rel (    42,     0)  ->  Abs (   134,  1170)
	 12: Rel (     0,   -41)  ->  Abs (   134,  1129)
	 13: Rel (     0,    -9)  ->  Abs (   134,  1120)
	 14: Rel (   293,  -555)  ->  Abs (   427,   565)
	 15: Rel (     0,  -481)  ->  Abs (   427,    84)
	 16: Rel (   645,     0)  ->  Abs (  1072,    84)
	 17: Rel (     0,   248)  ->  Abs (  1072,   332)
	 18: Rel (     0,    56)  ->  Abs (  1072,   388)
	 19: Rel (    43,     0)  ->  Abs (  1115,   388)
	 20: Rel (    42,     0)  ->  Abs (  1157,   388)
	 21: Rel (     0,   -56)  ->  Abs (  1157,   332)
	 22: Rel (     0,  -332)  ->  Abs (  1157,     0)
	 23: Rel (  -892,     0)  ->  Abs (   265,     0)
	 24: Rel (   -57,     0)  ->  Abs (   208,     0)
	 25: Rel (     0,    42)  ->  Abs (   208,    42)
	 26: Rel (     0,    42)  ->  Abs (   208,    84)
	 27: Rel (    57,     0)  ->  Abs (   265,    84)
	 28: Rel (    77,     0)  ->  Abs (   342,    84)
	 29: Rel (     0,  1002)  ->  Abs (   342,  1086)
	 30: Rel (   -77,     0)  ->  Abs (   265,  1086)
	 31: Rel (   -57,     0)  ->  Abs (   208,  1086)
	 32: Rel (     0,    42)  ->  Abs (   208,  1128)
	 33: Rel (     0,    42)  ->  Abs (   208,  1170)
	 34: Rel (    57,     0)  ->  Abs (   265,  1170)
	 35: Rel (   848,     0)  ->  Abs (  1113,  1170)
	 36: Rel (     0,  -289)  ->  Abs (  1113,   881)
	 37: Rel (     0,   -56)  ->  Abs (  1113,   825)
	 38: Rel (   -43,     0)  ->  Abs (  1070,   825)
	 39: Rel (   -42,     0)  ->  Abs (  1028,   825)
	 40: Rel (     0,    56)  ->  Abs (  1028,   881)
	 41: Rel (     0,   205)  ->  Abs (  1028,  1086)
	 42: Rel (  -601,     0)  ->  Abs (   427,  1086)
	 43: Rel (     0,  -437)  ->  Abs (   427,   649)
	 44: Rel (   301,     0)  ->  Abs (   728,   649)
	 45: Rel (     0,    95)  ->  Abs (   728,   744)
	 46: Rel (     0,    56)  ->  Abs (   728,   800)
	 47: Rel (    42,     0)  ->  Abs (   770,   800)
	 48: Rel (    42,     0)  ->  Abs (   812,   800)
	 49: Rel (     0,   -56)  ->  Abs (   812,   744)
	 50: Rel (     0,  -274)  ->  Abs (   812,   470)
	 51: Rel (     0,   -56)  ->  Abs (   812,   414)
	 52: Rel (   -42,     0)  ->  Abs (   770,   414)
	 53: Rel (   -42,     0)  ->  Abs (   728,   414)
	 54: Rel (     0,    56)  ->  Abs (   728,   470)
	 55: Rel (     0,    95)  ->  Abs (   728,   565)

	Glyph 499: off = 0x0001A56A, len = 648
	  numberOfContours:	2
	  xMin:			19
	  yMin:			0
	  xMax:			1200
	  yMax:			1170

	EndPoints
	---------
	  0:  13
	  1:  65

	  Length of Instructions:	479
	00000: NPUSHB      (64):     0    34     0    36     0    38    15    60    15    62 
	                            15    64    16    34    16    36    16    38    31    60 
	                            31    62    31    64    12     5     1     8    12     4 
	                            10     3     3    10    10    33     1    38     5     5 
	                             8    38   159    12     1    63    12    79    12    95 
	                            12     3    63    12   111    12   143    12     3    12 
	                           207    31    48    52 
	00066: PUSHW[1]            676 
	00069: NPUSHB      (18):     0    50    16    50    32    50     3    50    41    53 
	                            50    50    52    53    29    48    47    43 
	00089: PUSHW[1]            676 
	00092: NPUSHB      (11):    45    43    42    45    45    43    42    29    47    34 
	                            38 
	00105: PUSHW[1]            676 
	00108: NPUSHB      (11):    36    43    39    36    36    38    39    29    34    33 
	                            29 
	00121: PUSHW[1]            676 
	00124: NPUSHB      (33):    15    31     1    31    31    47    31    79    31     3 
	                           223    31   255    31     2    15    31   207    31   239 
	                            31     3    31   144    28    31    31    29    28    29 
	                            33    22    26 
	00159: PUSHW[1]            676 
	00162: NPUSHB      (11):    24   144    27    24    24    26    27    29    22    21 
	                            17 
	00175: PUSHW[1]            676 
	00178: NPUSHB      (11):    19    43    16    19    19    17    16    29    21    60 
	                            64 
	00191: PUSHW[1]            676 
	00194: NPUSHB      (11):    62    43    65    62    62    64    65    29    60    59 
	                            55 
	00207: PUSHW[1]            676 
	00210: NPUSHB      (58):   160    57   176    57     2     0    57    16    57    32 
	                            57     3    57    43    54    57    57    55    54    29 
	                            59    41    40    30    14    15    15    22    48    47 
	                            47    34    34    33     2    59    60    60    22    21 
	                             8    53    30    42    54    30    42   191    65     1 
	                            63    65    79    65    95    65     3    65 
	00270: PUSHW[1]            310 
	00273: NPUSHB      (25):    67    28    30    39    39    27    30    63    16    64 
	                            16     2   159    16   239    16     2    31    16    47 
	                            16   127    16     3    16 
	00300: PUSHW[5]            734    66   795   287    24 
	00311: CALL       
	00312: SRP0       
	00313: MIRP[srp0,nmd,rd,0] 
	00314: DELTAP1    
	00315: DELTAP1    
	00316: DELTAP2    
	00317: MIRP[nrp0,md,rd,1] 
	00318: ALIGNRP    
	00319: SRP0       
	00320: MIRP[nrp0,md,rd,1] 
	00321: SRP0       
	00322: MIRP[srp0,nmd,rd,0] 
	00323: DELTAP2    
	00324: DELTAP1    
	00325: ALIGNRP    
	00326: MIRP[nrp0,md,rd,1] 
	00327: SRP0       
	00328: MIRP[nrp0,md,rd,1] 
	00329: SVTCA[y-axis] 
	00330: MIAP[rd+ci] 
	00331: ALIGNRP    
	00332: ALIGNRP    
	00333: SRP0       
	00334: ALIGNRP    
	00335: MIAP[rd+ci] 
	00336: ALIGNRP    
	00337: SRP0       
	00338: ALIGNRP    
	00339: SRP0       
	00340: ALIGNRP    
	00341: SRP2       
	00342: IP         
	00343: MDAP[rd]   
	00344: ALIGNRP    
	00345: MIRP[srp0,md,rd,1] 
	00346: ALIGNRP    
	00347: SRP0       
	00348: MIRP[srp0,md,rd,1] 
	00349: RTDG       
	00350: SRP2       
	00351: IP         
	00352: MDAP[rd]   
	00353: RTG        
	00354: SVTCA[x-axis] 
	00355: SRP0       
	00356: MIRP[srp0,nmd,rd,1] 
	00357: DELTAP1    
	00358: DELTAP1    
	00359: MIRP[srp0,nmd,rd,0] 
	00360: MDRP[nrp0,nmd,rd,0] 
	00361: SVTCA[y-axis] 
	00362: SRP0       
	00363: MIRP[srp0,md,rd,1] 
	00364: RTDG       
	00365: SRP2       
	00366: IP         
	00367: MDAP[rd]   
	00368: RTG        
	00369: SVTCA[x-axis] 
	00370: SRP0       
	00371: MIRP[srp0,nmd,rd,1] 
	00372: MIRP[srp0,nmd,rd,0] 
	00373: MDRP[nrp0,nmd,rd,0] 
	00374: SVTCA[y-axis] 
	00375: SRP0       
	00376: MIRP[srp0,md,rd,1] 
	00377: RTDG       
	00378: SRP2       
	00379: IP         
	00380: MDAP[rd]   
	00381: RTG        
	00382: SVTCA[x-axis] 
	00383: SRP0       
	00384: MIRP[srp0,nmd,rd,1] 
	00385: MIRP[srp0,nmd,rd,0] 
	00386: MDRP[nrp0,nmd,rd,0] 
	00387: SVTCA[y-axis] 
	00388: SRP0       
	00389: MIRP[srp0,md,rd,1] 
	00390: RTDG       
	00391: SRP2       
	00392: IP         
	00393: MDAP[rd]   
	00394: RTG        
	00395: SVTCA[x-axis] 
	00396: SRP0       
	00397: MIRP[srp0,nmd,rd,1] 
	00398: MIRP[srp0,nmd,rd,0] 
	00399: MDRP[nrp0,nmd,rd,0] 
	00400: SVTCA[y-axis] 
	00401: SRP0       
	00402: MIRP[srp0,md,rd,1] 
	00403: RTDG       
	00404: SRP2       
	00405: IP         
	00406: MDAP[rd]   
	00407: RTG        
	00408: SVTCA[x-axis] 
	00409: SRP0       
	00410: MIRP[srp0,nmd,rd,1] 
	00411: DELTAP1    
	00412: DELTAP1    
	00413: DELTAP2    
	00414: DELTAP2    
	00415: MIRP[srp0,nmd,rd,0] 
	00416: MDRP[nrp0,nmd,rd,0] 
	00417: SVTCA[y-axis] 
	00418: SRP0       
	00419: MIRP[srp0,md,rd,1] 
	00420: RTDG       
	00421: SRP2       
	00422: IP         
	00423: MDAP[rd]   
	00424: RTG        
	00425: SVTCA[x-axis] 
	00426: SRP0       
	00427: MIRP[srp0,nmd,rd,1] 
	00428: MIRP[srp0,nmd,rd,0] 
	00429: MDRP[nrp0,nmd,rd,0] 
	00430: SVTCA[y-axis] 
	00431: SRP0       
	00432: MIRP[srp0,md,rd,1] 
	00433: RTDG       
	00434: SRP2       
	00435: IP         
	00436: MDAP[rd]   
	00437: RTG        
	00438: SVTCA[x-axis] 
	00439: SRP0       
	00440: MIRP[srp0,nmd,rd,1] 
	00441: MIRP[srp0,nmd,rd,0] 
	00442: MDRP[nrp0,nmd,rd,0] 
	00443: SVTCA[y-axis] 
	00444: SRP0       
	00445: MIRP[srp0,md,rd,1] 
	00446: RTDG       
	00447: SRP2       
	00448: IP         
	00449: MDAP[rd]   
	00450: RTG        
	00451: SVTCA[x-axis] 
	00452: SRP0       
	00453: MIRP[srp0,nmd,rd,1] 
	00454: DELTAP1    
	00455: MIRP[srp0,nmd,rd,0] 
	00456: MDRP[nrp0,nmd,rd,0] 
	00457: SRP0       
	00458: MIRP[srp0,nmd,rd,2] 
	00459: DELTAP1    
	00460: DELTAP1    
	00461: DELTAP2    
	00462: MIRP[nrp0,md,rd,1] 
	00463: SHP[rp1,zp0] 
	00464: MDAP[rd]   
	00465: MIRP[nrp0,md,rd,1] 
	00466: SVTCA[y-axis] 
	00467: SRP0       
	00468: ALIGNRP    
	00469: SRP1       
	00470: SHP[rp1,zp0] 
	00471: MDAP[rd]   
	00472: SRP2       
	00473: SLOOP      
	00474: IP         
	00475: SVTCA[x-axis] 
	00476: DELTAP1    
	00477: IUP[y]     
	00478: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                              X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                                      On
	 15:  YDual                               On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:        XDual                         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual                               On
	 42:        XDual                         On
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short On
	 54:        XDual                         On
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:  YDual                       X-Short On
	 60:  YDual                               On
	 61:  YDual                       X-Short Off
	 62:  YDual XDual         Y-Short         On
	 63:  YDual XDual         Y-Short         Off
	 64:  YDual XDual                 X-Short On
	 65:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   155,  1107)  ->  Abs (   155,  1107)
	  1: Rel (   -50,  -308)  ->  Abs (   105,   799)
	  2: Rel (    -8,   -50)  ->  Abs (    97,   749)
	  3: Rel (   -35,     0)  ->  Abs (    62,   749)
	  4: Rel (   -43,     0)  ->  Abs (    19,   749)
	  5: Rel (     0,    38)  ->  Abs (    19,   787)
	  6: Rel (     0,     8)  ->  Abs (    19,   795)
	  7: Rel (     3,    17)  ->  Abs (    22,   812)
	  8: Rel (    49,   309)  ->  Abs (    71,  1121)
	  9: Rel (     8,    49)  ->  Abs (    79,  1170)
	 10: Rel (    36,     0)  ->  Abs (   115,  1170)
	 11: Rel (    42,     0)  ->  Abs (   157,  1170)
	 12: Rel (     0,   -41)  ->  Abs (   157,  1129)
	 13: Rel (     0,    -9)  ->  Abs (   157,  1120)
	 14: Rel (   808,  -554)  ->  Abs (   965,   566)
	 15: Rel (  -557,     0)  ->  Abs (   408,   566)
	 16: Rel (     0,  -482)  ->  Abs (   408,    84)
	 17: Rel (   112,     0)  ->  Abs (   520,    84)
	 18: Rel (    57,     0)  ->  Abs (   577,    84)
	 19: Rel (     0,   -42)  ->  Abs (   577,    42)
	 20: Rel (     0,   -42)  ->  Abs (   577,     0)
	 21: Rel (   -57,     0)  ->  Abs (   520,     0)
	 22: Rel (  -232,     0)  ->  Abs (   288,     0)
	 23: Rel (   -56,     0)  ->  Abs (   232,     0)
	 24: Rel (     0,    42)  ->  Abs (   232,    42)
	 25: Rel (     0,    42)  ->  Abs (   232,    84)
	 26: Rel (    56,     0)  ->  Abs (   288,    84)
	 27: Rel (    35,     0)  ->  Abs (   323,    84)
	 28: Rel (     0,  1002)  ->  Abs (   323,  1086)
	 29: Rel (   -35,     0)  ->  Abs (   288,  1086)
	 30: Rel (   -56,     0)  ->  Abs (   232,  1086)
	 31: Rel (     0,    42)  ->  Abs (   232,  1128)
	 32: Rel (     0,    42)  ->  Abs (   232,  1170)
	 33: Rel (    56,     0)  ->  Abs (   288,  1170)
	 34: Rel (   232,     0)  ->  Abs (   520,  1170)
	 35: Rel (    57,     0)  ->  Abs (   577,  1170)
	 36: Rel (     0,   -42)  ->  Abs (   577,  1128)
	 37: Rel (     0,   -42)  ->  Abs (   577,  1086)
	 38: Rel (   -57,     0)  ->  Abs (   520,  1086)
	 39: Rel (  -112,     0)  ->  Abs (   408,  1086)
	 40: Rel (     0,  -436)  ->  Abs (   408,   650)
	 41: Rel (   557,     0)  ->  Abs (   965,   650)
	 42: Rel (     0,   436)  ->  Abs (   965,  1086)
	 43: Rel (  -113,     0)  ->  Abs (   852,  1086)
	 44: Rel (   -56,     0)  ->  Abs (   796,  1086)
	 45: Rel (     0,    42)  ->  Abs (   796,  1128)
	 46: Rel (     0,    42)  ->  Abs (   796,  1170)
	 47: Rel (    56,     0)  ->  Abs (   852,  1170)
	 48: Rel (   250,     0)  ->  Abs (  1102,  1170)
	 49: Rel (    56,     0)  ->  Abs (  1158,  1170)
	 50: Rel (     0,   -42)  ->  Abs (  1158,  1128)
	 51: Rel (     0,   -42)  ->  Abs (  1158,  1086)
	 52: Rel (   -56,     0)  ->  Abs (  1102,  1086)
	 53: Rel (   -53,     0)  ->  Abs (  1049,  1086)
	 54: Rel (     0, -1002)  ->  Abs (  1049,    84)
	 55: Rel (    95,     0)  ->  Abs (  1144,    84)
	 56: Rel (    56,     0)  ->  Abs (  1200,    84)
	 57: Rel (     0,   -42)  ->  Abs (  1200,    42)
	 58: Rel (     0,   -42)  ->  Abs (  1200,     0)
	 59: Rel (   -56,     0)  ->  Abs (  1144,     0)
	 60: Rel (  -292,     0)  ->  Abs (   852,     0)
	 61: Rel (   -56,     0)  ->  Abs (   796,     0)
	 62: Rel (     0,    42)  ->  Abs (   796,    42)
	 63: Rel (     0,    42)  ->  Abs (   796,    84)
	 64: Rel (    56,     0)  ->  Abs (   852,    84)
	 65: Rel (   113,     0)  ->  Abs (   965,    84)

	Glyph 500: off = 0x0001A7F2, len = 302
	  numberOfContours:	2
	  xMin:			65
	  yMin:			0
	  xMax:			1050
	  yMax:			1170

	EndPoints
	---------
	  0:  13
	  1:  37

	  Length of Instructions:	192
	00000: NPUSHB      (32):     5     1     8    12     4    10     3     3    10    10 
	                            33     1    38   192     5     1     5     5     8    38 
	                             0    12    16    12    32    12     3    12   207    30 
	                            33    37 
	00034: PUSHW[1]            676 
	00037: NPUSHB      (11):    35    54    14    35    35    37    14    29    33    32 
	                            28 
	00050: PUSHW[1]            676 
	00053: NPUSHB      (11):    30    54    27    30    30    28    27    29    32    20 
	                            16 
	00066: PUSHW[1]            676 
	00069: NPUSHB      (11):    18    54    15    18    18    16    15    29    20    21 
	                            25 
	00082: PUSHW[1]            676 
	00085: NPUSHB      (19):    23    54    26    23    23    25    26    29    20    21 
	                             8    33    32     2    14    15    30    27    26 
	00106: PUSHW[3]            313   287    24 
	00113: CALL       
	00114: MDAP[rd]   
	00115: ALIGNRP    
	00116: MIRP[srp0,md,rd,1] 
	00117: ALIGNRP    
	00118: SVTCA[y-axis] 
	00119: MIAP[rd+ci] 
	00120: ALIGNRP    
	00121: MIAP[rd+ci] 
	00122: ALIGNRP    
	00123: MIRP[srp0,md,rd,1] 
	00124: RTDG       
	00125: SRP2       
	00126: IP         
	00127: MDAP[rd]   
	00128: RTG        
	00129: SVTCA[x-axis] 
	00130: SRP0       
	00131: MIRP[srp0,nmd,rd,1] 
	00132: MIRP[srp0,nmd,rd,0] 
	00133: MDRP[nrp0,nmd,rd,0] 
	00134: SVTCA[y-axis] 
	00135: SRP0       
	00136: MIRP[srp0,md,rd,1] 
	00137: RTDG       
	00138: SRP2       
	00139: IP         
	00140: MDAP[rd]   
	00141: RTG        
	00142: SVTCA[x-axis] 
	00143: SRP0       
	00144: MIRP[srp0,nmd,rd,1] 
	00145: MIRP[srp0,nmd,rd,0] 
	00146: MDRP[nrp0,nmd,rd,0] 
	00147: SVTCA[y-axis] 
	00148: SRP0       
	00149: MIRP[srp0,md,rd,1] 
	00150: RTDG       
	00151: SRP2       
	00152: IP         
	00153: MDAP[rd]   
	00154: RTG        
	00155: SVTCA[x-axis] 
	00156: SRP0       
	00157: MIRP[srp0,nmd,rd,1] 
	00158: MIRP[srp0,nmd,rd,0] 
	00159: MDRP[nrp0,nmd,rd,0] 
	00160: SVTCA[y-axis] 
	00161: SRP0       
	00162: MIRP[srp0,md,rd,1] 
	00163: RTDG       
	00164: SRP2       
	00165: IP         
	00166: MDAP[rd]   
	00167: RTG        
	00168: SVTCA[x-axis] 
	00169: SRP0       
	00170: MIRP[srp0,nmd,rd,1] 
	00171: MIRP[srp0,nmd,rd,0] 
	00172: MDRP[nrp0,nmd,rd,0] 
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,2] 
	00175: DELTAP1    
	00176: MIRP[nrp0,md,rd,1] 
	00177: SHP[rp1,zp0] 
	00178: MDAP[rd]   
	00179: DELTAP2    
	00180: MIRP[nrp0,md,rd,1] 
	00181: SVTCA[y-axis] 
	00182: SRP0       
	00183: ALIGNRP    
	00184: SRP1       
	00185: SHP[rp1,zp0] 
	00186: MDAP[rd]   
	00187: SRP2       
	00188: SLOOP      
	00189: IP         
	00190: IUP[y]     
	00191: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                              X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short         On
	 15:        XDual                         On
	 16:  YDual                               On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                               On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On
	 27:        XDual                         On
	 28:  YDual                               On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual                               On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   201,  1107)  ->  Abs (   201,  1107)
	  1: Rel (   -50,  -308)  ->  Abs (   151,   799)
	  2: Rel (    -8,   -50)  ->  Abs (   143,   749)
	  3: Rel (   -35,     0)  ->  Abs (   108,   749)
	  4: Rel (   -43,     0)  ->  Abs (    65,   749)
	  5: Rel (     0,    38)  ->  Abs (    65,   787)
	  6: Rel (     0,     8)  ->  Abs (    65,   795)
	  7: Rel (     3,    17)  ->  Abs (    68,   812)
	  8: Rel (    49,   309)  ->  Abs (   117,  1121)
	  9: Rel (     8,    49)  ->  Abs (   125,  1170)
	 10: Rel (    36,     0)  ->  Abs (   161,  1170)
	 11: Rel (    42,     0)  ->  Abs (   203,  1170)
	 12: Rel (     0,   -41)  ->  Abs (   203,  1129)
	 13: Rel (     0,    -9)  ->  Abs (   203,  1120)
	 14: Rel (   503,   -34)  ->  Abs (   706,  1086)
	 15: Rel (     0, -1002)  ->  Abs (   706,    84)
	 16: Rel (   288,     0)  ->  Abs (   994,    84)
	 17: Rel (    56,     0)  ->  Abs (  1050,    84)
	 18: Rel (     0,   -42)  ->  Abs (  1050,    42)
	 19: Rel (     0,   -42)  ->  Abs (  1050,     0)
	 20: Rel (   -56,     0)  ->  Abs (   994,     0)
	 21: Rel (  -660,     0)  ->  Abs (   334,     0)
	 22: Rel (   -56,     0)  ->  Abs (   278,     0)
	 23: Rel (     0,    42)  ->  Abs (   278,    42)
	 24: Rel (     0,    42)  ->  Abs (   278,    84)
	 25: Rel (    56,     0)  ->  Abs (   334,    84)
	 26: Rel (   288,     0)  ->  Abs (   622,    84)
	 27: Rel (     0,  1002)  ->  Abs (   622,  1086)
	 28: Rel (  -288,     0)  ->  Abs (   334,  1086)
	 29: Rel (   -56,     0)  ->  Abs (   278,  1086)
	 30: Rel (     0,    42)  ->  Abs (   278,  1128)
	 31: Rel (     0,    42)  ->  Abs (   278,  1170)
	 32: Rel (    56,     0)  ->  Abs (   334,  1170)
	 33: Rel (   660,     0)  ->  Abs (   994,  1170)
	 34: Rel (    56,     0)  ->  Abs (  1050,  1170)
	 35: Rel (     0,   -42)  ->  Abs (  1050,  1128)
	 36: Rel (     0,   -42)  ->  Abs (  1050,  1086)
	 37: Rel (   -56,     0)  ->  Abs (   994,  1086)

	Glyph 501: off = 0x0001A920, len = 322
	  numberOfContours:	3
	  xMin:			-10
	  yMin:			-33
	  xMax:			1160
	  yMax:			1197

	EndPoints
	---------
	  0:  13
	  1:  25
	  2:  39

	  Length of Instructions:	189
	00000: NPUSHB      (48):    56     2    56    12   130     2   141     5   142     9 
	                           130    11   132    12   139    19   140    21   146     2 
	                           156     5   156     9   145    11   145    12   148    16 
	                           156    19   156    21   199    21    18    15    64    25 
	                            36    52    19    64    25    36    52    25 
	00050: PUSHW[1]            -64 
	00053: PUSHB[4]             25    36    52    21 
	00058: PUSHW[1]            -64 
	00061: NPUSHB      (14):    25    36    52    15    44     9    24    52    19    44 
	                             9    24    52    25 
	00077: PUSHW[1]            -44 
	00080: PUSHB[4]              9    24    52    21 
	00085: PUSHW[1]            -44 
	00088: NPUSHB      (27):    10    24    52   196     8   196    19   203    21     3 
	                            31    27    34    38     4    36    29    29    36     2 
	                            27    38    31    31    34    38    38 
	00117: PUSHW[1]            387 
	00120: NPUSHB      (23):     7    17    38    10     3    23    38     4     9    14 
	                            38    16     0    48     0    79     0     3     0    20 
	                            38     7   194 
	00145: PUSHW[2]            340    24 
	00150: CALL       
	00151: MDAP[rd]   
	00152: MIRP[nrp0,md,rd,1] 
	00153: MDAP[rd]   
	00154: DELTAP1    
	00155: MIRP[nrp0,md,rd,1] 
	00156: SVTCA[y-axis] 
	00157: MIAP[rd+ci] 
	00158: MIRP[nrp0,md,rd,1] 
	00159: MIAP[rd+ci] 
	00160: MIRP[nrp0,md,rd,1] 
	00161: SVTCA[x-axis] 
	00162: SRP0       
	00163: MIRP[srp0,nmd,rd,2] 
	00164: MIRP[nrp0,md,rd,1] 
	00165: SHP[rp1,zp0] 
	00166: MDAP[rd]   
	00167: MIRP[nrp0,md,rd,1] 
	00168: SVTCA[y-axis] 
	00169: MIAP[rd+ci] 
	00170: SHP[rp1,zp0] 
	00171: MDAP[rd]   
	00172: SRP2       
	00173: SLOOP      
	00174: IP         
	00175: IUP[y]     
	00176: IUP[x]     
	00177: SVTCA[y-axis] 
	00178: DELTAP1    
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: SVTCA[x-axis] 
	00188: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                              X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                                      Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:                                      Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual                 X-Short Off
	 14:                      Y-Short X-Short On
	 15:  YDual XDual         Y-Short         Off
	 16:                              X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                              X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual                 X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual                 X-Short Off
	 26:                                      On
	 27:                              X-Short On
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:        XDual                 X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1160,   582)  ->  Abs (  1160,   582)
	  1: Rel (     0,  -146)  ->  Abs (  1160,   436)
	  2: Rel (  -113,  -278)  ->  Abs (  1047,   158)
	  3: Rel (  -244,  -191)  ->  Abs (   803,   -33)
	  4: Rel (  -155,     0)  ->  Abs (   648,   -33)
	  5: Rel (  -215,     0)  ->  Abs (   433,   -33)
	  6: Rel (  -297,   361)  ->  Abs (   136,   328)
	  7: Rel (     0,   254)  ->  Abs (   136,   582)
	  8: Rel (     0,   254)  ->  Abs (   136,   836)
	  9: Rel (   297,   361)  ->  Abs (   433,  1197)
	 10: Rel (   215,     0)  ->  Abs (   648,  1197)
	 11: Rel (   152,     0)  ->  Abs (   800,  1197)
	 12: Rel (   240,  -183)  ->  Abs (  1040,  1014)
	 13: Rel (   120,  -275)  ->  Abs (  1160,   739)
	 14: Rel (   -84,  -157)  ->  Abs (  1076,   582)
	 15: Rel (     0,   213)  ->  Abs (  1076,   795)
	 16: Rel (  -245,   318)  ->  Abs (   831,  1113)
	 17: Rel (  -183,     0)  ->  Abs (   648,  1113)
	 18: Rel (  -173,     0)  ->  Abs (   475,  1113)
	 19: Rel (  -254,  -307)  ->  Abs (   221,   806)
	 20: Rel (     0,  -224)  ->  Abs (   221,   582)
	 21: Rel (     0,  -217)  ->  Abs (   221,   365)
	 22: Rel (   249,  -314)  ->  Abs (   470,    51)
	 23: Rel (   178,     0)  ->  Abs (   648,    51)
	 24: Rel (   175,     0)  ->  Abs (   823,    51)
	 25: Rel (   253,   311)  ->  Abs (  1076,   362)
	 26: Rel (  -950,   745)  ->  Abs (   126,  1107)
	 27: Rel (   -50,  -308)  ->  Abs (    76,   799)
	 28: Rel (    -8,   -50)  ->  Abs (    68,   749)
	 29: Rel (   -35,     0)  ->  Abs (    33,   749)
	 30: Rel (   -43,     0)  ->  Abs (   -10,   749)
	 31: Rel (     0,    38)  ->  Abs (   -10,   787)
	 32: Rel (     0,     8)  ->  Abs (   -10,   795)
	 33: Rel (     3,    17)  ->  Abs (    -7,   812)
	 34: Rel (    49,   309)  ->  Abs (    42,  1121)
	 35: Rel (     8,    49)  ->  Abs (    50,  1170)
	 36: Rel (    36,     0)  ->  Abs (    86,  1170)
	 37: Rel (    42,     0)  ->  Abs (   128,  1170)
	 38: Rel (     0,   -41)  ->  Abs (   128,  1129)
	 39: Rel (     0,    -9)  ->  Abs (   128,  1120)

	Glyph 502: off = 0x0001AA62, len = 490
	  numberOfContours:	2
	  xMin:			42
	  yMin:			0
	  xMax:			1178
	  yMax:			1170

	EndPoints
	---------
	  0:  13
	  1:  48

	  Length of Instructions:	352
	00000: NPUSHB      (33):    12    28    15    35     2     5     1     8    12     4 
	                            10     3     3    10    10    29     1    38   192     5 
	                             1     5     5     8    38    63    12     1    12   207 
	                            28    43    47 
	00035: PUSHW[1]            676 
	00038: PUSHB[5]             45     0    45     1    45 
	00044: PUSHW[1]            706 
	00047: NPUSHB      (11):    48    45    45    47    48    29    43    48    14    42 
	                            38 
	00060: PUSHW[1]            676 
	00063: NPUSHB      (14):    40    40    43    37    40    40    38    37    29    42 
	                            37    36    30    34 
	00079: PUSHW[1]            676 
	00082: NPUSHB      (17):    32    63    32     1    32    43    35    32    32    34 
	                            35    29    30    35    36    21    25 
	00101: PUSHW[3]            676    23   794 
	00108: NPUSHB       (9):    26    23    23    25    26    29    21    20    16 
	00119: PUSHW[3]            676    18   794 
	00126: NPUSHB      (56):    15    18    18    16    15    29    20    37    48    14 
	                            14    30    36    37    20    36    36    37    28    27 
	                            27    30    36    35    20    36    36    35    27    14 
	                            36     3    29    21    36    15    26    43    42    42 
	                            30    30    29     2    20    21     8    37    38     0 
	                            48     1     0    48     1    48 
	00184: PUSHW[1]            703 
	00187: NPUSHB      (11):    14    14    15    38    27    80    26   175    26     2 
	                            26 
	00200: PUSHW[1]            703 
	00203: PUSHB[7]             35    38    29    28    74   111    24 
	00211: CALL       
	00212: MDAP[rd]   
	00213: ALIGNRP    
	00214: MIRP[nrp0,md,rd,1] 
	00215: MIRP[srp0,nmd,rd,0] 
	00216: DELTAP1    
	00217: ALIGNRP    
	00218: MIRP[srp0,md,rd,1] 
	00219: ALIGNRP    
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,0] 
	00222: DELTAP1    
	00223: DELTAP2    
	00224: MIRP[nrp0,md,rd,1] 
	00225: SVTCA[y-axis] 
	00226: MIAP[rd+ci] 
	00227: ALIGNRP    
	00228: MIAP[rd+ci] 
	00229: ALIGNRP    
	00230: SRP0       
	00231: ALIGNRP    
	00232: SRP0       
	00233: ALIGNRP    
	00234: SVTCA[x-axis] 
	00235: SRP1       
	00236: SRP2       
	00237: IP         
	00238: SVTCA[y-axis] 
	00239: SRP1       
	00240: SRP2       
	00241: SLOOP      
	00242: IP         
	00243: SDPVTL[1]  
	00244: MDAP[nrd]  
	00245: CALL       
	00246: RDTG       
	00247: SRP0       
	00248: MDRP[nrp0,nmd,rd,0] 
	00249: SDPVTL[1]  
	00250: MDAP[nrd]  
	00251: RTG        
	00252: CALL       
	00253: SDPVTL[1]  
	00254: SFVTCA[x-axis] 
	00255: RDTG       
	00256: MDRP[nrp0,nmd,rd,0] 
	00257: RTG        
	00258: SVTCA[y-axis] 
	00259: SRP0       
	00260: MIRP[srp0,md,rd,1] 
	00261: RTDG       
	00262: SRP2       
	00263: IP         
	00264: MDAP[rd]   
	00265: RTG        
	00266: SVTCA[x-axis] 
	00267: SRP0       
	00268: MIRP[srp0,nmd,rd,1] 
	00269: MIRP[srp0,nmd,rd,0] 
	00270: MDRP[nrp0,nmd,rd,0] 
	00271: SVTCA[y-axis] 
	00272: SRP0       
	00273: MIRP[srp0,md,rd,1] 
	00274: RTDG       
	00275: SRP2       
	00276: IP         
	00277: MDAP[rd]   
	00278: RTG        
	00279: SVTCA[x-axis] 
	00280: SRP0       
	00281: MIRP[srp0,nmd,rd,1] 
	00282: MIRP[srp0,nmd,rd,0] 
	00283: MDRP[nrp0,nmd,rd,0] 
	00284: SVTCA[y-axis] 
	00285: SFVTL[=p1,p2] 
	00286: SRP0       
	00287: MIRP[srp0,md,rd,1] 
	00288: RTDG       
	00289: SRP2       
	00290: IP         
	00291: MDAP[rd]   
	00292: RTG        
	00293: SVTCA[x-axis] 
	00294: SRP0       
	00295: MIRP[srp0,nmd,nrd,1] 
	00296: DELTAP1    
	00297: MDAP[rd]   
	00298: MIRP[srp0,nmd,rd,0] 
	00299: MDRP[nrp0,nmd,rd,0] 
	00300: SVTCA[y-axis] 
	00301: SFVTL[=p1,p2] 
	00302: SRP0       
	00303: MIRP[srp0,md,rd,1] 
	00304: RTDG       
	00305: SRP2       
	00306: IP         
	00307: MDAP[rd]   
	00308: RTG        
	00309: SVTCA[x-axis] 
	00310: SRP0       
	00311: MIRP[srp0,nmd,nrd,1] 
	00312: MDAP[rd]   
	00313: MIRP[srp0,nmd,rd,0] 
	00314: MDRP[nrp0,nmd,rd,0] 
	00315: SVTCA[y-axis] 
	00316: SFVTL[=p1,p2] 
	00317: SRP0       
	00318: MIRP[srp0,md,rd,1] 
	00319: RTDG       
	00320: SRP2       
	00321: IP         
	00322: MDAP[rd]   
	00323: RTG        
	00324: SVTCA[x-axis] 
	00325: SRP0       
	00326: MIRP[srp0,nmd,nrd,1] 
	00327: DELTAP1    
	00328: MDAP[rd]   
	00329: MIRP[srp0,nmd,rd,0] 
	00330: MDRP[nrp0,nmd,rd,0] 
	00331: SRP0       
	00332: MIRP[srp0,nmd,rd,2] 
	00333: DELTAP1    
	00334: MIRP[nrp0,md,rd,1] 
	00335: SHP[rp1,zp0] 
	00336: MDAP[rd]   
	00337: DELTAP2    
	00338: MIRP[nrp0,md,rd,1] 
	00339: SVTCA[y-axis] 
	00340: SRP0       
	00341: ALIGNRP    
	00342: SRP1       
	00343: SHP[rp1,zp0] 
	00344: MDAP[rd]   
	00345: SRP2       
	00346: SLOOP      
	00347: IP         
	00348: IUP[y]     
	00349: IUP[x]     
	00350: SVTCA[x-axis] 
	00351: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                              X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                                      On
	 15:        XDual                         On
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                               On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short On
	 27:        XDual                         On
	 28:                                      On
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short On
	 36:                                      On
	 37:                                      On
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   178,  1107)  ->  Abs (   178,  1107)
	  1: Rel (   -50,  -308)  ->  Abs (   128,   799)
	  2: Rel (    -8,   -50)  ->  Abs (   120,   749)
	  3: Rel (   -35,     0)  ->  Abs (    85,   749)
	  4: Rel (   -43,     0)  ->  Abs (    42,   749)
	  5: Rel (     0,    38)  ->  Abs (    42,   787)
	  6: Rel (     0,     8)  ->  Abs (    42,   795)
	  7: Rel (     3,    17)  ->  Abs (    45,   812)
	  8: Rel (    49,   309)  ->  Abs (    94,  1121)
	  9: Rel (     8,    49)  ->  Abs (   102,  1170)
	 10: Rel (    36,     0)  ->  Abs (   138,  1170)
	 11: Rel (    42,     0)  ->  Abs (   180,  1170)
	 12: Rel (     0,   -41)  ->  Abs (   180,  1129)
	 13: Rel (     0,    -9)  ->  Abs (   180,  1120)
	 14: Rel (   528,  -592)  ->  Abs (   708,   528)
	 15: Rel (     0,  -444)  ->  Abs (   708,    84)
	 16: Rel (   218,     0)  ->  Abs (   926,    84)
	 17: Rel (    57,     0)  ->  Abs (   983,    84)
	 18: Rel (     0,   -42)  ->  Abs (   983,    42)
	 19: Rel (     0,   -42)  ->  Abs (   983,     0)
	 20: Rel (   -57,     0)  ->  Abs (   926,     0)
	 21: Rel (  -520,     0)  ->  Abs (   406,     0)
	 22: Rel (   -57,     0)  ->  Abs (   349,     0)
	 23: Rel (     0,    42)  ->  Abs (   349,    42)
	 24: Rel (     0,    42)  ->  Abs (   349,    84)
	 25: Rel (    57,     0)  ->  Abs (   406,    84)
	 26: Rel (   218,     0)  ->  Abs (   624,    84)
	 27: Rel (     0,   444)  ->  Abs (   624,   528)
	 28: Rel (  -370,   558)  ->  Abs (   254,  1086)
	 29: Rel (     0,    84)  ->  Abs (   254,  1170)
	 30: Rel (   181,     0)  ->  Abs (   435,  1170)
	 31: Rel (    57,     0)  ->  Abs (   492,  1170)
	 32: Rel (     0,   -42)  ->  Abs (   492,  1128)
	 33: Rel (     0,   -42)  ->  Abs (   492,  1086)
	 34: Rel (   -57,     0)  ->  Abs (   435,  1086)
	 35: Rel (   -82,     0)  ->  Abs (   353,  1086)
	 36: Rel (   313,  -473)  ->  Abs (   666,   613)
	 37: Rel (   308,   473)  ->  Abs (   974,  1086)
	 38: Rel (   -83,     0)  ->  Abs (   891,  1086)
	 39: Rel (   -56,     0)  ->  Abs (   835,  1086)
	 40: Rel (     0,    42)  ->  Abs (   835,  1128)
	 41: Rel (     0,    42)  ->  Abs (   835,  1170)
	 42: Rel (    56,     0)  ->  Abs (   891,  1170)
	 43: Rel (   230,     0)  ->  Abs (  1121,  1170)
	 44: Rel (    57,     0)  ->  Abs (  1178,  1170)
	 45: Rel (     0,   -42)  ->  Abs (  1178,  1128)
	 46: Rel (     0,   -42)  ->  Abs (  1178,  1086)
	 47: Rel (   -57,     0)  ->  Abs (  1121,  1086)
	 48: Rel (   -49,     0)  ->  Abs (  1072,  1086)

	Glyph 503: off = 0x0001AC4C, len = 458
	  numberOfContours:	2
	  xMin:			-44
	  yMin:			0
	  xMax:			1202
	  yMax:			1197

	EndPoints
	---------
	  0:  43
	  1:  57

	  Length of Instructions:	291
	00000: PUSHW[2]             26   -64 
	00005: PUSHB[4]             25    31    52    34 
	00010: PUSHW[1]            -64 
	00013: NPUSHB      (14):    25    31    52    28    32    12    31    52    32    32 
	                            12    31    52    26 
	00029: PUSHW[1]            -64 
	00032: PUSHB[4]             19    24    52    34 
	00037: PUSHW[1]            -64 
	00040: PUSHB[4]             19    24    52    26 
	00045: PUSHW[1]            -52 
	00048: PUSHB[4]             12    16    52    34 
	00053: PUSHW[1]            -52 
	00056: NPUSHB      (82):    12    16    52    49    45    52    56     4    54    47 
	                            47    54     2    45    38    49    49    52    38   192 
	                            56   208    56     2    56    56     5    15     1     0 
	                            19     0    41    16    41    32    41    48    41     4 
	                            41    41     0    24     0    36     1    36    37    14 
	                             2   207     0    16    15    15     1     1     0    38 
	                            38    22    23    23    37    37    38     8    30    37 
	                             8     3    15    14    30    23    63    24   127    24 
	                             2    24 
	00140: PUSHW[1]            737 
	00143: NPUSHB      (30):    11    17    16    30    21    22    22    27    37     0 
	                            11     1   224    11   240    11     2    11     1     2 
	                            30    37    48    36   112    36   192    36     3    36 
	00175: PUSHW[1]            737 
	00178: NPUSHB      (23):     5    43     0    30    39    38    38    33    37     5 
	                            64    21    32    52    15     5    31     5     2     5 
	                            67   108    24 
	00203: CALL       
	00204: MDAP[rd]   
	00205: DELTAP1    
	00206: CALL       
	00207: MIRP[nrp0,md,rd,1] 
	00208: SHP[rp1,zp0] 
	00209: MDAP[rd]   
	00210: ALIGNRP    
	00211: MIRP[srp0,md,rd,1] 
	00212: ALIGNRP    
	00213: SRP0       
	00214: MIRP[srp0,md,rd,1] 
	00215: DELTAP1    
	00216: ALIGNRP    
	00217: MIRP[srp0,md,rd,1] 
	00218: ALIGNRP    
	00219: MDAP[rd]   
	00220: DELTAP1    
	00221: DELTAP2    
	00222: MIRP[nrp0,md,rd,1] 
	00223: SHP[rp1,zp0] 
	00224: MDAP[rd]   
	00225: ALIGNRP    
	00226: MIRP[srp0,md,rd,1] 
	00227: ALIGNRP    
	00228: SRP0       
	00229: MIRP[srp0,md,rd,1] 
	00230: DELTAP1    
	00231: ALIGNRP    
	00232: MIRP[srp0,md,rd,1] 
	00233: ALIGNRP    
	00234: SVTCA[y-axis] 
	00235: MIAP[rd+ci] 
	00236: MIRP[nrp0,md,rd,1] 
	00237: MIAP[rd+ci] 
	00238: ALIGNRP    
	00239: SRP0       
	00240: ALIGNRP    
	00241: SRP0       
	00242: ALIGNRP    
	00243: SRP0       
	00244: MIRP[srp0,md,rd,1] 
	00245: ALIGNRP    
	00246: SRP0       
	00247: ALIGNRP    
	00248: SRP0       
	00249: ALIGNRP    
	00250: SRP0       
	00251: MIRP[srp0,md,rd,2] 
	00252: ALIGNRP    
	00253: MIRP[srp0,md,rd,1] 
	00254: DELTAP1    
	00255: ALIGNRP    
	00256: SRP1       
	00257: SHP[rp1,zp0] 
	00258: MDAP[rd]   
	00259: DELTAP1    
	00260: ALIGNRP    
	00261: SRP0       
	00262: ALIGNRP    
	00263: ALIGNRP    
	00264: SVTCA[x-axis] 
	00265: SRP0       
	00266: ALIGNRP    
	00267: SRP0       
	00268: DELTAP1    
	00269: MIRP[nrp0,md,rd,1] 
	00270: SHP[rp1,zp0] 
	00271: MDAP[rd]   
	00272: MIRP[nrp0,md,rd,1] 
	00273: SVTCA[y-axis] 
	00274: MIAP[rd+ci] 
	00275: SHP[rp1,zp0] 
	00276: MDAP[rd]   
	00277: SRP2       
	00278: SLOOP      
	00279: IP         
	00280: IUP[y]     
	00281: IUP[x]     
	00282: SVTCA[y-axis] 
	00283: CALL       
	00284: CALL       
	00285: CALL       
	00286: CALL       
	00287: CALL       
	00288: CALL       
	00289: CALL       
	00290: CALL       

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual               Y-Short X-Short Off
	  4:                              X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:                                      Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                              X-Short Off
	 14:                      Y-Short X-Short On
	 15:        XDual         Y-Short         On
	 16:  YDual                               On
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         On
	 23:  YDual                               On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:                              X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                              X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short         On
	 38:  YDual                               On
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:                              X-Short On
	 45:                              X-Short On
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:        XDual                 X-Short On
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short Off
	 56:        XDual         Y-Short         On
	 57:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   178,    84)  ->  Abs (   178,    84)
	  1: Rel (   281,     0)  ->  Abs (   459,    84)
	  2: Rel (     0,    85)  ->  Abs (   459,   169)
	  3: Rel (  -183,    49)  ->  Abs (   276,   218)
	  4: Rel (  -182,   260)  ->  Abs (    94,   478)
	  5: Rel (     0,   178)  ->  Abs (    94,   656)
	  6: Rel (     0,   235)  ->  Abs (    94,   891)
	  7: Rel (   325,   306)  ->  Abs (   419,  1197)
	  8: Rel (   229,     0)  ->  Abs (   648,  1197)
	  9: Rel (   229,     0)  ->  Abs (   877,  1197)
	 10: Rel (   325,  -306)  ->  Abs (  1202,   891)
	 11: Rel (     0,  -235)  ->  Abs (  1202,   656)
	 12: Rel (     0,  -171)  ->  Abs (  1202,   485)
	 13: Rel (  -174,  -264)  ->  Abs (  1028,   221)
	 14: Rel (  -191,   -52)  ->  Abs (   837,   169)
	 15: Rel (     0,   -85)  ->  Abs (   837,    84)
	 16: Rel (   281,     0)  ->  Abs (  1118,    84)
	 17: Rel (     0,    64)  ->  Abs (  1118,   148)
	 18: Rel (     0,    56)  ->  Abs (  1118,   204)
	 19: Rel (    42,     0)  ->  Abs (  1160,   204)
	 20: Rel (    42,     0)  ->  Abs (  1202,   204)
	 21: Rel (     0,   -56)  ->  Abs (  1202,   148)
	 22: Rel (     0,  -148)  ->  Abs (  1202,     0)
	 23: Rel (  -449,     0)  ->  Abs (   753,     0)
	 24: Rel (     0,   237)  ->  Abs (   753,   237)
	 25: Rel (   180,    29)  ->  Abs (   933,   266)
	 26: Rel (   184,   226)  ->  Abs (  1117,   492)
	 27: Rel (     0,   163)  ->  Abs (  1117,   655)
	 28: Rel (     0,   177)  ->  Abs (  1117,   832)
	 29: Rel (  -238,   281)  ->  Abs (   879,  1113)
	 30: Rel (  -231,     0)  ->  Abs (   648,  1113)
	 31: Rel (  -230,     0)  ->  Abs (   418,  1113)
	 32: Rel (  -239,  -280)  ->  Abs (   179,   833)
	 33: Rel (     0,  -178)  ->  Abs (   179,   655)
	 34: Rel (     0,  -164)  ->  Abs (   179,   491)
	 35: Rel (   182,  -222)  ->  Abs (   361,   269)
	 36: Rel (   183,   -32)  ->  Abs (   544,   237)
	 37: Rel (     0,  -237)  ->  Abs (   544,     0)
	 38: Rel (  -450,     0)  ->  Abs (    94,     0)
	 39: Rel (     0,   148)  ->  Abs (    94,   148)
	 40: Rel (     0,    56)  ->  Abs (    94,   204)
	 41: Rel (    42,     0)  ->  Abs (   136,   204)
	 42: Rel (    42,     0)  ->  Abs (   178,   204)
	 43: Rel (     0,   -56)  ->  Abs (   178,   148)
	 44: Rel (   -86,   959)  ->  Abs (    92,  1107)
	 45: Rel (   -50,  -308)  ->  Abs (    42,   799)
	 46: Rel (    -8,   -50)  ->  Abs (    34,   749)
	 47: Rel (   -35,     0)  ->  Abs (    -1,   749)
	 48: Rel (   -43,     0)  ->  Abs (   -44,   749)
	 49: Rel (     0,    38)  ->  Abs (   -44,   787)
	 50: Rel (     0,     8)  ->  Abs (   -44,   795)
	 51: Rel (     3,    17)  ->  Abs (   -41,   812)
	 52: Rel (    49,   309)  ->  Abs (     8,  1121)
	 53: Rel (     8,    49)  ->  Abs (    16,  1170)
	 54: Rel (    36,     0)  ->  Abs (    52,  1170)
	 55: Rel (    42,     0)  ->  Abs (    94,  1170)
	 56: Rel (     0,   -41)  ->  Abs (    94,  1129)
	 57: Rel (     0,    -9)  ->  Abs (    94,  1120)

	Glyph 504: off = 0x0001AE16, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			242
	  yMin:			-33
	  xMax:			942
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	538
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	496
		X BOffset:	-22
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              3     2     1    25    16 
	00006: PUSHW[1]            -50 
	00009: PUSHB[7]             72    43     1     2     3     3    37 
	00017: PUSHW[2]            652    41 
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: SHC[rp1,zp0] 
	00027: SHC[rp1,zp0] 
	00028: SHC[rp1,zp0] 

	Glyph 505: off = 0x0001AE4C, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 506: off = 0x0001AE5C, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			87
	  yMin:			0
	  xMax:			1113
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	37
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 507: off = 0x0001AE6C, len = 180
	  numberOfContours:	2
	  xMin:			101
	  yMin:			0
	  xMax:			1127
	  yMax:			1170

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	134
	00000: NPUSHB      (58):   102     1   105     2   105     3   105     5   105     6 
	                           103     7   120     5   119     6     8     5     4     4 
	                            30     0     3    20     0     0     3     6     7     7 
	                            30     1     2    20     1     1     2     5     6    38 
	                             3     2     2     4     7    38     0     1     8     4 
	                             3     0   111     0   127     0     2     0 
	00060: PUSHW[1]            367 
	00063: PUSHB[8]              3     7     2   160     1     1     1     1 
	00072: PUSHW[1]            367 
	00075: NPUSHB      (13):     5     6     3   233    79     2   143     2     2     2 
	                            67   122    24 
	00090: CALL       
	00091: MDAP[rd]   
	00092: DELTAP1    
	00093: MIRP[nrp0,nmd,rd,2] 
	00094: SHP[rp1,zp0] 
	00095: SHP[rp2,zp1] 
	00096: MIRP[srp0,nmd,rd,0] 
	00097: MDAP[rd]   
	00098: DELTAP1    
	00099: SRP1       
	00100: IP         
	00101: SRP0       
	00102: MIRP[srp0,nmd,rd,0] 
	00103: DELTAP1    
	00104: MDAP[rd]   
	00105: SRP2       
	00106: IP         
	00107: SVTCA[y-axis] 
	00108: MIAP[rd+ci] 
	00109: ALIGNRP    
	00110: MIRP[srp0,md,rd,1] 
	00111: ALIGNRP    
	00112: MIAP[rd+ci] 
	00113: ALIGNRP    
	00114: MIRP[srp0,md,rd,1] 
	00115: ALIGNRP    
	00116: SDPVTL[1]  
	00117: SFVTCA[x-axis] 
	00118: MDAP[nrd]  
	00119: CALL       
	00120: RDTG       
	00121: SRP0       
	00122: MDRP[nrp0,nmd,rd,0] 
	00123: SDPVTL[1]  
	00124: MDAP[nrd]  
	00125: RTG        
	00126: CALL       
	00127: RDTG       
	00128: SRP0       
	00129: MDRP[nrp0,nmd,rd,0] 
	00130: IUP[y]     
	00131: IUP[x]     
	00132: SVTCA[x-axis] 
	00133: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:                                      On
	  3:  YDual XDual                 X-Short On
	  4:                                      On
	  5:                                      On
	  6:  YDual                       X-Short On
	  7:                                      On

	Coordinates
	-----------
	  0: Rel (  1127,     0)  ->  Abs (  1127,     0)
	  1: Rel ( -1026,     0)  ->  Abs (   101,     0)
	  2: Rel (   433,  1170)  ->  Abs (   534,  1170)
	  3: Rel (   143,     0)  ->  Abs (   677,  1170)
	  4: Rel (   323, -1086)  ->  Abs (  1000,    84)
	  5: Rel (  -379,  1002)  ->  Abs (   621,  1086)
	  6: Rel (   -31,     0)  ->  Abs (   590,  1086)
	  7: Rel (  -371, -1002)  ->  Abs (   219,    84)

	Glyph 508: off = 0x0001AF20, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 509: off = 0x0001AF30, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			213
	  yMin:			0
	  xMax:			1022
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 510: off = 0x0001AF40, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			107
	  yMin:			0
	  xMax:			1135
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	43
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 511: off = 0x0001AF50, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 512: off = 0x0001AF60, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			89
	  yMin:			0
	  xMax:			1177
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	46
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 513: off = 0x0001AF70, len = 444
	  numberOfContours:	1
	  xMin:			15
	  yMin:			0
	  xMax:			1213
	  yMax:			1170

	EndPoints
	---------
	  0:  32

	  Length of Instructions:	349
	00000: NPUSHB      (58):    15     0     2     1     0     8     1     9     2    10 
	                             1    11     2    14    12    20    29     0    19     1 
	                            19    14    25    20    26    21    26    32   106     0 
	                           100     1   100    14   106    20    18     0    17    15 
	                            27    15    29    15    31    16    17    31    27    31 
	                            29    31    31    96    17     9    19    15 
	00060: PUSHW[1]            676 
	00063: NPUSHB      (14):    17    17    86    14    17    17    15    14    29    19 
	                            14    13    26    22 
	00079: PUSHW[1]            676 
	00082: NPUSHB      (22):   128    24     1   208    24   240    24     2    24    24 
	                            41    21    24    24    22    21    29    26    21    20 
	                            27    31 
	00106: PUSHW[1]            676 
	00109: NPUSHB      (14):    29    29    51    32    29    29    31    32    29    27 
	                            32     0     7     3 
	00125: PUSHW[1]            676 
	00128: NPUSHB      (14):     5     5    51     2     5     5     3     2    29     7 
	                             2     1     8    12 
	00144: PUSHW[1]            676 
	00147: NPUSHB      (77):   143    10     1   207    10   223    10     2    10    10 
	                            41    13    10    10    12    13    29     8    13    14 
	                             0    32    32    30    21    20    20    21    21    20 
	                             1     2     2    30    13    14    20    13    13    14 
	                            26    27    27     7     7     8     8    15    14    14 
	                             1     1     0    38    19    20     2    14     1     0 
	                            20     4    13    32    21     2    79    13    95    13 
	                           111    13     3    13   194   121    24 
	00226: CALL       
	00227: MDAP[rd]   
	00228: DELTAP1    
	00229: SHP[rp1,zp0] 
	00230: MDAP[rd]   
	00231: SHP[rp1,zp0] 
	00232: SRP2       
	00233: SLOOP      
	00234: IP         
	00235: SVTCA[y-axis] 
	00236: MIAP[rd+ci] 
	00237: ALIGNRP    
	00238: MIRP[srp0,md,rd,1] 
	00239: ALIGNRP    
	00240: SRP0       
	00241: ALIGNRP    
	00242: SRP0       
	00243: ALIGNRP    
	00244: MIAP[rd+ci] 
	00245: ALIGNRP    
	00246: SRP0       
	00247: ALIGNRP    
	00248: SRP0       
	00249: ALIGNRP    
	00250: SDPVTL[1]  
	00251: SFVTCA[x-axis] 
	00252: MDAP[nrd]  
	00253: CALL       
	00254: RDTG       
	00255: SRP0       
	00256: MDRP[nrp0,nmd,rd,0] 
	00257: SDPVTL[1]  
	00258: MDAP[nrd]  
	00259: RTG        
	00260: CALL       
	00261: RDTG       
	00262: SRP0       
	00263: MDRP[nrp0,nmd,rd,0] 
	00264: RTG        
	00265: SVTCA[y-axis] 
	00266: SFVTL[=p1,p2] 
	00267: SRP0       
	00268: MIRP[srp0,md,rd,1] 
	00269: RTDG       
	00270: SRP2       
	00271: IP         
	00272: MDAP[rd]   
	00273: RTG        
	00274: SVTCA[x-axis] 
	00275: SRP0       
	00276: MIRP[srp0,nmd,nrd,1] 
	00277: MDAP[rd]   
	00278: DELTAP1    
	00279: DELTAP2    
	00280: MIRP[srp0,nmd,rd,0] 
	00281: MDRP[nrp0,nmd,rd,0] 
	00282: SVTCA[y-axis] 
	00283: SFVTL[=p1,p2] 
	00284: SRP0       
	00285: MIRP[srp0,md,rd,1] 
	00286: RTDG       
	00287: SRP2       
	00288: IP         
	00289: MDAP[rd]   
	00290: RTG        
	00291: SVTCA[x-axis] 
	00292: SRP0       
	00293: MIRP[srp0,nmd,nrd,1] 
	00294: MDAP[rd]   
	00295: MIRP[srp0,nmd,rd,0] 
	00296: MDRP[nrp0,nmd,rd,0] 
	00297: SVTCA[y-axis] 
	00298: SFVTL[=p1,p2] 
	00299: SRP0       
	00300: MIRP[srp0,md,rd,1] 
	00301: RTDG       
	00302: SRP2       
	00303: IP         
	00304: MDAP[rd]   
	00305: RTG        
	00306: SVTCA[x-axis] 
	00307: SRP0       
	00308: MIRP[srp0,nmd,nrd,1] 
	00309: MDAP[rd]   
	00310: MIRP[srp0,nmd,rd,0] 
	00311: MDRP[nrp0,nmd,rd,0] 
	00312: SVTCA[y-axis] 
	00313: SFVTL[=p1,p2] 
	00314: SRP0       
	00315: MIRP[srp0,md,rd,1] 
	00316: RTDG       
	00317: SRP2       
	00318: IP         
	00319: MDAP[rd]   
	00320: RTG        
	00321: SVTCA[x-axis] 
	00322: SRP0       
	00323: MIRP[srp0,nmd,nrd,1] 
	00324: MDAP[rd]   
	00325: DELTAP1    
	00326: DELTAP2    
	00327: MIRP[srp0,nmd,rd,0] 
	00328: MDRP[nrp0,nmd,rd,0] 
	00329: SVTCA[y-axis] 
	00330: SFVTL[=p1,p2] 
	00331: SRP0       
	00332: MIRP[srp0,md,rd,1] 
	00333: RTDG       
	00334: SRP2       
	00335: IP         
	00336: MDAP[rd]   
	00337: RTG        
	00338: SVTCA[x-axis] 
	00339: SRP0       
	00340: MIRP[srp0,nmd,nrd,1] 
	00341: MDAP[rd]   
	00342: MIRP[srp0,nmd,rd,0] 
	00343: MDRP[nrp0,nmd,rd,0] 
	00344: DELTAP1    
	00345: IUP[y]     
	00346: IUP[x]     
	00347: SVTCA[x-axis] 
	00348: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:                                      On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual                               On
	 21:                                      On
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:  YDual                       X-Short On
	 27:  YDual                               On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   625,  1086)  ->  Abs (   625,  1086)
	  1: Rel (   -31,     0)  ->  Abs (   594,  1086)
	  2: Rel (  -370, -1002)  ->  Abs (   224,    84)
	  3: Rel (   161,     0)  ->  Abs (   385,    84)
	  4: Rel (    56,     0)  ->  Abs (   441,    84)
	  5: Rel (     0,   -42)  ->  Abs (   441,    42)
	  6: Rel (     0,   -42)  ->  Abs (   441,     0)
	  7: Rel (   -56,     0)  ->  Abs (   385,     0)
	  8: Rel (  -314,     0)  ->  Abs (    71,     0)
	  9: Rel (   -56,     0)  ->  Abs (    15,     0)
	 10: Rel (     0,    42)  ->  Abs (    15,    42)
	 11: Rel (     0,    42)  ->  Abs (    15,    84)
	 12: Rel (    56,     0)  ->  Abs (    71,    84)
	 13: Rel (    65,     0)  ->  Abs (   136,    84)
	 14: Rel (   371,  1002)  ->  Abs (   507,  1086)
	 15: Rel (  -248,     0)  ->  Abs (   259,  1086)
	 16: Rel (   -56,     0)  ->  Abs (   203,  1086)
	 17: Rel (     0,    42)  ->  Abs (   203,  1128)
	 18: Rel (     0,    42)  ->  Abs (   203,  1170)
	 19: Rel (    56,     0)  ->  Abs (   259,  1170)
	 20: Rel (   423,     0)  ->  Abs (   682,  1170)
	 21: Rel (   410, -1086)  ->  Abs (  1092,    84)
	 22: Rel (    65,     0)  ->  Abs (  1157,    84)
	 23: Rel (    56,     0)  ->  Abs (  1213,    84)
	 24: Rel (     0,   -42)  ->  Abs (  1213,    42)
	 25: Rel (     0,   -42)  ->  Abs (  1213,     0)
	 26: Rel (   -56,     0)  ->  Abs (  1157,     0)
	 27: Rel (  -313,     0)  ->  Abs (   844,     0)
	 28: Rel (   -57,     0)  ->  Abs (   787,     0)
	 29: Rel (     0,    42)  ->  Abs (   787,    42)
	 30: Rel (     0,    42)  ->  Abs (   787,    84)
	 31: Rel (    57,     0)  ->  Abs (   844,    84)
	 32: Rel (   160,     0)  ->  Abs (  1004,    84)

	Glyph 514: off = 0x0001B12C, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			24
	  yMin:			0
	  xMax:			1216
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	48
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 515: off = 0x0001B13C, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			46
	  yMin:			0
	  xMax:			1153
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	49
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 516: off = 0x0001B14C, len = 456
	  numberOfContours:	3
	  xMin:			147
	  yMin:			0
	  xMax:			1082
	  yMax:			1170

	EndPoints
	---------
	  0:  13
	  1:  37
	  2:  51

	  Length of Instructions:	315
	00000: PUSHB[8]             15    26    25    14    27    28     9    13 
	00009: PUSHW[1]            676 
	00012: NPUSHB      (11):    11    53     0    11    11    13     0    29     9     6 
	                             2 
	00025: PUSHW[1]            676 
	00028: NPUSHB      (11):     4    53     1     4     4     2     1    29     6    44 
	                            40 
	00041: PUSHW[1]            676 
	00044: NPUSHB      (11):    42    53    39    42    42    40    39    29    44    47 
	                            51 
	00057: PUSHW[1]            676 
	00060: NPUSHB      (11):    49    53    38    49    49    51    38    29    47    18 
	                            35 
	00073: PUSHW[1]            -64 
	00076: NPUSHB      (52):     9    10    52    32    35    48    35     2    35    35 
	                            23    30    64     9    10    52    47    30    63    30 
	                             2    30    30    15    14    38    26    27    27     1 
	                            39    38    38    45    46     8     0     1    38     8 
	                             7     2    16    25    30    20    47    21    63    21 
	                             2    21 
	00130: PUSHW[1]            300 
	00133: NPUSHB      (30):    39     0    13    13    40    40    39    30    45     8 
	                             9     9    44    44    79    45    95    45     2    45 
	                            37    28    30    33    32    32    48    32     2    32 
	00165: PUSHW[1]            300 
	00168: NPUSHB      (18):    38     1     2     2    51    51    38    30    46     7 
	                             6     6    47    47    46   194   111    24 
	00188: CALL       
	00189: MDAP[rd]   
	00190: ALIGNRP    
	00191: SRP0       
	00192: ALIGNRP    
	00193: SRP0       
	00194: ALIGNRP    
	00195: SRP0       
	00196: MIRP[srp0,md,rd,1] 
	00197: ALIGNRP    
	00198: SRP0       
	00199: ALIGNRP    
	00200: SRP0       
	00201: ALIGNRP    
	00202: SRP0       
	00203: MIRP[srp0,nmd,rd,2] 
	00204: DELTAP1    
	00205: ALIGNRP    
	00206: MIRP[srp0,md,rd,1] 
	00207: ALIGNRP    
	00208: MDAP[rd]   
	00209: DELTAP1    
	00210: ALIGNRP    
	00211: SRP0       
	00212: ALIGNRP    
	00213: SRP0       
	00214: ALIGNRP    
	00215: SRP0       
	00216: MIRP[srp0,md,rd,1] 
	00217: ALIGNRP    
	00218: SRP0       
	00219: ALIGNRP    
	00220: SRP0       
	00221: ALIGNRP    
	00222: SRP0       
	00223: MIRP[srp0,nmd,rd,2] 
	00224: DELTAP1    
	00225: ALIGNRP    
	00226: MIRP[srp0,md,rd,1] 
	00227: ALIGNRP    
	00228: SVTCA[y-axis] 
	00229: MIAP[rd+ci] 
	00230: ALIGNRP    
	00231: MIRP[srp0,md,rd,1] 
	00232: ALIGNRP    
	00233: MIAP[rd+ci] 
	00234: ALIGNRP    
	00235: MIRP[srp0,md,rd,1] 
	00236: ALIGNRP    
	00237: SRP1       
	00238: IP         
	00239: MDAP[rd]   
	00240: ALIGNRP    
	00241: MIRP[srp0,md,rd,1] 
	00242: ALIGNRP    
	00243: SHP[rp1,zp0] 
	00244: MDAP[rd]   
	00245: DELTAP1    
	00246: CALL       
	00247: ALIGNRP    
	00248: SHP[rp2,zp1] 
	00249: MDAP[rd]   
	00250: DELTAP1    
	00251: CALL       
	00252: ALIGNRP    
	00253: SVTCA[x-axis] 
	00254: SRP0       
	00255: MIRP[srp0,md,rd,1] 
	00256: RTDG       
	00257: SRP2       
	00258: IP         
	00259: MDAP[rd]   
	00260: RTG        
	00261: SVTCA[y-axis] 
	00262: SRP0       
	00263: MIRP[srp0,nmd,rd,1] 
	00264: MIRP[srp0,nmd,rd,0] 
	00265: MDRP[nrp0,nmd,rd,0] 
	00266: SVTCA[x-axis] 
	00267: SRP0       
	00268: MIRP[srp0,md,rd,1] 
	00269: RTDG       
	00270: SRP2       
	00271: IP         
	00272: MDAP[rd]   
	00273: RTG        
	00274: SVTCA[y-axis] 
	00275: SRP0       
	00276: MIRP[srp0,nmd,rd,1] 
	00277: MIRP[srp0,nmd,rd,0] 
	00278: MDRP[nrp0,nmd,rd,0] 
	00279: SVTCA[x-axis] 
	00280: SRP0       
	00281: MIRP[srp0,md,rd,1] 
	00282: RTDG       
	00283: SRP2       
	00284: IP         
	00285: MDAP[rd]   
	00286: RTG        
	00287: SVTCA[y-axis] 
	00288: SRP0       
	00289: MIRP[srp0,nmd,rd,1] 
	00290: MIRP[srp0,nmd,rd,0] 
	00291: MDRP[nrp0,nmd,rd,0] 
	00292: SVTCA[x-axis] 
	00293: SRP0       
	00294: MIRP[srp0,md,rd,1] 
	00295: RTDG       
	00296: SRP2       
	00297: IP         
	00298: MDAP[rd]   
	00299: RTG        
	00300: SVTCA[y-axis] 
	00301: SRP0       
	00302: MIRP[srp0,nmd,rd,1] 
	00303: MIRP[srp0,nmd,rd,0] 
	00304: MDRP[nrp0,nmd,rd,0] 
	00305: SPVTCA[x-axis] 
	00306: SFVTCA[x-axis] 
	00307: SRP0       
	00308: ALIGNRP    
	00309: ALIGNRP    
	00310: SRP0       
	00311: ALIGNRP    
	00312: ALIGNRP    
	00313: IUP[y]     
	00314: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:                      Y-Short         On
	 15:  YDual                               On
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual                         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         On
	 27:  YDual                               On
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:        XDual                         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short         On
	 38:                              X-Short On
	 39:  YDual                               On
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual                         On
	 46:  YDual                               On
	 47:        XDual                         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   997,  1086)  ->  Abs (   997,  1086)
	  1: Rel (  -766,     0)  ->  Abs (   231,  1086)
	  2: Rel (     0,  -205)  ->  Abs (   231,   881)
	  3: Rel (     0,   -57)  ->  Abs (   231,   824)
	  4: Rel (   -42,     0)  ->  Abs (   189,   824)
	  5: Rel (   -42,     0)  ->  Abs (   147,   824)
	  6: Rel (     0,    57)  ->  Abs (   147,   881)
	  7: Rel (     0,   289)  ->  Abs (   147,  1170)
	  8: Rel (   935,     0)  ->  Abs (  1082,  1170)
	  9: Rel (     0,  -289)  ->  Abs (  1082,   881)
	 10: Rel (     0,   -57)  ->  Abs (  1082,   824)
	 11: Rel (   -43,     0)  ->  Abs (  1039,   824)
	 12: Rel (   -42,     0)  ->  Abs (   997,   824)
	 13: Rel (     0,    57)  ->  Abs (   997,   881)
	 14: Rel (  -575,  -254)  ->  Abs (   422,   627)
	 15: Rel (   385,     0)  ->  Abs (   807,   627)
	 16: Rel (     0,    87)  ->  Abs (   807,   714)
	 17: Rel (     0,    56)  ->  Abs (   807,   770)
	 18: Rel (    42,     0)  ->  Abs (   849,   770)
	 19: Rel (    42,     0)  ->  Abs (   891,   770)
	 20: Rel (     0,   -56)  ->  Abs (   891,   714)
	 21: Rel (     0,  -257)  ->  Abs (   891,   457)
	 22: Rel (     0,   -57)  ->  Abs (   891,   400)
	 23: Rel (   -42,     0)  ->  Abs (   849,   400)
	 24: Rel (   -42,     0)  ->  Abs (   807,   400)
	 25: Rel (     0,    57)  ->  Abs (   807,   457)
	 26: Rel (     0,    86)  ->  Abs (   807,   543)
	 27: Rel (  -385,     0)  ->  Abs (   422,   543)
	 28: Rel (     0,   -86)  ->  Abs (   422,   457)
	 29: Rel (     0,   -57)  ->  Abs (   422,   400)
	 30: Rel (   -42,     0)  ->  Abs (   380,   400)
	 31: Rel (   -42,     0)  ->  Abs (   338,   400)
	 32: Rel (     0,    57)  ->  Abs (   338,   457)
	 33: Rel (     0,   257)  ->  Abs (   338,   714)
	 34: Rel (     0,    56)  ->  Abs (   338,   770)
	 35: Rel (    42,     0)  ->  Abs (   380,   770)
	 36: Rel (    42,     0)  ->  Abs (   422,   770)
	 37: Rel (     0,   -56)  ->  Abs (   422,   714)
	 38: Rel (  -191,  -630)  ->  Abs (   231,    84)
	 39: Rel (   766,     0)  ->  Abs (   997,    84)
	 40: Rel (     0,   205)  ->  Abs (   997,   289)
	 41: Rel (     0,    57)  ->  Abs (   997,   346)
	 42: Rel (    42,     0)  ->  Abs (  1039,   346)
	 43: Rel (    43,     0)  ->  Abs (  1082,   346)
	 44: Rel (     0,   -57)  ->  Abs (  1082,   289)
	 45: Rel (     0,  -289)  ->  Abs (  1082,     0)
	 46: Rel (  -935,     0)  ->  Abs (   147,     0)
	 47: Rel (     0,   289)  ->  Abs (   147,   289)
	 48: Rel (     0,    57)  ->  Abs (   147,   346)
	 49: Rel (    42,     0)  ->  Abs (   189,   346)
	 50: Rel (    42,     0)  ->  Abs (   231,   346)
	 51: Rel (     0,   -57)  ->  Abs (   231,   289)

	Glyph 517: off = 0x0001B314, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1197

	     0: Flags:		0x0216
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 518: off = 0x0001B324, len = 402
	  numberOfContours:	1
	  xMin:			100
	  yMin:			0
	  xMax:			1128
	  yMax:			1170

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	301
	00000: NPUSHB      (19):    25     0     1    14    15    32    15    34    15    36 
	                            31    32    31    34    31    36     6    20    24 
	00021: PUSHW[1]            676 
	00024: NPUSHB      (14):     0    22     1    22    43    25    22    22    24    25 
	                            29    20    31    27 
	00040: PUSHW[1]            676 
	00043: NPUSHB      (14):     0    29     1    29    43    26    29    29    27    26 
	                            29    31    32    36 
	00059: PUSHW[1]            676 
	00062: NPUSHB      (11):    34    43    37    34    34    36    37    29    32    19 
	                            15 
	00075: PUSHW[1]            676 
	00078: NPUSHB      (11):    17    43    14    17    17    15    14    29    19     7 
	                             3 
	00091: PUSHW[1]            676 
	00094: NPUSHB      (11):     5    43     2     5     5     3     2    29     7     8 
	                            12 
	00107: PUSHW[1]            676 
	00110: NPUSHB      (61):    10    43    13    10    10    12    13    29     8    31 
	                            32    32     7     7     8     8    24    25    25     0 
	                             0     1     1    14    14    15    38    20    19     2 
	                             0    37    30    25    95    26   111    26   143    26 
	                             3    79    26     1    15    26    79    26     2    26 
	                             1     2    30    14    64    13     1    13    26    39 
	                            74 
	00173: PUSHW[2]            470    24 
	00178: CALL       
	00179: SRP1       
	00180: SHP[rp1,zp0] 
	00181: MDAP[rd]   
	00182: DELTAP2    
	00183: ALIGNRP    
	00184: MIRP[srp0,md,rd,1] 
	00185: ALIGNRP    
	00186: MDAP[rd]   
	00187: DELTAP1    
	00188: DELTAP2    
	00189: DELTAP1    
	00190: ALIGNRP    
	00191: MIRP[srp0,md,rd,1] 
	00192: ALIGNRP    
	00193: SVTCA[y-axis] 
	00194: MIAP[rd+ci] 
	00195: ALIGNRP    
	00196: MIRP[srp0,md,rd,1] 
	00197: ALIGNRP    
	00198: SRP0       
	00199: ALIGNRP    
	00200: SRP0       
	00201: ALIGNRP    
	00202: SRP0       
	00203: ALIGNRP    
	00204: SRP0       
	00205: ALIGNRP    
	00206: MIAP[rd+ci] 
	00207: ALIGNRP    
	00208: SRP0       
	00209: ALIGNRP    
	00210: SRP0       
	00211: ALIGNRP    
	00212: SRP0       
	00213: MIRP[srp0,md,rd,1] 
	00214: RTDG       
	00215: SRP2       
	00216: IP         
	00217: MDAP[rd]   
	00218: RTG        
	00219: SVTCA[x-axis] 
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,1] 
	00222: MIRP[srp0,nmd,rd,0] 
	00223: MDRP[nrp0,nmd,rd,0] 
	00224: SVTCA[y-axis] 
	00225: SRP0       
	00226: MIRP[srp0,md,rd,1] 
	00227: RTDG       
	00228: SRP2       
	00229: IP         
	00230: MDAP[rd]   
	00231: RTG        
	00232: SVTCA[x-axis] 
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,1] 
	00235: MIRP[srp0,nmd,rd,0] 
	00236: MDRP[nrp0,nmd,rd,0] 
	00237: SVTCA[y-axis] 
	00238: SRP0       
	00239: MIRP[srp0,md,rd,1] 
	00240: RTDG       
	00241: SRP2       
	00242: IP         
	00243: MDAP[rd]   
	00244: RTG        
	00245: SVTCA[x-axis] 
	00246: SRP0       
	00247: MIRP[srp0,nmd,rd,1] 
	00248: MIRP[srp0,nmd,rd,0] 
	00249: MDRP[nrp0,nmd,rd,0] 
	00250: SVTCA[y-axis] 
	00251: SRP0       
	00252: MIRP[srp0,md,rd,1] 
	00253: RTDG       
	00254: SRP2       
	00255: IP         
	00256: MDAP[rd]   
	00257: RTG        
	00258: SVTCA[x-axis] 
	00259: SRP0       
	00260: MIRP[srp0,nmd,rd,1] 
	00261: MIRP[srp0,nmd,rd,0] 
	00262: MDRP[nrp0,nmd,rd,0] 
	00263: SVTCA[y-axis] 
	00264: SRP0       
	00265: MIRP[srp0,md,rd,1] 
	00266: RTDG       
	00267: SRP2       
	00268: IP         
	00269: MDAP[rd]   
	00270: RTG        
	00271: SVTCA[x-axis] 
	00272: SRP0       
	00273: MIRP[srp0,nmd,rd,1] 
	00274: DELTAP1    
	00275: MIRP[srp0,nmd,rd,0] 
	00276: MDRP[nrp0,nmd,rd,0] 
	00277: SVTCA[y-axis] 
	00278: SRP0       
	00279: MIRP[srp0,md,rd,1] 
	00280: RTDG       
	00281: SRP2       
	00282: IP         
	00283: MDAP[rd]   
	00284: RTG        
	00285: SVTCA[x-axis] 
	00286: SRP0       
	00287: MIRP[srp0,nmd,rd,1] 
	00288: DELTAP1    
	00289: MIRP[srp0,nmd,rd,0] 
	00290: MDRP[nrp0,nmd,rd,0] 
	00291: SVTCA[x-axis] 
	00292: DELTAP1    
	00293: SPVTCA[y-axis] 
	00294: SFVTCA[y-axis] 
	00295: ALIGNRP    
	00296: ALIGNRP    
	00297: ALIGNRP    
	00298: ALIGNRP    
	00299: IUP[y]     
	00300: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual                               On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                               On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   892,  1086)  ->  Abs (   892,  1086)
	  1: Rel (  -557,     0)  ->  Abs (   335,  1086)
	  2: Rel (     0, -1002)  ->  Abs (   335,    84)
	  3: Rel (   113,     0)  ->  Abs (   448,    84)
	  4: Rel (    56,     0)  ->  Abs (   504,    84)
	  5: Rel (     0,   -42)  ->  Abs (   504,    42)
	  6: Rel (     0,   -42)  ->  Abs (   504,     0)
	  7: Rel (   -56,     0)  ->  Abs (   448,     0)
	  8: Rel (  -292,     0)  ->  Abs (   156,     0)
	  9: Rel (   -56,     0)  ->  Abs (   100,     0)
	 10: Rel (     0,    42)  ->  Abs (   100,    42)
	 11: Rel (     0,    42)  ->  Abs (   100,    84)
	 12: Rel (    56,     0)  ->  Abs (   156,    84)
	 13: Rel (    95,     0)  ->  Abs (   251,    84)
	 14: Rel (     0,  1002)  ->  Abs (   251,  1086)
	 15: Rel (   -95,     0)  ->  Abs (   156,  1086)
	 16: Rel (   -56,     0)  ->  Abs (   100,  1086)
	 17: Rel (     0,    42)  ->  Abs (   100,  1128)
	 18: Rel (     0,    42)  ->  Abs (   100,  1170)
	 19: Rel (    56,     0)  ->  Abs (   156,  1170)
	 20: Rel (   916,     0)  ->  Abs (  1072,  1170)
	 21: Rel (    56,     0)  ->  Abs (  1128,  1170)
	 22: Rel (     0,   -42)  ->  Abs (  1128,  1128)
	 23: Rel (     0,   -42)  ->  Abs (  1128,  1086)
	 24: Rel (   -56,     0)  ->  Abs (  1072,  1086)
	 25: Rel (   -95,     0)  ->  Abs (   977,  1086)
	 26: Rel (     0, -1002)  ->  Abs (   977,    84)
	 27: Rel (    95,     0)  ->  Abs (  1072,    84)
	 28: Rel (    56,     0)  ->  Abs (  1128,    84)
	 29: Rel (     0,   -42)  ->  Abs (  1128,    42)
	 30: Rel (     0,   -42)  ->  Abs (  1128,     0)
	 31: Rel (   -56,     0)  ->  Abs (  1072,     0)
	 32: Rel (  -292,     0)  ->  Abs (   780,     0)
	 33: Rel (   -56,     0)  ->  Abs (   724,     0)
	 34: Rel (     0,    42)  ->  Abs (   724,    42)
	 35: Rel (     0,    42)  ->  Abs (   724,    84)
	 36: Rel (    56,     0)  ->  Abs (   780,    84)
	 37: Rel (   112,     0)  ->  Abs (   892,    84)

	Glyph 519: off = 0x0001B4B6, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			179
	  yMin:			0
	  xMax:			1115
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	51
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 520: off = 0x0001B4C6, len = 312
	  numberOfContours:	1
	  xMin:			196
	  yMin:			0
	  xMax:			1002
	  yMax:			1170

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	233
	00000: NPUSHB      (23):    70     9    71    20    86     9    87    20   184     9 
	                           184    20   200     9   200    20   250     9   250    20 
	                            10     2     6 
	00025: PUSHW[1]            676 
	00028: NPUSHB      (11):     4    86     7     4     4     6     7    29     2    16 
	                            12 
	00041: PUSHW[1]            676 
	00044: NPUSHB      (94):    96    14   112    14     2    14    54    11    14    14 
	                            12    11    29    16     8     9     9    30    20    21 
	                            20    20     9    10    20    21     9    10     9     8 
	                            10    30    19    20    20    19    19    20    19    20 
	                             9    21     4     8    11    10    38    17    18     8 
	                             7     8    38     1     0     2    10     8    20     3 
	                             9     9    18     7     6     6    12    12    11    30 
	                            17     1     2     2    16    16    15    17    47    17 
	                            79    17     3    17     0    21    21    19    19   111 
	                            18     1    18   157 
	00140: PUSHW[2]            470    24 
	00145: CALL       
	00146: MDAP[rd]   
	00147: DELTAP1    
	00148: ALIGNRP    
	00149: SRP0       
	00150: ALIGNRP    
	00151: SRP0       
	00152: ALIGNRP    
	00153: MDAP[rd]   
	00154: DELTAP1    
	00155: ALIGNRP    
	00156: SRP0       
	00157: ALIGNRP    
	00158: SRP0       
	00159: ALIGNRP    
	00160: SRP0       
	00161: MIRP[srp0,md,rd,1] 
	00162: ALIGNRP    
	00163: SRP0       
	00164: ALIGNRP    
	00165: SRP0       
	00166: ALIGNRP    
	00167: SRP2       
	00168: IP         
	00169: MDAP[rd]   
	00170: SLOOP      
	00171: IP         
	00172: SVTCA[y-axis] 
	00173: MIAP[rd+ci] 
	00174: ALIGNRP    
	00175: MIRP[srp0,md,rd,1] 
	00176: ALIGNRP    
	00177: MIAP[rd+ci] 
	00178: ALIGNRP    
	00179: MIRP[srp0,md,rd,1] 
	00180: ALIGNRP    
	00181: SRP1       
	00182: SLOOP      
	00183: IP         
	00184: SDPVTL[1]  
	00185: SFVTCA[x-axis] 
	00186: MDAP[nrd]  
	00187: CALL       
	00188: SFVTL[=p1,p2] 
	00189: RDTG       
	00190: SRP0       
	00191: MDRP[nrp0,nmd,rd,0] 
	00192: SDPVTL[1]  
	00193: SFVTL[=p1,p2] 
	00194: MDAP[nrd]  
	00195: RTG        
	00196: CALL       
	00197: SFVTCA[x-axis] 
	00198: RDTG       
	00199: SRP0       
	00200: MDRP[nrp0,nmd,rd,0] 
	00201: RTG        
	00202: SVTCA[x-axis] 
	00203: SRP0       
	00204: MIRP[srp0,md,rd,1] 
	00205: RTDG       
	00206: SRP2       
	00207: IP         
	00208: MDAP[rd]   
	00209: RTG        
	00210: SVTCA[y-axis] 
	00211: SRP0       
	00212: MIRP[srp0,nmd,rd,1] 
	00213: DELTAP1    
	00214: MIRP[srp0,nmd,rd,0] 
	00215: MDRP[nrp0,nmd,rd,0] 
	00216: SVTCA[x-axis] 
	00217: SRP0       
	00218: MIRP[srp0,md,rd,1] 
	00219: RTDG       
	00220: SRP2       
	00221: IP         
	00222: MDAP[rd]   
	00223: RTG        
	00224: SVTCA[y-axis] 
	00225: SRP0       
	00226: MIRP[srp0,nmd,rd,1] 
	00227: MIRP[srp0,nmd,rd,0] 
	00228: MDRP[nrp0,nmd,rd,0] 
	00229: IUP[y]     
	00230: IUP[x]     
	00231: SVTCA[x-axis] 
	00232: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                               On
	  9:                                      On
	 10:                                      On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual                         On
	 18:  YDual                               On
	 19:  YDual XDual         Y-Short         On
	 20:                                      On
	 21:                                      On

	Coordinates
	-----------
	  0: Rel (   196,  1170)  ->  Abs (   196,  1170)
	  1: Rel (   806,     0)  ->  Abs (  1002,  1170)
	  2: Rel (     0,  -331)  ->  Abs (  1002,   839)
	  3: Rel (     0,   -57)  ->  Abs (  1002,   782)
	  4: Rel (   -42,     0)  ->  Abs (   960,   782)
	  5: Rel (   -42,     0)  ->  Abs (   918,   782)
	  6: Rel (     0,    57)  ->  Abs (   918,   839)
	  7: Rel (     0,   247)  ->  Abs (   918,  1086)
	  8: Rel (  -637,     0)  ->  Abs (   281,  1086)
	  9: Rel (   396,  -501)  ->  Abs (   677,   585)
	 10: Rel (  -396,  -501)  ->  Abs (   281,    84)
	 11: Rel (   637,     0)  ->  Abs (   918,    84)
	 12: Rel (     0,   293)  ->  Abs (   918,   377)
	 13: Rel (     0,    57)  ->  Abs (   918,   434)
	 14: Rel (    42,     0)  ->  Abs (   960,   434)
	 15: Rel (    42,     0)  ->  Abs (  1002,   434)
	 16: Rel (     0,   -57)  ->  Abs (  1002,   377)
	 17: Rel (     0,  -377)  ->  Abs (  1002,     0)
	 18: Rel (  -806,     0)  ->  Abs (   196,     0)
	 19: Rel (     0,   102)  ->  Abs (   196,   102)
	 20: Rel (   375,   483)  ->  Abs (   571,   585)
	 21: Rel (  -375,   484)  ->  Abs (   196,  1069)

	Glyph 521: off = 0x0001B5FE, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			143
	  yMin:			0
	  xMax:			1084
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	55
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 522: off = 0x0001B60E, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			0
	  xMax:			1128
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 523: off = 0x0001B61E, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			0
	  xMax:			1152
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	59
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 524: off = 0x0001B62E, len = 550
	  numberOfContours:	1
	  xMin:			29
	  yMin:			0
	  xMax:			1201
	  yMax:			1170

	EndPoints
	---------
	  0:  57

	  Length of Instructions:	398
	00000: PUSHW[2]              3   -32 
	00005: PUSHB[4]             22    23    52     3 
	00010: PUSHW[1]            -32 
	00013: PUSHB[4]             13    17    52    44 
	00018: PUSHW[1]            -32 
	00021: NPUSHB      (11):    13    17    52     1    17    18    46    30    29     7 
	                            11 
	00034: PUSHW[1]            676 
	00037: NPUSHB      (29):   144     9     1   176     9   240     9     2    80     9 
	                           160     9     2     0     9    64     9     2     9    43 
	                            12     9     9    11    12    29     7    40    36 
	00068: PUSHW[1]            676 
	00071: NPUSHB      (19):   175    38     1    15    38    31    38     2    38    43 
	                            35    38    38    36    35    29    40    53    57 
	00092: PUSHW[1]            676 
	00095: NPUSHB      (10):     0    55    16    55    32    55    48    55     4    55 
	00107: PUSHW[1]            354 
	00110: NPUSHB      (12):     0     0    55     1    55    55    57     0    29    53 
	                            52    48 
	00124: PUSHW[1]            676 
	00127: NPUSHB      (10):    15    50    31    50    47    50    63    50     4    50 
	00139: PUSHW[1]            354 
	00142: NPUSHB      (12):    47    15    50     1    50    50    48    47    29    52 
	                            23    19 
	00156: PUSHW[3]            676    21   354 
	00163: NPUSHB       (9):    18    21    21    19    18    29    23    24    28 
	00174: PUSHW[3]            676    26   354 
	00181: NPUSHB      (67):    29    26    26    28    29    29    24    34    42     5 
	                            13     4    52     1    46    37    17    30    30    52 
	                            24     7     6     6    53    53    52    52    41    41 
	                            40     2    23    24     8     6     5    12     5    30 
	                           224    13     1    13    13    18    41    42    35    42 
	                            30    34    34     0    18    30    47     0    29    16 
	                            29     2   143    29     1    29   157 
	00250: PUSHW[2]            287    24 
	00255: CALL       
	00256: MDAP[rd]   
	00257: DELTAP2    
	00258: DELTAP1    
	00259: ALIGNRP    
	00260: MIRP[srp0,md,rd,1] 
	00261: ALIGNRP    
	00262: SHP[rp1,zp0] 
	00263: MDAP[rd]   
	00264: MIRP[nrp0,md,rd,1] 
	00265: ALIGNRP    
	00266: SRP0       
	00267: ALIGNRP    
	00268: SRP1       
	00269: SHP[rp1,zp0] 
	00270: MDAP[rd]   
	00271: DELTAP1    
	00272: MIRP[nrp0,md,rd,1] 
	00273: ALIGNRP    
	00274: SRP0       
	00275: ALIGNRP    
	00276: SVTCA[y-axis] 
	00277: MIAP[rd+ci] 
	00278: ALIGNRP    
	00279: MIAP[rd+ci] 
	00280: ALIGNRP    
	00281: SRP0       
	00282: ALIGNRP    
	00283: SRP0       
	00284: ALIGNRP    
	00285: SRP0       
	00286: ALIGNRP    
	00287: SRP0       
	00288: ALIGNRP    
	00289: SRP1       
	00290: SRP2       
	00291: IP         
	00292: MDAP[rd]   
	00293: ALIGNRP    
	00294: MIRP[srp0,md,rd,1] 
	00295: ALIGNRP    
	00296: SRP1       
	00297: SLOOP      
	00298: IP         
	00299: SRP0       
	00300: MIRP[srp0,md,rd,1] 
	00301: RTDG       
	00302: SRP2       
	00303: IP         
	00304: MDAP[rd]   
	00305: RTG        
	00306: SVTCA[x-axis] 
	00307: SRP0       
	00308: MIRP[srp0,nmd,rd,1] 
	00309: MIRP[srp0,nmd,rd,0] 
	00310: MDRP[nrp0,nmd,rd,0] 
	00311: SVTCA[y-axis] 
	00312: SRP0       
	00313: MIRP[srp0,md,rd,1] 
	00314: RTDG       
	00315: SRP2       
	00316: IP         
	00317: MDAP[rd]   
	00318: RTG        
	00319: SVTCA[x-axis] 
	00320: SRP0       
	00321: MIRP[srp0,nmd,rd,1] 
	00322: MIRP[srp0,nmd,rd,0] 
	00323: MDRP[nrp0,nmd,rd,0] 
	00324: SVTCA[y-axis] 
	00325: SRP0       
	00326: MIRP[srp0,md,rd,1] 
	00327: RTDG       
	00328: SRP2       
	00329: IP         
	00330: MDAP[rd]   
	00331: DELTAP1    
	00332: RTG        
	00333: SVTCA[x-axis] 
	00334: SRP0       
	00335: MIRP[srp0,nmd,rd,1] 
	00336: DELTAP1    
	00337: MIRP[srp0,nmd,rd,0] 
	00338: MDRP[nrp0,nmd,rd,0] 
	00339: SVTCA[y-axis] 
	00340: SRP0       
	00341: MIRP[srp0,md,rd,1] 
	00342: RTDG       
	00343: SRP2       
	00344: IP         
	00345: MDAP[rd]   
	00346: DELTAP1    
	00347: RTG        
	00348: SVTCA[x-axis] 
	00349: SRP0       
	00350: MIRP[srp0,nmd,rd,1] 
	00351: DELTAP1    
	00352: MIRP[srp0,nmd,rd,0] 
	00353: MDRP[nrp0,nmd,rd,0] 
	00354: SVTCA[y-axis] 
	00355: SRP0       
	00356: MIRP[srp0,md,rd,1] 
	00357: RTDG       
	00358: SRP2       
	00359: IP         
	00360: MDAP[rd]   
	00361: RTG        
	00362: SVTCA[x-axis] 
	00363: SRP0       
	00364: MIRP[srp0,nmd,rd,1] 
	00365: DELTAP1    
	00366: DELTAP1    
	00367: MIRP[srp0,nmd,rd,0] 
	00368: MDRP[nrp0,nmd,rd,0] 
	00369: SVTCA[y-axis] 
	00370: SRP0       
	00371: MIRP[srp0,md,rd,1] 
	00372: RTDG       
	00373: SRP2       
	00374: IP         
	00375: MDAP[rd]   
	00376: RTG        
	00377: SVTCA[x-axis] 
	00378: SRP0       
	00379: MIRP[srp0,nmd,rd,1] 
	00380: DELTAP1    
	00381: DELTAP1    
	00382: DELTAP1    
	00383: DELTAP2    
	00384: MIRP[srp0,nmd,rd,0] 
	00385: MDRP[nrp0,nmd,rd,0] 
	00386: SRP0       
	00387: ALIGNRP    
	00388: ALIGNRP    
	00389: SRP0       
	00390: ALIGNRP    
	00391: ALIGNRP    
	00392: IUP[y]     
	00393: IUP[x]     
	00394: SVTCA[y-axis] 
	00395: CALL       
	00396: CALL       
	00397: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual Rep-  2 Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short On
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:        XDual                         On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                               On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:        XDual                         On
	 31:  YDual       Rep-  2 Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         On
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short On
	 42:        XDual                         On
	 43:        XDual         Y-Short         Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short X-Short On
	 47:        XDual                         On
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual                 X-Short On
	 53:  YDual                               On
	 54:  YDual XDual                 X-Short Off
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   657,  1086)  ->  Abs (   657,  1086)
	  1: Rel (     0,  -627)  ->  Abs (   657,   459)
	  2: Rel (   115,     2)  ->  Abs (   772,   461)
	  3: Rel (   139,    90)  ->  Abs (   911,   551)
	  4: Rel (    62,   161)  ->  Abs (   973,   712)
	  5: Rel (     0,   177)  ->  Abs (   973,   889)
	  6: Rel (     0,   281)  ->  Abs (   973,  1170)
	  7: Rel (   171,     0)  ->  Abs (  1144,  1170)
	  8: Rel (    57,     0)  ->  Abs (  1201,  1170)
	  9: Rel (     0,   -42)  ->  Abs (  1201,  1128)
	 10: Rel (     0,   -42)  ->  Abs (  1201,  1086)
	 11: Rel (   -57,     0)  ->  Abs (  1144,  1086)
	 12: Rel (   -87,     0)  ->  Abs (  1057,  1086)
	 13: Rel (     0,  -197)  ->  Abs (  1057,   889)
	 14: Rel (     0,  -197)  ->  Abs (  1057,   692)
	 15: Rel (   -71,  -196)  ->  Abs (   986,   496)
	 16: Rel (  -194,  -120)  ->  Abs (   792,   376)
	 17: Rel (  -135,    -2)  ->  Abs (   657,   374)
	 18: Rel (     0,  -290)  ->  Abs (   657,    84)
	 19: Rel (   122,     0)  ->  Abs (   779,    84)
	 20: Rel (    57,     0)  ->  Abs (   836,    84)
	 21: Rel (     0,   -42)  ->  Abs (   836,    42)
	 22: Rel (     0,   -42)  ->  Abs (   836,     0)
	 23: Rel (   -57,     0)  ->  Abs (   779,     0)
	 24: Rel (  -329,     0)  ->  Abs (   450,     0)
	 25: Rel (   -56,     0)  ->  Abs (   394,     0)
	 26: Rel (     0,    42)  ->  Abs (   394,    42)
	 27: Rel (     0,    42)  ->  Abs (   394,    84)
	 28: Rel (    56,     0)  ->  Abs (   450,    84)
	 29: Rel (   123,     0)  ->  Abs (   573,    84)
	 30: Rel (     0,   290)  ->  Abs (   573,   374)
	 31: Rel (  -140,     2)  ->  Abs (   433,   376)
	 32: Rel (  -194,   128)  ->  Abs (   239,   504)
	 33: Rel (   -67,   201)  ->  Abs (   172,   705)
	 34: Rel (     0,   184)  ->  Abs (   172,   889)
	 35: Rel (     0,   197)  ->  Abs (   172,  1086)
	 36: Rel (   -87,     0)  ->  Abs (    85,  1086)
	 37: Rel (   -56,     0)  ->  Abs (    29,  1086)
	 38: Rel (     0,    42)  ->  Abs (    29,  1128)
	 39: Rel (     0,    42)  ->  Abs (    29,  1170)
	 40: Rel (    56,     0)  ->  Abs (    85,  1170)
	 41: Rel (   172,     0)  ->  Abs (   257,  1170)
	 42: Rel (     0,  -281)  ->  Abs (   257,   889)
	 43: Rel (     0,  -181)  ->  Abs (   257,   708)
	 44: Rel (    63,  -164)  ->  Abs (   320,   544)
	 45: Rel (   149,   -83)  ->  Abs (   469,   461)
	 46: Rel (   104,    -2)  ->  Abs (   573,   459)
	 47: Rel (     0,   627)  ->  Abs (   573,  1086)
	 48: Rel (  -123,     0)  ->  Abs (   450,  1086)
	 49: Rel (   -56,     0)  ->  Abs (   394,  1086)
	 50: Rel (     0,    42)  ->  Abs (   394,  1128)
	 51: Rel (     0,    42)  ->  Abs (   394,  1170)
	 52: Rel (    56,     0)  ->  Abs (   450,  1170)
	 53: Rel (   329,     0)  ->  Abs (   779,  1170)
	 54: Rel (    57,     0)  ->  Abs (   836,  1170)
	 55: Rel (     0,   -42)  ->  Abs (   836,  1128)
	 56: Rel (     0,   -42)  ->  Abs (   836,  1086)
	 57: Rel (   -57,     0)  ->  Abs (   779,  1086)

	Glyph 525: off = 0x0001B854, len = 406
	  numberOfContours:	1
	  xMin:			60
	  yMin:			0
	  xMax:			1168
	  yMax:			1197

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	279
	00000: NPUSHB      (32):    56     6    54    10    72     6    71    10    89     6 
	                            86    10   127     3   112    13   167     6   169     9 
	                           168    10   169    28   171    29   166    31   167    32 
	                            15    26 
	00034: PUSHW[1]            -42 
	00037: PUSHB[4]             25    31    52    34 
	00042: PUSHW[1]            -42 
	00045: NPUSHB      (14):    25    31    52    28    32    22    31    52    32    32 
	                            22    31    52    26 
	00061: PUSHW[1]            -64 
	00064: PUSHB[4]             19    20    52    34 
	00069: PUSHW[1]            -64 
	00072: PUSHB[4]             19    20    52    26 
	00077: PUSHW[1]            -32 
	00080: PUSHB[4]             12    15    52    34 
	00085: PUSHW[1]            -32 
	00088: NPUSHB      (51):    12    15    52    15     1     0    19     0    41    16 
	                            41    32    41     3    41    41     0    24    36    37 
	                            14     2   207     0    16    15    15     1     1     0 
	                            38    38    22    23    23    37    37    38     8    30 
	                            37     8     3    15    14    30    23   127    24     1 
	                            24 
	00141: PUSHW[1]            737 
	00144: NPUSHB      (26):    11    17    16    30    21    22    22    27    37    64 
	                            11     1    79    11   160    11     2    11     1     2 
	                            30    37   112    36     1    36 
	00172: PUSHW[1]            737 
	00175: NPUSHB      (22):     5    43     0    30    39    38    38    33    37   207 
	                             5     1    79     5    95     5   111     5   127     5 
	                             4     5 
	00199: PUSHW[3]            294   340    24 
	00206: CALL       
	00207: MDAP[rd]   
	00208: DELTAP1    
	00209: DELTAP2    
	00210: MIRP[nrp0,md,rd,1] 
	00211: SHP[rp1,zp0] 
	00212: MDAP[rd]   
	00213: ALIGNRP    
	00214: MIRP[srp0,md,rd,1] 
	00215: ALIGNRP    
	00216: SRP0       
	00217: MIRP[srp0,md,rd,1] 
	00218: DELTAP1    
	00219: ALIGNRP    
	00220: MIRP[srp0,md,rd,1] 
	00221: ALIGNRP    
	00222: MDAP[rd]   
	00223: DELTAP1    
	00224: DELTAP2    
	00225: MIRP[nrp0,md,rd,1] 
	00226: SHP[rp1,zp0] 
	00227: MDAP[rd]   
	00228: ALIGNRP    
	00229: MIRP[srp0,md,rd,1] 
	00230: ALIGNRP    
	00231: SRP0       
	00232: MIRP[srp0,md,rd,1] 
	00233: DELTAP1    
	00234: ALIGNRP    
	00235: MIRP[srp0,md,rd,1] 
	00236: ALIGNRP    
	00237: SVTCA[y-axis] 
	00238: MIAP[rd+ci] 
	00239: MIRP[nrp0,md,rd,1] 
	00240: MIAP[rd+ci] 
	00241: ALIGNRP    
	00242: SRP0       
	00243: ALIGNRP    
	00244: SRP0       
	00245: ALIGNRP    
	00246: SRP0       
	00247: MIRP[srp0,md,rd,1] 
	00248: ALIGNRP    
	00249: SRP0       
	00250: ALIGNRP    
	00251: SRP0       
	00252: ALIGNRP    
	00253: SRP0       
	00254: MIRP[srp0,md,rd,2] 
	00255: ALIGNRP    
	00256: MIRP[srp0,md,rd,1] 
	00257: ALIGNRP    
	00258: SRP1       
	00259: SHP[rp1,zp0] 
	00260: MDAP[rd]   
	00261: DELTAP1    
	00262: ALIGNRP    
	00263: SRP0       
	00264: ALIGNRP    
	00265: ALIGNRP    
	00266: IUP[y]     
	00267: IUP[x]     
	00268: SVTCA[y-axis] 
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: SVTCA[x-axis] 
	00278: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual               Y-Short X-Short Off
	  4:                              X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:                                      Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                              X-Short Off
	 14:                      Y-Short X-Short On
	 15:        XDual         Y-Short         On
	 16:  YDual                               On
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         On
	 23:  YDual                               On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:                              X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                              X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short         On
	 38:  YDual                               On
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   144,    84)  ->  Abs (   144,    84)
	  1: Rel (   281,     0)  ->  Abs (   425,    84)
	  2: Rel (     0,    85)  ->  Abs (   425,   169)
	  3: Rel (  -183,    49)  ->  Abs (   242,   218)
	  4: Rel (  -182,   260)  ->  Abs (    60,   478)
	  5: Rel (     0,   178)  ->  Abs (    60,   656)
	  6: Rel (     0,   235)  ->  Abs (    60,   891)
	  7: Rel (   325,   306)  ->  Abs (   385,  1197)
	  8: Rel (   229,     0)  ->  Abs (   614,  1197)
	  9: Rel (   221,     0)  ->  Abs (   835,  1197)
	 10: Rel (   333,  -297)  ->  Abs (  1168,   900)
	 11: Rel (     0,  -244)  ->  Abs (  1168,   656)
	 12: Rel (     0,  -178)  ->  Abs (  1168,   478)
	 13: Rel (  -182,  -260)  ->  Abs (   986,   218)
	 14: Rel (  -183,   -49)  ->  Abs (   803,   169)
	 15: Rel (     0,   -85)  ->  Abs (   803,    84)
	 16: Rel (   281,     0)  ->  Abs (  1084,    84)
	 17: Rel (     0,    64)  ->  Abs (  1084,   148)
	 18: Rel (     0,    56)  ->  Abs (  1084,   204)
	 19: Rel (    42,     0)  ->  Abs (  1126,   204)
	 20: Rel (    42,     0)  ->  Abs (  1168,   204)
	 21: Rel (     0,   -56)  ->  Abs (  1168,   148)
	 22: Rel (     0,  -148)  ->  Abs (  1168,     0)
	 23: Rel (  -449,     0)  ->  Abs (   719,     0)
	 24: Rel (     0,   237)  ->  Abs (   719,   237)
	 25: Rel (   180,    29)  ->  Abs (   899,   266)
	 26: Rel (   185,   226)  ->  Abs (  1084,   492)
	 27: Rel (     0,   163)  ->  Abs (  1084,   655)
	 28: Rel (     0,   177)  ->  Abs (  1084,   832)
	 29: Rel (  -239,   281)  ->  Abs (   845,  1113)
	 30: Rel (  -231,     0)  ->  Abs (   614,  1113)
	 31: Rel (  -230,     0)  ->  Abs (   384,  1113)
	 32: Rel (  -239,  -280)  ->  Abs (   145,   833)
	 33: Rel (     0,  -178)  ->  Abs (   145,   655)
	 34: Rel (     0,  -163)  ->  Abs (   145,   492)
	 35: Rel (   184,  -226)  ->  Abs (   329,   266)
	 36: Rel (   181,   -29)  ->  Abs (   510,   237)
	 37: Rel (     0,  -237)  ->  Abs (   510,     0)
	 38: Rel (  -450,     0)  ->  Abs (    60,     0)
	 39: Rel (     0,   148)  ->  Abs (    60,   148)
	 40: Rel (     0,    56)  ->  Abs (    60,   204)
	 41: Rel (    42,     0)  ->  Abs (   102,   204)
	 42: Rel (    42,     0)  ->  Abs (   144,   204)
	 43: Rel (     0,   -56)  ->  Abs (   144,   148)

	Glyph 526: off = 0x0001B9EA, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1493

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     1    63    32     1    32    17 
	00008: PUSHW[1]            -85 
	00011: PUSHB[6]             72    43     1     2     2    35 
	00018: PUSHW[2]            651    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 
	00029: SHC[rp1,zp0] 

	Glyph 527: off = 0x0001BA22, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			0
	  xMax:			1128
	  yMax:			1493

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     1   208    51     1    63    51     1    51    16 
	00012: PUSHW[1]            -87 
	00015: PUSHB[6]             72    43     1     2     2    54 
	00022: PUSHW[2]            651    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: DELTAP1    
	00032: DELTAP3    
	00033: SHC[rp1,zp0] 
	00034: SHC[rp1,zp0] 

	Glyph 528: off = 0x0001BA60, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			98
	  yMin:			-33
	  xMax:			1137
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	302
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	-16
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     2    46    35   235    72    43     2     1    43 
	00011: PUSHW[2]            652    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 529: off = 0x0001BA8E, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			283
	  yMin:			-33
	  xMax:			978
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	304
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	495
		X BOffset:	52
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    15    63    79    63     2    63    32   100    72 
	                            43     1     1    60 
	00016: PUSHW[2]            652    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP2    
	00026: SHC[rp1,zp0] 

	Glyph 530: off = 0x0001BAC2, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			139
	  yMin:			-386
	  xMax:			1015
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	536
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	495
		X BOffset:	53
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1     0    44    16    44     2    44     0   120    72 
	                            43     1     1    41 
	00016: PUSHW[2]            652    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 531: off = 0x0001BAF6, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			443
	  yMin:			-33
	  xMax:			879
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	538
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	495
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    79    26     1    26    16 
	00007: PUSHW[1]            -80 
	00010: PUSHB[5]             72    43     1     1    23 
	00016: PUSHW[2]            652    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 532: off = 0x0001BB2A, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			87
	  yMin:			-33
	  xMax:			1142
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	547
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	496
		X BOffset:	1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (25):     3     2     1     0    42   160    42   176    42     3 
	                           192    42   208    42     2    42    27   165    72    43 
	                             1     2     3     3    54 
	00027: PUSHW[2]            652    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP1    
	00038: SHC[rp1,zp0] 
	00039: SHC[rp1,zp0] 
	00040: SHC[rp1,zp0] 

	Glyph 533: off = 0x0001BB6C, len = 288
	  numberOfContours:	2
	  xMin:			260
	  yMin:			-386
	  xMax:			1039
	  yMax:			1255

	EndPoints
	---------
	  0:  22
	  1:  43

	  Length of Instructions:	162
	00000: NPUSHB      (14):    58    15    73    16     2    87    17     1     0    64 
	                            33    36    52    40 
	00016: PUSHW[1]            -32 
	00019: PUSHB[4]             24    26    52    26 
	00024: PUSHW[1]            -64 
	00027: NPUSHB      (19):    24    28    52     0    64    23    26    52    28    42 
	                            19    22    52    32    32    17    18    52    40 
	00048: PUSHW[1]            -32 
	00051: NPUSHB      (56):    15    16    52   176    25     1    33    34    35     0 
	                             1    34     0    38    15    24    59    32    23     1 
	                            23    23    38    30    33    10     1    38    33    21 
	                            11     3    15    15    24    23    23     1    27    33 
	                            13    13    41    33    18    32     1    32     7    48 
	                             5     1     5    71   128    24 
	00109: CALL       
	00110: MDAP[rd]   
	00111: DELTAP1    
	00112: ALIGNRP    
	00113: MIRP[srp0,md,rd,1] 
	00114: ALIGNRP    
	00115: MDAP[rd]   
	00116: MIRP[nrp0,md,rd,1] 
	00117: SHP[rp1,zp0] 
	00118: MDAP[rd]   
	00119: MIRP[nrp0,md,rd,1] 
	00120: SRP1       
	00121: IP         
	00122: MDAP[rd]   
	00123: ALIGNRP    
	00124: IP         
	00125: SVTCA[y-axis] 
	00126: MIAP[rd+ci] 
	00127: MIAP[rd+ci] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: MIAP[rd+ci] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP1       
	00132: IP         
	00133: MDAP[rd]   
	00134: DELTAP1    
	00135: MIRP[nrp0,md,rd,1] 
	00136: IP         
	00137: SRP2       
	00138: IP         
	00139: IP         
	00140: SPVTCA[x-axis] 
	00141: SFVTPV     
	00142: SRP0       
	00143: ALIGNRP    
	00144: ALIGNRP    
	00145: ALIGNRP    
	00146: ALIGNRP    
	00147: IUP[y]     
	00148: IUP[x]     
	00149: SVTCA[y-axis] 
	00150: DELTAP2    
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: CALL       
	00157: CALL       
	00158: SVTCA[x-axis] 
	00159: DELTAP1    
	00160: SVTCA[y-axis] 
	00161: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:        XDual                 X-Short On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                      Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual                         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   344,   119)  ->  Abs (   344,   119)
	  1: Rel (     0,  -449)  ->  Abs (   344,  -330)
	  2: Rel (     0,   -56)  ->  Abs (   344,  -386)
	  3: Rel (   -42,     0)  ->  Abs (   302,  -386)
	  4: Rel (   -42,     0)  ->  Abs (   260,  -386)
	  5: Rel (     0,    56)  ->  Abs (   260,  -330)
	  6: Rel (     0,  1111)  ->  Abs (   260,   781)
	  7: Rel (     0,   161)  ->  Abs (   260,   942)
	  8: Rel (    50,   183)  ->  Abs (   310,  1125)
	  9: Rel (   170,   130)  ->  Abs (   480,  1255)
	 10: Rel (   119,     0)  ->  Abs (   599,  1255)
	 11: Rel (   142,     0)  ->  Abs (   741,  1255)
	 12: Rel (   174,  -169)  ->  Abs (   915,  1086)
	 13: Rel (     0,  -120)  ->  Abs (   915,   966)
	 14: Rel (     0,  -187)  ->  Abs (   915,   779)
	 15: Rel (  -245,   -91)  ->  Abs (   670,   688)
	 16: Rel (   183,   -17)  ->  Abs (   853,   671)
	 17: Rel (   186,  -186)  ->  Abs (  1039,   485)
	 18: Rel (     0,  -129)  ->  Abs (  1039,   356)
	 19: Rel (     0,  -162)  ->  Abs (  1039,   194)
	 20: Rel (  -217,  -227)  ->  Abs (   822,   -33)
	 21: Rel (  -154,     0)  ->  Abs (   668,   -33)
	 22: Rel (  -162,     0)  ->  Abs (   506,   -33)
	 23: Rel (    42,   659)  ->  Abs (   548,   626)
	 24: Rel (     0,   103)  ->  Abs (   548,   729)
	 25: Rel (   121,    15)  ->  Abs (   669,   744)
	 26: Rel (   162,   134)  ->  Abs (   831,   878)
	 27: Rel (     0,    88)  ->  Abs (   831,   966)
	 28: Rel (     0,    92)  ->  Abs (   831,  1058)
	 29: Rel (  -126,   112)  ->  Abs (   705,  1170)
	 30: Rel (  -109,     0)  ->  Abs (   596,  1170)
	 31: Rel (  -119,     0)  ->  Abs (   477,  1170)
	 32: Rel (  -133,  -149)  ->  Abs (   344,  1021)
	 33: Rel (     0,  -194)  ->  Abs (   344,   827)
	 34: Rel (     0,  -434)  ->  Abs (   344,   393)
	 35: Rel (     0,  -109)  ->  Abs (   344,   284)
	 36: Rel (    48,  -115)  ->  Abs (   392,   169)
	 37: Rel (   176,  -118)  ->  Abs (   568,    51)
	 38: Rel (   107,     0)  ->  Abs (   675,    51)
	 39: Rel (   130,     0)  ->  Abs (   805,    51)
	 40: Rel (   150,   180)  ->  Abs (   955,   231)
	 41: Rel (     0,   120)  ->  Abs (   955,   351)
	 42: Rel (     0,   144)  ->  Abs (   955,   495)
	 43: Rel (  -228,   131)  ->  Abs (   727,   626)

	Glyph 534: off = 0x0001BC8C, len = 292
	  numberOfContours:	1
	  xMin:			70
	  yMin:			-386
	  xMax:			1217
	  yMax:			866

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	198
	00000: NPUSHB     (125):     5    12     1     9     0     9    14     9    23    25 
	                             0    25    14    25    23     6    13    14    14    32 
	                             0     1    20     0    14    16     0     1    24    23 
	                            23    32     0    30    20     0    23    21     0    30 
	                            16    21    19     0     1    13     3    10    23     9 
	                            10    10    24    24    25    32    29     5     4     4 
	                            30    30    29     6    14    23    11    19    15     1 
	                            13    10     4     4     7    14    30    24    23    27 
	                            16     7    68     7    80     7   176     7   240     7 
	                             5     7     7    27    27     0    23    64    16    80 
	                            16    96    16     3    16    16    21    21    14    59 
	                             0    23    16    23    64    23   112    23   128    23 
	                             5    23   196   125    24 
	00127: CALL       
	00128: MDAP[rd]   
	00129: DELTAP1    
	00130: MIRP[nrp0,md,rd,1] 
	00131: SHP[rp1,zp0] 
	00132: MDAP[rd]   
	00133: SHP[rp2,zp1] 
	00134: MDAP[rd]   
	00135: DELTAP2    
	00136: SRP1       
	00137: IP         
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: SHP[rp2,zp1] 
	00141: MDAP[rd]   
	00142: DELTAP1    
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: IP         
	00147: SRP1       
	00148: SRP2       
	00149: SLOOP      
	00150: IP         
	00151: SVTCA[y-axis] 
	00152: MIAP[rd+ci] 
	00153: MIAP[rd+ci] 
	00154: ALIGNRP    
	00155: MIAP[rd+ci] 
	00156: ALIGNRP    
	00157: SRP0       
	00158: ALIGNRP    
	00159: SRP0       
	00160: ALIGNRP    
	00161: SRP0       
	00162: MIRP[srp0,md,rd,1] 
	00163: ALIGNRP    
	00164: SRP0       
	00165: ALIGNRP    
	00166: SRP0       
	00167: ALIGNRP    
	00168: SRP1       
	00169: SRP2       
	00170: SLOOP      
	00171: IP         
	00172: SRP2       
	00173: IP         
	00174: IP         
	00175: SDPVTL[1]  
	00176: SFVTL[=p1,p2] 
	00177: MDAP[nrd]  
	00178: CALL       
	00179: SFVTCA[x-axis] 
	00180: RDTG       
	00181: SRP0       
	00182: MDRP[nrp0,nmd,rd,0] 
	00183: SDPVTL[1]  
	00184: SFVTL[=p1,p2] 
	00185: MDAP[nrd]  
	00186: RTG        
	00187: CALL       
	00188: SFVTPV     
	00189: RDTG       
	00190: SRP0       
	00191: MDRP[nrp0,nmd,rd,0] 
	00192: IUP[y]     
	00193: IUP[x]     
	00194: SVTCA[y-axis] 
	00195: DELTAP1    
	00196: SVTCA[x-axis] 
	00197: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                                      On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:                                      On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:                                      On
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   614,   101)  ->  Abs (   614,   101)
	  1: Rel (   305,   614)  ->  Abs (   919,   715)
	  2: Rel (    47,    95)  ->  Abs (   966,   810)
	  3: Rel (    77,    56)  ->  Abs (  1043,   866)
	  4: Rel (    61,     0)  ->  Abs (  1104,   866)
	  5: Rel (    56,     0)  ->  Abs (  1160,   866)
	  6: Rel (    57,     0)  ->  Abs (  1217,   866)
	  7: Rel (     0,   -43)  ->  Abs (  1217,   823)
	  8: Rel (     0,   -42)  ->  Abs (  1217,   781)
	  9: Rel (   -57,     0)  ->  Abs (  1160,   781)
	 10: Rel (   -45,     0)  ->  Abs (  1115,   781)
	 11: Rel (   -42,     0)  ->  Abs (  1073,   781)
	 12: Rel (   -51,   -45)  ->  Abs (  1022,   736)
	 13: Rel (   -28,   -57)  ->  Abs (   994,   679)
	 14: Rel (  -342,  -696)  ->  Abs (   652,   -17)
	 15: Rel (    35,  -139)  ->  Abs (   687,  -156)
	 16: Rel (     0,   -90)  ->  Abs (   687,  -246)
	 17: Rel (     0,   -66)  ->  Abs (   687,  -312)
	 18: Rel (   -40,   -74)  ->  Abs (   647,  -386)
	 19: Rel (   -29,     0)  ->  Abs (   618,  -386)
	 20: Rel (   -76,     0)  ->  Abs (   542,  -386)
	 21: Rel (     0,   144)  ->  Abs (   542,  -242)
	 22: Rel (     0,    73)  ->  Abs (   542,  -169)
	 23: Rel (    33,   152)  ->  Abs (   575,   -17)
	 24: Rel (  -390,   798)  ->  Abs (   185,   781)
	 25: Rel (   -59,     0)  ->  Abs (   126,   781)
	 26: Rel (   -56,     0)  ->  Abs (    70,   781)
	 27: Rel (     0,    42)  ->  Abs (    70,   823)
	 28: Rel (     0,    43)  ->  Abs (    70,   866)
	 29: Rel (    56,     0)  ->  Abs (   126,   866)
	 30: Rel (   112,     0)  ->  Abs (   238,   866)

	Glyph 535: off = 0x0001BDB0, len = 258
	  numberOfContours:	1
	  xMin:			342
	  yMin:			-386
	  xMax:			1007
	  yMax:			1255

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	145
	00000: NPUSHB      (99):   217    16   217    31   233    16   233    31     4    27 
	                            32    21    26    52     0    32    12    18    52   121 
	                             0   134     9   153     0   185     0     4     9    37 
	                            25     0    25    37    41    37     4    88     7   132 
	                            13   154     8   178    17   185    34   196    13     6 
	                            15    32     1    26    33    22    15     7     0     0 
	                             1    32     6     5     1     0    33     6     7     7 
	                            19    24    24    29    33    15    19    16    19    48 
	                            19    80    19   112    19     5    19     3     3    11 
	                            33    16    36    48    36   112    36     3    36 
	00101: PUSHW[1]            413 
	00104: PUSHB[2]            128    24 
	00107: CALL       
	00108: MDAP[rd]   
	00109: DELTAP1    
	00110: MIRP[nrp0,md,rd,1] 
	00111: SHP[rp1,zp0] 
	00112: MDAP[rd]   
	00113: MDAP[rd]   
	00114: DELTAP1    
	00115: MIRP[nrp0,md,rd,1] 
	00116: SHP[rp1,zp0] 
	00117: MDAP[rd]   
	00118: SRP1       
	00119: SHP[rp1,zp0] 
	00120: MDAP[rd]   
	00121: ALIGNRP    
	00122: MIRP[nrp0,md,rd,1] 
	00123: SVTCA[y-axis] 
	00124: MIAP[rd+ci] 
	00125: ALIGNRP    
	00126: MIRP[srp0,md,rd,1] 
	00127: ALIGNRP    
	00128: SRP0       
	00129: ALIGNRP    
	00130: MIAP[rd+ci] 
	00131: MIRP[srp0,md,rd,1] 
	00132: SRP1       
	00133: IP         
	00134: IP         
	00135: IUP[y]     
	00136: IUP[x]     
	00137: SVTCA[x-axis] 
	00138: DELTAP1    
	00139: DELTAP2    
	00140: DELTAP2    
	00141: CALL       
	00142: CALL       
	00143: SVTCA[y-axis] 
	00144: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:                      Y-Short X-Short Off
	  9:                                      Off
	 10:                      Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual Rep-  2 Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual       Rep-  2 Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   847,  1170)  ->  Abs (   847,  1170)
	  1: Rel (  -326,     0)  ->  Abs (   521,  1170)
	  2: Rel (   -56,     0)  ->  Abs (   465,  1170)
	  3: Rel (     0,    42)  ->  Abs (   465,  1212)
	  4: Rel (     0,    43)  ->  Abs (   465,  1255)
	  5: Rel (    56,     0)  ->  Abs (   521,  1255)
	  6: Rel (   433,     0)  ->  Abs (   954,  1255)
	  7: Rel (     0,   -85)  ->  Abs (   954,  1170)
	  8: Rel (  -168,  -172)  ->  Abs (   786,   998)
	  9: Rel (  -256,  -333)  ->  Abs (   530,   665)
	 10: Rel (  -104,  -226)  ->  Abs (   426,   439)
	 11: Rel (     0,  -100)  ->  Abs (   426,   339)
	 12: Rel (     0,   -99)  ->  Abs (   426,   240)
	 13: Rel (    85,  -134)  ->  Abs (   511,   106)
	 14: Rel (   132,   -55)  ->  Abs (   643,    51)
	 15: Rel (   131,   -18)  ->  Abs (   774,    33)
	 16: Rel (    84,   -13)  ->  Abs (   858,    20)
	 17: Rel (    88,   -34)  ->  Abs (   946,   -14)
	 18: Rel (    61,   -87)  ->  Abs (  1007,  -101)
	 19: Rel (     0,   -58)  ->  Abs (  1007,  -159)
	 20: Rel (     0,   -88)  ->  Abs (  1007,  -247)
	 21: Rel (  -150,  -139)  ->  Abs (   857,  -386)
	 22: Rel (  -138,     0)  ->  Abs (   719,  -386)
	 23: Rel (   -58,     0)  ->  Abs (   661,  -386)
	 24: Rel (     0,    43)  ->  Abs (   661,  -343)
	 25: Rel (     0,    41)  ->  Abs (   661,  -302)
	 26: Rel (    58,     0)  ->  Abs (   719,  -302)
	 27: Rel (   108,     0)  ->  Abs (   827,  -302)
	 28: Rel (    96,    89)  ->  Abs (   923,  -213)
	 29: Rel (     0,    51)  ->  Abs (   923,  -162)
	 30: Rel (     0,    54)  ->  Abs (   923,  -108)
	 31: Rel (   -76,    47)  ->  Abs (   847,   -61)
	 32: Rel (  -104,    14)  ->  Abs (   743,   -47)
	 33: Rel (  -141,    19)  ->  Abs (   602,   -28)
	 34: Rel (  -153,    70)  ->  Abs (   449,    42)
	 35: Rel (  -107,   183)  ->  Abs (   342,   225)
	 36: Rel (     0,   106)  ->  Abs (   342,   331)
	 37: Rel (     0,   332)  ->  Abs (   342,   663)

	Glyph 536: off = 0x0001BEB2, len = 370
	  numberOfContours:	1
	  xMin:			139
	  yMin:			-386
	  xMax:			1015
	  yMax:			896

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	266
	00000: NPUSHB      (14):   154    15   160     5   180     2   179     5   183     6 
	                           196     5     6     2 
	00016: PUSHW[1]            -32 
	00019: PUSHB[4]             20    36    52     1 
	00024: PUSHW[1]            -64 
	00027: NPUSHB      (14):    20    36    52     1    19    16    26    23     8     1 
	                            19    20    37    33 
	00043: PUSHW[1]            686 
	00046: NPUSHB      (11):    35    70    32    35    35    33    32    34    37    25 
	                            21 
	00059: PUSHW[1]            686 
	00062: NPUSHB      (11):    23    92    20    23    23    21    20    34    25    26 
	                            30 
	00075: PUSHW[1]            686 
	00078: NPUSHB      (59):    28    92    31    28    28    30    31    34    26     1 
	                            19    26    16    33     4     7     0    37     6    10 
	                            15    25    26    10    13    12    32     7    15     8 
	                            47     8    79     8   111     8   207     8   240     8 
	                             6     8     0    20    32    32    32    31    48    31 
	                           144    31   160    31     4    31   244   128    24 
	00139: CALL       
	00140: MDAP[rd]   
	00141: DELTAP1    
	00142: ALIGNRP    
	00143: MIRP[srp0,md,rd,1] 
	00144: ALIGNRP    
	00145: MDAP[rd]   
	00146: DELTAP1    
	00147: ALIGNRP    
	00148: MIRP[srp0,md,rd,1] 
	00149: ALIGNRP    
	00150: SVTCA[y-axis] 
	00151: MIAP[rd+ci] 
	00152: ALIGNRP    
	00153: MIAP[rd+ci] 
	00154: MIAP[rd+ci] 
	00155: ALIGNRP    
	00156: MIAP[rd+ci] 
	00157: MIRP[nrp0,md,rd,1] 
	00158: SRP1       
	00159: IP         
	00160: IP         
	00161: SRP0       
	00162: MIRP[srp0,md,rd,1] 
	00163: RTDG       
	00164: SRP2       
	00165: IP         
	00166: MDAP[rd]   
	00167: RTG        
	00168: SVTCA[x-axis] 
	00169: SRP0       
	00170: MIRP[srp0,nmd,rd,1] 
	00171: MIRP[srp0,nmd,rd,0] 
	00172: MDRP[nrp0,nmd,rd,0] 
	00173: SVTCA[y-axis] 
	00174: SRP0       
	00175: MIRP[srp0,md,rd,1] 
	00176: RTDG       
	00177: SRP2       
	00178: IP         
	00179: MDAP[rd]   
	00180: RTG        
	00181: SVTCA[x-axis] 
	00182: SRP0       
	00183: MIRP[srp0,nmd,rd,1] 
	00184: MIRP[srp0,nmd,rd,0] 
	00185: MDRP[nrp0,nmd,rd,0] 
	00186: SVTCA[y-axis] 
	00187: SRP0       
	00188: MIRP[srp0,md,rd,1] 
	00189: RTDG       
	00190: SRP2       
	00191: IP         
	00192: MDAP[rd]   
	00193: RTG        
	00194: SVTCA[x-axis] 
	00195: SRP0       
	00196: MIRP[srp0,nmd,rd,1] 
	00197: MIRP[srp0,nmd,rd,0] 
	00198: MDRP[nrp0,nmd,rd,0] 
	00199: SFVTPV     
	00200: SRP0       
	00201: ALIGNRP    
	00202: ALIGNRP    
	00203: RS         
	00204: JROF       
	00205: NPUSHB      (14):    14    15     5     6    15     5    13    31     1    14 
	                             6    16    31     1 
	00221: SVTCA[y-axis] 
	00222: CALL       
	00223: SVTCA[x-axis] 
	00224: CALL       
	00225: FLIPRGON   
	00226: FLIPRGON   
	00227: SVTCA[y-axis] 
	00228: SRP1       
	00229: SRP2       
	00230: IP         
	00231: IP         
	00232: PUSHB[2]              6     2 
	00235: RS         
	00236: EQ         
	00237: IF         
	00238: PUSHW[2]              1   -64 
	00243: PUSHB[4]             27    36    52     1 
	00248: PUSHW[1]            -32 
	00251: PUSHB[3]             17    26    52 
	00255: SVTCA[y-axis] 
	00256: CALL       
	00257: CALL       
	00258: EIF        
	00259: IUP[y]     
	00260: IUP[x]     
	00261: SVTCA[y-axis] 
	00262: CALL       
	00263: CALL       
	00264: SVTCA[x-axis] 
	00265: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual                         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:        XDual                         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:        XDual                         On
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:  YDual                               On
	 27:  YDual                       X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On
	 32:        XDual                         On
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   374,   866)  ->  Abs (   374,   866)
	  1: Rel (     0,  -127)  ->  Abs (   374,   739)
	  2: Rel (    86,    88)  ->  Abs (   460,   827)
	  3: Rel (   143,    69)  ->  Abs (   603,   896)
	  4: Rel (    91,     0)  ->  Abs (   694,   896)
	  5: Rel (   149,     0)  ->  Abs (   843,   896)
	  6: Rel (   172,  -177)  ->  Abs (  1015,   719)
	  7: Rel (     0,  -106)  ->  Abs (  1015,   613)
	  8: Rel (     0,  -943)  ->  Abs (  1015,  -330)
	  9: Rel (     0,   -56)  ->  Abs (  1015,  -386)
	 10: Rel (   -42,     0)  ->  Abs (   973,  -386)
	 11: Rel (   -42,     0)  ->  Abs (   931,  -386)
	 12: Rel (     0,    56)  ->  Abs (   931,  -330)
	 13: Rel (     0,   929)  ->  Abs (   931,   599)
	 14: Rel (     0,    97)  ->  Abs (   931,   696)
	 15: Rel (  -139,   115)  ->  Abs (   792,   811)
	 16: Rel (  -101,     0)  ->  Abs (   691,   811)
	 17: Rel (   -88,     0)  ->  Abs (   603,   811)
	 18: Rel (  -125,   -74)  ->  Abs (   478,   737)
	 19: Rel (  -104,  -126)  ->  Abs (   374,   611)
	 20: Rel (     0,  -527)  ->  Abs (   374,    84)
	 21: Rel (    95,     0)  ->  Abs (   469,    84)
	 22: Rel (    56,     0)  ->  Abs (   525,    84)
	 23: Rel (     0,   -42)  ->  Abs (   525,    42)
	 24: Rel (     0,   -42)  ->  Abs (   525,     0)
	 25: Rel (   -56,     0)  ->  Abs (   469,     0)
	 26: Rel (  -274,     0)  ->  Abs (   195,     0)
	 27: Rel (   -56,     0)  ->  Abs (   139,     0)
	 28: Rel (     0,    42)  ->  Abs (   139,    42)
	 29: Rel (     0,    42)  ->  Abs (   139,    84)
	 30: Rel (    56,     0)  ->  Abs (   195,    84)
	 31: Rel (    95,     0)  ->  Abs (   290,    84)
	 32: Rel (     0,   697)  ->  Abs (   290,   781)
	 33: Rel (   -71,     0)  ->  Abs (   219,   781)
	 34: Rel (   -56,     0)  ->  Abs (   163,   781)
	 35: Rel (     0,    42)  ->  Abs (   163,   823)
	 36: Rel (     0,    43)  ->  Abs (   163,   866)
	 37: Rel (    56,     0)  ->  Abs (   219,   866)

	Glyph 537: off = 0x0001C024, len = 286
	  numberOfContours:	3
	  xMin:			179
	  yMin:			-33
	  xMax:			1051
	  yMax:			1255

	EndPoints
	---------
	  0:  11
	  1:  18
	  2:  25

	  Length of Instructions:	187
	00000: NPUSHB      (39):    53     2    56     4    57     8    54    10    56    14 
	                            53    16    54    21    57    23    69     2    74     4 
	                            75     8    68    10    74    14    69    16    67    21 
	                            77    23    16    14    32    32    35    52    16 
	00041: PUSHW[1]            -32 
	00044: NPUSHB       (9):    32    35    52    14    32    25    26    52    16 
	00055: PUSHW[1]            -32 
	00058: NPUSHB       (9):    25    26    52    23    32    25    26    52    21 
	00069: PUSHW[1]            -32 
	00072: NPUSHB       (9):    25    26    52    14    32    20    21    52    16 
	00083: PUSHW[1]            -32 
	00086: NPUSHB       (9):    20    21    52    23    32    19    20    52    21 
	00097: PUSHW[1]            -32 
	00100: NPUSHB      (47):    19    20    52   212    17     1    38    20    54    17 
	                           118    20   118    24     4    12    18    32    25    19 
	                            19    22    15    33     3     1    22    33     9    11 
	                            12    25    33   191     6     1     6    18    19    33 
	                           160     0     1     0   196   172    24 
	00149: CALL       
	00150: MDAP[rd]   
	00151: DELTAP1    
	00152: MIRP[srp0,md,rd,1] 
	00153: ALIGNRP    
	00154: MDAP[rd]   
	00155: DELTAP1    
	00156: MIRP[srp0,md,rd,1] 
	00157: ALIGNRP    
	00158: SVTCA[y-axis] 
	00159: MIAP[rd+ci] 
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIAP[rd+ci] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: SRP1       
	00164: IP         
	00165: MDAP[rd]   
	00166: ALIGNRP    
	00167: MIRP[srp0,md,rd,1] 
	00168: ALIGNRP    
	00169: IUP[y]     
	00170: IUP[x]     
	00171: SVTCA[y-axis] 
	00172: DELTAP1    
	00173: DELTAP1    
	00174: SVTCA[x-axis] 
	00175: CALL       
	00176: CALL       
	00177: CALL       
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: SVTCA[x-axis] 
	00186: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         Off
	  2:        XDual                 X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual                 X-Short Off
	  6:        XDual                         On
	  7:        XDual                         Off
	  8:                              X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:                              X-Short Off
	 12:                                      On
	 13:  YDual               Y-Short X-Short Off
	 14:                              X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                              X-Short Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual                 X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   179,   611)  ->  Abs (   179,   611)
	  1: Rel (     0,   283)  ->  Abs (   179,   894)
	  2: Rel (   242,   361)  ->  Abs (   421,  1255)
	  3: Rel (   194,     0)  ->  Abs (   615,  1255)
	  4: Rel (   195,     0)  ->  Abs (   810,  1255)
	  5: Rel (   241,  -363)  ->  Abs (  1051,   892)
	  6: Rel (     0,  -281)  ->  Abs (  1051,   611)
	  7: Rel (     0,  -280)  ->  Abs (  1051,   331)
	  8: Rel (  -244,  -364)  ->  Abs (   807,   -33)
	  9: Rel (  -192,     0)  ->  Abs (   615,   -33)
	 10: Rel (  -192,     0)  ->  Abs (   423,   -33)
	 11: Rel (  -244,   360)  ->  Abs (   179,   327)
	 12: Rel (   787,   326)  ->  Abs (   966,   653)
	 13: Rel (    -4,   224)  ->  Abs (   962,   877)
	 14: Rel (  -186,   293)  ->  Abs (   776,  1170)
	 15: Rel (  -161,     0)  ->  Abs (   615,  1170)
	 16: Rel (  -157,     0)  ->  Abs (   458,  1170)
	 17: Rel (  -194,  -293)  ->  Abs (   264,   877)
	 18: Rel (    -1,  -224)  ->  Abs (   263,   653)
	 19: Rel (     0,   -85)  ->  Abs (   263,   568)
	 20: Rel (     1,  -223)  ->  Abs (   264,   345)
	 21: Rel (   194,  -294)  ->  Abs (   458,    51)
	 22: Rel (   157,     0)  ->  Abs (   615,    51)
	 23: Rel (   157,     0)  ->  Abs (   772,    51)
	 24: Rel (   193,   293)  ->  Abs (   965,   344)
	 25: Rel (     1,   224)  ->  Abs (   966,   568)

	Glyph 538: off = 0x0001C142, len = 104
	  numberOfContours:	1
	  xMin:			527
	  yMin:			-33
	  xMax:			879
	  yMax:			896

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	41
	00000: NPUSHB      (24):    18     7     7     7     3    33    13    11    10    10 
	                             0     1    32    16    16    15    48    15    80    15 
	                           144    15     4    15 
	00026: MDAP[rd]   
	00027: DELTAP1    
	00028: ALIGNRP    
	00029: MIRP[srp0,md,rd,1] 
	00030: ALIGNRP    
	00031: SHP[rp2,zp1] 
	00032: MDAP[rd]   
	00033: SVTCA[y-axis] 
	00034: MIAP[rd+ci] 
	00035: MIRP[nrp0,md,rd,1] 
	00036: SHP[rp1,zp0] 
	00037: MDAP[rd]   
	00038: MIAP[rd+ci] 
	00039: IUP[y]     
	00040: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:        XDual                         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   611,   839)  ->  Abs (   611,   839)
	  1: Rel (     0,  -705)  ->  Abs (   611,   134)
	  2: Rel (     0,   -83)  ->  Abs (   611,    51)
	  3: Rel (    80,     0)  ->  Abs (   691,    51)
	  4: Rel (    60,     0)  ->  Abs (   751,    51)
	  5: Rel (    48,    25)  ->  Abs (   799,    76)
	  6: Rel (    28,    15)  ->  Abs (   827,    91)
	  7: Rel (    13,     0)  ->  Abs (   840,    91)
	  8: Rel (    13,     0)  ->  Abs (   853,    91)
	  9: Rel (    26,   -24)  ->  Abs (   879,    67)
	 10: Rel (     0,   -19)  ->  Abs (   879,    48)
	 11: Rel (     0,   -34)  ->  Abs (   879,    14)
	 12: Rel (  -114,   -47)  ->  Abs (   765,   -33)
	 13: Rel (   -86,     0)  ->  Abs (   679,   -33)
	 14: Rel (  -152,     0)  ->  Abs (   527,   -33)
	 15: Rel (     0,   146)  ->  Abs (   527,   113)
	 16: Rel (     0,   726)  ->  Abs (   527,   839)
	 17: Rel (     0,    57)  ->  Abs (   527,   896)
	 18: Rel (    42,     0)  ->  Abs (   569,   896)
	 19: Rel (    42,     0)  ->  Abs (   611,   896)

	Glyph 539: off = 0x0001C1AA, len = 552
	  numberOfContours:	1
	  xMin:			158
	  yMin:			0
	  xMax:			1128
	  yMax:			866

	EndPoints
	---------
	  0:  45

	  Length of Instructions:	428
	00000: NPUSHB      (62):    23    32    34    36    52    24    32    27    36    52 
	                            24    32    20    21    52     5    14    23    14    36 
	                             1    32     2    32    13    79    19    95     2   134 
	                            14   153     1     9    31     4    31     5    31     6 
	                            31     7     4    15     5    15     6    15     7    75 
	                             1   224    13     5     0    13     1     0    26    27 
	                             8    12 
	00064: PUSHW[1]            686 
	00067: PUSHB[7]             10   159    10   191    10     2    10 
	00075: PUSHW[1]            779 
	00078: NPUSHB      (11):    13    10    10    12    13    34     8    13    14     7 
	                             3 
	00091: PUSHW[1]            686 
	00094: PUSHB[7]              5    47     5    63     5     2     5 
	00102: PUSHW[1]            779 
	00105: NPUSHB      (11):     2     5     5     3     2    34     7     2     1    44 
	                            40 
	00118: PUSHW[1]            686 
	00121: NPUSHB      (11):    42    47    39    42    42    40    39    34    44    32 
	                            28 
	00134: PUSHW[1]            686 
	00137: NPUSHB      (20):     0    30    16    30    32    30    48    30     4    30 
	                            47    27    30    30    28    27    34    32    33    37 
	00159: PUSHW[1]            686 
	00162: NPUSHB      (93):    35    47    38    35    35    37    38    34    33    13 
	                            14    14    32     1     2    20     1    14    15     1 
	                             2    14     1     0    32    25    26    26    45    33 
	                             8     7     7    45    45    44     6    17    16    32 
	                            21    22    22    32    32    33    10    16    19    22 
	                             2    13    45     1    25    14     3    22    27    31 
	                            13    48    13   111    13   160    13   176    13   208 
	                            13     6    13    13    19   197   240    22     1    22 
	                            45    27    32    39    16    38    32    38   240    38 
	                             3    38    42 
	00257: PUSHW[2]            263    24 
	00262: CALL       
	00263: MDAP[rd]   
	00264: DELTAP1    
	00265: ALIGNRP    
	00266: MIRP[srp0,md,rd,1] 
	00267: ALIGNRP    
	00268: MDAP[rd]   
	00269: DELTAP1    
	00270: MIRP[nrp0,md,rd,1] 
	00271: SHP[rp1,zp0] 
	00272: MDAP[rd]   
	00273: DELTAP1    
	00274: SRP1       
	00275: SRP2       
	00276: SLOOP      
	00277: IP         
	00278: SRP1       
	00279: SRP2       
	00280: IP         
	00281: SRP1       
	00282: SRP2       
	00283: IP         
	00284: SVTCA[y-axis] 
	00285: MIAP[rd+ci] 
	00286: ALIGNRP    
	00287: SRP0       
	00288: ALIGNRP    
	00289: SRP0       
	00290: ALIGNRP    
	00291: MIRP[srp0,md,rd,1] 
	00292: ALIGNRP    
	00293: MIAP[rd+ci] 
	00294: ALIGNRP    
	00295: SRP0       
	00296: ALIGNRP    
	00297: SRP0       
	00298: ALIGNRP    
	00299: SRP1       
	00300: SRP2       
	00301: IP         
	00302: MDAP[rd]   
	00303: ALIGNRP    
	00304: MIRP[srp0,md,rd,1] 
	00305: ALIGNRP    
	00306: IP         
	00307: SDPVTL[1]  
	00308: SFVTL[=p1,p2] 
	00309: MDAP[nrd]  
	00310: CALL       
	00311: SFVTCA[x-axis] 
	00312: RDTG       
	00313: SRP0       
	00314: MDRP[nrp0,nmd,rd,0] 
	00315: RTG        
	00316: SVTCA[y-axis] 
	00317: SRP0       
	00318: MIRP[srp0,md,rd,1] 
	00319: RTDG       
	00320: SRP2       
	00321: IP         
	00322: MDAP[rd]   
	00323: RTG        
	00324: SVTCA[x-axis] 
	00325: SRP0       
	00326: MIRP[srp0,nmd,rd,1] 
	00327: MIRP[srp0,nmd,rd,0] 
	00328: MDRP[nrp0,nmd,rd,0] 
	00329: SVTCA[y-axis] 
	00330: SRP0       
	00331: MIRP[srp0,md,rd,1] 
	00332: RTDG       
	00333: SRP2       
	00334: IP         
	00335: MDAP[rd]   
	00336: RTG        
	00337: SVTCA[x-axis] 
	00338: SRP0       
	00339: MIRP[srp0,nmd,rd,1] 
	00340: DELTAP1    
	00341: MIRP[srp0,nmd,rd,0] 
	00342: MDRP[nrp0,nmd,rd,0] 
	00343: SVTCA[y-axis] 
	00344: SRP0       
	00345: MIRP[srp0,md,rd,1] 
	00346: RTDG       
	00347: SRP2       
	00348: IP         
	00349: MDAP[rd]   
	00350: RTG        
	00351: SVTCA[x-axis] 
	00352: SRP0       
	00353: MIRP[srp0,nmd,rd,1] 
	00354: MIRP[srp0,nmd,rd,0] 
	00355: MDRP[nrp0,nmd,rd,0] 
	00356: SVTCA[y-axis] 
	00357: SFVTL[=p1,p2] 
	00358: SRP0       
	00359: MIRP[srp0,md,rd,1] 
	00360: RTDG       
	00361: SRP2       
	00362: IP         
	00363: MDAP[rd]   
	00364: RTG        
	00365: SVTCA[x-axis] 
	00366: SRP0       
	00367: MIRP[srp0,nmd,nrd,1] 
	00368: DELTAP1    
	00369: MDAP[rd]   
	00370: MIRP[srp0,nmd,rd,0] 
	00371: MDRP[nrp0,nmd,rd,0] 
	00372: SVTCA[y-axis] 
	00373: SFVTL[=p1,p2] 
	00374: SRP0       
	00375: MIRP[srp0,md,rd,1] 
	00376: RTDG       
	00377: SRP2       
	00378: IP         
	00379: MDAP[rd]   
	00380: RTG        
	00381: SVTCA[x-axis] 
	00382: SRP0       
	00383: MIRP[srp0,nmd,nrd,1] 
	00384: DELTAP1    
	00385: MDAP[rd]   
	00386: MIRP[srp0,nmd,rd,0] 
	00387: MDRP[nrp0,nmd,rd,0] 
	00388: SRP0       
	00389: ALIGNRP    
	00390: ALIGNRP    
	00391: PUSHB[2]              6     2 
	00394: RS         
	00395: EQ         
	00396: IF         
	00397: PUSHW[2]              2   -32 
	00402: PUSHB[4]             15    36    52     1 
	00407: PUSHW[1]            -32 
	00410: PUSHB[3]             15    36    52 
	00414: SVTCA[y-axis] 
	00415: CALL       
	00416: CALL       
	00417: EIF        
	00418: IUP[y]     
	00419: IUP[x]     
	00420: SVTCA[x-axis] 
	00421: DELTAP2    
	00422: DELTAP1    
	00423: DELTAP1    
	00424: DELTAP1    
	00425: CALL       
	00426: CALL       
	00427: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                                      On
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:                                      On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short On
	 27:        XDual                         On
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:  YDual                       X-Short On
	 33:  YDual                               On
	 34:  YDual                       X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short On
	 39:        XDual                         On
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   411,   486)  ->  Abs (   411,   486)
	  1: Rel (    98,     0)  ->  Abs (   509,   486)
	  2: Rel (   324,   295)  ->  Abs (   833,   781)
	  3: Rel (   -47,     0)  ->  Abs (   786,   781)
	  4: Rel (   -56,     0)  ->  Abs (   730,   781)
	  5: Rel (     0,    42)  ->  Abs (   730,   823)
	  6: Rel (     0,    43)  ->  Abs (   730,   866)
	  7: Rel (    56,     0)  ->  Abs (   786,   866)
	  8: Rel (   205,     0)  ->  Abs (   991,   866)
	  9: Rel (    56,     0)  ->  Abs (  1047,   866)
	 10: Rel (     0,   -43)  ->  Abs (  1047,   823)
	 11: Rel (     0,   -42)  ->  Abs (  1047,   781)
	 12: Rel (   -56,     0)  ->  Abs (   991,   781)
	 13: Rel (   -36,     0)  ->  Abs (   955,   781)
	 14: Rel (  -348,  -313)  ->  Abs (   607,   468)
	 15: Rel (   177,   -58)  ->  Abs (   784,   410)
	 16: Rel (   171,  -326)  ->  Abs (   955,    84)
	 17: Rel (   116,     0)  ->  Abs (  1071,    84)
	 18: Rel (    57,     0)  ->  Abs (  1128,    84)
	 19: Rel (     0,   -42)  ->  Abs (  1128,    42)
	 20: Rel (     0,   -42)  ->  Abs (  1128,     0)
	 21: Rel (   -57,     0)  ->  Abs (  1071,     0)
	 22: Rel (  -171,     0)  ->  Abs (   900,     0)
	 23: Rel (   -79,   179)  ->  Abs (   821,   179)
	 24: Rel (  -206,   222)  ->  Abs (   615,   401)
	 25: Rel (  -141,     0)  ->  Abs (   474,   401)
	 26: Rel (   -63,     0)  ->  Abs (   411,   401)
	 27: Rel (     0,  -317)  ->  Abs (   411,    84)
	 28: Rel (   112,     0)  ->  Abs (   523,    84)
	 29: Rel (    56,     0)  ->  Abs (   579,    84)
	 30: Rel (     0,   -42)  ->  Abs (   579,    42)
	 31: Rel (     0,   -42)  ->  Abs (   579,     0)
	 32: Rel (   -56,     0)  ->  Abs (   523,     0)
	 33: Rel (  -309,     0)  ->  Abs (   214,     0)
	 34: Rel (   -56,     0)  ->  Abs (   158,     0)
	 35: Rel (     0,    42)  ->  Abs (   158,    42)
	 36: Rel (     0,    42)  ->  Abs (   158,    84)
	 37: Rel (    56,     0)  ->  Abs (   214,    84)
	 38: Rel (   112,     0)  ->  Abs (   326,    84)
	 39: Rel (     0,   697)  ->  Abs (   326,   781)
	 40: Rel (  -112,     0)  ->  Abs (   214,   781)
	 41: Rel (   -56,     0)  ->  Abs (   158,   781)
	 42: Rel (     0,    42)  ->  Abs (   158,   823)
	 43: Rel (     0,    43)  ->  Abs (   158,   866)
	 44: Rel (    56,     0)  ->  Abs (   214,   866)
	 45: Rel (   197,     0)  ->  Abs (   411,   866)

	Glyph 540: off = 0x0001C3D2, len = 432
	  numberOfContours:	1
	  xMin:			65
	  yMin:			0
	  xMax:			1198
	  yMax:			1255

	EndPoints
	---------
	  0:  32

	  Length of Instructions:	336
	00000: NPUSHB      (22):    24     1    43     1    58     1    56     8    56    21 
	                             5     1     1     0    21    20    21    22    20     2 
	                            14    10 
	00024: PUSHW[1]            686 
	00027: PUSHB[5]             12    64    12     1    12 
	00033: PUSHW[1]            779 
	00036: NPUSHB      (11):     9    12    12    10     9    34    14     9     8    15 
	                            19 
	00049: PUSHW[1]            686 
	00052: NPUSHB      (14):    17    17    92    20    17    17    19    20    34    15 
	                            20     2     7     3 
	00068: PUSHW[1]            686 
	00071: NPUSHB      (14):     5     5    47     2     5     5     3     2    34     7 
	                             2    20    27    23 
	00087: PUSHW[1]            686 
	00090: NPUSHB      (14):    25    25    92    22    25    25    23    22    34    27 
	                            22    21    28    32 
	00106: PUSHW[1]            686 
	00109: PUSHB[5]             30    32    30     1    30 
	00115: PUSHW[1]            779 
	00118: NPUSHB      (80):     0    30    30    32     0    34    28     0     1     2 
	                            20    20    32     9     8    20     9     9     8    21 
	                            22    21    20    22    32     0     1    20     0     0 
	                             1     1    21     8    28     8     7     1    14    15 
	                            15    27    27    28    10    20     9     1     8     2 
	                            22    21     2     2    21    27     9    48     9    91 
	                             9     3     9     9    21     0     0    16     0    48 
	                             0   112     0     4     0     0    21   196   173    24 
	00200: CALL       
	00201: MDAP[rd]   
	00202: SHP[rp1,zp0] 
	00203: MDAP[rd]   
	00204: DELTAP1    
	00205: SRP1       
	00206: SHP[rp1,zp0] 
	00207: MDAP[rd]   
	00208: DELTAP1    
	00209: SRP1       
	00210: SHP[rp1,zp0] 
	00211: MDAP[rd]   
	00212: SRP1       
	00213: IP         
	00214: SRP2       
	00215: IP         
	00216: IP         
	00217: SRP2       
	00218: IP         
	00219: SVTCA[y-axis] 
	00220: MIAP[rd+ci] 
	00221: ALIGNRP    
	00222: SRP0       
	00223: ALIGNRP    
	00224: SRP0       
	00225: ALIGNRP    
	00226: MIAP[rd+ci] 
	00227: ALIGNRP    
	00228: SRP1       
	00229: SRP2       
	00230: IP         
	00231: IP         
	00232: SDPVTL[1]  
	00233: SFVTCA[x-axis] 
	00234: MDAP[nrd]  
	00235: CALL       
	00236: SFVTL[=p1,p2] 
	00237: RDTG       
	00238: SRP0       
	00239: MDRP[nrp0,nmd,rd,0] 
	00240: SDPVTL[1]  
	00241: SFVTCA[x-axis] 
	00242: MDAP[nrd]  
	00243: RTG        
	00244: CALL       
	00245: RDTG       
	00246: SRP0       
	00247: MDRP[nrp0,nmd,rd,0] 
	00248: RTG        
	00249: SVTCA[y-axis] 
	00250: SFVTL[=p1,p2] 
	00251: SRP0       
	00252: MIRP[srp0,md,rd,1] 
	00253: RTDG       
	00254: SRP2       
	00255: IP         
	00256: MDAP[rd]   
	00257: RTG        
	00258: SVTCA[x-axis] 
	00259: SRP0       
	00260: MIRP[srp0,nmd,nrd,1] 
	00261: DELTAP1    
	00262: MDAP[rd]   
	00263: MIRP[srp0,nmd,rd,0] 
	00264: MDRP[nrp0,nmd,rd,0] 
	00265: SVTCA[y-axis] 
	00266: SFVTL[=p1,p2] 
	00267: SRP0       
	00268: MIRP[srp0,md,rd,1] 
	00269: RTDG       
	00270: SRP2       
	00271: IP         
	00272: MDAP[rd]   
	00273: RTG        
	00274: SVTCA[x-axis] 
	00275: SRP0       
	00276: MIRP[srp0,nmd,nrd,1] 
	00277: MDAP[rd]   
	00278: MIRP[srp0,nmd,rd,0] 
	00279: MDRP[nrp0,nmd,rd,0] 
	00280: SVTCA[y-axis] 
	00281: SFVTL[=p1,p2] 
	00282: SRP0       
	00283: MIRP[srp0,md,rd,1] 
	00284: RTDG       
	00285: SRP2       
	00286: IP         
	00287: MDAP[rd]   
	00288: RTG        
	00289: SVTCA[x-axis] 
	00290: SRP0       
	00291: MIRP[srp0,nmd,nrd,1] 
	00292: MDAP[rd]   
	00293: MIRP[srp0,nmd,rd,0] 
	00294: MDRP[nrp0,nmd,rd,0] 
	00295: SVTCA[y-axis] 
	00296: SFVTL[=p1,p2] 
	00297: SRP0       
	00298: MIRP[srp0,md,rd,1] 
	00299: RTDG       
	00300: SRP2       
	00301: IP         
	00302: MDAP[rd]   
	00303: RTG        
	00304: SVTCA[x-axis] 
	00305: SRP0       
	00306: MIRP[srp0,nmd,nrd,1] 
	00307: MDAP[rd]   
	00308: MIRP[srp0,nmd,rd,0] 
	00309: MDRP[nrp0,nmd,rd,0] 
	00310: SVTCA[y-axis] 
	00311: SFVTL[=p1,p2] 
	00312: SRP0       
	00313: MIRP[srp0,md,rd,1] 
	00314: RTDG       
	00315: SRP2       
	00316: IP         
	00317: MDAP[rd]   
	00318: RTG        
	00319: SVTCA[x-axis] 
	00320: SRP0       
	00321: MIRP[srp0,nmd,nrd,1] 
	00322: DELTAP2    
	00323: MDAP[rd]   
	00324: MIRP[srp0,nmd,rd,0] 
	00325: MDRP[nrp0,nmd,rd,0] 
	00326: SPVTL[p1,p2] 
	00327: SFVTL[=p1,p2] 
	00328: SRP0       
	00329: ALIGNRP    
	00330: SFVTL[=p1,p2] 
	00331: ALIGNRP    
	00332: IUP[y]     
	00333: IUP[x]     
	00334: SVTCA[x-axis] 
	00335: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:                                      On
	  2:                              X-Short On
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:                                      On
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short On
	 21:                                      On
	 22:                                      On
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   182,    84)  ->  Abs (   182,    84)
	  1: Rel (   383,   732)  ->  Abs (   565,   816)
	  2: Rel (  -198,   354)  ->  Abs (   367,  1170)
	  3: Rel (  -113,     0)  ->  Abs (   254,  1170)
	  4: Rel (   -56,     0)  ->  Abs (   198,  1170)
	  5: Rel (     0,    42)  ->  Abs (   198,  1212)
	  6: Rel (     0,    43)  ->  Abs (   198,  1255)
	  7: Rel (    56,     0)  ->  Abs (   254,  1255)
	  8: Rel (   168,     0)  ->  Abs (   422,  1255)
	  9: Rel (   659, -1171)  ->  Abs (  1081,    84)
	 10: Rel (    61,     0)  ->  Abs (  1142,    84)
	 11: Rel (    56,     0)  ->  Abs (  1198,    84)
	 12: Rel (     0,   -42)  ->  Abs (  1198,    42)
	 13: Rel (     0,   -42)  ->  Abs (  1198,     0)
	 14: Rel (   -56,     0)  ->  Abs (  1142,     0)
	 15: Rel (  -246,     0)  ->  Abs (   896,     0)
	 16: Rel (   -56,     0)  ->  Abs (   840,     0)
	 17: Rel (     0,    42)  ->  Abs (   840,    42)
	 18: Rel (     0,    42)  ->  Abs (   840,    84)
	 19: Rel (    56,     0)  ->  Abs (   896,    84)
	 20: Rel (    83,     0)  ->  Abs (   979,    84)
	 21: Rel (  -364,   644)  ->  Abs (   615,   728)
	 22: Rel (  -336,  -644)  ->  Abs (   279,    84)
	 23: Rel (    86,     0)  ->  Abs (   365,    84)
	 24: Rel (    57,     0)  ->  Abs (   422,    84)
	 25: Rel (     0,   -42)  ->  Abs (   422,    42)
	 26: Rel (     0,   -42)  ->  Abs (   422,     0)
	 27: Rel (   -57,     0)  ->  Abs (   365,     0)
	 28: Rel (  -244,     0)  ->  Abs (   121,     0)
	 29: Rel (   -56,     0)  ->  Abs (    65,     0)
	 30: Rel (     0,    42)  ->  Abs (    65,    42)
	 31: Rel (     0,    42)  ->  Abs (    65,    84)
	 32: Rel (    56,     0)  ->  Abs (   121,    84)

	Glyph 541: off = 0x0001C582, len = 340
	  numberOfContours:	1
	  xMin:			84
	  yMin:			-386
	  xMax:			1140
	  yMax:			866

	EndPoints
	---------
	  0:  38

	  Length of Instructions:	235
	00000: PUSHB[4]            249    37     1    37 
	00005: PUSHW[1]            -32 
	00008: NPUSHB      (23):    34    36    52    18    64    25    36    52    14    64 
	                            25    36    52    38    37    14    13    31    32    18 
	                            19     5     1 
	00033: PUSHW[1]            686 
	00036: NPUSHB      (11):     3    47     0     3     3     1     0    34     5    29 
	                            25 
	00049: PUSHW[1]            686 
	00052: NPUSHB      (11):    27    47    24    27    27    25    24    34    29    12 
	                             8 
	00065: PUSHW[1]            686 
	00068: NPUSHB      (56):     0    10     1    10    47     7    10    10     8     7 
	                            34    12    18    14    30     6     5     5    30    30 
	                            29     6    12    13    10    21    15    35    33    16 
	                            11     0    13    32     6    15     7    47     7    79 
	                             7   207     7   223     7     5     7    30    19    32 
	                            24   191    23     1    23    71 
	00126: PUSHW[2]            789    24 
	00131: CALL       
	00132: MDAP[rd]   
	00133: DELTAP1    
	00134: ALIGNRP    
	00135: MIRP[srp0,md,rd,1] 
	00136: ALIGNRP    
	00137: MDAP[rd]   
	00138: DELTAP1    
	00139: ALIGNRP    
	00140: MIRP[srp0,md,rd,1] 
	00141: ALIGNRP    
	00142: SVTCA[y-axis] 
	00143: MIAP[rd+ci] 
	00144: MIRP[nrp0,md,rd,1] 
	00145: MIAP[rd+ci] 
	00146: MIAP[rd+ci] 
	00147: ALIGNRP    
	00148: MIAP[rd+ci] 
	00149: ALIGNRP    
	00150: SRP0       
	00151: ALIGNRP    
	00152: SRP0       
	00153: ALIGNRP    
	00154: SRP1       
	00155: IP         
	00156: IP         
	00157: SRP0       
	00158: MIRP[srp0,md,rd,1] 
	00159: RTDG       
	00160: SRP2       
	00161: IP         
	00162: MDAP[rd]   
	00163: RTG        
	00164: SVTCA[x-axis] 
	00165: SRP0       
	00166: MIRP[srp0,nmd,rd,1] 
	00167: DELTAP1    
	00168: MIRP[srp0,nmd,rd,0] 
	00169: MDRP[nrp0,nmd,rd,0] 
	00170: SVTCA[y-axis] 
	00171: SRP0       
	00172: MIRP[srp0,md,rd,1] 
	00173: RTDG       
	00174: SRP2       
	00175: IP         
	00176: MDAP[rd]   
	00177: RTG        
	00178: SVTCA[x-axis] 
	00179: SRP0       
	00180: MIRP[srp0,nmd,rd,1] 
	00181: MIRP[srp0,nmd,rd,0] 
	00182: MDRP[nrp0,nmd,rd,0] 
	00183: SVTCA[y-axis] 
	00184: SRP0       
	00185: MIRP[srp0,md,rd,1] 
	00186: RTDG       
	00187: SRP2       
	00188: IP         
	00189: MDAP[rd]   
	00190: RTG        
	00191: SVTCA[x-axis] 
	00192: SRP0       
	00193: MIRP[srp0,nmd,rd,1] 
	00194: MIRP[srp0,nmd,rd,0] 
	00195: MDRP[nrp0,nmd,rd,0] 
	00196: SFVTPV     
	00197: SRP0       
	00198: ALIGNRP    
	00199: ALIGNRP    
	00200: ALIGNRP    
	00201: SRP0       
	00202: ALIGNRP    
	00203: ALIGNRP    
	00204: ALIGNRP    
	00205: PUSHB[2]              6     2 
	00208: RS         
	00209: EQ         
	00210: IF         
	00211: NPUSHB      (10):    14    64    27    36    52    14    32    17    26    52 
	00223: SVTCA[y-axis] 
	00224: CALL       
	00225: CALL       
	00226: EIF        
	00227: IUP[y]     
	00228: IUP[x]     
	00229: SVTCA[y-axis] 
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: SVTCA[x-axis] 
	00234: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:  YDual XDual         Y-Short         On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short On
	 31:        XDual                         On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   888,   781)  ->  Abs (   888,   781)
	  1: Rel (  -113,     0)  ->  Abs (   775,   781)
	  2: Rel (   -56,     0)  ->  Abs (   719,   781)
	  3: Rel (     0,    42)  ->  Abs (   719,   823)
	  4: Rel (     0,    43)  ->  Abs (   719,   866)
	  5: Rel (    56,     0)  ->  Abs (   775,   866)
	  6: Rel (   197,     0)  ->  Abs (   972,   866)
	  7: Rel (     0,  -782)  ->  Abs (   972,    84)
	  8: Rel (   112,     0)  ->  Abs (  1084,    84)
	  9: Rel (    56,     0)  ->  Abs (  1140,    84)
	 10: Rel (     0,   -42)  ->  Abs (  1140,    42)
	 11: Rel (     0,   -42)  ->  Abs (  1140,     0)
	 12: Rel (   -56,     0)  ->  Abs (  1084,     0)
	 13: Rel (  -196,     0)  ->  Abs (   888,     0)
	 14: Rel (     0,   104)  ->  Abs (   888,   104)
	 15: Rel (  -115,  -137)  ->  Abs (   773,   -33)
	 16: Rel (  -175,     0)  ->  Abs (   598,   -33)
	 17: Rel (  -153,     0)  ->  Abs (   445,   -33)
	 18: Rel (  -108,   123)  ->  Abs (   337,    90)
	 19: Rel (     0,  -420)  ->  Abs (   337,  -330)
	 20: Rel (     0,   -56)  ->  Abs (   337,  -386)
	 21: Rel (   -42,     0)  ->  Abs (   295,  -386)
	 22: Rel (   -43,     0)  ->  Abs (   252,  -386)
	 23: Rel (     0,    56)  ->  Abs (   252,  -330)
	 24: Rel (     0,  1111)  ->  Abs (   252,   781)
	 25: Rel (  -112,     0)  ->  Abs (   140,   781)
	 26: Rel (   -56,     0)  ->  Abs (    84,   781)
	 27: Rel (     0,    42)  ->  Abs (    84,   823)
	 28: Rel (     0,    43)  ->  Abs (    84,   866)
	 29: Rel (    56,     0)  ->  Abs (   140,   866)
	 30: Rel (   197,     0)  ->  Abs (   337,   866)
	 31: Rel (     0,  -475)  ->  Abs (   337,   391)
	 32: Rel (     0,  -119)  ->  Abs (   337,   272)
	 33: Rel (    45,  -124)  ->  Abs (   382,   148)
	 34: Rel (   138,   -97)  ->  Abs (   520,    51)
	 35: Rel (    86,     0)  ->  Abs (   606,    51)
	 36: Rel (   114,     0)  ->  Abs (   720,    51)
	 37: Rel (   168,   158)  ->  Abs (   888,   209)
	 38: Rel (     0,   182)  ->  Abs (   888,   391)

	Glyph 542: off = 0x0001C6D6, len = 240
	  numberOfContours:	1
	  xMin:			74
	  yMin:			0
	  xMax:			1022
	  yMax:			896

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	161
	00000: PUSHW[2]             16   -64 
	00005: NPUSHB      (27):    23    36    52   167     0   167    15   167    16   183 
	                             0   183    15   182    16   182    24   199     0   198 
	                            15     9     7    24     1    23    19 
	00034: PUSHW[1]            686 
	00037: NPUSHB      (67):    21    21    92    18    21    21    19    18    34    23 
	                            18    17    24    18    17    17    32     0    24    20 
	                             0     0    24     0     3    13     5     4    24    16 
	                            17    10    10     7    24    23     6    16     8    17 
	                            24     0    18     7     7     3    33    47    13    79 
	                            13   191    13     3    13    13    48    18   191    18 
	                             2    18    18     0    94   128    24 
	00106: CALL       
	00107: MDAP[rd]   
	00108: SHP[rp1,zp0] 
	00109: MDAP[rd]   
	00110: DELTAP1    
	00111: SHP[rp2,zp1] 
	00112: MDAP[rd]   
	00113: DELTAP1    
	00114: MIRP[nrp0,md,rd,1] 
	00115: SHP[rp1,zp0] 
	00116: MDAP[rd]   
	00117: SRP1       
	00118: SRP2       
	00119: IP         
	00120: IP         
	00121: SRP1       
	00122: IP         
	00123: SVTCA[y-axis] 
	00124: MIAP[rd+ci] 
	00125: ALIGNRP    
	00126: MIAP[rd+ci] 
	00127: MIAP[rd+ci] 
	00128: ALIGNRP    
	00129: SRP2       
	00130: SLOOP      
	00131: IP         
	00132: SDPVTL[1]  
	00133: SFVTCA[x-axis] 
	00134: MDAP[nrd]  
	00135: CALL       
	00136: SDPVTL[1]  
	00137: RDTG       
	00138: MDRP[nrp0,nmd,rd,0] 
	00139: RTG        
	00140: SVTCA[y-axis] 
	00141: SFVTL[=p1,p2] 
	00142: SRP0       
	00143: MIRP[srp0,md,rd,1] 
	00144: RTDG       
	00145: SRP2       
	00146: IP         
	00147: MDAP[rd]   
	00148: RTG        
	00149: SVTCA[x-axis] 
	00150: SRP0       
	00151: MIRP[srp0,nmd,nrd,1] 
	00152: MDAP[rd]   
	00153: MIRP[srp0,nmd,rd,0] 
	00154: MDRP[nrp0,nmd,rd,0] 
	00155: IUP[y]     
	00156: IUP[x]     
	00157: SVTCA[x-axis] 
	00158: DELTAP2    
	00159: DELTAP1    
	00160: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                              X-Short Off
	 16:                      Y-Short X-Short On
	 17:  YDual                       X-Short On
	 18:                                      On
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   638,    84)  ->  Abs (   638,    84)
	  1: Rel (   169,   202)  ->  Abs (   807,   286)
	  2: Rel (   124,   229)  ->  Abs (   931,   515)
	  3: Rel (     0,    92)  ->  Abs (   931,   607)
	  4: Rel (     0,   108)  ->  Abs (   931,   715)
	  5: Rel (   -71,    99)  ->  Abs (   860,   814)
	  6: Rel (   -17,    25)  ->  Abs (   843,   839)
	  7: Rel (     0,    13)  ->  Abs (   843,   852)
	  8: Rel (     0,    17)  ->  Abs (   843,   869)
	  9: Rel (    28,    27)  ->  Abs (   871,   896)
	 10: Rel (    17,     0)  ->  Abs (   888,   896)
	 11: Rel (    37,     0)  ->  Abs (   925,   896)
	 12: Rel (    97,  -188)  ->  Abs (  1022,   708)
	 13: Rel (     0,  -103)  ->  Abs (  1022,   605)
	 14: Rel (     0,  -109)  ->  Abs (  1022,   496)
	 15: Rel (  -159,  -281)  ->  Abs (   863,   215)
	 16: Rel (  -192,  -215)  ->  Abs (   671,     0)
	 17: Rel (   -88,     0)  ->  Abs (   583,     0)
	 18: Rel (  -361,   781)  ->  Abs (   222,   781)
	 19: Rel (   -92,     0)  ->  Abs (   130,   781)
	 20: Rel (   -56,     0)  ->  Abs (    74,   781)
	 21: Rel (     0,    42)  ->  Abs (    74,   823)
	 22: Rel (     0,    43)  ->  Abs (    74,   866)
	 23: Rel (    56,     0)  ->  Abs (   130,   866)
	 24: Rel (   149,     0)  ->  Abs (   279,   866)

	Glyph 543: off = 0x0001C7C6, len = 418
	  numberOfContours:	1
	  xMin:			325
	  yMin:			-386
	  xMax:			1006
	  yMax:			1255

	EndPoints
	---------
	  0:  51

	  Length of Instructions:	271
	00000: NPUSHB      (35):     8     0    10    31    10    46     8    47    24    47 
	                           139    47     6   186    30   191    31   191    46   186 
	                            47   202    30   206    31   206    46   202    47   216 
	                             0   220    17    10    21 
	00037: PUSHW[1]            -32 
	00040: PUSHB[4]             24    27    52    17 
	00045: PUSHW[1]            -32 
	00048: NPUSHB      (14):    24    36    52    43    32    22    23    52    46    32 
	                            22    23    52    29 
	00064: PUSHW[1]            -32 
	00067: PUSHB[4]             20    29    52    26 
	00072: PUSHW[1]            -32 
	00075: PUSHB[4]             20    34    52    21 
	00080: PUSHW[1]            -42 
	00083: NPUSHB     (120):    17    18    52     6    32     6    35    22    35   171 
	                             4   171     5   187     4   187     5     7    73     4 
	                           155     4   155     5     3    40    48    79     4    79 
	                             5    79    16    77    17    72    27    76    51    89 
	                             4   105     5   105    17   123     5   123    17   137 
	                             5   137    17   168     2   246    35    16     0    23 
	                            30    47    42    23    59    24    24    37    15     5 
	                             5     6    32    11    10     1    42    33    37    15 
	                             0    24     5    39    19   143    13     1    13    13 
	                            34    23    47    24     1    24    24    44    33    15 
	                            34     1    34     8     8    19    33    64     3   112 
	                             3     2     3     3    28    33    15    50     1    50 
	00205: PUSHW[1]            780 
	00208: PUSHB[2]            128    24 
	00211: CALL       
	00212: MDAP[rd]   
	00213: DELTAP1    
	00214: MIRP[nrp0,md,rd,1] 
	00215: SHP[rp1,zp0] 
	00216: MDAP[rd]   
	00217: DELTAP1    
	00218: MIRP[nrp0,md,rd,1] 
	00219: SHP[rp1,zp0] 
	00220: MDAP[rd]   
	00221: MDAP[rd]   
	00222: DELTAP1    
	00223: MIRP[nrp0,md,rd,1] 
	00224: SHP[rp1,zp0] 
	00225: MDAP[rd]   
	00226: DELTAP1    
	00227: ALIGNRP    
	00228: SRP1       
	00229: SHP[rp1,zp0] 
	00230: MDAP[rd]   
	00231: DELTAP1    
	00232: SRP1       
	00233: SRP2       
	00234: IP         
	00235: SRP1       
	00236: IP         
	00237: SVTCA[y-axis] 
	00238: MIAP[rd+ci] 
	00239: MIRP[nrp0,md,rd,1] 
	00240: MIAP[rd+ci] 
	00241: ALIGNRP    
	00242: MIRP[srp0,md,rd,1] 
	00243: ALIGNRP    
	00244: SRP0       
	00245: ALIGNRP    
	00246: SRP2       
	00247: IP         
	00248: MDAP[rd]   
	00249: MIRP[nrp0,md,rd,1] 
	00250: SRP2       
	00251: IP         
	00252: IP         
	00253: SRP2       
	00254: IP         
	00255: IUP[y]     
	00256: IUP[x]     
	00257: SVTCA[x-axis] 
	00258: DELTAP1    
	00259: DELTAP2    
	00260: DELTAP2    
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: CALL       
	00268: SVTCA[y-axis] 
	00269: DELTAP1    
	00270: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual                               On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:              Rep-  2 Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short         On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short         On
	 31:        XDual Rep-  2 Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual               Y-Short X-Short On
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   629,   651)  ->  Abs (   629,   651)
	  1: Rel (   -99,    28)  ->  Abs (   530,   679)
	  2: Rel (  -127,   150)  ->  Abs (   403,   829)
	  3: Rel (     0,    93)  ->  Abs (   403,   922)
	  4: Rel (     0,   171)  ->  Abs (   403,  1093)
	  5: Rel (   181,    77)  ->  Abs (   584,  1170)
	  6: Rel (  -125,     0)  ->  Abs (   459,  1170)
	  7: Rel (   -56,     0)  ->  Abs (   403,  1170)
	  8: Rel (     0,    42)  ->  Abs (   403,  1212)
	  9: Rel (     0,    43)  ->  Abs (   403,  1255)
	 10: Rel (    56,     0)  ->  Abs (   459,  1255)
	 11: Rel (   421,     0)  ->  Abs (   880,  1255)
	 12: Rel (    57,     0)  ->  Abs (   937,  1255)
	 13: Rel (     0,   -43)  ->  Abs (   937,  1212)
	 14: Rel (     0,   -39)  ->  Abs (   937,  1173)
	 15: Rel (   -47,    -3)  ->  Abs (   890,  1170)
	 16: Rel (  -141,    -7)  ->  Abs (   749,  1163)
	 17: Rel (  -159,   -46)  ->  Abs (   590,  1117)
	 18: Rel (  -103,  -116)  ->  Abs (   487,  1001)
	 19: Rel (     0,   -71)  ->  Abs (   487,   930)
	 20: Rel (     0,   -71)  ->  Abs (   487,   859)
	 21: Rel (   102,  -122)  ->  Abs (   589,   737)
	 22: Rel (   136,   -42)  ->  Abs (   725,   695)
	 23: Rel (   132,    -9)  ->  Abs (   857,   686)
	 24: Rel (     0,   -85)  ->  Abs (   857,   601)
	 25: Rel (  -149,     0)  ->  Abs (   708,   601)
	 26: Rel (  -171,   -55)  ->  Abs (   537,   546)
	 27: Rel (  -128,  -152)  ->  Abs (   409,   394)
	 28: Rel (     0,   -98)  ->  Abs (   409,   296)
	 29: Rel (     0,  -221)  ->  Abs (   409,    75)
	 30: Rel (   313,   -34)  ->  Abs (   722,    41)
	 31: Rel (   112,   -12)  ->  Abs (   834,    29)
	 32: Rel (   107,   -35)  ->  Abs (   941,    -6)
	 33: Rel (    65,   -86)  ->  Abs (  1006,   -92)
	 34: Rel (     0,   -64)  ->  Abs (  1006,  -156)
	 35: Rel (     0,   -94)  ->  Abs (  1006,  -250)
	 36: Rel (  -171,  -136)  ->  Abs (   835,  -386)
	 37: Rel (  -118,     0)  ->  Abs (   717,  -386)
	 38: Rel (   -53,     0)  ->  Abs (   664,  -386)
	 39: Rel (     0,    43)  ->  Abs (   664,  -343)
	 40: Rel (     0,    19)  ->  Abs (   664,  -324)
	 41: Rel (    26,    16)  ->  Abs (   690,  -308)
	 42: Rel (    41,     5)  ->  Abs (   731,  -303)
	 43: Rel (   191,    25)  ->  Abs (   922,  -278)
	 44: Rel (     0,   117)  ->  Abs (   922,  -161)
	 45: Rel (     0,    60)  ->  Abs (   922,  -101)
	 46: Rel (   -87,    46)  ->  Abs (   835,   -55)
	 47: Rel (  -121,    12)  ->  Abs (   714,   -43)
	 48: Rel (  -215,    20)  ->  Abs (   499,   -23)
	 49: Rel (  -174,   195)  ->  Abs (   325,   172)
	 50: Rel (     0,   126)  ->  Abs (   325,   298)
	 51: Rel (     0,   257)  ->  Abs (   325,   555)

	Glyph 544: off = 0x0001C968, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			896

	     0: Flags:		0x0216
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 545: off = 0x0001C978, len = 196
	  numberOfContours:	2
	  xMin:			202
	  yMin:			-386
	  xMax:			1111
	  yMax:			896

	EndPoints
	---------
	  0:  16
	  1:  28

	  Length of Instructions:	103
	00000: PUSHW[2]             19   -32 
	00005: NPUSHB      (14):    18    36    52    21    64    12    36    52    25    32 
	                            12    36    52    27 
	00021: PUSHW[1]            -64 
	00024: NPUSHB      (50):    12    36    52   216    28   234    13   234    22   232 
	                            28     4     0    20    26    33     9     7    20    33 
	                            15    11     3    15    23    33    48    12    80    12 
	                           144    12     3    12    17    33     6     0     1    32 
	                             6   111     5   144     5     2     5    94   142    24 
	00076: CALL       
	00077: MDAP[rd]   
	00078: DELTAP1    
	00079: ALIGNRP    
	00080: MIRP[srp0,md,rd,1] 
	00081: ALIGNRP    
	00082: SRP0       
	00083: MIRP[nrp0,md,rd,1] 
	00084: MDAP[rd]   
	00085: DELTAP1    
	00086: MIRP[nrp0,md,rd,1] 
	00087: SVTCA[y-axis] 
	00088: MIAP[rd+ci] 
	00089: MIAP[rd+ci] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: MIAP[rd+ci] 
	00092: MIRP[nrp0,md,rd,1] 
	00093: SRP1       
	00094: IP         
	00095: IUP[y]     
	00096: IUP[x]     
	00097: SVTCA[x-axis] 
	00098: DELTAP1    
	00099: CALL       
	00100: CALL       
	00101: CALL       
	00102: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:        XDual                         On
	  7:        XDual                         Off
	  8:  YDual               Y-Short         Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                                      Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                              X-Short On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   286,   169)  ->  Abs (   286,   169)
	  1: Rel (     0,  -499)  ->  Abs (   286,  -330)
	  2: Rel (     0,   -56)  ->  Abs (   286,  -386)
	  3: Rel (   -42,     0)  ->  Abs (   244,  -386)
	  4: Rel (   -42,     0)  ->  Abs (   202,  -386)
	  5: Rel (     0,    56)  ->  Abs (   202,  -330)
	  6: Rel (     0,   700)  ->  Abs (   202,   370)
	  7: Rel (     0,   281)  ->  Abs (   202,   651)
	  8: Rel (   272,   245)  ->  Abs (   474,   896)
	  9: Rel (   191,     0)  ->  Abs (   665,   896)
	 10: Rel (   214,     0)  ->  Abs (   879,   896)
	 11: Rel (   232,  -286)  ->  Abs (  1111,   610)
	 12: Rel (     0,  -173)  ->  Abs (  1111,   437)
	 13: Rel (     0,  -198)  ->  Abs (  1111,   239)
	 14: Rel (  -267,  -272)  ->  Abs (   844,   -33)
	 15: Rel (  -177,     0)  ->  Abs (   667,   -33)
	 16: Rel (  -219,     0)  ->  Abs (   448,   -33)
	 17: Rel (  -162,   470)  ->  Abs (   286,   437)
	 18: Rel (     0,  -167)  ->  Abs (   286,   270)
	 19: Rel (   238,  -219)  ->  Abs (   524,    51)
	 20: Rel (   143,     0)  ->  Abs (   667,    51)
	 21: Rel (   134,     0)  ->  Abs (   801,    51)
	 22: Rel (   225,   216)  ->  Abs (  1026,   267)
	 23: Rel (     0,   170)  ->  Abs (  1026,   437)
	 24: Rel (     0,   159)  ->  Abs (  1026,   596)
	 25: Rel (  -200,   215)  ->  Abs (   826,   811)
	 26: Rel (  -161,     0)  ->  Abs (   665,   811)
	 27: Rel (  -160,     0)  ->  Abs (   505,   811)
	 28: Rel (  -219,  -204)  ->  Abs (   286,   607)

	Glyph 546: off = 0x0001CA3C, len = 288
	  numberOfContours:	1
	  xMin:			207
	  yMin:			-386
	  xMax:			1097
	  yMax:			896

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	135
	00000: NPUSHB      (15):     9    48    24    48   179    30   229    30     4    19 
	                            32    23    36    52    25 
	00017: PUSHW[1]            -32 
	00020: PUSHB[4]             23    36    52    41 
	00025: PUSHW[1]            -32 
	00028: NPUSHB      (64):    22    36    52    23    64    12    36    52    31    28 
	                           212    30   230    28   230    46   249    47     5     0 
	                            21    15    28     1    28    46    15    39    33    35 
	                            15    15    15    21    33     3    53     7     9     1 
	                             0    33     5    17    33    16     5     1     5    84 
	                            13    13    32    37    37    42    33    32    24    33 
	                            50    94   173    24 
	00094: CALL       
	00095: MDAP[rd]   
	00096: MIRP[nrp0,md,rd,1] 
	00097: MDAP[rd]   
	00098: MIRP[nrp0,md,rd,1] 
	00099: SHP[rp1,zp0] 
	00100: MDAP[rd]   
	00101: SRP1       
	00102: SHP[rp1,zp0] 
	00103: MDAP[rd]   
	00104: MIRP[nrp0,nmd,rd,0] 
	00105: DELTAP1    
	00106: MIRP[nrp0,md,rd,1] 
	00107: SRP0       
	00108: MIRP[srp0,md,rd,1] 
	00109: IP         
	00110: IP         
	00111: SVTCA[y-axis] 
	00112: MIAP[rd+ci] 
	00113: ALIGNRP    
	00114: MIRP[nrp0,md,rd,1] 
	00115: SHP[rp1,zp0] 
	00116: MDAP[rd]   
	00117: MIAP[rd+ci] 
	00118: MIRP[srp0,md,rd,1] 
	00119: SRP1       
	00120: IP         
	00121: IP         
	00122: DELTAP1    
	00123: SRP2       
	00124: IP         
	00125: IUP[y]     
	00126: IUP[x]     
	00127: SVTCA[y-axis] 
	00128: DELTAP1    
	00129: CALL       
	00130: CALL       
	00131: CALL       
	00132: CALL       
	00133: SVTCA[x-axis] 
	00134: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual       Rep-  2 Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual Rep-  2 Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual               Y-Short X-Short On
	 47:  YDual       Rep-  2 Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:                                      Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   989,   809)  ->  Abs (   989,   809)
	  1: Rel (    24,    54)  ->  Abs (  1013,   863)
	  2: Rel (    15,    33)  ->  Abs (  1028,   896)
	  3: Rel (    27,     0)  ->  Abs (  1055,   896)
	  4: Rel (    42,     0)  ->  Abs (  1097,   896)
	  5: Rel (     0,   -48)  ->  Abs (  1097,   848)
	  6: Rel (     0,   -25)  ->  Abs (  1097,   823)
	  7: Rel (    -5,   -48)  ->  Abs (  1092,   775)
	  8: Rel (    -5,   -54)  ->  Abs (  1087,   721)
	  9: Rel (     0,   -30)  ->  Abs (  1087,   691)
	 10: Rel (     0,   -23)  ->  Abs (  1087,   668)
	 11: Rel (     4,   -30)  ->  Abs (  1091,   638)
	 12: Rel (     4,   -35)  ->  Abs (  1095,   603)
	 13: Rel (     0,   -11)  ->  Abs (  1095,   592)
	 14: Rel (     0,   -44)  ->  Abs (  1095,   548)
	 15: Rel (   -44,     0)  ->  Abs (  1051,   548)
	 16: Rel (   -30,     0)  ->  Abs (  1021,   548)
	 17: Rel (   -12,    40)  ->  Abs (  1009,   588)
	 18: Rel (   -25,    87)  ->  Abs (   984,   675)
	 19: Rel (   -53,    77)  ->  Abs (   931,   752)
	 20: Rel (  -142,    59)  ->  Abs (   789,   811)
	 21: Rel (   -96,     0)  ->  Abs (   693,   811)
	 22: Rel (  -172,     0)  ->  Abs (   521,   811)
	 23: Rel (  -230,  -215)  ->  Abs (   291,   596)
	 24: Rel (     0,  -185)  ->  Abs (   291,   411)
	 25: Rel (     0,  -107)  ->  Abs (   291,   304)
	 26: Rel (    79,  -169)  ->  Abs (   370,   135)
	 27: Rel (   135,   -79)  ->  Abs (   505,    56)
	 28: Rel (   130,   -17)  ->  Abs (   635,    39)
	 29: Rel (   128,   -18)  ->  Abs (   763,    21)
	 30: Rel (   103,   -33)  ->  Abs (   866,   -12)
	 31: Rel (    70,   -95)  ->  Abs (   936,  -107)
	 32: Rel (     0,   -59)  ->  Abs (   936,  -166)
	 33: Rel (     0,   -84)  ->  Abs (   936,  -250)
	 34: Rel (  -152,  -136)  ->  Abs (   784,  -386)
	 35: Rel (  -132,     0)  ->  Abs (   652,  -386)
	 36: Rel (   -59,     0)  ->  Abs (   593,  -386)
	 37: Rel (     0,    42)  ->  Abs (   593,  -344)
	 38: Rel (     0,    43)  ->  Abs (   593,  -301)
	 39: Rel (    57,     0)  ->  Abs (   650,  -301)
	 40: Rel (   104,     0)  ->  Abs (   754,  -301)
	 41: Rel (    97,    86)  ->  Abs (   851,  -215)
	 42: Rel (     0,    54)  ->  Abs (   851,  -161)
	 43: Rel (     0,    32)  ->  Abs (   851,  -129)
	 44: Rel (   -51,    54)  ->  Abs (   800,   -75)
	 45: Rel (   -70,    18)  ->  Abs (   730,   -57)
	 46: Rel (  -118,    14)  ->  Abs (   612,   -43)
	 47: Rel (  -132,    15)  ->  Abs (   480,   -28)
	 48: Rel (  -171,    98)  ->  Abs (   309,    70)
	 49: Rel (  -102,   209)  ->  Abs (   207,   279)
	 50: Rel (     0,   124)  ->  Abs (   207,   403)
	 51: Rel (     0,   206)  ->  Abs (   207,   609)
	 52: Rel (   258,   287)  ->  Abs (   465,   896)
	 53: Rel (   228,     0)  ->  Abs (   693,   896)
	 54: Rel (   165,     0)  ->  Abs (   858,   896)

	Glyph 547: off = 0x0001CB5C, len = 338
	  numberOfContours:	1
	  xMin:			87
	  yMin:			-33
	  xMax:			1142
	  yMax:			866

	EndPoints
	---------
	  0:  36

	  Length of Instructions:	234
	00000: NPUSHB      (21):   153    14   153    18     2     6    14     9    18    22 
	                            14    25    18   150    15   152    17   215    30     7 
	                            34 
	00023: PUSHW[1]            -32 
	00026: PUSHB[4]             32    36    52    30 
	00031: PUSHW[1]            -32 
	00034: PUSHB[4]             32    36    52    34 
	00039: PUSHW[1]            -32 
	00042: PUSHB[4]             23    26    52    30 
	00047: PUSHW[1]            -32 
	00050: PUSHB[4]             23    26    52    34 
	00055: PUSHW[1]            -32 
	00058: PUSHB[4]             16    17    52    30 
	00063: PUSHW[1]            -32 
	00066: PUSHB[5]             16    17    52     6    10 
	00072: PUSHW[1]            686 
	00075: NPUSHB      (14):     0     8     1     8    47    11     8     8    10    11 
	                            34     6     5     1 
	00091: PUSHW[1]            686 
	00094: NPUSHB      (11):     3    47     0     3     3     1     0    34     5    26 
	                            22 
	00107: PUSHW[1]            686 
	00110: NPUSHB      (45):    24    47    21    24    24    22    21    34    26     6 
	                             5     5    27    27    26     6    32    33    16    11 
	                             0    36    32    11    15    12    47    12    79    12 
	                           223    12     4    12    27    28    32    21    48    20 
	                           191    20     2    20    71 
	00157: PUSHW[2]            789    24 
	00162: CALL       
	00163: MDAP[rd]   
	00164: DELTAP1    
	00165: ALIGNRP    
	00166: MIRP[srp0,md,rd,1] 
	00167: ALIGNRP    
	00168: MDAP[rd]   
	00169: DELTAP1    
	00170: ALIGNRP    
	00171: MIRP[srp0,md,rd,1] 
	00172: ALIGNRP    
	00173: SVTCA[y-axis] 
	00174: MIAP[rd+ci] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIAP[rd+ci] 
	00177: ALIGNRP    
	00178: SRP0       
	00179: ALIGNRP    
	00180: SRP0       
	00181: ALIGNRP    
	00182: SRP0       
	00183: MIRP[srp0,md,rd,1] 
	00184: RTDG       
	00185: SRP2       
	00186: IP         
	00187: MDAP[rd]   
	00188: RTG        
	00189: SVTCA[x-axis] 
	00190: SRP0       
	00191: MIRP[srp0,nmd,rd,1] 
	00192: MIRP[srp0,nmd,rd,0] 
	00193: MDRP[nrp0,nmd,rd,0] 
	00194: SVTCA[y-axis] 
	00195: SRP0       
	00196: MIRP[srp0,md,rd,1] 
	00197: RTDG       
	00198: SRP2       
	00199: IP         
	00200: MDAP[rd]   
	00201: RTG        
	00202: SVTCA[x-axis] 
	00203: SRP0       
	00204: MIRP[srp0,nmd,rd,1] 
	00205: MIRP[srp0,nmd,rd,0] 
	00206: MDRP[nrp0,nmd,rd,0] 
	00207: SVTCA[y-axis] 
	00208: SRP0       
	00209: MIRP[srp0,md,rd,1] 
	00210: RTDG       
	00211: SRP2       
	00212: IP         
	00213: MDAP[rd]   
	00214: RTG        
	00215: SVTCA[x-axis] 
	00216: SRP0       
	00217: MIRP[srp0,nmd,rd,1] 
	00218: DELTAP1    
	00219: MIRP[srp0,nmd,rd,0] 
	00220: MDRP[nrp0,nmd,rd,0] 
	00221: IUP[y]     
	00222: IUP[x]     
	00223: SVTCA[y-axis] 
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: SVTCA[x-axis] 
	00231: DELTAP1    
	00232: SVTCA[y-axis] 
	00233: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:        XDual                         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:        XDual                         On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   890,   781)  ->  Abs (   890,   781)
	  1: Rel (  -112,     0)  ->  Abs (   778,   781)
	  2: Rel (   -57,     0)  ->  Abs (   721,   781)
	  3: Rel (     0,    42)  ->  Abs (   721,   823)
	  4: Rel (     0,    43)  ->  Abs (   721,   866)
	  5: Rel (    57,     0)  ->  Abs (   778,   866)
	  6: Rel (   308,     0)  ->  Abs (  1086,   866)
	  7: Rel (    56,     0)  ->  Abs (  1142,   866)
	  8: Rel (     0,   -43)  ->  Abs (  1142,   823)
	  9: Rel (     0,   -42)  ->  Abs (  1142,   781)
	 10: Rel (   -56,     0)  ->  Abs (  1086,   781)
	 11: Rel (  -112,     0)  ->  Abs (   974,   781)
	 12: Rel (     0,  -322)  ->  Abs (   974,   459)
	 13: Rel (     0,  -186)  ->  Abs (   974,   273)
	 14: Rel (   -69,  -192)  ->  Abs (   905,    81)
	 15: Rel (  -170,  -114)  ->  Abs (   735,   -33)
	 16: Rel (  -124,     0)  ->  Abs (   611,   -33)
	 17: Rel (  -129,     0)  ->  Abs (   482,   -33)
	 18: Rel (  -163,   123)  ->  Abs (   319,    90)
	 19: Rel (   -64,   189)  ->  Abs (   255,   279)
	 20: Rel (     0,   170)  ->  Abs (   255,   449)
	 21: Rel (     0,   332)  ->  Abs (   255,   781)
	 22: Rel (  -112,     0)  ->  Abs (   143,   781)
	 23: Rel (   -56,     0)  ->  Abs (    87,   781)
	 24: Rel (     0,    42)  ->  Abs (    87,   823)
	 25: Rel (     0,    43)  ->  Abs (    87,   866)
	 26: Rel (    56,     0)  ->  Abs (   143,   866)
	 27: Rel (   197,     0)  ->  Abs (   340,   866)
	 28: Rel (     0,  -407)  ->  Abs (   340,   459)
	 29: Rel (     0,  -148)  ->  Abs (   340,   311)
	 30: Rel (    48,  -159)  ->  Abs (   388,   152)
	 31: Rel (   135,  -101)  ->  Abs (   523,    51)
	 32: Rel (    91,     0)  ->  Abs (   614,    51)
	 33: Rel (    94,     0)  ->  Abs (   708,    51)
	 34: Rel (   130,    96)  ->  Abs (   838,   147)
	 35: Rel (    52,   158)  ->  Abs (   890,   305)
	 36: Rel (     0,   154)  ->  Abs (   890,   459)

	Glyph 548: off = 0x0001CCAE, len = 418
	  numberOfContours:	1
	  xMin:			153
	  yMin:			-386
	  xMax:			1126
	  yMax:			896

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	311
	00000: NPUSHB      (83):    26     0    28     8    28    16    28    24    45     8 
	                            45    16    45    24    60     0    63     8    63    16 
	                            63    24    79     8    79    16    79    24    87     0 
	                            15   164    21     1    24     9    40     9    58     9 
	                            73     8    74     9    90     0    87     8    91    24 
	                           105    24   164     7    10     3     7     1    19    17 
	                            23    16    25    15    17     7     8    31     9    17 
	                             7     0    31     9    23     1    24    25    15    23 
	                             1    14    10 
	00085: PUSHW[1]            686 
	00088: NPUSHB      (14):    12    12    92     9    12    12    10     9    34    14 
	                             9    31    30    26 
	00104: PUSHW[1]            686 
	00107: NPUSHB      (92):    28    28    92    25    28    28    26    25    34    30 
	                            25    15    25    15    15    32     9    31    20     9 
	                             9    31     7    17    17    32    23     1    20    23 
	                            23     1    16    24     8     0     4    30    15     3 
	                             7    31    30     6    14    15    15    19    15     8 
	                            15     9     1     7    17    23    24    31    16    25 
	                            15     7     1    63     7    95     7   111     7     3 
	                             7     7    16     9     9    16    25    25    16    23 
	                            23     0    15    16     1    48    16   111    16     2 
	                            16   117 
	00201: PUSHW[2]            263    24 
	00206: CALL       
	00207: MDAP[rd]   
	00208: DELTAP1    
	00209: DELTAP2    
	00210: ALIGNRP    
	00211: SHP[rp1,zp0] 
	00212: MDAP[rd]   
	00213: SRP1       
	00214: SHP[rp1,zp0] 
	00215: MDAP[rd]   
	00216: SRP1       
	00217: SHP[rp1,zp0] 
	00218: MDAP[rd]   
	00219: SRP1       
	00220: SHP[rp1,zp0] 
	00221: MDAP[rd]   
	00222: DELTAP1    
	00223: DELTAP2    
	00224: SRP1       
	00225: SRP2       
	00226: IP         
	00227: IP         
	00228: SRP1       
	00229: IP         
	00230: SRP1       
	00231: IP         
	00232: SRP1       
	00233: IP         
	00234: IP         
	00235: SVTCA[y-axis] 
	00236: MIAP[rd+ci] 
	00237: ALIGNRP    
	00238: SRP0       
	00239: ALIGNRP    
	00240: MIAP[rd+ci] 
	00241: ALIGNRP    
	00242: MIAP[rd+ci] 
	00243: SRP1       
	00244: SRP2       
	00245: SLOOP      
	00246: IP         
	00247: SDPVTL[1]  
	00248: SFVTPV     
	00249: MDAP[nrd]  
	00250: CALL       
	00251: SFVTPV     
	00252: RDTG       
	00253: SRP0       
	00254: MDRP[nrp0,nmd,rd,0] 
	00255: SDPVTL[1]  
	00256: SFVTCA[x-axis] 
	00257: MDAP[nrd]  
	00258: RTG        
	00259: CALL       
	00260: RDTG       
	00261: SRP0       
	00262: MDRP[nrp0,nmd,rd,0] 
	00263: RTG        
	00264: SVTCA[y-axis] 
	00265: SFVTL[=p1,p2] 
	00266: SRP0       
	00267: MIRP[srp0,md,rd,1] 
	00268: RTDG       
	00269: SRP2       
	00270: IP         
	00271: MDAP[rd]   
	00272: RTG        
	00273: SVTCA[x-axis] 
	00274: SRP0       
	00275: MIRP[srp0,nmd,nrd,1] 
	00276: MDAP[rd]   
	00277: MIRP[srp0,nmd,rd,0] 
	00278: MDRP[nrp0,nmd,rd,0] 
	00279: SVTCA[y-axis] 
	00280: SFVTL[=p1,p2] 
	00281: SRP0       
	00282: MIRP[srp0,md,rd,1] 
	00283: RTDG       
	00284: SRP2       
	00285: IP         
	00286: MDAP[rd]   
	00287: RTG        
	00288: SVTCA[x-axis] 
	00289: SRP0       
	00290: MIRP[srp0,nmd,nrd,1] 
	00291: MDAP[rd]   
	00292: MIRP[srp0,nmd,rd,0] 
	00293: MDRP[nrp0,nmd,rd,0] 
	00294: ISECT      
	00295: ISECT      
	00296: ISECT      
	00297: ISECT      
	00298: SRP1       
	00299: SRP2       
	00300: IP         
	00301: SRP1       
	00302: SRP2       
	00303: IP         
	00304: IUP[y]     
	00305: IUP[x]     
	00306: SVTCA[x-axis] 
	00307: DELTAP1    
	00308: DELTAP2    
	00309: SVTCA[y-axis] 
	00310: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:                                      On
	  9:                                      On
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short On
	 16:                                      On
	 17:                                      On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:                                      On
	 25:                                      On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   611,   377)  ->  Abs (   611,   377)
	  1: Rel (   261,   470)  ->  Abs (   872,   847)
	  2: Rel (    27,    49)  ->  Abs (   899,   896)
	  3: Rel (    24,     0)  ->  Abs (   923,   896)
	  4: Rel (    41,     0)  ->  Abs (   964,   896)
	  5: Rel (     0,   -39)  ->  Abs (   964,   857)
	  6: Rel (     0,   -18)  ->  Abs (   964,   839)
	  7: Rel (   -20,   -36)  ->  Abs (   944,   803)
	  8: Rel (  -286,  -512)  ->  Abs (   658,   291)
	  9: Rel (   326,  -593)  ->  Abs (   984,  -302)
	 10: Rel (    86,     0)  ->  Abs (  1070,  -302)
	 11: Rel (    56,     0)  ->  Abs (  1126,  -302)
	 12: Rel (     0,   -42)  ->  Abs (  1126,  -344)
	 13: Rel (     0,   -42)  ->  Abs (  1126,  -386)
	 14: Rel (   -56,     0)  ->  Abs (  1070,  -386)
	 15: Rel (  -131,     0)  ->  Abs (   939,  -386)
	 16: Rel (  -328,   592)  ->  Abs (   611,   206)
	 17: Rel (  -295,  -543)  ->  Abs (   316,  -337)
	 18: Rel (   -27,   -49)  ->  Abs (   289,  -386)
	 19: Rel (   -25,     0)  ->  Abs (   264,  -386)
	 20: Rel (   -41,     0)  ->  Abs (   223,  -386)
	 21: Rel (     0,    39)  ->  Abs (   223,  -347)
	 22: Rel (     0,    17)  ->  Abs (   223,  -330)
	 23: Rel (    21,    37)  ->  Abs (   244,  -293)
	 24: Rel (   320,   584)  ->  Abs (   564,   291)
	 25: Rel (  -271,   490)  ->  Abs (   293,   781)
	 26: Rel (   -84,     0)  ->  Abs (   209,   781)
	 27: Rel (   -56,     0)  ->  Abs (   153,   781)
	 28: Rel (     0,    42)  ->  Abs (   153,   823)
	 29: Rel (     0,    43)  ->  Abs (   153,   866)
	 30: Rel (    56,     0)  ->  Abs (   209,   866)
	 31: Rel (   129,     0)  ->  Abs (   338,   866)

	Glyph 549: off = 0x0001CE50, len = 310
	  numberOfContours:	1
	  xMin:			69
	  yMin:			-386
	  xMax:			1160
	  yMax:			1255

	EndPoints
	---------
	  0:  42

	  Length of Instructions:	190
	00000: PUSHW[2]              2   -32 
	00005: PUSHB[4]             17    36    52    35 
	00010: PUSHW[1]            -32 
	00013: NPUSHB      (11):    17    36    52     0    16    17    37    22    21     6 
	                            10 
	00026: PUSHW[1]            686 
	00029: NPUSHB      (16):     0     8    16     8     2     8    47    11     8     8 
	                            10    11    34     6    31    27 
	00047: PUSHW[1]            686 
	00050: NPUSHB      (65):    15    29     1    29    47    26    29    29    27    26 
	                            34    31    25    33     4    12     4    32     0    37 
	                            33    16    22    11     6     5     5    32    32    31 
	                             6    19    15    40     1     5     4    32    11    15 
	                            12     1    12    12    17    32    33    32    26     0 
	                            25     1    25    25    42    17    32    38     0    21 
	                             1    21   117    97    24 
	00117: CALL       
	00118: MDAP[rd]   
	00119: DELTAP1    
	00120: ALIGNRP    
	00121: MIRP[srp0,md,rd,1] 
	00122: ALIGNRP    
	00123: SHP[rp1,zp0] 
	00124: MDAP[rd]   
	00125: DELTAP1    
	00126: ALIGNRP    
	00127: MIRP[srp0,md,rd,1] 
	00128: ALIGNRP    
	00129: SRP1       
	00130: SHP[rp1,zp0] 
	00131: MDAP[rd]   
	00132: DELTAP1    
	00133: ALIGNRP    
	00134: MIRP[srp0,md,rd,1] 
	00135: ALIGNRP    
	00136: SVTCA[y-axis] 
	00137: MIAP[rd+ci] 
	00138: MIAP[rd+ci] 
	00139: MIAP[rd+ci] 
	00140: ALIGNRP    
	00141: SRP0       
	00142: ALIGNRP    
	00143: SRP0       
	00144: ALIGNRP    
	00145: MIAP[rd+ci] 
	00146: ALIGNRP    
	00147: MIRP[srp0,md,rd,1] 
	00148: ALIGNRP    
	00149: SRP1       
	00150: SLOOP      
	00151: IP         
	00152: SRP0       
	00153: MIRP[srp0,md,rd,1] 
	00154: RTDG       
	00155: SRP2       
	00156: IP         
	00157: MDAP[rd]   
	00158: RTG        
	00159: SVTCA[x-axis] 
	00160: SRP0       
	00161: MIRP[srp0,nmd,rd,1] 
	00162: DELTAP1    
	00163: MIRP[srp0,nmd,rd,0] 
	00164: MDRP[nrp0,nmd,rd,0] 
	00165: SVTCA[y-axis] 
	00166: SRP0       
	00167: MIRP[srp0,md,rd,1] 
	00168: RTDG       
	00169: SRP2       
	00170: IP         
	00171: MDAP[rd]   
	00172: RTG        
	00173: SVTCA[x-axis] 
	00174: SRP0       
	00175: MIRP[srp0,nmd,rd,1] 
	00176: DELTAP1    
	00177: MIRP[srp0,nmd,rd,0] 
	00178: MDRP[nrp0,nmd,rd,0] 
	00179: SRP0       
	00180: ALIGNRP    
	00181: ALIGNRP    
	00182: SRP0       
	00183: ALIGNRP    
	00184: ALIGNRP    
	00185: IUP[y]     
	00186: IUP[x]     
	00187: SVTCA[y-axis] 
	00188: CALL       
	00189: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual Rep-  2 Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:        XDual                         On
	 18:        XDual         Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:        XDual                         On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:        XDual                         On
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short On
	 33:        XDual                         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short On
	 38:        XDual                         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   657,    51)  ->  Abs (   657,    51)
	  1: Rel (   107,     5)  ->  Abs (   764,    56)
	  2: Rel (   101,    62)  ->  Abs (   865,   118)
	  3: Rel (    42,   111)  ->  Abs (   907,   229)
	  4: Rel (     0,   120)  ->  Abs (   907,   349)
	  5: Rel (     0,   517)  ->  Abs (   907,   866)
	  6: Rel (   197,     0)  ->  Abs (  1104,   866)
	  7: Rel (    56,     0)  ->  Abs (  1160,   866)
	  8: Rel (     0,   -43)  ->  Abs (  1160,   823)
	  9: Rel (     0,   -42)  ->  Abs (  1160,   781)
	 10: Rel (   -56,     0)  ->  Abs (  1104,   781)
	 11: Rel (  -112,     0)  ->  Abs (   992,   781)
	 12: Rel (     0,  -432)  ->  Abs (   992,   349)
	 13: Rel (     0,  -157)  ->  Abs (   992,   192)
	 14: Rel (   -81,  -150)  ->  Abs (   911,    42)
	 15: Rel (  -129,   -69)  ->  Abs (   782,   -27)
	 16: Rel (  -125,    -6)  ->  Abs (   657,   -33)
	 17: Rel (     0,  -297)  ->  Abs (   657,  -330)
	 18: Rel (     0,   -56)  ->  Abs (   657,  -386)
	 19: Rel (   -42,     0)  ->  Abs (   615,  -386)
	 20: Rel (   -43,     0)  ->  Abs (   572,  -386)
	 21: Rel (     0,    56)  ->  Abs (   572,  -330)
	 22: Rel (     0,   297)  ->  Abs (   572,   -33)
	 23: Rel (  -176,     3)  ->  Abs (   396,   -30)
	 24: Rel (  -159,   178)  ->  Abs (   237,   148)
	 25: Rel (     0,   201)  ->  Abs (   237,   349)
	 26: Rel (     0,   432)  ->  Abs (   237,   781)
	 27: Rel (  -112,     0)  ->  Abs (   125,   781)
	 28: Rel (   -56,     0)  ->  Abs (    69,   781)
	 29: Rel (     0,    42)  ->  Abs (    69,   823)
	 30: Rel (     0,    43)  ->  Abs (    69,   866)
	 31: Rel (    56,     0)  ->  Abs (   125,   866)
	 32: Rel (   197,     0)  ->  Abs (   322,   866)
	 33: Rel (     0,  -517)  ->  Abs (   322,   349)
	 34: Rel (     0,  -122)  ->  Abs (   322,   227)
	 35: Rel (    35,   -97)  ->  Abs (   357,   130)
	 36: Rel (   101,   -75)  ->  Abs (   458,    55)
	 37: Rel (   114,    -4)  ->  Abs (   572,    51)
	 38: Rel (     0,  1147)  ->  Abs (   572,  1198)
	 39: Rel (     0,    57)  ->  Abs (   572,  1255)
	 40: Rel (    43,     0)  ->  Abs (   615,  1255)
	 41: Rel (    42,     0)  ->  Abs (   657,  1255)
	 42: Rel (     0,   -57)  ->  Abs (   657,  1198)

	Glyph 550: off = 0x0001CF86, len = 314
	  numberOfContours:	1
	  xMin:			117
	  yMin:			-33
	  xMax:			1112
	  yMax:			896

	EndPoints
	---------
	  0:  48

	  Length of Instructions:	178
	00000: NPUSHB      (31):    47    32    17    36    52     2    32    17    36    52 
	                            34    32    24    36    52    14    32    24    36    52 
	                            33    44    22    36    52    15    44    22    36    52 
	                            31 
	00033: PUSHW[1]            -64 
	00036: PUSHB[4]             16    36    52    17 
	00041: PUSHW[1]            -64 
	00044: NPUSHB      (49):    16    36    52    68     8    68    15    68    44     3 
	                           203    17     1     0    27    21     0    21    27    22 
	                            26     5    24    24     9    29    19    33    46     3 
	                            11    34    39    14    39     9     7     0    27    21 
	                            37    37    27    32    33    43    43    27    11 
	00095: PUSHW[1]            -64 
	00098: NPUSHB      (23):    25    29    52    11    11    21    16    33     6     6 
	                            26    27    32    22     0    21   240    21     2    21 
	                           230   142    24 
	00123: CALL       
	00124: MDAP[rd]   
	00125: DELTAP1    
	00126: ALIGNRP    
	00127: MIRP[srp0,md,rd,1] 
	00128: ALIGNRP    
	00129: SHP[rp1,zp0] 
	00130: MDAP[rd]   
	00131: MIRP[srp0,md,rd,1] 
	00132: SRP1       
	00133: IP         
	00134: MDAP[rd]   
	00135: CALL       
	00136: SRP1       
	00137: SHP[rp1,zp0] 
	00138: MDAP[rd]   
	00139: MIRP[nrp0,md,rd,1] 
	00140: SRP1       
	00141: IP         
	00142: MDAP[rd]   
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: SVTCA[y-axis] 
	00147: MIAP[rd+ci] 
	00148: ALIGNRP    
	00149: SHP[rp1,zp0] 
	00150: SRP1       
	00151: SHP[rp1,zp0] 
	00152: MIAP[rd+ci] 
	00153: ALIGNRP    
	00154: MIRP[srp0,md,rd,1] 
	00155: ALIGNRP    
	00156: SRP1       
	00157: IP         
	00158: MDAP[rd]   
	00159: SLOOP      
	00160: IP         
	00161: SVTCA[x-axis] 
	00162: SRP1       
	00163: SRP2       
	00164: IP         
	00165: IUP[y]     
	00166: IUP[x]     
	00167: SVTCA[y-axis] 
	00168: DELTAP1    
	00169: DELTAP2    
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: CALL       
	00174: CALL       
	00175: CALL       
	00176: CALL       
	00177: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:        XDual                 X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:        XDual                         On
	 17:        XDual         Y-Short         Off
	 18:        XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual                         On
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         On
	 28:        XDual                         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:        XDual                         Off
	 34:  YDual               Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   614,   121)  ->  Abs (   614,   121)
	  1: Rel (   -32,   -83)  ->  Abs (   582,    38)
	  2: Rel (  -125,   -71)  ->  Abs (   457,   -33)
	  3: Rel (   -57,     0)  ->  Abs (   400,   -33)
	  4: Rel (  -109,     0)  ->  Abs (   291,   -33)
	  5: Rel (  -174,   204)  ->  Abs (   117,   171)
	  6: Rel (     0,   210)  ->  Abs (   117,   381)
	  7: Rel (     0,   250)  ->  Abs (   117,   631)
	  8: Rel (   230,   265)  ->  Abs (   347,   896)
	  9: Rel (    70,     0)  ->  Abs (   417,   896)
	 10: Rel (    44,     0)  ->  Abs (   461,   896)
	 11: Rel (     0,   -42)  ->  Abs (   461,   854)
	 12: Rel (     0,   -16)  ->  Abs (   461,   838)
	 13: Rel (   -18,   -17)  ->  Abs (   443,   821)
	 14: Rel (   -42,   -21)  ->  Abs (   401,   800)
	 15: Rel (  -200,  -104)  ->  Abs (   201,   696)
	 16: Rel (     0,  -315)  ->  Abs (   201,   381)
	 17: Rel (     0,  -168)  ->  Abs (   201,   213)
	 18: Rel (   118,  -162)  ->  Abs (   319,    51)
	 19: Rel (    82,     0)  ->  Abs (   401,    51)
	 20: Rel (   171,     0)  ->  Abs (   572,    51)
	 21: Rel (     0,   355)  ->  Abs (   572,   406)
	 22: Rel (     0,    68)  ->  Abs (   572,   474)
	 23: Rel (     0,    57)  ->  Abs (   572,   531)
	 24: Rel (    42,     0)  ->  Abs (   614,   531)
	 25: Rel (    43,     0)  ->  Abs (   657,   531)
	 26: Rel (     0,   -57)  ->  Abs (   657,   474)
	 27: Rel (     0,   -68)  ->  Abs (   657,   406)
	 28: Rel (     0,  -355)  ->  Abs (   657,    51)
	 29: Rel (   171,     0)  ->  Abs (   828,    51)
	 30: Rel (    87,     0)  ->  Abs (   915,    51)
	 31: Rel (   112,   171)  ->  Abs (  1027,   222)
	 32: Rel (     0,   153)  ->  Abs (  1027,   375)
	 33: Rel (     0,   322)  ->  Abs (  1027,   697)
	 34: Rel (  -199,   103)  ->  Abs (   828,   800)
	 35: Rel (   -41,    21)  ->  Abs (   787,   821)
	 36: Rel (   -19,    17)  ->  Abs (   768,   838)
	 37: Rel (     0,    16)  ->  Abs (   768,   854)
	 38: Rel (     0,    42)  ->  Abs (   768,   896)
	 39: Rel (    44,     0)  ->  Abs (   812,   896)
	 40: Rel (    41,     0)  ->  Abs (   853,   896)
	 41: Rel (   168,  -138)  ->  Abs (  1021,   758)
	 42: Rel (    91,  -230)  ->  Abs (  1112,   528)
	 43: Rel (     0,  -145)  ->  Abs (  1112,   383)
	 44: Rel (     0,  -212)  ->  Abs (  1112,   171)
	 45: Rel (  -174,  -204)  ->  Abs (   938,   -33)
	 46: Rel (  -109,     0)  ->  Abs (   829,   -33)
	 47: Rel (   -57,     0)  ->  Abs (   772,   -33)
	 48: Rel (  -125,    71)  ->  Abs (   647,    38)

	Glyph 551: off = 0x0001D0C0, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			296
	  yMin:			-33
	  xMax:			888
	  yMax:			1185

	     0: Flags:		0x0226
		Glyf Index:	538
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	-23
		Y BOffset:	-44
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     2     1   207    20   223    20     2   112    20   128 
	                            20   144    20     3    20    16 
	00018: PUSHW[1]            -50 
	00021: PUSHB[6]             72    43     1     2     2    23 
	00028: PUSHW[2]            652    41 
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: DELTAP1    
	00038: DELTAP1    
	00039: SHC[rp1,zp0] 
	00040: SHC[rp1,zp0] 

	Glyph 552: off = 0x0001D102, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			87
	  yMin:			-33
	  xMax:			1142
	  yMax:			1185

	     0: Flags:		0x0226
		Glyf Index:	547
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	0
		Y BOffset:	-44
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     2     1   192    43   208    43     2    64    43    96 
	                            43   128    43     3    43    27 
	00018: PUSHW[1]            -20 
	00021: PUSHB[6]             72    43     1     2     2    40 
	00028: PUSHW[2]            652    41 
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: DELTAP1    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 
	00040: SHC[rp1,zp0] 

	Glyph 553: off = 0x0001D144, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	495
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2     0    30    16    30     2    30    18   220    72 
	                            43     2     1    27 
	00016: PUSHW[2]            652    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 554: off = 0x0001D178, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			87
	  yMin:			-33
	  xMax:			1142
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	547
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	495
		X BOffset:	-1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    43    27   100    72    43     1     1    40 
	00011: PUSHW[2]            652    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 555: off = 0x0001D1A6, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			117
	  yMin:			-33
	  xMax:			1112
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	550
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	495
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    47    55    63    55    79    55    95    55     4 
	                            55    21 
	00014: PUSHW[1]           -100 
	00017: PUSHB[5]             72    43     1     1    52 
	00023: PUSHW[2]            652    41 
	00028: SVTCA[y-axis] 
	00029: CALL       
	00030: SVTCA[x-axis] 
	00031: CALL       
	00032: DELTAP1    
	00033: SHC[rp1,zp0] 

	Glyph 556: off = 0x0001D1E0, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1496

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	0
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (26):     2     1   208    72   224    72     2   224    72     1 
	                            64    72    80    72   160    72     3     0    72    16 
	                            72    32    72     3    72    36 
	00028: PUSHW[1]            407 
	00031: PUSHB[6]             72    43     1     2     2    69 
	00038: PUSHW[2]            651    41 
	00043: SVTCA[y-axis] 
	00044: CALL       
	00045: SVTCA[x-axis] 
	00046: CALL       
	00047: DELTAP1    
	00048: DELTAP1    
	00049: DELTAP1    
	00050: DELTAP2    
	00051: SHC[rp1,zp0] 
	00052: SHC[rp1,zp0] 

	Glyph 557: off = 0x0001D230, len = 394
	  numberOfContours:	1
	  xMin:			17
	  yMin:			-33
	  xMax:			1165
	  yMax:			1170

	EndPoints
	---------
	  0:  58

	  Length of Instructions:	232
	00000: PUSHB[8]            203    56     1    52    56    16     2    53 
	00009: PUSHW[4]            -16     6     2   676 
	00018: PUSHB[6]              0     4    16     4     2     4 
	00025: PUSHW[1]            354 
	00028: NPUSHB       (9):     1     4     4     2     1    29     6     7    11 
	00039: PUSHW[3]            676     9   354 
	00046: NPUSHB      (62):    12     9     9    11    12    29     7    39    38     0 
	                             0     7    57     0    17    16    17    32    17     3 
	                            17    15    34    31    34    47    34     3    34    34 
	                            14    41     2    38    11    38     7    51    38    47 
	                            41    38    57    57     7    25    47     9     7     8 
	                            38    14    38    25     2    49    49     1    54    36 
	                            38    31 
	00110: PUSHW[1]            734 
	00113: PUSHB[5]             38     1    38    13    12 
	00119: PUSHW[1]            734 
	00122: NPUSHB      (17):    19    54    38    79    44    95    44     2    44    26 
	                            60    15    38    19    25    59    69 
	00141: PUSHW[2]            340    24 
	00146: CALL       
	00147: FLIPOFF    
	00148: SRP0       
	00149: MIRP[srp0,nmd,rd,0] 
	00150: FLIPON     
	00151: MIRP[nrp0,md,rd,1] 
	00152: FLIPOFF    
	00153: SRP0       
	00154: MIRP[srp0,nmd,rd,2] 
	00155: DELTAP1    
	00156: FLIPON     
	00157: MIRP[nrp0,md,rd,1] 
	00158: SRP0       
	00159: MIRP[srp0,nmd,rd,0] 
	00160: ALIGNRP    
	00161: MIRP[srp0,md,rd,1] 
	00162: ALIGNRP    
	00163: MIRP[srp0,nmd,rd,0] 
	00164: MIRP[nrp0,md,rd,1] 
	00165: SRP1       
	00166: SRP2       
	00167: IP         
	00168: MDAP[rd]   
	00169: SVTCA[y-axis] 
	00170: MIAP[rd+ci] 
	00171: MIRP[srp0,md,rd,1] 
	00172: ALIGNRP    
	00173: MIAP[rd+ci] 
	00174: MIAP[rd+ci] 
	00175: SRP1       
	00176: SRP2       
	00177: IP         
	00178: MDAP[rd]   
	00179: MIRP[nrp0,md,rd,1] 
	00180: SRP0       
	00181: MIRP[nrp0,md,rd,1] 
	00182: SRP0       
	00183: MIRP[nrp0,md,rd,1] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP1       
	00186: SRP2       
	00187: IP         
	00188: MDAP[rd]   
	00189: DELTAP1    
	00190: ALIGNRP    
	00191: DELTAP1    
	00192: SRP1       
	00193: SRP2       
	00194: IP         
	00195: MDAP[rd]   
	00196: MIRP[nrp0,md,rd,1] 
	00197: SRP0       
	00198: MIRP[srp0,md,rd,1] 
	00199: RTDG       
	00200: SRP2       
	00201: IP         
	00202: MDAP[rd]   
	00203: RTG        
	00204: SVTCA[x-axis] 
	00205: SRP0       
	00206: MIRP[srp0,nmd,rd,1] 
	00207: MIRP[srp0,nmd,rd,0] 
	00208: MDRP[nrp0,nmd,rd,0] 
	00209: SVTCA[y-axis] 
	00210: SRP0       
	00211: MIRP[srp0,md,rd,1] 
	00212: RTDG       
	00213: SRP2       
	00214: IP         
	00215: MDAP[rd]   
	00216: RTG        
	00217: SVTCA[x-axis] 
	00218: SRP0       
	00219: MIRP[srp0,nmd,rd,1] 
	00220: DELTAP1    
	00221: MIRP[srp0,nmd,rd,0] 
	00222: MDRP[nrp0,nmd,rd,0] 
	00223: IUP[y]     
	00224: IUP[x]     
	00225: SVTCA[y-axis] 
	00226: SHPIX      
	00227: SVTCA[x-axis] 
	00228: SLOOP      
	00229: SHPIX      
	00230: SVTCA[x-axis] 
	00231: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                               On
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual               Y-Short X-Short On
	 38:  YDual                               On
	 39:        XDual                         On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   491,   430)  ->  Abs (   491,   430)
	  1: Rel (     0,  -346)  ->  Abs (   491,    84)
	  2: Rel (    97,     0)  ->  Abs (   588,    84)
	  3: Rel (    70,     0)  ->  Abs (   658,    84)
	  4: Rel (     0,   -42)  ->  Abs (   658,    42)
	  5: Rel (     0,   -42)  ->  Abs (   658,     0)
	  6: Rel (   -70,     0)  ->  Abs (   588,     0)
	  7: Rel (  -289,     0)  ->  Abs (   299,     0)
	  8: Rel (   -71,     0)  ->  Abs (   228,     0)
	  9: Rel (     0,    42)  ->  Abs (   228,    42)
	 10: Rel (     0,    42)  ->  Abs (   228,    84)
	 11: Rel (    71,     0)  ->  Abs (   299,    84)
	 12: Rel (   107,     0)  ->  Abs (   406,    84)
	 13: Rel (     0,  1002)  ->  Abs (   406,  1086)
	 14: Rel (  -288,     0)  ->  Abs (   118,  1086)
	 15: Rel (   -16,  -230)  ->  Abs (   102,   856)
	 16: Rel (    -4,   -67)  ->  Abs (    98,   789)
	 17: Rel (   -39,     0)  ->  Abs (    59,   789)
	 18: Rel (   -42,     0)  ->  Abs (    17,   789)
	 19: Rel (     0,    45)  ->  Abs (    17,   834)
	 20: Rel (     0,     6)  ->  Abs (    17,   840)
	 21: Rel (     2,    22)  ->  Abs (    19,   862)
	 22: Rel (    17,   241)  ->  Abs (    36,  1103)
	 23: Rel (     3,    46)  ->  Abs (    39,  1149)
	 24: Rel (    22,    21)  ->  Abs (    61,  1170)
	 25: Rel (    47,     0)  ->  Abs (   108,  1170)
	 26: Rel (   676,     0)  ->  Abs (   784,  1170)
	 27: Rel (    44,     0)  ->  Abs (   828,  1170)
	 28: Rel (    25,   -21)  ->  Abs (   853,  1149)
	 29: Rel (     4,   -46)  ->  Abs (   857,  1103)
	 30: Rel (    21,  -241)  ->  Abs (   878,   862)
	 31: Rel (     2,   -23)  ->  Abs (   880,   839)
	 32: Rel (     0,    -8)  ->  Abs (   880,   831)
	 33: Rel (     0,   -42)  ->  Abs (   880,   789)
	 34: Rel (   -41,     0)  ->  Abs (   839,   789)
	 35: Rel (   -39,     0)  ->  Abs (   800,   789)
	 36: Rel (    -6,    67)  ->  Abs (   794,   856)
	 37: Rel (   -19,   230)  ->  Abs (   775,  1086)
	 38: Rel (  -284,     0)  ->  Abs (   491,  1086)
	 39: Rel (     0,  -553)  ->  Abs (   491,   533)
	 40: Rel (   214,   158)  ->  Abs (   705,   691)
	 41: Rel (   159,     0)  ->  Abs (   864,   691)
	 42: Rel (   143,     0)  ->  Abs (  1007,   691)
	 43: Rel (   158,  -198)  ->  Abs (  1165,   493)
	 44: Rel (     0,  -154)  ->  Abs (  1165,   339)
	 45: Rel (     0,  -175)  ->  Abs (  1165,   164)
	 46: Rel (  -183,  -197)  ->  Abs (   982,   -33)
	 47: Rel (  -111,     0)  ->  Abs (   871,   -33)
	 48: Rel (   -58,     0)  ->  Abs (   813,   -33)
	 49: Rel (     0,    44)  ->  Abs (   813,    11)
	 50: Rel (     0,    40)  ->  Abs (   813,    51)
	 51: Rel (    64,     6)  ->  Abs (   877,    57)
	 52: Rel (   100,     9)  ->  Abs (   977,    66)
	 53: Rel (   101,   161)  ->  Abs (  1078,   227)
	 54: Rel (     0,   120)  ->  Abs (  1078,   347)
	 55: Rel (     0,   121)  ->  Abs (  1078,   468)
	 56: Rel (  -117,   137)  ->  Abs (   961,   605)
	 57: Rel (   -97,     0)  ->  Abs (   864,   605)
	 58: Rel (  -162,     0)  ->  Abs (   702,   605)

	Glyph 558: off = 0x0001D3BA, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			127
	  yMin:			0
	  xMax:			1111
	  yMax:			1593

	     0: Flags:		0x0236
		Glyf Index:	573
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	141
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              1    42    25 
	00004: PUSHW[1]            350 
	00007: PUSHB[5]             72    43     1     1    29 
	00013: PUSHW[2]            651    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 559: off = 0x0001D3EC, len = 342
	  numberOfContours:	1
	  xMin:			127
	  yMin:			-33
	  xMax:			1100
	  yMax:			1197

	EndPoints
	---------
	  0:  45

	  Length of Instructions:	213
	00000: NPUSHB      (20):   184    12     1    40    64    28    32    52    55    12 
	                             1   138    44     1    24    32    12    15    52     8 
	00022: PUSHW[1]            -40 
	00025: PUSHB[5]             12    15    52    21    20 
	00031: PUSHW[1]            -19 
	00034: PUSHB[3]              2     9     8 
	00038: PUSHW[1]            -26 
	00041: NPUSHB     (102):     2    11    38    44    38    43    26    17    38    14 
	                            28    38    39    39    41    47    36    63    36     2 
	                            36     0    38     0     6     1     6     6    19    14 
	                            14    26    19    36    31     2    41    38    26     3 
	                            10    38    19     9     3     3     0    34    29    38 
	                            33    38    38    33    34    65    47    16     1    15 
	                            16   143    16     2    16    64    21    24    52    16 
	                            26    47     0     6    38    47    22     1    15    22 
	                            31    22    47    22    63    22   111    22   143    22 
	                             6    22    64    21    24    52    22    25    46   135 
	                           121    24 
	00145: CALL       
	00146: FLIPOFF    
	00147: SRP0       
	00148: MIRP[srp0,nmd,rd,0] 
	00149: CALL       
	00150: DELTAP1    
	00151: DELTAP2    
	00152: FLIPON     
	00153: MIRP[srp0,md,rd,1] 
	00154: ALIGNRP    
	00155: FLIPOFF    
	00156: SRP0       
	00157: MIRP[srp0,nmd,rd,2] 
	00158: CALL       
	00159: DELTAP1    
	00160: DELTAP2    
	00161: FLIPON     
	00162: MIRP[srp0,nmd,rd,0] 
	00163: ALIGNRP    
	00164: MIRP[nrp0,md,rd,1] 
	00165: SRP0       
	00166: MIRP[nrp0,md,rd,1] 
	00167: SRP1       
	00168: SRP2       
	00169: IP         
	00170: MDAP[rd]   
	00171: SVTCA[y-axis] 
	00172: MIAP[rd+ci] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: MIAP[rd+ci] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIAP[rd+ci] 
	00177: MDAP[rd]   
	00178: SRP1       
	00179: SRP2       
	00180: IP         
	00181: MDAP[rd]   
	00182: SRP1       
	00183: IP         
	00184: MDAP[rd]   
	00185: DELTAP1    
	00186: MIRP[nrp0,md,rd,1] 
	00187: SRP1       
	00188: DELTAP1    
	00189: SRP2       
	00190: IP         
	00191: MDAP[rd]   
	00192: MIRP[nrp0,md,rd,1] 
	00193: SRP0       
	00194: MIRP[nrp0,md,rd,1] 
	00195: IUP[y]     
	00196: IUP[x]     
	00197: SHPIX      
	00198: SHPIX      
	00199: SVTCA[x-axis] 
	00200: SHPIX      
	00201: SLOOP      
	00202: SHPIX      
	00203: SLOOP      
	00204: SHPIX      
	00205: SVTCA[y-axis] 
	00206: CALL       
	00207: CALL       
	00208: DELTAP2    
	00209: SVTCA[x-axis] 
	00210: DELTAP1    
	00211: CALL       
	00212: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:        XDual                 X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                                      Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:                                      Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short Off
	 44:                      Y-Short X-Short Off
	 45:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   211,   649)  ->  Abs (   211,   649)
	  1: Rel (   526,     0)  ->  Abs (   737,   649)
	  2: Rel (    57,     0)  ->  Abs (   794,   649)
	  3: Rel (     0,   -39)  ->  Abs (   794,   610)
	  4: Rel (     0,   -45)  ->  Abs (   794,   565)
	  5: Rel (   -57,     0)  ->  Abs (   737,   565)
	  6: Rel (  -526,     0)  ->  Abs (   211,   565)
	  7: Rel (     0,   -49)  ->  Abs (   211,   516)
	  8: Rel (     0,  -168)  ->  Abs (   211,   348)
	  9: Rel (   253,  -297)  ->  Abs (   464,    51)
	 10: Rel (   199,     0)  ->  Abs (   663,    51)
	 11: Rel (   200,     0)  ->  Abs (   863,    51)
	 12: Rel (   159,   189)  ->  Abs (  1022,   240)
	 13: Rel (    17,    21)  ->  Abs (  1039,   261)
	 14: Rel (    21,     0)  ->  Abs (  1060,   261)
	 15: Rel (    40,     0)  ->  Abs (  1100,   261)
	 16: Rel (     0,   -39)  ->  Abs (  1100,   222)
	 17: Rel (     0,   -49)  ->  Abs (  1100,   173)
	 18: Rel (  -266,  -206)  ->  Abs (   834,   -33)
	 19: Rel (  -171,     0)  ->  Abs (   663,   -33)
	 20: Rel (  -220,     0)  ->  Abs (   443,   -33)
	 21: Rel (  -316,   346)  ->  Abs (   127,   313)
	 22: Rel (     0,   191)  ->  Abs (   127,   504)
	 23: Rel (     0,   171)  ->  Abs (   127,   675)
	 24: Rel (     0,   193)  ->  Abs (   127,   868)
	 25: Rel (   274,   329)  ->  Abs (   401,  1197)
	 26: Rel (   225,     0)  ->  Abs (   626,  1197)
	 27: Rel (   208,     0)  ->  Abs (   834,  1197)
	 28: Rel (   150,  -142)  ->  Abs (   984,  1055)
	 29: Rel (     0,    59)  ->  Abs (   984,  1114)
	 30: Rel (     0,    56)  ->  Abs (   984,  1170)
	 31: Rel (    42,     0)  ->  Abs (  1026,  1170)
	 32: Rel (    42,     0)  ->  Abs (  1068,  1170)
	 33: Rel (     0,   -56)  ->  Abs (  1068,  1114)
	 34: Rel (     0,  -233)  ->  Abs (  1068,   881)
	 35: Rel (     0,   -57)  ->  Abs (  1068,   824)
	 36: Rel (   -42,     0)  ->  Abs (  1026,   824)
	 37: Rel (   -39,     0)  ->  Abs (   987,   824)
	 38: Rel (    -3,    51)  ->  Abs (   984,   875)
	 39: Rel (    -6,    96)  ->  Abs (   978,   971)
	 40: Rel (  -221,   142)  ->  Abs (   757,  1113)
	 41: Rel (  -130,     0)  ->  Abs (   627,  1113)
	 42: Rel (   -90,     0)  ->  Abs (   537,  1113)
	 43: Rel (  -181,   -84)  ->  Abs (   356,  1029)
	 44: Rel (  -145,  -240)  ->  Abs (   211,   789)
	 45: Rel (     0,  -114)  ->  Abs (   211,   675)

	Glyph 560: off = 0x0001D542, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			185
	  yMin:			-33
	  xMax:			1044
	  yMax:			1197

	     0: Flags:		0x0216
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 561: off = 0x0001D552, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 562: off = 0x0001D562, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1496

	     0: Flags:		0x0226
		Glyf Index:	561
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	0
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (24):     2     1    50    64    26    30    52   112    50     1 
	                            32    50    48    50     2    50     0   100    72    43 
	                             1     2     2    47 
	00026: PUSHW[2]            651    41 
	00031: SVTCA[y-axis] 
	00032: CALL       
	00033: SVTCA[x-axis] 
	00034: CALL       
	00035: DELTAP1    
	00036: DELTAP2    
	00037: CALL       
	00038: SHC[rp1,zp0] 
	00039: SHC[rp1,zp0] 

	Glyph 563: off = 0x0001D5A4, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			-33
	  xMax:			1199
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	45
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 564: off = 0x0001D5B4, len = 406
	  numberOfContours:	2
	  xMin:			35
	  yMin:			-33
	  xMax:			1188
	  yMax:			1170

	EndPoints
	---------
	  0:  45
	  1:  52

	  Length of Instructions:	261
	00000: NPUSHB      (20):   181     6     1    56    49     1    56    51    71    49 
	                            73    51    86    49   181    49     5    52    16    48 
	00022: PUSHW[4]            -16    33    32   -18 
	00031: PUSHB[3]              2     9    13 
	00035: PUSHW[3]            784    11   354 
	00042: NPUSHB       (9):    14    11    11    13    14    29     9    40    36 
	00053: PUSHW[3]            784    38   354 
	00060: NPUSHB       (9):    35    38    38    36    35    29    40    41    45 
	00071: PUSHW[3]            784    43   354 
	00078: NPUSHB      (79):     0    43    43    45     0    29    41     0    26    16 
	                            26     2    26    26    41    31    38    19    47    13 
	                            38     8     1    38    46    46     8    16    36    36 
	                            45    38    41    40     2    41     2    19     9     8 
	                             8    35    38    17    17    23     0    47    38    14 
	                            14    23    50    38   143     4     1     4    64    13 
	                            15    52     4    26    54    29    38   143    23     1 
	                            23    64    13    15    52    23    25    53    69 
	00159: PUSHW[2]            340    24 
	00164: CALL       
	00165: FLIPOFF    
	00166: SRP0       
	00167: MIRP[srp0,nmd,rd,0] 
	00168: CALL       
	00169: DELTAP1    
	00170: FLIPON     
	00171: MIRP[nrp0,md,rd,1] 
	00172: FLIPOFF    
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,2] 
	00175: CALL       
	00176: DELTAP1    
	00177: FLIPON     
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP2       
	00180: IP         
	00181: MDAP[rd]   
	00182: MIRP[srp0,md,rd,1] 
	00183: ALIGNRP    
	00184: SRP2       
	00185: IP         
	00186: MDAP[rd]   
	00187: MIRP[nrp0,md,rd,1] 
	00188: SVTCA[y-axis] 
	00189: MIAP[rd+ci] 
	00190: MIAP[rd+ci] 
	00191: MIAP[rd+ci] 
	00192: MIAP[rd+ci] 
	00193: SRP0       
	00194: MIRP[srp0,md,rd,1] 
	00195: ALIGNRP    
	00196: SRP0       
	00197: ALIGNRP    
	00198: SRP2       
	00199: IP         
	00200: MDAP[rd]   
	00201: MIRP[nrp0,md,rd,1] 
	00202: SRP0       
	00203: MIRP[srp0,md,rd,1] 
	00204: ALIGNRP    
	00205: SRP0       
	00206: MIRP[srp0,md,rd,1] 
	00207: SRP1       
	00208: IP         
	00209: MDAP[rd]   
	00210: DELTAP1    
	00211: SRP0       
	00212: MIRP[srp0,md,rd,1] 
	00213: RTDG       
	00214: SRP2       
	00215: IP         
	00216: MDAP[rd]   
	00217: RTG        
	00218: SVTCA[x-axis] 
	00219: SRP0       
	00220: MIRP[srp0,nmd,rd,1] 
	00221: MIRP[srp0,nmd,rd,0] 
	00222: MDRP[nrp0,nmd,rd,0] 
	00223: SVTCA[y-axis] 
	00224: SRP0       
	00225: MIRP[srp0,md,rd,1] 
	00226: RTDG       
	00227: SRP2       
	00228: IP         
	00229: MDAP[rd]   
	00230: RTG        
	00231: SVTCA[x-axis] 
	00232: SRP0       
	00233: MIRP[srp0,nmd,rd,1] 
	00234: MIRP[srp0,nmd,rd,0] 
	00235: MDRP[nrp0,nmd,rd,0] 
	00236: SVTCA[y-axis] 
	00237: SRP0       
	00238: MIRP[srp0,md,rd,1] 
	00239: RTDG       
	00240: SRP2       
	00241: IP         
	00242: MDAP[rd]   
	00243: RTG        
	00244: SVTCA[x-axis] 
	00245: SRP0       
	00246: MIRP[srp0,nmd,rd,1] 
	00247: MIRP[srp0,nmd,rd,0] 
	00248: MDRP[nrp0,nmd,rd,0] 
	00249: IUP[y]     
	00250: IUP[x]     
	00251: SVTCA[y-axis] 
	00252: SLOOP      
	00253: SHPIX      
	00254: SHPIX      
	00255: SHPIX      
	00256: SVTCA[y-axis] 
	00257: DELTAP2    
	00258: SVTCA[x-axis] 
	00259: DELTAP2    
	00260: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:        XDual                         On
	 16:  YDual                       X-Short On
	 17:        XDual                         On
	 18:        XDual                         Off
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:        XDual                         On
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual                               On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual                       X-Short On
	 46:                              X-Short On
	 47:        XDual                         On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   786,  1086)  ->  Abs (   786,  1086)
	  1: Rel (     0,  -434)  ->  Abs (   786,   652)
	  2: Rel (   217,     0)  ->  Abs (  1003,   652)
	  3: Rel (   185,  -186)  ->  Abs (  1188,   466)
	  4: Rel (     0,  -141)  ->  Abs (  1188,   325)
	  5: Rel (     0,  -117)  ->  Abs (  1188,   208)
	  6: Rel (  -118,  -162)  ->  Abs (  1070,    46)
	  7: Rel (  -167,   -46)  ->  Abs (   903,     0)
	  8: Rel (  -195,     0)  ->  Abs (   708,     0)
	  9: Rel (  -106,     0)  ->  Abs (   602,     0)
	 10: Rel (   -70,     0)  ->  Abs (   532,     0)
	 11: Rel (     0,    42)  ->  Abs (   532,    42)
	 12: Rel (     0,    42)  ->  Abs (   532,    84)
	 13: Rel (    70,     0)  ->  Abs (   602,    84)
	 14: Rel (   100,     0)  ->  Abs (   702,    84)
	 15: Rel (     0,  1002)  ->  Abs (   702,  1086)
	 16: Rel (  -220,     0)  ->  Abs (   482,  1086)
	 17: Rel (     0,  -685)  ->  Abs (   482,   401)
	 18: Rel (     0,  -434)  ->  Abs (   482,   -33)
	 19: Rel (  -266,     0)  ->  Abs (   216,   -33)
	 20: Rel (   -63,     0)  ->  Abs (   153,   -33)
	 21: Rel (  -100,    25)  ->  Abs (    53,    -8)
	 22: Rel (   -18,    26)  ->  Abs (    35,    18)
	 23: Rel (     0,    41)  ->  Abs (    35,    59)
	 24: Rel (     0,   126)  ->  Abs (    35,   185)
	 25: Rel (     0,    64)  ->  Abs (    35,   249)
	 26: Rel (    43,     0)  ->  Abs (    78,   249)
	 27: Rel (    41,     0)  ->  Abs (   119,   249)
	 28: Rel (     0,   -58)  ->  Abs (   119,   191)
	 29: Rel (     0,  -124)  ->  Abs (   119,    67)
	 30: Rel (    55,   -17)  ->  Abs (   174,    50)
	 31: Rel (    39,     0)  ->  Abs (   213,    50)
	 32: Rel (    80,     0)  ->  Abs (   293,    50)
	 33: Rel (   105,   163)  ->  Abs (   398,   213)
	 34: Rel (     0,   188)  ->  Abs (   398,   401)
	 35: Rel (     0,   685)  ->  Abs (   398,  1086)
	 36: Rel (  -116,     0)  ->  Abs (   282,  1086)
	 37: Rel (   -70,     0)  ->  Abs (   212,  1086)
	 38: Rel (     0,    42)  ->  Abs (   212,  1128)
	 39: Rel (     0,    42)  ->  Abs (   212,  1170)
	 40: Rel (    70,     0)  ->  Abs (   282,  1170)
	 41: Rel (   620,     0)  ->  Abs (   902,  1170)
	 42: Rel (    70,     0)  ->  Abs (   972,  1170)
	 43: Rel (     0,   -42)  ->  Abs (   972,  1128)
	 44: Rel (     0,   -42)  ->  Abs (   972,  1086)
	 45: Rel (   -70,     0)  ->  Abs (   902,  1086)
	 46: Rel (  -116,  -522)  ->  Abs (   786,   564)
	 47: Rel (     0,  -480)  ->  Abs (   786,    84)
	 48: Rel (   186,     0)  ->  Abs (   972,    84)
	 49: Rel (   123,   137)  ->  Abs (  1095,   221)
	 50: Rel (     0,   103)  ->  Abs (  1095,   324)
	 51: Rel (     0,   123)  ->  Abs (  1095,   447)
	 52: Rel (  -147,   117)  ->  Abs (   948,   564)

	Glyph 565: off = 0x0001D74A, len = 630
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1170

	EndPoints
	---------
	  0:  53
	  1:  62

	  Length of Instructions:	473
	00000: PUSHB[2]             57    56 
	00003: PUSHW[1]            -19 
	00006: NPUSHB      (35):     2    59    45    33    64    11    14    52    29    64 
	                            11    14    52    31    64    11    14    52    48    64 
	                            11    14    52    52    64    11    14    52    50    64 
	                            11    14    52    19    15 
	00043: PUSHW[1]            676 
	00046: NPUSHB      (25):   223    17   239    17   255    17     3    47    17    63 
	                            17   207    17     3    17    41    14    17    17    15 
	                            14    29    19    20    24 
	00073: PUSHW[1]            676 
	00076: NPUSHB      (11):    22    41    25    22    22    24    25    29    20    33 
	                            29 
	00089: PUSHW[1]            676 
	00092: NPUSHB      (20):   207    31   223    31   239    31   255    31     4    31 
	                            41    28    31    31    29    28    29    33    34    38 
	00114: PUSHW[1]            676 
	00117: NPUSHB      (11):    36    43    39    36    36    38    39    29    34    48 
	                            52 
	00130: PUSHW[1]            676 
	00133: NPUSHB      (20):   207    50   223    50   239    50   255    50     4    50 
	                            41    53    50    50    52    53    29    48     7     3 
	00155: PUSHW[1]            676 
	00158: NPUSHB      (11):     5    41     2     5     5     3     2    29     7     8 
	                            12 
	00171: PUSHW[1]            676 
	00174: NPUSHB     (128):   223    10   239    10   255    10     3    47    10    63 
	                            10   207    10     3    10    41    13    10    10    12 
	                            13    29     8    38    29    29    24    15    38    19 
	                             1    62    26    62    38    40    40    33    13     2 
	                             2    54    53    38    48    34    33    33    20    19 
	                             2    47    48    48     7     8     8    39    54    28 
	                            54    38    53    64    37    42    52    53    64    48 
	                            52    52    53    64    30    32    52    53    64    25 
	                            27    52   159    53   175    53     2   111    53   127 
	                            53   143    53   223    53     4    53    53    13    25 
	                             2    58    38   207    44   239    44     2    44    26 
	                            64     2    38    14   239    13     1    32    13    48 
	                            13     2    13    25    63   135   108    24 
	00304: CALL       
	00305: FLIPOFF    
	00306: SRP0       
	00307: MIRP[srp0,nmd,rd,0] 
	00308: DELTAP1    
	00309: DELTAP2    
	00310: ALIGNRP    
	00311: FLIPON     
	00312: MIRP[nrp0,md,rd,1] 
	00313: FLIPOFF    
	00314: SRP0       
	00315: MIRP[srp0,nmd,rd,2] 
	00316: DELTAP2    
	00317: FLIPON     
	00318: MIRP[nrp0,md,rd,1] 
	00319: SRP0       
	00320: ALIGNRP    
	00321: SRP2       
	00322: IP         
	00323: MDAP[rd]   
	00324: DELTAP1    
	00325: DELTAP2    
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: MIRP[nrp0,md,rd,1] 
	00331: ALIGNRP    
	00332: SRP0       
	00333: ALIGNRP    
	00334: SVTCA[y-axis] 
	00335: MIAP[rd+ci] 
	00336: ALIGNRP    
	00337: ALIGNRP    
	00338: SRP0       
	00339: ALIGNRP    
	00340: MIAP[rd+ci] 
	00341: ALIGNRP    
	00342: ALIGNRP    
	00343: SRP0       
	00344: ALIGNRP    
	00345: SRP0       
	00346: MIRP[srp0,md,rd,1] 
	00347: ALIGNRP    
	00348: ALIGNRP    
	00349: SRP0       
	00350: ALIGNRP    
	00351: SRP2       
	00352: IP         
	00353: MDAP[rd]   
	00354: MIRP[nrp0,md,rd,1] 
	00355: ALIGNRP    
	00356: SRP0       
	00357: ALIGNRP    
	00358: SRP0       
	00359: MIRP[srp0,md,rd,1] 
	00360: ALIGNRP    
	00361: ALIGNRP    
	00362: SRP0       
	00363: ALIGNRP    
	00364: SRP0       
	00365: MIRP[srp0,md,rd,1] 
	00366: RTDG       
	00367: SRP2       
	00368: IP         
	00369: MDAP[rd]   
	00370: RTG        
	00371: SVTCA[x-axis] 
	00372: SRP0       
	00373: MIRP[srp0,nmd,rd,1] 
	00374: DELTAP1    
	00375: DELTAP1    
	00376: MIRP[srp0,nmd,rd,0] 
	00377: MDRP[nrp0,nmd,rd,0] 
	00378: SVTCA[y-axis] 
	00379: SRP0       
	00380: MIRP[srp0,md,rd,1] 
	00381: RTDG       
	00382: SRP2       
	00383: IP         
	00384: MDAP[rd]   
	00385: RTG        
	00386: SVTCA[x-axis] 
	00387: SRP0       
	00388: MIRP[srp0,nmd,rd,1] 
	00389: MIRP[srp0,nmd,rd,0] 
	00390: MDRP[nrp0,nmd,rd,0] 
	00391: SVTCA[y-axis] 
	00392: SRP0       
	00393: MIRP[srp0,md,rd,1] 
	00394: RTDG       
	00395: SRP2       
	00396: IP         
	00397: MDAP[rd]   
	00398: RTG        
	00399: SVTCA[x-axis] 
	00400: SRP0       
	00401: MIRP[srp0,nmd,rd,1] 
	00402: DELTAP1    
	00403: MIRP[srp0,nmd,rd,0] 
	00404: MDRP[nrp0,nmd,rd,0] 
	00405: SVTCA[y-axis] 
	00406: SRP0       
	00407: MIRP[srp0,md,rd,1] 
	00408: RTDG       
	00409: SRP2       
	00410: IP         
	00411: MDAP[rd]   
	00412: RTG        
	00413: SVTCA[x-axis] 
	00414: SRP0       
	00415: MIRP[srp0,nmd,rd,1] 
	00416: MIRP[srp0,nmd,rd,0] 
	00417: MDRP[nrp0,nmd,rd,0] 
	00418: SVTCA[y-axis] 
	00419: SRP0       
	00420: MIRP[srp0,md,rd,1] 
	00421: RTDG       
	00422: SRP2       
	00423: IP         
	00424: MDAP[rd]   
	00425: RTG        
	00426: SVTCA[x-axis] 
	00427: SRP0       
	00428: MIRP[srp0,nmd,rd,1] 
	00429: DELTAP1    
	00430: MIRP[srp0,nmd,rd,0] 
	00431: MDRP[nrp0,nmd,rd,0] 
	00432: SVTCA[y-axis] 
	00433: SRP0       
	00434: MIRP[srp0,md,rd,1] 
	00435: RTDG       
	00436: SRP2       
	00437: IP         
	00438: MDAP[rd]   
	00439: RTG        
	00440: SVTCA[x-axis] 
	00441: SRP0       
	00442: MIRP[srp0,nmd,rd,1] 
	00443: MIRP[srp0,nmd,rd,0] 
	00444: MDRP[nrp0,nmd,rd,0] 
	00445: SVTCA[y-axis] 
	00446: SRP0       
	00447: MIRP[srp0,md,rd,1] 
	00448: RTDG       
	00449: SRP2       
	00450: IP         
	00451: MDAP[rd]   
	00452: RTG        
	00453: SVTCA[x-axis] 
	00454: SRP0       
	00455: MIRP[srp0,nmd,rd,1] 
	00456: DELTAP1    
	00457: DELTAP1    
	00458: MIRP[srp0,nmd,rd,0] 
	00459: MDRP[nrp0,nmd,rd,0] 
	00460: SVTCA[x-axis] 
	00461: CALL       
	00462: CALL       
	00463: CALL       
	00464: CALL       
	00465: CALL       
	00466: CALL       
	00467: IUP[y]     
	00468: IUP[x]     
	00469: SVTCA[y-axis] 
	00470: SHPIX      
	00471: SLOOP      
	00472: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short On
	 26:        XDual                         On
	 27:  YDual                               On
	 28:        XDual                         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                               On
	 49:  YDual                       X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual Rep-  3         X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual         Y-Short         On
	 59:  YDual XDual         Y-Short         Off
	 60:  YDual               Y-Short X-Short Off
	 61:  YDual                       X-Short On
	 62:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   547,   565)  ->  Abs (   547,   565)
	  1: Rel (  -336,     0)  ->  Abs (   211,   565)
	  2: Rel (     0,  -481)  ->  Abs (   211,    84)
	  3: Rel (    65,     0)  ->  Abs (   276,    84)
	  4: Rel (    56,     0)  ->  Abs (   332,    84)
	  5: Rel (     0,   -42)  ->  Abs (   332,    42)
	  6: Rel (     0,   -42)  ->  Abs (   332,     0)
	  7: Rel (   -56,     0)  ->  Abs (   276,     0)
	  8: Rel (  -220,     0)  ->  Abs (    56,     0)
	  9: Rel (   -56,     0)  ->  Abs (     0,     0)
	 10: Rel (     0,    42)  ->  Abs (     0,    42)
	 11: Rel (     0,    42)  ->  Abs (     0,    84)
	 12: Rel (    56,     0)  ->  Abs (    56,    84)
	 13: Rel (    71,     0)  ->  Abs (   127,    84)
	 14: Rel (     0,  1002)  ->  Abs (   127,  1086)
	 15: Rel (   -53,     0)  ->  Abs (    74,  1086)
	 16: Rel (   -56,     0)  ->  Abs (    18,  1086)
	 17: Rel (     0,    42)  ->  Abs (    18,  1128)
	 18: Rel (     0,    42)  ->  Abs (    18,  1170)
	 19: Rel (    56,     0)  ->  Abs (    74,  1170)
	 20: Rel (   202,     0)  ->  Abs (   276,  1170)
	 21: Rel (    56,     0)  ->  Abs (   332,  1170)
	 22: Rel (     0,   -42)  ->  Abs (   332,  1128)
	 23: Rel (     0,   -42)  ->  Abs (   332,  1086)
	 24: Rel (   -56,     0)  ->  Abs (   276,  1086)
	 25: Rel (   -65,     0)  ->  Abs (   211,  1086)
	 26: Rel (     0,  -436)  ->  Abs (   211,   650)
	 27: Rel (   336,     0)  ->  Abs (   547,   650)
	 28: Rel (     0,   436)  ->  Abs (   547,  1086)
	 29: Rel (   -64,     0)  ->  Abs (   483,  1086)
	 30: Rel (   -57,     0)  ->  Abs (   426,  1086)
	 31: Rel (     0,    42)  ->  Abs (   426,  1128)
	 32: Rel (     0,    42)  ->  Abs (   426,  1170)
	 33: Rel (    57,     0)  ->  Abs (   483,  1170)
	 34: Rel (   261,     0)  ->  Abs (   744,  1170)
	 35: Rel (    56,     0)  ->  Abs (   800,  1170)
	 36: Rel (     0,   -42)  ->  Abs (   800,  1128)
	 37: Rel (     0,   -42)  ->  Abs (   800,  1086)
	 38: Rel (   -56,     0)  ->  Abs (   744,  1086)
	 39: Rel (  -112,     0)  ->  Abs (   632,  1086)
	 40: Rel (     0,  -436)  ->  Abs (   632,   650)
	 41: Rel (   133,     0)  ->  Abs (   765,   650)
	 42: Rel (   220,     0)  ->  Abs (   985,   650)
	 43: Rel (   244,  -170)  ->  Abs (  1229,   480)
	 44: Rel (     0,  -155)  ->  Abs (  1229,   325)
	 45: Rel (     0,  -142)  ->  Abs (  1229,   183)
	 46: Rel (  -204,  -183)  ->  Abs (  1025,     0)
	 47: Rel (  -138,     0)  ->  Abs (   887,     0)
	 48: Rel (  -404,     0)  ->  Abs (   483,     0)
	 49: Rel (   -57,     0)  ->  Abs (   426,     0)
	 50: Rel (     0,    42)  ->  Abs (   426,    42)
	 51: Rel (     0,    42)  ->  Abs (   426,    84)
	 52: Rel (    57,     0)  ->  Abs (   483,    84)
	 53: Rel (    64,     0)  ->  Abs (   547,    84)
	 54: Rel (    85,     0)  ->  Abs (   632,    84)
	 55: Rel (   249,     0)  ->  Abs (   881,    84)
	 56: Rel (   118,     0)  ->  Abs (   999,    84)
	 57: Rel (   145,   143)  ->  Abs (  1144,   227)
	 58: Rel (     0,    96)  ->  Abs (  1144,   323)
	 59: Rel (     0,    91)  ->  Abs (  1144,   414)
	 60: Rel (  -172,   151)  ->  Abs (   972,   565)
	 61: Rel (  -213,     0)  ->  Abs (   759,   565)
	 62: Rel (  -127,     0)  ->  Abs (   632,   565)

	Glyph 566: off = 0x0001D9C0, len = 488
	  numberOfContours:	1
	  xMin:			17
	  yMin:			0
	  xMax:			1204
	  yMax:			1170

	EndPoints
	---------
	  0:  62

	  Length of Instructions:	320
	00000: NPUSHB      (29):    36     4   217    19   249    19     3   168    22     1 
	                            19    32    16    64    10    14    52    14    64    10 
	                            14    52    12    64    10    14    52    11     7 
	00031: PUSHW[1]            676 
	00034: PUSHB[4]              0     9     1     9 
	00039: PUSHW[1]            354 
	00042: NPUSHB       (9):     6     9     9     7     6    29    11    30    26 
	00053: PUSHW[1]            676 
	00056: PUSHB[4]              0    28     1    28 
	00061: PUSHW[1]            354 
	00064: NPUSHB       (9):    25    28    28    26    25    29    30    12    16 
	00075: PUSHW[1]            784 
	00078: PUSHB[4]             15    14     1    14 
	00083: PUSHW[1]            354 
	00086: NPUSHB       (9):    17    14    14    16    17    29    12    31    35 
	00097: PUSHW[3]            784    33   354 
	00104: NPUSHB      (64):    36    33    33    35    36    29    31     0    38    24 
	                            24    31    21     0    41    16    41    32    41     3 
	                            41    58    64    25    29    52    15    58    31    58 
	                            47    58     3    58    58    61     2     6    17    17 
	                            25    36    38    31     2    38    21    21    49    12 
	                            31     8    61    37    38    49     2    60    38    56 
	                            39    38    43    56 
	00170: PUSHW[1]            734 
	00173: PUSHB[4]             62    25    38    36 
	00178: PUSHW[1]            734 
	00181: NPUSHB      (20):    43    18    17     5    17    38    15     6   175     6 
	                             2     6    26    64    43    25    63    69   111    24 
	00203: CALL       
	00204: FLIPOFF    
	00205: SRP0       
	00206: MIRP[nrp0,nmd,rd,0] 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,2] 
	00209: DELTAP1    
	00210: FLIPON     
	00211: MIRP[nrp0,md,rd,1] 
	00212: ALIGNRP    
	00213: SRP0       
	00214: ALIGNRP    
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,0] 
	00217: MIRP[srp0,md,rd,1] 
	00218: ALIGNRP    
	00219: MIRP[nrp0,nmd,rd,0] 
	00220: SRP0       
	00221: MIRP[nrp0,md,rd,1] 
	00222: SRP0       
	00223: MIRP[nrp0,md,rd,1] 
	00224: SVTCA[y-axis] 
	00225: MIAP[rd+ci] 
	00226: MIRP[srp0,md,rd,1] 
	00227: ALIGNRP    
	00228: MIAP[rd+ci] 
	00229: ALIGNRP    
	00230: SRP2       
	00231: IP         
	00232: MDAP[rd]   
	00233: MIRP[nrp0,md,rd,1] 
	00234: SRP0       
	00235: MIRP[srp0,md,rd,1] 
	00236: ALIGNRP    
	00237: ALIGNRP    
	00238: SRP0       
	00239: ALIGNRP    
	00240: SRP1       
	00241: SRP2       
	00242: IP         
	00243: MDAP[rd]   
	00244: DELTAP1    
	00245: CALL       
	00246: ALIGNRP    
	00247: DELTAP1    
	00248: RTHG       
	00249: SRP1       
	00250: SRP2       
	00251: IP         
	00252: MDAP[rd]   
	00253: RTG        
	00254: MIRP[nrp0,md,rd,1] 
	00255: SRP0       
	00256: MIRP[srp0,md,rd,1] 
	00257: RTDG       
	00258: SRP2       
	00259: IP         
	00260: MDAP[rd]   
	00261: RTG        
	00262: SVTCA[x-axis] 
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,1] 
	00265: MIRP[srp0,nmd,rd,0] 
	00266: MDRP[nrp0,nmd,rd,0] 
	00267: SVTCA[y-axis] 
	00268: SRP0       
	00269: MIRP[srp0,md,rd,1] 
	00270: RTDG       
	00271: SRP2       
	00272: IP         
	00273: MDAP[rd]   
	00274: RTG        
	00275: SVTCA[x-axis] 
	00276: SRP0       
	00277: MIRP[srp0,nmd,rd,1] 
	00278: DELTAP1    
	00279: MIRP[srp0,nmd,rd,0] 
	00280: MDRP[nrp0,nmd,rd,0] 
	00281: SVTCA[y-axis] 
	00282: SRP0       
	00283: MIRP[srp0,md,rd,1] 
	00284: RTDG       
	00285: SRP2       
	00286: IP         
	00287: MDAP[rd]   
	00288: RTG        
	00289: SVTCA[x-axis] 
	00290: SRP0       
	00291: MIRP[srp0,nmd,rd,1] 
	00292: DELTAP1    
	00293: MIRP[srp0,nmd,rd,0] 
	00294: MDRP[nrp0,nmd,rd,0] 
	00295: SVTCA[y-axis] 
	00296: SRP0       
	00297: MIRP[srp0,md,rd,1] 
	00298: RTDG       
	00299: SRP2       
	00300: IP         
	00301: MDAP[rd]   
	00302: RTG        
	00303: SVTCA[x-axis] 
	00304: SRP0       
	00305: MIRP[srp0,nmd,rd,1] 
	00306: DELTAP1    
	00307: MIRP[srp0,nmd,rd,0] 
	00308: MDRP[nrp0,nmd,rd,0] 
	00309: SVTCA[x-axis] 
	00310: CALL       
	00311: CALL       
	00312: CALL       
	00313: IUP[y]     
	00314: IUP[x]     
	00315: SVTCA[y-axis] 
	00316: SHPIX      
	00317: SVTCA[y-axis] 
	00318: DELTAP2    
	00319: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:        XDual                         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:        XDual                         On
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:  YDual                       X-Short On
	 31:  YDual                               On
	 32:  YDual                       X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short On
	 37:        XDual                         On
	 38:  YDual                               On
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual                               On
	 51:  YDual XDual                 X-Short Off
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short On
	 55:        XDual         Y-Short X-Short Off
	 56:        XDual         Y-Short         On
	 57:        XDual         Y-Short         Off
	 58:  YDual                       X-Short On
	 59:  YDual                       X-Short Off
	 60:  YDual               Y-Short X-Short On
	 61:  YDual               Y-Short X-Short On
	 62:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   491,   533)  ->  Abs (   491,   533)
	  1: Rel (   161,   158)  ->  Abs (   652,   691)
	  2: Rel (   154,     0)  ->  Abs (   806,   691)
	  3: Rel (   116,     0)  ->  Abs (   922,   691)
	  4: Rel (   156,  -170)  ->  Abs (  1078,   521)
	  5: Rel (     0,  -169)  ->  Abs (  1078,   352)
	  6: Rel (     0,  -268)  ->  Abs (  1078,    84)
	  7: Rel (    56,     0)  ->  Abs (  1134,    84)
	  8: Rel (    70,     0)  ->  Abs (  1204,    84)
	  9: Rel (     0,   -42)  ->  Abs (  1204,    42)
	 10: Rel (     0,   -42)  ->  Abs (  1204,     0)
	 11: Rel (   -70,     0)  ->  Abs (  1134,     0)
	 12: Rel (  -253,     0)  ->  Abs (   881,     0)
	 13: Rel (   -70,     0)  ->  Abs (   811,     0)
	 14: Rel (     0,    42)  ->  Abs (   811,    42)
	 15: Rel (     0,    42)  ->  Abs (   811,    84)
	 16: Rel (    70,     0)  ->  Abs (   881,    84)
	 17: Rel (   113,     0)  ->  Abs (   994,    84)
	 18: Rel (     0,   258)  ->  Abs (   994,   342)
	 19: Rel (     0,   135)  ->  Abs (   994,   477)
	 20: Rel (  -114,   128)  ->  Abs (   880,   605)
	 21: Rel (   -82,     0)  ->  Abs (   798,   605)
	 22: Rel (   -66,     0)  ->  Abs (   732,   605)
	 23: Rel (  -135,   -75)  ->  Abs (   597,   530)
	 24: Rel (  -106,  -102)  ->  Abs (   491,   428)
	 25: Rel (     0,  -344)  ->  Abs (   491,    84)
	 26: Rel (    98,     0)  ->  Abs (   589,    84)
	 27: Rel (    70,     0)  ->  Abs (   659,    84)
	 28: Rel (     0,   -42)  ->  Abs (   659,    42)
	 29: Rel (     0,   -42)  ->  Abs (   659,     0)
	 30: Rel (   -70,     0)  ->  Abs (   589,     0)
	 31: Rel (  -290,     0)  ->  Abs (   299,     0)
	 32: Rel (   -71,     0)  ->  Abs (   228,     0)
	 33: Rel (     0,    42)  ->  Abs (   228,    42)
	 34: Rel (     0,    42)  ->  Abs (   228,    84)
	 35: Rel (    71,     0)  ->  Abs (   299,    84)
	 36: Rel (   107,     0)  ->  Abs (   406,    84)
	 37: Rel (     0,  1002)  ->  Abs (   406,  1086)
	 38: Rel (  -288,     0)  ->  Abs (   118,  1086)
	 39: Rel (   -16,  -230)  ->  Abs (   102,   856)
	 40: Rel (    -4,   -67)  ->  Abs (    98,   789)
	 41: Rel (   -39,     0)  ->  Abs (    59,   789)
	 42: Rel (   -42,     0)  ->  Abs (    17,   789)
	 43: Rel (     0,    45)  ->  Abs (    17,   834)
	 44: Rel (     0,     6)  ->  Abs (    17,   840)
	 45: Rel (     2,    22)  ->  Abs (    19,   862)
	 46: Rel (    17,   241)  ->  Abs (    36,  1103)
	 47: Rel (     3,    45)  ->  Abs (    39,  1148)
	 48: Rel (    21,    22)  ->  Abs (    60,  1170)
	 49: Rel (    48,     0)  ->  Abs (   108,  1170)
	 50: Rel (   684,     0)  ->  Abs (   792,  1170)
	 51: Rel (    46,     0)  ->  Abs (   838,  1170)
	 52: Rel (    23,   -20)  ->  Abs (   861,  1150)
	 53: Rel (     3,   -47)  ->  Abs (   864,  1103)
	 54: Rel (    17,  -241)  ->  Abs (   881,   862)
	 55: Rel (     2,   -21)  ->  Abs (   883,   841)
	 56: Rel (     0,    -7)  ->  Abs (   883,   834)
	 57: Rel (     0,   -45)  ->  Abs (   883,   789)
	 58: Rel (   -42,     0)  ->  Abs (   841,   789)
	 59: Rel (   -40,     0)  ->  Abs (   801,   789)
	 60: Rel (    -4,    67)  ->  Abs (   797,   856)
	 61: Rel (   -16,   230)  ->  Abs (   781,  1086)
	 62: Rel (  -290,     0)  ->  Abs (   491,  1086)

	Glyph 567: off = 0x0001DBA8, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			119
	  yMin:			0
	  xMax:			1202
	  yMax:			1593

	     0: Flags:		0x0236
		Glyf Index:	580
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	141
		X WOffset:	43
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (15):     1    32    79   176    79   240    79     3    79    64 
	                            33    36    52    79    46 
	00017: PUSHW[1]            480 
	00020: PUSHB[5]             72    43     1     1    66 
	00026: PUSHW[2]            651    41 
	00031: SVTCA[y-axis] 
	00032: CALL       
	00033: SVTCA[x-axis] 
	00034: CALL       
	00035: CALL       
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph 568: off = 0x0001DBE8, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			44
	  yMin:			-34
	  xMax:			1211
	  yMax:			1563

	     0: Flags:		0x0236
		Glyf Index:	589
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	217
		X WOffset:	36
		Y WOffset:	265
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     1   160    62   208    62     2    79    62    95    62 
	                             2    62 
	00014: PUSHW[1]            -64 
	00017: PUSHB[4]             24    26    52    62 
	00022: PUSHW[1]            -64 
	00025: PUSHB[5]             29    32    52    62    13 
	00031: PUSHW[1]           -125 
	00034: PUSHB[5]             72    43     1     1    65 
	00040: PUSHW[2]            651    41 
	00045: SVTCA[y-axis] 
	00046: CALL       
	00047: SVTCA[x-axis] 
	00048: CALL       
	00049: CALL       
	00050: CALL       
	00051: DELTAP1    
	00052: DELTAP2    
	00053: SHC[rp1,zp0] 

	Glyph 569: off = 0x0001DC38, len = 440
	  numberOfContours:	1
	  xMin:			100
	  yMin:			-286
	  xMax:			1128
	  yMax:			1170

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	326
	00000: PUSHB[2]             12     8 
	00003: PUSHW[1]            676 
	00006: NPUSHB      (11):    10    43     7    10    10     8     7    29    12    13 
	                            17 
	00019: PUSHW[1]            676 
	00022: NPUSHB      (14):    16    15     1    15    43    18    15    15    17    18 
	                            29    13    26    22 
	00038: PUSHW[1]            676 
	00041: NPUSHB      (11):    24    43    21    24    24    22    21    29    26    27 
	                            31 
	00054: PUSHW[1]            676 
	00057: NPUSHB      (11):    29    43    32    29    29    31    32    29    27    38 
	                            34 
	00070: PUSHW[1]            676 
	00073: NPUSHB      (11):    36    43    33    36    36    34    33    29    38     1 
	                             5 
	00086: PUSHW[1]            676 
	00089: NPUSHB      (67):     3    43     6     3     3     5     6    29     1    31 
	                            22    22    17    17     8    38    12    34    20    20 
	                            19    19     5    38     1    42    38    39    39     0 
	                             0     1     8    27    26    26    13    12     2    40 
	                            38     0     0     6    18    19     7     6    21    20 
	                            32     0    33     1    33    38   159    20   175    20 
	                             2   143    20   223    20     2    20 
	00158: PUSHW[1]            699 
	00161: NPUSHB      (22):    46     6    38    48    19    64    19   144    19     3 
	                            15    19    79    19    95    19   111    19   208    19 
	                             5    19 
	00185: PUSHW[5]            699    45    74   470    24 
	00196: CALL       
	00197: SRP0       
	00198: MIRP[srp0,nmd,rd,0] 
	00199: DELTAP1    
	00200: DELTAP2    
	00201: MIRP[nrp0,md,rd,1] 
	00202: SRP0       
	00203: MIRP[srp0,nmd,rd,0] 
	00204: DELTAP1    
	00205: DELTAP2    
	00206: MIRP[srp0,md,rd,1] 
	00207: DELTAP1    
	00208: ALIGNRP    
	00209: SRP0       
	00210: ALIGNRP    
	00211: SRP0       
	00212: ALIGNRP    
	00213: SRP0       
	00214: ALIGNRP    
	00215: SRP1       
	00216: IP         
	00217: MDAP[rd]   
	00218: MIRP[nrp0,md,rd,1] 
	00219: SVTCA[y-axis] 
	00220: MIAP[rd+ci] 
	00221: ALIGNRP    
	00222: ALIGNRP    
	00223: SRP0       
	00224: ALIGNRP    
	00225: MIAP[rd+ci] 
	00226: ALIGNRP    
	00227: SRP0       
	00228: ALIGNRP    
	00229: SRP0       
	00230: ALIGNRP    
	00231: MDAP[rd]   
	00232: SRP0       
	00233: MIRP[srp0,md,rd,1] 
	00234: ALIGNRP    
	00235: SRP0       
	00236: ALIGNRP    
	00237: SRP0       
	00238: ALIGNRP    
	00239: SRP0       
	00240: MIRP[srp0,md,rd,1] 
	00241: ALIGNRP    
	00242: SRP0       
	00243: ALIGNRP    
	00244: SRP0       
	00245: ALIGNRP    
	00246: SRP0       
	00247: MIRP[srp0,md,rd,1] 
	00248: RTDG       
	00249: SRP2       
	00250: IP         
	00251: MDAP[rd]   
	00252: RTG        
	00253: SVTCA[x-axis] 
	00254: SRP0       
	00255: MIRP[srp0,nmd,rd,1] 
	00256: MIRP[srp0,nmd,rd,0] 
	00257: MDRP[nrp0,nmd,rd,0] 
	00258: SVTCA[y-axis] 
	00259: SRP0       
	00260: MIRP[srp0,md,rd,1] 
	00261: RTDG       
	00262: SRP2       
	00263: IP         
	00264: MDAP[rd]   
	00265: RTG        
	00266: SVTCA[x-axis] 
	00267: SRP0       
	00268: MIRP[srp0,nmd,rd,1] 
	00269: MIRP[srp0,nmd,rd,0] 
	00270: MDRP[nrp0,nmd,rd,0] 
	00271: SVTCA[y-axis] 
	00272: SRP0       
	00273: MIRP[srp0,md,rd,1] 
	00274: RTDG       
	00275: SRP2       
	00276: IP         
	00277: MDAP[rd]   
	00278: RTG        
	00279: SVTCA[x-axis] 
	00280: SRP0       
	00281: MIRP[srp0,nmd,rd,1] 
	00282: MIRP[srp0,nmd,rd,0] 
	00283: MDRP[nrp0,nmd,rd,0] 
	00284: SVTCA[y-axis] 
	00285: SRP0       
	00286: MIRP[srp0,md,rd,1] 
	00287: RTDG       
	00288: SRP2       
	00289: IP         
	00290: MDAP[rd]   
	00291: RTG        
	00292: SVTCA[x-axis] 
	00293: SRP0       
	00294: MIRP[srp0,nmd,rd,1] 
	00295: MIRP[srp0,nmd,rd,0] 
	00296: MDRP[nrp0,nmd,rd,0] 
	00297: SVTCA[y-axis] 
	00298: SRP0       
	00299: MIRP[srp0,md,rd,1] 
	00300: RTDG       
	00301: SRP2       
	00302: IP         
	00303: MDAP[rd]   
	00304: RTG        
	00305: SVTCA[x-axis] 
	00306: SRP0       
	00307: MIRP[srp0,nmd,rd,1] 
	00308: DELTAP1    
	00309: MIRP[srp0,nmd,rd,0] 
	00310: MDRP[nrp0,nmd,rd,0] 
	00311: SVTCA[y-axis] 
	00312: SRP0       
	00313: MIRP[srp0,md,rd,1] 
	00314: RTDG       
	00315: SRP2       
	00316: IP         
	00317: MDAP[rd]   
	00318: RTG        
	00319: SVTCA[x-axis] 
	00320: SRP0       
	00321: MIRP[srp0,nmd,rd,1] 
	00322: MIRP[srp0,nmd,rd,0] 
	00323: MDRP[nrp0,nmd,rd,0] 
	00324: IUP[y]     
	00325: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:  YDual                               On
	 21:        XDual                         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual                               On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short On
	 33:        XDual                         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                               On
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   572,     0)  ->  Abs (   572,     0)
	  1: Rel (  -416,     0)  ->  Abs (   156,     0)
	  2: Rel (   -56,     0)  ->  Abs (   100,     0)
	  3: Rel (     0,    42)  ->  Abs (   100,    42)
	  4: Rel (     0,    42)  ->  Abs (   100,    84)
	  5: Rel (    56,     0)  ->  Abs (   156,    84)
	  6: Rel (    95,     0)  ->  Abs (   251,    84)
	  7: Rel (     0,  1002)  ->  Abs (   251,  1086)
	  8: Rel (   -95,     0)  ->  Abs (   156,  1086)
	  9: Rel (   -56,     0)  ->  Abs (   100,  1086)
	 10: Rel (     0,    42)  ->  Abs (   100,  1128)
	 11: Rel (     0,    42)  ->  Abs (   100,  1170)
	 12: Rel (    56,     0)  ->  Abs (   156,  1170)
	 13: Rel (   292,     0)  ->  Abs (   448,  1170)
	 14: Rel (    56,     0)  ->  Abs (   504,  1170)
	 15: Rel (     0,   -42)  ->  Abs (   504,  1128)
	 16: Rel (     0,   -42)  ->  Abs (   504,  1086)
	 17: Rel (   -56,     0)  ->  Abs (   448,  1086)
	 18: Rel (  -113,     0)  ->  Abs (   335,  1086)
	 19: Rel (     0, -1002)  ->  Abs (   335,    84)
	 20: Rel (   558,     0)  ->  Abs (   893,    84)
	 21: Rel (     0,  1002)  ->  Abs (   893,  1086)
	 22: Rel (  -113,     0)  ->  Abs (   780,  1086)
	 23: Rel (   -56,     0)  ->  Abs (   724,  1086)
	 24: Rel (     0,    42)  ->  Abs (   724,  1128)
	 25: Rel (     0,    42)  ->  Abs (   724,  1170)
	 26: Rel (    56,     0)  ->  Abs (   780,  1170)
	 27: Rel (   292,     0)  ->  Abs (  1072,  1170)
	 28: Rel (    56,     0)  ->  Abs (  1128,  1170)
	 29: Rel (     0,   -42)  ->  Abs (  1128,  1128)
	 30: Rel (     0,   -42)  ->  Abs (  1128,  1086)
	 31: Rel (   -56,     0)  ->  Abs (  1072,  1086)
	 32: Rel (   -95,     0)  ->  Abs (   977,  1086)
	 33: Rel (     0, -1002)  ->  Abs (   977,    84)
	 34: Rel (    95,     0)  ->  Abs (  1072,    84)
	 35: Rel (    56,     0)  ->  Abs (  1128,    84)
	 36: Rel (     0,   -42)  ->  Abs (  1128,    42)
	 37: Rel (     0,   -42)  ->  Abs (  1128,     0)
	 38: Rel (   -56,     0)  ->  Abs (  1072,     0)
	 39: Rel (  -416,     0)  ->  Abs (   656,     0)
	 40: Rel (     0,  -219)  ->  Abs (   656,  -219)
	 41: Rel (     0,   -67)  ->  Abs (   656,  -286)
	 42: Rel (   -41,     0)  ->  Abs (   615,  -286)
	 43: Rel (   -43,     0)  ->  Abs (   572,  -286)
	 44: Rel (     0,    64)  ->  Abs (   572,  -222)

	Glyph 570: off = 0x0001DDF0, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 571: off = 0x0001DE00, len = 294
	  numberOfContours:	2
	  xMin:			87
	  yMin:			0
	  xMax:			1113
	  yMax:			1170

	EndPoints
	---------
	  0:  27
	  1:  36

	  Length of Instructions:	186
	00000: NPUSHB      (11):   153    30   169    30     2    58    30    73    30     2 
	                            31 
	00013: PUSHW[3]            -26    11   -26 
	00020: PUSHB[4]             33    26    27    23 
	00025: PUSHW[1]            676 
	00028: NPUSHB      (11):    25    43    22    25    25    23    22    29    27    16 
	                            20 
	00041: PUSHW[1]            676 
	00044: NPUSHB      (30):    18    43    21    18    18    20    21    29    16     3 
	                             3    27     8    38    36    36    16     7    23    30 
	                            27     2    28    20    30    16     8     5    38     1 
	00076: PUSHW[1]            296 
	00079: NPUSHB      (32):    32    38    16    12     1    12    26    38     7    28 
	                            22    21    30    48    28    64    28   144    28     3 
	                            15    28    79    28    95    28   111    28   208    28 
	                             5    28 
	00113: PUSHW[1]            699 
	00116: PUSHB[4]             37    74   121    24 
	00121: CALL       
	00122: SRP0       
	00123: MIRP[srp0,nmd,rd,0] 
	00124: DELTAP1    
	00125: DELTAP2    
	00126: MIRP[srp0,md,rd,1] 
	00127: ALIGNRP    
	00128: SRP0       
	00129: ALIGNRP    
	00130: FLIPOFF    
	00131: SRP0       
	00132: MIRP[srp0,nmd,rd,2] 
	00133: DELTAP2    
	00134: FLIPON     
	00135: MIRP[nrp0,md,rd,1] 
	00136: MIRP[srp0,nmd,rd,0] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: SVTCA[y-axis] 
	00139: MIAP[rd+ci] 
	00140: MIRP[srp0,md,rd,1] 
	00141: ALIGNRP    
	00142: MIAP[rd+ci] 
	00143: MIRP[srp0,md,rd,1] 
	00144: ALIGNRP    
	00145: SRP2       
	00146: IP         
	00147: MDAP[rd]   
	00148: MIRP[srp0,md,rd,1] 
	00149: SRP1       
	00150: IP         
	00151: MDAP[rd]   
	00152: SRP0       
	00153: MIRP[srp0,md,rd,1] 
	00154: RTDG       
	00155: SRP2       
	00156: IP         
	00157: MDAP[rd]   
	00158: RTG        
	00159: SVTCA[x-axis] 
	00160: SRP0       
	00161: MIRP[srp0,nmd,rd,1] 
	00162: MIRP[srp0,nmd,rd,0] 
	00163: MDRP[nrp0,nmd,rd,0] 
	00164: SVTCA[y-axis] 
	00165: SRP0       
	00166: MIRP[srp0,md,rd,1] 
	00167: RTDG       
	00168: SRP2       
	00169: IP         
	00170: MDAP[rd]   
	00171: RTG        
	00172: SVTCA[x-axis] 
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,1] 
	00175: MIRP[srp0,nmd,rd,0] 
	00176: MDRP[nrp0,nmd,rd,0] 
	00177: IUP[y]     
	00178: IUP[x]     
	00179: SVTCA[y-axis] 
	00180: SHPIX      
	00181: SHPIX      
	00182: SHPIX      
	00183: SVTCA[x-axis] 
	00184: DELTAP2    
	00185: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                               On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short On
	 22:        XDual                         On
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual                 X-Short On
	 28:        XDual                 X-Short On
	 29:  YDual                               On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1029,  1170)  ->  Abs (  1029,  1170)
	  1: Rel (     0,  -289)  ->  Abs (  1029,   881)
	  2: Rel (     0,   -56)  ->  Abs (  1029,   825)
	  3: Rel (   -43,     0)  ->  Abs (   986,   825)
	  4: Rel (   -42,     0)  ->  Abs (   944,   825)
	  5: Rel (     0,    56)  ->  Abs (   944,   881)
	  6: Rel (     0,   205)  ->  Abs (   944,  1086)
	  7: Rel (  -604,     0)  ->  Abs (   340,  1086)
	  8: Rel (     0,  -436)  ->  Abs (   340,   650)
	  9: Rel (   309,     0)  ->  Abs (   649,   650)
	 10: Rel (   219,     0)  ->  Abs (   868,   650)
	 11: Rel (   245,  -169)  ->  Abs (  1113,   481)
	 12: Rel (     0,  -156)  ->  Abs (  1113,   325)
	 13: Rel (     0,  -142)  ->  Abs (  1113,   183)
	 14: Rel (  -204,  -183)  ->  Abs (   909,     0)
	 15: Rel (  -138,     0)  ->  Abs (   771,     0)
	 16: Rel (  -628,     0)  ->  Abs (   143,     0)
	 17: Rel (   -56,     0)  ->  Abs (    87,     0)
	 18: Rel (     0,    42)  ->  Abs (    87,    42)
	 19: Rel (     0,    42)  ->  Abs (    87,    84)
	 20: Rel (    56,     0)  ->  Abs (   143,    84)
	 21: Rel (   113,     0)  ->  Abs (   256,    84)
	 22: Rel (     0,  1002)  ->  Abs (   256,  1086)
	 23: Rel (  -113,     0)  ->  Abs (   143,  1086)
	 24: Rel (   -56,     0)  ->  Abs (    87,  1086)
	 25: Rel (     0,    42)  ->  Abs (    87,  1128)
	 26: Rel (     0,    42)  ->  Abs (    87,  1170)
	 27: Rel (    56,     0)  ->  Abs (   143,  1170)
	 28: Rel (   197, -1086)  ->  Abs (   340,    84)
	 29: Rel (   425,     0)  ->  Abs (   765,    84)
	 30: Rel (   117,     0)  ->  Abs (   882,    84)
	 31: Rel (   146,   144)  ->  Abs (  1028,   228)
	 32: Rel (     0,    95)  ->  Abs (  1028,   323)
	 33: Rel (     0,    91)  ->  Abs (  1028,   414)
	 34: Rel (  -172,   151)  ->  Abs (   856,   565)
	 35: Rel (  -214,     0)  ->  Abs (   642,   565)
	 36: Rel (  -302,     0)  ->  Abs (   340,   565)

	Glyph 572: off = 0x0001DF26, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			87
	  yMin:			0
	  xMax:			1113
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	37
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 573: off = 0x0001DF36, len = 278
	  numberOfContours:	1
	  xMin:			127
	  yMin:			0
	  xMax:			1111
	  yMax:			1170

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	203
	00000: PUSHB[2]             19    23 
	00003: PUSHW[1]            676 
	00006: NPUSHB      (11):    21   219    24    21    21    23    24    29    19    17 
	                            13 
	00019: PUSHW[1]            676 
	00022: NPUSHB      (11):    15    53    12    15    15    13    12    29    17     5 
	                             1 
	00035: PUSHW[1]            676 
	00038: NPUSHB      (11):     3    53     0     3     3     1     0    29     5     6 
	                            10 
	00051: PUSHW[1]            676 
	00054: NPUSHB      (65):     8    53    11     8     8    10    11    29     6     1 
	                            10    38     6    13    38    17    24    25    30    18 
	                            17     2     5     6     8    19    18    25     0    30 
	                             0    18    32    18     2     0    18    80    18   160 
	                            18   208    18   224    18   240    18     6    18    82 
	                            12    32    11     1   111    11   208    11   240    11 
	                             3    11    25    26   246 
	00121: PUSHW[2]            264    24 
	00126: CALL       
	00127: SRP0       
	00128: MIRP[srp0,nmd,rd,2] 
	00129: DELTAP1    
	00130: DELTAP2    
	00131: ALIGNRP    
	00132: MIRP[nrp0,md,rd,1] 
	00133: DELTAP1    
	00134: DELTAP2    
	00135: MIRP[srp0,md,rd,1] 
	00136: ALIGNRP    
	00137: SRP0       
	00138: ALIGNRP    
	00139: SVTCA[y-axis] 
	00140: MIAP[rd+ci] 
	00141: ALIGNRP    
	00142: MIAP[rd+ci] 
	00143: ALIGNRP    
	00144: MIRP[srp0,md,rd,1] 
	00145: ALIGNRP    
	00146: SRP0       
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP0       
	00149: MIRP[srp0,md,rd,1] 
	00150: ALIGNRP    
	00151: SRP0       
	00152: MIRP[srp0,md,rd,1] 
	00153: RTDG       
	00154: SRP2       
	00155: IP         
	00156: MDAP[rd]   
	00157: RTG        
	00158: SVTCA[x-axis] 
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,1] 
	00161: MIRP[srp0,nmd,rd,0] 
	00162: MDRP[nrp0,nmd,rd,0] 
	00163: SVTCA[y-axis] 
	00164: SRP0       
	00165: MIRP[srp0,md,rd,1] 
	00166: RTDG       
	00167: SRP2       
	00168: IP         
	00169: MDAP[rd]   
	00170: RTG        
	00171: SVTCA[x-axis] 
	00172: SRP0       
	00173: MIRP[srp0,nmd,rd,1] 
	00174: MIRP[srp0,nmd,rd,0] 
	00175: MDRP[nrp0,nmd,rd,0] 
	00176: SVTCA[y-axis] 
	00177: SRP0       
	00178: MIRP[srp0,md,rd,1] 
	00179: RTDG       
	00180: SRP2       
	00181: IP         
	00182: MDAP[rd]   
	00183: RTG        
	00184: SVTCA[x-axis] 
	00185: SRP0       
	00186: MIRP[srp0,nmd,rd,1] 
	00187: MIRP[srp0,nmd,rd,0] 
	00188: MDRP[nrp0,nmd,rd,0] 
	00189: SRP0       
	00190: MIRP[srp0,md,rd,1] 
	00191: RTDG       
	00192: SRP2       
	00193: IP         
	00194: MDAP[rd]   
	00195: RTG        
	00196: SVTCA[y-axis] 
	00197: SRP0       
	00198: MIRP[srp0,nmd,rd,1] 
	00199: MIRP[srp0,nmd,rd,0] 
	00200: MDRP[nrp0,nmd,rd,0] 
	00201: IUP[y]     
	00202: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   468,    84)  ->  Abs (   468,    84)
	  1: Rel (   200,     0)  ->  Abs (   668,    84)
	  2: Rel (    56,     0)  ->  Abs (   724,    84)
	  3: Rel (     0,   -42)  ->  Abs (   724,    42)
	  4: Rel (     0,   -42)  ->  Abs (   724,     0)
	  5: Rel (   -56,     0)  ->  Abs (   668,     0)
	  6: Rel (  -485,     0)  ->  Abs (   183,     0)
	  7: Rel (   -56,     0)  ->  Abs (   127,     0)
	  8: Rel (     0,    42)  ->  Abs (   127,    42)
	  9: Rel (     0,    42)  ->  Abs (   127,    84)
	 10: Rel (    56,     0)  ->  Abs (   183,    84)
	 11: Rel (   200,     0)  ->  Abs (   383,    84)
	 12: Rel (     0,  1002)  ->  Abs (   383,  1086)
	 13: Rel (  -200,     0)  ->  Abs (   183,  1086)
	 14: Rel (   -56,     0)  ->  Abs (   127,  1086)
	 15: Rel (     0,    42)  ->  Abs (   127,  1128)
	 16: Rel (     0,    42)  ->  Abs (   127,  1170)
	 17: Rel (    56,     0)  ->  Abs (   183,  1170)
	 18: Rel (   928,     0)  ->  Abs (  1111,  1170)
	 19: Rel (     0,  -418)  ->  Abs (  1111,   752)
	 20: Rel (     0,   -56)  ->  Abs (  1111,   696)
	 21: Rel (   -42,     0)  ->  Abs (  1069,   696)
	 22: Rel (   -43,     0)  ->  Abs (  1026,   696)
	 23: Rel (     0,    56)  ->  Abs (  1026,   752)
	 24: Rel (     0,   334)  ->  Abs (  1026,  1086)
	 25: Rel (  -558,     0)  ->  Abs (   468,  1086)

	Glyph 574: off = 0x0001E04C, len = 314
	  numberOfContours:	2
	  xMin:			74
	  yMin:			-286
	  xMax:			1154
	  yMax:			1170

	EndPoints
	---------
	  0:  36
	  1:  42

	  Length of Instructions:	193
	00000: PUSHB[2]             20    16 
	00003: PUSHW[3]            784    18   354 
	00010: NPUSHB       (9):    15    18    18    16    15    29    20    21    25 
	00021: PUSHW[1]            784 
	00024: NPUSHB      (39):    23    43    26    23    23    25    26    29    21    11 
	                            27    40    38     1    25    37    16    38    21    20 
	                             2    34     4     0     1     8    11    30    40    40 
	                             2    14    37    30    14    96    15     1    15 
	00065: PUSHW[1]            629 
	00068: NPUSHB      (44):    26    41    30    96    27   112    27     2   144    27 
	                             1    27    27     7    36    38    31     2    38     7 
	                            15    31    79    31    95    31   111    31     4    31 
	                            26    44    79     7    95     7   111     7   143     7 
	                             4     7    25    43 
	00114: PUSHW[3]            294   264    24 
	00121: CALL       
	00122: FLIPOFF    
	00123: SRP0       
	00124: MIRP[nrp0,nmd,rd,0] 
	00125: DELTAP1    
	00126: SRP0       
	00127: MIRP[nrp0,nmd,rd,2] 
	00128: DELTAP1    
	00129: FLIPON     
	00130: SRP0       
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP0       
	00133: MIRP[nrp0,md,rd,1] 
	00134: SRP2       
	00135: IP         
	00136: MDAP[rd]   
	00137: DELTAP1    
	00138: DELTAP2    
	00139: MIRP[nrp0,md,rd,1] 
	00140: ALIGNRP    
	00141: MIRP[srp0,md,rd,1] 
	00142: DELTAP1    
	00143: ALIGNRP    
	00144: MIRP[nrp0,md,rd,1] 
	00145: RTHG       
	00146: SRP1       
	00147: SRP2       
	00148: IP         
	00149: MDAP[rd]   
	00150: RTG        
	00151: MIRP[nrp0,md,rd,1] 
	00152: SVTCA[y-axis] 
	00153: MIAP[rd+ci] 
	00154: ALIGNRP    
	00155: MDAP[rd]   
	00156: ALIGNRP    
	00157: MIAP[rd+ci] 
	00158: ALIGNRP    
	00159: MIRP[srp0,md,rd,1] 
	00160: ALIGNRP    
	00161: ALIGNRP    
	00162: SRP0       
	00163: MIRP[srp0,md,rd,1] 
	00164: ALIGNRP    
	00165: SHP[rp2,zp1] 
	00166: SRP0       
	00167: MIRP[srp0,md,rd,1] 
	00168: RTDG       
	00169: SRP2       
	00170: IP         
	00171: MDAP[rd]   
	00172: RTG        
	00173: SVTCA[x-axis] 
	00174: SRP0       
	00175: MIRP[srp0,nmd,rd,1] 
	00176: MIRP[srp0,nmd,rd,0] 
	00177: MDRP[nrp0,nmd,rd,0] 
	00178: SVTCA[y-axis] 
	00179: SRP0       
	00180: MIRP[srp0,md,rd,1] 
	00181: RTDG       
	00182: SRP2       
	00183: IP         
	00184: MDAP[rd]   
	00185: RTG        
	00186: SVTCA[x-axis] 
	00187: SRP0       
	00188: MIRP[srp0,nmd,rd,1] 
	00189: MIRP[srp0,nmd,rd,0] 
	00190: MDRP[nrp0,nmd,rd,0] 
	00191: IUP[y]     
	00192: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual Rep-  2 Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short On
	 27:        XDual                         On
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:                                      On
	 38:        XDual                         On
	 39:        XDual                         Off
	 40:                      Y-Short X-Short On
	 41:  YDual                               On
	 42:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  1070,     0)  ->  Abs (  1070,     0)
	  1: Rel (  -912,     0)  ->  Abs (   158,     0)
	  2: Rel (     0,  -221)  ->  Abs (   158,  -221)
	  3: Rel (     0,   -65)  ->  Abs (   158,  -286)
	  4: Rel (   -43,     0)  ->  Abs (   115,  -286)
	  5: Rel (   -41,     0)  ->  Abs (    74,  -286)
	  6: Rel (     0,    68)  ->  Abs (    74,  -218)
	  7: Rel (     0,   233)  ->  Abs (    74,    15)
	  8: Rel (     0,    42)  ->  Abs (    74,    57)
	  9: Rel (    19,    27)  ->  Abs (    93,    84)
	 10: Rel (    28,     2)  ->  Abs (   121,    86)
	 11: Rel (    68,     4)  ->  Abs (   189,    90)
	 12: Rel (   147,   126)  ->  Abs (   336,   216)
	 13: Rel (    61,   180)  ->  Abs (   397,   396)
	 14: Rel (     0,   178)  ->  Abs (   397,   574)
	 15: Rel (     0,   512)  ->  Abs (   397,  1086)
	 16: Rel (  -115,     0)  ->  Abs (   282,  1086)
	 17: Rel (   -70,     0)  ->  Abs (   212,  1086)
	 18: Rel (     0,    42)  ->  Abs (   212,  1128)
	 19: Rel (     0,    42)  ->  Abs (   212,  1170)
	 20: Rel (    70,     0)  ->  Abs (   282,  1170)
	 21: Rel (   801,     0)  ->  Abs (  1083,  1170)
	 22: Rel (    71,     0)  ->  Abs (  1154,  1170)
	 23: Rel (     0,   -42)  ->  Abs (  1154,  1128)
	 24: Rel (     0,   -42)  ->  Abs (  1154,  1086)
	 25: Rel (   -71,     0)  ->  Abs (  1083,  1086)
	 26: Rel (   -87,     0)  ->  Abs (   996,  1086)
	 27: Rel (     0, -1002)  ->  Abs (   996,    84)
	 28: Rel (    87,     0)  ->  Abs (  1083,    84)
	 29: Rel (    45,     0)  ->  Abs (  1128,    84)
	 30: Rel (    26,   -19)  ->  Abs (  1154,    65)
	 31: Rel (     0,   -50)  ->  Abs (  1154,    15)
	 32: Rel (     0,  -233)  ->  Abs (  1154,  -218)
	 33: Rel (     0,   -68)  ->  Abs (  1154,  -286)
	 34: Rel (   -41,     0)  ->  Abs (  1113,  -286)
	 35: Rel (   -43,     0)  ->  Abs (  1070,  -286)
	 36: Rel (     0,    65)  ->  Abs (  1070,  -221)
	 37: Rel (  -589,  1307)  ->  Abs (   481,  1086)
	 38: Rel (     0,  -512)  ->  Abs (   481,   574)
	 39: Rel (     0,  -364)  ->  Abs (   481,   210)
	 40: Rel (  -171,  -126)  ->  Abs (   310,    84)
	 41: Rel (   601,     0)  ->  Abs (   911,    84)
	 42: Rel (     0,  1002)  ->  Abs (   911,  1086)

	Glyph 575: off = 0x0001E186, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 576: off = 0x0001E196, len = 1044
	  numberOfContours:	1
	  xMin:			-5
	  yMin:			0
	  xMax:			1235
	  yMax:			1170

	EndPoints
	---------
	  0:  99

	  Length of Instructions:	785
	00000: NPUSHB      (65):    15     7    10    24    10    35     5    54     5    65 
	                             0    82    31     7    27    24    27    35    40     5 
	                            40    19    56     5    56    19    75    67    64    69 
	                            68    84    64    85    95     4    89     5    89    19 
	                            92    20    95    21    90    23    90    36   137     4 
	                           137    21   137    24   137    35   181    67    29    20 
	                             8    17    19    52    44 
	00067: PUSHW[1]            -64 
	00070: PUSHB[3]             19    53    40 
	00074: PUSHW[1]            -64 
	00077: PUSHB[3]             19    53    42 
	00081: PUSHW[1]            -64 
	00084: PUSHB[3]             19    53    99 
	00088: PUSHW[1]            -64 
	00091: PUSHB[3]             19    53    95 
	00095: PUSHW[1]            -64 
	00098: PUSHB[3]             19    53    97 
	00102: PUSHW[1]            -64 
	00105: NPUSHB      (43):    19    53    45    64    19    53    49    64    19    53 
	                            47    64    19    53    90    64    19    53    94    64 
	                            19    53    92    64    19    20    52    45    64     9 
	                            13    52    49    64     9    13    52    47    64     9 
	                            13    52    44 
	00150: PUSHW[1]            -64 
	00153: PUSHB[4]              9    13    52    40 
	00158: PUSHW[1]            -64 
	00161: PUSHB[4]              9    13    52    42 
	00166: PUSHW[1]            -64 
	00169: PUSHB[4]              9    14    52    95 
	00174: PUSHW[1]            -64 
	00177: PUSHB[4]              9    13    52    99 
	00182: PUSHW[1]            -64 
	00185: PUSHB[4]              9    13    52    97 
	00190: PUSHW[1]            -64 
	00193: NPUSHB      (20):     9    14    52    94    64     9    13    52    90    64 
	                             9    13    52    92    64     9    13    52    94    90 
	00215: PUSHW[1]            784 
	00218: NPUSHB      (11):    92    43    89    92    92    90    89    29    94    95 
	                            99 
	00231: PUSHW[1]            784 
	00234: NPUSHB      (11):    97    43     0    97    97    99     0    29    95    44 
	                            40 
	00247: PUSHW[1]            784 
	00250: NPUSHB      (11):    42    43    39    42    42    40    39    29    44    45 
	                            49 
	00263: PUSHW[1]            784 
	00266: NPUSHB     (176):    47    43    50    47    47    49    50    29    45    53 
	                            56    56    30    64    66    20    64    64    66    36 
	                            33    33    30    25    23    20    25    25    23    83 
	                            85    85    30    68    70    20    68    68    70     6 
	                             4     4    30    21    19    20    21    21    19    22 
	                            67     1    66    53    56    64    33    25    36    23 
	                             8    45    51     6    19     4    21    83    70    85 
	                            68     8     1    72    17    38     8    99    90    38 
	                            94    26    38    30    63    38    59    75   102    47 
	                            14    63    14    95    14     3    15    14    63    14 
	                            79    14     3    14     1    88    38    38    32    51 
	                             1    51    51    94    30    59    59    44    45     8 
	                             8    95    94    94    81     2    53    56    66    64 
	                             4    61    85    68    83    70     4    73    50     4 
	                            21    19     6     4    16    36    23    33    25     4 
	                            28    39    67    64    34    37    52    67    64    25 
	                            29    52    67    64    20    23    52    67    32     9 
	                            12    52    67    61    50    22 
	00444: PUSHW[1]            -64 
	00447: PUSHB[4]             34    37    52    22 
	00452: PUSHW[1]            -64 
	00455: PUSHB[4]             25    29    52    22 
	00460: PUSHW[1]            -64 
	00463: PUSHB[4]             20    22    52    22 
	00468: PUSHW[1]            -32 
	00471: NPUSHB      (50):     9    12    52    22    39    12    73    38   224    77 
	                             1    77    16    38    47    12   159    12     2   239 
	                            12   255    12     2    12    65    28    77    65    61 
	                            32    28   144    28     2   112    28   128    28   240 
	                            28     3     0    28    16    28    80    28     3    28 
	00523: PUSHW[1]            783 
	00526: NPUSHB      (12):    39   191    61     1    15    61    79    61   127    61 
	                             3    61 
	00540: PUSHW[1]            783 
	00543: NPUSHB      (17):    50     0    39    89    39    30    95    50     1     0 
	                            50    64    50   176    50     3    50 
	00562: PUSHW[3]            294   340    24 
	00569: CALL       
	00570: MDAP[rd]   
	00571: DELTAP1    
	00572: DELTAP2    
	00573: MIRP[nrp0,md,rd,1] 
	00574: ALIGNRP    
	00575: SRP0       
	00576: ALIGNRP    
	00577: SRP0       
	00578: MIRP[nrp0,nmd,rd,0] 
	00579: DELTAP1    
	00580: DELTAP1    
	00581: SRP0       
	00582: MIRP[nrp0,nmd,rd,0] 
	00583: DELTAP1    
	00584: DELTAP1    
	00585: DELTAP2    
	00586: SRP0       
	00587: MIRP[nrp0,nmd,rd,0] 
	00588: SRP0       
	00589: MIRP[srp0,nmd,rd,0] 
	00590: DELTAP1    
	00591: DELTAP2    
	00592: MIRP[nrp0,md,rd,1] 
	00593: SRP0       
	00594: DELTAP1    
	00595: MIRP[nrp0,md,rd,1] 
	00596: SRP1       
	00597: SRP2       
	00598: IP         
	00599: CALL       
	00600: CALL       
	00601: CALL       
	00602: CALL       
	00603: SRP1       
	00604: SRP2       
	00605: IP         
	00606: CALL       
	00607: CALL       
	00608: CALL       
	00609: CALL       
	00610: SRP1       
	00611: SRP2       
	00612: SLOOP      
	00613: IP         
	00614: SRP2       
	00615: SLOOP      
	00616: IP         
	00617: SRP1       
	00618: SRP2       
	00619: SLOOP      
	00620: IP         
	00621: SRP2       
	00622: SLOOP      
	00623: IP         
	00624: SVTCA[y-axis] 
	00625: MIAP[rd+ci] 
	00626: ALIGNRP    
	00627: SRP0       
	00628: ALIGNRP    
	00629: ALIGNRP    
	00630: MIAP[rd+ci] 
	00631: ALIGNRP    
	00632: ALIGNRP    
	00633: SRP0       
	00634: ALIGNRP    
	00635: SRP2       
	00636: IP         
	00637: MDAP[rd]   
	00638: DELTAP1    
	00639: ALIGNRP    
	00640: MIRP[srp0,md,rd,1] 
	00641: ALIGNRP    
	00642: MDAP[rd]   
	00643: DELTAP1    
	00644: DELTAP1    
	00645: MIRP[nrp0,nmd,rd,0] 
	00646: SRP0       
	00647: MIRP[nrp0,md,rd,1] 
	00648: SRP0       
	00649: MIRP[nrp0,md,rd,1] 
	00650: SRP0       
	00651: MIRP[srp0,md,rd,1] 
	00652: ALIGNRP    
	00653: SRP0       
	00654: MIRP[srp0,md,rd,1] 
	00655: ALIGNRP    
	00656: SRP1       
	00657: SLOOP      
	00658: IP         
	00659: SRP1       
	00660: SRP2       
	00661: SLOOP      
	00662: IP         
	00663: SRP2       
	00664: IP         
	00665: IP         
	00666: SDPVTL[1]  
	00667: SFVTPV     
	00668: MDAP[nrd]  
	00669: CALL       
	00670: SFVTPV     
	00671: RDTG       
	00672: SRP0       
	00673: MDRP[nrp0,nmd,rd,0] 
	00674: SDPVTL[1]  
	00675: SFVTPV     
	00676: MDAP[nrd]  
	00677: RTG        
	00678: CALL       
	00679: SFVTPV     
	00680: RDTG       
	00681: SRP0       
	00682: MDRP[nrp0,nmd,rd,0] 
	00683: SDPVTL[1]  
	00684: SFVTPV     
	00685: MDAP[nrd]  
	00686: RTG        
	00687: CALL       
	00688: SFVTPV     
	00689: RDTG       
	00690: SRP0       
	00691: MDRP[nrp0,nmd,rd,0] 
	00692: SDPVTL[1]  
	00693: SFVTPV     
	00694: MDAP[nrd]  
	00695: RTG        
	00696: CALL       
	00697: SFVTPV     
	00698: RDTG       
	00699: SRP0       
	00700: MDRP[nrp0,nmd,rd,0] 
	00701: RTG        
	00702: SVTCA[y-axis] 
	00703: SRP0       
	00704: MIRP[srp0,md,rd,1] 
	00705: RTDG       
	00706: SRP2       
	00707: IP         
	00708: MDAP[rd]   
	00709: RTG        
	00710: SVTCA[x-axis] 
	00711: SRP0       
	00712: MIRP[srp0,nmd,rd,1] 
	00713: MIRP[srp0,nmd,rd,0] 
	00714: MDRP[nrp0,nmd,rd,0] 
	00715: SVTCA[y-axis] 
	00716: SRP0       
	00717: MIRP[srp0,md,rd,1] 
	00718: RTDG       
	00719: SRP2       
	00720: IP         
	00721: MDAP[rd]   
	00722: RTG        
	00723: SVTCA[x-axis] 
	00724: SRP0       
	00725: MIRP[srp0,nmd,rd,1] 
	00726: MIRP[srp0,nmd,rd,0] 
	00727: MDRP[nrp0,nmd,rd,0] 
	00728: SVTCA[y-axis] 
	00729: SRP0       
	00730: MIRP[srp0,md,rd,1] 
	00731: RTDG       
	00732: SRP2       
	00733: IP         
	00734: MDAP[rd]   
	00735: RTG        
	00736: SVTCA[x-axis] 
	00737: SRP0       
	00738: MIRP[srp0,nmd,rd,1] 
	00739: MIRP[srp0,nmd,rd,0] 
	00740: MDRP[nrp0,nmd,rd,0] 
	00741: SVTCA[y-axis] 
	00742: SRP0       
	00743: MIRP[srp0,md,rd,1] 
	00744: RTDG       
	00745: SRP2       
	00746: IP         
	00747: MDAP[rd]   
	00748: RTG        
	00749: SVTCA[x-axis] 
	00750: SRP0       
	00751: MIRP[srp0,nmd,rd,1] 
	00752: MIRP[srp0,nmd,rd,0] 
	00753: MDRP[nrp0,nmd,rd,0] 
	00754: SVTCA[x-axis] 
	00755: CALL       
	00756: CALL       
	00757: CALL       
	00758: CALL       
	00759: CALL       
	00760: CALL       
	00761: CALL       
	00762: CALL       
	00763: CALL       
	00764: CALL       
	00765: CALL       
	00766: CALL       
	00767: CALL       
	00768: CALL       
	00769: CALL       
	00770: CALL       
	00771: CALL       
	00772: CALL       
	00773: CALL       
	00774: CALL       
	00775: CALL       
	00776: CALL       
	00777: CALL       
	00778: CALL       
	00779: IUP[y]     
	00780: IUP[x]     
	00781: SVTCA[y-axis] 
	00782: CALL       
	00783: SVTCA[x-axis] 
	00784: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual                 X-Short On
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual               Y-Short X-Short On
	 35:                              X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short On
	 39:        XDual                         On
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short On
	 51:        XDual                         On
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:                      Y-Short X-Short On
	 55:                              X-Short On
	 56:                      Y-Short X-Short Off
	 57:                      Y-Short X-Short Off
	 58:  YDual                       X-Short On
	 59:  YDual                       X-Short On
	 60:  YDual                       X-Short Off
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual                 X-Short On
	 65:        XDual                 X-Short On
	 66:  YDual XDual         Y-Short X-Short Off
	 67:  YDual XDual         Y-Short X-Short On
	 68:  YDual               Y-Short X-Short Off
	 69:  YDual               Y-Short X-Short On
	 70:  YDual               Y-Short X-Short Off
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual                       X-Short On
	 73:        XDual         Y-Short         On
	 74:        XDual         Y-Short         Off
	 75:  YDual                       X-Short On
	 76:  YDual                       X-Short Off
	 77:  YDual XDual         Y-Short         On
	 78:  YDual XDual         Y-Short         On
	 79:  YDual XDual         Y-Short         Off
	 80:  YDual XDual         Y-Short X-Short Off
	 81:  YDual XDual                 X-Short On
	 82:  YDual XDual                 X-Short Off
	 83:        XDual         Y-Short X-Short Off
	 84:        XDual         Y-Short X-Short On
	 85:        XDual         Y-Short X-Short Off
	 86:        XDual         Y-Short X-Short Off
	 87:  YDual XDual                 X-Short On
	 88:  YDual XDual                 X-Short On
	 89:        XDual                         On
	 90:  YDual                       X-Short On
	 91:  YDual                       X-Short Off
	 92:  YDual XDual         Y-Short         On
	 93:  YDual XDual         Y-Short         Off
	 94:  YDual XDual                 X-Short On
	 95:  YDual XDual                 X-Short On
	 96:  YDual XDual                 X-Short Off
	 97:        XDual         Y-Short         On
	 98:        XDual         Y-Short         Off
	 99:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   656,  1086)  ->  Abs (   656,  1086)
	  1: Rel (     0,  -415)  ->  Abs (   656,   671)
	  2: Rel (    22,     0)  ->  Abs (   678,   671)
	  3: Rel (    44,     0)  ->  Abs (   722,   671)
	  4: Rel (    61,    77)  ->  Abs (   783,   748)
	  5: Rel (    78,   171)  ->  Abs (   861,   919)
	  6: Rel (    76,   164)  ->  Abs (   937,  1083)
	  7: Rel (    86,    87)  ->  Abs (  1023,  1170)
	  8: Rel (   102,     0)  ->  Abs (  1125,  1170)
	  9: Rel (    40,     0)  ->  Abs (  1165,  1170)
	 10: Rel (    21,   -27)  ->  Abs (  1186,  1143)
	 11: Rel (     0,   -43)  ->  Abs (  1186,  1100)
	 12: Rel (     0,  -115)  ->  Abs (  1186,   985)
	 13: Rel (     0,   -65)  ->  Abs (  1186,   920)
	 14: Rel (   -39,     0)  ->  Abs (  1147,   920)
	 15: Rel (   -45,     0)  ->  Abs (  1102,   920)
	 16: Rel (     0,    59)  ->  Abs (  1102,   979)
	 17: Rel (     0,   110)  ->  Abs (  1102,  1089)
	 18: Rel (   -53,    -1)  ->  Abs (  1049,  1088)
	 19: Rel (   -74,  -121)  ->  Abs (   975,   967)
	 20: Rel (   -39,   -85)  ->  Abs (   936,   882)
	 21: Rel (   -92,  -201)  ->  Abs (   844,   681)
	 22: Rel (   -48,   -45)  ->  Abs (   796,   636)
	 23: Rel (   104,   -59)  ->  Abs (   900,   577)
	 24: Rel (    82,  -199)  ->  Abs (   982,   378)
	 25: Rel (   120,  -294)  ->  Abs (  1102,    84)
	 26: Rel (    62,     0)  ->  Abs (  1164,    84)
	 27: Rel (    71,     0)  ->  Abs (  1235,    84)
	 28: Rel (     0,   -42)  ->  Abs (  1235,    42)
	 29: Rel (     0,   -42)  ->  Abs (  1235,     0)
	 30: Rel (   -71,     0)  ->  Abs (  1164,     0)
	 31: Rel (   -65,     0)  ->  Abs (  1099,     0)
	 32: Rel (   -41,     0)  ->  Abs (  1058,     0)
	 33: Rel (   -22,    14)  ->  Abs (  1036,    14)
	 34: Rel (   -15,    38)  ->  Abs (  1021,    52)
	 35: Rel (  -118,   290)  ->  Abs (   903,   342)
	 36: Rel (   -98,   243)  ->  Abs (   805,   585)
	 37: Rel (  -119,     0)  ->  Abs (   686,   585)
	 38: Rel (   -30,     0)  ->  Abs (   656,   585)
	 39: Rel (     0,  -501)  ->  Abs (   656,    84)
	 40: Rel (    65,     0)  ->  Abs (   721,    84)
	 41: Rel (    71,     0)  ->  Abs (   792,    84)
	 42: Rel (     0,   -42)  ->  Abs (   792,    42)
	 43: Rel (     0,   -42)  ->  Abs (   792,     0)
	 44: Rel (   -71,     0)  ->  Abs (   721,     0)
	 45: Rel (  -213,     0)  ->  Abs (   508,     0)
	 46: Rel (   -70,     0)  ->  Abs (   438,     0)
	 47: Rel (     0,    42)  ->  Abs (   438,    42)
	 48: Rel (     0,    42)  ->  Abs (   438,    84)
	 49: Rel (    70,     0)  ->  Abs (   508,    84)
	 50: Rel (    64,     0)  ->  Abs (   572,    84)
	 51: Rel (     0,   501)  ->  Abs (   572,   585)
	 52: Rel (   -30,     0)  ->  Abs (   542,   585)
	 53: Rel (  -117,     0)  ->  Abs (   425,   585)
	 54: Rel (   -98,  -243)  ->  Abs (   327,   342)
	 55: Rel (  -118,  -290)  ->  Abs (   209,    52)
	 56: Rel (   -15,   -37)  ->  Abs (   194,    15)
	 57: Rel (   -21,   -15)  ->  Abs (   173,     0)
	 58: Rel (   -42,     0)  ->  Abs (   131,     0)
	 59: Rel (   -66,     0)  ->  Abs (    65,     0)
	 60: Rel (   -70,     0)  ->  Abs (    -5,     0)
	 61: Rel (     0,    42)  ->  Abs (    -5,    42)
	 62: Rel (     0,    42)  ->  Abs (    -5,    84)
	 63: Rel (    70,     0)  ->  Abs (    65,    84)
	 64: Rel (    63,     0)  ->  Abs (   128,    84)
	 65: Rel (   120,   294)  ->  Abs (   248,   378)
	 66: Rel (    82,   201)  ->  Abs (   330,   579)
	 67: Rel (   103,    57)  ->  Abs (   433,   636)
	 68: Rel (   -46,    48)  ->  Abs (   387,   684)
	 69: Rel (   -93,   198)  ->  Abs (   294,   882)
	 70: Rel (   -66,   139)  ->  Abs (   228,  1021)
	 71: Rel (   -59,    68)  ->  Abs (   169,  1089)
	 72: Rel (   -41,     0)  ->  Abs (   128,  1089)
	 73: Rel (     0,  -110)  ->  Abs (   128,   979)
	 74: Rel (     0,   -58)  ->  Abs (   128,   921)
	 75: Rel (   -44,     0)  ->  Abs (    84,   921)
	 76: Rel (   -41,     0)  ->  Abs (    43,   921)
	 77: Rel (     0,    64)  ->  Abs (    43,   985)
	 78: Rel (     0,   115)  ->  Abs (    43,  1100)
	 79: Rel (     0,    43)  ->  Abs (    43,  1143)
	 80: Rel (    22,    27)  ->  Abs (    65,  1170)
	 81: Rel (    34,     0)  ->  Abs (    99,  1170)
	 82: Rel (   102,     0)  ->  Abs (   201,  1170)
	 83: Rel (    91,   -88)  ->  Abs (   292,  1082)
	 84: Rel (    77,  -163)  ->  Abs (   369,   919)
	 85: Rel (    78,  -165)  ->  Abs (   447,   754)
	 86: Rel (    65,   -83)  ->  Abs (   512,   671)
	 87: Rel (    38,     0)  ->  Abs (   550,   671)
	 88: Rel (    22,     0)  ->  Abs (   572,   671)
	 89: Rel (     0,   415)  ->  Abs (   572,  1086)
	 90: Rel (   -64,     0)  ->  Abs (   508,  1086)
	 91: Rel (   -70,     0)  ->  Abs (   438,  1086)
	 92: Rel (     0,    42)  ->  Abs (   438,  1128)
	 93: Rel (     0,    42)  ->  Abs (   438,  1170)
	 94: Rel (    70,     0)  ->  Abs (   508,  1170)
	 95: Rel (   213,     0)  ->  Abs (   721,  1170)
	 96: Rel (    71,     0)  ->  Abs (   792,  1170)
	 97: Rel (     0,   -42)  ->  Abs (   792,  1128)
	 98: Rel (     0,   -42)  ->  Abs (   792,  1086)
	 99: Rel (   -71,     0)  ->  Abs (   721,  1086)

	Glyph 577: off = 0x0001E5AA, len = 390
	  numberOfContours:	1
	  xMin:			114
	  yMin:			-33
	  xMax:			1094
	  yMax:			1197

	EndPoints
	---------
	  0:  63

	  Length of Instructions:	218
	00000: NPUSHB      (36):    54    30     1   136     3   153    20   165     1     3 
	                             0    32    13    18    52   187    33   187    60     2 
	                            23    58   139     4   139    17   157     4   157    17 
	                             5    32    32    21    16    30 
	00038: PUSHW[7]            -16    14   -32     4   -13    14   -32 
	00053: NPUSHB      (62):    30    26    20    18    19     2     0    29    23    36 
	                            38    55    55    39    51     3    39    39    59     5 
	                             7    38    11    11    59     5    29    38    23    23 
	                             5    34    38    59     3    16    38     5     9    67 
	                             0    84     0     2     0    31    26    64    12    15 
	                            52    26    26     2    41    53    38    49   102    37 
	                            38    41 
	00117: PUSHW[1]            393 
	00120: NPUSHB      (23):     8    31    38    62    65    19    38     2    26    65 
	                            13    38     8    64    13    15    52     8    25    64 
	                            67   121    24 
	00145: CALL       
	00146: FLIPOFF    
	00147: SRP0       
	00148: MIRP[srp0,nmd,rd,0] 
	00149: CALL       
	00150: FLIPON     
	00151: MIRP[nrp0,md,rd,1] 
	00152: FLIPOFF    
	00153: SRP0       
	00154: MIRP[srp0,nmd,rd,2] 
	00155: FLIPON     
	00156: MIRP[nrp0,md,rd,1] 
	00157: MIRP[srp0,nmd,rd,0] 
	00158: MIRP[nrp0,md,rd,1] 
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,0] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: MIRP[srp0,nmd,rd,0] 
	00163: MIRP[nrp0,md,rd,1] 
	00164: SRP1       
	00165: SRP2       
	00166: IP         
	00167: MDAP[rd]   
	00168: CALL       
	00169: SRP2       
	00170: IP         
	00171: DELTAP2    
	00172: SVTCA[y-axis] 
	00173: MIAP[rd+ci] 
	00174: MIRP[nrp0,md,rd,1] 
	00175: MIAP[rd+ci] 
	00176: MIRP[nrp0,md,rd,1] 
	00177: SRP2       
	00178: IP         
	00179: MDAP[rd]   
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP1       
	00182: SRP2       
	00183: IP         
	00184: MDAP[rd]   
	00185: MIRP[nrp0,md,rd,1] 
	00186: SRP1       
	00187: SRP2       
	00188: IP         
	00189: MDAP[rd]   
	00190: MIAP[rd+ci] 
	00191: SRP2       
	00192: IP         
	00193: MDAP[rd]   
	00194: MIRP[nrp0,md,rd,1] 
	00195: SRP1       
	00196: SRP2       
	00197: IP         
	00198: IUP[y]     
	00199: IUP[x]     
	00200: SVTCA[x-axis] 
	00201: SLOOP      
	00202: SHPIX      
	00203: SHPIX      
	00204: SHPIX      
	00205: SHPIX      
	00206: SVTCA[y-axis] 
	00207: SHPIX      
	00208: SHPIX      
	00209: SHPIX      
	00210: SHPIX      
	00211: SVTCA[x-axis] 
	00212: DELTAP1    
	00213: DELTAP1    
	00214: CALL       
	00215: SVTCA[y-axis] 
	00216: DELTAP1    
	00217: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short         Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short         Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:  YDual                               Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:                      Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short On
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short Off
	 61:        XDual         Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   826,   608)  ->  Abs (   826,   608)
	  1: Rel (   268,   -63)  ->  Abs (  1094,   545)
	  2: Rel (     0,  -230)  ->  Abs (  1094,   315)
	  3: Rel (     0,  -142)  ->  Abs (  1094,   173)
	  4: Rel (  -228,  -206)  ->  Abs (   866,   -33)
	  5: Rel (  -251,     0)  ->  Abs (   615,   -33)
	  6: Rel (  -201,     0)  ->  Abs (   414,   -33)
	  7: Rel (  -300,   132)  ->  Abs (   114,    99)
	  8: Rel (     0,    43)  ->  Abs (   114,   142)
	  9: Rel (     0,    22)  ->  Abs (   114,   164)
	 10: Rel (    30,    26)  ->  Abs (   144,   190)
	 11: Rel (    13,     0)  ->  Abs (   157,   190)
	 12: Rel (    15,     0)  ->  Abs (   172,   190)
	 13: Rel (    22,   -13)  ->  Abs (   194,   177)
	 14: Rel (   127,   -73)  ->  Abs (   321,   104)
	 15: Rel (   168,   -53)  ->  Abs (   489,    51)
	 16: Rel (   137,     0)  ->  Abs (   626,    51)
	 17: Rel (   187,     0)  ->  Abs (   813,    51)
	 18: Rel (   188,   151)  ->  Abs (  1001,   202)
	 19: Rel (     0,   115)  ->  Abs (  1001,   317)
	 20: Rel (     0,    83)  ->  Abs (  1001,   400)
	 21: Rel (  -121,   121)  ->  Abs (   880,   521)
	 22: Rel (  -185,    35)  ->  Abs (   695,   556)
	 23: Rel (  -173,     0)  ->  Abs (   522,   556)
	 24: Rel (   -58,     0)  ->  Abs (   464,   556)
	 25: Rel (   -71,     0)  ->  Abs (   393,   556)
	 26: Rel (     0,    42)  ->  Abs (   393,   598)
	 27: Rel (     0,    43)  ->  Abs (   393,   641)
	 28: Rel (    71,     0)  ->  Abs (   464,   641)
	 29: Rel (    58,     0)  ->  Abs (   522,   641)
	 30: Rel (   434,     0)  ->  Abs (   956,   641)
	 31: Rel (     0,   242)  ->  Abs (   956,   883)
	 32: Rel (     0,   109)  ->  Abs (   956,   992)
	 33: Rel (  -188,   121)  ->  Abs (   768,  1113)
	 34: Rel (  -141,     0)  ->  Abs (   627,  1113)
	 35: Rel (  -165,     0)  ->  Abs (   462,  1113)
	 36: Rel (  -187,  -174)  ->  Abs (   275,   939)
	 37: Rel (   -26,  -133)  ->  Abs (   249,   806)
	 38: Rel (    -8,   -43)  ->  Abs (   241,   763)
	 39: Rel (   -31,     0)  ->  Abs (   210,   763)
	 40: Rel (   -39,     0)  ->  Abs (   171,   763)
	 41: Rel (     0,    39)  ->  Abs (   171,   802)
	 42: Rel (     0,    26)  ->  Abs (   171,   828)
	 43: Rel (     9,    66)  ->  Abs (   180,   894)
	 44: Rel (     4,    39)  ->  Abs (   184,   933)
	 45: Rel (     0,    25)  ->  Abs (   184,   958)
	 46: Rel (     0,     7)  ->  Abs (   184,   965)
	 47: Rel (    -3,    92)  ->  Abs (   181,  1057)
	 48: Rel (    -4,    87)  ->  Abs (   177,  1144)
	 49: Rel (     0,     1)  ->  Abs (   177,  1145)
	 50: Rel (     0,    39)  ->  Abs (   177,  1184)
	 51: Rel (    38,     0)  ->  Abs (   215,  1184)
	 52: Rel (    33,     0)  ->  Abs (   248,  1184)
	 53: Rel (     9,   -58)  ->  Abs (   257,  1126)
	 54: Rel (    10,   -61)  ->  Abs (   267,  1065)
	 55: Rel (    28,     0)  ->  Abs (   295,  1065)
	 56: Rel (    10,     0)  ->  Abs (   305,  1065)
	 57: Rel (    18,    15)  ->  Abs (   323,  1080)
	 58: Rel (   141,   117)  ->  Abs (   464,  1197)
	 59: Rel (   172,     0)  ->  Abs (   636,  1197)
	 60: Rel (   198,     0)  ->  Abs (   834,  1197)
	 61: Rel (   215,  -178)  ->  Abs (  1049,  1019)
	 62: Rel (     0,  -133)  ->  Abs (  1049,   886)
	 63: Rel (     0,  -196)  ->  Abs (  1049,   690)

	Glyph 578: off = 0x0001E730, len = 436
	  numberOfContours:	1
	  xMin:			40
	  yMin:			0
	  xMax:			1189
	  yMax:			1170

	EndPoints
	---------
	  0:  39

	  Length of Instructions:	329
	00000: PUSHB[7]             42    33   168    33     2    26    22 
	00008: PUSHW[1]            676 
	00011: NPUSHB      (14):     0    24     1    24    43    21    24    24    22    21 
	                            29    26    27    31 
	00027: PUSHW[1]            676 
	00030: NPUSHB      (11):    29    43    32    29    29    31    32    29    27    15 
	                            19 
	00043: PUSHW[1]            676 
	00046: NPUSHB      (14):     0    17     1    17    43    20    17    17    19    20 
	                            29    15     7    11 
	00062: PUSHW[1]            676 
	00065: NPUSHB      (11):     9    51    12     9     9    11    12    29     7     6 
	                             2 
	00078: PUSHW[1]            676 
	00081: NPUSHB      (11):     4    43     1     4     4     2     1    29     6    35 
	                            39 
	00094: PUSHW[1]            676 
	00097: NPUSHB      (92):    37    43     0    37    37    39     0    29    35    33 
	                            14    13    13    30    34    33    20    34    34    33 
	                            33    13    14    34    22    31    31    39    38    35 
	                            19    11    11     2    38     6    26    27    27    35 
	                            35    34     8    15    14    14     7     6     2    14 
	                            34    33    13    33    32    30    20    15    21    79 
	                            21    95    21   111    21   143    21   223    21     6 
	                            21    26    41    12    13    30     1    95     0   111 
	                             0   143     0   240     0     4     0    25    40    58 
	                           107    24 
	00191: CALL       
	00192: FLIPOFF    
	00193: SRP0       
	00194: MIRP[srp0,nmd,rd,0] 
	00195: DELTAP1    
	00196: ALIGNRP    
	00197: FLIPON     
	00198: MIRP[srp0,md,rd,1] 
	00199: ALIGNRP    
	00200: FLIPOFF    
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,2] 
	00203: DELTAP1    
	00204: ALIGNRP    
	00205: FLIPON     
	00206: MIRP[srp0,md,rd,1] 
	00207: ALIGNRP    
	00208: SRP1       
	00209: SRP2       
	00210: IP         
	00211: IP         
	00212: SVTCA[y-axis] 
	00213: MIAP[rd+ci] 
	00214: ALIGNRP    
	00215: ALIGNRP    
	00216: SRP0       
	00217: ALIGNRP    
	00218: MIAP[rd+ci] 
	00219: ALIGNRP    
	00220: SRP0       
	00221: ALIGNRP    
	00222: SRP0       
	00223: ALIGNRP    
	00224: SRP0       
	00225: MIRP[srp0,md,rd,1] 
	00226: ALIGNRP    
	00227: SRP0       
	00228: ALIGNRP    
	00229: SRP0       
	00230: MIRP[srp0,md,rd,1] 
	00231: ALIGNRP    
	00232: SRP0       
	00233: ALIGNRP    
	00234: SRP1       
	00235: SRP2       
	00236: IP         
	00237: IP         
	00238: SDPVTL[1]  
	00239: MDAP[nrd]  
	00240: CALL       
	00241: SDPVTL[1]  
	00242: RDTG       
	00243: MDRP[nrp0,nmd,rd,0] 
	00244: RTG        
	00245: SVTCA[y-axis] 
	00246: SRP0       
	00247: MIRP[srp0,md,rd,1] 
	00248: RTDG       
	00249: SRP2       
	00250: IP         
	00251: MDAP[rd]   
	00252: RTG        
	00253: SVTCA[x-axis] 
	00254: SRP0       
	00255: MIRP[srp0,nmd,rd,1] 
	00256: MIRP[srp0,nmd,rd,0] 
	00257: MDRP[nrp0,nmd,rd,0] 
	00258: SVTCA[y-axis] 
	00259: SRP0       
	00260: MIRP[srp0,md,rd,1] 
	00261: RTDG       
	00262: SRP2       
	00263: IP         
	00264: MDAP[rd]   
	00265: RTG        
	00266: SVTCA[x-axis] 
	00267: SRP0       
	00268: MIRP[srp0,nmd,rd,1] 
	00269: MIRP[srp0,nmd,rd,0] 
	00270: MDRP[nrp0,nmd,rd,0] 
	00271: SVTCA[y-axis] 
	00272: SRP0       
	00273: MIRP[srp0,md,rd,1] 
	00274: RTDG       
	00275: SRP2       
	00276: IP         
	00277: MDAP[rd]   
	00278: RTG        
	00279: SVTCA[x-axis] 
	00280: SRP0       
	00281: MIRP[srp0,nmd,rd,1] 
	00282: MIRP[srp0,nmd,rd,0] 
	00283: MDRP[nrp0,nmd,rd,0] 
	00284: SVTCA[y-axis] 
	00285: SRP0       
	00286: MIRP[srp0,md,rd,1] 
	00287: RTDG       
	00288: SRP2       
	00289: IP         
	00290: MDAP[rd]   
	00291: RTG        
	00292: SVTCA[x-axis] 
	00293: SRP0       
	00294: MIRP[srp0,nmd,rd,1] 
	00295: DELTAP1    
	00296: MIRP[srp0,nmd,rd,0] 
	00297: MDRP[nrp0,nmd,rd,0] 
	00298: SVTCA[y-axis] 
	00299: SRP0       
	00300: MIRP[srp0,md,rd,1] 
	00301: RTDG       
	00302: SRP2       
	00303: IP         
	00304: MDAP[rd]   
	00305: RTG        
	00306: SVTCA[x-axis] 
	00307: SRP0       
	00308: MIRP[srp0,nmd,rd,1] 
	00309: MIRP[srp0,nmd,rd,0] 
	00310: MDRP[nrp0,nmd,rd,0] 
	00311: SVTCA[y-axis] 
	00312: SRP0       
	00313: MIRP[srp0,md,rd,1] 
	00314: RTDG       
	00315: SRP2       
	00316: IP         
	00317: MDAP[rd]   
	00318: RTG        
	00319: SVTCA[x-axis] 
	00320: SRP0       
	00321: MIRP[srp0,nmd,rd,1] 
	00322: DELTAP1    
	00323: MIRP[srp0,nmd,rd,0] 
	00324: MDRP[nrp0,nmd,rd,0] 
	00325: IUP[y]     
	00326: IUP[x]     
	00327: SVTCA[y-axis] 
	00328: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual                               On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:                                      On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short On
	 21:        XDual                         On
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:  YDual                       X-Short On
	 27:  YDual                               On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short On
	 33:        XDual                         On
	 34:                                      On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   209,    84)  ->  Abs (   209,    84)
	  1: Rel (     0,  1002)  ->  Abs (   209,  1086)
	  2: Rel (  -113,     0)  ->  Abs (    96,  1086)
	  3: Rel (   -56,     0)  ->  Abs (    40,  1086)
	  4: Rel (     0,    42)  ->  Abs (    40,  1128)
	  5: Rel (     0,    42)  ->  Abs (    40,  1170)
	  6: Rel (    56,     0)  ->  Abs (    96,  1170)
	  7: Rel (   352,     0)  ->  Abs (   448,  1170)
	  8: Rel (    57,     0)  ->  Abs (   505,  1170)
	  9: Rel (     0,   -42)  ->  Abs (   505,  1128)
	 10: Rel (     0,   -42)  ->  Abs (   505,  1086)
	 11: Rel (   -57,     0)  ->  Abs (   448,  1086)
	 12: Rel (  -155,     0)  ->  Abs (   293,  1086)
	 13: Rel (     0,  -965)  ->  Abs (   293,   121)
	 14: Rel (   620,  1049)  ->  Abs (   913,  1170)
	 15: Rel (   220,     0)  ->  Abs (  1133,  1170)
	 16: Rel (    56,     0)  ->  Abs (  1189,  1170)
	 17: Rel (     0,   -42)  ->  Abs (  1189,  1128)
	 18: Rel (     0,   -42)  ->  Abs (  1189,  1086)
	 19: Rel (   -56,     0)  ->  Abs (  1133,  1086)
	 20: Rel (  -113,     0)  ->  Abs (  1020,  1086)
	 21: Rel (     0, -1002)  ->  Abs (  1020,    84)
	 22: Rel (   113,     0)  ->  Abs (  1133,    84)
	 23: Rel (    56,     0)  ->  Abs (  1189,    84)
	 24: Rel (     0,   -42)  ->  Abs (  1189,    42)
	 25: Rel (     0,   -42)  ->  Abs (  1189,     0)
	 26: Rel (   -56,     0)  ->  Abs (  1133,     0)
	 27: Rel (  -310,     0)  ->  Abs (   823,     0)
	 28: Rel (   -56,     0)  ->  Abs (   767,     0)
	 29: Rel (     0,    42)  ->  Abs (   767,    42)
	 30: Rel (     0,    42)  ->  Abs (   767,    84)
	 31: Rel (    56,     0)  ->  Abs (   823,    84)
	 32: Rel (   113,     0)  ->  Abs (   936,    84)
	 33: Rel (     0,   963)  ->  Abs (   936,  1047)
	 34: Rel (  -619, -1047)  ->  Abs (   317,     0)
	 35: Rel (  -221,     0)  ->  Abs (    96,     0)
	 36: Rel (   -56,     0)  ->  Abs (    40,     0)
	 37: Rel (     0,    42)  ->  Abs (    40,    42)
	 38: Rel (     0,    42)  ->  Abs (    40,    84)
	 39: Rel (    56,     0)  ->  Abs (    96,    84)

	Glyph 579: off = 0x0001E8E4, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			40
	  yMin:			0
	  xMax:			1189
	  yMax:			1563

	     0: Flags:		0x0236
		Glyf Index:	578
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	217
		X WOffset:	36
		Y WOffset:	265
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (20):     1    80    57   160    57   192    57     3    96    57 
	                             1    63    57    95    57   175    57     3    57    20 
	00022: PUSHW[1]            -95 
	00025: PUSHB[5]             72    43     1     1    60 
	00031: PUSHW[2]            651    41 
	00036: SVTCA[y-axis] 
	00037: CALL       
	00038: SVTCA[x-axis] 
	00039: CALL       
	00040: DELTAP1    
	00041: DELTAP2    
	00042: DELTAP3    
	00043: SHC[rp1,zp0] 

	Glyph 580: off = 0x0001E92A, len = 556
	  numberOfContours:	1
	  xMin:			119
	  yMin:			0
	  xMax:			1202
	  yMax:			1171

	EndPoints
	---------
	  0:  62

	  Length of Instructions:	388
	00000: NPUSHB      (42):    10     3    10    51    24    52    47     3    47    51 
	                            55     6    56    52    69     6    72    52    87     6 
	                            10   152    19   183     6     2    53     6    70     6 
	                            85     6   180     6     4     2    10    19     3    50 
	                            32     5 
	00044: PUSHW[6]            -26    40    36   784    38   354 
	00057: NPUSHB       (9):    35    38    38    36    35    29    40    41    45 
	00068: PUSHW[1]            784 
	00071: PUSHB[4]              0    43     1    43 
	00076: PUSHW[1]            354 
	00079: NPUSHB       (9):    46    43    43    45    46    29    41    28    24 
	00090: PUSHW[1]            784 
	00093: PUSHB[4]              0    26     1    26 
	00098: PUSHW[1]            354 
	00101: NPUSHB       (9):    23    26    26    24    23    29    28    29    33 
	00112: PUSHW[3]            784    31   354 
	00119: NPUSHB      (95):    34    31    31    33    34    29    29    52    50    50 
	                            30     4     2    20     4     4     2    19    16    16 
	                            30     8     6    20     8     8     6     6    19    16 
	                             3    14    47     4    50     2    52     4    54     5 
	                            47    38    32    22     1    22    22    54     8     9 
	                            38    13    13    14    14    28    60    60    28    54 
	                            45    36    38    40     0    38    54     2    41    40 
	                             2    24    33    38    28    29     8    19     6    16 
	                             8     4    11    50     4    52     2     4    62     5 
	                            11    23    62    38    58 
	00216: PUSHW[1]            296 
	00219: NPUSHB      (16):   112    11     1    11    26    64    46    23    30    35 
	                            48    34     1    34    25    63 
	00237: PUSHW[1]            313 
	00240: PUSHB[2]            108    24 
	00243: CALL       
	00244: FLIPOFF    
	00245: SRP0       
	00246: MIRP[srp0,nmd,rd,0] 
	00247: DELTAP1    
	00248: ALIGNRP    
	00249: FLIPON     
	00250: MIRP[srp0,md,rd,1] 
	00251: ALIGNRP    
	00252: FLIPOFF    
	00253: SRP0       
	00254: MIRP[srp0,nmd,rd,2] 
	00255: DELTAP1    
	00256: FLIPON     
	00257: MIRP[srp0,nmd,rd,0] 
	00258: MIRP[nrp0,md,rd,1] 
	00259: SRP1       
	00260: SRP2       
	00261: IP         
	00262: SRP2       
	00263: SLOOP      
	00264: IP         
	00265: SRP2       
	00266: SLOOP      
	00267: IP         
	00268: SVTCA[y-axis] 
	00269: MIAP[rd+ci] 
	00270: ALIGNRP    
	00271: MIRP[srp0,md,rd,1] 
	00272: ALIGNRP    
	00273: MIAP[rd+ci] 
	00274: ALIGNRP    
	00275: MIAP[rd+ci] 
	00276: MIRP[nrp0,md,rd,1] 
	00277: SRP0       
	00278: MIRP[srp0,md,rd,1] 
	00279: ALIGNRP    
	00280: SRP1       
	00281: SRP2       
	00282: IP         
	00283: MDAP[rd]   
	00284: SRP0       
	00285: ALIGNRP    
	00286: SRP0       
	00287: ALIGNRP    
	00288: SRP0       
	00289: MIRP[srp0,md,rd,1] 
	00290: ALIGNRP    
	00291: SRP2       
	00292: IP         
	00293: MDAP[rd]   
	00294: DELTAP1    
	00295: MIRP[nrp0,md,rd,1] 
	00296: IP         
	00297: SRP2       
	00298: SLOOP      
	00299: IP         
	00300: SRP1       
	00301: SRP2       
	00302: SLOOP      
	00303: IP         
	00304: SDPVTL[1]  
	00305: SFVTPV     
	00306: MDAP[nrd]  
	00307: CALL       
	00308: SFVTPV     
	00309: RDTG       
	00310: SRP0       
	00311: MDRP[nrp0,nmd,rd,0] 
	00312: SDPVTL[1]  
	00313: SFVTPV     
	00314: MDAP[nrd]  
	00315: RTG        
	00316: CALL       
	00317: SFVTPV     
	00318: RDTG       
	00319: SRP0       
	00320: MDRP[nrp0,nmd,rd,0] 
	00321: RTG        
	00322: SVTCA[y-axis] 
	00323: SRP0       
	00324: MIRP[srp0,md,rd,1] 
	00325: RTDG       
	00326: SRP2       
	00327: IP         
	00328: MDAP[rd]   
	00329: RTG        
	00330: SVTCA[x-axis] 
	00331: SRP0       
	00332: MIRP[srp0,nmd,rd,1] 
	00333: MIRP[srp0,nmd,rd,0] 
	00334: MDRP[nrp0,nmd,rd,0] 
	00335: SVTCA[y-axis] 
	00336: SRP0       
	00337: MIRP[srp0,md,rd,1] 
	00338: RTDG       
	00339: SRP2       
	00340: IP         
	00341: MDAP[rd]   
	00342: RTG        
	00343: SVTCA[x-axis] 
	00344: SRP0       
	00345: MIRP[srp0,nmd,rd,1] 
	00346: DELTAP1    
	00347: MIRP[srp0,nmd,rd,0] 
	00348: MDRP[nrp0,nmd,rd,0] 
	00349: SVTCA[y-axis] 
	00350: SRP0       
	00351: MIRP[srp0,md,rd,1] 
	00352: RTDG       
	00353: SRP2       
	00354: IP         
	00355: MDAP[rd]   
	00356: RTG        
	00357: SVTCA[x-axis] 
	00358: SRP0       
	00359: MIRP[srp0,nmd,rd,1] 
	00360: DELTAP1    
	00361: MIRP[srp0,nmd,rd,0] 
	00362: MDRP[nrp0,nmd,rd,0] 
	00363: SVTCA[y-axis] 
	00364: SRP0       
	00365: MIRP[srp0,md,rd,1] 
	00366: RTDG       
	00367: SRP2       
	00368: IP         
	00369: MDAP[rd]   
	00370: RTG        
	00371: SVTCA[x-axis] 
	00372: SRP0       
	00373: MIRP[srp0,nmd,rd,1] 
	00374: MIRP[srp0,nmd,rd,0] 
	00375: MDRP[nrp0,nmd,rd,0] 
	00376: IUP[y]     
	00377: IUP[x]     
	00378: SHPIX      
	00379: SHPIX      
	00380: SHPIX      
	00381: SVTCA[y-axis] 
	00382: SHPIX      
	00383: SVTCA[y-axis] 
	00384: DELTAP1    
	00385: DELTAP2    
	00386: SVTCA[x-axis] 
	00387: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:                              X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:        XDual                         On
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                               On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short On
	 35:        XDual                         On
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual                               On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short On
	 47:        XDual                         On
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short Off
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short         Off
	 60:  YDual                       X-Short On
	 61:  YDual                       X-Short Off
	 62:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1041,  1089)  ->  Abs (  1041,  1089)
	  1: Rel (   -71,     0)  ->  Abs (   970,  1089)
	  2: Rel (   -79,   -59)  ->  Abs (   891,  1030)
	  3: Rel (   -87,  -149)  ->  Abs (   804,   881)
	  4: Rel (  -129,  -222)  ->  Abs (   675,   659)
	  5: Rel (   -47,   -21)  ->  Abs (   628,   638)
	  6: Rel (   125,   -50)  ->  Abs (   753,   588)
	  7: Rel (   106,  -210)  ->  Abs (   859,   378)
	  8: Rel (   149,  -294)  ->  Abs (  1008,    84)
	  9: Rel (   124,     0)  ->  Abs (  1132,    84)
	 10: Rel (    70,     0)  ->  Abs (  1202,    84)
	 11: Rel (     0,   -42)  ->  Abs (  1202,    42)
	 12: Rel (     0,   -42)  ->  Abs (  1202,     0)
	 13: Rel (   -70,     0)  ->  Abs (  1132,     0)
	 14: Rel (  -121,     0)  ->  Abs (  1011,     0)
	 15: Rel (   -40,     0)  ->  Abs (   971,     0)
	 16: Rel (   -20,    12)  ->  Abs (   951,    12)
	 17: Rel (   -19,    36)  ->  Abs (   932,    48)
	 18: Rel (  -150,   294)  ->  Abs (   782,   342)
	 19: Rel (   -77,   151)  ->  Abs (   705,   493)
	 20: Rel (  -143,    92)  ->  Abs (   562,   585)
	 21: Rel (  -117,     0)  ->  Abs (   445,   585)
	 22: Rel (   -64,     0)  ->  Abs (   381,   585)
	 23: Rel (     0,  -501)  ->  Abs (   381,    84)
	 24: Rel (   109,     0)  ->  Abs (   490,    84)
	 25: Rel (    71,     0)  ->  Abs (   561,    84)
	 26: Rel (     0,   -42)  ->  Abs (   561,    42)
	 27: Rel (     0,   -42)  ->  Abs (   561,     0)
	 28: Rel (   -71,     0)  ->  Abs (   490,     0)
	 29: Rel (  -301,     0)  ->  Abs (   189,     0)
	 30: Rel (   -70,     0)  ->  Abs (   119,     0)
	 31: Rel (     0,    42)  ->  Abs (   119,    42)
	 32: Rel (     0,    42)  ->  Abs (   119,    84)
	 33: Rel (    70,     0)  ->  Abs (   189,    84)
	 34: Rel (   107,     0)  ->  Abs (   296,    84)
	 35: Rel (     0,  1002)  ->  Abs (   296,  1086)
	 36: Rel (  -107,     0)  ->  Abs (   189,  1086)
	 37: Rel (   -70,     0)  ->  Abs (   119,  1086)
	 38: Rel (     0,    42)  ->  Abs (   119,  1128)
	 39: Rel (     0,    42)  ->  Abs (   119,  1170)
	 40: Rel (    70,     0)  ->  Abs (   189,  1170)
	 41: Rel (   301,     0)  ->  Abs (   490,  1170)
	 42: Rel (    71,     0)  ->  Abs (   561,  1170)
	 43: Rel (     0,   -42)  ->  Abs (   561,  1128)
	 44: Rel (     0,   -42)  ->  Abs (   561,  1086)
	 45: Rel (   -71,     0)  ->  Abs (   490,  1086)
	 46: Rel (  -109,     0)  ->  Abs (   381,  1086)
	 47: Rel (     0,  -415)  ->  Abs (   381,   671)
	 48: Rel (    64,     0)  ->  Abs (   445,   671)
	 49: Rel (    91,     0)  ->  Abs (   536,   671)
	 50: Rel (    93,    81)  ->  Abs (   629,   752)
	 51: Rel (   100,   170)  ->  Abs (   729,   922)
	 52: Rel (    93,   157)  ->  Abs (   822,  1079)
	 53: Rel (   105,    92)  ->  Abs (   927,  1171)
	 54: Rel (   118,     0)  ->  Abs (  1045,  1171)
	 55: Rel (    57,     0)  ->  Abs (  1102,  1171)
	 56: Rel (    24,   -26)  ->  Abs (  1126,  1145)
	 57: Rel (     0,   -45)  ->  Abs (  1126,  1100)
	 58: Rel (     0,  -111)  ->  Abs (  1126,   989)
	 59: Rel (     0,   -69)  ->  Abs (  1126,   920)
	 60: Rel (   -42,     0)  ->  Abs (  1084,   920)
	 61: Rel (   -43,     0)  ->  Abs (  1041,   920)
	 62: Rel (     0,    65)  ->  Abs (  1041,   985)

	Glyph 581: off = 0x0001EB56, len = 360
	  numberOfContours:	1
	  xMin:			35
	  yMin:			-33
	  xMax:			1155
	  yMax:			1170

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	243
	00000: PUSHB[4]            202    17     1    17 
	00005: PUSHW[1]            -13 
	00008: PUSHB[4]             31    26    38    34 
	00013: PUSHW[3]            784    36   354 
	00020: NPUSHB       (9):    33    36    36    34    33    29    38    39    43 
	00031: PUSHW[1]            784 
	00034: NPUSHB      (14):     0    41     1    41    43     0    41    41    43     0 
	                            29    39     6     2 
	00050: PUSHW[1]            784 
	00053: NPUSHB      (14):     0     4     1     4    43     1     4     4     2     1 
	                            29     6     7    11 
	00069: PUSHW[1]            784 
	00072: NPUSHB      (68):     9    43    12     9     9    11    12    29     7    43 
	                            14    14    34    38    39    38     2    25    30    38 
	                            18     2    11    38     6     7     8    18     9    14 
	                            15    30    33    96    32     1    32    32    23    13 
	                            12    30     0    15     1    79     1    95     1   111 
	                             1     4     1    26    45    27    38    79    23    95 
	                            23   111    23     3    23    25    44    69 
	00142: PUSHW[2]            470    24 
	00147: CALL       
	00148: FLIPOFF    
	00149: SRP0       
	00150: MIRP[srp0,nmd,rd,0] 
	00151: DELTAP1    
	00152: FLIPON     
	00153: MIRP[nrp0,md,rd,1] 
	00154: FLIPOFF    
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,2] 
	00157: DELTAP1    
	00158: ALIGNRP    
	00159: FLIPON     
	00160: MIRP[srp0,md,rd,1] 
	00161: ALIGNRP    
	00162: SRP2       
	00163: IP         
	00164: MDAP[rd]   
	00165: DELTAP1    
	00166: ALIGNRP    
	00167: MIRP[srp0,md,rd,1] 
	00168: ALIGNRP    
	00169: SVTCA[y-axis] 
	00170: MIAP[rd+ci] 
	00171: MIAP[rd+ci] 
	00172: ALIGNRP    
	00173: MIRP[srp0,md,rd,1] 
	00174: ALIGNRP    
	00175: SRP0       
	00176: MIRP[nrp0,md,rd,1] 
	00177: MDAP[rd]   
	00178: MIAP[rd+ci] 
	00179: ALIGNRP    
	00180: MIRP[srp0,md,rd,1] 
	00181: ALIGNRP    
	00182: SRP0       
	00183: ALIGNRP    
	00184: SRP0       
	00185: MIRP[srp0,md,rd,1] 
	00186: RTDG       
	00187: SRP2       
	00188: IP         
	00189: MDAP[rd]   
	00190: RTG        
	00191: SVTCA[x-axis] 
	00192: SRP0       
	00193: MIRP[srp0,nmd,rd,1] 
	00194: MIRP[srp0,nmd,rd,0] 
	00195: MDRP[nrp0,nmd,rd,0] 
	00196: SVTCA[y-axis] 
	00197: SRP0       
	00198: MIRP[srp0,md,rd,1] 
	00199: RTDG       
	00200: SRP2       
	00201: IP         
	00202: MDAP[rd]   
	00203: RTG        
	00204: SVTCA[x-axis] 
	00205: SRP0       
	00206: MIRP[srp0,nmd,rd,1] 
	00207: DELTAP1    
	00208: MIRP[srp0,nmd,rd,0] 
	00209: MDRP[nrp0,nmd,rd,0] 
	00210: SVTCA[y-axis] 
	00211: SRP0       
	00212: MIRP[srp0,md,rd,1] 
	00213: RTDG       
	00214: SRP2       
	00215: IP         
	00216: MDAP[rd]   
	00217: RTG        
	00218: SVTCA[x-axis] 
	00219: SRP0       
	00220: MIRP[srp0,nmd,rd,1] 
	00221: DELTAP1    
	00222: MIRP[srp0,nmd,rd,0] 
	00223: MDRP[nrp0,nmd,rd,0] 
	00224: SVTCA[y-axis] 
	00225: SRP0       
	00226: MIRP[srp0,md,rd,1] 
	00227: RTDG       
	00228: SRP2       
	00229: IP         
	00230: MDAP[rd]   
	00231: RTG        
	00232: SVTCA[x-axis] 
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,1] 
	00235: MIRP[srp0,nmd,rd,0] 
	00236: MDRP[nrp0,nmd,rd,0] 
	00237: IUP[y]     
	00238: IUP[x]     
	00239: SHPIX      
	00240: SHPIX      
	00241: SVTCA[x-axis] 
	00242: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual                         On
	 33:        XDual                         On
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual                               On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   997,  1086)  ->  Abs (   997,  1086)
	  1: Rel (     0, -1002)  ->  Abs (   997,    84)
	  2: Rel (    88,     0)  ->  Abs (  1085,    84)
	  3: Rel (    70,     0)  ->  Abs (  1155,    84)
	  4: Rel (     0,   -42)  ->  Abs (  1155,    42)
	  5: Rel (     0,   -42)  ->  Abs (  1155,     0)
	  6: Rel (   -70,     0)  ->  Abs (  1085,     0)
	  7: Rel (  -262,     0)  ->  Abs (   823,     0)
	  8: Rel (   -70,     0)  ->  Abs (   753,     0)
	  9: Rel (     0,    42)  ->  Abs (   753,    42)
	 10: Rel (     0,    42)  ->  Abs (   753,    84)
	 11: Rel (    70,     0)  ->  Abs (   823,    84)
	 12: Rel (    89,     0)  ->  Abs (   912,    84)
	 13: Rel (     0,  1002)  ->  Abs (   912,  1086)
	 14: Rel (  -430,     0)  ->  Abs (   482,  1086)
	 15: Rel (     0,  -685)  ->  Abs (   482,   401)
	 16: Rel (     0,  -239)  ->  Abs (   482,   162)
	 17: Rel (  -159,  -195)  ->  Abs (   323,   -33)
	 18: Rel (  -114,     0)  ->  Abs (   209,   -33)
	 19: Rel (   -52,     0)  ->  Abs (   157,   -33)
	 20: Rel (  -103,    24)  ->  Abs (    54,    -9)
	 21: Rel (   -19,    27)  ->  Abs (    35,    18)
	 22: Rel (     0,    41)  ->  Abs (    35,    59)
	 23: Rel (     0,   125)  ->  Abs (    35,   184)
	 24: Rel (     0,    66)  ->  Abs (    35,   250)
	 25: Rel (    43,     0)  ->  Abs (    78,   250)
	 26: Rel (    41,     0)  ->  Abs (   119,   250)
	 27: Rel (     0,   -59)  ->  Abs (   119,   191)
	 28: Rel (     0,  -129)  ->  Abs (   119,    62)
	 29: Rel (    43,   -12)  ->  Abs (   162,    50)
	 30: Rel (    34,     0)  ->  Abs (   196,    50)
	 31: Rel (   202,     0)  ->  Abs (   398,    50)
	 32: Rel (     0,   351)  ->  Abs (   398,   401)
	 33: Rel (     0,   685)  ->  Abs (   398,  1086)
	 34: Rel (  -116,     0)  ->  Abs (   282,  1086)
	 35: Rel (   -70,     0)  ->  Abs (   212,  1086)
	 36: Rel (     0,    42)  ->  Abs (   212,  1128)
	 37: Rel (     0,    42)  ->  Abs (   212,  1170)
	 38: Rel (    70,     0)  ->  Abs (   282,  1170)
	 39: Rel (   803,     0)  ->  Abs (  1085,  1170)
	 40: Rel (    70,     0)  ->  Abs (  1155,  1170)
	 41: Rel (     0,   -42)  ->  Abs (  1155,  1128)
	 42: Rel (     0,   -42)  ->  Abs (  1155,  1086)
	 43: Rel (   -70,     0)  ->  Abs (  1085,  1086)

	Glyph 582: off = 0x0001ECBE, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			24
	  yMin:			0
	  xMax:			1216
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	48
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 583: off = 0x0001ECCE, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			107
	  yMin:			0
	  xMax:			1135
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	43
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 584: off = 0x0001ECDE, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1197

	     0: Flags:		0x0216
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 585: off = 0x0001ECEE, len = 402
	  numberOfContours:	1
	  xMin:			100
	  yMin:			0
	  xMax:			1128
	  yMax:			1170

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	301
	00000: PUSHB[2]             32    36 
	00003: PUSHW[1]            676 
	00006: NPUSHB      (11):    34    43    37    34    34    36    37    29    32    31 
	                            27 
	00019: PUSHW[1]            676 
	00022: NPUSHB      (14):     0    29     1    29    43    26    29    29    27    26 
	                            29    31    19    15 
	00038: PUSHW[1]            676 
	00041: NPUSHB      (11):    17    43    14    17    17    15    14    29    19    20 
	                            24 
	00054: PUSHW[1]            676 
	00057: NPUSHB      (14):     0    22     1    22    43    25    22    22    24    25 
	                            29    20     7     3 
	00073: PUSHW[1]            676 
	00076: NPUSHB      (11):     5    43     2     5     5     3     2    29     7     8 
	                            12 
	00089: PUSHW[1]            676 
	00092: NPUSHB      (50):    10    43    13    10    10    12    13    29     8    27 
	                            36    36     3    12    38     8    31    32    32     7 
	                             8     8    24     1    15    38    20    19     2     0 
	                            37    25    26    30   159    37   175    37     2   143 
	                            37   223    37     2    37    64    28    31    52    37 
	00144: PUSHW[1]            699 
	00147: NPUSHB      (25):    39    14    13     1    13    30    48     2    64     2 
	                           144     2     3    15     2    79     2    95     2   111 
	                             2   208     2     5     2 
	00174: PUSHW[5]            699    38    74   470    24 
	00185: CALL       
	00186: SRP0       
	00187: MIRP[srp0,nmd,rd,0] 
	00188: DELTAP1    
	00189: DELTAP2    
	00190: MIRP[nrp0,md,rd,1] 
	00191: ALIGNRP    
	00192: SRP0       
	00193: ALIGNRP    
	00194: SRP0       
	00195: MIRP[srp0,nmd,rd,0] 
	00196: CALL       
	00197: DELTAP1    
	00198: DELTAP2    
	00199: MIRP[srp0,md,rd,1] 
	00200: ALIGNRP    
	00201: SRP0       
	00202: ALIGNRP    
	00203: SVTCA[y-axis] 
	00204: MIAP[rd+ci] 
	00205: ALIGNRP    
	00206: MIRP[srp0,md,rd,1] 
	00207: ALIGNRP    
	00208: ALIGNRP    
	00209: MIAP[rd+ci] 
	00210: ALIGNRP    
	00211: ALIGNRP    
	00212: SRP0       
	00213: ALIGNRP    
	00214: SRP0       
	00215: MIRP[srp0,md,rd,1] 
	00216: ALIGNRP    
	00217: ALIGNRP    
	00218: SRP0       
	00219: ALIGNRP    
	00220: SRP0       
	00221: MIRP[srp0,md,rd,1] 
	00222: RTDG       
	00223: SRP2       
	00224: IP         
	00225: MDAP[rd]   
	00226: RTG        
	00227: SVTCA[x-axis] 
	00228: SRP0       
	00229: MIRP[srp0,nmd,rd,1] 
	00230: MIRP[srp0,nmd,rd,0] 
	00231: MDRP[nrp0,nmd,rd,0] 
	00232: SVTCA[y-axis] 
	00233: SRP0       
	00234: MIRP[srp0,md,rd,1] 
	00235: RTDG       
	00236: SRP2       
	00237: IP         
	00238: MDAP[rd]   
	00239: RTG        
	00240: SVTCA[x-axis] 
	00241: SRP0       
	00242: MIRP[srp0,nmd,rd,1] 
	00243: MIRP[srp0,nmd,rd,0] 
	00244: MDRP[nrp0,nmd,rd,0] 
	00245: SVTCA[y-axis] 
	00246: SRP0       
	00247: MIRP[srp0,md,rd,1] 
	00248: RTDG       
	00249: SRP2       
	00250: IP         
	00251: MDAP[rd]   
	00252: RTG        
	00253: SVTCA[x-axis] 
	00254: SRP0       
	00255: MIRP[srp0,nmd,rd,1] 
	00256: DELTAP1    
	00257: MIRP[srp0,nmd,rd,0] 
	00258: MDRP[nrp0,nmd,rd,0] 
	00259: SVTCA[y-axis] 
	00260: SRP0       
	00261: MIRP[srp0,md,rd,1] 
	00262: RTDG       
	00263: SRP2       
	00264: IP         
	00265: MDAP[rd]   
	00266: RTG        
	00267: SVTCA[x-axis] 
	00268: SRP0       
	00269: MIRP[srp0,nmd,rd,1] 
	00270: MIRP[srp0,nmd,rd,0] 
	00271: MDRP[nrp0,nmd,rd,0] 
	00272: SVTCA[y-axis] 
	00273: SRP0       
	00274: MIRP[srp0,md,rd,1] 
	00275: RTDG       
	00276: SRP2       
	00277: IP         
	00278: MDAP[rd]   
	00279: RTG        
	00280: SVTCA[x-axis] 
	00281: SRP0       
	00282: MIRP[srp0,nmd,rd,1] 
	00283: DELTAP1    
	00284: MIRP[srp0,nmd,rd,0] 
	00285: MDRP[nrp0,nmd,rd,0] 
	00286: SVTCA[y-axis] 
	00287: SRP0       
	00288: MIRP[srp0,md,rd,1] 
	00289: RTDG       
	00290: SRP2       
	00291: IP         
	00292: MDAP[rd]   
	00293: RTG        
	00294: SVTCA[x-axis] 
	00295: SRP0       
	00296: MIRP[srp0,nmd,rd,1] 
	00297: MIRP[srp0,nmd,rd,0] 
	00298: MDRP[nrp0,nmd,rd,0] 
	00299: IUP[y]     
	00300: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual                               On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                               On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   892,  1086)  ->  Abs (   892,  1086)
	  1: Rel (  -557,     0)  ->  Abs (   335,  1086)
	  2: Rel (     0, -1002)  ->  Abs (   335,    84)
	  3: Rel (   113,     0)  ->  Abs (   448,    84)
	  4: Rel (    56,     0)  ->  Abs (   504,    84)
	  5: Rel (     0,   -42)  ->  Abs (   504,    42)
	  6: Rel (     0,   -42)  ->  Abs (   504,     0)
	  7: Rel (   -56,     0)  ->  Abs (   448,     0)
	  8: Rel (  -292,     0)  ->  Abs (   156,     0)
	  9: Rel (   -56,     0)  ->  Abs (   100,     0)
	 10: Rel (     0,    42)  ->  Abs (   100,    42)
	 11: Rel (     0,    42)  ->  Abs (   100,    84)
	 12: Rel (    56,     0)  ->  Abs (   156,    84)
	 13: Rel (    95,     0)  ->  Abs (   251,    84)
	 14: Rel (     0,  1002)  ->  Abs (   251,  1086)
	 15: Rel (   -95,     0)  ->  Abs (   156,  1086)
	 16: Rel (   -56,     0)  ->  Abs (   100,  1086)
	 17: Rel (     0,    42)  ->  Abs (   100,  1128)
	 18: Rel (     0,    42)  ->  Abs (   100,  1170)
	 19: Rel (    56,     0)  ->  Abs (   156,  1170)
	 20: Rel (   916,     0)  ->  Abs (  1072,  1170)
	 21: Rel (    56,     0)  ->  Abs (  1128,  1170)
	 22: Rel (     0,   -42)  ->  Abs (  1128,  1128)
	 23: Rel (     0,   -42)  ->  Abs (  1128,  1086)
	 24: Rel (   -56,     0)  ->  Abs (  1072,  1086)
	 25: Rel (   -95,     0)  ->  Abs (   977,  1086)
	 26: Rel (     0, -1002)  ->  Abs (   977,    84)
	 27: Rel (    95,     0)  ->  Abs (  1072,    84)
	 28: Rel (    56,     0)  ->  Abs (  1128,    84)
	 29: Rel (     0,   -42)  ->  Abs (  1128,    42)
	 30: Rel (     0,   -42)  ->  Abs (  1128,     0)
	 31: Rel (   -56,     0)  ->  Abs (  1072,     0)
	 32: Rel (  -292,     0)  ->  Abs (   780,     0)
	 33: Rel (   -56,     0)  ->  Abs (   724,     0)
	 34: Rel (     0,    42)  ->  Abs (   724,    42)
	 35: Rel (     0,    42)  ->  Abs (   724,    84)
	 36: Rel (    56,     0)  ->  Abs (   780,    84)
	 37: Rel (   112,     0)  ->  Abs (   892,    84)

	Glyph 586: off = 0x0001EE80, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			179
	  yMin:			0
	  xMax:			1115
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	51
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 587: off = 0x0001EE90, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			127
	  yMin:			-33
	  xMax:			1100
	  yMax:			1197

	     0: Flags:		0x0216
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 588: off = 0x0001EEA0, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			143
	  yMin:			0
	  xMax:			1084
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	55
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 589: off = 0x0001EEB0, len = 476
	  numberOfContours:	1
	  xMin:			44
	  yMin:			-34
	  xMax:			1211
	  yMax:			1170

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	350
	00000: NPUSHB      (37):    88     2   119     0   120     1   121     2   121    13 
	                           119    34     6   135     1   140    14   153    14   155 
	                            33   165     1   195     1     6     1     1     0    33 
	                            32    33    34    32     2    39    35 
	00039: PUSHW[1]            676 
	00042: NPUSHB      (14):    37    37    41    34    37    37    35    34    29    39 
	                            34    33    40    44 
	00058: PUSHW[1]            676 
	00061: NPUSHB      (14):    42    42    43     0    42    42    44     0    29    40 
	                             0     1     7     3 
	00077: PUSHW[1]            676 
	00080: NPUSHB      (14):     5     5    43     2     5     5     3     2    29     7 
	                             2    32     8    12 
	00096: PUSHW[1]            676 
	00099: NPUSHB     (117):    10    80    10    96    10   112    10     3    96    10 
	                           176    10     2    10    41    13    10    10    12    13 
	                            29     8    13    14    32     2     2    30    13    14 
	                            20    13    13    14     1     0     1     2     0    30 
	                            34    33    20    34    34    33    33     1    32    14 
	                             4    39    17    24    29    38    17     9    12     3 
	                             3    44    44    35    38    39     8     7     7    40 
	                            39     2     0     2     1    33    32    14     6    13 
	                            34    26    38    22    64    22    80    22     2    22 
	                            34   127    13   191    13     2    13   128    15    53 
	                            13    26    46   191    34     1    34    64    13    16 
	                            52    34    25    45   157   111    24 
	00218: CALL       
	00219: FLIPOFF    
	00220: SRP0       
	00221: MIRP[nrp0,nmd,rd,0] 
	00222: CALL       
	00223: DELTAP1    
	00224: SRP0       
	00225: MIRP[nrp0,nmd,rd,2] 
	00226: CALL       
	00227: DELTAP1    
	00228: SRP0       
	00229: ALIGNRP    
	00230: DELTAP1    
	00231: FLIPON     
	00232: SRP0       
	00233: MIRP[nrp0,md,rd,1] 
	00234: SRP1       
	00235: SRP2       
	00236: SLOOP      
	00237: IP         
	00238: SVTCA[y-axis] 
	00239: MIAP[rd+ci] 
	00240: ALIGNRP    
	00241: ALIGNRP    
	00242: SRP0       
	00243: ALIGNRP    
	00244: SRP0       
	00245: MIRP[srp0,md,rd,1] 
	00246: ALIGNRP    
	00247: SRP0       
	00248: ALIGNRP    
	00249: SRP0       
	00250: ALIGNRP    
	00251: MIAP[rd+ci] 
	00252: MIRP[nrp0,md,rd,1] 
	00253: MDAP[rd]   
	00254: SRP1       
	00255: SRP2       
	00256: SLOOP      
	00257: IP         
	00258: SDPVTL[1]  
	00259: SFVTCA[x-axis] 
	00260: MDAP[nrd]  
	00261: CALL       
	00262: SFVTL[=p1,p2] 
	00263: RDTG       
	00264: SRP0       
	00265: MDRP[nrp0,nmd,rd,0] 
	00266: SDPVTL[1]  
	00267: SFVTCA[x-axis] 
	00268: MDAP[nrd]  
	00269: RTG        
	00270: CALL       
	00271: SFVTPV     
	00272: RDTG       
	00273: SRP0       
	00274: MDRP[nrp0,nmd,rd,0] 
	00275: RTG        
	00276: SVTCA[y-axis] 
	00277: SFVTL[=p1,p2] 
	00278: SRP0       
	00279: MIRP[srp0,md,rd,1] 
	00280: RTDG       
	00281: SRP2       
	00282: IP         
	00283: MDAP[rd]   
	00284: RTG        
	00285: SVTCA[x-axis] 
	00286: SRP0       
	00287: MIRP[srp0,nmd,nrd,1] 
	00288: DELTAP1    
	00289: DELTAP2    
	00290: MDAP[rd]   
	00291: MIRP[srp0,nmd,rd,0] 
	00292: MDRP[nrp0,nmd,rd,0] 
	00293: SVTCA[y-axis] 
	00294: SFVTL[=p1,p2] 
	00295: SRP0       
	00296: MIRP[srp0,md,rd,1] 
	00297: RTDG       
	00298: SRP2       
	00299: IP         
	00300: MDAP[rd]   
	00301: RTG        
	00302: SVTCA[x-axis] 
	00303: SRP0       
	00304: MIRP[srp0,nmd,nrd,1] 
	00305: MDAP[rd]   
	00306: MIRP[srp0,nmd,rd,0] 
	00307: MDRP[nrp0,nmd,rd,0] 
	00308: SVTCA[y-axis] 
	00309: SFVTL[=p1,p2] 
	00310: SRP0       
	00311: MIRP[srp0,md,rd,1] 
	00312: RTDG       
	00313: SRP2       
	00314: IP         
	00315: MDAP[rd]   
	00316: RTG        
	00317: SVTCA[x-axis] 
	00318: SRP0       
	00319: MIRP[srp0,nmd,nrd,1] 
	00320: MDAP[rd]   
	00321: MIRP[srp0,nmd,rd,0] 
	00322: MDRP[nrp0,nmd,rd,0] 
	00323: SVTCA[y-axis] 
	00324: SFVTL[=p1,p2] 
	00325: SRP0       
	00326: MIRP[srp0,md,rd,1] 
	00327: RTDG       
	00328: SRP2       
	00329: IP         
	00330: MDAP[rd]   
	00331: RTG        
	00332: SVTCA[x-axis] 
	00333: SRP0       
	00334: MIRP[srp0,nmd,nrd,1] 
	00335: MDAP[rd]   
	00336: MIRP[srp0,nmd,rd,0] 
	00337: MDRP[nrp0,nmd,rd,0] 
	00338: SPVTL[p1,p2] 
	00339: SFVTL[=p1,p2] 
	00340: SRP0       
	00341: ALIGNRP    
	00342: SFVTL[=p1,p2] 
	00343: ALIGNRP    
	00344: IUP[y]     
	00345: IUP[x]     
	00346: SVTCA[y-axis] 
	00347: DELTAP3    
	00348: SVTCA[x-axis] 
	00349: DELTAP1    

	Flags
	-----
	  0:              Rep-  2                 On
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:                                      On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short On
	 34:                                      On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   270,  1086)  ->  Abs (   270,  1086)
	  1: Rel (   362,  -667)  ->  Abs (   632,   419)
	  2: Rel (   362,   667)  ->  Abs (   994,  1086)
	  3: Rel (   -77,     0)  ->  Abs (   917,  1086)
	  4: Rel (   -71,     0)  ->  Abs (   846,  1086)
	  5: Rel (     0,    42)  ->  Abs (   846,  1128)
	  6: Rel (     0,    42)  ->  Abs (   846,  1170)
	  7: Rel (    71,     0)  ->  Abs (   917,  1170)
	  8: Rel (   224,     0)  ->  Abs (  1141,  1170)
	  9: Rel (    70,     0)  ->  Abs (  1211,  1170)
	 10: Rel (     0,   -42)  ->  Abs (  1211,  1128)
	 11: Rel (     0,   -42)  ->  Abs (  1211,  1086)
	 12: Rel (   -70,     0)  ->  Abs (  1141,  1086)
	 13: Rel (   -50,     0)  ->  Abs (  1091,  1086)
	 14: Rel (  -501,  -918)  ->  Abs (   590,   168)
	 15: Rel (   -51,   -95)  ->  Abs (   539,    73)
	 16: Rel (  -118,  -107)  ->  Abs (   421,   -34)
	 17: Rel (   -91,     0)  ->  Abs (   330,   -34)
	 18: Rel (   -50,     0)  ->  Abs (   280,   -34)
	 19: Rel (   -94,    24)  ->  Abs (   186,   -10)
	 20: Rel (   -18,    30)  ->  Abs (   168,    20)
	 21: Rel (     0,    40)  ->  Abs (   168,    60)
	 22: Rel (     0,   121)  ->  Abs (   168,   181)
	 23: Rel (     0,    69)  ->  Abs (   168,   250)
	 24: Rel (    41,     0)  ->  Abs (   209,   250)
	 25: Rel (    43,     0)  ->  Abs (   252,   250)
	 26: Rel (     0,   -64)  ->  Abs (   252,   186)
	 27: Rel (     0,  -121)  ->  Abs (   252,    65)
	 28: Rel (    51,   -14)  ->  Abs (   303,    51)
	 29: Rel (    35,     0)  ->  Abs (   338,    51)
	 30: Rel (    56,     0)  ->  Abs (   394,    51)
	 31: Rel (    73,    67)  ->  Abs (   467,   118)
	 32: Rel (    48,    89)  ->  Abs (   515,   207)
	 33: Rel (    65,   120)  ->  Abs (   580,   327)
	 34: Rel (  -412,   759)  ->  Abs (   168,  1086)
	 35: Rel (   -54,     0)  ->  Abs (   114,  1086)
	 36: Rel (   -70,     0)  ->  Abs (    44,  1086)
	 37: Rel (     0,    42)  ->  Abs (    44,  1128)
	 38: Rel (     0,    42)  ->  Abs (    44,  1170)
	 39: Rel (    70,     0)  ->  Abs (   114,  1170)
	 40: Rel (   233,     0)  ->  Abs (   347,  1170)
	 41: Rel (    70,     0)  ->  Abs (   417,  1170)
	 42: Rel (     0,   -42)  ->  Abs (   417,  1128)
	 43: Rel (     0,   -42)  ->  Abs (   417,  1086)
	 44: Rel (   -70,     0)  ->  Abs (   347,  1086)

	Glyph 590: off = 0x0001F08C, len = 440
	  numberOfContours:	3
	  xMin:			99
	  yMin:			0
	  xMax:			1130
	  yMax:			1171

	EndPoints
	---------
	  0:  37
	  1:  45
	  2:  52

	  Length of Instructions:	297
	00000: NPUSHB      (69):     9    47    25    47    85    40    88    44    88    47 
	                             5     6    40     6    41     9    44    22    40    22 
	                            41    25    44     6   249     6   249    21   249    47 
	                             3   246    25   246    40   249    44     3   151    25 
	                           152    47   152    50     3   136    51   136    53   152 
	                             2   152     6     4   136     2   136     6   135    25 
	                             3    40    41    32     2    43    48    44    47 
	00071: PUSHW[1]            -26 
	00074: NPUSHB      (12):     4    50    51    26     2    35    84    11    30    16 
	                            13     9 
	00088: PUSHW[1]            686 
	00091: NPUSHB      (15):    11    92     8    11    11     9     8    34    13    52 
	                            38    38    64     1    26 
	00108: PUSHW[1]            -64 
	00111: PUSHB[4]             37    42    52    26 
	00116: PUSHW[1]            -64 
	00119: PUSHB[4]             25    30    52    26 
	00124: PUSHW[1]            400 
	00127: NPUSHB      (18):    32   128    46    45    38    64     7    20    64    37 
	                            42    52    20    64    25    30    52    20 
	00147: PUSHW[1]            400 
	00150: NPUSHB      (21):    14   128     9    18    59    13    14     8    37    28 
	                            59    32    32    33     2    16   195    19    42    59 
	                            23 
	00173: PUSHW[1]            517 
	00176: PUSHB[4]             19    49    59     4 
	00181: PUSHW[1]            517 
	00184: NPUSHB      (26):     1    46     8    26    45     8    32   111    19   127 
	                            19   175    19     3    95    19   143    19     2     0 
	                            19   240    19     2    19   230 
	00212: PUSHW[2]            263    24 
	00217: CALL       
	00218: MDAP[rd]   
	00219: DELTAP1    
	00220: DELTAP2    
	00221: DELTAP3    
	00222: MIRP[nrp0,md,rd,1] 
	00223: ALIGNRP    
	00224: ALIGNRP    
	00225: SRP0       
	00226: ALIGNRP    
	00227: ALIGNRP    
	00228: MIRP[srp0,nmd,rd,0] 
	00229: MIRP[nrp0,md,rd,1] 
	00230: SRP0       
	00231: MIRP[srp0,nmd,rd,0] 
	00232: MIRP[nrp0,md,rd,1] 
	00233: SRP0       
	00234: MIRP[nrp0,nmd,rd,0] 
	00235: SVTCA[y-axis] 
	00236: MIAP[rd+ci] 
	00237: ALIGNRP    
	00238: SRP0       
	00239: MIRP[srp0,md,rd,1] 
	00240: ALIGNRP    
	00241: MIAP[rd+ci] 
	00242: ALIGNRP    
	00243: MIRP[srp0,md,rd,1] 
	00244: ALIGNRP    
	00245: SMD        
	00246: SRP0       
	00247: MIRP[srp0,md,rd,0] 
	00248: CALL       
	00249: CALL       
	00250: ALIGNRP    
	00251: SMD        
	00252: MIRP[srp0,md,rd,1] 
	00253: ALIGNRP    
	00254: SMD        
	00255: SRP0       
	00256: MIRP[srp0,md,rd,0] 
	00257: CALL       
	00258: CALL       
	00259: ALIGNRP    
	00260: SMD        
	00261: MIRP[srp0,md,rd,1] 
	00262: ALIGNRP    
	00263: SRP0       
	00264: MIRP[srp0,md,rd,1] 
	00265: RTDG       
	00266: SRP2       
	00267: IP         
	00268: MDAP[rd]   
	00269: RTG        
	00270: SVTCA[x-axis] 
	00271: SRP0       
	00272: MIRP[srp0,nmd,rd,1] 
	00273: MIRP[srp0,nmd,rd,0] 
	00274: MDRP[nrp0,nmd,rd,0] 
	00275: SRP0       
	00276: ALIGNRP    
	00277: SRP0       
	00278: MIRP[nrp0,nmd,rd,0] 
	00279: IUP[y]     
	00280: IUP[x]     
	00281: SVTCA[y-axis] 
	00282: SLOOP      
	00283: SHPIX      
	00284: SLOOP      
	00285: SHPIX      
	00286: SLOOP      
	00287: SHPIX      
	00288: SVTCA[x-axis] 
	00289: DELTAP1    
	00290: DELTAP1    
	00291: DELTAP1    
	00292: SVTCA[y-axis] 
	00293: DELTAP1    
	00294: DELTAP1    
	00295: DELTAP2    
	00296: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:        XDual         Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual         Y-Short         On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual         Y-Short         On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short On
	 38:                      Y-Short X-Short On
	 39:              Rep-  2 Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short X-Short On
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   656,  1086)  ->  Abs (   656,  1086)
	  1: Rel (     0,   -92)  ->  Abs (   656,   994)
	  2: Rel (   236,     0)  ->  Abs (   892,   994)
	  3: Rel (   238,  -238)  ->  Abs (  1130,   756)
	  4: Rel (     0,  -171)  ->  Abs (  1130,   585)
	  5: Rel (     0,  -167)  ->  Abs (  1130,   418)
	  6: Rel (  -232,  -242)  ->  Abs (   898,   176)
	  7: Rel (  -242,     0)  ->  Abs (   656,   176)
	  8: Rel (     0,   -92)  ->  Abs (   656,    84)
	  9: Rel (    82,     0)  ->  Abs (   738,    84)
	 10: Rel (    74,     0)  ->  Abs (   812,    84)
	 11: Rel (     0,   -40)  ->  Abs (   812,    44)
	 12: Rel (     0,   -44)  ->  Abs (   812,     0)
	 13: Rel (   -74,     0)  ->  Abs (   738,     0)
	 14: Rel (  -247,     0)  ->  Abs (   491,     0)
	 15: Rel (   -79,     0)  ->  Abs (   412,     0)
	 16: Rel (     0,    41)  ->  Abs (   412,    41)
	 17: Rel (     0,    40)  ->  Abs (   412,    81)
	 18: Rel (    79,     3)  ->  Abs (   491,    84)
	 19: Rel (    81,     0)  ->  Abs (   572,    84)
	 20: Rel (     0,    92)  ->  Abs (   572,   176)
	 21: Rel (  -236,     0)  ->  Abs (   336,   176)
	 22: Rel (  -237,   238)  ->  Abs (    99,   414)
	 23: Rel (     0,   171)  ->  Abs (    99,   585)
	 24: Rel (     0,   171)  ->  Abs (    99,   756)
	 25: Rel (   237,   238)  ->  Abs (   336,   994)
	 26: Rel (   236,     0)  ->  Abs (   572,   994)
	 27: Rel (     0,    92)  ->  Abs (   572,  1086)
	 28: Rel (   -75,     0)  ->  Abs (   497,  1086)
	 29: Rel (   -85,     0)  ->  Abs (   412,  1086)
	 30: Rel (     0,    44)  ->  Abs (   412,  1130)
	 31: Rel (     0,    41)  ->  Abs (   412,  1171)
	 32: Rel (    95,    -1)  ->  Abs (   507,  1170)
	 33: Rel (   231,     0)  ->  Abs (   738,  1170)
	 34: Rel (    75,     0)  ->  Abs (   813,  1170)
	 35: Rel (     0,   -42)  ->  Abs (   813,  1128)
	 36: Rel (     0,   -43)  ->  Abs (   813,  1085)
	 37: Rel (   -75,     1)  ->  Abs (   738,  1086)
	 38: Rel (  -166,  -177)  ->  Abs (   572,   909)
	 39: Rel (  -155,    -9)  ->  Abs (   417,   900)
	 40: Rel (  -159,   -96)  ->  Abs (   258,   804)
	 41: Rel (   -75,  -140)  ->  Abs (   183,   664)
	 42: Rel (     0,   -79)  ->  Abs (   183,   585)
	 43: Rel (     0,  -127)  ->  Abs (   183,   458)
	 44: Rel (   182,  -187)  ->  Abs (   365,   271)
	 45: Rel (   207,   -10)  ->  Abs (   572,   261)
	 46: Rel (    84,     0)  ->  Abs (   656,   261)
	 47: Rel (   208,    10)  ->  Abs (   864,   271)
	 48: Rel (   181,   187)  ->  Abs (  1045,   458)
	 49: Rel (     0,   127)  ->  Abs (  1045,   585)
	 50: Rel (     0,   126)  ->  Abs (  1045,   711)
	 51: Rel (  -180,   187)  ->  Abs (   865,   898)
	 52: Rel (  -209,    11)  ->  Abs (   656,   909)

	Glyph 591: off = 0x0001F244, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			0
	  xMax:			1152
	  yMax:			1170

	     0: Flags:		0x0216
		Glyf Index:	59
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 592: off = 0x0001F254, len = 374
	  numberOfContours:	1
	  xMin:			89
	  yMin:			-286
	  xMax:			1144
	  yMax:			1170

	EndPoints
	---------
	  0:  42

	  Length of Instructions:	263
	00000: PUSHB[2]             36    32 
	00003: PUSHW[1]            676 
	00006: NPUSHB      (11):    34    43    31    34    34    32    31    29    36    37 
	                            41 
	00019: PUSHW[1]            676 
	00022: NPUSHB      (11):    39    43    42    39    39    41    42    29    37    23 
	                            27 
	00035: PUSHW[1]            676 
	00038: NPUSHB      (11):    25    43    28    25    25    27    28    29    23    22 
	                            18 
	00051: PUSHW[1]            676 
	00054: NPUSHB      (11):    20    43    17    20    20    18    17    29    22    11 
	                            15 
	00067: PUSHW[1]            676 
	00070: NPUSHB      (36):    13    43    16    13    13    15    16    29    11    41 
	                            32    32    27    18    38    22    37    36    36    23 
	                            22     2     1    29    15    38    11     7    10    11 
	                             8    31    30    30    42     0 
	00108: PUSHW[1]            400 
	00111: NPUSHB      (20):     9    38     5    64    12    15    52     5    64    17 
	                            22    52     5    26    44    28    29    30    17    16 
	00133: PUSHW[1]            -64 
	00136: PUSHB[4]             19    22    52    16 
	00141: PUSHW[1]            -64 
	00144: PUSHB[7]             24    29    52    16    25    43    74 
	00152: PUSHW[2]            264    24 
	00157: CALL       
	00158: FLIPOFF    
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,0] 
	00161: CALL       
	00162: CALL       
	00163: ALIGNRP    
	00164: FLIPON     
	00165: MIRP[srp0,md,rd,1] 
	00166: ALIGNRP    
	00167: FLIPOFF    
	00168: SRP0       
	00169: MIRP[srp0,nmd,rd,2] 
	00170: CALL       
	00171: CALL       
	00172: FLIPON     
	00173: MIRP[nrp0,md,rd,1] 
	00174: MIRP[srp0,nmd,rd,0] 
	00175: ALIGNRP    
	00176: MIRP[srp0,md,rd,1] 
	00177: ALIGNRP    
	00178: SVTCA[y-axis] 
	00179: MIAP[rd+ci] 
	00180: ALIGNRP    
	00181: MDAP[rd]   
	00182: SRP0       
	00183: MIRP[srp0,md,rd,1] 
	00184: ALIGNRP    
	00185: ALIGNRP    
	00186: MIAP[rd+ci] 
	00187: ALIGNRP    
	00188: ALIGNRP    
	00189: SRP0       
	00190: ALIGNRP    
	00191: SRP0       
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: ALIGNRP    
	00195: SRP0       
	00196: ALIGNRP    
	00197: SRP0       
	00198: MIRP[srp0,md,rd,1] 
	00199: RTDG       
	00200: SRP2       
	00201: IP         
	00202: MDAP[rd]   
	00203: RTG        
	00204: SVTCA[x-axis] 
	00205: SRP0       
	00206: MIRP[srp0,nmd,rd,1] 
	00207: MIRP[srp0,nmd,rd,0] 
	00208: MDRP[nrp0,nmd,rd,0] 
	00209: SVTCA[y-axis] 
	00210: SRP0       
	00211: MIRP[srp0,md,rd,1] 
	00212: RTDG       
	00213: SRP2       
	00214: IP         
	00215: MDAP[rd]   
	00216: RTG        
	00217: SVTCA[x-axis] 
	00218: SRP0       
	00219: MIRP[srp0,nmd,rd,1] 
	00220: MIRP[srp0,nmd,rd,0] 
	00221: MDRP[nrp0,nmd,rd,0] 
	00222: SVTCA[y-axis] 
	00223: SRP0       
	00224: MIRP[srp0,md,rd,1] 
	00225: RTDG       
	00226: SRP2       
	00227: IP         
	00228: MDAP[rd]   
	00229: RTG        
	00230: SVTCA[x-axis] 
	00231: SRP0       
	00232: MIRP[srp0,nmd,rd,1] 
	00233: MIRP[srp0,nmd,rd,0] 
	00234: MDRP[nrp0,nmd,rd,0] 
	00235: SVTCA[y-axis] 
	00236: SRP0       
	00237: MIRP[srp0,md,rd,1] 
	00238: RTDG       
	00239: SRP2       
	00240: IP         
	00241: MDAP[rd]   
	00242: RTG        
	00243: SVTCA[x-axis] 
	00244: SRP0       
	00245: MIRP[srp0,nmd,rd,1] 
	00246: MIRP[srp0,nmd,rd,0] 
	00247: MDRP[nrp0,nmd,rd,0] 
	00248: SVTCA[y-axis] 
	00249: SRP0       
	00250: MIRP[srp0,md,rd,1] 
	00251: RTDG       
	00252: SRP2       
	00253: IP         
	00254: MDAP[rd]   
	00255: RTG        
	00256: SVTCA[x-axis] 
	00257: SRP0       
	00258: MIRP[srp0,nmd,rd,1] 
	00259: MIRP[srp0,nmd,rd,0] 
	00260: MDRP[nrp0,nmd,rd,0] 
	00261: IUP[y]     
	00262: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual                               On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short On
	 29:        XDual                         On
	 30:  YDual                               On
	 31:        XDual                         On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual                               On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   966,    84)  ->  Abs (   966,    84)
	  1: Rel (   107,     0)  ->  Abs (  1073,    84)
	  2: Rel (    45,     0)  ->  Abs (  1118,    84)
	  3: Rel (    26,   -24)  ->  Abs (  1144,    60)
	  4: Rel (     0,   -46)  ->  Abs (  1144,    14)
	  5: Rel (     0,  -233)  ->  Abs (  1144,  -219)
	  6: Rel (     0,   -67)  ->  Abs (  1144,  -286)
	  7: Rel (   -41,     0)  ->  Abs (  1103,  -286)
	  8: Rel (   -43,     0)  ->  Abs (  1060,  -286)
	  9: Rel (     0,    64)  ->  Abs (  1060,  -222)
	 10: Rel (     0,   222)  ->  Abs (  1060,     0)
	 11: Rel (  -915,     0)  ->  Abs (   145,     0)
	 12: Rel (   -56,     0)  ->  Abs (    89,     0)
	 13: Rel (     0,    42)  ->  Abs (    89,    42)
	 14: Rel (     0,    42)  ->  Abs (    89,    84)
	 15: Rel (    56,     0)  ->  Abs (   145,    84)
	 16: Rel (    95,     0)  ->  Abs (   240,    84)
	 17: Rel (     0,  1002)  ->  Abs (   240,  1086)
	 18: Rel (   -95,     0)  ->  Abs (   145,  1086)
	 19: Rel (   -56,     0)  ->  Abs (    89,  1086)
	 20: Rel (     0,    42)  ->  Abs (    89,  1128)
	 21: Rel (     0,    42)  ->  Abs (    89,  1170)
	 22: Rel (    56,     0)  ->  Abs (   145,  1170)
	 23: Rel (   292,     0)  ->  Abs (   437,  1170)
	 24: Rel (    56,     0)  ->  Abs (   493,  1170)
	 25: Rel (     0,   -42)  ->  Abs (   493,  1128)
	 26: Rel (     0,   -42)  ->  Abs (   493,  1086)
	 27: Rel (   -56,     0)  ->  Abs (   437,  1086)
	 28: Rel (  -113,     0)  ->  Abs (   324,  1086)
	 29: Rel (     0, -1002)  ->  Abs (   324,    84)
	 30: Rel (   558,     0)  ->  Abs (   882,    84)
	 31: Rel (     0,  1002)  ->  Abs (   882,  1086)
	 32: Rel (  -113,     0)  ->  Abs (   769,  1086)
	 33: Rel (   -56,     0)  ->  Abs (   713,  1086)
	 34: Rel (     0,    42)  ->  Abs (   713,  1128)
	 35: Rel (     0,    42)  ->  Abs (   713,  1170)
	 36: Rel (    56,     0)  ->  Abs (   769,  1170)
	 37: Rel (   291,     0)  ->  Abs (  1060,  1170)
	 38: Rel (    57,     0)  ->  Abs (  1117,  1170)
	 39: Rel (     0,   -42)  ->  Abs (  1117,  1128)
	 40: Rel (     0,   -42)  ->  Abs (  1117,  1086)
	 41: Rel (   -57,     0)  ->  Abs (  1060,  1086)
	 42: Rel (   -94,     0)  ->  Abs (   966,  1086)

	Glyph 593: off = 0x0001F3CA, len = 450
	  numberOfContours:	1
	  xMin:			41
	  yMin:			0
	  xMax:			1121
	  yMax:			1170

	EndPoints
	---------
	  0:  48

	  Length of Instructions:	323
	00000: PUSHB[6]              6    38    11    15    52    22 
	00007: PUSHW[1]             -8 
	00010: PUSHB[5]             22    24    52    24    21 
	00016: PUSHW[1]            -16 
	00019: PUSHB[3]              2    13     9 
	00023: PUSHW[1]            784 
	00026: NPUSHB      (11):    11    43     8    11    11     9     8    29    13    14 
	                            18 
	00039: PUSHW[3]            784    16   354 
	00046: NPUSHB       (9):    19    16    16    18    19    29    14    31    27 
	00057: PUSHW[1]            784 
	00060: NPUSHB      (11):    29    43    26    29    29    27    26    29    31    32 
	                            36 
	00073: PUSHW[1]            784 
	00076: NPUSHB      (11):    34    43    37    34    34    36    37    29    32    44 
	                            48 
	00089: PUSHW[1]            784 
	00092: NPUSHB      (11):    46    86     0    46    46    48     0    29    44    43 
	                            39 
	00105: PUSHW[1]            784 
	00108: NPUSHB      (76):    41    43    38    41    41    39    38    29    43     1 
	                            38    25    25    13     4    38    15    23    31    23 
	                             2    23    23    44    36    27    27    18     9    38 
	                            13    32    31    31    14    13     2    39    48    38 
	                            43    44     8    26     0    30    38   111    37     1 
	                            37    64    11    14    52    37    26    50    20    19 
	                            30     7   111     8     1    79     8    95     8   159 
	                             8     3     8    25    49    58 
	00186: PUSHW[2]            469    24 
	00191: CALL       
	00192: FLIPOFF    
	00193: SRP0       
	00194: MIRP[srp0,nmd,rd,0] 
	00195: DELTAP1    
	00196: DELTAP2    
	00197: ALIGNRP    
	00198: FLIPON     
	00199: MIRP[srp0,md,rd,1] 
	00200: ALIGNRP    
	00201: FLIPOFF    
	00202: SRP0       
	00203: MIRP[srp0,nmd,rd,2] 
	00204: CALL       
	00205: DELTAP2    
	00206: ALIGNRP    
	00207: FLIPON     
	00208: MIRP[srp0,md,rd,1] 
	00209: ALIGNRP    
	00210: SVTCA[y-axis] 
	00211: MIAP[rd+ci] 
	00212: ALIGNRP    
	00213: MIRP[srp0,md,rd,1] 
	00214: ALIGNRP    
	00215: MIAP[rd+ci] 
	00216: ALIGNRP    
	00217: ALIGNRP    
	00218: SRP0       
	00219: ALIGNRP    
	00220: SRP0       
	00221: MIRP[srp0,md,rd,1] 
	00222: ALIGNRP    
	00223: ALIGNRP    
	00224: SRP0       
	00225: ALIGNRP    
	00226: SRP2       
	00227: IP         
	00228: MDAP[rd]   
	00229: DELTAP1    
	00230: MIRP[nrp0,md,rd,1] 
	00231: RTHG       
	00232: SRP2       
	00233: IP         
	00234: MDAP[rd]   
	00235: RTG        
	00236: MIRP[nrp0,md,rd,1] 
	00237: SRP0       
	00238: MIRP[srp0,md,rd,1] 
	00239: RTDG       
	00240: SRP2       
	00241: IP         
	00242: MDAP[rd]   
	00243: RTG        
	00244: SVTCA[x-axis] 
	00245: SRP0       
	00246: MIRP[srp0,nmd,rd,1] 
	00247: MIRP[srp0,nmd,rd,0] 
	00248: MDRP[nrp0,nmd,rd,0] 
	00249: SVTCA[y-axis] 
	00250: SRP0       
	00251: MIRP[srp0,md,rd,1] 
	00252: RTDG       
	00253: SRP2       
	00254: IP         
	00255: MDAP[rd]   
	00256: RTG        
	00257: SVTCA[x-axis] 
	00258: SRP0       
	00259: MIRP[srp0,nmd,rd,1] 
	00260: MIRP[srp0,nmd,rd,0] 
	00261: MDRP[nrp0,nmd,rd,0] 
	00262: SVTCA[y-axis] 
	00263: SRP0       
	00264: MIRP[srp0,md,rd,1] 
	00265: RTDG       
	00266: SRP2       
	00267: IP         
	00268: MDAP[rd]   
	00269: RTG        
	00270: SVTCA[x-axis] 
	00271: SRP0       
	00272: MIRP[srp0,nmd,rd,1] 
	00273: MIRP[srp0,nmd,rd,0] 
	00274: MDRP[nrp0,nmd,rd,0] 
	00275: SVTCA[y-axis] 
	00276: SRP0       
	00277: MIRP[srp0,md,rd,1] 
	00278: RTDG       
	00279: SRP2       
	00280: IP         
	00281: MDAP[rd]   
	00282: RTG        
	00283: SVTCA[x-axis] 
	00284: SRP0       
	00285: MIRP[srp0,nmd,rd,1] 
	00286: MIRP[srp0,nmd,rd,0] 
	00287: MDRP[nrp0,nmd,rd,0] 
	00288: SVTCA[y-axis] 
	00289: SRP0       
	00290: MIRP[srp0,md,rd,1] 
	00291: RTDG       
	00292: SRP2       
	00293: IP         
	00294: MDAP[rd]   
	00295: RTG        
	00296: SVTCA[x-axis] 
	00297: SRP0       
	00298: MIRP[srp0,nmd,rd,1] 
	00299: MIRP[srp0,nmd,rd,0] 
	00300: MDRP[nrp0,nmd,rd,0] 
	00301: SVTCA[y-axis] 
	00302: SRP0       
	00303: MIRP[srp0,md,rd,1] 
	00304: RTDG       
	00305: SRP2       
	00306: IP         
	00307: MDAP[rd]   
	00308: RTG        
	00309: SVTCA[x-axis] 
	00310: SRP0       
	00311: MIRP[srp0,nmd,rd,1] 
	00312: MIRP[srp0,nmd,rd,0] 
	00313: MDRP[nrp0,nmd,rd,0] 
	00314: IUP[y]     
	00315: IUP[x]     
	00316: SVTCA[y-axis] 
	00317: SLOOP      
	00318: SHPIX      
	00319: SVTCA[x-axis] 
	00320: CALL       
	00321: SVTCA[y-axis] 
	00322: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual                               On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On
	 20:        XDual                         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:        XDual                         On
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual                               On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short On
	 38:        XDual                         On
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:  YDual                       X-Short On
	 44:  YDual                               On
	 45:  YDual                       X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   874,    84)  ->  Abs (   874,    84)
	  1: Rel (     0,   467)  ->  Abs (   874,   551)
	  2: Rel (   -74,   -54)  ->  Abs (   800,   497)
	  3: Rel (  -140,  -103)  ->  Abs (   660,   394)
	  4: Rel (  -175,     0)  ->  Abs (   485,   394)
	  5: Rel (  -114,     0)  ->  Abs (   371,   394)
	  6: Rel (  -170,   124)  ->  Abs (   201,   518)
	  7: Rel (     0,   214)  ->  Abs (   201,   732)
	  8: Rel (     0,   354)  ->  Abs (   201,  1086)
	  9: Rel (   -90,     0)  ->  Abs (   111,  1086)
	 10: Rel (   -70,     0)  ->  Abs (    41,  1086)
	 11: Rel (     0,    42)  ->  Abs (    41,  1128)
	 12: Rel (     0,    42)  ->  Abs (    41,  1170)
	 13: Rel (    70,     0)  ->  Abs (   111,  1170)
	 14: Rel (   288,     0)  ->  Abs (   399,  1170)
	 15: Rel (    70,     0)  ->  Abs (   469,  1170)
	 16: Rel (     0,   -42)  ->  Abs (   469,  1128)
	 17: Rel (     0,   -42)  ->  Abs (   469,  1086)
	 18: Rel (   -70,     0)  ->  Abs (   399,  1086)
	 19: Rel (  -114,     0)  ->  Abs (   285,  1086)
	 20: Rel (     0,  -344)  ->  Abs (   285,   742)
	 21: Rel (     0,  -144)  ->  Abs (   285,   598)
	 22: Rel (    89,  -119)  ->  Abs (   374,   479)
	 23: Rel (   115,     0)  ->  Abs (   489,   479)
	 24: Rel (   175,     0)  ->  Abs (   664,   479)
	 25: Rel (   210,   178)  ->  Abs (   874,   657)
	 26: Rel (     0,   429)  ->  Abs (   874,  1086)
	 27: Rel (   -98,     0)  ->  Abs (   776,  1086)
	 28: Rel (   -70,     0)  ->  Abs (   706,  1086)
	 29: Rel (     0,    42)  ->  Abs (   706,  1128)
	 30: Rel (     0,    42)  ->  Abs (   706,  1170)
	 31: Rel (    70,     0)  ->  Abs (   776,  1170)
	 32: Rel (   275,     0)  ->  Abs (  1051,  1170)
	 33: Rel (    70,     0)  ->  Abs (  1121,  1170)
	 34: Rel (     0,   -42)  ->  Abs (  1121,  1128)
	 35: Rel (     0,   -42)  ->  Abs (  1121,  1086)
	 36: Rel (   -70,     0)  ->  Abs (  1051,  1086)
	 37: Rel (   -92,     0)  ->  Abs (   959,  1086)
	 38: Rel (     0, -1002)  ->  Abs (   959,    84)
	 39: Rel (    92,     0)  ->  Abs (  1051,    84)
	 40: Rel (    70,     0)  ->  Abs (  1121,    84)
	 41: Rel (     0,   -42)  ->  Abs (  1121,    42)
	 42: Rel (     0,   -42)  ->  Abs (  1121,     0)
	 43: Rel (   -70,     0)  ->  Abs (  1051,     0)
	 44: Rel (  -417,     0)  ->  Abs (   634,     0)
	 45: Rel (   -70,     0)  ->  Abs (   564,     0)
	 46: Rel (     0,    42)  ->  Abs (   564,    42)
	 47: Rel (     0,    42)  ->  Abs (   564,    84)
	 48: Rel (    70,     0)  ->  Abs (   634,    84)

	Glyph 594: off = 0x0001F58C, len = 798
	  numberOfContours:	1
	  xMin:			4
	  yMin:			0
	  xMax:			1215
	  yMax:			1170

	EndPoints
	---------
	  0:  51

	  Length of Instructions:	670
	00000: PUSHW[2]             14   -64 
	00005: PUSHB[3]             19    53    18 
	00009: PUSHW[1]            -64 
	00012: PUSHB[3]             19    53    16 
	00016: PUSHW[1]            -64 
	00019: NPUSHB      (32):    19    53    23    64    19    53    19    64    19    53 
	                            21    64    19    53    30    64    19    53    26    64 
	                            19    53    28    64    19    53    44    64    11    12 
	                            52    45 
	00053: PUSHW[1]            -64 
	00056: NPUSHB       (9):    11    12    52    40    64    11    12    52    49 
	00067: PUSHW[1]            -64 
	00070: NPUSHB       (9):    11    12    52    42    64    11    12    52    47 
	00081: PUSHW[1]            -64 
	00084: NPUSHB       (9):    11    12    52    30    64    11    12    52     7 
	00095: PUSHW[1]            -64 
	00098: NPUSHB       (9):    11    12    52    26    64    11    12    52    11 
	00109: PUSHW[1]            -64 
	00112: NPUSHB       (9):    11    12    52     6    64    11    16    52    31 
	00123: PUSHW[1]            -64 
	00126: NPUSHB       (9):    11    16    52     2    64    11    16    52    35 
	00137: PUSHW[1]            -64 
	00140: NPUSHB       (9):    11    16    52     4    64    11    16    52    33 
	00151: PUSHW[1]            -64 
	00154: PUSHB[4]             11    16    52    33 
	00159: PUSHW[1]            -64 
	00162: PUSHB[4]             21    26    52    33 
	00167: PUSHW[1]            -64 
	00170: PUSHB[4]             34    35    52    33 
	00175: PUSHW[1]            -64 
	00178: PUSHB[4]             37    40    52    33 
	00183: PUSHW[1]            -64 
	00186: NPUSHB      (10):    48    50    52   207     4   207    42     2    18    14 
	00198: PUSHW[1]            676 
	00201: NPUSHB      (31):    32    16     1   240    16     1    80    16   176    16 
	                           224    16     3     0    16    16    16    64    16     3 
	                            16    43    13    16    16    14    13    29    18    30 
	                            26 
	00234: PUSHW[1]            676 
	00237: NPUSHB      (14):    15    28     1    28    43    25    28    28    26    25 
	                            29    30    44    40 
	00253: PUSHW[1]            676 
	00256: NPUSHB      (14):   223    42     1    42    41    39    42    42    40    39 
	                            29    44     6     2 
	00272: PUSHW[1]            676 
	00275: NPUSHB      (18):    15     4   143     4   223     4     3     4    41     1 
	                             4     4     2     1    29     6    19    23 
	00295: PUSHW[1]            676 
	00298: NPUSHB      (14):    15    21     1    21    43    24    21    21    23    24 
	                            29    19    31    35 
	00314: PUSHW[1]            676 
	00317: NPUSHB      (16):     0    33   128    33     2    33    41    36    33    33 
	                            35    36    29    31    45    49 
	00335: PUSHW[1]            676 
	00338: PUSHB[4]             15    47     1    47 
	00343: PUSHW[1]            706 
	00346: NPUSHB       (9):    50    47    47    49    50    29    45     7    11 
	00357: PUSHW[1]            676 
	00360: PUSHB[8]             16     9    64     9    80     9     3     9 
	00369: PUSHW[1]            706 
	00372: NPUSHB      (50):    12     9     9    11    12    29     7    11     2     2 
	                            49    49    40    40    35    26    38    30     7     6 
	                             6    45    45    44    44    31    30     2    14    51 
	                            51    37    37    23    30    18    19     8    36    37 
	                            30    25    63    24   143    24   223    24     3    24 
	00424: PUSHW[1]            367 
	00427: NPUSHB      (13):    38     1     0    30    12    48    13   128    13   208 
	                            13     3    13 
	00442: PUSHW[1]            367 
	00445: NPUSHB      (29):    50    51    30    39    15    38   111    38   175    38 
	                           239    38     4    31    38    95    38   143    38     3 
	                             0    38   239    38     2    38   194   111    24 
	00476: CALL       
	00477: MDAP[rd]   
	00478: DELTAP1    
	00479: DELTAP2    
	00480: DELTAP3    
	00481: ALIGNRP    
	00482: MIRP[srp0,md,rd,1] 
	00483: ALIGNRP    
	00484: MIRP[srp0,nmd,rd,0] 
	00485: DELTAP1    
	00486: ALIGNRP    
	00487: MIRP[srp0,md,rd,1] 
	00488: ALIGNRP    
	00489: SRP0       
	00490: MIRP[srp0,nmd,rd,0] 
	00491: DELTAP1    
	00492: ALIGNRP    
	00493: MIRP[srp0,md,rd,1] 
	00494: ALIGNRP    
	00495: SVTCA[y-axis] 
	00496: MIAP[rd+ci] 
	00497: ALIGNRP    
	00498: MIRP[srp0,md,rd,1] 
	00499: ALIGNRP    
	00500: SRP0       
	00501: ALIGNRP    
	00502: SRP0       
	00503: ALIGNRP    
	00504: MIAP[rd+ci] 
	00505: ALIGNRP    
	00506: ALIGNRP    
	00507: SRP0       
	00508: ALIGNRP    
	00509: SRP0       
	00510: ALIGNRP    
	00511: SRP0       
	00512: ALIGNRP    
	00513: SRP0       
	00514: MIRP[srp0,md,rd,1] 
	00515: ALIGNRP    
	00516: ALIGNRP    
	00517: SRP0       
	00518: ALIGNRP    
	00519: SRP0       
	00520: ALIGNRP    
	00521: SRP0       
	00522: ALIGNRP    
	00523: SRP0       
	00524: MIRP[srp0,md,rd,1] 
	00525: RTDG       
	00526: SRP2       
	00527: IP         
	00528: MDAP[rd]   
	00529: RTG        
	00530: SVTCA[x-axis] 
	00531: SRP0       
	00532: MIRP[srp0,nmd,rd,1] 
	00533: DELTAP1    
	00534: MIRP[srp0,nmd,rd,0] 
	00535: MDRP[nrp0,nmd,rd,0] 
	00536: SVTCA[y-axis] 
	00537: SRP0       
	00538: MIRP[srp0,md,rd,1] 
	00539: RTDG       
	00540: SRP2       
	00541: IP         
	00542: MDAP[rd]   
	00543: RTG        
	00544: SVTCA[x-axis] 
	00545: SRP0       
	00546: MIRP[srp0,nmd,rd,1] 
	00547: DELTAP1    
	00548: MIRP[srp0,nmd,rd,0] 
	00549: MDRP[nrp0,nmd,rd,0] 
	00550: SVTCA[y-axis] 
	00551: SRP0       
	00552: MIRP[srp0,md,rd,1] 
	00553: RTDG       
	00554: SRP2       
	00555: IP         
	00556: MDAP[rd]   
	00557: RTG        
	00558: SVTCA[x-axis] 
	00559: SRP0       
	00560: MIRP[srp0,nmd,rd,1] 
	00561: DELTAP1    
	00562: MIRP[srp0,nmd,rd,0] 
	00563: MDRP[nrp0,nmd,rd,0] 
	00564: SVTCA[y-axis] 
	00565: SRP0       
	00566: MIRP[srp0,md,rd,1] 
	00567: RTDG       
	00568: SRP2       
	00569: IP         
	00570: MDAP[rd]   
	00571: RTG        
	00572: SVTCA[x-axis] 
	00573: SRP0       
	00574: MIRP[srp0,nmd,rd,1] 
	00575: DELTAP1    
	00576: MIRP[srp0,nmd,rd,0] 
	00577: MDRP[nrp0,nmd,rd,0] 
	00578: SVTCA[y-axis] 
	00579: SRP0       
	00580: MIRP[srp0,md,rd,1] 
	00581: RTDG       
	00582: SRP2       
	00583: IP         
	00584: MDAP[rd]   
	00585: RTG        
	00586: SVTCA[x-axis] 
	00587: SRP0       
	00588: MIRP[srp0,nmd,rd,1] 
	00589: DELTAP1    
	00590: MIRP[srp0,nmd,rd,0] 
	00591: MDRP[nrp0,nmd,rd,0] 
	00592: SVTCA[y-axis] 
	00593: SRP0       
	00594: MIRP[srp0,md,rd,1] 
	00595: RTDG       
	00596: SRP2       
	00597: IP         
	00598: MDAP[rd]   
	00599: RTG        
	00600: SVTCA[x-axis] 
	00601: SRP0       
	00602: MIRP[srp0,nmd,rd,1] 
	00603: DELTAP1    
	00604: MIRP[srp0,nmd,rd,0] 
	00605: MDRP[nrp0,nmd,rd,0] 
	00606: SVTCA[y-axis] 
	00607: SRP0       
	00608: MIRP[srp0,md,rd,1] 
	00609: RTDG       
	00610: SRP2       
	00611: IP         
	00612: MDAP[rd]   
	00613: RTG        
	00614: SVTCA[x-axis] 
	00615: SRP0       
	00616: MIRP[srp0,nmd,rd,1] 
	00617: DELTAP1    
	00618: MIRP[srp0,nmd,rd,0] 
	00619: MDRP[nrp0,nmd,rd,0] 
	00620: SVTCA[y-axis] 
	00621: SRP0       
	00622: MIRP[srp0,md,rd,1] 
	00623: RTDG       
	00624: SRP2       
	00625: IP         
	00626: MDAP[rd]   
	00627: RTG        
	00628: SVTCA[x-axis] 
	00629: SRP0       
	00630: MIRP[srp0,nmd,rd,1] 
	00631: DELTAP1    
	00632: DELTAP1    
	00633: DELTAP1    
	00634: DELTAP2    
	00635: MIRP[srp0,nmd,rd,0] 
	00636: MDRP[nrp0,nmd,rd,0] 
	00637: SVTCA[x-axis] 
	00638: DELTAP1    
	00639: CALL       
	00640: CALL       
	00641: CALL       
	00642: CALL       
	00643: CALL       
	00644: CALL       
	00645: CALL       
	00646: CALL       
	00647: CALL       
	00648: CALL       
	00649: CALL       
	00650: CALL       
	00651: CALL       
	00652: CALL       
	00653: CALL       
	00654: CALL       
	00655: CALL       
	00656: CALL       
	00657: CALL       
	00658: CALL       
	00659: CALL       
	00660: CALL       
	00661: CALL       
	00662: CALL       
	00663: CALL       
	00664: CALL       
	00665: CALL       
	00666: CALL       
	00667: CALL       
	00668: IUP[y]     
	00669: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:        XDual                         On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short On
	 37:        XDual                         On
	 38:  YDual                               On
	 39:        XDual                         On
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short On
	 51:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   992,    84)  ->  Abs (   992,    84)
	  1: Rel (     0,  1002)  ->  Abs (   992,  1086)
	  2: Rel (   -63,     0)  ->  Abs (   929,  1086)
	  3: Rel (   -57,     0)  ->  Abs (   872,  1086)
	  4: Rel (     0,    42)  ->  Abs (   872,  1128)
	  5: Rel (     0,    42)  ->  Abs (   872,  1170)
	  6: Rel (    57,     0)  ->  Abs (   929,  1170)
	  7: Rel (   192,     0)  ->  Abs (  1121,  1170)
	  8: Rel (    57,     0)  ->  Abs (  1178,  1170)
	  9: Rel (     0,   -42)  ->  Abs (  1178,  1128)
	 10: Rel (     0,   -42)  ->  Abs (  1178,  1086)
	 11: Rel (   -57,     0)  ->  Abs (  1121,  1086)
	 12: Rel (   -45,     0)  ->  Abs (  1076,  1086)
	 13: Rel (     0, -1002)  ->  Abs (  1076,    84)
	 14: Rel (    83,     0)  ->  Abs (  1159,    84)
	 15: Rel (    56,     0)  ->  Abs (  1215,    84)
	 16: Rel (     0,   -42)  ->  Abs (  1215,    42)
	 17: Rel (     0,   -42)  ->  Abs (  1215,     0)
	 18: Rel (   -56,     0)  ->  Abs (  1159,     0)
	 19: Rel ( -1087,     0)  ->  Abs (    72,     0)
	 20: Rel (   -56,     0)  ->  Abs (    16,     0)
	 21: Rel (     0,    42)  ->  Abs (    16,    42)
	 22: Rel (     0,    42)  ->  Abs (    16,    84)
	 23: Rel (    56,     0)  ->  Abs (    72,    84)
	 24: Rel (    83,     0)  ->  Abs (   155,    84)
	 25: Rel (     0,  1002)  ->  Abs (   155,  1086)
	 26: Rel (   -95,     0)  ->  Abs (    60,  1086)
	 27: Rel (   -56,     0)  ->  Abs (     4,  1086)
	 28: Rel (     0,    42)  ->  Abs (     4,  1128)
	 29: Rel (     0,    42)  ->  Abs (     4,  1170)
	 30: Rel (    56,     0)  ->  Abs (    60,  1170)
	 31: Rel (   242,     0)  ->  Abs (   302,  1170)
	 32: Rel (    57,     0)  ->  Abs (   359,  1170)
	 33: Rel (     0,   -42)  ->  Abs (   359,  1128)
	 34: Rel (     0,   -42)  ->  Abs (   359,  1086)
	 35: Rel (   -57,     0)  ->  Abs (   302,  1086)
	 36: Rel (   -63,     0)  ->  Abs (   239,  1086)
	 37: Rel (     0, -1002)  ->  Abs (   239,    84)
	 38: Rel (   334,     0)  ->  Abs (   573,    84)
	 39: Rel (     0,  1002)  ->  Abs (   573,  1086)
	 40: Rel (   -63,     0)  ->  Abs (   510,  1086)
	 41: Rel (   -56,     0)  ->  Abs (   454,  1086)
	 42: Rel (     0,    42)  ->  Abs (   454,  1128)
	 43: Rel (     0,    42)  ->  Abs (   454,  1170)
	 44: Rel (    56,     0)  ->  Abs (   510,  1170)
	 45: Rel (   193,     0)  ->  Abs (   703,  1170)
	 46: Rel (    56,     0)  ->  Abs (   759,  1170)
	 47: Rel (     0,   -42)  ->  Abs (   759,  1128)
	 48: Rel (     0,   -42)  ->  Abs (   759,  1086)
	 49: Rel (   -56,     0)  ->  Abs (   703,  1086)
	 50: Rel (   -45,     0)  ->  Abs (   658,  1086)
	 51: Rel (     0, -1002)  ->  Abs (   658,    84)

	Glyph 595: off = 0x0001F8AA, len = 772
	  numberOfContours:	1
	  xMin:			4
	  yMin:			-286
	  xMax:			1240
	  yMax:			1170

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	632
	00000: NPUSHB      (30):    11    64    19    53    15    64    19    53    13    64 
	                            19    53    18    64    19    53    22    64    19    53 
	                            20    64    19    53    36    64    11    12    52    37 
	00032: PUSHW[1]            -64 
	00035: NPUSHB       (9):    11    12    52    32    64    11    12    52    41 
	00046: PUSHW[1]            -64 
	00049: NPUSHB       (9):    11    12    52    34    64    11    12    52    39 
	00060: PUSHW[1]            -64 
	00063: NPUSHB       (9):    11    12    52    22    64    11    12    52    51 
	00074: PUSHW[1]            -64 
	00077: NPUSHB       (9):    11    12    52    18    64    11    12    52    55 
	00088: PUSHW[1]            -64 
	00091: NPUSHB       (9):    11    12    52    50    64    11    16    52    23 
	00102: PUSHW[1]            -64 
	00105: NPUSHB       (9):    11    16    52    46    64    11    16    52    27 
	00116: PUSHW[1]            -64 
	00119: NPUSHB       (9):    11    16    52    48    64    11    16    52    25 
	00130: PUSHW[1]            -64 
	00133: PUSHB[4]             11    16    52    25 
	00138: PUSHW[1]            -64 
	00141: PUSHB[4]             21    26    52    25 
	00146: PUSHW[1]            -64 
	00149: PUSHB[4]             34    35    52    25 
	00154: PUSHW[1]            -64 
	00157: PUSHB[4]             37    40    52    25 
	00162: PUSHW[1]            -64 
	00165: NPUSHB      (10):    48    50    52   207    34   207    48     2    11    15 
	00177: PUSHW[1]            676 
	00180: NPUSHB      (14):    15    13     1    13    43    16    13    13    15    16 
	                            29    11    22    18 
	00196: PUSHW[1]            676 
	00199: NPUSHB      (14):    15    20     1    20    43    17    20    20    18    17 
	                            29    22    23    27 
	00215: PUSHW[1]            676 
	00218: NPUSHB      (16):     0    25   128    25     2    25    41    28    25    25 
	                            27    28    29    23    50    46 
	00236: PUSHW[1]            676 
	00239: NPUSHB      (16):   143    48   223    48     2    48    41    45    48    48 
	                            46    45    29    50    51    55 
	00257: PUSHW[1]            676 
	00260: PUSHB[8]             16    53    64    53    80    53     3    53 
	00269: PUSHW[1]            706 
	00272: NPUSHB       (9):    56    53    53    55    56    29    51    36    32 
	00283: PUSHW[1]            676 
	00286: NPUSHB      (14):   223    34     1    34    41    31    34    34    32    31 
	                            29    36    37    41 
	00302: PUSHW[3]            676    39   706 
	00309: NPUSHB      (69):    42    39    39    41    42    29    37     7     1    43 
	                            43    29    15    30    10    11     8    55    46    46 
	                            41    32    32    27    18    38    22    51    50    50 
	                            37    36    36    23    22     2     9    38   224     4 
	                           240     4     2   144     4   160     4   176     4     3 
	                             0     4    16     4    64     4    80     4     4    32 
	                             4   112     4   128     4   144     4     4     4 
	00380: PUSHW[1]            400 
	00383: NPUSHB      (13):     0    28    29    30    17    63    16   143    16   223 
	                            16     3    16 
	00398: PUSHW[1]            367 
	00401: NPUSHB      (14):    30    45    44    56    44    30    48     0   128     0 
	                           208     0     3     0 
	00417: PUSHW[1]            367 
	00420: NPUSHB      (30):    42    43    31    43    30    15    30   111    30   175 
	                            30   239    30     4    31    30    95    30   143    30 
	                             3     0    30   239    30     2    30   194   111    24 
	00452: CALL       
	00453: MDAP[rd]   
	00454: DELTAP1    
	00455: DELTAP2    
	00456: DELTAP3    
	00457: MIRP[nrp0,md,rd,1] 
	00458: ALIGNRP    
	00459: SRP0       
	00460: ALIGNRP    
	00461: MIRP[srp0,nmd,rd,0] 
	00462: DELTAP1    
	00463: MIRP[nrp0,md,rd,1] 
	00464: ALIGNRP    
	00465: SRP0       
	00466: ALIGNRP    
	00467: SRP0       
	00468: MIRP[srp0,nmd,rd,0] 
	00469: DELTAP1    
	00470: ALIGNRP    
	00471: MIRP[srp0,md,rd,1] 
	00472: ALIGNRP    
	00473: SRP0       
	00474: MIRP[srp0,nmd,rd,0] 
	00475: DELTAP2    
	00476: DELTAP1    
	00477: DELTAP1    
	00478: DELTAP1    
	00479: MIRP[nrp0,md,rd,1] 
	00480: SVTCA[y-axis] 
	00481: MIAP[rd+ci] 
	00482: ALIGNRP    
	00483: ALIGNRP    
	00484: SRP0       
	00485: ALIGNRP    
	00486: ALIGNRP    
	00487: SRP0       
	00488: ALIGNRP    
	00489: SRP0       
	00490: MIRP[srp0,md,rd,1] 
	00491: ALIGNRP    
	00492: ALIGNRP    
	00493: SRP0       
	00494: ALIGNRP    
	00495: ALIGNRP    
	00496: SRP0       
	00497: ALIGNRP    
	00498: MIAP[rd+ci] 
	00499: ALIGNRP    
	00500: MIRP[srp0,md,rd,1] 
	00501: ALIGNRP    
	00502: ALIGNRP    
	00503: SRP0       
	00504: ALIGNRP    
	00505: MDAP[rd]   
	00506: SRP0       
	00507: MIRP[srp0,md,rd,1] 
	00508: RTDG       
	00509: SRP2       
	00510: IP         
	00511: MDAP[rd]   
	00512: RTG        
	00513: SVTCA[x-axis] 
	00514: SRP0       
	00515: MIRP[srp0,nmd,rd,1] 
	00516: MIRP[srp0,nmd,rd,0] 
	00517: MDRP[nrp0,nmd,rd,0] 
	00518: SVTCA[y-axis] 
	00519: SRP0       
	00520: MIRP[srp0,md,rd,1] 
	00521: RTDG       
	00522: SRP2       
	00523: IP         
	00524: MDAP[rd]   
	00525: RTG        
	00526: SVTCA[x-axis] 
	00527: SRP0       
	00528: MIRP[srp0,nmd,rd,1] 
	00529: DELTAP1    
	00530: MIRP[srp0,nmd,rd,0] 
	00531: MDRP[nrp0,nmd,rd,0] 
	00532: SVTCA[y-axis] 
	00533: SRP0       
	00534: MIRP[srp0,md,rd,1] 
	00535: RTDG       
	00536: SRP2       
	00537: IP         
	00538: MDAP[rd]   
	00539: RTG        
	00540: SVTCA[x-axis] 
	00541: SRP0       
	00542: MIRP[srp0,nmd,rd,1] 
	00543: DELTAP1    
	00544: MIRP[srp0,nmd,rd,0] 
	00545: MDRP[nrp0,nmd,rd,0] 
	00546: SVTCA[y-axis] 
	00547: SRP0       
	00548: MIRP[srp0,md,rd,1] 
	00549: RTDG       
	00550: SRP2       
	00551: IP         
	00552: MDAP[rd]   
	00553: RTG        
	00554: SVTCA[x-axis] 
	00555: SRP0       
	00556: MIRP[srp0,nmd,rd,1] 
	00557: DELTAP1    
	00558: MIRP[srp0,nmd,rd,0] 
	00559: MDRP[nrp0,nmd,rd,0] 
	00560: SVTCA[y-axis] 
	00561: SRP0       
	00562: MIRP[srp0,md,rd,1] 
	00563: RTDG       
	00564: SRP2       
	00565: IP         
	00566: MDAP[rd]   
	00567: RTG        
	00568: SVTCA[x-axis] 
	00569: SRP0       
	00570: MIRP[srp0,nmd,rd,1] 
	00571: DELTAP1    
	00572: MIRP[srp0,nmd,rd,0] 
	00573: MDRP[nrp0,nmd,rd,0] 
	00574: SVTCA[y-axis] 
	00575: SRP0       
	00576: MIRP[srp0,md,rd,1] 
	00577: RTDG       
	00578: SRP2       
	00579: IP         
	00580: MDAP[rd]   
	00581: RTG        
	00582: SVTCA[x-axis] 
	00583: SRP0       
	00584: MIRP[srp0,nmd,rd,1] 
	00585: DELTAP1    
	00586: MIRP[srp0,nmd,rd,0] 
	00587: MDRP[nrp0,nmd,rd,0] 
	00588: SVTCA[y-axis] 
	00589: SRP0       
	00590: MIRP[srp0,md,rd,1] 
	00591: RTDG       
	00592: SRP2       
	00593: IP         
	00594: MDAP[rd]   
	00595: RTG        
	00596: SVTCA[x-axis] 
	00597: SRP0       
	00598: MIRP[srp0,nmd,rd,1] 
	00599: DELTAP1    
	00600: MIRP[srp0,nmd,rd,0] 
	00601: MDRP[nrp0,nmd,rd,0] 
	00602: SVTCA[x-axis] 
	00603: DELTAP1    
	00604: CALL       
	00605: CALL       
	00606: CALL       
	00607: CALL       
	00608: CALL       
	00609: CALL       
	00610: CALL       
	00611: CALL       
	00612: CALL       
	00613: CALL       
	00614: CALL       
	00615: CALL       
	00616: CALL       
	00617: CALL       
	00618: CALL       
	00619: CALL       
	00620: CALL       
	00621: CALL       
	00622: CALL       
	00623: CALL       
	00624: CALL       
	00625: CALL       
	00626: CALL       
	00627: CALL       
	00628: CALL       
	00629: CALL       
	00630: IUP[y]     
	00631: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short On
	 29:        XDual                         On
	 30:  YDual                               On
	 31:        XDual                         On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short On
	 43:        XDual                         On
	 44:  YDual                               On
	 45:        XDual                         On
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:  YDual                       X-Short On
	 56:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1076,    84)  ->  Abs (  1076,    84)
	  1: Rel (    94,     0)  ->  Abs (  1170,    84)
	  2: Rel (    46,     0)  ->  Abs (  1216,    84)
	  3: Rel (    24,   -22)  ->  Abs (  1240,    62)
	  4: Rel (     0,   -48)  ->  Abs (  1240,    14)
	  5: Rel (     0,  -233)  ->  Abs (  1240,  -219)
	  6: Rel (     0,   -67)  ->  Abs (  1240,  -286)
	  7: Rel (   -41,     0)  ->  Abs (  1199,  -286)
	  8: Rel (   -43,     0)  ->  Abs (  1156,  -286)
	  9: Rel (     0,    64)  ->  Abs (  1156,  -222)
	 10: Rel (     0,   222)  ->  Abs (  1156,     0)
	 11: Rel ( -1084,     0)  ->  Abs (    72,     0)
	 12: Rel (   -56,     0)  ->  Abs (    16,     0)
	 13: Rel (     0,    42)  ->  Abs (    16,    42)
	 14: Rel (     0,    42)  ->  Abs (    16,    84)
	 15: Rel (    56,     0)  ->  Abs (    72,    84)
	 16: Rel (    83,     0)  ->  Abs (   155,    84)
	 17: Rel (     0,  1002)  ->  Abs (   155,  1086)
	 18: Rel (   -95,     0)  ->  Abs (    60,  1086)
	 19: Rel (   -56,     0)  ->  Abs (     4,  1086)
	 20: Rel (     0,    42)  ->  Abs (     4,  1128)
	 21: Rel (     0,    42)  ->  Abs (     4,  1170)
	 22: Rel (    56,     0)  ->  Abs (    60,  1170)
	 23: Rel (   242,     0)  ->  Abs (   302,  1170)
	 24: Rel (    57,     0)  ->  Abs (   359,  1170)
	 25: Rel (     0,   -42)  ->  Abs (   359,  1128)
	 26: Rel (     0,   -42)  ->  Abs (   359,  1086)
	 27: Rel (   -57,     0)  ->  Abs (   302,  1086)
	 28: Rel (   -63,     0)  ->  Abs (   239,  1086)
	 29: Rel (     0, -1002)  ->  Abs (   239,    84)
	 30: Rel (   334,     0)  ->  Abs (   573,    84)
	 31: Rel (     0,  1002)  ->  Abs (   573,  1086)
	 32: Rel (   -63,     0)  ->  Abs (   510,  1086)
	 33: Rel (   -56,     0)  ->  Abs (   454,  1086)
	 34: Rel (     0,    42)  ->  Abs (   454,  1128)
	 35: Rel (     0,    42)  ->  Abs (   454,  1170)
	 36: Rel (    56,     0)  ->  Abs (   510,  1170)
	 37: Rel (   193,     0)  ->  Abs (   703,  1170)
	 38: Rel (    56,     0)  ->  Abs (   759,  1170)
	 39: Rel (     0,   -42)  ->  Abs (   759,  1128)
	 40: Rel (     0,   -42)  ->  Abs (   759,  1086)
	 41: Rel (   -56,     0)  ->  Abs (   703,  1086)
	 42: Rel (   -45,     0)  ->  Abs (   658,  1086)
	 43: Rel (     0, -1002)  ->  Abs (   658,    84)
	 44: Rel (   334,     0)  ->  Abs (   992,    84)
	 45: Rel (     0,  1002)  ->  Abs (   992,  1086)
	 46: Rel (   -63,     0)  ->  Abs (   929,  1086)
	 47: Rel (   -57,     0)  ->  Abs (   872,  1086)
	 48: Rel (     0,    42)  ->  Abs (   872,  1128)
	 49: Rel (     0,    42)  ->  Abs (   872,  1170)
	 50: Rel (    57,     0)  ->  Abs (   929,  1170)
	 51: Rel (   192,     0)  ->  Abs (  1121,  1170)
	 52: Rel (    57,     0)  ->  Abs (  1178,  1170)
	 53: Rel (     0,   -42)  ->  Abs (  1178,  1128)
	 54: Rel (     0,   -42)  ->  Abs (  1178,  1086)
	 55: Rel (   -57,     0)  ->  Abs (  1121,  1086)
	 56: Rel (   -45,     0)  ->  Abs (  1076,  1086)

	Glyph 596: off = 0x0001FBAE, len = 296
	  numberOfContours:	2
	  xMin:			2
	  yMin:			0
	  xMax:			1197
	  yMax:			1170

	EndPoints
	---------
	  0:  27
	  1:  36

	  Length of Instructions:	191
	00000: NPUSHB      (11):   170    19   169    30     2    22    16     1    18    32 
	                            16 
	00013: PUSHW[3]            -32    19   -19 
	00020: PUSHB[6]             34    45    15    38    21    25 
	00027: PUSHW[3]            676    23   706 
	00034: NPUSHB       (9):    26    23    23    25    26    29    21     7    11 
	00045: PUSHW[1]            676 
	00048: NPUSHB      (68):     9    43    12     9     9    11    12    29     7    13 
	                            38    36    36     6    21     3    11    38     7     7 
	                             0    38     6    29    25    38    20    21     8     6 
	                             2    12    28    30    27    79    26    95    26   175 
	                            26     3    26    26     5    32    38    17    26    38 
	                             1    38   143     5   175     5     2     5    64    13 
	                            15    52     5    25    37    69   108    24 
	00118: CALL       
	00119: FLIPOFF    
	00120: SRP0       
	00121: MIRP[srp0,nmd,rd,0] 
	00122: CALL       
	00123: DELTAP1    
	00124: FLIPON     
	00125: MIRP[nrp0,md,rd,1] 
	00126: FLIPOFF    
	00127: SRP0       
	00128: MIRP[srp0,nmd,rd,2] 
	00129: FLIPON     
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: DELTAP1    
	00135: ALIGNRP    
	00136: MIRP[srp0,md,rd,1] 
	00137: ALIGNRP    
	00138: SVTCA[y-axis] 
	00139: MIAP[rd+ci] 
	00140: MIAP[rd+ci] 
	00141: ALIGNRP    
	00142: MIRP[srp0,md,rd,1] 
	00143: ALIGNRP    
	00144: SRP0       
	00145: MIRP[nrp0,md,rd,1] 
	00146: ALIGNRP    
	00147: SRP0       
	00148: MIRP[nrp0,md,rd,1] 
	00149: MDAP[rd]   
	00150: SRP1       
	00151: SRP2       
	00152: IP         
	00153: MDAP[rd]   
	00154: MIRP[nrp0,md,rd,1] 
	00155: SRP0       
	00156: MIRP[srp0,md,rd,1] 
	00157: RTDG       
	00158: SRP2       
	00159: IP         
	00160: MDAP[rd]   
	00161: RTG        
	00162: SVTCA[x-axis] 
	00163: SRP0       
	00164: MIRP[srp0,nmd,rd,1] 
	00165: MIRP[srp0,nmd,rd,0] 
	00166: MDRP[nrp0,nmd,rd,0] 
	00167: SVTCA[y-axis] 
	00168: SRP0       
	00169: MIRP[srp0,md,rd,1] 
	00170: RTDG       
	00171: SRP2       
	00172: IP         
	00173: MDAP[rd]   
	00174: RTG        
	00175: SVTCA[x-axis] 
	00176: SRP0       
	00177: MIRP[srp0,nmd,rd,1] 
	00178: MIRP[srp0,nmd,rd,0] 
	00179: MDRP[nrp0,nmd,rd,0] 
	00180: IUP[y]     
	00181: IUP[x]     
	00182: SHPIX      
	00183: SHPIX      
	00184: SHPIX      
	00185: SVTCA[y-axis] 
	00186: SHPIX      
	00187: SHPIX      
	00188: DELTAP2    
	00189: SVTCA[x-axis] 
	00190: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                               On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short On
	 27:        XDual                         On
	 28:        XDual                 X-Short On
	 29:  YDual                               On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (    86,  1086)  ->  Abs (    86,  1086)
	  1: Rel (     0,  -334)  ->  Abs (    86,   752)
	  2: Rel (     0,   -56)  ->  Abs (    86,   696)
	  3: Rel (   -42,     0)  ->  Abs (    44,   696)
	  4: Rel (   -42,     0)  ->  Abs (     2,   696)
	  5: Rel (     0,    56)  ->  Abs (     2,   752)
	  6: Rel (     0,   418)  ->  Abs (     2,  1170)
	  7: Rel (   600,     0)  ->  Abs (   602,  1170)
	  8: Rel (    56,     0)  ->  Abs (   658,  1170)
	  9: Rel (     0,   -42)  ->  Abs (   658,  1128)
	 10: Rel (     0,   -42)  ->  Abs (   658,  1086)
	 11: Rel (   -56,     0)  ->  Abs (   602,  1086)
	 12: Rel (  -113,     0)  ->  Abs (   489,  1086)
	 13: Rel (     0,  -436)  ->  Abs (   489,   650)
	 14: Rel (   245,     0)  ->  Abs (   734,   650)
	 15: Rel (   238,     0)  ->  Abs (   972,   650)
	 16: Rel (   225,  -184)  ->  Abs (  1197,   466)
	 17: Rel (     0,  -141)  ->  Abs (  1197,   325)
	 18: Rel (     0,  -139)  ->  Abs (  1197,   186)
	 19: Rel (  -196,  -186)  ->  Abs (  1001,     0)
	 20: Rel (  -145,     0)  ->  Abs (   856,     0)
	 21: Rel (  -500,     0)  ->  Abs (   356,     0)
	 22: Rel (   -56,     0)  ->  Abs (   300,     0)
	 23: Rel (     0,    42)  ->  Abs (   300,    42)
	 24: Rel (     0,    42)  ->  Abs (   300,    84)
	 25: Rel (    56,     0)  ->  Abs (   356,    84)
	 26: Rel (    49,     0)  ->  Abs (   405,    84)
	 27: Rel (     0,  1002)  ->  Abs (   405,  1086)
	 28: Rel (    84, -1002)  ->  Abs (   489,    84)
	 29: Rel (   361,     0)  ->  Abs (   850,    84)
	 30: Rel (   117,     0)  ->  Abs (   967,    84)
	 31: Rel (   146,   144)  ->  Abs (  1113,   228)
	 32: Rel (     0,    95)  ->  Abs (  1113,   323)
	 33: Rel (     0,    91)  ->  Abs (  1113,   414)
	 34: Rel (  -173,   151)  ->  Abs (   940,   565)
	 35: Rel (  -213,     0)  ->  Abs (   727,   565)
	 36: Rel (  -238,     0)  ->  Abs (   489,   565)

	Glyph 597: off = 0x0001FCD6, len = 582
	  numberOfContours:	3
	  xMin:			2
	  yMin:			0
	  xMax:			1223
	  yMax:			1170

	EndPoints
	---------
	  0:  25
	  1:  34
	  2:  58

	  Length of Instructions:	426
	00000: PUSHW[2]              7   -16 
	00005: NPUSHB      (19):   167     4   168     6   183     4   185     6     4   118 
	                             6   118    29   135     4   167     4     4     4 
	00026: PUSHW[1]            -16 
	00029: PUSHB[6]             31     6    16     2     9    13 
	00036: PUSHW[1]            676 
	00039: NPUSHB      (11):    11    43    14    11    11    13    14    29     9    41 
	                            37 
	00052: PUSHW[1]            676 
	00055: NPUSHB      (16):     0    39   160    39     2    39    43    36    39    39 
	                            37    36    29    41    42    46 
	00073: PUSHW[1]            676 
	00076: NPUSHB      (11):    44    43    47    44    44    46    47    29    42    54 
	                            58 
	00089: PUSHW[1]            676 
	00092: NPUSHB      (16):     0    56   160    56     2    56    43    35    56    56 
	                            58    35    29    54    53    49 
	00110: PUSHW[1]            676 
	00113: NPUSHB      (11):    51    43    48    51    51    49    48    29    53    21 
	                            25 
	00126: PUSHW[1]            676 
	00129: NPUSHB      (14):     0    23     1    23    43     0    23    23    25     0 
	                            29    21    20    16 
	00145: PUSHW[1]            676 
	00148: NPUSHB      (52):    18    43    15    18    18    16    15    29    20     1 
	                            38    34    34    21     9    58    38    54    49    38 
	                            53    25    38    21    16    38    20    37    38    41 
	                            46    38    42    26    13    38     9    41    42    42 
	                             8     9     8    54    53    53    21    20     2    30 
	                            38     5 
	00202: PUSHW[1]            -64 
	00205: PUSHB[4]             11    14    52     5 
	00210: PUSHW[1]            -64 
	00213: NPUSHB      (46):    21    27    52     5     5    14    48    47    30    35 
	                            15    36    95    36     2    15    36    95    36   111 
	                            36   127    36     4    36    64    17    19    52    36 
	                            26    60     0    26    30    15    95    14     1   175 
	                            14     1    14    25    59   157 
	00261: PUSHW[2]            287    24 
	00266: CALL       
	00267: FLIPOFF    
	00268: SRP0       
	00269: MIRP[srp0,nmd,rd,0] 
	00270: DELTAP1    
	00271: DELTAP2    
	00272: ALIGNRP    
	00273: FLIPON     
	00274: MIRP[srp0,md,rd,1] 
	00275: ALIGNRP    
	00276: FLIPOFF    
	00277: SRP0       
	00278: MIRP[srp0,nmd,rd,2] 
	00279: CALL       
	00280: DELTAP1    
	00281: DELTAP2    
	00282: ALIGNRP    
	00283: FLIPON     
	00284: MIRP[srp0,md,rd,1] 
	00285: ALIGNRP    
	00286: SRP2       
	00287: IP         
	00288: MDAP[rd]   
	00289: CALL       
	00290: CALL       
	00291: MIRP[nrp0,md,rd,1] 
	00292: SVTCA[y-axis] 
	00293: MIAP[rd+ci] 
	00294: ALIGNRP    
	00295: ALIGNRP    
	00296: SRP0       
	00297: ALIGNRP    
	00298: MIAP[rd+ci] 
	00299: ALIGNRP    
	00300: ALIGNRP    
	00301: SRP0       
	00302: ALIGNRP    
	00303: SRP0       
	00304: MIRP[srp0,md,rd,1] 
	00305: ALIGNRP    
	00306: SRP0       
	00307: MIRP[nrp0,md,rd,1] 
	00308: SRP0       
	00309: MIRP[nrp0,md,rd,1] 
	00310: SRP0       
	00311: MIRP[nrp0,md,rd,1] 
	00312: SRP0       
	00313: MIRP[nrp0,md,rd,1] 
	00314: SRP0       
	00315: MIRP[nrp0,md,rd,1] 
	00316: SRP0       
	00317: MIRP[nrp0,md,rd,1] 
	00318: SRP1       
	00319: SRP2       
	00320: IP         
	00321: MDAP[rd]   
	00322: MIRP[nrp0,md,rd,1] 
	00323: SRP0       
	00324: MIRP[srp0,md,rd,1] 
	00325: RTDG       
	00326: SRP2       
	00327: IP         
	00328: MDAP[rd]   
	00329: RTG        
	00330: SVTCA[x-axis] 
	00331: SRP0       
	00332: MIRP[srp0,nmd,rd,1] 
	00333: MIRP[srp0,nmd,rd,0] 
	00334: MDRP[nrp0,nmd,rd,0] 
	00335: SVTCA[y-axis] 
	00336: SRP0       
	00337: MIRP[srp0,md,rd,1] 
	00338: RTDG       
	00339: SRP2       
	00340: IP         
	00341: MDAP[rd]   
	00342: RTG        
	00343: SVTCA[x-axis] 
	00344: SRP0       
	00345: MIRP[srp0,nmd,rd,1] 
	00346: DELTAP1    
	00347: MIRP[srp0,nmd,rd,0] 
	00348: MDRP[nrp0,nmd,rd,0] 
	00349: SVTCA[y-axis] 
	00350: SRP0       
	00351: MIRP[srp0,md,rd,1] 
	00352: RTDG       
	00353: SRP2       
	00354: IP         
	00355: MDAP[rd]   
	00356: RTG        
	00357: SVTCA[x-axis] 
	00358: SRP0       
	00359: MIRP[srp0,nmd,rd,1] 
	00360: MIRP[srp0,nmd,rd,0] 
	00361: MDRP[nrp0,nmd,rd,0] 
	00362: SVTCA[y-axis] 
	00363: SRP0       
	00364: MIRP[srp0,md,rd,1] 
	00365: RTDG       
	00366: SRP2       
	00367: IP         
	00368: MDAP[rd]   
	00369: RTG        
	00370: SVTCA[x-axis] 
	00371: SRP0       
	00372: MIRP[srp0,nmd,rd,1] 
	00373: DELTAP1    
	00374: MIRP[srp0,nmd,rd,0] 
	00375: MDRP[nrp0,nmd,rd,0] 
	00376: SVTCA[y-axis] 
	00377: SRP0       
	00378: MIRP[srp0,md,rd,1] 
	00379: RTDG       
	00380: SRP2       
	00381: IP         
	00382: MDAP[rd]   
	00383: RTG        
	00384: SVTCA[x-axis] 
	00385: SRP0       
	00386: MIRP[srp0,nmd,rd,1] 
	00387: MIRP[srp0,nmd,rd,0] 
	00388: MDRP[nrp0,nmd,rd,0] 
	00389: SVTCA[y-axis] 
	00390: SRP0       
	00391: MIRP[srp0,md,rd,1] 
	00392: RTDG       
	00393: SRP2       
	00394: IP         
	00395: MDAP[rd]   
	00396: RTG        
	00397: SVTCA[x-axis] 
	00398: SRP0       
	00399: MIRP[srp0,nmd,rd,1] 
	00400: DELTAP1    
	00401: MIRP[srp0,nmd,rd,0] 
	00402: MDRP[nrp0,nmd,rd,0] 
	00403: SVTCA[y-axis] 
	00404: SRP0       
	00405: MIRP[srp0,md,rd,1] 
	00406: RTDG       
	00407: SRP2       
	00408: IP         
	00409: MDAP[rd]   
	00410: RTG        
	00411: SVTCA[x-axis] 
	00412: SRP0       
	00413: MIRP[srp0,nmd,rd,1] 
	00414: MIRP[srp0,nmd,rd,0] 
	00415: MDRP[nrp0,nmd,rd,0] 
	00416: IUP[y]     
	00417: IUP[x]     
	00418: SVTCA[y-axis] 
	00419: SLOOP      
	00420: SHPIX      
	00421: SHPIX      
	00422: DELTAP1    
	00423: DELTAP2    
	00424: SVTCA[x-axis] 
	00425: SHPIX      

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:        XDual                         On
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:                              X-Short On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short On
	 35:                                      On
	 36:        XDual                         On
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:  YDual                       X-Short On
	 42:  YDual                               On
	 43:  YDual                       X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short On
	 48:        XDual                         On
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual                               On
	 55:  YDual XDual                 X-Short Off
	 56:        XDual         Y-Short         On
	 57:        XDual         Y-Short         Off
	 58:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   255,  1086)  ->  Abs (   255,  1086)
	  1: Rel (     0,  -436)  ->  Abs (   255,   650)
	  2: Rel (   134,     0)  ->  Abs (   389,   650)
	  3: Rel (   219,     0)  ->  Abs (   608,   650)
	  4: Rel (   245,  -169)  ->  Abs (   853,   481)
	  5: Rel (     0,  -156)  ->  Abs (   853,   325)
	  6: Rel (     0,  -142)  ->  Abs (   853,   183)
	  7: Rel (  -204,  -183)  ->  Abs (   649,     0)
	  8: Rel (  -138,     0)  ->  Abs (   511,     0)
	  9: Rel (  -453,     0)  ->  Abs (    58,     0)
	 10: Rel (   -56,     0)  ->  Abs (     2,     0)
	 11: Rel (     0,    42)  ->  Abs (     2,    42)
	 12: Rel (     0,    42)  ->  Abs (     2,    84)
	 13: Rel (    56,     0)  ->  Abs (    58,    84)
	 14: Rel (   113,     0)  ->  Abs (   171,    84)
	 15: Rel (     0,  1002)  ->  Abs (   171,  1086)
	 16: Rel (  -113,     0)  ->  Abs (    58,  1086)
	 17: Rel (   -56,     0)  ->  Abs (     2,  1086)
	 18: Rel (     0,    42)  ->  Abs (     2,  1128)
	 19: Rel (     0,    42)  ->  Abs (     2,  1170)
	 20: Rel (    56,     0)  ->  Abs (    58,  1170)
	 21: Rel (   310,     0)  ->  Abs (   368,  1170)
	 22: Rel (    56,     0)  ->  Abs (   424,  1170)
	 23: Rel (     0,   -42)  ->  Abs (   424,  1128)
	 24: Rel (     0,   -42)  ->  Abs (   424,  1086)
	 25: Rel (   -56,     0)  ->  Abs (   368,  1086)
	 26: Rel (  -113, -1002)  ->  Abs (   255,    84)
	 27: Rel (   250,     0)  ->  Abs (   505,    84)
	 28: Rel (   117,     0)  ->  Abs (   622,    84)
	 29: Rel (   146,   143)  ->  Abs (   768,   227)
	 30: Rel (     0,    96)  ->  Abs (   768,   323)
	 31: Rel (     0,   108)  ->  Abs (   768,   431)
	 32: Rel (  -197,   134)  ->  Abs (   571,   565)
	 33: Rel (  -189,     0)  ->  Abs (   382,   565)
	 34: Rel (  -127,     0)  ->  Abs (   255,   565)
	 35: Rel (   799,   521)  ->  Abs (  1054,  1086)
	 36: Rel (     0, -1002)  ->  Abs (  1054,    84)
	 37: Rel (   112,     0)  ->  Abs (  1166,    84)
	 38: Rel (    57,     0)  ->  Abs (  1223,    84)
	 39: Rel (     0,   -42)  ->  Abs (  1223,    42)
	 40: Rel (     0,   -42)  ->  Abs (  1223,     0)
	 41: Rel (   -57,     0)  ->  Abs (  1166,     0)
	 42: Rel (  -309,     0)  ->  Abs (   857,     0)
	 43: Rel (   -57,     0)  ->  Abs (   800,     0)
	 44: Rel (     0,    42)  ->  Abs (   800,    42)
	 45: Rel (     0,    42)  ->  Abs (   800,    84)
	 46: Rel (    57,     0)  ->  Abs (   857,    84)
	 47: Rel (   112,     0)  ->  Abs (   969,    84)
	 48: Rel (     0,  1002)  ->  Abs (   969,  1086)
	 49: Rel (  -112,     0)  ->  Abs (   857,  1086)
	 50: Rel (   -57,     0)  ->  Abs (   800,  1086)
	 51: Rel (     0,    42)  ->  Abs (   800,  1128)
	 52: Rel (     0,    42)  ->  Abs (   800,  1170)
	 53: Rel (    57,     0)  ->  Abs (   857,  1170)
	 54: Rel (   309,     0)  ->  Abs (  1166,  1170)
	 55: Rel (    57,     0)  ->  Abs (  1223,  1170)
	 56: Rel (     0,   -42)  ->  Abs (  1223,  1128)
	 57: Rel (     0,   -42)  ->  Abs (  1223,  1086)
	 58: Rel (   -57,     0)  ->  Abs (  1166,  1086)

	Glyph 598: off = 0x0001FF1C, len = 308
	  numberOfContours:	2
	  xMin:			87
	  yMin:			0
	  xMax:			1113
	  yMax:			1170

	EndPoints
	---------
	  0:  25
	  1:  34

	  Length of Instructions:	205
	00000: NPUSHB      (17):   152    31   169    29   169    31   184    29   184    31 
	                             5   135     4   167     4     2     7 
	00019: PUSHW[3]            -16     4   -19 
	00026: PUSHB[6]             31     6    19     2     9    13 
	00033: PUSHW[1]            676 
	00036: NPUSHB      (11):    11    43    14    11    11    13    14    29     9    20 
	                            16 
	00049: PUSHW[1]            676 
	00052: NPUSHB      (11):    18    43    15    18    18    16    15    29    20    21 
	                            25 
	00065: PUSHW[1]            676 
	00068: NPUSHB      (29):    23    43     0    23    23    25     0    29    21     1 
	                            38    34    34     9    25    16    38    21    20     2 
	                            26    13    38     8     9     8    30    38     5 
	00099: PUSHW[1]            -64 
	00102: NPUSHB      (11):    23    26    52     5    26    36     0    26    30    15 
	                            14 
	00115: PUSHW[1]            -64 
	00118: NPUSHB       (9):    24    26    52    14    25    35    74   121    24 
	00129: CALL       
	00130: FLIPOFF    
	00131: SRP0       
	00132: MIRP[srp0,nmd,rd,0] 
	00133: CALL       
	00134: ALIGNRP    
	00135: FLIPON     
	00136: MIRP[srp0,md,rd,1] 
	00137: ALIGNRP    
	00138: FLIPOFF    
	00139: SRP0       
	00140: MIRP[srp0,nmd,rd,2] 
	00141: CALL       
	00142: FLIPON     
	00143: MIRP[nrp0,md,rd,1] 
	00144: SVTCA[y-axis] 
	00145: MIAP[rd+ci] 
	00146: ALIGNRP    
	00147: MIRP[srp0,md,rd,1] 
	00148: ALIGNRP    
	00149: MIAP[rd+ci] 
	00150: ALIGNRP    
	00151: MIRP[srp0,md,rd,1] 
	00152: ALIGNRP    
	00153: SRP2       
	00154: IP         
	00155: MDAP[rd]   
	00156: MIRP[nrp0,md,rd,1] 
	00157: SRP0       
	00158: MIRP[srp0,md,rd,1] 
	00159: RTDG       
	00160: SRP2       
	00161: IP         
	00162: MDAP[rd]   
	00163: RTG        
	00164: SVTCA[x-axis] 
	00165: SRP0       
	00166: MIRP[srp0,nmd,rd,1] 
	00167: MIRP[srp0,nmd,rd,0] 
	00168: MDRP[nrp0,nmd,rd,0] 
	00169: SVTCA[y-axis] 
	00170: SRP0       
	00171: MIRP[srp0,md,rd,1] 
	00172: RTDG       
	00173: SRP2       
	00174: IP         
	00175: MDAP[rd]   
	00176: RTG        
	00177: SVTCA[x-axis] 
	00178: SRP0       
	00179: MIRP[srp0,nmd,rd,1] 
	00180: MIRP[srp0,nmd,rd,0] 
	00181: MDRP[nrp0,nmd,rd,0] 
	00182: SVTCA[y-axis] 
	00183: SRP0       
	00184: MIRP[srp0,md,rd,1] 
	00185: RTDG       
	00186: SRP2       
	00187: IP         
	00188: MDAP[rd]   
	00189: RTG        
	00190: SVTCA[x-axis] 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,1] 
	00193: MIRP[srp0,nmd,rd,0] 
	00194: MDRP[nrp0,nmd,rd,0] 
	00195: IUP[y]     
	00196: IUP[x]     
	00197: SVTCA[y-axis] 
	00198: SLOOP      
	00199: SHPIX      
	00200: SHPIX      
	00201: SVTCA[x-axis] 
	00202: SHPIX      
	00203: DELTAP1    
	00204: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:        XDual                         On
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:                              X-Short On
	 27:  YDual                               On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   340,  1086)  ->  Abs (   340,  1086)
	  1: Rel (     0,  -436)  ->  Abs (   340,   650)
	  2: Rel (   309,     0)  ->  Abs (   649,   650)
	  3: Rel (   219,     0)  ->  Abs (   868,   650)
	  4: Rel (   245,  -169)  ->  Abs (  1113,   481)
	  5: Rel (     0,  -156)  ->  Abs (  1113,   325)
	  6: Rel (     0,  -142)  ->  Abs (  1113,   183)
	  7: Rel (  -204,  -183)  ->  Abs (   909,     0)
	  8: Rel (  -138,     0)  ->  Abs (   771,     0)
	  9: Rel (  -628,     0)  ->  Abs (   143,     0)
	 10: Rel (   -56,     0)  ->  Abs (    87,     0)
	 11: Rel (     0,    42)  ->  Abs (    87,    42)
	 12: Rel (     0,    42)  ->  Abs (    87,    84)
	 13: Rel (    56,     0)  ->  Abs (   143,    84)
	 14: Rel (   113,     0)  ->  Abs (   256,    84)
	 15: Rel (     0,  1002)  ->  Abs (   256,  1086)
	 16: Rel (  -113,     0)  ->  Abs (   143,  1086)
	 17: Rel (   -56,     0)  ->  Abs (    87,  1086)
	 18: Rel (     0,    42)  ->  Abs (    87,  1128)
	 19: Rel (     0,    42)  ->  Abs (    87,  1170)
	 20: Rel (    56,     0)  ->  Abs (   143,  1170)
	 21: Rel (   310,     0)  ->  Abs (   453,  1170)
	 22: Rel (    56,     0)  ->  Abs (   509,  1170)
	 23: Rel (     0,   -42)  ->  Abs (   509,  1128)
	 24: Rel (     0,   -42)  ->  Abs (   509,  1086)
	 25: Rel (   -56,     0)  ->  Abs (   453,  1086)
	 26: Rel (  -113, -1002)  ->  Abs (   340,    84)
	 27: Rel (   425,     0)  ->  Abs (   765,    84)
	 28: Rel (   117,     0)  ->  Abs (   882,    84)
	 29: Rel (   146,   144)  ->  Abs (  1028,   228)
	 30: Rel (     0,    95)  ->  Abs (  1028,   323)
	 31: Rel (     0,    91)  ->  Abs (  1028,   414)
	 32: Rel (  -172,   151)  ->  Abs (   856,   565)
	 33: Rel (  -214,     0)  ->  Abs (   642,   565)
	 34: Rel (  -302,     0)  ->  Abs (   340,   565)

	Glyph 599: off = 0x00020050, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			129
	  yMin:			-33
	  xMax:			1102
	  yMax:			1197

	     0: Flags:		0x0153
		Glyf Index:	559
		X WOffset:	1229
		Y WOffset:	0
		X Scale:	-1.000000
		Y Scale:	 1.000000
		Other:		                   No Overlap

	Instructions:
	-------------
	00000: PUSHB[8]              0    23    15    23    79    23     2    23 
	00009: PUSHW[1]            -64 
	00012: PUSHB[6]             21    26    52    23   121    47 
	00019: FLIPOFF    
	00020: SRP0       
	00021: MIRP[srp0,nmd,rd,2] 
	00022: CALL       
	00023: DELTAP1    
	00024: SRP1       
	00025: SHC[rp1,zp0] 

	Glyph 600: off = 0x00020082, len = 468
	  numberOfContours:	2
	  xMin:			22
	  yMin:			-33
	  xMax:			1217
	  yMax:			1197

	EndPoints
	---------
	  0:  41
	  1:  53

	  Length of Instructions:	320
	00000: NPUSHB      (17):   123     2   123     3   121    12   121    13   139     2 
	                           136    12   169    12     7     5    10 
	00019: PUSHW[1]            -16 
	00022: PUSHB[4]              2    44    45     6 
	00027: PUSHW[1]            -16 
	00030: NPUSHB      (12):     3    54     2   134    44     2    53    26     9    16 
	                            34    30 
	00044: PUSHW[1]            676 
	00047: NPUSHB      (18):    31    32    47    32    63    32     3    32    41    29 
	                            32    32    30    29    29    34    35    39 
	00067: PUSHW[1]            676 
	00070: NPUSHB      (11):    37    43    40    37    37    39    40    29    35    23 
	                            27 
	00083: PUSHW[1]            676 
	00086: NPUSHB      (18):    31    25    47    25    63    25     3    25    41    28 
	                            25    25    27    28    29    23    22    18 
	00106: PUSHW[1]            676 
	00109: NPUSHB      (57):    20    43    17    20    20    18    17    29    22    41 
	                            38    16    16    22    39    30    38    34    34    35 
	                             2    18    27    38    22    23    22     8    46    38 
	                            11    51    38     4    11     9     4     3    42    38 
	                             0   143    14     1    79    14    95    14   128    14 
	                             3    14    14    17    49    38     7 
	00168: PUSHW[1]            -64 
	00171: NPUSHB      (14):    25    29    52   192     7     1     7    26    55    40 
	                            17    30    29    28 
	00187: PUSHW[1]            -64 
	00190: NPUSHB      (17):    26    28    52    28    64    19    24    52   143    28 
	                             1    28    25    54   135   108    24 
	00209: CALL       
	00210: FLIPOFF    
	00211: SRP0       
	00212: MIRP[srp0,nmd,rd,0] 
	00213: DELTAP1    
	00214: CALL       
	00215: CALL       
	00216: ALIGNRP    
	00217: FLIPON     
	00218: MIRP[srp0,md,rd,1] 
	00219: ALIGNRP    
	00220: FLIPOFF    
	00221: SRP0       
	00222: MIRP[srp0,nmd,rd,2] 
	00223: DELTAP1    
	00224: CALL       
	00225: FLIPON     
	00226: MIRP[nrp0,md,rd,1] 
	00227: SRP2       
	00228: IP         
	00229: MDAP[rd]   
	00230: DELTAP1    
	00231: DELTAP2    
	00232: ALIGNRP    
	00233: MIRP[nrp0,md,rd,1] 
	00234: SVTCA[y-axis] 
	00235: MIAP[rd+ci] 
	00236: MIAP[rd+ci] 
	00237: SRP0       
	00238: MIRP[nrp0,md,rd,1] 
	00239: SRP0       
	00240: MIRP[nrp0,md,rd,1] 
	00241: MIAP[rd+ci] 
	00242: SRP0       
	00243: ALIGNRP    
	00244: MIRP[srp0,md,rd,1] 
	00245: ALIGNRP    
	00246: MIAP[rd+ci] 
	00247: ALIGNRP    
	00248: SRP0       
	00249: MIRP[srp0,md,rd,1] 
	00250: ALIGNRP    
	00251: SRP2       
	00252: IP         
	00253: MDAP[rd]   
	00254: MIRP[nrp0,md,rd,1] 
	00255: SRP0       
	00256: MIRP[srp0,md,rd,1] 
	00257: RTDG       
	00258: SRP2       
	00259: IP         
	00260: MDAP[rd]   
	00261: RTG        
	00262: SVTCA[x-axis] 
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,1] 
	00265: MIRP[srp0,nmd,rd,0] 
	00266: MDRP[nrp0,nmd,rd,0] 
	00267: SVTCA[y-axis] 
	00268: SRP0       
	00269: MIRP[srp0,md,rd,1] 
	00270: RTDG       
	00271: SRP2       
	00272: IP         
	00273: MDAP[rd]   
	00274: RTG        
	00275: SVTCA[x-axis] 
	00276: SRP0       
	00277: MIRP[srp0,nmd,rd,1] 
	00278: DELTAP2    
	00279: MIRP[srp0,nmd,rd,0] 
	00280: MDRP[nrp0,nmd,rd,0] 
	00281: SVTCA[y-axis] 
	00282: SRP0       
	00283: MIRP[srp0,md,rd,1] 
	00284: RTDG       
	00285: SRP2       
	00286: IP         
	00287: MDAP[rd]   
	00288: RTG        
	00289: SVTCA[x-axis] 
	00290: SRP0       
	00291: MIRP[srp0,nmd,rd,1] 
	00292: MIRP[srp0,nmd,rd,0] 
	00293: MDRP[nrp0,nmd,rd,0] 
	00294: SVTCA[y-axis] 
	00295: SRP0       
	00296: MIRP[srp0,md,rd,1] 
	00297: RTDG       
	00298: SRP2       
	00299: IP         
	00300: MDAP[rd]   
	00301: RTG        
	00302: SVTCA[x-axis] 
	00303: SRP0       
	00304: MIRP[srp0,nmd,rd,1] 
	00305: DELTAP2    
	00306: MIRP[srp0,nmd,rd,0] 
	00307: MDRP[nrp0,nmd,rd,0] 
	00308: IUP[y]     
	00309: IUP[x]     
	00310: SVTCA[y-axis] 
	00311: SHPIX      
	00312: SHPIX      
	00313: DELTAP2    
	00314: SLOOP      
	00315: SHPIX      
	00316: SVTCA[x-axis] 
	00317: SLOOP      
	00318: SHPIX      
	00319: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:        XDual                         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual                         On
	  8:        XDual         Y-Short         On
	  9:        XDual                         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:                              X-Short Off
	 14:        XDual                         On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual                       X-Short On
	 17:        XDual                         On
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short On
	 29:        XDual                         On
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short On
	 41:        XDual                         On
	 42:  YDual               Y-Short         On
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:        XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual                               Off
	 48:        XDual                         On
	 49:  YDual XDual         Y-Short         On
	 50:        XDual                         Off
	 51:  YDual                               On
	 52:  YDual                       X-Short Off
	 53:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   435,   650)  ->  Abs (   435,   650)
	  1: Rel (     0,    29)  ->  Abs (   435,   679)
	  2: Rel (     0,   277)  ->  Abs (   435,   956)
	  3: Rel (   238,   241)  ->  Abs (   673,  1197)
	  4: Rel (   157,     0)  ->  Abs (   830,  1197)
	  5: Rel (   175,     0)  ->  Abs (  1005,  1197)
	  6: Rel (   212,  -251)  ->  Abs (  1217,   946)
	  7: Rel (     0,  -267)  ->  Abs (  1217,   679)
	  8: Rel (     0,  -193)  ->  Abs (  1217,   486)
	  9: Rel (     0,  -269)  ->  Abs (  1217,   217)
	 10: Rel (  -214,  -250)  ->  Abs (  1003,   -33)
	 11: Rel (  -172,     0)  ->  Abs (   831,   -33)
	 12: Rel (  -177,     0)  ->  Abs (   654,   -33)
	 13: Rel (  -219,   257)  ->  Abs (   435,   224)
	 14: Rel (     0,   262)  ->  Abs (   435,   486)
	 15: Rel (     0,    80)  ->  Abs (   435,   566)
	 16: Rel (  -220,     0)  ->  Abs (   215,   566)
	 17: Rel (     0,  -482)  ->  Abs (   215,    84)
	 18: Rel (    89,     0)  ->  Abs (   304,    84)
	 19: Rel (    56,     0)  ->  Abs (   360,    84)
	 20: Rel (     0,   -42)  ->  Abs (   360,    42)
	 21: Rel (     0,   -42)  ->  Abs (   360,     0)
	 22: Rel (   -56,     0)  ->  Abs (   304,     0)
	 23: Rel (  -226,     0)  ->  Abs (    78,     0)
	 24: Rel (   -56,     0)  ->  Abs (    22,     0)
	 25: Rel (     0,    42)  ->  Abs (    22,    42)
	 26: Rel (     0,    42)  ->  Abs (    22,    84)
	 27: Rel (    56,     0)  ->  Abs (    78,    84)
	 28: Rel (    53,     0)  ->  Abs (   131,    84)
	 29: Rel (     0,  1002)  ->  Abs (   131,  1086)
	 30: Rel (   -53,     0)  ->  Abs (    78,  1086)
	 31: Rel (   -56,     0)  ->  Abs (    22,  1086)
	 32: Rel (     0,    42)  ->  Abs (    22,  1128)
	 33: Rel (     0,    42)  ->  Abs (    22,  1170)
	 34: Rel (    56,     0)  ->  Abs (    78,  1170)
	 35: Rel (   226,     0)  ->  Abs (   304,  1170)
	 36: Rel (    56,     0)  ->  Abs (   360,  1170)
	 37: Rel (     0,   -42)  ->  Abs (   360,  1128)
	 38: Rel (     0,   -42)  ->  Abs (   360,  1086)
	 39: Rel (   -56,     0)  ->  Abs (   304,  1086)
	 40: Rel (   -89,     0)  ->  Abs (   215,  1086)
	 41: Rel (     0,  -436)  ->  Abs (   215,   650)
	 42: Rel (   304,    29)  ->  Abs (   519,   679)
	 43: Rel (     0,  -193)  ->  Abs (   519,   486)
	 44: Rel (     0,  -210)  ->  Abs (   519,   276)
	 45: Rel (   166,  -225)  ->  Abs (   685,    51)
	 46: Rel (   144,     0)  ->  Abs (   829,    51)
	 47: Rel (   303,     0)  ->  Abs (  1132,    51)
	 48: Rel (     0,   435)  ->  Abs (  1132,   486)
	 49: Rel (     0,   193)  ->  Abs (  1132,   679)
	 50: Rel (     0,   434)  ->  Abs (  1132,  1113)
	 51: Rel (  -302,     0)  ->  Abs (   830,  1113)
	 52: Rel (  -139,     0)  ->  Abs (   691,  1113)
	 53: Rel (  -172,  -218)  ->  Abs (   519,   895)

	Glyph 601: off = 0x00020256, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			15
	  yMin:			0
	  xMax:			1141
	  yMax:			1170

	     0: Flags:		0x0153
		Glyf Index:	53
		X WOffset:	1229
		Y WOffset:	0
		X Scale:	-1.000000
		Y Scale:	 1.000000
		Other:		                   No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     1     0     1    79     1   159     1   175     1     3 
	                             0     1   143     1   192     1     3     1 
	00020: PUSHW[5]            699    57    74   470    24 
	00031: CALL       
	00032: SRP0       
	00033: MIRP[srp0,nmd,rd,2] 
	00034: DELTAP1    
	00035: DELTAP2    
	00036: SRP1       
	00037: SHC[rp1,zp0] 
	00038: SHC[rp1,zp0] 

	Glyph 602: off = 0x00020296, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			896

	     0: Flags:		0x0216
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 603: off = 0x000202A6, len = 294
	  numberOfContours:	2
	  xMin:			128
	  yMin:			-33
	  xMax:			1112
	  yMax:			1230

	EndPoints
	---------
	  0:  31
	  1:  43

	  Length of Instructions:	164
	00000: NPUSHB      (36):     6    15    22    15    38    15    86    33   116    33 
	                           164    18   180    18     7   119     3   121    30   138 
	                            30   154    30   203    30   202    31   235    31     7 
	                            36    40    16     2    34    42 
	00038: PUSHW[1]            -16 
	00041: PUSHB[3]              2    37    33 
	00045: PUSHW[1]            -26 
	00048: NPUSHB      (67):     2    39    26    43    38   164     0   180     0     2 
	                             0     0     8    41    22   136    16    38    63    28 
	                           223    28   255    28     3    28    41    38     2     7 
	                            35    38     8    11     0    32    19    59    24   195 
	                            38    59   112     5   144     5   224     5     3     5 
	                            26    45    32    59   111    12   191    12   224    12 
	                             3    12    25    44    42   142    24 
	00117: CALL       
	00118: FLIPOFF    
	00119: SRP0       
	00120: MIRP[srp0,nmd,rd,0] 
	00121: DELTAP1    
	00122: FLIPON     
	00123: MIRP[nrp0,md,rd,1] 
	00124: FLIPOFF    
	00125: SRP0       
	00126: MIRP[srp0,nmd,rd,2] 
	00127: DELTAP1    
	00128: FLIPON     
	00129: MIRP[nrp0,md,rd,1] 
	00130: MIRP[srp0,nmd,rd,0] 
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP1       
	00133: SHP[rp1,zp0] 
	00134: SVTCA[y-axis] 
	00135: MIAP[rd+ci] 
	00136: MIRP[nrp0,md,rd,1] 
	00137: MIAP[rd+ci] 
	00138: MIRP[nrp0,md,rd,1] 
	00139: MDAP[rd]   
	00140: DELTAP1    
	00141: MIRP[srp0,md,rd,1] 
	00142: MIRP[nrp0,nmd,rd,0] 
	00143: RTHG       
	00144: SRP1       
	00145: SRP2       
	00146: IP         
	00147: MDAP[rd]   
	00148: DELTAP2    
	00149: RTG        
	00150: MIRP[nrp0,md,rd,1] 
	00151: IUP[y]     
	00152: IUP[x]     
	00153: SHPIX      
	00154: SLOOP      
	00155: SHPIX      
	00156: SVTCA[x-axis] 
	00157: SLOOP      
	00158: SHPIX      
	00159: SLOOP      
	00160: SHPIX      
	00161: SVTCA[y-axis] 
	00162: DELTAP1    
	00163: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:                                      Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:        XDual                         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short Off
	 32:                              X-Short On
	 33:        XDual         Y-Short         Off
	 34:        XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   219,   701)  ->  Abs (   219,   701)
	  1: Rel (   150,   195)  ->  Abs (   369,   896)
	  2: Rel (   254,     0)  ->  Abs (   623,   896)
	  3: Rel (   226,     0)  ->  Abs (   849,   896)
	  4: Rel (   263,  -269)  ->  Abs (  1112,   627)
	  5: Rel (     0,  -196)  ->  Abs (  1112,   431)
	  6: Rel (     0,  -196)  ->  Abs (  1112,   235)
	  7: Rel (  -267,  -268)  ->  Abs (   845,   -33)
	  8: Rel (  -224,     0)  ->  Abs (   621,   -33)
	  9: Rel (  -160,     0)  ->  Abs (   461,   -33)
	 10: Rel (  -227,   137)  ->  Abs (   234,   104)
	 11: Rel (  -106,   211)  ->  Abs (   128,   315)
	 12: Rel (     0,   196)  ->  Abs (   128,   511)
	 13: Rel (     0,   275)  ->  Abs (   128,   786)
	 14: Rel (    70,   211)  ->  Abs (   198,   997)
	 15: Rel (   166,   122)  ->  Abs (   364,  1119)
	 16: Rel (   155,     0)  ->  Abs (   519,  1119)
	 17: Rel (   191,     0)  ->  Abs (   710,  1119)
	 18: Rel (   149,     0)  ->  Abs (   859,  1119)
	 19: Rel (    20,    61)  ->  Abs (   879,  1180)
	 20: Rel (    12,    34)  ->  Abs (   891,  1214)
	 21: Rel (    16,    16)  ->  Abs (   907,  1230)
	 22: Rel (    20,     0)  ->  Abs (   927,  1230)
	 23: Rel (    47,     0)  ->  Abs (   974,  1230)
	 24: Rel (     0,   -49)  ->  Abs (   974,  1181)
	 25: Rel (     0,   -56)  ->  Abs (   974,  1125)
	 26: Rel (  -112,   -90)  ->  Abs (   862,  1035)
	 27: Rel (  -142,     0)  ->  Abs (   720,  1035)
	 28: Rel (  -201,     0)  ->  Abs (   519,  1035)
	 29: Rel (  -100,     0)  ->  Abs (   419,  1035)
	 30: Rel (  -129,   -69)  ->  Abs (   290,   966)
	 31: Rel (   -57,  -124)  ->  Abs (   233,   842)
	 32: Rel (   -13,  -409)  ->  Abs (   220,   433)
	 33: Rel (     0,  -145)  ->  Abs (   220,   288)
	 34: Rel (   204,  -234)  ->  Abs (   424,    54)
	 35: Rel (   197,     0)  ->  Abs (   621,    54)
	 36: Rel (   181,     0)  ->  Abs (   802,    54)
	 37: Rel (   219,   221)  ->  Abs (  1021,   275)
	 38: Rel (     0,   158)  ->  Abs (  1021,   433)
	 39: Rel (     0,   158)  ->  Abs (  1021,   591)
	 40: Rel (  -219,   220)  ->  Abs (   802,   811)
	 41: Rel (  -181,     0)  ->  Abs (   621,   811)
	 42: Rel (  -182,     0)  ->  Abs (   439,   811)
	 43: Rel (  -219,  -220)  ->  Abs (   220,   591)

	Glyph 604: off = 0x000203CC, len = 330
	  numberOfContours:	3
	  xMin:			123
	  yMin:			0
	  xMax:			1065
	  yMax:			866

	EndPoints
	---------
	  0:  20
	  1:  28
	  2:  36

	  Length of Instructions:	220
	00000: NPUSHB      (19):    26    31     1    37     8    43    14    53     8    56 
	                            14    74    11   139    11   136    12     7    12 
	00021: PUSHW[1]            -16 
	00024: NPUSHB      (11):    33    16    23    58    31    11    26    32     3     6 
	                             2 
	00037: PUSHW[1]            686 
	00040: NPUSHB      (11):     4    47     1     4     4     2     1    34     6    16 
	                            20 
	00053: PUSHW[1]            686 
	00056: NPUSHB      (86):    18    47     0    18    18    20     0    34    16    11 
	                            21    33    36    36     7    16    27     2    59     6 
	                             6     7    29    20    59    16     7     6    16    10 
	                            11    29    24    59    63     9     1     9   154    32 
	                            59    96    13   112    13     2    79    13    95    13 
	                           127    13   144    13   160    13   191    13     6    13 
	                            26    38    28    29    32     1    96     0   112     0 
	                             2    47     0   144     0   160     0   191     0     4 
	                             0    25    37   244   172    24 
	00144: CALL       
	00145: FLIPOFF    
	00146: SRP0       
	00147: MIRP[srp0,nmd,rd,0] 
	00148: DELTAP1    
	00149: DELTAP2    
	00150: ALIGNRP    
	00151: FLIPON     
	00152: MIRP[srp0,md,rd,1] 
	00153: ALIGNRP    
	00154: FLIPOFF    
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,2] 
	00157: DELTAP1    
	00158: DELTAP2    
	00159: FLIPON     
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIRP[srp0,nmd,rd,0] 
	00162: DELTAP1    
	00163: MIRP[srp0,md,rd,1] 
	00164: SRP1       
	00165: IP         
	00166: SVTCA[y-axis] 
	00167: MIAP[rd+ci] 
	00168: MIAP[rd+ci] 
	00169: SRP0       
	00170: MIRP[srp0,md,rd,1] 
	00171: ALIGNRP    
	00172: SRP0       
	00173: ALIGNRP    
	00174: SRP0       
	00175: MIRP[srp0,md,rd,1] 
	00176: ALIGNRP    
	00177: SRP1       
	00178: SRP2       
	00179: IP         
	00180: MDAP[rd]   
	00181: MIRP[nrp0,md,rd,1] 
	00182: IP         
	00183: SRP0       
	00184: MIRP[srp0,md,rd,1] 
	00185: RTDG       
	00186: SRP2       
	00187: IP         
	00188: MDAP[rd]   
	00189: RTG        
	00190: SVTCA[x-axis] 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,1] 
	00193: MIRP[srp0,nmd,rd,0] 
	00194: MDRP[nrp0,nmd,rd,0] 
	00195: SVTCA[y-axis] 
	00196: SRP0       
	00197: MIRP[srp0,md,rd,1] 
	00198: RTDG       
	00199: SRP2       
	00200: IP         
	00201: MDAP[rd]   
	00202: RTG        
	00203: SVTCA[x-axis] 
	00204: SRP0       
	00205: MIRP[srp0,nmd,rd,1] 
	00206: MIRP[srp0,nmd,rd,0] 
	00207: MDRP[nrp0,nmd,rd,0] 
	00208: IUP[y]     
	00209: IUP[x]     
	00210: SLOOP      
	00211: SHPIX      
	00212: SHPIX      
	00213: SHPIX      
	00214: SVTCA[y-axis] 
	00215: SHPIX      
	00216: SVTCA[y-axis] 
	00217: DELTAP1    
	00218: SVTCA[x-axis] 
	00219: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual                               On
	  8:  YDual                               Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short         Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:  YDual                               On
	 16:  YDual                               On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual                 X-Short On
	 21:        XDual                 X-Short On
	 22:  YDual XDual                 X-Short On
	 23:  YDual                               Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                               On
	 29:        XDual                         On
	 30:  YDual                               On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   292,    84)  ->  Abs (   292,    84)
	  1: Rel (     0,   697)  ->  Abs (   292,   781)
	  2: Rel (  -113,     0)  ->  Abs (   179,   781)
	  3: Rel (   -56,     0)  ->  Abs (   123,   781)
	  4: Rel (     0,    42)  ->  Abs (   123,   823)
	  5: Rel (     0,    43)  ->  Abs (   123,   866)
	  6: Rel (    56,     0)  ->  Abs (   179,   866)
	  7: Rel (   456,     0)  ->  Abs (   635,   866)
	  8: Rel (   341,     0)  ->  Abs (   976,   866)
	  9: Rel (     0,  -216)  ->  Abs (   976,   650)
	 10: Rel (     0,  -135)  ->  Abs (   976,   515)
	 11: Rel (  -176,   -38)  ->  Abs (   800,   477)
	 12: Rel (   265,   -35)  ->  Abs (  1065,   442)
	 13: Rel (     0,  -195)  ->  Abs (  1065,   247)
	 14: Rel (     0,  -247)  ->  Abs (  1065,     0)
	 15: Rel (  -330,     0)  ->  Abs (   735,     0)
	 16: Rel (  -556,     0)  ->  Abs (   179,     0)
	 17: Rel (   -56,     0)  ->  Abs (   123,     0)
	 18: Rel (     0,    42)  ->  Abs (   123,    42)
	 19: Rel (     0,    42)  ->  Abs (   123,    84)
	 20: Rel (    56,     0)  ->  Abs (   179,    84)
	 21: Rel (   197,   431)  ->  Abs (   376,   515)
	 22: Rel (   225,     0)  ->  Abs (   601,   515)
	 23: Rel (   291,     0)  ->  Abs (   892,   515)
	 24: Rel (     0,   140)  ->  Abs (   892,   655)
	 25: Rel (     0,    59)  ->  Abs (   892,   714)
	 26: Rel (   -98,    67)  ->  Abs (   794,   781)
	 27: Rel (  -158,     0)  ->  Abs (   636,   781)
	 28: Rel (  -260,     0)  ->  Abs (   376,   781)
	 29: Rel (     0,  -697)  ->  Abs (   376,    84)
	 30: Rel (   352,     0)  ->  Abs (   728,    84)
	 31: Rel (   252,     0)  ->  Abs (   980,    84)
	 32: Rel (     0,   162)  ->  Abs (   980,   246)
	 33: Rel (     0,    79)  ->  Abs (   980,   325)
	 34: Rel (  -128,   106)  ->  Abs (   852,   431)
	 35: Rel (  -246,     0)  ->  Abs (   606,   431)
	 36: Rel (  -230,     0)  ->  Abs (   376,   431)

	Glyph 605: off = 0x00020516, len = 272
	  numberOfContours:	1
	  xMin:			152
	  yMin:			0
	  xMax:			1088
	  yMax:			866

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	197
	00000: PUSHB[2]             17    13 
	00003: PUSHW[1]            686 
	00006: NPUSHB      (11):    15   200    12    15    15    13    12    34    17     6 
	                            10 
	00019: PUSHW[1]            686 
	00022: NPUSHB      (11):     8   200    11     8     8    10    11    34     6     5 
	                             1 
	00035: PUSHW[1]            686 
	00038: NPUSHB      (41):     3   200     0     3     3     1     0    34     5    21 
	                            10    59     6     1    59     5     5     6    10    25 
	                            13    32    17     6    23    59    19    19   160    18 
	                             1    15    18   192    18   224    18   240    18     4 
	                            18 
	00081: PUSHW[1]            -64 
	00084: NPUSHB      (23):    16    19    52    18    26    27    25     0    32    12 
	                           160    11     1    64    11    80    11   224    11   240 
	                            11     4    11 
	00109: PUSHW[1]            -64 
	00112: PUSHB[6]             16    19    52    11    25    26 
	00119: PUSHW[1]            780 
	00122: PUSHB[2]            173    24 
	00125: CALL       
	00126: FLIPOFF    
	00127: SRP0       
	00128: MIRP[srp0,nmd,rd,0] 
	00129: CALL       
	00130: DELTAP1    
	00131: DELTAP2    
	00132: ALIGNRP    
	00133: FLIPON     
	00134: MIRP[srp0,md,rd,1] 
	00135: ALIGNRP    
	00136: FLIPOFF    
	00137: SRP0       
	00138: MIRP[srp0,nmd,rd,2] 
	00139: CALL       
	00140: DELTAP1    
	00141: DELTAP2    
	00142: ALIGNRP    
	00143: FLIPON     
	00144: SRP0       
	00145: MIRP[nrp0,md,rd,1] 
	00146: SVTCA[y-axis] 
	00147: MIAP[rd+ci] 
	00148: MIRP[srp0,md,rd,1] 
	00149: ALIGNRP    
	00150: MIAP[rd+ci] 
	00151: ALIGNRP    
	00152: SRP0       
	00153: MIRP[nrp0,md,rd,1] 
	00154: SRP0       
	00155: MIRP[nrp0,md,rd,1] 
	00156: MDAP[rd]   
	00157: SRP0       
	00158: MIRP[srp0,md,rd,1] 
	00159: RTDG       
	00160: SRP2       
	00161: IP         
	00162: MDAP[rd]   
	00163: RTG        
	00164: SVTCA[x-axis] 
	00165: SRP0       
	00166: MIRP[srp0,nmd,rd,1] 
	00167: MIRP[srp0,nmd,rd,0] 
	00168: MDRP[nrp0,nmd,rd,0] 
	00169: SVTCA[y-axis] 
	00170: SRP0       
	00171: MIRP[srp0,md,rd,1] 
	00172: RTDG       
	00173: SRP2       
	00174: IP         
	00175: MDAP[rd]   
	00176: RTG        
	00177: SVTCA[x-axis] 
	00178: SRP0       
	00179: MIRP[srp0,nmd,rd,1] 
	00180: MIRP[srp0,nmd,rd,0] 
	00181: MDRP[nrp0,nmd,rd,0] 
	00182: SVTCA[y-axis] 
	00183: SRP0       
	00184: MIRP[srp0,md,rd,1] 
	00185: RTDG       
	00186: SRP2       
	00187: IP         
	00188: MDAP[rd]   
	00189: RTG        
	00190: SVTCA[x-axis] 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,1] 
	00193: MIRP[srp0,nmd,rd,0] 
	00194: MDRP[nrp0,nmd,rd,0] 
	00195: IUP[y]     
	00196: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   493,    84)  ->  Abs (   493,    84)
	  1: Rel (   200,     0)  ->  Abs (   693,    84)
	  2: Rel (    56,     0)  ->  Abs (   749,    84)
	  3: Rel (     0,   -42)  ->  Abs (   749,    42)
	  4: Rel (     0,   -42)  ->  Abs (   749,     0)
	  5: Rel (   -56,     0)  ->  Abs (   693,     0)
	  6: Rel (  -485,     0)  ->  Abs (   208,     0)
	  7: Rel (   -56,     0)  ->  Abs (   152,     0)
	  8: Rel (     0,    42)  ->  Abs (   152,    42)
	  9: Rel (     0,    42)  ->  Abs (   152,    84)
	 10: Rel (    56,     0)  ->  Abs (   208,    84)
	 11: Rel (   200,     0)  ->  Abs (   408,    84)
	 12: Rel (     0,   697)  ->  Abs (   408,   781)
	 13: Rel (  -200,     0)  ->  Abs (   208,   781)
	 14: Rel (   -56,     0)  ->  Abs (   152,   781)
	 15: Rel (     0,    42)  ->  Abs (   152,   823)
	 16: Rel (     0,    43)  ->  Abs (   152,   866)
	 17: Rel (    56,     0)  ->  Abs (   208,   866)
	 18: Rel (   880,     0)  ->  Abs (  1088,   866)
	 19: Rel (     0,  -419)  ->  Abs (  1088,   447)
	 20: Rel (     0,   -56)  ->  Abs (  1088,   391)
	 21: Rel (   -43,     0)  ->  Abs (  1045,   391)
	 22: Rel (   -42,     0)  ->  Abs (  1003,   391)
	 23: Rel (     0,    56)  ->  Abs (  1003,   447)
	 24: Rel (     0,   334)  ->  Abs (  1003,   781)
	 25: Rel (  -510,     0)  ->  Abs (   493,   781)

	Glyph 606: off = 0x00020626, len = 340
	  numberOfContours:	2
	  xMin:			90
	  yMin:			-211
	  xMax:			1139
	  yMax:			866

	EndPoints
	---------
	  0:  35
	  1:  41

	  Length of Instructions:	222
	00000: PUSHW[2]             39   -32 
	00005: NPUSHB      (10):    25    28    52   103    12   102    38     2    19    15 
	00017: PUSHW[1]            686 
	00020: NPUSHB      (11):    17    47    14    17    17    15    14    34    19    20 
	                            24 
	00033: PUSHW[1]            686 
	00036: NPUSHB      (43):    22    92    25    22    22    24    25    34    20    11 
	                            39    24    36    36    15    59    20    19     6    10 
	                            84    39    27    40    40    39    59     0     1    10 
	                            33     4    11    32    39    39     7    36    32    48 
	                            14     1    14 
	00081: PUSHW[1]            787 
	00084: NPUSHB      (11):    26    41    40    32    25    26    26     7    35    59 
	                            30 
	00097: PUSHW[1]            -64 
	00100: NPUSHB      (18):    31    35    52    15    30    32    30    63    30   144 
	                            30     4    30    26    43     2    59     7 
	00120: PUSHW[1]            -64 
	00123: NPUSHB      (14):    31    35    52    15     7    32     7   144     7     3 
	                             7    25    42   230 
	00139: PUSHW[2]            338    24 
	00144: CALL       
	00145: FLIPOFF    
	00146: SRP0       
	00147: MIRP[srp0,nmd,rd,0] 
	00148: DELTAP1    
	00149: CALL       
	00150: FLIPON     
	00151: MIRP[nrp0,md,rd,1] 
	00152: FLIPOFF    
	00153: SRP0       
	00154: MIRP[srp0,nmd,rd,2] 
	00155: DELTAP1    
	00156: CALL       
	00157: FLIPON     
	00158: MIRP[nrp0,md,rd,1] 
	00159: SRP2       
	00160: IP         
	00161: MDAP[rd]   
	00162: ALIGNRP    
	00163: MIRP[srp0,md,rd,1] 
	00164: ALIGNRP    
	00165: SRP0       
	00166: MIRP[srp0,md,rd,1] 
	00167: DELTAP1    
	00168: MIRP[srp0,md,rd,1] 
	00169: SRP1       
	00170: IP         
	00171: MDAP[rd]   
	00172: MIRP[nrp0,md,rd,1] 
	00173: SVTCA[y-axis] 
	00174: MDAP[rd]   
	00175: ALIGNRP    
	00176: MIAP[rd+ci] 
	00177: ALIGNRP    
	00178: MIRP[srp0,md,rd,1] 
	00179: ALIGNRP    
	00180: SRP0       
	00181: ALIGNRP    
	00182: SRP0       
	00183: MIRP[nrp0,nmd,rd,0] 
	00184: MIAP[rd+ci] 
	00185: ALIGNRP    
	00186: MIRP[srp0,md,rd,1] 
	00187: ALIGNRP    
	00188: SRP0       
	00189: ALIGNRP    
	00190: SRP1       
	00191: SHP[rp1,zp0] 
	00192: SRP0       
	00193: MIRP[srp0,md,rd,1] 
	00194: RTDG       
	00195: SRP2       
	00196: IP         
	00197: MDAP[rd]   
	00198: RTG        
	00199: SVTCA[x-axis] 
	00200: SRP0       
	00201: MIRP[srp0,nmd,rd,1] 
	00202: MIRP[srp0,nmd,rd,0] 
	00203: MDRP[nrp0,nmd,rd,0] 
	00204: SVTCA[y-axis] 
	00205: SRP0       
	00206: MIRP[srp0,md,rd,1] 
	00207: RTDG       
	00208: SRP2       
	00209: IP         
	00210: MDAP[rd]   
	00211: RTG        
	00212: SVTCA[x-axis] 
	00213: SRP0       
	00214: MIRP[srp0,nmd,rd,1] 
	00215: MIRP[srp0,nmd,rd,0] 
	00216: MDRP[nrp0,nmd,rd,0] 
	00217: IUP[y]     
	00218: IUP[x]     
	00219: SVTCA[x-axis] 
	00220: DELTAP1    
	00221: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual                               On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:                                      On
	 37:        XDual                         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short On
	 40:  YDual                               On
	 41:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  1055,     0)  ->  Abs (  1055,     0)
	  1: Rel (  -881,     0)  ->  Abs (   174,     0)
	  2: Rel (     0,  -148)  ->  Abs (   174,  -148)
	  3: Rel (     0,   -63)  ->  Abs (   174,  -211)
	  4: Rel (   -43,     0)  ->  Abs (   131,  -211)
	  5: Rel (   -41,     0)  ->  Abs (    90,  -211)
	  6: Rel (     0,    67)  ->  Abs (    90,  -144)
	  7: Rel (     0,   159)  ->  Abs (    90,    15)
	  8: Rel (     0,    52)  ->  Abs (    90,    67)
	  9: Rel (    25,    17)  ->  Abs (   115,    84)
	 10: Rel (    27,     2)  ->  Abs (   142,    86)
	 11: Rel (    72,     5)  ->  Abs (   214,    91)
	 12: Rel (   190,   131)  ->  Abs (   404,   222)
	 13: Rel (     0,   202)  ->  Abs (   404,   424)
	 14: Rel (     0,   357)  ->  Abs (   404,   781)
	 15: Rel (  -110,     0)  ->  Abs (   294,   781)
	 16: Rel (   -71,     0)  ->  Abs (   223,   781)
	 17: Rel (     0,    42)  ->  Abs (   223,   823)
	 18: Rel (     0,    43)  ->  Abs (   223,   866)
	 19: Rel (    71,     0)  ->  Abs (   294,   866)
	 20: Rel (   775,     0)  ->  Abs (  1069,   866)
	 21: Rel (    70,     0)  ->  Abs (  1139,   866)
	 22: Rel (     0,   -43)  ->  Abs (  1139,   823)
	 23: Rel (     0,   -42)  ->  Abs (  1139,   781)
	 24: Rel (   -70,     0)  ->  Abs (  1069,   781)
	 25: Rel (   -83,     0)  ->  Abs (   986,   781)
	 26: Rel (     0,  -697)  ->  Abs (   986,    84)
	 27: Rel (    83,     0)  ->  Abs (  1069,    84)
	 28: Rel (    45,     0)  ->  Abs (  1114,    84)
	 29: Rel (    25,   -23)  ->  Abs (  1139,    61)
	 30: Rel (     0,   -46)  ->  Abs (  1139,    15)
	 31: Rel (     0,  -159)  ->  Abs (  1139,  -144)
	 32: Rel (     0,   -67)  ->  Abs (  1139,  -211)
	 33: Rel (   -41,     0)  ->  Abs (  1098,  -211)
	 34: Rel (   -43,     0)  ->  Abs (  1055,  -211)
	 35: Rel (     0,    63)  ->  Abs (  1055,  -148)
	 36: Rel (  -567,   929)  ->  Abs (   488,   781)
	 37: Rel (     0,  -357)  ->  Abs (   488,   424)
	 38: Rel (     0,  -247)  ->  Abs (   488,   177)
	 39: Rel (  -142,   -93)  ->  Abs (   346,    84)
	 40: Rel (   555,     0)  ->  Abs (   901,    84)
	 41: Rel (     0,   697)  ->  Abs (   901,   781)

	Glyph 607: off = 0x0002077A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			896

	     0: Flags:		0x0216
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 608: off = 0x0002078A, len = 892
	  numberOfContours:	1
	  xMin:			20
	  yMin:			0
	  xMax:			1208
	  yMax:			866

	EndPoints
	---------
	  0:  99

	  Length of Instructions:	639
	00000: PUSHB[4]             26    35     1    86 
	00005: PUSHW[1]            -16 
	00008: NPUSHB       (9):    29    31    52    36    16    32    34    52    53 
	00019: PUSHW[1]            -16 
	00022: PUSHB[4]             32    34    52    22 
	00027: PUSHW[1]            -16 
	00030: NPUSHB      (55):    17    20    52     6    22     6    54     9    67    28 
	                             4    28     5    28    24    28    35    19    85    42 
	                             4    42    20    36    69    36    85    51    22    59 
	                            67    64    22    90     4    90    20    89    23    89 
	                            36   198    54   231    53   231    54   246    53    23 
	                            19    70    16     2    44 
	00087: PUSHW[1]            -64 
	00090: PUSHB[4]              9    14    52    40 
	00095: PUSHW[1]            -64 
	00098: PUSHB[4]              9    14    52    42 
	00103: PUSHW[1]            -64 
	00106: PUSHB[4]              9    14    52    99 
	00111: PUSHW[1]            -64 
	00114: PUSHB[4]              9    14    52    95 
	00119: PUSHW[1]            -64 
	00122: PUSHB[4]              9    14    52    97 
	00127: PUSHW[1]            -64 
	00130: NPUSHB      (44):     9    14    52    90    64     9    12    52    94    64 
	                             9    12    52    92    64     9    12    52    45    64 
	                             9    12    52    49    64     9    12    52    47    64 
	                             9    12    52    48    42    63    47    63    92    48 
	                            97     4    94    90 
	00176: PUSHW[1]            686 
	00179: NPUSHB      (14):   207    92     1    92    70    89    92    92    90    89 
	                            34    94    95    99 
	00195: PUSHW[1]            686 
	00198: NPUSHB      (17):   192    97     1   128    97     1    97    70     0    97 
	                            97    99     0    34    95    44    40 
	00217: PUSHW[1]            686 
	00220: NPUSHB      (11):    42    70    39    42    42    40    39    34    44    45 
	                            49 
	00233: PUSHW[1]            686 
	00236: NPUSHB     (174):    47    70    50    47    47    49    50    34    45    53 
	                            56    56    32    64    66    20    64    64    66    36 
	                            33    33    32    25    23    20    25    25    23    83 
	                            85    85    32    68    70    20    68    68    70     6 
	                             4     4    32    21    19    20    21    21    19    22 
	                            67     1    66    53    56    64    33    25    36    23 
	                             8    45    51     6    19     4    21    83    70    85 
	                            68     8     1    72    17    59     8    99    90    59 
	                            94    26    59    30    63    59    59    75    14     1 
	                            16    88     1    88    33    38    52    51    51    94 
	                            30    59    59    44    45    10     8    95    94    94 
	                            81     6    53    56    66    64     4    61    85    68 
	                            83    70     4    73    50     4    21    19     6     4 
	                            16    36    23    33    25     4    28    39    67    61 
	                            50    22    39    12    73    59    77    16    59   239 
	                            12     1    12    89    28   224    77   240    77     2 
	                            77    89    61   128    28     1    16    28    64    28 
	                            80    28     3    28 
	00412: PUSHW[1]            646 
	00415: PUSHB[5]             39   255    61     1    61 
	00421: PUSHW[1]            646 
	00424: NPUSHB      (12):    50     0    39    89    39    32     0    50   240    50 
	                             2    50 
	00438: MDAP[rd]   
	00439: DELTAP1    
	00440: MIRP[nrp0,md,rd,1] 
	00441: ALIGNRP    
	00442: SRP0       
	00443: ALIGNRP    
	00444: SRP0       
	00445: MIRP[nrp0,nmd,rd,0] 
	00446: DELTAP1    
	00447: SRP0       
	00448: MIRP[nrp0,nmd,rd,0] 
	00449: DELTAP1    
	00450: DELTAP1    
	00451: SRP0       
	00452: MIRP[nrp0,nmd,rd,0] 
	00453: DELTAP1    
	00454: SRP0       
	00455: MIRP[srp0,nmd,rd,0] 
	00456: DELTAP1    
	00457: MIRP[nrp0,md,rd,1] 
	00458: SRP0       
	00459: MIRP[nrp0,md,rd,1] 
	00460: SRP1       
	00461: SRP2       
	00462: IP         
	00463: SRP1       
	00464: SRP2       
	00465: IP         
	00466: SRP1       
	00467: SRP2       
	00468: SLOOP      
	00469: IP         
	00470: SRP2       
	00471: SLOOP      
	00472: IP         
	00473: SRP1       
	00474: SRP2       
	00475: SLOOP      
	00476: IP         
	00477: SRP2       
	00478: SLOOP      
	00479: IP         
	00480: SVTCA[y-axis] 
	00481: MIAP[rd+ci] 
	00482: ALIGNRP    
	00483: SRP0       
	00484: ALIGNRP    
	00485: ALIGNRP    
	00486: MIAP[rd+ci] 
	00487: ALIGNRP    
	00488: ALIGNRP    
	00489: SRP0       
	00490: ALIGNRP    
	00491: SRP2       
	00492: IP         
	00493: MDAP[rd]   
	00494: ALIGNRP    
	00495: ALIGNRP    
	00496: MIRP[srp0,md,rd,1] 
	00497: DELTAP3    
	00498: ALIGNRP    
	00499: MDAP[rd]   
	00500: ALIGNRP    
	00501: SRP0       
	00502: MIRP[nrp0,md,rd,1] 
	00503: SRP0       
	00504: MIRP[nrp0,md,rd,1] 
	00505: SRP0       
	00506: MIRP[srp0,md,rd,1] 
	00507: ALIGNRP    
	00508: SRP0       
	00509: MIRP[srp0,md,rd,1] 
	00510: ALIGNRP    
	00511: SRP1       
	00512: SLOOP      
	00513: IP         
	00514: SRP1       
	00515: SRP2       
	00516: SLOOP      
	00517: IP         
	00518: SRP2       
	00519: IP         
	00520: IP         
	00521: SDPVTL[1]  
	00522: SFVTPV     
	00523: MDAP[nrd]  
	00524: CALL       
	00525: SFVTPV     
	00526: RDTG       
	00527: SRP0       
	00528: MDRP[nrp0,nmd,rd,0] 
	00529: SDPVTL[1]  
	00530: SFVTPV     
	00531: MDAP[nrd]  
	00532: RTG        
	00533: CALL       
	00534: SFVTPV     
	00535: RDTG       
	00536: SRP0       
	00537: MDRP[nrp0,nmd,rd,0] 
	00538: SDPVTL[1]  
	00539: SFVTPV     
	00540: MDAP[nrd]  
	00541: RTG        
	00542: CALL       
	00543: SFVTPV     
	00544: RDTG       
	00545: SRP0       
	00546: MDRP[nrp0,nmd,rd,0] 
	00547: SDPVTL[1]  
	00548: SFVTPV     
	00549: MDAP[nrd]  
	00550: RTG        
	00551: CALL       
	00552: SFVTPV     
	00553: RDTG       
	00554: SRP0       
	00555: MDRP[nrp0,nmd,rd,0] 
	00556: RTG        
	00557: SVTCA[y-axis] 
	00558: SRP0       
	00559: MIRP[srp0,md,rd,1] 
	00560: RTDG       
	00561: SRP2       
	00562: IP         
	00563: MDAP[rd]   
	00564: RTG        
	00565: SVTCA[x-axis] 
	00566: SRP0       
	00567: MIRP[srp0,nmd,rd,1] 
	00568: MIRP[srp0,nmd,rd,0] 
	00569: MDRP[nrp0,nmd,rd,0] 
	00570: SVTCA[y-axis] 
	00571: SRP0       
	00572: MIRP[srp0,md,rd,1] 
	00573: RTDG       
	00574: SRP2       
	00575: IP         
	00576: MDAP[rd]   
	00577: RTG        
	00578: SVTCA[x-axis] 
	00579: SRP0       
	00580: MIRP[srp0,nmd,rd,1] 
	00581: MIRP[srp0,nmd,rd,0] 
	00582: MDRP[nrp0,nmd,rd,0] 
	00583: SVTCA[y-axis] 
	00584: SRP0       
	00585: MIRP[srp0,md,rd,1] 
	00586: RTDG       
	00587: SRP2       
	00588: IP         
	00589: MDAP[rd]   
	00590: RTG        
	00591: SVTCA[x-axis] 
	00592: SRP0       
	00593: MIRP[srp0,nmd,rd,1] 
	00594: DELTAP1    
	00595: DELTAP2    
	00596: MIRP[srp0,nmd,rd,0] 
	00597: MDRP[nrp0,nmd,rd,0] 
	00598: SVTCA[y-axis] 
	00599: SRP0       
	00600: MIRP[srp0,md,rd,1] 
	00601: RTDG       
	00602: SRP2       
	00603: IP         
	00604: MDAP[rd]   
	00605: RTG        
	00606: SVTCA[x-axis] 
	00607: SRP0       
	00608: MIRP[srp0,nmd,rd,1] 
	00609: DELTAP2    
	00610: MIRP[srp0,nmd,rd,0] 
	00611: MDRP[nrp0,nmd,rd,0] 
	00612: SVTCA[x-axis] 
	00613: DELTAP1    
	00614: CALL       
	00615: CALL       
	00616: CALL       
	00617: CALL       
	00618: CALL       
	00619: CALL       
	00620: CALL       
	00621: CALL       
	00622: CALL       
	00623: CALL       
	00624: CALL       
	00625: CALL       
	00626: IUP[y]     
	00627: IUP[x]     
	00628: SVTCA[y-axis] 
	00629: SLOOP      
	00630: SHPIX      
	00631: SVTCA[x-axis] 
	00632: DELTAP1    
	00633: CALL       
	00634: CALL       
	00635: CALL       
	00636: CALL       
	00637: SVTCA[y-axis] 
	00638: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short On
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual               Y-Short X-Short On
	 35:  YDual               Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short On
	 39:        XDual                         On
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short On
	 51:        XDual                         On
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:                      Y-Short X-Short On
	 55:                      Y-Short X-Short On
	 56:                      Y-Short X-Short Off
	 57:                      Y-Short X-Short Off
	 58:  YDual                       X-Short On
	 59:  YDual                       X-Short On
	 60:  YDual                       X-Short Off
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual                 X-Short On
	 65:  YDual XDual         Y-Short X-Short On
	 66:  YDual XDual         Y-Short X-Short Off
	 67:  YDual XDual         Y-Short X-Short On
	 68:  YDual               Y-Short X-Short Off
	 69:  YDual               Y-Short X-Short On
	 70:  YDual               Y-Short X-Short Off
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual                       X-Short On
	 73:        XDual         Y-Short         On
	 74:        XDual         Y-Short         Off
	 75:  YDual                       X-Short On
	 76:  YDual                       X-Short Off
	 77:  YDual XDual         Y-Short         On
	 78:  YDual XDual         Y-Short         On
	 79:  YDual XDual         Y-Short         Off
	 80:  YDual XDual         Y-Short X-Short Off
	 81:  YDual XDual                 X-Short On
	 82:  YDual XDual                 X-Short Off
	 83:        XDual         Y-Short X-Short Off
	 84:        XDual         Y-Short X-Short On
	 85:        XDual         Y-Short X-Short Off
	 86:        XDual         Y-Short X-Short Off
	 87:  YDual XDual                 X-Short On
	 88:  YDual XDual                 X-Short On
	 89:        XDual                         On
	 90:  YDual                       X-Short On
	 91:  YDual                       X-Short Off
	 92:  YDual XDual         Y-Short         On
	 93:  YDual XDual         Y-Short         Off
	 94:  YDual XDual                 X-Short On
	 95:  YDual XDual                 X-Short On
	 96:  YDual XDual                 X-Short Off
	 97:        XDual         Y-Short         On
	 98:        XDual         Y-Short         Off
	 99:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   657,   781)  ->  Abs (   657,   781)
	  1: Rel (     0,  -274)  ->  Abs (   657,   507)
	  2: Rel (    20,     0)  ->  Abs (   677,   507)
	  3: Rel (    40,     0)  ->  Abs (   717,   507)
	  4: Rel (    62,    62)  ->  Abs (   779,   569)
	  5: Rel (    74,   115)  ->  Abs (   853,   684)
	  6: Rel (    75,   117)  ->  Abs (   928,   801)
	  7: Rel (    87,    65)  ->  Abs (  1015,   866)
	  8: Rel (    84,     0)  ->  Abs (  1099,   866)
	  9: Rel (    46,     0)  ->  Abs (  1145,   866)
	 10: Rel (    24,   -28)  ->  Abs (  1169,   838)
	 11: Rel (     0,   -43)  ->  Abs (  1169,   795)
	 12: Rel (     0,   -70)  ->  Abs (  1169,   725)
	 13: Rel (     0,   -64)  ->  Abs (  1169,   661)
	 14: Rel (   -41,     0)  ->  Abs (  1128,   661)
	 15: Rel (   -44,     0)  ->  Abs (  1084,   661)
	 16: Rel (     0,    57)  ->  Abs (  1084,   718)
	 17: Rel (     0,    63)  ->  Abs (  1084,   781)
	 18: Rel (   -44,     0)  ->  Abs (  1040,   781)
	 19: Rel (   -61,   -45)  ->  Abs (   979,   736)
	 20: Rel (   -60,   -96)  ->  Abs (   919,   640)
	 21: Rel (   -80,  -131)  ->  Abs (   839,   509)
	 22: Rel (   -42,   -30)  ->  Abs (   797,   479)
	 23: Rel (    92,   -51)  ->  Abs (   889,   428)
	 24: Rel (    82,  -146)  ->  Abs (   971,   282)
	 25: Rel (   110,  -198)  ->  Abs (  1081,    84)
	 26: Rel (    57,     0)  ->  Abs (  1138,    84)
	 27: Rel (    70,     0)  ->  Abs (  1208,    84)
	 28: Rel (     0,   -42)  ->  Abs (  1208,    42)
	 29: Rel (     0,   -42)  ->  Abs (  1208,     0)
	 30: Rel (   -70,     0)  ->  Abs (  1138,     0)
	 31: Rel (   -54,     0)  ->  Abs (  1084,     0)
	 32: Rel (   -41,     0)  ->  Abs (  1043,     0)
	 33: Rel (   -20,    11)  ->  Abs (  1023,    11)
	 34: Rel (   -19,    35)  ->  Abs (  1004,    46)
	 35: Rel (  -110,   198)  ->  Abs (   894,   244)
	 36: Rel (   -99,   179)  ->  Abs (   795,   423)
	 37: Rel (  -110,     0)  ->  Abs (   685,   423)
	 38: Rel (   -28,     0)  ->  Abs (   657,   423)
	 39: Rel (     0,  -339)  ->  Abs (   657,    84)
	 40: Rel (    58,     0)  ->  Abs (   715,    84)
	 41: Rel (    71,     0)  ->  Abs (   786,    84)
	 42: Rel (     0,   -42)  ->  Abs (   786,    42)
	 43: Rel (     0,   -42)  ->  Abs (   786,     0)
	 44: Rel (   -71,     0)  ->  Abs (   715,     0)
	 45: Rel (  -202,     0)  ->  Abs (   513,     0)
	 46: Rel (   -71,     0)  ->  Abs (   442,     0)
	 47: Rel (     0,    42)  ->  Abs (   442,    42)
	 48: Rel (     0,    42)  ->  Abs (   442,    84)
	 49: Rel (    71,     0)  ->  Abs (   513,    84)
	 50: Rel (    59,     0)  ->  Abs (   572,    84)
	 51: Rel (     0,   339)  ->  Abs (   572,   423)
	 52: Rel (   -29,     0)  ->  Abs (   543,   423)
	 53: Rel (  -110,     0)  ->  Abs (   433,   423)
	 54: Rel (   -99,  -179)  ->  Abs (   334,   244)
	 55: Rel (  -110,  -198)  ->  Abs (   224,    46)
	 56: Rel (   -19,   -34)  ->  Abs (   205,    12)
	 57: Rel (   -19,   -12)  ->  Abs (   186,     0)
	 58: Rel (   -39,     0)  ->  Abs (   147,     0)
	 59: Rel (   -57,     0)  ->  Abs (    90,     0)
	 60: Rel (   -70,     0)  ->  Abs (    20,     0)
	 61: Rel (     0,    42)  ->  Abs (    20,    42)
	 62: Rel (     0,    42)  ->  Abs (    20,    84)
	 63: Rel (    70,     0)  ->  Abs (    90,    84)
	 64: Rel (    57,     0)  ->  Abs (   147,    84)
	 65: Rel (   111,   198)  ->  Abs (   258,   282)
	 66: Rel (    75,   134)  ->  Abs (   333,   416)
	 67: Rel (    98,    63)  ->  Abs (   431,   479)
	 68: Rel (   -42,    34)  ->  Abs (   389,   513)
	 69: Rel (   -80,   127)  ->  Abs (   309,   640)
	 70: Rel (   -61,    95)  ->  Abs (   248,   735)
	 71: Rel (   -59,    46)  ->  Abs (   189,   781)
	 72: Rel (   -45,     0)  ->  Abs (   144,   781)
	 73: Rel (     0,   -63)  ->  Abs (   144,   718)
	 74: Rel (     0,   -57)  ->  Abs (   144,   661)
	 75: Rel (   -42,     0)  ->  Abs (   102,   661)
	 76: Rel (   -43,     0)  ->  Abs (    59,   661)
	 77: Rel (     0,    64)  ->  Abs (    59,   725)
	 78: Rel (     0,    70)  ->  Abs (    59,   795)
	 79: Rel (     0,    43)  ->  Abs (    59,   838)
	 80: Rel (    22,    28)  ->  Abs (    81,   866)
	 81: Rel (    35,     0)  ->  Abs (   116,   866)
	 82: Rel (    88,     0)  ->  Abs (   204,   866)
	 83: Rel (   101,   -65)  ->  Abs (   305,   801)
	 84: Rel (    71,  -117)  ->  Abs (   376,   684)
	 85: Rel (    74,  -123)  ->  Abs (   450,   561)
	 86: Rel (    71,   -54)  ->  Abs (   521,   507)
	 87: Rel (    30,     0)  ->  Abs (   551,   507)
	 88: Rel (    21,     0)  ->  Abs (   572,   507)
	 89: Rel (     0,   274)  ->  Abs (   572,   781)
	 90: Rel (   -59,     0)  ->  Abs (   513,   781)
	 91: Rel (   -71,     0)  ->  Abs (   442,   781)
	 92: Rel (     0,    42)  ->  Abs (   442,   823)
	 93: Rel (     0,    43)  ->  Abs (   442,   866)
	 94: Rel (    71,     0)  ->  Abs (   513,   866)
	 95: Rel (   202,     0)  ->  Abs (   715,   866)
	 96: Rel (    71,     0)  ->  Abs (   786,   866)
	 97: Rel (     0,   -43)  ->  Abs (   786,   823)
	 98: Rel (     0,   -42)  ->  Abs (   786,   781)
	 99: Rel (   -71,     0)  ->  Abs (   715,   781)

	Glyph 609: off = 0x00020B06, len = 338
	  numberOfContours:	1
	  xMin:			144
	  yMin:			-33
	  xMax:			1094
	  yMax:			896

	EndPoints
	---------
	  0:  52

	  Length of Instructions:	196
	00000: PUSHB[8]             54    50     1    32    21    26     2    30 
	00009: PUSHW[3]            -38    19   -32 
	00016: NPUSHB      (49):   218     0   234     0     2     8     9    26     2     9 
	                            33    13    36    33    46    64    58    53    46    64 
	                            11    15    52    46    46    38    34     0    29    33 
	                           192    23     1    23    23    48     7    15    38    63 
	                            38     2    38    64    11    15    52    38    13 
	00067: PUSHW[1]            302 
	00070: NPUSHB      (61):     7    43     7    34    33    48     7    17    33     7 
	                            11   223    26     1    26    26    40    31    59   208 
	                            51     1    51    89    20    59    96     4   112     4 
	                             2   112     4   144     4   192     4     3     4    26 
	                            54    45    59    36    59    40    89   111    10     1 
	                            10    64    20    22    52    10    25    53    42   173 
	                            24 
	00133: CALL       
	00134: FLIPOFF    
	00135: SRP0       
	00136: MIRP[srp0,nmd,rd,0] 
	00137: CALL       
	00138: DELTAP1    
	00139: FLIPON     
	00140: MIRP[srp0,nmd,rd,0] 
	00141: MIRP[nrp0,md,rd,1] 
	00142: MIRP[nrp0,md,rd,1] 
	00143: FLIPOFF    
	00144: SRP0       
	00145: MIRP[srp0,nmd,rd,2] 
	00146: DELTAP1    
	00147: DELTAP2    
	00148: FLIPON     
	00149: MIRP[nrp0,md,rd,1] 
	00150: MIRP[srp0,nmd,rd,0] 
	00151: DELTAP1    
	00152: MIRP[nrp0,md,rd,1] 
	00153: SRP1       
	00154: IP         
	00155: MDAP[rd]   
	00156: DELTAP1    
	00157: SVTCA[y-axis] 
	00158: MIAP[rd+ci] 
	00159: MIRP[nrp0,md,rd,1] 
	00160: MIAP[rd+ci] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: MIAP[rd+ci] 
	00163: SRP0       
	00164: MIRP[nrp0,md,rd,1] 
	00165: MDAP[rd]   
	00166: CALL       
	00167: DELTAP1    
	00168: SRP1       
	00169: SRP2       
	00170: IP         
	00171: MDAP[rd]   
	00172: DELTAP2    
	00173: MIRP[nrp0,md,rd,1] 
	00174: IP         
	00175: SRP1       
	00176: SRP2       
	00177: IP         
	00178: MDAP[rd]   
	00179: CALL       
	00180: CALL       
	00181: MIRP[nrp0,md,rd,1] 
	00182: SRP0       
	00183: MIRP[nrp0,md,rd,1] 
	00184: IUP[y]     
	00185: IUP[x]     
	00186: SVTCA[x-axis] 
	00187: SLOOP      
	00188: SHPIX      
	00189: DELTAP1    
	00190: SVTCA[y-axis] 
	00191: SHPIX      
	00192: SHPIX      
	00193: SLOOP      
	00194: SHPIX      
	00195: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short         Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                               On
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:  YDual                               Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                               Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:        XDual         Y-Short X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   864,   458)  ->  Abs (   864,   458)
	  1: Rel (    61,   -14)  ->  Abs (   925,   444)
	  2: Rel (    67,   -15)  ->  Abs (   992,   429)
	  3: Rel (   102,  -115)  ->  Abs (  1094,   314)
	  4: Rel (     0,   -77)  ->  Abs (  1094,   237)
	  5: Rel (     0,  -119)  ->  Abs (  1094,   118)
	  6: Rel (  -217,  -151)  ->  Abs (   877,   -33)
	  7: Rel (  -243,     0)  ->  Abs (   634,   -33)
	  8: Rel (  -160,     0)  ->  Abs (   474,   -33)
	  9: Rel (  -330,    93)  ->  Abs (   144,    60)
	 10: Rel (     0,    52)  ->  Abs (   144,   112)
	 11: Rel (     0,    19)  ->  Abs (   144,   131)
	 12: Rel (    28,    27)  ->  Abs (   172,   158)
	 13: Rel (    14,     0)  ->  Abs (   186,   158)
	 14: Rel (    13,     0)  ->  Abs (   199,   158)
	 15: Rel (    22,   -11)  ->  Abs (   221,   147)
	 16: Rel (   195,   -96)  ->  Abs (   416,    51)
	 17: Rel (   226,     0)  ->  Abs (   642,    51)
	 18: Rel (   180,     0)  ->  Abs (   822,    51)
	 19: Rel (   181,   105)  ->  Abs (  1003,   156)
	 20: Rel (     0,    81)  ->  Abs (  1003,   237)
	 21: Rel (     0,    92)  ->  Abs (  1003,   329)
	 22: Rel (  -209,    77)  ->  Abs (   794,   406)
	 23: Rel (  -256,     0)  ->  Abs (   538,   406)
	 24: Rel (   -55,     0)  ->  Abs (   483,   406)
	 25: Rel (   -70,     0)  ->  Abs (   413,   406)
	 26: Rel (     0,    39)  ->  Abs (   413,   445)
	 27: Rel (     0,    46)  ->  Abs (   413,   491)
	 28: Rel (    70,     0)  ->  Abs (   483,   491)
	 29: Rel (    55,     0)  ->  Abs (   538,   491)
	 30: Rel (   422,     0)  ->  Abs (   960,   491)
	 31: Rel (     0,   167)  ->  Abs (   960,   658)
	 32: Rel (     0,    70)  ->  Abs (   960,   728)
	 33: Rel (  -167,    83)  ->  Abs (   793,   811)
	 34: Rel (  -157,     0)  ->  Abs (   636,   811)
	 35: Rel (  -307,     0)  ->  Abs (   329,   811)
	 36: Rel (   -48,  -198)  ->  Abs (   281,   613)
	 37: Rel (   -13,   -54)  ->  Abs (   268,   559)
	 38: Rel (   -31,     0)  ->  Abs (   237,   559)
	 39: Rel (   -37,     0)  ->  Abs (   200,   559)
	 40: Rel (     0,    44)  ->  Abs (   200,   603)
	 41: Rel (     0,   221)  ->  Abs (   200,   824)
	 42: Rel (     0,    72)  ->  Abs (   200,   896)
	 43: Rel (    41,     0)  ->  Abs (   241,   896)
	 44: Rel (    43,     0)  ->  Abs (   284,   896)
	 45: Rel (     0,   -72)  ->  Abs (   284,   824)
	 46: Rel (     0,   -63)  ->  Abs (   284,   761)
	 47: Rel (   129,   135)  ->  Abs (   413,   896)
	 48: Rel (   243,     0)  ->  Abs (   656,   896)
	 49: Rel (   174,     0)  ->  Abs (   830,   896)
	 50: Rel (   220,  -125)  ->  Abs (  1050,   771)
	 51: Rel (     0,  -112)  ->  Abs (  1050,   659)
	 52: Rel (     0,  -142)  ->  Abs (  1050,   517)

	Glyph 610: off = 0x00020C58, len = 472
	  numberOfContours:	1
	  xMin:			58
	  yMin:			0
	  xMax:			1171
	  yMax:			866

	EndPoints
	---------
	  0:  39

	  Length of Instructions:	367
	00000: PUSHB[5]            120    39     1    33    37 
	00006: PUSHW[1]            686 
	00009: NPUSHB      (11):    35    47    38    35    35    37    38    34    33    32 
	                            28 
	00022: PUSHW[1]            686 
	00025: NPUSHB      (14):     0    30     1    30    47    27    30    30    28    27 
	                            34    32    21    25 
	00041: PUSHW[1]            686 
	00044: NPUSHB      (14):     0    23     1    23    47    26    23    23    25    26 
	                            34    21     1     5 
	00060: PUSHW[1]            686 
	00063: NPUSHB      (11):     3    92     6     3     3     5     6    34     1    13 
	                            17 
	00076: PUSHW[1]            686 
	00079: NPUSHB      (11):    15    47    18    15    15    17    18    34    13    12 
	                             8 
	00092: PUSHW[1]            686 
	00095: NPUSHB      (32):    10    92     7    10    10     8     7    34    12    39 
	                            20    19    19    32     0    39    20     0     0    39 
	                            39    19    20     0    25    26    26    17     8    59 
	                            12    26 
	00129: PUSHW[1]            577 
	00132: NPUSHB      (66):    27    27    38    38    37    37     6     6     5    59 
	                             1    32    33    33     0     1    10    21    20     6 
	                            13    12     6    20     0    39    19    39    38    32 
	                            26    15    27    79    27    95    27   175    27   191 
	                            27   223    27     6    27    26    41    18    19    32 
	                             7    79     6    95     6   191     6   223     6     4 
	                             6    25    40    94    97    24 
	00200: CALL       
	00201: FLIPOFF    
	00202: SRP0       
	00203: MIRP[srp0,nmd,rd,0] 
	00204: DELTAP1    
	00205: ALIGNRP    
	00206: FLIPON     
	00207: MIRP[srp0,md,rd,1] 
	00208: ALIGNRP    
	00209: FLIPOFF    
	00210: SRP0       
	00211: MIRP[srp0,nmd,rd,2] 
	00212: DELTAP1    
	00213: ALIGNRP    
	00214: FLIPON     
	00215: MIRP[srp0,md,rd,1] 
	00216: ALIGNRP    
	00217: SRP1       
	00218: SRP2       
	00219: IP         
	00220: IP         
	00221: SVTCA[y-axis] 
	00222: MIAP[rd+ci] 
	00223: ALIGNRP    
	00224: MIAP[rd+ci] 
	00225: ALIGNRP    
	00226: MIAP[rd+ci] 
	00227: ALIGNRP    
	00228: ALIGNRP    
	00229: SRP0       
	00230: ALIGNRP    
	00231: SRP0       
	00232: MIRP[srp0,md,rd,1] 
	00233: ALIGNRP    
	00234: SRP0       
	00235: ALIGNRP    
	00236: SRP0       
	00237: ALIGNRP    
	00238: SRP0       
	00239: ALIGNRP    
	00240: SRP0       
	00241: MIRP[nrp0,md,rd,2] 
	00242: SRP0       
	00243: MIRP[srp0,md,rd,1] 
	00244: ALIGNRP    
	00245: ALIGNRP    
	00246: SRP0       
	00247: ALIGNRP    
	00248: SRP1       
	00249: SRP2       
	00250: IP         
	00251: IP         
	00252: SDPVTL[1]  
	00253: MDAP[nrd]  
	00254: CALL       
	00255: SDPVTL[1]  
	00256: RDTG       
	00257: MDRP[nrp0,nmd,rd,0] 
	00258: RTG        
	00259: SVTCA[y-axis] 
	00260: SRP0       
	00261: MIRP[srp0,md,rd,1] 
	00262: RTDG       
	00263: SRP2       
	00264: IP         
	00265: MDAP[rd]   
	00266: RTG        
	00267: SVTCA[x-axis] 
	00268: SRP0       
	00269: MIRP[srp0,nmd,rd,1] 
	00270: MIRP[srp0,nmd,rd,0] 
	00271: MDRP[nrp0,nmd,rd,0] 
	00272: SVTCA[y-axis] 
	00273: SRP0       
	00274: MIRP[srp0,md,rd,1] 
	00275: RTDG       
	00276: SRP2       
	00277: IP         
	00278: MDAP[rd]   
	00279: RTG        
	00280: SVTCA[x-axis] 
	00281: SRP0       
	00282: MIRP[srp0,nmd,rd,1] 
	00283: MIRP[srp0,nmd,rd,0] 
	00284: MDRP[nrp0,nmd,rd,0] 
	00285: SVTCA[y-axis] 
	00286: SRP0       
	00287: MIRP[srp0,md,rd,1] 
	00288: RTDG       
	00289: SRP2       
	00290: IP         
	00291: MDAP[rd]   
	00292: RTG        
	00293: SVTCA[x-axis] 
	00294: SRP0       
	00295: MIRP[srp0,nmd,rd,1] 
	00296: MIRP[srp0,nmd,rd,0] 
	00297: MDRP[nrp0,nmd,rd,0] 
	00298: SVTCA[y-axis] 
	00299: SRP0       
	00300: MIRP[srp0,md,rd,1] 
	00301: RTDG       
	00302: SRP2       
	00303: IP         
	00304: MDAP[rd]   
	00305: RTG        
	00306: SVTCA[x-axis] 
	00307: SRP0       
	00308: MIRP[srp0,nmd,rd,1] 
	00309: DELTAP1    
	00310: MIRP[srp0,nmd,rd,0] 
	00311: MDRP[nrp0,nmd,rd,0] 
	00312: SVTCA[y-axis] 
	00313: SRP0       
	00314: MIRP[srp0,md,rd,1] 
	00315: RTDG       
	00316: SRP2       
	00317: IP         
	00318: MDAP[rd]   
	00319: RTG        
	00320: SVTCA[x-axis] 
	00321: SRP0       
	00322: MIRP[srp0,nmd,rd,1] 
	00323: DELTAP1    
	00324: MIRP[srp0,nmd,rd,0] 
	00325: MDRP[nrp0,nmd,rd,0] 
	00326: SVTCA[y-axis] 
	00327: SRP0       
	00328: MIRP[srp0,md,rd,1] 
	00329: RTDG       
	00330: SRP2       
	00331: IP         
	00332: MDAP[rd]   
	00333: RTG        
	00334: SVTCA[x-axis] 
	00335: SRP0       
	00336: MIRP[srp0,nmd,rd,1] 
	00337: MIRP[srp0,nmd,rd,0] 
	00338: MDRP[nrp0,nmd,rd,0] 
	00339: PUSHB[2]              6     2 
	00342: RS         
	00343: EQ         
	00344: IF         
	00345: PUSHB[6]             39    32    17    36    52    19 
	00352: PUSHW[1]            -32 
	00355: PUSHB[3]             17    36    52 
	00359: SVTCA[y-axis] 
	00360: CALL       
	00361: CALL       
	00362: EIF        
	00363: IUP[y]     
	00364: IUP[x]     
	00365: SVTCA[y-axis] 
	00366: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:                                      On
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short On
	 27:        XDual                         On
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:  YDual                       X-Short On
	 33:  YDual                               On
	 34:  YDual                       X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short On
	 39:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   314,     0)  ->  Abs (   314,     0)
	  1: Rel (  -200,     0)  ->  Abs (   114,     0)
	  2: Rel (   -56,     0)  ->  Abs (    58,     0)
	  3: Rel (     0,    42)  ->  Abs (    58,    42)
	  4: Rel (     0,    42)  ->  Abs (    58,    84)
	  5: Rel (    56,     0)  ->  Abs (   114,    84)
	  6: Rel (   101,     0)  ->  Abs (   215,    84)
	  7: Rel (     0,   697)  ->  Abs (   215,   781)
	  8: Rel (  -101,     0)  ->  Abs (   114,   781)
	  9: Rel (   -56,     0)  ->  Abs (    58,   781)
	 10: Rel (     0,    42)  ->  Abs (    58,   823)
	 11: Rel (     0,    43)  ->  Abs (    58,   866)
	 12: Rel (    56,     0)  ->  Abs (   114,   866)
	 13: Rel (   298,     0)  ->  Abs (   412,   866)
	 14: Rel (    56,     0)  ->  Abs (   468,   866)
	 15: Rel (     0,   -43)  ->  Abs (   468,   823)
	 16: Rel (     0,   -42)  ->  Abs (   468,   781)
	 17: Rel (   -56,     0)  ->  Abs (   412,   781)
	 18: Rel (  -113,     0)  ->  Abs (   299,   781)
	 19: Rel (     0,  -660)  ->  Abs (   299,   121)
	 20: Rel (   605,   745)  ->  Abs (   904,   866)
	 21: Rel (   211,     0)  ->  Abs (  1115,   866)
	 22: Rel (    56,     0)  ->  Abs (  1171,   866)
	 23: Rel (     0,   -43)  ->  Abs (  1171,   823)
	 24: Rel (     0,   -42)  ->  Abs (  1171,   781)
	 25: Rel (   -56,     0)  ->  Abs (  1115,   781)
	 26: Rel (  -113,     0)  ->  Abs (  1002,   781)
	 27: Rel (     0,  -697)  ->  Abs (  1002,    84)
	 28: Rel (   113,     0)  ->  Abs (  1115,    84)
	 29: Rel (    56,     0)  ->  Abs (  1171,    84)
	 30: Rel (     0,   -42)  ->  Abs (  1171,    42)
	 31: Rel (     0,   -42)  ->  Abs (  1171,     0)
	 32: Rel (   -56,     0)  ->  Abs (  1115,     0)
	 33: Rel (  -310,     0)  ->  Abs (   805,     0)
	 34: Rel (   -56,     0)  ->  Abs (   749,     0)
	 35: Rel (     0,    42)  ->  Abs (   749,    42)
	 36: Rel (     0,    42)  ->  Abs (   749,    84)
	 37: Rel (    56,     0)  ->  Abs (   805,    84)
	 38: Rel (   113,     0)  ->  Abs (   918,    84)
	 39: Rel (     0,   659)  ->  Abs (   918,   743)

	Glyph 611: off = 0x00020E30, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			58
	  yMin:			0
	  xMax:			1171
	  yMax:			1258

	     0: Flags:		0x0236
		Glyf Index:	610
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	217
		X BOffset:	16
		Y BOffset:	-40
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1   192    57     1   208    57     1    32    57     1 
	                            57    64    14    20    52    57    26 
	00019: PUSHW[1]            -75 
	00022: PUSHB[5]             72    43     1     1    60 
	00028: PUSHW[2]            652    41 
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: CALL       
	00038: DELTAP1    
	00039: DELTAP2    
	00040: DELTAP3    
	00041: SHC[rp1,zp0] 

	Glyph 612: off = 0x00020E72, len = 526
	  numberOfContours:	1
	  xMin:			120
	  yMin:			0
	  xMax:			1172
	  yMax:			866

	EndPoints
	---------
	  0:  64

	  Length of Instructions:	355
	00000: NPUSHB      (40):   185     8   185    20     2    89     2    86     7   105 
	                             2   102     7   121     2   121     4     6   103    53 
	                           149     7   168     3   165     7   184     3   249     2 
	                             6     3     8    11    14    52     5     4    42    38 
	00042: PUSHW[1]            686 
	00045: NPUSHB      (11):    40    47    37    40    40    38    37    34    42    43 
	                            47 
	00058: PUSHW[1]            686 
	00061: NPUSHB      (11):    45    47    48    45    45    47    48    34    43    31 
	                            35 
	00074: PUSHW[1]            686 
	00077: NPUSHB      (11):    33    47    36    33    33    35    36    34    31    30 
	                            26 
	00090: PUSHW[1]            686 
	00093: NPUSHB     (118):    28    47    25    28    28    26    25    34    30     2 
	                            54    52    52    32     4     2    20     4     4     2 
	                            21     7     9     9    32    18    21    20    18    18 
	                            21     4    52     2    54     4    56    24    18     9 
	                            21     7     4    15    62     5    49    33    24    24 
	                            42    31     0    59    56     6    47    38    59    43 
	                            42     6    26    35    59    31     9    10    59    14 
	                            14    15    15    30    31    10    52     4     2    54 
	                             4    60    21     7    18     9     4     5    12    25 
	                            64    59    60   154    96    12     1    15    12    32 
	                            12     2    12    26    66    48    25    32    37    32 
	                            36    48    36     2    36    25    65   244 
	00213: PUSHW[2]            289    24 
	00218: CALL       
	00219: FLIPOFF    
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,0] 
	00222: DELTAP1    
	00223: ALIGNRP    
	00224: FLIPON     
	00225: MIRP[srp0,md,rd,1] 
	00226: ALIGNRP    
	00227: FLIPOFF    
	00228: SRP0       
	00229: MIRP[srp0,nmd,rd,2] 
	00230: DELTAP1    
	00231: DELTAP2    
	00232: FLIPON     
	00233: MIRP[srp0,nmd,rd,0] 
	00234: MIRP[nrp0,md,rd,1] 
	00235: SRP1       
	00236: SRP2       
	00237: IP         
	00238: SLOOP      
	00239: IP         
	00240: SRP2       
	00241: SLOOP      
	00242: IP         
	00243: SVTCA[y-axis] 
	00244: MIAP[rd+ci] 
	00245: ALIGNRP    
	00246: ALIGNRP    
	00247: SRP0       
	00248: ALIGNRP    
	00249: SRP0       
	00250: MIRP[srp0,md,rd,1] 
	00251: ALIGNRP    
	00252: SRP0       
	00253: MIRP[srp0,md,rd,1] 
	00254: ALIGNRP    
	00255: MIAP[rd+ci] 
	00256: ALIGNRP    
	00257: MIRP[srp0,md,rd,1] 
	00258: ALIGNRP    
	00259: MIAP[rd+ci] 
	00260: MIRP[nrp0,md,rd,1] 
	00261: SRP1       
	00262: SRP2       
	00263: IP         
	00264: MDAP[rd]   
	00265: MIRP[nrp0,md,rd,1] 
	00266: IP         
	00267: MDAP[rd]   
	00268: SRP1       
	00269: SLOOP      
	00270: IP         
	00271: SRP1       
	00272: SRP2       
	00273: SLOOP      
	00274: IP         
	00275: SDPVTL[1]  
	00276: SFVTCA[x-axis] 
	00277: MDAP[nrd]  
	00278: CALL       
	00279: SDPVTL[1]  
	00280: SFVTPV     
	00281: RDTG       
	00282: MDRP[nrp0,nmd,rd,0] 
	00283: SDPVTL[1]  
	00284: SFVTPV     
	00285: MDAP[nrd]  
	00286: RTG        
	00287: CALL       
	00288: SDPVTL[1]  
	00289: SFVTPV     
	00290: RDTG       
	00291: MDRP[nrp0,nmd,rd,0] 
	00292: RTG        
	00293: SVTCA[y-axis] 
	00294: SRP0       
	00295: MIRP[srp0,md,rd,1] 
	00296: RTDG       
	00297: SRP2       
	00298: IP         
	00299: MDAP[rd]   
	00300: RTG        
	00301: SVTCA[x-axis] 
	00302: SRP0       
	00303: MIRP[srp0,nmd,rd,1] 
	00304: MIRP[srp0,nmd,rd,0] 
	00305: MDRP[nrp0,nmd,rd,0] 
	00306: SVTCA[y-axis] 
	00307: SRP0       
	00308: MIRP[srp0,md,rd,1] 
	00309: RTDG       
	00310: SRP2       
	00311: IP         
	00312: MDAP[rd]   
	00313: RTG        
	00314: SVTCA[x-axis] 
	00315: SRP0       
	00316: MIRP[srp0,nmd,rd,1] 
	00317: MIRP[srp0,nmd,rd,0] 
	00318: MDRP[nrp0,nmd,rd,0] 
	00319: SVTCA[y-axis] 
	00320: SRP0       
	00321: MIRP[srp0,md,rd,1] 
	00322: RTDG       
	00323: SRP2       
	00324: IP         
	00325: MDAP[rd]   
	00326: RTG        
	00327: SVTCA[x-axis] 
	00328: SRP0       
	00329: MIRP[srp0,nmd,rd,1] 
	00330: MIRP[srp0,nmd,rd,0] 
	00331: MDRP[nrp0,nmd,rd,0] 
	00332: SVTCA[y-axis] 
	00333: SRP0       
	00334: MIRP[srp0,md,rd,1] 
	00335: RTDG       
	00336: SRP2       
	00337: IP         
	00338: MDAP[rd]   
	00339: RTG        
	00340: SVTCA[x-axis] 
	00341: SRP0       
	00342: MIRP[srp0,nmd,rd,1] 
	00343: MIRP[srp0,nmd,rd,0] 
	00344: MDRP[nrp0,nmd,rd,0] 
	00345: SRP1       
	00346: SHP[rp1,zp0] 
	00347: IUP[y]     
	00348: IUP[x]     
	00349: SVTCA[y-axis] 
	00350: CALL       
	00351: DELTAP1    
	00352: DELTAP2    
	00353: SVTCA[x-axis] 
	00354: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual               Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short On
	 25:        XDual                         On
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:  YDual                       X-Short On
	 31:  YDual                               On
	 32:  YDual                       X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short On
	 37:        XDual                         On
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual                               On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short On
	 49:        XDual                         On
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short         On
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:  YDual                       X-Short On
	 63:  YDual                       X-Short Off
	 64:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1014,   781)  ->  Abs (  1014,   781)
	  1: Rel (   -75,     0)  ->  Abs (   939,   781)
	  2: Rel (   -70,   -43)  ->  Abs (   869,   738)
	  3: Rel (   -84,  -103)  ->  Abs (   785,   635)
	  4: Rel (  -106,  -130)  ->  Abs (   679,   505)
	  5: Rel (   -54,   -33)  ->  Abs (   625,   472)
	  6: Rel (    48,   -12)  ->  Abs (   673,   460)
	  7: Rel (    83,   -52)  ->  Abs (   756,   408)
	  8: Rel (    88,  -125)  ->  Abs (   844,   283)
	  9: Rel (   140,  -199)  ->  Abs (   984,    84)
	 10: Rel (   118,     0)  ->  Abs (  1102,    84)
	 11: Rel (    70,     0)  ->  Abs (  1172,    84)
	 12: Rel (     0,   -42)  ->  Abs (  1172,    42)
	 13: Rel (     0,   -42)  ->  Abs (  1172,     0)
	 14: Rel (   -70,     0)  ->  Abs (  1102,     0)
	 15: Rel (  -118,     0)  ->  Abs (   984,     0)
	 16: Rel (   -51,     0)  ->  Abs (   933,     0)
	 17: Rel (   -17,    26)  ->  Abs (   916,    26)
	 18: Rel (    -3,     6)  ->  Abs (   913,    32)
	 19: Rel (    -7,    10)  ->  Abs (   906,    42)
	 20: Rel (  -142,   210)  ->  Abs (   764,   252)
	 21: Rel (   -72,   107)  ->  Abs (   692,   359)
	 22: Rel (  -144,    64)  ->  Abs (   548,   423)
	 23: Rel (  -109,     0)  ->  Abs (   439,   423)
	 24: Rel (   -62,     0)  ->  Abs (   377,   423)
	 25: Rel (     0,  -339)  ->  Abs (   377,    84)
	 26: Rel (   102,     0)  ->  Abs (   479,    84)
	 27: Rel (    70,     0)  ->  Abs (   549,    84)
	 28: Rel (     0,   -42)  ->  Abs (   549,    42)
	 29: Rel (     0,   -42)  ->  Abs (   549,     0)
	 30: Rel (   -70,     0)  ->  Abs (   479,     0)
	 31: Rel (  -289,     0)  ->  Abs (   190,     0)
	 32: Rel (   -70,     0)  ->  Abs (   120,     0)
	 33: Rel (     0,    42)  ->  Abs (   120,    42)
	 34: Rel (     0,    42)  ->  Abs (   120,    84)
	 35: Rel (    70,     0)  ->  Abs (   190,    84)
	 36: Rel (   102,     0)  ->  Abs (   292,    84)
	 37: Rel (     0,   697)  ->  Abs (   292,   781)
	 38: Rel (  -102,     0)  ->  Abs (   190,   781)
	 39: Rel (   -70,     0)  ->  Abs (   120,   781)
	 40: Rel (     0,    42)  ->  Abs (   120,   823)
	 41: Rel (     0,    43)  ->  Abs (   120,   866)
	 42: Rel (    70,     0)  ->  Abs (   190,   866)
	 43: Rel (   289,     0)  ->  Abs (   479,   866)
	 44: Rel (    70,     0)  ->  Abs (   549,   866)
	 45: Rel (     0,   -43)  ->  Abs (   549,   823)
	 46: Rel (     0,   -42)  ->  Abs (   549,   781)
	 47: Rel (   -70,     0)  ->  Abs (   479,   781)
	 48: Rel (  -102,     0)  ->  Abs (   377,   781)
	 49: Rel (     0,  -274)  ->  Abs (   377,   507)
	 50: Rel (    62,     0)  ->  Abs (   439,   507)
	 51: Rel (    81,     0)  ->  Abs (   520,   507)
	 52: Rel (    86,    48)  ->  Abs (   606,   555)
	 53: Rel (    71,    87)  ->  Abs (   677,   642)
	 54: Rel (   123,   150)  ->  Abs (   800,   792)
	 55: Rel (   108,    74)  ->  Abs (   908,   866)
	 56: Rel (   108,     0)  ->  Abs (  1016,   866)
	 57: Rel (    51,     0)  ->  Abs (  1067,   866)
	 58: Rel (    31,   -24)  ->  Abs (  1098,   842)
	 59: Rel (     0,   -47)  ->  Abs (  1098,   795)
	 60: Rel (     0,  -115)  ->  Abs (  1098,   680)
	 61: Rel (     0,   -60)  ->  Abs (  1098,   620)
	 62: Rel (   -43,     0)  ->  Abs (  1055,   620)
	 63: Rel (   -41,     0)  ->  Abs (  1014,   620)
	 64: Rel (     0,    53)  ->  Abs (  1014,   673)

	Glyph 613: off = 0x00021080, len = 352
	  numberOfContours:	1
	  xMin:			51
	  yMin:			-33
	  xMax:			1139
	  yMax:			866

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	236
	00000: PUSHW[5]             17   -26    39    43   686 
	00011: NPUSHB      (14):     0    41     1    41    92     0    41    41    43     0 
	                            34    39    38    34 
	00027: PUSHW[1]            686 
	00030: NPUSHB      (11):    36    47    33    36    36    34    33    34    38     7 
	                            11 
	00043: PUSHW[1]            686 
	00046: NPUSHB      (14):    31     9     1     9    92    12     9     9    11    12 
	                            34     7     6     2 
	00062: PUSHW[1]            686 
	00065: NPUSHB      (72):     0     4     1     4    92     1     4     4     2     1 
	                            34     6    25   162    30    33    18     2    11    59 
	                             6     7    11    18    11    43    14    14    34    59 
	                            39    38     6    14    15    32    33    32    32    22 
	                            13    12    32     0    15     1    79     1    95     1 
	                           175     1   191     1     5     1    26    45    27    59 
	                            79    22    95    22   111    22   144    22     4    22 
	                            25    44 
	00139: PUSHW[1]            293 
	00142: PUSHB[2]             97    24 
	00145: CALL       
	00146: SRP0       
	00147: MIRP[srp0,nmd,rd,2] 
	00148: DELTAP1    
	00149: MIRP[nrp0,md,rd,1] 
	00150: FLIPOFF    
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,2] 
	00153: DELTAP1    
	00154: ALIGNRP    
	00155: FLIPON     
	00156: MIRP[srp0,md,rd,1] 
	00157: ALIGNRP    
	00158: SRP2       
	00159: IP         
	00160: MDAP[rd]   
	00161: ALIGNRP    
	00162: MIRP[srp0,md,rd,1] 
	00163: ALIGNRP    
	00164: SVTCA[y-axis] 
	00165: MIAP[rd+ci] 
	00166: ALIGNRP    
	00167: MIRP[srp0,md,rd,1] 
	00168: ALIGNRP    
	00169: SRP0       
	00170: ALIGNRP    
	00171: MIAP[rd+ci] 
	00172: MIAP[rd+ci] 
	00173: ALIGNRP    
	00174: MIRP[srp0,md,rd,1] 
	00175: ALIGNRP    
	00176: SRP0       
	00177: MIRP[nrp0,md,rd,1] 
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP0       
	00180: MIRP[srp0,md,rd,1] 
	00181: RTDG       
	00182: SRP2       
	00183: IP         
	00184: MDAP[rd]   
	00185: RTG        
	00186: SVTCA[x-axis] 
	00187: SRP0       
	00188: MIRP[srp0,nmd,rd,1] 
	00189: DELTAP1    
	00190: MIRP[srp0,nmd,rd,0] 
	00191: MDRP[nrp0,nmd,rd,0] 
	00192: SVTCA[y-axis] 
	00193: SRP0       
	00194: MIRP[srp0,md,rd,1] 
	00195: RTDG       
	00196: SRP2       
	00197: IP         
	00198: MDAP[rd]   
	00199: RTG        
	00200: SVTCA[x-axis] 
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,1] 
	00203: DELTAP1    
	00204: MIRP[srp0,nmd,rd,0] 
	00205: MDRP[nrp0,nmd,rd,0] 
	00206: SVTCA[y-axis] 
	00207: SRP0       
	00208: MIRP[srp0,md,rd,1] 
	00209: RTDG       
	00210: SRP2       
	00211: IP         
	00212: MDAP[rd]   
	00213: RTG        
	00214: SVTCA[x-axis] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,1] 
	00217: MIRP[srp0,nmd,rd,0] 
	00218: MDRP[nrp0,nmd,rd,0] 
	00219: SVTCA[y-axis] 
	00220: SRP0       
	00221: MIRP[srp0,md,rd,1] 
	00222: RTDG       
	00223: SRP2       
	00224: IP         
	00225: MDAP[rd]   
	00226: RTG        
	00227: SVTCA[x-axis] 
	00228: SRP0       
	00229: MIRP[srp0,nmd,rd,1] 
	00230: DELTAP1    
	00231: MIRP[srp0,nmd,rd,0] 
	00232: MDRP[nrp0,nmd,rd,0] 
	00233: IUP[y]     
	00234: IUP[x]     
	00235: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:        XDual                         On
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual                               On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   985,   781)  ->  Abs (   985,   781)
	  1: Rel (     0,  -697)  ->  Abs (   985,    84)
	  2: Rel (    84,     0)  ->  Abs (  1069,    84)
	  3: Rel (    70,     0)  ->  Abs (  1139,    84)
	  4: Rel (     0,   -42)  ->  Abs (  1139,    42)
	  5: Rel (     0,   -42)  ->  Abs (  1139,     0)
	  6: Rel (   -70,     0)  ->  Abs (  1069,     0)
	  7: Rel (  -251,     0)  ->  Abs (   818,     0)
	  8: Rel (   -70,     0)  ->  Abs (   748,     0)
	  9: Rel (     0,    42)  ->  Abs (   748,    42)
	 10: Rel (     0,    42)  ->  Abs (   748,    84)
	 11: Rel (    70,     0)  ->  Abs (   818,    84)
	 12: Rel (    83,     0)  ->  Abs (   901,    84)
	 13: Rel (     0,   697)  ->  Abs (   901,   781)
	 14: Rel (  -413,     0)  ->  Abs (   488,   781)
	 15: Rel (     0,  -483)  ->  Abs (   488,   298)
	 16: Rel (     0,  -175)  ->  Abs (   488,   123)
	 17: Rel (  -152,  -156)  ->  Abs (   336,   -33)
	 18: Rel (  -121,     0)  ->  Abs (   215,   -33)
	 19: Rel (   -50,     0)  ->  Abs (   165,   -33)
	 20: Rel (   -96,    24)  ->  Abs (    69,    -9)
	 21: Rel (   -18,    27)  ->  Abs (    51,    18)
	 22: Rel (     0,    41)  ->  Abs (    51,    59)
	 23: Rel (     0,    83)  ->  Abs (    51,   142)
	 24: Rel (     0,    63)  ->  Abs (    51,   205)
	 25: Rel (    45,     0)  ->  Abs (    96,   205)
	 26: Rel (    39,     0)  ->  Abs (   135,   205)
	 27: Rel (     0,   -58)  ->  Abs (   135,   147)
	 28: Rel (     0,   -82)  ->  Abs (   135,    65)
	 29: Rel (    46,   -11)  ->  Abs (   181,    54)
	 30: Rel (    36,     0)  ->  Abs (   217,    54)
	 31: Rel (   186,     0)  ->  Abs (   403,    54)
	 32: Rel (     0,   244)  ->  Abs (   403,   298)
	 33: Rel (     0,   483)  ->  Abs (   403,   781)
	 34: Rel (  -110,     0)  ->  Abs (   293,   781)
	 35: Rel (   -70,     0)  ->  Abs (   223,   781)
	 36: Rel (     0,    42)  ->  Abs (   223,   823)
	 37: Rel (     0,    43)  ->  Abs (   223,   866)
	 38: Rel (    70,     0)  ->  Abs (   293,   866)
	 39: Rel (   776,     0)  ->  Abs (  1069,   866)
	 40: Rel (    70,     0)  ->  Abs (  1139,   866)
	 41: Rel (     0,   -43)  ->  Abs (  1139,   823)
	 42: Rel (     0,   -42)  ->  Abs (  1139,   781)
	 43: Rel (   -70,     0)  ->  Abs (  1069,   781)

	Glyph 614: off = 0x000211E0, len = 630
	  numberOfContours:	1
	  xMin:			31
	  yMin:			0
	  xMax:			1199
	  yMax:			866

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	509
	00000: NPUSHB      (41):   199     0   200     1   212    22   219    24   228    22 
	                           235    24     6    45     2    32    44     2     8    23 
	                            24    23    32     2    40    23    32    44    60     2 
	                            60    44   121     2   121    44   135    23    10    21 
	                            17 
	00043: PUSHW[1]            686 
	00046: PUSHB[4]             31    19     1    19 
	00051: PUSHW[1]            779 
	00054: NPUSHB       (9):    16    19    19    17    16    34    21    25    29 
	00065: PUSHW[3]            686    27   779 
	00072: NPUSHB       (9):    30    27    27    29    30    34    25    37    41 
	00083: PUSHW[1]            686 
	00086: NPUSHB      (16):    15    39    31    39     2    39    78    42    39    39 
	                            41    42    34    37    36    32 
	00104: PUSHW[1]            686 
	00107: NPUSHB      (17):    32    34     1     0    34     1    34    70    31    34 
	                            34    32    31    34    36     9     5 
	00126: PUSHW[1]            686 
	00129: NPUSHB      (16):     0     7    16     7     2     7    78     4     7     7 
	                             5     4    34     9    10    14 
	00147: PUSHW[1]            686 
	00150: NPUSHB     (120):   255    12     1    15    12    31    12   239    12     3 
	                            12    70    15    12    12    14    15    34    10    23 
	                            23    22     0    44    44    32    24    23    20    24 
	                            24    23    23    23    24     1     2     2    32    22 
	                            23    20    22    22    23    23     0     1    64    11 
	                            15    52     1     1    22     9    44    43    43    29 
	                            59    25     2     3     3    17    59    21    25    24 
	                            24    22    21     6    32    41    41     5     5    14 
	                            59    10    36    37    37     9    10    10    24     0 
	                            42    22     1     4    23    44    32    30    43    42 
	                            32    64    30   160    31   176    31     2    75    31 
	                            84    31   100    31   139    31   208    31     5    31 
	00272: PUSHW[1]            423 
	00275: NPUSHB      (17):   160    23   176    23     2    75    23    84    23   100 
	                            23   139    23   208    23     5    23 
	00294: PUSHW[1]            423 
	00297: NPUSHB      (31):    32     2    32    15     3     4    32    16   224    15 
	                           240    15     2     0    15    16    15   111    15     3 
	                            15    64    20    22    52    15    25    45    42   172 
	                            24 
	00330: CALL       
	00331: FLIPOFF    
	00332: SRP0       
	00333: MIRP[srp0,nmd,rd,0] 
	00334: CALL       
	00335: DELTAP1    
	00336: DELTAP1    
	00337: ALIGNRP    
	00338: FLIPON     
	00339: MIRP[srp0,md,rd,1] 
	00340: ALIGNRP    
	00341: SRP0       
	00342: MIRP[nrp0,nmd,rd,0] 
	00343: SMD        
	00344: RTHG       
	00345: MIRP[srp0,md,rd,1] 
	00346: DELTAP1    
	00347: DELTAP2    
	00348: MIRP[srp0,md,rd,1] 
	00349: DELTAP1    
	00350: DELTAP2    
	00351: ALIGNRP    
	00352: SMD        
	00353: RTG        
	00354: MIRP[srp0,md,rd,1] 
	00355: ALIGNRP    
	00356: SRP0       
	00357: MIRP[nrp0,nmd,rd,0] 
	00358: SRP1       
	00359: SRP2       
	00360: IP         
	00361: IP         
	00362: SRP2       
	00363: IP         
	00364: IP         
	00365: SVTCA[y-axis] 
	00366: MIAP[rd+ci] 
	00367: ALIGNRP    
	00368: ALIGNRP    
	00369: SRP0       
	00370: ALIGNRP    
	00371: SRP0       
	00372: MIRP[srp0,md,rd,1] 
	00373: ALIGNRP    
	00374: SRP0       
	00375: ALIGNRP    
	00376: SRP0       
	00377: ALIGNRP    
	00378: MIAP[rd+ci] 
	00379: ALIGNRP    
	00380: ALIGNRP    
	00381: SRP0       
	00382: ALIGNRP    
	00383: SRP0       
	00384: MIRP[srp0,md,rd,1] 
	00385: ALIGNRP    
	00386: SRP0       
	00387: ALIGNRP    
	00388: SRP0       
	00389: MIRP[srp0,md,rd,1] 
	00390: ALIGNRP    
	00391: SRP0       
	00392: ALIGNRP    
	00393: SRP1       
	00394: SRP2       
	00395: IP         
	00396: MDAP[rd]   
	00397: CALL       
	00398: ALIGNRP    
	00399: IP         
	00400: SDPVTL[1]  
	00401: MDAP[nrd]  
	00402: CALL       
	00403: SDPVTL[1]  
	00404: SFVTL[=p1,p2] 
	00405: RDTG       
	00406: MDRP[nrp0,nmd,rd,0] 
	00407: SDPVTL[1]  
	00408: SFVTCA[y-axis] 
	00409: MDAP[nrd]  
	00410: RTG        
	00411: CALL       
	00412: SDPVTL[1]  
	00413: SFVTL[=p1,p2] 
	00414: RDTG       
	00415: MDRP[nrp0,nmd,rd,0] 
	00416: RTG        
	00417: SVTCA[y-axis] 
	00418: SRP0       
	00419: MIRP[srp0,md,rd,1] 
	00420: RTDG       
	00421: SRP2       
	00422: IP         
	00423: MDAP[rd]   
	00424: RTG        
	00425: SVTCA[x-axis] 
	00426: SRP0       
	00427: MIRP[srp0,nmd,rd,1] 
	00428: DELTAP1    
	00429: DELTAP1    
	00430: MIRP[srp0,nmd,rd,0] 
	00431: MDRP[nrp0,nmd,rd,0] 
	00432: SVTCA[y-axis] 
	00433: SRP0       
	00434: MIRP[srp0,md,rd,1] 
	00435: RTDG       
	00436: SRP2       
	00437: IP         
	00438: MDAP[rd]   
	00439: RTG        
	00440: SVTCA[x-axis] 
	00441: SRP0       
	00442: MIRP[srp0,nmd,rd,1] 
	00443: DELTAP1    
	00444: MIRP[srp0,nmd,rd,0] 
	00445: MDRP[nrp0,nmd,rd,0] 
	00446: SVTCA[y-axis] 
	00447: SRP0       
	00448: MIRP[srp0,md,rd,1] 
	00449: RTDG       
	00450: SRP2       
	00451: IP         
	00452: MDAP[rd]   
	00453: RTG        
	00454: SVTCA[x-axis] 
	00455: SRP0       
	00456: MIRP[srp0,nmd,rd,1] 
	00457: DELTAP1    
	00458: DELTAP2    
	00459: MIRP[srp0,nmd,rd,0] 
	00460: MDRP[nrp0,nmd,rd,0] 
	00461: SVTCA[y-axis] 
	00462: SRP0       
	00463: MIRP[srp0,md,rd,1] 
	00464: RTDG       
	00465: SRP2       
	00466: IP         
	00467: MDAP[rd]   
	00468: RTG        
	00469: SVTCA[x-axis] 
	00470: SRP0       
	00471: MIRP[srp0,nmd,rd,1] 
	00472: DELTAP1    
	00473: MIRP[srp0,nmd,rd,0] 
	00474: MDRP[nrp0,nmd,rd,0] 
	00475: SVTCA[y-axis] 
	00476: SRP0       
	00477: MIRP[srp0,md,rd,1] 
	00478: RTDG       
	00479: SRP2       
	00480: IP         
	00481: MDAP[rd]   
	00482: RTG        
	00483: SVTCA[x-axis] 
	00484: SRP0       
	00485: MIRP[srp0,nmd,rd,1] 
	00486: MIRP[srp0,nmd,rd,0] 
	00487: MDRP[nrp0,nmd,rd,0] 
	00488: SVTCA[y-axis] 
	00489: SRP0       
	00490: MIRP[srp0,md,rd,1] 
	00491: RTDG       
	00492: SRP2       
	00493: IP         
	00494: MDAP[rd]   
	00495: RTG        
	00496: SVTCA[x-axis] 
	00497: SRP0       
	00498: MIRP[srp0,nmd,rd,1] 
	00499: DELTAP1    
	00500: MIRP[srp0,nmd,rd,0] 
	00501: MDRP[nrp0,nmd,rd,0] 
	00502: IUP[y]     
	00503: IUP[x]     
	00504: SVTCA[y-axis] 
	00505: DELTAP1    
	00506: SVTCA[x-axis] 
	00507: DELTAP1    
	00508: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                               On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short On
	 16:        XDual                         On
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short On
	 23:                                      On
	 24:                                      On
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short On
	 31:        XDual                         On
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                               On
	 38:  YDual                       X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short On
	 43:        XDual                         On
	 44:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   665,    84)  ->  Abs (   665,    84)
	  1: Rel (   -96,     0)  ->  Abs (   569,    84)
	  2: Rel (  -323,   697)  ->  Abs (   246,   781)
	  3: Rel (    -4,     0)  ->  Abs (   242,   781)
	  4: Rel (     0,  -697)  ->  Abs (   242,    84)
	  5: Rel (   155,     0)  ->  Abs (   397,    84)
	  6: Rel (    56,     0)  ->  Abs (   453,    84)
	  7: Rel (     0,   -42)  ->  Abs (   453,    42)
	  8: Rel (     0,   -42)  ->  Abs (   453,     0)
	  9: Rel (   -56,     0)  ->  Abs (   397,     0)
	 10: Rel (  -310,     0)  ->  Abs (    87,     0)
	 11: Rel (   -56,     0)  ->  Abs (    31,     0)
	 12: Rel (     0,    42)  ->  Abs (    31,    42)
	 13: Rel (     0,    42)  ->  Abs (    31,    84)
	 14: Rel (    56,     0)  ->  Abs (    87,    84)
	 15: Rel (    71,     0)  ->  Abs (   158,    84)
	 16: Rel (     0,   697)  ->  Abs (   158,   781)
	 17: Rel (   -53,     0)  ->  Abs (   105,   781)
	 18: Rel (   -56,     0)  ->  Abs (    49,   781)
	 19: Rel (     0,    42)  ->  Abs (    49,   823)
	 20: Rel (     0,    43)  ->  Abs (    49,   866)
	 21: Rel (    56,     0)  ->  Abs (   105,   866)
	 22: Rel (   194,     0)  ->  Abs (   299,   866)
	 23: Rel (   318,  -687)  ->  Abs (   617,   179)
	 24: Rel (   313,   687)  ->  Abs (   930,   866)
	 25: Rel (   194,     0)  ->  Abs (  1124,   866)
	 26: Rel (    57,     0)  ->  Abs (  1181,   866)
	 27: Rel (     0,   -43)  ->  Abs (  1181,   823)
	 28: Rel (     0,   -42)  ->  Abs (  1181,   781)
	 29: Rel (   -57,     0)  ->  Abs (  1124,   781)
	 30: Rel (   -52,     0)  ->  Abs (  1072,   781)
	 31: Rel (     0,  -697)  ->  Abs (  1072,    84)
	 32: Rel (    70,     0)  ->  Abs (  1142,    84)
	 33: Rel (    57,     0)  ->  Abs (  1199,    84)
	 34: Rel (     0,   -42)  ->  Abs (  1199,    42)
	 35: Rel (     0,   -42)  ->  Abs (  1199,     0)
	 36: Rel (   -57,     0)  ->  Abs (  1142,     0)
	 37: Rel (  -309,     0)  ->  Abs (   833,     0)
	 38: Rel (   -57,     0)  ->  Abs (   776,     0)
	 39: Rel (     0,    42)  ->  Abs (   776,    42)
	 40: Rel (     0,    42)  ->  Abs (   776,    84)
	 41: Rel (    57,     0)  ->  Abs (   833,    84)
	 42: Rel (   154,     0)  ->  Abs (   987,    84)
	 43: Rel (     0,   697)  ->  Abs (   987,   781)
	 44: Rel (    -5,     0)  ->  Abs (   982,   781)

	Glyph 615: off = 0x00021456, len = 524
	  numberOfContours:	1
	  xMin:			107
	  yMin:			0
	  xMax:			1122
	  yMax:			866

	EndPoints
	---------
	  0:  51

	  Length of Instructions:	394
	00000: PUSHB[2]             33    29 
	00003: PUSHW[1]            686 
	00006: NPUSHB       (9):     0    31    64    31     2    31    31     1    31 
	00017: PUSHW[1]            779 
	00020: NPUSHB       (9):    28    31    31    29    28    34    33    34    38 
	00031: PUSHW[1]            686 
	00034: PUSHB[4]             15    36     1    36 
	00039: PUSHW[1]            779 
	00042: NPUSHB       (9):    39    36    36    38    39    34    34    19    15 
	00053: PUSHW[1]            686 
	00056: PUSHB[4]              0    17     1    17 
	00061: PUSHW[1]            779 
	00064: NPUSHB       (9):    14    17    17    15    14    34    19    20    24 
	00075: PUSHW[1]            686 
	00078: NPUSHB       (9):    15    22    79    22     2    16    22     1    22 
	00089: PUSHW[1]            779 
	00092: NPUSHB       (9):    25    22    22    24    25    34    20    45    41 
	00103: PUSHW[1]            686 
	00106: NPUSHB      (11):    43    92    40    43    43    41    40    34    45    46 
	                            50 
	00119: PUSHW[1]            686 
	00122: NPUSHB      (14):    15    48     1    48    92    51    48    48    50    51 
	                            34    46     7     3 
	00138: PUSHW[1]            686 
	00141: NPUSHB      (16):     0     5    16     5     2     5    92     2     5     5 
	                             3     2    34     7     8    12 
	00159: PUSHW[1]            686 
	00162: NPUSHB      (73):    10    92    13    10    10    12    13    34     8    26 
	                            32     1     1    19    41    50    50     3    12    59 
	                             8    38    29    29    24    15    59    19    34    33 
	                            33    20    19     6    45    46    46     7     8    10 
	                            28    51    32    39    79    40    95    40   175    40 
	                           191    40   223    40     5    40    26    53    25     2 
	                            32    14   144    13   160    13     2    13    25    52 
	                            71    97    24 
	00237: CALL       
	00238: FLIPOFF    
	00239: SRP0       
	00240: MIRP[srp0,nmd,rd,0] 
	00241: DELTAP1    
	00242: ALIGNRP    
	00243: FLIPON     
	00244: MIRP[srp0,md,rd,1] 
	00245: ALIGNRP    
	00246: FLIPOFF    
	00247: SRP0       
	00248: MIRP[srp0,nmd,rd,2] 
	00249: DELTAP1    
	00250: ALIGNRP    
	00251: FLIPON     
	00252: MIRP[srp0,md,rd,1] 
	00253: ALIGNRP    
	00254: SVTCA[y-axis] 
	00255: MIAP[rd+ci] 
	00256: ALIGNRP    
	00257: ALIGNRP    
	00258: SRP0       
	00259: ALIGNRP    
	00260: MIAP[rd+ci] 
	00261: ALIGNRP    
	00262: ALIGNRP    
	00263: SRP0       
	00264: ALIGNRP    
	00265: SRP0       
	00266: MIRP[srp0,md,rd,1] 
	00267: ALIGNRP    
	00268: ALIGNRP    
	00269: SRP0       
	00270: ALIGNRP    
	00271: SRP0       
	00272: MIRP[srp0,md,rd,1] 
	00273: ALIGNRP    
	00274: ALIGNRP    
	00275: SRP0       
	00276: ALIGNRP    
	00277: SRP2       
	00278: IP         
	00279: MDAP[rd]   
	00280: MIRP[nrp0,md,rd,1] 
	00281: SRP0       
	00282: MIRP[srp0,md,rd,1] 
	00283: RTDG       
	00284: SRP2       
	00285: IP         
	00286: MDAP[rd]   
	00287: RTG        
	00288: SVTCA[x-axis] 
	00289: SRP0       
	00290: MIRP[srp0,nmd,rd,1] 
	00291: MIRP[srp0,nmd,rd,0] 
	00292: MDRP[nrp0,nmd,rd,0] 
	00293: SVTCA[y-axis] 
	00294: SRP0       
	00295: MIRP[srp0,md,rd,1] 
	00296: RTDG       
	00297: SRP2       
	00298: IP         
	00299: MDAP[rd]   
	00300: RTG        
	00301: SVTCA[x-axis] 
	00302: SRP0       
	00303: MIRP[srp0,nmd,rd,1] 
	00304: DELTAP1    
	00305: MIRP[srp0,nmd,rd,0] 
	00306: MDRP[nrp0,nmd,rd,0] 
	00307: SVTCA[y-axis] 
	00308: SRP0       
	00309: MIRP[srp0,md,rd,1] 
	00310: RTDG       
	00311: SRP2       
	00312: IP         
	00313: MDAP[rd]   
	00314: RTG        
	00315: SVTCA[x-axis] 
	00316: SRP0       
	00317: MIRP[srp0,nmd,rd,1] 
	00318: DELTAP1    
	00319: MIRP[srp0,nmd,rd,0] 
	00320: MDRP[nrp0,nmd,rd,0] 
	00321: SVTCA[y-axis] 
	00322: SRP0       
	00323: MIRP[srp0,md,rd,1] 
	00324: RTDG       
	00325: SRP2       
	00326: IP         
	00327: MDAP[rd]   
	00328: RTG        
	00329: SVTCA[x-axis] 
	00330: SRP0       
	00331: MIRP[srp0,nmd,rd,1] 
	00332: MIRP[srp0,nmd,rd,0] 
	00333: MDRP[nrp0,nmd,rd,0] 
	00334: SVTCA[y-axis] 
	00335: SRP0       
	00336: MIRP[srp0,md,rd,1] 
	00337: RTDG       
	00338: SRP2       
	00339: IP         
	00340: MDAP[rd]   
	00341: RTG        
	00342: SVTCA[x-axis] 
	00343: SRP0       
	00344: MIRP[srp0,nmd,rd,1] 
	00345: DELTAP1    
	00346: DELTAP2    
	00347: MIRP[srp0,nmd,rd,0] 
	00348: MDRP[nrp0,nmd,rd,0] 
	00349: SVTCA[y-axis] 
	00350: SRP0       
	00351: MIRP[srp0,md,rd,1] 
	00352: RTDG       
	00353: SRP2       
	00354: IP         
	00355: MDAP[rd]   
	00356: RTG        
	00357: SVTCA[x-axis] 
	00358: SRP0       
	00359: MIRP[srp0,nmd,rd,1] 
	00360: DELTAP1    
	00361: MIRP[srp0,nmd,rd,0] 
	00362: MDRP[nrp0,nmd,rd,0] 
	00363: SVTCA[y-axis] 
	00364: SRP0       
	00365: MIRP[srp0,md,rd,1] 
	00366: RTDG       
	00367: SRP2       
	00368: IP         
	00369: MDAP[rd]   
	00370: RTG        
	00371: SVTCA[x-axis] 
	00372: SRP0       
	00373: MIRP[srp0,nmd,rd,1] 
	00374: DELTAP1    
	00375: MIRP[srp0,nmd,rd,0] 
	00376: MDRP[nrp0,nmd,rd,0] 
	00377: SVTCA[y-axis] 
	00378: SRP0       
	00379: MIRP[srp0,md,rd,1] 
	00380: RTDG       
	00381: SRP2       
	00382: IP         
	00383: MDAP[rd]   
	00384: RTG        
	00385: SVTCA[x-axis] 
	00386: SRP0       
	00387: MIRP[srp0,nmd,rd,1] 
	00388: DELTAP1    
	00389: DELTAP2    
	00390: MIRP[srp0,nmd,rd,0] 
	00391: MDRP[nrp0,nmd,rd,0] 
	00392: IUP[y]     
	00393: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short On
	 26:        XDual                         On
	 27:  YDual                               On
	 28:        XDual                         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual                       X-Short On
	 46:  YDual                               On
	 47:  YDual                       X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   887,   413)  ->  Abs (   887,   413)
	  1: Rel (  -545,     0)  ->  Abs (   342,   413)
	  2: Rel (     0,  -329)  ->  Abs (   342,    84)
	  3: Rel (    95,     0)  ->  Abs (   437,    84)
	  4: Rel (    56,     0)  ->  Abs (   493,    84)
	  5: Rel (     0,   -42)  ->  Abs (   493,    42)
	  6: Rel (     0,   -42)  ->  Abs (   493,     0)
	  7: Rel (   -56,     0)  ->  Abs (   437,     0)
	  8: Rel (  -274,     0)  ->  Abs (   163,     0)
	  9: Rel (   -56,     0)  ->  Abs (   107,     0)
	 10: Rel (     0,    42)  ->  Abs (   107,    42)
	 11: Rel (     0,    42)  ->  Abs (   107,    84)
	 12: Rel (    56,     0)  ->  Abs (   163,    84)
	 13: Rel (    95,     0)  ->  Abs (   258,    84)
	 14: Rel (     0,   697)  ->  Abs (   258,   781)
	 15: Rel (   -65,     0)  ->  Abs (   193,   781)
	 16: Rel (   -56,     0)  ->  Abs (   137,   781)
	 17: Rel (     0,    42)  ->  Abs (   137,   823)
	 18: Rel (     0,    43)  ->  Abs (   137,   866)
	 19: Rel (    56,     0)  ->  Abs (   193,   866)
	 20: Rel (   214,     0)  ->  Abs (   407,   866)
	 21: Rel (    56,     0)  ->  Abs (   463,   866)
	 22: Rel (     0,   -43)  ->  Abs (   463,   823)
	 23: Rel (     0,   -42)  ->  Abs (   463,   781)
	 24: Rel (   -56,     0)  ->  Abs (   407,   781)
	 25: Rel (   -65,     0)  ->  Abs (   342,   781)
	 26: Rel (     0,  -283)  ->  Abs (   342,   498)
	 27: Rel (   545,     0)  ->  Abs (   887,   498)
	 28: Rel (     0,   283)  ->  Abs (   887,   781)
	 29: Rel (   -64,     0)  ->  Abs (   823,   781)
	 30: Rel (   -57,     0)  ->  Abs (   766,   781)
	 31: Rel (     0,    42)  ->  Abs (   766,   823)
	 32: Rel (     0,    43)  ->  Abs (   766,   866)
	 33: Rel (    57,     0)  ->  Abs (   823,   866)
	 34: Rel (   213,     0)  ->  Abs (  1036,   866)
	 35: Rel (    56,     0)  ->  Abs (  1092,   866)
	 36: Rel (     0,   -43)  ->  Abs (  1092,   823)
	 37: Rel (     0,   -42)  ->  Abs (  1092,   781)
	 38: Rel (   -56,     0)  ->  Abs (  1036,   781)
	 39: Rel (   -65,     0)  ->  Abs (   971,   781)
	 40: Rel (     0,  -697)  ->  Abs (   971,    84)
	 41: Rel (    95,     0)  ->  Abs (  1066,    84)
	 42: Rel (    56,     0)  ->  Abs (  1122,    84)
	 43: Rel (     0,   -42)  ->  Abs (  1122,    42)
	 44: Rel (     0,   -42)  ->  Abs (  1122,     0)
	 45: Rel (   -56,     0)  ->  Abs (  1066,     0)
	 46: Rel (  -274,     0)  ->  Abs (   792,     0)
	 47: Rel (   -56,     0)  ->  Abs (   736,     0)
	 48: Rel (     0,    42)  ->  Abs (   736,    42)
	 49: Rel (     0,    42)  ->  Abs (   736,    84)
	 50: Rel (    56,     0)  ->  Abs (   792,    84)
	 51: Rel (    95,     0)  ->  Abs (   887,    84)

	Glyph 616: off = 0x00021662, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			896

	     0: Flags:		0x0216
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 617: off = 0x00021672, len = 390
	  numberOfContours:	1
	  xMin:			107
	  yMin:			0
	  xMax:			1122
	  yMax:			866

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	289
	00000: PUSHB[2]             19    15 
	00003: PUSHW[1]            686 
	00006: PUSHB[4]              0    17     1    17 
	00011: PUSHW[1]            779 
	00014: NPUSHB       (9):    14    17    17    15    14    34    19    20    24 
	00025: PUSHW[1]            686 
	00028: PUSHB[4]             15    22     1    22 
	00033: PUSHW[1]            779 
	00036: NPUSHB       (9):    25    22    22    24    25    34    20    31    27 
	00047: PUSHW[1]            686 
	00050: NPUSHB      (11):    29    92    26    29    29    27    26    34    31    32 
	                            36 
	00063: PUSHW[1]            686 
	00066: NPUSHB      (11):    34    92    37    34    34    36    37    34    32     8 
	                            12 
	00079: PUSHW[1]            686 
	00082: NPUSHB      (11):    10    92    13    10    10    12    13    34     8     7 
	                             3 
	00095: PUSHW[1]            686 
	00098: NPUSHB      (70):     5    92     2     5     5     3     2    34     7    27 
	                            36    36     3     3    12    59     8     8     7     7 
	                            31    31    32    24     1    15    32    20    19    32 
	                            10    19     6     0    37    32    25    79    26    95 
	                            26   111    26   159    26   175    26   191    26   223 
	                            26     7    26    26    39     1     2    32    14   144 
	                            13   160    13     2    13    25    38    71    97    24 
	00170: CALL       
	00171: FLIPOFF    
	00172: SRP0       
	00173: MIRP[srp0,nmd,rd,0] 
	00174: DELTAP1    
	00175: ALIGNRP    
	00176: FLIPON     
	00177: MIRP[srp0,md,rd,1] 
	00178: ALIGNRP    
	00179: FLIPOFF    
	00180: SRP0       
	00181: MIRP[srp0,nmd,rd,2] 
	00182: DELTAP1    
	00183: ALIGNRP    
	00184: FLIPON     
	00185: MIRP[srp0,md,rd,1] 
	00186: ALIGNRP    
	00187: SVTCA[y-axis] 
	00188: MIAP[rd+ci] 
	00189: MIAP[rd+ci] 
	00190: SRP0       
	00191: ALIGNRP    
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: ALIGNRP    
	00195: SRP0       
	00196: ALIGNRP    
	00197: SRP0       
	00198: ALIGNRP    
	00199: SRP0       
	00200: ALIGNRP    
	00201: SRP0       
	00202: MIRP[srp0,md,rd,1] 
	00203: ALIGNRP    
	00204: SRP0       
	00205: ALIGNRP    
	00206: SRP0       
	00207: ALIGNRP    
	00208: SRP0       
	00209: MIRP[srp0,md,rd,1] 
	00210: RTDG       
	00211: SRP2       
	00212: IP         
	00213: MDAP[rd]   
	00214: RTG        
	00215: SVTCA[x-axis] 
	00216: SRP0       
	00217: MIRP[srp0,nmd,rd,1] 
	00218: MIRP[srp0,nmd,rd,0] 
	00219: MDRP[nrp0,nmd,rd,0] 
	00220: SVTCA[y-axis] 
	00221: SRP0       
	00222: MIRP[srp0,md,rd,1] 
	00223: RTDG       
	00224: SRP2       
	00225: IP         
	00226: MDAP[rd]   
	00227: RTG        
	00228: SVTCA[x-axis] 
	00229: SRP0       
	00230: MIRP[srp0,nmd,rd,1] 
	00231: MIRP[srp0,nmd,rd,0] 
	00232: MDRP[nrp0,nmd,rd,0] 
	00233: SVTCA[y-axis] 
	00234: SRP0       
	00235: MIRP[srp0,md,rd,1] 
	00236: RTDG       
	00237: SRP2       
	00238: IP         
	00239: MDAP[rd]   
	00240: RTG        
	00241: SVTCA[x-axis] 
	00242: SRP0       
	00243: MIRP[srp0,nmd,rd,1] 
	00244: MIRP[srp0,nmd,rd,0] 
	00245: MDRP[nrp0,nmd,rd,0] 
	00246: SVTCA[y-axis] 
	00247: SRP0       
	00248: MIRP[srp0,md,rd,1] 
	00249: RTDG       
	00250: SRP2       
	00251: IP         
	00252: MDAP[rd]   
	00253: RTG        
	00254: SVTCA[x-axis] 
	00255: SRP0       
	00256: MIRP[srp0,nmd,rd,1] 
	00257: MIRP[srp0,nmd,rd,0] 
	00258: MDRP[nrp0,nmd,rd,0] 
	00259: SVTCA[y-axis] 
	00260: SRP0       
	00261: MIRP[srp0,md,rd,1] 
	00262: RTDG       
	00263: SRP2       
	00264: IP         
	00265: MDAP[rd]   
	00266: RTG        
	00267: SVTCA[x-axis] 
	00268: SRP0       
	00269: MIRP[srp0,nmd,rd,1] 
	00270: DELTAP1    
	00271: MIRP[srp0,nmd,rd,0] 
	00272: MDRP[nrp0,nmd,rd,0] 
	00273: SVTCA[y-axis] 
	00274: SRP0       
	00275: MIRP[srp0,md,rd,1] 
	00276: RTDG       
	00277: SRP2       
	00278: IP         
	00279: MDAP[rd]   
	00280: RTG        
	00281: SVTCA[x-axis] 
	00282: SRP0       
	00283: MIRP[srp0,nmd,rd,1] 
	00284: DELTAP1    
	00285: MIRP[srp0,nmd,rd,0] 
	00286: MDRP[nrp0,nmd,rd,0] 
	00287: IUP[y]     
	00288: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual                               On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                               On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   887,   781)  ->  Abs (   887,   781)
	  1: Rel (  -545,     0)  ->  Abs (   342,   781)
	  2: Rel (     0,  -697)  ->  Abs (   342,    84)
	  3: Rel (    95,     0)  ->  Abs (   437,    84)
	  4: Rel (    56,     0)  ->  Abs (   493,    84)
	  5: Rel (     0,   -42)  ->  Abs (   493,    42)
	  6: Rel (     0,   -42)  ->  Abs (   493,     0)
	  7: Rel (   -56,     0)  ->  Abs (   437,     0)
	  8: Rel (  -274,     0)  ->  Abs (   163,     0)
	  9: Rel (   -56,     0)  ->  Abs (   107,     0)
	 10: Rel (     0,    42)  ->  Abs (   107,    42)
	 11: Rel (     0,    42)  ->  Abs (   107,    84)
	 12: Rel (    56,     0)  ->  Abs (   163,    84)
	 13: Rel (    95,     0)  ->  Abs (   258,    84)
	 14: Rel (     0,   697)  ->  Abs (   258,   781)
	 15: Rel (   -65,     0)  ->  Abs (   193,   781)
	 16: Rel (   -56,     0)  ->  Abs (   137,   781)
	 17: Rel (     0,    42)  ->  Abs (   137,   823)
	 18: Rel (     0,    43)  ->  Abs (   137,   866)
	 19: Rel (    56,     0)  ->  Abs (   193,   866)
	 20: Rel (   843,     0)  ->  Abs (  1036,   866)
	 21: Rel (    56,     0)  ->  Abs (  1092,   866)
	 22: Rel (     0,   -43)  ->  Abs (  1092,   823)
	 23: Rel (     0,   -42)  ->  Abs (  1092,   781)
	 24: Rel (   -56,     0)  ->  Abs (  1036,   781)
	 25: Rel (   -65,     0)  ->  Abs (   971,   781)
	 26: Rel (     0,  -697)  ->  Abs (   971,    84)
	 27: Rel (    95,     0)  ->  Abs (  1066,    84)
	 28: Rel (    56,     0)  ->  Abs (  1122,    84)
	 29: Rel (     0,   -42)  ->  Abs (  1122,    42)
	 30: Rel (     0,   -42)  ->  Abs (  1122,     0)
	 31: Rel (   -56,     0)  ->  Abs (  1066,     0)
	 32: Rel (  -274,     0)  ->  Abs (   792,     0)
	 33: Rel (   -56,     0)  ->  Abs (   736,     0)
	 34: Rel (     0,    42)  ->  Abs (   736,    42)
	 35: Rel (     0,    42)  ->  Abs (   736,    84)
	 36: Rel (    56,     0)  ->  Abs (   792,    84)
	 37: Rel (    95,     0)  ->  Abs (   887,    84)

	Glyph 618: off = 0x000217F8, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			45
	  yMin:			-386
	  xMax:			1111
	  yMax:			896

	     0: Flags:		0x0216
		Glyf Index:	83
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 619: off = 0x00021808, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			171
	  yMin:			-33
	  xMax:			1099
	  yMax:			896

	     0: Flags:		0x0216
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 620: off = 0x00021818, len = 214
	  numberOfContours:	1
	  xMin:			166
	  yMin:			0
	  xMax:			1063
	  yMax:			866

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	131
	00000: PUSHB[2]              7    11 
	00003: PUSHW[1]            686 
	00006: NPUSHB      (11):     9   200    12     9     9    11    12    34     7     6 
	                             2 
	00019: PUSHW[1]            686 
	00022: NPUSHB      (29):     4   200     1     4     4     2     1    34     6     2 
	                            11    59     7    24    17    27    14    59    21    20 
	                             6     6     7    10    27    26    59    21    22 
	00053: PUSHW[1]            788 
	00056: PUSHB[6]              1    14    15    59    20    19 
	00063: PUSHW[1]            788 
	00066: NPUSHB      (10):     1    32    13     0    12     1    12   196   172    24 
	00078: CALL       
	00079: MDAP[rd]   
	00080: DELTAP1    
	00081: ALIGNRP    
	00082: MIRP[nrp0,md,rd,1] 
	00083: MIRP[srp0,nmd,rd,0] 
	00084: ALIGNRP    
	00085: MIRP[srp0,md,rd,1] 
	00086: ALIGNRP    
	00087: SRP0       
	00088: MIRP[srp0,nmd,rd,0] 
	00089: ALIGNRP    
	00090: MIRP[srp0,md,rd,1] 
	00091: ALIGNRP    
	00092: SVTCA[y-axis] 
	00093: MIAP[rd+ci] 
	00094: ALIGNRP    
	00095: MIAP[rd+ci] 
	00096: ALIGNRP    
	00097: MIRP[srp0,md,rd,1] 
	00098: ALIGNRP    
	00099: MDAP[rd]   
	00100: ALIGNRP    
	00101: SRP0       
	00102: MIRP[srp0,md,rd,1] 
	00103: ALIGNRP    
	00104: SRP0       
	00105: MIRP[srp0,md,rd,1] 
	00106: RTDG       
	00107: SRP2       
	00108: IP         
	00109: MDAP[rd]   
	00110: RTG        
	00111: SVTCA[x-axis] 
	00112: SRP0       
	00113: MIRP[srp0,nmd,rd,1] 
	00114: MIRP[srp0,nmd,rd,0] 
	00115: MDRP[nrp0,nmd,rd,0] 
	00116: SVTCA[y-axis] 
	00117: SRP0       
	00118: MIRP[srp0,md,rd,1] 
	00119: RTDG       
	00120: SRP2       
	00121: IP         
	00122: MDAP[rd]   
	00123: RTG        
	00124: SVTCA[x-axis] 
	00125: SRP0       
	00126: MIRP[srp0,nmd,rd,1] 
	00127: MIRP[srp0,nmd,rd,0] 
	00128: MDRP[nrp0,nmd,rd,0] 
	00129: IUP[y]     
	00130: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:        XDual                         On
	 21:  YDual                               On
	 22:        XDual                         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   656,   781)  ->  Abs (   656,   781)
	  1: Rel (     0,  -697)  ->  Abs (   656,    84)
	  2: Rel (   218,     0)  ->  Abs (   874,    84)
	  3: Rel (    57,     0)  ->  Abs (   931,    84)
	  4: Rel (     0,   -42)  ->  Abs (   931,    42)
	  5: Rel (     0,   -42)  ->  Abs (   931,     0)
	  6: Rel (   -57,     0)  ->  Abs (   874,     0)
	  7: Rel (  -520,     0)  ->  Abs (   354,     0)
	  8: Rel (   -57,     0)  ->  Abs (   297,     0)
	  9: Rel (     0,    42)  ->  Abs (   297,    42)
	 10: Rel (     0,    42)  ->  Abs (   297,    84)
	 11: Rel (    57,     0)  ->  Abs (   354,    84)
	 12: Rel (   218,     0)  ->  Abs (   572,    84)
	 13: Rel (     0,   697)  ->  Abs (   572,   781)
	 14: Rel (  -322,     0)  ->  Abs (   250,   781)
	 15: Rel (     0,  -291)  ->  Abs (   250,   490)
	 16: Rel (     0,   -56)  ->  Abs (   250,   434)
	 17: Rel (   -42,     0)  ->  Abs (   208,   434)
	 18: Rel (   -42,     0)  ->  Abs (   166,   434)
	 19: Rel (     0,    56)  ->  Abs (   166,   490)
	 20: Rel (     0,   376)  ->  Abs (   166,   866)
	 21: Rel (   897,     0)  ->  Abs (  1063,   866)
	 22: Rel (     0,  -376)  ->  Abs (  1063,   490)
	 23: Rel (     0,   -56)  ->  Abs (  1063,   434)
	 24: Rel (   -42,     0)  ->  Abs (  1021,   434)
	 25: Rel (   -43,     0)  ->  Abs (   978,   434)
	 26: Rel (     0,    56)  ->  Abs (   978,   490)
	 27: Rel (     0,   291)  ->  Abs (   978,   781)

	Glyph 621: off = 0x000218EE, len = 470
	  numberOfContours:	1
	  xMin:			60
	  yMin:			-306
	  xMax:			1194
	  yMax:			866

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	343
	00000: NPUSHB      (29):   133    16     1    40    14    40    32    56     1    57 
	                            14    57    31   104     0   104    34     7     1     1 
	                             0    33    32    33    34    32     2    39    35 
	00031: PUSHW[4]            686    37    37   779 
	00040: NPUSHB      (11):    34    37    37    35    34    34    39    34    33    40 
	                            44 
	00053: PUSHW[1]            686 
	00056: NPUSHB      (14):    42    42    92     0    42    42    44     0    34    40 
	                             0     1     7     3 
	00072: PUSHW[1]            686 
	00075: NPUSHB      (14):     5     5    92     2     5     5     3     2    34     7 
	                             2    32     8    12 
	00091: PUSHW[4]            686    10    10   779 
	00100: NPUSHB     (111):    13    10    10    12    13    34     8    13    14    32 
	                             2     2    32    13    14    20    13    13    14     1 
	                             0     1     2     0    32    34    33    20    34    34 
	                            33    33     1    32    14     4    39    17    24    29 
	                            38    17    12     3     3    44    44    35    59    39 
	                             8     7     7    40    39     6     0     2     1    33 
	                            32    14     6    13    34    26    59    22    22    34 
	                            79    13     1    15    13    31    13   111    13   143 
	                            13   144    13     5    13    64    20    22    52    13 
	                            26    46    79    34     1   143    34   144    34     2 
	                            34    64    20    22    52    34    25    45   196   172 
	                            24 
	00213: CALL       
	00214: FLIPOFF    
	00215: SRP0       
	00216: MIRP[nrp0,nmd,rd,0] 
	00217: CALL       
	00218: DELTAP1    
	00219: DELTAP2    
	00220: SRP0       
	00221: MIRP[nrp0,nmd,rd,2] 
	00222: CALL       
	00223: DELTAP1    
	00224: DELTAP2    
	00225: SRP0       
	00226: ALIGNRP    
	00227: FLIPON     
	00228: SRP0       
	00229: MIRP[nrp0,md,rd,1] 
	00230: SRP1       
	00231: SRP2       
	00232: SLOOP      
	00233: IP         
	00234: SVTCA[y-axis] 
	00235: MIAP[rd+ci] 
	00236: ALIGNRP    
	00237: ALIGNRP    
	00238: SRP0       
	00239: ALIGNRP    
	00240: SRP0       
	00241: MIRP[srp0,md,rd,1] 
	00242: ALIGNRP    
	00243: SRP0       
	00244: ALIGNRP    
	00245: SRP0       
	00246: ALIGNRP    
	00247: MDAP[rd]   
	00248: MIRP[nrp0,md,rd,1] 
	00249: MDAP[rd]   
	00250: SRP1       
	00251: SRP2       
	00252: SLOOP      
	00253: IP         
	00254: SDPVTL[1]  
	00255: SFVTCA[x-axis] 
	00256: MDAP[nrd]  
	00257: CALL       
	00258: SFVTL[=p1,p2] 
	00259: RDTG       
	00260: SRP0       
	00261: MDRP[nrp0,nmd,rd,0] 
	00262: SDPVTL[1]  
	00263: SFVTCA[x-axis] 
	00264: MDAP[nrd]  
	00265: RTG        
	00266: CALL       
	00267: SFVTPV     
	00268: RDTG       
	00269: SRP0       
	00270: MDRP[nrp0,nmd,rd,0] 
	00271: RTG        
	00272: SVTCA[y-axis] 
	00273: SFVTL[=p1,p2] 
	00274: SRP0       
	00275: MIRP[srp0,md,rd,1] 
	00276: RTDG       
	00277: SRP2       
	00278: IP         
	00279: MDAP[rd]   
	00280: RTG        
	00281: SVTCA[x-axis] 
	00282: SRP0       
	00283: MIRP[srp0,nmd,nrd,1] 
	00284: MDAP[rd]   
	00285: MIRP[srp0,nmd,rd,0] 
	00286: MDRP[nrp0,nmd,rd,0] 
	00287: SVTCA[y-axis] 
	00288: SFVTL[=p1,p2] 
	00289: SRP0       
	00290: MIRP[srp0,md,rd,1] 
	00291: RTDG       
	00292: SRP2       
	00293: IP         
	00294: MDAP[rd]   
	00295: RTG        
	00296: SVTCA[x-axis] 
	00297: SRP0       
	00298: MIRP[srp0,nmd,nrd,1] 
	00299: MDAP[rd]   
	00300: MIRP[srp0,nmd,rd,0] 
	00301: MDRP[nrp0,nmd,rd,0] 
	00302: SVTCA[y-axis] 
	00303: SFVTL[=p1,p2] 
	00304: SRP0       
	00305: MIRP[srp0,md,rd,1] 
	00306: RTDG       
	00307: SRP2       
	00308: IP         
	00309: MDAP[rd]   
	00310: RTG        
	00311: SVTCA[x-axis] 
	00312: SRP0       
	00313: MIRP[srp0,nmd,nrd,1] 
	00314: MDAP[rd]   
	00315: MIRP[srp0,nmd,rd,0] 
	00316: MDRP[nrp0,nmd,rd,0] 
	00317: SVTCA[y-axis] 
	00318: SFVTL[=p1,p2] 
	00319: SRP0       
	00320: MIRP[srp0,md,rd,1] 
	00321: RTDG       
	00322: SRP2       
	00323: IP         
	00324: MDAP[rd]   
	00325: RTG        
	00326: SVTCA[x-axis] 
	00327: SRP0       
	00328: MIRP[srp0,nmd,nrd,1] 
	00329: MDAP[rd]   
	00330: MIRP[srp0,nmd,rd,0] 
	00331: MDRP[nrp0,nmd,rd,0] 
	00332: SPVTL[p1,p2] 
	00333: SFVTL[=p1,p2] 
	00334: SRP0       
	00335: ALIGNRP    
	00336: SFVTL[=p1,p2] 
	00337: ALIGNRP    
	00338: IUP[y]     
	00339: IUP[x]     
	00340: SVTCA[x-axis] 
	00341: DELTAP1    
	00342: DELTAP2    

	Flags
	-----
	  0:              Rep-  2                 On
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:                                      On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short On
	 34:                                      On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   276,   781)  ->  Abs (   276,   781)
	  1: Rel (   355,  -644)  ->  Abs (   631,   137)
	  2: Rel (   352,   644)  ->  Abs (   983,   781)
	  3: Rel (   -74,     0)  ->  Abs (   909,   781)
	  4: Rel (   -70,     0)  ->  Abs (   839,   781)
	  5: Rel (     0,    42)  ->  Abs (   839,   823)
	  6: Rel (     0,    43)  ->  Abs (   839,   866)
	  7: Rel (    70,     0)  ->  Abs (   909,   866)
	  8: Rel (   215,     0)  ->  Abs (  1124,   866)
	  9: Rel (    70,     0)  ->  Abs (  1194,   866)
	 10: Rel (     0,   -43)  ->  Abs (  1194,   823)
	 11: Rel (     0,   -42)  ->  Abs (  1194,   781)
	 12: Rel (   -70,     0)  ->  Abs (  1124,   781)
	 13: Rel (   -47,     0)  ->  Abs (  1077,   781)
	 14: Rel (  -486,  -889)  ->  Abs (   591,  -108)
	 15: Rel (   -61,  -111)  ->  Abs (   530,  -219)
	 16: Rel (  -112,   -87)  ->  Abs (   418,  -306)
	 17: Rel (   -71,     0)  ->  Abs (   347,  -306)
	 18: Rel (   -54,     0)  ->  Abs (   293,  -306)
	 19: Rel (   -85,    21)  ->  Abs (   208,  -285)
	 20: Rel (   -28,    30)  ->  Abs (   180,  -255)
	 21: Rel (     0,    44)  ->  Abs (   180,  -211)
	 22: Rel (     0,   116)  ->  Abs (   180,   -95)
	 23: Rel (     0,    68)  ->  Abs (   180,   -27)
	 24: Rel (    42,     0)  ->  Abs (   222,   -27)
	 25: Rel (    42,     0)  ->  Abs (   264,   -27)
	 26: Rel (     0,   -63)  ->  Abs (   264,   -90)
	 27: Rel (     0,  -123)  ->  Abs (   264,  -213)
	 28: Rel (    37,    -9)  ->  Abs (   301,  -222)
	 29: Rel (    32,     0)  ->  Abs (   333,  -222)
	 30: Rel (    60,     0)  ->  Abs (   393,  -222)
	 31: Rel (    73,    58)  ->  Abs (   466,  -164)
	 32: Rel (    51,    94)  ->  Abs (   517,   -70)
	 33: Rel (    64,   117)  ->  Abs (   581,    47)
	 34: Rel (  -401,   734)  ->  Abs (   180,   781)
	 35: Rel (   -50,     0)  ->  Abs (   130,   781)
	 36: Rel (   -70,     0)  ->  Abs (    60,   781)
	 37: Rel (     0,    42)  ->  Abs (    60,   823)
	 38: Rel (     0,    43)  ->  Abs (    60,   866)
	 39: Rel (    70,     0)  ->  Abs (   130,   866)
	 40: Rel (   223,     0)  ->  Abs (   353,   866)
	 41: Rel (    70,     0)  ->  Abs (   423,   866)
	 42: Rel (     0,   -43)  ->  Abs (   423,   823)
	 43: Rel (     0,   -42)  ->  Abs (   423,   781)
	 44: Rel (   -70,     0)  ->  Abs (   353,   781)

	Glyph 622: off = 0x00021AC4, len = 432
	  numberOfContours:	3
	  xMin:			119
	  yMin:			-320
	  xMax:			1110
	  yMax:			1231

	EndPoints
	---------
	  0:  46
	  1:  57
	  2:  68

	  Length of Instructions:	243
	00000: NPUSHB      (20):    74     4    71    27     2   120     7   120    26   136 
	                            26   152    26   215     6   230     6     6    30     3 
	00022: PUSHW[1]            -19 
	00025: NPUSHB      (13):     2    27    19    70    30     1    50    54    19     2 
	                             7    66    62 
	00040: PUSHW[1]            -19 
	00043: PUSHB[3]              3    16    12 
	00047: PUSHW[1]            686 
	00050: NPUSHB      (11):    14   200    11    14    14    12    11    34    16    17 
	                            21 
	00063: PUSHW[1]            686 
	00066: NPUSHB      (52):    19   200    22    19    19    21    22    34    17    34 
	                            38    63    44     1    44    33     0    38    59    57 
	                            89    61    55    38    31     2     7    23    10    38 
	                            58    84    47    16    25    29    52    47    89    49 
	                            49    67    38     8    25    11    12    21    59    16 
	                            17    39 
	00120: PUSHW[1]            355 
	00123: PUSHB[4]             22    64    59    28 
	00128: PUSHW[1]            517 
	00131: PUSHB[4]             22    52    59     5 
	00136: PUSHW[1]            517 
	00139: NPUSHB      (19):    11    46    47    47    11    32    22    34    58    58 
	                             0    22   240    22     2    22   230   142    24 
	00160: CALL       
	00161: MDAP[rd]   
	00162: DELTAP1    
	00163: ALIGNRP    
	00164: SRP0       
	00165: ALIGNRP    
	00166: SRP0       
	00167: MIRP[srp0,md,rd,1] 
	00168: ALIGNRP    
	00169: SRP0       
	00170: ALIGNRP    
	00171: SRP0       
	00172: MIRP[srp0,nmd,rd,0] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: SRP0       
	00175: MIRP[srp0,nmd,rd,0] 
	00176: MIRP[nrp0,md,rd,1] 
	00177: SRP0       
	00178: MIRP[nrp0,nmd,rd,0] 
	00179: SVTCA[y-axis] 
	00180: MDAP[rd]   
	00181: ALIGNRP    
	00182: MIRP[srp0,md,rd,1] 
	00183: ALIGNRP    
	00184: MIAP[rd+ci] 
	00185: ALIGNRP    
	00186: MIRP[srp0,md,rd,1] 
	00187: ALIGNRP    
	00188: SRP0       
	00189: MIRP[srp0,nmd,rd,0] 
	00190: CALL       
	00191: MIRP[nrp0,nmd,rd,0] 
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: MIAP[rd+ci] 
	00195: ALIGNRP    
	00196: MIRP[srp0,md,rd,1] 
	00197: ALIGNRP    
	00198: MIRP[srp0,nmd,rd,0] 
	00199: ALIGNRP    
	00200: MIRP[srp0,md,rd,1] 
	00201: ALIGNRP    
	00202: MDAP[rd]   
	00203: DELTAP1    
	00204: MIRP[nrp0,md,rd,1] 
	00205: SRP0       
	00206: MIRP[srp0,md,rd,1] 
	00207: RTDG       
	00208: SRP2       
	00209: IP         
	00210: MDAP[rd]   
	00211: RTG        
	00212: SVTCA[x-axis] 
	00213: SRP0       
	00214: MIRP[srp0,nmd,rd,1] 
	00215: MIRP[srp0,nmd,rd,0] 
	00216: MDRP[nrp0,nmd,rd,0] 
	00217: SVTCA[y-axis] 
	00218: SRP0       
	00219: MIRP[srp0,md,rd,1] 
	00220: RTDG       
	00221: SRP2       
	00222: IP         
	00223: MDAP[rd]   
	00224: RTG        
	00225: SVTCA[x-axis] 
	00226: SRP0       
	00227: MIRP[srp0,nmd,rd,1] 
	00228: MIRP[srp0,nmd,rd,0] 
	00229: MDRP[nrp0,nmd,rd,0] 
	00230: IUP[y]     
	00231: IUP[x]     
	00232: SLOOP      
	00233: SHPIX      
	00234: SLOOP      
	00235: SHPIX      
	00236: DELTAP2    
	00237: SVTCA[y-axis] 
	00238: SHPIX      
	00239: SLOOP      
	00240: SHPIX      
	00241: DELTAP1    
	00242: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                              X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:        XDual         Y-Short         On
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:  YDual                       X-Short On
	 17:  YDual                               On
	 18:  YDual                       X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual         Y-Short         On
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:        XDual                 X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual                         On
	 35:                      Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual                         On
	 48:        XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:  YDual XDual         Y-Short X-Short Off
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual         Y-Short         Off
	 54:  YDual               Y-Short X-Short Off
	 55:  YDual                       X-Short On
	 56:  YDual                       X-Short Off
	 57:                      Y-Short X-Short On
	 58:                              X-Short On
	 59:        XDual                         On
	 60:  YDual               Y-Short X-Short Off
	 61:  YDual                       X-Short On
	 62:  YDual                       X-Short Off
	 63:                      Y-Short X-Short Off
	 64:        XDual         Y-Short         On
	 65:        XDual         Y-Short         Off
	 66:        XDual         Y-Short X-Short Off
	 67:  YDual XDual                 X-Short On
	 68:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   657,   856)  ->  Abs (   657,   856)
	  1: Rel (    72,    40)  ->  Abs (   729,   896)
	  2: Rel (    67,     0)  ->  Abs (   796,   896)
	  3: Rel (   136,     0)  ->  Abs (   932,   896)
	  4: Rel (   178,  -270)  ->  Abs (  1110,   626)
	  5: Rel (     0,  -197)  ->  Abs (  1110,   429)
	  6: Rel (     0,  -181)  ->  Abs (  1110,   248)
	  7: Rel (  -166,  -275)  ->  Abs (   944,   -27)
	  8: Rel (  -157,     0)  ->  Abs (   787,   -27)
	  9: Rel (   -72,     0)  ->  Abs (   715,   -27)
	 10: Rel (   -58,    27)  ->  Abs (   657,     0)
	 11: Rel (     0,  -237)  ->  Abs (   657,  -237)
	 12: Rel (   180,     0)  ->  Abs (   837,  -237)
	 13: Rel (    69,     0)  ->  Abs (   906,  -237)
	 14: Rel (     0,   -42)  ->  Abs (   906,  -279)
	 15: Rel (     0,   -41)  ->  Abs (   906,  -320)
	 16: Rel (   -69,     0)  ->  Abs (   837,  -320)
	 17: Rel (  -444,     0)  ->  Abs (   393,  -320)
	 18: Rel (   -70,     0)  ->  Abs (   323,  -320)
	 19: Rel (     0,    41)  ->  Abs (   323,  -279)
	 20: Rel (     0,    42)  ->  Abs (   323,  -237)
	 21: Rel (    70,     0)  ->  Abs (   393,  -237)
	 22: Rel (   180,     0)  ->  Abs (   573,  -237)
	 23: Rel (     0,   237)  ->  Abs (   573,     0)
	 24: Rel (   -56,   -27)  ->  Abs (   517,   -27)
	 25: Rel (   -73,     0)  ->  Abs (   444,   -27)
	 26: Rel (  -143,     0)  ->  Abs (   301,   -27)
	 27: Rel (  -182,   251)  ->  Abs (   119,   224)
	 28: Rel (     0,   205)  ->  Abs (   119,   429)
	 29: Rel (     0,   199)  ->  Abs (   119,   628)
	 30: Rel (   177,   268)  ->  Abs (   296,   896)
	 31: Rel (   139,     0)  ->  Abs (   435,   896)
	 32: Rel (    69,     0)  ->  Abs (   504,   896)
	 33: Rel (    69,   -40)  ->  Abs (   573,   856)
	 34: Rel (     0,   286)  ->  Abs (   573,  1142)
	 35: Rel (  -121,    -9)  ->  Abs (   452,  1133)
	 36: Rel (   -22,    -1)  ->  Abs (   430,  1132)
	 37: Rel (    -7,     0)  ->  Abs (   423,  1132)
	 38: Rel (   -47,     0)  ->  Abs (   376,  1132)
	 39: Rel (     0,    43)  ->  Abs (   376,  1175)
	 40: Rel (     0,    41)  ->  Abs (   376,  1216)
	 41: Rel (    70,     4)  ->  Abs (   446,  1220)
	 42: Rel (   137,    10)  ->  Abs (   583,  1230)
	 43: Rel (    21,     1)  ->  Abs (   604,  1231)
	 44: Rel (     8,     0)  ->  Abs (   612,  1231)
	 45: Rel (    45,     0)  ->  Abs (   657,  1231)
	 46: Rel (     0,   -70)  ->  Abs (   657,  1161)
	 47: Rel (     0, -1048)  ->  Abs (   657,   113)
	 48: Rel (    59,   -56)  ->  Abs (   716,    57)
	 49: Rel (    65,     0)  ->  Abs (   781,    57)
	 50: Rel (   113,     0)  ->  Abs (   894,    57)
	 51: Rel (   125,   226)  ->  Abs (  1019,   283)
	 52: Rel (     0,   146)  ->  Abs (  1019,   429)
	 53: Rel (     0,   150)  ->  Abs (  1019,   579)
	 54: Rel (  -125,   232)  ->  Abs (   894,   811)
	 55: Rel (  -111,     0)  ->  Abs (   783,   811)
	 56: Rel (   -73,     0)  ->  Abs (   710,   811)
	 57: Rel (   -53,   -53)  ->  Abs (   657,   758)
	 58: Rel (   -84,  -646)  ->  Abs (   573,   112)
	 59: Rel (     0,   646)  ->  Abs (   573,   758)
	 60: Rel (   -46,    53)  ->  Abs (   527,   811)
	 61: Rel (   -77,     0)  ->  Abs (   450,   811)
	 62: Rel (  -115,     0)  ->  Abs (   335,   811)
	 63: Rel (  -125,  -234)  ->  Abs (   210,   577)
	 64: Rel (     0,  -147)  ->  Abs (   210,   430)
	 65: Rel (     0,  -148)  ->  Abs (   210,   282)
	 66: Rel (   125,  -225)  ->  Abs (   335,    57)
	 67: Rel (   112,     0)  ->  Abs (   447,    57)
	 68: Rel (    76,     0)  ->  Abs (   523,    57)

	Glyph 623: off = 0x00021C74, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			101
	  yMin:			0
	  xMax:			1130
	  yMax:			866

	     0: Flags:		0x0216
		Glyf Index:	91
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 624: off = 0x00021C84, len = 406
	  numberOfContours:	1
	  xMin:			77
	  yMin:			-211
	  xMax:			1139
	  yMax:			866

	EndPoints
	---------
	  0:  42

	  Length of Instructions:	298
	00000: PUSHB[2]              1     5 
	00003: PUSHW[1]            686 
	00006: NPUSHB      (11):     3    92     6     3     3     5     6    34     1    27 
	                            31 
	00019: PUSHW[1]            686 
	00022: PUSHB[4]             15    29     1    29 
	00027: PUSHW[1]            779 
	00030: NPUSHB       (9):    32    29    29    31    32    34    27    26    22 
	00041: PUSHW[3]            686    24   779 
	00048: NPUSHB       (9):    21    24    24    22    21    34    26    13    17 
	00059: PUSHW[3]            686    15   779 
	00066: NPUSHB       (9):    18    15    15    17    18    34    13    12     8 
	00077: PUSHW[1]            686 
	00080: PUSHB[4]              0    10     1    10 
	00085: PUSHW[1]            779 
	00088: NPUSHB      (88):     7    10    10     8     7    34    12    34    19    19 
	                             5    59     1    31    22    22    17     8    59    12 
	                            27    26    26    13    12     6    40     0     1    10 
	                            21    20    32    32    33    33     6    42    59    38 
	                            64    37    39    52    79    38    95    38     2   143 
	                            38     1    38    64    19    22    52    38    64    10 
	                            15    52    38    26    44    18    19    32     7    79 
	                             6    95     6     2     6    64    20    22    52     6 
	                            64    13    15    52     6    25    43   117 
	00178: PUSHW[2]            338    24 
	00183: CALL       
	00184: FLIPOFF    
	00185: SRP0       
	00186: MIRP[srp0,nmd,rd,0] 
	00187: CALL       
	00188: CALL       
	00189: DELTAP2    
	00190: ALIGNRP    
	00191: FLIPON     
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: FLIPOFF    
	00195: SRP0       
	00196: MIRP[srp0,nmd,rd,2] 
	00197: CALL       
	00198: CALL       
	00199: DELTAP1    
	00200: DELTAP2    
	00201: CALL       
	00202: FLIPON     
	00203: MIRP[nrp0,md,rd,1] 
	00204: SRP2       
	00205: IP         
	00206: MDAP[rd]   
	00207: ALIGNRP    
	00208: MIRP[srp0,md,rd,1] 
	00209: ALIGNRP    
	00210: SVTCA[y-axis] 
	00211: MIAP[rd+ci] 
	00212: ALIGNRP    
	00213: MDAP[rd]   
	00214: MIAP[rd+ci] 
	00215: ALIGNRP    
	00216: ALIGNRP    
	00217: SRP0       
	00218: ALIGNRP    
	00219: SRP0       
	00220: MIRP[srp0,md,rd,1] 
	00221: ALIGNRP    
	00222: ALIGNRP    
	00223: SRP0       
	00224: ALIGNRP    
	00225: SRP0       
	00226: MIRP[srp0,md,rd,1] 
	00227: ALIGNRP    
	00228: SRP0       
	00229: ALIGNRP    
	00230: SRP0       
	00231: MIRP[srp0,md,rd,1] 
	00232: RTDG       
	00233: SRP2       
	00234: IP         
	00235: MDAP[rd]   
	00236: RTG        
	00237: SVTCA[x-axis] 
	00238: SRP0       
	00239: MIRP[srp0,nmd,rd,1] 
	00240: DELTAP1    
	00241: MIRP[srp0,nmd,rd,0] 
	00242: MDRP[nrp0,nmd,rd,0] 
	00243: SVTCA[y-axis] 
	00244: SRP0       
	00245: MIRP[srp0,md,rd,1] 
	00246: RTDG       
	00247: SRP2       
	00248: IP         
	00249: MDAP[rd]   
	00250: RTG        
	00251: SVTCA[x-axis] 
	00252: SRP0       
	00253: MIRP[srp0,nmd,rd,1] 
	00254: MIRP[srp0,nmd,rd,0] 
	00255: MDRP[nrp0,nmd,rd,0] 
	00256: SVTCA[y-axis] 
	00257: SRP0       
	00258: MIRP[srp0,md,rd,1] 
	00259: RTDG       
	00260: SRP2       
	00261: IP         
	00262: MDAP[rd]   
	00263: RTG        
	00264: SVTCA[x-axis] 
	00265: SRP0       
	00266: MIRP[srp0,nmd,rd,1] 
	00267: MIRP[srp0,nmd,rd,0] 
	00268: MDRP[nrp0,nmd,rd,0] 
	00269: SVTCA[y-axis] 
	00270: SRP0       
	00271: MIRP[srp0,md,rd,1] 
	00272: RTDG       
	00273: SRP2       
	00274: IP         
	00275: MDAP[rd]   
	00276: RTG        
	00277: SVTCA[x-axis] 
	00278: SRP0       
	00279: MIRP[srp0,nmd,rd,1] 
	00280: DELTAP1    
	00281: MIRP[srp0,nmd,rd,0] 
	00282: MDRP[nrp0,nmd,rd,0] 
	00283: SVTCA[y-axis] 
	00284: SRP0       
	00285: MIRP[srp0,md,rd,1] 
	00286: RTDG       
	00287: SRP2       
	00288: IP         
	00289: MDAP[rd]   
	00290: RTG        
	00291: SVTCA[x-axis] 
	00292: SRP0       
	00293: MIRP[srp0,nmd,rd,1] 
	00294: MIRP[srp0,nmd,rd,0] 
	00295: MDRP[nrp0,nmd,rd,0] 
	00296: IUP[y]     
	00297: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:  YDual                               On
	 21:        XDual                         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short On
	 33:        XDual                         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1054,     0)  ->  Abs (  1054,     0)
	  1: Rel (  -921,     0)  ->  Abs (   133,     0)
	  2: Rel (   -56,     0)  ->  Abs (    77,     0)
	  3: Rel (     0,    42)  ->  Abs (    77,    42)
	  4: Rel (     0,    42)  ->  Abs (    77,    84)
	  5: Rel (    56,     0)  ->  Abs (   133,    84)
	  6: Rel (    95,     0)  ->  Abs (   228,    84)
	  7: Rel (     0,   697)  ->  Abs (   228,   781)
	  8: Rel (   -65,     0)  ->  Abs (   163,   781)
	  9: Rel (   -56,     0)  ->  Abs (   107,   781)
	 10: Rel (     0,    42)  ->  Abs (   107,   823)
	 11: Rel (     0,    43)  ->  Abs (   107,   866)
	 12: Rel (    56,     0)  ->  Abs (   163,   866)
	 13: Rel (   214,     0)  ->  Abs (   377,   866)
	 14: Rel (    56,     0)  ->  Abs (   433,   866)
	 15: Rel (     0,   -43)  ->  Abs (   433,   823)
	 16: Rel (     0,   -42)  ->  Abs (   433,   781)
	 17: Rel (   -56,     0)  ->  Abs (   377,   781)
	 18: Rel (   -65,     0)  ->  Abs (   312,   781)
	 19: Rel (     0,  -697)  ->  Abs (   312,    84)
	 20: Rel (   545,     0)  ->  Abs (   857,    84)
	 21: Rel (     0,   697)  ->  Abs (   857,   781)
	 22: Rel (   -64,     0)  ->  Abs (   793,   781)
	 23: Rel (   -57,     0)  ->  Abs (   736,   781)
	 24: Rel (     0,    42)  ->  Abs (   736,   823)
	 25: Rel (     0,    43)  ->  Abs (   736,   866)
	 26: Rel (    57,     0)  ->  Abs (   793,   866)
	 27: Rel (   213,     0)  ->  Abs (  1006,   866)
	 28: Rel (    56,     0)  ->  Abs (  1062,   866)
	 29: Rel (     0,   -43)  ->  Abs (  1062,   823)
	 30: Rel (     0,   -42)  ->  Abs (  1062,   781)
	 31: Rel (   -56,     0)  ->  Abs (  1006,   781)
	 32: Rel (   -65,     0)  ->  Abs (   941,   781)
	 33: Rel (     0,  -697)  ->  Abs (   941,    84)
	 34: Rel (   127,     0)  ->  Abs (  1068,    84)
	 35: Rel (    45,     0)  ->  Abs (  1113,    84)
	 36: Rel (    26,   -24)  ->  Abs (  1139,    60)
	 37: Rel (     0,   -46)  ->  Abs (  1139,    14)
	 38: Rel (     0,  -157)  ->  Abs (  1139,  -143)
	 39: Rel (     0,   -68)  ->  Abs (  1139,  -211)
	 40: Rel (   -42,     0)  ->  Abs (  1097,  -211)
	 41: Rel (   -43,     0)  ->  Abs (  1054,  -211)
	 42: Rel (     0,    65)  ->  Abs (  1054,  -146)

	Glyph 625: off = 0x00021E1A, len = 472
	  numberOfContours:	1
	  xMin:			70
	  yMin:			0
	  xMax:			1119
	  yMax:			866

	EndPoints
	---------
	  0:  47

	  Length of Instructions:	349
	00000: NPUSHB      (33):    12     5    30     5    44     5    56     2    57     5 
	                            73     2   182    23     7   106     5     1    31    26 
	                            31    28    31    30    47    26    47    28    47    30 
	                             6    12     8 
	00035: PUSHW[1]            686 
	00038: NPUSHB      (11):    10    92     7    10    10     8     7    34    12    13 
	                            17 
	00051: PUSHW[1]            686 
	00054: NPUSHB      (14):     0    15     1    15    47    18    15    15    17    18 
	                            34    13    30    26 
	00070: PUSHW[1]            686 
	00073: NPUSHB      (14):    15    28     1    28    47    25    28    28    26    25 
	                            34    30    31    35 
	00089: PUSHW[1]            686 
	00092: NPUSHB      (11):    33    92    36    33    33    35    36    34    31    43 
	                            47 
	00105: PUSHW[1]            686 
	00108: NPUSHB      (11):    45   149     0    45    45    47     0    34    43    42 
	                            38 
	00121: PUSHW[1]            686 
	00124: NPUSHB      (89):    40    92    37    40    40    38    37    34    42    35 
	                            26    26    17     8    59    12     1    38    24    24 
	                            12    22    38     3     3    12    38    47    59    42 
	                            43    10    31    30    30    13    12     6    25     0 
	                            32    36    16    37    96    37     2    63    37    79 
	                            37    95    37   112    37   144    37   191    37   224 
	                            37   240    37     8    37    26    49    18    19    32 
	                             7    96     6     1   112     6   144     6   191     6 
	                           224     6   240     6     5     6    25    48   117 
	00215: PUSHW[2]            789    24 
	00220: CALL       
	00221: FLIPOFF    
	00222: SRP0       
	00223: MIRP[srp0,nmd,rd,0] 
	00224: DELTAP1    
	00225: DELTAP2    
	00226: ALIGNRP    
	00227: FLIPON     
	00228: MIRP[srp0,md,rd,1] 
	00229: ALIGNRP    
	00230: FLIPOFF    
	00231: SRP0       
	00232: MIRP[srp0,nmd,rd,2] 
	00233: DELTAP1    
	00234: DELTAP2    
	00235: ALIGNRP    
	00236: FLIPON     
	00237: MIRP[srp0,md,rd,1] 
	00238: ALIGNRP    
	00239: SVTCA[y-axis] 
	00240: MIAP[rd+ci] 
	00241: ALIGNRP    
	00242: ALIGNRP    
	00243: SRP0       
	00244: ALIGNRP    
	00245: MIAP[rd+ci] 
	00246: ALIGNRP    
	00247: MIRP[srp0,md,rd,1] 
	00248: ALIGNRP    
	00249: SRP2       
	00250: IP         
	00251: MDAP[rd]   
	00252: MIRP[srp0,md,rd,1] 
	00253: SRP1       
	00254: IP         
	00255: MDAP[rd]   
	00256: MIRP[nrp0,md,rd,1] 
	00257: SRP0       
	00258: MIRP[srp0,md,rd,1] 
	00259: ALIGNRP    
	00260: ALIGNRP    
	00261: SRP0       
	00262: ALIGNRP    
	00263: SRP0       
	00264: MIRP[srp0,md,rd,1] 
	00265: RTDG       
	00266: SRP2       
	00267: IP         
	00268: MDAP[rd]   
	00269: RTG        
	00270: SVTCA[x-axis] 
	00271: SRP0       
	00272: MIRP[srp0,nmd,rd,1] 
	00273: MIRP[srp0,nmd,rd,0] 
	00274: MDRP[nrp0,nmd,rd,0] 
	00275: SVTCA[y-axis] 
	00276: SRP0       
	00277: MIRP[srp0,md,rd,1] 
	00278: RTDG       
	00279: SRP2       
	00280: IP         
	00281: MDAP[rd]   
	00282: RTG        
	00283: SVTCA[x-axis] 
	00284: SRP0       
	00285: MIRP[srp0,nmd,rd,1] 
	00286: MIRP[srp0,nmd,rd,0] 
	00287: MDRP[nrp0,nmd,rd,0] 
	00288: SVTCA[y-axis] 
	00289: SRP0       
	00290: MIRP[srp0,md,rd,1] 
	00291: RTDG       
	00292: SRP2       
	00293: IP         
	00294: MDAP[rd]   
	00295: RTG        
	00296: SVTCA[x-axis] 
	00297: SRP0       
	00298: MIRP[srp0,nmd,rd,1] 
	00299: MIRP[srp0,nmd,rd,0] 
	00300: MDRP[nrp0,nmd,rd,0] 
	00301: SVTCA[y-axis] 
	00302: SRP0       
	00303: MIRP[srp0,md,rd,1] 
	00304: RTDG       
	00305: SRP2       
	00306: IP         
	00307: MDAP[rd]   
	00308: RTG        
	00309: SVTCA[x-axis] 
	00310: SRP0       
	00311: MIRP[srp0,nmd,rd,1] 
	00312: DELTAP1    
	00313: MIRP[srp0,nmd,rd,0] 
	00314: MDRP[nrp0,nmd,rd,0] 
	00315: SVTCA[y-axis] 
	00316: SRP0       
	00317: MIRP[srp0,md,rd,1] 
	00318: RTDG       
	00319: SRP2       
	00320: IP         
	00321: MDAP[rd]   
	00322: RTG        
	00323: SVTCA[x-axis] 
	00324: SRP0       
	00325: MIRP[srp0,nmd,rd,1] 
	00326: DELTAP1    
	00327: MIRP[srp0,nmd,rd,0] 
	00328: MDRP[nrp0,nmd,rd,0] 
	00329: SVTCA[y-axis] 
	00330: SRP0       
	00331: MIRP[srp0,md,rd,1] 
	00332: RTDG       
	00333: SRP2       
	00334: IP         
	00335: MDAP[rd]   
	00336: RTG        
	00337: SVTCA[x-axis] 
	00338: SRP0       
	00339: MIRP[srp0,nmd,rd,1] 
	00340: MIRP[srp0,nmd,rd,0] 
	00341: MDRP[nrp0,nmd,rd,0] 
	00342: SVTCA[x-axis] 
	00343: DELTAP1    
	00344: IUP[y]     
	00345: IUP[x]     
	00346: SVTCA[y-axis] 
	00347: DELTAP1    
	00348: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual                         On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual                               On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short On
	 37:        XDual                         On
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:  YDual                       X-Short On
	 43:  YDual                               On
	 44:  YDual                       X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   877,    84)  ->  Abs (   877,    84)
	  1: Rel (     0,   314)  ->  Abs (   877,   398)
	  2: Rel (  -166,  -116)  ->  Abs (   711,   282)
	  3: Rel (  -207,     0)  ->  Abs (   504,   282)
	  4: Rel (  -112,     0)  ->  Abs (   392,   282)
	  5: Rel (  -167,    98)  ->  Abs (   225,   380)
	  6: Rel (     0,   165)  ->  Abs (   225,   545)
	  7: Rel (     0,   236)  ->  Abs (   225,   781)
	  8: Rel (   -85,     0)  ->  Abs (   140,   781)
	  9: Rel (   -70,     0)  ->  Abs (    70,   781)
	 10: Rel (     0,    42)  ->  Abs (    70,   823)
	 11: Rel (     0,    43)  ->  Abs (    70,   866)
	 12: Rel (    70,     0)  ->  Abs (   140,   866)
	 13: Rel (   276,     0)  ->  Abs (   416,   866)
	 14: Rel (    71,     0)  ->  Abs (   487,   866)
	 15: Rel (     0,   -43)  ->  Abs (   487,   823)
	 16: Rel (     0,   -42)  ->  Abs (   487,   781)
	 17: Rel (   -71,     0)  ->  Abs (   416,   781)
	 18: Rel (  -107,     0)  ->  Abs (   309,   781)
	 19: Rel (     0,  -236)  ->  Abs (   309,   545)
	 20: Rel (     0,   -95)  ->  Abs (   309,   450)
	 21: Rel (    82,   -85)  ->  Abs (   391,   365)
	 22: Rel (   113,     0)  ->  Abs (   504,   365)
	 23: Rel (   173,     0)  ->  Abs (   677,   365)
	 24: Rel (   200,   129)  ->  Abs (   877,   494)
	 25: Rel (     0,   287)  ->  Abs (   877,   781)
	 26: Rel (   -89,     0)  ->  Abs (   788,   781)
	 27: Rel (   -71,     0)  ->  Abs (   717,   781)
	 28: Rel (     0,    42)  ->  Abs (   717,   823)
	 29: Rel (     0,    43)  ->  Abs (   717,   866)
	 30: Rel (    71,     0)  ->  Abs (   788,   866)
	 31: Rel (   261,     0)  ->  Abs (  1049,   866)
	 32: Rel (    70,     0)  ->  Abs (  1119,   866)
	 33: Rel (     0,   -43)  ->  Abs (  1119,   823)
	 34: Rel (     0,   -42)  ->  Abs (  1119,   781)
	 35: Rel (   -70,     0)  ->  Abs (  1049,   781)
	 36: Rel (   -87,     0)  ->  Abs (   962,   781)
	 37: Rel (     0,  -697)  ->  Abs (   962,    84)
	 38: Rel (    87,     0)  ->  Abs (  1049,    84)
	 39: Rel (    70,     0)  ->  Abs (  1119,    84)
	 40: Rel (     0,   -42)  ->  Abs (  1119,    42)
	 41: Rel (     0,   -42)  ->  Abs (  1119,     0)
	 42: Rel (   -70,     0)  ->  Abs (  1049,     0)
	 43: Rel (  -399,     0)  ->  Abs (   650,     0)
	 44: Rel (   -71,     0)  ->  Abs (   579,     0)
	 45: Rel (     0,    42)  ->  Abs (   579,    42)
	 46: Rel (     0,    42)  ->  Abs (   579,    84)
	 47: Rel (    71,     0)  ->  Abs (   650,    84)

	Glyph 626: off = 0x00021FF2, len = 608
	  numberOfContours:	1
	  xMin:			33
	  yMin:			0
	  xMax:			1196
	  yMax:			866

	EndPoints
	---------
	  0:  51

	  Length of Instructions:	480
	00000: PUSHW[2]             35   -64 
	00005: PUSHB[4]             12    17    52    31 
	00010: PUSHW[1]            -64 
	00013: PUSHB[4]             12    17    52    33 
	00018: PUSHW[1]            -64 
	00021: NPUSHB      (20):    12    17    52     6    64    12    17    52     2    64 
	                            12    17    52     4    64    12    17    52    18    14 
	00043: PUSHW[1]            686 
	00046: PUSHB[6]             64    16    80    16     2    16 
	00053: PUSHW[1]            779 
	00056: NPUSHB       (9):    13    16    16    14    13    34    18    30    26 
	00067: PUSHW[1]            686 
	00070: PUSHB[4]             31    28     1    28 
	00075: PUSHW[1]            779 
	00078: NPUSHB       (9):    25    28    28    26    25    34    30    44    40 
	00089: PUSHW[1]            686 
	00092: PUSHB[8]             31    42    47    42    63    42     3    42 
	00101: PUSHW[1]            779 
	00104: NPUSHB       (9):    39    42    42    40    39    34    44     6     2 
	00115: PUSHW[1]            686 
	00118: PUSHB[6]             31     4    47     4     2     4 
	00125: PUSHW[1]            779 
	00128: NPUSHB       (9):     1     4     4     2     1    34     6    19    23 
	00139: PUSHW[1]            686 
	00142: PUSHB[4]             31    21     1    21 
	00147: PUSHW[1]            779 
	00150: NPUSHB       (9):    24    21    21    23    24    34    19    31    35 
	00161: PUSHW[1]            686 
	00164: PUSHB[6]             16    33    32    33     2    33 
	00171: PUSHW[1]            779 
	00174: NPUSHB       (9):    36    33    33    35    36    34    31    45    49 
	00185: PUSHW[1]            686 
	00188: PUSHB[8]             16    47    32    47    48    47     3    47 
	00197: PUSHW[1]            779 
	00200: NPUSHB       (9):    50    47    47    49    50    34    45     7    11 
	00211: PUSHW[1]            686 
	00214: PUSHB[6]             64     9    80     9     2     9 
	00221: PUSHW[1]            779 
	00224: NPUSHB      (43):    12     9     9    11    12    34     7    11     2     2 
	                            49    49    40    40    35    26    59    30     7     6 
	                             6    45    45    44    44    31    30     6    14    51 
	                            51    37    37    23    32    18    19    10    36    37 
	                            32    25    24 
	00269: PUSHW[1]            788 
	00272: PUSHB[6]             38     1     0    32    12    13 
	00279: PUSHW[1]            788 
	00282: NPUSHB      (31):    50    51    32    39    16    38   128    38   144    38 
	                             3    32    38   144    38   160    38     3     0    38 
	                            16    38   128    38   240    38     4    38    42   172 
	                            24 
	00315: CALL       
	00316: MDAP[rd]   
	00317: DELTAP1    
	00318: DELTAP2    
	00319: DELTAP3    
	00320: ALIGNRP    
	00321: MIRP[srp0,md,rd,1] 
	00322: ALIGNRP    
	00323: MIRP[srp0,nmd,rd,0] 
	00324: ALIGNRP    
	00325: MIRP[srp0,md,rd,1] 
	00326: ALIGNRP    
	00327: SRP0       
	00328: MIRP[srp0,nmd,rd,0] 
	00329: ALIGNRP    
	00330: MIRP[srp0,md,rd,1] 
	00331: ALIGNRP    
	00332: SVTCA[y-axis] 
	00333: MIAP[rd+ci] 
	00334: ALIGNRP    
	00335: MIRP[srp0,md,rd,1] 
	00336: ALIGNRP    
	00337: SRP0       
	00338: ALIGNRP    
	00339: SRP0       
	00340: ALIGNRP    
	00341: MIAP[rd+ci] 
	00342: ALIGNRP    
	00343: ALIGNRP    
	00344: SRP0       
	00345: ALIGNRP    
	00346: SRP0       
	00347: ALIGNRP    
	00348: SRP0       
	00349: ALIGNRP    
	00350: SRP0       
	00351: MIRP[srp0,md,rd,1] 
	00352: ALIGNRP    
	00353: ALIGNRP    
	00354: SRP0       
	00355: ALIGNRP    
	00356: SRP0       
	00357: ALIGNRP    
	00358: SRP0       
	00359: ALIGNRP    
	00360: SRP0       
	00361: MIRP[srp0,md,rd,1] 
	00362: RTDG       
	00363: SRP2       
	00364: IP         
	00365: MDAP[rd]   
	00366: RTG        
	00367: SVTCA[x-axis] 
	00368: SRP0       
	00369: MIRP[srp0,nmd,rd,1] 
	00370: DELTAP1    
	00371: MIRP[srp0,nmd,rd,0] 
	00372: MDRP[nrp0,nmd,rd,0] 
	00373: SVTCA[y-axis] 
	00374: SRP0       
	00375: MIRP[srp0,md,rd,1] 
	00376: RTDG       
	00377: SRP2       
	00378: IP         
	00379: MDAP[rd]   
	00380: RTG        
	00381: SVTCA[x-axis] 
	00382: SRP0       
	00383: MIRP[srp0,nmd,rd,1] 
	00384: DELTAP1    
	00385: MIRP[srp0,nmd,rd,0] 
	00386: MDRP[nrp0,nmd,rd,0] 
	00387: SVTCA[y-axis] 
	00388: SRP0       
	00389: MIRP[srp0,md,rd,1] 
	00390: RTDG       
	00391: SRP2       
	00392: IP         
	00393: MDAP[rd]   
	00394: RTG        
	00395: SVTCA[x-axis] 
	00396: SRP0       
	00397: MIRP[srp0,nmd,rd,1] 
	00398: DELTAP1    
	00399: MIRP[srp0,nmd,rd,0] 
	00400: MDRP[nrp0,nmd,rd,0] 
	00401: SVTCA[y-axis] 
	00402: SRP0       
	00403: MIRP[srp0,md,rd,1] 
	00404: RTDG       
	00405: SRP2       
	00406: IP         
	00407: MDAP[rd]   
	00408: RTG        
	00409: SVTCA[x-axis] 
	00410: SRP0       
	00411: MIRP[srp0,nmd,rd,1] 
	00412: DELTAP1    
	00413: MIRP[srp0,nmd,rd,0] 
	00414: MDRP[nrp0,nmd,rd,0] 
	00415: SVTCA[y-axis] 
	00416: SRP0       
	00417: MIRP[srp0,md,rd,1] 
	00418: RTDG       
	00419: SRP2       
	00420: IP         
	00421: MDAP[rd]   
	00422: RTG        
	00423: SVTCA[x-axis] 
	00424: SRP0       
	00425: MIRP[srp0,nmd,rd,1] 
	00426: DELTAP1    
	00427: MIRP[srp0,nmd,rd,0] 
	00428: MDRP[nrp0,nmd,rd,0] 
	00429: SVTCA[y-axis] 
	00430: SRP0       
	00431: MIRP[srp0,md,rd,1] 
	00432: RTDG       
	00433: SRP2       
	00434: IP         
	00435: MDAP[rd]   
	00436: RTG        
	00437: SVTCA[x-axis] 
	00438: SRP0       
	00439: MIRP[srp0,nmd,rd,1] 
	00440: DELTAP1    
	00441: MIRP[srp0,nmd,rd,0] 
	00442: MDRP[nrp0,nmd,rd,0] 
	00443: SVTCA[y-axis] 
	00444: SRP0       
	00445: MIRP[srp0,md,rd,1] 
	00446: RTDG       
	00447: SRP2       
	00448: IP         
	00449: MDAP[rd]   
	00450: RTG        
	00451: SVTCA[x-axis] 
	00452: SRP0       
	00453: MIRP[srp0,nmd,rd,1] 
	00454: DELTAP1    
	00455: MIRP[srp0,nmd,rd,0] 
	00456: MDRP[nrp0,nmd,rd,0] 
	00457: SVTCA[y-axis] 
	00458: SRP0       
	00459: MIRP[srp0,md,rd,1] 
	00460: RTDG       
	00461: SRP2       
	00462: IP         
	00463: MDAP[rd]   
	00464: RTG        
	00465: SVTCA[x-axis] 
	00466: SRP0       
	00467: MIRP[srp0,nmd,rd,1] 
	00468: DELTAP1    
	00469: MIRP[srp0,nmd,rd,0] 
	00470: MDRP[nrp0,nmd,rd,0] 
	00471: SVTCA[x-axis] 
	00472: CALL       
	00473: CALL       
	00474: CALL       
	00475: CALL       
	00476: CALL       
	00477: CALL       
	00478: IUP[y]     
	00479: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:        XDual                         On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short On
	 37:        XDual                         On
	 38:  YDual                               On
	 39:        XDual                         On
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short On
	 51:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   991,    84)  ->  Abs (   991,    84)
	  1: Rel (     0,   697)  ->  Abs (   991,   781)
	  2: Rel (   -47,     0)  ->  Abs (   944,   781)
	  3: Rel (   -56,     0)  ->  Abs (   888,   781)
	  4: Rel (     0,    42)  ->  Abs (   888,   823)
	  5: Rel (     0,    43)  ->  Abs (   888,   866)
	  6: Rel (    56,     0)  ->  Abs (   944,   866)
	  7: Rel (   177,     0)  ->  Abs (  1121,   866)
	  8: Rel (    57,     0)  ->  Abs (  1178,   866)
	  9: Rel (     0,   -43)  ->  Abs (  1178,   823)
	 10: Rel (     0,   -42)  ->  Abs (  1178,   781)
	 11: Rel (   -57,     0)  ->  Abs (  1121,   781)
	 12: Rel (   -46,     0)  ->  Abs (  1075,   781)
	 13: Rel (     0,  -697)  ->  Abs (  1075,    84)
	 14: Rel (    64,     0)  ->  Abs (  1139,    84)
	 15: Rel (    57,     0)  ->  Abs (  1196,    84)
	 16: Rel (     0,   -42)  ->  Abs (  1196,    42)
	 17: Rel (     0,   -42)  ->  Abs (  1196,     0)
	 18: Rel (   -57,     0)  ->  Abs (  1139,     0)
	 19: Rel ( -1050,     0)  ->  Abs (    89,     0)
	 20: Rel (   -56,     0)  ->  Abs (    33,     0)
	 21: Rel (     0,    42)  ->  Abs (    33,    42)
	 22: Rel (     0,    42)  ->  Abs (    33,    84)
	 23: Rel (    56,     0)  ->  Abs (    89,    84)
	 24: Rel (    65,     0)  ->  Abs (   154,    84)
	 25: Rel (     0,   697)  ->  Abs (   154,   781)
	 26: Rel (   -47,     0)  ->  Abs (   107,   781)
	 27: Rel (   -56,     0)  ->  Abs (    51,   781)
	 28: Rel (     0,    42)  ->  Abs (    51,   823)
	 29: Rel (     0,    43)  ->  Abs (    51,   866)
	 30: Rel (    56,     0)  ->  Abs (   107,   866)
	 31: Rel (   177,     0)  ->  Abs (   284,   866)
	 32: Rel (    57,     0)  ->  Abs (   341,   866)
	 33: Rel (     0,   -43)  ->  Abs (   341,   823)
	 34: Rel (     0,   -42)  ->  Abs (   341,   781)
	 35: Rel (   -57,     0)  ->  Abs (   284,   781)
	 36: Rel (   -46,     0)  ->  Abs (   238,   781)
	 37: Rel (     0,  -697)  ->  Abs (   238,    84)
	 38: Rel (   334,     0)  ->  Abs (   572,    84)
	 39: Rel (     0,   697)  ->  Abs (   572,   781)
	 40: Rel (   -46,     0)  ->  Abs (   526,   781)
	 41: Rel (   -56,     0)  ->  Abs (   470,   781)
	 42: Rel (     0,    42)  ->  Abs (   470,   823)
	 43: Rel (     0,    43)  ->  Abs (   470,   866)
	 44: Rel (    56,     0)  ->  Abs (   526,   866)
	 45: Rel (   177,     0)  ->  Abs (   703,   866)
	 46: Rel (    56,     0)  ->  Abs (   759,   866)
	 47: Rel (     0,   -43)  ->  Abs (   759,   823)
	 48: Rel (     0,   -42)  ->  Abs (   759,   781)
	 49: Rel (   -56,     0)  ->  Abs (   703,   781)
	 50: Rel (   -46,     0)  ->  Abs (   657,   781)
	 51: Rel (     0,  -697)  ->  Abs (   657,    84)

	Glyph 627: off = 0x00022252, len = 600
	  numberOfContours:	1
	  xMin:			33
	  yMin:			-211
	  xMax:			1229
	  yMax:			866

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	460
	00000: PUSHW[2]             23   -64 
	00005: PUSHB[4]             12    17    52    27 
	00010: PUSHW[1]            -64 
	00013: PUSHB[4]             12    17    52    25 
	00018: PUSHW[1]            -64 
	00021: NPUSHB      (20):    12    17    52    46    64    12    17    52    50    64 
	                            12    17    52    48    64    12    17    52    11    15 
	00043: PUSHW[1]            686 
	00046: PUSHB[4]             31    13     1    13 
	00051: PUSHW[1]            779 
	00054: NPUSHB       (9):    16    13    13    15    16    34    11    22    18 
	00065: PUSHW[1]            686 
	00068: PUSHB[4]             31    20     1    20 
	00073: PUSHW[1]            779 
	00076: NPUSHB       (9):    17    20    20    18    17    34    22    23    27 
	00087: PUSHW[1]            686 
	00090: PUSHB[6]             16    25    32    25     2    25 
	00097: PUSHW[1]            779 
	00100: NPUSHB       (9):    28    25    25    27    28    34    23    50    46 
	00111: PUSHW[1]            686 
	00114: PUSHB[6]             31    48    47    48     2    48 
	00121: PUSHW[1]            779 
	00124: NPUSHB       (9):    45    48    48    46    45    34    50    51    55 
	00135: PUSHW[1]            686 
	00138: PUSHB[6]             64    53    80    53     2    53 
	00145: PUSHW[1]            779 
	00148: NPUSHB       (9):    56    53    53    55    56    34    51    36    32 
	00159: PUSHW[1]            686 
	00162: PUSHB[8]             31    34    47    34    63    34     3    34 
	00171: PUSHW[1]            779 
	00174: NPUSHB       (9):    31    34    34    32    31    34    36    37    41 
	00185: PUSHW[1]            686 
	00188: PUSHB[8]             16    39    32    39    48    39     3    39 
	00197: PUSHW[1]            779 
	00200: NPUSHB      (53):    42    39    39    41    42    34    37     7     1    43 
	                            43    29    15    32    10    11    10    55    46    46 
	                            41    32    32    27    18    59    22    51    50    50 
	                            37    36    36    23    22     6     9    59     0     4 
	                            64     4    80     4     3     4   195     0    28    29 
	                            32    17    16 
	00255: PUSHW[1]            788 
	00258: PUSHB[7]             30    45    44    56    44    32     0 
	00266: PUSHW[1]            788 
	00269: NPUSHB      (34):    42    43    31    43    32    16    30   128    30   144 
	                            30     3    32    30   144    30   160    30   208    30 
	                             4     0    30    16    30   128    30   240    30     4 
	                            30    42   172    24 
	00305: CALL       
	00306: MDAP[rd]   
	00307: DELTAP1    
	00308: DELTAP2    
	00309: DELTAP3    
	00310: MIRP[nrp0,md,rd,1] 
	00311: ALIGNRP    
	00312: SRP0       
	00313: ALIGNRP    
	00314: MIRP[srp0,nmd,rd,0] 
	00315: MIRP[nrp0,md,rd,1] 
	00316: ALIGNRP    
	00317: SRP0       
	00318: ALIGNRP    
	00319: SRP0       
	00320: MIRP[srp0,nmd,rd,0] 
	00321: ALIGNRP    
	00322: MIRP[srp0,md,rd,1] 
	00323: ALIGNRP    
	00324: SRP0       
	00325: MIRP[srp0,nmd,rd,0] 
	00326: DELTAP1    
	00327: MIRP[nrp0,md,rd,1] 
	00328: SVTCA[y-axis] 
	00329: MIAP[rd+ci] 
	00330: ALIGNRP    
	00331: ALIGNRP    
	00332: SRP0       
	00333: ALIGNRP    
	00334: ALIGNRP    
	00335: SRP0       
	00336: ALIGNRP    
	00337: SRP0       
	00338: MIRP[srp0,md,rd,1] 
	00339: ALIGNRP    
	00340: ALIGNRP    
	00341: SRP0       
	00342: ALIGNRP    
	00343: ALIGNRP    
	00344: SRP0       
	00345: ALIGNRP    
	00346: MIAP[rd+ci] 
	00347: ALIGNRP    
	00348: MIRP[srp0,md,rd,1] 
	00349: ALIGNRP    
	00350: ALIGNRP    
	00351: SRP0       
	00352: ALIGNRP    
	00353: MDAP[rd]   
	00354: SRP0       
	00355: MIRP[srp0,md,rd,1] 
	00356: RTDG       
	00357: SRP2       
	00358: IP         
	00359: MDAP[rd]   
	00360: RTG        
	00361: SVTCA[x-axis] 
	00362: SRP0       
	00363: MIRP[srp0,nmd,rd,1] 
	00364: DELTAP1    
	00365: MIRP[srp0,nmd,rd,0] 
	00366: MDRP[nrp0,nmd,rd,0] 
	00367: SVTCA[y-axis] 
	00368: SRP0       
	00369: MIRP[srp0,md,rd,1] 
	00370: RTDG       
	00371: SRP2       
	00372: IP         
	00373: MDAP[rd]   
	00374: RTG        
	00375: SVTCA[x-axis] 
	00376: SRP0       
	00377: MIRP[srp0,nmd,rd,1] 
	00378: DELTAP1    
	00379: MIRP[srp0,nmd,rd,0] 
	00380: MDRP[nrp0,nmd,rd,0] 
	00381: SVTCA[y-axis] 
	00382: SRP0       
	00383: MIRP[srp0,md,rd,1] 
	00384: RTDG       
	00385: SRP2       
	00386: IP         
	00387: MDAP[rd]   
	00388: RTG        
	00389: SVTCA[x-axis] 
	00390: SRP0       
	00391: MIRP[srp0,nmd,rd,1] 
	00392: DELTAP1    
	00393: MIRP[srp0,nmd,rd,0] 
	00394: MDRP[nrp0,nmd,rd,0] 
	00395: SVTCA[y-axis] 
	00396: SRP0       
	00397: MIRP[srp0,md,rd,1] 
	00398: RTDG       
	00399: SRP2       
	00400: IP         
	00401: MDAP[rd]   
	00402: RTG        
	00403: SVTCA[x-axis] 
	00404: SRP0       
	00405: MIRP[srp0,nmd,rd,1] 
	00406: DELTAP1    
	00407: MIRP[srp0,nmd,rd,0] 
	00408: MDRP[nrp0,nmd,rd,0] 
	00409: SVTCA[y-axis] 
	00410: SRP0       
	00411: MIRP[srp0,md,rd,1] 
	00412: RTDG       
	00413: SRP2       
	00414: IP         
	00415: MDAP[rd]   
	00416: RTG        
	00417: SVTCA[x-axis] 
	00418: SRP0       
	00419: MIRP[srp0,nmd,rd,1] 
	00420: DELTAP1    
	00421: MIRP[srp0,nmd,rd,0] 
	00422: MDRP[nrp0,nmd,rd,0] 
	00423: SVTCA[y-axis] 
	00424: SRP0       
	00425: MIRP[srp0,md,rd,1] 
	00426: RTDG       
	00427: SRP2       
	00428: IP         
	00429: MDAP[rd]   
	00430: RTG        
	00431: SVTCA[x-axis] 
	00432: SRP0       
	00433: MIRP[srp0,nmd,rd,1] 
	00434: DELTAP1    
	00435: MIRP[srp0,nmd,rd,0] 
	00436: MDRP[nrp0,nmd,rd,0] 
	00437: SVTCA[y-axis] 
	00438: SRP0       
	00439: MIRP[srp0,md,rd,1] 
	00440: RTDG       
	00441: SRP2       
	00442: IP         
	00443: MDAP[rd]   
	00444: RTG        
	00445: SVTCA[x-axis] 
	00446: SRP0       
	00447: MIRP[srp0,nmd,rd,1] 
	00448: DELTAP1    
	00449: MIRP[srp0,nmd,rd,0] 
	00450: MDRP[nrp0,nmd,rd,0] 
	00451: SVTCA[x-axis] 
	00452: CALL       
	00453: CALL       
	00454: CALL       
	00455: CALL       
	00456: CALL       
	00457: CALL       
	00458: IUP[y]     
	00459: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short On
	 29:        XDual                         On
	 30:  YDual                               On
	 31:        XDual                         On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short On
	 43:        XDual                         On
	 44:  YDual                               On
	 45:        XDual                         On
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:  YDual                       X-Short On
	 56:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1075,    84)  ->  Abs (  1075,    84)
	  1: Rel (    83,     0)  ->  Abs (  1158,    84)
	  2: Rel (    47,     0)  ->  Abs (  1205,    84)
	  3: Rel (    24,   -22)  ->  Abs (  1229,    62)
	  4: Rel (     0,   -48)  ->  Abs (  1229,    14)
	  5: Rel (     0,  -157)  ->  Abs (  1229,  -143)
	  6: Rel (     0,   -68)  ->  Abs (  1229,  -211)
	  7: Rel (   -42,     0)  ->  Abs (  1187,  -211)
	  8: Rel (   -43,     0)  ->  Abs (  1144,  -211)
	  9: Rel (     0,    65)  ->  Abs (  1144,  -146)
	 10: Rel (     0,   146)  ->  Abs (  1144,     0)
	 11: Rel ( -1055,     0)  ->  Abs (    89,     0)
	 12: Rel (   -56,     0)  ->  Abs (    33,     0)
	 13: Rel (     0,    42)  ->  Abs (    33,    42)
	 14: Rel (     0,    42)  ->  Abs (    33,    84)
	 15: Rel (    56,     0)  ->  Abs (    89,    84)
	 16: Rel (    65,     0)  ->  Abs (   154,    84)
	 17: Rel (     0,   697)  ->  Abs (   154,   781)
	 18: Rel (   -47,     0)  ->  Abs (   107,   781)
	 19: Rel (   -56,     0)  ->  Abs (    51,   781)
	 20: Rel (     0,    42)  ->  Abs (    51,   823)
	 21: Rel (     0,    43)  ->  Abs (    51,   866)
	 22: Rel (    56,     0)  ->  Abs (   107,   866)
	 23: Rel (   177,     0)  ->  Abs (   284,   866)
	 24: Rel (    57,     0)  ->  Abs (   341,   866)
	 25: Rel (     0,   -43)  ->  Abs (   341,   823)
	 26: Rel (     0,   -42)  ->  Abs (   341,   781)
	 27: Rel (   -57,     0)  ->  Abs (   284,   781)
	 28: Rel (   -46,     0)  ->  Abs (   238,   781)
	 29: Rel (     0,  -697)  ->  Abs (   238,    84)
	 30: Rel (   334,     0)  ->  Abs (   572,    84)
	 31: Rel (     0,   697)  ->  Abs (   572,   781)
	 32: Rel (   -46,     0)  ->  Abs (   526,   781)
	 33: Rel (   -56,     0)  ->  Abs (   470,   781)
	 34: Rel (     0,    42)  ->  Abs (   470,   823)
	 35: Rel (     0,    43)  ->  Abs (   470,   866)
	 36: Rel (    56,     0)  ->  Abs (   526,   866)
	 37: Rel (   177,     0)  ->  Abs (   703,   866)
	 38: Rel (    56,     0)  ->  Abs (   759,   866)
	 39: Rel (     0,   -43)  ->  Abs (   759,   823)
	 40: Rel (     0,   -42)  ->  Abs (   759,   781)
	 41: Rel (   -56,     0)  ->  Abs (   703,   781)
	 42: Rel (   -46,     0)  ->  Abs (   657,   781)
	 43: Rel (     0,  -697)  ->  Abs (   657,    84)
	 44: Rel (   334,     0)  ->  Abs (   991,    84)
	 45: Rel (     0,   697)  ->  Abs (   991,   781)
	 46: Rel (   -47,     0)  ->  Abs (   944,   781)
	 47: Rel (   -56,     0)  ->  Abs (   888,   781)
	 48: Rel (     0,    42)  ->  Abs (   888,   823)
	 49: Rel (     0,    43)  ->  Abs (   888,   866)
	 50: Rel (    56,     0)  ->  Abs (   944,   866)
	 51: Rel (   177,     0)  ->  Abs (  1121,   866)
	 52: Rel (    57,     0)  ->  Abs (  1178,   866)
	 53: Rel (     0,   -43)  ->  Abs (  1178,   823)
	 54: Rel (     0,   -42)  ->  Abs (  1178,   781)
	 55: Rel (   -57,     0)  ->  Abs (  1121,   781)
	 56: Rel (   -46,     0)  ->  Abs (  1075,   781)

	Glyph 628: off = 0x000224AA, len = 304
	  numberOfContours:	2
	  xMin:			75
	  yMin:			0
	  xMax:			1164
	  yMax:			866

	EndPoints
	---------
	  0:  26
	  1:  35

	  Length of Instructions:	201
	00000: PUSHB[6]             17    40    22    26    52    15 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (11):    22    26    52   182    30     1   198    30     1    20 
	                            24 
	00023: PUSHW[3]            686    22   779 
	00030: NPUSHB       (9):    25    22    22    24    25    34    20     7    11 
	00041: PUSHW[1]            686 
	00044: NPUSHB      (77):     9    47    12     9     9    11    12    34     7    13 
	                            59    35    35     6    28    24    59    19    20     3 
	                            11    59     7     7     0    59     6    20    10     6 
	                             6    12    27    26    27    32   143    25   159    25 
	                             2    64    25    80    25     2    25    25     5    31 
	                            59    79    16   112    16   191    16   223    16     4 
	                            16    26    37     1    59    79     5   112     5   191 
	                             5   223     5     4     5    25    36 
	00123: PUSHW[3]            297   289    24 
	00130: CALL       
	00131: FLIPOFF    
	00132: SRP0       
	00133: MIRP[srp0,nmd,rd,0] 
	00134: DELTAP1    
	00135: FLIPON     
	00136: MIRP[nrp0,md,rd,1] 
	00137: FLIPOFF    
	00138: SRP0       
	00139: MIRP[srp0,nmd,rd,2] 
	00140: DELTAP1    
	00141: FLIPON     
	00142: MIRP[nrp0,md,rd,1] 
	00143: SRP2       
	00144: IP         
	00145: MDAP[rd]   
	00146: DELTAP1    
	00147: DELTAP2    
	00148: MIRP[nrp0,md,rd,1] 
	00149: ALIGNRP    
	00150: SRP0       
	00151: ALIGNRP    
	00152: SVTCA[y-axis] 
	00153: MIAP[rd+ci] 
	00154: MIAP[rd+ci] 
	00155: SRP0       
	00156: MIRP[nrp0,md,rd,1] 
	00157: ALIGNRP    
	00158: SRP0       
	00159: MIRP[nrp0,md,rd,1] 
	00160: MDAP[rd]   
	00161: SRP0       
	00162: ALIGNRP    
	00163: MIRP[srp0,md,rd,1] 
	00164: ALIGNRP    
	00165: SRP2       
	00166: IP         
	00167: MDAP[rd]   
	00168: MIRP[nrp0,md,rd,1] 
	00169: SRP0       
	00170: MIRP[srp0,md,rd,1] 
	00171: RTDG       
	00172: SRP2       
	00173: IP         
	00174: MDAP[rd]   
	00175: RTG        
	00176: SVTCA[x-axis] 
	00177: SRP0       
	00178: MIRP[srp0,nmd,rd,1] 
	00179: MIRP[srp0,nmd,rd,0] 
	00180: MDRP[nrp0,nmd,rd,0] 
	00181: SVTCA[y-axis] 
	00182: SRP0       
	00183: MIRP[srp0,md,rd,1] 
	00184: RTDG       
	00185: SRP2       
	00186: IP         
	00187: MDAP[rd]   
	00188: RTG        
	00189: SVTCA[x-axis] 
	00190: SRP0       
	00191: MIRP[srp0,nmd,rd,1] 
	00192: MIRP[srp0,nmd,rd,0] 
	00193: MDRP[nrp0,nmd,rd,0] 
	00194: IUP[y]     
	00195: IUP[x]     
	00196: SVTCA[y-axis] 
	00197: DELTAP1    
	00198: DELTAP2    
	00199: CALL       
	00200: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual         Y-Short         On
	  2:        XDual         Y-Short         Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:  YDual                               Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                               On
	 20:  YDual                               On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:        XDual                 X-Short On
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   159,   781)  ->  Abs (   159,   781)
	  1: Rel (     0,  -205)  ->  Abs (   159,   576)
	  2: Rel (     0,   -56)  ->  Abs (   159,   520)
	  3: Rel (   -42,     0)  ->  Abs (   117,   520)
	  4: Rel (   -42,     0)  ->  Abs (    75,   520)
	  5: Rel (     0,    56)  ->  Abs (    75,   576)
	  6: Rel (     0,   290)  ->  Abs (    75,   866)
	  7: Rel (   585,     0)  ->  Abs (   660,   866)
	  8: Rel (    56,     0)  ->  Abs (   716,   866)
	  9: Rel (     0,   -43)  ->  Abs (   716,   823)
	 10: Rel (     0,   -42)  ->  Abs (   716,   781)
	 11: Rel (   -56,     0)  ->  Abs (   660,   781)
	 12: Rel (  -113,     0)  ->  Abs (   547,   781)
	 13: Rel (     0,  -283)  ->  Abs (   547,   498)
	 14: Rel (   229,     0)  ->  Abs (   776,   498)
	 15: Rel (   388,     0)  ->  Abs (  1164,   498)
	 16: Rel (     0,  -238)  ->  Abs (  1164,   260)
	 17: Rel (     0,  -103)  ->  Abs (  1164,   157)
	 18: Rel (  -130,  -157)  ->  Abs (  1034,     0)
	 19: Rel (  -258,     0)  ->  Abs (   776,     0)
	 20: Rel (  -362,     0)  ->  Abs (   414,     0)
	 21: Rel (   -56,     0)  ->  Abs (   358,     0)
	 22: Rel (     0,    42)  ->  Abs (   358,    42)
	 23: Rel (     0,    42)  ->  Abs (   358,    84)
	 24: Rel (    56,     0)  ->  Abs (   414,    84)
	 25: Rel (    49,     0)  ->  Abs (   463,    84)
	 26: Rel (     0,   697)  ->  Abs (   463,   781)
	 27: Rel (    84,  -697)  ->  Abs (   547,    84)
	 28: Rel (   225,     0)  ->  Abs (   772,    84)
	 29: Rel (   190,     0)  ->  Abs (   962,    84)
	 30: Rel (   116,    90)  ->  Abs (  1078,   174)
	 31: Rel (     0,    82)  ->  Abs (  1078,   256)
	 32: Rel (     0,    90)  ->  Abs (  1078,   346)
	 33: Rel (  -139,    67)  ->  Abs (   939,   413)
	 34: Rel (  -170,     0)  ->  Abs (   769,   413)
	 35: Rel (  -222,     0)  ->  Abs (   547,   413)

	Glyph 629: off = 0x000225DA, len = 556
	  numberOfContours:	3
	  xMin:			24
	  yMin:			0
	  xMax:			1223
	  yMax:			866

	EndPoints
	---------
	  0:  23
	  1:  48
	  2:  57

	  Length of Instructions:	403
	00000: NPUSHB      (14):    18    30     1    30    32    22    26    52    29    32 
	                            22    26    52    27 
	00016: PUSHW[1]            -40 
	00019: NPUSHB      (11):    22    25    52    21    27   120    30   168    30     3 
	                            52 
	00032: PUSHW[1]             -8 
	00035: PUSHB[5]             18    21    52    44    48 
	00041: PUSHW[1]            686 
	00044: NPUSHB      (16):     0    46    16    46     2    46    47    24    46    46 
	                            48    24    34    44    43    39 
	00062: PUSHW[3]            686    41   779 
	00069: NPUSHB       (9):    38    41    41    39    38    34    43    32    36 
	00080: PUSHW[3]            686    34   779 
	00087: NPUSHB       (9):    37    34    34    36    37    34    32     7    11 
	00098: PUSHW[1]            686 
	00101: NPUSHB      (14):    31     9     1     9    47    12     9     9    11    12 
	                            34     7     6     2 
	00117: PUSHW[1]            686 
	00120: NPUSHB      (14):     0     4     1     4    47     1     4     4     2     1 
	                            34     6    18    14 
	00136: PUSHW[1]            686 
	00139: NPUSHB      (14):    31    16     1    16    47    13    16    16    14    13 
	                            34    18    19    23 
	00155: PUSHW[1]            686 
	00158: NPUSHB      (88):     0    21     1    21    47     0    21    21    23     0 
	                            34    19     2    11    59     7    49    36    59    32 
	                            25    33    57    57    32    23    14    14    48    48 
	                            39    59    43    19    18    18    44    43     6     8 
	                             7     7    31    32    10    53    59     0    28    32 
	                            28    48    28   160    28   176    28     5    28    28 
	                            37    13    12    32     0    15     1   191     1     2 
	                             1    26    59    24    49    32    38     0    37   191 
	                            37     2    37    25    58    42   172    24 
	00248: CALL       
	00249: FLIPOFF    
	00250: SRP0       
	00251: MIRP[srp0,nmd,rd,0] 
	00252: DELTAP1    
	00253: ALIGNRP    
	00254: FLIPON     
	00255: MIRP[srp0,md,rd,1] 
	00256: ALIGNRP    
	00257: FLIPOFF    
	00258: SRP0       
	00259: MIRP[srp0,nmd,rd,2] 
	00260: DELTAP1    
	00261: ALIGNRP    
	00262: FLIPON     
	00263: MIRP[srp0,md,rd,1] 
	00264: ALIGNRP    
	00265: SRP2       
	00266: IP         
	00267: MDAP[rd]   
	00268: DELTAP1    
	00269: MIRP[nrp0,md,rd,1] 
	00270: SVTCA[y-axis] 
	00271: MIAP[rd+ci] 
	00272: ALIGNRP    
	00273: ALIGNRP    
	00274: SRP0       
	00275: ALIGNRP    
	00276: MIAP[rd+ci] 
	00277: ALIGNRP    
	00278: ALIGNRP    
	00279: SRP0       
	00280: ALIGNRP    
	00281: SRP0       
	00282: MIRP[srp0,md,rd,1] 
	00283: ALIGNRP    
	00284: SRP0       
	00285: ALIGNRP    
	00286: SRP0       
	00287: ALIGNRP    
	00288: SRP2       
	00289: IP         
	00290: MDAP[rd]   
	00291: MIRP[nrp0,md,rd,1] 
	00292: SRP0       
	00293: MIRP[srp0,md,rd,1] 
	00294: ALIGNRP    
	00295: SRP0       
	00296: MIRP[srp0,md,rd,1] 
	00297: ALIGNRP    
	00298: SRP0       
	00299: MIRP[srp0,md,rd,1] 
	00300: RTDG       
	00301: SRP2       
	00302: IP         
	00303: MDAP[rd]   
	00304: RTG        
	00305: SVTCA[x-axis] 
	00306: SRP0       
	00307: MIRP[srp0,nmd,rd,1] 
	00308: DELTAP1    
	00309: MIRP[srp0,nmd,rd,0] 
	00310: MDRP[nrp0,nmd,rd,0] 
	00311: SVTCA[y-axis] 
	00312: SRP0       
	00313: MIRP[srp0,md,rd,1] 
	00314: RTDG       
	00315: SRP2       
	00316: IP         
	00317: MDAP[rd]   
	00318: RTG        
	00319: SVTCA[x-axis] 
	00320: SRP0       
	00321: MIRP[srp0,nmd,rd,1] 
	00322: DELTAP1    
	00323: MIRP[srp0,nmd,rd,0] 
	00324: MDRP[nrp0,nmd,rd,0] 
	00325: SVTCA[y-axis] 
	00326: SRP0       
	00327: MIRP[srp0,md,rd,1] 
	00328: RTDG       
	00329: SRP2       
	00330: IP         
	00331: MDAP[rd]   
	00332: RTG        
	00333: SVTCA[x-axis] 
	00334: SRP0       
	00335: MIRP[srp0,nmd,rd,1] 
	00336: DELTAP1    
	00337: MIRP[srp0,nmd,rd,0] 
	00338: MDRP[nrp0,nmd,rd,0] 
	00339: SVTCA[y-axis] 
	00340: SRP0       
	00341: MIRP[srp0,md,rd,1] 
	00342: RTDG       
	00343: SRP2       
	00344: IP         
	00345: MDAP[rd]   
	00346: RTG        
	00347: SVTCA[x-axis] 
	00348: SRP0       
	00349: MIRP[srp0,nmd,rd,1] 
	00350: DELTAP1    
	00351: MIRP[srp0,nmd,rd,0] 
	00352: MDRP[nrp0,nmd,rd,0] 
	00353: SVTCA[y-axis] 
	00354: SRP0       
	00355: MIRP[srp0,md,rd,1] 
	00356: RTDG       
	00357: SRP2       
	00358: IP         
	00359: MDAP[rd]   
	00360: RTG        
	00361: SVTCA[x-axis] 
	00362: SRP0       
	00363: MIRP[srp0,nmd,rd,1] 
	00364: MIRP[srp0,nmd,rd,0] 
	00365: MDRP[nrp0,nmd,rd,0] 
	00366: SVTCA[y-axis] 
	00367: SRP0       
	00368: MIRP[srp0,md,rd,1] 
	00369: RTDG       
	00370: SRP2       
	00371: IP         
	00372: MDAP[rd]   
	00373: RTG        
	00374: SVTCA[x-axis] 
	00375: SRP0       
	00376: MIRP[srp0,nmd,rd,1] 
	00377: MIRP[srp0,nmd,rd,0] 
	00378: MDRP[nrp0,nmd,rd,0] 
	00379: SVTCA[y-axis] 
	00380: SRP0       
	00381: MIRP[srp0,md,rd,1] 
	00382: RTDG       
	00383: SRP2       
	00384: IP         
	00385: MDAP[rd]   
	00386: RTG        
	00387: SVTCA[x-axis] 
	00388: SRP0       
	00389: MIRP[srp0,nmd,rd,1] 
	00390: DELTAP1    
	00391: MIRP[srp0,nmd,rd,0] 
	00392: MDRP[nrp0,nmd,rd,0] 
	00393: IUP[y]     
	00394: IUP[x]     
	00395: SVTCA[y-axis] 
	00396: CALL       
	00397: DELTAP2    
	00398: CALL       
	00399: CALL       
	00400: CALL       
	00401: SVTCA[x-axis] 
	00402: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual                               On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                               On
	 25:        XDual                         On
	 26:  YDual XDual                 X-Short On
	 27:  YDual                               Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                               On
	 32:  YDual                               On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On
	 38:        XDual                         On
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:  YDual                       X-Short On
	 49:                              X-Short On
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         Off
	 55:  YDual               Y-Short X-Short Off
	 56:  YDual                       X-Short On
	 57:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1054,   781)  ->  Abs (  1054,   781)
	  1: Rel (     0,  -697)  ->  Abs (  1054,    84)
	  2: Rel (   112,     0)  ->  Abs (  1166,    84)
	  3: Rel (    57,     0)  ->  Abs (  1223,    84)
	  4: Rel (     0,   -42)  ->  Abs (  1223,    42)
	  5: Rel (     0,   -42)  ->  Abs (  1223,     0)
	  6: Rel (   -57,     0)  ->  Abs (  1166,     0)
	  7: Rel (  -309,     0)  ->  Abs (   857,     0)
	  8: Rel (   -56,     0)  ->  Abs (   801,     0)
	  9: Rel (     0,    42)  ->  Abs (   801,    42)
	 10: Rel (     0,    42)  ->  Abs (   801,    84)
	 11: Rel (    56,     0)  ->  Abs (   857,    84)
	 12: Rel (   112,     0)  ->  Abs (   969,    84)
	 13: Rel (     0,   697)  ->  Abs (   969,   781)
	 14: Rel (  -112,     0)  ->  Abs (   857,   781)
	 15: Rel (   -56,     0)  ->  Abs (   801,   781)
	 16: Rel (     0,    42)  ->  Abs (   801,   823)
	 17: Rel (     0,    43)  ->  Abs (   801,   866)
	 18: Rel (    56,     0)  ->  Abs (   857,   866)
	 19: Rel (   309,     0)  ->  Abs (  1166,   866)
	 20: Rel (    57,     0)  ->  Abs (  1223,   866)
	 21: Rel (     0,   -43)  ->  Abs (  1223,   823)
	 22: Rel (     0,   -42)  ->  Abs (  1223,   781)
	 23: Rel (   -57,     0)  ->  Abs (  1166,   781)
	 24: Rel (  -953,     0)  ->  Abs (   213,   781)
	 25: Rel (     0,  -283)  ->  Abs (   213,   498)
	 26: Rel (   197,     0)  ->  Abs (   410,   498)
	 27: Rel (   388,     0)  ->  Abs (   798,   498)
	 28: Rel (     0,  -238)  ->  Abs (   798,   260)
	 29: Rel (     0,  -103)  ->  Abs (   798,   157)
	 30: Rel (  -130,  -157)  ->  Abs (   668,     0)
	 31: Rel (  -258,     0)  ->  Abs (   410,     0)
	 32: Rel (  -330,     0)  ->  Abs (    80,     0)
	 33: Rel (   -56,     0)  ->  Abs (    24,     0)
	 34: Rel (     0,    42)  ->  Abs (    24,    42)
	 35: Rel (     0,    42)  ->  Abs (    24,    84)
	 36: Rel (    56,     0)  ->  Abs (    80,    84)
	 37: Rel (    49,     0)  ->  Abs (   129,    84)
	 38: Rel (     0,   697)  ->  Abs (   129,   781)
	 39: Rel (   -45,     0)  ->  Abs (    84,   781)
	 40: Rel (   -57,     0)  ->  Abs (    27,   781)
	 41: Rel (     0,    42)  ->  Abs (    27,   823)
	 42: Rel (     0,    43)  ->  Abs (    27,   866)
	 43: Rel (    57,     0)  ->  Abs (    84,   866)
	 44: Rel (   242,     0)  ->  Abs (   326,   866)
	 45: Rel (    56,     0)  ->  Abs (   382,   866)
	 46: Rel (     0,   -43)  ->  Abs (   382,   823)
	 47: Rel (     0,   -42)  ->  Abs (   382,   781)
	 48: Rel (   -56,     0)  ->  Abs (   326,   781)
	 49: Rel (  -113,  -697)  ->  Abs (   213,    84)
	 50: Rel (   193,     0)  ->  Abs (   406,    84)
	 51: Rel (   174,     0)  ->  Abs (   580,    84)
	 52: Rel (   132,    78)  ->  Abs (   712,   162)
	 53: Rel (     0,    94)  ->  Abs (   712,   256)
	 54: Rel (     0,    90)  ->  Abs (   712,   346)
	 55: Rel (  -139,    67)  ->  Abs (   573,   413)
	 56: Rel (  -170,     0)  ->  Abs (   403,   413)
	 57: Rel (  -190,     0)  ->  Abs (   213,   413)

	Glyph 630: off = 0x00022806, len = 314
	  numberOfContours:	2
	  xMin:			166
	  yMin:			0
	  xMax:			994
	  yMax:			866

	EndPoints
	---------
	  0:  24
	  1:  33

	  Length of Instructions:	216
	00000: PUSHB[6]              5    40    22    26    52     3 
	00007: PUSHW[1]            -40 
	00010: NPUSHB      (14):    22    26    52   136     6   152     6   166    28   182 
	                            28     4    19    15 
	00026: PUSHW[3]            686    17   779 
	00033: NPUSHB       (9):    14    17    17    15    14    34    19    20    24 
	00044: PUSHW[1]            686 
	00047: NPUSHB      (11):    22    47     0    22    22    24     0    34    20     8 
	                            12 
	00060: PUSHW[3]            686    10   779 
	00067: NPUSHB      (72):    13    10    10    12    13    34     8     1    59    33 
	                            33     8    24    15    59    20    19     6    26    12 
	                            59     8     8     7    10    29    59    15     4   239 
	                             4     2    79     4    95     4   111     4   159     4 
	                           175     4   191     4   223     4     7     4    26    35 
	                             0    25    32    14    15    13    31    13   191    13 
	                             3    47    13   111    13     2    13    25    34    71 
	                            97    24 
	00141: CALL       
	00142: FLIPOFF    
	00143: SRP0       
	00144: MIRP[srp0,nmd,rd,0] 
	00145: DELTAP1    
	00146: DELTAP2    
	00147: ALIGNRP    
	00148: FLIPON     
	00149: MIRP[srp0,md,rd,1] 
	00150: ALIGNRP    
	00151: FLIPOFF    
	00152: SRP0       
	00153: MIRP[srp0,nmd,rd,2] 
	00154: DELTAP1    
	00155: DELTAP2    
	00156: FLIPON     
	00157: MIRP[nrp0,md,rd,1] 
	00158: SVTCA[y-axis] 
	00159: MIAP[rd+ci] 
	00160: ALIGNRP    
	00161: SRP0       
	00162: MIRP[srp0,md,rd,1] 
	00163: ALIGNRP    
	00164: MIAP[rd+ci] 
	00165: ALIGNRP    
	00166: MIRP[srp0,md,rd,1] 
	00167: ALIGNRP    
	00168: SRP2       
	00169: IP         
	00170: MDAP[rd]   
	00171: MIRP[nrp0,md,rd,1] 
	00172: SRP0       
	00173: MIRP[srp0,md,rd,1] 
	00174: RTDG       
	00175: SRP2       
	00176: IP         
	00177: MDAP[rd]   
	00178: RTG        
	00179: SVTCA[x-axis] 
	00180: SRP0       
	00181: MIRP[srp0,nmd,rd,1] 
	00182: MIRP[srp0,nmd,rd,0] 
	00183: MDRP[nrp0,nmd,rd,0] 
	00184: SVTCA[y-axis] 
	00185: SRP0       
	00186: MIRP[srp0,md,rd,1] 
	00187: RTDG       
	00188: SRP2       
	00189: IP         
	00190: MDAP[rd]   
	00191: RTG        
	00192: SVTCA[x-axis] 
	00193: SRP0       
	00194: MIRP[srp0,nmd,rd,1] 
	00195: MIRP[srp0,nmd,rd,0] 
	00196: MDRP[nrp0,nmd,rd,0] 
	00197: SVTCA[y-axis] 
	00198: SRP0       
	00199: MIRP[srp0,md,rd,1] 
	00200: RTDG       
	00201: SRP2       
	00202: IP         
	00203: MDAP[rd]   
	00204: RTG        
	00205: SVTCA[x-axis] 
	00206: SRP0       
	00207: MIRP[srp0,nmd,rd,1] 
	00208: MIRP[srp0,nmd,rd,0] 
	00209: MDRP[nrp0,nmd,rd,0] 
	00210: IUP[y]     
	00211: IUP[x]     
	00212: SVTCA[y-axis] 
	00213: DELTAP2    
	00214: CALL       
	00215: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual                               Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                               On
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:                              X-Short On
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   355,   781)  ->  Abs (   355,   781)
	  1: Rel (     0,  -283)  ->  Abs (   355,   498)
	  2: Rel (   251,     0)  ->  Abs (   606,   498)
	  3: Rel (   388,     0)  ->  Abs (   994,   498)
	  4: Rel (     0,  -238)  ->  Abs (   994,   260)
	  5: Rel (     0,  -103)  ->  Abs (   994,   157)
	  6: Rel (  -131,  -157)  ->  Abs (   863,     0)
	  7: Rel (  -257,     0)  ->  Abs (   606,     0)
	  8: Rel (  -384,     0)  ->  Abs (   222,     0)
	  9: Rel (   -56,     0)  ->  Abs (   166,     0)
	 10: Rel (     0,    42)  ->  Abs (   166,    42)
	 11: Rel (     0,    42)  ->  Abs (   166,    84)
	 12: Rel (    56,     0)  ->  Abs (   222,    84)
	 13: Rel (    49,     0)  ->  Abs (   271,    84)
	 14: Rel (     0,   697)  ->  Abs (   271,   781)
	 15: Rel (   -45,     0)  ->  Abs (   226,   781)
	 16: Rel (   -57,     0)  ->  Abs (   169,   781)
	 17: Rel (     0,    42)  ->  Abs (   169,   823)
	 18: Rel (     0,    43)  ->  Abs (   169,   866)
	 19: Rel (    57,     0)  ->  Abs (   226,   866)
	 20: Rel (   242,     0)  ->  Abs (   468,   866)
	 21: Rel (    56,     0)  ->  Abs (   524,   866)
	 22: Rel (     0,   -43)  ->  Abs (   524,   823)
	 23: Rel (     0,   -42)  ->  Abs (   524,   781)
	 24: Rel (   -56,     0)  ->  Abs (   468,   781)
	 25: Rel (  -113,  -697)  ->  Abs (   355,    84)
	 26: Rel (   247,     0)  ->  Abs (   602,    84)
	 27: Rel (   189,     0)  ->  Abs (   791,    84)
	 28: Rel (   116,    90)  ->  Abs (   907,   174)
	 29: Rel (     0,    82)  ->  Abs (   907,   256)
	 30: Rel (     0,    95)  ->  Abs (   907,   351)
	 31: Rel (  -152,    62)  ->  Abs (   755,   413)
	 32: Rel (  -157,     0)  ->  Abs (   598,   413)
	 33: Rel (  -243,     0)  ->  Abs (   355,   413)

	Glyph 631: off = 0x00022940, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			130
	  yMin:			-33
	  xMax:			1058
	  yMax:			896

	     0: Flags:		0x0153
		Glyf Index:	637
		X WOffset:	1229
		Y WOffset:	0
		X Scale:	-1.000000
		Y Scale:	 1.000000
		Other:		                   No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (11):     0    21    21    64    19    22    52   112    21     1 
	                            21 
	00013: PUSHW[1]            485 
	00016: PUSHB[4]             43    42   172    24 
	00021: CALL       
	00022: SRP0       
	00023: MIRP[srp0,nmd,rd,2] 
	00024: DELTAP1    
	00025: CALL       
	00026: SRP1       
	00027: SHC[rp1,zp0] 

	Glyph 632: off = 0x00022974, len = 482
	  numberOfContours:	2
	  xMin:			36
	  yMin:			-33
	  xMax:			1192
	  yMax:			896

	EndPoints
	---------
	  0:  38
	  1:  50

	  Length of Instructions:	344
	00000: NPUSHB      (70):     7    31    53    28    53    32    56    34   118    40 
	                           118    44   122    46   122    50   132    44   140    46 
	                           140    50   148    40   148    44   154    46   167    32 
	                           183    32    16   121    28   115    40   115    44   124 
	                            46   124    50   135    29   135    31   136    35   214 
	                            38   214    40   214    44   218    46   218    50   230 
	                            28   230    31   232    35   247    31    17    19    15 
	00072: PUSHW[1]            686 
	00075: PUSHB[4]              0    17     1    17 
	00080: PUSHW[1]            779 
	00083: NPUSHB       (9):    14    17    17    15    14    34    19    20    24 
	00094: PUSHW[1]            686 
	00097: NPUSHB      (16):     0    22    16    22     2    22    47    25    22    22 
	                            24    25    34    20     7     3 
	00115: PUSHW[1]            686 
	00118: NPUSHB      (14):     0     5     1     5    47     2     5     5     3     2 
	                            34     7     8    12 
	00134: PUSHW[1]            686 
	00137: NPUSHB      (97):   255    10     1   207    10   239    10     2    10    92 
	                            13    10    10    12    13    34     8    26    59     1 
	                             1    19     8     3    59     7    12    59     7     8 
	                            10    24    15    59    20    19     6    48    59    30 
	                             7    42    59    36    11    27    39    59     0    64 
	                            29    33    52   111     0   127     0   207     0     3 
	                             0     0     2    45    59   111    33   224    33   240 
	                            33     3    33    26    52    25     2    32    14   144 
	                            13   160    13   192    13   224    13   240    13     5 
	                           160    13     1    13    25    51   196 
	00236: PUSHW[2]            290    24 
	00241: CALL       
	00242: FLIPOFF    
	00243: SRP0       
	00244: MIRP[srp0,nmd,rd,0] 
	00245: DELTAP2    
	00246: DELTAP1    
	00247: ALIGNRP    
	00248: FLIPON     
	00249: MIRP[srp0,md,rd,1] 
	00250: ALIGNRP    
	00251: FLIPOFF    
	00252: SRP0       
	00253: MIRP[srp0,nmd,rd,2] 
	00254: DELTAP1    
	00255: FLIPON     
	00256: MIRP[nrp0,md,rd,1] 
	00257: SRP2       
	00258: IP         
	00259: MDAP[rd]   
	00260: DELTAP1    
	00261: CALL       
	00262: MIRP[nrp0,md,rd,1] 
	00263: SHP[rp1,zp0] 
	00264: SVTCA[y-axis] 
	00265: MIAP[rd+ci] 
	00266: MIRP[nrp0,md,rd,1] 
	00267: MIAP[rd+ci] 
	00268: MIRP[nrp0,md,rd,1] 
	00269: MIAP[rd+ci] 
	00270: ALIGNRP    
	00271: MIRP[srp0,md,rd,1] 
	00272: ALIGNRP    
	00273: MIAP[rd+ci] 
	00274: ALIGNRP    
	00275: MIRP[nrp0,md,rd,1] 
	00276: SRP0       
	00277: MIRP[nrp0,md,rd,1] 
	00278: SRP1       
	00279: SRP2       
	00280: IP         
	00281: MDAP[rd]   
	00282: MIRP[nrp0,md,rd,1] 
	00283: SRP0       
	00284: MIRP[srp0,md,rd,1] 
	00285: RTDG       
	00286: SRP2       
	00287: IP         
	00288: MDAP[rd]   
	00289: RTG        
	00290: SVTCA[x-axis] 
	00291: SRP0       
	00292: MIRP[srp0,nmd,rd,1] 
	00293: DELTAP1    
	00294: DELTAP1    
	00295: MIRP[srp0,nmd,rd,0] 
	00296: MDRP[nrp0,nmd,rd,0] 
	00297: SVTCA[y-axis] 
	00298: SRP0       
	00299: MIRP[srp0,md,rd,1] 
	00300: RTDG       
	00301: SRP2       
	00302: IP         
	00303: MDAP[rd]   
	00304: RTG        
	00305: SVTCA[x-axis] 
	00306: SRP0       
	00307: MIRP[srp0,nmd,rd,1] 
	00308: DELTAP1    
	00309: MIRP[srp0,nmd,rd,0] 
	00310: MDRP[nrp0,nmd,rd,0] 
	00311: SVTCA[y-axis] 
	00312: SRP0       
	00313: MIRP[srp0,md,rd,1] 
	00314: RTDG       
	00315: SRP2       
	00316: IP         
	00317: MDAP[rd]   
	00318: RTG        
	00319: SVTCA[x-axis] 
	00320: SRP0       
	00321: MIRP[srp0,nmd,rd,1] 
	00322: DELTAP1    
	00323: MIRP[srp0,nmd,rd,0] 
	00324: MDRP[nrp0,nmd,rd,0] 
	00325: SVTCA[y-axis] 
	00326: SRP0       
	00327: MIRP[srp0,md,rd,1] 
	00328: RTDG       
	00329: SRP2       
	00330: IP         
	00331: MDAP[rd]   
	00332: RTG        
	00333: SVTCA[x-axis] 
	00334: SRP0       
	00335: MIRP[srp0,nmd,rd,1] 
	00336: DELTAP1    
	00337: MIRP[srp0,nmd,rd,0] 
	00338: MDRP[nrp0,nmd,rd,0] 
	00339: IUP[y]     
	00340: IUP[x]     
	00341: SVTCA[y-axis] 
	00342: DELTAP1    
	00343: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual                 X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:                              X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   442,   413)  ->  Abs (   442,   413)
	  1: Rel (  -171,     0)  ->  Abs (   271,   413)
	  2: Rel (     0,  -329)  ->  Abs (   271,    84)
	  3: Rel (   113,     0)  ->  Abs (   384,    84)
	  4: Rel (    56,     0)  ->  Abs (   440,    84)
	  5: Rel (     0,   -42)  ->  Abs (   440,    42)
	  6: Rel (     0,   -42)  ->  Abs (   440,     0)
	  7: Rel (   -56,     0)  ->  Abs (   384,     0)
	  8: Rel (  -292,     0)  ->  Abs (    92,     0)
	  9: Rel (   -56,     0)  ->  Abs (    36,     0)
	 10: Rel (     0,    42)  ->  Abs (    36,    42)
	 11: Rel (     0,    42)  ->  Abs (    36,    84)
	 12: Rel (    56,     0)  ->  Abs (    92,    84)
	 13: Rel (    95,     0)  ->  Abs (   187,    84)
	 14: Rel (     0,   697)  ->  Abs (   187,   781)
	 15: Rel (   -52,     0)  ->  Abs (   135,   781)
	 16: Rel (   -57,     0)  ->  Abs (    78,   781)
	 17: Rel (     0,    42)  ->  Abs (    78,   823)
	 18: Rel (     0,    43)  ->  Abs (    78,   866)
	 19: Rel (    57,     0)  ->  Abs (   135,   866)
	 20: Rel (   249,     0)  ->  Abs (   384,   866)
	 21: Rel (    56,     0)  ->  Abs (   440,   866)
	 22: Rel (     0,   -43)  ->  Abs (   440,   823)
	 23: Rel (     0,   -42)  ->  Abs (   440,   781)
	 24: Rel (   -56,     0)  ->  Abs (   384,   781)
	 25: Rel (  -113,     0)  ->  Abs (   271,   781)
	 26: Rel (     0,  -283)  ->  Abs (   271,   498)
	 27: Rel (   174,     0)  ->  Abs (   445,   498)
	 28: Rel (    20,   170)  ->  Abs (   465,   668)
	 29: Rel (   202,   228)  ->  Abs (   667,   896)
	 30: Rel (   155,     0)  ->  Abs (   822,   896)
	 31: Rel (   171,     0)  ->  Abs (   993,   896)
	 32: Rel (   199,  -263)  ->  Abs (  1192,   633)
	 33: Rel (     0,  -195)  ->  Abs (  1192,   438)
	 34: Rel (     0,  -207)  ->  Abs (  1192,   231)
	 35: Rel (  -212,  -264)  ->  Abs (   980,   -33)
	 36: Rel (  -165,     0)  ->  Abs (   815,   -33)
	 37: Rel (  -149,     0)  ->  Abs (   666,   -33)
	 38: Rel (  -210,   233)  ->  Abs (   456,   200)
	 39: Rel (    70,   224)  ->  Abs (   526,   424)
	 40: Rel (     0,  -160)  ->  Abs (   526,   264)
	 41: Rel (   159,  -213)  ->  Abs (   685,    51)
	 42: Rel (   132,     0)  ->  Abs (   817,    51)
	 43: Rel (   130,     0)  ->  Abs (   947,    51)
	 44: Rel (   161,   211)  ->  Abs (  1108,   262)
	 45: Rel (     0,   171)  ->  Abs (  1108,   433)
	 46: Rel (     0,   170)  ->  Abs (  1108,   603)
	 47: Rel (  -161,   208)  ->  Abs (   947,   811)
	 48: Rel (  -129,     0)  ->  Abs (   818,   811)
	 49: Rel (  -139,     0)  ->  Abs (   679,   811)
	 50: Rel (  -153,  -220)  ->  Abs (   526,   591)

	Glyph 633: off = 0x00022B56, len = 462
	  numberOfContours:	2
	  xMin:			131
	  yMin:			0
	  xMax:			1087
	  yMax:			866

	EndPoints
	---------
	  0:  34
	  1:  42

	  Length of Instructions:	343
	00000: NPUSHB      (20):    38    14    86    40   101    40   148    40     4   201 
	                            39   216    11     2    12    58    18    23    52    15 
	00022: PUSHW[1]            -16 
	00025: PUSHB[4]             34    36    52    14 
	00030: PUSHW[1]            -32 
	00033: PUSHB[4]             22    26    52    15 
	00038: PUSHW[1]            -32 
	00041: NPUSHB      (13):    22    26    52    38     2    70     1    84     2   233 
	                            11     4     1 
	00056: PUSHW[1]            -42 
	00059: PUSHB[4]             27    36    52     2 
	00064: PUSHW[1]            -42 
	00067: PUSHB[5]             27    36    52    17    21 
	00073: PUSHW[1]            686 
	00076: NPUSHB      (11):    19    70    22    19    19    21    22    34    17    29 
	                            33 
	00089: PUSHW[1]            686 
	00092: NPUSHB      (11):    31    47    34    31    31    33    34    34    29    28 
	                            24 
	00105: PUSHW[1]            686 
	00108: NPUSHB      (49):    26    70    23    26    26    24    23    34    28    11 
	                             1    24    33    59    29    35    59     1     0     0 
	                            16    29     9     8    59     3     4    10    28    29 
	                            10    21    37    59    17    16     6     1    11     9 
	                            39    59     0    13     1    13   195     6     3 
	00159: PUSHW[1]            -32 
	00162: PUSHB[4]             22    26    52     3 
	00167: PUSHW[1]            -32 
	00170: NPUSHB      (11):    16    18    52    52     3    68     3    84     3     3 
	                             3 
	00183: PUSHW[1]            792 
	00186: NPUSHB      (48):    47     9     1     9   154   128     6   240     6     2 
	                            32     6    48     6   224     6   240     6     4     6 
	                            25    43    36    34    32    22    16    23   128    23 
	                           240    23     3    32    23    79    23    95    23   224 
	                            23   240    23     5    23    26    44    42 
	00236: PUSHW[2]            789    24 
	00241: CALL       
	00242: FLIPOFF    
	00243: SRP0       
	00244: MIRP[srp0,nmd,rd,2] 
	00245: DELTAP1    
	00246: DELTAP2    
	00247: ALIGNRP    
	00248: FLIPON     
	00249: MIRP[srp0,md,rd,1] 
	00250: ALIGNRP    
	00251: FLIPOFF    
	00252: SRP0       
	00253: MIRP[srp0,nmd,rd,0] 
	00254: DELTAP1    
	00255: DELTAP2    
	00256: FLIPON     
	00257: MIRP[srp0,nmd,rd,0] 
	00258: DELTAP1    
	00259: MIRP[nrp0,md,rd,1] 
	00260: DELTAP1    
	00261: CALL       
	00262: CALL       
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,0] 
	00265: DELTAP1    
	00266: MIRP[nrp0,md,rd,1] 
	00267: SRP1       
	00268: SHP[rp1,zp0] 
	00269: SHP[rp1,zp0] 
	00270: SVTCA[y-axis] 
	00271: MIAP[rd+ci] 
	00272: ALIGNRP    
	00273: MIRP[srp0,md,rd,1] 
	00274: ALIGNRP    
	00275: MIAP[rd+ci] 
	00276: ALIGNRP    
	00277: MIAP[rd+ci] 
	00278: ALIGNRP    
	00279: MIRP[srp0,md,rd,1] 
	00280: ALIGNRP    
	00281: SRP1       
	00282: SRP2       
	00283: IP         
	00284: MDAP[rd]   
	00285: ALIGNRP    
	00286: MIRP[nrp0,md,rd,1] 
	00287: SRP0       
	00288: MIRP[srp0,md,rd,1] 
	00289: ALIGNRP    
	00290: SRP1       
	00291: SHP[rp1,zp0] 
	00292: SRP0       
	00293: MIRP[srp0,md,rd,1] 
	00294: RTDG       
	00295: SRP2       
	00296: IP         
	00297: MDAP[rd]   
	00298: RTG        
	00299: SVTCA[x-axis] 
	00300: SRP0       
	00301: MIRP[srp0,nmd,rd,1] 
	00302: MIRP[srp0,nmd,rd,0] 
	00303: MDRP[nrp0,nmd,rd,0] 
	00304: SVTCA[y-axis] 
	00305: SRP0       
	00306: MIRP[srp0,md,rd,1] 
	00307: RTDG       
	00308: SRP2       
	00309: IP         
	00310: MDAP[rd]   
	00311: RTG        
	00312: SVTCA[x-axis] 
	00313: SRP0       
	00314: MIRP[srp0,nmd,rd,1] 
	00315: MIRP[srp0,nmd,rd,0] 
	00316: MDRP[nrp0,nmd,rd,0] 
	00317: SVTCA[y-axis] 
	00318: SRP0       
	00319: MIRP[srp0,md,rd,1] 
	00320: RTDG       
	00321: SRP2       
	00322: IP         
	00323: MDAP[rd]   
	00324: RTG        
	00325: SVTCA[x-axis] 
	00326: SRP0       
	00327: MIRP[srp0,nmd,rd,1] 
	00328: MIRP[srp0,nmd,rd,0] 
	00329: MDRP[nrp0,nmd,rd,0] 
	00330: IUP[y]     
	00331: IUP[x]     
	00332: SVTCA[x-axis] 
	00333: CALL       
	00334: CALL       
	00335: DELTAP1    
	00336: SVTCA[y-axis] 
	00337: CALL       
	00338: CALL       
	00339: CALL       
	00340: CALL       
	00341: DELTAP1    
	00342: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:                      Y-Short         Off
	  3:                      Y-Short X-Short On
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual                               On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:        XDual                         On
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                               On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short On
	 35:        XDual                         On
	 36:        XDual                         On
	 37:  YDual                               On
	 38:  YDual                       X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   865,   347)  ->  Abs (   865,   347)
	  1: Rel (  -242,     0)  ->  Abs (   623,   347)
	  2: Rel (  -289,  -118)  ->  Abs (   334,   229)
	  3: Rel (   -40,  -229)  ->  Abs (   294,     0)
	  4: Rel (  -116,     0)  ->  Abs (   178,     0)
	  5: Rel (   -47,     0)  ->  Abs (   131,     0)
	  6: Rel (     0,    42)  ->  Abs (   131,    42)
	  7: Rel (     0,    42)  ->  Abs (   131,    84)
	  8: Rel (    47,     0)  ->  Abs (   178,    84)
	  9: Rel (    51,     0)  ->  Abs (   229,    84)
	 10: Rel (    65,   186)  ->  Abs (   294,   270)
	 11: Rel (   216,    95)  ->  Abs (   510,   365)
	 12: Rel (  -232,    49)  ->  Abs (   278,   414)
	 13: Rel (     0,   207)  ->  Abs (   278,   621)
	 14: Rel (     0,   108)  ->  Abs (   278,   729)
	 15: Rel (   145,   137)  ->  Abs (   423,   866)
	 16: Rel (   153,     0)  ->  Abs (   576,   866)
	 17: Rel (   464,     0)  ->  Abs (  1040,   866)
	 18: Rel (    47,     0)  ->  Abs (  1087,   866)
	 19: Rel (     0,   -43)  ->  Abs (  1087,   823)
	 20: Rel (     0,   -42)  ->  Abs (  1087,   781)
	 21: Rel (   -47,     0)  ->  Abs (  1040,   781)
	 22: Rel (   -90,     0)  ->  Abs (   950,   781)
	 23: Rel (     0,  -697)  ->  Abs (   950,    84)
	 24: Rel (    90,     0)  ->  Abs (  1040,    84)
	 25: Rel (    47,     0)  ->  Abs (  1087,    84)
	 26: Rel (     0,   -42)  ->  Abs (  1087,    42)
	 27: Rel (     0,   -42)  ->  Abs (  1087,     0)
	 28: Rel (   -47,     0)  ->  Abs (  1040,     0)
	 29: Rel (  -298,     0)  ->  Abs (   742,     0)
	 30: Rel (   -47,     0)  ->  Abs (   695,     0)
	 31: Rel (     0,    42)  ->  Abs (   695,    42)
	 32: Rel (     0,    42)  ->  Abs (   695,    84)
	 33: Rel (    47,     0)  ->  Abs (   742,    84)
	 34: Rel (   123,     0)  ->  Abs (   865,    84)
	 35: Rel (     0,   347)  ->  Abs (   865,   431)
	 36: Rel (     0,   350)  ->  Abs (   865,   781)
	 37: Rel (  -271,     0)  ->  Abs (   594,   781)
	 38: Rel (  -231,     0)  ->  Abs (   363,   781)
	 39: Rel (     0,  -163)  ->  Abs (   363,   618)
	 40: Rel (     0,   -94)  ->  Abs (   363,   524)
	 41: Rel (   124,   -93)  ->  Abs (   487,   431)
	 42: Rel (   172,     0)  ->  Abs (   659,   431)

	Glyph 634: off = 0x00022D24, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1228

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	4
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     3     2    51    23   152    72    39     2     3 
	                             2    36 
	00014: PUSHW[3]            652    41   300 
	00021: SCANCTRL   
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       

	Glyph 635: off = 0x00022D56, len = 496
	  numberOfContours:	1
	  xMin:			142
	  yMin:			-386
	  xMax:			1063
	  yMax:			1255

	EndPoints
	---------
	  0:  59

	  Length of Instructions:	343
	00000: NPUSHB      (22):   169    51   186    51     2     1    38    19    38    39 
	                            38   169    55   185    55   198    38   215    38     7 
	                            51    52 
	00024: PUSHW[1]            -19 
	00027: NPUSHB      (20):     2    55    16    21    64     9    19    52    25    64 
	                             9    19    52    23    64     9    19    52    25    21 
	00049: PUSHW[1]            686 
	00052: NPUSHB      (11):    23    47    20    23    23    21    20    34    25     7 
	                            11 
	00065: PUSHW[1]            686 
	00068: NPUSHB      (11):     9    92    12     9     9    11    12    34     7     6 
	                             2 
	00081: PUSHW[1]            686 
	00084: NPUSHB      (35):     4    92     1     4     4     2     1    34     6    28 
	                            18    59    14    14    32    64    25    29    52    32 
	                            32    25    36    48    38    44    14    34    38     0 
	                             0     7    57    38    36 
	00121: PUSHW[1]            -64 
	00124: NPUSHB      (24):    11    13    52    36     7    26    21    59    25     0 
	                             2    11    59     6     7     8    30    30     1    46 
	                             1    53    32    40 
	00150: PUSHW[1]            -64 
	00153: PUSHB[4]             28    36    52    40 
	00158: PUSHW[1]            -64 
	00161: NPUSHB      (22):    18    19    52    15    40   112    40   240    40     3 
	                           208    40     1    40    26    61    26    34     0    34 
	                             1    16 
	00185: PUSHW[1]            355 
	00188: NPUSHB      (10):    20    19    19    13    12    32   208     1     1     1 
	00200: PUSHW[1]            -64 
	00203: PUSHB[4]             28    36    52     1 
	00208: PUSHW[1]            -64 
	00211: NPUSHB      (11):    18    19    52    15     1   240     1     2     1    25 
	                            60 
	00224: PUSHW[1]            780 
	00227: PUSHB[2]            172    24 
	00230: CALL       
	00231: FLIPOFF    
	00232: SRP0       
	00233: MIRP[srp0,nmd,rd,0] 
	00234: DELTAP1    
	00235: CALL       
	00236: CALL       
	00237: DELTAP2    
	00238: FLIPON     
	00239: MIRP[srp0,md,rd,1] 
	00240: ALIGNRP    
	00241: ALIGNRP    
	00242: SRP0       
	00243: ALIGNRP    
	00244: MIRP[nrp0,nmd,rd,0] 
	00245: SRP0       
	00246: ALIGNRP    
	00247: ALIGNRP    
	00248: SRP0       
	00249: ALIGNRP    
	00250: FLIPOFF    
	00251: SRP0       
	00252: MIRP[srp0,nmd,rd,2] 
	00253: DELTAP2    
	00254: DELTAP1    
	00255: CALL       
	00256: CALL       
	00257: FLIPON     
	00258: MIRP[nrp0,md,rd,1] 
	00259: SRP0       
	00260: ALIGNRP    
	00261: SRP1       
	00262: IP         
	00263: MDAP[rd]   
	00264: SVTCA[y-axis] 
	00265: MIAP[rd+ci] 
	00266: ALIGNRP    
	00267: MIRP[srp0,md,rd,1] 
	00268: ALIGNRP    
	00269: MIAP[rd+ci] 
	00270: MIRP[nrp0,md,rd,1] 
	00271: ALIGNRP    
	00272: MIAP[rd+ci] 
	00273: CALL       
	00274: MIRP[nrp0,md,rd,1] 
	00275: RTHG       
	00276: SRP1       
	00277: IP         
	00278: MDAP[rd]   
	00279: RTG        
	00280: MIRP[nrp0,md,rd,1] 
	00281: MIAP[rd+ci] 
	00282: MIRP[nrp0,md,rd,1] 
	00283: SRP1       
	00284: SRP2       
	00285: IP         
	00286: MDAP[rd]   
	00287: CALL       
	00288: ALIGNRP    
	00289: SRP0       
	00290: MIRP[srp0,md,rd,1] 
	00291: ALIGNRP    
	00292: SRP0       
	00293: MIRP[srp0,md,rd,1] 
	00294: RTDG       
	00295: SRP2       
	00296: IP         
	00297: MDAP[rd]   
	00298: RTG        
	00299: SVTCA[x-axis] 
	00300: SRP0       
	00301: MIRP[srp0,nmd,rd,1] 
	00302: MIRP[srp0,nmd,rd,0] 
	00303: MDRP[nrp0,nmd,rd,0] 
	00304: SVTCA[y-axis] 
	00305: SRP0       
	00306: MIRP[srp0,md,rd,1] 
	00307: RTDG       
	00308: SRP2       
	00309: IP         
	00310: MDAP[rd]   
	00311: RTG        
	00312: SVTCA[x-axis] 
	00313: SRP0       
	00314: MIRP[srp0,nmd,rd,1] 
	00315: MIRP[srp0,nmd,rd,0] 
	00316: MDRP[nrp0,nmd,rd,0] 
	00317: SVTCA[y-axis] 
	00318: SRP0       
	00319: MIRP[srp0,md,rd,1] 
	00320: RTDG       
	00321: SRP2       
	00322: IP         
	00323: MDAP[rd]   
	00324: RTG        
	00325: SVTCA[x-axis] 
	00326: SRP0       
	00327: MIRP[srp0,nmd,rd,1] 
	00328: MIRP[srp0,nmd,rd,0] 
	00329: MDRP[nrp0,nmd,rd,0] 
	00330: SVTCA[x-axis] 
	00331: CALL       
	00332: CALL       
	00333: CALL       
	00334: IUP[y]     
	00335: IUP[x]     
	00336: SVTCA[y-axis] 
	00337: SHPIX      
	00338: SLOOP      
	00339: SHPIX      
	00340: DELTAP1    
	00341: SVTCA[x-axis] 
	00342: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual         Y-Short         On
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short On
	 27:        XDual         Y-Short         On
	 28:  YDual                               On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:  YDual                       X-Short On
	 33:  YDual                               On
	 34:        XDual         Y-Short         On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual                         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                               On
	 45:  YDual                       X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual                               On
	 50:  YDual XDual                 X-Short Off
	 51:  YDual XDual         Y-Short X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:        XDual                         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   419,   616)  ->  Abs (   419,   616)
	  1: Rel (     0,  -532)  ->  Abs (   419,    84)
	  2: Rel (    94,     0)  ->  Abs (   513,    84)
	  3: Rel (    57,     0)  ->  Abs (   570,    84)
	  4: Rel (     0,   -42)  ->  Abs (   570,    42)
	  5: Rel (     0,   -42)  ->  Abs (   570,     0)
	  6: Rel (   -57,     0)  ->  Abs (   513,     0)
	  7: Rel (  -273,     0)  ->  Abs (   240,     0)
	  8: Rel (   -56,     0)  ->  Abs (   184,     0)
	  9: Rel (     0,    42)  ->  Abs (   184,    42)
	 10: Rel (     0,    42)  ->  Abs (   184,    84)
	 11: Rel (    56,     0)  ->  Abs (   240,    84)
	 12: Rel (    94,     0)  ->  Abs (   334,    84)
	 13: Rel (     0,   903)  ->  Abs (   334,   987)
	 14: Rel (  -135,     0)  ->  Abs (   199,   987)
	 15: Rel (   -57,     0)  ->  Abs (   142,   987)
	 16: Rel (     0,    43)  ->  Abs (   142,  1030)
	 17: Rel (     0,    41)  ->  Abs (   142,  1071)
	 18: Rel (    57,     0)  ->  Abs (   199,  1071)
	 19: Rel (   135,     0)  ->  Abs (   334,  1071)
	 20: Rel (     0,    99)  ->  Abs (   334,  1170)
	 21: Rel (  -112,     0)  ->  Abs (   222,  1170)
	 22: Rel (   -57,     0)  ->  Abs (   165,  1170)
	 23: Rel (     0,    42)  ->  Abs (   165,  1212)
	 24: Rel (     0,    43)  ->  Abs (   165,  1255)
	 25: Rel (    57,     0)  ->  Abs (   222,  1255)
	 26: Rel (   197,     0)  ->  Abs (   419,  1255)
	 27: Rel (     0,  -184)  ->  Abs (   419,  1071)
	 28: Rel (   317,     0)  ->  Abs (   736,  1071)
	 29: Rel (    57,     0)  ->  Abs (   793,  1071)
	 30: Rel (     0,   -42)  ->  Abs (   793,  1029)
	 31: Rel (     0,   -42)  ->  Abs (   793,   987)
	 32: Rel (   -57,     0)  ->  Abs (   736,   987)
	 33: Rel (  -317,     0)  ->  Abs (   419,   987)
	 34: Rel (     0,  -249)  ->  Abs (   419,   738)
	 35: Rel (   141,   158)  ->  Abs (   560,   896)
	 36: Rel (   178,     0)  ->  Abs (   738,   896)
	 37: Rel (   154,     0)  ->  Abs (   892,   896)
	 38: Rel (   171,  -177)  ->  Abs (  1063,   719)
	 39: Rel (     0,  -114)  ->  Abs (  1063,   605)
	 40: Rel (     0,  -664)  ->  Abs (  1063,   -59)
	 41: Rel (     0,  -150)  ->  Abs (  1063,  -209)
	 42: Rel (  -188,  -177)  ->  Abs (   875,  -386)
	 43: Rel (  -134,     0)  ->  Abs (   741,  -386)
	 44: Rel (  -266,     0)  ->  Abs (   475,  -386)
	 45: Rel (   -56,     0)  ->  Abs (   419,  -386)
	 46: Rel (     0,    42)  ->  Abs (   419,  -344)
	 47: Rel (     0,    42)  ->  Abs (   419,  -302)
	 48: Rel (    56,     0)  ->  Abs (   475,  -302)
	 49: Rel (   266,     0)  ->  Abs (   741,  -302)
	 50: Rel (    56,     0)  ->  Abs (   797,  -302)
	 51: Rel (   106,    47)  ->  Abs (   903,  -255)
	 52: Rel (    76,   124)  ->  Abs (   979,  -131)
	 53: Rel (     0,    72)  ->  Abs (   979,   -59)
	 54: Rel (     0,   658)  ->  Abs (   979,   599)
	 55: Rel (     0,    86)  ->  Abs (   979,   685)
	 56: Rel (  -126,   127)  ->  Abs (   853,   812)
	 57: Rel (  -122,     0)  ->  Abs (   731,   812)
	 58: Rel (   -76,     0)  ->  Abs (   655,   812)
	 59: Rel (  -119,   -61)  ->  Abs (   536,   751)

	Glyph 636: off = 0x00022F46, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			152
	  yMin:			0
	  xMax:			1088
	  yMax:			1329

	     0: Flags:		0x0236
		Glyf Index:	605
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	141
		X BOffset:	43
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              1    42    25 
	00004: PUSHW[1]            350 
	00007: PUSHB[5]             72    43     1     1    29 
	00013: PUSHW[2]            652    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 637: off = 0x00022F76, len = 292
	  numberOfContours:	1
	  xMin:			171
	  yMin:			-33
	  xMax:			1099
	  yMax:			896

	EndPoints
	---------
	  0:  41

	  Length of Instructions:	171
	00000: NPUSHB       (9):   176    23   176    40     2    39    26     1    10 
	00011: PUSHW[1]             -8 
	00014: PUSHB[6]             16    19    52    10    16    41 
	00021: PUSHW[1]            -16 
	00024: PUSHB[6]             38    16    41    26     7     8 
	00031: PUSHW[1]            -19 
	00034: NPUSHB      (77):     2    16    33    13    26    33    37    37    39    34 
	                            29     6    13   162    18    15    34    63    34     2 
	                            34     0    33   223     6   239     6     2     6     6 
	                            18    39    33    24     7     9    33    18    11    11 
	                            59    15     3     3    21    26    36    59    31    32 
	                            89   112    15   144    15     2    15    26    43     0 
	                             6    59    15    21    31    21   111    21   144    21 
	                             4    21    25    42   196   142    24 
	00113: CALL       
	00114: FLIPOFF    
	00115: SRP0       
	00116: MIRP[srp0,nmd,rd,0] 
	00117: DELTAP1    
	00118: FLIPON     
	00119: MIRP[srp0,md,rd,1] 
	00120: ALIGNRP    
	00121: FLIPOFF    
	00122: SRP0       
	00123: MIRP[srp0,nmd,rd,2] 
	00124: DELTAP1    
	00125: FLIPON     
	00126: MIRP[srp0,nmd,rd,0] 
	00127: ALIGNRP    
	00128: MIRP[srp0,md,rd,1] 
	00129: ALIGNRP    
	00130: SRP2       
	00131: IP         
	00132: MDAP[rd]   
	00133: SRP0       
	00134: MIRP[nrp0,md,rd,1] 
	00135: SVTCA[y-axis] 
	00136: MIAP[rd+ci] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: MIAP[rd+ci] 
	00139: MIRP[nrp0,md,rd,1] 
	00140: SRP2       
	00141: IP         
	00142: MDAP[rd]   
	00143: DELTAP1    
	00144: MIRP[nrp0,md,rd,1] 
	00145: MDAP[rd]   
	00146: DELTAP1    
	00147: SRP0       
	00148: MIRP[nrp0,md,rd,1] 
	00149: MIAP[rd+ci] 
	00150: SRP1       
	00151: SRP2       
	00152: IP         
	00153: MDAP[rd]   
	00154: MIRP[nrp0,md,rd,1] 
	00155: SRP0       
	00156: MIRP[nrp0,md,rd,1] 
	00157: IUP[y]     
	00158: IUP[x]     
	00159: SLOOP      
	00160: SHPIX      
	00161: SHPIX      
	00162: SHPIX      
	00163: SVTCA[x-axis] 
	00164: SHPIX      
	00165: SHPIX      
	00166: SVTCA[y-axis] 
	00167: CALL       
	00168: DELTAP2    
	00169: SVTCA[x-axis] 
	00170: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                                      Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:                                      Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   257,   468)  ->  Abs (   257,   468)
	  1: Rel (   443,     0)  ->  Abs (   700,   468)
	  2: Rel (    57,     0)  ->  Abs (   757,   468)
	  3: Rel (     0,   -42)  ->  Abs (   757,   426)
	  4: Rel (     0,   -42)  ->  Abs (   757,   384)
	  5: Rel (   -57,     0)  ->  Abs (   700,   384)
	  6: Rel (  -443,     0)  ->  Abs (   257,   384)
	  7: Rel (    19,  -157)  ->  Abs (   276,   227)
	  8: Rel (   213,  -176)  ->  Abs (   489,    51)
	  9: Rel (   150,     0)  ->  Abs (   639,    51)
	 10: Rel (   227,     0)  ->  Abs (   866,    51)
	 11: Rel (   156,   152)  ->  Abs (  1022,   203)
	 12: Rel (    21,    20)  ->  Abs (  1043,   223)
	 13: Rel (    16,     0)  ->  Abs (  1059,   223)
	 14: Rel (    40,     0)  ->  Abs (  1099,   223)
	 15: Rel (     0,   -40)  ->  Abs (  1099,   183)
	 16: Rel (     0,   -53)  ->  Abs (  1099,   130)
	 17: Rel (  -288,  -163)  ->  Abs (   811,   -33)
	 18: Rel (  -176,     0)  ->  Abs (   635,   -33)
	 19: Rel (  -206,     0)  ->  Abs (   429,   -33)
	 20: Rel (  -258,   262)  ->  Abs (   171,   229)
	 21: Rel (     0,   196)  ->  Abs (   171,   425)
	 22: Rel (     0,   200)  ->  Abs (   171,   625)
	 23: Rel (   265,   271)  ->  Abs (   436,   896)
	 24: Rel (   205,     0)  ->  Abs (   641,   896)
	 25: Rel (   193,     0)  ->  Abs (   834,   896)
	 26: Rel (   131,  -115)  ->  Abs (   965,   781)
	 27: Rel (     0,    28)  ->  Abs (   965,   809)
	 28: Rel (     0,    57)  ->  Abs (   965,   866)
	 29: Rel (    42,     0)  ->  Abs (  1007,   866)
	 30: Rel (    43,     0)  ->  Abs (  1050,   866)
	 31: Rel (     0,   -57)  ->  Abs (  1050,   809)
	 32: Rel (     0,  -190)  ->  Abs (  1050,   619)
	 33: Rel (     0,   -57)  ->  Abs (  1050,   562)
	 34: Rel (   -43,     0)  ->  Abs (  1007,   562)
	 35: Rel (   -38,     0)  ->  Abs (   969,   562)
	 36: Rel (    -4,    50)  ->  Abs (   965,   612)
	 37: Rel (    -7,    81)  ->  Abs (   958,   693)
	 38: Rel (  -191,   118)  ->  Abs (   767,   811)
	 39: Rel (  -131,     0)  ->  Abs (   636,   811)
	 40: Rel (  -154,     0)  ->  Abs (   482,   811)
	 41: Rel (  -205,  -180)  ->  Abs (   277,   631)

	Glyph 638: off = 0x0002309A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			207
	  yMin:			-33
	  xMax:			1022
	  yMax:			896

	     0: Flags:		0x0216
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 639: off = 0x000230AA, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			189
	  yMin:			0
	  xMax:			1046
	  yMax:			1297

	     0: Flags:		0x0216
		Glyf Index:	76
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 640: off = 0x000230BA, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			186
	  yMin:			0
	  xMax:			1047
	  yMax:			1228

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	-84
		Y BOffset:	-1
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              2     1    43 
	00004: PUSHW[1]            -64 
	00007: NPUSHB      (12):    19    25    52    43     0    60    72    43     1     2 
	                             2    28 
	00021: PUSHW[2]            652    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: CALL       
	00031: SHC[rp1,zp0] 
	00032: SHC[rp1,zp0] 

	Glyph 641: off = 0x000230F4, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			180
	  yMin:			-386
	  xMax:			824
	  yMax:			1297

	     0: Flags:		0x0216
		Glyf Index:	77
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 642: off = 0x00023104, len = 396
	  numberOfContours:	2
	  xMin:			51
	  yMin:			-33
	  xMax:			1172
	  yMax:			866

	EndPoints
	---------
	  0:  45
	  1:  53

	  Length of Instructions:	253
	00000: NPUSHB      (21):    51    19    49    38    32    38    47     8    47    10 
	                            47    12    63     8    63    10    63    12     6     8 
	                            12 
	00023: PUSHW[1]            686 
	00026: NPUSHB      (11):    10    70    13    10    10    12    13    34     8    40 
	                            36 
	00039: PUSHW[1]            686 
	00042: NPUSHB      (11):    38    47    35    38    38    36    35    34    40    41 
	                            45 
	00055: PUSHW[1]            686 
	00058: NPUSHB      (90):    43    92     0    43    43    45     0    34    41    48 
	                            26     1    26    26    40    19     1    38   192    46 
	                             1     0    46    16    46     2    46    46     8    45 
	                            15    15    36    32    41    40     6    31    38    19 
	                            11    48    12    59     7     8    10    35    34    32 
	                            16    16    23     0     1     1    47    32    64    13 
	                            80    13     2    13    13    23    50    59    15     4 
	                            79     4    95     4   111     4   191     4     5     4 
	                            26    55    28    59   191    23     1    23    25    54 
	00150: PUSHW[3]            293   289    24 
	00157: CALL       
	00158: FLIPOFF    
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,0] 
	00161: DELTAP1    
	00162: FLIPON     
	00163: MIRP[nrp0,md,rd,1] 
	00164: FLIPOFF    
	00165: SRP0       
	00166: MIRP[srp0,nmd,rd,2] 
	00167: DELTAP1    
	00168: FLIPON     
	00169: MIRP[nrp0,md,rd,1] 
	00170: SRP2       
	00171: IP         
	00172: MDAP[rd]   
	00173: DELTAP1    
	00174: MIRP[srp0,md,rd,1] 
	00175: ALIGNRP    
	00176: SRP0       
	00177: ALIGNRP    
	00178: SRP2       
	00179: IP         
	00180: MDAP[rd]   
	00181: MIRP[srp0,md,rd,1] 
	00182: ALIGNRP    
	00183: SVTCA[y-axis] 
	00184: MIAP[rd+ci] 
	00185: ALIGNRP    
	00186: MIRP[srp0,md,rd,1] 
	00187: ALIGNRP    
	00188: MIAP[rd+ci] 
	00189: MIRP[nrp0,md,rd,1] 
	00190: MIAP[rd+ci] 
	00191: ALIGNRP    
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: SRP0       
	00195: ALIGNRP    
	00196: SRP2       
	00197: IP         
	00198: MDAP[rd]   
	00199: DELTAP1    
	00200: DELTAP2    
	00201: MIRP[nrp0,md,rd,1] 
	00202: SRP1       
	00203: SRP2       
	00204: IP         
	00205: MDAP[rd]   
	00206: DELTAP1    
	00207: SRP0       
	00208: MIRP[srp0,md,rd,1] 
	00209: RTDG       
	00210: SRP2       
	00211: IP         
	00212: MDAP[rd]   
	00213: RTG        
	00214: SVTCA[x-axis] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,1] 
	00217: MIRP[srp0,nmd,rd,0] 
	00218: MDRP[nrp0,nmd,rd,0] 
	00219: SVTCA[y-axis] 
	00220: SRP0       
	00221: MIRP[srp0,md,rd,1] 
	00222: RTDG       
	00223: SRP2       
	00224: IP         
	00225: MDAP[rd]   
	00226: RTG        
	00227: SVTCA[x-axis] 
	00228: SRP0       
	00229: MIRP[srp0,nmd,rd,1] 
	00230: MIRP[srp0,nmd,rd,0] 
	00231: MDRP[nrp0,nmd,rd,0] 
	00232: SVTCA[y-axis] 
	00233: SRP0       
	00234: MIRP[srp0,md,rd,1] 
	00235: RTDG       
	00236: SRP2       
	00237: IP         
	00238: MDAP[rd]   
	00239: RTG        
	00240: SVTCA[x-axis] 
	00241: SRP0       
	00242: MIRP[srp0,nmd,rd,1] 
	00243: MIRP[srp0,nmd,rd,0] 
	00244: MDRP[nrp0,nmd,rd,0] 
	00245: SVTCA[x-axis] 
	00246: DELTAP1    
	00247: IUP[y]     
	00248: IUP[x]     
	00249: SHPIX      
	00250: SHPIX      
	00251: SVTCA[y-axis] 
	00252: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual                               Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:        XDual                         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:        XDual                         On
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual                               On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual                       X-Short On
	 46:                              X-Short On
	 47:        XDual                         On
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   781,   781)  ->  Abs (   781,   781)
	  1: Rel (     0,  -290)  ->  Abs (   781,   491)
	  2: Rel (    67,     0)  ->  Abs (   848,   491)
	  3: Rel (   324,     0)  ->  Abs (  1172,   491)
	  4: Rel (     0,  -244)  ->  Abs (  1172,   247)
	  5: Rel (     0,   -94)  ->  Abs (  1172,   153)
	  6: Rel (  -134,  -153)  ->  Abs (  1038,     0)
	  7: Rel (  -212,     0)  ->  Abs (   826,     0)
	  8: Rel (  -189,     0)  ->  Abs (   637,     0)
	  9: Rel (   -70,     0)  ->  Abs (   567,     0)
	 10: Rel (     0,    42)  ->  Abs (   567,    42)
	 11: Rel (     0,    42)  ->  Abs (   567,    84)
	 12: Rel (    70,     0)  ->  Abs (   637,    84)
	 13: Rel (    60,     0)  ->  Abs (   697,    84)
	 14: Rel (     0,   697)  ->  Abs (   697,   781)
	 15: Rel (  -209,     0)  ->  Abs (   488,   781)
	 16: Rel (     0,  -483)  ->  Abs (   488,   298)
	 17: Rel (     0,  -177)  ->  Abs (   488,   121)
	 18: Rel (  -155,  -154)  ->  Abs (   333,   -33)
	 19: Rel (  -112,     0)  ->  Abs (   221,   -33)
	 20: Rel (   -56,     0)  ->  Abs (   165,   -33)
	 21: Rel (   -94,    23)  ->  Abs (    71,   -10)
	 22: Rel (   -20,    27)  ->  Abs (    51,    17)
	 23: Rel (     0,    42)  ->  Abs (    51,    59)
	 24: Rel (     0,    83)  ->  Abs (    51,   142)
	 25: Rel (     0,    63)  ->  Abs (    51,   205)
	 26: Rel (    42,     0)  ->  Abs (    93,   205)
	 27: Rel (    42,     0)  ->  Abs (   135,   205)
	 28: Rel (     0,   -58)  ->  Abs (   135,   147)
	 29: Rel (     0,   -82)  ->  Abs (   135,    65)
	 30: Rel (    55,   -11)  ->  Abs (   190,    54)
	 31: Rel (    34,     0)  ->  Abs (   224,    54)
	 32: Rel (    63,     0)  ->  Abs (   287,    54)
	 33: Rel (   116,   101)  ->  Abs (   403,   155)
	 34: Rel (     0,   143)  ->  Abs (   403,   298)
	 35: Rel (     0,   483)  ->  Abs (   403,   781)
	 36: Rel (  -110,     0)  ->  Abs (   293,   781)
	 37: Rel (   -70,     0)  ->  Abs (   223,   781)
	 38: Rel (     0,    42)  ->  Abs (   223,   823)
	 39: Rel (     0,    43)  ->  Abs (   223,   866)
	 40: Rel (    70,     0)  ->  Abs (   293,   866)
	 41: Rel (   571,     0)  ->  Abs (   864,   866)
	 42: Rel (    71,     0)  ->  Abs (   935,   866)
	 43: Rel (     0,   -43)  ->  Abs (   935,   823)
	 44: Rel (     0,   -42)  ->  Abs (   935,   781)
	 45: Rel (   -71,     0)  ->  Abs (   864,   781)
	 46: Rel (   -83,  -374)  ->  Abs (   781,   407)
	 47: Rel (     0,  -323)  ->  Abs (   781,    84)
	 48: Rel (    73,     0)  ->  Abs (   854,    84)
	 49: Rel (   227,     0)  ->  Abs (  1081,    84)
	 50: Rel (     0,   164)  ->  Abs (  1081,   248)
	 51: Rel (     0,    74)  ->  Abs (  1081,   322)
	 52: Rel (   -92,    85)  ->  Abs (   989,   407)
	 53: Rel (  -142,     0)  ->  Abs (   847,   407)

	Glyph 643: off = 0x00023290, len = 618
	  numberOfContours:	2
	  xMin:			-18
	  yMin:			0
	  xMax:			1248
	  yMax:			866

	EndPoints
	---------
	  0:  52
	  1:  61

	  Length of Instructions:	458
	00000: PUSHB[8]             41    18     1    58    15    13     2    56 
	00009: PUSHW[1]            -26 
	00012: NPUSHB      (32):     2    64    11    15    52     6    64    11    15    52 
	                             4    64    11    15    52    20    64    11    15    52 
	                            24    64    11    15    52    22    64    11    15    52 
	                            33    29 
	00046: PUSHW[1]            686 
	00049: PUSHB[8]             16    31    32    31    48    31     3    31 
	00058: PUSHW[1]            779 
	00061: NPUSHB       (9):    28    31    31    29    28    34    33    45    41 
	00072: PUSHW[3]            686    43   779 
	00079: NPUSHB       (9):    40    43    43    41    40    34    45     6     2 
	00090: PUSHW[1]            686 
	00093: PUSHB[4]             31     4     1     4 
	00098: PUSHW[1]            779 
	00101: NPUSHB       (9):     1     4     4     2     1    34     6     7    11 
	00112: PUSHW[1]            686 
	00115: NPUSHB      (16):     0     9    16     9     2     9    47    12     9     9 
	                            11    12    34     7    46    50 
	00133: PUSHW[1]            686 
	00136: PUSHB[8]             16    48    32    48    48    48     3    48 
	00145: PUSHW[1]            779 
	00148: NPUSHB       (9):    51    48    48    50    51    34    46    34    38 
	00159: PUSHW[1]            686 
	00162: NPUSHB      (21):   223    36   239    36     2    15    36   207    36     2 
	                            36    92    39    36    36    38    39    34    34    20 
	                            24 
	00185: PUSHW[1]            686 
	00188: PUSHB[4]             31    22     1    22 
	00193: PUSHW[1]            779 
	00196: NPUSHB      (91):    25    22    22    24    25    34    20    52    13    38 
	                            27    27   192    61     1    61    61    45    53    24 
	                            59    20    38    29    59    34    33    33    20    10 
	                            11     2     2    50    50    41    59    45     7     6 
	                             6    46    45     6     1    25    32    12    15    53 
	                            31    53    63    53    79    53    95    53   127    53 
	                           143    53   191    53     8    53    53    39    57    59 
	                            48    16   224    16     2    16    26    63    51    28 
	                            32    40     0    39   224    39     2    39    25    62 
	                            42 
	00289: PUSHW[2]            389    24 
	00294: CALL       
	00295: FLIPOFF    
	00296: SRP0       
	00297: MIRP[srp0,nmd,rd,0] 
	00298: DELTAP1    
	00299: ALIGNRP    
	00300: FLIPON     
	00301: MIRP[srp0,md,rd,1] 
	00302: ALIGNRP    
	00303: FLIPOFF    
	00304: SRP0       
	00305: MIRP[srp0,nmd,rd,2] 
	00306: DELTAP1    
	00307: FLIPON     
	00308: MIRP[nrp0,md,rd,1] 
	00309: SRP2       
	00310: IP         
	00311: MDAP[rd]   
	00312: DELTAP1    
	00313: ALIGNRP    
	00314: MIRP[srp0,md,rd,1] 
	00315: ALIGNRP    
	00316: SVTCA[y-axis] 
	00317: MIAP[rd+ci] 
	00318: ALIGNRP    
	00319: ALIGNRP    
	00320: SRP0       
	00321: ALIGNRP    
	00322: SRP0       
	00323: MIRP[srp0,md,rd,1] 
	00324: ALIGNRP    
	00325: SRP0       
	00326: ALIGNRP    
	00327: SRP0       
	00328: ALIGNRP    
	00329: MIAP[rd+ci] 
	00330: ALIGNRP    
	00331: SRP0       
	00332: ALIGNRP    
	00333: MIRP[srp0,md,rd,1] 
	00334: ALIGNRP    
	00335: SRP0       
	00336: MIRP[srp0,md,rd,1] 
	00337: ALIGNRP    
	00338: SRP2       
	00339: IP         
	00340: MDAP[rd]   
	00341: DELTAP2    
	00342: ALIGNRP    
	00343: SRP0       
	00344: MIRP[srp0,md,rd,1] 
	00345: ALIGNRP    
	00346: SRP0       
	00347: MIRP[srp0,md,rd,1] 
	00348: RTDG       
	00349: SRP2       
	00350: IP         
	00351: MDAP[rd]   
	00352: RTG        
	00353: SVTCA[x-axis] 
	00354: SRP0       
	00355: MIRP[srp0,nmd,rd,1] 
	00356: DELTAP1    
	00357: MIRP[srp0,nmd,rd,0] 
	00358: MDRP[nrp0,nmd,rd,0] 
	00359: SVTCA[y-axis] 
	00360: SRP0       
	00361: MIRP[srp0,md,rd,1] 
	00362: RTDG       
	00363: SRP2       
	00364: IP         
	00365: MDAP[rd]   
	00366: RTG        
	00367: SVTCA[x-axis] 
	00368: SRP0       
	00369: MIRP[srp0,nmd,rd,1] 
	00370: DELTAP1    
	00371: DELTAP1    
	00372: MIRP[srp0,nmd,rd,0] 
	00373: MDRP[nrp0,nmd,rd,0] 
	00374: SVTCA[y-axis] 
	00375: SRP0       
	00376: MIRP[srp0,md,rd,1] 
	00377: RTDG       
	00378: SRP2       
	00379: IP         
	00380: MDAP[rd]   
	00381: RTG        
	00382: SVTCA[x-axis] 
	00383: SRP0       
	00384: MIRP[srp0,nmd,rd,1] 
	00385: DELTAP1    
	00386: MIRP[srp0,nmd,rd,0] 
	00387: MDRP[nrp0,nmd,rd,0] 
	00388: SVTCA[y-axis] 
	00389: SRP0       
	00390: MIRP[srp0,md,rd,1] 
	00391: RTDG       
	00392: SRP2       
	00393: IP         
	00394: MDAP[rd]   
	00395: RTG        
	00396: SVTCA[x-axis] 
	00397: SRP0       
	00398: MIRP[srp0,nmd,rd,1] 
	00399: DELTAP1    
	00400: MIRP[srp0,nmd,rd,0] 
	00401: MDRP[nrp0,nmd,rd,0] 
	00402: SVTCA[y-axis] 
	00403: SRP0       
	00404: MIRP[srp0,md,rd,1] 
	00405: RTDG       
	00406: SRP2       
	00407: IP         
	00408: MDAP[rd]   
	00409: RTG        
	00410: SVTCA[x-axis] 
	00411: SRP0       
	00412: MIRP[srp0,nmd,rd,1] 
	00413: DELTAP1    
	00414: MIRP[srp0,nmd,rd,0] 
	00415: MDRP[nrp0,nmd,rd,0] 
	00416: SVTCA[y-axis] 
	00417: SRP0       
	00418: MIRP[srp0,md,rd,1] 
	00419: RTDG       
	00420: SRP2       
	00421: IP         
	00422: MDAP[rd]   
	00423: RTG        
	00424: SVTCA[x-axis] 
	00425: SRP0       
	00426: MIRP[srp0,nmd,rd,1] 
	00427: MIRP[srp0,nmd,rd,0] 
	00428: MDRP[nrp0,nmd,rd,0] 
	00429: SVTCA[y-axis] 
	00430: SRP0       
	00431: MIRP[srp0,md,rd,1] 
	00432: RTDG       
	00433: SRP2       
	00434: IP         
	00435: MDAP[rd]   
	00436: RTG        
	00437: SVTCA[x-axis] 
	00438: SRP0       
	00439: MIRP[srp0,nmd,rd,1] 
	00440: DELTAP1    
	00441: MIRP[srp0,nmd,rd,0] 
	00442: MDRP[nrp0,nmd,rd,0] 
	00443: SVTCA[x-axis] 
	00444: CALL       
	00445: CALL       
	00446: CALL       
	00447: CALL       
	00448: CALL       
	00449: CALL       
	00450: IUP[y]     
	00451: IUP[x]     
	00452: SVTCA[y-axis] 
	00453: SHPIX      
	00454: SLOOP      
	00455: SHPIX      
	00456: SVTCA[y-axis] 
	00457: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:  YDual                               Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                               On
	 20:  YDual                               On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:  YDual                               On
	 28:        XDual                         On
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short On
	 40:        XDual                         On
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short On
	 52:        XDual                         On
	 53:                                      On
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short Off
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual         Y-Short         On
	 58:  YDual XDual         Y-Short         Off
	 59:  YDual               Y-Short X-Short Off
	 60:  YDual                       X-Short On
	 61:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   578,   498)  ->  Abs (   578,   498)
	  1: Rel (     0,   283)  ->  Abs (   578,   781)
	  2: Rel (   -45,     0)  ->  Abs (   533,   781)
	  3: Rel (   -56,     0)  ->  Abs (   477,   781)
	  4: Rel (     0,    42)  ->  Abs (   477,   823)
	  5: Rel (     0,    43)  ->  Abs (   477,   866)
	  6: Rel (    56,     0)  ->  Abs (   533,   866)
	  7: Rel (   242,     0)  ->  Abs (   775,   866)
	  8: Rel (    57,     0)  ->  Abs (   832,   866)
	  9: Rel (     0,   -43)  ->  Abs (   832,   823)
	 10: Rel (     0,   -42)  ->  Abs (   832,   781)
	 11: Rel (   -57,     0)  ->  Abs (   775,   781)
	 12: Rel (  -112,     0)  ->  Abs (   663,   781)
	 13: Rel (     0,  -283)  ->  Abs (   663,   498)
	 14: Rel (   197,     0)  ->  Abs (   860,   498)
	 15: Rel (   388,     0)  ->  Abs (  1248,   498)
	 16: Rel (     0,  -238)  ->  Abs (  1248,   260)
	 17: Rel (     0,  -103)  ->  Abs (  1248,   157)
	 18: Rel (  -131,  -157)  ->  Abs (  1117,     0)
	 19: Rel (  -257,     0)  ->  Abs (   860,     0)
	 20: Rel (  -330,     0)  ->  Abs (   530,     0)
	 21: Rel (   -57,     0)  ->  Abs (   473,     0)
	 22: Rel (     0,    42)  ->  Abs (   473,    42)
	 23: Rel (     0,    42)  ->  Abs (   473,    84)
	 24: Rel (    57,     0)  ->  Abs (   530,    84)
	 25: Rel (    48,     0)  ->  Abs (   578,    84)
	 26: Rel (     0,   329)  ->  Abs (   578,   413)
	 27: Rel (  -361,     0)  ->  Abs (   217,   413)
	 28: Rel (     0,  -329)  ->  Abs (   217,    84)
	 29: Rel (    65,     0)  ->  Abs (   282,    84)
	 30: Rel (    56,     0)  ->  Abs (   338,    84)
	 31: Rel (     0,   -42)  ->  Abs (   338,    42)
	 32: Rel (     0,   -42)  ->  Abs (   338,     0)
	 33: Rel (   -56,     0)  ->  Abs (   282,     0)
	 34: Rel (  -244,     0)  ->  Abs (    38,     0)
	 35: Rel (   -56,     0)  ->  Abs (   -18,     0)
	 36: Rel (     0,    42)  ->  Abs (   -18,    42)
	 37: Rel (     0,    42)  ->  Abs (   -18,    84)
	 38: Rel (    56,     0)  ->  Abs (    38,    84)
	 39: Rel (    95,     0)  ->  Abs (   133,    84)
	 40: Rel (     0,   697)  ->  Abs (   133,   781)
	 41: Rel (   -65,     0)  ->  Abs (    68,   781)
	 42: Rel (   -56,     0)  ->  Abs (    12,   781)
	 43: Rel (     0,    42)  ->  Abs (    12,   823)
	 44: Rel (     0,    43)  ->  Abs (    12,   866)
	 45: Rel (    56,     0)  ->  Abs (    68,   866)
	 46: Rel (   214,     0)  ->  Abs (   282,   866)
	 47: Rel (    56,     0)  ->  Abs (   338,   866)
	 48: Rel (     0,   -43)  ->  Abs (   338,   823)
	 49: Rel (     0,   -42)  ->  Abs (   338,   781)
	 50: Rel (   -56,     0)  ->  Abs (   282,   781)
	 51: Rel (   -65,     0)  ->  Abs (   217,   781)
	 52: Rel (     0,  -283)  ->  Abs (   217,   498)
	 53: Rel (   446,  -414)  ->  Abs (   663,    84)
	 54: Rel (   192,     0)  ->  Abs (   855,    84)
	 55: Rel (   188,     0)  ->  Abs (  1043,    84)
	 56: Rel (   118,    89)  ->  Abs (  1161,   173)
	 57: Rel (     0,    83)  ->  Abs (  1161,   256)
	 58: Rel (     0,    95)  ->  Abs (  1161,   351)
	 59: Rel (  -151,    62)  ->  Abs (  1010,   413)
	 60: Rel (  -158,     0)  ->  Abs (   852,   413)
	 61: Rel (  -189,     0)  ->  Abs (   663,   413)

	Glyph 644: off = 0x000234FA, len = 496
	  numberOfContours:	1
	  xMin:			62
	  yMin:			0
	  xMax:			1134
	  yMax:			1255

	EndPoints
	---------
	  0:  57

	  Length of Instructions:	349
	00000: NPUSHB      (13):     5    11    21    11    39    11   163    11   179    11 
	                             5    11    10 
	00015: PUSHW[1]             -6 
	00018: NPUSHB      (20):     2    26    19    56    64     9    19    52    52    64 
	                             9    19    52    54    64     9    19    52    56    52 
	00040: PUSHW[1]            686 
	00043: NPUSHB      (11):    54    47    51    54    54    52    51    34    56    18 
	                            14 
	00056: PUSHW[1]            686 
	00059: NPUSHB      (14):     0    16     1    16    92    13    16    16    14    13 
	                            34    18    19    23 
	00075: PUSHW[1]            686 
	00078: NPUSHB      (11):    21    92    24    21    21    23    24    34    19    37 
	                            33 
	00091: PUSHW[1]            686 
	00094: NPUSHB      (16):     0    35    16    35     2    35    92    32    35    35 
	                            33    32    34    37    38    42 
	00112: PUSHW[1]            686 
	00115: NPUSHB      (34):    40    92    43    40    40    42    43    34    38     1 
	                            49    32    45    45     5    64    25    29    52     5 
	                             5     9    52    59    56     0     7    33    31    31 
	                            38    28    33     9 
	00151: PUSHW[1]            -64 
	00154: NPUSHB      (24):    11    13    52     9     7    14    23    23    33    33 
	                            42    59    38    18    19    19    37    38    10     3 
	                             3    24    32    47 
	00180: PUSHW[1]            355 
	00183: NPUSHB      (14):    43     7    57    32    51    32    32    43    13    32 
	                           223    24     1    24 
	00199: PUSHW[1]            675 
	00202: PUSHB[7]             59   191    43   207    43     2    43 
	00210: PUSHW[1]            491 
	00213: PUSHB[4]             58    71    97    24 
	00218: CALL       
	00219: FLIPOFF    
	00220: SRP0       
	00221: MIRP[nrp0,nmd,rd,0] 
	00222: DELTAP1    
	00223: FLIPON     
	00224: SRP0       
	00225: MIRP[srp0,nmd,rd,0] 
	00226: DELTAP1    
	00227: MIRP[nrp0,md,rd,1] 
	00228: SRP0       
	00229: MIRP[nrp0,md,rd,1] 
	00230: ALIGNRP    
	00231: SRP0       
	00232: ALIGNRP    
	00233: ALIGNRP    
	00234: SRP0       
	00235: MIRP[nrp0,nmd,rd,0] 
	00236: SRP1       
	00237: SRP2       
	00238: IP         
	00239: MDAP[rd]   
	00240: SVTCA[y-axis] 
	00241: MIAP[rd+ci] 
	00242: ALIGNRP    
	00243: ALIGNRP    
	00244: SRP0       
	00245: ALIGNRP    
	00246: SRP0       
	00247: MIRP[srp0,md,rd,1] 
	00248: ALIGNRP    
	00249: SRP0       
	00250: ALIGNRP    
	00251: SRP0       
	00252: ALIGNRP    
	00253: MIAP[rd+ci] 
	00254: CALL       
	00255: MIRP[srp0,md,rd,1] 
	00256: RTHG       
	00257: SRP1       
	00258: IP         
	00259: MDAP[rd]   
	00260: RTG        
	00261: MIRP[nrp0,md,rd,1] 
	00262: MIAP[rd+ci] 
	00263: MIRP[nrp0,md,rd,1] 
	00264: SRP2       
	00265: IP         
	00266: MDAP[rd]   
	00267: CALL       
	00268: ALIGNRP    
	00269: SRP0       
	00270: MIRP[srp0,md,rd,1] 
	00271: ALIGNRP    
	00272: SRP0       
	00273: MIRP[srp0,md,rd,1] 
	00274: RTDG       
	00275: SRP2       
	00276: IP         
	00277: MDAP[rd]   
	00278: RTG        
	00279: SVTCA[x-axis] 
	00280: SRP0       
	00281: MIRP[srp0,nmd,rd,1] 
	00282: MIRP[srp0,nmd,rd,0] 
	00283: MDRP[nrp0,nmd,rd,0] 
	00284: SVTCA[y-axis] 
	00285: SRP0       
	00286: MIRP[srp0,md,rd,1] 
	00287: RTDG       
	00288: SRP2       
	00289: IP         
	00290: MDAP[rd]   
	00291: RTG        
	00292: SVTCA[x-axis] 
	00293: SRP0       
	00294: MIRP[srp0,nmd,rd,1] 
	00295: DELTAP1    
	00296: MIRP[srp0,nmd,rd,0] 
	00297: MDRP[nrp0,nmd,rd,0] 
	00298: SVTCA[y-axis] 
	00299: SRP0       
	00300: MIRP[srp0,md,rd,1] 
	00301: RTDG       
	00302: SRP2       
	00303: IP         
	00304: MDAP[rd]   
	00305: RTG        
	00306: SVTCA[x-axis] 
	00307: SRP0       
	00308: MIRP[srp0,nmd,rd,1] 
	00309: MIRP[srp0,nmd,rd,0] 
	00310: MDRP[nrp0,nmd,rd,0] 
	00311: SVTCA[y-axis] 
	00312: SRP0       
	00313: MIRP[srp0,md,rd,1] 
	00314: RTDG       
	00315: SRP2       
	00316: IP         
	00317: MDAP[rd]   
	00318: RTG        
	00319: SVTCA[x-axis] 
	00320: SRP0       
	00321: MIRP[srp0,nmd,rd,1] 
	00322: DELTAP1    
	00323: MIRP[srp0,nmd,rd,0] 
	00324: MDRP[nrp0,nmd,rd,0] 
	00325: SVTCA[y-axis] 
	00326: SRP0       
	00327: MIRP[srp0,md,rd,1] 
	00328: RTDG       
	00329: SRP2       
	00330: IP         
	00331: MDAP[rd]   
	00332: RTG        
	00333: SVTCA[x-axis] 
	00334: SRP0       
	00335: MIRP[srp0,nmd,rd,1] 
	00336: MIRP[srp0,nmd,rd,0] 
	00337: MDRP[nrp0,nmd,rd,0] 
	00338: SVTCA[x-axis] 
	00339: CALL       
	00340: CALL       
	00341: CALL       
	00342: IUP[y]     
	00343: IUP[x]     
	00344: SVTCA[y-axis] 
	00345: SHPIX      
	00346: SLOOP      
	00347: SHPIX      
	00348: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:        XDual                         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:        XDual                         On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:  YDual                       X-Short On
	 38:  YDual                               On
	 39:  YDual                       X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short On
	 44:        XDual                         On
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual         Y-Short         On
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   339,  1071)  ->  Abs (   339,  1071)
	  1: Rel (   317,     0)  ->  Abs (   656,  1071)
	  2: Rel (    57,     0)  ->  Abs (   713,  1071)
	  3: Rel (     0,   -42)  ->  Abs (   713,  1029)
	  4: Rel (     0,   -42)  ->  Abs (   713,   987)
	  5: Rel (   -57,     0)  ->  Abs (   656,   987)
	  6: Rel (  -317,     0)  ->  Abs (   339,   987)
	  7: Rel (     0,  -249)  ->  Abs (   339,   738)
	  8: Rel (   141,   158)  ->  Abs (   480,   896)
	  9: Rel (   178,     0)  ->  Abs (   658,   896)
	 10: Rel (   154,     0)  ->  Abs (   812,   896)
	 11: Rel (   171,  -177)  ->  Abs (   983,   719)
	 12: Rel (     0,  -114)  ->  Abs (   983,   605)
	 13: Rel (     0,  -521)  ->  Abs (   983,    84)
	 14: Rel (    95,     0)  ->  Abs (  1078,    84)
	 15: Rel (    56,     0)  ->  Abs (  1134,    84)
	 16: Rel (     0,   -42)  ->  Abs (  1134,    42)
	 17: Rel (     0,   -42)  ->  Abs (  1134,     0)
	 18: Rel (   -56,     0)  ->  Abs (  1078,     0)
	 19: Rel (  -274,     0)  ->  Abs (   804,     0)
	 20: Rel (   -56,     0)  ->  Abs (   748,     0)
	 21: Rel (     0,    42)  ->  Abs (   748,    42)
	 22: Rel (     0,    42)  ->  Abs (   748,    84)
	 23: Rel (    56,     0)  ->  Abs (   804,    84)
	 24: Rel (    95,     0)  ->  Abs (   899,    84)
	 25: Rel (     0,   515)  ->  Abs (   899,   599)
	 26: Rel (     0,    86)  ->  Abs (   899,   685)
	 27: Rel (  -126,   127)  ->  Abs (   773,   812)
	 28: Rel (  -122,     0)  ->  Abs (   651,   812)
	 29: Rel (   -76,     0)  ->  Abs (   575,   812)
	 30: Rel (  -119,   -61)  ->  Abs (   456,   751)
	 31: Rel (  -117,  -135)  ->  Abs (   339,   616)
	 32: Rel (     0,  -532)  ->  Abs (   339,    84)
	 33: Rel (    94,     0)  ->  Abs (   433,    84)
	 34: Rel (    57,     0)  ->  Abs (   490,    84)
	 35: Rel (     0,   -42)  ->  Abs (   490,    42)
	 36: Rel (     0,   -42)  ->  Abs (   490,     0)
	 37: Rel (   -57,     0)  ->  Abs (   433,     0)
	 38: Rel (  -273,     0)  ->  Abs (   160,     0)
	 39: Rel (   -56,     0)  ->  Abs (   104,     0)
	 40: Rel (     0,    42)  ->  Abs (   104,    42)
	 41: Rel (     0,    42)  ->  Abs (   104,    84)
	 42: Rel (    56,     0)  ->  Abs (   160,    84)
	 43: Rel (    94,     0)  ->  Abs (   254,    84)
	 44: Rel (     0,   903)  ->  Abs (   254,   987)
	 45: Rel (  -135,     0)  ->  Abs (   119,   987)
	 46: Rel (   -57,     0)  ->  Abs (    62,   987)
	 47: Rel (     0,    42)  ->  Abs (    62,  1029)
	 48: Rel (     0,    42)  ->  Abs (    62,  1071)
	 49: Rel (    57,     0)  ->  Abs (   119,  1071)
	 50: Rel (   135,     0)  ->  Abs (   254,  1071)
	 51: Rel (     0,    99)  ->  Abs (   254,  1170)
	 52: Rel (  -112,     0)  ->  Abs (   142,  1170)
	 53: Rel (   -57,     0)  ->  Abs (    85,  1170)
	 54: Rel (     0,    42)  ->  Abs (    85,  1212)
	 55: Rel (     0,    43)  ->  Abs (    85,  1255)
	 56: Rel (    57,     0)  ->  Abs (   142,  1255)
	 57: Rel (   197,     0)  ->  Abs (   339,  1255)

	Glyph 645: off = 0x000236EA, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			120
	  yMin:			0
	  xMax:			1172
	  yMax:			1329

	     0: Flags:		0x0236
		Glyf Index:	612
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	141
		X BOffset:	43
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (11):     1   176    81     1    81    64    33    35    52    81 
	                            48 
	00013: PUSHW[1]            460 
	00016: PUSHB[5]             72    43     1     1    68 
	00022: PUSHW[2]            652    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: CALL       
	00032: DELTAP1    
	00033: SHC[rp1,zp0] 

	Glyph 646: off = 0x00023724, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			60
	  yMin:			-306
	  xMax:			1194
	  yMax:			1258

	     0: Flags:		0x0236
		Glyf Index:	621
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	217
		X BOffset:	16
		Y BOffset:	-40
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    80    62     1   208    62   240    62     2    63 
	                            62     1    62    13 
	00016: PUSHW[1]           -145 
	00019: PUSHB[5]             72    43     1     1    65 
	00025: PUSHW[2]            652    41 
	00030: SVTCA[y-axis] 
	00031: CALL       
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: DELTAP1    
	00035: DELTAP2    
	00036: DELTAP3    
	00037: SHC[rp1,zp0] 

	Glyph 647: off = 0x00023762, len = 408
	  numberOfContours:	1
	  xMin:			107
	  yMin:			-286
	  xMax:			1122
	  yMax:			866

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	297
	00000: PUSHB[2]             33    37 
	00003: PUSHW[1]            686 
	00006: PUSHB[4]             15    35     1    35 
	00011: PUSHW[1]            779 
	00014: NPUSHB       (9):    38    35    35    37    38    34    33    32    28 
	00025: PUSHW[3]            686    30   779 
	00032: NPUSHB       (9):    27    30    30    28    27    34    32    18    14 
	00043: PUSHW[1]            686 
	00046: PUSHB[4]              0    16     1    16 
	00051: PUSHW[1]            779 
	00054: NPUSHB       (9):    13    16    16    14    13    34    18    19    23 
	00065: PUSHW[1]            686 
	00068: PUSHB[4]             16    21     1    21 
	00073: PUSHW[1]            779 
	00076: NPUSHB       (9):    24    21    21    23    24    34    19    44    40 
	00087: PUSHW[1]            686 
	00090: NPUSHB      (11):    42    92    39    42    42    40    39    34    44     7 
	                            11 
	00103: PUSHW[1]            686 
	00106: NPUSHB      (66):     9    92    12     9     9    11    12    34     7    25 
	                            40    11    59     7     3    44     7    10    37    28 
	                            28    23    23    14    59    18    33    32    32    19 
	                            18     6     1    59     6     6    12    27    26    32 
	                            38    79    39    95    39   191    39     3    39    26 
	                            46    24    25    32    13   144    12   160    12     2 
	                            12    25    45    71    97    24 
	00174: CALL       
	00175: FLIPOFF    
	00176: SRP0       
	00177: MIRP[srp0,nmd,rd,0] 
	00178: DELTAP1    
	00179: ALIGNRP    
	00180: FLIPON     
	00181: MIRP[srp0,md,rd,1] 
	00182: ALIGNRP    
	00183: FLIPOFF    
	00184: SRP0       
	00185: MIRP[srp0,nmd,rd,2] 
	00186: DELTAP1    
	00187: ALIGNRP    
	00188: FLIPON     
	00189: MIRP[srp0,md,rd,1] 
	00190: ALIGNRP    
	00191: SRP2       
	00192: IP         
	00193: MDAP[rd]   
	00194: MIRP[nrp0,md,rd,1] 
	00195: SVTCA[y-axis] 
	00196: MIAP[rd+ci] 
	00197: ALIGNRP    
	00198: ALIGNRP    
	00199: SRP0       
	00200: ALIGNRP    
	00201: SRP0       
	00202: MIRP[srp0,md,rd,1] 
	00203: ALIGNRP    
	00204: SRP0       
	00205: ALIGNRP    
	00206: SRP0       
	00207: ALIGNRP    
	00208: MIAP[rd+ci] 
	00209: ALIGNRP    
	00210: MDAP[rd]   
	00211: SRP0       
	00212: MIRP[srp0,md,rd,1] 
	00213: ALIGNRP    
	00214: ALIGNRP    
	00215: SRP0       
	00216: MIRP[srp0,md,rd,1] 
	00217: RTDG       
	00218: SRP2       
	00219: IP         
	00220: MDAP[rd]   
	00221: RTG        
	00222: SVTCA[x-axis] 
	00223: SRP0       
	00224: MIRP[srp0,nmd,rd,1] 
	00225: MIRP[srp0,nmd,rd,0] 
	00226: MDRP[nrp0,nmd,rd,0] 
	00227: SVTCA[y-axis] 
	00228: SRP0       
	00229: MIRP[srp0,md,rd,1] 
	00230: RTDG       
	00231: SRP2       
	00232: IP         
	00233: MDAP[rd]   
	00234: RTG        
	00235: SVTCA[x-axis] 
	00236: SRP0       
	00237: MIRP[srp0,nmd,rd,1] 
	00238: MIRP[srp0,nmd,rd,0] 
	00239: MDRP[nrp0,nmd,rd,0] 
	00240: SVTCA[y-axis] 
	00241: SRP0       
	00242: MIRP[srp0,md,rd,1] 
	00243: RTDG       
	00244: SRP2       
	00245: IP         
	00246: MDAP[rd]   
	00247: RTG        
	00248: SVTCA[x-axis] 
	00249: SRP0       
	00250: MIRP[srp0,nmd,rd,1] 
	00251: DELTAP1    
	00252: MIRP[srp0,nmd,rd,0] 
	00253: MDRP[nrp0,nmd,rd,0] 
	00254: SVTCA[y-axis] 
	00255: SRP0       
	00256: MIRP[srp0,md,rd,1] 
	00257: RTDG       
	00258: SRP2       
	00259: IP         
	00260: MDAP[rd]   
	00261: RTG        
	00262: SVTCA[x-axis] 
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,1] 
	00265: DELTAP1    
	00266: MIRP[srp0,nmd,rd,0] 
	00267: MDRP[nrp0,nmd,rd,0] 
	00268: SVTCA[y-axis] 
	00269: SRP0       
	00270: MIRP[srp0,md,rd,1] 
	00271: RTDG       
	00272: SRP2       
	00273: IP         
	00274: MDAP[rd]   
	00275: RTG        
	00276: SVTCA[x-axis] 
	00277: SRP0       
	00278: MIRP[srp0,nmd,rd,1] 
	00279: MIRP[srp0,nmd,rd,0] 
	00280: MDRP[nrp0,nmd,rd,0] 
	00281: SVTCA[y-axis] 
	00282: SRP0       
	00283: MIRP[srp0,md,rd,1] 
	00284: RTDG       
	00285: SRP2       
	00286: IP         
	00287: MDAP[rd]   
	00288: RTG        
	00289: SVTCA[x-axis] 
	00290: SRP0       
	00291: MIRP[srp0,nmd,rd,1] 
	00292: DELTAP1    
	00293: MIRP[srp0,nmd,rd,0] 
	00294: MDRP[nrp0,nmd,rd,0] 
	00295: IUP[y]     
	00296: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual         Y-Short         On
	  2:        XDual         Y-Short         Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short On
	 25:        XDual                         On
	 26:  YDual                               On
	 27:        XDual                         On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short On
	 39:        XDual                         On
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   657,     0)  ->  Abs (   657,     0)
	  1: Rel (     0,  -219)  ->  Abs (   657,  -219)
	  2: Rel (     0,   -67)  ->  Abs (   657,  -286)
	  3: Rel (   -41,     0)  ->  Abs (   616,  -286)
	  4: Rel (   -44,     0)  ->  Abs (   572,  -286)
	  5: Rel (     0,    64)  ->  Abs (   572,  -222)
	  6: Rel (     0,   222)  ->  Abs (   572,     0)
	  7: Rel (  -409,     0)  ->  Abs (   163,     0)
	  8: Rel (   -56,     0)  ->  Abs (   107,     0)
	  9: Rel (     0,    42)  ->  Abs (   107,    42)
	 10: Rel (     0,    42)  ->  Abs (   107,    84)
	 11: Rel (    56,     0)  ->  Abs (   163,    84)
	 12: Rel (    95,     0)  ->  Abs (   258,    84)
	 13: Rel (     0,   697)  ->  Abs (   258,   781)
	 14: Rel (   -65,     0)  ->  Abs (   193,   781)
	 15: Rel (   -56,     0)  ->  Abs (   137,   781)
	 16: Rel (     0,    42)  ->  Abs (   137,   823)
	 17: Rel (     0,    43)  ->  Abs (   137,   866)
	 18: Rel (    56,     0)  ->  Abs (   193,   866)
	 19: Rel (   214,     0)  ->  Abs (   407,   866)
	 20: Rel (    56,     0)  ->  Abs (   463,   866)
	 21: Rel (     0,   -43)  ->  Abs (   463,   823)
	 22: Rel (     0,   -42)  ->  Abs (   463,   781)
	 23: Rel (   -56,     0)  ->  Abs (   407,   781)
	 24: Rel (   -65,     0)  ->  Abs (   342,   781)
	 25: Rel (     0,  -697)  ->  Abs (   342,    84)
	 26: Rel (   545,     0)  ->  Abs (   887,    84)
	 27: Rel (     0,   697)  ->  Abs (   887,   781)
	 28: Rel (   -64,     0)  ->  Abs (   823,   781)
	 29: Rel (   -57,     0)  ->  Abs (   766,   781)
	 30: Rel (     0,    42)  ->  Abs (   766,   823)
	 31: Rel (     0,    43)  ->  Abs (   766,   866)
	 32: Rel (    57,     0)  ->  Abs (   823,   866)
	 33: Rel (   213,     0)  ->  Abs (  1036,   866)
	 34: Rel (    56,     0)  ->  Abs (  1092,   866)
	 35: Rel (     0,   -43)  ->  Abs (  1092,   823)
	 36: Rel (     0,   -42)  ->  Abs (  1092,   781)
	 37: Rel (   -56,     0)  ->  Abs (  1036,   781)
	 38: Rel (   -65,     0)  ->  Abs (   971,   781)
	 39: Rel (     0,  -697)  ->  Abs (   971,    84)
	 40: Rel (    95,     0)  ->  Abs (  1066,    84)
	 41: Rel (    56,     0)  ->  Abs (  1122,    84)
	 42: Rel (     0,   -42)  ->  Abs (  1122,    42)
	 43: Rel (     0,   -42)  ->  Abs (  1122,     0)
	 44: Rel (   -56,     0)  ->  Abs (  1066,     0)

	Glyph 648: off = 0x000238FA, len = 236
	  numberOfContours:	1
	  xMin:			127
	  yMin:			0
	  xMax:			1111
	  yMax:			1439

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	161
	00000: PUSHB[2]             25    21 
	00003: PUSHW[1]            676 
	00006: NPUSHB      (11):    23    53    20    23    23    21    20    29    25    13 
	                             9 
	00019: PUSHW[1]            676 
	00022: NPUSHB      (11):    11    53     8    11    11     9     8    29    13    14 
	                            18 
	00035: PUSHW[1]            676 
	00038: NPUSHB      (10):    16    53    19    16    16    18    19    29    14     3 
	00050: PUSHW[1]            310 
	00053: NPUSHB      (40):    25     6    21    30    25     2     9    18    38    13 
	                            14     8     0    38    15     5     1     5    26    27 
	                             7     8    30    20    79    19    95    19     2    15 
	                            19    31    19     2    19    25    26   165   121    24 
	00095: CALL       
	00096: FLIPOFF    
	00097: SRP0       
	00098: MIRP[srp0,nmd,rd,0] 
	00099: DELTAP1    
	00100: DELTAP2    
	00101: ALIGNRP    
	00102: FLIPON     
	00103: MIRP[srp0,md,rd,1] 
	00104: ALIGNRP    
	00105: FLIPOFF    
	00106: SRP0       
	00107: MIRP[srp0,nmd,rd,2] 
	00108: DELTAP1    
	00109: FLIPON     
	00110: MIRP[nrp0,md,rd,1] 
	00111: SVTCA[y-axis] 
	00112: MIAP[rd+ci] 
	00113: ALIGNRP    
	00114: MIRP[srp0,md,rd,1] 
	00115: ALIGNRP    
	00116: MIAP[rd+ci] 
	00117: MIRP[srp0,md,rd,1] 
	00118: ALIGNRP    
	00119: SRP0       
	00120: MIRP[nrp0,md,rd,0] 
	00121: SRP0       
	00122: MIRP[srp0,md,rd,1] 
	00123: RTDG       
	00124: SRP2       
	00125: IP         
	00126: MDAP[rd]   
	00127: RTG        
	00128: SVTCA[x-axis] 
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,1] 
	00131: MIRP[srp0,nmd,rd,0] 
	00132: MDRP[nrp0,nmd,rd,0] 
	00133: SVTCA[y-axis] 
	00134: SRP0       
	00135: MIRP[srp0,md,rd,1] 
	00136: RTDG       
	00137: SRP2       
	00138: IP         
	00139: MDAP[rd]   
	00140: RTG        
	00141: SVTCA[x-axis] 
	00142: SRP0       
	00143: MIRP[srp0,nmd,rd,1] 
	00144: MIRP[srp0,nmd,rd,0] 
	00145: MDRP[nrp0,nmd,rd,0] 
	00146: SVTCA[y-axis] 
	00147: SRP0       
	00148: MIRP[srp0,md,rd,1] 
	00149: RTDG       
	00150: SRP2       
	00151: IP         
	00152: MDAP[rd]   
	00153: RTG        
	00154: SVTCA[x-axis] 
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,1] 
	00157: MIRP[srp0,nmd,rd,0] 
	00158: MDRP[nrp0,nmd,rd,0] 
	00159: IUP[y]     
	00160: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                               On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short On
	 20:        XDual                         On
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1026,  1170)  ->  Abs (  1026,  1170)
	  1: Rel (     0,   213)  ->  Abs (  1026,  1383)
	  2: Rel (     0,    56)  ->  Abs (  1026,  1439)
	  3: Rel (    43,     0)  ->  Abs (  1069,  1439)
	  4: Rel (    42,     0)  ->  Abs (  1111,  1439)
	  5: Rel (     0,   -56)  ->  Abs (  1111,  1383)
	  6: Rel (     0,  -297)  ->  Abs (  1111,  1086)
	  7: Rel (  -643,     0)  ->  Abs (   468,  1086)
	  8: Rel (     0, -1002)  ->  Abs (   468,    84)
	  9: Rel (   200,     0)  ->  Abs (   668,    84)
	 10: Rel (    56,     0)  ->  Abs (   724,    84)
	 11: Rel (     0,   -42)  ->  Abs (   724,    42)
	 12: Rel (     0,   -42)  ->  Abs (   724,     0)
	 13: Rel (   -56,     0)  ->  Abs (   668,     0)
	 14: Rel (  -485,     0)  ->  Abs (   183,     0)
	 15: Rel (   -56,     0)  ->  Abs (   127,     0)
	 16: Rel (     0,    42)  ->  Abs (   127,    42)
	 17: Rel (     0,    42)  ->  Abs (   127,    84)
	 18: Rel (    56,     0)  ->  Abs (   183,    84)
	 19: Rel (   200,     0)  ->  Abs (   383,    84)
	 20: Rel (     0,  1002)  ->  Abs (   383,  1086)
	 21: Rel (  -200,     0)  ->  Abs (   183,  1086)
	 22: Rel (   -56,     0)  ->  Abs (   127,  1086)
	 23: Rel (     0,    42)  ->  Abs (   127,  1128)
	 24: Rel (     0,    42)  ->  Abs (   127,  1170)
	 25: Rel (    56,     0)  ->  Abs (   183,  1170)

	Glyph 649: off = 0x000239E6, len = 234
	  numberOfContours:	1
	  xMin:			152
	  yMin:			0
	  xMax:			1088
	  yMax:			1135

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	159
	00000: PUSHB[2]             25    21 
	00003: PUSHW[1]            686 
	00006: NPUSHB      (11):    23   200    20    23    23    21    20    34    25    13 
	                             9 
	00019: PUSHW[1]            686 
	00022: NPUSHB      (11):    11   200     8    11    11     9     8    34    13    14 
	                            18 
	00035: PUSHW[1]            686 
	00038: NPUSHB      (10):    16   200    19    16    16    18    19    34    14     3 
	00050: PUSHW[1]            360 
	00053: NPUSHB      (32):    25     6    21    32    25     6     9    59    13    18 
	                            59    13    14    10     0    59     6     5    26    27 
	                             7     8    32    20   144    19   160    19     2    19 
	                            25    26 
	00087: PUSHW[1]            780 
	00090: PUSHB[2]            173    24 
	00093: CALL       
	00094: FLIPOFF    
	00095: SRP0       
	00096: MIRP[srp0,nmd,rd,0] 
	00097: DELTAP1    
	00098: ALIGNRP    
	00099: FLIPON     
	00100: MIRP[srp0,md,rd,1] 
	00101: ALIGNRP    
	00102: FLIPOFF    
	00103: SRP0       
	00104: MIRP[srp0,nmd,rd,2] 
	00105: ALIGNRP    
	00106: FLIPON     
	00107: MIRP[nrp0,md,rd,1] 
	00108: SVTCA[y-axis] 
	00109: MIAP[rd+ci] 
	00110: ALIGNRP    
	00111: MIRP[nrp0,md,rd,1] 
	00112: SRP0       
	00113: MIRP[nrp0,md,rd,1] 
	00114: MIAP[rd+ci] 
	00115: MIRP[srp0,md,rd,1] 
	00116: ALIGNRP    
	00117: SRP0       
	00118: MIRP[nrp0,nmd,rd,0] 
	00119: SRP0       
	00120: MIRP[srp0,md,rd,1] 
	00121: RTDG       
	00122: SRP2       
	00123: IP         
	00124: MDAP[rd]   
	00125: RTG        
	00126: SVTCA[x-axis] 
	00127: SRP0       
	00128: MIRP[srp0,nmd,rd,1] 
	00129: MIRP[srp0,nmd,rd,0] 
	00130: MDRP[nrp0,nmd,rd,0] 
	00131: SVTCA[y-axis] 
	00132: SRP0       
	00133: MIRP[srp0,md,rd,1] 
	00134: RTDG       
	00135: SRP2       
	00136: IP         
	00137: MDAP[rd]   
	00138: RTG        
	00139: SVTCA[x-axis] 
	00140: SRP0       
	00141: MIRP[srp0,nmd,rd,1] 
	00142: MIRP[srp0,nmd,rd,0] 
	00143: MDRP[nrp0,nmd,rd,0] 
	00144: SVTCA[y-axis] 
	00145: SRP0       
	00146: MIRP[srp0,md,rd,1] 
	00147: RTDG       
	00148: SRP2       
	00149: IP         
	00150: MDAP[rd]   
	00151: RTG        
	00152: SVTCA[x-axis] 
	00153: SRP0       
	00154: MIRP[srp0,nmd,rd,1] 
	00155: MIRP[srp0,nmd,rd,0] 
	00156: MDRP[nrp0,nmd,rd,0] 
	00157: IUP[y]     
	00158: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                               On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short On
	 20:        XDual                         On
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1003,   866)  ->  Abs (  1003,   866)
	  1: Rel (     0,   213)  ->  Abs (  1003,  1079)
	  2: Rel (     0,    56)  ->  Abs (  1003,  1135)
	  3: Rel (    42,     0)  ->  Abs (  1045,  1135)
	  4: Rel (    43,     0)  ->  Abs (  1088,  1135)
	  5: Rel (     0,   -56)  ->  Abs (  1088,  1079)
	  6: Rel (     0,  -298)  ->  Abs (  1088,   781)
	  7: Rel (  -595,     0)  ->  Abs (   493,   781)
	  8: Rel (     0,  -697)  ->  Abs (   493,    84)
	  9: Rel (   200,     0)  ->  Abs (   693,    84)
	 10: Rel (    56,     0)  ->  Abs (   749,    84)
	 11: Rel (     0,   -42)  ->  Abs (   749,    42)
	 12: Rel (     0,   -42)  ->  Abs (   749,     0)
	 13: Rel (   -56,     0)  ->  Abs (   693,     0)
	 14: Rel (  -485,     0)  ->  Abs (   208,     0)
	 15: Rel (   -56,     0)  ->  Abs (   152,     0)
	 16: Rel (     0,    42)  ->  Abs (   152,    42)
	 17: Rel (     0,    42)  ->  Abs (   152,    84)
	 18: Rel (    56,     0)  ->  Abs (   208,    84)
	 19: Rel (   200,     0)  ->  Abs (   408,    84)
	 20: Rel (     0,   697)  ->  Abs (   408,   781)
	 21: Rel (  -200,     0)  ->  Abs (   208,   781)
	 22: Rel (   -56,     0)  ->  Abs (   152,   781)
	 23: Rel (     0,    42)  ->  Abs (   152,   823)
	 24: Rel (     0,    43)  ->  Abs (   152,   866)
	 25: Rel (    56,     0)  ->  Abs (   208,   866)

	Glyph 650: off = 0x00023AD0, len = 52
	  numberOfContours:	1
	  xMin:			43
	  yMin:			544
	  xMax:			1187
	  yMax:			629

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	13
	00000: PUSHB[5]              5    91     1     8     3 
	00006: MDAP[rd]   
	00007: MDAP[rd]   
	00008: SVTCA[y-axis] 
	00009: MDAP[rd]   
	00010: MIRP[nrp0,md,rd,1] 
	00011: IUP[y]     
	00012: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1130,   544)  ->  Abs (  1130,   544)
	  1: Rel ( -1031,     0)  ->  Abs (    99,   544)
	  2: Rel (   -56,     0)  ->  Abs (    43,   544)
	  3: Rel (     0,    42)  ->  Abs (    43,   586)
	  4: Rel (     0,    43)  ->  Abs (    43,   629)
	  5: Rel (    56,     0)  ->  Abs (    99,   629)
	  6: Rel (  1031,     0)  ->  Abs (  1130,   629)
	  7: Rel (    57,     0)  ->  Abs (  1187,   629)
	  8: Rel (     0,   -43)  ->  Abs (  1187,   586)
	  9: Rel (     0,   -42)  ->  Abs (  1187,   544)

	Glyph 651: off = 0x00023B04, len = 638
	  numberOfContours:	4
	  xMin:			49
	  yMin:			0
	  xMax:			1172
	  yMax:			1170

	EndPoints
	---------
	  0:  42
	  1:  55
	  2:  65
	  3:  75

	  Length of Instructions:	437
	00000: NPUSHB      (23):    16    10    31    30     2    16    10    31    30     2 
	                           183    10   199    10     2    16    10    31    30    45 
	                            30     3    10 
	00025: PUSHW[1]            -16 
	00028: NPUSHB      (13):    11    16    52    45    16    25    29    52     8    48 
	                             1    16    12 
	00043: PUSHW[1]            784 
	00046: PUSHB[4]             31    14     1    14 
	00051: PUSHW[1]            354 
	00054: NPUSHB       (9):    11    14    14    12    11    29    16    17    21 
	00065: PUSHW[1]            784 
	00068: NPUSHB      (11):    19    41    22    19    19    21    22    29    17     5 
	                             1 
	00081: PUSHW[1]            784 
	00084: NPUSHB      (11):     3    41     0     3     3     1     0    29     5    36 
	                            32 
	00097: PUSHW[1]            784 
	00100: PUSHB[4]             16    34     1    34 
	00105: PUSHW[1]            354 
	00108: NPUSHB       (9):    31    34    34    32    31    29    36    37    41 
	00119: PUSHW[1]            784 
	00122: NPUSHB      (39):    39    41    42    39    39    41    42    29    37    10 
	                            29    30    30    30     9    10    20     9     9    10 
	                            30    10     9    29     4    26     5    29     9    10 
	                            30    66    38    71    71    37    58    38    46 
	00163: PUSHW[1]            582 
	00166: NPUSHB      (60):    63    38    53    53    37     5    26     8    41    32 
	                            38    36    36    37     8    21    12    12     1    38 
	                             5    17    16    16     5     2    69    69    44    74 
	                            74    50    44    11    10    30    22    47    23    63 
	                            23    96    23     3    23    23    77    76    15    50 
	                            31    50    47    50    63    50     4    50    38    56 
	00228: PUSHW[1]            -64 
	00231: NPUSHB      (40):    25    33    52    56    64    12    14    52    56   207 
	                            60    38    44    44   207    43   223    43     2    43 
	                            64    13    19    52    43    64    25    29    52    43 
	                            26    77    30    31    30     0    42    25    76   157 
	00273: PUSHW[2]            340    24 
	00278: CALL       
	00279: FLIPOFF    
	00280: SRP0       
	00281: MIRP[srp0,nmd,rd,0] 
	00282: ALIGNRP    
	00283: FLIPON     
	00284: MIRP[srp0,md,rd,1] 
	00285: ALIGNRP    
	00286: FLIPOFF    
	00287: SRP0       
	00288: MIRP[srp0,nmd,rd,2] 
	00289: CALL       
	00290: CALL       
	00291: DELTAP2    
	00292: ALIGNRP    
	00293: FLIPON     
	00294: SRP0       
	00295: MIRP[srp0,md,rd,1] 
	00296: MIRP[srp0,nmd,rd,2] 
	00297: CALL       
	00298: CALL       
	00299: MIRP[nrp0,md,rd,1] 
	00300: DELTAP1    
	00301: SRP1       
	00302: SRP2       
	00303: IP         
	00304: MDAP[rd]   
	00305: DELTAP1    
	00306: ALIGNRP    
	00307: MIRP[srp0,md,rd,1] 
	00308: ALIGNRP    
	00309: SRP1       
	00310: SRP2       
	00311: IP         
	00312: MDAP[rd]   
	00313: SRP1       
	00314: IP         
	00315: MDAP[rd]   
	00316: SVTCA[y-axis] 
	00317: MIAP[rd+ci] 
	00318: ALIGNRP    
	00319: SRP0       
	00320: ALIGNRP    
	00321: SRP0       
	00322: MIRP[srp0,md,rd,1] 
	00323: ALIGNRP    
	00324: SRP0       
	00325: ALIGNRP    
	00326: MIAP[rd+ci] 
	00327: ALIGNRP    
	00328: SRP0       
	00329: MIRP[srp0,md,rd,1] 
	00330: ALIGNRP    
	00331: MIAP[rd+ci] 
	00332: SRP1       
	00333: SRP2       
	00334: IP         
	00335: MDAP[rd]   
	00336: MIRP[nrp0,md,rd,1] 
	00337: MIRP[srp0,md,rd,1] 
	00338: MIRP[nrp0,md,rd,1] 
	00339: SRP2       
	00340: IP         
	00341: MDAP[rd]   
	00342: MIRP[nrp0,md,rd,1] 
	00343: SVTCA[x-axis] 
	00344: SRP1       
	00345: SRP2       
	00346: IP         
	00347: IP         
	00348: SVTCA[y-axis] 
	00349: SRP1       
	00350: SRP2       
	00351: SLOOP      
	00352: IP         
	00353: SDPVTL[1]  
	00354: MDAP[nrd]  
	00355: CALL       
	00356: SDPVTL[1]  
	00357: RDTG       
	00358: MDRP[nrp0,nmd,rd,0] 
	00359: RTG        
	00360: SVTCA[y-axis] 
	00361: SRP0       
	00362: MIRP[srp0,md,rd,1] 
	00363: RTDG       
	00364: SRP2       
	00365: IP         
	00366: MDAP[rd]   
	00367: RTG        
	00368: SVTCA[x-axis] 
	00369: SRP0       
	00370: MIRP[srp0,nmd,rd,1] 
	00371: MIRP[srp0,nmd,rd,0] 
	00372: MDRP[nrp0,nmd,rd,0] 
	00373: SVTCA[y-axis] 
	00374: SRP0       
	00375: MIRP[srp0,md,rd,1] 
	00376: RTDG       
	00377: SRP2       
	00378: IP         
	00379: MDAP[rd]   
	00380: RTG        
	00381: SVTCA[x-axis] 
	00382: SRP0       
	00383: MIRP[srp0,nmd,rd,1] 
	00384: DELTAP1    
	00385: MIRP[srp0,nmd,rd,0] 
	00386: MDRP[nrp0,nmd,rd,0] 
	00387: SVTCA[y-axis] 
	00388: SRP0       
	00389: MIRP[srp0,md,rd,1] 
	00390: RTDG       
	00391: SRP2       
	00392: IP         
	00393: MDAP[rd]   
	00394: RTG        
	00395: SVTCA[x-axis] 
	00396: SRP0       
	00397: MIRP[srp0,nmd,rd,1] 
	00398: MIRP[srp0,nmd,rd,0] 
	00399: MDRP[nrp0,nmd,rd,0] 
	00400: SVTCA[y-axis] 
	00401: SRP0       
	00402: MIRP[srp0,md,rd,1] 
	00403: RTDG       
	00404: SRP2       
	00405: IP         
	00406: MDAP[rd]   
	00407: RTG        
	00408: SVTCA[x-axis] 
	00409: SRP0       
	00410: MIRP[srp0,nmd,rd,1] 
	00411: MIRP[srp0,nmd,rd,0] 
	00412: MDRP[nrp0,nmd,rd,0] 
	00413: SVTCA[y-axis] 
	00414: SRP0       
	00415: MIRP[srp0,md,rd,1] 
	00416: RTDG       
	00417: SRP2       
	00418: IP         
	00419: MDAP[rd]   
	00420: RTG        
	00421: SVTCA[x-axis] 
	00422: SRP0       
	00423: MIRP[srp0,nmd,rd,1] 
	00424: DELTAP1    
	00425: MIRP[srp0,nmd,rd,0] 
	00426: MDRP[nrp0,nmd,rd,0] 
	00427: IUP[y]     
	00428: IUP[x]     
	00429: SVTCA[y-axis] 
	00430: DELTAP2    
	00431: CALL       
	00432: CALL       
	00433: DELTAP1    
	00434: DELTAP1    
	00435: DELTAP1    
	00436: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:                                      On
	 11:        XDual                         On
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:        XDual                         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:                                      On
	 31:        XDual                         On
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short On
	 43:                                      On
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off
	 55:        XDual         Y-Short X-Short Off
	 56:                              X-Short On
	 57:        XDual         Y-Short         Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off
	 63:  YDual                       X-Short On
	 64:  YDual                       X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual                 X-Short On
	 67:  YDual                       X-Short On
	 68:  YDual                       X-Short Off
	 69:  YDual XDual         Y-Short         On
	 70:  YDual XDual         Y-Short         Off
	 71:  YDual XDual                 X-Short On
	 72:  YDual XDual                 X-Short Off
	 73:        XDual         Y-Short X-Short Off
	 74:        XDual         Y-Short         On
	 75:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   171,  1086)  ->  Abs (   171,  1086)
	  1: Rel (   -52,     0)  ->  Abs (   119,  1086)
	  2: Rel (   -70,     0)  ->  Abs (    49,  1086)
	  3: Rel (     0,    42)  ->  Abs (    49,  1128)
	  4: Rel (     0,    42)  ->  Abs (    49,  1170)
	  5: Rel (    70,     0)  ->  Abs (   119,  1170)
	  6: Rel (   109,     0)  ->  Abs (   228,  1170)
	  7: Rel (    41,     0)  ->  Abs (   269,  1170)
	  8: Rel (    22,   -14)  ->  Abs (   291,  1156)
	  9: Rel (    15,   -39)  ->  Abs (   306,  1117)
	 10: Rel (   371,  -959)  ->  Abs (   677,   158)
	 11: Rel (     0,   928)  ->  Abs (   677,  1086)
	 12: Rel (  -103,     0)  ->  Abs (   574,  1086)
	 13: Rel (   -70,     0)  ->  Abs (   504,  1086)
	 14: Rel (     0,    42)  ->  Abs (   504,  1128)
	 15: Rel (     0,    42)  ->  Abs (   504,  1170)
	 16: Rel (    70,     0)  ->  Abs (   574,  1170)
	 17: Rel (   240,     0)  ->  Abs (   814,  1170)
	 18: Rel (    70,     0)  ->  Abs (   884,  1170)
	 19: Rel (     0,   -42)  ->  Abs (   884,  1128)
	 20: Rel (     0,   -42)  ->  Abs (   884,  1086)
	 21: Rel (   -70,     0)  ->  Abs (   814,  1086)
	 22: Rel (   -53,     0)  ->  Abs (   761,  1086)
	 23: Rel (     0,  -979)  ->  Abs (   761,   107)
	 24: Rel (     0,   -61)  ->  Abs (   761,    46)
	 25: Rel (   -28,   -46)  ->  Abs (   733,     0)
	 26: Rel (   -36,     0)  ->  Abs (   697,     0)
	 27: Rel (   -28,     0)  ->  Abs (   669,     0)
	 28: Rel (   -28,    30)  ->  Abs (   641,    30)
	 29: Rel (   -19,    51)  ->  Abs (   622,    81)
	 30: Rel (  -366,   946)  ->  Abs (   256,  1027)
	 31: Rel (     0,  -943)  ->  Abs (   256,    84)
	 32: Rel (   102,     0)  ->  Abs (   358,    84)
	 33: Rel (    71,     0)  ->  Abs (   429,    84)
	 34: Rel (     0,   -42)  ->  Abs (   429,    42)
	 35: Rel (     0,   -42)  ->  Abs (   429,     0)
	 36: Rel (   -71,     0)  ->  Abs (   358,     0)
	 37: Rel (  -239,     0)  ->  Abs (   119,     0)
	 38: Rel (   -70,     0)  ->  Abs (    49,     0)
	 39: Rel (     0,    42)  ->  Abs (    49,    42)
	 40: Rel (     0,    42)  ->  Abs (    49,    84)
	 41: Rel (    70,     0)  ->  Abs (   119,    84)
	 42: Rel (    52,     0)  ->  Abs (   171,    84)
	 43: Rel (  1001,   820)  ->  Abs (  1172,   904)
	 44: Rel (     0,  -231)  ->  Abs (  1172,   673)
	 45: Rel (     0,  -144)  ->  Abs (  1172,   529)
	 46: Rel (  -129,     0)  ->  Abs (  1043,   529)
	 47: Rel (   -48,     0)  ->  Abs (   995,   529)
	 48: Rel (   -73,    55)  ->  Abs (   922,   584)
	 49: Rel (   -10,    68)  ->  Abs (   912,   652)
	 50: Rel (     0,   239)  ->  Abs (   912,   891)
	 51: Rel (     0,    67)  ->  Abs (   912,   958)
	 52: Rel (    78,    83)  ->  Abs (   990,  1041)
	 53: Rel (    50,     0)  ->  Abs (  1040,  1041)
	 54: Rel (    57,     0)  ->  Abs (  1097,  1041)
	 55: Rel (    75,   -80)  ->  Abs (  1172,   961)
	 56: Rel (  -175,  -288)  ->  Abs (   997,   673)
	 57: Rel (     0,   -58)  ->  Abs (   997,   615)
	 58: Rel (    45,     0)  ->  Abs (  1042,   615)
	 59: Rel (    46,     0)  ->  Abs (  1088,   615)
	 60: Rel (     0,    58)  ->  Abs (  1088,   673)
	 61: Rel (     0,   231)  ->  Abs (  1088,   904)
	 62: Rel (     0,    51)  ->  Abs (  1088,   955)
	 63: Rel (   -45,     0)  ->  Abs (  1043,   955)
	 64: Rel (   -46,     0)  ->  Abs (   997,   955)
	 65: Rel (     0,   -51)  ->  Abs (   997,   904)
	 66: Rel (    83,  -607)  ->  Abs (  1080,   297)
	 67: Rel (   -77,     0)  ->  Abs (  1003,   297)
	 68: Rel (   -72,     0)  ->  Abs (   931,   297)
	 69: Rel (     0,    43)  ->  Abs (   931,   340)
	 70: Rel (     0,    43)  ->  Abs (   931,   383)
	 71: Rel (    53,     0)  ->  Abs (   984,   383)
	 72: Rel (   130,     0)  ->  Abs (  1114,   383)
	 73: Rel (    38,   -12)  ->  Abs (  1152,   371)
	 74: Rel (     0,   -31)  ->  Abs (  1152,   340)
	 75: Rel (     0,   -43)  ->  Abs (  1152,   297)

	Glyph 652: off = 0x00023D82, len = 448
	  numberOfContours:	1
	  xMin:			104
	  yMin:			0
	  xMax:			1125
	  yMax:			866

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	347
	00000: NPUSHB      (72):    79     7    79     9    79    10    79    11     4    64 
	                            16    64    17    64    18    64    20     4    63     7 
	                            63     9    63    10    63    11     4    48    16    48 
	                            17    48    18    48    20     4    47     7    47     9 
	                            47    10    47    11     4    15     7    15     9    15 
	                            11    31     7    31     9    31    11    32    16    32 
	                            17    32    18    32    20    10     0    13    14    27 
	                            33    37 
	00074: PUSHW[1]            686 
	00077: NPUSHB      (14):     0    35     1    35    47     0    35    35    37     0 
	                            34    33     6     2 
	00093: PUSHW[1]            686 
	00096: NPUSHB      (14):     0     4     1     4    47     1     4     4     2     1 
	                            34     6     7    11 
	00112: PUSHW[1]            686 
	00115: NPUSHB      (16):    48     9    64     9     2     9    92    12     9     9 
	                            11    12    34     7    32    28 
	00133: PUSHW[1]            686 
	00136: NPUSHB      (11):    30    47    27    30    30    28    27    34    32    20 
	                            16 
	00149: PUSHW[1]            686 
	00152: NPUSHB      (16):    63    18    79    18     2    18    92    15    18    18 
	                            16    15    34    20    21    25 
	00170: PUSHW[1]            686 
	00173: NPUSHB      (49):    23    47    26    23    23    25    26    34    21    37 
	                            28    32    33    32     6     6     7     7    20    20 
	                            21    10    13    12    32     0    15     1    79     1 
	                           127     1   191     1   223     1     5     1    14    15 
	                            32    27    48    26   160    26     2    26    71 
	00224: PUSHW[2]            789    24 
	00229: CALL       
	00230: MDAP[rd]   
	00231: DELTAP1    
	00232: ALIGNRP    
	00233: MIRP[srp0,md,rd,1] 
	00234: ALIGNRP    
	00235: MDAP[rd]   
	00236: DELTAP1    
	00237: ALIGNRP    
	00238: MIRP[srp0,md,rd,1] 
	00239: ALIGNRP    
	00240: SVTCA[y-axis] 
	00241: MIAP[rd+ci] 
	00242: ALIGNRP    
	00243: SRP0       
	00244: ALIGNRP    
	00245: SRP0       
	00246: ALIGNRP    
	00247: MIAP[rd+ci] 
	00248: ALIGNRP    
	00249: MIRP[srp0,md,rd,1] 
	00250: ALIGNRP    
	00251: SRP0       
	00252: MIRP[srp0,md,rd,1] 
	00253: RTDG       
	00254: SRP2       
	00255: IP         
	00256: MDAP[rd]   
	00257: RTG        
	00258: SVTCA[x-axis] 
	00259: SRP0       
	00260: MIRP[srp0,nmd,rd,1] 
	00261: MIRP[srp0,nmd,rd,0] 
	00262: MDRP[nrp0,nmd,rd,0] 
	00263: SVTCA[y-axis] 
	00264: SRP0       
	00265: MIRP[srp0,md,rd,1] 
	00266: RTDG       
	00267: SRP2       
	00268: IP         
	00269: MDAP[rd]   
	00270: RTG        
	00271: SVTCA[x-axis] 
	00272: SRP0       
	00273: MIRP[srp0,nmd,rd,1] 
	00274: DELTAP1    
	00275: MIRP[srp0,nmd,rd,0] 
	00276: MDRP[nrp0,nmd,rd,0] 
	00277: SVTCA[y-axis] 
	00278: SRP0       
	00279: MIRP[srp0,md,rd,1] 
	00280: RTDG       
	00281: SRP2       
	00282: IP         
	00283: MDAP[rd]   
	00284: RTG        
	00285: SVTCA[x-axis] 
	00286: SRP0       
	00287: MIRP[srp0,nmd,rd,1] 
	00288: MIRP[srp0,nmd,rd,0] 
	00289: MDRP[nrp0,nmd,rd,0] 
	00290: SVTCA[y-axis] 
	00291: SRP0       
	00292: MIRP[srp0,md,rd,1] 
	00293: RTDG       
	00294: SRP2       
	00295: IP         
	00296: MDAP[rd]   
	00297: RTG        
	00298: SVTCA[x-axis] 
	00299: SRP0       
	00300: MIRP[srp0,nmd,rd,1] 
	00301: DELTAP1    
	00302: MIRP[srp0,nmd,rd,0] 
	00303: MDRP[nrp0,nmd,rd,0] 
	00304: SVTCA[y-axis] 
	00305: SRP0       
	00306: MIRP[srp0,md,rd,1] 
	00307: RTDG       
	00308: SRP2       
	00309: IP         
	00310: MDAP[rd]   
	00311: RTG        
	00312: SVTCA[x-axis] 
	00313: SRP0       
	00314: MIRP[srp0,nmd,rd,1] 
	00315: DELTAP1    
	00316: MIRP[srp0,nmd,rd,0] 
	00317: MDRP[nrp0,nmd,rd,0] 
	00318: SVTCA[y-axis] 
	00319: SRP0       
	00320: MIRP[srp0,md,rd,1] 
	00321: RTDG       
	00322: SRP2       
	00323: IP         
	00324: MDAP[rd]   
	00325: RTG        
	00326: SVTCA[x-axis] 
	00327: SRP0       
	00328: MIRP[srp0,nmd,rd,1] 
	00329: DELTAP1    
	00330: MIRP[srp0,nmd,rd,0] 
	00331: MDRP[nrp0,nmd,rd,0] 
	00332: SPVTCA[y-axis] 
	00333: SFVTCA[y-axis] 
	00334: ALIGNRP    
	00335: ALIGNRP    
	00336: ALIGNRP    
	00337: ALIGNRP    
	00338: SVTCA[x-axis] 
	00339: DELTAP1    
	00340: DELTAP1    
	00341: DELTAP1    
	00342: DELTAP1    
	00343: DELTAP1    
	00344: DELTAP1    
	00345: IUP[y]     
	00346: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                               On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short On
	 27:        XDual                         On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual                               On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   957,   781)  ->  Abs (   957,   781)
	  1: Rel (     0,  -697)  ->  Abs (   957,    84)
	  2: Rel (   112,     0)  ->  Abs (  1069,    84)
	  3: Rel (    56,     0)  ->  Abs (  1125,    84)
	  4: Rel (     0,   -42)  ->  Abs (  1125,    42)
	  5: Rel (     0,   -42)  ->  Abs (  1125,     0)
	  6: Rel (   -56,     0)  ->  Abs (  1069,     0)
	  7: Rel (  -287,     0)  ->  Abs (   782,     0)
	  8: Rel (   -56,     0)  ->  Abs (   726,     0)
	  9: Rel (     0,    42)  ->  Abs (   726,    42)
	 10: Rel (     0,    42)  ->  Abs (   726,    84)
	 11: Rel (    56,     0)  ->  Abs (   782,    84)
	 12: Rel (    90,     0)  ->  Abs (   872,    84)
	 13: Rel (     0,   697)  ->  Abs (   872,   781)
	 14: Rel (  -515,     0)  ->  Abs (   357,   781)
	 15: Rel (     0,  -697)  ->  Abs (   357,    84)
	 16: Rel (    89,     0)  ->  Abs (   446,    84)
	 17: Rel (    57,     0)  ->  Abs (   503,    84)
	 18: Rel (     0,   -42)  ->  Abs (   503,    42)
	 19: Rel (     0,   -42)  ->  Abs (   503,     0)
	 20: Rel (   -57,     0)  ->  Abs (   446,     0)
	 21: Rel (  -286,     0)  ->  Abs (   160,     0)
	 22: Rel (   -56,     0)  ->  Abs (   104,     0)
	 23: Rel (     0,    42)  ->  Abs (   104,    42)
	 24: Rel (     0,    42)  ->  Abs (   104,    84)
	 25: Rel (    56,     0)  ->  Abs (   160,    84)
	 26: Rel (   112,     0)  ->  Abs (   272,    84)
	 27: Rel (     0,   697)  ->  Abs (   272,   781)
	 28: Rel (  -112,     0)  ->  Abs (   160,   781)
	 29: Rel (   -56,     0)  ->  Abs (   104,   781)
	 30: Rel (     0,    42)  ->  Abs (   104,   823)
	 31: Rel (     0,    43)  ->  Abs (   104,   866)
	 32: Rel (    56,     0)  ->  Abs (   160,   866)
	 33: Rel (   909,     0)  ->  Abs (  1069,   866)
	 34: Rel (    56,     0)  ->  Abs (  1125,   866)
	 35: Rel (     0,   -43)  ->  Abs (  1125,   823)
	 36: Rel (     0,   -42)  ->  Abs (  1125,   781)
	 37: Rel (   -56,     0)  ->  Abs (  1069,   781)

	Glyph 653: off = 0x00023F42, len = 96
	  numberOfContours:	2
	  xMin:			549
	  yMin:			-535
	  xMax:			681
	  yMax:			-167

	EndPoints
	---------
	  0:  7
	  1:  15

	  Length of Instructions:	46
	00000: PUSHW[2]              2   850 
	00005: PUSHB[8]              6    64    25    32    52     6     6    10 
	00014: PUSHW[1]            850 
	00017: PUSHB[3]             14    12     4 
	00021: PUSHW[1]            850 
	00024: PUSHB[7]              8    16     0    79     0     2     0 
	00032: MDAP[rd]   
	00033: DELTAP1    
	00034: ALIGNRP    
	00035: MIRP[srp0,md,rd,1] 
	00036: ALIGNRP    
	00037: SVTCA[y-axis] 
	00038: MDAP[rd]   
	00039: MIRP[srp0,md,rd,1] 
	00040: SHP[rp2,zp1] 
	00041: MDAP[rd]   
	00042: CALL       
	00043: MIRP[nrp0,md,rd,1] 
	00044: IUP[y]     
	00045: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:        XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   549,  -233)  ->  Abs (   549,  -233)
	  1: Rel (     0,    66)  ->  Abs (   549,  -167)
	  2: Rel (    66,     0)  ->  Abs (   615,  -167)
	  3: Rel (    66,     0)  ->  Abs (   681,  -167)
	  4: Rel (     0,   -66)  ->  Abs (   681,  -233)
	  5: Rel (     0,   -66)  ->  Abs (   681,  -299)
	  6: Rel (   -66,     0)  ->  Abs (   615,  -299)
	  7: Rel (   -66,     0)  ->  Abs (   549,  -299)
	  8: Rel (     0,  -170)  ->  Abs (   549,  -469)
	  9: Rel (     0,    66)  ->  Abs (   549,  -403)
	 10: Rel (    66,     0)  ->  Abs (   615,  -403)
	 11: Rel (    66,     0)  ->  Abs (   681,  -403)
	 12: Rel (     0,   -66)  ->  Abs (   681,  -469)
	 13: Rel (     0,   -66)  ->  Abs (   681,  -535)
	 14: Rel (   -66,     0)  ->  Abs (   615,  -535)
	 15: Rel (   -66,     0)  ->  Abs (   549,  -535)

	Glyph 654: off = 0x00023FA2, len = 258
	  numberOfContours:	5
	  xMin:			330
	  yMin:			-535
	  xMax:			898
	  yMax:			-167

	EndPoints
	---------
	  0:  7
	  1:  15
	  2:  23
	  3:  31
	  4:  39

	  Length of Instructions:	139
	00000: PUSHW[2]              6   850 
	00005: PUSHB[4]              2     2    18    14 
	00010: PUSHW[1]            850 
	00013: PUSHB[3]             10    10    22 
	00017: PUSHW[1]            850 
	00020: NPUSHB       (9):    18    64    25    32    52    18    18    38    30 
	00031: PUSHW[1]            850 
	00034: PUSHB[3]             26    26    38 
	00038: NPUSHW      (10):   850    34    32   850    36   267    20   850    16   -64 
	00060: PUSHB[7]             25    33    52    16    91    12    28 
	00068: PUSHW[1]            850 
	00071: PUSHB[3]             24    24     0 
	00075: PUSHW[1]            850 
	00078: PUSHB[8]              4    64    25    33    52     4    91     8 
	00087: PUSHW[1]            850 
	00090: NPUSHB       (9):    16    12   143    12     2    12    12    41    40 
	00101: SRP1       
	00102: SRP2       
	00103: IP         
	00104: MDAP[rd]   
	00105: DELTAP1    
	00106: MIRP[srp0,md,rd,1] 
	00107: MIRP[srp0,md,rd,2] 
	00108: CALL       
	00109: MIRP[srp0,md,rd,1] 
	00110: ALIGNRP    
	00111: SRP0       
	00112: MIRP[nrp0,md,rd,1] 
	00113: SRP0       
	00114: MIRP[srp0,md,rd,2] 
	00115: CALL       
	00116: MIRP[nrp0,md,rd,1] 
	00117: MIRP[srp0,nmd,rd,1] 
	00118: MIRP[nrp0,md,rd,1] 
	00119: SVTCA[y-axis] 
	00120: MDAP[rd]   
	00121: MIRP[nrp0,md,rd,1] 
	00122: ALIGNRP    
	00123: SRP0       
	00124: MIRP[nrp0,md,rd,1] 
	00125: SRP1       
	00126: SHP[rp1,zp0] 
	00127: MDAP[rd]   
	00128: CALL       
	00129: MIRP[nrp0,md,rd,1] 
	00130: ALIGNRP    
	00131: SRP0       
	00132: MIRP[nrp0,md,rd,1] 
	00133: SRP0       
	00134: ALIGNRP    
	00135: SRP0       
	00136: MIRP[nrp0,md,rd,1] 
	00137: IUP[y]     
	00138: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:                      Y-Short X-Short On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:                      Y-Short X-Short On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:                                      On
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:                      Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   898,  -233)  ->  Abs (   898,  -233)
	  1: Rel (    -2,   -64)  ->  Abs (   896,  -297)
	  2: Rel (   -64,    -2)  ->  Abs (   832,  -299)
	  3: Rel (   -67,     0)  ->  Abs (   765,  -299)
	  4: Rel (     0,    66)  ->  Abs (   765,  -233)
	  5: Rel (     0,    66)  ->  Abs (   765,  -167)
	  6: Rel (    67,     0)  ->  Abs (   832,  -167)
	  7: Rel (    62,     0)  ->  Abs (   894,  -167)
	  8: Rel (  -214,   -66)  ->  Abs (   680,  -233)
	  9: Rel (     0,   -66)  ->  Abs (   680,  -299)
	 10: Rel (   -66,     0)  ->  Abs (   614,  -299)
	 11: Rel (   -66,     0)  ->  Abs (   548,  -299)
	 12: Rel (     0,    66)  ->  Abs (   548,  -233)
	 13: Rel (     0,    66)  ->  Abs (   548,  -167)
	 14: Rel (    66,     0)  ->  Abs (   614,  -167)
	 15: Rel (    66,     0)  ->  Abs (   680,  -167)
	 16: Rel (  -217,   -66)  ->  Abs (   463,  -233)
	 17: Rel (     0,   -66)  ->  Abs (   463,  -299)
	 18: Rel (   -67,     0)  ->  Abs (   396,  -299)
	 19: Rel (   -65,     4)  ->  Abs (   331,  -295)
	 20: Rel (    -1,    62)  ->  Abs (   330,  -233)
	 21: Rel (     1,    65)  ->  Abs (   331,  -168)
	 22: Rel (    65,     1)  ->  Abs (   396,  -167)
	 23: Rel (    67,     0)  ->  Abs (   463,  -167)
	 24: Rel (   435,  -302)  ->  Abs (   898,  -469)
	 25: Rel (    -4,   -66)  ->  Abs (   894,  -535)
	 26: Rel (   -62,     0)  ->  Abs (   832,  -535)
	 27: Rel (   -67,     0)  ->  Abs (   765,  -535)
	 28: Rel (     0,    66)  ->  Abs (   765,  -469)
	 29: Rel (     0,    66)  ->  Abs (   765,  -403)
	 30: Rel (    67,     0)  ->  Abs (   832,  -403)
	 31: Rel (    62,     0)  ->  Abs (   894,  -403)
	 32: Rel (  -322,   -66)  ->  Abs (   572,  -469)
	 33: Rel (     0,   -66)  ->  Abs (   572,  -535)
	 34: Rel (   -66,     0)  ->  Abs (   506,  -535)
	 35: Rel (   -66,     0)  ->  Abs (   440,  -535)
	 36: Rel (     0,    66)  ->  Abs (   440,  -469)
	 37: Rel (     0,    66)  ->  Abs (   440,  -403)
	 38: Rel (    66,     0)  ->  Abs (   506,  -403)
	 39: Rel (    66,     0)  ->  Abs (   572,  -403)

	Glyph 655: off = 0x000240A4, len = 158
	  numberOfContours:	3
	  xMin:			329
	  yMin:			-535
	  xMax:			883
	  yMax:			-167

	EndPoints
	---------
	  0:  7
	  1:  17
	  2:  25

	  Length of Instructions:	80
	00000: PUSHB[5]             14    59     8    52     6 
	00006: PUSHW[1]            850 
	00009: PUSHB[8]              2    64    25    32    52     2     2    24 
	00018: PUSHW[1]            850 
	00021: PUSHB[5]             20    18     0    22     0 
	00027: PUSHW[3]            850     4   348 
	00034: NPUSHB      (19):    11     0    16     1    16    16     0    11    32    11 
	                            48    11   143    11     4    11    11    27    26 
	00055: SRP1       
	00056: SRP2       
	00057: IP         
	00058: MDAP[rd]   
	00059: DELTAP1    
	00060: SHP[rp1,zp0] 
	00061: MDAP[rd]   
	00062: DELTAP1    
	00063: SRP0       
	00064: MIRP[srp0,md,rd,2] 
	00065: MIRP[nrp0,md,rd,1] 
	00066: ALIGNRP    
	00067: SRP0       
	00068: ALIGNRP    
	00069: SVTCA[y-axis] 
	00070: MDAP[rd]   
	00071: MIRP[srp0,md,rd,1] 
	00072: SHP[rp2,zp1] 
	00073: MDAP[rd]   
	00074: CALL       
	00075: MIRP[srp0,md,rd,1] 
	00076: MIRP[srp0,nmd,rd,0] 
	00077: MIRP[nrp0,md,rd,1] 
	00078: IUP[y]     
	00079: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:                      Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:                                      On
	 19:        XDual         Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   883,  -233)  ->  Abs (   883,  -233)
	  1: Rel (     0,   -66)  ->  Abs (   883,  -299)
	  2: Rel (   -66,     0)  ->  Abs (   817,  -299)
	  3: Rel (   -66,     0)  ->  Abs (   751,  -299)
	  4: Rel (     0,    66)  ->  Abs (   751,  -233)
	  5: Rel (     0,    66)  ->  Abs (   751,  -167)
	  6: Rel (    66,     0)  ->  Abs (   817,  -167)
	  7: Rel (    66,     0)  ->  Abs (   883,  -167)
	  8: Rel (  -506,    -3)  ->  Abs (   377,  -170)
	  9: Rel (   236,     0)  ->  Abs (   613,  -170)
	 10: Rel (    48,     0)  ->  Abs (   661,  -170)
	 11: Rel (     0,   -49)  ->  Abs (   661,  -219)
	 12: Rel (     0,   -48)  ->  Abs (   661,  -267)
	 13: Rel (   -48,     0)  ->  Abs (   613,  -267)
	 14: Rel (  -236,     0)  ->  Abs (   377,  -267)
	 15: Rel (   -48,     0)  ->  Abs (   329,  -267)
	 16: Rel (     0,    49)  ->  Abs (   329,  -218)
	 17: Rel (     0,    48)  ->  Abs (   329,  -170)
	 18: Rel (   554,  -299)  ->  Abs (   883,  -469)
	 19: Rel (     0,   -66)  ->  Abs (   883,  -535)
	 20: Rel (   -66,     0)  ->  Abs (   817,  -535)
	 21: Rel (   -66,     0)  ->  Abs (   751,  -535)
	 22: Rel (     0,    66)  ->  Abs (   751,  -469)
	 23: Rel (     0,    66)  ->  Abs (   751,  -403)
	 24: Rel (    66,     0)  ->  Abs (   817,  -403)
	 25: Rel (    66,     0)  ->  Abs (   883,  -403)

	Glyph 656: off = 0x00024142, len = 182
	  numberOfContours:	3
	  xMin:			329
	  yMin:			-535
	  xMax:			883
	  yMax:			-167

	EndPoints
	---------
	  0:  7
	  1:  24
	  2:  32

	  Length of Instructions:	91
	00000: PUSHB[8]             22    22    18     9    59    13    52     6 
	00009: PUSHW[1]            850 
	00012: PUSHB[6]              2    64    25    32    52     2 
	00019: PUSHW[3]            692    31   850 
	00026: PUSHB[3]             27    25     0 
	00030: PUSHW[4]            850    29     4   348 
	00039: NPUSHB      (23):    16    11   193     8    32    19   193    79    16    95 
	                            16   143    16     3   224    16   240    16     2    16 
	                            16    34    33 
	00064: SRP1       
	00065: SRP2       
	00066: IP         
	00067: MDAP[rd]   
	00068: DELTAP1    
	00069: DELTAP1    
	00070: MIRP[srp0,nmd,rd,0] 
	00071: MIRP[srp0,md,rd,1] 
	00072: MIRP[nrp0,nmd,rd,0] 
	00073: SRP0       
	00074: MIRP[srp0,md,rd,2] 
	00075: ALIGNRP    
	00076: MIRP[srp0,md,rd,1] 
	00077: ALIGNRP    
	00078: SVTCA[y-axis] 
	00079: MDAP[rd]   
	00080: MIRP[srp0,md,rd,1] 
	00081: MIRP[srp0,nmd,rd,2] 
	00082: CALL       
	00083: MIRP[srp0,md,rd,1] 
	00084: MIRP[srp0,nmd,rd,0] 
	00085: MIRP[srp0,md,rd,1] 
	00086: ALIGNRP    
	00087: SHP[rp2,zp1] 
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:                      Y-Short         On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:                      Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   883,  -233)  ->  Abs (   883,  -233)
	  1: Rel (     0,   -66)  ->  Abs (   883,  -299)
	  2: Rel (   -66,     0)  ->  Abs (   817,  -299)
	  3: Rel (   -66,     0)  ->  Abs (   751,  -299)
	  4: Rel (     0,    66)  ->  Abs (   751,  -233)
	  5: Rel (     0,    66)  ->  Abs (   751,  -167)
	  6: Rel (    66,     0)  ->  Abs (   817,  -167)
	  7: Rel (    66,     0)  ->  Abs (   883,  -167)
	  8: Rel (  -437,  -100)  ->  Abs (   446,  -267)
	  9: Rel (   -69,     0)  ->  Abs (   377,  -267)
	 10: Rel (   -48,     0)  ->  Abs (   329,  -267)
	 11: Rel (     0,    49)  ->  Abs (   329,  -218)
	 12: Rel (     0,    48)  ->  Abs (   329,  -170)
	 13: Rel (    48,     0)  ->  Abs (   377,  -170)
	 14: Rel (   236,     0)  ->  Abs (   613,  -170)
	 15: Rel (    48,     0)  ->  Abs (   661,  -170)
	 16: Rel (     0,   -49)  ->  Abs (   661,  -219)
	 17: Rel (     0,   -48)  ->  Abs (   661,  -267)
	 18: Rel (   -48,     0)  ->  Abs (   613,  -267)
	 19: Rel (   -70,     0)  ->  Abs (   543,  -267)
	 20: Rel (     0,  -125)  ->  Abs (   543,  -392)
	 21: Rel (     0,   -48)  ->  Abs (   543,  -440)
	 22: Rel (   -49,     0)  ->  Abs (   494,  -440)
	 23: Rel (   -48,     0)  ->  Abs (   446,  -440)
	 24: Rel (     0,    48)  ->  Abs (   446,  -392)
	 25: Rel (   437,   -77)  ->  Abs (   883,  -469)
	 26: Rel (     0,   -66)  ->  Abs (   883,  -535)
	 27: Rel (   -66,     0)  ->  Abs (   817,  -535)
	 28: Rel (   -66,     0)  ->  Abs (   751,  -535)
	 29: Rel (     0,    66)  ->  Abs (   751,  -469)
	 30: Rel (     0,    66)  ->  Abs (   751,  -403)
	 31: Rel (    66,     0)  ->  Abs (   817,  -403)
	 32: Rel (    66,     0)  ->  Abs (   883,  -403)

	Glyph 657: off = 0x000241F8, len = 62
	  numberOfContours:	1
	  xMin:			548
	  yMin:			-301
	  xMax:			681
	  yMax:			-169

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	28
	00000: PUSHW[6]              2   850     6   814     0   850 
	00013: PUSHB[6]             16     4    79     4     2     4 
	00020: MDAP[rd]   
	00021: DELTAP1    
	00022: MIRP[nrp0,md,rd,1] 
	00023: SVTCA[y-axis] 
	00024: MIAP[rd+ci] 
	00025: MIRP[nrp0,md,rd,1] 
	00026: IUP[y]     
	00027: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   681,  -235)  ->  Abs (   681,  -235)
	  1: Rel (    -3,   -66)  ->  Abs (   678,  -301)
	  2: Rel (   -63,     0)  ->  Abs (   615,  -301)
	  3: Rel (   -67,     0)  ->  Abs (   548,  -301)
	  4: Rel (     0,    66)  ->  Abs (   548,  -235)
	  5: Rel (     0,    66)  ->  Abs (   548,  -169)
	  6: Rel (    67,     0)  ->  Abs (   615,  -169)
	  7: Rel (    63,     0)  ->  Abs (   678,  -169)

	Glyph 658: off = 0x00024236, len = 116
	  numberOfContours:	2
	  xMin:			439
	  yMin:			-302
	  xMax:			790
	  yMax:			-168

	EndPoints
	---------
	  0:  7
	  1:  15

	  Length of Instructions:	55
	00000: PUSHB[2]              2    10 
	00003: PUSHW[6]            850     6    14   814     0   850 
	00016: PUSHB[8]              4    64    25    33    52     4    91    12 
	00025: PUSHW[1]            850 
	00028: NPUSHB       (9):    16     8   112     8     2     8     8    17    16 
	00039: SRP1       
	00040: SRP2       
	00041: IP         
	00042: MDAP[rd]   
	00043: DELTAP1    
	00044: MIRP[nrp0,md,rd,1] 
	00045: MIRP[srp0,md,rd,2] 
	00046: CALL       
	00047: MIRP[nrp0,md,rd,1] 
	00048: SVTCA[y-axis] 
	00049: MIAP[rd+ci] 
	00050: ALIGNRP    
	00051: MIRP[srp0,md,rd,1] 
	00052: ALIGNRP    
	00053: IUP[y]     
	00054: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   790,  -236)  ->  Abs (   790,  -236)
	  1: Rel (    -4,   -65)  ->  Abs (   786,  -301)
	  2: Rel (   -62,    -1)  ->  Abs (   724,  -302)
	  3: Rel (   -66,     1)  ->  Abs (   658,  -301)
	  4: Rel (    -1,    65)  ->  Abs (   657,  -236)
	  5: Rel (     0,    67)  ->  Abs (   657,  -169)
	  6: Rel (    67,     0)  ->  Abs (   724,  -169)
	  7: Rel (    62,     1)  ->  Abs (   786,  -168)
	  8: Rel (  -214,   -68)  ->  Abs (   572,  -236)
	  9: Rel (    -4,   -65)  ->  Abs (   568,  -301)
	 10: Rel (   -62,    -1)  ->  Abs (   506,  -302)
	 11: Rel (   -66,     1)  ->  Abs (   440,  -301)
	 12: Rel (    -1,    65)  ->  Abs (   439,  -236)
	 13: Rel (     0,    67)  ->  Abs (   439,  -169)
	 14: Rel (    67,     0)  ->  Abs (   506,  -169)
	 15: Rel (    62,     1)  ->  Abs (   568,  -168)

	Glyph 659: off = 0x000242AA, len = 170
	  numberOfContours:	3
	  xMin:			439
	  yMin:			-534
	  xMax:			790
	  yMax:			-169

	EndPoints
	---------
	  0:  7
	  1:  15
	  2:  23

	  Length of Instructions:	83
	00000: PUSHB[2]              6    14 
	00003: PUSHW[1]            850 
	00006: NPUSHB      (10):    10    10     2    64    25    32    52     2     2    22 
	00018: PUSHW[4]            850    18    16   850 
	00027: PUSHB[4]             20    20    12     0 
	00032: PUSHW[1]            850 
	00035: PUSHB[8]              4    64    25    33    52     4    91    12 
	00044: PUSHW[1]            850 
	00047: NPUSHB       (9):    16     8   112     8     2     8     8    25    24 
	00058: SRP1       
	00059: SRP2       
	00060: IP         
	00061: MDAP[rd]   
	00062: DELTAP1    
	00063: MIRP[nrp0,md,rd,1] 
	00064: MIRP[srp0,md,rd,2] 
	00065: CALL       
	00066: MIRP[nrp0,md,rd,1] 
	00067: SRP1       
	00068: IP         
	00069: MDAP[rd]   
	00070: MIRP[nrp0,md,rd,1] 
	00071: SVTCA[y-axis] 
	00072: MDAP[rd]   
	00073: MIRP[srp0,md,rd,1] 
	00074: SHP[rp2,zp1] 
	00075: MDAP[rd]   
	00076: CALL       
	00077: ALIGNRP    
	00078: SRP0       
	00079: MIRP[srp0,md,rd,1] 
	00080: ALIGNRP    
	00081: IUP[y]     
	00082: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual                 X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual                 X-Short On
	 23:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   790,  -236)  ->  Abs (   790,  -236)
	  1: Rel (    -1,   -65)  ->  Abs (   789,  -301)
	  2: Rel (   -65,    -1)  ->  Abs (   724,  -302)
	  3: Rel (   -65,     1)  ->  Abs (   659,  -301)
	  4: Rel (    -2,    65)  ->  Abs (   657,  -236)
	  5: Rel (     0,    67)  ->  Abs (   657,  -169)
	  6: Rel (    67,     0)  ->  Abs (   724,  -169)
	  7: Rel (    66,    -4)  ->  Abs (   790,  -173)
	  8: Rel (  -218,   -63)  ->  Abs (   572,  -236)
	  9: Rel (    -1,   -65)  ->  Abs (   571,  -301)
	 10: Rel (   -65,    -1)  ->  Abs (   506,  -302)
	 11: Rel (   -65,     1)  ->  Abs (   441,  -301)
	 12: Rel (    -2,    65)  ->  Abs (   439,  -236)
	 13: Rel (     0,    67)  ->  Abs (   439,  -169)
	 14: Rel (    67,     0)  ->  Abs (   506,  -169)
	 15: Rel (    66,    -4)  ->  Abs (   572,  -173)
	 16: Rel (   109,  -295)  ->  Abs (   681,  -468)
	 17: Rel (    -1,   -65)  ->  Abs (   680,  -533)
	 18: Rel (   -65,    -1)  ->  Abs (   615,  -534)
	 19: Rel (   -65,     1)  ->  Abs (   550,  -533)
	 20: Rel (    -2,    65)  ->  Abs (   548,  -468)
	 21: Rel (     0,    67)  ->  Abs (   548,  -401)
	 22: Rel (    67,     0)  ->  Abs (   615,  -401)
	 23: Rel (    66,    -4)  ->  Abs (   681,  -405)

	Glyph 660: off = 0x00024354, len = 68
	  numberOfContours:	1
	  xMin:			408
	  yMin:			-267
	  xMax:			820
	  yMax:			-170

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	30
	00000: PUSHB[3]              6    59     0 
	00004: PUSHW[1]            814 
	00007: NPUSHB       (9):     3     3    11     0     8     1     8     8    10 
	00018: SRP1       
	00019: SHP[rp1,zp0] 
	00020: MDAP[rd]   
	00021: DELTAP1    
	00022: SRP1       
	00023: SHP[rp1,zp0] 
	00024: MDAP[rd]   
	00025: SVTCA[y-axis] 
	00026: MIAP[rd+ci] 
	00027: MIRP[nrp0,md,rd,1] 
	00028: IUP[y]     
	00029: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   456,  -170)  ->  Abs (   456,  -170)
	  1: Rel (   316,     0)  ->  Abs (   772,  -170)
	  2: Rel (    48,     0)  ->  Abs (   820,  -170)
	  3: Rel (     0,   -49)  ->  Abs (   820,  -219)
	  4: Rel (     0,   -48)  ->  Abs (   820,  -267)
	  5: Rel (   -48,     0)  ->  Abs (   772,  -267)
	  6: Rel (  -316,     0)  ->  Abs (   456,  -267)
	  7: Rel (   -48,     0)  ->  Abs (   408,  -267)
	  8: Rel (     0,    49)  ->  Abs (   408,  -218)
	  9: Rel (     0,    48)  ->  Abs (   408,  -170)

	Glyph 661: off = 0x00024398, len = 96
	  numberOfContours:	1
	  xMin:			408
	  yMin:			-440
	  xMax:			820
	  yMax:			-170

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	43
	00000: NPUSHB      (24):     5    59    11     0     0    16    14    32    14     2 
	                            14     8   232    11    32     3   232    16     0     1 
	                             0     0    18    17 
	00026: SRP1       
	00027: SRP2       
	00028: IP         
	00029: MDAP[rd]   
	00030: DELTAP1    
	00031: MIRP[nrp0,nmd,rd,0] 
	00032: MIRP[srp0,md,rd,1] 
	00033: MIRP[nrp0,nmd,rd,0] 
	00034: SVTCA[y-axis] 
	00035: MDAP[rd]   
	00036: DELTAP1    
	00037: SHP[rp1,zp0] 
	00038: MDAP[rd]   
	00039: ALIGNRP    
	00040: MIRP[nrp0,md,rd,1] 
	00041: IUP[y]     
	00042: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   566,  -267)  ->  Abs (   566,  -267)
	  1: Rel (  -110,     0)  ->  Abs (   456,  -267)
	  2: Rel (   -48,     0)  ->  Abs (   408,  -267)
	  3: Rel (     0,    49)  ->  Abs (   408,  -218)
	  4: Rel (     0,    48)  ->  Abs (   408,  -170)
	  5: Rel (    48,     0)  ->  Abs (   456,  -170)
	  6: Rel (   316,     0)  ->  Abs (   772,  -170)
	  7: Rel (    48,     0)  ->  Abs (   820,  -170)
	  8: Rel (     0,   -49)  ->  Abs (   820,  -219)
	  9: Rel (     0,   -48)  ->  Abs (   820,  -267)
	 10: Rel (   -48,     0)  ->  Abs (   772,  -267)
	 11: Rel (  -109,     0)  ->  Abs (   663,  -267)
	 12: Rel (     0,  -125)  ->  Abs (   663,  -392)
	 13: Rel (     0,   -48)  ->  Abs (   663,  -440)
	 14: Rel (   -49,     0)  ->  Abs (   614,  -440)
	 15: Rel (   -48,     0)  ->  Abs (   566,  -440)
	 16: Rel (     0,    48)  ->  Abs (   566,  -392)

	Glyph 662: off = 0x000243F8, len = 74
	  numberOfContours:	1
	  xMin:			548
	  yMin:			1145
	  xMax:			681
	  yMax:			1286

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	33
	00000: PUSHW[2]              2   850 
	00005: PUSHB[8]              6    64     9    11    52     6     0     0 
	00014: PUSHW[1]            850 
	00017: PUSHB[6]             16     4    79     4     2     4 
	00024: MDAP[rd]   
	00025: DELTAP1    
	00026: MIRP[nrp0,md,rd,1] 
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: CALL       
	00030: MIRP[nrp0,md,rd,1] 
	00031: IUP[y]     
	00032: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   681,  1212)  ->  Abs (   681,  1212)
	  1: Rel (    -3,   -67)  ->  Abs (   678,  1145)
	  2: Rel (   -63,     1)  ->  Abs (   615,  1146)
	  3: Rel (   -60,     3)  ->  Abs (   555,  1149)
	  4: Rel (    -7,    63)  ->  Abs (   548,  1212)
	  5: Rel (     7,    74)  ->  Abs (   555,  1286)
	  6: Rel (    60,    -7)  ->  Abs (   615,  1279)
	  7: Rel (    63,    -1)  ->  Abs (   678,  1278)

	Glyph 663: off = 0x00024442, len = 144
	  numberOfContours:	3
	  xMin:			331
	  yMin:			-535
	  xMax:			897
	  yMax:			-168

	EndPoints
	---------
	  0:  7
	  1:  15
	  2:  23

	  Length of Instructions:	73
	00000: PUSHW[2]              6   850 
	00005: PUSHB[3]              2     2    14 
	00009: PUSHW[1]            850 
	00012: PUSHB[3]             10    10    22 
	00016: PUSHW[4]            850    18    16   850 
	00025: PUSHB[4]             20    91     8     4 
	00030: PUSHW[1]            850 
	00033: PUSHB[3]              0    91     8 
	00037: PUSHW[1]            850 
	00040: NPUSHB       (9):    16    12   143    12     2    12    12    25    24 
	00051: SRP1       
	00052: SRP2       
	00053: IP         
	00054: MDAP[rd]   
	00055: DELTAP1    
	00056: MIRP[nrp0,md,rd,1] 
	00057: MIRP[srp0,nmd,rd,2] 
	00058: MIRP[nrp0,md,rd,1] 
	00059: SRP0       
	00060: MIRP[srp0,nmd,rd,2] 
	00061: MIRP[nrp0,md,rd,1] 
	00062: SVTCA[y-axis] 
	00063: MDAP[rd]   
	00064: MIRP[nrp0,md,rd,1] 
	00065: SHP[rp1,zp0] 
	00066: MDAP[rd]   
	00067: MIRP[nrp0,md,rd,1] 
	00068: SHP[rp1,zp0] 
	00069: MDAP[rd]   
	00070: MIRP[nrp0,md,rd,1] 
	00071: IUP[y]     
	00072: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   463,  -234)  ->  Abs (   463,  -234)
	  1: Rel (     0,   -66)  ->  Abs (   463,  -300)
	  2: Rel (   -66,     0)  ->  Abs (   397,  -300)
	  3: Rel (   -66,     0)  ->  Abs (   331,  -300)
	  4: Rel (     0,    66)  ->  Abs (   331,  -234)
	  5: Rel (     0,    66)  ->  Abs (   331,  -168)
	  6: Rel (    66,     0)  ->  Abs (   397,  -168)
	  7: Rel (    66,     0)  ->  Abs (   463,  -168)
	  8: Rel (   217,  -183)  ->  Abs (   680,  -351)
	  9: Rel (     0,   -67)  ->  Abs (   680,  -418)
	 10: Rel (   -66,     0)  ->  Abs (   614,  -418)
	 11: Rel (   -66,     0)  ->  Abs (   548,  -418)
	 12: Rel (     0,    67)  ->  Abs (   548,  -351)
	 13: Rel (     7,    66)  ->  Abs (   555,  -285)
	 14: Rel (    59,     0)  ->  Abs (   614,  -285)
	 15: Rel (    62,     0)  ->  Abs (   676,  -285)
	 16: Rel (   221,  -184)  ->  Abs (   897,  -469)
	 17: Rel (     0,   -66)  ->  Abs (   897,  -535)
	 18: Rel (   -66,     0)  ->  Abs (   831,  -535)
	 19: Rel (   -66,     0)  ->  Abs (   765,  -535)
	 20: Rel (     0,    66)  ->  Abs (   765,  -469)
	 21: Rel (     0,    66)  ->  Abs (   765,  -403)
	 22: Rel (    66,     0)  ->  Abs (   831,  -403)
	 23: Rel (    66,     0)  ->  Abs (   897,  -403)

	Glyph 664: off = 0x000244D2, len = 68
	  numberOfContours:	1
	  xMin:			548
	  yMin:			454
	  xMax:			681
	  yMax:			594

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	32
	00000: PUSHW[2]              2   850 
	00005: PUSHB[7]              6    64    11    12    52     6     0 
	00013: PUSHW[1]            850 
	00016: PUSHB[6]             16     4    79     4     2     4 
	00023: MDAP[rd]   
	00024: DELTAP1    
	00025: MIRP[nrp0,md,rd,1] 
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: CALL       
	00029: MIRP[nrp0,md,rd,1] 
	00030: IUP[y]     
	00031: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   681,   520)  ->  Abs (   681,   520)
	  1: Rel (     0,   -66)  ->  Abs (   681,   454)
	  2: Rel (   -66,     0)  ->  Abs (   615,   454)
	  3: Rel (   -67,     0)  ->  Abs (   548,   454)
	  4: Rel (     0,    66)  ->  Abs (   548,   520)
	  5: Rel (     1,    74)  ->  Abs (   549,   594)
	  6: Rel (    66,    -7)  ->  Abs (   615,   587)
	  7: Rel (    66,     0)  ->  Abs (   681,   587)

	Glyph 665: off = 0x00024516, len = 70
	  numberOfContours:	1
	  xMin:			566
	  yMin:			-534
	  xMax:			663
	  yMax:			-168

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	30
	00000: NPUSHB      (16):     8    15     3     1     3     5    32    16     1   112 
	                             1     2     1     1    11    10 
	00018: SRP1       
	00019: SRP2       
	00020: IP         
	00021: MDAP[rd]   
	00022: DELTAP1    
	00023: MIRP[nrp0,md,rd,1] 
	00024: SVTCA[y-axis] 
	00025: MDAP[rd]   
	00026: DELTAP1    
	00027: MDAP[rd]   
	00028: IUP[y]     
	00029: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual                         On
	  7:        XDual         Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   566,  -486)  ->  Abs (   566,  -486)
	  1: Rel (     0,   270)  ->  Abs (   566,  -216)
	  2: Rel (     0,    48)  ->  Abs (   566,  -168)
	  3: Rel (    49,     0)  ->  Abs (   615,  -168)
	  4: Rel (    48,     0)  ->  Abs (   663,  -168)
	  5: Rel (     0,   -48)  ->  Abs (   663,  -216)
	  6: Rel (     0,  -270)  ->  Abs (   663,  -486)
	  7: Rel (     0,   -48)  ->  Abs (   663,  -534)
	  8: Rel (   -49,     0)  ->  Abs (   614,  -534)
	  9: Rel (   -48,     0)  ->  Abs (   566,  -534)

	Glyph 666: off = 0x0002455C, len = 60
	  numberOfContours:	1
	  xMin:			181
	  yMin:			895
	  xMax:			1048
	  yMax:			979

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	22
	00000: NPUSHB       (9):     0    91     4     7     7    11     2     2    10 
	00011: SRP1       
	00012: SHP[rp1,zp0] 
	00013: MDAP[rd]   
	00014: SRP1       
	00015: SHP[rp1,zp0] 
	00016: MDAP[rd]   
	00017: SVTCA[y-axis] 
	00018: MDAP[rd]   
	00019: MIRP[srp0,md,rd,1] 
	00020: IUP[y]     
	00021: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual                               On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   229,   895)  ->  Abs (   229,   895)
	  1: Rel (   -48,     0)  ->  Abs (   181,   895)
	  2: Rel (     0,    42)  ->  Abs (   181,   937)
	  3: Rel (     0,    42)  ->  Abs (   181,   979)
	  4: Rel (    48,     0)  ->  Abs (   229,   979)
	  5: Rel (   771,     0)  ->  Abs (  1000,   979)
	  6: Rel (    48,     0)  ->  Abs (  1048,   979)
	  7: Rel (     0,   -42)  ->  Abs (  1048,   937)
	  8: Rel (     0,   -42)  ->  Abs (  1048,   895)
	  9: Rel (   -48,     0)  ->  Abs (  1000,   895)

	Glyph 667: off = 0x00024598, len = 80
	  numberOfContours:	1
	  xMin:			408
	  yMin:			1147
	  xMax:			820
	  yMax:			1244

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	40
	00000: PUSHB[3]              6    59     0 
	00004: PUSHW[1]            836 
	00007: NPUSHB      (17):   159     3     1     3    64    13    14    52     3     3 
	                            11     0     8     1     8     8    10 
	00026: SRP1       
	00027: SHP[rp1,zp0] 
	00028: MDAP[rd]   
	00029: DELTAP1    
	00030: SRP1       
	00031: SHP[rp1,zp0] 
	00032: MDAP[rd]   
	00033: CALL       
	00034: DELTAP1    
	00035: SVTCA[y-axis] 
	00036: MIAP[rd+ci] 
	00037: MIRP[nrp0,md,rd,1] 
	00038: IUP[y]     
	00039: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   456,  1244)  ->  Abs (   456,  1244)
	  1: Rel (   316,     0)  ->  Abs (   772,  1244)
	  2: Rel (    48,     0)  ->  Abs (   820,  1244)
	  3: Rel (     0,   -49)  ->  Abs (   820,  1195)
	  4: Rel (     0,   -48)  ->  Abs (   820,  1147)
	  5: Rel (   -48,     0)  ->  Abs (   772,  1147)
	  6: Rel (  -316,     0)  ->  Abs (   456,  1147)
	  7: Rel (   -48,     0)  ->  Abs (   408,  1147)
	  8: Rel (     0,    49)  ->  Abs (   408,  1196)
	  9: Rel (     0,    48)  ->  Abs (   408,  1244)

	Glyph 668: off = 0x000245E8, len = 72
	  numberOfContours:	1
	  xMin:			572
	  yMin:			-11
	  xMax:			656
	  yMax:			991

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	34
	00000: NPUSHB       (9):     3     8    11     1     0     5     6    91     0 
	00011: PUSHW[1]            -64 
	00014: PUSHB[6]              9    10    52     0     0    10 
	00021: SRP1       
	00022: SHP[rp1,zp0] 
	00023: MDAP[rd]   
	00024: CALL       
	00025: MIRP[srp0,md,rd,1] 
	00026: ALIGNRP    
	00027: SRP0       
	00028: ALIGNRP    
	00029: SVTCA[y-axis] 
	00030: MIAP[rd+ci] 
	00031: MDAP[rd]   
	00032: IUP[y]     
	00033: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual                         On
	  7:        XDual         Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   572,    37)  ->  Abs (   572,    37)
	  1: Rel (     0,   906)  ->  Abs (   572,   943)
	  2: Rel (     0,    48)  ->  Abs (   572,   991)
	  3: Rel (    42,     0)  ->  Abs (   614,   991)
	  4: Rel (    42,     0)  ->  Abs (   656,   991)
	  5: Rel (     0,   -48)  ->  Abs (   656,   943)
	  6: Rel (     0,  -906)  ->  Abs (   656,    37)
	  7: Rel (     0,   -48)  ->  Abs (   656,   -11)
	  8: Rel (   -42,     0)  ->  Abs (   614,   -11)
	  9: Rel (   -42,     0)  ->  Abs (   572,   -11)

	Glyph 669: off = 0x00024630, len = 56
	  numberOfContours:	1
	  xMin:			907
	  yMin:			1146
	  xMax:			1045
	  yMax:			1280

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	21
	00000: PUSHW[2]              2   850 
	00005: PUSHB[3]              6     0     0 
	00009: PUSHW[2]            850     4 
	00014: MDAP[rd]   
	00015: MIRP[nrp0,md,rd,1] 
	00016: SVTCA[y-axis] 
	00017: MIAP[rd+ci] 
	00018: MIRP[nrp0,md,rd,1] 
	00019: IUP[y]     
	00020: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual               Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1045,  1212)  ->  Abs (  1045,  1212)
	  1: Rel (     0,   -66)  ->  Abs (  1045,  1146)
	  2: Rel (   -66,     0)  ->  Abs (   979,  1146)
	  3: Rel (   -67,     0)  ->  Abs (   912,  1146)
	  4: Rel (     0,    66)  ->  Abs (   912,  1212)
	  5: Rel (    -5,    68)  ->  Abs (   907,  1280)
	  6: Rel (    72,    -1)  ->  Abs (   979,  1279)
	  7: Rel (    66,     0)  ->  Abs (  1045,  1279)

	Glyph 670: off = 0x00024668, len = 56
	  numberOfContours:	1
	  xMin:			185
	  yMin:			1146
	  xMax:			318
	  yMax:			1284

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	21
	00000: PUSHW[2]              2   850 
	00005: PUSHB[3]              6     0     0 
	00009: PUSHW[2]            850     4 
	00014: MDAP[rd]   
	00015: MIRP[nrp0,md,rd,1] 
	00016: SVTCA[y-axis] 
	00017: MIAP[rd+ci] 
	00018: MIRP[nrp0,md,rd,1] 
	00019: IUP[y]     
	00020: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   318,  1212)  ->  Abs (   318,  1212)
	  1: Rel (     0,   -66)  ->  Abs (   318,  1146)
	  2: Rel (   -66,     0)  ->  Abs (   252,  1146)
	  3: Rel (   -67,     0)  ->  Abs (   185,  1146)
	  4: Rel (     0,    66)  ->  Abs (   185,  1212)
	  5: Rel (     1,    72)  ->  Abs (   186,  1284)
	  6: Rel (    66,    -5)  ->  Abs (   252,  1279)
	  7: Rel (    66,     0)  ->  Abs (   318,  1279)

	Glyph 671: off = 0x000246A0, len = 118
	  numberOfContours:	2
	  xMin:			460
	  yMin:			-13
	  xMax:			769
	  yMax:			996

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	32
	00000: NPUSHB      (12):     3   178     9     9    15   178    21    11    18     6 
	                            12     6 
	00014: PUSHW[2]            278     0 
	00019: MDAP[rd]   
	00020: MIRP[nrp0,md,rd,1] 
	00021: ALIGNRP    
	00022: SRP0       
	00023: ALIGNRP    
	00024: SVTCA[y-axis] 
	00025: MIAP[rd+ci] 
	00026: MIRP[srp0,md,rd,1] 
	00027: SHP[rp2,zp1] 
	00028: MDAP[rd]   
	00029: MIRP[nrp0,md,rd,1] 
	00030: IUP[y]     
	00031: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:                              X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   460,   854)  ->  Abs (   460,   854)
	  1: Rel (     5,    75)  ->  Abs (   465,   929)
	  2: Rel (    92,    61)  ->  Abs (   557,   990)
	  3: Rel (    57,     0)  ->  Abs (   614,   990)
	  4: Rel (    60,     6)  ->  Abs (   674,   996)
	  5: Rel (    95,   -78)  ->  Abs (   769,   918)
	  6: Rel (     0,   -64)  ->  Abs (   769,   854)
	  7: Rel (    -2,   -61)  ->  Abs (   767,   793)
	  8: Rel (   -83,   -75)  ->  Abs (   684,   718)
	  9: Rel (   -70,     0)  ->  Abs (   614,   718)
	 10: Rel (   -64,    -2)  ->  Abs (   550,   716)
	 11: Rel (   -86,    72)  ->  Abs (   464,   788)
	 12: Rel (    -4,  -663)  ->  Abs (   460,   125)
	 13: Rel (     5,    69)  ->  Abs (   465,   194)
	 14: Rel (    85,    67)  ->  Abs (   550,   261)
	 15: Rel (    64,     0)  ->  Abs (   614,   261)
	 16: Rel (    60,     6)  ->  Abs (   674,   267)
	 17: Rel (    95,   -79)  ->  Abs (   769,   188)
	 18: Rel (     0,   -63)  ->  Abs (   769,   125)
	 19: Rel (     0,   -57)  ->  Abs (   769,    68)
	 20: Rel (   -85,   -80)  ->  Abs (   684,   -12)
	 21: Rel (   -70,     1)  ->  Abs (   614,   -11)
	 22: Rel (   -64,    -2)  ->  Abs (   550,   -13)
	 23: Rel (   -86,    72)  ->  Abs (   464,    59)

	Glyph 672: off = 0x00024716, len = 364
	  numberOfContours:	1
	  xMin:			208
	  yMin:			-12
	  xMax:			1029
	  yMax:			1008

	EndPoints
	---------
	  0:  40

	  Length of Instructions:	244
	00000: NPUSHB      (42):   165    20   166    33   180    11   178    21     4   102 
	                            21   103    31   130    11   158    32     4    11    29 
	                           170    12     1   152    20   185    12   247    20   248 
	                            40     4   122    12   153     0   153    12     3    11 
	                            29    12 
	00044: PUSHW[5]            -29    11   -29    21   -29 
	00055: PUSHB[3]             31    29     1 
	00059: PUSHW[1]            -41 
	00062: NPUSHB      (59):    19    17     9    20    33    34    33    31    34    19 
	                            12     0    40    40    13    15    13    36    19    34 
	                            34    32    40    13    20    40    40    13    40    34 
	                            33    20     0    12    13    19     8    17     9    31 
	                            21    38    28    11     1     9    17    38    10    38 
	                             3    59     9    10    17    17    24    59    28 
	00123: PUSHW[1]            812 
	00126: NPUSHB      (36):    40    34    33    20     0    12    13    19     8    29 
	                             9    26    26    23    32     0    29     1     0    29 
	                           192    29   224    29     3    29     6     6     3    32 
	                             0     9    79     9     2     9 
	00164: MDAP[rd]   
	00165: DELTAP1    
	00166: MIRP[nrp0,md,rd,1] 
	00167: SHP[rp1,zp0] 
	00168: MDAP[rd]   
	00169: MDAP[rd]   
	00170: DELTAP1    
	00171: DELTAP2    
	00172: MIRP[nrp0,md,rd,1] 
	00173: SHP[rp1,zp0] 
	00174: MDAP[rd]   
	00175: SRP1       
	00176: SRP2       
	00177: SLOOP      
	00178: IP         
	00179: SVTCA[y-axis] 
	00180: MIAP[rd+ci] 
	00181: MIRP[nrp0,md,rd,1] 
	00182: SHP[rp1,zp0] 
	00183: MDAP[rd]   
	00184: MIAP[rd+ci] 
	00185: MIRP[nrp0,md,rd,1] 
	00186: SHP[rp1,zp0] 
	00187: MIAP[rd+ci] 
	00188: SRP1       
	00189: SRP2       
	00190: IP         
	00191: IP         
	00192: SRP1       
	00193: SRP2       
	00194: IP         
	00195: IP         
	00196: SRP1       
	00197: SRP2       
	00198: SLOOP      
	00199: IP         
	00200: SDPVTL[1]  
	00201: SFVTPV     
	00202: MDAP[nrd]  
	00203: CALL       
	00204: SFVTPV     
	00205: RDTG       
	00206: SRP0       
	00207: MDRP[nrp0,nmd,rd,0] 
	00208: SVTCA[x-axis] 
	00209: SHP[rp1,zp0] 
	00210: SRP1       
	00211: SHP[rp1,zp0] 
	00212: SPVTL[p1,p2] 
	00213: SFVTPV     
	00214: SRP0       
	00215: ALIGNRP    
	00216: ALIGNRP    
	00217: SPVTL[p1,p2] 
	00218: SFVTL[=p1,p2] 
	00219: SRP0       
	00220: ALIGNRP    
	00221: SFVTPV     
	00222: ALIGNRP    
	00223: SVTCA[y-axis] 
	00224: SRP1       
	00225: SRP2       
	00226: IP         
	00227: IUP[y]     
	00228: IUP[x]     
	00229: SHPIX      
	00230: SHPIX      
	00231: SHPIX      
	00232: SHPIX      
	00233: SHPIX      
	00234: SVTCA[x-axis] 
	00235: SHPIX      
	00236: SVTCA[x-axis] 
	00237: DELTAP1    
	00238: DELTAP1    
	00239: DELTAP2    
	00240: SHPIX      
	00241: SVTCA[y-axis] 
	00242: DELTAP2    
	00243: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual                         On
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:                                      On
	 21:  YDual               Y-Short         Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         On
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:        XDual                         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short         On
	 33:  YDual               Y-Short X-Short On
	 34:                                      On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   483,   617)  ->  Abs (   483,   617)
	  1: Rel (  -191,   -82)  ->  Abs (   292,   535)
	  2: Rel (     0,  -132)  ->  Abs (   292,   403)
	  3: Rel (     0,  -319)  ->  Abs (   292,    84)
	  4: Rel (   139,     0)  ->  Abs (   431,    84)
	  5: Rel (    48,     0)  ->  Abs (   479,    84)
	  6: Rel (     0,   -42)  ->  Abs (   479,    42)
	  7: Rel (     0,   -42)  ->  Abs (   479,     0)
	  8: Rel (   -48,     0)  ->  Abs (   431,     0)
	  9: Rel (  -223,     0)  ->  Abs (   208,     0)
	 10: Rel (     0,   399)  ->  Abs (   208,   399)
	 11: Rel (     0,   175)  ->  Abs (   208,   574)
	 12: Rel (   224,   111)  ->  Abs (   432,   685)
	 13: Rel (  -185,   251)  ->  Abs (   247,   936)
	 14: Rel (   -12,    16)  ->  Abs (   235,   952)
	 15: Rel (     0,    16)  ->  Abs (   235,   968)
	 16: Rel (     0,    40)  ->  Abs (   235,  1008)
	 17: Rel (    42,     0)  ->  Abs (   277,  1008)
	 18: Rel (    21,     0)  ->  Abs (   298,  1008)
	 19: Rel (    17,   -22)  ->  Abs (   315,   986)
	 20: Rel (   367,  -498)  ->  Abs (   682,   488)
	 21: Rel (   263,    92)  ->  Abs (   945,   580)
	 22: Rel (     0,   127)  ->  Abs (   945,   707)
	 23: Rel (     0,   188)  ->  Abs (   945,   895)
	 24: Rel (  -157,     0)  ->  Abs (   788,   895)
	 25: Rel (   -48,     0)  ->  Abs (   740,   895)
	 26: Rel (     0,    42)  ->  Abs (   740,   937)
	 27: Rel (     0,    42)  ->  Abs (   740,   979)
	 28: Rel (    48,     0)  ->  Abs (   788,   979)
	 29: Rel (   241,     0)  ->  Abs (  1029,   979)
	 30: Rel (     0,  -288)  ->  Abs (  1029,   691)
	 31: Rel (     0,  -179)  ->  Abs (  1029,   512)
	 32: Rel (  -298,   -89)  ->  Abs (   731,   423)
	 33: Rel (    -8,    10)  ->  Abs (   723,   433)
	 34: Rel (   275,  -373)  ->  Abs (   998,    60)
	 35: Rel (    11,   -16)  ->  Abs (  1009,    44)
	 36: Rel (     0,   -16)  ->  Abs (  1009,    28)
	 37: Rel (     0,   -40)  ->  Abs (  1009,   -12)
	 38: Rel (   -41,     0)  ->  Abs (   968,   -12)
	 39: Rel (   -22,     0)  ->  Abs (   946,   -12)
	 40: Rel (   -16,    22)  ->  Abs (   930,    10)

	Glyph 673: off = 0x00024882, len = 120
	  numberOfContours:	1
	  xMin:			158
	  yMin:			0
	  xMax:			1069
	  yMax:			979

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	47
	00000: PUSHB[3]             16    91    20 
	00004: PUSHW[1]            812 
	00007: NPUSHB      (19):     0    11     1     1    10    59     6    10    11    32 
	                             0     0     3    18    18    79     8     1     8 
	00028: MDAP[rd]   
	00029: DELTAP1    
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: MDAP[rd]   
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: MIRP[nrp0,md,rd,1] 
	00036: SVTCA[y-axis] 
	00037: MIAP[rd+ci] 
	00038: MIRP[srp0,md,rd,1] 
	00039: ALIGNRP    
	00040: SRP1       
	00041: IP         
	00042: IP         
	00043: MIAP[rd+ci] 
	00044: MIRP[nrp0,md,rd,1] 
	00045: IUP[y]     
	00046: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                               On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   902,    84)  ->  Abs (   902,    84)
	  1: Rel (   119,     0)  ->  Abs (  1021,    84)
	  2: Rel (    48,     0)  ->  Abs (  1069,    84)
	  3: Rel (     0,   -42)  ->  Abs (  1069,    42)
	  4: Rel (     0,   -42)  ->  Abs (  1069,     0)
	  5: Rel (   -48,     0)  ->  Abs (  1021,     0)
	  6: Rel (  -815,     0)  ->  Abs (   206,     0)
	  7: Rel (   -48,     0)  ->  Abs (   158,     0)
	  8: Rel (     0,    42)  ->  Abs (   158,    42)
	  9: Rel (     0,    42)  ->  Abs (   158,    84)
	 10: Rel (    48,     0)  ->  Abs (   206,    84)
	 11: Rel (   612,     0)  ->  Abs (   818,    84)
	 12: Rel (     0,   593)  ->  Abs (   818,   677)
	 13: Rel (     0,   131)  ->  Abs (   818,   808)
	 14: Rel (   -89,    87)  ->  Abs (   729,   895)
	 15: Rel (  -103,     0)  ->  Abs (   626,   895)
	 16: Rel (  -412,     0)  ->  Abs (   214,   895)
	 17: Rel (   -48,     0)  ->  Abs (   166,   895)
	 18: Rel (     0,    42)  ->  Abs (   166,   937)
	 19: Rel (     0,    42)  ->  Abs (   166,   979)
	 20: Rel (    48,     0)  ->  Abs (   214,   979)
	 21: Rel (   382,     0)  ->  Abs (   596,   979)
	 22: Rel (   173,     0)  ->  Abs (   769,   979)
	 23: Rel (   133,  -135)  ->  Abs (   902,   844)
	 24: Rel (     0,  -171)  ->  Abs (   902,   673)

	Glyph 674: off = 0x000248FA, len = 218
	  numberOfContours:	1
	  xMin:			277
	  yMin:			-11
	  xMax:			913
	  yMax:			979

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	125
	00000: NPUSHB      (18):    10     1    29     1    35     9    60     1    53     9 
	                            67     9   140     1   143     3     8    17 
	00020: PUSHW[5]            -22     1   -22     0   -22 
	00031: NPUSHB      (31):    20     6    36     6    48     6    68     6     4     6 
	                             8     8    32     0     1    20     0     0     1     0 
	                             8     8    26    15    59     5    11    10    22    59 
	                            26 
	00064: PUSHW[1]            812 
	00067: NPUSHB      (17):     8     8    17    32    63     0     1     0    96    24 
	                             1    24    24    31    13     1    13 
	00086: MDAP[rd]   
	00087: DELTAP1    
	00088: SHP[rp1,zp0] 
	00089: MDAP[rd]   
	00090: DELTAP1    
	00091: MDAP[rd]   
	00092: DELTAP1    
	00093: MIRP[srp0,md,rd,1] 
	00094: RTHG       
	00095: IP         
	00096: MDAP[rd]   
	00097: SVTCA[y-axis] 
	00098: RTG        
	00099: MIAP[rd+ci] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: MIAP[rd+ci] 
	00102: SHP[rp1,zp0] 
	00103: MIRP[nrp0,md,rd,1] 
	00104: SRP2       
	00105: IP         
	00106: MDAP[rd]   
	00107: SHP[rp1,zp0] 
	00108: SDPVTL[1]  
	00109: SFVTPV     
	00110: MDAP[nrd]  
	00111: CALL       
	00112: SFVTPV     
	00113: RDTG       
	00114: SRP0       
	00115: MDRP[nrp0,nmd,rd,0] 
	00116: DELTAP1    
	00117: IUP[y]     
	00118: IUP[x]     
	00119: SVTCA[y-axis] 
	00120: SHPIX      
	00121: SHPIX      
	00122: SHPIX      
	00123: SVTCA[x-axis] 
	00124: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual               Y-Short         Off
	 17:        XDual                         On
	 18:        XDual                         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   736,   320)  ->  Abs (   736,   320)
	  1: Rel (   160,  -249)  ->  Abs (   896,    71)
	  2: Rel (    17,   -26)  ->  Abs (   913,    45)
	  3: Rel (     0,   -19)  ->  Abs (   913,    26)
	  4: Rel (     0,   -37)  ->  Abs (   913,   -11)
	  5: Rel (   -41,     0)  ->  Abs (   872,   -11)
	  6: Rel (   -23,     0)  ->  Abs (   849,   -11)
	  7: Rel (   -25,    37)  ->  Abs (   824,    26)
	  8: Rel (  -134,   201)  ->  Abs (   690,   227)
	  9: Rel (   -64,  -100)  ->  Abs (   626,   127)
	 10: Rel (  -215,  -137)  ->  Abs (   411,   -10)
	 11: Rel (   -92,     0)  ->  Abs (   319,   -10)
	 12: Rel (   -42,     0)  ->  Abs (   277,   -10)
	 13: Rel (     0,    40)  ->  Abs (   277,    30)
	 14: Rel (     0,    34)  ->  Abs (   277,    64)
	 15: Rel (    43,    11)  ->  Abs (   320,    75)
	 16: Rel (   332,    79)  ->  Abs (   652,   154)
	 17: Rel (     0,   289)  ->  Abs (   652,   443)
	 18: Rel (     0,   326)  ->  Abs (   652,   769)
	 19: Rel (     0,    64)  ->  Abs (   652,   833)
	 20: Rel (   -40,    62)  ->  Abs (   612,   895)
	 21: Rel (   -73,     0)  ->  Abs (   539,   895)
	 22: Rel (  -143,     0)  ->  Abs (   396,   895)
	 23: Rel (   -48,     0)  ->  Abs (   348,   895)
	 24: Rel (     0,    42)  ->  Abs (   348,   937)
	 25: Rel (     0,    42)  ->  Abs (   348,   979)
	 26: Rel (    48,     0)  ->  Abs (   396,   979)
	 27: Rel (   140,     0)  ->  Abs (   536,   979)
	 28: Rel (    97,     0)  ->  Abs (   633,   979)
	 29: Rel (   103,   -81)  ->  Abs (   736,   898)
	 30: Rel (     0,  -150)  ->  Abs (   736,   748)

	Glyph 675: off = 0x000249D4, len = 108
	  numberOfContours:	1
	  xMin:			163
	  yMin:			-11
	  xMax:			1070
	  yMax:			979

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	54
	00000: NPUSHB       (9):    14    10    11     0    10    10     1    59     5 
	00011: PUSHW[1]            812 
	00014: PUSHB[7]              0    32    11    11     8     8     3 
	00022: PUSHW[1]            -64 
	00025: NPUSHB       (9):    20    36    52     0     3   128     3     2     3 
	00036: MDAP[rd]   
	00037: DELTAP1    
	00038: CALL       
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: SHP[rp1,zp0] 
	00042: MDAP[rd]   
	00043: MIRP[nrp0,md,rd,1] 
	00044: SVTCA[y-axis] 
	00045: MIAP[rd+ci] 
	00046: MIRP[srp0,md,rd,1] 
	00047: ALIGNRP    
	00048: SRP1       
	00049: IP         
	00050: IP         
	00051: MIAP[rd+ci] 
	00052: IUP[y]     
	00053: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   786,   895)  ->  Abs (   786,   895)
	  1: Rel (  -575,     0)  ->  Abs (   211,   895)
	  2: Rel (   -48,     0)  ->  Abs (   163,   895)
	  3: Rel (     0,    42)  ->  Abs (   163,   937)
	  4: Rel (     0,    42)  ->  Abs (   163,   979)
	  5: Rel (    48,     0)  ->  Abs (   211,   979)
	  6: Rel (   811,     0)  ->  Abs (  1022,   979)
	  7: Rel (    48,     0)  ->  Abs (  1070,   979)
	  8: Rel (     0,   -42)  ->  Abs (  1070,   937)
	  9: Rel (     0,   -42)  ->  Abs (  1070,   895)
	 10: Rel (   -48,     0)  ->  Abs (  1022,   895)
	 11: Rel (  -152,     0)  ->  Abs (   870,   895)
	 12: Rel (     0,  -858)  ->  Abs (   870,    37)
	 13: Rel (     0,   -48)  ->  Abs (   870,   -11)
	 14: Rel (   -42,     0)  ->  Abs (   828,   -11)
	 15: Rel (   -42,     0)  ->  Abs (   786,   -11)
	 16: Rel (     0,    48)  ->  Abs (   786,    37)

	Glyph 676: off = 0x00024A40, len = 132
	  numberOfContours:	2
	  xMin:			160
	  yMin:			-11
	  xMax:			1021
	  yMax:			979

	EndPoints
	---------
	  0:  17
	  1:  27

	  Length of Instructions:	46
	00000: PUSHB[7]             21    12    26    10     1    59     5 
	00008: PUSHW[1]            812 
	00011: PUSHB[3]             14    32    10 
	00015: PUSHW[1]            841 
	00018: PUSHB[6]             29     3     3    24    32    18 
	00025: PUSHW[2]            840    28 
	00030: SRP0       
	00031: MIRP[srp0,nmd,rd,2] 
	00032: MIRP[nrp0,md,rd,1] 
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: SRP0       
	00036: MIRP[srp0,nmd,rd,2] 
	00037: MIRP[nrp0,md,rd,1] 
	00038: SVTCA[y-axis] 
	00039: MIAP[rd+ci] 
	00040: MIRP[nrp0,md,rd,1] 
	00041: MIAP[rd+ci] 
	00042: ALIGNRP    
	00043: MDAP[rd]   
	00044: IUP[y]     
	00045: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off
	 18:                                      On
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual                         On
	 25:        XDual         Y-Short         Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   745,   895)  ->  Abs (   745,   895)
	  1: Rel (  -537,     0)  ->  Abs (   208,   895)
	  2: Rel (   -48,     0)  ->  Abs (   160,   895)
	  3: Rel (     0,    42)  ->  Abs (   160,   937)
	  4: Rel (     0,    42)  ->  Abs (   160,   979)
	  5: Rel (    48,     0)  ->  Abs (   208,   979)
	  6: Rel (   507,     0)  ->  Abs (   715,   979)
	  7: Rel (   171,     0)  ->  Abs (   886,   979)
	  8: Rel (   135,  -133)  ->  Abs (  1021,   846)
	  9: Rel (     0,  -173)  ->  Abs (  1021,   673)
	 10: Rel (     0,  -636)  ->  Abs (  1021,    37)
	 11: Rel (     0,   -48)  ->  Abs (  1021,   -11)
	 12: Rel (   -42,     0)  ->  Abs (   979,   -11)
	 13: Rel (   -42,     0)  ->  Abs (   937,   -11)
	 14: Rel (     0,    48)  ->  Abs (   937,    37)
	 15: Rel (     0,   640)  ->  Abs (   937,   677)
	 16: Rel (     0,   109)  ->  Abs (   937,   786)
	 17: Rel (   -71,   109)  ->  Abs (   866,   895)
	 18: Rel (  -657,  -858)  ->  Abs (   209,    37)
	 19: Rel (     0,   556)  ->  Abs (   209,   593)
	 20: Rel (     0,    48)  ->  Abs (   209,   641)
	 21: Rel (    42,     0)  ->  Abs (   251,   641)
	 22: Rel (    42,     0)  ->  Abs (   293,   641)
	 23: Rel (     0,   -48)  ->  Abs (   293,   593)
	 24: Rel (     0,  -556)  ->  Abs (   293,    37)
	 25: Rel (     0,   -48)  ->  Abs (   293,   -11)
	 26: Rel (   -42,     0)  ->  Abs (   251,   -11)
	 27: Rel (   -42,     0)  ->  Abs (   209,   -11)

	Glyph 677: off = 0x00024AC4, len = 82
	  numberOfContours:	1
	  xMin:			375
	  yMin:			-11
	  xMax:			693
	  yMax:			979

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	38
	00000: PUSHB[5]              9    10     1    59     5 
	00006: PUSHW[1]            812 
	00009: NPUSHB      (15):     0    32    15     6     1     6     6     0     3    63 
	                             3    79     3     3     3 
	00026: MDAP[rd]   
	00027: DELTAP1    
	00028: SHP[rp1,zp0] 
	00029: MDAP[rd]   
	00030: DELTAP1    
	00031: MIRP[nrp0,md,rd,1] 
	00032: SVTCA[y-axis] 
	00033: MIAP[rd+ci] 
	00034: MIRP[nrp0,md,rd,1] 
	00035: MIAP[rd+ci] 
	00036: IUP[y]     
	00037: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   609,   895)  ->  Abs (   609,   895)
	  1: Rel (  -186,     0)  ->  Abs (   423,   895)
	  2: Rel (   -48,     0)  ->  Abs (   375,   895)
	  3: Rel (     0,    42)  ->  Abs (   375,   937)
	  4: Rel (     0,    42)  ->  Abs (   375,   979)
	  5: Rel (    48,     0)  ->  Abs (   423,   979)
	  6: Rel (   270,     0)  ->  Abs (   693,   979)
	  7: Rel (     0,  -942)  ->  Abs (   693,    37)
	  8: Rel (     0,   -48)  ->  Abs (   693,   -11)
	  9: Rel (   -42,     0)  ->  Abs (   651,   -11)
	 10: Rel (   -42,     0)  ->  Abs (   609,   -11)
	 11: Rel (     0,    48)  ->  Abs (   609,    37)

	Glyph 678: off = 0x00024B16, len = 120
	  numberOfContours:	1
	  xMin:			329
	  yMin:			-11
	  xMax:			912
	  yMax:			979

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	57
	00000: NPUSHB       (9):    16    10    11     0    10    10     1    59     5 
	00011: PUSHW[1]            812 
	00014: NPUSHB      (20):    11     0     8     3    19    32    79    14    95    14 
	                             2    14    14     8    16     3   112     3     2     3 
	00036: MDAP[rd]   
	00037: DELTAP1    
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: DELTAP1    
	00042: MIRP[nrp0,md,rd,1] 
	00043: SRP1       
	00044: SRP2       
	00045: IP         
	00046: IP         
	00047: SVTCA[y-axis] 
	00048: MIAP[rd+ci] 
	00049: MIRP[srp0,md,rd,1] 
	00050: ALIGNRP    
	00051: SRP1       
	00052: IP         
	00053: IP         
	00054: MIAP[rd+ci] 
	00055: IUP[y]     
	00056: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual                         On
	 15:        XDual         Y-Short         Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   664,   895)  ->  Abs (   664,   895)
	  1: Rel (  -287,     0)  ->  Abs (   377,   895)
	  2: Rel (   -48,     0)  ->  Abs (   329,   895)
	  3: Rel (     0,    42)  ->  Abs (   329,   937)
	  4: Rel (     0,    42)  ->  Abs (   329,   979)
	  5: Rel (    48,     0)  ->  Abs (   377,   979)
	  6: Rel (   487,     0)  ->  Abs (   864,   979)
	  7: Rel (    48,     0)  ->  Abs (   912,   979)
	  8: Rel (     0,   -42)  ->  Abs (   912,   937)
	  9: Rel (     0,   -42)  ->  Abs (   912,   895)
	 10: Rel (   -48,     0)  ->  Abs (   864,   895)
	 11: Rel (   -51,     0)  ->  Abs (   813,   895)
	 12: Rel (  -156,     0)  ->  Abs (   657,   895)
	 13: Rel (     0,  -247)  ->  Abs (   657,   648)
	 14: Rel (     0,  -611)  ->  Abs (   657,    37)
	 15: Rel (     0,   -48)  ->  Abs (   657,   -11)
	 16: Rel (   -42,     0)  ->  Abs (   615,   -11)
	 17: Rel (   -42,     0)  ->  Abs (   573,   -11)
	 18: Rel (     0,    48)  ->  Abs (   573,    37)
	 19: Rel (     0,   639)  ->  Abs (   573,   676)
	 20: Rel (     0,   166)  ->  Abs (   573,   842)

	Glyph 679: off = 0x00024B8E, len = 140
	  numberOfContours:	1
	  xMin:			146
	  yMin:			-11
	  xMax:			1083
	  yMax:			979

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	69
	00000: NPUSHB      (13):    14    21    10     0    18    17    11     4    10    10 
	                             1    59     5 
	00015: PUSHW[1]            812 
	00018: PUSHB[5]              8     8    17    32    11 
	00024: PUSHW[1]            -64 
	00027: PUSHB[4]             10    13    52    11 
	00032: PUSHW[1]            843 
	00035: PUSHB[6]             25     3     3    18    32     0 
	00042: PUSHW[2]            842    24 
	00047: SRP0       
	00048: MIRP[srp0,nmd,rd,2] 
	00049: MIRP[nrp0,md,rd,1] 
	00050: SHP[rp1,zp0] 
	00051: MDAP[rd]   
	00052: SRP0       
	00053: MIRP[srp0,nmd,rd,0] 
	00054: CALL       
	00055: MIRP[nrp0,md,rd,1] 
	00056: SHP[rp1,zp0] 
	00057: MDAP[rd]   
	00058: SVTCA[y-axis] 
	00059: MIAP[rd+ci] 
	00060: MIRP[srp0,md,rd,1] 
	00061: ALIGNRP    
	00062: SRP1       
	00063: SLOOP      
	00064: IP         
	00065: MIAP[rd+ci] 
	00066: ALIGNRP    
	00067: IUP[y]     
	00068: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:        XDual                         On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   330,   895)  ->  Abs (   330,   895)
	  1: Rel (  -136,     0)  ->  Abs (   194,   895)
	  2: Rel (   -48,     0)  ->  Abs (   146,   895)
	  3: Rel (     0,    42)  ->  Abs (   146,   937)
	  4: Rel (     0,    42)  ->  Abs (   146,   979)
	  5: Rel (    48,     0)  ->  Abs (   194,   979)
	  6: Rel (   841,     0)  ->  Abs (  1035,   979)
	  7: Rel (    48,     0)  ->  Abs (  1083,   979)
	  8: Rel (     0,   -42)  ->  Abs (  1083,   937)
	  9: Rel (     0,   -42)  ->  Abs (  1083,   895)
	 10: Rel (   -48,     0)  ->  Abs (  1035,   895)
	 11: Rel (  -137,     0)  ->  Abs (   898,   895)
	 12: Rel (     0,  -858)  ->  Abs (   898,    37)
	 13: Rel (     0,   -48)  ->  Abs (   898,   -11)
	 14: Rel (   -42,     0)  ->  Abs (   856,   -11)
	 15: Rel (   -42,     0)  ->  Abs (   814,   -11)
	 16: Rel (     0,    48)  ->  Abs (   814,    37)
	 17: Rel (     0,   858)  ->  Abs (   814,   895)
	 18: Rel (  -400,     0)  ->  Abs (   414,   895)
	 19: Rel (     0,  -858)  ->  Abs (   414,    37)
	 20: Rel (     0,   -48)  ->  Abs (   414,   -11)
	 21: Rel (   -42,     0)  ->  Abs (   372,   -11)
	 22: Rel (   -42,     0)  ->  Abs (   330,   -11)
	 23: Rel (     0,    48)  ->  Abs (   330,    37)

	Glyph 680: off = 0x00024C1A, len = 220
	  numberOfContours:	1
	  xMin:			104
	  yMin:			-11
	  xMax:			1021
	  yMax:			989

	EndPoints
	---------
	  0:  32

	  Length of Instructions:	126
	00000: PUSHB[6]            182    23   187    25     2     2 
	00007: PUSHW[1]            -29 
	00010: PUSHB[3]              4    29    23 
	00014: PUSHW[1]            -29 
	00017: NPUSHB      (15):    25    29     3    91    24    10    13    64     9    12 
	                            52    13     8    59    19 
	00034: PUSHW[1]            388 
	00037: PUSHB[3]             28    59    32 
	00041: PUSHW[1]            812 
	00044: NPUSHB      (23):    15    16    63    16     2    16    91    10    64     9 
	                            10    52    10    64    16    17    52    10    10     6 
	                            32    21    21 
	00069: PUSHW[1]            841 
	00072: NPUSHB      (12):    34   111    30     1    30    30     0    32   240    27 
	                             1    27 
	00086: PUSHW[2]            844    33 
	00091: SRP0       
	00092: MIRP[srp0,nmd,rd,2] 
	00093: DELTAP1    
	00094: MIRP[nrp0,md,rd,1] 
	00095: SHP[rp1,zp0] 
	00096: MDAP[rd]   
	00097: DELTAP1    
	00098: SRP0       
	00099: MIRP[srp0,nmd,rd,2] 
	00100: MDAP[rd]   
	00101: MIRP[srp0,md,rd,1] 
	00102: SHP[rp2,zp1] 
	00103: MDAP[rd]   
	00104: CALL       
	00105: CALL       
	00106: MIRP[nrp0,md,rd,1] 
	00107: DELTAP1    
	00108: SVTCA[y-axis] 
	00109: MIAP[rd+ci] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: MIRP[srp0,nmd,rd,0] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: MDAP[rd]   
	00114: CALL       
	00115: MIAP[rd+ci] 
	00116: MIRP[nrp0,md,rd,1] 
	00117: IUP[y]     
	00118: IUP[x]     
	00119: SVTCA[x-axis] 
	00120: SHPIX      
	00121: SHPIX      
	00122: SHPIX      
	00123: SHPIX      
	00124: SVTCA[x-axis] 
	00125: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual                               On
	  4:  YDual                               Off
	  5:  YDual XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual                         On
	 23:        XDual                         Off
	 24:  YDual                               On
	 25:  YDual                               Off
	 26:        XDual                         On
	 27:        XDual                         On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   400,   979)  ->  Abs (   400,   979)
	  1: Rel (     0,  -664)  ->  Abs (   400,   315)
	  2: Rel (     0,  -242)  ->  Abs (   400,    73)
	  3: Rel (   267,     0)  ->  Abs (   667,    73)
	  4: Rel (   270,     0)  ->  Abs (   937,    73)
	  5: Rel (     0,   253)  ->  Abs (   937,   326)
	  6: Rel (     0,   460)  ->  Abs (   937,   786)
	  7: Rel (     0,   118)  ->  Abs (   937,   904)
	  8: Rel (  -101,     0)  ->  Abs (   836,   904)
	  9: Rel (  -100,     0)  ->  Abs (   736,   904)
	 10: Rel (     0,  -117)  ->  Abs (   736,   787)
	 11: Rel (     0,   -59)  ->  Abs (   736,   728)
	 12: Rel (     0,   -48)  ->  Abs (   736,   680)
	 13: Rel (   -42,     0)  ->  Abs (   694,   680)
	 14: Rel (   -42,     0)  ->  Abs (   652,   680)
	 15: Rel (     0,    48)  ->  Abs (   652,   728)
	 16: Rel (     0,    59)  ->  Abs (   652,   787)
	 17: Rel (     0,    92)  ->  Abs (   652,   879)
	 18: Rel (    99,   110)  ->  Abs (   751,   989)
	 19: Rel (    81,     0)  ->  Abs (   832,   989)
	 20: Rel (   189,     0)  ->  Abs (  1021,   989)
	 21: Rel (     0,  -194)  ->  Abs (  1021,   795)
	 22: Rel (     0,  -498)  ->  Abs (  1021,   297)
	 23: Rel (     0,  -308)  ->  Abs (  1021,   -11)
	 24: Rel (  -352,     0)  ->  Abs (   669,   -11)
	 25: Rel (  -353,     0)  ->  Abs (   316,   -11)
	 26: Rel (     0,   308)  ->  Abs (   316,   297)
	 27: Rel (     0,   598)  ->  Abs (   316,   895)
	 28: Rel (  -164,     0)  ->  Abs (   152,   895)
	 29: Rel (   -48,     0)  ->  Abs (   104,   895)
	 30: Rel (     0,    42)  ->  Abs (   104,   937)
	 31: Rel (     0,    42)  ->  Abs (   104,   979)
	 32: Rel (    48,     0)  ->  Abs (   152,   979)

	Glyph 681: off = 0x00024CF6, len = 76
	  numberOfContours:	1
	  xMin:			371
	  yMin:			539
	  xMax:			703
	  yMax:			979

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	32
	00000: PUSHB[7]             16     9     1     9     1    59     5 
	00008: PUSHW[1]            812 
	00011: PUSHB[8]              6    32     0     0     0     3     1     3 
	00020: MDAP[rd]   
	00021: DELTAP1    
	00022: SHP[rp1,zp0] 
	00023: MDAP[rd]   
	00024: MIRP[nrp0,md,rd,1] 
	00025: SVTCA[y-axis] 
	00026: MIAP[rd+ci] 
	00027: MIRP[nrp0,md,rd,1] 
	00028: MDAP[rd]   
	00029: DELTAP1    
	00030: IUP[y]     
	00031: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   619,   895)  ->  Abs (   619,   895)
	  1: Rel (  -200,     0)  ->  Abs (   419,   895)
	  2: Rel (   -48,     0)  ->  Abs (   371,   895)
	  3: Rel (     0,    42)  ->  Abs (   371,   937)
	  4: Rel (     0,    42)  ->  Abs (   371,   979)
	  5: Rel (    48,     0)  ->  Abs (   419,   979)
	  6: Rel (   284,     0)  ->  Abs (   703,   979)
	  7: Rel (     0,  -392)  ->  Abs (   703,   587)
	  8: Rel (     0,   -48)  ->  Abs (   703,   539)
	  9: Rel (   -42,     0)  ->  Abs (   661,   539)
	 10: Rel (   -42,     0)  ->  Abs (   619,   539)
	 11: Rel (     0,    48)  ->  Abs (   619,   587)

	Glyph 682: off = 0x00024D42, len = 126
	  numberOfContours:	1
	  xMin:			149
	  yMin:			-223
	  xMax:			1063
	  yMax:			979

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	68
	00000: PUSHB[3]             12    59    18 
	00004: PUSHW[1]            815 
	00007: PUSHB[7]             11     0    10    10     1    59     5 
	00015: PUSHW[1]            812 
	00018: NPUSHB      (10):    15    15     8     0    32    11    11     8     8     3 
	00030: PUSHW[1]            -64 
	00033: NPUSHB      (11):    20    36    52     0     3    96     3   128     3     3 
	                             3 
	00046: MDAP[rd]   
	00047: DELTAP1    
	00048: CALL       
	00049: SHP[rp1,zp0] 
	00050: MDAP[rd]   
	00051: SHP[rp1,zp0] 
	00052: MDAP[rd]   
	00053: MIRP[nrp0,md,rd,1] 
	00054: SRP1       
	00055: SHP[rp1,zp0] 
	00056: MDAP[rd]   
	00057: SVTCA[y-axis] 
	00058: MIAP[rd+ci] 
	00059: MIRP[srp0,md,rd,1] 
	00060: ALIGNRP    
	00061: SRP1       
	00062: IP         
	00063: IP         
	00064: MIAP[rd+ci] 
	00065: MIRP[nrp0,md,rd,1] 
	00066: IUP[y]     
	00067: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   761,   895)  ->  Abs (   761,   895)
	  1: Rel (  -564,     0)  ->  Abs (   197,   895)
	  2: Rel (   -48,     0)  ->  Abs (   149,   895)
	  3: Rel (     0,    42)  ->  Abs (   149,   937)
	  4: Rel (     0,    42)  ->  Abs (   149,   979)
	  5: Rel (    48,     0)  ->  Abs (   197,   979)
	  6: Rel (   818,     0)  ->  Abs (  1015,   979)
	  7: Rel (    48,     0)  ->  Abs (  1063,   979)
	  8: Rel (     0,   -42)  ->  Abs (  1063,   937)
	  9: Rel (     0,   -42)  ->  Abs (  1063,   895)
	 10: Rel (   -48,     0)  ->  Abs (  1015,   895)
	 11: Rel (  -170,     0)  ->  Abs (   845,   895)
	 12: Rel (     0, -1034)  ->  Abs (   845,  -139)
	 13: Rel (   151,     0)  ->  Abs (   996,  -139)
	 14: Rel (    48,     0)  ->  Abs (  1044,  -139)
	 15: Rel (     0,   -42)  ->  Abs (  1044,  -181)
	 16: Rel (     0,   -42)  ->  Abs (  1044,  -223)
	 17: Rel (   -48,     0)  ->  Abs (   996,  -223)
	 18: Rel (  -235,     0)  ->  Abs (   761,  -223)

	Glyph 683: off = 0x00024DC0, len = 150
	  numberOfContours:	1
	  xMin:			180
	  yMin:			0
	  xMax:			1015
	  yMax:			979

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	82
	00000: NPUSHB      (34):    23     1    39     1   148     1   165     1     4   133 
	                             3   217     3   216    11   233     3   232    11     5 
	                            88    13   104    13   132     1     3    13    10    11 
	                            35    15    59    19 
	00036: PUSHW[1]            812 
	00039: NPUSHB      (20):     9    59     5    10    12    32    47     2     1     2 
	                            17    17    79     7    95     7   111     7     3     7 
	00061: MDAP[rd]   
	00062: DELTAP1    
	00063: SHP[rp1,zp0] 
	00064: MDAP[rd]   
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: MIRP[nrp0,md,rd,1] 
	00068: SVTCA[y-axis] 
	00069: MIAP[rd+ci] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: MIAP[rd+ci] 
	00072: MIRP[nrp0,md,rd,1] 
	00073: IUP[y]     
	00074: IUP[x]     
	00075: SVTCA[x-axis] 
	00076: SHPIX      
	00077: SHPIX      
	00078: SVTCA[x-axis] 
	00079: DELTAP1    
	00080: DELTAP1    
	00081: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               Off
	  2:        XDual                         On
	  3:        XDual                         Off
	  4:  YDual                               On
	  5:  YDual                               On
	  6:  YDual                       X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual                               On
	 11:  YDual                               Off
	 12:        XDual                         On
	 13:        XDual                         Off
	 14:  YDual                               On
	 15:  YDual                               On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   568,   979)  ->  Abs (   568,   979)
	  1: Rel (   447,     0)  ->  Abs (  1015,   979)
	  2: Rel (     0,  -458)  ->  Abs (  1015,   521)
	  3: Rel (     0,  -521)  ->  Abs (  1015,     0)
	  4: Rel (  -446,     0)  ->  Abs (   569,     0)
	  5: Rel (  -341,     0)  ->  Abs (   228,     0)
	  6: Rel (   -48,     0)  ->  Abs (   180,     0)
	  7: Rel (     0,    42)  ->  Abs (   180,    42)
	  8: Rel (     0,    42)  ->  Abs (   180,    84)
	  9: Rel (    48,     0)  ->  Abs (   228,    84)
	 10: Rel (   346,     0)  ->  Abs (   574,    84)
	 11: Rel (   355,     0)  ->  Abs (   929,    84)
	 12: Rel (     0,   435)  ->  Abs (   929,   519)
	 13: Rel (     0,   376)  ->  Abs (   929,   895)
	 14: Rel (  -329,     0)  ->  Abs (   600,   895)
	 15: Rel (  -372,     0)  ->  Abs (   228,   895)
	 16: Rel (   -48,     0)  ->  Abs (   180,   895)
	 17: Rel (     0,    42)  ->  Abs (   180,   937)
	 18: Rel (     0,    42)  ->  Abs (   180,   979)
	 19: Rel (    48,     0)  ->  Abs (   228,   979)

	Glyph 684: off = 0x00024E56, len = 238
	  numberOfContours:	1
	  xMin:			192
	  yMin:			0
	  xMax:			949
	  yMax:			1289

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	150
	00000: NPUSHB      (71):    52     3    48    19    52    20    85    18     4    31 
	                            19   108    19   124    19   223    19   223    20   251 
	                            21     6    27     4    27    21    44     3    47    20 
	                            47    21     5   114     3   132     3   175    19   175 
	                            20     4     5     3    20     3    79    19     3    19 
	                            21    21    36     3     5    20     3     3     5    20 
	                             4    19     3    24    59     0    10    12     9    59 
	                            15 
	00073: PUSHW[1]            812 
	00076: NPUSHB      (32):     0    32    24    24    15    27    63    27     2    27 
	                            27     8    32    48    16    95    16     2    16    15 
	                            32     9    64    21    47    52     9    64    13    15 
	                            52     9 
	00110: MDAP[rd]   
	00111: CALL       
	00112: CALL       
	00113: MIRP[nrp0,md,rd,1] 
	00114: MDAP[rd]   
	00115: DELTAP1    
	00116: MIRP[nrp0,md,rd,1] 
	00117: SHP[rp1,zp0] 
	00118: MDAP[rd]   
	00119: DELTAP1    
	00120: SHP[rp1,zp0] 
	00121: MDAP[rd]   
	00122: MIRP[nrp0,md,rd,1] 
	00123: SVTCA[y-axis] 
	00124: MIAP[rd+ci] 
	00125: MIRP[nrp0,md,rd,1] 
	00126: MDAP[rd]   
	00127: MIAP[rd+ci] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: SRP1       
	00130: SRP2       
	00131: IP         
	00132: IP         
	00133: SDPVTL[1]  
	00134: SFVTPV     
	00135: MDAP[nrd]  
	00136: CALL       
	00137: SFVTPV     
	00138: RDTG       
	00139: SRP0       
	00140: MDRP[nrp0,nmd,rd,0] 
	00141: IUP[y]     
	00142: IUP[x]     
	00143: SVTCA[y-axis] 
	00144: DELTAP2    
	00145: DELTAP2    
	00146: DELTAP1    
	00147: DELTAP1    
	00148: SVTCA[x-axis] 
	00149: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual                               On
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         On
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   532,     0)  ->  Abs (   532,     0)
	  1: Rel (     0,   158)  ->  Abs (   532,   158)
	  2: Rel (     0,   128)  ->  Abs (   532,   286)
	  3: Rel (    89,   134)  ->  Abs (   621,   420)
	  4: Rel (   123,    62)  ->  Abs (   744,   482)
	  5: Rel (    81,    41)  ->  Abs (   825,   523)
	  6: Rel (    40,    99)  ->  Abs (   865,   622)
	  7: Rel (     0,   103)  ->  Abs (   865,   725)
	  8: Rel (     0,   170)  ->  Abs (   865,   895)
	  9: Rel (  -673,     0)  ->  Abs (   192,   895)
	 10: Rel (     0,   346)  ->  Abs (   192,  1241)
	 11: Rel (     0,    48)  ->  Abs (   192,  1289)
	 12: Rel (    42,     0)  ->  Abs (   234,  1289)
	 13: Rel (    42,     0)  ->  Abs (   276,  1289)
	 14: Rel (     0,   -48)  ->  Abs (   276,  1241)
	 15: Rel (     0,  -262)  ->  Abs (   276,   979)
	 16: Rel (   673,     0)  ->  Abs (   949,   979)
	 17: Rel (     0,  -254)  ->  Abs (   949,   725)
	 18: Rel (     0,  -164)  ->  Abs (   949,   561)
	 19: Rel (   -81,  -107)  ->  Abs (   868,   454)
	 20: Rel (   -84,   -43)  ->  Abs (   784,   411)
	 21: Rel (   -98,   -51)  ->  Abs (   686,   360)
	 22: Rel (   -70,  -108)  ->  Abs (   616,   252)
	 23: Rel (     0,  -109)  ->  Abs (   616,   143)
	 24: Rel (     0,   -59)  ->  Abs (   616,    84)
	 25: Rel (   140,     0)  ->  Abs (   756,    84)
	 26: Rel (    48,     0)  ->  Abs (   804,    84)
	 27: Rel (     0,   -42)  ->  Abs (   804,    42)
	 28: Rel (     0,   -42)  ->  Abs (   804,     0)
	 29: Rel (   -48,     0)  ->  Abs (   756,     0)

	Glyph 685: off = 0x00024F44, len = 152
	  numberOfContours:	2
	  xMin:			109
	  yMin:			0
	  xMax:			996
	  yMax:			979

	EndPoints
	---------
	  0:  13
	  1:  22

	  Length of Instructions:	78
	00000: PUSHW[4]             12   -16    11   -22 
	00009: NPUSHB      (15):     4    16     3    16    22    59     1    10    19     4 
	                            18    18     5    59     9 
	00026: PUSHW[1]            812 
	00029: PUSHB[6]             19     4     7    14    32     0 
	00036: PUSHW[1]            837 
	00039: PUSHB[6]             24     7     7    22    32     1 
	00046: PUSHW[2]            838    23 
	00051: SRP0       
	00052: MIRP[srp0,nmd,rd,2] 
	00053: MIRP[nrp0,md,rd,1] 
	00054: SHP[rp1,zp0] 
	00055: MDAP[rd]   
	00056: SRP0       
	00057: MIRP[srp0,nmd,rd,2] 
	00058: MIRP[nrp0,md,rd,1] 
	00059: SRP1       
	00060: IP         
	00061: IP         
	00062: SVTCA[y-axis] 
	00063: MIAP[rd+ci] 
	00064: MIRP[srp0,md,rd,1] 
	00065: ALIGNRP    
	00066: SRP1       
	00067: IP         
	00068: IP         
	00069: MIAP[rd+ci] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: IUP[y]     
	00072: IUP[x]     
	00073: SVTCA[x-axis] 
	00074: SHPIX      
	00075: SHPIX      
	00076: SHPIX      
	00077: SHPIX      

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual                               On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:                              X-Short On
	 15:        XDual                         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   996,     0)  ->  Abs (   996,     0)
	  1: Rel (  -728,     0)  ->  Abs (   268,     0)
	  2: Rel (     0,   676)  ->  Abs (   268,   676)
	  3: Rel (     0,   161)  ->  Abs (   268,   837)
	  4: Rel (    96,    58)  ->  Abs (   364,   895)
	  5: Rel (  -207,     0)  ->  Abs (   157,   895)
	  6: Rel (   -48,     0)  ->  Abs (   109,   895)
	  7: Rel (     0,    42)  ->  Abs (   109,   937)
	  8: Rel (     0,    42)  ->  Abs (   109,   979)
	  9: Rel (    48,     0)  ->  Abs (   157,   979)
	 10: Rel (   550,     0)  ->  Abs (   707,   979)
	 11: Rel (   167,     0)  ->  Abs (   874,   979)
	 12: Rel (   122,  -144)  ->  Abs (   996,   835)
	 13: Rel (     0,  -148)  ->  Abs (   996,   687)
	 14: Rel (   -84,  -603)  ->  Abs (   912,    84)
	 15: Rel (     0,   594)  ->  Abs (   912,   678)
	 16: Rel (     0,   143)  ->  Abs (   912,   821)
	 17: Rel (  -103,    74)  ->  Abs (   809,   895)
	 18: Rel (  -103,     0)  ->  Abs (   706,   895)
	 19: Rel (  -193,     0)  ->  Abs (   513,   895)
	 20: Rel (  -161,     0)  ->  Abs (   352,   895)
	 21: Rel (     0,  -246)  ->  Abs (   352,   649)
	 22: Rel (     0,  -565)  ->  Abs (   352,    84)

	Glyph 686: off = 0x00024FDC, len = 244
	  numberOfContours:	1
	  xMin:			133
	  yMin:			-11
	  xMax:			1005
	  yMax:			990

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	157
	00000: PUSHW[4]              4   -22     1   -22 
	00009: NPUSHB      (45):   148     4   159    17   164     4   175    17   183     1 
	                           190    17     6     4     4    66     1   123    13   121 
	                            17     4    15     1   143     1   143    17   220    13 
	                           235    13   244     4     6   149     1   149    17   197 
	                             1   198    17     4     2 
	00056: PUSHW[3]            -16     1   -16 
	00063: NPUSHB      (19):    13    16    18     1     0     7    21    10    11    59 
	                             7    10    15    59     3   189    25    59    29 
	00084: PUSHW[1]            812 
	00087: PUSHB[8]             15     9     1     9     9    12    32     6 
	00096: PUSHW[1]            846 
	00099: NPUSHB      (11):    31    27    27    24    18     1    19    19     0    32 
	                            24 
	00112: PUSHW[2]            845    30 
	00117: SRP0       
	00118: MIRP[srp0,nmd,rd,2] 
	00119: MIRP[srp0,md,rd,1] 
	00120: ALIGNRP    
	00121: SRP1       
	00122: IP         
	00123: IP         
	00124: SRP1       
	00125: SHP[rp1,zp0] 
	00126: MDAP[rd]   
	00127: SRP0       
	00128: MIRP[srp0,nmd,rd,2] 
	00129: MIRP[srp0,md,rd,1] 
	00130: SHP[rp2,zp1] 
	00131: MDAP[rd]   
	00132: DELTAP1    
	00133: SVTCA[y-axis] 
	00134: MIAP[rd+ci] 
	00135: MIRP[nrp0,md,rd,1] 
	00136: MIRP[srp0,nmd,rd,0] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: MIAP[rd+ci] 
	00139: MIRP[nrp0,md,rd,1] 
	00140: MIAP[rd+ci] 
	00141: SRP1       
	00142: SRP2       
	00143: IP         
	00144: IP         
	00145: IUP[y]     
	00146: IUP[x]     
	00147: SHPIX      
	00148: SHPIX      
	00149: SHPIX      
	00150: SVTCA[y-axis] 
	00151: DELTAP1    
	00152: DELTAP1    
	00153: DELTAP2    
	00154: DELTAP2    
	00155: SHPIX      
	00156: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual                               Off
	  5:        XDual                         On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   376,   979)  ->  Abs (   376,   979)
	  1: Rel (     0,  -190)  ->  Abs (   376,   789)
	  2: Rel (   114,   201)  ->  Abs (   490,   990)
	  3: Rel (   213,     0)  ->  Abs (   703,   990)
	  4: Rel (   302,     0)  ->  Abs (  1005,   990)
	  5: Rel (     0,  -286)  ->  Abs (  1005,   704)
	  6: Rel (     0,  -704)  ->  Abs (  1005,     0)
	  7: Rel (  -288,     0)  ->  Abs (   717,     0)
	  8: Rel (   -48,     0)  ->  Abs (   669,     0)
	  9: Rel (     0,    42)  ->  Abs (   669,    42)
	 10: Rel (     0,    42)  ->  Abs (   669,    84)
	 11: Rel (    48,     0)  ->  Abs (   717,    84)
	 12: Rel (   204,     0)  ->  Abs (   921,    84)
	 13: Rel (     0,   596)  ->  Abs (   921,   680)
	 14: Rel (     0,   224)  ->  Abs (   921,   904)
	 15: Rel (  -224,     0)  ->  Abs (   697,   904)
	 16: Rel (  -134,     0)  ->  Abs (   563,   904)
	 17: Rel (  -187,  -246)  ->  Abs (   376,   658)
	 18: Rel (     0,  -121)  ->  Abs (   376,   537)
	 19: Rel (     0,  -500)  ->  Abs (   376,    37)
	 20: Rel (     0,   -48)  ->  Abs (   376,   -11)
	 21: Rel (   -42,     0)  ->  Abs (   334,   -11)
	 22: Rel (   -42,     0)  ->  Abs (   292,   -11)
	 23: Rel (     0,    48)  ->  Abs (   292,    37)
	 24: Rel (     0,   858)  ->  Abs (   292,   895)
	 25: Rel (  -111,     0)  ->  Abs (   181,   895)
	 26: Rel (   -48,     0)  ->  Abs (   133,   895)
	 27: Rel (     0,    42)  ->  Abs (   133,   937)
	 28: Rel (     0,    42)  ->  Abs (   133,   979)
	 29: Rel (    48,     0)  ->  Abs (   181,   979)

	Glyph 687: off = 0x000250D0, len = 104
	  numberOfContours:	1
	  xMin:			374
	  yMin:			-223
	  xMax:			897
	  yMax:			979

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	55
	00000: PUSHB[3]              7    59    13 
	00004: PUSHW[1]            815 
	00007: PUSHB[3]              1    59     5 
	00011: PUSHW[3]            812    10   695 
	00018: PUSHB[5]              7     7     6    32     0 
	00024: PUSHW[1]            695 
	00027: NPUSHB      (11):     0     3     1     0     3    80     3    96     3     3 
	                             3 
	00040: MDAP[rd]   
	00041: DELTAP1    
	00042: DELTAP2    
	00043: MIRP[srp0,nmd,rd,0] 
	00044: MIRP[srp0,md,rd,1] 
	00045: ALIGNRP    
	00046: SRP0       
	00047: MIRP[nrp0,nmd,rd,0] 
	00048: SVTCA[y-axis] 
	00049: MIAP[rd+ci] 
	00050: MIRP[nrp0,md,rd,1] 
	00051: MIAP[rd+ci] 
	00052: MIRP[nrp0,md,rd,1] 
	00053: IUP[y]     
	00054: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:        XDual         Y-Short X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   619,   895)  ->  Abs (   619,   895)
	  1: Rel (  -197,     0)  ->  Abs (   422,   895)
	  2: Rel (   -48,     0)  ->  Abs (   374,   895)
	  3: Rel (     0,    42)  ->  Abs (   374,   937)
	  4: Rel (     0,    42)  ->  Abs (   374,   979)
	  5: Rel (    48,     0)  ->  Abs (   422,   979)
	  6: Rel (   281,     0)  ->  Abs (   703,   979)
	  7: Rel (     0, -1116)  ->  Abs (   703,  -137)
	  8: Rel (   146,    -2)  ->  Abs (   849,  -139)
	  9: Rel (    48,     0)  ->  Abs (   897,  -139)
	 10: Rel (     0,   -42)  ->  Abs (   897,  -181)
	 11: Rel (     0,   -42)  ->  Abs (   897,  -223)
	 12: Rel (   -48,     0)  ->  Abs (   849,  -223)
	 13: Rel (  -230,     0)  ->  Abs (   619,  -223)

	Glyph 688: off = 0x00025138, len = 92
	  numberOfContours:	1
	  xMin:			284
	  yMin:			0
	  xMax:			765
	  yMax:			979

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	45
	00000: PUSHB[7]              5    59     1    10     8    59    12 
	00008: PUSHW[1]            812 
	00011: NPUSHB      (16):    13    32    15     7     1   143     7     1     7     7 
	                             0    10     1    10    10     3 
	00029: MDAP[rd]   
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: DELTAP1    
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: DELTAP1    
	00036: DELTAP2    
	00037: MIRP[nrp0,md,rd,1] 
	00038: SVTCA[y-axis] 
	00039: MIAP[rd+ci] 
	00040: MIRP[nrp0,md,rd,1] 
	00041: MIAP[rd+ci] 
	00042: MIRP[nrp0,md,rd,1] 
	00043: IUP[y]     
	00044: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   765,     0)  ->  Abs (   765,     0)
	  1: Rel (  -433,     0)  ->  Abs (   332,     0)
	  2: Rel (   -48,     0)  ->  Abs (   284,     0)
	  3: Rel (     0,    42)  ->  Abs (   284,    42)
	  4: Rel (     0,    42)  ->  Abs (   284,    84)
	  5: Rel (    48,     0)  ->  Abs (   332,    84)
	  6: Rel (   349,     0)  ->  Abs (   681,    84)
	  7: Rel (     0,   811)  ->  Abs (   681,   895)
	  8: Rel (  -197,     0)  ->  Abs (   484,   895)
	  9: Rel (   -48,     0)  ->  Abs (   436,   895)
	 10: Rel (     0,    42)  ->  Abs (   436,   937)
	 11: Rel (     0,    42)  ->  Abs (   436,   979)
	 12: Rel (    48,     0)  ->  Abs (   484,   979)
	 13: Rel (   281,     0)  ->  Abs (   765,   979)

	Glyph 689: off = 0x00025194, len = 188
	  numberOfContours:	2
	  xMin:			79
	  yMin:			-11
	  xMax:			996
	  yMax:			979

	EndPoints
	---------
	  0:  15
	  1:  25

	  Length of Instructions:	102
	00000: NPUSHB      (43):   186    14     1    70    12    77    14     2    54    12 
	                            61    14     2   150    11   155    14   166    11   171 
	                            14   201    14   217    14     6    11    22    12    22 
	                            14    22    24    59    13    10    21     0    20    20 
	                             1    59     5 
	00045: PUSHW[1]            812 
	00048: PUSHB[3]             17    32     9 
	00052: PUSHW[1]            837 
	00055: NPUSHB      (11):    27     3    64    15    19    52     3     3    21    32 
	                             0 
	00068: PUSHW[2]            839    26 
	00073: SRP0       
	00074: MIRP[srp0,nmd,rd,2] 
	00075: MIRP[nrp0,md,rd,1] 
	00076: SHP[rp1,zp0] 
	00077: MDAP[rd]   
	00078: CALL       
	00079: SRP0       
	00080: MIRP[srp0,nmd,rd,2] 
	00081: MIRP[nrp0,md,rd,1] 
	00082: SVTCA[y-axis] 
	00083: MIAP[rd+ci] 
	00084: MIRP[srp0,md,rd,1] 
	00085: ALIGNRP    
	00086: SRP1       
	00087: IP         
	00088: IP         
	00089: MIAP[rd+ci] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: IUP[y]     
	00092: IUP[x]     
	00093: SHPIX      
	00094: SHPIX      
	00095: SHPIX      
	00096: SVTCA[x-axis] 
	00097: DELTAP1    
	00098: DELTAP2    
	00099: DELTAP2    
	00100: SVTCA[y-axis] 
	00101: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                               Off
	 15:        XDual                         On
	 16:  YDual               Y-Short         On
	 17:        XDual                         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                               On
	 22:        XDual                         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                               On
	 25:  YDual                               Off

	Coordinates
	-----------
	  0: Rel (   289,   895)  ->  Abs (   289,   895)
	  1: Rel (  -162,     0)  ->  Abs (   127,   895)
	  2: Rel (   -48,     0)  ->  Abs (    79,   895)
	  3: Rel (     0,    42)  ->  Abs (    79,   937)
	  4: Rel (     0,    42)  ->  Abs (    79,   979)
	  5: Rel (    48,     0)  ->  Abs (   127,   979)
	  6: Rel (   578,     0)  ->  Abs (   705,   979)
	  7: Rel (   173,     0)  ->  Abs (   878,   979)
	  8: Rel (   118,  -148)  ->  Abs (   996,   831)
	  9: Rel (     0,  -144)  ->  Abs (   996,   687)
	 10: Rel (     0,  -397)  ->  Abs (   996,   290)
	 11: Rel (     0,  -156)  ->  Abs (   996,   134)
	 12: Rel (  -202,  -145)  ->  Abs (   794,   -11)
	 13: Rel (  -145,     0)  ->  Abs (   649,   -11)
	 14: Rel (  -360,     0)  ->  Abs (   289,   -11)
	 15: Rel (     0,   306)  ->  Abs (   289,   295)
	 16: Rel (   623,    11)  ->  Abs (   912,   306)
	 17: Rel (     0,   376)  ->  Abs (   912,   682)
	 18: Rel (     0,   106)  ->  Abs (   912,   788)
	 19: Rel (   -75,   107)  ->  Abs (   837,   895)
	 20: Rel (  -132,     0)  ->  Abs (   705,   895)
	 21: Rel (  -332,     0)  ->  Abs (   373,   895)
	 22: Rel (     0,  -589)  ->  Abs (   373,   306)
	 23: Rel (     0,  -233)  ->  Abs (   373,    73)
	 24: Rel (   268,     0)  ->  Abs (   641,    73)
	 25: Rel (   271,     0)  ->  Abs (   912,    73)

	Glyph 690: off = 0x00025250, len = 196
	  numberOfContours:	1
	  xMin:			192
	  yMin:			0
	  xMax:			984
	  yMax:			979

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	116
	00000: NPUSHB      (22):   147     2   149    19   162     2   162    19     4    35 
	                             2    66     2    84     2   101     2     4    20     2 
	                             1     2 
	00024: PUSHW[1]            -16 
	00027: NPUSHB      (17):    19    16     9    17     8     8    18    59     3    10 
	                            22    59    26    26    11    59    15 
	00046: PUSHW[1]            812 
	00049: PUSHB[8]             15    24     1    24    24    21    32     0 
	00058: PUSHW[1]            848 
	00061: NPUSHB      (13):    28     6     6    13    13    16    32   159    10   175 
	                            10     2    10 
	00076: PUSHW[2]            847    27 
	00081: SRP0       
	00082: MIRP[srp0,nmd,rd,2] 
	00083: DELTAP1    
	00084: MIRP[nrp0,md,rd,1] 
	00085: SHP[rp1,zp0] 
	00086: MDAP[rd]   
	00087: SHP[rp1,zp0] 
	00088: MDAP[rd]   
	00089: SRP0       
	00090: MIRP[srp0,nmd,rd,2] 
	00091: MIRP[srp0,md,rd,1] 
	00092: SHP[rp2,zp1] 
	00093: MDAP[rd]   
	00094: DELTAP1    
	00095: SVTCA[y-axis] 
	00096: MIAP[rd+ci] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: ALIGNRP    
	00099: SRP0       
	00100: MIRP[nrp0,md,rd,1] 
	00101: MIAP[rd+ci] 
	00102: MIRP[srp0,md,rd,1] 
	00103: ALIGNRP    
	00104: SRP1       
	00105: IP         
	00106: IP         
	00107: IUP[y]     
	00108: IUP[x]     
	00109: SVTCA[x-axis] 
	00110: SHPIX      
	00111: SHPIX      
	00112: SVTCA[x-axis] 
	00113: DELTAP2    
	00114: DELTAP1    
	00115: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual                         Off
	  3:  YDual                               On
	  4:  YDual                               On
	  5:  YDual                       X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual XDual                 X-Short On
	 19:  YDual                               Off
	 20:        XDual                         On
	 21:        XDual                         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   984,   979)  ->  Abs (   984,   979)
	  1: Rel (     0,  -450)  ->  Abs (   984,   529)
	  2: Rel (     0,  -529)  ->  Abs (   984,     0)
	  3: Rel (  -440,     0)  ->  Abs (   544,     0)
	  4: Rel (  -297,     0)  ->  Abs (   247,     0)
	  5: Rel (   -48,     0)  ->  Abs (   199,     0)
	  6: Rel (     0,    42)  ->  Abs (   199,    42)
	  7: Rel (     0,    42)  ->  Abs (   199,    84)
	  8: Rel (    48,     0)  ->  Abs (   247,    84)
	  9: Rel (   122,     0)  ->  Abs (   369,    84)
	 10: Rel (     0,   811)  ->  Abs (   369,   895)
	 11: Rel (  -129,     0)  ->  Abs (   240,   895)
	 12: Rel (   -48,     0)  ->  Abs (   192,   895)
	 13: Rel (     0,    42)  ->  Abs (   192,   937)
	 14: Rel (     0,    42)  ->  Abs (   192,   979)
	 15: Rel (    48,     0)  ->  Abs (   240,   979)
	 16: Rel (   213,     0)  ->  Abs (   453,   979)
	 17: Rel (     0,  -895)  ->  Abs (   453,    84)
	 18: Rel (    93,     0)  ->  Abs (   546,    84)
	 19: Rel (   354,     0)  ->  Abs (   900,    84)
	 20: Rel (     0,   441)  ->  Abs (   900,   525)
	 21: Rel (     0,   370)  ->  Abs (   900,   895)
	 22: Rel (  -128,     0)  ->  Abs (   772,   895)
	 23: Rel (   -48,     0)  ->  Abs (   724,   895)
	 24: Rel (     0,    42)  ->  Abs (   724,   937)
	 25: Rel (     0,    42)  ->  Abs (   724,   979)
	 26: Rel (    48,     0)  ->  Abs (   772,   979)

	Glyph 691: off = 0x00025314, len = 176
	  numberOfContours:	1
	  xMin:			242
	  yMin:			-223
	  xMax:			1105
	  yMax:			979

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	97
	00000: PUSHW[2]             15   -22 
	00005: PUSHB[8]             25    22   213    15     1    17    59    23 
	00014: PUSHW[1]            815 
	00017: PUSHB[3]             10    59     4 
	00021: PUSHW[1]            371 
	00024: PUSHB[3]              0    59    13 
	00028: PUSHW[3]            812    20   399 
	00035: NPUSHB      (18):    17    17    24    32    79    16    95    16   159    16 
	                             3    16   112     7   144     7     2     7 
	00055: PUSHW[1]            -64 
	00058: NPUSHB      (11):    10    13    52     7     7     0    32   208    13     1 
	                            13 
	00071: MDAP[rd]   
	00072: DELTAP1    
	00073: MIRP[srp0,md,rd,1] 
	00074: SHP[rp2,zp1] 
	00075: MDAP[rd]   
	00076: CALL       
	00077: DELTAP1    
	00078: MDAP[rd]   
	00079: DELTAP1    
	00080: MIRP[nrp0,md,rd,1] 
	00081: ALIGNRP    
	00082: SRP0       
	00083: MIRP[nrp0,nmd,rd,0] 
	00084: SVTCA[y-axis] 
	00085: MIAP[rd+ci] 
	00086: MIRP[nrp0,md,rd,1] 
	00087: MIRP[srp0,nmd,rd,0] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: MIAP[rd+ci] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: IUP[y]     
	00092: IUP[x]     
	00093: SVTCA[x-axis] 
	00094: DELTAP1    
	00095: SHPIX      
	00096: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:        XDual                         On
	 14:  YDual                               On
	 15:  YDual                               Off
	 16:        XDual                         On
	 17:        XDual                         On
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short On
	 24:        XDual                         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   326,   895)  ->  Abs (   326,   895)
	  1: Rel (     0,  -296)  ->  Abs (   326,   599)
	  2: Rel (     0,   -71)  ->  Abs (   326,   528)
	  3: Rel (    61,   -73)  ->  Abs (   387,   455)
	  4: Rel (   107,     0)  ->  Abs (   494,   455)
	  5: Rel (   124,     0)  ->  Abs (   618,   455)
	  6: Rel (    48,     0)  ->  Abs (   666,   455)
	  7: Rel (     0,   -42)  ->  Abs (   666,   413)
	  8: Rel (     0,   -42)  ->  Abs (   666,   371)
	  9: Rel (   -48,     0)  ->  Abs (   618,   371)
	 10: Rel (  -126,     0)  ->  Abs (   492,   371)
	 11: Rel (  -250,     0)  ->  Abs (   242,   371)
	 12: Rel (     0,   214)  ->  Abs (   242,   585)
	 13: Rel (     0,   394)  ->  Abs (   242,   979)
	 14: Rel (   408,     0)  ->  Abs (   650,   979)
	 15: Rel (   293,     0)  ->  Abs (   943,   979)
	 16: Rel (     0,  -289)  ->  Abs (   943,   690)
	 17: Rel (     0,  -829)  ->  Abs (   943,  -139)
	 18: Rel (   114,     0)  ->  Abs (  1057,  -139)
	 19: Rel (    48,     0)  ->  Abs (  1105,  -139)
	 20: Rel (     0,   -42)  ->  Abs (  1105,  -181)
	 21: Rel (     0,   -42)  ->  Abs (  1105,  -223)
	 22: Rel (   -48,     0)  ->  Abs (  1057,  -223)
	 23: Rel (  -198,     0)  ->  Abs (   859,  -223)
	 24: Rel (     0,   901)  ->  Abs (   859,   678)
	 25: Rel (     0,   217)  ->  Abs (   859,   895)
	 26: Rel (  -219,     0)  ->  Abs (   640,   895)

	Glyph 692: off = 0x000253C4, len = 198
	  numberOfContours:	1
	  xMin:			250
	  yMin:			0
	  xMax:			959
	  yMax:			979

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	107
	00000: NPUSHB      (15):   244     2   245     5     2     6     2     1    16    32 
	                            13    29    29    16    21 
	00017: PUSHW[3]            -10     5   -10 
	00024: NPUSHB      (12):    28    59    22    22     0    11    59     7    10    18 
	                            59     0 
	00038: PUSHW[3]            812    25   -64 
	00045: PUSHB[4]              9    13    52    25 
	00050: PUSHW[1]            665 
	00053: NPUSHB      (19):    19    19    18    15    32    79     3   159     3     2 
	                             3     9     9    18    32    48     0     1     0 
	00074: MDAP[rd]   
	00075: DELTAP1    
	00076: MIRP[nrp0,md,rd,1] 
	00077: SHP[rp1,zp0] 
	00078: MDAP[rd]   
	00079: MDAP[rd]   
	00080: DELTAP1    
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP0       
	00083: ALIGNRP    
	00084: SRP0       
	00085: MIRP[nrp0,nmd,rd,0] 
	00086: CALL       
	00087: SVTCA[y-axis] 
	00088: MIAP[rd+ci] 
	00089: MIRP[nrp0,md,rd,1] 
	00090: MIAP[rd+ci] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP2       
	00093: IP         
	00094: MDAP[rd]   
	00095: MIRP[nrp0,md,rd,1] 
	00096: IUP[y]     
	00097: IUP[x]     
	00098: SVTCA[x-axis] 
	00099: SHPIX      
	00100: SHPIX      
	00101: SHPIX      
	00102: SHPIX      
	00103: SHPIX      
	00104: SVTCA[x-axis] 
	00105: DELTAP2    
	00106: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                               Off
	  3:        XDual                         On
	  4:        XDual                         On
	  5:        XDual                         Off
	  6:  YDual                               On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual                               On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                               On
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   258,   979)  ->  Abs (   258,   979)
	  1: Rel (   408,     0)  ->  Abs (   666,   979)
	  2: Rel (   293,     0)  ->  Abs (   959,   979)
	  3: Rel (     0,  -289)  ->  Abs (   959,   690)
	  4: Rel (     0,  -401)  ->  Abs (   959,   289)
	  5: Rel (     0,  -289)  ->  Abs (   959,     0)
	  6: Rel (  -293,     0)  ->  Abs (   666,     0)
	  7: Rel (  -368,     0)  ->  Abs (   298,     0)
	  8: Rel (   -48,     0)  ->  Abs (   250,     0)
	  9: Rel (     0,    42)  ->  Abs (   250,    42)
	 10: Rel (     0,    42)  ->  Abs (   250,    84)
	 11: Rel (    48,     0)  ->  Abs (   298,    84)
	 12: Rel (   358,     0)  ->  Abs (   656,    84)
	 13: Rel (   219,     0)  ->  Abs (   875,    84)
	 14: Rel (     0,   217)  ->  Abs (   875,   301)
	 15: Rel (     0,   377)  ->  Abs (   875,   678)
	 16: Rel (     0,   217)  ->  Abs (   875,   895)
	 17: Rel (  -219,     0)  ->  Abs (   656,   895)
	 18: Rel (  -314,     0)  ->  Abs (   342,   895)
	 19: Rel (     0,  -236)  ->  Abs (   342,   659)
	 20: Rel (     0,   -71)  ->  Abs (   342,   588)
	 21: Rel (    61,   -73)  ->  Abs (   403,   515)
	 22: Rel (   107,     0)  ->  Abs (   510,   515)
	 23: Rel (   118,     0)  ->  Abs (   628,   515)
	 24: Rel (    48,     0)  ->  Abs (   676,   515)
	 25: Rel (     0,   -42)  ->  Abs (   676,   473)
	 26: Rel (     0,   -42)  ->  Abs (   676,   431)
	 27: Rel (   -48,     0)  ->  Abs (   628,   431)
	 28: Rel (  -120,     0)  ->  Abs (   508,   431)
	 29: Rel (  -250,     0)  ->  Abs (   258,   431)
	 30: Rel (     0,   214)  ->  Abs (   258,   645)

	Glyph 693: off = 0x0002548A, len = 196
	  numberOfContours:	1
	  xMin:			222
	  yMin:			-223
	  xMax:			970
	  yMax:			979

	EndPoints
	---------
	  0:  28

	  Length of Instructions:	114
	00000: PUSHW[4]             13   -16    14   -22 
	00009: NPUSHB      (18):     3    10   218     2   216    13     2     8    13     1 
	                            15    59     1     1    28    16    59    22 
	00029: PUSHW[1]            815 
	00032: PUSHB[7]              6    91    10    10    24    59    28 
	00040: PUSHW[1]            812 
	00043: NPUSHB      (37):    15     8     1     8   160     5    32    47    11    79 
	                            11     2    11    19   160    16    16     0    32    26 
	                           160     0    23    16    23    48    23    80    23    96 
	                            23   128    23   208    23     7    23 
	00082: MDAP[rd]   
	00083: DELTAP1    
	00084: MIRP[nrp0,nmd,rd,0] 
	00085: MIRP[srp0,md,rd,1] 
	00086: ALIGNRP    
	00087: SRP0       
	00088: MIRP[nrp0,nmd,rd,0] 
	00089: MDAP[rd]   
	00090: DELTAP1    
	00091: MIRP[srp0,md,rd,1] 
	00092: MIRP[nrp0,nmd,rd,0] 
	00093: DELTAP1    
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: ALIGNRP    
	00098: SRP0       
	00099: MIRP[nrp0,md,rd,1] 
	00100: MIAP[rd+ci] 
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP2       
	00103: IP         
	00104: MDAP[rd]   
	00105: MIRP[nrp0,md,rd,1] 
	00106: IUP[y]     
	00107: IUP[x]     
	00108: SVTCA[x-axis] 
	00109: DELTAP1    
	00110: DELTAP2    
	00111: SHPIX      
	00112: SHPIX      
	00113: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:        XDual                         On
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   517,   979)  ->  Abs (   517,   979)
	  1: Rel (     0,  -520)  ->  Abs (   517,   459)
	  2: Rel (   183,    42)  ->  Abs (   700,   501)
	  3: Rel (   186,   207)  ->  Abs (   886,   708)
	  4: Rel (     0,   130)  ->  Abs (   886,   838)
	  5: Rel (     0,    57)  ->  Abs (   886,   895)
	  6: Rel (  -158,     0)  ->  Abs (   728,   895)
	  7: Rel (   -48,     0)  ->  Abs (   680,   895)
	  8: Rel (     0,    42)  ->  Abs (   680,   937)
	  9: Rel (     0,    42)  ->  Abs (   680,   979)
	 10: Rel (    48,     0)  ->  Abs (   728,   979)
	 11: Rel (   242,     0)  ->  Abs (   970,   979)
	 12: Rel (     0,  -142)  ->  Abs (   970,   837)
	 13: Rel (     0,  -175)  ->  Abs (   970,   662)
	 14: Rel (  -241,  -249)  ->  Abs (   729,   413)
	 15: Rel (  -212,   -38)  ->  Abs (   517,   375)
	 16: Rel (     0,  -514)  ->  Abs (   517,  -139)
	 17: Rel (   146,     0)  ->  Abs (   663,  -139)
	 18: Rel (    48,     0)  ->  Abs (   711,  -139)
	 19: Rel (     0,   -42)  ->  Abs (   711,  -181)
	 20: Rel (     0,   -42)  ->  Abs (   711,  -223)
	 21: Rel (   -48,     0)  ->  Abs (   663,  -223)
	 22: Rel (  -230,     0)  ->  Abs (   433,  -223)
	 23: Rel (     0,  1118)  ->  Abs (   433,   895)
	 24: Rel (  -163,     0)  ->  Abs (   270,   895)
	 25: Rel (   -48,     0)  ->  Abs (   222,   895)
	 26: Rel (     0,    42)  ->  Abs (   222,   937)
	 27: Rel (     0,    42)  ->  Abs (   222,   979)
	 28: Rel (    48,     0)  ->  Abs (   270,   979)

	Glyph 694: off = 0x0002554E, len = 278
	  numberOfContours:	1
	  xMin:			162
	  yMin:			0
	  xMax:			954
	  yMax:			979

	EndPoints
	---------
	  0:  36

	  Length of Instructions:	175
	00000: NPUSHB      (36):    42    29    52    16    69     3    70    16   102     3 
	                           109    29     6    15    22    16    22    54     3    62 
	                            15    71     3   119     4   127    15   243    15     6 
	                            19    15    22    16     2    16 
	00038: PUSHW[5]            -29    15   -22    14   -22 
	00049: NPUSHB      (21):     0     3    16     3    16    30    29    28     5    36 
	                            24    59    20    10     7    59    11    11    32    59 
	                            36 
	00072: PUSHW[1]            812 
	00075: NPUSHB      (52):    25    32    47    19     1    15    19    31    19    95 
	                            19   127    19     4    19    19    22    15     9    31 
	                             9   111     9   127     9     4     9   160     6    32 
	                            47    12   127    12   191    12     3    12    22    22 
	                            34     0    32   240    31     1    31   160     0    34 
	                             1    34 
	00129: MDAP[rd]   
	00130: DELTAP1    
	00131: MIRP[srp0,nmd,rd,0] 
	00132: DELTAP1    
	00133: MIRP[nrp0,md,rd,1] 
	00134: SRP1       
	00135: SHP[rp1,zp0] 
	00136: MDAP[rd]   
	00137: MDAP[rd]   
	00138: DELTAP1    
	00139: MIRP[srp0,md,rd,1] 
	00140: MIRP[nrp0,nmd,rd,0] 
	00141: DELTAP1    
	00142: SRP1       
	00143: SHP[rp1,zp0] 
	00144: MDAP[rd]   
	00145: DELTAP1    
	00146: DELTAP2    
	00147: MIRP[nrp0,md,rd,1] 
	00148: SVTCA[y-axis] 
	00149: MIAP[rd+ci] 
	00150: MIRP[nrp0,md,rd,1] 
	00151: ALIGNRP    
	00152: SRP0       
	00153: MIRP[nrp0,md,rd,1] 
	00154: MIAP[rd+ci] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: SRP2       
	00157: SLOOP      
	00158: IP         
	00159: SVTCA[x-axis] 
	00160: SRP1       
	00161: SHP[rp1,zp0] 
	00162: SHP[rp1,zp0] 
	00163: IUP[y]     
	00164: IUP[x]     
	00165: SHPIX      
	00166: SHPIX      
	00167: SHPIX      
	00168: SVTCA[y-axis] 
	00169: DELTAP3    
	00170: DELTAP2    
	00171: SHPIX      
	00172: SHPIX      
	00173: SVTCA[x-axis] 
	00174: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:        XDual         Y-Short         Off
	  3:        XDual         Y-Short X-Short On
	  4:  YDual               Y-Short         Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         On
	 20:  YDual                               On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual                               On
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   427,   979)  ->  Abs (   427,   979)
	  1: Rel (     0,   -60)  ->  Abs (   427,   919)
	  2: Rel (     0,  -228)  ->  Abs (   427,   691)
	  3: Rel (   183,  -168)  ->  Abs (   610,   523)
	  4: Rel (   258,    76)  ->  Abs (   868,   599)
	  5: Rel (     0,   239)  ->  Abs (   868,   838)
	  6: Rel (     0,    57)  ->  Abs (   868,   895)
	  7: Rel (  -159,     0)  ->  Abs (   709,   895)
	  8: Rel (   -48,     0)  ->  Abs (   661,   895)
	  9: Rel (     0,    42)  ->  Abs (   661,   937)
	 10: Rel (     0,    42)  ->  Abs (   661,   979)
	 11: Rel (    48,     0)  ->  Abs (   709,   979)
	 12: Rel (   245,     0)  ->  Abs (   954,   979)
	 13: Rel (     0,  -142)  ->  Abs (   954,   837)
	 14: Rel (     0,  -173)  ->  Abs (   954,   664)
	 15: Rel (  -146,  -155)  ->  Abs (   808,   509)
	 16: Rel (  -134,   -50)  ->  Abs (   674,   459)
	 17: Rel (   160,  -162)  ->  Abs (   834,   297)
	 18: Rel (     0,  -179)  ->  Abs (   834,   118)
	 19: Rel (     0,  -118)  ->  Abs (   834,     0)
	 20: Rel (  -436,     0)  ->  Abs (   398,     0)
	 21: Rel (   -48,     0)  ->  Abs (   350,     0)
	 22: Rel (     0,    42)  ->  Abs (   350,    42)
	 23: Rel (     0,    42)  ->  Abs (   350,    84)
	 24: Rel (    48,     0)  ->  Abs (   398,    84)
	 25: Rel (   351,     0)  ->  Abs (   749,    84)
	 26: Rel (     0,    35)  ->  Abs (   749,   119)
	 27: Rel (     0,    91)  ->  Abs (   749,   210)
	 28: Rel (   -76,   124)  ->  Abs (   673,   334)
	 29: Rel (  -148,   152)  ->  Abs (   525,   486)
	 30: Rel (  -184,   188)  ->  Abs (   341,   674)
	 31: Rel (     0,   221)  ->  Abs (   341,   895)
	 32: Rel (  -131,     0)  ->  Abs (   210,   895)
	 33: Rel (   -48,     0)  ->  Abs (   162,   895)
	 34: Rel (     0,    42)  ->  Abs (   162,   937)
	 35: Rel (     0,    42)  ->  Abs (   162,   979)
	 36: Rel (    48,     0)  ->  Abs (   210,   979)

	Glyph 695: off = 0x00025664, len = 226
	  numberOfContours:	2
	  xMin:			197
	  yMin:			-417
	  xMax:			1017
	  yMax:			979

	EndPoints
	---------
	  0:  27
	  1:  37

	  Length of Instructions:	118
	00000: PUSHB[6]             39     2    55     3     2    19 
	00007: PUSHW[1]            -16 
	00010: NPUSHB      (18):     3    16     5    16     4    16     3     5     5    36 
	                            17    19    20    17    17    19    31    36 
	00030: PUSHW[1]            816 
	00033: PUSHB[7]              8    59    14    10    23    59    27 
	00041: PUSHW[3]            812    11   353 
	00048: NPUSHB      (30):     8    32    47    14     1    14    14    34    22    32 
	                            47     0    79     0   111     0   143     0     4     0 
	                            34    32    28    28    25    64    13    15    52    25 
	00080: MDAP[rd]   
	00081: CALL       
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: MDAP[rd]   
	00086: DELTAP1    
	00087: MIRP[nrp0,md,rd,1] 
	00088: SRP1       
	00089: SHP[rp1,zp0] 
	00090: MDAP[rd]   
	00091: DELTAP1    
	00092: MIRP[srp0,md,rd,1] 
	00093: MIRP[nrp0,nmd,rd,0] 
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: MIAP[rd+ci] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: MIAP[rd+ci] 
	00100: MDAP[rd]   
	00101: SDPVTL[1]  
	00102: SFVTPV     
	00103: MDAP[nrd]  
	00104: CALL       
	00105: SFVTPV     
	00106: RDTG       
	00107: SRP0       
	00108: MDRP[nrp0,nmd,rd,0] 
	00109: IUP[y]     
	00110: IUP[x]     
	00111: SVTCA[y-axis] 
	00112: SHPIX      
	00113: SHPIX      
	00114: SHPIX      
	00115: SHPIX      
	00116: SVTCA[x-axis] 
	00117: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         On
	 23:  YDual                               On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual                 X-Short On
	 28:        XDual                 X-Short On
	 29:        XDual                         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual                         On
	 35:        XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (  1017,   979)  ->  Abs (  1017,   979)
	  1: Rel (     0,  -254)  ->  Abs (  1017,   725)
	  2: Rel (     0,  -164)  ->  Abs (  1017,   561)
	  3: Rel (   -81,  -107)  ->  Abs (   936,   454)
	  4: Rel (   -84,   -43)  ->  Abs (   852,   411)
	  5: Rel (   -98,   -51)  ->  Abs (   754,   360)
	  6: Rel (   -70,  -108)  ->  Abs (   684,   252)
	  7: Rel (     0,  -109)  ->  Abs (   684,   143)
	  8: Rel (     0,   -59)  ->  Abs (   684,    84)
	  9: Rel (   140,     0)  ->  Abs (   824,    84)
	 10: Rel (    48,     0)  ->  Abs (   872,    84)
	 11: Rel (     0,   -42)  ->  Abs (   872,    42)
	 12: Rel (     0,   -42)  ->  Abs (   872,     0)
	 13: Rel (   -48,     0)  ->  Abs (   824,     0)
	 14: Rel (  -224,     0)  ->  Abs (   600,     0)
	 15: Rel (     0,   158)  ->  Abs (   600,   158)
	 16: Rel (     0,   128)  ->  Abs (   600,   286)
	 17: Rel (    89,   134)  ->  Abs (   689,   420)
	 18: Rel (   123,    62)  ->  Abs (   812,   482)
	 19: Rel (    82,    41)  ->  Abs (   894,   523)
	 20: Rel (    39,   102)  ->  Abs (   933,   625)
	 21: Rel (     0,   100)  ->  Abs (   933,   725)
	 22: Rel (     0,   170)  ->  Abs (   933,   895)
	 23: Rel (  -688,     0)  ->  Abs (   245,   895)
	 24: Rel (   -48,     0)  ->  Abs (   197,   895)
	 25: Rel (     0,    42)  ->  Abs (   197,   937)
	 26: Rel (     0,    42)  ->  Abs (   197,   979)
	 27: Rel (    48,     0)  ->  Abs (   245,   979)
	 28: Rel (     1, -1348)  ->  Abs (   246,  -369)
	 29: Rel (     0,   962)  ->  Abs (   246,   593)
	 30: Rel (     0,    48)  ->  Abs (   246,   641)
	 31: Rel (    42,     0)  ->  Abs (   288,   641)
	 32: Rel (    42,     0)  ->  Abs (   330,   641)
	 33: Rel (     0,   -48)  ->  Abs (   330,   593)
	 34: Rel (     0,  -962)  ->  Abs (   330,  -369)
	 35: Rel (     0,   -48)  ->  Abs (   330,  -417)
	 36: Rel (   -42,     0)  ->  Abs (   288,  -417)
	 37: Rel (   -42,     0)  ->  Abs (   246,  -417)

	Glyph 696: off = 0x00025746, len = 96
	  numberOfContours:	1
	  xMin:			172
	  yMin:			-11
	  xMax:			952
	  yMax:			979

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	36
	00000: PUSHB[5]             12    10     1    59     5 
	00006: PUSHW[1]            812 
	00009: NPUSHB      (15):    15    32    16     9    48     9    80     9    96     9 
	                           128     9     5     9     3 
	00026: MDAP[rd]   
	00027: MDAP[rd]   
	00028: DELTAP1    
	00029: MIRP[nrp0,md,rd,1] 
	00030: SVTCA[y-axis] 
	00031: MIAP[rd+ci] 
	00032: MIRP[nrp0,md,rd,1] 
	00033: MIAP[rd+ci] 
	00034: IUP[y]     
	00035: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   676,   895)  ->  Abs (   676,   895)
	  1: Rel (  -456,     0)  ->  Abs (   220,   895)
	  2: Rel (   -48,     0)  ->  Abs (   172,   895)
	  3: Rel (     0,    42)  ->  Abs (   172,   937)
	  4: Rel (     0,    42)  ->  Abs (   172,   979)
	  5: Rel (    48,     0)  ->  Abs (   220,   979)
	  6: Rel (   426,     0)  ->  Abs (   646,   979)
	  7: Rel (   172,     0)  ->  Abs (   818,   979)
	  8: Rel (   134,  -132)  ->  Abs (   952,   847)
	  9: Rel (     0,  -174)  ->  Abs (   952,   673)
	 10: Rel (     0,  -636)  ->  Abs (   952,    37)
	 11: Rel (     0,   -48)  ->  Abs (   952,   -11)
	 12: Rel (   -42,     0)  ->  Abs (   910,   -11)
	 13: Rel (   -42,     0)  ->  Abs (   868,   -11)
	 14: Rel (     0,    48)  ->  Abs (   868,    37)
	 15: Rel (     0,   640)  ->  Abs (   868,   677)
	 16: Rel (     0,   109)  ->  Abs (   868,   786)
	 17: Rel (   -71,   109)  ->  Abs (   797,   895)

	Glyph 697: off = 0x000257A6, len = 232
	  numberOfContours:	1
	  xMin:			204
	  yMin:			0
	  xMax:			1024
	  yMax:			990

	EndPoints
	---------
	  0:  36

	  Length of Instructions:	132
	00000: NPUSHB       (9):     0    31     1     1    30    91    16    10    34 
	00011: PUSHW[1]            812 
	00014: PUSHB[5]              6    26    59    10    20 
	00020: PUSHW[1]            812 
	00023: NPUSHB      (33):    36    32   159    32     1    32    32    11    20     8 
	                            64     9    14    52     8   232     5    32    15    11 
	                            31    11     2    95    11   128    11     2   224    11 
	                             1    11    23 
	00058: PUSHW[1]            -64 
	00061: NPUSHB      (36):     9    14    52    23   232    26    32    16    20    64 
	                            20   192    20   208    20     4     0    20    16    20 
	                            79    20    95    20    96    20   112    20   160    20 
	                           176    20   255    20     9    20 
	00099: MDAP[rd]   
	00100: DELTAP1    
	00101: DELTAP2    
	00102: MIRP[srp0,md,rd,1] 
	00103: MIRP[nrp0,nmd,rd,0] 
	00104: CALL       
	00105: MDAP[rd]   
	00106: DELTAP1    
	00107: DELTAP2    
	00108: DELTAP3    
	00109: MIRP[srp0,md,rd,1] 
	00110: MIRP[nrp0,nmd,rd,0] 
	00111: CALL       
	00112: SRP1       
	00113: SRP2       
	00114: IP         
	00115: MDAP[rd]   
	00116: DELTAP2    
	00117: MIRP[nrp0,md,rd,1] 
	00118: SVTCA[y-axis] 
	00119: MIAP[rd+ci] 
	00120: ALIGNRP    
	00121: MIRP[srp0,md,rd,1] 
	00122: ALIGNRP    
	00123: MIAP[rd+ci] 
	00124: MIAP[rd+ci] 
	00125: MIRP[srp0,md,rd,1] 
	00126: ALIGNRP    
	00127: SRP1       
	00128: IP         
	00129: IP         
	00130: IUP[y]     
	00131: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:        XDual                         On
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short On
	 27:        XDual                         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On
	 32:        XDual                         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   656,    84)  ->  Abs (   656,    84)
	  1: Rel (    79,     0)  ->  Abs (   735,    84)
	  2: Rel (   131,     0)  ->  Abs (   866,    84)
	  3: Rel (    74,   108)  ->  Abs (   940,   192)
	  4: Rel (     0,   109)  ->  Abs (   940,   301)
	  5: Rel (     0,   594)  ->  Abs (   940,   895)
	  6: Rel (  -110,     0)  ->  Abs (   830,   895)
	  7: Rel (   -48,     0)  ->  Abs (   782,   895)
	  8: Rel (     0,    42)  ->  Abs (   782,   937)
	  9: Rel (     0,    42)  ->  Abs (   782,   979)
	 10: Rel (    48,     0)  ->  Abs (   830,   979)
	 11: Rel (   194,     0)  ->  Abs (  1024,   979)
	 12: Rel (     0,  -686)  ->  Abs (  1024,   293)
	 13: Rel (     0,  -165)  ->  Abs (  1024,   128)
	 14: Rel (  -137,  -128)  ->  Abs (   887,     0)
	 15: Rel (  -153,     0)  ->  Abs (   734,     0)
	 16: Rel (  -245,     0)  ->  Abs (   489,     0)
	 17: Rel (  -172,     0)  ->  Abs (   317,     0)
	 18: Rel (  -113,   153)  ->  Abs (   204,   153)
	 19: Rel (     0,   142)  ->  Abs (   204,   295)
	 20: Rel (     0,   684)  ->  Abs (   204,   979)
	 21: Rel (   194,     0)  ->  Abs (   398,   979)
	 22: Rel (    48,     0)  ->  Abs (   446,   979)
	 23: Rel (     0,   -42)  ->  Abs (   446,   937)
	 24: Rel (     0,   -42)  ->  Abs (   446,   895)
	 25: Rel (   -48,     0)  ->  Abs (   398,   895)
	 26: Rel (  -110,     0)  ->  Abs (   288,   895)
	 27: Rel (     0,  -594)  ->  Abs (   288,   301)
	 28: Rel (     0,  -131)  ->  Abs (   288,   170)
	 29: Rel (    95,   -86)  ->  Abs (   383,    84)
	 30: Rel (   109,     0)  ->  Abs (   492,    84)
	 31: Rel (    80,     0)  ->  Abs (   572,    84)
	 32: Rel (     0,   858)  ->  Abs (   572,   942)
	 33: Rel (     0,    48)  ->  Abs (   572,   990)
	 34: Rel (    42,     0)  ->  Abs (   614,   990)
	 35: Rel (    42,     0)  ->  Abs (   656,   990)
	 36: Rel (     0,   -48)  ->  Abs (   656,   942)

	Glyph 698: off = 0x0002588E, len = 146
	  numberOfContours:	1
	  xMin:			160
	  yMin:			-11
	  xMax:			995
	  yMax:			979

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	70
	00000: NPUSHB      (13):    19    10     5    59     1    10    26     7    25    25 
	                             8    59    12 
	00015: PUSHW[1]            812 
	00018: PUSHB[6]             22    32   223    16     1    16 
	00025: PUSHW[1]            837 
	00028: NPUSHB      (11):    28    10    10     3     3     0    32   223     6     1 
	                             6 
	00041: PUSHW[2]            849    27 
	00046: SRP0       
	00047: MIRP[srp0,nmd,rd,2] 
	00048: DELTAP1    
	00049: MIRP[nrp0,md,rd,1] 
	00050: SHP[rp1,zp0] 
	00051: MDAP[rd]   
	00052: SHP[rp1,zp0] 
	00053: MDAP[rd]   
	00054: SRP0       
	00055: MIRP[srp0,nmd,rd,2] 
	00056: DELTAP1    
	00057: MIRP[nrp0,md,rd,1] 
	00058: SVTCA[y-axis] 
	00059: MIAP[rd+ci] 
	00060: MIRP[srp0,md,rd,1] 
	00061: ALIGNRP    
	00062: SRP1       
	00063: IP         
	00064: IP         
	00065: MIAP[rd+ci] 
	00066: MIRP[nrp0,md,rd,1] 
	00067: MIAP[rd+ci] 
	00068: IUP[y]     
	00069: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual                         On
	 18:        XDual         Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:        XDual                         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   421,     0)  ->  Abs (   421,     0)
	  1: Rel (  -213,     0)  ->  Abs (   208,     0)
	  2: Rel (   -48,     0)  ->  Abs (   160,     0)
	  3: Rel (     0,    42)  ->  Abs (   160,    42)
	  4: Rel (     0,    42)  ->  Abs (   160,    84)
	  5: Rel (    48,     0)  ->  Abs (   208,    84)
	  6: Rel (   129,     0)  ->  Abs (   337,    84)
	  7: Rel (     0,   811)  ->  Abs (   337,   895)
	  8: Rel (  -129,     0)  ->  Abs (   208,   895)
	  9: Rel (   -48,     0)  ->  Abs (   160,   895)
	 10: Rel (     0,    42)  ->  Abs (   160,   937)
	 11: Rel (     0,    42)  ->  Abs (   160,   979)
	 12: Rel (    48,     0)  ->  Abs (   208,   979)
	 13: Rel (   494,     0)  ->  Abs (   702,   979)
	 14: Rel (   176,     0)  ->  Abs (   878,   979)
	 15: Rel (   117,  -156)  ->  Abs (   995,   823)
	 16: Rel (     0,  -133)  ->  Abs (   995,   690)
	 17: Rel (     0,  -653)  ->  Abs (   995,    37)
	 18: Rel (     0,   -48)  ->  Abs (   995,   -11)
	 19: Rel (   -42,     0)  ->  Abs (   953,   -11)
	 20: Rel (   -42,     0)  ->  Abs (   911,   -11)
	 21: Rel (     0,    48)  ->  Abs (   911,    37)
	 22: Rel (     0,   640)  ->  Abs (   911,   677)
	 23: Rel (     0,   135)  ->  Abs (   911,   812)
	 24: Rel (  -103,    83)  ->  Abs (   808,   895)
	 25: Rel (  -109,     0)  ->  Abs (   699,   895)
	 26: Rel (  -278,     0)  ->  Abs (   421,   895)

	Glyph 699: off = 0x00025920, len = 150
	  numberOfContours:	2
	  xMin:			122
	  yMin:			-11
	  xMax:			980
	  yMax:			979

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	76
	00000: NPUSHB      (10):     9    21    10     1    59     5     5    13    59    17 
	00012: PUSHW[1]            812 
	00015: NPUSHB      (19):    15    15    12    32    95    18   111    18     2    18 
	                            18    15     3     1     3     3     0    32     6 
	00036: PUSHW[1]            -64 
	00039: PUSHB[7]             30    36    52   192     6     1     6 
	00047: PUSHW[2]            837    25 
	00052: SRP0       
	00053: MIRP[srp0,nmd,rd,2] 
	00054: DELTAP1    
	00055: CALL       
	00056: MIRP[srp0,md,rd,1] 
	00057: SHP[rp2,zp1] 
	00058: MDAP[rd]   
	00059: DELTAP1    
	00060: SHP[rp1,zp0] 
	00061: MDAP[rd]   
	00062: DELTAP1    
	00063: MIRP[srp0,md,rd,1] 
	00064: SHP[rp2,zp1] 
	00065: MDAP[rd]   
	00066: SVTCA[y-axis] 
	00067: MIAP[rd+ci] 
	00068: MIRP[nrp0,md,rd,1] 
	00069: ALIGNRP    
	00070: SRP0       
	00071: MIRP[nrp0,md,rd,1] 
	00072: MIAP[rd+ci] 
	00073: ALIGNRP    
	00074: IUP[y]     
	00075: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:                                      On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   896,   895)  ->  Abs (   896,   895)
	  1: Rel (  -186,     0)  ->  Abs (   710,   895)
	  2: Rel (   -48,     0)  ->  Abs (   662,   895)
	  3: Rel (     0,    42)  ->  Abs (   662,   937)
	  4: Rel (     0,    42)  ->  Abs (   662,   979)
	  5: Rel (    48,     0)  ->  Abs (   710,   979)
	  6: Rel (   270,     0)  ->  Abs (   980,   979)
	  7: Rel (     0,  -942)  ->  Abs (   980,    37)
	  8: Rel (     0,   -48)  ->  Abs (   980,   -11)
	  9: Rel (   -42,     0)  ->  Abs (   938,   -11)
	 10: Rel (   -42,     0)  ->  Abs (   896,   -11)
	 11: Rel (     0,    48)  ->  Abs (   896,    37)
	 12: Rel (  -540,   858)  ->  Abs (   356,   895)
	 13: Rel (  -186,     0)  ->  Abs (   170,   895)
	 14: Rel (   -48,     0)  ->  Abs (   122,   895)
	 15: Rel (     0,    42)  ->  Abs (   122,   937)
	 16: Rel (     0,    42)  ->  Abs (   122,   979)
	 17: Rel (    48,     0)  ->  Abs (   170,   979)
	 18: Rel (   270,     0)  ->  Abs (   440,   979)
	 19: Rel (     0,  -942)  ->  Abs (   440,    37)
	 20: Rel (     0,   -48)  ->  Abs (   440,   -11)
	 21: Rel (   -42,     0)  ->  Abs (   398,   -11)
	 22: Rel (   -42,     0)  ->  Abs (   356,   -11)
	 23: Rel (     0,    48)  ->  Abs (   356,    37)

	Glyph 700: off = 0x000259B6, len = 148
	  numberOfContours:	2
	  xMin:			133
	  yMin:			-11
	  xMax:			980
	  yMax:			979

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	74
	00000: NPUSHB      (10):     9    10    21     1    59     5     5    13    59    17 
	00012: PUSHW[1]            812 
	00015: NPUSHB      (17):    15    15    12    32   111    18     1    18    18    15 
	                             3     1     3     3     0    32     6 
	00034: PUSHW[1]            -64 
	00037: PUSHB[7]             30    36    52   192     6     1     6 
	00045: PUSHW[2]            837    25 
	00050: SRP0       
	00051: MIRP[srp0,nmd,rd,2] 
	00052: DELTAP1    
	00053: CALL       
	00054: MIRP[srp0,md,rd,1] 
	00055: SHP[rp2,zp1] 
	00056: MDAP[rd]   
	00057: DELTAP1    
	00058: SHP[rp1,zp0] 
	00059: MDAP[rd]   
	00060: DELTAP1    
	00061: MIRP[srp0,md,rd,1] 
	00062: SHP[rp2,zp1] 
	00063: MDAP[rd]   
	00064: SVTCA[y-axis] 
	00065: MIAP[rd+ci] 
	00066: MIRP[nrp0,md,rd,1] 
	00067: ALIGNRP    
	00068: SRP0       
	00069: MIRP[nrp0,md,rd,1] 
	00070: MDAP[rd]   
	00071: MIAP[rd+ci] 
	00072: IUP[y]     
	00073: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:                                      On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   896,   895)  ->  Abs (   896,   895)
	  1: Rel (  -186,     0)  ->  Abs (   710,   895)
	  2: Rel (   -48,     0)  ->  Abs (   662,   895)
	  3: Rel (     0,    42)  ->  Abs (   662,   937)
	  4: Rel (     0,    42)  ->  Abs (   662,   979)
	  5: Rel (    48,     0)  ->  Abs (   710,   979)
	  6: Rel (   270,     0)  ->  Abs (   980,   979)
	  7: Rel (     0,  -942)  ->  Abs (   980,    37)
	  8: Rel (     0,   -48)  ->  Abs (   980,   -11)
	  9: Rel (   -42,     0)  ->  Abs (   938,   -11)
	 10: Rel (   -42,     0)  ->  Abs (   896,   -11)
	 11: Rel (     0,    48)  ->  Abs (   896,    37)
	 12: Rel (  -535,   858)  ->  Abs (   361,   895)
	 13: Rel (  -180,     0)  ->  Abs (   181,   895)
	 14: Rel (   -48,     0)  ->  Abs (   133,   895)
	 15: Rel (     0,    42)  ->  Abs (   133,   937)
	 16: Rel (     0,    42)  ->  Abs (   133,   979)
	 17: Rel (    48,     0)  ->  Abs (   181,   979)
	 18: Rel (   264,     0)  ->  Abs (   445,   979)
	 19: Rel (     0,  -392)  ->  Abs (   445,   587)
	 20: Rel (     0,   -48)  ->  Abs (   445,   539)
	 21: Rel (   -42,     0)  ->  Abs (   403,   539)
	 22: Rel (   -42,     0)  ->  Abs (   361,   539)
	 23: Rel (     0,    48)  ->  Abs (   361,   587)

	Glyph 701: off = 0x00025A4A, len = 150
	  numberOfContours:	2
	  xMin:			133
	  yMin:			539
	  xMax:			980
	  yMax:			979

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	75
	00000: NPUSHB       (9):     9    21     1    59     5     5    13    59    17 
	00011: PUSHW[1]            812 
	00014: NPUSHB      (19):     3     3     0    32    95     6   111     6     2     6 
	                             6    15    15     1    15    15    12    32    18 
	00035: PUSHW[1]            -64 
	00038: PUSHB[7]             30    36    52   192    18     1    18 
	00046: PUSHW[2]            837    25 
	00051: SRP0       
	00052: MIRP[srp0,nmd,rd,2] 
	00053: DELTAP1    
	00054: CALL       
	00055: MIRP[srp0,md,rd,1] 
	00056: SHP[rp2,zp1] 
	00057: MDAP[rd]   
	00058: DELTAP1    
	00059: SHP[rp1,zp0] 
	00060: MDAP[rd]   
	00061: DELTAP1    
	00062: MIRP[srp0,md,rd,1] 
	00063: SHP[rp2,zp1] 
	00064: MDAP[rd]   
	00065: SVTCA[y-axis] 
	00066: MIAP[rd+ci] 
	00067: MIRP[nrp0,md,rd,1] 
	00068: ALIGNRP    
	00069: SRP0       
	00070: MIRP[nrp0,md,rd,1] 
	00071: MDAP[rd]   
	00072: ALIGNRP    
	00073: IUP[y]     
	00074: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:                                      On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   361,   895)  ->  Abs (   361,   895)
	  1: Rel (  -180,     0)  ->  Abs (   181,   895)
	  2: Rel (   -48,     0)  ->  Abs (   133,   895)
	  3: Rel (     0,    42)  ->  Abs (   133,   937)
	  4: Rel (     0,    42)  ->  Abs (   133,   979)
	  5: Rel (    48,     0)  ->  Abs (   181,   979)
	  6: Rel (   264,     0)  ->  Abs (   445,   979)
	  7: Rel (     0,  -392)  ->  Abs (   445,   587)
	  8: Rel (     0,   -48)  ->  Abs (   445,   539)
	  9: Rel (   -42,     0)  ->  Abs (   403,   539)
	 10: Rel (   -42,     0)  ->  Abs (   361,   539)
	 11: Rel (     0,    48)  ->  Abs (   361,   587)
	 12: Rel (   535,   308)  ->  Abs (   896,   895)
	 13: Rel (  -180,     0)  ->  Abs (   716,   895)
	 14: Rel (   -48,     0)  ->  Abs (   668,   895)
	 15: Rel (     0,    42)  ->  Abs (   668,   937)
	 16: Rel (     0,    42)  ->  Abs (   668,   979)
	 17: Rel (    48,     0)  ->  Abs (   716,   979)
	 18: Rel (   264,     0)  ->  Abs (   980,   979)
	 19: Rel (     0,  -392)  ->  Abs (   980,   587)
	 20: Rel (     0,   -48)  ->  Abs (   980,   539)
	 21: Rel (   -42,     0)  ->  Abs (   938,   539)
	 22: Rel (   -42,     0)  ->  Abs (   896,   539)
	 23: Rel (     0,    48)  ->  Abs (   896,   587)

	Glyph 702: off = 0x00025AE0, len = 76
	  numberOfContours:	1
	  xMin:			447
	  yMin:			503
	  xMax:			782
	  yMax:			990

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	24
	00000: NPUSHB      (12):    31    10     1    10     3     5   193     1   160     8 
	                           193    12 
	00014: MDAP[rd]   
	00015: MIRP[nrp0,md,rd,1] 
	00016: MIRP[srp0,md,rd,0] 
	00017: MIRP[nrp0,md,rd,1] 
	00018: SVTCA[y-axis] 
	00019: MDAP[rd]   
	00020: MDAP[rd]   
	00021: DELTAP1    
	00022: IUP[y]     
	00023: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                 X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:                              X-Short On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   455,   598)  ->  Abs (   455,   598)
	  1: Rel (   208,   361)  ->  Abs (   663,   959)
	  2: Rel (    18,    31)  ->  Abs (   681,   990)
	  3: Rel (    37,     0)  ->  Abs (   718,   990)
	  4: Rel (    64,     0)  ->  Abs (   782,   990)
	  5: Rel (     0,   -64)  ->  Abs (   782,   926)
	  6: Rel (     0,   -17)  ->  Abs (   782,   909)
	  7: Rel (    -8,   -14)  ->  Abs (   774,   895)
	  8: Rel (  -209,  -361)  ->  Abs (   565,   534)
	  9: Rel (   -17,   -31)  ->  Abs (   548,   503)
	 10: Rel (   -38,     0)  ->  Abs (   510,   503)
	 11: Rel (   -63,     0)  ->  Abs (   447,   503)
	 12: Rel (     0,    64)  ->  Abs (   447,   567)
	 13: Rel (     0,    17)  ->  Abs (   447,   584)

	Glyph 703: off = 0x00025B2C, len = 146
	  numberOfContours:	2
	  xMin:			247
	  yMin:			503
	  xMax:			982
	  yMax:			990

	EndPoints
	---------
	  0:  13
	  1:  27

	  Length of Instructions:	54
	00000: NPUSHB      (33):    24    31    10     1    10    17     3     5   193     1 
	                           160     8   193     0    12    16    12     2    12   174 
	                            19   193    15   160    22   193     0    26     1     0 
	                            26     1    26 
	00035: MDAP[rd]   
	00036: DELTAP1    
	00037: DELTAP2    
	00038: MIRP[nrp0,md,rd,1] 
	00039: MIRP[srp0,md,rd,0] 
	00040: MIRP[srp0,md,rd,1] 
	00041: MIRP[srp0,md,rd,2] 
	00042: DELTAP1    
	00043: MIRP[nrp0,md,rd,1] 
	00044: MIRP[srp0,md,rd,0] 
	00045: MIRP[nrp0,md,rd,1] 
	00046: SVTCA[y-axis] 
	00047: MDAP[rd]   
	00048: ALIGNRP    
	00049: MDAP[rd]   
	00050: DELTAP1    
	00051: ALIGNRP    
	00052: IUP[y]     
	00053: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                 X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:                              X-Short On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short         On
	 15:        XDual                 X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                              X-Short On
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   655,   598)  ->  Abs (   655,   598)
	  1: Rel (   208,   361)  ->  Abs (   863,   959)
	  2: Rel (    18,    31)  ->  Abs (   881,   990)
	  3: Rel (    37,     0)  ->  Abs (   918,   990)
	  4: Rel (    64,     0)  ->  Abs (   982,   990)
	  5: Rel (     0,   -64)  ->  Abs (   982,   926)
	  6: Rel (     0,   -17)  ->  Abs (   982,   909)
	  7: Rel (    -8,   -14)  ->  Abs (   974,   895)
	  8: Rel (  -209,  -361)  ->  Abs (   765,   534)
	  9: Rel (   -17,   -31)  ->  Abs (   748,   503)
	 10: Rel (   -38,     0)  ->  Abs (   710,   503)
	 11: Rel (   -63,     0)  ->  Abs (   647,   503)
	 12: Rel (     0,    64)  ->  Abs (   647,   567)
	 13: Rel (     0,    17)  ->  Abs (   647,   584)
	 14: Rel (  -392,    14)  ->  Abs (   255,   598)
	 15: Rel (   208,   361)  ->  Abs (   463,   959)
	 16: Rel (    18,    31)  ->  Abs (   481,   990)
	 17: Rel (    37,     0)  ->  Abs (   518,   990)
	 18: Rel (    64,     0)  ->  Abs (   582,   990)
	 19: Rel (     0,   -64)  ->  Abs (   582,   926)
	 20: Rel (     0,   -17)  ->  Abs (   582,   909)
	 21: Rel (    -8,   -14)  ->  Abs (   574,   895)
	 22: Rel (  -209,  -361)  ->  Abs (   365,   534)
	 23: Rel (   -17,   -31)  ->  Abs (   348,   503)
	 24: Rel (   -38,     0)  ->  Abs (   310,   503)
	 25: Rel (   -63,     0)  ->  Abs (   247,   503)
	 26: Rel (     0,    64)  ->  Abs (   247,   567)
	 27: Rel (     0,    17)  ->  Abs (   247,   584)

	Glyph 704: off = 0x00025BBE, len = 242
	  numberOfContours:	2
	  xMin:			91
	  yMin:			-11
	  xMax:			1138
	  yMax:			986

	EndPoints
	---------
	  0:  19
	  1:  39

	  Length of Instructions:	126
	00000: NPUSHB      (11):    64     3   112     3     2   112     3   128     3     2 
	                             3 
	00013: PUSHW[1]            709 
	00016: PUSHB[6]             37     6    59     0    10    13 
	00023: PUSHW[1]            388 
	00026: NPUSHB      (10):    20    79    27   127    27     2   143    27     1    27 
	00038: PUSHW[1]            709 
	00041: PUSHB[5]             21    21    34    59    20 
	00047: PUSHW[1]            812 
	00050: NPUSHB      (40):     5    32   127     1   143     1     2     1     1    35 
	                            30    32   223    24     1    79    24    95    24   111 
	                            24   223    24     4    24    24    11    32    16    15 
	                             1    15    34    32    48    20   223    20     2    20 
	00092: MDAP[rd]   
	00093: DELTAP1    
	00094: MIRP[nrp0,md,rd,1] 
	00095: MDAP[rd]   
	00096: DELTAP1    
	00097: MIRP[srp0,md,rd,1] 
	00098: SHP[rp2,zp1] 
	00099: MDAP[rd]   
	00100: DELTAP1    
	00101: DELTAP2    
	00102: MIRP[nrp0,md,rd,1] 
	00103: SRP1       
	00104: SHP[rp1,zp0] 
	00105: MDAP[rd]   
	00106: DELTAP1    
	00107: MIRP[nrp0,md,rd,1] 
	00108: SVTCA[y-axis] 
	00109: MIAP[rd+ci] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: ALIGNRP    
	00112: SRP0       
	00113: MIRP[nrp0,md,rd,1] 
	00114: DELTAP1    
	00115: DELTAP1    
	00116: SRP0       
	00117: MIRP[nrp0,nmd,rd,0] 
	00118: MIAP[rd+ci] 
	00119: MIRP[nrp0,md,rd,1] 
	00120: ALIGNRP    
	00121: MIRP[nrp0,md,rd,1] 
	00122: DELTAP1    
	00123: DELTAP1    
	00124: IUP[y]     
	00125: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:        XDual                         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual                         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:                                      On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual                         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:        XDual                         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                               On
	 35:        XDual                         On
	 36:        XDual         Y-Short         Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   419,   -11)  ->  Abs (   419,   -11)
	  1: Rel (     0,   580)  ->  Abs (   419,   569)
	  2: Rel (     0,    48)  ->  Abs (   419,   617)
	  3: Rel (    42,     0)  ->  Abs (   461,   617)
	  4: Rel (    42,     0)  ->  Abs (   503,   617)
	  5: Rel (     0,   -48)  ->  Abs (   503,   569)
	  6: Rel (     0,  -496)  ->  Abs (   503,    73)
	  7: Rel (   397,     0)  ->  Abs (   900,    73)
	  8: Rel (    83,     0)  ->  Abs (   983,    73)
	  9: Rel (    71,    69)  ->  Abs (  1054,   142)
	 10: Rel (     0,   112)  ->  Abs (  1054,   254)
	 11: Rel (     0,   684)  ->  Abs (  1054,   938)
	 12: Rel (     0,    48)  ->  Abs (  1054,   986)
	 13: Rel (    42,     0)  ->  Abs (  1096,   986)
	 14: Rel (    42,     0)  ->  Abs (  1138,   986)
	 15: Rel (     0,   -48)  ->  Abs (  1138,   938)
	 16: Rel (     0,  -680)  ->  Abs (  1138,   258)
	 17: Rel (     0,  -143)  ->  Abs (  1138,   115)
	 18: Rel (   -87,  -126)  ->  Abs (  1051,   -11)
	 19: Rel (  -151,     0)  ->  Abs (   900,   -11)
	 20: Rel (  -809,   990)  ->  Abs (    91,   979)
	 21: Rel (   481,     0)  ->  Abs (   572,   979)
	 22: Rel (   150,     0)  ->  Abs (   722,   979)
	 23: Rel (    88,  -126)  ->  Abs (   810,   853)
	 24: Rel (     0,  -143)  ->  Abs (   810,   710)
	 25: Rel (     0,  -296)  ->  Abs (   810,   414)
	 26: Rel (     0,   -48)  ->  Abs (   810,   366)
	 27: Rel (   -42,     0)  ->  Abs (   768,   366)
	 28: Rel (   -42,     0)  ->  Abs (   726,   366)
	 29: Rel (     0,    48)  ->  Abs (   726,   414)
	 30: Rel (     0,   300)  ->  Abs (   726,   714)
	 31: Rel (     0,   115)  ->  Abs (   726,   829)
	 32: Rel (   -71,    66)  ->  Abs (   655,   895)
	 33: Rel (   -83,     0)  ->  Abs (   572,   895)
	 34: Rel (  -397,     0)  ->  Abs (   175,   895)
	 35: Rel (     0,  -858)  ->  Abs (   175,    37)
	 36: Rel (     0,   -48)  ->  Abs (   175,   -11)
	 37: Rel (   -42,     0)  ->  Abs (   133,   -11)
	 38: Rel (   -42,     0)  ->  Abs (    91,   -11)
	 39: Rel (     0,    48)  ->  Abs (    91,    37)

	Glyph 705: off = 0x00025CB0, len = 120
	  numberOfContours:	2
	  xMin:			232
	  yMin:			-11
	  xMax:			693
	  yMax:			1291

	EndPoints
	---------
	  0:  7
	  1:  19

	  Length of Instructions:	54
	00000: PUSHB[3]             17    10     6 
	00004: PUSHW[1]            850 
	00007: PUSHB[5]              2     2     9    59    13 
	00013: PUSHW[3]            812     4   850 
	00020: NPUSHB      (15):     0     0    11    14    32     8   160     0    11    63 
	                            11    79    11     3    11 
	00037: MDAP[rd]   
	00038: DELTAP1    
	00039: MIRP[srp0,nmd,rd,0] 
	00040: MIRP[nrp0,md,rd,1] 
	00041: SRP1       
	00042: SHP[rp1,zp0] 
	00043: MDAP[rd]   
	00044: MIRP[nrp0,md,rd,1] 
	00045: SVTCA[y-axis] 
	00046: MIAP[rd+ci] 
	00047: MIRP[nrp0,md,rd,1] 
	00048: SHP[rp1,zp0] 
	00049: MDAP[rd]   
	00050: MIRP[nrp0,md,rd,1] 
	00051: MIAP[rd+ci] 
	00052: IUP[y]     
	00053: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual                 X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   376,  1219)  ->  Abs (   376,  1219)
	  1: Rel (    -2,   -71)  ->  Abs (   374,  1148)
	  2: Rel (   -70,     0)  ->  Abs (   304,  1148)
	  3: Rel (   -71,     2)  ->  Abs (   233,  1150)
	  4: Rel (    -1,    69)  ->  Abs (   232,  1219)
	  5: Rel (     0,    72)  ->  Abs (   232,  1291)
	  6: Rel (    72,     0)  ->  Abs (   304,  1291)
	  7: Rel (    72,     0)  ->  Abs (   376,  1291)
	  8: Rel (   233,  -396)  ->  Abs (   609,   895)
	  9: Rel (  -186,     0)  ->  Abs (   423,   895)
	 10: Rel (   -48,     0)  ->  Abs (   375,   895)
	 11: Rel (     0,    42)  ->  Abs (   375,   937)
	 12: Rel (     0,    42)  ->  Abs (   375,   979)
	 13: Rel (    48,     0)  ->  Abs (   423,   979)
	 14: Rel (   270,     0)  ->  Abs (   693,   979)
	 15: Rel (     0,  -942)  ->  Abs (   693,    37)
	 16: Rel (     0,   -48)  ->  Abs (   693,   -11)
	 17: Rel (   -42,     0)  ->  Abs (   651,   -11)
	 18: Rel (   -42,     0)  ->  Abs (   609,   -11)
	 19: Rel (     0,    48)  ->  Abs (   609,    37)

	Glyph 706: off = 0x00025D28, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-223
	  xMax:			1063
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	682
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	653
		X WOffset:	-126
		Y WOffset:	517
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              2     1    19 
	00004: PUSHW[1]            -64 
	00007: PUSHB[4]             24    25    52    19 
	00012: PUSHW[1]            -64 
	00015: PUSHB[4]             16    19    52    19 
	00020: PUSHW[1]            -64 
	00023: PUSHB[3]              9    12    52 
	00027: PUSHW[1]           -100 
	00030: NPUSHB       (9):    19    31     3     8    64     1     2     2    21 
	00041: PUSHW[2]            828    41 
	00046: SVTCA[y-axis] 
	00047: CALL       
	00048: SVTCA[x-axis] 
	00049: CALL       
	00050: CALL       
	00051: CALL       
	00052: CALL       
	00053: SHC[rp1,zp0] 
	00054: SHC[rp1,zp0] 

	Glyph 707: off = 0x00025D7A, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-223
	  xMax:			1063
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	682
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	661
		X WOffset:	-136
		Y WOffset:	507
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (21):     0    15    18     1    18     1   239    22   255    22 
	                             2    15    22    47    22    63    22   176    22     4 
	                            22 
	00023: PUSHW[1]            -64 
	00026: NPUSHB      (12):    15    17    52     0    22    27     3     3    64     1 
	                             1    24 
	00040: PUSHW[2]            829    41 
	00045: SVTCA[y-axis] 
	00046: CALL       
	00047: SVTCA[x-axis] 
	00048: CALL       
	00049: CALL       
	00050: DELTAP1    
	00051: DELTAP1    
	00052: SHC[rp1,zp0] 
	00053: MDAP[rd]   
	00054: DELTAP1    
	00055: SHC[rp1,zp0] 

	Glyph 708: off = 0x00025DCC, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			949
	  yMax:			1289

	     0: Flags:		0x0026
		Glyf Index:	684
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	-548
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (26):     0    17    64    69    53    17    64    54    58    52 
	                            17    64     9    12    52    17     1     0    34    34 
	                            38    38    64     1     1    36 
	00028: PUSHW[2]            830    41 
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: SHC[rp1,zp0] 
	00038: MDAP[rd]   
	00039: CALL       
	00040: CALL       
	00041: CALL       
	00042: SHC[rp1,zp0] 

	Glyph 709: off = 0x00025E12, len = 140
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			949
	  yMax:			1289

	     0: Flags:		0x0226
		Glyf Index:	684
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	662
		X WOffset:	-548
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-65
		Y BOffset:	117
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (28):     0    17    64    69    53    17    64    54    58    52 
	                            17    64     9    12    52    17     1     0    34    34 
	                            46    46    64     2   208    42     1    42 
	00030: PUSHW[1]            -64 
	00033: NPUSHB      (34):    13    16    52     0    42    38     9     8    64     2 
	                           223    44     1    44    64    39    43    52    44    64 
	                            33    36    52    44    64    25    26    52   175    44 
	                           223    44     2    44 
	00069: PUSHW[1]            -64 
	00072: PUSHB[7]              9    13    52    44     1     1    36 
	00080: PUSHW[2]            830    41 
	00085: SVTCA[y-axis] 
	00086: CALL       
	00087: MDAP[rd]   
	00088: CALL       
	00089: DELTAP1    
	00090: CALL       
	00091: CALL       
	00092: CALL       
	00093: DELTAP3    
	00094: SHC[rp1,zp0] 
	00095: SVTCA[x-axis] 
	00096: CALL       
	00097: CALL       
	00098: DELTAP1    
	00099: SHC[rp1,zp0] 
	00100: CALL       
	00101: SHC[rp1,zp0] 
	00102: MDAP[rd]   
	00103: CALL       
	00104: CALL       
	00105: CALL       
	00106: SHC[rp1,zp0] 

	Glyph 710: off = 0x00025E9E, len = 188
	  numberOfContours:	1
	  xMin:			192
	  yMin:			0
	  xMax:			984
	  yMax:			979

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	108
	00000: NPUSHB      (22):   147     2   149    19   162     2   162    19     4    35 
	                             2    66     2    84     2   101     2     4    20     2 
	                             1     2 
	00024: PUSHW[1]            -16 
	00027: NPUSHB      (14):    19    16     8    18    59     3    10    22    59    26 
	                            26    11    59    15 
	00043: PUSHW[1]            812 
	00046: PUSHB[8]             15    24     1    24    24    21    32     0 
	00055: PUSHW[1]            848 
	00058: NPUSHB      (11):    28     6     6    13    13    16    32   159    10     1 
	                            10 
	00071: PUSHW[2]            847    27 
	00076: SRP0       
	00077: MIRP[srp0,nmd,rd,2] 
	00078: DELTAP1    
	00079: MIRP[nrp0,md,rd,1] 
	00080: SHP[rp1,zp0] 
	00081: MDAP[rd]   
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: SRP0       
	00085: MIRP[srp0,nmd,rd,2] 
	00086: MIRP[srp0,md,rd,1] 
	00087: SHP[rp2,zp1] 
	00088: MDAP[rd]   
	00089: DELTAP1    
	00090: SVTCA[y-axis] 
	00091: MIAP[rd+ci] 
	00092: MIRP[nrp0,md,rd,1] 
	00093: ALIGNRP    
	00094: SRP0       
	00095: MIRP[nrp0,md,rd,1] 
	00096: MIAP[rd+ci] 
	00097: MIRP[srp0,md,rd,1] 
	00098: ALIGNRP    
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: SHPIX      
	00103: SHPIX      
	00104: SVTCA[x-axis] 
	00105: DELTAP2    
	00106: DELTAP1    
	00107: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual                         Off
	  3:  YDual                               On
	  4:  YDual                               On
	  5:  YDual                       X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual XDual                 X-Short On
	 19:  YDual                               Off
	 20:        XDual                         On
	 21:        XDual                         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   984,   979)  ->  Abs (   984,   979)
	  1: Rel (     0,  -450)  ->  Abs (   984,   529)
	  2: Rel (     0,  -529)  ->  Abs (   984,     0)
	  3: Rel (  -440,     0)  ->  Abs (   544,     0)
	  4: Rel (  -297,     0)  ->  Abs (   247,     0)
	  5: Rel (   -48,     0)  ->  Abs (   199,     0)
	  6: Rel (     0,    42)  ->  Abs (   199,    42)
	  7: Rel (     0,    42)  ->  Abs (   199,    84)
	  8: Rel (    48,     0)  ->  Abs (   247,    84)
	  9: Rel (   122,     0)  ->  Abs (   369,    84)
	 10: Rel (     0,   811)  ->  Abs (   369,   895)
	 11: Rel (  -129,     0)  ->  Abs (   240,   895)
	 12: Rel (   -48,     0)  ->  Abs (   192,   895)
	 13: Rel (     0,    42)  ->  Abs (   192,   937)
	 14: Rel (     0,    42)  ->  Abs (   192,   979)
	 15: Rel (    48,     0)  ->  Abs (   240,   979)
	 16: Rel (   213,     0)  ->  Abs (   453,   979)
	 17: Rel (     0,  -895)  ->  Abs (   453,    84)
	 18: Rel (    93,     0)  ->  Abs (   546,    84)
	 19: Rel (   354,     0)  ->  Abs (   900,    84)
	 20: Rel (     0,   441)  ->  Abs (   900,   525)
	 21: Rel (     0,   370)  ->  Abs (   900,   895)
	 22: Rel (  -128,     0)  ->  Abs (   772,   895)
	 23: Rel (   -48,     0)  ->  Abs (   724,   895)
	 24: Rel (     0,    42)  ->  Abs (   724,   937)
	 25: Rel (     0,    42)  ->  Abs (   724,   979)
	 26: Rel (    48,     0)  ->  Abs (   772,   979)

	Glyph 711: off = 0x00025F5A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			204
	  yMin:			0
	  xMax:			1031
	  yMax:			1286

	     0: Flags:		0x0226
		Glyf Index:	697
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	350
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    37    37    11    11    64     1     1    43 
	00012: PUSHW[2]            832    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 712: off = 0x00025F8A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			185
	  yMin:			0
	  xMax:			1024
	  yMax:			1286

	     0: Flags:		0x0226
		Glyf Index:	697
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	-363
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    41    41    20    20    64     1     1    43 
	00012: PUSHW[2]            832    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 713: off = 0x00025FBA, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			204
	  yMin:			0
	  xMax:			1031
	  yMax:			1286

	     0: Flags:		0x0226
		Glyf Index:	737
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	350
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    45    45    11    11    64     2     1    51 
	00012: PUSHW[2]            832    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 714: off = 0x00025FEA, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			185
	  yMin:			0
	  xMax:			1024
	  yMax:			1286

	     0: Flags:		0x0226
		Glyf Index:	737
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	-363
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    49    49    20    20    64     2     1    51 
	00012: PUSHW[2]            832    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 715: off = 0x0002601A, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			208
	  yMin:			-267
	  xMax:			1029
	  yMax:			1008

	     0: Flags:		0x0226
		Glyf Index:	672
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	660
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    49    44     6    26    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 716: off = 0x0002603E, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			208
	  yMin:			-440
	  xMax:			1029
	  yMax:			1008

	     0: Flags:		0x0226
		Glyf Index:	672
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	661
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    44    49     6    26    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 717: off = 0x00026062, len = 438
	  numberOfContours:	2
	  xMin:			208
	  yMin:			-12
	  xMax:			1029
	  yMax:			1008

	EndPoints
	---------
	  0:  40
	  1:  48

	  Length of Instructions:	296
	00000: NPUSHB      (46):   165    20   166    33   180    11   178    21     4   102 
	                            21   103    31   130    11   158    32     4    11    29 
	                           170    12     1    24    34    24    40   152    20   185 
	                            12   247    20   248    40     6   122    12   153     0 
	                           153    12     3    11    29    12 
	00048: PUSHW[5]            -29    11   -29    21   -29 
	00059: PUSHB[3]             31    29     1 
	00063: PUSHW[3]            -41    43   850 
	00070: NPUSHB      (67):    80    47    96    47     2    47    47    28    19    17 
	                             9    20    33    34    33    31    34    19    12     0 
	                            40    40    13    15    13    36    19    34    34    36 
	                            40    13    20    40    40    13    40    34    33    20 
	                             0    12    13    19     8    17     9    31    21    38 
	                            28    11     1     9    17    38    10    38     3    59 
	                             9    10    17    17    24    59    28 
	00139: PUSHW[1]            812 
	00142: NPUSHB      (27):    40    34    33    20     0    12    13    19     8    29 
	                             9    26    26    23    32     0    29     1     0    29 
	                           192    29   224    29     3    29     6 
	00171: PUSHW[1]            -64 
	00174: PUSHB[7]             12    16    52     6     6     9    41 
	00182: PUSHW[1]            850 
	00185: NPUSHB      (17):     0    45    16    45   224    45     3    45    45     3 
	                            32     0     9    79     9     2     9 
	00204: MDAP[rd]   
	00205: DELTAP1    
	00206: MIRP[srp0,md,rd,1] 
	00207: SHP[rp2,zp1] 
	00208: MDAP[rd]   
	00209: DELTAP1    
	00210: MIRP[nrp0,md,rd,1] 
	00211: SRP1       
	00212: SHP[rp1,zp0] 
	00213: MDAP[rd]   
	00214: CALL       
	00215: MDAP[rd]   
	00216: DELTAP1    
	00217: DELTAP2    
	00218: MIRP[nrp0,md,rd,1] 
	00219: SHP[rp1,zp0] 
	00220: MDAP[rd]   
	00221: SRP1       
	00222: SRP2       
	00223: SLOOP      
	00224: IP         
	00225: SVTCA[y-axis] 
	00226: MIAP[rd+ci] 
	00227: MIRP[nrp0,md,rd,1] 
	00228: SHP[rp1,zp0] 
	00229: MDAP[rd]   
	00230: MIAP[rd+ci] 
	00231: MIRP[nrp0,md,rd,1] 
	00232: SHP[rp1,zp0] 
	00233: MIAP[rd+ci] 
	00234: SRP1       
	00235: SRP2       
	00236: IP         
	00237: IP         
	00238: SRP1       
	00239: SRP2       
	00240: IP         
	00241: IP         
	00242: SRP1       
	00243: SRP2       
	00244: SLOOP      
	00245: IP         
	00246: SDPVTL[1]  
	00247: SFVTPV     
	00248: MDAP[nrd]  
	00249: CALL       
	00250: SFVTPV     
	00251: RDTG       
	00252: SRP0       
	00253: MDRP[nrp0,nmd,rd,0] 
	00254: SVTCA[x-axis] 
	00255: SHP[rp1,zp0] 
	00256: SRP1       
	00257: SHP[rp1,zp0] 
	00258: SPVTL[p1,p2] 
	00259: SFVTPV     
	00260: SRP0       
	00261: ALIGNRP    
	00262: ALIGNRP    
	00263: SPVTL[p1,p2] 
	00264: SFVTL[=p1,p2] 
	00265: SRP0       
	00266: ALIGNRP    
	00267: SFVTPV     
	00268: ALIGNRP    
	00269: SVTCA[y-axis] 
	00270: SRP1       
	00271: SRP2       
	00272: IP         
	00273: RTG        
	00274: SRP2       
	00275: IP         
	00276: MDAP[rd]   
	00277: DELTAP1    
	00278: MIRP[nrp0,md,rd,1] 
	00279: IUP[y]     
	00280: IUP[x]     
	00281: SHPIX      
	00282: SHPIX      
	00283: SHPIX      
	00284: SHPIX      
	00285: SHPIX      
	00286: SVTCA[x-axis] 
	00287: SHPIX      
	00288: SVTCA[x-axis] 
	00289: DELTAP1    
	00290: DELTAP1    
	00291: DELTAP2    
	00292: SHPIX      
	00293: SVTCA[y-axis] 
	00294: DELTAP2    
	00295: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual                         On
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:                                      On
	 21:  YDual               Y-Short         Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         On
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:        XDual                         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short         On
	 33:  YDual               Y-Short X-Short On
	 34:                                      On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual               Y-Short X-Short On
	 41:                                      On
	 42:        XDual         Y-Short         Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   483,   617)  ->  Abs (   483,   617)
	  1: Rel (  -191,   -82)  ->  Abs (   292,   535)
	  2: Rel (     0,  -132)  ->  Abs (   292,   403)
	  3: Rel (     0,  -319)  ->  Abs (   292,    84)
	  4: Rel (   139,     0)  ->  Abs (   431,    84)
	  5: Rel (    48,     0)  ->  Abs (   479,    84)
	  6: Rel (     0,   -42)  ->  Abs (   479,    42)
	  7: Rel (     0,   -42)  ->  Abs (   479,     0)
	  8: Rel (   -48,     0)  ->  Abs (   431,     0)
	  9: Rel (  -223,     0)  ->  Abs (   208,     0)
	 10: Rel (     0,   399)  ->  Abs (   208,   399)
	 11: Rel (     0,   175)  ->  Abs (   208,   574)
	 12: Rel (   224,   111)  ->  Abs (   432,   685)
	 13: Rel (  -185,   251)  ->  Abs (   247,   936)
	 14: Rel (   -12,    16)  ->  Abs (   235,   952)
	 15: Rel (     0,    16)  ->  Abs (   235,   968)
	 16: Rel (     0,    40)  ->  Abs (   235,  1008)
	 17: Rel (    42,     0)  ->  Abs (   277,  1008)
	 18: Rel (    21,     0)  ->  Abs (   298,  1008)
	 19: Rel (    17,   -22)  ->  Abs (   315,   986)
	 20: Rel (   367,  -498)  ->  Abs (   682,   488)
	 21: Rel (   263,    92)  ->  Abs (   945,   580)
	 22: Rel (     0,   127)  ->  Abs (   945,   707)
	 23: Rel (     0,   188)  ->  Abs (   945,   895)
	 24: Rel (  -157,     0)  ->  Abs (   788,   895)
	 25: Rel (   -48,     0)  ->  Abs (   740,   895)
	 26: Rel (     0,    42)  ->  Abs (   740,   937)
	 27: Rel (     0,    42)  ->  Abs (   740,   979)
	 28: Rel (    48,     0)  ->  Abs (   788,   979)
	 29: Rel (   241,     0)  ->  Abs (  1029,   979)
	 30: Rel (     0,  -288)  ->  Abs (  1029,   691)
	 31: Rel (     0,  -179)  ->  Abs (  1029,   512)
	 32: Rel (  -298,   -89)  ->  Abs (   731,   423)
	 33: Rel (    -8,    10)  ->  Abs (   723,   433)
	 34: Rel (   275,  -373)  ->  Abs (   998,    60)
	 35: Rel (    11,   -16)  ->  Abs (  1009,    44)
	 36: Rel (     0,   -16)  ->  Abs (  1009,    28)
	 37: Rel (     0,   -40)  ->  Abs (  1009,   -12)
	 38: Rel (   -41,     0)  ->  Abs (   968,   -12)
	 39: Rel (   -22,     0)  ->  Abs (   946,   -12)
	 40: Rel (   -16,    22)  ->  Abs (   930,    10)
	 41: Rel (  -361,   284)  ->  Abs (   569,   294)
	 42: Rel (     0,   -66)  ->  Abs (   569,   228)
	 43: Rel (   -66,     0)  ->  Abs (   503,   228)
	 44: Rel (   -67,     0)  ->  Abs (   436,   228)
	 45: Rel (     0,    66)  ->  Abs (   436,   294)
	 46: Rel (     0,    67)  ->  Abs (   436,   361)
	 47: Rel (    67,     0)  ->  Abs (   503,   361)
	 48: Rel (    66,     0)  ->  Abs (   569,   361)

	Glyph 718: off = 0x00026218, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			0
	  xMax:			1069
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	673
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-86
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1     0    29    16    29   159    29     3     0    29 
	                            25    16    15    64 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 

	Glyph 719: off = 0x00026244, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			277
	  yMin:			-11
	  xMax:			913
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	674
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-112
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    35 
	00003: PUSHW[1]            -64 
	00006: PUSHB[3]              9    10    52 
	00010: PUSHW[1]            -80 
	00013: PUSHB[5]             35    31    22    21    64 
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 720: off = 0x00026274, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			163
	  yMin:			-11
	  xMax:			1070
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	675
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-116
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    21 
	00003: PUSHW[1]            -64 
	00006: NPUSHB       (9):     9    10    52     0    21    17     1     0    64 
	00017: SVTCA[x-axis] 
	00018: CALL       
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 721: off = 0x000262A2, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			160
	  yMin:			-11
	  xMax:			1021
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	676
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-6
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    32    28    23    15    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 722: off = 0x000262C6, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			357
	  yMin:			-11
	  xMax:			693
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	677
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	664
		X WOffset:	-191
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              1     0    16     1    16 
	00006: PUSHW[1]            -64 
	00009: NPUSHB       (9):     9    16    52     0    16    16     3     3    64 
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: CALL       
	00023: DELTAP3    
	00024: SHC[rp1,zp0] 

	Glyph 723: off = 0x000262FA, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			312
	  yMin:			-11
	  xMax:			912
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	678
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	664
		X WOffset:	-236
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1   143    25     1   224    25     1    25 
	00009: PUSHW[1]            -64 
	00012: PUSHB[3]              9    12    52 
	00016: PUSHW[1]            -50 
	00019: PUSHB[5]             25    25     3     3    64 
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: CALL       
	00028: DELTAP1    
	00029: DELTAP2    
	00030: SHC[rp1,zp0] 

	Glyph 724: off = 0x00026334, len = 294
	  numberOfContours:	2
	  xMin:			104
	  yMin:			-11
	  xMax:			1021
	  yMax:			989

	EndPoints
	---------
	  0:  32
	  1:  40

	  Length of Instructions:	179
	00000: PUSHB[6]            182    23   187    25     2     2 
	00007: PUSHW[1]            -29 
	00010: PUSHB[3]              4    29    23 
	00014: PUSHW[1]            -29 
	00017: PUSHB[3]             25    29    35 
	00021: PUSHW[3]            850    39   -64 
	00028: NPUSHB      (29):    11    13    52   128    39     1   112    39   208    39 
	                             2    39    39    32     3    91    24    10    39    32 
	                            13    64     9    12    52    13     8    59    19 
	00059: PUSHW[1]            388 
	00062: PUSHB[3]             28    59    32 
	00066: PUSHW[3]            812    33   850 
	00073: NPUSHB      (32):    48    37   160    37     2    37    37     6     1    15 
	                            16    63    16     2    16    91    10    64     9    10 
	                            52    10    64    16    17    52    10    10     6    32 
	                            21    21 
	00107: PUSHW[1]            841 
	00110: NPUSHB      (12):    42   111    30     1    30    30     0    32   240    27 
	                             1    27 
	00124: PUSHW[2]            844    41 
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,2] 
	00131: DELTAP1    
	00132: MIRP[nrp0,md,rd,1] 
	00133: SHP[rp1,zp0] 
	00134: MDAP[rd]   
	00135: DELTAP1    
	00136: SRP0       
	00137: MIRP[srp0,nmd,rd,2] 
	00138: MDAP[rd]   
	00139: MIRP[srp0,md,rd,1] 
	00140: SHP[rp2,zp1] 
	00141: MDAP[rd]   
	00142: CALL       
	00143: CALL       
	00144: MIRP[nrp0,md,rd,1] 
	00145: DELTAP1    
	00146: SRP1       
	00147: SRP2       
	00148: IP         
	00149: MDAP[rd]   
	00150: DELTAP1    
	00151: MIRP[nrp0,md,rd,1] 
	00152: SVTCA[y-axis] 
	00153: MIAP[rd+ci] 
	00154: MIRP[nrp0,md,rd,1] 
	00155: MIRP[srp0,nmd,rd,0] 
	00156: MIRP[nrp0,md,rd,1] 
	00157: MDAP[rd]   
	00158: CALL       
	00159: SRP1       
	00160: SHP[rp1,zp0] 
	00161: MIAP[rd+ci] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: SRP2       
	00164: IP         
	00165: MDAP[rd]   
	00166: DELTAP1    
	00167: DELTAP2    
	00168: CALL       
	00169: MIRP[nrp0,md,rd,1] 
	00170: IUP[y]     
	00171: IUP[x]     
	00172: SVTCA[x-axis] 
	00173: SHPIX      
	00174: SHPIX      
	00175: SHPIX      
	00176: SHPIX      
	00177: SVTCA[x-axis] 
	00178: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual                               On
	  4:  YDual                               Off
	  5:  YDual XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual                         On
	 23:        XDual                         Off
	 24:  YDual                               On
	 25:  YDual                               Off
	 26:        XDual                         On
	 27:        XDual                         On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:                                      On
	 34:        XDual         Y-Short         Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   400,   979)  ->  Abs (   400,   979)
	  1: Rel (     0,  -664)  ->  Abs (   400,   315)
	  2: Rel (     0,  -242)  ->  Abs (   400,    73)
	  3: Rel (   267,     0)  ->  Abs (   667,    73)
	  4: Rel (   270,     0)  ->  Abs (   937,    73)
	  5: Rel (     0,   253)  ->  Abs (   937,   326)
	  6: Rel (     0,   460)  ->  Abs (   937,   786)
	  7: Rel (     0,   118)  ->  Abs (   937,   904)
	  8: Rel (  -101,     0)  ->  Abs (   836,   904)
	  9: Rel (  -100,     0)  ->  Abs (   736,   904)
	 10: Rel (     0,  -117)  ->  Abs (   736,   787)
	 11: Rel (     0,   -59)  ->  Abs (   736,   728)
	 12: Rel (     0,   -48)  ->  Abs (   736,   680)
	 13: Rel (   -42,     0)  ->  Abs (   694,   680)
	 14: Rel (   -42,     0)  ->  Abs (   652,   680)
	 15: Rel (     0,    48)  ->  Abs (   652,   728)
	 16: Rel (     0,    59)  ->  Abs (   652,   787)
	 17: Rel (     0,    92)  ->  Abs (   652,   879)
	 18: Rel (    99,   110)  ->  Abs (   751,   989)
	 19: Rel (    81,     0)  ->  Abs (   832,   989)
	 20: Rel (   189,     0)  ->  Abs (  1021,   989)
	 21: Rel (     0,  -194)  ->  Abs (  1021,   795)
	 22: Rel (     0,  -498)  ->  Abs (  1021,   297)
	 23: Rel (     0,  -308)  ->  Abs (  1021,   -11)
	 24: Rel (  -352,     0)  ->  Abs (   669,   -11)
	 25: Rel (  -353,     0)  ->  Abs (   316,   -11)
	 26: Rel (     0,   308)  ->  Abs (   316,   297)
	 27: Rel (     0,   598)  ->  Abs (   316,   895)
	 28: Rel (  -164,     0)  ->  Abs (   152,   895)
	 29: Rel (   -48,     0)  ->  Abs (   104,   895)
	 30: Rel (     0,    42)  ->  Abs (   104,   937)
	 31: Rel (     0,    42)  ->  Abs (   104,   979)
	 32: Rel (    48,     0)  ->  Abs (   152,   979)
	 33: Rel (   616,  -459)  ->  Abs (   768,   520)
	 34: Rel (     0,   -66)  ->  Abs (   768,   454)
	 35: Rel (   -66,     0)  ->  Abs (   702,   454)
	 36: Rel (   -67,     0)  ->  Abs (   635,   454)
	 37: Rel (     0,    66)  ->  Abs (   635,   520)
	 38: Rel (     0,    67)  ->  Abs (   635,   587)
	 39: Rel (    67,     0)  ->  Abs (   702,   587)
	 40: Rel (    66,     0)  ->  Abs (   768,   587)

	Glyph 725: off = 0x0002645A, len = 122
	  numberOfContours:	2
	  xMin:			371
	  yMin:			539
	  xMax:			703
	  yMax:			979

	EndPoints
	---------
	  0:  11
	  1:  19

	  Length of Instructions:	60
	00000: PUSHB[5]             16     9     1     9    14 
	00006: PUSHW[1]            850 
	00009: PUSHB[8]             15    18     1    18   177     1    59     5 
	00018: PUSHW[3]            812    16   850 
	00025: NPUSHB      (15):    64    12     1    12   132     6    32     0     0     3 
	                            64    11    13    52     3 
	00042: MDAP[rd]   
	00043: CALL       
	00044: SHP[rp1,zp0] 
	00045: MDAP[rd]   
	00046: MIRP[nrp0,md,rd,1] 
	00047: MIRP[srp0,md,rd,2] 
	00048: DELTAP2    
	00049: MIRP[nrp0,md,rd,1] 
	00050: SVTCA[y-axis] 
	00051: MIAP[rd+ci] 
	00052: MIRP[srp0,md,rd,1] 
	00053: MIRP[srp0,md,rd,2] 
	00054: DELTAP2    
	00055: MIRP[nrp0,md,rd,1] 
	00056: MDAP[rd]   
	00057: DELTAP1    
	00058: IUP[y]     
	00059: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual               Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   619,   895)  ->  Abs (   619,   895)
	  1: Rel (  -200,     0)  ->  Abs (   419,   895)
	  2: Rel (   -48,     0)  ->  Abs (   371,   895)
	  3: Rel (     0,    42)  ->  Abs (   371,   937)
	  4: Rel (     0,    42)  ->  Abs (   371,   979)
	  5: Rel (    48,     0)  ->  Abs (   419,   979)
	  6: Rel (   284,     0)  ->  Abs (   703,   979)
	  7: Rel (     0,  -392)  ->  Abs (   703,   587)
	  8: Rel (     0,   -48)  ->  Abs (   703,   539)
	  9: Rel (   -42,     0)  ->  Abs (   661,   539)
	 10: Rel (   -42,     0)  ->  Abs (   619,   539)
	 11: Rel (     0,    48)  ->  Abs (   619,   587)
	 12: Rel (  -101,   113)  ->  Abs (   518,   700)
	 13: Rel (     0,   -66)  ->  Abs (   518,   634)
	 14: Rel (   -66,     0)  ->  Abs (   452,   634)
	 15: Rel (   -67,     0)  ->  Abs (   385,   634)
	 16: Rel (     0,    66)  ->  Abs (   385,   700)
	 17: Rel (     0,    67)  ->  Abs (   385,   767)
	 18: Rel (    67,     0)  ->  Abs (   452,   767)
	 19: Rel (    66,     0)  ->  Abs (   518,   767)

	Glyph 726: off = 0x000264D4, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-223
	  xMax:			1063
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	682
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-123
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              1   128    23     1    23 
	00006: PUSHW[1]            -64 
	00009: NPUSHB       (9):     9    10    52     0    23    19     1     0    64 
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 727: off = 0x00026506, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			180
	  yMin:			0
	  xMax:			1015
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	683
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-41
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    24     1     0    24    20    17    12    64 
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: DELTAP1    
	00015: SHC[rp1,zp0] 

	Glyph 728: off = 0x0002652E, len = 92
	  numberOfContours:	-1  (Composite)
	  xMin:			192
	  yMin:			0
	  xMax:			949
	  yMax:			1289

	     0: Flags:		0x0226
		Glyf Index:	684
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-65
		Y BOffset:	117
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              1   208    34     1    34 
	00006: PUSHW[1]            -64 
	00009: NPUSHB      (34):     9    16    52     0    34    30     9     8    64     1 
	                           223    36     1    36    64    39    43    52    36    64 
	                            33    36    52    36    64    25    26    52   175    36 
	                           223    36     2    36 
	00045: PUSHW[1]            -64 
	00048: PUSHB[4]              9    13    52    36 
	00053: SVTCA[y-axis] 
	00054: MDAP[rd]   
	00055: CALL       
	00056: DELTAP1    
	00057: CALL       
	00058: CALL       
	00059: CALL       
	00060: DELTAP3    
	00061: SHC[rp1,zp0] 
	00062: SVTCA[x-axis] 
	00063: CALL       
	00064: CALL       
	00065: DELTAP1    
	00066: SHC[rp1,zp0] 

	Glyph 729: off = 0x0002658A, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			133
	  yMin:			-11
	  xMax:			1005
	  yMax:			990

	     0: Flags:		0x0226
		Glyf Index:	686
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	50
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    34    30    18    13    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 730: off = 0x000265AE, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			284
	  yMin:			0
	  xMax:			765
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	688
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-120
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    18 
	00003: PUSHW[1]            -64 
	00006: NPUSHB       (9):     9    12    52     0    18    14     3     7    64 
	00017: SVTCA[x-axis] 
	00018: CALL       
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 731: off = 0x000265DC, len = 254
	  numberOfContours:	3
	  xMin:			79
	  yMin:			-11
	  xMax:			996
	  yMax:			979

	EndPoints
	---------
	  0:  15
	  1:  25
	  2:  33

	  Length of Instructions:	149
	00000: NPUSHB      (28):   153    11   159    14   168    11   173    14   186    14 
	                             5    70    12    77    14     2    54    12    61    14 
	                             2    11    22    12    22    14    22    28 
	00030: PUSHW[1]            850 
	00033: NPUSHB      (14):    32    32     5    24    59    13    10    21     0    20 
	                            20     1    59     5 
	00049: PUSHW[5]            812    26   850    30   -64 
	00060: NPUSHB      (26):    58    59    52     0    30   128    30     2    16    30 
	                           128    30   144    30     3   128    30   240    30     2 
	                            30    30    22    17    32     9 
	00088: PUSHW[1]            837 
	00091: NPUSHB      (11):    35     3    64    15    19    52     3     3    21    32 
	                             0 
	00104: PUSHW[2]            839    34 
	00109: SRP0       
	00110: MIRP[srp0,nmd,rd,0] 
	00111: MIRP[nrp0,md,rd,1] 
	00112: SHP[rp1,zp0] 
	00113: MDAP[rd]   
	00114: CALL       
	00115: SRP0       
	00116: MIRP[srp0,nmd,rd,2] 
	00117: MIRP[nrp0,md,rd,1] 
	00118: SRP1       
	00119: IP         
	00120: MDAP[rd]   
	00121: DELTAP1    
	00122: DELTAP2    
	00123: DELTAP3    
	00124: CALL       
	00125: MIRP[nrp0,md,rd,1] 
	00126: SVTCA[y-axis] 
	00127: MIAP[rd+ci] 
	00128: MIRP[srp0,md,rd,1] 
	00129: ALIGNRP    
	00130: SRP1       
	00131: IP         
	00132: IP         
	00133: MIAP[rd+ci] 
	00134: MIRP[nrp0,md,rd,1] 
	00135: SRP2       
	00136: IP         
	00137: MDAP[rd]   
	00138: MIRP[nrp0,md,rd,1] 
	00139: IUP[y]     
	00140: IUP[x]     
	00141: SHPIX      
	00142: SHPIX      
	00143: SHPIX      
	00144: SVTCA[x-axis] 
	00145: DELTAP2    
	00146: DELTAP2    
	00147: SVTCA[y-axis] 
	00148: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                               Off
	 15:        XDual                         On
	 16:  YDual               Y-Short         On
	 17:        XDual                         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                               On
	 22:        XDual                         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                               On
	 25:  YDual                               Off
	 26:                              X-Short On
	 27:        XDual         Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   289,   895)  ->  Abs (   289,   895)
	  1: Rel (  -162,     0)  ->  Abs (   127,   895)
	  2: Rel (   -48,     0)  ->  Abs (    79,   895)
	  3: Rel (     0,    42)  ->  Abs (    79,   937)
	  4: Rel (     0,    42)  ->  Abs (    79,   979)
	  5: Rel (    48,     0)  ->  Abs (   127,   979)
	  6: Rel (   578,     0)  ->  Abs (   705,   979)
	  7: Rel (   173,     0)  ->  Abs (   878,   979)
	  8: Rel (   118,  -148)  ->  Abs (   996,   831)
	  9: Rel (     0,  -144)  ->  Abs (   996,   687)
	 10: Rel (     0,  -397)  ->  Abs (   996,   290)
	 11: Rel (     0,  -156)  ->  Abs (   996,   134)
	 12: Rel (  -202,  -145)  ->  Abs (   794,   -11)
	 13: Rel (  -145,     0)  ->  Abs (   649,   -11)
	 14: Rel (  -360,     0)  ->  Abs (   289,   -11)
	 15: Rel (     0,   306)  ->  Abs (   289,   295)
	 16: Rel (   623,    11)  ->  Abs (   912,   306)
	 17: Rel (     0,   376)  ->  Abs (   912,   682)
	 18: Rel (     0,   106)  ->  Abs (   912,   788)
	 19: Rel (   -75,   107)  ->  Abs (   837,   895)
	 20: Rel (  -132,     0)  ->  Abs (   705,   895)
	 21: Rel (  -332,     0)  ->  Abs (   373,   895)
	 22: Rel (     0,  -589)  ->  Abs (   373,   306)
	 23: Rel (     0,  -233)  ->  Abs (   373,    73)
	 24: Rel (   268,     0)  ->  Abs (   641,    73)
	 25: Rel (   271,     0)  ->  Abs (   912,    73)
	 26: Rel (  -197,   447)  ->  Abs (   715,   520)
	 27: Rel (     0,   -66)  ->  Abs (   715,   454)
	 28: Rel (   -66,     0)  ->  Abs (   649,   454)
	 29: Rel (   -67,     0)  ->  Abs (   582,   454)
	 30: Rel (     0,    66)  ->  Abs (   582,   520)
	 31: Rel (     0,    67)  ->  Abs (   582,   587)
	 32: Rel (    67,     0)  ->  Abs (   649,   587)
	 33: Rel (    66,     0)  ->  Abs (   715,   587)

	Glyph 732: off = 0x000266DA, len = 256
	  numberOfContours:	2
	  xMin:			242
	  yMin:			-223
	  xMax:			1105
	  yMax:			979

	EndPoints
	---------
	  0:  26
	  1:  34

	  Length of Instructions:	156
	00000: PUSHW[2]             29   850 
	00005: PUSHB[6]             33    33     4    17    59    23 
	00012: PUSHW[1]            815 
	00015: PUSHB[3]             10    59     4 
	00019: PUSHW[1]            371 
	00022: PUSHB[3]              0    59    13 
	00026: PUSHW[3]            812    27   850 
	00033: NPUSHB      (16):    31    64    25    55    52    31    64    10    16    52 
	                           143    31     1    31    77     7 
	00051: PUSHW[1]            -64 
	00054: PUSHB[4]             64    66    52     7 
	00059: PUSHW[1]            -64 
	00062: PUSHB[3]             61    53     7 
	00066: PUSHW[1]            -64 
	00069: NPUSHB      (10):    57    53    16     7     1   127     7     1     7    20 
	00081: PUSHW[1]            399 
	00084: NPUSHB      (15):    17    17    24    32    79    16    95    16   127    16 
	                           159    16     4    16     7 
	00101: PUSHW[1]            -64 
	00104: PUSHB[4]              9    16    52     7 
	00109: PUSHW[1]            834 
	00112: PUSHB[8]              0    32   207    13   208    13     2    13 
	00121: MDAP[rd]   
	00122: DELTAP1    
	00123: MIRP[srp0,md,rd,1] 
	00124: MIRP[nrp0,nmd,rd,0] 
	00125: CALL       
	00126: MDAP[rd]   
	00127: DELTAP1    
	00128: MIRP[nrp0,md,rd,1] 
	00129: ALIGNRP    
	00130: SRP0       
	00131: MIRP[nrp0,nmd,rd,0] 
	00132: SRP0       
	00133: DELTAP1    
	00134: DELTAP3    
	00135: CALL       
	00136: CALL       
	00137: CALL       
	00138: MIRP[srp0,nmd,rd,2] 
	00139: DELTAP1    
	00140: CALL       
	00141: CALL       
	00142: MIRP[nrp0,md,rd,1] 
	00143: SVTCA[y-axis] 
	00144: MIAP[rd+ci] 
	00145: MIRP[nrp0,md,rd,1] 
	00146: MIRP[srp0,nmd,rd,0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIAP[rd+ci] 
	00149: MIRP[nrp0,md,rd,1] 
	00150: SRP1       
	00151: SHP[rp1,zp0] 
	00152: MDAP[rd]   
	00153: MIRP[nrp0,md,rd,1] 
	00154: IUP[y]     
	00155: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:        XDual                         On
	 14:  YDual                               On
	 15:  YDual                               Off
	 16:        XDual                         On
	 17:        XDual                         On
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short On
	 24:        XDual                         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual                       X-Short On
	 27:        XDual                 X-Short On
	 28:        XDual         Y-Short         Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   326,   895)  ->  Abs (   326,   895)
	  1: Rel (     0,  -296)  ->  Abs (   326,   599)
	  2: Rel (     0,   -71)  ->  Abs (   326,   528)
	  3: Rel (    61,   -73)  ->  Abs (   387,   455)
	  4: Rel (   107,     0)  ->  Abs (   494,   455)
	  5: Rel (    54,     0)  ->  Abs (   548,   455)
	  6: Rel (    48,     0)  ->  Abs (   596,   455)
	  7: Rel (     0,   -42)  ->  Abs (   596,   413)
	  8: Rel (     0,   -42)  ->  Abs (   596,   371)
	  9: Rel (   -48,     0)  ->  Abs (   548,   371)
	 10: Rel (   -56,     0)  ->  Abs (   492,   371)
	 11: Rel (  -250,     0)  ->  Abs (   242,   371)
	 12: Rel (     0,   214)  ->  Abs (   242,   585)
	 13: Rel (     0,   394)  ->  Abs (   242,   979)
	 14: Rel (   408,     0)  ->  Abs (   650,   979)
	 15: Rel (   293,     0)  ->  Abs (   943,   979)
	 16: Rel (     0,  -289)  ->  Abs (   943,   690)
	 17: Rel (     0,  -829)  ->  Abs (   943,  -139)
	 18: Rel (   114,     0)  ->  Abs (  1057,  -139)
	 19: Rel (    48,     0)  ->  Abs (  1105,  -139)
	 20: Rel (     0,   -42)  ->  Abs (  1105,  -181)
	 21: Rel (     0,   -42)  ->  Abs (  1105,  -223)
	 22: Rel (   -48,     0)  ->  Abs (  1057,  -223)
	 23: Rel (  -198,     0)  ->  Abs (   859,  -223)
	 24: Rel (     0,   901)  ->  Abs (   859,   678)
	 25: Rel (     0,   217)  ->  Abs (   859,   895)
	 26: Rel (  -219,     0)  ->  Abs (   640,   895)
	 27: Rel (   149,  -487)  ->  Abs (   789,   408)
	 28: Rel (     0,   -66)  ->  Abs (   789,   342)
	 29: Rel (   -66,     0)  ->  Abs (   723,   342)
	 30: Rel (   -67,     0)  ->  Abs (   656,   342)
	 31: Rel (     0,    66)  ->  Abs (   656,   408)
	 32: Rel (     0,    67)  ->  Abs (   656,   475)
	 33: Rel (    67,     0)  ->  Abs (   723,   475)
	 34: Rel (    66,     0)  ->  Abs (   789,   475)

	Glyph 733: off = 0x000267DA, len = 246
	  numberOfContours:	2
	  xMin:			250
	  yMin:			0
	  xMax:			959
	  yMax:			979

	EndPoints
	---------
	  0:  30
	  1:  38

	  Length of Instructions:	131
	00000: NPUSHB      (15):   244     2   245     5     2     6     2     1    16    32 
	                            13    29    29    16    21 
	00017: PUSHW[5]            -10     5   -10    33   850 
	00028: NPUSHB      (14):    37    37    28    59    22    22     0    11    59     7 
	                            10    18    59     0 
	00044: PUSHW[3]            812    25   -64 
	00051: PUSHB[6]             42    55    52    25    77    35 
	00058: PUSHW[1]            850 
	00061: PUSHB[6]             48    31    64    31     2    31 
	00068: PUSHW[1]            272 
	00071: NPUSHB      (19):    15    19    18    15    32    79     3   159     3     2 
	                             3     9     9    18    32    48     0     1     0 
	00092: MDAP[rd]   
	00093: DELTAP1    
	00094: MIRP[nrp0,md,rd,1] 
	00095: SHP[rp1,zp0] 
	00096: MDAP[rd]   
	00097: MDAP[rd]   
	00098: DELTAP1    
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP0       
	00101: ALIGNRP    
	00102: SRP0       
	00103: MIRP[srp0,nmd,rd,2] 
	00104: DELTAP1    
	00105: MIRP[srp0,md,rd,1] 
	00106: MIRP[nrp0,md,rd,2] 
	00107: CALL       
	00108: SVTCA[y-axis] 
	00109: MIAP[rd+ci] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: MIAP[rd+ci] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: SRP2       
	00114: IP         
	00115: MDAP[rd]   
	00116: MIRP[nrp0,md,rd,1] 
	00117: SHP[rp1,zp0] 
	00118: MDAP[rd]   
	00119: MIRP[nrp0,md,rd,1] 
	00120: IUP[y]     
	00121: IUP[x]     
	00122: SVTCA[x-axis] 
	00123: SHPIX      
	00124: SHPIX      
	00125: SHPIX      
	00126: SHPIX      
	00127: SHPIX      
	00128: SVTCA[x-axis] 
	00129: DELTAP2    
	00130: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                               Off
	  3:        XDual                         On
	  4:        XDual                         On
	  5:        XDual                         Off
	  6:  YDual                               On
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual                               On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                               On
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:                      Y-Short         On
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual                 X-Short On
	 38:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   258,   979)  ->  Abs (   258,   979)
	  1: Rel (   408,     0)  ->  Abs (   666,   979)
	  2: Rel (   293,     0)  ->  Abs (   959,   979)
	  3: Rel (     0,  -289)  ->  Abs (   959,   690)
	  4: Rel (     0,  -401)  ->  Abs (   959,   289)
	  5: Rel (     0,  -289)  ->  Abs (   959,     0)
	  6: Rel (  -293,     0)  ->  Abs (   666,     0)
	  7: Rel (  -368,     0)  ->  Abs (   298,     0)
	  8: Rel (   -48,     0)  ->  Abs (   250,     0)
	  9: Rel (     0,    42)  ->  Abs (   250,    42)
	 10: Rel (     0,    42)  ->  Abs (   250,    84)
	 11: Rel (    48,     0)  ->  Abs (   298,    84)
	 12: Rel (   358,     0)  ->  Abs (   656,    84)
	 13: Rel (   219,     0)  ->  Abs (   875,    84)
	 14: Rel (     0,   217)  ->  Abs (   875,   301)
	 15: Rel (     0,   377)  ->  Abs (   875,   678)
	 16: Rel (     0,   217)  ->  Abs (   875,   895)
	 17: Rel (  -219,     0)  ->  Abs (   656,   895)
	 18: Rel (  -314,     0)  ->  Abs (   342,   895)
	 19: Rel (     0,  -236)  ->  Abs (   342,   659)
	 20: Rel (     0,   -71)  ->  Abs (   342,   588)
	 21: Rel (    61,   -73)  ->  Abs (   403,   515)
	 22: Rel (   107,     0)  ->  Abs (   510,   515)
	 23: Rel (    52,     0)  ->  Abs (   562,   515)
	 24: Rel (    48,     0)  ->  Abs (   610,   515)
	 25: Rel (     0,   -42)  ->  Abs (   610,   473)
	 26: Rel (     0,   -42)  ->  Abs (   610,   431)
	 27: Rel (   -48,     0)  ->  Abs (   562,   431)
	 28: Rel (   -54,     0)  ->  Abs (   508,   431)
	 29: Rel (  -250,     0)  ->  Abs (   258,   431)
	 30: Rel (     0,   214)  ->  Abs (   258,   645)
	 31: Rel (   543,  -171)  ->  Abs (   801,   474)
	 32: Rel (    -2,   -61)  ->  Abs (   799,   413)
	 33: Rel (   -64,    -5)  ->  Abs (   735,   408)
	 34: Rel (   -61,     3)  ->  Abs (   674,   411)
	 35: Rel (    -6,    63)  ->  Abs (   668,   474)
	 36: Rel (     0,    67)  ->  Abs (   668,   541)
	 37: Rel (    67,     0)  ->  Abs (   735,   541)
	 38: Rel (    62,    -3)  ->  Abs (   797,   538)

	Glyph 734: off = 0x000268D0, len = 374
	  numberOfContours:	2
	  xMin:			162
	  yMin:			0
	  xMax:			954
	  yMax:			979

	EndPoints
	---------
	  0:  36
	  1:  44

	  Length of Instructions:	246
	00000: NPUSHB      (49):    70    16   102     3   109    29     3    42    29    52 
	                            16    69     3     3    43     3    56     3    78     3 
	                            73    16    73    29     5   119     4   127    15   243 
	                            15     3    54     3    62    15    71     3     3    19 
	                            15    22    16     2    15    22    16    22    16 
	00051: PUSHW[7]            -29    15   -22    14   -22    39   850 
	00066: NPUSHB      (27):    43    64     9    12    52    43     0     3    16     3 
	                            16    30    29    28     5    36    24    59    20    10 
	                             7    59    11    11    32    59    36 
	00095: PUSHW[3]            812    37   850 
	00102: PUSHB[6]             96    41   160    41     2    41 
	00109: PUSHW[1]            -64 
	00112: PUSHB[4]             24    26    52    41 
	00117: PUSHW[1]            -64 
	00120: NPUSHB      (62):     9    14    52    41    41    34    25    32    47    19 
	                             1    15    19    31    19    95    19   127    19     4 
	                            19    19    22    15     9    31     9   111     9   127 
	                             9     4     9   160     6    32    47    12    79    12 
	                           127    12   191    12     4    12    22    22    34     0 
	                            32   240    31     1    31   160     0    34    79    34 
	                             2    34 
	00184: MDAP[rd]   
	00185: DELTAP1    
	00186: MIRP[srp0,nmd,rd,0] 
	00187: DELTAP1    
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP1       
	00190: SHP[rp1,zp0] 
	00191: MDAP[rd]   
	00192: MDAP[rd]   
	00193: DELTAP1    
	00194: MIRP[srp0,md,rd,1] 
	00195: MIRP[nrp0,nmd,rd,0] 
	00196: DELTAP1    
	00197: SRP1       
	00198: SHP[rp1,zp0] 
	00199: MDAP[rd]   
	00200: DELTAP1    
	00201: DELTAP2    
	00202: MIRP[nrp0,md,rd,1] 
	00203: SRP1       
	00204: SHP[rp1,zp0] 
	00205: MDAP[rd]   
	00206: CALL       
	00207: CALL       
	00208: DELTAP1    
	00209: MIRP[nrp0,md,rd,1] 
	00210: SVTCA[y-axis] 
	00211: MIAP[rd+ci] 
	00212: MIRP[nrp0,md,rd,1] 
	00213: ALIGNRP    
	00214: SRP0       
	00215: MIRP[nrp0,md,rd,1] 
	00216: MIAP[rd+ci] 
	00217: MIRP[nrp0,md,rd,1] 
	00218: SRP2       
	00219: SLOOP      
	00220: IP         
	00221: SVTCA[x-axis] 
	00222: SRP1       
	00223: SHP[rp1,zp0] 
	00224: SHP[rp1,zp0] 
	00225: SVTCA[y-axis] 
	00226: MDAP[rd]   
	00227: CALL       
	00228: MIRP[nrp0,md,rd,1] 
	00229: IUP[y]     
	00230: IUP[x]     
	00231: SVTCA[x-axis] 
	00232: SHPIX      
	00233: SHPIX      
	00234: SHPIX      
	00235: SVTCA[y-axis] 
	00236: SHPIX      
	00237: SHPIX      
	00238: SVTCA[y-axis] 
	00239: DELTAP3    
	00240: DELTAP2    
	00241: DELTAP2    
	00242: SVTCA[x-axis] 
	00243: DELTAP1    
	00244: DELTAP2    
	00245: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:        XDual         Y-Short         Off
	  3:        XDual         Y-Short X-Short On
	  4:  YDual               Y-Short         Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         On
	 20:  YDual                               On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual                               On
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:                                      On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   427,   979)  ->  Abs (   427,   979)
	  1: Rel (     0,   -60)  ->  Abs (   427,   919)
	  2: Rel (     0,  -228)  ->  Abs (   427,   691)
	  3: Rel (   183,  -168)  ->  Abs (   610,   523)
	  4: Rel (   258,    76)  ->  Abs (   868,   599)
	  5: Rel (     0,   239)  ->  Abs (   868,   838)
	  6: Rel (     0,    57)  ->  Abs (   868,   895)
	  7: Rel (  -159,     0)  ->  Abs (   709,   895)
	  8: Rel (   -48,     0)  ->  Abs (   661,   895)
	  9: Rel (     0,    42)  ->  Abs (   661,   937)
	 10: Rel (     0,    42)  ->  Abs (   661,   979)
	 11: Rel (    48,     0)  ->  Abs (   709,   979)
	 12: Rel (   245,     0)  ->  Abs (   954,   979)
	 13: Rel (     0,  -142)  ->  Abs (   954,   837)
	 14: Rel (     0,  -173)  ->  Abs (   954,   664)
	 15: Rel (  -146,  -155)  ->  Abs (   808,   509)
	 16: Rel (  -134,   -50)  ->  Abs (   674,   459)
	 17: Rel (   160,  -162)  ->  Abs (   834,   297)
	 18: Rel (     0,  -179)  ->  Abs (   834,   118)
	 19: Rel (     0,  -118)  ->  Abs (   834,     0)
	 20: Rel (  -436,     0)  ->  Abs (   398,     0)
	 21: Rel (   -48,     0)  ->  Abs (   350,     0)
	 22: Rel (     0,    42)  ->  Abs (   350,    42)
	 23: Rel (     0,    42)  ->  Abs (   350,    84)
	 24: Rel (    48,     0)  ->  Abs (   398,    84)
	 25: Rel (   351,     0)  ->  Abs (   749,    84)
	 26: Rel (     0,    35)  ->  Abs (   749,   119)
	 27: Rel (     0,    91)  ->  Abs (   749,   210)
	 28: Rel (   -76,   124)  ->  Abs (   673,   334)
	 29: Rel (  -148,   152)  ->  Abs (   525,   486)
	 30: Rel (  -184,   188)  ->  Abs (   341,   674)
	 31: Rel (     0,   221)  ->  Abs (   341,   895)
	 32: Rel (  -131,     0)  ->  Abs (   210,   895)
	 33: Rel (   -48,     0)  ->  Abs (   162,   895)
	 34: Rel (     0,    42)  ->  Abs (   162,   937)
	 35: Rel (     0,    42)  ->  Abs (   162,   979)
	 36: Rel (    48,     0)  ->  Abs (   210,   979)
	 37: Rel (   299,  -653)  ->  Abs (   509,   326)
	 38: Rel (    -4,   -62)  ->  Abs (   505,   264)
	 39: Rel (   -62,    -4)  ->  Abs (   443,   260)
	 40: Rel (   -61,     4)  ->  Abs (   382,   264)
	 41: Rel (    -6,    62)  ->  Abs (   376,   326)
	 42: Rel (     0,    67)  ->  Abs (   376,   393)
	 43: Rel (    67,     0)  ->  Abs (   443,   393)
	 44: Rel (    59,    -2)  ->  Abs (   502,   391)

	Glyph 735: off = 0x00026A46, len = 332
	  numberOfContours:	3
	  xMin:			197
	  yMin:			-417
	  xMax:			1017
	  yMax:			979

	EndPoints
	---------
	  0:  27
	  1:  35
	  2:  45

	  Length of Instructions:	197
	00000: PUSHB[6]             39     2    55     3     2    19 
	00007: PUSHW[1]            -16 
	00010: PUSHB[7]              3    16     5    16     4    16    30 
	00018: PUSHW[3]            850    34   -64 
	00025: NPUSHB      (18):     9    10    52    34    34    14    27     3     5     5 
	                            36    17    19    20    17    17    19    44 
	00045: PUSHW[1]            816 
	00048: PUSHB[8]             38     8    59    14    10    23    59    27 
	00057: PUSHW[3]            812    28   850 
	00064: PUSHB[6]            127    32   159    32     2    32 
	00071: PUSHW[1]            -64 
	00074: PUSHB[4]             39    40    52    32 
	00079: PUSHW[1]            -64 
	00082: PUSHB[4]             25    27    52    32 
	00087: PUSHW[1]            -64 
	00090: PUSHB[4]             15    16    52    32 
	00095: PUSHW[1]            -64 
	00098: PUSHB[7]              9    10    52    32    32    41    11 
	00106: PUSHW[1]            353 
	00109: NPUSHB      (32):     8    32    47    14     1    14    14    41    22    32 
	                            47     0    79     0   111     0   143     0     4     0 
	                            41    32    37    37    79    25    95    25   111    25 
	                             3    25 
	00143: MDAP[rd]   
	00144: DELTAP1    
	00145: SHP[rp1,zp0] 
	00146: MDAP[rd]   
	00147: MIRP[nrp0,md,rd,1] 
	00148: MDAP[rd]   
	00149: DELTAP1    
	00150: MIRP[nrp0,md,rd,1] 
	00151: SRP1       
	00152: SHP[rp1,zp0] 
	00153: MDAP[rd]   
	00154: DELTAP1    
	00155: MIRP[srp0,md,rd,1] 
	00156: MIRP[nrp0,nmd,rd,0] 
	00157: SRP1       
	00158: SHP[rp1,zp0] 
	00159: MDAP[rd]   
	00160: CALL       
	00161: CALL       
	00162: CALL       
	00163: CALL       
	00164: DELTAP2    
	00165: MIRP[nrp0,md,rd,1] 
	00166: SVTCA[y-axis] 
	00167: MIAP[rd+ci] 
	00168: MIRP[nrp0,md,rd,1] 
	00169: MIAP[rd+ci] 
	00170: MIRP[nrp0,md,rd,1] 
	00171: MDAP[rd]   
	00172: MIAP[rd+ci] 
	00173: SDPVTL[1]  
	00174: SFVTPV     
	00175: MDAP[nrd]  
	00176: CALL       
	00177: SFVTPV     
	00178: RDTG       
	00179: SRP0       
	00180: MDRP[nrp0,nmd,rd,0] 
	00181: SVTCA[y-axis] 
	00182: RTG        
	00183: SRP1       
	00184: SRP2       
	00185: IP         
	00186: MDAP[rd]   
	00187: CALL       
	00188: MIRP[nrp0,md,rd,1] 
	00189: IUP[y]     
	00190: IUP[x]     
	00191: SHPIX      
	00192: SHPIX      
	00193: SHPIX      
	00194: SHPIX      
	00195: SVTCA[x-axis] 
	00196: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         On
	 23:  YDual                               On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual                 X-Short On
	 28:                                      On
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:                                      On
	 37:        XDual                         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual                         On
	 43:        XDual         Y-Short         Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (  1017,   979)  ->  Abs (  1017,   979)
	  1: Rel (     0,  -254)  ->  Abs (  1017,   725)
	  2: Rel (     0,  -164)  ->  Abs (  1017,   561)
	  3: Rel (   -81,  -107)  ->  Abs (   936,   454)
	  4: Rel (   -84,   -43)  ->  Abs (   852,   411)
	  5: Rel (   -98,   -51)  ->  Abs (   754,   360)
	  6: Rel (   -70,  -108)  ->  Abs (   684,   252)
	  7: Rel (     0,  -109)  ->  Abs (   684,   143)
	  8: Rel (     0,   -59)  ->  Abs (   684,    84)
	  9: Rel (   140,     0)  ->  Abs (   824,    84)
	 10: Rel (    48,     0)  ->  Abs (   872,    84)
	 11: Rel (     0,   -42)  ->  Abs (   872,    42)
	 12: Rel (     0,   -42)  ->  Abs (   872,     0)
	 13: Rel (   -48,     0)  ->  Abs (   824,     0)
	 14: Rel (  -224,     0)  ->  Abs (   600,     0)
	 15: Rel (     0,   158)  ->  Abs (   600,   158)
	 16: Rel (     0,   128)  ->  Abs (   600,   286)
	 17: Rel (    89,   134)  ->  Abs (   689,   420)
	 18: Rel (   123,    62)  ->  Abs (   812,   482)
	 19: Rel (    82,    41)  ->  Abs (   894,   523)
	 20: Rel (    39,   102)  ->  Abs (   933,   625)
	 21: Rel (     0,   100)  ->  Abs (   933,   725)
	 22: Rel (     0,   170)  ->  Abs (   933,   895)
	 23: Rel (  -688,     0)  ->  Abs (   245,   895)
	 24: Rel (   -48,     0)  ->  Abs (   197,   895)
	 25: Rel (     0,    42)  ->  Abs (   197,   937)
	 26: Rel (     0,    42)  ->  Abs (   197,   979)
	 27: Rel (    48,     0)  ->  Abs (   245,   979)
	 28: Rel (   426,  -358)  ->  Abs (   671,   621)
	 29: Rel (    -1,   -62)  ->  Abs (   670,   559)
	 30: Rel (   -65,    -4)  ->  Abs (   605,   555)
	 31: Rel (   -61,     3)  ->  Abs (   544,   558)
	 32: Rel (    -6,    63)  ->  Abs (   538,   621)
	 33: Rel (     0,    67)  ->  Abs (   538,   688)
	 34: Rel (    67,     0)  ->  Abs (   605,   688)
	 35: Rel (    60,     0)  ->  Abs (   665,   688)
	 36: Rel (  -419, -1057)  ->  Abs (   246,  -369)
	 37: Rel (     0,   962)  ->  Abs (   246,   593)
	 38: Rel (     0,    48)  ->  Abs (   246,   641)
	 39: Rel (    42,     0)  ->  Abs (   288,   641)
	 40: Rel (    42,     0)  ->  Abs (   330,   641)
	 41: Rel (     0,   -48)  ->  Abs (   330,   593)
	 42: Rel (     0,  -962)  ->  Abs (   330,  -369)
	 43: Rel (     0,   -48)  ->  Abs (   330,  -417)
	 44: Rel (   -42,     0)  ->  Abs (   288,  -417)
	 45: Rel (   -42,     0)  ->  Abs (   246,  -417)

	Glyph 736: off = 0x00026B92, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			172
	  yMin:			-11
	  xMax:			952
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	696
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-65
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     0    22    16    22     2     0    22    18     3 
	                            15    64 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 

	Glyph 737: off = 0x00026BBC, len = 284
	  numberOfContours:	2
	  xMin:			204
	  yMin:			0
	  xMax:			1024
	  yMax:			990

	EndPoints
	---------
	  0:  36
	  1:  44

	  Length of Instructions:	159
	00000: PUSHW[2]             39   850 
	00005: NPUSHB      (16):   208    43     1    43    43    16    20     0    31     1 
	                             1    30    91    16    10    34 
	00023: PUSHW[1]            812 
	00026: PUSHB[5]              6    26    59    10    20 
	00032: PUSHW[3]            812    37   850 
	00039: NPUSHB      (33):    41    64    29    32    52    41    41     5    36    32 
	                            32    32    11    20     8    64     9    14    52     8 
	                           232     5    32    15    11    31    11     2    95    11 
	                             1    11    23 
	00074: PUSHW[1]            -64 
	00077: NPUSHB      (38):     9    14    52    23   232    26    32    16    20    64 
	                            20   192    20   208    20     4     0    20    16    20 
	                            79    20    95    20    96    20   112    20   160    20 
	                           176    20   239    20   255    20    10    20 
	00117: MDAP[rd]   
	00118: DELTAP1    
	00119: DELTAP2    
	00120: MIRP[srp0,md,rd,1] 
	00121: MIRP[nrp0,nmd,rd,0] 
	00122: CALL       
	00123: MDAP[rd]   
	00124: DELTAP2    
	00125: DELTAP3    
	00126: MIRP[srp0,md,rd,1] 
	00127: MIRP[nrp0,nmd,rd,0] 
	00128: CALL       
	00129: SRP1       
	00130: SRP2       
	00131: IP         
	00132: MDAP[rd]   
	00133: MIRP[srp0,md,rd,1] 
	00134: SRP1       
	00135: IP         
	00136: MDAP[rd]   
	00137: CALL       
	00138: MIRP[nrp0,md,rd,1] 
	00139: SVTCA[y-axis] 
	00140: MIAP[rd+ci] 
	00141: ALIGNRP    
	00142: MIRP[srp0,md,rd,1] 
	00143: ALIGNRP    
	00144: MIAP[rd+ci] 
	00145: MIAP[rd+ci] 
	00146: MIRP[srp0,md,rd,1] 
	00147: ALIGNRP    
	00148: SRP1       
	00149: IP         
	00150: IP         
	00151: SRP1       
	00152: SRP2       
	00153: IP         
	00154: MDAP[rd]   
	00155: DELTAP1    
	00156: MIRP[nrp0,md,rd,1] 
	00157: IUP[y]     
	00158: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:        XDual                         On
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short On
	 27:        XDual                         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On
	 32:        XDual                         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual                 X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   656,    84)  ->  Abs (   656,    84)
	  1: Rel (    79,     0)  ->  Abs (   735,    84)
	  2: Rel (   131,     0)  ->  Abs (   866,    84)
	  3: Rel (    74,   108)  ->  Abs (   940,   192)
	  4: Rel (     0,   109)  ->  Abs (   940,   301)
	  5: Rel (     0,   594)  ->  Abs (   940,   895)
	  6: Rel (  -110,     0)  ->  Abs (   830,   895)
	  7: Rel (   -48,     0)  ->  Abs (   782,   895)
	  8: Rel (     0,    42)  ->  Abs (   782,   937)
	  9: Rel (     0,    42)  ->  Abs (   782,   979)
	 10: Rel (    48,     0)  ->  Abs (   830,   979)
	 11: Rel (   194,     0)  ->  Abs (  1024,   979)
	 12: Rel (     0,  -686)  ->  Abs (  1024,   293)
	 13: Rel (     0,  -165)  ->  Abs (  1024,   128)
	 14: Rel (  -137,  -128)  ->  Abs (   887,     0)
	 15: Rel (  -153,     0)  ->  Abs (   734,     0)
	 16: Rel (  -245,     0)  ->  Abs (   489,     0)
	 17: Rel (  -172,     0)  ->  Abs (   317,     0)
	 18: Rel (  -113,   153)  ->  Abs (   204,   153)
	 19: Rel (     0,   142)  ->  Abs (   204,   295)
	 20: Rel (     0,   684)  ->  Abs (   204,   979)
	 21: Rel (   194,     0)  ->  Abs (   398,   979)
	 22: Rel (    48,     0)  ->  Abs (   446,   979)
	 23: Rel (     0,   -42)  ->  Abs (   446,   937)
	 24: Rel (     0,   -42)  ->  Abs (   446,   895)
	 25: Rel (   -48,     0)  ->  Abs (   398,   895)
	 26: Rel (  -110,     0)  ->  Abs (   288,   895)
	 27: Rel (     0,  -594)  ->  Abs (   288,   301)
	 28: Rel (     0,  -131)  ->  Abs (   288,   170)
	 29: Rel (    95,   -86)  ->  Abs (   383,    84)
	 30: Rel (   109,     0)  ->  Abs (   492,    84)
	 31: Rel (    80,     0)  ->  Abs (   572,    84)
	 32: Rel (     0,   858)  ->  Abs (   572,   942)
	 33: Rel (     0,    48)  ->  Abs (   572,   990)
	 34: Rel (    42,     0)  ->  Abs (   614,   990)
	 35: Rel (    42,     0)  ->  Abs (   656,   990)
	 36: Rel (     0,   -48)  ->  Abs (   656,   942)
	 37: Rel (   205,  -422)  ->  Abs (   861,   520)
	 38: Rel (    -5,   -63)  ->  Abs (   856,   457)
	 39: Rel (   -61,    -3)  ->  Abs (   795,   454)
	 40: Rel (   -61,    -1)  ->  Abs (   734,   453)
	 41: Rel (    -6,    67)  ->  Abs (   728,   520)
	 42: Rel (     0,    67)  ->  Abs (   728,   587)
	 43: Rel (    67,     0)  ->  Abs (   795,   587)
	 44: Rel (    65,    -4)  ->  Abs (   860,   583)

	Glyph 738: off = 0x00026CD8, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			160
	  yMin:			-11
	  xMax:			995
	  yMax:			979

	     0: Flags:		0x0226
		Glyf Index:	698
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	61
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     1   192    31     1     0    31    27     0    22    64 
	                             1   224    33     1    33 
	00017: SVTCA[y-axis] 
	00018: MDAP[rd]   
	00019: DELTAP1    
	00020: SHC[rp1,zp0] 
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 739: off = 0x00026D0A, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			375
	  yMin:			-11
	  xMax:			701
	  yMax:			1286

	     0: Flags:		0x0226
		Glyf Index:	677
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	662
		X BOffset:	20
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    12    12     6     6    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 740: off = 0x00026D2E, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			0
	  xMax:			1069
	  yMax:			1244

	     0: Flags:		0x0226
		Glyf Index:	673
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	667
		X BOffset:	-108
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    33    28    16    14    64     1     1    25 
	00012: PUSHW[2]            836    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 741: off = 0x00026D5C, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			180
	  yMin:			0
	  xMax:			1015
	  yMax:			1244

	     0: Flags:		0x0226
		Glyf Index:	683
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	667
		X BOffset:	-30
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    28    23    17    12    64     1     1    20 
	00012: PUSHW[2]            836    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 742: off = 0x00026D8A, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			250
	  yMin:			0
	  xMax:			959
	  yMax:			1244

	     0: Flags:		0x0226
		Glyf Index:	692
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	667
		X BOffset:	-30
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     1    16    39     1     0    39    34     0     3    64 
	                             1     1    31 
	00015: PUSHW[2]            836    41 
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       
	00024: DELTAP2    
	00025: SHC[rp1,zp0] 

	Glyph 743: off = 0x00026DBC, len = 324
	  numberOfContours:	1
	  xMin:			172
	  yMin:			-12
	  xMax:			1029
	  yMax:			1289

	EndPoints
	---------
	  0:  42

	  Length of Instructions:	196
	00000: PUSHW[4]             41   -29    10   -29 
	00009: NPUSHB      (59):    20    29     4     8     7    39     9    22    23    22 
	                            20    23     8    42    30    29    29     0    25     8 
	                            23    23    32    29     0    20    29    29     0    29 
	                            23    22     9    30    42     8     7     7    39    20 
	                            10    27    17    41    31    39     7    27    10    27 
	                            33    59    39    10     0    59     1    59     7 
	00070: PUSHW[1]            812 
	00073: PUSHB[4]              7    13    59    17 
	00078: PUSHW[1]            812 
	00081: NPUSHB      (40):     7    32     1     1    29    23    22     9    30    42 
	                             0     8     8    18    39    15    15    12    32     0 
	                            18     1     0    18   192    18   224    18     3    18 
	                            36    36    33    32     0    39    79    39     2    39 
	00123: MDAP[rd]   
	00124: DELTAP1    
	00125: MIRP[nrp0,md,rd,1] 
	00126: SHP[rp1,zp0] 
	00127: MDAP[rd]   
	00128: MDAP[rd]   
	00129: DELTAP1    
	00130: DELTAP2    
	00131: MIRP[nrp0,md,rd,1] 
	00132: SHP[rp1,zp0] 
	00133: MDAP[rd]   
	00134: SRP1       
	00135: SRP2       
	00136: SLOOP      
	00137: IP         
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: MIRP[nrp0,md,rd,1] 
	00141: SVTCA[y-axis] 
	00142: MIAP[rd+ci] 
	00143: MIRP[srp0,md,rd,1] 
	00144: SHP[rp2,zp1] 
	00145: MIAP[rd+ci] 
	00146: MIRP[nrp0,md,rd,1] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIAP[rd+ci] 
	00149: MIRP[nrp0,md,rd,1] 
	00150: SHP[rp1,zp0] 
	00151: MIAP[rd+ci] 
	00152: SRP1       
	00153: SRP2       
	00154: IP         
	00155: IP         
	00156: SRP1       
	00157: SRP2       
	00158: IP         
	00159: IP         
	00160: SRP1       
	00161: SRP2       
	00162: SLOOP      
	00163: IP         
	00164: SDPVTL[1]  
	00165: SFVTPV     
	00166: MDAP[nrd]  
	00167: CALL       
	00168: SFVTCA[x-axis] 
	00169: RDTG       
	00170: SRP0       
	00171: MDRP[nrp0,nmd,rd,0] 
	00172: SVTCA[x-axis] 
	00173: SHP[rp1,zp0] 
	00174: SPVTL[p1,p2] 
	00175: SFVTPV     
	00176: SRP0       
	00177: ALIGNRP    
	00178: ALIGNRP    
	00179: SPVTL[p1,p2] 
	00180: SFVTL[=p1,p2] 
	00181: SRP0       
	00182: ALIGNRP    
	00183: SFVTPV     
	00184: ALIGNRP    
	00185: SVTCA[y-axis] 
	00186: SRP1       
	00187: SRP2       
	00188: IP         
	00189: RTG        
	00190: MDAP[rd]   
	00191: IUP[y]     
	00192: IUP[x]     
	00193: SHPIX      
	00194: SHPIX      
	00195: SHPIX      

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short On
	  2:        XDual                         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual                         On
	  8:  YDual XDual                 X-Short On
	  9:                                      On
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short On
	 19:        XDual                         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short         On
	 22:  YDual               Y-Short X-Short On
	 23:                                      On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:                                      On
	 31:                      Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual                         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   277,   894)  ->  Abs (   277,   894)
	  1: Rel (  -105,     1)  ->  Abs (   172,   895)
	  2: Rel (     0,   346)  ->  Abs (   172,  1241)
	  3: Rel (     0,    48)  ->  Abs (   172,  1289)
	  4: Rel (    42,     0)  ->  Abs (   214,  1289)
	  5: Rel (    42,     0)  ->  Abs (   256,  1289)
	  6: Rel (     0,   -48)  ->  Abs (   256,  1241)
	  7: Rel (     0,  -262)  ->  Abs (   256,   979)
	  8: Rel (    65,     0)  ->  Abs (   321,   979)
	  9: Rel (   361,  -491)  ->  Abs (   682,   488)
	 10: Rel (   263,    92)  ->  Abs (   945,   580)
	 11: Rel (     0,   127)  ->  Abs (   945,   707)
	 12: Rel (     0,   188)  ->  Abs (   945,   895)
	 13: Rel (  -157,     0)  ->  Abs (   788,   895)
	 14: Rel (   -48,     0)  ->  Abs (   740,   895)
	 15: Rel (     0,    42)  ->  Abs (   740,   937)
	 16: Rel (     0,    42)  ->  Abs (   740,   979)
	 17: Rel (    48,     0)  ->  Abs (   788,   979)
	 18: Rel (   241,     0)  ->  Abs (  1029,   979)
	 19: Rel (     0,  -288)  ->  Abs (  1029,   691)
	 20: Rel (     0,  -179)  ->  Abs (  1029,   512)
	 21: Rel (  -298,   -89)  ->  Abs (   731,   423)
	 22: Rel (    -8,    10)  ->  Abs (   723,   433)
	 23: Rel (   275,  -373)  ->  Abs (   998,    60)
	 24: Rel (    11,   -16)  ->  Abs (  1009,    44)
	 25: Rel (     0,   -16)  ->  Abs (  1009,    28)
	 26: Rel (     0,   -40)  ->  Abs (  1009,   -12)
	 27: Rel (   -41,     0)  ->  Abs (   968,   -12)
	 28: Rel (   -22,     0)  ->  Abs (   946,   -12)
	 29: Rel (   -16,    22)  ->  Abs (   930,    10)
	 30: Rel (  -447,   607)  ->  Abs (   483,   617)
	 31: Rel (  -191,   -82)  ->  Abs (   292,   535)
	 32: Rel (     0,  -132)  ->  Abs (   292,   403)
	 33: Rel (     0,  -319)  ->  Abs (   292,    84)
	 34: Rel (   139,     0)  ->  Abs (   431,    84)
	 35: Rel (    48,     0)  ->  Abs (   479,    84)
	 36: Rel (     0,   -42)  ->  Abs (   479,    42)
	 37: Rel (     0,   -42)  ->  Abs (   479,     0)
	 38: Rel (   -48,     0)  ->  Abs (   431,     0)
	 39: Rel (  -223,     0)  ->  Abs (   208,     0)
	 40: Rel (     0,   399)  ->  Abs (   208,   399)
	 41: Rel (     0,   175)  ->  Abs (   208,   574)
	 42: Rel (   224,   111)  ->  Abs (   432,   685)

	Glyph 744: off = 0x00026F00, len = 60
	  numberOfContours:	1
	  xMin:			579
	  yMin:			-275
	  xMax:			651
	  yMax:			1289

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	32
	00000: PUSHW[6]              2   818     3   817     0   817 
	00013: PUSHB[7]             16     3     1     3     3     5     4 
	00021: SRP1       
	00022: SRP2       
	00023: IP         
	00024: MDAP[rd]   
	00025: DELTAP1    
	00026: MIRP[nrp0,md,rd,1] 
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MIAP[rd+ci] 
	00030: IUP[y]     
	00031: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   651,  1289)  ->  Abs (   651,  1289)
	  1: Rel (     0, -1564)  ->  Abs (   651,  -275)
	  2: Rel (   -72,     0)  ->  Abs (   579,  -275)
	  3: Rel (     0,  1564)  ->  Abs (   579,  1289)

	Glyph 745: off = 0x00026F3C, len = 332
	  numberOfContours:	1
	  xMin:			396
	  yMin:			-275
	  xMax:			834
	  yMax:			1413

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	271
	00000: NPUSHB      (37):    14    64   125   125    52     2    64   125   125    52 
	                            14     5     6     6    13    11     2     3    10     5 
	                             6    13     4     9    11     3    10    12     7     8 
	                             9     4     7    12    10     3     3 
	00039: PUSHW[1]            640 
	00042: NPUSHB       (9):     4     9    20     4     4     9    13     6     6 
	00053: PUSHW[1]            640 
	00056: NPUSHB      (33):     7    12    20     7     7    12     8     7    14     2 
	                             5    12     4    12     4    10     6    10     6     7 
	                            11     5    13    13     9     9     7     3    64    43 
	                            47    52     3 
	00091: PUSHW[3]            822     7   822 
	00098: NPUSHB      (20):     5     0    13     9    13     9    10     7     3     3 
	                             7     6    10    64    43    47    52    10    10    12 
	00120: PUSHW[1]            -64 
	00123: PUSHB[4]             43    47    52    12 
	00128: PUSHW[4]            822     8     6   -64 
	00137: NPUSHB      (11):    43    47    52     6     6     4    64    43    47    52 
	                             4 
	00150: PUSHW[1]            822 
	00153: PUSHB[4]             96     8     8    14 
	00158: PUSHW[1]            821 
	00161: PUSHB[7]             16     2     1     2     2    16    15 
	00169: SRP1       
	00170: SRP2       
	00171: IP         
	00172: MDAP[rd]   
	00173: DELTAP1    
	00174: MIRP[nrp0,md,rd,1] 
	00175: RTHG       
	00176: IP         
	00177: MDAP[rd]   
	00178: SMD        
	00179: MIRP[srp0,md,rd,1] 
	00180: CALL       
	00181: SHP[rp2,zp1] 
	00182: RTG        
	00183: MDAP[rd]   
	00184: CALL       
	00185: RTHG       
	00186: SRP0       
	00187: MIRP[srp0,md,rd,1] 
	00188: CALL       
	00189: SHP[rp2,zp1] 
	00190: RTG        
	00191: MDAP[rd]   
	00192: CALL       
	00193: SRP1       
	00194: SHP[rp1,zp0] 
	00195: SHP[rp1,zp0] 
	00196: RTHG       
	00197: MDAP[rd]   
	00198: MDAP[rd]   
	00199: SRP1       
	00200: SHP[rp1,zp0] 
	00201: SHP[rp1,zp0] 
	00202: MDAP[rd]   
	00203: MDAP[rd]   
	00204: SVTCA[y-axis] 
	00205: RTG        
	00206: MDAP[rd]   
	00207: RTHG       
	00208: MDAP[rd]   
	00209: MIRP[nrp0,md,rd,1] 
	00210: MIRP[nrp0,md,rd,1] 
	00211: CALL       
	00212: SRP1       
	00213: SHP[rp1,zp0] 
	00214: RTG        
	00215: MDAP[rd]   
	00216: SHP[rp2,zp1] 
	00217: MDAP[rd]   
	00218: SRP1       
	00219: SHP[rp1,zp0] 
	00220: SRP1       
	00221: SHP[rp1,zp0] 
	00222: SHP[rp1,zp0] 
	00223: RTHG       
	00224: MDAP[rd]   
	00225: MDAP[rd]   
	00226: SHP[rp2,zp1] 
	00227: SHP[rp2,zp1] 
	00228: MDAP[rd]   
	00229: MDAP[rd]   
	00230: SRP1       
	00231: IP         
	00232: IP         
	00233: SRP2       
	00234: IP         
	00235: SDPVTL[1]  
	00236: SFVTPV     
	00237: MDAP[nrd]  
	00238: RTG        
	00239: CALL       
	00240: SFVTPV     
	00241: RDTG       
	00242: SRP0       
	00243: MDRP[nrp0,nmd,rd,0] 
	00244: SDPVTL[1]  
	00245: SFVTPV     
	00246: MDAP[nrd]  
	00247: RTG        
	00248: CALL       
	00249: SFVTPV     
	00250: RDTG       
	00251: SRP0       
	00252: MDRP[nrp0,nmd,rd,0] 
	00253: ISECT      
	00254: ISECT      
	00255: ISECT      
	00256: SDPVTL[1]  
	00257: SFVTCA[y-axis] 
	00258: MDRP[nrp0,nmd,rd,0] 
	00259: SFVTPV     
	00260: ALIGNRP    
	00261: SDPVTL[1]  
	00262: SFVTPV     
	00263: SRP0       
	00264: ALIGNRP    
	00265: SFVTCA[y-axis] 
	00266: MDRP[nrp0,nmd,rd,0] 
	00267: CALL       
	00268: CALL       
	00269: IUP[y]     
	00270: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short On
	 12:        XDual         Y-Short X-Short On
	 13:                      Y-Short X-Short On
	 14:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   651,  -275)  ->  Abs (   651,  -275)
	  1: Rel (   -72,     0)  ->  Abs (   579,  -275)
	  2: Rel (     0,  1389)  ->  Abs (   579,  1114)
	  3: Rel (  -134,  -136)  ->  Abs (   445,   978)
	  4: Rel (   -49,    49)  ->  Abs (   396,  1027)
	  5: Rel (   171,   169)  ->  Abs (   567,  1196)
	  6: Rel (  -171,   168)  ->  Abs (   396,  1364)
	  7: Rel (    49,    49)  ->  Abs (   445,  1413)
	  8: Rel (   170,  -171)  ->  Abs (   615,  1242)
	  9: Rel (   170,   171)  ->  Abs (   785,  1413)
	 10: Rel (    49,   -49)  ->  Abs (   834,  1364)
	 11: Rel (  -171,  -168)  ->  Abs (   663,  1196)
	 12: Rel (   171,  -169)  ->  Abs (   834,  1027)
	 13: Rel (   -49,   -49)  ->  Abs (   785,   978)
	 14: Rel (  -134,   136)  ->  Abs (   651,  1114)

	Glyph 746: off = 0x00027088, len = 194
	  numberOfContours:	1
	  xMin:			352
	  yMin:			-275
	  xMax:			938
	  yMax:			1413

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	146
	00000: PUSHB[3]              2     3     3 
	00004: PUSHW[1]            640 
	00007: NPUSHB       (9):     0     1    20     0     0     1     8     9     9 
	00018: PUSHW[1]            640 
	00021: NPUSHB      (15):    10     0    20    10    10     0     0     7     2     1 
	                             4     9    10     7     1 
	00038: PUSHW[7]            824     3     4   821    64    10   824 
	00053: NPUSHB      (13):     7     5     8     7     2     9     3     8    10    10 
	                             1     1     0 
	00068: PUSHW[6]            823   192     5   821     6   -64 
	00081: PUSHB[4]             14    15    52     6 
	00086: PUSHW[1]            -64 
	00089: PUSHB[4]              9    12    52     6 
	00094: MDAP[rd]   
	00095: CALL       
	00096: CALL       
	00097: MIRP[srp0,md,rd,1] 
	00098: SMD        
	00099: MIRP[srp0,md,rd,0] 
	00100: RTHG       
	00101: IP         
	00102: MDAP[rd]   
	00103: SHP[rp1,zp0] 
	00104: MDAP[rd]   
	00105: IP         
	00106: IP         
	00107: SHP[rp1,zp0] 
	00108: SHP[rp1,zp0] 
	00109: SVTCA[y-axis] 
	00110: RTG        
	00111: MDAP[rd]   
	00112: ALIGNRP    
	00113: MDAP[rd]   
	00114: SRP0       
	00115: MIRP[nrp0,nmd,rd,0] 
	00116: SMD        
	00117: MIRP[srp0,md,rd,1] 
	00118: ALIGNRP    
	00119: MIRP[nrp0,nmd,rd,0] 
	00120: SRP1       
	00121: SRP2       
	00122: IP         
	00123: SRP1       
	00124: SRP2       
	00125: IP         
	00126: SRP2       
	00127: IP         
	00128: SDPVTL[1]  
	00129: SFVTPV     
	00130: MDAP[nrd]  
	00131: CALL       
	00132: SFVTCA[x-axis] 
	00133: RDTG       
	00134: SRP0       
	00135: MDRP[nrp0,nmd,rd,0] 
	00136: SDPVTL[1]  
	00137: MDAP[nrd]  
	00138: RTG        
	00139: CALL       
	00140: SFVTPV     
	00141: RDTG       
	00142: SRP0       
	00143: MDRP[nrp0,nmd,rd,0] 
	00144: IUP[y]     
	00145: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:  YDual               Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   938,  1198)  ->  Abs (   938,  1198)
	  1: Rel (  -217,  -214)  ->  Abs (   721,   984)
	  2: Rel (   -49,    49)  ->  Abs (   672,  1033)
	  3: Rel (   137,   130)  ->  Abs (   809,  1163)
	  4: Rel (  -386,     0)  ->  Abs (   423,  1163)
	  5: Rel (     0, -1438)  ->  Abs (   423,  -275)
	  6: Rel (   -71,     0)  ->  Abs (   352,  -275)
	  7: Rel (     0,  1509)  ->  Abs (   352,  1234)
	  8: Rel (   457,     0)  ->  Abs (   809,  1234)
	  9: Rel (  -137,   130)  ->  Abs (   672,  1364)
	 10: Rel (    49,    49)  ->  Abs (   721,  1413)

	Glyph 747: off = 0x0002714A, len = 180
	  numberOfContours:	1
	  xMin:			292
	  yMin:			-275
	  xMax:			878
	  yMax:			1413

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	132
	00000: PUSHB[3]              9     8     8 
	00004: PUSHW[1]            640 
	00007: NPUSHB       (9):     7     6    20     7     7     6     3     4     4 
	00018: PUSHW[1]            640 
	00021: NPUSHB      (14):     5     6    20     5     5     6     4     5     6     2 
	                             8     7    10     5 
	00037: PUSHW[7]            824     3     2   821    64     7   824 
	00052: NPUSHB      (12):     9    10     1     4     8     3     9     7     7     5 
	                             5     6 
	00066: PUSHW[4]            823   192     0   821 
	00075: PUSHB[6]             16     1    64     1     2     1 
	00082: MDAP[rd]   
	00083: DELTAP1    
	00084: MIRP[nrp0,md,rd,1] 
	00085: SMD        
	00086: MIRP[srp0,md,rd,0] 
	00087: RTHG       
	00088: IP         
	00089: MDAP[rd]   
	00090: SHP[rp1,zp0] 
	00091: MDAP[rd]   
	00092: IP         
	00093: IP         
	00094: SHP[rp1,zp0] 
	00095: SHP[rp1,zp0] 
	00096: SVTCA[y-axis] 
	00097: RTG        
	00098: MDAP[rd]   
	00099: MDAP[rd]   
	00100: ALIGNRP    
	00101: MIRP[nrp0,nmd,rd,0] 
	00102: SMD        
	00103: MIRP[srp0,md,rd,1] 
	00104: ALIGNRP    
	00105: MIRP[nrp0,nmd,rd,0] 
	00106: SRP1       
	00107: SRP2       
	00108: IP         
	00109: SRP2       
	00110: IP         
	00111: SRP1       
	00112: IP         
	00113: SDPVTL[1]  
	00114: SFVTPV     
	00115: MDAP[nrd]  
	00116: CALL       
	00117: SFVTCA[x-axis] 
	00118: RDTG       
	00119: SRP0       
	00120: MDRP[nrp0,nmd,rd,0] 
	00121: SDPVTL[1]  
	00122: SFVTPV     
	00123: MDAP[nrd]  
	00124: RTG        
	00125: CALL       
	00126: SFVTCA[x-axis] 
	00127: RDTG       
	00128: SRP0       
	00129: MDRP[nrp0,nmd,rd,0] 
	00130: IUP[y]     
	00131: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual         Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   878,  -275)  ->  Abs (   878,  -275)
	  1: Rel (   -71,     0)  ->  Abs (   807,  -275)
	  2: Rel (     0,  1438)  ->  Abs (   807,  1163)
	  3: Rel (  -386,     0)  ->  Abs (   421,  1163)
	  4: Rel (   137,  -130)  ->  Abs (   558,  1033)
	  5: Rel (   -49,   -49)  ->  Abs (   509,   984)
	  6: Rel (  -217,   214)  ->  Abs (   292,  1198)
	  7: Rel (   217,   215)  ->  Abs (   509,  1413)
	  8: Rel (    49,   -49)  ->  Abs (   558,  1364)
	  9: Rel (  -137,  -130)  ->  Abs (   421,  1234)
	 10: Rel (   457,     0)  ->  Abs (   878,  1234)

	Glyph 748: off = 0x000271FE, len = 152
	  numberOfContours:	1
	  xMin:			455
	  yMin:			-12
	  xMax:			773
	  yMax:			497

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	85
	00000: NPUSHB      (31):   233    13   248    13     2    39    20    53    12    53 
	                            20     3     6    20    38    12    70    12    70    20 
	                             4   247    20     1     8    13     1    14    14     0 
	                             2 
	00033: PUSHW[1]            945 
	00036: NPUSHB      (11):     8    48    16     1    16    16     0    15     5     1 
	                             5 
	00049: PUSHW[1]            946 
	00052: PUSHB[5]            191    11     1    11     5 
	00058: PUSHW[1]            340 
	00061: SCANCTRL   
	00062: SCANTYPE   
	00063: MDAP[rd]   
	00064: DELTAP1    
	00065: MIRP[nrp0,md,rd,1] 
	00066: DELTAP1    
	00067: IP         
	00068: SHP[rp2,zp1] 
	00069: MDAP[rd]   
	00070: DELTAP1    
	00071: SVTCA[y-axis] 
	00072: MDAP[rd]   
	00073: MIRP[nrp0,md,rd,1] 
	00074: IP         
	00075: SHP[rp2,zp1] 
	00076: MDAP[rd]   
	00077: IUP[y]     
	00078: IUP[x]     
	00079: SVTCA[x-axis] 
	00080: DELTAP3    
	00081: DELTAP1    
	00082: DELTAP2    
	00083: DELTAP2    
	00084: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   555,   242)  ->  Abs (   555,   242)
	  1: Rel (    26,    13)  ->  Abs (   581,   255)
	  2: Rel (    31,     0)  ->  Abs (   612,   255)
	  3: Rel (    61,     0)  ->  Abs (   673,   255)
	  4: Rel (    90,   -72)  ->  Abs (   763,   183)
	  5: Rel (     0,   -76)  ->  Abs (   763,   107)
	  6: Rel (     0,   -34)  ->  Abs (   763,    73)
	  7: Rel (   -68,   -85)  ->  Abs (   695,   -12)
	  8: Rel (   -95,     0)  ->  Abs (   600,   -12)
	  9: Rel (   -74,     0)  ->  Abs (   526,   -12)
	 10: Rel (   -71,    84)  ->  Abs (   455,    72)
	 11: Rel (     0,    51)  ->  Abs (   455,   123)
	 12: Rel (     0,   163)  ->  Abs (   455,   286)
	 13: Rel (   201,   211)  ->  Abs (   656,   497)
	 14: Rel (    76,     0)  ->  Abs (   732,   497)
	 15: Rel (    41,     0)  ->  Abs (   773,   497)
	 16: Rel (     0,   -31)  ->  Abs (   773,   466)
	 17: Rel (     0,   -21)  ->  Abs (   773,   445)
	 18: Rel (   -51,   -23)  ->  Abs (   722,   422)
	 19: Rel (   -65,   -31)  ->  Abs (   657,   391)
	 20: Rel (  -100,  -105)  ->  Abs (   557,   286)

	Glyph 749: off = 0x00027296, len = 224
	  numberOfContours:	2
	  xMin:			455
	  yMin:			0
	  xMax:			773
	  yMax:			1049

	EndPoints
	---------
	  0:  20
	  1:  34

	  Length of Instructions:	120
	00000: NPUSHB      (31):   233    13   248    13     2    39    20    53    12    53 
	                            20     3     6    20    38    12    70    12    70    20 
	                             4   245    20     1     8    13     1    14    14     0 
	                             2 
	00033: PUSHW[1]            945 
	00036: NPUSHB       (9):    48     8    64     8     2     8     8    22    21 
	00047: PUSHW[4]            945    28    29   858 
	00056: NPUSHB      (10):    48    16     1    16    16     0    15     5     1     5 
	00068: PUSHW[1]            946 
	00071: PUSHB[6]             11    11    15    25     1    25 
	00078: PUSHW[4]            946    32     5   340 
	00087: SCANCTRL   
	00088: SCANTYPE   
	00089: MDAP[rd]   
	00090: MIRP[nrp0,md,rd,1] 
	00091: DELTAP1    
	00092: SHP[rp1,zp0] 
	00093: MDAP[rd]   
	00094: MIRP[nrp0,md,rd,1] 
	00095: DELTAP1    
	00096: IP         
	00097: SHP[rp2,zp1] 
	00098: MDAP[rd]   
	00099: DELTAP1    
	00100: SVTCA[y-axis] 
	00101: MIAP[rd+ci] 
	00102: ALIGNRP    
	00103: MIRP[srp0,md,rd,1] 
	00104: ALIGNRP    
	00105: SHP[rp2,zp1] 
	00106: MDAP[rd]   
	00107: DELTAP1    
	00108: MIRP[nrp0,md,rd,1] 
	00109: IP         
	00110: SHP[rp2,zp1] 
	00111: MDAP[rd]   
	00112: IUP[y]     
	00113: IUP[x]     
	00114: SVTCA[x-axis] 
	00115: DELTAP3    
	00116: DELTAP1    
	00117: DELTAP2    
	00118: DELTAP2    
	00119: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short Off
	 21:        XDual                 X-Short On
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   564,   798)  ->  Abs (   564,   798)
	  1: Rel (    26,    12)  ->  Abs (   590,   810)
	  2: Rel (    27,     0)  ->  Abs (   617,   810)
	  3: Rel (    52,     0)  ->  Abs (   669,   810)
	  4: Rel (    94,   -74)  ->  Abs (   763,   736)
	  5: Rel (     0,   -77)  ->  Abs (   763,   659)
	  6: Rel (     0,   -33)  ->  Abs (   763,   626)
	  7: Rel (   -68,   -86)  ->  Abs (   695,   540)
	  8: Rel (   -95,     0)  ->  Abs (   600,   540)
	  9: Rel (   -74,     0)  ->  Abs (   526,   540)
	 10: Rel (   -71,    85)  ->  Abs (   455,   625)
	 11: Rel (     0,    51)  ->  Abs (   455,   676)
	 12: Rel (     0,   162)  ->  Abs (   455,   838)
	 13: Rel (   201,   211)  ->  Abs (   656,  1049)
	 14: Rel (    76,     0)  ->  Abs (   732,  1049)
	 15: Rel (    41,     0)  ->  Abs (   773,  1049)
	 16: Rel (     0,   -31)  ->  Abs (   773,  1018)
	 17: Rel (     0,   -20)  ->  Abs (   773,   998)
	 18: Rel (   -51,   -24)  ->  Abs (   722,   974)
	 19: Rel (   -64,   -30)  ->  Abs (   658,   944)
	 20: Rel (   -92,  -102)  ->  Abs (   566,   842)
	 21: Rel (    30,  -569)  ->  Abs (   596,   273)
	 22: Rel (    37,     0)  ->  Abs (   633,   273)
	 23: Rel (    56,     0)  ->  Abs (   689,   273)
	 24: Rel (    79,   -80)  ->  Abs (   768,   193)
	 25: Rel (     0,   -56)  ->  Abs (   768,   137)
	 26: Rel (     0,   -57)  ->  Abs (   768,    80)
	 27: Rel (   -78,   -80)  ->  Abs (   690,     0)
	 28: Rel (   -57,     0)  ->  Abs (   633,     0)
	 29: Rel (   -37,     0)  ->  Abs (   596,     0)
	 30: Rel (   -56,     0)  ->  Abs (   540,     0)
	 31: Rel (   -79,    80)  ->  Abs (   461,    80)
	 32: Rel (     0,    57)  ->  Abs (   461,   137)
	 33: Rel (     0,    56)  ->  Abs (   461,   193)
	 34: Rel (    79,    80)  ->  Abs (   540,   273)

	Glyph 750: off = 0x00027376, len = 270
	  numberOfContours:	2
	  xMin:			251
	  yMin:			-37
	  xMax:			978
	  yMax:			1194

	EndPoints
	---------
	  0:  28
	  1:  42

	  Length of Instructions:	151
	00000: NPUSHB      (35):    74     5    89     5     2    57     4    58     5    57 
	                            18     3   138    19   172    19   250    19     3     0 
	                            26    23    23    26     9    15    14    10     4    15 
	                            12     1    12    12    17 
	00037: PUSHW[1]            949 
	00040: NPUSHB      (29):    47     6     1     6    38    26     1    32    26     1 
	                           112    26   128    26     2    26    26    29    42    42 
	                            35    36    32    32    39    39    10     3    24 
	00071: PUSHW[1]            948 
	00074: PUSHB[7]             16    28     1    28    28     3    14 
	00082: PUSHW[1]            948 
	00085: PUSHB[6]             63    10     1    10    10    20 
	00092: PUSHW[4]            948     3     5   340 
	00101: SCANCTRL   
	00102: SCANTYPE   
	00103: MDAP[rd]   
	00104: MIRP[nrp0,md,rd,1] 
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: DELTAP1    
	00108: MIRP[nrp0,md,rd,1] 
	00109: SRP2       
	00110: IP         
	00111: MDAP[rd]   
	00112: DELTAP1    
	00113: MIRP[nrp0,md,rd,1] 
	00114: SRP1       
	00115: SRP2       
	00116: IP         
	00117: MDAP[rd]   
	00118: SHP[rp1,zp0] 
	00119: MDAP[rd]   
	00120: SVTCA[y-axis] 
	00121: MDAP[rd]   
	00122: ALIGNRP    
	00123: SHP[rp1,zp0] 
	00124: MDAP[rd]   
	00125: ALIGNRP    
	00126: SHP[rp1,zp0] 
	00127: MDAP[rd]   
	00128: DELTAP1    
	00129: DELTAP2    
	00130: DELTAP2    
	00131: MDAP[rd]   
	00132: DELTAP1    
	00133: MIRP[srp0,md,rd,1] 
	00134: SHP[rp2,zp1] 
	00135: MDAP[rd]   
	00136: DELTAP1    
	00137: SLOOP      
	00138: IP         
	00139: SRP1       
	00140: SHP[rp1,zp0] 
	00141: MDAP[rd]   
	00142: SRP2       
	00143: IP         
	00144: IUP[y]     
	00145: IUP[x]     
	00146: SVTCA[y-axis] 
	00147: DELTAP1    
	00148: SVTCA[x-axis] 
	00149: DELTAP2    
	00150: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:        XDual         Y-Short X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   595,   508)  ->  Abs (   595,   508)
	  1: Rel (  -200,    85)  ->  Abs (   395,   593)
	  2: Rel (  -144,   140)  ->  Abs (   251,   733)
	  3: Rel (     0,   109)  ->  Abs (   251,   842)
	  4: Rel (     0,   146)  ->  Abs (   251,   988)
	  5: Rel (   200,   206)  ->  Abs (   451,  1194)
	  6: Rel (   171,     0)  ->  Abs (   622,  1194)
	  7: Rel (   129,     0)  ->  Abs (   751,  1194)
	  8: Rel (   168,   -74)  ->  Abs (   919,  1120)
	  9: Rel (    59,   -26)  ->  Abs (   978,  1094)
	 10: Rel (     0,  -142)  ->  Abs (   978,   952)
	 11: Rel (     0,   -55)  ->  Abs (   978,   897)
	 12: Rel (   -41,     0)  ->  Abs (   937,   897)
	 13: Rel (   -43,     0)  ->  Abs (   894,   897)
	 14: Rel (     0,    55)  ->  Abs (   894,   952)
	 15: Rel (     0,    86)  ->  Abs (   894,  1038)
	 16: Rel (  -144,    69)  ->  Abs (   750,  1107)
	 17: Rel (  -124,     0)  ->  Abs (   626,  1107)
	 18: Rel (  -130,     0)  ->  Abs (   496,  1107)
	 19: Rel (  -161,  -156)  ->  Abs (   335,   951)
	 20: Rel (     0,  -111)  ->  Abs (   335,   840)
	 21: Rel (     0,   -79)  ->  Abs (   335,   761)
	 22: Rel (   159,  -130)  ->  Abs (   494,   631)
	 23: Rel (   185,   -68)  ->  Abs (   679,   563)
	 24: Rel (     0,  -141)  ->  Abs (   679,   422)
	 25: Rel (     0,   -55)  ->  Abs (   679,   367)
	 26: Rel (   -43,     0)  ->  Abs (   636,   367)
	 27: Rel (   -41,     0)  ->  Abs (   595,   367)
	 28: Rel (     0,    55)  ->  Abs (   595,   422)
	 29: Rel (    84,  -250)  ->  Abs (   679,   172)
	 30: Rel (    44,     0)  ->  Abs (   723,   172)
	 31: Rel (    60,   -61)  ->  Abs (   783,   111)
	 32: Rel (     0,   -44)  ->  Abs (   783,    67)
	 33: Rel (     0,   -44)  ->  Abs (   783,    23)
	 34: Rel (   -60,   -60)  ->  Abs (   723,   -37)
	 35: Rel (   -44,     0)  ->  Abs (   679,   -37)
	 36: Rel (   -84,     0)  ->  Abs (   595,   -37)
	 37: Rel (   -43,     0)  ->  Abs (   552,   -37)
	 38: Rel (   -62,    61)  ->  Abs (   490,    24)
	 39: Rel (     0,    43)  ->  Abs (   490,    67)
	 40: Rel (     0,    43)  ->  Abs (   490,   110)
	 41: Rel (    62,    62)  ->  Abs (   552,   172)
	 42: Rel (    43,     0)  ->  Abs (   595,   172)

	Glyph 751: off = 0x00027484, len = 226
	  numberOfContours:	1
	  xMin:			513
	  yMin:			135
	  xMax:			962
	  yMax:			678

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	147
	00000: NPUSHB      (31):    72     9     1     0    16    12    15    52   217     6 
	                             1    67    20    70    21   132    21     3    71     4 
	                            69     5     2    22    24     4     0     1    14    14 
	                            10 
	00033: PUSHW[1]            -64 
	00036: PUSHB[4]             23    25    52    10 
	00041: PUSHW[1]            907 
	00044: PUSHB[6]            207    17     1    17    17    24 
	00051: PUSHW[1]            902 
	00054: NPUSHB      (34):     0    64    13    17    52     0     0     2     1     4 
	                             0    19     2     1     1    14    12    64     9    10 
	                            52    15    12     1    12    12     7    24    47     0 
	                             1     0     0    19 
	00090: PUSHW[1]            880 
	00093: PUSHB[4]             16     7     1     7 
	00098: MDAP[rd]   
	00099: DELTAP1    
	00100: MIRP[nrp0,md,rd,1] 
	00101: SHP[rp1,zp0] 
	00102: MDAP[rd]   
	00103: DELTAP1    
	00104: ALIGNRP    
	00105: SRP2       
	00106: IP         
	00107: MDAP[rd]   
	00108: DELTAP2    
	00109: CALL       
	00110: SHP[rp1,zp0] 
	00111: SHP[rp2,zp1] 
	00112: MDAP[rd]   
	00113: SHP[rp1,zp0] 
	00114: SRP1       
	00115: SRP2       
	00116: IP         
	00117: SVTCA[y-axis] 
	00118: MDAP[rd]   
	00119: SHP[rp1,zp0] 
	00120: SHP[rp1,zp0] 
	00121: MDAP[rd]   
	00122: CALL       
	00123: MIRP[srp0,md,rd,1] 
	00124: SHP[rp2,zp1] 
	00125: MDAP[rd]   
	00126: DELTAP1    
	00127: MIRP[nrp0,md,rd,1] 
	00128: CALL       
	00129: SHP[rp1,zp0] 
	00130: RUTG       
	00131: MDAP[rd]   
	00132: RTG        
	00133: SRP1       
	00134: SRP2       
	00135: IP         
	00136: SRP1       
	00137: SHP[rp1,zp0] 
	00138: IUP[y]     
	00139: IUP[x]     
	00140: SVTCA[y-axis] 
	00141: DELTAP2    
	00142: DELTAP2    
	00143: DELTAP2    
	00144: CALL       
	00145: SVTCA[x-axis] 
	00146: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short         On
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   962,   312)  ->  Abs (   962,   312)
	  1: Rel (  -383,  -177)  ->  Abs (   579,   135)
	  2: Rel (    12,    64)  ->  Abs (   591,   199)
	  3: Rel (    70,    36)  ->  Abs (   661,   235)
	  4: Rel (    41,    50)  ->  Abs (   702,   285)
	  5: Rel (   -15,     0)  ->  Abs (   687,   285)
	  6: Rel (  -174,     0)  ->  Abs (   513,   285)
	  7: Rel (     0,   130)  ->  Abs (   513,   415)
	  8: Rel (     0,    92)  ->  Abs (   513,   507)
	  9: Rel (   127,   171)  ->  Abs (   640,   678)
	 10: Rel (    82,     0)  ->  Abs (   722,   678)
	 11: Rel (    88,     0)  ->  Abs (   810,   678)
	 12: Rel (     0,   -91)  ->  Abs (   810,   587)
	 13: Rel (     0,   -57)  ->  Abs (   810,   530)
	 14: Rel (    -7,   -39)  ->  Abs (   803,   491)
	 15: Rel (   -94,    46)  ->  Abs (   709,   537)
	 16: Rel (   -44,    16)  ->  Abs (   665,   553)
	 17: Rel (   -29,     0)  ->  Abs (   636,   553)
	 18: Rel (   -59,     0)  ->  Abs (   577,   553)
	 19: Rel (     0,   -47)  ->  Abs (   577,   506)
	 20: Rel (     0,   -51)  ->  Abs (   577,   455)
	 21: Rel (   189,   -84)  ->  Abs (   766,   371)
	 22: Rel (    69,     0)  ->  Abs (   835,   371)
	 23: Rel (    54,     0)  ->  Abs (   889,   371)
	 24: Rel (    73,    42)  ->  Abs (   962,   413)

	Glyph 752: off = 0x00027566, len = 46
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			123

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	20
	00000: PUSHW[2]              2   907 
	00005: PUSHB[5]              1     3     0     2     1 
	00011: MDAP[rd]   
	00012: ALIGNRP    
	00013: MDAP[rd]   
	00014: ALIGNRP    
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: MIRP[nrp0,md,rd,1] 
	00018: IUP[y]     
	00019: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel ( -1229,     0)  ->  Abs (     0,     0)
	  2: Rel (     0,   123)  ->  Abs (     0,   123)
	  3: Rel (  1229,     0)  ->  Abs (  1229,   123)

	Glyph 753: off = 0x00027594, len = 194
	  numberOfContours:	2
	  xMin:			476
	  yMin:			1259
	  xMax:			752
	  yMax:			1579

	EndPoints
	---------
	  0:  10
	  1:  21

	  Length of Instructions:	121
	00000: PUSHW[5]              5   936    10     4   936 
	00011: PUSHB[4]             16    10     1    10 
	00016: PUSHW[1]            935 
	00019: NPUSHB      (18):     0    64    42    48    52     0    64    25    29    52 
	                            15     0    31     0     2     0     0    16 
	00039: PUSHW[4]            936    21    15   936 
	00048: PUSHB[4]             16    21     1    21 
	00053: PUSHW[1]            935 
	00056: NPUSHB      (12):    11     8    64    18    26    52     8    64     9    11 
	                            52     8 
	00070: PUSHW[1]            934 
	00073: NPUSHB      (13):     2     2    19    64    18    26    52    19    64     9 
	                            11    52    19 
	00088: PUSHW[2]            934    13 
	00093: MDAP[rd]   
	00094: MIRP[nrp0,md,rd,1] 
	00095: CALL       
	00096: CALL       
	00097: SHP[rp1,zp0] 
	00098: MDAP[rd]   
	00099: MIRP[nrp0,md,rd,1] 
	00100: CALL       
	00101: CALL       
	00102: SVTCA[y-axis] 
	00103: MDAP[rd]   
	00104: MIRP[nrp0,nmd,rd,0] 
	00105: DELTAP1    
	00106: MIRP[nrp0,md,rd,1] 
	00107: SRP0       
	00108: MIRP[srp0,md,rd,1] 
	00109: SHP[rp2,zp1] 
	00110: MDAP[rd]   
	00111: DELTAP1    
	00112: CALL       
	00113: CALL       
	00114: MIRP[nrp0,nmd,rd,0] 
	00115: DELTAP1    
	00116: MIRP[nrp0,md,rd,1] 
	00117: SRP0       
	00118: MIRP[nrp0,md,rd,1] 
	00119: IUP[y]     
	00120: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                              X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   488,  1419)  ->  Abs (   488,  1419)
	  1: Rel (   -12,     0)  ->  Abs (   476,  1419)
	  2: Rel (     0,    24)  ->  Abs (   476,  1443)
	  3: Rel (     0,    25)  ->  Abs (   476,  1468)
	  4: Rel (    14,     6)  ->  Abs (   490,  1474)
	  5: Rel (   248,   105)  ->  Abs (   738,  1579)
	  6: Rel (     9,     0)  ->  Abs (   747,  1579)
	  7: Rel (     5,    -7)  ->  Abs (   752,  1572)
	  8: Rel (     0,   -15)  ->  Abs (   752,  1557)
	  9: Rel (     0,   -28)  ->  Abs (   752,  1529)
	 10: Rel (   -14,    -6)  ->  Abs (   738,  1523)
	 11: Rel (  -250,  -264)  ->  Abs (   488,  1259)
	 12: Rel (   -11,     0)  ->  Abs (   477,  1259)
	 13: Rel (     0,    24)  ->  Abs (   477,  1283)
	 14: Rel (     0,    25)  ->  Abs (   477,  1308)
	 15: Rel (    13,     6)  ->  Abs (   490,  1314)
	 16: Rel (   248,   105)  ->  Abs (   738,  1419)
	 17: Rel (     9,     0)  ->  Abs (   747,  1419)
	 18: Rel (     5,    -6)  ->  Abs (   752,  1413)
	 19: Rel (     0,   -15)  ->  Abs (   752,  1398)
	 20: Rel (     0,   -26)  ->  Abs (   752,  1372)
	 21: Rel (   -14,    -6)  ->  Abs (   738,  1366)

	Glyph 754: off = 0x00027656, len = 418
	  numberOfContours:	2
	  xMin:			407
	  yMin:			1261
	  xMax:			774
	  yMax:			1685

	EndPoints
	---------
	  0:  41
	  1:  49

	  Length of Instructions:	279
	00000: PUSHB[4]             29    37     1    21 
	00005: PUSHW[1]            -16 
	00008: PUSHB[4]             29    44    52    38 
	00013: PUSHW[1]            -64 
	00016: PUSHB[4]             29    44    52    32 
	00021: PUSHW[1]            -44 
	00024: NPUSHB      (27):    28    45    52    89    37   154    37     2    27    38 
	                            22    49     2     5    38     1    71    22     1     3 
	                             1     0     3    20    40    40    20 
	00053: PUSHW[1]            -64 
	00056: NPUSHB      (14):    13    16    52    20    20    35    11    64    29    35 
	                            52    11    11    16 
	00072: PUSHW[1]            936 
	00075: NPUSHB      (13):     7     7    46    35    27    27    46    46    37    22 
	                            32     3    42 
	00090: PUSHW[1]            904 
	00093: NPUSHB      (36):    35    32    30    42    44    37    22    48     3     0 
	                            20    18    35    34    64    25    27    52    34    64 
	                            11    24    52    34    34    30     0     0    13    64 
	                            13    16    52    13    13     5 
	00131: PUSHW[3]            879    18   -64 
	00138: PUSHB[7]             54    83    52    18    18     1    18 
	00146: PUSHW[1]            -64 
	00149: NPUSHB      (12):    13    31    52    18    18    24    32    30    48    30 
	                             2    30 
	00163: PUSHW[1]            878 
	00166: NPUSHB      (23):    44    64    46    63    52    44    64    29    38    52 
	                             0    44    16    44     2    64    44    80    44     2 
	                            44    44    48 
	00191: PUSHW[4]            878    24     5   340 
	00200: SCANCTRL   
	00201: SCANTYPE   
	00202: MDAP[rd]   
	00203: MIRP[srp0,md,rd,1] 
	00204: SHP[rp2,zp1] 
	00205: MDAP[rd]   
	00206: DELTAP1    
	00207: DELTAP1    
	00208: CALL       
	00209: CALL       
	00210: MIRP[nrp0,md,rd,1] 
	00211: DELTAP1    
	00212: SRP1       
	00213: SHP[rp1,zp0] 
	00214: MDAP[rd]   
	00215: CALL       
	00216: DELTAP3    
	00217: CALL       
	00218: MIRP[srp0,md,rd,1] 
	00219: SHP[rp2,zp1] 
	00220: MDAP[rd]   
	00221: CALL       
	00222: SHP[rp2,zp1] 
	00223: MDAP[rd]   
	00224: SRP1       
	00225: SHP[rp1,zp0] 
	00226: MDAP[rd]   
	00227: CALL       
	00228: CALL       
	00229: SHP[rp1,zp0] 
	00230: SRP1       
	00231: IP         
	00232: SRP1       
	00233: IP         
	00234: SRP1       
	00235: SHP[rp1,zp0] 
	00236: SHP[rp1,zp0] 
	00237: SRP2       
	00238: IP         
	00239: SRP1       
	00240: IP         
	00241: SVTCA[y-axis] 
	00242: MDAP[rd]   
	00243: MIRP[nrp0,md,rd,1] 
	00244: SLOOP      
	00245: IP         
	00246: SHP[rp2,zp1] 
	00247: MDAP[rd]   
	00248: SHP[rp1,zp0] 
	00249: MDAP[rd]   
	00250: SRP1       
	00251: SRP2       
	00252: IP         
	00253: MDAP[rd]   
	00254: MIRP[nrp0,md,rd,1] 
	00255: SHP[rp1,zp0] 
	00256: MDAP[rd]   
	00257: CALL       
	00258: SRP1       
	00259: SHP[rp1,zp0] 
	00260: MDAP[rd]   
	00261: CALL       
	00262: SHP[rp1,zp0] 
	00263: MDAP[rd]   
	00264: SRP2       
	00265: SLOOP      
	00266: IP         
	00267: IUP[y]     
	00268: IUP[x]     
	00269: SVTCA[y-axis] 
	00270: DELTAP1    
	00271: DELTAP2    
	00272: DELTAP3    
	00273: DELTAP3    
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: SVTCA[x-axis] 
	00278: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:                      Y-Short X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   438,  1267)  ->  Abs (   438,  1267)
	  1: Rel (     0,    12)  ->  Abs (   438,  1279)
	  2: Rel (     7,     4)  ->  Abs (   445,  1283)
	  3: Rel (    24,    17)  ->  Abs (   469,  1300)
	  4: Rel (    24,    37)  ->  Abs (   493,  1337)
	  5: Rel (     0,    59)  ->  Abs (   493,  1396)
	  6: Rel (     0,    37)  ->  Abs (   493,  1433)
	  7: Rel (   -22,     0)  ->  Abs (   471,  1433)
	  8: Rel (    -9,     0)  ->  Abs (   462,  1433)
	  9: Rel (   -21,   -19)  ->  Abs (   441,  1414)
	 10: Rel (   -21,   -18)  ->  Abs (   420,  1396)
	 11: Rel (    -4,     0)  ->  Abs (   416,  1396)
	 12: Rel (    -9,     0)  ->  Abs (   407,  1396)
	 13: Rel (     0,     7)  ->  Abs (   407,  1403)
	 14: Rel (     0,    20)  ->  Abs (   407,  1423)
	 15: Rel (    71,    67)  ->  Abs (   478,  1490)
	 16: Rel (    28,     0)  ->  Abs (   506,  1490)
	 17: Rel (    42,     0)  ->  Abs (   548,  1490)
	 18: Rel (     0,   -52)  ->  Abs (   548,  1438)
	 19: Rel (     0,   -46)  ->  Abs (   548,  1392)
	 20: Rel (   -36,   -74)  ->  Abs (   512,  1318)
	 21: Rel (    74,    34)  ->  Abs (   586,  1352)
	 22: Rel (    53,    75)  ->  Abs (   639,  1427)
	 23: Rel (   -58,    30)  ->  Abs (   581,  1457)
	 24: Rel (     0,    62)  ->  Abs (   581,  1519)
	 25: Rel (     0,    50)  ->  Abs (   581,  1569)
	 26: Rel (    92,   116)  ->  Abs (   673,  1685)
	 27: Rel (    35,     0)  ->  Abs (   708,  1685)
	 28: Rel (    24,     0)  ->  Abs (   732,  1685)
	 29: Rel (    32,   -56)  ->  Abs (   764,  1629)
	 30: Rel (     0,   -36)  ->  Abs (   764,  1593)
	 31: Rel (     0,   -62)  ->  Abs (   764,  1531)
	 32: Rel (   -37,   -55)  ->  Abs (   727,  1476)
	 33: Rel (    47,   -24)  ->  Abs (   774,  1452)
	 34: Rel (     0,   -25)  ->  Abs (   774,  1427)
	 35: Rel (    -4,   -47)  ->  Abs (   770,  1380)
	 36: Rel (   -34,     0)  ->  Abs (   736,  1380)
	 37: Rel (   -67,    31)  ->  Abs (   669,  1411)
	 38: Rel (   -36,   -55)  ->  Abs (   633,  1356)
	 39: Rel (  -121,   -95)  ->  Abs (   512,  1261)
	 40: Rel (   -45,     0)  ->  Abs (   467,  1261)
	 41: Rel (   -19,     0)  ->  Abs (   448,  1261)
	 42: Rel (   246,   231)  ->  Abs (   694,  1492)
	 43: Rel (    18,    32)  ->  Abs (   712,  1524)
	 44: Rel (     0,    32)  ->  Abs (   712,  1556)
	 45: Rel (     0,    59)  ->  Abs (   712,  1615)
	 46: Rel (   -43,     0)  ->  Abs (   669,  1615)
	 47: Rel (   -36,     0)  ->  Abs (   633,  1615)
	 48: Rel (     0,   -47)  ->  Abs (   633,  1568)
	 49: Rel (     0,   -55)  ->  Abs (   633,  1513)

	Glyph 755: off = 0x000277F8, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			476
	  yMin:			-494
	  xMax:			752
	  yMax:			-174

	     0: Flags:		0x0317
		Glyf Index:	753
		X WOffset:	0
		Y WOffset:	-1753
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[3]              1     0     0 
	00004: PUSHW[1]            -64 
	00007: PUSHB[4]             11    14    52     0 
	00012: PUSHW[1]            -64 
	00015: NPUSHB      (19):    11    16    52    32     0   144     0   160     0     3 
	                             0     0    16     0     2     0     0     1     0 
	00036: SVTCA[y-axis] 
	00037: SRP1       
	00038: DELTAP1    
	00039: DELTAP1    
	00040: DELTAP1    
	00041: CALL       
	00042: CALL       
	00043: SHC[rp1,zp0] 
	00044: SHC[rp1,zp0] 

	Glyph 756: off = 0x0002783A, len = 104
	  numberOfContours:	1
	  xMin:			476
	  yMin:			1259
	  xMax:			751
	  yMax:			1419

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	61
	00000: PUSHW[5]              5   936    10     4   936 
	00011: PUSHB[4]             16    10     1    10 
	00016: PUSHW[1]            935 
	00019: NPUSHB      (21):    31     0    63     0   111     0   143     0     4     0 
	                             8    64    18    26    52     8    64     9    11    52 
	                             8 
	00042: PUSHW[2]            934     2 
	00047: MDAP[rd]   
	00048: MIRP[nrp0,md,rd,1] 
	00049: CALL       
	00050: CALL       
	00051: SVTCA[y-axis] 
	00052: MDAP[rd]   
	00053: DELTAP1    
	00054: MIRP[nrp0,nmd,rd,0] 
	00055: DELTAP1    
	00056: MIRP[nrp0,md,rd,1] 
	00057: SRP0       
	00058: MIRP[nrp0,md,rd,1] 
	00059: IUP[y]     
	00060: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   487,  1259)  ->  Abs (   487,  1259)
	  1: Rel (   -11,     0)  ->  Abs (   476,  1259)
	  2: Rel (     0,    24)  ->  Abs (   476,  1283)
	  3: Rel (     0,    25)  ->  Abs (   476,  1308)
	  4: Rel (    13,     6)  ->  Abs (   489,  1314)
	  5: Rel (   248,   105)  ->  Abs (   737,  1419)
	  6: Rel (     9,     0)  ->  Abs (   746,  1419)
	  7: Rel (     5,    -6)  ->  Abs (   751,  1413)
	  8: Rel (     0,   -15)  ->  Abs (   751,  1398)
	  9: Rel (     0,   -26)  ->  Abs (   751,  1372)
	 10: Rel (   -14,    -6)  ->  Abs (   737,  1366)

	Glyph 757: off = 0x000278A2, len = 244
	  numberOfContours:	2
	  xMin:			419
	  yMin:			1259
	  xMax:			753
	  yMax:			1681

	EndPoints
	---------
	  0:  23
	  1:  31

	  Length of Instructions:	148
	00000: PUSHW[2]             13   -16 
	00005: NPUSHB      (31):    29    33    52    25    19     1    40    20   214    13 
	                             2     1     0    22    22    16     8     8    28    64 
	                            29    41    52    28    28    18    20     3    13     4 
	                            24 
	00038: PUSHW[1]            906 
	00041: NPUSHB      (24):    16    13    11    24    26    20     3    30     0     0 
	                             5    16    64    34    42    52    16    64    11    28 
	                            52    16    16    11 
	00067: PUSHW[1]            876 
	00070: NPUSHB      (21):    26    64    46    63    52    26    64    29    37    52 
	                             0    26     1    64    26    80    26     2    26    26 
	                            30 
	00093: PUSHW[4]            879     5     4   340 
	00102: SCANCTRL   
	00103: SCANTYPE   
	00104: MDAP[rd]   
	00105: MIRP[srp0,md,rd,1] 
	00106: SHP[rp2,zp1] 
	00107: MDAP[rd]   
	00108: DELTAP1    
	00109: DELTAP1    
	00110: CALL       
	00111: CALL       
	00112: MIRP[srp0,md,rd,1] 
	00113: SHP[rp2,zp1] 
	00114: MDAP[rd]   
	00115: CALL       
	00116: CALL       
	00117: SRP1       
	00118: SHP[rp1,zp0] 
	00119: MDAP[rd]   
	00120: SRP1       
	00121: SHP[rp1,zp0] 
	00122: SHP[rp1,zp0] 
	00123: SRP2       
	00124: IP         
	00125: SRP1       
	00126: IP         
	00127: SVTCA[y-axis] 
	00128: MDAP[rd]   
	00129: MIRP[nrp0,md,rd,1] 
	00130: SLOOP      
	00131: IP         
	00132: SHP[rp2,zp1] 
	00133: MDAP[rd]   
	00134: CALL       
	00135: SHP[rp1,zp0] 
	00136: MDAP[rd]   
	00137: SRP1       
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: SHP[rp1,zp0] 
	00141: SHP[rp1,zp0] 
	00142: IUP[y]     
	00143: IUP[x]     
	00144: SVTCA[y-axis] 
	00145: DELTAP2    
	00146: DELTAP3    
	00147: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   419,  1267)  ->  Abs (   419,  1267)
	  1: Rel (     0,    13)  ->  Abs (   419,  1280)
	  2: Rel (   142,    64)  ->  Abs (   561,  1344)
	  3: Rel (    55,    79)  ->  Abs (   616,  1423)
	  4: Rel (   -62,    39)  ->  Abs (   554,  1462)
	  5: Rel (     0,    49)  ->  Abs (   554,  1511)
	  6: Rel (     0,    45)  ->  Abs (   554,  1556)
	  7: Rel (    88,   125)  ->  Abs (   642,  1681)
	  8: Rel (    39,     0)  ->  Abs (   681,  1681)
	  9: Rel (    23,     0)  ->  Abs (   704,  1681)
	 10: Rel (    32,   -59)  ->  Abs (   736,  1622)
	 11: Rel (     0,   -35)  ->  Abs (   736,  1587)
	 12: Rel (     0,   -51)  ->  Abs (   736,  1536)
	 13: Rel (   -32,   -64)  ->  Abs (   704,  1472)
	 14: Rel (    49,   -24)  ->  Abs (   753,  1448)
	 15: Rel (     0,   -27)  ->  Abs (   753,  1421)
	 16: Rel (     0,   -51)  ->  Abs (   753,  1370)
	 17: Rel (   -18,     0)  ->  Abs (   735,  1370)
	 18: Rel (   -36,    15)  ->  Abs (   699,  1385)
	 19: Rel (   -44,    20)  ->  Abs (   655,  1405)
	 20: Rel (    -7,     2)  ->  Abs (   648,  1407)
	 21: Rel (  -119,  -148)  ->  Abs (   529,  1259)
	 22: Rel (   -79,     0)  ->  Abs (   450,  1259)
	 23: Rel (   -17,     0)  ->  Abs (   433,  1259)
	 24: Rel (   240,   229)  ->  Abs (   673,  1488)
	 25: Rel (    17,    29)  ->  Abs (   690,  1517)
	 26: Rel (     0,    32)  ->  Abs (   690,  1549)
	 27: Rel (     0,    62)  ->  Abs (   690,  1611)
	 28: Rel (   -42,     0)  ->  Abs (   648,  1611)
	 29: Rel (   -39,     0)  ->  Abs (   609,  1611)
	 30: Rel (     0,   -50)  ->  Abs (   609,  1561)
	 31: Rel (     0,   -61)  ->  Abs (   609,  1500)

	Glyph 758: off = 0x00027996, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			476
	  yMin:			-337
	  xMax:			751
	  yMax:			-177

	     0: Flags:		0x0317
		Glyf Index:	756
		X WOffset:	0
		Y WOffset:	-1596
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[5]              0   112     4     1     4 
	00006: PUSHW[1]            -64 
	00009: PUSHB[4]              9    14    52     4 
	00014: SVTCA[y-axis] 
	00015: SRP1       
	00016: CALL       
	00017: DELTAP1    
	00018: SHC[rp1,zp0] 

	Glyph 759: off = 0x000279BE, len = 256
	  numberOfContours:	1
	  xMin:			458
	  yMin:			1286
	  xMax:			749
	  yMax:			1571

	EndPoints
	---------
	  0:  32

	  Length of Instructions:	162
	00000: PUSHW[2]             18   -64 
	00005: NPUSHB      (29):    11    19    52    18    18    26     6    64    48    54 
	                            52     6    64    11    18    52     6    64    29    32 
	                            52     0     6     1     6     6    26    26    22 
	00036: PUSHW[1]            -64 
	00039: PUSHB[4]             71    71    52    22 
	00044: PUSHW[1]            -64 
	00047: PUSHB[4]             51    54    52    22 
	00052: PUSHW[1]            -64 
	00055: PUSHB[4]             30    32    52    22 
	00060: PUSHW[4]            902    31    14   900 
	00069: NPUSHB      (40):     2   175    31     1    31    31     2     0     0    28 
	                            26    26    28     6     6    18    18     4    28    64 
	                            40    45    52    28    64     9    31    52   255    28 
	                             1    28    28     0     4    48     4     2     4     5 
	00111: PUSHW[1]            340 
	00114: SCANCTRL   
	00115: SCANTYPE   
	00116: MDAP[rd]   
	00117: DELTAP1    
	00118: SHP[rp1,zp0] 
	00119: MDAP[rd]   
	00120: DELTAP1    
	00121: CALL       
	00122: CALL       
	00123: RTHG       
	00124: SRP2       
	00125: IP         
	00126: MDAP[rd]   
	00127: SHP[rp2,zp1] 
	00128: MDAP[rd]   
	00129: SRP1       
	00130: SHP[rp1,zp0] 
	00131: MDAP[rd]   
	00132: SRP1       
	00133: IP         
	00134: MDAP[rd]   
	00135: SVTCA[y-axis] 
	00136: RTG        
	00137: MDAP[rd]   
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: DELTAP1    
	00141: SRP0       
	00142: MIRP[nrp0,md,rd,1] 
	00143: SRP0       
	00144: MIRP[srp0,md,rd,1] 
	00145: CALL       
	00146: CALL       
	00147: CALL       
	00148: SHP[rp2,zp1] 
	00149: MDAP[rd]   
	00150: SHP[rp1,zp0] 
	00151: MDAP[rd]   
	00152: DELTAP1    
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: SRP2       
	00157: IP         
	00158: MDAP[rd]   
	00159: CALL       
	00160: IUP[y]     
	00161: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   616,  1372)  ->  Abs (   616,  1372)
	  1: Rel (   -39,   -86)  ->  Abs (   577,  1286)
	  2: Rel (   -51,     0)  ->  Abs (   526,  1286)
	  3: Rel (   -68,     0)  ->  Abs (   458,  1286)
	  4: Rel (     0,    92)  ->  Abs (   458,  1378)
	  5: Rel (     0,    84)  ->  Abs (   458,  1462)
	  6: Rel (    29,     0)  ->  Abs (   487,  1462)
	  7: Rel (    13,     0)  ->  Abs (   500,  1462)
	  8: Rel (     0,   -16)  ->  Abs (   500,  1446)
	  9: Rel (     0,    -5)  ->  Abs (   500,  1441)
	 10: Rel (    -1,   -12)  ->  Abs (   499,  1429)
	 11: Rel (    -2,   -13)  ->  Abs (   497,  1416)
	 12: Rel (     0,    -6)  ->  Abs (   497,  1410)
	 13: Rel (     0,   -28)  ->  Abs (   497,  1382)
	 14: Rel (    27,     0)  ->  Abs (   524,  1382)
	 15: Rel (    43,     0)  ->  Abs (   567,  1382)
	 16: Rel (    18,    67)  ->  Abs (   585,  1449)
	 17: Rel (    14,    66)  ->  Abs (   599,  1515)
	 18: Rel (     5,     0)  ->  Abs (   604,  1515)
	 19: Rel (    15,     0)  ->  Abs (   619,  1515)
	 20: Rel (     4,   -36)  ->  Abs (   623,  1479)
	 21: Rel (     4,   -37)  ->  Abs (   627,  1442)
	 22: Rel (    33,     0)  ->  Abs (   660,  1442)
	 23: Rel (    34,     0)  ->  Abs (   694,  1442)
	 24: Rel (     7,    65)  ->  Abs (   701,  1507)
	 25: Rel (     8,    64)  ->  Abs (   709,  1571)
	 26: Rel (    10,     0)  ->  Abs (   719,  1571)
	 27: Rel (    30,     0)  ->  Abs (   749,  1571)
	 28: Rel (     0,  -109)  ->  Abs (   749,  1462)
	 29: Rel (     0,   -51)  ->  Abs (   749,  1411)
	 30: Rel (   -52,   -74)  ->  Abs (   697,  1337)
	 31: Rel (   -34,     0)  ->  Abs (   663,  1337)
	 32: Rel (   -27,     0)  ->  Abs (   636,  1337)

	Glyph 760: off = 0x00027ABE, len = 214
	  numberOfContours:	2
	  xMin:			475
	  yMin:			1307
	  xMax:			725
	  yMax:			1598

	EndPoints
	---------
	  0:  11
	  1:  20

	  Length of Instructions:	146
	00000: NPUSHB      (25):    22     1    35     1    53     1     3     8    24    12 
	                            25    52    18    24    25    33    52   216     2   233 
	                             2   250     2     3     9 
	00027: PUSHW[1]            898 
	00030: NPUSHB      (14):    19    64    38    44    52    15    19    31    19     2 
	                             0    19     1    19 
	00046: PUSHW[1]            -64 
	00049: NPUSHB      (11):     9    11    52    19    19   112    14   128    14     2 
	                            14 
	00062: PUSHW[6]            901     3     0   878    16   -64 
	00075: NPUSHB      (15):    20    24    52    16    64    42    44    52   128    16 
	                             1     0    16     1    16 
	00092: PUSHW[1]            -64 
	00095: PUSHB[6]              9    11    52    16    16    12 
	00102: PUSHW[1]            932 
	00105: PUSHB[5]             48     6     1     6     5 
	00111: PUSHW[1]            340 
	00114: SCANCTRL   
	00115: SCANTYPE   
	00116: MDAP[rd]   
	00117: DELTAP1    
	00118: MIRP[srp0,md,rd,1] 
	00119: SHP[rp2,zp1] 
	00120: MDAP[rd]   
	00121: CALL       
	00122: DELTAP1    
	00123: DELTAP2    
	00124: CALL       
	00125: CALL       
	00126: MIRP[nrp0,md,rd,1] 
	00127: SVTCA[y-axis] 
	00128: MDAP[rd]   
	00129: MIRP[srp0,md,rd,1] 
	00130: DELTAP2    
	00131: SHP[rp2,zp1] 
	00132: MDAP[rd]   
	00133: CALL       
	00134: DELTAP1    
	00135: DELTAP2    
	00136: CALL       
	00137: MIRP[nrp0,md,rd,1] 
	00138: IUP[y]     
	00139: IUP[x]     
	00140: SVTCA[x-axis] 
	00141: DELTAP2    
	00142: CALL       
	00143: CALL       
	00144: SVTCA[y-axis] 
	00145: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   725,  1457)  ->  Abs (   725,  1457)
	  1: Rel (     0,   -66)  ->  Abs (   725,  1391)
	  2: Rel (  -104,   -84)  ->  Abs (   621,  1307)
	  3: Rel (   -52,     0)  ->  Abs (   569,  1307)
	  4: Rel (   -43,     0)  ->  Abs (   526,  1307)
	  5: Rel (   -51,    68)  ->  Abs (   475,  1375)
	  6: Rel (     0,    51)  ->  Abs (   475,  1426)
	  7: Rel (     0,    67)  ->  Abs (   475,  1493)
	  8: Rel (    70,   105)  ->  Abs (   545,  1598)
	  9: Rel (    63,     0)  ->  Abs (   608,  1598)
	 10: Rel (    56,     0)  ->  Abs (   664,  1598)
	 11: Rel (    61,   -85)  ->  Abs (   725,  1513)
	 12: Rel (  -213,   -56)  ->  Abs (   512,  1457)
	 13: Rel (     0,   -50)  ->  Abs (   512,  1407)
	 14: Rel (    86,     0)  ->  Abs (   598,  1407)
	 15: Rel (    73,     0)  ->  Abs (   671,  1407)
	 16: Rel (     0,    27)  ->  Abs (   671,  1434)
	 17: Rel (     0,    19)  ->  Abs (   671,  1453)
	 18: Rel (   -72,    69)  ->  Abs (   599,  1522)
	 19: Rel (   -36,     0)  ->  Abs (   563,  1522)
	 20: Rel (   -51,     0)  ->  Abs (   512,  1522)

	Glyph 761: off = 0x00027B94, len = 128
	  numberOfContours:	1
	  xMin:			473
	  yMin:			387
	  xMax:			756
	  yMax:			805

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	88
	00000: NPUSHB      (36):     7    24     9    11    52   230     5   233     6   233 
	                             7     3    52     6    76     2    67     6   185     1 
	                             4    57     1    59     2    59     3     3   203     1 
	                           217     1   233     1     3     2 
	00038: PUSHW[1]            863 
	00041: PUSHB[3]              4     4     0 
	00045: PUSHW[1]            863 
	00048: PUSHB[7]              6     0    64     9    13    52     0 
	00056: PUSHW[1]            870 
	00059: PUSHB[3]              2     2     6 
	00063: PUSHW[2]            870     4 
	00068: MDAP[rd]   
	00069: MIRP[nrp0,md,rd,1] 
	00070: SHP[rp1,zp0] 
	00071: MDAP[rd]   
	00072: MIRP[nrp0,nmd,rd,0] 
	00073: CALL       
	00074: SVTCA[y-axis] 
	00075: MDAP[rd]   
	00076: MIRP[nrp0,nmd,rd,0] 
	00077: SHP[rp1,zp0] 
	00078: MDAP[rd]   
	00079: MIRP[nrp0,md,rd,1] 
	00080: IUP[y]     
	00081: IUP[x]     
	00082: SVTCA[x-axis] 
	00083: DELTAP1    
	00084: DELTAP1    
	00085: DELTAP1    
	00086: DELTAP1    
	00087: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   756,   645)  ->  Abs (   756,   645)
	  1: Rel (   -42,  -126)  ->  Abs (   714,   519)
	  2: Rel (   -21,  -132)  ->  Abs (   693,   387)
	  3: Rel (  -126,    65)  ->  Abs (   567,   452)
	  4: Rel (   -94,    85)  ->  Abs (   473,   537)
	  5: Rel (    22,   112)  ->  Abs (   495,   649)
	  6: Rel (    56,   156)  ->  Abs (   551,   805)
	  7: Rel (   102,   -90)  ->  Abs (   653,   715)

	Glyph 762: off = 0x00027C14, len = 126
	  numberOfContours:	1
	  xMin:			356
	  yMin:			-5
	  xMax:			747
	  yMax:			1157

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	73
	00000: NPUSHB       (9):    69     8     1     5    64    15    22    52     6 
	00011: PUSHW[6]            866     7   855    12     0   858 
	00024: NPUSHB      (18):    12     0     1     3    10     7     7     6    79    10 
	                             1    10    10     0     6     1     6     4 
	00044: PUSHW[1]            340 
	00047: SCANCTRL   
	00048: SCANTYPE   
	00049: MDAP[rd]   
	00050: DELTAP1    
	00051: SHP[rp1,zp0] 
	00052: MDAP[rd]   
	00053: DELTAP1    
	00054: SRP1       
	00055: SHP[rp1,zp0] 
	00056: RTHG       
	00057: MDAP[rd]   
	00058: SRP1       
	00059: SLOOP      
	00060: SHP[rp1,zp0] 
	00061: SVTCA[y-axis] 
	00062: RTG        
	00063: MIAP[rd+ci] 
	00064: ALIGNRP    
	00065: MIAP[rd+ci] 
	00066: MIRP[nrp0,md,rd,1] 
	00067: IUP[y]     
	00068: IUP[x]     
	00069: SVTCA[y-axis] 
	00070: CALL       
	00071: SVTCA[x-axis] 
	00072: DELTAP1    

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual               Y-Short X-Short Off
	  4:                              X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   684,    -5)  ->  Abs (   684,    -5)
	  1: Rel (     0,    67)  ->  Abs (   684,    62)
	  2: Rel (     0,   189)  ->  Abs (   684,   251)
	  3: Rel (   -24,   157)  ->  Abs (   660,   408)
	  4: Rel (   -80,   284)  ->  Abs (   580,   692)
	  5: Rel (  -135,   210)  ->  Abs (   445,   902)
	  6: Rel (   -89,    91)  ->  Abs (   356,   993)
	  7: Rel (    47,   164)  ->  Abs (   403,  1157)
	  8: Rel (   196,  -217)  ->  Abs (   599,   940)
	  9: Rel (   148,  -361)  ->  Abs (   747,   579)
	 10: Rel (     0,  -227)  ->  Abs (   747,   352)
	 11: Rel (     0,  -188)  ->  Abs (   747,   164)
	 12: Rel (   -32,  -169)  ->  Abs (   715,    -5)

	Glyph 763: off = 0x00027C92, len = 222
	  numberOfContours:	1
	  xMin:			319
	  yMin:			-4
	  xMax:			862
	  yMax:			1161

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	131
	00000: PUSHW[2]              0   -40 
	00005: NPUSHB      (31):    17    22    52   199     1   196    11     2   165    24 
	                           182    11   180    24     3   134    11   150    11   167 
	                            11     3    75     8    73     9    70    11     3     4 
	                             5 
	00038: PUSHW[4]            859     0    25   863 
	00047: NPUSHB       (9):    48    13   192    13     2    13    13    18     9 
	00058: PUSHW[5]            864    10   856    18   854 
	00069: NPUSHB      (23):     0     5     4     2    10    10   128     2   144     2 
	                             2     2     2     9    15    22    79    22     2    22 
	                            22     9     4 
	00094: SCANTYPE   
	00095: MDAP[rd]   
	00096: SHP[rp1,zp0] 
	00097: MDAP[rd]   
	00098: DELTAP1    
	00099: SRP2       
	00100: IP         
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: SHP[rp2,zp1] 
	00104: RTHG       
	00105: MDAP[rd]   
	00106: SRP1       
	00107: SHP[rp1,zp0] 
	00108: SHP[rp1,zp0] 
	00109: IP         
	00110: SVTCA[y-axis] 
	00111: RTG        
	00112: MIAP[rd+ci] 
	00113: MIAP[rd+ci] 
	00114: MIRP[nrp0,md,rd,1] 
	00115: SRP1       
	00116: SHP[rp1,zp0] 
	00117: MDAP[rd]   
	00118: DELTAP1    
	00119: MIRP[nrp0,md,rd,1] 
	00120: IP         
	00121: MIAP[rd+ci] 
	00122: ALIGNRP    
	00123: IUP[y]     
	00124: IUP[x]     
	00125: SVTCA[x-axis] 
	00126: DELTAP2    
	00127: DELTAP1    
	00128: DELTAP1    
	00129: DELTAP1    
	00130: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                 X-Short Off
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:  YDual                       X-Short On
	  6:                              X-Short Off
	  7:                              X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   581,   780)  ->  Abs (   581,   780)
	  1: Rel (   129,  -282)  ->  Abs (   710,   498)
	  2: Rel (     0,  -346)  ->  Abs (   710,   152)
	  3: Rel (     0,   -87)  ->  Abs (   710,    65)
	  4: Rel (    -4,   -69)  ->  Abs (   706,    -4)
	  5: Rel (   -26,     0)  ->  Abs (   680,    -4)
	  6: Rel (   -66,   318)  ->  Abs (   614,   314)
	  7: Rel (   -76,   257)  ->  Abs (   538,   571)
	  8: Rel (  -128,   248)  ->  Abs (   410,   819)
	  9: Rel (   -91,   125)  ->  Abs (   319,   944)
	 10: Rel (    27,   197)  ->  Abs (   346,  1141)
	 11: Rel (    97,  -156)  ->  Abs (   443,   985)
	 12: Rel (    97,   -65)  ->  Abs (   540,   920)
	 13: Rel (   101,     0)  ->  Abs (   641,   920)
	 14: Rel (    79,     0)  ->  Abs (   720,   920)
	 15: Rel (    86,    88)  ->  Abs (   806,  1008)
	 16: Rel (    13,   139)  ->  Abs (   819,  1147)
	 17: Rel (     6,    14)  ->  Abs (   825,  1161)
	 18: Rel (    12,     0)  ->  Abs (   837,  1161)
	 19: Rel (    14,     0)  ->  Abs (   851,  1161)
	 20: Rel (     7,   -12)  ->  Abs (   858,  1149)
	 21: Rel (     4,   -54)  ->  Abs (   862,  1095)
	 22: Rel (     0,  -124)  ->  Abs (   862,   971)
	 23: Rel (     0,   -93)  ->  Abs (   862,   878)
	 24: Rel (  -106,  -112)  ->  Abs (   756,   766)
	 25: Rel (   -80,     0)  ->  Abs (   676,   766)
	 26: Rel (   -49,     0)  ->  Abs (   627,   766)

	Glyph 764: off = 0x00027D70, len = 296
	  numberOfContours:	1
	  xMin:			244
	  yMin:			-4
	  xMax:			993
	  yMax:			1162

	EndPoints
	---------
	  0:  33

	  Length of Instructions:	191
	00000: NPUSHB      (23):    10    14     1   136     9   133    31   192     2   203 
	                            14   208     2     5     6     0    70     0   136    10 
	                             3     6     7 
	00025: PUSHW[1]            858 
	00028: PUSHB[4]              0    32    22     2 
	00033: PUSHW[1]            862 
	00036: PUSHB[5]             13    13    22    32    32 
	00042: PUSHW[1]            861 
	00045: PUSHB[6]            192    22   208    22     2    22 
	00052: PUSHW[1]            -64 
	00055: PUSHB[7]             12    17    52    22    22    11    26 
	00063: PUSHW[1]            857 
	00066: NPUSHB       (9):    15    11     1    11    11     0    17     1    17 
	00077: PUSHW[1]            854 
	00080: PUSHB[3]              0     0    15 
	00084: PUSHW[1]            867 
	00087: NPUSHB      (11):   128    19   160    19   176    19     3    19    19    10 
	                            24 
	00100: PUSHW[1]            867 
	00103: NPUSHB      (23):    30     2     6     7     3     4     4    10   143    30 
	                             1    47    30    63    30     2    30    30    10    11 
	                            11    10     4 
	00128: PUSHW[1]            340 
	00131: SCANCTRL   
	00132: SCANTYPE   
	00133: MDAP[rd]   
	00134: SHP[rp1,zp0] 
	00135: RTHG       
	00136: MDAP[rd]   
	00137: SRP1       
	00138: SHP[rp1,zp0] 
	00139: RTG        
	00140: MDAP[rd]   
	00141: DELTAP1    
	00142: DELTAP1    
	00143: SRP2       
	00144: IP         
	00145: MDAP[rd]   
	00146: SLOOP      
	00147: SHP[rp1,zp0] 
	00148: SRP0       
	00149: MIRP[nrp0,md,rd,1] 
	00150: SRP2       
	00151: IP         
	00152: MDAP[rd]   
	00153: DELTAP1    
	00154: MIRP[nrp0,md,rd,1] 
	00155: SHP[rp1,zp0] 
	00156: RTHG       
	00157: MDAP[rd]   
	00158: SVTCA[y-axis] 
	00159: RTG        
	00160: MIAP[rd+ci] 
	00161: DELTAP1    
	00162: SHP[rp1,zp0] 
	00163: RUTG       
	00164: MDAP[rd]   
	00165: DELTAP1    
	00166: RTG        
	00167: MIAP[rd+ci] 
	00168: SRP1       
	00169: SHP[rp1,zp0] 
	00170: MDAP[rd]   
	00171: CALL       
	00172: DELTAP1    
	00173: MIRP[srp0,md,rd,1] 
	00174: MDAP[rd]   
	00175: SRP1       
	00176: SHP[rp1,zp0] 
	00177: MDAP[rd]   
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP1       
	00180: SRP2       
	00181: IP         
	00182: MIAP[rd+ci] 
	00183: ALIGNRP    
	00184: IUP[y]     
	00185: IUP[x]     
	00186: SVTCA[y-axis] 
	00187: DELTAP1    
	00188: SVTCA[x-axis] 
	00189: DELTAP1    
	00190: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short On
	  7:  YDual                       X-Short On
	  8:        XDual                         Off
	  9:                              X-Short Off
	 10:                              X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   682,   874)  ->  Abs (   682,   874)
	  1: Rel (   -56,  -108)  ->  Abs (   626,   766)
	  2: Rel (  -143,     0)  ->  Abs (   483,   766)
	  3: Rel (   113,  -242)  ->  Abs (   596,   524)
	  4: Rel (     0,  -221)  ->  Abs (   596,   303)
	  5: Rel (     0,  -138)  ->  Abs (   596,   165)
	  6: Rel (   -31,  -169)  ->  Abs (   565,    -4)
	  7: Rel (   -34,     0)  ->  Abs (   531,    -4)
	  8: Rel (     0,   317)  ->  Abs (   531,   313)
	  9: Rel (  -112,   325)  ->  Abs (   419,   638)
	 10: Rel (  -175,   282)  ->  Abs (   244,   920)
	 11: Rel (    28,   192)  ->  Abs (   272,  1112)
	 12: Rel (   103,  -201)  ->  Abs (   375,   911)
	 13: Rel (   160,     0)  ->  Abs (   535,   911)
	 14: Rel (   150,     0)  ->  Abs (   685,   911)
	 15: Rel (    36,   238)  ->  Abs (   721,  1149)
	 16: Rel (     5,    13)  ->  Abs (   726,  1162)
	 17: Rel (     7,     0)  ->  Abs (   733,  1162)
	 18: Rel (    10,     0)  ->  Abs (   743,  1162)
	 19: Rel (     7,   -13)  ->  Abs (   750,  1149)
	 20: Rel (     6,  -133)  ->  Abs (   756,  1016)
	 21: Rel (    49,   -76)  ->  Abs (   805,   940)
	 22: Rel (    41,     0)  ->  Abs (   846,   940)
	 23: Rel (    93,     0)  ->  Abs (   939,   940)
	 24: Rel (    20,   199)  ->  Abs (   959,  1139)
	 25: Rel (     6,     9)  ->  Abs (   965,  1148)
	 26: Rel (     7,     0)  ->  Abs (   972,  1148)
	 27: Rel (     8,     0)  ->  Abs (   980,  1148)
	 28: Rel (     7,    -9)  ->  Abs (   987,  1139)
	 29: Rel (     6,   -36)  ->  Abs (   993,  1103)
	 30: Rel (     0,   -63)  ->  Abs (   993,  1040)
	 31: Rel (     0,  -235)  ->  Abs (   993,   805)
	 32: Rel (  -170,     0)  ->  Abs (   823,   805)
	 33: Rel (  -100,     0)  ->  Abs (   723,   805)

	Glyph 765: off = 0x00027E98, len = 278
	  numberOfContours:	1
	  xMin:			383
	  yMin:			0
	  xMax:			883
	  yMax:			1155

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	189
	00000: NPUSHB      (12):     6     0    70     0   111     7   102    16   136    10 
	                             5    21 
	00014: PUSHW[1]            -24 
	00017: PUSHB[4]             58    58    52    22 
	00022: PUSHW[1]            -64 
	00025: PUSHB[4]             58    58    52    24 
	00030: PUSHW[1]            -40 
	00033: PUSHB[4]             12    22    52    15 
	00038: PUSHW[1]            -40 
	00041: NPUSHB      (39):    19    22    52    53     9    69     9    87     9   211 
	                            16     4    41    13   200    13     2    22    10   148 
	                            22   212    22     3    20    21    36    21     2     9 
	                             3     1    21    22     1     6     6    11     0 
	00082: PUSHW[7]            860     1   858    12   861    11   855 
	00097: NPUSHB      (17):     0    47     1     1     1     1     4    12    11    64 
	                            11    13    52    11    11     8    18 
	00116: PUSHW[1]            874 
	00119: PUSHB[7]             18     6     1     6     6     4    14 
	00127: PUSHW[1]            873 
	00130: PUSHB[3]              8     8    23 
	00134: PUSHW[1]            871 
	00137: PUSHB[4]              0     4     1     4 
	00142: MDAP[rd]   
	00143: DELTAP1    
	00144: MIRP[nrp0,md,rd,1] 
	00145: SHP[rp1,zp0] 
	00146: MDAP[rd]   
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP1       
	00149: SHP[rp1,zp0] 
	00150: MDAP[rd]   
	00151: DELTAP1    
	00152: MIRP[nrp0,md,rd,1] 
	00153: SRP1       
	00154: SHP[rp1,zp0] 
	00155: MDAP[rd]   
	00156: CALL       
	00157: SHP[rp1,zp0] 
	00158: SRP1       
	00159: SHP[rp1,zp0] 
	00160: MDAP[rd]   
	00161: DELTAP1    
	00162: SHP[rp1,zp0] 
	00163: SVTCA[y-axis] 
	00164: MIAP[rd+ci] 
	00165: MIRP[nrp0,md,rd,1] 
	00166: MIAP[rd+ci] 
	00167: MIRP[nrp0,md,rd,1] 
	00168: RTHG       
	00169: SRP2       
	00170: IP         
	00171: MDAP[rd]   
	00172: SRP1       
	00173: IP         
	00174: IP         
	00175: IUP[y]     
	00176: IUP[x]     
	00177: SVTCA[x-axis] 
	00178: DELTAP1    
	00179: SVTCA[y-axis] 
	00180: DELTAP2    
	00181: DELTAP3    
	00182: DELTAP1    
	00183: DELTAP1    
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short         Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:                                      On
	  7:  YDual               Y-Short         Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   883,   123)  ->  Abs (   883,   123)
	  1: Rel (   -50,  -123)  ->  Abs (   833,     0)
	  2: Rel (  -121,    13)  ->  Abs (   712,    13)
	  3: Rel (  -329,   135)  ->  Abs (   383,   148)
	  4: Rel (     0,    55)  ->  Abs (   383,   203)
	  5: Rel (     0,   112)  ->  Abs (   383,   315)
	  6: Rel (   313,   269)  ->  Abs (   696,   584)
	  7: Rel (  -313,    96)  ->  Abs (   383,   680)
	  8: Rel (     0,    88)  ->  Abs (   383,   768)
	  9: Rel (     0,    91)  ->  Abs (   383,   859)
	 10: Rel (   218,   227)  ->  Abs (   601,  1086)
	 11: Rel (   167,    69)  ->  Abs (   768,  1155)
	 12: Rel (   -43,  -137)  ->  Abs (   725,  1018)
	 13: Rel (  -148,   -69)  ->  Abs (   577,   949)
	 14: Rel (   -96,  -120)  ->  Abs (   481,   829)
	 15: Rel (    67,   -58)  ->  Abs (   548,   771)
	 16: Rel (   143,   -45)  ->  Abs (   691,   726)
	 17: Rel (   110,   -33)  ->  Abs (   801,   693)
	 18: Rel (     0,   -38)  ->  Abs (   801,   655)
	 19: Rel (     0,   -82)  ->  Abs (   801,   573)
	 20: Rel (   -35,   -22)  ->  Abs (   766,   551)
	 21: Rel (  -121,   -78)  ->  Abs (   645,   473)
	 22: Rel (  -139,  -124)  ->  Abs (   506,   349)
	 23: Rel (   -39,   -73)  ->  Abs (   467,   276)
	 24: Rel (    78,   -85)  ->  Abs (   545,   191)

	Glyph 766: off = 0x00027FAE, len = 166
	  numberOfContours:	2
	  xMin:			340
	  yMin:			119
	  xMax:			881
	  yMax:			842

	EndPoints
	---------
	  0:  17
	  1:  29

	  Length of Instructions:	75
	00000: NPUSHB      (19):   215     9     1    29    48    16    22    52    25    48 
	                            18    20    52    55    15   197     9     2    18 
	00021: PUSHW[7]            862     8    24   861     0    27   870 
	00036: PUSHB[8]             15    12    79    12     2    12    12    21 
	00045: PUSHW[1]            872 
	00048: PUSHB[6]              0     3   111     3     2     3 
	00055: MDAP[rd]   
	00056: DELTAP1    
	00057: MIRP[nrp0,md,rd,1] 
	00058: SHP[rp1,zp0] 
	00059: MDAP[rd]   
	00060: DELTAP1    
	00061: MIRP[nrp0,md,rd,1] 
	00062: SVTCA[y-axis] 
	00063: MDAP[rd]   
	00064: MIRP[nrp0,md,rd,1] 
	00065: MDAP[rd]   
	00066: MIRP[nrp0,md,rd,1] 
	00067: IUP[y]     
	00068: IUP[x]     
	00069: SVTCA[x-axis] 
	00070: DELTAP1    
	00071: CALL       
	00072: CALL       
	00073: SVTCA[y-axis] 
	00074: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual Rep-  2 Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:              Rep-  3 Y-Short X-Short Off
	 18:                              X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   543,   119)  ->  Abs (   543,   119)
	  1: Rel (   -83,     0)  ->  Abs (   460,   119)
	  2: Rel (  -120,   103)  ->  Abs (   340,   222)
	  3: Rel (     0,    91)  ->  Abs (   340,   313)
	  4: Rel (     0,    88)  ->  Abs (   340,   401)
	  5: Rel (    73,   227)  ->  Abs (   413,   628)
	  6: Rel (   103,   159)  ->  Abs (   516,   787)
	  7: Rel (    67,    55)  ->  Abs (   583,   842)
	  8: Rel (    56,     0)  ->  Abs (   639,   842)
	  9: Rel (    60,     0)  ->  Abs (   699,   842)
	 10: Rel (   120,  -103)  ->  Abs (   819,   739)
	 11: Rel (    62,  -133)  ->  Abs (   881,   606)
	 12: Rel (     0,   -80)  ->  Abs (   881,   526)
	 13: Rel (     0,   -73)  ->  Abs (   881,   453)
	 14: Rel (   -41,  -188)  ->  Abs (   840,   265)
	 15: Rel (   -39,   -53)  ->  Abs (   801,   212)
	 16: Rel (   -95,   -58)  ->  Abs (   706,   154)
	 17: Rel (  -111,   -35)  ->  Abs (   595,   119)
	 18: Rel (   -19,   577)  ->  Abs (   576,   696)
	 19: Rel (   -50,     0)  ->  Abs (   526,   696)
	 20: Rel (   -94,  -181)  ->  Abs (   432,   515)
	 21: Rel (     0,   -60)  ->  Abs (   432,   455)
	 22: Rel (     0,  -122)  ->  Abs (   432,   333)
	 23: Rel (    69,   -83)  ->  Abs (   501,   250)
	 24: Rel (    66,     0)  ->  Abs (   567,   250)
	 25: Rel (    90,     0)  ->  Abs (   657,   250)
	 26: Rel (   148,   121)  ->  Abs (   805,   371)
	 27: Rel (     0,    51)  ->  Abs (   805,   422)
	 28: Rel (     0,    78)  ->  Abs (   805,   500)
	 29: Rel (  -125,   196)  ->  Abs (   680,   696)

	Glyph 767: off = 0x00028054, len = 186
	  numberOfContours:	1
	  xMin:			311
	  yMin:			0
	  xMax:			881
	  yMax:			1155

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	114
	00000: NPUSHB      (24):    97    20     1    43     3    41    20   120     3   167 
	                            20   182    20     5    71    20    83    20    99    20 
	                             3     6    17     8 
	00026: PUSHW[1]            909 
	00029: NPUSHB      (11):    47    15     1    15    15    31    15     2    15    15 
	                            13 
	00042: PUSHW[1]            855 
	00045: NPUSHB      (11):     0     1     0    47     1     1     1     1    17     6 
	                            19 
	00058: PUSHW[1]            879 
	00061: NPUSHB      (14):     2     4    18     4     2     4     4    11    13    13 
	                            32    11     1    11 
	00077: MDAP[rd]   
	00078: DELTAP1    
	00079: SHP[rp1,zp0] 
	00080: RTHG       
	00081: MDAP[rd]   
	00082: SRP1       
	00083: SHP[rp1,zp0] 
	00084: RTG        
	00085: MDAP[rd]   
	00086: DELTAP1    
	00087: MIRP[nrp0,md,rd,1] 
	00088: IP         
	00089: SHP[rp2,zp1] 
	00090: SHP[rp1,zp0] 
	00091: RTHG       
	00092: MDAP[rd]   
	00093: DELTAP1    
	00094: SHP[rp1,zp0] 
	00095: SVTCA[y-axis] 
	00096: RTG        
	00097: MDAP[rd]   
	00098: SHP[rp1,zp0] 
	00099: MIAP[rd+ci] 
	00100: SHP[rp1,zp0] 
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: DELTAP1    
	00104: MIRP[nrp0,md,rd,1] 
	00105: SHP[rp1,zp0] 
	00106: IP         
	00107: IUP[y]     
	00108: IUP[x]     
	00109: SVTCA[x-axis] 
	00110: DELTAP1    
	00111: DELTAP1    
	00112: SVTCA[y-axis] 
	00113: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:                              X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:        XDual                         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   881,   180)  ->  Abs (   881,   180)
	  1: Rel (   -31,  -180)  ->  Abs (   850,     0)
	  2: Rel (   -73,    55)  ->  Abs (   777,    55)
	  3: Rel (  -101,   304)  ->  Abs (   676,   359)
	  4: Rel (     0,   206)  ->  Abs (   676,   565)
	  5: Rel (     0,   260)  ->  Abs (   676,   825)
	  6: Rel (    22,   101)  ->  Abs (   698,   926)
	  7: Rel (   -89,   -31)  ->  Abs (   609,   895)
	  8: Rel (   -85,     0)  ->  Abs (   524,   895)
	  9: Rel (   -98,     0)  ->  Abs (   426,   895)
	 10: Rel (  -115,    80)  ->  Abs (   311,   975)
	 11: Rel (     0,    66)  ->  Abs (   311,  1041)
	 12: Rel (     0,    56)  ->  Abs (   311,  1097)
	 13: Rel (    19,    58)  ->  Abs (   330,  1155)
	 14: Rel (   123,  -127)  ->  Abs (   453,  1028)
	 15: Rel (   151,     0)  ->  Abs (   604,  1028)
	 16: Rel (    66,     0)  ->  Abs (   670,  1028)
	 17: Rel (    96,    39)  ->  Abs (   766,  1067)
	 18: Rel (   -33,  -149)  ->  Abs (   733,   918)
	 19: Rel (     0,  -146)  ->  Abs (   733,   772)
	 20: Rel (     0,  -375)  ->  Abs (   733,   397)

	Glyph 768: off = 0x0002810E, len = 184
	  numberOfContours:	1
	  xMin:			264
	  yMin:			-6
	  xMax:			964
	  yMax:			1163

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	115
	00000: NPUSHB      (36):     1    24    20    22    52   202     9     1    13    16 
	                            19    22    52   168     9   184     9     2    13    11 
	                             5   240     1     1     1     1     0   224    10   240 
	                            10     2    10    10    11     0 
	00038: PUSHW[3]            854    11   855 
	00045: NPUSHB      (23):     5     7     6     5     4     3     5    13    79     0 
	                             1     0     0    13    10    10    11    11    13    13 
	                            17    16     4 
	00070: PUSHW[1]            340 
	00073: SCANCTRL   
	00074: SCANTYPE   
	00075: RTHG       
	00076: SRP1       
	00077: SRP2       
	00078: IP         
	00079: MDAP[rd]   
	00080: SHP[rp1,zp0] 
	00081: RTG        
	00082: MDAP[rd]   
	00083: SHP[rp1,zp0] 
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SHP[rp1,zp0] 
	00087: MDAP[rd]   
	00088: DELTAP1    
	00089: SRP1       
	00090: SLOOP      
	00091: SHP[rp1,zp0] 
	00092: SVTCA[y-axis] 
	00093: MDAP[rd]   
	00094: MIAP[rd+ci] 
	00095: MIAP[rd+ci] 
	00096: SRP1       
	00097: SHP[rp1,zp0] 
	00098: MDAP[rd]   
	00099: DELTAP1    
	00100: SRP1       
	00101: SHP[rp1,zp0] 
	00102: MDAP[rd]   
	00103: DELTAP1    
	00104: SRP1       
	00105: SRP2       
	00106: IP         
	00107: IUP[y]     
	00108: IUP[x]     
	00109: SVTCA[x-axis] 
	00110: DELTAP1    
	00111: CALL       
	00112: SVTCA[y-axis] 
	00113: DELTAP1    
	00114: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:                              X-Short Off
	  3:                              X-Short On
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:                              X-Short Off
	  9:                              X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual                 X-Short Off
	 13:        XDual                 X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:        XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   964,  1163)  ->  Abs (   964,  1163)
	  1: Rel (     0,  -194)  ->  Abs (   964,   969)
	  2: Rel (  -212,  -259)  ->  Abs (   752,   710)
	  3: Rel (   -93,  -690)  ->  Abs (   659,    20)
	  4: Rel (    -3,   -26)  ->  Abs (   656,    -6)
	  5: Rel (   -15,     0)  ->  Abs (   641,    -6)
	  6: Rel (   -14,     0)  ->  Abs (   627,    -6)
	  7: Rel (    -5,    26)  ->  Abs (   622,    20)
	  8: Rel (   -82,   462)  ->  Abs (   540,   482)
	  9: Rel (  -176,   378)  ->  Abs (   364,   860)
	 10: Rel (  -100,    86)  ->  Abs (   264,   946)
	 11: Rel (    24,   213)  ->  Abs (   288,  1159)
	 12: Rel (   239,  -293)  ->  Abs (   527,   866)
	 13: Rel (   126,  -553)  ->  Abs (   653,   313)
	 14: Rel (     8,   201)  ->  Abs (   661,   514)
	 15: Rel (   180,   494)  ->  Abs (   841,  1008)

	Glyph 769: off = 0x000281C6, len = 164
	  numberOfContours:	1
	  xMin:			263
	  yMin:			-4
	  xMax:			965
	  yMax:			1165

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	97
	00000: NPUSHB      (22):   166    15     1     3    11     6   255     7     1     7 
	                             7     6    96     0   112     0     2     0     0     1 
	                             6    11 
	00024: PUSHW[1]            855 
	00027: NPUSHB      (24):     9    11    13     3     3     0     0     1     1     3 
	                             7    64     6     1     6     6    79     3     1     3 
	                             3    17    16     4 
	00053: PUSHW[1]            340 
	00056: SCANCTRL   
	00057: SCANTYPE   
	00058: RTHG       
	00059: SRP1       
	00060: SRP2       
	00061: IP         
	00062: MDAP[rd]   
	00063: DELTAP1    
	00064: SHP[rp1,zp0] 
	00065: RTG        
	00066: MDAP[rd]   
	00067: DELTAP1    
	00068: ALIGNRP    
	00069: SRP1       
	00070: SHP[rp1,zp0] 
	00071: RTHG       
	00072: MDAP[rd]   
	00073: SHP[rp1,zp0] 
	00074: RTG        
	00075: MDAP[rd]   
	00076: SRP1       
	00077: SLOOP      
	00078: SHP[rp1,zp0] 
	00079: SVTCA[y-axis] 
	00080: MIAP[rd+ci] 
	00081: MDAP[rd]   
	00082: MDAP[rd]   
	00083: SHP[rp1,zp0] 
	00084: MDAP[rd]   
	00085: DELTAP1    
	00086: SRP1       
	00087: SHP[rp1,zp0] 
	00088: MDAP[rd]   
	00089: DELTAP1    
	00090: SRP1       
	00091: SRP2       
	00092: IP         
	00093: IUP[y]     
	00094: IUP[x]     
	00095: SVTCA[y-axis] 
	00096: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short On
	  2:                              X-Short Off
	  3:                              X-Short On
	  4:                      Y-Short X-Short Off
	  5:                              X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                 X-Short Off
	  9:        XDual                 X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual                 X-Short Off
	 15:        XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   965,   213)  ->  Abs (   965,   213)
	  1: Rel (   -24,  -213)  ->  Abs (   941,     0)
	  2: Rel (  -245,   299)  ->  Abs (   696,   299)
	  3: Rel (  -120,   547)  ->  Abs (   576,   846)
	  4: Rel (    -9,  -205)  ->  Abs (   567,   641)
	  5: Rel (  -180,  -492)  ->  Abs (   387,   149)
	  6: Rel (  -124,  -153)  ->  Abs (   263,    -4)
	  7: Rel (     0,   196)  ->  Abs (   263,   192)
	  8: Rel (   214,   257)  ->  Abs (   477,   449)
	  9: Rel (    93,   690)  ->  Abs (   570,  1139)
	 10: Rel (     3,    26)  ->  Abs (   573,  1165)
	 11: Rel (    14,     0)  ->  Abs (   587,  1165)
	 12: Rel (    13,     0)  ->  Abs (   600,  1165)
	 13: Rel (     5,   -26)  ->  Abs (   605,  1139)
	 14: Rel (    81,  -456)  ->  Abs (   686,   683)
	 15: Rel (   176,  -381)  ->  Abs (   862,   302)

	Glyph 770: off = 0x0002826A, len = 202
	  numberOfContours:	2
	  xMin:			295
	  yMin:			-6
	  xMax:			878
	  yMax:			1161

	EndPoints
	---------
	  0:  17
	  1:  27

	  Length of Instructions:	112
	00000: NPUSHB      (15):   138    11   134    17     2   103    17   122    11   118 
	                            17     3     5    18     7 
	00017: PUSHW[1]            860 
	00020: PUSHB[8]             31    26    47    26     2    26    26    21 
	00029: PUSHW[3]            861    12   855 
	00036: PUSHB[7]              0     0     1     5     5    18     9 
	00044: PUSHW[1]            871 
	00047: NPUSHB      (11):    24    64    11    13    52    24    24     0     1     1 
	                            18 
	00060: PUSHW[1]            887 
	00063: PUSHB[8]             15    15     1    15    15    29    28     4 
	00072: PUSHW[1]            340 
	00075: SCANCTRL   
	00076: SCANTYPE   
	00077: SRP1       
	00078: SRP2       
	00079: IP         
	00080: MDAP[rd]   
	00081: DELTAP1    
	00082: MIRP[srp0,md,rd,1] 
	00083: SHP[rp2,zp1] 
	00084: RTHG       
	00085: MDAP[rd]   
	00086: SHP[rp1,zp0] 
	00087: SHP[rp2,zp1] 
	00088: RTG        
	00089: MDAP[rd]   
	00090: CALL       
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP1       
	00093: SHP[rp1,zp0] 
	00094: MDAP[rd]   
	00095: SVTCA[y-axis] 
	00096: MDAP[rd]   
	00097: SHP[rp1,zp0] 
	00098: MDAP[rd]   
	00099: MIAP[rd+ci] 
	00100: MIRP[srp0,md,rd,1] 
	00101: SHP[rp2,zp1] 
	00102: MDAP[rd]   
	00103: DELTAP1    
	00104: MIRP[nrp0,md,rd,1] 
	00105: SHP[rp1,zp0] 
	00106: IP         
	00107: IUP[y]     
	00108: IUP[x]     
	00109: SVTCA[x-axis] 
	00110: DELTAP1    
	00111: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short On
	  2:  YDual       Rep-  2 Y-Short X-Short Off
	  5:        XDual                         On
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual                 X-Short On
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual                 X-Short Off
	 18:                              X-Short On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   878,   133)  ->  Abs (   878,   133)
	  1: Rel (   -43,  -139)  ->  Abs (   835,    -6)
	  2: Rel (   -46,    29)  ->  Abs (   789,    23)
	  3: Rel (   -66,   114)  ->  Abs (   723,   137)
	  4: Rel (   -37,   179)  ->  Abs (   686,   316)
	  5: Rel (     0,   298)  ->  Abs (   686,   614)
	  6: Rel (  -100,   -36)  ->  Abs (   586,   578)
	  7: Rel (   -64,     0)  ->  Abs (   522,   578)
	  8: Rel (  -227,     0)  ->  Abs (   295,   578)
	  9: Rel (     0,   172)  ->  Abs (   295,   750)
	 10: Rel (     0,   112)  ->  Abs (   295,   862)
	 11: Rel (   161,   299)  ->  Abs (   456,  1161)
	 12: Rel (   152,     0)  ->  Abs (   608,  1161)
	 13: Rel (   152,     0)  ->  Abs (   760,  1161)
	 14: Rel (     6,  -337)  ->  Abs (   766,   824)
	 15: Rel (     0,  -191)  ->  Abs (   766,   633)
	 16: Rel (     0,   -95)  ->  Abs (   766,   538)
	 17: Rel (    53,  -347)  ->  Abs (   819,   191)
	 18: Rel (  -143,   530)  ->  Abs (   676,   721)
	 19: Rel (     0,   221)  ->  Abs (   676,   942)
	 20: Rel (   -65,    88)  ->  Abs (   611,  1030)
	 21: Rel (   -54,     0)  ->  Abs (   557,  1030)
	 22: Rel (   -52,     0)  ->  Abs (   505,  1030)
	 23: Rel (  -124,  -132)  ->  Abs (   381,   898)
	 24: Rel (     0,   -54)  ->  Abs (   381,   844)
	 25: Rel (     0,  -142)  ->  Abs (   381,   702)
	 26: Rel (   159,     0)  ->  Abs (   540,   702)
	 27: Rel (    81,     0)  ->  Abs (   621,   702)

	Glyph 771: off = 0x00028334, len = 218
	  numberOfContours:	3
	  xMin:			150
	  yMin:			-168
	  xMax:			1079
	  yMax:			1389

	EndPoints
	---------
	  0:  13
	  1:  27
	  2:  41

	  Length of Instructions:	89
	00000: PUSHB[3]             10    21    22 
	00004: PUSHW[1]            945 
	00007: PUSHB[5]             15    14     3    29    28 
	00013: PUSHW[1]            945 
	00016: NPUSHB      (29):    35    36     7     8     9    10    11     0     1     2 
	                             3     9     5   239    12     1    79    12   143    12 
	                             2    12   112     5   240     5     2     5    39 
	00047: PUSHW[7]            946    32    18   946    25     4   340 
	00062: SCANCTRL   
	00063: SCANTYPE   
	00064: MDAP[rd]   
	00065: MIRP[nrp0,md,rd,1] 
	00066: MDAP[rd]   
	00067: MIRP[nrp0,md,rd,1] 
	00068: MDAP[rd]   
	00069: DELTAP1    
	00070: MDAP[rd]   
	00071: DELTAP1    
	00072: DELTAP1    
	00073: SRP2       
	00074: SLOOP      
	00075: IP         
	00076: SVTCA[y-axis] 
	00077: MDAP[rd]   
	00078: ALIGNRP    
	00079: MIRP[srp0,md,rd,1] 
	00080: ALIGNRP    
	00081: MDAP[rd]   
	00082: MDAP[rd]   
	00083: ALIGNRP    
	00084: MIRP[srp0,md,rd,1] 
	00085: ALIGNRP    
	00086: MDAP[rd]   
	00087: IUP[y]     
	00088: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:                                      On
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   979,  1317)  ->  Abs (   979,  1317)
	  1: Rel (  -675, -1448)  ->  Abs (   304,  -131)
	  2: Rel (   -17,   -37)  ->  Abs (   287,  -168)
	  3: Rel (   -25,     0)  ->  Abs (   262,  -168)
	  4: Rel (   -44,     0)  ->  Abs (   218,  -168)
	  5: Rel (     0,    41)  ->  Abs (   218,  -127)
	  6: Rel (     0,    14)  ->  Abs (   218,  -113)
	  7: Rel (     8,    17)  ->  Abs (   226,   -96)
	  8: Rel (   676,  1448)  ->  Abs (   902,  1352)
	  9: Rel (    18,    37)  ->  Abs (   920,  1389)
	 10: Rel (    27,     0)  ->  Abs (   947,  1389)
	 11: Rel (    41,     0)  ->  Abs (   988,  1389)
	 12: Rel (     0,   -41)  ->  Abs (   988,  1348)
	 13: Rel (     0,   -12)  ->  Abs (   988,  1336)
	 14: Rel (  -703,   -77)  ->  Abs (   285,  1259)
	 15: Rel (    37,     0)  ->  Abs (   322,  1259)
	 16: Rel (    56,     0)  ->  Abs (   378,  1259)
	 17: Rel (    79,   -80)  ->  Abs (   457,  1179)
	 18: Rel (     0,   -56)  ->  Abs (   457,  1123)
	 19: Rel (     0,   -57)  ->  Abs (   457,  1066)
	 20: Rel (   -78,   -80)  ->  Abs (   379,   986)
	 21: Rel (   -57,     0)  ->  Abs (   322,   986)
	 22: Rel (   -37,     0)  ->  Abs (   285,   986)
	 23: Rel (   -56,     0)  ->  Abs (   229,   986)
	 24: Rel (   -79,    80)  ->  Abs (   150,  1066)
	 25: Rel (     0,    57)  ->  Abs (   150,  1123)
	 26: Rel (     0,    56)  ->  Abs (   150,  1179)
	 27: Rel (    80,    80)  ->  Abs (   230,  1259)
	 28: Rel (   677, -1009)  ->  Abs (   907,   250)
	 29: Rel (    37,     0)  ->  Abs (   944,   250)
	 30: Rel (    57,     0)  ->  Abs (  1001,   250)
	 31: Rel (    78,   -80)  ->  Abs (  1079,   170)
	 32: Rel (     0,   -56)  ->  Abs (  1079,   114)
	 33: Rel (     0,   -57)  ->  Abs (  1079,    57)
	 34: Rel (   -78,   -80)  ->  Abs (  1001,   -23)
	 35: Rel (   -57,     0)  ->  Abs (   944,   -23)
	 36: Rel (   -37,     0)  ->  Abs (   907,   -23)
	 37: Rel (   -55,     0)  ->  Abs (   852,   -23)
	 38: Rel (   -79,    80)  ->  Abs (   773,    57)
	 39: Rel (    -1,    57)  ->  Abs (   772,   114)
	 40: Rel (     0,    56)  ->  Abs (   772,   170)
	 41: Rel (    80,    80)  ->  Abs (   852,   250)

	Glyph 772: off = 0x0002840E, len = 134
	  numberOfContours:	1
	  xMin:			455
	  yMin:			-253
	  xMax:			773
	  yMax:			257

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	67
	00000: NPUSHB      (19):     9    20   214    13   230    13   245    13     4   248 
	                            20     1     6    13     1    14    14     0     8 
	00021: PUSHW[1]            945 
	00024: NPUSHB      (11):     2    63    16     1    16    16     0    15    11     1 
	                            11 
	00037: PUSHW[4]            946     5     5   340 
	00046: SCANCTRL   
	00047: SCANTYPE   
	00048: MDAP[rd]   
	00049: MIRP[nrp0,md,rd,1] 
	00050: DELTAP1    
	00051: IP         
	00052: SHP[rp1,zp0] 
	00053: MDAP[rd]   
	00054: DELTAP1    
	00055: SVTCA[y-axis] 
	00056: MDAP[rd]   
	00057: MIRP[nrp0,md,rd,1] 
	00058: IP         
	00059: SHP[rp1,zp0] 
	00060: MDAP[rd]   
	00061: IUP[y]     
	00062: IUP[x]     
	00063: SVTCA[x-axis] 
	00064: DELTAP3    
	00065: DELTAP1    
	00066: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   674,     2)  ->  Abs (   674,     2)
	  1: Rel (   -27,   -12)  ->  Abs (   647,   -10)
	  2: Rel (   -31,     0)  ->  Abs (   616,   -10)
	  3: Rel (   -60,    -1)  ->  Abs (   556,   -11)
	  4: Rel (   -90,    71)  ->  Abs (   466,    60)
	  5: Rel (     0,    77)  ->  Abs (   466,   137)
	  6: Rel (     0,    35)  ->  Abs (   466,   172)
	  7: Rel (    69,    85)  ->  Abs (   535,   257)
	  8: Rel (    93,     0)  ->  Abs (   628,   257)
	  9: Rel (    75,     0)  ->  Abs (   703,   257)
	 10: Rel (    70,   -84)  ->  Abs (   773,   173)
	 11: Rel (     0,   -52)  ->  Abs (   773,   121)
	 12: Rel (     0,  -163)  ->  Abs (   773,   -42)
	 13: Rel (  -200,  -211)  ->  Abs (   573,  -253)
	 14: Rel (   -76,     0)  ->  Abs (   497,  -253)
	 15: Rel (   -42,     0)  ->  Abs (   455,  -253)
	 16: Rel (     0,    31)  ->  Abs (   455,  -222)
	 17: Rel (     0,    21)  ->  Abs (   455,  -201)
	 18: Rel (    51,    24)  ->  Abs (   506,  -177)
	 19: Rel (    66,    31)  ->  Abs (   572,  -146)
	 20: Rel (   100,   105)  ->  Abs (   672,   -41)

	Glyph 773: off = 0x00028494, len = 228
	  numberOfContours:	1
	  xMin:			230
	  yMin:			2
	  xMax:			998
	  yMax:			738

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	111
	00000: NPUSHB      (43):     6    13     8    29   135    13   136    29     4   167 
	                            13   183    13   248    21     3   135     5   135    37 
	                             2     8     8     2    34    34    21    29    13    37 
	                             5     5    24     2    18    24    29    21    13     3 
	                            10    32    16 
	00045: NPUSHW      (12):   928     4    26   928     0    10   927     4    32   927 
	                             4   886 
	00071: PUSHB[5]              0     0     1     0     4 
	00077: SCANTYPE   
	00078: MDAP[rd]   
	00079: DELTAP1    
	00080: MIRP[nrp0,md,rd,1] 
	00081: MIRP[nrp0,nmd,rd,0] 
	00082: SRP0       
	00083: MIRP[nrp0,nmd,rd,0] 
	00084: SRP0       
	00085: MIRP[nrp0,nmd,rd,0] 
	00086: SRP0       
	00087: MIRP[nrp0,nmd,rd,0] 
	00088: SRP1       
	00089: SRP2       
	00090: SLOOP      
	00091: IP         
	00092: SVTCA[y-axis] 
	00093: MDAP[rd]   
	00094: MDAP[rd]   
	00095: MDAP[rd]   
	00096: SRP2       
	00097: SLOOP      
	00098: IP         
	00099: IP         
	00100: MDAP[rd]   
	00101: SRP1       
	00102: IP         
	00103: MDAP[rd]   
	00104: IUP[y]     
	00105: IUP[x]     
	00106: SVTCA[y-axis] 
	00107: DELTAP2    
	00108: DELTAP1    
	00109: SVTCA[x-axis] 
	00110: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual                         On
	  6:  YDual               Y-Short         On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short         On
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual               Y-Short X-Short On
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual               Y-Short         On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:                      Y-Short         On

	Coordinates
	-----------
	  0: Rel (   572,   680)  ->  Abs (   572,   680)
	  1: Rel (     0,    58)  ->  Abs (   572,   738)
	  2: Rel (    41,     0)  ->  Abs (   613,   738)
	  3: Rel (    43,     0)  ->  Abs (   656,   738)
	  4: Rel (     0,   -58)  ->  Abs (   656,   680)
	  5: Rel (     0,  -286)  ->  Abs (   656,   394)
	  6: Rel (   265,    85)  ->  Abs (   921,   479)
	  7: Rel (    28,     9)  ->  Abs (   949,   488)
	  8: Rel (    10,     0)  ->  Abs (   959,   488)
	  9: Rel (    39,     0)  ->  Abs (   998,   488)
	 10: Rel (     0,   -41)  ->  Abs (   998,   447)
	 11: Rel (     0,   -31)  ->  Abs (   998,   416)
	 12: Rel (   -43,   -14)  ->  Abs (   955,   402)
	 13: Rel (  -272,   -88)  ->  Abs (   683,   314)
	 14: Rel (   168,  -234)  ->  Abs (   851,    80)
	 15: Rel (    16,   -22)  ->  Abs (   867,    58)
	 16: Rel (     0,   -15)  ->  Abs (   867,    43)
	 17: Rel (     0,   -41)  ->  Abs (   867,     2)
	 18: Rel (   -43,     0)  ->  Abs (   824,     2)
	 19: Rel (   -20,     0)  ->  Abs (   804,     2)
	 20: Rel (   -21,    29)  ->  Abs (   783,    31)
	 21: Rel (  -170,   231)  ->  Abs (   613,   262)
	 22: Rel (  -168,  -231)  ->  Abs (   445,    31)
	 23: Rel (   -21,   -29)  ->  Abs (   424,     2)
	 24: Rel (   -20,     0)  ->  Abs (   404,     2)
	 25: Rel (   -41,     0)  ->  Abs (   363,     2)
	 26: Rel (    -4,    43)  ->  Abs (   359,    45)
	 27: Rel (     3,    15)  ->  Abs (   362,    60)
	 28: Rel (    14,    20)  ->  Abs (   376,    80)
	 29: Rel (   170,   234)  ->  Abs (   546,   314)
	 30: Rel (  -275,    88)  ->  Abs (   271,   402)
	 31: Rel (   -41,    13)  ->  Abs (   230,   415)
	 32: Rel (     0,    32)  ->  Abs (   230,   447)
	 33: Rel (     0,    41)  ->  Abs (   230,   488)
	 34: Rel (    39,     0)  ->  Abs (   269,   488)
	 35: Rel (    10,     0)  ->  Abs (   279,   488)
	 36: Rel (    19,    -6)  ->  Abs (   298,   482)
	 37: Rel (   274,   -88)  ->  Abs (   572,   394)

	Glyph 774: off = 0x00028578, len = 96
	  numberOfContours:	1
	  xMin:			586
	  yMin:			1337
	  xMax:			652
	  yMax:			1804

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	45
	00000: NPUSHB      (19):     0     0     5     2     6     8     3     4     0     0 
	                             4     5     5    10    64    42    46    52    10 
	00021: PUSHW[2]            881     4 
	00026: MDAP[rd]   
	00027: MIRP[srp0,md,rd,1] 
	00028: CALL       
	00029: SHP[rp2,zp1] 
	00030: RTHG       
	00031: MDAP[rd]   
	00032: SRP1       
	00033: SHP[rp1,zp0] 
	00034: MDAP[rd]   
	00035: SRP1       
	00036: SLOOP      
	00037: IP         
	00038: SVTCA[y-axis] 
	00039: RTG        
	00040: MDAP[rd]   
	00041: SHP[rp1,zp0] 
	00042: MDAP[rd]   
	00043: IUP[y]     
	00044: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:        XDual         Y-Short         Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   606,  1337)  ->  Abs (   606,  1337)
	  1: Rel (     0,    55)  ->  Abs (   606,  1392)
	  2: Rel (    -9,    82)  ->  Abs (   597,  1474)
	  3: Rel (   -11,   104)  ->  Abs (   586,  1578)
	  4: Rel (     0,   116)  ->  Abs (   586,  1694)
	  5: Rel (    60,   110)  ->  Abs (   646,  1804)
	  6: Rel (    -1,  -102)  ->  Abs (   645,  1702)
	  7: Rel (     0,   -39)  ->  Abs (   645,  1663)
	  8: Rel (     3,   -54)  ->  Abs (   648,  1609)
	  9: Rel (     4,   -64)  ->  Abs (   652,  1545)
	 10: Rel (     0,   -40)  ->  Abs (   652,  1505)
	 11: Rel (     0,   -37)  ->  Abs (   652,  1468)
	 12: Rel (   -31,  -123)  ->  Abs (   621,  1345)

	Glyph 775: off = 0x000285D8, len = 304
	  numberOfContours:	1
	  xMin:			465
	  yMin:			1230
	  xMax:			739
	  yMax:			1603

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	232
	00000: NPUSHB      (23):    22    44    19    27    52     1    32    11    16    52 
	                            21    17    22    18    25    22     3     4    64    17 
	                            30    52     3 
	00025: PUSHW[1]            -64 
	00028: PUSHB[4]             11    16    52     1 
	00033: PUSHW[1]            -64 
	00036: PUSHB[6]             12    16    52     3    19    21 
	00043: PUSHW[1]            898 
	00046: PUSHB[4]            144    22     1    22 
	00051: PUSHW[1]            -64 
	00054: PUSHB[4]             28    30    52    22 
	00059: PUSHW[1]            -64 
	00062: PUSHB[7]             10    16    52    22    22     1     0 
	00070: PUSHW[1]            -64 
	00073: PUSHB[4]             47    49    52     0 
	00078: PUSHW[1]            -64 
	00081: NPUSHB      (11):    41    43    52    80     0     1     0     0    12    12 
	                            14 
	00094: PUSHW[1]            897 
	00097: PUSHB[7]            112     8     1    63     8     1     8 
	00105: PUSHW[1]            -64 
	00108: NPUSHB      (26):    85    53     8    64     9    14    52     8    64    17 
	                            19    52     8     3    22    12    12     0    10    16 
	                            10     2    10    10    22    16 
	00136: PUSHW[1]            875 
	00139: NPUSHB      (27):    47     5     1     5     5     1    21   175    22     1 
	                            22    64    11    11    52    22    64     9    11    52 
	                            22    22    32     0     1     0     4 
	00168: PUSHW[1]            340 
	00171: SCANCTRL   
	00172: SCANTYPE   
	00173: MDAP[rd]   
	00174: DELTAP1    
	00175: SHP[rp1,zp0] 
	00176: MDAP[rd]   
	00177: CALL       
	00178: CALL       
	00179: DELTAP1    
	00180: ALIGNRP    
	00181: SHP[rp2,zp1] 
	00182: SHP[rp2,zp1] 
	00183: MDAP[rd]   
	00184: DELTAP1    
	00185: MIRP[srp0,md,rd,1] 
	00186: SRP1       
	00187: IP         
	00188: MDAP[rd]   
	00189: DELTAP1    
	00190: SHP[rp1,zp0] 
	00191: RTHG       
	00192: MDAP[rd]   
	00193: SRP1       
	00194: IP         
	00195: SVTCA[y-axis] 
	00196: RTG        
	00197: MDAP[rd]   
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: DELTAP1    
	00202: DELTAP3    
	00203: MIRP[srp0,md,rd,1] 
	00204: SHP[rp2,zp1] 
	00205: RUTG       
	00206: MDAP[rd]   
	00207: RTG        
	00208: SHP[rp2,zp1] 
	00209: MDAP[rd]   
	00210: DELTAP3    
	00211: CALL       
	00212: CALL       
	00213: SHP[rp1,zp0] 
	00214: SHP[rp1,zp0] 
	00215: MDAP[rd]   
	00216: CALL       
	00217: CALL       
	00218: DELTAP3    
	00219: MIRP[nrp0,md,rd,1] 
	00220: IP         
	00221: IP         
	00222: IUP[y]     
	00223: IUP[x]     
	00224: SVTCA[x-axis] 
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: SVTCA[y-axis] 
	00229: DELTAP3    
	00230: CALL       
	00231: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:        XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   479,  1230)  ->  Abs (   479,  1230)
	  1: Rel (     8,    43)  ->  Abs (   487,  1273)
	  2: Rel (    47,    33)  ->  Abs (   534,  1306)
	  3: Rel (    29,    37)  ->  Abs (   563,  1343)
	  4: Rel (   -98,     6)  ->  Abs (   465,  1349)
	  5: Rel (     0,    84)  ->  Abs (   465,  1433)
	  6: Rel (     0,    58)  ->  Abs (   465,  1491)
	  7: Rel (    78,   112)  ->  Abs (   543,  1603)
	  8: Rel (    51,     0)  ->  Abs (   594,  1603)
	  9: Rel (    80,     0)  ->  Abs (   674,  1603)
	 10: Rel (     0,   -73)  ->  Abs (   674,  1530)
	 11: Rel (     0,   -24)  ->  Abs (   674,  1506)
	 12: Rel (   -12,   -24)  ->  Abs (   662,  1482)
	 13: Rel (   -73,    53)  ->  Abs (   589,  1535)
	 14: Rel (   -32,     0)  ->  Abs (   557,  1535)
	 15: Rel (   -51,     0)  ->  Abs (   506,  1535)
	 16: Rel (     0,   -43)  ->  Abs (   506,  1492)
	 17: Rel (     0,   -36)  ->  Abs (   506,  1456)
	 18: Rel (   105,   -64)  ->  Abs (   611,  1392)
	 19: Rel (    40,     0)  ->  Abs (   651,  1392)
	 20: Rel (    36,     0)  ->  Abs (   687,  1392)
	 21: Rel (    52,    22)  ->  Abs (   739,  1414)
	 22: Rel (     0,   -73)  ->  Abs (   739,  1341)

	Glyph 776: off = 0x00028708, len = 208
	  numberOfContours:	2
	  xMin:			499
	  yMin:			-9
	  xMax:			930
	  yMax:			683

	EndPoints
	---------
	  0:  17
	  1:  26

	  Length of Instructions:	121
	00000: NPUSHB      (23):   122    26   133     7   165     7     3   107    26   254 
	                            26     2   181     7   234    18   234    26     3     0 
	                            18    22     5 
	00025: PUSHW[1]            907 
	00028: PUSHB[3]              2     2    22 
	00032: PUSHW[1]            907 
	00035: PUSHB[5]             12    18     0    24     2 
	00041: PUSHW[1]            -64 
	00044: PUSHB[8]             12    14    52     2     2    20    15    24 
	00053: PUSHW[1]            931 
	00056: NPUSHB      (13):   111     8   127     8     2     8    64     9    11    52 
	                             8     8    20 
	00071: PUSHW[1]            883 
	00074: NPUSHB      (11):    96    15     1     0    15    32    15   112    15     3 
	                            15 
	00087: MDAP[rd]   
	00088: DELTAP1    
	00089: DELTAP1    
	00090: MIRP[nrp0,md,rd,1] 
	00091: SHP[rp1,zp0] 
	00092: MDAP[rd]   
	00093: CALL       
	00094: DELTAP1    
	00095: MIRP[nrp0,md,rd,1] 
	00096: RDTG       
	00097: SRP1       
	00098: SRP2       
	00099: IP         
	00100: MDAP[rd]   
	00101: CALL       
	00102: RTG        
	00103: SRP1       
	00104: IP         
	00105: IP         
	00106: SVTCA[y-axis] 
	00107: MDAP[rd]   
	00108: MIRP[srp0,md,rd,1] 
	00109: SHP[rp2,zp1] 
	00110: MDAP[rd]   
	00111: MIRP[nrp0,md,rd,1] 
	00112: SRP2       
	00113: IP         
	00114: IP         
	00115: IUP[y]     
	00116: IUP[x]     
	00117: SVTCA[y-axis] 
	00118: DELTAP1    
	00119: DELTAP1    
	00120: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   612,   547)  ->  Abs (   612,   547)
	  1: Rel (   -17,     9)  ->  Abs (   595,   556)
	  2: Rel (   -46,     0)  ->  Abs (   549,   556)
	  3: Rel (    35,    89)  ->  Abs (   584,   645)
	  4: Rel (    30,    38)  ->  Abs (   614,   683)
	  5: Rel (    31,     0)  ->  Abs (   645,   683)
	  6: Rel (    91,     0)  ->  Abs (   736,   683)
	  7: Rel (   194,  -201)  ->  Abs (   930,   482)
	  8: Rel (     0,  -124)  ->  Abs (   930,   358)
	  9: Rel (     0,  -121)  ->  Abs (   930,   237)
	 10: Rel (   -63,  -167)  ->  Abs (   867,    70)
	 11: Rel (   -94,   -79)  ->  Abs (   773,    -9)
	 12: Rel (   -99,     1)  ->  Abs (   674,    -8)
	 13: Rel (   -81,     0)  ->  Abs (   593,    -8)
	 14: Rel (   -93,   109)  ->  Abs (   500,   101)
	 15: Rel (    -1,    93)  ->  Abs (   499,   194)
	 16: Rel (     1,    83)  ->  Abs (   500,   277)
	 17: Rel (    39,   143)  ->  Abs (   539,   420)
	 18: Rel (   137,    97)  ->  Abs (   676,   517)
	 19: Rel (  -105,  -167)  ->  Abs (   571,   350)
	 20: Rel (     0,   -56)  ->  Abs (   571,   294)
	 21: Rel (     0,  -176)  ->  Abs (   571,   118)
	 22: Rel (   133,     0)  ->  Abs (   704,   118)
	 23: Rel (   143,     0)  ->  Abs (   847,   118)
	 24: Rel (     0,   144)  ->  Abs (   847,   262)
	 25: Rel (     0,   109)  ->  Abs (   847,   371)
	 26: Rel (   -88,   103)  ->  Abs (   759,   474)

	Glyph 777: off = 0x000287D8, len = 146
	  numberOfContours:	1
	  xMin:			269
	  yMin:			1313
	  xMax:			891
	  yMax:			1482

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	65
	00000: NPUSHB      (13):     5    24    19    21    52    15    44     9    21    52 
	                            24    24    16 
	00015: PUSHW[1]            900 
	00018: NPUSHB       (9):     7    64     9    17    52     7     7    11    20 
	00029: PUSHW[1]            900 
	00032: NPUSHB      (10):     3     0    64     9    11    52     0     0    13     4 
	00044: SCANTYPE   
	00045: MDAP[rd]   
	00046: SHP[rp1,zp0] 
	00047: MDAP[rd]   
	00048: CALL       
	00049: SVTCA[y-axis] 
	00050: MDAP[rd]   
	00051: MIRP[nrp0,md,rd,1] 
	00052: ALIGNRP    
	00053: SHP[rp1,zp0] 
	00054: MDAP[rd]   
	00055: CALL       
	00056: MIRP[srp0,md,rd,1] 
	00057: SHP[rp2,zp1] 
	00058: MDAP[rd]   
	00059: IUP[y]     
	00060: IUP[x]     
	00061: SVTCA[x-axis] 
	00062: CALL       
	00063: SVTCA[y-axis] 
	00064: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   891,  1473)  ->  Abs (   891,  1473)
	  1: Rel (     0,   -66)  ->  Abs (   891,  1407)
	  2: Rel (  -172,   -94)  ->  Abs (   719,  1313)
	  3: Rel (   -82,     0)  ->  Abs (   637,  1313)
	  4: Rel (   -47,     0)  ->  Abs (   590,  1313)
	  5: Rel (   -86,    30)  ->  Abs (   504,  1343)
	  6: Rel (   -86,    30)  ->  Abs (   418,  1373)
	  7: Rel (   -37,     0)  ->  Abs (   381,  1373)
	  8: Rel (   -36,     0)  ->  Abs (   345,  1373)
	  9: Rel (   -33,   -30)  ->  Abs (   312,  1343)
	 10: Rel (   -34,   -30)  ->  Abs (   278,  1313)
	 11: Rel (    -5,     0)  ->  Abs (   273,  1313)
	 12: Rel (    -4,     0)  ->  Abs (   269,  1313)
	 13: Rel (     0,    12)  ->  Abs (   269,  1325)
	 14: Rel (     0,    58)  ->  Abs (   269,  1383)
	 15: Rel (    89,    81)  ->  Abs (   358,  1464)
	 16: Rel (    60,     0)  ->  Abs (   418,  1464)
	 17: Rel (    24,     0)  ->  Abs (   442,  1464)
	 18: Rel (    94,   -29)  ->  Abs (   536,  1435)
	 19: Rel (    93,   -28)  ->  Abs (   629,  1407)
	 20: Rel (    73,     0)  ->  Abs (   702,  1407)
	 21: Rel (   101,     0)  ->  Abs (   803,  1407)
	 22: Rel (    69,    65)  ->  Abs (   872,  1472)
	 23: Rel (    10,    10)  ->  Abs (   882,  1482)
	 24: Rel (     4,     0)  ->  Abs (   886,  1482)
	 25: Rel (     5,    -1)  ->  Abs (   891,  1481)

	Glyph 778: off = 0x0002886A, len = 286
	  numberOfContours:	1
	  xMin:			295
	  yMin:			0
	  xMax:			967
	  yMax:			1133

	EndPoints
	---------
	  0:  34

	  Length of Instructions:	174
	00000: NPUSHB      (31):   201     4   205    12   204    18     3   137    12   183 
	                            15   185    18     3    17    29     0    80    34     1 
	                             0    34   208    34     2   176    34   192    34     2 
	                            34 
	00033: PUSHW[1]            -64 
	00036: NPUSHB       (9):     9    13    52    34    34   208    31     1    31 
	00047: PUSHW[1]            -64 
	00050: PUSHB[4]             23    25    52    31 
	00055: PUSHW[1]            910 
	00058: NPUSHB      (11):     0     2     1     2     2    14     9    21    22    22 
	                            26 
	00071: PUSHW[1]            933 
	00074: NPUSHB      (13):    19    19    14    13    64    17    19    52    13    13 
	                            14     8     9 
	00089: PUSHW[1]            858 
	00092: NPUSHB      (21):    22    21    21    34     0     0     4    17    29     3 
	                            13     9     8     6    14    14    13     6     6    13 
	                             4 
	00115: SCANTYPE   
	00116: MDAP[rd]   
	00117: SHP[rp1,zp0] 
	00118: MDAP[rd]   
	00119: SRP1       
	00120: SHP[rp1,zp0] 
	00121: RTHG       
	00122: MDAP[rd]   
	00123: SRP1       
	00124: SHP[rp1,zp0] 
	00125: SHP[rp1,zp0] 
	00126: SRP2       
	00127: SLOOP      
	00128: IP         
	00129: SHP[rp1,zp0] 
	00130: RTG        
	00131: MDAP[rd]   
	00132: SHP[rp1,zp0] 
	00133: SHP[rp1,zp0] 
	00134: MDAP[rd]   
	00135: SHP[rp1,zp0] 
	00136: SVTCA[y-axis] 
	00137: MIAP[rd+ci] 
	00138: ALIGNRP    
	00139: MDAP[rd]   
	00140: SHP[rp1,zp0] 
	00141: MDAP[rd]   
	00142: CALL       
	00143: SRP1       
	00144: SHP[rp1,zp0] 
	00145: MDAP[rd]   
	00146: MIRP[srp0,md,rd,1] 
	00147: SHP[rp2,zp1] 
	00148: RUTG       
	00149: MDAP[rd]   
	00150: RTG        
	00151: IP         
	00152: SRP1       
	00153: SRP2       
	00154: IP         
	00155: MDAP[rd]   
	00156: DELTAP1    
	00157: MIRP[srp0,md,rd,1] 
	00158: CALL       
	00159: DELTAP3    
	00160: SHP[rp2,zp1] 
	00161: MDAP[rd]   
	00162: CALL       
	00163: DELTAP1    
	00164: DELTAP2    
	00165: DELTAP3    
	00166: IP         
	00167: SHP[rp2,zp1] 
	00168: SHP[rp2,zp1] 
	00169: IUP[y]     
	00170: IUP[x]     
	00171: SVTCA[x-axis] 
	00172: DELTAP1    
	00173: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                              X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:                              X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual                 X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:                      Y-Short X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   967,   913)  ->  Abs (   967,   913)
	  1: Rel (   -47,  -286)  ->  Abs (   920,   627)
	  2: Rel (  -221,     0)  ->  Abs (   699,   627)
	  3: Rel (   -78,     0)  ->  Abs (   621,   627)
	  4: Rel (   -80,    59)  ->  Abs (   541,   686)
	  5: Rel (    67,  -163)  ->  Abs (   608,   523)
	  6: Rel (     0,  -173)  ->  Abs (   608,   350)
	  7: Rel (     0,  -129)  ->  Abs (   608,   221)
	  8: Rel (   -44,  -221)  ->  Abs (   564,     0)
	  9: Rel (   -31,     0)  ->  Abs (   533,     0)
	 10: Rel (     0,   231)  ->  Abs (   533,   231)
	 11: Rel (   -45,   285)  ->  Abs (   488,   516)
	 12: Rel (  -107,   284)  ->  Abs (   381,   800)
	 13: Rel (   -86,   130)  ->  Abs (   295,   930)
	 14: Rel (    60,   196)  ->  Abs (   355,  1126)
	 15: Rel (    88,  -194)  ->  Abs (   443,   932)
	 16: Rel (    60,   -98)  ->  Abs (   503,   834)
	 17: Rel (    40,   -26)  ->  Abs (   543,   808)
	 18: Rel (    30,   325)  ->  Abs (   573,  1133)
	 19: Rel (   163,     0)  ->  Abs (   736,  1133)
	 20: Rel (   108,     0)  ->  Abs (   844,  1133)
	 21: Rel (    74,  -113)  ->  Abs (   918,  1020)
	 22: Rel (   -10,   -16)  ->  Abs (   908,  1004)
	 23: Rel (    -1,     0)  ->  Abs (   907,  1004)
	 24: Rel (   -42,    23)  ->  Abs (   865,  1027)
	 25: Rel (   -43,    24)  ->  Abs (   822,  1051)
	 26: Rel (   -41,     0)  ->  Abs (   781,  1051)
	 27: Rel (   -64,     0)  ->  Abs (   717,  1051)
	 28: Rel (   -92,   -90)  ->  Abs (   625,   961)
	 29: Rel (   -39,  -172)  ->  Abs (   586,   789)
	 30: Rel (    66,   -25)  ->  Abs (   652,   764)
	 31: Rel (    61,     0)  ->  Abs (   713,   764)
	 32: Rel (    53,     0)  ->  Abs (   766,   764)
	 33: Rel (    99,    45)  ->  Abs (   865,   809)
	 34: Rel (    82,   113)  ->  Abs (   947,   922)

	Glyph 779: off = 0x00028988, len = 258
	  numberOfContours:	2
	  xMin:			273
	  yMin:			0
	  xMax:			932
	  yMax:			1161

	EndPoints
	---------
	  0:  16
	  1:  31

	  Length of Instructions:	154
	00000: NPUSHB      (57):   201     7   218     7     2   222    31     1   203    17 
	                           203    31   219    17     3   187    17   188    31   198 
	                            11     3   153    31   170    17   172    31     3    89 
	                             7    88    31   137    31     3    39    10     1     0 
	                            16     7    17     9     2     8     8     9    24    64 
	                            15    18    52    24    24     0    26 
	00059: PUSHW[6]            907    15    22   911     2   858 
	00072: NPUSHB      (14):     0     0    12    24    24    12     8     7    17     3 
	                             9     9     5    29 
	00088: PUSHW[1]            879 
	00091: PUSHB[8]             31    12   143    12     2    12    12    20 
	00100: PUSHW[1]            893 
	00103: PUSHB[2]              5     4 
	00106: SCANTYPE   
	00107: MDAP[rd]   
	00108: MIRP[nrp0,md,rd,1] 
	00109: SHP[rp1,zp0] 
	00110: MDAP[rd]   
	00111: DELTAP1    
	00112: MIRP[nrp0,md,rd,1] 
	00113: RTHG       
	00114: SRP2       
	00115: IP         
	00116: MDAP[rd]   
	00117: SLOOP      
	00118: SHP[rp1,zp0] 
	00119: SRP1       
	00120: IP         
	00121: MDAP[rd]   
	00122: SRP1       
	00123: IP         
	00124: MDAP[rd]   
	00125: SVTCA[y-axis] 
	00126: RTG        
	00127: MIAP[rd+ci] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: MDAP[rd]   
	00130: MIRP[nrp0,md,rd,1] 
	00131: IP         
	00132: SHP[rp2,zp1] 
	00133: MDAP[rd]   
	00134: CALL       
	00135: MDAP[rd]   
	00136: SHP[rp1,zp0] 
	00137: MDAP[rd]   
	00138: SRP1       
	00139: SRP2       
	00140: IP         
	00141: IP         
	00142: SHPIX      
	00143: IUP[y]     
	00144: IUP[x]     
	00145: SVTCA[x-axis] 
	00146: DELTAP1    
	00147: DELTAP1    
	00148: DELTAP1    
	00149: DELTAP1    
	00150: DELTAP1    
	00151: DELTAP1    
	00152: SVTCA[y-axis] 
	00153: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:        XDual                         Off
	  7:                                      On
	  8:  YDual               Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                              X-Short On
	 18:                      Y-Short X-Short Off
	 19:                              X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:                              X-Short Off

	Coordinates
	-----------
	  0: Rel (   625,    66)  ->  Abs (   625,    66)
	  1: Rel (   -70,   -66)  ->  Abs (   555,     0)
	  2: Rel (   -88,     0)  ->  Abs (   467,     0)
	  3: Rel (   -90,     0)  ->  Abs (   377,     0)
	  4: Rel (  -104,   112)  ->  Abs (   273,   112)
	  5: Rel (     0,    87)  ->  Abs (   273,   199)
	  6: Rel (     0,   273)  ->  Abs (   273,   472)
	  7: Rel (   321,   417)  ->  Abs (   594,   889)
	  8: Rel (   -69,    78)  ->  Abs (   525,   967)
	  9: Rel (    49,   194)  ->  Abs (   574,  1161)
	 10: Rel (   137,  -153)  ->  Abs (   711,  1008)
	 11: Rel (   221,  -446)  ->  Abs (   932,   562)
	 12: Rel (     0,  -193)  ->  Abs (   932,   369)
	 13: Rel (     0,  -135)  ->  Abs (   932,   234)
	 14: Rel (  -110,  -203)  ->  Abs (   822,    31)
	 15: Rel (  -105,     0)  ->  Abs (   717,    31)
	 16: Rel (   -56,     0)  ->  Abs (   661,    31)
	 17: Rel (   -38,   819)  ->  Abs (   623,   850)
	 18: Rel (   -67,   -76)  ->  Abs (   556,   774)
	 19: Rel (  -162,  -352)  ->  Abs (   394,   422)
	 20: Rel (     0,  -102)  ->  Abs (   394,   320)
	 21: Rel (     0,  -181)  ->  Abs (   394,   139)
	 22: Rel (   104,     0)  ->  Abs (   498,   139)
	 23: Rel (    65,     0)  ->  Abs (   563,   139)
	 24: Rel (    80,    68)  ->  Abs (   643,   207)
	 25: Rel (    49,   -53)  ->  Abs (   692,   154)
	 26: Rel (    74,     0)  ->  Abs (   766,   154)
	 27: Rel (    45,     0)  ->  Abs (   811,   154)
	 28: Rel (    66,    89)  ->  Abs (   877,   243)
	 29: Rel (     0,    38)  ->  Abs (   877,   281)
	 30: Rel (     0,   106)  ->  Abs (   877,   387)
	 31: Rel (  -169,   364)  ->  Abs (   708,   751)

	Glyph 780: off = 0x00028A8A, len = 258
	  numberOfContours:	1
	  xMin:			325
	  yMin:			0
	  xMax:			921
	  yMax:			1165

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	173
	00000: NPUSHB      (21):   184     2   200     2     2    22    25     1    40     7 
	                           102     2   183     3     3     6    44    16    22    52 
	                             2 
	00023: PUSHW[1]            -64 
	00026: NPUSHB       (9):    16    22    52     1     7    16     0     1     0 
	00037: PUSHW[1]            -64 
	00040: PUSHB[4]              9    13    52     0 
	00045: PUSHW[1]            -64 
	00048: NPUSHB       (9):    25    27    52   144     0     1     0     0    24 
	00059: PUSHW[1]            913 
	00062: NPUSHB      (18):     0     7     1     7     7    12     5    16    64    24 
	                            30    52   239    16     1    16    16    19 
	00082: PUSHW[6]            911    12   854     4     5   858 
	00095: NPUSHB      (11):     7     0     5    16    15    15     1     0     0     5 
	                            22 
	00108: PUSHW[1]            890 
	00111: PUSHB[3]              9     9     4 
	00115: PUSHW[4]            944     5     5   340 
	00124: SCANCTRL   
	00125: SCANTYPE   
	00126: MDAP[rd]   
	00127: MIRP[nrp0,md,rd,1] 
	00128: SHP[rp1,zp0] 
	00129: MDAP[rd]   
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP1       
	00132: SHP[rp1,zp0] 
	00133: MDAP[rd]   
	00134: SHP[rp1,zp0] 
	00135: SHP[rp1,zp0] 
	00136: MDAP[rd]   
	00137: SHP[rp1,zp0] 
	00138: SRP1       
	00139: SRP2       
	00140: IP         
	00141: SVTCA[y-axis] 
	00142: MIAP[rd+ci] 
	00143: ALIGNRP    
	00144: MIAP[rd+ci] 
	00145: MIRP[srp0,md,rd,1] 
	00146: SHP[rp2,zp1] 
	00147: MDAP[rd]   
	00148: DELTAP1    
	00149: CALL       
	00150: SRP1       
	00151: SRP2       
	00152: IP         
	00153: MDAP[rd]   
	00154: DELTAP1    
	00155: MIRP[srp0,md,rd,1] 
	00156: SHP[rp2,zp1] 
	00157: MDAP[rd]   
	00158: DELTAP3    
	00159: CALL       
	00160: CALL       
	00161: DELTAP3    
	00162: SRP1       
	00163: IP         
	00164: IUP[y]     
	00165: IUP[x]     
	00166: SVTCA[x-axis] 
	00167: CALL       
	00168: CALL       
	00169: DELTAP1    
	00170: SVTCA[y-axis] 
	00171: DELTAP3    
	00172: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                              X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual                       X-Short On
	  6:        XDual                         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   921,   883)  ->  Abs (   921,   883)
	  1: Rel (   -39,  -193)  ->  Abs (   882,   690)
	  2: Rel (  -159,   -63)  ->  Abs (   723,   627)
	  3: Rel (  -221,  -393)  ->  Abs (   502,   234)
	  4: Rel (   -23,  -234)  ->  Abs (   479,     0)
	  5: Rel (   -27,     0)  ->  Abs (   452,     0)
	  6: Rel (     0,   371)  ->  Abs (   452,   371)
	  7: Rel (   123,   239)  ->  Abs (   575,   610)
	  8: Rel (  -250,     0)  ->  Abs (   325,   610)
	  9: Rel (     0,   138)  ->  Abs (   325,   748)
	 10: Rel (     0,   109)  ->  Abs (   325,   857)
	 11: Rel (   229,   308)  ->  Abs (   554,  1165)
	 12: Rel (    91,     0)  ->  Abs (   645,  1165)
	 13: Rel (    67,     0)  ->  Abs (   712,  1165)
	 14: Rel (   119,  -108)  ->  Abs (   831,  1057)
	 15: Rel (    29,   -74)  ->  Abs (   860,   983)
	 16: Rel (   -11,   -10)  ->  Abs (   849,   973)
	 17: Rel (   -92,    32)  ->  Abs (   757,  1005)
	 18: Rel (   -53,    19)  ->  Abs (   704,  1024)
	 19: Rel (   -47,     0)  ->  Abs (   657,  1024)
	 20: Rel (   -76,     0)  ->  Abs (   581,  1024)
	 21: Rel (  -153,   -87)  ->  Abs (   428,   937)
	 22: Rel (     0,   -69)  ->  Abs (   428,   868)
	 23: Rel (     0,  -110)  ->  Abs (   428,   758)
	 24: Rel (   129,     0)  ->  Abs (   557,   758)
	 25: Rel (   118,     0)  ->  Abs (   675,   758)

	Glyph 781: off = 0x00028B8C, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-409
	  xMax:			1171
	  yMax:			1190

	     0: Flags:		0x0236
		Glyf Index:	894
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0017
		Glyf Index:	1021
		X WOffset:	94
		Y WOffset:	-1264
		Other:		Round X,Y to Grid  No Overlap


	Glyph 782: off = 0x00028BA4, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-561
	  xMax:			1192
	  yMax:			682

	     0: Flags:		0x0236
		Glyf Index:	1103
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1102
		X WOffset:	284
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     4     3    15    67     1    67    64    15    17    52 
	                            31    67    79    67     2    67 
	00018: SVTCA[x-axis] 
	00019: SRP1       
	00020: DELTAP1    
	00021: CALL       
	00022: DELTAP2    
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 783: off = 0x00028BD8, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-424
	  xMax:			1187
	  yMax:			1091

	     0: Flags:		0x0236
		Glyf Index:	1103
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	352
		Y WOffset:	17
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[7]              3     0    65    65    34    34    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 784: off = 0x00028BFE, len = 848
	  numberOfContours:	4
	  xMin:			0
	  yMin:			-291
	  xMax:			1229
	  yMax:			999

	EndPoints
	---------
	  0:  35
	  1:  67
	  2:  90
	  3:  98

	  Length of Instructions:	567
	00000: NPUSHB      (82):    16    87     1    87    64    15    22    52   151    73 
	                             1    52    12    60    86    73    73    72    87     4 
	                           122    73   127    86   140    73     3    11    87   138 
	                            86   223    87     3    30    86     1    66    87   213 
	                            87   224    87   240    87     4   101    72    99    87 
	                           130    87     3     7    29     0    87     2    94    98 
	                            95    97    92    92    93    91    96    96    97    93 
	                            93    95    64    52    56    52    95    64    22    29 
	                            52    95 
	00084: PUSHW[1]            940 
	00087: NPUSHB      (11):    97    91    91   208    97     1     0    97     1    97 
	                            56 
	00100: PUSHW[1]            901 
	00103: NPUSHB      (21):    37    64    11    13    52    37    62    63    68    69 
	                            47    63    63    63     2    63    48     2    81    81 
	                            74 
	00126: PUSHW[3]            899    85   -64 
	00133: NPUSHB      (25):    33    46    52   144    85     1     0    85   191    85 
	                             2    48    85    64    85    96    85     3    85     0 
	                            19     1    19    19    27 
	00160: PUSHW[1]            903 
	00163: NPUSHB      (12):    14    93    91    91    98    92    95    84    97    97 
	                            96    92 
	00177: PUSHW[1]            -64 
	00180: PUSHB[4]             52    56    52    92 
	00185: PUSHW[1]            -64 
	00188: PUSHB[4]             22    29    52    92 
	00193: PUSHW[1]            939 
	00196: NPUSHB      (11):    96    64    52    56    52    96    64    22    29    52 
	                            96 
	00209: PUSHW[1]            939 
	00212: NPUSHB      (36):    94    48    98     1    98    63    63    60    62    64 
	                            15    25    52    62    62    60    69    69    89    31 
	                            68     1   175    68   223    68     2    68    64    18 
	                            25    52    68    68    89    65 
	00250: PUSHW[1]            878 
	00253: PUSHB[4]            128    60     1    60 
	00258: PUSHW[1]            -64 
	00261: PUSHB[4]             25    29    52    60 
	00266: PUSHW[1]            -64 
	00269: NPUSHB      (17):    15    20    52    32    60    48    60    79    60     3 
	                            60    60    71    41    79    79    89 
	00288: PUSHW[1]            875 
	00291: NPUSHB      (12):    71    47    48    43    45    54    52     4    41    48 
	                            48    50 
	00305: PUSHW[1]            879 
	00308: PUSHB[6]             41    64    14    17    52    41 
	00315: PUSHW[1]            -64 
	00318: NPUSHB      (38):    11    12    52    31    41    95    41   159    41     3 
	                            15    41   143    41   223    41     3    79    41     1 
	                            41    41    10    34    33    31     6     8     0    10 
	                             2     2     4     0     0     4     4    31 
	00358: PUSHW[1]            876 
	00361: NPUSHB      (11):   144    10     1     0    10   128    10   208    10     3 
	                            10 
	00374: PUSHW[1]            -64 
	00377: NPUSHB      (10):    13    17    52    10    10   100    16    21    21    25 
	00389: PUSHW[4]            875    16     4   340 
	00398: SCANCTRL   
	00399: SCANTYPE   
	00400: MDAP[rd]   
	00401: MIRP[srp0,md,rd,1] 
	00402: SHP[rp2,zp1] 
	00403: MDAP[rd]   
	00404: SRP1       
	00405: SRP2       
	00406: IP         
	00407: MDAP[rd]   
	00408: CALL       
	00409: DELTAP2    
	00410: DELTAP3    
	00411: MIRP[nrp0,md,rd,1] 
	00412: SHP[rp1,zp0] 
	00413: MDAP[rd]   
	00414: SHP[rp1,zp0] 
	00415: MDAP[rd]   
	00416: RTHG       
	00417: SRP2       
	00418: IP         
	00419: MDAP[rd]   
	00420: SRP1       
	00421: SRP2       
	00422: IP         
	00423: IP         
	00424: SRP1       
	00425: IP         
	00426: IP         
	00427: SRP1       
	00428: SHP[rp1,zp0] 
	00429: RTG        
	00430: MDAP[rd]   
	00431: DELTAP1    
	00432: DELTAP2    
	00433: DELTAP3    
	00434: CALL       
	00435: CALL       
	00436: MIRP[nrp0,md,rd,1] 
	00437: RTHG       
	00438: IP         
	00439: MDAP[rd]   
	00440: SRP1       
	00441: SLOOP      
	00442: IP         
	00443: SRP1       
	00444: SHP[rp1,zp0] 
	00445: RTG        
	00446: MDAP[rd]   
	00447: MIRP[nrp0,md,rd,1] 
	00448: SHP[rp1,zp0] 
	00449: MDAP[rd]   
	00450: SRP1       
	00451: SRP2       
	00452: IP         
	00453: MDAP[rd]   
	00454: DELTAP1    
	00455: CALL       
	00456: CALL       
	00457: DELTAP2    
	00458: MIRP[nrp0,md,rd,1] 
	00459: SRP1       
	00460: SHP[rp1,zp0] 
	00461: RUTG       
	00462: MDAP[rd]   
	00463: CALL       
	00464: DELTAP2    
	00465: DELTAP3    
	00466: RTG        
	00467: RTHG       
	00468: SRP2       
	00469: IP         
	00470: MDAP[rd]   
	00471: SRP1       
	00472: SHP[rp1,zp0] 
	00473: RUTG       
	00474: RTG        
	00475: MDAP[rd]   
	00476: CALL       
	00477: RTG        
	00478: RTHG       
	00479: SRP2       
	00480: IP         
	00481: MDAP[rd]   
	00482: RTG        
	00483: MDAP[rd]   
	00484: DELTAP1    
	00485: SHP[rp1,zp0] 
	00486: MIRP[nrp0,md,rd,1] 
	00487: CALL       
	00488: CALL       
	00489: MIRP[nrp0,md,rd,1] 
	00490: CALL       
	00491: CALL       
	00492: RTDG       
	00493: SRP2       
	00494: IP         
	00495: MDAP[rd]   
	00496: MIRP[nrp0,nmd,rd,2] 
	00497: SRP1       
	00498: SRP2       
	00499: IP         
	00500: MDAP[rd]   
	00501: ALIGNRP    
	00502: RTG        
	00503: SVTCA[y-axis] 
	00504: MDAP[rd]   
	00505: MIRP[srp0,md,rd,1] 
	00506: SHP[rp2,zp1] 
	00507: MDAP[rd]   
	00508: DELTAP1    
	00509: MDAP[rd]   
	00510: DELTAP1    
	00511: DELTAP2    
	00512: DELTAP3    
	00513: CALL       
	00514: MIRP[nrp0,md,rd,1] 
	00515: SHP[rp1,zp0] 
	00516: MDAP[rd]   
	00517: MDAP[rd]   
	00518: MDAP[rd]   
	00519: MDAP[rd]   
	00520: DELTAP1    
	00521: MDAP[rd]   
	00522: SHP[rp1,zp0] 
	00523: SRP1       
	00524: SHP[rp1,zp0] 
	00525: MDAP[rd]   
	00526: CALL       
	00527: MIRP[nrp0,md,rd,1] 
	00528: MDAP[rd]   
	00529: DELTAP2    
	00530: DELTAP3    
	00531: SHP[rp1,zp0] 
	00532: MDAP[rd]   
	00533: SRP0       
	00534: MIRP[srp0,md,rd,1] 
	00535: CALL       
	00536: CALL       
	00537: SHP[rp2,zp1] 
	00538: MDAP[rd]   
	00539: RTDG       
	00540: SRP1       
	00541: IP         
	00542: MDAP[rd]   
	00543: SRP1       
	00544: SRP2       
	00545: IP         
	00546: MDAP[rd]   
	00547: RTG        
	00548: SRP1       
	00549: SRP2       
	00550: IP         
	00551: IP         
	00552: IUP[y]     
	00553: IUP[x]     
	00554: SVTCA[y-axis] 
	00555: DELTAP2    
	00556: DELTAP1    
	00557: DELTAP1    
	00558: SVTCA[x-axis] 
	00559: DELTAP3    
	00560: DELTAP2    
	00561: DELTAP1    
	00562: DELTAP1    
	00563: DELTAP1    
	00564: CALL       
	00565: SVTCA[y-axis] 
	00566: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short On
	 34:                              X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:                                      On
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:                      Y-Short X-Short On
	 53:                      Y-Short X-Short Off
	 54:        XDual         Y-Short         On
	 55:        XDual         Y-Short         Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:  YDual XDual         Y-Short X-Short Off
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual               Y-Short X-Short On
	 63:  YDual XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:                      Y-Short X-Short Off
	 68:        XDual                 X-Short On
	 69:  YDual XDual         Y-Short X-Short On
	 70:        XDual         Y-Short X-Short Off
	 71:        XDual                         On
	 72:        XDual         Y-Short         Off
	 73:                              X-Short Off
	 74:  YDual                       X-Short On
	 75:  YDual                       X-Short Off
	 76:  YDual               Y-Short X-Short On
	 77:  YDual               Y-Short X-Short On
	 78:  YDual               Y-Short X-Short Off
	 79:  YDual XDual         Y-Short         On
	 80:  YDual XDual         Y-Short         Off
	 81:  YDual XDual                 X-Short On
	 82:  YDual XDual                 X-Short Off
	 83:        XDual         Y-Short X-Short On
	 84:        XDual         Y-Short X-Short Off
	 85:  YDual XDual                 X-Short On
	 86:  YDual XDual                 X-Short Off
	 87:  YDual XDual         Y-Short X-Short Off
	 88:  YDual XDual         Y-Short X-Short Off
	 89:  YDual XDual         Y-Short         On
	 90:  YDual XDual         Y-Short         Off
	 91:                                      On
	 92:        XDual         Y-Short X-Short On
	 93:                      Y-Short X-Short On
	 94:  YDual               Y-Short X-Short On
	 95:                      Y-Short X-Short On
	 96:  YDual               Y-Short X-Short On
	 97:  YDual XDual         Y-Short X-Short On
	 98:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   451,   889)  ->  Abs (   451,   889)
	  1: Rel (    15,    47)  ->  Abs (   466,   936)
	  2: Rel (    34,    63)  ->  Abs (   500,   999)
	  3: Rel (    39,   -53)  ->  Abs (   539,   946)
	  4: Rel (    38,   -31)  ->  Abs (   577,   915)
	  5: Rel (   -41,   -59)  ->  Abs (   536,   856)
	  6: Rel (     0,   -57)  ->  Abs (   536,   799)
	  7: Rel (     0,   -63)  ->  Abs (   536,   736)
	  8: Rel (    22,  -239)  ->  Abs (   558,   497)
	  9: Rel (    21,  -240)  ->  Abs (   579,   257)
	 10: Rel (     0,   -43)  ->  Abs (   579,   214)
	 11: Rel (     0,  -126)  ->  Abs (   579,    88)
	 12: Rel (   -64,  -104)  ->  Abs (   515,   -16)
	 13: Rel (  -182,   -74)  ->  Abs (   333,   -90)
	 14: Rel (  -132,     0)  ->  Abs (   201,   -90)
	 15: Rel (  -201,     0)  ->  Abs (     0,   -90)
	 16: Rel (     0,   184)  ->  Abs (     0,    94)
	 17: Rel (     0,    69)  ->  Abs (     0,   163)
	 18: Rel (    57,   175)  ->  Abs (    57,   338)
	 19: Rel (    14,     0)  ->  Abs (    71,   338)
	 20: Rel (    11,     0)  ->  Abs (    82,   338)
	 21: Rel (     0,   -11)  ->  Abs (    82,   327)
	 22: Rel (     0,    -8)  ->  Abs (    82,   319)
	 23: Rel (   -20,   -55)  ->  Abs (    62,   264)
	 24: Rel (   -20,   -54)  ->  Abs (    42,   210)
	 25: Rel (     0,   -36)  ->  Abs (    42,   174)
	 26: Rel (     0,  -156)  ->  Abs (    42,    18)
	 27: Rel (   144,     0)  ->  Abs (   186,    18)
	 28: Rel (   121,     0)  ->  Abs (   307,    18)
	 29: Rel (   177,    46)  ->  Abs (   484,    64)
	 30: Rel (    46,    48)  ->  Abs (   530,   112)
	 31: Rel (     0,    51)  ->  Abs (   530,   163)
	 32: Rel (     0,    64)  ->  Abs (   530,   227)
	 33: Rel (   -13,   136)  ->  Abs (   517,   363)
	 34: Rel (   -36,   410)  ->  Abs (   481,   773)
	 35: Rel (    -9,   100)  ->  Abs (   472,   873)
	 36: Rel (   409,  -799)  ->  Abs (   881,    74)
	 37: Rel (   -86,     0)  ->  Abs (   795,    74)
	 38: Rel (   -72,     0)  ->  Abs (   723,    74)
	 39: Rel (   -56,    30)  ->  Abs (   667,   104)
	 40: Rel (   -30,   103)  ->  Abs (   637,   207)
	 41: Rel (     0,    81)  ->  Abs (   637,   288)
	 42: Rel (     0,    51)  ->  Abs (   637,   339)
	 43: Rel (     5,   103)  ->  Abs (   642,   442)
	 44: Rel (     4,   102)  ->  Abs (   646,   544)
	 45: Rel (     0,    51)  ->  Abs (   646,   595)
	 46: Rel (     0,   215)  ->  Abs (   646,   810)
	 47: Rel (   -33,   100)  ->  Abs (   613,   910)
	 48: Rel (    56,    85)  ->  Abs (   669,   995)
	 49: Rel (    29,   -96)  ->  Abs (   698,   899)
	 50: Rel (     0,  -208)  ->  Abs (   698,   691)
	 51: Rel (     0,   -62)  ->  Abs (   698,   629)
	 52: Rel (    -4,  -124)  ->  Abs (   694,   505)
	 53: Rel (    -5,  -124)  ->  Abs (   689,   381)
	 54: Rel (     0,   -62)  ->  Abs (   689,   319)
	 55: Rel (     0,  -147)  ->  Abs (   689,   172)
	 56: Rel (    77,     0)  ->  Abs (   766,   172)
	 57: Rel (    62,     0)  ->  Abs (   828,   172)
	 58: Rel (    47,     0)  ->  Abs (   875,   172)
	 59: Rel (   104,    52)  ->  Abs (   979,   224)
	 60: Rel (     0,    27)  ->  Abs (   979,   251)
	 61: Rel (     0,   142)  ->  Abs (   979,   393)
	 62: Rel (   -71,    91)  ->  Abs (   908,   484)
	 63: Rel (    46,   136)  ->  Abs (   954,   620)
	 64: Rel (    79,  -139)  ->  Abs (  1033,   481)
	 65: Rel (     0,  -154)  ->  Abs (  1033,   327)
	 66: Rel (     0,   -82)  ->  Abs (  1033,   245)
	 67: Rel (   -89,  -171)  ->  Abs (   944,    74)
	 68: Rel (   127,   403)  ->  Abs (  1071,   477)
	 69: Rel (    43,   136)  ->  Abs (  1114,   613)
	 70: Rel (   115,  -126)  ->  Abs (  1229,   487)
	 71: Rel (     0,  -262)  ->  Abs (  1229,   225)
	 72: Rel (     0,  -198)  ->  Abs (  1229,    27)
	 73: Rel (  -181,  -318)  ->  Abs (  1048,  -291)
	 74: Rel (  -108,     0)  ->  Abs (   940,  -291)
	 75: Rel (   -73,     0)  ->  Abs (   867,  -291)
	 76: Rel (   -43,    15)  ->  Abs (   824,  -276)
	 77: Rel (  -126,    44)  ->  Abs (   698,  -232)
	 78: Rel (   -32,    11)  ->  Abs (   666,  -221)
	 79: Rel (     0,    21)  ->  Abs (   666,  -200)
	 80: Rel (     0,    22)  ->  Abs (   666,  -178)
	 81: Rel (    19,     0)  ->  Abs (   685,  -178)
	 82: Rel (    10,     0)  ->  Abs (   695,  -178)
	 83: Rel (    53,   -13)  ->  Abs (   748,  -191)
	 84: Rel (    54,   -12)  ->  Abs (   802,  -203)
	 85: Rel (    36,     0)  ->  Abs (   838,  -203)
	 86: Rel (    95,     0)  ->  Abs (   933,  -203)
	 87: Rel (   163,   126)  ->  Abs (  1096,   -77)
	 88: Rel (    94,   210)  ->  Abs (  1190,   133)
	 89: Rel (     0,    29)  ->  Abs (  1190,   162)
	 90: Rel (     0,   171)  ->  Abs (  1190,   333)
	 91: Rel (  -275,  -314)  ->  Abs (   915,    19)
	 92: Rel (    76,   -68)  ->  Abs (   991,   -49)
	 93: Rel (   -76,   -73)  ->  Abs (   915,  -122)
	 94: Rel (   -66,    65)  ->  Abs (   849,   -57)
	 95: Rel (   -76,   -67)  ->  Abs (   773,  -124)
	 96: Rel (   -72,    71)  ->  Abs (   701,   -53)
	 97: Rel (    74,    72)  ->  Abs (   775,    19)
	 98: Rel (    66,   -67)  ->  Abs (   841,   -48)

	Glyph 785: off = 0x00028F4E, len = 96
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-88
	  xMax:			1228
	  yMax:			946

	     0: Flags:		0x0236
		Glyf Index:	868
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1102
		X WOffset:	316
		Y WOffset:	473
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (29):     3     2   127    54     1    15    54    31    54     2 
	                            54    64    13    15    52    54    64    17    22    52 
	                            54    64    38    41    52    54     3     2    57 
	00031: PUSHW[1]            -64 
	00034: NPUSHB      (17):    17    20    52    96    57     1   208    57   224    57 
	                             2     0    57    57    64    64    64 
	00053: SVTCA[x-axis] 
	00054: CALL       
	00055: DELTAP2    
	00056: DELTAP1    
	00057: CALL       
	00058: SHC[rp1,zp0] 
	00059: SHC[rp1,zp0] 
	00060: SVTCA[y-axis] 
	00061: SRP1       
	00062: CALL       
	00063: CALL       
	00064: CALL       
	00065: DELTAP1    
	00066: DELTAP2    
	00067: SHC[rp1,zp0] 
	00068: SHC[rp1,zp0] 

	Glyph 786: off = 0x00028FAE, len = 156
	  numberOfContours:	-1  (Composite)
	  xMin:			458
	  yMin:			1286
	  xMax:			749
	  yMax:			1840

	     0: Flags:		0x0236
		Glyf Index:	759
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	753
		X WOffset:	-15
		Y WOffset:	261
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (75):     2     1    44    64    72    76    52    44    64    56 
	                            65    52    44    64    41    47    52    44    64    33 
	                            38    52    44    64    33    44    52    95    44   143 
	                            44   159    44   223    44     4    15    44    31    44 
	                            47    44    63    44     4    15    44   143    44   159 
	                            44     3    44    64    25    30    52    47    44    63 
	                            44   143    44   255    44     4    44    64     9    20 
	                            52    44     2     1    46 
	00077: PUSHW[1]            -64 
	00080: NPUSHB      (24):    58    58    52    46    64    75    75    52   144    46 
	                           160    46     2   192    46     1     0    46    32    46 
	                           176    46     3    46 
	00106: SVTCA[x-axis] 
	00107: SRP1       
	00108: DELTAP1    
	00109: DELTAP2    
	00110: DELTAP3    
	00111: CALL       
	00112: CALL       
	00113: SHC[rp1,zp0] 
	00114: SHC[rp1,zp0] 
	00115: SVTCA[y-axis] 
	00116: SRP1       
	00117: CALL       
	00118: DELTAP1    
	00119: CALL       
	00120: DELTAP2    
	00121: DELTAP2    
	00122: DELTAP3    
	00123: CALL       
	00124: CALL       
	00125: CALL       
	00126: CALL       
	00127: CALL       
	00128: SHC[rp1,zp0] 
	00129: SHC[rp1,zp0] 

	Glyph 787: off = 0x0002904A, len = 32
	  numberOfContours:	-1  (Composite)
	  xMin:			515
	  yMin:			-561
	  xMax:			789
	  yMax:			-188

	     0: Flags:		0x0317
		Glyf Index:	775
		X WOffset:	50
		Y WOffset:	-1791
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[3]              0     1     0 
	00004: PUSHW[2]            953    41 
	00009: SVTCA[y-axis] 
	00010: CALL       

	Glyph 788: off = 0x0002906A, len = 402
	  numberOfContours:	2
	  xMin:			513
	  yMin:			-709
	  xMax:			813
	  yMax:			-188

	EndPoints
	---------
	  0:  22
	  1:  33

	  Length of Instructions:	298
	00000: NPUSHB      (23):    22    44    19    27    52     1    32    11    16    52 
	                            18    17    21    18    27    22     3     4    64    17 
	                            30    52     3 
	00025: PUSHW[1]            -64 
	00028: PUSHB[4]             11    16    52     1 
	00033: PUSHW[1]            -64 
	00036: PUSHB[4]             12    16    52    33 
	00041: PUSHW[4]            936    28    23   936 
	00050: PUSHB[4]             31    27     1    27 
	00055: PUSHW[3]            935    28   -64 
	00062: PUSHB[4]             62    70    52    28 
	00067: PUSHW[1]            -64 
	00070: PUSHB[4]              9    16    52    28 
	00075: PUSHW[1]            -64 
	00078: NPUSHB      (15):    25    54    52    28    28     0     3    19    21    22 
	                             1     0    12    12     8 
	00095: PUSHW[1]            897 
	00098: NPUSHB      (17):    14    64    47    49    52    14    64    41    43    52 
	                            95    14     1    14    14     0    21 
	00117: PUSHW[1]            898 
	00120: PUSHB[6]             95    22   144    22     2    22 
	00127: PUSHW[1]            -64 
	00130: PUSHB[4]             28    30    52    22 
	00135: PUSHW[1]            -64 
	00138: NPUSHB      (23):    10    16    52    22    22    48     0     1    32     0 
	                             1     0    31    64    19    26    52    31    64     9 
	                            11    52    31 
	00163: PUSHW[1]            934 
	00166: NPUSHB      (16):    25    25     0     3    22    12    12     0    10    16 
	                            10     2    10    10    22    16 
	00184: PUSHW[1]            875 
	00187: NPUSHB      (27):    47     5     1     5     5     1    21   175    22     1 
	                            22    64    11    11    52    22    64     9    11    52 
	                            22    22    32     0     1     0     4 
	00216: PUSHW[1]            340 
	00219: SCANCTRL   
	00220: SCANTYPE   
	00221: MDAP[rd]   
	00222: DELTAP1    
	00223: SHP[rp1,zp0] 
	00224: MDAP[rd]   
	00225: CALL       
	00226: CALL       
	00227: DELTAP1    
	00228: ALIGNRP    
	00229: SHP[rp2,zp1] 
	00230: SHP[rp2,zp1] 
	00231: MDAP[rd]   
	00232: DELTAP1    
	00233: MIRP[srp0,md,rd,1] 
	00234: SRP1       
	00235: IP         
	00236: MDAP[rd]   
	00237: DELTAP1    
	00238: SHP[rp1,zp0] 
	00239: RTHG       
	00240: MDAP[rd]   
	00241: SRP1       
	00242: IP         
	00243: SRP1       
	00244: SHP[rp1,zp0] 
	00245: RTG        
	00246: MDAP[rd]   
	00247: MIRP[nrp0,md,rd,1] 
	00248: CALL       
	00249: CALL       
	00250: SVTCA[y-axis] 
	00251: MDAP[rd]   
	00252: DELTAP1    
	00253: DELTAP1    
	00254: SHP[rp1,zp0] 
	00255: MDAP[rd]   
	00256: CALL       
	00257: CALL       
	00258: DELTAP3    
	00259: MIRP[nrp0,md,rd,1] 
	00260: SRP1       
	00261: SHP[rp1,zp0] 
	00262: MDAP[rd]   
	00263: DELTAP3    
	00264: CALL       
	00265: CALL       
	00266: MIRP[nrp0,md,rd,1] 
	00267: SHP[rp1,zp0] 
	00268: RDTG       
	00269: MDAP[rd]   
	00270: RTG        
	00271: SRP1       
	00272: SHP[rp1,zp0] 
	00273: SRP1       
	00274: SRP2       
	00275: IP         
	00276: IP         
	00277: SRP1       
	00278: SHP[rp1,zp0] 
	00279: MDAP[rd]   
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: MIRP[srp0,nmd,rd,0] 
	00284: DELTAP1    
	00285: MIRP[nrp0,md,rd,1] 
	00286: SRP0       
	00287: MIRP[nrp0,md,rd,1] 
	00288: IUP[y]     
	00289: IUP[x]     
	00290: SVTCA[x-axis] 
	00291: CALL       
	00292: CALL       
	00293: CALL       
	00294: SVTCA[y-axis] 
	00295: DELTAP3    
	00296: CALL       
	00297: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:        XDual         Y-Short         On
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   527,  -561)  ->  Abs (   527,  -561)
	  1: Rel (     8,    43)  ->  Abs (   535,  -518)
	  2: Rel (    47,    33)  ->  Abs (   582,  -485)
	  3: Rel (    29,    37)  ->  Abs (   611,  -448)
	  4: Rel (   -98,     6)  ->  Abs (   513,  -442)
	  5: Rel (     0,    84)  ->  Abs (   513,  -358)
	  6: Rel (     0,    58)  ->  Abs (   513,  -300)
	  7: Rel (    78,   112)  ->  Abs (   591,  -188)
	  8: Rel (    51,     0)  ->  Abs (   642,  -188)
	  9: Rel (    80,     0)  ->  Abs (   722,  -188)
	 10: Rel (     0,   -73)  ->  Abs (   722,  -261)
	 11: Rel (     0,   -24)  ->  Abs (   722,  -285)
	 12: Rel (   -12,   -24)  ->  Abs (   710,  -309)
	 13: Rel (   -73,    53)  ->  Abs (   637,  -256)
	 14: Rel (   -32,     0)  ->  Abs (   605,  -256)
	 15: Rel (   -51,     0)  ->  Abs (   554,  -256)
	 16: Rel (     0,   -43)  ->  Abs (   554,  -299)
	 17: Rel (     1,   -36)  ->  Abs (   555,  -335)
	 18: Rel (   104,   -64)  ->  Abs (   659,  -399)
	 19: Rel (    40,     0)  ->  Abs (   699,  -399)
	 20: Rel (    37,     0)  ->  Abs (   736,  -399)
	 21: Rel (    51,    22)  ->  Abs (   787,  -377)
	 22: Rel (     0,   -73)  ->  Abs (   787,  -450)
	 23: Rel (  -238,  -254)  ->  Abs (   549,  -704)
	 24: Rel (   -11,    -5)  ->  Abs (   538,  -709)
	 25: Rel (     0,    29)  ->  Abs (   538,  -680)
	 26: Rel (     0,    25)  ->  Abs (   538,  -655)
	 27: Rel (    13,     6)  ->  Abs (   551,  -649)
	 28: Rel (   248,   105)  ->  Abs (   799,  -544)
	 29: Rel (     9,     0)  ->  Abs (   808,  -544)
	 30: Rel (     5,    -8)  ->  Abs (   813,  -552)
	 31: Rel (     0,   -14)  ->  Abs (   813,  -566)
	 32: Rel (     0,   -29)  ->  Abs (   813,  -595)
	 33: Rel (   -14,    -5)  ->  Abs (   799,  -600)

	Glyph 789: off = 0x000291FC, len = 498
	  numberOfContours:	3
	  xMin:			515
	  yMin:			-868
	  xMax:			807
	  yMax:			-188

	EndPoints
	---------
	  0:  22
	  1:  33
	  2:  44

	  Length of Instructions:	365
	00000: NPUSHB      (30):    22     3    28     4    22    18    26    22     4    22 
	                            44    19    27    52     1    32    11    16    52     4 
	                            64    17    30    52    21     3    19    18     2     3 
	00032: PUSHW[1]            -64 
	00035: PUSHB[4]             11    16    52     1 
	00040: PUSHW[1]            -64 
	00043: PUSHB[4]             12    16    52    34 
	00048: PUSHW[4]            936    38    44   936 
	00057: PUSHB[4]             31    38     1    38 
	00062: PUSHW[3]            935    39   -64 
	00069: PUSHB[4]             25    29    52    39 
	00074: PUSHW[1]            -64 
	00077: PUSHB[7]             42    48    52    39    39    23    33 
	00085: PUSHW[4]            936    28    23   936 
	00094: PUSHB[4]             31    27     1    27 
	00099: PUSHW[3]            935    28   -64 
	00106: PUSHB[4]             25    54    52    28 
	00111: PUSHW[1]            -64 
	00114: NPUSHB      (15):     9    16    52    28    28     0     3    19    21    22 
	                             1     0    12    12     8 
	00131: PUSHW[1]            897 
	00134: NPUSHB      (17):    14    64    47    49    52    14    64    41    43    52 
	                            95    14     1    14    14     0    21 
	00153: PUSHW[1]            898 
	00156: PUSHB[6]             95    22   144    22     2    22 
	00163: PUSHW[1]            -64 
	00166: PUSHB[4]             28    30    52    22 
	00171: PUSHW[1]            -64 
	00174: NPUSHB      (22):    10    16    52    22    22    32     0    48     0     2 
	                             0    42    64    19    26    52    42    64     9    11 
	                            52    42 
	00198: PUSHW[1]            934 
	00201: NPUSHB      (13):    36    36    31    64    19    26    52    31    64     9 
	                            11    52    31 
	00216: PUSHW[1]            934 
	00219: NPUSHB      (16):    25    25     0     3    22    12    12     0    10    16 
	                            10     2    10    10    22    16 
	00237: PUSHW[1]            875 
	00240: NPUSHB      (27):    47     5     1     5     5     1    21   175    22     1 
	                            22    64    11    11    52    22    64     9    11    52 
	                            22    22    32     0     1     0     4 
	00269: PUSHW[1]            340 
	00272: SCANCTRL   
	00273: SCANTYPE   
	00274: MDAP[rd]   
	00275: DELTAP1    
	00276: SHP[rp1,zp0] 
	00277: MDAP[rd]   
	00278: CALL       
	00279: CALL       
	00280: DELTAP1    
	00281: ALIGNRP    
	00282: SHP[rp2,zp1] 
	00283: SHP[rp2,zp1] 
	00284: MDAP[rd]   
	00285: DELTAP1    
	00286: MIRP[srp0,md,rd,1] 
	00287: SRP1       
	00288: IP         
	00289: MDAP[rd]   
	00290: DELTAP1    
	00291: SHP[rp1,zp0] 
	00292: RTHG       
	00293: MDAP[rd]   
	00294: SRP1       
	00295: IP         
	00296: SRP1       
	00297: SHP[rp1,zp0] 
	00298: RTG        
	00299: MDAP[rd]   
	00300: MIRP[nrp0,md,rd,1] 
	00301: CALL       
	00302: CALL       
	00303: SHP[rp1,zp0] 
	00304: MDAP[rd]   
	00305: MIRP[nrp0,md,rd,1] 
	00306: CALL       
	00307: CALL       
	00308: SVTCA[y-axis] 
	00309: MDAP[rd]   
	00310: DELTAP1    
	00311: SHP[rp1,zp0] 
	00312: MDAP[rd]   
	00313: CALL       
	00314: CALL       
	00315: DELTAP3    
	00316: MIRP[nrp0,md,rd,1] 
	00317: SRP1       
	00318: SHP[rp1,zp0] 
	00319: MDAP[rd]   
	00320: DELTAP3    
	00321: CALL       
	00322: CALL       
	00323: MIRP[nrp0,md,rd,1] 
	00324: SHP[rp1,zp0] 
	00325: RDTG       
	00326: MDAP[rd]   
	00327: RTG        
	00328: SRP1       
	00329: SHP[rp1,zp0] 
	00330: SRP1       
	00331: SRP2       
	00332: IP         
	00333: IP         
	00334: SRP1       
	00335: SHP[rp1,zp0] 
	00336: MDAP[rd]   
	00337: CALL       
	00338: CALL       
	00339: MIRP[srp0,nmd,rd,0] 
	00340: DELTAP1    
	00341: MIRP[nrp0,md,rd,1] 
	00342: SRP0       
	00343: MIRP[nrp0,md,rd,1] 
	00344: SRP1       
	00345: SHP[rp1,zp0] 
	00346: MDAP[rd]   
	00347: CALL       
	00348: CALL       
	00349: MIRP[nrp0,nmd,rd,0] 
	00350: DELTAP1    
	00351: MIRP[nrp0,md,rd,1] 
	00352: SRP0       
	00353: MIRP[nrp0,md,rd,1] 
	00354: IUP[y]     
	00355: IUP[x]     
	00356: SVTCA[x-axis] 
	00357: CALL       
	00358: CALL       
	00359: DELTAP3    
	00360: CALL       
	00361: SVTCA[y-axis] 
	00362: CALL       
	00363: CALL       
	00364: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:        XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:        XDual         Y-Short         On
	 23:                              X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:                              X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   529,  -561)  ->  Abs (   529,  -561)
	  1: Rel (     8,    43)  ->  Abs (   537,  -518)
	  2: Rel (    47,    33)  ->  Abs (   584,  -485)
	  3: Rel (    29,    37)  ->  Abs (   613,  -448)
	  4: Rel (   -98,     6)  ->  Abs (   515,  -442)
	  5: Rel (     0,    84)  ->  Abs (   515,  -358)
	  6: Rel (     0,    57)  ->  Abs (   515,  -301)
	  7: Rel (    78,   113)  ->  Abs (   593,  -188)
	  8: Rel (    51,     0)  ->  Abs (   644,  -188)
	  9: Rel (    80,     0)  ->  Abs (   724,  -188)
	 10: Rel (     0,   -73)  ->  Abs (   724,  -261)
	 11: Rel (     0,   -24)  ->  Abs (   724,  -285)
	 12: Rel (   -12,   -24)  ->  Abs (   712,  -309)
	 13: Rel (   -73,    53)  ->  Abs (   639,  -256)
	 14: Rel (   -32,     0)  ->  Abs (   607,  -256)
	 15: Rel (   -51,     0)  ->  Abs (   556,  -256)
	 16: Rel (     0,   -43)  ->  Abs (   556,  -299)
	 17: Rel (     0,   -36)  ->  Abs (   556,  -335)
	 18: Rel (   105,   -64)  ->  Abs (   661,  -399)
	 19: Rel (    40,     0)  ->  Abs (   701,  -399)
	 20: Rel (    37,     0)  ->  Abs (   738,  -399)
	 21: Rel (    51,    22)  ->  Abs (   789,  -377)
	 22: Rel (     0,   -73)  ->  Abs (   789,  -450)
	 23: Rel (  -246,  -258)  ->  Abs (   543,  -708)
	 24: Rel (   -11,     0)  ->  Abs (   532,  -708)
	 25: Rel (     0,    25)  ->  Abs (   532,  -683)
	 26: Rel (     0,    25)  ->  Abs (   532,  -658)
	 27: Rel (    13,     5)  ->  Abs (   545,  -653)
	 28: Rel (   248,   105)  ->  Abs (   793,  -548)
	 29: Rel (     9,     0)  ->  Abs (   802,  -548)
	 30: Rel (     5,    -7)  ->  Abs (   807,  -555)
	 31: Rel (     0,   -15)  ->  Abs (   807,  -570)
	 32: Rel (     0,   -28)  ->  Abs (   807,  -598)
	 33: Rel (   -14,    -6)  ->  Abs (   793,  -604)
	 34: Rel (  -250,  -264)  ->  Abs (   543,  -868)
	 35: Rel (   -11,     0)  ->  Abs (   532,  -868)
	 36: Rel (     0,    25)  ->  Abs (   532,  -843)
	 37: Rel (     0,    25)  ->  Abs (   532,  -818)
	 38: Rel (    13,     5)  ->  Abs (   545,  -813)
	 39: Rel (   248,   105)  ->  Abs (   793,  -708)
	 40: Rel (     9,     0)  ->  Abs (   802,  -708)
	 41: Rel (     5,    -6)  ->  Abs (   807,  -714)
	 42: Rel (     0,   -14)  ->  Abs (   807,  -728)
	 43: Rel (     0,   -27)  ->  Abs (   807,  -755)
	 44: Rel (   -14,    -6)  ->  Abs (   793,  -761)

	Glyph 790: off = 0x000293EE, len = 428
	  numberOfContours:	2
	  xMin:			418
	  yMin:			1230
	  xMax:			737
	  yMax:			1806

	EndPoints
	---------
	  0:  10
	  1:  33

	  Length of Instructions:	326
	00000: NPUSHB      (23):    33    44    19    27    52    12    32    11    16    52 
	                            19    28    22    29    25    33     3    15    64    17 
	                            30    52    14 
	00025: PUSHW[1]            -64 
	00028: PUSHB[4]             11    16    52    12 
	00033: PUSHW[1]            -64 
	00036: PUSHB[4]             12    16    52     5 
	00041: PUSHW[4]            936    10     4   936 
	00050: PUSHB[4]             16    10     1    10 
	00055: PUSHW[1]            935 
	00058: NPUSHB      (14):   240     0     1     0    64     9    48    52     0     0 
	                            19    14    30    32 
	00074: PUSHW[1]            898 
	00077: PUSHB[4]            144    33     1    33 
	00082: PUSHW[1]            -64 
	00085: PUSHB[4]             28    30    52    33 
	00090: PUSHW[1]            -64 
	00093: PUSHB[7]             10    16    52    33    33    12    11 
	00101: PUSHW[1]            -64 
	00104: PUSHB[4]             47    49    52    11 
	00109: PUSHW[1]            -64 
	00112: NPUSHB      (11):    41    43    52    80    11     1    11    11    23    23 
	                            25 
	00125: PUSHW[1]            897 
	00128: PUSHB[7]            112    19     1    63    19     1    19 
	00136: PUSHW[1]            -64 
	00139: NPUSHB      (24):    85    53    19    64     9    14    52    19    64    17 
	                            19    52    19     8    64    18    26    52     8    64 
	                             9    11    52     8 
	00165: PUSHW[3]            934     2   -64 
	00172: PUSHB[4]             63    63    52     2 
	00177: PUSHW[1]            -64 
	00180: PUSHB[4]             58    58    52     2 
	00185: PUSHW[1]            -64 
	00188: NPUSHB      (19):    19    22    52     2     2    16    14    33    23    23 
	                             0    21    16    21     2    21    21    33    27 
	00209: PUSHW[1]            875 
	00212: NPUSHB      (28):    47    16     1    16    16    12    11    32   175    33 
	                             1    33    64    11    11    52    33    64     9    11 
	                            52    33    33    32    11     1    11     4 
	00242: PUSHW[1]            340 
	00245: SCANCTRL   
	00246: SCANTYPE   
	00247: MDAP[rd]   
	00248: DELTAP1    
	00249: SHP[rp1,zp0] 
	00250: MDAP[rd]   
	00251: CALL       
	00252: CALL       
	00253: DELTAP1    
	00254: ALIGNRP    
	00255: SRP1       
	00256: SHP[rp1,zp0] 
	00257: SHP[rp1,zp0] 
	00258: MDAP[rd]   
	00259: DELTAP1    
	00260: MIRP[srp0,md,rd,1] 
	00261: SRP1       
	00262: IP         
	00263: MDAP[rd]   
	00264: DELTAP1    
	00265: SHP[rp1,zp0] 
	00266: RTHG       
	00267: MDAP[rd]   
	00268: SRP1       
	00269: IP         
	00270: SRP1       
	00271: SHP[rp1,zp0] 
	00272: RTG        
	00273: MDAP[rd]   
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: MIRP[nrp0,md,rd,1] 
	00278: CALL       
	00279: CALL       
	00280: SVTCA[y-axis] 
	00281: MDAP[rd]   
	00282: CALL       
	00283: CALL       
	00284: CALL       
	00285: DELTAP1    
	00286: DELTAP3    
	00287: MIRP[srp0,md,rd,1] 
	00288: SHP[rp2,zp1] 
	00289: RUTG       
	00290: MDAP[rd]   
	00291: RTG        
	00292: SHP[rp2,zp1] 
	00293: MDAP[rd]   
	00294: DELTAP3    
	00295: CALL       
	00296: CALL       
	00297: SHP[rp1,zp0] 
	00298: SHP[rp1,zp0] 
	00299: MDAP[rd]   
	00300: CALL       
	00301: CALL       
	00302: DELTAP3    
	00303: MIRP[nrp0,md,rd,1] 
	00304: IP         
	00305: IP         
	00306: SRP1       
	00307: SHP[rp1,zp0] 
	00308: MDAP[rd]   
	00309: CALL       
	00310: DELTAP1    
	00311: MIRP[nrp0,nmd,rd,0] 
	00312: DELTAP1    
	00313: MIRP[nrp0,md,rd,1] 
	00314: SRP0       
	00315: MIRP[nrp0,md,rd,1] 
	00316: IUP[y]     
	00317: IUP[x]     
	00318: SVTCA[x-axis] 
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: SVTCA[y-axis] 
	00323: DELTAP3    
	00324: CALL       
	00325: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                              X-Short On
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   429,  1646)  ->  Abs (   429,  1646)
	  1: Rel (   -11,     0)  ->  Abs (   418,  1646)
	  2: Rel (     0,    25)  ->  Abs (   418,  1671)
	  3: Rel (     0,    25)  ->  Abs (   418,  1696)
	  4: Rel (    13,     5)  ->  Abs (   431,  1701)
	  5: Rel (   248,   105)  ->  Abs (   679,  1806)
	  6: Rel (     9,     0)  ->  Abs (   688,  1806)
	  7: Rel (     5,    -6)  ->  Abs (   693,  1800)
	  8: Rel (     0,   -14)  ->  Abs (   693,  1786)
	  9: Rel (     0,   -27)  ->  Abs (   693,  1759)
	 10: Rel (   -14,    -6)  ->  Abs (   679,  1753)
	 11: Rel (  -202,  -523)  ->  Abs (   477,  1230)
	 12: Rel (     8,    43)  ->  Abs (   485,  1273)
	 13: Rel (    46,    33)  ->  Abs (   531,  1306)
	 14: Rel (    30,    37)  ->  Abs (   561,  1343)
	 15: Rel (   -98,     6)  ->  Abs (   463,  1349)
	 16: Rel (     0,    84)  ->  Abs (   463,  1433)
	 17: Rel (     0,    58)  ->  Abs (   463,  1491)
	 18: Rel (    78,   112)  ->  Abs (   541,  1603)
	 19: Rel (    51,     0)  ->  Abs (   592,  1603)
	 20: Rel (    80,     0)  ->  Abs (   672,  1603)
	 21: Rel (     0,   -73)  ->  Abs (   672,  1530)
	 22: Rel (     0,   -24)  ->  Abs (   672,  1506)
	 23: Rel (   -12,   -24)  ->  Abs (   660,  1482)
	 24: Rel (   -73,    53)  ->  Abs (   587,  1535)
	 25: Rel (   -32,     0)  ->  Abs (   555,  1535)
	 26: Rel (   -51,     0)  ->  Abs (   504,  1535)
	 27: Rel (     0,   -43)  ->  Abs (   504,  1492)
	 28: Rel (     0,   -35)  ->  Abs (   504,  1457)
	 29: Rel (   105,   -65)  ->  Abs (   609,  1392)
	 30: Rel (    40,     0)  ->  Abs (   649,  1392)
	 31: Rel (    35,     0)  ->  Abs (   684,  1392)
	 32: Rel (    53,    22)  ->  Abs (   737,  1414)
	 33: Rel (     0,   -73)  ->  Abs (   737,  1341)

	Glyph 791: off = 0x0002959A, len = 500
	  numberOfContours:	3
	  xMin:			420
	  yMin:			1230
	  xMax:			740
	  yMax:			1966

	EndPoints
	---------
	  0:  10
	  1:  21
	  2:  44

	  Length of Instructions:	368
	00000: NPUSHB      (23):    44    44    19    27    52    23    32    11    16    52 
	                            19    39    22    40    26    44     3    26    64    17 
	                            30    52    25 
	00025: PUSHW[1]            -64 
	00028: PUSHB[4]             11    16    52    23 
	00033: PUSHW[1]            -64 
	00036: PUSHB[4]             12    16    52     5 
	00041: PUSHW[4]            936    10     4   936 
	00050: PUSHB[4]             16    10     1    10 
	00055: PUSHW[1]            935 
	00058: NPUSHB      (13):     0    64    42    48    52     0    64    25    29    52 
	                             0     0    16 
	00073: PUSHW[4]            936    21    15   936 
	00082: PUSHB[4]             16    21     1    21 
	00087: PUSHW[1]            935 
	00090: NPUSHB      (11):    11    64     9    48    52    11    11    30    25    41 
	                            43 
	00103: PUSHW[1]            898 
	00106: PUSHB[4]            144    44     1    44 
	00111: PUSHW[1]            -64 
	00114: PUSHB[4]             28    30    52    44 
	00119: PUSHW[1]            -64 
	00122: PUSHB[7]             10    16    52    44    44    23    22 
	00130: PUSHW[1]            -64 
	00133: PUSHB[4]             47    49    52    22 
	00138: PUSHW[1]            -64 
	00141: NPUSHB      (11):    41    43    52    80    22     1    22    22    34    34 
	                            36 
	00154: PUSHW[1]            897 
	00157: PUSHB[7]            112    30     1    63    30     1    30 
	00165: PUSHW[1]            -64 
	00168: NPUSHB      (24):    85    53    30    64     9    14    52    30    64    17 
	                            19    52    30     8    64    19    26    52     8    64 
	                             9    11    52     8 
	00194: PUSHW[1]            934 
	00197: NPUSHB      (13):     2     2    19    64    19    26    52    19    64     9 
	                            11    52    19 
	00212: PUSHW[3]            934    13   -64 
	00219: NPUSHB      (19):    19    23    52    13    13    27    25    44    34    34 
	                             0    32    16    32     2    32    32    44    38 
	00240: PUSHW[1]            875 
	00243: NPUSHB      (28):    47    27     1    27    27    23    22    43   175    44 
	                             1    44    64    11    11    52    44    64     9    11 
	                            52    44    44    32    22     1    22     4 
	00273: PUSHW[1]            340 
	00276: SCANCTRL   
	00277: SCANTYPE   
	00278: MDAP[rd]   
	00279: DELTAP1    
	00280: SHP[rp1,zp0] 
	00281: MDAP[rd]   
	00282: CALL       
	00283: CALL       
	00284: DELTAP1    
	00285: ALIGNRP    
	00286: SRP1       
	00287: SHP[rp1,zp0] 
	00288: SHP[rp1,zp0] 
	00289: MDAP[rd]   
	00290: DELTAP1    
	00291: MIRP[srp0,md,rd,1] 
	00292: SRP1       
	00293: IP         
	00294: MDAP[rd]   
	00295: DELTAP1    
	00296: SHP[rp1,zp0] 
	00297: RTHG       
	00298: MDAP[rd]   
	00299: SRP1       
	00300: IP         
	00301: SRP1       
	00302: SHP[rp1,zp0] 
	00303: RTG        
	00304: MDAP[rd]   
	00305: CALL       
	00306: MIRP[nrp0,md,rd,1] 
	00307: CALL       
	00308: CALL       
	00309: SHP[rp1,zp0] 
	00310: MDAP[rd]   
	00311: MIRP[nrp0,md,rd,1] 
	00312: CALL       
	00313: CALL       
	00314: SVTCA[y-axis] 
	00315: MDAP[rd]   
	00316: CALL       
	00317: CALL       
	00318: CALL       
	00319: DELTAP1    
	00320: DELTAP3    
	00321: MIRP[srp0,md,rd,1] 
	00322: SHP[rp2,zp1] 
	00323: RUTG       
	00324: MDAP[rd]   
	00325: RTG        
	00326: SHP[rp2,zp1] 
	00327: MDAP[rd]   
	00328: DELTAP3    
	00329: CALL       
	00330: CALL       
	00331: SHP[rp1,zp0] 
	00332: SHP[rp1,zp0] 
	00333: MDAP[rd]   
	00334: CALL       
	00335: CALL       
	00336: DELTAP3    
	00337: MIRP[nrp0,md,rd,1] 
	00338: IP         
	00339: IP         
	00340: SRP1       
	00341: SHP[rp1,zp0] 
	00342: MDAP[rd]   
	00343: CALL       
	00344: MIRP[nrp0,nmd,rd,0] 
	00345: DELTAP1    
	00346: MIRP[nrp0,md,rd,1] 
	00347: SRP0       
	00348: MIRP[srp0,md,rd,1] 
	00349: SHP[rp2,zp1] 
	00350: MDAP[rd]   
	00351: CALL       
	00352: CALL       
	00353: MIRP[nrp0,nmd,rd,0] 
	00354: DELTAP1    
	00355: MIRP[nrp0,md,rd,1] 
	00356: SRP0       
	00357: MIRP[nrp0,md,rd,1] 
	00358: IUP[y]     
	00359: IUP[x]     
	00360: SVTCA[x-axis] 
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: SVTCA[y-axis] 
	00365: DELTAP3    
	00366: CALL       
	00367: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                              X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                              X-Short On
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   432,  1806)  ->  Abs (   432,  1806)
	  1: Rel (   -12,     0)  ->  Abs (   420,  1806)
	  2: Rel (     0,    25)  ->  Abs (   420,  1831)
	  3: Rel (     0,    25)  ->  Abs (   420,  1856)
	  4: Rel (    14,     5)  ->  Abs (   434,  1861)
	  5: Rel (   248,   105)  ->  Abs (   682,  1966)
	  6: Rel (     9,     0)  ->  Abs (   691,  1966)
	  7: Rel (     5,    -6)  ->  Abs (   696,  1960)
	  8: Rel (     0,   -16)  ->  Abs (   696,  1944)
	  9: Rel (     0,   -28)  ->  Abs (   696,  1916)
	 10: Rel (   -14,    -6)  ->  Abs (   682,  1910)
	 11: Rel (  -250,  -264)  ->  Abs (   432,  1646)
	 12: Rel (   -11,     0)  ->  Abs (   421,  1646)
	 13: Rel (     0,    25)  ->  Abs (   421,  1671)
	 14: Rel (     0,    25)  ->  Abs (   421,  1696)
	 15: Rel (    13,     5)  ->  Abs (   434,  1701)
	 16: Rel (   248,   105)  ->  Abs (   682,  1806)
	 17: Rel (     9,     0)  ->  Abs (   691,  1806)
	 18: Rel (     5,    -6)  ->  Abs (   696,  1800)
	 19: Rel (     0,   -14)  ->  Abs (   696,  1786)
	 20: Rel (     0,   -27)  ->  Abs (   696,  1759)
	 21: Rel (   -14,    -6)  ->  Abs (   682,  1753)
	 22: Rel (  -202,  -523)  ->  Abs (   480,  1230)
	 23: Rel (     8,    43)  ->  Abs (   488,  1273)
	 24: Rel (    46,    33)  ->  Abs (   534,  1306)
	 25: Rel (    30,    37)  ->  Abs (   564,  1343)
	 26: Rel (   -98,     6)  ->  Abs (   466,  1349)
	 27: Rel (     0,    84)  ->  Abs (   466,  1433)
	 28: Rel (     0,    58)  ->  Abs (   466,  1491)
	 29: Rel (    78,   112)  ->  Abs (   544,  1603)
	 30: Rel (    51,     0)  ->  Abs (   595,  1603)
	 31: Rel (    80,     0)  ->  Abs (   675,  1603)
	 32: Rel (     0,   -73)  ->  Abs (   675,  1530)
	 33: Rel (     0,   -24)  ->  Abs (   675,  1506)
	 34: Rel (   -12,   -24)  ->  Abs (   663,  1482)
	 35: Rel (   -73,    53)  ->  Abs (   590,  1535)
	 36: Rel (   -32,     0)  ->  Abs (   558,  1535)
	 37: Rel (   -51,     0)  ->  Abs (   507,  1535)
	 38: Rel (     0,   -43)  ->  Abs (   507,  1492)
	 39: Rel (     0,   -35)  ->  Abs (   507,  1457)
	 40: Rel (   105,   -65)  ->  Abs (   612,  1392)
	 41: Rel (    40,     0)  ->  Abs (   652,  1392)
	 42: Rel (    35,     0)  ->  Abs (   687,  1392)
	 43: Rel (    53,    22)  ->  Abs (   740,  1414)
	 44: Rel (     0,   -73)  ->  Abs (   740,  1341)

	Glyph 792: off = 0x0002978E, len = 488
	  numberOfContours:	3
	  xMin:			427
	  yMin:			1230
	  xMax:			738
	  yMax:			1953

	EndPoints
	---------
	  0:  11
	  1:  20
	  2:  43

	  Length of Instructions:	362
	00000: NPUSHB      (40):    21    38    22    39    25    43     3    22     1    35 
	                             1    53     1     3     8    24    12    25    52    72 
	                            18    89    18     2    43    44    19    27    52    22 
	                            32    11    16    52    25    64    17    30    52    24 
	00042: PUSHW[1]            -64 
	00045: PUSHB[4]             11    16    52    22 
	00050: PUSHW[1]            -64 
	00053: NPUSHB      (12):    12    16    52     8    24    12    25    52    72    18 
	                             1     9 
	00067: PUSHW[1]            898 
	00070: PUSHB[4]              0    19     1    19 
	00075: PUSHW[1]            -64 
	00078: PUSHB[6]              9    11    52    19    19    14 
	00085: PUSHW[1]            901 
	00088: NPUSHB      (14):    15     3     1     3    64    11    17    52     3     3 
	                            29    24    40    42 
	00104: PUSHW[1]            898 
	00107: PUSHB[4]            144    43     1    43 
	00112: PUSHW[1]            -64 
	00115: PUSHB[4]             28    30    52    43 
	00120: PUSHW[1]            -64 
	00123: PUSHB[7]             10    16    52    43    43    22    21 
	00131: PUSHW[1]            -64 
	00134: PUSHB[4]             47    49    52    21 
	00139: PUSHW[1]            -64 
	00142: NPUSHB      (11):    41    43    52    80    21     1    21    21    33    33 
	                            35 
	00155: PUSHW[1]            897 
	00158: PUSHB[7]            112    29     1    63    29     1    29 
	00166: PUSHW[1]            -64 
	00169: NPUSHB      (14):    85    53    29    64     9    14    52    29    64    17 
	                            19    52    29     0 
	00185: PUSHW[3]            878    16   -64 
	00192: PUSHB[7]             20    25    52     0    16     1    16 
	00200: PUSHW[1]            -64 
	00203: PUSHB[6]              9    11    52    16    16    12 
	00210: PUSHW[1]            932 
	00213: NPUSHB      (19):    48     6     1     6     6    26    24    43    33    33 
	                             0    31    16    31     2    31    31    43    37 
	00234: PUSHW[1]            875 
	00237: NPUSHB      (28):    47    26     1    26    26    22    21    42   175    43 
	                             1    43    64    11    11    52    43    64     9    11 
	                            52    43    43    32    21     1    21     4 
	00267: PUSHW[1]            340 
	00270: SCANCTRL   
	00271: SCANTYPE   
	00272: MDAP[rd]   
	00273: DELTAP1    
	00274: SHP[rp1,zp0] 
	00275: MDAP[rd]   
	00276: CALL       
	00277: CALL       
	00278: DELTAP1    
	00279: ALIGNRP    
	00280: SRP1       
	00281: SHP[rp1,zp0] 
	00282: SHP[rp1,zp0] 
	00283: MDAP[rd]   
	00284: DELTAP1    
	00285: MIRP[srp0,md,rd,1] 
	00286: SRP1       
	00287: IP         
	00288: MDAP[rd]   
	00289: DELTAP1    
	00290: SHP[rp1,zp0] 
	00291: RTHG       
	00292: MDAP[rd]   
	00293: SRP1       
	00294: IP         
	00295: SRP1       
	00296: SHP[rp1,zp0] 
	00297: RTG        
	00298: MDAP[rd]   
	00299: DELTAP1    
	00300: MIRP[srp0,md,rd,1] 
	00301: SHP[rp2,zp1] 
	00302: MDAP[rd]   
	00303: CALL       
	00304: DELTAP1    
	00305: CALL       
	00306: MIRP[nrp0,md,rd,1] 
	00307: SVTCA[y-axis] 
	00308: MDAP[rd]   
	00309: CALL       
	00310: CALL       
	00311: CALL       
	00312: DELTAP1    
	00313: DELTAP3    
	00314: MIRP[srp0,md,rd,1] 
	00315: SHP[rp2,zp1] 
	00316: RUTG       
	00317: MDAP[rd]   
	00318: RTG        
	00319: SHP[rp2,zp1] 
	00320: MDAP[rd]   
	00321: DELTAP3    
	00322: CALL       
	00323: CALL       
	00324: SHP[rp1,zp0] 
	00325: SHP[rp1,zp0] 
	00326: MDAP[rd]   
	00327: CALL       
	00328: CALL       
	00329: DELTAP3    
	00330: MIRP[nrp0,md,rd,1] 
	00331: IP         
	00332: IP         
	00333: SRP1       
	00334: SHP[rp1,zp0] 
	00335: MDAP[rd]   
	00336: CALL       
	00337: DELTAP1    
	00338: MIRP[srp0,md,rd,1] 
	00339: SHP[rp2,zp1] 
	00340: MDAP[rd]   
	00341: CALL       
	00342: DELTAP1    
	00343: MIRP[nrp0,md,rd,1] 
	00344: IUP[y]     
	00345: IUP[x]     
	00346: SVTCA[x-axis] 
	00347: DELTAP2    
	00348: CALL       
	00349: SVTCA[x-axis] 
	00350: CALL       
	00351: CALL       
	00352: CALL       
	00353: SVTCA[y-axis] 
	00354: CALL       
	00355: CALL       
	00356: SVTCA[x-axis] 
	00357: DELTAP2    
	00358: CALL       
	00359: SVTCA[y-axis] 
	00360: DELTAP3    
	00361: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:        XDual                 X-Short On
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   677,  1812)  ->  Abs (   677,  1812)
	  1: Rel (     0,   -66)  ->  Abs (   677,  1746)
	  2: Rel (  -104,   -84)  ->  Abs (   573,  1662)
	  3: Rel (   -52,     0)  ->  Abs (   521,  1662)
	  4: Rel (   -46,     0)  ->  Abs (   475,  1662)
	  5: Rel (   -48,    73)  ->  Abs (   427,  1735)
	  6: Rel (     0,    46)  ->  Abs (   427,  1781)
	  7: Rel (     0,    68)  ->  Abs (   427,  1849)
	  8: Rel (    71,   104)  ->  Abs (   498,  1953)
	  9: Rel (    62,     0)  ->  Abs (   560,  1953)
	 10: Rel (    56,     0)  ->  Abs (   616,  1953)
	 11: Rel (    61,   -84)  ->  Abs (   677,  1869)
	 12: Rel (  -213,   -57)  ->  Abs (   464,  1812)
	 13: Rel (     0,   -50)  ->  Abs (   464,  1762)
	 14: Rel (    86,     0)  ->  Abs (   550,  1762)
	 15: Rel (    73,     0)  ->  Abs (   623,  1762)
	 16: Rel (     0,    27)  ->  Abs (   623,  1789)
	 17: Rel (     0,    20)  ->  Abs (   623,  1809)
	 18: Rel (   -72,    68)  ->  Abs (   551,  1877)
	 19: Rel (   -36,     0)  ->  Abs (   515,  1877)
	 20: Rel (   -51,     0)  ->  Abs (   464,  1877)
	 21: Rel (    14,  -647)  ->  Abs (   478,  1230)
	 22: Rel (     8,    43)  ->  Abs (   486,  1273)
	 23: Rel (    46,    33)  ->  Abs (   532,  1306)
	 24: Rel (    30,    37)  ->  Abs (   562,  1343)
	 25: Rel (   -98,     6)  ->  Abs (   464,  1349)
	 26: Rel (     0,    84)  ->  Abs (   464,  1433)
	 27: Rel (     0,    59)  ->  Abs (   464,  1492)
	 28: Rel (    78,   111)  ->  Abs (   542,  1603)
	 29: Rel (    51,     0)  ->  Abs (   593,  1603)
	 30: Rel (    80,     0)  ->  Abs (   673,  1603)
	 31: Rel (     0,   -73)  ->  Abs (   673,  1530)
	 32: Rel (     0,   -23)  ->  Abs (   673,  1507)
	 33: Rel (   -12,   -25)  ->  Abs (   661,  1482)
	 34: Rel (   -73,    53)  ->  Abs (   588,  1535)
	 35: Rel (   -32,     0)  ->  Abs (   556,  1535)
	 36: Rel (   -51,     0)  ->  Abs (   505,  1535)
	 37: Rel (     0,   -43)  ->  Abs (   505,  1492)
	 38: Rel (     0,   -35)  ->  Abs (   505,  1457)
	 39: Rel (   105,   -65)  ->  Abs (   610,  1392)
	 40: Rel (    40,     0)  ->  Abs (   650,  1392)
	 41: Rel (    35,     0)  ->  Abs (   685,  1392)
	 42: Rel (    53,    22)  ->  Abs (   738,  1414)
	 43: Rel (     0,   -73)  ->  Abs (   738,  1341)

	Glyph 793: off = 0x00029976, len = 94
	  numberOfContours:	-1  (Composite)
	  xMin:			365
	  yMin:			1230
	  xMax:			735
	  yMax:			2091

	     0: Flags:		0x0236
		Glyf Index:	775
		X BOffset:	-4
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	757
		X WOffset:	-54
		Y WOffset:	410
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              2     1    24 
	00004: PUSHW[1]            -64 
	00007: NPUSHB      (38):    13    19    52    16    24     1    24     2     1   127 
	                            39     1    63    39    95    39   143    39     3    47 
	                            39    63    39     2    15    39    31    39    47    39 
	                             3    39    64    11    20    52    39     4 
	00047: PUSHW[1]            340 
	00050: SCANCTRL   
	00051: SCANTYPE   
	00052: SVTCA[y-axis] 
	00053: SRP1       
	00054: CALL       
	00055: DELTAP1    
	00056: DELTAP1    
	00057: DELTAP1    
	00058: DELTAP2    
	00059: SHC[rp1,zp0] 
	00060: SHC[rp1,zp0] 
	00061: SVTCA[x-axis] 
	00062: SRP1       
	00063: DELTAP1    
	00064: CALL       
	00065: SHC[rp1,zp0] 
	00066: SHC[rp1,zp0] 

	Glyph 794: off = 0x000299D4, len = 728
	  numberOfContours:	3
	  xMin:			338
	  yMin:			1230
	  xMax:			738
	  yMax:			2076

	EndPoints
	---------
	  0:  41
	  1:  49
	  2:  72

	  Length of Instructions:	528
	00000: PUSHW[2]             21   -16 
	00005: PUSHB[4]             29    44    52    38 
	00010: PUSHW[1]            -64 
	00013: PUSHB[4]             29    44    52    32 
	00018: PUSHW[1]            -44 
	00021: NPUSHB      (40):    28    45    52    26    38    18    67    20    68    26 
	                            72    89    37   154    37     6    27    37    22    49 
	                             2     5    38     1    72    44    19    27    52    51 
	                            32    11    16    52    54    64    17    30    52    53 
	00063: PUSHW[1]            -64 
	00066: PUSHB[4]             11    16    52    51 
	00071: PUSHW[1]            -64 
	00074: NPUSHB      (11):    12    16    52     3     1     0     3    20    40    40 
	                            20 
	00087: PUSHW[1]            -64 
	00090: NPUSHB      (14):    13    16    52    20    20    35    11    64    29    35 
	                            52    11    11    16 
	00106: PUSHW[1]            936 
	00109: NPUSHB      (13):     7     7    46    35    27    27    46    46    37    22 
	                            32     3    42 
	00124: PUSHW[1]            904 
	00127: NPUSHB      (21):   175    35     1    35    64    12    29    52    47    35 
	                            63    35    79    35    95    35     4    35    53    69 
	                            71 
	00150: PUSHW[1]            898 
	00153: PUSHB[4]            144    72     1    72 
	00158: PUSHW[1]            -64 
	00161: PUSHB[4]             28    30    52    72 
	00166: PUSHW[1]            -64 
	00169: PUSHB[8]             10    16    52    72    72    51    51    50 
	00178: PUSHW[1]            -64 
	00181: PUSHB[4]             47    49    52    50 
	00186: PUSHW[1]            -64 
	00189: NPUSHB      (11):    41    43    52    80    50     1    50    50    62    62 
	                            64 
	00202: PUSHW[1]            897 
	00205: PUSHB[7]            112    58     1    63    58     1    58 
	00213: PUSHW[1]            -64 
	00216: NPUSHB      (54):    85    53    58    64     9    14    52    58    64    17 
	                            19    52    58    32    30    42    44    37    22    48 
	                             3     0    20    18    35    34    64    25    27    52 
	                            34    64    11    24    52    34    34    30   160     0 
	                             1     0     0   176    13     1    13    64    13    16 
	                            52    13    13     5 
	00272: PUSHW[3]            882    18   -64 
	00279: PUSHB[7]             54    83    52    16    18     1    18 
	00287: PUSHW[1]            -64 
	00290: NPUSHB      (12):    13    32    52    18    18    24    32    30    48    30 
	                             2    30 
	00304: PUSHW[1]            878 
	00307: NPUSHB      (23):    44    64    46    63    52    44    64    29    38    52 
	                             0    44    16    44     2    64    44    80    44     2 
	                            44    44    48 
	00332: PUSHW[1]            878 
	00335: NPUSHB      (16):    24    24    55    53    72    62    62     0    60    16 
	                            60     2    60    60    72    66 
	00353: PUSHW[1]            875 
	00356: NPUSHB      (28):    47    55     1    55    55    51    50    71   175    72 
	                             1    72    64    11    11    52    72    64     9    11 
	                            52    72    72    32    50     1    50     4 
	00386: PUSHW[1]            340 
	00389: SCANCTRL   
	00390: SCANTYPE   
	00391: MDAP[rd]   
	00392: DELTAP1    
	00393: SHP[rp1,zp0] 
	00394: MDAP[rd]   
	00395: CALL       
	00396: CALL       
	00397: DELTAP1    
	00398: ALIGNRP    
	00399: SRP1       
	00400: SHP[rp1,zp0] 
	00401: SHP[rp1,zp0] 
	00402: MDAP[rd]   
	00403: DELTAP1    
	00404: MIRP[srp0,md,rd,1] 
	00405: SRP1       
	00406: IP         
	00407: MDAP[rd]   
	00408: DELTAP1    
	00409: SHP[rp1,zp0] 
	00410: RTHG       
	00411: MDAP[rd]   
	00412: SRP1       
	00413: IP         
	00414: SRP1       
	00415: SHP[rp1,zp0] 
	00416: RTG        
	00417: MDAP[rd]   
	00418: MIRP[srp0,md,rd,1] 
	00419: SHP[rp2,zp1] 
	00420: MDAP[rd]   
	00421: DELTAP1    
	00422: DELTAP1    
	00423: CALL       
	00424: CALL       
	00425: MIRP[nrp0,md,rd,1] 
	00426: DELTAP1    
	00427: SRP1       
	00428: SHP[rp1,zp0] 
	00429: MDAP[rd]   
	00430: CALL       
	00431: DELTAP3    
	00432: CALL       
	00433: MIRP[srp0,md,rd,1] 
	00434: SHP[rp2,zp1] 
	00435: MDAP[rd]   
	00436: CALL       
	00437: DELTAP2    
	00438: SHP[rp2,zp1] 
	00439: MDAP[rd]   
	00440: DELTAP1    
	00441: SRP1       
	00442: SHP[rp1,zp0] 
	00443: MDAP[rd]   
	00444: CALL       
	00445: CALL       
	00446: SHP[rp1,zp0] 
	00447: SRP1       
	00448: IP         
	00449: SRP1       
	00450: IP         
	00451: SRP1       
	00452: SHP[rp1,zp0] 
	00453: SHP[rp1,zp0] 
	00454: SRP2       
	00455: IP         
	00456: SRP1       
	00457: IP         
	00458: SVTCA[y-axis] 
	00459: MDAP[rd]   
	00460: CALL       
	00461: CALL       
	00462: CALL       
	00463: DELTAP1    
	00464: DELTAP3    
	00465: MIRP[srp0,md,rd,1] 
	00466: SHP[rp2,zp1] 
	00467: RUTG       
	00468: MDAP[rd]   
	00469: RTG        
	00470: SHP[rp2,zp1] 
	00471: MDAP[rd]   
	00472: DELTAP3    
	00473: CALL       
	00474: CALL       
	00475: SHP[rp1,zp0] 
	00476: SRP1       
	00477: SHP[rp1,zp0] 
	00478: MDAP[rd]   
	00479: CALL       
	00480: CALL       
	00481: DELTAP3    
	00482: MIRP[nrp0,md,rd,1] 
	00483: IP         
	00484: IP         
	00485: MDAP[rd]   
	00486: DELTAP1    
	00487: CALL       
	00488: DELTAP1    
	00489: MIRP[nrp0,md,rd,1] 
	00490: SLOOP      
	00491: IP         
	00492: SHP[rp2,zp1] 
	00493: MDAP[rd]   
	00494: SHP[rp1,zp0] 
	00495: MDAP[rd]   
	00496: SRP1       
	00497: SRP2       
	00498: IP         
	00499: MDAP[rd]   
	00500: MIRP[nrp0,md,rd,1] 
	00501: SHP[rp1,zp0] 
	00502: MDAP[rd]   
	00503: CALL       
	00504: SRP1       
	00505: SHP[rp1,zp0] 
	00506: MDAP[rd]   
	00507: CALL       
	00508: SHP[rp1,zp0] 
	00509: MDAP[rd]   
	00510: SRP2       
	00511: SLOOP      
	00512: IP         
	00513: IUP[y]     
	00514: IUP[x]     
	00515: SVTCA[x-axis] 
	00516: CALL       
	00517: CALL       
	00518: CALL       
	00519: SVTCA[y-axis] 
	00520: CALL       
	00521: CALL       
	00522: DELTAP2    
	00523: DELTAP3    
	00524: DELTAP3    
	00525: CALL       
	00526: CALL       
	00527: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:                      Y-Short X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:                              X-Short On
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual               Y-Short X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:                      Y-Short X-Short On
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual                       X-Short On
	 65:  YDual                       X-Short Off
	 66:        XDual         Y-Short         On
	 67:        XDual         Y-Short         Off
	 68:        XDual         Y-Short X-Short Off
	 69:  YDual XDual                 X-Short On
	 70:  YDual XDual                 X-Short Off
	 71:  YDual XDual         Y-Short X-Short On
	 72:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   368,  1658)  ->  Abs (   368,  1658)
	  1: Rel (     0,    12)  ->  Abs (   368,  1670)
	  2: Rel (     7,     4)  ->  Abs (   375,  1674)
	  3: Rel (    24,    17)  ->  Abs (   399,  1691)
	  4: Rel (    24,    38)  ->  Abs (   423,  1729)
	  5: Rel (     0,    58)  ->  Abs (   423,  1787)
	  6: Rel (     0,    37)  ->  Abs (   423,  1824)
	  7: Rel (   -22,     0)  ->  Abs (   401,  1824)
	  8: Rel (    -9,     0)  ->  Abs (   392,  1824)
	  9: Rel (   -20,   -18)  ->  Abs (   372,  1806)
	 10: Rel (   -21,   -19)  ->  Abs (   351,  1787)
	 11: Rel (    -5,     0)  ->  Abs (   346,  1787)
	 12: Rel (    -8,     0)  ->  Abs (   338,  1787)
	 13: Rel (     0,     8)  ->  Abs (   338,  1795)
	 14: Rel (     1,    20)  ->  Abs (   339,  1815)
	 15: Rel (    69,    66)  ->  Abs (   408,  1881)
	 16: Rel (    28,     0)  ->  Abs (   436,  1881)
	 17: Rel (    43,     0)  ->  Abs (   479,  1881)
	 18: Rel (     0,   -52)  ->  Abs (   479,  1829)
	 19: Rel (     0,   -45)  ->  Abs (   479,  1784)
	 20: Rel (   -37,   -75)  ->  Abs (   442,  1709)
	 21: Rel (    75,    34)  ->  Abs (   517,  1743)
	 22: Rel (    52,    75)  ->  Abs (   569,  1818)
	 23: Rel (   -58,    31)  ->  Abs (   511,  1849)
	 24: Rel (     0,    61)  ->  Abs (   511,  1910)
	 25: Rel (     1,    51)  ->  Abs (   512,  1961)
	 26: Rel (    91,   115)  ->  Abs (   603,  2076)
	 27: Rel (    35,     0)  ->  Abs (   638,  2076)
	 28: Rel (    25,     0)  ->  Abs (   663,  2076)
	 29: Rel (    31,   -56)  ->  Abs (   694,  2020)
	 30: Rel (     0,   -36)  ->  Abs (   694,  1984)
	 31: Rel (     0,   -61)  ->  Abs (   694,  1923)
	 32: Rel (   -37,   -56)  ->  Abs (   657,  1867)
	 33: Rel (    47,   -23)  ->  Abs (   704,  1844)
	 34: Rel (     0,   -26)  ->  Abs (   704,  1818)
	 35: Rel (    -4,   -47)  ->  Abs (   700,  1771)
	 36: Rel (   -33,     0)  ->  Abs (   667,  1771)
	 37: Rel (   -68,    31)  ->  Abs (   599,  1802)
	 38: Rel (   -36,   -55)  ->  Abs (   563,  1747)
	 39: Rel (  -120,   -95)  ->  Abs (   443,  1652)
	 40: Rel (   -45,     0)  ->  Abs (   398,  1652)
	 41: Rel (   -20,     0)  ->  Abs (   378,  1652)
	 42: Rel (   246,   231)  ->  Abs (   624,  1883)
	 43: Rel (    19,    32)  ->  Abs (   643,  1915)
	 44: Rel (     0,    32)  ->  Abs (   643,  1947)
	 45: Rel (     0,    59)  ->  Abs (   643,  2006)
	 46: Rel (   -44,     0)  ->  Abs (   599,  2006)
	 47: Rel (   -36,     0)  ->  Abs (   563,  2006)
	 48: Rel (     0,   -47)  ->  Abs (   563,  1959)
	 49: Rel (     0,   -55)  ->  Abs (   563,  1904)
	 50: Rel (   -85,  -674)  ->  Abs (   478,  1230)
	 51: Rel (     8,    43)  ->  Abs (   486,  1273)
	 52: Rel (    47,    33)  ->  Abs (   533,  1306)
	 53: Rel (    29,    37)  ->  Abs (   562,  1343)
	 54: Rel (   -98,     6)  ->  Abs (   464,  1349)
	 55: Rel (     0,    84)  ->  Abs (   464,  1433)
	 56: Rel (     0,    59)  ->  Abs (   464,  1492)
	 57: Rel (    78,   111)  ->  Abs (   542,  1603)
	 58: Rel (    51,     0)  ->  Abs (   593,  1603)
	 59: Rel (    80,     0)  ->  Abs (   673,  1603)
	 60: Rel (     0,   -73)  ->  Abs (   673,  1530)
	 61: Rel (     0,   -23)  ->  Abs (   673,  1507)
	 62: Rel (   -12,   -25)  ->  Abs (   661,  1482)
	 63: Rel (   -73,    53)  ->  Abs (   588,  1535)
	 64: Rel (   -32,     0)  ->  Abs (   556,  1535)
	 65: Rel (   -51,     0)  ->  Abs (   505,  1535)
	 66: Rel (     0,   -43)  ->  Abs (   505,  1492)
	 67: Rel (     0,   -35)  ->  Abs (   505,  1457)
	 68: Rel (   105,   -65)  ->  Abs (   610,  1392)
	 69: Rel (    40,     0)  ->  Abs (   650,  1392)
	 70: Rel (    35,     0)  ->  Abs (   685,  1392)
	 71: Rel (    53,    22)  ->  Abs (   738,  1414)
	 72: Rel (     0,   -73)  ->  Abs (   738,  1341)

	Glyph 795: off = 0x00029CAC, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			123

	     0: Flags:		0x0216
		Glyf Index:	752
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 796: off = 0x00029CBC, len = 224
	  numberOfContours:	2
	  xMin:			412
	  yMin:			1273
	  xMax:			812
	  yMax:			1612

	EndPoints
	---------
	  0:  19
	  1:  27

	  Length of Instructions:	137
	00000: NPUSHB      (13):     6     8     1    91    27   153    27   218    27     3 
	                             0     0    20 
	00015: PUSHW[1]            933 
	00018: NPUSHB      (12):    10    14    64    13    19    52    14    14    79    10 
	                             1    10 
	00032: PUSHW[1]            -64 
	00035: NPUSHB      (11):     9    20    52    10    10    25    64    38    44    52 
	                            25 
	00048: PUSHW[1]            933 
	00051: NPUSHB      (12):    15     3   143     3     2     3    64    12    14    52 
	                             3    20 
	00065: PUSHW[1]            932 
	00068: PUSHB[4]            176     0     1     0 
	00073: PUSHW[1]            -64 
	00076: NPUSHB      (15):    25    30    52     5     0     1     0     0    16     0 
	                             6    16     6     2     6 
	00093: PUSHW[1]            932 
	00096: PUSHB[4]             23    23    16     4 
	00101: SCANTYPE   
	00102: MDAP[rd]   
	00103: SHP[rp1,zp0] 
	00104: MDAP[rd]   
	00105: MIRP[nrp0,md,rd,1] 
	00106: DELTAP1    
	00107: SRP1       
	00108: SHP[rp1,zp0] 
	00109: MDAP[rd]   
	00110: DELTAP2    
	00111: CALL       
	00112: DELTAP3    
	00113: MIRP[nrp0,md,rd,1] 
	00114: SVTCA[y-axis] 
	00115: MDAP[rd]   
	00116: CALL       
	00117: DELTAP1    
	00118: MIRP[nrp0,md,rd,1] 
	00119: CALL       
	00120: SHP[rp1,zp0] 
	00121: MDAP[rd]   
	00122: CALL       
	00123: DELTAP1    
	00124: SHP[rp1,zp0] 
	00125: MDAP[rd]   
	00126: CALL       
	00127: SRP0       
	00128: MIRP[srp0,md,rd,1] 
	00129: SHP[rp2,zp1] 
	00130: MDAP[rd]   
	00131: IUP[y]     
	00132: IUP[x]     
	00133: SVTCA[y-axis] 
	00134: DELTAP3    
	00135: SVTCA[x-axis] 
	00136: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   551,  1439)  ->  Abs (   551,  1439)
	  1: Rel (   102,   134)  ->  Abs (   653,  1573)
	  2: Rel (    75,    39)  ->  Abs (   728,  1612)
	  3: Rel (    28,     0)  ->  Abs (   756,  1612)
	  4: Rel (    24,     0)  ->  Abs (   780,  1612)
	  5: Rel (    32,   -57)  ->  Abs (   812,  1555)
	  6: Rel (     0,   -37)  ->  Abs (   812,  1518)
	  7: Rel (     0,   -62)  ->  Abs (   812,  1456)
	  8: Rel (   -49,   -78)  ->  Abs (   763,  1378)
	  9: Rel (   -98,   -21)  ->  Abs (   665,  1357)
	 10: Rel (  -166,     0)  ->  Abs (   499,  1357)
	 11: Rel (   -32,     0)  ->  Abs (   467,  1357)
	 12: Rel (   -14,   -32)  ->  Abs (   453,  1325)
	 13: Rel (   -22,   -52)  ->  Abs (   431,  1273)
	 14: Rel (    -4,     0)  ->  Abs (   427,  1273)
	 15: Rel (   -15,     0)  ->  Abs (   412,  1273)
	 16: Rel (     0,    47)  ->  Abs (   412,  1320)
	 17: Rel (     0,    45)  ->  Abs (   412,  1365)
	 18: Rel (    42,    59)  ->  Abs (   454,  1424)
	 19: Rel (    38,    16)  ->  Abs (   492,  1440)
	 20: Rel (    98,    -2)  ->  Abs (   590,  1438)
	 21: Rel (   111,     0)  ->  Abs (   701,  1438)
	 22: Rel (    76,     0)  ->  Abs (   777,  1438)
	 23: Rel (     0,    38)  ->  Abs (   777,  1476)
	 24: Rel (     0,    56)  ->  Abs (   777,  1532)
	 25: Rel (   -54,     0)  ->  Abs (   723,  1532)
	 26: Rel (   -21,     0)  ->  Abs (   702,  1532)
	 27: Rel (   -93,   -66)  ->  Abs (   609,  1466)

	Glyph 797: off = 0x00029D9C, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			354
	  yMin:			59
	  xMax:			754
	  yMax:			1562

	     0: Flags:		0x0236
		Glyf Index:	909
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	796
		X BOffset:	-58
		Y BOffset:	-50
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (11):     2     1    31    21   111    21     2    21     2     1 
	                            28 
	00013: PUSHW[1]            -64 
	00016: PUSHB[8]             13    17    52     0    28     1    28     4 
	00025: SCANTYPE   
	00026: SVTCA[x-axis] 
	00027: SRP1       
	00028: DELTAP1    
	00029: CALL       
	00030: SHC[rp1,zp0] 
	00031: SHC[rp1,zp0] 
	00032: SVTCA[y-axis] 
	00033: SRP1       
	00034: DELTAP1    
	00035: SHC[rp1,zp0] 
	00036: SHC[rp1,zp0] 

	Glyph 798: off = 0x00029DDA, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			352
	  yMin:			0
	  xMax:			1229
	  yMax:			1562

	     0: Flags:		0x0236
		Glyf Index:	910
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	796
		X BOffset:	-60
		Y BOffset:	-50
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     2     1    31    30   111    30     2    30     2     1 
	                             0    43    33     6     6    64     4 
	00019: SCANTYPE   
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP1       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 
	00028: SHC[rp1,zp0] 

	Glyph 799: off = 0x00029E10, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			-561
	  xMax:			1184
	  yMax:			682

	     0: Flags:		0x0236
		Glyf Index:	1104
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1102
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[8]              2     1    80    31   224    31     2    31 
	00009: SVTCA[x-axis] 
	00010: SRP1       
	00011: DELTAP1    
	00012: SHC[rp1,zp0] 
	00013: SHC[rp1,zp0] 

	Glyph 800: off = 0x00029E36, len = 22
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			-561
	  xMax:			1229
	  yMax:			671

	     0: Flags:		0x0236
		Glyf Index:	1105
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0016
		Glyf Index:	1102
		X BOffset:	-94
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 801: off = 0x00029E4C, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-561
	  xMax:			1192
	  yMax:			682

	     0: Flags:		0x0236
		Glyf Index:	1106
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1102
		X WOffset:	284
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     2     1   127    16     1    79    16   111    16     2 
	                            31    16    32    16     2    16 
	00018: SVTCA[x-axis] 
	00019: SRP1       
	00020: DELTAP1    
	00021: DELTAP1    
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 802: off = 0x00029E80, len = 22
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-561
	  xMax:			1229
	  yMax:			673

	     0: Flags:		0x0236
		Glyf Index:	1107
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0016
		Glyf Index:	1102
		X BOffset:	55
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 803: off = 0x00029E96, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			11
	  yMin:			-7
	  xMax:			1209
	  yMax:			1399

	     0: Flags:		0x0236
		Glyf Index:	1108
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	340
		Y WOffset:	309
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              3     2    53 
	00004: PUSHW[1]            -64 
	00007: NPUSHB      (34):    18    21    52    80    53     1    15    53    32    53 
	                            64    53     3    53     3     2    47    52     1    48 
	                            52   191    52   207    52     3     0    52    47    52 
	                           208    52     3    52 
	00043: SVTCA[x-axis] 
	00044: SRP1       
	00045: DELTAP1    
	00046: DELTAP1    
	00047: DELTAP2    
	00048: SHC[rp1,zp0] 
	00049: SHC[rp1,zp0] 
	00050: SVTCA[y-axis] 
	00051: SRP1       
	00052: DELTAP1    
	00053: DELTAP1    
	00054: CALL       
	00055: SHC[rp1,zp0] 
	00056: SHC[rp1,zp0] 

	Glyph 804: off = 0x00029EEA, len = 90
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			-68
	  xMax:			1229
	  yMax:			1246

	     0: Flags:		0x0236
		Glyf Index:	1109
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	389
		Y WOffset:	156
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (47):     3     2    64    53    80    53   176    53     3    53 
	                             3     2    16    54    64    54     2     0    54    64 
	                            54     2   208    54     1     0    54   176    54   240 
	                            54     3    80    54    96    54   160    54     3     0 
	                            54    16    54    48    54     3    54 
	00049: SVTCA[x-axis] 
	00050: SRP1       
	00051: DELTAP1    
	00052: DELTAP1    
	00053: DELTAP1    
	00054: DELTAP1    
	00055: DELTAP2    
	00056: DELTAP3    
	00057: SHC[rp1,zp0] 
	00058: SHC[rp1,zp0] 
	00059: SVTCA[y-axis] 
	00060: SRP1       
	00061: DELTAP1    
	00062: SHC[rp1,zp0] 
	00063: SHC[rp1,zp0] 

	Glyph 805: off = 0x00029F44, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1207
	  yMax:			1376

	     0: Flags:		0x0236
		Glyf Index:	1110
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	339
		Y WOffset:	286
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[6]              3     2    15    37     1    37 
	00007: PUSHW[1]            -64 
	00010: NPUSHB      (33):    18    21    52    64    37    80    37   143    37     3 
	                            15    37    31    37    32    37     3    37     3     2 
	                            47    40   191    40   207    40     3    48    40   208 
	                            40     2    40 
	00045: SVTCA[x-axis] 
	00046: SRP1       
	00047: DELTAP1    
	00048: DELTAP1    
	00049: SHC[rp1,zp0] 
	00050: SHC[rp1,zp0] 
	00051: SVTCA[y-axis] 
	00052: SRP1       
	00053: DELTAP1    
	00054: DELTAP1    
	00055: CALL       
	00056: DELTAP2    
	00057: SHC[rp1,zp0] 
	00058: SHC[rp1,zp0] 

	Glyph 806: off = 0x00029F9A, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1294

	     0: Flags:		0x0236
		Glyf Index:	1111
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	351
		Y WOffset:	204
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (40):     3     2    15    38     1   144    38   176    38   192 
	                            38     3    38     3     2    31    39   111    39     2 
	                            96    39   128    39   160    39     3     0    39    48 
	                            39   208    39     3     0    39    16    39     2    39 
	00042: SVTCA[x-axis] 
	00043: SRP1       
	00044: DELTAP1    
	00045: DELTAP1    
	00046: DELTAP1    
	00047: DELTAP2    
	00048: SHC[rp1,zp0] 
	00049: SHC[rp1,zp0] 
	00050: SVTCA[y-axis] 
	00051: SRP1       
	00052: DELTAP1    
	00053: DELTAP2    
	00054: SHC[rp1,zp0] 
	00055: SHC[rp1,zp0] 

	Glyph 807: off = 0x00029FEC, len = 92
	  numberOfContours:	-1  (Composite)
	  xMin:			272
	  yMin:			-561
	  xMax:			1211
	  yMax:			538

	     0: Flags:		0x0236
		Glyf Index:	929
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1102
		X WOffset:	115
		Y WOffset:	240
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (49):     2     1    44    64    37    41    52    16    44    32 
	                            44     2    80    44     1    15    44   207    44   223 
	                            44   224    44   240    44     5    44     2     1    31 
	                            43    47    43     2    15    43    63    43     2    48 
	                            43    79    43   175    43   223    43     4    43 
	00051: SVTCA[x-axis] 
	00052: SRP1       
	00053: DELTAP1    
	00054: DELTAP2    
	00055: DELTAP3    
	00056: SHC[rp1,zp0] 
	00057: SHC[rp1,zp0] 
	00058: SVTCA[y-axis] 
	00059: SRP1       
	00060: DELTAP1    
	00061: DELTAP2    
	00062: DELTAP3    
	00063: CALL       
	00064: SHC[rp1,zp0] 
	00065: SHC[rp1,zp0] 

	Glyph 808: off = 0x0002A048, len = 560
	  numberOfContours:	3
	  xMin:			158
	  yMin:			-561
	  xMax:			1230
	  yMax:			662

	EndPoints
	---------
	  0:  58
	  1:  66
	  2:  70

	  Length of Instructions:	354
	00000: PUSHW[2]             46   -24 
	00005: PUSHB[4]             16    22    52    45 
	00010: PUSHW[1]             -8 
	00013: NPUSHB      (14):    18    22    52    33    32    14    17    52     3    32 
	                            21    29    52    13 
	00029: PUSHW[1]            -16 
	00032: NPUSHB      (27):    18    20    52   204    25   202    29   218    25   218 
	                            29     4    69    13    85    13   108    25   122    25 
	                             4    67    67    70    69    69    68 
	00061: PUSHW[1]            955 
	00064: NPUSHB      (17):    70    70    66    59    63    60    62    65    65    66 
	                            64    61    61    62    66    66    60 
	00083: PUSHW[1]            955 
	00086: NPUSHB      (24):    62    64    64   239    62     1   111    62     1    62 
	                           111     7     1     7   111    31     1    31    51    53 
	                             3    49    48    58 
	00112: PUSHW[5]            907     0   858    49   907 
	00123: NPUSHB      (10):    48    64     9    13    52    48    48    37    37    34 
	00135: PUSHW[1]            906 
	00138: PUSHB[4]             43    19    19    15 
	00143: PUSHW[1]            909 
	00146: PUSHB[5]             23    68    70    70    67 
	00152: PUSHW[1]            954 
	00155: NPUSHB      (13):    69    69    60    66    64    64    63    65    60    62 
	                            62    61    65 
	00170: PUSHW[3]            954    61   954 
	00177: NPUSHB      (14):    59    63    64    10    12    52    31    63   143    63 
	                             2    63    19    31 
	00193: PUSHW[1]            -64 
	00196: NPUSHB      (16):    10    12    52    31    53     7     5    49     0    48 
	                            16    48     2    48    48    55 
	00214: PUSHW[1]            883 
	00217: NPUSHB      (11):     5     5    27    58     0    80    39     1    39    39 
	                            11 
	00230: PUSHW[4]            891    27     4   340 
	00239: SCANCTRL   
	00240: SCANTYPE   
	00241: MDAP[rd]   
	00242: MIRP[nrp0,md,rd,1] 
	00243: SHP[rp1,zp0] 
	00244: MDAP[rd]   
	00245: DELTAP1    
	00246: MDAP[rd]   
	00247: ALIGNRP    
	00248: SRP2       
	00249: IP         
	00250: MDAP[rd]   
	00251: MIRP[srp0,md,rd,1] 
	00252: SHP[rp2,zp1] 
	00253: MDAP[rd]   
	00254: DELTAP1    
	00255: SHP[rp1,zp0] 
	00256: SRP1       
	00257: IP         
	00258: SHP[rp2,zp1] 
	00259: SHP[rp1,zp0] 
	00260: CALL       
	00261: MDAP[rd]   
	00262: MDAP[rd]   
	00263: DELTAP2    
	00264: CALL       
	00265: SHP[rp1,zp0] 
	00266: MIRP[nrp0,md,rd,1] 
	00267: MIRP[nrp0,md,rd,1] 
	00268: RTDG       
	00269: SRP2       
	00270: IP         
	00271: MDAP[rd]   
	00272: ALIGNRP    
	00273: SRP1       
	00274: SRP2       
	00275: IP         
	00276: MDAP[rd]   
	00277: ALIGNRP    
	00278: RTG        
	00279: SRP1       
	00280: SHP[rp1,zp0] 
	00281: MDAP[rd]   
	00282: MIRP[nrp0,md,rd,1] 
	00283: RTDG       
	00284: IP         
	00285: MDAP[rd]   
	00286: RTG        
	00287: ALIGNRP    
	00288: SVTCA[y-axis] 
	00289: MDAP[rd]   
	00290: MIRP[srp0,md,rd,1] 
	00291: SHP[rp2,zp1] 
	00292: MDAP[rd]   
	00293: MDAP[rd]   
	00294: MIRP[srp0,md,rd,1] 
	00295: SHP[rp2,zp1] 
	00296: MDAP[rd]   
	00297: SHP[rp2,zp1] 
	00298: MDAP[rd]   
	00299: CALL       
	00300: MIRP[nrp0,md,rd,1] 
	00301: MIAP[rd+ci] 
	00302: MIRP[nrp0,md,rd,1] 
	00303: SRP1       
	00304: SRP2       
	00305: SLOOP      
	00306: IP         
	00307: DELTAP1    
	00308: SHP[rp2,zp1] 
	00309: DELTAP1    
	00310: MDAP[rd]   
	00311: DELTAP2    
	00312: DELTAP1    
	00313: SHP[rp1,zp0] 
	00314: MDAP[rd]   
	00315: SRP0       
	00316: MIRP[srp0,md,rd,1] 
	00317: SHP[rp2,zp1] 
	00318: MDAP[rd]   
	00319: RTDG       
	00320: SRP1       
	00321: IP         
	00322: MDAP[rd]   
	00323: SRP1       
	00324: SRP2       
	00325: IP         
	00326: MDAP[rd]   
	00327: RTG        
	00328: SRP1       
	00329: SRP2       
	00330: IP         
	00331: IP         
	00332: SRP1       
	00333: SHP[rp1,zp0] 
	00334: MDAP[rd]   
	00335: MIRP[nrp0,md,rd,1] 
	00336: RTDG       
	00337: IP         
	00338: MDAP[rd]   
	00339: SRP1       
	00340: IP         
	00341: MDAP[rd]   
	00342: RTG        
	00343: IUP[y]     
	00344: IUP[x]     
	00345: SVTCA[x-axis] 
	00346: DELTAP1    
	00347: DELTAP1    
	00348: CALL       
	00349: CALL       
	00350: CALL       
	00351: SVTCA[y-axis] 
	00352: CALL       
	00353: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short On
	 46:        XDual         Y-Short X-Short On
	 47:        XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:                      Y-Short X-Short On
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:                      Y-Short X-Short On
	 54:                      Y-Short X-Short Off
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual                               On
	 59:                      Y-Short         On
	 60:                      Y-Short X-Short On
	 61:  YDual               Y-Short X-Short On
	 62:  YDual XDual         Y-Short X-Short On
	 63:        XDual         Y-Short X-Short On
	 64:  YDual XDual         Y-Short X-Short On
	 65:        XDual         Y-Short X-Short On
	 66:                      Y-Short X-Short On
	 67:        XDual         Y-Short X-Short On
	 68:                      Y-Short X-Short On
	 69:  YDual               Y-Short X-Short On
	 70:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1230,     0)  ->  Abs (  1230,     0)
	  1: Rel (  -338,     0)  ->  Abs (   892,     0)
	  2: Rel (   -84,     0)  ->  Abs (   808,     0)
	  3: Rel (   -32,    48)  ->  Abs (   776,    48)
	  4: Rel (   -27,    39)  ->  Abs (   749,    87)
	  5: Rel (     0,    89)  ->  Abs (   749,   176)
	  6: Rel (     0,    70)  ->  Abs (   749,   246)
	  7: Rel (    17,    76)  ->  Abs (   766,   322)
	  8: Rel (  -152,   -35)  ->  Abs (   614,   287)
	  9: Rel (  -160,  -123)  ->  Abs (   454,   164)
	 10: Rel (  -195,  -155)  ->  Abs (   259,     9)
	 11: Rel (     0,  -158)  ->  Abs (   259,  -149)
	 12: Rel (     0,  -139)  ->  Abs (   259,  -288)
	 13: Rel (   149,   -81)  ->  Abs (   408,  -369)
	 14: Rel (   122,   -61)  ->  Abs (   530,  -430)
	 15: Rel (   175,     0)  ->  Abs (   705,  -430)
	 16: Rel (    99,     0)  ->  Abs (   804,  -430)
	 17: Rel (   134,    38)  ->  Abs (   938,  -392)
	 18: Rel (    22,     6)  ->  Abs (   960,  -386)
	 19: Rel (   129,    41)  ->  Abs (  1089,  -345)
	 20: Rel (     0,   -72)  ->  Abs (  1089,  -417)
	 21: Rel (  -179,   -81)  ->  Abs (   910,  -498)
	 22: Rel (  -145,   -63)  ->  Abs (   765,  -561)
	 23: Rel (   -87,     0)  ->  Abs (   678,  -561)
	 24: Rel (  -224,     0)  ->  Abs (   454,  -561)
	 25: Rel (  -141,   106)  ->  Abs (   313,  -455)
	 26: Rel (  -155,   117)  ->  Abs (   158,  -338)
	 27: Rel (     0,   156)  ->  Abs (   158,  -182)
	 28: Rel (     0,   201)  ->  Abs (   158,    19)
	 29: Rel (   243,   190)  ->  Abs (   401,   209)
	 30: Rel (   155,   118)  ->  Abs (   556,   327)
	 31: Rel (   183,    58)  ->  Abs (   739,   385)
	 32: Rel (   -75,    52)  ->  Abs (   664,   437)
	 33: Rel (  -225,   106)  ->  Abs (   439,   543)
	 34: Rel (   -51,     0)  ->  Abs (   388,   543)
	 35: Rel (   -66,     0)  ->  Abs (   322,   543)
	 36: Rel (   -73,   -80)  ->  Abs (   249,   463)
	 37: Rel (    -5,     0)  ->  Abs (   244,   463)
	 38: Rel (    -9,     0)  ->  Abs (   235,   463)
	 39: Rel (     0,    20)  ->  Abs (   235,   483)
	 40: Rel (     0,    70)  ->  Abs (   235,   553)
	 41: Rel (    64,    56)  ->  Abs (   299,   609)
	 42: Rel (    62,    53)  ->  Abs (   361,   662)
	 43: Rel (    71,     0)  ->  Abs (   432,   662)
	 44: Rel (    73,     0)  ->  Abs (   505,   662)
	 45: Rel (   101,   -55)  ->  Abs (   606,   607)
	 46: Rel (   155,   -84)  ->  Abs (   761,   523)
	 47: Rel (   137,   -74)  ->  Abs (   898,   449)
	 48: Rel (   139,     0)  ->  Abs (  1037,   449)
	 49: Rel (   -59,  -123)  ->  Abs (   978,   326)
	 50: Rel (   -54,     9)  ->  Abs (   924,   335)
	 51: Rel (   -46,     0)  ->  Abs (   878,   335)
	 52: Rel (   -26,     0)  ->  Abs (   852,   335)
	 53: Rel (   -23,    -3)  ->  Abs (   829,   332)
	 54: Rel (    -8,   -34)  ->  Abs (   821,   298)
	 55: Rel (     0,   -55)  ->  Abs (   821,   243)
	 56: Rel (     0,  -120)  ->  Abs (   821,   123)
	 57: Rel (   128,     0)  ->  Abs (   949,   123)
	 58: Rel (   281,     0)  ->  Abs (  1230,   123)
	 59: Rel (  -643,  -212)  ->  Abs (   587,   -89)
	 60: Rel (   -85,   -87)  ->  Abs (   502,  -176)
	 61: Rel (   -87,    87)  ->  Abs (   415,   -89)
	 62: Rel (    87,    86)  ->  Abs (   502,    -3)
	 63: Rel (    79,   -78)  ->  Abs (   581,   -81)
	 64: Rel (    86,    85)  ->  Abs (   667,     4)
	 65: Rel (    86,   -86)  ->  Abs (   753,   -82)
	 66: Rel (   -86,   -88)  ->  Abs (   667,  -170)
	 67: Rel (     4,   -79)  ->  Abs (   671,  -249)
	 68: Rel (   -87,   -86)  ->  Abs (   584,  -335)
	 69: Rel (   -87,    86)  ->  Abs (   497,  -249)
	 70: Rel (    87,    86)  ->  Abs (   584,  -163)

	Glyph 809: off = 0x0002A278, len = 22
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-561
	  xMax:			1199
	  yMax:			654

	     0: Flags:		0x0236
		Glyf Index:	931
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0016
		Glyf Index:	1102
		X BOffset:	24
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 810: off = 0x0002A28E, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-561
	  xMax:			1229
	  yMax:			662

	     0: Flags:		0x0236
		Glyf Index:	932
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1102
		X BOffset:	-81
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[8]              2     1     0    46    50    56    57    64 
	00009: SVTCA[x-axis] 
	00010: CALL       
	00011: SHC[rp1,zp0] 
	00012: SHC[rp1,zp0] 

	Glyph 811: off = 0x0002A2B4, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-420
	  xMax:			958
	  yMax:			1255

	     0: Flags:		0x0236
		Glyf Index:	941
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	98
		Y WOffset:	165
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (14):     2     1    64    29     1    29     2     1    31    30 
	                            95    30     2    30 
	00016: SVTCA[x-axis] 
	00017: SRP1       
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 
	00020: SHC[rp1,zp0] 
	00021: SVTCA[y-axis] 
	00022: SRP1       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 
	00025: SHC[rp1,zp0] 

	Glyph 812: off = 0x0002A2E8, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			101
	  yMin:			-422
	  xMax:			1229
	  yMax:			1225

	     0: Flags:		0x0236
		Glyf Index:	942
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	108
		Y WOffset:	135
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (21):     2     1    37    64    26    33    52    37     2     1 
	                            64    34     1    16    34    48    34   160    34     3 
	                            34 
	00023: SVTCA[x-axis] 
	00024: SRP1       
	00025: DELTAP1    
	00026: DELTAP2    
	00027: SHC[rp1,zp0] 
	00028: SHC[rp1,zp0] 
	00029: SVTCA[y-axis] 
	00030: SRP1       
	00031: CALL       
	00032: SHC[rp1,zp0] 
	00033: SHC[rp1,zp0] 

	Glyph 813: off = 0x0002A324, len = 542
	  numberOfContours:	2
	  xMin:			3
	  yMin:			-13
	  xMax:			1229
	  yMax:			1154

	EndPoints
	---------
	  0:  44
	  1:  74

	  Length of Instructions:	332
	00000: NPUSHB      (28):   132    67     1    52    39     1    36    71    53    71 
	                            77    19    89     8   106    19   123     8   122    19 
	                           166    31   181    31   196    31    10    10 
	00030: PUSHW[1]            -64 
	00033: PUSHB[4]              9    22    52     9 
	00038: PUSHW[1]            -64 
	00041: PUSHB[4]              9    22    52     8 
	00046: PUSHW[1]            -64 
	00049: PUSHB[4]              9    22    52     7 
	00054: PUSHW[1]            -64 
	00057: PUSHB[4]              9    22    52     6 
	00062: PUSHW[1]            -64 
	00065: NPUSHB      (33):     9    22    52     9    44   121     0   120     1   183 
	                            44     4   120     3   134    43   150    43     3    12 
	                            37    42     5     4     0    17    45    45    47    73 
	                            60    60    56 
	00100: PUSHW[1]            898 
	00103: NPUSHB      (11):    15    62     1    47    62    63    62     2    62    62 
	                            47 
	00116: PUSHW[1]            937 
	00119: NPUSHB      (10):    73    64    12    12    52    73     0    23     1    23 
	00131: PUSHW[1]            -64 
	00134: PUSHB[7]              9    16    52    23    23    33     1 
	00142: PUSHW[4]            893     0    33   907 
	00151: NPUSHB      (17):    17    58    58   207    45   223    45     2   143    45 
	                           159    45     2    45    45    53    69 
	00170: PUSHW[1]            879 
	00173: PUSHB[3]             49    49    65 
	00177: PUSHW[1]            875 
	00180: NPUSHB      (19):     0    53     1   240    53     1   128    53   192    53 
	                           208    53     3    32    53    48    53     2    53 
	00201: PUSHW[1]            -64 
	00204: PUSHB[5]              9    15    52    53     5 
	00210: PUSHW[1]            889 
	00213: NPUSHB      (10):   159    42   175    42     2    42    42     0    20    37 
	00225: PUSHW[1]            880 
	00228: PUSHB[5]             12    12     1     0    25 
	00234: PUSHW[1]            -64 
	00237: PUSHB[6]             16    22    52    25    25    29 
	00244: PUSHW[4]            883    20     4   340 
	00253: SCANCTRL   
	00254: SCANTYPE   
	00255: MDAP[rd]   
	00256: MIRP[srp0,md,rd,1] 
	00257: SHP[rp2,zp1] 
	00258: MDAP[rd]   
	00259: CALL       
	00260: MDAP[rd]   
	00261: SHP[rp1,zp0] 
	00262: SHP[rp1,zp0] 
	00263: MDAP[rd]   
	00264: MIRP[nrp0,md,rd,1] 
	00265: SRP1       
	00266: SRP2       
	00267: IP         
	00268: MDAP[rd]   
	00269: DELTAP1    
	00270: MIRP[nrp0,md,rd,1] 
	00271: MDAP[rd]   
	00272: CALL       
	00273: DELTAP1    
	00274: DELTAP1    
	00275: DELTAP1    
	00276: DELTAP2    
	00277: MIRP[nrp0,md,rd,1] 
	00278: SHP[rp1,zp0] 
	00279: MDAP[rd]   
	00280: MIRP[nrp0,md,rd,1] 
	00281: SRP1       
	00282: SHP[rp1,zp0] 
	00283: MDAP[rd]   
	00284: DELTAP1    
	00285: DELTAP1    
	00286: SHP[rp2,zp1] 
	00287: MDAP[rd]   
	00288: SVTCA[y-axis] 
	00289: MDAP[rd]   
	00290: MIRP[nrp0,md,rd,1] 
	00291: MDAP[rd]   
	00292: MIRP[nrp0,md,rd,1] 
	00293: SRP1       
	00294: SHP[rp1,zp0] 
	00295: MDAP[rd]   
	00296: CALL       
	00297: DELTAP1    
	00298: MDAP[rd]   
	00299: CALL       
	00300: MIRP[srp0,md,rd,1] 
	00301: SHP[rp2,zp1] 
	00302: MDAP[rd]   
	00303: DELTAP1    
	00304: DELTAP2    
	00305: MIRP[nrp0,md,rd,1] 
	00306: SHP[rp1,zp0] 
	00307: MDAP[rd]   
	00308: RTHG       
	00309: SRP1       
	00310: SRP2       
	00311: IP         
	00312: MDAP[rd]   
	00313: SRP1       
	00314: SRP2       
	00315: SLOOP      
	00316: IP         
	00317: IUP[y]     
	00318: IUP[x]     
	00319: SVTCA[y-axis] 
	00320: DELTAP1    
	00321: DELTAP1    
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: CALL       
	00327: SVTCA[x-axis] 
	00328: DELTAP1    
	00329: SVTCA[y-axis] 
	00330: DELTAP3    
	00331: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short         On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual Rep-  3 Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:              Rep-  2 Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                               Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual Rep-  2 Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual               Y-Short         On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:                                      On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short On
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         Off
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short         Off
	 60:                      Y-Short X-Short On
	 61:  YDual               Y-Short X-Short Off
	 62:  YDual                       X-Short On
	 63:  YDual                       X-Short Off
	 64:                      Y-Short X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:        XDual         Y-Short X-Short On
	 68:        XDual         Y-Short X-Short Off
	 69:        XDual         Y-Short         On
	 70:        XDual         Y-Short X-Short Off
	 71:                      Y-Short X-Short Off
	 72:                      Y-Short X-Short Off
	 73:  YDual                       X-Short On
	 74:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,  1154)  ->  Abs (  1229,  1154)
	  1: Rel (   -51,  -121)  ->  Abs (  1178,  1033)
	  2: Rel (  -258,  -126)  ->  Abs (   920,   907)
	  3: Rel (  -131,   -64)  ->  Abs (   789,   843)
	  4: Rel (   -90,   -60)  ->  Abs (   699,   783)
	  5: Rel (     0,   -27)  ->  Abs (   699,   756)
	  6: Rel (     0,   -22)  ->  Abs (   699,   734)
	  7: Rel (   165,  -152)  ->  Abs (   864,   582)
	  8: Rel (    90,   -83)  ->  Abs (   954,   499)
	  9: Rel (    94,   -98)  ->  Abs (  1048,   401)
	 10: Rel (    24,   -55)  ->  Abs (  1072,   346)
	 11: Rel (    14,   -78)  ->  Abs (  1086,   268)
	 12: Rel (     0,   -45)  ->  Abs (  1086,   223)
	 13: Rel (     0,   -81)  ->  Abs (  1086,   142)
	 14: Rel (   -16,   -76)  ->  Abs (  1070,    66)
	 15: Rel (   -52,   -58)  ->  Abs (  1018,     8)
	 16: Rel (  -231,   -21)  ->  Abs (   787,   -13)
	 17: Rel (  -204,     0)  ->  Abs (   583,   -13)
	 18: Rel (  -425,     0)  ->  Abs (   158,   -13)
	 19: Rel (  -155,   116)  ->  Abs (     3,   103)
	 20: Rel (     0,   100)  ->  Abs (     3,   203)
	 21: Rel (     0,    83)  ->  Abs (     3,   286)
	 22: Rel (    98,   216)  ->  Abs (   101,   502)
	 23: Rel (    35,     0)  ->  Abs (   136,   502)
	 24: Rel (     7,     0)  ->  Abs (   143,   502)
	 25: Rel (     0,    -6)  ->  Abs (   143,   496)
	 26: Rel (     0,    -7)  ->  Abs (   143,   489)
	 27: Rel (   -33,   -72)  ->  Abs (   110,   417)
	 28: Rel (   -33,   -72)  ->  Abs (    77,   345)
	 29: Rel (     0,   -44)  ->  Abs (    77,   301)
	 30: Rel (     0,   -80)  ->  Abs (    77,   221)
	 31: Rel (    88,   -84)  ->  Abs (   165,   137)
	 32: Rel (   187,   -26)  ->  Abs (   352,   111)
	 33: Rel (   227,     0)  ->  Abs (   579,   111)
	 34: Rel (   153,     1)  ->  Abs (   732,   112)
	 35: Rel (   247,    10)  ->  Abs (   979,   122)
	 36: Rel (    44,    36)  ->  Abs (  1023,   158)
	 37: Rel (     0,    43)  ->  Abs (  1023,   201)
	 38: Rel (     0,    93)  ->  Abs (  1023,   294)
	 39: Rel (  -276,   244)  ->  Abs (   747,   538)
	 40: Rel (  -134,   119)  ->  Abs (   613,   657)
	 41: Rel (   -12,    32)  ->  Abs (   601,   689)
	 42: Rel (     0,    45)  ->  Abs (   601,   734)
	 43: Rel (     0,    79)  ->  Abs (   601,   813)
	 44: Rel (   195,   178)  ->  Abs (   796,   991)
	 45: Rel (  -554,  -562)  ->  Abs (   242,   429)
	 46: Rel (    11,    16)  ->  Abs (   253,   445)
	 47: Rel (   103,    24)  ->  Abs (   356,   469)
	 48: Rel (    95,    23)  ->  Abs (   451,   492)
	 49: Rel (     0,    21)  ->  Abs (   451,   513)
	 50: Rel (     0,    20)  ->  Abs (   451,   533)
	 51: Rel (   -73,     8)  ->  Abs (   378,   541)
	 52: Rel (   -74,     8)  ->  Abs (   304,   549)
	 53: Rel (     0,    44)  ->  Abs (   304,   593)
	 54: Rel (     0,    54)  ->  Abs (   304,   647)
	 55: Rel (    87,   153)  ->  Abs (   391,   800)
	 56: Rel (    37,     0)  ->  Abs (   428,   800)
	 57: Rel (    36,     0)  ->  Abs (   464,   800)
	 58: Rel (     0,   -25)  ->  Abs (   464,   775)
	 59: Rel (     0,   -41)  ->  Abs (   464,   734)
	 60: Rel (   -22,   -27)  ->  Abs (   442,   707)
	 61: Rel (   -16,    15)  ->  Abs (   426,   722)
	 62: Rel (   -24,     0)  ->  Abs (   402,   722)
	 63: Rel (   -21,     0)  ->  Abs (   381,   722)
	 64: Rel (   -32,   -39)  ->  Abs (   349,   683)
	 65: Rel (     0,   -18)  ->  Abs (   349,   665)
	 66: Rel (     0,   -29)  ->  Abs (   349,   636)
	 67: Rel (    80,   -11)  ->  Abs (   429,   625)
	 68: Rel (    79,   -11)  ->  Abs (   508,   614)
	 69: Rel (     0,   -56)  ->  Abs (   508,   558)
	 70: Rel (     1,   -41)  ->  Abs (   509,   517)
	 71: Rel (   -48,   -78)  ->  Abs (   461,   439)
	 72: Rel (   -39,   -30)  ->  Abs (   422,   409)
	 73: Rel (   -47,     0)  ->  Abs (   375,   409)
	 74: Rel (  -132,     0)  ->  Abs (   243,   409)

	Glyph 814: off = 0x0002A542, len = 578
	  numberOfContours:	2
	  xMin:			3
	  yMin:			-13
	  xMax:			1229
	  yMax:			1156

	EndPoints
	---------
	  0:  51
	  1:  81

	  Length of Instructions:	347
	00000: NPUSHB      (41):     6    74    70    73   133    74     3    36    78    53 
	                            78    77     3   106     3   123     3   185    48   182 
	                            50   196    42   212    15     9   164    15   181    15 
	                           197    15     3     3    50    22    22    21    50     3 
	                            41 
	00043: PUSHW[1]            -44 
	00046: PUSHB[4]             11    22    52    40 
	00051: PUSHW[1]            -44 
	00054: PUSHB[4]             11    22    52    39 
	00059: PUSHW[1]            -44 
	00062: PUSHB[4]             11    22    52    38 
	00067: PUSHW[1]            -44 
	00070: NPUSHB      (33):    11    22    52   117    29   231    31   251    38   249 
	                            40     4     8    24     9    31   134    29     3    21 
	                            49    27    36     4    32     0    52    52    54    80 
	                            67    67    63 
	00105: PUSHW[1]            898 
	00108: NPUSHB      (11):    15    69     1    47    69    63    69     2    69    69 
	                            54 
	00121: PUSHW[1]            937 
	00124: NPUSHB      (21):    80    64    10    14    52    32    80   143    80   207 
	                            80   239    80     4    80     0     7   192     7     2 
	                             7 
	00147: PUSHW[1]            -64 
	00150: PUSHB[7]              9    17    52     7     7    17    33 
	00158: PUSHW[7]            893    32    45   907    46    17   907 
	00173: NPUSHB      (16):     0    49    21    46    27    65    65    52    64    17 
	                            23    52    52    52    60    76 
	00191: PUSHW[1]            879 
	00194: PUSHB[3]             56    56    72 
	00198: PUSHW[3]            875    60   -64 
	00205: NPUSHB      (17):     9    23    52    32    60     1    48    60    64    60 
	                            80    60   192    60     4    60    36 
	00224: PUSHW[1]            889 
	00227: NPUSHB      (16):    31    27   223    27     2    27    27    46     4    33 
	                            32    32    45    45    46     9 
	00245: PUSHW[1]            -64 
	00248: PUSHB[6]             16    22    52     9     9    13 
	00255: PUSHW[4]            883     4     4   340 
	00264: SCANCTRL   
	00265: SCANTYPE   
	00266: MDAP[rd]   
	00267: MIRP[srp0,md,rd,1] 
	00268: SHP[rp2,zp1] 
	00269: MDAP[rd]   
	00270: CALL       
	00271: MDAP[rd]   
	00272: ALIGNRP    
	00273: SRP1       
	00274: SHP[rp1,zp0] 
	00275: MDAP[rd]   
	00276: SHP[rp1,zp0] 
	00277: SRP1       
	00278: SRP2       
	00279: IP         
	00280: MDAP[rd]   
	00281: DELTAP1    
	00282: MIRP[nrp0,md,rd,1] 
	00283: MDAP[rd]   
	00284: DELTAP1    
	00285: DELTAP2    
	00286: CALL       
	00287: MIRP[nrp0,md,rd,1] 
	00288: SHP[rp1,zp0] 
	00289: MDAP[rd]   
	00290: MIRP[nrp0,md,rd,1] 
	00291: SRP1       
	00292: SHP[rp1,zp0] 
	00293: MDAP[rd]   
	00294: CALL       
	00295: SHP[rp2,zp1] 
	00296: MDAP[rd]   
	00297: SRP1       
	00298: SRP2       
	00299: IP         
	00300: IP         
	00301: SVTCA[y-axis] 
	00302: MDAP[rd]   
	00303: MIRP[nrp0,md,rd,1] 
	00304: MDAP[rd]   
	00305: MIRP[nrp0,md,rd,1] 
	00306: MDAP[rd]   
	00307: MIRP[nrp0,md,rd,1] 
	00308: SRP1       
	00309: SHP[rp1,zp0] 
	00310: MDAP[rd]   
	00311: CALL       
	00312: DELTAP1    
	00313: MDAP[rd]   
	00314: DELTAP1    
	00315: CALL       
	00316: MIRP[srp0,md,rd,1] 
	00317: SHP[rp2,zp1] 
	00318: MDAP[rd]   
	00319: DELTAP1    
	00320: DELTAP2    
	00321: MIRP[nrp0,md,rd,1] 
	00322: SHP[rp1,zp0] 
	00323: MDAP[rd]   
	00324: SRP1       
	00325: SRP2       
	00326: IP         
	00327: MDAP[rd]   
	00328: SRP1       
	00329: SRP2       
	00330: SLOOP      
	00331: IP         
	00332: IUP[y]     
	00333: IUP[x]     
	00334: SVTCA[y-axis] 
	00335: DELTAP1    
	00336: DELTAP1    
	00337: CALL       
	00338: CALL       
	00339: CALL       
	00340: CALL       
	00341: SVTCA[x-axis] 
	00342: DELTAP1    
	00343: DELTAP1    
	00344: DELTAP1    
	00345: SVTCA[y-axis] 
	00346: DELTAP2    

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual                       X-Short On
	  2:  YDual                               Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual               Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:                      Y-Short X-Short On
	 34:                      Y-Short         On
	 35:                      Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:        XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual Rep-  2 Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short On
	 46:        XDual         Y-Short         On
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual               Y-Short X-Short On
	 50:                      Y-Short X-Short Off
	 51:                      Y-Short X-Short Off
	 52:                                      On
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual         Y-Short X-Short On
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual XDual         Y-Short         On
	 57:  YDual XDual         Y-Short         Off
	 58:  YDual               Y-Short X-Short On
	 59:  YDual               Y-Short X-Short Off
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short X-Short Off
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual                 X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:                      Y-Short X-Short On
	 68:  YDual               Y-Short X-Short Off
	 69:  YDual                       X-Short On
	 70:  YDual                       X-Short Off
	 71:                      Y-Short X-Short Off
	 72:                      Y-Short X-Short On
	 73:        XDual         Y-Short         Off
	 74:        XDual         Y-Short X-Short On
	 75:        XDual         Y-Short X-Short Off
	 76:        XDual         Y-Short         On
	 77:        XDual         Y-Short         Off
	 78:                      Y-Short X-Short Off
	 79:                      Y-Short X-Short Off
	 80:  YDual                       X-Short On
	 81:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   583,   -13)  ->  Abs (   583,   -13)
	  1: Rel (   -12,     0)  ->  Abs (   571,   -13)
	  2: Rel (  -375,     0)  ->  Abs (   196,   -13)
	  3: Rel (  -193,    96)  ->  Abs (     3,    83)
	  4: Rel (     0,   120)  ->  Abs (     3,   203)
	  5: Rel (     0,    83)  ->  Abs (     3,   286)
	  6: Rel (    98,   216)  ->  Abs (   101,   502)
	  7: Rel (    35,     0)  ->  Abs (   136,   502)
	  8: Rel (     7,     0)  ->  Abs (   143,   502)
	  9: Rel (     0,    -6)  ->  Abs (   143,   496)
	 10: Rel (     0,    -7)  ->  Abs (   143,   489)
	 11: Rel (   -33,   -72)  ->  Abs (   110,   417)
	 12: Rel (   -33,   -72)  ->  Abs (    77,   345)
	 13: Rel (     0,   -44)  ->  Abs (    77,   301)
	 14: Rel (     0,   -81)  ->  Abs (    77,   220)
	 15: Rel (    89,   -83)  ->  Abs (   166,   137)
	 16: Rel (   185,   -26)  ->  Abs (   351,   111)
	 17: Rel (   228,     0)  ->  Abs (   579,   111)
	 18: Rel (   164,     0)  ->  Abs (   743,   111)
	 19: Rel (   110,    13)  ->  Abs (   853,   124)
	 20: Rel (    62,    55)  ->  Abs (   915,   179)
	 21: Rel (     0,    33)  ->  Abs (   915,   212)
	 22: Rel (     0,    92)  ->  Abs (   915,   304)
	 23: Rel (  -228,   202)  ->  Abs (   687,   506)
	 24: Rel (   -48,    43)  ->  Abs (   639,   549)
	 25: Rel (  -110,    99)  ->  Abs (   529,   648)
	 26: Rel (   -22,    32)  ->  Abs (   507,   680)
	 27: Rel (     0,    34)  ->  Abs (   507,   714)
	 28: Rel (     0,    44)  ->  Abs (   507,   758)
	 29: Rel (    55,   106)  ->  Abs (   562,   864)
	 30: Rel (    74,    63)  ->  Abs (   636,   927)
	 31: Rel (   275,   142)  ->  Abs (   911,  1069)
	 32: Rel (   229,    87)  ->  Abs (  1140,  1156)
	 33: Rel (   -49,  -118)  ->  Abs (  1091,  1038)
	 34: Rel (  -276,  -135)  ->  Abs (   815,   903)
	 35: Rel (  -207,  -101)  ->  Abs (   608,   802)
	 36: Rel (     0,   -40)  ->  Abs (   608,   762)
	 37: Rel (     0,   -32)  ->  Abs (   608,   730)
	 38: Rel (    87,   -83)  ->  Abs (   695,   647)
	 39: Rel (   201,  -191)  ->  Abs (   896,   456)
	 40: Rel (    52,   -82)  ->  Abs (   948,   374)
	 41: Rel (    14,   -21)  ->  Abs (   962,   353)
	 42: Rel (   142,  -184)  ->  Abs (  1104,   169)
	 43: Rel (    77,   -46)  ->  Abs (  1181,   123)
	 44: Rel (    33,     0)  ->  Abs (  1214,   123)
	 45: Rel (    15,     0)  ->  Abs (  1229,   123)
	 46: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 47: Rel (   -14,     0)  ->  Abs (  1215,     0)
	 48: Rel (  -151,     0)  ->  Abs (  1064,     0)
	 49: Rel (  -108,   195)  ->  Abs (   956,   195)
	 50: Rel (   -29,  -126)  ->  Abs (   927,    69)
	 51: Rel (  -155,   -82)  ->  Abs (   772,   -13)
	 52: Rel (  -562,   378)  ->  Abs (   210,   365)
	 53: Rel (    11,    16)  ->  Abs (   221,   381)
	 54: Rel (   103,    25)  ->  Abs (   324,   406)
	 55: Rel (    95,    22)  ->  Abs (   419,   428)
	 56: Rel (     0,    21)  ->  Abs (   419,   449)
	 57: Rel (     0,    20)  ->  Abs (   419,   469)
	 58: Rel (   -73,     8)  ->  Abs (   346,   477)
	 59: Rel (   -74,     8)  ->  Abs (   272,   485)
	 60: Rel (     0,    44)  ->  Abs (   272,   529)
	 61: Rel (     1,    55)  ->  Abs (   273,   584)
	 62: Rel (    86,   152)  ->  Abs (   359,   736)
	 63: Rel (    37,     0)  ->  Abs (   396,   736)
	 64: Rel (    35,     0)  ->  Abs (   431,   736)
	 65: Rel (     0,   -25)  ->  Abs (   431,   711)
	 66: Rel (     0,   -41)  ->  Abs (   431,   670)
	 67: Rel (   -21,   -27)  ->  Abs (   410,   643)
	 68: Rel (   -16,    15)  ->  Abs (   394,   658)
	 69: Rel (   -24,     0)  ->  Abs (   370,   658)
	 70: Rel (   -19,     0)  ->  Abs (   351,   658)
	 71: Rel (   -33,   -37)  ->  Abs (   318,   621)
	 72: Rel (    -1,   -20)  ->  Abs (   317,   601)
	 73: Rel (     0,   -29)  ->  Abs (   317,   572)
	 74: Rel (    80,   -11)  ->  Abs (   397,   561)
	 75: Rel (    79,   -11)  ->  Abs (   476,   550)
	 76: Rel (     0,   -56)  ->  Abs (   476,   494)
	 77: Rel (     0,   -41)  ->  Abs (   476,   453)
	 78: Rel (   -48,   -80)  ->  Abs (   428,   373)
	 79: Rel (   -40,   -28)  ->  Abs (   388,   345)
	 80: Rel (   -45,     0)  ->  Abs (   343,   345)
	 81: Rel (  -132,     0)  ->  Abs (   211,   345)

	Glyph 815: off = 0x0002A784, len = 302
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1160

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	201
	00000: NPUSHB      (45):     9    30    37    28   233    21   231    30     4   202 
	                            24   217     3   222    21   219    23     4   201     3 
	                           204    21   203    22     3   100    21   116    21     2 
	                           154     6   153     7   159    21     3    84     6    84 
	                             7   155     5     3     7 
	00047: PUSHW[1]            -64 
	00050: PUSHB[4]             17    20    52     6 
	00055: PUSHW[1]            -64 
	00058: PUSHB[4]             17    20    52     5 
	00063: PUSHW[1]            -64 
	00066: PUSHB[4]             17    20    52    28 
	00071: PUSHW[1]            -44 
	00074: NPUSHB      (25):    15    17    52    23    44    12    14    52    22    44 
	                            12    14    52    21    44    12    14    52     9    20 
	                            26     4     4    13     1 
	00101: PUSHW[1]            893 
	00104: PUSHB[5]              0    16    15    15    14 
	00110: PUSHW[1]            907 
	00113: NPUSHB      (16):    13     5     6     7     8     4     9     4    25    24 
	                            23    22    21     5    20     4 
	00131: PUSHW[1]            889 
	00134: PUSHB[8]             16    26     1    26    26     0    13    20 
	00143: PUSHW[1]            880 
	00146: PUSHB[6]              9     9     1     0    14    13 
	00153: MDAP[rd]   
	00154: ALIGNRP    
	00155: MDAP[rd]   
	00156: SHP[rp1,zp0] 
	00157: SHP[rp1,zp0] 
	00158: MDAP[rd]   
	00159: MIRP[nrp0,md,rd,1] 
	00160: SRP1       
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: DELTAP1    
	00165: MIRP[nrp0,md,rd,1] 
	00166: SRP2       
	00167: SLOOP      
	00168: IP         
	00169: SRP1       
	00170: SRP2       
	00171: SLOOP      
	00172: IP         
	00173: SVTCA[y-axis] 
	00174: MDAP[rd]   
	00175: MIRP[srp0,md,rd,1] 
	00176: ALIGNRP    
	00177: SRP0       
	00178: ALIGNRP    
	00179: MDAP[rd]   
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP2       
	00182: SLOOP      
	00183: IP         
	00184: IUP[y]     
	00185: IUP[x]     
	00186: SVTCA[y-axis] 
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: SVTCA[y-axis] 
	00195: DELTAP3    
	00196: DELTAP3    
	00197: DELTAP2    
	00198: DELTAP1    
	00199: DELTAP1    
	00200: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short         On
	  3:                      Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual                               On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual                               On
	 16:  YDual                               On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1229,  1160)  ->  Abs (  1229,  1160)
	  1: Rel (   -49,  -118)  ->  Abs (  1180,  1042)
	  2: Rel (  -276,  -135)  ->  Abs (   904,   907)
	  3: Rel (  -207,  -101)  ->  Abs (   697,   806)
	  4: Rel (     0,   -40)  ->  Abs (   697,   766)
	  5: Rel (     0,   -36)  ->  Abs (   697,   730)
	  6: Rel (   157,  -141)  ->  Abs (   854,   589)
	  7: Rel (   160,  -143)  ->  Abs (  1014,   446)
	  8: Rel (    67,  -109)  ->  Abs (  1081,   337)
	  9: Rel (     0,  -109)  ->  Abs (  1081,   228)
	 10: Rel (     0,  -152)  ->  Abs (  1081,    76)
	 11: Rel (   -95,   -75)  ->  Abs (   986,     1)
	 12: Rel (  -133,    -1)  ->  Abs (   853,     0)
	 13: Rel (  -853,     0)  ->  Abs (     0,     0)
	 14: Rel (     0,   123)  ->  Abs (     0,   123)
	 15: Rel (   415,     0)  ->  Abs (   415,   123)
	 16: Rel (   270,     0)  ->  Abs (   685,   123)
	 17: Rel (   130,     0)  ->  Abs (   815,   123)
	 18: Rel (   178,    13)  ->  Abs (   993,   136)
	 19: Rel (    26,    22)  ->  Abs (  1019,   158)
	 20: Rel (     0,    30)  ->  Abs (  1019,   188)
	 21: Rel (     0,   107)  ->  Abs (  1019,   295)
	 22: Rel (  -243,   216)  ->  Abs (   776,   511)
	 23: Rel (   -29,    26)  ->  Abs (   747,   537)
	 24: Rel (  -132,   118)  ->  Abs (   615,   655)
	 25: Rel (   -19,    31)  ->  Abs (   596,   686)
	 26: Rel (     0,    32)  ->  Abs (   596,   718)
	 27: Rel (     0,    45)  ->  Abs (   596,   763)
	 28: Rel (    55,   105)  ->  Abs (   651,   868)
	 29: Rel (    74,    63)  ->  Abs (   725,   931)
	 30: Rel (   274,   142)  ->  Abs (   999,  1073)

	Glyph 816: off = 0x0002A8B2, len = 294
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1159

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	178
	00000: NPUSHB      (89):   227     4   230     5   230     6     3   201     7   201 
	                            20   218     6   218     7     4   180    20   200     4 
	                           201     5   201     6     4   152    33   169    24   169 
	                            31   168    33     4   137    33   154     4   154     5 
	                           154     7     4   121    31   121    33   132    20   133 
	                            24     4    89    33   105    33   122    11     3    35 
	                             5    35     6     2    21     4    21     5    22     6 
	                            35     4     4    36    11    88    33     2   148    21 
	                             1     8    13     9    16     2    33    37    15 
	00091: PUSHW[7]            906    14    27   907    28    37   907 
	00106: PUSHB[8]             36    33    33    28    95    18     1    18 
	00115: PUSHW[1]            889 
	00118: NPUSHB      (14):   111     9     1     9     9    28    15    14    14    36 
	                            27    28    37    36 
	00134: MDAP[rd]   
	00135: ALIGNRP    
	00136: MDAP[rd]   
	00137: SHP[rp1,zp0] 
	00138: SRP2       
	00139: IP         
	00140: MDAP[rd]   
	00141: SHP[rp1,zp0] 
	00142: SRP1       
	00143: IP         
	00144: MDAP[rd]   
	00145: DELTAP1    
	00146: MIRP[nrp0,md,rd,1] 
	00147: DELTAP2    
	00148: RTHG       
	00149: SRP2       
	00150: IP         
	00151: MDAP[rd]   
	00152: SVTCA[y-axis] 
	00153: RTG        
	00154: MDAP[rd]   
	00155: MIRP[nrp0,md,rd,1] 
	00156: MDAP[rd]   
	00157: MIRP[nrp0,md,rd,1] 
	00158: MDAP[rd]   
	00159: MIRP[nrp0,md,rd,1] 
	00160: SRP2       
	00161: IP         
	00162: IUP[y]     
	00163: IUP[x]     
	00164: SVTCA[y-axis] 
	00165: DELTAP1    
	00166: DELTAP3    
	00167: DELTAP1    
	00168: SVTCA[x-axis] 
	00169: DELTAP2    
	00170: DELTAP2    
	00171: DELTAP1    
	00172: DELTAP1    
	00173: DELTAP1    
	00174: DELTAP1    
	00175: DELTAP1    
	00176: DELTAP1    
	00177: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual               Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:                      Y-Short X-Short On
	 16:                      Y-Short         On
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual Rep-  2 Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:        XDual         Y-Short         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual               Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                               On
	 37:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   650,   123)  ->  Abs (   650,   123)
	  1: Rel (    24,     0)  ->  Abs (   674,   123)
	  2: Rel (    67,    53)  ->  Abs (   741,   176)
	  3: Rel (     0,    41)  ->  Abs (   741,   217)
	  4: Rel (     0,    91)  ->  Abs (   741,   308)
	  5: Rel (  -227,   201)  ->  Abs (   514,   509)
	  6: Rel (   -48,    43)  ->  Abs (   466,   552)
	  7: Rel (  -109,    98)  ->  Abs (   357,   650)
	  8: Rel (   -23,    32)  ->  Abs (   334,   682)
	  9: Rel (     0,    35)  ->  Abs (   334,   717)
	 10: Rel (     0,    44)  ->  Abs (   334,   761)
	 11: Rel (    55,   106)  ->  Abs (   389,   867)
	 12: Rel (    74,    63)  ->  Abs (   463,   930)
	 13: Rel (   275,   142)  ->  Abs (   738,  1072)
	 14: Rel (   229,    87)  ->  Abs (   967,  1159)
	 15: Rel (   -49,  -118)  ->  Abs (   918,  1041)
	 16: Rel (  -276,  -135)  ->  Abs (   642,   906)
	 17: Rel (  -207,  -101)  ->  Abs (   435,   805)
	 18: Rel (     0,   -40)  ->  Abs (   435,   765)
	 19: Rel (     0,   -32)  ->  Abs (   435,   733)
	 20: Rel (    87,   -83)  ->  Abs (   522,   650)
	 21: Rel (   200,  -191)  ->  Abs (   722,   459)
	 22: Rel (    53,   -82)  ->  Abs (   775,   377)
	 23: Rel (    12,   -18)  ->  Abs (   787,   359)
	 24: Rel (   145,  -189)  ->  Abs (   932,   170)
	 25: Rel (    93,   -47)  ->  Abs (  1025,   123)
	 26: Rel (    46,     0)  ->  Abs (  1071,   123)
	 27: Rel (   158,     0)  ->  Abs (  1229,   123)
	 28: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 29: Rel (   -29,     0)  ->  Abs (  1200,     0)
	 30: Rel (  -118,     0)  ->  Abs (  1082,     0)
	 31: Rel (  -145,    35)  ->  Abs (   937,    35)
	 32: Rel (  -113,    90)  ->  Abs (   824,   125)
	 33: Rel (   -41,    74)  ->  Abs (   783,   199)
	 34: Rel (   -46,  -199)  ->  Abs (   737,     0)
	 35: Rel (  -194,     0)  ->  Abs (   543,     0)
	 36: Rel (  -543,     0)  ->  Abs (     0,     0)
	 37: Rel (     0,   123)  ->  Abs (     0,   123)

	Glyph 817: off = 0x0002A9D8, len = 400
	  numberOfContours:	2
	  xMin:			10
	  yMin:			-10
	  xMax:			1229
	  yMax:			1239

	EndPoints
	---------
	  0:  5
	  1:  49

	  Length of Instructions:	249
	00000: PUSHB[8]             76    23   182    35   197    35     3    14 
	00009: PUSHW[1]            -64 
	00012: PUSHB[4]              9    22    52    13 
	00017: PUSHW[1]            -64 
	00020: PUSHB[4]              9    22    52    12 
	00025: PUSHW[1]            -64 
	00028: PUSHB[4]              9    22    52    11 
	00033: PUSHW[1]            -64 
	00036: NPUSHB      (33):     9    22    52    39    48   137     0   133    48   169 
	                             6   182     8   183    49   199    14   215    14   232 
	                             9     9    55     8    55    48     2     9     0   137 
	                             0     2     0 
	00071: PUSHW[1]            942 
	00074: PUSHB[8]            175     1   202     1     2     1     1     4 
	00083: PUSHW[1]            942 
	00086: NPUSHB      (26):   159     3     1     3    64    21    27    52     3    64 
	                             9    11    52     3     3    41    16    47    10     4 
	                             6    21    27    27    37     7 
	00114: PUSHW[4]            893     6    37   907 
	00123: NPUSHB      (19):    21     4   143     3     1   144     3   192     3     2 
	                            32     3    96     3     2     3     3     0    10 
	00144: PUSHW[1]            889 
	00147: PUSHB[5]             47    47     6    24    41 
	00153: PUSHW[1]            880 
	00156: NPUSHB      (20):    16    16     6     1    31     0     1    47     0   127 
	                             0   207     0     3     0     7     6    29    29    33 
	00178: PUSHW[4]            883    24     4   340 
	00187: SCANCTRL   
	00188: SCANTYPE   
	00189: MDAP[rd]   
	00190: MIRP[srp0,md,rd,1] 
	00191: SHP[rp2,zp1] 
	00192: MDAP[rd]   
	00193: MDAP[rd]   
	00194: SHP[rp1,zp0] 
	00195: MDAP[rd]   
	00196: DELTAP1    
	00197: DELTAP2    
	00198: SHP[rp1,zp0] 
	00199: SRP1       
	00200: SHP[rp1,zp0] 
	00201: MDAP[rd]   
	00202: MIRP[nrp0,md,rd,1] 
	00203: SRP1       
	00204: SRP2       
	00205: IP         
	00206: MDAP[rd]   
	00207: MIRP[nrp0,md,rd,1] 
	00208: SRP1       
	00209: SHP[rp1,zp0] 
	00210: MDAP[rd]   
	00211: DELTAP1    
	00212: DELTAP1    
	00213: DELTAP2    
	00214: SHP[rp1,zp0] 
	00215: SVTCA[y-axis] 
	00216: MDAP[rd]   
	00217: MIRP[nrp0,md,rd,1] 
	00218: MDAP[rd]   
	00219: MIRP[nrp0,md,rd,1] 
	00220: SRP1       
	00221: SHP[rp1,zp0] 
	00222: MDAP[rd]   
	00223: SRP1       
	00224: SRP2       
	00225: SLOOP      
	00226: IP         
	00227: SHP[rp2,zp1] 
	00228: MDAP[rd]   
	00229: CALL       
	00230: CALL       
	00231: DELTAP2    
	00232: MIRP[nrp0,md,rd,1] 
	00233: SHP[rp1,zp0] 
	00234: MDAP[rd]   
	00235: DELTAP1    
	00236: MIRP[srp0,md,rd,1] 
	00237: IUP[y]     
	00238: IUP[x]     
	00239: SVTCA[y-axis] 
	00240: DELTAP2    
	00241: DELTAP1    
	00242: DELTAP1    
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: SVTCA[x-axis] 
	00248: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short         On
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual               Y-Short         Off
	  6:                      Y-Short         On
	  7:                      Y-Short X-Short On
	  8:                      Y-Short         On
	  9:                      Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual Rep-  2 Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:              Rep-  2 Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                               Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1204,  1239)  ->  Abs (  1204,  1239)
	  1: Rel (   -32,   -92)  ->  Abs (  1172,  1147)
	  2: Rel (  -209,   -69)  ->  Abs (   963,  1078)
	  3: Rel (  -365,  -195)  ->  Abs (   598,   883)
	  4: Rel (    23,    90)  ->  Abs (   621,   973)
	  5: Rel (   352,   180)  ->  Abs (   973,  1153)
	  6: Rel (   256,  -117)  ->  Abs (  1229,  1036)
	  7: Rel (   -53,  -129)  ->  Abs (  1176,   907)
	  8: Rel (  -265,  -108)  ->  Abs (   911,   799)
	  9: Rel (  -211,   -86)  ->  Abs (   700,   713)
	 10: Rel (     0,   -37)  ->  Abs (   700,   676)
	 11: Rel (     0,   -13)  ->  Abs (   700,   663)
	 12: Rel (    48,   -27)  ->  Abs (   748,   636)
	 13: Rel (    70,   -39)  ->  Abs (   818,   597)
	 14: Rel (   236,  -191)  ->  Abs (  1054,   406)
	 15: Rel (    27,  -128)  ->  Abs (  1081,   278)
	 16: Rel (     0,   -49)  ->  Abs (  1081,   229)
	 17: Rel (     0,   -80)  ->  Abs (  1081,   149)
	 18: Rel (   -14,   -74)  ->  Abs (  1067,    75)
	 19: Rel (   -52,   -61)  ->  Abs (  1015,    14)
	 20: Rel (  -237,   -24)  ->  Abs (   778,   -10)
	 21: Rel (  -211,     0)  ->  Abs (   567,   -10)
	 22: Rel (  -366,     0)  ->  Abs (   201,   -10)
	 23: Rel (  -191,    97)  ->  Abs (    10,    87)
	 24: Rel (     0,   120)  ->  Abs (    10,   207)
	 25: Rel (     0,    83)  ->  Abs (    10,   290)
	 26: Rel (    98,   216)  ->  Abs (   108,   506)
	 27: Rel (    35,     0)  ->  Abs (   143,   506)
	 28: Rel (     7,     0)  ->  Abs (   150,   506)
	 29: Rel (     0,    -6)  ->  Abs (   150,   500)
	 30: Rel (     0,    -7)  ->  Abs (   150,   493)
	 31: Rel (   -33,   -72)  ->  Abs (   117,   421)
	 32: Rel (   -33,   -72)  ->  Abs (    84,   349)
	 33: Rel (     0,   -44)  ->  Abs (    84,   305)
	 34: Rel (     0,   -80)  ->  Abs (    84,   225)
	 35: Rel (    88,   -85)  ->  Abs (   172,   140)
	 36: Rel (   175,   -25)  ->  Abs (   347,   115)
	 37: Rel (   216,     0)  ->  Abs (   563,   115)
	 38: Rel (   172,     0)  ->  Abs (   735,   115)
	 39: Rel (   239,    12)  ->  Abs (   974,   127)
	 40: Rel (    44,    36)  ->  Abs (  1018,   163)
	 41: Rel (     0,    44)  ->  Abs (  1018,   207)
	 42: Rel (     0,    46)  ->  Abs (  1018,   253)
	 43: Rel (  -136,   164)  ->  Abs (   882,   417)
	 44: Rel (  -133,    68)  ->  Abs (   749,   485)
	 45: Rel (  -111,    57)  ->  Abs (   638,   542)
	 46: Rel (   -42,    26)  ->  Abs (   596,   568)
	 47: Rel (     0,    46)  ->  Abs (   596,   614)
	 48: Rel (     0,   102)  ->  Abs (   596,   716)
	 49: Rel (   186,   151)  ->  Abs (   782,   867)

	Glyph 818: off = 0x0002AB68, len = 440
	  numberOfContours:	2
	  xMin:			10
	  yMin:			-8
	  xMax:			1229
	  yMax:			1255

	EndPoints
	---------
	  0:  5
	  1:  58

	  Length of Instructions:	263
	00000: NPUSHB      (14):    76    30   136    47   137    48   166    42   182    42 
	                           198    42     6    50 
	00016: PUSHW[1]            -44 
	00019: PUSHB[4]             11    22    52    14 
	00024: PUSHW[1]            -44 
	00027: PUSHB[4]             11    22    52    13 
	00032: PUSHW[1]            -44 
	00035: PUSHB[4]             11    22    52    12 
	00040: PUSHW[1]            -44 
	00043: NPUSHB      (53):    11    22    52    38    14     1    39    56    54     8 
	                            54    56    54    58   102     1   118     3   119     4 
	                           135    56   198    14   231    49   226    50    11    56 
	                             8    56    58   198    14     3   104     9   121    13 
	                           121    14     3    39    15    42    26    73    24     3 
	                            24    16     0 
	00098: PUSHW[1]            942 
	00101: NPUSHB      (18):    31     1   223     1     2    31     1   159     1     2 
	                           175     1   198     1     2     1     1     4 
	00121: PUSHW[1]            942 
	00124: NPUSHB      (25):    95     3     1     3    64    31    33    52     3    64 
	                            19    25    52     3    64     9    11    52     3     3 
	                             6    34    34    44     7 
	00151: PUSHW[1]            893 
	00154: PUSHB[4]              6    20   224    44 
	00159: PUSHW[1]            907 
	00162: NPUSHB      (10):    27     3     4     4    54     1     0     0     6    10 
	00174: PUSHW[1]            889 
	00177: NPUSHB      (12):    54    54    21    31     7     6     6    20    21    36 
	                            36    40 
	00191: PUSHW[4]            883    31     4   340 
	00200: SCANCTRL   
	00201: SCANTYPE   
	00202: MDAP[rd]   
	00203: MIRP[srp0,md,rd,1] 
	00204: SHP[rp2,zp1] 
	00205: MDAP[rd]   
	00206: MDAP[rd]   
	00207: ALIGNRP    
	00208: SHP[rp1,zp0] 
	00209: MDAP[rd]   
	00210: SHP[rp1,zp0] 
	00211: SRP1       
	00212: SRP2       
	00213: IP         
	00214: MDAP[rd]   
	00215: MIRP[nrp0,md,rd,1] 
	00216: SRP1       
	00217: SHP[rp1,zp0] 
	00218: MDAP[rd]   
	00219: SHP[rp1,zp0] 
	00220: SRP1       
	00221: SHP[rp1,zp0] 
	00222: MDAP[rd]   
	00223: SHP[rp1,zp0] 
	00224: SVTCA[y-axis] 
	00225: MDAP[rd]   
	00226: MIRP[srp0,md,rd,1] 
	00227: MIRP[nrp0,nmd,rd,0] 
	00228: MDAP[rd]   
	00229: MIRP[nrp0,md,rd,1] 
	00230: SRP1       
	00231: SHP[rp1,zp0] 
	00232: MDAP[rd]   
	00233: SRP1       
	00234: SHP[rp1,zp0] 
	00235: MDAP[rd]   
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: DELTAP3    
	00240: MIRP[nrp0,md,rd,1] 
	00241: SHP[rp1,zp0] 
	00242: MDAP[rd]   
	00243: DELTAP1    
	00244: DELTAP2    
	00245: DELTAP3    
	00246: MIRP[nrp0,md,rd,1] 
	00247: SVTCA[x-axis] 
	00248: SHPIX      
	00249: IUP[y]     
	00250: IUP[x]     
	00251: SVTCA[y-axis] 
	00252: DELTAP1    
	00253: DELTAP1    
	00254: DELTAP1    
	00255: DELTAP1    
	00256: DELTAP2    
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: SVTCA[x-axis] 
	00262: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short         On
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual               Y-Short         Off
	  6:        XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:                      Y-Short         On
	  9:                      Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short On
	 16:        XDual Rep-  2 Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short On
	 21:        XDual         Y-Short         On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                               Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual               Y-Short X-Short On
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual               Y-Short X-Short On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1026,  1255)  ->  Abs (  1026,  1255)
	  1: Rel (   -32,   -92)  ->  Abs (   994,  1163)
	  2: Rel (  -202,   -67)  ->  Abs (   792,  1096)
	  3: Rel (  -374,  -200)  ->  Abs (   418,   896)
	  4: Rel (    23,    90)  ->  Abs (   441,   986)
	  5: Rel (   362,   186)  ->  Abs (   803,  1172)
	  6: Rel (   240,  -105)  ->  Abs (  1043,  1067)
	  7: Rel (   -49,  -118)  ->  Abs (   994,   949)
	  8: Rel (  -276,  -135)  ->  Abs (   718,   814)
	  9: Rel (  -201,   -98)  ->  Abs (   517,   716)
	 10: Rel (     0,   -40)  ->  Abs (   517,   676)
	 11: Rel (     0,   -12)  ->  Abs (   517,   664)
	 12: Rel (    50,   -29)  ->  Abs (   567,   635)
	 13: Rel (   194,  -116)  ->  Abs (   761,   519)
	 14: Rel (   108,  -142)  ->  Abs (   869,   377)
	 15: Rel (   110,  -145)  ->  Abs (   979,   232)
	 16: Rel (    38,   -48)  ->  Abs (  1017,   184)
	 17: Rel (    62,   -43)  ->  Abs (  1079,   141)
	 18: Rel (    56,   -18)  ->  Abs (  1135,   123)
	 19: Rel (    30,     0)  ->  Abs (  1165,   123)
	 20: Rel (    64,     0)  ->  Abs (  1229,   123)
	 21: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 22: Rel (   -13,     0)  ->  Abs (  1216,     0)
	 23: Rel (  -148,     0)  ->  Abs (  1068,     0)
	 24: Rel (  -150,   120)  ->  Abs (   918,   120)
	 25: Rel (   -42,    79)  ->  Abs (   876,   199)
	 26: Rel (   -47,  -207)  ->  Abs (   829,    -8)
	 27: Rel (  -227,     0)  ->  Abs (   602,    -8)
	 28: Rel (  -263,     0)  ->  Abs (   339,    -8)
	 29: Rel (  -219,    26)  ->  Abs (   120,    18)
	 30: Rel (  -110,    97)  ->  Abs (    10,   115)
	 31: Rel (     0,    92)  ->  Abs (    10,   207)
	 32: Rel (     0,    83)  ->  Abs (    10,   290)
	 33: Rel (    98,   216)  ->  Abs (   108,   506)
	 34: Rel (    35,     0)  ->  Abs (   143,   506)
	 35: Rel (     7,     0)  ->  Abs (   150,   506)
	 36: Rel (     0,    -6)  ->  Abs (   150,   500)
	 37: Rel (     0,    -7)  ->  Abs (   150,   493)
	 38: Rel (   -33,   -72)  ->  Abs (   117,   421)
	 39: Rel (   -33,   -72)  ->  Abs (    84,   349)
	 40: Rel (     0,   -44)  ->  Abs (    84,   305)
	 41: Rel (     0,   -79)  ->  Abs (    84,   226)
	 42: Rel (    87,   -86)  ->  Abs (   171,   140)
	 43: Rel (   169,   -24)  ->  Abs (   340,   116)
	 44: Rel (   220,     0)  ->  Abs (   560,   116)
	 45: Rel (   105,     0)  ->  Abs (   665,   116)
	 46: Rel (    98,    10)  ->  Abs (   763,   126)
	 47: Rel (    66,    44)  ->  Abs (   829,   170)
	 48: Rel (     0,    38)  ->  Abs (   829,   208)
	 49: Rel (     0,    55)  ->  Abs (   829,   263)
	 50: Rel (  -163,   191)  ->  Abs (   666,   454)
	 51: Rel (  -153,    69)  ->  Abs (   513,   523)
	 52: Rel (   -75,    33)  ->  Abs (   438,   556)
	 53: Rel (   -27,    31)  ->  Abs (   411,   587)
	 54: Rel (    -1,    38)  ->  Abs (   410,   625)
	 55: Rel (     0,    45)  ->  Abs (   410,   670)
	 56: Rel (    55,   105)  ->  Abs (   465,   775)
	 57: Rel (    74,    63)  ->  Abs (   539,   838)
	 58: Rel (   275,   142)  ->  Abs (   814,   980)

	Glyph 819: off = 0x0002AD20, len = 342
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1247

	EndPoints
	---------
	  0:  5
	  1:  37

	  Length of Instructions:	220
	00000: NPUSHB      (35):     9    37    39    36   137     0   133    36   169     6 
	                           181     8   187    33   182    37   214    31   233     9 
	                            10   171    33   199    31     2    54     8    55    36 
	                             2     9     0     1    15 
	00037: PUSHW[1]            -64 
	00040: PUSHB[4]              9    22    52    14 
	00045: PUSHW[1]            -64 
	00048: PUSHB[4]              9    22    52    13 
	00053: PUSHW[1]            -64 
	00056: PUSHB[4]              9    22    52    12 
	00061: PUSHW[1]            -64 
	00064: PUSHB[4]              9    22    52     0 
	00069: PUSHW[1]            942 
	00072: PUSHB[8]            175     1   203     1     2     1     1     4 
	00081: PUSHW[1]            942 
	00084: NPUSHB      (27):     3    64    21    27    52   159     3     1   159     3 
	                           220     3     2     3    64     9    11    52     3     3 
	                            29    17    35    10     4    23     7 
	00113: PUSHW[4]            893     6    24   907 
	00122: NPUSHB      (16):    23     4    96     3   192     3     2    32     3   144 
	                             3     2     3     3     0    10 
	00140: PUSHW[1]            889 
	00143: PUSHB[5]             35    35     6    23    29 
	00149: PUSHW[1]            880 
	00152: NPUSHB      (10):    17    17     6     1     0     7     6    24    23     5 
	00164: PUSHW[1]            340 
	00167: SCANCTRL   
	00168: SCANTYPE   
	00169: MDAP[rd]   
	00170: ALIGNRP    
	00171: MDAP[rd]   
	00172: SHP[rp1,zp0] 
	00173: MDAP[rd]   
	00174: SHP[rp1,zp0] 
	00175: SRP1       
	00176: SHP[rp1,zp0] 
	00177: MDAP[rd]   
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP1       
	00180: SRP2       
	00181: IP         
	00182: MDAP[rd]   
	00183: MIRP[nrp0,md,rd,1] 
	00184: SRP1       
	00185: SHP[rp1,zp0] 
	00186: MDAP[rd]   
	00187: DELTAP1    
	00188: DELTAP1    
	00189: SHP[rp1,zp0] 
	00190: SVTCA[y-axis] 
	00191: MDAP[rd]   
	00192: MIRP[nrp0,md,rd,1] 
	00193: MDAP[rd]   
	00194: MIRP[nrp0,md,rd,1] 
	00195: SRP2       
	00196: SLOOP      
	00197: IP         
	00198: SHP[rp1,zp0] 
	00199: MDAP[rd]   
	00200: CALL       
	00201: DELTAP2    
	00202: DELTAP3    
	00203: CALL       
	00204: MIRP[nrp0,md,rd,1] 
	00205: SHP[rp1,zp0] 
	00206: MDAP[rd]   
	00207: DELTAP1    
	00208: MIRP[nrp0,md,rd,1] 
	00209: IUP[y]     
	00210: IUP[x]     
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: SVTCA[y-axis] 
	00216: DELTAP2    
	00217: DELTAP1    
	00218: DELTAP1    
	00219: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short         On
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual               Y-Short         Off
	  6:        XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:                      Y-Short         On
	  9:                      Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual Rep-  3 Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:              Rep-  2 Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                               On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual                               On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1223,  1247)  ->  Abs (  1223,  1247)
	  1: Rel (   -31,   -92)  ->  Abs (  1192,  1155)
	  2: Rel (  -211,   -69)  ->  Abs (   981,  1086)
	  3: Rel (  -364,  -195)  ->  Abs (   617,   891)
	  4: Rel (    24,    90)  ->  Abs (   641,   981)
	  5: Rel (   354,   181)  ->  Abs (   995,  1162)
	  6: Rel (   234,  -118)  ->  Abs (  1229,  1044)
	  7: Rel (   -53,  -129)  ->  Abs (  1176,   915)
	  8: Rel (  -267,  -108)  ->  Abs (   909,   807)
	  9: Rel (  -210,   -85)  ->  Abs (   699,   722)
	 10: Rel (     0,   -38)  ->  Abs (   699,   684)
	 11: Rel (     0,   -13)  ->  Abs (   699,   671)
	 12: Rel (    48,   -26)  ->  Abs (   747,   645)
	 13: Rel (    63,   -34)  ->  Abs (   810,   611)
	 14: Rel (   171,  -136)  ->  Abs (   981,   475)
	 15: Rel (    64,   -65)  ->  Abs (  1045,   410)
	 16: Rel (    34,  -103)  ->  Abs (  1079,   307)
	 17: Rel (     0,   -69)  ->  Abs (  1079,   238)
	 18: Rel (     0,   -96)  ->  Abs (  1079,   142)
	 19: Rel (   -19,   -77)  ->  Abs (  1060,    65)
	 20: Rel (   -59,   -42)  ->  Abs (  1001,    23)
	 21: Rel (  -172,   -23)  ->  Abs (   829,     0)
	 22: Rel (  -145,     0)  ->  Abs (   684,     0)
	 23: Rel (  -684,     0)  ->  Abs (     0,     0)
	 24: Rel (     0,   123)  ->  Abs (     0,   123)
	 25: Rel (   643,     0)  ->  Abs (   643,   123)
	 26: Rel (   148,     0)  ->  Abs (   791,   123)
	 27: Rel (   183,    14)  ->  Abs (   974,   137)
	 28: Rel (    42,    32)  ->  Abs (  1016,   169)
	 29: Rel (     0,    38)  ->  Abs (  1016,   207)
	 30: Rel (     0,    54)  ->  Abs (  1016,   261)
	 31: Rel (  -136,   166)  ->  Abs (   880,   427)
	 32: Rel (  -132,    67)  ->  Abs (   748,   494)
	 33: Rel (  -107,    55)  ->  Abs (   641,   549)
	 34: Rel (   -45,    26)  ->  Abs (   596,   575)
	 35: Rel (     0,    48)  ->  Abs (   596,   623)
	 36: Rel (     0,   101)  ->  Abs (   596,   724)
	 37: Rel (   185,   151)  ->  Abs (   781,   875)

	Glyph 820: off = 0x0002AE76, len = 372
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1252

	EndPoints
	---------
	  0:  5
	  1:  42

	  Length of Instructions:	231
	00000: NPUSHB      (65):   137     0   244    12     2   182    20   182    28   198 
	                            27     3   153    12   165    12   164    27     3   117 
	                            27   120    37   154    11     3   100    27   104    37 
	                           118    12     3    53    18    53    29   102    12     3 
	                            10    37    37    29   135    18     3    10    13     9 
	                            20     9    23     3    38    20     1    16    12    22 
	                            20    35    12     3     0 
	00067: PUSHW[1]            942 
	00070: NPUSHB      (16):     1    64    31    34    52    95     1   223     1     2 
	                           175     1     1     1     1     4 
	00088: PUSHW[1]            942 
	00091: NPUSHB      (24):     3    64    19    24    52    15     3   143     3     2 
	                             3    64     9    11    52     3     3    10    39    16 
	                            25     4    42    22 
	00117: PUSHW[7]            893    21    33   907    34     6   907 
	00132: NPUSHB      (13):    42     4     3     3    16     1     0     0    21    39 
	                            10    34    25 
	00147: PUSHW[1]            889 
	00150: NPUSHB      (15):    16    16    34    42    22    63    21     1    21    21 
	                            33    34     6    42     5 
	00167: PUSHW[1]            340 
	00170: SCANCTRL   
	00171: SCANTYPE   
	00172: MDAP[rd]   
	00173: ALIGNRP    
	00174: MDAP[rd]   
	00175: ALIGNRP    
	00176: SHP[rp1,zp0] 
	00177: MDAP[rd]   
	00178: DELTAP1    
	00179: SHP[rp1,zp0] 
	00180: SRP1       
	00181: SRP2       
	00182: IP         
	00183: MDAP[rd]   
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP2       
	00186: IP         
	00187: IP         
	00188: SRP1       
	00189: SHP[rp1,zp0] 
	00190: MDAP[rd]   
	00191: SHP[rp1,zp0] 
	00192: SRP1       
	00193: SHP[rp1,zp0] 
	00194: MDAP[rd]   
	00195: SHP[rp1,zp0] 
	00196: SVTCA[y-axis] 
	00197: MDAP[rd]   
	00198: MIRP[nrp0,md,rd,1] 
	00199: MDAP[rd]   
	00200: MIRP[nrp0,md,rd,1] 
	00201: MDAP[rd]   
	00202: MIRP[nrp0,md,rd,1] 
	00203: SRP2       
	00204: SLOOP      
	00205: IP         
	00206: SHP[rp1,zp0] 
	00207: MDAP[rd]   
	00208: CALL       
	00209: DELTAP2    
	00210: CALL       
	00211: MIRP[nrp0,md,rd,1] 
	00212: SHP[rp1,zp0] 
	00213: MDAP[rd]   
	00214: DELTAP1    
	00215: DELTAP3    
	00216: CALL       
	00217: MIRP[nrp0,md,rd,1] 
	00218: IUP[y]     
	00219: IUP[x]     
	00220: SVTCA[y-axis] 
	00221: DELTAP2    
	00222: DELTAP2    
	00223: DELTAP1    
	00224: DELTAP1    
	00225: DELTAP1    
	00226: DELTAP1    
	00227: DELTAP1    
	00228: DELTAP1    
	00229: DELTAP1    
	00230: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short         On
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual               Y-Short         Off
	  6:                                      On
	  7:  YDual                               On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual Rep-  2 Y-Short X-Short Off
	 20:  YDual               Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:                      Y-Short X-Short On
	 23:                      Y-Short         On
	 24:                      Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short On
	 34:        XDual         Y-Short         On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   937,  1252)  ->  Abs (   937,  1252)
	  1: Rel (   -31,   -92)  ->  Abs (   906,  1160)
	  2: Rel (  -211,   -70)  ->  Abs (   695,  1090)
	  3: Rel (  -364,  -194)  ->  Abs (   331,   896)
	  4: Rel (    24,    90)  ->  Abs (   355,   986)
	  5: Rel (   355,   181)  ->  Abs (   710,  1167)
	  6: Rel (  -710, -1044)  ->  Abs (     0,   123)
	  7: Rel (   649,     0)  ->  Abs (   649,   123)
	  8: Rel (    24,     0)  ->  Abs (   673,   123)
	  9: Rel (    61,    46)  ->  Abs (   734,   169)
	 10: Rel (     0,    39)  ->  Abs (   734,   208)
	 11: Rel (     0,    55)  ->  Abs (   734,   263)
	 12: Rel (  -165,   192)  ->  Abs (   569,   455)
	 13: Rel (  -151,    68)  ->  Abs (   418,   523)
	 14: Rel (   -75,    33)  ->  Abs (   343,   556)
	 15: Rel (   -28,    31)  ->  Abs (   315,   587)
	 16: Rel (     0,    38)  ->  Abs (   315,   625)
	 17: Rel (     1,    45)  ->  Abs (   316,   670)
	 18: Rel (    55,   105)  ->  Abs (   371,   775)
	 19: Rel (    74,    63)  ->  Abs (   445,   838)
	 20: Rel (   274,   142)  ->  Abs (   719,   980)
	 21: Rel (   229,    87)  ->  Abs (   948,  1067)
	 22: Rel (   -49,  -118)  ->  Abs (   899,   949)
	 23: Rel (  -276,  -135)  ->  Abs (   623,   814)
	 24: Rel (  -201,   -98)  ->  Abs (   422,   716)
	 25: Rel (     0,   -40)  ->  Abs (   422,   676)
	 26: Rel (     0,   -12)  ->  Abs (   422,   664)
	 27: Rel (    50,   -29)  ->  Abs (   472,   635)
	 28: Rel (   194,  -115)  ->  Abs (   666,   520)
	 29: Rel (   108,  -143)  ->  Abs (   774,   377)
	 30: Rel (   126,  -169)  ->  Abs (   900,   208)
	 31: Rel (   100,   -85)  ->  Abs (  1000,   123)
	 32: Rel (    70,     0)  ->  Abs (  1070,   123)
	 33: Rel (   159,     0)  ->  Abs (  1229,   123)
	 34: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 35: Rel (   -30,     0)  ->  Abs (  1199,     0)
	 36: Rel (  -149,     0)  ->  Abs (  1050,     0)
	 37: Rel (  -136,    48)  ->  Abs (   914,    48)
	 38: Rel (   -96,    86)  ->  Abs (   818,   134)
	 39: Rel (   -36,    65)  ->  Abs (   782,   199)
	 40: Rel (   -46,  -199)  ->  Abs (   736,     0)
	 41: Rel (  -194,     0)  ->  Abs (   542,     0)
	 42: Rel (  -542,     0)  ->  Abs (     0,     0)

	Glyph 821: off = 0x0002AFEA, len = 264
	  numberOfContours:	1
	  xMin:			170
	  yMin:			-244
	  xMax:			1071
	  yMax:			665

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	138
	00000: NPUSHB      (18):    12    16   233    39     2   170    34   201    34   216 
	                            34     3    87    31   182     7     2    31 
	00020: PUSHW[1]            -16 
	00023: NPUSHB      (31):    21    23    52    12    11    10     9     8     7     6 
	                             5     4     9    31    32    33    34    35    36    37 
	                            38     8     2    29    20    20    40    15     0     0 
	                             2 
	00056: PUSHW[8]            907    40   917    29   909    15     5   876 
	00073: PUSHB[7]             37    37    11    17    42    42    32 
	00081: PUSHW[1]            883 
	00084: PUSHB[4]             11    22    22    26 
	00089: PUSHW[4]            883    17     4   340 
	00098: SCANCTRL   
	00099: SCANTYPE   
	00100: MDAP[rd]   
	00101: MIRP[srp0,md,rd,1] 
	00102: SHP[rp2,zp1] 
	00103: MDAP[rd]   
	00104: MDAP[rd]   
	00105: MIRP[nrp0,md,rd,1] 
	00106: SHP[rp1,zp0] 
	00107: MDAP[rd]   
	00108: SRP1       
	00109: SRP2       
	00110: IP         
	00111: MDAP[rd]   
	00112: MIRP[nrp0,md,rd,1] 
	00113: SVTCA[y-axis] 
	00114: MDAP[rd]   
	00115: MIRP[nrp0,md,rd,1] 
	00116: MIAP[rd+ci] 
	00117: MIRP[srp0,md,rd,1] 
	00118: SHP[rp2,zp1] 
	00119: MDAP[rd]   
	00120: SRP1       
	00121: SRP2       
	00122: IP         
	00123: MDAP[rd]   
	00124: SRP1       
	00125: SRP2       
	00126: SLOOP      
	00127: IP         
	00128: SLOOP      
	00129: IP         
	00130: IUP[y]     
	00131: IUP[x]     
	00132: SVTCA[y-axis] 
	00133: CALL       
	00134: DELTAP1    
	00135: DELTAP1    
	00136: SVTCA[x-axis] 
	00137: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:                      Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual Rep-  2 Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short         Off
	 15:  YDual                       X-Short On
	 16:  YDual                               Off
	 17:        XDual                         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual               Y-Short         Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual       Rep-  2 Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:        XDual                 X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1043,   516)  ->  Abs (  1043,   516)
	  1: Rel (   -35,    26)  ->  Abs (  1008,   542)
	  2: Rel (   -51,     0)  ->  Abs (   957,   542)
	  3: Rel (   -57,     0)  ->  Abs (   900,   542)
	  4: Rel (  -195,  -123)  ->  Abs (   705,   419)
	  5: Rel (     0,   -59)  ->  Abs (   705,   360)
	  6: Rel (     0,   -35)  ->  Abs (   705,   325)
	  7: Rel (    94,   -17)  ->  Abs (   799,   308)
	  8: Rel (   108,   -19)  ->  Abs (   907,   289)
	  9: Rel (    99,   -29)  ->  Abs (  1006,   260)
	 10: Rel (    63,   -70)  ->  Abs (  1069,   190)
	 11: Rel (     0,   -53)  ->  Abs (  1069,   137)
	 12: Rel (     0,   -51)  ->  Abs (  1069,    86)
	 13: Rel (  -116,  -242)  ->  Abs (   953,  -156)
	 14: Rel (  -274,   -88)  ->  Abs (   679,  -244)
	 15: Rel (  -124,     0)  ->  Abs (   555,  -244)
	 16: Rel (  -385,     0)  ->  Abs (   170,  -244)
	 17: Rel (     0,   284)  ->  Abs (   170,    40)
	 18: Rel (     0,   100)  ->  Abs (   170,   140)
	 19: Rel (    96,   248)  ->  Abs (   266,   388)
	 20: Rel (    37,     0)  ->  Abs (   303,   388)
	 21: Rel (    10,     0)  ->  Abs (   313,   388)
	 22: Rel (     0,   -15)  ->  Abs (   313,   373)
	 23: Rel (     0,   -12)  ->  Abs (   313,   361)
	 24: Rel (   -35,   -89)  ->  Abs (   278,   272)
	 25: Rel (   -35,   -90)  ->  Abs (   243,   182)
	 26: Rel (     0,   -59)  ->  Abs (   243,   123)
	 27: Rel (     0,  -117)  ->  Abs (   243,     6)
	 28: Rel (   143,  -117)  ->  Abs (   386,  -111)
	 29: Rel (   193,     0)  ->  Abs (   579,  -111)
	 30: Rel (   134,     0)  ->  Abs (   713,  -111)
	 31: Rel (   286,   103)  ->  Abs (   999,    -8)
	 32: Rel (     0,    73)  ->  Abs (   999,    65)
	 33: Rel (     0,    39)  ->  Abs (   999,   104)
	 34: Rel (   -67,    51)  ->  Abs (   932,   155)
	 35: Rel (  -205,    33)  ->  Abs (   727,   188)
	 36: Rel (   -70,    46)  ->  Abs (   657,   234)
	 37: Rel (     0,    37)  ->  Abs (   657,   271)
	 38: Rel (     0,   134)  ->  Abs (   657,   405)
	 39: Rel (   216,   260)  ->  Abs (   873,   665)
	 40: Rel (   126,     0)  ->  Abs (   999,   665)
	 41: Rel (    72,     0)  ->  Abs (  1071,   665)
	 42: Rel (     0,   -57)  ->  Abs (  1071,   608)
	 43: Rel (     0,   -50)  ->  Abs (  1071,   558)

	Glyph 822: off = 0x0002B0F2, len = 288
	  numberOfContours:	1
	  xMin:			112
	  yMin:			-561
	  xMax:			1229
	  yMax:			123

	EndPoints
	---------
	  0:  39

	  Length of Instructions:	174
	00000: NPUSHB      (11):    16    64    17    20    52    16    32    21    22    52 
	                            27 
	00013: PUSHW[1]            -24 
	00016: PUSHB[4]             15    16    52    27 
	00021: PUSHW[1]            -32 
	00024: NPUSHB      (27):    25    27    52    11    15    25    15     2   205    32 
	                           221    32   228     9   228    32     4    74    32    90 
	                            32    99     9   115     9     4    32 
	00053: PUSHW[1]            -24 
	00056: PUSHB[4]             35    38    52     9 
	00061: PUSHW[1]            -48 
	00064: PUSHB[4]             32    38    52     9 
	00069: PUSHW[1]            -32 
	00072: PUSHB[4]             39    40    52     9 
	00077: PUSHW[1]            -16 
	00080: NPUSHB      (10):    53    56    52    32     9    28     0     4     4    39 
	00092: PUSHW[1]            907 
	00095: PUSHB[6]              0    15    20     1    20    28 
	00102: PUSHW[4]            912    14     6   884 
	00111: PUSHB[7]             35    35    11    17    39     0    31 
	00119: PUSHW[1]            888 
	00122: PUSHB[4]             11    22    22    26 
	00127: PUSHW[1]            884 
	00130: PUSHB[2]             17     4 
	00133: SCANTYPE   
	00134: MDAP[rd]   
	00135: MIRP[srp0,md,rd,1] 
	00136: SHP[rp2,zp1] 
	00137: MDAP[rd]   
	00138: MDAP[rd]   
	00139: MIRP[nrp0,md,rd,1] 
	00140: MDAP[rd]   
	00141: ALIGNRP    
	00142: SRP1       
	00143: SRP2       
	00144: IP         
	00145: MDAP[rd]   
	00146: MIRP[nrp0,md,rd,1] 
	00147: SVTCA[y-axis] 
	00148: MDAP[rd]   
	00149: MIRP[nrp0,md,rd,1] 
	00150: MDAP[rd]   
	00151: DELTAP1    
	00152: MDAP[rd]   
	00153: MIRP[nrp0,md,rd,1] 
	00154: SHP[rp1,zp0] 
	00155: MDAP[rd]   
	00156: SRP1       
	00157: SRP2       
	00158: IP         
	00159: IP         
	00160: CALL       
	00161: CALL       
	00162: CALL       
	00163: CALL       
	00164: DELTAP1    
	00165: DELTAP1    
	00166: IUP[y]     
	00167: IUP[x]     
	00168: SVTCA[y-axis] 
	00169: DELTAP1    
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual                         Off
	 28:  YDual                               On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual               Y-Short         Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (   -44,     0)  ->  Abs (  1185,     0)
	  2: Rel (   -63,     4)  ->  Abs (  1122,     4)
	  3: Rel (   -64,     4)  ->  Abs (  1058,     8)
	  4: Rel (   -76,     0)  ->  Abs (   982,     8)
	  5: Rel (  -225,     0)  ->  Abs (   757,     8)
	  6: Rel (     0,   -69)  ->  Abs (   757,   -61)
	  7: Rel (     0,   -16)  ->  Abs (   757,   -77)
	  8: Rel (    70,   -15)  ->  Abs (   827,   -92)
	  9: Rel (   138,   -29)  ->  Abs (   965,  -121)
	 10: Rel (    62,   -51)  ->  Abs (  1027,  -172)
	 11: Rel (     0,   -29)  ->  Abs (  1027,  -201)
	 12: Rel (     0,  -158)  ->  Abs (  1027,  -359)
	 13: Rel (  -323,  -202)  ->  Abs (   704,  -561)
	 14: Rel (  -213,     0)  ->  Abs (   491,  -561)
	 15: Rel (  -199,     0)  ->  Abs (   292,  -561)
	 16: Rel (  -180,   169)  ->  Abs (   112,  -392)
	 17: Rel (     0,   170)  ->  Abs (   112,  -222)
	 18: Rel (     0,    91)  ->  Abs (   112,  -131)
	 19: Rel (    94,   232)  ->  Abs (   206,   101)
	 20: Rel (    37,     0)  ->  Abs (   243,   101)
	 21: Rel (    18,     0)  ->  Abs (   261,   101)
	 22: Rel (     0,   -20)  ->  Abs (   261,    81)
	 23: Rel (     0,   -16)  ->  Abs (   261,    65)
	 24: Rel (   -22,   -38)  ->  Abs (   239,    27)
	 25: Rel (   -51,   -91)  ->  Abs (   188,   -64)
	 26: Rel (     0,   -86)  ->  Abs (   188,  -150)
	 27: Rel (     0,  -266)  ->  Abs (   188,  -416)
	 28: Rel (   340,     0)  ->  Abs (   528,  -416)
	 29: Rel (   125,     0)  ->  Abs (   653,  -416)
	 30: Rel (   278,    68)  ->  Abs (   931,  -348)
	 31: Rel (     0,    49)  ->  Abs (   931,  -299)
	 32: Rel (     0,    50)  ->  Abs (   931,  -249)
	 33: Rel (  -126,    29)  ->  Abs (   805,  -220)
	 34: Rel (  -125,    29)  ->  Abs (   680,  -191)
	 35: Rel (     0,    41)  ->  Abs (   680,  -150)
	 36: Rel (     0,   132)  ->  Abs (   680,   -18)
	 37: Rel (   163,   141)  ->  Abs (   843,   123)
	 38: Rel (   148,     0)  ->  Abs (   991,   123)
	 39: Rel (   238,     0)  ->  Abs (  1229,   123)

	Glyph 823: off = 0x0002B212, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			240
	  yMin:			-561
	  xMax:			1100
	  yMax:			680

	     0: Flags:		0x0236
		Glyf Index:	1112
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0017
		Glyf Index:	1021
		X WOffset:	276
		Y WOffset:	-1264
		Other:		Round X,Y to Grid  No Overlap


	Glyph 824: off = 0x0002B22A, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			151
	  yMin:			-561
	  xMax:			1078
	  yMax:			630

	     0: Flags:		0x0236
		Glyf Index:	1113
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	321
		Y WOffset:	-1416
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              1     1    38 
	00004: PUSHW[1]            953 
	00007: NPUSHB      (13):    41     1    63    39     1    15    39   111    39   191 
	                            39     3    39 
	00022: SVTCA[x-axis] 
	00023: SRP1       
	00024: DELTAP1    
	00025: DELTAP2    
	00026: SHC[rp1,zp0] 
	00027: SVTCA[y-axis] 
	00028: CALL       

	Glyph 825: off = 0x0002B262, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			240
	  yMin:			-561
	  xMax:			1203
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	1112
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	330
		Y WOffset:	259
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    64    39    96    39     2    39     1   240    40 
	                             1    40 
	00014: PUSHW[1]            -64 
	00017: PUSHB[4]             10    12    52    40 
	00022: SVTCA[x-axis] 
	00023: SRP1       
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 
	00027: SVTCA[y-axis] 
	00028: SRP1       
	00029: DELTAP1    
	00030: SHC[rp1,zp0] 

	Glyph 826: off = 0x0002B29C, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			240
	  yMin:			-561
	  xMax:			1195
	  yMax:			1276

	     0: Flags:		0x0236
		Glyf Index:	1112
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	356
		Y WOffset:	186
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     1     0    44    16    44    48    44    96    44 
	                             4    44 
	00014: SVTCA[x-axis] 
	00015: SRP1       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 
	00018: SHC[rp1,zp0] 

	Glyph 827: off = 0x0002B2CA, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			-310
	  xMax:			1071
	  yMax:			1074

	     0: Flags:		0x0236
		Glyf Index:	1114
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	103
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (29):     2    15    56     1    79    56     1    56     2   223 
	                            55     1   143    55   191    55   223    55     3    15 
	                            55    16    55    47    55    79    55     4    55 
	00031: SVTCA[x-axis] 
	00032: SRP1       
	00033: DELTAP1    
	00034: DELTAP1    
	00035: DELTAP2    
	00036: SHC[rp1,zp0] 
	00037: SVTCA[y-axis] 
	00038: SRP1       
	00039: DELTAP1    
	00040: DELTAP2    
	00041: SHC[rp1,zp0] 

	Glyph 828: off = 0x0002B30C, len = 100
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			-561
	  xMax:			1071
	  yMax:			1074

	     0: Flags:		0x0236
		Glyf Index:	1114
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0036
		Glyf Index:	1021
		X BOffset:	103
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	-94
		Y WOffset:	-1235
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              3     1    58 
	00004: PUSHW[1]            953 
	00007: NPUSHB      (42):    41     2    15    56     1    79    56     1    56     3 
	                            59    64    19    22    52    59    64    12    17    52 
	                            59     2   223    55     1   143    55   191    55   223 
	                            55     3    15    55    16    55    47    55    79    55 
	                             4    55 
	00051: SVTCA[x-axis] 
	00052: SRP1       
	00053: DELTAP1    
	00054: DELTAP1    
	00055: DELTAP2    
	00056: SHC[rp1,zp0] 
	00057: SRP1       
	00058: CALL       
	00059: CALL       
	00060: SHC[rp1,zp0] 
	00061: SVTCA[y-axis] 
	00062: SRP1       
	00063: DELTAP1    
	00064: DELTAP2    
	00065: SHC[rp1,zp0] 
	00066: CALL       

	Glyph 829: off = 0x0002B370, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			191
	  yMin:			-561
	  xMax:			1136
	  yMax:			1176

	     0: Flags:		0x0236
		Glyf Index:	830
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	73
		Y WOffset:	-1055
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (29):     1    16    59    48    59    80    59     3   111    59 
	                           144    59   240    59     3    59     1    63    58     1 
	                           127    58     1    58    64     9    13    52    58 
	00031: SVTCA[x-axis] 
	00032: SRP1       
	00033: CALL       
	00034: DELTAP1    
	00035: DELTAP2    
	00036: SHC[rp1,zp0] 
	00037: SVTCA[y-axis] 
	00038: SRP1       
	00039: DELTAP1    
	00040: DELTAP2    
	00041: SHC[rp1,zp0] 

	Glyph 830: off = 0x0002B3B4, len = 376
	  numberOfContours:	1
	  xMin:			191
	  yMin:			-561
	  xMax:			1136
	  yMax:			1176

	EndPoints
	---------
	  0:  55

	  Length of Instructions:	202
	00000: NPUSHB      (12):   130    41   167    52   183    52   201     8   216     8 
	                             5    41 
	00014: PUSHW[1]             -8 
	00017: NPUSHB      (36):    18    20    52     5    16    25    27    52    19    11 
	                            54    51    70    51     3   134    40     1    40    16 
	                            20    18    45    11    12    25    12     2    12    32 
	                            14    18    52    12    12    43 
	00055: PUSHW[1]            906 
	00058: PUSHB[3]             42    42    18 
	00062: PUSHW[1]            904 
	00065: PUSHB[7]             16    16     4    30     0     0    53 
	00073: PUSHW[1]            909 
	00076: NPUSHB      (18):     4    34    16    10    13    52    36    34    38    24 
	                            30    30    32    28    40    38    24    32 
	00096: PUSHW[1]            896 
	00099: PUSHB[8]             28    64    11    13    52    28    28    38 
	00108: PUSHW[1]            883 
	00111: NPUSHB      (17):    24    24    12    16    43    16    42     1    42    42 
	                             0    18    16    16    10     0    49 
	00130: PUSHW[2]            891    10 
	00135: MDAP[rd]   
	00136: MIRP[nrp0,md,rd,1] 
	00137: MDAP[rd]   
	00138: SRP1       
	00139: SHP[rp1,zp0] 
	00140: MDAP[rd]   
	00141: SHP[rp1,zp0] 
	00142: SRP1       
	00143: SHP[rp1,zp0] 
	00144: MDAP[rd]   
	00145: DELTAP1    
	00146: SHP[rp1,zp0] 
	00147: SRP2       
	00148: IP         
	00149: IP         
	00150: MDAP[rd]   
	00151: MIRP[nrp0,md,rd,1] 
	00152: SHP[rp1,zp0] 
	00153: MDAP[rd]   
	00154: CALL       
	00155: MIRP[nrp0,md,rd,1] 
	00156: SRP1       
	00157: SRP2       
	00158: IP         
	00159: RTHG       
	00160: SRP1       
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: SRP1       
	00165: SRP2       
	00166: IP         
	00167: IP         
	00168: CALL       
	00169: SVTCA[y-axis] 
	00170: RTG        
	00171: MDAP[rd]   
	00172: MIRP[srp0,md,rd,1] 
	00173: SHP[rp2,zp1] 
	00174: MDAP[rd]   
	00175: MDAP[rd]   
	00176: SRP2       
	00177: IP         
	00178: MDAP[rd]   
	00179: MIRP[nrp0,md,rd,1] 
	00180: SHP[rp1,zp0] 
	00181: MDAP[rd]   
	00182: MIRP[srp0,md,rd,1] 
	00183: RTHG       
	00184: IP         
	00185: MDAP[rd]   
	00186: CALL       
	00187: DELTAP1    
	00188: SHP[rp2,zp1] 
	00189: SRP1       
	00190: SHP[rp1,zp0] 
	00191: SRP2       
	00192: IP         
	00193: DELTAP1    
	00194: IUP[y]     
	00195: IUP[x]     
	00196: SVTCA[y-axis] 
	00197: DELTAP1    
	00198: CALL       
	00199: SVTCA[x-axis] 
	00200: CALL       
	00201: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                               Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:        XDual                         Off
	 12:  YDual               Y-Short         On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                               On
	 15:  YDual                       X-Short Off
	 16:                      Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short On
	 41:                      Y-Short         Off
	 42:        XDual         Y-Short X-Short On
	 43:                      Y-Short X-Short On
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:                      Y-Short X-Short On
	 48:                      Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off
	 55:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1136,  -341)  ->  Abs (  1136,  -341)
	  1: Rel (     0,   -77)  ->  Abs (  1136,  -418)
	  2: Rel (  -166,   -76)  ->  Abs (   970,  -494)
	  3: Rel (  -146,   -67)  ->  Abs (   824,  -561)
	  4: Rel (   -91,     0)  ->  Abs (   733,  -561)
	  5: Rel (  -280,     0)  ->  Abs (   453,  -561)
	  6: Rel (  -130,   122)  ->  Abs (   323,  -439)
	  7: Rel (   -72,    74)  ->  Abs (   251,  -365)
	  8: Rel (   -27,    65)  ->  Abs (   224,  -300)
	  9: Rel (   -33,    77)  ->  Abs (   191,  -223)
	 10: Rel (     0,    72)  ->  Abs (   191,  -151)
	 11: Rel (     0,   392)  ->  Abs (   191,   241)
	 12: Rel (   617,    88)  ->  Abs (   808,   329)
	 13: Rel (  -169,    94)  ->  Abs (   639,   423)
	 14: Rel (  -307,     0)  ->  Abs (   332,   423)
	 15: Rel (   -19,     0)  ->  Abs (   313,   423)
	 16: Rel (   -42,    -2)  ->  Abs (   271,   421)
	 17: Rel (    21,    41)  ->  Abs (   292,   462)
	 18: Rel (    39,    69)  ->  Abs (   331,   531)
	 19: Rel (    52,     7)  ->  Abs (   383,   538)
	 20: Rel (   137,     8)  ->  Abs (   520,   546)
	 21: Rel (    69,     4)  ->  Abs (   589,   550)
	 22: Rel (    20,    13)  ->  Abs (   609,   563)
	 23: Rel (    28,    19)  ->  Abs (   637,   582)
	 24: Rel (     0,    62)  ->  Abs (   637,   644)
	 25: Rel (     0,    55)  ->  Abs (   637,   699)
	 26: Rel (   -37,   157)  ->  Abs (   600,   856)
	 27: Rel (   -38,   162)  ->  Abs (   562,  1018)
	 28: Rel (   -25,    37)  ->  Abs (   537,  1055)
	 29: Rel (    31,    44)  ->  Abs (   568,  1099)
	 30: Rel (    60,    77)  ->  Abs (   628,  1176)
	 31: Rel (    35,   -55)  ->  Abs (   663,  1121)
	 32: Rel (    51,   -74)  ->  Abs (   714,  1047)
	 33: Rel (   -17,   -41)  ->  Abs (   697,  1006)
	 34: Rel (   -39,   -53)  ->  Abs (   658,   953)
	 35: Rel (     5,   -63)  ->  Abs (   663,   890)
	 36: Rel (    24,  -116)  ->  Abs (   687,   774)
	 37: Rel (    22,  -108)  ->  Abs (   709,   666)
	 38: Rel (     0,   -44)  ->  Abs (   709,   622)
	 39: Rel (     0,   -82)  ->  Abs (   709,   540)
	 40: Rel (   -53,   -33)  ->  Abs (   656,   507)
	 41: Rel (   308,  -140)  ->  Abs (   964,   367)
	 42: Rel (   135,   -10)  ->  Abs (  1099,   357)
	 43: Rel (   -45,  -119)  ->  Abs (  1054,   238)
	 44: Rel (  -101,     6)  ->  Abs (   953,   244)
	 45: Rel (   -29,     0)  ->  Abs (   924,   244)
	 46: Rel (  -199,     0)  ->  Abs (   725,   244)
	 47: Rel (  -182,   -76)  ->  Abs (   543,   168)
	 48: Rel (  -241,  -104)  ->  Abs (   302,    64)
	 49: Rel (     0,  -178)  ->  Abs (   302,  -114)
	 50: Rel (     0,  -138)  ->  Abs (   302,  -252)
	 51: Rel (   105,   -86)  ->  Abs (   407,  -338)
	 52: Rel (   107,   -92)  ->  Abs (   514,  -430)
	 53: Rel (   252,     0)  ->  Abs (   766,  -430)
	 54: Rel (    83,     0)  ->  Abs (   849,  -430)
	 55: Rel (   268,    89)  ->  Abs (  1117,  -341)

	Glyph 831: off = 0x0002B52C, len = 88
	  numberOfContours:	-1  (Composite)
	  xMin:			191
	  yMin:			-561
	  xMax:			1136
	  yMax:			1176

	     0: Flags:		0x0236
		Glyf Index:	830
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	-260
		Y WOffset:	-145
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     1    79    59     1    15    59    31    59    63    59 
	                           223    59     4    59     1    58 
	00018: PUSHW[1]            -64 
	00021: NPUSHB      (26):    23    26    52    16    58     1   128    58     1   127 
	                            58   143    58   191    58     3    16    58    32    58 
	                            63    58    79    58     4    58 
	00049: SVTCA[x-axis] 
	00050: SRP1       
	00051: DELTAP1    
	00052: DELTAP1    
	00053: DELTAP2    
	00054: DELTAP3    
	00055: CALL       
	00056: SHC[rp1,zp0] 
	00057: SVTCA[y-axis] 
	00058: SRP1       
	00059: DELTAP1    
	00060: DELTAP1    
	00061: SHC[rp1,zp0] 

	Glyph 832: off = 0x0002B584, len = 384
	  numberOfContours:	1
	  xMin:			319
	  yMin:			-561
	  xMax:			929
	  yMax:			1192

	EndPoints
	---------
	  0:  53

	  Length of Instructions:	224
	00000: PUSHW[2]              7   -16 
	00005: NPUSHB      (12):    24    27    52   133     7   149     7     2   185    20 
	                             1    19 
	00019: PUSHW[1]            -24 
	00022: NPUSHB       (9):    19    23    52    21    24     9    12    52    30 
	00033: PUSHW[1]            -32 
	00036: NPUSHB      (14):    20    22    52     2    48    21    64    17    22    52 
	                            21    21     0    48 
	00052: PUSHW[1]            -64 
	00055: NPUSHB      (16):    19    22    52    32    48     1    48    48     0    38 
	                             0    12    42    40    36     9 
	00073: PUSHW[1]            -64 
	00076: PUSHB[4]             91    99    52     9 
	00081: PUSHW[1]            -64 
	00084: NPUSHB      (14):    60    63    52     9    64    28    30    52     9     9 
	                            12    12    18    21 
	00100: PUSHW[1]            -32 
	00103: NPUSHB      (22):    13    14    52    21    51    25    48    46    33    38 
	                            38    36    40    40    36    64     9    12    52    36 
	                            36    46 
	00127: PUSHW[1]            885 
	00130: NPUSHB      (11):    33    33    25    15    51    31    51     2    51    51 
	                            25 
	00143: PUSHW[1]            -64 
	00146: PUSHB[6]              9    12    52    25    25     5 
	00153: PUSHW[2]            892    18 
	00158: MDAP[rd]   
	00159: MIRP[nrp0,md,rd,1] 
	00160: SHP[rp1,zp0] 
	00161: MDAP[rd]   
	00162: CALL       
	00163: SHP[rp1,zp0] 
	00164: MDAP[rd]   
	00165: DELTAP1    
	00166: SRP2       
	00167: IP         
	00168: MDAP[rd]   
	00169: MIRP[nrp0,md,rd,1] 
	00170: SHP[rp1,zp0] 
	00171: MDAP[rd]   
	00172: CALL       
	00173: SHP[rp1,zp0] 
	00174: MDAP[rd]   
	00175: RTHG       
	00176: SRP2       
	00177: IP         
	00178: MDAP[rd]   
	00179: SRP1       
	00180: SRP2       
	00181: IP         
	00182: SRP1       
	00183: SRP2       
	00184: IP         
	00185: CALL       
	00186: SRP1       
	00187: SHP[rp1,zp0] 
	00188: MDAP[rd]   
	00189: SHP[rp1,zp0] 
	00190: RTG        
	00191: MDAP[rd]   
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: SRP1       
	00196: SRP2       
	00197: IP         
	00198: SVTCA[y-axis] 
	00199: MDAP[rd]   
	00200: MDAP[rd]   
	00201: MDAP[rd]   
	00202: SRP1       
	00203: SHP[rp1,zp0] 
	00204: MDAP[rd]   
	00205: DELTAP2    
	00206: CALL       
	00207: RTHG       
	00208: SRP2       
	00209: IP         
	00210: MDAP[rd]   
	00211: CALL       
	00212: SRP1       
	00213: IP         
	00214: CALL       
	00215: IUP[y]     
	00216: IUP[x]     
	00217: SVTCA[y-axis] 
	00218: CALL       
	00219: CALL       
	00220: SVTCA[x-axis] 
	00221: DELTAP2    
	00222: DELTAP1    
	00223: CALL       

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:                      Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual Rep-  2 Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:                              X-Short Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:        XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short On
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off
	 53:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   867,   -28)  ->  Abs (   867,   -28)
	  1: Rel (  -117,    55)  ->  Abs (   750,    27)
	  2: Rel (   -81,     0)  ->  Abs (   669,    27)
	  3: Rel (  -104,     0)  ->  Abs (   565,    27)
	  4: Rel (  -130,   -89)  ->  Abs (   435,   -62)
	  5: Rel (     0,   -80)  ->  Abs (   435,  -142)
	  6: Rel (     0,   -51)  ->  Abs (   435,  -193)
	  7: Rel (    42,  -105)  ->  Abs (   477,  -298)
	  8: Rel (    30,   -86)  ->  Abs (   507,  -384)
	  9: Rel (     0,   -62)  ->  Abs (   507,  -446)
	 10: Rel (     0,   -17)  ->  Abs (   507,  -463)
	 11: Rel (   -51,   -98)  ->  Abs (   456,  -561)
	 12: Rel (   -17,     0)  ->  Abs (   439,  -561)
	 13: Rel (    -7,     0)  ->  Abs (   432,  -561)
	 14: Rel (   -25,   101)  ->  Abs (   407,  -460)
	 15: Rel (   -18,    64)  ->  Abs (   389,  -396)
	 16: Rel (   -18,    55)  ->  Abs (   371,  -341)
	 17: Rel (   -52,   134)  ->  Abs (   319,  -207)
	 18: Rel (     0,    68)  ->  Abs (   319,  -139)
	 19: Rel (     0,   105)  ->  Abs (   319,   -34)
	 20: Rel (   141,   123)  ->  Abs (   460,    89)
	 21: Rel (   131,     0)  ->  Abs (   591,    89)
	 22: Rel (   -13,    12)  ->  Abs (   578,   101)
	 23: Rel (   -72,    29)  ->  Abs (   506,   130)
	 24: Rel (   -62,    24)  ->  Abs (   444,   154)
	 25: Rel (     0,    22)  ->  Abs (   444,   176)
	 26: Rel (     0,    17)  ->  Abs (   444,   193)
	 27: Rel (    19,    41)  ->  Abs (   463,   234)
	 28: Rel (    37,    44)  ->  Abs (   500,   278)
	 29: Rel (    11,     7)  ->  Abs (   511,   285)
	 30: Rel (    57,    24)  ->  Abs (   568,   309)
	 31: Rel (    38,    16)  ->  Abs (   606,   325)
	 32: Rel (    33,    53)  ->  Abs (   639,   378)
	 33: Rel (     0,    55)  ->  Abs (   639,   433)
	 34: Rel (     0,    36)  ->  Abs (   639,   469)
	 35: Rel (   -88,   550)  ->  Abs (   551,  1019)
	 36: Rel (   -30,    44)  ->  Abs (   521,  1063)
	 37: Rel (    28,    46)  ->  Abs (   549,  1109)
	 38: Rel (    56,    83)  ->  Abs (   605,  1192)
	 39: Rel (    28,   -49)  ->  Abs (   633,  1143)
	 40: Rel (    60,   -82)  ->  Abs (   693,  1061)
	 41: Rel (   -22,   -40)  ->  Abs (   671,  1021)
	 42: Rel (   -35,   -60)  ->  Abs (   636,   961)
	 43: Rel (    61,  -456)  ->  Abs (   697,   505)
	 44: Rel (    19,   -80)  ->  Abs (   716,   425)
	 45: Rel (     4,   -20)  ->  Abs (   720,   405)
	 46: Rel (     0,   -24)  ->  Abs (   720,   381)
	 47: Rel (     0,  -101)  ->  Abs (   720,   280)
	 48: Rel (   -42,   -37)  ->  Abs (   678,   243)
	 49: Rel (    80,   -28)  ->  Abs (   758,   215)
	 50: Rel (   171,  -108)  ->  Abs (   929,   107)
	 51: Rel (     0,   -16)  ->  Abs (   929,    91)
	 52: Rel (     0,   -24)  ->  Abs (   929,    67)
	 53: Rel (   -42,   -77)  ->  Abs (   887,   -10)

	Glyph 833: off = 0x0002B704, len = 312
	  numberOfContours:	1
	  xMin:			144
	  yMin:			-310
	  xMax:			1059
	  yMax:			1082

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	179
	00000: NPUSHB      (36):   132    37     1    26    64    18    23    52   206    42 
	                           221    42     2   101    37   118    37     2   127    42 
	                           143    42   155    42   169    42     4    42    24    17 
	                            20    52   182    18     1    18 
	00038: PUSHW[1]            -64 
	00041: NPUSHB       (9):    38    40    52    18     2    30    30    11     2 
	00052: PUSHW[1]            901 
	00055: PUSHB[5]              0     0    24    11    38 
	00061: PUSHW[1]            912 
	00064: NPUSHB      (21):    24    14    11    18    16     7     6     4    11    11 
	                             9    13    13     9    64     9    16    52     9     9 
	                            16 
	00087: PUSHW[1]            884 
	00090: NPUSHB      (17):     0     4    16     4     2     4     4     2    32     0 
	                            48     0     2     0     0    27    41 
	00109: PUSHW[1]            888 
	00112: PUSHB[4]             21    32    32    36 
	00117: PUSHW[2]            885    27 
	00122: MDAP[rd]   
	00123: MIRP[srp0,md,rd,1] 
	00124: SHP[rp2,zp1] 
	00125: MDAP[rd]   
	00126: MDAP[rd]   
	00127: MIRP[nrp0,md,rd,1] 
	00128: SRP2       
	00129: IP         
	00130: MDAP[rd]   
	00131: DELTAP1    
	00132: SHP[rp1,zp0] 
	00133: SHP[rp1,zp0] 
	00134: MDAP[rd]   
	00135: DELTAP1    
	00136: MIRP[nrp0,md,rd,1] 
	00137: SHP[rp1,zp0] 
	00138: MDAP[rd]   
	00139: CALL       
	00140: SHP[rp1,zp0] 
	00141: MDAP[rd]   
	00142: RTHG       
	00143: SRP2       
	00144: IP         
	00145: MDAP[rd]   
	00146: SRP1       
	00147: IP         
	00148: IP         
	00149: SRP2       
	00150: IP         
	00151: SRP1       
	00152: IP         
	00153: SVTCA[y-axis] 
	00154: RTG        
	00155: MDAP[rd]   
	00156: MIRP[nrp0,md,rd,1] 
	00157: MDAP[rd]   
	00158: SRP2       
	00159: IP         
	00160: MDAP[rd]   
	00161: MIRP[nrp0,md,rd,1] 
	00162: SRP2       
	00163: IP         
	00164: MDAP[rd]   
	00165: SRP1       
	00166: SHP[rp1,zp0] 
	00167: CALL       
	00168: DELTAP2    
	00169: IUP[y]     
	00170: IUP[x]     
	00171: SVTCA[y-axis] 
	00172: CALL       
	00173: DELTAP2    
	00174: DELTAP1    
	00175: DELTAP1    
	00176: SVTCA[y-axis] 
	00177: CALL       
	00178: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual               Y-Short X-Short On
	  7:                              X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:                      Y-Short X-Short On
	 15:        XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:        XDual                 X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                               On
	 39:  YDual XDual                 X-Short Off
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   646,    35)  ->  Abs (   646,    35)
	  1: Rel (    13,    42)  ->  Abs (   659,    77)
	  2: Rel (    19,    54)  ->  Abs (   678,   131)
	  3: Rel (   105,     9)  ->  Abs (   783,   140)
	  4: Rel (     0,   128)  ->  Abs (   783,   268)
	  5: Rel (     0,    18)  ->  Abs (   783,   286)
	  6: Rel (    -2,    18)  ->  Abs (   781,   304)
	  7: Rel (   -42,   354)  ->  Abs (   739,   658)
	  8: Rel (   -29,   198)  ->  Abs (   710,   856)
	  9: Rel (   -52,    97)  ->  Abs (   658,   953)
	 10: Rel (    27,    44)  ->  Abs (   685,   997)
	 11: Rel (    57,    85)  ->  Abs (   742,  1082)
	 12: Rel (    41,   -87)  ->  Abs (   783,   995)
	 13: Rel (    47,   -44)  ->  Abs (   830,   951)
	 14: Rel (   -42,   -97)  ->  Abs (   788,   854)
	 15: Rel (    71,  -498)  ->  Abs (   859,   356)
	 16: Rel (     0,   -73)  ->  Abs (   859,   283)
	 17: Rel (     0,   -97)  ->  Abs (   859,   186)
	 18: Rel (   -51,   -45)  ->  Abs (   808,   141)
	 19: Rel (   163,   -29)  ->  Abs (   971,   112)
	 20: Rel (    88,   -51)  ->  Abs (  1059,    61)
	 21: Rel (     0,   -39)  ->  Abs (  1059,    22)
	 22: Rel (     0,  -152)  ->  Abs (  1059,  -130)
	 23: Rel (  -323,  -180)  ->  Abs (   736,  -310)
	 24: Rel (  -213,     0)  ->  Abs (   523,  -310)
	 25: Rel (  -199,     0)  ->  Abs (   324,  -310)
	 26: Rel (  -180,   169)  ->  Abs (   144,  -141)
	 27: Rel (     0,   142)  ->  Abs (   144,     1)
	 28: Rel (     0,    56)  ->  Abs (   144,    57)
	 29: Rel (    91,   267)  ->  Abs (   235,   324)
	 30: Rel (    40,     0)  ->  Abs (   275,   324)
	 31: Rel (    17,     0)  ->  Abs (   292,   324)
	 32: Rel (     0,   -19)  ->  Abs (   292,   305)
	 33: Rel (     0,    -9)  ->  Abs (   292,   296)
	 34: Rel (   -34,   -79)  ->  Abs (   258,   217)
	 35: Rel (   -34,   -79)  ->  Abs (   224,   138)
	 36: Rel (     0,   -59)  ->  Abs (   224,    79)
	 37: Rel (     0,  -244)  ->  Abs (   224,  -165)
	 38: Rel (   336,     0)  ->  Abs (   560,  -165)
	 39: Rel (    78,     0)  ->  Abs (   638,  -165)
	 40: Rel (   325,    45)  ->  Abs (   963,  -120)
	 41: Rel (     0,    44)  ->  Abs (   963,   -76)
	 42: Rel (     0,    46)  ->  Abs (   963,   -30)
	 43: Rel (  -184,    58)  ->  Abs (   779,    28)

	Glyph 834: off = 0x0002B83C, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-561
	  xMax:			1059
	  yMax:			1082

	     0: Flags:		0x0236
		Glyf Index:	833
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	-121
		Y WOffset:	-1235
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              1     1    45 
	00004: PUSHW[1]            953 
	00007: NPUSHB      (17):    41     1    46    64    12    20    52    15    46    31 
	                            46   223    46   239    46     4    46 
	00026: SVTCA[x-axis] 
	00027: SRP1       
	00028: DELTAP1    
	00029: CALL       
	00030: SHC[rp1,zp0] 
	00031: SVTCA[y-axis] 
	00032: CALL       

	Glyph 835: off = 0x0002B878, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			240
	  yMin:			-561
	  xMax:			1100
	  yMax:			1151

	     0: Flags:		0x0236
		Glyf Index:	1112
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	327
		Y WOffset:	77
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    64    40     1    16    40    79    40     2    40 
	00012: SVTCA[x-axis] 
	00013: SRP1       
	00014: DELTAP1    
	00015: DELTAP2    
	00016: SHC[rp1,zp0] 

	Glyph 836: off = 0x0002B8A4, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			151
	  yMin:			-310
	  xMax:			1066
	  yMax:			1001

	     0: Flags:		0x0236
		Glyf Index:	1113
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	19
		Y BOffset:	-73
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1    15    38     1    32    38   111    38     2    38 
	                             1    79    39   143    39     2    39 
	00019: SVTCA[x-axis] 
	00020: SRP1       
	00021: DELTAP1    
	00022: SHC[rp1,zp0] 
	00023: SVTCA[y-axis] 
	00024: SRP1       
	00025: DELTAP1    
	00026: DELTAP2    
	00027: SHC[rp1,zp0] 

	Glyph 837: off = 0x0002B8D8, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			240
	  yMin:			-561
	  xMax:			1152
	  yMax:			680

	     0: Flags:		0x0236
		Glyf Index:	1112
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	279
		Y WOffset:	-1072
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     1    40    64    16    18    52    32    40    48    40 
	                            95    40   223    40     4    40 
	00018: SVTCA[x-axis] 
	00019: SRP1       
	00020: DELTAP1    
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 838: off = 0x0002B90A, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			151
	  yMin:			-561
	  xMax:			1113
	  yMax:			630

	     0: Flags:		0x0236
		Glyf Index:	1113
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	240
		Y WOffset:	-1235
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              1     1    38 
	00004: PUSHW[1]            953 
	00007: NPUSHB      (21):    41     1    39    64    10    12    52    39    64    25 
	                            27    52    31    39   111    39     2   239    39     1 
	                            39 
	00030: SVTCA[x-axis] 
	00031: SRP1       
	00032: DELTAP1    
	00033: DELTAP2    
	00034: CALL       
	00035: CALL       
	00036: SHC[rp1,zp0] 
	00037: SVTCA[y-axis] 
	00038: CALL       

	Glyph 839: off = 0x0002B94C, len = 670
	  numberOfContours:	3
	  xMin:			387
	  yMin:			1284
	  xMax:			754
	  yMax:			1948

	EndPoints
	---------
	  0:  41
	  1:  49
	  2:  82

	  Length of Instructions:	449
	00000: PUSHW[2]             21   -16 
	00005: PUSHB[4]             29    44    52    38 
	00010: PUSHW[1]            -64 
	00013: PUSHB[4]             29    44    52    32 
	00018: PUSHW[1]            -44 
	00021: NPUSHB      (24):    28    45    52    89    37   154    37     2    27    37 
	                            22    49     2     5    38     1     3     1     0     3 
	                            20    40    40    20 
	00047: PUSHW[1]            -64 
	00050: NPUSHB      (14):    13    16    52    20    20    35    11    64    29    35 
	                            52    11    11    16 
	00066: PUSHW[1]            936 
	00069: NPUSHB      (13):     7     7    46    35    27    27    46    46    37    22 
	                            32     3    42 
	00084: PUSHW[1]            904 
	00087: NPUSHB      (21):   159    35     1    15    35     1    15    35    31    35 
	                            79    35     3    35    64    11    42    52    35    35 
	                            68 
	00110: PUSHW[1]            -64 
	00113: NPUSHB      (29):    11    19    52    68    68    76    56    64    48    54 
	                            52    56    64    11    18    52    56    64    29    32 
	                            52     0    56     1    56    56    76    76    72 
	00144: PUSHW[1]            -64 
	00147: PUSHB[4]             71    71    52    72 
	00152: PUSHW[1]            -64 
	00155: PUSHB[4]             51    54    52    72 
	00160: PUSHW[1]            -64 
	00163: PUSHB[4]             30    32    52    72 
	00168: PUSHW[4]            902    81    64   900 
	00177: NPUSHB      (39):    52    81    81    52    32    30    42    44    37    22 
	                            48     3     0    20    18    35    34    64    25    27 
	                            52    34    64    11    24    52    34    34    30     0 
	                             0    13    64    13    16    52    13    13     5 
	00218: PUSHW[3]            879    18   -64 
	00225: PUSHB[7]             54    83    52    18    18     1    18 
	00233: PUSHW[1]            -64 
	00236: NPUSHB      (12):    13    31    52    18    18    24    32    30    48    30 
	                             2    30 
	00250: PUSHW[1]            878 
	00253: NPUSHB      (23):    44    64    46    63    52    44    64    29    38    52 
	                             0    44    16    44     2    64    44    80    44     2 
	                            44    44    48 
	00278: PUSHW[1]            878 
	00281: NPUSHB      (38):    15    24     1    24    24    50    50    78    76    76 
	                            78    56    56    68    68    54    78    64    40    45 
	                            52    78    64     9    31    52   255    78     1    78 
	                            78     0    54    48    54     2    54     5 
	00321: PUSHW[1]            340 
	00324: SCANCTRL   
	00325: SCANTYPE   
	00326: MDAP[rd]   
	00327: DELTAP1    
	00328: SHP[rp1,zp0] 
	00329: MDAP[rd]   
	00330: DELTAP1    
	00331: CALL       
	00332: CALL       
	00333: RTHG       
	00334: SRP2       
	00335: IP         
	00336: MDAP[rd]   
	00337: SHP[rp2,zp1] 
	00338: MDAP[rd]   
	00339: SRP1       
	00340: SHP[rp1,zp0] 
	00341: MDAP[rd]   
	00342: SRP1       
	00343: IP         
	00344: MDAP[rd]   
	00345: SHP[rp2,zp1] 
	00346: RTG        
	00347: MDAP[rd]   
	00348: DELTAP1    
	00349: MIRP[srp0,md,rd,1] 
	00350: SHP[rp2,zp1] 
	00351: MDAP[rd]   
	00352: DELTAP1    
	00353: DELTAP1    
	00354: CALL       
	00355: CALL       
	00356: MIRP[nrp0,md,rd,1] 
	00357: DELTAP1    
	00358: SRP1       
	00359: SHP[rp1,zp0] 
	00360: MDAP[rd]   
	00361: CALL       
	00362: DELTAP3    
	00363: CALL       
	00364: MIRP[srp0,md,rd,1] 
	00365: SHP[rp2,zp1] 
	00366: MDAP[rd]   
	00367: CALL       
	00368: SHP[rp2,zp1] 
	00369: MDAP[rd]   
	00370: SRP1       
	00371: SHP[rp1,zp0] 
	00372: MDAP[rd]   
	00373: CALL       
	00374: CALL       
	00375: SHP[rp1,zp0] 
	00376: SRP1       
	00377: IP         
	00378: SRP1       
	00379: IP         
	00380: SRP1       
	00381: SHP[rp1,zp0] 
	00382: SHP[rp1,zp0] 
	00383: SRP2       
	00384: IP         
	00385: SRP1       
	00386: IP         
	00387: SVTCA[y-axis] 
	00388: MDAP[rd]   
	00389: SHP[rp1,zp0] 
	00390: MDAP[rd]   
	00391: SRP0       
	00392: MIRP[nrp0,md,rd,1] 
	00393: SRP0       
	00394: MIRP[srp0,md,rd,1] 
	00395: CALL       
	00396: CALL       
	00397: CALL       
	00398: SHP[rp2,zp1] 
	00399: MDAP[rd]   
	00400: SHP[rp1,zp0] 
	00401: MDAP[rd]   
	00402: DELTAP1    
	00403: CALL       
	00404: CALL       
	00405: CALL       
	00406: SRP2       
	00407: IP         
	00408: MDAP[rd]   
	00409: CALL       
	00410: SHP[rp2,zp1] 
	00411: MDAP[rd]   
	00412: CALL       
	00413: DELTAP1    
	00414: DELTAP2    
	00415: DELTAP3    
	00416: MIRP[nrp0,md,rd,1] 
	00417: SLOOP      
	00418: IP         
	00419: SHP[rp2,zp1] 
	00420: MDAP[rd]   
	00421: SHP[rp1,zp0] 
	00422: MDAP[rd]   
	00423: SRP1       
	00424: SRP2       
	00425: IP         
	00426: MDAP[rd]   
	00427: MIRP[nrp0,md,rd,1] 
	00428: SHP[rp1,zp0] 
	00429: MDAP[rd]   
	00430: CALL       
	00431: SRP1       
	00432: SHP[rp1,zp0] 
	00433: MDAP[rd]   
	00434: CALL       
	00435: SHP[rp1,zp0] 
	00436: MDAP[rd]   
	00437: SRP2       
	00438: SLOOP      
	00439: IP         
	00440: IUP[y]     
	00441: IUP[x]     
	00442: SVTCA[y-axis] 
	00443: DELTAP2    
	00444: DELTAP3    
	00445: DELTAP3    
	00446: CALL       
	00447: CALL       
	00448: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:                      Y-Short X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:        XDual                 X-Short On
	 51:                      Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short         Off
	 60:                      Y-Short X-Short On
	 61:                      Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         Off
	 64:  YDual XDual                 X-Short On
	 65:  YDual XDual                 X-Short Off
	 66:  YDual XDual         Y-Short X-Short On
	 67:  YDual XDual         Y-Short X-Short Off
	 68:  YDual XDual                 X-Short On
	 69:  YDual XDual                 X-Short Off
	 70:        XDual         Y-Short X-Short On
	 71:        XDual         Y-Short X-Short Off
	 72:  YDual XDual                 X-Short On
	 73:  YDual XDual                 X-Short Off
	 74:  YDual XDual         Y-Short X-Short On
	 75:  YDual XDual         Y-Short X-Short Off
	 76:  YDual XDual                 X-Short On
	 77:  YDual XDual                 X-Short Off
	 78:        XDual         Y-Short         On
	 79:        XDual         Y-Short X-Short Off
	 80:                      Y-Short X-Short Off
	 81:  YDual                       X-Short On
	 82:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   418,  1530)  ->  Abs (   418,  1530)
	  1: Rel (     0,    12)  ->  Abs (   418,  1542)
	  2: Rel (     7,     4)  ->  Abs (   425,  1546)
	  3: Rel (    24,    17)  ->  Abs (   449,  1563)
	  4: Rel (    24,    37)  ->  Abs (   473,  1600)
	  5: Rel (     0,    59)  ->  Abs (   473,  1659)
	  6: Rel (     0,    37)  ->  Abs (   473,  1696)
	  7: Rel (   -22,     0)  ->  Abs (   451,  1696)
	  8: Rel (    -9,     0)  ->  Abs (   442,  1696)
	  9: Rel (   -21,   -19)  ->  Abs (   421,  1677)
	 10: Rel (   -21,   -18)  ->  Abs (   400,  1659)
	 11: Rel (    -4,     0)  ->  Abs (   396,  1659)
	 12: Rel (    -9,     0)  ->  Abs (   387,  1659)
	 13: Rel (     0,     7)  ->  Abs (   387,  1666)
	 14: Rel (     0,    20)  ->  Abs (   387,  1686)
	 15: Rel (    71,    67)  ->  Abs (   458,  1753)
	 16: Rel (    28,     0)  ->  Abs (   486,  1753)
	 17: Rel (    42,     0)  ->  Abs (   528,  1753)
	 18: Rel (     0,   -52)  ->  Abs (   528,  1701)
	 19: Rel (     0,   -46)  ->  Abs (   528,  1655)
	 20: Rel (   -36,   -74)  ->  Abs (   492,  1581)
	 21: Rel (    74,    34)  ->  Abs (   566,  1615)
	 22: Rel (    53,    75)  ->  Abs (   619,  1690)
	 23: Rel (   -58,    30)  ->  Abs (   561,  1720)
	 24: Rel (     0,    62)  ->  Abs (   561,  1782)
	 25: Rel (     0,    50)  ->  Abs (   561,  1832)
	 26: Rel (    92,   116)  ->  Abs (   653,  1948)
	 27: Rel (    35,     0)  ->  Abs (   688,  1948)
	 28: Rel (    24,     0)  ->  Abs (   712,  1948)
	 29: Rel (    32,   -56)  ->  Abs (   744,  1892)
	 30: Rel (     0,   -36)  ->  Abs (   744,  1856)
	 31: Rel (     0,   -62)  ->  Abs (   744,  1794)
	 32: Rel (   -37,   -55)  ->  Abs (   707,  1739)
	 33: Rel (    47,   -24)  ->  Abs (   754,  1715)
	 34: Rel (     0,   -25)  ->  Abs (   754,  1690)
	 35: Rel (    -4,   -47)  ->  Abs (   750,  1643)
	 36: Rel (   -34,     0)  ->  Abs (   716,  1643)
	 37: Rel (   -67,    31)  ->  Abs (   649,  1674)
	 38: Rel (   -36,   -55)  ->  Abs (   613,  1619)
	 39: Rel (  -121,   -95)  ->  Abs (   492,  1524)
	 40: Rel (   -45,     0)  ->  Abs (   447,  1524)
	 41: Rel (   -19,     0)  ->  Abs (   428,  1524)
	 42: Rel (   246,   231)  ->  Abs (   674,  1755)
	 43: Rel (    18,    32)  ->  Abs (   692,  1787)
	 44: Rel (     0,    32)  ->  Abs (   692,  1819)
	 45: Rel (     0,    59)  ->  Abs (   692,  1878)
	 46: Rel (   -43,     0)  ->  Abs (   649,  1878)
	 47: Rel (   -36,     0)  ->  Abs (   613,  1878)
	 48: Rel (     0,   -47)  ->  Abs (   613,  1831)
	 49: Rel (     0,   -55)  ->  Abs (   613,  1776)
	 50: Rel (     3,  -406)  ->  Abs (   616,  1370)
	 51: Rel (   -43,   -86)  ->  Abs (   573,  1284)
	 52: Rel (   -49,     0)  ->  Abs (   524,  1284)
	 53: Rel (   -66,     0)  ->  Abs (   458,  1284)
	 54: Rel (     0,    94)  ->  Abs (   458,  1378)
	 55: Rel (     0,    82)  ->  Abs (   458,  1460)
	 56: Rel (    29,     0)  ->  Abs (   487,  1460)
	 57: Rel (    13,     0)  ->  Abs (   500,  1460)
	 58: Rel (     0,   -14)  ->  Abs (   500,  1446)
	 59: Rel (     0,    -5)  ->  Abs (   500,  1441)
	 60: Rel (    -2,   -12)  ->  Abs (   498,  1429)
	 61: Rel (    -2,   -13)  ->  Abs (   496,  1416)
	 62: Rel (     0,    -7)  ->  Abs (   496,  1409)
	 63: Rel (     0,   -27)  ->  Abs (   496,  1382)
	 64: Rel (    28,     0)  ->  Abs (   524,  1382)
	 65: Rel (    43,     0)  ->  Abs (   567,  1382)
	 66: Rel (    17,    66)  ->  Abs (   584,  1448)
	 67: Rel (    17,    65)  ->  Abs (   601,  1513)
	 68: Rel (     5,     0)  ->  Abs (   606,  1513)
	 69: Rel (    11,     0)  ->  Abs (   617,  1513)
	 70: Rel (     5,   -35)  ->  Abs (   622,  1478)
	 71: Rel (     4,   -37)  ->  Abs (   626,  1441)
	 72: Rel (    35,     0)  ->  Abs (   661,  1441)
	 73: Rel (    32,     0)  ->  Abs (   693,  1441)
	 74: Rel (     7,    63)  ->  Abs (   700,  1504)
	 75: Rel (     7,    65)  ->  Abs (   707,  1569)
	 76: Rel (    11,     0)  ->  Abs (   718,  1569)
	 77: Rel (    31,     0)  ->  Abs (   749,  1569)
	 78: Rel (     0,  -109)  ->  Abs (   749,  1460)
	 79: Rel (     1,   -51)  ->  Abs (   750,  1409)
	 80: Rel (   -53,   -72)  ->  Abs (   697,  1337)
	 81: Rel (   -36,     0)  ->  Abs (   661,  1337)
	 82: Rel (   -30,     0)  ->  Abs (   631,  1337)

	Glyph 840: off = 0x0002BBEA, len = 460
	  numberOfContours:	3
	  xMin:			469
	  yMin:			1254
	  xMax:			760
	  yMax:			1863

	EndPoints
	---------
	  0:  33
	  1:  44
	  2:  55

	  Length of Instructions:	302
	00000: PUSHB[7]            136     0     1    25    17     1    19 
	00008: PUSHW[1]            -64 
	00011: NPUSHB      (29):    11    19    52    19    19    27     7    64    48    54 
	                            52     7    64    11    18    52     7    64    29    32 
	                            52     0     7     1     7     7    27    27    23 
	00042: PUSHW[1]            -64 
	00045: PUSHB[4]             71    71    52    23 
	00050: PUSHW[1]            -64 
	00053: PUSHB[4]             51    54    52    23 
	00058: PUSHW[1]            -64 
	00061: PUSHB[4]             30    32    52    23 
	00066: PUSHW[4]            902    32    15   900 
	00075: NPUSHB      (16):     2    32    32     2    64    23    68    52     2    64 
	                             9    18    52     2     2    39 
	00093: PUSHW[4]            936    44    38   936 
	00102: PUSHB[4]             16    44     1    44 
	00107: PUSHW[1]            935 
	00110: NPUSHB      (13):    34    64    42    48    52    34    64    25    29    52 
	                            34    34    50 
	00125: PUSHW[4]            936    55    49   936 
	00134: PUSHB[4]             16    55     1    55 
	00139: PUSHW[1]            935 
	00142: NPUSHB      (12):    45    42    64    18    26    52    42    64     9    11 
	                            52    42 
	00156: PUSHW[1]            934 
	00159: NPUSHB      (13):    36    36    53    64    18    26    52    53    64     9 
	                            11    52    53 
	00174: PUSHW[1]            934 
	00177: NPUSHB      (40):   127    47   255    47     2    47    47     0     0    29 
	                            27    27    29     7     7    19    19     4    29    64 
	                            40    46    52    29    64     9    32    52   255    29 
	                             1    29    29     0     4    48     4     2     4     5 
	00219: PUSHW[1]            340 
	00222: SCANCTRL   
	00223: SCANTYPE   
	00224: MDAP[rd]   
	00225: DELTAP1    
	00226: SHP[rp1,zp0] 
	00227: MDAP[rd]   
	00228: DELTAP1    
	00229: CALL       
	00230: CALL       
	00231: RTHG       
	00232: SRP2       
	00233: IP         
	00234: MDAP[rd]   
	00235: SHP[rp2,zp1] 
	00236: MDAP[rd]   
	00237: SRP1       
	00238: SHP[rp1,zp0] 
	00239: MDAP[rd]   
	00240: SRP1       
	00241: IP         
	00242: MDAP[rd]   
	00243: SHP[rp2,zp1] 
	00244: RTG        
	00245: MDAP[rd]   
	00246: DELTAP2    
	00247: MIRP[nrp0,md,rd,1] 
	00248: CALL       
	00249: CALL       
	00250: SHP[rp1,zp0] 
	00251: MDAP[rd]   
	00252: MIRP[nrp0,md,rd,1] 
	00253: CALL       
	00254: CALL       
	00255: SVTCA[y-axis] 
	00256: MDAP[rd]   
	00257: MIRP[nrp0,nmd,rd,0] 
	00258: DELTAP1    
	00259: MIRP[nrp0,md,rd,1] 
	00260: SRP0       
	00261: MIRP[srp0,md,rd,1] 
	00262: SHP[rp2,zp1] 
	00263: MDAP[rd]   
	00264: CALL       
	00265: CALL       
	00266: MIRP[nrp0,nmd,rd,0] 
	00267: DELTAP1    
	00268: MIRP[nrp0,md,rd,1] 
	00269: SRP0       
	00270: MIRP[srp0,md,rd,1] 
	00271: SHP[rp2,zp1] 
	00272: MDAP[rd]   
	00273: CALL       
	00274: CALL       
	00275: SHP[rp1,zp0] 
	00276: MDAP[rd]   
	00277: SRP0       
	00278: MIRP[nrp0,md,rd,1] 
	00279: SRP0       
	00280: MIRP[srp0,md,rd,1] 
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: SHP[rp2,zp1] 
	00285: MDAP[rd]   
	00286: SHP[rp1,zp0] 
	00287: MDAP[rd]   
	00288: DELTAP1    
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: SRP2       
	00293: IP         
	00294: MDAP[rd]   
	00295: CALL       
	00296: IUP[y]     
	00297: IUP[x]     
	00298: SVTCA[x-axis] 
	00299: DELTAP3    
	00300: SVTCA[y-axis] 
	00301: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short On
	 45:                              X-Short On
	 46:                      Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   627,  1673)  ->  Abs (   627,  1673)
	  1: Rel (   -42,   -84)  ->  Abs (   585,  1589)
	  2: Rel (   -50,     0)  ->  Abs (   535,  1589)
	  3: Rel (   -66,     0)  ->  Abs (   469,  1589)
	  4: Rel (     0,    84)  ->  Abs (   469,  1673)
	  5: Rel (     0,    26)  ->  Abs (   469,  1699)
	  6: Rel (    17,    56)  ->  Abs (   486,  1755)
	  7: Rel (    10,     0)  ->  Abs (   496,  1755)
	  8: Rel (    11,     0)  ->  Abs (   507,  1755)
	  9: Rel (     0,   -15)  ->  Abs (   507,  1740)
	 10: Rel (     0,    -5)  ->  Abs (   507,  1735)
	 11: Rel (    -2,   -13)  ->  Abs (   505,  1722)
	 12: Rel (    -2,   -14)  ->  Abs (   503,  1708)
	 13: Rel (     0,    -6)  ->  Abs (   503,  1702)
	 14: Rel (     0,   -27)  ->  Abs (   503,  1675)
	 15: Rel (    28,     0)  ->  Abs (   531,  1675)
	 16: Rel (    43,     0)  ->  Abs (   574,  1675)
	 17: Rel (    18,    66)  ->  Abs (   592,  1741)
	 18: Rel (    17,    67)  ->  Abs (   609,  1808)
	 19: Rel (     7,     0)  ->  Abs (   616,  1808)
	 20: Rel (     9,     0)  ->  Abs (   625,  1808)
	 21: Rel (     6,   -36)  ->  Abs (   631,  1772)
	 22: Rel (     6,   -36)  ->  Abs (   637,  1736)
	 23: Rel (    35,     0)  ->  Abs (   672,  1736)
	 24: Rel (    32,     0)  ->  Abs (   704,  1736)
	 25: Rel (     7,    63)  ->  Abs (   711,  1799)
	 26: Rel (     7,    64)  ->  Abs (   718,  1863)
	 27: Rel (    11,     0)  ->  Abs (   729,  1863)
	 28: Rel (    27,     0)  ->  Abs (   756,  1863)
	 29: Rel (     0,  -106)  ->  Abs (   756,  1757)
	 30: Rel (     0,   -46)  ->  Abs (   756,  1711)
	 31: Rel (   -58,   -69)  ->  Abs (   698,  1642)
	 32: Rel (   -28,     0)  ->  Abs (   670,  1642)
	 33: Rel (   -30,     0)  ->  Abs (   640,  1642)
	 34: Rel (  -144,  -223)  ->  Abs (   496,  1419)
	 35: Rel (   -13,    -5)  ->  Abs (   483,  1414)
	 36: Rel (     0,    30)  ->  Abs (   483,  1444)
	 37: Rel (     0,    24)  ->  Abs (   483,  1468)
	 38: Rel (    15,     6)  ->  Abs (   498,  1474)
	 39: Rel (   248,   105)  ->  Abs (   746,  1579)
	 40: Rel (     9,     0)  ->  Abs (   755,  1579)
	 41: Rel (     5,    -7)  ->  Abs (   760,  1572)
	 42: Rel (     0,   -14)  ->  Abs (   760,  1558)
	 43: Rel (     0,   -27)  ->  Abs (   760,  1531)
	 44: Rel (   -14,    -6)  ->  Abs (   746,  1525)
	 45: Rel (  -250,  -266)  ->  Abs (   496,  1259)
	 46: Rel (   -12,    -5)  ->  Abs (   484,  1254)
	 47: Rel (     0,    29)  ->  Abs (   484,  1283)
	 48: Rel (     0,    25)  ->  Abs (   484,  1308)
	 49: Rel (    14,     6)  ->  Abs (   498,  1314)
	 50: Rel (   248,   107)  ->  Abs (   746,  1421)
	 51: Rel (     9,     0)  ->  Abs (   755,  1421)
	 52: Rel (     5,    -8)  ->  Abs (   760,  1413)
	 53: Rel (     0,   -14)  ->  Abs (   760,  1399)
	 54: Rel (     0,   -27)  ->  Abs (   760,  1372)
	 55: Rel (   -14,    -6)  ->  Abs (   746,  1366)

	Glyph 841: off = 0x0002BDB6, len = 352
	  numberOfContours:	2
	  xMin:			455
	  yMin:			1282
	  xMax:			746
	  yMax:			1681

	EndPoints
	---------
	  0:  10
	  1:  43

	  Length of Instructions:	226
	00000: PUSHW[5]              5   936    10     4   936 
	00011: PUSHB[4]             16    10     1    10 
	00016: PUSHW[1]            935 
	00019: NPUSHB      (13):     0    64    23    54    52     0    64     9    18    52 
	                             0     0    29 
	00034: PUSHW[1]            -64 
	00037: NPUSHB      (29):    11    19    52    29    29    37    17    64    48    55 
	                            52    17    64    11    18    52    17    64    29    32 
	                            52     0    17     1    17    17    37    37    33 
	00068: PUSHW[1]            -64 
	00071: PUSHB[4]             71    71    52    33 
	00076: PUSHW[1]            -64 
	00079: PUSHB[4]             51    54    52    33 
	00084: PUSHW[1]            -64 
	00087: PUSHB[4]             30    32    52    33 
	00092: PUSHW[4]            902    42    25   900 
	00101: NPUSHB      (18):    13   175    42     1    42    42    13     8    64    18 
	                            26    52     8    64     9    11    52     8 
	00121: PUSHW[1]            934 
	00124: NPUSHB      (35):     2     2    11    11    39    37    37    39    17    17 
	                            29    29    15    39    64    40    45    52    39    64 
	                             9    31    52   255    39     1    39    39     0    15 
	                            48    15     2    15     5 
	00161: PUSHW[1]            340 
	00164: SCANCTRL   
	00165: SCANTYPE   
	00166: MDAP[rd]   
	00167: DELTAP1    
	00168: SHP[rp1,zp0] 
	00169: MDAP[rd]   
	00170: DELTAP1    
	00171: CALL       
	00172: CALL       
	00173: RTHG       
	00174: SRP2       
	00175: IP         
	00176: MDAP[rd]   
	00177: SHP[rp2,zp1] 
	00178: MDAP[rd]   
	00179: SRP1       
	00180: SHP[rp1,zp0] 
	00181: MDAP[rd]   
	00182: SRP1       
	00183: IP         
	00184: MDAP[rd]   
	00185: SHP[rp2,zp1] 
	00186: RTG        
	00187: MDAP[rd]   
	00188: MIRP[nrp0,md,rd,1] 
	00189: CALL       
	00190: CALL       
	00191: SVTCA[y-axis] 
	00192: MDAP[rd]   
	00193: SHP[rp1,zp0] 
	00194: MDAP[rd]   
	00195: DELTAP1    
	00196: SRP0       
	00197: MIRP[nrp0,md,rd,1] 
	00198: SRP0       
	00199: MIRP[srp0,md,rd,1] 
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: SHP[rp2,zp1] 
	00204: MDAP[rd]   
	00205: SHP[rp1,zp0] 
	00206: MDAP[rd]   
	00207: DELTAP1    
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: SRP2       
	00212: IP         
	00213: MDAP[rd]   
	00214: CALL       
	00215: SHP[rp2,zp1] 
	00216: MDAP[rd]   
	00217: CALL       
	00218: CALL       
	00219: MIRP[nrp0,nmd,rd,0] 
	00220: DELTAP1    
	00221: MIRP[nrp0,md,rd,1] 
	00222: SRP0       
	00223: MIRP[nrp0,md,rd,1] 
	00224: IUP[y]     
	00225: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                              X-Short On
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   472,  1520)  ->  Abs (   472,  1520)
	  1: Rel (   -13,    -5)  ->  Abs (   459,  1515)
	  2: Rel (     0,    30)  ->  Abs (   459,  1545)
	  3: Rel (     0,    25)  ->  Abs (   459,  1570)
	  4: Rel (    13,     5)  ->  Abs (   472,  1575)
	  5: Rel (   248,   106)  ->  Abs (   720,  1681)
	  6: Rel (     9,     0)  ->  Abs (   729,  1681)
	  7: Rel (     5,    -8)  ->  Abs (   734,  1673)
	  8: Rel (     0,   -14)  ->  Abs (   734,  1659)
	  9: Rel (     0,   -27)  ->  Abs (   734,  1632)
	 10: Rel (   -14,    -6)  ->  Abs (   720,  1626)
	 11: Rel (  -107,  -258)  ->  Abs (   613,  1368)
	 12: Rel (   -39,   -86)  ->  Abs (   574,  1282)
	 13: Rel (   -51,     0)  ->  Abs (   523,  1282)
	 14: Rel (   -68,     0)  ->  Abs (   455,  1282)
	 15: Rel (     0,    92)  ->  Abs (   455,  1374)
	 16: Rel (     0,    84)  ->  Abs (   455,  1458)
	 17: Rel (    29,     0)  ->  Abs (   484,  1458)
	 18: Rel (    13,     0)  ->  Abs (   497,  1458)
	 19: Rel (     0,   -16)  ->  Abs (   497,  1442)
	 20: Rel (     0,    -5)  ->  Abs (   497,  1437)
	 21: Rel (    -1,   -12)  ->  Abs (   496,  1425)
	 22: Rel (    -2,   -13)  ->  Abs (   494,  1412)
	 23: Rel (     0,    -7)  ->  Abs (   494,  1405)
	 24: Rel (     0,   -27)  ->  Abs (   494,  1378)
	 25: Rel (    27,     0)  ->  Abs (   521,  1378)
	 26: Rel (    43,     0)  ->  Abs (   564,  1378)
	 27: Rel (    18,    67)  ->  Abs (   582,  1445)
	 28: Rel (    18,    66)  ->  Abs (   600,  1511)
	 29: Rel (     1,     0)  ->  Abs (   601,  1511)
	 30: Rel (    15,     0)  ->  Abs (   616,  1511)
	 31: Rel (     4,   -36)  ->  Abs (   620,  1475)
	 32: Rel (     4,   -37)  ->  Abs (   624,  1438)
	 33: Rel (    33,     0)  ->  Abs (   657,  1438)
	 34: Rel (    34,     0)  ->  Abs (   691,  1438)
	 35: Rel (     7,    65)  ->  Abs (   698,  1503)
	 36: Rel (     8,    64)  ->  Abs (   706,  1567)
	 37: Rel (    10,     0)  ->  Abs (   716,  1567)
	 38: Rel (    30,     0)  ->  Abs (   746,  1567)
	 39: Rel (     0,  -109)  ->  Abs (   746,  1458)
	 40: Rel (     0,   -51)  ->  Abs (   746,  1407)
	 41: Rel (   -52,   -73)  ->  Abs (   694,  1334)
	 42: Rel (   -34,    -1)  ->  Abs (   660,  1333)
	 43: Rel (   -27,     0)  ->  Abs (   633,  1333)

	Glyph 842: off = 0x0002BF16, len = 490
	  numberOfContours:	3
	  xMin:			424
	  yMin:			1282
	  xMax:			758
	  yMax:			1947

	EndPoints
	---------
	  0:  21
	  1:  29
	  2:  62

	  Length of Instructions:	318
	00000: PUSHW[2]             13   -16 
	00005: NPUSHB      (27):    29    33    52    40    18   214    13     2     1     0 
	                            20    20    16     8     8    26    64    29    41    52 
	                            26    26    18     3    13     3    22 
	00034: PUSHW[1]            906 
	00037: NPUSHB      (23):    16    64    11    13    52    16    64    30    32    52 
	                            16    64    28    59    52    16    64     9    18    52 
	                            16    16    48 
	00062: PUSHW[1]            -64 
	00065: NPUSHB      (29):    11    29    52    48    48    56    36    64    48    54 
	                            52    36    64    11    18    52    36    64    30    32 
	                            52     0    36     1    36    36    56    56    52 
	00096: PUSHW[1]            -64 
	00099: PUSHB[4]             71    71    52    52 
	00104: PUSHW[1]            -64 
	00107: PUSHB[4]             51    54    52    52 
	00112: PUSHW[1]            -64 
	00115: PUSHB[4]             30    32    52    52 
	00120: PUSHW[4]            902    61    44   900 
	00129: NPUSHB      (27):    32    61    61    32    13    11    22    24    18     3 
	                            28     0     0     5    16    64    34    42    52    16 
	                            64    11    28    52    16    16    11 
	00158: PUSHW[1]            876 
	00161: NPUSHB      (21):    24    64    46    63    52    24    64    29    38    52 
	                             0    24     1    64    24    80    24     2    24    24 
	                            28 
	00184: PUSHW[1]            879 
	00187: NPUSHB      (33):     5     5    30    30    58    56    56    58    36    36 
	                            48    48    34    58    64    40    45    52    58    64 
	                             9    31    52   255    58     1    58    58    48    34 
	                             1    34     4 
	00222: PUSHW[1]            340 
	00225: SCANCTRL   
	00226: SCANTYPE   
	00227: MDAP[rd]   
	00228: DELTAP1    
	00229: SHP[rp1,zp0] 
	00230: MDAP[rd]   
	00231: DELTAP1    
	00232: CALL       
	00233: CALL       
	00234: RTHG       
	00235: SRP2       
	00236: IP         
	00237: MDAP[rd]   
	00238: SHP[rp2,zp1] 
	00239: MDAP[rd]   
	00240: SRP1       
	00241: SHP[rp1,zp0] 
	00242: MDAP[rd]   
	00243: SRP1       
	00244: IP         
	00245: MDAP[rd]   
	00246: SHP[rp2,zp1] 
	00247: RTG        
	00248: MDAP[rd]   
	00249: MIRP[srp0,md,rd,1] 
	00250: SHP[rp2,zp1] 
	00251: MDAP[rd]   
	00252: DELTAP1    
	00253: DELTAP1    
	00254: CALL       
	00255: CALL       
	00256: MIRP[srp0,md,rd,1] 
	00257: SHP[rp2,zp1] 
	00258: MDAP[rd]   
	00259: CALL       
	00260: CALL       
	00261: SRP1       
	00262: SHP[rp1,zp0] 
	00263: MDAP[rd]   
	00264: SRP1       
	00265: SHP[rp1,zp0] 
	00266: SHP[rp1,zp0] 
	00267: SRP2       
	00268: IP         
	00269: SRP1       
	00270: IP         
	00271: SVTCA[y-axis] 
	00272: MDAP[rd]   
	00273: SHP[rp1,zp0] 
	00274: MDAP[rd]   
	00275: SRP0       
	00276: MIRP[nrp0,md,rd,1] 
	00277: SRP0       
	00278: MIRP[srp0,md,rd,1] 
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: SHP[rp2,zp1] 
	00283: MDAP[rd]   
	00284: SHP[rp1,zp0] 
	00285: MDAP[rd]   
	00286: DELTAP1    
	00287: CALL       
	00288: CALL       
	00289: CALL       
	00290: SRP2       
	00291: IP         
	00292: MDAP[rd]   
	00293: CALL       
	00294: SHP[rp2,zp1] 
	00295: MDAP[rd]   
	00296: CALL       
	00297: CALL       
	00298: CALL       
	00299: CALL       
	00300: MIRP[nrp0,md,rd,1] 
	00301: SLOOP      
	00302: IP         
	00303: SHP[rp2,zp1] 
	00304: MDAP[rd]   
	00305: CALL       
	00306: SHP[rp1,zp0] 
	00307: MDAP[rd]   
	00308: SRP1       
	00309: SHP[rp1,zp0] 
	00310: MDAP[rd]   
	00311: SHP[rp1,zp0] 
	00312: SHP[rp1,zp0] 
	00313: IUP[y]     
	00314: IUP[x]     
	00315: SVTCA[y-axis] 
	00316: DELTAP2    
	00317: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:        XDual                 X-Short On
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off
	 54:  YDual XDual         Y-Short X-Short On
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short X-Short Off
	 60:                      Y-Short X-Short Off
	 61:  YDual                       X-Short On
	 62:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   424,  1533)  ->  Abs (   424,  1533)
	  1: Rel (     0,    13)  ->  Abs (   424,  1546)
	  2: Rel (   143,    65)  ->  Abs (   567,  1611)
	  3: Rel (    54,    78)  ->  Abs (   621,  1689)
	  4: Rel (   -59,    37)  ->  Abs (   562,  1726)
	  5: Rel (     0,    53)  ->  Abs (   562,  1779)
	  6: Rel (     1,    45)  ->  Abs (   563,  1824)
	  7: Rel (    86,   123)  ->  Abs (   649,  1947)
	  8: Rel (    38,     0)  ->  Abs (   687,  1947)
	  9: Rel (    23,     0)  ->  Abs (   710,  1947)
	 10: Rel (    34,   -58)  ->  Abs (   744,  1889)
	 11: Rel (     0,   -36)  ->  Abs (   744,  1853)
	 12: Rel (     0,   -49)  ->  Abs (   744,  1804)
	 13: Rel (   -35,   -66)  ->  Abs (   709,  1738)
	 14: Rel (    49,   -23)  ->  Abs (   758,  1715)
	 15: Rel (     0,   -28)  ->  Abs (   758,  1687)
	 16: Rel (     0,   -49)  ->  Abs (   758,  1638)
	 17: Rel (   -26,     0)  ->  Abs (   732,  1638)
	 18: Rel (   -78,    37)  ->  Abs (   654,  1675)
	 19: Rel (  -117,  -150)  ->  Abs (   537,  1525)
	 20: Rel (   -82,     0)  ->  Abs (   455,  1525)
	 21: Rel (   -16,     0)  ->  Abs (   439,  1525)
	 22: Rel (   239,   228)  ->  Abs (   678,  1753)
	 23: Rel (    17,    31)  ->  Abs (   695,  1784)
	 24: Rel (     0,    32)  ->  Abs (   695,  1816)
	 25: Rel (     0,    61)  ->  Abs (   695,  1877)
	 26: Rel (   -41,     0)  ->  Abs (   654,  1877)
	 27: Rel (   -39,     0)  ->  Abs (   615,  1877)
	 28: Rel (     0,   -51)  ->  Abs (   615,  1826)
	 29: Rel (     0,   -60)  ->  Abs (   615,  1766)
	 30: Rel (     1,  -398)  ->  Abs (   616,  1368)
	 31: Rel (   -43,   -86)  ->  Abs (   573,  1282)
	 32: Rel (   -49,     0)  ->  Abs (   524,  1282)
	 33: Rel (   -66,     0)  ->  Abs (   458,  1282)
	 34: Rel (     0,    94)  ->  Abs (   458,  1376)
	 35: Rel (     0,    84)  ->  Abs (   458,  1460)
	 36: Rel (    29,     0)  ->  Abs (   487,  1460)
	 37: Rel (    13,     0)  ->  Abs (   500,  1460)
	 38: Rel (     0,   -16)  ->  Abs (   500,  1444)
	 39: Rel (     0,    -5)  ->  Abs (   500,  1439)
	 40: Rel (    -2,   -12)  ->  Abs (   498,  1427)
	 41: Rel (    -2,   -13)  ->  Abs (   496,  1414)
	 42: Rel (     0,    -7)  ->  Abs (   496,  1407)
	 43: Rel (     0,   -27)  ->  Abs (   496,  1380)
	 44: Rel (    28,     0)  ->  Abs (   524,  1380)
	 45: Rel (    43,     0)  ->  Abs (   567,  1380)
	 46: Rel (    17,    66)  ->  Abs (   584,  1446)
	 47: Rel (    18,    67)  ->  Abs (   602,  1513)
	 48: Rel (     2,     0)  ->  Abs (   604,  1513)
	 49: Rel (    14,     0)  ->  Abs (   618,  1513)
	 50: Rel (     4,   -37)  ->  Abs (   622,  1476)
	 51: Rel (     4,   -37)  ->  Abs (   626,  1439)
	 52: Rel (    35,     0)  ->  Abs (   661,  1439)
	 53: Rel (    32,     0)  ->  Abs (   693,  1439)
	 54: Rel (     7,    63)  ->  Abs (   700,  1502)
	 55: Rel (     7,    64)  ->  Abs (   707,  1566)
	 56: Rel (    11,     0)  ->  Abs (   718,  1566)
	 57: Rel (    31,     0)  ->  Abs (   749,  1566)
	 58: Rel (     0,  -108)  ->  Abs (   749,  1458)
	 59: Rel (     1,   -51)  ->  Abs (   750,  1407)
	 60: Rel (   -53,   -72)  ->  Abs (   697,  1335)
	 61: Rel (   -36,     0)  ->  Abs (   661,  1335)
	 62: Rel (   -30,     0)  ->  Abs (   631,  1335)

	Glyph 843: off = 0x0002C100, len = 346
	  numberOfContours:	2
	  xMin:			458
	  yMin:			1253
	  xMax:			749
	  yMax:			1702

	EndPoints
	---------
	  0:  33
	  1:  44

	  Length of Instructions:	219
	00000: PUSHW[2]             19   -64 
	00005: NPUSHB      (29):    11    19    52    19    19    27     7    64    48    54 
	                            52     7    64    11    18    52     7    64    29    32 
	                            52     0     7     1     7     7    27    27    23 
	00036: PUSHW[1]            -64 
	00039: PUSHB[4]             71    71    52    23 
	00044: PUSHW[1]            -64 
	00047: PUSHB[4]             51    54    52    23 
	00052: PUSHW[1]            -64 
	00055: PUSHB[4]             30    32    52    23 
	00060: PUSHW[4]            902    32    15   900 
	00069: NPUSHB      (19):     2   175    32     1    32    32     2    64    24    68 
	                            52     2    64     9    18    52     2     2    39 
	00090: PUSHW[4]            936    44    38   936 
	00099: PUSHB[4]             16    44     1    44 
	00104: PUSHW[1]            935 
	00107: NPUSHB      (40):    34     0     0    29    27    27    29     7     7    19 
	                            19     4    29    64    40    46    52    29    64     9 
	                            32    52   255    29     1    29    29     4     4    42 
	                            64    18    26    52    42    64     9    11    52    42 
	00149: PUSHW[4]            934    36     5   340 
	00158: SCANCTRL   
	00159: SCANTYPE   
	00160: MDAP[rd]   
	00161: MIRP[nrp0,md,rd,1] 
	00162: CALL       
	00163: CALL       
	00164: SHP[rp1,zp0] 
	00165: MDAP[rd]   
	00166: SHP[rp1,zp0] 
	00167: MDAP[rd]   
	00168: DELTAP1    
	00169: CALL       
	00170: CALL       
	00171: RTHG       
	00172: SRP2       
	00173: IP         
	00174: MDAP[rd]   
	00175: SHP[rp2,zp1] 
	00176: MDAP[rd]   
	00177: SRP1       
	00178: SHP[rp1,zp0] 
	00179: MDAP[rd]   
	00180: SRP1       
	00181: IP         
	00182: MDAP[rd]   
	00183: SVTCA[y-axis] 
	00184: RTG        
	00185: MDAP[rd]   
	00186: MIRP[nrp0,nmd,rd,0] 
	00187: DELTAP1    
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP0       
	00190: MIRP[srp0,md,rd,1] 
	00191: SHP[rp2,zp1] 
	00192: MDAP[rd]   
	00193: CALL       
	00194: CALL       
	00195: SHP[rp1,zp0] 
	00196: MDAP[rd]   
	00197: DELTAP1    
	00198: SRP0       
	00199: MIRP[nrp0,md,rd,1] 
	00200: SRP0       
	00201: MIRP[srp0,md,rd,1] 
	00202: CALL       
	00203: CALL       
	00204: CALL       
	00205: SHP[rp2,zp1] 
	00206: MDAP[rd]   
	00207: SHP[rp1,zp0] 
	00208: MDAP[rd]   
	00209: DELTAP1    
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: SRP2       
	00214: IP         
	00215: MDAP[rd]   
	00216: CALL       
	00217: IUP[y]     
	00218: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   616,  1512)  ->  Abs (   616,  1512)
	  1: Rel (   -42,   -84)  ->  Abs (   574,  1428)
	  2: Rel (   -50,     0)  ->  Abs (   524,  1428)
	  3: Rel (   -66,     0)  ->  Abs (   458,  1428)
	  4: Rel (     0,    84)  ->  Abs (   458,  1512)
	  5: Rel (     0,    26)  ->  Abs (   458,  1538)
	  6: Rel (    17,    56)  ->  Abs (   475,  1594)
	  7: Rel (    10,     0)  ->  Abs (   485,  1594)
	  8: Rel (    11,     0)  ->  Abs (   496,  1594)
	  9: Rel (     0,   -15)  ->  Abs (   496,  1579)
	 10: Rel (     0,    -5)  ->  Abs (   496,  1574)
	 11: Rel (    -2,   -13)  ->  Abs (   494,  1561)
	 12: Rel (    -2,   -14)  ->  Abs (   492,  1547)
	 13: Rel (     0,    -6)  ->  Abs (   492,  1541)
	 14: Rel (     0,   -27)  ->  Abs (   492,  1514)
	 15: Rel (    28,     0)  ->  Abs (   520,  1514)
	 16: Rel (    43,     0)  ->  Abs (   563,  1514)
	 17: Rel (    18,    66)  ->  Abs (   581,  1580)
	 18: Rel (    17,    67)  ->  Abs (   598,  1647)
	 19: Rel (     7,     0)  ->  Abs (   605,  1647)
	 20: Rel (    10,     0)  ->  Abs (   615,  1647)
	 21: Rel (     5,   -36)  ->  Abs (   620,  1611)
	 22: Rel (     6,   -36)  ->  Abs (   626,  1575)
	 23: Rel (    35,     0)  ->  Abs (   661,  1575)
	 24: Rel (    32,     0)  ->  Abs (   693,  1575)
	 25: Rel (     7,    63)  ->  Abs (   700,  1638)
	 26: Rel (     7,    64)  ->  Abs (   707,  1702)
	 27: Rel (    11,     0)  ->  Abs (   718,  1702)
	 28: Rel (    27,     0)  ->  Abs (   745,  1702)
	 29: Rel (     0,  -106)  ->  Abs (   745,  1596)
	 30: Rel (     0,   -46)  ->  Abs (   745,  1550)
	 31: Rel (   -58,   -69)  ->  Abs (   687,  1481)
	 32: Rel (   -28,     0)  ->  Abs (   659,  1481)
	 33: Rel (   -29,     0)  ->  Abs (   630,  1481)
	 34: Rel (  -145,  -223)  ->  Abs (   485,  1258)
	 35: Rel (   -13,    -5)  ->  Abs (   472,  1253)
	 36: Rel (     0,    30)  ->  Abs (   472,  1283)
	 37: Rel (     0,    24)  ->  Abs (   472,  1307)
	 38: Rel (    15,     6)  ->  Abs (   487,  1313)
	 39: Rel (   248,   105)  ->  Abs (   735,  1418)
	 40: Rel (     9,     0)  ->  Abs (   744,  1418)
	 41: Rel (     5,    -7)  ->  Abs (   749,  1411)
	 42: Rel (     0,   -14)  ->  Abs (   749,  1397)
	 43: Rel (     0,   -27)  ->  Abs (   749,  1370)
	 44: Rel (   -14,    -6)  ->  Abs (   735,  1364)

	Glyph 844: off = 0x0002C25A, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-427
	  xMax:			1229
	  yMax:			626

	     0: Flags:		0x0236
		Glyf Index:	1115
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	351
		Y WOffset:	-1279
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[7]              1    47    64    13    13    52    47 
	00008: SVTCA[x-axis] 
	00009: SRP1       
	00010: CALL       
	00011: SHC[rp1,zp0] 

	Glyph 845: off = 0x0002C280, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			29
	  yMin:			-402
	  xMax:			1229
	  yMax:			911

	     0: Flags:		0x0236
		Glyf Index:	1116
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1021
		X WOffset:	-211
		Y WOffset:	-163
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	326
		Y WOffset:	-1257
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     2    15    54     1    54     1     0    50    16    50 
	                             2    50 
	00014: SVTCA[x-axis] 
	00015: SRP1       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 
	00018: SVTCA[x-axis] 
	00019: SRP1       
	00020: DELTAP1    
	00021: SHC[rp1,zp0] 

	Glyph 846: off = 0x0002C2B8, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			43
	  yMin:			-561
	  xMax:			1229
	  yMax:			339

	     0: Flags:		0x0236
		Glyf Index:	1117
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	471
		Y WOffset:	-1267
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     1   224    55     1    55     1     0    52    52    57 
	                            57    64 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: SHC[rp1,zp0] 
	00017: SVTCA[y-axis] 
	00018: SRP1       
	00019: DELTAP1    
	00020: SHC[rp1,zp0] 

	Glyph 847: off = 0x0002C2E8, len = 568
	  numberOfContours:	3
	  xMin:			43
	  yMin:			-561
	  xMax:			1229
	  yMax:			339

	EndPoints
	---------
	  0:  57
	  1:  61
	  2:  69

	  Length of Instructions:	362
	00000: PUSHB[6]             44     8    17    19    52    20 
	00007: PUSHW[1]            -24 
	00010: NPUSHB      (17):    18    20    52     7    40     1   198    34   214    34 
	                             2    23    24    10    15    52    53 
	00029: PUSHW[1]            -16 
	00032: PUSHB[4]             17    19    52     7 
	00037: PUSHW[1]            -16 
	00040: NPUSHB      (43):    43    45    52   200     4   198    52   218     4   214 
	                            52     4   203    44   203    45   219    44   219    45 
	                             4   107    14   107    16   150    44   249    44   249 
	                            45     5    44    45    16    14     4     8    37    58 
	                            60    60    61 
	00085: PUSHW[1]            924 
	00088: PUSHB[8]             59    28    64     9    15    52    28     0 
	00097: PUSHW[4]            907     1     8   907 
	00106: PUSHB[7]             15    51   207    51     2    51    37 
	00114: PUSHW[3]            907    22   -64 
	00121: NPUSHB      (20):     9    12    52    22   189    65    66    62    65    63 
	                            68    68    67    69    64    64    63    67    67    65 
	00143: PUSHW[1]            955 
	00146: NPUSHB      (14):    63    69    69    63    69    67    67    66    68    63 
	                            65    65    64    68 
	00162: PUSHW[3]            954    64   -64 
	00169: PUSHB[4]             12    22    52    64 
	00174: PUSHW[1]            954 
	00177: NPUSHB      (11):    62     0    66   208    66     2    66    59    61    61 
	                            60 
	00190: PUSHW[4]            923    58    41   883 
	00199: NPUSHB      (34):     0    18     1   160    18   192    18   208    18   240 
	                            18     4    64    18    80    18   128    18   144    18 
	                             4     0    18    96    18   112    18   224    18     4 
	                            18    18     1    12 
	00235: PUSHW[1]            878 
	00238: NPUSHB      (11):    47    47    24     0     1   112    30     1    30    30 
	                            33 
	00251: PUSHW[4]            883    24     4   340 
	00260: SCANCTRL   
	00261: SCANTYPE   
	00262: MDAP[rd]   
	00263: MIRP[srp0,md,rd,1] 
	00264: SHP[rp2,zp1] 
	00265: MDAP[rd]   
	00266: DELTAP1    
	00267: MDAP[rd]   
	00268: ALIGNRP    
	00269: SRP2       
	00270: IP         
	00271: MDAP[rd]   
	00272: MIRP[nrp0,md,rd,1] 
	00273: SRP2       
	00274: IP         
	00275: MDAP[rd]   
	00276: DELTAP1    
	00277: DELTAP1    
	00278: DELTAP1    
	00279: DELTAP2    
	00280: MIRP[nrp0,md,rd,1] 
	00281: MDAP[rd]   
	00282: MIRP[nrp0,md,rd,1] 
	00283: RTDG       
	00284: IP         
	00285: MDAP[rd]   
	00286: RTG        
	00287: ALIGNRP    
	00288: MDAP[rd]   
	00289: DELTAP1    
	00290: SHP[rp1,zp0] 
	00291: MIRP[nrp0,md,rd,1] 
	00292: CALL       
	00293: MIRP[nrp0,md,rd,1] 
	00294: RTDG       
	00295: SRP2       
	00296: IP         
	00297: MDAP[rd]   
	00298: ALIGNRP    
	00299: SRP1       
	00300: SRP2       
	00301: IP         
	00302: MDAP[rd]   
	00303: ALIGNRP    
	00304: RTG        
	00305: SVTCA[y-axis] 
	00306: MDAP[rd]   
	00307: SHP[rp1,zp0] 
	00308: MDAP[rd]   
	00309: SRP0       
	00310: MIRP[srp0,md,rd,1] 
	00311: SHP[rp2,zp1] 
	00312: MDAP[rd]   
	00313: RTDG       
	00314: SRP1       
	00315: IP         
	00316: MDAP[rd]   
	00317: SRP1       
	00318: SRP2       
	00319: IP         
	00320: MDAP[rd]   
	00321: RTG        
	00322: SRP1       
	00323: SRP2       
	00324: IP         
	00325: IP         
	00326: SRP0       
	00327: MIRP[srp0,md,rd,2] 
	00328: CALL       
	00329: MIRP[nrp0,md,rd,1] 
	00330: MDAP[rd]   
	00331: DELTAP1    
	00332: MIRP[nrp0,md,rd,1] 
	00333: MDAP[rd]   
	00334: MIRP[nrp0,md,rd,1] 
	00335: MDAP[rd]   
	00336: CALL       
	00337: MDAP[rd]   
	00338: MIRP[nrp0,md,rd,1] 
	00339: RTDG       
	00340: IP         
	00341: MDAP[rd]   
	00342: ALIGNRP    
	00343: RTG        
	00344: SRP1       
	00345: SRP2       
	00346: SLOOP      
	00347: IP         
	00348: DELTAP2    
	00349: DELTAP1    
	00350: IUP[y]     
	00351: IUP[x]     
	00352: SVTCA[x-axis] 
	00353: DELTAP1    
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: SVTCA[y-axis] 
	00358: DELTAP1    
	00359: DELTAP2    
	00360: CALL       
	00361: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                               Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On
	 45:  YDual               Y-Short X-Short On
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:        XDual                 X-Short On
	 59:                      Y-Short X-Short On
	 60:  YDual               Y-Short X-Short On
	 61:  YDual XDual         Y-Short X-Short On
	 62:                                      On
	 63:                      Y-Short X-Short On
	 64:  YDual               Y-Short X-Short On
	 65:  YDual XDual         Y-Short X-Short On
	 66:        XDual         Y-Short X-Short On
	 67:  YDual XDual         Y-Short X-Short On
	 68:        XDual         Y-Short X-Short On
	 69:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,   123)  ->  Abs (  1229,   123)
	  1: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  2: Rel (  -131,     0)  ->  Abs (  1098,     0)
	  3: Rel (   -68,     0)  ->  Abs (  1030,     0)
	  4: Rel (   -40,    38)  ->  Abs (   990,    38)
	  5: Rel (   -24,    22)  ->  Abs (   966,    60)
	  6: Rel (   -42,    76)  ->  Abs (   924,   136)
	  7: Rel (   -47,    82)  ->  Abs (   877,   218)
	  8: Rel (   -63,     0)  ->  Abs (   814,   218)
	  9: Rel (   -60,     0)  ->  Abs (   754,   218)
	 10: Rel (   -79,   -31)  ->  Abs (   675,   187)
	 11: Rel (   -95,   -39)  ->  Abs (   580,   148)
	 12: Rel (     0,   -50)  ->  Abs (   580,    98)
	 13: Rel (     0,   -27)  ->  Abs (   580,    71)
	 14: Rel (    91,   -20)  ->  Abs (   671,    51)
	 15: Rel (   149,   -33)  ->  Abs (   820,    18)
	 16: Rel (    35,   -11)  ->  Abs (   855,     7)
	 17: Rel (    87,   -28)  ->  Abs (   942,   -21)
	 18: Rel (     0,  -119)  ->  Abs (   942,  -140)
	 19: Rel (     0,   -88)  ->  Abs (   942,  -228)
	 20: Rel (  -195,   -83)  ->  Abs (   747,  -311)
	 21: Rel (  -152,   -64)  ->  Abs (   595,  -375)
	 22: Rel (  -168,     0)  ->  Abs (   427,  -375)
	 23: Rel (  -384,     0)  ->  Abs (    43,  -375)
	 24: Rel (     0,   234)  ->  Abs (    43,  -141)
	 25: Rel (     0,    56)  ->  Abs (    43,   -85)
	 26: Rel (    32,    71)  ->  Abs (    75,   -14)
	 27: Rel (    37,    79)  ->  Abs (   112,    65)
	 28: Rel (    44,     0)  ->  Abs (   156,    65)
	 29: Rel (    15,     0)  ->  Abs (   171,    65)
	 30: Rel (     0,   -21)  ->  Abs (   171,    44)
	 31: Rel (     0,     4)  ->  Abs (   171,    48)
	 32: Rel (   -66,  -128)  ->  Abs (   105,   -80)
	 33: Rel (     0,   -44)  ->  Abs (   105,  -124)
	 34: Rel (     0,   -80)  ->  Abs (   105,  -204)
	 35: Rel (   102,   -31)  ->  Abs (   207,  -235)
	 36: Rel (   123,   -27)  ->  Abs (   330,  -262)
	 37: Rel (   121,     0)  ->  Abs (   451,  -262)
	 38: Rel (   101,     0)  ->  Abs (   552,  -262)
	 39: Rel (   163,    29)  ->  Abs (   715,  -233)
	 40: Rel (   157,    37)  ->  Abs (   872,  -196)
	 41: Rel (     0,    35)  ->  Abs (   872,  -161)
	 42: Rel (     0,    30)  ->  Abs (   872,  -131)
	 43: Rel (   -33,    26)  ->  Abs (   839,  -105)
	 44: Rel (   -47,    11)  ->  Abs (   792,   -94)
	 45: Rel (  -143,    32)  ->  Abs (   649,   -62)
	 46: Rel (  -120,    28)  ->  Abs (   529,   -34)
	 47: Rel (     0,    78)  ->  Abs (   529,    44)
	 48: Rel (     0,   114)  ->  Abs (   529,   158)
	 49: Rel (   117,    93)  ->  Abs (   646,   251)
	 50: Rel (   110,    88)  ->  Abs (   756,   339)
	 51: Rel (   115,     0)  ->  Abs (   871,   339)
	 52: Rel (    45,     0)  ->  Abs (   916,   339)
	 53: Rel (    54,  -100)  ->  Abs (   970,   239)
	 54: Rel (    35,   -65)  ->  Abs (  1005,   174)
	 55: Rel (    22,   -20)  ->  Abs (  1027,   154)
	 56: Rel (    34,   -31)  ->  Abs (  1061,   123)
	 57: Rel (    60,     0)  ->  Abs (  1121,   123)
	 58: Rel (   107,  -424)  ->  Abs (  1228,  -301)
	 59: Rel (  -109,  -111)  ->  Abs (  1119,  -412)
	 60: Rel (  -111,   111)  ->  Abs (  1008,  -301)
	 61: Rel (   111,   109)  ->  Abs (  1119,  -192)
	 62: Rel (  -685,  -287)  ->  Abs (   434,  -479)
	 63: Rel (   -81,   -82)  ->  Abs (   353,  -561)
	 64: Rel (   -82,    83)  ->  Abs (   271,  -478)
	 65: Rel (    82,    82)  ->  Abs (   353,  -396)
	 66: Rel (    75,   -75)  ->  Abs (   428,  -471)
	 67: Rel (    82,    81)  ->  Abs (   510,  -390)
	 68: Rel (    83,   -82)  ->  Abs (   593,  -472)
	 69: Rel (   -83,   -83)  ->  Abs (   510,  -555)

	Glyph 848: off = 0x0002C520, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-427
	  xMax:			1229
	  yMax:			1086

	     0: Flags:		0x0236
		Glyf Index:	1115
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	350
		Y WOffset:	184
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    32    51   191    51     2     0    51    51    54 
	                            54    64 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 

	Glyph 849: off = 0x0002C54C, len = 102
	  numberOfContours:	-1  (Composite)
	  xMin:			29
	  yMin:			-383
	  xMax:			1229
	  yMax:			1064

	     0: Flags:		0x0236
		Glyf Index:	1116
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1021
		X WOffset:	-211
		Y WOffset:	-83
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	332
		Y WOffset:	162
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (48):     2   176    55   192    55   208    55     3    55     1 
	                            16    51     1    16    51    48    51    80    51     3 
	                            48    51   224    51   240    51     3    51     1   224 
	                            50     1    50     2    79    54    95    54   191    54 
	                           207    54   224    54   240    54     6    54 
	00050: SVTCA[x-axis] 
	00051: SRP1       
	00052: DELTAP1    
	00053: SHC[rp1,zp0] 
	00054: SVTCA[x-axis] 
	00055: SRP1       
	00056: DELTAP1    
	00057: SHC[rp1,zp0] 
	00058: SVTCA[y-axis] 
	00059: SRP1       
	00060: DELTAP1    
	00061: DELTAP2    
	00062: DELTAP3    
	00063: SHC[rp1,zp0] 
	00064: SVTCA[y-axis] 
	00065: SRP1       
	00066: DELTAP1    
	00067: SHC[rp1,zp0] 

	Glyph 850: off = 0x0002C5B2, len = 90
	  numberOfContours:	-1  (Composite)
	  xMin:			43
	  yMin:			-561
	  xMax:			1229
	  yMax:			730

	     0: Flags:		0x0236
		Glyf Index:	1117
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	232
		Y WOffset:	-172
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[2]              1    55 
	00003: PUSHW[1]            -64 
	00006: PUSHB[4]             13    22    52    55 
	00011: PUSHW[1]            -64 
	00014: NPUSHB      (35):    36    41    52    31    55     1   239    55   255    55 
	                             2    31    55    96    55   176    55     3    55     1 
	                            54    64    16    20    52    63    54    79    54   208 
	                            54   240    54     4    54 
	00051: SVTCA[x-axis] 
	00052: SRP1       
	00053: DELTAP1    
	00054: CALL       
	00055: SHC[rp1,zp0] 
	00056: SVTCA[y-axis] 
	00057: SRP1       
	00058: DELTAP1    
	00059: DELTAP1    
	00060: DELTAP3    
	00061: CALL       
	00062: CALL       
	00063: SHC[rp1,zp0] 

	Glyph 851: off = 0x0002C60C, len = 652
	  numberOfContours:	3
	  xMin:			43
	  yMin:			-561
	  xMax:			1229
	  yMax:			731

	EndPoints
	---------
	  0:  7
	  1:  65
	  2:  73

	  Length of Instructions:	433
	00000: PUSHB[6]             52     8    17    19    52    28 
	00007: PUSHW[1]            -24 
	00010: NPUSHB      (17):    18    20    52     7    48     1   198    42   214    42 
	                             2    31    24    10    15    52    61 
	00029: PUSHW[1]            -16 
	00032: PUSHB[4]             17    19    52    15 
	00037: PUSHW[1]            -16 
	00040: NPUSHB      (26):    43    45    52   200    12   198    60   218    12   214 
	                            60     4     0     4     1     3     6     6     7     5 
	                             2     2     3     7     7     1 
	00068: PUSHW[1]            924 
	00071: NPUSHB      (41):     3     5     5    15     3     1     3   203    52   203 
	                            53   219    52   219    53     4   107    22   107    24 
	                           150    52   249    52   249    53     5    52    53    24 
	                            22     4    16    45    36    64     9    15    52    36 
	                             8 
	00114: PUSHW[4]            907     9    16   907 
	00123: PUSHB[7]             15    59   207    59     2    59    45 
	00131: PUSHW[3]            907    30   -64 
	00138: NPUSHB      (20):     9    12    52    30   189    69    70    66    69    67 
	                            72    72    71    73    68    68    67    71    71    69 
	00160: PUSHW[1]            955 
	00163: NPUSHB      (14):    67    73    73    67     7     5     5     4     6     1 
	                             3     3     2     6 
	00179: PUSHW[3]            923     2   -64 
	00186: PUSHB[4]             12    22    52     2 
	00191: PUSHW[1]            923 
	00194: NPUSHB      (23):     0     0     4    63     4   111     4   127     4   208 
	                             4     5     4    73    71    71    70    72    67    69 
	                            69    68    72 
	00219: PUSHW[3]            954    68   -64 
	00226: PUSHB[4]             12    22    52    68 
	00231: PUSHW[1]            954 
	00234: PUSHB[8]             66     0    70   208    70     2    70    49 
	00243: PUSHW[1]            883 
	00246: NPUSHB      (34):     0    26     1   160    26   192    26   208    26   240 
	                            26     4    64    26    80    26   128    26   144    26 
	                             4     0    26    96    26   112    26   224    26     4 
	                            26    26     9    20 
	00282: PUSHW[1]            878 
	00285: NPUSHB      (11):    55    55    32     8     9   112    38     1    38    38 
	                            41 
	00298: PUSHW[4]            883    32     4   340 
	00307: SCANCTRL   
	00308: SCANTYPE   
	00309: MDAP[rd]   
	00310: MIRP[srp0,md,rd,1] 
	00311: SHP[rp2,zp1] 
	00312: MDAP[rd]   
	00313: DELTAP1    
	00314: MDAP[rd]   
	00315: ALIGNRP    
	00316: SRP2       
	00317: IP         
	00318: MDAP[rd]   
	00319: MIRP[nrp0,md,rd,1] 
	00320: SRP2       
	00321: IP         
	00322: MDAP[rd]   
	00323: DELTAP1    
	00324: DELTAP1    
	00325: DELTAP1    
	00326: DELTAP2    
	00327: MIRP[nrp0,md,rd,1] 
	00328: MDAP[rd]   
	00329: DELTAP1    
	00330: SHP[rp1,zp0] 
	00331: MIRP[nrp0,md,rd,1] 
	00332: CALL       
	00333: MIRP[nrp0,md,rd,1] 
	00334: RTDG       
	00335: SRP2       
	00336: IP         
	00337: MDAP[rd]   
	00338: ALIGNRP    
	00339: SRP1       
	00340: SRP2       
	00341: IP         
	00342: MDAP[rd]   
	00343: ALIGNRP    
	00344: RTG        
	00345: MDAP[rd]   
	00346: DELTAP1    
	00347: SHP[rp1,zp0] 
	00348: MIRP[nrp0,md,rd,1] 
	00349: CALL       
	00350: MIRP[nrp0,md,rd,1] 
	00351: RTDG       
	00352: SRP2       
	00353: IP         
	00354: MDAP[rd]   
	00355: ALIGNRP    
	00356: SRP1       
	00357: SRP2       
	00358: IP         
	00359: MDAP[rd]   
	00360: ALIGNRP    
	00361: RTG        
	00362: SVTCA[y-axis] 
	00363: MDAP[rd]   
	00364: SHP[rp1,zp0] 
	00365: MDAP[rd]   
	00366: SRP0       
	00367: MIRP[srp0,md,rd,1] 
	00368: SHP[rp2,zp1] 
	00369: MDAP[rd]   
	00370: RTDG       
	00371: SRP1       
	00372: IP         
	00373: MDAP[rd]   
	00374: SRP1       
	00375: SRP2       
	00376: IP         
	00377: MDAP[rd]   
	00378: RTG        
	00379: SRP1       
	00380: SRP2       
	00381: IP         
	00382: IP         
	00383: SRP0       
	00384: MIRP[srp0,md,rd,2] 
	00385: CALL       
	00386: MIRP[nrp0,md,rd,1] 
	00387: MDAP[rd]   
	00388: DELTAP1    
	00389: MIRP[nrp0,md,rd,1] 
	00390: MDAP[rd]   
	00391: MIRP[nrp0,md,rd,1] 
	00392: MDAP[rd]   
	00393: CALL       
	00394: SRP1       
	00395: SRP2       
	00396: SLOOP      
	00397: IP         
	00398: DELTAP2    
	00399: DELTAP1    
	00400: MDAP[rd]   
	00401: DELTAP1    
	00402: SHP[rp1,zp0] 
	00403: MDAP[rd]   
	00404: SRP0       
	00405: MIRP[srp0,md,rd,1] 
	00406: SHP[rp2,zp1] 
	00407: MDAP[rd]   
	00408: RTDG       
	00409: SRP1       
	00410: IP         
	00411: MDAP[rd]   
	00412: SRP1       
	00413: SRP2       
	00414: IP         
	00415: MDAP[rd]   
	00416: RTG        
	00417: SRP1       
	00418: SRP2       
	00419: IP         
	00420: IP         
	00421: IUP[y]     
	00422: IUP[x]     
	00423: SVTCA[x-axis] 
	00424: DELTAP1    
	00425: CALL       
	00426: CALL       
	00427: CALL       
	00428: SVTCA[y-axis] 
	00429: DELTAP1    
	00430: DELTAP2    
	00431: CALL       
	00432: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:        XDual         Y-Short         On
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                               Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:                      Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:        XDual         Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual               Y-Short X-Short On
	 53:  YDual               Y-Short X-Short On
	 54:  YDual               Y-Short X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short Off
	 61:        XDual         Y-Short X-Short On
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short Off
	 65:  YDual XDual                 X-Short On
	 66:                                      On
	 67:                      Y-Short X-Short On
	 68:  YDual               Y-Short X-Short On
	 69:  YDual XDual         Y-Short X-Short On
	 70:        XDual         Y-Short X-Short On
	 71:  YDual XDual         Y-Short X-Short On
	 72:        XDual         Y-Short X-Short On
	 73:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   894,   611)  ->  Abs (   894,   611)
	  1: Rel (  -108,  -109)  ->  Abs (   786,   502)
	  2: Rel (  -110,   111)  ->  Abs (   676,   613)
	  3: Rel (   110,   110)  ->  Abs (   786,   723)
	  4: Rel (   100,  -101)  ->  Abs (   886,   622)
	  5: Rel (   109,   109)  ->  Abs (   995,   731)
	  6: Rel (   110,  -110)  ->  Abs (  1105,   621)
	  7: Rel (  -110,  -111)  ->  Abs (   995,   510)
	  8: Rel (   234,  -387)  ->  Abs (  1229,   123)
	  9: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 10: Rel (  -131,     0)  ->  Abs (  1098,     0)
	 11: Rel (   -68,     0)  ->  Abs (  1030,     0)
	 12: Rel (   -40,    38)  ->  Abs (   990,    38)
	 13: Rel (   -24,    22)  ->  Abs (   966,    60)
	 14: Rel (   -42,    76)  ->  Abs (   924,   136)
	 15: Rel (   -47,    82)  ->  Abs (   877,   218)
	 16: Rel (   -63,     0)  ->  Abs (   814,   218)
	 17: Rel (   -60,     0)  ->  Abs (   754,   218)
	 18: Rel (   -79,   -31)  ->  Abs (   675,   187)
	 19: Rel (   -95,   -39)  ->  Abs (   580,   148)
	 20: Rel (     0,   -50)  ->  Abs (   580,    98)
	 21: Rel (     0,   -27)  ->  Abs (   580,    71)
	 22: Rel (    91,   -20)  ->  Abs (   671,    51)
	 23: Rel (   149,   -33)  ->  Abs (   820,    18)
	 24: Rel (    35,   -11)  ->  Abs (   855,     7)
	 25: Rel (    87,   -28)  ->  Abs (   942,   -21)
	 26: Rel (     0,  -119)  ->  Abs (   942,  -140)
	 27: Rel (     0,   -88)  ->  Abs (   942,  -228)
	 28: Rel (  -195,   -83)  ->  Abs (   747,  -311)
	 29: Rel (  -152,   -64)  ->  Abs (   595,  -375)
	 30: Rel (  -168,     0)  ->  Abs (   427,  -375)
	 31: Rel (  -384,     0)  ->  Abs (    43,  -375)
	 32: Rel (     0,   234)  ->  Abs (    43,  -141)
	 33: Rel (     0,    56)  ->  Abs (    43,   -85)
	 34: Rel (    32,    71)  ->  Abs (    75,   -14)
	 35: Rel (    37,    79)  ->  Abs (   112,    65)
	 36: Rel (    44,     0)  ->  Abs (   156,    65)
	 37: Rel (    15,     0)  ->  Abs (   171,    65)
	 38: Rel (     0,   -21)  ->  Abs (   171,    44)
	 39: Rel (     0,     4)  ->  Abs (   171,    48)
	 40: Rel (   -66,  -128)  ->  Abs (   105,   -80)
	 41: Rel (     0,   -44)  ->  Abs (   105,  -124)
	 42: Rel (     0,   -80)  ->  Abs (   105,  -204)
	 43: Rel (   102,   -31)  ->  Abs (   207,  -235)
	 44: Rel (   123,   -27)  ->  Abs (   330,  -262)
	 45: Rel (   121,     0)  ->  Abs (   451,  -262)
	 46: Rel (   101,     0)  ->  Abs (   552,  -262)
	 47: Rel (   163,    29)  ->  Abs (   715,  -233)
	 48: Rel (   157,    37)  ->  Abs (   872,  -196)
	 49: Rel (     0,    35)  ->  Abs (   872,  -161)
	 50: Rel (     0,    30)  ->  Abs (   872,  -131)
	 51: Rel (   -33,    26)  ->  Abs (   839,  -105)
	 52: Rel (   -47,    11)  ->  Abs (   792,   -94)
	 53: Rel (  -143,    32)  ->  Abs (   649,   -62)
	 54: Rel (  -120,    28)  ->  Abs (   529,   -34)
	 55: Rel (     0,    78)  ->  Abs (   529,    44)
	 56: Rel (     0,   114)  ->  Abs (   529,   158)
	 57: Rel (   117,    93)  ->  Abs (   646,   251)
	 58: Rel (   110,    88)  ->  Abs (   756,   339)
	 59: Rel (   115,     0)  ->  Abs (   871,   339)
	 60: Rel (    45,     0)  ->  Abs (   916,   339)
	 61: Rel (    54,  -100)  ->  Abs (   970,   239)
	 62: Rel (    35,   -65)  ->  Abs (  1005,   174)
	 63: Rel (    22,   -20)  ->  Abs (  1027,   154)
	 64: Rel (    34,   -31)  ->  Abs (  1061,   123)
	 65: Rel (    60,     0)  ->  Abs (  1121,   123)
	 66: Rel (  -687,  -602)  ->  Abs (   434,  -479)
	 67: Rel (   -81,   -82)  ->  Abs (   353,  -561)
	 68: Rel (   -82,    83)  ->  Abs (   271,  -478)
	 69: Rel (    82,    82)  ->  Abs (   353,  -396)
	 70: Rel (    75,   -75)  ->  Abs (   428,  -471)
	 71: Rel (    82,    81)  ->  Abs (   510,  -390)
	 72: Rel (    83,   -82)  ->  Abs (   593,  -472)
	 73: Rel (   -83,   -83)  ->  Abs (   510,  -555)

	Glyph 852: off = 0x0002C898, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			43
	  yMin:			-561
	  xMax:			1229
	  yMax:			730

	     0: Flags:		0x0236
		Glyf Index:	1117
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	214
		Y WOffset:	-344
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    31    55    80    55   223    55     3    55 
	00011: SVTCA[y-axis] 
	00012: SRP1       
	00013: DELTAP1    
	00014: SHC[rp1,zp0] 

	Glyph 853: off = 0x0002C8C2, len = 574
	  numberOfContours:	3
	  xMin:			43
	  yMin:			-561
	  xMax:			1229
	  yMax:			731

	EndPoints
	---------
	  0:  3
	  1:  61
	  2:  69

	  Length of Instructions:	367
	00000: PUSHB[6]             48     8    17    19    52    24 
	00007: PUSHW[1]            -24 
	00010: NPUSHB      (17):    18    20    52     7    44     1   198    38   214    38 
	                             2    27    24    10    15    52    57 
	00029: PUSHW[1]            -16 
	00032: PUSHB[4]             17    19    52    11 
	00037: PUSHW[1]            -16 
	00040: NPUSHB      (43):    43    45    52   200     8   198    56   218     8   214 
	                            56     4   203    48   203    49   219    48   219    49 
	                             4   107    18   107    20   150    48   249    48   249 
	                            49     5    48    49    20    18     4    12    41     0 
	                             2     2     1 
	00085: PUSHW[1]            924 
	00088: NPUSHB      (11):    15     3     1     3    32    64     9    15    52    32 
	                             4 
	00101: PUSHW[4]            907     5    12   907 
	00110: PUSHB[7]             15    55   207    55     2    55    41 
	00118: PUSHW[3]            907    26   -64 
	00125: NPUSHB      (20):     9    12    52    26   189    65    66    62    65    63 
	                            68    68    67    69    64    64    63    67    67    65 
	00147: PUSHW[1]            955 
	00150: NPUSHB      (14):    63    69    69    63    69    67    67    66    68    63 
	                            65    65    64    68 
	00166: PUSHW[3]            954    64   -64 
	00173: PUSHB[4]             12    22    52    64 
	00178: PUSHW[1]            954 
	00181: NPUSHB      (11):    62     0    66   208    66     2    66     1     3     3 
	                             2 
	00194: PUSHW[4]            923     0    45   883 
	00203: NPUSHB      (34):     0    22     1   160    22   192    22   208    22   240 
	                            22     4    64    22    80    22   128    22   144    22 
	                             4     0    22    96    22   112    22   224    22     4 
	                            22    22     5    16 
	00239: PUSHW[1]            878 
	00242: NPUSHB      (11):    51    51    28     4     5   112    34     1    34    34 
	                            37 
	00255: PUSHW[4]            883    28     4   340 
	00264: SCANCTRL   
	00265: SCANTYPE   
	00266: MDAP[rd]   
	00267: MIRP[srp0,md,rd,1] 
	00268: SHP[rp2,zp1] 
	00269: MDAP[rd]   
	00270: DELTAP1    
	00271: MDAP[rd]   
	00272: ALIGNRP    
	00273: SRP2       
	00274: IP         
	00275: MDAP[rd]   
	00276: MIRP[nrp0,md,rd,1] 
	00277: SRP2       
	00278: IP         
	00279: MDAP[rd]   
	00280: DELTAP1    
	00281: DELTAP1    
	00282: DELTAP1    
	00283: DELTAP2    
	00284: MIRP[nrp0,md,rd,1] 
	00285: MDAP[rd]   
	00286: MIRP[nrp0,md,rd,1] 
	00287: RTDG       
	00288: IP         
	00289: MDAP[rd]   
	00290: RTG        
	00291: ALIGNRP    
	00292: MDAP[rd]   
	00293: DELTAP1    
	00294: SHP[rp1,zp0] 
	00295: MIRP[nrp0,md,rd,1] 
	00296: CALL       
	00297: MIRP[nrp0,md,rd,1] 
	00298: RTDG       
	00299: SRP2       
	00300: IP         
	00301: MDAP[rd]   
	00302: ALIGNRP    
	00303: SRP1       
	00304: SRP2       
	00305: IP         
	00306: MDAP[rd]   
	00307: ALIGNRP    
	00308: RTG        
	00309: SVTCA[y-axis] 
	00310: MDAP[rd]   
	00311: SHP[rp1,zp0] 
	00312: MDAP[rd]   
	00313: SRP0       
	00314: MIRP[srp0,md,rd,1] 
	00315: SHP[rp2,zp1] 
	00316: MDAP[rd]   
	00317: RTDG       
	00318: SRP1       
	00319: IP         
	00320: MDAP[rd]   
	00321: SRP1       
	00322: SRP2       
	00323: IP         
	00324: MDAP[rd]   
	00325: RTG        
	00326: SRP1       
	00327: SRP2       
	00328: IP         
	00329: IP         
	00330: SRP0       
	00331: MIRP[srp0,md,rd,2] 
	00332: CALL       
	00333: MIRP[nrp0,md,rd,1] 
	00334: MDAP[rd]   
	00335: DELTAP1    
	00336: MIRP[nrp0,md,rd,1] 
	00337: MDAP[rd]   
	00338: MIRP[nrp0,md,rd,1] 
	00339: MDAP[rd]   
	00340: CALL       
	00341: MDAP[rd]   
	00342: DELTAP1    
	00343: MIRP[nrp0,md,rd,1] 
	00344: RTDG       
	00345: IP         
	00346: MDAP[rd]   
	00347: ALIGNRP    
	00348: RTG        
	00349: SRP1       
	00350: SRP2       
	00351: SLOOP      
	00352: IP         
	00353: DELTAP2    
	00354: DELTAP1    
	00355: IUP[y]     
	00356: IUP[x]     
	00357: SVTCA[x-axis] 
	00358: DELTAP1    
	00359: CALL       
	00360: CALL       
	00361: CALL       
	00362: SVTCA[y-axis] 
	00363: DELTAP1    
	00364: DELTAP2    
	00365: CALL       
	00366: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:        XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                               Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:                      Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual               Y-Short X-Short On
	 49:  YDual               Y-Short X-Short On
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short X-Short On
	 60:        XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:                                      On
	 63:                      Y-Short X-Short On
	 64:  YDual               Y-Short X-Short On
	 65:  YDual XDual         Y-Short X-Short On
	 66:        XDual         Y-Short X-Short On
	 67:  YDual XDual         Y-Short X-Short On
	 68:        XDual         Y-Short X-Short On
	 69:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   971,   622)  ->  Abs (   971,   622)
	  1: Rel (  -109,  -111)  ->  Abs (   862,   511)
	  2: Rel (  -111,   111)  ->  Abs (   751,   622)
	  3: Rel (   111,   109)  ->  Abs (   862,   731)
	  4: Rel (   367,  -608)  ->  Abs (  1229,   123)
	  5: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  6: Rel (  -131,     0)  ->  Abs (  1098,     0)
	  7: Rel (   -68,     0)  ->  Abs (  1030,     0)
	  8: Rel (   -40,    38)  ->  Abs (   990,    38)
	  9: Rel (   -24,    22)  ->  Abs (   966,    60)
	 10: Rel (   -42,    76)  ->  Abs (   924,   136)
	 11: Rel (   -47,    82)  ->  Abs (   877,   218)
	 12: Rel (   -63,     0)  ->  Abs (   814,   218)
	 13: Rel (   -60,     0)  ->  Abs (   754,   218)
	 14: Rel (   -79,   -31)  ->  Abs (   675,   187)
	 15: Rel (   -95,   -39)  ->  Abs (   580,   148)
	 16: Rel (     0,   -50)  ->  Abs (   580,    98)
	 17: Rel (     0,   -27)  ->  Abs (   580,    71)
	 18: Rel (    91,   -20)  ->  Abs (   671,    51)
	 19: Rel (   149,   -33)  ->  Abs (   820,    18)
	 20: Rel (    35,   -11)  ->  Abs (   855,     7)
	 21: Rel (    87,   -28)  ->  Abs (   942,   -21)
	 22: Rel (     0,  -119)  ->  Abs (   942,  -140)
	 23: Rel (     0,   -88)  ->  Abs (   942,  -228)
	 24: Rel (  -195,   -83)  ->  Abs (   747,  -311)
	 25: Rel (  -152,   -64)  ->  Abs (   595,  -375)
	 26: Rel (  -168,     0)  ->  Abs (   427,  -375)
	 27: Rel (  -384,     0)  ->  Abs (    43,  -375)
	 28: Rel (     0,   234)  ->  Abs (    43,  -141)
	 29: Rel (     0,    56)  ->  Abs (    43,   -85)
	 30: Rel (    32,    71)  ->  Abs (    75,   -14)
	 31: Rel (    37,    79)  ->  Abs (   112,    65)
	 32: Rel (    44,     0)  ->  Abs (   156,    65)
	 33: Rel (    15,     0)  ->  Abs (   171,    65)
	 34: Rel (     0,   -21)  ->  Abs (   171,    44)
	 35: Rel (     0,     4)  ->  Abs (   171,    48)
	 36: Rel (   -66,  -128)  ->  Abs (   105,   -80)
	 37: Rel (     0,   -44)  ->  Abs (   105,  -124)
	 38: Rel (     0,   -80)  ->  Abs (   105,  -204)
	 39: Rel (   102,   -31)  ->  Abs (   207,  -235)
	 40: Rel (   123,   -27)  ->  Abs (   330,  -262)
	 41: Rel (   121,     0)  ->  Abs (   451,  -262)
	 42: Rel (   101,     0)  ->  Abs (   552,  -262)
	 43: Rel (   163,    29)  ->  Abs (   715,  -233)
	 44: Rel (   157,    37)  ->  Abs (   872,  -196)
	 45: Rel (     0,    35)  ->  Abs (   872,  -161)
	 46: Rel (     0,    30)  ->  Abs (   872,  -131)
	 47: Rel (   -33,    26)  ->  Abs (   839,  -105)
	 48: Rel (   -47,    11)  ->  Abs (   792,   -94)
	 49: Rel (  -143,    32)  ->  Abs (   649,   -62)
	 50: Rel (  -120,    28)  ->  Abs (   529,   -34)
	 51: Rel (     0,    78)  ->  Abs (   529,    44)
	 52: Rel (     0,   114)  ->  Abs (   529,   158)
	 53: Rel (   117,    93)  ->  Abs (   646,   251)
	 54: Rel (   110,    88)  ->  Abs (   756,   339)
	 55: Rel (   115,     0)  ->  Abs (   871,   339)
	 56: Rel (    45,     0)  ->  Abs (   916,   339)
	 57: Rel (    54,  -100)  ->  Abs (   970,   239)
	 58: Rel (    35,   -65)  ->  Abs (  1005,   174)
	 59: Rel (    22,   -20)  ->  Abs (  1027,   154)
	 60: Rel (    34,   -31)  ->  Abs (  1061,   123)
	 61: Rel (    60,     0)  ->  Abs (  1121,   123)
	 62: Rel (  -687,  -602)  ->  Abs (   434,  -479)
	 63: Rel (   -81,   -82)  ->  Abs (   353,  -561)
	 64: Rel (   -82,    83)  ->  Abs (   271,  -478)
	 65: Rel (    82,    82)  ->  Abs (   353,  -396)
	 66: Rel (    75,   -75)  ->  Abs (   428,  -471)
	 67: Rel (    82,    81)  ->  Abs (   510,  -390)
	 68: Rel (    83,   -82)  ->  Abs (   593,  -472)
	 69: Rel (   -83,   -83)  ->  Abs (   510,  -555)

	Glyph 854: off = 0x0002CB00, len = 88
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-432
	  xMax:			1229
	  yMax:			626

	     0: Flags:		0x0236
		Glyf Index:	1115
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	272
		Y WOffset:	-1106
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (47):     1    47    64    61    71    52    47    64    38    63 
	                            52    47    64    25    33    52    47    64    13    15 
	                            52    47   128    16    18    52    47   128    20    22 
	                            52    31    47    32    47     2   175    47   239    47 
	                             2    31    47    47    47     2    47 
	00049: SVTCA[x-axis] 
	00050: SRP1       
	00051: DELTAP1    
	00052: DELTAP1    
	00053: DELTAP2    
	00054: CALL       
	00055: CALL       
	00056: CALL       
	00057: CALL       
	00058: CALL       
	00059: CALL       
	00060: SHC[rp1,zp0] 

	Glyph 855: off = 0x0002CB58, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			29
	  yMin:			-523
	  xMax:			1229
	  yMax:			991

	     0: Flags:		0x0236
		Glyf Index:	1116
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1021
		X WOffset:	-211
		Y WOffset:	-83
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	338
		Y WOffset:	-1197
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     2    79    54    95    54   191    54   207    54   240 
	                            54     5    54    64    15    22    52    54 
	00020: SVTCA[x-axis] 
	00021: SRP1       
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 856: off = 0x0002CB94, len = 32
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-447
	  xMax:			1196
	  yMax:			967

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1021
		X WOffset:	343
		Y WOffset:	-1112
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0017
		Glyf Index:	1021
		X WOffset:	-258
		Y WOffset:	-1302
		Other:		Round X,Y to Grid  No Overlap


	Glyph 857: off = 0x0002CBB4, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-257
	  xMax:			1196
	  yMax:			967

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0017
		Glyf Index:	1021
		X WOffset:	387
		Y WOffset:	-1112
		Other:		Round X,Y to Grid  No Overlap


	Glyph 858: off = 0x0002CBCC, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-246
	  xMax:			1196
	  yMax:			996

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1021
		X WOffset:	-292
		Y WOffset:	-78
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	321
		Y WOffset:	-1101
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (15):     1    79    49     1    49     2    15    52     1    52 
	                             1    16    48     1    48 
	00017: SVTCA[x-axis] 
	00018: SRP1       
	00019: DELTAP1    
	00020: SHC[rp1,zp0] 
	00021: SVTCA[x-axis] 
	00022: SRP1       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 
	00025: SVTCA[y-axis] 
	00026: SRP1       
	00027: DELTAP2    
	00028: SHC[rp1,zp0] 

	Glyph 859: off = 0x0002CC0C, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-422
	  xMax:			1108
	  yMax:			832

	     0: Flags:		0x0236
		Glyf Index:	1119
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	340
		Y WOffset:	-1277
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[5]              1    16    33     1    33 
	00006: SVTCA[x-axis] 
	00007: SRP1       
	00008: DELTAP1    
	00009: SHC[rp1,zp0] 

	Glyph 860: off = 0x0002CC30, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-480
	  xMax:			1187
	  yMax:			682

	     0: Flags:		0x0236
		Glyf Index:	1103
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	333
		Y WOffset:	-1335
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     3    63    68     1    31    68   111    68   143    68 
	                             3    68     3     0    67    65     2    39    64 
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP1       
	00026: DELTAP1    
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph 861: off = 0x0002CC68, len = 78
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-426
	  xMax:			1196
	  yMax:			1368

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1100
		X WOffset:	322
		Y WOffset:	466
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	161
		Y WOffset:	-1281
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (31):     1   208    49     1    64    49   176    49     2    31 
	                            49    32    49     2    49     1   112    48     1    32 
	                            48    48    48    95    48   191    48   240    48     5 
	                            48 
	00033: SVTCA[x-axis] 
	00034: SRP1       
	00035: DELTAP1    
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 
	00038: SVTCA[y-axis] 
	00039: SRP1       
	00040: DELTAP1    
	00041: DELTAP1    
	00042: DELTAP1    
	00043: SHC[rp1,zp0] 

	Glyph 862: off = 0x0002CCB6, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1196
	  yMax:			1368

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	322
		Y WOffset:	466
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (31):     1   208    49     1    64    49   176    49     2    31 
	                            49    32    49     2    49     1   112    48     1    32 
	                            48    48    48    95    48   191    48   240    48     5 
	                            48 
	00033: SVTCA[x-axis] 
	00034: SRP1       
	00035: DELTAP1    
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 
	00038: SVTCA[y-axis] 
	00039: SRP1       
	00040: DELTAP1    
	00041: DELTAP1    
	00042: DELTAP1    
	00043: SHC[rp1,zp0] 

	Glyph 863: off = 0x0002CCFC, len = 96
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1196
	  yMax:			1368

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1021
		X WOffset:	-292
		Y WOffset:	-100
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	322
		Y WOffset:	466
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (41):     2   208    53     1    64    53   176    53     2    31 
	                            53    32    53     2    53     1    63    49     1    49 
	                             2    95    52   191    52     2    32    52    48    52 
	                           112    52   240    52     4    52     1    16    48     1 
	                            48 
	00043: SVTCA[x-axis] 
	00044: SRP1       
	00045: DELTAP1    
	00046: SHC[rp1,zp0] 
	00047: SVTCA[x-axis] 
	00048: SRP1       
	00049: DELTAP1    
	00050: DELTAP1    
	00051: SHC[rp1,zp0] 
	00052: SVTCA[y-axis] 
	00053: SRP1       
	00054: DELTAP1    
	00055: SHC[rp1,zp0] 
	00056: SVTCA[y-axis] 
	00057: SRP1       
	00058: DELTAP1    
	00059: DELTAP1    
	00060: DELTAP1    
	00061: SHC[rp1,zp0] 

	Glyph 864: off = 0x0002CD5C, len = 96
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1128
	  yMax:			1198

	     0: Flags:		0x0236
		Glyf Index:	1119
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	255
		Y WOffset:	296
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (51):     1    31    34     1    31    34   208    34     2   255 
	                            34     1    95    34   127    34   143    34     3    64 
	                            34     1    15    34    31    34    32    34     3    34 
	                             1    33    64    16    19    52    33   128    20    53 
	                            15    33     1    48    33    95    33   223    33     3 
	                            33 
	00053: SVTCA[x-axis] 
	00054: SRP1       
	00055: DELTAP1    
	00056: DELTAP2    
	00057: CALL       
	00058: CALL       
	00059: SHC[rp1,zp0] 
	00060: SVTCA[y-axis] 
	00061: SRP1       
	00062: DELTAP1    
	00063: DELTAP1    
	00064: DELTAP1    
	00065: DELTAP1    
	00066: DELTAP2    
	00067: DELTAP3    
	00068: SHC[rp1,zp0] 

	Glyph 865: off = 0x0002CDBC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-424
	  xMax:			1218
	  yMax:			1103

	     0: Flags:		0x0236
		Glyf Index:	1103
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	345
		Y WOffset:	201
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (15):     3   192    71   208    71     2    32    71     1     0 
	                            71    71    74    74    64 
	00017: SVTCA[x-axis] 
	00018: CALL       
	00019: DELTAP1    
	00020: DELTAP1    
	00021: SHC[rp1,zp0] 

	Glyph 866: off = 0x0002CDEC, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1127
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	1119
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	288
		Y WOffset:	310
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (28):     2     1    31    34     1    79    34   192    34   208 
	                            34     3    15    34    32    34    64    34     3    34 
	                             2     1    48    38   127    38     2    38 
	00030: SVTCA[x-axis] 
	00031: SRP1       
	00032: DELTAP1    
	00033: SHC[rp1,zp0] 
	00034: SHC[rp1,zp0] 
	00035: SVTCA[y-axis] 
	00036: SRP1       
	00037: DELTAP1    
	00038: DELTAP2    
	00039: DELTAP3    
	00040: SHC[rp1,zp0] 
	00041: SHC[rp1,zp0] 

	Glyph 867: off = 0x0002CE30, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-6
	  xMax:			1228
	  yMax:			946

	     0: Flags:		0x0236
		Glyf Index:	868
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	250
		Y WOffset:	-732
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (20):     2    31    54    79    54     2    54     2   191    53 
	                             1   191    53     1    53    64     9    13    52    53 
	00022: SVTCA[x-axis] 
	00023: SRP1       
	00024: CALL       
	00025: DELTAP2    
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 
	00028: SVTCA[y-axis] 
	00029: SRP1       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 868: off = 0x0002CE6A, len = 344
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-6
	  xMax:			1228
	  yMax:			946

	EndPoints
	---------
	  0:  42
	  1:  50

	  Length of Instructions:	192
	00000: NPUSHB      (27):     6    41    22    41   173    14   183    37     4   132 
	                            12   173    13     2   130    43   133    44   186    16 
	                             3    84    13   118    43     2    31 
	00029: PUSHW[1]            -48 
	00032: NPUSHB      (12):    17    20    52    15    15    33    34    43    45    36 
	                            49    34 
	00046: PUSHW[1]            908 
	00049: NPUSHB      (11):    15    33     1    33    33     6    49    49    27     6 
	                            45 
	00062: PUSHW[1]            900 
	00065: NPUSHB      (12):     0     2     7     6    22    64    14    16    52    22 
	                            22    18 
	00079: PUSHW[1]            904 
	00082: PUSHB[5]             95    27     1    27     7 
	00088: PUSHW[1]            907 
	00091: NPUSHB      (18):     6    15    33    24    45     0     2    43    12     5 
	                            47    24    24    15    36     1    36    39 
	00111: PUSHW[1]            886 
	00114: NPUSHB      (10):    47    47    33     6    34    34    33     7     6     5 
	00126: PUSHW[1]            340 
	00129: SCANCTRL   
	00130: SCANTYPE   
	00131: MDAP[rd]   
	00132: ALIGNRP    
	00133: MDAP[rd]   
	00134: SHP[rp1,zp0] 
	00135: MDAP[rd]   
	00136: SRP1       
	00137: SRP2       
	00138: IP         
	00139: MDAP[rd]   
	00140: MIRP[nrp0,md,rd,1] 
	00141: IP         
	00142: DELTAP1    
	00143: SHP[rp1,zp0] 
	00144: MDAP[rd]   
	00145: SRP1       
	00146: SLOOP      
	00147: SHP[rp1,zp0] 
	00148: SRP1       
	00149: SRP2       
	00150: IP         
	00151: SVTCA[y-axis] 
	00152: MDAP[rd]   
	00153: MIRP[nrp0,md,rd,1] 
	00154: MDAP[rd]   
	00155: DELTAP1    
	00156: MIRP[srp0,md,rd,1] 
	00157: SHP[rp2,zp1] 
	00158: MDAP[rd]   
	00159: CALL       
	00160: SRP1       
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: MIRP[nrp0,md,rd,1] 
	00165: SRP1       
	00166: SRP2       
	00167: IP         
	00168: MDAP[rd]   
	00169: SRP1       
	00170: IP         
	00171: MDAP[rd]   
	00172: DELTAP1    
	00173: MIRP[nrp0,md,rd,1] 
	00174: SRP1       
	00175: SHP[rp1,zp0] 
	00176: SRP2       
	00177: IP         
	00178: RTHG       
	00179: SRP1       
	00180: SRP2       
	00181: IP         
	00182: MDAP[rd]   
	00183: IUP[y]     
	00184: IUP[x]     
	00185: SVTCA[y-axis] 
	00186: CALL       
	00187: DELTAP1    
	00188: DELTAP1    
	00189: SVTCA[x-axis] 
	00190: DELTAP1    
	00191: DELTAP1    

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual               Y-Short         On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:                      Y-Short X-Short On
	 35:  YDual                               Off
	 36:                      Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   423,    -6)  ->  Abs (   423,    -6)
	  1: Rel (   -73,    65)  ->  Abs (   350,    59)
	  2: Rel (   -93,    56)  ->  Abs (   257,   115)
	  3: Rel (   -90,   -83)  ->  Abs (   167,    32)
	  4: Rel (   -87,   -32)  ->  Abs (    80,     0)
	  5: Rel (   -44,     0)  ->  Abs (    36,     0)
	  6: Rel (   -36,     0)  ->  Abs (     0,     0)
	  7: Rel (     0,   123)  ->  Abs (     0,   123)
	  8: Rel (    29,     0)  ->  Abs (    29,   123)
	  9: Rel (    79,     0)  ->  Abs (   108,   123)
	 10: Rel (    96,    34)  ->  Abs (   204,   157)
	 11: Rel (    35,    66)  ->  Abs (   239,   223)
	 12: Rel (    54,   148)  ->  Abs (   293,   371)
	 13: Rel (    67,   185)  ->  Abs (   360,   556)
	 14: Rel (   214,   119)  ->  Abs (   574,   675)
	 15: Rel (   367,    46)  ->  Abs (   941,   721)
	 16: Rel (   -61,    41)  ->  Abs (   880,   762)
	 17: Rel (  -195,    71)  ->  Abs (   685,   833)
	 18: Rel (   -60,     0)  ->  Abs (   625,   833)
	 19: Rel (   -76,     0)  ->  Abs (   549,   833)
	 20: Rel (   -45,   -67)  ->  Abs (   504,   766)
	 21: Rel (    -9,   -13)  ->  Abs (   495,   753)
	 22: Rel (   -12,     0)  ->  Abs (   483,   753)
	 23: Rel (    -8,     0)  ->  Abs (   475,   753)
	 24: Rel (     0,    18)  ->  Abs (   475,   771)
	 25: Rel (     0,    54)  ->  Abs (   475,   825)
	 26: Rel (   113,   121)  ->  Abs (   588,   946)
	 27: Rel (    85,     0)  ->  Abs (   673,   946)
	 28: Rel (    30,     0)  ->  Abs (   703,   946)
	 29: Rel (    69,   -18)  ->  Abs (   772,   928)
	 30: Rel (    40,   -19)  ->  Abs (   812,   909)
	 31: Rel (   125,   -69)  ->  Abs (   937,   840)
	 32: Rel (   165,   -91)  ->  Abs (  1102,   749)
	 33: Rel (   126,     0)  ->  Abs (  1228,   749)
	 34: Rel (   -51,  -126)  ->  Abs (  1177,   623)
	 35: Rel (  -511,     0)  ->  Abs (   666,   623)
	 36: Rel (  -110,  -117)  ->  Abs (   556,   506)
	 37: Rel (    30,   -13)  ->  Abs (   586,   493)
	 38: Rel (    50,  -103)  ->  Abs (   636,   390)
	 39: Rel (     0,   -57)  ->  Abs (   636,   333)
	 40: Rel (     0,   -85)  ->  Abs (   636,   248)
	 41: Rel (   -40,  -154)  ->  Abs (   596,    94)
	 42: Rel (  -153,  -100)  ->  Abs (   443,    -6)
	 43: Rel (  -138,   225)  ->  Abs (   305,   219)
	 44: Rel (   107,   -56)  ->  Abs (   412,   163)
	 45: Rel (    85,   -74)  ->  Abs (   497,    89)
	 46: Rel (    53,    73)  ->  Abs (   550,   162)
	 47: Rel (     0,   102)  ->  Abs (   550,   264)
	 48: Rel (     0,   149)  ->  Abs (   550,   413)
	 49: Rel (   -90,     0)  ->  Abs (   460,   413)
	 50: Rel (   -69,     0)  ->  Abs (   391,   413)

	Glyph 869: off = 0x0002CFC2, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-6
	  xMax:			1228
	  yMax:			1268

	     0: Flags:		0x0236
		Glyf Index:	868
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	227
		Y WOffset:	194
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     2    54    64    12    15    52    15    54     1    31 
	                            54     1    54     2    79    53     1    53 
	00020: SVTCA[x-axis] 
	00021: SRP1       
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP1       
	00026: DELTAP1    
	00027: DELTAP2    
	00028: CALL       
	00029: SHC[rp1,zp0] 

	Glyph 870: off = 0x0002CFFA, len = 400
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1228
	  yMax:			1049

	EndPoints
	---------
	  0:  62

	  Length of Instructions:	226
	00000: NPUSHB      (43):   170     8   164    20   166    22     3    34    36    71 
	                             5   103     5   199    44   201    48   232    40     6 
	                           153    47   169     8   200    12     3   138    47     1 
	                            68    36    83    36     2     4    19     4    36    52 
	                            36     3    22 
	00045: PUSHW[1]            -48 
	00048: PUSHB[4]             16    18    52    21 
	00053: PUSHW[1]            -48 
	00056: PUSHB[7]             16    18    52    36    16     8    59 
	00064: PUSHW[1]            903 
	00067: PUSHB[5]              6     6    45    10    15 
	00073: PUSHW[1]            907 
	00076: PUSHB[6]             41    41   226    45     1    45 
	00083: PUSHW[1]            909 
	00086: NPUSHB      (17):     0    10    16    10     2    10    10    51    36    28 
	                            32    51    51     0     1    26    33 
	00105: PUSHW[3]            907    32   858 
	00112: PUSHB[8]             36    18    38    55    57     8     3    49 
	00121: PUSHW[1]            877 
	00124: NPUSHB       (9):    53    53    38     0     1     1    61     4    18 
	00135: PUSHW[1]            885 
	00138: PUSHB[7]             38    38    32    24    24    32    61 
	00146: PUSHW[1]            883 
	00149: PUSHB[4]              4    33    32     5 
	00154: PUSHW[1]            340 
	00157: SCANCTRL   
	00158: SCANTYPE   
	00159: MDAP[rd]   
	00160: ALIGNRP    
	00161: MDAP[rd]   
	00162: MIRP[nrp0,md,rd,1] 
	00163: SRP1       
	00164: SHP[rp1,zp0] 
	00165: MDAP[rd]   
	00166: SRP2       
	00167: IP         
	00168: MDAP[rd]   
	00169: MIRP[nrp0,md,rd,1] 
	00170: RTHG       
	00171: SRP1       
	00172: SRP2       
	00173: IP         
	00174: MDAP[rd]   
	00175: SHP[rp2,zp1] 
	00176: RTG        
	00177: SRP1       
	00178: IP         
	00179: MDAP[rd]   
	00180: MIRP[nrp0,md,rd,1] 
	00181: SLOOP      
	00182: IP         
	00183: SRP1       
	00184: SRP2       
	00185: IP         
	00186: SVTCA[y-axis] 
	00187: MIAP[rd+ci] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: MDAP[rd]   
	00190: MDAP[rd]   
	00191: SHP[rp1,zp0] 
	00192: SHP[rp1,zp0] 
	00193: MDAP[rd]   
	00194: SRP1       
	00195: IP         
	00196: SHP[rp2,zp1] 
	00197: SRP2       
	00198: IP         
	00199: MDAP[rd]   
	00200: DELTAP1    
	00201: MIRP[nrp0,md,rd,1] 
	00202: DELTAP1    
	00203: SHP[rp1,zp0] 
	00204: MDAP[rd]   
	00205: MIRP[nrp0,md,rd,1] 
	00206: SRP1       
	00207: SRP2       
	00208: IP         
	00209: MDAP[rd]   
	00210: MIRP[nrp0,md,rd,1] 
	00211: IP         
	00212: SVTCA[x-axis] 
	00213: SHPIX      
	00214: IUP[y]     
	00215: IUP[x]     
	00216: SVTCA[x-axis] 
	00217: CALL       
	00218: CALL       
	00219: DELTAP1    
	00220: DELTAP1    
	00221: DELTAP1    
	00222: DELTAP1    
	00223: DELTAP1    
	00224: SVTCA[y-axis] 
	00225: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual                         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:                      Y-Short X-Short On
	 56:                      Y-Short X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short Off
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1090,   933)  ->  Abs (  1090,   933)
	  1: Rel (    84,   116)  ->  Abs (  1174,  1049)
	  2: Rel (    22,   -34)  ->  Abs (  1196,  1015)
	  3: Rel (    32,  -187)  ->  Abs (  1228,   828)
	  4: Rel (     0,   -78)  ->  Abs (  1228,   750)
	  5: Rel (     0,  -306)  ->  Abs (  1228,   444)
	  6: Rel (  -221,     0)  ->  Abs (  1007,   444)
	  7: Rel (   -68,     0)  ->  Abs (   939,   444)
	  8: Rel (   -24,    52)  ->  Abs (   915,   496)
	  9: Rel (   -62,  -142)  ->  Abs (   853,   354)
	 10: Rel (  -146,     0)  ->  Abs (   707,   354)
	 11: Rel (   -45,     0)  ->  Abs (   662,   354)
	 12: Rel (   -74,    61)  ->  Abs (   588,   415)
	 13: Rel (   -70,   102)  ->  Abs (   518,   517)
	 14: Rel (   -39,    57)  ->  Abs (   479,   574)
	 15: Rel (   -21,     0)  ->  Abs (   458,   574)
	 16: Rel (   -61,     0)  ->  Abs (   397,   574)
	 17: Rel (   -66,   -94)  ->  Abs (   331,   480)
	 18: Rel (     0,   -64)  ->  Abs (   331,   416)
	 19: Rel (     0,   -38)  ->  Abs (   331,   378)
	 20: Rel (    39,   -67)  ->  Abs (   370,   311)
	 21: Rel (    46,   -36)  ->  Abs (   416,   275)
	 22: Rel (   176,  -105)  ->  Abs (   592,   170)
	 23: Rel (    21,   -13)  ->  Abs (   613,   157)
	 24: Rel (     0,   -64)  ->  Abs (   613,    93)
	 25: Rel (     0,   -64)  ->  Abs (   613,    29)
	 26: Rel (   -36,   -29)  ->  Abs (   577,     0)
	 27: Rel (   -98,    84)  ->  Abs (   479,    84)
	 28: Rel (   -98,    33)  ->  Abs (   381,   117)
	 29: Rel (   -53,    -4)  ->  Abs (   328,   113)
	 30: Rel (   -86,   -45)  ->  Abs (   242,    68)
	 31: Rel (  -129,   -68)  ->  Abs (   113,     0)
	 32: Rel (  -113,     0)  ->  Abs (     0,     0)
	 33: Rel (     0,   123)  ->  Abs (     0,   123)
	 34: Rel (    92,     0)  ->  Abs (    92,   123)
	 35: Rel (   126,     0)  ->  Abs (   218,   123)
	 36: Rel (    93,    82)  ->  Abs (   311,   205)
	 37: Rel (   -63,   103)  ->  Abs (   248,   308)
	 38: Rel (     0,    87)  ->  Abs (   248,   395)
	 39: Rel (     0,    95)  ->  Abs (   248,   490)
	 40: Rel (   163,   209)  ->  Abs (   411,   699)
	 41: Rel (    86,     0)  ->  Abs (   497,   699)
	 42: Rel (    42,     0)  ->  Abs (   539,   699)
	 43: Rel (    74,  -108)  ->  Abs (   613,   591)
	 44: Rel (    73,  -108)  ->  Abs (   686,   483)
	 45: Rel (    37,     0)  ->  Abs (   723,   483)
	 46: Rel (    41,     0)  ->  Abs (   764,   483)
	 47: Rel (    58,    63)  ->  Abs (   822,   546)
	 48: Rel (    28,    97)  ->  Abs (   850,   643)
	 49: Rel (    48,   206)  ->  Abs (   898,   849)
	 50: Rel (     5,    22)  ->  Abs (   903,   871)
	 51: Rel (    24,     0)  ->  Abs (   927,   871)
	 52: Rel (    21,     0)  ->  Abs (   948,   871)
	 53: Rel (     0,   -41)  ->  Abs (   948,   830)
	 54: Rel (     0,   -22)  ->  Abs (   948,   808)
	 55: Rel (    -8,   -57)  ->  Abs (   940,   751)
	 56: Rel (    -8,   -57)  ->  Abs (   932,   694)
	 57: Rel (     0,   -29)  ->  Abs (   932,   665)
	 58: Rel (     0,  -112)  ->  Abs (   932,   553)
	 59: Rel (   114,     0)  ->  Abs (  1046,   553)
	 60: Rel (   110,     0)  ->  Abs (  1156,   553)
	 61: Rel (     0,    95)  ->  Abs (  1156,   648)
	 62: Rel (     0,   127)  ->  Abs (  1156,   775)

	Glyph 871: off = 0x0002D18A, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-409
	  xMax:			1196
	  yMax:			1188

	     0: Flags:		0x0236
		Glyf Index:	872
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0017
		Glyf Index:	1021
		X WOffset:	198
		Y WOffset:	-1264
		Other:		Round X,Y to Grid  No Overlap


	Glyph 872: off = 0x0002D1A2, len = 290
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1196
	  yMax:			1188

	EndPoints
	---------
	  0:  45

	  Length of Instructions:	145
	00000: PUSHB[7]             44    44    23    21    17    17     0 
	00008: PUSHW[1]            906 
	00011: NPUSHB       (9):     1    64    18    22    52     1     1    11    23 
	00022: PUSHW[1]            904 
	00025: PUSHB[5]             21    21    11    34    12 
	00031: PUSHW[3]            907    11   858 
	00038: NPUSHB      (14):    30    36    32    44    40    38     3    42    28    34 
	                            34    36    32    42 
	00054: PUSHW[3]            883    28   -64 
	00061: PUSHB[6]              9    14    52    28    28    36 
	00068: PUSHW[1]            896 
	00071: NPUSHB      (18):    47    32    95    32     2    32    32    17     0    23 
	                            21    21    11     1     0    12    11     4 
	00091: SCANTYPE   
	00092: MDAP[rd]   
	00093: ALIGNRP    
	00094: MDAP[rd]   
	00095: SHP[rp1,zp0] 
	00096: SRP2       
	00097: IP         
	00098: MDAP[rd]   
	00099: SHP[rp1,zp0] 
	00100: SRP2       
	00101: IP         
	00102: IP         
	00103: MDAP[rd]   
	00104: DELTAP1    
	00105: MIRP[nrp0,md,rd,1] 
	00106: IP         
	00107: MDAP[rd]   
	00108: CALL       
	00109: MIRP[nrp0,md,rd,1] 
	00110: RTHG       
	00111: SRP1       
	00112: SRP2       
	00113: IP         
	00114: MDAP[rd]   
	00115: SRP1       
	00116: SRP2       
	00117: SLOOP      
	00118: IP         
	00119: SRP1       
	00120: SRP2       
	00121: IP         
	00122: SVTCA[y-axis] 
	00123: RTG        
	00124: MIAP[rd+ci] 
	00125: MIRP[nrp0,md,rd,1] 
	00126: MDAP[rd]   
	00127: SRP2       
	00128: IP         
	00129: MDAP[rd]   
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: CALL       
	00135: MIRP[nrp0,md,rd,1] 
	00136: RTHG       
	00137: IP         
	00138: MDAP[rd]   
	00139: SRP1       
	00140: SRP2       
	00141: IP         
	00142: MDAP[rd]   
	00143: IUP[y]     
	00144: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:  YDual XDual         Y-Short         On
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1196,   369)  ->  Abs (  1196,   369)
	  1: Rel (   -45,  -119)  ->  Abs (  1151,   250)
	  2: Rel (   -58,     4)  ->  Abs (  1093,   254)
	  3: Rel (   -42,     0)  ->  Abs (  1051,   254)
	  4: Rel (   -49,     0)  ->  Abs (  1002,   254)
	  5: Rel (  -112,   -16)  ->  Abs (   890,   238)
	  6: Rel (   -90,   -26)  ->  Abs (   800,   212)
	  7: Rel (  -135,   -78)  ->  Abs (   665,   134)
	  8: Rel (  -113,   -65)  ->  Abs (   552,    69)
	  9: Rel (  -144,   -69)  ->  Abs (   408,     0)
	 10: Rel (  -249,     0)  ->  Abs (   159,     0)
	 11: Rel (  -159,     0)  ->  Abs (     0,     0)
	 12: Rel (     0,   123)  ->  Abs (     0,   123)
	 13: Rel (   354,     0)  ->  Abs (   354,   123)
	 14: Rel (    76,     0)  ->  Abs (   430,   123)
	 15: Rel (   190,    99)  ->  Abs (   620,   222)
	 16: Rel (   212,   111)  ->  Abs (   832,   333)
	 17: Rel (    53,    13)  ->  Abs (   885,   346)
	 18: Rel (  -158,    88)  ->  Abs (   727,   434)
	 19: Rel (  -297,     0)  ->  Abs (   430,   434)
	 20: Rel (   -33,     0)  ->  Abs (   397,   434)
	 21: Rel (   -28,    -2)  ->  Abs (   369,   432)
	 22: Rel (    27,    64)  ->  Abs (   396,   496)
	 23: Rel (    32,    47)  ->  Abs (   428,   543)
	 24: Rel (    53,     7)  ->  Abs (   481,   550)
	 25: Rel (   137,     8)  ->  Abs (   618,   558)
	 26: Rel (    67,     4)  ->  Abs (   685,   562)
	 27: Rel (    50,    30)  ->  Abs (   735,   592)
	 28: Rel (     0,    64)  ->  Abs (   735,   656)
	 29: Rel (     0,    72)  ->  Abs (   735,   728)
	 30: Rel (   -67,   253)  ->  Abs (   668,   981)
	 31: Rel (   -16,    32)  ->  Abs (   652,  1013)
	 32: Rel (   -17,    54)  ->  Abs (   635,  1067)
	 33: Rel (    25,    42)  ->  Abs (   660,  1109)
	 34: Rel (    65,    79)  ->  Abs (   725,  1188)
	 35: Rel (    36,   -67)  ->  Abs (   761,  1121)
	 36: Rel (    50,   -62)  ->  Abs (   811,  1059)
	 37: Rel (   -18,   -36)  ->  Abs (   793,  1023)
	 38: Rel (   -37,   -58)  ->  Abs (   756,   965)
	 39: Rel (     5,   -59)  ->  Abs (   761,   906)
	 40: Rel (    24,  -120)  ->  Abs (   785,   786)
	 41: Rel (    22,  -106)  ->  Abs (   807,   680)
	 42: Rel (     0,   -46)  ->  Abs (   807,   634)
	 43: Rel (     0,   -83)  ->  Abs (   807,   551)
	 44: Rel (   -53,   -33)  ->  Abs (   754,   518)
	 45: Rel (   306,  -139)  ->  Abs (  1060,   379)

	Glyph 873: off = 0x0002D2C4, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1196
	  yMax:			1188

	     0: Flags:		0x0236
		Glyf Index:	872
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	-240
		Y WOffset:	-53
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    48    16    48     2    16    48     1    48 
	00012: SVTCA[x-axis] 
	00013: SRP1       
	00014: DELTAP1    
	00015: DELTAP2    
	00016: SHC[rp1,zp0] 

	Glyph 874: off = 0x0002D2F0, len = 186
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-105
	  xMax:			1195
	  yMax:			1165

	EndPoints
	---------
	  0:  32

	  Length of Instructions:	75
	00000: NPUSHB      (14):    40    25    58     2     2    11    25    27     3     3 
	                             6     0    17     7 
	00016: PUSHW[1]            907 
	00019: NPUSHB      (20):     6    13    11    21     3    19    17    17    15    19 
	                            19    15    15    30     6     0     0    30     7     6 
	00041: MDAP[rd]   
	00042: ALIGNRP    
	00043: MDAP[rd]   
	00044: SHP[rp1,zp0] 
	00045: RTHG       
	00046: MDAP[rd]   
	00047: RTG        
	00048: SRP1       
	00049: SRP2       
	00050: IP         
	00051: MDAP[rd]   
	00052: SHP[rp1,zp0] 
	00053: MDAP[rd]   
	00054: RTHG       
	00055: SRP2       
	00056: IP         
	00057: MDAP[rd]   
	00058: SRP1       
	00059: SLOOP      
	00060: IP         
	00061: SVTCA[y-axis] 
	00062: RTG        
	00063: MDAP[rd]   
	00064: MIRP[nrp0,md,rd,1] 
	00065: MDAP[rd]   
	00066: MDAP[rd]   
	00067: SRP1       
	00068: IP         
	00069: SLOOP      
	00070: SHP[rp2,zp1] 
	00071: IUP[y]     
	00072: IUP[x]     
	00073: SVTCA[x-axis] 
	00074: DELTAP1    

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                               On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                               On
	  9:  YDual XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:                              X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1119,  -105)  ->  Abs (  1119,  -105)
	  1: Rel (   -50,    80)  ->  Abs (  1069,   -25)
	  2: Rel (  -162,   118)  ->  Abs (   907,    93)
	  3: Rel (   -67,     0)  ->  Abs (   840,    93)
	  4: Rel (  -120,   -93)  ->  Abs (   720,     0)
	  5: Rel (   -99,     0)  ->  Abs (   621,     0)
	  6: Rel (  -621,     0)  ->  Abs (     0,     0)
	  7: Rel (     0,   123)  ->  Abs (     0,   123)
	  8: Rel (   619,     0)  ->  Abs (   619,   123)
	  9: Rel (    66,     0)  ->  Abs (   685,   123)
	 10: Rel (   127,    60)  ->  Abs (   812,   183)
	 11: Rel (    14,    22)  ->  Abs (   826,   205)
	 12: Rel (   -23,    61)  ->  Abs (   803,   266)
	 13: Rel (   -20,   133)  ->  Abs (   783,   399)
	 14: Rel (   -92,   608)  ->  Abs (   691,  1007)
	 15: Rel (   -32,    29)  ->  Abs (   659,  1036)
	 16: Rel (    43,    77)  ->  Abs (   702,  1113)
	 17: Rel (    41,    52)  ->  Abs (   743,  1165)
	 18: Rel (    43,   -82)  ->  Abs (   786,  1083)
	 19: Rel (    45,   -49)  ->  Abs (   831,  1034)
	 20: Rel (   -32,   -47)  ->  Abs (   799,   987)
	 21: Rel (   -25,   -53)  ->  Abs (   774,   934)
	 22: Rel (    27,  -205)  ->  Abs (   801,   729)
	 23: Rel (    75,  -426)  ->  Abs (   876,   303)
	 24: Rel (    30,   -76)  ->  Abs (   906,   227)
	 25: Rel (    30,   -22)  ->  Abs (   936,   205)
	 26: Rel (     8,   -13)  ->  Abs (   944,   192)
	 27: Rel (    71,   -31)  ->  Abs (  1015,   161)
	 28: Rel (    93,   -41)  ->  Abs (  1108,   120)
	 29: Rel (    87,   -73)  ->  Abs (  1195,    47)
	 30: Rel (     0,   -50)  ->  Abs (  1195,    -3)
	 31: Rel (     0,   -19)  ->  Abs (  1195,   -22)
	 32: Rel (   -58,   -71)  ->  Abs (  1137,   -93)

	Glyph 875: off = 0x0002D3AA, len = 524
	  numberOfContours:	3
	  xMin:			0
	  yMin:			-424
	  xMax:			1149
	  yMax:			1172

	EndPoints
	---------
	  0:  48
	  1:  56
	  2:  65

	  Length of Instructions:	336
	00000: PUSHW[2]             50   -44 
	00005: NPUSHB      (33):    15    24    52   214    51   228    49     2    18    16 
	                            12    14    52     3    46     3    49     3    50    66 
	                            49    66    50    64    51   131    49   129    50   130 
	                            51     9    46 
	00040: PUSHW[1]            -64 
	00043: NPUSHB      (40):    18    24    52     2    19     0    46    57    30    67 
	                            14    99    14   152    11   182    15     7    40    30 
	                            50    41    57    50     3    18    64    10    14    52 
	                             0    46     0    48   134    46   133    49     4    18 
	00085: PUSHW[1]            -24 
	00088: PUSHB[5]             10    17    52     8    42 
	00094: PUSHW[1]            907 
	00097: NPUSHB       (9):    16    54    32    54     2    54    54    35    23 
	00108: PUSHW[1]            907 
	00111: NPUSHB      (20):    47    61    63    61     2    61    61    18    57    30 
	                            28     4    49    39    47    32    36    35     0     1 
	00133: PUSHW[6]            907    16    36   907    35   858 
	00146: NPUSHB      (13):    32    30    47    26    18    20    57    63    28    59 
	                            26    47    39 
	00161: PUSHW[1]            890 
	00164: PUSHB[4]             49    49    59    44 
	00169: PUSHW[3]            878    52   -64 
	00176: NPUSHB      (18):     9    12    52     0    52     1   128    52   160    52 
	                           176    52     3    52    52    13    35    20 
	00196: PUSHW[1]            878 
	00199: PUSHB[8]              0    63    80    63     2    63    63    59 
	00208: PUSHW[1]            886 
	00211: NPUSHB      (25):    16    26    32    26    48    26     3    26    26    35 
	                            11    13     8     8     6    10    10     6    64    10 
	                            16    52     6     6     3 
	00238: PUSHW[1]            884 
	00241: PUSHB[6]             79    13     1    13    36    35 
	00248: MDAP[rd]   
	00249: ALIGNRP    
	00250: MDAP[rd]   
	00251: DELTAP1    
	00252: MIRP[srp0,md,rd,1] 
	00253: SHP[rp2,zp1] 
	00254: MDAP[rd]   
	00255: CALL       
	00256: SHP[rp1,zp0] 
	00257: MDAP[rd]   
	00258: RTHG       
	00259: SRP2       
	00260: IP         
	00261: MDAP[rd]   
	00262: SRP1       
	00263: IP         
	00264: RTG        
	00265: SRP2       
	00266: IP         
	00267: MDAP[rd]   
	00268: DELTAP1    
	00269: MIRP[srp0,md,rd,1] 
	00270: SHP[rp2,zp1] 
	00271: MDAP[rd]   
	00272: DELTAP1    
	00273: MIRP[nrp0,md,rd,1] 
	00274: SRP1       
	00275: SRP2       
	00276: IP         
	00277: MDAP[rd]   
	00278: DELTAP1    
	00279: DELTAP2    
	00280: CALL       
	00281: MIRP[nrp0,md,rd,1] 
	00282: SRP1       
	00283: SHP[rp1,zp0] 
	00284: MDAP[rd]   
	00285: MIRP[nrp0,md,rd,1] 
	00286: SHP[rp1,zp0] 
	00287: SRP1       
	00288: SRP2       
	00289: IP         
	00290: SRP1       
	00291: IP         
	00292: SRP2       
	00293: IP         
	00294: SRP1       
	00295: IP         
	00296: SHP[rp1,zp0] 
	00297: SHP[rp1,zp0] 
	00298: SVTCA[y-axis] 
	00299: MIAP[rd+ci] 
	00300: MIRP[nrp0,md,rd,1] 
	00301: MDAP[rd]   
	00302: MIRP[srp0,md,rd,1] 
	00303: ALIGNRP    
	00304: SRP1       
	00305: SRP2       
	00306: IP         
	00307: IP         
	00308: SHP[rp2,zp1] 
	00309: SHP[rp2,zp1] 
	00310: SLOOP      
	00311: SHP[rp1,zp0] 
	00312: SHP[rp1,zp0] 
	00313: MDAP[rd]   
	00314: DELTAP1    
	00315: MIRP[nrp0,md,rd,1] 
	00316: SRP1       
	00317: SHP[rp1,zp0] 
	00318: MDAP[rd]   
	00319: DELTAP1    
	00320: MIRP[nrp0,md,rd,1] 
	00321: MDAP[rd]   
	00322: CALL       
	00323: IUP[y]     
	00324: IUP[x]     
	00325: SVTCA[x-axis] 
	00326: DELTAP2    
	00327: CALL       
	00328: DELTAP1    
	00329: DELTAP1    
	00330: CALL       
	00331: SVTCA[y-axis] 
	00332: DELTAP2    
	00333: CALL       
	00334: DELTAP1    
	00335: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:                              X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short On
	 12:        XDual                 X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short On
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:        XDual                 X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:                      Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual               Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short Off
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual         Y-Short         Off
	 54:  YDual                       X-Short On
	 55:  YDual                       X-Short Off
	 56:                      Y-Short X-Short Off
	 57:                              X-Short On
	 58:                      Y-Short X-Short Off
	 59:        XDual         Y-Short         On
	 60:        XDual         Y-Short         Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short Off
	 63:  YDual XDual         Y-Short         On
	 64:  YDual XDual         Y-Short         Off
	 65:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   798,   123)  ->  Abs (   798,   123)
	  1: Rel (   171,     0)  ->  Abs (   969,   123)
	  2: Rel (   104,     0)  ->  Abs (  1073,   123)
	  3: Rel (     0,    62)  ->  Abs (  1073,   185)
	  4: Rel (     0,   244)  ->  Abs (  1073,   429)
	  5: Rel (   -59,   520)  ->  Abs (  1014,   949)
	  6: Rel (   -50,    94)  ->  Abs (   964,  1043)
	  7: Rel (    24,    43)  ->  Abs (   988,  1086)
	  8: Rel (    60,    86)  ->  Abs (  1048,  1172)
	  9: Rel (    41,   -87)  ->  Abs (  1089,  1085)
	 10: Rel (    47,   -44)  ->  Abs (  1136,  1041)
	 11: Rel (   -58,  -101)  ->  Abs (  1078,   940)
	 12: Rel (    71,  -545)  ->  Abs (  1149,   395)
	 13: Rel (     0,  -218)  ->  Abs (  1149,   177)
	 14: Rel (     0,   -85)  ->  Abs (  1149,    92)
	 15: Rel (   -93,   -92)  ->  Abs (  1056,     0)
	 16: Rel (  -154,     0)  ->  Abs (   902,     0)
	 17: Rel (  -197,     0)  ->  Abs (   705,     0)
	 18: Rel (   -84,   -23)  ->  Abs (   621,   -23)
	 19: Rel (    78,   -74)  ->  Abs (   699,   -97)
	 20: Rel (     0,   -57)  ->  Abs (   699,  -154)
	 21: Rel (     0,   -98)  ->  Abs (   699,  -252)
	 22: Rel (  -122,  -172)  ->  Abs (   577,  -424)
	 23: Rel (   -70,     0)  ->  Abs (   507,  -424)
	 24: Rel (   -77,     0)  ->  Abs (   430,  -424)
	 25: Rel (   -93,   167)  ->  Abs (   337,  -257)
	 26: Rel (     0,   110)  ->  Abs (   337,  -147)
	 27: Rel (     0,    29)  ->  Abs (   337,  -118)
	 28: Rel (    12,    48)  ->  Abs (   349,   -70)
	 29: Rel (   -58,   -25)  ->  Abs (   291,   -95)
	 30: Rel (   -53,   -14)  ->  Abs (   238,  -109)
	 31: Rel (     4,    52)  ->  Abs (   242,   -57)
	 32: Rel (    37,    86)  ->  Abs (   279,    29)
	 33: Rel (   -80,   -29)  ->  Abs (   199,     0)
	 34: Rel (  -135,     0)  ->  Abs (    64,     0)
	 35: Rel (   -64,     0)  ->  Abs (     0,     0)
	 36: Rel (     0,   123)  ->  Abs (     0,   123)
	 37: Rel (   124,     0)  ->  Abs (   124,   123)
	 38: Rel (   177,     0)  ->  Abs (   301,   123)
	 39: Rel (    58,    31)  ->  Abs (   359,   154)
	 40: Rel (   112,   220)  ->  Abs (   471,   374)
	 41: Rel (   211,   273)  ->  Abs (   682,   647)
	 42: Rel (    56,     0)  ->  Abs (   738,   647)
	 43: Rel (    86,     0)  ->  Abs (   824,   647)
	 44: Rel (     0,  -119)  ->  Abs (   824,   528)
	 45: Rel (     0,  -162)  ->  Abs (   824,   366)
	 46: Rel (   -90,  -175)  ->  Abs (   734,   191)
	 47: Rel (  -196,  -109)  ->  Abs (   538,    82)
	 48: Rel (   119,    41)  ->  Abs (   657,   123)
	 49: Rel (  -196,    43)  ->  Abs (   461,   166)
	 50: Rel (   129,    28)  ->  Abs (   590,   194)
	 51: Rel (   196,   205)  ->  Abs (   786,   399)
	 52: Rel (     0,    50)  ->  Abs (   786,   449)
	 53: Rel (     0,    75)  ->  Abs (   786,   524)
	 54: Rel (   -43,     0)  ->  Abs (   743,   524)
	 55: Rel (   -48,     0)  ->  Abs (   695,   524)
	 56: Rel (   -95,   -86)  ->  Abs (   600,   438)
	 57: Rel (  -160,  -456)  ->  Abs (   440,   -18)
	 58: Rel (   -19,   -56)  ->  Abs (   421,   -74)
	 59: Rel (     0,   -76)  ->  Abs (   421,  -150)
	 60: Rel (     0,  -149)  ->  Abs (   421,  -299)
	 61: Rel (   126,     0)  ->  Abs (   547,  -299)
	 62: Rel (   100,     0)  ->  Abs (   647,  -299)
	 63: Rel (     0,    78)  ->  Abs (   647,  -221)
	 64: Rel (     0,    57)  ->  Abs (   647,  -164)
	 65: Rel (  -143,   141)  ->  Abs (   504,   -23)

	Glyph 876: off = 0x0002D5B6, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-323
	  xMax:			1140
	  yMax:			877

	     0: Flags:		0x0236
		Glyf Index:	877
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	139
		Y WOffset:	-1178
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    41    32    41     2    41 
	00008: SVTCA[y-axis] 
	00009: SRP1       
	00010: DELTAP1    
	00011: SHC[rp1,zp0] 

	Glyph 877: off = 0x0002D5DC, len = 274
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1140
	  yMax:			877

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	151
	00000: NPUSHB      (27):    66    34   105    13     2    74     4    74    19    74 
	                            20     3     6    20    20    20     2     4     7     6 
	                            20    20    32    26    34    34    17 
	00029: PUSHW[1]            903 
	00032: NPUSHB       (9):    73    15     1    15    15     1    12    12     0 
	00043: PUSHW[1]            901 
	00046: NPUSHB      (16):     1    20    20    26   187    32     1    32    64    18 
	                            19    52    32    32    26     7 
	00064: PUSHW[1]            907 
	00067: NPUSHB      (21):     6    20    23    29    12    34     0    15    23    23 
	                            29    29     0    17    15    15     6     1     0     7 
	                             6 
	00090: MDAP[rd]   
	00091: ALIGNRP    
	00092: MDAP[rd]   
	00093: SHP[rp1,zp0] 
	00094: SRP2       
	00095: IP         
	00096: MDAP[rd]   
	00097: SHP[rp1,zp0] 
	00098: SRP1       
	00099: SHP[rp1,zp0] 
	00100: MDAP[rd]   
	00101: SHP[rp1,zp0] 
	00102: MDAP[rd]   
	00103: SRP1       
	00104: SRP2       
	00105: IP         
	00106: IP         
	00107: SRP1       
	00108: SRP2       
	00109: IP         
	00110: SVTCA[y-axis] 
	00111: MDAP[rd]   
	00112: MIRP[nrp0,md,rd,1] 
	00113: MDAP[rd]   
	00114: SHP[rp1,zp0] 
	00115: MDAP[rd]   
	00116: CALL       
	00117: DELTAP1    
	00118: RTHG       
	00119: SRP2       
	00120: IP         
	00121: MDAP[rd]   
	00122: RTG        
	00123: MDAP[rd]   
	00124: MIRP[nrp0,md,rd,1] 
	00125: RTHG       
	00126: IP         
	00127: MDAP[rd]   
	00128: SRP1       
	00129: SHP[rp1,zp0] 
	00130: RTG        
	00131: MDAP[rd]   
	00132: DELTAP1    
	00133: MIRP[srp0,md,rd,0] 
	00134: SHP[rp2,zp1] 
	00135: RTHG       
	00136: MDAP[rd]   
	00137: SRP1       
	00138: SRP2       
	00139: IP         
	00140: MDAP[rd]   
	00141: SRP1       
	00142: SRP2       
	00143: IP         
	00144: IUP[y]     
	00145: IUP[x]     
	00146: SVTCA[x-axis] 
	00147: DELTAP1    
	00148: SVTCA[y-axis] 
	00149: DELTAP1    
	00150: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short Off
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short         On
	  5:                      Y-Short X-Short Off
	  6:  YDual                               On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                               On
	  9:  YDual XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short         Off
	 15:  YDual                       X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:                      Y-Short         Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                               Off
	 34:                      Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1140,   275)  ->  Abs (  1140,   275)
	  1: Rel (   -36,   -97)  ->  Abs (  1104,   178)
	  2: Rel (  -132,     0)  ->  Abs (   972,   178)
	  3: Rel (  -239,   -48)  ->  Abs (   733,   130)
	  4: Rel (  -258,   -99)  ->  Abs (   475,    31)
	  5: Rel (   -81,   -31)  ->  Abs (   394,     0)
	  6: Rel (  -394,     0)  ->  Abs (     0,     0)
	  7: Rel (     0,   123)  ->  Abs (     0,   123)
	  8: Rel (   352,     0)  ->  Abs (   352,   123)
	  9: Rel (    89,     0)  ->  Abs (   441,   123)
	 10: Rel (   177,    46)  ->  Abs (   618,   169)
	 11: Rel (   209,    56)  ->  Abs (   827,   225)
	 12: Rel (    40,     6)  ->  Abs (   867,   231)
	 13: Rel (  -104,    50)  ->  Abs (   763,   281)
	 14: Rel (  -338,   108)  ->  Abs (   425,   389)
	 15: Rel (   -54,     0)  ->  Abs (   371,   389)
	 16: Rel (    28,    42)  ->  Abs (   399,   431)
	 17: Rel (    28,    66)  ->  Abs (   427,   497)
	 18: Rel (    53,    54)  ->  Abs (   480,   551)
	 19: Rel (   243,   104)  ->  Abs (   723,   655)
	 20: Rel (    90,    13)  ->  Abs (   813,   668)
	 21: Rel (  -127,    47)  ->  Abs (   686,   715)
	 22: Rel (   -27,    27)  ->  Abs (   659,   742)
	 23: Rel (     0,    13)  ->  Abs (   659,   755)
	 24: Rel (     0,    32)  ->  Abs (   659,   787)
	 25: Rel (    80,    90)  ->  Abs (   739,   877)
	 26: Rel (    27,     0)  ->  Abs (   766,   877)
	 27: Rel (    67,     0)  ->  Abs (   833,   877)
	 28: Rel (   271,  -110)  ->  Abs (  1104,   767)
	 29: Rel (     0,   -53)  ->  Abs (  1104,   714)
	 30: Rel (     0,   -28)  ->  Abs (  1104,   686)
	 31: Rel (   -43,  -103)  ->  Abs (  1061,   583)
	 32: Rel (   -13,     0)  ->  Abs (  1048,   583)
	 33: Rel (  -399,     0)  ->  Abs (   649,   583)
	 34: Rel (  -147,  -104)  ->  Abs (   502,   479)
	 35: Rel (    44,    -7)  ->  Abs (   546,   472)
	 36: Rel (   248,   -94)  ->  Abs (   794,   378)
	 37: Rel (   243,   -92)  ->  Abs (  1037,   286)

	Glyph 878: off = 0x0002D6EE, len = 74
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1140
	  yMax:			909

	     0: Flags:		0x0236
		Glyf Index:	877
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	-209
		Y WOffset:	-165
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (34):     1    63    41     1   127    41   159    41     2    79 
	                            41   175    41   191    41     3    41     1    16    40 
	                            48    40     2     0    40   128    40     2     0    40 
	                            16    40     2    40 
	00036: SVTCA[x-axis] 
	00037: SRP1       
	00038: DELTAP1    
	00039: DELTAP2    
	00040: DELTAP3    
	00041: SHC[rp1,zp0] 
	00042: SVTCA[y-axis] 
	00043: SRP1       
	00044: DELTAP1    
	00045: DELTAP2    
	00046: DELTAP3    
	00047: SHC[rp1,zp0] 

	Glyph 879: off = 0x0002D738, len = 210
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1120
	  yMax:			885

	EndPoints
	---------
	  0:  38

	  Length of Instructions:	91
	00000: NPUSHB      (24):    70    34   107    16   107    30   102    34     4     6 
	                            17    22    17     2    13     9    17    17    22    28 
	                            28    22     2     9 
	00026: PUSHW[1]            907 
	00029: NPUSHB      (10):     8     0    28    17    25    19    19    25    13    31 
	00041: PUSHW[1]            886 
	00044: NPUSHB      (10):    96    15     1    15    15     8    37    25     9     8 
	00056: MDAP[rd]   
	00057: ALIGNRP    
	00058: MDAP[rd]   
	00059: MDAP[rd]   
	00060: SRP2       
	00061: IP         
	00062: MDAP[rd]   
	00063: DELTAP1    
	00064: MIRP[nrp0,md,rd,1] 
	00065: IP         
	00066: SRP1       
	00067: SHP[rp1,zp0] 
	00068: MDAP[rd]   
	00069: SRP2       
	00070: IP         
	00071: IP         
	00072: SVTCA[y-axis] 
	00073: MDAP[rd]   
	00074: MDAP[rd]   
	00075: MIRP[nrp0,md,rd,1] 
	00076: IP         
	00077: MDAP[rd]   
	00078: SHP[rp1,zp0] 
	00079: MDAP[rd]   
	00080: RTHG       
	00081: SRP2       
	00082: IP         
	00083: MDAP[rd]   
	00084: SRP1       
	00085: SHP[rp1,zp0] 
	00086: IUP[y]     
	00087: IUP[x]     
	00088: SVTCA[x-axis] 
	00089: DELTAP1    
	00090: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On
	 11:  YDual XDual                 X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:        XDual                         Off
	 17:  YDual               Y-Short         On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:                      Y-Short         Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                               Off
	 30:                      Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   784,     2)  ->  Abs (   784,     2)
	  1: Rel (   -81,    74)  ->  Abs (   703,    76)
	  2: Rel (  -115,    43)  ->  Abs (   588,   119)
	  3: Rel (   -55,    -4)  ->  Abs (   533,   115)
	  4: Rel (  -113,   -55)  ->  Abs (   420,    60)
	  5: Rel (   -78,   -37)  ->  Abs (   342,    23)
	  6: Rel (  -106,   -23)  ->  Abs (   236,     0)
	  7: Rel (  -115,     0)  ->  Abs (   121,     0)
	  8: Rel (  -121,     0)  ->  Abs (     0,     0)
	  9: Rel (     0,   123)  ->  Abs (     0,   123)
	 10: Rel (   289,     0)  ->  Abs (   289,   123)
	 11: Rel (    61,     0)  ->  Abs (   350,   123)
	 12: Rel (   107,    28)  ->  Abs (   457,   151)
	 13: Rel (    61,    56)  ->  Abs (   518,   207)
	 14: Rel (   -34,    47)  ->  Abs (   484,   254)
	 15: Rel (     0,    67)  ->  Abs (   484,   321)
	 16: Rel (     0,   263)  ->  Abs (   484,   584)
	 17: Rel (   341,   101)  ->  Abs (   825,   685)
	 18: Rel (  -149,    38)  ->  Abs (   676,   723)
	 19: Rel (     0,    39)  ->  Abs (   676,   762)
	 20: Rel (     0,    32)  ->  Abs (   676,   794)
	 21: Rel (    79,    91)  ->  Abs (   755,   885)
	 22: Rel (    27,     0)  ->  Abs (   782,   885)
	 23: Rel (    67,     0)  ->  Abs (   849,   885)
	 24: Rel (   271,  -111)  ->  Abs (  1120,   774)
	 25: Rel (     0,   -53)  ->  Abs (  1120,   721)
	 26: Rel (     0,   -27)  ->  Abs (  1120,   694)
	 27: Rel (   -44,  -104)  ->  Abs (  1076,   590)
	 28: Rel (   -11,     0)  ->  Abs (  1065,   590)
	 29: Rel (  -272,     0)  ->  Abs (   793,   590)
	 30: Rel (  -222,   -83)  ->  Abs (   571,   507)
	 31: Rel (     0,   -91)  ->  Abs (   571,   416)
	 32: Rel (     0,   -47)  ->  Abs (   571,   369)
	 33: Rel (    45,   -76)  ->  Abs (   616,   293)
	 34: Rel (    67,   -48)  ->  Abs (   683,   245)
	 35: Rel (   116,   -73)  ->  Abs (   799,   172)
	 36: Rel (    21,   -13)  ->  Abs (   820,   159)
	 37: Rel (     0,   -64)  ->  Abs (   820,    95)
	 38: Rel (     0,   -64)  ->  Abs (   820,    31)

	Glyph 880: off = 0x0002D80A, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-426
	  xMax:			1196
	  yMax:			1360

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1021
		X WOffset:	335
		Y WOffset:	286
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	161
		Y WOffset:	-1281
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    15    49     1    31    49    32    49     2    49 
	00012: SVTCA[y-axis] 
	00013: SRP1       
	00014: DELTAP1    
	00015: DELTAP2    
	00016: SHC[rp1,zp0] 

	Glyph 881: off = 0x0002D83E, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1196
	  yMax:			1360

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	335
		Y WOffset:	286
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    15    49     1    31    49    32    49     2    49 
	00012: SVTCA[y-axis] 
	00013: SRP1       
	00014: DELTAP1    
	00015: DELTAP2    
	00016: SHC[rp1,zp0] 

	Glyph 882: off = 0x0002D86A, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1196
	  yMax:			1360

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1021
		X WOffset:	335
		Y WOffset:	286
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	-292
		Y WOffset:	-100
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     2    63    53     1    53     1    15    49     1    31 
	                            49     1    49     2    16    52     1    52 
	00020: SVTCA[x-axis] 
	00021: SRP1       
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP1       
	00026: DELTAP1    
	00027: DELTAP2    
	00028: SHC[rp1,zp0] 
	00029: SVTCA[y-axis] 
	00030: SRP1       
	00031: DELTAP1    
	00032: SHC[rp1,zp0] 

	Glyph 883: off = 0x0002D8AE, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1133
	  yMax:			1278

	     0: Flags:		0x0236
		Glyf Index:	1119
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	376
		Y WOffset:	204
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    32    32     1    32     1    16    33    79    33 
	                             2    33 
	00014: SVTCA[x-axis] 
	00015: SRP1       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 
	00018: SVTCA[y-axis] 
	00019: SRP1       
	00020: DELTAP1    
	00021: SHC[rp1,zp0] 

	Glyph 884: off = 0x0002D8DE, len = 462
	  numberOfContours:	4
	  xMin:			0
	  yMin:			-6
	  xMax:			1229
	  yMax:			1203

	EndPoints
	---------
	  0:  45
	  1:  55
	  2:  63
	  3:  71

	  Length of Instructions:	248
	00000: NPUSHB      (60):    70    54   181    53   181    59     3   135    65   166 
	                            29   182    28     3    56     2   116    29   131    29 
	                             3     2    57    23    45    40    55    68    25    69 
	                            46    75    54     6     2    31    58    54    53    56 
	                             6    48     0    60    60     0     0    64     0     2 
	                             0     0     5    38    96    41     1    41    41    36 
	00062: PUSHW[1]            943 
	00065: PUSHB[3]             32    48     5 
	00069: PUSHW[1]            900 
	00072: NPUSHB      (12):    32    70    48    70     2    70    70    64    66    19 
	                            12    20 
	00086: PUSHW[3]            907    19   858 
	00093: NPUSHB      (22):    63     0   111     0     2     0     0    60    62    36 
	                            46    56     2     4    54    31    51    33    38    38 
	                            51    58 
	00117: PUSHW[1]            883 
	00120: PUSHB[7]             96    54     1    54    54    62    33 
	00128: PUSHW[1]            885 
	00131: NPUSHB      (13):    63    51   111    51     2    15    51    47    51     2 
	                            51    51    62 
	00146: PUSHW[1]            885 
	00149: NPUSHB      (11):    44    20    19    14    25    79    64     1    64    64 
	                            68 
	00162: PUSHW[1]            886 
	00165: PUSHB[5]             47     8     1     8     4 
	00171: SCANTYPE   
	00172: MDAP[rd]   
	00173: DELTAP1    
	00174: MIRP[srp0,md,rd,1] 
	00175: SHP[rp2,zp1] 
	00176: MDAP[rd]   
	00177: DELTAP1    
	00178: SHP[rp1,zp0] 
	00179: SHP[rp1,zp0] 
	00180: MDAP[rd]   
	00181: ALIGNRP    
	00182: MDAP[rd]   
	00183: MIRP[srp0,md,rd,1] 
	00184: SHP[rp2,zp1] 
	00185: MDAP[rd]   
	00186: DELTAP1    
	00187: DELTAP1    
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP2       
	00190: IP         
	00191: MDAP[rd]   
	00192: DELTAP1    
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP1       
	00195: SHP[rp1,zp0] 
	00196: MDAP[rd]   
	00197: SRP1       
	00198: SRP2       
	00199: IP         
	00200: SRP1       
	00201: SLOOP      
	00202: SHP[rp1,zp0] 
	00203: SRP1       
	00204: SHP[rp1,zp0] 
	00205: SHP[rp1,zp0] 
	00206: RTHG       
	00207: MDAP[rd]   
	00208: DELTAP1    
	00209: SVTCA[y-axis] 
	00210: RTG        
	00211: MIAP[rd+ci] 
	00212: MIRP[nrp0,md,rd,1] 
	00213: MDAP[rd]   
	00214: SRP1       
	00215: IP         
	00216: SHP[rp2,zp1] 
	00217: SHP[rp2,zp1] 
	00218: MDAP[rd]   
	00219: DELTAP1    
	00220: MIRP[nrp0,md,rd,1] 
	00221: MDAP[rd]   
	00222: SMD        
	00223: RTHG       
	00224: MIRP[srp0,md,rd,1] 
	00225: SHP[rp2,zp1] 
	00226: RTG        
	00227: MDAP[rd]   
	00228: DELTAP1    
	00229: IP         
	00230: SRP1       
	00231: SHP[rp1,zp0] 
	00232: MDAP[rd]   
	00233: DELTAP1    
	00234: SHP[rp1,zp0] 
	00235: MDAP[rd]   
	00236: SRP1       
	00237: SRP2       
	00238: SLOOP      
	00239: IP         
	00240: IUP[y]     
	00241: IUP[x]     
	00242: SVTCA[x-axis] 
	00243: DELTAP1    
	00244: SVTCA[y-axis] 
	00245: DELTAP1    
	00246: DELTAP1    
	00247: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual Rep-  4 Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short X-Short Off
	 44:                      Y-Short X-Short On
	 45:        XDual         Y-Short         Off
	 46:                              X-Short On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:                      Y-Short X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short On
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual XDual         Y-Short X-Short On
	 57:                      Y-Short X-Short Off
	 58:                      Y-Short X-Short On
	 59:        XDual         Y-Short X-Short Off
	 60:        XDual         Y-Short X-Short On
	 61:  YDual XDual         Y-Short X-Short Off
	 62:  YDual XDual         Y-Short         On
	 63:  YDual XDual         Y-Short         Off
	 64:                                      On
	 65:        XDual         Y-Short X-Short Off
	 66:        XDual         Y-Short X-Short On
	 67:  YDual XDual         Y-Short X-Short Off
	 68:  YDual XDual         Y-Short         On
	 69:  YDual XDual         Y-Short         Off
	 70:  YDual                       X-Short On
	 71:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (  1126,   537)  ->  Abs (  1126,   537)
	  1: Rel (  -121,    69)  ->  Abs (  1005,   606)
	  2: Rel (   -98,    22)  ->  Abs (   907,   628)
	  3: Rel (  -104,   -17)  ->  Abs (   803,   611)
	  4: Rel (  -234,   -75)  ->  Abs (   569,   536)
	  5: Rel (   -18,   -30)  ->  Abs (   551,   506)
	  6: Rel (    30,   -13)  ->  Abs (   581,   493)
	  7: Rel (    48,  -103)  ->  Abs (   629,   390)
	  8: Rel (     0,   -57)  ->  Abs (   629,   333)
	  9: Rel (     0,   -85)  ->  Abs (   629,   248)
	 10: Rel (   -40,  -154)  ->  Abs (   589,    94)
	 11: Rel (  -153,  -100)  ->  Abs (   436,    -6)
	 12: Rel (   -20,     0)  ->  Abs (   416,    -6)
	 13: Rel (   -73,    65)  ->  Abs (   343,    59)
	 14: Rel (   -93,    56)  ->  Abs (   250,   115)
	 15: Rel (   -11,    -9)  ->  Abs (   239,   106)
	 16: Rel (   -33,   -29)  ->  Abs (   206,    77)
	 17: Rel (   -90,   -77)  ->  Abs (   116,     0)
	 18: Rel (   -87,     0)  ->  Abs (    29,     0)
	 19: Rel (   -29,     0)  ->  Abs (     0,     0)
	 20: Rel (     0,   123)  ->  Abs (     0,   123)
	 21: Rel (    22,     0)  ->  Abs (    22,   123)
	 22: Rel (    79,     0)  ->  Abs (   101,   123)
	 23: Rel (    97,    34)  ->  Abs (   198,   157)
	 24: Rel (    39,    76)  ->  Abs (   237,   233)
	 25: Rel (    29,    83)  ->  Abs (   266,   316)
	 26: Rel (    33,    92)  ->  Abs (   299,   408)
	 27: Rel (    60,   119)  ->  Abs (   359,   527)
	 28: Rel (    38,    35)  ->  Abs (   397,   562)
	 29: Rel (   163,    75)  ->  Abs (   560,   637)
	 30: Rel (   142,    48)  ->  Abs (   702,   685)
	 31: Rel (    56,     6)  ->  Abs (   758,   691)
	 32: Rel (   -38,    27)  ->  Abs (   720,   718)
	 33: Rel (     0,    55)  ->  Abs (   720,   773)
	 34: Rel (     0,    70)  ->  Abs (   720,   843)
	 35: Rel (   114,   179)  ->  Abs (   834,  1022)
	 36: Rel (    61,    34)  ->  Abs (   895,  1056)
	 37: Rel (   -30,    17)  ->  Abs (   865,  1073)
	 38: Rel (   -85,     0)  ->  Abs (   780,  1073)
	 39: Rel (    21,    86)  ->  Abs (   801,  1159)
	 40: Rel (    38,    43)  ->  Abs (   839,  1202)
	 41: Rel (    35,     0)  ->  Abs (   874,  1202)
	 42: Rel (   103,     1)  ->  Abs (   977,  1203)
	 43: Rel (   252,  -242)  ->  Abs (  1229,   961)
	 44: Rel (    -1,  -197)  ->  Abs (  1228,   764)
	 45: Rel (     0,   -87)  ->  Abs (  1228,   677)
	 46: Rel (  -231,   288)  ->  Abs (   997,   965)
	 47: Rel (     0,    50)  ->  Abs (   997,  1015)
	 48: Rel (   -59,     0)  ->  Abs (   938,  1015)
	 49: Rel (   -32,     0)  ->  Abs (   906,  1015)
	 50: Rel (  -108,  -143)  ->  Abs (   798,   872)
	 51: Rel (     0,   -30)  ->  Abs (   798,   842)
	 52: Rel (     0,   -43)  ->  Abs (   798,   799)
	 53: Rel (    65,   -13)  ->  Abs (   863,   786)
	 54: Rel (    37,    -8)  ->  Abs (   900,   778)
	 55: Rel (    97,   105)  ->  Abs (   997,   883)
	 56: Rel (    54,    73)  ->  Abs (  1051,   956)
	 57: Rel (   -22,  -115)  ->  Abs (  1029,   841)
	 58: Rel (   -59,   -89)  ->  Abs (   970,   752)
	 59: Rel (    85,   -25)  ->  Abs (  1055,   727)
	 60: Rel (    87,   -39)  ->  Abs (  1142,   688)
	 61: Rel (     7,    25)  ->  Abs (  1149,   713)
	 62: Rel (     0,    37)  ->  Abs (  1149,   750)
	 63: Rel (     0,   119)  ->  Abs (  1149,   869)
	 64: Rel (  -851,  -650)  ->  Abs (   298,   219)
	 65: Rel (   107,   -56)  ->  Abs (   405,   163)
	 66: Rel (    85,   -74)  ->  Abs (   490,    89)
	 67: Rel (    53,    73)  ->  Abs (   543,   162)
	 68: Rel (     0,   102)  ->  Abs (   543,   264)
	 69: Rel (     0,   149)  ->  Abs (   543,   413)
	 70: Rel (   -90,     0)  ->  Abs (   453,   413)
	 71: Rel (   -69,     0)  ->  Abs (   384,   413)

	Glyph 885: off = 0x0002DAAC, len = 136
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-373
	  xMax:			1215
	  yMax:			967

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1100
		X WOffset:	342
		Y WOffset:	-785
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	0
		Y WOffset:	-1228
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     2     0    57   224    57     2    57     2    16    56 
	                             1     0    56    64    56     2    56 
	00019: PUSHW[1]            -64 
	00022: NPUSHB      (55):    23    26    52     0    56    16    56     2    56     1 
	                             0    49    64    49     2    96    49   112    49   208 
	                            49     3     0    49    32    49    64    49    80    49 
	                             4    49     1    48    64    17    20    52    32    48 
	                             1     0    48    79    48    95    48   191    48   223 
	                            48   240    48     6    48 
	00079: SVTCA[x-axis] 
	00080: SRP1       
	00081: DELTAP1    
	00082: DELTAP2    
	00083: CALL       
	00084: SHC[rp1,zp0] 
	00085: SVTCA[y-axis] 
	00086: SRP1       
	00087: DELTAP1    
	00088: DELTAP1    
	00089: DELTAP2    
	00090: SHC[rp1,zp0] 
	00091: SVTCA[x-axis] 
	00092: SRP1       
	00093: DELTAP1    
	00094: CALL       
	00095: DELTAP2    
	00096: DELTAP3    
	00097: SHC[rp1,zp0] 
	00098: SVTCA[y-axis] 
	00099: SRP1       
	00100: DELTAP1    
	00101: SHC[rp1,zp0] 

	Glyph 886: off = 0x0002DB34, len = 88
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-111
	  xMax:			1215
	  yMax:			967

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	342
		Y WOffset:	-785
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (48):     1     0    49    64    49     2    96    49   112    49 
	                           208    49   240    49     4     0    49    32    49    64 
	                            49    80    49     4    49     1    48    64    17    20 
	                            52    32    48     1     0    48    79    48    95    48 
	                           191    48   223    48   240    48     6    48 
	00050: SVTCA[x-axis] 
	00051: SRP1       
	00052: DELTAP1    
	00053: DELTAP2    
	00054: CALL       
	00055: SHC[rp1,zp0] 
	00056: SVTCA[y-axis] 
	00057: SRP1       
	00058: DELTAP1    
	00059: DELTAP1    
	00060: DELTAP2    
	00061: SHC[rp1,zp0] 

	Glyph 887: off = 0x0002DB8C, len = 116
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-111
	  xMax:			1215
	  yMax:			974

	     0: Flags:		0x0236
		Glyf Index:	1118
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0037
		Glyf Index:	1021
		X WOffset:	-292
		Y WOffset:	-100
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	342
		Y WOffset:	-785
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (60):     1    63    49    79    49     2    49     2     0    53 
	                            64    53     2    96    53   112    53   208    53   240 
	                            53     4     0    53    32    53    64    53    80    53 
	                             4    53     2    52    64    17    20    52    32    52 
	                             1     0    52    79    52    95    52   191    52   223 
	                            52   240    52     6    52     1    16    48     1    48 
	00062: SVTCA[x-axis] 
	00063: SRP1       
	00064: DELTAP1    
	00065: SHC[rp1,zp0] 
	00066: SVTCA[x-axis] 
	00067: SRP1       
	00068: DELTAP1    
	00069: DELTAP2    
	00070: CALL       
	00071: SHC[rp1,zp0] 
	00072: SVTCA[y-axis] 
	00073: SRP1       
	00074: DELTAP1    
	00075: DELTAP1    
	00076: DELTAP2    
	00077: SHC[rp1,zp0] 
	00078: SVTCA[y-axis] 
	00079: SRP1       
	00080: DELTAP1    
	00081: SHC[rp1,zp0] 

	Glyph 888: off = 0x0002DC00, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-416
	  xMax:			1201
	  yMax:			832

	     0: Flags:		0x0236
		Glyf Index:	1119
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	328
		Y WOffset:	-1090
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (11):     1    48    33    95    33   191    33   240    33     4 
	                            33 
	00013: SVTCA[x-axis] 
	00014: SRP1       
	00015: DELTAP1    
	00016: SHC[rp1,zp0] 

	Glyph 889: off = 0x0002DC2C, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1228
	  yMax:			1444

	     0: Flags:		0x0236
		Glyf Index:	870
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	234
		Y WOffset:	354
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (42):     2     1    66    64    42    50    52    31    66     1 
	                            15    66    79    66     2    15    66    31    66     2 
	                            66     2     1    16    65     1     0    65     1   224 
	                            65   240    65     2    48    65    80    65    96    65 
	                             3    65 
	00044: SVTCA[x-axis] 
	00045: SRP1       
	00046: DELTAP1    
	00047: DELTAP1    
	00048: DELTAP2    
	00049: DELTAP3    
	00050: SHC[rp1,zp0] 
	00051: SHC[rp1,zp0] 
	00052: SVTCA[y-axis] 
	00053: SRP1       
	00054: DELTAP1    
	00055: DELTAP2    
	00056: DELTAP3    
	00057: CALL       
	00058: SHC[rp1,zp0] 
	00059: SHC[rp1,zp0] 

	Glyph 890: off = 0x0002DC82, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			412
	  yMin:			0
	  xMax:			1229
	  yMax:			1579

	     0: Flags:		0x0236
		Glyf Index:	910
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	753
		X BOffset:	-64
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     2     1   143    38     1    63    38     1    38     2 
	                             1     0    40    46     6     6    64 
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 
	00022: SHC[rp1,zp0] 
	00023: SVTCA[y-axis] 
	00024: SRP1       
	00025: DELTAP1    
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 
	00028: SHC[rp1,zp0] 

	Glyph 891: off = 0x0002DCB8, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			412
	  yMin:			59
	  xMax:			688
	  yMax:			1579

	     0: Flags:		0x0236
		Glyf Index:	909
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	753
		X BOffset:	-64
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (28):     2     1   143    13     1    63    13     1    13     2 
	                             1    96    14   112    14   223    14     3     0    14 
	                            32    14    48    14   176    14     4    14 
	00030: SVTCA[x-axis] 
	00031: SRP1       
	00032: DELTAP1    
	00033: DELTAP1    
	00034: SHC[rp1,zp0] 
	00035: SHC[rp1,zp0] 
	00036: SVTCA[y-axis] 
	00037: SRP1       
	00038: DELTAP1    
	00039: DELTAP1    
	00040: SHC[rp1,zp0] 
	00041: SHC[rp1,zp0] 

	Glyph 892: off = 0x0002DCFA, len = 122
	  numberOfContours:	1
	  xMin:			605
	  yMin:			-260
	  xMax:			943
	  yMax:			1255

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	28
	00000: PUSHB[6]              6    22     9    19    19    14 
	00007: PUSHW[1]            947 
	00010: PUSHB[6]              0     0    48     0     2     0 
	00017: MDAP[rd]   
	00018: DELTAP1    
	00019: MIRP[srp0,md,rd,1] 
	00020: SHP[rp2,zp1] 
	00021: MDAP[rd]   
	00022: ALIGNRP    
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: MDAP[rd]   
	00026: IUP[y]     
	00027: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:        XDual                 X-Short Off
	  3:        XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                              X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:        XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:                              X-Short Off
	 27:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   605,   498)  ->  Abs (   605,   498)
	  1: Rel (     0,   115)  ->  Abs (   605,   613)
	  2: Rel (    60,   258)  ->  Abs (   665,   871)
	  3: Rel (   170,   338)  ->  Abs (   835,  1209)
	  4: Rel (    39,    35)  ->  Abs (   874,  1244)
	  5: Rel (    12,    11)  ->  Abs (   886,  1255)
	  6: Rel (    14,     0)  ->  Abs (   900,  1255)
	  7: Rel (    18,     0)  ->  Abs (   918,  1255)
	  8: Rel (    25,   -24)  ->  Abs (   943,  1231)
	  9: Rel (     0,   -17)  ->  Abs (   943,  1214)
	 10: Rel (     0,   -10)  ->  Abs (   943,  1204)
	 11: Rel (    -7,   -12)  ->  Abs (   936,  1192)
	 12: Rel (  -110,  -202)  ->  Abs (   826,   990)
	 13: Rel (   -94,  -328)  ->  Abs (   732,   662)
	 14: Rel (     0,  -164)  ->  Abs (   732,   498)
	 15: Rel (     0,  -165)  ->  Abs (   732,   333)
	 16: Rel (    94,  -328)  ->  Abs (   826,     5)
	 17: Rel (   110,  -201)  ->  Abs (   936,  -196)
	 18: Rel (     7,   -12)  ->  Abs (   943,  -208)
	 19: Rel (     0,   -10)  ->  Abs (   943,  -218)
	 20: Rel (     0,   -17)  ->  Abs (   943,  -235)
	 21: Rel (   -25,   -25)  ->  Abs (   918,  -260)
	 22: Rel (   -18,     0)  ->  Abs (   900,  -260)
	 23: Rel (   -14,     0)  ->  Abs (   886,  -260)
	 24: Rel (   -12,    11)  ->  Abs (   874,  -249)
	 25: Rel (   -37,    34)  ->  Abs (   837,  -215)
	 26: Rel (  -168,   330)  ->  Abs (   669,   115)
	 27: Rel (   -64,   254)  ->  Abs (   605,   369)

	Glyph 893: off = 0x0002DD74, len = 128
	  numberOfContours:	1
	  xMin:			301
	  yMin:			-260
	  xMax:			639
	  yMax:			1255

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	34
	00000: NPUSHB      (11):     8     2     8    26     2     6    22     9    19    19 
	                            14 
	00013: PUSHW[1]            947 
	00016: PUSHB[4]             47     0     1     0 
	00021: MDAP[rd]   
	00022: DELTAP1    
	00023: MIRP[srp0,md,rd,1] 
	00024: SHP[rp2,zp1] 
	00025: MDAP[rd]   
	00026: ALIGNRP    
	00027: SVTCA[y-axis] 
	00028: MDAP[rd]   
	00029: MDAP[rd]   
	00030: IUP[y]     
	00031: IUP[x]     
	00032: SVTCA[x-axis] 
	00033: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                              X-Short Off
	  3:                              X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:        XDual                 X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:                              X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   639,   497)  ->  Abs (   639,   497)
	  1: Rel (     0,  -115)  ->  Abs (   639,   382)
	  2: Rel (   -60,  -257)  ->  Abs (   579,   125)
	  3: Rel (  -170,  -339)  ->  Abs (   409,  -214)
	  4: Rel (   -39,   -34)  ->  Abs (   370,  -248)
	  5: Rel (   -12,   -12)  ->  Abs (   358,  -260)
	  6: Rel (   -14,     0)  ->  Abs (   344,  -260)
	  7: Rel (   -18,     0)  ->  Abs (   326,  -260)
	  8: Rel (   -25,    25)  ->  Abs (   301,  -235)
	  9: Rel (     0,    17)  ->  Abs (   301,  -218)
	 10: Rel (     0,    10)  ->  Abs (   301,  -208)
	 11: Rel (     7,    12)  ->  Abs (   308,  -196)
	 12: Rel (   110,   201)  ->  Abs (   418,     5)
	 13: Rel (    94,   328)  ->  Abs (   512,   333)
	 14: Rel (     0,   164)  ->  Abs (   512,   497)
	 15: Rel (     0,   165)  ->  Abs (   512,   662)
	 16: Rel (   -94,   328)  ->  Abs (   418,   990)
	 17: Rel (  -110,   202)  ->  Abs (   308,  1192)
	 18: Rel (    -7,    12)  ->  Abs (   301,  1204)
	 19: Rel (     0,    10)  ->  Abs (   301,  1214)
	 20: Rel (     0,    17)  ->  Abs (   301,  1231)
	 21: Rel (    25,    24)  ->  Abs (   326,  1255)
	 22: Rel (    18,     0)  ->  Abs (   344,  1255)
	 23: Rel (    14,     0)  ->  Abs (   358,  1255)
	 24: Rel (    12,   -11)  ->  Abs (   370,  1244)
	 25: Rel (    37,   -34)  ->  Abs (   407,  1210)
	 26: Rel (   168,  -330)  ->  Abs (   575,   880)
	 27: Rel (    64,  -254)  ->  Abs (   639,   626)

	Glyph 894: off = 0x0002DDF4, len = 354
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1171
	  yMax:			1190

	EndPoints
	---------
	  0:  49

	  Length of Instructions:	198
	00000: NPUSHB      (34):     8    35     9    36     9    44     3   232    35   233 
	                            36   232    44     3    39     9    38    32    54    32 
	                            70    32     4    40     3    64     9    14    52     3 
	                             3    46    33    48 
	00036: PUSHW[3]            904     7   -64 
	00043: NPUSHB      (16):    12    16    52     7    64    24    25    52    15     7 
	                             1     7     7     9     9    31 
	00061: PUSHW[1]            902 
	00064: PUSHB[8]             29    13    29    64    25    28    52    29 
	00073: PUSHW[1]            -64 
	00076: PUSHB[8]             10    14    52    29    29    26    26    13 
	00085: PUSHW[1]            903 
	00088: PUSHB[6]            143    14     1    14    14    21 
	00095: PUSHW[3]            907    20   858 
	00102: NPUSHB      (10):    36    35    33    44    46     5    38    40    40    42 
	00114: PUSHW[1]            896 
	00117: NPUSHB      (15):    38    38     9    31    29    29    20    26    14    13 
	                            13     0    21    20     4 
	00134: SCANTYPE   
	00135: MDAP[rd]   
	00136: ALIGNRP    
	00137: MDAP[rd]   
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: SHP[rp1,zp0] 
	00141: SHP[rp1,zp0] 
	00142: SRP1       
	00143: SHP[rp1,zp0] 
	00144: MDAP[rd]   
	00145: SHP[rp1,zp0] 
	00146: SHP[rp1,zp0] 
	00147: IP         
	00148: MDAP[rd]   
	00149: MIRP[nrp0,md,rd,1] 
	00150: RTHG       
	00151: IP         
	00152: MDAP[rd]   
	00153: SRP1       
	00154: SLOOP      
	00155: IP         
	00156: SVTCA[y-axis] 
	00157: RTG        
	00158: MIAP[rd+ci] 
	00159: MIRP[nrp0,md,rd,1] 
	00160: SHP[rp1,zp0] 
	00161: MDAP[rd]   
	00162: DELTAP1    
	00163: MIRP[nrp0,md,rd,1] 
	00164: RTHG       
	00165: IP         
	00166: MDAP[rd]   
	00167: SHP[rp2,zp1] 
	00168: RTG        
	00169: MDAP[rd]   
	00170: CALL       
	00171: CALL       
	00172: MDAP[rd]   
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,0] 
	00175: SHP[rp2,zp1] 
	00176: RTHG       
	00177: MDAP[rd]   
	00178: SHP[rp2,zp1] 
	00179: RTG        
	00180: MDAP[rd]   
	00181: DELTAP1    
	00182: CALL       
	00183: CALL       
	00184: MIRP[nrp0,md,rd,1] 
	00185: IP         
	00186: IP         
	00187: SHP[rp1,zp0] 
	00188: MDAP[rd]   
	00189: CALL       
	00190: MDAP[rd]   
	00191: IUP[y]     
	00192: IUP[x]     
	00193: SVTCA[y-axis] 
	00194: DELTAP1    
	00195: SVTCA[x-axis] 
	00196: DELTAP1    
	00197: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:                      Y-Short X-Short On
	 15:  YDual                       X-Short Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short         On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short On
	 21:  YDual XDual         Y-Short         On
	 22:  YDual                               On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short         Off
	 29:  YDual                       X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual               Y-Short X-Short On
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:                      Y-Short X-Short On
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1171,   586)  ->  Abs (  1171,   586)
	  1: Rel (     0,   -23)  ->  Abs (  1171,   563)
	  2: Rel (   -33,  -100)  ->  Abs (  1138,   463)
	  3: Rel (   -12,     0)  ->  Abs (  1126,   463)
	  4: Rel (    -8,     0)  ->  Abs (  1118,   463)
	  5: Rel (   -25,    30)  ->  Abs (  1093,   493)
	  6: Rel (   -70,    87)  ->  Abs (  1023,   580)
	  7: Rel (   -93,     0)  ->  Abs (   930,   580)
	  8: Rel (  -171,     0)  ->  Abs (   759,   580)
	  9: Rel (  -177,  -107)  ->  Abs (   582,   473)
	 10: Rel (    44,    -7)  ->  Abs (   626,   466)
	 11: Rel (   210,   -86)  ->  Abs (   836,   380)
	 12: Rel (   206,   -84)  ->  Abs (  1042,   296)
	 13: Rel (   103,   -11)  ->  Abs (  1145,   285)
	 14: Rel (   -39,  -107)  ->  Abs (  1106,   178)
	 15: Rel (  -116,     0)  ->  Abs (   990,   178)
	 16: Rel (  -241,   -51)  ->  Abs (   749,   127)
	 17: Rel (  -268,  -102)  ->  Abs (   481,    25)
	 18: Rel (   -66,   -25)  ->  Abs (   415,     0)
	 19: Rel (  -218,     0)  ->  Abs (   197,     0)
	 20: Rel (  -197,     0)  ->  Abs (     0,     0)
	 21: Rel (     0,   123)  ->  Abs (     0,   123)
	 22: Rel (   354,     0)  ->  Abs (   354,   123)
	 23: Rel (    73,     0)  ->  Abs (   427,   123)
	 24: Rel (   174,    53)  ->  Abs (   601,   176)
	 25: Rel (   184,    57)  ->  Abs (   785,   233)
	 26: Rel (    69,     5)  ->  Abs (   854,   238)
	 27: Rel (  -106,    50)  ->  Abs (   748,   288)
	 28: Rel (  -321,   103)  ->  Abs (   427,   391)
	 29: Rel (   -54,     0)  ->  Abs (   373,   391)
	 30: Rel (    31,    45)  ->  Abs (   404,   436)
	 31: Rel (    24,    56)  ->  Abs (   428,   492)
	 32: Rel (   222,   129)  ->  Abs (   650,   621)
	 33: Rel (   174,    51)  ->  Abs (   824,   672)
	 34: Rel (   -20,    56)  ->  Abs (   804,   728)
	 35: Rel (   -10,   109)  ->  Abs (   794,   837)
	 36: Rel (   -13,   127)  ->  Abs (   781,   964)
	 37: Rel (    -4,    38)  ->  Abs (   777,  1002)
	 38: Rel (   -25,    67)  ->  Abs (   752,  1069)
	 39: Rel (    37,    62)  ->  Abs (   789,  1131)
	 40: Rel (    53,    59)  ->  Abs (   842,  1190)
	 41: Rel (    28,   -58)  ->  Abs (   870,  1132)
	 42: Rel (    58,   -71)  ->  Abs (   928,  1061)
	 43: Rel (   -35,   -56)  ->  Abs (   893,  1005)
	 44: Rel (   -18,   -39)  ->  Abs (   875,   966)
	 45: Rel (     3,  -219)  ->  Abs (   878,   747)
	 46: Rel (    26,   -59)  ->  Abs (   904,   688)
	 47: Rel (    24,     4)  ->  Abs (   928,   692)
	 48: Rel (    37,     0)  ->  Abs (   965,   692)
	 49: Rel (   146,     0)  ->  Abs (  1111,   692)

	Glyph 895: off = 0x0002DF56, len = 620
	  numberOfContours:	3
	  xMin:			20
	  yMin:			0
	  xMax:			1177
	  yMax:			1316

	EndPoints
	---------
	  0:  31
	  1:  84
	  2:  92

	  Length of Instructions:	351
	00000: NPUSHB      (52):    75    74    75    76     2    58    76    75    61    75 
	                            65     3    41    76    57    61    58    74     3    25 
	                            74    41    61    41    74     3    10    61    10    74 
	                            24    61     3   137    61     1   138    47     1    48 
	                            16    17    17    25     0     6     1     6     6    25 
	                            25    21 
	00054: PUSHW[1]            -64 
	00057: PUSHB[4]             30    32    52    21 
	00062: PUSHW[4]            902    30    13   900 
	00071: NPUSHB      (17):     2    30    30     2    64     9    13    52     2     2 
	                            65    85    44    40    91    41    48 
	00090: PUSHW[1]            900 
	00093: NPUSHB      (15):    13    86    31    86    47    86     3     0    86    16 
	                            86     2    86    86    91 
	00110: PUSHW[1]            901 
	00113: PUSHB[5]             41    41    35    51    57 
	00119: PUSHW[5]            907    35   858    69   907 
	00130: NPUSHB      (55):    82    76    65     0     0    27    25    25    27     6 
	                             6    17    17     4    31    27     1    27    64     9 
	                            17    52    27    64    24    31    52    15    27    31 
	                            27   255    27     3    27    27     0     4     1     4 
	                             4    51    76    74    71    65    67    61    59    79 
	                            64    36    38    52    79 
	00187: PUSHW[1]            885 
	00190: NPUSHB      (18):     0    71    64    71    80    71     3     0    71     1 
	                            71    71    67    64    36    38    52    67 
	00210: PUSHW[1]            885 
	00213: NPUSHB       (9):    59    59    53    48    86    85    40     4    51 
	00224: PUSHW[1]            886 
	00227: NPUSHB      (10):     0    50    16    50    96    50     3    50    50    88 
	00239: PUSHW[1]            891 
	00242: PUSHB[2]             44     4 
	00245: SCANTYPE   
	00246: MDAP[rd]   
	00247: MIRP[nrp0,md,rd,1] 
	00248: SHP[rp1,zp0] 
	00249: MDAP[rd]   
	00250: DELTAP1    
	00251: RTHG       
	00252: MIRP[nrp0,nmd,rd,0] 
	00253: SLOOP      
	00254: IP         
	00255: SHP[rp2,zp1] 
	00256: SHP[rp2,zp1] 
	00257: RTG        
	00258: MDAP[rd]   
	00259: MIRP[srp0,md,rd,1] 
	00260: CALL       
	00261: SHP[rp2,zp1] 
	00262: MDAP[rd]   
	00263: DELTAP1    
	00264: DELTAP1    
	00265: MIRP[nrp0,md,rd,1] 
	00266: CALL       
	00267: SRP1       
	00268: SHP[rp1,zp0] 
	00269: SRP1       
	00270: SHP[rp1,zp0] 
	00271: SRP1       
	00272: SHP[rp1,zp0] 
	00273: SHP[rp2,zp1] 
	00274: SRP1       
	00275: SHP[rp1,zp0] 
	00276: MDAP[rd]   
	00277: DELTAP1    
	00278: SHP[rp1,zp0] 
	00279: MDAP[rd]   
	00280: DELTAP1    
	00281: CALL       
	00282: CALL       
	00283: DELTAP3    
	00284: RTHG       
	00285: SRP2       
	00286: IP         
	00287: MDAP[rd]   
	00288: SHP[rp2,zp1] 
	00289: MDAP[rd]   
	00290: SRP1       
	00291: SHP[rp1,zp0] 
	00292: MDAP[rd]   
	00293: SRP1       
	00294: IP         
	00295: MDAP[rd]   
	00296: SVTCA[y-axis] 
	00297: RTG        
	00298: MDAP[rd]   
	00299: MDAP[rd]   
	00300: MDAP[rd]   
	00301: MIRP[nrp0,md,rd,1] 
	00302: MIAP[rd+ci] 
	00303: MIRP[nrp0,md,rd,1] 
	00304: MDAP[rd]   
	00305: SRP2       
	00306: IP         
	00307: MDAP[rd]   
	00308: MIRP[srp0,md,rd,1] 
	00309: SHP[rp2,zp1] 
	00310: MDAP[rd]   
	00311: DELTAP1    
	00312: DELTAP2    
	00313: MIRP[nrp0,md,rd,1] 
	00314: SRP1       
	00315: SRP2       
	00316: IP         
	00317: IP         
	00318: SHP[rp2,zp1] 
	00319: SRP1       
	00320: SHP[rp1,zp0] 
	00321: MDAP[rd]   
	00322: CALL       
	00323: SHP[rp1,zp0] 
	00324: MDAP[rd]   
	00325: SRP0       
	00326: MIRP[nrp0,md,rd,1] 
	00327: SRP0       
	00328: MIRP[srp0,md,rd,1] 
	00329: CALL       
	00330: SHP[rp2,zp1] 
	00331: MDAP[rd]   
	00332: SHP[rp1,zp0] 
	00333: MDAP[rd]   
	00334: DELTAP1    
	00335: SRP2       
	00336: IP         
	00337: MDAP[rd]   
	00338: SVTCA[x-axis] 
	00339: SHPIX      
	00340: IUP[y]     
	00341: IUP[x]     
	00342: SVTCA[y-axis] 
	00343: DELTAP1    
	00344: SVTCA[x-axis] 
	00345: DELTAP2    
	00346: DELTAP1    
	00347: DELTAP1    
	00348: DELTAP1    
	00349: DELTAP1    
	00350: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:        XDual                 X-Short On
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual       Rep-  2 Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short On
	 41:                      Y-Short X-Short On
	 42:  YDual               Y-Short         Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual               Y-Short         On
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual               Y-Short X-Short On
	 51:  YDual XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual                 X-Short On
	 54:        XDual Rep-  2 Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual XDual         Y-Short         Off
	 61:                              X-Short On
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual         Y-Short X-Short On
	 64:  YDual XDual         Y-Short X-Short Off
	 65:  YDual XDual         Y-Short X-Short On
	 66:        XDual                 X-Short Off
	 67:        XDual                 X-Short On
	 68:        XDual         Y-Short X-Short Off
	 69:  YDual XDual                 X-Short On
	 70:  YDual XDual                 X-Short Off
	 71:  YDual XDual         Y-Short         On
	 72:  YDual XDual         Y-Short         Off
	 73:  YDual               Y-Short X-Short Off
	 74:                              X-Short On
	 75:  YDual XDual         Y-Short X-Short Off
	 76:  YDual XDual         Y-Short X-Short On
	 77:        XDual                 X-Short On
	 78:        XDual         Y-Short X-Short Off
	 79:        XDual         Y-Short         On
	 80:        XDual         Y-Short         Off
	 81:                      Y-Short X-Short Off
	 82:  YDual                       X-Short On
	 83:  YDual                       X-Short Off
	 84:  YDual               Y-Short X-Short Off
	 85:                                      On
	 86:  YDual               Y-Short X-Short On
	 87:                      Y-Short         Off
	 88:        XDual         Y-Short         On
	 89:        XDual         Y-Short         Off
	 90:        XDual         Y-Short X-Short Off
	 91:  YDual XDual                 X-Short On
	 92:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   660,  1117)  ->  Abs (   660,  1117)
	  1: Rel (   -40,   -86)  ->  Abs (   620,  1031)
	  2: Rel (   -52,     0)  ->  Abs (   568,  1031)
	  3: Rel (   -68,     0)  ->  Abs (   500,  1031)
	  4: Rel (     0,    92)  ->  Abs (   500,  1123)
	  5: Rel (     0,    86)  ->  Abs (   500,  1209)
	  6: Rel (    31,     0)  ->  Abs (   531,  1209)
	  7: Rel (    12,     0)  ->  Abs (   543,  1209)
	  8: Rel (     0,   -16)  ->  Abs (   543,  1193)
	  9: Rel (    -1,   -18)  ->  Abs (   542,  1175)
	 10: Rel (    -2,   -13)  ->  Abs (   540,  1162)
	 11: Rel (     0,    -7)  ->  Abs (   540,  1155)
	 12: Rel (     0,   -28)  ->  Abs (   540,  1127)
	 13: Rel (    28,     0)  ->  Abs (   568,  1127)
	 14: Rel (    41,     0)  ->  Abs (   609,  1127)
	 15: Rel (    17,    67)  ->  Abs (   626,  1194)
	 16: Rel (    17,    67)  ->  Abs (   643,  1261)
	 17: Rel (     2,     0)  ->  Abs (   645,  1261)
	 18: Rel (    15,     0)  ->  Abs (   660,  1261)
	 19: Rel (     5,   -37)  ->  Abs (   665,  1224)
	 20: Rel (     5,   -37)  ->  Abs (   670,  1187)
	 21: Rel (    35,     0)  ->  Abs (   705,  1187)
	 22: Rel (    32,     0)  ->  Abs (   737,  1187)
	 23: Rel (     7,    64)  ->  Abs (   744,  1251)
	 24: Rel (     7,    65)  ->  Abs (   751,  1316)
	 25: Rel (    11,     0)  ->  Abs (   762,  1316)
	 26: Rel (    31,     0)  ->  Abs (   793,  1316)
	 27: Rel (     0,  -109)  ->  Abs (   793,  1207)
	 28: Rel (     0,   -51)  ->  Abs (   793,  1156)
	 29: Rel (   -54,   -74)  ->  Abs (   739,  1082)
	 30: Rel (   -34,     0)  ->  Abs (   705,  1082)
	 31: Rel (   -30,     0)  ->  Abs (   675,  1082)
	 32: Rel (   148,  -990)  ->  Abs (   823,    92)
	 33: Rel (   -24,   -49)  ->  Abs (   799,    43)
	 34: Rel (   -66,   -43)  ->  Abs (   733,     0)
	 35: Rel (   -93,     0)  ->  Abs (   640,     0)
	 36: Rel (   -26,     0)  ->  Abs (   614,     0)
	 37: Rel (  -103,    22)  ->  Abs (   511,    22)
	 38: Rel (   -39,    26)  ->  Abs (   472,    48)
	 39: Rel (   -26,   115)  ->  Abs (   446,   163)
	 40: Rel (   -12,   116)  ->  Abs (   434,   279)
	 41: Rel (   -90,   -76)  ->  Abs (   344,   203)
	 42: Rel (  -258,    17)  ->  Abs (    86,   220)
	 43: Rel (   -66,    24)  ->  Abs (    20,   244)
	 44: Rel (     0,    20)  ->  Abs (    20,   264)
	 45: Rel (     0,    48)  ->  Abs (    20,   312)
	 46: Rel (    62,   122)  ->  Abs (    82,   434)
	 47: Rel (    71,    55)  ->  Abs (   153,   489)
	 48: Rel (   264,    84)  ->  Abs (   417,   573)
	 49: Rel (    -7,    93)  ->  Abs (   410,   666)
	 50: Rel (   -25,    45)  ->  Abs (   385,   711)
	 51: Rel (    86,   114)  ->  Abs (   471,   825)
	 52: Rel (    18,  -163)  ->  Abs (   489,   662)
	 53: Rel (    12,  -282)  ->  Abs (   501,   380)
	 54: Rel (     8,  -157)  ->  Abs (   509,   223)
	 55: Rel (    16,   -79)  ->  Abs (   525,   144)
	 56: Rel (    84,   -21)  ->  Abs (   609,   123)
	 57: Rel (    48,     0)  ->  Abs (   657,   123)
	 58: Rel (   119,     0)  ->  Abs (   776,   123)
	 59: Rel (     0,    67)  ->  Abs (   776,   190)
	 60: Rel (     0,   217)  ->  Abs (   776,   407)
	 61: Rel (  -119,   408)  ->  Abs (   657,   815)
	 62: Rel (    16,    16)  ->  Abs (   673,   831)
	 63: Rel (    27,    59)  ->  Abs (   700,   890)
	 64: Rel (    27,    58)  ->  Abs (   727,   948)
	 65: Rel (    10,    10)  ->  Abs (   737,   958)
	 66: Rel (    82,  -453)  ->  Abs (   819,   505)
	 67: Rel (    37,  -310)  ->  Abs (   856,   195)
	 68: Rel (    13,   -69)  ->  Abs (   869,   126)
	 69: Rel (   128,     0)  ->  Abs (   997,   126)
	 70: Rel (   100,     0)  ->  Abs (  1097,   126)
	 71: Rel (     0,    70)  ->  Abs (  1097,   196)
	 72: Rel (     0,    62)  ->  Abs (  1097,   258)
	 73: Rel (   -25,   225)  ->  Abs (  1072,   483)
	 74: Rel (  -104,   391)  ->  Abs (   968,   874)
	 75: Rel (    33,    68)  ->  Abs (  1001,   942)
	 76: Rel (    47,    78)  ->  Abs (  1048,  1020)
	 77: Rel (   117,  -727)  ->  Abs (  1165,   293)
	 78: Rel (    12,   -77)  ->  Abs (  1177,   216)
	 79: Rel (     0,   -55)  ->  Abs (  1177,   161)
	 80: Rel (     0,   -90)  ->  Abs (  1177,    71)
	 81: Rel (   -73,   -71)  ->  Abs (  1104,     0)
	 82: Rel (   -89,     0)  ->  Abs (  1015,     0)
	 83: Rel (   -60,     0)  ->  Abs (   955,     0)
	 84: Rel (  -115,    55)  ->  Abs (   840,    55)
	 85: Rel (  -402,   275)  ->  Abs (   438,   330)
	 86: Rel (    -8,   149)  ->  Abs (   430,   479)
	 87: Rel (  -291,   -71)  ->  Abs (   139,   408)
	 88: Rel (     0,   -73)  ->  Abs (   139,   335)
	 89: Rel (     0,   -13)  ->  Abs (   139,   322)
	 90: Rel (   184,   -21)  ->  Abs (   323,   301)
	 91: Rel (    23,     0)  ->  Abs (   346,   301)
	 92: Rel (    36,     0)  ->  Abs (   382,   301)

	Glyph 896: off = 0x0002E1C2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			513
	  yMin:			135
	  xMax:			962
	  yMax:			678

	     0: Flags:		0x0216
		Glyf Index:	751
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 897: off = 0x0002E1D2, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			266
	  yMin:			59
	  xMax:			888
	  yMax:			1434

	     0: Flags:		0x0236
		Glyf Index:	909
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	777
		X BOffset:	-3
		Y BOffset:	-48
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (22):     1    24    64    24    33    52   223    24     1    31 
	                            24     1    24     1   159    24   160    24   176    24 
	                             3    24 
	00024: SVTCA[x-axis] 
	00025: SRP1       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 
	00028: SVTCA[y-axis] 
	00029: SRP1       
	00030: DELTAP1    
	00031: DELTAP2    
	00032: CALL       
	00033: SHC[rp1,zp0] 

	Glyph 898: off = 0x0002E20C, len = 72
	  numberOfContours:	-1  (Composite)
	  xMin:			203
	  yMin:			0
	  xMax:			1229
	  yMax:			1425

	     0: Flags:		0x0236
		Glyf Index:	910
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	777
		X BOffset:	-66
		Y BOffset:	-57
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (34):     1    15    38   143    38     2   207    38     1    31 
	                            38   175    38     2    38     1    15    40   143    40 
	                           159    40     3    64    40   143    40     2   127    40 
	                           159    40     2    40 
	00036: SVTCA[x-axis] 
	00037: SRP1       
	00038: DELTAP1    
	00039: DELTAP1    
	00040: DELTAP2    
	00041: SHC[rp1,zp0] 
	00042: SVTCA[y-axis] 
	00043: SRP1       
	00044: DELTAP1    
	00045: DELTAP1    
	00046: DELTAP2    
	00047: SHC[rp1,zp0] 

	Glyph 899: off = 0x0002E254, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			407
	  yMin:			59
	  xMax:			681
	  yMax:			1603

	     0: Flags:		0x0236
		Glyf Index:	909
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	775
		X BOffset:	-58
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     1   128    12   207    12   239    12     3    32    12 
	                           159    12   175    12     3    12 
	00018: SVTCA[x-axis] 
	00019: SRP1       
	00020: DELTAP1    
	00021: DELTAP1    
	00022: SHC[rp1,zp0] 

	Glyph 900: off = 0x0002E284, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			407
	  yMin:			0
	  xMax:			1229
	  yMax:			1603

	     0: Flags:		0x0236
		Glyf Index:	910
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	775
		X BOffset:	-58
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     1   239    27     1    95    27   128    27   159    27 
	                             3    27 
	00014: SVTCA[x-axis] 
	00015: SRP1       
	00016: DELTAP1    
	00017: DELTAP1    
	00018: SHC[rp1,zp0] 

	Glyph 901: off = 0x0002E2B0, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			196
	  yMin:			-410
	  xMax:			932
	  yMax:			1050

	     0: Flags:		0x0236
		Glyf Index:	1005
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	65
		Y WOffset:	-553
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (31):     2    38    64    25    28    52    15    38     1    47 
	                            38    79    38   143    38   255    38     4    38     2 
	                           176    38     1    32    38    48    38   112    38     3 
	                            38 
	00033: SVTCA[x-axis] 
	00034: SRP1       
	00035: DELTAP1    
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 
	00038: SVTCA[y-axis] 
	00039: SRP1       
	00040: DELTAP1    
	00041: DELTAP2    
	00042: CALL       
	00043: SHC[rp1,zp0] 

	Glyph 902: off = 0x0002E2F6, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			192
	  yMin:			-410
	  xMax:			1229
	  yMax:			1050

	     0: Flags:		0x0236
		Glyf Index:	1006
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	65
		Y WOffset:	-553
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (31):     2    45    64    25    28    52    15    45     1    47 
	                            45    79    45   143    45   255    45     4    45     2 
	                           176    45     1    32    45    48    45   112    45     3 
	                            45 
	00033: SVTCA[x-axis] 
	00034: SRP1       
	00035: DELTAP1    
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 
	00038: SVTCA[y-axis] 
	00039: SRP1       
	00040: DELTAP1    
	00041: DELTAP2    
	00042: CALL       
	00043: SHC[rp1,zp0] 

	Glyph 903: off = 0x0002E33C, len = 74
	  numberOfContours:	-1  (Composite)
	  xMin:			444
	  yMin:			-483
	  xMax:			718
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	909
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	-21
		Y WOffset:	-1713
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[7]              1   112    20   128    20     2    20 
	00008: PUSHW[1]            -64 
	00011: PUSHB[4]             11    14    52    20 
	00016: PUSHW[1]           -128 
	00019: NPUSHB      (17):    10    53    20     1     0    20    47    20    63    20 
	                             3     0    20    20     4    10    64 
	00038: SVTCA[x-axis] 
	00039: CALL       
	00040: DELTAP1    
	00041: SHC[rp1,zp0] 
	00042: SVTCA[y-axis] 
	00043: SRP1       
	00044: CALL       
	00045: CALL       
	00046: DELTAP1    
	00047: SHC[rp1,zp0] 

	Glyph 904: off = 0x0002E386, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			504
	  yMin:			-535
	  xMax:			1229
	  yMax:			1151

	     0: Flags:		0x0236
		Glyf Index:	910
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	47
		Y WOffset:	-1765
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[2]              1    35 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (19):    11    14    52    16    35   160    35     2    35     1 
	                           175    27     1    95    27   159    27     2    27 
	00027: SVTCA[x-axis] 
	00028: SRP1       
	00029: DELTAP1    
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 
	00032: SVTCA[y-axis] 
	00033: SRP1       
	00034: DELTAP1    
	00035: CALL       
	00036: SHC[rp1,zp0] 

	Glyph 905: off = 0x0002E3C6, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			170
	  yMin:			-244
	  xMax:			1071
	  yMax:			1023

	     0: Flags:		0x0236
		Glyf Index:	821
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	-78
		Y WOffset:	-580
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    44     1    64    44     1     0    44    32    44 
	                            48    44     3    44 
	00016: SVTCA[x-axis] 
	00017: SRP1       
	00018: DELTAP1    
	00019: DELTAP1    
	00020: SHC[rp1,zp0] 
	00021: SVTCA[y-axis] 
	00022: SRP1       
	00023: SHC[rp1,zp0] 

	Glyph 906: off = 0x0002E3F8, len = 32
	  numberOfContours:	-1  (Composite)
	  xMin:			112
	  yMin:			-561
	  xMax:			1229
	  yMax:			686

	     0: Flags:		0x0236
		Glyf Index:	822
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	8
		Y WOffset:	-917
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[2]              1    40 
	00003: SVTCA[y-axis] 
	00004: SRP1       
	00005: SHC[rp1,zp0] 

	Glyph 907: off = 0x0002E418, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1187
	  yMax:			1132

	     0: Flags:		0x0236
		Glyf Index:	1106
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	364
		Y WOffset:	-471
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1    47    22     1    22     1   176    19     1     0 
	                            19    32    19   128    19     3    19 
	00019: SVTCA[x-axis] 
	00020: SRP1       
	00021: DELTAP1    
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP1       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 

	Glyph 908: off = 0x0002E44E, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1129

	     0: Flags:		0x0236
		Glyf Index:	1107
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	66
		Y WOffset:	-474
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (27):     1    31    32     1   143    32   191    32   207    32 
	                           255    32     4    47    32     1    32     1   176    29 
	                             1   112    29   128    29     2    29 
	00029: SVTCA[x-axis] 
	00030: SRP1       
	00031: DELTAP1    
	00032: DELTAP1    
	00033: SHC[rp1,zp0] 
	00034: SVTCA[y-axis] 
	00035: SRP1       
	00036: DELTAP1    
	00037: DELTAP1    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 

	Glyph 909: off = 0x0002E490, len = 116
	  numberOfContours:	1
	  xMin:			512
	  yMin:			59
	  xMax:			626
	  yMax:			1161

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	66
	00000: PUSHB[5]              0    96     5     1     5 
	00006: PUSHW[1]            929 
	00009: NPUSHB      (20):     0     0     4     5     5     3     2     1    11     9 
	                             8     7     6     8    10    64    25    27    52    10 
	00031: PUSHW[1]            892 
	00034: PUSHB[7]             79     4   207     4     2     4     5 
	00042: PUSHW[1]            340 
	00045: SCANCTRL   
	00046: SCANTYPE   
	00047: MDAP[rd]   
	00048: DELTAP1    
	00049: MIRP[nrp0,md,rd,1] 
	00050: CALL       
	00051: SLOOP      
	00052: IP         
	00053: RTHG       
	00054: IP         
	00055: MDAP[rd]   
	00056: SRP1       
	00057: IP         
	00058: MDAP[rd]   
	00059: SVTCA[y-axis] 
	00060: RTG        
	00061: MIAP[rd+ci] 
	00062: DELTAP1    
	00063: MDAP[rd]   
	00064: IUP[y]     
	00065: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short         Off
	  2:                              X-Short On
	  3:                              X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:        XDual         Y-Short         Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   552,    59)  ->  Abs (   552,    59)
	  1: Rel (     0,   240)  ->  Abs (   552,   299)
	  2: Rel (   -20,   273)  ->  Abs (   532,   572)
	  3: Rel (   -20,   287)  ->  Abs (   512,   859)
	  4: Rel (     0,   136)  ->  Abs (   512,   995)
	  5: Rel (   104,   166)  ->  Abs (   616,  1161)
	  6: Rel (    -3,  -155)  ->  Abs (   613,  1006)
	  7: Rel (     0,  -167)  ->  Abs (   613,   839)
	  8: Rel (     5,  -139)  ->  Abs (   618,   700)
	  9: Rel (     8,  -218)  ->  Abs (   626,   482)
	 10: Rel (     0,   -88)  ->  Abs (   626,   394)
	 11: Rel (     0,  -293)  ->  Abs (   626,   101)

	Glyph 910: off = 0x0002E504, len = 150
	  numberOfContours:	1
	  xMin:			504
	  yMin:			0
	  xMax:			1229
	  yMax:			1151

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	63
	00000: PUSHB[2]             25    26 
	00003: PUSHW[7]            907     1     0   858    12    13   930 
	00018: NPUSHB      (10):     4    64     9    20    52    12     6    13    13    16 
	00030: PUSHW[1]            887 
	00033: PUSHB[8]             16     6   192     6     2     6     0    26 
	00042: MDAP[rd]   
	00043: ALIGNRP    
	00044: MDAP[rd]   
	00045: DELTAP1    
	00046: MIRP[nrp0,md,rd,1] 
	00047: RTHG       
	00048: IP         
	00049: MDAP[rd]   
	00050: SRP1       
	00051: SHP[rp1,zp0] 
	00052: CALL       
	00053: SVTCA[y-axis] 
	00054: RTG        
	00055: MIAP[rd+ci] 
	00056: SHP[rp1,zp0] 
	00057: MIAP[rd+ci] 
	00058: ALIGNRP    
	00059: MIRP[srp0,md,rd,1] 
	00060: ALIGNRP    
	00061: IUP[y]     
	00062: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual       Rep-  2 Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:        XDual                         Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual                         On
	 16:        XDual         Y-Short         On
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (  -402,     0)  ->  Abs (   827,     0)
	  2: Rel (   -86,     0)  ->  Abs (   741,     0)
	  3: Rel (  -103,    12)  ->  Abs (   638,    12)
	  4: Rel (   -48,    22)  ->  Abs (   590,    34)
	  5: Rel (   -50,   121)  ->  Abs (   540,   155)
	  6: Rel (     0,    99)  ->  Abs (   540,   254)
	  7: Rel (     0,    70)  ->  Abs (   540,   324)
	  8: Rel (     5,   130)  ->  Abs (   545,   454)
	  9: Rel (     5,   130)  ->  Abs (   550,   584)
	 10: Rel (     0,    77)  ->  Abs (   550,   661)
	 11: Rel (     0,   263)  ->  Abs (   550,   924)
	 12: Rel (   -46,   120)  ->  Abs (   504,  1044)
	 13: Rel (    82,   107)  ->  Abs (   586,  1151)
	 14: Rel (    42,  -120)  ->  Abs (   628,  1031)
	 15: Rel (     0,  -260)  ->  Abs (   628,   771)
	 16: Rel (     0,    -2)  ->  Abs (   628,   769)
	 17: Rel (    -1,   -58)  ->  Abs (   627,   711)
	 18: Rel (    -2,  -115)  ->  Abs (   625,   596)
	 19: Rel (    -1,   -30)  ->  Abs (   624,   566)
	 20: Rel (    -5,  -108)  ->  Abs (   619,   458)
	 21: Rel (    -5,   -98)  ->  Abs (   614,   360)
	 22: Rel (     0,   -53)  ->  Abs (   614,   307)
	 23: Rel (     0,   -86)  ->  Abs (   614,   221)
	 24: Rel (    46,   -98)  ->  Abs (   660,   123)
	 25: Rel (    69,     0)  ->  Abs (   729,   123)
	 26: Rel (   500,     0)  ->  Abs (  1229,   123)

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	     1: Flags:		0x0017
		Glyf Index:	1021
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		Other:		Round X,Y to Grid  No Overlap


	Glyph 914: off = 0x0002E5E2, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
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	     0: Flags:		0x0236
		Glyf Index:	1107
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	     1: Flags:		0x0017
		Glyf Index:	1021
		X WOffset:	129
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		Other:		Round X,Y to Grid  No Overlap


	Glyph 915: off = 0x0002E5FA, len = 78
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	     0: Flags:		0x0236
		Glyf Index:	776
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	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	12
		Y WOffset:	177
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (39):     2    31    30     1    15    30    31    30    63    30 
	                           208    30     4    15    30    31    30    63    30   143 
	                            30     4    30     2   239    29     1     0    29    32 
	                            29   143    29   175    29   191    29     5    29 
	00041: SVTCA[x-axis] 
	00042: SRP1       
	00043: DELTAP1    
	00044: DELTAP1    
	00045: SHC[rp1,zp0] 
	00046: SVTCA[y-axis] 
	00047: SRP1       
	00048: DELTAP1    
	00049: DELTAP2    
	00050: DELTAP3    
	00051: SHC[rp1,zp0] 

	Glyph 916: off = 0x0002E648, len = 74
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	     0: Flags:		0x0236
		Glyf Index:	1002
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	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	88
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		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (34):     2    31    35     1   255    35     1    15    35    31 
	                            35   239    35     3    35     2    34    64    13    22 
	                            52    31    34    63    34    79    34     3    31    34 
	                           144    34     2    34 
	00036: SVTCA[x-axis] 
	00037: SRP1       
	00038: DELTAP1    
	00039: DELTAP2    
	00040: CALL       
	00041: SHC[rp1,zp0] 
	00042: SVTCA[y-axis] 
	00043: SRP1       
	00044: DELTAP1    
	00045: DELTAP1    
	00046: DELTAP3    
	00047: SHC[rp1,zp0] 

	Glyph 917: off = 0x0002E692, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			37
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	  yMax:			902

	     0: Flags:		0x0236
		Glyf Index:	1104
		X BOffset:	0
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	     1: Flags:		0x0116
		Glyf Index:	1100
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB       (9):     1     0    31    32    31   240    31     3    31 
	00011: SVTCA[x-axis] 
	00012: SRP1       
	00013: DELTAP1    
	00014: SHC[rp1,zp0] 

	Glyph 918: off = 0x0002E6BA, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			0
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	  yMax:			902

	     0: Flags:		0x0236
		Glyf Index:	1105
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	     1: Flags:		0x0116
		Glyf Index:	1100
		X BOffset:	-75
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[2]              1    36 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (15):     9    12    52     0    36    95    36   143    36   191 
	                            36   240    36     5    36 
	00023: SVTCA[x-axis] 
	00024: SRP1       
	00025: DELTAP1    
	00026: CALL       
	00027: SHC[rp1,zp0] 

	Glyph 919: off = 0x0002E6EE, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1201
	  yMax:			1095

	     0: Flags:		0x0236
		Glyf Index:	1106
		X BOffset:	0
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	328
		Y WOffset:	193
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (22):     1    64    15   112    15     2    15     1    16    64 
	                            13    16    52   240    16     1   191    16   207    16 
	                             2    16 
	00024: SVTCA[x-axis] 
	00025: SRP1       
	00026: DELTAP1    
	00027: DELTAP1    
	00028: CALL       
	00029: SHC[rp1,zp0] 
	00030: SVTCA[y-axis] 
	00031: SRP1       
	00032: DELTAP1    
	00033: SHC[rp1,zp0] 

	Glyph 920: off = 0x0002E72A, len = 62
	  numberOfContours:	-1  (Composite)
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	     0: Flags:		0x0236
		Glyf Index:	1107
		X BOffset:	0
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	-41
		Y WOffset:	174
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (24):     1    64    27   143    27     2    27     1    26    64 
	                            12    23    52    31    26    79    26     2     0    26 
	                           191    26     2    26 
	00026: SVTCA[x-axis] 
	00027: SRP1       
	00028: DELTAP1    
	00029: DELTAP2    
	00030: CALL       
	00031: SHC[rp1,zp0] 
	00032: SVTCA[y-axis] 
	00033: SRP1       
	00034: DELTAP1    
	00035: SHC[rp1,zp0] 

	Glyph 921: off = 0x0002E768, len = 36
	  numberOfContours:	-1  (Composite)
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	     0: Flags:		0x0236
		Glyf Index:	1104
		X BOffset:	0
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	     1: Flags:		0x0116
		Glyf Index:	1101
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[6]              2     1     0    35     1    35 
	00007: SVTCA[x-axis] 
	00008: SRP1       
	00009: DELTAP1    
	00010: SHC[rp1,zp0] 
	00011: SHC[rp1,zp0] 

	Glyph 922: off = 0x0002E78C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			0
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	  yMax:			1084

	     0: Flags:		0x0236
		Glyf Index:	1105
		X BOffset:	0
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1101
		X BOffset:	-69
		Y BOffset:	-6
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (15):     2     1   127    40   143    40     2     0    40    16 
	                            40    48    40     3    40 
	00017: SVTCA[x-axis] 
	00018: SRP1       
	00019: DELTAP1    
	00020: DELTAP1    
	00021: SHC[rp1,zp0] 
	00022: SHC[rp1,zp0] 

	Glyph 923: off = 0x0002E7BC, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			0
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	     0: Flags:		0x0236
		Glyf Index:	1106
		X BOffset:	0
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1101
		X WOffset:	379
		Y WOffset:	216
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (28):     2     1    64    19   112    19     2    19     2     1 
	                            16    20     1     0    20    80    20     2     0    20 
	                            47    20    79    20   160    20     4    20 
	00030: SVTCA[x-axis] 
	00031: SRP1       
	00032: DELTAP1    
	00033: DELTAP2    
	00034: DELTAP3    
	00035: SHC[rp1,zp0] 
	00036: SHC[rp1,zp0] 
	00037: SVTCA[y-axis] 
	00038: SRP1       
	00039: DELTAP1    
	00040: SHC[rp1,zp0] 
	00041: SHC[rp1,zp0] 

	Glyph 924: off = 0x0002E800, len = 52
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	     0: Flags:		0x0226
		Glyf Index:	1107
		X BOffset:	0
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	     1: Flags:		0x0107
		Glyf Index:	1101
		X WOffset:	3
		Y WOffset:	151
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2     1    64    29     1    29     2     1    47    30 
	                           191    30     2    30 
	00016: SVTCA[x-axis] 
	00017: SRP1       
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 
	00020: SHC[rp1,zp0] 
	00021: SVTCA[y-axis] 
	00022: SRP1       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 
	00025: SHC[rp1,zp0] 

	Glyph 925: off = 0x0002E834, len = 90
	  numberOfContours:	-1  (Composite)
	  xMin:			272
	  yMin:			-561
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	  yMax:			538

	     0: Flags:		0x0236
		Glyf Index:	929
		X BOffset:	0
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	103
		Y WOffset:	-1060
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (48):     1    96    44     1    48    44    79    44     2   207 
	                            44   224    44   240    44     3   111    44   175    44 
	                           191    44     3    44     1   143    43     1    63    43 
	                            79    43     2   127    43   143    43   175    43     3 
	                            15    43    79    43   191    43     3    43 
	00050: SVTCA[x-axis] 
	00051: SRP1       
	00052: DELTAP1    
	00053: DELTAP1    
	00054: DELTAP2    
	00055: DELTAP3    
	00056: SHC[rp1,zp0] 
	00057: SVTCA[y-axis] 
	00058: SRP1       
	00059: DELTAP1    
	00060: DELTAP1    
	00061: DELTAP2    
	00062: DELTAP3    
	00063: SHC[rp1,zp0] 

	Glyph 926: off = 0x0002E88E, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			-561
	  xMax:			1229
	  yMax:			662

	     0: Flags:		0x0236
		Glyf Index:	930
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	34
		Y WOffset:	-1138
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (43):     1    15    62    16    62     2    15    62    47    62 
	                           207    62   239    62     4    31    62    63    62     2 
	                            62    64    19    22    52    62     1     0    61     1 
	                            79    61   127    61   143    61     3    15    61   191 
	                            61     2    61 
	00045: SVTCA[x-axis] 
	00046: SRP1       
	00047: DELTAP1    
	00048: DELTAP1    
	00049: DELTAP2    
	00050: SHC[rp1,zp0] 
	00051: SVTCA[y-axis] 
	00052: SRP1       
	00053: CALL       
	00054: DELTAP1    
	00055: DELTAP2    
	00056: DELTAP3    
	00057: SHC[rp1,zp0] 

	Glyph 927: off = 0x0002E8E2, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-409
	  xMax:			1199
	  yMax:			654

	     0: Flags:		0x0236
		Glyf Index:	931
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0017
		Glyf Index:	1021
		X WOffset:	2
		Y WOffset:	-1264
		Other:		Round X,Y to Grid  No Overlap


	Glyph 928: off = 0x0002E8FA, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-409
	  xMax:			1229
	  yMax:			662

	     0: Flags:		0x0236
		Glyf Index:	932
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0017
		Glyf Index:	1021
		X WOffset:	2
		Y WOffset:	-1264
		Other:		Round X,Y to Grid  No Overlap


	Glyph 929: off = 0x0002E912, len = 250
	  numberOfContours:	1
	  xMin:			272
	  yMin:			-561
	  xMax:			1211
	  yMax:			538

	EndPoints
	---------
	  0:  40

	  Length of Instructions:	128
	00000: PUSHB[4]              6    32     1    36 
	00005: PUSHW[1]            -32 
	00008: NPUSHB      (27):    18    20    52   201     6   200    10   216     6   216 
	                            10     4    69    36    90     6   101    32   117    32 
	                             4     4    12     1    12    12    30 
	00037: PUSHW[1]            909 
	00040: PUSHB[8]             15    29     1    29    29    20    20    16 
	00049: PUSHW[1]            912 
	00052: PUSHB[7]             26    48     0     1     0     0    38 
	00060: PUSHW[1]            909 
	00063: NPUSHB      (11):     4    12    22    30    29    29     8     0    22    22 
	                            34 
	00076: PUSHW[1]            891 
	00079: PUSHB[5]             48     8     1     8     4 
	00085: PUSHW[1]            340 
	00088: SCANCTRL   
	00089: SCANTYPE   
	00090: MDAP[rd]   
	00091: DELTAP1    
	00092: MIRP[nrp0,md,rd,1] 
	00093: SHP[rp1,zp0] 
	00094: MDAP[rd]   
	00095: MDAP[rd]   
	00096: SRP2       
	00097: IP         
	00098: MDAP[rd]   
	00099: SHP[rp1,zp0] 
	00100: SRP2       
	00101: IP         
	00102: SVTCA[y-axis] 
	00103: MDAP[rd]   
	00104: MIRP[srp0,md,rd,1] 
	00105: SHP[rp2,zp1] 
	00106: MDAP[rd]   
	00107: DELTAP1    
	00108: MDAP[rd]   
	00109: MIRP[srp0,md,rd,1] 
	00110: SHP[rp2,zp1] 
	00111: MDAP[rd]   
	00112: SHP[rp2,zp1] 
	00113: MDAP[rd]   
	00114: DELTAP1    
	00115: MIRP[nrp0,md,rd,1] 
	00116: RTHG       
	00117: IP         
	00118: MDAP[rd]   
	00119: DELTAP1    
	00120: IUP[y]     
	00121: IUP[x]     
	00122: SVTCA[x-axis] 
	00123: DELTAP1    
	00124: DELTAP1    
	00125: CALL       
	00126: SVTCA[y-axis] 
	00127: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:                      Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:                      Y-Short X-Short On
	 31:  YDual                       X-Short Off
	 32:                      Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1211,  -340)  ->  Abs (  1211,  -340)
	  1: Rel (     0,   -78)  ->  Abs (  1211,  -418)
	  2: Rel (  -167,   -83)  ->  Abs (  1044,  -501)
	  3: Rel (  -145,   -60)  ->  Abs (   899,  -561)
	  4: Rel (   -91,     0)  ->  Abs (   808,  -561)
	  5: Rel (  -234,     0)  ->  Abs (   574,  -561)
	  6: Rel (  -146,   115)  ->  Abs (   428,  -446)
	  7: Rel (  -156,   123)  ->  Abs (   272,  -323)
	  8: Rel (     0,   181)  ->  Abs (   272,  -142)
	  9: Rel (     0,   167)  ->  Abs (   272,    25)
	 10: Rel (   164,   153)  ->  Abs (   436,   178)
	 11: Rel (   138,   114)  ->  Abs (   574,   292)
	 12: Rel (   176,    40)  ->  Abs (   750,   332)
	 13: Rel (   -25,     6)  ->  Abs (   725,   338)
	 14: Rel (   -64,    29)  ->  Abs (   661,   367)
	 15: Rel (   -52,    24)  ->  Abs (   609,   391)
	 16: Rel (   -35,     0)  ->  Abs (   574,   391)
	 17: Rel (  -161,     0)  ->  Abs (   413,   391)
	 18: Rel (   -61,   -68)  ->  Abs (   352,   323)
	 19: Rel (   -21,   -24)  ->  Abs (   331,   299)
	 20: Rel (   -10,     0)  ->  Abs (   321,   299)
	 21: Rel (    -9,     0)  ->  Abs (   312,   299)
	 22: Rel (     0,    24)  ->  Abs (   312,   323)
	 23: Rel (     0,    93)  ->  Abs (   312,   416)
	 24: Rel (   103,    65)  ->  Abs (   415,   481)
	 25: Rel (    91,    57)  ->  Abs (   506,   538)
	 26: Rel (    97,     0)  ->  Abs (   603,   538)
	 27: Rel (    28,     0)  ->  Abs (   631,   538)
	 28: Rel (   331,  -133)  ->  Abs (   962,   405)
	 29: Rel (   101,     0)  ->  Abs (  1063,   405)
	 30: Rel (   -44,  -131)  ->  Abs (  1019,   274)
	 31: Rel (  -220,     0)  ->  Abs (   799,   274)
	 32: Rel (  -189,   -99)  ->  Abs (   610,   175)
	 33: Rel (  -226,  -119)  ->  Abs (   384,    56)
	 34: Rel (     0,  -175)  ->  Abs (   384,  -119)
	 35: Rel (     0,  -149)  ->  Abs (   384,  -268)
	 36: Rel (   147,   -95)  ->  Abs (   531,  -363)
	 37: Rel (   136,   -67)  ->  Abs (   667,  -430)
	 38: Rel (   135,     0)  ->  Abs (   802,  -430)
	 39: Rel (   123,     0)  ->  Abs (   925,  -430)
	 40: Rel (   269,    90)  ->  Abs (  1194,  -340)

	Glyph 930: off = 0x0002EA0C, len = 384
	  numberOfContours:	1
	  xMin:			158
	  yMin:			-561
	  xMax:			1229
	  yMax:			662

	EndPoints
	---------
	  0:  58

	  Length of Instructions:	219
	00000: PUSHW[2]             46   -24 
	00005: PUSHB[4]             16    22    52    45 
	00010: PUSHW[1]             -8 
	00013: NPUSHB      (14):    18    22    52    33    32    14    17    52     3    32 
	                            21    29    52    13 
	00029: PUSHW[1]            -16 
	00032: NPUSHB      (35):    18    20    52   204    25   202    29   218    25   218 
	                            29     4    69    13    85    13   108    25   122    25 
	                             4   111     7     1     7   111    31     1    31    51 
	                            53     3    49    48    58 
	00069: PUSHW[5]            907     0   858    49   907 
	00080: NPUSHB      (18):    48    64    12    13    52    48    64     9    10    52 
	                            48    48    64    37     1    37    37    34 
	00100: PUSHW[1]            906 
	00103: PUSHB[4]             43    19    19    15 
	00108: PUSHW[1]            909 
	00111: PUSHB[3]             23    19    31 
	00115: PUSHW[1]            -64 
	00118: NPUSHB      (16):    10    12    52    31    53     7     5    49     0    48 
	                            16    48     2    48    48    55 
	00136: PUSHW[1]            883 
	00139: NPUSHB      (11):     5     5    27    58     0    80    39     1    39    39 
	                            11 
	00152: PUSHW[4]            891    27     4   340 
	00161: SCANCTRL   
	00162: SCANTYPE   
	00163: MDAP[rd]   
	00164: MIRP[nrp0,md,rd,1] 
	00165: SHP[rp1,zp0] 
	00166: MDAP[rd]   
	00167: DELTAP1    
	00168: MDAP[rd]   
	00169: ALIGNRP    
	00170: SRP2       
	00171: IP         
	00172: MDAP[rd]   
	00173: MIRP[srp0,md,rd,1] 
	00174: SHP[rp2,zp1] 
	00175: MDAP[rd]   
	00176: DELTAP1    
	00177: SHP[rp1,zp0] 
	00178: SRP1       
	00179: IP         
	00180: SHP[rp2,zp1] 
	00181: SHP[rp1,zp0] 
	00182: CALL       
	00183: MDAP[rd]   
	00184: SVTCA[y-axis] 
	00185: MDAP[rd]   
	00186: MIRP[srp0,md,rd,1] 
	00187: SHP[rp2,zp1] 
	00188: MDAP[rd]   
	00189: MDAP[rd]   
	00190: MIRP[srp0,md,rd,1] 
	00191: SHP[rp2,zp1] 
	00192: MDAP[rd]   
	00193: DELTAP1    
	00194: SHP[rp2,zp1] 
	00195: MDAP[rd]   
	00196: CALL       
	00197: CALL       
	00198: MIRP[nrp0,md,rd,1] 
	00199: MIAP[rd+ci] 
	00200: MIRP[nrp0,md,rd,1] 
	00201: SRP1       
	00202: SRP2       
	00203: SLOOP      
	00204: IP         
	00205: DELTAP1    
	00206: SHP[rp2,zp1] 
	00207: DELTAP1    
	00208: IUP[y]     
	00209: IUP[x]     
	00210: SVTCA[x-axis] 
	00211: DELTAP1    
	00212: DELTAP1    
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: SVTCA[y-axis] 
	00217: CALL       
	00218: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short On
	 46:        XDual         Y-Short X-Short On
	 47:        XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:                      Y-Short X-Short On
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:                      Y-Short X-Short On
	 54:                      Y-Short X-Short Off
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (  -338,     0)  ->  Abs (   891,     0)
	  2: Rel (   -84,     0)  ->  Abs (   807,     0)
	  3: Rel (   -32,    48)  ->  Abs (   775,    48)
	  4: Rel (   -26,    39)  ->  Abs (   749,    87)
	  5: Rel (     0,    89)  ->  Abs (   749,   176)
	  6: Rel (     0,    70)  ->  Abs (   749,   246)
	  7: Rel (    17,    76)  ->  Abs (   766,   322)
	  8: Rel (  -153,   -35)  ->  Abs (   613,   287)
	  9: Rel (  -159,  -123)  ->  Abs (   454,   164)
	 10: Rel (  -195,  -155)  ->  Abs (   259,     9)
	 11: Rel (     0,  -158)  ->  Abs (   259,  -149)
	 12: Rel (     0,  -139)  ->  Abs (   259,  -288)
	 13: Rel (   149,   -81)  ->  Abs (   408,  -369)
	 14: Rel (   122,   -61)  ->  Abs (   530,  -430)
	 15: Rel (   175,     0)  ->  Abs (   705,  -430)
	 16: Rel (    99,     0)  ->  Abs (   804,  -430)
	 17: Rel (   133,    38)  ->  Abs (   937,  -392)
	 18: Rel (    23,     6)  ->  Abs (   960,  -386)
	 19: Rel (   128,    41)  ->  Abs (  1088,  -345)
	 20: Rel (     0,   -72)  ->  Abs (  1088,  -417)
	 21: Rel (  -178,   -81)  ->  Abs (   910,  -498)
	 22: Rel (  -146,   -63)  ->  Abs (   764,  -561)
	 23: Rel (   -86,     0)  ->  Abs (   678,  -561)
	 24: Rel (  -224,     0)  ->  Abs (   454,  -561)
	 25: Rel (  -141,   106)  ->  Abs (   313,  -455)
	 26: Rel (  -155,   117)  ->  Abs (   158,  -338)
	 27: Rel (     0,   156)  ->  Abs (   158,  -182)
	 28: Rel (     0,   201)  ->  Abs (   158,    19)
	 29: Rel (   242,   190)  ->  Abs (   400,   209)
	 30: Rel (   156,   118)  ->  Abs (   556,   327)
	 31: Rel (   183,    58)  ->  Abs (   739,   385)
	 32: Rel (   -76,    51)  ->  Abs (   663,   436)
	 33: Rel (  -224,   106)  ->  Abs (   439,   542)
	 34: Rel (   -51,     0)  ->  Abs (   388,   542)
	 35: Rel (   -66,     0)  ->  Abs (   322,   542)
	 36: Rel (   -73,   -79)  ->  Abs (   249,   463)
	 37: Rel (    -5,     0)  ->  Abs (   244,   463)
	 38: Rel (    -9,     0)  ->  Abs (   235,   463)
	 39: Rel (     0,    20)  ->  Abs (   235,   483)
	 40: Rel (     0,    70)  ->  Abs (   235,   553)
	 41: Rel (    64,    56)  ->  Abs (   299,   609)
	 42: Rel (    62,    53)  ->  Abs (   361,   662)
	 43: Rel (    71,     0)  ->  Abs (   432,   662)
	 44: Rel (    73,     0)  ->  Abs (   505,   662)
	 45: Rel (   101,   -55)  ->  Abs (   606,   607)
	 46: Rel (   155,   -84)  ->  Abs (   761,   523)
	 47: Rel (   137,   -74)  ->  Abs (   898,   449)
	 48: Rel (   138,     0)  ->  Abs (  1036,   449)
	 49: Rel (   -59,  -123)  ->  Abs (   977,   326)
	 50: Rel (   -54,     9)  ->  Abs (   923,   335)
	 51: Rel (   -45,     0)  ->  Abs (   878,   335)
	 52: Rel (   -26,     0)  ->  Abs (   852,   335)
	 53: Rel (   -23,    -3)  ->  Abs (   829,   332)
	 54: Rel (    -8,   -34)  ->  Abs (   821,   298)
	 55: Rel (     0,   -55)  ->  Abs (   821,   243)
	 56: Rel (     0,  -120)  ->  Abs (   821,   123)
	 57: Rel (   127,     0)  ->  Abs (   948,   123)
	 58: Rel (   281,     0)  ->  Abs (  1229,   123)

	Glyph 931: off = 0x0002EB8C, len = 212
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1199
	  yMax:			654

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	113
	00000: NPUSHB      (32):    73    14    73    15    70    28   199    28   199    29 
	                             5   185    15   183    29     2   133    29   165    29 
	                             2   191    16     1   108    16   126    16     2    15 
	                            15     1 
	00034: PUSHW[1]            907 
	00037: NPUSHB      (15):    15     0    31     0    77     0     3     0     0    79 
	                            21     1    21    21    17 
	00054: PUSHW[6]            904    26    10   907     9   858 
	00067: NPUSHB      (10):    15     0    23    23     9     1     0    10     9     4 
	00079: SCANTYPE   
	00080: MDAP[rd]   
	00081: ALIGNRP    
	00082: MDAP[rd]   
	00083: SHP[rp1,zp0] 
	00084: SRP2       
	00085: IP         
	00086: MDAP[rd]   
	00087: SRP2       
	00088: IP         
	00089: SVTCA[y-axis] 
	00090: MIAP[rd+ci] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: MDAP[rd]   
	00093: MIRP[srp0,md,rd,1] 
	00094: SHP[rp2,zp1] 
	00095: MDAP[rd]   
	00096: DELTAP1    
	00097: SHP[rp2,zp1] 
	00098: MDAP[rd]   
	00099: DELTAP1    
	00100: MIRP[nrp0,md,rd,1] 
	00101: RTHG       
	00102: IP         
	00103: MDAP[rd]   
	00104: IUP[y]     
	00105: IUP[x]     
	00106: SVTCA[x-axis] 
	00107: DELTAP1    
	00108: DELTAP1    
	00109: SVTCA[y-axis] 
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short Off
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1199,   402)  ->  Abs (  1199,   402)
	  1: Rel (   -51,  -126)  ->  Abs (  1148,   276)
	  2: Rel (  -153,     0)  ->  Abs (   995,   276)
	  3: Rel (  -129,   -15)  ->  Abs (   866,   261)
	  4: Rel (  -135,   -64)  ->  Abs (   731,   197)
	  5: Rel (   -83,   -60)  ->  Abs (   648,   137)
	  6: Rel (  -111,   -80)  ->  Abs (   537,    57)
	  7: Rel (  -138,   -57)  ->  Abs (   399,     0)
	  8: Rel (  -153,     0)  ->  Abs (   246,     0)
	  9: Rel (  -246,     0)  ->  Abs (     0,     0)
	 10: Rel (     0,   123)  ->  Abs (     0,   123)
	 11: Rel (   353,     0)  ->  Abs (   353,   123)
	 12: Rel (    81,     0)  ->  Abs (   434,   123)
	 13: Rel (   182,   110)  ->  Abs (   616,   233)
	 14: Rel (   204,   124)  ->  Abs (   820,   357)
	 15: Rel (    65,    17)  ->  Abs (   885,   374)
	 16: Rel (  -246,   167)  ->  Abs (   639,   541)
	 17: Rel (   -74,     0)  ->  Abs (   565,   541)
	 18: Rel (   -76,     0)  ->  Abs (   489,   541)
	 19: Rel (   -45,   -67)  ->  Abs (   444,   474)
	 20: Rel (    -9,   -13)  ->  Abs (   435,   461)
	 21: Rel (   -12,     0)  ->  Abs (   423,   461)
	 22: Rel (    -9,     0)  ->  Abs (   414,   461)
	 23: Rel (     0,    18)  ->  Abs (   414,   479)
	 24: Rel (     0,    54)  ->  Abs (   414,   533)
	 25: Rel (   113,   121)  ->  Abs (   527,   654)
	 26: Rel (    85,     0)  ->  Abs (   612,   654)
	 27: Rel (    70,     0)  ->  Abs (   682,   654)
	 28: Rel (    96,   -66)  ->  Abs (   778,   588)
	 29: Rel (   165,  -111)  ->  Abs (   943,   477)
	 30: Rel (    48,   -32)  ->  Abs (   991,   445)
	 31: Rel (   137,   -43)  ->  Abs (  1128,   402)

	Glyph 932: off = 0x0002EC60, len = 312
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			662

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	187
	00000: NPUSHB      (50):   120    18     1    73    16    73    17    70    30   136 
	                            18   182    30     5   148    30   167    15   183    15 
	                             3   102    17   103    30   148    15     3    53     8 
	                            51    15    87    30     3    37     8    35    15     2 
	                            70    15     1     6    37    35    32    17    17    33 
	00052: PUSHW[1]            907 
	00055: NPUSHB      (20):    31    32    79    32     2    63    32    79    32     2 
	                            15    32    29    32     2    32    32    23    23    19 
	00077: NPUSHW      (10):   906    28    43   907     0   858    12   907    11   858 
	00099: NPUSHB      (12):    17     4    33    32    32     0    37     6     0    39 
	                             1    39 
	00113: PUSHW[1]            883 
	00116: NPUSHB      (14):    16     4     1     4     4     0    25    25    11    43 
	                             0    12    11     4 
	00132: SCANTYPE   
	00133: MDAP[rd]   
	00134: ALIGNRP    
	00135: MDAP[rd]   
	00136: SHP[rp1,zp0] 
	00137: SRP2       
	00138: IP         
	00139: MDAP[rd]   
	00140: SRP1       
	00141: IP         
	00142: MDAP[rd]   
	00143: DELTAP1    
	00144: MIRP[nrp0,md,rd,1] 
	00145: DELTAP1    
	00146: IP         
	00147: SHP[rp2,zp1] 
	00148: SRP2       
	00149: IP         
	00150: MDAP[rd]   
	00151: SHP[rp1,zp0] 
	00152: SRP1       
	00153: SHP[rp1,zp0] 
	00154: SVTCA[y-axis] 
	00155: MIAP[rd+ci] 
	00156: MIRP[nrp0,md,rd,1] 
	00157: MIAP[rd+ci] 
	00158: MIRP[nrp0,md,rd,1] 
	00159: MDAP[rd]   
	00160: MIRP[srp0,md,rd,1] 
	00161: SHP[rp2,zp1] 
	00162: MDAP[rd]   
	00163: SHP[rp2,zp1] 
	00164: MDAP[rd]   
	00165: DELTAP1    
	00166: DELTAP1    
	00167: DELTAP2    
	00168: MIRP[nrp0,md,rd,1] 
	00169: RTHG       
	00170: IP         
	00171: MDAP[rd]   
	00172: SRP1       
	00173: IP         
	00174: IP         
	00175: SHP[rp2,zp1] 
	00176: IUP[y]     
	00177: IUP[x]     
	00178: SVTCA[y-axis] 
	00179: DELTAP2    
	00180: DELTAP1    
	00181: DELTAP1    
	00182: DELTAP1    
	00183: DELTAP1    
	00184: DELTAP1    
	00185: SVTCA[x-axis] 
	00186: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual               Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:                      Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:                      Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (  -338,     0)  ->  Abs (   891,     0)
	  2: Rel (   -83,     0)  ->  Abs (   808,     0)
	  3: Rel (   -60,    89)  ->  Abs (   748,    89)
	  4: Rel (     0,    95)  ->  Abs (   748,   184)
	  5: Rel (     0,    62)  ->  Abs (   748,   246)
	  6: Rel (    19,    76)  ->  Abs (   767,   322)
	  7: Rel (   -63,   -22)  ->  Abs (   704,   300)
	  8: Rel (  -194,  -160)  ->  Abs (   510,   140)
	  9: Rel (  -170,  -140)  ->  Abs (   340,     0)
	 10: Rel (   -92,     0)  ->  Abs (   248,     0)
	 11: Rel (  -248,     0)  ->  Abs (     0,     0)
	 12: Rel (     0,   123)  ->  Abs (     0,   123)
	 13: Rel (   236,     0)  ->  Abs (   236,   123)
	 14: Rel (    75,     0)  ->  Abs (   311,   123)
	 15: Rel (   134,    87)  ->  Abs (   445,   210)
	 16: Rel (   207,   134)  ->  Abs (   652,   344)
	 17: Rel (    87,    42)  ->  Abs (   739,   386)
	 18: Rel (  -256,   156)  ->  Abs (   483,   542)
	 19: Rel (   -98,     0)  ->  Abs (   385,   542)
	 20: Rel (   -60,     0)  ->  Abs (   325,   542)
	 21: Rel (   -39,   -40)  ->  Abs (   286,   502)
	 22: Rel (   -40,   -40)  ->  Abs (   246,   462)
	 23: Rel (    -3,     0)  ->  Abs (   243,   462)
	 24: Rel (    -8,     0)  ->  Abs (   235,   462)
	 25: Rel (     0,    16)  ->  Abs (   235,   478)
	 26: Rel (     0,    64)  ->  Abs (   235,   542)
	 27: Rel (   113,   120)  ->  Abs (   348,   662)
	 28: Rel (    85,     0)  ->  Abs (   433,   662)
	 29: Rel (    76,     0)  ->  Abs (   509,   662)
	 30: Rel (   191,  -107)  ->  Abs (   700,   555)
	 31: Rel (   190,  -107)  ->  Abs (   890,   448)
	 32: Rel (   145,     0)  ->  Abs (  1035,   448)
	 33: Rel (   -58,  -121)  ->  Abs (   977,   327)
	 34: Rel (   -38,     9)  ->  Abs (   939,   336)
	 35: Rel (   -41,     0)  ->  Abs (   898,   336)
	 36: Rel (   -36,     0)  ->  Abs (   862,   336)
	 37: Rel (   -33,    -5)  ->  Abs (   829,   331)
	 38: Rel (    -7,   -54)  ->  Abs (   822,   277)
	 39: Rel (     0,   -32)  ->  Abs (   822,   245)
	 40: Rel (     0,   -55)  ->  Abs (   822,   190)
	 41: Rel (    44,   -67)  ->  Abs (   866,   123)
	 42: Rel (   105,     0)  ->  Abs (   971,   123)
	 43: Rel (   258,     0)  ->  Abs (  1229,   123)

	Glyph 933: off = 0x0002ED98, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			272
	  yMin:			-561
	  xMax:			1211
	  yMax:			1019

	     0: Flags:		0x0236
		Glyf Index:	929
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	111
		Y BOffset:	-55
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     0    43    41    22    29    64     1     0    44 
	                             1    44 
	00014: SVTCA[y-axis] 
	00015: SRP1       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 934: off = 0x0002EDC6, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			-561
	  xMax:			1229
	  yMax:			1008

	     0: Flags:		0x0236
		Glyf Index:	930
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	87
		Y BOffset:	-66
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     1   143    62     1    62     1     0    61    59    39 
	                            48    64 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: SHC[rp1,zp0] 
	00017: SVTCA[y-axis] 
	00018: SRP1       
	00019: DELTAP1    
	00020: SHC[rp1,zp0] 

	Glyph 935: off = 0x0002EDF4, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1199
	  yMax:			1019

	     0: Flags:		0x0236
		Glyf Index:	931
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0017
		Glyf Index:	1021
		X WOffset:	262
		Y WOffset:	-55
		Other:		Round X,Y to Grid  No Overlap


	Glyph 936: off = 0x0002EE0C, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1074

	     0: Flags:		0x0236
		Glyf Index:	932
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    79    44   143    44   191    44     3    44 
	00011: SVTCA[x-axis] 
	00012: SRP1       
	00013: DELTAP1    
	00014: SHC[rp1,zp0] 

	Glyph 937: off = 0x0002EE34, len = 180
	  numberOfContours:	1
	  xMin:			414
	  yMin:			-12
	  xMax:			1005
	  yMax:			813

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	99
	00000: NPUSHB      (24):    21     2     1    37     5    57    24   137    24   150 
	                             3   212     5     5   117     2   151     2   167     2 
	                             3    23    10     0 
	00026: PUSHW[1]            911 
	00029: PUSHB[4]              1    12    12    19 
	00034: PUSHW[4]            910     6    14   877 
	00043: NPUSHB      (20):     9     9     1     1   175     0   191     0     2   143 
	                             0     1     0    64    11    15    52     0     0    22 
	00065: PUSHW[1]            878 
	00068: PUSHB[2]              4     4 
	00071: SCANTYPE   
	00072: MDAP[rd]   
	00073: MIRP[srp0,md,rd,1] 
	00074: SHP[rp2,zp1] 
	00075: MDAP[rd]   
	00076: CALL       
	00077: DELTAP2    
	00078: DELTAP1    
	00079: SHP[rp1,zp0] 
	00080: MDAP[rd]   
	00081: SHP[rp2,zp1] 
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MDAP[rd]   
	00086: MIRP[srp0,md,rd,1] 
	00087: SHP[rp2,zp1] 
	00088: MDAP[rd]   
	00089: MDAP[rd]   
	00090: MIRP[nrp0,md,rd,1] 
	00091: SVTCA[x-axis] 
	00092: SHPIX      
	00093: IUP[y]     
	00094: IUP[x]     
	00095: SVTCA[x-axis] 
	00096: DELTAP2    
	00097: DELTAP1    
	00098: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual                         Off
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual Rep-  3 Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:                              X-Short Off

	Coordinates
	-----------
	  0: Rel (   661,   672)  ->  Abs (   661,   672)
	  1: Rel (    14,   141)  ->  Abs (   675,   813)
	  2: Rel (    90,   -15)  ->  Abs (   765,   798)
	  3: Rel (   240,  -312)  ->  Abs (  1005,   486)
	  4: Rel (     0,  -193)  ->  Abs (  1005,   293)
	  5: Rel (     0,  -305)  ->  Abs (  1005,   -12)
	  6: Rel (  -361,     0)  ->  Abs (   644,   -12)
	  7: Rel (  -112,     0)  ->  Abs (   532,   -12)
	  8: Rel (  -118,    61)  ->  Abs (   414,    49)
	  9: Rel (     0,    88)  ->  Abs (   414,   137)
	 10: Rel (     0,    34)  ->  Abs (   414,   171)
	 11: Rel (    22,    89)  ->  Abs (   436,   260)
	 12: Rel (    15,     0)  ->  Abs (   451,   260)
	 13: Rel (    12,     0)  ->  Abs (   463,   260)
	 14: Rel (     1,   -19)  ->  Abs (   464,   241)
	 15: Rel (     1,   -36)  ->  Abs (   465,   205)
	 16: Rel (     6,   -32)  ->  Abs (   471,   173)
	 17: Rel (    57,   -33)  ->  Abs (   528,   140)
	 18: Rel (   101,   -17)  ->  Abs (   629,   123)
	 19: Rel (    73,     0)  ->  Abs (   702,   123)
	 20: Rel (    97,     0)  ->  Abs (   799,   123)
	 21: Rel (   154,    54)  ->  Abs (   953,   177)
	 22: Rel (     0,    49)  ->  Abs (   953,   226)
	 23: Rel (     0,   168)  ->  Abs (   953,   394)
	 24: Rel (  -207,   264)  ->  Abs (   746,   658)

	Glyph 938: off = 0x0002EEE8, len = 166
	  numberOfContours:	1
	  xMin:			337
	  yMin:			0
	  xMax:			1229
	  yMax:			850

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	76
	00000: NPUSHB      (12):   153    25     1    25    16    27    27    28    17    17 
	                             9    22 
	00014: PUSHW[4]            910    11     4   907 
	00023: PUSHB[5]              5     9    25     0    27 
	00029: PUSHW[1]            886 
	00032: PUSHB[4]             28    28     5    19 
	00037: PUSHW[1]            877 
	00040: PUSHB[4]             14     4     5     4 
	00045: SCANTYPE   
	00046: MDAP[rd]   
	00047: ALIGNRP    
	00048: MDAP[rd]   
	00049: MIRP[nrp0,md,rd,1] 
	00050: RTHG       
	00051: SRP2       
	00052: IP         
	00053: MDAP[rd]   
	00054: MIRP[nrp0,nmd,rd,0] 
	00055: SHP[rp1,zp0] 
	00056: SHP[rp2,zp1] 
	00057: SHP[rp2,zp1] 
	00058: SVTCA[y-axis] 
	00059: RTG        
	00060: MDAP[rd]   
	00061: MIRP[nrp0,md,rd,1] 
	00062: MDAP[rd]   
	00063: MIRP[srp0,md,rd,1] 
	00064: SHP[rp2,zp1] 
	00065: SHP[rp2,zp1] 
	00066: MDAP[rd]   
	00067: MDAP[rd]   
	00068: SHP[rp1,zp0] 
	00069: MDAP[rd]   
	00070: SVTCA[x-axis] 
	00071: SHPIX      
	00072: IUP[y]     
	00073: IUP[x]     
	00074: SVTCA[x-axis] 
	00075: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short On
	  5:        XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short On
	 29:        XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   884,   315)  ->  Abs (   884,   315)
	  1: Rel (    26,  -129)  ->  Abs (   910,   186)
	  2: Rel (   103,   -63)  ->  Abs (  1013,   123)
	  3: Rel (   111,     0)  ->  Abs (  1124,   123)
	  4: Rel (   105,     0)  ->  Abs (  1229,   123)
	  5: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  6: Rel (  -109,     0)  ->  Abs (  1120,     0)
	  7: Rel (  -154,     0)  ->  Abs (   966,     0)
	  8: Rel (  -116,    95)  ->  Abs (   850,    95)
	  9: Rel (   -27,   103)  ->  Abs (   823,   198)
	 10: Rel (   -94,  -158)  ->  Abs (   729,    40)
	 11: Rel (  -162,     0)  ->  Abs (   567,    40)
	 12: Rel (  -134,     0)  ->  Abs (   433,    40)
	 13: Rel (   -96,    75)  ->  Abs (   337,   115)
	 14: Rel (     0,    74)  ->  Abs (   337,   189)
	 15: Rel (     0,    37)  ->  Abs (   337,   226)
	 16: Rel (    23,    86)  ->  Abs (   360,   312)
	 17: Rel (    14,     0)  ->  Abs (   374,   312)
	 18: Rel (    13,     0)  ->  Abs (   387,   312)
	 19: Rel (     0,   -32)  ->  Abs (   387,   280)
	 20: Rel (     0,   -60)  ->  Abs (   387,   220)
	 21: Rel (    81,   -45)  ->  Abs (   468,   175)
	 22: Rel (   115,     0)  ->  Abs (   583,   175)
	 23: Rel (    75,     0)  ->  Abs (   658,   175)
	 24: Rel (   144,    65)  ->  Abs (   802,   240)
	 25: Rel (     0,    53)  ->  Abs (   802,   293)
	 26: Rel (     0,   182)  ->  Abs (   802,   475)
	 27: Rel (   -51,   254)  ->  Abs (   751,   729)
	 28: Rel (    83,   121)  ->  Abs (   834,   850)
	 29: Rel (    50,  -299)  ->  Abs (   884,   551)

	Glyph 939: off = 0x0002EF8E, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			414
	  yMin:			-12
	  xMax:			1005
	  yMax:			1203

	     0: Flags:		0x0236
		Glyf Index:	937
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	-27
		Y WOffset:	129
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1     0    27     1    96    27   160    27   192    27 
	                             3    16    27    32    27     2    27 
	00019: SVTCA[x-axis] 
	00020: SRP1       
	00021: DELTAP1    
	00022: DELTAP1    
	00023: DELTAP2    
	00024: SHC[rp1,zp0] 

	Glyph 940: off = 0x0002EFC2, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			337
	  yMin:			0
	  xMax:			1229
	  yMax:			1200

	     0: Flags:		0x0236
		Glyf Index:	938
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	107
		Y BOffset:	126
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    64    32     1    79    32   191    32     2    32 
	00012: SVTCA[x-axis] 
	00013: SRP1       
	00014: DELTAP1    
	00015: DELTAP2    
	00016: SHC[rp1,zp0] 

	Glyph 941: off = 0x0002EFEC, len = 176
	  numberOfContours:	1
	  xMin:			144
	  yMin:			-420
	  xMax:			958
	  yMax:			664

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	98
	00000: NPUSHB      (22):   132     5   130     6   201    20     3    53     5    53 
	                             6    70     6     3   133     2   175     0   169     5 
	                             3    20 
	00024: PUSHW[1]            -64 
	00027: PUSHB[6]             10    22    52    14    14    18 
	00034: PUSHW[6]            904     7     0   914     1   917 
	00047: NPUSHB      (15):     0     0     1    64    19    22    52     1    64     9 
	                            16    52     1     1    22 
	00064: PUSHW[1]            879 
	00067: PUSHB[3]              3    12     4 
	00071: SCANTYPE   
	00072: MDAP[rd]   
	00073: MDAP[rd]   
	00074: MIRP[srp0,md,rd,1] 
	00075: SHP[rp2,zp1] 
	00076: RTHG       
	00077: MDAP[rd]   
	00078: CALL       
	00079: CALL       
	00080: SHP[rp1,zp0] 
	00081: RTG        
	00082: MDAP[rd]   
	00083: SVTCA[y-axis] 
	00084: MIAP[rd+ci] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: MDAP[rd]   
	00087: MIRP[srp0,md,rd,1] 
	00088: SHP[rp2,zp1] 
	00089: MDAP[rd]   
	00090: IUP[y]     
	00091: IUP[x]     
	00092: SVTCA[y-axis] 
	00093: CALL       
	00094: DELTAP1    
	00095: SVTCA[x-axis] 
	00096: DELTAP1    
	00097: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual                         On
	  4:        XDual         Y-Short         Off
	  5:                              X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   727,   494)  ->  Abs (   727,   494)
	  1: Rel (    63,   170)  ->  Abs (   790,   664)
	  2: Rel (   168,  -157)  ->  Abs (   958,   507)
	  3: Rel (     0,  -329)  ->  Abs (   958,   178)
	  4: Rel (     0,  -149)  ->  Abs (   958,    29)
	  5: Rel (  -117,  -274)  ->  Abs (   841,  -245)
	  6: Rel (  -203,  -175)  ->  Abs (   638,  -420)
	  7: Rel (   -91,     0)  ->  Abs (   547,  -420)
	  8: Rel (  -106,     0)  ->  Abs (   441,  -420)
	  9: Rel (   -64,    19)  ->  Abs (   377,  -401)
	 10: Rel (  -185,    55)  ->  Abs (   192,  -346)
	 11: Rel (   -48,    14)  ->  Abs (   144,  -332)
	 12: Rel (     0,    27)  ->  Abs (   144,  -305)
	 13: Rel (     0,    27)  ->  Abs (   144,  -278)
	 14: Rel (    25,     0)  ->  Abs (   169,  -278)
	 15: Rel (     7,     0)  ->  Abs (   176,  -278)
	 16: Rel (    81,   -16)  ->  Abs (   257,  -294)
	 17: Rel (    81,   -15)  ->  Abs (   338,  -309)
	 18: Rel (    88,     0)  ->  Abs (   426,  -309)
	 19: Rel (   100,     0)  ->  Abs (   526,  -309)
	 20: Rel (   237,   161)  ->  Abs (   763,  -148)
	 21: Rel (   138,   195)  ->  Abs (   901,    47)
	 22: Rel (     0,    53)  ->  Abs (   901,   100)
	 23: Rel (     0,   214)  ->  Abs (   901,   314)

	Glyph 942: off = 0x0002F09C, len = 226
	  numberOfContours:	1
	  xMin:			101
	  yMin:			-422
	  xMax:			1229
	  yMax:			672

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	128
	00000: NPUSHB      (35):   208    19     1   166    19   175    23   197    19     3 
	                           138    23   148    19   158    23     3   178     5   217 
	                            19     2    70     5    86     5   128     5     3     2 
	                            44    18    22    52    19 
	00037: PUSHW[1]            -64 
	00040: PUSHB[5]              9    22    52     3    30 
	00046: PUSHW[3]            907    31   858 
	00053: PUSHB[3]             13    13    17 
	00057: PUSHW[1]            904 
	00060: PUSHB[3]              6    24    25 
	00064: PUSHW[1]            917 
	00067: NPUSHB      (13):     3    27    30    31    24    25    64     9    16    52 
	                            25    25    21 
	00082: PUSHW[1]            877 
	00085: PUSHB[6]             27    16    11     1    11     4 
	00092: SCANTYPE   
	00093: MDAP[rd]   
	00094: DELTAP1    
	00095: MDAP[rd]   
	00096: MIRP[srp0,md,rd,1] 
	00097: SHP[rp2,zp1] 
	00098: RTHG       
	00099: MDAP[rd]   
	00100: CALL       
	00101: SHP[rp1,zp0] 
	00102: RTG        
	00103: MDAP[rd]   
	00104: ALIGNRP    
	00105: SRP1       
	00106: IP         
	00107: SVTCA[y-axis] 
	00108: MIAP[rd+ci] 
	00109: SHP[rp1,zp0] 
	00110: MDAP[rd]   
	00111: MIRP[srp0,md,rd,1] 
	00112: SHP[rp2,zp1] 
	00113: MDAP[rd]   
	00114: MIAP[rd+ci] 
	00115: MIRP[srp0,md,rd,1] 
	00116: SHP[rp2,zp1] 
	00117: CALL       
	00118: CALL       
	00119: IUP[y]     
	00120: IUP[x]     
	00121: SVTCA[x-axis] 
	00122: DELTAP1    
	00123: DELTAP1    
	00124: SVTCA[y-axis] 
	00125: DELTAP1    
	00126: DELTAP1    
	00127: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:                                      Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short On
	 31:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1113,     0)  ->  Abs (  1113,     0)
	  1: Rel (   -80,     0)  ->  Abs (  1033,     0)
	  2: Rel (   -89,    53)  ->  Abs (   944,    53)
	  3: Rel (   -32,    69)  ->  Abs (   912,   122)
	  4: Rel (   -17,  -233)  ->  Abs (   895,  -111)
	  5: Rel (  -266,  -311)  ->  Abs (   629,  -422)
	  6: Rel (  -125,     0)  ->  Abs (   504,  -422)
	  7: Rel (  -106,     0)  ->  Abs (   398,  -422)
	  8: Rel (   -64,    19)  ->  Abs (   334,  -403)
	  9: Rel (  -185,    55)  ->  Abs (   149,  -348)
	 10: Rel (   -48,    14)  ->  Abs (   101,  -334)
	 11: Rel (     0,    27)  ->  Abs (   101,  -307)
	 12: Rel (     0,    26)  ->  Abs (   101,  -281)
	 13: Rel (    25,     0)  ->  Abs (   126,  -281)
	 14: Rel (     7,     0)  ->  Abs (   133,  -281)
	 15: Rel (    81,   -15)  ->  Abs (   214,  -296)
	 16: Rel (    81,   -15)  ->  Abs (   295,  -311)
	 17: Rel (    88,     0)  ->  Abs (   383,  -311)
	 18: Rel (   100,     0)  ->  Abs (   483,  -311)
	 19: Rel (   238,   162)  ->  Abs (   721,  -149)
	 20: Rel (   136,   196)  ->  Abs (   857,    47)
	 21: Rel (     0,    53)  ->  Abs (   857,   100)
	 22: Rel (     0,    78)  ->  Abs (   857,   178)
	 23: Rel (   -35,   170)  ->  Abs (   822,   348)
	 24: Rel (   -89,   154)  ->  Abs (   733,   502)
	 25: Rel (    63,   170)  ->  Abs (   796,   672)
	 26: Rel (    78,  -121)  ->  Abs (   874,   551)
	 27: Rel (    32,  -245)  ->  Abs (   906,   306)
	 28: Rel (    37,  -183)  ->  Abs (   943,   123)
	 29: Rel (   170,     0)  ->  Abs (  1113,   123)
	 30: Rel (   116,     0)  ->  Abs (  1229,   123)
	 31: Rel (     0,  -123)  ->  Abs (  1229,     0)

	Glyph 943: off = 0x0002F17E, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-420
	  xMax:			958
	  yMax:			1057

	     0: Flags:		0x0236
		Glyf Index:	941
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	46
		Y BOffset:	-17
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[2]              1    26 
	00003: PUSHW[1]            -64 
	00006: NPUSHB       (9):    23    26    52    63    26    79    26     2    26 
	00017: SVTCA[x-axis] 
	00018: SRP1       
	00019: DELTAP1    
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 944: off = 0x0002F1AC, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			101
	  yMin:			-422
	  xMax:			1229
	  yMax:			1067

	     0: Flags:		0x0236
		Glyf Index:	942
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	28
		Y BOffset:	-7
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[7]              1    16    34    79    34     2    34 
	00008: SVTCA[x-axis] 
	00009: SRP1       
	00010: DELTAP1    
	00011: SHC[rp1,zp0] 

	Glyph 945: off = 0x0002F1D0, len = 404
	  numberOfContours:	1
	  xMin:			6
	  yMin:			-371
	  xMax:			1147
	  yMax:			673

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	247
	00000: NPUSHB      (61):   169     0     1    10    50     1    13     0     6    54 
	                            54    54    70    54    87    54   103    54   119    54 
	                           171     0   168    33     9   185    33   202    33   217 
	                            33     3    37    54   167     6   165    20     3   136 
	                            33   152    33   165     0     3    37    37     2    26 
	                            26     2    13    13    51    29     0     4    31     2 
	                            45 
	00063: PUSHW[4]            907    55    31   907 
	00072: PUSHB[3]              2    50    51 
	00076: PUSHW[3]            917    21   909 
	00083: NPUSHB      (11):     7     0    64    11    19    52     0     0    43    41 
	                            35 
	00096: PUSHW[1]            884 
	00099: NPUSHB      (17):     0    39     1    39    39    53    29    25    26    64 
	                             9    22    52    26    26     4    23 
	00118: PUSHW[3]            883    29   -64 
	00125: NPUSHB      (17):    11    14    52    29    29    53    10    50    64    15 
	                            22    52    50    50    51    51    48 
	00144: PUSHW[6]            885    53   952    58    15   -64 
	00157: PUSHB[6]             13    15    52    15    15    18 
	00164: PUSHW[1]            931 
	00167: PUSHB[2]             10     4 
	00170: SCANTYPE   
	00171: MDAP[rd]   
	00172: MIRP[srp0,md,rd,1] 
	00173: SHP[rp2,zp1] 
	00174: RDTG       
	00175: MDAP[rd]   
	00176: CALL       
	00177: RTG        
	00178: SRP0       
	00179: MIRP[srp0,nmd,rd,2] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: RTHG       
	00182: IP         
	00183: MDAP[rd]   
	00184: SHP[rp2,zp1] 
	00185: RTG        
	00186: MDAP[rd]   
	00187: CALL       
	00188: SRP1       
	00189: SRP2       
	00190: IP         
	00191: MDAP[rd]   
	00192: CALL       
	00193: MIRP[nrp0,md,rd,1] 
	00194: SHP[rp1,zp0] 
	00195: SHP[rp2,zp1] 
	00196: RTHG       
	00197: MDAP[rd]   
	00198: CALL       
	00199: SHP[rp1,zp0] 
	00200: RTG        
	00201: SRP1       
	00202: SRP2       
	00203: IP         
	00204: MDAP[rd]   
	00205: DELTAP1    
	00206: MIRP[nrp0,md,rd,1] 
	00207: IP         
	00208: IP         
	00209: SHP[rp2,zp1] 
	00210: RTHG       
	00211: MDAP[rd]   
	00212: CALL       
	00213: SVTCA[y-axis] 
	00214: RTG        
	00215: MDAP[rd]   
	00216: MIRP[nrp0,md,rd,1] 
	00217: MIAP[rd+ci] 
	00218: SHP[rp1,zp0] 
	00219: MDAP[rd]   
	00220: MIRP[nrp0,md,rd,1] 
	00221: MDAP[rd]   
	00222: MIRP[nrp0,md,rd,1] 
	00223: SRP1       
	00224: SRP2       
	00225: IP         
	00226: IP         
	00227: SHP[rp2,zp1] 
	00228: SRP2       
	00229: IP         
	00230: MDAP[rd]   
	00231: SRP1       
	00232: IP         
	00233: MDAP[rd]   
	00234: SRP1       
	00235: IP         
	00236: MDAP[rd]   
	00237: IUP[y]     
	00238: IUP[x]     
	00239: SVTCA[x-axis] 
	00240: DELTAP1    
	00241: DELTAP1    
	00242: DELTAP1    
	00243: DELTAP1    
	00244: SVTCA[y-axis] 
	00245: DELTAP2    
	00246: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:        XDual                         On
	 11:  YDual XDual         Y-Short         Off
	 12:        XDual                 X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short On
	 42:                      Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual               Y-Short X-Short On
	 51:  YDual XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual                         Off
	 55:  YDual                       X-Short On
	 56:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   784,    73)  ->  Abs (   784,    73)
	  1: Rel (   -47,   -72)  ->  Abs (   737,     1)
	  2: Rel (   -60,     0)  ->  Abs (   677,     1)
	  3: Rel (   -45,     0)  ->  Abs (   632,     1)
	  4: Rel (   -43,    35)  ->  Abs (   589,    36)
	  5: Rel (    -8,  -191)  ->  Abs (   581,  -155)
	  6: Rel (  -173,  -216)  ->  Abs (   408,  -371)
	  7: Rel (  -152,     0)  ->  Abs (   256,  -371)
	  8: Rel (  -113,     0)  ->  Abs (   143,  -371)
	  9: Rel (  -137,   141)  ->  Abs (     6,  -230)
	 10: Rel (     0,   267)  ->  Abs (     6,    37)
	 11: Rel (     0,   146)  ->  Abs (     6,   183)
	 12: Rel (   174,   331)  ->  Abs (   180,   514)
	 13: Rel (    53,     0)  ->  Abs (   233,   514)
	 14: Rel (    12,     0)  ->  Abs (   245,   514)
	 15: Rel (     0,   -14)  ->  Abs (   245,   500)
	 16: Rel (  -111,  -215)  ->  Abs (   134,   285)
	 17: Rel (   -45,  -198)  ->  Abs (    89,    87)
	 18: Rel (     0,   -70)  ->  Abs (    89,    17)
	 19: Rel (     0,  -117)  ->  Abs (    89,  -100)
	 20: Rel (    99,  -141)  ->  Abs (   188,  -241)
	 21: Rel (    90,     0)  ->  Abs (   278,  -241)
	 22: Rel (   241,     0)  ->  Abs (   519,  -241)
	 23: Rel (     0,   239)  ->  Abs (   519,    -2)
	 24: Rel (     0,   161)  ->  Abs (   519,   159)
	 25: Rel (   -53,   123)  ->  Abs (   466,   282)
	 26: Rel (    40,   242)  ->  Abs (   506,   524)
	 27: Rel (    37,   -47)  ->  Abs (   543,   477)
	 28: Rel (    49,  -229)  ->  Abs (   592,   248)
	 29: Rel (     0,   -95)  ->  Abs (   592,   153)
	 30: Rel (    34,   -29)  ->  Abs (   626,   124)
	 31: Rel (    39,     0)  ->  Abs (   665,   124)
	 32: Rel (    37,     0)  ->  Abs (   702,   124)
	 33: Rel (    52,    67)  ->  Abs (   754,   191)
	 34: Rel (    20,    82)  ->  Abs (   774,   273)
	 35: Rel (    26,   117)  ->  Abs (   800,   390)
	 36: Rel (    20,    93)  ->  Abs (   820,   483)
	 37: Rel (    29,     0)  ->  Abs (   849,   483)
	 38: Rel (    27,     0)  ->  Abs (   876,   483)
	 39: Rel (     0,   -49)  ->  Abs (   876,   434)
	 40: Rel (     0,   -28)  ->  Abs (   876,   406)
	 41: Rel (   -10,   -58)  ->  Abs (   866,   348)
	 42: Rel (   -10,   -58)  ->  Abs (   856,   290)
	 43: Rel (     0,   -29)  ->  Abs (   856,   261)
	 44: Rel (     0,  -134)  ->  Abs (   856,   127)
	 45: Rel (   109,     0)  ->  Abs (   965,   127)
	 46: Rel (    61,     0)  ->  Abs (  1026,   127)
	 47: Rel (    42,    46)  ->  Abs (  1068,   173)
	 48: Rel (     0,    59)  ->  Abs (  1068,   232)
	 49: Rel (     0,   152)  ->  Abs (  1068,   384)
	 50: Rel (   -73,   160)  ->  Abs (   995,   544)
	 51: Rel (    92,   129)  ->  Abs (  1087,   673)
	 52: Rel (    60,  -101)  ->  Abs (  1147,   572)
	 53: Rel (     0,  -239)  ->  Abs (  1147,   333)
	 54: Rel (     0,  -328)  ->  Abs (  1147,     5)
	 55: Rel (  -240,     0)  ->  Abs (   907,     5)
	 56: Rel (   -88,     0)  ->  Abs (   819,     5)

	Glyph 946: off = 0x0002F364, len = 384
	  numberOfContours:	1
	  xMin:			6
	  yMin:			-371
	  xMax:			1229
	  yMax:			671

	EndPoints
	---------
	  0:  64

	  Length of Instructions:	203
	00000: NPUSHB      (20):    43    24    18    22    52    47    47    11    36    36 
	                            11    22    22    61    39     9    13    41    11    55 
	00022: PUSHW[4]            907     7    41   907 
	00031: PUSHB[3]             11    60    61 
	00035: PUSHW[3]            917    30   909 
	00042: PUSHB[3]             16     4     0 
	00046: PUSHW[1]            907 
	00049: NPUSHB      (11):     1     9    64     9    22    52     9     9    53    51 
	                            45 
	00062: PUSHW[1]            884 
	00065: NPUSHB      (17):     0    49     1    49    49     1    39    34    36    64 
	                             9    22    52    36    36    13    32 
	00084: PUSHW[1]            883 
	00087: NPUSHB      (25):    15    39    64    39     2    39    39     1    19    60 
	                             4    58     3    64    61    96    61   112    61     3 
	                            61    61     0     1    24 
	00114: PUSHW[1]            -64 
	00117: PUSHB[6]             14    15    52    24    24    27 
	00124: PUSHW[1]            931 
	00127: PUSHB[2]             19     4 
	00130: SCANTYPE   
	00131: MDAP[rd]   
	00132: MIRP[srp0,md,rd,1] 
	00133: SHP[rp2,zp1] 
	00134: RDTG       
	00135: MDAP[rd]   
	00136: CALL       
	00137: RTG        
	00138: MDAP[rd]   
	00139: ALIGNRP    
	00140: SHP[rp1,zp0] 
	00141: RTHG       
	00142: MDAP[rd]   
	00143: DELTAP1    
	00144: SLOOP      
	00145: SHP[rp1,zp0] 
	00146: RTG        
	00147: SRP1       
	00148: SRP2       
	00149: IP         
	00150: MDAP[rd]   
	00151: DELTAP1    
	00152: MIRP[nrp0,md,rd,1] 
	00153: SHP[rp1,zp0] 
	00154: SHP[rp2,zp1] 
	00155: RTHG       
	00156: MDAP[rd]   
	00157: CALL       
	00158: SHP[rp1,zp0] 
	00159: RTG        
	00160: SRP1       
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: DELTAP1    
	00165: MIRP[nrp0,md,rd,1] 
	00166: IP         
	00167: IP         
	00168: SHP[rp2,zp1] 
	00169: RTHG       
	00170: MDAP[rd]   
	00171: CALL       
	00172: SVTCA[y-axis] 
	00173: RTG        
	00174: MDAP[rd]   
	00175: MIRP[srp0,md,rd,1] 
	00176: SHP[rp2,zp1] 
	00177: MDAP[rd]   
	00178: MIRP[nrp0,md,rd,1] 
	00179: MIAP[rd+ci] 
	00180: SHP[rp1,zp0] 
	00181: MDAP[rd]   
	00182: MIRP[nrp0,md,rd,1] 
	00183: MDAP[rd]   
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP1       
	00186: SRP2       
	00187: IP         
	00188: IP         
	00189: SHP[rp2,zp1] 
	00190: SRP2       
	00191: IP         
	00192: MDAP[rd]   
	00193: SRP1       
	00194: IP         
	00195: MDAP[rd]   
	00196: SRP1       
	00197: IP         
	00198: MDAP[rd]   
	00199: IUP[y]     
	00200: IUP[x]     
	00201: SVTCA[x-axis] 
	00202: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short         Off
	 21:        XDual                 X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual               Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                      Y-Short X-Short On
	 52:                      Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual         Y-Short         On
	 59:  YDual XDual         Y-Short         Off
	 60:  YDual               Y-Short X-Short On
	 61:  YDual XDual         Y-Short X-Short On
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual                 X-Short Off
	 64:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,   123)  ->  Abs (  1229,   123)
	  1: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  2: Rel (   -34,     0)  ->  Abs (  1195,     0)
	  3: Rel (   -76,    81)  ->  Abs (  1119,    81)
	  4: Rel (    -8,    61)  ->  Abs (  1111,   142)
	  5: Rel (   -36,   -84)  ->  Abs (  1075,    58)
	  6: Rel (   -92,   -53)  ->  Abs (   983,     5)
	  7: Rel (   -76,     0)  ->  Abs (   907,     5)
	  8: Rel (   -88,     0)  ->  Abs (   819,     5)
	  9: Rel (   -35,    68)  ->  Abs (   784,    73)
	 10: Rel (   -47,   -72)  ->  Abs (   737,     1)
	 11: Rel (   -61,     0)  ->  Abs (   676,     1)
	 12: Rel (   -45,     0)  ->  Abs (   631,     1)
	 13: Rel (   -42,    34)  ->  Abs (   589,    35)
	 14: Rel (    -8,  -189)  ->  Abs (   581,  -154)
	 15: Rel (  -173,  -217)  ->  Abs (   408,  -371)
	 16: Rel (  -153,     0)  ->  Abs (   255,  -371)
	 17: Rel (  -113,     0)  ->  Abs (   142,  -371)
	 18: Rel (  -136,   142)  ->  Abs (     6,  -229)
	 19: Rel (     0,   266)  ->  Abs (     6,    37)
	 20: Rel (     0,   147)  ->  Abs (     6,   184)
	 21: Rel (   174,   329)  ->  Abs (   180,   513)
	 22: Rel (    53,     0)  ->  Abs (   233,   513)
	 23: Rel (    11,     0)  ->  Abs (   244,   513)
	 24: Rel (     0,   -13)  ->  Abs (   244,   500)
	 25: Rel (  -111,  -217)  ->  Abs (   133,   283)
	 26: Rel (   -44,  -197)  ->  Abs (    89,    86)
	 27: Rel (     0,   -70)  ->  Abs (    89,    16)
	 28: Rel (     0,  -116)  ->  Abs (    89,  -100)
	 29: Rel (    99,  -141)  ->  Abs (   188,  -241)
	 30: Rel (    89,     0)  ->  Abs (   277,  -241)
	 31: Rel (   242,     0)  ->  Abs (   519,  -241)
	 32: Rel (     0,   239)  ->  Abs (   519,    -2)
	 33: Rel (     0,   161)  ->  Abs (   519,   159)
	 34: Rel (   -54,   123)  ->  Abs (   465,   282)
	 35: Rel (    16,    80)  ->  Abs (   481,   362)
	 36: Rel (    25,   162)  ->  Abs (   506,   524)
	 37: Rel (    37,   -46)  ->  Abs (   543,   478)
	 38: Rel (    49,  -231)  ->  Abs (   592,   247)
	 39: Rel (     0,   -95)  ->  Abs (   592,   152)
	 40: Rel (    34,   -28)  ->  Abs (   626,   124)
	 41: Rel (    39,     0)  ->  Abs (   665,   124)
	 42: Rel (    36,     0)  ->  Abs (   701,   124)
	 43: Rel (    53,    67)  ->  Abs (   754,   191)
	 44: Rel (    27,   111)  ->  Abs (   781,   302)
	 45: Rel (    19,    88)  ->  Abs (   800,   390)
	 46: Rel (    20,    93)  ->  Abs (   820,   483)
	 47: Rel (    29,     0)  ->  Abs (   849,   483)
	 48: Rel (    27,     0)  ->  Abs (   876,   483)
	 49: Rel (     0,   -49)  ->  Abs (   876,   434)
	 50: Rel (     0,   -29)  ->  Abs (   876,   405)
	 51: Rel (   -10,   -57)  ->  Abs (   866,   348)
	 52: Rel (   -11,   -58)  ->  Abs (   855,   290)
	 53: Rel (     0,   -29)  ->  Abs (   855,   261)
	 54: Rel (     0,  -134)  ->  Abs (   855,   127)
	 55: Rel (   110,     0)  ->  Abs (   965,   127)
	 56: Rel (    58,     0)  ->  Abs (  1023,   127)
	 57: Rel (    45,    38)  ->  Abs (  1068,   165)
	 58: Rel (     0,    67)  ->  Abs (  1068,   232)
	 59: Rel (     0,   108)  ->  Abs (  1068,   340)
	 60: Rel (   -59,   202)  ->  Abs (  1009,   542)
	 61: Rel (    92,   129)  ->  Abs (  1101,   671)
	 62: Rel (    44,  -170)  ->  Abs (  1145,   501)
	 63: Rel (     1,  -278)  ->  Abs (  1146,   223)
	 64: Rel (    51,  -100)  ->  Abs (  1197,   123)

	Glyph 947: off = 0x0002F4E4, len = 326
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1135
	  yMax:			672

	EndPoints
	---------
	  0:  47

	  Length of Instructions:	193
	00000: NPUSHB      (35):    11    40     1     3    45    38    45    54    45    70 
	                            45   171    11   171    25     6   121    25     1    11 
	                            44    14    17    52    28    28     2    15    15    41 
	                             0     4    23     2    36 
	00037: PUSHW[4]            907    46    23   907 
	00046: PUSHB[3]              2    40    41 
	00050: PUSHW[3]            917     8   907 
	00057: NPUSHB      (14):     7     4     4    17     0     0    26    21    19    13 
	                            17    34    32    26 
	00073: PUSHW[1]            883 
	00076: PUSHB[5]            175    30     1    30    13 
	00082: PUSHW[1]            887 
	00085: NPUSHB      (27):    17    30    30   143    17   144    17     2    16    17 
	                           127    17     2    17    17    44     7    40    64    15 
	                            22    52    40    40    41    41    38 
	00114: PUSHW[3]            885    44   952 
	00121: PUSHB[4]             49     8     7     4 
	00126: SCANTYPE   
	00127: MDAP[rd]   
	00128: ALIGNRP    
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,2] 
	00131: MIRP[nrp0,md,rd,1] 
	00132: RTHG       
	00133: IP         
	00134: MDAP[rd]   
	00135: SHP[rp2,zp1] 
	00136: RTG        
	00137: MDAP[rd]   
	00138: CALL       
	00139: SRP1       
	00140: SRP2       
	00141: IP         
	00142: MDAP[rd]   
	00143: DELTAP1    
	00144: DELTAP1    
	00145: IP         
	00146: MDAP[rd]   
	00147: SRP0       
	00148: MIRP[nrp0,md,rd,1] 
	00149: SRP0       
	00150: DELTAP1    
	00151: MIRP[nrp0,md,rd,1] 
	00152: IP         
	00153: IP         
	00154: SRP1       
	00155: SRP2       
	00156: IP         
	00157: IP         
	00158: SRP1       
	00159: SHP[rp1,zp0] 
	00160: RTHG       
	00161: MDAP[rd]   
	00162: SRP1       
	00163: SHP[rp1,zp0] 
	00164: MDAP[rd]   
	00165: SVTCA[y-axis] 
	00166: RTG        
	00167: MDAP[rd]   
	00168: MIRP[nrp0,md,rd,1] 
	00169: MIAP[rd+ci] 
	00170: SHP[rp1,zp0] 
	00171: MDAP[rd]   
	00172: MIRP[nrp0,md,rd,1] 
	00173: MDAP[rd]   
	00174: MIRP[nrp0,md,rd,1] 
	00175: SRP1       
	00176: SRP2       
	00177: IP         
	00178: IP         
	00179: SRP2       
	00180: IP         
	00181: MDAP[rd]   
	00182: SRP1       
	00183: IP         
	00184: MDAP[rd]   
	00185: IUP[y]     
	00186: IUP[x]     
	00187: SVTCA[x-axis] 
	00188: CALL       
	00189: DELTAP1    
	00190: DELTAP1    
	00191: SVTCA[y-axis] 
	00192: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                               On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual                               On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short On
	 41:  YDual XDual         Y-Short X-Short On
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual                         Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   768,    72)  ->  Abs (   768,    72)
	  1: Rel (   -69,   -72)  ->  Abs (   699,     0)
	  2: Rel (   -70,     0)  ->  Abs (   629,     0)
	  3: Rel (  -125,     0)  ->  Abs (   504,     0)
	  4: Rel (   -37,    90)  ->  Abs (   467,    90)
	  5: Rel (   -86,   -90)  ->  Abs (   381,     0)
	  6: Rel (   -94,     0)  ->  Abs (   287,     0)
	  7: Rel (  -287,     0)  ->  Abs (     0,     0)
	  8: Rel (     0,   123)  ->  Abs (     0,   123)
	  9: Rel (   287,     0)  ->  Abs (   287,   123)
	 10: Rel (    40,     0)  ->  Abs (   327,   123)
	 11: Rel (    65,    64)  ->  Abs (   392,   187)
	 12: Rel (    32,    78)  ->  Abs (   424,   265)
	 13: Rel (    45,   117)  ->  Abs (   469,   382)
	 14: Rel (    35,    91)  ->  Abs (   504,   473)
	 15: Rel (    35,     0)  ->  Abs (   539,   473)
	 16: Rel (    21,     0)  ->  Abs (   560,   473)
	 17: Rel (     0,   -29)  ->  Abs (   560,   444)
	 18: Rel (     0,   -17)  ->  Abs (   560,   427)
	 19: Rel (   -29,   -84)  ->  Abs (   531,   343)
	 20: Rel (   -28,   -85)  ->  Abs (   503,   258)
	 21: Rel (     0,   -46)  ->  Abs (   503,   212)
	 22: Rel (     0,   -91)  ->  Abs (   503,   121)
	 23: Rel (   117,     0)  ->  Abs (   620,   121)
	 24: Rel (    42,     0)  ->  Abs (   662,   121)
	 25: Rel (    58,    98)  ->  Abs (   720,   219)
	 26: Rel (    32,   169)  ->  Abs (   752,   388)
	 27: Rel (    16,    86)  ->  Abs (   768,   474)
	 28: Rel (    33,     0)  ->  Abs (   801,   474)
	 29: Rel (    24,     0)  ->  Abs (   825,   474)
	 30: Rel (     0,   -45)  ->  Abs (   825,   429)
	 31: Rel (     0,   -25)  ->  Abs (   825,   404)
	 32: Rel (    -9,   -63)  ->  Abs (   816,   341)
	 33: Rel (    -9,   -63)  ->  Abs (   807,   278)
	 34: Rel (     0,   -32)  ->  Abs (   807,   246)
	 35: Rel (     0,  -125)  ->  Abs (   807,   121)
	 36: Rel (   126,     0)  ->  Abs (   933,   121)
	 37: Rel (   123,     0)  ->  Abs (  1056,   121)
	 38: Rel (     0,   106)  ->  Abs (  1056,   227)
	 39: Rel (     0,   139)  ->  Abs (  1056,   366)
	 40: Rel (   -74,   177)  ->  Abs (   982,   543)
	 41: Rel (    93,   129)  ->  Abs (  1075,   672)
	 42: Rel (    25,   -41)  ->  Abs (  1100,   631)
	 43: Rel (    35,  -212)  ->  Abs (  1135,   419)
	 44: Rel (     0,   -79)  ->  Abs (  1135,   340)
	 45: Rel (     0,  -340)  ->  Abs (  1135,     0)
	 46: Rel (  -245,     0)  ->  Abs (   890,     0)
	 47: Rel (   -85,     0)  ->  Abs (   805,     0)

	Glyph 948: off = 0x0002F62A, len = 340
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			660

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	189
	00000: NPUSHB      (18):   134     3   164     3     2   121    25   175    23     2 
	                           106    23   122    23   138    23     3     4 
	00020: PUSHW[1]            907 
	00023: NPUSHB      (14):     5     8    49    41    41    14    27    27     0    12 
	                            16    35    14    49 
	00039: PUSHW[4]            907    10    35   907 
	00048: PUSHB[3]             14    53     0 
	00052: PUSHW[3]            917    20   907 
	00059: NPUSHB      (14):    19    16    33    16    29    12    12    39    31    25 
	                            29    47    45    39 
	00075: PUSHW[4]            882    43    25   887 
	00084: NPUSHB      (32):    29     0    43     1    43    43   111    29   175    29 
	                             2    32    29    48    29     2    29    29     5    19 
	                             8     2    51    53    53     0     0     4     5    20 
	                            19     4 
	00118: SCANTYPE   
	00119: MDAP[rd]   
	00120: ALIGNRP    
	00121: MDAP[rd]   
	00122: ALIGNRP    
	00123: SHP[rp1,zp0] 
	00124: RTHG       
	00125: MDAP[rd]   
	00126: SHP[rp1,zp0] 
	00127: RTG        
	00128: MDAP[rd]   
	00129: IP         
	00130: SHP[rp2,zp1] 
	00131: SHP[rp2,zp1] 
	00132: SRP1       
	00133: SRP2       
	00134: IP         
	00135: MDAP[rd]   
	00136: DELTAP1    
	00137: DELTAP1    
	00138: IP         
	00139: MDAP[rd]   
	00140: DELTAP1    
	00141: SRP0       
	00142: MIRP[nrp0,md,rd,1] 
	00143: SRP0       
	00144: MIRP[nrp0,md,rd,1] 
	00145: IP         
	00146: IP         
	00147: SRP1       
	00148: SRP2       
	00149: IP         
	00150: SRP1       
	00151: SHP[rp1,zp0] 
	00152: RTHG       
	00153: MDAP[rd]   
	00154: SRP1       
	00155: SHP[rp1,zp0] 
	00156: SHP[rp1,zp0] 
	00157: MDAP[rd]   
	00158: SVTCA[y-axis] 
	00159: RTG        
	00160: MDAP[rd]   
	00161: MIRP[nrp0,md,rd,1] 
	00162: MIAP[rd+ci] 
	00163: SHP[rp1,zp0] 
	00164: MDAP[rd]   
	00165: MIRP[nrp0,md,rd,1] 
	00166: MDAP[rd]   
	00167: MIRP[nrp0,md,rd,1] 
	00168: SRP1       
	00169: SRP2       
	00170: IP         
	00171: IP         
	00172: SRP2       
	00173: IP         
	00174: MDAP[rd]   
	00175: SRP1       
	00176: IP         
	00177: MDAP[rd]   
	00178: SRP1       
	00179: SHP[rp1,zp0] 
	00180: MDAP[rd]   
	00181: MIRP[nrp0,md,rd,1] 
	00182: IUP[y]     
	00183: IUP[x]     
	00184: SVTCA[x-axis] 
	00185: DELTAP1    
	00186: DELTAP1    
	00187: SVTCA[y-axis] 
	00188: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:        XDual         Y-Short         On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short On
	 46:                      Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual               Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   971,   660)  ->  Abs (   971,   660)
	  1: Rel (    55,   -86)  ->  Abs (  1026,   574)
	  2: Rel (     0,  -234)  ->  Abs (  1026,   340)
	  3: Rel (    29,  -217)  ->  Abs (  1055,   123)
	  4: Rel (   174,     0)  ->  Abs (  1229,   123)
	  5: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  6: Rel (  -100,     0)  ->  Abs (  1129,     0)
	  7: Rel (   -84,    71)  ->  Abs (  1045,    71)
	  8: Rel (   -38,   125)  ->  Abs (  1007,   196)
	  9: Rel (   -41,  -196)  ->  Abs (   966,     0)
	 10: Rel (  -186,     0)  ->  Abs (   780,     0)
	 11: Rel (   -85,     0)  ->  Abs (   695,     0)
	 12: Rel (   -37,    72)  ->  Abs (   658,    72)
	 13: Rel (   -69,   -72)  ->  Abs (   589,     0)
	 14: Rel (   -70,     0)  ->  Abs (   519,     0)
	 15: Rel (  -125,     0)  ->  Abs (   394,     0)
	 16: Rel (   -37,    90)  ->  Abs (   357,    90)
	 17: Rel (   -86,   -90)  ->  Abs (   271,     0)
	 18: Rel (   -94,     0)  ->  Abs (   177,     0)
	 19: Rel (  -177,     0)  ->  Abs (     0,     0)
	 20: Rel (     0,   123)  ->  Abs (     0,   123)
	 21: Rel (   177,     0)  ->  Abs (   177,   123)
	 22: Rel (    40,     0)  ->  Abs (   217,   123)
	 23: Rel (    66,    64)  ->  Abs (   283,   187)
	 24: Rel (    42,   103)  ->  Abs (   325,   290)
	 25: Rel (    36,    92)  ->  Abs (   361,   382)
	 26: Rel (    34,    91)  ->  Abs (   395,   473)
	 27: Rel (    34,     0)  ->  Abs (   429,   473)
	 28: Rel (    21,     0)  ->  Abs (   450,   473)
	 29: Rel (     0,   -29)  ->  Abs (   450,   444)
	 30: Rel (     0,   -17)  ->  Abs (   450,   427)
	 31: Rel (   -29,   -84)  ->  Abs (   421,   343)
	 32: Rel (   -28,   -85)  ->  Abs (   393,   258)
	 33: Rel (     0,   -46)  ->  Abs (   393,   212)
	 34: Rel (     0,   -91)  ->  Abs (   393,   121)
	 35: Rel (   117,     0)  ->  Abs (   510,   121)
	 36: Rel (    32,     0)  ->  Abs (   542,   121)
	 37: Rel (    52,    62)  ->  Abs (   594,   183)
	 38: Rel (    30,    96)  ->  Abs (   624,   279)
	 39: Rel (    23,   128)  ->  Abs (   647,   407)
	 40: Rel (    12,    67)  ->  Abs (   659,   474)
	 41: Rel (    32,     0)  ->  Abs (   691,   474)
	 42: Rel (    24,     0)  ->  Abs (   715,   474)
	 43: Rel (     0,   -45)  ->  Abs (   715,   429)
	 44: Rel (     0,   -25)  ->  Abs (   715,   404)
	 45: Rel (    -9,   -63)  ->  Abs (   706,   341)
	 46: Rel (    -9,   -63)  ->  Abs (   697,   278)
	 47: Rel (     0,   -32)  ->  Abs (   697,   246)
	 48: Rel (     0,  -125)  ->  Abs (   697,   121)
	 49: Rel (   126,     0)  ->  Abs (   823,   121)
	 50: Rel (   123,     0)  ->  Abs (   946,   121)
	 51: Rel (     0,   106)  ->  Abs (   946,   227)
	 52: Rel (     0,   194)  ->  Abs (   946,   421)
	 53: Rel (   -53,   126)  ->  Abs (   893,   547)
	 54: Rel (    41,    50)  ->  Abs (   934,   597)

	Glyph 949: off = 0x0002F77E, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			-371
	  xMax:			1147
	  yMax:			1176

	     0: Flags:		0x0236
		Glyf Index:	945
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1101
		X BOffset:	55
		Y BOffset:	86
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     1    64    62     1    62     2     1     0    59 
	                             1    59 
	00014: SVTCA[x-axis] 
	00015: SRP1       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 
	00018: SHC[rp1,zp0] 
	00019: SVTCA[y-axis] 
	00020: SRP1       
	00021: DELTAP1    
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 

	Glyph 950: off = 0x0002F7AE, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			-371
	  xMax:			1229
	  yMax:			1176

	     0: Flags:		0x0236
		Glyf Index:	946
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1101
		X BOffset:	55
		Y BOffset:	86
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     1    64    76     1    76     2     1     0    67 
	                             1    67 
	00014: SVTCA[x-axis] 
	00015: SRP1       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 
	00018: SHC[rp1,zp0] 
	00019: SVTCA[y-axis] 
	00020: SRP1       
	00021: DELTAP1    
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 

	Glyph 951: off = 0x0002F7DE, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1135
	  yMax:			1165

	     0: Flags:		0x0236
		Glyf Index:	947
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1101
		X BOffset:	127
		Y BOffset:	75
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     2     1    15    51    63    51     2    51     2     1 
	                             0    50    16    50     2    50 
	00018: SVTCA[x-axis] 
	00019: SRP1       
	00020: DELTAP1    
	00021: SHC[rp1,zp0] 
	00022: SHC[rp1,zp0] 
	00023: SVTCA[y-axis] 
	00024: SRP1       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 
	00027: SHC[rp1,zp0] 

	Glyph 952: off = 0x0002F812, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1164

	     0: Flags:		0x0236
		Glyf Index:	948
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1101
		X BOffset:	39
		Y BOffset:	74
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     2     1    15    58    31    58    63    58     3    58 
	                             2     1    64    61     1    61 
	00018: SVTCA[x-axis] 
	00019: SRP1       
	00020: DELTAP2    
	00021: SHC[rp1,zp0] 
	00022: SHC[rp1,zp0] 
	00023: SVTCA[y-axis] 
	00024: SRP1       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 
	00027: SHC[rp1,zp0] 

	Glyph 953: off = 0x0002F846, len = 314
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-385
	  xMax:			1218
	  yMax:			625

	EndPoints
	---------
	  0:  40
	  1:  51

	  Length of Instructions:	163
	00000: NPUSHB      (24):    38    37    73     5   165     2   184    46   200    46 
	                             5    53    37    69    37    85    37     3    26    26 
	                            10    10    39    33 
	00026: PUSHW[1]            910 
	00029: NPUSHB      (12):     0    47    16    47     2    47    47     0    29    31 
	                            42    41 
	00043: PUSHW[8]            907    39   858    20   909     3    41   880 
	00060: NPUSHB      (17):     0    31     1    31    31    35    29    24    26    64 
	                             9    22    52    26    26     0    22 
	00079: PUSHW[1]            883 
	00082: PUSHB[7]             15    29     1    29    29     7    44 
	00090: PUSHW[4]            884    35    14   -64 
	00099: PUSHB[6]             13    15    52    14    14    17 
	00106: PUSHW[1]            931 
	00109: PUSHB[2]              7     4 
	00112: SCANTYPE   
	00113: MDAP[rd]   
	00114: MIRP[srp0,md,rd,1] 
	00115: SHP[rp2,zp1] 
	00116: RDTG       
	00117: MDAP[rd]   
	00118: CALL       
	00119: RTG        
	00120: MDAP[rd]   
	00121: MIRP[nrp0,md,rd,1] 
	00122: SRP2       
	00123: IP         
	00124: MDAP[rd]   
	00125: DELTAP1    
	00126: MIRP[nrp0,md,rd,1] 
	00127: SHP[rp1,zp0] 
	00128: SHP[rp2,zp1] 
	00129: RTHG       
	00130: MDAP[rd]   
	00131: CALL       
	00132: SHP[rp1,zp0] 
	00133: RTG        
	00134: SRP1       
	00135: SRP2       
	00136: IP         
	00137: MDAP[rd]   
	00138: DELTAP1    
	00139: MIRP[nrp0,md,rd,1] 
	00140: SVTCA[y-axis] 
	00141: MDAP[rd]   
	00142: MIRP[nrp0,md,rd,1] 
	00143: MIAP[rd+ci] 
	00144: MIRP[srp0,md,rd,1] 
	00145: ALIGNRP    
	00146: SHP[rp2,zp1] 
	00147: SHP[rp2,zp1] 
	00148: IP         
	00149: SHP[rp2,zp1] 
	00150: MDAP[rd]   
	00151: DELTAP1    
	00152: MIRP[nrp0,md,rd,1] 
	00153: SRP1       
	00154: IP         
	00155: MDAP[rd]   
	00156: SHP[rp1,zp0] 
	00157: MDAP[rd]   
	00158: IUP[y]     
	00159: IUP[x]     
	00160: SVTCA[x-axis] 
	00161: DELTAP1    
	00162: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:        XDual                 X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                              X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual                 X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual                         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual                               On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:                      Y-Short X-Short Off
	 50:                      Y-Short X-Short Off
	 51:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   573,    33)  ->  Abs (   573,    33)
	  1: Rel (    -6,  -195)  ->  Abs (   567,  -162)
	  2: Rel (  -163,  -223)  ->  Abs (   404,  -385)
	  3: Rel (  -147,     0)  ->  Abs (   257,  -385)
	  4: Rel (   -97,     0)  ->  Abs (   160,  -385)
	  5: Rel (  -118,    85)  ->  Abs (    42,  -300)
	  6: Rel (   -42,   166)  ->  Abs (     0,  -134)
	  7: Rel (     0,   165)  ->  Abs (     0,    31)
	  8: Rel (     0,   159)  ->  Abs (     0,   190)
	  9: Rel (   168,   321)  ->  Abs (   168,   511)
	 10: Rel (    49,     0)  ->  Abs (   217,   511)
	 11: Rel (     8,     0)  ->  Abs (   225,   511)
	 12: Rel (     0,   -12)  ->  Abs (   225,   499)
	 13: Rel (     0,     1)  ->  Abs (   225,   500)
	 14: Rel (    -3,    -7)  ->  Abs (   222,   493)
	 15: Rel (   -32,   -71)  ->  Abs (   190,   422)
	 16: Rel (  -110,  -287)  ->  Abs (    80,   135)
	 17: Rel (     0,  -117)  ->  Abs (    80,    18)
	 18: Rel (     0,  -125)  ->  Abs (    80,  -107)
	 19: Rel (    95,  -146)  ->  Abs (   175,  -253)
	 20: Rel (    89,     0)  ->  Abs (   264,  -253)
	 21: Rel (   240,     0)  ->  Abs (   504,  -253)
	 22: Rel (     0,   253)  ->  Abs (   504,     0)
	 23: Rel (     0,   152)  ->  Abs (   504,   152)
	 24: Rel (   -55,   127)  ->  Abs (   449,   279)
	 25: Rel (    26,   112)  ->  Abs (   475,   391)
	 26: Rel (    16,   131)  ->  Abs (   491,   522)
	 27: Rel (    20,   -22)  ->  Abs (   511,   500)
	 28: Rel (    65,  -247)  ->  Abs (   576,   253)
	 29: Rel (     0,  -122)  ->  Abs (   576,   131)
	 30: Rel (    12,    -4)  ->  Abs (   588,   127)
	 31: Rel (    56,    -6)  ->  Abs (   644,   121)
	 32: Rel (   185,   504)  ->  Abs (   829,   625)
	 33: Rel (   197,     0)  ->  Abs (  1026,   625)
	 34: Rel (   192,     0)  ->  Abs (  1218,   625)
	 35: Rel (     0,  -353)  ->  Abs (  1218,   272)
	 36: Rel (     0,   -90)  ->  Abs (  1218,   182)
	 37: Rel (   -59,  -119)  ->  Abs (  1159,    63)
	 38: Rel (  -136,   -65)  ->  Abs (  1023,    -2)
	 39: Rel (  -210,     0)  ->  Abs (   813,    -2)
	 40: Rel (  -198,     0)  ->  Abs (   615,    -2)
	 41: Rel (    92,   123)  ->  Abs (   707,   121)
	 42: Rel (   327,     0)  ->  Abs (  1034,   121)
	 43: Rel (    97,     0)  ->  Abs (  1131,   121)
	 44: Rel (     0,   118)  ->  Abs (  1131,   239)
	 45: Rel (     0,    87)  ->  Abs (  1131,   326)
	 46: Rel (   -98,   164)  ->  Abs (  1033,   490)
	 47: Rel (   -72,     0)  ->  Abs (   961,   490)
	 48: Rel (   -30,     0)  ->  Abs (   931,   490)
	 49: Rel (   -60,   -42)  ->  Abs (   871,   448)
	 50: Rel (   -58,   -83)  ->  Abs (   813,   365)
	 51: Rel (   -14,   -34)  ->  Abs (   799,   331)

	Glyph 954: off = 0x0002F980, len = 390
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-386
	  xMax:			1229
	  yMax:			624

	EndPoints
	---------
	  0:  45
	  1:  56

	  Length of Instructions:	226
	00000: NPUSHB      (26):    73    15   105    15   188     5   204     5   252     5 
	                             5   182    12   217    51   237     5     3   165    12 
	                           185    51   201    51     3     6 
	00028: PUSHW[1]            -32 
	00031: NPUSHB       (9):    25    29    52    35    35    20    20     8    42 
	00042: PUSHW[1]            910 
	00045: NPUSHB      (12):     0    52    16    52     2    52    52    10    38    40 
	                            47    46 
	00059: PUSHW[7]            907     8     2   907     3    29   909 
	00074: PUSHB[6]             13     5     0    49    44    46 
	00081: PUSHW[1]            880 
	00084: NPUSHB      (17):     0    40     1    40    40    44    38    33    35    64 
	                             9    22    52    35    35    10    31 
	00103: PUSHW[1]            883 
	00106: PUSHB[7]             15    38     1    38    38    17    49 
	00114: PUSHW[1]            884 
	00117: NPUSHB      (25):    48    44    64    44    80    44   112    44     4   127 
	                            44   224    44   240    44     3    47    44   176    44 
	                           208    44     3    44    22 
	00144: PUSHW[1]            -64 
	00147: PUSHB[6]             13    15    52    22    22    27 
	00154: PUSHW[1]            931 
	00157: PUSHB[4]             17     2     3     4 
	00162: SCANTYPE   
	00163: MDAP[rd]   
	00164: ALIGNRP    
	00165: MDAP[rd]   
	00166: MIRP[srp0,md,rd,1] 
	00167: SHP[rp2,zp1] 
	00168: RDTG       
	00169: MDAP[rd]   
	00170: CALL       
	00171: RTG        
	00172: MDAP[rd]   
	00173: DELTAP1    
	00174: DELTAP1    
	00175: DELTAP2    
	00176: MIRP[nrp0,md,rd,1] 
	00177: SRP2       
	00178: IP         
	00179: MDAP[rd]   
	00180: DELTAP1    
	00181: MIRP[nrp0,md,rd,1] 
	00182: SHP[rp1,zp0] 
	00183: SHP[rp2,zp1] 
	00184: RTHG       
	00185: MDAP[rd]   
	00186: CALL       
	00187: SHP[rp1,zp0] 
	00188: RTG        
	00189: SRP1       
	00190: SRP2       
	00191: IP         
	00192: MDAP[rd]   
	00193: DELTAP1    
	00194: MIRP[nrp0,md,rd,1] 
	00195: SRP1       
	00196: SRP2       
	00197: IP         
	00198: IP         
	00199: SVTCA[y-axis] 
	00200: MDAP[rd]   
	00201: MIRP[nrp0,md,rd,1] 
	00202: MDAP[rd]   
	00203: MIRP[nrp0,md,rd,1] 
	00204: MDAP[rd]   
	00205: MIRP[srp0,md,rd,1] 
	00206: ALIGNRP    
	00207: SHP[rp2,zp1] 
	00208: SHP[rp2,zp1] 
	00209: IP         
	00210: SHP[rp2,zp1] 
	00211: MDAP[rd]   
	00212: DELTAP1    
	00213: MIRP[nrp0,md,rd,1] 
	00214: SRP1       
	00215: IP         
	00216: MDAP[rd]   
	00217: SHP[rp1,zp0] 
	00218: MDAP[rd]   
	00219: IUP[y]     
	00220: IUP[x]     
	00221: SVTCA[x-axis] 
	00222: CALL       
	00223: DELTAP1    
	00224: DELTAP1    
	00225: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:        XDual                 X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:                              X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual                         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:        XDual                 X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual                         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short         On
	 47:  YDual                               On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:                      Y-Short X-Short Off
	 55:                      Y-Short X-Short Off
	 56:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1180,   129)  ->  Abs (  1180,   129)
	  1: Rel (    13,    -6)  ->  Abs (  1193,   123)
	  2: Rel (    36,     0)  ->  Abs (  1229,   123)
	  3: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  4: Rel (   -81,     0)  ->  Abs (  1148,     0)
	  5: Rel (   -18,    69)  ->  Abs (  1130,    69)
	  6: Rel (   -24,   -35)  ->  Abs (  1106,    34)
	  7: Rel (  -120,   -37)  ->  Abs (   986,    -3)
	  8: Rel (  -169,     0)  ->  Abs (   817,    -3)
	  9: Rel (  -212,     0)  ->  Abs (   605,    -3)
	 10: Rel (   -42,    35)  ->  Abs (   563,    32)
	 11: Rel (    -6,  -194)  ->  Abs (   557,  -162)
	 12: Rel (  -163,  -224)  ->  Abs (   394,  -386)
	 13: Rel (  -147,     0)  ->  Abs (   247,  -386)
	 14: Rel (   -88,     0)  ->  Abs (   159,  -386)
	 15: Rel (  -114,    74)  ->  Abs (    45,  -312)
	 16: Rel (   -45,   148)  ->  Abs (     0,  -164)
	 17: Rel (     0,   195)  ->  Abs (     0,    31)
	 18: Rel (     0,   159)  ->  Abs (     0,   190)
	 19: Rel (   168,   321)  ->  Abs (   168,   511)
	 20: Rel (    49,     0)  ->  Abs (   217,   511)
	 21: Rel (     8,     0)  ->  Abs (   225,   511)
	 22: Rel (     0,   -12)  ->  Abs (   225,   499)
	 23: Rel (     0,     2)  ->  Abs (   225,   501)
	 24: Rel (    -3,    -7)  ->  Abs (   222,   494)
	 25: Rel (   -32,   -72)  ->  Abs (   190,   422)
	 26: Rel (  -110,  -287)  ->  Abs (    80,   135)
	 27: Rel (     0,  -117)  ->  Abs (    80,    18)
	 28: Rel (     0,  -272)  ->  Abs (    80,  -254)
	 29: Rel (   174,     0)  ->  Abs (   254,  -254)
	 30: Rel (   240,     0)  ->  Abs (   494,  -254)
	 31: Rel (     0,   253)  ->  Abs (   494,    -1)
	 32: Rel (     0,   152)  ->  Abs (   494,   151)
	 33: Rel (   -55,   127)  ->  Abs (   439,   278)
	 34: Rel (    26,   113)  ->  Abs (   465,   391)
	 35: Rel (    16,   130)  ->  Abs (   481,   521)
	 36: Rel (    20,   -22)  ->  Abs (   501,   499)
	 37: Rel (    65,  -246)  ->  Abs (   566,   253)
	 38: Rel (     0,  -123)  ->  Abs (   566,   130)
	 39: Rel (    18,    -7)  ->  Abs (   584,   123)
	 40: Rel (    53,     0)  ->  Abs (   637,   123)
	 41: Rel (   184,   501)  ->  Abs (   821,   624)
	 42: Rel (   195,     0)  ->  Abs (  1016,   624)
	 43: Rel (   192,     0)  ->  Abs (  1208,   624)
	 44: Rel (     0,  -353)  ->  Abs (  1208,   271)
	 45: Rel (     0,   -80)  ->  Abs (  1208,   191)
	 46: Rel (  -501,   -70)  ->  Abs (   707,   121)
	 47: Rel (   327,     0)  ->  Abs (  1034,   121)
	 48: Rel (    97,     0)  ->  Abs (  1131,   121)
	 49: Rel (     0,   120)  ->  Abs (  1131,   241)
	 50: Rel (     0,    87)  ->  Abs (  1131,   328)
	 51: Rel (   -98,   164)  ->  Abs (  1033,   492)
	 52: Rel (   -72,     0)  ->  Abs (   961,   492)
	 53: Rel (   -30,     0)  ->  Abs (   931,   492)
	 54: Rel (   -60,   -42)  ->  Abs (   871,   450)
	 55: Rel (   -57,   -84)  ->  Abs (   814,   366)
	 56: Rel (   -15,   -34)  ->  Abs (   799,   332)

	Glyph 955: off = 0x0002FB06, len = 258
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-2
	  xMax:			1174
	  yMax:			618

	EndPoints
	---------
	  0:  30
	  1:  41

	  Length of Instructions:	134
	00000: NPUSHB      (27):    70     0   118    24   168     9   201    36   216    36 
	                             5     5    27    22    27    38    21     3    15    12 
	                            31    12     2    12    12    31    23 
	00029: PUSHW[1]            909 
	00032: NPUSHB      (10):     0    37    16    37     2    37    37     0    20    31 
	00044: PUSHW[7]            907    29   858     5   907     4   858 
	00059: PUSHB[6]             16    18     0     3    14    31 
	00066: PUSHW[1]            883 
	00069: PUSHB[7]              0    20     1    20    20    25    10 
	00077: PUSHW[1]            883 
	00080: PUSHB[4]             14    14     4    34 
	00085: PUSHW[1]            884 
	00088: PUSHB[7]             47    25     1    25     5     4     4 
	00096: SCANTYPE   
	00097: MDAP[rd]   
	00098: ALIGNRP    
	00099: MDAP[rd]   
	00100: DELTAP1    
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP2       
	00103: IP         
	00104: MDAP[rd]   
	00105: MIRP[nrp0,md,rd,1] 
	00106: SRP2       
	00107: IP         
	00108: MDAP[rd]   
	00109: DELTAP1    
	00110: MIRP[nrp0,md,rd,1] 
	00111: SRP1       
	00112: SLOOP      
	00113: SHP[rp1,zp0] 
	00114: SVTCA[y-axis] 
	00115: MIAP[rd+ci] 
	00116: MIRP[nrp0,md,rd,1] 
	00117: MIAP[rd+ci] 
	00118: MIRP[srp0,md,rd,1] 
	00119: SHP[rp2,zp1] 
	00120: IP         
	00121: SHP[rp2,zp1] 
	00122: MDAP[rd]   
	00123: DELTAP1    
	00124: MIRP[nrp0,md,rd,1] 
	00125: SRP2       
	00126: IP         
	00127: MDAP[rd]   
	00128: DELTAP1    
	00129: IUP[y]     
	00130: IUP[x]     
	00131: SVTCA[x-axis] 
	00132: DELTAP1    
	00133: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual                         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual                               On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short Off
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   355,    90)  ->  Abs (   355,    90)
	  1: Rel (   -51,   -55)  ->  Abs (   304,    35)
	  2: Rel (  -109,   -35)  ->  Abs (   195,     0)
	  3: Rel (  -124,     0)  ->  Abs (    71,     0)
	  4: Rel (   -71,     0)  ->  Abs (     0,     0)
	  5: Rel (     0,   123)  ->  Abs (     0,   123)
	  6: Rel (   140,     0)  ->  Abs (   140,   123)
	  7: Rel (    40,     0)  ->  Abs (   180,   123)
	  8: Rel (    63,    36)  ->  Abs (   243,   159)
	  9: Rel (    44,    66)  ->  Abs (   287,   225)
	 10: Rel (    38,   106)  ->  Abs (   325,   331)
	 11: Rel (    27,    73)  ->  Abs (   352,   404)
	 12: Rel (    28,     0)  ->  Abs (   380,   404)
	 13: Rel (    19,     0)  ->  Abs (   399,   404)
	 14: Rel (     0,   -24)  ->  Abs (   399,   380)
	 15: Rel (     0,   -23)  ->  Abs (   399,   357)
	 16: Rel (   -10,   -45)  ->  Abs (   389,   312)
	 17: Rel (    -9,   -46)  ->  Abs (   380,   266)
	 18: Rel (     0,   -23)  ->  Abs (   380,   243)
	 19: Rel (     0,  -115)  ->  Abs (   380,   128)
	 20: Rel (   159,    -5)  ->  Abs (   539,   123)
	 21: Rel (   178,   325)  ->  Abs (   717,   448)
	 22: Rel (   187,   170)  ->  Abs (   904,   618)
	 23: Rel (    84,     0)  ->  Abs (   988,   618)
	 24: Rel (   186,     0)  ->  Abs (  1174,   618)
	 25: Rel (     0,  -302)  ->  Abs (  1174,   316)
	 26: Rel (     0,  -120)  ->  Abs (  1174,   196)
	 27: Rel (  -109,  -147)  ->  Abs (  1065,    49)
	 28: Rel (  -220,   -51)  ->  Abs (   845,    -2)
	 29: Rel (  -212,     0)  ->  Abs (   633,    -2)
	 30: Rel (  -241,     0)  ->  Abs (   392,    -2)
	 31: Rel (   219,   123)  ->  Abs (   611,   121)
	 32: Rel (   323,     0)  ->  Abs (   934,   121)
	 33: Rel (   162,     0)  ->  Abs (  1096,   121)
	 34: Rel (     0,   155)  ->  Abs (  1096,   276)
	 35: Rel (     0,    83)  ->  Abs (  1096,   359)
	 36: Rel (   -83,   130)  ->  Abs (  1013,   489)
	 37: Rel (   -67,     0)  ->  Abs (   946,   489)
	 38: Rel (   -36,     0)  ->  Abs (   910,   489)
	 39: Rel (   -71,   -38)  ->  Abs (   839,   451)
	 40: Rel (   -72,   -75)  ->  Abs (   767,   376)
	 41: Rel (   -20,   -33)  ->  Abs (   747,   343)

	Glyph 956: off = 0x0002FC08, len = 326
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-2
	  xMax:			1229
	  yMax:			618

	EndPoints
	---------
	  0:  35
	  1:  46

	  Length of Instructions:	188
	00000: NPUSHB      (31):    40    30    73     5    70     9   121     5   138     5 
	                           132    33   169     5   186     5   202     5   202    41 
	                           218    41    11    36    30   116    33     2     0     5 
	                             2 
	00033: PUSHW[3]            907     3   858 
	00040: NPUSHB       (9):    15    21    31    21     2    21    21     7    32 
	00051: PUSHW[1]            909 
	00054: NPUSHB      (10):     0    42    16    42     2    42    42     9    29    36 
	00066: PUSHW[7]            907     7   858    14   907    13   858 
	00081: NPUSHB      (10):     5     0    39    34    25    27     9     3    23    36 
	00093: PUSHW[1]            883 
	00096: PUSHB[7]              0    29     1    29    29    34    19 
	00104: PUSHW[1]            883 
	00107: PUSHB[4]             23    23    13    39 
	00112: PUSHW[1]            884 
	00115: NPUSHB      (21):    64    34     1    47    34   240    34     2   128    34 
	                           160    34   208    34     3    34    14    13     2     3 
	                             4 
	00138: SCANTYPE   
	00139: MDAP[rd]   
	00140: ALIGNRP    
	00141: MDAP[rd]   
	00142: ALIGNRP    
	00143: MDAP[rd]   
	00144: DELTAP1    
	00145: DELTAP1    
	00146: DELTAP2    
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP2       
	00149: IP         
	00150: MDAP[rd]   
	00151: MIRP[nrp0,md,rd,1] 
	00152: SRP2       
	00153: IP         
	00154: MDAP[rd]   
	00155: DELTAP1    
	00156: MIRP[nrp0,md,rd,1] 
	00157: SRP1       
	00158: SLOOP      
	00159: SHP[rp1,zp0] 
	00160: SRP1       
	00161: SRP2       
	00162: IP         
	00163: IP         
	00164: SVTCA[y-axis] 
	00165: MIAP[rd+ci] 
	00166: MIRP[nrp0,md,rd,1] 
	00167: MIAP[rd+ci] 
	00168: MIRP[srp0,md,rd,1] 
	00169: SHP[rp2,zp1] 
	00170: IP         
	00171: SHP[rp2,zp1] 
	00172: MDAP[rd]   
	00173: DELTAP1    
	00174: MIRP[nrp0,md,rd,1] 
	00175: SRP1       
	00176: IP         
	00177: MDAP[rd]   
	00178: DELTAP1    
	00179: MIAP[rd+ci] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: IP         
	00182: SHP[rp2,zp1] 
	00183: IUP[y]     
	00184: IUP[x]     
	00185: SVTCA[x-axis] 
	00186: DELTAP1    
	00187: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:  YDual                               On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual                         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short         On
	 37:  YDual                               On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1138,   149)  ->  Abs (  1138,   149)
	  1: Rel (    31,   -26)  ->  Abs (  1169,   123)
	  2: Rel (    60,     0)  ->  Abs (  1229,   123)
	  3: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  4: Rel (   -81,     0)  ->  Abs (  1148,     0)
	  5: Rel (   -47,    94)  ->  Abs (  1101,    94)
	  6: Rel (   -96,   -96)  ->  Abs (  1005,    -2)
	  7: Rel (  -372,     0)  ->  Abs (   633,    -2)
	  8: Rel (  -241,     0)  ->  Abs (   392,    -2)
	  9: Rel (   -37,    92)  ->  Abs (   355,    90)
	 10: Rel (   -51,   -55)  ->  Abs (   304,    35)
	 11: Rel (  -109,   -35)  ->  Abs (   195,     0)
	 12: Rel (  -124,     0)  ->  Abs (    71,     0)
	 13: Rel (   -71,     0)  ->  Abs (     0,     0)
	 14: Rel (     0,   123)  ->  Abs (     0,   123)
	 15: Rel (   140,     0)  ->  Abs (   140,   123)
	 16: Rel (    40,     0)  ->  Abs (   180,   123)
	 17: Rel (    63,    36)  ->  Abs (   243,   159)
	 18: Rel (    44,    66)  ->  Abs (   287,   225)
	 19: Rel (    38,   106)  ->  Abs (   325,   331)
	 20: Rel (    27,    73)  ->  Abs (   352,   404)
	 21: Rel (    28,     0)  ->  Abs (   380,   404)
	 22: Rel (    19,     0)  ->  Abs (   399,   404)
	 23: Rel (     0,   -24)  ->  Abs (   399,   380)
	 24: Rel (     0,   -23)  ->  Abs (   399,   357)
	 25: Rel (   -10,   -45)  ->  Abs (   389,   312)
	 26: Rel (    -9,   -46)  ->  Abs (   380,   266)
	 27: Rel (     0,   -23)  ->  Abs (   380,   243)
	 28: Rel (     0,  -115)  ->  Abs (   380,   128)
	 29: Rel (   159,    -5)  ->  Abs (   539,   123)
	 30: Rel (   178,   325)  ->  Abs (   717,   448)
	 31: Rel (   187,   170)  ->  Abs (   904,   618)
	 32: Rel (    84,     0)  ->  Abs (   988,   618)
	 33: Rel (   186,     0)  ->  Abs (  1174,   618)
	 34: Rel (     0,  -302)  ->  Abs (  1174,   316)
	 35: Rel (     0,   -98)  ->  Abs (  1174,   218)
	 36: Rel (  -563,   -97)  ->  Abs (   611,   121)
	 37: Rel (   323,     0)  ->  Abs (   934,   121)
	 38: Rel (   162,     0)  ->  Abs (  1096,   121)
	 39: Rel (     0,   155)  ->  Abs (  1096,   276)
	 40: Rel (     0,    83)  ->  Abs (  1096,   359)
	 41: Rel (   -83,   130)  ->  Abs (  1013,   489)
	 42: Rel (   -67,     0)  ->  Abs (   946,   489)
	 43: Rel (   -36,     0)  ->  Abs (   910,   489)
	 44: Rel (   -71,   -38)  ->  Abs (   839,   451)
	 45: Rel (   -72,   -75)  ->  Abs (   767,   376)
	 46: Rel (   -20,   -33)  ->  Abs (   747,   343)

	Glyph 957: off = 0x0002FD4E, len = 48
	  numberOfContours:	-1  (Composite)
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	  yMin:			-385
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	  yMax:			979

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		Glyf Index:	953
		X BOffset:	0
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	254
		Y WOffset:	-95
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (13):     2    15    55     1    15    55     1    55    64    11 
	                            15    52    55 
	00015: SVTCA[y-axis] 
	00016: SRP1       
	00017: CALL       
	00018: DELTAP2    
	00019: DELTAP2    
	00020: SHC[rp1,zp0] 

	Glyph 958: off = 0x0002FD7E, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-386
	  xMax:			1229
	  yMax:			979

	     0: Flags:		0x0236
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	254
		Y WOffset:	-95
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     2    15    60     1    15    60     1    60    64    11 
	                            15    52    60     2    47    59     1    59 
	00020: SVTCA[x-axis] 
	00021: SRP1       
	00022: DELTAP2    
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP1       
	00026: CALL       
	00027: DELTAP2    
	00028: DELTAP2    
	00029: SHC[rp1,zp0] 

	Glyph 959: off = 0x0002FDB6, len = 44
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	151
		Y WOffset:	-88
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     2    15    45     1    45    64    12    15    52    45 
	00012: SVTCA[y-axis] 
	00013: SRP1       
	00014: CALL       
	00015: DELTAP2    
	00016: SHC[rp1,zp0] 

	Glyph 960: off = 0x0002FDE2, len = 44
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	151
		Y WOffset:	-88
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     2    15    50     1    50    64    12    15    52    50 
	00012: SVTCA[y-axis] 
	00013: SRP1       
	00014: CALL       
	00015: DELTAP2    
	00016: SHC[rp1,zp0] 

	Glyph 961: off = 0x0002FE0E, len = 240
	  numberOfContours:	2
	  xMin:			12
	  yMin:			0
	  xMax:			1174
	  yMax:			1153

	EndPoints
	---------
	  0:  28
	  1:  40

	  Length of Instructions:	115
	00000: NPUSHB      (20):   186    35   180    40   202    35   197    40     4   122 
	                             1   139     1   149    40   163    40     4     6    19 
	00022: PUSHW[1]            909 
	00025: NPUSHB      (10):     0    36    16    36     2    36    36    15    29     1 
	00037: PUSHW[3]            907    26   858 
	00044: PUSHB[7]              1    15    11     9    29     4    13 
	00052: PUSHW[1]            883 
	00055: PUSHB[6]              3     3     5     6     6     7 
	00062: PUSHW[1]            895 
	00065: PUSHB[7]              0     5     1     5     5     0    33 
	00073: PUSHW[1]            885 
	00076: PUSHB[3]             22     0     4 
	00080: SCANTYPE   
	00081: MDAP[rd]   
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SRP1       
	00085: SHP[rp1,zp0] 
	00086: MDAP[rd]   
	00087: DELTAP1    
	00088: MIRP[nrp0,md,rd,1] 
	00089: RTHG       
	00090: IP         
	00091: MDAP[rd]   
	00092: RTG        
	00093: SRP1       
	00094: IP         
	00095: MDAP[rd]   
	00096: MIRP[nrp0,md,rd,1] 
	00097: SLOOP      
	00098: IP         
	00099: SHP[rp1,zp0] 
	00100: SVTCA[y-axis] 
	00101: MIAP[rd+ci] 
	00102: MIRP[srp0,md,rd,1] 
	00103: ALIGNRP    
	00104: SHP[rp2,zp1] 
	00105: SHP[rp2,zp1] 
	00106: MDAP[rd]   
	00107: DELTAP1    
	00108: MIRP[nrp0,md,rd,1] 
	00109: MDAP[rd]   
	00110: IUP[y]     
	00111: IUP[x]     
	00112: SVTCA[x-axis] 
	00113: DELTAP1    
	00114: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:        XDual                         Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                               On
	 26:  YDual                               On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short         On
	 30:  YDual                               On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    12,   123)  ->  Abs (    12,   123)
	  1: Rel (   287,     0)  ->  Abs (   299,   123)
	  2: Rel (   128,   106)  ->  Abs (   427,   229)
	  3: Rel (     0,   183)  ->  Abs (   427,   412)
	  4: Rel (     0,   521)  ->  Abs (   427,   933)
	  5: Rel (   -59,    98)  ->  Abs (   368,  1031)
	  6: Rel (    75,   122)  ->  Abs (   443,  1153)
	  7: Rel (    94,   -96)  ->  Abs (   537,  1057)
	  8: Rel (   -45,   -48)  ->  Abs (   492,  1009)
	  9: Rel (     0,  -237)  ->  Abs (   492,   772)
	 10: Rel (     0,   -69)  ->  Abs (   492,   703)
	 11: Rel (     5,  -112)  ->  Abs (   497,   591)
	 12: Rel (     4,  -113)  ->  Abs (   501,   478)
	 13: Rel (     0,   -27)  ->  Abs (   501,   451)
	 14: Rel (     0,   -46)  ->  Abs (   501,   405)
	 15: Rel (   -40,  -174)  ->  Abs (   461,   231)
	 16: Rel (   180,   204)  ->  Abs (   641,   435)
	 17: Rel (    81,    93)  ->  Abs (   722,   528)
	 18: Rel (   160,    93)  ->  Abs (   882,   621)
	 19: Rel (    72,     0)  ->  Abs (   954,   621)
	 20: Rel (   104,     0)  ->  Abs (  1058,   621)
	 21: Rel (   116,  -177)  ->  Abs (  1174,   444)
	 22: Rel (     0,  -130)  ->  Abs (  1174,   314)
	 23: Rel (     0,  -158)  ->  Abs (  1174,   156)
	 24: Rel (  -186,  -156)  ->  Abs (   988,     0)
	 25: Rel (  -257,     0)  ->  Abs (   731,     0)
	 26: Rel (  -544,     0)  ->  Abs (   187,     0)
	 27: Rel (   -71,     0)  ->  Abs (   116,     0)
	 28: Rel (   -73,    48)  ->  Abs (    43,    48)
	 29: Rel (   393,    75)  ->  Abs (   436,   123)
	 30: Rel (   496,     0)  ->  Abs (   932,   123)
	 31: Rel (    91,     0)  ->  Abs (  1023,   123)
	 32: Rel (    70,    66)  ->  Abs (  1093,   189)
	 33: Rel (     0,    75)  ->  Abs (  1093,   264)
	 34: Rel (     0,    90)  ->  Abs (  1093,   354)
	 35: Rel (  -102,   136)  ->  Abs (   991,   490)
	 36: Rel (   -81,     0)  ->  Abs (   910,   490)
	 37: Rel (   -58,     0)  ->  Abs (   852,   490)
	 38: Rel (  -135,   -75)  ->  Abs (   717,   415)
	 39: Rel (  -137,  -152)  ->  Abs (   580,   263)
	 40: Rel (   -97,  -106)  ->  Abs (   483,   157)

	Glyph 962: off = 0x0002FEFE, len = 288
	  numberOfContours:	2
	  xMin:			10
	  yMin:			0
	  xMax:			1229
	  yMax:			1153

	EndPoints
	---------
	  0:  33
	  1:  45

	  Length of Instructions:	150
	00000: NPUSHB      (30):    74     5   121     5   186     5   202     5   201    40 
	                           197    45     6   160    45   185    40   182    45     3 
	                           121    11   138    11   144    34     3     0     5     2 
	00032: PUSHW[1]            907 
	00035: PUSHB[3]              3    16    29 
	00039: PUSHW[1]            909 
	00042: PUSHB[8]              0    41     1    41    41    25    34    11 
	00051: PUSHW[3]            907     8   858 
	00058: NPUSHB      (11):     5     0    38    32    11    25    21    19    34     4 
	                            23 
	00071: PUSHW[1]            883 
	00074: PUSHB[6]             13    13    15    16    16    17 
	00081: PUSHW[1]            895 
	00084: NPUSHB       (9):     0    15   176    15     2    15    15    10    38 
	00095: PUSHW[1]            885 
	00098: PUSHB[5]             32    10     2     3     4 
	00104: SCANTYPE   
	00105: MDAP[rd]   
	00106: ALIGNRP    
	00107: MDAP[rd]   
	00108: MDAP[rd]   
	00109: MIRP[nrp0,md,rd,1] 
	00110: SRP1       
	00111: SHP[rp1,zp0] 
	00112: MDAP[rd]   
	00113: DELTAP1    
	00114: MIRP[nrp0,md,rd,1] 
	00115: RTHG       
	00116: IP         
	00117: MDAP[rd]   
	00118: RTG        
	00119: SRP1       
	00120: IP         
	00121: MDAP[rd]   
	00122: MIRP[nrp0,md,rd,1] 
	00123: SLOOP      
	00124: IP         
	00125: SHP[rp1,zp0] 
	00126: SRP1       
	00127: SRP2       
	00128: IP         
	00129: IP         
	00130: SVTCA[y-axis] 
	00131: MIAP[rd+ci] 
	00132: MIRP[srp0,md,rd,1] 
	00133: ALIGNRP    
	00134: SHP[rp2,zp1] 
	00135: SHP[rp2,zp1] 
	00136: MDAP[rd]   
	00137: DELTAP1    
	00138: MIRP[nrp0,md,rd,1] 
	00139: MDAP[rd]   
	00140: MDAP[rd]   
	00141: MIRP[nrp0,md,rd,1] 
	00142: IP         
	00143: SHP[rp2,zp1] 
	00144: IUP[y]     
	00145: IUP[x]     
	00146: SVTCA[x-axis] 
	00147: DELTAP1    
	00148: DELTAP1    
	00149: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:  YDual                               On
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual                               On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:        XDual                         Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short         On
	 35:  YDual                               On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1139,   149)  ->  Abs (  1139,   149)
	  1: Rel (    25,   -26)  ->  Abs (  1164,   123)
	  2: Rel (    65,     0)  ->  Abs (  1229,   123)
	  3: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  4: Rel (   -83,     0)  ->  Abs (  1146,     0)
	  5: Rel (   -46,    95)  ->  Abs (  1100,    95)
	  6: Rel (   -95,   -95)  ->  Abs (  1005,     0)
	  7: Rel (  -274,     0)  ->  Abs (   731,     0)
	  8: Rel (  -564,     0)  ->  Abs (   167,     0)
	  9: Rel (  -117,     0)  ->  Abs (    50,     0)
	 10: Rel (   -40,   123)  ->  Abs (    10,   123)
	 11: Rel (   290,     0)  ->  Abs (   300,   123)
	 12: Rel (   127,   106)  ->  Abs (   427,   229)
	 13: Rel (     0,   183)  ->  Abs (   427,   412)
	 14: Rel (     0,   521)  ->  Abs (   427,   933)
	 15: Rel (   -59,    98)  ->  Abs (   368,  1031)
	 16: Rel (    75,   122)  ->  Abs (   443,  1153)
	 17: Rel (    94,   -96)  ->  Abs (   537,  1057)
	 18: Rel (   -45,   -48)  ->  Abs (   492,  1009)
	 19: Rel (     0,  -237)  ->  Abs (   492,   772)
	 20: Rel (     0,   -68)  ->  Abs (   492,   704)
	 21: Rel (     5,  -113)  ->  Abs (   497,   591)
	 22: Rel (     4,  -113)  ->  Abs (   501,   478)
	 23: Rel (     0,   -27)  ->  Abs (   501,   451)
	 24: Rel (     0,   -46)  ->  Abs (   501,   405)
	 25: Rel (   -40,  -174)  ->  Abs (   461,   231)
	 26: Rel (   180,   204)  ->  Abs (   641,   435)
	 27: Rel (    81,    93)  ->  Abs (   722,   528)
	 28: Rel (   160,    93)  ->  Abs (   882,   621)
	 29: Rel (    72,     0)  ->  Abs (   954,   621)
	 30: Rel (   104,     0)  ->  Abs (  1058,   621)
	 31: Rel (   116,  -177)  ->  Abs (  1174,   444)
	 32: Rel (     0,  -130)  ->  Abs (  1174,   314)
	 33: Rel (     0,   -99)  ->  Abs (  1174,   215)
	 34: Rel (  -738,   -92)  ->  Abs (   436,   123)
	 35: Rel (   496,     0)  ->  Abs (   932,   123)
	 36: Rel (    91,     0)  ->  Abs (  1023,   123)
	 37: Rel (    70,    66)  ->  Abs (  1093,   189)
	 38: Rel (     0,    75)  ->  Abs (  1093,   264)
	 39: Rel (     0,    90)  ->  Abs (  1093,   354)
	 40: Rel (  -102,   136)  ->  Abs (   991,   490)
	 41: Rel (   -81,     0)  ->  Abs (   910,   490)
	 42: Rel (   -58,     0)  ->  Abs (   852,   490)
	 43: Rel (  -135,   -75)  ->  Abs (   717,   415)
	 44: Rel (  -137,  -152)  ->  Abs (   580,   263)
	 45: Rel (   -97,  -106)  ->  Abs (   483,   157)

	Glyph 963: off = 0x0003001E, len = 238
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			1174
	  yMax:			1153

	EndPoints
	---------
	  0:  26
	  1:  38

	  Length of Instructions:	121
	00000: NPUSHB      (21):   182    38   201    33   198    38     3   139     2   164 
	                            38   185    33     3    87    21   122     2     2     7 
	                            20 
	00023: PUSHW[1]            909 
	00026: PUSHB[8]              0    34     1    34    34    16    27     1 
	00035: PUSHW[3]            907     0   858 
	00042: PUSHB[7]              2    16    10    12    27     4    14 
	00050: PUSHW[1]            883 
	00053: PUSHB[6]              4     4     6     7     7     8 
	00060: PUSHW[1]            895 
	00063: NPUSHB      (11):     0     6    80     6   176     6     3     6     6     1 
	                            31 
	00076: PUSHW[1]            885 
	00079: PUSHB[4]             23     1     0     4 
	00084: SCANTYPE   
	00085: MDAP[rd]   
	00086: ALIGNRP    
	00087: MDAP[rd]   
	00088: MIRP[nrp0,md,rd,1] 
	00089: SRP1       
	00090: SHP[rp1,zp0] 
	00091: MDAP[rd]   
	00092: DELTAP1    
	00093: MIRP[nrp0,md,rd,1] 
	00094: RTHG       
	00095: IP         
	00096: MDAP[rd]   
	00097: RTG        
	00098: SRP1       
	00099: IP         
	00100: MDAP[rd]   
	00101: MIRP[nrp0,md,rd,1] 
	00102: SLOOP      
	00103: IP         
	00104: SHP[rp1,zp0] 
	00105: SVTCA[y-axis] 
	00106: MIAP[rd+ci] 
	00107: MIRP[srp0,md,rd,1] 
	00108: ALIGNRP    
	00109: SHP[rp2,zp1] 
	00110: SHP[rp2,zp1] 
	00111: MDAP[rd]   
	00112: DELTAP1    
	00113: MIRP[nrp0,md,rd,1] 
	00114: MDAP[rd]   
	00115: IUP[y]     
	00116: IUP[x]     
	00117: SVTCA[x-axis] 
	00118: DELTAP1    
	00119: DELTAP1    
	00120: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                         On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:        XDual                         Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:  YDual                               On
	 27:  YDual               Y-Short         On
	 28:  YDual                               On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:                      Y-Short X-Short On
	 38:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (     0,     0)  ->  Abs (     0,     0)
	  1: Rel (     0,   123)  ->  Abs (     0,   123)
	  2: Rel (   299,     0)  ->  Abs (   299,   123)
	  3: Rel (   128,   106)  ->  Abs (   427,   229)
	  4: Rel (     0,   183)  ->  Abs (   427,   412)
	  5: Rel (     0,   521)  ->  Abs (   427,   933)
	  6: Rel (   -59,    98)  ->  Abs (   368,  1031)
	  7: Rel (    75,   122)  ->  Abs (   443,  1153)
	  8: Rel (    94,   -96)  ->  Abs (   537,  1057)
	  9: Rel (   -45,   -48)  ->  Abs (   492,  1009)
	 10: Rel (     0,  -237)  ->  Abs (   492,   772)
	 11: Rel (     0,   -68)  ->  Abs (   492,   704)
	 12: Rel (     5,  -113)  ->  Abs (   497,   591)
	 13: Rel (     4,  -113)  ->  Abs (   501,   478)
	 14: Rel (     0,   -27)  ->  Abs (   501,   451)
	 15: Rel (     0,   -46)  ->  Abs (   501,   405)
	 16: Rel (   -40,  -174)  ->  Abs (   461,   231)
	 17: Rel (   180,   204)  ->  Abs (   641,   435)
	 18: Rel (    81,    93)  ->  Abs (   722,   528)
	 19: Rel (   160,    93)  ->  Abs (   882,   621)
	 20: Rel (    72,     0)  ->  Abs (   954,   621)
	 21: Rel (   104,     0)  ->  Abs (  1058,   621)
	 22: Rel (   116,  -177)  ->  Abs (  1174,   444)
	 23: Rel (     0,  -130)  ->  Abs (  1174,   314)
	 24: Rel (     0,  -158)  ->  Abs (  1174,   156)
	 25: Rel (  -186,  -156)  ->  Abs (   988,     0)
	 26: Rel (  -257,     0)  ->  Abs (   731,     0)
	 27: Rel (  -295,   123)  ->  Abs (   436,   123)
	 28: Rel (   496,     0)  ->  Abs (   932,   123)
	 29: Rel (    91,     0)  ->  Abs (  1023,   123)
	 30: Rel (    70,    66)  ->  Abs (  1093,   189)
	 31: Rel (     0,    75)  ->  Abs (  1093,   264)
	 32: Rel (     0,    90)  ->  Abs (  1093,   354)
	 33: Rel (  -102,   136)  ->  Abs (   991,   490)
	 34: Rel (   -81,     0)  ->  Abs (   910,   490)
	 35: Rel (   -58,     0)  ->  Abs (   852,   490)
	 36: Rel (  -135,   -75)  ->  Abs (   717,   415)
	 37: Rel (  -137,  -152)  ->  Abs (   580,   263)
	 38: Rel (   -97,  -106)  ->  Abs (   483,   157)

	Glyph 964: off = 0x0003010C, len = 288
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1153

	EndPoints
	---------
	  0:  32
	  1:  44

	  Length of Instructions:	152
	00000: NPUSHB      (30):    73     5   122     5   185     5   182    44   202     5 
	                           201    39   197    44     7   121    10   137    10   185 
	                            39     3    86    29   163    44     2     0     5     2 
	00032: PUSHW[6]            907     3   858    15    28   909 
	00045: PUSHB[8]              0    40     1    40    40    24    33     9 
	00054: PUSHW[3]            907     8   858 
	00061: NPUSHB      (11):     5     0    37    31    10    24    20    18    33     4 
	                            22 
	00074: PUSHW[1]            883 
	00077: PUSHB[6]             12    12    14    15    15    16 
	00084: PUSHW[1]            895 
	00087: PUSHB[7]              0    14     1    14    14     9    37 
	00095: PUSHW[1]            885 
	00098: PUSHB[6]             31     9     8     2     3     4 
	00105: SCANTYPE   
	00106: MDAP[rd]   
	00107: ALIGNRP    
	00108: MDAP[rd]   
	00109: ALIGNRP    
	00110: MDAP[rd]   
	00111: MIRP[nrp0,md,rd,1] 
	00112: SRP1       
	00113: SHP[rp1,zp0] 
	00114: MDAP[rd]   
	00115: DELTAP1    
	00116: MIRP[nrp0,md,rd,1] 
	00117: RTHG       
	00118: IP         
	00119: MDAP[rd]   
	00120: RTG        
	00121: SRP1       
	00122: IP         
	00123: MDAP[rd]   
	00124: MIRP[nrp0,md,rd,1] 
	00125: SLOOP      
	00126: IP         
	00127: SHP[rp1,zp0] 
	00128: SRP1       
	00129: SRP2       
	00130: IP         
	00131: IP         
	00132: SVTCA[y-axis] 
	00133: MIAP[rd+ci] 
	00134: MIRP[srp0,md,rd,1] 
	00135: ALIGNRP    
	00136: SHP[rp2,zp1] 
	00137: SHP[rp2,zp1] 
	00138: MDAP[rd]   
	00139: DELTAP1    
	00140: MIRP[nrp0,md,rd,1] 
	00141: MDAP[rd]   
	00142: MIAP[rd+ci] 
	00143: MIRP[nrp0,md,rd,1] 
	00144: IP         
	00145: SHP[rp2,zp1] 
	00146: IUP[y]     
	00147: IUP[x]     
	00148: SVTCA[x-axis] 
	00149: DELTAP1    
	00150: DELTAP1    
	00151: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:  YDual                               On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:        XDual                         Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short         On
	 34:  YDual                               On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off
	 43:                      Y-Short X-Short On
	 44:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1139,   149)  ->  Abs (  1139,   149)
	  1: Rel (    26,   -27)  ->  Abs (  1165,   122)
	  2: Rel (    64,     0)  ->  Abs (  1229,   122)
	  3: Rel (     0,  -122)  ->  Abs (  1229,     0)
	  4: Rel (   -83,     0)  ->  Abs (  1146,     0)
	  5: Rel (   -46,    95)  ->  Abs (  1100,    95)
	  6: Rel (   -95,   -95)  ->  Abs (  1005,     0)
	  7: Rel (  -274,     0)  ->  Abs (   731,     0)
	  8: Rel (  -731,     0)  ->  Abs (     0,     0)
	  9: Rel (     0,   123)  ->  Abs (     0,   123)
	 10: Rel (   299,     0)  ->  Abs (   299,   123)
	 11: Rel (   128,   106)  ->  Abs (   427,   229)
	 12: Rel (     0,   183)  ->  Abs (   427,   412)
	 13: Rel (     0,   521)  ->  Abs (   427,   933)
	 14: Rel (   -59,    98)  ->  Abs (   368,  1031)
	 15: Rel (    75,   122)  ->  Abs (   443,  1153)
	 16: Rel (    94,   -96)  ->  Abs (   537,  1057)
	 17: Rel (   -45,   -48)  ->  Abs (   492,  1009)
	 18: Rel (     0,  -237)  ->  Abs (   492,   772)
	 19: Rel (     0,   -68)  ->  Abs (   492,   704)
	 20: Rel (     5,  -113)  ->  Abs (   497,   591)
	 21: Rel (     4,  -113)  ->  Abs (   501,   478)
	 22: Rel (     0,   -27)  ->  Abs (   501,   451)
	 23: Rel (     0,   -46)  ->  Abs (   501,   405)
	 24: Rel (   -40,  -174)  ->  Abs (   461,   231)
	 25: Rel (   180,   204)  ->  Abs (   641,   435)
	 26: Rel (    81,    93)  ->  Abs (   722,   528)
	 27: Rel (   160,    93)  ->  Abs (   882,   621)
	 28: Rel (    72,     0)  ->  Abs (   954,   621)
	 29: Rel (   104,     0)  ->  Abs (  1058,   621)
	 30: Rel (   116,  -177)  ->  Abs (  1174,   444)
	 31: Rel (     0,  -130)  ->  Abs (  1174,   314)
	 32: Rel (     0,   -99)  ->  Abs (  1174,   215)
	 33: Rel (  -738,   -92)  ->  Abs (   436,   123)
	 34: Rel (   496,     0)  ->  Abs (   932,   123)
	 35: Rel (    91,     0)  ->  Abs (  1023,   123)
	 36: Rel (    70,    66)  ->  Abs (  1093,   189)
	 37: Rel (     0,    75)  ->  Abs (  1093,   264)
	 38: Rel (     0,    90)  ->  Abs (  1093,   354)
	 39: Rel (  -102,   136)  ->  Abs (   991,   490)
	 40: Rel (   -81,     0)  ->  Abs (   910,   490)
	 41: Rel (   -58,     0)  ->  Abs (   852,   490)
	 42: Rel (  -135,   -75)  ->  Abs (   717,   415)
	 43: Rel (  -137,  -152)  ->  Abs (   580,   263)
	 44: Rel (   -97,  -106)  ->  Abs (   483,   157)

	Glyph 965: off = 0x0003022C, len = 74
	  numberOfContours:	-1  (Composite)
	  xMin:			12
	  yMin:			0
	  xMax:			1174
	  yMax:			1153

	     0: Flags:		0x0236
		Glyf Index:	961
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	100
		Y BOffset:	-92
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (35):     2    15    44     1   191    44     1    44    64    12 
	                            15    52    44     2    43    64    17    22    52    63 
	                            43     1    31    43    47    43     2    15    43    31 
	                            43   255    43     3    43 
	00037: SVTCA[x-axis] 
	00038: SRP1       
	00039: DELTAP1    
	00040: DELTAP2    
	00041: DELTAP2    
	00042: CALL       
	00043: SHC[rp1,zp0] 
	00044: SVTCA[y-axis] 
	00045: SRP1       
	00046: CALL       
	00047: DELTAP1    
	00048: DELTAP2    
	00049: SHC[rp1,zp0] 

	Glyph 966: off = 0x00030276, len = 72
	  numberOfContours:	-1  (Composite)
	  xMin:			10
	  yMin:			0
	  xMax:			1229
	  yMax:			1153

	     0: Flags:		0x0236
		Glyf Index:	962
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	100
		Y BOffset:	-92
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (34):     2    49    64    12    15    52    15    49     1    31 
	                            49     1    49     2   255    48     1   143    48   191 
	                            48   207    48   223    48     4    15    48    31    48 
	                           175    48     3    48 
	00036: SVTCA[x-axis] 
	00037: SRP1       
	00038: DELTAP1    
	00039: DELTAP1    
	00040: DELTAP1    
	00041: SHC[rp1,zp0] 
	00042: SVTCA[y-axis] 
	00043: SRP1       
	00044: DELTAP1    
	00045: DELTAP2    
	00046: CALL       
	00047: SHC[rp1,zp0] 

	Glyph 967: off = 0x000302BE, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1174
	  yMax:			1153

	     0: Flags:		0x0236
		Glyf Index:	963
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	100
		Y BOffset:	-92
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (26):     2    42    64    12    15    52    15    42     1    31 
	                            42     1    42     2    48    41   224    41     2    41 
	                             0    41    39     8    23    64 
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: SRP1       
	00031: DELTAP1    
	00032: SHC[rp1,zp0] 
	00033: SVTCA[y-axis] 
	00034: SRP1       
	00035: DELTAP1    
	00036: DELTAP2    
	00037: CALL       
	00038: SHC[rp1,zp0] 

	Glyph 968: off = 0x000302FE, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1153

	     0: Flags:		0x0236
		Glyf Index:	964
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	100
		Y BOffset:	-92
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (28):     2    48    64    12    15    52    15    48     1    31 
	                            48     1    48     2    48    47   191    47   224    47 
	                             3    47     0    47    45    16    31    64 
	00030: SVTCA[x-axis] 
	00031: CALL       
	00032: SRP1       
	00033: DELTAP1    
	00034: SHC[rp1,zp0] 
	00035: SVTCA[y-axis] 
	00036: SRP1       
	00037: DELTAP1    
	00038: DELTAP2    
	00039: CALL       
	00040: SHC[rp1,zp0] 

	Glyph 969: off = 0x00030340, len = 336
	  numberOfContours:	1
	  xMin:			282
	  yMin:			-561
	  xMax:			1221
	  yMax:			677

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	205
	00000: NPUSHB      (14):    39    16    17    20    52   218     5     1    27    24 
	                            21    22    52    20 
	00016: PUSHW[1]            -24 
	00019: PUSHB[4]             20    22    52     5 
	00024: PUSHW[1]            -24 
	00027: NPUSHB      (24):    53    56    52    18    40    14    17    52    11    39 
	                           104    28   102    31   120    28   116    31   152    27 
	                           172    18     7    23 
	00053: PUSHW[1]            -64 
	00056: NPUSHB      (19):    89    91    52    23    23    26     0    64    72    74 
	                            52     0    48     9    16    52     0     0    25 
	00077: PUSHW[1]            -64 
	00080: PUSHB[4]             35    40    52    25 
	00085: PUSHW[1]            913 
	00088: NPUSHB      (12):     0    26    16    26     2    26    26     6    38    12 
	                            12    15 
	00102: PUSHW[1]            899 
	00105: PUSHB[5]              6    35    34    34    32 
	00111: PUSHW[1]            907 
	00114: NPUSHB      (18):    38     0    25    19    10    10    26   192    25   208 
	                            25     2    25    25    40    34    35    19 
	00134: PUSHW[1]            880 
	00137: PUSHB[3]              2     2    30 
	00141: PUSHW[1]            888 
	00144: PUSHB[2]             40     4 
	00147: SCANTYPE   
	00148: MDAP[rd]   
	00149: MIRP[nrp0,md,rd,1] 
	00150: IP         
	00151: MDAP[rd]   
	00152: MIRP[nrp0,md,rd,1] 
	00153: MDAP[rd]   
	00154: SHP[rp1,zp0] 
	00155: SRP2       
	00156: IP         
	00157: MDAP[rd]   
	00158: DELTAP1    
	00159: SHP[rp1,zp0] 
	00160: SHP[rp1,zp0] 
	00161: MDAP[rd]   
	00162: SRP1       
	00163: SRP2       
	00164: IP         
	00165: SVTCA[y-axis] 
	00166: MDAP[rd]   
	00167: MIRP[srp0,md,rd,1] 
	00168: SHP[rp2,zp1] 
	00169: MDAP[rd]   
	00170: IP         
	00171: MDAP[rd]   
	00172: MIRP[srp0,md,rd,1] 
	00173: SHP[rp2,zp1] 
	00174: MDAP[rd]   
	00175: SRP1       
	00176: SRP2       
	00177: IP         
	00178: MDAP[rd]   
	00179: DELTAP1    
	00180: MIRP[nrp0,md,rd,1] 
	00181: CALL       
	00182: SHP[rp1,zp0] 
	00183: RTHG       
	00184: MDAP[rd]   
	00185: CALL       
	00186: CALL       
	00187: RDTG       
	00188: RTG        
	00189: SRP1       
	00190: IP         
	00191: MDAP[rd]   
	00192: RTG        
	00193: CALL       
	00194: IUP[y]     
	00195: IUP[x]     
	00196: SVTCA[y-axis] 
	00197: DELTAP1    
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: CALL       
	00202: SVTCA[x-axis] 
	00203: DELTAP1    
	00204: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual                         Off
	 32:  YDual                               On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:        XDual         Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:                      Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                               Off
	 40:        XDual                         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   505,   155)  ->  Abs (   505,   155)
	  1: Rel (  -183,    56)  ->  Abs (   322,   211)
	  2: Rel (     0,   129)  ->  Abs (   322,   340)
	  3: Rel (     0,   111)  ->  Abs (   322,   451)
	  4: Rel (    82,   109)  ->  Abs (   404,   560)
	  5: Rel (    88,   117)  ->  Abs (   492,   677)
	  6: Rel (   108,     0)  ->  Abs (   600,   677)
	  7: Rel (    64,     0)  ->  Abs (   664,   677)
	  8: Rel (    79,   -26)  ->  Abs (   743,   651)
	  9: Rel (   101,   -33)  ->  Abs (   844,   618)
	 10: Rel (     0,   -50)  ->  Abs (   844,   568)
	 11: Rel (    -5,   -13)  ->  Abs (   839,   555)
	 12: Rel (   -13,     0)  ->  Abs (   826,   555)
	 13: Rel (    -6,     0)  ->  Abs (   820,   555)
	 14: Rel (  -104,    38)  ->  Abs (   716,   593)
	 15: Rel (   -33,     0)  ->  Abs (   683,   593)
	 16: Rel (   -72,     0)  ->  Abs (   611,   593)
	 17: Rel (  -108,   -64)  ->  Abs (   503,   529)
	 18: Rel (  -119,   -69)  ->  Abs (   384,   460)
	 19: Rel (     0,   -65)  ->  Abs (   384,   395)
	 20: Rel (     0,   -56)  ->  Abs (   384,   339)
	 21: Rel (   109,   -40)  ->  Abs (   493,   299)
	 22: Rel (    88,   -31)  ->  Abs (   581,   268)
	 23: Rel (    70,     0)  ->  Abs (   651,   268)
	 24: Rel (    72,     0)  ->  Abs (   723,   268)
	 25: Rel (   170,    66)  ->  Abs (   893,   334)
	 26: Rel (   -36,  -150)  ->  Abs (   857,   184)
	 27: Rel (  -190,   -21)  ->  Abs (   667,   163)
	 28: Rel (  -118,   -73)  ->  Abs (   549,    90)
	 29: Rel (  -171,  -116)  ->  Abs (   378,   -26)
	 30: Rel (     0,  -152)  ->  Abs (   378,  -178)
	 31: Rel (     0,  -258)  ->  Abs (   378,  -436)
	 32: Rel (   409,     0)  ->  Abs (   787,  -436)
	 33: Rel (   237,     0)  ->  Abs (  1024,  -436)
	 34: Rel (   183,   114)  ->  Abs (  1207,  -322)
	 35: Rel (    14,   -19)  ->  Abs (  1221,  -341)
	 36: Rel (   -65,   -92)  ->  Abs (  1156,  -433)
	 37: Rel (  -263,  -128)  ->  Abs (   893,  -561)
	 38: Rel (  -116,     0)  ->  Abs (   777,  -561)
	 39: Rel (  -495,     0)  ->  Abs (   282,  -561)
	 40: Rel (     0,   347)  ->  Abs (   282,  -214)
	 41: Rel (     0,    94)  ->  Abs (   282,  -120)
	 42: Rel (    54,   104)  ->  Abs (   336,   -16)
	 43: Rel (    63,   111)  ->  Abs (   399,    95)

	Glyph 970: off = 0x00030490, len = 344
	  numberOfContours:	2
	  xMin:			284
	  yMin:			-561
	  xMax:			1229
	  yMax:			638

	EndPoints
	---------
	  0:  42
	  1:  50

	  Length of Instructions:	193
	00000: PUSHB[6]             35    32    17    19    52    45 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (45):    17    19    52   182    39     1   203    10   201    30 
	                           220     6   219    10   217    31     5   121    10   116 
	                            44   170    45   185    10   204     6     5    55    45 
	                            74    10    90    31   106    10   105    31     5     6 
	                            40    13    16    52    39 
	00057: PUSHW[1]            -16 
	00060: PUSHB[4]             10    12    52    13 
	00065: PUSHW[1]            -56 
	00068: NPUSHB      (13):    10    12    52    33    22    12    45    15    43    16 
	                             7    28    18 
	00083: PUSHW[4]            899    49    27   907 
	00092: PUSHB[4]             28     0     0    41 
	00097: PUSHW[1]            911 
	00100: PUSHB[8]              4    12    33    45    22     4    15    47 
	00109: PUSHW[1]            892 
	00112: NPUSHB      (14):    20    20    28    43    16   111    15   128    15     2 
	                            80    15     1    15 
	00128: PUSHW[1]            -64 
	00131: NPUSHB       (9):     9    12    52    15    15     0    27    28    37 
	00142: PUSHW[1]            887 
	00145: PUSHB[2]              8     4 
	00148: SCANTYPE   
	00149: MDAP[rd]   
	00150: MIRP[nrp0,md,rd,1] 
	00151: MDAP[rd]   
	00152: ALIGNRP    
	00153: MDAP[rd]   
	00154: SHP[rp2,zp1] 
	00155: MDAP[rd]   
	00156: CALL       
	00157: DELTAP1    
	00158: DELTAP2    
	00159: SHP[rp1,zp0] 
	00160: SHP[rp1,zp0] 
	00161: SRP1       
	00162: SHP[rp1,zp0] 
	00163: MDAP[rd]   
	00164: MIRP[nrp0,md,rd,1] 
	00165: SRP2       
	00166: SLOOP      
	00167: IP         
	00168: SVTCA[y-axis] 
	00169: MDAP[rd]   
	00170: MIRP[srp0,md,rd,1] 
	00171: SHP[rp2,zp1] 
	00172: MDAP[rd]   
	00173: MDAP[rd]   
	00174: MIRP[nrp0,md,rd,1] 
	00175: MDAP[rd]   
	00176: MIRP[nrp0,md,rd,1] 
	00177: SRP1       
	00178: SLOOP      
	00179: IP         
	00180: IUP[y]     
	00181: IUP[x]     
	00182: SVTCA[x-axis] 
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: DELTAP1    
	00187: DELTAP1    
	00188: DELTAP1    
	00189: SVTCA[y-axis] 
	00190: DELTAP1    
	00191: CALL       
	00192: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:        XDual         Y-Short         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual               Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:                                      On
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,  -332)  ->  Abs (  1229,  -332)
	  1: Rel (     0,   -94)  ->  Abs (  1229,  -426)
	  2: Rel (  -188,   -74)  ->  Abs (  1041,  -500)
	  3: Rel (  -156,   -61)  ->  Abs (   885,  -561)
	  4: Rel (  -112,     0)  ->  Abs (   773,  -561)
	  5: Rel (  -191,     0)  ->  Abs (   582,  -561)
	  6: Rel (  -139,    96)  ->  Abs (   443,  -465)
	  7: Rel (  -159,   111)  ->  Abs (   284,  -354)
	  8: Rel (     0,   216)  ->  Abs (   284,  -138)
	  9: Rel (     0,   134)  ->  Abs (   284,    -4)
	 10: Rel (   119,   141)  ->  Abs (   403,   137)
	 11: Rel (   117,   117)  ->  Abs (   520,   254)
	 12: Rel (   166,    86)  ->  Abs (   686,   340)
	 13: Rel (   -27,    46)  ->  Abs (   659,   386)
	 14: Rel (  -117,    64)  ->  Abs (   542,   450)
	 15: Rel (   -55,     4)  ->  Abs (   487,   454)
	 16: Rel (    60,   146)  ->  Abs (   547,   600)
	 17: Rel (   125,    38)  ->  Abs (   672,   638)
	 18: Rel (    88,     0)  ->  Abs (   760,   638)
	 19: Rel (   244,     0)  ->  Abs (  1004,   638)
	 20: Rel (     0,  -149)  ->  Abs (  1004,   489)
	 21: Rel (     0,  -118)  ->  Abs (  1004,   371)
	 22: Rel (  -198,   -70)  ->  Abs (   806,   301)
	 23: Rel (    51,   -93)  ->  Abs (   857,   208)
	 24: Rel (    57,   -40)  ->  Abs (   914,   168)
	 25: Rel (    64,   -45)  ->  Abs (   978,   123)
	 26: Rel (    99,     0)  ->  Abs (  1077,   123)
	 27: Rel (   152,     0)  ->  Abs (  1229,   123)
	 28: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 29: Rel (  -177,     0)  ->  Abs (  1052,     0)
	 30: Rel (  -123,     0)  ->  Abs (   929,     0)
	 31: Rel (   -80,    74)  ->  Abs (   849,    74)
	 32: Rel (   -66,    61)  ->  Abs (   783,   135)
	 33: Rel (   -51,   128)  ->  Abs (   732,   263)
	 34: Rel (  -144,   -80)  ->  Abs (   588,   183)
	 35: Rel (  -103,   -88)  ->  Abs (   485,    95)
	 36: Rel (  -113,  -117)  ->  Abs (   372,   -22)
	 37: Rel (     0,  -119)  ->  Abs (   372,  -141)
	 38: Rel (     0,  -130)  ->  Abs (   372,  -271)
	 39: Rel (   149,   -82)  ->  Abs (   521,  -353)
	 40: Rel (   125,   -68)  ->  Abs (   646,  -421)
	 41: Rel (   144,     0)  ->  Abs (   790,  -421)
	 42: Rel (   230,     0)  ->  Abs (  1020,  -421)
	 43: Rel (  -446,   935)  ->  Abs (   574,   514)
	 44: Rel (   116,   -33)  ->  Abs (   690,   481)
	 45: Rel (    70,  -100)  ->  Abs (   760,   381)
	 46: Rel (   131,    47)  ->  Abs (   891,   428)
	 47: Rel (     0,    51)  ->  Abs (   891,   479)
	 48: Rel (     0,    75)  ->  Abs (   891,   554)
	 49: Rel (  -136,     0)  ->  Abs (   755,   554)
	 50: Rel (   -71,     0)  ->  Abs (   684,   554)

	Glyph 971: off = 0x000305E8, len = 242
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			938
	  yMax:			684

	EndPoints
	---------
	  0:  34

	  Length of Instructions:	138
	00000: NPUSHB      (29):   169    16   187    16   201    13     3     2    64    12 
	                            19    52   104     3   181    34   198    31   213    31 
	                             4     9     2   121     3   181    31     3    22 
	00031: PUSHW[1]            -64 
	00034: PUSHB[6]             12    19    52    22    22    17 
	00041: PUSHW[1]            903 
	00044: NPUSHB      (16):    15    26     1   127    26   143    26   159    26     3 
	                            26    26    11    11     7     0 
	00062: PUSHW[1]            909 
	00065: PUSHB[3]              1     1     7 
	00069: PUSHW[1]            907 
	00072: PUSHB[7]              6    11     0    20    20     0    29 
	00080: PUSHW[1]            885 
	00083: NPUSHB       (9):    14    14     6     1     1     0     7     6     4 
	00094: SCANTYPE   
	00095: MDAP[rd]   
	00096: ALIGNRP    
	00097: MDAP[rd]   
	00098: SHP[rp1,zp0] 
	00099: MDAP[rd]   
	00100: SRP1       
	00101: IP         
	00102: MDAP[rd]   
	00103: MIRP[nrp0,md,rd,1] 
	00104: SRP1       
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: SRP1       
	00108: IP         
	00109: SVTCA[y-axis] 
	00110: MDAP[rd]   
	00111: MIRP[nrp0,md,rd,1] 
	00112: SHP[rp1,zp0] 
	00113: MDAP[rd]   
	00114: MIRP[nrp0,md,rd,1] 
	00115: SRP1       
	00116: SHP[rp1,zp0] 
	00117: RTHG       
	00118: MDAP[rd]   
	00119: SHP[rp2,zp1] 
	00120: RTG        
	00121: MDAP[rd]   
	00122: DELTAP1    
	00123: DELTAP2    
	00124: MIRP[nrp0,md,rd,1] 
	00125: SHP[rp1,zp0] 
	00126: RUTG       
	00127: MDAP[rd]   
	00128: CALL       
	00129: RTG        
	00130: IUP[y]     
	00131: IUP[x]     
	00132: SVTCA[y-axis] 
	00133: DELTAP1    
	00134: DELTAP1    
	00135: CALL       
	00136: SVTCA[x-axis] 
	00137: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short         On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   938,   295)  ->  Abs (   938,   295)
	  1: Rel (   -18,  -132)  ->  Abs (   920,   163)
	  2: Rel (  -355,  -102)  ->  Abs (   565,    61)
	  3: Rel (  -109,   -31)  ->  Abs (   456,    30)
	  4: Rel (  -191,   -30)  ->  Abs (   265,     0)
	  5: Rel (   -84,     0)  ->  Abs (   181,     0)
	  6: Rel (  -181,     0)  ->  Abs (     0,     0)
	  7: Rel (     0,   122)  ->  Abs (     0,   122)
	  8: Rel (   122,     0)  ->  Abs (   122,   122)
	  9: Rel (   179,     0)  ->  Abs (   301,   122)
	 10: Rel (   132,    16)  ->  Abs (   433,   138)
	 11: Rel (    44,    31)  ->  Abs (   477,   169)
	 12: Rel (   -42,    12)  ->  Abs (   435,   181)
	 13: Rel (  -122,   108)  ->  Abs (   313,   289)
	 14: Rel (     0,    36)  ->  Abs (   313,   325)
	 15: Rel (     0,   104)  ->  Abs (   313,   429)
	 16: Rel (   157,   255)  ->  Abs (   470,   684)
	 17: Rel (   165,     0)  ->  Abs (   635,   684)
	 18: Rel (   125,     0)  ->  Abs (   760,   684)
	 19: Rel (   121,  -161)  ->  Abs (   881,   523)
	 20: Rel (     0,   -32)  ->  Abs (   881,   491)
	 21: Rel (     0,   -18)  ->  Abs (   881,   473)
	 22: Rel (   -14,     0)  ->  Abs (   867,   473)
	 23: Rel (    -7,     0)  ->  Abs (   860,   473)
	 24: Rel (   -33,    24)  ->  Abs (   827,   497)
	 25: Rel (  -114,    80)  ->  Abs (   713,   577)
	 26: Rel (   -95,     0)  ->  Abs (   618,   577)
	 27: Rel (   -79,     0)  ->  Abs (   539,   577)
	 28: Rel (  -145,   -81)  ->  Abs (   394,   496)
	 29: Rel (     0,   -63)  ->  Abs (   394,   433)
	 30: Rel (     0,   -90)  ->  Abs (   394,   343)
	 31: Rel (   167,  -109)  ->  Abs (   561,   234)
	 32: Rel (   119,     0)  ->  Abs (   680,   234)
	 33: Rel (    27,     0)  ->  Abs (   707,   234)
	 34: Rel (    81,    12)  ->  Abs (   788,   246)

	Glyph 972: off = 0x000306DA, len = 278
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			638

	EndPoints
	---------
	  0:  29
	  1:  37

	  Length of Instructions:	160
	00000: NPUSHB      (39):   208    31     1   192    31   219    17   215    30     3 
	                           182    31   181    32   199    30     3   164    24   163 
	                            32   182    16     3   149    16   149    31   150    32 
	                             3    70    31   134    24   132    32     3    17 
	00041: PUSHW[1]            -44 
	00044: NPUSHB      (33):    10    12    52     4    31   201     3   197    31   197 
	                            32     4   108     2   116    31   201     2   196    24 
	                           212    24     5     3    25    16    32    18    30    19 
	                             7     9    21 
	00079: PUSHW[7]            899    36    29   907     0    10   907 
	00094: NPUSHB      (14):     9    30    16     3    32    25     5    23    30    19 
	                            18    18     9    34 
	00110: PUSHW[1]            892 
	00113: PUSHB[7]             23    23    29     0    10     9     4 
	00121: SCANTYPE   
	00122: MDAP[rd]   
	00123: ALIGNRP    
	00124: MDAP[rd]   
	00125: ALIGNRP    
	00126: SHP[rp1,zp0] 
	00127: MDAP[rd]   
	00128: MIRP[nrp0,md,rd,1] 
	00129: SRP1       
	00130: SHP[rp1,zp0] 
	00131: MDAP[rd]   
	00132: SHP[rp1,zp0] 
	00133: SHP[rp1,zp0] 
	00134: SRP2       
	00135: SLOOP      
	00136: IP         
	00137: SVTCA[y-axis] 
	00138: MDAP[rd]   
	00139: MIRP[nrp0,md,rd,1] 
	00140: MDAP[rd]   
	00141: MIRP[nrp0,md,rd,1] 
	00142: MDAP[rd]   
	00143: MIRP[nrp0,md,rd,1] 
	00144: SRP1       
	00145: SLOOP      
	00146: IP         
	00147: IUP[y]     
	00148: IUP[x]     
	00149: SVTCA[x-axis] 
	00150: DELTAP1    
	00151: SVTCA[y-axis] 
	00152: DELTAP2    
	00153: CALL       
	00154: DELTAP1    
	00155: DELTAP1    
	00156: DELTAP1    
	00157: DELTAP1    
	00158: DELTAP1    
	00159: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:                              X-Short On
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:                                      On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (  -177,     0)  ->  Abs (  1052,     0)
	  2: Rel (  -217,     0)  ->  Abs (   835,     0)
	  3: Rel (  -104,   263)  ->  Abs (   731,   263)
	  4: Rel (   -70,   -37)  ->  Abs (   661,   226)
	  5: Rel (   -76,   -69)  ->  Abs (   585,   157)
	  6: Rel (  -103,   -92)  ->  Abs (   482,    65)
	  7: Rel (  -117,   -65)  ->  Abs (   365,     0)
	  8: Rel (  -104,     0)  ->  Abs (   261,     0)
	  9: Rel (  -261,     0)  ->  Abs (     0,     0)
	 10: Rel (     0,   123)  ->  Abs (     0,   123)
	 11: Rel (   272,     0)  ->  Abs (   272,   123)
	 12: Rel (    88,     0)  ->  Abs (   360,   123)
	 13: Rel (   113,    55)  ->  Abs (   473,   178)
	 14: Rel (   126,    99)  ->  Abs (   599,   277)
	 15: Rel (    49,    39)  ->  Abs (   648,   316)
	 16: Rel (    40,    24)  ->  Abs (   688,   340)
	 17: Rel (   -92,   106)  ->  Abs (   596,   446)
	 18: Rel (  -108,     8)  ->  Abs (   488,   454)
	 19: Rel (    60,   146)  ->  Abs (   548,   600)
	 20: Rel (   118,    38)  ->  Abs (   666,   638)
	 21: Rel (    94,     0)  ->  Abs (   760,   638)
	 22: Rel (   243,     0)  ->  Abs (  1003,   638)
	 23: Rel (     0,  -147)  ->  Abs (  1003,   491)
	 24: Rel (     0,  -114)  ->  Abs (  1003,   377)
	 25: Rel (  -199,   -78)  ->  Abs (   804,   299)
	 26: Rel (    65,  -111)  ->  Abs (   869,   188)
	 27: Rel (   115,   -65)  ->  Abs (   984,   123)
	 28: Rel (    96,     0)  ->  Abs (  1080,   123)
	 29: Rel (   149,     0)  ->  Abs (  1229,   123)
	 30: Rel (  -642,   397)  ->  Abs (   587,   520)
	 31: Rel (   123,   -64)  ->  Abs (   710,   456)
	 32: Rel (    50,   -77)  ->  Abs (   760,   379)
	 33: Rel (   131,    46)  ->  Abs (   891,   425)
	 34: Rel (     0,    54)  ->  Abs (   891,   479)
	 35: Rel (     0,    75)  ->  Abs (   891,   554)
	 36: Rel (  -136,     0)  ->  Abs (   755,   554)
	 37: Rel (   -55,     0)  ->  Abs (   700,   554)

	Glyph 973: off = 0x000307F0, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			282
	  yMin:			-561
	  xMax:			1221
	  yMax:			1123

	     0: Flags:		0x0236
		Glyf Index:	969
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	-42
		Y BOffset:	49
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (14):     1   224    46   240    46     2    16    46    79    46 
	                           191    46     3    46 
	00016: SVTCA[x-axis] 
	00017: SRP1       
	00018: DELTAP1    
	00019: DELTAP1    
	00020: SHC[rp1,zp0] 

	Glyph 974: off = 0x0003081E, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			284
	  yMin:			-561
	  xMax:			1229
	  yMax:			1123

	     0: Flags:		0x0236
		Glyf Index:	970
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	127
		Y BOffset:	49
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (32):     2    31    54    79    54   192    54   224    54     4 
	                            54     2     0    53    64    53   255    53     3    79 
	                            53    80    53   191    53     3     0    53    16    53 
	                             2    53 
	00034: SVTCA[x-axis] 
	00035: SRP1       
	00036: DELTAP1    
	00037: DELTAP1    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 
	00040: SVTCA[y-axis] 
	00041: SRP1       
	00042: DELTAP1    
	00043: SHC[rp1,zp0] 

	Glyph 975: off = 0x00030862, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			938
	  yMax:			1130

	     0: Flags:		0x0236
		Glyf Index:	971
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	-142
		Y WOffset:	56
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1    38    64     9    13    52    38     1   143    37 
	                             1    37    64     9    13    52    37 
	00019: SVTCA[x-axis] 
	00020: SRP1       
	00021: CALL       
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP1       
	00026: CALL       
	00027: SHC[rp1,zp0] 

	Glyph 976: off = 0x00030898, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1124

	     0: Flags:		0x0236
		Glyf Index:	972
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	123
		Y BOffset:	50
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (24):     2    31    41    79    41     2    41     2    16    40 
	                             1     0    40    64    40     2    16    40    80    40 
	                           191    40     3    40 
	00026: SVTCA[x-axis] 
	00027: SRP1       
	00028: DELTAP1    
	00029: DELTAP2    
	00030: DELTAP3    
	00031: SHC[rp1,zp0] 
	00032: SVTCA[y-axis] 
	00033: SRP1       
	00034: DELTAP1    
	00035: SHC[rp1,zp0] 

	Glyph 977: off = 0x000308D4, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			11
	  yMin:			-7
	  xMax:			1209
	  yMax:			1200

	     0: Flags:		0x0236
		Glyf Index:	1108
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	308
		Y WOffset:	126
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     2   223    47     1    47     2   111    48   127    48 
	                             2    79    48   191    48   207    48     3    48 
	00021: SVTCA[x-axis] 
	00022: SRP1       
	00023: DELTAP1    
	00024: DELTAP1    
	00025: SHC[rp1,zp0] 
	00026: SVTCA[y-axis] 
	00027: SRP1       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 978: off = 0x0003090C, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			-68
	  xMax:			1229
	  yMax:			1053

	     0: Flags:		0x0236
		Glyf Index:	1109
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	351
		Y WOffset:	-21
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[7]              2   111    51     1    51     2    50 
	00008: PUSHW[1]            -64 
	00011: NPUSHB      (11):     9    12    52    80    50    96    50   191    50     3 
	                            50 
	00024: SVTCA[x-axis] 
	00025: SRP1       
	00026: DELTAP1    
	00027: CALL       
	00028: SHC[rp1,zp0] 
	00029: SVTCA[y-axis] 
	00030: SRP1       
	00031: DELTAP1    
	00032: SHC[rp1,zp0] 

	Glyph 979: off = 0x00030948, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1207
	  yMax:			1183

	     0: Flags:		0x0236
		Glyf Index:	1110
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	324
		Y WOffset:	109
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (27):     2    15    37     1    15    37    32    37     2    37 
	                             2    64    36     1   111    36   191    36   207    36 
	                             3    15    36    79    36     2    36 
	00029: SVTCA[x-axis] 
	00030: SRP1       
	00031: DELTAP1    
	00032: DELTAP1    
	00033: DELTAP2    
	00034: SHC[rp1,zp0] 
	00035: SVTCA[y-axis] 
	00036: SRP1       
	00037: DELTAP1    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 

	Glyph 980: off = 0x0003098A, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1094

	     0: Flags:		0x0236
		Glyf Index:	1111
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	318
		Y WOffset:	20
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (31):     2    15    36     1    79    36     1    36     2    64 
	                            35   143    35   223    35     3    48    35    80    35 
	                           160    35     3    16    35    32    35   127    35     3 
	                            35 
	00033: SVTCA[x-axis] 
	00034: SRP1       
	00035: DELTAP1    
	00036: DELTAP1    
	00037: DELTAP2    
	00038: SHC[rp1,zp0] 
	00039: SVTCA[y-axis] 
	00040: SRP1       
	00041: DELTAP1    
	00042: DELTAP2    
	00043: SHC[rp1,zp0] 

	Glyph 981: off = 0x000309D0, len = 380
	  numberOfContours:	3
	  xMin:			166
	  yMin:			-383
	  xMax:			1153
	  yMax:			1065

	EndPoints
	---------
	  0:  7
	  1:  39
	  2:  48

	  Length of Instructions:	231
	00000: NPUSHB      (41):    57    36   203    36   218    22   218    37     4   170 
	                            36   185    36   201    22     3   137    41     1    22 
	                             0     1    71    37   118    33     2     0     4     1 
	                             3     6     6     7     5     2     2     1     5     5 
	                             3 
	00043: PUSHW[1]            924 
	00046: NPUSHB      (16):     1     7     7    79     1   239     1     2    31     1 
	                             1     1    26    26     8    15 
	00064: PUSHW[1]            911 
	00067: PUSHB[6]              0    44     1    44    44    40 
	00074: PUSHW[4]            906     8    35   910 
	00083: NPUSHB      (11):    20     7     5     5     4     6     1     3     3     2 
	                             6 
	00096: PUSHW[3]            923     2   -64 
	00103: PUSHB[4]             12    22    52     2 
	00108: PUSHW[1]            923 
	00111: NPUSHB      (10):     0     4    64    12    15    52     4     4    40    12 
	00123: PUSHW[1]            886 
	00126: NPUSHB      (13):   128    47     1    15    47   111    47     2    47    47 
	                            40     8    38 
	00141: PUSHW[1]            884 
	00144: PUSHB[4]             17    28    28    32 
	00149: PUSHW[1]            883 
	00152: PUSHB[2]             23     4 
	00155: SCANTYPE   
	00156: MDAP[rd]   
	00157: MIRP[srp0,md,rd,1] 
	00158: SHP[rp2,zp1] 
	00159: MDAP[rd]   
	00160: MDAP[rd]   
	00161: MIRP[srp0,md,rd,1] 
	00162: SHP[rp2,zp1] 
	00163: SHP[rp2,zp1] 
	00164: SHP[rp2,zp1] 
	00165: MDAP[rd]   
	00166: DELTAP1    
	00167: DELTAP2    
	00168: MIRP[nrp0,md,rd,1] 
	00169: SRP2       
	00170: IP         
	00171: MDAP[rd]   
	00172: CALL       
	00173: SHP[rp1,zp0] 
	00174: MIRP[nrp0,md,rd,1] 
	00175: CALL       
	00176: MIRP[nrp0,md,rd,1] 
	00177: RTDG       
	00178: SRP2       
	00179: IP         
	00180: MDAP[rd]   
	00181: ALIGNRP    
	00182: SRP1       
	00183: SRP2       
	00184: IP         
	00185: MDAP[rd]   
	00186: ALIGNRP    
	00187: RTG        
	00188: SVTCA[y-axis] 
	00189: MDAP[rd]   
	00190: MIRP[nrp0,md,rd,1] 
	00191: MDAP[rd]   
	00192: MIRP[srp0,md,rd,1] 
	00193: SHP[rp2,zp1] 
	00194: MDAP[rd]   
	00195: DELTAP1    
	00196: MIRP[nrp0,md,rd,1] 
	00197: SRP1       
	00198: SHP[rp1,zp0] 
	00199: MDAP[rd]   
	00200: MDAP[rd]   
	00201: DELTAP1    
	00202: DELTAP1    
	00203: SHP[rp1,zp0] 
	00204: MDAP[rd]   
	00205: SRP0       
	00206: MIRP[srp0,md,rd,1] 
	00207: SHP[rp2,zp1] 
	00208: MDAP[rd]   
	00209: RTDG       
	00210: SRP1       
	00211: IP         
	00212: MDAP[rd]   
	00213: SRP1       
	00214: SRP2       
	00215: IP         
	00216: MDAP[rd]   
	00217: RTG        
	00218: SRP1       
	00219: SRP2       
	00220: IP         
	00221: IP         
	00222: IUP[y]     
	00223: IUP[x]     
	00224: SVTCA[y-axis] 
	00225: DELTAP1    
	00226: DELTAP3    
	00227: SVTCA[x-axis] 
	00228: DELTAP2    
	00229: DELTAP1    
	00230: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:        XDual                 X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual                         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                               Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:        XDual                 X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short On
	 31:                      Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:        XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short On
	 41:  YDual               Y-Short X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:                      Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   940,   946)  ->  Abs (   940,   946)
	  1: Rel (  -108,  -109)  ->  Abs (   832,   837)
	  2: Rel (  -110,   111)  ->  Abs (   722,   948)
	  3: Rel (   110,   109)  ->  Abs (   832,  1057)
	  4: Rel (   100,  -100)  ->  Abs (   932,   957)
	  5: Rel (   109,   108)  ->  Abs (  1041,  1065)
	  6: Rel (   110,  -109)  ->  Abs (  1151,   956)
	  7: Rel (  -110,  -111)  ->  Abs (  1041,   845)
	  8: Rel (    26,  -708)  ->  Abs (  1067,   137)
	  9: Rel (  -112,     0)  ->  Abs (   955,   137)
	 10: Rel (  -109,    11)  ->  Abs (   846,   148)
	 11: Rel (   -74,    47)  ->  Abs (   772,   195)
	 12: Rel (     0,    40)  ->  Abs (   772,   235)
	 13: Rel (     0,   105)  ->  Abs (   772,   340)
	 14: Rel (   118,   301)  ->  Abs (   890,   641)
	 15: Rel (    75,     0)  ->  Abs (   965,   641)
	 16: Rel (   188,     0)  ->  Abs (  1153,   641)
	 17: Rel (     0,  -576)  ->  Abs (  1153,    65)
	 18: Rel (     0,  -211)  ->  Abs (  1153,  -146)
	 19: Rel (  -287,  -237)  ->  Abs (   866,  -383)
	 20: Rel (  -242,     0)  ->  Abs (   624,  -383)
	 21: Rel (  -257,     0)  ->  Abs (   367,  -383)
	 22: Rel (  -201,   174)  ->  Abs (   166,  -209)
	 23: Rel (     0,   183)  ->  Abs (   166,   -26)
	 24: Rel (     0,    57)  ->  Abs (   166,    31)
	 25: Rel (    82,   277)  ->  Abs (   248,   308)
	 26: Rel (    35,     0)  ->  Abs (   283,   308)
	 27: Rel (    16,     0)  ->  Abs (   299,   308)
	 28: Rel (     0,   -22)  ->  Abs (   299,   286)
	 29: Rel (     0,   -16)  ->  Abs (   299,   270)
	 30: Rel (   -31,   -97)  ->  Abs (   268,   173)
	 31: Rel (   -30,   -97)  ->  Abs (   238,    76)
	 32: Rel (     0,   -57)  ->  Abs (   238,    19)
	 33: Rel (     0,  -134)  ->  Abs (   238,  -115)
	 34: Rel (   171,  -133)  ->  Abs (   409,  -248)
	 35: Rel (   200,     0)  ->  Abs (   609,  -248)
	 36: Rel (   216,     0)  ->  Abs (   825,  -248)
	 37: Rel (   250,   166)  ->  Abs (  1075,   -82)
	 38: Rel (     0,   159)  ->  Abs (  1075,    77)
	 39: Rel (     0,    27)  ->  Abs (  1075,   104)
	 40: Rel (   -22,   152)  ->  Abs (  1053,   256)
	 41: Rel (   -12,   122)  ->  Abs (  1041,   378)
	 42: Rel (    -6,    58)  ->  Abs (  1035,   436)
	 43: Rel (   -47,    63)  ->  Abs (   988,   499)
	 44: Rel (   -38,     0)  ->  Abs (   950,   499)
	 45: Rel (   -38,     0)  ->  Abs (   912,   499)
	 46: Rel (   -54,  -132)  ->  Abs (   858,   367)
	 47: Rel (     0,   -57)  ->  Abs (   858,   310)
	 48: Rel (     0,   -54)  ->  Abs (   858,   256)

	Glyph 982: off = 0x00030B4C, len = 436
	  numberOfContours:	3
	  xMin:			214
	  yMin:			-357
	  xMax:			1229
	  yMax:			938

	EndPoints
	---------
	  0:  8
	  1:  43
	  2:  52

	  Length of Instructions:	277
	00000: NPUSHB      (45):   182    11   201    28   217    28     3   149    11   144 
	                            26   163    11     3    22     4     1   117    28   131 
	                            25   132    28     3   103    25   103    29   116    25 
	                             3     4     8     5     7     2     2     3     1     6 
	                             6     5     1     1     7 
	00047: PUSHW[1]            924 
	00050: NPUSHB      (18):     5     3     3     5    64     9    12    52     5    64 
	                            23    25    52     5    18    18    43    39 
	00070: PUSHW[1]            911 
	00073: PUSHB[3]             47    47    43 
	00077: PUSHW[4]            907     9    44   907 
	00086: PUSHB[6]             34    33    33    10    10     9 
	00093: PUSHW[3]            858    27   910 
	00100: NPUSHB      (12):    13     3     1     1     8     2     5    52     7     7 
	                             6     2 
	00114: PUSHW[3]            923     6   -64 
	00121: PUSHB[4]             12    22    52     6 
	00126: PUSHW[1]            923 
	00129: NPUSHB      (13):     4     8    64    12    15    52     8     8    50    44 
	                            20    20    24 
	00144: PUSHW[4]            879    15    36   931 
	00153: NPUSHB      (12):     0    50     1    15    50     1    50    50    33    29 
	                            31    44 
	00167: PUSHW[1]            887 
	00170: PUSHB[3]             42    42    31 
	00174: PUSHW[1]            879 
	00177: PUSHB[8]             48    10     1    10    10    43     9     4 
	00186: SCANTYPE   
	00187: MDAP[rd]   
	00188: ALIGNRP    
	00189: SHP[rp1,zp0] 
	00190: MDAP[rd]   
	00191: DELTAP1    
	00192: MIRP[nrp0,md,rd,1] 
	00193: SHP[rp1,zp0] 
	00194: MDAP[rd]   
	00195: MIRP[nrp0,md,rd,1] 
	00196: SRP1       
	00197: SHP[rp1,zp0] 
	00198: SHP[rp1,zp0] 
	00199: SHP[rp2,zp1] 
	00200: MDAP[rd]   
	00201: DELTAP1    
	00202: DELTAP2    
	00203: MIRP[nrp0,md,rd,1] 
	00204: MDAP[rd]   
	00205: MIRP[srp0,md,rd,1] 
	00206: SHP[rp2,zp1] 
	00207: MDAP[rd]   
	00208: SRP1       
	00209: SRP2       
	00210: IP         
	00211: MDAP[rd]   
	00212: CALL       
	00213: SHP[rp1,zp0] 
	00214: MIRP[nrp0,md,rd,1] 
	00215: CALL       
	00216: MIRP[nrp0,nmd,rd,0] 
	00217: RTDG       
	00218: SRP2       
	00219: IP         
	00220: MDAP[rd]   
	00221: MIRP[nrp0,nmd,rd,2] 
	00222: SRP1       
	00223: SRP2       
	00224: IP         
	00225: MDAP[rd]   
	00226: ALIGNRP    
	00227: RTG        
	00228: SVTCA[y-axis] 
	00229: MDAP[rd]   
	00230: MIRP[nrp0,md,rd,1] 
	00231: MIAP[rd+ci] 
	00232: ALIGNRP    
	00233: SRP0       
	00234: ALIGNRP    
	00235: SRP0       
	00236: ALIGNRP    
	00237: MIRP[nrp0,md,rd,1] 
	00238: SRP0       
	00239: MIRP[srp0,md,rd,1] 
	00240: SHP[rp2,zp1] 
	00241: MDAP[rd]   
	00242: MIRP[nrp0,md,rd,1] 
	00243: SRP2       
	00244: IP         
	00245: MDAP[rd]   
	00246: MDAP[rd]   
	00247: CALL       
	00248: CALL       
	00249: SHP[rp1,zp0] 
	00250: MDAP[rd]   
	00251: SRP0       
	00252: MIRP[srp0,md,rd,1] 
	00253: SHP[rp2,zp1] 
	00254: MDAP[rd]   
	00255: RTDG       
	00256: SRP1       
	00257: IP         
	00258: MDAP[rd]   
	00259: SRP1       
	00260: SRP2       
	00261: IP         
	00262: MDAP[rd]   
	00263: RTG        
	00264: SRP1       
	00265: SRP2       
	00266: IP         
	00267: IP         
	00268: IUP[y]     
	00269: IUP[x]     
	00270: SVTCA[y-axis] 
	00271: DELTAP1    
	00272: DELTAP1    
	00273: DELTAP3    
	00274: SVTCA[x-axis] 
	00275: DELTAP1    
	00276: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short On
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:                                      On
	 10:  YDual                       X-Short On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                               Off
	 15:        XDual                         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:        XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual                               Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short On
	 34:  YDual                       X-Short On
	 35:  YDual                               Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:        XDual                 X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:  YDual XDual                 X-Short On
	 44:  YDual                       X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:                      Y-Short X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   926,   829)  ->  Abs (   926,   829)
	  1: Rel (   110,   109)  ->  Abs (  1036,   938)
	  2: Rel (   110,  -109)  ->  Abs (  1146,   829)
	  3: Rel (  -110,  -110)  ->  Abs (  1036,   719)
	  4: Rel (   -99,   100)  ->  Abs (   937,   819)
	  5: Rel (  -107,  -106)  ->  Abs (   830,   713)
	  6: Rel (  -110,   111)  ->  Abs (   720,   824)
	  7: Rel (   107,   106)  ->  Abs (   827,   930)
	  8: Rel (   100,  -101)  ->  Abs (   927,   829)
	  9: Rel (   302,  -829)  ->  Abs (  1229,     0)
	 10: Rel (   -82,     0)  ->  Abs (  1147,     0)
	 11: Rel (     0,  -175)  ->  Abs (  1147,  -175)
	 12: Rel (  -278,  -182)  ->  Abs (   869,  -357)
	 13: Rel (  -236,     0)  ->  Abs (   633,  -357)
	 14: Rel (  -419,     0)  ->  Abs (   214,  -357)
	 15: Rel (     0,   333)  ->  Abs (   214,   -24)
	 16: Rel (     0,    94)  ->  Abs (   214,    70)
	 17: Rel (    79,   216)  ->  Abs (   293,   286)
	 18: Rel (    25,     0)  ->  Abs (   318,   286)
	 19: Rel (    13,     0)  ->  Abs (   331,   286)
	 20: Rel (     0,   -16)  ->  Abs (   331,   270)
	 21: Rel (     0,    -8)  ->  Abs (   331,   262)
	 22: Rel (    -8,   -22)  ->  Abs (   323,   240)
	 23: Rel (   -50,  -110)  ->  Abs (   273,   130)
	 24: Rel (     0,   -86)  ->  Abs (   273,    44)
	 25: Rel (     0,  -127)  ->  Abs (   273,   -83)
	 26: Rel (   190,  -140)  ->  Abs (   463,  -223)
	 27: Rel (   156,     0)  ->  Abs (   619,  -223)
	 28: Rel (   363,     0)  ->  Abs (   982,  -223)
	 29: Rel (   102,   125)  ->  Abs (  1084,   -98)
	 30: Rel (     5,    18)  ->  Abs (  1089,   -80)
	 31: Rel (     0,    20)  ->  Abs (  1089,   -60)
	 32: Rel (     0,    29)  ->  Abs (  1089,   -31)
	 33: Rel (   -12,    31)  ->  Abs (  1077,     0)
	 34: Rel (   -42,     0)  ->  Abs (  1035,     0)
	 35: Rel (  -261,     0)  ->  Abs (   774,     0)
	 36: Rel (     0,   105)  ->  Abs (   774,   105)
	 37: Rel (     0,   112)  ->  Abs (   774,   217)
	 38: Rel (   126,   349)  ->  Abs (   900,   566)
	 39: Rel (    76,     0)  ->  Abs (   976,   566)
	 40: Rel (    77,     0)  ->  Abs (  1053,   566)
	 41: Rel (    93,  -298)  ->  Abs (  1146,   268)
	 42: Rel (     1,  -145)  ->  Abs (  1147,   123)
	 43: Rel (    82,     0)  ->  Abs (  1229,   123)
	 44: Rel (  -173,     0)  ->  Abs (  1056,   123)
	 45: Rel (    -2,   112)  ->  Abs (  1054,   235)
	 46: Rel (   -54,   190)  ->  Abs (  1000,   425)
	 47: Rel (   -45,     0)  ->  Abs (   955,   425)
	 48: Rel (   -40,     0)  ->  Abs (   915,   425)
	 49: Rel (   -57,  -177)  ->  Abs (   858,   248)
	 50: Rel (     0,   -69)  ->  Abs (   858,   179)
	 51: Rel (     0,   -56)  ->  Abs (   858,   123)
	 52: Rel (   175,     0)  ->  Abs (  1033,   123)

	Glyph 983: off = 0x00030D00, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1207
	  yMax:			1194

	     0: Flags:		0x0236
		Glyf Index:	1110
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	295
		Y WOffset:	292
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (42):     2   239    37   255    37     2    64    37   143    37 
	                           160    37     3    15    37    31    37     2    37     2 
	                            36    64    20    22    52    36    64    13    17    52 
	                           223    36     1   127    36   239    36     2    31    36 
	                             1    36 
	00044: SVTCA[x-axis] 
	00045: SRP1       
	00046: DELTAP1    
	00047: DELTAP1    
	00048: DELTAP2    
	00049: CALL       
	00050: CALL       
	00051: SHC[rp1,zp0] 
	00052: SVTCA[y-axis] 
	00053: SRP1       
	00054: DELTAP1    
	00055: DELTAP1    
	00056: DELTAP1    
	00057: SHC[rp1,zp0] 

	Glyph 984: off = 0x00030D54, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1106

	     0: Flags:		0x0236
		Glyf Index:	1111
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	313
		Y WOffset:	204
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     2    31    34     1    15    34   208    34     2    96 
	                            34   239    34   255    34     3    34     2    35 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]              9    12    52    35 
	00029: PUSHW[1]            -64 
	00032: NPUSHB       (9):    17    19    52   127    35   240    35     2    35 
	00043: SVTCA[x-axis] 
	00044: SRP1       
	00045: DELTAP1    
	00046: CALL       
	00047: CALL       
	00048: SHC[rp1,zp0] 
	00049: SVTCA[y-axis] 
	00050: SRP1       
	00051: DELTAP1    
	00052: DELTAP2    
	00053: DELTAP3    
	00054: SHC[rp1,zp0] 

	Glyph 985: off = 0x00030DA6, len = 412
	  numberOfContours:	2
	  xMin:			180
	  yMin:			-18
	  xMax:			1209
	  yMax:			1178

	EndPoints
	---------
	  0:  35
	  1:  65

	  Length of Instructions:	223
	00000: NPUSHB      (17):   150    26   167    26   182    26   194    26     4     6 
	                            58    69    58   132    58     3     5 
	00019: PUSHW[1]            -24 
	00022: NPUSHB      (34):    12    18    52     1    11    22    11    38    11    36 
	                            62    54    11    52    62   201    30   201    34     8 
	                           168    34   185    30   185    34     3    36    36    38 
	                            64    51    51    47 
	00058: PUSHW[1]            898 
	00061: NPUSHB      (11):    15    53     1    47    53    63    53     2    53    53 
	                            38 
	00074: PUSHW[1]            937 
	00077: PUSHB[8]             31    64     1    64     1    19    19    28 
	00086: PUSHW[1]            909 
	00089: PUSHB[7]             13    49    49    36    36    44    60 
	00097: PUSHW[1]            879 
	00100: PUSHB[3]             40    40    56 
	00104: PUSHW[1]            875 
	00107: PUSHB[4]             80    44     1    44 
	00112: PUSHW[1]            -64 
	00115: NPUSHB      (23):     9    12    52    44    34    33    31     5     7     9 
	                             1     1     0     3     3     0    64    11    16    52 
	                             0     0    31 
	00140: PUSHW[1]            882 
	00143: PUSHB[4]              9    21    21    25 
	00148: PUSHW[4]            878    16     4   340 
	00157: SCANCTRL   
	00158: SCANTYPE   
	00159: MDAP[rd]   
	00160: MIRP[srp0,md,rd,1] 
	00161: SHP[rp2,zp1] 
	00162: MDAP[rd]   
	00163: MDAP[rd]   
	00164: MIRP[srp0,md,rd,1] 
	00165: SHP[rp2,zp1] 
	00166: MDAP[rd]   
	00167: CALL       
	00168: SHP[rp1,zp0] 
	00169: MDAP[rd]   
	00170: RTHG       
	00171: SRP2       
	00172: IP         
	00173: MDAP[rd]   
	00174: SRP1       
	00175: IP         
	00176: IP         
	00177: SRP1       
	00178: IP         
	00179: IP         
	00180: RTG        
	00181: MDAP[rd]   
	00182: CALL       
	00183: DELTAP1    
	00184: MIRP[nrp0,md,rd,1] 
	00185: SHP[rp1,zp0] 
	00186: MDAP[rd]   
	00187: MIRP[nrp0,md,rd,1] 
	00188: SRP1       
	00189: SHP[rp1,zp0] 
	00190: MDAP[rd]   
	00191: SHP[rp2,zp1] 
	00192: MDAP[rd]   
	00193: SVTCA[y-axis] 
	00194: MDAP[rd]   
	00195: MIRP[srp0,md,rd,1] 
	00196: SHP[rp2,zp1] 
	00197: MDAP[rd]   
	00198: MDAP[rd]   
	00199: MDAP[rd]   
	00200: DELTAP1    
	00201: MIRP[srp0,md,rd,1] 
	00202: SHP[rp2,zp1] 
	00203: MDAP[rd]   
	00204: DELTAP1    
	00205: DELTAP2    
	00206: MIRP[nrp0,md,rd,1] 
	00207: SHP[rp1,zp0] 
	00208: MDAP[rd]   
	00209: RTHG       
	00210: SRP1       
	00211: SRP2       
	00212: IP         
	00213: MDAP[rd]   
	00214: IUP[y]     
	00215: IUP[x]     
	00216: SVTCA[x-axis] 
	00217: DELTAP1    
	00218: DELTAP1    
	00219: CALL       
	00220: SVTCA[y-axis] 
	00221: DELTAP2    
	00222: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                               On
	 14:  YDual                               Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short On
	 30:  YDual                               Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:                              X-Short On
	 34:                              X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:                                      On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                      Y-Short X-Short On
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:                      Y-Short X-Short Off
	 56:        XDual         Y-Short         On
	 57:        XDual         Y-Short         Off
	 58:        XDual         Y-Short X-Short On
	 59:        XDual         Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:                      Y-Short X-Short Off
	 63:                      Y-Short X-Short Off
	 64:  YDual                       X-Short On
	 65:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (  1040,  1057)  ->  Abs (  1040,  1057)
	  1: Rel (    66,   121)  ->  Abs (  1106,  1178)
	  2: Rel (    21,   -27)  ->  Abs (  1127,  1151)
	  3: Rel (    82,   -61)  ->  Abs (  1209,  1090)
	  4: Rel (   -33,   -61)  ->  Abs (  1176,  1029)
	  5: Rel (     0,  -109)  ->  Abs (  1176,   920)
	  6: Rel (     0,   -47)  ->  Abs (  1176,   873)
	  7: Rel (    16,  -219)  ->  Abs (  1192,   654)
	  8: Rel (    16,  -219)  ->  Abs (  1208,   435)
	  9: Rel (     0,  -109)  ->  Abs (  1208,   326)
	 10: Rel (     0,  -118)  ->  Abs (  1208,   208)
	 11: Rel (   -71,  -152)  ->  Abs (  1137,    56)
	 12: Rel (  -170,   -74)  ->  Abs (   967,   -18)
	 13: Rel (  -287,     0)  ->  Abs (   680,   -18)
	 14: Rel (  -306,     0)  ->  Abs (   374,   -18)
	 15: Rel (  -194,   116)  ->  Abs (   180,    98)
	 16: Rel (     0,   108)  ->  Abs (   180,   206)
	 17: Rel (     0,    51)  ->  Abs (   180,   257)
	 18: Rel (    27,   106)  ->  Abs (   207,   363)
	 19: Rel (    19,     0)  ->  Abs (   226,   363)
	 20: Rel (    14,     0)  ->  Abs (   240,   363)
	 21: Rel (     0,   -18)  ->  Abs (   240,   345)
	 22: Rel (     0,    -6)  ->  Abs (   240,   339)
	 23: Rel (    -3,   -12)  ->  Abs (   237,   327)
	 24: Rel (    -3,   -12)  ->  Abs (   234,   315)
	 25: Rel (     0,   -10)  ->  Abs (   234,   305)
	 26: Rel (     0,   -97)  ->  Abs (   234,   208)
	 27: Rel (   204,   -94)  ->  Abs (   438,   114)
	 28: Rel (   231,     0)  ->  Abs (   669,   114)
	 29: Rel (    69,     0)  ->  Abs (   738,   114)
	 30: Rel (   400,     0)  ->  Abs (  1138,   114)
	 31: Rel (     0,   141)  ->  Abs (  1138,   255)
	 32: Rel (     0,   139)  ->  Abs (  1138,   394)
	 33: Rel (   -28,   281)  ->  Abs (  1110,   675)
	 34: Rel (   -32,   315)  ->  Abs (  1078,   990)
	 35: Rel (    -3,    34)  ->  Abs (  1075,  1024)
	 36: Rel (  -609,  -543)  ->  Abs (   466,   481)
	 37: Rel (    11,    15)  ->  Abs (   477,   496)
	 38: Rel (   102,    25)  ->  Abs (   579,   521)
	 39: Rel (    96,    23)  ->  Abs (   675,   544)
	 40: Rel (     0,    21)  ->  Abs (   675,   565)
	 41: Rel (     0,    20)  ->  Abs (   675,   585)
	 42: Rel (   -74,     8)  ->  Abs (   601,   593)
	 43: Rel (   -73,     8)  ->  Abs (   528,   601)
	 44: Rel (     0,    44)  ->  Abs (   528,   645)
	 45: Rel (     0,    54)  ->  Abs (   528,   699)
	 46: Rel (    87,   153)  ->  Abs (   615,   852)
	 47: Rel (    37,     0)  ->  Abs (   652,   852)
	 48: Rel (    35,     0)  ->  Abs (   687,   852)
	 49: Rel (     0,   -26)  ->  Abs (   687,   826)
	 50: Rel (     0,   -40)  ->  Abs (   687,   786)
	 51: Rel (   -21,   -27)  ->  Abs (   666,   759)
	 52: Rel (   -16,    15)  ->  Abs (   650,   774)
	 53: Rel (   -24,     0)  ->  Abs (   626,   774)
	 54: Rel (   -20,     0)  ->  Abs (   606,   774)
	 55: Rel (   -33,   -37)  ->  Abs (   573,   737)
	 56: Rel (     0,   -20)  ->  Abs (   573,   717)
	 57: Rel (     0,   -29)  ->  Abs (   573,   688)
	 58: Rel (    79,   -11)  ->  Abs (   652,   677)
	 59: Rel (    80,   -11)  ->  Abs (   732,   666)
	 60: Rel (     0,   -56)  ->  Abs (   732,   610)
	 61: Rel (     0,   -41)  ->  Abs (   732,   569)
	 62: Rel (   -47,   -78)  ->  Abs (   685,   491)
	 63: Rel (   -40,   -30)  ->  Abs (   645,   461)
	 64: Rel (   -46,     0)  ->  Abs (   599,   461)
	 65: Rel (  -132,     0)  ->  Abs (   467,   461)

	Glyph 986: off = 0x00030F42, len = 450
	  numberOfContours:	2
	  xMin:			56
	  yMin:			-32
	  xMax:			1229
	  yMax:			1156

	EndPoints
	---------
	  0:  43
	  1:  73

	  Length of Instructions:	241
	00000: NPUSHB      (50):     6    66    69    66   132    66     3   183    28     1 
	                             3    15    21    15   182    26   194    26     4   150 
	                            26   167    26     2    37    15    53    15     2    37 
	                            70    52    70     2    90    36    93    37   109     2 
	                           107    35   109    37   110    38     6    59    59    55 
	00052: PUSHW[1]            898 
	00055: NPUSHB      (11):    15    61     1    47    61    63    61     2    61    61 
	                            46 
	00068: PUSHW[1]            937 
	00071: PUSHB[3]             72    14    10 
	00075: PUSHW[1]            907 
	00078: PUSHB[5]             11    42    24    24    30 
	00084: PUSHW[1]            909 
	00087: PUSHB[7]             18    57    57    44    44    52    68 
	00095: PUSHW[1]            879 
	00098: PUSHB[3]             48    48    64 
	00102: PUSHW[1]            875 
	00105: NPUSHB      (35):    64    15    52     1     0    52    16    52     2     0 
	                            52     1    52    38    37    35     2     4    40     6 
	                            14    14    35     6    42    42    40     0     0    95 
	                            40     1    40    40    35 
	00142: PUSHW[1]            882 
	00145: PUSHB[8]             32     6     6    10    11    26    26    27 
	00154: PUSHW[4]            879    21     5   340 
	00163: SCANCTRL   
	00164: SCANTYPE   
	00165: MDAP[rd]   
	00166: MIRP[srp0,md,rd,1] 
	00167: SHP[rp2,zp1] 
	00168: MDAP[rd]   
	00169: MDAP[rd]   
	00170: ALIGNRP    
	00171: SHP[rp1,zp0] 
	00172: MDAP[rd]   
	00173: SMD        
	00174: RTHG       
	00175: MIRP[srp0,md,rd,1] 
	00176: SHP[rp2,zp1] 
	00177: RTG        
	00178: MDAP[rd]   
	00179: DELTAP2    
	00180: SHP[rp1,zp0] 
	00181: MDAP[rd]   
	00182: RTHG       
	00183: SRP2       
	00184: IP         
	00185: MDAP[rd]   
	00186: RTG        
	00187: SRP1       
	00188: SRP2       
	00189: IP         
	00190: MDAP[rd]   
	00191: SRP1       
	00192: SRP2       
	00193: IP         
	00194: IP         
	00195: SRP1       
	00196: IP         
	00197: IP         
	00198: MDAP[rd]   
	00199: DELTAP1    
	00200: DELTAP1    
	00201: DELTAP2    
	00202: SMD        
	00203: MIRP[nrp0,md,rd,1] 
	00204: SHP[rp1,zp0] 
	00205: MDAP[rd]   
	00206: MIRP[nrp0,md,rd,1] 
	00207: SRP1       
	00208: SHP[rp1,zp0] 
	00209: MDAP[rd]   
	00210: SHP[rp2,zp1] 
	00211: MDAP[rd]   
	00212: SVTCA[y-axis] 
	00213: MDAP[rd]   
	00214: MIRP[srp0,md,rd,1] 
	00215: SHP[rp2,zp1] 
	00216: MDAP[rd]   
	00217: MDAP[rd]   
	00218: MDAP[rd]   
	00219: MIRP[srp0,md,rd,1] 
	00220: SHP[rp2,zp1] 
	00221: MDAP[rd]   
	00222: MIRP[srp0,md,rd,1] 
	00223: SHP[rp2,zp1] 
	00224: MDAP[rd]   
	00225: DELTAP1    
	00226: DELTAP2    
	00227: MIRP[nrp0,md,rd,1] 
	00228: SHP[rp1,zp0] 
	00229: MDAP[rd]   
	00230: IUP[y]     
	00231: IUP[x]     
	00232: SVTCA[x-axis] 
	00233: DELTAP2    
	00234: DELTAP1    
	00235: DELTAP1    
	00236: DELTAP1    
	00237: DELTAP1    
	00238: SVTCA[y-axis] 
	00239: DELTAP1    
	00240: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short On
	 11:        XDual         Y-Short         On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:              Rep-  2 Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                               Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:                      Y-Short X-Short On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual                               On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual Rep-  2 Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:                              X-Short On
	 38:                              X-Short On
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:                                      On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual               Y-Short X-Short On
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual         Y-Short         Off
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:                      Y-Short X-Short On
	 60:  YDual               Y-Short X-Short Off
	 61:  YDual                       X-Short On
	 62:  YDual                       X-Short Off
	 63:                      Y-Short X-Short Off
	 64:        XDual         Y-Short         On
	 65:        XDual         Y-Short         Off
	 66:        XDual         Y-Short X-Short On
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short         On
	 69:        XDual         Y-Short         Off
	 70:                      Y-Short X-Short Off
	 71:                      Y-Short X-Short Off
	 72:  YDual                       X-Short On
	 73:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (  1039,  1069)  ->  Abs (  1039,  1069)
	  1: Rel (   -33,   -60)  ->  Abs (  1006,  1009)
	  2: Rel (     0,  -110)  ->  Abs (  1006,   899)
	  3: Rel (     0,   -47)  ->  Abs (  1006,   852)
	  4: Rel (    15,  -205)  ->  Abs (  1021,   647)
	  5: Rel (    15,  -206)  ->  Abs (  1036,   441)
	  6: Rel (     0,  -109)  ->  Abs (  1036,   332)
	  7: Rel (     1,   -84)  ->  Abs (  1037,   248)
	  8: Rel (    88,  -125)  ->  Abs (  1125,   123)
	  9: Rel (    71,     0)  ->  Abs (  1196,   123)
	 10: Rel (    33,     0)  ->  Abs (  1229,   123)
	 11: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 12: Rel (   -76,     0)  ->  Abs (  1153,     0)
	 13: Rel (   -83,    47)  ->  Abs (  1070,    47)
	 14: Rel (   -50,   118)  ->  Abs (  1020,   165)
	 15: Rel (   -21,   -81)  ->  Abs (   999,    84)
	 16: Rel (  -131,   -92)  ->  Abs (   868,    -8)
	 17: Rel (  -184,   -24)  ->  Abs (   684,   -32)
	 18: Rel (  -174,     0)  ->  Abs (   510,   -32)
	 19: Rel (  -286,     0)  ->  Abs (   224,   -32)
	 20: Rel (  -168,   117)  ->  Abs (    56,    85)
	 21: Rel (     0,   108)  ->  Abs (    56,   193)
	 22: Rel (     0,    50)  ->  Abs (    56,   243)
	 23: Rel (    27,   107)  ->  Abs (    83,   350)
	 24: Rel (    19,     0)  ->  Abs (   102,   350)
	 25: Rel (    13,     0)  ->  Abs (   115,   350)
	 26: Rel (     0,   -19)  ->  Abs (   115,   331)
	 27: Rel (    -3,   -47)  ->  Abs (   112,   284)
	 28: Rel (     0,   -88)  ->  Abs (   112,   196)
	 29: Rel (   165,   -96)  ->  Abs (   277,   100)
	 30: Rel (   291,     0)  ->  Abs (   568,   100)
	 31: Rel (   113,     0)  ->  Abs (   681,   100)
	 32: Rel (   162,    21)  ->  Abs (   843,   121)
	 33: Rel (   100,    40)  ->  Abs (   943,   161)
	 34: Rel (    23,    43)  ->  Abs (   966,   204)
	 35: Rel (     0,    44)  ->  Abs (   966,   248)
	 36: Rel (     0,   146)  ->  Abs (   966,   394)
	 37: Rel (   -27,   274)  ->  Abs (   939,   668)
	 38: Rel (   -30,   301)  ->  Abs (   909,   969)
	 39: Rel (    -3,    27)  ->  Abs (   906,   996)
	 40: Rel (   -36,    40)  ->  Abs (   870,  1036)
	 41: Rel (    25,    41)  ->  Abs (   895,  1077)
	 42: Rel (    41,    79)  ->  Abs (   936,  1156)
	 43: Rel (    26,   -30)  ->  Abs (   962,  1126)
	 44: Rel (  -666,  -666)  ->  Abs (   296,   460)
	 45: Rel (    11,    16)  ->  Abs (   307,   476)
	 46: Rel (   103,    24)  ->  Abs (   410,   500)
	 47: Rel (    95,    23)  ->  Abs (   505,   523)
	 48: Rel (     0,    21)  ->  Abs (   505,   544)
	 49: Rel (     0,    20)  ->  Abs (   505,   564)
	 50: Rel (   -73,     8)  ->  Abs (   432,   572)
	 51: Rel (   -74,     8)  ->  Abs (   358,   580)
	 52: Rel (     0,    44)  ->  Abs (   358,   624)
	 53: Rel (     0,    54)  ->  Abs (   358,   678)
	 54: Rel (    87,   153)  ->  Abs (   445,   831)
	 55: Rel (    37,     0)  ->  Abs (   482,   831)
	 56: Rel (    36,     0)  ->  Abs (   518,   831)
	 57: Rel (     0,   -25)  ->  Abs (   518,   806)
	 58: Rel (     0,   -40)  ->  Abs (   518,   766)
	 59: Rel (   -22,   -28)  ->  Abs (   496,   738)
	 60: Rel (   -15,    15)  ->  Abs (   481,   753)
	 61: Rel (   -25,     0)  ->  Abs (   456,   753)
	 62: Rel (   -19,     0)  ->  Abs (   437,   753)
	 63: Rel (   -34,   -38)  ->  Abs (   403,   715)
	 64: Rel (     0,   -20)  ->  Abs (   403,   695)
	 65: Rel (     0,   -29)  ->  Abs (   403,   666)
	 66: Rel (    80,   -10)  ->  Abs (   483,   656)
	 67: Rel (    80,   -11)  ->  Abs (   563,   645)
	 68: Rel (     0,   -56)  ->  Abs (   563,   589)
	 69: Rel (     0,   -41)  ->  Abs (   563,   548)
	 70: Rel (   -46,   -77)  ->  Abs (   517,   471)
	 71: Rel (   -41,   -32)  ->  Abs (   476,   439)
	 72: Rel (   -47,     0)  ->  Abs (   429,   439)
	 73: Rel (  -132,     0)  ->  Abs (   297,   439)

	Glyph 987: off = 0x00031104, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1160

	     0: Flags:		0x0216
		Glyf Index:	815
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 988: off = 0x00031114, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1159

	     0: Flags:		0x0216
		Glyf Index:	816
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 989: off = 0x00031124, len = 230
	  numberOfContours:	1
	  xMin:			264
	  yMin:			-201
	  xMax:			1130
	  yMax:			1161

	EndPoints
	---------
	  0:  39

	  Length of Instructions:	106
	00000: NPUSHB      (24):    74    17   182    29     2   175    12   188    12     2 
	                             8    13   127    12   143    12     3     2    64    21 
	                             1    21    21    31 
	00026: PUSHW[1]            910 
	00029: NPUSHB      (20):    15    38    37    35     7     9    11     2     2     0 
	                             4     4     0    64    10    13    52     0     0    35 
	00051: PUSHW[1]            883 
	00054: PUSHB[4]             11    23    23    27 
	00059: PUSHW[4]            880    18     5   340 
	00068: SCANCTRL   
	00069: SCANTYPE   
	00070: MDAP[rd]   
	00071: MIRP[srp0,md,rd,1] 
	00072: SHP[rp2,zp1] 
	00073: MDAP[rd]   
	00074: MDAP[rd]   
	00075: MIRP[srp0,md,rd,1] 
	00076: SHP[rp2,zp1] 
	00077: MDAP[rd]   
	00078: CALL       
	00079: SHP[rp1,zp0] 
	00080: MDAP[rd]   
	00081: RTHG       
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: IP         
	00087: IP         
	00088: SRP1       
	00089: IP         
	00090: IP         
	00091: SVTCA[y-axis] 
	00092: RTG        
	00093: MDAP[rd]   
	00094: MIRP[srp0,md,rd,1] 
	00095: SHP[rp2,zp1] 
	00096: MDAP[rd]   
	00097: DELTAP1    
	00098: MDAP[rd]   
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[y-axis] 
	00102: DELTAP1    
	00103: DELTAP1    
	00104: SVTCA[x-axis] 
	00105: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:        XDual                 X-Short On
	 10:        XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short         Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual               Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short On
	 38:                              X-Short On
	 39:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   944,  1024)  ->  Abs (   944,  1024)
	  1: Rel (    26,    55)  ->  Abs (   970,  1079)
	  2: Rel (    46,    82)  ->  Abs (  1016,  1161)
	  3: Rel (    36,   -39)  ->  Abs (  1052,  1122)
	  4: Rel (    76,   -65)  ->  Abs (  1128,  1057)
	  5: Rel (   -42,   -62)  ->  Abs (  1086,   995)
	  6: Rel (   -17,   -48)  ->  Abs (  1069,   947)
	  7: Rel (     0,   -36)  ->  Abs (  1069,   911)
	  8: Rel (     0,   -79)  ->  Abs (  1069,   832)
	  9: Rel (    30,  -299)  ->  Abs (  1099,   533)
	 10: Rel (    31,  -299)  ->  Abs (  1130,   234)
	 11: Rel (     0,   -54)  ->  Abs (  1130,   180)
	 12: Rel (     0,  -168)  ->  Abs (  1130,    12)
	 13: Rel (  -114,  -134)  ->  Abs (  1016,  -122)
	 14: Rel (  -299,   -79)  ->  Abs (   717,  -201)
	 15: Rel (  -142,     0)  ->  Abs (   575,  -201)
	 16: Rel (  -144,     0)  ->  Abs (   431,  -201)
	 17: Rel (  -167,   123)  ->  Abs (   264,   -78)
	 18: Rel (     0,   109)  ->  Abs (   264,    31)
	 19: Rel (     0,    85)  ->  Abs (   264,   116)
	 20: Rel (    83,   220)  ->  Abs (   347,   336)
	 21: Rel (    22,     0)  ->  Abs (   369,   336)
	 22: Rel (    16,     0)  ->  Abs (   385,   336)
	 23: Rel (     0,   -14)  ->  Abs (   385,   322)
	 24: Rel (     0,   -10)  ->  Abs (   385,   312)
	 25: Rel (   -30,   -68)  ->  Abs (   355,   244)
	 26: Rel (   -29,   -68)  ->  Abs (   326,   176)
	 27: Rel (     0,   -45)  ->  Abs (   326,   131)
	 28: Rel (     0,   -68)  ->  Abs (   326,    63)
	 29: Rel (    59,   -73)  ->  Abs (   385,   -10)
	 30: Rel (   107,   -56)  ->  Abs (   492,   -66)
	 31: Rel (    61,     0)  ->  Abs (   553,   -66)
	 32: Rel (   180,     0)  ->  Abs (   733,   -66)
	 33: Rel (   264,    60)  ->  Abs (   997,    -6)
	 34: Rel (    62,    62)  ->  Abs (  1059,    56)
	 35: Rel (     0,    61)  ->  Abs (  1059,   117)
	 36: Rel (     0,    66)  ->  Abs (  1059,   183)
	 37: Rel (   -19,   184)  ->  Abs (  1040,   367)
	 38: Rel (   -53,   512)  ->  Abs (   987,   879)
	 39: Rel (   -13,   127)  ->  Abs (   974,  1006)

	Glyph 990: off = 0x0003120A, len = 256
	  numberOfContours:	1
	  xMin:			113
	  yMin:			-322
	  xMax:			1229
	  yMax:			1162

	EndPoints
	---------
	  0:  47

	  Length of Instructions:	114
	00000: NPUSHB      (16):   118     4   118    24     2    73     8   164     3   181 
	                             3   181    20     4     0    43 
	00018: PUSHW[1]            907 
	00021: PUSHB[5]             44    33    12    12    22 
	00027: PUSHW[1]            910 
	00030: NPUSHB      (21):     6    29    28    26    37    39     2     0    33    33 
	                            31    35    35    31    64     9    13    52    31    31 
	                            26 
	00053: PUSHW[1]            883 
	00056: PUSHB[4]              0    14    14    18 
	00061: PUSHW[1]            880 
	00064: PUSHB[4]              9    43    44     5 
	00069: PUSHW[1]            340 
	00072: SCANCTRL   
	00073: SCANTYPE   
	00074: MDAP[rd]   
	00075: ALIGNRP    
	00076: MDAP[rd]   
	00077: MIRP[srp0,md,rd,1] 
	00078: SHP[rp2,zp1] 
	00079: MDAP[rd]   
	00080: MDAP[rd]   
	00081: MIRP[srp0,md,rd,1] 
	00082: SHP[rp2,zp1] 
	00083: MDAP[rd]   
	00084: CALL       
	00085: SHP[rp1,zp0] 
	00086: MDAP[rd]   
	00087: RTHG       
	00088: SRP2       
	00089: IP         
	00090: MDAP[rd]   
	00091: SRP1       
	00092: SHP[rp1,zp0] 
	00093: IP         
	00094: IP         
	00095: SRP1       
	00096: IP         
	00097: IP         
	00098: SVTCA[y-axis] 
	00099: RTG        
	00100: MDAP[rd]   
	00101: MIRP[srp0,md,rd,1] 
	00102: SHP[rp2,zp1] 
	00103: MDAP[rd]   
	00104: MDAP[rd]   
	00105: MDAP[rd]   
	00106: MIRP[srp0,md,rd,1] 
	00107: SHP[rp2,zp1] 
	00108: IUP[y]     
	00109: IUP[x]     
	00110: SVTCA[x-axis] 
	00111: DELTAP1    
	00112: SVTCA[y-axis] 
	00113: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short         Off
	  6:  YDual                       X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual               Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short On
	 29:                              X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual                 X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short On
	 44:        XDual         Y-Short         On
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   972,   181)  ->  Abs (   972,   181)
	  1: Rel (     6,   -63)  ->  Abs (   978,   118)
	  2: Rel (     0,   -76)  ->  Abs (   978,    42)
	  3: Rel (     0,  -171)  ->  Abs (   978,  -129)
	  4: Rel (  -140,  -127)  ->  Abs (   838,  -256)
	  5: Rel (  -304,   -65)  ->  Abs (   534,  -321)
	  6: Rel (  -110,     0)  ->  Abs (   424,  -321)
	  7: Rel (  -144,    -1)  ->  Abs (   280,  -322)
	  8: Rel (  -167,   123)  ->  Abs (   113,  -199)
	  9: Rel (     0,   110)  ->  Abs (   113,   -89)
	 10: Rel (     0,    84)  ->  Abs (   113,    -5)
	 11: Rel (    84,   220)  ->  Abs (   197,   215)
	 12: Rel (    21,     0)  ->  Abs (   218,   215)
	 13: Rel (    16,     0)  ->  Abs (   234,   215)
	 14: Rel (     0,   -13)  ->  Abs (   234,   202)
	 15: Rel (     0,   -10)  ->  Abs (   234,   192)
	 16: Rel (   -29,   -68)  ->  Abs (   205,   124)
	 17: Rel (   -30,   -69)  ->  Abs (   175,    55)
	 18: Rel (     0,   -45)  ->  Abs (   175,    10)
	 19: Rel (     0,   -67)  ->  Abs (   175,   -57)
	 20: Rel (    59,   -73)  ->  Abs (   234,  -130)
	 21: Rel (   108,   -57)  ->  Abs (   342,  -187)
	 22: Rel (    60,     1)  ->  Abs (   402,  -186)
	 23: Rel (   181,     0)  ->  Abs (   583,  -186)
	 24: Rel (   264,    59)  ->  Abs (   847,  -127)
	 25: Rel (    61,    63)  ->  Abs (   908,   -64)
	 26: Rel (     0,    61)  ->  Abs (   908,    -3)
	 27: Rel (     0,    52)  ->  Abs (   908,    49)
	 28: Rel (   -19,   197)  ->  Abs (   889,   246)
	 29: Rel (   -61,   634)  ->  Abs (   828,   880)
	 30: Rel (   -12,   127)  ->  Abs (   816,  1007)
	 31: Rel (   -31,    18)  ->  Abs (   785,  1025)
	 32: Rel (    29,    64)  ->  Abs (   814,  1089)
	 33: Rel (    43,    73)  ->  Abs (   857,  1162)
	 34: Rel (    38,   -45)  ->  Abs (   895,  1117)
	 35: Rel (    74,   -59)  ->  Abs (   969,  1058)
	 36: Rel (   -59,   -72)  ->  Abs (   910,   986)
	 37: Rel (     0,   -74)  ->  Abs (   910,   912)
	 38: Rel (     0,  -116)  ->  Abs (   910,   796)
	 39: Rel (    48,  -455)  ->  Abs (   958,   341)
	 40: Rel (    10,   -94)  ->  Abs (   968,   247)
	 41: Rel (   125,  -124)  ->  Abs (  1093,   123)
	 42: Rel (    76,     0)  ->  Abs (  1169,   123)
	 43: Rel (    60,     0)  ->  Abs (  1229,   123)
	 44: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 45: Rel (   -46,     0)  ->  Abs (  1183,     0)
	 46: Rel (   -64,     0)  ->  Abs (  1119,     0)
	 47: Rel (  -122,   104)  ->  Abs (   997,   104)

	Glyph 991: off = 0x0003130A, len = 126
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1149
	  yMax:			1172

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	65
	00000: PUSHW[2]             15   -64 
	00005: PUSHB[5]              9    22    52     9     1 
	00011: PUSHW[1]            907 
	00014: NPUSHB      (16):     0    12    14     9     9     7    11    11     7    64 
	                            10    16    52     7     7     4 
	00032: PUSHW[1]            884 
	00035: PUSHB[4]             14     1     0     4 
	00040: SCANTYPE   
	00041: MDAP[rd]   
	00042: ALIGNRP    
	00043: MDAP[rd]   
	00044: MIRP[srp0,md,rd,1] 
	00045: SHP[rp2,zp1] 
	00046: MDAP[rd]   
	00047: CALL       
	00048: SHP[rp1,zp0] 
	00049: MDAP[rd]   
	00050: RTHG       
	00051: SRP2       
	00052: IP         
	00053: MDAP[rd]   
	00054: SRP1       
	00055: IP         
	00056: SVTCA[y-axis] 
	00057: RTG        
	00058: MDAP[rd]   
	00059: MIRP[nrp0,md,rd,1] 
	00060: MDAP[rd]   
	00061: IUP[y]     
	00062: IUP[x]     
	00063: SVTCA[x-axis] 
	00064: CALL       

	Flags
	-----
	  0:  YDual XDual                         On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:                              X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:                      Y-Short X-Short On
	 13:        XDual                 X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (     0,     0)  ->  Abs (     0,     0)
	  1: Rel (     0,   123)  ->  Abs (     0,   123)
	  2: Rel (   969,     0)  ->  Abs (   969,   123)
	  3: Rel (   104,     0)  ->  Abs (  1073,   123)
	  4: Rel (     0,    62)  ->  Abs (  1073,   185)
	  5: Rel (     0,   244)  ->  Abs (  1073,   429)
	  6: Rel (   -59,   520)  ->  Abs (  1014,   949)
	  7: Rel (   -50,    94)  ->  Abs (   964,  1043)
	  8: Rel (    33,    63)  ->  Abs (   997,  1106)
	  9: Rel (    51,    66)  ->  Abs (  1048,  1172)
	 10: Rel (    41,   -87)  ->  Abs (  1089,  1085)
	 11: Rel (    47,   -44)  ->  Abs (  1136,  1041)
	 12: Rel (   -58,  -101)  ->  Abs (  1078,   940)
	 13: Rel (    71,  -545)  ->  Abs (  1149,   395)
	 14: Rel (     0,  -218)  ->  Abs (  1149,   177)
	 15: Rel (     0,   -78)  ->  Abs (  1149,    99)
	 16: Rel (   -83,   -99)  ->  Abs (  1066,     0)
	 17: Rel (  -175,     0)  ->  Abs (   891,     0)

	Glyph 992: off = 0x00031388, len = 204
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1162

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	120
	00000: NPUSHB      (22):   199    22   215    22     2   153     3   163     6   182 
	                             6     3   102    23   117    23   132    23     3    16 
	                            18    25 
	00024: PUSHW[4]            907     0     9   907 
	00033: NPUSHB      (32):     8    16    79    18     1    18    18    14   208     5 
	                             1     0     5    32     5     2   208     5     1    32 
	                             5    79     5   127     5   160     5     4     5     5 
	                            20    21 
	00067: PUSHW[1]            883 
	00070: NPUSHB      (11):    32    14     1    14    14     8    25     0     9     8 
	                             4 
	00083: SCANTYPE   
	00084: MDAP[rd]   
	00085: ALIGNRP    
	00086: MDAP[rd]   
	00087: ALIGNRP    
	00088: SRP2       
	00089: IP         
	00090: MDAP[rd]   
	00091: DELTAP1    
	00092: MIRP[nrp0,md,rd,1] 
	00093: RTHG       
	00094: SRP2       
	00095: IP         
	00096: MDAP[rd]   
	00097: DELTAP1    
	00098: DELTAP1    
	00099: DELTAP2    
	00100: DELTAP3    
	00101: SRP1       
	00102: IP         
	00103: MDAP[rd]   
	00104: DELTAP1    
	00105: SHP[rp1,zp0] 
	00106: SVTCA[y-axis] 
	00107: RTG        
	00108: MDAP[rd]   
	00109: MIRP[nrp0,md,rd,1] 
	00110: MDAP[rd]   
	00111: MIRP[nrp0,md,rd,1] 
	00112: MDAP[rd]   
	00113: SHP[rp1,zp0] 
	00114: IUP[y]     
	00115: IUP[x]     
	00116: SVTCA[x-axis] 
	00117: DELTAP1    
	00118: DELTAP1    
	00119: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On
	 11:  YDual XDual                 X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual                         On
	 21:        XDual         Y-Short         On
	 22:        XDual                         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (   -86,     0)  ->  Abs (  1143,     0)
	  2: Rel (  -116,     0)  ->  Abs (  1027,     0)
	  3: Rel (  -141,    29)  ->  Abs (   886,    29)
	  4: Rel (   -94,   102)  ->  Abs (   792,   131)
	  5: Rel (   -31,    81)  ->  Abs (   761,   212)
	  6: Rel (   -72,  -212)  ->  Abs (   689,     0)
	  7: Rel (  -179,     0)  ->  Abs (   510,     0)
	  8: Rel (  -510,     0)  ->  Abs (     0,     0)
	  9: Rel (     0,   123)  ->  Abs (     0,   123)
	 10: Rel (   529,     0)  ->  Abs (   529,   123)
	 11: Rel (    58,     0)  ->  Abs (   587,   123)
	 12: Rel (    75,    54)  ->  Abs (   662,   177)
	 13: Rel (    32,   108)  ->  Abs (   694,   285)
	 14: Rel (     0,   144)  ->  Abs (   694,   429)
	 15: Rel (     0,   548)  ->  Abs (   694,   977)
	 16: Rel (   -70,    72)  ->  Abs (   624,  1049)
	 17: Rel (    57,    61)  ->  Abs (   681,  1110)
	 18: Rel (    39,    52)  ->  Abs (   720,  1162)
	 19: Rel (    46,   -80)  ->  Abs (   766,  1082)
	 20: Rel (     0,  -275)  ->  Abs (   766,   807)
	 21: Rel (     0,  -115)  ->  Abs (   766,   692)
	 22: Rel (     0,  -348)  ->  Abs (   766,   344)
	 23: Rel (   121,  -221)  ->  Abs (   887,   123)
	 24: Rel (   127,     0)  ->  Abs (  1014,   123)
	 25: Rel (   215,     0)  ->  Abs (  1229,   123)

	Glyph 993: off = 0x00031454, len = 256
	  numberOfContours:	2
	  xMin:			434
	  yMin:			-561
	  xMax:			1229
	  yMax:			592

	EndPoints
	---------
	  0:  26
	  1:  37

	  Length of Instructions:	143
	00000: NPUSHB      (19):   199    25     1    23    24    10    15    52   107    29 
	                           116    26   231    26   247    26     4    13    24 
	00021: PUSHW[1]            905 
	00024: PUSHB[5]             30    30    34    20    36 
	00030: PUSHW[1]            907 
	00033: PUSHB[4]              3     3     0    27 
	00038: PUSHW[5]            907     1   858    27   888 
	00049: PUSHB[5]              0     1    10    10    13 
	00055: PUSHW[1]            -64 
	00058: NPUSHB      (19):     9    12    52    13    13     6    34    20    16    10 
	                            12    52    20    48    32    64    32     2    32 
	00079: PUSHW[1]            891 
	00082: PUSHB[8]             22    64    20    25    52    22    22     6 
	00091: PUSHW[1]            893 
	00094: PUSHB[5]             48    18     1    18     4 
	00100: SCANTYPE   
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: MIRP[nrp0,md,rd,1] 
	00104: IP         
	00105: MDAP[rd]   
	00106: CALL       
	00107: MIRP[nrp0,md,rd,1] 
	00108: DELTAP2    
	00109: IP         
	00110: CALL       
	00111: SHP[rp2,zp1] 
	00112: SRP1       
	00113: SHP[rp1,zp0] 
	00114: RTHG       
	00115: MDAP[rd]   
	00116: CALL       
	00117: SHP[rp1,zp0] 
	00118: RTG        
	00119: MDAP[rd]   
	00120: MDAP[rd]   
	00121: ALIGNRP    
	00122: MIRP[nrp0,md,rd,1] 
	00123: SVTCA[y-axis] 
	00124: MIAP[rd+ci] 
	00125: MIRP[srp0,md,rd,1] 
	00126: SHP[rp2,zp1] 
	00127: SHP[rp1,zp0] 
	00128: MDAP[rd]   
	00129: MIRP[nrp0,md,rd,1] 
	00130: IP         
	00131: IP         
	00132: SHP[rp2,zp1] 
	00133: MDAP[rd]   
	00134: MIRP[nrp0,md,rd,1] 
	00135: MDAP[rd]   
	00136: IUP[y]     
	00137: IUP[x]     
	00138: SVTCA[x-axis] 
	00139: DELTAP1    
	00140: CALL       
	00141: SVTCA[y-axis] 
	00142: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                      Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual                               On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:        XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,   133)  ->  Abs (  1229,   133)
	  1: Rel (     0,  -133)  ->  Abs (  1229,     0)
	  2: Rel (  -149,    37)  ->  Abs (  1080,    37)
	  3: Rel (  -240,     0)  ->  Abs (   840,    37)
	  4: Rel (  -216,     0)  ->  Abs (   624,    37)
	  5: Rel (   -72,   -62)  ->  Abs (   552,   -25)
	  6: Rel (     0,   -62)  ->  Abs (   552,   -87)
	  7: Rel (     0,   -24)  ->  Abs (   552,  -111)
	  8: Rel (    48,  -150)  ->  Abs (   600,  -261)
	  9: Rel (    30,  -130)  ->  Abs (   630,  -391)
	 10: Rel (     0,   -55)  ->  Abs (   630,  -446)
	 11: Rel (     0,   -33)  ->  Abs (   630,  -479)
	 12: Rel (   -50,   -82)  ->  Abs (   580,  -561)
	 13: Rel (   -15,     0)  ->  Abs (   565,  -561)
	 14: Rel (   -18,    78)  ->  Abs (   547,  -483)
	 15: Rel (   -29,   119)  ->  Abs (   518,  -364)
	 16: Rel (   -31,    87)  ->  Abs (   487,  -277)
	 17: Rel (   -53,   136)  ->  Abs (   434,  -141)
	 18: Rel (     0,    63)  ->  Abs (   434,   -78)
	 19: Rel (     0,   135)  ->  Abs (   434,    57)
	 20: Rel (   125,    54)  ->  Abs (   559,   111)
	 21: Rel (   -72,   105)  ->  Abs (   487,   216)
	 22: Rel (     0,   127)  ->  Abs (   487,   343)
	 23: Rel (     0,   249)  ->  Abs (   487,   592)
	 24: Rel (   275,     0)  ->  Abs (   762,   592)
	 25: Rel (   101,     0)  ->  Abs (   863,   592)
	 26: Rel (   253,  -256)  ->  Abs (  1116,   336)
	 27: Rel (    17,  -213)  ->  Abs (  1133,   123)
	 28: Rel (   -98,   158)  ->  Abs (  1035,   281)
	 29: Rel (  -202,   196)  ->  Abs (   833,   477)
	 30: Rel (   -73,     0)  ->  Abs (   760,   477)
	 31: Rel (  -164,     0)  ->  Abs (   596,   477)
	 32: Rel (     0,  -188)  ->  Abs (   596,   289)
	 33: Rel (     0,   -75)  ->  Abs (   596,   214)
	 34: Rel (    29,   -75)  ->  Abs (   625,   139)
	 35: Rel (    99,    23)  ->  Abs (   724,   162)
	 36: Rel (   131,     0)  ->  Abs (   855,   162)
	 37: Rel (   192,     0)  ->  Abs (  1047,   162)

	Glyph 994: off = 0x00031554, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			434
	  yMin:			-561
	  xMax:			1229
	  yMax:			592

	     0: Flags:		0x0216
		Glyf Index:	993
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 995: off = 0x00031564, len = 208
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-9
	  xMax:			1179
	  yMax:			642

	EndPoints
	---------
	  0:  21
	  1:  31

	  Length of Instructions:	105
	00000: NPUSHB      (25):   166    31   182    31   198    31     3    68    11   181 
	                            15     2    36    11    52    11   101    15     3     2 
	                            10    30     3    22    14 
	00027: PUSHW[1]            912 
	00030: PUSHB[8]              0    27    16    27     2    27    27    22 
	00039: PUSHW[6]            903     0     6   907     5   858 
	00052: NPUSHB      (13):     2    10    64    30     1   160    30   176    30     2 
	                            30    30    24 
	00067: PUSHW[1]            886 
	00070: PUSHB[4]             16     6     5     4 
	00075: SCANTYPE   
	00076: MDAP[rd]   
	00077: ALIGNRP    
	00078: MDAP[rd]   
	00079: MIRP[srp0,md,rd,1] 
	00080: SHP[rp2,zp1] 
	00081: MDAP[rd]   
	00082: DELTAP1    
	00083: DELTAP2    
	00084: SHP[rp1,zp0] 
	00085: SHP[rp1,zp0] 
	00086: SVTCA[y-axis] 
	00087: MIAP[rd+ci] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: MDAP[rd]   
	00090: MIRP[srp0,md,rd,1] 
	00091: SHP[rp2,zp1] 
	00092: MDAP[rd]   
	00093: DELTAP1    
	00094: MIRP[nrp0,md,rd,1] 
	00095: SRP1       
	00096: SLOOP      
	00097: SHP[rp1,zp0] 
	00098: IUP[y]     
	00099: IUP[x]     
	00100: SVTCA[x-axis] 
	00101: DELTAP1    
	00102: DELTAP1    
	00103: SVTCA[y-axis] 
	00104: DELTAP1    

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual                         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   966,    -6)  ->  Abs (   966,    -6)
	  1: Rel (   -72,    71)  ->  Abs (   894,    65)
	  2: Rel (   -94,    63)  ->  Abs (   800,   128)
	  3: Rel (  -142,  -128)  ->  Abs (   658,     0)
	  4: Rel (  -142,     0)  ->  Abs (   516,     0)
	  5: Rel (  -516,     0)  ->  Abs (     0,     0)
	  6: Rel (     0,   123)  ->  Abs (     0,   123)
	  7: Rel (   254,     0)  ->  Abs (   254,   123)
	  8: Rel (   315,     0)  ->  Abs (   569,   123)
	  9: Rel (   179,    50)  ->  Abs (   748,   173)
	 10: Rel (    19,    40)  ->  Abs (   767,   213)
	 11: Rel (    75,   209)  ->  Abs (   842,   422)
	 12: Rel (    37,   106)  ->  Abs (   879,   528)
	 13: Rel (    87,   114)  ->  Abs (   966,   642)
	 14: Rel (    45,     0)  ->  Abs (  1011,   642)
	 15: Rel (   168,     0)  ->  Abs (  1179,   642)
	 16: Rel (     0,  -271)  ->  Abs (  1179,   371)
	 17: Rel (     0,  -126)  ->  Abs (  1179,   245)
	 18: Rel (   -38,  -100)  ->  Abs (  1141,   145)
	 19: Rel (   -20,   -52)  ->  Abs (  1121,    93)
	 20: Rel (   -55,   -42)  ->  Abs (  1066,    51)
	 21: Rel (   -81,   -60)  ->  Abs (   985,    -9)
	 22: Rel (    55,   108)  ->  Abs (  1040,    99)
	 23: Rel (    54,    83)  ->  Abs (  1094,   182)
	 24: Rel (     0,   129)  ->  Abs (  1094,   311)
	 25: Rel (     0,    77)  ->  Abs (  1094,   388)
	 26: Rel (   -49,   110)  ->  Abs (  1045,   498)
	 27: Rel (   -46,     0)  ->  Abs (   999,   498)
	 28: Rel (   -26,     0)  ->  Abs (   973,   498)
	 29: Rel (   -98,  -182)  ->  Abs (   875,   316)
	 30: Rel (   -26,   -73)  ->  Abs (   849,   243)
	 31: Rel (    92,   -53)  ->  Abs (   941,   190)

	Glyph 996: off = 0x00031634, len = 234
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-7
	  xMax:			1229
	  yMax:			641

	EndPoints
	---------
	  0:  25
	  1:  35

	  Length of Instructions:	119
	00000: PUSHW[2]             35   -64 
	00005: PUSHB[4]             14    20    52    19 
	00010: PUSHW[1]            -44 
	00013: NPUSHB      (22):     9    12    52    72    20   163    19   181    19     3 
	                            69    33    70    35     2    10    18    34     5     4 
	                            26    22 
	00037: PUSHW[1]            912 
	00040: PUSHB[3]             31    31    26 
	00044: NPUSHW      (10):   906     8     0   907     1   858    14   907    13   858 
	00066: NPUSHB      (15):     5    23     8    26    34    28    28    18    10    34 
	                             0     1    14    13     4 
	00083: SCANTYPE   
	00084: MDAP[rd]   
	00085: ALIGNRP    
	00086: MDAP[rd]   
	00087: ALIGNRP    
	00088: MDAP[rd]   
	00089: SHP[rp1,zp0] 
	00090: SHP[rp1,zp0] 
	00091: SHP[rp1,zp0] 
	00092: MDAP[rd]   
	00093: SRP2       
	00094: IP         
	00095: IP         
	00096: SHP[rp1,zp0] 
	00097: SHP[rp1,zp0] 
	00098: SVTCA[y-axis] 
	00099: MIAP[rd+ci] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: MIAP[rd+ci] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: MDAP[rd]   
	00104: MIRP[srp0,md,rd,1] 
	00105: SHP[rp2,zp1] 
	00106: MDAP[rd]   
	00107: MIRP[nrp0,md,rd,1] 
	00108: SRP1       
	00109: SLOOP      
	00110: SHP[rp1,zp0] 
	00111: IUP[y]     
	00112: IUP[x]     
	00113: SVTCA[x-axis] 
	00114: DELTAP1    
	00115: DELTAP1    
	00116: CALL       
	00117: SVTCA[y-axis] 
	00118: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                               On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual                 X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:                      Y-Short         On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual               Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,   123)  ->  Abs (  1229,   123)
	  1: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  2: Rel (   -35,     0)  ->  Abs (  1194,     0)
	  3: Rel (   -80,     0)  ->  Abs (  1114,     0)
	  4: Rel (  -116,    74)  ->  Abs (   998,    74)
	  5: Rel (   -56,   133)  ->  Abs (   942,   207)
	  6: Rel (   -41,   -79)  ->  Abs (   901,   128)
	  7: Rel (  -119,  -135)  ->  Abs (   782,    -7)
	  8: Rel (   -33,     1)  ->  Abs (   749,    -6)
	  9: Rel (   -72,    71)  ->  Abs (   677,    65)
	 10: Rel (   -94,    62)  ->  Abs (   583,   127)
	 11: Rel (  -142,  -127)  ->  Abs (   441,     0)
	 12: Rel (  -142,     0)  ->  Abs (   299,     0)
	 13: Rel (  -299,     0)  ->  Abs (     0,     0)
	 14: Rel (     0,   123)  ->  Abs (     0,   123)
	 15: Rel (    57,     0)  ->  Abs (    57,   123)
	 16: Rel (   255,     0)  ->  Abs (   312,   123)
	 17: Rel (   208,    35)  ->  Abs (   520,   158)
	 18: Rel (    30,    54)  ->  Abs (   550,   212)
	 19: Rel (    75,   210)  ->  Abs (   625,   422)
	 20: Rel (    37,   105)  ->  Abs (   662,   527)
	 21: Rel (    87,   114)  ->  Abs (   749,   641)
	 22: Rel (    45,     0)  ->  Abs (   794,   641)
	 23: Rel (   164,     0)  ->  Abs (   958,   641)
	 24: Rel (     7,  -518)  ->  Abs (   965,   123)
	 25: Rel (   221,     0)  ->  Abs (  1186,   123)
	 26: Rel (  -379,    -8)  ->  Abs (   807,   115)
	 27: Rel (    70,    77)  ->  Abs (   877,   192)
	 28: Rel (     0,   118)  ->  Abs (   877,   310)
	 29: Rel (     0,    78)  ->  Abs (   877,   388)
	 30: Rel (   -50,   110)  ->  Abs (   827,   498)
	 31: Rel (   -45,    -1)  ->  Abs (   782,   497)
	 32: Rel (   -26,     1)  ->  Abs (   756,   498)
	 33: Rel (  -102,  -191)  ->  Abs (   654,   307)
	 34: Rel (   -22,   -65)  ->  Abs (   632,   242)
	 35: Rel (   102,   -59)  ->  Abs (   734,   183)

	Glyph 997: off = 0x0003171E, len = 268
	  numberOfContours:	2
	  xMin:			254
	  yMin:			-385
	  xMax:			1146
	  yMax:			975

	EndPoints
	---------
	  0:  3
	  1:  30

	  Length of Instructions:	166
	00000: NPUSHB      (44):   143    12   138    13   212     9     3   179     9   196 
	                             9   218     4   213     5     4   150     6   170     4 
	                           165     6   169    13     4   134     6   154     4   148 
	                             5     3    84    25   101    25   116    25     3     0 
	                            52     2     2     3 
	00046: PUSHW[1]            924 
	00049: NPUSHB      (10):    15     1     1     1    17    17    11     4     5    26 
	00061: PUSHW[1]            911 
	00064: NPUSHB      (19):    11   137     4     1     4     4     5    30    17    22 
	                            52     5    64     9    16    52     5     5    29 
	00085: PUSHW[1]            931 
	00088: PUSHB[5]              8     1     3     3     0 
	00094: PUSHW[4]            923     2    19   -64 
	00103: PUSHB[6]              9    16    52    19    19    23 
	00110: PUSHW[1]            887 
	00113: PUSHB[2]             14     4 
	00116: SCANTYPE   
	00117: MDAP[rd]   
	00118: MIRP[srp0,md,rd,1] 
	00119: SHP[rp2,zp1] 
	00120: MDAP[rd]   
	00121: CALL       
	00122: MDAP[rd]   
	00123: MIRP[nrp0,md,rd,1] 
	00124: RTDG       
	00125: IP         
	00126: MDAP[rd]   
	00127: RTG        
	00128: ALIGNRP    
	00129: MDAP[rd]   
	00130: MIRP[srp0,md,rd,1] 
	00131: SHP[rp2,zp1] 
	00132: RUTG       
	00133: RTHG       
	00134: MDAP[rd]   
	00135: CALL       
	00136: CALL       
	00137: RTG        
	00138: SHP[rp1,zp0] 
	00139: RTG        
	00140: MDAP[rd]   
	00141: DELTAP1    
	00142: SVTCA[y-axis] 
	00143: MDAP[rd]   
	00144: MIRP[nrp0,md,rd,1] 
	00145: MDAP[rd]   
	00146: SHP[rp1,zp0] 
	00147: SRP2       
	00148: IP         
	00149: MDAP[rd]   
	00150: MDAP[rd]   
	00151: DELTAP1    
	00152: MIRP[nrp0,md,rd,1] 
	00153: RTDG       
	00154: IP         
	00155: MDAP[rd]   
	00156: MIRP[srp0,nmd,rd,2] 
	00157: RTG        
	00158: IUP[y]     
	00159: IUP[x]     
	00160: SVTCA[x-axis] 
	00161: DELTAP1    
	00162: DELTAP1    
	00163: DELTAP1    
	00164: DELTAP1    
	00165: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual                 X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                                      Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:        XDual                 X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual               Y-Short         Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   849,   865)  ->  Abs (   849,   865)
	  1: Rel (  -110,  -109)  ->  Abs (   739,   756)
	  2: Rel (  -110,   110)  ->  Abs (   629,   866)
	  3: Rel (   110,   109)  ->  Abs (   739,   975)
	  4: Rel (   243,  -624)  ->  Abs (   982,   351)
	  5: Rel (    69,   219)  ->  Abs (  1051,   570)
	  6: Rel (    33,   -62)  ->  Abs (  1084,   508)
	  7: Rel (    62,  -306)  ->  Abs (  1146,   202)
	  8: Rel (     0,   -87)  ->  Abs (  1146,   115)
	  9: Rel (     0,  -234)  ->  Abs (  1146,  -119)
	 10: Rel (  -276,  -266)  ->  Abs (   870,  -385)
	 11: Rel (  -241,     0)  ->  Abs (   629,  -385)
	 12: Rel (  -162,     0)  ->  Abs (   467,  -385)
	 13: Rel (  -213,   178)  ->  Abs (   254,  -207)
	 14: Rel (     0,   146)  ->  Abs (   254,   -61)
	 15: Rel (     0,   188)  ->  Abs (   254,   127)
	 16: Rel (   149,   327)  ->  Abs (   403,   454)
	 17: Rel (    44,     0)  ->  Abs (   447,   454)
	 18: Rel (    18,     0)  ->  Abs (   465,   454)
	 19: Rel (     0,   -17)  ->  Abs (   465,   437)
	 20: Rel (     0,   -24)  ->  Abs (   465,   413)
	 21: Rel (   -38,   -70)  ->  Abs (   427,   343)
	 22: Rel (   -83,  -151)  ->  Abs (   344,   192)
	 23: Rel (     0,  -165)  ->  Abs (   344,    27)
	 24: Rel (     0,  -109)  ->  Abs (   344,   -82)
	 25: Rel (   184,  -164)  ->  Abs (   528,  -246)
	 26: Rel (   113,     0)  ->  Abs (   641,  -246)
	 27: Rel (   160,     0)  ->  Abs (   801,  -246)
	 28: Rel (   261,   134)  ->  Abs (  1062,  -112)
	 29: Rel (     0,   116)  ->  Abs (  1062,     4)
	 30: Rel (     0,   166)  ->  Abs (  1062,   170)

	Glyph 998: off = 0x0003182A, len = 300
	  numberOfContours:	2
	  xMin:			142
	  yMin:			-422
	  xMax:			1229
	  yMax:			962

	EndPoints
	---------
	  0:  3
	  1:  38

	  Length of Instructions:	179
	00000: NPUSHB      (39):    98    23   114    23   174    29   175    30     4   199 
	                            24   198    33   198    34     3   185    11   184    30 
	                           182    34     3   150    34   169    12   168    30     3 
	                           142    11   133    31   132    33     3     4    36 
	00041: PUSHW[1]            907 
	00044: PUSHB[5]             37     0     2     2     3 
	00050: PUSHW[1]            924 
	00053: PUSHB[7]              1    16    16     9    30    31    25 
	00061: PUSHW[1]            911 
	00064: NPUSHB      (22):     9    33     4    36    37    30   164    31     1    31 
	                            30    17    22    52    31    64     9    16    52    31 
	                            31    28 
	00088: PUSHW[1]            931 
	00091: PUSHB[8]              0     4     1     4     1     3     3     0 
	00100: PUSHW[4]            923     2    18   -64 
	00109: PUSHB[6]              9    16    52    18    18    22 
	00116: PUSHW[1]            887 
	00119: PUSHB[2]             13     4 
	00122: SCANTYPE   
	00123: MDAP[rd]   
	00124: MIRP[srp0,md,rd,1] 
	00125: SHP[rp2,zp1] 
	00126: MDAP[rd]   
	00127: CALL       
	00128: MDAP[rd]   
	00129: MIRP[nrp0,md,rd,1] 
	00130: RTDG       
	00131: IP         
	00132: MDAP[rd]   
	00133: RTG        
	00134: ALIGNRP    
	00135: MDAP[rd]   
	00136: DELTAP1    
	00137: MIRP[srp0,md,rd,1] 
	00138: SHP[rp2,zp1] 
	00139: RUTG       
	00140: RTHG       
	00141: MDAP[rd]   
	00142: CALL       
	00143: CALL       
	00144: DELTAP1    
	00145: RTG        
	00146: SHP[rp1,zp0] 
	00147: RTG        
	00148: MDAP[rd]   
	00149: ALIGNRP    
	00150: SRP1       
	00151: SHP[rp1,zp0] 
	00152: SVTCA[y-axis] 
	00153: MDAP[rd]   
	00154: MIRP[nrp0,md,rd,1] 
	00155: MDAP[rd]   
	00156: SHP[rp1,zp0] 
	00157: SRP2       
	00158: IP         
	00159: MDAP[rd]   
	00160: MDAP[rd]   
	00161: MIRP[nrp0,md,rd,1] 
	00162: RTDG       
	00163: IP         
	00164: MDAP[rd]   
	00165: ALIGNRP    
	00166: RTG        
	00167: MDAP[rd]   
	00168: MIRP[nrp0,md,rd,1] 
	00169: IP         
	00170: IUP[y]     
	00171: IUP[x]     
	00172: SVTCA[x-axis] 
	00173: DELTAP1    
	00174: DELTAP1    
	00175: DELTAP1    
	00176: DELTAP1    
	00177: SVTCA[y-axis] 
	00178: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:        XDual         Y-Short         Off
	  6:              Rep-  2 Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:        XDual                 X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual               Y-Short         Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:        XDual         Y-Short         On
	 38:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   764,   853)  ->  Abs (   764,   853)
	  1: Rel (  -110,  -110)  ->  Abs (   654,   743)
	  2: Rel (  -110,   110)  ->  Abs (   544,   853)
	  3: Rel (   110,   109)  ->  Abs (   654,   962)
	  4: Rel (   379,  -851)  ->  Abs (  1033,   111)
	  5: Rel (     0,  -121)  ->  Abs (  1033,   -10)
	  6: Rel (   -41,  -160)  ->  Abs (   992,  -170)
	  7: Rel (  -121,  -158)  ->  Abs (   871,  -328)
	  8: Rel (  -208,   -94)  ->  Abs (   663,  -422)
	  9: Rel (  -146,     0)  ->  Abs (   517,  -422)
	 10: Rel (  -112,     0)  ->  Abs (   405,  -422)
	 11: Rel (  -170,    85)  ->  Abs (   235,  -337)
	 12: Rel (   -93,   142)  ->  Abs (   142,  -195)
	 13: Rel (     0,    97)  ->  Abs (   142,   -98)
	 14: Rel (     1,   188)  ->  Abs (   143,    90)
	 15: Rel (   148,   327)  ->  Abs (   291,   417)
	 16: Rel (    44,     0)  ->  Abs (   335,   417)
	 17: Rel (    18,     0)  ->  Abs (   353,   417)
	 18: Rel (     0,   -17)  ->  Abs (   353,   400)
	 19: Rel (     0,   -24)  ->  Abs (   353,   376)
	 20: Rel (   -38,   -70)  ->  Abs (   315,   306)
	 21: Rel (   -83,  -151)  ->  Abs (   232,   155)
	 22: Rel (     0,  -165)  ->  Abs (   232,   -10)
	 23: Rel (     0,  -109)  ->  Abs (   232,  -119)
	 24: Rel (   185,  -164)  ->  Abs (   417,  -283)
	 25: Rel (   112,     0)  ->  Abs (   529,  -283)
	 26: Rel (   155,     0)  ->  Abs (   684,  -283)
	 27: Rel (   266,   130)  ->  Abs (   950,  -153)
	 28: Rel (     0,   120)  ->  Abs (   950,   -33)
	 29: Rel (     0,   166)  ->  Abs (   950,   133)
	 30: Rel (   -80,   181)  ->  Abs (   870,   314)
	 31: Rel (    69,   219)  ->  Abs (   939,   533)
	 32: Rel (    42,   -79)  ->  Abs (   981,   454)
	 33: Rel (    27,  -152)  ->  Abs (  1008,   302)
	 34: Rel (    15,   -78)  ->  Abs (  1023,   224)
	 35: Rel (   125,  -101)  ->  Abs (  1148,   123)
	 36: Rel (    81,     0)  ->  Abs (  1229,   123)
	 37: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 38: Rel (  -144,     0)  ->  Abs (  1085,     0)

	Glyph 999: off = 0x00031956, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1187
	  yMax:			1094

	     0: Flags:		0x0236
		Glyf Index:	1106
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1021
		X WOffset:	348
		Y WOffset:	20
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (15):     1     0    16     1   192    16   224    16     2    79 
	                            16   144    16     2    16 
	00017: SVTCA[x-axis] 
	00018: SRP1       
	00019: DELTAP1    
	00020: DELTAP1    
	00021: DELTAP2    
	00022: SHC[rp1,zp0] 

	Glyph 1000: off = 0x00031988, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			1053

	     0: Flags:		0x0236
		Glyf Index:	1107
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1021
		X BOffset:	23
		Y BOffset:	-21
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     1     0    26     1   191    26     1    79    26   111 
	                            26     2    47    26    63    26     2    26 
	00020: SVTCA[x-axis] 
	00021: SRP1       
	00022: DELTAP1    
	00023: DELTAP1    
	00024: DELTAP1    
	00025: DELTAP2    
	00026: SHC[rp1,zp0] 

	Glyph 1001: off = 0x000319BC, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			499
	  yMin:			-9
	  xMax:			930
	  yMax:			683

	     0: Flags:		0x0216
		Glyf Index:	776
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1002: off = 0x000319CC, len = 234
	  numberOfContours:	2
	  xMin:			388
	  yMin:			0
	  xMax:			1229
	  yMax:			853

	EndPoints
	---------
	  0:  21
	  1:  31

	  Length of Instructions:	127
	00000: NPUSHB      (18):   123    12   139    12     2    74    12   108    12     2 
	                            13    16    22    10     6    30     7    13 
	00020: PUSHW[1]            898 
	00023: NPUSHB      (18):    13    23    31    23    47    23     3     0    23    16 
	                            23     2    23    23    32    30     1    30 
	00043: PUSHW[1]            905 
	00046: PUSHB[8]              7     7     0    79    16     1    16    21 
	00055: PUSHW[3]            907     0   858 
	00062: PUSHB[7]             18    13    23    22     6     4    16 
	00070: PUSHW[1]            886 
	00073: PUSHB[4]             15    15     0    26 
	00078: PUSHW[1]            891 
	00081: PUSHB[4]             10    21     0     4 
	00086: SCANTYPE   
	00087: MDAP[rd]   
	00088: ALIGNRP    
	00089: MDAP[rd]   
	00090: MIRP[nrp0,md,rd,1] 
	00091: SRP2       
	00092: IP         
	00093: MDAP[rd]   
	00094: RTHG       
	00095: MIRP[nrp0,nmd,rd,0] 
	00096: SLOOP      
	00097: IP         
	00098: SHP[rp2,zp1] 
	00099: SVTCA[y-axis] 
	00100: RTG        
	00101: MIAP[rd+ci] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: MDAP[rd]   
	00104: DELTAP1    
	00105: SRP2       
	00106: IP         
	00107: MDAP[rd]   
	00108: MIRP[srp0,md,rd,1] 
	00109: DELTAP2    
	00110: SHP[rp2,zp1] 
	00111: MDAP[rd]   
	00112: DELTAP1    
	00113: DELTAP2    
	00114: MIRP[nrp0,md,rd,1] 
	00115: SRP1       
	00116: SRP2       
	00117: IP         
	00118: IP         
	00119: SHP[rp2,zp1] 
	00120: SVTCA[x-axis] 
	00121: SHPIX      
	00122: IUP[y]     
	00123: IUP[x]     
	00124: SVTCA[y-axis] 
	00125: DELTAP1    
	00126: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual       Rep-  2 Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual               Y-Short         On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual                 X-Short Off
	 18:        XDual                 X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual                               On
	 22:  YDual               Y-Short         On
	 23:  YDual               Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (  -255,     0)  ->  Abs (   974,     0)
	  2: Rel (   -56,     0)  ->  Abs (   918,     0)
	  3: Rel (   -68,    32)  ->  Abs (   850,    32)
	  4: Rel (   -32,    57)  ->  Abs (   818,    89)
	  5: Rel (    -7,    51)  ->  Abs (   811,   140)
	  6: Rel (    -9,   138)  ->  Abs (   802,   278)
	  7: Rel (   -89,   -75)  ->  Abs (   713,   203)
	  8: Rel (  -200,     8)  ->  Abs (   513,   211)
	  9: Rel (  -125,    28)  ->  Abs (   388,   239)
	 10: Rel (     0,    15)  ->  Abs (   388,   254)
	 11: Rel (     0,    81)  ->  Abs (   388,   335)
	 12: Rel (   101,   154)  ->  Abs (   489,   489)
	 13: Rel (   296,    83)  ->  Abs (   785,   572)
	 14: Rel (   -11,   122)  ->  Abs (   774,   694)
	 15: Rel (   -20,    44)  ->  Abs (   754,   738)
	 16: Rel (    86,   115)  ->  Abs (   840,   853)
	 17: Rel (    20,  -342)  ->  Abs (   860,   511)
	 18: Rel (    33,  -359)  ->  Abs (   893,   152)
	 19: Rel (    20,   -29)  ->  Abs (   913,   123)
	 20: Rel (    38,     0)  ->  Abs (   951,   123)
	 21: Rel (   278,     0)  ->  Abs (  1229,   123)
	 22: Rel (  -431,   225)  ->  Abs (   798,   348)
	 23: Rel (    -9,   149)  ->  Abs (   789,   497)
	 24: Rel (  -102,   -23)  ->  Abs (   687,   474)
	 25: Rel (  -190,   -83)  ->  Abs (   497,   391)
	 26: Rel (     0,   -35)  ->  Abs (   497,   356)
	 27: Rel (     0,   -11)  ->  Abs (   497,   345)
	 28: Rel (    36,   -11)  ->  Abs (   533,   334)
	 29: Rel (   136,   -16)  ->  Abs (   669,   318)
	 30: Rel (    36,     0)  ->  Abs (   705,   318)
	 31: Rel (    26,     0)  ->  Abs (   731,   318)

	Glyph 1003: off = 0x00031AB6, len = 360
	  numberOfContours:	3
	  xMin:			0
	  yMin:			-1
	  xMax:			894
	  yMax:			664

	EndPoints
	---------
	  0:  25
	  1:  35
	  2:  43

	  Length of Instructions:	227
	00000: NPUSHB      (72):     2    32    15    18    52    59     3    75     3    84 
	                            26   202    39   233    39     5    67    26    67    27 
	                           138    39   138    41     4    69    28    64    42     2 
	                            34    41    35    42    53    28    48    42     4     2 
	                            41    18    41     2    74    10    74    29   138    10 
	                             3   192    36     1    36    36     0    10    42    27 
	                            26    40     5    31     6    17   192    20     1    20 
	                            20    15 
	00074: PUSHW[1]            943 
	00077: NPUSHB      (11):    32     0    31    16    31     2    31    31     2     5 
	                             0 
	00090: PUSHW[5]            858     6   907     5   858 
	00101: NPUSHB      (20):     0     0    36    38    15    29    40     2     4    27 
	                            10    34    12   192    17     1    17    17    34    42 
	00123: PUSHW[1]            883 
	00126: PUSHB[4]             27    27    34    24 
	00131: PUSHW[1]            885 
	00134: NPUSHB      (11):    32    38     1     0    38    16    38     2    38    38 
	                            34 
	00147: PUSHW[1]            885 
	00150: PUSHB[8]              0    12     1    12    12     6     5     4 
	00159: SCANTYPE   
	00160: MDAP[rd]   
	00161: ALIGNRP    
	00162: SHP[rp1,zp0] 
	00163: MDAP[rd]   
	00164: DELTAP1    
	00165: MIRP[srp0,md,rd,1] 
	00166: SHP[rp2,zp1] 
	00167: MDAP[rd]   
	00168: DELTAP1    
	00169: DELTAP1    
	00170: MIRP[nrp0,md,rd,1] 
	00171: SRP2       
	00172: IP         
	00173: MDAP[rd]   
	00174: MIRP[nrp0,md,rd,1] 
	00175: SRP1       
	00176: SHP[rp1,zp0] 
	00177: MDAP[rd]   
	00178: DELTAP1    
	00179: SRP1       
	00180: SRP2       
	00181: IP         
	00182: SRP1       
	00183: SLOOP      
	00184: SHP[rp1,zp0] 
	00185: SRP1       
	00186: SHP[rp1,zp0] 
	00187: SHP[rp1,zp0] 
	00188: RTHG       
	00189: MDAP[rd]   
	00190: SVTCA[y-axis] 
	00191: RTG        
	00192: MIAP[rd+ci] 
	00193: MIRP[nrp0,md,rd,1] 
	00194: MIAP[rd+ci] 
	00195: SRP1       
	00196: IP         
	00197: SHP[rp2,zp1] 
	00198: MDAP[rd]   
	00199: DELTAP1    
	00200: SMD        
	00201: RTHG       
	00202: MIRP[srp0,md,rd,1] 
	00203: SHP[rp2,zp1] 
	00204: RTG        
	00205: MDAP[rd]   
	00206: DELTAP1    
	00207: IP         
	00208: SRP1       
	00209: SRP2       
	00210: SLOOP      
	00211: IP         
	00212: SRP1       
	00213: SHP[rp1,zp0] 
	00214: MDAP[rd]   
	00215: DELTAP1    
	00216: IUP[y]     
	00217: IUP[x]     
	00218: SVTCA[x-axis] 
	00219: DELTAP2    
	00220: DELTAP1    
	00221: DELTAP1    
	00222: DELTAP1    
	00223: SVTCA[y-axis] 
	00224: DELTAP2    
	00225: DELTAP1    
	00226: CALL       

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:  YDual               Y-Short         On
	 27:        XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short         On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   792,    -1)  ->  Abs (   792,    -1)
	  1: Rel (  -133,    75)  ->  Abs (   659,    74)
	  2: Rel (   -97,    19)  ->  Abs (   562,    93)
	  3: Rel (  -113,   -93)  ->  Abs (   449,     0)
	  4: Rel (  -198,     0)  ->  Abs (   251,     0)
	  5: Rel (  -251,     0)  ->  Abs (     0,     0)
	  6: Rel (     0,   123)  ->  Abs (     0,   123)
	  7: Rel (   110,     0)  ->  Abs (   110,   123)
	  8: Rel (   179,     0)  ->  Abs (   289,   123)
	  9: Rel (   102,     8)  ->  Abs (   391,   131)
	 10: Rel (    33,    22)  ->  Abs (   424,   153)
	 11: Rel (   -39,    26)  ->  Abs (   385,   179)
	 12: Rel (     0,    55)  ->  Abs (   385,   234)
	 13: Rel (     0,    71)  ->  Abs (   385,   305)
	 14: Rel (   114,   179)  ->  Abs (   499,   484)
	 15: Rel (    62,    34)  ->  Abs (   561,   518)
	 16: Rel (   -30,    17)  ->  Abs (   531,   535)
	 17: Rel (   -85,     0)  ->  Abs (   446,   535)
	 18: Rel (    22,    95)  ->  Abs (   468,   630)
	 19: Rel (    42,    34)  ->  Abs (   510,   664)
	 20: Rel (    30,     0)  ->  Abs (   540,   664)
	 21: Rel (    59,     0)  ->  Abs (   599,   664)
	 22: Rel (   128,   -74)  ->  Abs (   727,   590)
	 23: Rel (   167,  -195)  ->  Abs (   894,   395)
	 24: Rel (     0,  -169)  ->  Abs (   894,   226)
	 25: Rel (     0,   -88)  ->  Abs (   894,   138)
	 26: Rel (  -394,   117)  ->  Abs (   500,   255)
	 27: Rel (    66,   -15)  ->  Abs (   566,   240)
	 28: Rel (    97,   104)  ->  Abs (   663,   344)
	 29: Rel (     0,    83)  ->  Abs (   663,   427)
	 30: Rel (     0,    50)  ->  Abs (   663,   477)
	 31: Rel (   -59,     0)  ->  Abs (   604,   477)
	 32: Rel (   -28,     0)  ->  Abs (   576,   477)
	 33: Rel (  -112,  -139)  ->  Abs (   464,   338)
	 34: Rel (     0,   -35)  ->  Abs (   464,   303)
	 35: Rel (     0,   -34)  ->  Abs (   464,   269)
	 36: Rel (   344,  -119)  ->  Abs (   808,   150)
	 37: Rel (     7,    42)  ->  Abs (   815,   192)
	 38: Rel (     0,    20)  ->  Abs (   815,   212)
	 39: Rel (     0,   119)  ->  Abs (   815,   331)
	 40: Rel (   -98,    87)  ->  Abs (   717,   418)
	 41: Rel (   -22,  -116)  ->  Abs (   695,   302)
	 42: Rel (   -59,   -88)  ->  Abs (   636,   214)
	 43: Rel (    84,   -25)  ->  Abs (   720,   189)

	Glyph 1004: off = 0x00031C1E, len = 454
	  numberOfContours:	3
	  xMin:			0
	  yMin:			-424
	  xMax:			1229
	  yMax:			647

	EndPoints
	---------
	  0:  34
	  1:  42
	  2:  51

	  Length of Instructions:	301
	00000: PUSHB[4]             74    36     1    35 
	00005: PUSHW[1]            -44 
	00008: NPUSHB      (26):    20    25    52   226    36   242    36     2     2    36 
	                            66    35    66    36    69    37   137    30   128    35 
	                           128    36   128    37     8    30 
	00036: PUSHW[1]            -64 
	00039: NPUSHB      (32):    18    24    52    36    44    12    19    52     2    44 
	                            10    14    52     0     3     0    30    49    25    73 
	                             8   214    30     5    40    14    56    14    53    24 
	                             3     2 
	00073: PUSHW[1]            -24 
	00076: PUSHB[4]             10    17    52    26 
	00081: PUSHW[1]            907 
	00084: NPUSHB       (9):    16    40    32    40     2    40    40    19     7 
	00095: PUSHW[1]            907 
	00098: NPUSHB      (19):    47    47    63    47     2    47    47     2    43    14 
	                            12     4    35    23    31    16    20    19    34 
	00119: PUSHW[7]            907     0   858    20   907    19   858 
	00134: NPUSHB      (13):    16    14    31    10     2     4    43    49    12    45 
	                            10    31    23 
	00149: PUSHW[1]            884 
	00152: PUSHB[4]             35    35    45    28 
	00157: PUSHW[1]            878 
	00160: NPUSHB      (21):     0    38    48    38    96    38   255    38     4     0 
	                            38    32    38   192    38     3    38    38     0    19 
	                             4 
	00183: PUSHW[1]            884 
	00186: PUSHB[8]              0    49    80    49     2    49    49    45 
	00195: PUSHW[1]            880 
	00198: NPUSHB      (22):    48    10    96    10   224    10     3     0    10    32 
	                            10    48    10     3    10    10    19    34     0    20 
	                            19     5 
	00222: PUSHW[1]            340 
	00225: SCANCTRL   
	00226: SCANTYPE   
	00227: MDAP[rd]   
	00228: ALIGNRP    
	00229: MDAP[rd]   
	00230: ALIGNRP    
	00231: SRP2       
	00232: IP         
	00233: MDAP[rd]   
	00234: DELTAP1    
	00235: DELTAP1    
	00236: MIRP[srp0,md,rd,1] 
	00237: SHP[rp2,zp1] 
	00238: MDAP[rd]   
	00239: DELTAP1    
	00240: MIRP[nrp0,md,rd,1] 
	00241: SRP1       
	00242: SRP2       
	00243: IP         
	00244: MDAP[rd]   
	00245: DELTAP1    
	00246: DELTAP1    
	00247: MIRP[nrp0,md,rd,1] 
	00248: SRP1       
	00249: SHP[rp1,zp0] 
	00250: MDAP[rd]   
	00251: MIRP[nrp0,md,rd,1] 
	00252: SHP[rp1,zp0] 
	00253: SRP1       
	00254: SRP2       
	00255: IP         
	00256: SRP1       
	00257: IP         
	00258: SRP2       
	00259: IP         
	00260: SRP1       
	00261: IP         
	00262: SHP[rp1,zp0] 
	00263: SHP[rp1,zp0] 
	00264: SVTCA[y-axis] 
	00265: MIAP[rd+ci] 
	00266: MIRP[nrp0,md,rd,1] 
	00267: MIAP[rd+ci] 
	00268: MIRP[nrp0,md,rd,1] 
	00269: SRP1       
	00270: SRP2       
	00271: IP         
	00272: IP         
	00273: SHP[rp2,zp1] 
	00274: SHP[rp2,zp1] 
	00275: SLOOP      
	00276: SHP[rp1,zp0] 
	00277: SHP[rp1,zp0] 
	00278: MDAP[rd]   
	00279: DELTAP1    
	00280: MIRP[nrp0,md,rd,1] 
	00281: SRP1       
	00282: SHP[rp1,zp0] 
	00283: MDAP[rd]   
	00284: DELTAP1    
	00285: MIRP[nrp0,md,rd,1] 
	00286: CALL       
	00287: IUP[y]     
	00288: IUP[x]     
	00289: SVTCA[x-axis] 
	00290: DELTAP1    
	00291: DELTAP1    
	00292: CALL       
	00293: CALL       
	00294: CALL       
	00295: SVTCA[y-axis] 
	00296: DELTAP2    
	00297: DELTAP1    
	00298: CALL       
	00299: SVTCA[x-axis] 
	00300: DELTAP2    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               Off
	  2:                      Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short         On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:        XDual                 X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:  YDual               Y-Short         On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off
	 43:                              X-Short On
	 44:                      Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (  -314,     0)  ->  Abs (   915,     0)
	  2: Rel (  -145,   -23)  ->  Abs (   770,   -23)
	  3: Rel (    78,   -74)  ->  Abs (   848,   -97)
	  4: Rel (     0,   -57)  ->  Abs (   848,  -154)
	  5: Rel (     0,   -98)  ->  Abs (   848,  -252)
	  6: Rel (  -123,  -172)  ->  Abs (   725,  -424)
	  7: Rel (   -70,     0)  ->  Abs (   655,  -424)
	  8: Rel (   -76,     0)  ->  Abs (   579,  -424)
	  9: Rel (   -94,   166)  ->  Abs (   485,  -258)
	 10: Rel (     0,   111)  ->  Abs (   485,  -147)
	 11: Rel (     0,    25)  ->  Abs (   485,  -122)
	 12: Rel (    13,    52)  ->  Abs (   498,   -70)
	 13: Rel (   -50,   -23)  ->  Abs (   448,   -93)
	 14: Rel (   -61,   -16)  ->  Abs (   387,  -109)
	 15: Rel (     7,    57)  ->  Abs (   394,   -52)
	 16: Rel (    34,    81)  ->  Abs (   428,    29)
	 17: Rel (   -80,   -29)  ->  Abs (   348,     0)
	 18: Rel (  -135,     0)  ->  Abs (   213,     0)
	 19: Rel (  -213,     0)  ->  Abs (     0,     0)
	 20: Rel (     0,   123)  ->  Abs (     0,   123)
	 21: Rel (   272,     0)  ->  Abs (   272,   123)
	 22: Rel (   178,     0)  ->  Abs (   450,   123)
	 23: Rel (    58,    31)  ->  Abs (   508,   154)
	 24: Rel (   109,   215)  ->  Abs (   617,   369)
	 25: Rel (   214,   278)  ->  Abs (   831,   647)
	 26: Rel (    56,     0)  ->  Abs (   887,   647)
	 27: Rel (    78,     0)  ->  Abs (   965,   647)
	 28: Rel (     0,  -119)  ->  Abs (   965,   528)
	 29: Rel (     0,  -167)  ->  Abs (   965,   361)
	 30: Rel (   -90,  -173)  ->  Abs (   875,   188)
	 31: Rel (  -189,  -106)  ->  Abs (   686,    82)
	 32: Rel (   119,    41)  ->  Abs (   805,   123)
	 33: Rel (   141,     0)  ->  Abs (   946,   123)
	 34: Rel (   283,     0)  ->  Abs (  1229,   123)
	 35: Rel (  -643,    43)  ->  Abs (   586,   166)
	 36: Rel (   128,    28)  ->  Abs (   714,   194)
	 37: Rel (   197,   205)  ->  Abs (   911,   399)
	 38: Rel (     0,    50)  ->  Abs (   911,   449)
	 39: Rel (     0,    75)  ->  Abs (   911,   524)
	 40: Rel (   -43,     0)  ->  Abs (   868,   524)
	 41: Rel (   -64,     0)  ->  Abs (   804,   524)
	 42: Rel (   -89,  -112)  ->  Abs (   715,   412)
	 43: Rel (  -150,  -430)  ->  Abs (   565,   -18)
	 44: Rel (   -19,   -76)  ->  Abs (   546,   -94)
	 45: Rel (     0,   -56)  ->  Abs (   546,  -150)
	 46: Rel (     0,  -149)  ->  Abs (   546,  -299)
	 47: Rel (   126,     0)  ->  Abs (   672,  -299)
	 48: Rel (   100,     0)  ->  Abs (   772,  -299)
	 49: Rel (     0,    78)  ->  Abs (   772,  -221)
	 50: Rel (     0,    57)  ->  Abs (   772,  -164)
	 51: Rel (  -143,   141)  ->  Abs (   629,   -23)

	Glyph 1005: off = 0x00031DE4, len = 270
	  numberOfContours:	2
	  xMin:			196
	  yMin:			-410
	  xMax:			932
	  yMax:			564

	EndPoints
	---------
	  0:  26
	  1:  37

	  Length of Instructions:	157
	00000: NPUSHB      (61):   202    29   218    29     2   171    29   182     7   186 
	                            29   197     7     4   156    25   153    29   163     7 
	                             3   134     7   138    29   149     7     3   150    25 
	                           177    25   193    25   211    25     4    95    13   107 
	                            12   107    13   209    25     4    76    12    74    13 
	                            95    12   163    25     4    27    30     0    36     2 
	                             8 
	00063: PUSHW[1]            911 
	00066: PUSHB[3]             30    30    36 
	00070: PUSHW[1]            907 
	00073: PUSHB[4]              2    19    19    23 
	00078: PUSHW[1]            899 
	00081: NPUSHB      (10):    14    27     0     0    17     1    17    17    11     5 
	00093: PUSHW[1]            887 
	00096: NPUSHB      (10):   111    33   127    33   224    33     3    33    33     0 
	00108: PUSHW[1]            880 
	00111: PUSHB[5]            239    11     1    11     4 
	00117: SCANTYPE   
	00118: MDAP[rd]   
	00119: DELTAP1    
	00120: MIRP[srp0,md,rd,1] 
	00121: SHP[rp2,zp1] 
	00122: MDAP[rd]   
	00123: DELTAP1    
	00124: MIRP[nrp0,md,rd,1] 
	00125: SRP1       
	00126: SHP[rp1,zp0] 
	00127: MDAP[rd]   
	00128: DELTAP1    
	00129: SRP1       
	00130: SHP[rp1,zp0] 
	00131: SVTCA[y-axis] 
	00132: MDAP[rd]   
	00133: MIRP[srp0,md,rd,1] 
	00134: SHP[rp2,zp1] 
	00135: MDAP[rd]   
	00136: MDAP[rd]   
	00137: MIRP[srp0,md,rd,1] 
	00138: SHP[rp2,zp1] 
	00139: MDAP[rd]   
	00140: MIRP[nrp0,md,rd,1] 
	00141: SRP1       
	00142: SRP2       
	00143: IP         
	00144: SRP1       
	00145: IP         
	00146: IUP[y]     
	00147: IUP[x]     
	00148: SVTCA[y-axis] 
	00149: DELTAP1    
	00150: DELTAP1    
	00151: DELTAP1    
	00152: SVTCA[x-axis] 
	00153: DELTAP1    
	00154: DELTAP1    
	00155: DELTAP1    
	00156: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:        XDual                 X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                              X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short         Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual               Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                      Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   869,     9)  ->  Abs (   869,     9)
	  1: Rel (   -59,   -11)  ->  Abs (   810,    -2)
	  2: Rel (   -49,     0)  ->  Abs (   761,    -2)
	  3: Rel (  -139,     0)  ->  Abs (   622,    -2)
	  4: Rel (   -64,    74)  ->  Abs (   558,    72)
	  5: Rel (     0,    54)  ->  Abs (   558,   126)
	  6: Rel (     0,   106)  ->  Abs (   558,   232)
	  7: Rel (   130,   332)  ->  Abs (   688,   564)
	  8: Rel (    74,     0)  ->  Abs (   762,   564)
	  9: Rel (    83,     0)  ->  Abs (   845,   564)
	 10: Rel (    87,  -294)  ->  Abs (   932,   270)
	 11: Rel (     0,  -202)  ->  Abs (   932,    68)
	 12: Rel (     0,  -184)  ->  Abs (   932,  -116)
	 13: Rel (  -225,  -294)  ->  Abs (   707,  -410)
	 14: Rel (  -148,     0)  ->  Abs (   559,  -410)
	 15: Rel (   -76,     0)  ->  Abs (   483,  -410)
	 16: Rel (  -287,    60)  ->  Abs (   196,  -350)
	 17: Rel (     0,    35)  ->  Abs (   196,  -315)
	 18: Rel (     0,    16)  ->  Abs (   196,  -299)
	 19: Rel (    16,     0)  ->  Abs (   212,  -299)
	 20: Rel (    33,     0)  ->  Abs (   245,  -299)
	 21: Rel (    52,   -12)  ->  Abs (   297,  -311)
	 22: Rel (    52,   -12)  ->  Abs (   349,  -323)
	 23: Rel (    39,     0)  ->  Abs (   388,  -323)
	 24: Rel (   103,     0)  ->  Abs (   491,  -323)
	 25: Rel (   276,   120)  ->  Abs (   767,  -203)
	 26: Rel (   109,   131)  ->  Abs (   876,   -72)
	 27: Rel (   -29,   207)  ->  Abs (   847,   135)
	 28: Rel (     0,    81)  ->  Abs (   847,   216)
	 29: Rel (   -55,   207)  ->  Abs (   792,   423)
	 30: Rel (   -41,     0)  ->  Abs (   751,   423)
	 31: Rel (   -40,     0)  ->  Abs (   711,   423)
	 32: Rel (   -63,  -170)  ->  Abs (   648,   253)
	 33: Rel (     0,   -59)  ->  Abs (   648,   194)
	 34: Rel (     0,   -34)  ->  Abs (   648,   160)
	 35: Rel (    37,   -39)  ->  Abs (   685,   121)
	 36: Rel (    80,     0)  ->  Abs (   765,   121)
	 37: Rel (    54,     0)  ->  Abs (   819,   121)

	Glyph 1006: off = 0x00031EF2, len = 296
	  numberOfContours:	2
	  xMin:			192
	  yMin:			-410
	  xMax:			1229
	  yMax:			564

	EndPoints
	---------
	  0:  31
	  1:  44

	  Length of Instructions:	164
	00000: PUSHW[2]             16   -64 
	00005: NPUSHB       (9):    18    22    52   198    17   212    17     2    28 
	00016: PUSHW[1]            -32 
	00019: PUSHB[4]             17    21    52    36 
	00024: PUSHW[1]            -32 
	00027: PUSHB[4]             17    21    52     4 
	00032: PUSHW[1]            -64 
	00035: NPUSHB      (10):    13    15    52    32    43    19    21    41    23    29 
	00047: PUSHW[1]            911 
	00050: PUSHB[3]             35    35    41 
	00054: PUSHW[4]            907    23     0   907 
	00063: PUSHB[4]              1    10    10    14 
	00068: PUSHW[4]            899     5    19   880 
	00077: NPUSHB      (10):     2     2    31     0     8     1     8     8    31    26 
	00089: PUSHW[1]            887 
	00092: NPUSHB      (13):     0    38     1   127    38   224    38   240    38     3 
	                            38    38    32 
	00107: PUSHW[1]            885 
	00110: PUSHB[7]            239    31     1    31     1     0     4 
	00118: SCANTYPE   
	00119: MDAP[rd]   
	00120: ALIGNRP    
	00121: MDAP[rd]   
	00122: DELTAP1    
	00123: MIRP[srp0,md,rd,1] 
	00124: SHP[rp2,zp1] 
	00125: MDAP[rd]   
	00126: DELTAP1    
	00127: DELTAP2    
	00128: MIRP[nrp0,md,rd,1] 
	00129: SRP1       
	00130: SHP[rp1,zp0] 
	00131: MDAP[rd]   
	00132: DELTAP1    
	00133: SRP1       
	00134: SHP[rp1,zp0] 
	00135: MDAP[rd]   
	00136: MIRP[nrp0,md,rd,1] 
	00137: SVTCA[y-axis] 
	00138: MDAP[rd]   
	00139: MIRP[srp0,md,rd,1] 
	00140: SHP[rp2,zp1] 
	00141: MDAP[rd]   
	00142: MDAP[rd]   
	00143: MIRP[nrp0,md,rd,1] 
	00144: MDAP[rd]   
	00145: MIRP[srp0,md,rd,1] 
	00146: SHP[rp2,zp1] 
	00147: MDAP[rd]   
	00148: MIRP[nrp0,md,rd,1] 
	00149: SRP1       
	00150: SRP2       
	00151: IP         
	00152: IP         
	00153: SHP[rp2,zp1] 
	00154: SHP[rp2,zp1] 
	00155: IUP[y]     
	00156: IUP[x]     
	00157: SVTCA[x-axis] 
	00158: CALL       
	00159: CALL       
	00160: CALL       
	00161: SVTCA[y-axis] 
	00162: DELTAP1    
	00163: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short         Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual               Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:        XDual                 X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual                 X-Short On
	 32:  YDual               Y-Short X-Short On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:                      Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,   123)  ->  Abs (  1229,   123)
	  1: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  2: Rel (  -307,     0)  ->  Abs (   922,     0)
	  3: Rel (   -13,  -158)  ->  Abs (   909,  -158)
	  4: Rel (  -221,  -252)  ->  Abs (   688,  -410)
	  5: Rel (  -133,     0)  ->  Abs (   555,  -410)
	  6: Rel (   -76,     0)  ->  Abs (   479,  -410)
	  7: Rel (  -287,    60)  ->  Abs (   192,  -350)
	  8: Rel (     0,    35)  ->  Abs (   192,  -315)
	  9: Rel (     0,    16)  ->  Abs (   192,  -299)
	 10: Rel (    15,     0)  ->  Abs (   207,  -299)
	 11: Rel (    22,     0)  ->  Abs (   229,  -299)
	 12: Rel (    65,   -12)  ->  Abs (   294,  -311)
	 13: Rel (    57,   -12)  ->  Abs (   351,  -323)
	 14: Rel (    33,     0)  ->  Abs (   384,  -323)
	 15: Rel (    88,     0)  ->  Abs (   472,  -323)
	 16: Rel (   263,   104)  ->  Abs (   735,  -219)
	 17: Rel (    87,    80)  ->  Abs (   822,  -139)
	 18: Rel (    42,    63)  ->  Abs (   864,   -76)
	 19: Rel (     0,    79)  ->  Abs (   864,     3)
	 20: Rel (   -14,     0)  ->  Abs (   850,     3)
	 21: Rel (   -29,    -2)  ->  Abs (   821,     1)
	 22: Rel (   -30,    -3)  ->  Abs (   791,    -2)
	 23: Rel (   -34,     0)  ->  Abs (   757,    -2)
	 24: Rel (  -109,     0)  ->  Abs (   648,    -2)
	 25: Rel (   -94,    49)  ->  Abs (   554,    47)
	 26: Rel (     0,    79)  ->  Abs (   554,   126)
	 27: Rel (     0,   106)  ->  Abs (   554,   232)
	 28: Rel (   130,   332)  ->  Abs (   684,   564)
	 29: Rel (    74,     0)  ->  Abs (   758,   564)
	 30: Rel (   151,     0)  ->  Abs (   909,   564)
	 31: Rel (    17,  -441)  ->  Abs (   926,   123)
	 32: Rel (   -83,     3)  ->  Abs (   843,   126)
	 33: Rel (     0,    82)  ->  Abs (   843,   208)
	 34: Rel (   -55,   215)  ->  Abs (   788,   423)
	 35: Rel (   -41,     0)  ->  Abs (   747,   423)
	 36: Rel (   -40,     0)  ->  Abs (   707,   423)
	 37: Rel (   -63,  -170)  ->  Abs (   644,   253)
	 38: Rel (     0,   -59)  ->  Abs (   644,   194)
	 39: Rel (     0,   -34)  ->  Abs (   644,   160)
	 40: Rel (    37,   -39)  ->  Abs (   681,   121)
	 41: Rel (    80,     0)  ->  Abs (   761,   121)
	 42: Rel (    15,     0)  ->  Abs (   776,   121)
	 43: Rel (    26,     2)  ->  Abs (   802,   123)
	 44: Rel (    25,     3)  ->  Abs (   827,   126)

	Glyph 1007: off = 0x0003201A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			170
	  yMin:			-244
	  xMax:			1071
	  yMax:			665

	     0: Flags:		0x0216
		Glyf Index:	821
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1008: off = 0x0003202A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			112
	  yMin:			-561
	  xMax:			1229
	  yMax:			123

	     0: Flags:		0x0216
		Glyf Index:	822
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1009: off = 0x0003203A, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			170
	  yMin:			-561
	  xMax:			1071
	  yMax:			665

	     0: Flags:		0x0236
		Glyf Index:	821
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	-101
		Y WOffset:	-1235
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     1   143    46   175    46   191    46     3    46    64 
	                            12    14    52    46     1     1    45 
	00019: PUSHW[2]            953    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: MDAP[rd]   
	00028: CALL       
	00029: DELTAP1    
	00030: SHC[rp1,zp0] 

	Glyph 1010: off = 0x00032074, len = 476
	  numberOfContours:	2
	  xMin:			118
	  yMin:			-561
	  xMax:			1229
	  yMax:			125

	EndPoints
	---------
	  0:  44
	  1:  52

	  Length of Instructions:	322
	00000: PUSHB[6]            198    12   230    12     2    27 
	00007: PUSHW[1]            -16 
	00010: NPUSHB      (31):    24    27    52    57    15    73    15     2    23    12 
	                           207    15   223    15     3    15    32    10    15    52 
	                           196     8   196    36   216    36     3   244    36     1 
	                             8 
	00043: PUSHW[1]            -16 
	00046: PUSHB[4]             17    20    52     8 
	00051: PUSHW[1]             -8 
	00054: NPUSHB       (9):    24    27    52    36     8    32    34    52     8 
	00065: PUSHW[1]            -32 
	00068: PUSHB[4]             35    45    52    36 
	00073: PUSHW[1]            -32 
	00076: PUSHB[4]             46    49    52     8 
	00081: PUSHW[1]            -32 
	00084: PUSHB[4]             46    49    52     8 
	00089: PUSHW[1]            -56 
	00092: NPUSHB      (14):    54    57    52    36     8    30     3    15    20     1 
	                            20     3     3    44 
	00108: PUSHW[6]            907     0    30   907    14   -64 
	00121: NPUSHB      (20):     9    12    52    14   189    48    49    45    48    46 
	                            51    51    50    52    47    47    46    50    50    48 
	00143: PUSHW[1]            955 
	00146: NPUSHB      (14):    46    52    52    46    52    50    50    49    51    46 
	                            48    48    47    51 
	00162: PUSHW[3]            954    47   -64 
	00169: PUSHB[4]             12    22    52    47 
	00174: PUSHW[1]            954 
	00177: NPUSHB      (25):    45    15    49    31    49   207    49     3    49    64 
	                            12    14    52    49    64    16    18    52    49    64 
	                            20    22    52    49    34 
	00204: PUSHW[1]            888 
	00207: PUSHB[4]             10    10     0     5 
	00212: PUSHW[1]            888 
	00215: PUSHB[8]             39    39    16    44     0    22    22    26 
	00224: PUSHW[4]            885    16     4   340 
	00233: SCANCTRL   
	00234: SCANTYPE   
	00235: MDAP[rd]   
	00236: MIRP[srp0,md,rd,1] 
	00237: SHP[rp2,zp1] 
	00238: MDAP[rd]   
	00239: MDAP[rd]   
	00240: ALIGNRP    
	00241: SRP2       
	00242: IP         
	00243: MDAP[rd]   
	00244: MIRP[nrp0,md,rd,1] 
	00245: SRP2       
	00246: IP         
	00247: MDAP[rd]   
	00248: MIRP[nrp0,md,rd,1] 
	00249: MDAP[rd]   
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: DELTAP1    
	00254: SHP[rp1,zp0] 
	00255: MIRP[nrp0,md,rd,1] 
	00256: CALL       
	00257: MIRP[nrp0,md,rd,1] 
	00258: RTDG       
	00259: SRP2       
	00260: IP         
	00261: MDAP[rd]   
	00262: ALIGNRP    
	00263: SRP1       
	00264: SRP2       
	00265: IP         
	00266: MDAP[rd]   
	00267: ALIGNRP    
	00268: RTG        
	00269: SVTCA[y-axis] 
	00270: MDAP[rd]   
	00271: SHP[rp1,zp0] 
	00272: MDAP[rd]   
	00273: SRP0       
	00274: MIRP[srp0,md,rd,1] 
	00275: SHP[rp2,zp1] 
	00276: MDAP[rd]   
	00277: RTDG       
	00278: SRP1       
	00279: IP         
	00280: MDAP[rd]   
	00281: SRP1       
	00282: SRP2       
	00283: IP         
	00284: MDAP[rd]   
	00285: RTG        
	00286: SRP1       
	00287: SRP2       
	00288: IP         
	00289: IP         
	00290: SRP0       
	00291: MIRP[srp0,md,rd,2] 
	00292: CALL       
	00293: MIRP[nrp0,md,rd,1] 
	00294: MDAP[rd]   
	00295: MIRP[nrp0,md,rd,1] 
	00296: SHP[rp1,zp0] 
	00297: MDAP[rd]   
	00298: MDAP[rd]   
	00299: DELTAP1    
	00300: SRP1       
	00301: SRP2       
	00302: IP         
	00303: IP         
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: CALL       
	00308: CALL       
	00309: CALL       
	00310: CALL       
	00311: DELTAP3    
	00312: DELTAP1    
	00313: IUP[y]     
	00314: IUP[x]     
	00315: SVTCA[x-axis] 
	00316: CALL       
	00317: DELTAP1    
	00318: DELTAP2    
	00319: SVTCA[y-axis] 
	00320: CALL       
	00321: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                               Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short On
	 45:                                      On
	 46:                      Y-Short X-Short On
	 47:  YDual               Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short On
	 52:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,     2)  ->  Abs (  1229,     2)
	  1: Rel (   -41,     0)  ->  Abs (  1188,     2)
	  2: Rel (  -164,     8)  ->  Abs (  1024,    10)
	  3: Rel (   -41,     0)  ->  Abs (   983,    10)
	  4: Rel (  -165,     0)  ->  Abs (   818,    10)
	  5: Rel (     0,   -16)  ->  Abs (   818,    -6)
	  6: Rel (     0,   -14)  ->  Abs (   818,   -20)
	  7: Rel (    36,    -7)  ->  Abs (   854,   -27)
	  8: Rel (    73,   -18)  ->  Abs (   927,   -45)
	  9: Rel (    65,   -19)  ->  Abs (   992,   -64)
	 10: Rel (     0,   -56)  ->  Abs (   992,  -120)
	 11: Rel (     0,  -123)  ->  Abs (   992,  -243)
	 12: Rel (  -179,   -91)  ->  Abs (   813,  -334)
	 13: Rel (  -160,   -51)  ->  Abs (   653,  -385)
	 14: Rel (  -162,     0)  ->  Abs (   491,  -385)
	 15: Rel (  -373,     0)  ->  Abs (   118,  -385)
	 16: Rel (     0,   237)  ->  Abs (   118,  -148)
	 17: Rel (     0,    59)  ->  Abs (   118,   -89)
	 18: Rel (    29,    87)  ->  Abs (   147,    -2)
	 19: Rel (    34,   105)  ->  Abs (   181,   103)
	 20: Rel (    43,     0)  ->  Abs (   224,   103)
	 21: Rel (    18,     0)  ->  Abs (   242,   103)
	 22: Rel (     0,   -21)  ->  Abs (   242,    82)
	 23: Rel (     0,     6)  ->  Abs (   242,    88)
	 24: Rel (   -27,   -88)  ->  Abs (   215,     0)
	 25: Rel (   -19,   -59)  ->  Abs (   196,   -59)
	 26: Rel (     0,   -47)  ->  Abs (   196,  -106)
	 27: Rel (     0,   -78)  ->  Abs (   196,  -184)
	 28: Rel (    80,   -34)  ->  Abs (   276,  -218)
	 29: Rel (    79,   -42)  ->  Abs (   355,  -260)
	 30: Rel (   173,     0)  ->  Abs (   528,  -260)
	 31: Rel (    90,     0)  ->  Abs (   618,  -260)
	 32: Rel (   148,    31)  ->  Abs (   766,  -229)
	 33: Rel (   131,    36)  ->  Abs (   897,  -193)
	 34: Rel (     0,    35)  ->  Abs (   897,  -158)
	 35: Rel (     0,    24)  ->  Abs (   897,  -134)
	 36: Rel (   -36,     6)  ->  Abs (   861,  -128)
	 37: Rel (   -67,    17)  ->  Abs (   794,  -111)
	 38: Rel (   -71,    24)  ->  Abs (   723,   -87)
	 39: Rel (     0,    44)  ->  Abs (   723,   -43)
	 40: Rel (     0,    64)  ->  Abs (   723,    21)
	 41: Rel (    66,    53)  ->  Abs (   789,    74)
	 42: Rel (    72,    51)  ->  Abs (   861,   125)
	 43: Rel (   131,     0)  ->  Abs (   992,   125)
	 44: Rel (   237,     0)  ->  Abs (  1229,   125)
	 45: Rel (  -722,  -608)  ->  Abs (   507,  -483)
	 46: Rel (   -77,   -78)  ->  Abs (   430,  -561)
	 47: Rel (   -78,    79)  ->  Abs (   352,  -482)
	 48: Rel (    78,    78)  ->  Abs (   430,  -404)
	 49: Rel (    72,   -71)  ->  Abs (   502,  -475)
	 50: Rel (    77,    77)  ->  Abs (   579,  -398)
	 51: Rel (    79,   -78)  ->  Abs (   658,  -476)
	 52: Rel (   -79,   -79)  ->  Abs (   579,  -555)

	Glyph 1011: off = 0x00032250, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-457
	  xMax:			1187
	  yMax:			682

	     0: Flags:		0x0236
		Glyf Index:	1106
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	289
		Y WOffset:	-1131
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (25):     1   207    17     1    31    17    64    17    96    17 
	                             3    17     1     0    16     1    16    64    13    22 
	                            52    32    16     1    16 
	00027: SVTCA[x-axis] 
	00028: SRP1       
	00029: DELTAP1    
	00030: CALL       
	00031: DELTAP2    
	00032: SHC[rp1,zp0] 
	00033: SVTCA[y-axis] 
	00034: SRP1       
	00035: DELTAP1    
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph 1012: off = 0x00032290, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-456
	  xMax:			1229
	  yMax:			673

	     0: Flags:		0x0236
		Glyf Index:	1107
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1100
		X WOffset:	127
		Y WOffset:	-1130
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     1   207    26     1    31    26    64    26    96    26 
	                             3    26     1     0    26   191    26     2    26 
	00021: SVTCA[x-axis] 
	00022: SRP1       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 
	00025: SVTCA[y-axis] 
	00026: SRP1       
	00027: DELTAP1    
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 1013: off = 0x000322C8, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			103
	  yMin:			0
	  xMax:			946
	  yMax:			1342

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	777
		X WOffset:	-166
		Y WOffset:	-140
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     2    52    64     9    14    52    31    52   255    52 
	                             2    52 
	00014: SVTCA[y-axis] 
	00015: SRP1       
	00016: DELTAP1    
	00017: CALL       
	00018: SHC[rp1,zp0] 

	Glyph 1014: off = 0x000322F6, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			153
	  yMin:			-82
	  xMax:			1229
	  yMax:			1295

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	777
		X WOffset:	-116
		Y WOffset:	-187
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (23):     1    79    49   143    49   207    49   255    49     4 
	                            31    49    63    49   175    49     3    49     1    47 
	                            51     1    51 
	00025: SVTCA[x-axis] 
	00026: SRP1       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 
	00029: SVTCA[y-axis] 
	00030: SRP1       
	00031: DELTAP1    
	00032: DELTAP1    
	00033: SHC[rp1,zp0] 

	Glyph 1015: off = 0x00032332, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			130
	  yMin:			0
	  xMax:			946
	  yMax:			1535

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	-335
		Y WOffset:	-68
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     2    31    41   111    41   143    41   175    41     4 
	                           143    41   207    41   255    41     3    41 
	00020: SVTCA[y-axis] 
	00021: SRP1       
	00022: DELTAP1    
	00023: DELTAP2    
	00024: SHC[rp1,zp0] 

	Glyph 1016: off = 0x00032366, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-82
	  xMax:			1229
	  yMax:			1417

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	-304
		Y WOffset:	-186
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     1   111    38   143    38     2   111    38   143    38 
	                           207    38   255    38     4    38 
	00018: SVTCA[y-axis] 
	00019: SRP1       
	00020: DELTAP1    
	00021: DELTAP2    
	00022: SHC[rp1,zp0] 

	Glyph 1017: off = 0x00032398, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			156
	  yMin:			-561
	  xMax:			946
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	-47
		Y WOffset:	-1791
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              2     1    41 
	00004: PUSHW[1]            953 
	00007: PUSHB[6]             41     2     0    42     1    42 
	00014: PUSHW[1]           -128 
	00017: PUSHB[4]             11    12    52    42 
	00022: SVTCA[x-axis] 
	00023: SRP1       
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 
	00027: SVTCA[y-axis] 
	00028: CALL       

	Glyph 1018: off = 0x000323D0, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			215
	  yMin:			-561
	  xMax:			1229
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	775
		X WOffset:	-145
		Y WOffset:	-1791
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              1     1    38 
	00004: PUSHW[1]            953 
	00007: NPUSHB      (13):    41     1    47    38    79    38     2    38    64    16 
	                            19    52    38 
	00022: SVTCA[x-axis] 
	00023: SRP1       
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 
	00027: SVTCA[y-axis] 
	00028: CALL       

	Glyph 1019: off = 0x00032408, len = 310
	  numberOfContours:	2
	  xMin:			156
	  yMin:			0
	  xMax:			946
	  yMax:			1161

	EndPoints
	---------
	  0:  32
	  1:  40

	  Length of Instructions:	173
	00000: NPUSHB      (65):   197    23   197    24   222    18     3   157    18   173 
	                            18   191    18     3    14    18    76    16     2   198 
	                            34   213    34     2    57    16    59    24   166    23 
	                             3   131    35     1    86    34   214    15   215    34 
	                             3    14    35    18    16    33    16     6    25     4 
	                            31    13    19    18    20    20    79    22    95    22 
	                             2    22    22    31    35 
	00067: PUSHW[1]            907 
	00070: NPUSHB      (11):    13    33    16    25     6     4     9    13    31    31 
	                             0 
	00083: PUSHW[1]            894 
	00086: PUSHB[8]             29    29    19    22    20    20    13     9 
	00095: PUSHW[1]            877 
	00098: PUSHB[4]            160    39     1    39 
	00103: PUSHW[1]            -64 
	00106: NPUSHB      (10):     9    12    52    39    39    35    35    14    13     4 
	00118: SCANTYPE   
	00119: MDAP[rd]   
	00120: SHP[rp1,zp0] 
	00121: SHP[rp1,zp0] 
	00122: MDAP[rd]   
	00123: SHP[rp1,zp0] 
	00124: MDAP[rd]   
	00125: CALL       
	00126: DELTAP1    
	00127: MIRP[nrp0,md,rd,1] 
	00128: SRP1       
	00129: SHP[rp1,zp0] 
	00130: MDAP[rd]   
	00131: SHP[rp1,zp0] 
	00132: SHP[rp1,zp0] 
	00133: SHP[rp2,zp1] 
	00134: MDAP[rd]   
	00135: MIRP[nrp0,md,rd,1] 
	00136: RTHG       
	00137: IP         
	00138: MDAP[rd]   
	00139: SRP1       
	00140: SRP2       
	00141: SLOOP      
	00142: IP         
	00143: SVTCA[y-axis] 
	00144: RTG        
	00145: MDAP[rd]   
	00146: MIRP[nrp0,md,rd,1] 
	00147: MDAP[rd]   
	00148: SHP[rp1,zp0] 
	00149: MDAP[rd]   
	00150: DELTAP1    
	00151: SHP[rp1,zp0] 
	00152: MDAP[rd]   
	00153: SHP[rp1,zp0] 
	00154: SHP[rp1,zp0] 
	00155: SRP1       
	00156: SRP2       
	00157: SLOOP      
	00158: IP         
	00159: SHPIX      
	00160: SRP1       
	00161: SHP[rp1,zp0] 
	00162: IUP[y]     
	00163: IUP[x]     
	00164: SVTCA[x-axis] 
	00165: DELTAP3    
	00166: DELTAP2    
	00167: DELTAP1    
	00168: DELTAP1    
	00169: SVTCA[y-axis] 
	00170: DELTAP2    
	00171: DELTAP1    
	00172: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                               On
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:                              X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:                      Y-Short X-Short On
	 20:  YDual               Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:                                      Off
	 25:        XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:                              X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:                              X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   946,  1071)  ->  Abs (   946,  1071)
	  1: Rel (   -27,   -38)  ->  Abs (   919,  1033)
	  2: Rel (   -27,  -109)  ->  Abs (   892,   924)
	  3: Rel (    -2,   -62)  ->  Abs (   890,   862)
	  4: Rel (    -5,  -244)  ->  Abs (   885,   618)
	  5: Rel (    -8,  -112)  ->  Abs (   877,   506)
	  6: Rel (   -58,  -141)  ->  Abs (   819,   365)
	  7: Rel (    48,   -79)  ->  Abs (   867,   286)
	  8: Rel (    18,   -43)  ->  Abs (   885,   243)
	  9: Rel (     0,   -25)  ->  Abs (   885,   218)
	 10: Rel (     0,   -71)  ->  Abs (   885,   147)
	 11: Rel (   -46,  -147)  ->  Abs (   839,     0)
	 12: Rel (   -38,     0)  ->  Abs (   801,     0)
	 13: Rel (  -315,     0)  ->  Abs (   486,     0)
	 14: Rel (    31,   127)  ->  Abs (   517,   127)
	 15: Rel (   132,    31)  ->  Abs (   649,   158)
	 16: Rel (   105,   193)  ->  Abs (   754,   351)
	 17: Rel (  -206,   372)  ->  Abs (   548,   723)
	 18: Rel (  -243,   120)  ->  Abs (   305,   843)
	 19: Rel (    -6,   -43)  ->  Abs (   299,   800)
	 20: Rel (  -143,   105)  ->  Abs (   156,   905)
	 21: Rel (    26,    99)  ->  Abs (   182,  1004)
	 22: Rel (     6,    75)  ->  Abs (   188,  1079)
	 23: Rel (   169,   -88)  ->  Abs (   357,   991)
	 24: Rel (   338,  -371)  ->  Abs (   695,   620)
	 25: Rel (    96,  -196)  ->  Abs (   791,   424)
	 26: Rel (    22,    76)  ->  Abs (   813,   500)
	 27: Rel (     0,    57)  ->  Abs (   813,   557)
	 28: Rel (     0,   230)  ->  Abs (   813,   787)
	 29: Rel (   -24,   269)  ->  Abs (   789,  1056)
	 30: Rel (    31,    34)  ->  Abs (   820,  1090)
	 31: Rel (    33,    71)  ->  Abs (   853,  1161)
	 32: Rel (    44,   -58)  ->  Abs (   897,  1103)
	 33: Rel (  -117,  -801)  ->  Abs (   780,   302)
	 34: Rel (   -73,  -136)  ->  Abs (   707,   166)
	 35: Rel (   -57,   -43)  ->  Abs (   650,   123)
	 36: Rel (   137,     0)  ->  Abs (   787,   123)
	 37: Rel (    17,     0)  ->  Abs (   804,   123)
	 38: Rel (    31,    32)  ->  Abs (   835,   155)
	 39: Rel (     0,    19)  ->  Abs (   835,   174)
	 40: Rel (     0,    28)  ->  Abs (   835,   202)

	Glyph 1020: off = 0x0003253E, len = 290
	  numberOfContours:	1
	  xMin:			215
	  yMin:			-82
	  xMax:			1229
	  yMax:			1161

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	165
	00000: NPUSHB      (75):    72    26    74    27     2   192    11   208    11     2 
	                           137     7   168     6   183    11     3    99    11   116 
	                            11   141     6     3    66    25     1   170    12   172 
	                            13     2   150    25   172     6   170    11     3   137 
	                            13   137    14   137    27     3   102    11   139     6 
	                             2    72     5    73     6    72    13    89    11     4 
	                            13    27     5     3    32     0    16    18    18    24 
	                            24    32    10     8    37 
	00077: PUSHW[1]            907 
	00080: NPUSHB      (23):    64     0    24    18    16     3    22    22    10    31 
	                            29    27    13    10     5    32    32    61     5    77 
	                             5     2     5 
	00105: PUSHW[1]            883 
	00108: PUSHB[6]             32    33    33    37     0     4 
	00115: SCANTYPE   
	00116: MDAP[rd]   
	00117: ALIGNRP    
	00118: SHP[rp1,zp0] 
	00119: MDAP[rd]   
	00120: SMD        
	00121: RTHG       
	00122: MIRP[nrp0,md,rd,1] 
	00123: DELTAP2    
	00124: IP         
	00125: MDAP[rd]   
	00126: SLOOP      
	00127: SHP[rp2,zp1] 
	00128: RTG        
	00129: MDAP[rd]   
	00130: SHP[rp1,zp0] 
	00131: MDAP[rd]   
	00132: SLOOP      
	00133: SHP[rp1,zp0] 
	00134: SVTCA[y-axis] 
	00135: MDAP[rd]   
	00136: SMD        
	00137: MIRP[nrp0,md,rd,1] 
	00138: MDAP[rd]   
	00139: SHP[rp1,zp0] 
	00140: MDAP[rd]   
	00141: SHP[rp1,zp0] 
	00142: MDAP[rd]   
	00143: SHP[rp1,zp0] 
	00144: SRP2       
	00145: IP         
	00146: SRP1       
	00147: SRP2       
	00148: SLOOP      
	00149: IP         
	00150: IUP[y]     
	00151: IUP[x]     
	00152: SVTCA[x-axis] 
	00153: DELTAP1    
	00154: DELTAP1    
	00155: DELTAP1    
	00156: DELTAP1    
	00157: DELTAP1    
	00158: SVTCA[y-axis] 
	00159: DELTAP2    
	00160: DELTAP1    
	00161: DELTAP1    
	00162: DELTAP1    
	00163: SVTCA[x-axis] 
	00164: DELTAP2    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short Off
	  2:  YDual       Rep-  2 Y-Short X-Short Off
	  5:                              X-Short On
	  6:                              X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:                              X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:                                      Off
	 27:        XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short On
	 33:        XDual                 X-Short On
	 34:        XDual Rep-  2 Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (  -174,     0)  ->  Abs (  1055,     0)
	  2: Rel (   -70,    25)  ->  Abs (   985,    25)
	  3: Rel (   -49,    87)  ->  Abs (   936,   112)
	  4: Rel (   -20,   139)  ->  Abs (   916,   251)
	  5: Rel (   -25,   308)  ->  Abs (   891,   559)
	  6: Rel (   -71,  -394)  ->  Abs (   820,   165)
	  7: Rel (  -195,  -247)  ->  Abs (   625,   -82)
	  8: Rel (  -238,     0)  ->  Abs (   387,   -82)
	  9: Rel (   -83,     0)  ->  Abs (   304,   -82)
	 10: Rel (   -15,    12)  ->  Abs (   289,   -70)
	 11: Rel (   288,   135)  ->  Abs (   577,    65)
	 12: Rel (   171,   162)  ->  Abs (   748,   227)
	 13: Rel (    32,    78)  ->  Abs (   780,   305)
	 14: Rel (    -6,   129)  ->  Abs (   774,   434)
	 15: Rel (  -240,   275)  ->  Abs (   534,   709)
	 16: Rel (  -133,    43)  ->  Abs (   401,   752)
	 17: Rel (    -6,   -24)  ->  Abs (   395,   728)
	 18: Rel (   -12,   -44)  ->  Abs (   383,   684)
	 19: Rel (   -46,    25)  ->  Abs (   337,   709)
	 20: Rel (   -81,    59)  ->  Abs (   256,   768)
	 21: Rel (   -41,    40)  ->  Abs (   215,   808)
	 22: Rel (     0,    46)  ->  Abs (   215,   854)
	 23: Rel (     0,    76)  ->  Abs (   215,   930)
	 24: Rel (    14,    33)  ->  Abs (   229,   963)
	 25: Rel (   240,   -82)  ->  Abs (   469,   881)
	 26: Rel (   319,  -363)  ->  Abs (   788,   518)
	 27: Rel (    17,  -129)  ->  Abs (   805,   389)
	 28: Rel (    58,   238)  ->  Abs (   863,   627)
	 29: Rel (     0,   181)  ->  Abs (   863,   808)
	 30: Rel (     0,   111)  ->  Abs (   863,   919)
	 31: Rel (   -19,   103)  ->  Abs (   844,  1022)
	 32: Rel (    78,   139)  ->  Abs (   922,  1161)
	 33: Rel (    39,  -630)  ->  Abs (   961,   531)
	 34: Rel (    11,  -167)  ->  Abs (   972,   364)
	 35: Rel (    39,  -200)  ->  Abs (  1011,   164)
	 36: Rel (    52,   -41)  ->  Abs (  1063,   123)
	 37: Rel (   166,     0)  ->  Abs (  1229,   123)

	Glyph 1021: off = 0x00032660, len = 64
	  numberOfContours:	1
	  xMin:			537
	  yMin:			855
	  xMax:			757
	  yMax:			1074

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	36
	00000: PUSHB[4]              0     2     2     3 
	00005: PUSHW[1]            924 
	00008: PUSHB[5]              1     1     3     3     0 
	00014: PUSHW[2]            923     2 
	00019: MDAP[rd]   
	00020: MIRP[nrp0,md,rd,1] 
	00021: RTDG       
	00022: IP         
	00023: MDAP[rd]   
	00024: RTG        
	00025: ALIGNRP    
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: MIRP[nrp0,md,rd,1] 
	00029: RTDG       
	00030: IP         
	00031: MDAP[rd]   
	00032: ALIGNRP    
	00033: RTG        
	00034: IUP[y]     
	00035: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   757,   965)  ->  Abs (   757,   965)
	  1: Rel (  -109,  -110)  ->  Abs (   648,   855)
	  2: Rel (  -111,   110)  ->  Abs (   537,   965)
	  3: Rel (   111,   109)  ->  Abs (   648,  1074)

	Glyph 1022: off = 0x000326A0, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			465
	  yMin:			1047
	  xMax:			739
	  yMax:			1420

	     0: Flags:		0x0217
		Glyf Index:	775
		X WOffset:	0
		Y WOffset:	-183
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1023: off = 0x000326B2, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			476
	  yMin:			1049
	  xMax:			751
	  yMax:			1209

	     0: Flags:		0x0217
		Glyf Index:	756
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1024: off = 0x000326C4, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			476
	  yMin:			1049
	  xMax:			752
	  yMax:			1369

	     0: Flags:		0x0217
		Glyf Index:	753
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1025: off = 0x000326D6, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			97
	  yMin:			0
	  xMax:			946
	  yMax:			1738

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	790
		X WOffset:	-321
		Y WOffset:	-68
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     3     2    31    52   111    52   143    52   175    52 
	                             4   143    52   207    52   255    52     3    52 
	00021: SVTCA[y-axis] 
	00022: SRP1       
	00023: DELTAP1    
	00024: DELTAP2    
	00025: SHC[rp1,zp0] 
	00026: SHC[rp1,zp0] 

	Glyph 1026: off = 0x0003270C, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			76
	  yMin:			0
	  xMax:			946
	  yMax:			1898

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	791
		X WOffset:	-344
		Y WOffset:	-68
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (20):     4     3     2    31    63   111    63   143    63   175 
	                            63     4   143    63   207    63   255    63     3    63 
	00022: SVTCA[y-axis] 
	00023: SRP1       
	00024: DELTAP1    
	00025: DELTAP2    
	00026: SHC[rp1,zp0] 
	00027: SHC[rp1,zp0] 
	00028: SHC[rp1,zp0] 

	Glyph 1027: off = 0x00032744, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			412
	  yMin:			1063
	  xMax:			812
	  yMax:			1402

	     0: Flags:		0x0217
		Glyf Index:	796
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1028: off = 0x00032756, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			475
	  yMin:			1107
	  xMax:			725
	  yMax:			1398

	     0: Flags:		0x0217
		Glyf Index:	760
		X WOffset:	0
		Y WOffset:	-200
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1029: off = 0x00032768, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			458
	  yMin:			1076
	  xMax:			749
	  yMax:			1361

	     0: Flags:		0x0217
		Glyf Index:	759
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1030: off = 0x0003277A, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			269
	  yMin:			1103
	  xMax:			891
	  yMax:			1272

	     0: Flags:		0x0217
		Glyf Index:	777
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1031: off = 0x0003278C, len = 30
	  numberOfContours:	-1  (Composite)
	  xMin:			586
	  yMin:			1127
	  xMax:			652
	  yMax:			1594

	     0: Flags:		0x0317
		Glyf Index:	774
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[5]              0     0     4     1     4 
	00006: SVTCA[x-axis] 
	00007: SRP1       
	00008: DELTAP1    
	00009: SHC[rp1,zp0] 

	Glyph 1032: off = 0x000327AA, len = 30
	  numberOfContours:	-1  (Composite)
	  xMin:			419
	  yMin:			1049
	  xMax:			753
	  yMax:			1471

	     0: Flags:		0x0317
		Glyf Index:	757
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[5]              0    47    16     1    16 
	00006: SVTCA[y-axis] 
	00007: SRP1       
	00008: DELTAP1    
	00009: SHC[rp1,zp0] 

	Glyph 1033: off = 0x000327C8, len = 32
	  numberOfContours:	-1  (Composite)
	  xMin:			407
	  yMin:			1051
	  xMax:			774
	  yMax:			1475

	     0: Flags:		0x0317
		Glyf Index:	754
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[6]              1     0    47    35     1    35 
	00007: SVTCA[y-axis] 
	00008: SRP1       
	00009: DELTAP1    
	00010: SHC[rp1,zp0] 
	00011: SHC[rp1,zp0] 

	Glyph 1034: off = 0x000327E8, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			93
	  yMin:			0
	  xMax:			946
	  yMax:			1885

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	792
		X WOffset:	-334
		Y WOffset:	-68
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (21):     4     3     2    31    62   111    62   143    62   175 
	                            62     4   143    62   207    62   255    62     3    62 
	                             4 
	00023: PUSHW[1]            340 
	00026: SCANCTRL   
	00027: SCANTYPE   
	00028: SVTCA[y-axis] 
	00029: SRP1       
	00030: DELTAP1    
	00031: DELTAP2    
	00032: SHC[rp1,zp0] 
	00033: SHC[rp1,zp0] 
	00034: SHC[rp1,zp0] 

	Glyph 1035: off = 0x00032826, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			32
	  yMin:			0
	  xMax:			946
	  yMax:			2023

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	793
		X WOffset:	-333
		Y WOffset:	-68
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (30):     4     3     2    31    41   111    41   143    41   175 
	                            41     4   143    41   207    41   255    41     3    41 
	                             4     3    31    69   127    69   239    69     3    69 
	00032: SVTCA[x-axis] 
	00033: SRP1       
	00034: DELTAP1    
	00035: SHC[rp1,zp0] 
	00036: SHC[rp1,zp0] 
	00037: SVTCA[y-axis] 
	00038: SRP1       
	00039: DELTAP1    
	00040: DELTAP2    
	00041: SHC[rp1,zp0] 
	00042: SHC[rp1,zp0] 
	00043: SHC[rp1,zp0] 

	Glyph 1036: off = 0x0003286C, len = 112
	  numberOfContours:	-1  (Composite)
	  xMin:			5
	  yMin:			0
	  xMax:			946
	  yMax:			2008

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	794
		X WOffset:	-333
		Y WOffset:	-68
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (60):     4     3     2    31    91   111    91   143    91   175 
	                            91     4   143    91   207    91   255    91     3    91 
	                             4     3     2    95    96   127    96   175    96     3 
	                            31    96    79    96     2    96     3     2    31    54 
	                             1   191    54     1   223    54   239    54     2    54 
	                            64    17    18    52    54    64    17    21    52    54 
	00062: SVTCA[x-axis] 
	00063: SRP1       
	00064: CALL       
	00065: CALL       
	00066: DELTAP1    
	00067: DELTAP2    
	00068: DELTAP3    
	00069: SHC[rp1,zp0] 
	00070: SHC[rp1,zp0] 
	00071: SVTCA[x-axis] 
	00072: SRP1       
	00073: DELTAP1    
	00074: DELTAP1    
	00075: SHC[rp1,zp0] 
	00076: SHC[rp1,zp0] 
	00077: SHC[rp1,zp0] 
	00078: SVTCA[y-axis] 
	00079: SRP1       
	00080: DELTAP1    
	00081: DELTAP2    
	00082: SHC[rp1,zp0] 
	00083: SHC[rp1,zp0] 
	00084: SHC[rp1,zp0] 

	Glyph 1037: off = 0x000328DC, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			455
	  yMin:			1072
	  xMax:			746
	  yMax:			1471

	     0: Flags:		0x0217
		Glyf Index:	841
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1038: off = 0x000328EE, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			458
	  yMin:			1076
	  xMax:			749
	  yMax:			1630

	     0: Flags:		0x0217
		Glyf Index:	786
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1039: off = 0x00032900, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			458
	  yMin:			1043
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	  yMax:			1492

	     0: Flags:		0x0217
		Glyf Index:	843
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1040: off = 0x00032912, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			469
	  yMin:			1044
	  xMax:			760
	  yMax:			1653

	     0: Flags:		0x0217
		Glyf Index:	840
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1041: off = 0x00032924, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			424
	  yMin:			1072
	  xMax:			758
	  yMax:			1737

	     0: Flags:		0x0217
		Glyf Index:	842
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1042: off = 0x00032936, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			387
	  yMin:			1074
	  xMax:			754
	  yMax:			1738

	     0: Flags:		0x0217
		Glyf Index:	839
		X WOffset:	0
		Y WOffset:	-210
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1043: off = 0x00032948, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			475
	  yMin:			-1032
	  xMax:			749
	  yMax:			-659

	     0: Flags:		0x0217
		Glyf Index:	775
		X WOffset:	10
		Y WOffset:	-2262
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1044: off = 0x0003295A, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			434
	  yMin:			-787
	  xMax:			709
	  yMax:			-627

	     0: Flags:		0x0217
		Glyf Index:	756
		X WOffset:	-42
		Y WOffset:	-2046
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1045: off = 0x0003296C, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			434
	  yMin:			-944
	  xMax:			710
	  yMax:			-624

	     0: Flags:		0x0217
		Glyf Index:	753
		X WOffset:	-42
		Y WOffset:	-2203
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1046: off = 0x0003297E, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			156
	  yMin:			-709
	  xMax:			946
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	788
		X BOffset:	-96
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[4]              2     3     2    41 
	00005: PUSHW[1]            953 
	00008: PUSHB[4]             41     3     2    42 
	00013: PUSHW[1]            -64 
	00016: PUSHB[4]              9    12    52    42 
	00021: SVTCA[x-axis] 
	00022: SRP1       
	00023: CALL       
	00024: SHC[rp1,zp0] 
	00025: SHC[rp1,zp0] 
	00026: SVTCA[y-axis] 
	00027: CALL       

	Glyph 1047: off = 0x000329B2, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			156
	  yMin:			-868
	  xMax:			946
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	1019
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	789
		X BOffset:	-98
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[5]              2     3     4     3    41 
	00006: PUSHW[1]            953 
	00009: PUSHB[5]             41     4     3     2    42 
	00015: PUSHW[1]            -64 
	00018: PUSHB[4]              9    12    52    42 
	00023: SVTCA[x-axis] 
	00024: SRP1       
	00025: CALL       
	00026: SHC[rp1,zp0] 
	00027: SHC[rp1,zp0] 
	00028: SHC[rp1,zp0] 
	00029: SVTCA[y-axis] 
	00030: CALL       

	Glyph 1048: off = 0x000329EA, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			490
	  yMin:			782
	  xMax:			764
	  yMax:			1155

	     0: Flags:		0x0217
		Glyf Index:	775
		X WOffset:	25
		Y WOffset:	-448
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1049: off = 0x000329FC, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			501
	  yMin:			784
	  xMax:			776
	  yMax:			944

	     0: Flags:		0x0217
		Glyf Index:	756
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1050: off = 0x00032A0E, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			501
	  yMin:			784
	  xMax:			777
	  yMax:			1104

	     0: Flags:		0x0217
		Glyf Index:	753
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1051: off = 0x00032A20, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			117
	  yMin:			-82
	  xMax:			1229
	  yMax:			1620

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	790
		X WOffset:	-301
		Y WOffset:	-186
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     2     1   111    49   143    49     2   111    49   143 
	                            49   207    49   255    49     4    49 
	00019: SVTCA[y-axis] 
	00020: SRP1       
	00021: DELTAP1    
	00022: DELTAP2    
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 1052: off = 0x00032A54, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			107
	  yMin:			-82
	  xMax:			1229
	  yMax:			1780

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	791
		X WOffset:	-313
		Y WOffset:	-186
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (27):     3     2     1   111    60   143    60     2   111    60 
	                           143    60   207    60   255    60     4    60     3     2 
	                             1    31    65   239    65     2    65 
	00029: SVTCA[x-axis] 
	00030: SRP1       
	00031: DELTAP1    
	00032: SHC[rp1,zp0] 
	00033: SHC[rp1,zp0] 
	00034: SHC[rp1,zp0] 
	00035: SVTCA[y-axis] 
	00036: SRP1       
	00037: DELTAP1    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 
	00040: SHC[rp1,zp0] 
	00041: SHC[rp1,zp0] 

	Glyph 1053: off = 0x00032A98, len = 30
	  numberOfContours:	-1  (Composite)
	  xMin:			437
	  yMin:			798
	  xMax:			837
	  yMax:			1137

	     0: Flags:		0x0317
		Glyf Index:	796
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[5]              0    47    10     1    10 
	00006: SVTCA[y-axis] 
	00007: SRP1       
	00008: DELTAP1    
	00009: SHC[rp1,zp0] 

	Glyph 1054: off = 0x00032AB6, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			500
	  yMin:			832
	  xMax:			750
	  yMax:			1123

	     0: Flags:		0x0217
		Glyf Index:	760
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1055: off = 0x00032AC8, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			483
	  yMin:			811
	  xMax:			774
	  yMax:			1096

	     0: Flags:		0x0217
		Glyf Index:	759
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1056: off = 0x00032ADA, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			294
	  yMin:			838
	  xMax:			916
	  yMax:			1007

	     0: Flags:		0x0217
		Glyf Index:	777
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1057: off = 0x00032AEC, len = 30
	  numberOfContours:	-1  (Composite)
	  xMin:			611
	  yMin:			862
	  xMax:			677
	  yMax:			1329

	     0: Flags:		0x0317
		Glyf Index:	774
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[5]              0     0     4     1     4 
	00006: SVTCA[x-axis] 
	00007: SRP1       
	00008: DELTAP1    
	00009: SHC[rp1,zp0] 

	Glyph 1058: off = 0x00032B0A, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			444
	  yMin:			784
	  xMax:			778
	  yMax:			1206

	     0: Flags:		0x0217
		Glyf Index:	757
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1059: off = 0x00032B1C, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			432
	  yMin:			786
	  xMax:			799
	  yMax:			1210

	     0: Flags:		0x0217
		Glyf Index:	754
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1060: off = 0x00032B2E, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			127
	  yMin:			-82
	  xMax:			1229
	  yMax:			1767

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	792
		X WOffset:	-300
		Y WOffset:	-186
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     3     2     1   111    59   143    59     2   111    59 
	                           143    59   207    59   255    59     4    59 
	00020: SVTCA[y-axis] 
	00021: SRP1       
	00022: DELTAP1    
	00023: DELTAP2    
	00024: SHC[rp1,zp0] 
	00025: SHC[rp1,zp0] 
	00026: SHC[rp1,zp0] 

	Glyph 1061: off = 0x00032B64, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			65
	  yMin:			-82
	  xMax:			1229
	  yMax:			1905

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	793
		X WOffset:	-300
		Y WOffset:	-186
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     3     2     1   111    38   143    38     2   111    38 
	                           143    38   207    38   255    38     4    38 
	00020: SVTCA[y-axis] 
	00021: SRP1       
	00022: DELTAP1    
	00023: DELTAP2    
	00024: SHC[rp1,zp0] 
	00025: SHC[rp1,zp0] 
	00026: SHC[rp1,zp0] 

	Glyph 1062: off = 0x00032B9A, len = 88
	  numberOfContours:	-1  (Composite)
	  xMin:			38
	  yMin:			-82
	  xMax:			1229
	  yMax:			1890

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	794
		X WOffset:	-300
		Y WOffset:	-186
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (40):     3     2     1   111    88   143    88     2   111    88 
	                           143    88   207    88   255    88     4    88     3     2 
	                             1   159    93   175    93     2    79    93    95    93 
	                             2    93     2     1    53    64    17    21    52    53 
	00042: SVTCA[x-axis] 
	00043: SRP1       
	00044: CALL       
	00045: SHC[rp1,zp0] 
	00046: SHC[rp1,zp0] 
	00047: SVTCA[x-axis] 
	00048: SRP1       
	00049: DELTAP1    
	00050: DELTAP1    
	00051: SHC[rp1,zp0] 
	00052: SHC[rp1,zp0] 
	00053: SHC[rp1,zp0] 
	00054: SVTCA[y-axis] 
	00055: SRP1       
	00056: DELTAP1    
	00057: DELTAP2    
	00058: SHC[rp1,zp0] 
	00059: SHC[rp1,zp0] 
	00060: SHC[rp1,zp0] 

	Glyph 1063: off = 0x00032BF2, len = 32
	  numberOfContours:	-1  (Composite)
	  xMin:			480
	  yMin:			807
	  xMax:			771
	  yMax:			1206

	     0: Flags:		0x0317
		Glyf Index:	841
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[6]              1     0    47    13     1    13 
	00007: SVTCA[y-axis] 
	00008: SRP1       
	00009: DELTAP1    
	00010: SHC[rp1,zp0] 
	00011: SHC[rp1,zp0] 

	Glyph 1064: off = 0x00032C12, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			483
	  yMin:			811
	  xMax:			774
	  yMax:			1365

	     0: Flags:		0x0217
		Glyf Index:	786
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1065: off = 0x00032C24, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			483
	  yMin:			778
	  xMax:			774
	  yMax:			1227

	     0: Flags:		0x0217
		Glyf Index:	843
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1066: off = 0x00032C36, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			494
	  yMin:			779
	  xMax:			785
	  yMax:			1388

	     0: Flags:		0x0217
		Glyf Index:	840
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1067: off = 0x00032C48, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			449
	  yMin:			807
	  xMax:			783
	  yMax:			1472

	     0: Flags:		0x0217
		Glyf Index:	842
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1068: off = 0x00032C5A, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			412
	  yMin:			809
	  xMax:			779
	  yMax:			1473

	     0: Flags:		0x0217
		Glyf Index:	839
		X WOffset:	25
		Y WOffset:	-475
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1069: off = 0x00032C6C, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			455
	  yMin:			-1392
	  xMax:			729
	  yMax:			-1019

	     0: Flags:		0x0217
		Glyf Index:	775
		X WOffset:	-10
		Y WOffset:	-2622
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1070: off = 0x00032C7E, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			414
	  yMin:			-1147
	  xMax:			689
	  yMax:			-987

	     0: Flags:		0x0317
		Glyf Index:	756
		X WOffset:	-62
		Y WOffset:	-2406
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: NPUSHB      (14):     0    64     5    80     5     2    16     5    32     5 
	                            48     5     3     5 
	00016: SVTCA[y-axis] 
	00017: SRP1       
	00018: DELTAP1    
	00019: DELTAP1    
	00020: SHC[rp1,zp0] 

	Glyph 1071: off = 0x00032CA8, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			414
	  yMin:			-1304
	  xMax:			690
	  yMax:			-984

	     0: Flags:		0x0217
		Glyf Index:	753
		X WOffset:	-62
		Y WOffset:	-2563
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1072: off = 0x00032CBA, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			215
	  yMin:			-709
	  xMax:			1229
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	788
		X WOffset:	-193
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[4]              1     2     2    38 
	00005: PUSHW[1]            953 
	00008: NPUSHB      (18):    41     2     1    47    38    79    38    80    38   143 
	                            38     4    38    64    16    20    52    38 
	00028: SVTCA[x-axis] 
	00029: SRP1       
	00030: CALL       
	00031: DELTAP1    
	00032: SHC[rp1,zp0] 
	00033: SHC[rp1,zp0] 
	00034: SVTCA[y-axis] 
	00035: CALL       

	Glyph 1073: off = 0x00032CF8, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			215
	  yMin:			-868
	  xMax:			1229
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	1020
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	789
		X WOffset:	-195
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[5]              1     2     3     3    38 
	00006: PUSHW[1]            953 
	00009: NPUSHB      (21):    41     3     2     1    47    38    79    38    80    38 
	                           127    38   143    38     5    38    64    16    20    52 
	                            38 
	00032: SVTCA[x-axis] 
	00033: SRP1       
	00034: CALL       
	00035: DELTAP1    
	00036: SHC[rp1,zp0] 
	00037: SHC[rp1,zp0] 
	00038: SHC[rp1,zp0] 
	00039: SVTCA[y-axis] 
	00040: CALL       

	Glyph 1074: off = 0x00032D3C, len = 26
	  numberOfContours:	-1  (Composite)
	  xMin:			195
	  yMin:			1187
	  xMax:			469
	  yMax:			1560

	     0: Flags:		0x0317
		Glyf Index:	775
		X WOffset:	-270
		Y WOffset:	-43
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[2]              0    22 
	00003: SVTCA[y-axis] 
	00004: SRP1       
	00005: SHC[rp1,zp0] 

	Glyph 1075: off = 0x00032D56, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			206
	  yMin:			1189
	  xMax:			481
	  yMax:			1349

	     0: Flags:		0x0217
		Glyf Index:	756
		X WOffset:	-270
		Y WOffset:	-70
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1076: off = 0x00032D68, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			205
	  yMin:			1189
	  xMax:			481
	  yMax:			1509

	     0: Flags:		0x0217
		Glyf Index:	753
		X WOffset:	-271
		Y WOffset:	-70
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1077: off = 0x00032D7A, len = 484
	  numberOfContours:	3
	  xMin:			362
	  yMin:			59
	  xMax:			681
	  yMax:			1705

	EndPoints
	---------
	  0:  9
	  1:  32
	  2:  44

	  Length of Instructions:	349
	00000: NPUSHB      (23):    32    44    19    27    52    11    32    11    16    52 
	                            20    27    22    28    25    32     3    14    64    17 
	                            30    52    13 
	00025: PUSHW[1]            -64 
	00028: PUSHB[4]             11    16    52    11 
	00033: PUSHW[1]            -64 
	00036: PUSHB[4]             12    16    52     5 
	00041: PUSHW[4]            936     9     4   936 
	00050: PUSHB[4]             16     9     1     9 
	00055: PUSHW[1]            935 
	00058: NPUSHB      (22):     0    64    25    44    52     0    64     9    48    52 
	                             0     0    18    13    29    31    32    11    10    22 
	                            22    18 
	00082: PUSHW[1]            897 
	00085: NPUSHB      (20):    24    64    47    49    52    24    64    41    43    52 
	                            95    24     1     0    24     1    24    24    10    31 
	00107: PUSHW[1]            898 
	00110: PUSHB[4]            144    32     1    32 
	00115: PUSHW[1]            -64 
	00118: PUSHB[4]             28    30    52    32 
	00123: PUSHW[1]            -64 
	00126: NPUSHB      (29):     9    16    52    32    32    15    10     1    10    64 
	                             9    21    52    10    10    38    33    38     7    64 
	                            18    26    52     7    64     9    11    52     7 
	00157: PUSHW[1]            934 
	00160: NPUSHB      (16):     2     2    10    13    32    22    22     0    20    16 
	                            20     2    20    20    32    26 
	00178: PUSHW[1]            875 
	00181: NPUSHB      (53):    47    15     1    15    15    11    10    31   175    32 
	                             1    32    64    11    11    52    32    64     9    11 
	                            52    32    32    79    10     1    32    10     1    10 
	                            10    10    37    33    33    37    38    38    36    35 
	                            34    44    42    41    40    39     8    43    64    25 
	                            27    52    43 
	00236: PUSHW[1]            892 
	00239: PUSHB[5]             79    37     1    37     4 
	00245: PUSHW[1]            340 
	00248: SCANCTRL   
	00249: SCANTYPE   
	00250: MDAP[rd]   
	00251: DELTAP1    
	00252: MIRP[nrp0,md,rd,1] 
	00253: CALL       
	00254: SLOOP      
	00255: IP         
	00256: RTHG       
	00257: IP         
	00258: MDAP[rd]   
	00259: SRP1       
	00260: IP         
	00261: MDAP[rd]   
	00262: SRP1       
	00263: SHP[rp1,zp0] 
	00264: SHP[rp1,zp0] 
	00265: RTG        
	00266: MDAP[rd]   
	00267: DELTAP1    
	00268: DELTAP2    
	00269: SHP[rp1,zp0] 
	00270: MDAP[rd]   
	00271: CALL       
	00272: CALL       
	00273: DELTAP1    
	00274: ALIGNRP    
	00275: SRP1       
	00276: SHP[rp1,zp0] 
	00277: SHP[rp1,zp0] 
	00278: MDAP[rd]   
	00279: DELTAP1    
	00280: MIRP[srp0,md,rd,1] 
	00281: SRP1       
	00282: IP         
	00283: MDAP[rd]   
	00284: DELTAP1    
	00285: SHP[rp1,zp0] 
	00286: RTHG       
	00287: MDAP[rd]   
	00288: SRP1       
	00289: IP         
	00290: SRP1       
	00291: SHP[rp1,zp0] 
	00292: RTG        
	00293: MDAP[rd]   
	00294: MIRP[nrp0,md,rd,1] 
	00295: CALL       
	00296: CALL       
	00297: SVTCA[y-axis] 
	00298: MDAP[rd]   
	00299: MDAP[rd]   
	00300: SRP1       
	00301: SHP[rp1,zp0] 
	00302: MDAP[rd]   
	00303: CALL       
	00304: DELTAP1    
	00305: SHP[rp1,zp0] 
	00306: MDAP[rd]   
	00307: CALL       
	00308: CALL       
	00309: DELTAP3    
	00310: MIRP[nrp0,md,rd,1] 
	00311: SRP1       
	00312: SHP[rp1,zp0] 
	00313: MDAP[rd]   
	00314: DELTAP1    
	00315: DELTAP3    
	00316: CALL       
	00317: CALL       
	00318: MIRP[nrp0,md,rd,1] 
	00319: SHP[rp1,zp0] 
	00320: RUTG       
	00321: MDAP[rd]   
	00322: RTG        
	00323: SRP1       
	00324: SHP[rp1,zp0] 
	00325: SRP1       
	00326: SRP2       
	00327: IP         
	00328: IP         
	00329: SRP1       
	00330: SHP[rp1,zp0] 
	00331: MDAP[rd]   
	00332: CALL       
	00333: CALL       
	00334: MIRP[nrp0,nmd,rd,0] 
	00335: DELTAP1    
	00336: MIRP[nrp0,md,rd,1] 
	00337: SRP0       
	00338: MIRP[nrp0,md,rd,1] 
	00339: IUP[y]     
	00340: IUP[x]     
	00341: SVTCA[x-axis] 
	00342: CALL       
	00343: CALL       
	00344: CALL       
	00345: SVTCA[y-axis] 
	00346: DELTAP3    
	00347: CALL       
	00348: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short On
	 10:                              X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:        XDual         Y-Short         On
	 33:                              X-Short On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual               Y-Short X-Short On
	 36:                              X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short X-Short On
	 39:                      Y-Short X-Short On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short On
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   373,  1545)  ->  Abs (   373,  1545)
	  1: Rel (   -11,     0)  ->  Abs (   362,  1545)
	  2: Rel (     0,    24)  ->  Abs (   362,  1569)
	  3: Rel (     0,    25)  ->  Abs (   362,  1594)
	  4: Rel (    13,     6)  ->  Abs (   375,  1600)
	  5: Rel (   248,   105)  ->  Abs (   623,  1705)
	  6: Rel (    14,     0)  ->  Abs (   637,  1705)
	  7: Rel (     0,   -21)  ->  Abs (   637,  1684)
	  8: Rel (     0,   -26)  ->  Abs (   637,  1658)
	  9: Rel (   -14,    -6)  ->  Abs (   623,  1652)
	 10: Rel (  -202,  -503)  ->  Abs (   421,  1149)
	 11: Rel (     8,    43)  ->  Abs (   429,  1192)
	 12: Rel (    46,    34)  ->  Abs (   475,  1226)
	 13: Rel (    30,    36)  ->  Abs (   505,  1262)
	 14: Rel (   -98,     6)  ->  Abs (   407,  1268)
	 15: Rel (     0,    84)  ->  Abs (   407,  1352)
	 16: Rel (     0,    58)  ->  Abs (   407,  1410)
	 17: Rel (    78,   112)  ->  Abs (   485,  1522)
	 18: Rel (    51,     0)  ->  Abs (   536,  1522)
	 19: Rel (    80,     0)  ->  Abs (   616,  1522)
	 20: Rel (     0,   -73)  ->  Abs (   616,  1449)
	 21: Rel (     0,   -24)  ->  Abs (   616,  1425)
	 22: Rel (   -12,   -24)  ->  Abs (   604,  1401)
	 23: Rel (   -73,    53)  ->  Abs (   531,  1454)
	 24: Rel (   -32,     0)  ->  Abs (   499,  1454)
	 25: Rel (   -51,     0)  ->  Abs (   448,  1454)
	 26: Rel (     0,   -43)  ->  Abs (   448,  1411)
	 27: Rel (     0,   -35)  ->  Abs (   448,  1376)
	 28: Rel (   105,   -65)  ->  Abs (   553,  1311)
	 29: Rel (    40,     0)  ->  Abs (   593,  1311)
	 30: Rel (     9,     0)  ->  Abs (   602,  1311)
	 31: Rel (    79,    22)  ->  Abs (   681,  1333)
	 32: Rel (     0,   -73)  ->  Abs (   681,  1260)
	 33: Rel (  -129, -1201)  ->  Abs (   552,    59)
	 34: Rel (     0,   234)  ->  Abs (   552,   293)
	 35: Rel (   -19,   246)  ->  Abs (   533,   539)
	 36: Rel (   -19,   259)  ->  Abs (   514,   798)
	 37: Rel (     0,   137)  ->  Abs (   514,   935)
	 38: Rel (   102,   166)  ->  Abs (   616,  1101)
	 39: Rel (    -3,  -155)  ->  Abs (   613,   946)
	 40: Rel (     0,  -157)  ->  Abs (   613,   789)
	 41: Rel (     5,  -119)  ->  Abs (   618,   670)
	 42: Rel (     8,  -186)  ->  Abs (   626,   484)
	 43: Rel (     0,   -90)  ->  Abs (   626,   394)
	 44: Rel (     0,  -293)  ->  Abs (   626,   101)

	Glyph 1078: off = 0x00032F5E, len = 592
	  numberOfContours:	4
	  xMin:			372
	  yMin:			59
	  xMax:			681
	  yMax:			1866

	EndPoints
	---------
	  0:  9
	  1:  19
	  2:  42
	  3:  54

	  Length of Instructions:	429
	00000: NPUSHB      (25):    42    44    19    27    52    21    32    11    16    52 
	                            19    37    21    38    21    39    25    42     4    24 
	                            64    17    30    52    23 
	00027: PUSHW[1]            -64 
	00030: PUSHB[4]             11    16    52    21 
	00035: PUSHW[1]            -64 
	00038: PUSHB[4]             12    16    52     5 
	00043: PUSHW[4]            936     9     4   936 
	00052: PUSHB[4]             16     9     1     9 
	00057: PUSHW[1]            935 
	00060: NPUSHB      (13):     0    64    42    48    52     0    64    25    29    52 
	                             0     0    15 
	00075: PUSHW[4]            936    19    14   936 
	00084: PUSHB[4]             16    19     1    19 
	00089: PUSHW[1]            935 
	00092: NPUSHB      (32):    79    10   143    10   223    10     3    31    10     1 
	                            10    64    34    41    52    10    64     9    48    52 
	                            10    10    28    23    49    41    42    21    20    32 
	                            32    28 
	00126: PUSHW[1]            897 
	00129: NPUSHB      (20):    34    64    47    49    52    34    64    41    43    52 
	                            95    34     1     0    34     1    34    34    20    41 
	00151: PUSHW[1]            898 
	00154: PUSHB[4]            144    42     1    42 
	00159: PUSHW[1]            -64 
	00162: PUSHB[4]             28    30    52    42 
	00167: PUSHW[1]            -64 
	00170: NPUSHB      (29):     9    16    52    42    42    15    20     1    20    64 
	                             9    21    52    20    20    48    43    48     7    64 
	                            18    26    52     7    64     9    11    52     7 
	00201: PUSHW[1]            934 
	00204: NPUSHB      (13):     2     2    17    64    18    26    52    17    64     9 
	                            11    52    17 
	00219: PUSHW[3]            934    12   -64 
	00226: NPUSHB      (19):    19    27    52    12    12    25    23    42    32    32 
	                             0    30    16    30     2    30    30    42    36 
	00247: PUSHW[1]            875 
	00250: NPUSHB      (49):    47    25     1    25    25    21    20    41   175    42 
	                             1    42    64    11    11    52    42    64     9    11 
	                            52    42    42    32    20     1    20    20    47    43 
	                            43    47    48    48    46    45    44    54    52    51 
	                            50    49     8    53    64    25    27    52    53 
	00301: PUSHW[1]            892 
	00304: PUSHB[5]             79    47     1    47     5 
	00310: PUSHW[1]            340 
	00313: SCANCTRL   
	00314: SCANTYPE   
	00315: MDAP[rd]   
	00316: DELTAP1    
	00317: MIRP[nrp0,md,rd,1] 
	00318: CALL       
	00319: SLOOP      
	00320: IP         
	00321: RTHG       
	00322: IP         
	00323: MDAP[rd]   
	00324: SRP1       
	00325: IP         
	00326: MDAP[rd]   
	00327: SRP1       
	00328: SHP[rp1,zp0] 
	00329: RTG        
	00330: MDAP[rd]   
	00331: DELTAP1    
	00332: SHP[rp1,zp0] 
	00333: MDAP[rd]   
	00334: CALL       
	00335: CALL       
	00336: DELTAP1    
	00337: ALIGNRP    
	00338: SRP1       
	00339: SHP[rp1,zp0] 
	00340: SHP[rp1,zp0] 
	00341: MDAP[rd]   
	00342: DELTAP1    
	00343: MIRP[srp0,md,rd,1] 
	00344: SRP1       
	00345: IP         
	00346: MDAP[rd]   
	00347: DELTAP1    
	00348: SHP[rp1,zp0] 
	00349: RTHG       
	00350: MDAP[rd]   
	00351: SRP1       
	00352: IP         
	00353: SRP1       
	00354: SHP[rp1,zp0] 
	00355: RTG        
	00356: MDAP[rd]   
	00357: CALL       
	00358: MIRP[nrp0,md,rd,1] 
	00359: CALL       
	00360: CALL       
	00361: SHP[rp1,zp0] 
	00362: MDAP[rd]   
	00363: MIRP[nrp0,md,rd,1] 
	00364: CALL       
	00365: CALL       
	00366: SVTCA[y-axis] 
	00367: MDAP[rd]   
	00368: MDAP[rd]   
	00369: SRP1       
	00370: SHP[rp1,zp0] 
	00371: MDAP[rd]   
	00372: CALL       
	00373: DELTAP1    
	00374: SHP[rp1,zp0] 
	00375: MDAP[rd]   
	00376: CALL       
	00377: CALL       
	00378: DELTAP3    
	00379: MIRP[nrp0,md,rd,1] 
	00380: SRP1       
	00381: SHP[rp1,zp0] 
	00382: MDAP[rd]   
	00383: DELTAP1    
	00384: DELTAP3    
	00385: CALL       
	00386: CALL       
	00387: MIRP[nrp0,md,rd,1] 
	00388: SHP[rp1,zp0] 
	00389: RUTG       
	00390: MDAP[rd]   
	00391: RTG        
	00392: SRP1       
	00393: SHP[rp1,zp0] 
	00394: SRP1       
	00395: SRP2       
	00396: IP         
	00397: IP         
	00398: SRP1       
	00399: SHP[rp1,zp0] 
	00400: MDAP[rd]   
	00401: CALL       
	00402: CALL       
	00403: DELTAP3    
	00404: DELTAP2    
	00405: MIRP[nrp0,nmd,rd,0] 
	00406: DELTAP1    
	00407: MIRP[nrp0,md,rd,1] 
	00408: SRP0       
	00409: MIRP[srp0,md,rd,1] 
	00410: SHP[rp2,zp1] 
	00411: MDAP[rd]   
	00412: CALL       
	00413: CALL       
	00414: MIRP[nrp0,nmd,rd,0] 
	00415: DELTAP1    
	00416: MIRP[nrp0,md,rd,1] 
	00417: SRP0       
	00418: MIRP[nrp0,md,rd,1] 
	00419: IUP[y]     
	00420: IUP[x]     
	00421: SVTCA[x-axis] 
	00422: CALL       
	00423: CALL       
	00424: CALL       
	00425: SVTCA[y-axis] 
	00426: DELTAP3    
	00427: CALL       
	00428: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short On
	 10:                              X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short On
	 20:                              X-Short On
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:        XDual         Y-Short         On
	 43:                              X-Short On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual               Y-Short X-Short On
	 46:                              X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short X-Short On
	 49:                      Y-Short X-Short On
	 50:        XDual         Y-Short         Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   383,  1706)  ->  Abs (   383,  1706)
	  1: Rel (   -11,     0)  ->  Abs (   372,  1706)
	  2: Rel (     0,    24)  ->  Abs (   372,  1730)
	  3: Rel (     0,    25)  ->  Abs (   372,  1755)
	  4: Rel (    13,     6)  ->  Abs (   385,  1761)
	  5: Rel (   248,   105)  ->  Abs (   633,  1866)
	  6: Rel (    14,     0)  ->  Abs (   647,  1866)
	  7: Rel (     0,   -22)  ->  Abs (   647,  1844)
	  8: Rel (     0,   -28)  ->  Abs (   647,  1816)
	  9: Rel (   -14,    -6)  ->  Abs (   633,  1810)
	 10: Rel (  -250,  -264)  ->  Abs (   383,  1546)
	 11: Rel (   -11,     0)  ->  Abs (   372,  1546)
	 12: Rel (     0,    24)  ->  Abs (   372,  1570)
	 13: Rel (     0,    25)  ->  Abs (   372,  1595)
	 14: Rel (    13,     6)  ->  Abs (   385,  1601)
	 15: Rel (   248,   105)  ->  Abs (   633,  1706)
	 16: Rel (    14,     0)  ->  Abs (   647,  1706)
	 17: Rel (     0,   -21)  ->  Abs (   647,  1685)
	 18: Rel (     0,   -26)  ->  Abs (   647,  1659)
	 19: Rel (   -14,    -6)  ->  Abs (   633,  1653)
	 20: Rel (  -212,  -504)  ->  Abs (   421,  1149)
	 21: Rel (     8,    43)  ->  Abs (   429,  1192)
	 22: Rel (    46,    34)  ->  Abs (   475,  1226)
	 23: Rel (    30,    36)  ->  Abs (   505,  1262)
	 24: Rel (   -98,     6)  ->  Abs (   407,  1268)
	 25: Rel (     0,    84)  ->  Abs (   407,  1352)
	 26: Rel (     0,    58)  ->  Abs (   407,  1410)
	 27: Rel (    78,   112)  ->  Abs (   485,  1522)
	 28: Rel (    51,     0)  ->  Abs (   536,  1522)
	 29: Rel (    80,     0)  ->  Abs (   616,  1522)
	 30: Rel (     0,   -73)  ->  Abs (   616,  1449)
	 31: Rel (     0,   -24)  ->  Abs (   616,  1425)
	 32: Rel (   -12,   -24)  ->  Abs (   604,  1401)
	 33: Rel (   -73,    53)  ->  Abs (   531,  1454)
	 34: Rel (   -32,     0)  ->  Abs (   499,  1454)
	 35: Rel (   -51,     0)  ->  Abs (   448,  1454)
	 36: Rel (     0,   -43)  ->  Abs (   448,  1411)
	 37: Rel (     0,   -35)  ->  Abs (   448,  1376)
	 38: Rel (   105,   -65)  ->  Abs (   553,  1311)
	 39: Rel (    40,     0)  ->  Abs (   593,  1311)
	 40: Rel (     9,     0)  ->  Abs (   602,  1311)
	 41: Rel (    79,    22)  ->  Abs (   681,  1333)
	 42: Rel (     0,   -73)  ->  Abs (   681,  1260)
	 43: Rel (  -129, -1201)  ->  Abs (   552,    59)
	 44: Rel (     0,   234)  ->  Abs (   552,   293)
	 45: Rel (   -19,   246)  ->  Abs (   533,   539)
	 46: Rel (   -19,   259)  ->  Abs (   514,   798)
	 47: Rel (     0,   137)  ->  Abs (   514,   935)
	 48: Rel (   102,   166)  ->  Abs (   616,  1101)
	 49: Rel (    -3,  -155)  ->  Abs (   613,   946)
	 50: Rel (     0,  -157)  ->  Abs (   613,   789)
	 51: Rel (     5,  -119)  ->  Abs (   618,   670)
	 52: Rel (     8,  -186)  ->  Abs (   626,   484)
	 53: Rel (     0,   -90)  ->  Abs (   626,   394)
	 54: Rel (     0,  -293)  ->  Abs (   626,   101)

	Glyph 1079: off = 0x000331AE, len = 18
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	  yMax:			1542

	     0: Flags:		0x0217
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1080: off = 0x000331C0, len = 18
	  numberOfContours:	-1  (Composite)
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	  yMax:			1528

	     0: Flags:		0x0217
		Glyf Index:	760
		X WOffset:	-270
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1081: off = 0x000331D2, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			188
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	  yMax:			1501

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		Glyf Index:	759
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	Glyph 1082: off = 0x000331E4, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			1243
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	  yMax:			1412

	     0: Flags:		0x0217
		Glyf Index:	777
		X WOffset:	-269
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	Glyph 1083: off = 0x000331F6, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			316
	  yMin:			1267
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	  yMax:			1734

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	Glyph 1084: off = 0x00033208, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			1189
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	  yMax:			1611

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	Glyph 1085: off = 0x0003321A, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			137
	  yMin:			1191
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	  yMax:			1615

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	Glyph 1086: off = 0x0003322C, len = 592
	  numberOfContours:	4
	  xMin:			383
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	  yMax:			1885

	EndPoints
	---------
	  0:  11
	  1:  20
	  2:  43
	  3:  55

	  Length of Instructions:	430
	00000: NPUSHB      (46):    22     1    20    38    22    39    26    43    35     1 
	                            53     1     6     8    24    12    25    52    18    24 
	                            25    33    52   216     2   233     2   250     2     3 
	                            43    44    19    27    52    22    32    11    16    52 
	                            25    64    17    30    52    24 
	00048: PUSHW[1]            -64 
	00051: PUSHB[4]             11    16    52    22 
	00056: PUSHW[1]            -64 
	00059: PUSHB[4]             12    16    52     9 
	00064: PUSHW[1]            898 
	00067: NPUSHB      (14):    19    64    38    44    52    15    19    31    19     2 
	                             0    19     1    19 
	00083: PUSHW[1]            -64 
	00086: NPUSHB      (11):     9    11    52    19    19   112    14   128    14     2 
	                            14 
	00099: PUSHW[1]            901 
	00102: NPUSHB      (22):     3    64    29    42    52     3    64     9    14    52 
	                             3     3    29    24    40    42    43    22    21    33 
	                            33    29 
	00126: PUSHW[1]            897 
	00129: NPUSHB      (20):    35    64    47    49    52    35    64    41    43    52 
	                            95    35     1     0    35     1    35    35    21    42 
	00151: PUSHW[1]            898 
	00154: PUSHB[4]            144    43     1    43 
	00159: PUSHW[1]            -64 
	00162: PUSHB[4]             28    30    52    43 
	00167: PUSHW[1]            -64 
	00170: NPUSHB      (19):     9    16    52    43    43    15    21     1    21    64 
	                             9    21    52    21    21    49    44    49     0 
	00191: PUSHW[3]            878    16   -64 
	00198: NPUSHB      (15):    20    24    52    16    64    42    45    52   128    16 
	                             1     0    16     1    16 
	00215: PUSHW[1]            -64 
	00218: PUSHB[6]              9    11    52    16    16    12 
	00225: PUSHW[1]            932 
	00228: NPUSHB      (19):    48     6     1     6     6    21    24    43    33    33 
	                             0    31    16    31     2    31    31    43    37 
	00249: PUSHW[1]            875 
	00252: NPUSHB      (49):    47    26     1    26    26    22    21    42   175    43 
	                             1    43    64    11    11    52    43    64     9    11 
	                            52    43    43    32    21     1    21    21    48    44 
	                            44    48    49    49    47    46    45    55    53    52 
	                            51    50     8    54    64    25    27    52    54 
	00303: PUSHW[1]            892 
	00306: PUSHB[5]             79    48     1    48     4 
	00312: PUSHW[1]            340 
	00315: SCANCTRL   
	00316: SCANTYPE   
	00317: MDAP[rd]   
	00318: DELTAP1    
	00319: MIRP[nrp0,md,rd,1] 
	00320: CALL       
	00321: SLOOP      
	00322: IP         
	00323: RTHG       
	00324: IP         
	00325: MDAP[rd]   
	00326: SRP1       
	00327: IP         
	00328: MDAP[rd]   
	00329: SRP1       
	00330: SHP[rp1,zp0] 
	00331: RTG        
	00332: MDAP[rd]   
	00333: DELTAP1    
	00334: SHP[rp1,zp0] 
	00335: MDAP[rd]   
	00336: CALL       
	00337: CALL       
	00338: DELTAP1    
	00339: ALIGNRP    
	00340: SRP1       
	00341: SHP[rp1,zp0] 
	00342: SHP[rp1,zp0] 
	00343: MDAP[rd]   
	00344: DELTAP1    
	00345: MIRP[srp0,md,rd,1] 
	00346: SRP1       
	00347: IP         
	00348: MDAP[rd]   
	00349: DELTAP1    
	00350: SHP[rp1,zp0] 
	00351: RTHG       
	00352: MDAP[rd]   
	00353: SRP1       
	00354: IP         
	00355: SRP1       
	00356: SHP[rp1,zp0] 
	00357: RTG        
	00358: MDAP[rd]   
	00359: DELTAP1    
	00360: MIRP[srp0,md,rd,1] 
	00361: SHP[rp2,zp1] 
	00362: MDAP[rd]   
	00363: CALL       
	00364: DELTAP1    
	00365: DELTAP2    
	00366: CALL       
	00367: CALL       
	00368: MIRP[nrp0,md,rd,1] 
	00369: SVTCA[y-axis] 
	00370: MDAP[rd]   
	00371: MDAP[rd]   
	00372: SRP1       
	00373: SHP[rp1,zp0] 
	00374: MDAP[rd]   
	00375: CALL       
	00376: DELTAP1    
	00377: SHP[rp1,zp0] 
	00378: MDAP[rd]   
	00379: CALL       
	00380: CALL       
	00381: DELTAP3    
	00382: MIRP[nrp0,md,rd,1] 
	00383: SRP1       
	00384: SHP[rp1,zp0] 
	00385: MDAP[rd]   
	00386: DELTAP1    
	00387: DELTAP3    
	00388: CALL       
	00389: CALL       
	00390: MIRP[nrp0,md,rd,1] 
	00391: SHP[rp1,zp0] 
	00392: RUTG       
	00393: MDAP[rd]   
	00394: RTG        
	00395: SRP1       
	00396: SHP[rp1,zp0] 
	00397: SRP1       
	00398: SRP2       
	00399: IP         
	00400: IP         
	00401: SRP1       
	00402: SHP[rp1,zp0] 
	00403: MDAP[rd]   
	00404: CALL       
	00405: CALL       
	00406: MIRP[srp0,md,rd,1] 
	00407: DELTAP2    
	00408: SHP[rp2,zp1] 
	00409: MDAP[rd]   
	00410: CALL       
	00411: DELTAP1    
	00412: DELTAP2    
	00413: CALL       
	00414: MIRP[nrp0,md,rd,1] 
	00415: IUP[y]     
	00416: IUP[x]     
	00417: SVTCA[x-axis] 
	00418: CALL       
	00419: CALL       
	00420: CALL       
	00421: SVTCA[y-axis] 
	00422: CALL       
	00423: CALL       
	00424: SVTCA[x-axis] 
	00425: DELTAP2    
	00426: CALL       
	00427: CALL       
	00428: SVTCA[y-axis] 
	00429: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:        XDual                 X-Short On
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:        XDual         Y-Short         On
	 44:                              X-Short On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual               Y-Short X-Short On
	 47:                              X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short X-Short On
	 50:                      Y-Short X-Short On
	 51:        XDual         Y-Short         Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short         On
	 55:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   633,  1744)  ->  Abs (   633,  1744)
	  1: Rel (     0,   -66)  ->  Abs (   633,  1678)
	  2: Rel (  -104,   -84)  ->  Abs (   529,  1594)
	  3: Rel (   -52,     0)  ->  Abs (   477,  1594)
	  4: Rel (   -43,     0)  ->  Abs (   434,  1594)
	  5: Rel (   -51,    68)  ->  Abs (   383,  1662)
	  6: Rel (     0,    51)  ->  Abs (   383,  1713)
	  7: Rel (     0,    67)  ->  Abs (   383,  1780)
	  8: Rel (    70,   105)  ->  Abs (   453,  1885)
	  9: Rel (    63,     0)  ->  Abs (   516,  1885)
	 10: Rel (    55,     0)  ->  Abs (   571,  1885)
	 11: Rel (    62,   -84)  ->  Abs (   633,  1801)
	 12: Rel (  -213,   -57)  ->  Abs (   420,  1744)
	 13: Rel (     0,   -50)  ->  Abs (   420,  1694)
	 14: Rel (    86,     0)  ->  Abs (   506,  1694)
	 15: Rel (    73,     0)  ->  Abs (   579,  1694)
	 16: Rel (     0,    27)  ->  Abs (   579,  1721)
	 17: Rel (     0,    19)  ->  Abs (   579,  1740)
	 18: Rel (   -72,    69)  ->  Abs (   507,  1809)
	 19: Rel (   -36,     0)  ->  Abs (   471,  1809)
	 20: Rel (   -51,     0)  ->  Abs (   420,  1809)
	 21: Rel (     1,  -660)  ->  Abs (   421,  1149)
	 22: Rel (     8,    43)  ->  Abs (   429,  1192)
	 23: Rel (    46,    34)  ->  Abs (   475,  1226)
	 24: Rel (    30,    36)  ->  Abs (   505,  1262)
	 25: Rel (   -98,     6)  ->  Abs (   407,  1268)
	 26: Rel (     0,    84)  ->  Abs (   407,  1352)
	 27: Rel (     0,    58)  ->  Abs (   407,  1410)
	 28: Rel (    78,   112)  ->  Abs (   485,  1522)
	 29: Rel (    51,     0)  ->  Abs (   536,  1522)
	 30: Rel (    80,     0)  ->  Abs (   616,  1522)
	 31: Rel (     0,   -73)  ->  Abs (   616,  1449)
	 32: Rel (     0,   -24)  ->  Abs (   616,  1425)
	 33: Rel (   -12,   -24)  ->  Abs (   604,  1401)
	 34: Rel (   -73,    53)  ->  Abs (   531,  1454)
	 35: Rel (   -32,     0)  ->  Abs (   499,  1454)
	 36: Rel (   -51,     0)  ->  Abs (   448,  1454)
	 37: Rel (     0,   -43)  ->  Abs (   448,  1411)
	 38: Rel (     0,   -35)  ->  Abs (   448,  1376)
	 39: Rel (   105,   -65)  ->  Abs (   553,  1311)
	 40: Rel (    40,     0)  ->  Abs (   593,  1311)
	 41: Rel (     9,     0)  ->  Abs (   602,  1311)
	 42: Rel (    79,    22)  ->  Abs (   681,  1333)
	 43: Rel (     0,   -73)  ->  Abs (   681,  1260)
	 44: Rel (  -129, -1201)  ->  Abs (   552,    59)
	 45: Rel (     0,   234)  ->  Abs (   552,   293)
	 46: Rel (   -19,   246)  ->  Abs (   533,   539)
	 47: Rel (   -19,   259)  ->  Abs (   514,   798)
	 48: Rel (     0,   137)  ->  Abs (   514,   935)
	 49: Rel (   102,   166)  ->  Abs (   616,  1101)
	 50: Rel (    -3,  -155)  ->  Abs (   613,   946)
	 51: Rel (     0,  -157)  ->  Abs (   613,   789)
	 52: Rel (     5,  -119)  ->  Abs (   618,   670)
	 53: Rel (     8,  -186)  ->  Abs (   626,   484)
	 54: Rel (     0,   -90)  ->  Abs (   626,   394)
	 55: Rel (     0,  -293)  ->  Abs (   626,   101)

	Glyph 1087: off = 0x0003347C, len = 626
	  numberOfContours:	4
	  xMin:			273
	  yMin:			59
	  xMax:			681
	  yMax:			1942

	EndPoints
	---------
	  0:  23
	  1:  31
	  2:  54
	  3:  66

	  Length of Instructions:	435
	00000: PUSHW[2]             13   -16 
	00005: NPUSHB      (33):    29    33    52    25    19    19    49    21    50    27 
	                            54     4    40    20   214    13     2    54    44    19 
	                            27    52    33    32    11    16    52    36    64    17 
	                            30    52    35 
	00040: PUSHW[1]            -64 
	00043: PUSHB[4]             11    16    52    33 
	00048: PUSHW[1]            -64 
	00051: NPUSHB      (23):    12    16    52     1     0    22    22    16     8     8 
	                            28    64    29    41    52    28    28    18    20     3 
	                            13     4    24 
	00076: PUSHW[1]            906 
	00079: NPUSHB      (25):    16    64    29    50    52    63    16     1    16    64 
	                            11    26    52    16    16    40    35    51    53    54 
	                            33    32    44    44    40 
	00106: PUSHW[1]            897 
	00109: NPUSHB      (20):    46    64    47    49    52    46    64    41    43    52 
	                            95    46     1     0    46     1    46    46    32    53 
	00131: PUSHW[1]            898 
	00134: PUSHB[4]            144    54     1    54 
	00139: PUSHW[1]            -64 
	00142: PUSHB[4]             28    30    52    54 
	00147: PUSHW[1]            -64 
	00150: NPUSHB      (41):     9    16    52    54    54    15    32     1    32    64 
	                             9    21    52    32    32    60    55    60    13    11 
	                            24    26    20     3    30     0     0     5    16    64 
	                            34    42    52    16    64    11    28    52    16    16 
	                            11 
	00193: PUSHW[1]            876 
	00196: NPUSHB      (21):    26    64    46    63    52    26    64    29    38    52 
	                             0    26     1    64    26    80    26     2    26    26 
	                            30 
	00219: PUSHW[1]            879 
	00222: NPUSHB      (16):     5     5    37    35    54    44    44     0    42    16 
	                            42     2    42    42    54    48 
	00240: PUSHW[1]            875 
	00243: NPUSHB      (49):    47    37     1    37    37    33    32    53   175    54 
	                             1    54    64    11    11    52    54    64     9    11 
	                            52    54    54    32    32     1    32    32    59    55 
	                            55    59    60    60    58    57    56    66    64    63 
	                            62    61     8    65    64    25    27    52    65 
	00294: PUSHW[1]            892 
	00297: PUSHB[5]             79    59     1    59     4 
	00303: PUSHW[1]            340 
	00306: SCANCTRL   
	00307: SCANTYPE   
	00308: MDAP[rd]   
	00309: DELTAP1    
	00310: MIRP[nrp0,md,rd,1] 
	00311: CALL       
	00312: SLOOP      
	00313: IP         
	00314: RTHG       
	00315: IP         
	00316: MDAP[rd]   
	00317: SRP1       
	00318: IP         
	00319: MDAP[rd]   
	00320: SRP1       
	00321: SHP[rp1,zp0] 
	00322: RTG        
	00323: MDAP[rd]   
	00324: DELTAP1    
	00325: SHP[rp1,zp0] 
	00326: MDAP[rd]   
	00327: CALL       
	00328: CALL       
	00329: DELTAP1    
	00330: ALIGNRP    
	00331: SRP1       
	00332: SHP[rp1,zp0] 
	00333: SHP[rp1,zp0] 
	00334: MDAP[rd]   
	00335: DELTAP1    
	00336: MIRP[srp0,md,rd,1] 
	00337: SRP1       
	00338: IP         
	00339: MDAP[rd]   
	00340: DELTAP1    
	00341: SHP[rp1,zp0] 
	00342: RTHG       
	00343: MDAP[rd]   
	00344: SRP1       
	00345: IP         
	00346: SRP1       
	00347: SHP[rp1,zp0] 
	00348: RTG        
	00349: MDAP[rd]   
	00350: MIRP[srp0,md,rd,1] 
	00351: SHP[rp2,zp1] 
	00352: MDAP[rd]   
	00353: DELTAP1    
	00354: DELTAP1    
	00355: CALL       
	00356: CALL       
	00357: MIRP[srp0,md,rd,1] 
	00358: SHP[rp2,zp1] 
	00359: MDAP[rd]   
	00360: CALL       
	00361: CALL       
	00362: SRP1       
	00363: SHP[rp1,zp0] 
	00364: MDAP[rd]   
	00365: SRP1       
	00366: SHP[rp1,zp0] 
	00367: SHP[rp1,zp0] 
	00368: SRP2       
	00369: IP         
	00370: SRP1       
	00371: IP         
	00372: SVTCA[y-axis] 
	00373: MDAP[rd]   
	00374: MDAP[rd]   
	00375: SRP1       
	00376: SHP[rp1,zp0] 
	00377: MDAP[rd]   
	00378: CALL       
	00379: DELTAP1    
	00380: SHP[rp1,zp0] 
	00381: MDAP[rd]   
	00382: CALL       
	00383: CALL       
	00384: DELTAP3    
	00385: MIRP[nrp0,md,rd,1] 
	00386: SRP1       
	00387: SHP[rp1,zp0] 
	00388: MDAP[rd]   
	00389: DELTAP1    
	00390: DELTAP3    
	00391: CALL       
	00392: CALL       
	00393: MIRP[nrp0,md,rd,1] 
	00394: SHP[rp1,zp0] 
	00395: RUTG       
	00396: MDAP[rd]   
	00397: RTG        
	00398: SRP1       
	00399: SHP[rp1,zp0] 
	00400: SRP1       
	00401: SRP2       
	00402: IP         
	00403: IP         
	00404: SRP1       
	00405: SHP[rp1,zp0] 
	00406: MDAP[rd]   
	00407: CALL       
	00408: DELTAP2    
	00409: CALL       
	00410: MIRP[nrp0,md,rd,1] 
	00411: SLOOP      
	00412: IP         
	00413: SHP[rp2,zp1] 
	00414: MDAP[rd]   
	00415: CALL       
	00416: SHP[rp1,zp0] 
	00417: MDAP[rd]   
	00418: SRP1       
	00419: SHP[rp1,zp0] 
	00420: MDAP[rd]   
	00421: SHP[rp1,zp0] 
	00422: SHP[rp1,zp0] 
	00423: IUP[y]     
	00424: IUP[x]     
	00425: SVTCA[x-axis] 
	00426: CALL       
	00427: CALL       
	00428: CALL       
	00429: SVTCA[y-axis] 
	00430: CALL       
	00431: CALL       
	00432: DELTAP2    
	00433: DELTAP3    
	00434: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                              X-Short On
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:        XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:        XDual         Y-Short         On
	 55:                              X-Short On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual               Y-Short X-Short On
	 58:                              X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual XDual         Y-Short X-Short On
	 61:                      Y-Short X-Short On
	 62:        XDual         Y-Short         Off
	 63:        XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   273,  1528)  ->  Abs (   273,  1528)
	  1: Rel (     0,    13)  ->  Abs (   273,  1541)
	  2: Rel (   142,    64)  ->  Abs (   415,  1605)
	  3: Rel (    55,    79)  ->  Abs (   470,  1684)
	  4: Rel (   -62,    39)  ->  Abs (   408,  1723)
	  5: Rel (     0,    49)  ->  Abs (   408,  1772)
	  6: Rel (     0,    45)  ->  Abs (   408,  1817)
	  7: Rel (    88,   125)  ->  Abs (   496,  1942)
	  8: Rel (    39,     0)  ->  Abs (   535,  1942)
	  9: Rel (    23,     0)  ->  Abs (   558,  1942)
	 10: Rel (    32,   -59)  ->  Abs (   590,  1883)
	 11: Rel (     0,   -35)  ->  Abs (   590,  1848)
	 12: Rel (     0,   -51)  ->  Abs (   590,  1797)
	 13: Rel (   -32,   -64)  ->  Abs (   558,  1733)
	 14: Rel (    49,   -24)  ->  Abs (   607,  1709)
	 15: Rel (     0,   -27)  ->  Abs (   607,  1682)
	 16: Rel (     0,   -51)  ->  Abs (   607,  1631)
	 17: Rel (   -18,     0)  ->  Abs (   589,  1631)
	 18: Rel (   -36,    15)  ->  Abs (   553,  1646)
	 19: Rel (   -44,    20)  ->  Abs (   509,  1666)
	 20: Rel (    -7,     2)  ->  Abs (   502,  1668)
	 21: Rel (  -119,  -148)  ->  Abs (   383,  1520)
	 22: Rel (   -79,     0)  ->  Abs (   304,  1520)
	 23: Rel (   -17,     0)  ->  Abs (   287,  1520)
	 24: Rel (   240,   229)  ->  Abs (   527,  1749)
	 25: Rel (    17,    29)  ->  Abs (   544,  1778)
	 26: Rel (     0,    32)  ->  Abs (   544,  1810)
	 27: Rel (     0,    62)  ->  Abs (   544,  1872)
	 28: Rel (   -42,     0)  ->  Abs (   502,  1872)
	 29: Rel (   -38,     0)  ->  Abs (   464,  1872)
	 30: Rel (     0,   -50)  ->  Abs (   464,  1822)
	 31: Rel (     0,   -61)  ->  Abs (   464,  1761)
	 32: Rel (   -43,  -612)  ->  Abs (   421,  1149)
	 33: Rel (     8,    43)  ->  Abs (   429,  1192)
	 34: Rel (    46,    34)  ->  Abs (   475,  1226)
	 35: Rel (    30,    36)  ->  Abs (   505,  1262)
	 36: Rel (   -98,     6)  ->  Abs (   407,  1268)
	 37: Rel (     0,    84)  ->  Abs (   407,  1352)
	 38: Rel (     0,    58)  ->  Abs (   407,  1410)
	 39: Rel (    78,   112)  ->  Abs (   485,  1522)
	 40: Rel (    51,     0)  ->  Abs (   536,  1522)
	 41: Rel (    80,     0)  ->  Abs (   616,  1522)
	 42: Rel (     0,   -73)  ->  Abs (   616,  1449)
	 43: Rel (     0,   -24)  ->  Abs (   616,  1425)
	 44: Rel (   -12,   -24)  ->  Abs (   604,  1401)
	 45: Rel (   -73,    53)  ->  Abs (   531,  1454)
	 46: Rel (   -32,     0)  ->  Abs (   499,  1454)
	 47: Rel (   -51,     0)  ->  Abs (   448,  1454)
	 48: Rel (     0,   -43)  ->  Abs (   448,  1411)
	 49: Rel (     0,   -35)  ->  Abs (   448,  1376)
	 50: Rel (   105,   -65)  ->  Abs (   553,  1311)
	 51: Rel (    40,     0)  ->  Abs (   593,  1311)
	 52: Rel (     9,     0)  ->  Abs (   602,  1311)
	 53: Rel (    79,    22)  ->  Abs (   681,  1333)
	 54: Rel (     0,   -73)  ->  Abs (   681,  1260)
	 55: Rel (  -129, -1201)  ->  Abs (   552,    59)
	 56: Rel (     0,   234)  ->  Abs (   552,   293)
	 57: Rel (   -19,   246)  ->  Abs (   533,   539)
	 58: Rel (   -19,   259)  ->  Abs (   514,   798)
	 59: Rel (     0,   137)  ->  Abs (   514,   935)
	 60: Rel (   102,   166)  ->  Abs (   616,  1101)
	 61: Rel (    -3,  -155)  ->  Abs (   613,   946)
	 62: Rel (     0,  -157)  ->  Abs (   613,   789)
	 63: Rel (     5,  -119)  ->  Abs (   618,   670)
	 64: Rel (     8,  -186)  ->  Abs (   626,   484)
	 65: Rel (     0,   -90)  ->  Abs (   626,   394)
	 66: Rel (     0,  -293)  ->  Abs (   626,   101)

	Glyph 1088: off = 0x000336EE, len = 814
	  numberOfContours:	4
	  xMin:			238
	  yMin:			59
	  xMax:			681
	  yMax:			1939

	EndPoints
	---------
	  0:  40
	  1:  48
	  2:  71
	  3:  83

	  Length of Instructions:	582
	00000: PUSHB[4]             29    37     1    21 
	00005: PUSHW[1]            -16 
	00008: PUSHB[4]             29    44    52    38 
	00013: PUSHW[1]            -64 
	00016: PUSHB[4]             29    44    52    32 
	00021: PUSHW[1]            -44 
	00024: NPUSHB      (44):    28    45    52    22    21    89    37   154    37     3 
	                            27    38    22    48     2     5    38     1    71    22 
	                             1    21    66    21    67    25    71     3    71    44 
	                            19    27    52    50    32    11    16    52    53    64 
	                            17    30    52    52 
	00070: PUSHW[1]            -64 
	00073: PUSHB[4]             11    16    52    50 
	00078: PUSHW[1]            -64 
	00081: NPUSHB      (11):    12    16    52     3     1     0     3    20    39    39 
	                            20 
	00094: PUSHW[1]            -64 
	00097: NPUSHB      (14):    13    16    52    20    20    35    11    64    29    36 
	                            52    11    11    16 
	00113: PUSHW[1]            936 
	00116: NPUSHB      (13):     7     7    45    35    27    27    45    45    37    22 
	                            32     3    41 
	00131: PUSHW[1]            904 
	00134: NPUSHB      (30):    35    64    50    54    52    35    64    29    42    52 
	                            15    35     1    35    64    13    27    52    35    35 
	                            57    52    68    70    71    50    49    61    61    57 
	00166: PUSHW[1]            897 
	00169: NPUSHB      (20):    63    64    47    49    52    63    64    41    43    52 
	                            95    63     1     0    63     1    63    63    49    70 
	00191: PUSHW[1]            898 
	00194: PUSHB[4]            144    71     1    71 
	00199: PUSHW[1]            -64 
	00202: PUSHB[4]             28    30    52    71 
	00207: PUSHW[1]            -64 
	00210: NPUSHB      (56):     9    16    52    71    71    15    49     1    49    64 
	                             9    21    52    49    49    77    72    77    32    30 
	                            41    43    37    22    47     3     0    20    18    35 
	                            34    64    25    27    52    34    64    11    24    52 
	                            34    34    30     0     0    16    13     1    13    64 
	                            13    16    52    13    13     5 
	00268: PUSHW[3]            882    18   -64 
	00275: PUSHB[7]             54    83    52    18    18     1    18 
	00283: PUSHW[1]            -64 
	00286: NPUSHB      (12):    13    32    52    18    18    24    32    30    48    30 
	                             2    30 
	00300: PUSHW[1]            878 
	00303: NPUSHB      (23):    43    64    46    63    52    43    64    29    38    52 
	                             0    43    16    43     2    64    43    80    43     2 
	                            43    43    47 
	00328: PUSHW[1]            878 
	00331: NPUSHB      (16):    24    24    54    52    71    61    61     0    59    16 
	                            59     2    59    59    71    65 
	00349: PUSHW[1]            875 
	00352: NPUSHB      (49):    47    54     1    54    54    50    49    70   175    71 
	                             1    71    64    11    11    52    71    64     9    11 
	                            52    71    71    32    49     1    49    49    76    72 
	                            72    76    77    77    75    74    73    83    81    80 
	                            79    78     8    82    64    25    27    52    82 
	00403: PUSHW[1]            892 
	00406: PUSHB[5]             79    76     1    76     4 
	00412: PUSHW[1]            340 
	00415: SCANCTRL   
	00416: SCANTYPE   
	00417: MDAP[rd]   
	00418: DELTAP1    
	00419: MIRP[nrp0,md,rd,1] 
	00420: CALL       
	00421: SLOOP      
	00422: IP         
	00423: RTHG       
	00424: IP         
	00425: MDAP[rd]   
	00426: SRP1       
	00427: IP         
	00428: MDAP[rd]   
	00429: SRP1       
	00430: SHP[rp1,zp0] 
	00431: RTG        
	00432: MDAP[rd]   
	00433: DELTAP1    
	00434: SHP[rp1,zp0] 
	00435: MDAP[rd]   
	00436: CALL       
	00437: CALL       
	00438: DELTAP1    
	00439: ALIGNRP    
	00440: SRP1       
	00441: SHP[rp1,zp0] 
	00442: SHP[rp1,zp0] 
	00443: MDAP[rd]   
	00444: DELTAP1    
	00445: MIRP[srp0,md,rd,1] 
	00446: SRP1       
	00447: IP         
	00448: MDAP[rd]   
	00449: DELTAP1    
	00450: SHP[rp1,zp0] 
	00451: RTHG       
	00452: MDAP[rd]   
	00453: SRP1       
	00454: IP         
	00455: SRP1       
	00456: SHP[rp1,zp0] 
	00457: RTG        
	00458: MDAP[rd]   
	00459: MIRP[srp0,md,rd,1] 
	00460: SHP[rp2,zp1] 
	00461: MDAP[rd]   
	00462: DELTAP1    
	00463: DELTAP1    
	00464: CALL       
	00465: CALL       
	00466: MIRP[nrp0,md,rd,1] 
	00467: DELTAP1    
	00468: SRP1       
	00469: SHP[rp1,zp0] 
	00470: MDAP[rd]   
	00471: CALL       
	00472: DELTAP3    
	00473: CALL       
	00474: MIRP[srp0,md,rd,1] 
	00475: SHP[rp2,zp1] 
	00476: MDAP[rd]   
	00477: CALL       
	00478: DELTAP3    
	00479: SHP[rp2,zp1] 
	00480: MDAP[rd]   
	00481: SRP1       
	00482: SHP[rp1,zp0] 
	00483: MDAP[rd]   
	00484: CALL       
	00485: CALL       
	00486: SHP[rp1,zp0] 
	00487: SRP1       
	00488: IP         
	00489: SRP1       
	00490: IP         
	00491: SRP1       
	00492: SHP[rp1,zp0] 
	00493: SHP[rp1,zp0] 
	00494: SRP2       
	00495: IP         
	00496: SRP1       
	00497: IP         
	00498: SVTCA[y-axis] 
	00499: MDAP[rd]   
	00500: MDAP[rd]   
	00501: SRP1       
	00502: SHP[rp1,zp0] 
	00503: MDAP[rd]   
	00504: CALL       
	00505: DELTAP1    
	00506: SHP[rp1,zp0] 
	00507: MDAP[rd]   
	00508: CALL       
	00509: CALL       
	00510: DELTAP3    
	00511: MIRP[nrp0,md,rd,1] 
	00512: SRP1       
	00513: SHP[rp1,zp0] 
	00514: MDAP[rd]   
	00515: DELTAP1    
	00516: DELTAP3    
	00517: CALL       
	00518: CALL       
	00519: MIRP[nrp0,md,rd,1] 
	00520: SHP[rp1,zp0] 
	00521: RUTG       
	00522: MDAP[rd]   
	00523: RTG        
	00524: SRP1       
	00525: SHP[rp1,zp0] 
	00526: SRP1       
	00527: SRP2       
	00528: IP         
	00529: IP         
	00530: SRP1       
	00531: SHP[rp1,zp0] 
	00532: MDAP[rd]   
	00533: CALL       
	00534: DELTAP2    
	00535: CALL       
	00536: CALL       
	00537: MIRP[nrp0,md,rd,1] 
	00538: SLOOP      
	00539: IP         
	00540: SHP[rp2,zp1] 
	00541: MDAP[rd]   
	00542: SHP[rp1,zp0] 
	00543: MDAP[rd]   
	00544: SRP1       
	00545: SRP2       
	00546: IP         
	00547: MDAP[rd]   
	00548: MIRP[nrp0,md,rd,1] 
	00549: SHP[rp1,zp0] 
	00550: MDAP[rd]   
	00551: CALL       
	00552: SRP1       
	00553: SHP[rp1,zp0] 
	00554: MDAP[rd]   
	00555: CALL       
	00556: SHP[rp1,zp0] 
	00557: MDAP[rd]   
	00558: SRP2       
	00559: SLOOP      
	00560: IP         
	00561: IUP[y]     
	00562: IUP[x]     
	00563: SVTCA[x-axis] 
	00564: CALL       
	00565: CALL       
	00566: CALL       
	00567: SVTCA[y-axis] 
	00568: CALL       
	00569: CALL       
	00570: SVTCA[y-axis] 
	00571: DELTAP3    
	00572: SVTCA[y-axis] 
	00573: DELTAP1    
	00574: DELTAP2    
	00575: DELTAP3    
	00576: DELTAP3    
	00577: CALL       
	00578: CALL       
	00579: CALL       
	00580: SVTCA[x-axis] 
	00581: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:                      Y-Short X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:                              X-Short On
	 50:  YDual XDual         Y-Short X-Short On
	 51:  YDual XDual         Y-Short X-Short Off
	 52:  YDual XDual         Y-Short X-Short On
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:        XDual         Y-Short         On
	 60:        XDual         Y-Short         Off
	 61:                      Y-Short X-Short On
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual                       X-Short On
	 64:  YDual                       X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:        XDual         Y-Short X-Short Off
	 68:  YDual XDual                 X-Short On
	 69:  YDual XDual                 X-Short Off
	 70:  YDual XDual         Y-Short X-Short On
	 71:        XDual         Y-Short         On
	 72:                              X-Short On
	 73:  YDual XDual         Y-Short         Off
	 74:  YDual               Y-Short X-Short On
	 75:                              X-Short Off
	 76:  YDual XDual         Y-Short         On
	 77:  YDual XDual         Y-Short X-Short On
	 78:                      Y-Short X-Short On
	 79:        XDual         Y-Short         Off
	 80:        XDual         Y-Short X-Short On
	 81:        XDual         Y-Short X-Short Off
	 82:        XDual         Y-Short         On
	 83:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   268,  1521)  ->  Abs (   268,  1521)
	  1: Rel (     0,    12)  ->  Abs (   268,  1533)
	  2: Rel (     7,     4)  ->  Abs (   275,  1537)
	  3: Rel (    24,    17)  ->  Abs (   299,  1554)
	  4: Rel (    24,    37)  ->  Abs (   323,  1591)
	  5: Rel (     0,    59)  ->  Abs (   323,  1650)
	  6: Rel (     0,    37)  ->  Abs (   323,  1687)
	  7: Rel (   -22,     0)  ->  Abs (   301,  1687)
	  8: Rel (    -9,     0)  ->  Abs (   292,  1687)
	  9: Rel (   -21,   -19)  ->  Abs (   271,  1668)
	 10: Rel (   -21,   -18)  ->  Abs (   250,  1650)
	 11: Rel (    -4,     0)  ->  Abs (   246,  1650)
	 12: Rel (    -8,     0)  ->  Abs (   238,  1650)
	 13: Rel (     0,     8)  ->  Abs (   238,  1658)
	 14: Rel (     0,    20)  ->  Abs (   238,  1678)
	 15: Rel (    69,    66)  ->  Abs (   307,  1744)
	 16: Rel (    29,     0)  ->  Abs (   336,  1744)
	 17: Rel (    43,     0)  ->  Abs (   379,  1744)
	 18: Rel (     0,   -52)  ->  Abs (   379,  1692)
	 19: Rel (     0,   -45)  ->  Abs (   379,  1647)
	 20: Rel (   -37,   -75)  ->  Abs (   342,  1572)
	 21: Rel (    74,    34)  ->  Abs (   416,  1606)
	 22: Rel (    53,    75)  ->  Abs (   469,  1681)
	 23: Rel (   -58,    30)  ->  Abs (   411,  1711)
	 24: Rel (     0,    62)  ->  Abs (   411,  1773)
	 25: Rel (     0,    50)  ->  Abs (   411,  1823)
	 26: Rel (    92,   116)  ->  Abs (   503,  1939)
	 27: Rel (    35,     0)  ->  Abs (   538,  1939)
	 28: Rel (    24,     0)  ->  Abs (   562,  1939)
	 29: Rel (    32,   -56)  ->  Abs (   594,  1883)
	 30: Rel (     0,   -36)  ->  Abs (   594,  1847)
	 31: Rel (     0,   -62)  ->  Abs (   594,  1785)
	 32: Rel (   -37,   -55)  ->  Abs (   557,  1730)
	 33: Rel (    47,   -24)  ->  Abs (   604,  1706)
	 34: Rel (     0,   -25)  ->  Abs (   604,  1681)
	 35: Rel (    -4,   -47)  ->  Abs (   600,  1634)
	 36: Rel (   -34,     0)  ->  Abs (   566,  1634)
	 37: Rel (   -67,    31)  ->  Abs (   499,  1665)
	 38: Rel (  -107,  -150)  ->  Abs (   392,  1515)
	 39: Rel (   -95,     0)  ->  Abs (   297,  1515)
	 40: Rel (   -19,     0)  ->  Abs (   278,  1515)
	 41: Rel (   246,   231)  ->  Abs (   524,  1746)
	 42: Rel (    18,    32)  ->  Abs (   542,  1778)
	 43: Rel (     0,    32)  ->  Abs (   542,  1810)
	 44: Rel (     0,    59)  ->  Abs (   542,  1869)
	 45: Rel (   -43,     0)  ->  Abs (   499,  1869)
	 46: Rel (   -36,     0)  ->  Abs (   463,  1869)
	 47: Rel (     0,   -47)  ->  Abs (   463,  1822)
	 48: Rel (     0,   -55)  ->  Abs (   463,  1767)
	 49: Rel (   -42,  -618)  ->  Abs (   421,  1149)
	 50: Rel (     8,    43)  ->  Abs (   429,  1192)
	 51: Rel (    46,    34)  ->  Abs (   475,  1226)
	 52: Rel (    30,    36)  ->  Abs (   505,  1262)
	 53: Rel (   -98,     6)  ->  Abs (   407,  1268)
	 54: Rel (     0,    84)  ->  Abs (   407,  1352)
	 55: Rel (     0,    58)  ->  Abs (   407,  1410)
	 56: Rel (    78,   112)  ->  Abs (   485,  1522)
	 57: Rel (    51,     0)  ->  Abs (   536,  1522)
	 58: Rel (    80,     0)  ->  Abs (   616,  1522)
	 59: Rel (     0,   -73)  ->  Abs (   616,  1449)
	 60: Rel (     0,   -24)  ->  Abs (   616,  1425)
	 61: Rel (   -12,   -24)  ->  Abs (   604,  1401)
	 62: Rel (   -73,    53)  ->  Abs (   531,  1454)
	 63: Rel (   -32,     0)  ->  Abs (   499,  1454)
	 64: Rel (   -51,     0)  ->  Abs (   448,  1454)
	 65: Rel (     0,   -43)  ->  Abs (   448,  1411)
	 66: Rel (     0,   -35)  ->  Abs (   448,  1376)
	 67: Rel (   105,   -65)  ->  Abs (   553,  1311)
	 68: Rel (    40,     0)  ->  Abs (   593,  1311)
	 69: Rel (     9,     0)  ->  Abs (   602,  1311)
	 70: Rel (    79,    22)  ->  Abs (   681,  1333)
	 71: Rel (     0,   -73)  ->  Abs (   681,  1260)
	 72: Rel (  -129, -1201)  ->  Abs (   552,    59)
	 73: Rel (     0,   234)  ->  Abs (   552,   293)
	 74: Rel (   -19,   246)  ->  Abs (   533,   539)
	 75: Rel (   -19,   259)  ->  Abs (   514,   798)
	 76: Rel (     0,   137)  ->  Abs (   514,   935)
	 77: Rel (   102,   166)  ->  Abs (   616,  1101)
	 78: Rel (    -3,  -155)  ->  Abs (   613,   946)
	 79: Rel (     0,  -157)  ->  Abs (   613,   789)
	 80: Rel (     5,  -119)  ->  Abs (   618,   670)
	 81: Rel (     8,  -186)  ->  Abs (   626,   484)
	 82: Rel (     0,   -90)  ->  Abs (   626,   394)
	 83: Rel (     0,  -293)  ->  Abs (   626,   101)

	Glyph 1089: off = 0x00033A1C, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			185
	  yMin:			1212
	  xMax:			476
	  yMax:			1611

	     0: Flags:		0x0217
		Glyf Index:	841
		X WOffset:	-270
		Y WOffset:	-70
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1090: off = 0x00033A2E, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			188
	  yMin:			1216
	  xMax:			479
	  yMax:			1770

	     0: Flags:		0x0217
		Glyf Index:	786
		X WOffset:	-270
		Y WOffset:	-70
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1091: off = 0x00033A40, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			188
	  yMin:			1183
	  xMax:			479
	  yMax:			1632

	     0: Flags:		0x0217
		Glyf Index:	843
		X WOffset:	-270
		Y WOffset:	-70
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1092: off = 0x00033A52, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			199
	  yMin:			1184
	  xMax:			490
	  yMax:			1793

	     0: Flags:		0x0217
		Glyf Index:	840
		X WOffset:	-270
		Y WOffset:	-70
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1093: off = 0x00033A64, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			154
	  yMin:			1212
	  xMax:			488
	  yMax:			1877

	     0: Flags:		0x0217
		Glyf Index:	842
		X WOffset:	-270
		Y WOffset:	-70
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1094: off = 0x00033A76, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			117
	  yMin:			1214
	  xMax:			484
	  yMax:			1878

	     0: Flags:		0x0317
		Glyf Index:	839
		X WOffset:	-270
		Y WOffset:	-70
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: NPUSHB      (13):     2     1     0   191    13     1    13     1     0   223 
	                            35     1    35 
	00015: SVTCA[y-axis] 
	00016: SRP1       
	00017: DELTAP3    
	00018: SHC[rp1,zp0] 
	00019: SHC[rp1,zp0] 
	00020: SVTCA[x-axis] 
	00021: SRP1       
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 
	00025: SHC[rp1,zp0] 

	Glyph 1095: off = 0x00033AA4, len = 32
	  numberOfContours:	-1  (Composite)
	  xMin:			390
	  yMin:			-561
	  xMax:			664
	  yMax:			-188

	     0: Flags:		0x0317
		Glyf Index:	775
		X WOffset:	-75
		Y WOffset:	-1791
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[3]              0     1     0 
	00004: PUSHW[2]            953    41 
	00009: SVTCA[y-axis] 
	00010: CALL       

	Glyph 1096: off = 0x00033AC4, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			349
	  yMin:			-337
	  xMax:			624
	  yMax:			-177

	     0: Flags:		0x0317
		Glyf Index:	756
		X WOffset:	-127
		Y WOffset:	-1596
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[2]              0     4 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (13):    11    14    52     0     4    16     4    48     4   112 
	                             4     4     4 
	00021: SVTCA[y-axis] 
	00022: SRP1       
	00023: DELTAP1    
	00024: CALL       
	00025: SHC[rp1,zp0] 

	Glyph 1097: off = 0x00033AF2, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			349
	  yMin:			-494
	  xMax:			625
	  yMax:			-174

	     0: Flags:		0x0317
		Glyf Index:	753
		X WOffset:	-127
		Y WOffset:	-1753
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics

	Instructions:
	-------------
	00000: PUSHB[3]              1     0     5 
	00004: PUSHW[1]            -64 
	00007: NPUSHB      (11):    11    16    52    16     5   144     5   160     5     3 
	                             5 
	00020: PUSHW[1]            -64 
	00023: NPUSHB      (12):    11    14    52     0     5     1     0     5    32     5 
	                             2     5 
	00037: SVTCA[y-axis] 
	00038: SRP1       
	00039: DELTAP1    
	00040: DELTAP1    
	00041: CALL       
	00042: DELTAP1    
	00043: CALL       
	00044: SHC[rp1,zp0] 
	00045: SHC[rp1,zp0] 

	Glyph 1098: off = 0x00033B34, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			446
	  yMin:			-635
	  xMax:			746
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	909
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	788
		X BOffset:	-67
		Y BOffset:	74
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              2     1    20 
	00004: PUSHW[1]            -64 
	00007: PUSHB[4]             17    19    52    20 
	00012: PUSHW[1]            -64 
	00015: PUSHB[4]             11    16    52    20 
	00020: SVTCA[y-axis] 
	00021: SRP1       
	00022: CALL       
	00023: CALL       
	00024: SHC[rp1,zp0] 
	00025: SHC[rp1,zp0] 

	Glyph 1099: off = 0x00033B66, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			446
	  yMin:			-794
	  xMax:			738
	  yMax:			1161

	     0: Flags:		0x0236
		Glyf Index:	909
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	789
		X BOffset:	-69
		Y BOffset:	74
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[4]              3     2     1    20 
	00005: PUSHW[1]            -64 
	00008: PUSHB[4]             17    19    52    20 
	00013: PUSHW[1]            -64 
	00016: PUSHB[4]             11    16    52    20 
	00021: SVTCA[y-axis] 
	00022: SRP1       
	00023: CALL       
	00024: CALL       
	00025: SHC[rp1,zp0] 
	00026: SHC[rp1,zp0] 
	00027: SHC[rp1,zp0] 

	Glyph 1100: off = 0x00033B9A, len = 164
	  numberOfContours:	1
	  xMin:			444
	  yMin:			674
	  xMax:			873
	  yMax:			902

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	124
	00000: PUSHW[2]              4   -14 
	00005: PUSHB[4]            118   125    52     0 
	00010: PUSHW[1]            -24 
	00013: PUSHB[4]             79    79    52     0 
	00018: PUSHW[1]            -24 
	00021: NPUSHB      (20):    55    60    52    22     0     1     0     4     1     3 
	                             6     6     7     5     2     2     3     7     7     1 
	00043: PUSHW[1]            924 
	00046: NPUSHB      (14):     3     5     5     3     7     5     5     4     6     1 
	                             3     3     2     6 
	00062: PUSHW[3]            923     2   -64 
	00069: PUSHB[4]             12    22    52     2 
	00074: PUSHW[1]            923 
	00077: PUSHB[2]              0     4 
	00080: MDAP[rd]   
	00081: SHP[rp1,zp0] 
	00082: MIRP[nrp0,md,rd,1] 
	00083: CALL       
	00084: MIRP[nrp0,md,rd,1] 
	00085: RTDG       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: ALIGNRP    
	00090: SRP1       
	00091: SRP2       
	00092: IP         
	00093: MDAP[rd]   
	00094: ALIGNRP    
	00095: RTG        
	00096: SVTCA[y-axis] 
	00097: MDAP[rd]   
	00098: SHP[rp1,zp0] 
	00099: MDAP[rd]   
	00100: SRP0       
	00101: MIRP[srp0,md,rd,1] 
	00102: SHP[rp2,zp1] 
	00103: MDAP[rd]   
	00104: RTDG       
	00105: SRP1       
	00106: IP         
	00107: MDAP[rd]   
	00108: SRP1       
	00109: SRP2       
	00110: IP         
	00111: MDAP[rd]   
	00112: RTG        
	00113: SRP1       
	00114: SRP2       
	00115: IP         
	00116: IP         
	00117: IUP[y]     
	00118: IUP[x]     
	00119: SVTCA[y-axis] 
	00120: DELTAP3    
	00121: CALL       
	00122: CALL       
	00123: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   662,   783)  ->  Abs (   662,   783)
	  1: Rel (  -108,  -109)  ->  Abs (   554,   674)
	  2: Rel (  -110,   111)  ->  Abs (   444,   785)
	  3: Rel (   110,   109)  ->  Abs (   554,   894)
	  4: Rel (   100,  -100)  ->  Abs (   654,   794)
	  5: Rel (   109,   108)  ->  Abs (   763,   902)
	  6: Rel (   110,  -109)  ->  Abs (   873,   793)
	  7: Rel (  -110,  -111)  ->  Abs (   763,   682)

	Glyph 1101: off = 0x00033C3E, len = 218
	  numberOfContours:	2
	  xMin:			410
	  yMin:			659
	  xMax:			839
	  yMax:			1090

	EndPoints
	---------
	  0:  3
	  1:  11

	  Length of Instructions:	163
	00000: PUSHW[2]              8   -14 
	00005: PUSHB[4]            118   125    52     4 
	00010: PUSHW[1]            -24 
	00013: NPUSHB      (12):    55    60    52    22     4     1     0     0     1     2 
	                             2     3 
	00027: PUSHW[1]            924 
	00030: NPUSHB      (27):     1    64    25   100    52     1    64    14    22    52 
	                             1     1     9     4     8     5     7    10    10    11 
	                             9     6     6     7    11    11     5 
	00059: PUSHW[1]            924 
	00062: PUSHB[8]              7     9     9     7     1     3     3     0 
	00071: PUSHW[1]            923 
	00074: NPUSHB      (13):     2     2     7    11     9     9     8    10     5     7 
	                             7     6    10 
	00089: PUSHW[3]            923     6   923 
	00096: PUSHB[2]              4     8 
	00099: MDAP[rd]   
	00100: SHP[rp1,zp0] 
	00101: MIRP[nrp0,md,rd,1] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: RTDG       
	00104: SRP2       
	00105: IP         
	00106: MDAP[rd]   
	00107: ALIGNRP    
	00108: SRP1       
	00109: SRP2       
	00110: IP         
	00111: MDAP[rd]   
	00112: ALIGNRP    
	00113: RTG        
	00114: SRP1       
	00115: SHP[rp1,zp0] 
	00116: MDAP[rd]   
	00117: MIRP[nrp0,md,rd,1] 
	00118: RTDG       
	00119: IP         
	00120: MDAP[rd]   
	00121: RTG        
	00122: ALIGNRP    
	00123: SVTCA[y-axis] 
	00124: MDAP[rd]   
	00125: SHP[rp1,zp0] 
	00126: MDAP[rd]   
	00127: SRP0       
	00128: MIRP[srp0,md,rd,1] 
	00129: SHP[rp2,zp1] 
	00130: MDAP[rd]   
	00131: RTDG       
	00132: SRP1       
	00133: IP         
	00134: MDAP[rd]   
	00135: SRP1       
	00136: SRP2       
	00137: IP         
	00138: MDAP[rd]   
	00139: RTG        
	00140: SRP1       
	00141: SRP2       
	00142: IP         
	00143: IP         
	00144: SRP1       
	00145: SHP[rp1,zp0] 
	00146: MDAP[rd]   
	00147: CALL       
	00148: CALL       
	00149: MIRP[srp0,md,rd,1] 
	00150: RTDG       
	00151: IP         
	00152: MDAP[rd]   
	00153: SRP1       
	00154: IP         
	00155: MDAP[rd]   
	00156: RTG        
	00157: IUP[y]     
	00158: IUP[x]     
	00159: SVTCA[y-axis] 
	00160: DELTAP3    
	00161: CALL       
	00162: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual                 X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   734,   981)  ->  Abs (   734,   981)
	  1: Rel (  -110,  -110)  ->  Abs (   624,   871)
	  2: Rel (  -110,   110)  ->  Abs (   514,   981)
	  3: Rel (   110,   109)  ->  Abs (   624,  1090)
	  4: Rel (     4,  -322)  ->  Abs (   628,   768)
	  5: Rel (  -108,  -109)  ->  Abs (   520,   659)
	  6: Rel (  -110,   111)  ->  Abs (   410,   770)
	  7: Rel (   110,   109)  ->  Abs (   520,   879)
	  8: Rel (   100,  -100)  ->  Abs (   620,   779)
	  9: Rel (   109,   108)  ->  Abs (   729,   887)
	 10: Rel (   110,  -109)  ->  Abs (   839,   778)
	 11: Rel (  -110,  -111)  ->  Abs (   729,   667)

	Glyph 1102: off = 0x00033D18, len = 192
	  numberOfContours:	2
	  xMin:			479
	  yMin:			-561
	  xMax:			908
	  yMax:			-131

	EndPoints
	---------
	  0:  7
	  1:  11

	  Length of Instructions:	139
	00000: NPUSHB      (14):   230     0     1     0     4     1     3     6     6     7 
	                             5     2     2     3 
	00016: PUSHW[1]            924 
	00019: PUSHB[3]              1     1     5 
	00023: PUSHW[1]            924 
	00026: NPUSHB      (13):     7    64    14    22    52     7     7     8     8     9 
	                            10    10    11 
	00041: PUSHW[1]            924 
	00044: PUSHB[8]              0     9     1     9     9    11    11     8 
	00053: PUSHW[1]            923 
	00056: NPUSHB      (13):    10    10     1     7     5     5     4     6     1     3 
	                             3     2     6 
	00071: PUSHW[3]            923     2   923 
	00078: PUSHB[2]              0     4 
	00081: MDAP[rd]   
	00082: SHP[rp1,zp0] 
	00083: MIRP[nrp0,md,rd,1] 
	00084: MIRP[nrp0,md,rd,1] 
	00085: RTDG       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: ALIGNRP    
	00090: SRP1       
	00091: SRP2       
	00092: IP         
	00093: MDAP[rd]   
	00094: ALIGNRP    
	00095: RTG        
	00096: SRP1       
	00097: SHP[rp1,zp0] 
	00098: MDAP[rd]   
	00099: MIRP[nrp0,md,rd,1] 
	00100: RTDG       
	00101: IP         
	00102: MDAP[rd]   
	00103: RTG        
	00104: ALIGNRP    
	00105: SVTCA[y-axis] 
	00106: MDAP[rd]   
	00107: DELTAP1    
	00108: MIRP[srp0,md,rd,1] 
	00109: RTDG       
	00110: IP         
	00111: MDAP[rd]   
	00112: SRP1       
	00113: IP         
	00114: MDAP[rd]   
	00115: RTG        
	00116: SHP[rp2,zp1] 
	00117: MDAP[rd]   
	00118: CALL       
	00119: MIRP[nrp0,md,rd,1] 
	00120: SHP[rp1,zp0] 
	00121: MDAP[rd]   
	00122: MIRP[srp0,md,rd,1] 
	00123: RTDG       
	00124: IP         
	00125: MDAP[rd]   
	00126: SRP1       
	00127: SRP2       
	00128: IP         
	00129: MDAP[rd]   
	00130: RTG        
	00131: SRP1       
	00132: SRP2       
	00133: IP         
	00134: IP         
	00135: IUP[y]     
	00136: IUP[x]     
	00137: SVTCA[y-axis] 
	00138: DELTAP1    

	Flags
	-----
	  0:                      Y-Short         On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   697,  -249)  ->  Abs (   697,  -249)
	  1: Rel (  -108,  -110)  ->  Abs (   589,  -359)
	  2: Rel (  -110,   111)  ->  Abs (   479,  -248)
	  3: Rel (   110,   109)  ->  Abs (   589,  -139)
	  4: Rel (   100,   -99)  ->  Abs (   689,  -238)
	  5: Rel (   109,   107)  ->  Abs (   798,  -131)
	  6: Rel (   110,  -109)  ->  Abs (   908,  -240)
	  7: Rel (  -110,  -111)  ->  Abs (   798,  -351)
	  8: Rel (     5,  -100)  ->  Abs (   803,  -451)
	  9: Rel (  -110,  -110)  ->  Abs (   693,  -561)
	 10: Rel (  -110,   110)  ->  Abs (   583,  -451)
	 11: Rel (   110,   109)  ->  Abs (   693,  -342)

	Glyph 1103: off = 0x00033DD8, len = 542
	  numberOfContours:	3
	  xMin:			0
	  yMin:			-424
	  xMax:			1187
	  yMax:			682

	EndPoints
	---------
	  0:  47
	  1:  55
	  2:  64

	  Length of Instructions:	355
	00000: NPUSHB      (17):   128    48   128    49   128    50     3    64    48    64 
	                            49    64    50   139    28     4    42 
	00019: PUSHW[1]            -44 
	00022: NPUSHB       (9):     9    12    52     0    44    10    14    52    28 
	00033: PUSHW[1]            -64 
	00036: NPUSHB      (20):    18    22    52     0     1     1    28   231     3   231 
	                            55     4    41    12    56    12   150    23     3    49 
	00058: PUSHW[1]            -44 
	00061: PUSHB[4]             15    19    52    49 
	00066: PUSHW[1]            -44 
	00069: PUSHB[4]             23    25    52    48 
	00074: PUSHW[1]            -64 
	00077: NPUSHB      (14):    20    25    52    28    32    22    25    52    62    22 
	                            54    49     2     0 
	00093: PUSHW[1]            -24 
	00096: PUSHB[6]             10    17    52    36    36    37 
	00103: PUSHW[3]            916    24   907 
	00110: NPUSHB       (9):    16    53    32    53     2    53    53    17     5 
	00121: PUSHW[1]            907 
	00124: NPUSHB      (19):    47    60    63    60     2    60    60     0    56    12 
	                            10     4    48    21    29    14    18    17    31 
	00145: PUSHW[7]            907    46   858    18   907    17   858 
	00160: NPUSHB      (13):    14    12    29     8     0     2    56    62    10    58 
	                             8    29    21 
	00175: PUSHW[1]            884 
	00178: PUSHB[4]             48    48    58    26 
	00183: PUSHW[3]            878    51   -64 
	00190: NPUSHB      (21):     9    11    52    31    51     1   159    51     1    96 
	                            51   112    51   240    51     3    51    51    39    17 
	                             2 
	00213: PUSHW[1]            884 
	00216: PUSHB[8]              0    62    80    62     2    62    62    58 
	00225: PUSHW[1]            880 
	00228: NPUSHB      (23):    16     8    32     8    48     8   240     8     4     8 
	                             8    39    17    37    37    36    64    10    19    52 
	                            36    36    34 
	00253: PUSHW[1]            885 
	00256: PUSHB[4]             39    18    17     5 
	00261: PUSHW[1]            340 
	00264: SCANCTRL   
	00265: SCANTYPE   
	00266: MDAP[rd]   
	00267: ALIGNRP    
	00268: MDAP[rd]   
	00269: MIRP[srp0,md,rd,1] 
	00270: SHP[rp2,zp1] 
	00271: MDAP[rd]   
	00272: CALL       
	00273: SHP[rp1,zp0] 
	00274: RTHG       
	00275: MDAP[rd]   
	00276: RTG        
	00277: SRP1       
	00278: SRP2       
	00279: IP         
	00280: MDAP[rd]   
	00281: DELTAP1    
	00282: MIRP[srp0,md,rd,1] 
	00283: SHP[rp2,zp1] 
	00284: MDAP[rd]   
	00285: DELTAP1    
	00286: MIRP[nrp0,md,rd,1] 
	00287: SRP1       
	00288: SRP2       
	00289: IP         
	00290: MDAP[rd]   
	00291: DELTAP1    
	00292: DELTAP1    
	00293: DELTAP2    
	00294: CALL       
	00295: MIRP[nrp0,md,rd,1] 
	00296: SRP1       
	00297: SHP[rp1,zp0] 
	00298: MDAP[rd]   
	00299: MIRP[nrp0,md,rd,1] 
	00300: SHP[rp1,zp0] 
	00301: SRP1       
	00302: SRP2       
	00303: IP         
	00304: SRP1       
	00305: IP         
	00306: SRP2       
	00307: IP         
	00308: SRP1       
	00309: IP         
	00310: SHP[rp1,zp0] 
	00311: SHP[rp1,zp0] 
	00312: SVTCA[y-axis] 
	00313: MIAP[rd+ci] 
	00314: MIRP[nrp0,md,rd,1] 
	00315: MIAP[rd+ci] 
	00316: MIRP[nrp0,md,rd,1] 
	00317: SRP1       
	00318: SRP2       
	00319: IP         
	00320: IP         
	00321: SHP[rp2,zp1] 
	00322: SHP[rp2,zp1] 
	00323: SLOOP      
	00324: SHP[rp1,zp0] 
	00325: SHP[rp1,zp0] 
	00326: MDAP[rd]   
	00327: DELTAP1    
	00328: MIRP[nrp0,md,rd,1] 
	00329: SRP1       
	00330: SHP[rp1,zp0] 
	00331: MDAP[rd]   
	00332: DELTAP1    
	00333: MIRP[nrp0,md,rd,1] 
	00334: MIAP[rd+ci] 
	00335: SHP[rp1,zp0] 
	00336: MDAP[rd]   
	00337: CALL       
	00338: IUP[y]     
	00339: IUP[x]     
	00340: SVTCA[y-axis] 
	00341: DELTAP1    
	00342: CALL       
	00343: CALL       
	00344: CALL       
	00345: CALL       
	00346: SVTCA[x-axis] 
	00347: DELTAP1    
	00348: DELTAP1    
	00349: CALL       
	00350: CALL       
	00351: CALL       
	00352: SVTCA[y-axis] 
	00353: DELTAP2    
	00354: DELTAP2    

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:        XDual                 X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short On
	 42:                      Y-Short X-Short Off
	 43:                      Y-Short X-Short Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On
	 47:                      Y-Short X-Short Off
	 48:  YDual               Y-Short         On
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:                      Y-Short X-Short Off
	 56:                              X-Short On
	 57:                      Y-Short X-Short Off
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short         Off
	 60:  YDual XDual                 X-Short On
	 61:  YDual XDual                 X-Short Off
	 62:  YDual XDual         Y-Short         On
	 63:  YDual XDual         Y-Short         Off
	 64:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   600,   -23)  ->  Abs (   600,   -23)
	  1: Rel (    78,   -74)  ->  Abs (   678,   -97)
	  2: Rel (     0,   -57)  ->  Abs (   678,  -154)
	  3: Rel (     0,   -98)  ->  Abs (   678,  -252)
	  4: Rel (  -123,  -172)  ->  Abs (   555,  -424)
	  5: Rel (   -70,     0)  ->  Abs (   485,  -424)
	  6: Rel (   -76,     0)  ->  Abs (   409,  -424)
	  7: Rel (   -93,   167)  ->  Abs (   316,  -257)
	  8: Rel (    -1,   110)  ->  Abs (   315,  -147)
	  9: Rel (     0,    33)  ->  Abs (   315,  -114)
	 10: Rel (    13,    44)  ->  Abs (   328,   -70)
	 11: Rel (   -43,   -23)  ->  Abs (   285,   -93)
	 12: Rel (   -68,   -16)  ->  Abs (   217,  -109)
	 13: Rel (     7,    57)  ->  Abs (   224,   -52)
	 14: Rel (    34,    81)  ->  Abs (   258,    29)
	 15: Rel (   -80,   -29)  ->  Abs (   178,     0)
	 16: Rel (  -135,     0)  ->  Abs (    43,     0)
	 17: Rel (   -43,     0)  ->  Abs (     0,     0)
	 18: Rel (     0,   123)  ->  Abs (     0,   123)
	 19: Rel (   102,     0)  ->  Abs (   102,   123)
	 20: Rel (   178,     0)  ->  Abs (   280,   123)
	 21: Rel (    58,    31)  ->  Abs (   338,   154)
	 22: Rel (   108,   212)  ->  Abs (   446,   366)
	 23: Rel (   215,   281)  ->  Abs (   661,   647)
	 24: Rel (    56,     0)  ->  Abs (   717,   647)
	 25: Rel (    78,     0)  ->  Abs (   795,   647)
	 26: Rel (     0,  -119)  ->  Abs (   795,   528)
	 27: Rel (     0,  -166)  ->  Abs (   795,   362)
	 28: Rel (   -87,  -172)  ->  Abs (   708,   190)
	 29: Rel (  -192,  -108)  ->  Abs (   516,    82)
	 30: Rel (   131,    45)  ->  Abs (   647,   127)
	 31: Rel (   239,     0)  ->  Abs (   886,   127)
	 32: Rel (    72,     0)  ->  Abs (   958,   127)
	 33: Rel (   149,    60)  ->  Abs (  1107,   187)
	 34: Rel (     0,    33)  ->  Abs (  1107,   220)
	 35: Rel (     0,   178)  ->  Abs (  1107,   398)
	 36: Rel (  -104,   114)  ->  Abs (  1003,   512)
	 37: Rel (    68,   170)  ->  Abs (  1071,   682)
	 38: Rel (   116,  -174)  ->  Abs (  1187,   508)
	 39: Rel (     0,  -192)  ->  Abs (  1187,   316)
	 40: Rel (     0,   -75)  ->  Abs (  1187,   241)
	 41: Rel (   -36,   -79)  ->  Abs (  1151,   162)
	 42: Rel (   -28,   -62)  ->  Abs (  1123,   100)
	 43: Rel (   -64,   -72)  ->  Abs (  1059,    28)
	 44: Rel (   -35,   -15)  ->  Abs (  1024,    13)
	 45: Rel (   -27,   -12)  ->  Abs (   997,     1)
	 46: Rel (   -91,    -1)  ->  Abs (   906,     0)
	 47: Rel (  -180,    -3)  ->  Abs (   726,    -3)
	 48: Rel (  -310,   169)  ->  Abs (   416,   166)
	 49: Rel (   130,    29)  ->  Abs (   546,   195)
	 50: Rel (   195,   205)  ->  Abs (   741,   400)
	 51: Rel (     0,    49)  ->  Abs (   741,   449)
	 52: Rel (     0,    75)  ->  Abs (   741,   524)
	 53: Rel (   -43,     0)  ->  Abs (   698,   524)
	 54: Rel (   -52,     0)  ->  Abs (   646,   524)
	 55: Rel (   -95,   -98)  ->  Abs (   551,   426)
	 56: Rel (  -156,  -444)  ->  Abs (   395,   -18)
	 57: Rel (   -19,   -76)  ->  Abs (   376,   -94)
	 58: Rel (     0,   -56)  ->  Abs (   376,  -150)
	 59: Rel (     0,  -149)  ->  Abs (   376,  -299)
	 60: Rel (   126,     0)  ->  Abs (   502,  -299)
	 61: Rel (   100,     0)  ->  Abs (   602,  -299)
	 62: Rel (     0,    78)  ->  Abs (   602,  -221)
	 63: Rel (     0,    57)  ->  Abs (   602,  -164)
	 64: Rel (  -143,   141)  ->  Abs (   459,   -23)

	Glyph 1104: off = 0x00033FF6, len = 230
	  numberOfContours:	1
	  xMin:			37
	  yMin:			0
	  xMax:			1184
	  yMax:			682

	EndPoints
	---------
	  0:  28

	  Length of Instructions:	141
	00000: NPUSHB      (48):   132    26   149    26   165    26   191    24     4    44 
	                             5    60     5    75     5   128    16   160    16   176 
	                            16   214     0     7     2    28    18    28   119    16 
	                             3    89     5   201    20   200    28     3    88     5 
	                             1     9     9     3   175    24     1    24 
	00050: NPUSHW       (9):   914    25   916    18    17   907     2     3   858 
	00070: NPUSHB      (15):    11    11    15    25    25    22    24    64    11    16 
	                            52    24    24    22    15 
	00087: PUSHW[6]            883     6    22   885    27   951 
	00100: PUSHB[2]             30     4 
	00103: SCANTYPE   
	00104: SRP0       
	00105: MIRP[srp0,nmd,rd,2] 
	00106: MIRP[nrp0,md,rd,1] 
	00107: MDAP[rd]   
	00108: MIRP[nrp0,md,rd,1] 
	00109: SRP1       
	00110: SHP[rp1,zp0] 
	00111: MDAP[rd]   
	00112: CALL       
	00113: RTHG       
	00114: SRP2       
	00115: IP         
	00116: MDAP[rd]   
	00117: SRP1       
	00118: SHP[rp1,zp0] 
	00119: RTG        
	00120: MDAP[rd]   
	00121: SVTCA[y-axis] 
	00122: MIAP[rd+ci] 
	00123: ALIGNRP    
	00124: MIRP[srp0,md,rd,1] 
	00125: ALIGNRP    
	00126: MIAP[rd+ci] 
	00127: MIRP[nrp0,md,rd,1] 
	00128: DELTAP1    
	00129: SRP2       
	00130: IP         
	00131: MDAP[rd]   
	00132: IUP[y]     
	00133: IUP[x]     
	00134: SVTCA[x-axis] 
	00135: DELTAP2    
	00136: DELTAP1    
	00137: DELTAP1    
	00138: DELTAP1    
	00139: SVTCA[y-axis] 
	00140: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                               On
	  4:  YDual                               Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                               On
	 18:  YDual                               On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1001,     8)  ->  Abs (  1001,     8)
	  1: Rel (   -70,    -8)  ->  Abs (   931,     0)
	  2: Rel (  -183,     0)  ->  Abs (   748,     0)
	  3: Rel (  -265,     0)  ->  Abs (   483,     0)
	  4: Rel (  -267,     0)  ->  Abs (   216,     0)
	  5: Rel (  -179,   102)  ->  Abs (    37,   102)
	  6: Rel (     0,   103)  ->  Abs (    37,   205)
	  7: Rel (     0,   109)  ->  Abs (    37,   314)
	  8: Rel (   100,   202)  ->  Abs (   137,   516)
	  9: Rel (    25,     0)  ->  Abs (   162,   516)
	 10: Rel (     9,     0)  ->  Abs (   171,   516)
	 11: Rel (     0,   -12)  ->  Abs (   171,   504)
	 12: Rel (     0,    -9)  ->  Abs (   171,   495)
	 13: Rel (   -13,   -25)  ->  Abs (   158,   470)
	 14: Rel (   -47,   -91)  ->  Abs (   111,   379)
	 15: Rel (     0,   -60)  ->  Abs (   111,   319)
	 16: Rel (     0,  -196)  ->  Abs (   111,   123)
	 17: Rel (   362,     0)  ->  Abs (   473,   123)
	 18: Rel (   401,     0)  ->  Abs (   874,   123)
	 19: Rel (    51,     0)  ->  Abs (   925,   123)
	 20: Rel (   120,    39)  ->  Abs (  1045,   162)
	 21: Rel (    59,    42)  ->  Abs (  1104,   204)
	 22: Rel (     0,    23)  ->  Abs (  1104,   227)
	 23: Rel (     0,   165)  ->  Abs (  1104,   392)
	 24: Rel (  -103,   118)  ->  Abs (  1001,   510)
	 25: Rel (    66,   172)  ->  Abs (  1067,   682)
	 26: Rel (   117,  -195)  ->  Abs (  1184,   487)
	 27: Rel (     0,  -145)  ->  Abs (  1184,   342)
	 28: Rel (     0,  -227)  ->  Abs (  1184,   115)

	Glyph 1105: off = 0x000340DC, len = 252
	  numberOfContours:	1
	  xMin:			37
	  yMin:			0
	  xMax:			1229
	  yMax:			671

	EndPoints
	---------
	  0:  33

	  Length of Instructions:	151
	00000: PUSHB[6]            132    32   148    32     2    21 
	00007: PUSHW[1]            -64 
	00010: NPUSHB      (40):    16    21    52    43    10    60    10    74    10    90 
	                            10   229    31   246    31     6   180    32   196    21 
	                           196    32     3   118    32   165    32     2     6    31 
	                             1     4    22    14    14    29     8    28    28    29 
	00052: PUSHW[3]            917     0   907 
	00059: PUSHB[3]              1    23    22 
	00063: PUSHW[4]            907     7     8   858 
	00072: NPUSHB      (10):    26    29   224     4   240     4     2     4     4    28 
	00084: PUSHW[1]            885 
	00087: NPUSHB      (11):   143    29     1    29    29     0    16    16     1     0 
	                            20 
	00100: PUSHW[1]            883 
	00103: PUSHB[2]             11     4 
	00106: SCANTYPE   
	00107: MDAP[rd]   
	00108: MIRP[nrp0,md,rd,1] 
	00109: MDAP[rd]   
	00110: ALIGNRP    
	00111: SHP[rp2,zp1] 
	00112: MDAP[rd]   
	00113: SRP1       
	00114: SHP[rp1,zp0] 
	00115: RTHG       
	00116: MDAP[rd]   
	00117: DELTAP1    
	00118: MIRP[nrp0,nmd,rd,0] 
	00119: SHP[rp1,zp0] 
	00120: MDAP[rd]   
	00121: DELTAP1    
	00122: SRP1       
	00123: IP         
	00124: SVTCA[y-axis] 
	00125: RTG        
	00126: MIAP[rd+ci] 
	00127: ALIGNRP    
	00128: MIRP[srp0,md,rd,1] 
	00129: ALIGNRP    
	00130: MDAP[rd]   
	00131: MIRP[nrp0,md,rd,1] 
	00132: MIAP[rd+ci] 
	00133: SHP[rp1,zp0] 
	00134: MDAP[rd]   
	00135: SRP1       
	00136: SRP2       
	00137: IP         
	00138: MDAP[rd]   
	00139: SRP1       
	00140: SHP[rp1,zp0] 
	00141: IUP[y]     
	00142: IUP[x]     
	00143: SVTCA[x-axis] 
	00144: DELTAP2    
	00145: DELTAP1    
	00146: DELTAP1    
	00147: DELTAP1    
	00148: CALL       
	00149: SVTCA[y-axis] 
	00150: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:  YDual                               Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:  YDual                               On
	 23:  YDual                               On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short On
	 30:        XDual Rep-  3 Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,   123)  ->  Abs (  1229,   123)
	  1: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  2: Rel (  -103,     0)  ->  Abs (  1126,     0)
	  3: Rel (   -90,    90)  ->  Abs (  1036,    90)
	  4: Rel (   -36,   120)  ->  Abs (  1000,   210)
	  5: Rel (   -18,   -70)  ->  Abs (   982,   140)
	  6: Rel (  -143,  -140)  ->  Abs (   839,     0)
	  7: Rel (   -77,     0)  ->  Abs (   762,     0)
	  8: Rel (  -279,     0)  ->  Abs (   483,     0)
	  9: Rel (  -267,     0)  ->  Abs (   216,     0)
	 10: Rel (  -179,   102)  ->  Abs (    37,   102)
	 11: Rel (     0,   103)  ->  Abs (    37,   205)
	 12: Rel (     0,   109)  ->  Abs (    37,   314)
	 13: Rel (   100,   202)  ->  Abs (   137,   516)
	 14: Rel (    25,     0)  ->  Abs (   162,   516)
	 15: Rel (     9,     0)  ->  Abs (   171,   516)
	 16: Rel (     0,   -12)  ->  Abs (   171,   504)
	 17: Rel (     0,    -9)  ->  Abs (   171,   495)
	 18: Rel (   -13,   -25)  ->  Abs (   158,   470)
	 19: Rel (   -47,   -91)  ->  Abs (   111,   379)
	 20: Rel (     0,   -60)  ->  Abs (   111,   319)
	 21: Rel (     0,  -196)  ->  Abs (   111,   123)
	 22: Rel (   362,     0)  ->  Abs (   473,   123)
	 23: Rel (   279,     0)  ->  Abs (   752,   123)
	 24: Rel (    86,     0)  ->  Abs (   838,   123)
	 25: Rel (   102,    84)  ->  Abs (   940,   207)
	 26: Rel (     0,    56)  ->  Abs (   940,   263)
	 27: Rel (     0,   132)  ->  Abs (   940,   395)
	 28: Rel (   -66,   132)  ->  Abs (   874,   527)
	 29: Rel (    82,   144)  ->  Abs (   956,   671)
	 30: Rel (    64,  -148)  ->  Abs (  1020,   523)
	 31: Rel (     1,  -208)  ->  Abs (  1021,   315)
	 32: Rel (    48,  -129)  ->  Abs (  1069,   186)
	 33: Rel (    92,   -63)  ->  Abs (  1161,   123)

	Glyph 1106: off = 0x000341D8, len = 148
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1187
	  yMax:			682

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	100
	00000: NPUSHB      (15):   131     9   148     9   165     9     3   225    12   246 
	                             4   246    12     3    12 
	00017: PUSHW[1]            -64 
	00020: NPUSHB      (10):     9    19    52     5    12     1   175     7     1     7 
	00032: PUSHW[6]            914     8   916     1     2   907 
	00045: NPUSHB      (14):    13    13     1    14     8     8     7    64    10    16 
	                            52     7     7     5 
	00061: PUSHW[3]            885    10   951 
	00068: PUSHB[2]             15     5 
	00071: SCANTYPE   
	00072: SRP0       
	00073: MIRP[srp0,nmd,rd,2] 
	00074: MIRP[srp0,md,rd,1] 
	00075: SHP[rp2,zp1] 
	00076: MDAP[rd]   
	00077: CALL       
	00078: RTHG       
	00079: IP         
	00080: MDAP[rd]   
	00081: SRP0       
	00082: ALIGNRP    
	00083: SVTCA[y-axis] 
	00084: ALIGNRP    
	00085: RTG        
	00086: SRP0       
	00087: MIRP[srp0,md,rd,1] 
	00088: ALIGNRP    
	00089: MIAP[rd+ci] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: DELTAP1    
	00092: IUP[y]     
	00093: IUP[x]     
	00094: SVTCA[x-axis] 
	00095: DELTAP2    
	00096: CALL       
	00097: DELTAP1    
	00098: SVTCA[y-axis] 
	00099: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                         On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (     0,     0)  ->  Abs (     0,     0)
	  1: Rel (     0,   123)  ->  Abs (     0,   123)
	  2: Rel (   885,     0)  ->  Abs (   885,   123)
	  3: Rel (    71,     0)  ->  Abs (   956,   123)
	  4: Rel (   151,    64)  ->  Abs (  1107,   187)
	  5: Rel (     0,    33)  ->  Abs (  1107,   220)
	  6: Rel (     0,   178)  ->  Abs (  1107,   398)
	  7: Rel (  -104,   114)  ->  Abs (  1003,   512)
	  8: Rel (    68,   170)  ->  Abs (  1071,   682)
	  9: Rel (   116,  -174)  ->  Abs (  1187,   508)
	 10: Rel (     0,  -192)  ->  Abs (  1187,   316)
	 11: Rel (     0,  -102)  ->  Abs (  1187,   214)
	 12: Rel (  -130,  -214)  ->  Abs (  1057,     0)
	 13: Rel (   -93,     0)  ->  Abs (   964,     0)

	Glyph 1107: off = 0x0003426C, len = 180
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			673

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	104
	00000: NPUSHB      (17):   199    20   215    20     2   246    20     1   113    20 
	                           230    20     2     5    16    16    17 
	00019: PUSHW[1]            917 
	00022: PUSHB[5]             23    22    22    10    11 
	00028: PUSHW[1]            907 
	00031: PUSHB[3]              8     0     1 
	00035: PUSHW[4]            858     8     9   858 
	00044: NPUSHB      (16):    14    16    17     5     5    17    16    16    17    17 
	                             9    23     0    10     9     5 
	00062: SCANTYPE   
	00063: MDAP[rd]   
	00064: ALIGNRP    
	00065: MDAP[rd]   
	00066: ALIGNRP    
	00067: RTHG       
	00068: SRP2       
	00069: IP         
	00070: MDAP[rd]   
	00071: SHP[rp1,zp0] 
	00072: RTG        
	00073: MDAP[rd]   
	00074: SRP1       
	00075: SHP[rp1,zp0] 
	00076: RTHG       
	00077: MDAP[rd]   
	00078: SRP1       
	00079: SRP2       
	00080: IP         
	00081: SVTCA[y-axis] 
	00082: RTG        
	00083: MIAP[rd+ci] 
	00084: ALIGNRP    
	00085: MIAP[rd+ci] 
	00086: ALIGNRP    
	00087: SRP0       
	00088: MIRP[srp0,md,rd,1] 
	00089: ALIGNRP    
	00090: ALIGNRP    
	00091: SRP0       
	00092: ALIGNRP    
	00093: MIAP[rd+ci] 
	00094: SHP[rp1,zp0] 
	00095: MDAP[rd]   
	00096: SHP[rp2,zp1] 
	00097: IUP[y]     
	00098: IUP[x]     
	00099: SVTCA[y-axis] 
	00100: DELTAP1    
	00101: DELTAP1    
	00102: SVTCA[x-axis] 
	00103: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (   -76,     0)  ->  Abs (  1153,     0)
	  2: Rel (  -108,     0)  ->  Abs (  1045,     0)
	  3: Rel (  -145,    24)  ->  Abs (   900,    24)
	  4: Rel (   -99,   107)  ->  Abs (   801,   131)
	  5: Rel (   -37,    82)  ->  Abs (   764,   213)
	  6: Rel (   -21,   -72)  ->  Abs (   743,   141)
	  7: Rel (  -138,  -141)  ->  Abs (   605,     0)
	  8: Rel (   -64,     0)  ->  Abs (   541,     0)
	  9: Rel (  -541,     0)  ->  Abs (     0,     0)
	 10: Rel (     0,   123)  ->  Abs (     0,   123)
	 11: Rel (   526,     0)  ->  Abs (   526,   123)
	 12: Rel (    64,     0)  ->  Abs (   590,   123)
	 13: Rel (   114,    79)  ->  Abs (   704,   202)
	 14: Rel (     0,    68)  ->  Abs (   704,   270)
	 15: Rel (     0,   107)  ->  Abs (   704,   377)
	 16: Rel (   -64,   152)  ->  Abs (   640,   529)
	 17: Rel (    83,   144)  ->  Abs (   723,   673)
	 18: Rel (    63,  -172)  ->  Abs (   786,   501)
	 19: Rel (     0,   -96)  ->  Abs (   786,   405)
	 20: Rel (     0,  -127)  ->  Abs (   786,   278)
	 21: Rel (   138,  -155)  ->  Abs (   924,   123)
	 22: Rel (   123,     0)  ->  Abs (  1047,   123)
	 23: Rel (   182,     0)  ->  Abs (  1229,   123)

	Glyph 1108: off = 0x00034320, len = 330
	  numberOfContours:	2
	  xMin:			11
	  yMin:			-7
	  xMax:			1209
	  yMax:			801

	EndPoints
	---------
	  0:  36
	  1:  45

	  Length of Instructions:	198
	00000: NPUSHB      (54):   178    29     1    38    44    17    21    52    58    18 
	                            75    18    90    18   179    13   201    33     5     5 
	                            13    37    13    43    18    54    13     4   168    33 
	                           185    37   200    37     3   151    29   153    33   167 
	                            29     3     6    40     1    22    22     8    16     0 
	                            15     2     1     2 
	00056: PUSHW[1]            908 
	00059: NPUSHB      (25):    15    44    31    44     2    31    44    79    44     2 
	                            79    44    95    44   176    44     3    44    64     9 
	                            11    52    44    44    39 
	00086: NPUSHW      (11):   908     8   918    32    31   907    15    16   859     5 
	                           881 
	00110: NPUSHB      (18):   191    42   207    42     2    42    64     9    16    52 
	                            42    42    37     0    35    24    24    28 
	00130: NPUSHW       (9):   885    19    35   883    11   950    47     4   340 
	00150: SCANCTRL   
	00151: SCANTYPE   
	00152: SRP0       
	00153: MIRP[srp0,nmd,rd,2] 
	00154: MIRP[nrp0,md,rd,1] 
	00155: MDAP[rd]   
	00156: MIRP[srp0,md,rd,1] 
	00157: SHP[rp2,zp1] 
	00158: MDAP[rd]   
	00159: SRP1       
	00160: SHP[rp1,zp0] 
	00161: SHP[rp1,zp0] 
	00162: SHP[rp1,zp0] 
	00163: MDAP[rd]   
	00164: CALL       
	00165: DELTAP1    
	00166: MIRP[nrp0,md,rd,1] 
	00167: SVTCA[y-axis] 
	00168: MIAP[rd+ci] 
	00169: ALIGNRP    
	00170: MIRP[srp0,md,rd,1] 
	00171: ALIGNRP    
	00172: MIAP[rd+ci] 
	00173: MIRP[srp0,md,rd,1] 
	00174: SHP[rp2,zp1] 
	00175: MDAP[rd]   
	00176: CALL       
	00177: DELTAP1    
	00178: DELTAP2    
	00179: DELTAP3    
	00180: MIRP[nrp0,md,rd,1] 
	00181: DELTAP2    
	00182: IP         
	00183: SRP1       
	00184: SRP2       
	00185: IP         
	00186: MDAP[rd]   
	00187: IUP[y]     
	00188: IUP[x]     
	00189: SVTCA[x-axis] 
	00190: DELTAP2    
	00191: DELTAP1    
	00192: DELTAP1    
	00193: DELTAP1    
	00194: DELTAP1    
	00195: CALL       
	00196: SVTCA[y-axis] 
	00197: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:        XDual                 X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                               On
	 17:  YDual                               Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual                               On
	 32:  YDual XDual                 X-Short On
	 33:  YDual                               Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:                      Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1129,   351)  ->  Abs (  1129,   351)
	  1: Rel (   -75,   -53)  ->  Abs (  1054,   298)
	  2: Rel (   -77,     0)  ->  Abs (   977,   298)
	  3: Rel (   -70,     0)  ->  Abs (   907,   298)
	  4: Rel (   -99,    48)  ->  Abs (   808,   346)
	  5: Rel (     0,    44)  ->  Abs (   808,   390)
	  6: Rel (     0,   125)  ->  Abs (   808,   515)
	  7: Rel (   122,   286)  ->  Abs (   930,   801)
	  8: Rel (    87,     0)  ->  Abs (  1017,   801)
	  9: Rel (    87,     0)  ->  Abs (  1104,   801)
	 10: Rel (   105,  -268)  ->  Abs (  1209,   533)
	 11: Rel (     0,  -143)  ->  Abs (  1209,   390)
	 12: Rel (     0,  -143)  ->  Abs (  1209,   247)
	 13: Rel (   -64,  -180)  ->  Abs (  1145,    67)
	 14: Rel (  -157,   -74)  ->  Abs (   988,    -7)
	 15: Rel (  -248,     0)  ->  Abs (   740,    -7)
	 16: Rel (  -270,     0)  ->  Abs (   470,    -7)
	 17: Rel (  -289,     0)  ->  Abs (   181,    -7)
	 18: Rel (  -170,   112)  ->  Abs (    11,   105)
	 19: Rel (     0,   103)  ->  Abs (    11,   208)
	 20: Rel (     0,    85)  ->  Abs (    11,   293)
	 21: Rel (    89,   213)  ->  Abs (   100,   506)
	 22: Rel (    41,     0)  ->  Abs (   141,   506)
	 23: Rel (    12,     0)  ->  Abs (   153,   506)
	 24: Rel (     0,   -18)  ->  Abs (   153,   488)
	 25: Rel (     0,   -16)  ->  Abs (   153,   472)
	 26: Rel (   -31,   -65)  ->  Abs (   122,   407)
	 27: Rel (   -31,   -64)  ->  Abs (    91,   343)
	 28: Rel (     0,   -37)  ->  Abs (    91,   306)
	 29: Rel (     0,   -93)  ->  Abs (    91,   213)
	 30: Rel (   172,   -97)  ->  Abs (   263,   116)
	 31: Rel (   270,     0)  ->  Abs (   533,   116)
	 32: Rel (   171,     0)  ->  Abs (   704,   116)
	 33: Rel (   315,     0)  ->  Abs (  1019,   116)
	 34: Rel (   117,    95)  ->  Abs (  1136,   211)
	 35: Rel (     0,    77)  ->  Abs (  1136,   288)
	 36: Rel (     0,    23)  ->  Abs (  1136,   311)
	 37: Rel (   -40,   156)  ->  Abs (  1096,   467)
	 38: Rel (   -42,   209)  ->  Abs (  1054,   676)
	 39: Rel (   -67,     0)  ->  Abs (   987,   676)
	 40: Rel (   -48,     0)  ->  Abs (   939,   676)
	 41: Rel (   -65,  -133)  ->  Abs (   874,   543)
	 42: Rel (     0,   -64)  ->  Abs (   874,   479)
	 43: Rel (     0,   -55)  ->  Abs (   874,   424)
	 44: Rel (    91,     0)  ->  Abs (   965,   424)
	 45: Rel (    45,     0)  ->  Abs (  1010,   424)

	Glyph 1109: off = 0x0003446A, len = 326
	  numberOfContours:	2
	  xMin:			6
	  yMin:			-68
	  xMax:			1229
	  yMax:			648

	EndPoints
	---------
	  0:  36
	  1:  47

	  Length of Instructions:	188
	00000: NPUSHB      (40):    61     8    73     7    75     8   106     7   135    45 
	                           149    45     6    34     8    11    14    52   139    24 
	                             1    25    25     1   166    19   182    19     2     2 
	                            16    12    12    29     5    46    24    21     2    36 
	00042: PUSHW[5]            907     0   858    40   907 
	00053: PUSHB[4]             47    29     1    29 
	00058: PUSHW[3]            919    21   909 
	00065: NPUSHB      (17):     5    64    15    18    52     5    24    43    34    32 
	                             2     2    43    46    46    37    26 
	00084: PUSHW[1]            886 
	00087: NPUSHB      (13):   143    43   159    43     2    15    43    31    43     2 
	                            43    43    37 
	00102: PUSHW[3]            887    32   -64 
	00109: NPUSHB       (9):     9    17    52    32    32     0    14    14    18 
	00120: PUSHW[1]            884 
	00123: PUSHB[4]              9    36     0     4 
	00128: PUSHW[1]            340 
	00131: SCANCTRL   
	00132: SCANTYPE   
	00133: MDAP[rd]   
	00134: ALIGNRP    
	00135: MDAP[rd]   
	00136: MIRP[srp0,md,rd,1] 
	00137: SHP[rp2,zp1] 
	00138: MDAP[rd]   
	00139: SRP1       
	00140: SHP[rp1,zp0] 
	00141: MDAP[rd]   
	00142: CALL       
	00143: MIRP[srp0,md,rd,1] 
	00144: SHP[rp2,zp1] 
	00145: MDAP[rd]   
	00146: DELTAP1    
	00147: DELTAP1    
	00148: MIRP[nrp0,md,rd,1] 
	00149: SRP2       
	00150: IP         
	00151: MDAP[rd]   
	00152: RTHG       
	00153: SRP1       
	00154: IP         
	00155: MDAP[rd]   
	00156: SRP1       
	00157: IP         
	00158: SRP1       
	00159: IP         
	00160: SVTCA[y-axis] 
	00161: RTG        
	00162: MDAP[rd]   
	00163: CALL       
	00164: MIRP[nrp0,md,rd,1] 
	00165: MIAP[rd+ci] 
	00166: DELTAP1    
	00167: MIRP[nrp0,md,rd,1] 
	00168: MIAP[rd+ci] 
	00169: MIRP[nrp0,md,rd,1] 
	00170: IP         
	00171: SRP1       
	00172: SHP[rp1,zp0] 
	00173: SHP[rp1,zp0] 
	00174: SRP1       
	00175: SRP2       
	00176: IP         
	00177: MDAP[rd]   
	00178: SHPIX      
	00179: IUP[y]     
	00180: IUP[x]     
	00181: SVTCA[y-axis] 
	00182: DELTAP1    
	00183: DELTAP3    
	00184: DELTAP2    
	00185: CALL       
	00186: SVTCA[x-axis] 
	00187: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:                              X-Short On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (  -133,     0)  ->  Abs (  1096,     0)
	  2: Rel (   -67,    56)  ->  Abs (  1029,    56)
	  3: Rel (   -98,   -71)  ->  Abs (   931,   -15)
	  4: Rel (  -244,   -53)  ->  Abs (   687,   -68)
	  5: Rel (  -232,     0)  ->  Abs (   455,   -68)
	  6: Rel (  -170,     0)  ->  Abs (   285,   -68)
	  7: Rel (  -188,    35)  ->  Abs (    97,   -33)
	  8: Rel (   -91,    98)  ->  Abs (     6,    65)
	  9: Rel (     0,    81)  ->  Abs (     6,   146)
	 10: Rel (     0,    76)  ->  Abs (     6,   222)
	 11: Rel (    90,   223)  ->  Abs (    96,   445)
	 12: Rel (    32,     0)  ->  Abs (   128,   445)
	 13: Rel (    11,     0)  ->  Abs (   139,   445)
	 14: Rel (     0,   -20)  ->  Abs (   139,   425)
	 15: Rel (     0,    -7)  ->  Abs (   139,   418)
	 16: Rel (   -28,   -64)  ->  Abs (   111,   354)
	 17: Rel (   -27,   -64)  ->  Abs (    84,   290)
	 18: Rel (     0,   -45)  ->  Abs (    84,   245)
	 19: Rel (     0,   -75)  ->  Abs (    84,   170)
	 20: Rel (   123,  -108)  ->  Abs (   207,    62)
	 21: Rel (   274,     0)  ->  Abs (   481,    62)
	 22: Rel (   234,     0)  ->  Abs (   715,    62)
	 23: Rel (   182,    18)  ->  Abs (   897,    80)
	 24: Rel (    50,    32)  ->  Abs (   947,   112)
	 25: Rel (  -134,   129)  ->  Abs (   813,   241)
	 26: Rel (     0,   114)  ->  Abs (   813,   355)
	 27: Rel (     0,    70)  ->  Abs (   813,   425)
	 28: Rel (   179,   223)  ->  Abs (   992,   648)
	 29: Rel (    65,     0)  ->  Abs (  1057,   648)
	 30: Rel (    46,     0)  ->  Abs (  1103,   648)
	 31: Rel (    66,  -104)  ->  Abs (  1169,   544)
	 32: Rel (     0,   -55)  ->  Abs (  1169,   489)
	 33: Rel (     0,  -234)  ->  Abs (  1169,   255)
	 34: Rel (   -73,   -98)  ->  Abs (  1096,   157)
	 35: Rel (    36,   -34)  ->  Abs (  1132,   123)
	 36: Rel (    97,     0)  ->  Abs (  1229,   123)
	 37: Rel (  -148,   302)  ->  Abs (  1081,   425)
	 38: Rel (     0,    39)  ->  Abs (  1081,   464)
	 39: Rel (   -45,    62)  ->  Abs (  1036,   526)
	 40: Rel (   -33,     0)  ->  Abs (  1003,   526)
	 41: Rel (   -36,     0)  ->  Abs (   967,   526)
	 42: Rel (   -73,   -83)  ->  Abs (   894,   443)
	 43: Rel (     0,   -36)  ->  Abs (   894,   407)
	 44: Rel (     0,   -41)  ->  Abs (   894,   366)
	 45: Rel (    76,  -131)  ->  Abs (   970,   235)
	 46: Rel (    43,   -43)  ->  Abs (  1013,   192)
	 47: Rel (    68,    81)  ->  Abs (  1081,   273)

	Glyph 1110: off = 0x000345B0, len = 268
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			1207
	  yMax:			801

	EndPoints
	---------
	  0:  24
	  1:  33

	  Length of Instructions:	169
	00000: NPUSHB      (23):    22    25     1    26    44    17    21    52    38    21 
	                           218    25   218    26     3   185     4   216     4   216 
	                            15     3    21 
	00025: PUSHW[1]            -44 
	00028: NPUSHB      (12):    12    14    52     5    28     1    25     8    15    10 
	                             1    10 
	00042: PUSHW[1]            908 
	00045: NPUSHB      (25):    15    32    31    32     2    31    32    79    32     2 
	                            79    32    95    32   176    32     3    32    64     9 
	                            11    52    32    32    27 
	00072: NPUSHW      (11):   908    16   918     2     1   907    24     0   858    13 
	                           881 
	00096: NPUSHB      (17):   191    30   207    30     2    30    64     9    16    52 
	                            30    30    25     8     1     0     6 
	00115: PUSHW[6]            883    19   950    35     4   340 
	00128: SCANCTRL   
	00129: SCANTYPE   
	00130: SRP0       
	00131: MIRP[srp0,nmd,rd,2] 
	00132: MIRP[nrp0,md,rd,1] 
	00133: MDAP[rd]   
	00134: ALIGNRP    
	00135: SHP[rp2,zp1] 
	00136: SHP[rp2,zp1] 
	00137: SHP[rp2,zp1] 
	00138: MDAP[rd]   
	00139: CALL       
	00140: DELTAP1    
	00141: MIRP[nrp0,md,rd,1] 
	00142: SVTCA[y-axis] 
	00143: MIAP[rd+ci] 
	00144: ALIGNRP    
	00145: MIRP[srp0,md,rd,1] 
	00146: ALIGNRP    
	00147: MIAP[rd+ci] 
	00148: MIRP[srp0,md,rd,1] 
	00149: SHP[rp2,zp1] 
	00150: MDAP[rd]   
	00151: CALL       
	00152: DELTAP1    
	00153: DELTAP2    
	00154: DELTAP3    
	00155: MIRP[nrp0,md,rd,1] 
	00156: DELTAP2    
	00157: IP         
	00158: SHP[rp1,zp0] 
	00159: IUP[y]     
	00160: IUP[x]     
	00161: SVTCA[x-axis] 
	00162: DELTAP2    
	00163: CALL       
	00164: DELTAP1    
	00165: DELTAP1    
	00166: CALL       
	00167: SVTCA[y-axis] 
	00168: DELTAP3    

	Flags
	-----
	  0:  YDual XDual                         On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:        XDual                 X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:              Rep-  2 Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:                                      On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (     0,     0)  ->  Abs (     0,     0)
	  1: Rel (     0,   123)  ->  Abs (     0,   123)
	  2: Rel (   856,     0)  ->  Abs (   856,   123)
	  3: Rel (   110,     0)  ->  Abs (   966,   123)
	  4: Rel (   117,    23)  ->  Abs (  1083,   146)
	  5: Rel (    53,    78)  ->  Abs (  1136,   224)
	  6: Rel (     0,    64)  ->  Abs (  1136,   288)
	  7: Rel (     0,    23)  ->  Abs (  1136,   311)
	  8: Rel (    -7,    40)  ->  Abs (  1129,   351)
	  9: Rel (   -91,   -53)  ->  Abs (  1038,   298)
	 10: Rel (   -61,     0)  ->  Abs (   977,   298)
	 11: Rel (   -60,     0)  ->  Abs (   917,   298)
	 12: Rel (  -109,    51)  ->  Abs (   808,   349)
	 13: Rel (     0,    41)  ->  Abs (   808,   390)
	 14: Rel (     0,   125)  ->  Abs (   808,   515)
	 15: Rel (   122,   286)  ->  Abs (   930,   801)
	 16: Rel (    87,     0)  ->  Abs (  1017,   801)
	 17: Rel (    90,     0)  ->  Abs (  1107,   801)
	 18: Rel (   100,  -251)  ->  Abs (  1207,   550)
	 19: Rel (     0,  -180)  ->  Abs (  1207,   370)
	 20: Rel (     0,  -133)  ->  Abs (  1207,   237)
	 21: Rel (   -62,  -160)  ->  Abs (  1145,    77)
	 22: Rel (   -90,   -63)  ->  Abs (  1055,    14)
	 23: Rel (   -94,   -14)  ->  Abs (   961,     0)
	 24: Rel (  -179,     0)  ->  Abs (   782,     0)
	 25: Rel (   314,   467)  ->  Abs (  1096,   467)
	 26: Rel (   -42,   209)  ->  Abs (  1054,   676)
	 27: Rel (   -67,     0)  ->  Abs (   987,   676)
	 28: Rel (   -48,     0)  ->  Abs (   939,   676)
	 29: Rel (   -65,  -133)  ->  Abs (   874,   543)
	 30: Rel (     0,   -64)  ->  Abs (   874,   479)
	 31: Rel (     0,   -55)  ->  Abs (   874,   424)
	 32: Rel (    97,     0)  ->  Abs (   971,   424)
	 33: Rel (    39,     0)  ->  Abs (  1010,   424)

	Glyph 1111: off = 0x000346BC, len = 274
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			709

	EndPoints
	---------
	  0:  21
	  1:  32

	  Length of Instructions:	172
	00000: NPUSHB      (44):   150     8   215     8   210    30     3   136     3   134 
	                             8   153     3     3    25    11    20    12    31    17 
	                             3     5     2     9    12    15    17     3    25     6 
	                             1   215    30     1     2    16     2    12    31     3 
	                            17    21    20    25 
	00046: NPUSHW       (9):   907     7   920    14    21   907    15    20   858 
	00066: NPUSHB      (18):    26    27    28     6     5     4     2    28    12    22 
	                            10    17    17    22    31    31    22     4 
	00086: PUSHW[1]            885 
	00089: PUSHB[8]             15    28    31    28     2    28    28    22 
	00098: PUSHW[3]            887    10   -64 
	00105: NPUSHB      (10):     9    18    52    10    10    14    15    21    20     5 
	00117: SCANTYPE   
	00118: MDAP[rd]   
	00119: ALIGNRP    
	00120: MDAP[rd]   
	00121: ALIGNRP    
	00122: SHP[rp1,zp0] 
	00123: MDAP[rd]   
	00124: CALL       
	00125: MIRP[srp0,md,rd,1] 
	00126: SHP[rp2,zp1] 
	00127: MDAP[rd]   
	00128: DELTAP1    
	00129: MIRP[nrp0,md,rd,1] 
	00130: RTHG       
	00131: SRP1       
	00132: IP         
	00133: MDAP[rd]   
	00134: SRP1       
	00135: IP         
	00136: MDAP[rd]   
	00137: SRP1       
	00138: SRP2       
	00139: IP         
	00140: SRP1       
	00141: IP         
	00142: SRP1       
	00143: SHP[rp1,zp0] 
	00144: SHP[rp1,zp0] 
	00145: SRP1       
	00146: SHP[rp1,zp0] 
	00147: SHP[rp1,zp0] 
	00148: SVTCA[y-axis] 
	00149: RTG        
	00150: MIAP[rd+ci] 
	00151: ALIGNRP    
	00152: MIRP[srp0,md,rd,1] 
	00153: ALIGNRP    
	00154: MIAP[rd+ci] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: SRP1       
	00157: SRP2       
	00158: IP         
	00159: SLOOP      
	00160: SHP[rp2,zp1] 
	00161: SVTCA[x-axis] 
	00162: SHPIX      
	00163: IUP[y]     
	00164: IUP[x]     
	00165: SVTCA[x-axis] 
	00166: DELTAP2    
	00167: DELTAP3    
	00168: DELTAP1    
	00169: DELTAP1    
	00170: DELTAP1    
	00171: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:        XDual         Y-Short         On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                               On
	 20:  YDual                               On
	 21:  YDual XDual         Y-Short         On
	 22:                                      On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:                      Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   629,   123)  ->  Abs (   629,   123)
	  1: Rel (   249,     0)  ->  Abs (   878,   123)
	  2: Rel (    69,    50)  ->  Abs (   947,   173)
	  3: Rel (  -134,   129)  ->  Abs (   813,   302)
	  4: Rel (     0,   114)  ->  Abs (   813,   416)
	  5: Rel (     0,    69)  ->  Abs (   813,   485)
	  6: Rel (   170,   224)  ->  Abs (   983,   709)
	  7: Rel (    74,     0)  ->  Abs (  1057,   709)
	  8: Rel (    49,     0)  ->  Abs (  1106,   709)
	  9: Rel (    65,  -118)  ->  Abs (  1171,   591)
	 10: Rel (     0,   -62)  ->  Abs (  1171,   529)
	 11: Rel (     0,  -228)  ->  Abs (  1171,   301)
	 12: Rel (   -86,  -108)  ->  Abs (  1085,   193)
	 13: Rel (    52,   -70)  ->  Abs (  1137,   123)
	 14: Rel (    92,     0)  ->  Abs (  1229,   123)
	 15: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 16: Rel (  -116,     0)  ->  Abs (  1113,     0)
	 17: Rel (   -95,   113)  ->  Abs (  1018,   113)
	 18: Rel (  -115,  -113)  ->  Abs (   903,     0)
	 19: Rel (  -312,     0)  ->  Abs (   591,     0)
	 20: Rel (  -591,     0)  ->  Abs (     0,     0)
	 21: Rel (     0,   123)  ->  Abs (     0,   123)
	 22: Rel (  1080,   363)  ->  Abs (  1080,   486)
	 23: Rel (     0,    40)  ->  Abs (  1080,   526)
	 24: Rel (   -44,    62)  ->  Abs (  1036,   588)
	 25: Rel (   -33,     0)  ->  Abs (  1003,   588)
	 26: Rel (   -34,     0)  ->  Abs (   969,   588)
	 27: Rel (   -76,   -83)  ->  Abs (   893,   505)
	 28: Rel (     0,   -37)  ->  Abs (   893,   468)
	 29: Rel (     0,   -41)  ->  Abs (   893,   427)
	 30: Rel (    76,  -131)  ->  Abs (   969,   296)
	 31: Rel (    43,   -43)  ->  Abs (  1012,   253)
	 32: Rel (    68,    81)  ->  Abs (  1080,   334)

	Glyph 1112: off = 0x000347CE, len = 340
	  numberOfContours:	1
	  xMin:			240
	  yMin:			-561
	  xMax:			1100
	  yMax:			680

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	221
	00000: NPUSHB      (30):    12    16    21    22    52    26    16    30   128    11 
	                            16    52    30    64    17    28    52    30     8     4 
	                            64    11    16    52     4    32    17    19    52     4 
	00032: PUSHW[1]            -32 
	00035: NPUSHB      (48):    35    40    52     4     2     7    80    26     1    26 
	                            64     9    14    52    26    26     0    10    16    10 
	                             2    10    10     8     7    64    23    25    52     7 
	                             7   176     8   224     8     2     8     8    33    20 
	                            15     0    31     0     2     0     0     2 
	00085: PUSHW[3]            909    33   916 
	00092: NPUSHB      (29):    20     0     0    36    17    64    28    30    52    17 
	                            17    20    64    14    15    52    20    20    24    26 
	                            30     8    15     7     1     7     7    36     4 
	00123: PUSHW[1]            893 
	00126: NPUSHB      (12):    15    30     1    30    30    24     0    36     1    36 
	                            36    13 
	00140: PUSHW[4]            892    24     4   340 
	00149: SCANCTRL   
	00150: SCANTYPE   
	00151: MDAP[rd]   
	00152: MIRP[nrp0,md,rd,1] 
	00153: SHP[rp1,zp0] 
	00154: MDAP[rd]   
	00155: DELTAP1    
	00156: SRP1       
	00157: SHP[rp1,zp0] 
	00158: MDAP[rd]   
	00159: DELTAP1    
	00160: MIRP[nrp0,md,rd,1] 
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: DELTAP1    
	00165: SHP[rp1,zp0] 
	00166: SRP2       
	00167: IP         
	00168: SRP1       
	00169: SHP[rp1,zp0] 
	00170: RTHG       
	00171: MDAP[rd]   
	00172: CALL       
	00173: SHP[rp1,zp0] 
	00174: RTG        
	00175: MDAP[rd]   
	00176: CALL       
	00177: SRP1       
	00178: SHP[rp1,zp0] 
	00179: RTHG       
	00180: MDAP[rd]   
	00181: SVTCA[y-axis] 
	00182: RTG        
	00183: MDAP[rd]   
	00184: MIAP[rd+ci] 
	00185: MIRP[srp0,md,rd,1] 
	00186: SHP[rp2,zp1] 
	00187: MDAP[rd]   
	00188: DELTAP1    
	00189: SRP1       
	00190: SRP2       
	00191: IP         
	00192: MDAP[rd]   
	00193: DELTAP1    
	00194: SHP[rp1,zp0] 
	00195: MDAP[rd]   
	00196: CALL       
	00197: SRP2       
	00198: IP         
	00199: MDAP[rd]   
	00200: DELTAP1    
	00201: SHP[rp1,zp0] 
	00202: MDAP[rd]   
	00203: CALL       
	00204: DELTAP3    
	00205: SRP1       
	00206: SRP2       
	00207: IP         
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: SRP1       
	00212: IP         
	00213: CALL       
	00214: CALL       
	00215: SVTCA[x-axis] 
	00216: SHPIX      
	00217: IUP[y]     
	00218: IUP[x]     
	00219: SVTCA[y-axis] 
	00220: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:                      Y-Short X-Short On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short         On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:                                      Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1049,   416)  ->  Abs (  1049,   416)
	  1: Rel (   -62,   134)  ->  Abs (   987,   550)
	  2: Rel (  -136,     0)  ->  Abs (   851,   550)
	  3: Rel (  -158,     0)  ->  Abs (   693,   550)
	  4: Rel (  -226,  -194)  ->  Abs (   467,   356)
	  5: Rel (    64,    -9)  ->  Abs (   531,   347)
	  6: Rel (   225,  -137)  ->  Abs (   756,   210)
	  7: Rel (    55,   -52)  ->  Abs (   811,   158)
	  8: Rel (   -45,  -121)  ->  Abs (   766,    37)
	  9: Rel (   -92,    61)  ->  Abs (   674,    98)
	 10: Rel (   -92,     0)  ->  Abs (   582,    98)
	 11: Rel (   -98,     0)  ->  Abs (   484,    98)
	 12: Rel (  -131,   -84)  ->  Abs (   353,    14)
	 13: Rel (     0,   -75)  ->  Abs (   353,   -61)
	 14: Rel (     0,   -30)  ->  Abs (   353,   -91)
	 15: Rel (    27,   -94)  ->  Abs (   380,  -185)
	 16: Rel (    57,  -188)  ->  Abs (   437,  -373)
	 17: Rel (     0,   -71)  ->  Abs (   437,  -444)
	 18: Rel (     0,   -17)  ->  Abs (   437,  -461)
	 19: Rel (   -54,  -100)  ->  Abs (   383,  -561)
	 20: Rel (   -12,     0)  ->  Abs (   371,  -561)
	 21: Rel (   -13,    83)  ->  Abs (   358,  -478)
	 22: Rel (   -56,   173)  ->  Abs (   302,  -305)
	 23: Rel (   -62,   169)  ->  Abs (   240,  -136)
	 24: Rel (     0,    68)  ->  Abs (   240,   -68)
	 25: Rel (     0,   217)  ->  Abs (   240,   149)
	 26: Rel (   270,    17)  ->  Abs (   510,   166)
	 27: Rel (   -33,    27)  ->  Abs (   477,   193)
	 28: Rel (   -56,    23)  ->  Abs (   421,   216)
	 29: Rel (   -54,    23)  ->  Abs (   367,   239)
	 30: Rel (   -21,    19)  ->  Abs (   346,   258)
	 31: Rel (    19,   126)  ->  Abs (   365,   384)
	 32: Rel (   442,   296)  ->  Abs (   807,   680)
	 33: Rel (   160,     0)  ->  Abs (   967,   680)
	 34: Rel (    57,     0)  ->  Abs (  1024,   680)
	 35: Rel (    76,   -89)  ->  Abs (  1100,   591)
	 36: Rel (     0,   -60)  ->  Abs (  1100,   531)
	 37: Rel (     0,   -80)  ->  Abs (  1100,   451)

	Glyph 1113: off = 0x00034922, len = 278
	  numberOfContours:	1
	  xMin:			151
	  yMin:			-310
	  xMax:			1066
	  yMax:			630

	EndPoints
	---------
	  0:  36

	  Length of Instructions:	168
	00000: NPUSHB      (27):    18    64    18    22    52   134    30   151     3   214 
	                             3   217     6     4    35    32    17    22    52     7 
	                             8    12    32     9    28    52    12 
	00029: PUSHW[1]            -32 
	00032: NPUSHB      (12):    29    36    52    12    12     2     0    23    23     8 
	                            17     2 
	00046: PUSHW[1]            903 
	00049: PUSHB[7]             15     0   239     0     2     0    31 
	00057: PUSHW[4]            912    17     8   921 
	00066: NPUSHB      (15):    12    10     7     7     8    64     9    16    52     8 
	                             8     2     0     0     5 
	00083: PUSHW[1]            884 
	00086: NPUSHB      (10):    15    10    31    10   223    10     3    10    10    34 
	00098: PUSHW[1]            888 
	00101: PUSHB[7]              0    14     1    14    25    25    29 
	00109: PUSHW[1]            887 
	00112: PUSHB[4]              0    20     1    20 
	00117: MDAP[rd]   
	00118: DELTAP1    
	00119: MIRP[srp0,md,rd,1] 
	00120: SHP[rp2,zp1] 
	00121: MDAP[rd]   
	00122: MDAP[rd]   
	00123: DELTAP1    
	00124: MIRP[nrp0,md,rd,1] 
	00125: SHP[rp1,zp0] 
	00126: MDAP[rd]   
	00127: DELTAP1    
	00128: MIRP[srp0,md,rd,1] 
	00129: SHP[rp2,zp1] 
	00130: MDAP[rd]   
	00131: SHP[rp1,zp0] 
	00132: SHP[rp2,zp1] 
	00133: RTHG       
	00134: MDAP[rd]   
	00135: CALL       
	00136: SHP[rp1,zp0] 
	00137: RTG        
	00138: MDAP[rd]   
	00139: SRP1       
	00140: IP         
	00141: SVTCA[y-axis] 
	00142: MIAP[rd+ci] 
	00143: MDAP[rd]   
	00144: MIRP[nrp0,md,rd,1] 
	00145: MDAP[rd]   
	00146: DELTAP1    
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP1       
	00149: SRP2       
	00150: IP         
	00151: MDAP[rd]   
	00152: RTHG       
	00153: SRP1       
	00154: SRP2       
	00155: IP         
	00156: MDAP[rd]   
	00157: CALL       
	00158: CALL       
	00159: SRP1       
	00160: SHP[rp1,zp0] 
	00161: IUP[y]     
	00162: IUP[x]     
	00163: SVTCA[y-axis] 
	00164: CALL       
	00165: DELTAP1    
	00166: SVTCA[x-axis] 
	00167: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:        XDual                 X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                               On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual               Y-Short         Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   652,    17)  ->  Abs (   652,    17)
	  1: Rel (    12,    47)  ->  Abs (   664,    64)
	  2: Rel (    18,    59)  ->  Abs (   682,   123)
	  3: Rel (   117,    39)  ->  Abs (   799,   162)
	  4: Rel (    46,    59)  ->  Abs (   845,   221)
	  5: Rel (     0,    26)  ->  Abs (   845,   247)
	  6: Rel (     0,   113)  ->  Abs (   845,   360)
	  7: Rel (  -103,    97)  ->  Abs (   742,   457)
	  8: Rel (    66,   173)  ->  Abs (   808,   630)
	  9: Rel (   114,  -116)  ->  Abs (   922,   514)
	 10: Rel (     0,  -191)  ->  Abs (   922,   323)
	 11: Rel (     0,  -125)  ->  Abs (   922,   198)
	 12: Rel (   -50,   -85)  ->  Abs (   872,   113)
	 13: Rel (   194,   -29)  ->  Abs (  1066,    84)
	 14: Rel (     0,   -80)  ->  Abs (  1066,     4)
	 15: Rel (     0,  -168)  ->  Abs (  1066,  -164)
	 16: Rel (  -323,  -146)  ->  Abs (   743,  -310)
	 17: Rel (  -213,     0)  ->  Abs (   530,  -310)
	 18: Rel (  -199,     0)  ->  Abs (   331,  -310)
	 19: Rel (  -180,   169)  ->  Abs (   151,  -141)
	 20: Rel (     0,   124)  ->  Abs (   151,   -17)
	 21: Rel (     0,    56)  ->  Abs (   151,    39)
	 22: Rel (    91,   267)  ->  Abs (   242,   306)
	 23: Rel (    40,     0)  ->  Abs (   282,   306)
	 24: Rel (    20,     0)  ->  Abs (   302,   306)
	 25: Rel (     0,   -13)  ->  Abs (   302,   293)
	 26: Rel (     0,    -9)  ->  Abs (   302,   284)
	 27: Rel (   -32,   -91)  ->  Abs (   270,   193)
	 28: Rel (   -31,   -91)  ->  Abs (   239,   102)
	 29: Rel (     0,   -59)  ->  Abs (   239,    43)
	 30: Rel (     0,  -208)  ->  Abs (   239,  -165)
	 31: Rel (   328,     0)  ->  Abs (   567,  -165)
	 32: Rel (   132,     0)  ->  Abs (   699,  -165)
	 33: Rel (   270,    45)  ->  Abs (   969,  -120)
	 34: Rel (     0,    36)  ->  Abs (   969,   -84)
	 35: Rel (     0,    36)  ->  Abs (   969,   -48)
	 36: Rel (  -184,    58)  ->  Abs (   785,    10)

	Glyph 1114: off = 0x00034A38, len = 428
	  numberOfContours:	2
	  xMin:			158
	  yMin:			-310
	  xMax:			1071
	  yMax:			711

	EndPoints
	---------
	  0:  43
	  1:  52

	  Length of Instructions:	279
	00000: PUSHW[2]             37   -24 
	00005: NPUSHB      (36):    16    18    52    25    56    19    21    52    15    24 
	                            22    25    52    13    24    22    27    52    31    25 
	                             1    30    30    14    24    44    46     6    51     8 
	                            19    16    16    18    52    19 
	00043: PUSHW[1]            -32 
	00046: PUSHB[4]             34    40    52    19 
	00051: PUSHW[1]            -64 
	00054: PUSHB[8]             54    62    52    19    19     2     0    51 
	00063: PUSHW[1]            904 
	00066: NPUSHB      (19):     8    64    34    36    52     8    64    22    27    52 
	                             8    64    10    16    52     8     8     0    46 
	00087: PUSHW[3]            904    14   920 
	00094: PUSHB[6]            112     2   128     2     2     2 
	00101: PUSHW[1]            901 
	00104: NPUSHB      (16):    31     0     1    15     0    80     0    96     0   128 
	                             0   144     0     5     0    38 
	00122: PUSHW[4]            912    24    19  -128 
	00131: PUSHB[7]             34    40    52    19     6    17    11 
	00139: PUSHW[1]            882 
	00142: NPUSHB      (28):    63    49   127    49   223    49     3    31    49    47 
	                            49     2    49    49    17    44    24    17    25    52 
	                            44     2     0     0     1     0     0     6 
	00172: PUSHW[1]            883 
	00175: PUSHB[6]             95    17     1    17    17    41 
	00182: PUSHW[1]            888 
	00185: NPUSHB      (14):   127    21   191    21     2    21    96    32   112    32 
	                             2    32    32    36 
	00201: PUSHW[1]            885 
	00204: PUSHB[2]             27     4 
	00207: SCANTYPE   
	00208: MDAP[rd]   
	00209: MIRP[srp0,md,rd,1] 
	00210: SHP[rp2,zp1] 
	00211: MDAP[rd]   
	00212: DELTAP1    
	00213: MDAP[rd]   
	00214: DELTAP1    
	00215: MIRP[nrp0,md,rd,1] 
	00216: SHP[rp1,zp0] 
	00217: MDAP[rd]   
	00218: DELTAP1    
	00219: MIRP[nrp0,md,rd,1] 
	00220: SHP[rp1,zp0] 
	00221: MDAP[rd]   
	00222: DELTAP1    
	00223: SHP[rp1,zp0] 
	00224: SHP[rp2,zp1] 
	00225: CALL       
	00226: SRP1       
	00227: SHP[rp1,zp0] 
	00228: MDAP[rd]   
	00229: DELTAP1    
	00230: DELTAP1    
	00231: MIRP[nrp0,md,rd,1] 
	00232: SRP1       
	00233: SRP2       
	00234: IP         
	00235: CALL       
	00236: SVTCA[y-axis] 
	00237: MDAP[rd]   
	00238: MIRP[nrp0,md,rd,1] 
	00239: MDAP[rd]   
	00240: DELTAP1    
	00241: DELTAP3    
	00242: MIRP[nrp0,md,rd,1] 
	00243: DELTAP2    
	00244: MIAP[rd+ci] 
	00245: MIRP[nrp0,md,rd,1] 
	00246: SRP2       
	00247: IP         
	00248: MDAP[rd]   
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: MIRP[nrp0,md,rd,1] 
	00253: RTHG       
	00254: SRP1       
	00255: SRP2       
	00256: IP         
	00257: MDAP[rd]   
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: SRP1       
	00262: SRP2       
	00263: IP         
	00264: SRP1       
	00265: IP         
	00266: RTG        
	00267: SRP1       
	00268: SRP2       
	00269: IP         
	00270: MDAP[rd]   
	00271: IUP[y]     
	00272: IUP[x]     
	00273: SVTCA[x-axis] 
	00274: DELTAP1    
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:        XDual                 X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                               On
	 39:  YDual XDual                 X-Short Off
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual               Y-Short X-Short Off
	 44:        XDual                 X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:                      Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   659,    72)  ->  Abs (   659,    72)
	  1: Rel (    15,    43)  ->  Abs (   674,   115)
	  2: Rel (    21,    55)  ->  Abs (   695,   170)
	  3: Rel (    81,     0)  ->  Abs (   776,   170)
	  4: Rel (   105,    41)  ->  Abs (   881,   211)
	  5: Rel (    41,    73)  ->  Abs (   922,   284)
	  6: Rel (     0,    22)  ->  Abs (   922,   306)
	  7: Rel (   -92,   -48)  ->  Abs (   830,   258)
	  8: Rel (   -65,     0)  ->  Abs (   765,   258)
	  9: Rel (   -61,     0)  ->  Abs (   704,   258)
	 10: Rel (  -108,    45)  ->  Abs (   596,   303)
	 11: Rel (     0,    37)  ->  Abs (   596,   340)
	 12: Rel (     0,   112)  ->  Abs (   596,   452)
	 13: Rel (   122,   259)  ->  Abs (   718,   711)
	 14: Rel (    87,     0)  ->  Abs (   805,   711)
	 15: Rel (    90,     0)  ->  Abs (   895,   711)
	 16: Rel (   100,  -226)  ->  Abs (   995,   485)
	 17: Rel (     0,  -162)  ->  Abs (   995,   323)
	 18: Rel (     0,   -79)  ->  Abs (   995,   244)
	 19: Rel (   -61,   -83)  ->  Abs (   934,   161)
	 20: Rel (   137,   -43)  ->  Abs (  1071,   118)
	 21: Rel (     0,   -66)  ->  Abs (  1071,    52)
	 22: Rel (     0,  -161)  ->  Abs (  1071,  -109)
	 23: Rel (  -328,  -201)  ->  Abs (   743,  -310)
	 24: Rel (  -206,     0)  ->  Abs (   537,  -310)
	 25: Rel (  -200,     0)  ->  Abs (   337,  -310)
	 26: Rel (  -179,   168)  ->  Abs (   158,  -142)
	 27: Rel (     0,   128)  ->  Abs (   158,   -14)
	 28: Rel (     0,    75)  ->  Abs (   158,    61)
	 29: Rel (    91,   249)  ->  Abs (   249,   310)
	 30: Rel (    40,     0)  ->  Abs (   289,   310)
	 31: Rel (    18,     0)  ->  Abs (   307,   310)
	 32: Rel (     0,   -17)  ->  Abs (   307,   293)
	 33: Rel (     0,    -9)  ->  Abs (   307,   284)
	 34: Rel (   -34,   -83)  ->  Abs (   273,   201)
	 35: Rel (   -34,   -84)  ->  Abs (   239,   117)
	 36: Rel (     0,   -59)  ->  Abs (   239,    58)
	 37: Rel (     0,  -223)  ->  Abs (   239,  -165)
	 38: Rel (   335,     0)  ->  Abs (   574,  -165)
	 39: Rel (   139,     0)  ->  Abs (   713,  -165)
	 40: Rel (   263,    82)  ->  Abs (   976,   -83)
	 41: Rel (     0,    44)  ->  Abs (   976,   -39)
	 42: Rel (     0,    46)  ->  Abs (   976,     7)
	 43: Rel (  -184,    58)  ->  Abs (   792,    65)
	 44: Rel (    92,   345)  ->  Abs (   884,   410)
	 45: Rel (   -42,   188)  ->  Abs (   842,   598)
	 46: Rel (   -67,     0)  ->  Abs (   775,   598)
	 47: Rel (   -48,     0)  ->  Abs (   727,   598)
	 48: Rel (   -64,  -120)  ->  Abs (   663,   478)
	 49: Rel (     0,   -57)  ->  Abs (   663,   421)
	 50: Rel (     0,   -50)  ->  Abs (   663,   371)
	 51: Rel (    96,     0)  ->  Abs (   759,   371)
	 52: Rel (    38,     0)  ->  Abs (   797,   371)

	Glyph 1115: off = 0x00034BE4, len = 344
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-427
	  xMax:			1229
	  yMax:			626

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	213
	00000: NPUSHB      (85):    44    32    43    45    52    40    20    41    44    54 
	                             5    52     6    57    44   219    20   246    38     7 
	                            86     6   162     5   162     6     3    70     6    73 
	                            44   230    38     3     3    38    21    38    37    38 
	                             3    36    20    74    24   218     0   208    20     4 
	                           165    27   185     5   180    20   194    20     4   142 
	                             6   145    21   165    20     3    99    20   125     5 
	                           121     6   142     5     4     7    20    21    20    57 
	                             6     3    28     0    30 
	00087: PUSHW[1]            904 
	00090: PUSHB[8]              2     2    26    41    34    34    26    40 
	00099: PUSHW[3]            907    41   858 
	00106: PUSHB[3]             14    14    18 
	00110: PUSHW[1]            904 
	00113: PUSHB[3]              7    25    26 
	00117: PUSHW[3]            921    36   883 
	00124: NPUSHB      (14):    23     0     1     0     0    41    28     2     3    26 
	                            26    25    25    22 
	00140: PUSHW[1]            879 
	00143: NPUSHB      (12):    32     3    48     3     2     3     3    12    40    41 
	                            12     4 
	00157: SCANTYPE   
	00158: MDAP[rd]   
	00159: MDAP[rd]   
	00160: ALIGNRP    
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: DELTAP1    
	00165: MIRP[srp0,md,rd,1] 
	00166: SHP[rp2,zp1] 
	00167: MDAP[rd]   
	00168: RTHG       
	00169: IP         
	00170: MDAP[rd]   
	00171: SRP1       
	00172: SHP[rp1,zp0] 
	00173: SHP[rp1,zp0] 
	00174: RTG        
	00175: SRP2       
	00176: IP         
	00177: MDAP[rd]   
	00178: DELTAP3    
	00179: MIRP[nrp0,md,rd,1] 
	00180: SVTCA[y-axis] 
	00181: MIAP[rd+ci] 
	00182: SHP[rp1,zp0] 
	00183: MDAP[rd]   
	00184: MIRP[srp0,md,rd,1] 
	00185: SHP[rp2,zp1] 
	00186: MDAP[rd]   
	00187: MIAP[rd+ci] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP1       
	00190: SHP[rp1,zp0] 
	00191: MDAP[rd]   
	00192: SRP1       
	00193: SRP2       
	00194: IP         
	00195: MDAP[rd]   
	00196: MIRP[srp0,md,rd,1] 
	00197: SHP[rp2,zp1] 
	00198: SHP[rp2,zp1] 
	00199: IUP[y]     
	00200: IUP[x]     
	00201: SVTCA[y-axis] 
	00202: DELTAP1    
	00203: DELTAP1    
	00204: DELTAP1    
	00205: DELTAP1    
	00206: DELTAP1    
	00207: SVTCA[x-axis] 
	00208: DELTAP2    
	00209: DELTAP1    
	00210: DELTAP1    
	00211: DELTAP1    
	00212: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                              X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual               Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual                         Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short On
	 41:        XDual         Y-Short         On
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   972,   331)  ->  Abs (   972,   331)
	  1: Rel (   -55,  -116)  ->  Abs (   917,   215)
	  2: Rel (  -100,     0)  ->  Abs (   817,   215)
	  3: Rel (     0,   -25)  ->  Abs (   817,   190)
	  4: Rel (     0,  -160)  ->  Abs (   817,    30)
	  5: Rel (  -108,  -275)  ->  Abs (   709,  -245)
	  6: Rel (  -209,  -182)  ->  Abs (   500,  -427)
	  7: Rel (   -93,     0)  ->  Abs (   407,  -427)
	  8: Rel (  -111,     0)  ->  Abs (   296,  -427)
	  9: Rel (   -59,    18)  ->  Abs (   237,  -409)
	 10: Rel (  -184,    56)  ->  Abs (    53,  -353)
	 11: Rel (   -53,    16)  ->  Abs (     0,  -337)
	 12: Rel (     0,    25)  ->  Abs (     0,  -312)
	 13: Rel (     0,    26)  ->  Abs (     0,  -286)
	 14: Rel (    34,     0)  ->  Abs (    34,  -286)
	 15: Rel (    18,     0)  ->  Abs (    52,  -286)
	 16: Rel (    70,   -16)  ->  Abs (   122,  -302)
	 17: Rel (    70,   -15)  ->  Abs (   192,  -317)
	 18: Rel (    66,     0)  ->  Abs (   258,  -317)
	 19: Rel (   121,     0)  ->  Abs (   379,  -317)
	 20: Rel (   256,   167)  ->  Abs (   635,  -150)
	 21: Rel (   126,   197)  ->  Abs (   761,    47)
	 22: Rel (     0,    46)  ->  Abs (   761,    93)
	 23: Rel (     1,    98)  ->  Abs (   762,   191)
	 24: Rel (   -60,   169)  ->  Abs (   702,   360)
	 25: Rel (   -95,    96)  ->  Abs (   607,   456)
	 26: Rel (    63,   170)  ->  Abs (   670,   626)
	 27: Rel (   103,   -96)  ->  Abs (   773,   530)
	 28: Rel (    33,  -199)  ->  Abs (   806,   331)
	 29: Rel (    15,    -3)  ->  Abs (   821,   328)
	 30: Rel (    15,     0)  ->  Abs (   836,   328)
	 31: Rel (   139,     0)  ->  Abs (   975,   328)
	 32: Rel (    30,   252)  ->  Abs (  1005,   580)
	 33: Rel (     4,    37)  ->  Abs (  1009,   617)
	 34: Rel (    22,     0)  ->  Abs (  1031,   617)
	 35: Rel (    15,     0)  ->  Abs (  1046,   617)
	 36: Rel (     0,   -37)  ->  Abs (  1046,   580)
	 37: Rel (     0,  -269)  ->  Abs (  1046,   311)
	 38: Rel (    56,  -188)  ->  Abs (  1102,   123)
	 39: Rel (    98,     0)  ->  Abs (  1200,   123)
	 40: Rel (    29,     0)  ->  Abs (  1229,   123)
	 41: Rel (     0,  -123)  ->  Abs (  1229,     0)
	 42: Rel (   -23,     0)  ->  Abs (  1206,     0)
	 43: Rel (  -101,     0)  ->  Abs (  1105,     0)
	 44: Rel (  -111,   100)  ->  Abs (   994,   100)

	Glyph 1116: off = 0x00034D3C, len = 316
	  numberOfContours:	1
	  xMin:			29
	  yMin:			-383
	  xMax:			1229
	  yMax:			617

	EndPoints
	---------
	  0:  47

	  Length of Instructions:	183
	00000: NPUSHB      (34):     2    44    38    42    52    72     3   118    26   132 
	                            26   166    45   183    45   198    45     6    41    14 
	                           104    10   107    28     3     9     2     1    87    29 
	                           198    32     2    47 
	00036: PUSHW[3]            907     0   858 
	00043: PUSHB[6]             33    33    32     4    35    37 
	00050: PUSHW[1]            905 
	00053: PUSHB[5]              7     7    41     0    27 
	00059: PUSHW[1]            911 
	00062: PUSHB[4]             12    18    18    41 
	00067: PUSHW[3]            922    43   885 
	00074: NPUSHB      (12):     4    32     9    12    52     4     4     0    35     7 
	                             9    20 
	00088: PUSHW[1]            -64 
	00091: NPUSHB      (11):    11    16    52    20    20    24    32    32    33    33 
	                            30 
	00104: PUSHW[1]            -64 
	00107: PUSHB[4]             40    40    52    30 
	00112: PUSHW[1]            884 
	00115: PUSHB[6]              9     9    15    47     0    24 
	00122: PUSHW[1]            886 
	00125: PUSHB[2]             15     4 
	00128: SCANTYPE   
	00129: MDAP[rd]   
	00130: MIRP[nrp0,md,rd,1] 
	00131: MDAP[rd]   
	00132: ALIGNRP    
	00133: SRP2       
	00134: IP         
	00135: MDAP[rd]   
	00136: MIRP[nrp0,md,rd,1] 
	00137: CALL       
	00138: RTHG       
	00139: IP         
	00140: MDAP[rd]   
	00141: SHP[rp2,zp1] 
	00142: RTG        
	00143: MDAP[rd]   
	00144: SRP1       
	00145: SHP[rp1,zp0] 
	00146: MDAP[rd]   
	00147: CALL       
	00148: SRP1       
	00149: IP         
	00150: IP         
	00151: SRP2       
	00152: IP         
	00153: MDAP[rd]   
	00154: CALL       
	00155: MIRP[nrp0,nmd,rd,0] 
	00156: SVTCA[y-axis] 
	00157: MIAP[rd+ci] 
	00158: SHP[rp1,zp0] 
	00159: MDAP[rd]   
	00160: MDAP[rd]   
	00161: MIRP[nrp0,md,rd,1] 
	00162: SRP1       
	00163: SRP2       
	00164: IP         
	00165: MDAP[rd]   
	00166: MIRP[srp0,md,rd,1] 
	00167: SHP[rp2,zp1] 
	00168: SHP[rp2,zp1] 
	00169: IP         
	00170: SHP[rp2,zp1] 
	00171: MDAP[rd]   
	00172: MIAP[rd+ci] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: IUP[y]     
	00175: IUP[x]     
	00176: SVTCA[y-axis] 
	00177: DELTAP1    
	00178: SVTCA[x-axis] 
	00179: DELTAP2    
	00180: DELTAP1    
	00181: DELTAP1    
	00182: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:        XDual                 X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:        XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:        XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,     0)  ->  Abs (  1229,     0)
	  1: Rel (   -49,     0)  ->  Abs (  1180,     0)
	  2: Rel (  -116,     0)  ->  Abs (  1064,     0)
	  3: Rel (  -117,   141)  ->  Abs (   947,   141)
	  4: Rel (   -21,   217)  ->  Abs (   926,   358)
	  5: Rel (   -25,   -54)  ->  Abs (   901,   304)
	  6: Rel (  -107,   -85)  ->  Abs (   794,   219)
	  7: Rel (   -51,     0)  ->  Abs (   743,   219)
	  8: Rel (     5,   -46)  ->  Abs (   748,   173)
	  9: Rel (     0,   -48)  ->  Abs (   748,   125)
	 10: Rel (     0,  -239)  ->  Abs (   748,  -114)
	 11: Rel (  -215,  -269)  ->  Abs (   533,  -383)
	 12: Rel (  -201,     0)  ->  Abs (   332,  -383)
	 13: Rel (  -125,     0)  ->  Abs (   207,  -383)
	 14: Rel (  -178,   177)  ->  Abs (    29,  -206)
	 15: Rel (     0,   153)  ->  Abs (    29,   -53)
	 16: Rel (     0,   185)  ->  Abs (    29,   132)
	 17: Rel (   123,   322)  ->  Abs (   152,   454)
	 18: Rel (    39,     0)  ->  Abs (   191,   454)
	 19: Rel (    20,     0)  ->  Abs (   211,   454)
	 20: Rel (     0,   -22)  ->  Abs (   211,   432)
	 21: Rel (     0,   -19)  ->  Abs (   211,   413)
	 22: Rel (   -40,  -102)  ->  Abs (   171,   311)
	 23: Rel (   -56,  -147)  ->  Abs (   115,   164)
	 24: Rel (     0,  -137)  ->  Abs (   115,    27)
	 25: Rel (     0,  -106)  ->  Abs (   115,   -79)
	 26: Rel (   131,  -163)  ->  Abs (   246,  -242)
	 27: Rel (    96,     0)  ->  Abs (   342,  -242)
	 28: Rel (   124,     0)  ->  Abs (   466,  -242)
	 29: Rel (   204,   139)  ->  Abs (   670,  -103)
	 30: Rel (     0,   119)  ->  Abs (   670,    16)
	 31: Rel (     0,   125)  ->  Abs (   670,   141)
	 32: Rel (   -64,   178)  ->  Abs (   606,   319)
	 33: Rel (    74,   164)  ->  Abs (   680,   483)
	 34: Rel (    39,   -74)  ->  Abs (   719,   409)
	 35: Rel (    14,   -75)  ->  Abs (   733,   334)
	 36: Rel (    13,    -2)  ->  Abs (   746,   332)
	 37: Rel (    13,     0)  ->  Abs (   759,   332)
	 38: Rel (   175,     0)  ->  Abs (   934,   332)
	 39: Rel (    29,   248)  ->  Abs (   963,   580)
	 40: Rel (     4,    37)  ->  Abs (   967,   617)
	 41: Rel (    22,     0)  ->  Abs (   989,   617)
	 42: Rel (    15,     0)  ->  Abs (  1004,   617)
	 43: Rel (     0,   -37)  ->  Abs (  1004,   580)
	 44: Rel (     0,  -249)  ->  Abs (  1004,   331)
	 45: Rel (    64,  -208)  ->  Abs (  1068,   123)
	 46: Rel (   106,     0)  ->  Abs (  1174,   123)
	 47: Rel (    55,     0)  ->  Abs (  1229,   123)

	Glyph 1117: off = 0x00034E78, len = 348
	  numberOfContours:	1
	  xMin:			43
	  yMin:			-561
	  xMax:			1229
	  yMax:			339

	EndPoints
	---------
	  0:  51

	  Length of Instructions:	198
	00000: PUSHW[2]             32   -32 
	00005: NPUSHB      (57):    17    20    52   198    36     1   119    18   202     4 
	                           200    49   216     4   214    47     5    21    24    21 
	                            24    52    21    48    10    12    52    25    13    24 
	                            39     2    70    39    86    13    84    39   102    13 
	                           100    39   233    39   242    13     7    11    13    11 
	                            39   201    39   217    39     4    13 
	00064: PUSHW[1]            -24 
	00067: PUSHB[4]             17    22    52    39 
	00072: PUSHW[1]            -16 
	00075: NPUSHB       (9):    24    27    52    39    13    34     7    25     0 
	00086: NPUSHW      (10):   907     1     7   907    46    34   909    20    37   883 
	00108: NPUSHB      (15):     0    16     1   240    16     1   112    16   224    16 
	                             2    16    16     1    10 
	00125: PUSHW[1]            878 
	00128: NPUSHB      (13):    43    43    22     0     1    96    27   112    27     2 
	                            27    27    31 
	00143: PUSHW[4]            883    22     4   340 
	00152: SCANCTRL   
	00153: SCANTYPE   
	00154: MDAP[rd]   
	00155: MIRP[srp0,md,rd,1] 
	00156: SHP[rp2,zp1] 
	00157: MDAP[rd]   
	00158: DELTAP1    
	00159: MDAP[rd]   
	00160: ALIGNRP    
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: MIRP[nrp0,md,rd,1] 
	00165: SRP2       
	00166: IP         
	00167: MDAP[rd]   
	00168: DELTAP1    
	00169: DELTAP1    
	00170: DELTAP2    
	00171: MIRP[nrp0,md,rd,1] 
	00172: SVTCA[y-axis] 
	00173: MDAP[rd]   
	00174: MIRP[nrp0,md,rd,1] 
	00175: MDAP[rd]   
	00176: MIRP[nrp0,md,rd,1] 
	00177: MDAP[rd]   
	00178: MIRP[nrp0,md,rd,1] 
	00179: MDAP[rd]   
	00180: SRP1       
	00181: SRP2       
	00182: IP         
	00183: IP         
	00184: CALL       
	00185: CALL       
	00186: DELTAP1    
	00187: DELTAP2    
	00188: DELTAP3    
	00189: IUP[y]     
	00190: IUP[x]     
	00191: SVTCA[x-axis] 
	00192: CALL       
	00193: CALL       
	00194: DELTAP1    
	00195: SVTCA[y-axis] 
	00196: DELTAP1    
	00197: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual Rep-  2 Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                               Off
	 22:        XDual                         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:  YDual               Y-Short         Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short On
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:        XDual                 X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1229,   123)  ->  Abs (  1229,   123)
	  1: Rel (     0,  -123)  ->  Abs (  1229,     0)
	  2: Rel (  -131,     0)  ->  Abs (  1098,     0)
	  3: Rel (   -62,     0)  ->  Abs (  1036,     0)
	  4: Rel (   -64,    51)  ->  Abs (   972,    51)
	  5: Rel (   -48,    85)  ->  Abs (   924,   136)
	  6: Rel (   -45,    80)  ->  Abs (   879,   216)
	  7: Rel (   -49,     0)  ->  Abs (   830,   216)
	  8: Rel (   -61,     0)  ->  Abs (   769,   216)
	  9: Rel (  -191,  -125)  ->  Abs (   578,    91)
	 10: Rel (     0,   -57)  ->  Abs (   578,    34)
	 11: Rel (     0,   -34)  ->  Abs (   578,     0)
	 12: Rel (    94,   -17)  ->  Abs (   672,   -17)
	 13: Rel (   143,   -26)  ->  Abs (   815,   -43)
	 14: Rel (    81,   -36)  ->  Abs (   896,   -79)
	 15: Rel (    46,   -65)  ->  Abs (   942,  -144)
	 16: Rel (     0,   -44)  ->  Abs (   942,  -188)
	 17: Rel (     0,   -51)  ->  Abs (   942,  -239)
	 18: Rel (  -115,  -234)  ->  Abs (   827,  -473)
	 19: Rel (  -274,   -88)  ->  Abs (   553,  -561)
	 20: Rel (  -125,     0)  ->  Abs (   428,  -561)
	 21: Rel (  -385,     0)  ->  Abs (    43,  -561)
	 22: Rel (     0,   276)  ->  Abs (    43,  -285)
	 23: Rel (     0,   100)  ->  Abs (    43,  -185)
	 24: Rel (    96,   248)  ->  Abs (   139,    63)
	 25: Rel (    37,    -1)  ->  Abs (   176,    62)
	 26: Rel (    10,     0)  ->  Abs (   186,    62)
	 27: Rel (     0,   -15)  ->  Abs (   186,    47)
	 28: Rel (     0,   -11)  ->  Abs (   186,    36)
	 29: Rel (   -35,   -89)  ->  Abs (   151,   -53)
	 30: Rel (   -35,   -90)  ->  Abs (   116,  -143)
	 31: Rel (     0,   -59)  ->  Abs (   116,  -202)
	 32: Rel (     0,  -110)  ->  Abs (   116,  -312)
	 33: Rel (   143,  -116)  ->  Abs (   259,  -428)
	 34: Rel (   193,     0)  ->  Abs (   452,  -428)
	 35: Rel (   124,    -1)  ->  Abs (   576,  -429)
	 36: Rel (   296,    93)  ->  Abs (   872,  -336)
	 37: Rel (     0,    76)  ->  Abs (   872,  -260)
	 38: Rel (     0,    64)  ->  Abs (   872,  -196)
	 39: Rel (   -89,    26)  ->  Abs (   783,  -170)
	 40: Rel (  -144,    29)  ->  Abs (   639,  -141)
	 41: Rel (   -58,    12)  ->  Abs (   581,  -129)
	 42: Rel (   -51,    43)  ->  Abs (   530,   -86)
	 43: Rel (     0,    32)  ->  Abs (   530,   -54)
	 44: Rel (     0,   134)  ->  Abs (   530,    80)
	 45: Rel (   216,   259)  ->  Abs (   746,   339)
	 46: Rel (   126,     0)  ->  Abs (   872,   339)
	 47: Rel (    44,     0)  ->  Abs (   916,   339)
	 48: Rel (    54,  -100)  ->  Abs (   970,   239)
	 49: Rel (    44,   -82)  ->  Abs (  1014,   157)
	 50: Rel (    61,   -34)  ->  Abs (  1075,   123)
	 51: Rel (    46,     0)  ->  Abs (  1121,   123)

	Glyph 1118: off = 0x00034FD4, len = 300
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1196
	  yMax:			967

	EndPoints
	---------
	  0:  45

	  Length of Instructions:	161
	00000: NPUSHB      (23):   219    40   219    41     2   197    44   213    23   214 
	                            44     3   117    44   198    17     2   212    41     1 
	                            16    16    43 
	00025: PUSHW[1]            -16 
	00028: NPUSHB       (9):    43    43    21    19    16    16     0     1    21 
	00039: PUSHW[4]            904    19     0   906 
	00048: NPUSHB      (16):     1    19    19    10     1     1    27    10    15    33 
	                            80    33     2    33    33    39 
	00066: PUSHW[5]            909    27   925    11   907 
	00077: PUSHB[6]             10    16    43     0    19    35 
	00084: PUSHW[1]            876 
	00087: NPUSHB      (12):    30    30     0    21    19    19    10     1     0    11 
	                            10     5 
	00101: PUSHW[1]            340 
	00104: SCANCTRL   
	00105: SCANTYPE   
	00106: MDAP[rd]   
	00107: ALIGNRP    
	00108: MDAP[rd]   
	00109: SHP[rp1,zp0] 
	00110: SRP2       
	00111: IP         
	00112: MDAP[rd]   
	00113: SHP[rp1,zp0] 
	00114: SRP1       
	00115: SHP[rp1,zp0] 
	00116: MDAP[rd]   
	00117: MIRP[nrp0,md,rd,1] 
	00118: SRP1       
	00119: SRP2       
	00120: IP         
	00121: IP         
	00122: SVTCA[y-axis] 
	00123: MDAP[rd]   
	00124: MIRP[nrp0,md,rd,1] 
	00125: MIAP[rd+ci] 
	00126: MIRP[nrp0,md,rd,1] 
	00127: SHP[rp1,zp0] 
	00128: MDAP[rd]   
	00129: DELTAP1    
	00130: SRP1       
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: SRP1       
	00135: IP         
	00136: MDAP[rd]   
	00137: SRP0       
	00138: MIRP[nrp0,md,rd,1] 
	00139: SRP0       
	00140: MIRP[nrp0,nmd,rd,0] 
	00141: RTHG       
	00142: SRP1       
	00143: SRP2       
	00144: IP         
	00145: MDAP[rd]   
	00146: SRP1       
	00147: SRP2       
	00148: IP         
	00149: MDAP[rd]   
	00150: SVTCA[x-axis] 
	00151: SHPIX      
	00152: SHPIX      
	00153: IUP[y]     
	00154: IUP[x]     
	00155: SVTCA[y-axis] 
	00156: DELTAP2    
	00157: DELTAP1    
	00158: DELTAP1    
	00159: SVTCA[x-axis] 
	00160: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual XDual         Y-Short         On
	 12:  YDual                               On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual Rep-  2 Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual       Rep-  2 Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:                      Y-Short X-Short On
	 42:                      Y-Short X-Short Off
	 43:                      Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:                      Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1196,   397)  ->  Abs (  1196,   397)
	  1: Rel (   -45,  -121)  ->  Abs (  1151,   276)
	  2: Rel (   -96,     0)  ->  Abs (  1055,   276)
	  3: Rel (   -51,     0)  ->  Abs (  1004,   276)
	  4: Rel (  -145,   -15)  ->  Abs (   859,   261)
	  5: Rel (   -84,   -39)  ->  Abs (   775,   222)
	  6: Rel (  -109,   -74)  ->  Abs (   666,   148)
	  7: Rel (  -107,   -71)  ->  Abs (   559,    77)
	  8: Rel (  -144,   -77)  ->  Abs (   415,     0)
	  9: Rel (  -238,     0)  ->  Abs (   177,     0)
	 10: Rel (  -177,     0)  ->  Abs (     0,     0)
	 11: Rel (     0,   123)  ->  Abs (     0,   123)
	 12: Rel (   355,     0)  ->  Abs (   355,   123)
	 13: Rel (    76,     0)  ->  Abs (   431,   123)
	 14: Rel (   172,   103)  ->  Abs (   603,   226)
	 15: Rel (   193,   116)  ->  Abs (   796,   342)
	 16: Rel (    54,    14)  ->  Abs (   850,   356)
	 17: Rel (   -67,    45)  ->  Abs (   783,   401)
	 18: Rel (  -306,    78)  ->  Abs (   477,   479)
	 19: Rel (   -94,     0)  ->  Abs (   383,   479)
	 20: Rel (    30,    48)  ->  Abs (   413,   527)
	 21: Rel (    23,    65)  ->  Abs (   436,   592)
	 22: Rel (    64,     1)  ->  Abs (   500,   593)
	 23: Rel (   129,    63)  ->  Abs (   629,   656)
	 24: Rel (   109,   101)  ->  Abs (   738,   757)
	 25: Rel (   105,   114)  ->  Abs (   843,   871)
	 26: Rel (    89,    96)  ->  Abs (   932,   967)
	 27: Rel (    41,     0)  ->  Abs (   973,   967)
	 28: Rel (    56,     0)  ->  Abs (  1029,   967)
	 29: Rel (    80,  -147)  ->  Abs (  1109,   820)
	 30: Rel (     0,  -108)  ->  Abs (  1109,   712)
	 31: Rel (     0,   -47)  ->  Abs (  1109,   665)
	 32: Rel (    -8,   -44)  ->  Abs (  1101,   621)
	 33: Rel (   -20,     0)  ->  Abs (  1081,   621)
	 34: Rel (   -17,     0)  ->  Abs (  1064,   621)
	 35: Rel (    -3,    22)  ->  Abs (  1061,   643)
	 36: Rel (   -12,    87)  ->  Abs (  1049,   730)
	 37: Rel (   -11,    60)  ->  Abs (  1038,   790)
	 38: Rel (   -36,    44)  ->  Abs (  1002,   834)
	 39: Rel (   -29,     0)  ->  Abs (   973,   834)
	 40: Rel (   -64,     0)  ->  Abs (   909,   834)
	 41: Rel (   -91,  -108)  ->  Abs (   818,   726)
	 42: Rel (  -109,  -128)  ->  Abs (   709,   598)
	 43: Rel (   -80,   -35)  ->  Abs (   629,   563)
	 44: Rel (   115,   -60)  ->  Abs (   744,   503)
	 45: Rel (   332,  -104)  ->  Abs (  1076,   399)

	Glyph 1119: off = 0x00035100, len = 228
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1108
	  yMax:			832

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	130
	00000: PUSHW[2]              8   -48 
	00005: NPUSHB      (19):    18    22    52   118     2   152    12     2    92    25 
	                           109    25     2   250    28     1    24    12     9 
	00026: PUSHW[1]            905 
	00029: NPUSHB      (14):    10    64    14    18    52    10    10    18     2     0 
	                           223     4     1     4 
	00045: PUSHW[5]            910    29   926    19   907 
	00056: PUSHB[3]             18    24     7 
	00060: PUSHW[1]            883 
	00063: NPUSHB      (21):     0    26    16    26     2    26    26    18    10    10 
	                             9     9    18     2     2    48     0     1     0    19 
	                            18 
	00086: MDAP[rd]   
	00087: ALIGNRP    
	00088: MDAP[rd]   
	00089: DELTAP1    
	00090: SHP[rp1,zp0] 
	00091: RTHG       
	00092: MDAP[rd]   
	00093: RTG        
	00094: SRP1       
	00095: IP         
	00096: MDAP[rd]   
	00097: SHP[rp1,zp0] 
	00098: RTHG       
	00099: MDAP[rd]   
	00100: RTG        
	00101: SRP1       
	00102: IP         
	00103: MDAP[rd]   
	00104: DELTAP1    
	00105: MIRP[nrp0,md,rd,1] 
	00106: IP         
	00107: SVTCA[y-axis] 
	00108: MDAP[rd]   
	00109: MIRP[nrp0,md,rd,1] 
	00110: MIAP[rd+ci] 
	00111: MIRP[nrp0,md,rd,1] 
	00112: DELTAP2    
	00113: IP         
	00114: SHP[rp2,zp1] 
	00115: SRP1       
	00116: SHP[rp1,zp0] 
	00117: MDAP[rd]   
	00118: CALL       
	00119: MIRP[nrp0,md,rd,1] 
	00120: SHP[rp1,zp0] 
	00121: SHP[rp1,zp0] 
	00122: IUP[y]     
	00123: IUP[x]     
	00124: SVTCA[x-axis] 
	00125: DELTAP2    
	00126: DELTAP1    
	00127: SVTCA[y-axis] 
	00128: DELTAP1    
	00129: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short         On
	 10:                      Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On
	 19:  YDual XDual         Y-Short         On
	 20:  YDual                               On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:        XDual                 X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1108,   748)  ->  Abs (  1108,   748)
	  1: Rel (    -5,   -40)  ->  Abs (  1103,   708)
	  2: Rel (   -42,   -71)  ->  Abs (  1061,   637)
	  3: Rel (   -46,    60)  ->  Abs (  1015,   697)
	  4: Rel (   -97,     0)  ->  Abs (   918,   697)
	  5: Rel (   -84,     0)  ->  Abs (   834,   697)
	  6: Rel (  -162,  -160)  ->  Abs (   672,   537)
	  7: Rel (     0,  -104)  ->  Abs (   672,   433)
	  8: Rel (     0,  -158)  ->  Abs (   672,   275)
	  9: Rel (   293,  -105)  ->  Abs (   965,   170)
	 10: Rel (   -58,  -115)  ->  Abs (   907,    55)
	 11: Rel (  -100,    60)  ->  Abs (   807,   115)
	 12: Rel (   -78,     0)  ->  Abs (   729,   115)
	 13: Rel (   -78,     0)  ->  Abs (   651,   115)
	 14: Rel (  -115,   -60)  ->  Abs (   536,    55)
	 15: Rel (   -67,   -35)  ->  Abs (   469,    20)
	 16: Rel (  -132,   -20)  ->  Abs (   337,     0)
	 17: Rel (  -156,     0)  ->  Abs (   181,     0)
	 18: Rel (  -181,     0)  ->  Abs (     0,     0)
	 19: Rel (     0,   123)  ->  Abs (     0,   123)
	 20: Rel (   353,     0)  ->  Abs (   353,   123)
	 21: Rel (   106,     0)  ->  Abs (   459,   123)
	 22: Rel (    75,    32)  ->  Abs (   534,   155)
	 23: Rel (    90,    40)  ->  Abs (   624,   195)
	 24: Rel (    35,    10)  ->  Abs (   659,   205)
	 25: Rel (   -61,    92)  ->  Abs (   598,   297)
	 26: Rel (     0,   151)  ->  Abs (   598,   448)
	 27: Rel (     0,   119)  ->  Abs (   598,   567)
	 28: Rel (   250,   265)  ->  Abs (   848,   832)
	 29: Rel (   120,     0)  ->  Abs (   968,   832)
	 30: Rel (   103,     0)  ->  Abs (  1071,   832)

	Glyph 1120: off = 0x000351E4, len = 528
	  numberOfContours:	3
	  xMin:			327
	  yMin:			0
	  xMax:			1229
	  yMax:			1709

	EndPoints
	---------
	  0:  9
	  1:  32
	  2:  55

	  Length of Instructions:	366
	00000: NPUSHB      (28):     9    37    26    37     2    32    44    19    27    52 
	                            11    32    11    16    52    20    27    21    28    26 
	                            32     3    14    64    17    30    52    13 
	00030: PUSHW[1]            -64 
	00033: PUSHB[4]             11    16    52    11 
	00038: PUSHW[1]            -64 
	00041: NPUSHB       (9):    12    16    52    36    64     9    19    52     5 
	00052: PUSHW[4]            936     9     4   936 
	00061: PUSHB[4]             16     9     1     9 
	00066: PUSHW[1]            935 
	00069: NPUSHB      (22):     0    64    25    37    52     0    64     9    48    52 
	                             0     0    18    13    29    31    32    11    10    22 
	                            22    18 
	00093: PUSHW[1]            897 
	00096: NPUSHB      (20):    24    64    47    49    52    24    64    41    43    52 
	                            95    24     1     0    24     1    24    24    10    31 
	00118: PUSHW[1]            898 
	00121: PUSHB[6]             95    32   144    32     2    32 
	00128: PUSHW[1]            -64 
	00131: PUSHB[4]             28    30    52    32 
	00136: PUSHW[1]            -64 
	00139: NPUSHB      (18):     9    16    52    32    32    15    10     1    10    64 
	                             9    14    52    10    10    45    54    55 
	00159: PUSHW[4]            907    34    33   858 
	00168: NPUSHB      (13):    44    45     7    64    18    26    52     7    64     9 
	                            11    52     7 
	00183: PUSHW[1]            934 
	00186: NPUSHB      (19):   223     2     1     2     2    15    13    32    22    22 
	                             0    20    16    20     2    20    20    32    26 
	00207: PUSHW[1]            875 
	00210: NPUSHB      (33):    47    15     1    15    15    11    10    31   175    32 
	                             1    32    64    11    11    52    32    64     9    11 
	                            52    32    32    32    10     1    10    10    44    38 
	                            45    45    47 
	00245: PUSHW[1]            887 
	00248: NPUSHB       (9):    16    38   192    38     2    38    55    33     4 
	00259: PUSHW[1]            340 
	00262: SCANCTRL   
	00263: SCANTYPE   
	00264: MDAP[rd]   
	00265: ALIGNRP    
	00266: MDAP[rd]   
	00267: DELTAP1    
	00268: MIRP[nrp0,md,rd,1] 
	00269: RTHG       
	00270: IP         
	00271: MDAP[rd]   
	00272: SRP1       
	00273: SHP[rp1,zp0] 
	00274: SHP[rp1,zp0] 
	00275: RTG        
	00276: MDAP[rd]   
	00277: DELTAP1    
	00278: SHP[rp1,zp0] 
	00279: MDAP[rd]   
	00280: CALL       
	00281: CALL       
	00282: DELTAP1    
	00283: ALIGNRP    
	00284: SRP1       
	00285: SHP[rp1,zp0] 
	00286: SHP[rp1,zp0] 
	00287: MDAP[rd]   
	00288: DELTAP1    
	00289: MIRP[srp0,md,rd,1] 
	00290: SRP1       
	00291: IP         
	00292: MDAP[rd]   
	00293: DELTAP1    
	00294: SHP[rp1,zp0] 
	00295: RTHG       
	00296: MDAP[rd]   
	00297: SRP1       
	00298: IP         
	00299: SRP1       
	00300: SHP[rp1,zp0] 
	00301: RTG        
	00302: MDAP[rd]   
	00303: DELTAP3    
	00304: MIRP[nrp0,md,rd,1] 
	00305: CALL       
	00306: CALL       
	00307: SVTCA[y-axis] 
	00308: MDAP[rd]   
	00309: SHP[rp1,zp0] 
	00310: MIAP[rd+ci] 
	00311: ALIGNRP    
	00312: MIRP[srp0,md,rd,1] 
	00313: ALIGNRP    
	00314: SRP1       
	00315: SHP[rp1,zp0] 
	00316: MDAP[rd]   
	00317: CALL       
	00318: DELTAP1    
	00319: SHP[rp1,zp0] 
	00320: MDAP[rd]   
	00321: CALL       
	00322: CALL       
	00323: DELTAP3    
	00324: MIRP[nrp0,md,rd,1] 
	00325: SRP1       
	00326: SHP[rp1,zp0] 
	00327: MDAP[rd]   
	00328: DELTAP1    
	00329: DELTAP3    
	00330: CALL       
	00331: CALL       
	00332: MIRP[nrp0,md,rd,1] 
	00333: SHP[rp1,zp0] 
	00334: RUTG       
	00335: MDAP[rd]   
	00336: RTG        
	00337: SRP1       
	00338: SHP[rp1,zp0] 
	00339: SRP1       
	00340: SRP2       
	00341: IP         
	00342: IP         
	00343: SRP1       
	00344: SHP[rp1,zp0] 
	00345: MDAP[rd]   
	00346: CALL       
	00347: CALL       
	00348: MIRP[nrp0,nmd,rd,0] 
	00349: DELTAP1    
	00350: MIRP[nrp0,md,rd,1] 
	00351: SRP0       
	00352: MIRP[nrp0,md,rd,1] 
	00353: IUP[y]     
	00354: IUP[x]     
	00355: SVTCA[x-axis] 
	00356: CALL       
	00357: CALL       
	00358: CALL       
	00359: CALL       
	00360: SVTCA[y-axis] 
	00361: DELTAP3    
	00362: CALL       
	00363: CALL       
	00364: SVTCA[x-axis] 
	00365: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short On
	 10:                              X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:        XDual         Y-Short         On
	 33:                                      On
	 34:  YDual                               On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual               Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short On
	 46:        XDual         Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:                      Y-Short X-Short On
	 50:                      Y-Short X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off
	 53:        XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   338,  1549)  ->  Abs (   338,  1549)
	  1: Rel (   -11,     0)  ->  Abs (   327,  1549)
	  2: Rel (     0,    24)  ->  Abs (   327,  1573)
	  3: Rel (     0,    25)  ->  Abs (   327,  1598)
	  4: Rel (    13,     6)  ->  Abs (   340,  1604)
	  5: Rel (   248,   105)  ->  Abs (   588,  1709)
	  6: Rel (    14,     0)  ->  Abs (   602,  1709)
	  7: Rel (     0,   -21)  ->  Abs (   602,  1688)
	  8: Rel (     0,   -26)  ->  Abs (   602,  1662)
	  9: Rel (   -14,    -6)  ->  Abs (   588,  1656)
	 10: Rel (  -187,  -507)  ->  Abs (   401,  1149)
	 11: Rel (     8,    43)  ->  Abs (   409,  1192)
	 12: Rel (    46,    34)  ->  Abs (   455,  1226)
	 13: Rel (    30,    36)  ->  Abs (   485,  1262)
	 14: Rel (   -98,     6)  ->  Abs (   387,  1268)
	 15: Rel (     0,    84)  ->  Abs (   387,  1352)
	 16: Rel (     0,    58)  ->  Abs (   387,  1410)
	 17: Rel (    78,   112)  ->  Abs (   465,  1522)
	 18: Rel (    51,     0)  ->  Abs (   516,  1522)
	 19: Rel (    80,     0)  ->  Abs (   596,  1522)
	 20: Rel (     0,   -73)  ->  Abs (   596,  1449)
	 21: Rel (     0,   -24)  ->  Abs (   596,  1425)
	 22: Rel (   -12,   -24)  ->  Abs (   584,  1401)
	 23: Rel (   -73,    53)  ->  Abs (   511,  1454)
	 24: Rel (   -32,     0)  ->  Abs (   479,  1454)
	 25: Rel (   -51,     0)  ->  Abs (   428,  1454)
	 26: Rel (     0,   -43)  ->  Abs (   428,  1411)
	 27: Rel (     0,   -35)  ->  Abs (   428,  1376)
	 28: Rel (   105,   -65)  ->  Abs (   533,  1311)
	 29: Rel (    40,     0)  ->  Abs (   573,  1311)
	 30: Rel (     9,     0)  ->  Abs (   582,  1311)
	 31: Rel (    79,    22)  ->  Abs (   661,  1333)
	 32: Rel (     0,   -73)  ->  Abs (   661,  1260)
	 33: Rel (   568, -1260)  ->  Abs (  1229,     0)
	 34: Rel (  -402,     0)  ->  Abs (   827,     0)
	 35: Rel (  -127,     0)  ->  Abs (   700,     0)
	 36: Rel (  -105,    26)  ->  Abs (   595,    26)
	 37: Rel (   -55,   123)  ->  Abs (   540,   149)
	 38: Rel (     0,   105)  ->  Abs (   540,   254)
	 39: Rel (     0,    69)  ->  Abs (   540,   323)
	 40: Rel (     5,   131)  ->  Abs (   545,   454)
	 41: Rel (     5,   130)  ->  Abs (   550,   584)
	 42: Rel (     0,    77)  ->  Abs (   550,   661)
	 43: Rel (     0,   219)  ->  Abs (   550,   880)
	 44: Rel (   -36,    94)  ->  Abs (   514,   974)
	 45: Rel (    82,   107)  ->  Abs (   596,  1081)
	 46: Rel (    32,   -91)  ->  Abs (   628,   990)
	 47: Rel (     0,  -218)  ->  Abs (   628,   772)
	 48: Rel (     0,  -136)  ->  Abs (   628,   636)
	 49: Rel (    -9,  -178)  ->  Abs (   619,   458)
	 50: Rel (    -5,   -98)  ->  Abs (   614,   360)
	 51: Rel (     0,   -53)  ->  Abs (   614,   307)
	 52: Rel (     0,   -86)  ->  Abs (   614,   221)
	 53: Rel (    46,   -98)  ->  Abs (   660,   123)
	 54: Rel (    69,     0)  ->  Abs (   729,   123)
	 55: Rel (   500,     0)  ->  Abs (  1229,   123)

	Glyph 1121: off = 0x000353F4, len = 608
	  numberOfContours:	4
	  xMin:			327
	  yMin:			0
	  xMax:			1229
	  yMax:			1869

	EndPoints
	---------
	  0:  9
	  1:  19
	  2:  42
	  3:  65

	  Length of Instructions:	419
	00000: NPUSHB      (28):    42    44    19    27    52    21    32    11    16    52 
	                            19    37    22    38    26    42     3    46    64     9 
	                            19    52    24    64    17    30    52    23 
	00030: PUSHW[1]            -64 
	00033: PUSHB[4]             11    16    52    21 
	00038: PUSHW[1]            -64 
	00041: NPUSHB      (11):    12    16    52     9    47    25    47   170    46     3 
	                             5 
	00054: PUSHW[4]            936     9     4   936 
	00063: PUSHB[4]             16     9     1     9 
	00068: PUSHW[1]            935 
	00071: NPUSHB      (13):     0    64    42    48    52     0    64    25    29    52 
	                             0     0    15 
	00086: PUSHW[4]            936    19    14   936 
	00095: PUSHB[4]             16    19     1    19 
	00100: PUSHW[1]            935 
	00103: NPUSHB      (17):    10    64     9    48    52    10    10    28    23    39 
	                            41    42    21    20    32    32    28 
	00122: PUSHW[1]            897 
	00125: NPUSHB      (20):    34    64    47    49    52    34    64    41    43    52 
	                            95    34     1     0    34     1    34    34    20    41 
	00147: PUSHW[1]            898 
	00150: PUSHB[4]            144    42     1    42 
	00155: PUSHW[1]            -64 
	00158: PUSHB[4]             28    30    52    42 
	00163: PUSHW[1]            -64 
	00166: NPUSHB      (18):     9    16    52    42    42    15    20     1    20    64 
	                             9    14    52    20    20    55    64    65 
	00186: PUSHW[4]            907    44    43   858 
	00195: NPUSHB      (13):    54    55     7    64    19    26    52     7    64     9 
	                            11    52     7 
	00210: PUSHW[1]            934 
	00213: NPUSHB      (13):     2     2    17    64    19    26    52    17    64     9 
	                            11    52    17 
	00228: PUSHW[1]            934 
	00231: NPUSHB      (16):    12    12    25    23    42    32    32     0    30    16 
	                            30     2    30    30    42    36 
	00249: PUSHW[1]            875 
	00252: NPUSHB      (33):    47    25     1    25    25    21    20    41   175    42 
	                             1    42    64    11    11    52    42    64     9    11 
	                            52    42    42    32    20     1    20    20    54    48 
	                            55    55    57 
	00287: PUSHW[1]            887 
	00290: NPUSHB       (9):    16    48   192    48     2    48    43    65     4 
	00301: PUSHW[1]            340 
	00304: SCANCTRL   
	00305: SCANTYPE   
	00306: MDAP[rd]   
	00307: ALIGNRP    
	00308: MDAP[rd]   
	00309: DELTAP1    
	00310: MIRP[nrp0,md,rd,1] 
	00311: RTHG       
	00312: IP         
	00313: MDAP[rd]   
	00314: SRP1       
	00315: SHP[rp1,zp0] 
	00316: SHP[rp1,zp0] 
	00317: RTG        
	00318: MDAP[rd]   
	00319: DELTAP1    
	00320: SHP[rp1,zp0] 
	00321: MDAP[rd]   
	00322: CALL       
	00323: CALL       
	00324: DELTAP1    
	00325: ALIGNRP    
	00326: SRP1       
	00327: SHP[rp1,zp0] 
	00328: SHP[rp1,zp0] 
	00329: MDAP[rd]   
	00330: DELTAP1    
	00331: MIRP[srp0,md,rd,1] 
	00332: SRP1       
	00333: IP         
	00334: MDAP[rd]   
	00335: DELTAP1    
	00336: SHP[rp1,zp0] 
	00337: RTHG       
	00338: MDAP[rd]   
	00339: SRP1       
	00340: IP         
	00341: SRP1       
	00342: SHP[rp1,zp0] 
	00343: RTG        
	00344: MDAP[rd]   
	00345: MIRP[nrp0,md,rd,1] 
	00346: CALL       
	00347: CALL       
	00348: SHP[rp1,zp0] 
	00349: MDAP[rd]   
	00350: MIRP[nrp0,md,rd,1] 
	00351: CALL       
	00352: CALL       
	00353: SVTCA[y-axis] 
	00354: MDAP[rd]   
	00355: SHP[rp1,zp0] 
	00356: MIAP[rd+ci] 
	00357: ALIGNRP    
	00358: MIRP[srp0,md,rd,1] 
	00359: ALIGNRP    
	00360: SRP1       
	00361: SHP[rp1,zp0] 
	00362: MDAP[rd]   
	00363: CALL       
	00364: DELTAP1    
	00365: SHP[rp1,zp0] 
	00366: MDAP[rd]   
	00367: CALL       
	00368: CALL       
	00369: DELTAP3    
	00370: MIRP[nrp0,md,rd,1] 
	00371: SRP1       
	00372: SHP[rp1,zp0] 
	00373: MDAP[rd]   
	00374: DELTAP1    
	00375: DELTAP3    
	00376: CALL       
	00377: CALL       
	00378: MIRP[nrp0,md,rd,1] 
	00379: SHP[rp1,zp0] 
	00380: RUTG       
	00381: MDAP[rd]   
	00382: RTG        
	00383: SRP1       
	00384: SHP[rp1,zp0] 
	00385: SRP1       
	00386: SRP2       
	00387: IP         
	00388: IP         
	00389: SRP1       
	00390: SHP[rp1,zp0] 
	00391: MDAP[rd]   
	00392: CALL       
	00393: MIRP[nrp0,nmd,rd,0] 
	00394: DELTAP1    
	00395: MIRP[nrp0,md,rd,1] 
	00396: SRP0       
	00397: MIRP[srp0,md,rd,1] 
	00398: SHP[rp2,zp1] 
	00399: MDAP[rd]   
	00400: CALL       
	00401: CALL       
	00402: MIRP[nrp0,nmd,rd,0] 
	00403: DELTAP1    
	00404: MIRP[nrp0,md,rd,1] 
	00405: SRP0       
	00406: MIRP[nrp0,md,rd,1] 
	00407: IUP[y]     
	00408: IUP[x]     
	00409: SVTCA[x-axis] 
	00410: DELTAP1    
	00411: CALL       
	00412: CALL       
	00413: CALL       
	00414: CALL       
	00415: SVTCA[y-axis] 
	00416: DELTAP3    
	00417: CALL       
	00418: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short On
	 10:                              X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short On
	 20:                              X-Short On
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:        XDual         Y-Short         On
	 43:                                      On
	 44:  YDual                               On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual         Y-Short X-Short On
	 51:  YDual XDual         Y-Short X-Short Off
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual         Y-Short         Off
	 54:  YDual               Y-Short X-Short On
	 55:  YDual XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:                      Y-Short X-Short On
	 60:                      Y-Short X-Short Off
	 61:        XDual         Y-Short         On
	 62:        XDual         Y-Short         Off
	 63:        XDual         Y-Short X-Short Off
	 64:  YDual XDual                 X-Short On
	 65:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   338,  1709)  ->  Abs (   338,  1709)
	  1: Rel (   -11,     0)  ->  Abs (   327,  1709)
	  2: Rel (     0,    24)  ->  Abs (   327,  1733)
	  3: Rel (     0,    25)  ->  Abs (   327,  1758)
	  4: Rel (    13,     6)  ->  Abs (   340,  1764)
	  5: Rel (   248,   105)  ->  Abs (   588,  1869)
	  6: Rel (    14,     0)  ->  Abs (   602,  1869)
	  7: Rel (     0,   -22)  ->  Abs (   602,  1847)
	  8: Rel (     0,   -28)  ->  Abs (   602,  1819)
	  9: Rel (   -14,    -6)  ->  Abs (   588,  1813)
	 10: Rel (  -250,  -264)  ->  Abs (   338,  1549)
	 11: Rel (   -11,     0)  ->  Abs (   327,  1549)
	 12: Rel (     0,    24)  ->  Abs (   327,  1573)
	 13: Rel (     0,    25)  ->  Abs (   327,  1598)
	 14: Rel (    13,     6)  ->  Abs (   340,  1604)
	 15: Rel (   248,   105)  ->  Abs (   588,  1709)
	 16: Rel (    14,     0)  ->  Abs (   602,  1709)
	 17: Rel (     0,   -21)  ->  Abs (   602,  1688)
	 18: Rel (     0,   -26)  ->  Abs (   602,  1662)
	 19: Rel (   -14,    -6)  ->  Abs (   588,  1656)
	 20: Rel (  -187,  -507)  ->  Abs (   401,  1149)
	 21: Rel (     8,    43)  ->  Abs (   409,  1192)
	 22: Rel (    46,    34)  ->  Abs (   455,  1226)
	 23: Rel (    30,    36)  ->  Abs (   485,  1262)
	 24: Rel (   -98,     6)  ->  Abs (   387,  1268)
	 25: Rel (     0,    84)  ->  Abs (   387,  1352)
	 26: Rel (     0,    58)  ->  Abs (   387,  1410)
	 27: Rel (    78,   112)  ->  Abs (   465,  1522)
	 28: Rel (    51,     0)  ->  Abs (   516,  1522)
	 29: Rel (    80,     0)  ->  Abs (   596,  1522)
	 30: Rel (     0,   -73)  ->  Abs (   596,  1449)
	 31: Rel (     0,   -24)  ->  Abs (   596,  1425)
	 32: Rel (   -12,   -24)  ->  Abs (   584,  1401)
	 33: Rel (   -73,    53)  ->  Abs (   511,  1454)
	 34: Rel (   -32,     0)  ->  Abs (   479,  1454)
	 35: Rel (   -51,     0)  ->  Abs (   428,  1454)
	 36: Rel (     0,   -43)  ->  Abs (   428,  1411)
	 37: Rel (     0,   -35)  ->  Abs (   428,  1376)
	 38: Rel (   105,   -65)  ->  Abs (   533,  1311)
	 39: Rel (    40,     0)  ->  Abs (   573,  1311)
	 40: Rel (     9,     0)  ->  Abs (   582,  1311)
	 41: Rel (    79,    22)  ->  Abs (   661,  1333)
	 42: Rel (     0,   -73)  ->  Abs (   661,  1260)
	 43: Rel (   568, -1260)  ->  Abs (  1229,     0)
	 44: Rel (  -402,     0)  ->  Abs (   827,     0)
	 45: Rel (  -127,     0)  ->  Abs (   700,     0)
	 46: Rel (  -105,    26)  ->  Abs (   595,    26)
	 47: Rel (   -55,   123)  ->  Abs (   540,   149)
	 48: Rel (     0,   105)  ->  Abs (   540,   254)
	 49: Rel (     0,    69)  ->  Abs (   540,   323)
	 50: Rel (     5,   131)  ->  Abs (   545,   454)
	 51: Rel (     5,   130)  ->  Abs (   550,   584)
	 52: Rel (     0,    77)  ->  Abs (   550,   661)
	 53: Rel (     0,   219)  ->  Abs (   550,   880)
	 54: Rel (   -36,    94)  ->  Abs (   514,   974)
	 55: Rel (    82,   107)  ->  Abs (   596,  1081)
	 56: Rel (    32,   -91)  ->  Abs (   628,   990)
	 57: Rel (     0,  -218)  ->  Abs (   628,   772)
	 58: Rel (     0,  -136)  ->  Abs (   628,   636)
	 59: Rel (    -9,  -178)  ->  Abs (   619,   458)
	 60: Rel (    -5,   -98)  ->  Abs (   614,   360)
	 61: Rel (     0,   -53)  ->  Abs (   614,   307)
	 62: Rel (     0,   -86)  ->  Abs (   614,   221)
	 63: Rel (    46,   -98)  ->  Abs (   660,   123)
	 64: Rel (    69,     0)  ->  Abs (   729,   123)
	 65: Rel (   500,     0)  ->  Abs (  1229,   123)

	Glyph 1122: off = 0x00035654, len = 636
	  numberOfContours:	4
	  xMin:			344
	  yMin:			0
	  xMax:			1229
	  yMax:			1895

	EndPoints
	---------
	  0:  11
	  1:  20
	  2:  43
	  3:  66

	  Length of Instructions:	447
	00000: NPUSHB      (58):    10    48    26    48   169    47     3    22     1    20 
	                            38    21    39    26    43    35     1    53     1     6 
	                             8    24    12    25    52    18    24    25    33    52 
	                           216     2   233     2   250     2     3    43    44    19 
	                            27    52    22    32    11    16    52    47    64     9 
	                            19    52    25    64    17    30    52    24 
	00060: PUSHW[1]            -64 
	00063: PUSHB[4]             11    16    52    22 
	00068: PUSHW[1]            -64 
	00071: PUSHB[4]             12    16    52     9 
	00076: PUSHW[1]            898 
	00079: NPUSHB      (14):    19    64    38    44    52    15    19    31    19     2 
	                             0    19     1    19 
	00095: PUSHW[1]            -64 
	00098: NPUSHB      (11):     9    11    52    19    19   112    14   128    14     2 
	                            14 
	00111: PUSHW[1]            901 
	00114: NPUSHB      (22):     3    64    29    37    52     3    64     9    12    52 
	                             3     3    29    24    40    42    43    22    21    33 
	                            33    29 
	00138: PUSHW[1]            897 
	00141: NPUSHB      (20):    35    64    47    49    52    35    64    41    43    52 
	                            95    35     1     0    35     1    35    35    21    42 
	00163: PUSHW[1]            898 
	00166: PUSHB[4]            144    43     1    43 
	00171: PUSHW[1]            -64 
	00174: PUSHB[4]             28    30    52    43 
	00179: PUSHW[1]            -64 
	00182: NPUSHB      (18):     9    16    52    43    43    15    21     1    21    64 
	                             9    14    52    21    21    56    65    66 
	00202: PUSHW[4]            907    45    44   858 
	00211: PUSHB[3]             55    56     0 
	00215: PUSHW[3]            878    16   -64 
	00222: NPUSHB      (15):    20    24    52    16    64    42    45    52   128    16 
	                             1     0    16     1    16 
	00239: PUSHW[1]            -64 
	00242: PUSHB[6]              9    11    52    16    16    12 
	00249: PUSHW[1]            932 
	00252: NPUSHB      (19):    48     6     1     6     6    26    24    43    33    33 
	                             0    31    16    31     2    31    31    43    37 
	00273: PUSHW[1]            875 
	00276: NPUSHB      (33):    47    26     1    26    26    22    21    42   175    43 
	                             1    43    64    11    11    52    43    64     9    11 
	                            52    43    43    32    21     1    21    21    55    49 
	                            56    56    58 
	00311: PUSHW[1]            887 
	00314: NPUSHB       (9):    16    49   192    49     2    49    44    66     4 
	00325: PUSHW[1]            340 
	00328: SCANCTRL   
	00329: SCANTYPE   
	00330: MDAP[rd]   
	00331: ALIGNRP    
	00332: MDAP[rd]   
	00333: DELTAP1    
	00334: MIRP[nrp0,md,rd,1] 
	00335: RTHG       
	00336: IP         
	00337: MDAP[rd]   
	00338: SRP1       
	00339: SHP[rp1,zp0] 
	00340: SHP[rp1,zp0] 
	00341: RTG        
	00342: MDAP[rd]   
	00343: DELTAP1    
	00344: SHP[rp1,zp0] 
	00345: MDAP[rd]   
	00346: CALL       
	00347: CALL       
	00348: DELTAP1    
	00349: ALIGNRP    
	00350: SRP1       
	00351: SHP[rp1,zp0] 
	00352: SHP[rp1,zp0] 
	00353: MDAP[rd]   
	00354: DELTAP1    
	00355: MIRP[srp0,md,rd,1] 
	00356: SRP1       
	00357: IP         
	00358: MDAP[rd]   
	00359: DELTAP1    
	00360: SHP[rp1,zp0] 
	00361: RTHG       
	00362: MDAP[rd]   
	00363: SRP1       
	00364: IP         
	00365: SRP1       
	00366: SHP[rp1,zp0] 
	00367: RTG        
	00368: MDAP[rd]   
	00369: DELTAP1    
	00370: MIRP[srp0,md,rd,1] 
	00371: SHP[rp2,zp1] 
	00372: MDAP[rd]   
	00373: CALL       
	00374: DELTAP1    
	00375: DELTAP2    
	00376: CALL       
	00377: CALL       
	00378: MIRP[nrp0,md,rd,1] 
	00379: SVTCA[y-axis] 
	00380: MDAP[rd]   
	00381: SHP[rp1,zp0] 
	00382: MIAP[rd+ci] 
	00383: ALIGNRP    
	00384: MIRP[srp0,md,rd,1] 
	00385: ALIGNRP    
	00386: SRP1       
	00387: SHP[rp1,zp0] 
	00388: MDAP[rd]   
	00389: CALL       
	00390: DELTAP1    
	00391: SHP[rp1,zp0] 
	00392: MDAP[rd]   
	00393: CALL       
	00394: CALL       
	00395: DELTAP3    
	00396: MIRP[nrp0,md,rd,1] 
	00397: SRP1       
	00398: SHP[rp1,zp0] 
	00399: MDAP[rd]   
	00400: DELTAP1    
	00401: DELTAP3    
	00402: CALL       
	00403: CALL       
	00404: MIRP[nrp0,md,rd,1] 
	00405: SHP[rp1,zp0] 
	00406: RUTG       
	00407: MDAP[rd]   
	00408: RTG        
	00409: SRP1       
	00410: SHP[rp1,zp0] 
	00411: SRP1       
	00412: SRP2       
	00413: IP         
	00414: IP         
	00415: SRP1       
	00416: SHP[rp1,zp0] 
	00417: MDAP[rd]   
	00418: CALL       
	00419: CALL       
	00420: MIRP[srp0,md,rd,1] 
	00421: DELTAP2    
	00422: SHP[rp2,zp1] 
	00423: MDAP[rd]   
	00424: CALL       
	00425: DELTAP1    
	00426: DELTAP2    
	00427: CALL       
	00428: MIRP[nrp0,md,rd,1] 
	00429: IUP[y]     
	00430: IUP[x]     
	00431: SVTCA[x-axis] 
	00432: CALL       
	00433: CALL       
	00434: CALL       
	00435: CALL       
	00436: SVTCA[y-axis] 
	00437: CALL       
	00438: CALL       
	00439: SVTCA[x-axis] 
	00440: DELTAP2    
	00441: CALL       
	00442: CALL       
	00443: SVTCA[y-axis] 
	00444: DELTAP3    
	00445: SVTCA[x-axis] 
	00446: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:        XDual                 X-Short On
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:        XDual         Y-Short         On
	 44:                                      On
	 45:  YDual                               On
	 46:  YDual                       X-Short Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         Off
	 55:  YDual               Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short On
	 57:        XDual         Y-Short X-Short Off
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short         Off
	 60:                      Y-Short X-Short On
	 61:                      Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         Off
	 64:        XDual         Y-Short X-Short Off
	 65:  YDual XDual                 X-Short On
	 66:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   594,  1754)  ->  Abs (   594,  1754)
	  1: Rel (     0,   -66)  ->  Abs (   594,  1688)
	  2: Rel (  -104,   -84)  ->  Abs (   490,  1604)
	  3: Rel (   -52,     0)  ->  Abs (   438,  1604)
	  4: Rel (   -43,     0)  ->  Abs (   395,  1604)
	  5: Rel (   -51,    68)  ->  Abs (   344,  1672)
	  6: Rel (     0,    51)  ->  Abs (   344,  1723)
	  7: Rel (     0,    67)  ->  Abs (   344,  1790)
	  8: Rel (    70,   105)  ->  Abs (   414,  1895)
	  9: Rel (    63,     0)  ->  Abs (   477,  1895)
	 10: Rel (    56,     0)  ->  Abs (   533,  1895)
	 11: Rel (    61,   -85)  ->  Abs (   594,  1810)
	 12: Rel (  -213,   -56)  ->  Abs (   381,  1754)
	 13: Rel (     0,   -50)  ->  Abs (   381,  1704)
	 14: Rel (    86,     0)  ->  Abs (   467,  1704)
	 15: Rel (    73,     0)  ->  Abs (   540,  1704)
	 16: Rel (     0,    27)  ->  Abs (   540,  1731)
	 17: Rel (     0,    19)  ->  Abs (   540,  1750)
	 18: Rel (   -72,    69)  ->  Abs (   468,  1819)
	 19: Rel (   -36,     0)  ->  Abs (   432,  1819)
	 20: Rel (   -51,     0)  ->  Abs (   381,  1819)
	 21: Rel (    20,  -670)  ->  Abs (   401,  1149)
	 22: Rel (     8,    43)  ->  Abs (   409,  1192)
	 23: Rel (    46,    34)  ->  Abs (   455,  1226)
	 24: Rel (    30,    36)  ->  Abs (   485,  1262)
	 25: Rel (   -98,     6)  ->  Abs (   387,  1268)
	 26: Rel (     0,    84)  ->  Abs (   387,  1352)
	 27: Rel (     0,    58)  ->  Abs (   387,  1410)
	 28: Rel (    78,   112)  ->  Abs (   465,  1522)
	 29: Rel (    51,     0)  ->  Abs (   516,  1522)
	 30: Rel (    80,     0)  ->  Abs (   596,  1522)
	 31: Rel (     0,   -73)  ->  Abs (   596,  1449)
	 32: Rel (     0,   -24)  ->  Abs (   596,  1425)
	 33: Rel (   -12,   -24)  ->  Abs (   584,  1401)
	 34: Rel (   -73,    53)  ->  Abs (   511,  1454)
	 35: Rel (   -32,     0)  ->  Abs (   479,  1454)
	 36: Rel (   -51,     0)  ->  Abs (   428,  1454)
	 37: Rel (     0,   -43)  ->  Abs (   428,  1411)
	 38: Rel (     0,   -35)  ->  Abs (   428,  1376)
	 39: Rel (   105,   -65)  ->  Abs (   533,  1311)
	 40: Rel (    40,     0)  ->  Abs (   573,  1311)
	 41: Rel (     9,     0)  ->  Abs (   582,  1311)
	 42: Rel (    79,    22)  ->  Abs (   661,  1333)
	 43: Rel (     0,   -73)  ->  Abs (   661,  1260)
	 44: Rel (   568, -1260)  ->  Abs (  1229,     0)
	 45: Rel (  -402,     0)  ->  Abs (   827,     0)
	 46: Rel (  -127,     0)  ->  Abs (   700,     0)
	 47: Rel (  -105,    26)  ->  Abs (   595,    26)
	 48: Rel (   -55,   123)  ->  Abs (   540,   149)
	 49: Rel (     0,   105)  ->  Abs (   540,   254)
	 50: Rel (     0,    69)  ->  Abs (   540,   323)
	 51: Rel (     5,   131)  ->  Abs (   545,   454)
	 52: Rel (     5,   130)  ->  Abs (   550,   584)
	 53: Rel (     0,    77)  ->  Abs (   550,   661)
	 54: Rel (     0,   219)  ->  Abs (   550,   880)
	 55: Rel (   -36,    94)  ->  Abs (   514,   974)
	 56: Rel (    82,   107)  ->  Abs (   596,  1081)
	 57: Rel (    32,   -91)  ->  Abs (   628,   990)
	 58: Rel (     0,  -218)  ->  Abs (   628,   772)
	 59: Rel (     0,  -136)  ->  Abs (   628,   636)
	 60: Rel (    -9,  -178)  ->  Abs (   619,   458)
	 61: Rel (    -5,   -98)  ->  Abs (   614,   360)
	 62: Rel (     0,   -53)  ->  Abs (   614,   307)
	 63: Rel (     0,   -86)  ->  Abs (   614,   221)
	 64: Rel (    46,   -98)  ->  Abs (   660,   123)
	 65: Rel (    69,     0)  ->  Abs (   729,   123)
	 66: Rel (   500,     0)  ->  Abs (  1229,   123)

	Glyph 1123: off = 0x000358D0, len = 670
	  numberOfContours:	4
	  xMin:			243
	  yMin:			0
	  xMax:			1229
	  yMax:			1941

	EndPoints
	---------
	  0:  23
	  1:  31
	  2:  54
	  3:  77

	  Length of Instructions:	453
	00000: PUSHB[8]             10    59    26    59   169    58     3    13 
	00009: PUSHW[1]            -16 
	00012: NPUSHB      (38):    29    33    52    25    19    22    49    21    50    26 
	                            54     4    40    20   214    13     2    54    44    19 
	                            27    52    33    32    11    16    52    58    64     9 
	                            19    52    36    64    17    30    52    35 
	00052: PUSHW[1]            -64 
	00055: PUSHB[4]             11    16    52    33 
	00060: PUSHW[1]            -64 
	00063: NPUSHB      (23):    12    16    52     1     0    22    22    16     8     8 
	                            28    64    29    41    52    28    28    18    20     3 
	                            13     4    24 
	00088: PUSHW[1]            906 
	00091: NPUSHB      (25):    16    64    29    50    52    63    16     1    16    64 
	                            11    26    52    16    16    40    35    51    53    54 
	                            33    32    44    44    40 
	00118: PUSHW[1]            897 
	00121: NPUSHB      (20):    46    64    47    49    52    46    64    41    43    52 
	                            95    46     1     0    46     1    46    46    32    53 
	00143: PUSHW[1]            898 
	00146: PUSHB[4]            144    54     1    54 
	00151: PUSHW[1]            -64 
	00154: PUSHB[4]             28    30    52    54 
	00159: PUSHW[1]            -64 
	00162: NPUSHB      (18):     9    16    52    54    54    15    32     1    32    64 
	                             9    14    52    32    32    67    76    77 
	00182: PUSHW[4]            907    56    55   858 
	00191: NPUSHB      (25):    66    67    13    11    24    26    20     3    30     0 
	                             0     5    16    64    34    42    52    16    64    11 
	                            28    52    16    16    11 
	00218: PUSHW[1]            876 
	00221: NPUSHB      (21):    26    64    46    63    52    26    64    29    38    52 
	                             0    26     1    64    26    80    26     2    26    26 
	                            30 
	00244: PUSHW[1]            879 
	00247: NPUSHB      (16):     5     5    37    35    54    44    44     0    42    16 
	                            42     2    42    42    54    48 
	00265: PUSHW[1]            875 
	00268: NPUSHB      (33):    47    37     1    37    37    33    32    53   175    54 
	                             1    54    64    11    11    52    54    64     9    11 
	                            52    54    54    32    32     1    32    32    66    60 
	                            67    67    69 
	00303: PUSHW[1]            887 
	00306: NPUSHB       (9):    16    60   192    60     2    60    55    77     4 
	00317: PUSHW[1]            340 
	00320: SCANCTRL   
	00321: SCANTYPE   
	00322: MDAP[rd]   
	00323: ALIGNRP    
	00324: MDAP[rd]   
	00325: DELTAP1    
	00326: MIRP[nrp0,md,rd,1] 
	00327: RTHG       
	00328: IP         
	00329: MDAP[rd]   
	00330: SRP1       
	00331: SHP[rp1,zp0] 
	00332: SHP[rp1,zp0] 
	00333: RTG        
	00334: MDAP[rd]   
	00335: DELTAP1    
	00336: SHP[rp1,zp0] 
	00337: MDAP[rd]   
	00338: CALL       
	00339: CALL       
	00340: DELTAP1    
	00341: ALIGNRP    
	00342: SRP1       
	00343: SHP[rp1,zp0] 
	00344: SHP[rp1,zp0] 
	00345: MDAP[rd]   
	00346: DELTAP1    
	00347: MIRP[srp0,md,rd,1] 
	00348: SRP1       
	00349: IP         
	00350: MDAP[rd]   
	00351: DELTAP1    
	00352: SHP[rp1,zp0] 
	00353: RTHG       
	00354: MDAP[rd]   
	00355: SRP1       
	00356: IP         
	00357: SRP1       
	00358: SHP[rp1,zp0] 
	00359: RTG        
	00360: MDAP[rd]   
	00361: MIRP[srp0,md,rd,1] 
	00362: SHP[rp2,zp1] 
	00363: MDAP[rd]   
	00364: DELTAP1    
	00365: DELTAP1    
	00366: CALL       
	00367: CALL       
	00368: MIRP[srp0,md,rd,1] 
	00369: SHP[rp2,zp1] 
	00370: MDAP[rd]   
	00371: CALL       
	00372: CALL       
	00373: SRP1       
	00374: SHP[rp1,zp0] 
	00375: MDAP[rd]   
	00376: SRP1       
	00377: SHP[rp1,zp0] 
	00378: SHP[rp1,zp0] 
	00379: SRP2       
	00380: IP         
	00381: SRP1       
	00382: IP         
	00383: SVTCA[y-axis] 
	00384: MDAP[rd]   
	00385: SHP[rp1,zp0] 
	00386: MIAP[rd+ci] 
	00387: ALIGNRP    
	00388: MIRP[srp0,md,rd,1] 
	00389: ALIGNRP    
	00390: SRP1       
	00391: SHP[rp1,zp0] 
	00392: MDAP[rd]   
	00393: CALL       
	00394: DELTAP1    
	00395: SHP[rp1,zp0] 
	00396: MDAP[rd]   
	00397: CALL       
	00398: CALL       
	00399: DELTAP3    
	00400: MIRP[nrp0,md,rd,1] 
	00401: SRP1       
	00402: SHP[rp1,zp0] 
	00403: MDAP[rd]   
	00404: DELTAP1    
	00405: DELTAP3    
	00406: CALL       
	00407: CALL       
	00408: MIRP[nrp0,md,rd,1] 
	00409: SHP[rp1,zp0] 
	00410: RUTG       
	00411: MDAP[rd]   
	00412: RTG        
	00413: SRP1       
	00414: SHP[rp1,zp0] 
	00415: SRP1       
	00416: SRP2       
	00417: IP         
	00418: IP         
	00419: SRP1       
	00420: SHP[rp1,zp0] 
	00421: MDAP[rd]   
	00422: CALL       
	00423: DELTAP2    
	00424: CALL       
	00425: MIRP[nrp0,md,rd,1] 
	00426: SLOOP      
	00427: IP         
	00428: SHP[rp2,zp1] 
	00429: MDAP[rd]   
	00430: CALL       
	00431: SHP[rp1,zp0] 
	00432: MDAP[rd]   
	00433: SRP1       
	00434: SHP[rp1,zp0] 
	00435: MDAP[rd]   
	00436: SHP[rp1,zp0] 
	00437: SHP[rp1,zp0] 
	00438: IUP[y]     
	00439: IUP[x]     
	00440: SVTCA[x-axis] 
	00441: CALL       
	00442: CALL       
	00443: CALL       
	00444: CALL       
	00445: SVTCA[y-axis] 
	00446: CALL       
	00447: CALL       
	00448: DELTAP2    
	00449: DELTAP3    
	00450: CALL       
	00451: SVTCA[x-axis] 
	00452: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                              X-Short On
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:        XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:        XDual         Y-Short         On
	 55:                                      On
	 56:  YDual                               On
	 57:  YDual                       X-Short Off
	 58:  YDual               Y-Short X-Short Off
	 59:  YDual               Y-Short X-Short Off
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short On
	 63:  YDual XDual         Y-Short X-Short Off
	 64:  YDual XDual         Y-Short         On
	 65:  YDual XDual         Y-Short         Off
	 66:  YDual               Y-Short X-Short On
	 67:  YDual XDual         Y-Short X-Short On
	 68:        XDual         Y-Short X-Short Off
	 69:        XDual         Y-Short         On
	 70:        XDual         Y-Short         Off
	 71:                      Y-Short X-Short On
	 72:                      Y-Short X-Short Off
	 73:        XDual         Y-Short         On
	 74:        XDual         Y-Short         Off
	 75:        XDual         Y-Short X-Short Off
	 76:  YDual XDual                 X-Short On
	 77:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   243,  1527)  ->  Abs (   243,  1527)
	  1: Rel (     0,    13)  ->  Abs (   243,  1540)
	  2: Rel (   142,    64)  ->  Abs (   385,  1604)
	  3: Rel (    55,    79)  ->  Abs (   440,  1683)
	  4: Rel (   -62,    39)  ->  Abs (   378,  1722)
	  5: Rel (     0,    49)  ->  Abs (   378,  1771)
	  6: Rel (     0,    45)  ->  Abs (   378,  1816)
	  7: Rel (    88,   125)  ->  Abs (   466,  1941)
	  8: Rel (    39,     0)  ->  Abs (   505,  1941)
	  9: Rel (    23,     0)  ->  Abs (   528,  1941)
	 10: Rel (    32,   -59)  ->  Abs (   560,  1882)
	 11: Rel (     0,   -35)  ->  Abs (   560,  1847)
	 12: Rel (     0,   -51)  ->  Abs (   560,  1796)
	 13: Rel (   -32,   -64)  ->  Abs (   528,  1732)
	 14: Rel (    49,   -24)  ->  Abs (   577,  1708)
	 15: Rel (     0,   -27)  ->  Abs (   577,  1681)
	 16: Rel (     0,   -51)  ->  Abs (   577,  1630)
	 17: Rel (   -18,     0)  ->  Abs (   559,  1630)
	 18: Rel (   -36,    15)  ->  Abs (   523,  1645)
	 19: Rel (   -44,    20)  ->  Abs (   479,  1665)
	 20: Rel (    -7,     2)  ->  Abs (   472,  1667)
	 21: Rel (  -119,  -148)  ->  Abs (   353,  1519)
	 22: Rel (   -79,     0)  ->  Abs (   274,  1519)
	 23: Rel (   -17,     0)  ->  Abs (   257,  1519)
	 24: Rel (   240,   229)  ->  Abs (   497,  1748)
	 25: Rel (    17,    29)  ->  Abs (   514,  1777)
	 26: Rel (     0,    32)  ->  Abs (   514,  1809)
	 27: Rel (     0,    62)  ->  Abs (   514,  1871)
	 28: Rel (   -42,     0)  ->  Abs (   472,  1871)
	 29: Rel (   -38,     0)  ->  Abs (   434,  1871)
	 30: Rel (     0,   -50)  ->  Abs (   434,  1821)
	 31: Rel (     0,   -61)  ->  Abs (   434,  1760)
	 32: Rel (   -33,  -611)  ->  Abs (   401,  1149)
	 33: Rel (     8,    43)  ->  Abs (   409,  1192)
	 34: Rel (    46,    34)  ->  Abs (   455,  1226)
	 35: Rel (    30,    36)  ->  Abs (   485,  1262)
	 36: Rel (   -98,     6)  ->  Abs (   387,  1268)
	 37: Rel (     0,    84)  ->  Abs (   387,  1352)
	 38: Rel (     0,    58)  ->  Abs (   387,  1410)
	 39: Rel (    78,   112)  ->  Abs (   465,  1522)
	 40: Rel (    51,     0)  ->  Abs (   516,  1522)
	 41: Rel (    80,     0)  ->  Abs (   596,  1522)
	 42: Rel (     0,   -73)  ->  Abs (   596,  1449)
	 43: Rel (     0,   -24)  ->  Abs (   596,  1425)
	 44: Rel (   -12,   -24)  ->  Abs (   584,  1401)
	 45: Rel (   -73,    53)  ->  Abs (   511,  1454)
	 46: Rel (   -32,     0)  ->  Abs (   479,  1454)
	 47: Rel (   -51,     0)  ->  Abs (   428,  1454)
	 48: Rel (     0,   -43)  ->  Abs (   428,  1411)
	 49: Rel (     0,   -35)  ->  Abs (   428,  1376)
	 50: Rel (   105,   -65)  ->  Abs (   533,  1311)
	 51: Rel (    40,     0)  ->  Abs (   573,  1311)
	 52: Rel (     9,     0)  ->  Abs (   582,  1311)
	 53: Rel (    79,    22)  ->  Abs (   661,  1333)
	 54: Rel (     0,   -73)  ->  Abs (   661,  1260)
	 55: Rel (   568, -1260)  ->  Abs (  1229,     0)
	 56: Rel (  -402,     0)  ->  Abs (   827,     0)
	 57: Rel (  -127,     0)  ->  Abs (   700,     0)
	 58: Rel (  -105,    26)  ->  Abs (   595,    26)
	 59: Rel (   -55,   123)  ->  Abs (   540,   149)
	 60: Rel (     0,   105)  ->  Abs (   540,   254)
	 61: Rel (     0,    69)  ->  Abs (   540,   323)
	 62: Rel (     5,   131)  ->  Abs (   545,   454)
	 63: Rel (     5,   130)  ->  Abs (   550,   584)
	 64: Rel (     0,    77)  ->  Abs (   550,   661)
	 65: Rel (     0,   219)  ->  Abs (   550,   880)
	 66: Rel (   -36,    94)  ->  Abs (   514,   974)
	 67: Rel (    82,   107)  ->  Abs (   596,  1081)
	 68: Rel (    32,   -91)  ->  Abs (   628,   990)
	 69: Rel (     0,  -218)  ->  Abs (   628,   772)
	 70: Rel (     0,  -136)  ->  Abs (   628,   636)
	 71: Rel (    -9,  -178)  ->  Abs (   619,   458)
	 72: Rel (    -5,   -98)  ->  Abs (   614,   360)
	 73: Rel (     0,   -53)  ->  Abs (   614,   307)
	 74: Rel (     0,   -86)  ->  Abs (   614,   221)
	 75: Rel (    46,   -98)  ->  Abs (   660,   123)
	 76: Rel (    69,     0)  ->  Abs (   729,   123)
	 77: Rel (   500,     0)  ->  Abs (  1229,   123)

	Glyph 1124: off = 0x00035B6E, len = 842
	  numberOfContours:	4
	  xMin:			218
	  yMin:			0
	  xMax:			1229
	  yMax:			1940

	EndPoints
	---------
	  0:  40
	  1:  48
	  2:  71
	  3:  94

	  Length of Instructions:	584
	00000: NPUSHB      (13):    73    22     1    10    76    26    76    64    22   171 
	                            75     4    21 
	00015: PUSHW[1]            -16 
	00018: PUSHB[4]             29    44    52    38 
	00023: PUSHW[1]            -24 
	00026: PUSHB[4]             29    44    52    32 
	00031: PUSHW[1]            -44 
	00034: NPUSHB      (43):    28    45    52    21    66    22    67    25    71    89 
	                            37   154    37     5    27    37    22    48     2     5 
	                            38     1    71    44    19    27    52    50    32    11 
	                            16    52    75    64     9    19    52    53    64    17 
	                            30    52    52 
	00079: PUSHW[1]            -64 
	00082: PUSHB[4]             11    16    52    50 
	00087: PUSHW[1]            -64 
	00090: NPUSHB      (11):    12    16    52     3     1     0     3    20    39    39 
	                            20 
	00103: PUSHW[1]            -64 
	00106: NPUSHB      (14):    13    16    52    20    20    35    11    64    29    36 
	                            52    11    11    16 
	00122: PUSHW[1]            936 
	00125: NPUSHB      (13):     7     7    45    35    27    27    45    45    37    22 
	                            32     3    41 
	00140: PUSHW[1]            904 
	00143: NPUSHB      (22):    35    64    29    42    52    35    64    13    27    52 
	                            35    35    57    52    68    70    71    50    49    61 
	                            61    57 
	00167: PUSHW[1]            897 
	00170: NPUSHB      (20):    63    64    47    49    52    63    64    41    43    52 
	                            95    63     1     0    63     1    63    63    49    70 
	00192: PUSHW[1]            898 
	00195: PUSHB[4]            144    71     1    71 
	00200: PUSHW[1]            -64 
	00203: PUSHB[4]             28    30    52    71 
	00208: PUSHW[1]            -64 
	00211: NPUSHB      (18):     9    16    52    71    71    15    49     1    49    64 
	                             9    14    52    49    49    84    93    94 
	00231: PUSHW[4]            907    73    72   858 
	00240: NPUSHB      (40):    83    84    32    30    41    43    37    22    47     3 
	                             0    20    18    35    34    64    25    27    52    34 
	                            64    11    24    52    34    34    30     0     0    16 
	                            13     1    13    64    13    16    52    13    13     5 
	00282: PUSHW[3]            882    18   -64 
	00289: PUSHB[7]             54    83    52    18    18     1    18 
	00297: PUSHW[1]            -64 
	00300: NPUSHB      (12):    13    32    52    18    18    24    32    30    48    30 
	                             2    30 
	00314: PUSHW[1]            878 
	00317: NPUSHB      (23):    43    64    46    63    52    43    64    29    38    52 
	                             0    43    16    43     2    64    43    80    43     2 
	                            43    43    47 
	00342: PUSHW[1]            878 
	00345: NPUSHB      (16):    24    24    54    52    71    61    61     0    59    16 
	                            59     2    59    59    71    65 
	00363: PUSHW[1]            875 
	00366: NPUSHB      (33):    47    54     1    54    54    50    49    70   175    71 
	                             1    71    64    11    11    52    71    64     9    11 
	                            52    71    71    32    49     1    49    49    83    77 
	                            84    84    86 
	00401: PUSHW[1]            887 
	00404: NPUSHB       (9):    16    77   192    77     2    77    72    94     4 
	00415: PUSHW[1]            340 
	00418: SCANCTRL   
	00419: SCANTYPE   
	00420: MDAP[rd]   
	00421: ALIGNRP    
	00422: MDAP[rd]   
	00423: DELTAP1    
	00424: MIRP[nrp0,md,rd,1] 
	00425: RTHG       
	00426: IP         
	00427: MDAP[rd]   
	00428: SRP1       
	00429: SHP[rp1,zp0] 
	00430: SHP[rp1,zp0] 
	00431: RTG        
	00432: MDAP[rd]   
	00433: DELTAP1    
	00434: SHP[rp1,zp0] 
	00435: MDAP[rd]   
	00436: CALL       
	00437: CALL       
	00438: DELTAP1    
	00439: ALIGNRP    
	00440: SRP1       
	00441: SHP[rp1,zp0] 
	00442: SHP[rp1,zp0] 
	00443: MDAP[rd]   
	00444: DELTAP1    
	00445: MIRP[srp0,md,rd,1] 
	00446: SRP1       
	00447: IP         
	00448: MDAP[rd]   
	00449: DELTAP1    
	00450: SHP[rp1,zp0] 
	00451: RTHG       
	00452: MDAP[rd]   
	00453: SRP1       
	00454: IP         
	00455: SRP1       
	00456: SHP[rp1,zp0] 
	00457: RTG        
	00458: MDAP[rd]   
	00459: MIRP[srp0,md,rd,1] 
	00460: SHP[rp2,zp1] 
	00461: MDAP[rd]   
	00462: DELTAP1    
	00463: DELTAP1    
	00464: CALL       
	00465: CALL       
	00466: MIRP[nrp0,md,rd,1] 
	00467: DELTAP1    
	00468: SRP1       
	00469: SHP[rp1,zp0] 
	00470: MDAP[rd]   
	00471: CALL       
	00472: DELTAP3    
	00473: CALL       
	00474: MIRP[srp0,md,rd,1] 
	00475: SHP[rp2,zp1] 
	00476: MDAP[rd]   
	00477: CALL       
	00478: DELTAP3    
	00479: SHP[rp2,zp1] 
	00480: MDAP[rd]   
	00481: SRP1       
	00482: SHP[rp1,zp0] 
	00483: MDAP[rd]   
	00484: CALL       
	00485: CALL       
	00486: SHP[rp1,zp0] 
	00487: SRP1       
	00488: IP         
	00489: SRP1       
	00490: IP         
	00491: SRP1       
	00492: SHP[rp1,zp0] 
	00493: SHP[rp1,zp0] 
	00494: SRP2       
	00495: IP         
	00496: SRP1       
	00497: IP         
	00498: SVTCA[y-axis] 
	00499: MDAP[rd]   
	00500: SHP[rp1,zp0] 
	00501: MIAP[rd+ci] 
	00502: ALIGNRP    
	00503: MIRP[srp0,md,rd,1] 
	00504: ALIGNRP    
	00505: SRP1       
	00506: SHP[rp1,zp0] 
	00507: MDAP[rd]   
	00508: CALL       
	00509: DELTAP1    
	00510: SHP[rp1,zp0] 
	00511: MDAP[rd]   
	00512: CALL       
	00513: CALL       
	00514: DELTAP3    
	00515: MIRP[nrp0,md,rd,1] 
	00516: SRP1       
	00517: SHP[rp1,zp0] 
	00518: MDAP[rd]   
	00519: DELTAP1    
	00520: DELTAP3    
	00521: CALL       
	00522: CALL       
	00523: MIRP[nrp0,md,rd,1] 
	00524: SHP[rp1,zp0] 
	00525: RUTG       
	00526: MDAP[rd]   
	00527: RTG        
	00528: SRP1       
	00529: SHP[rp1,zp0] 
	00530: SRP1       
	00531: SRP2       
	00532: IP         
	00533: IP         
	00534: SRP1       
	00535: SHP[rp1,zp0] 
	00536: MDAP[rd]   
	00537: CALL       
	00538: CALL       
	00539: MIRP[nrp0,md,rd,1] 
	00540: SLOOP      
	00541: IP         
	00542: SHP[rp2,zp1] 
	00543: MDAP[rd]   
	00544: SHP[rp1,zp0] 
	00545: MDAP[rd]   
	00546: SRP1       
	00547: SRP2       
	00548: IP         
	00549: MDAP[rd]   
	00550: MIRP[nrp0,md,rd,1] 
	00551: SHP[rp1,zp0] 
	00552: MDAP[rd]   
	00553: CALL       
	00554: SRP1       
	00555: SHP[rp1,zp0] 
	00556: MDAP[rd]   
	00557: CALL       
	00558: SHP[rp1,zp0] 
	00559: MDAP[rd]   
	00560: SRP2       
	00561: SLOOP      
	00562: IP         
	00563: IUP[y]     
	00564: IUP[x]     
	00565: SVTCA[x-axis] 
	00566: CALL       
	00567: CALL       
	00568: CALL       
	00569: CALL       
	00570: SVTCA[y-axis] 
	00571: CALL       
	00572: CALL       
	00573: SVTCA[y-axis] 
	00574: DELTAP2    
	00575: DELTAP3    
	00576: DELTAP3    
	00577: CALL       
	00578: CALL       
	00579: CALL       
	00580: SVTCA[x-axis] 
	00581: DELTAP1    
	00582: SVTCA[y-axis] 
	00583: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:                      Y-Short X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:                              X-Short On
	 50:  YDual XDual         Y-Short X-Short On
	 51:  YDual XDual         Y-Short X-Short Off
	 52:  YDual XDual         Y-Short X-Short On
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:        XDual         Y-Short         On
	 60:        XDual         Y-Short         Off
	 61:                      Y-Short X-Short On
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual                       X-Short On
	 64:  YDual                       X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:        XDual         Y-Short X-Short Off
	 68:  YDual XDual                 X-Short On
	 69:  YDual XDual                 X-Short Off
	 70:  YDual XDual         Y-Short X-Short On
	 71:        XDual         Y-Short         On
	 72:                                      On
	 73:  YDual                               On
	 74:  YDual                       X-Short Off
	 75:  YDual               Y-Short X-Short Off
	 76:  YDual               Y-Short X-Short Off
	 77:  YDual XDual         Y-Short         On
	 78:  YDual XDual         Y-Short         Off
	 79:  YDual XDual         Y-Short X-Short On
	 80:  YDual XDual         Y-Short X-Short Off
	 81:  YDual XDual         Y-Short         On
	 82:  YDual XDual         Y-Short         Off
	 83:  YDual               Y-Short X-Short On
	 84:  YDual XDual         Y-Short X-Short On
	 85:        XDual         Y-Short X-Short Off
	 86:        XDual         Y-Short         On
	 87:        XDual         Y-Short         Off
	 88:                      Y-Short X-Short On
	 89:                      Y-Short X-Short Off
	 90:        XDual         Y-Short         On
	 91:        XDual         Y-Short         Off
	 92:        XDual         Y-Short X-Short Off
	 93:  YDual XDual                 X-Short On
	 94:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   248,  1522)  ->  Abs (   248,  1522)
	  1: Rel (     0,    12)  ->  Abs (   248,  1534)
	  2: Rel (     7,     4)  ->  Abs (   255,  1538)
	  3: Rel (    24,    17)  ->  Abs (   279,  1555)
	  4: Rel (    24,    37)  ->  Abs (   303,  1592)
	  5: Rel (     0,    59)  ->  Abs (   303,  1651)
	  6: Rel (     0,    37)  ->  Abs (   303,  1688)
	  7: Rel (   -22,     0)  ->  Abs (   281,  1688)
	  8: Rel (    -9,     0)  ->  Abs (   272,  1688)
	  9: Rel (   -21,   -19)  ->  Abs (   251,  1669)
	 10: Rel (   -21,   -18)  ->  Abs (   230,  1651)
	 11: Rel (    -4,     0)  ->  Abs (   226,  1651)
	 12: Rel (    -8,     0)  ->  Abs (   218,  1651)
	 13: Rel (     0,     8)  ->  Abs (   218,  1659)
	 14: Rel (     0,    20)  ->  Abs (   218,  1679)
	 15: Rel (    69,    66)  ->  Abs (   287,  1745)
	 16: Rel (    29,     0)  ->  Abs (   316,  1745)
	 17: Rel (    43,     0)  ->  Abs (   359,  1745)
	 18: Rel (     0,   -52)  ->  Abs (   359,  1693)
	 19: Rel (     0,   -45)  ->  Abs (   359,  1648)
	 20: Rel (   -37,   -75)  ->  Abs (   322,  1573)
	 21: Rel (    74,    34)  ->  Abs (   396,  1607)
	 22: Rel (    53,    75)  ->  Abs (   449,  1682)
	 23: Rel (   -58,    30)  ->  Abs (   391,  1712)
	 24: Rel (     0,    62)  ->  Abs (   391,  1774)
	 25: Rel (     0,    50)  ->  Abs (   391,  1824)
	 26: Rel (    92,   116)  ->  Abs (   483,  1940)
	 27: Rel (    35,     0)  ->  Abs (   518,  1940)
	 28: Rel (    24,     0)  ->  Abs (   542,  1940)
	 29: Rel (    32,   -56)  ->  Abs (   574,  1884)
	 30: Rel (     0,   -36)  ->  Abs (   574,  1848)
	 31: Rel (     0,   -62)  ->  Abs (   574,  1786)
	 32: Rel (   -37,   -55)  ->  Abs (   537,  1731)
	 33: Rel (    47,   -24)  ->  Abs (   584,  1707)
	 34: Rel (     0,   -25)  ->  Abs (   584,  1682)
	 35: Rel (    -4,   -47)  ->  Abs (   580,  1635)
	 36: Rel (   -34,     0)  ->  Abs (   546,  1635)
	 37: Rel (   -67,    31)  ->  Abs (   479,  1666)
	 38: Rel (  -107,  -150)  ->  Abs (   372,  1516)
	 39: Rel (   -95,     0)  ->  Abs (   277,  1516)
	 40: Rel (   -19,     0)  ->  Abs (   258,  1516)
	 41: Rel (   246,   231)  ->  Abs (   504,  1747)
	 42: Rel (    18,    32)  ->  Abs (   522,  1779)
	 43: Rel (     0,    32)  ->  Abs (   522,  1811)
	 44: Rel (     0,    59)  ->  Abs (   522,  1870)
	 45: Rel (   -43,     0)  ->  Abs (   479,  1870)
	 46: Rel (   -36,     0)  ->  Abs (   443,  1870)
	 47: Rel (     0,   -47)  ->  Abs (   443,  1823)
	 48: Rel (     0,   -55)  ->  Abs (   443,  1768)
	 49: Rel (   -42,  -619)  ->  Abs (   401,  1149)
	 50: Rel (     8,    43)  ->  Abs (   409,  1192)
	 51: Rel (    46,    34)  ->  Abs (   455,  1226)
	 52: Rel (    30,    36)  ->  Abs (   485,  1262)
	 53: Rel (   -98,     6)  ->  Abs (   387,  1268)
	 54: Rel (     0,    84)  ->  Abs (   387,  1352)
	 55: Rel (     0,    58)  ->  Abs (   387,  1410)
	 56: Rel (    78,   112)  ->  Abs (   465,  1522)
	 57: Rel (    51,     0)  ->  Abs (   516,  1522)
	 58: Rel (    80,     0)  ->  Abs (   596,  1522)
	 59: Rel (     0,   -73)  ->  Abs (   596,  1449)
	 60: Rel (     0,   -24)  ->  Abs (   596,  1425)
	 61: Rel (   -12,   -24)  ->  Abs (   584,  1401)
	 62: Rel (   -73,    53)  ->  Abs (   511,  1454)
	 63: Rel (   -32,     0)  ->  Abs (   479,  1454)
	 64: Rel (   -51,     0)  ->  Abs (   428,  1454)
	 65: Rel (     0,   -43)  ->  Abs (   428,  1411)
	 66: Rel (     0,   -35)  ->  Abs (   428,  1376)
	 67: Rel (   105,   -65)  ->  Abs (   533,  1311)
	 68: Rel (    40,     0)  ->  Abs (   573,  1311)
	 69: Rel (     9,     0)  ->  Abs (   582,  1311)
	 70: Rel (    79,    22)  ->  Abs (   661,  1333)
	 71: Rel (     0,   -73)  ->  Abs (   661,  1260)
	 72: Rel (   568, -1260)  ->  Abs (  1229,     0)
	 73: Rel (  -402,     0)  ->  Abs (   827,     0)
	 74: Rel (  -127,     0)  ->  Abs (   700,     0)
	 75: Rel (  -105,    26)  ->  Abs (   595,    26)
	 76: Rel (   -55,   123)  ->  Abs (   540,   149)
	 77: Rel (     0,   105)  ->  Abs (   540,   254)
	 78: Rel (     0,    69)  ->  Abs (   540,   323)
	 79: Rel (     5,   131)  ->  Abs (   545,   454)
	 80: Rel (     5,   130)  ->  Abs (   550,   584)
	 81: Rel (     0,    77)  ->  Abs (   550,   661)
	 82: Rel (     0,   219)  ->  Abs (   550,   880)
	 83: Rel (   -36,    94)  ->  Abs (   514,   974)
	 84: Rel (    82,   107)  ->  Abs (   596,  1081)
	 85: Rel (    32,   -91)  ->  Abs (   628,   990)
	 86: Rel (     0,  -218)  ->  Abs (   628,   772)
	 87: Rel (     0,  -136)  ->  Abs (   628,   636)
	 88: Rel (    -9,  -178)  ->  Abs (   619,   458)
	 89: Rel (    -5,   -98)  ->  Abs (   614,   360)
	 90: Rel (     0,   -53)  ->  Abs (   614,   307)
	 91: Rel (     0,   -86)  ->  Abs (   614,   221)
	 92: Rel (    46,   -98)  ->  Abs (   660,   123)
	 93: Rel (    69,     0)  ->  Abs (   729,   123)
	 94: Rel (   500,     0)  ->  Abs (  1229,   123)

	Glyph 1125: off = 0x00035EB8, len = 22
	  numberOfContours:	-1  (Composite)
	  xMin:			504
	  yMin:			-662
	  xMax:			1229
	  yMax:			1151

	     0: Flags:		0x0236
		Glyf Index:	910
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0016
		Glyf Index:	788
		X BOffset:	2
		Y BOffset:	47
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1126: off = 0x00035ECE, len = 22
	  numberOfContours:	-1  (Composite)
	  xMin:			504
	  yMin:			-821
	  xMax:			1229
	  yMax:			1151

	     0: Flags:		0x0236
		Glyf Index:	910
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0016
		Glyf Index:	789
		X BOffset:	4
		Y BOffset:	47
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1127: off = 0x00035EE4, len = 416
	  numberOfContours:	2
	  xMin:			206
	  yMin:			199
	  xMax:			1022
	  yMax:			1015

	EndPoints
	---------
	  0:  56
	  1:  68

	  Length of Instructions:	219
	00000: NPUSHB      (36):   107    62   107    64   123    62   123    64     4   101 
	                            62     1    39    77    64    30   177    40    77    32 
	                            29   174    27    17    77    64    24   177    16    77 
	                            32    25   174    60    44    27 
	00038: PUSHW[1]            533 
	00041: NPUSHB      (49):    66    44    55    45    77    64    52   177    44    77 
	                            32    53   174    55    11    77    64     1   177    12 
	                            77    32     0   174    55    52    77    64    45   177 
	                            53    77    32    44   174    42    30    77    64    39 
	                           177    29    77    32    40   174    57    44    42 
	00092: PUSHW[1]            533 
	00095: NPUSHB      (25):    63    44    14     1    77    64    11   177     0    77 
	                            32    12   174    14    24    77    64    17   177    25 
	                            77    32    16   174    14 
	00122: PUSHW[3]            495    69   306 
	00129: PUSHB[2]            188    24 
	00132: CALL       
	00133: SRP0       
	00134: MIRP[srp0,nmd,rd,2] 
	00135: MIRP[srp0,nmd,rd,0] 
	00136: SMD        
	00137: RTHG       
	00138: MIRP[nrp0,md,rd,1] 
	00139: RTG        
	00140: MIRP[srp0,nmd,rd,0] 
	00141: SMD        
	00142: MIRP[nrp0,md,rd,1] 
	00143: SRP0       
	00144: MIRP[srp0,nmd,rd,0] 
	00145: SMD        
	00146: RTHG       
	00147: MIRP[nrp0,md,rd,1] 
	00148: RTG        
	00149: MIRP[srp0,nmd,rd,0] 
	00150: SMD        
	00151: MIRP[nrp0,md,rd,1] 
	00152: SRP0       
	00153: MIRP[nrp0,md,rd,1] 
	00154: MIRP[srp0,md,rd,1] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: MIRP[srp0,nmd,rd,0] 
	00157: SMD        
	00158: RTHG       
	00159: MIRP[nrp0,md,rd,1] 
	00160: RTG        
	00161: MIRP[srp0,nmd,rd,0] 
	00162: SMD        
	00163: MIRP[nrp0,md,rd,1] 
	00164: SRP0       
	00165: MIRP[srp0,nmd,rd,0] 
	00166: SMD        
	00167: RTHG       
	00168: MIRP[nrp0,md,rd,1] 
	00169: RTG        
	00170: MIRP[srp0,nmd,rd,0] 
	00171: SMD        
	00172: MIRP[nrp0,md,rd,1] 
	00173: SVTCA[y-axis] 
	00174: MDAP[rd]   
	00175: MIRP[srp0,nmd,rd,0] 
	00176: SMD        
	00177: RTHG       
	00178: MIRP[nrp0,md,rd,1] 
	00179: RTG        
	00180: MIRP[srp0,nmd,rd,0] 
	00181: SMD        
	00182: MIRP[nrp0,md,rd,1] 
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,0] 
	00185: SMD        
	00186: RTHG       
	00187: MIRP[nrp0,md,rd,1] 
	00188: RTG        
	00189: MIRP[srp0,nmd,rd,0] 
	00190: SMD        
	00191: MIRP[nrp0,md,rd,1] 
	00192: SRP0       
	00193: MIRP[nrp0,md,rd,1] 
	00194: MIRP[srp0,md,rd,1] 
	00195: MIRP[nrp0,md,rd,1] 
	00196: MIRP[srp0,nmd,rd,0] 
	00197: SMD        
	00198: RTHG       
	00199: MIRP[nrp0,md,rd,1] 
	00200: RTG        
	00201: MIRP[srp0,nmd,rd,0] 
	00202: SMD        
	00203: MIRP[nrp0,md,rd,1] 
	00204: SRP0       
	00205: MIRP[srp0,nmd,rd,0] 
	00206: SMD        
	00207: RTHG       
	00208: MIRP[nrp0,md,rd,1] 
	00209: RTG        
	00210: MIRP[srp0,nmd,rd,0] 
	00211: SMD        
	00212: MIRP[nrp0,md,rd,1] 
	00213: IUP[y]     
	00214: IUP[x]     
	00215: SVTCA[y-axis] 
	00216: DELTAP1    
	00217: SVTCA[x-axis] 
	00218: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short On
	 45:        XDual         Y-Short X-Short On
	 46:        XDual         Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:                      Y-Short X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:  YDual               Y-Short X-Short On
	 53:  YDual               Y-Short X-Short On
	 54:                      Y-Short X-Short Off
	 55:  YDual                       X-Short On
	 56:  YDual                       X-Short Off
	 57:                                      On
	 58:  YDual XDual         Y-Short         Off
	 59:  YDual               Y-Short X-Short Off
	 60:  YDual                       X-Short On
	 61:  YDual                       X-Short Off
	 62:                      Y-Short X-Short Off
	 63:        XDual         Y-Short         On
	 64:        XDual         Y-Short         Off
	 65:        XDual         Y-Short X-Short Off
	 66:  YDual XDual                 X-Short On
	 67:  YDual XDual                 X-Short Off
	 68:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   404,   336)  ->  Abs (   404,   336)
	  1: Rel (  -116,  -115)  ->  Abs (   288,   221)
	  2: Rel (   -15,   -15)  ->  Abs (   273,   206)
	  3: Rel (   -15,    -7)  ->  Abs (   258,   199)
	  4: Rel (    -9,     0)  ->  Abs (   249,   199)
	  5: Rel (   -18,     0)  ->  Abs (   231,   199)
	  6: Rel (   -25,    24)  ->  Abs (   206,   223)
	  7: Rel (     0,    19)  ->  Abs (   206,   242)
	  8: Rel (     0,     9)  ->  Abs (   206,   251)
	  9: Rel (     3,     6)  ->  Abs (   209,   257)
	 10: Rel (     5,     9)  ->  Abs (   214,   266)
	 11: Rel (    14,    15)  ->  Abs (   228,   281)
	 12: Rel (   116,   115)  ->  Abs (   344,   396)
	 13: Rel (   -74,    97)  ->  Abs (   270,   493)
	 14: Rel (     0,   115)  ->  Abs (   270,   608)
	 15: Rel (     0,   115)  ->  Abs (   270,   723)
	 16: Rel (    72,    96)  ->  Abs (   342,   819)
	 17: Rel (  -114,   114)  ->  Abs (   228,   933)
	 18: Rel (   -22,    22)  ->  Abs (   206,   955)
	 19: Rel (     0,    18)  ->  Abs (   206,   973)
	 20: Rel (     0,    17)  ->  Abs (   206,   990)
	 21: Rel (    25,    25)  ->  Abs (   231,  1015)
	 22: Rel (    18,     0)  ->  Abs (   249,  1015)
	 23: Rel (    17,     0)  ->  Abs (   266,  1015)
	 24: Rel (    22,   -22)  ->  Abs (   288,   993)
	 25: Rel (   114,  -114)  ->  Abs (   402,   879)
	 26: Rel (    91,    73)  ->  Abs (   493,   952)
	 27: Rel (   122,     0)  ->  Abs (   615,   952)
	 28: Rel (   120,     0)  ->  Abs (   735,   952)
	 29: Rel (    91,   -73)  ->  Abs (   826,   879)
	 30: Rel (   114,   114)  ->  Abs (   940,   993)
	 31: Rel (    23,    22)  ->  Abs (   963,  1015)
	 32: Rel (    17,     0)  ->  Abs (   980,  1015)
	 33: Rel (    18,     0)  ->  Abs (   998,  1015)
	 34: Rel (    24,   -25)  ->  Abs (  1022,   990)
	 35: Rel (     0,   -18)  ->  Abs (  1022,   972)
	 36: Rel (     0,    -9)  ->  Abs (  1022,   963)
	 37: Rel (    -3,    -7)  ->  Abs (  1019,   956)
	 38: Rel (    -5,    -9)  ->  Abs (  1014,   947)
	 39: Rel (   -14,   -14)  ->  Abs (  1000,   933)
	 40: Rel (  -114,  -114)  ->  Abs (   886,   819)
	 41: Rel (    72,   -95)  ->  Abs (   958,   724)
	 42: Rel (     0,  -115)  ->  Abs (   958,   609)
	 43: Rel (     0,  -119)  ->  Abs (   958,   490)
	 44: Rel (   -73,   -94)  ->  Abs (   885,   396)
	 45: Rel (   115,  -115)  ->  Abs (  1000,   281)
	 46: Rel (    22,   -23)  ->  Abs (  1022,   258)
	 47: Rel (     0,   -17)  ->  Abs (  1022,   241)
	 48: Rel (     0,   -18)  ->  Abs (  1022,   223)
	 49: Rel (   -25,   -24)  ->  Abs (   997,   199)
	 50: Rel (   -18,     0)  ->  Abs (   979,   199)
	 51: Rel (   -16,     0)  ->  Abs (   963,   199)
	 52: Rel (   -23,    22)  ->  Abs (   940,   221)
	 53: Rel (  -115,   115)  ->  Abs (   825,   336)
	 54: Rel (   -96,   -72)  ->  Abs (   729,   264)
	 55: Rel (  -115,     0)  ->  Abs (   614,   264)
	 56: Rel (  -115,     0)  ->  Abs (   499,   264)
	 57: Rel (   375,   344)  ->  Abs (   874,   608)
	 58: Rel (     0,   108)  ->  Abs (   874,   716)
	 59: Rel (  -152,   152)  ->  Abs (   722,   868)
	 60: Rel (  -108,     0)  ->  Abs (   614,   868)
	 61: Rel (  -107,     0)  ->  Abs (   507,   868)
	 62: Rel (  -152,  -152)  ->  Abs (   355,   716)
	 63: Rel (     0,  -108)  ->  Abs (   355,   608)
	 64: Rel (     0,  -107)  ->  Abs (   355,   501)
	 65: Rel (   152,  -152)  ->  Abs (   507,   349)
	 66: Rel (   107,     0)  ->  Abs (   614,   349)
	 67: Rel (   107,     0)  ->  Abs (   721,   349)
	 68: Rel (   153,   152)  ->  Abs (   874,   501)

	Glyph 1128: off = 0x00036084, len = 658
	  numberOfContours:	16
	  xMin:			0
	  yMin:			0
	  xMax:			1229
	  yMax:			883

	EndPoints
	---------
	  0:  5
	  1:  9
	  2:  13
	  3:  25
	  4:  29
	  5:  35
	  6:  46
	  7:  52
	  8:  56
	  9:  68
	 10:  72
	 11:  76
	 12:  82
	 13:  89
	 14:  96
	 15:  104

	  Length of Instructions:	354
	00000: NPUSHB     (220):     9    91    25    91     2     9    96    25    96     2 
	                            99    66    24    66    40    45    87   224    93   240 
	                            93     2   159    93     1    93    93    39    86   175 
	                            40   255    40     2    40    47    12    15    71    31 
	                            71     2     9    71     1    50    51     7    27     3 
	                            47     8    28     4    51    19    21    15   103     1 
	                            87   191   103     1   103    16    60    94     0    39 
	                            16    39     2     9    31    39     1    39    82    11 
	                            70    34    79    77    55    75    32    82    54    74 
	                            31    77    97    64    57    80    57   128    57   144 
	                            57   160    57     5   176    57   192    57   208    57 
	                             3    57    39    87    94    79    39   111    39     2 
	                            15    39   127    39   143    39     3    17    39    36 
	                           196    45     1     4    45    20    45    52    45     3 
	                            23    45     0    83     1   103   208    83     1     0 
	                            83     1    44    83    43    18   224    90     1     0 
	                            90     1    73    48    90     1    90    36    23    14 
	                            33     7    54     9    53    35     3     0    31     1 
	                            31    35     1    11    33     0    10    35   106   101 
	                           143    63   175    63     2   191    63   207    63   223 
	                            63     3    63    26    73    27    74    78    47    15 
	                            77     1    77    78    49    69    81    50    70    78 
	00222: MDAP[rd]   
	00223: MDRP[nrp0,nmd,nrd,0] 
	00224: MDRP[nrp0,nmd,nrd,0] 
	00225: MDRP[srp0,md,rd,1] 
	00226: MDRP[nrp0,nmd,nrd,0] 
	00227: MDRP[nrp0,nmd,nrd,0] 
	00228: SRP0       
	00229: MDRP[srp0,md,rd,1] 
	00230: DELTAP1    
	00231: MDRP[nrp0,nmd,nrd,0] 
	00232: SRP0       
	00233: MDRP[srp0,nmd,rd,0] 
	00234: MDRP[nrp0,nmd,nrd,0] 
	00235: MDRP[srp0,md,rd,1] 
	00236: MDRP[nrp0,nmd,nrd,0] 
	00237: MDAP[rd]   
	00238: DELTAP1    
	00239: DELTAP2    
	00240: MDRP[nrp0,md,rd,1] 
	00241: SRP0       
	00242: MDRP[srp0,nmd,nrd,0] 
	00243: MDRP[nrp0,nmd,nrd,0] 
	00244: MDRP[nrp0,nmd,nrd,0] 
	00245: MDRP[srp0,md,rd,1] 
	00246: MDRP[nrp0,nmd,nrd,0] 
	00247: MDRP[nrp0,nmd,nrd,0] 
	00248: SRP0       
	00249: MDRP[srp0,nmd,rd,0] 
	00250: DELTAP1    
	00251: MDRP[nrp0,nmd,nrd,0] 
	00252: SRP0       
	00253: MDRP[srp0,nmd,rd,0] 
	00254: MDRP[nrp0,nmd,nrd,0] 
	00255: MDRP[srp0,md,rd,1] 
	00256: MDRP[nrp0,nmd,nrd,0] 
	00257: SRP0       
	00258: MDRP[srp0,nmd,rd,2] 
	00259: MDRP[nrp0,md,rd,1] 
	00260: MDRP[srp0,nmd,rd,0] 
	00261: MDRP[nrp0,md,rd,1] 
	00262: DELTAP3    
	00263: SDB        
	00264: DELTAP1    
	00265: DELTAP2    
	00266: MDRP[nrp0,nmd,rd,2] 
	00267: MDRP[srp0,nmd,rd,0] 
	00268: MDRP[nrp0,md,rd,1] 
	00269: SDB        
	00270: DELTAP1    
	00271: DELTAP2    
	00272: SDB        
	00273: DELTAP1    
	00274: SHP[rp1,zp0] 
	00275: SDB        
	00276: DELTAP1    
	00277: DELTAP2    
	00278: SRP0       
	00279: MDRP[srp0,nmd,rd,0] 
	00280: SDB        
	00281: DELTAP1    
	00282: DELTAP2    
	00283: MDRP[srp0,md,rd,1] 
	00284: MDRP[nrp0,nmd,nrd,0] 
	00285: SRP0       
	00286: MDRP[srp0,nmd,rd,2] 
	00287: DELTAP1    
	00288: DELTAP1    
	00289: MDRP[nrp0,md,rd,1] 
	00290: SVTCA[y-axis] 
	00291: MDAP[rd]   
	00292: MDRP[nrp0,nmd,nrd,0] 
	00293: ALIGNRP    
	00294: ALIGNRP    
	00295: MDRP[srp0,md,rd,1] 
	00296: MDRP[nrp0,nmd,nrd,0] 
	00297: ALIGNRP    
	00298: ALIGNRP    
	00299: SRP0       
	00300: MDRP[srp0,nmd,rd,0] 
	00301: MDRP[nrp0,nmd,nrd,0] 
	00302: MDRP[srp0,nmd,rd,2] 
	00303: MDRP[nrp0,nmd,nrd,0] 
	00304: SRP0       
	00305: MDRP[srp0,nmd,rd,2] 
	00306: DELTAP1    
	00307: SDB        
	00308: DELTAP1    
	00309: MDRP[nrp0,md,rd,1] 
	00310: MDRP[srp0,nmd,rd,0] 
	00311: MDRP[nrp0,nmd,nrd,0] 
	00312: MDRP[srp0,md,rd,1] 
	00313: DELTAP3    
	00314: SDB        
	00315: DELTAP1    
	00316: MDRP[srp0,nmd,nrd,0] 
	00317: MDRP[nrp0,nmd,rd,2] 
	00318: MDAP[rd]   
	00319: MDRP[nrp0,nmd,nrd,0] 
	00320: ALIGNRP    
	00321: ALIGNRP    
	00322: MDRP[srp0,md,rd,1] 
	00323: MDRP[nrp0,nmd,nrd,0] 
	00324: ALIGNRP    
	00325: ALIGNRP    
	00326: SRP0       
	00327: MDRP[srp0,md,rd,1] 
	00328: MDRP[nrp0,nmd,nrd,0] 
	00329: MDRP[srp0,nmd,rd,2] 
	00330: SDB        
	00331: DELTAP1    
	00332: MDRP[nrp0,nmd,nrd,0] 
	00333: SRP0       
	00334: MDRP[srp0,nmd,rd,2] 
	00335: DELTAP1    
	00336: MDRP[nrp0,md,rd,1] 
	00337: SRP2       
	00338: IP         
	00339: MDAP[rd]   
	00340: DELTAP3    
	00341: DELTAP3    
	00342: MDRP[nrp0,md,rd,1] 
	00343: IP         
	00344: SRP0       
	00345: MDRP[nrp0,nmd,rd,0] 
	00346: MDRP[nrp0,nmd,nrd,0] 
	00347: SRP0       
	00348: MDRP[nrp0,md,rd,1] 
	00349: IUP[y]     
	00350: IUP[x]     
	00351: SVTCA[x-axis] 
	00352: DELTAP3    
	00353: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                       X-Short On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual                 X-Short On
	  6:                      Y-Short         On
	  7:  YDual                       X-Short On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:                                      On
	 11:  YDual                       X-Short On
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual                 X-Short On
	 14:                      Y-Short X-Short On
	 15:        XDual         Y-Short         Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual XDual                 X-Short On
	 26:  YDual               Y-Short         On
	 27:  YDual                       X-Short On
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual                 X-Short On
	 30:                                      On
	 31:  YDual                       X-Short On
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual                 X-Short On
	 36:  YDual               Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short On
	 46:        XDual         Y-Short X-Short Off
	 47:                                      On
	 48:  YDual                       X-Short On
	 49:        XDual         Y-Short         On
	 50:  YDual                       X-Short On
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual                 X-Short On
	 53:                                      On
	 54:  YDual                       X-Short On
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual                 X-Short On
	 57:                                      On
	 58:        XDual         Y-Short         Off
	 59:                      Y-Short X-Short Off
	 60:  YDual                       X-Short On
	 61:  YDual                       X-Short Off
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual XDual         Y-Short         On
	 64:  YDual XDual         Y-Short         Off
	 65:  YDual XDual         Y-Short X-Short Off
	 66:  YDual XDual                 X-Short On
	 67:  YDual XDual                 X-Short Off
	 68:        XDual         Y-Short X-Short Off
	 69:                      Y-Short         On
	 70:  YDual                       X-Short On
	 71:  YDual XDual         Y-Short         On
	 72:  YDual XDual                 X-Short On
	 73:                                      On
	 74:  YDual                       X-Short On
	 75:  YDual XDual         Y-Short         On
	 76:  YDual XDual                 X-Short On
	 77:                      Y-Short         On
	 78:  YDual                       X-Short On
	 79:  YDual XDual         Y-Short         On
	 80:  YDual XDual                 X-Short On
	 81:        XDual         Y-Short         On
	 82:  YDual XDual                 X-Short On
	 83:                                      On
	 84:  YDual XDual         Y-Short         Off
	 85:  YDual                       X-Short On
	 86:  YDual                       X-Short On
	 87:        XDual         Y-Short         On
	 88:  YDual XDual                 X-Short On
	 89:  YDual XDual                 X-Short Off
	 90:        XDual         Y-Short X-Short On
	 91:  YDual XDual         Y-Short         Off
	 92:  YDual                       X-Short On
	 93:  YDual                       X-Short On
	 94:        XDual         Y-Short         On
	 95:  YDual XDual                 X-Short On
	 96:  YDual XDual                 X-Short Off
	 97:  YDual               Y-Short         On
	 98:  YDual XDual         Y-Short         Off
	 99:  YDual                       X-Short On
	100:  YDual                       X-Short Off
	101:        XDual         Y-Short         On
	102:        XDual         Y-Short         Off
	103:  YDual XDual                 X-Short On
	104:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1229,   690)  ->  Abs (  1229,   690)
	  1: Rel (   -60,     0)  ->  Abs (  1169,   690)
	  2: Rel (     0,   133)  ->  Abs (  1169,   823)
	  3: Rel (  -133,     0)  ->  Abs (  1036,   823)
	  4: Rel (     0,    60)  ->  Abs (  1036,   883)
	  5: Rel (   193,     0)  ->  Abs (  1229,   883)
	  6: Rel (  -345,   -60)  ->  Abs (   884,   823)
	  7: Rel (  -193,     0)  ->  Abs (   691,   823)
	  8: Rel (     0,    60)  ->  Abs (   691,   883)
	  9: Rel (   193,     0)  ->  Abs (   884,   883)
	 10: Rel (   345,  -538)  ->  Abs (  1229,   345)
	 11: Rel (   -60,     0)  ->  Abs (  1169,   345)
	 12: Rel (     0,   193)  ->  Abs (  1169,   538)
	 13: Rel (    60,     0)  ->  Abs (  1229,   538)
	 14: Rel (  -159,  -172)  ->  Abs (  1070,   366)
	 15: Rel (     0,  -144)  ->  Abs (  1070,   222)
	 16: Rel (  -127,     0)  ->  Abs (   943,   222)
	 17: Rel (   -51,     0)  ->  Abs (   892,   222)
	 18: Rel (   -32,    27)  ->  Abs (   860,   249)
	 19: Rel (    44,    47)  ->  Abs (   904,   296)
	 20: Rel (    15,   -16)  ->  Abs (   919,   280)
	 21: Rel (    24,     0)  ->  Abs (   943,   280)
	 22: Rel (    57,     0)  ->  Abs (  1000,   280)
	 23: Rel (     0,    83)  ->  Abs (  1000,   363)
	 24: Rel (     0,   291)  ->  Abs (  1000,   654)
	 25: Rel (    70,     0)  ->  Abs (  1070,   654)
	 26: Rel (  -532,   169)  ->  Abs (   538,   823)
	 27: Rel (  -193,     0)  ->  Abs (   345,   823)
	 28: Rel (     0,    60)  ->  Abs (   345,   883)
	 29: Rel (   193,     0)  ->  Abs (   538,   883)
	 30: Rel (   691,  -883)  ->  Abs (  1229,     0)
	 31: Rel (  -193,     0)  ->  Abs (  1036,     0)
	 32: Rel (     0,    60)  ->  Abs (  1036,    60)
	 33: Rel (   133,     0)  ->  Abs (  1169,    60)
	 34: Rel (     0,   133)  ->  Abs (  1169,   193)
	 35: Rel (    60,     0)  ->  Abs (  1229,   193)
	 36: Rel (  -375,   161)  ->  Abs (   854,   354)
	 37: Rel (     0,  -125)  ->  Abs (   854,   229)
	 38: Rel (  -164,     0)  ->  Abs (   690,   229)
	 39: Rel (  -145,     0)  ->  Abs (   545,   229)
	 40: Rel (     0,   425)  ->  Abs (   545,   654)
	 41: Rel (   142,     0)  ->  Abs (   687,   654)
	 42: Rel (   149,     0)  ->  Abs (   836,   654)
	 43: Rel (     0,  -112)  ->  Abs (   836,   542)
	 44: Rel (     0,   -55)  ->  Abs (   836,   487)
	 45: Rel (   -53,   -32)  ->  Abs (   783,   455)
	 46: Rel (    71,   -28)  ->  Abs (   854,   427)
	 47: Rel (  -661,   396)  ->  Abs (   193,   823)
	 48: Rel (  -133,     0)  ->  Abs (    60,   823)
	 49: Rel (     0,  -133)  ->  Abs (    60,   690)
	 50: Rel (   -60,     0)  ->  Abs (     0,   690)
	 51: Rel (     0,   193)  ->  Abs (     0,   883)
	 52: Rel (   193,     0)  ->  Abs (   193,   883)
	 53: Rel (   691,  -883)  ->  Abs (   884,     0)
	 54: Rel (  -193,     0)  ->  Abs (   691,     0)
	 55: Rel (     0,    60)  ->  Abs (   691,    60)
	 56: Rel (   193,     0)  ->  Abs (   884,    60)
	 57: Rel (  -372,   381)  ->  Abs (   512,   441)
	 58: Rel (     0,  -104)  ->  Abs (   512,   337)
	 59: Rel (   -98,  -115)  ->  Abs (   414,   222)
	 60: Rel (   -92,     0)  ->  Abs (   322,   222)
	 61: Rel (   -92,     0)  ->  Abs (   230,   222)
	 62: Rel (   -97,   115)  ->  Abs (   133,   337)
	 63: Rel (     0,   104)  ->  Abs (   133,   441)
	 64: Rel (     0,   105)  ->  Abs (   133,   546)
	 65: Rel (    97,   115)  ->  Abs (   230,   661)
	 66: Rel (    92,     0)  ->  Abs (   322,   661)
	 67: Rel (    92,     0)  ->  Abs (   414,   661)
	 68: Rel (    98,  -115)  ->  Abs (   512,   546)
	 69: Rel (  -452,  -201)  ->  Abs (    60,   345)
	 70: Rel (   -60,     0)  ->  Abs (     0,   345)
	 71: Rel (     0,   193)  ->  Abs (     0,   538)
	 72: Rel (    60,     0)  ->  Abs (    60,   538)
	 73: Rel (   478,  -538)  ->  Abs (   538,     0)
	 74: Rel (  -193,     0)  ->  Abs (   345,     0)
	 75: Rel (     0,    60)  ->  Abs (   345,    60)
	 76: Rel (   193,     0)  ->  Abs (   538,    60)
	 77: Rel (  -345,   -60)  ->  Abs (   193,     0)
	 78: Rel (  -193,     0)  ->  Abs (     0,     0)
	 79: Rel (     0,   193)  ->  Abs (     0,   193)
	 80: Rel (    60,     0)  ->  Abs (    60,   193)
	 81: Rel (     0,  -133)  ->  Abs (    60,    60)
	 82: Rel (   133,     0)  ->  Abs (   193,    60)
	 83: Rel (   574,   475)  ->  Abs (   767,   535)
	 84: Rel (     0,    60)  ->  Abs (   767,   595)
	 85: Rel (   -98,     0)  ->  Abs (   669,   595)
	 86: Rel (   -54,     0)  ->  Abs (   615,   595)
	 87: Rel (     0,  -117)  ->  Abs (   615,   478)
	 88: Rel (    61,     0)  ->  Abs (   676,   478)
	 89: Rel (    91,     0)  ->  Abs (   767,   478)
	 90: Rel (    18,  -124)  ->  Abs (   785,   354)
	 91: Rel (     0,    66)  ->  Abs (   785,   420)
	 92: Rel (  -103,     0)  ->  Abs (   682,   420)
	 93: Rel (   -67,     0)  ->  Abs (   615,   420)
	 94: Rel (     0,  -132)  ->  Abs (   615,   288)
	 95: Rel (    75,     0)  ->  Abs (   690,   288)
	 96: Rel (    95,     0)  ->  Abs (   785,   288)
	 97: Rel (  -343,   153)  ->  Abs (   442,   441)
	 98: Rel (     0,   161)  ->  Abs (   442,   602)
	 99: Rel (  -120,     0)  ->  Abs (   322,   602)
	100: Rel (  -119,     0)  ->  Abs (   203,   602)
	101: Rel (     0,  -161)  ->  Abs (   203,   441)
	102: Rel (     0,  -161)  ->  Abs (   203,   280)
	103: Rel (   119,     0)  ->  Abs (   322,   280)
	104: Rel (   120,     0)  ->  Abs (   442,   280)

	Glyph 1129: off = 0x00036316, len = 554
	  numberOfContours:	2
	  xMin:			104
	  yMin:			-33
	  xMax:			1229
	  yMax:			1197

	EndPoints
	---------
	  0:  14
	  1:  43

	  Length of Instructions:	419
	00000: NPUSHB      (82):    40    22    38    30    56    22    55    28    55    30 
	                             5   120     2   120     6   119     9   119    13     4 
	                             7    18     7    30    23    18    24    26   105     6 
	                           104     9   212    43   230    43     8    59    13    57 
	                            19   137    28   165    31   182    31   217     6   217 
	                             9   215    19   232     9     9    41     2    38     5 
	                            38     9    42    13    59     2    53     5    53     9 
	                             7    27    32    17    19    52    23    24    17    19 
	                            52    19 
	00084: PUSHW[1]            -32 
	00087: NPUSHB       (9):    17    19    52    13    32    20    24    52     9 
	00098: PUSHW[1]            -40 
	00101: PUSHB[4]             20    24    52     5 
	00106: PUSHW[1]            -56 
	00109: NPUSHB       (9):    20    24    52     2    32    20    24    52    43 
	00120: PUSHW[1]            -48 
	00123: PUSHB[4]             25    32    52    43 
	00128: PUSHW[1]            -48 
	00131: PUSHB[4]             42    46    52    43 
	00136: PUSHW[1]            -32 
	00139: NPUSHB       (9):    47    55    52     6    80    29    32    52     9 
	00150: PUSHW[1]            -32 
	00153: NPUSHB       (9):    29    32    52     2    80    29    32    52    13 
	00164: PUSHW[1]            -32 
	00167: NPUSHB       (9):    29    32    52     6    80    34    36    52     9 
	00178: PUSHW[1]            -32 
	00181: NPUSHB       (9):    34    36    52     2    72    34    36    52    13 
	00192: PUSHW[1]            -32 
	00195: NPUSHB       (9):    34    36    52     6     8    38    40    52     9 
	00206: PUSHW[1]             -2 
	00209: NPUSHB       (9):    38    40    52     2     2    38    40    52    13 
	00220: PUSHW[1]             -8 
	00223: NPUSHB       (9):    38    40    52     6    16    61    62    52     9 
	00234: PUSHW[1]            -16 
	00237: NPUSHB       (9):    61    62    52     2    16    61    62    52    13 
	00248: PUSHW[1]            -16 
	00251: PUSHB[4]             61    62    52    30 
	00256: PUSHW[1]            -64 
	00259: PUSHB[7]             63    53    19    24    64    53    33 
	00267: PUSHW[1]            -16 
	00270: NPUSHB      (39):    73    75    52    15    37   143    31     1    31    31 
	                            37    37     4    37    29     3    11    37    21     9 
	                            89    31   105    31   214    31     3   133    15   128 
	                            31   149    31   248    15   248    31     5    31 
	00311: PUSHW[1]            -16 
	00314: NPUSHB      (18):    62    53    31    15    17    35    37    16    40    48 
	                            40     2    40    40    45     0    37    17 
	00334: PUSHW[1]            -64 
	00337: NPUSHB      (13):     9    12    52   160    17     1    17   119     7    37 
	                            25    67    44 
	00352: SRP0       
	00353: MIRP[srp0,nmd,rd,2] 
	00354: MIRP[nrp0,md,rd,1] 
	00355: MIRP[srp0,md,rd,1] 
	00356: DELTAP1    
	00357: CALL       
	00358: MIRP[nrp0,md,rd,1] 
	00359: SRP2       
	00360: IP         
	00361: MDAP[rd]   
	00362: DELTAP2    
	00363: MIRP[nrp0,md,rd,1] 
	00364: SRP1       
	00365: SHP[rp1,zp0] 
	00366: SHP[rp1,zp0] 
	00367: CALL       
	00368: DELTAP1    
	00369: DELTAP2    
	00370: SVTCA[y-axis] 
	00371: MIAP[rd+ci] 
	00372: MIRP[nrp0,md,rd,1] 
	00373: MIAP[rd+ci] 
	00374: MIRP[nrp0,md,rd,1] 
	00375: ALIGNRP    
	00376: SRP1       
	00377: SHP[rp1,zp0] 
	00378: MDAP[rd]   
	00379: DELTAP1    
	00380: MIRP[nrp0,md,rd,1] 
	00381: CALL       
	00382: CALL       
	00383: CALL       
	00384: CALL       
	00385: CALL       
	00386: CALL       
	00387: CALL       
	00388: CALL       
	00389: CALL       
	00390: CALL       
	00391: CALL       
	00392: CALL       
	00393: CALL       
	00394: CALL       
	00395: CALL       
	00396: CALL       
	00397: CALL       
	00398: CALL       
	00399: CALL       
	00400: IUP[y]     
	00401: IUP[x]     
	00402: SVTCA[x-axis] 
	00403: CALL       
	00404: CALL       
	00405: CALL       
	00406: CALL       
	00407: CALL       
	00408: CALL       
	00409: CALL       
	00410: CALL       
	00411: CALL       
	00412: CALL       
	00413: DELTAP1    
	00414: DELTAP1    
	00415: DELTAP2    
	00416: SVTCA[y-axis] 
	00417: DELTAP1    
	00418: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                              X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:        XDual                 X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                              X-Short Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:        XDual                         On
	 26:        XDual                         Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual                               Off
	 31:        XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1043,   582)  ->  Abs (  1043,   582)
	  1: Rel (     0,   212)  ->  Abs (  1043,   794)
	  2: Rel (  -119,   156)  ->  Abs (   924,   950)
	  3: Rel (  -124,   163)  ->  Abs (   800,  1113)
	  4: Rel (  -184,     0)  ->  Abs (   616,  1113)
	  5: Rel (  -177,     0)  ->  Abs (   439,  1113)
	  6: Rel (  -251,  -311)  ->  Abs (   188,   802)
	  7: Rel (     0,  -220)  ->  Abs (   188,   582)
	  8: Rel (     0,  -227)  ->  Abs (   188,   355)
	  9: Rel (   132,  -156)  ->  Abs (   320,   199)
	 10: Rel (   125,  -148)  ->  Abs (   445,    51)
	 11: Rel (   171,     0)  ->  Abs (   616,    51)
	 12: Rel (   184,     0)  ->  Abs (   800,    51)
	 13: Rel (   124,   162)  ->  Abs (   924,   213)
	 14: Rel (   119,   156)  ->  Abs (  1043,   369)
	 15: Rel (    23,   510)  ->  Abs (  1066,   879)
	 16: Rel (    62,  -137)  ->  Abs (  1128,   742)
	 17: Rel (     0,  -160)  ->  Abs (  1128,   582)
	 18: Rel (     0,  -169)  ->  Abs (  1128,   413)
	 19: Rel (  -136,  -286)  ->  Abs (   992,   127)
	 20: Rel (  -239,  -160)  ->  Abs (   753,   -33)
	 21: Rel (  -137,     0)  ->  Abs (   616,   -33)
	 22: Rel (  -208,     0)  ->  Abs (   408,   -33)
	 23: Rel (  -150,   172)  ->  Abs (   258,   139)
	 24: Rel (  -154,   179)  ->  Abs (   104,   318)
	 25: Rel (     0,   264)  ->  Abs (   104,   582)
	 26: Rel (     0,   265)  ->  Abs (   104,   847)
	 27: Rel (   154,   178)  ->  Abs (   258,  1025)
	 28: Rel (   150,   172)  ->  Abs (   408,  1197)
	 29: Rel (   208,     0)  ->  Abs (   616,  1197)
	 30: Rel (   259,     0)  ->  Abs (   875,  1197)
	 31: Rel (   150,  -241)  ->  Abs (  1025,   956)
	 32: Rel (    87,    35)  ->  Abs (  1112,   991)
	 33: Rel (    22,    67)  ->  Abs (  1134,  1058)
	 34: Rel (     9,    27)  ->  Abs (  1143,  1085)
	 35: Rel (     0,    50)  ->  Abs (  1143,  1135)
	 36: Rel (     0,    37)  ->  Abs (  1143,  1172)
	 37: Rel (    25,    25)  ->  Abs (  1168,  1197)
	 38: Rel (    18,     0)  ->  Abs (  1186,  1197)
	 39: Rel (    43,     0)  ->  Abs (  1229,  1197)
	 40: Rel (     0,   -64)  ->  Abs (  1229,  1133)
	 41: Rel (     0,   -21)  ->  Abs (  1229,  1112)
	 42: Rel (    -3,   -28)  ->  Abs (  1226,  1084)
	 43: Rel (   -18,  -146)  ->  Abs (  1208,   938)

	Glyph 1130: off = 0x00036540, len = 394
	  numberOfContours:	2
	  xMin:			145
	  yMin:			-33
	  xMax:			1169
	  yMax:			896

	EndPoints
	---------
	  0:  11
	  1:  37

	  Length of Instructions:	275
	00000: NPUSHB      (11):    10    32    12    15    52     2    32    13    15    52 
	                             8 
	00013: PUSHW[1]            -32 
	00016: PUSHB[4]             12    15    52     4 
	00021: PUSHW[1]            -32 
	00024: NPUSHB      (14):    13    15    52    10    32    19    21    52     2    32 
	                            19    21    52     8 
	00040: PUSHW[1]            -32 
	00043: PUSHB[4]             19    21    52     4 
	00048: PUSHW[1]            -32 
	00051: NPUSHB      (23):    19    21    52    39    24     1     7    24    23    24 
	                           119    24   214    25   217    27   217    31     6   213 
	                            34     1    34 
	00076: PUSHW[1]            -16 
	00079: PUSHB[4]             23    26    52     7 
	00084: PUSHW[1]            -32 
	00087: PUSHB[4]             25    29    52    11 
	00092: PUSHW[1]            -32 
	00095: NPUSHB      (14):    25    29    52     1    32    25    29    52     5    32 
	                            25    29    52     7 
	00111: PUSHW[1]            -32 
	00114: PUSHB[4]             32    36    52    11 
	00119: PUSHW[1]            -32 
	00122: NPUSHB      (39):    32    36    52     1    40    32    36    52     5    40 
	                            32    36    52     9    33    26    11    21    33    15 
	                            36    31    36     2   111    36     1    36    36    15 
	                            15     3    33    32     7   185    36     1    36 
	00163: PUSHW[1]            -24 
	00166: NPUSHB      (29):    60    53    36    21    23    12    33    17    64    10 
	                            12    52    17    17     0    33   176    23     1    16 
	                            23    48    23    96    23   192    23     4    23 
	00197: PUSHW[1]            647 
	00200: NPUSHB      (14):     6    33   111    29   191    29   207    29   224    29 
	                           240    29     5    29 
	00216: PUSHW[2]            482    38 
	00221: SRP0       
	00222: MIRP[srp0,nmd,rd,2] 
	00223: DELTAP1    
	00224: MIRP[nrp0,md,rd,1] 
	00225: MIRP[srp0,md,rd,1] 
	00226: DELTAP1    
	00227: DELTAP2    
	00228: MIRP[nrp0,md,rd,1] 
	00229: SHP[rp1,zp0] 
	00230: MDAP[rd]   
	00231: CALL       
	00232: MIRP[nrp0,md,rd,1] 
	00233: SRP1       
	00234: SHP[rp1,zp0] 
	00235: SHP[rp1,zp0] 
	00236: CALL       
	00237: DELTAP2    
	00238: SVTCA[y-axis] 
	00239: MIAP[rd+ci] 
	00240: MIRP[nrp0,md,rd,1] 
	00241: ALIGNRP    
	00242: SRP1       
	00243: SHP[rp1,zp0] 
	00244: MDAP[rd]   
	00245: DELTAP1    
	00246: DELTAP2    
	00247: MIRP[nrp0,md,rd,1] 
	00248: MIAP[rd+ci] 
	00249: MIRP[nrp0,md,rd,1] 
	00250: SVTCA[y-axis] 
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: IUP[y]     
	00256: IUP[x]     
	00257: SVTCA[y-axis] 
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: DELTAP1    
	00264: SVTCA[x-axis] 
	00265: DELTAP1    
	00266: DELTAP2    
	00267: CALL       
	00268: CALL       
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                      Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:        XDual                 X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                                      Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                                      Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:                                      Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   999,   431)  ->  Abs (   999,   431)
	  1: Rel (     0,   158)  ->  Abs (   999,   589)
	  2: Rel (  -225,   222)  ->  Abs (   774,   811)
	  3: Rel (  -160,     0)  ->  Abs (   614,   811)
	  4: Rel (  -160,     0)  ->  Abs (   454,   811)
	  5: Rel (  -225,  -223)  ->  Abs (   229,   588)
	  6: Rel (     0,  -157)  ->  Abs (   229,   431)
	  7: Rel (     0,  -156)  ->  Abs (   229,   275)
	  8: Rel (   225,  -224)  ->  Abs (   454,    51)
	  9: Rel (   160,     0)  ->  Abs (   614,    51)
	 10: Rel (   160,     0)  ->  Abs (   774,    51)
	 11: Rel (   225,   223)  ->  Abs (   999,   274)
	 12: Rel (    84,   560)  ->  Abs (  1083,   834)
	 13: Rel (     0,    36)  ->  Abs (  1083,   870)
	 14: Rel (    26,    26)  ->  Abs (  1109,   896)
	 15: Rel (    17,     0)  ->  Abs (  1126,   896)
	 16: Rel (    43,     0)  ->  Abs (  1169,   896)
	 17: Rel (     0,   -64)  ->  Abs (  1169,   832)
	 18: Rel (     0,   -21)  ->  Abs (  1169,   811)
	 19: Rel (    -3,   -28)  ->  Abs (  1166,   783)
	 20: Rel (   -14,  -115)  ->  Abs (  1152,   668)
	 21: Rel (  -102,   -60)  ->  Abs (  1050,   608)
	 22: Rel (    34,   -81)  ->  Abs (  1084,   527)
	 23: Rel (     0,   -96)  ->  Abs (  1084,   431)
	 24: Rel (     0,  -192)  ->  Abs (  1084,   239)
	 25: Rel (  -275,  -272)  ->  Abs (   809,   -33)
	 26: Rel (  -194,     0)  ->  Abs (   615,   -33)
	 27: Rel (  -195,     0)  ->  Abs (   420,   -33)
	 28: Rel (  -275,   272)  ->  Abs (   145,   239)
	 29: Rel (     0,   192)  ->  Abs (   145,   431)
	 30: Rel (     0,   192)  ->  Abs (   145,   623)
	 31: Rel (   274,   273)  ->  Abs (   419,   896)
	 32: Rel (   196,     0)  ->  Abs (   615,   896)
	 33: Rel (   194,     0)  ->  Abs (   809,   896)
	 34: Rel (   138,  -136)  ->  Abs (   947,   760)
	 35: Rel (    36,   -37)  ->  Abs (   983,   723)
	 36: Rel (    27,   -40)  ->  Abs (  1010,   683)
	 37: Rel (    73,    44)  ->  Abs (  1083,   727)

	Glyph 1131: off = 0x000366CA, len = 372
	  numberOfContours:	1
	  xMin:			83
	  yMin:			-33
	  xMax:			1229
	  yMax:			1330

	EndPoints
	---------
	  0:  50

	  Length of Instructions:	234
	00000: NPUSHB      (23):   134    22   134    26   149    22   149    26     4   119 
	                            22   119    26   230    26   247     2   246    22   246 
	                            26     6    23 
	00025: PUSHW[3]             -8    26    -8 
	00032: PUSHB[3]             26    16    23 
	00036: PUSHW[5]             -8    22    -8    47   -16 
	00047: NPUSHB      (37):    37    44    52    32    32    14    17    17    14    12 
	                            12    14    42    42    34     0    30    19    10    29 
	                            34    14     2    24    37     4     9    39    30   160 
	                            44     1    44    44    52    34    30 
	00086: PUSHW[1]            676 
	00089: NPUSHB      (32):    32    51    29    30    15     0   111     0   143     0 
	                           208     0   224     0     5   112     0   128     0     2 
	                            16     0    32     0   176     0     3     0   107    52 
	                            15    19 
	00123: PUSHW[1]            676 
	00126: NPUSHB      (12):     0    17    16    17     2    17    51    20    30     9 
	                            14    10 
	00140: PUSHW[1]            676 
	00143: NPUSHB      (26):    12    41     0     9    16     9   160     9   176     9 
	                             4    64     9    80     9   224     9     3     9    64 
	                            13    14    52     9    58    51 
	00171: SRP0       
	00172: MIRP[srp0,nmd,rd,2] 
	00173: CALL       
	00174: DELTAP3    
	00175: DELTAP2    
	00176: MIRP[srp0,nmd,rd,0] 
	00177: MIRP[srp0,md,rd,1] 
	00178: ALIGNRP    
	00179: SRP0       
	00180: MIRP[srp0,md,rd,1] 
	00181: MIRP[srp0,nmd,rd,0] 
	00182: DELTAP1    
	00183: MIRP[srp0,md,rd,1] 
	00184: ALIGNRP    
	00185: SRP0       
	00186: MIRP[srp0,nmd,rd,2] 
	00187: DELTAP3    
	00188: DELTAP2    
	00189: DELTAP1    
	00190: MIRP[srp0,md,rd,1] 
	00191: MIRP[srp0,nmd,rd,0] 
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: SRP1       
	00195: SHP[rp1,zp0] 
	00196: MDAP[rd]   
	00197: DELTAP1    
	00198: MIRP[nrp0,md,rd,1] 
	00199: SVTCA[y-axis] 
	00200: MIAP[rd+ci] 
	00201: MIRP[nrp0,md,rd,1] 
	00202: MIAP[rd+ci] 
	00203: ALIGNRP    
	00204: MIRP[srp0,md,rd,1] 
	00205: ALIGNRP    
	00206: ALIGNRP    
	00207: ALIGNRP    
	00208: SRP1       
	00209: SHP[rp1,zp0] 
	00210: MDAP[rd]   
	00211: RTDG       
	00212: SRP1       
	00213: IP         
	00214: MDAP[rd]   
	00215: SRP1       
	00216: IP         
	00217: MDAP[rd]   
	00218: SRP1       
	00219: IP         
	00220: MDAP[rd]   
	00221: RTG        
	00222: IUP[y]     
	00223: IUP[x]     
	00224: SVTCA[x-axis] 
	00225: CALL       
	00226: SHPIX      
	00227: SHPIX      
	00228: SHPIX      
	00229: SVTCA[y-axis] 
	00230: SHPIX      
	00231: SHPIX      
	00232: DELTAP1    
	00233: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual                               On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short On
	 21:        XDual                         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:        XDual                         On
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short On
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short X-Short On
	 49:                      Y-Short X-Short Off
	 50:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1021,  1086)  ->  Abs (  1021,  1086)
	  1: Rel (     0,  -702)  ->  Abs (  1021,   384)
	  2: Rel (     0,  -176)  ->  Abs (  1021,   208)
	  3: Rel (  -235,  -241)  ->  Abs (   786,   -33)
	  4: Rel (  -168,     0)  ->  Abs (   618,   -33)
	  5: Rel (  -226,     0)  ->  Abs (   392,   -33)
	  6: Rel (  -121,   198)  ->  Abs (   271,   165)
	  7: Rel (   -61,    99)  ->  Abs (   210,   264)
	  8: Rel (     0,   120)  ->  Abs (   210,   384)
	  9: Rel (     0,   702)  ->  Abs (   210,  1086)
	 10: Rel (   -71,     0)  ->  Abs (   139,  1086)
	 11: Rel (   -56,     0)  ->  Abs (    83,  1086)
	 12: Rel (     0,    42)  ->  Abs (    83,  1128)
	 13: Rel (     0,    42)  ->  Abs (    83,  1170)
	 14: Rel (    56,     0)  ->  Abs (   139,  1170)
	 15: Rel (   310,     0)  ->  Abs (   449,  1170)
	 16: Rel (    56,     0)  ->  Abs (   505,  1170)
	 17: Rel (     0,   -42)  ->  Abs (   505,  1128)
	 18: Rel (     0,   -42)  ->  Abs (   505,  1086)
	 19: Rel (   -56,     0)  ->  Abs (   449,  1086)
	 20: Rel (  -155,     0)  ->  Abs (   294,  1086)
	 21: Rel (     0,  -702)  ->  Abs (   294,   384)
	 22: Rel (     0,  -138)  ->  Abs (   294,   246)
	 23: Rel (   189,  -195)  ->  Abs (   483,    51)
	 24: Rel (   131,     0)  ->  Abs (   614,    51)
	 25: Rel (   170,     0)  ->  Abs (   784,    51)
	 26: Rel (   102,   155)  ->  Abs (   886,   206)
	 27: Rel (    51,    79)  ->  Abs (   937,   285)
	 28: Rel (     0,    99)  ->  Abs (   937,   384)
	 29: Rel (     0,   702)  ->  Abs (   937,  1086)
	 30: Rel (  -155,     0)  ->  Abs (   782,  1086)
	 31: Rel (   -56,     0)  ->  Abs (   726,  1086)
	 32: Rel (     0,    42)  ->  Abs (   726,  1128)
	 33: Rel (     0,    42)  ->  Abs (   726,  1170)
	 34: Rel (    56,     0)  ->  Abs (   782,  1170)
	 35: Rel (   248,     0)  ->  Abs (  1030,  1170)
	 36: Rel (    63,     0)  ->  Abs (  1093,  1170)
	 37: Rel (    31,    26)  ->  Abs (  1124,  1196)
	 38: Rel (    19,    16)  ->  Abs (  1143,  1212)
	 39: Rel (     0,    55)  ->  Abs (  1143,  1267)
	 40: Rel (     0,    37)  ->  Abs (  1143,  1304)
	 41: Rel (    25,    26)  ->  Abs (  1168,  1330)
	 42: Rel (    18,     0)  ->  Abs (  1186,  1330)
	 43: Rel (    43,     0)  ->  Abs (  1229,  1330)
	 44: Rel (     0,   -64)  ->  Abs (  1229,  1266)
	 45: Rel (     0,   -21)  ->  Abs (  1229,  1245)
	 46: Rel (    -3,   -28)  ->  Abs (  1226,  1217)
	 47: Rel (    -6,   -51)  ->  Abs (  1220,  1166)
	 48: Rel (   -43,   -35)  ->  Abs (  1177,  1131)
	 49: Rel (   -53,   -45)  ->  Abs (  1124,  1086)
	 50: Rel (   -94,     0)  ->  Abs (  1030,  1086)

	Glyph 1132: off = 0x0003683E, len = 384
	  numberOfContours:	1
	  xMin:			91
	  yMin:			-33
	  xMax:			1176
	  yMax:			894

	EndPoints
	---------
	  0:  48

	  Length of Instructions:	253
	00000: NPUSHB      (11):    25     8    10    23   181    39     2    40    39     1 
	                            38 
	00013: PUSHW[1]            -20 
	00016: PUSHB[4]             19    36    52    35 
	00021: PUSHW[1]            -30 
	00024: PUSHB[4]             19    36    52    39 
	00029: PUSHW[1]            -30 
	00032: NPUSHB      (52):    19    36    52    16    16    13    19    43    43    28 
	                            30    30    28    39    20    32    37    12    34    15 
	                            47     1    47    47     5     7    41    28    34    45 
	                            32     6    13    34    19    10    37    33    22    11 
	                             8    32     2     2    16    70    47    13    32    40 
	                            45    41 
	00086: PUSHW[1]            686 
	00089: NPUSHB      (10):    15    43    31    43     2    43    78    20    20    40 
	00101: PUSHW[1]            -64 
	00104: PUSHB[4]              9    15    52    40 
	00109: PUSHW[1]            675 
	00112: PUSHB[6]             50    34    32    27    32    28 
	00119: PUSHW[1]            686 
	00122: PUSHB[6]             30    47   207    27     1    27 
	00129: PUSHW[1]            -64 
	00132: PUSHB[4]             13    15    52    27 
	00137: PUSHW[2]            491    49 
	00142: SRP0       
	00143: MIRP[srp0,nmd,rd,2] 
	00144: CALL       
	00145: DELTAP1    
	00146: MIRP[srp0,nmd,rd,0] 
	00147: MIRP[srp0,md,rd,1] 
	00148: ALIGNRP    
	00149: SRP0       
	00150: MIRP[nrp0,md,rd,1] 
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,0] 
	00153: CALL       
	00154: ALIGNRP    
	00155: SRP0       
	00156: MIRP[srp0,md,rd,1] 
	00157: DELTAP1    
	00158: MIRP[srp0,md,rd,1] 
	00159: ALIGNRP    
	00160: SRP0       
	00161: MIRP[srp0,md,rd,1] 
	00162: ALIGNRP    
	00163: MIRP[nrp0,nmd,rd,0] 
	00164: SHP[rp1,zp0] 
	00165: MDAP[rd]   
	00166: MIRP[nrp0,md,rd,1] 
	00167: SVTCA[y-axis] 
	00168: MIAP[rd+ci] 
	00169: MIRP[nrp0,md,rd,1] 
	00170: MIAP[rd+ci] 
	00171: MIRP[nrp0,md,rd,1] 
	00172: MIAP[rd+ci] 
	00173: ALIGNRP    
	00174: MIRP[srp0,md,rd,1] 
	00175: ALIGNRP    
	00176: MIAP[rd+ci] 
	00177: SHP[rp1,zp0] 
	00178: MDAP[rd]   
	00179: DELTAP1    
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP1       
	00182: SRP2       
	00183: IP         
	00184: IP         
	00185: RTDG       
	00186: SRP1       
	00187: IP         
	00188: MDAP[rd]   
	00189: SRP1       
	00190: IP         
	00191: MDAP[rd]   
	00192: SRP1       
	00193: SRP2       
	00194: IP         
	00195: MDAP[rd]   
	00196: RTG        
	00197: PUSHB[2]              6     2 
	00200: RS         
	00201: EQ         
	00202: IF         
	00203: NPUSHB      (10):    20    64    27    36    52    20    32    17    26    52 
	00215: SVTCA[y-axis] 
	00216: CALL       
	00217: CALL       
	00218: EIF        
	00219: IUP[y]     
	00220: IUP[x]     
	00221: SVTCA[y-axis] 
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: DELTAP1    
	00226: DELTAP2    
	00227: RS         
	00228: JROF       
	00229: NPUSHB      (16):    35    36    23    25    24    37    36    23    34    40 
	                             0    35    25    37    40     0 
	00247: CALL       
	00248: SVTCA[x-axis] 
	00249: CALL       
	00250: CALL       
	00251: FLIPRGON   
	00252: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short         On
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:        XDual                         On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short On
	 34:        XDual                         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:        XDual                         On
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short On
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1071,   760)  ->  Abs (  1071,   760)
	  1: Rel (    19,    16)  ->  Abs (  1090,   776)
	  2: Rel (     0,    55)  ->  Abs (  1090,   831)
	  3: Rel (     0,    37)  ->  Abs (  1090,   868)
	  4: Rel (    25,    26)  ->  Abs (  1115,   894)
	  5: Rel (    18,     0)  ->  Abs (  1133,   894)
	  6: Rel (    17,     0)  ->  Abs (  1150,   894)
	  7: Rel (    26,   -32)  ->  Abs (  1176,   862)
	  8: Rel (     0,   -30)  ->  Abs (  1176,   832)
	  9: Rel (     0,   -84)  ->  Abs (  1176,   748)
	 10: Rel (   -51,   -47)  ->  Abs (  1125,   701)
	 11: Rel (   -51,   -41)  ->  Abs (  1074,   660)
	 12: Rel (   -88,    -1)  ->  Abs (   986,   659)
	 13: Rel (     0,  -575)  ->  Abs (   986,    84)
	 14: Rel (    71,     0)  ->  Abs (  1057,    84)
	 15: Rel (    56,     0)  ->  Abs (  1113,    84)
	 16: Rel (     0,   -42)  ->  Abs (  1113,    42)
	 17: Rel (     0,   -42)  ->  Abs (  1113,     0)
	 18: Rel (   -56,     0)  ->  Abs (  1057,     0)
	 19: Rel (  -155,     0)  ->  Abs (   902,     0)
	 20: Rel (     0,   123)  ->  Abs (   902,   123)
	 21: Rel (  -172,  -156)  ->  Abs (   730,   -33)
	 22: Rel (  -200,     0)  ->  Abs (   530,   -33)
	 23: Rel (  -123,     0)  ->  Abs (   407,   -33)
	 24: Rel (   -64,    67)  ->  Abs (   343,    34)
	 25: Rel (   -83,    88)  ->  Abs (   260,   122)
	 26: Rel (     0,   117)  ->  Abs (   260,   239)
	 27: Rel (     0,   542)  ->  Abs (   260,   781)
	 28: Rel (  -113,     0)  ->  Abs (   147,   781)
	 29: Rel (   -56,     0)  ->  Abs (    91,   781)
	 30: Rel (     0,    43)  ->  Abs (    91,   824)
	 31: Rel (     0,    42)  ->  Abs (    91,   866)
	 32: Rel (    56,     0)  ->  Abs (   147,   866)
	 33: Rel (   197,     0)  ->  Abs (   344,   866)
	 34: Rel (     0,  -627)  ->  Abs (   344,   239)
	 35: Rel (     0,   -82)  ->  Abs (   344,   157)
	 36: Rel (   104,  -106)  ->  Abs (   448,    51)
	 37: Rel (    78,     0)  ->  Abs (   526,    51)
	 38: Rel (   205,     0)  ->  Abs (   731,    51)
	 39: Rel (   171,   188)  ->  Abs (   902,   239)
	 40: Rel (     0,   542)  ->  Abs (   902,   781)
	 41: Rel (  -155,     0)  ->  Abs (   747,   781)
	 42: Rel (   -56,     0)  ->  Abs (   691,   781)
	 43: Rel (     0,    43)  ->  Abs (   691,   824)
	 44: Rel (     0,    42)  ->  Abs (   691,   866)
	 45: Rel (    56,     0)  ->  Abs (   747,   866)
	 46: Rel (   239,     0)  ->  Abs (   986,   866)
	 47: Rel (     0,  -132)  ->  Abs (   986,   734)
	 48: Rel (    53,    -1)  ->  Abs (  1039,   733)

	Glyph 1133: off = 0x000369BE, len = 112
	  numberOfContours:	1
	  xMin:			449
	  yMin:			1396
	  xMax:			852
	  yMax:			1608

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	53
	00000: NPUSHB      (19):     0    16    13    17    52     6    64    59    60    52 
	                           127     6     1    31     6    47     6     2     6 
	00021: PUSHW[1]            -64 
	00024: PUSHB[6]             11    15    52     6     6    13 
	00031: PUSHW[1]            960 
	00034: PUSHB[3]              4     4    11 
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: SVTCA[y-axis] 
	00042: MIAP[rd+ci] 
	00043: SHP[rp1,zp0] 
	00044: MDAP[rd]   
	00045: CALL       
	00046: DELTAP2    
	00047: DELTAP3    
	00048: CALL       
	00049: IUP[y]     
	00050: IUP[x]     
	00051: SVTCA[x-axis] 
	00052: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short         On
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short         On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   520,  1597)  ->  Abs (   520,  1597)
	  1: Rel (   291,  -111)  ->  Abs (   811,  1486)
	  2: Rel (    30,   -16)  ->  Abs (   841,  1470)
	  3: Rel (    11,    -9)  ->  Abs (   852,  1461)
	  4: Rel (     0,   -20)  ->  Abs (   852,  1441)
	  5: Rel (     0,   -29)  ->  Abs (   852,  1412)
	  6: Rel (   -29,   -11)  ->  Abs (   823,  1401)
	  7: Rel (   -14,    -5)  ->  Abs (   809,  1396)
	  8: Rel (   -28,    11)  ->  Abs (   781,  1407)
	  9: Rel (  -292,   111)  ->  Abs (   489,  1518)
	 10: Rel (   -40,    15)  ->  Abs (   449,  1533)
	 11: Rel (     0,    30)  ->  Abs (   449,  1563)
	 12: Rel (     0,    30)  ->  Abs (   449,  1593)
	 13: Rel (    28,    10)  ->  Abs (   477,  1603)
	 14: Rel (    14,     5)  ->  Abs (   491,  1608)

	Glyph 1134: off = 0x00036A2E, len = 112
	  numberOfContours:	1
	  xMin:			409
	  yMin:			1396
	  xMax:			812
	  yMax:			1608

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	53
	00000: NPUSHB      (19):     0    16    13    17    52     6    64    59    60    52 
	                           127     6     1    31     6    47     6     2     6 
	00021: PUSHW[1]            -64 
	00024: PUSHB[6]             11    15    52     6     6    13 
	00031: PUSHW[1]            960 
	00034: PUSHB[3]              4     4    11 
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: SVTCA[y-axis] 
	00042: MIAP[rd+ci] 
	00043: SHP[rp1,zp0] 
	00044: MDAP[rd]   
	00045: CALL       
	00046: DELTAP2    
	00047: DELTAP3    
	00048: CALL       
	00049: IUP[y]     
	00050: IUP[x]     
	00051: SVTCA[x-axis] 
	00052: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short         On
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short         On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   480,  1597)  ->  Abs (   480,  1597)
	  1: Rel (   291,  -111)  ->  Abs (   771,  1486)
	  2: Rel (    30,   -16)  ->  Abs (   801,  1470)
	  3: Rel (    11,    -9)  ->  Abs (   812,  1461)
	  4: Rel (     0,   -20)  ->  Abs (   812,  1441)
	  5: Rel (     0,   -29)  ->  Abs (   812,  1412)
	  6: Rel (   -29,   -11)  ->  Abs (   783,  1401)
	  7: Rel (   -14,    -5)  ->  Abs (   769,  1396)
	  8: Rel (   -28,    11)  ->  Abs (   741,  1407)
	  9: Rel (  -292,   111)  ->  Abs (   449,  1518)
	 10: Rel (   -40,    15)  ->  Abs (   409,  1533)
	 11: Rel (     0,    30)  ->  Abs (   409,  1563)
	 12: Rel (     0,    30)  ->  Abs (   409,  1593)
	 13: Rel (    28,    10)  ->  Abs (   437,  1603)
	 14: Rel (    14,     5)  ->  Abs (   451,  1608)

	Glyph 1135: off = 0x00036A9E, len = 116
	  numberOfContours:	1
	  xMin:			408
	  yMin:			1295
	  xMax:			750
	  yMax:			1603

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	62
	00000: PUSHB[6]              1    24    15    17    52     9 
	00007: PUSHW[1]            -24 
	00010: NPUSHB       (9):     9    10    52     1    24     9    10    52     6 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]              9    10    52     6 
	00029: PUSHW[3]            498    13   960 
	00036: NPUSHB       (9):     4     4     0    11     1    48    11     1    11 
	00047: MDAP[rd]   
	00048: DELTAP1    
	00049: DELTAP2    
	00050: SHP[rp1,zp0] 
	00051: MDAP[rd]   
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: CALL       
	00056: IUP[y]     
	00057: IUP[x]     
	00058: SVTCA[y-axis] 
	00059: CALL       
	00060: CALL       
	00061: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   489,  1583)  ->  Abs (   489,  1583)
	  1: Rel (   236,  -204)  ->  Abs (   725,  1379)
	  2: Rel (    22,   -25)  ->  Abs (   747,  1354)
	  3: Rel (     3,    -5)  ->  Abs (   750,  1349)
	  4: Rel (     0,   -11)  ->  Abs (   750,  1338)
	  5: Rel (     0,   -43)  ->  Abs (   750,  1295)
	  6: Rel (   -43,     0)  ->  Abs (   707,  1295)
	  7: Rel (   -15,     0)  ->  Abs (   692,  1295)
	  8: Rel (   -23,    20)  ->  Abs (   669,  1315)
	  9: Rel (  -236,   204)  ->  Abs (   433,  1519)
	 10: Rel (   -25,    22)  ->  Abs (   408,  1541)
	 11: Rel (     0,    19)  ->  Abs (   408,  1560)
	 12: Rel (     0,    43)  ->  Abs (   408,  1603)
	 13: Rel (    43,     0)  ->  Abs (   451,  1603)
	 14: Rel (    15,     0)  ->  Abs (   466,  1603)

	Glyph 1136: off = 0x00036B12, len = 116
	  numberOfContours:	1
	  xMin:			452
	  yMin:			1396
	  xMax:			855
	  yMax:			1608

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	56
	00000: PUSHW[2]             14   -16 
	00005: NPUSHB      (17):    13    17    52     8    64    59    60    52   127     8 
	                             1    31     8    47     8     2     8 
	00024: PUSHW[1]            -64 
	00027: PUSHB[6]             11    15    52     8     8     1 
	00034: PUSHW[1]            960 
	00037: PUSHB[3]              3     3    10 
	00041: MDAP[rd]   
	00042: SHP[rp1,zp0] 
	00043: MDAP[rd]   
	00044: SVTCA[y-axis] 
	00045: MIAP[rd+ci] 
	00046: SHP[rp1,zp0] 
	00047: MDAP[rd]   
	00048: CALL       
	00049: DELTAP2    
	00050: DELTAP3    
	00051: CALL       
	00052: IUP[y]     
	00053: IUP[x]     
	00054: SVTCA[x-axis] 
	00055: CALL       

	Flags
	-----
	  0:                                      Off
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short         On
	  7:                      Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short         On

	Coordinates
	-----------
	  0: Rel (   812,  1608)  ->  Abs (   812,  1608)
	  1: Rel (    14,    -5)  ->  Abs (   826,  1603)
	  2: Rel (    29,   -10)  ->  Abs (   855,  1593)
	  3: Rel (     0,   -30)  ->  Abs (   855,  1563)
	  4: Rel (     0,   -30)  ->  Abs (   855,  1533)
	  5: Rel (   -41,   -15)  ->  Abs (   814,  1518)
	  6: Rel (  -291,  -111)  ->  Abs (   523,  1407)
	  7: Rel (   -29,   -11)  ->  Abs (   494,  1396)
	  8: Rel (   -14,     5)  ->  Abs (   480,  1401)
	  9: Rel (   -28,    11)  ->  Abs (   452,  1412)
	 10: Rel (     0,    29)  ->  Abs (   452,  1441)
	 11: Rel (     0,    20)  ->  Abs (   452,  1461)
	 12: Rel (    11,     9)  ->  Abs (   463,  1470)
	 13: Rel (    29,    16)  ->  Abs (   492,  1486)
	 14: Rel (   292,   111)  ->  Abs (   784,  1597)

	Glyph 1137: off = 0x00036B86, len = 116
	  numberOfContours:	1
	  xMin:			459
	  yMin:			1396
	  xMax:			862
	  yMax:			1608

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	56
	00000: PUSHW[2]             14   -16 
	00005: NPUSHB      (17):    13    17    52     8    64    59    60    52   127     8 
	                             1    31     8    47     8     2     8 
	00024: PUSHW[1]            -64 
	00027: PUSHB[6]             11    15    52     8     8     1 
	00034: PUSHW[1]            960 
	00037: PUSHB[3]              3     3    10 
	00041: MDAP[rd]   
	00042: SHP[rp1,zp0] 
	00043: MDAP[rd]   
	00044: SVTCA[y-axis] 
	00045: MIAP[rd+ci] 
	00046: SHP[rp1,zp0] 
	00047: MDAP[rd]   
	00048: CALL       
	00049: DELTAP2    
	00050: DELTAP3    
	00051: CALL       
	00052: IUP[y]     
	00053: IUP[x]     
	00054: SVTCA[x-axis] 
	00055: CALL       

	Flags
	-----
	  0:                                      Off
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short         On
	  7:                      Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short         On

	Coordinates
	-----------
	  0: Rel (   819,  1608)  ->  Abs (   819,  1608)
	  1: Rel (    14,    -5)  ->  Abs (   833,  1603)
	  2: Rel (    29,   -10)  ->  Abs (   862,  1593)
	  3: Rel (     0,   -30)  ->  Abs (   862,  1563)
	  4: Rel (     0,   -30)  ->  Abs (   862,  1533)
	  5: Rel (   -41,   -15)  ->  Abs (   821,  1518)
	  6: Rel (  -291,  -111)  ->  Abs (   530,  1407)
	  7: Rel (   -29,   -11)  ->  Abs (   501,  1396)
	  8: Rel (   -14,     5)  ->  Abs (   487,  1401)
	  9: Rel (   -28,    11)  ->  Abs (   459,  1412)
	 10: Rel (     0,    29)  ->  Abs (   459,  1441)
	 11: Rel (     0,    20)  ->  Abs (   459,  1461)
	 12: Rel (    11,     9)  ->  Abs (   470,  1470)
	 13: Rel (    29,    16)  ->  Abs (   499,  1486)
	 14: Rel (   292,   111)  ->  Abs (   791,  1597)

	Glyph 1138: off = 0x00036BFA, len = 106
	  numberOfContours:	1
	  xMin:			448
	  yMin:			1295
	  xMax:			790
	  yMax:			1603

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	53
	00000: PUSHB[6]             13    24    15    17    52     5 
	00007: PUSHW[1]            -24 
	00010: NPUSHB       (9):     9    10    52    13    24     9    10    52     8 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]              9    10    52     8 
	00029: PUSHW[3]            498     1   960 
	00036: PUSHB[3]              3     3    10 
	00040: MDAP[rd]   
	00041: SHP[rp1,zp0] 
	00042: MDAP[rd]   
	00043: SVTCA[y-axis] 
	00044: MIAP[rd+ci] 
	00045: MIRP[nrp0,md,rd,1] 
	00046: CALL       
	00047: IUP[y]     
	00048: IUP[x]     
	00049: SVTCA[y-axis] 
	00050: CALL       
	00051: CALL       
	00052: CALL       

	Flags
	-----
	  0:                                      Off
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual Rep-  2 Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   732,  1603)  ->  Abs (   732,  1603)
	  1: Rel (    15,     0)  ->  Abs (   747,  1603)
	  2: Rel (    43,     0)  ->  Abs (   790,  1603)
	  3: Rel (     0,   -43)  ->  Abs (   790,  1560)
	  4: Rel (     0,   -19)  ->  Abs (   790,  1541)
	  5: Rel (   -25,   -22)  ->  Abs (   765,  1519)
	  6: Rel (  -236,  -204)  ->  Abs (   529,  1315)
	  7: Rel (   -23,   -20)  ->  Abs (   506,  1295)
	  8: Rel (   -15,     0)  ->  Abs (   491,  1295)
	  9: Rel (   -43,     0)  ->  Abs (   448,  1295)
	 10: Rel (     0,    43)  ->  Abs (   448,  1338)
	 11: Rel (     0,    11)  ->  Abs (   448,  1349)
	 12: Rel (     3,     5)  ->  Abs (   451,  1354)
	 13: Rel (    22,    25)  ->  Abs (   473,  1379)
	 14: Rel (   236,   204)  ->  Abs (   709,  1583)

	Glyph 1139: off = 0x00036C64, len = 184
	  numberOfContours:	1
	  xMin:			443
	  yMin:			1306
	  xMax:			765
	  yMax:			1563

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	103
	00000: PUSHW[2]             19   -64 
	00005: PUSHB[7]              9    21    52     8     8    26    15 
	00013: PUSHW[4]            475     4    26   475 
	00022: PUSHB[3]             20    64    20 
	00026: PUSHW[1]            -64 
	00029: PUSHB[5]              9    17    52    20    23 
	00035: PUSHW[3]            651    18   475 
	00042: PUSHB[3]              2     2    21 
	00046: PUSHW[1]            475 
	00049: PUSHB[4]             25    10    10    25 
	00054: PUSHW[1]            -64 
	00057: PUSHB[7]             70    76    52     0    25     1    25 
	00065: PUSHW[1]            -64 
	00068: PUSHB[4]             18    21    52    25 
	00073: MDAP[rd]   
	00074: CALL       
	00075: DELTAP2    
	00076: CALL       
	00077: SHP[rp1,zp0] 
	00078: MDAP[rd]   
	00079: SRP0       
	00080: MIRP[nrp0,md,rd,1] 
	00081: SHP[rp2,zp1] 
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MIAP[rd+ci] 
	00086: MDRP[nrp0,md,rd,1] 
	00087: CALL       
	00088: SVTCA[y-axis] 
	00089: SMD        
	00090: RTG        
	00091: SRP0       
	00092: FLIPON     
	00093: MIRP[srp0,md,rd,1] 
	00094: MDRP[srp0,nmd,rd,2] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP2       
	00097: IP         
	00098: MDAP[rd]   
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   626,  1402)  ->  Abs (   626,  1402)
	  1: Rel (    76,     0)  ->  Abs (   702,  1402)
	  2: Rel (     2,    42)  ->  Abs (   704,  1444)
	  3: Rel (     0,    59)  ->  Abs (   704,  1503)
	  4: Rel (   -83,     0)  ->  Abs (   621,  1503)
	  5: Rel (   -57,     0)  ->  Abs (   564,  1503)
	  6: Rel (   -68,   -38)  ->  Abs (   496,  1465)
	  7: Rel (   -13,    -7)  ->  Abs (   483,  1458)
	  8: Rel (   -10,     0)  ->  Abs (   473,  1458)
	  9: Rel (   -30,     0)  ->  Abs (   443,  1458)
	 10: Rel (     0,    30)  ->  Abs (   443,  1488)
	 11: Rel (     0,    12)  ->  Abs (   443,  1500)
	 12: Rel (    10,    11)  ->  Abs (   453,  1511)
	 13: Rel (    14,    16)  ->  Abs (   467,  1527)
	 14: Rel (   109,    36)  ->  Abs (   576,  1563)
	 15: Rel (    45,     0)  ->  Abs (   621,  1563)
	 16: Rel (    67,     0)  ->  Abs (   688,  1563)
	 17: Rel (    77,   -66)  ->  Abs (   765,  1497)
	 18: Rel (     0,   -51)  ->  Abs (   765,  1446)
	 19: Rel (    -2,   -84)  ->  Abs (   763,  1362)
	 20: Rel (  -118,   -17)  ->  Abs (   645,  1345)
	 21: Rel (     0,   -14)  ->  Abs (   645,  1331)
	 22: Rel (     0,   -25)  ->  Abs (   645,  1306)
	 23: Rel (   -30,     0)  ->  Abs (   615,  1306)
	 24: Rel (   -30,     0)  ->  Abs (   585,  1306)
	 25: Rel (     0,    25)  ->  Abs (   585,  1331)
	 26: Rel (     0,    71)  ->  Abs (   585,  1402)

	Glyph 1140: off = 0x00036D1C, len = 180
	  numberOfContours:	1
	  xMin:			453
	  yMin:			1432
	  xMax:			743
	  yMax:			1603

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	105
	00000: PUSHW[2]             17   -64 
	00005: NPUSHB      (10):     9    39    52     8     8     4    24    21    21    18 
	00017: PUSHW[1]            291 
	00020: PUSHB[8]             24    64    16    22    52    24    24     4 
	00029: PUSHW[5]            291    14   960    16   475 
	00040: PUSHB[3]              2    64     2 
	00044: PUSHW[1]            -64 
	00047: PUSHB[6]             21    22    52     2     2    19 
	00054: PUSHW[1]            475 
	00057: NPUSHB      (10):    23    64    10    64    24    30    52    10    10    23 
	00069: MDAP[rd]   
	00070: SHP[rp1,zp0] 
	00071: MDAP[rd]   
	00072: CALL       
	00073: SVTCA[x-axis] 
	00074: SMD        
	00075: RTG        
	00076: SRP0       
	00077: FLIPON     
	00078: MIRP[nrp0,md,rd,1] 
	00079: SHP[rp2,zp1] 
	00080: MDAP[rd]   
	00081: CALL       
	00082: SVTCA[x-axis] 
	00083: SMD        
	00084: RTG        
	00085: SRP0       
	00086: FLIPON     
	00087: MIRP[nrp0,md,rd,1] 
	00088: SVTCA[y-axis] 
	00089: MIAP[rd+ci] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: SHP[rp2,zp1] 
	00092: MDAP[rd]   
	00093: CALL       
	00094: MIRP[nrp0,md,rd,1] 
	00095: SHP[rp2,zp1] 
	00096: MDAP[rd]   
	00097: SRP1       
	00098: SRP2       
	00099: IP         
	00100: MDAP[rd]   
	00101: IUP[y]     
	00102: IUP[x]     
	00103: SVTCA[x-axis] 
	00104: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   619,  1501)  ->  Abs (   619,  1501)
	  1: Rel (    69,     0)  ->  Abs (   688,  1501)
	  2: Rel (     0,    31)  ->  Abs (   688,  1532)
	  3: Rel (     0,    35)  ->  Abs (   688,  1567)
	  4: Rel (   -75,     0)  ->  Abs (   613,  1567)
	  5: Rel (   -51,     0)  ->  Abs (   562,  1567)
	  6: Rel (   -61,   -23)  ->  Abs (   501,  1544)
	  7: Rel (   -12,    -4)  ->  Abs (   489,  1540)
	  8: Rel (    -9,     0)  ->  Abs (   480,  1540)
	  9: Rel (   -27,     0)  ->  Abs (   453,  1540)
	 10: Rel (     0,    18)  ->  Abs (   453,  1558)
	 11: Rel (     0,     7)  ->  Abs (   453,  1565)
	 12: Rel (     9,     7)  ->  Abs (   462,  1572)
	 13: Rel (    41,    31)  ->  Abs (   503,  1603)
	 14: Rel (   110,     0)  ->  Abs (   613,  1603)
	 15: Rel (   130,     0)  ->  Abs (   743,  1603)
	 16: Rel (     0,   -70)  ->  Abs (   743,  1533)
	 17: Rel (     0,   -56)  ->  Abs (   743,  1477)
	 18: Rel (  -106,   -10)  ->  Abs (   637,  1467)
	 19: Rel (     1,   -11)  ->  Abs (   638,  1456)
	 20: Rel (     0,   -24)  ->  Abs (   638,  1432)
	 21: Rel (   -27,     0)  ->  Abs (   611,  1432)
	 22: Rel (   -27,     0)  ->  Abs (   584,  1432)
	 23: Rel (     0,    24)  ->  Abs (   584,  1456)
	 24: Rel (    -1,    45)  ->  Abs (   583,  1501)

	Glyph 1141: off = 0x00036DD0, len = 178
	  numberOfContours:	1
	  xMin:			427
	  yMin:			1317
	  xMax:			749
	  yMax:			1603

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	97
	00000: PUSHW[2]             19   -64 
	00005: NPUSHB      (10):     9    21    52     8     8     4    26    23    23    20 
	00017: PUSHW[1]            475 
	00020: PUSHB[6]             31    26     1    26    26     4 
	00027: PUSHW[5]            475    15   960    18   475 
	00038: PUSHB[3]              2     2    21 
	00042: PUSHW[1]            475 
	00045: PUSHB[4]             25    10    10    25 
	00050: PUSHW[1]            -64 
	00053: PUSHB[7]             70    76    52     0    25     1    25 
	00061: PUSHW[1]            -64 
	00064: PUSHB[4]             18    21    52    25 
	00069: MDAP[rd]   
	00070: CALL       
	00071: DELTAP2    
	00072: CALL       
	00073: SHP[rp1,zp0] 
	00074: MDAP[rd]   
	00075: SRP0       
	00076: MIRP[nrp0,md,rd,1] 
	00077: SHP[rp2,zp1] 
	00078: MDAP[rd]   
	00079: MIRP[nrp0,md,rd,1] 
	00080: SVTCA[y-axis] 
	00081: MIAP[rd+ci] 
	00082: MIRP[nrp0,md,rd,1] 
	00083: SHP[rp2,zp1] 
	00084: MDAP[rd]   
	00085: DELTAP1    
	00086: MIRP[nrp0,md,rd,1] 
	00087: SHP[rp2,zp1] 
	00088: MDAP[rd]   
	00089: SRP1       
	00090: SRP2       
	00091: IP         
	00092: MDAP[rd]   
	00093: IUP[y]     
	00094: IUP[x]     
	00095: SVTCA[x-axis] 
	00096: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   612,  1433)  ->  Abs (   612,  1433)
	  1: Rel (    76,     0)  ->  Abs (   688,  1433)
	  2: Rel (     0,    51)  ->  Abs (   688,  1484)
	  3: Rel (     0,    59)  ->  Abs (   688,  1543)
	  4: Rel (   -83,     0)  ->  Abs (   605,  1543)
	  5: Rel (   -57,     0)  ->  Abs (   548,  1543)
	  6: Rel (   -68,   -38)  ->  Abs (   480,  1505)
	  7: Rel (   -13,    -7)  ->  Abs (   467,  1498)
	  8: Rel (   -10,     0)  ->  Abs (   457,  1498)
	  9: Rel (   -30,     0)  ->  Abs (   427,  1498)
	 10: Rel (     0,    30)  ->  Abs (   427,  1528)
	 11: Rel (     0,    12)  ->  Abs (   427,  1540)
	 12: Rel (    10,    11)  ->  Abs (   437,  1551)
	 13: Rel (    14,    16)  ->  Abs (   451,  1567)
	 14: Rel (   109,    36)  ->  Abs (   560,  1603)
	 15: Rel (    45,     0)  ->  Abs (   605,  1603)
	 16: Rel (    67,     0)  ->  Abs (   672,  1603)
	 17: Rel (    77,   -66)  ->  Abs (   749,  1537)
	 18: Rel (     0,   -51)  ->  Abs (   749,  1486)
	 19: Rel (     0,   -93)  ->  Abs (   749,  1393)
	 20: Rel (  -118,   -17)  ->  Abs (   631,  1376)
	 21: Rel (    -1,   -19)  ->  Abs (   630,  1357)
	 22: Rel (     0,   -40)  ->  Abs (   630,  1317)
	 23: Rel (   -30,     0)  ->  Abs (   600,  1317)
	 24: Rel (   -30,     0)  ->  Abs (   570,  1317)
	 25: Rel (     0,    40)  ->  Abs (   570,  1357)
	 26: Rel (     1,    76)  ->  Abs (   571,  1433)

	Glyph 1142: off = 0x00036E82, len = 180
	  numberOfContours:	1
	  xMin:			441
	  yMin:			1432
	  xMax:			731
	  yMax:			1603

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	105
	00000: PUSHW[2]             17   -64 
	00005: NPUSHB      (10):     9    39    52     8     8     4    24    21    21    18 
	00017: PUSHW[1]            291 
	00020: PUSHB[8]             24    64    16    22    52    24    24     4 
	00029: PUSHW[5]            291    14   960    16   475 
	00040: PUSHB[3]              2    64     2 
	00044: PUSHW[1]            -64 
	00047: PUSHB[6]             20    22    52     2     2    19 
	00054: PUSHW[1]            475 
	00057: NPUSHB      (10):    23    64    10    64    24    30    52    10    10    23 
	00069: MDAP[rd]   
	00070: SHP[rp1,zp0] 
	00071: MDAP[rd]   
	00072: CALL       
	00073: SVTCA[x-axis] 
	00074: SMD        
	00075: RTG        
	00076: SRP0       
	00077: FLIPON     
	00078: MIRP[nrp0,md,rd,1] 
	00079: SHP[rp2,zp1] 
	00080: MDAP[rd]   
	00081: CALL       
	00082: SVTCA[x-axis] 
	00083: SMD        
	00084: RTG        
	00085: SRP0       
	00086: FLIPON     
	00087: MIRP[nrp0,md,rd,1] 
	00088: SVTCA[y-axis] 
	00089: MIAP[rd+ci] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: SHP[rp2,zp1] 
	00092: MDAP[rd]   
	00093: CALL       
	00094: MIRP[nrp0,md,rd,1] 
	00095: SHP[rp2,zp1] 
	00096: MDAP[rd]   
	00097: SRP1       
	00098: SRP2       
	00099: IP         
	00100: MDAP[rd]   
	00101: IUP[y]     
	00102: IUP[x]     
	00103: SVTCA[x-axis] 
	00104: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   607,  1501)  ->  Abs (   607,  1501)
	  1: Rel (    69,     0)  ->  Abs (   676,  1501)
	  2: Rel (     0,    31)  ->  Abs (   676,  1532)
	  3: Rel (     0,    35)  ->  Abs (   676,  1567)
	  4: Rel (   -75,     0)  ->  Abs (   601,  1567)
	  5: Rel (   -51,     0)  ->  Abs (   550,  1567)
	  6: Rel (   -61,   -23)  ->  Abs (   489,  1544)
	  7: Rel (   -12,    -4)  ->  Abs (   477,  1540)
	  8: Rel (    -9,     0)  ->  Abs (   468,  1540)
	  9: Rel (   -27,     0)  ->  Abs (   441,  1540)
	 10: Rel (     0,    18)  ->  Abs (   441,  1558)
	 11: Rel (     0,     7)  ->  Abs (   441,  1565)
	 12: Rel (     9,     7)  ->  Abs (   450,  1572)
	 13: Rel (    41,    31)  ->  Abs (   491,  1603)
	 14: Rel (   110,     0)  ->  Abs (   601,  1603)
	 15: Rel (   130,     0)  ->  Abs (   731,  1603)
	 16: Rel (     0,   -70)  ->  Abs (   731,  1533)
	 17: Rel (     0,   -56)  ->  Abs (   731,  1477)
	 18: Rel (  -106,   -10)  ->  Abs (   625,  1467)
	 19: Rel (     1,   -11)  ->  Abs (   626,  1456)
	 20: Rel (     0,   -24)  ->  Abs (   626,  1432)
	 21: Rel (   -27,     0)  ->  Abs (   599,  1432)
	 22: Rel (   -27,     0)  ->  Abs (   572,  1432)
	 23: Rel (     0,    24)  ->  Abs (   572,  1456)
	 24: Rel (    -1,    45)  ->  Abs (   571,  1501)

	Glyph 1143: off = 0x00036F36, len = 186
	  numberOfContours:	1
	  xMin:			299
	  yMin:			1375
	  xMax:			937
	  yMax:			1581

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	95
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (36):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    22 
	00048: PUSHW[1]            960 
	00051: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SMD        
	00071: RDTG       
	00072: MDRP[nrp0,md,rd,1] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: SVTCA[y-axis] 
	00077: SMD        
	00078: RTG        
	00079: SRP0       
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   895,  1541)  ->  Abs (   895,  1541)
	  1: Rel (    42,     0)  ->  Abs (   937,  1541)
	  2: Rel (     0,   -39)  ->  Abs (   937,  1502)
	  3: Rel (     0,   -17)  ->  Abs (   937,  1485)
	  4: Rel (   -13,   -15)  ->  Abs (   924,  1470)
	  5: Rel (   -38,   -44)  ->  Abs (   886,  1426)
	  6: Rel (   -57,   -30)  ->  Abs (   829,  1396)
	  7: Rel (   -39,   -21)  ->  Abs (   790,  1375)
	  8: Rel (   -40,     0)  ->  Abs (   750,  1375)
	  9: Rel (   -64,     0)  ->  Abs (   686,  1375)
	 10: Rel (  -109,    79)  ->  Abs (   577,  1454)
	 11: Rel (   -58,    43)  ->  Abs (   519,  1497)
	 12: Rel (   -32,     0)  ->  Abs (   487,  1497)
	 13: Rel (   -40,     0)  ->  Abs (   447,  1497)
	 14: Rel (   -61,   -56)  ->  Abs (   386,  1441)
	 15: Rel (   -27,   -25)  ->  Abs (   359,  1416)
	 16: Rel (   -19,     0)  ->  Abs (   340,  1416)
	 17: Rel (   -41,     0)  ->  Abs (   299,  1416)
	 18: Rel (     0,    40)  ->  Abs (   299,  1456)
	 19: Rel (     0,    27)  ->  Abs (   299,  1483)
	 20: Rel (    51,    39)  ->  Abs (   350,  1522)
	 21: Rel (    77,    59)  ->  Abs (   427,  1581)
	 22: Rel (    59,     0)  ->  Abs (   486,  1581)
	 23: Rel (    56,     0)  ->  Abs (   542,  1581)
	 24: Rel (   106,   -73)  ->  Abs (   648,  1508)
	 25: Rel (    70,   -48)  ->  Abs (   718,  1460)
	 26: Rel (    32,     0)  ->  Abs (   750,  1460)
	 27: Rel (    37,     0)  ->  Abs (   787,  1460)
	 28: Rel (    78,    68)  ->  Abs (   865,  1528)
	 29: Rel (    15,    13)  ->  Abs (   880,  1541)

	Glyph 1144: off = 0x00036FF0, len = 186
	  numberOfContours:	1
	  xMin:			292
	  yMin:			1397
	  xMax:			930
	  yMax:			1603

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	95
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (36):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    22 
	00048: PUSHW[1]            960 
	00051: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SMD        
	00071: RDTG       
	00072: MDRP[nrp0,md,rd,1] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: SVTCA[y-axis] 
	00077: SMD        
	00078: RTG        
	00079: SRP0       
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   888,  1563)  ->  Abs (   888,  1563)
	  1: Rel (    42,     0)  ->  Abs (   930,  1563)
	  2: Rel (     0,   -39)  ->  Abs (   930,  1524)
	  3: Rel (     0,   -18)  ->  Abs (   930,  1506)
	  4: Rel (   -13,   -14)  ->  Abs (   917,  1492)
	  5: Rel (   -39,   -44)  ->  Abs (   878,  1448)
	  6: Rel (   -56,   -30)  ->  Abs (   822,  1418)
	  7: Rel (   -40,   -21)  ->  Abs (   782,  1397)
	  8: Rel (   -39,     0)  ->  Abs (   743,  1397)
	  9: Rel (   -65,     0)  ->  Abs (   678,  1397)
	 10: Rel (  -108,    79)  ->  Abs (   570,  1476)
	 11: Rel (   -59,    43)  ->  Abs (   511,  1519)
	 12: Rel (   -31,     0)  ->  Abs (   480,  1519)
	 13: Rel (   -41,     0)  ->  Abs (   439,  1519)
	 14: Rel (   -60,   -56)  ->  Abs (   379,  1463)
	 15: Rel (   -28,   -25)  ->  Abs (   351,  1438)
	 16: Rel (   -18,     0)  ->  Abs (   333,  1438)
	 17: Rel (   -41,     0)  ->  Abs (   292,  1438)
	 18: Rel (     0,    40)  ->  Abs (   292,  1478)
	 19: Rel (     0,    27)  ->  Abs (   292,  1505)
	 20: Rel (    51,    39)  ->  Abs (   343,  1544)
	 21: Rel (    76,    59)  ->  Abs (   419,  1603)
	 22: Rel (    60,     0)  ->  Abs (   479,  1603)
	 23: Rel (    55,     0)  ->  Abs (   534,  1603)
	 24: Rel (   107,   -73)  ->  Abs (   641,  1530)
	 25: Rel (    70,   -48)  ->  Abs (   711,  1482)
	 26: Rel (    32,     0)  ->  Abs (   743,  1482)
	 27: Rel (    36,     0)  ->  Abs (   779,  1482)
	 28: Rel (    79,    68)  ->  Abs (   858,  1550)
	 29: Rel (    14,    13)  ->  Abs (   872,  1563)

	Glyph 1145: off = 0x000370AA, len = 194
	  numberOfContours:	1
	  xMin:			280
	  yMin:			1397
	  xMax:			918
	  yMax:			1603

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	103
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (43):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    80    22   224    22   240 
	                            22     3    22 
	00055: PUSHW[1]            960 
	00058: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00070: MDAP[rd]   
	00071: SHP[rp1,zp0] 
	00072: MDAP[rd]   
	00073: DELTAP1    
	00074: SVTCA[y-axis] 
	00075: MIAP[rd+ci] 
	00076: DELTAP1    
	00077: MIRP[nrp0,md,rd,1] 
	00078: SMD        
	00079: RDTG       
	00080: MDRP[nrp0,md,rd,1] 
	00081: DELTAP2    
	00082: DELTAP3    
	00083: CALL       
	00084: SVTCA[y-axis] 
	00085: SMD        
	00086: RTG        
	00087: SRP0       
	00088: FLIPON     
	00089: MIRP[nrp0,md,rd,1] 
	00090: SRP2       
	00091: IP         
	00092: MDAP[rd]   
	00093: SRP1       
	00094: SRP2       
	00095: IP         
	00096: MDAP[rd]   
	00097: IUP[y]     
	00098: IUP[x]     
	00099: SVTCA[x-axis] 
	00100: CALL       
	00101: CALL       
	00102: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   876,  1563)  ->  Abs (   876,  1563)
	  1: Rel (    42,     0)  ->  Abs (   918,  1563)
	  2: Rel (     0,   -39)  ->  Abs (   918,  1524)
	  3: Rel (     0,   -17)  ->  Abs (   918,  1507)
	  4: Rel (   -13,   -15)  ->  Abs (   905,  1492)
	  5: Rel (   -39,   -44)  ->  Abs (   866,  1448)
	  6: Rel (   -56,   -30)  ->  Abs (   810,  1418)
	  7: Rel (   -39,   -21)  ->  Abs (   771,  1397)
	  8: Rel (   -40,     0)  ->  Abs (   731,  1397)
	  9: Rel (   -65,     0)  ->  Abs (   666,  1397)
	 10: Rel (  -108,    79)  ->  Abs (   558,  1476)
	 11: Rel (   -59,    43)  ->  Abs (   499,  1519)
	 12: Rel (   -31,     0)  ->  Abs (   468,  1519)
	 13: Rel (   -41,     0)  ->  Abs (   427,  1519)
	 14: Rel (   -60,   -56)  ->  Abs (   367,  1463)
	 15: Rel (   -28,   -25)  ->  Abs (   339,  1438)
	 16: Rel (   -18,     0)  ->  Abs (   321,  1438)
	 17: Rel (   -41,     0)  ->  Abs (   280,  1438)
	 18: Rel (     0,    40)  ->  Abs (   280,  1478)
	 19: Rel (     0,    27)  ->  Abs (   280,  1505)
	 20: Rel (    51,    39)  ->  Abs (   331,  1544)
	 21: Rel (    76,    59)  ->  Abs (   407,  1603)
	 22: Rel (    60,     0)  ->  Abs (   467,  1603)
	 23: Rel (    55,     0)  ->  Abs (   522,  1603)
	 24: Rel (   107,   -73)  ->  Abs (   629,  1530)
	 25: Rel (    70,   -48)  ->  Abs (   699,  1482)
	 26: Rel (    32,     0)  ->  Abs (   731,  1482)
	 27: Rel (    37,     0)  ->  Abs (   768,  1482)
	 28: Rel (    78,    68)  ->  Abs (   846,  1550)
	 29: Rel (    15,    13)  ->  Abs (   861,  1563)

	Glyph 1146: off = 0x0003716C, len = 166
	  numberOfContours:	1
	  xMin:			350
	  yMin:			1215
	  xMax:			892
	  yMax:			1383

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	89
	00000: PUSHB[6]             12     0    96     0     1     0 
	00007: PUSHW[1]            -64 
	00010: PUSHB[4]             55    61    52     0 
	00015: PUSHW[1]            -64 
	00018: PUSHB[3]             67    53     0 
	00022: PUSHW[1]            -64 
	00025: PUSHB[6]             80    83    52     0   128     6 
	00032: PUSHW[1]            272 
	00035: PUSHB[3]             18    64    18 
	00039: PUSHW[1]            -64 
	00042: PUSHB[8]              9    13    52    18    64    18     3    14 
	00051: PUSHW[1]            272 
	00054: PUSHB[3]             10    10    22 
	00058: PUSHW[2]            272     2 
	00063: MDAP[rd]   
	00064: MIRP[nrp0,md,rd,1] 
	00065: SHP[rp1,zp0] 
	00066: MDAP[rd]   
	00067: MIRP[nrp0,md,rd,1] 
	00068: SVTCA[y-axis] 
	00069: MIAP[rd+ci] 
	00070: SHPIX      
	00071: CALL       
	00072: SVTCA[y-axis] 
	00073: SMD        
	00074: RTG        
	00075: SRP0       
	00076: FLIPON     
	00077: MIRP[nrp0,md,rd,1] 
	00078: SMD        
	00079: MDRP[nrp0,md,rd,0] 
	00080: CALL       
	00081: CALL       
	00082: CALL       
	00083: DELTAP2    
	00084: SVTCA[y-axis] 
	00085: SRP0       
	00086: MDRP[nrp0,nmd,nrd,0] 
	00087: IUP[y]     
	00088: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:        XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   388,  1383)  ->  Abs (   388,  1383)
	  1: Rel (    19,     0)  ->  Abs (   407,  1383)
	  2: Rel (    19,   -29)  ->  Abs (   426,  1354)
	  3: Rel (     8,   -16)  ->  Abs (   434,  1338)
	  4: Rel (    49,   -25)  ->  Abs (   483,  1313)
	  5: Rel (    56,   -27)  ->  Abs (   539,  1286)
	  6: Rel (    82,     0)  ->  Abs (   621,  1286)
	  7: Rel (    80,     0)  ->  Abs (   701,  1286)
	  8: Rel (    56,    27)  ->  Abs (   757,  1313)
	  9: Rel (    44,    21)  ->  Abs (   801,  1334)
	 10: Rel (    14,    20)  ->  Abs (   815,  1354)
	 11: Rel (    15,    29)  ->  Abs (   830,  1383)
	 12: Rel (    23,     0)  ->  Abs (   853,  1383)
	 13: Rel (    39,     0)  ->  Abs (   892,  1383)
	 14: Rel (     0,   -28)  ->  Abs (   892,  1355)
	 15: Rel (     0,   -56)  ->  Abs (   892,  1299)
	 16: Rel (   -74,   -41)  ->  Abs (   818,  1258)
	 17: Rel (   -77,   -43)  ->  Abs (   741,  1215)
	 18: Rel (  -120,     0)  ->  Abs (   621,  1215)
	 19: Rel (  -120,     0)  ->  Abs (   501,  1215)
	 20: Rel (   -78,    43)  ->  Abs (   423,  1258)
	 21: Rel (   -73,    41)  ->  Abs (   350,  1299)
	 22: Rel (     0,    56)  ->  Abs (   350,  1355)
	 23: Rel (     0,    28)  ->  Abs (   350,  1383)

	Glyph 1147: off = 0x00037212, len = 140
	  numberOfContours:	1
	  xMin:			324
	  yMin:			1210
	  xMax:			860
	  yMax:			1384

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	84
	00000: NPUSHB      (21):    15    32    31    35    52     1    32    31    35    52 
	                            15    24    16    22    52     1    24    16    22    52 
	                             8 
	00023: PUSHW[1]            -24 
	00026: NPUSHB      (12):     9    13    52     8    95     0     1     0   128     5 
	                            11    11 
	00040: PUSHW[1]            -64 
	00043: NPUSHB      (12):     9    13    52    11    64    11     3     3    13    32 
	                             8     0 
	00057: RTHG       
	00058: MDAP[rd]   
	00059: MDRP[nrp0,nmd,nrd,0] 
	00060: SMD        
	00061: MDRP[nrp0,md,rd,1] 
	00062: MDRP[nrp0,md,rd,1] 
	00063: SVTCA[y-axis] 
	00064: RTG        
	00065: MIAP[rd+ci] 
	00066: SHPIX      
	00067: CALL       
	00068: SVTCA[y-axis] 
	00069: SRP0       
	00070: MDRP[nrp0,nmd,nrd,0] 
	00071: SMD        
	00072: RDTG       
	00073: MDRP[nrp0,md,rd,1] 
	00074: DELTAP3    
	00075: IP         
	00076: CALL       
	00077: IUP[y]     
	00078: IUP[x]     
	00079: SVTCA[y-axis] 
	00080: CALL       
	00081: CALL       
	00082: CALL       
	00083: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   592,  1384)  ->  Abs (   592,  1384)
	  1: Rel (   243,  -124)  ->  Abs (   835,  1260)
	  2: Rel (    25,   -12)  ->  Abs (   860,  1248)
	  3: Rel (     0,   -13)  ->  Abs (   860,  1235)
	  4: Rel (     0,   -25)  ->  Abs (   860,  1210)
	  5: Rel (   -39,     0)  ->  Abs (   821,  1210)
	  6: Rel (   -11,     0)  ->  Abs (   810,  1210)
	  7: Rel (   -20,    10)  ->  Abs (   790,  1220)
	  8: Rel (  -198,   102)  ->  Abs (   592,  1322)
	  9: Rel (  -198,  -102)  ->  Abs (   394,  1220)
	 10: Rel (   -20,   -10)  ->  Abs (   374,  1210)
	 11: Rel (   -13,     0)  ->  Abs (   361,  1210)
	 12: Rel (   -37,     0)  ->  Abs (   324,  1210)
	 13: Rel (     0,    25)  ->  Abs (   324,  1235)
	 14: Rel (     0,    13)  ->  Abs (   324,  1248)
	 15: Rel (    25,    12)  ->  Abs (   349,  1260)

	Glyph 1148: off = 0x0003729E, len = 62
	  numberOfContours:	1
	  xMin:			893
	  yMin:			-324
	  xMax:			1098
	  yMax:			-119

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	17
	00000: PUSHB[4]              3   138     9     0 
	00005: PUSHW[2]            305     6 
	00010: MDAP[rd]   
	00011: MIRP[nrp0,md,rd,1] 
	00012: SVTCA[y-axis] 
	00013: MDAP[rd]   
	00014: MIRP[nrp0,md,rd,1] 
	00015: IUP[y]     
	00016: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1098,  -222)  ->  Abs (  1098,  -222)
	  1: Rel (     0,   -42)  ->  Abs (  1098,  -264)
	  2: Rel (   -60,   -60)  ->  Abs (  1038,  -324)
	  3: Rel (   -42,     0)  ->  Abs (   996,  -324)
	  4: Rel (   -43,     0)  ->  Abs (   953,  -324)
	  5: Rel (   -60,    60)  ->  Abs (   893,  -264)
	  6: Rel (     0,    42)  ->  Abs (   893,  -222)
	  7: Rel (     0,    43)  ->  Abs (   893,  -179)
	  8: Rel (    60,    60)  ->  Abs (   953,  -119)
	  9: Rel (    43,     0)  ->  Abs (   996,  -119)
	 10: Rel (    42,     0)  ->  Abs (  1038,  -119)
	 11: Rel (    60,   -60)  ->  Abs (  1098,  -179)

	Glyph 1149: off = 0x000372DC, len = 398
	  numberOfContours:	3
	  xMin:			200
	  yMin:			229
	  xMax:			1014
	  yMax:			1255

	EndPoints
	---------
	  0:  48
	  1:  60
	  2:  78

	  Length of Instructions:	185
	00000: PUSHW[2]             53   -32 
	00005: PUSHB[4]             26    30    52    57 
	00010: PUSHW[1]            -32 
	00013: PUSHB[4]             26    30    52    53 
	00018: PUSHW[1]            -32 
	00021: PUSHB[4]             18    22    52    57 
	00026: PUSHW[1]            -32 
	00029: NPUSHB      (10):    18    22    52    30    18    52    11    61    55    69 
	00041: PUSHW[1]            -64 
	00044: NPUSHB      (30):     9    15    52    69    69    20    11    55    17    17 
	                            58    55    20    20    28     1    40    55     9    32 
	                            64    11    14    52    32    32    43    52    55    28 
	00076: PUSHW[1]            -64 
	00079: NPUSHB      (39):    11    12    52    28    28    43    55    47     4    45 
	                            45    36    36    42    55     5    74    14     5    74 
	                            14     3    49    42    31    17    55    48    15    11 
	                             1    11    11    80    65    65    55    55    24 
	00120: PUSHW[1]            310 
	00123: SCANCTRL   
	00124: MDAP[rd]   
	00125: MIRP[nrp0,md,rd,1] 
	00126: SHP[rp1,zp0] 
	00127: MDAP[rd]   
	00128: SRP1       
	00129: SHP[rp1,zp0] 
	00130: MDAP[rd]   
	00131: DELTAP1    
	00132: ALIGNRP    
	00133: MIRP[srp0,md,rd,1] 
	00134: ALIGNRP    
	00135: ALIGNRP    
	00136: ALIGNRP    
	00137: SLOOP      
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: MDAP[rd]   
	00141: MDAP[rd]   
	00142: SRP1       
	00143: SRP2       
	00144: IP         
	00145: MDAP[rd]   
	00146: IP         
	00147: MDAP[rd]   
	00148: SVTCA[y-axis] 
	00149: MIAP[rd+ci] 
	00150: MIRP[nrp0,md,rd,1] 
	00151: SHP[rp1,zp0] 
	00152: MDAP[rd]   
	00153: CALL       
	00154: MIRP[nrp0,md,rd,1] 
	00155: SRP2       
	00156: IP         
	00157: MDAP[rd]   
	00158: CALL       
	00159: ALIGNRP    
	00160: MIRP[srp0,md,rd,1] 
	00161: ALIGNRP    
	00162: SRP1       
	00163: SHP[rp1,zp0] 
	00164: MDAP[rd]   
	00165: MIRP[nrp0,md,rd,1] 
	00166: IP         
	00167: MDAP[rd]   
	00168: MIRP[nrp0,md,rd,1] 
	00169: SRP1       
	00170: SHP[rp1,zp0] 
	00171: MDAP[rd]   
	00172: CALL       
	00173: MIRP[nrp0,md,rd,1] 
	00174: SRP1       
	00175: SRP2       
	00176: IP         
	00177: IP         
	00178: IUP[y]     
	00179: IUP[x]     
	00180: SVTCA[x-axis] 
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short On
	 11:        XDual                         On
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short         On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short         On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual               Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual         Y-Short         On
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short On
	 49:                              X-Short On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:                      Y-Short X-Short Off
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:        XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:  YDual XDual         Y-Short X-Short Off
	 61:                                      On
	 62:  YDual                       X-Short Off
	 63:  YDual               Y-Short X-Short On
	 64:  YDual               Y-Short X-Short Off
	 65:  YDual XDual         Y-Short         On
	 66:  YDual XDual         Y-Short         Off
	 67:  YDual XDual         Y-Short X-Short On
	 68:  YDual XDual         Y-Short X-Short Off
	 69:  YDual XDual                 X-Short On
	 70:  YDual                               On
	 71:  YDual XDual                 X-Short Off
	 72:        XDual         Y-Short X-Short On
	 73:        XDual         Y-Short X-Short Off
	 74:        XDual         Y-Short         On
	 75:        XDual         Y-Short         Off
	 76:                      Y-Short X-Short On
	 77:                      Y-Short X-Short Off
	 78:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   887,  1129)  ->  Abs (   887,  1129)
	  1: Rel (    77,     0)  ->  Abs (   964,  1129)
	  2: Rel (    27,     0)  ->  Abs (   991,  1129)
	  3: Rel (     9,   -13)  ->  Abs (  1000,  1116)
	  4: Rel (     5,    -8)  ->  Abs (  1005,  1108)
	  5: Rel (     0,    -8)  ->  Abs (  1005,  1100)
	  6: Rel (     0,   -19)  ->  Abs (  1005,  1081)
	  7: Rel (   -17,    -8)  ->  Abs (   988,  1073)
	  8: Rel (    -7,    -2)  ->  Abs (   981,  1071)
	  9: Rel (   -22,     0)  ->  Abs (   959,  1071)
	 10: Rel (   -72,     0)  ->  Abs (   887,  1071)
	 11: Rel (     0,  -634)  ->  Abs (   887,   437)
	 12: Rel (    78,     0)  ->  Abs (   965,   437)
	 13: Rel (    40,     0)  ->  Abs (  1005,   437)
	 14: Rel (     0,   -30)  ->  Abs (  1005,   407)
	 15: Rel (     0,   -29)  ->  Abs (  1005,   378)
	 16: Rel (   -40,     0)  ->  Abs (   965,   378)
	 17: Rel (  -138,     0)  ->  Abs (   827,   378)
	 18: Rel (     0,   117)  ->  Abs (   827,   495)
	 19: Rel (  -102,  -140)  ->  Abs (   725,   355)
	 20: Rel (  -157,     0)  ->  Abs (   568,   355)
	 21: Rel (  -180,     0)  ->  Abs (   388,   355)
	 22: Rel (   -88,   163)  ->  Abs (   300,   518)
	 23: Rel (   -42,    78)  ->  Abs (   258,   596)
	 24: Rel (     0,    83)  ->  Abs (   258,   679)
	 25: Rel (     0,    85)  ->  Abs (   258,   764)
	 26: Rel (    85,   155)  ->  Abs (   343,   919)
	 27: Rel (   145,    85)  ->  Abs (   488,  1004)
	 28: Rel (    81,     0)  ->  Abs (   569,  1004)
	 29: Rel (   154,     0)  ->  Abs (   723,  1004)
	 30: Rel (   104,  -140)  ->  Abs (   827,   864)
	 31: Rel (     0,   207)  ->  Abs (   827,  1071)
	 32: Rel (  -174,     0)  ->  Abs (   653,  1071)
	 33: Rel (   -51,     0)  ->  Abs (   602,  1071)
	 34: Rel (    -5,     1)  ->  Abs (   597,  1072)
	 35: Rel (   -20,     6)  ->  Abs (   577,  1078)
	 36: Rel (     0,    22)  ->  Abs (   577,  1100)
	 37: Rel (     0,    23)  ->  Abs (   577,  1123)
	 38: Rel (    20,     5)  ->  Abs (   597,  1128)
	 39: Rel (     5,     1)  ->  Abs (   602,  1129)
	 40: Rel (    51,     0)  ->  Abs (   653,  1129)
	 41: Rel (   174,     0)  ->  Abs (   827,  1129)
	 42: Rel (     0,    67)  ->  Abs (   827,  1196)
	 43: Rel (   -78,     0)  ->  Abs (   749,  1196)
	 44: Rel (   -40,     0)  ->  Abs (   709,  1196)
	 45: Rel (     0,    30)  ->  Abs (   709,  1226)
	 46: Rel (     0,    29)  ->  Abs (   709,  1255)
	 47: Rel (    40,     0)  ->  Abs (   749,  1255)
	 48: Rel (   138,     0)  ->  Abs (   887,  1255)
	 49: Rel (   -60,  -576)  ->  Abs (   827,   679)
	 50: Rel (     0,   111)  ->  Abs (   827,   790)
	 51: Rel (  -150,   155)  ->  Abs (   677,   945)
	 52: Rel (  -105,     0)  ->  Abs (   572,   945)
	 53: Rel (  -105,     0)  ->  Abs (   467,   945)
	 54: Rel (  -150,  -155)  ->  Abs (   317,   790)
	 55: Rel (     0,  -111)  ->  Abs (   317,   679)
	 56: Rel (     0,  -110)  ->  Abs (   317,   569)
	 57: Rel (   150,  -155)  ->  Abs (   467,   414)
	 58: Rel (   105,     0)  ->  Abs (   572,   414)
	 59: Rel (   105,     0)  ->  Abs (   677,   414)
	 60: Rel (   150,   155)  ->  Abs (   827,   569)
	 61: Rel (  -551,  -340)  ->  Abs (   276,   229)
	 62: Rel (   -51,     0)  ->  Abs (   225,   229)
	 63: Rel (    -5,     1)  ->  Abs (   220,   230)
	 64: Rel (   -20,     6)  ->  Abs (   200,   236)
	 65: Rel (     0,    22)  ->  Abs (   200,   258)
	 66: Rel (     0,    23)  ->  Abs (   200,   281)
	 67: Rel (    20,     5)  ->  Abs (   220,   286)
	 68: Rel (     5,     1)  ->  Abs (   225,   287)
	 69: Rel (    51,     0)  ->  Abs (   276,   287)
	 70: Rel (   694,     0)  ->  Abs (   970,   287)
	 71: Rel (    22,     0)  ->  Abs (   992,   287)
	 72: Rel (     5,    -2)  ->  Abs (   997,   285)
	 73: Rel (    17,    -8)  ->  Abs (  1014,   277)
	 74: Rel (     0,   -18)  ->  Abs (  1014,   259)
	 75: Rel (     0,   -20)  ->  Abs (  1014,   239)
	 76: Rel (   -17,    -7)  ->  Abs (   997,   232)
	 77: Rel (    -8,    -3)  ->  Abs (   989,   229)
	 78: Rel (   -21,     0)  ->  Abs (   968,   229)

	Glyph 1150: off = 0x0003746A, len = 172
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-16
	  xMax:			1229
	  yMax:			1282

	     0: Flags:		0x0037
		Glyf Index:	239
		X WOffset:	-374
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     1: Flags:		0x0036
		Glyf Index:	187
		X BOffset:	35
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	241
		X WOffset:	360
		Y WOffset:	-617
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHW[2]             92    -8 
	00005: NPUSHB       (9):     9    10    52     9    64     9    10    52    30 
	00016: PUSHW[1]            -64 
	00019: NPUSHB      (41):     9    11    52    38    64     9    11    52     0     5 
	                            49    11    54   128    10    53    15    54     1    15 
	                            33    64    33    95    33   160    33   192    33     5 
	                           176    33   208    33     2   128    33   240    33     2 
	                            33 
	00062: PUSHW[1]            -64 
	00065: PUSHB[4]             11    14    52    33 
	00070: PUSHW[1]           -128 
	00073: PUSHB[3]             35    53    33 
	00077: PUSHW[1]           -128 
	00080: PUSHB[3]             32    53    33 
	00084: PUSHW[1]           -128 
	00087: NPUSHB      (22):    30    53    33    64    62    53    33    64    66    53 
	                            33    64    86    87    52   111    12     1    12    99 
	                            46   100 
	00111: SVTCA[x-axis] 
	00112: SRP0       
	00113: ALIGNRP    
	00114: SRP0       
	00115: ALIGNRP    
	00116: DELTAP1    
	00117: CALL       
	00118: CALL       
	00119: CALL       
	00120: CALL       
	00121: CALL       
	00122: CALL       
	00123: CALL       
	00124: DELTAP1    
	00125: DELTAP2    
	00126: DELTAP3    
	00127: DELTAP1    
	00128: CALL       
	00129: SVTCA[y-axis] 
	00130: MIAP[rd+ci] 
	00131: MIAP[rd+ci] 
	00132: CALL       
	00133: CALL       
	00134: CALL       
	00135: CALL       
	00136: IUP[y]     
	00137: IUP[x]     

	Glyph 1151: off = 0x00037516, len = 202
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-16
	  xMax:			1229
	  yMax:			1285

	     0: Flags:		0x0037
		Glyf Index:	240
		X WOffset:	-341
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     1: Flags:		0x0036
		Glyf Index:	187
		X BOffset:	49
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	241
		X WOffset:	360
		Y WOffset:	-617
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[4]             23    40     1   107 
	00005: PUSHW[1]             -8 
	00008: NPUSHB       (9):     9    10    52    11    64     9    10    52    45 
	00019: PUSHW[1]            -64 
	00022: NPUSHB      (16):     9    11    52    54    64     9    11    52    33     5 
	                            64    11    15    69     1    36 
	00040: PUSHW[1]            -64 
	00043: NPUSHB      (28):     9    10    52    69   128    10    53   160    48   192 
	                            48     2    15    48    47    48    64    48   127    48 
	                             4   160    48     1   128    48     1    48 
	00073: PUSHW[1]            -64 
	00076: PUSHB[4]             21    27    52    48 
	00081: PUSHW[1]            -64 
	00084: PUSHB[4]             11    14    52    48 
	00089: PUSHW[1]           -128 
	00092: PUSHB[3]             38    53    48 
	00096: PUSHW[1]           -128 
	00099: PUSHB[3]             32    53    48 
	00103: PUSHW[1]           -128 
	00106: NPUSHB      (27):    30    53    48   128    46    53    48    64    60    53 
	                            48    64    62    53    48    64    66    53    48    64 
	                            86    87    52    12   114    61   115 
	00135: SVTCA[x-axis] 
	00136: SRP0       
	00137: ALIGNRP    
	00138: SRP0       
	00139: ALIGNRP    
	00140: CALL       
	00141: CALL       
	00142: CALL       
	00143: CALL       
	00144: CALL       
	00145: CALL       
	00146: CALL       
	00147: CALL       
	00148: CALL       
	00149: CALL       
	00150: DELTAP1    
	00151: DELTAP2    
	00152: DELTAP3    
	00153: DELTAP3    
	00154: CALL       
	00155: CALL       
	00156: DELTAP1    
	00157: SVTCA[y-axis] 
	00158: MIAP[rd+ci] 
	00159: MIAP[rd+ci] 
	00160: CALL       
	00161: CALL       
	00162: CALL       
	00163: CALL       
	00164: IUP[y]     
	00165: IUP[x]     
	00166: SVTCA[y-axis] 
	00167: DELTAP1    

	Glyph 1152: off = 0x000375E0, len = 104
	  numberOfContours:	1
	  xMin:			415
	  yMin:			1021
	  xMax:			757
	  yMax:			1329

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	51
	00000: PUSHW[2]              5   -24 
	00005: NPUSHB       (9):     9    10    52    13    24     9    10    52     8 
	00016: PUSHW[1]            -64 
	00019: PUSHB[4]              9    10    52     8 
	00024: PUSHW[1]            498 
	00027: NPUSHB       (9):     1    64    11    12    52     1     3     3    10 
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: SVTCA[y-axis] 
	00042: MDAP[rd]   
	00043: CALL       
	00044: MIRP[nrp0,md,rd,1] 
	00045: CALL       
	00046: IUP[y]     
	00047: IUP[x]     
	00048: SVTCA[y-axis] 
	00049: CALL       
	00050: CALL       

	Flags
	-----
	  0:                                      Off
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual Rep-  2 Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   699,  1329)  ->  Abs (   699,  1329)
	  1: Rel (    15,     0)  ->  Abs (   714,  1329)
	  2: Rel (    43,     0)  ->  Abs (   757,  1329)
	  3: Rel (     0,   -43)  ->  Abs (   757,  1286)
	  4: Rel (     0,   -19)  ->  Abs (   757,  1267)
	  5: Rel (   -25,   -22)  ->  Abs (   732,  1245)
	  6: Rel (  -236,  -204)  ->  Abs (   496,  1041)
	  7: Rel (   -23,   -20)  ->  Abs (   473,  1021)
	  8: Rel (   -15,     0)  ->  Abs (   458,  1021)
	  9: Rel (   -43,     0)  ->  Abs (   415,  1021)
	 10: Rel (     0,    43)  ->  Abs (   415,  1064)
	 11: Rel (     0,    11)  ->  Abs (   415,  1075)
	 12: Rel (     3,     5)  ->  Abs (   418,  1080)
	 13: Rel (    22,    25)  ->  Abs (   440,  1105)
	 14: Rel (   236,   204)  ->  Abs (   676,  1309)

	Glyph 1153: off = 0x00037648, len = 104
	  numberOfContours:	1
	  xMin:			445
	  yMin:			1021
	  xMax:			787
	  yMax:			1329

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	51
	00000: PUSHW[2]              5   -24 
	00005: NPUSHB       (9):     9    10    52    13    24     9    10    52     8 
	00016: PUSHW[1]            -64 
	00019: PUSHB[4]              9    10    52     8 
	00024: PUSHW[1]            498 
	00027: NPUSHB       (9):     1    64    11    12    52     1     3     3    10 
	00038: MDAP[rd]   
	00039: SHP[rp1,zp0] 
	00040: MDAP[rd]   
	00041: SVTCA[y-axis] 
	00042: MDAP[rd]   
	00043: CALL       
	00044: MIRP[nrp0,md,rd,1] 
	00045: CALL       
	00046: IUP[y]     
	00047: IUP[x]     
	00048: SVTCA[y-axis] 
	00049: CALL       
	00050: CALL       

	Flags
	-----
	  0:                                      Off
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual Rep-  2 Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   729,  1329)  ->  Abs (   729,  1329)
	  1: Rel (    15,     0)  ->  Abs (   744,  1329)
	  2: Rel (    43,     0)  ->  Abs (   787,  1329)
	  3: Rel (     0,   -43)  ->  Abs (   787,  1286)
	  4: Rel (     0,   -19)  ->  Abs (   787,  1267)
	  5: Rel (   -25,   -22)  ->  Abs (   762,  1245)
	  6: Rel (  -236,  -204)  ->  Abs (   526,  1041)
	  7: Rel (   -23,   -20)  ->  Abs (   503,  1021)
	  8: Rel (   -15,     0)  ->  Abs (   488,  1021)
	  9: Rel (   -43,     0)  ->  Abs (   445,  1021)
	 10: Rel (     0,    43)  ->  Abs (   445,  1064)
	 11: Rel (     0,    11)  ->  Abs (   445,  1075)
	 12: Rel (     3,     5)  ->  Abs (   448,  1080)
	 13: Rel (    22,    25)  ->  Abs (   470,  1105)
	 14: Rel (   236,   204)  ->  Abs (   706,  1309)

	Glyph 1154: off = 0x000376B0, len = 112
	  numberOfContours:	1
	  xMin:			421
	  yMin:			1021
	  xMax:			763
	  yMax:			1329

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	59
	00000: PUSHW[2]              9   -24 
	00005: NPUSHB       (9):     9    10    52     1    24     9    10    52     6 
	00016: PUSHW[1]            -64 
	00019: PUSHB[4]              9    10    52     6 
	00024: PUSHW[1]            498 
	00027: NPUSHB      (15):    13    64    11    12    52    13     4     4     0    11 
	                             1    48    11     1    11 
	00044: MDAP[rd]   
	00045: DELTAP1    
	00046: DELTAP2    
	00047: SHP[rp1,zp0] 
	00048: MDAP[rd]   
	00049: SVTCA[y-axis] 
	00050: MDAP[rd]   
	00051: CALL       
	00052: MIRP[nrp0,md,rd,1] 
	00053: CALL       
	00054: IUP[y]     
	00055: IUP[x]     
	00056: SVTCA[y-axis] 
	00057: CALL       
	00058: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   502,  1309)  ->  Abs (   502,  1309)
	  1: Rel (   236,  -204)  ->  Abs (   738,  1105)
	  2: Rel (    22,   -25)  ->  Abs (   760,  1080)
	  3: Rel (     3,    -5)  ->  Abs (   763,  1075)
	  4: Rel (     0,   -11)  ->  Abs (   763,  1064)
	  5: Rel (     0,   -43)  ->  Abs (   763,  1021)
	  6: Rel (   -43,     0)  ->  Abs (   720,  1021)
	  7: Rel (   -15,     0)  ->  Abs (   705,  1021)
	  8: Rel (   -23,    20)  ->  Abs (   682,  1041)
	  9: Rel (  -236,   204)  ->  Abs (   446,  1245)
	 10: Rel (   -25,    22)  ->  Abs (   421,  1267)
	 11: Rel (     0,    19)  ->  Abs (   421,  1286)
	 12: Rel (     0,    43)  ->  Abs (   421,  1329)
	 13: Rel (    43,     0)  ->  Abs (   464,  1329)
	 14: Rel (    15,     0)  ->  Abs (   479,  1329)

	Glyph 1155: off = 0x00037720, len = 112
	  numberOfContours:	1
	  xMin:			451
	  yMin:			1021
	  xMax:			793
	  yMax:			1329

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	59
	00000: PUSHW[2]              9   -24 
	00005: NPUSHB       (9):     9    10    52     1    24     9    10    52     6 
	00016: PUSHW[1]            -64 
	00019: PUSHB[4]              9    10    52     6 
	00024: PUSHW[1]            498 
	00027: NPUSHB      (15):    13    64    11    12    52    13     4     4     0    11 
	                             1    48    11     1    11 
	00044: MDAP[rd]   
	00045: DELTAP1    
	00046: DELTAP2    
	00047: SHP[rp1,zp0] 
	00048: MDAP[rd]   
	00049: SVTCA[y-axis] 
	00050: MDAP[rd]   
	00051: CALL       
	00052: MIRP[nrp0,md,rd,1] 
	00053: CALL       
	00054: IUP[y]     
	00055: IUP[x]     
	00056: SVTCA[y-axis] 
	00057: CALL       
	00058: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   532,  1309)  ->  Abs (   532,  1309)
	  1: Rel (   236,  -204)  ->  Abs (   768,  1105)
	  2: Rel (    22,   -25)  ->  Abs (   790,  1080)
	  3: Rel (     3,    -5)  ->  Abs (   793,  1075)
	  4: Rel (     0,   -11)  ->  Abs (   793,  1064)
	  5: Rel (     0,   -43)  ->  Abs (   793,  1021)
	  6: Rel (   -43,     0)  ->  Abs (   750,  1021)
	  7: Rel (   -15,     0)  ->  Abs (   735,  1021)
	  8: Rel (   -23,    20)  ->  Abs (   712,  1041)
	  9: Rel (  -236,   204)  ->  Abs (   476,  1245)
	 10: Rel (   -25,    22)  ->  Abs (   451,  1267)
	 11: Rel (     0,    19)  ->  Abs (   451,  1286)
	 12: Rel (     0,    43)  ->  Abs (   451,  1329)
	 13: Rel (    43,     0)  ->  Abs (   494,  1329)
	 14: Rel (    15,     0)  ->  Abs (   509,  1329)

	Glyph 1156: off = 0x00037790, len = 184
	  numberOfContours:	1
	  xMin:			439
	  yMin:			1021
	  xMax:			761
	  yMax:			1278

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	103
	00000: PUSHW[2]             19   -64 
	00005: PUSHB[7]              9    21    52     8     8    26    15 
	00013: PUSHW[4]            475     4    26   475 
	00022: PUSHB[3]             20    64    20 
	00026: PUSHW[1]            -64 
	00029: PUSHB[5]              9    17    52    20    23 
	00035: PUSHW[3]            652    18   475 
	00042: PUSHB[3]              2     2    21 
	00046: PUSHW[1]            475 
	00049: PUSHB[4]             25    10    10    25 
	00054: PUSHW[1]            -64 
	00057: PUSHB[7]             70    76    52     0    25     1    25 
	00065: PUSHW[1]            -64 
	00068: PUSHB[4]             18    21    52    25 
	00073: MDAP[rd]   
	00074: CALL       
	00075: DELTAP2    
	00076: CALL       
	00077: SHP[rp1,zp0] 
	00078: MDAP[rd]   
	00079: SRP0       
	00080: MIRP[nrp0,md,rd,1] 
	00081: SHP[rp2,zp1] 
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MIAP[rd+ci] 
	00086: MDRP[nrp0,md,rd,1] 
	00087: CALL       
	00088: SVTCA[y-axis] 
	00089: SMD        
	00090: RTG        
	00091: SRP0       
	00092: FLIPON     
	00093: MIRP[srp0,md,rd,1] 
	00094: MDRP[srp0,nmd,rd,2] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP2       
	00097: IP         
	00098: MDAP[rd]   
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   622,  1117)  ->  Abs (   622,  1117)
	  1: Rel (    76,     0)  ->  Abs (   698,  1117)
	  2: Rel (     2,    42)  ->  Abs (   700,  1159)
	  3: Rel (     0,    59)  ->  Abs (   700,  1218)
	  4: Rel (   -83,     0)  ->  Abs (   617,  1218)
	  5: Rel (   -57,     0)  ->  Abs (   560,  1218)
	  6: Rel (   -68,   -38)  ->  Abs (   492,  1180)
	  7: Rel (   -13,    -7)  ->  Abs (   479,  1173)
	  8: Rel (   -10,     0)  ->  Abs (   469,  1173)
	  9: Rel (   -30,     0)  ->  Abs (   439,  1173)
	 10: Rel (     0,    30)  ->  Abs (   439,  1203)
	 11: Rel (     0,    12)  ->  Abs (   439,  1215)
	 12: Rel (    10,    11)  ->  Abs (   449,  1226)
	 13: Rel (    14,    16)  ->  Abs (   463,  1242)
	 14: Rel (   109,    36)  ->  Abs (   572,  1278)
	 15: Rel (    45,     0)  ->  Abs (   617,  1278)
	 16: Rel (    67,     0)  ->  Abs (   684,  1278)
	 17: Rel (    77,   -66)  ->  Abs (   761,  1212)
	 18: Rel (     0,   -51)  ->  Abs (   761,  1161)
	 19: Rel (    -2,   -84)  ->  Abs (   759,  1077)
	 20: Rel (  -118,   -17)  ->  Abs (   641,  1060)
	 21: Rel (     0,   -14)  ->  Abs (   641,  1046)
	 22: Rel (     0,   -25)  ->  Abs (   641,  1021)
	 23: Rel (   -30,     0)  ->  Abs (   611,  1021)
	 24: Rel (   -30,     0)  ->  Abs (   581,  1021)
	 25: Rel (     0,    25)  ->  Abs (   581,  1046)
	 26: Rel (     0,    71)  ->  Abs (   581,  1117)

	Glyph 1157: off = 0x00037848, len = 184
	  numberOfContours:	1
	  xMin:			439
	  yMin:			1021
	  xMax:			761
	  yMax:			1278

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	103
	00000: PUSHW[2]             19   -64 
	00005: PUSHB[7]              9    21    52     8     8    26    15 
	00013: PUSHW[4]            475     4    26   475 
	00022: PUSHB[3]             20    64    20 
	00026: PUSHW[1]            -64 
	00029: PUSHB[5]              9    17    52    20    23 
	00035: PUSHW[3]            652    18   475 
	00042: PUSHB[3]              2     2    21 
	00046: PUSHW[1]            475 
	00049: PUSHB[4]             25    10    10    25 
	00054: PUSHW[1]            -64 
	00057: PUSHB[7]             70    76    52     0    25     1    25 
	00065: PUSHW[1]            -64 
	00068: PUSHB[4]             18    21    52    25 
	00073: MDAP[rd]   
	00074: CALL       
	00075: DELTAP2    
	00076: CALL       
	00077: SHP[rp1,zp0] 
	00078: MDAP[rd]   
	00079: SRP0       
	00080: MIRP[nrp0,md,rd,1] 
	00081: SHP[rp2,zp1] 
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MIAP[rd+ci] 
	00086: MDRP[nrp0,md,rd,1] 
	00087: CALL       
	00088: SVTCA[y-axis] 
	00089: SMD        
	00090: RTG        
	00091: SRP0       
	00092: FLIPON     
	00093: MIRP[srp0,md,rd,1] 
	00094: MDRP[srp0,nmd,rd,2] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP2       
	00097: IP         
	00098: MDAP[rd]   
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   622,  1117)  ->  Abs (   622,  1117)
	  1: Rel (    76,     0)  ->  Abs (   698,  1117)
	  2: Rel (     2,    42)  ->  Abs (   700,  1159)
	  3: Rel (     0,    59)  ->  Abs (   700,  1218)
	  4: Rel (   -83,     0)  ->  Abs (   617,  1218)
	  5: Rel (   -57,     0)  ->  Abs (   560,  1218)
	  6: Rel (   -68,   -38)  ->  Abs (   492,  1180)
	  7: Rel (   -13,    -7)  ->  Abs (   479,  1173)
	  8: Rel (   -10,     0)  ->  Abs (   469,  1173)
	  9: Rel (   -30,     0)  ->  Abs (   439,  1173)
	 10: Rel (     0,    30)  ->  Abs (   439,  1203)
	 11: Rel (     0,    12)  ->  Abs (   439,  1215)
	 12: Rel (    10,    11)  ->  Abs (   449,  1226)
	 13: Rel (    14,    16)  ->  Abs (   463,  1242)
	 14: Rel (   109,    36)  ->  Abs (   572,  1278)
	 15: Rel (    45,     0)  ->  Abs (   617,  1278)
	 16: Rel (    67,     0)  ->  Abs (   684,  1278)
	 17: Rel (    77,   -66)  ->  Abs (   761,  1212)
	 18: Rel (     0,   -51)  ->  Abs (   761,  1161)
	 19: Rel (    -2,   -84)  ->  Abs (   759,  1077)
	 20: Rel (  -118,   -17)  ->  Abs (   641,  1060)
	 21: Rel (     0,   -14)  ->  Abs (   641,  1046)
	 22: Rel (     0,   -25)  ->  Abs (   641,  1021)
	 23: Rel (   -30,     0)  ->  Abs (   611,  1021)
	 24: Rel (   -30,     0)  ->  Abs (   581,  1021)
	 25: Rel (     0,    25)  ->  Abs (   581,  1046)
	 26: Rel (     0,    71)  ->  Abs (   581,  1117)

	Glyph 1158: off = 0x00037900, len = 186
	  numberOfContours:	1
	  xMin:			299
	  yMin:			1375
	  xMax:			937
	  yMax:			1581

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	95
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (36):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    22 
	00048: PUSHW[1]            960 
	00051: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SMD        
	00071: RDTG       
	00072: MDRP[nrp0,md,rd,1] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: SVTCA[y-axis] 
	00077: SMD        
	00078: RTG        
	00079: SRP0       
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   895,  1541)  ->  Abs (   895,  1541)
	  1: Rel (    42,     0)  ->  Abs (   937,  1541)
	  2: Rel (     0,   -39)  ->  Abs (   937,  1502)
	  3: Rel (     0,   -17)  ->  Abs (   937,  1485)
	  4: Rel (   -13,   -15)  ->  Abs (   924,  1470)
	  5: Rel (   -38,   -44)  ->  Abs (   886,  1426)
	  6: Rel (   -57,   -30)  ->  Abs (   829,  1396)
	  7: Rel (   -39,   -21)  ->  Abs (   790,  1375)
	  8: Rel (   -40,     0)  ->  Abs (   750,  1375)
	  9: Rel (   -64,     0)  ->  Abs (   686,  1375)
	 10: Rel (  -109,    79)  ->  Abs (   577,  1454)
	 11: Rel (   -58,    43)  ->  Abs (   519,  1497)
	 12: Rel (   -32,     0)  ->  Abs (   487,  1497)
	 13: Rel (   -40,     0)  ->  Abs (   447,  1497)
	 14: Rel (   -61,   -56)  ->  Abs (   386,  1441)
	 15: Rel (   -27,   -25)  ->  Abs (   359,  1416)
	 16: Rel (   -19,     0)  ->  Abs (   340,  1416)
	 17: Rel (   -41,     0)  ->  Abs (   299,  1416)
	 18: Rel (     0,    40)  ->  Abs (   299,  1456)
	 19: Rel (     0,    27)  ->  Abs (   299,  1483)
	 20: Rel (    51,    39)  ->  Abs (   350,  1522)
	 21: Rel (    77,    59)  ->  Abs (   427,  1581)
	 22: Rel (    59,     0)  ->  Abs (   486,  1581)
	 23: Rel (    56,     0)  ->  Abs (   542,  1581)
	 24: Rel (   106,   -73)  ->  Abs (   648,  1508)
	 25: Rel (    70,   -48)  ->  Abs (   718,  1460)
	 26: Rel (    32,     0)  ->  Abs (   750,  1460)
	 27: Rel (    37,     0)  ->  Abs (   787,  1460)
	 28: Rel (    78,    68)  ->  Abs (   865,  1528)
	 29: Rel (    15,    13)  ->  Abs (   880,  1541)

	Glyph 1159: off = 0x000379BA, len = 186
	  numberOfContours:	1
	  xMin:			299
	  yMin:			1375
	  xMax:			937
	  yMax:			1581

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	95
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (36):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    22 
	00048: PUSHW[1]            960 
	00051: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SMD        
	00071: RDTG       
	00072: MDRP[nrp0,md,rd,1] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: SVTCA[y-axis] 
	00077: SMD        
	00078: RTG        
	00079: SRP0       
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   895,  1541)  ->  Abs (   895,  1541)
	  1: Rel (    42,     0)  ->  Abs (   937,  1541)
	  2: Rel (     0,   -39)  ->  Abs (   937,  1502)
	  3: Rel (     0,   -17)  ->  Abs (   937,  1485)
	  4: Rel (   -13,   -15)  ->  Abs (   924,  1470)
	  5: Rel (   -38,   -44)  ->  Abs (   886,  1426)
	  6: Rel (   -57,   -30)  ->  Abs (   829,  1396)
	  7: Rel (   -39,   -21)  ->  Abs (   790,  1375)
	  8: Rel (   -40,     0)  ->  Abs (   750,  1375)
	  9: Rel (   -64,     0)  ->  Abs (   686,  1375)
	 10: Rel (  -109,    79)  ->  Abs (   577,  1454)
	 11: Rel (   -58,    43)  ->  Abs (   519,  1497)
	 12: Rel (   -32,     0)  ->  Abs (   487,  1497)
	 13: Rel (   -40,     0)  ->  Abs (   447,  1497)
	 14: Rel (   -61,   -56)  ->  Abs (   386,  1441)
	 15: Rel (   -27,   -25)  ->  Abs (   359,  1416)
	 16: Rel (   -19,     0)  ->  Abs (   340,  1416)
	 17: Rel (   -41,     0)  ->  Abs (   299,  1416)
	 18: Rel (     0,    40)  ->  Abs (   299,  1456)
	 19: Rel (     0,    27)  ->  Abs (   299,  1483)
	 20: Rel (    51,    39)  ->  Abs (   350,  1522)
	 21: Rel (    77,    59)  ->  Abs (   427,  1581)
	 22: Rel (    59,     0)  ->  Abs (   486,  1581)
	 23: Rel (    56,     0)  ->  Abs (   542,  1581)
	 24: Rel (   106,   -73)  ->  Abs (   648,  1508)
	 25: Rel (    70,   -48)  ->  Abs (   718,  1460)
	 26: Rel (    32,     0)  ->  Abs (   750,  1460)
	 27: Rel (    37,     0)  ->  Abs (   787,  1460)
	 28: Rel (    78,    68)  ->  Abs (   865,  1528)
	 29: Rel (    15,    13)  ->  Abs (   880,  1541)

	Glyph 1160: off = 0x00037A74, len = 186
	  numberOfContours:	1
	  xMin:			299
	  yMin:			1375
	  xMax:			937
	  yMax:			1581

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	95
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (36):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    22 
	00048: PUSHW[1]            960 
	00051: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SMD        
	00071: RDTG       
	00072: MDRP[nrp0,md,rd,1] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: SVTCA[y-axis] 
	00077: SMD        
	00078: RTG        
	00079: SRP0       
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   895,  1541)  ->  Abs (   895,  1541)
	  1: Rel (    42,     0)  ->  Abs (   937,  1541)
	  2: Rel (     0,   -39)  ->  Abs (   937,  1502)
	  3: Rel (     0,   -17)  ->  Abs (   937,  1485)
	  4: Rel (   -13,   -15)  ->  Abs (   924,  1470)
	  5: Rel (   -38,   -44)  ->  Abs (   886,  1426)
	  6: Rel (   -57,   -30)  ->  Abs (   829,  1396)
	  7: Rel (   -39,   -21)  ->  Abs (   790,  1375)
	  8: Rel (   -40,     0)  ->  Abs (   750,  1375)
	  9: Rel (   -64,     0)  ->  Abs (   686,  1375)
	 10: Rel (  -109,    79)  ->  Abs (   577,  1454)
	 11: Rel (   -58,    43)  ->  Abs (   519,  1497)
	 12: Rel (   -32,     0)  ->  Abs (   487,  1497)
	 13: Rel (   -40,     0)  ->  Abs (   447,  1497)
	 14: Rel (   -61,   -56)  ->  Abs (   386,  1441)
	 15: Rel (   -27,   -25)  ->  Abs (   359,  1416)
	 16: Rel (   -19,     0)  ->  Abs (   340,  1416)
	 17: Rel (   -41,     0)  ->  Abs (   299,  1416)
	 18: Rel (     0,    40)  ->  Abs (   299,  1456)
	 19: Rel (     0,    27)  ->  Abs (   299,  1483)
	 20: Rel (    51,    39)  ->  Abs (   350,  1522)
	 21: Rel (    77,    59)  ->  Abs (   427,  1581)
	 22: Rel (    59,     0)  ->  Abs (   486,  1581)
	 23: Rel (    56,     0)  ->  Abs (   542,  1581)
	 24: Rel (   106,   -73)  ->  Abs (   648,  1508)
	 25: Rel (    70,   -48)  ->  Abs (   718,  1460)
	 26: Rel (    32,     0)  ->  Abs (   750,  1460)
	 27: Rel (    37,     0)  ->  Abs (   787,  1460)
	 28: Rel (    78,    68)  ->  Abs (   865,  1528)
	 29: Rel (    15,    13)  ->  Abs (   880,  1541)

	Glyph 1161: off = 0x00037B2E, len = 190
	  numberOfContours:	1
	  xMin:			296
	  yMin:			1001
	  xMax:			934
	  yMax:			1207

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	92
	00000: PUSHB[6]             11    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (46):     9    14    52    23    32     9    14    52     0     0 
	                            24    28    17    17    13    28    44     9    64     9 
	                            64    60    53   159     9     1    95     9   224     9 
	                             2     9   128    13    44    24    15     3    31     3 
	                            47     3     3     3     3    20 
	00058: MDAP[rd]   
	00059: SHP[rp1,zp0] 
	00060: MDAP[rd]   
	00061: DELTAP1    
	00062: SVTCA[y-axis] 
	00063: RUTG       
	00064: MDAP[rd]   
	00065: RTG        
	00066: MIRP[nrp0,md,rd,1] 
	00067: SMD        
	00068: RDTG       
	00069: MDRP[nrp0,md,rd,1] 
	00070: DELTAP2    
	00071: DELTAP3    
	00072: CALL       
	00073: SVTCA[y-axis] 
	00074: SMD        
	00075: RTG        
	00076: SRP0       
	00077: FLIPON     
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP2       
	00080: IP         
	00081: MDAP[rd]   
	00082: SRP1       
	00083: SRP2       
	00084: IP         
	00085: MDAP[rd]   
	00086: IUP[y]     
	00087: IUP[x]     
	00088: SVTCA[x-axis] 
	00089: CALL       
	00090: CALL       
	00091: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   892,  1167)  ->  Abs (   892,  1167)
	  1: Rel (    17,     0)  ->  Abs (   909,  1167)
	  2: Rel (    25,   -24)  ->  Abs (   934,  1143)
	  3: Rel (     0,   -15)  ->  Abs (   934,  1128)
	  4: Rel (     0,   -17)  ->  Abs (   934,  1111)
	  5: Rel (   -13,   -15)  ->  Abs (   921,  1096)
	  6: Rel (   -40,   -45)  ->  Abs (   881,  1051)
	  7: Rel (   -55,   -29)  ->  Abs (   826,  1022)
	  8: Rel (   -38,   -21)  ->  Abs (   788,  1001)
	  9: Rel (   -41,     0)  ->  Abs (   747,  1001)
	 10: Rel (   -64,     0)  ->  Abs (   683,  1001)
	 11: Rel (  -109,    79)  ->  Abs (   574,  1080)
	 12: Rel (   -58,    43)  ->  Abs (   516,  1123)
	 13: Rel (   -32,     0)  ->  Abs (   484,  1123)
	 14: Rel (   -40,     0)  ->  Abs (   444,  1123)
	 15: Rel (   -61,   -56)  ->  Abs (   383,  1067)
	 16: Rel (   -27,   -25)  ->  Abs (   356,  1042)
	 17: Rel (   -19,     0)  ->  Abs (   337,  1042)
	 18: Rel (   -18,     0)  ->  Abs (   319,  1042)
	 19: Rel (   -23,    24)  ->  Abs (   296,  1066)
	 20: Rel (     0,    16)  ->  Abs (   296,  1082)
	 21: Rel (     0,    26)  ->  Abs (   296,  1108)
	 22: Rel (    51,    40)  ->  Abs (   347,  1148)
	 23: Rel (    78,    59)  ->  Abs (   425,  1207)
	 24: Rel (    58,     0)  ->  Abs (   483,  1207)
	 25: Rel (    30,     0)  ->  Abs (   513,  1207)
	 26: Rel (    62,   -25)  ->  Abs (   575,  1182)
	 27: Rel (   140,   -96)  ->  Abs (   715,  1086)
	 28: Rel (    32,     0)  ->  Abs (   747,  1086)
	 29: Rel (    38,     0)  ->  Abs (   785,  1086)
	 30: Rel (    77,    68)  ->  Abs (   862,  1154)
	 31: Rel (    16,    13)  ->  Abs (   878,  1167)

	Glyph 1162: off = 0x00037BEC, len = 190
	  numberOfContours:	1
	  xMin:			296
	  yMin:			1001
	  xMax:			934
	  yMax:			1207

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	92
	00000: PUSHB[6]             11    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (46):     9    14    52    23    32     9    14    52     0     0 
	                            24    28    17    17    13    28    44     9    64     9 
	                            64    60    53   159     9     1    95     9   224     9 
	                             2     9   128    13    44    24    15     3    31     3 
	                            47     3     3     3     3    20 
	00058: MDAP[rd]   
	00059: SHP[rp1,zp0] 
	00060: MDAP[rd]   
	00061: DELTAP1    
	00062: SVTCA[y-axis] 
	00063: RUTG       
	00064: MDAP[rd]   
	00065: RTG        
	00066: MIRP[nrp0,md,rd,1] 
	00067: SMD        
	00068: RDTG       
	00069: MDRP[nrp0,md,rd,1] 
	00070: DELTAP2    
	00071: DELTAP3    
	00072: CALL       
	00073: SVTCA[y-axis] 
	00074: SMD        
	00075: RTG        
	00076: SRP0       
	00077: FLIPON     
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP2       
	00080: IP         
	00081: MDAP[rd]   
	00082: SRP1       
	00083: SRP2       
	00084: IP         
	00085: MDAP[rd]   
	00086: IUP[y]     
	00087: IUP[x]     
	00088: SVTCA[x-axis] 
	00089: CALL       
	00090: CALL       
	00091: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   892,  1167)  ->  Abs (   892,  1167)
	  1: Rel (    17,     0)  ->  Abs (   909,  1167)
	  2: Rel (    25,   -24)  ->  Abs (   934,  1143)
	  3: Rel (     0,   -15)  ->  Abs (   934,  1128)
	  4: Rel (     0,   -17)  ->  Abs (   934,  1111)
	  5: Rel (   -13,   -15)  ->  Abs (   921,  1096)
	  6: Rel (   -40,   -45)  ->  Abs (   881,  1051)
	  7: Rel (   -55,   -29)  ->  Abs (   826,  1022)
	  8: Rel (   -38,   -21)  ->  Abs (   788,  1001)
	  9: Rel (   -41,     0)  ->  Abs (   747,  1001)
	 10: Rel (   -64,     0)  ->  Abs (   683,  1001)
	 11: Rel (  -109,    79)  ->  Abs (   574,  1080)
	 12: Rel (   -58,    43)  ->  Abs (   516,  1123)
	 13: Rel (   -32,     0)  ->  Abs (   484,  1123)
	 14: Rel (   -40,     0)  ->  Abs (   444,  1123)
	 15: Rel (   -61,   -56)  ->  Abs (   383,  1067)
	 16: Rel (   -27,   -25)  ->  Abs (   356,  1042)
	 17: Rel (   -19,     0)  ->  Abs (   337,  1042)
	 18: Rel (   -18,     0)  ->  Abs (   319,  1042)
	 19: Rel (   -23,    24)  ->  Abs (   296,  1066)
	 20: Rel (     0,    16)  ->  Abs (   296,  1082)
	 21: Rel (     0,    26)  ->  Abs (   296,  1108)
	 22: Rel (    51,    40)  ->  Abs (   347,  1148)
	 23: Rel (    78,    59)  ->  Abs (   425,  1207)
	 24: Rel (    58,     0)  ->  Abs (   483,  1207)
	 25: Rel (    30,     0)  ->  Abs (   513,  1207)
	 26: Rel (    62,   -25)  ->  Abs (   575,  1182)
	 27: Rel (   140,   -96)  ->  Abs (   715,  1086)
	 28: Rel (    32,     0)  ->  Abs (   747,  1086)
	 29: Rel (    38,     0)  ->  Abs (   785,  1086)
	 30: Rel (    77,    68)  ->  Abs (   862,  1154)
	 31: Rel (    16,    13)  ->  Abs (   878,  1167)

	Glyph 1163: off = 0x00037CAA, len = 190
	  numberOfContours:	1
	  xMin:			296
	  yMin:			1001
	  xMax:			934
	  yMax:			1207

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	92
	00000: PUSHB[6]             11    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (46):     9    14    52    23    32     9    14    52     0     0 
	                            24    28    17    17    13    28    44     9    64     9 
	                            64    60    53   159     9     1    95     9   224     9 
	                             2     9   128    13    44    24    15     3    31     3 
	                            47     3     3     3     3    20 
	00058: MDAP[rd]   
	00059: SHP[rp1,zp0] 
	00060: MDAP[rd]   
	00061: DELTAP1    
	00062: SVTCA[y-axis] 
	00063: RUTG       
	00064: MDAP[rd]   
	00065: RTG        
	00066: MIRP[nrp0,md,rd,1] 
	00067: SMD        
	00068: RDTG       
	00069: MDRP[nrp0,md,rd,1] 
	00070: DELTAP2    
	00071: DELTAP3    
	00072: CALL       
	00073: SVTCA[y-axis] 
	00074: SMD        
	00075: RTG        
	00076: SRP0       
	00077: FLIPON     
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP2       
	00080: IP         
	00081: MDAP[rd]   
	00082: SRP1       
	00083: SRP2       
	00084: IP         
	00085: MDAP[rd]   
	00086: IUP[y]     
	00087: IUP[x]     
	00088: SVTCA[x-axis] 
	00089: CALL       
	00090: CALL       
	00091: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   892,  1167)  ->  Abs (   892,  1167)
	  1: Rel (    17,     0)  ->  Abs (   909,  1167)
	  2: Rel (    25,   -24)  ->  Abs (   934,  1143)
	  3: Rel (     0,   -15)  ->  Abs (   934,  1128)
	  4: Rel (     0,   -17)  ->  Abs (   934,  1111)
	  5: Rel (   -13,   -15)  ->  Abs (   921,  1096)
	  6: Rel (   -40,   -45)  ->  Abs (   881,  1051)
	  7: Rel (   -55,   -29)  ->  Abs (   826,  1022)
	  8: Rel (   -38,   -21)  ->  Abs (   788,  1001)
	  9: Rel (   -41,     0)  ->  Abs (   747,  1001)
	 10: Rel (   -64,     0)  ->  Abs (   683,  1001)
	 11: Rel (  -109,    79)  ->  Abs (   574,  1080)
	 12: Rel (   -58,    43)  ->  Abs (   516,  1123)
	 13: Rel (   -32,     0)  ->  Abs (   484,  1123)
	 14: Rel (   -40,     0)  ->  Abs (   444,  1123)
	 15: Rel (   -61,   -56)  ->  Abs (   383,  1067)
	 16: Rel (   -27,   -25)  ->  Abs (   356,  1042)
	 17: Rel (   -19,     0)  ->  Abs (   337,  1042)
	 18: Rel (   -18,     0)  ->  Abs (   319,  1042)
	 19: Rel (   -23,    24)  ->  Abs (   296,  1066)
	 20: Rel (     0,    16)  ->  Abs (   296,  1082)
	 21: Rel (     0,    26)  ->  Abs (   296,  1108)
	 22: Rel (    51,    40)  ->  Abs (   347,  1148)
	 23: Rel (    78,    59)  ->  Abs (   425,  1207)
	 24: Rel (    58,     0)  ->  Abs (   483,  1207)
	 25: Rel (    30,     0)  ->  Abs (   513,  1207)
	 26: Rel (    62,   -25)  ->  Abs (   575,  1182)
	 27: Rel (   140,   -96)  ->  Abs (   715,  1086)
	 28: Rel (    32,     0)  ->  Abs (   747,  1086)
	 29: Rel (    38,     0)  ->  Abs (   785,  1086)
	 30: Rel (    77,    68)  ->  Abs (   862,  1154)
	 31: Rel (    16,    13)  ->  Abs (   878,  1167)

	Glyph 1164: off = 0x00037D68, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
	  xMax:			716
	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1165: off = 0x00037D7A, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
	  xMax:			716
	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1166: off = 0x00037D8C, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
	  xMax:			716
	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1167: off = 0x00037D9E, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
	  xMax:			716
	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1168: off = 0x00037DB0, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
	  xMax:			716
	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1169: off = 0x00037DC2, len = 116
	  numberOfContours:	1
	  xMin:			452
	  yMin:			1295
	  xMax:			794
	  yMax:			1603

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	62
	00000: PUSHB[6]              1    24    15    17    52     9 
	00007: PUSHW[1]            -24 
	00010: NPUSHB       (9):     9    10    52     1    24     9    10    52     6 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]              9    10    52     6 
	00029: PUSHW[3]            498    13   960 
	00036: NPUSHB       (9):     4     4     0    11     1    48    11     1    11 
	00047: MDAP[rd]   
	00048: DELTAP1    
	00049: DELTAP2    
	00050: SHP[rp1,zp0] 
	00051: MDAP[rd]   
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: CALL       
	00056: IUP[y]     
	00057: IUP[x]     
	00058: SVTCA[y-axis] 
	00059: CALL       
	00060: CALL       
	00061: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   533,  1583)  ->  Abs (   533,  1583)
	  1: Rel (   236,  -204)  ->  Abs (   769,  1379)
	  2: Rel (    22,   -25)  ->  Abs (   791,  1354)
	  3: Rel (     3,    -5)  ->  Abs (   794,  1349)
	  4: Rel (     0,   -11)  ->  Abs (   794,  1338)
	  5: Rel (     0,   -43)  ->  Abs (   794,  1295)
	  6: Rel (   -43,     0)  ->  Abs (   751,  1295)
	  7: Rel (   -15,     0)  ->  Abs (   736,  1295)
	  8: Rel (   -23,    20)  ->  Abs (   713,  1315)
	  9: Rel (  -236,   204)  ->  Abs (   477,  1519)
	 10: Rel (   -25,    22)  ->  Abs (   452,  1541)
	 11: Rel (     0,    19)  ->  Abs (   452,  1560)
	 12: Rel (     0,    43)  ->  Abs (   452,  1603)
	 13: Rel (    43,     0)  ->  Abs (   495,  1603)
	 14: Rel (    15,     0)  ->  Abs (   510,  1603)

	Glyph 1170: off = 0x00037E36, len = 106
	  numberOfContours:	1
	  xMin:			424
	  yMin:			1295
	  xMax:			766
	  yMax:			1603

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	53
	00000: PUSHB[6]             13    24    15    17    52     5 
	00007: PUSHW[1]            -24 
	00010: NPUSHB       (9):     9    10    52    13    24     9    10    52     8 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]              9    10    52     8 
	00029: PUSHW[3]            498     1   960 
	00036: PUSHB[3]              3     3    10 
	00040: MDAP[rd]   
	00041: SHP[rp1,zp0] 
	00042: MDAP[rd]   
	00043: SVTCA[y-axis] 
	00044: MIAP[rd+ci] 
	00045: MIRP[nrp0,md,rd,1] 
	00046: CALL       
	00047: IUP[y]     
	00048: IUP[x]     
	00049: SVTCA[y-axis] 
	00050: CALL       
	00051: CALL       
	00052: CALL       

	Flags
	-----
	  0:                                      Off
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual Rep-  2 Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   708,  1603)  ->  Abs (   708,  1603)
	  1: Rel (    15,     0)  ->  Abs (   723,  1603)
	  2: Rel (    43,     0)  ->  Abs (   766,  1603)
	  3: Rel (     0,   -43)  ->  Abs (   766,  1560)
	  4: Rel (     0,   -19)  ->  Abs (   766,  1541)
	  5: Rel (   -25,   -22)  ->  Abs (   741,  1519)
	  6: Rel (  -236,  -204)  ->  Abs (   505,  1315)
	  7: Rel (   -23,   -20)  ->  Abs (   482,  1295)
	  8: Rel (   -15,     0)  ->  Abs (   467,  1295)
	  9: Rel (   -43,     0)  ->  Abs (   424,  1295)
	 10: Rel (     0,    43)  ->  Abs (   424,  1338)
	 11: Rel (     0,    11)  ->  Abs (   424,  1349)
	 12: Rel (     3,     5)  ->  Abs (   427,  1354)
	 13: Rel (    22,    25)  ->  Abs (   449,  1379)
	 14: Rel (   236,   204)  ->  Abs (   685,  1583)

	Glyph 1171: off = 0x00037EA0, len = 190
	  numberOfContours:	1
	  xMin:			296
	  yMin:			1001
	  xMax:			934
	  yMax:			1207

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	92
	00000: PUSHB[6]             11    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (46):     9    14    52    23    32     9    14    52     0     0 
	                            24    28    17    17    13    28    44     9    64     9 
	                            64    60    53   159     9     1    95     9   224     9 
	                             2     9   128    13    44    24    15     3    31     3 
	                            47     3     3     3     3    20 
	00058: MDAP[rd]   
	00059: SHP[rp1,zp0] 
	00060: MDAP[rd]   
	00061: DELTAP1    
	00062: SVTCA[y-axis] 
	00063: RUTG       
	00064: MDAP[rd]   
	00065: RTG        
	00066: MIRP[nrp0,md,rd,1] 
	00067: SMD        
	00068: RDTG       
	00069: MDRP[nrp0,md,rd,1] 
	00070: DELTAP2    
	00071: DELTAP3    
	00072: CALL       
	00073: SVTCA[y-axis] 
	00074: SMD        
	00075: RTG        
	00076: SRP0       
	00077: FLIPON     
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP2       
	00080: IP         
	00081: MDAP[rd]   
	00082: SRP1       
	00083: SRP2       
	00084: IP         
	00085: MDAP[rd]   
	00086: IUP[y]     
	00087: IUP[x]     
	00088: SVTCA[x-axis] 
	00089: CALL       
	00090: CALL       
	00091: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   892,  1167)  ->  Abs (   892,  1167)
	  1: Rel (    17,     0)  ->  Abs (   909,  1167)
	  2: Rel (    25,   -24)  ->  Abs (   934,  1143)
	  3: Rel (     0,   -15)  ->  Abs (   934,  1128)
	  4: Rel (     0,   -17)  ->  Abs (   934,  1111)
	  5: Rel (   -13,   -15)  ->  Abs (   921,  1096)
	  6: Rel (   -40,   -45)  ->  Abs (   881,  1051)
	  7: Rel (   -55,   -29)  ->  Abs (   826,  1022)
	  8: Rel (   -38,   -21)  ->  Abs (   788,  1001)
	  9: Rel (   -41,     0)  ->  Abs (   747,  1001)
	 10: Rel (   -64,     0)  ->  Abs (   683,  1001)
	 11: Rel (  -109,    79)  ->  Abs (   574,  1080)
	 12: Rel (   -58,    43)  ->  Abs (   516,  1123)
	 13: Rel (   -32,     0)  ->  Abs (   484,  1123)
	 14: Rel (   -40,     0)  ->  Abs (   444,  1123)
	 15: Rel (   -61,   -56)  ->  Abs (   383,  1067)
	 16: Rel (   -27,   -25)  ->  Abs (   356,  1042)
	 17: Rel (   -19,     0)  ->  Abs (   337,  1042)
	 18: Rel (   -18,     0)  ->  Abs (   319,  1042)
	 19: Rel (   -23,    24)  ->  Abs (   296,  1066)
	 20: Rel (     0,    16)  ->  Abs (   296,  1082)
	 21: Rel (     0,    26)  ->  Abs (   296,  1108)
	 22: Rel (    51,    40)  ->  Abs (   347,  1148)
	 23: Rel (    78,    59)  ->  Abs (   425,  1207)
	 24: Rel (    58,     0)  ->  Abs (   483,  1207)
	 25: Rel (    30,     0)  ->  Abs (   513,  1207)
	 26: Rel (    62,   -25)  ->  Abs (   575,  1182)
	 27: Rel (   140,   -96)  ->  Abs (   715,  1086)
	 28: Rel (    32,     0)  ->  Abs (   747,  1086)
	 29: Rel (    38,     0)  ->  Abs (   785,  1086)
	 30: Rel (    77,    68)  ->  Abs (   862,  1154)
	 31: Rel (    16,    13)  ->  Abs (   878,  1167)

	Glyph 1172: off = 0x00037F5E, len = 18
	  numberOfContours:	-1  (Composite)
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	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1173: off = 0x00037F70, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
	  xMax:			716
	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1174: off = 0x00037F82, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
	  xMax:			716
	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1175: off = 0x00037F94, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
	  xMax:			716
	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1176: off = 0x00037FA6, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
	  xMax:			716
	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1177: off = 0x00037FB8, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
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	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1178: off = 0x00037FCA, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
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	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1179: off = 0x00037FDC, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
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	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1180: off = 0x00037FEE, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
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	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
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	Glyph 1181: off = 0x00038000, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			511
	  yMin:			-324
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	  yMax:			-119

	     0: Flags:		0x0217
		Glyf Index:	1148
		X WOffset:	-382
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1182: off = 0x00038012, len = 186
	  numberOfContours:	1
	  xMin:			322
	  yMin:			1397
	  xMax:			960
	  yMax:			1603

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	95
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (36):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    22 
	00048: PUSHW[1]            960 
	00051: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SMD        
	00071: RDTG       
	00072: MDRP[nrp0,md,rd,1] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: SVTCA[y-axis] 
	00077: SMD        
	00078: RTG        
	00079: SRP0       
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   918,  1563)  ->  Abs (   918,  1563)
	  1: Rel (    42,     0)  ->  Abs (   960,  1563)
	  2: Rel (     0,   -39)  ->  Abs (   960,  1524)
	  3: Rel (     0,   -18)  ->  Abs (   960,  1506)
	  4: Rel (   -13,   -14)  ->  Abs (   947,  1492)
	  5: Rel (   -39,   -44)  ->  Abs (   908,  1448)
	  6: Rel (   -56,   -30)  ->  Abs (   852,  1418)
	  7: Rel (   -40,   -21)  ->  Abs (   812,  1397)
	  8: Rel (   -39,     0)  ->  Abs (   773,  1397)
	  9: Rel (   -65,     0)  ->  Abs (   708,  1397)
	 10: Rel (  -108,    79)  ->  Abs (   600,  1476)
	 11: Rel (   -59,    43)  ->  Abs (   541,  1519)
	 12: Rel (   -31,     0)  ->  Abs (   510,  1519)
	 13: Rel (   -41,     0)  ->  Abs (   469,  1519)
	 14: Rel (   -60,   -56)  ->  Abs (   409,  1463)
	 15: Rel (   -28,   -25)  ->  Abs (   381,  1438)
	 16: Rel (   -18,     0)  ->  Abs (   363,  1438)
	 17: Rel (   -41,     0)  ->  Abs (   322,  1438)
	 18: Rel (     0,    40)  ->  Abs (   322,  1478)
	 19: Rel (     0,    27)  ->  Abs (   322,  1505)
	 20: Rel (    51,    39)  ->  Abs (   373,  1544)
	 21: Rel (    76,    59)  ->  Abs (   449,  1603)
	 22: Rel (    60,     0)  ->  Abs (   509,  1603)
	 23: Rel (    55,     0)  ->  Abs (   564,  1603)
	 24: Rel (   107,   -73)  ->  Abs (   671,  1530)
	 25: Rel (    70,   -48)  ->  Abs (   741,  1482)
	 26: Rel (    32,     0)  ->  Abs (   773,  1482)
	 27: Rel (    36,     0)  ->  Abs (   809,  1482)
	 28: Rel (    79,    68)  ->  Abs (   888,  1550)
	 29: Rel (    14,    13)  ->  Abs (   902,  1563)

	Glyph 1183: off = 0x000380CC, len = 186
	  numberOfContours:	1
	  xMin:			299
	  yMin:			1375
	  xMax:			937
	  yMax:			1581

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	95
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (36):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    22 
	00048: PUSHW[1]            960 
	00051: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SMD        
	00071: RDTG       
	00072: MDRP[nrp0,md,rd,1] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: SVTCA[y-axis] 
	00077: SMD        
	00078: RTG        
	00079: SRP0       
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   895,  1541)  ->  Abs (   895,  1541)
	  1: Rel (    42,     0)  ->  Abs (   937,  1541)
	  2: Rel (     0,   -39)  ->  Abs (   937,  1502)
	  3: Rel (     0,   -17)  ->  Abs (   937,  1485)
	  4: Rel (   -13,   -15)  ->  Abs (   924,  1470)
	  5: Rel (   -38,   -44)  ->  Abs (   886,  1426)
	  6: Rel (   -57,   -30)  ->  Abs (   829,  1396)
	  7: Rel (   -39,   -21)  ->  Abs (   790,  1375)
	  8: Rel (   -40,     0)  ->  Abs (   750,  1375)
	  9: Rel (   -64,     0)  ->  Abs (   686,  1375)
	 10: Rel (  -109,    79)  ->  Abs (   577,  1454)
	 11: Rel (   -58,    43)  ->  Abs (   519,  1497)
	 12: Rel (   -32,     0)  ->  Abs (   487,  1497)
	 13: Rel (   -40,     0)  ->  Abs (   447,  1497)
	 14: Rel (   -61,   -56)  ->  Abs (   386,  1441)
	 15: Rel (   -27,   -25)  ->  Abs (   359,  1416)
	 16: Rel (   -19,     0)  ->  Abs (   340,  1416)
	 17: Rel (   -41,     0)  ->  Abs (   299,  1416)
	 18: Rel (     0,    40)  ->  Abs (   299,  1456)
	 19: Rel (     0,    27)  ->  Abs (   299,  1483)
	 20: Rel (    51,    39)  ->  Abs (   350,  1522)
	 21: Rel (    77,    59)  ->  Abs (   427,  1581)
	 22: Rel (    59,     0)  ->  Abs (   486,  1581)
	 23: Rel (    56,     0)  ->  Abs (   542,  1581)
	 24: Rel (   106,   -73)  ->  Abs (   648,  1508)
	 25: Rel (    70,   -48)  ->  Abs (   718,  1460)
	 26: Rel (    32,     0)  ->  Abs (   750,  1460)
	 27: Rel (    37,     0)  ->  Abs (   787,  1460)
	 28: Rel (    78,    68)  ->  Abs (   865,  1528)
	 29: Rel (    15,    13)  ->  Abs (   880,  1541)

	Glyph 1184: off = 0x00038186, len = 186
	  numberOfContours:	1
	  xMin:			322
	  yMin:			1397
	  xMax:			960
	  yMax:			1603

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	95
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (36):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    22 
	00048: PUSHW[1]            960 
	00051: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SMD        
	00071: RDTG       
	00072: MDRP[nrp0,md,rd,1] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: SVTCA[y-axis] 
	00077: SMD        
	00078: RTG        
	00079: SRP0       
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   918,  1563)  ->  Abs (   918,  1563)
	  1: Rel (    42,     0)  ->  Abs (   960,  1563)
	  2: Rel (     0,   -39)  ->  Abs (   960,  1524)
	  3: Rel (     0,   -18)  ->  Abs (   960,  1506)
	  4: Rel (   -13,   -14)  ->  Abs (   947,  1492)
	  5: Rel (   -39,   -44)  ->  Abs (   908,  1448)
	  6: Rel (   -56,   -30)  ->  Abs (   852,  1418)
	  7: Rel (   -40,   -21)  ->  Abs (   812,  1397)
	  8: Rel (   -39,     0)  ->  Abs (   773,  1397)
	  9: Rel (   -65,     0)  ->  Abs (   708,  1397)
	 10: Rel (  -108,    79)  ->  Abs (   600,  1476)
	 11: Rel (   -59,    43)  ->  Abs (   541,  1519)
	 12: Rel (   -31,     0)  ->  Abs (   510,  1519)
	 13: Rel (   -41,     0)  ->  Abs (   469,  1519)
	 14: Rel (   -60,   -56)  ->  Abs (   409,  1463)
	 15: Rel (   -28,   -25)  ->  Abs (   381,  1438)
	 16: Rel (   -18,     0)  ->  Abs (   363,  1438)
	 17: Rel (   -41,     0)  ->  Abs (   322,  1438)
	 18: Rel (     0,    40)  ->  Abs (   322,  1478)
	 19: Rel (     0,    27)  ->  Abs (   322,  1505)
	 20: Rel (    51,    39)  ->  Abs (   373,  1544)
	 21: Rel (    76,    59)  ->  Abs (   449,  1603)
	 22: Rel (    60,     0)  ->  Abs (   509,  1603)
	 23: Rel (    55,     0)  ->  Abs (   564,  1603)
	 24: Rel (   107,   -73)  ->  Abs (   671,  1530)
	 25: Rel (    70,   -48)  ->  Abs (   741,  1482)
	 26: Rel (    32,     0)  ->  Abs (   773,  1482)
	 27: Rel (    36,     0)  ->  Abs (   809,  1482)
	 28: Rel (    79,    68)  ->  Abs (   888,  1550)
	 29: Rel (    14,    13)  ->  Abs (   902,  1563)

	Glyph 1185: off = 0x00038240, len = 186
	  numberOfContours:	1
	  xMin:			299
	  yMin:			1375
	  xMax:			937
	  yMax:			1581

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	95
	00000: PUSHB[6]             10    32    15    27    52     6 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (36):     9    14    52    21    32     9    14    52     0     0 
	                            22    26    16    16    12    26    44     8    64     8 
	                            64    60    53   159     8     1    95     8   224     8 
	                             2     8   128    12    44    22 
	00048: PUSHW[1]            960 
	00051: NPUSHB      (10):    15     2    31     2    47     2     3     2     2    18 
	00063: MDAP[rd]   
	00064: SHP[rp1,zp0] 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SMD        
	00071: RDTG       
	00072: MDRP[nrp0,md,rd,1] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: SVTCA[y-axis] 
	00077: SMD        
	00078: RTG        
	00079: SRP0       
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: MDAP[rd]   
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   895,  1541)  ->  Abs (   895,  1541)
	  1: Rel (    42,     0)  ->  Abs (   937,  1541)
	  2: Rel (     0,   -39)  ->  Abs (   937,  1502)
	  3: Rel (     0,   -17)  ->  Abs (   937,  1485)
	  4: Rel (   -13,   -15)  ->  Abs (   924,  1470)
	  5: Rel (   -38,   -44)  ->  Abs (   886,  1426)
	  6: Rel (   -57,   -30)  ->  Abs (   829,  1396)
	  7: Rel (   -39,   -21)  ->  Abs (   790,  1375)
	  8: Rel (   -40,     0)  ->  Abs (   750,  1375)
	  9: Rel (   -64,     0)  ->  Abs (   686,  1375)
	 10: Rel (  -109,    79)  ->  Abs (   577,  1454)
	 11: Rel (   -58,    43)  ->  Abs (   519,  1497)
	 12: Rel (   -32,     0)  ->  Abs (   487,  1497)
	 13: Rel (   -40,     0)  ->  Abs (   447,  1497)
	 14: Rel (   -61,   -56)  ->  Abs (   386,  1441)
	 15: Rel (   -27,   -25)  ->  Abs (   359,  1416)
	 16: Rel (   -19,     0)  ->  Abs (   340,  1416)
	 17: Rel (   -41,     0)  ->  Abs (   299,  1416)
	 18: Rel (     0,    40)  ->  Abs (   299,  1456)
	 19: Rel (     0,    27)  ->  Abs (   299,  1483)
	 20: Rel (    51,    39)  ->  Abs (   350,  1522)
	 21: Rel (    77,    59)  ->  Abs (   427,  1581)
	 22: Rel (    59,     0)  ->  Abs (   486,  1581)
	 23: Rel (    56,     0)  ->  Abs (   542,  1581)
	 24: Rel (   106,   -73)  ->  Abs (   648,  1508)
	 25: Rel (    70,   -48)  ->  Abs (   718,  1460)
	 26: Rel (    32,     0)  ->  Abs (   750,  1460)
	 27: Rel (    37,     0)  ->  Abs (   787,  1460)
	 28: Rel (    78,    68)  ->  Abs (   865,  1528)
	 29: Rel (    15,    13)  ->  Abs (   880,  1541)

	Glyph 1186: off = 0x000382FA, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			17
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	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    53    47     2    42    64 
	00008: PUSHW[1]            300 
	00011: SCANCTRL   
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: SHC[rp1,zp0] 

	Glyph 1187: off = 0x00038324, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-324
	  xMax:			1110
	  yMax:			896

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-440
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    61    55     6    33    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1188: off = 0x0003834A, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			17
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	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1139
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (31):     2    16    72    32    72    80    72     3    48    72 
	                            80    72   112    72   128    72   176    72   192    72 
	                           224    72   240    72     8     0    72    67    45    44 
	                            64 
	00033: SVTCA[x-axis] 
	00034: CALL       
	00035: DELTAP1    
	00036: DELTAP2    
	00037: SHC[rp1,zp0] 

	Glyph 1189: off = 0x00038388, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1278

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1156
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2    32    80    48    80    96    80     3     0    80 
	                            75    29    29    64 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 

	Glyph 1190: off = 0x000383B4, len = 102
	  numberOfContours:	-1  (Composite)
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	  yMax:			1608

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1136
		X BOffset:	-60
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              3   127    73   143    73     2    73 
	00008: PUSHW[1]            -64 
	00011: PUSHB[5]             18    20    52    73    47 
	00017: PUSHW[1]           -200 
	00020: PUSHB[4]             72    43     2    60 
	00025: PUSHW[1]            -64 
	00028: NPUSHB      (19):    23    27    52   128    60   144    60     2    48    60 
	                            80    60   112    60   128    60   176    60     5 
	00049: PUSHW[1]            -15 
	00052: PUSHB[5]             60    50    45    44    64 
	00058: PUSHW[1]            300 
	00061: SCANCTRL   
	00062: SVTCA[x-axis] 
	00063: CALL       
	00064: DELTAP1    
	00065: DELTAP2    
	00066: CALL       
	00067: SHC[rp1,zp0] 
	00068: CALL       
	00069: CALL       
	00070: DELTAP1    
	00071: SHC[rp1,zp0] 

	Glyph 1191: off = 0x0003841A, len = 90
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1138
		X BOffset:	-60
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (39):     3    95    84   111    84   127    84   207    84     4 
	                            15    84     1    84    70    72    72    43     2   144 
	                            65     1     0    65    32    65    48    65    96    65 
	                             4    65    29     0   104    43     2     1    68 
	00041: PUSHW[3]            652    41   300 
	00048: SCANCTRL   
	00049: SVTCA[y-axis] 
	00050: CALL       
	00051: SVTCA[x-axis] 
	00052: CALL       
	00053: DELTAP1    
	00054: DELTAP1    
	00055: SHC[rp1,zp0] 
	00056: CALL       
	00057: DELTAP1    
	00058: DELTAP2    
	00059: SHC[rp1,zp0] 

	Glyph 1192: off = 0x00038474, len = 104
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1608

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1133
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3    67 
	00003: PUSHW[1]           -128 
	00006: NPUSHB      (10):    16    17    52     0    67    16    67     2    67    47 
	00018: PUSHW[1]            260 
	00021: PUSHB[4]             72    43     2    60 
	00026: PUSHW[1]            -64 
	00029: NPUSHB      (19):    23    27    52   128    60   144    60     2    48    60 
	                            80    60   112    60   128    60   176    60     5 
	00050: PUSHW[1]            -15 
	00053: PUSHB[5]             60    50    45    44    64 
	00059: PUSHW[1]            300 
	00062: SCANCTRL   
	00063: SVTCA[x-axis] 
	00064: CALL       
	00065: DELTAP1    
	00066: DELTAP2    
	00067: CALL       
	00068: SHC[rp1,zp0] 
	00069: CALL       
	00070: DELTAP1    
	00071: CALL       
	00072: SHC[rp1,zp0] 

	Glyph 1193: off = 0x000384DC, len = 94
	  numberOfContours:	-1  (Composite)
	  xMin:			144
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	  xMax:			1110
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1135
		X BOffset:	91
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     3    80    78    96    78   112    78   192    78     4 
	                             0    78     1    78    59 
	00017: PUSHW[1]            -72 
	00020: NPUSHB      (23):    72    43     2   144    65     1     0    65    32    65 
	                            48    65    96    65     4    65    29     0   104    43 
	                             2     1    68 
	00045: PUSHW[3]            652    41   300 
	00052: SCANCTRL   
	00053: SVTCA[y-axis] 
	00054: CALL       
	00055: SVTCA[x-axis] 
	00056: CALL       
	00057: DELTAP1    
	00058: DELTAP1    
	00059: SHC[rp1,zp0] 
	00060: CALL       
	00061: DELTAP1    
	00062: DELTAP2    
	00063: SHC[rp1,zp0] 

	Glyph 1194: off = 0x0003853A, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1140
		X BOffset:	-10
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     3     0    86    81    47    47    64     2    60 
	00011: PUSHW[1]            -64 
	00014: NPUSHB      (19):    23    27    52   128    60   144    60     2    48    60 
	                            80    60   112    60   128    60   176    60     5 
	00035: PUSHW[1]            -15 
	00038: PUSHB[5]             60    50    45    44    64 
	00044: PUSHW[1]            300 
	00047: SCANCTRL   
	00048: SVTCA[x-axis] 
	00049: CALL       
	00050: DELTAP1    
	00051: DELTAP2    
	00052: CALL       
	00053: SHC[rp1,zp0] 
	00054: CALL       
	00055: SHC[rp1,zp0] 

	Glyph 1195: off = 0x00038590, len = 78
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1141
		X BOffset:	10
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (28):     3     0    99    94    55    55    64     2   144    65 
	                             1     0    65    32    65    48    65    96    65     4 
	                            65    29     0   104    43     2     1    68 
	00030: PUSHW[3]            652    41   300 
	00037: SCANCTRL   
	00038: SVTCA[y-axis] 
	00039: CALL       
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: DELTAP1    
	00043: DELTAP1    
	00044: SHC[rp1,zp0] 
	00045: CALL       
	00046: SHC[rp1,zp0] 

	Glyph 1196: off = 0x000385DE, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1144
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     3    15    81    65    60    50    64     2    60 
	00011: PUSHW[1]            -64 
	00014: NPUSHB      (19):    23    27    52   128    60   144    60     2    48    60 
	                            80    60   112    60   128    60   176    60     5 
	00035: PUSHW[1]            -15 
	00038: PUSHB[5]             60    50    45    44    64 
	00044: PUSHW[1]            300 
	00047: SCANCTRL   
	00048: SVTCA[x-axis] 
	00049: CALL       
	00050: DELTAP1    
	00051: DELTAP2    
	00052: CALL       
	00053: SHC[rp1,zp0] 
	00054: CALL       
	00055: SHC[rp1,zp0] 

	Glyph 1197: off = 0x00038634, len = 78
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1145
		X BOffset:	10
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (28):     3     0    92    76    71    58    64     2   144    65 
	                             1     0    65    32    65    48    65    96    65     4 
	                            65    29     0   104    43     2     1    68 
	00030: PUSHW[3]            652    41   300 
	00037: SCANCTRL   
	00038: SVTCA[y-axis] 
	00039: CALL       
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: DELTAP1    
	00043: DELTAP1    
	00044: SHC[rp1,zp0] 
	00045: CALL       
	00046: SHC[rp1,zp0] 

	Glyph 1198: off = 0x00038682, len = 98
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			-324
	  xMax:			1215
	  yMax:			1384

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     3     0    69    63     2    42    64     2    60 
	00011: PUSHW[1]            -64 
	00014: NPUSHB      (19):    23    27    52   128    60   144    60     2    48    60 
	                            80    60   112    60   128    60   176    60     5 
	00035: PUSHW[1]            -15 
	00038: PUSHB[8]             60    50    45    44    64     2     1    58 
	00047: PUSHW[3]            651    41   300 
	00054: SCANCTRL   
	00055: SVTCA[y-axis] 
	00056: CALL       
	00057: SVTCA[x-axis] 
	00058: CALL       
	00059: DELTAP1    
	00060: DELTAP2    
	00061: CALL       
	00062: SHC[rp1,zp0] 
	00063: CALL       
	00064: SHC[rp1,zp0] 

	Glyph 1199: off = 0x000386E4, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-324
	  xMax:			1110
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-440
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (28):     3     0    80    74     6    33    64     2   144    65 
	                             1     0    65    32    65    48    65    96    65     4 
	                            65    29     0   104    43     2     1    68 
	00030: PUSHW[3]            652    41   300 
	00037: SCANCTRL   
	00038: SVTCA[y-axis] 
	00039: CALL       
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: DELTAP1    
	00043: DELTAP1    
	00044: SHC[rp1,zp0] 
	00045: CALL       
	00046: SHC[rp1,zp0] 

	Glyph 1200: off = 0x00038734, len = 100
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1608

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1146
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1136
		X BOffset:	40
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (23):     3   224    81     1    81    64    11    15    52    81 
	                            49    66    72    43     2   160    69   192    69   208 
	                            69     3    69 
	00025: PUSHW[1]            -64 
	00028: PUSHB[4]             24    27    52    69 
	00033: PUSHW[1]            -64 
	00036: PUSHB[4]             16    17    52    69 
	00041: PUSHW[1]            -64 
	00044: NPUSHB       (9):     9    14    52     0    69    61    45    44    64 
	00055: PUSHW[1]            300 
	00058: SCANCTRL   
	00059: SVTCA[x-axis] 
	00060: CALL       
	00061: CALL       
	00062: CALL       
	00063: CALL       
	00064: DELTAP1    
	00065: SHC[rp1,zp0] 
	00066: CALL       
	00067: CALL       
	00068: DELTAP1    
	00069: SHC[rp1,zp0] 

	Glyph 1201: off = 0x00038798, len = 94
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	217
		X BOffset:	12
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1138
		X BOffset:	50
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (33):     3    91    64    30    34    52    31    91   224    91 
	                             2    48    91    96    91     2    91    58    88    72 
	                            43     2     0    78   112    78   239    78   255    78 
	                             4    78    29 
	00035: PUSHW[1]           -328 
	00038: PUSHB[5]             72    43     2     1    75 
	00044: PUSHW[3]            652    41   300 
	00051: SCANCTRL   
	00052: SVTCA[y-axis] 
	00053: CALL       
	00054: SVTCA[x-axis] 
	00055: CALL       
	00056: DELTAP1    
	00057: SHC[rp1,zp0] 
	00058: CALL       
	00059: DELTAP1    
	00060: DELTAP2    
	00061: CALL       
	00062: SHC[rp1,zp0] 

	Glyph 1202: off = 0x000387F6, len = 98
	  numberOfContours:	-1  (Composite)
	  xMin:			17
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	  xMax:			1215
	  yMax:			1608

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1146
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1133
		X BOffset:	-83
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              3   239    75     1    75    56 
	00007: PUSHW[1]            -46 
	00010: NPUSHB      (11):    72    43     2   160    69   192    69   208    69     3 
	                            69 
	00023: PUSHW[1]            -64 
	00026: PUSHB[4]             24    27    52    69 
	00031: PUSHW[1]            -64 
	00034: PUSHB[4]             16    17    52    69 
	00039: PUSHW[1]            -64 
	00042: NPUSHB       (9):     9    14    52     0    69    61    45    44    64 
	00053: PUSHW[1]            300 
	00056: SCANCTRL   
	00057: SVTCA[x-axis] 
	00058: CALL       
	00059: CALL       
	00060: CALL       
	00061: CALL       
	00062: DELTAP1    
	00063: SHC[rp1,zp0] 
	00064: CALL       
	00065: DELTAP1    
	00066: SHC[rp1,zp0] 

	Glyph 1203: off = 0x00038858, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			144
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	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	217
		X BOffset:	12
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1135
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (22):     3   144    92     1     0    92    85    78    65    64 
	                             2     0    78   112    78   239    78   255    78     4 
	                            78    29 
	00024: PUSHW[1]           -328 
	00027: PUSHB[5]             72    43     2     1    75 
	00033: PUSHW[3]            652    41   300 
	00040: SCANCTRL   
	00041: SVTCA[y-axis] 
	00042: CALL       
	00043: SVTCA[x-axis] 
	00044: CALL       
	00045: DELTAP1    
	00046: SHC[rp1,zp0] 
	00047: CALL       
	00048: DELTAP1    
	00049: SHC[rp1,zp0] 

	Glyph 1204: off = 0x000388A8, len = 104
	  numberOfContours:	-1  (Composite)
	  xMin:			17
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	  xMax:			1215
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1146
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1140
		X BOffset:	10
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3    94 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (21):    29    34    52   224    94     1     0    94    89    69 
	                            61    64     2   160    69   192    69   208    69     3 
	                            69 
	00029: PUSHW[1]            -64 
	00032: PUSHB[4]             24    27    52    69 
	00037: PUSHW[1]            -64 
	00040: PUSHB[4]             16    17    52    69 
	00045: PUSHW[1]            -64 
	00048: NPUSHB       (9):     9    14    52     0    69    61    45    44    64 
	00059: PUSHW[1]            300 
	00062: SCANCTRL   
	00063: SVTCA[x-axis] 
	00064: CALL       
	00065: CALL       
	00066: CALL       
	00067: CALL       
	00068: DELTAP1    
	00069: SHC[rp1,zp0] 
	00070: CALL       
	00071: DELTAP1    
	00072: CALL       
	00073: SHC[rp1,zp0] 

	Glyph 1205: off = 0x00038910, len = 114
	  numberOfContours:	-1  (Composite)
	  xMin:			144
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	  xMax:			1110
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	217
		X BOffset:	12
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1141
		X BOffset:	30
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3   106 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (28):    12    15    52    15   106    31   106   111   106   127 
	                           106   143   106     5    16   106   255   106     2   160 
	                           106   176   106   192   106     3   106    62 
	00036: PUSHW[1]            -27 
	00039: NPUSHB      (14):    72    43     2     0    78   112    78   239    78   255 
	                            78     4    78    29 
	00055: PUSHW[1]           -328 
	00058: PUSHB[5]             72    43     2     1    75 
	00064: PUSHW[3]            652    41   300 
	00071: SCANCTRL   
	00072: SVTCA[y-axis] 
	00073: CALL       
	00074: SVTCA[x-axis] 
	00075: CALL       
	00076: DELTAP1    
	00077: SHC[rp1,zp0] 
	00078: CALL       
	00079: DELTAP1    
	00080: DELTAP2    
	00081: DELTAP3    
	00082: CALL       
	00083: SHC[rp1,zp0] 

	Glyph 1206: off = 0x00038982, len = 94
	  numberOfContours:	-1  (Composite)
	  xMin:			17
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	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1146
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		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1144
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHW[2]              3   -10 
	00005: NPUSHB      (14):    89    73    69    61    64     2   160    69   192    69 
	                           208    69     3    69 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]             24    27    52    69 
	00029: PUSHW[1]            -64 
	00032: PUSHB[4]             16    17    52    69 
	00037: PUSHW[1]            -64 
	00040: NPUSHB       (9):     9    14    52     0    69    61    45    44    64 
	00051: PUSHW[1]            300 
	00054: SCANCTRL   
	00055: SVTCA[x-axis] 
	00056: CALL       
	00057: CALL       
	00058: CALL       
	00059: CALL       
	00060: DELTAP1    
	00061: SHC[rp1,zp0] 
	00062: CALL       
	00063: SHC[rp1,zp0] 

	Glyph 1207: off = 0x000389E0, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			144
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	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	217
		X BOffset:	12
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1145
		X BOffset:	20
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     3     0    99    83    62    62    64     2     0    78 
	                           112    78   239    78   255    78     4    78    29 
	00021: PUSHW[1]           -328 
	00024: PUSHB[5]             72    43     2     1    75 
	00030: PUSHW[3]            652    41   300 
	00037: SCANCTRL   
	00038: SVTCA[y-axis] 
	00039: CALL       
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: DELTAP1    
	00043: SHC[rp1,zp0] 
	00044: CALL       
	00045: SHC[rp1,zp0] 

	Glyph 1208: off = 0x00038A2C, len = 102
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			-324
	  xMax:			1215
	  yMax:			1383

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1146
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     3     0    77    71     2    42    64     2   160    69 
	                           192    69   208    69     3    69 
	00018: PUSHW[1]            -64 
	00021: PUSHB[4]             24    27    52    69 
	00026: PUSHW[1]            -64 
	00029: PUSHB[4]             16    17    52    69 
	00034: PUSHW[1]            -64 
	00037: NPUSHB      (12):     9    14    52     0    69    61    45    44    64     2 
	                             1    65 
	00051: PUSHW[3]            651    41   300 
	00058: SCANCTRL   
	00059: SVTCA[y-axis] 
	00060: CALL       
	00061: SVTCA[x-axis] 
	00062: CALL       
	00063: CALL       
	00064: CALL       
	00065: CALL       
	00066: DELTAP1    
	00067: SHC[rp1,zp0] 
	00068: CALL       
	00069: SHC[rp1,zp0] 

	Glyph 1209: off = 0x00038A92, len = 78
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-324
	  xMax:			1110
	  yMax:			1298

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	217
		X BOffset:	12
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-440
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     3     0    87    81     6    33    64     2     0    78 
	                           112    78   239    78   255    78     4    78    29 
	00021: PUSHW[1]           -328 
	00024: PUSHB[5]             72    43     2     1    75 
	00030: PUSHW[3]            652    41   300 
	00037: SCANCTRL   
	00038: SVTCA[y-axis] 
	00039: CALL       
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: DELTAP1    
	00043: SHC[rp1,zp0] 
	00044: CALL       
	00045: SHC[rp1,zp0] 

	Glyph 1210: off = 0x00038AE0, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			88
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	  xMax:			1071
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1     0    60    16    60     2 
	00007: PUSHW[1]            -50 
	00010: PUSHB[5]             60    54    18    10    64 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 

	Glyph 1211: off = 0x00038B0E, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			128
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	  yMax:			896

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHW[2]              2   -19 
	00005: PUSHB[5]             39    33    17    17    64 
	00011: SVTCA[x-axis] 
	00012: CALL       
	00013: SHC[rp1,zp0] 

	Glyph 1212: off = 0x00038B36, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1139
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    15    79     1     0    79    74    19    35    64 
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: DELTAP2    
	00015: SHC[rp1,zp0] 

	Glyph 1213: off = 0x00038B5E, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1278

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1156
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    58    53    23    23    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1214: off = 0x00038B82, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	-2
		Y WOffset:	268
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1    48    74    64    74    80    74     3 
	00009: PUSHW[1]            -30 
	00012: PUSHB[8]             74    57    19    27    64     1     1    63 
	00021: PUSHW[2]            651    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 1215: off = 0x00038BBC, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1207

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    53    36    23    23    64     2     1    42 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1216: off = 0x00038BEA, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1608

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1136
		X BOffset:	-60
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2   127    80   143    80     2    80 
	00008: PUSHW[1]            -64 
	00011: PUSHB[5]             18    20    52    80    54 
	00017: PUSHW[1]           -200 
	00020: NPUSHB       (9):    72    43     1     0    67    57    19    35    64 
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: SHC[rp1,zp0] 
	00034: CALL       
	00035: CALL       
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph 1217: off = 0x00038C2E, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1138
		X BOffset:	-60
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (27):     3    95    62   111    62   127    62   207    62     4 
	                            15    62     1    62    49    72    72    43     2    43 
	                            23     0   104    43     2     1    46 
	00029: PUSHW[3]            652    41   300 
	00036: SCANCTRL   
	00037: SVTCA[y-axis] 
	00038: CALL       
	00039: SVTCA[x-axis] 
	00040: CALL       
	00041: SHC[rp1,zp0] 
	00042: CALL       
	00043: DELTAP1    
	00044: DELTAP2    
	00045: SHC[rp1,zp0] 

	Glyph 1218: off = 0x00038C7A, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1608

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1133
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    74 
	00003: PUSHW[1]           -128 
	00006: NPUSHB      (10):    16    17    52     0    74    16    74     2    74    54 
	00018: PUSHW[1]            260 
	00021: NPUSHB       (9):    72    43     1     0    67    57    19    35    64 
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: SHC[rp1,zp0] 
	00035: CALL       
	00036: DELTAP1    
	00037: CALL       
	00038: SHC[rp1,zp0] 

	Glyph 1219: off = 0x00038CC0, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1135
		X BOffset:	80
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     3    80    56    96    56   112    56   192    56     4 
	                             0    56     1    56    38 
	00017: PUSHW[1]            -72 
	00020: NPUSHB      (11):    72    43     2    43    23     0   104    43     2     1 
	                            46 
	00033: PUSHW[3]            652    41   300 
	00040: SCANCTRL   
	00041: SVTCA[y-axis] 
	00042: CALL       
	00043: SVTCA[x-axis] 
	00044: CALL       
	00045: SHC[rp1,zp0] 
	00046: CALL       
	00047: DELTAP1    
	00048: DELTAP2    
	00049: SHC[rp1,zp0] 

	Glyph 1220: off = 0x00038D10, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1140
		X BOffset:	-10
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2     0    93    88    54    54    64     1     0    67 
	                            57    19    35    64 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: SHC[rp1,zp0] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 1221: off = 0x00038D44, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1141
		X BOffset:	10
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     3     0    77    73    33    33    64     2    43    23 
	                             0   104    43     2     1    46 
	00018: PUSHW[3]            652    41   300 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: SHC[rp1,zp0] 
	00031: CALL       
	00032: SHC[rp1,zp0] 

	Glyph 1222: off = 0x00038D84, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			0
	  xMax:			1071
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1144
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2    15    88    72    67    57    64     1     0    67 
	                            57    19    35    64 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: SHC[rp1,zp0] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 1223: off = 0x00038DB8, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1145
		X BOffset:	10
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     3     0    70    54    49    37    64     2    43    23 
	                             0   104    43     2     1    46 
	00018: PUSHW[3]            652    41   300 
	00025: SCANCTRL   
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: SHC[rp1,zp0] 
	00031: CALL       
	00032: SHC[rp1,zp0] 

	Glyph 1224: off = 0x00038DF8, len = 72
	  numberOfContours:	-1  (Composite)
	  xMin:			88
	  yMin:			-324
	  xMax:			1071
	  yMax:			1384

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     0    76    16    76     2 
	00007: PUSHW[1]            -50 
	00010: NPUSHB      (15):    76    70    18    10    64     1     0    67    57    19 
	                            35    64     1     1    65 
	00027: PUSHW[2]            651    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: SHC[rp1,zp0] 
	00037: CALL       
	00038: DELTAP1    
	00039: SHC[rp1,zp0] 

	Glyph 1225: off = 0x00038E40, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-324
	  xMax:			1071
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHW[2]              3   -19 
	00005: NPUSHB      (14):    58    52    17    17    64     2    43    23     0   104 
	                            43     2     1    46 
	00021: PUSHW[3]            652    41   300 
	00028: SCANCTRL   
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: SHC[rp1,zp0] 
	00034: CALL       
	00035: SHC[rp1,zp0] 

	Glyph 1226: off = 0x00038E84, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1139
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    57    52    17     0    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1227: off = 0x00038EA8, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			186
	  yMin:			0
	  xMax:			1047
	  yMax:			1278

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1156
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    50    45    17     0    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1228: off = 0x00038ECC, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			-324
	  xMax:			1001
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    38    32    17     0    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1229: off = 0x00038EF2, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			189
	  yMin:			-324
	  xMax:			1046
	  yMax:			1297

	     0: Flags:		0x0226
		Glyf Index:	76
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    35    29    20     5    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1230: off = 0x00038F18, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-324
	  xMax:			1024
	  yMax:			1197

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-490
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    32    26     4     4    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1231: off = 0x00038F3E, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-324
	  xMax:			1084
	  yMax:			896

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    30    24     3     3    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1232: off = 0x00038F64, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1139
		X BOffset:	-100
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    51    46    10    10    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1233: off = 0x00038F88, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1278

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1156
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    49    44     9     9    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1234: off = 0x00038FAC, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1608

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	-80
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1136
		X WOffset:	-140
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              3   127    52   143    52     2    52 
	00008: PUSHW[1]            -64 
	00011: PUSHB[5]             18    20    52    52    26 
	00017: PUSHW[1]           -200 
	00020: NPUSHB       (9):    72    43     2     0    39    29    10    10    64 
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: SHC[rp1,zp0] 
	00034: CALL       
	00035: CALL       
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph 1235: off = 0x00038FF2, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1138
		X BOffset:	-60
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (28):     3    95    53   111    53   127    53   207    53     4 
	                            15    53     1    53    40    72    72    43     2     1 
	                            34     9     0   104    39     2     1    37 
	00030: PUSHW[3]            652    41   300 
	00037: SCANCTRL   
	00038: SVTCA[y-axis] 
	00039: CALL       
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: CALL       
	00043: DELTAP1    
	00044: DELTAP2    
	00045: SHC[rp1,zp0] 

	Glyph 1236: off = 0x0003903E, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1608

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	-80
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1133
		X BOffset:	-80
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3    46 
	00003: PUSHW[1]           -128 
	00006: NPUSHB      (10):    16    17    52     0    46    16    46     2    46    26 
	00018: PUSHW[1]            260 
	00021: NPUSHB       (9):    72    43     2     0    39    29    10    10    64 
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: SHC[rp1,zp0] 
	00035: CALL       
	00036: DELTAP1    
	00037: CALL       
	00038: SHC[rp1,zp0] 

	Glyph 1237: off = 0x00039084, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1135
		X BOffset:	80
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     3    80    47    96    47   112    47   192    47     4 
	                             0    47     1    47    29 
	00017: PUSHW[1]            -72 
	00020: NPUSHB      (12):    72    43     2     1    34     9     0   104    39     2 
	                             1    37 
	00034: PUSHW[3]            652    41   300 
	00041: SCANCTRL   
	00042: SVTCA[y-axis] 
	00043: CALL       
	00044: SVTCA[x-axis] 
	00045: CALL       
	00046: CALL       
	00047: DELTAP1    
	00048: DELTAP2    
	00049: SHC[rp1,zp0] 

	Glyph 1238: off = 0x000390D4, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	-80
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1140
		X BOffset:	-90
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     3     0    65    60    26    26    64     2     0    39 
	                            29    10    10    64 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: SHC[rp1,zp0] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 1239: off = 0x00039108, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1141
		X BOffset:	10
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (20):     3    15    68     1     0    68    64    24    24    64 
	                             2     1    34     9     0   104    39     2     1    37 
	00022: PUSHW[3]            652    41   300 
	00029: SCANCTRL   
	00030: SVTCA[y-axis] 
	00031: CALL       
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: CALL       
	00035: DELTAP2    
	00036: SHC[rp1,zp0] 

	Glyph 1240: off = 0x0003914C, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	-80
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1144
		X BOffset:	-80
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     3    15    60    44    39    29    64     2     0    39 
	                            29    10    10    64 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: SHC[rp1,zp0] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 1241: off = 0x00039180, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1603

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	1145
		X BOffset:	20
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     3     0    61    45    40    28    64     2     1    34 
	                             9     0   104    39     2     1    37 
	00019: PUSHW[3]            652    41   300 
	00026: SCANCTRL   
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: CALL       
	00032: SHC[rp1,zp0] 

	Glyph 1242: off = 0x000391C0, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-324
	  xMax:			1024
	  yMax:			1384

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	1147
		X BOffset:	-80
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-490
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     3     0    48    42     4     4    64     2     0    39 
	                            29    10    10    64     2     1    37 
	00019: PUSHW[2]            651    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: SHC[rp1,zp0] 
	00029: CALL       
	00030: SHC[rp1,zp0] 

	Glyph 1243: off = 0x00039200, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-324
	  xMax:			1084
	  yMax:			1310

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0026
		Glyf Index:	214
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     3     0    49    43     3     3    64     2     1    34 
	                             9     0   104    39     2     1    37 
	00019: PUSHW[3]            652    41   300 
	00026: SCANCTRL   
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: CALL       
	00032: SHC[rp1,zp0] 

	Glyph 1244: off = 0x00039242, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			104
	  yMin:			-33
	  xMax:			1229
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	1129
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	44
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              2    50    29 
	00004: PUSHW[1]           -129 
	00007: PUSHB[5]             72    43     2     1    47 
	00013: PUSHW[2]            651    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 1245: off = 0x00039274, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1169
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    44    53    32    32    64     2     1    40 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1246: off = 0x000392A2, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			104
	  yMin:			-33
	  xMax:			1229
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	1129
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	0
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     2    32    56    48    56     2     0    56    49    29 
	                            29    64     2     1    51 
	00017: PUSHW[2]            651    41 
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 

	Glyph 1247: off = 0x000392D8, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1169
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	67
		X BOffset:	-1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2   240    43     1    43    32   170    72    43     2 
	                             1    44 
	00014: PUSHW[2]            652    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 1248: off = 0x0003930A, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			104
	  yMin:			-33
	  xMax:			1229
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	1129
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1139
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    69    64    29    29    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1249: off = 0x0003932E, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1169
	  yMax:			1278

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1156
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    63    58    32    32    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1250: off = 0x00039352, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			104
	  yMin:			-33
	  xMax:			1229
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	1129
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	0
		Y WOffset:	268
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    64    47    29    29    64     2     1    53 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1251: off = 0x00039382, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1169
	  yMax:			1207

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    58    41    32    32    64     2     1    47 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1252: off = 0x000393B0, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			104
	  yMin:			-324
	  xMax:			1229
	  yMax:			1197

	     0: Flags:		0x0226
		Glyf Index:	1129
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2    96    50   112    50     2     0    50    44    21 
	                            21    64 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: DELTAP2    
	00017: SHC[rp1,zp0] 

	Glyph 1253: off = 0x000393DC, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-324
	  xMax:			1169
	  yMax:			896

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    44    38    26    26    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1254: off = 0x00039402, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-324
	  xMax:			1148
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    55    49     4     4    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1255: off = 0x00039428, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-324
	  xMax:			1113
	  yMax:			866

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    46    40    17     0    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1256: off = 0x0003944E, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1139
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     0    74    16    74     2     0    74    69    25 
	                            34    64 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 

	Glyph 1257: off = 0x00039478, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1278

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1156
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     1    16    65     1     0    65    16    65    96    65 
	                           112    65   128    65   176    65   224    65     7 
	00021: PUSHW[1]            -20 
	00024: PUSHB[5]             65    60    16    23    64 
	00030: SVTCA[x-axis] 
	00031: CALL       
	00032: DELTAP1    
	00033: DELTAP2    
	00034: SHC[rp1,zp0] 

	Glyph 1258: off = 0x000394B4, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1229
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	22
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    25    57    66    24    24    64     1     1    53 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1259: off = 0x000394E4, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1176
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	1132
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	1
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    55    64    33    40    64     1     1    52 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1260: off = 0x00039512, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1229
	  yMax:			1596

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	-29
		Y WOffset:	267
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     1   128    63     1    32    63   128    63     2    32 
	                            63    96    63   112    63     3    63    24 
	00020: PUSHW[1]           -180 
	00023: PUSHB[5]             72    43     1     1    58 
	00029: PUSHW[2]            651    41 
	00034: SVTCA[y-axis] 
	00035: CALL       
	00036: SVTCA[x-axis] 
	00037: CALL       
	00038: DELTAP1    
	00039: DELTAP2    
	00040: DELTAP2    
	00041: SHC[rp1,zp0] 

	Glyph 1261: off = 0x00039556, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1176
	  yMax:			1329

	     0: Flags:		0x0226
		Glyf Index:	1132
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	67
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    53    37   160    72    43     1     1    56 
	00011: PUSHW[2]            652    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 1262: off = 0x00039584, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1229
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1139
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     0    76    16    76     2     0    76    71    20 
	                            29    64 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 

	Glyph 1263: off = 0x000395AE, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1176
	  yMax:			1278

	     0: Flags:		0x0226
		Glyf Index:	1132
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1156
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     1    16    74     1    96    74   112    74   128    74 
	                           176    74   224    74     5 
	00017: PUSHW[1]            -20 
	00020: PUSHB[5]             74    69    33    40    64 
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: DELTAP2    
	00030: SHC[rp1,zp0] 

	Glyph 1264: off = 0x000395E6, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1229
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	0
		Y WOffset:	268
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    71    54    20    29    64     1     1    60 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1265: off = 0x00039616, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1176
	  yMax:			1207

	     0: Flags:		0x0226
		Glyf Index:	1132
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    69    52    33    40    64     1     1    58 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1266: off = 0x00039644, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-324
	  xMax:			1229
	  yMax:			1330

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    57    51    20    29    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1267: off = 0x0003966A, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-324
	  xMax:			1176
	  yMax:			894

	     0: Flags:		0x0226
		Glyf Index:	1132
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    55    49    33    40    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1268: off = 0x00039690, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-324
	  xMax:			1128
	  yMax:			1170

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1148
		X WOffset:	-382
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    57    51    16     1    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1269: off = 0x000396B6, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			866

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1148
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1   228    57    57    18    18    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1270: off = 0x000396DA, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			0
	  xMax:			1128
	  yMax:			1563

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1139
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    76    71    16     1    64 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1271: off = 0x000396FE, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			1278

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	1156
		X BOffset:	40
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHW[2]              1   -10 
	00005: PUSHB[5]             76    71    17    19    64 
	00011: SVTCA[x-axis] 
	00012: CALL       
	00013: SHC[rp1,zp0] 

	Glyph 1272: off = 0x00039724, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			0
	  xMax:			1128
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	0
		Y WOffset:	268
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    71    54    16     1    64     1     1    60 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1273: off = 0x00039754, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			1207

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	60
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    71    54    17    19    64     1     1    60 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1274: off = 0x00039782, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			17
	  yMin:			0
	  xMax:			1215
	  yMax:			1563

	     0: Flags:		0x0236
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	-10
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (18):     2    64    51     1    79    51   207    51     2    31 
	                            51    47    51     2    51     2     1    47 
	00020: PUSHW[2]            651    41 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: SVTCA[x-axis] 
	00028: MDAP[rd]   
	00029: DELTAP1    
	00030: DELTAP1    
	00031: DELTAP2    
	00032: SHC[rp1,zp0] 

	Glyph 1275: off = 0x000397BE, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-33
	  xMax:			1110
	  yMax:			1299

	     0: Flags:		0x0236
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	223
		X BOffset:	-24
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (20):     2   112    55   240    55     2    48    55    96    55 
	                             2     0    55    55    29    29    64     2     1    55 
	00022: PUSHW[2]            652    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: DELTAP1    
	00032: DELTAP1    
	00033: SHC[rp1,zp0] 

	Glyph 1276: off = 0x000397F8, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			229
	  yMin:			0
	  xMax:			1001
	  yMax:			1563

	     0: Flags:		0x0236
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    32    32    16     1    64     1     1    32 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1277: off = 0x00039828, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			186
	  yMin:			0
	  xMax:			1047
	  yMax:			1299

	     0: Flags:		0x0236
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	223
		X BOffset:	-24
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[3]              1    25     0 
	00004: PUSHW[1]            -69 
	00007: PUSHB[5]            104    43     1     1    25 
	00013: PUSHW[2]            652    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 

	Glyph 1278: off = 0x00039858, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-33
	  xMax:			1024
	  yMax:			1563

	     0: Flags:		0x0236
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	-103
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    26    26    10    10    64     2     1    26 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1279: off = 0x00039888, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			1299

	     0: Flags:		0x0236
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	223
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    24    24     9     9    64     2     1    24 
	00012: PUSHW[2]            652    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1280: off = 0x000398B6, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1563

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	0
		Y WOffset:	264
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    49    49     8     1    64     1     1    49 
	00012: PUSHW[2]            651    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1281: off = 0x000398E6, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1299

	     0: Flags:		0x0236
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	223
		X BOffset:	-30
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (44):     1    48    40     1    64    40     1    16    40    32 
	                            40    48    40   128    40     4   176    40   224    40 
	                           240    40     3    96    40   112    40   128    40     3 
	                             0    40    16    40     2     0    40    40     7    32 
	                            64     1     1    40 
	00046: PUSHW[2]            652    41 
	00051: SVTCA[y-axis] 
	00052: CALL       
	00053: SVTCA[x-axis] 
	00054: CALL       
	00055: DELTAP1    
	00056: DELTAP1    
	00057: DELTAP1    
	00058: DELTAP2    
	00059: DELTAP2    
	00060: DELTAP3    
	00061: SHC[rp1,zp0] 

	Glyph 1282: off = 0x0003993C, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1602

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1290
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[7]              3     2     1   208    77     1    77 
	00008: SVTCA[x-axis] 
	00009: MDAP[rd]   
	00010: DELTAP1    
	00011: SHC[rp1,zp0] 
	00012: SHC[rp1,zp0] 
	00013: SHC[rp1,zp0] 

	Glyph 1283: off = 0x00039962, len = 112
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1440

	     0: Flags:		0x0236
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0036
		Glyf Index:	142
		X BOffset:	-36
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	216
		X WOffset:	-33
		Y WOffset:	279
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (52):     3    64    68    96    68     2   111    68   207    68 
	                             2   160    68     1    68     2     1    95    46     1 
	                           111    46   127    46   207    46     3    47    46   160 
	                            46     2    46     3     0    65     1    15    65     1 
	                            31    65    63    65    96    65     3    65     1     2 
	                             2    43 
	00054: PUSHW[2]            652    41 
	00059: SVTCA[y-axis] 
	00060: CALL       
	00061: SVTCA[y-axis] 
	00062: MDAP[rd]   
	00063: DELTAP1    
	00064: DELTAP2    
	00065: DELTAP3    
	00066: SHC[rp1,zp0] 
	00067: SVTCA[x-axis] 
	00068: MDAP[rd]   
	00069: DELTAP1    
	00070: DELTAP1    
	00071: DELTAP2    
	00072: SHC[rp1,zp0] 
	00073: SHC[rp1,zp0] 
	00074: MDAP[rd]   
	00075: DELTAP1    
	00076: DELTAP1    
	00077: DELTAP2    
	00078: SHC[rp1,zp0] 

	Glyph 1284: off = 0x000399D2, len = 34
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1603

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1291
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[4]              3     2     1    82 
	00005: SVTCA[x-axis] 
	00006: MDAP[rd]   
	00007: SHC[rp1,zp0] 
	00008: SHC[rp1,zp0] 
	00009: SHC[rp1,zp0] 

	Glyph 1285: off = 0x000399F4, len = 144
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1580

	     0: Flags:		0x0236
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0036
		Glyf Index:	142
		X BOffset:	-36
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	141
		X WOffset:	81
		Y WOffset:	251
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (81):     3    16    70     1    15    70     1    47    70   128 
	                            70     2    70     2     1    95    46     1   111    46 
	                           127    46   207    46     3    47    46   160    46     2 
	                            46     3    15    67    32    67   143    67   192    67 
	                             4   175    67   191    67   192    67     3   143    67 
	                           175    67   224    67     3    63    67    79    67   127 
	                            67     3    31    67    47    67    63    67     3    15 
	                            67    31    67    47    67     3    67     1     2     2 
	                            43 
	00083: PUSHW[2]            652    41 
	00088: SVTCA[y-axis] 
	00089: CALL       
	00090: SVTCA[y-axis] 
	00091: MDAP[rd]   
	00092: DELTAP1    
	00093: DELTAP1    
	00094: DELTAP1    
	00095: DELTAP1    
	00096: DELTAP1    
	00097: DELTAP2    
	00098: SHC[rp1,zp0] 
	00099: SVTCA[x-axis] 
	00100: MDAP[rd]   
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP2    
	00104: SHC[rp1,zp0] 
	00105: SHC[rp1,zp0] 
	00106: MDAP[rd]   
	00107: DELTAP1    
	00108: DELTAP2    
	00109: DELTAP3    
	00110: SHC[rp1,zp0] 

	Glyph 1286: off = 0x00039A84, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1603

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	1292
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB       (9):     3     2     1    16    83    79    83     2    83 
	00011: SVTCA[x-axis] 
	00012: MDAP[rd]   
	00013: DELTAP1    
	00014: SHC[rp1,zp0] 
	00015: SHC[rp1,zp0] 
	00016: SHC[rp1,zp0] 

	Glyph 1287: off = 0x00039AAE, len = 138
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1559

	     0: Flags:		0x0236
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0036
		Glyf Index:	142
		X BOffset:	-36
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	-30
		Y WOffset:	260
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (75):     3    31    68     1    64    68    96    68   112    68 
	                             3   207    68     1    47    68    79    68    95    68 
	                           160    68     4    68     2     1    95    46     1   111 
	                            46   127    46   207    46     3    47    46   160    46 
	                             2    46     3    15    64    79    64   143    64     3 
	                           143    64   175    64     2    47    64    63    64    79 
	                            64     3    47    64     1    31    64   175    64     2 
	                            64     1     2     2    43 
	00077: PUSHW[2]            652    41 
	00082: SVTCA[y-axis] 
	00083: CALL       
	00084: SVTCA[y-axis] 
	00085: MDAP[rd]   
	00086: DELTAP1    
	00087: DELTAP1    
	00088: DELTAP1    
	00089: DELTAP1    
	00090: DELTAP2    
	00091: SHC[rp1,zp0] 
	00092: SVTCA[x-axis] 
	00093: MDAP[rd]   
	00094: DELTAP1    
	00095: DELTAP1    
	00096: DELTAP2    
	00097: SHC[rp1,zp0] 
	00098: SHC[rp1,zp0] 
	00099: SVTCA[x-axis] 
	00100: MDAP[rd]   
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP2    
	00104: DELTAP3    
	00105: SHC[rp1,zp0] 

	Glyph 1288: off = 0x00039B38, len = 22
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-33
	  xMax:			1148
	  yMax:			1603

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0016
		Glyf Index:	1293
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1289: off = 0x00039B4E, len = 154
	  numberOfContours:	-1  (Composite)
	  xMin:			91
	  yMin:			-33
	  xMax:			1113
	  yMax:			1580

	     0: Flags:		0x0236
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0036
		Glyf Index:	142
		X BOffset:	-36
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	     2: Flags:		0x0117
		Glyf Index:	67
		X WOffset:	-146
		Y WOffset:	251
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (90):     3    80    68     1    64    68   128    68   160    68 
	                             3    15    68    31    68     2    47    68   128    68 
	                             2    68     2     1    95    46     1   111    46   127 
	                            46   207    46     3    47    46   160    46     2    46 
	                             3    15    71    32    71   143    71   192    71     4 
	                           175    71   191    71   192    71     3   143    71   175 
	                            71   224    71     3    63    71    79    71   127    71 
	                             3    31    71    47    71    63    71     3    15    71 
	                            31    71    47    71     3    71     1     2     2    43 
	00092: PUSHW[2]            652    41 
	00097: SVTCA[y-axis] 
	00098: CALL       
	00099: SVTCA[y-axis] 
	00100: MDAP[rd]   
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP1    
	00104: DELTAP1    
	00105: DELTAP1    
	00106: DELTAP2    
	00107: SHC[rp1,zp0] 
	00108: SVTCA[x-axis] 
	00109: MDAP[rd]   
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP2    
	00113: SHC[rp1,zp0] 
	00114: SHC[rp1,zp0] 
	00115: MDAP[rd]   
	00116: DELTAP1    
	00117: DELTAP2    
	00118: DELTAP2    
	00119: DELTAP3    
	00120: SHC[rp1,zp0] 

	Glyph 1290: off = 0x00039BE8, len = 382
	  numberOfContours:	3
	  xMin:			303
	  yMin:			1278
	  xMax:			928
	  yMax:			1602

	EndPoints
	---------
	  0:  11
	  1:  21
	  2:  33

	  Length of Instructions:	280
	00000: PUSHB[6]             11     3    27     3     2     3 
	00007: PUSHW[1]            957 
	00010: PUSHB[7]              9    11    25    27    25     2    25 
	00018: PUSHW[1]            957 
	00021: PUSHB[5]              9     4    31     1    31 
	00027: PUSHW[1]            -64 
	00030: NPUSHB      (80):    25    29    52    31    15    64    41    50    52    15 
	                           212    19     1    11    19     1    11    19     1    35 
	                            91    19     1    11    19     1    58   171    19   187 
	                            19   219    19     3    59    19    75    19   107    19 
	                           123    19     4    27    19    59    19    91    19   139 
	                            19   203    19   219    19     6   207    19     1    15 
	                            19    31    19    47    19    95    19     4    15    19 
	                            47    19    63    19    79    19     4     9     2    19 
	00112: PUSHW[1]            958 
	00115: PUSHB[7]             12   239     6   255     6     2     6 
	00123: PUSHW[1]            956 
	00126: NPUSHB      (48):    15     0    31     0     2    15     0    31     0   223 
	                             0     3    21     0     0    64     0     2    71    48 
	                             0    64     0    96     0   128     0   160     0   176 
	                             0     6     0     0     1     0     0     1    19     0 
	                            17     0    22    16    22     2    35    22 
	00176: PUSHW[1]            956 
	00179: NPUSHB      (42):    15    28     1    63    15    28    31    28     2    15 
	                             0    28    80    28     2    62    16    28    64    28 
	                            80    28   176    28     4     0    28    16    28   112 
	                            28   128    28   224    28     5    32    28    48    28 
	                             2    28 
	00223: MDAP[rd]   
	00224: DELTAP1    
	00225: DELTAP2    
	00226: DELTAP3    
	00227: SDB        
	00228: DELTAP1    
	00229: SDB        
	00230: DELTAP1    
	00231: SDB        
	00232: DELTAP1    
	00233: MIRP[nrp0,md,rd,1] 
	00234: SDB        
	00235: DELTAP1    
	00236: ALIGNRP    
	00237: MDAP[rd]   
	00238: SDB        
	00239: DELTAP1    
	00240: DELTAP2    
	00241: DELTAP3    
	00242: SDB        
	00243: DELTAP1    
	00244: SDB        
	00245: DELTAP1    
	00246: DELTAP3    
	00247: MIRP[nrp0,md,rd,1] 
	00248: DELTAP1    
	00249: MDRP[nrp0,nmd,rd,0] 
	00250: SVTCA[y-axis] 
	00251: MIAP[rd+ci] 
	00252: SDS        
	00253: SDB        
	00254: DELTAP1    
	00255: DELTAP2    
	00256: DELTAP3    
	00257: DELTAP1    
	00258: DELTAP2    
	00259: DELTAP3    
	00260: SDB        
	00261: DELTAP1    
	00262: DELTAP2    
	00263: SDB        
	00264: DELTAP1    
	00265: DELTAP3    
	00266: DELTAP1    
	00267: MDRP[srp0,md,rd,1] 
	00268: CALL       
	00269: MDRP[srp0,nmd,rd,2] 
	00270: CALL       
	00271: DELTAP3    
	00272: ALIGNRP    
	00273: MIRP[nrp0,md,rd,1] 
	00274: DELTAP1    
	00275: SRP0       
	00276: MIRP[nrp0,md,rd,1] 
	00277: DELTAP1    
	00278: IUP[y]     
	00279: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                               On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual                               On
	 21:  YDual XDual                 X-Short Off
	 22:                      Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   925,  1351)  ->  Abs (   925,  1351)
	  1: Rel (     0,   -30)  ->  Abs (   925,  1321)
	  2: Rel (   -42,   -43)  ->  Abs (   883,  1278)
	  3: Rel (   -31,     0)  ->  Abs (   852,  1278)
	  4: Rel (   -30,     0)  ->  Abs (   822,  1278)
	  5: Rel (   -43,    43)  ->  Abs (   779,  1321)
	  6: Rel (     0,    30)  ->  Abs (   779,  1351)
	  7: Rel (     0,    31)  ->  Abs (   779,  1382)
	  8: Rel (    42,    43)  ->  Abs (   821,  1425)
	  9: Rel (    31,     0)  ->  Abs (   852,  1425)
	 10: Rel (    31,     0)  ->  Abs (   883,  1425)
	 11: Rel (    42,   -43)  ->  Abs (   925,  1382)
	 12: Rel (     3,   182)  ->  Abs (   928,  1564)
	 13: Rel (     0,   -37)  ->  Abs (   928,  1527)
	 14: Rel (   -54,     0)  ->  Abs (   874,  1527)
	 15: Rel (  -518,     0)  ->  Abs (   356,  1527)
	 16: Rel (   -53,     0)  ->  Abs (   303,  1527)
	 17: Rel (     0,    37)  ->  Abs (   303,  1564)
	 18: Rel (     0,    38)  ->  Abs (   303,  1602)
	 19: Rel (    53,     0)  ->  Abs (   356,  1602)
	 20: Rel (   516,     0)  ->  Abs (   872,  1602)
	 21: Rel (    56,     0)  ->  Abs (   928,  1602)
	 22: Rel (  -479,  -251)  ->  Abs (   449,  1351)
	 23: Rel (     0,   -30)  ->  Abs (   449,  1321)
	 24: Rel (   -42,   -43)  ->  Abs (   407,  1278)
	 25: Rel (   -31,     0)  ->  Abs (   376,  1278)
	 26: Rel (   -30,     0)  ->  Abs (   346,  1278)
	 27: Rel (   -43,    43)  ->  Abs (   303,  1321)
	 28: Rel (     0,    30)  ->  Abs (   303,  1351)
	 29: Rel (     0,    31)  ->  Abs (   303,  1382)
	 30: Rel (    42,    43)  ->  Abs (   345,  1425)
	 31: Rel (    31,     0)  ->  Abs (   376,  1425)
	 32: Rel (    31,     0)  ->  Abs (   407,  1425)
	 33: Rel (    42,   -43)  ->  Abs (   449,  1382)

	Glyph 1291: off = 0x00039D66, len = 504
	  numberOfContours:	3
	  xMin:			276
	  yMin:			1278
	  xMax:			955
	  yMax:			1603

	EndPoints
	---------
	  0:  11
	  1:  26
	  2:  38

	  Length of Instructions:	387
	00000: PUSHB[6]            116     9   132     9     2     9 
	00007: PUSHW[1]            957 
	00010: PUSHB[8]              3     3   116    36   132    36     2    36 
	00019: PUSHW[1]            957 
	00022: NPUSHB     (123):    15    30     1    12     2    15    30    31    30    47 
	                            30     3    30    15    30     1    58   159    30     1 
	                            15    30    79    30   159    30   175    30   191    30 
	                             5    15    30    31    30    47    30    79    30   191 
	                            30     5    30   223    18   239    18   255    18     3 
	                            48    18     1     0    18    16    18    32    18     3 
	                             9    18    25    64    30    32    52    25    64    21 
	                            26    52    25    64     9    14    52    95    25     1 
	                            15    25     1    12     0    25     1    48    15    25 
	                           159    25     2    58    15    25     1    15    25    47 
	                            25    79    25    95    25   175    25   191    25     6 
	                            15    25    47    25    63    25    79    25   143    25 
	                             5     9    25 
	00147: PUSHW[3]            958    12   -64 
	00154: PUSHB[4]             26    29    52    12 
	00159: PUSHW[1]            -64 
	00162: NPUSHB      (46):    48    54    52     0    12     1    63   160    12   176 
	                            12     2    15    12    31    12     2     9    12    20 
	                            64    23    26    52    96    20     1   223    20     1 
	                            31    20   159    20   175    20     3    20    20    27 
	                            15     6    31     6     2     6 
	00210: PUSHW[1]            956 
	00213: NPUSHB      (50):    16     0     1     0     0   160     0   208     0     3 
	                            19     0    64    48    51    52    15     0     1    67 
	                            15     0    95     0     2   175     0   207     0     2 
	                            15     0    31     0    47     0    79     0   255     0 
	                             5     9     0     0    27    16    27     2    35    27 
	00265: PUSHW[1]            956 
	00268: NPUSHB      (39):    15    33     1    63   143    33   159    33     2    16 
	                            33   128    33   144    33     3     0    33    16    33 
	                            32    33   160    33     4     0    33    16    33    48 
	                            33   192    33   208    33   224    33     6    33 
	00309: MDAP[rd]   
	00310: DELTAP1    
	00311: DELTAP2    
	00312: DELTAP3    
	00313: DELTAP1    
	00314: SDB        
	00315: DELTAP1    
	00316: MIRP[nrp0,md,rd,1] 
	00317: SDB        
	00318: DELTAP1    
	00319: MDAP[rd]   
	00320: SDB        
	00321: DELTAP1    
	00322: DELTAP2    
	00323: DELTAP3    
	00324: SDB        
	00325: DELTAP1    
	00326: CALL       
	00327: SDB        
	00328: DELTAP1    
	00329: DELTAP2    
	00330: MIRP[nrp0,md,rd,1] 
	00331: DELTAP2    
	00332: SRP1       
	00333: IP         
	00334: MDAP[rd]   
	00335: DELTAP1    
	00336: DELTAP2    
	00337: DELTAP1    
	00338: CALL       
	00339: MDRP[nrp0,md,rd,1] 
	00340: SDB        
	00341: DELTAP1    
	00342: DELTAP1    
	00343: SDB        
	00344: DELTAP1    
	00345: CALL       
	00346: CALL       
	00347: SVTCA[y-axis] 
	00348: MIAP[rd+ci] 
	00349: SDB        
	00350: DELTAP1    
	00351: DELTAP2    
	00352: DELTAP3    
	00353: SDB        
	00354: DELTAP1    
	00355: SDB        
	00356: DELTAP1    
	00357: SDB        
	00358: DELTAP1    
	00359: DELTAP2    
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: MDRP[nrp0,md,rd,1] 
	00364: SDB        
	00365: DELTAP1    
	00366: DELTAP1    
	00367: DELTAP2    
	00368: MDAP[rd]   
	00369: DELTAP1    
	00370: DELTAP2    
	00371: DELTAP3    
	00372: SDB        
	00373: DELTAP1    
	00374: SDB        
	00375: DELTAP1    
	00376: SDS        
	00377: SDB        
	00378: DELTAP1    
	00379: MIRP[nrp0,md,rd,1] 
	00380: DELTAP2    
	00381: ALIGNRP    
	00382: SRP0       
	00383: MIRP[nrp0,md,rd,1] 
	00384: DELTAP2    
	00385: IUP[y]     
	00386: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:                      Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   955,  1351)  ->  Abs (   955,  1351)
	  1: Rel (     0,   -31)  ->  Abs (   955,  1320)
	  2: Rel (   -42,   -42)  ->  Abs (   913,  1278)
	  3: Rel (   -31,     0)  ->  Abs (   882,  1278)
	  4: Rel (   -31,     0)  ->  Abs (   851,  1278)
	  5: Rel (   -42,    42)  ->  Abs (   809,  1320)
	  6: Rel (     0,    31)  ->  Abs (   809,  1351)
	  7: Rel (     0,    31)  ->  Abs (   809,  1382)
	  8: Rel (    42,    43)  ->  Abs (   851,  1425)
	  9: Rel (    31,     0)  ->  Abs (   882,  1425)
	 10: Rel (    31,     0)  ->  Abs (   913,  1425)
	 11: Rel (    42,   -43)  ->  Abs (   955,  1382)
	 12: Rel (  -140,   185)  ->  Abs (   815,  1567)
	 13: Rel (     0,    -7)  ->  Abs (   815,  1560)
	 14: Rel (    -9,   -17)  ->  Abs (   806,  1543)
	 15: Rel (   -12,   -10)  ->  Abs (   794,  1533)
	 16: Rel (  -190,  -160)  ->  Abs (   604,  1373)
	 17: Rel (   -19,   -16)  ->  Abs (   585,  1357)
	 18: Rel (   -13,     0)  ->  Abs (   572,  1357)
	 19: Rel (   -36,     0)  ->  Abs (   536,  1357)
	 20: Rel (     0,    36)  ->  Abs (   536,  1393)
	 21: Rel (     0,    17)  ->  Abs (   536,  1410)
	 22: Rel (    20,    17)  ->  Abs (   556,  1427)
	 23: Rel (   189,   160)  ->  Abs (   745,  1587)
	 24: Rel (    19,    16)  ->  Abs (   764,  1603)
	 25: Rel (    14,     0)  ->  Abs (   778,  1603)
	 26: Rel (    37,     0)  ->  Abs (   815,  1603)
	 27: Rel (  -393,  -252)  ->  Abs (   422,  1351)
	 28: Rel (     0,   -31)  ->  Abs (   422,  1320)
	 29: Rel (   -42,   -42)  ->  Abs (   380,  1278)
	 30: Rel (   -31,     0)  ->  Abs (   349,  1278)
	 31: Rel (   -31,     0)  ->  Abs (   318,  1278)
	 32: Rel (   -42,    42)  ->  Abs (   276,  1320)
	 33: Rel (     0,    31)  ->  Abs (   276,  1351)
	 34: Rel (     0,    31)  ->  Abs (   276,  1382)
	 35: Rel (    42,    43)  ->  Abs (   318,  1425)
	 36: Rel (    31,     0)  ->  Abs (   349,  1425)
	 37: Rel (    31,     0)  ->  Abs (   380,  1425)
	 38: Rel (    42,   -43)  ->  Abs (   422,  1382)

	Glyph 1292: off = 0x00039F5E, len = 416
	  numberOfContours:	3
	  xMin:			245
	  yMin:			1278
	  xMax:			985
	  yMax:			1603

	EndPoints
	---------
	  0:  11
	  1:  27
	  2:  39

	  Length of Instructions:	296
	00000: NPUSHB      (21):    14     8    35    47    52    24     8    35    47    52 
	                            16     8    35    47    52   116     9   132     9     2 
	                             9 
	00023: PUSHW[1]            957 
	00026: PUSHB[8]              3     3   116    37   132    37     2    37 
	00035: PUSHW[1]            957 
	00038: NPUSHB      (46):    84    31     1    15    31     1    12     2    15    31 
	                            31    31    47    31     3    30    15    31     1    58 
	                            15    31    79    31   159    31   175    31   191    31 
	                             5    15    31    31    31    47    31    79    31   191 
	                            31     5     9    31    23    15 
	00086: PUSHW[1]            -64 
	00089: PUSHB[4]             27    30    52    15 
	00094: PUSHW[1]            -64 
	00097: PUSHB[4]             18    21    52    15 
	00102: PUSHW[1]            -64 
	00105: PUSHB[4]              9    12    52    15 
	00110: PUSHW[1]            -64 
	00113: PUSHB[4]             35    38    52    15 
	00118: PUSHW[1]            -40 
	00121: NPUSHB      (53):    49    52    52    15    26    20    64     9    14    52 
	                            20    64    27    30    52    20    64    17    22    52 
	                           112    20     1    15    20   143    20     2    25    15 
	                            20   159    20     2    58    15    20   175    20     2 
	                            63    20     1    15    20    47    20    63    20    79 
	                            20     4    20 
	00176: PUSHW[1]            958 
	00179: PUSHB[6]            160     0   176     0     2     0 
	00186: PUSHW[1]            956 
	00189: PUSHB[8]              6    12   175    34   191    34     2    34 
	00198: PUSHW[1]            956 
	00201: PUSHB[4]             64    28    18    12 
	00206: PUSHW[1]            -64 
	00209: PUSHB[4]             44    48    52    12 
	00214: PUSHW[1]            959 
	00217: PUSHB[6]             18    64    44    48    52    18 
	00224: PUSHW[1]            959 
	00227: PUSHB[4]             15    32    23    15 
	00232: RTHG       
	00233: MDAP[rd]   
	00234: MDAP[rd]   
	00235: SMD        
	00236: SRP0       
	00237: MIRP[nrp0,md,rd,1] 
	00238: CALL       
	00239: MIRP[nrp0,md,rd,1] 
	00240: CALL       
	00241: RTG        
	00242: SRP0       
	00243: MDRP[srp0,nmd,rd,0] 
	00244: SMD        
	00245: MIRP[nrp0,md,rd,1] 
	00246: DELTAP2    
	00247: SRP0       
	00248: MDRP[srp0,nmd,rd,0] 
	00249: MIRP[nrp0,md,rd,1] 
	00250: DELTAP2    
	00251: SVTCA[y-axis] 
	00252: MIAP[rd+ci] 
	00253: DELTAP1    
	00254: DELTAP1    
	00255: DELTAP2    
	00256: SDB        
	00257: DELTAP1    
	00258: SDB        
	00259: DELTAP1    
	00260: DELTAP2    
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: ALIGNRP    
	00265: MDRP[nrp0,md,rd,1] 
	00266: CALL       
	00267: CALL       
	00268: CALL       
	00269: CALL       
	00270: CALL       
	00271: IP         
	00272: MDAP[rd]   
	00273: SDB        
	00274: DELTAP1    
	00275: DELTAP2    
	00276: SDB        
	00277: DELTAP1    
	00278: SDB        
	00279: DELTAP1    
	00280: SDS        
	00281: SDB        
	00282: DELTAP1    
	00283: DELTAP3    
	00284: MIRP[nrp0,md,rd,1] 
	00285: DELTAP2    
	00286: ALIGNRP    
	00287: SRP0       
	00288: MIRP[nrp0,md,rd,1] 
	00289: DELTAP2    
	00290: IUP[y]     
	00291: IUP[x]     
	00292: SVTCA[y-axis] 
	00293: CALL       
	00294: CALL       
	00295: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short On
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:                      Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   985,  1351)  ->  Abs (   985,  1351)
	  1: Rel (     0,   -31)  ->  Abs (   985,  1320)
	  2: Rel (   -42,   -42)  ->  Abs (   943,  1278)
	  3: Rel (   -31,     0)  ->  Abs (   912,  1278)
	  4: Rel (   -31,     0)  ->  Abs (   881,  1278)
	  5: Rel (   -42,    42)  ->  Abs (   839,  1320)
	  6: Rel (     0,    31)  ->  Abs (   839,  1351)
	  7: Rel (     0,    31)  ->  Abs (   839,  1382)
	  8: Rel (    42,    43)  ->  Abs (   881,  1425)
	  9: Rel (    31,     0)  ->  Abs (   912,  1425)
	 10: Rel (    31,     0)  ->  Abs (   943,  1425)
	 11: Rel (    42,   -43)  ->  Abs (   985,  1382)
	 12: Rel (  -135,   185)  ->  Abs (   850,  1567)
	 13: Rel (     0,   -17)  ->  Abs (   850,  1550)
	 14: Rel (   -24,   -19)  ->  Abs (   826,  1531)
	 15: Rel (  -211,  -165)  ->  Abs (   615,  1366)
	 16: Rel (  -212,   165)  ->  Abs (   403,  1531)
	 17: Rel (   -24,    19)  ->  Abs (   379,  1550)
	 18: Rel (     0,    17)  ->  Abs (   379,  1567)
	 19: Rel (     0,    36)  ->  Abs (   379,  1603)
	 20: Rel (    37,     0)  ->  Abs (   416,  1603)
	 21: Rel (    12,     0)  ->  Abs (   428,  1603)
	 22: Rel (    18,   -14)  ->  Abs (   446,  1589)
	 23: Rel (   169,  -135)  ->  Abs (   615,  1454)
	 24: Rel (   168,   134)  ->  Abs (   783,  1588)
	 25: Rel (    19,    15)  ->  Abs (   802,  1603)
	 26: Rel (    11,     0)  ->  Abs (   813,  1603)
	 27: Rel (    37,     0)  ->  Abs (   850,  1603)
	 28: Rel (  -459,  -252)  ->  Abs (   391,  1351)
	 29: Rel (     0,   -31)  ->  Abs (   391,  1320)
	 30: Rel (   -42,   -42)  ->  Abs (   349,  1278)
	 31: Rel (   -31,     0)  ->  Abs (   318,  1278)
	 32: Rel (   -31,     0)  ->  Abs (   287,  1278)
	 33: Rel (   -42,    42)  ->  Abs (   245,  1320)
	 34: Rel (     0,    31)  ->  Abs (   245,  1351)
	 35: Rel (     0,    31)  ->  Abs (   245,  1382)
	 36: Rel (    42,    43)  ->  Abs (   287,  1425)
	 37: Rel (    31,     0)  ->  Abs (   318,  1425)
	 38: Rel (    31,     0)  ->  Abs (   349,  1425)
	 39: Rel (    42,   -43)  ->  Abs (   391,  1382)

	Glyph 1293: off = 0x0003A0FE, len = 506
	  numberOfContours:	3
	  xMin:			276
	  yMin:			1278
	  xMax:			955
	  yMax:			1603

	EndPoints
	---------
	  0:  11
	  1:  26
	  2:  38

	  Length of Instructions:	388
	00000: PUSHB[6]            116     9   132     9     2     9 
	00007: PUSHW[1]            957 
	00010: PUSHB[8]              3     3   116    36   132    36     2    36 
	00019: PUSHW[1]            957 
	00022: NPUSHB     (123):    15    30     1    12     2    15    30    31    30    47 
	                            30     3    30    15    30     1    58   159    30     1 
	                            15    30    79    30   159    30   175    30   191    30 
	                             5    15    30    31    30    47    30    79    30   191 
	                            30     5    30   223    14   239    14   255    14     3 
	                            48    14     1     0    14    16    14    32    14     3 
	                             9    14    21    64    30    32    52    21    64    21 
	                            26    52    21    64     9    14    52    95    21     1 
	                            15    21     1    12     0    21     1    48    15    21 
	                           159    21     2    58    15    21     1    15    21    47 
	                            21    79    21    95    21   175    21   191    21     6 
	                            15    21    47    21    63    21    79    21   143    21 
	                             5     9    21 
	00147: PUSHW[1]            958 
	00150: NPUSHB      (27):    19    64    26    29    52    19    64    48    54    52 
	                            15    19     1    63   175    19   191    19     2     0 
	                            19    16    19     2     9    19    12 
	00179: PUSHW[1]            -64 
	00182: NPUSHB      (23):    23    26    52   111    12     1   208    12     1   144 
	                            12   160    12     2    12    12    27    15     6    31 
	                             6     2     6 
	00207: PUSHW[1]            956 
	00210: NPUSHB      (50):    16     0     1     0     0   160     0   208     0     3 
	                            19     0    64    48    51    52    15     0     1    67 
	                            15     0    95     0     2   175     0   207     0     2 
	                            15     0    31     0    47     0    79     0   255     0 
	                             5     9     0     0    27    16    27     2    35    27 
	00262: PUSHW[3]            956    33   -64 
	00269: NPUSHB      (38):     9    12    52    15    33     1    63    47    33   143 
	                            33   159    33     3    16    33   128    33   144    33 
	                             3     0    33    16    33    32    33   160    33     4 
	                           192    33   208    33   224    33     3    33 
	00309: MDAP[rd]   
	00310: DELTAP1    
	00311: DELTAP2    
	00312: DELTAP3    
	00313: DELTAP1    
	00314: SDB        
	00315: DELTAP1    
	00316: CALL       
	00317: MIRP[nrp0,md,rd,1] 
	00318: SDB        
	00319: DELTAP1    
	00320: MDAP[rd]   
	00321: SDB        
	00322: DELTAP1    
	00323: DELTAP2    
	00324: DELTAP3    
	00325: SDB        
	00326: DELTAP1    
	00327: CALL       
	00328: SDB        
	00329: DELTAP1    
	00330: DELTAP2    
	00331: MIRP[nrp0,md,rd,1] 
	00332: DELTAP2    
	00333: SRP1       
	00334: IP         
	00335: MDAP[rd]   
	00336: DELTAP1    
	00337: DELTAP2    
	00338: DELTAP1    
	00339: CALL       
	00340: MDRP[nrp0,md,rd,1] 
	00341: SDB        
	00342: DELTAP1    
	00343: DELTAP1    
	00344: SDB        
	00345: DELTAP1    
	00346: CALL       
	00347: CALL       
	00348: SVTCA[y-axis] 
	00349: MIAP[rd+ci] 
	00350: SDB        
	00351: DELTAP1    
	00352: DELTAP2    
	00353: DELTAP3    
	00354: SDB        
	00355: DELTAP1    
	00356: SDB        
	00357: DELTAP1    
	00358: SDB        
	00359: DELTAP1    
	00360: DELTAP2    
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: MDRP[nrp0,md,rd,1] 
	00365: SDB        
	00366: DELTAP1    
	00367: DELTAP1    
	00368: DELTAP2    
	00369: MDAP[rd]   
	00370: DELTAP1    
	00371: DELTAP2    
	00372: DELTAP3    
	00373: SDB        
	00374: DELTAP1    
	00375: SDB        
	00376: DELTAP1    
	00377: SDS        
	00378: SDB        
	00379: DELTAP1    
	00380: MIRP[nrp0,md,rd,1] 
	00381: DELTAP2    
	00382: ALIGNRP    
	00383: SRP0       
	00384: MIRP[nrp0,md,rd,1] 
	00385: DELTAP2    
	00386: IUP[y]     
	00387: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:  YDual               Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual Rep-  2 Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:                      Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   955,  1351)  ->  Abs (   955,  1351)
	  1: Rel (     0,   -31)  ->  Abs (   955,  1320)
	  2: Rel (   -42,   -42)  ->  Abs (   913,  1278)
	  3: Rel (   -31,     0)  ->  Abs (   882,  1278)
	  4: Rel (   -31,     0)  ->  Abs (   851,  1278)
	  5: Rel (   -42,    42)  ->  Abs (   809,  1320)
	  6: Rel (     0,    31)  ->  Abs (   809,  1351)
	  7: Rel (     0,    31)  ->  Abs (   809,  1382)
	  8: Rel (    42,    43)  ->  Abs (   851,  1425)
	  9: Rel (    31,     0)  ->  Abs (   882,  1425)
	 10: Rel (    31,     0)  ->  Abs (   913,  1425)
	 11: Rel (    42,   -43)  ->  Abs (   955,  1382)
	 12: Rel (  -259,    11)  ->  Abs (   696,  1393)
	 13: Rel (     0,   -36)  ->  Abs (   696,  1357)
	 14: Rel (   -38,     0)  ->  Abs (   658,  1357)
	 15: Rel (   -13,     0)  ->  Abs (   645,  1357)
	 16: Rel (   -19,    16)  ->  Abs (   626,  1373)
	 17: Rel (  -189,   160)  ->  Abs (   437,  1533)
	 18: Rel (   -20,    17)  ->  Abs (   417,  1550)
	 19: Rel (     0,    17)  ->  Abs (   417,  1567)
	 20: Rel (     0,    36)  ->  Abs (   417,  1603)
	 21: Rel (    37,     0)  ->  Abs (   454,  1603)
	 22: Rel (    13,     0)  ->  Abs (   467,  1603)
	 23: Rel (    19,   -16)  ->  Abs (   486,  1587)
	 24: Rel (   189,  -160)  ->  Abs (   675,  1427)
	 25: Rel (    17,   -20)  ->  Abs (   692,  1407)
	 26: Rel (     4,    -7)  ->  Abs (   696,  1400)
	 27: Rel (  -274,   -49)  ->  Abs (   422,  1351)
	 28: Rel (     0,   -31)  ->  Abs (   422,  1320)
	 29: Rel (   -42,   -42)  ->  Abs (   380,  1278)
	 30: Rel (   -31,     0)  ->  Abs (   349,  1278)
	 31: Rel (   -31,     0)  ->  Abs (   318,  1278)
	 32: Rel (   -42,    42)  ->  Abs (   276,  1320)
	 33: Rel (     0,    31)  ->  Abs (   276,  1351)
	 34: Rel (     0,    31)  ->  Abs (   276,  1382)
	 35: Rel (    42,    43)  ->  Abs (   318,  1425)
	 36: Rel (    31,     0)  ->  Abs (   349,  1425)
	 37: Rel (    31,     0)  ->  Abs (   380,  1425)
	 38: Rel (    42,   -43)  ->  Abs (   422,  1382)

	Glyph 1294: off = 0x0003A2F8, len = 200
	  numberOfContours:	1
	  xMin:			127
	  yMin:			0
	  xMax:			1111
	  yMax:			1170

	EndPoints
	---------
	  0:  45

	  Length of Instructions:	77
	00000: NPUSHB      (40):    10    10    16     5    30    15     0     1     0    47 
	                            42    24    27    19     7    16    30    38    33    27 
	                             2     2    39     8    38    38    14    29    29    27 
	                             6    39    38    44     2    16    27    38    22     8 
	00042: SVTCA[y-axis] 
	00043: MIAP[rd+ci] 
	00044: MIRP[srp0,md,rd,1] 
	00045: MDRP[nrp0,nmd,nrd,0] 
	00046: MIAP[rd+ci] 
	00047: MIRP[srp0,md,rd,1] 
	00048: MDRP[nrp0,nmd,nrd,0] 
	00049: SRP2       
	00050: IP         
	00051: MDAP[rd]   
	00052: MDRP[nrp0,nmd,nrd,0] 
	00053: MIRP[srp0,md,rd,1] 
	00054: MDRP[nrp0,nmd,nrd,0] 
	00055: SRP2       
	00056: IP         
	00057: MDAP[rd]   
	00058: SVTCA[x-axis] 
	00059: MDAP[rd]   
	00060: MDRP[nrp0,md,rd,0] 
	00061: MDRP[nrp0,nmd,nrd,0] 
	00062: MIRP[srp0,md,rd,1] 
	00063: MDRP[nrp0,nmd,nrd,0] 
	00064: MDRP[nrp0,md,rd,1] 
	00065: SRP0       
	00066: MDRP[srp0,md,rd,1] 
	00067: MDRP[nrp0,nmd,nrd,0] 
	00068: SRP0       
	00069: MDRP[srp0,nmd,rd,2] 
	00070: DELTAP1    
	00071: MIRP[nrp0,md,rd,1] 
	00072: SRP1       
	00073: IP         
	00074: MDAP[rd]   
	00075: IUP[y]     
	00076: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:        XDual                         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short On
	 39:        XDual                         On
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1111,   752)  ->  Abs (  1111,   752)
	  1: Rel (     0,   -56)  ->  Abs (  1111,   696)
	  2: Rel (   -42,     0)  ->  Abs (  1069,   696)
	  3: Rel (   -43,     0)  ->  Abs (  1026,   696)
	  4: Rel (     0,    56)  ->  Abs (  1026,   752)
	  5: Rel (     0,   334)  ->  Abs (  1026,  1086)
	  6: Rel (  -558,     0)  ->  Abs (   468,  1086)
	  7: Rel (     0,  -437)  ->  Abs (   468,   649)
	  8: Rel (   234,     0)  ->  Abs (   702,   649)
	  9: Rel (   117,     0)  ->  Abs (   819,   649)
	 10: Rel (     0,   -42)  ->  Abs (   819,   607)
	 11: Rel (     0,   -33)  ->  Abs (   819,   574)
	 12: Rel (   -45,    -8)  ->  Abs (   774,   566)
	 13: Rel (   -12,    -2)  ->  Abs (   762,   564)
	 14: Rel (   -60,     0)  ->  Abs (   702,   564)
	 15: Rel (  -234,     0)  ->  Abs (   468,   564)
	 16: Rel (     0,  -480)  ->  Abs (   468,    84)
	 17: Rel (   200,     0)  ->  Abs (   668,    84)
	 18: Rel (    56,     0)  ->  Abs (   724,    84)
	 19: Rel (     0,   -42)  ->  Abs (   724,    42)
	 20: Rel (     0,   -42)  ->  Abs (   724,     0)
	 21: Rel (   -56,     0)  ->  Abs (   668,     0)
	 22: Rel (  -485,     0)  ->  Abs (   183,     0)
	 23: Rel (   -56,     0)  ->  Abs (   127,     0)
	 24: Rel (     0,    42)  ->  Abs (   127,    42)
	 25: Rel (     0,    42)  ->  Abs (   127,    84)
	 26: Rel (    56,     0)  ->  Abs (   183,    84)
	 27: Rel (   200,     0)  ->  Abs (   383,    84)
	 28: Rel (     0,   480)  ->  Abs (   383,   564)
	 29: Rel (   -99,     0)  ->  Abs (   284,   564)
	 30: Rel (   -60,     0)  ->  Abs (   224,   564)
	 31: Rel (   -12,     2)  ->  Abs (   212,   566)
	 32: Rel (   -45,     8)  ->  Abs (   167,   574)
	 33: Rel (     0,    33)  ->  Abs (   167,   607)
	 34: Rel (     0,    33)  ->  Abs (   167,   640)
	 35: Rel (    46,     8)  ->  Abs (   213,   648)
	 36: Rel (     9,     1)  ->  Abs (   222,   649)
	 37: Rel (    62,     0)  ->  Abs (   284,   649)
	 38: Rel (    99,     0)  ->  Abs (   383,   649)
	 39: Rel (     0,   437)  ->  Abs (   383,  1086)
	 40: Rel (  -200,     0)  ->  Abs (   183,  1086)
	 41: Rel (   -56,     0)  ->  Abs (   127,  1086)
	 42: Rel (     0,    42)  ->  Abs (   127,  1128)
	 43: Rel (     0,    42)  ->  Abs (   127,  1170)
	 44: Rel (    56,     0)  ->  Abs (   183,  1170)
	 45: Rel (   928,     0)  ->  Abs (  1111,  1170)

	Glyph 1295: off = 0x0003A3C0, len = 194
	  numberOfContours:	1
	  xMin:			152
	  yMin:			0
	  xMax:			1088
	  yMax:			866

	EndPoints
	---------
	  0:  39

	  Length of Instructions:	89
	00000: NPUSHB      (50):    10    10    14     5    32    15     0     1     0    41 
	                            36    22    25     0    17    16    17     2    17     7 
	                            14    32    32    29    25     8    32    33    12    27 
	                             0    27    16    27     2     2    27     2    27    25 
	                             6    33    33    38     6    15    25    33    20    10 
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: MIRP[srp0,md,rd,1] 
	00055: MDRP[nrp0,nmd,nrd,0] 
	00056: MIAP[rd+ci] 
	00057: MIRP[srp0,md,rd,1] 
	00058: MDRP[nrp0,nmd,nrd,0] 
	00059: SRP2       
	00060: IP         
	00061: IP         
	00062: MDAP[rd]   
	00063: MDAP[rd]   
	00064: DELTAP1    
	00065: SRP0       
	00066: MDRP[nrp0,nmd,nrd,0] 
	00067: MIRP[srp0,md,rd,1] 
	00068: MDRP[nrp0,nmd,nrd,0] 
	00069: SVTCA[x-axis] 
	00070: MDAP[rd]   
	00071: MDRP[nrp0,md,rd,0] 
	00072: MDRP[nrp0,nmd,nrd,0] 
	00073: MIRP[srp0,md,rd,1] 
	00074: MDRP[nrp0,nmd,nrd,0] 
	00075: MDRP[nrp0,md,rd,1] 
	00076: DELTAP1    
	00077: SRP0       
	00078: MDRP[srp0,md,rd,1] 
	00079: MDRP[nrp0,nmd,nrd,0] 
	00080: SRP0       
	00081: MDRP[srp0,nmd,rd,2] 
	00082: DELTAP1    
	00083: MIRP[nrp0,md,rd,1] 
	00084: SRP1       
	00085: IP         
	00086: MDAP[rd]   
	00087: IUP[y]     
	00088: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                               On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short On
	 33:        XDual                         On
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1088,   447)  ->  Abs (  1088,   447)
	  1: Rel (     0,   -56)  ->  Abs (  1088,   391)
	  2: Rel (   -43,     0)  ->  Abs (  1045,   391)
	  3: Rel (   -42,     0)  ->  Abs (  1003,   391)
	  4: Rel (     0,    56)  ->  Abs (  1003,   447)
	  5: Rel (     0,   334)  ->  Abs (  1003,   781)
	  6: Rel (  -510,     0)  ->  Abs (   493,   781)
	  7: Rel (     0,  -285)  ->  Abs (   493,   496)
	  8: Rel (   213,     0)  ->  Abs (   706,   496)
	  9: Rel (    57,     0)  ->  Abs (   763,   496)
	 10: Rel (     0,   -43)  ->  Abs (   763,   453)
	 11: Rel (     0,   -42)  ->  Abs (   763,   411)
	 12: Rel (   -56,     0)  ->  Abs (   707,   411)
	 13: Rel (  -214,     0)  ->  Abs (   493,   411)
	 14: Rel (     0,  -327)  ->  Abs (   493,    84)
	 15: Rel (   200,     0)  ->  Abs (   693,    84)
	 16: Rel (    56,     0)  ->  Abs (   749,    84)
	 17: Rel (     0,   -42)  ->  Abs (   749,    42)
	 18: Rel (     0,   -42)  ->  Abs (   749,     0)
	 19: Rel (   -56,     0)  ->  Abs (   693,     0)
	 20: Rel (  -485,     0)  ->  Abs (   208,     0)
	 21: Rel (   -56,     0)  ->  Abs (   152,     0)
	 22: Rel (     0,    42)  ->  Abs (   152,    42)
	 23: Rel (     0,    42)  ->  Abs (   152,    84)
	 24: Rel (    56,     0)  ->  Abs (   208,    84)
	 25: Rel (   200,     0)  ->  Abs (   408,    84)
	 26: Rel (     0,   327)  ->  Abs (   408,   411)
	 27: Rel (  -181,     0)  ->  Abs (   227,   411)
	 28: Rel (   -56,     0)  ->  Abs (   171,   411)
	 29: Rel (     0,    43)  ->  Abs (   171,   454)
	 30: Rel (     0,    42)  ->  Abs (   171,   496)
	 31: Rel (    56,     0)  ->  Abs (   227,   496)
	 32: Rel (   181,     0)  ->  Abs (   408,   496)
	 33: Rel (     0,   285)  ->  Abs (   408,   781)
	 34: Rel (  -200,     0)  ->  Abs (   208,   781)
	 35: Rel (   -56,     0)  ->  Abs (   152,   781)
	 36: Rel (     0,    42)  ->  Abs (   152,   823)
	 37: Rel (     0,    43)  ->  Abs (   152,   866)
	 38: Rel (    56,     0)  ->  Abs (   208,   866)
	 39: Rel (   880,     0)  ->  Abs (  1088,   866)

	Glyph 1296: off = 0x0003A482, len = 604
	  numberOfContours:	1
	  xMin:			-5
	  yMin:			-286
	  xMax:			1220
	  yMax:			1170

	EndPoints
	---------
	  0:  111

	  Length of Instructions:	312
	00000: NPUSHB     (187):    61    63    63    30    43    45    20    43    43    45 
	                            45    43    48    15    71    31    71    47    71     3 
	                            71    68    25    48    30     0    53    16    53    32 
	                            53     3    53    39    31    28    28    30    41    39 
	                            20    41    41    39    41    42    25    36    39    25 
	                             8    11    11    30   105   107    20   105   105   107 
	                           105   104   107    14    86    83    83    30   103   101 
	                            20   103   101    83   103   101   103    84     3    79 
	                            98    30    15    93    31    93    47    93     3    93 
	                           107   111    30     4   107    14     0    76    16    76 
	                            32    76     3    76    79     0    17    16    17    32 
	                            17     3    17    14    30    15    22    31    22    47 
	                            22     3    22    25    98    38    89    73   105    41 
	                            39    67    80    86    61    84    63     4    80    58 
	                            95    51    51    68    42   104    80    38   103    43 
	                           101    45     4    48     8    31    11    28     4    33 
	                            13    26    26    25    79    68    38    73    48    38 
	                            58    73     2    39    38    33    20    14    25    38 
	                            20   107    38     5    20     8     2 
	00189: SVTCA[y-axis] 
	00190: MDAP[rd]   
	00191: MIAP[rd+ci] 
	00192: MDRP[srp0,nmd,nrd,0] 
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP0       
	00195: MIRP[srp0,md,rd,1] 
	00196: MDRP[nrp0,nmd,nrd,0] 
	00197: SRP0       
	00198: MDRP[srp0,nmd,nrd,0] 
	00199: MIRP[nrp0,md,rd,1] 
	00200: MIAP[rd+ci] 
	00201: MDRP[srp0,nmd,nrd,0] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: SRP0       
	00204: MIRP[srp0,md,rd,1] 
	00205: MDRP[nrp0,nmd,nrd,0] 
	00206: SRP2       
	00207: IP         
	00208: MDAP[rd]   
	00209: MDRP[nrp0,nmd,nrd,0] 
	00210: SRP2       
	00211: SLOOP      
	00212: IP         
	00213: SRP2       
	00214: SLOOP      
	00215: IP         
	00216: MIRP[nrp0,md,rd,1] 
	00217: IP         
	00218: IP         
	00219: SRP1       
	00220: IP         
	00221: MDAP[rd]   
	00222: MDRP[nrp0,nmd,rd,0] 
	00223: SRP1       
	00224: SRP2       
	00225: SLOOP      
	00226: IP         
	00227: SRP0       
	00228: MDRP[nrp0,nmd,nrd,0] 
	00229: SRP1       
	00230: IP         
	00231: IP         
	00232: SRP0       
	00233: MDRP[srp0,nmd,nrd,0] 
	00234: MIRP[nrp0,md,rd,1] 
	00235: SVTCA[x-axis] 
	00236: MDAP[rd]   
	00237: MDRP[nrp0,md,rd,1] 
	00238: DELTAP1    
	00239: MIRP[srp0,md,rd,1] 
	00240: MDRP[nrp0,md,rd,1] 
	00241: DELTAP1    
	00242: MDRP[srp0,nmd,nrd,0] 
	00243: MDRP[nrp0,md,rd,1] 
	00244: DELTAP1    
	00245: SRP0       
	00246: MDRP[srp0,md,rd,0] 
	00247: MDRP[srp0,nmd,rd,0] 
	00248: MIRP[nrp0,md,rd,1] 
	00249: SRP0       
	00250: MDRP[srp0,nmd,rd,0] 
	00251: DELTAP1    
	00252: MIRP[nrp0,md,rd,1] 
	00253: SRP1       
	00254: SLOOP      
	00255: IP         
	00256: SRP0       
	00257: SVTCA[y-axis] 
	00258: MDRP[nrp0,nmd,nrd,1] 
	00259: SDPVTL[1]  
	00260: SFVTCA[x-axis] 
	00261: CALL       
	00262: RDTG       
	00263: SRP0       
	00264: MDRP[nrp0,nmd,rd,0] 
	00265: SVTCA[x-axis] 
	00266: SRP1       
	00267: SRP2       
	00268: IP         
	00269: IP         
	00270: SDPVTL[1]  
	00271: RTG        
	00272: SRP0       
	00273: CALL       
	00274: RDTG       
	00275: SRP0       
	00276: MDRP[nrp0,nmd,rd,0] 
	00277: SVTCA[x-axis] 
	00278: RTG        
	00279: SRP0       
	00280: MDRP[srp0,md,rd,0] 
	00281: MDRP[nrp0,md,rd,1] 
	00282: SRP2       
	00283: IP         
	00284: IP         
	00285: SDPVTL[1]  
	00286: SRP0       
	00287: CALL       
	00288: RDTG       
	00289: SRP0       
	00290: MDRP[nrp0,nmd,rd,0] 
	00291: SVTCA[x-axis] 
	00292: RTG        
	00293: SRP0       
	00294: MDRP[srp0,nmd,rd,0] 
	00295: DELTAP1    
	00296: MIRP[nrp0,md,rd,1] 
	00297: SRP0       
	00298: MDRP[srp0,nmd,nrd,0] 
	00299: MDRP[nrp0,md,rd,1] 
	00300: DELTAP1    
	00301: SRP2       
	00302: IP         
	00303: IP         
	00304: SDPVTL[1]  
	00305: SRP0       
	00306: CALL       
	00307: RDTG       
	00308: SRP0       
	00309: MDRP[nrp0,nmd,rd,0] 
	00310: IUP[y]     
	00311: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:                              X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:  YDual                       X-Short On
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:                              X-Short On
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short On
	 40:        XDual                 X-Short On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual               Y-Short X-Short On
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual         Y-Short X-Short On
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:        XDual         Y-Short X-Short On
	 61:        XDual         Y-Short X-Short Off
	 62:        XDual         Y-Short X-Short On
	 63:        XDual         Y-Short X-Short Off
	 64:        XDual         Y-Short X-Short On
	 65:        XDual         Y-Short X-Short Off
	 66:  YDual XDual                 X-Short On
	 67:  YDual XDual                 X-Short On
	 68:        XDual                         On
	 69:  YDual                       X-Short On
	 70:  YDual                       X-Short Off
	 71:  YDual XDual         Y-Short         On
	 72:  YDual XDual         Y-Short         Off
	 73:  YDual XDual                 X-Short On
	 74:  YDual XDual                 X-Short On
	 75:  YDual XDual                 X-Short Off
	 76:        XDual         Y-Short         On
	 77:        XDual         Y-Short         Off
	 78:  YDual                       X-Short On
	 79:  YDual                       X-Short On
	 80:        XDual                         On
	 81:  YDual XDual                 X-Short On
	 82:  YDual XDual                 X-Short Off
	 83:  YDual XDual         Y-Short X-Short On
	 84:  YDual XDual         Y-Short X-Short Off
	 85:  YDual XDual         Y-Short X-Short On
	 86:  YDual XDual         Y-Short X-Short Off
	 87:  YDual XDual         Y-Short X-Short On
	 88:  YDual XDual         Y-Short X-Short Off
	 89:  YDual XDual                 X-Short On
	 90:  YDual XDual                 X-Short Off
	 91:        XDual         Y-Short X-Short Off
	 92:        XDual         Y-Short         On
	 93:        XDual         Y-Short         On
	 94:        XDual         Y-Short         Off
	 95:  YDual                       X-Short On
	 96:  YDual                       X-Short Off
	 97:  YDual XDual         Y-Short         On
	 98:  YDual XDual         Y-Short         On
	 99:                      Y-Short X-Short Off
	100:                      Y-Short X-Short On
	101:                      Y-Short X-Short Off
	102:                      Y-Short X-Short On
	103:                      Y-Short X-Short Off
	104:                      Y-Short X-Short On
	105:        XDual         Y-Short X-Short Off
	106:        XDual         Y-Short X-Short On
	107:        XDual                 X-Short On
	108:  YDual XDual                 X-Short On
	109:  YDual XDual                 X-Short Off
	110:        XDual         Y-Short X-Short Off
	111:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1220,  -219)  ->  Abs (  1220,  -219)
	  1: Rel (     0,   -67)  ->  Abs (  1220,  -286)
	  2: Rel (   -41,     0)  ->  Abs (  1179,  -286)
	  3: Rel (   -44,     0)  ->  Abs (  1135,  -286)
	  4: Rel (     0,    64)  ->  Abs (  1135,  -222)
	  5: Rel (     0,   222)  ->  Abs (  1135,     0)
	  6: Rel (   -36,     0)  ->  Abs (  1099,     0)
	  7: Rel (   -41,     0)  ->  Abs (  1058,     0)
	  8: Rel (   -22,    15)  ->  Abs (  1036,    15)
	  9: Rel (   -15,    37)  ->  Abs (  1021,    52)
	 10: Rel (  -118,   290)  ->  Abs (   903,   342)
	 11: Rel (   -99,   240)  ->  Abs (   804,   582)
	 12: Rel (  -118,     3)  ->  Abs (   686,   585)
	 13: Rel (   -30,     0)  ->  Abs (   656,   585)
	 14: Rel (     0,  -501)  ->  Abs (   656,    84)
	 15: Rel (    65,     0)  ->  Abs (   721,    84)
	 16: Rel (    71,     0)  ->  Abs (   792,    84)
	 17: Rel (     0,   -42)  ->  Abs (   792,    42)
	 18: Rel (     0,   -42)  ->  Abs (   792,     0)
	 19: Rel (   -71,     0)  ->  Abs (   721,     0)
	 20: Rel (  -213,     0)  ->  Abs (   508,     0)
	 21: Rel (   -70,     0)  ->  Abs (   438,     0)
	 22: Rel (     0,    42)  ->  Abs (   438,    42)
	 23: Rel (     0,    42)  ->  Abs (   438,    84)
	 24: Rel (    70,     0)  ->  Abs (   508,    84)
	 25: Rel (    64,     0)  ->  Abs (   572,    84)
	 26: Rel (     0,   501)  ->  Abs (   572,   585)
	 27: Rel (   -30,     0)  ->  Abs (   542,   585)
	 28: Rel (  -116,    -3)  ->  Abs (   426,   582)
	 29: Rel (   -99,  -240)  ->  Abs (   327,   342)
	 30: Rel (  -118,  -290)  ->  Abs (   209,    52)
	 31: Rel (   -15,   -37)  ->  Abs (   194,    15)
	 32: Rel (   -23,   -15)  ->  Abs (   171,     0)
	 33: Rel (   -40,     0)  ->  Abs (   131,     0)
	 34: Rel (   -66,     0)  ->  Abs (    65,     0)
	 35: Rel (   -70,     0)  ->  Abs (    -5,     0)
	 36: Rel (     0,    42)  ->  Abs (    -5,    42)
	 37: Rel (     0,    42)  ->  Abs (    -5,    84)
	 38: Rel (    70,     0)  ->  Abs (    65,    84)
	 39: Rel (    63,     0)  ->  Abs (   128,    84)
	 40: Rel (   120,   294)  ->  Abs (   248,   378)
	 41: Rel (    82,   201)  ->  Abs (   330,   579)
	 42: Rel (   103,    57)  ->  Abs (   433,   636)
	 43: Rel (   -45,    47)  ->  Abs (   388,   683)
	 44: Rel (   -94,   199)  ->  Abs (   294,   882)
	 45: Rel (   -53,   113)  ->  Abs (   241,   995)
	 46: Rel (    -9,    13)  ->  Abs (   232,  1008)
	 47: Rel (   -49,    81)  ->  Abs (   183,  1089)
	 48: Rel (   -55,     0)  ->  Abs (   128,  1089)
	 49: Rel (     0,  -110)  ->  Abs (   128,   979)
	 50: Rel (     0,   -58)  ->  Abs (   128,   921)
	 51: Rel (   -44,     0)  ->  Abs (    84,   921)
	 52: Rel (   -41,     0)  ->  Abs (    43,   921)
	 53: Rel (     0,    64)  ->  Abs (    43,   985)
	 54: Rel (     0,   115)  ->  Abs (    43,  1100)
	 55: Rel (     0,    40)  ->  Abs (    43,  1140)
	 56: Rel (     8,    13)  ->  Abs (    51,  1153)
	 57: Rel (    11,    17)  ->  Abs (    62,  1170)
	 58: Rel (    37,     0)  ->  Abs (    99,  1170)
	 59: Rel (   113,     0)  ->  Abs (   212,  1170)
	 60: Rel (    61,   -73)  ->  Abs (   273,  1097)
	 61: Rel (    27,   -32)  ->  Abs (   300,  1065)
	 62: Rel (    69,  -146)  ->  Abs (   369,   919)
	 63: Rel (    60,  -127)  ->  Abs (   429,   792)
	 64: Rel (    10,   -17)  ->  Abs (   439,   775)
	 65: Rel (    60,  -104)  ->  Abs (   499,   671)
	 66: Rel (    51,     0)  ->  Abs (   550,   671)
	 67: Rel (    22,     0)  ->  Abs (   572,   671)
	 68: Rel (     0,   415)  ->  Abs (   572,  1086)
	 69: Rel (   -64,     0)  ->  Abs (   508,  1086)
	 70: Rel (   -70,     0)  ->  Abs (   438,  1086)
	 71: Rel (     0,    42)  ->  Abs (   438,  1128)
	 72: Rel (     0,    42)  ->  Abs (   438,  1170)
	 73: Rel (    70,     0)  ->  Abs (   508,  1170)
	 74: Rel (   213,     0)  ->  Abs (   721,  1170)
	 75: Rel (    71,     0)  ->  Abs (   792,  1170)
	 76: Rel (     0,   -42)  ->  Abs (   792,  1128)
	 77: Rel (     0,   -42)  ->  Abs (   792,  1086)
	 78: Rel (   -71,     0)  ->  Abs (   721,  1086)
	 79: Rel (   -65,     0)  ->  Abs (   656,  1086)
	 80: Rel (     0,  -415)  ->  Abs (   656,   671)
	 81: Rel (    22,     0)  ->  Abs (   678,   671)
	 82: Rel (    59,     0)  ->  Abs (   737,   671)
	 83: Rel (    56,   100)  ->  Abs (   793,   771)
	 84: Rel (    34,    74)  ->  Abs (   827,   845)
	 85: Rel (    34,    74)  ->  Abs (   861,   919)
	 86: Rel (    68,   147)  ->  Abs (   929,  1066)
	 87: Rel (    24,    31)  ->  Abs (   953,  1097)
	 88: Rel (    60,    73)  ->  Abs (  1013,  1170)
	 89: Rel (   112,     0)  ->  Abs (  1125,  1170)
	 90: Rel (    41,     0)  ->  Abs (  1166,  1170)
	 91: Rel (    20,   -27)  ->  Abs (  1186,  1143)
	 92: Rel (     0,   -43)  ->  Abs (  1186,  1100)
	 93: Rel (     0,  -115)  ->  Abs (  1186,   985)
	 94: Rel (     0,   -65)  ->  Abs (  1186,   920)
	 95: Rel (   -39,     0)  ->  Abs (  1147,   920)
	 96: Rel (   -45,     0)  ->  Abs (  1102,   920)
	 97: Rel (     0,    59)  ->  Abs (  1102,   979)
	 98: Rel (     0,   110)  ->  Abs (  1102,  1089)
	 99: Rel (   -53,    -1)  ->  Abs (  1049,  1088)
	100: Rel (   -50,   -79)  ->  Abs (   999,  1009)
	101: Rel (   -17,   -27)  ->  Abs (   982,   982)
	102: Rel (   -46,  -100)  ->  Abs (   936,   882)
	103: Rel (   -92,  -201)  ->  Abs (   844,   681)
	104: Rel (   -48,   -45)  ->  Abs (   796,   636)
	105: Rel (   105,   -60)  ->  Abs (   901,   576)
	106: Rel (    81,  -198)  ->  Abs (   982,   378)
	107: Rel (   120,  -294)  ->  Abs (  1102,    84)
	108: Rel (    47,     0)  ->  Abs (  1149,    84)
	109: Rel (    45,     0)  ->  Abs (  1194,    84)
	110: Rel (    26,   -25)  ->  Abs (  1220,    59)
	111: Rel (     0,   -45)  ->  Abs (  1220,    14)

	Glyph 1297: off = 0x0003A6DE, len = 580
	  numberOfContours:	1
	  xMin:			20
	  yMin:			-211
	  xMax:			1223
	  yMax:			866

	EndPoints
	---------
	  0:  110

	  Length of Instructions:	296
	00000: NPUSHB     (175):    64    62    62    32    46    44    20    46    46    44 
	                            52    46     1    46    44    49    67    25    49    32 
	                             0    54    16    54    32    54     3    54    40    28 
	                            31    31    32    40    42    20    40    42    42    43 
	                            25    37    40    25    70    15    22    31    22    47 
	                            22     3    22    25     8    11    11    32   104   106 
	                            20   104   104   106   103   104    14   106    85    83 
	                            83    32   102   100    20   102   102   100    59   100 
	                             1   102   100    78    97    32    15    92    31    92 
	                            47    92     3    92   106     5    32     0   106    78 
	                            14    75     0    17    16    17    32    17     3    17 
	                            14    32    25    52    94    94    79    46   100    44 
	                           102     4    26    97    38    85    62    83    64     4 
	                            79    88    72   103    43    26    42   104    40    66 
	                            79    38    28    11    31     8     4    34    13    26 
	                            26    14    78    67    38    72    49    38    59    72 
	                             6    40    38    34    20    25    14    38    20   106 
	                            38     5    20    10     2 
	00177: SVTCA[y-axis] 
	00178: MDAP[rd]   
	00179: MIAP[rd+ci] 
	00180: MDRP[srp0,nmd,nrd,0] 
	00181: MIRP[nrp0,md,rd,1] 
	00182: SRP0       
	00183: MIRP[srp0,md,rd,1] 
	00184: MDRP[nrp0,nmd,nrd,0] 
	00185: SRP0       
	00186: MDRP[srp0,nmd,nrd,0] 
	00187: MIRP[nrp0,md,rd,1] 
	00188: MIAP[rd+ci] 
	00189: MDRP[srp0,nmd,nrd,0] 
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP0       
	00192: MIRP[srp0,md,rd,1] 
	00193: MDRP[nrp0,nmd,nrd,0] 
	00194: SRP2       
	00195: IP         
	00196: MDAP[rd]   
	00197: MDRP[nrp0,nmd,nrd,0] 
	00198: SRP2       
	00199: SLOOP      
	00200: IP         
	00201: MIRP[srp0,md,rd,1] 
	00202: MDRP[nrp0,nmd,nrd,0] 
	00203: SRP1       
	00204: IP         
	00205: IP         
	00206: SRP1       
	00207: IP         
	00208: IP         
	00209: SRP0       
	00210: MDRP[srp0,nmd,nrd,0] 
	00211: SRP1       
	00212: SLOOP      
	00213: IP         
	00214: MIRP[nrp0,md,rd,1] 
	00215: SRP1       
	00216: SLOOP      
	00217: IP         
	00218: SRP1       
	00219: IP         
	00220: MDAP[rd]   
	00221: MDRP[nrp0,nmd,nrd,0] 
	00222: SVTCA[x-axis] 
	00223: MDAP[rd]   
	00224: MIRP[srp0,md,rd,1] 
	00225: MDRP[srp0,md,rd,1] 
	00226: DELTAP1    
	00227: MDRP[nrp0,nmd,nrd,0] 
	00228: SRP0       
	00229: MDRP[nrp0,nmd,nrd,0] 
	00230: MDRP[srp0,md,rd,0] 
	00231: MDRP[srp0,nmd,rd,0] 
	00232: MIRP[nrp0,md,rd,1] 
	00233: SRP0       
	00234: MDRP[srp0,nmd,rd,0] 
	00235: DELTAP1    
	00236: MIRP[nrp0,md,rd,1] 
	00237: SRP1       
	00238: IP         
	00239: IP         
	00240: DELTAP1    
	00241: SDPVTL[1]  
	00242: SRP0       
	00243: CALL       
	00244: RDTG       
	00245: SRP0       
	00246: MDRP[nrp0,nmd,rd,0] 
	00247: SVTCA[x-axis] 
	00248: SRP1       
	00249: SRP2       
	00250: IP         
	00251: IP         
	00252: SDPVTL[1]  
	00253: RTG        
	00254: SRP0       
	00255: CALL       
	00256: RDTG       
	00257: SRP0       
	00258: MDRP[nrp0,nmd,rd,0] 
	00259: SVTCA[x-axis] 
	00260: RTG        
	00261: SRP0       
	00262: MDRP[srp0,md,rd,1] 
	00263: DELTAP1    
	00264: MDRP[nrp0,nmd,nrd,0] 
	00265: SRP0       
	00266: MDRP[srp0,md,rd,0] 
	00267: MDRP[nrp0,md,rd,1] 
	00268: SRP2       
	00269: IP         
	00270: IP         
	00271: SDPVTL[1]  
	00272: CALL       
	00273: RDTG       
	00274: SRP0       
	00275: MDRP[nrp0,nmd,rd,0] 
	00276: SVTCA[x-axis] 
	00277: RTG        
	00278: SRP0       
	00279: MDRP[srp0,nmd,rd,0] 
	00280: DELTAP1    
	00281: MIRP[nrp0,md,rd,1] 
	00282: SRP0       
	00283: MDRP[nrp0,nmd,nrd,0] 
	00284: SRP1       
	00285: IP         
	00286: IP         
	00287: DELTAP1    
	00288: SDPVTL[1]  
	00289: SRP0       
	00290: CALL       
	00291: RDTG       
	00292: SRP0       
	00293: MDRP[nrp0,nmd,rd,0] 
	00294: IUP[y]     
	00295: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:  YDual                       X-Short On
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short On
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual               Y-Short X-Short On
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual               Y-Short X-Short On
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short Off
	 61:        XDual         Y-Short X-Short On
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short Off
	 65:        XDual         Y-Short X-Short On
	 66:  YDual XDual                 X-Short On
	 67:        XDual                         On
	 68:  YDual                       X-Short On
	 69:  YDual                       X-Short Off
	 70:  YDual XDual         Y-Short         On
	 71:  YDual XDual         Y-Short         Off
	 72:  YDual XDual                 X-Short On
	 73:  YDual XDual                 X-Short On
	 74:  YDual XDual                 X-Short Off
	 75:        XDual         Y-Short         On
	 76:        XDual         Y-Short         Off
	 77:  YDual                       X-Short On
	 78:  YDual                       X-Short On
	 79:        XDual                         On
	 80:  YDual XDual                 X-Short On
	 81:  YDual XDual                 X-Short Off
	 82:  YDual XDual         Y-Short X-Short On
	 83:  YDual XDual         Y-Short X-Short Off
	 84:  YDual XDual         Y-Short X-Short On
	 85:  YDual XDual         Y-Short X-Short Off
	 86:  YDual XDual         Y-Short X-Short On
	 87:  YDual XDual         Y-Short X-Short Off
	 88:  YDual XDual                 X-Short On
	 89:  YDual XDual                 X-Short Off
	 90:        XDual         Y-Short X-Short Off
	 91:        XDual         Y-Short         On
	 92:        XDual         Y-Short         On
	 93:        XDual         Y-Short         Off
	 94:  YDual                       X-Short On
	 95:  YDual                       X-Short Off
	 96:  YDual XDual         Y-Short         On
	 97:  YDual XDual         Y-Short         On
	 98:  YDual                       X-Short Off
	 99:                      Y-Short X-Short On
	100:                      Y-Short X-Short Off
	101:                      Y-Short X-Short On
	102:                      Y-Short X-Short Off
	103:                      Y-Short X-Short On
	104:        XDual         Y-Short X-Short Off
	105:        XDual         Y-Short X-Short On
	106:        XDual         Y-Short X-Short On
	107:  YDual XDual                 X-Short On
	108:  YDual XDual                 X-Short Off
	109:        XDual         Y-Short X-Short Off
	110:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1223,  -143)  ->  Abs (  1223,  -143)
	  1: Rel (     0,   -68)  ->  Abs (  1223,  -211)
	  2: Rel (   -42,     0)  ->  Abs (  1181,  -211)
	  3: Rel (   -43,     0)  ->  Abs (  1138,  -211)
	  4: Rel (     0,    65)  ->  Abs (  1138,  -146)
	  5: Rel (     0,   146)  ->  Abs (  1138,     0)
	  6: Rel (   -54,     0)  ->  Abs (  1084,     0)
	  7: Rel (   -39,     0)  ->  Abs (  1045,     0)
	  8: Rel (   -22,    12)  ->  Abs (  1023,    12)
	  9: Rel (   -19,    34)  ->  Abs (  1004,    46)
	 10: Rel (  -110,   198)  ->  Abs (   894,   244)
	 11: Rel (   -99,   175)  ->  Abs (   795,   419)
	 12: Rel (  -110,     4)  ->  Abs (   685,   423)
	 13: Rel (   -28,     0)  ->  Abs (   657,   423)
	 14: Rel (     0,  -339)  ->  Abs (   657,    84)
	 15: Rel (    58,     0)  ->  Abs (   715,    84)
	 16: Rel (    71,     0)  ->  Abs (   786,    84)
	 17: Rel (     0,   -42)  ->  Abs (   786,    42)
	 18: Rel (     0,   -42)  ->  Abs (   786,     0)
	 19: Rel (   -71,     0)  ->  Abs (   715,     0)
	 20: Rel (  -202,     0)  ->  Abs (   513,     0)
	 21: Rel (   -71,     0)  ->  Abs (   442,     0)
	 22: Rel (     0,    42)  ->  Abs (   442,    42)
	 23: Rel (     0,    42)  ->  Abs (   442,    84)
	 24: Rel (    71,     0)  ->  Abs (   513,    84)
	 25: Rel (    59,     0)  ->  Abs (   572,    84)
	 26: Rel (     0,   339)  ->  Abs (   572,   423)
	 27: Rel (   -29,     0)  ->  Abs (   543,   423)
	 28: Rel (  -110,    -4)  ->  Abs (   433,   419)
	 29: Rel (   -99,  -175)  ->  Abs (   334,   244)
	 30: Rel (  -110,  -198)  ->  Abs (   224,    46)
	 31: Rel (    -9,   -17)  ->  Abs (   215,    29)
	 32: Rel (   -19,   -23)  ->  Abs (   196,     6)
	 33: Rel (   -10,    -6)  ->  Abs (   186,     0)
	 34: Rel (   -39,     0)  ->  Abs (   147,     0)
	 35: Rel (   -57,     0)  ->  Abs (    90,     0)
	 36: Rel (   -70,     0)  ->  Abs (    20,     0)
	 37: Rel (     0,    42)  ->  Abs (    20,    42)
	 38: Rel (     0,    42)  ->  Abs (    20,    84)
	 39: Rel (    70,     0)  ->  Abs (    90,    84)
	 40: Rel (    57,     0)  ->  Abs (   147,    84)
	 41: Rel (   111,   198)  ->  Abs (   258,   282)
	 42: Rel (    75,   134)  ->  Abs (   333,   416)
	 43: Rel (    98,    63)  ->  Abs (   431,   479)
	 44: Rel (   -41,    33)  ->  Abs (   390,   512)
	 45: Rel (   -81,   128)  ->  Abs (   309,   640)
	 46: Rel (   -49,    76)  ->  Abs (   260,   716)
	 47: Rel (   -17,    19)  ->  Abs (   243,   735)
	 48: Rel (   -43,    46)  ->  Abs (   200,   781)
	 49: Rel (   -56,     0)  ->  Abs (   144,   781)
	 50: Rel (     0,   -63)  ->  Abs (   144,   718)
	 51: Rel (     0,   -57)  ->  Abs (   144,   661)
	 52: Rel (   -42,     0)  ->  Abs (   102,   661)
	 53: Rel (   -43,     0)  ->  Abs (    59,   661)
	 54: Rel (     0,    64)  ->  Abs (    59,   725)
	 55: Rel (     0,    70)  ->  Abs (    59,   795)
	 56: Rel (     0,    40)  ->  Abs (    59,   835)
	 57: Rel (     9,    13)  ->  Abs (    68,   848)
	 58: Rel (    11,    18)  ->  Abs (    79,   866)
	 59: Rel (    37,     0)  ->  Abs (   116,   866)
	 60: Rel (   100,     0)  ->  Abs (   216,   866)
	 61: Rel (    58,   -47)  ->  Abs (   274,   819)
	 62: Rel (    40,   -32)  ->  Abs (   314,   787)
	 63: Rel (    62,  -103)  ->  Abs (   376,   684)
	 64: Rel (   107,  -173)  ->  Abs (   483,   511)
	 65: Rel (    68,    -4)  ->  Abs (   551,   507)
	 66: Rel (    21,     0)  ->  Abs (   572,   507)
	 67: Rel (     0,   274)  ->  Abs (   572,   781)
	 68: Rel (   -59,     0)  ->  Abs (   513,   781)
	 69: Rel (   -71,     0)  ->  Abs (   442,   781)
	 70: Rel (     0,    42)  ->  Abs (   442,   823)
	 71: Rel (     0,    43)  ->  Abs (   442,   866)
	 72: Rel (    71,     0)  ->  Abs (   513,   866)
	 73: Rel (   202,     0)  ->  Abs (   715,   866)
	 74: Rel (    71,     0)  ->  Abs (   786,   866)
	 75: Rel (     0,   -43)  ->  Abs (   786,   823)
	 76: Rel (     0,   -42)  ->  Abs (   786,   781)
	 77: Rel (   -71,     0)  ->  Abs (   715,   781)
	 78: Rel (   -58,     0)  ->  Abs (   657,   781)
	 79: Rel (     0,  -274)  ->  Abs (   657,   507)
	 80: Rel (    20,     0)  ->  Abs (   677,   507)
	 81: Rel (    50,     0)  ->  Abs (   727,   507)
	 82: Rel (    54,    68)  ->  Abs (   781,   575)
	 83: Rel (     9,    11)  ->  Abs (   790,   586)
	 84: Rel (    63,    98)  ->  Abs (   853,   684)
	 85: Rel (    67,   104)  ->  Abs (   920,   788)
	 86: Rel (    30,    28)  ->  Abs (   950,   816)
	 87: Rel (    57,    50)  ->  Abs (  1007,   866)
	 88: Rel (    92,     0)  ->  Abs (  1099,   866)
	 89: Rel (    44,     0)  ->  Abs (  1143,   866)
	 90: Rel (    26,   -27)  ->  Abs (  1169,   839)
	 91: Rel (     0,   -44)  ->  Abs (  1169,   795)
	 92: Rel (     0,   -70)  ->  Abs (  1169,   725)
	 93: Rel (     0,   -64)  ->  Abs (  1169,   661)
	 94: Rel (   -41,     0)  ->  Abs (  1128,   661)
	 95: Rel (   -44,     0)  ->  Abs (  1084,   661)
	 96: Rel (     0,    57)  ->  Abs (  1084,   718)
	 97: Rel (     0,    63)  ->  Abs (  1084,   781)
	 98: Rel (   -56,     0)  ->  Abs (  1028,   781)
	 99: Rel (   -44,   -46)  ->  Abs (   984,   735)
	100: Rel (   -19,   -21)  ->  Abs (   965,   714)
	101: Rel (   -46,   -74)  ->  Abs (   919,   640)
	102: Rel (   -81,  -132)  ->  Abs (   838,   508)
	103: Rel (   -41,   -29)  ->  Abs (   797,   479)
	104: Rel (    93,   -52)  ->  Abs (   890,   427)
	105: Rel (    81,  -145)  ->  Abs (   971,   282)
	106: Rel (   110,  -198)  ->  Abs (  1081,    84)
	107: Rel (    71,     0)  ->  Abs (  1152,    84)
	108: Rel (    45,     0)  ->  Abs (  1197,    84)
	109: Rel (    26,   -25)  ->  Abs (  1223,    59)
	110: Rel (     0,   -45)  ->  Abs (  1223,    14)

	Glyph 1298: off = 0x0003A922, len = 356
	  numberOfContours:	1
	  xMin:			119
	  yMin:			-286
	  xMax:			1218
	  yMax:			1171

	EndPoints
	---------
	  0:  71

	  Length of Instructions:	164
	00000: NPUSHB      (88):     8    11    11    30    65    67    20    65    65    67 
	                            64    65    16    67    45    44    44    30    63    61 
	                            20    63    63    61    63    61    40    58    30    53 
	                            67     5    30     0    67    73    31    24    27    40 
	                            16    36     0    19     1    19    16    30    27    63 
	                            61    15    55    55    41    58    38    44    45    41 
	                            48    34    65    67    64    41    38    11     8     5 
	                            15    15    16    39    28    38    34     2    27    16 
	                            38    22    67    38     5    22     8     2 
	00090: SVTCA[y-axis] 
	00091: MDAP[rd]   
	00092: MIAP[rd+ci] 
	00093: MDRP[srp0,nmd,nrd,0] 
	00094: MIRP[nrp0,md,rd,1] 
	00095: SRP0       
	00096: MIRP[srp0,md,rd,1] 
	00097: MDRP[nrp0,nmd,nrd,0] 
	00098: MIAP[rd+ci] 
	00099: MIRP[srp0,md,rd,1] 
	00100: MDRP[nrp0,nmd,nrd,0] 
	00101: SRP2       
	00102: IP         
	00103: MDAP[rd]   
	00104: SRP2       
	00105: IP         
	00106: IP         
	00107: MIRP[nrp0,md,rd,1] 
	00108: IP         
	00109: SRP1       
	00110: IP         
	00111: SRP0       
	00112: MDRP[srp0,nmd,rd,0] 
	00113: SRP1       
	00114: IP         
	00115: IP         
	00116: MIRP[nrp0,md,rd,1] 
	00117: SRP1       
	00118: IP         
	00119: MDAP[rd]   
	00120: SRP1       
	00121: IP         
	00122: IP         
	00123: SVTCA[x-axis] 
	00124: MDAP[rd]   
	00125: MIRP[srp0,md,rd,1] 
	00126: MDRP[srp0,md,rd,1] 
	00127: DELTAP1    
	00128: MDRP[nrp0,nmd,nrd,0] 
	00129: SRP0       
	00130: MDRP[nrp0,nmd,nrd,0] 
	00131: SRP0       
	00132: MDRP[srp0,md,rd,1] 
	00133: MDRP[nrp0,nmd,nrd,0] 
	00134: SRP0       
	00135: MDRP[srp0,nmd,rd,0] 
	00136: MDRP[srp0,nmd,rd,0] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: SRP0       
	00139: MDRP[srp0,nmd,rd,0] 
	00140: MIRP[nrp0,md,rd,1] 
	00141: SRP1       
	00142: IP         
	00143: IP         
	00144: SDPVTL[1]  
	00145: SRP0       
	00146: CALL       
	00147: RDTG       
	00148: SRP0       
	00149: MDRP[nrp0,nmd,rd,0] 
	00150: SVTCA[x-axis] 
	00151: SRP1       
	00152: SRP2       
	00153: IP         
	00154: IP         
	00155: SDPVTL[1]  
	00156: RTG        
	00157: SRP0       
	00158: CALL       
	00159: RDTG       
	00160: SRP0       
	00161: MDRP[nrp0,nmd,rd,0] 
	00162: IUP[y]     
	00163: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual               Y-Short X-Short On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:                              X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:        XDual                         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:        XDual                 X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:  YDual                       X-Short On
	 56:  YDual                       X-Short Off
	 57:  YDual XDual         Y-Short         On
	 58:  YDual XDual         Y-Short         On
	 59:  YDual                       X-Short Off
	 60:                      Y-Short X-Short On
	 61:                      Y-Short X-Short Off
	 62:                      Y-Short X-Short On
	 63:                      Y-Short X-Short Off
	 64:                      Y-Short X-Short On
	 65:        XDual         Y-Short X-Short Off
	 66:        XDual         Y-Short X-Short On
	 67:        XDual                 X-Short On
	 68:  YDual XDual                 X-Short On
	 69:  YDual XDual                 X-Short Off
	 70:        XDual         Y-Short X-Short Off
	 71:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1218,  -219)  ->  Abs (  1218,  -219)
	  1: Rel (     0,   -67)  ->  Abs (  1218,  -286)
	  2: Rel (   -41,     0)  ->  Abs (  1177,  -286)
	  3: Rel (   -44,     0)  ->  Abs (  1133,  -286)
	  4: Rel (     0,    64)  ->  Abs (  1133,  -222)
	  5: Rel (    -1,   222)  ->  Abs (  1132,     0)
	  6: Rel (  -121,     0)  ->  Abs (  1011,     0)
	  7: Rel (   -39,     0)  ->  Abs (   972,     0)
	  8: Rel (   -22,    13)  ->  Abs (   950,    13)
	  9: Rel (   -18,    35)  ->  Abs (   932,    48)
	 10: Rel (  -150,   294)  ->  Abs (   782,   342)
	 11: Rel (   -68,   133)  ->  Abs (   714,   475)
	 12: Rel (   -60,    49)  ->  Abs (   654,   524)
	 13: Rel (   -76,    61)  ->  Abs (   578,   585)
	 14: Rel (  -133,     0)  ->  Abs (   445,   585)
	 15: Rel (   -64,     0)  ->  Abs (   381,   585)
	 16: Rel (     0,  -501)  ->  Abs (   381,    84)
	 17: Rel (   109,     0)  ->  Abs (   490,    84)
	 18: Rel (    71,     0)  ->  Abs (   561,    84)
	 19: Rel (     0,   -42)  ->  Abs (   561,    42)
	 20: Rel (     0,   -42)  ->  Abs (   561,     0)
	 21: Rel (   -71,     0)  ->  Abs (   490,     0)
	 22: Rel (  -301,     0)  ->  Abs (   189,     0)
	 23: Rel (   -70,     0)  ->  Abs (   119,     0)
	 24: Rel (     0,    42)  ->  Abs (   119,    42)
	 25: Rel (     0,    42)  ->  Abs (   119,    84)
	 26: Rel (    70,     0)  ->  Abs (   189,    84)
	 27: Rel (   107,     0)  ->  Abs (   296,    84)
	 28: Rel (     0,  1002)  ->  Abs (   296,  1086)
	 29: Rel (  -107,     0)  ->  Abs (   189,  1086)
	 30: Rel (   -70,     0)  ->  Abs (   119,  1086)
	 31: Rel (     0,    42)  ->  Abs (   119,  1128)
	 32: Rel (     0,    42)  ->  Abs (   119,  1170)
	 33: Rel (    70,     0)  ->  Abs (   189,  1170)
	 34: Rel (   301,     0)  ->  Abs (   490,  1170)
	 35: Rel (    71,     0)  ->  Abs (   561,  1170)
	 36: Rel (     0,   -42)  ->  Abs (   561,  1128)
	 37: Rel (     0,   -42)  ->  Abs (   561,  1086)
	 38: Rel (   -71,     0)  ->  Abs (   490,  1086)
	 39: Rel (  -109,     0)  ->  Abs (   381,  1086)
	 40: Rel (     0,  -415)  ->  Abs (   381,   671)
	 41: Rel (    64,     0)  ->  Abs (   445,   671)
	 42: Rel (   105,     0)  ->  Abs (   550,   671)
	 43: Rel (    70,    79)  ->  Abs (   620,   750)
	 44: Rel (    23,    26)  ->  Abs (   643,   776)
	 45: Rel (   172,   291)  ->  Abs (   815,  1067)
	 46: Rel (    35,    35)  ->  Abs (   850,  1102)
	 47: Rel (    71,    69)  ->  Abs (   921,  1171)
	 48: Rel (   124,     0)  ->  Abs (  1045,  1171)
	 49: Rel (    52,     0)  ->  Abs (  1097,  1171)
	 50: Rel (    13,   -10)  ->  Abs (  1110,  1161)
	 51: Rel (    16,   -13)  ->  Abs (  1126,  1148)
	 52: Rel (     0,   -48)  ->  Abs (  1126,  1100)
	 53: Rel (     0,  -111)  ->  Abs (  1126,   989)
	 54: Rel (     0,   -69)  ->  Abs (  1126,   920)
	 55: Rel (   -42,     0)  ->  Abs (  1084,   920)
	 56: Rel (   -43,     0)  ->  Abs (  1041,   920)
	 57: Rel (     0,    65)  ->  Abs (  1041,   985)
	 58: Rel (     0,   104)  ->  Abs (  1041,  1089)
	 59: Rel (   -89,     0)  ->  Abs (   952,  1089)
	 60: Rel (   -57,   -64)  ->  Abs (   895,  1025)
	 61: Rel (   -21,   -23)  ->  Abs (   874,  1002)
	 62: Rel (   -70,  -121)  ->  Abs (   804,   881)
	 63: Rel (  -129,  -222)  ->  Abs (   675,   659)
	 64: Rel (   -47,   -21)  ->  Abs (   628,   638)
	 65: Rel (   124,   -50)  ->  Abs (   752,   588)
	 66: Rel (   107,  -210)  ->  Abs (   859,   378)
	 67: Rel (   149,  -294)  ->  Abs (  1008,    84)
	 68: Rel (   139,     0)  ->  Abs (  1147,    84)
	 69: Rel (    45,     0)  ->  Abs (  1192,    84)
	 70: Rel (    26,   -25)  ->  Abs (  1218,    59)
	 71: Rel (     0,   -45)  ->  Abs (  1218,    14)

	Glyph 1299: off = 0x0003AA86, len = 358
	  numberOfContours:	1
	  xMin:			120
	  yMin:			-211
	  xMax:			1187
	  yMax:			866

	EndPoints
	---------
	  0:  73

	  Length of Instructions:	164
	00000: NPUSHB      (88):    12     9     9    32    69    67    20    69    69    67 
	                            64    67    16    69    46    44    44    32    63    61 
	                            20    63    63    61    63    61    40    58    32    53 
	                            69     5    32     0    69    75    31    24    27    40 
	                            16    36     0    19     1    19    16    32    27    63 
	                            61    15    55    55    41    58    33    44    46    41 
	                            49    34    67    69    64    41    33    12     9     5 
	                            15    15    27    39    28    33    34     6    16    27 
	                            33    21    69    33     5    21    10     2 
	00090: SVTCA[y-axis] 
	00091: MDAP[rd]   
	00092: MIAP[rd+ci] 
	00093: MDRP[srp0,nmd,nrd,0] 
	00094: MIRP[nrp0,md,rd,1] 
	00095: SRP0       
	00096: MIRP[srp0,md,rd,1] 
	00097: MDRP[nrp0,nmd,nrd,0] 
	00098: MIAP[rd+ci] 
	00099: MIRP[srp0,md,rd,1] 
	00100: MDRP[nrp0,nmd,nrd,0] 
	00101: SRP2       
	00102: IP         
	00103: MDAP[rd]   
	00104: SRP2       
	00105: IP         
	00106: IP         
	00107: MIRP[nrp0,md,rd,1] 
	00108: IP         
	00109: SRP1       
	00110: IP         
	00111: SRP0       
	00112: MDRP[srp0,nmd,nrd,0] 
	00113: SRP1       
	00114: IP         
	00115: IP         
	00116: MIRP[nrp0,md,rd,1] 
	00117: SRP1       
	00118: IP         
	00119: MDAP[rd]   
	00120: SRP1       
	00121: IP         
	00122: IP         
	00123: SVTCA[x-axis] 
	00124: MDAP[rd]   
	00125: MIRP[srp0,md,rd,1] 
	00126: MDRP[srp0,md,rd,1] 
	00127: DELTAP1    
	00128: MDRP[nrp0,nmd,nrd,0] 
	00129: SRP0       
	00130: MDRP[nrp0,nmd,nrd,0] 
	00131: SRP0       
	00132: MDRP[srp0,md,rd,1] 
	00133: MDRP[nrp0,nmd,nrd,0] 
	00134: SRP0       
	00135: MDRP[srp0,nmd,rd,0] 
	00136: MDRP[srp0,nmd,rd,0] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: SRP0       
	00139: MDRP[srp0,nmd,rd,0] 
	00140: MIRP[nrp0,md,rd,1] 
	00141: SRP1       
	00142: IP         
	00143: IP         
	00144: SDPVTL[1]  
	00145: SRP0       
	00146: CALL       
	00147: RDTG       
	00148: SRP0       
	00149: MDRP[nrp0,nmd,rd,0] 
	00150: SVTCA[x-axis] 
	00151: SRP1       
	00152: SRP2       
	00153: IP         
	00154: IP         
	00155: SDPVTL[1]  
	00156: RTG        
	00157: SRP0       
	00158: CALL       
	00159: RDTG       
	00160: SRP0       
	00161: MDRP[nrp0,nmd,rd,0] 
	00162: IUP[y]     
	00163: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:        XDual                         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:  YDual                       X-Short On
	 56:  YDual                       X-Short Off
	 57:  YDual XDual         Y-Short         On
	 58:  YDual XDual         Y-Short         On
	 59:  YDual                       X-Short Off
	 60:                      Y-Short X-Short On
	 61:                      Y-Short X-Short Off
	 62:                      Y-Short X-Short On
	 63:                      Y-Short X-Short Off
	 64:                      Y-Short X-Short On
	 65:        XDual         Y-Short X-Short Off
	 66:        XDual         Y-Short X-Short On
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short On
	 69:        XDual         Y-Short X-Short On
	 70:  YDual XDual                 X-Short On
	 71:  YDual XDual                 X-Short Off
	 72:        XDual         Y-Short X-Short Off
	 73:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1187,  -143)  ->  Abs (  1187,  -143)
	  1: Rel (     0,   -68)  ->  Abs (  1187,  -211)
	  2: Rel (   -42,     0)  ->  Abs (  1145,  -211)
	  3: Rel (   -43,     0)  ->  Abs (  1102,  -211)
	  4: Rel (     0,    65)  ->  Abs (  1102,  -146)
	  5: Rel (     0,   146)  ->  Abs (  1102,     0)
	  6: Rel (  -118,     0)  ->  Abs (   984,     0)
	  7: Rel (   -51,     0)  ->  Abs (   933,     0)
	  8: Rel (   -17,    26)  ->  Abs (   916,    26)
	  9: Rel (    -2,     5)  ->  Abs (   914,    31)
	 10: Rel (    -8,    11)  ->  Abs (   906,    42)
	 11: Rel (  -142,   210)  ->  Abs (   764,   252)
	 12: Rel (   -66,    98)  ->  Abs (   698,   350)
	 13: Rel (  -140,    73)  ->  Abs (   558,   423)
	 14: Rel (  -119,     0)  ->  Abs (   439,   423)
	 15: Rel (   -62,     0)  ->  Abs (   377,   423)
	 16: Rel (     0,  -339)  ->  Abs (   377,    84)
	 17: Rel (   102,     0)  ->  Abs (   479,    84)
	 18: Rel (    70,     0)  ->  Abs (   549,    84)
	 19: Rel (     0,   -42)  ->  Abs (   549,    42)
	 20: Rel (     0,   -42)  ->  Abs (   549,     0)
	 21: Rel (   -70,     0)  ->  Abs (   479,     0)
	 22: Rel (  -289,     0)  ->  Abs (   190,     0)
	 23: Rel (   -70,     0)  ->  Abs (   120,     0)
	 24: Rel (     0,    42)  ->  Abs (   120,    42)
	 25: Rel (     0,    42)  ->  Abs (   120,    84)
	 26: Rel (    70,     0)  ->  Abs (   190,    84)
	 27: Rel (   102,     0)  ->  Abs (   292,    84)
	 28: Rel (     0,   697)  ->  Abs (   292,   781)
	 29: Rel (  -102,     0)  ->  Abs (   190,   781)
	 30: Rel (   -70,     0)  ->  Abs (   120,   781)
	 31: Rel (     0,    42)  ->  Abs (   120,   823)
	 32: Rel (     0,    43)  ->  Abs (   120,   866)
	 33: Rel (    70,     0)  ->  Abs (   190,   866)
	 34: Rel (   289,     0)  ->  Abs (   479,   866)
	 35: Rel (    70,     0)  ->  Abs (   549,   866)
	 36: Rel (     0,   -43)  ->  Abs (   549,   823)
	 37: Rel (     0,   -42)  ->  Abs (   549,   781)
	 38: Rel (   -70,     0)  ->  Abs (   479,   781)
	 39: Rel (  -102,     0)  ->  Abs (   377,   781)
	 40: Rel (     0,  -274)  ->  Abs (   377,   507)
	 41: Rel (    62,     0)  ->  Abs (   439,   507)
	 42: Rel (    86,     0)  ->  Abs (   525,   507)
	 43: Rel (    51,    33)  ->  Abs (   576,   540)
	 44: Rel (    36,    23)  ->  Abs (   612,   563)
	 45: Rel (    65,    79)  ->  Abs (   677,   642)
	 46: Rel (   110,   134)  ->  Abs (   787,   776)
	 47: Rel (    33,    27)  ->  Abs (   820,   803)
	 48: Rel (    78,    63)  ->  Abs (   898,   866)
	 49: Rel (   118,     0)  ->  Abs (  1016,   866)
	 50: Rel (    50,     0)  ->  Abs (  1066,   866)
	 51: Rel (    32,   -24)  ->  Abs (  1098,   842)
	 52: Rel (     0,   -47)  ->  Abs (  1098,   795)
	 53: Rel (     0,  -115)  ->  Abs (  1098,   680)
	 54: Rel (     0,   -60)  ->  Abs (  1098,   620)
	 55: Rel (   -43,     0)  ->  Abs (  1055,   620)
	 56: Rel (   -41,     0)  ->  Abs (  1014,   620)
	 57: Rel (     0,    53)  ->  Abs (  1014,   673)
	 58: Rel (     0,   108)  ->  Abs (  1014,   781)
	 59: Rel (   -84,     0)  ->  Abs (   930,   781)
	 60: Rel (   -49,   -38)  ->  Abs (   881,   743)
	 61: Rel (   -21,   -17)  ->  Abs (   860,   726)
	 62: Rel (   -75,   -91)  ->  Abs (   785,   635)
	 63: Rel (  -106,  -130)  ->  Abs (   679,   505)
	 64: Rel (   -54,   -33)  ->  Abs (   625,   472)
	 65: Rel (    75,   -19)  ->  Abs (   700,   453)
	 66: Rel (    52,   -52)  ->  Abs (   752,   401)
	 67: Rel (    28,   -27)  ->  Abs (   780,   374)
	 68: Rel (    64,   -91)  ->  Abs (   844,   283)
	 69: Rel (   140,  -199)  ->  Abs (   984,    84)
	 70: Rel (   132,     0)  ->  Abs (  1116,    84)
	 71: Rel (    45,     0)  ->  Abs (  1161,    84)
	 72: Rel (    26,   -25)  ->  Abs (  1187,    59)
	 73: Rel (     0,   -45)  ->  Abs (  1187,    14)

	Glyph 1300: off = 0x0003ABEC, len = 394
	  numberOfContours:	1
	  xMin:			119
	  yMin:			0
	  xMax:			1202
	  yMax:			1171

	EndPoints
	---------
	  0:  79

	  Length of Instructions:	187
	00000: NPUSHB     (100):    55    53    53    30    73    71    20    73    73    71 
	                            73    71    51    68    30    63    77     5     8     8 
	                            30    75    77    20    75    75    77    74    75    77 
	                            51    10    30    47    14    14    19     0    95    77 
	                             1    77    81    34    27    30    39     0    22     1 
	                            22    43    19    30    30    73    71    18    65    65 
	                            44    68    33    53    55    44    58    37    75    77 
	                            74    18    49    49    31    44    33    18     8     5 
	                            18     3    12    18    12    18    30    42    31    33 
	                            37     2    19    30    33    24    77    33     3    24 
	00102: SVTCA[y-axis] 
	00103: MDAP[rd]   
	00104: MDRP[srp0,nmd,nrd,0] 
	00105: MIRP[nrp0,md,rd,1] 
	00106: SRP0       
	00107: MIRP[srp0,md,rd,1] 
	00108: MDRP[nrp0,nmd,nrd,0] 
	00109: MIAP[rd+ci] 
	00110: MIRP[srp0,md,rd,1] 
	00111: MDRP[nrp0,nmd,nrd,0] 
	00112: SRP2       
	00113: IP         
	00114: IP         
	00115: MDAP[rd]   
	00116: MDAP[rd]   
	00117: SRP1       
	00118: SRP2       
	00119: IP         
	00120: IP         
	00121: SRP0       
	00122: MIRP[nrp0,md,rd,1] 
	00123: SRP1       
	00124: IP         
	00125: MDAP[rd]   
	00126: SRP1       
	00127: IP         
	00128: SRP1       
	00129: IP         
	00130: SRP0       
	00131: MDRP[srp0,nmd,rd,0] 
	00132: SRP1       
	00133: IP         
	00134: IP         
	00135: MIRP[nrp0,md,rd,1] 
	00136: SRP1       
	00137: IP         
	00138: MDAP[rd]   
	00139: SRP1       
	00140: IP         
	00141: IP         
	00142: SVTCA[x-axis] 
	00143: MDAP[rd]   
	00144: MIRP[srp0,md,rd,1] 
	00145: MDRP[nrp0,nmd,nrd,0] 
	00146: MDRP[srp0,md,rd,1] 
	00147: DELTAP1    
	00148: MDRP[nrp0,nmd,nrd,0] 
	00149: SRP0       
	00150: MDRP[srp0,md,rd,1] 
	00151: MDRP[nrp0,nmd,nrd,0] 
	00152: SRP0       
	00153: MDRP[srp0,nmd,rd,0] 
	00154: DELTAP1    
	00155: MDRP[nrp0,md,rd,1] 
	00156: SRP2       
	00157: IP         
	00158: MDAP[rd]   
	00159: MDRP[nrp0,nmd,nrd,0] 
	00160: MIRP[srp0,md,rd,1] 
	00161: MDRP[nrp0,nmd,nrd,0] 
	00162: SRP2       
	00163: IP         
	00164: IP         
	00165: SDPVTL[1]  
	00166: SRP0       
	00167: CALL       
	00168: RDTG       
	00169: SRP0       
	00170: MDRP[nrp0,nmd,rd,0] 
	00171: SVTCA[x-axis] 
	00172: RTG        
	00173: SRP0       
	00174: MDRP[srp0,nmd,rd,0] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: SRP1       
	00177: IP         
	00178: IP         
	00179: SDPVTL[1]  
	00180: SRP0       
	00181: CALL       
	00182: RDTG       
	00183: SRP0       
	00184: MDRP[nrp0,nmd,rd,0] 
	00185: IUP[y]     
	00186: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:                              X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                               On
	 26:  YDual                       X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short On
	 31:        XDual                         On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual                               On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short On
	 43:        XDual                         On
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         On
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual         Y-Short X-Short On
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual XDual         Y-Short X-Short On
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:        XDual         Y-Short X-Short On
	 61:        XDual         Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         On
	 64:        XDual         Y-Short         Off
	 65:  YDual                       X-Short On
	 66:  YDual                       X-Short Off
	 67:  YDual XDual         Y-Short         On
	 68:  YDual XDual         Y-Short         On
	 69:  YDual                       X-Short Off
	 70:                      Y-Short X-Short On
	 71:                      Y-Short X-Short Off
	 72:                      Y-Short X-Short On
	 73:                      Y-Short X-Short Off
	 74:                      Y-Short X-Short On
	 75:        XDual         Y-Short X-Short Off
	 76:        XDual         Y-Short X-Short On
	 77:        XDual                 X-Short On
	 78:  YDual XDual                 X-Short On
	 79:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1202,    42)  ->  Abs (  1202,    42)
	  1: Rel (     0,   -42)  ->  Abs (  1202,     0)
	  2: Rel (   -70,     0)  ->  Abs (  1132,     0)
	  3: Rel (  -121,     0)  ->  Abs (  1011,     0)
	  4: Rel (   -39,     0)  ->  Abs (   972,     0)
	  5: Rel (   -22,    13)  ->  Abs (   950,    13)
	  6: Rel (   -18,    35)  ->  Abs (   932,    48)
	  7: Rel (  -150,   294)  ->  Abs (   782,   342)
	  8: Rel (   -83,   163)  ->  Abs (   699,   505)
	  9: Rel (   -83,    44)  ->  Abs (   616,   549)
	 10: Rel (     0,  -238)  ->  Abs (   616,   311)
	 11: Rel (     0,   -56)  ->  Abs (   616,   255)
	 12: Rel (   -42,     0)  ->  Abs (   574,   255)
	 13: Rel (   -42,     0)  ->  Abs (   532,   255)
	 14: Rel (     0,    56)  ->  Abs (   532,   311)
	 15: Rel (     0,   267)  ->  Abs (   532,   578)
	 16: Rel (   -37,     7)  ->  Abs (   495,   585)
	 17: Rel (   -50,     0)  ->  Abs (   445,   585)
	 18: Rel (   -64,     0)  ->  Abs (   381,   585)
	 19: Rel (     0,  -501)  ->  Abs (   381,    84)
	 20: Rel (   109,     0)  ->  Abs (   490,    84)
	 21: Rel (    71,     0)  ->  Abs (   561,    84)
	 22: Rel (     0,   -42)  ->  Abs (   561,    42)
	 23: Rel (     0,   -42)  ->  Abs (   561,     0)
	 24: Rel (   -71,     0)  ->  Abs (   490,     0)
	 25: Rel (  -301,     0)  ->  Abs (   189,     0)
	 26: Rel (   -70,     0)  ->  Abs (   119,     0)
	 27: Rel (     0,    42)  ->  Abs (   119,    42)
	 28: Rel (     0,    42)  ->  Abs (   119,    84)
	 29: Rel (    70,     0)  ->  Abs (   189,    84)
	 30: Rel (   107,     0)  ->  Abs (   296,    84)
	 31: Rel (     0,  1002)  ->  Abs (   296,  1086)
	 32: Rel (  -107,     0)  ->  Abs (   189,  1086)
	 33: Rel (   -70,     0)  ->  Abs (   119,  1086)
	 34: Rel (     0,    42)  ->  Abs (   119,  1128)
	 35: Rel (     0,    42)  ->  Abs (   119,  1170)
	 36: Rel (    70,     0)  ->  Abs (   189,  1170)
	 37: Rel (   301,     0)  ->  Abs (   490,  1170)
	 38: Rel (    71,     0)  ->  Abs (   561,  1170)
	 39: Rel (     0,   -42)  ->  Abs (   561,  1128)
	 40: Rel (     0,   -42)  ->  Abs (   561,  1086)
	 41: Rel (   -71,     0)  ->  Abs (   490,  1086)
	 42: Rel (  -109,     0)  ->  Abs (   381,  1086)
	 43: Rel (     0,  -415)  ->  Abs (   381,   671)
	 44: Rel (    64,     0)  ->  Abs (   445,   671)
	 45: Rel (    51,     0)  ->  Abs (   496,   671)
	 46: Rel (    36,    12)  ->  Abs (   532,   683)
	 47: Rel (     0,   217)  ->  Abs (   532,   900)
	 48: Rel (     0,    57)  ->  Abs (   532,   957)
	 49: Rel (    42,     0)  ->  Abs (   574,   957)
	 50: Rel (    42,     0)  ->  Abs (   616,   957)
	 51: Rel (     0,   -57)  ->  Abs (   616,   900)
	 52: Rel (     0,  -151)  ->  Abs (   616,   749)
	 53: Rel (    44,    57)  ->  Abs (   660,   806)
	 54: Rel (    69,   116)  ->  Abs (   729,   922)
	 55: Rel (    86,   145)  ->  Abs (   815,  1067)
	 56: Rel (    35,    35)  ->  Abs (   850,  1102)
	 57: Rel (    71,    69)  ->  Abs (   921,  1171)
	 58: Rel (   124,     0)  ->  Abs (  1045,  1171)
	 59: Rel (    52,     0)  ->  Abs (  1097,  1171)
	 60: Rel (    13,   -10)  ->  Abs (  1110,  1161)
	 61: Rel (    16,   -13)  ->  Abs (  1126,  1148)
	 62: Rel (     0,   -48)  ->  Abs (  1126,  1100)
	 63: Rel (     0,  -111)  ->  Abs (  1126,   989)
	 64: Rel (     0,   -69)  ->  Abs (  1126,   920)
	 65: Rel (   -42,     0)  ->  Abs (  1084,   920)
	 66: Rel (   -43,     0)  ->  Abs (  1041,   920)
	 67: Rel (     0,    65)  ->  Abs (  1041,   985)
	 68: Rel (     0,   104)  ->  Abs (  1041,  1089)
	 69: Rel (   -89,     0)  ->  Abs (   952,  1089)
	 70: Rel (   -57,   -64)  ->  Abs (   895,  1025)
	 71: Rel (   -21,   -23)  ->  Abs (   874,  1002)
	 72: Rel (   -70,  -121)  ->  Abs (   804,   881)
	 73: Rel (  -129,  -222)  ->  Abs (   675,   659)
	 74: Rel (   -47,   -21)  ->  Abs (   628,   638)
	 75: Rel (   124,   -50)  ->  Abs (   752,   588)
	 76: Rel (   107,  -210)  ->  Abs (   859,   378)
	 77: Rel (   149,  -294)  ->  Abs (  1008,    84)
	 78: Rel (   124,     0)  ->  Abs (  1132,    84)
	 79: Rel (    70,     0)  ->  Abs (  1202,    84)

	Glyph 1301: off = 0x0003AD76, len = 408
	  numberOfContours:	1
	  xMin:			120
	  yMin:			0
	  xMax:			1172
	  yMax:			866

	EndPoints
	---------
	  0:  81

	  Length of Instructions:	198
	00000: NPUSHB     (109):    56    54    54    32    73    71    20    73    73    71 
	                            87    71     1    70    71     1    39    71    55    71 
	                             2    73    71    52    68    32    63    79     9     6 
	                             6    32    79    77    20    79    79    77    74    77 
	                            79    52    11    32    48    15    15    20     0    79 
	                            83    35    28    31    40     0    23     1    23    44 
	                            20    32    31    73    71    19    65    65    45    68 
	                            33    54    56    45    59    38    77    79    74    19 
	                            50    50    32    45    33    19     9     6    19     3 
	                            13    19    13    19    31    43    32    33    38     6 
	                            20    31    33    25    79    33     3    25    10 
	00111: SVTCA[y-axis] 
	00112: MIAP[rd+ci] 
	00113: MDRP[srp0,nmd,nrd,0] 
	00114: MIRP[nrp0,md,rd,1] 
	00115: SRP0       
	00116: MIRP[srp0,md,rd,1] 
	00117: MDRP[nrp0,nmd,nrd,0] 
	00118: MIAP[rd+ci] 
	00119: MIRP[srp0,md,rd,1] 
	00120: MDRP[nrp0,nmd,nrd,0] 
	00121: SRP2       
	00122: IP         
	00123: IP         
	00124: MDAP[rd]   
	00125: MDAP[rd]   
	00126: SRP1       
	00127: SRP2       
	00128: IP         
	00129: IP         
	00130: SRP0       
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP1       
	00133: IP         
	00134: MDAP[rd]   
	00135: SRP1       
	00136: IP         
	00137: SRP1       
	00138: IP         
	00139: SRP0       
	00140: MDRP[srp0,nmd,nrd,0] 
	00141: SRP1       
	00142: IP         
	00143: IP         
	00144: MIRP[nrp0,md,rd,1] 
	00145: SRP1       
	00146: IP         
	00147: MDAP[rd]   
	00148: SRP1       
	00149: IP         
	00150: IP         
	00151: SVTCA[x-axis] 
	00152: MDAP[rd]   
	00153: MIRP[srp0,md,rd,1] 
	00154: MDRP[nrp0,nmd,nrd,0] 
	00155: MDRP[srp0,md,rd,1] 
	00156: DELTAP1    
	00157: MDRP[nrp0,nmd,nrd,0] 
	00158: SRP0       
	00159: MDRP[srp0,md,rd,1] 
	00160: MDRP[nrp0,nmd,nrd,0] 
	00161: SRP0       
	00162: MDRP[srp0,nmd,rd,0] 
	00163: MDRP[nrp0,md,rd,1] 
	00164: SRP2       
	00165: IP         
	00166: MDAP[rd]   
	00167: MDRP[nrp0,nmd,nrd,0] 
	00168: MIRP[srp0,md,rd,1] 
	00169: MDRP[nrp0,nmd,nrd,0] 
	00170: SRP2       
	00171: IP         
	00172: IP         
	00173: SDPVTL[1]  
	00174: SRP0       
	00175: CALL       
	00176: RDTG       
	00177: SRP0       
	00178: MDRP[nrp0,nmd,rd,0] 
	00179: SVTCA[x-axis] 
	00180: RTG        
	00181: SRP0       
	00182: MDRP[srp0,nmd,rd,0] 
	00183: MIRP[nrp0,md,rd,1] 
	00184: SRP1       
	00185: IP         
	00186: IP         
	00187: DELTAP1    
	00188: DELTAP1    
	00189: DELTAP1    
	00190: SDPVTL[1]  
	00191: SRP0       
	00192: CALL       
	00193: RDTG       
	00194: SRP0       
	00195: MDRP[nrp0,nmd,rd,0] 
	00196: IUP[y]     
	00197: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On
	 20:        XDual                         On
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:  YDual                       X-Short On
	 26:  YDual                               On
	 27:  YDual                       X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On
	 32:        XDual                         On
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual                               On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short On
	 44:        XDual                         On
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short Off
	 61:        XDual         Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         On
	 64:        XDual         Y-Short         Off
	 65:  YDual                       X-Short On
	 66:  YDual                       X-Short Off
	 67:  YDual XDual         Y-Short         On
	 68:  YDual XDual         Y-Short         On
	 69:  YDual                       X-Short Off
	 70:                      Y-Short X-Short On
	 71:                      Y-Short X-Short Off
	 72:                      Y-Short X-Short On
	 73:                      Y-Short X-Short Off
	 74:                      Y-Short X-Short On
	 75:        XDual         Y-Short X-Short Off
	 76:        XDual         Y-Short X-Short On
	 77:        XDual         Y-Short X-Short Off
	 78:        XDual         Y-Short X-Short On
	 79:        XDual         Y-Short X-Short On
	 80:  YDual XDual                 X-Short On
	 81:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1172,    42)  ->  Abs (  1172,    42)
	  1: Rel (     0,   -42)  ->  Abs (  1172,     0)
	  2: Rel (   -70,     0)  ->  Abs (  1102,     0)
	  3: Rel (  -118,     0)  ->  Abs (   984,     0)
	  4: Rel (   -51,     0)  ->  Abs (   933,     0)
	  5: Rel (   -17,    26)  ->  Abs (   916,    26)
	  6: Rel (    -2,     5)  ->  Abs (   914,    31)
	  7: Rel (    -8,    11)  ->  Abs (   906,    42)
	  8: Rel (  -142,   210)  ->  Abs (   764,   252)
	  9: Rel (   -78,   115)  ->  Abs (   686,   367)
	 10: Rel (   -83,    31)  ->  Abs (   603,   398)
	 11: Rel (     0,  -137)  ->  Abs (   603,   261)
	 12: Rel (     0,   -56)  ->  Abs (   603,   205)
	 13: Rel (   -42,     0)  ->  Abs (   561,   205)
	 14: Rel (   -42,     0)  ->  Abs (   519,   205)
	 15: Rel (     0,    56)  ->  Abs (   519,   261)
	 16: Rel (     0,   157)  ->  Abs (   519,   418)
	 17: Rel (   -37,     5)  ->  Abs (   482,   423)
	 18: Rel (   -43,     0)  ->  Abs (   439,   423)
	 19: Rel (   -62,     0)  ->  Abs (   377,   423)
	 20: Rel (     0,  -339)  ->  Abs (   377,    84)
	 21: Rel (   102,     0)  ->  Abs (   479,    84)
	 22: Rel (    70,     0)  ->  Abs (   549,    84)
	 23: Rel (     0,   -42)  ->  Abs (   549,    42)
	 24: Rel (     0,   -42)  ->  Abs (   549,     0)
	 25: Rel (   -70,     0)  ->  Abs (   479,     0)
	 26: Rel (  -289,     0)  ->  Abs (   190,     0)
	 27: Rel (   -70,     0)  ->  Abs (   120,     0)
	 28: Rel (     0,    42)  ->  Abs (   120,    42)
	 29: Rel (     0,    42)  ->  Abs (   120,    84)
	 30: Rel (    70,     0)  ->  Abs (   190,    84)
	 31: Rel (   102,     0)  ->  Abs (   292,    84)
	 32: Rel (     0,   697)  ->  Abs (   292,   781)
	 33: Rel (  -102,     0)  ->  Abs (   190,   781)
	 34: Rel (   -70,     0)  ->  Abs (   120,   781)
	 35: Rel (     0,    42)  ->  Abs (   120,   823)
	 36: Rel (     0,    43)  ->  Abs (   120,   866)
	 37: Rel (    70,     0)  ->  Abs (   190,   866)
	 38: Rel (   289,     0)  ->  Abs (   479,   866)
	 39: Rel (    70,     0)  ->  Abs (   549,   866)
	 40: Rel (     0,   -43)  ->  Abs (   549,   823)
	 41: Rel (     0,   -42)  ->  Abs (   549,   781)
	 42: Rel (   -70,     0)  ->  Abs (   479,   781)
	 43: Rel (  -102,     0)  ->  Abs (   377,   781)
	 44: Rel (     0,  -274)  ->  Abs (   377,   507)
	 45: Rel (    62,     0)  ->  Abs (   439,   507)
	 46: Rel (    45,     0)  ->  Abs (   484,   507)
	 47: Rel (    35,     8)  ->  Abs (   519,   515)
	 48: Rel (     0,   130)  ->  Abs (   519,   645)
	 49: Rel (     0,    57)  ->  Abs (   519,   702)
	 50: Rel (    42,     0)  ->  Abs (   561,   702)
	 51: Rel (    42,     0)  ->  Abs (   603,   702)
	 52: Rel (     0,   -57)  ->  Abs (   603,   645)
	 53: Rel (     0,   -83)  ->  Abs (   603,   562)
	 54: Rel (    34,    31)  ->  Abs (   637,   593)
	 55: Rel (    40,    49)  ->  Abs (   677,   642)
	 56: Rel (   110,   134)  ->  Abs (   787,   776)
	 57: Rel (    33,    27)  ->  Abs (   820,   803)
	 58: Rel (    78,    63)  ->  Abs (   898,   866)
	 59: Rel (   118,     0)  ->  Abs (  1016,   866)
	 60: Rel (    50,     0)  ->  Abs (  1066,   866)
	 61: Rel (    32,   -24)  ->  Abs (  1098,   842)
	 62: Rel (     0,   -47)  ->  Abs (  1098,   795)
	 63: Rel (     0,  -115)  ->  Abs (  1098,   680)
	 64: Rel (     0,   -60)  ->  Abs (  1098,   620)
	 65: Rel (   -43,     0)  ->  Abs (  1055,   620)
	 66: Rel (   -41,     0)  ->  Abs (  1014,   620)
	 67: Rel (     0,    53)  ->  Abs (  1014,   673)
	 68: Rel (     0,   108)  ->  Abs (  1014,   781)
	 69: Rel (   -84,     0)  ->  Abs (   930,   781)
	 70: Rel (   -49,   -38)  ->  Abs (   881,   743)
	 71: Rel (   -21,   -17)  ->  Abs (   860,   726)
	 72: Rel (   -75,   -91)  ->  Abs (   785,   635)
	 73: Rel (  -106,  -130)  ->  Abs (   679,   505)
	 74: Rel (   -54,   -33)  ->  Abs (   625,   472)
	 75: Rel (    75,   -19)  ->  Abs (   700,   453)
	 76: Rel (    52,   -52)  ->  Abs (   752,   401)
	 77: Rel (    28,   -27)  ->  Abs (   780,   374)
	 78: Rel (    64,   -91)  ->  Abs (   844,   283)
	 79: Rel (   140,  -199)  ->  Abs (   984,    84)
	 80: Rel (   118,     0)  ->  Abs (  1102,    84)
	 81: Rel (    70,     0)  ->  Abs (  1172,    84)

	Glyph 1302: off = 0x0003AF0E, len = 254
	  numberOfContours:	1
	  xMin:			107
	  yMin:			-286
	  xMax:			1165
	  yMax:			1170

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	112
	00000: NPUSHB      (65):     5    30   128     0     1     0    48    52    30    11 
	                            43    15     8    31     8     2     8    39   143    11 
	                           223    11     2    11    58    29    22    25    34    17 
	                            38    14    30    48    25   208    25     2    25    40 
	                            51    38    45    32    39    38    13    13    25    37 
	                            26    38    32     2    14    25    38    19    11    52 
	                            38     6    19     8     2 
	00067: SVTCA[y-axis] 
	00068: MDAP[rd]   
	00069: MIAP[rd+ci] 
	00070: MDRP[srp0,nmd,nrd,0] 
	00071: MIRP[srp0,md,rd,1] 
	00072: MDRP[nrp0,nmd,nrd,0] 
	00073: SRP0       
	00074: MIRP[srp0,md,rd,1] 
	00075: MDRP[nrp0,nmd,nrd,0] 
	00076: MIAP[rd+ci] 
	00077: MIRP[srp0,md,rd,1] 
	00078: MDRP[nrp0,nmd,nrd,0] 
	00079: SRP2       
	00080: IP         
	00081: MDAP[rd]   
	00082: MIRP[nrp0,md,rd,1] 
	00083: SRP0       
	00084: MDRP[srp0,nmd,nrd,0] 
	00085: MIRP[srp0,md,rd,1] 
	00086: MDRP[nrp0,nmd,nrd,0] 
	00087: SVTCA[x-axis] 
	00088: MDAP[rd]   
	00089: DELTAP1    
	00090: MIRP[srp0,md,rd,1] 
	00091: MDRP[nrp0,nmd,nrd,0] 
	00092: MDRP[srp0,md,rd,1] 
	00093: MDRP[nrp0,nmd,nrd,0] 
	00094: SRP0       
	00095: MDRP[srp0,md,rd,1] 
	00096: MDRP[nrp0,nmd,rd,0] 
	00097: SRP0       
	00098: MDRP[srp0,nmd,rd,0] 
	00099: DELTAP1    
	00100: MDRP[nrp0,nmd,nrd,0] 
	00101: MDRP[srp0,md,rd,1] 
	00102: DELTAP1    
	00103: MDRP[nrp0,nmd,nrd,0] 
	00104: SRP0       
	00105: MIRP[srp0,md,rd,1] 
	00106: MDRP[nrp0,md,rd,0] 
	00107: MDRP[srp0,nmd,rd,0] 
	00108: DELTAP1    
	00109: MIRP[nrp0,md,rd,1] 
	00110: IUP[y]     
	00111: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                               On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                               On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short On
	 38:        XDual                         On
	 39:  YDual                               On
	 40:        XDual                         On
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short On
	 52:        XDual                         On
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off
	 55:        XDual         Y-Short X-Short Off
	 56:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1165,  -219)  ->  Abs (  1165,  -219)
	  1: Rel (     0,   -67)  ->  Abs (  1165,  -286)
	  2: Rel (   -41,     0)  ->  Abs (  1124,  -286)
	  3: Rel (   -45,     0)  ->  Abs (  1079,  -286)
	  4: Rel (     0,    64)  ->  Abs (  1079,  -222)
	  5: Rel (     0,   222)  ->  Abs (  1079,     0)
	  6: Rel (  -292,     0)  ->  Abs (   787,     0)
	  7: Rel (   -56,     0)  ->  Abs (   731,     0)
	  8: Rel (     0,    42)  ->  Abs (   731,    42)
	  9: Rel (     0,    42)  ->  Abs (   731,    84)
	 10: Rel (    56,     0)  ->  Abs (   787,    84)
	 11: Rel (   112,     0)  ->  Abs (   899,    84)
	 12: Rel (     0,   482)  ->  Abs (   899,   566)
	 13: Rel (  -557,     0)  ->  Abs (   342,   566)
	 14: Rel (     0,  -482)  ->  Abs (   342,    84)
	 15: Rel (   113,     0)  ->  Abs (   455,    84)
	 16: Rel (    56,     0)  ->  Abs (   511,    84)
	 17: Rel (     0,   -42)  ->  Abs (   511,    42)
	 18: Rel (     0,   -42)  ->  Abs (   511,     0)
	 19: Rel (   -56,     0)  ->  Abs (   455,     0)
	 20: Rel (  -292,     0)  ->  Abs (   163,     0)
	 21: Rel (   -56,     0)  ->  Abs (   107,     0)
	 22: Rel (     0,    42)  ->  Abs (   107,    42)
	 23: Rel (     0,    42)  ->  Abs (   107,    84)
	 24: Rel (    56,     0)  ->  Abs (   163,    84)
	 25: Rel (    95,     0)  ->  Abs (   258,    84)
	 26: Rel (     0,  1002)  ->  Abs (   258,  1086)
	 27: Rel (   -52,     0)  ->  Abs (   206,  1086)
	 28: Rel (   -57,     0)  ->  Abs (   149,  1086)
	 29: Rel (     0,    42)  ->  Abs (   149,  1128)
	 30: Rel (     0,    42)  ->  Abs (   149,  1170)
	 31: Rel (    57,     0)  ->  Abs (   206,  1170)
	 32: Rel (   249,     0)  ->  Abs (   455,  1170)
	 33: Rel (    56,     0)  ->  Abs (   511,  1170)
	 34: Rel (     0,   -42)  ->  Abs (   511,  1128)
	 35: Rel (     0,   -42)  ->  Abs (   511,  1086)
	 36: Rel (   -56,     0)  ->  Abs (   455,  1086)
	 37: Rel (  -113,     0)  ->  Abs (   342,  1086)
	 38: Rel (     0,  -436)  ->  Abs (   342,   650)
	 39: Rel (   557,     0)  ->  Abs (   899,   650)
	 40: Rel (     0,   436)  ->  Abs (   899,  1086)
	 41: Rel (  -112,     0)  ->  Abs (   787,  1086)
	 42: Rel (   -56,     0)  ->  Abs (   731,  1086)
	 43: Rel (     0,    42)  ->  Abs (   731,  1128)
	 44: Rel (     0,    42)  ->  Abs (   731,  1170)
	 45: Rel (    56,     0)  ->  Abs (   787,  1170)
	 46: Rel (   249,     0)  ->  Abs (  1036,  1170)
	 47: Rel (    57,     0)  ->  Abs (  1093,  1170)
	 48: Rel (     0,   -42)  ->  Abs (  1093,  1128)
	 49: Rel (     0,   -42)  ->  Abs (  1093,  1086)
	 50: Rel (   -57,     0)  ->  Abs (  1036,  1086)
	 51: Rel (   -52,     0)  ->  Abs (   984,  1086)
	 52: Rel (     0, -1002)  ->  Abs (   984,    84)
	 53: Rel (   110,     0)  ->  Abs (  1094,    84)
	 54: Rel (    45,     0)  ->  Abs (  1139,    84)
	 55: Rel (    26,   -25)  ->  Abs (  1165,    59)
	 56: Rel (     0,   -45)  ->  Abs (  1165,    14)

	Glyph 1303: off = 0x0003B00C, len = 244
	  numberOfContours:	1
	  xMin:			107
	  yMin:			-211
	  xMax:			1152
	  yMax:			866

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	102
	00000: NPUSHB      (56):     5    32     0    48    52    32    11    43    15     8 
	                            31     8     2     8    39    11    58    29    22    25 
	                            34     0    17     1    17    38    14    32    48    25 
	                             1    25    40    51    33    45    32    39    33    13 
	                            13    25    37    26    33    32     6    14    25    19 
	                            52    11     6    19    10     2 
	00058: SVTCA[y-axis] 
	00059: MDAP[rd]   
	00060: MIAP[rd+ci] 
	00061: MDRP[srp0,nmd,nrd,0] 
	00062: MDRP[srp0,md,rd,1] 
	00063: MDRP[nrp0,nmd,nrd,0] 
	00064: SRP0       
	00065: MDRP[srp0,md,rd,1] 
	00066: MDRP[nrp0,nmd,nrd,0] 
	00067: MIAP[rd+ci] 
	00068: MIRP[srp0,md,rd,1] 
	00069: MDRP[nrp0,nmd,nrd,0] 
	00070: SRP2       
	00071: IP         
	00072: MDAP[rd]   
	00073: MIRP[nrp0,md,rd,1] 
	00074: SRP0       
	00075: MDRP[srp0,nmd,nrd,0] 
	00076: MIRP[srp0,md,rd,1] 
	00077: MDRP[nrp0,nmd,nrd,0] 
	00078: SVTCA[x-axis] 
	00079: MDAP[rd]   
	00080: DELTAP1    
	00081: MIRP[srp0,md,rd,1] 
	00082: MDRP[nrp0,nmd,nrd,0] 
	00083: MDRP[srp0,md,rd,1] 
	00084: DELTAP1    
	00085: MDRP[nrp0,nmd,rd,0] 
	00086: SRP0       
	00087: MDRP[srp0,md,rd,1] 
	00088: MDRP[nrp0,nmd,rd,0] 
	00089: SRP0       
	00090: MDRP[srp0,nmd,rd,0] 
	00091: MDRP[nrp0,nmd,nrd,0] 
	00092: MDRP[srp0,md,rd,1] 
	00093: DELTAP1    
	00094: MDRP[nrp0,nmd,rd,0] 
	00095: SRP0       
	00096: MIRP[srp0,md,rd,1] 
	00097: MDRP[nrp0,md,rd,0] 
	00098: MDRP[srp0,nmd,rd,0] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: IUP[y]     
	00101: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                               On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:  YDual                       X-Short On
	 20:  YDual                               On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short On
	 38:        XDual                         On
	 39:  YDual                               On
	 40:        XDual                         On
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short On
	 52:        XDual                         On
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off
	 55:        XDual         Y-Short X-Short Off
	 56:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1152,  -143)  ->  Abs (  1152,  -143)
	  1: Rel (     0,   -68)  ->  Abs (  1152,  -211)
	  2: Rel (   -42,     0)  ->  Abs (  1110,  -211)
	  3: Rel (   -44,     0)  ->  Abs (  1066,  -211)
	  4: Rel (     0,    65)  ->  Abs (  1066,  -146)
	  5: Rel (     0,   146)  ->  Abs (  1066,     0)
	  6: Rel (  -274,     0)  ->  Abs (   792,     0)
	  7: Rel (   -56,     0)  ->  Abs (   736,     0)
	  8: Rel (     0,    42)  ->  Abs (   736,    42)
	  9: Rel (     0,    42)  ->  Abs (   736,    84)
	 10: Rel (    56,     0)  ->  Abs (   792,    84)
	 11: Rel (    95,     0)  ->  Abs (   887,    84)
	 12: Rel (     0,   329)  ->  Abs (   887,   413)
	 13: Rel (  -545,     0)  ->  Abs (   342,   413)
	 14: Rel (     0,  -329)  ->  Abs (   342,    84)
	 15: Rel (    95,     0)  ->  Abs (   437,    84)
	 16: Rel (    56,     0)  ->  Abs (   493,    84)
	 17: Rel (     0,   -42)  ->  Abs (   493,    42)
	 18: Rel (     0,   -42)  ->  Abs (   493,     0)
	 19: Rel (   -56,     0)  ->  Abs (   437,     0)
	 20: Rel (  -274,     0)  ->  Abs (   163,     0)
	 21: Rel (   -56,     0)  ->  Abs (   107,     0)
	 22: Rel (     0,    42)  ->  Abs (   107,    42)
	 23: Rel (     0,    42)  ->  Abs (   107,    84)
	 24: Rel (    56,     0)  ->  Abs (   163,    84)
	 25: Rel (    95,     0)  ->  Abs (   258,    84)
	 26: Rel (     0,   697)  ->  Abs (   258,   781)
	 27: Rel (   -65,     0)  ->  Abs (   193,   781)
	 28: Rel (   -56,     0)  ->  Abs (   137,   781)
	 29: Rel (     0,    42)  ->  Abs (   137,   823)
	 30: Rel (     0,    43)  ->  Abs (   137,   866)
	 31: Rel (    56,     0)  ->  Abs (   193,   866)
	 32: Rel (   214,     0)  ->  Abs (   407,   866)
	 33: Rel (    56,     0)  ->  Abs (   463,   866)
	 34: Rel (     0,   -43)  ->  Abs (   463,   823)
	 35: Rel (     0,   -42)  ->  Abs (   463,   781)
	 36: Rel (   -56,     0)  ->  Abs (   407,   781)
	 37: Rel (   -65,     0)  ->  Abs (   342,   781)
	 38: Rel (     0,  -283)  ->  Abs (   342,   498)
	 39: Rel (   545,     0)  ->  Abs (   887,   498)
	 40: Rel (     0,   283)  ->  Abs (   887,   781)
	 41: Rel (   -64,     0)  ->  Abs (   823,   781)
	 42: Rel (   -57,     0)  ->  Abs (   766,   781)
	 43: Rel (     0,    42)  ->  Abs (   766,   823)
	 44: Rel (     0,    43)  ->  Abs (   766,   866)
	 45: Rel (    57,     0)  ->  Abs (   823,   866)
	 46: Rel (   213,     0)  ->  Abs (  1036,   866)
	 47: Rel (    56,     0)  ->  Abs (  1092,   866)
	 48: Rel (     0,   -43)  ->  Abs (  1092,   823)
	 49: Rel (     0,   -42)  ->  Abs (  1092,   781)
	 50: Rel (   -56,     0)  ->  Abs (  1036,   781)
	 51: Rel (   -65,     0)  ->  Abs (   971,   781)
	 52: Rel (     0,  -697)  ->  Abs (   971,    84)
	 53: Rel (   110,     0)  ->  Abs (  1081,    84)
	 54: Rel (    45,     0)  ->  Abs (  1126,    84)
	 55: Rel (    26,   -25)  ->  Abs (  1152,    59)
	 56: Rel (     0,   -45)  ->  Abs (  1152,    14)

	Glyph 1304: off = 0x0003B100, len = 222
	  numberOfContours:	1
	  xMin:			98
	  yMin:			0
	  xMax:			1128
	  yMax:			1170

	EndPoints
	---------
	  0:  38

	  Length of Instructions:	111
	00000: NPUSHB      (58):    34    31    26    29    31    30    30    30     4     3 
	                            20     4    30    29     4     3    29    30    30    30 
	                            17    18    20    17    17    18    21    18    17    31 
	                             0     3     8     4    30    13    17     3    31    38 
	                            36    24     4    30    18    17    17    16    29    18 
	                            38    24     2     5    16    38    11     8 
	00060: SVTCA[y-axis] 
	00061: MIAP[rd+ci] 
	00062: MIRP[srp0,md,rd,1] 
	00063: MDRP[nrp0,nmd,nrd,0] 
	00064: MIAP[rd+ci] 
	00065: MIRP[srp0,md,rd,1] 
	00066: MDRP[nrp0,nmd,nrd,0] 
	00067: SRP2       
	00068: IP         
	00069: MDAP[rd]   
	00070: SRP2       
	00071: IP         
	00072: SHP[rp1,zp0] 
	00073: SRP0       
	00074: MDRP[srp0,nmd,nrd,0] 
	00075: MIRP[srp0,md,rd,1] 
	00076: MDRP[nrp0,nmd,nrd,0] 
	00077: SVTCA[x-axis] 
	00078: MDAP[rd]   
	00079: MDRP[nrp0,md,rd,0] 
	00080: MIRP[srp0,md,rd,1] 
	00081: MDRP[nrp0,md,rd,0] 
	00082: MDRP[srp0,md,rd,2] 
	00083: MDRP[nrp0,md,rd,1] 
	00084: SHP[rp1,zp0] 
	00085: SRP0       
	00086: MDRP[srp0,md,rd,2] 
	00087: MDRP[nrp0,md,rd,1] 
	00088: SDPVTL[1]  
	00089: SRP0       
	00090: CALL       
	00091: RDTG       
	00092: SRP0       
	00093: MDRP[nrp0,nmd,rd,0] 
	00094: SDPVTL[1]  
	00095: SFVTL[=p1,p2] 
	00096: RTG        
	00097: SRP0       
	00098: CALL       
	00099: SFVTCA[x-axis] 
	00100: RDTG       
	00101: SRP0       
	00102: MDRP[nrp0,nmd,rd,0] 
	00103: SVTCA[x-axis] 
	00104: RTG        
	00105: SRP0       
	00106: MDRP[nrp0,md,rd,1] 
	00107: SRP0       
	00108: MDRP[nrp0,md,rd,1] 
	00109: IUP[y]     
	00110: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short On
	  4:                                      On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                               On
	 12:  YDual                       X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:                                      On
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short On
	 30:                                      On
	 31:                                      On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1128,  1128)  ->  Abs (  1128,  1128)
	  1: Rel (     0,   -42)  ->  Abs (  1128,  1086)
	  2: Rel (   -57,     0)  ->  Abs (  1071,  1086)
	  3: Rel (   -48,     0)  ->  Abs (  1023,  1086)
	  4: Rel (  -366,  -560)  ->  Abs (   657,   526)
	  5: Rel (     0,  -442)  ->  Abs (   657,    84)
	  6: Rel (   179,     0)  ->  Abs (   836,    84)
	  7: Rel (    56,     0)  ->  Abs (   892,    84)
	  8: Rel (     0,   -42)  ->  Abs (   892,    42)
	  9: Rel (     0,   -42)  ->  Abs (   892,     0)
	 10: Rel (   -56,     0)  ->  Abs (   836,     0)
	 11: Rel (  -443,     0)  ->  Abs (   393,     0)
	 12: Rel (   -56,     0)  ->  Abs (   337,     0)
	 13: Rel (     0,    42)  ->  Abs (   337,    42)
	 14: Rel (     0,    42)  ->  Abs (   337,    84)
	 15: Rel (    56,     0)  ->  Abs (   393,    84)
	 16: Rel (   179,     0)  ->  Abs (   572,    84)
	 17: Rel (     0,   442)  ->  Abs (   572,   526)
	 18: Rel (  -368,   560)  ->  Abs (   204,  1086)
	 19: Rel (   -50,     0)  ->  Abs (   154,  1086)
	 20: Rel (   -56,     0)  ->  Abs (    98,  1086)
	 21: Rel (     0,    42)  ->  Abs (    98,  1128)
	 22: Rel (     0,    42)  ->  Abs (    98,  1170)
	 23: Rel (    56,     0)  ->  Abs (   154,  1170)
	 24: Rel (   230,     0)  ->  Abs (   384,  1170)
	 25: Rel (    56,     0)  ->  Abs (   440,  1170)
	 26: Rel (     0,   -42)  ->  Abs (   440,  1128)
	 27: Rel (     0,   -42)  ->  Abs (   440,  1086)
	 28: Rel (   -56,     0)  ->  Abs (   384,  1086)
	 29: Rel (   -81,     0)  ->  Abs (   303,  1086)
	 30: Rel (   311,  -472)  ->  Abs (   614,   614)
	 31: Rel (   311,   472)  ->  Abs (   925,  1086)
	 32: Rel (   -82,     0)  ->  Abs (   843,  1086)
	 33: Rel (   -56,     0)  ->  Abs (   787,  1086)
	 34: Rel (     0,    42)  ->  Abs (   787,  1128)
	 35: Rel (     0,    42)  ->  Abs (   787,  1170)
	 36: Rel (    56,     0)  ->  Abs (   843,  1170)
	 37: Rel (   228,     0)  ->  Abs (  1071,  1170)
	 38: Rel (    57,     0)  ->  Abs (  1128,  1170)

	Glyph 1305: off = 0x0003B1DE, len = 230
	  numberOfContours:	1
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			866

	EndPoints
	---------
	  0:  41

	  Length of Instructions:	110
	00000: NPUSHB      (61):    37    34    29    32    33    34    33    32    34    32 
	                             4     5    20     4     4     5    33    32    32    32 
	                            19    18    20    19    18    22    19    18    34     0 
	                             4     9     5    32    14    48    18   112    18   160 
	                            18     3    18     4    34    33    39    27    32    19 
	                            33    27     6    33     5    18    10     6    17    33 
	                            12 
	00063: SVTCA[y-axis] 
	00064: MDAP[rd]   
	00065: MIRP[srp0,md,rd,1] 
	00066: MDRP[nrp0,nmd,nrd,0] 
	00067: MIAP[rd+ci] 
	00068: MDRP[nrp0,nmd,nrd,0] 
	00069: SHP[rp1,zp0] 
	00070: MIAP[rd+ci] 
	00071: MIRP[srp0,md,rd,1] 
	00072: MDRP[nrp0,nmd,nrd,0] 
	00073: SRP0       
	00074: MDRP[srp0,nmd,nrd,0] 
	00075: MIRP[srp0,md,rd,1] 
	00076: MDRP[nrp0,nmd,nrd,0] 
	00077: SVTCA[x-axis] 
	00078: MDAP[rd]   
	00079: DELTAP1    
	00080: MDRP[nrp0,md,rd,0] 
	00081: MIRP[srp0,md,rd,1] 
	00082: MDRP[nrp0,md,rd,0] 
	00083: MDRP[srp0,md,rd,2] 
	00084: MDRP[nrp0,md,rd,1] 
	00085: SHP[rp1,zp0] 
	00086: SRP0       
	00087: MDRP[srp0,md,rd,2] 
	00088: MDRP[nrp0,md,rd,1] 
	00089: SDPVTL[1]  
	00090: CALL       
	00091: RDTG       
	00092: SRP0       
	00093: MDRP[nrp0,nmd,rd,0] 
	00094: SDPVTL[1]  
	00095: RTG        
	00096: SRP0       
	00097: CALL       
	00098: SFVTL[=p1,p2] 
	00099: RDTG       
	00100: SRP0       
	00101: MDRP[nrp0,nmd,rd,0] 
	00102: SVTCA[x-axis] 
	00103: RTG        
	00104: SRP0       
	00105: MDRP[nrp0,md,rd,1] 
	00106: SRP0       
	00107: MDRP[nrp0,md,rd,1] 
	00108: IUP[y]     
	00109: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:                                      On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                               On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:        XDual                         On
	 19:                                      On
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short On
	 33:                                      On
	 34:                                      On
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1176,   823)  ->  Abs (  1176,   823)
	  1: Rel (     0,   -29)  ->  Abs (  1176,   794)
	  2: Rel (   -26,    -9)  ->  Abs (  1150,   785)
	  3: Rel (   -11,    -4)  ->  Abs (  1139,   781)
	  4: Rel (   -45,     0)  ->  Abs (  1094,   781)
	  5: Rel (  -388,  -781)  ->  Abs (   706,     0)
	  6: Rel (     0,  -302)  ->  Abs (   706,  -302)
	  7: Rel (   210,     0)  ->  Abs (   916,  -302)
	  8: Rel (    57,     0)  ->  Abs (   973,  -302)
	  9: Rel (     0,   -42)  ->  Abs (   973,  -344)
	 10: Rel (     0,   -42)  ->  Abs (   973,  -386)
	 11: Rel (   -57,     0)  ->  Abs (   916,  -386)
	 12: Rel (  -504,     0)  ->  Abs (   412,  -386)
	 13: Rel (   -56,     0)  ->  Abs (   356,  -386)
	 14: Rel (     0,    42)  ->  Abs (   356,  -344)
	 15: Rel (     0,    42)  ->  Abs (   356,  -302)
	 16: Rel (    56,     0)  ->  Abs (   412,  -302)
	 17: Rel (   210,     0)  ->  Abs (   622,  -302)
	 18: Rel (     0,   302)  ->  Abs (   622,     0)
	 19: Rel (  -392,   781)  ->  Abs (   230,   781)
	 20: Rel (   -25,     0)  ->  Abs (   205,   781)
	 21: Rel (   -56,     0)  ->  Abs (   149,   781)
	 22: Rel (     0,    42)  ->  Abs (   149,   823)
	 23: Rel (     0,    29)  ->  Abs (   149,   852)
	 24: Rel (    24,    10)  ->  Abs (   173,   862)
	 25: Rel (     9,     4)  ->  Abs (   182,   866)
	 26: Rel (    23,     0)  ->  Abs (   205,   866)
	 27: Rel (   230,     0)  ->  Abs (   435,   866)
	 28: Rel (    56,     0)  ->  Abs (   491,   866)
	 29: Rel (     0,   -43)  ->  Abs (   491,   823)
	 30: Rel (     0,   -42)  ->  Abs (   491,   781)
	 31: Rel (   -56,     0)  ->  Abs (   435,   781)
	 32: Rel (  -113,     0)  ->  Abs (   322,   781)
	 33: Rel (   343,  -689)  ->  Abs (   665,    92)
	 34: Rel (   338,   689)  ->  Abs (  1003,   781)
	 35: Rel (  -113,     0)  ->  Abs (   890,   781)
	 36: Rel (   -56,     0)  ->  Abs (   834,   781)
	 37: Rel (     0,    43)  ->  Abs (   834,   824)
	 38: Rel (     0,    42)  ->  Abs (   834,   866)
	 39: Rel (    56,     0)  ->  Abs (   890,   866)
	 40: Rel (   229,     0)  ->  Abs (  1119,   866)
	 41: Rel (    57,     0)  ->  Abs (  1176,   866)

	Glyph 1306: off = 0x0003B2C4, len = 270
	  numberOfContours:	1
	  xMin:			98
	  yMin:			0
	  xMax:			1128
	  yMax:			1170

	EndPoints
	---------
	  0:  52

	  Length of Instructions:	128
	00000: NPUSHB      (67):    40    43    48    45    44    44    30     4     3    20 
	                             4    44    43     4     3    43    44    44    30    31 
	                            32    20    31    31    32     0     3    15    12     8 
	                             4    30    31    35    32    27    23    20    31     3 
	                            45    38    50    38    11    24    38     5    29    44 
	                             4    31    29    31    29    31    23    43    32    38 
	                            38     2    12    23    38    18     8 
	00069: SVTCA[y-axis] 
	00070: MIAP[rd+ci] 
	00071: MIRP[srp0,md,rd,1] 
	00072: MDRP[nrp0,nmd,nrd,0] 
	00073: MIAP[rd+ci] 
	00074: MIRP[srp0,md,rd,1] 
	00075: MDRP[nrp0,nmd,nrd,0] 
	00076: SRP2       
	00077: IP         
	00078: IP         
	00079: MDAP[rd]   
	00080: MDAP[rd]   
	00081: SRP0       
	00082: MDRP[nrp0,nmd,nrd,0] 
	00083: SHP[rp1,zp0] 
	00084: SRP0       
	00085: MDRP[nrp0,nmd,nrd,0] 
	00086: MIRP[srp0,md,rd,1] 
	00087: MDRP[nrp0,nmd,nrd,0] 
	00088: SRP0       
	00089: MDRP[srp0,nmd,nrd,0] 
	00090: MIRP[srp0,md,rd,1] 
	00091: MDRP[nrp0,nmd,nrd,0] 
	00092: SVTCA[x-axis] 
	00093: MDAP[rd]   
	00094: MDRP[nrp0,md,rd,0] 
	00095: MDRP[nrp0,nmd,nrd,0] 
	00096: MDRP[nrp0,md,rd,0] 
	00097: MDRP[srp0,md,rd,2] 
	00098: MDRP[nrp0,md,rd,1] 
	00099: SRP0       
	00100: MIRP[srp0,md,rd,1] 
	00101: MDRP[nrp0,md,rd,0] 
	00102: MDRP[nrp0,nmd,nrd,0] 
	00103: MDRP[nrp0,md,rd,0] 
	00104: MDRP[srp0,md,rd,2] 
	00105: MDRP[nrp0,md,rd,1] 
	00106: SDPVTL[1]  
	00107: SRP0       
	00108: CALL       
	00109: RDTG       
	00110: SRP0       
	00111: MDRP[nrp0,nmd,rd,0] 
	00112: SDPVTL[1]  
	00113: SFVTL[=p1,p2] 
	00114: RTG        
	00115: SRP0       
	00116: CALL       
	00117: SFVTCA[x-axis] 
	00118: RDTG       
	00119: SRP0       
	00120: MDRP[srp0,nmd,rd,0] 
	00121: SVTCA[x-axis] 
	00122: RTG        
	00123: MDRP[nrp0,md,rd,1] 
	00124: SRP0       
	00125: MDRP[nrp0,md,rd,1] 
	00126: IUP[y]     
	00127: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short On
	  4:                                      On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                               On
	 19:  YDual                       X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:        XDual                         On
	 25:  YDual                               On
	 26:  YDual                       X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual                               On
	 31:  YDual XDual         Y-Short         On
	 32:                                      On
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short On
	 44:                                      On
	 45:                                      On
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1128,  1128)  ->  Abs (  1128,  1128)
	  1: Rel (     0,   -42)  ->  Abs (  1128,  1086)
	  2: Rel (   -57,     0)  ->  Abs (  1071,  1086)
	  3: Rel (   -48,     0)  ->  Abs (  1023,  1086)
	  4: Rel (  -366,  -560)  ->  Abs (   657,   526)
	  5: Rel (     0,   -33)  ->  Abs (   657,   493)
	  6: Rel (   271,     0)  ->  Abs (   928,   493)
	  7: Rel (    41,     0)  ->  Abs (   969,   493)
	  8: Rel (     0,   -30)  ->  Abs (   969,   463)
	  9: Rel (     0,   -30)  ->  Abs (   969,   433)
	 10: Rel (   -41,     0)  ->  Abs (   928,   433)
	 11: Rel (  -271,     0)  ->  Abs (   657,   433)
	 12: Rel (     0,  -349)  ->  Abs (   657,    84)
	 13: Rel (   179,     0)  ->  Abs (   836,    84)
	 14: Rel (    56,     0)  ->  Abs (   892,    84)
	 15: Rel (     0,   -42)  ->  Abs (   892,    42)
	 16: Rel (     0,   -42)  ->  Abs (   892,     0)
	 17: Rel (   -56,     0)  ->  Abs (   836,     0)
	 18: Rel (  -443,     0)  ->  Abs (   393,     0)
	 19: Rel (   -56,     0)  ->  Abs (   337,     0)
	 20: Rel (     0,    42)  ->  Abs (   337,    42)
	 21: Rel (     0,    42)  ->  Abs (   337,    84)
	 22: Rel (    56,     0)  ->  Abs (   393,    84)
	 23: Rel (   179,     0)  ->  Abs (   572,    84)
	 24: Rel (     0,   349)  ->  Abs (   572,   433)
	 25: Rel (  -271,     0)  ->  Abs (   301,   433)
	 26: Rel (   -40,     0)  ->  Abs (   261,   433)
	 27: Rel (     0,    30)  ->  Abs (   261,   463)
	 28: Rel (     0,    30)  ->  Abs (   261,   493)
	 29: Rel (    40,     0)  ->  Abs (   301,   493)
	 30: Rel (   271,     0)  ->  Abs (   572,   493)
	 31: Rel (     0,    33)  ->  Abs (   572,   526)
	 32: Rel (  -368,   560)  ->  Abs (   204,  1086)
	 33: Rel (   -50,     0)  ->  Abs (   154,  1086)
	 34: Rel (   -56,     0)  ->  Abs (    98,  1086)
	 35: Rel (     0,    42)  ->  Abs (    98,  1128)
	 36: Rel (     0,    42)  ->  Abs (    98,  1170)
	 37: Rel (    56,     0)  ->  Abs (   154,  1170)
	 38: Rel (   230,     0)  ->  Abs (   384,  1170)
	 39: Rel (    56,     0)  ->  Abs (   440,  1170)
	 40: Rel (     0,   -42)  ->  Abs (   440,  1128)
	 41: Rel (     0,   -42)  ->  Abs (   440,  1086)
	 42: Rel (   -56,     0)  ->  Abs (   384,  1086)
	 43: Rel (   -81,     0)  ->  Abs (   303,  1086)
	 44: Rel (   311,  -472)  ->  Abs (   614,   614)
	 45: Rel (   311,   472)  ->  Abs (   925,  1086)
	 46: Rel (   -82,     0)  ->  Abs (   843,  1086)
	 47: Rel (   -56,     0)  ->  Abs (   787,  1086)
	 48: Rel (     0,    42)  ->  Abs (   787,  1128)
	 49: Rel (     0,    42)  ->  Abs (   787,  1170)
	 50: Rel (    56,     0)  ->  Abs (   843,  1170)
	 51: Rel (   228,     0)  ->  Abs (  1071,  1170)
	 52: Rel (    57,     0)  ->  Abs (  1128,  1170)

	Glyph 1307: off = 0x0003B3D2, len = 284
	  numberOfContours:	1
	  xMin:			149
	  yMin:			-386
	  xMax:			1176
	  yMax:			866

	EndPoints
	---------
	  0:  53

	  Length of Instructions:	137
	00000: NPUSHB      (80):    49    46    41    44    45    46    45    44    46    32 
	                             4     5    20     4     4     5    45    44    44    32 
	                            31    30    20    31    30    34    31    30    46     0 
	                             4    15    12     8     5    32    27    23    20    48 
	                            30   112    30   160    30     3    30     4    46    33 
	                            51    39    44    31    33    39     6    11    25    33 
	                            45     5    15    30    31    30    47    30     3    30 
	                            10    12    23    33    48    18    64    18     2    18 
	00082: SVTCA[y-axis] 
	00083: MDAP[rd]   
	00084: DELTAP1    
	00085: MIRP[srp0,md,rd,1] 
	00086: MDRP[nrp0,nmd,nrd,0] 
	00087: MIAP[rd+ci] 
	00088: DELTAP1    
	00089: MDRP[nrp0,nmd,nrd,0] 
	00090: SHP[rp1,zp0] 
	00091: MIRP[srp0,md,rd,1] 
	00092: MDRP[nrp0,nmd,nrd,0] 
	00093: MIAP[rd+ci] 
	00094: MIRP[srp0,md,rd,1] 
	00095: MDRP[nrp0,nmd,nrd,0] 
	00096: SRP0       
	00097: MDRP[srp0,nmd,nrd,0] 
	00098: MIRP[srp0,md,rd,1] 
	00099: MDRP[nrp0,nmd,nrd,0] 
	00100: SVTCA[x-axis] 
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: MDRP[nrp0,md,rd,0] 
	00104: MDRP[nrp0,nmd,nrd,0] 
	00105: MDRP[nrp0,md,rd,1] 
	00106: MIRP[srp0,md,rd,1] 
	00107: MDRP[nrp0,md,rd,1] 
	00108: MDRP[nrp0,nmd,nrd,0] 
	00109: MDRP[nrp0,md,rd,0] 
	00110: MDRP[srp0,md,rd,2] 
	00111: MDRP[nrp0,md,rd,1] 
	00112: SHP[rp1,zp0] 
	00113: SRP0       
	00114: MDRP[srp0,md,rd,2] 
	00115: MDRP[nrp0,md,rd,1] 
	00116: SDPVTL[1]  
	00117: CALL       
	00118: RDTG       
	00119: SRP0       
	00120: MDRP[nrp0,nmd,rd,0] 
	00121: SDPVTL[1]  
	00122: RTG        
	00123: SRP0       
	00124: CALL       
	00125: SFVTL[=p1,p2] 
	00126: RDTG       
	00127: SRP0       
	00128: MDRP[nrp0,nmd,rd,0] 
	00129: SVTCA[x-axis] 
	00130: RTG        
	00131: SRP0       
	00132: MDRP[nrp0,md,rd,1] 
	00133: SRP0       
	00134: MDRP[nrp0,md,rd,1] 
	00135: IUP[y]     
	00136: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:                                      On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                               On
	 12:        XDual         Y-Short         On
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                               On
	 19:  YDual                       X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual                               On
	 26:  YDual                       X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual                               On
	 31:                                      On
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short On
	 45:                                      On
	 46:                                      On
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1176,   823)  ->  Abs (  1176,   823)
	  1: Rel (     0,   -29)  ->  Abs (  1176,   794)
	  2: Rel (   -26,    -9)  ->  Abs (  1150,   785)
	  3: Rel (   -11,    -4)  ->  Abs (  1139,   781)
	  4: Rel (   -45,     0)  ->  Abs (  1094,   781)
	  5: Rel (  -388,  -781)  ->  Abs (   706,     0)
	  6: Rel (   271,     0)  ->  Abs (   977,     0)
	  7: Rel (    41,     0)  ->  Abs (  1018,     0)
	  8: Rel (     0,   -29)  ->  Abs (  1018,   -29)
	  9: Rel (     0,   -30)  ->  Abs (  1018,   -59)
	 10: Rel (   -41,     0)  ->  Abs (   977,   -59)
	 11: Rel (  -271,     0)  ->  Abs (   706,   -59)
	 12: Rel (     0,  -243)  ->  Abs (   706,  -302)
	 13: Rel (   210,     0)  ->  Abs (   916,  -302)
	 14: Rel (    57,     0)  ->  Abs (   973,  -302)
	 15: Rel (     0,   -42)  ->  Abs (   973,  -344)
	 16: Rel (     0,   -42)  ->  Abs (   973,  -386)
	 17: Rel (   -57,     0)  ->  Abs (   916,  -386)
	 18: Rel (  -504,     0)  ->  Abs (   412,  -386)
	 19: Rel (   -56,     0)  ->  Abs (   356,  -386)
	 20: Rel (     0,    42)  ->  Abs (   356,  -344)
	 21: Rel (     0,    42)  ->  Abs (   356,  -302)
	 22: Rel (    56,     0)  ->  Abs (   412,  -302)
	 23: Rel (   209,     0)  ->  Abs (   621,  -302)
	 24: Rel (     0,   243)  ->  Abs (   621,   -59)
	 25: Rel (  -271,     0)  ->  Abs (   350,   -59)
	 26: Rel (   -40,     0)  ->  Abs (   310,   -59)
	 27: Rel (     0,    30)  ->  Abs (   310,   -29)
	 28: Rel (     0,    29)  ->  Abs (   310,     0)
	 29: Rel (    40,     0)  ->  Abs (   350,     0)
	 30: Rel (   271,     0)  ->  Abs (   621,     0)
	 31: Rel (  -391,   781)  ->  Abs (   230,   781)
	 32: Rel (   -25,     0)  ->  Abs (   205,   781)
	 33: Rel (   -56,     0)  ->  Abs (   149,   781)
	 34: Rel (     0,    42)  ->  Abs (   149,   823)
	 35: Rel (     0,    29)  ->  Abs (   149,   852)
	 36: Rel (    24,    10)  ->  Abs (   173,   862)
	 37: Rel (     9,     4)  ->  Abs (   182,   866)
	 38: Rel (    23,     0)  ->  Abs (   205,   866)
	 39: Rel (   230,     0)  ->  Abs (   435,   866)
	 40: Rel (    56,     0)  ->  Abs (   491,   866)
	 41: Rel (     0,   -43)  ->  Abs (   491,   823)
	 42: Rel (     0,   -42)  ->  Abs (   491,   781)
	 43: Rel (   -56,     0)  ->  Abs (   435,   781)
	 44: Rel (  -113,     0)  ->  Abs (   322,   781)
	 45: Rel (   343,  -689)  ->  Abs (   665,    92)
	 46: Rel (   338,   689)  ->  Abs (  1003,   781)
	 47: Rel (  -113,     0)  ->  Abs (   890,   781)
	 48: Rel (   -56,     0)  ->  Abs (   834,   781)
	 49: Rel (     0,    43)  ->  Abs (   834,   824)
	 50: Rel (     0,    42)  ->  Abs (   834,   866)
	 51: Rel (    56,     0)  ->  Abs (   890,   866)
	 52: Rel (   229,     0)  ->  Abs (  1119,   866)
	 53: Rel (    57,     0)  ->  Abs (  1176,   866)

	Glyph 1308: off = 0x0003B4EE, len = 312
	  numberOfContours:	1
	  xMin:			80
	  yMin:			-286
	  xMax:			1181
	  yMax:			1170

	EndPoints
	---------
	  0:  57

	  Length of Instructions:	151
	00000: NPUSHB      (88):    43    40    35    38     8    11    16    13    12    13 
	                            51    11    27    52    13    51    53    38    39    25 
	                            40    53    38    26    25    40    11    27     4    30 
	                            57    53    13    40    25    40    30    51    13    20 
	                            51    13    48    51    38    11    27    11    30    53 
	                            38    20    53    38    53    12    30    27    21    25 
	                            52    39    26   111    12     1    12    51    40    38 
	                            45    33    27    38    38    33     2    25    13    38 
	                            18    53    11    38     6    18     8     2 
	00090: SVTCA[y-axis] 
	00091: MDAP[rd]   
	00092: MIAP[rd+ci] 
	00093: MDRP[srp0,nmd,nrd,0] 
	00094: MIRP[srp0,md,rd,1] 
	00095: MDRP[nrp0,nmd,nrd,0] 
	00096: SRP0       
	00097: MIRP[srp0,md,rd,1] 
	00098: MDRP[nrp0,nmd,nrd,0] 
	00099: MIAP[rd+ci] 
	00100: MIRP[srp0,md,rd,1] 
	00101: MDRP[nrp0,nmd,nrd,0] 
	00102: SRP0       
	00103: MDRP[srp0,nmd,nrd,0] 
	00104: MIRP[srp0,md,rd,1] 
	00105: MDRP[nrp0,nmd,nrd,0] 
	00106: SVTCA[x-axis] 
	00107: MDAP[rd]   
	00108: DELTAP1    
	00109: SHP[rp1,zp0] 
	00110: SHP[rp1,zp0] 
	00111: SHP[rp1,zp0] 
	00112: MDRP[srp0,md,rd,1] 
	00113: MDRP[nrp0,md,rd,1] 
	00114: MDRP[srp0,nmd,rd,2] 
	00115: MDRP[nrp0,md,rd,1] 
	00116: SRP0       
	00117: MDRP[srp0,md,rd,1] 
	00118: SDPVTL[1]  
	00119: CALL       
	00120: SDPVTL[1]  
	00121: RDTG       
	00122: MDRP[nrp0,nmd,rd,0] 
	00123: SVTCA[x-axis] 
	00124: RTG        
	00125: MDRP[srp0,nmd,rd,2] 
	00126: MDRP[nrp0,md,rd,1] 
	00127: SDPVTL[1]  
	00128: CALL       
	00129: SDPVTL[1]  
	00130: RDTG       
	00131: MDRP[nrp0,nmd,rd,0] 
	00132: SVTCA[x-axis] 
	00133: RTG        
	00134: SRP0       
	00135: MDRP[srp0,md,rd,1] 
	00136: MIRP[nrp0,md,rd,1] 
	00137: ISECT      
	00138: ISECT      
	00139: ISECT      
	00140: ISECT      
	00141: SRP0       
	00142: MDRP[nrp0,md,rd,1] 
	00143: SRP0       
	00144: MDRP[nrp0,md,rd,1] 
	00145: SRP0       
	00146: MDRP[nrp0,md,rd,1] 
	00147: SRP0       
	00148: MDRP[nrp0,md,rd,1] 
	00149: IUP[y]     
	00150: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:                                      On
	 13:                                      On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:                                      On
	 27:                                      On
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short On
	 39:                                      On
	 40:                                      On
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short On
	 52:                                      On
	 53:                                      On
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short Off
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1181,  -219)  ->  Abs (  1181,  -219)
	  1: Rel (     0,   -67)  ->  Abs (  1181,  -286)
	  2: Rel (   -41,     0)  ->  Abs (  1140,  -286)
	  3: Rel (   -45,     0)  ->  Abs (  1095,  -286)
	  4: Rel (     0,    64)  ->  Abs (  1095,  -222)
	  5: Rel (     0,   222)  ->  Abs (  1095,     0)
	  6: Rel (  -269,     0)  ->  Abs (   826,     0)
	  7: Rel (   -56,     0)  ->  Abs (   770,     0)
	  8: Rel (     0,    42)  ->  Abs (   770,    42)
	  9: Rel (     0,    42)  ->  Abs (   770,    84)
	 10: Rel (    56,     0)  ->  Abs (   826,    84)
	 11: Rel (   134,     0)  ->  Abs (   960,    84)
	 12: Rel (  -347,   446)  ->  Abs (   613,   530)
	 13: Rel (  -343,  -446)  ->  Abs (   270,    84)
	 14: Rel (   134,     0)  ->  Abs (   404,    84)
	 15: Rel (    56,     0)  ->  Abs (   460,    84)
	 16: Rel (     0,   -42)  ->  Abs (   460,    42)
	 17: Rel (     0,   -42)  ->  Abs (   460,     0)
	 18: Rel (   -56,     0)  ->  Abs (   404,     0)
	 19: Rel (  -268,     0)  ->  Abs (   136,     0)
	 20: Rel (   -56,     0)  ->  Abs (    80,     0)
	 21: Rel (     0,    42)  ->  Abs (    80,    42)
	 22: Rel (     0,    31)  ->  Abs (    80,    73)
	 23: Rel (    26,     8)  ->  Abs (   106,    81)
	 24: Rel (    10,     3)  ->  Abs (   116,    84)
	 25: Rel (    51,     0)  ->  Abs (   167,    84)
	 26: Rel (   394,   515)  ->  Abs (   561,   599)
	 27: Rel (  -376,   487)  ->  Abs (   185,  1086)
	 28: Rel (   -31,     0)  ->  Abs (   154,  1086)
	 29: Rel (   -56,     0)  ->  Abs (    98,  1086)
	 30: Rel (     0,    42)  ->  Abs (    98,  1128)
	 31: Rel (     0,    42)  ->  Abs (    98,  1170)
	 32: Rel (    56,     0)  ->  Abs (   154,  1170)
	 33: Rel (   229,     0)  ->  Abs (   383,  1170)
	 34: Rel (    57,     0)  ->  Abs (   440,  1170)
	 35: Rel (     0,   -42)  ->  Abs (   440,  1128)
	 36: Rel (     0,   -42)  ->  Abs (   440,  1086)
	 37: Rel (   -57,     0)  ->  Abs (   383,  1086)
	 38: Rel (   -94,     0)  ->  Abs (   289,  1086)
	 39: Rel (   324,  -419)  ->  Abs (   613,   667)
	 40: Rel (   322,   419)  ->  Abs (   935,  1086)
	 41: Rel (   -94,     0)  ->  Abs (   841,  1086)
	 42: Rel (   -57,     0)  ->  Abs (   784,  1086)
	 43: Rel (     0,    42)  ->  Abs (   784,  1128)
	 44: Rel (     0,    42)  ->  Abs (   784,  1170)
	 45: Rel (    57,     0)  ->  Abs (   841,  1170)
	 46: Rel (   230,     0)  ->  Abs (  1071,  1170)
	 47: Rel (    56,     0)  ->  Abs (  1127,  1170)
	 48: Rel (     0,   -42)  ->  Abs (  1127,  1128)
	 49: Rel (     0,   -42)  ->  Abs (  1127,  1086)
	 50: Rel (   -56,     0)  ->  Abs (  1071,  1086)
	 51: Rel (   -32,     0)  ->  Abs (  1039,  1086)
	 52: Rel (  -374,  -487)  ->  Abs (   665,   599)
	 53: Rel (   399,  -515)  ->  Abs (  1064,    84)
	 54: Rel (    46,     0)  ->  Abs (  1110,    84)
	 55: Rel (    45,     0)  ->  Abs (  1155,    84)
	 56: Rel (    26,   -25)  ->  Abs (  1181,    59)
	 57: Rel (     0,   -45)  ->  Abs (  1181,    14)

	Glyph 1309: off = 0x0003B626, len = 424
	  numberOfContours:	1
	  xMin:			101
	  yMin:			-211
	  xMax:			1128
	  yMax:			866

	EndPoints
	---------
	  0:  58

	  Length of Instructions:	257
	00000: NPUSHB     (173):    15    44    31    44     2    44    41    15    41    31 
	                            41     2     0    36    16    36     2    36    39     0 
	                            39    16    39     2    15     8    31     8   127     8 
	                             3     8    11    15    11    31    11     2     0    16 
	                            16    16   112    16     3    16    13     0    13    16 
	                            13     2    12    13    53    11    27    54    13    53 
	                            55    39    40    25    41    55    39    26    25    41 
	                            11    27    39    11    27    11    32    55    39    20 
	                            55    55    39    41    13    53    13    32    25    41 
	                            20    25    25    41     4    32    58    11    15    55 
	                            47    55     2    47    55   127    55   191    55   239 
	                            55   255    55     5    55    12    49    41    47    53 
	                            63    53   127    53   255    53     4    53    12    39 
	                            31   112    27     1    48    27     1    27    12    21 
	                            13    25    54    40    26    12    53    41    33    46 
	                            34    40    54    26    12     4    13    39    27    33 
	                            34     6    25    13    33    18    55    11    33     6 
	                            18    10     2 
	00175: SVTCA[y-axis] 
	00176: MDAP[rd]   
	00177: MIAP[rd+ci] 
	00178: MDRP[srp0,nmd,nrd,0] 
	00179: MIRP[srp0,md,rd,1] 
	00180: MDRP[nrp0,nmd,nrd,0] 
	00181: SRP0       
	00182: MIRP[srp0,md,rd,1] 
	00183: MDRP[nrp0,nmd,nrd,0] 
	00184: MIAP[rd+ci] 
	00185: MIRP[srp0,md,rd,1] 
	00186: MDRP[nrp0,nmd,nrd,0] 
	00187: SRP2       
	00188: SLOOP      
	00189: IP         
	00190: SRP0       
	00191: MDRP[srp0,nmd,nrd,0] 
	00192: MIRP[srp0,md,rd,1] 
	00193: MDRP[nrp0,nmd,nrd,0] 
	00194: SVTCA[x-axis] 
	00195: MDAP[rd]   
	00196: SHP[rp1,zp0] 
	00197: SHP[rp1,zp0] 
	00198: SHP[rp1,zp0] 
	00199: MDRP[srp0,md,rd,1] 
	00200: SHP[rp2,zp1] 
	00201: MDRP[nrp0,md,rd,1] 
	00202: SRP0       
	00203: MDRP[srp0,md,rd,0] 
	00204: DELTAP1    
	00205: DELTAP2    
	00206: MDRP[nrp0,md,rd,1] 
	00207: SHP[rp1,zp0] 
	00208: SRP0       
	00209: MDRP[srp0,md,rd,0] 
	00210: DELTAP1    
	00211: SHP[rp2,zp1] 
	00212: MDRP[nrp0,md,rd,1] 
	00213: SRP0       
	00214: MDRP[srp0,md,rd,1] 
	00215: DELTAP1    
	00216: DELTAP2    
	00217: SHP[rp2,zp1] 
	00218: MDRP[srp0,md,rd,1] 
	00219: MIRP[nrp0,md,rd,1] 
	00220: SDPVTL[1]  
	00221: SRP0       
	00222: CALL       
	00223: SDPVTL[1]  
	00224: RDTG       
	00225: MDRP[nrp0,nmd,rd,0] 
	00226: SDPVTL[1]  
	00227: RTG        
	00228: SRP0       
	00229: CALL       
	00230: SDPVTL[1]  
	00231: RDTG       
	00232: MDRP[nrp0,nmd,rd,0] 
	00233: ISECT      
	00234: ISECT      
	00235: ISECT      
	00236: ISECT      
	00237: SVTCA[x-axis] 
	00238: DELTAP1    
	00239: RTG        
	00240: SRP0       
	00241: MDRP[nrp0,md,rd,1] 
	00242: DELTAP1    
	00243: DELTAP1    
	00244: SRP0       
	00245: MDRP[nrp0,md,rd,1] 
	00246: DELTAP1    
	00247: DELTAP1    
	00248: SRP0       
	00249: MDRP[nrp0,md,rd,1] 
	00250: DELTAP1    
	00251: DELTAP1    
	00252: SRP0       
	00253: MDRP[nrp0,md,rd,1] 
	00254: DELTAP1    
	00255: IUP[y]     
	00256: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short On
	 12:                                      On
	 13:                                      On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                               On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:                                      On
	 27:                                      On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:                                      On
	 41:                                      On
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                      Y-Short X-Short On
	 52:                      Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:                                      On
	 55:                                      On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short X-Short Off
	 58:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1128,  -143)  ->  Abs (  1128,  -143)
	  1: Rel (     0,   -68)  ->  Abs (  1128,  -211)
	  2: Rel (   -42,     0)  ->  Abs (  1086,  -211)
	  3: Rel (   -44,     0)  ->  Abs (  1042,  -211)
	  4: Rel (     0,    65)  ->  Abs (  1042,  -146)
	  5: Rel (     0,   146)  ->  Abs (  1042,     0)
	  6: Rel (  -239,     0)  ->  Abs (   803,     0)
	  7: Rel (   -57,     0)  ->  Abs (   746,     0)
	  8: Rel (     0,    42)  ->  Abs (   746,    42)
	  9: Rel (     0,    42)  ->  Abs (   746,    84)
	 10: Rel (    57,     0)  ->  Abs (   803,    84)
	 11: Rel (   139,     0)  ->  Abs (   942,    84)
	 12: Rel (  -327,   313)  ->  Abs (   615,   397)
	 13: Rel (  -325,  -313)  ->  Abs (   290,    84)
	 14: Rel (   140,     0)  ->  Abs (   430,    84)
	 15: Rel (    56,     0)  ->  Abs (   486,    84)
	 16: Rel (     0,   -42)  ->  Abs (   486,    42)
	 17: Rel (     0,   -42)  ->  Abs (   486,     0)
	 18: Rel (   -56,     0)  ->  Abs (   430,     0)
	 19: Rel (  -273,     0)  ->  Abs (   157,     0)
	 20: Rel (   -56,     0)  ->  Abs (   101,     0)
	 21: Rel (     0,    42)  ->  Abs (   101,    42)
	 22: Rel (     0,    30)  ->  Abs (   101,    72)
	 23: Rel (    25,     9)  ->  Abs (   126,    81)
	 24: Rel (     8,     3)  ->  Abs (   134,    84)
	 25: Rel (    39,     0)  ->  Abs (   173,    84)
	 26: Rel (   385,   369)  ->  Abs (   558,   453)
	 27: Rel (  -342,   328)  ->  Abs (   216,   781)
	 28: Rel (   -49,     0)  ->  Abs (   167,   781)
	 29: Rel (   -13,    19)  ->  Abs (   154,   800)
	 30: Rel (    -8,    12)  ->  Abs (   146,   812)
	 31: Rel (     0,    12)  ->  Abs (   146,   824)
	 32: Rel (     0,    42)  ->  Abs (   146,   866)
	 33: Rel (    57,     0)  ->  Abs (   203,   866)
	 34: Rel (   229,     0)  ->  Abs (   432,   866)
	 35: Rel (    56,     0)  ->  Abs (   488,   866)
	 36: Rel (     0,   -43)  ->  Abs (   488,   823)
	 37: Rel (     0,   -42)  ->  Abs (   488,   781)
	 38: Rel (   -56,     0)  ->  Abs (   432,   781)
	 39: Rel (  -100,     0)  ->  Abs (   332,   781)
	 40: Rel (   283,  -273)  ->  Abs (   615,   508)
	 41: Rel (   285,   273)  ->  Abs (   900,   781)
	 42: Rel (  -100,     0)  ->  Abs (   800,   781)
	 43: Rel (   -57,     0)  ->  Abs (   743,   781)
	 44: Rel (     0,    43)  ->  Abs (   743,   824)
	 45: Rel (     0,    42)  ->  Abs (   743,   866)
	 46: Rel (    57,     0)  ->  Abs (   800,   866)
	 47: Rel (   229,     0)  ->  Abs (  1029,   866)
	 48: Rel (    56,     0)  ->  Abs (  1085,   866)
	 49: Rel (     0,   -43)  ->  Abs (  1085,   823)
	 50: Rel (     0,   -28)  ->  Abs (  1085,   795)
	 51: Rel (   -24,   -10)  ->  Abs (  1061,   785)
	 52: Rel (   -10,    -4)  ->  Abs (  1051,   781)
	 53: Rel (   -36,     0)  ->  Abs (  1015,   781)
	 54: Rel (  -343,  -328)  ->  Abs (   672,   453)
	 55: Rel (   385,  -369)  ->  Abs (  1057,    84)
	 56: Rel (    45,     0)  ->  Abs (  1102,    84)
	 57: Rel (    26,   -25)  ->  Abs (  1128,    59)
	 58: Rel (     0,   -45)  ->  Abs (  1128,    14)

	Glyph 1310: off = 0x0003B7CE, len = 426
	  numberOfContours:	1
	  xMin:			41
	  yMin:			0
	  xMax:			1121
	  yMax:			1170

	EndPoints
	---------
	  0:  66

	  Length of Instructions:	254
	00000: NPUSHB     (173):   181    39     1   164    39     1   133    39   149    39 
	                             2   244    39     1   213    39   229    39     2   198 
	                            39     1    58    21    74    21     2     9    21    25 
	                            21    41    21     3    48    13    30    44     0    17 
	                            16    17     2    17    17    36    55    51    15     5 
	                            31     5     2     5     9    30    64    60     0    15 
	                            64    63    64    79    64    95    64   175    64     5 
	                            64    68     0    33    16    33     2    33    36    30 
	                            28    24    46    46    41    63    52    38    57    31 
	                           179    51     1   164    51     1   150    51     1   229 
	                            51     1   212    51     1    85    51     1    54    51 
	                            70    51     2    51   166    49   182    49     2   133 
	                            49   149    49     2   118    49     1   101    49     1 
	                            86    49     1    53    49    69    49     2    39    49 
	                             1   182    49   198    49     2    49    43    41    38 
	                            20    18    12   249     9     1     9    20    15    20 
	                            15    20     8    36    25    38    31     2    64     8 
	                            38     3     8 
	00175: SVTCA[y-axis] 
	00176: MIAP[rd+ci] 
	00177: MIRP[srp0,md,rd,1] 
	00178: MDRP[nrp0,nmd,nrd,0] 
	00179: MIAP[rd+ci] 
	00180: MIRP[srp0,md,rd,1] 
	00181: MDRP[nrp0,nmd,nrd,0] 
	00182: SRP2       
	00183: IP         
	00184: IP         
	00185: MDAP[rd]   
	00186: MDAP[rd]   
	00187: SRP1       
	00188: SHP[rp1,zp0] 
	00189: DELTAP1    
	00190: SHP[rp1,zp0] 
	00191: SHP[rp1,zp0] 
	00192: SRP0       
	00193: MIRP[nrp0,md,rd,1] 
	00194: SHP[rp2,zp1] 
	00195: SHP[rp2,zp1] 
	00196: DELTAP1    
	00197: DELTAP2    
	00198: DELTAP2    
	00199: DELTAP2    
	00200: DELTAP2    
	00201: DELTAP2    
	00202: DELTAP2    
	00203: DELTAP2    
	00204: SHP[rp2,zp1] 
	00205: DELTAP1    
	00206: DELTAP1    
	00207: DELTAP1    
	00208: DELTAP1    
	00209: DELTAP2    
	00210: DELTAP2    
	00211: DELTAP2    
	00212: SRP0       
	00213: MDRP[srp0,nmd,nrd,0] 
	00214: MIRP[srp0,md,rd,1] 
	00215: MDRP[nrp0,nmd,nrd,0] 
	00216: SRP2       
	00217: IP         
	00218: MDAP[rd]   
	00219: SVTCA[x-axis] 
	00220: MDAP[rd]   
	00221: MDRP[nrp0,md,rd,0] 
	00222: MIRP[srp0,md,rd,1] 
	00223: MDRP[nrp0,md,rd,1] 
	00224: DELTAP1    
	00225: SRP0       
	00226: MDRP[srp0,nmd,rd,0] 
	00227: DELTAP1    
	00228: MDRP[srp0,md,rd,1] 
	00229: MDRP[nrp0,nmd,nrd,0] 
	00230: SRP0       
	00231: MIRP[srp0,md,rd,1] 
	00232: MDRP[nrp0,nmd,rd,0] 
	00233: DELTAP1    
	00234: MDRP[nrp0,nmd,nrd,0] 
	00235: MDRP[nrp0,nmd,rd,0] 
	00236: SRP2       
	00237: IP         
	00238: MDAP[rd]   
	00239: DELTAP1    
	00240: MDRP[nrp0,nmd,nrd,0] 
	00241: MIRP[srp0,md,rd,1] 
	00242: MDRP[nrp0,nmd,nrd,0] 
	00243: IUP[y]     
	00244: IUP[x]     
	00245: SVTCA[y-axis] 
	00246: DELTAP2    
	00247: DELTAP2    
	00248: DELTAP1    
	00249: DELTAP1    
	00250: DELTAP1    
	00251: DELTAP2    
	00252: DELTAP2    
	00253: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                               On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                         On
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:        XDual                         On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual                               On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short On
	 37:        XDual                         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:        XDual                         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual                         On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:        XDual                         On
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual                               On
	 59:  YDual XDual                 X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:  YDual                       X-Short On
	 63:  YDual                       X-Short On
	 64:        XDual                         On
	 65:  YDual XDual                 X-Short On
	 66:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1121,    42)  ->  Abs (  1121,    42)
	  1: Rel (     0,   -42)  ->  Abs (  1121,     0)
	  2: Rel (   -70,     0)  ->  Abs (  1051,     0)
	  3: Rel (  -417,     0)  ->  Abs (   634,     0)
	  4: Rel (   -70,     0)  ->  Abs (   564,     0)
	  5: Rel (     0,    42)  ->  Abs (   564,    42)
	  6: Rel (     0,    42)  ->  Abs (   564,    84)
	  7: Rel (    70,     0)  ->  Abs (   634,    84)
	  8: Rel (   240,     0)  ->  Abs (   874,    84)
	  9: Rel (     0,   467)  ->  Abs (   874,   551)
	 10: Rel (   -74,   -54)  ->  Abs (   800,   497)
	 11: Rel (   -82,   -60)  ->  Abs (   718,   437)
	 12: Rel (   -92,   -25)  ->  Abs (   626,   412)
	 13: Rel (     0,  -151)  ->  Abs (   626,   261)
	 14: Rel (     0,   -56)  ->  Abs (   626,   205)
	 15: Rel (   -42,     0)  ->  Abs (   584,   205)
	 16: Rel (   -42,     0)  ->  Abs (   542,   205)
	 17: Rel (     0,    56)  ->  Abs (   542,   261)
	 18: Rel (     0,   136)  ->  Abs (   542,   397)
	 19: Rel (   -29,    -3)  ->  Abs (   513,   394)
	 20: Rel (   -28,     0)  ->  Abs (   485,   394)
	 21: Rel (  -159,     0)  ->  Abs (   326,   394)
	 22: Rel (   -67,    92)  ->  Abs (   259,   486)
	 23: Rel (   -58,    79)  ->  Abs (   201,   565)
	 24: Rel (     0,   167)  ->  Abs (   201,   732)
	 25: Rel (     0,   354)  ->  Abs (   201,  1086)
	 26: Rel (   -90,     0)  ->  Abs (   111,  1086)
	 27: Rel (   -70,     0)  ->  Abs (    41,  1086)
	 28: Rel (     0,    42)  ->  Abs (    41,  1128)
	 29: Rel (     0,    42)  ->  Abs (    41,  1170)
	 30: Rel (    70,     0)  ->  Abs (   111,  1170)
	 31: Rel (   288,     0)  ->  Abs (   399,  1170)
	 32: Rel (    70,     0)  ->  Abs (   469,  1170)
	 33: Rel (     0,   -42)  ->  Abs (   469,  1128)
	 34: Rel (     0,   -42)  ->  Abs (   469,  1086)
	 35: Rel (   -70,     0)  ->  Abs (   399,  1086)
	 36: Rel (  -114,     0)  ->  Abs (   285,  1086)
	 37: Rel (     0,  -344)  ->  Abs (   285,   742)
	 38: Rel (     0,  -132)  ->  Abs (   285,   610)
	 39: Rel (    36,   -57)  ->  Abs (   321,   553)
	 40: Rel (    46,   -74)  ->  Abs (   367,   479)
	 41: Rel (   122,     0)  ->  Abs (   489,   479)
	 42: Rel (    26,     0)  ->  Abs (   515,   479)
	 43: Rel (    27,     4)  ->  Abs (   542,   483)
	 44: Rel (     0,   387)  ->  Abs (   542,   870)
	 45: Rel (     0,    57)  ->  Abs (   542,   927)
	 46: Rel (    42,     0)  ->  Abs (   584,   927)
	 47: Rel (    42,     0)  ->  Abs (   626,   927)
	 48: Rel (     0,   -57)  ->  Abs (   626,   870)
	 49: Rel (     0,  -366)  ->  Abs (   626,   504)
	 50: Rel (   117,    42)  ->  Abs (   743,   546)
	 51: Rel (   131,   111)  ->  Abs (   874,   657)
	 52: Rel (     0,   429)  ->  Abs (   874,  1086)
	 53: Rel (   -98,     0)  ->  Abs (   776,  1086)
	 54: Rel (   -70,     0)  ->  Abs (   706,  1086)
	 55: Rel (     0,    42)  ->  Abs (   706,  1128)
	 56: Rel (     0,    42)  ->  Abs (   706,  1170)
	 57: Rel (    70,     0)  ->  Abs (   776,  1170)
	 58: Rel (   275,     0)  ->  Abs (  1051,  1170)
	 59: Rel (    70,     0)  ->  Abs (  1121,  1170)
	 60: Rel (     0,   -42)  ->  Abs (  1121,  1128)
	 61: Rel (     0,   -42)  ->  Abs (  1121,  1086)
	 62: Rel (   -70,     0)  ->  Abs (  1051,  1086)
	 63: Rel (   -92,     0)  ->  Abs (   959,  1086)
	 64: Rel (     0, -1002)  ->  Abs (   959,    84)
	 65: Rel (    92,     0)  ->  Abs (  1051,    84)
	 66: Rel (    70,     0)  ->  Abs (  1121,    84)

	Glyph 1311: off = 0x0003B978, len = 308
	  numberOfContours:	1
	  xMin:			70
	  yMin:			0
	  xMax:			1119
	  yMax:			866

	EndPoints
	---------
	  0:  63

	  Length of Instructions:	147
	00000: NPUSHB      (88):   215    36   231    36     2    57     0    61    32     8 
	                            46    11    32    40     0    16    16    16   128    16 
	                             3    16    16    33    15    52     1    52    48    15 
	                             5    31     5     2     5    15     8     1     8    65 
	                             0    30    16    30     2    30    33    32    25    21 
	                            60    49    32    54    28    43    43    22    48    46 
	                            40    38    32    19    17    11     9    19     0    19 
	                            16    19     2    14    19    14    19     8    33    22 
	                            32    28     6    61     8    32     3    10 
	00090: SVTCA[y-axis] 
	00091: MIAP[rd+ci] 
	00092: MIRP[srp0,md,rd,1] 
	00093: MDRP[nrp0,nmd,nrd,0] 
	00094: MIAP[rd+ci] 
	00095: MIRP[srp0,md,rd,1] 
	00096: MDRP[nrp0,nmd,nrd,0] 
	00097: SRP2       
	00098: IP         
	00099: IP         
	00100: MDAP[rd]   
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: SRP1       
	00104: SHP[rp1,zp0] 
	00105: SHP[rp1,zp0] 
	00106: SHP[rp1,zp0] 
	00107: SRP0       
	00108: MIRP[nrp0,md,rd,1] 
	00109: SHP[rp2,zp1] 
	00110: SHP[rp2,zp1] 
	00111: SHP[rp2,zp1] 
	00112: SRP1       
	00113: IP         
	00114: MDAP[rd]   
	00115: SRP0       
	00116: MDRP[srp0,nmd,nrd,0] 
	00117: MIRP[srp0,md,rd,1] 
	00118: MDRP[nrp0,nmd,nrd,0] 
	00119: SVTCA[x-axis] 
	00120: MDAP[rd]   
	00121: MDRP[nrp0,md,rd,0] 
	00122: MIRP[srp0,md,rd,1] 
	00123: MDRP[nrp0,md,rd,1] 
	00124: DELTAP1    
	00125: SRP0       
	00126: MDRP[srp0,nmd,rd,0] 
	00127: DELTAP1    
	00128: MDRP[nrp0,md,rd,1] 
	00129: DELTAP1    
	00130: MDRP[nrp0,nmd,nrd,0] 
	00131: MDRP[nrp0,nmd,rd,0] 
	00132: DELTAP1    
	00133: SRP2       
	00134: IP         
	00135: MDAP[rd]   
	00136: DELTAP1    
	00137: MDRP[nrp0,nmd,nrd,0] 
	00138: MIRP[srp0,md,rd,1] 
	00139: MDRP[nrp0,nmd,nrd,0] 
	00140: SRP0       
	00141: MIRP[srp0,md,rd,1] 
	00142: MDRP[srp0,md,rd,1] 
	00143: MDRP[nrp0,nmd,nrd,0] 
	00144: IUP[y]     
	00145: IUP[x]     
	00146: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                               On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                         On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                               Off
	 21:        XDual                         On
	 22:  YDual XDual         Y-Short         On
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual                               On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short On
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:  YDual XDual         Y-Short X-Short On
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:        XDual                         On
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual         Y-Short         Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual                               On
	 56:  YDual XDual                 X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:  YDual                       X-Short On
	 60:  YDual                       X-Short On
	 61:        XDual                         On
	 62:  YDual XDual                 X-Short On
	 63:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1119,    42)  ->  Abs (  1119,    42)
	  1: Rel (     0,   -42)  ->  Abs (  1119,     0)
	  2: Rel (   -70,     0)  ->  Abs (  1049,     0)
	  3: Rel (  -399,     0)  ->  Abs (   650,     0)
	  4: Rel (   -71,     0)  ->  Abs (   579,     0)
	  5: Rel (     0,    42)  ->  Abs (   579,    42)
	  6: Rel (     0,    42)  ->  Abs (   579,    84)
	  7: Rel (    71,     0)  ->  Abs (   650,    84)
	  8: Rel (   227,     0)  ->  Abs (   877,    84)
	  9: Rel (     0,   314)  ->  Abs (   877,   398)
	 10: Rel (  -106,   -74)  ->  Abs (   771,   324)
	 11: Rel (  -125,   -27)  ->  Abs (   646,   297)
	 12: Rel (     0,   -86)  ->  Abs (   646,   211)
	 13: Rel (     0,   -56)  ->  Abs (   646,   155)
	 14: Rel (   -42,     0)  ->  Abs (   604,   155)
	 15: Rel (   -42,     0)  ->  Abs (   562,   155)
	 16: Rel (     0,    56)  ->  Abs (   562,   211)
	 17: Rel (     0,    73)  ->  Abs (   562,   284)
	 18: Rel (   -24,    -2)  ->  Abs (   538,   282)
	 19: Rel (   -34,     0)  ->  Abs (   504,   282)
	 20: Rel (  -279,     0)  ->  Abs (   225,   282)
	 21: Rel (     0,   263)  ->  Abs (   225,   545)
	 22: Rel (     0,   236)  ->  Abs (   225,   781)
	 23: Rel (   -85,     0)  ->  Abs (   140,   781)
	 24: Rel (   -70,     0)  ->  Abs (    70,   781)
	 25: Rel (     0,    42)  ->  Abs (    70,   823)
	 26: Rel (     0,    43)  ->  Abs (    70,   866)
	 27: Rel (    70,     0)  ->  Abs (   140,   866)
	 28: Rel (   276,     0)  ->  Abs (   416,   866)
	 29: Rel (    71,     0)  ->  Abs (   487,   866)
	 30: Rel (     0,   -43)  ->  Abs (   487,   823)
	 31: Rel (     0,   -42)  ->  Abs (   487,   781)
	 32: Rel (   -71,     0)  ->  Abs (   416,   781)
	 33: Rel (  -107,     0)  ->  Abs (   309,   781)
	 34: Rel (     0,  -236)  ->  Abs (   309,   545)
	 35: Rel (     0,  -102)  ->  Abs (   309,   443)
	 36: Rel (    47,   -40)  ->  Abs (   356,   403)
	 37: Rel (    44,   -38)  ->  Abs (   400,   365)
	 38: Rel (   104,     0)  ->  Abs (   504,   365)
	 39: Rel (    25,     0)  ->  Abs (   529,   365)
	 40: Rel (    33,     4)  ->  Abs (   562,   369)
	 41: Rel (     0,   211)  ->  Abs (   562,   580)
	 42: Rel (     0,    57)  ->  Abs (   562,   637)
	 43: Rel (    42,     0)  ->  Abs (   604,   637)
	 44: Rel (    42,     0)  ->  Abs (   646,   637)
	 45: Rel (     0,   -57)  ->  Abs (   646,   580)
	 46: Rel (     0,  -195)  ->  Abs (   646,   385)
	 47: Rel (   109,    31)  ->  Abs (   755,   416)
	 48: Rel (   122,    78)  ->  Abs (   877,   494)
	 49: Rel (     0,   287)  ->  Abs (   877,   781)
	 50: Rel (   -89,     0)  ->  Abs (   788,   781)
	 51: Rel (   -71,     0)  ->  Abs (   717,   781)
	 52: Rel (     0,    42)  ->  Abs (   717,   823)
	 53: Rel (     0,    43)  ->  Abs (   717,   866)
	 54: Rel (    71,     0)  ->  Abs (   788,   866)
	 55: Rel (   261,     0)  ->  Abs (  1049,   866)
	 56: Rel (    70,     0)  ->  Abs (  1119,   866)
	 57: Rel (     0,   -43)  ->  Abs (  1119,   823)
	 58: Rel (     0,   -42)  ->  Abs (  1119,   781)
	 59: Rel (   -70,     0)  ->  Abs (  1049,   781)
	 60: Rel (   -87,     0)  ->  Abs (   962,   781)
	 61: Rel (     0,  -697)  ->  Abs (   962,    84)
	 62: Rel (    87,     0)  ->  Abs (  1049,    84)
	 63: Rel (    70,     0)  ->  Abs (  1119,    84)

	Glyph 1312: off = 0x0003BAAC, len = 222
	  numberOfContours:	1
	  xMin:			107
	  yMin:			0
	  xMax:			1187
	  yMax:			1170

	EndPoints
	---------
	  0:  50

	  Length of Instructions:	88
	00000: NPUSHB      (49):     0    47    30    15     5     1     5   175     8     1 
	                             8    52    31    24    27    40    36    19    16    30 
	                            48    27     1    27    15    13    38    22    40     1 
	                            40    43    43    16    28    39    38    34     2    27 
	                            16    38    21    48     8    38     3    21     8 
	00051: SVTCA[y-axis] 
	00052: MIAP[rd+ci] 
	00053: MDRP[srp0,nmd,nrd,0] 
	00054: MIRP[srp0,md,rd,1] 
	00055: MDRP[nrp0,nmd,nrd,0] 
	00056: SRP0       
	00057: MIRP[srp0,md,rd,1] 
	00058: MDRP[nrp0,nmd,nrd,0] 
	00059: MIAP[rd+ci] 
	00060: MIRP[srp0,md,rd,1] 
	00061: MDRP[nrp0,nmd,nrd,0] 
	00062: SRP2       
	00063: IP         
	00064: MDAP[rd]   
	00065: SHP[rp1,zp0] 
	00066: DELTAP1    
	00067: MIRP[nrp0,md,rd,1] 
	00068: SHP[rp2,zp1] 
	00069: SVTCA[x-axis] 
	00070: MDAP[rd]   
	00071: DELTAP1    
	00072: MIRP[srp0,md,rd,1] 
	00073: MDRP[nrp0,md,rd,1] 
	00074: MDRP[nrp0,nmd,rd,0] 
	00075: MDRP[nrp0,nmd,nrd,0] 
	00076: SRP0       
	00077: MDRP[srp0,md,rd,1] 
	00078: MDRP[nrp0,nmd,nrd,0] 
	00079: SRP0       
	00080: MDRP[srp0,nmd,rd,0] 
	00081: DELTAP1    
	00082: MDRP[nrp0,md,rd,1] 
	00083: DELTAP1    
	00084: MIRP[srp0,md,rd,1] 
	00085: MDRP[nrp0,md,rd,0] 
	00086: IUP[y]     
	00087: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                               On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:        XDual                         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short On
	 46:        XDual         Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual                         On
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1187,    42)  ->  Abs (  1187,    42)
	  1: Rel (     0,   -42)  ->  Abs (  1187,     0)
	  2: Rel (   -70,     0)  ->  Abs (  1117,     0)
	  3: Rel (  -288,     0)  ->  Abs (   829,     0)
	  4: Rel (   -70,     0)  ->  Abs (   759,     0)
	  5: Rel (     0,    42)  ->  Abs (   759,    42)
	  6: Rel (     0,    42)  ->  Abs (   759,    84)
	  7: Rel (    70,     0)  ->  Abs (   829,    84)
	  8: Rel (   114,     0)  ->  Abs (   943,    84)
	  9: Rel (     0,   344)  ->  Abs (   943,   428)
	 10: Rel (     0,   134)  ->  Abs (   943,   562)
	 11: Rel (   -35,    56)  ->  Abs (   908,   618)
	 12: Rel (   -45,    73)  ->  Abs (   863,   691)
	 13: Rel (  -124,     0)  ->  Abs (   739,   691)
	 14: Rel (  -175,     0)  ->  Abs (   564,   691)
	 15: Rel (  -210,  -178)  ->  Abs (   354,   513)
	 16: Rel (     0,  -429)  ->  Abs (   354,    84)
	 17: Rel (    98,     0)  ->  Abs (   452,    84)
	 18: Rel (    70,     0)  ->  Abs (   522,    84)
	 19: Rel (     0,   -42)  ->  Abs (   522,    42)
	 20: Rel (     0,   -42)  ->  Abs (   522,     0)
	 21: Rel (   -70,     0)  ->  Abs (   452,     0)
	 22: Rel (  -275,     0)  ->  Abs (   177,     0)
	 23: Rel (   -70,     0)  ->  Abs (   107,     0)
	 24: Rel (     0,    42)  ->  Abs (   107,    42)
	 25: Rel (     0,    42)  ->  Abs (   107,    84)
	 26: Rel (    70,     0)  ->  Abs (   177,    84)
	 27: Rel (    92,     0)  ->  Abs (   269,    84)
	 28: Rel (     0,  1002)  ->  Abs (   269,  1086)
	 29: Rel (   -92,     0)  ->  Abs (   177,  1086)
	 30: Rel (   -70,     0)  ->  Abs (   107,  1086)
	 31: Rel (     0,    42)  ->  Abs (   107,  1128)
	 32: Rel (     0,    42)  ->  Abs (   107,  1170)
	 33: Rel (    70,     0)  ->  Abs (   177,  1170)
	 34: Rel (   417,     0)  ->  Abs (   594,  1170)
	 35: Rel (    70,     0)  ->  Abs (   664,  1170)
	 36: Rel (     0,   -42)  ->  Abs (   664,  1128)
	 37: Rel (     0,   -42)  ->  Abs (   664,  1086)
	 38: Rel (   -70,     0)  ->  Abs (   594,  1086)
	 39: Rel (  -240,     0)  ->  Abs (   354,  1086)
	 40: Rel (     0,  -467)  ->  Abs (   354,   619)
	 41: Rel (    74,    54)  ->  Abs (   428,   673)
	 42: Rel (   141,   103)  ->  Abs (   569,   776)
	 43: Rel (   174,     0)  ->  Abs (   743,   776)
	 44: Rel (   159,     0)  ->  Abs (   902,   776)
	 45: Rel (    67,   -92)  ->  Abs (   969,   684)
	 46: Rel (    58,   -79)  ->  Abs (  1027,   605)
	 47: Rel (     0,  -167)  ->  Abs (  1027,   438)
	 48: Rel (     0,  -354)  ->  Abs (  1027,    84)
	 49: Rel (    90,     0)  ->  Abs (  1117,    84)
	 50: Rel (    70,     0)  ->  Abs (  1187,    84)

	Glyph 1313: off = 0x0003BB8A, len = 218
	  numberOfContours:	1
	  xMin:			108
	  yMin:			0
	  xMax:			1157
	  yMax:			866

	EndPoints
	---------
	  0:  49

	  Length of Instructions:	90
	00000: NPUSHB      (53):     0    46    32    15     5    31     5     2     5     8 
	                            51    31    24    27    40     0    36    16    36     2 
	                            36    19    16    32    48    27     1    27    13    33 
	                            15    42    31    42     2    42    42    16    28    39 
	                            33    34     6    27    16    33    21    47     8    33 
	                             3    21    10 
	00055: SVTCA[y-axis] 
	00056: MIAP[rd+ci] 
	00057: MDRP[srp0,nmd,nrd,0] 
	00058: MIRP[srp0,md,rd,1] 
	00059: MDRP[nrp0,nmd,nrd,0] 
	00060: SRP0       
	00061: MIRP[srp0,md,rd,1] 
	00062: MDRP[nrp0,nmd,nrd,0] 
	00063: MIAP[rd+ci] 
	00064: MIRP[srp0,md,rd,1] 
	00065: MDRP[nrp0,nmd,nrd,0] 
	00066: SRP2       
	00067: IP         
	00068: MDAP[rd]   
	00069: DELTAP1    
	00070: MIRP[nrp0,md,rd,1] 
	00071: SVTCA[x-axis] 
	00072: MDAP[rd]   
	00073: DELTAP1    
	00074: MIRP[srp0,md,rd,1] 
	00075: MDRP[nrp0,md,rd,1] 
	00076: MDRP[nrp0,nmd,rd,0] 
	00077: DELTAP1    
	00078: MDRP[nrp0,nmd,nrd,0] 
	00079: SRP0       
	00080: MDRP[srp0,md,rd,1] 
	00081: MDRP[nrp0,nmd,nrd,0] 
	00082: SRP0       
	00083: MDRP[srp0,nmd,rd,0] 
	00084: MDRP[nrp0,md,rd,1] 
	00085: DELTAP1    
	00086: MIRP[srp0,md,rd,1] 
	00087: MDRP[nrp0,md,rd,0] 
	00088: IUP[y]     
	00089: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:  YDual                       X-Short On
	  3:  YDual                               On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:        XDual                         On
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual                               On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short On
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         On
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1157,    43)  ->  Abs (  1157,    43)
	  1: Rel (     0,   -43)  ->  Abs (  1157,     0)
	  2: Rel (   -70,     0)  ->  Abs (  1087,     0)
	  3: Rel (  -276,     0)  ->  Abs (   811,     0)
	  4: Rel (   -71,     0)  ->  Abs (   740,     0)
	  5: Rel (     0,    43)  ->  Abs (   740,    43)
	  6: Rel (     0,    42)  ->  Abs (   740,    85)
	  7: Rel (    71,     0)  ->  Abs (   811,    85)
	  8: Rel (   107,     0)  ->  Abs (   918,    85)
	  9: Rel (     0,   236)  ->  Abs (   918,   321)
	 10: Rel (     0,   103)  ->  Abs (   918,   424)
	 11: Rel (   -47,    40)  ->  Abs (   871,   464)
	 12: Rel (   -43,    37)  ->  Abs (   828,   501)
	 13: Rel (  -105,     0)  ->  Abs (   723,   501)
	 14: Rel (  -173,     0)  ->  Abs (   550,   501)
	 15: Rel (  -200,  -129)  ->  Abs (   350,   372)
	 16: Rel (     0,  -287)  ->  Abs (   350,    85)
	 17: Rel (    89,     0)  ->  Abs (   439,    85)
	 18: Rel (    71,     0)  ->  Abs (   510,    85)
	 19: Rel (     0,   -42)  ->  Abs (   510,    43)
	 20: Rel (     0,   -43)  ->  Abs (   510,     0)
	 21: Rel (   -71,     0)  ->  Abs (   439,     0)
	 22: Rel (  -261,     0)  ->  Abs (   178,     0)
	 23: Rel (   -70,     0)  ->  Abs (   108,     0)
	 24: Rel (     0,    43)  ->  Abs (   108,    43)
	 25: Rel (     0,    42)  ->  Abs (   108,    85)
	 26: Rel (    70,     0)  ->  Abs (   178,    85)
	 27: Rel (    87,     0)  ->  Abs (   265,    85)
	 28: Rel (     0,   697)  ->  Abs (   265,   782)
	 29: Rel (   -87,     0)  ->  Abs (   178,   782)
	 30: Rel (   -70,     0)  ->  Abs (   108,   782)
	 31: Rel (     0,    42)  ->  Abs (   108,   824)
	 32: Rel (     0,    42)  ->  Abs (   108,   866)
	 33: Rel (    70,     0)  ->  Abs (   178,   866)
	 34: Rel (   399,     0)  ->  Abs (   577,   866)
	 35: Rel (    71,     0)  ->  Abs (   648,   866)
	 36: Rel (     0,   -42)  ->  Abs (   648,   824)
	 37: Rel (     0,   -42)  ->  Abs (   648,   782)
	 38: Rel (   -71,     0)  ->  Abs (   577,   782)
	 39: Rel (  -227,     0)  ->  Abs (   350,   782)
	 40: Rel (     0,  -314)  ->  Abs (   350,   468)
	 41: Rel (   166,   116)  ->  Abs (   516,   584)
	 42: Rel (   207,     0)  ->  Abs (   723,   584)
	 43: Rel (   143,     0)  ->  Abs (   866,   584)
	 44: Rel (    66,   -59)  ->  Abs (   932,   525)
	 45: Rel (    70,   -63)  ->  Abs (  1002,   462)
	 46: Rel (     0,  -141)  ->  Abs (  1002,   321)
	 47: Rel (     0,  -236)  ->  Abs (  1002,    85)
	 48: Rel (    85,     0)  ->  Abs (  1087,    85)
	 49: Rel (    70,     0)  ->  Abs (  1157,    85)

	Glyph 1314: off = 0x0003BC64, len = 276
	  numberOfContours:	2
	  xMin:			66
	  yMin:			-33
	  xMax:			1136
	  yMax:			1197

	EndPoints
	---------
	  0:  35
	  1:  44

	  Length of Instructions:	142
	00000: NPUSHB      (98):   230    40     1   199    40   215    40     2   161    33 
	                             1    69    33    85    33     2   232    30     1   198 
	                            17   214    17     2   233    13     1   217    11   233 
	                            11     2   134     1   150     1     2     8    37    37 
	                           207     0   239     0     2    79     0    95     0   111 
	                             0   143     0     4    16     0     1     0    46    29 
	                            37    19    37     0    23    16    23     2    23    38 
	                            37   207     6   239     6     2     6    45    38    37 
	                            29    21    26     7    21     7    21    42    15    37 
	                            31     3    26     2    42    37     3     9 
	00100: SVTCA[y-axis] 
	00101: MIAP[rd+ci] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: MIAP[rd+ci] 
	00104: MIAP[rd+ci] 
	00105: MIRP[nrp0,md,rd,1] 
	00106: SRP1       
	00107: IP         
	00108: IP         
	00109: MDAP[rd]   
	00110: MDAP[rd]   
	00111: SRP1       
	00112: SRP2       
	00113: IP         
	00114: MIRP[nrp0,md,rd,1] 
	00115: SVTCA[x-axis] 
	00116: SRP0       
	00117: MDRP[srp0,md,rd,2] 
	00118: DELTAP2    
	00119: MIRP[nrp0,md,rd,1] 
	00120: MDRP[srp0,nmd,rd,0] 
	00121: DELTAP1    
	00122: MIRP[nrp0,md,rd,1] 
	00123: MIRP[nrp0,md,rd,1] 
	00124: SRP0       
	00125: MDRP[srp0,nmd,rd,2] 
	00126: DELTAP1    
	00127: DELTAP1    
	00128: DELTAP2    
	00129: MIRP[srp0,md,rd,1] 
	00130: MDRP[nrp0,nmd,nrd,0] 
	00131: IUP[y]     
	00132: IUP[x]     
	00133: DELTAP1    
	00134: DELTAP1    
	00135: DELTAP1    
	00136: DELTAP1    
	00137: DELTAP1    
	00138: DELTAP1    
	00139: DELTAP1    
	00140: DELTAP1    
	00141: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                                      Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:                      Y-Short X-Short On
	 37:  YDual XDual         Y-Short         On
	 38:  YDual                               On
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual                 X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:                                      Off

	Coordinates
	-----------
	  0: Rel (  1136,   504)  ->  Abs (  1136,   504)
	  1: Rel (     0,  -208)  ->  Abs (  1136,   296)
	  2: Rel (  -328,  -329)  ->  Abs (   808,   -33)
	  3: Rel (  -208,     0)  ->  Abs (   600,   -33)
	  4: Rel (  -207,     0)  ->  Abs (   393,   -33)
	  5: Rel (  -327,   329)  ->  Abs (    66,   296)
	  6: Rel (     0,   208)  ->  Abs (    66,   504)
	  7: Rel (     0,   145)  ->  Abs (    66,   649)
	  8: Rel (   986,     0)  ->  Abs (  1052,   649)
	  9: Rel (     0,    26)  ->  Abs (  1052,   675)
	 10: Rel (     0,   110)  ->  Abs (  1052,   785)
	 11: Rel (   -68,   118)  ->  Abs (   984,   903)
	 12: Rel (   -71,   123)  ->  Abs (   913,  1026)
	 13: Rel (   -96,    45)  ->  Abs (   817,  1071)
	 14: Rel (   -91,    42)  ->  Abs (   726,  1113)
	 15: Rel (   -90,     0)  ->  Abs (   636,  1113)
	 16: Rel (  -116,     0)  ->  Abs (   520,  1113)
	 17: Rel (  -108,   -61)  ->  Abs (   412,  1052)
	 18: Rel (  -126,   -70)  ->  Abs (   286,   982)
	 19: Rel (    -7,  -107)  ->  Abs (   279,   875)
	 20: Rel (    -3,   -51)  ->  Abs (   276,   824)
	 21: Rel (   -39,     0)  ->  Abs (   237,   824)
	 22: Rel (   -42,     0)  ->  Abs (   195,   824)
	 23: Rel (     0,    57)  ->  Abs (   195,   881)
	 24: Rel (     0,   233)  ->  Abs (   195,  1114)
	 25: Rel (     0,    56)  ->  Abs (   195,  1170)
	 26: Rel (    42,     0)  ->  Abs (   237,  1170)
	 27: Rel (    42,     0)  ->  Abs (   279,  1170)
	 28: Rel (     0,   -56)  ->  Abs (   279,  1114)
	 29: Rel (     0,   -59)  ->  Abs (   279,  1055)
	 30: Rel (   150,   142)  ->  Abs (   429,  1197)
	 31: Rel (   208,     0)  ->  Abs (   637,  1197)
	 32: Rel (   211,     0)  ->  Abs (   848,  1197)
	 33: Rel (   146,  -156)  ->  Abs (   994,  1041)
	 34: Rel (   142,  -153)  ->  Abs (  1136,   888)
	 35: Rel (     0,  -213)  ->  Abs (  1136,   675)
	 36: Rel (   -84,  -159)  ->  Abs (  1052,   516)
	 37: Rel (     0,    49)  ->  Abs (  1052,   565)
	 38: Rel (  -902,     0)  ->  Abs (   150,   565)
	 39: Rel (     0,   -49)  ->  Abs (   150,   516)
	 40: Rel (     0,  -167)  ->  Abs (   150,   349)
	 41: Rel (   254,  -298)  ->  Abs (   404,    51)
	 42: Rel (   196,     0)  ->  Abs (   600,    51)
	 43: Rel (   185,     0)  ->  Abs (   785,    51)
	 44: Rel (   267,   279)  ->  Abs (  1052,   330)

	Glyph 1315: off = 0x0003BD78, len = 222
	  numberOfContours:	2
	  xMin:			128
	  yMin:			-33
	  xMax:			1071
	  yMax:			896

	EndPoints
	---------
	  0:  25
	  1:  33

	  Length of Instructions:	109
	00000: NPUSHB      (74):   171    32   187    32     2   182    29     1   164    29 
	                             1   162    24     1   155    10     1   138    10     1 
	                            77    10    93    10   109    10     3    59    10     1 
	                            26     8    33   207     0     1    15     0   191     0 
	                           223     0     3     0    35    27    33    17   207     7 
	                             1   111     7   191     7   223     7     3     7    27 
	                            33     7    15     7    15    31    11    33    23     7 
	                            31    33     4    11 
	00076: SVTCA[y-axis] 
	00077: MIAP[rd+ci] 
	00078: MIRP[nrp0,md,rd,1] 
	00079: MIAP[rd+ci] 
	00080: MIRP[nrp0,md,rd,1] 
	00081: SRP1       
	00082: IP         
	00083: IP         
	00084: MDAP[rd]   
	00085: MDAP[rd]   
	00086: MIRP[nrp0,md,rd,1] 
	00087: SVTCA[x-axis] 
	00088: MDAP[rd]   
	00089: DELTAP1    
	00090: DELTAP2    
	00091: MDRP[nrp0,nmd,rd,0] 
	00092: MIRP[nrp0,md,rd,1] 
	00093: SRP0       
	00094: MDRP[srp0,nmd,rd,2] 
	00095: DELTAP1    
	00096: DELTAP2    
	00097: MIRP[nrp0,md,rd,1] 
	00098: SHP[rp2,zp1] 
	00099: IUP[y]     
	00100: IUP[x]     
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP1    
	00104: DELTAP1    
	00105: DELTAP1    
	00106: DELTAP1    
	00107: DELTAP1    
	00108: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                                      Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual                               On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:                                      Off
	 26:                              X-Short On
	 27:  YDual                               On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1071,   412)  ->  Abs (  1071,   412)
	  1: Rel (     0,  -192)  ->  Abs (  1071,   220)
	  2: Rel (  -141,  -128)  ->  Abs (   930,    92)
	  3: Rel (  -136,  -125)  ->  Abs (   794,   -33)
	  4: Rel (  -194,     0)  ->  Abs (   600,   -33)
	  5: Rel (  -210,     0)  ->  Abs (   390,   -33)
	  6: Rel (  -262,   272)  ->  Abs (   128,   239)
	  7: Rel (     2,   211)  ->  Abs (   130,   450)
	  8: Rel (   856,     0)  ->  Abs (   986,   450)
	  9: Rel (   -22,   167)  ->  Abs (   964,   617)
	 10: Rel (  -229,   195)  ->  Abs (   735,   812)
	 11: Rel (  -169,     0)  ->  Abs (   566,   812)
	 12: Rel (  -221,     0)  ->  Abs (   345,   812)
	 13: Rel (  -144,  -113)  ->  Abs (   201,   699)
	 14: Rel (   -19,   -15)  ->  Abs (   182,   684)
	 15: Rel (   -14,     0)  ->  Abs (   168,   684)
	 16: Rel (   -40,     0)  ->  Abs (   128,   684)
	 17: Rel (     0,    42)  ->  Abs (   128,   726)
	 18: Rel (     0,    17)  ->  Abs (   128,   743)
	 19: Rel (    16,    16)  ->  Abs (   144,   759)
	 20: Rel (    62,    63)  ->  Abs (   206,   822)
	 21: Rel (   136,    40)  ->  Abs (   342,   862)
	 22: Rel (   119,    34)  ->  Abs (   461,   896)
	 23: Rel (   105,     0)  ->  Abs (   566,   896)
	 24: Rel (   211,     0)  ->  Abs (   777,   896)
	 25: Rel (   294,  -274)  ->  Abs (  1071,   622)
	 26: Rel (   -86,  -257)  ->  Abs (   985,   365)
	 27: Rel (  -770,     0)  ->  Abs (   215,   365)
	 28: Rel (    25,  -141)  ->  Abs (   240,   224)
	 29: Rel (   109,   -87)  ->  Abs (   349,   137)
	 30: Rel (   106,   -85)  ->  Abs (   455,    52)
	 31: Rel (   145,     0)  ->  Abs (   600,    52)
	 32: Rel (   146,     0)  ->  Abs (   746,    52)
	 33: Rel (   213,   170)  ->  Abs (   959,   222)

	Glyph 1316: off = 0x0003BE56, len = 302
	  numberOfContours:	3
	  xMin:			104
	  yMin:			-33
	  xMax:			1128
	  yMax:			1197

	EndPoints
	---------
	  0:  19
	  1:  28
	  2:  37

	  Length of Instructions:	177
	00000: NPUSHB     (126):   201    36     1   184    36     1    58    36     1    40 
	                            36     1   197    32     1   183    32     1    52    32 
	                             1    39    32     1   119    26     1    38    26    54 
	                            26     2   120    22     1    57    22     1    40    22 
	                             1   147    17     1   132    17     1    57    17     1 
	                           155    12     1   138    12     1    54    12     1   154 
	                             8     1   139     8     1    54     8     1   147     3 
	                             1   130     3     1    57     3     1    28    30    30 
	                           111    10   143    10     2    10    38    29    20    30 
	                           111     0   143     0     2   207     0   239     0     2 
	                            79     0   111     0   143     0     3    16     0    48 
	                             0     2     0    20    37    30    30    34    24    37 
	                            14     3    34    37     6     9 
	00128: SVTCA[y-axis] 
	00129: MIAP[rd+ci] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: MIAP[rd+ci] 
	00132: MIRP[nrp0,md,rd,1] 
	00133: SRP1       
	00134: IP         
	00135: MDAP[rd]   
	00136: MIRP[nrp0,md,rd,1] 
	00137: SVTCA[x-axis] 
	00138: MDAP[rd]   
	00139: DELTAP1    
	00140: DELTAP1    
	00141: DELTAP2    
	00142: DELTAP3    
	00143: MIRP[nrp0,md,rd,1] 
	00144: SHP[rp2,zp1] 
	00145: SRP0       
	00146: MDRP[srp0,md,rd,2] 
	00147: DELTAP3    
	00148: MIRP[nrp0,md,rd,1] 
	00149: SHP[rp2,zp1] 
	00150: IUP[y]     
	00151: IUP[x]     
	00152: DELTAP1    
	00153: DELTAP1    
	00154: DELTAP1    
	00155: DELTAP1    
	00156: DELTAP1    
	00157: DELTAP1    
	00158: DELTAP1    
	00159: DELTAP1    
	00160: DELTAP1    
	00161: DELTAP1    
	00162: DELTAP1    
	00163: DELTAP1    
	00164: DELTAP1    
	00165: DELTAP1    
	00166: DELTAP1    
	00167: DELTAP1    
	00168: DELTAP1    
	00169: DELTAP1    
	00170: DELTAP1    
	00171: DELTAP1    
	00172: DELTAP1    
	00173: DELTAP1    
	00174: DELTAP1    
	00175: DELTAP1    
	00176: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:                      Y-Short X-Short On
	 29:                      Y-Short         On
	 30:  YDual                               On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1128,   582)  ->  Abs (  1128,   582)
	  1: Rel (     0,  -160)  ->  Abs (  1128,   422)
	  2: Rel (   -63,  -140)  ->  Abs (  1065,   282)
	  3: Rel (   -68,  -152)  ->  Abs (   997,   130)
	  4: Rel (  -124,   -83)  ->  Abs (   873,    47)
	  5: Rel (  -119,   -80)  ->  Abs (   754,   -33)
	  6: Rel (  -138,     0)  ->  Abs (   616,   -33)
	  7: Rel (  -230,     0)  ->  Abs (   386,   -33)
	  8: Rel (  -148,   198)  ->  Abs (   238,   165)
	  9: Rel (  -134,   179)  ->  Abs (   104,   344)
	 10: Rel (     0,   238)  ->  Abs (   104,   582)
	 11: Rel (     0,   238)  ->  Abs (   104,   820)
	 12: Rel (   134,   180)  ->  Abs (   238,  1000)
	 13: Rel (   147,   197)  ->  Abs (   385,  1197)
	 14: Rel (   231,     0)  ->  Abs (   616,  1197)
	 15: Rel (   144,     0)  ->  Abs (   760,  1197)
	 16: Rel (   121,   -86)  ->  Abs (   881,  1111)
	 17: Rel (   114,   -81)  ->  Abs (   995,  1030)
	 18: Rel (    65,  -136)  ->  Abs (  1060,   894)
	 19: Rel (    68,  -142)  ->  Abs (  1128,   752)
	 20: Rel (   -88,  -102)  ->  Abs (  1040,   650)
	 21: Rel (   -17,   164)  ->  Abs (  1023,   814)
	 22: Rel (   -99,   136)  ->  Abs (   924,   950)
	 23: Rel (  -119,   163)  ->  Abs (   805,  1113)
	 24: Rel (  -189,     0)  ->  Abs (   616,  1113)
	 25: Rel (  -177,     0)  ->  Abs (   439,  1113)
	 26: Rel (  -125,  -155)  ->  Abs (   314,   958)
	 27: Rel (  -106,  -132)  ->  Abs (   208,   826)
	 28: Rel (   -17,  -176)  ->  Abs (   191,   650)
	 29: Rel (   852,   -84)  ->  Abs (  1043,   566)
	 30: Rel (  -855,     0)  ->  Abs (   188,   566)
	 31: Rel (     4,  -222)  ->  Abs (   192,   344)
	 32: Rel (   128,  -144)  ->  Abs (   320,   200)
	 33: Rel (   132,  -149)  ->  Abs (   452,    51)
	 34: Rel (   164,     0)  ->  Abs (   616,    51)
	 35: Rel (   190,     0)  ->  Abs (   806,    51)
	 36: Rel (   122,   167)  ->  Abs (   928,   218)
	 37: Rel (   111,   150)  ->  Abs (  1039,   368)

	Glyph 1317: off = 0x0003BF84, len = 258
	  numberOfContours:	3
	  xMin:			145
	  yMin:			-33
	  xMax:			1084
	  yMax:			896

	EndPoints
	---------
	  0:  11
	  1:  19
	  2:  27

	  Length of Instructions:	155
	00000: NPUSHB     (113):   204    26     1    75    26    91    26   107    26   171 
	                            26   187    26     5    57    26     1   164    23   180 
	                            23   196    23     3   135    23   151    23     2   100 
	                            23     1    69    23    85    23     2    55    23     1 
	                           180    17   196    17     2   165    17     1   202    14 
	                             1   171    14   187    14     2    20    12    33   207 
	                             0     1    96     0     1    15     0     1   223     0 
	                             1   112     0   144     0   192     0     3    15     0 
	                             1     0    29    19    21    33   111     6     1   240 
	                             6     1   111     6   191     6   207     6     3     6 
	                            12    33    21    21    25    15    33     9     7    25 
	                            33     3     9 
	00115: SVTCA[y-axis] 
	00116: MIAP[rd+ci] 
	00117: MIRP[nrp0,md,rd,1] 
	00118: MIAP[rd+ci] 
	00119: MIRP[nrp0,md,rd,1] 
	00120: SRP1       
	00121: IP         
	00122: MDAP[rd]   
	00123: MIRP[nrp0,md,rd,1] 
	00124: SVTCA[x-axis] 
	00125: MDAP[rd]   
	00126: DELTAP1    
	00127: DELTAP1    
	00128: DELTAP2    
	00129: MIRP[nrp0,md,rd,1] 
	00130: SHP[rp2,zp1] 
	00131: SRP0       
	00132: MDRP[srp0,nmd,rd,2] 
	00133: DELTAP1    
	00134: DELTAP1    
	00135: DELTAP1    
	00136: DELTAP2    
	00137: DELTAP2    
	00138: DELTAP2    
	00139: MIRP[nrp0,md,rd,1] 
	00140: SHP[rp2,zp1] 
	00141: IUP[y]     
	00142: IUP[x]     
	00143: DELTAP1    
	00144: DELTAP1    
	00145: DELTAP1    
	00146: DELTAP1    
	00147: DELTAP1    
	00148: DELTAP1    
	00149: DELTAP1    
	00150: DELTAP1    
	00151: DELTAP1    
	00152: DELTAP1    
	00153: DELTAP1    
	00154: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                                      Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:                                      Off
	 12:                      Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short         On
	 21:  YDual                               On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1084,   431)  ->  Abs (  1084,   431)
	  1: Rel (     0,  -195)  ->  Abs (  1084,   236)
	  2: Rel (  -274,  -269)  ->  Abs (   810,   -33)
	  3: Rel (  -195,     0)  ->  Abs (   615,   -33)
	  4: Rel (  -195,     0)  ->  Abs (   420,   -33)
	  5: Rel (  -275,   270)  ->  Abs (   145,   237)
	  6: Rel (     0,   194)  ->  Abs (   145,   431)
	  7: Rel (     0,   196)  ->  Abs (   145,   627)
	  8: Rel (   274,   269)  ->  Abs (   419,   896)
	  9: Rel (   196,     0)  ->  Abs (   615,   896)
	 10: Rel (   195,     0)  ->  Abs (   810,   896)
	 11: Rel (   274,  -270)  ->  Abs (  1084,   626)
	 12: Rel (   -87,  -158)  ->  Abs (   997,   468)
	 13: Rel (   -13,   148)  ->  Abs (   984,   616)
	 14: Rel (  -221,   195)  ->  Abs (   763,   811)
	 15: Rel (  -149,     0)  ->  Abs (   614,   811)
	 16: Rel (  -160,     0)  ->  Abs (   454,   811)
	 17: Rel (  -112,  -111)  ->  Abs (   342,   700)
	 18: Rel (   -99,   -98)  ->  Abs (   243,   602)
	 19: Rel (   -12,  -134)  ->  Abs (   231,   468)
	 20: Rel (   765,   -84)  ->  Abs (   996,   384)
	 21: Rel (  -764,     0)  ->  Abs (   232,   384)
	 22: Rel (    15,  -126)  ->  Abs (   247,   258)
	 23: Rel (    95,   -95)  ->  Abs (   342,   163)
	 24: Rel (   113,  -112)  ->  Abs (   455,    51)
	 25: Rel (   159,     0)  ->  Abs (   614,    51)
	 26: Rel (   145,     0)  ->  Abs (   759,    51)
	 27: Rel (   221,   190)  ->  Abs (   980,   241)

lisaac_0.39_rc1/lib/unstable/freetype/tt_cmap_subtable.li0000644000175000017500000000252511314031254023476 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_SUBTABLE;
  - comment     :="Encoding Table for CMAP";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  - create file:STD_FILE :SELF <-
  ( + result:SELF;
    ? { file != NULL};
    
    result := clone;
    result.make file;
    result
  );
  
  - make file:STD_FILE <- deferred;
  
  - print <- deferred;
lisaac_0.39_rc1/lib/unstable/freetype/tt_cmap_subtable2.li0000644000175000017500000000303111314031254023551 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_SUBTABLE2;
  - comment     :="Format 2: High-Byte mapping through table";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent_tt_cmap_subtable:TT_CMAP_SUBTABLE := TT_CMAP_SUBTABLE;

Section Public
  
  + header:TT_CMAP_SUBTABLE_HEADER;
  
  // JBJB A VOIR CAR POUR CARACTERES KOREENS, CHINOIS ET JAPONAIS...
  
  - make file:STD_FILE <-
  (
    header := TT_CMAP_SUBTABLE_HEADER.clone;
    file.read header;
    header.to_big_endian;
  );
  
  - print <-
  ( 
    "\n     Format 2: high-byte mapping through table\n".print;
    header.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_flag_glyph.li0000644000175000017500000000444511314031254023014 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header	
  
  + name        := TT_FLAG_GLYPH;
  - comment     :="Glyph Flag.";
  
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  - is_curve:BOOLEAN <-
  (
    value & 1 = 1
  );
  
  - is_x_short:BOOLEAN <-
  (
    value & 10b > 0
  );
  
  - is_y_short:BOOLEAN <-
  (
    value & 100b > 0
  );
  
  - is_repeat:BOOLEAN <-
  (
    value & 1000b > 0
  );
  
  - is_x_same:BOOLEAN <-
  (
    value & 10000b > 0
  );
  
  - is_y_same:BOOLEAN <-
  (
    value & 100000b > 0
  );
  
Section Public
  
  + value:UINTEGER_16;
  
   - create v:UINTEGER_16 :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make v;
    result
  );
    
  - make v:UINTEGER_16 <-
  (
    value := v;
  );

  - print <-
  (
    is_y_same.if {
      " YDual".print;
    } else {
      "      ".print;
    };
    is_x_same.if {
      " XDual".print;
    } else {
      "      ".print;
    };
    is_repeat.if {
      " Rep ".print;
    } else {
      "     ".print;
    };
    is_y_short.if {
      " YShort".print;
    } else {
      "       ".print;
    };
    is_x_short.if {
      " XShort".print;
    } else {
      "       ".print;
    };
    is_curve.if {
      " On".print;
    } else {
      " Off".print;
    };
  );

lisaac_0.39_rc1/lib/unstable/freetype/tt_hdmx_header.li0000644000175000017500000000315511314031254023145 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TT_HDMX_HEADER;
  - comment     :="Hdmx header .";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + version:USHORTINT;
  
  + number_device:SHORTINT;
  
  + size_record:INTEGER;
  
Section Public  
  
  - to_big_endian <-
  (
    version := PROCESSOR.to_motorola_ushort version;
    number_device := PROCESSOR.to_motorola_short number_device;
    size_record := PROCESSOR.to_motorola_int size_record;
  );
  
  - print <-
  (
    "\n     Version: ".print;
    version.print;
    "\n   Number device: ".print;
    number_device.print;
    "\n   Size record: ".print;
    size_record.print;
  );lisaac_0.39_rc1/lib/unstable/freetype/tt_glyph_header.li0000644000175000017500000000344211314031254023327 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TT_GLYPH_HEADER;
  - comment     :=" .";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + number_of_contours:SHORTINT;
  + xmin:SHORTINT;
  + ymin:SHORTINT;
  + xmax:SHORTINT;
  + ymax:SHORTINT;
  
Section Public  
  
  - to_big_endian <-
  (
    number_of_contours := PROCESSOR.to_motorola_short number_of_contours;
    xmin := PROCESSOR.to_motorola_short xmin;
    ymin := PROCESSOR.to_motorola_short ymin;
    xmax := PROCESSOR.to_motorola_short xmax;
    ymax := PROCESSOR.to_motorola_short ymax;
  );
   
  - print <-
  (
    "\n     number_of_contours:".print;
    number_of_contours.print;
    "\n     xmin:".print;
    xmin.print;
    "\n     ymin:".print;
    ymin.print;
    "\n     xmax:".print;
    xmax.print;
    "\n     ymax:".print;
    ymax.print;    
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_draw.li0000644000175000017500000002561111314031254021633 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_DRAW;
  
  - comment     := "Draw TT Font";
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
  
Section Private  
  
  - trace b:BITMAP <-
  ( + px1,py1,wx1,wy1,wx2,wy2,x,y:INTEGER;
    + prev_on_curve:BOOLEAN; // TRUE if previous point on curve 
    + j,start,begin_contour:INTEGER;
    + count:INTEGER;
    + n_pts:INTEGER;
    
    begin_contour := 0;
    0.to (n_contour - 1) do { i:INTEGER;
      start := begin_contour;
      count := 0;
      n_pts := -begin_contour + end_contour.item i + 1;
      { flags.item start.is_curve }.until_do {
	start := start + 1;
      };
      prev_on_curve := TRUE; // on curve
      j := 1;
      px1 := pt_glyph.item start.x;
      py1 := pt_glyph.item start.y;
      b.move_to (px1,py1);
      { count <= n_pts}.while_do {
	x := pt_glyph.item (j + start).x;
	y := pt_glyph.item (j + start).y;
	(flags.item (j + start).is_curve).if {	  
	  // Point is on curve.
	  prev_on_curve.if {    
	    // Previous is on curve: we draw a line
	    b.line_to (x,y);
	    px1:=x;
	    py1:=y;
	    wx1:=x;
	    wy1:=y;
	  } else {
	    // Previous is not on curve
	    // We draw a bspline
	    b.spline_w1 (wx1,wy1) w2 (wx2,wy2) to (x,y);
	    b.move_to (wx1,wy1);
	    px1 := wx1;
	    py1 := wy1;	    
	    b.spline_w1 (wx2,wy2) w2 (x,y) to (x,y);
	    b.move_to (x,y);
	    px1 := x;
	    py1 := y;
	    prev_on_curve := TRUE;
	  };	  
	} else {
	  // Point is not on curve.
	  prev_on_curve.if {
	    // Previous is on curve
	    // We save the current coordinates
	    wx1:=px1;
	    wy1:=py1;
	    wx2:=x;
	    wy2:=y;
	    prev_on_curve := FALSE;
	  } else {
	    // Previous is not on curve
	    // We draw a b-spline
	    b.spline_w1 (wx1,wy1) w2 (wx2,wy2) to (x,y);
	    b.move_to (wx1,wy1);
	    px1:=wx1; py1:=wy1;	    
	    wx1:=wx2; wy1:=wy2;
	    wx2:=x;   wy2:=y;
	  };
	};
	j:=(j+1)%n_pts;
	count := count + 1;
      };
      begin_contour := end_contour.item i + 1;
      //STD_INPUT.read_character;
    };
  );
  
   - trace_color b:BITMAP <-
  ( + px1,py1,wx1,wy1,wx2,wy2,x,y:INTEGER;
    + prev_on_curve:BOOLEAN; // TRUE if previous point on curve 
    + j,start,begin_contour:INTEGER;
    + count:INTEGER;
    + n_pts:INTEGER;
    
    begin_contour := 0;
    0.to (n_contour - 1) do { i:INTEGER;
      start := begin_contour;
      count := 0;
      n_pts := -begin_contour + end_contour.item i + 1;
      { flags.item start.is_curve }.until_do {
	start := start + 1;
      };
      prev_on_curve := TRUE; // on curve
      j := 1;
      px1 := pt_glyph.item start.x;
      py1 := pt_glyph.item start.y;
      b.move_to (px1,py1);
      { count <= n_pts}.while_do {
	x := pt_glyph.item (j + start).x;
	y := pt_glyph.item (j + start).y;
	(flags.item (j + start).is_curve).if {	  
	  b.rectangle ((x-1),(y-1)) to ((x+1),(y+1)) color (b.green);
	  b.move_to (px1,py1);
	  // Point is on curve.
	  prev_on_curve.if {    
	    // Previous is on curve: we draw a line
	    b.color (b.red);
	    b.line_to (x,y);
	    px1:=x;
	    py1:=y;
	    wx1:=x;
	    wy1:=y;
	  } else {
	    // Previous is not on curve
	    // We draw a bspline
	    b.color (b.yellow);
	    b.spline_w1 (wx1,wy1) w2 (wx2,wy2) to (x,y);
	    b.move_to (wx1,wy1);
	    px1 := wx1;
	    py1 := wy1;	    
	    b.spline_w1 (wx2,wy2) w2 (x,y) to (x,y);
	    b.move_to (x,y);
	    px1 := x;
	    py1 := y;
	    prev_on_curve := TRUE;
	  };	  
	} else {
	  b.rectangle ((x-1),(y-1)) to ((x+1),(y+1)) color (b.blue);
	  b.move_to (px1,py1);
	  // Point is not on curve.
	  prev_on_curve.if {
	    // Previous is on curve
	    // We save the current coordinates
	    wx1:=px1;
	    wy1:=py1;
	    wx2:=x;
	    wy2:=y;
	    prev_on_curve := FALSE;
	  } else {
	    // Previous is not on curve
	    // We draw a b-spline
	    b.color (b.yellow);
	    b.spline_w1 (wx1,wy1) w2 (wx2,wy2) to (x,y);
	    b.move_to (wx1,wy1);
	    px1:=wx1; py1:=wy1;	    
	    wx1:=wx2; wy1:=wy2;
	    wx2:=x;   wy2:=y;
	  };
	};
	j:=(j+1)%n_pts;
	count := count + 1;
      };
      begin_contour := end_contour.item i + 1;
      //STD_INPUT.read_character;
    };
  );
  
  - aff_pt_debug (x,y:INTEGER) <-
  (
    ' '.print;
    x.print;
    '/'.print;
    y.print;
  );
  
  - aff_line_debug (a,b:INTEGER) <-
  (
    "\n---> LINE #".print;
    a.print;
    " #".print;
    b.print;
  );
  
   - aff_bspline_debug (a,b,c,d:INTEGER) <-
  (
    "\n---> BSPLINE #".print;
    a.print;
    " #".print;
    b.print;
    " #".print;
    c.print;
    " #".print;
    d.print;
  );

  - trace_debug b:BITMAP <-
  // text
  ( + px1,py1,wx1,wy1,wx2,wy2,x,y:INTEGER;
    + w1,w2,c,p:INTEGER;
    + prev_on_curve:BOOLEAN; // TRUE if previous point on curve 
    + j,start,begin_contour:INTEGER;
    + count:INTEGER;
    + n_pts:INTEGER;
    
    begin_contour := 0;
    0.to (n_contour - 1) do { i:INTEGER;
      "\n\n#################".print;
      "\nContour #".print;
      i.print;
      start := begin_contour;
      count := 0;
      n_pts := - begin_contour + end_contour.item i + 1;
      "\nNb points: ".print;
      n_pts.print;
      { flags.item start.is_curve }.until_do {
	start := start + 1;
      };
      prev_on_curve := TRUE; // on curve
      j := 1; // JBJB start + 1;
      "\nFirst_point #".print;
      start.print;
      p := start;
      "\n P = #".print;
      px1 := pt_glyph.item p.x;
      py1 := pt_glyph.item p.y;
      aff_pt_debug (px1,py1);
      b.move_to (px1,py1);
      p.print;
      { count <= n_pts}.while_do {	
	"\n*****************".print;
	"\nCurrent #".print;
	(j + start).print;
	c := j + start;
	x := pt_glyph.item c.x;
	y := pt_glyph.item c.y;
	"\n C = #".print;
	c.print;
	aff_pt_debug (x,y);

	(flags.item c.is_curve).if {
	  // Point is on curve.
	  "\n On curve".print;
	  b.rectangle ((x-1),(y-1)) to ((x+1),(y+1)) color (b.green);
	  b.move_to (px1,py1);
	  prev_on_curve.if {    
	    // Previous is on curve: we draw a line
	    "\n Prev on curve".print;
	    aff_line_debug (p,c);
	    "\n P = #".print;
	    b.line_to (x,y);
	    p := c;
	    px1 := x;
	    py1 := y;
	    p.print;
	    aff_pt_debug (px1,py1);
	    w1 := c;
	    wx1:=x;
	    wy1:=y;
	    "\nW1 = #".print;
	    w1.print;
	    aff_pt_debug (wx1,wy1);
	  } else {
	    // Previous is not on curve
	    // We draw a bspline
	    "\n Prev not on curve".print;
	    aff_bspline_debug (p,w1,w2,c);
	    b.spline_w1 (wx1,wy1) w2 (wx2,wy2) to (x,y);
	    b.move_to (wx1,wy1);
	    "\n P = #".print;
	    p := w1;
	    px1 := wx1;
	    py1 := wy1;
	    p.print;
	    aff_pt_debug (px1,py1);
	    aff_bspline_debug (p,w2,c,c);	    
	    b.spline_w1 (wx2,wy2) w2 (x,y) to (x,y);
	    b.move_to (x,y);
	    "\n P = #".print;
	    p := c;
	    px1 := x;
	    py1 := y;
	    p.print;
	    aff_pt_debug (px1,py1);
	    prev_on_curve := TRUE;
	  };
	} else {
	  // Point is not on curve.
	  "\n Not On curve".print;
	  b.rectangle ((x-1),(y-1)) to ((x+1),(y+1)) color (b.blue);
	  b.move_to (px1,py1);
	  prev_on_curve.if {
	    // Previous is on curve
	    // We save the current coordinates
	    "\n Prev on curve".print;
	    w1:=p;
	    wx1 := px1;
	    wy1 := py1;
	    "\n W1 = #".print;
	    w1.print;
	    aff_pt_debug (wx1,wy1);
	    w2 := c;
	    wx2:=x;
	    wy2:=y;
	    "\n W2 = #".print;
	    w2.print;
	    aff_pt_debug (wx2,wy2);
	    prev_on_curve := FALSE;
	  } else {
	    // Previous is not on curve
	    // We draw a b-spline
	    "\n Prev not on curve".print;
	    aff_bspline_debug (p,w1,w2,c);
	    b.spline_w1 (wx1,wy1) w2 (wx2,wy2) to (x,y);
	    b.move_to (wx1,wy1);
	    "\n P = #".print;
	    p := w1;
	    px1 := wx1;
	    py1 := wy1;
	    p.print;
	    aff_pt_debug (px1,py1);
	    wx1:=wx2; wy1:=wy2;
	    w1 := w2;
	    wx2:=x;   wy2:=y;
	    w2 := c;
	    "\n W1 = #".print;
	    w1.print;
	    aff_pt_debug (wx1,wy1);
	    "\n W2 = #".print;
	    w2.print;
	    aff_pt_debug (wx2,wy2);
	  };
	};
	j:=(j+1)%n_pts;
	count := count + 1;
      };
      begin_contour := end_contour.item i + 1;
    };
  );
  
Section Public
  
  + n_contour:INTEGER;
  
  + pt_glyph:FIXED_ARRAY(POINT_INT);
  
  + end_contour:FIXED_ARRAY(USHORTINT);
  
  + flags:FIXED_ARRAY(TT_FLAG_GLYPH);
  
  - make glyph:TT_GLYPH bitmap b:BITMAP <- 
  ( + n_point:INTEGER;
    + scale:INTEGER;
    + xmin,xmax,ymin,ymax:INTEGER;
    + origx,origy:INTEGER;
    + start,begin_contour,end:INTEGER;
    
    scale := 10;
    origx := 40;
    origy := 40;
    
    // Read Datas

    n_contour := glyph.header.number_of_contours;
    end_contour := glyph.end_pts_of_contours;    
    n_point := end_contour.item (n_contour - 1) + 1;
    xmin := glyph.header.xmin;    
    xmax := glyph.header.xmax;
    ymin := glyph.header.ymin;
    ymax := glyph.header.ymax;
    
    (xmin < 0).if {
      (origx < xmin.abs).if {
	origx = xmin.abs / scale + 1;
      };
    };
    
    (ymin < 0).if {
      (origy < ymin.abs).if {
	origy = ymin.abs / scale + 1;
      };
    };

    pt_glyph := FIXED_ARRAY(POINT_INT).create n_point;
    
    0.to (n_point - 1) do { i:INTEGER;      
      pt_glyph.put (POINT_INT.create ((glyph.x_coordinate.item i.to_integer / scale + origx),(glyph.y_coordinate.item i.to_integer / scale + origy))) to i;
    };
    
    flags := glyph.flags;

    // Display
    /*
    // JBJB Affichage coordonnées
    begin_contour := 0;
    0.to (n_contour - 1) do { i:INTEGER;      
      "\nContour:".print;
      i.print;
      ' '.print;
      begin_contour.print;
      " to ".print;
      end_contour.item i.print;
      '\n'.print;
      begin_contour.print;
      ' '.print;
      (pt_glyph.item begin_contour.x).print;
      '/'.print;
      (pt_glyph.item begin_contour.y).print;
      (flags.item begin_contour.is_curve).if {
	"  On".print;
      } else {
	" Off".print;
      };
      (begin_contour + 1).to (end_contour.item i) do { j:INTEGER;	
	'\n'.print;
	j.print;
	' '.print;
	(pt_glyph.item j.x).print;
	'/'.print;
	(pt_glyph.item j.y).print;
	(flags.item j.is_curve).if {
	  "  On".print;
	} else {
	  " Off".print;
	};
      };
      begin_contour := end_contour.item i + 1;
    };
    */
    trace_debug b;
    
    //trace_color b;   
    
  );  
lisaac_0.39_rc1/lib/unstable/freetype/tt_table_dir.li0000644000175000017500000000411111314031254022613 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_TABLE_DIR;
  - comment     := "True type table directory type .";
  
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + version:UINTEGER_32;        // should be 0x10000
  + numtables:USHORTINT;    // number of tables
  
  + search_range:USHORTINT; // used for a dichotomy search in the directory
  + entry_selector:USHORTINT;
  + range_shift:USHORTINT;
  
Section Public  
  
  - to_big_endian <-
  (
    version := PROCESSOR.to_motorola_uint version;
    numtables := PROCESSOR.to_motorola_ushort numtables;
    search_range := PROCESSOR.to_motorola_ushort search_range;
    entry_selector := PROCESSOR.to_motorola_ushort entry_selector;
    range_shift := PROCESSOR.to_motorola_ushort range_shift;        
  );
  
  - print <-
  (
    "\nVersion: ".print;
    (version >> 16).to_hexadecimal.print;
    '.'.print;
    (version & 0FFFFh).to_hexadecimal.print;
    "\nNum_tables: ".print;
    numtables.print;
    "\nSrange: ".print;
    search_range.print;
    "\nEntry sel: ".print;
    entry_selector.print;
    "\nRange shift: ".print;
    range_shift.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_hmtx_data.li0000644000175000017500000000274311314031254022650 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_HMTX_DATA;
  - comment     :=" hmtx: Long Horizontal Metrics type .";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + advance_width:UINTEGER_8;
  
  + lsb:INTEGER_8;
  
Section Public
  
  - to_big_endian <-
  (
    advance_width := PROCESSOR.to_motorola_ushort advance_width;
    lsb := PROCESSOR.to_motorola_short lsb;
  );
  
  - print <-
  (
    "\n     Advance width:".print;
    advance_width.print;
    " ,    Lsb:".print;
    lsb.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/tt_cmap_table.li0000644000175000017500000000316111314031254022761 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_TABLE;
  - comment     :="Encoding Table for CMAP";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + platform_id:UINTEGER_8;
  
  + encoding_id:UINTEGER_8;
  
  + offset:UINTEGER_32;
  
Section Public
  
  - to_big_endian <-
  (
    platform_id := PROCESSOR.to_motorola_ushort platform_id;
    encoding_id := PROCESSOR.to_motorola_ushort encoding_id;
    offset := PROCESSOR.to_motorola_uint offset;
  );
  
  - print <-
  (
    "\n     Platform id:".print;
    platform_id.print;
    "\n     Encoding id:".print;
    encoding_id.print;
    "\n     Offset:".print;
    offset.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/arial.txt0000644000175000017500002342673111314031254021507 0ustar  sonntagsonntag
; TrueType v1.0 Dump Program - v1.8, Oct 29 2002, rrt, dra, gch, ddb, lcp, pml
; Copyright (C) 1991 ZSoft Corporation. All rights reserved.
; Portions Copyright (C) 1991-2001 Microsoft Corporation. All rights reserved.

; Dumping file 'c:\WINDOWS\Fonts\arial.ttf'

Offset Table
------ -----
  sfnt version:     1.0
  numTables =        23
  searchRange =     256
  entrySelector =     4
  rangeShift =      112

 0. 'DSIG' - chksm = 0xD471166C, off = 0x0004A7FC, len =     6488
 1. 'GDEF' - chksm = 0x514451BC, off = 0x0004A460, len =      154
 2. 'GSUB' - chksm = 0xC8F7AD5B, off = 0x0004A4FC, len =      734
 3. 'JSTF' - chksm = 0x6D2A6906, off = 0x0004A7DC, len =       30
 4. 'LTSH' - chksm = 0x7345AD3F, off = 0x00005674, len =     1324
 5. 'OS/2' - chksm = 0x0CDF326B, off = 0x000001F8, len =       86
 6. 'PCLT' - chksm = 0xFD7B3E43, off = 0x0004A428, len =       54
 7. 'VDMX' - chksm = 0x50926AF5, off = 0x00005BA0, len =     4500
 8. 'cmap' - chksm = 0x67B44D8F, off = 0x00002E40, len =     5006
 9. 'cvt ' - chksm = 0x9670D276, off = 0x00007EA4, len =     1584
10. 'fpgm' - chksm = 0xCC79599A, off = 0x00007834, len =     1646
11. 'gasp' - chksm = 0x00180009, off = 0x00000250, len =       16
12. 'glyf' - chksm = 0xAA98C47E, off = 0x0001159C, len =   214822
13. 'hdmx' - chksm = 0x2E6F1E51, off = 0x00009974, len =    31784
14. 'head' - chksm = 0xCD0DEE9E, off = 0x0000017C, len =       54
15. 'hhea' - chksm = 0x126D11AA, off = 0x000001B4, len =       36
16. 'hmtx' - chksm = 0xCAA27340, off = 0x000084D4, len =     5280
17. 'kern' - chksm = 0x37613936, off = 0x00048EC8, len =     5472
18. 'loca' - chksm = 0x097890EC, off = 0x000041D0, len =     5284
19. 'maxp' - chksm = 0x09E30C95, off = 0x000001D8, len =       32
20. 'name' - chksm = 0x960ADC28, off = 0x00000260, len =    11231
21. 'post' - chksm = 0x3BB155AF, off = 0x00045CC4, len =    12804
22. 'prep' - chksm = 0x52FEC4E9, off = 0x00006D34, len =     2815

'head' Table - Font Header
--------------------------
Size = 54 bytes (expecting 54 bytes)
  'head' version:      1.0
  fontRevision:        3.0
  checkSumAdjustment:  0x5106FACD
  magicNumber:         0x5F0F3CF5
  flags:               0x081B- baseline(y)=0 - lsb(x)=0 - int ppem - nonlin aw
  unitsPerEm:          2048
  created:             Mon Aug 06 22:54:50 1990
  modified:            Fri Nov 09 21:52:49 2001
  xMin:                -1361
  yMin:                -665
  xMax:                4154
  yMax:                2060
  macStyle bits:       0x0000
  lowestRecPPEM:       9
  fontDirectionHint:   1
  indexToLocFormat:    1
  glyphDataFormat:     0

'hhea' Table - Horizontal Header
--------------------------------
Size = 36 bytes (expecting 36 bytes)
	'hhea' version:         1.0
	yAscender:            1854
	yDescender:           -434
	yLineGap:             67
	advanceWidthMax:      4096
	minLeftSideBearing:   -1361
	minRightSideBearing:  -461
	xMaxExtent:           4154
	horizCaretSlopeNum:   1
	horizCaretSlopeDenom: 0
	reserved0:            0
	reserved1:            0
	reserved2:            0
	reserved3:            0
	reserved4:            0
	metricDataFormat:     0
	numOf_LongHorMetrics: 1320

'maxp' Table - Maximum Profile
------------------------------
Size = 32 bytes (expecting 32 bytes)
	'maxp' version:		  1.0
	numGlyphs:		1320
	maxPoints:		256
	maxContours:		63
	maxCompositePoints:	99
	maxCompositeContours:	5
	maxZones:		2
	maxTwilightPoints:	16
	maxStorage:		47
	maxFunctionDefs:	86
	maxInstructionDefs:	0
	maxStackElements:	1037
	maxSizeOfInstructions:	2815
	maxComponentElements:	3
	maxComponentDepth:	2

'name' Table - Naming Table
---------------------------
	Format:		0
	Count:		70
	stringOffset:	 846
Size = 11231 bytes
	  0. Platform ID:	0
	     Specific ID:	3
	     Language ID:	0
	     Name ID:		0
	     Length:		254
	     Offset:		0
		Data:  0 54  0 79  0 70  0 65  0 66  >  .T.y.p.e.f
		       0 61  0 63  0 65  0 20  0 A9  >  .a.c.e. .©
		       0 20  0 54  0 68  0 65  0 20  >  . .T.h.e. 
		       0 4D  0 6F  0 6E  0 6F  0 74  >  .M.o.n.o.t
		       0 79  0 70  0 65  0 20  0 43  >  .y.p.e. .C
		       0 6F  0 72  0 70  0 6F  0 72  >  .o.r.p.o.r
		       0 61  0 74  0 69  0 6F  0 6E  >  .a.t.i.o.n
		       0 20  0 70  0 6C  0 63  0 2E  >  . .p.l.c..
		       0 20  0 44  0 61  0 74  0 61  >  . .D.a.t.a
		       0 20  0 A9  0 20  0 54  0 68  >  . .©. .T.h
		       0 65  0 20  0 4D  0 6F  0 6E  >  .e. .M.o.n
		       0 6F  0 74  0 79  0 70  0 65  >  .o.t.y.p.e
		       0 20  0 43  0 6F  0 72  0 70  >  . .C.o.r.p
		       0 6F  0 72  0 61  0 74  0 69  >  .o.r.a.t.i
		       0 6F  0 6E  0 20  0 70  0 6C  >  .o.n. .p.l
		       0 63  0 2F  0 54  0 79  0 70  >  .c./.T.y.p
		       0 65  0 20  0 53  0 6F  0 6C  >  .e. .S.o.l
		       0 75  0 74  0 69  0 6F  0 6E  >  .u.t.i.o.n
		       0 73  0 20  0 49  0 6E  0 63  >  .s. .I.n.c
		       0 2E  0 20  0 31  0 39  0 39  >  ... .1.9.9
		       0 30  0 2D  0 31  0 39  0 39  >  .0.-.1.9.9
		       0 32  0 2E  0 20  0 41  0 6C  >  .2... .A.l
		       0 6C  0 20  0 52  0 69  0 67  >  .l. .R.i.g
		       0 68  0 74  0 73  0 20  0 52  >  .h.t.s. .R
		       0 65  0 73  0 65  0 72  0 76  >  .e.s.e.r.v
		       0 65  0 64                    >  .e.d

	  1. Platform ID:	0
	     Specific ID:	3
	     Language ID:	0
	     Name ID:		1
	     Length:		10
	     Offset:		254
		Data:  0 41  0 72  0 69  0 61  0 6C  >  .A.r.i.a.l

	  2. Platform ID:	0
	     Specific ID:	3
	     Language ID:	0
	     Name ID:		2
	     Length:		14
	     Offset:		264
		Data:  0 52  0 65  0 67  0 75  0 6C  >  .R.e.g.u.l
		       0 61  0 72                    >  .a.r

	  3. Platform ID:	0
	     Specific ID:	3
	     Language ID:	0
	     Name ID:		3
	     Length:		94
	     Offset:		278
		Data:  0 4D  0 6F  0 6E  0 6F  0 74  >  .M.o.n.o.t
		       0 79  0 70  0 65  0 3A  0 41  >  .y.p.e.:.A
		       0 72  0 69  0 61  0 6C  0 20  >  .r.i.a.l. 
		       0 52  0 65  0 67  0 75  0 6C  >  .R.e.g.u.l
		       0 61  0 72  0 3A  0 56  0 65  >  .a.r.:.V.e
		       0 72  0 73  0 69  0 6F  0 6E  >  .r.s.i.o.n
		       0 20  0 32  0 2E  0 39  0 38  >  . .2...9.8
		       0 20  0 28  0 4D  0 69  0 63  >  . .(.M.i.c
		       0 72  0 6F  0 73  0 6F  0 66  >  .r.o.s.o.f
		       0 74  0 29                    >  .t.)

	  4. Platform ID:	0
	     Specific ID:	3
	     Language ID:	0
	     Name ID:		4
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		       4 4B  4 39                    >  .K.9

	 60. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1051
	     Name ID:		2
	     Length:		16
	     Offset:		10255
		Data:  0 4E  0 6F  0 72  0 6D  0 E1  >  .N.o.r.m.á
		       0 6C  0 6E  0 65              >  .l.n.e

	 61. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1053
	     Name ID:		2
	     Length:		12
	     Offset:		10271
		Data:  0 4E  0 6F  0 72  0 6D  0 61  >  .N.o.r.m.a
		       0 6C                          >  .l

	 62. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1055
	     Name ID:		2
	     Length:		12
	     Offset:		10283
		Data:  0 4E  0 6F  0 72  0 6D  0 61  >  .N.o.r.m.a
		       0 6C                          >  .l

	 63. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1060
	     Name ID:		2
	     Length:		14
	     Offset:		10295
		Data:  0 4E  0 61  0 76  0 61  0 64  >  .N.a.v.a.d
		       0 6E  0 6F                    >  .n.o

	 64. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1066
	     Name ID:		2
	     Length:		14
	     Offset:		10309
		Data:  0 74  0 68  1 B0  1 A1  3  0  >  .t.h.°.¡..
		       0 6E  0 67                    >  .n.g

	 65. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1069
	     Name ID:		2
	     Length:		14
	     Offset:		10323
		Data:  0 41  0 72  0 72  0 75  0 6E  >  .A.r.r.u.n
		       0 74  0 61                    >  .t.a

	 66. Platform ID:	3
	     Specific ID:	1
	     Language ID:	2058
	     Name ID:		2
	     Length:		12
	     Offset:		10337
		Data:  0 4E  0 6F  0 72  0 6D  0 61  >  .N.o.r.m.a
		       0 6C                          >  .l

	 67. Platform ID:	3
	     Specific ID:	1
	     Language ID:	2070
	     Name ID:		2
	     Length:		12
	     Offset:		10349
		Data:  0 4E  0 6F  0 72  0 6D  0 61  >  .N.o.r.m.a
		       0 6C                          >  .l

	 68. Platform ID:	3
	     Specific ID:	1
	     Language ID:	3082
	     Name ID:		2
	     Length:		12
	     Offset:		10361
		Data:  0 4E  0 6F  0 72  0 6D  0 61  >  .N.o.r.m.a
		       0 6C                          >  .l

	 69. Platform ID:	3
	     Specific ID:	1
	     Language ID:	3084
	     Name ID:		2
	     Length:		12
	     Offset:		10373
		Data:  0 4E  0 6F  0 72  0 6D  0 61  >  .N.o.r.m.a
		       0 6C                          >  .l


'OS/2' Table - OS/2 and Windows Metrics
---------------------------------------
Size = 86 bytes (expecting 86 bytes)
  'OS/2' version:           1
  xAvgCharWidth:            904
  usWeightClass:            400
  usWidthClass:             5
  fsType:                   0x0000
  ySubscriptXSize:          1434
  ySubscriptYSize:          1331
  ySubscriptXOffset:        0
  ySubscriptYOffset:        283
  ySuperscriptXSize:        1434
  ySuperscriptYSize:        1331
  ySuperscriptXOffset:      0
  ySuperscriptYOffset:      977
  yStrikeoutSize:           102
  yStrikeoutPosition:       530
  sFamilyClass:             8    subclass = 5
  PANOSE:                   2 11  6  4  2  2  2  2  2  4
  Unicode Range 1( Bits 0 - 31 ): 00007A87
  Unicode Range 2( Bits 32- 63 ): 80000000
  Unicode Range 3( Bits 64- 95 ): 00000008
  Unicode Range 4( Bits 96-127 ): 00000000
  achVendID:                'Mono'
  fsSelection:              0x0040
  usFirstCharIndex:         0x0020
  usLastCharIndex:          0xFFFC
  sTypoAscender:            1491
  sTypoDescender:           -431
  sTypoLineGap:             307
  usWinAscent:              1854
  usWinDescent:             434
  CodePage Range 1( Bits 0 - 31 ): 400001FF
  CodePage Range 2( Bits 32- 63 ): FFFF0000

'gasp' Table - Grid-fitting And Scan-conversion Procedure
---------------------------------------------------------
  'gasp' version:      0
  numRanges:           3

  gasp Range 0
  rangeMaxPPEM:        8
  rangeGaspBehavior:   0x0002- GASP_DOGRAY 

  gasp Range 1
  rangeMaxPPEM:        17
  rangeGaspBehavior:   0x0001- GASP_GRIDFIT 

  gasp Range 2
  rangeMaxPPEM:        65535
  rangeGaspBehavior:   0x0003- GASP_GRIDFIT - GASP_DOGRAY 


'post' Table - PostScript Metrics
---------------------------------
Size = 12804 bytes
	'post' version:	        2.0
	italicAngle:	        0.0000
	underlinePosition:	-217
	underlineThickness:	150
	isFixedPitch:		0
	minMemType42:		0
	maxMemType42:		0
	minMemType1:		0
	maxMemType1:		0

	Format 2.0:  Non-Standard (for PostScript) TrueType Glyph Set.
	numGlyphs:	1320
	Glyf   0 -> Mac Glyph # 0, '.notdef'
	Glyf   1 -> PSGlyf Name # 1, name= '.null'
	Glyf   2 -> PSGlyf Name # 2, name= 'nonmarkingreturn'
	Glyf   3 -> Mac Glyph # 3, 'space'
	Glyf   4 -> Mac Glyph # 4, 'exclam'
	Glyf   5 -> Mac Glyph # 5, 'quotedbl'
	Glyf   6 -> Mac Glyph # 6, 'numbersign'
	Glyf   7 -> Mac Glyph # 7, 'dollar'
	Glyf   8 -> Mac Glyph # 8, 'percent'
	Glyf   9 -> Mac Glyph # 9, 'ampersand'
	Glyf  10 -> Mac Glyph # 10, 'quotesingle'
	Glyf  11 -> Mac Glyph # 11, 'parenleft'
	Glyf  12 -> Mac Glyph # 12, 'parenright'
	Glyf  13 -> Mac Glyph # 13, 'asterisk'
	Glyf  14 -> Mac Glyph # 14, 'plus'
	Glyf  15 -> Mac Glyph # 15, 'comma'
	Glyf  16 -> Mac Glyph # 16, 'hyphen'
	Glyf  17 -> Mac Glyph # 17, 'period'
	Glyf  18 -> Mac Glyph # 18, 'slash'
	Glyf  19 -> Mac Glyph # 19, 'zero'
	Glyf  20 -> Mac Glyph # 20, 'one'
	Glyf  21 -> Mac Glyph # 21, 'two'
	Glyf  22 -> Mac Glyph # 22, 'three'
	Glyf  23 -> Mac Glyph # 23, 'four'
	Glyf  24 -> Mac Glyph # 24, 'five'
	Glyf  25 -> Mac Glyph # 25, 'six'
	Glyf  26 -> Mac Glyph # 26, 'seven'
	Glyf  27 -> Mac Glyph # 27, 'eight'
	Glyf  28 -> Mac Glyph # 28, 'nine'
	Glyf  29 -> Mac Glyph # 29, 'colon'
	Glyf  30 -> Mac Glyph # 30, 'semicolon'
	Glyf  31 -> Mac Glyph # 31, 'less'
	Glyf  32 -> Mac Glyph # 32, 'equal'
	Glyf  33 -> Mac Glyph # 33, 'greater'
	Glyf  34 -> Mac Glyph # 34, 'question'
	Glyf  35 -> Mac Glyph # 35, 'at'
	Glyf  36 -> Mac Glyph # 36, 'A'
	Glyf  37 -> Mac Glyph # 37, 'B'
	Glyf  38 -> Mac Glyph # 38, 'C'
	Glyf  39 -> Mac Glyph # 39, 'D'
	Glyf  40 -> Mac Glyph # 40, 'E'
	Glyf  41 -> Mac Glyph # 41, 'F'
	Glyf  42 -> Mac Glyph # 42, 'G'
	Glyf  43 -> Mac Glyph # 43, 'H'
	Glyf  44 -> Mac Glyph # 44, 'I'
	Glyf  45 -> Mac Glyph # 45, 'J'
	Glyf  46 -> Mac Glyph # 46, 'K'
	Glyf  47 -> Mac Glyph # 47, 'L'
	Glyf  48 -> Mac Glyph # 48, 'M'
	Glyf  49 -> Mac Glyph # 49, 'N'
	Glyf  50 -> Mac Glyph # 50, 'O'
	Glyf  51 -> Mac Glyph # 51, 'P'
	Glyf  52 -> Mac Glyph # 52, 'Q'
	Glyf  53 -> Mac Glyph # 53, 'R'
	Glyf  54 -> Mac Glyph # 54, 'S'
	Glyf  55 -> Mac Glyph # 55, 'T'
	Glyf  56 -> Mac Glyph # 56, 'U'
	Glyf  57 -> Mac Glyph # 57, 'V'
	Glyf  58 -> Mac Glyph # 58, 'W'
	Glyf  59 -> Mac Glyph # 59, 'X'
	Glyf  60 -> Mac Glyph # 60, 'Y'
	Glyf  61 -> Mac Glyph # 61, 'Z'
	Glyf  62 -> Mac Glyph # 62, 'bracketleft'
	Glyf  63 -> Mac Glyph # 63, 'backslash'
	Glyf  64 -> Mac Glyph # 64, 'bracketright'
	Glyf  65 -> Mac Glyph # 65, 'asciicircum'
	Glyf  66 -> Mac Glyph # 66, 'underscore'
	Glyf  67 -> Mac Glyph # 67, 'grave'
	Glyf  68 -> Mac Glyph # 68, 'a'
	Glyf  69 -> Mac Glyph # 69, 'b'
	Glyf  70 -> Mac Glyph # 70, 'c'
	Glyf  71 -> Mac Glyph # 71, 'd'
	Glyf  72 -> Mac Glyph # 72, 'e'
	Glyf  73 -> Mac Glyph # 73, 'f'
	Glyf  74 -> Mac Glyph # 74, 'g'
	Glyf  75 -> Mac Glyph # 75, 'h'
	Glyf  76 -> Mac Glyph # 76, 'i'
	Glyf  77 -> Mac Glyph # 77, 'j'
	Glyf  78 -> Mac Glyph # 78, 'k'
	Glyf  79 -> Mac Glyph # 79, 'l'
	Glyf  80 -> Mac Glyph # 80, 'm'
	Glyf  81 -> Mac Glyph # 81, 'n'
	Glyf  82 -> Mac Glyph # 82, 'o'
	Glyf  83 -> Mac Glyph # 83, 'p'
	Glyf  84 -> Mac Glyph # 84, 'q'
	Glyf  85 -> Mac Glyph # 85, 'r'
	Glyf  86 -> Mac Glyph # 86, 's'
	Glyf  87 -> Mac Glyph # 87, 't'
	Glyf  88 -> Mac Glyph # 88, 'u'
	Glyf  89 -> Mac Glyph # 89, 'v'
	Glyf  90 -> Mac Glyph # 90, 'w'
	Glyf  91 -> Mac Glyph # 91, 'x'
	Glyf  92 -> Mac Glyph # 92, 'y'
	Glyf  93 -> Mac Glyph # 93, 'z'
	Glyf  94 -> Mac Glyph # 94, 'braceleft'
	Glyf  95 -> Mac Glyph # 95, 'bar'
	Glyf  96 -> Mac Glyph # 96, 'braceright'
	Glyf  97 -> Mac Glyph # 97, 'asciitilde'
	Glyf  98 -> Mac Glyph # 98, 'Adieresis'
	Glyf  99 -> Mac Glyph # 99, 'Aring'
	Glyf 100 -> Mac Glyph # 100, 'Ccedilla'
	Glyf 101 -> Mac Glyph # 101, 'Eacute'
	Glyf 102 -> Mac Glyph # 102, 'Ntilde'
	Glyf 103 -> Mac Glyph # 103, 'Odieresis'
	Glyf 104 -> Mac Glyph # 104, 'Udieresis'
	Glyf 105 -> Mac Glyph # 105, 'aacute'
	Glyf 106 -> Mac Glyph # 106, 'agrave'
	Glyf 107 -> Mac Glyph # 107, 'acircumflex'
	Glyf 108 -> Mac Glyph # 108, 'adieresis'
	Glyf 109 -> Mac Glyph # 109, 'atilde'
	Glyf 110 -> Mac Glyph # 110, 'aring'
	Glyf 111 -> Mac Glyph # 111, 'ccedilla'
	Glyf 112 -> Mac Glyph # 112, 'eacute'
	Glyf 113 -> Mac Glyph # 113, 'egrave'
	Glyf 114 -> Mac Glyph # 114, 'ecircumflex'
	Glyf 115 -> Mac Glyph # 115, 'edieresis'
	Glyf 116 -> Mac Glyph # 116, 'iacute'
	Glyf 117 -> Mac Glyph # 117, 'igrave'
	Glyf 118 -> Mac Glyph # 118, 'icircumflex'
	Glyf 119 -> Mac Glyph # 119, 'idieresis'
	Glyf 120 -> Mac Glyph # 120, 'ntilde'
	Glyf 121 -> Mac Glyph # 121, 'oacute'
	Glyf 122 -> Mac Glyph # 122, 'ograve'
	Glyf 123 -> Mac Glyph # 123, 'ocircumflex'
	Glyf 124 -> Mac Glyph # 124, 'odieresis'
	Glyf 125 -> Mac Glyph # 125, 'otilde'
	Glyf 126 -> Mac Glyph # 126, 'uacute'
	Glyf 127 -> Mac Glyph # 127, 'ugrave'
	Glyf 128 -> Mac Glyph # 128, 'ucircumflex'
	Glyf 129 -> Mac Glyph # 129, 'udieresis'
	Glyf 130 -> Mac Glyph # 130, 'dagger'
	Glyf 131 -> Mac Glyph # 131, 'degree'
	Glyf 132 -> Mac Glyph # 132, 'cent'
	Glyf 133 -> Mac Glyph # 133, 'sterling'
	Glyf 134 -> Mac Glyph # 134, 'section'
	Glyf 135 -> Mac Glyph # 135, 'bullet'
	Glyf 136 -> Mac Glyph # 136, 'paragraph'
	Glyf 137 -> Mac Glyph # 137, 'germandbls'
	Glyf 138 -> Mac Glyph # 138, 'registered'
	Glyf 139 -> Mac Glyph # 139, 'copyright'
	Glyf 140 -> Mac Glyph # 140, 'trademark'
	Glyf 141 -> Mac Glyph # 141, 'acute'
	Glyf 142 -> Mac Glyph # 142, 'dieresis'
	Glyf 143 -> Mac Glyph # 143, 'notequal'
	Glyf 144 -> Mac Glyph # 144, 'AE'
	Glyf 145 -> Mac Glyph # 145, 'Oslash'
	Glyf 146 -> Mac Glyph # 146, 'infinity'
	Glyf 147 -> Mac Glyph # 147, 'plusminus'
	Glyf 148 -> Mac Glyph # 148, 'lessequal'
	Glyf 149 -> Mac Glyph # 149, 'greaterequal'
	Glyf 150 -> Mac Glyph # 150, 'yen'
	Glyf 151 -> PSGlyf Name # 3, name= 'mu1'
	Glyf 152 -> Mac Glyph # 152, 'partialdiff'
	Glyf 153 -> Mac Glyph # 153, 'summation'
	Glyf 154 -> Mac Glyph # 154, 'product'
	Glyf 155 -> PSGlyf Name # 4, name= 'pi1'
	Glyf 156 -> Mac Glyph # 156, 'integral'
	Glyf 157 -> Mac Glyph # 157, 'ordfeminine'
	Glyf 158 -> Mac Glyph # 158, 'ordmasculine'
	Glyf 159 -> PSGlyf Name # 5, name= 'Ohm'
	Glyf 160 -> Mac Glyph # 160, 'ae'
	Glyf 161 -> Mac Glyph # 161, 'oslash'
	Glyf 162 -> Mac Glyph # 162, 'questiondown'
	Glyf 163 -> Mac Glyph # 163, 'exclamdown'
	Glyf 164 -> Mac Glyph # 164, 'logicalnot'
	Glyf 165 -> Mac Glyph # 165, 'radical'
	Glyf 166 -> Mac Glyph # 166, 'florin'
	Glyf 167 -> Mac Glyph # 167, 'approxequal'
	Glyf 168 -> Mac Glyph # 168, 'increment'
	Glyf 169 -> Mac Glyph # 169, 'guillemotleft'
	Glyf 170 -> Mac Glyph # 170, 'guillemotright'
	Glyf 171 -> Mac Glyph # 171, 'ellipsis'
	Glyf 172 -> Mac Glyph # 173, 'Agrave'
	Glyf 173 -> Mac Glyph # 174, 'Atilde'
	Glyf 174 -> Mac Glyph # 175, 'Otilde'
	Glyf 175 -> Mac Glyph # 176, 'OE'
	Glyf 176 -> Mac Glyph # 177, 'oe'
	Glyf 177 -> Mac Glyph # 178, 'endash'
	Glyf 178 -> Mac Glyph # 179, 'emdash'
	Glyf 179 -> Mac Glyph # 180, 'quotedblleft'
	Glyf 180 -> Mac Glyph # 181, 'quotedblright'
	Glyf 181 -> Mac Glyph # 182, 'quoteleft'
	Glyf 182 -> Mac Glyph # 183, 'quoteright'
	Glyf 183 -> Mac Glyph # 184, 'divide'
	Glyf 184 -> Mac Glyph # 185, 'lozenge'
	Glyf 185 -> Mac Glyph # 186, 'ydieresis'
	Glyf 186 -> Mac Glyph # 187, 'Ydieresis'
	Glyf 187 -> Mac Glyph # 188, 'fraction'
	Glyf 188 -> PSGlyf Name # 6, name= 'Euro'
	Glyf 189 -> Mac Glyph # 190, 'guilsinglleft'
	Glyf 190 -> Mac Glyph # 191, 'guilsinglright'
	Glyf 191 -> Mac Glyph # 192, 'fi'
	Glyf 192 -> Mac Glyph # 193, 'fl'
	Glyf 193 -> Mac Glyph # 194, 'daggerdbl'
	Glyf 194 -> Mac Glyph # 195, 'periodcentered'
	Glyf 195 -> Mac Glyph # 196, 'quotesinglbase'
	Glyf 196 -> Mac Glyph # 197, 'quotedblbase'
	Glyf 197 -> Mac Glyph # 198, 'perthousand'
	Glyf 198 -> Mac Glyph # 199, 'Acircumflex'
	Glyf 199 -> Mac Glyph # 200, 'Ecircumflex'
	Glyf 200 -> Mac Glyph # 201, 'Aacute'
	Glyf 201 -> Mac Glyph # 202, 'Edieresis'
	Glyf 202 -> Mac Glyph # 203, 'Egrave'
	Glyf 203 -> Mac Glyph # 204, 'Iacute'
	Glyf 204 -> Mac Glyph # 205, 'Icircumflex'
	Glyf 205 -> Mac Glyph # 206, 'Idieresis'
	Glyf 206 -> Mac Glyph # 207, 'Igrave'
	Glyf 207 -> Mac Glyph # 208, 'Oacute'
	Glyf 208 -> Mac Glyph # 209, 'Ocircumflex'
	Glyf 209 -> Mac Glyph # 211, 'Ograve'
	Glyf 210 -> Mac Glyph # 212, 'Uacute'
	Glyf 211 -> Mac Glyph # 213, 'Ucircumflex'
	Glyf 212 -> Mac Glyph # 214, 'Ugrave'
	Glyf 213 -> Mac Glyph # 215, 'dotlessi'
	Glyf 214 -> Mac Glyph # 216, 'circumflex'
	Glyf 215 -> Mac Glyph # 217, 'tilde'
	Glyf 216 -> Mac Glyph # 218, 'macron'
	Glyf 217 -> Mac Glyph # 219, 'breve'
	Glyf 218 -> Mac Glyph # 220, 'dotaccent'
	Glyf 219 -> Mac Glyph # 221, 'ring'
	Glyf 220 -> Mac Glyph # 222, 'cedilla'
	Glyf 221 -> Mac Glyph # 223, 'hungarumlaut'
	Glyf 222 -> Mac Glyph # 224, 'ogonek'
	Glyf 223 -> Mac Glyph # 225, 'caron'
	Glyf 224 -> Mac Glyph # 226, 'Lslash'
	Glyf 225 -> Mac Glyph # 227, 'lslash'
	Glyf 226 -> Mac Glyph # 228, 'Scaron'
	Glyf 227 -> Mac Glyph # 229, 'scaron'
	Glyf 228 -> Mac Glyph # 230, 'Zcaron'
	Glyf 229 -> Mac Glyph # 231, 'zcaron'
	Glyf 230 -> Mac Glyph # 232, 'brokenbar'
	Glyf 231 -> Mac Glyph # 233, 'Eth'
	Glyf 232 -> Mac Glyph # 234, 'eth'
	Glyf 233 -> Mac Glyph # 235, 'Yacute'
	Glyf 234 -> Mac Glyph # 236, 'yacute'
	Glyf 235 -> Mac Glyph # 237, 'Thorn'
	Glyf 236 -> Mac Glyph # 238, 'thorn'
	Glyf 237 -> Mac Glyph # 239, 'minus'
	Glyf 238 -> Mac Glyph # 240, 'multiply'
	Glyf 239 -> Mac Glyph # 241, 'onesuperior'
	Glyf 240 -> Mac Glyph # 242, 'twosuperior'
	Glyf 241 -> Mac Glyph # 243, 'threesuperior'
	Glyf 242 -> Mac Glyph # 244, 'onehalf'
	Glyf 243 -> Mac Glyph # 245, 'onequarter'
	Glyf 244 -> Mac Glyph # 246, 'threequarters'
	Glyf 245 -> Mac Glyph # 247, 'franc'
	Glyf 246 -> Mac Glyph # 248, 'Gbreve'
	Glyf 247 -> Mac Glyph # 249, 'gbreve'
	Glyf 248 -> Mac Glyph # 250, 'Idot'
	Glyf 249 -> Mac Glyph # 251, 'Scedilla'
	Glyf 250 -> Mac Glyph # 252, 'scedilla'
	Glyf 251 -> Mac Glyph # 253, 'Cacute'
	Glyf 252 -> Mac Glyph # 254, 'cacute'
	Glyf 253 -> Mac Glyph # 255, 'Ccaron'
	Glyf 254 -> Mac Glyph # 256, 'ccaron'
	Glyf 255 -> PSGlyf Name # 7, name= 'dmacron'
	Glyf 256 -> PSGlyf Name # 8, name= 'overscore'
	Glyf 257 -> PSGlyf Name # 9, name= 'middot'
	Glyf 258 -> PSGlyf Name # 10, name= 'Abreve'
	Glyf 259 -> PSGlyf Name # 11, name= 'abreve'
	Glyf 260 -> PSGlyf Name # 12, name= 'Aogonek'
	Glyf 261 -> PSGlyf Name # 13, name= 'aogonek'
	Glyf 262 -> PSGlyf Name # 14, name= 'Dcaron'
	Glyf 263 -> PSGlyf Name # 15, name= 'dcaron'
	Glyf 264 -> PSGlyf Name # 16, name= 'Dslash'
	Glyf 265 -> PSGlyf Name # 17, name= 'Eogonek'
	Glyf 266 -> PSGlyf Name # 18, name= 'eogonek'
	Glyf 267 -> PSGlyf Name # 19, name= 'Ecaron'
	Glyf 268 -> PSGlyf Name # 20, name= 'ecaron'
	Glyf 269 -> PSGlyf Name # 21, name= 'Lacute'
	Glyf 270 -> PSGlyf Name # 22, name= 'lacute'
	Glyf 271 -> PSGlyf Name # 23, name= 'Lcaron'
	Glyf 272 -> PSGlyf Name # 24, name= 'lcaron'
	Glyf 273 -> PSGlyf Name # 25, name= 'Ldot'
	Glyf 274 -> PSGlyf Name # 26, name= 'ldot'
	Glyf 275 -> PSGlyf Name # 27, name= 'Nacute'
	Glyf 276 -> PSGlyf Name # 28, name= 'nacute'
	Glyf 277 -> PSGlyf Name # 29, name= 'Ncaron'
	Glyf 278 -> PSGlyf Name # 30, name= 'ncaron'
	Glyf 279 -> PSGlyf Name # 31, name= 'Odblacute'
	Glyf 280 -> PSGlyf Name # 32, name= 'odblacute'
	Glyf 281 -> PSGlyf Name # 33, name= 'Racute'
	Glyf 282 -> PSGlyf Name # 34, name= 'racute'
	Glyf 283 -> PSGlyf Name # 35, name= 'Rcaron'
	Glyf 284 -> PSGlyf Name # 36, name= 'rcaron'
	Glyf 285 -> PSGlyf Name # 37, name= 'Sacute'
	Glyf 286 -> PSGlyf Name # 38, name= 'sacute'
	Glyf 287 -> PSGlyf Name # 39, name= 'Tcedilla'
	Glyf 288 -> PSGlyf Name # 40, name= 'tcedilla'
	Glyf 289 -> PSGlyf Name # 41, name= 'Tcaron'
	Glyf 290 -> PSGlyf Name # 42, name= 'tcaron'
	Glyf 291 -> PSGlyf Name # 43, name= 'Uring'
	Glyf 292 -> PSGlyf Name # 44, name= 'uring'
	Glyf 293 -> PSGlyf Name # 45, name= 'Udblacute'
	Glyf 294 -> PSGlyf Name # 46, name= 'udblacute'
	Glyf 295 -> PSGlyf Name # 47, name= 'Zacute'
	Glyf 296 -> PSGlyf Name # 48, name= 'zacute'
	Glyf 297 -> PSGlyf Name # 49, name= 'Zdot'
	Glyf 298 -> PSGlyf Name # 50, name= 'zdot'
	Glyf 299 -> PSGlyf Name # 51, name= 'Gamma'
	Glyf 300 -> PSGlyf Name # 52, name= 'Theta'
	Glyf 301 -> PSGlyf Name # 53, name= 'Phi'
	Glyf 302 -> PSGlyf Name # 54, name= 'alpha'
	Glyf 303 -> PSGlyf Name # 55, name= 'delta'
	Glyf 304 -> PSGlyf Name # 56, name= 'epsilon'
	Glyf 305 -> PSGlyf Name # 57, name= 'sigma'
	Glyf 306 -> PSGlyf Name # 58, name= 'tau'
	Glyf 307 -> PSGlyf Name # 59, name= 'phi'
	Glyf 308 -> PSGlyf Name # 60, name= 'underscoredbl'
	Glyf 309 -> PSGlyf Name # 61, name= 'exclamdbl'
	Glyf 310 -> PSGlyf Name # 62, name= 'nsuperior'
	Glyf 311 -> PSGlyf Name # 63, name= 'peseta'
	Glyf 312 -> PSGlyf Name # 64, name= 'arrowleft'
	Glyf 313 -> PSGlyf Name # 65, name= 'arrowup'
	Glyf 314 -> PSGlyf Name # 66, name= 'arrowright'
	Glyf 315 -> PSGlyf Name # 67, name= 'arrowdown'
	Glyf 316 -> PSGlyf Name # 68, name= 'arrowboth'
	Glyf 317 -> PSGlyf Name # 69, name= 'arrowupdn'
	Glyf 318 -> PSGlyf Name # 70, name= 'arrowupdnbse'
	Glyf 319 -> PSGlyf Name # 71, name= 'orthogonal'
	Glyf 320 -> PSGlyf Name # 72, name= 'intersection'
	Glyf 321 -> PSGlyf Name # 73, name= 'equivalence'
	Glyf 322 -> PSGlyf Name # 74, name= 'house'
	Glyf 323 -> PSGlyf Name # 75, name= 'revlogicalnot'
	Glyf 324 -> PSGlyf Name # 76, name= 'integraltp'
	Glyf 325 -> PSGlyf Name # 77, name= 'integralbt'
	Glyf 326 -> PSGlyf Name # 78, name= 'SF100000'
	Glyf 327 -> PSGlyf Name # 79, name= 'SF110000'
	Glyf 328 -> PSGlyf Name # 80, name= 'SF010000'
	Glyf 329 -> PSGlyf Name # 81, name= 'SF030000'
	Glyf 330 -> PSGlyf Name # 82, name= 'SF020000'
	Glyf 331 -> PSGlyf Name # 83, name= 'SF040000'
	Glyf 332 -> PSGlyf Name # 84, name= 'SF080000'
	Glyf 333 -> PSGlyf Name # 85, name= 'SF090000'
	Glyf 334 -> PSGlyf Name # 86, name= 'SF060000'
	Glyf 335 -> PSGlyf Name # 87, name= 'SF070000'
	Glyf 336 -> PSGlyf Name # 88, name= 'SF050000'
	Glyf 337 -> PSGlyf Name # 89, name= 'SF430000'
	Glyf 338 -> PSGlyf Name # 90, name= 'SF240000'
	Glyf 339 -> PSGlyf Name # 91, name= 'SF510000'
	Glyf 340 -> PSGlyf Name # 92, name= 'SF520000'
	Glyf 341 -> PSGlyf Name # 93, name= 'SF390000'
	Glyf 342 -> PSGlyf Name # 94, name= 'SF220000'
	Glyf 343 -> PSGlyf Name # 95, name= 'SF210000'
	Glyf 344 -> PSGlyf Name # 96, name= 'SF250000'
	Glyf 345 -> PSGlyf Name # 97, name= 'SF500000'
	Glyf 346 -> PSGlyf Name # 98, name= 'SF490000'
	Glyf 347 -> PSGlyf Name # 99, name= 'SF380000'
	Glyf 348 -> PSGlyf Name # 100, name= 'SF280000'
	Glyf 349 -> PSGlyf Name # 101, name= 'SF270000'
	Glyf 350 -> PSGlyf Name # 102, name= 'SF260000'
	Glyf 351 -> PSGlyf Name # 103, name= 'SF360000'
	Glyf 352 -> PSGlyf Name # 104, name= 'SF370000'
	Glyf 353 -> PSGlyf Name # 105, name= 'SF420000'
	Glyf 354 -> PSGlyf Name # 106, name= 'SF190000'
	Glyf 355 -> PSGlyf Name # 107, name= 'SF200000'
	Glyf 356 -> PSGlyf Name # 108, name= 'SF230000'
	Glyf 357 -> PSGlyf Name # 109, name= 'SF470000'
	Glyf 358 -> PSGlyf Name # 110, name= 'SF480000'
	Glyf 359 -> PSGlyf Name # 111, name= 'SF410000'
	Glyf 360 -> PSGlyf Name # 112, name= 'SF450000'
	Glyf 361 -> PSGlyf Name # 113, name= 'SF460000'
	Glyf 362 -> PSGlyf Name # 114, name= 'SF400000'
	Glyf 363 -> PSGlyf Name # 115, name= 'SF540000'
	Glyf 364 -> PSGlyf Name # 116, name= 'SF530000'
	Glyf 365 -> PSGlyf Name # 117, name= 'SF440000'
	Glyf 366 -> PSGlyf Name # 118, name= 'upblock'
	Glyf 367 -> PSGlyf Name # 119, name= 'dnblock'
	Glyf 368 -> PSGlyf Name # 120, name= 'block'
	Glyf 369 -> PSGlyf Name # 121, name= 'lfblock'
	Glyf 370 -> PSGlyf Name # 122, name= 'rtblock'
	Glyf 371 -> PSGlyf Name # 123, name= 'ltshade'
	Glyf 372 -> PSGlyf Name # 124, name= 'shade'
	Glyf 373 -> PSGlyf Name # 125, name= 'dkshade'
	Glyf 374 -> PSGlyf Name # 126, name= 'filledbox'
	Glyf 375 -> PSGlyf Name # 127, name= 'filledrect'
	Glyf 376 -> PSGlyf Name # 128, name= 'triagup'
	Glyf 377 -> PSGlyf Name # 129, name= 'triagrt'
	Glyf 378 -> PSGlyf Name # 130, name= 'triagdn'
	Glyf 379 -> PSGlyf Name # 131, name= 'triaglf'
	Glyf 380 -> PSGlyf Name # 132, name= 'circle'
	Glyf 381 -> PSGlyf Name # 133, name= 'invbullet'
	Glyf 382 -> PSGlyf Name # 134, name= 'invcircle'
	Glyf 383 -> PSGlyf Name # 135, name= 'smileface'
	Glyf 384 -> PSGlyf Name # 136, name= 'invsmileface'
	Glyf 385 -> PSGlyf Name # 137, name= 'sun'
	Glyf 386 -> PSGlyf Name # 138, name= 'female'
	Glyf 387 -> PSGlyf Name # 139, name= 'male'
	Glyf 388 -> PSGlyf Name # 140, name= 'spade'
	Glyf 389 -> PSGlyf Name # 141, name= 'club'
	Glyf 390 -> PSGlyf Name # 142, name= 'heart'
	Glyf 391 -> PSGlyf Name # 143, name= 'diamond'
	Glyf 392 -> PSGlyf Name # 144, name= 'musicalnote'
	Glyf 393 -> PSGlyf Name # 145, name= 'musicalnotedbl'
	Glyf 394 -> PSGlyf Name # 146, name= 'IJ'
	Glyf 395 -> PSGlyf Name # 147, name= 'ij'
	Glyf 396 -> PSGlyf Name # 148, name= 'napostrophe'
	Glyf 397 -> PSGlyf Name # 149, name= 'minute'
	Glyf 398 -> PSGlyf Name # 150, name= 'second'
	Glyf 399 -> PSGlyf Name # 151, name= 'afii61248'
	Glyf 400 -> PSGlyf Name # 152, name= 'afii61289'
	Glyf 401 -> PSGlyf Name # 153, name= 'H22073'
	Glyf 402 -> PSGlyf Name # 154, name= 'H18543'
	Glyf 403 -> PSGlyf Name # 155, name= 'H18551'
	Glyf 404 -> PSGlyf Name # 156, name= 'H18533'
	Glyf 405 -> PSGlyf Name # 157, name= 'openbullet'
	Glyf 406 -> PSGlyf Name # 158, name= 'Amacron'
	Glyf 407 -> PSGlyf Name # 159, name= 'amacron'
	Glyf 408 -> PSGlyf Name # 160, name= 'Ccircumflex'
	Glyf 409 -> PSGlyf Name # 161, name= 'ccircumflex'
	Glyf 410 -> PSGlyf Name # 162, name= 'Cdot'
	Glyf 411 -> PSGlyf Name # 163, name= 'cdot'
	Glyf 412 -> PSGlyf Name # 164, name= 'Emacron'
	Glyf 413 -> PSGlyf Name # 165, name= 'emacron'
	Glyf 414 -> PSGlyf Name # 166, name= 'Ebreve'
	Glyf 415 -> PSGlyf Name # 167, name= 'ebreve'
	Glyf 416 -> PSGlyf Name # 168, name= 'Edot'
	Glyf 417 -> PSGlyf Name # 169, name= 'edot'
	Glyf 418 -> PSGlyf Name # 170, name= 'Gcircumflex'
	Glyf 419 -> PSGlyf Name # 171, name= 'gcircumflex'
	Glyf 420 -> PSGlyf Name # 172, name= 'Gdot'
	Glyf 421 -> PSGlyf Name # 173, name= 'gdot'
	Glyf 422 -> PSGlyf Name # 174, name= 'Gcedilla'
	Glyf 423 -> PSGlyf Name # 175, name= 'gcedilla'
	Glyf 424 -> PSGlyf Name # 176, name= 'Hcircumflex'
	Glyf 425 -> PSGlyf Name # 177, name= 'hcircumflex'
	Glyf 426 -> PSGlyf Name # 178, name= 'Hbar'
	Glyf 427 -> PSGlyf Name # 179, name= 'hbar'
	Glyf 428 -> PSGlyf Name # 180, name= 'Itilde'
	Glyf 429 -> PSGlyf Name # 181, name= 'itilde'
	Glyf 430 -> PSGlyf Name # 182, name= 'Imacron'
	Glyf 431 -> PSGlyf Name # 183, name= 'imacron'
	Glyf 432 -> PSGlyf Name # 184, name= 'Ibreve'
	Glyf 433 -> PSGlyf Name # 185, name= 'ibreve'
	Glyf 434 -> PSGlyf Name # 186, name= 'Iogonek'
	Glyf 435 -> PSGlyf Name # 187, name= 'iogonek'
	Glyf 436 -> PSGlyf Name # 188, name= 'Jcircumflex'
	Glyf 437 -> PSGlyf Name # 189, name= 'jcircumflex'
	Glyf 438 -> PSGlyf Name # 190, name= 'Kcedilla'
	Glyf 439 -> PSGlyf Name # 191, name= 'kcedilla'
	Glyf 440 -> PSGlyf Name # 192, name= 'kgreenlandic'
	Glyf 441 -> PSGlyf Name # 193, name= 'Lcedilla'
	Glyf 442 -> PSGlyf Name # 194, name= 'lcedilla'
	Glyf 443 -> PSGlyf Name # 195, name= 'Ncedilla'
	Glyf 444 -> PSGlyf Name # 196, name= 'ncedilla'
	Glyf 445 -> PSGlyf Name # 197, name= 'Eng'
	Glyf 446 -> PSGlyf Name # 198, name= 'eng'
	Glyf 447 -> PSGlyf Name # 199, name= 'Omacron'
	Glyf 448 -> PSGlyf Name # 200, name= 'omacron'
	Glyf 449 -> PSGlyf Name # 201, name= 'Obreve'
	Glyf 450 -> PSGlyf Name # 202, name= 'obreve'
	Glyf 451 -> PSGlyf Name # 203, name= 'Rcedilla'
	Glyf 452 -> PSGlyf Name # 204, name= 'rcedilla'
	Glyf 453 -> PSGlyf Name # 205, name= 'Scircumflex'
	Glyf 454 -> PSGlyf Name # 206, name= 'scircumflex'
	Glyf 455 -> PSGlyf Name # 207, name= 'Tbar'
	Glyf 456 -> PSGlyf Name # 208, name= 'tbar'
	Glyf 457 -> PSGlyf Name # 209, name= 'Utilde'
	Glyf 458 -> PSGlyf Name # 210, name= 'utilde'
	Glyf 459 -> PSGlyf Name # 211, name= 'Umacron'
	Glyf 460 -> PSGlyf Name # 212, name= 'umacron'
	Glyf 461 -> PSGlyf Name # 213, name= 'Ubreve'
	Glyf 462 -> PSGlyf Name # 214, name= 'ubreve'
	Glyf 463 -> PSGlyf Name # 215, name= 'Uogonek'
	Glyf 464 -> PSGlyf Name # 216, name= 'uogonek'
	Glyf 465 -> PSGlyf Name # 217, name= 'Wcircumflex'
	Glyf 466 -> PSGlyf Name # 218, name= 'wcircumflex'
	Glyf 467 -> PSGlyf Name # 219, name= 'Ycircumflex'
	Glyf 468 -> PSGlyf Name # 220, name= 'ycircumflex'
	Glyf 469 -> PSGlyf Name # 221, name= 'longs'
	Glyf 470 -> PSGlyf Name # 222, name= 'Aringacute'
	Glyf 471 -> PSGlyf Name # 223, name= 'aringacute'
	Glyf 472 -> PSGlyf Name # 224, name= 'AEacute'
	Glyf 473 -> PSGlyf Name # 225, name= 'aeacute'
	Glyf 474 -> PSGlyf Name # 226, name= 'Oslashacute'
	Glyf 475 -> PSGlyf Name # 227, name= 'oslashacute'
	Glyf 476 -> PSGlyf Name # 228, name= 'anoteleia'
	Glyf 477 -> PSGlyf Name # 229, name= 'Wgrave'
	Glyf 478 -> PSGlyf Name # 230, name= 'wgrave'
	Glyf 479 -> PSGlyf Name # 231, name= 'Wacute'
	Glyf 480 -> PSGlyf Name # 232, name= 'wacute'
	Glyf 481 -> PSGlyf Name # 233, name= 'Wdieresis'
	Glyf 482 -> PSGlyf Name # 234, name= 'wdieresis'
	Glyf 483 -> PSGlyf Name # 235, name= 'Ygrave'
	Glyf 484 -> PSGlyf Name # 236, name= 'ygrave'
	Glyf 485 -> PSGlyf Name # 237, name= 'quotereversed'
	Glyf 486 -> PSGlyf Name # 238, name= 'radicalex'
	Glyf 487 -> PSGlyf Name # 239, name= 'afii08941'
	Glyf 488 -> PSGlyf Name # 240, name= 'estimated'
	Glyf 489 -> PSGlyf Name # 241, name= 'oneeighth'
	Glyf 490 -> PSGlyf Name # 242, name= 'threeeighths'
	Glyf 491 -> PSGlyf Name # 243, name= 'fiveeighths'
	Glyf 492 -> PSGlyf Name # 244, name= 'seveneighths'
	Glyf 493 -> PSGlyf Name # 245, name= 'commaaccent'
	Glyf 494 -> PSGlyf Name # 246, name= 'undercommaaccent'
	Glyf 495 -> PSGlyf Name # 247, name= 'tonos'
	Glyf 496 -> PSGlyf Name # 248, name= 'dieresistonos'
	Glyf 497 -> PSGlyf Name # 249, name= 'Alphatonos'
	Glyf 498 -> PSGlyf Name # 250, name= 'Epsilontonos'
	Glyf 499 -> PSGlyf Name # 251, name= 'Etatonos'
	Glyf 500 -> PSGlyf Name # 252, name= 'Iotatonos'
	Glyf 501 -> PSGlyf Name # 253, name= 'Omicrontonos'
	Glyf 502 -> PSGlyf Name # 254, name= 'Upsilontonos'
	Glyf 503 -> PSGlyf Name # 255, name= 'Omegatonos'
	Glyf 504 -> PSGlyf Name # 256, name= 'iotadieresistonos'
	Glyf 505 -> PSGlyf Name # 257, name= 'Alpha'
	Glyf 506 -> PSGlyf Name # 258, name= 'Beta'
	Glyf 507 -> PSGlyf Name # 259, name= 'Delta'
	Glyf 508 -> PSGlyf Name # 260, name= 'Epsilon'
	Glyf 509 -> PSGlyf Name # 261, name= 'Zeta'
	Glyf 510 -> PSGlyf Name # 262, name= 'Eta'
	Glyf 511 -> PSGlyf Name # 263, name= 'Iota'
	Glyf 512 -> PSGlyf Name # 264, name= 'Kappa'
	Glyf 513 -> PSGlyf Name # 265, name= 'Lambda'
	Glyf 514 -> PSGlyf Name # 266, name= 'Mu'
	Glyf 515 -> PSGlyf Name # 267, name= 'Nu'
	Glyf 516 -> PSGlyf Name # 268, name= 'Xi'
	Glyf 517 -> PSGlyf Name # 269, name= 'Omicron'
	Glyf 518 -> PSGlyf Name # 270, name= 'Pi'
	Glyf 519 -> PSGlyf Name # 271, name= 'Rho'
	Glyf 520 -> PSGlyf Name # 272, name= 'Sigma'
	Glyf 521 -> PSGlyf Name # 273, name= 'Tau'
	Glyf 522 -> PSGlyf Name # 274, name= 'Upsilon'
	Glyf 523 -> PSGlyf Name # 275, name= 'Chi'
	Glyf 524 -> PSGlyf Name # 276, name= 'Psi'
	Glyf 525 -> Mac Glyph # 159, 'Omega'
	Glyf 526 -> PSGlyf Name # 277, name= 'Iotadieresis'
	Glyf 527 -> PSGlyf Name # 278, name= 'Upsilondieresis'
	Glyf 528 -> PSGlyf Name # 279, name= 'alphatonos'
	Glyf 529 -> PSGlyf Name # 280, name= 'epsilontonos'
	Glyf 530 -> PSGlyf Name # 281, name= 'etatonos'
	Glyf 531 -> PSGlyf Name # 282, name= 'iotatonos'
	Glyf 532 -> PSGlyf Name # 283, name= 'upsilondieresistonos'
	Glyf 533 -> PSGlyf Name # 284, name= 'beta'
	Glyf 534 -> PSGlyf Name # 285, name= 'gamma'
	Glyf 535 -> PSGlyf Name # 286, name= 'zeta'
	Glyf 536 -> PSGlyf Name # 287, name= 'eta'
	Glyf 537 -> PSGlyf Name # 288, name= 'theta'
	Glyf 538 -> PSGlyf Name # 289, name= 'iota'
	Glyf 539 -> PSGlyf Name # 290, name= 'kappa'
	Glyf 540 -> PSGlyf Name # 291, name= 'lambda'
	Glyf 541 -> Mac Glyph # 151, 'mu'
	Glyf 542 -> PSGlyf Name # 292, name= 'nu'
	Glyf 543 -> PSGlyf Name # 293, name= 'xi'
	Glyf 544 -> PSGlyf Name # 294, name= 'omicron'
	Glyf 545 -> PSGlyf Name # 295, name= 'rho'
	Glyf 546 -> PSGlyf Name # 296, name= 'sigma1'
	Glyf 547 -> PSGlyf Name # 297, name= 'upsilon'
	Glyf 548 -> PSGlyf Name # 298, name= 'chi'
	Glyf 549 -> PSGlyf Name # 299, name= 'psi'
	Glyf 550 -> PSGlyf Name # 300, name= 'omega'
	Glyf 551 -> PSGlyf Name # 301, name= 'iotadieresis'
	Glyf 552 -> PSGlyf Name # 302, name= 'upsilondieresis'
	Glyf 553 -> PSGlyf Name # 303, name= 'omicrontonos'
	Glyf 554 -> PSGlyf Name # 304, name= 'upsilontonos'
	Glyf 555 -> PSGlyf Name # 305, name= 'omegatonos'
	Glyf 556 -> PSGlyf Name # 306, name= 'afii10023'
	Glyf 557 -> PSGlyf Name # 307, name= 'afii10051'
	Glyf 558 -> PSGlyf Name # 308, name= 'afii10052'
	Glyf 559 -> PSGlyf Name # 309, name= 'afii10053'
	Glyf 560 -> PSGlyf Name # 310, name= 'afii10054'
	Glyf 561 -> PSGlyf Name # 311, name= 'afii10055'
	Glyf 562 -> PSGlyf Name # 312, name= 'afii10056'
	Glyf 563 -> PSGlyf Name # 313, name= 'afii10057'
	Glyf 564 -> PSGlyf Name # 314, name= 'afii10058'
	Glyf 565 -> PSGlyf Name # 315, name= 'afii10059'
	Glyf 566 -> PSGlyf Name # 316, name= 'afii10060'
	Glyf 567 -> PSGlyf Name # 317, name= 'afii10061'
	Glyf 568 -> PSGlyf Name # 318, name= 'afii10062'
	Glyf 569 -> PSGlyf Name # 319, name= 'afii10145'
	Glyf 570 -> PSGlyf Name # 320, name= 'afii10017'
	Glyf 571 -> PSGlyf Name # 321, name= 'afii10018'
	Glyf 572 -> PSGlyf Name # 322, name= 'afii10019'
	Glyf 573 -> PSGlyf Name # 323, name= 'afii10020'
	Glyf 574 -> PSGlyf Name # 324, name= 'afii10021'
	Glyf 575 -> PSGlyf Name # 325, name= 'afii10022'
	Glyf 576 -> PSGlyf Name # 326, name= 'afii10024'
	Glyf 577 -> PSGlyf Name # 327, name= 'afii10025'
	Glyf 578 -> PSGlyf Name # 328, name= 'afii10026'
	Glyf 579 -> PSGlyf Name # 329, name= 'afii10027'
	Glyf 580 -> PSGlyf Name # 330, name= 'afii10028'
	Glyf 581 -> PSGlyf Name # 331, name= 'afii10029'
	Glyf 582 -> PSGlyf Name # 332, name= 'afii10030'
	Glyf 583 -> PSGlyf Name # 333, name= 'afii10031'
	Glyf 584 -> PSGlyf Name # 334, name= 'afii10032'
	Glyf 585 -> PSGlyf Name # 335, name= 'afii10033'
	Glyf 586 -> PSGlyf Name # 336, name= 'afii10034'
	Glyf 587 -> PSGlyf Name # 337, name= 'afii10035'
	Glyf 588 -> PSGlyf Name # 338, name= 'afii10036'
	Glyf 589 -> PSGlyf Name # 339, name= 'afii10037'
	Glyf 590 -> PSGlyf Name # 340, name= 'afii10038'
	Glyf 591 -> PSGlyf Name # 341, name= 'afii10039'
	Glyf 592 -> PSGlyf Name # 342, name= 'afii10040'
	Glyf 593 -> PSGlyf Name # 343, name= 'afii10041'
	Glyf 594 -> PSGlyf Name # 344, name= 'afii10042'
	Glyf 595 -> PSGlyf Name # 345, name= 'afii10043'
	Glyf 596 -> PSGlyf Name # 346, name= 'afii10044'
	Glyf 597 -> PSGlyf Name # 347, name= 'afii10045'
	Glyf 598 -> PSGlyf Name # 348, name= 'afii10046'
	Glyf 599 -> PSGlyf Name # 349, name= 'afii10047'
	Glyf 600 -> PSGlyf Name # 350, name= 'afii10048'
	Glyf 601 -> PSGlyf Name # 351, name= 'afii10049'
	Glyf 602 -> PSGlyf Name # 352, name= 'afii10065'
	Glyf 603 -> PSGlyf Name # 353, name= 'afii10066'
	Glyf 604 -> PSGlyf Name # 354, name= 'afii10067'
	Glyf 605 -> PSGlyf Name # 355, name= 'afii10068'
	Glyf 606 -> PSGlyf Name # 356, name= 'afii10069'
	Glyf 607 -> PSGlyf Name # 357, name= 'afii10070'
	Glyf 608 -> PSGlyf Name # 358, name= 'afii10072'
	Glyf 609 -> PSGlyf Name # 359, name= 'afii10073'
	Glyf 610 -> PSGlyf Name # 360, name= 'afii10074'
	Glyf 611 -> PSGlyf Name # 361, name= 'afii10075'
	Glyf 612 -> PSGlyf Name # 362, name= 'afii10076'
	Glyf 613 -> PSGlyf Name # 363, name= 'afii10077'
	Glyf 614 -> PSGlyf Name # 364, name= 'afii10078'
	Glyf 615 -> PSGlyf Name # 365, name= 'afii10079'
	Glyf 616 -> PSGlyf Name # 366, name= 'afii10080'
	Glyf 617 -> PSGlyf Name # 367, name= 'afii10081'
	Glyf 618 -> PSGlyf Name # 368, name= 'afii10082'
	Glyf 619 -> PSGlyf Name # 369, name= 'afii10083'
	Glyf 620 -> PSGlyf Name # 370, name= 'afii10084'
	Glyf 621 -> PSGlyf Name # 371, name= 'afii10085'
	Glyf 622 -> PSGlyf Name # 372, name= 'afii10086'
	Glyf 623 -> PSGlyf Name # 373, name= 'afii10087'
	Glyf 624 -> PSGlyf Name # 374, name= 'afii10088'
	Glyf 625 -> PSGlyf Name # 375, name= 'afii10089'
	Glyf 626 -> PSGlyf Name # 376, name= 'afii10090'
	Glyf 627 -> PSGlyf Name # 377, name= 'afii10091'
	Glyf 628 -> PSGlyf Name # 378, name= 'afii10092'
	Glyf 629 -> PSGlyf Name # 379, name= 'afii10093'
	Glyf 630 -> PSGlyf Name # 380, name= 'afii10094'
	Glyf 631 -> PSGlyf Name # 381, name= 'afii10095'
	Glyf 632 -> PSGlyf Name # 382, name= 'afii10096'
	Glyf 633 -> PSGlyf Name # 383, name= 'afii10097'
	Glyf 634 -> PSGlyf Name # 384, name= 'afii10071'
	Glyf 635 -> PSGlyf Name # 385, name= 'afii10099'
	Glyf 636 -> PSGlyf Name # 386, name= 'afii10100'
	Glyf 637 -> PSGlyf Name # 387, name= 'afii10101'
	Glyf 638 -> PSGlyf Name # 388, name= 'afii10102'
	Glyf 639 -> PSGlyf Name # 389, name= 'afii10103'
	Glyf 640 -> PSGlyf Name # 390, name= 'afii10104'
	Glyf 641 -> PSGlyf Name # 391, name= 'afii10105'
	Glyf 642 -> PSGlyf Name # 392, name= 'afii10106'
	Glyf 643 -> PSGlyf Name # 393, name= 'afii10107'
	Glyf 644 -> PSGlyf Name # 394, name= 'afii10108'
	Glyf 645 -> PSGlyf Name # 395, name= 'afii10109'
	Glyf 646 -> PSGlyf Name # 396, name= 'afii10110'
	Glyf 647 -> PSGlyf Name # 397, name= 'afii10193'
	Glyf 648 -> PSGlyf Name # 398, name= 'afii10050'
	Glyf 649 -> PSGlyf Name # 399, name= 'afii10098'
	Glyf 650 -> PSGlyf Name # 400, name= 'afii00208'
	Glyf 651 -> PSGlyf Name # 401, name= 'afii61352'
	Glyf 652 -> Mac Glyph # 155, 'pi'
	Glyf 653 -> PSGlyf Name # 402, name= 'sheva'
	Glyf 654 -> PSGlyf Name # 403, name= 'hatafsegol'
	Glyf 655 -> PSGlyf Name # 404, name= 'hatafpatah'
	Glyf 656 -> PSGlyf Name # 405, name= 'hatafqamats'
	Glyf 657 -> PSGlyf Name # 406, name= 'hiriq'
	Glyf 658 -> PSGlyf Name # 407, name= 'tsere'
	Glyf 659 -> PSGlyf Name # 408, name= 'segol'
	Glyf 660 -> PSGlyf Name # 409, name= 'patah'
	Glyf 661 -> PSGlyf Name # 410, name= 'qamats'
	Glyf 662 -> PSGlyf Name # 411, name= 'holam'
	Glyf 663 -> PSGlyf Name # 412, name= 'qubuts'
	Glyf 664 -> PSGlyf Name # 413, name= 'dagesh'
	Glyf 665 -> PSGlyf Name # 414, name= 'meteg'
	Glyf 666 -> PSGlyf Name # 415, name= 'maqaf'
	Glyf 667 -> PSGlyf Name # 416, name= 'rafe'
	Glyf 668 -> PSGlyf Name # 417, name= 'paseq'
	Glyf 669 -> PSGlyf Name # 418, name= 'shindot'
	Glyf 670 -> PSGlyf Name # 419, name= 'sindot'
	Glyf 671 -> PSGlyf Name # 420, name= 'sofpasuq'
	Glyf 672 -> PSGlyf Name # 421, name= 'alef'
	Glyf 673 -> PSGlyf Name # 422, name= 'bet'
	Glyf 674 -> PSGlyf Name # 423, name= 'gimel'
	Glyf 675 -> PSGlyf Name # 424, name= 'dalet'
	Glyf 676 -> PSGlyf Name # 425, name= 'he'
	Glyf 677 -> PSGlyf Name # 426, name= 'vav'
	Glyf 678 -> PSGlyf Name # 427, name= 'zayin'
	Glyf 679 -> PSGlyf Name # 428, name= 'het'
	Glyf 680 -> PSGlyf Name # 429, name= 'tet'
	Glyf 681 -> PSGlyf Name # 430, name= 'yod'
	Glyf 682 -> PSGlyf Name # 431, name= 'finalkaf'
	Glyf 683 -> PSGlyf Name # 432, name= 'kaf'
	Glyf 684 -> PSGlyf Name # 433, name= 'lamed'
	Glyf 685 -> PSGlyf Name # 434, name= 'finalmem'
	Glyf 686 -> PSGlyf Name # 435, name= 'mem'
	Glyf 687 -> PSGlyf Name # 436, name= 'finalnun'
	Glyf 688 -> PSGlyf Name # 437, name= 'nun'
	Glyf 689 -> PSGlyf Name # 438, name= 'samekh'
	Glyf 690 -> PSGlyf Name # 439, name= 'ayin'
	Glyf 691 -> PSGlyf Name # 440, name= 'finalpe'
	Glyf 692 -> PSGlyf Name # 441, name= 'pe'
	Glyf 693 -> PSGlyf Name # 442, name= 'finaltsadi'
	Glyf 694 -> PSGlyf Name # 443, name= 'tsadi'
	Glyf 695 -> PSGlyf Name # 444, name= 'qof'
	Glyf 696 -> PSGlyf Name # 445, name= 'resh'
	Glyf 697 -> PSGlyf Name # 446, name= 'shin'
	Glyf 698 -> PSGlyf Name # 447, name= 'tav'
	Glyf 699 -> PSGlyf Name # 448, name= 'doublevav'
	Glyf 700 -> PSGlyf Name # 449, name= 'vavyod'
	Glyf 701 -> PSGlyf Name # 450, name= 'doubleyod'
	Glyf 702 -> PSGlyf Name # 451, name= 'geresh'
	Glyf 703 -> PSGlyf Name # 452, name= 'gershayim'
	Glyf 704 -> PSGlyf Name # 453, name= 'newsheqelsign'
	Glyf 705 -> PSGlyf Name # 454, name= 'vavshindot'
	Glyf 706 -> PSGlyf Name # 455, name= 'finalkafsheva'
	Glyf 707 -> PSGlyf Name # 456, name= 'finalkafqamats'
	Glyf 708 -> PSGlyf Name # 457, name= 'lamedholam'
	Glyf 709 -> PSGlyf Name # 458, name= 'lamedholamdagesh'
	Glyf 710 -> PSGlyf Name # 459, name= 'altayin'
	Glyf 711 -> PSGlyf Name # 460, name= 'shinshindot'
	Glyf 712 -> PSGlyf Name # 461, name= 'shinsindot'
	Glyf 713 -> PSGlyf Name # 462, name= 'shindageshshindot'
	Glyf 714 -> PSGlyf Name # 463, name= 'shindageshsindot'
	Glyf 715 -> PSGlyf Name # 464, name= 'alefpatah'
	Glyf 716 -> PSGlyf Name # 465, name= 'alefqamats'
	Glyf 717 -> PSGlyf Name # 466, name= 'alefmapiq'
	Glyf 718 -> PSGlyf Name # 467, name= 'betdagesh'
	Glyf 719 -> PSGlyf Name # 468, name= 'gimeldagesh'
	Glyf 720 -> PSGlyf Name # 469, name= 'daletdagesh'
	Glyf 721 -> PSGlyf Name # 470, name= 'hedagesh'
	Glyf 722 -> PSGlyf Name # 471, name= 'vavdagesh'
	Glyf 723 -> PSGlyf Name # 472, name= 'zayindagesh'
	Glyf 724 -> PSGlyf Name # 473, name= 'tetdagesh'
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	Glyf 728 -> PSGlyf Name # 477, name= 'lameddagesh'
	Glyf 729 -> PSGlyf Name # 478, name= 'memdagesh'
	Glyf 730 -> PSGlyf Name # 479, name= 'nundagesh'
	Glyf 731 -> PSGlyf Name # 480, name= 'samekhdagesh'
	Glyf 732 -> PSGlyf Name # 481, name= 'finalpedagesh'
	Glyf 733 -> PSGlyf Name # 482, name= 'pedagesh'
	Glyf 734 -> PSGlyf Name # 483, name= 'tsadidagesh'
	Glyf 735 -> PSGlyf Name # 484, name= 'qofdagesh'
	Glyf 736 -> PSGlyf Name # 485, name= 'reshdagesh'
	Glyf 737 -> PSGlyf Name # 486, name= 'shindagesh'
	Glyf 738 -> PSGlyf Name # 487, name= 'tavdages'
	Glyf 739 -> PSGlyf Name # 488, name= 'vavholam'
	Glyf 740 -> PSGlyf Name # 489, name= 'betrafe'
	Glyf 741 -> PSGlyf Name # 490, name= 'kafrafe'
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	Glyf 743 -> PSGlyf Name # 492, name= 'aleflamed'
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	Glyf 862 -> Mac Glyph # 189, 'currency'
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	Glyf 1067 -> PSGlyf Name # 815, name= 'afii62885-3'
	Glyf 1068 -> PSGlyf Name # 816, name= 'afii62882-3'
	Glyf 1069 -> PSGlyf Name # 817, name= 'afii57504-3'
	Glyf 1070 -> PSGlyf Name # 818, name= 'afii57456-3'
	Glyf 1071 -> PSGlyf Name # 819, name= 'afii57453-3'
	Glyf 1072 -> PSGlyf Name # 820, name= 'glyph1072'
	Glyf 1073 -> PSGlyf Name # 821, name= 'glyph1073'
	Glyf 1074 -> PSGlyf Name # 822, name= 'afii57543-4'
	Glyf 1075 -> PSGlyf Name # 823, name= 'afii57454-4'
	Glyf 1076 -> PSGlyf Name # 824, name= 'afii57451-4'
	Glyf 1077 -> PSGlyf Name # 825, name= 'glyph1077'
	Glyf 1078 -> PSGlyf Name # 826, name= 'glyph1078'
	Glyf 1079 -> PSGlyf Name # 827, name= 'afii57471-4'
	Glyf 1080 -> PSGlyf Name # 828, name= 'afii57458-4'
	Glyf 1081 -> PSGlyf Name # 829, name= 'afii57457-4'
	Glyf 1082 -> PSGlyf Name # 830, name= 'afii57494-4'
	Glyf 1083 -> PSGlyf Name # 831, name= 'afii57459-4'
	Glyf 1084 -> PSGlyf Name # 832, name= 'afii57455-4'
	Glyf 1085 -> PSGlyf Name # 833, name= 'afii57452-4'
	Glyf 1086 -> PSGlyf Name # 834, name= 'glyph1086'
	Glyf 1087 -> PSGlyf Name # 835, name= 'glyph1087'
	Glyf 1088 -> PSGlyf Name # 836, name= 'glyph1088'
	Glyf 1089 -> PSGlyf Name # 837, name= 'afii62884-4'
	Glyf 1090 -> PSGlyf Name # 838, name= 'afii62881-4'
	Glyf 1091 -> PSGlyf Name # 839, name= 'afii62886-4'
	Glyf 1092 -> PSGlyf Name # 840, name= 'afii62883-4'
	Glyf 1093 -> PSGlyf Name # 841, name= 'afii62885-4'
	Glyf 1094 -> PSGlyf Name # 842, name= 'afii62882-4'
	Glyf 1095 -> PSGlyf Name # 843, name= 'afii57504-4'
	Glyf 1096 -> PSGlyf Name # 844, name= 'afii57456-4'
	Glyf 1097 -> PSGlyf Name # 845, name= 'afii57453-4'
	Glyf 1098 -> PSGlyf Name # 846, name= 'glyph1098'
	Glyf 1099 -> PSGlyf Name # 847, name= 'glyph1099'
	Glyf 1100 -> PSGlyf Name # 848, name= 'glyph1100'
	Glyf 1101 -> PSGlyf Name # 849, name= 'glyph1101'
	Glyf 1102 -> PSGlyf Name # 850, name= 'glyph1102'
	Glyf 1103 -> PSGlyf Name # 851, name= 'glyph1103'
	Glyf 1104 -> PSGlyf Name # 852, name= 'glyph1104'
	Glyf 1105 -> PSGlyf Name # 853, name= 'glyph1105'
	Glyf 1106 -> PSGlyf Name # 854, name= 'glyph1106'
	Glyf 1107 -> PSGlyf Name # 855, name= 'glyph1107'
	Glyf 1108 -> PSGlyf Name # 856, name= 'glyph1108'
	Glyf 1109 -> PSGlyf Name # 857, name= 'glyph1109'
	Glyf 1110 -> PSGlyf Name # 858, name= 'glyph1110'
	Glyf 1111 -> PSGlyf Name # 859, name= 'glyph1111'
	Glyf 1112 -> PSGlyf Name # 860, name= 'glyph1112'
	Glyf 1113 -> PSGlyf Name # 861, name= 'glyph1113'
	Glyf 1114 -> PSGlyf Name # 862, name= 'glyph1114'
	Glyf 1115 -> PSGlyf Name # 863, name= 'glyph1115'
	Glyf 1116 -> PSGlyf Name # 864, name= 'glyph1116'
	Glyf 1117 -> PSGlyf Name # 865, name= 'glyph1117'
	Glyf 1118 -> PSGlyf Name # 866, name= 'glyph1118'
	Glyf 1119 -> PSGlyf Name # 867, name= 'glyph1119'
	Glyf 1120 -> PSGlyf Name # 868, name= 'glyph1120'
	Glyf 1121 -> PSGlyf Name # 869, name= 'glyph1121'
	Glyf 1122 -> PSGlyf Name # 870, name= 'glyph1122'
	Glyf 1123 -> PSGlyf Name # 871, name= 'glyph1123'
	Glyf 1124 -> PSGlyf Name # 872, name= 'glyph1124'
	Glyf 1125 -> PSGlyf Name # 873, name= 'glyph1125'
	Glyf 1126 -> PSGlyf Name # 874, name= 'glyph1126'
	Glyf 1127 -> PSGlyf Name # 875, name= 'afii57440-2'
	Glyf 1128 -> PSGlyf Name # 876, name= 'afii57440-3'
	Glyf 1129 -> PSGlyf Name # 877, name= 'afii57440-4'
	Glyf 1130 -> PSGlyf Name # 878, name= 'Ohorn'
	Glyf 1131 -> PSGlyf Name # 879, name= 'ohorn'
	Glyf 1132 -> PSGlyf Name # 880, name= 'Uhorn'
	Glyf 1133 -> PSGlyf Name # 881, name= 'uhorn'
	Glyf 1134 -> Mac Glyph # 0, '.notdef'
	Glyf 1135 -> Mac Glyph # 0, '.notdef'
	Glyf 1136 -> Mac Glyph # 0, '.notdef'
	Glyf 1137 -> PSGlyf Name # 882, name= 'f006'
	Glyf 1138 -> PSGlyf Name # 883, name= 'f007'
	Glyf 1139 -> PSGlyf Name # 884, name= 'f009'
	Glyf 1140 -> PSGlyf Name # 885, name= 'combininghookabove'
	Glyf 1141 -> PSGlyf Name # 886, name= 'f010'
	Glyf 1142 -> PSGlyf Name # 887, name= 'f013'
	Glyf 1143 -> PSGlyf Name # 888, name= 'f011'
	Glyf 1144 -> PSGlyf Name # 889, name= 'f01c'
	Glyf 1145 -> PSGlyf Name # 890, name= 'f015'
	Glyf 1146 -> PSGlyf Name # 891, name= 'combiningtildeaccent'
	Glyf 1147 -> Mac Glyph # 0, '.notdef'
	Glyf 1148 -> Mac Glyph # 0, '.notdef'
	Glyf 1149 -> PSGlyf Name # 892, name= 'f02c'
	Glyf 1150 -> PSGlyf Name # 893, name= 'dongsign'
	Glyf 1151 -> PSGlyf Name # 894, name= 'onethird'
	Glyf 1152 -> PSGlyf Name # 895, name= 'twothirds'
	Glyf 1153 -> PSGlyf Name # 896, name= 'f008'
	Glyf 1154 -> Mac Glyph # 0, '.notdef'
	Glyf 1155 -> Mac Glyph # 0, '.notdef'
	Glyf 1156 -> PSGlyf Name # 897, name= 'f00f'
	Glyf 1157 -> PSGlyf Name # 898, name= 'f012'
	Glyf 1158 -> PSGlyf Name # 899, name= 'f014'
	Glyf 1159 -> PSGlyf Name # 900, name= 'f016'
	Glyf 1160 -> PSGlyf Name # 901, name= 'f017'
	Glyf 1161 -> PSGlyf Name # 902, name= 'f018'
	Glyf 1162 -> PSGlyf Name # 903, name= 'f019'
	Glyf 1163 -> PSGlyf Name # 904, name= 'f01a'
	Glyf 1164 -> PSGlyf Name # 905, name= 'f01b'
	Glyf 1165 -> PSGlyf Name # 906, name= 'f01e'
	Glyf 1166 -> PSGlyf Name # 907, name= 'f01f'
	Glyf 1167 -> PSGlyf Name # 908, name= 'f020'
	Glyf 1168 -> PSGlyf Name # 909, name= 'f021'
	Glyf 1169 -> PSGlyf Name # 910, name= 'f022'
	Glyf 1170 -> PSGlyf Name # 911, name= 'combininggraveaccent'
	Glyf 1171 -> PSGlyf Name # 912, name= 'combiningacuteaccent'
	Glyf 1172 -> PSGlyf Name # 913, name= 'f01d'
	Glyf 1173 -> PSGlyf Name # 914, name= 'combiningdotbelow'
	Glyf 1174 -> PSGlyf Name # 915, name= 'f023'
	Glyf 1175 -> PSGlyf Name # 916, name= 'f029'
	Glyf 1176 -> PSGlyf Name # 917, name= 'f02a'
	Glyf 1177 -> PSGlyf Name # 918, name= 'f02b'
	Glyf 1178 -> PSGlyf Name # 919, name= 'f024'
	Glyf 1179 -> PSGlyf Name # 920, name= 'f025'
	Glyf 1180 -> PSGlyf Name # 921, name= 'f026'
	Glyf 1181 -> PSGlyf Name # 922, name= 'f027'
	Glyf 1182 -> PSGlyf Name # 923, name= 'f028'
	Glyf 1183 -> PSGlyf Name # 924, name= 'f02d'
	Glyf 1184 -> PSGlyf Name # 925, name= 'f02e'
	Glyf 1185 -> PSGlyf Name # 926, name= 'f02f'
	Glyf 1186 -> PSGlyf Name # 927, name= 'f030'
	Glyf 1187 -> PSGlyf Name # 928, name= 'f031'
	Glyf 1188 -> PSGlyf Name # 929, name= 'Adotbelow'
	Glyf 1189 -> PSGlyf Name # 930, name= 'adotbelow'
	Glyf 1190 -> PSGlyf Name # 931, name= 'Ahookabove'
	Glyf 1191 -> PSGlyf Name # 932, name= 'ahookabove'
	Glyf 1192 -> PSGlyf Name # 933, name= 'Acircumflexacute'
	Glyf 1193 -> PSGlyf Name # 934, name= 'acircumflexacute'
	Glyf 1194 -> PSGlyf Name # 935, name= 'Acircumflexgrave'
	Glyf 1195 -> PSGlyf Name # 936, name= 'acircumflexgrave'
	Glyf 1196 -> PSGlyf Name # 937, name= 'Acircumflexhookabove'
	Glyf 1197 -> PSGlyf Name # 938, name= 'acircumflexhookabove'
	Glyf 1198 -> PSGlyf Name # 939, name= 'Acircumflextilde'
	Glyf 1199 -> PSGlyf Name # 940, name= 'acircumflextilde'
	Glyf 1200 -> PSGlyf Name # 941, name= 'Acircumflexdotbelow'
	Glyf 1201 -> PSGlyf Name # 942, name= 'acircumflexdotbelow'
	Glyf 1202 -> PSGlyf Name # 943, name= 'Abreveacute'
	Glyf 1203 -> PSGlyf Name # 944, name= 'abreveacute'
	Glyf 1204 -> PSGlyf Name # 945, name= 'Abrevegrave'
	Glyf 1205 -> PSGlyf Name # 946, name= 'abrevegrave'
	Glyf 1206 -> PSGlyf Name # 947, name= 'Abrevehookabove'
	Glyf 1207 -> PSGlyf Name # 948, name= 'abrevehookabove'
	Glyf 1208 -> PSGlyf Name # 949, name= 'Abrevetilde'
	Glyf 1209 -> PSGlyf Name # 950, name= 'abrevetilde'
	Glyf 1210 -> PSGlyf Name # 951, name= 'Abrevedotbelow'
	Glyf 1211 -> PSGlyf Name # 952, name= 'abrevedotbelow'
	Glyf 1212 -> PSGlyf Name # 953, name= 'Edotbelow'
	Glyf 1213 -> PSGlyf Name # 954, name= 'edotbelow'
	Glyf 1214 -> PSGlyf Name # 955, name= 'Ehookabove'
	Glyf 1215 -> PSGlyf Name # 956, name= 'ehookabove'
	Glyf 1216 -> PSGlyf Name # 957, name= 'Etilde'
	Glyf 1217 -> PSGlyf Name # 958, name= 'etilde'
	Glyf 1218 -> PSGlyf Name # 959, name= 'Ecircumflexacute'
	Glyf 1219 -> PSGlyf Name # 960, name= 'ecircumflexacute'
	Glyf 1220 -> PSGlyf Name # 961, name= 'Ecircumflexgrave'
	Glyf 1221 -> PSGlyf Name # 962, name= 'ecircumflexgrave'
	Glyf 1222 -> PSGlyf Name # 963, name= 'Ecircumflexhookabove'
	Glyf 1223 -> PSGlyf Name # 964, name= 'ecircumflexhookabove'
	Glyf 1224 -> PSGlyf Name # 965, name= 'Ecircumflextilde'
	Glyf 1225 -> PSGlyf Name # 966, name= 'ecircumflextilde'
	Glyf 1226 -> PSGlyf Name # 967, name= 'Ecircumflexdotbelow'
	Glyf 1227 -> PSGlyf Name # 968, name= 'ecircumflexdotbelow'
	Glyf 1228 -> PSGlyf Name # 969, name= 'Ihookabove'
	Glyf 1229 -> PSGlyf Name # 970, name= 'ihookabove'
	Glyf 1230 -> PSGlyf Name # 971, name= 'Idotbelow'
	Glyf 1231 -> PSGlyf Name # 972, name= 'idotbelow'
	Glyf 1232 -> PSGlyf Name # 973, name= 'Odotbelow'
	Glyf 1233 -> PSGlyf Name # 974, name= 'odotbelow'
	Glyf 1234 -> PSGlyf Name # 975, name= 'Ohookabove'
	Glyf 1235 -> PSGlyf Name # 976, name= 'ohookabove'
	Glyf 1236 -> PSGlyf Name # 977, name= 'Ocircumflexacute'
	Glyf 1237 -> PSGlyf Name # 978, name= 'ocircumflexacute'
	Glyf 1238 -> PSGlyf Name # 979, name= 'Ocircumflexgrave'
	Glyf 1239 -> PSGlyf Name # 980, name= 'ocircumflexgrave'
	Glyf 1240 -> PSGlyf Name # 981, name= 'Ocircumflexhookabove'
	Glyf 1241 -> PSGlyf Name # 982, name= 'ocircumflexhookabove'
	Glyf 1242 -> PSGlyf Name # 983, name= 'Ocircumflextilde'
	Glyf 1243 -> PSGlyf Name # 984, name= 'ocircumflextilde'
	Glyf 1244 -> PSGlyf Name # 985, name= 'Ocircumflexdotbelow'
	Glyf 1245 -> PSGlyf Name # 986, name= 'ocircumflexdotbelow'
	Glyf 1246 -> PSGlyf Name # 987, name= 'Ohornacute'
	Glyf 1247 -> PSGlyf Name # 988, name= 'ohornacute'
	Glyf 1248 -> PSGlyf Name # 989, name= 'Ohorngrave'
	Glyf 1249 -> PSGlyf Name # 990, name= 'ohorngrave'
	Glyf 1250 -> PSGlyf Name # 991, name= 'Ohornhookabove'
	Glyf 1251 -> PSGlyf Name # 992, name= 'ohornhookabove'
	Glyf 1252 -> PSGlyf Name # 993, name= 'Ohorntilde'
	Glyf 1253 -> PSGlyf Name # 994, name= 'ohorntilde'
	Glyf 1254 -> PSGlyf Name # 995, name= 'Ohorndotbelow'
	Glyf 1255 -> PSGlyf Name # 996, name= 'ohorndotbelow'
	Glyf 1256 -> PSGlyf Name # 997, name= 'Udotbelow'
	Glyf 1257 -> PSGlyf Name # 998, name= 'udotbelow'
	Glyf 1258 -> PSGlyf Name # 999, name= 'Uhookabove'
	Glyf 1259 -> PSGlyf Name # 1000, name= 'uhookabove'
	Glyf 1260 -> PSGlyf Name # 1001, name= 'Uhornacute'
	Glyf 1261 -> PSGlyf Name # 1002, name= 'uhornacute'
	Glyf 1262 -> PSGlyf Name # 1003, name= 'Uhorngrave'
	Glyf 1263 -> PSGlyf Name # 1004, name= 'uhorngrave'
	Glyf 1264 -> PSGlyf Name # 1005, name= 'Uhornhookabove'
	Glyf 1265 -> PSGlyf Name # 1006, name= 'uhornhookabove'
	Glyf 1266 -> PSGlyf Name # 1007, name= 'Uhorntilde'
	Glyf 1267 -> PSGlyf Name # 1008, name= 'uhorntilde'
	Glyf 1268 -> PSGlyf Name # 1009, name= 'Uhorndotbelow'
	Glyf 1269 -> PSGlyf Name # 1010, name= 'uhorndotbelow'
	Glyf 1270 -> PSGlyf Name # 1011, name= 'Ydotbelow'
	Glyf 1271 -> PSGlyf Name # 1012, name= 'ydotbelow'
	Glyf 1272 -> PSGlyf Name # 1013, name= 'Yhookabove'
	Glyf 1273 -> PSGlyf Name # 1014, name= 'yhookabove'
	Glyf 1274 -> PSGlyf Name # 1015, name= 'Ytilde'
	Glyf 1275 -> PSGlyf Name # 1016, name= 'ytilde'
	Glyf 1276 -> PSGlyf Name # 1017, name= 'uni01CD'
	Glyf 1277 -> PSGlyf Name # 1018, name= 'uni01CE'
	Glyf 1278 -> PSGlyf Name # 1019, name= 'uni01CF'
	Glyf 1279 -> PSGlyf Name # 1020, name= 'uni01D0'
	Glyf 1280 -> PSGlyf Name # 1021, name= 'uni01D1'
	Glyf 1281 -> PSGlyf Name # 1022, name= 'uni01D2'
	Glyf 1282 -> PSGlyf Name # 1023, name= 'uni01D3'
	Glyf 1283 -> PSGlyf Name # 1024, name= 'uni01D4'
	Glyf 1284 -> PSGlyf Name # 1025, name= 'uni01D5'
	Glyf 1285 -> PSGlyf Name # 1026, name= 'uni01D6'
	Glyf 1286 -> PSGlyf Name # 1027, name= 'uni01D7'
	Glyf 1287 -> PSGlyf Name # 1028, name= 'uni01D8'
	Glyf 1288 -> PSGlyf Name # 1029, name= 'uni01D9'
	Glyf 1289 -> PSGlyf Name # 1030, name= 'uni01DA'
	Glyf 1290 -> PSGlyf Name # 1031, name= 'uni01DB'
	Glyf 1291 -> PSGlyf Name # 1032, name= 'uni01DC'
	Glyf 1292 -> Mac Glyph # 0, '.notdef'
	Glyf 1293 -> Mac Glyph # 0, '.notdef'
	Glyf 1294 -> Mac Glyph # 0, '.notdef'
	Glyf 1295 -> Mac Glyph # 0, '.notdef'
	Glyf 1296 -> PSGlyf Name # 1033, name= 'uni0492'
	Glyf 1297 -> PSGlyf Name # 1034, name= 'uni0493'
	Glyf 1298 -> PSGlyf Name # 1035, name= 'uni0496'
	Glyf 1299 -> PSGlyf Name # 1036, name= 'uni0497'
	Glyf 1300 -> PSGlyf Name # 1037, name= 'uni049a'
	Glyf 1301 -> PSGlyf Name # 1038, name= 'uni049b'
	Glyf 1302 -> PSGlyf Name # 1039, name= 'uni049c'
	Glyf 1303 -> PSGlyf Name # 1040, name= 'uni049d'
	Glyf 1304 -> PSGlyf Name # 1041, name= 'uni04a2'
	Glyf 1305 -> PSGlyf Name # 1042, name= 'uni04a3'
	Glyf 1306 -> PSGlyf Name # 1043, name= 'uni04ae'
	Glyf 1307 -> PSGlyf Name # 1044, name= 'uni04af'
	Glyf 1308 -> PSGlyf Name # 1045, name= 'uni04b0'
	Glyf 1309 -> PSGlyf Name # 1046, name= 'uni04b1'
	Glyf 1310 -> PSGlyf Name # 1047, name= 'uni04b2'
	Glyf 1311 -> PSGlyf Name # 1048, name= 'uni04b3'
	Glyf 1312 -> PSGlyf Name # 1049, name= 'uni04b8'
	Glyf 1313 -> PSGlyf Name # 1050, name= 'uni04b9'
	Glyf 1314 -> PSGlyf Name # 1051, name= 'uni04ba'
	Glyf 1315 -> PSGlyf Name # 1052, name= 'uni04bb'
	Glyf 1316 -> PSGlyf Name # 1053, name= 'uni018f'
	Glyf 1317 -> PSGlyf Name # 1054, name= 'uni0259'
	Glyf 1318 -> PSGlyf Name # 1055, name= 'uni04e8'
	Glyf 1319 -> PSGlyf Name # 1056, name= 'uni04e9'

	Full List of PSGlyf Names
	-------------------------
	PSGlyf Name #   1: .null
	PSGlyf Name #   2: nonmarkingreturn
	PSGlyf Name #   3: mu1
	PSGlyf Name #   4: pi1
	PSGlyf Name #   5: Ohm
	PSGlyf Name #   6: Euro
	PSGlyf Name #   7: dmacron
	PSGlyf Name #   8: overscore
	PSGlyf Name #   9: middot
	PSGlyf Name #  10: Abreve
	PSGlyf Name #  11: abreve
	PSGlyf Name #  12: Aogonek
	PSGlyf Name #  13: aogonek
	PSGlyf Name #  14: Dcaron
	PSGlyf Name #  15: dcaron
	PSGlyf Name #  16: Dslash
	PSGlyf Name #  17: Eogonek
	PSGlyf Name #  18: eogonek
	PSGlyf Name #  19: Ecaron
	PSGlyf Name #  20: ecaron
	PSGlyf Name #  21: Lacute
	PSGlyf Name #  22: lacute
	PSGlyf Name #  23: Lcaron
	PSGlyf Name #  24: lcaron
	PSGlyf Name #  25: Ldot
	PSGlyf Name #  26: ldot
	PSGlyf Name #  27: Nacute
	PSGlyf Name #  28: nacute
	PSGlyf Name #  29: Ncaron
	PSGlyf Name #  30: ncaron
	PSGlyf Name #  31: Odblacute
	PSGlyf Name #  32: odblacute
	PSGlyf Name #  33: Racute
	PSGlyf Name #  34: racute
	PSGlyf Name #  35: Rcaron
	PSGlyf Name #  36: rcaron
	PSGlyf Name #  37: Sacute
	PSGlyf Name #  38: sacute
	PSGlyf Name #  39: Tcedilla
	PSGlyf Name #  40: tcedilla
	PSGlyf Name #  41: Tcaron
	PSGlyf Name #  42: tcaron
	PSGlyf Name #  43: Uring
	PSGlyf Name #  44: uring
	PSGlyf Name #  45: Udblacute
	PSGlyf Name #  46: udblacute
	PSGlyf Name #  47: Zacute
	PSGlyf Name #  48: zacute
	PSGlyf Name #  49: Zdot
	PSGlyf Name #  50: zdot
	PSGlyf Name #  51: Gamma
	PSGlyf Name #  52: Theta
	PSGlyf Name #  53: Phi
	PSGlyf Name #  54: alpha
	PSGlyf Name #  55: delta
	PSGlyf Name #  56: epsilon
	PSGlyf Name #  57: sigma
	PSGlyf Name #  58: tau
	PSGlyf Name #  59: phi
	PSGlyf Name #  60: underscoredbl
	PSGlyf Name #  61: exclamdbl
	PSGlyf Name #  62: nsuperior
	PSGlyf Name #  63: peseta
	PSGlyf Name #  64: arrowleft
	PSGlyf Name #  65: arrowup
	PSGlyf Name #  66: arrowright
	PSGlyf Name #  67: arrowdown
	PSGlyf Name #  68: arrowboth
	PSGlyf Name #  69: arrowupdn
	PSGlyf Name #  70: arrowupdnbse
	PSGlyf Name #  71: orthogonal
	PSGlyf Name #  72: intersection
	PSGlyf Name #  73: equivalence
	PSGlyf Name #  74: house
	PSGlyf Name #  75: revlogicalnot
	PSGlyf Name #  76: integraltp
	PSGlyf Name #  77: integralbt
	PSGlyf Name #  78: SF100000
	PSGlyf Name #  79: SF110000
	PSGlyf Name #  80: SF010000
	PSGlyf Name #  81: SF030000
	PSGlyf Name #  82: SF020000
	PSGlyf Name #  83: SF040000
	PSGlyf Name #  84: SF080000
	PSGlyf Name #  85: SF090000
	PSGlyf Name #  86: SF060000
	PSGlyf Name #  87: SF070000
	PSGlyf Name #  88: SF050000
	PSGlyf Name #  89: SF430000
	PSGlyf Name #  90: SF240000
	PSGlyf Name #  91: SF510000
	PSGlyf Name #  92: SF520000
	PSGlyf Name #  93: SF390000
	PSGlyf Name #  94: SF220000
	PSGlyf Name #  95: SF210000
	PSGlyf Name #  96: SF250000
	PSGlyf Name #  97: SF500000
	PSGlyf Name #  98: SF490000
	PSGlyf Name #  99: SF380000
	PSGlyf Name # 100: SF280000
	PSGlyf Name # 101: SF270000
	PSGlyf Name # 102: SF260000
	PSGlyf Name # 103: SF360000
	PSGlyf Name # 104: SF370000
	PSGlyf Name # 105: SF420000
	PSGlyf Name # 106: SF190000
	PSGlyf Name # 107: SF200000
	PSGlyf Name # 108: SF230000
	PSGlyf Name # 109: SF470000
	PSGlyf Name # 110: SF480000
	PSGlyf Name # 111: SF410000
	PSGlyf Name # 112: SF450000
	PSGlyf Name # 113: SF460000
	PSGlyf Name # 114: SF400000
	PSGlyf Name # 115: SF540000
	PSGlyf Name # 116: SF530000
	PSGlyf Name # 117: SF440000
	PSGlyf Name # 118: upblock
	PSGlyf Name # 119: dnblock
	PSGlyf Name # 120: block
	PSGlyf Name # 121: lfblock
	PSGlyf Name # 122: rtblock
	PSGlyf Name # 123: ltshade
	PSGlyf Name # 124: shade
	PSGlyf Name # 125: dkshade
	PSGlyf Name # 126: filledbox
	PSGlyf Name # 127: filledrect
	PSGlyf Name # 128: triagup
	PSGlyf Name # 129: triagrt
	PSGlyf Name # 130: triagdn
	PSGlyf Name # 131: triaglf
	PSGlyf Name # 132: circle
	PSGlyf Name # 133: invbullet
	PSGlyf Name # 134: invcircle
	PSGlyf Name # 135: smileface
	PSGlyf Name # 136: invsmileface
	PSGlyf Name # 137: sun
	PSGlyf Name # 138: female
	PSGlyf Name # 139: male
	PSGlyf Name # 140: spade
	PSGlyf Name # 141: club
	PSGlyf Name # 142: heart
	PSGlyf Name # 143: diamond
	PSGlyf Name # 144: musicalnote
	PSGlyf Name # 145: musicalnotedbl
	PSGlyf Name # 146: IJ
	PSGlyf Name # 147: ij
	PSGlyf Name # 148: napostrophe
	PSGlyf Name # 149: minute
	PSGlyf Name # 150: second
	PSGlyf Name # 151: afii61248
	PSGlyf Name # 152: afii61289
	PSGlyf Name # 153: H22073
	PSGlyf Name # 154: H18543
	PSGlyf Name # 155: H18551
	PSGlyf Name # 156: H18533
	PSGlyf Name # 157: openbullet
	PSGlyf Name # 158: Amacron
	PSGlyf Name # 159: amacron
	PSGlyf Name # 160: Ccircumflex
	PSGlyf Name # 161: ccircumflex
	PSGlyf Name # 162: Cdot
	PSGlyf Name # 163: cdot
	PSGlyf Name # 164: Emacron
	PSGlyf Name # 165: emacron
	PSGlyf Name # 166: Ebreve
	PSGlyf Name # 167: ebreve
	PSGlyf Name # 168: Edot
	PSGlyf Name # 169: edot
	PSGlyf Name # 170: Gcircumflex
	PSGlyf Name # 171: gcircumflex
	PSGlyf Name # 172: Gdot
	PSGlyf Name # 173: gdot
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	PSGlyf Name # 762: afii62835
	PSGlyf Name # 763: afii62836
	PSGlyf Name # 764: afii62837
	PSGlyf Name # 765: afii62838
	PSGlyf Name # 766: afii62839
	PSGlyf Name # 767: afii62840
	PSGlyf Name # 768: afii62841
	PSGlyf Name # 769: glyph1021
	PSGlyf Name # 770: afii57543-2
	PSGlyf Name # 771: afii57454-2
	PSGlyf Name # 772: afii57451-2
	PSGlyf Name # 773: glyph1025
	PSGlyf Name # 774: glyph1026
	PSGlyf Name # 775: afii57471-2
	PSGlyf Name # 776: afii57458-2
	PSGlyf Name # 777: afii57457-2
	PSGlyf Name # 778: afii57494-2
	PSGlyf Name # 779: afii57459-2
	PSGlyf Name # 780: afii57455-2
	PSGlyf Name # 781: afii57452-2
	PSGlyf Name # 782: glyph1034
	PSGlyf Name # 783: glyph1035
	PSGlyf Name # 784: glyph1036
	PSGlyf Name # 785: afii62884-2
	PSGlyf Name # 786: afii62881-2
	PSGlyf Name # 787: afii62886-2
	PSGlyf Name # 788: afii62883-2
	PSGlyf Name # 789: afii62885-2
	PSGlyf Name # 790: afii62882-2
	PSGlyf Name # 791: afii57504-2
	PSGlyf Name # 792: afii57456-2
	PSGlyf Name # 793: afii57453-2
	PSGlyf Name # 794: glyph1046
	PSGlyf Name # 795: glyph1047
	PSGlyf Name # 796: afii57543-3
	PSGlyf Name # 797: afii57454-3
	PSGlyf Name # 798: afii57451-3
	PSGlyf Name # 799: glyph1051
	PSGlyf Name # 800: glyph1052
	PSGlyf Name # 801: afii57471-3
	PSGlyf Name # 802: afii57458-3
	PSGlyf Name # 803: afii57457-3
	PSGlyf Name # 804: afii57494-3
	PSGlyf Name # 805: afii57459-3
	PSGlyf Name # 806: afii57455-3
	PSGlyf Name # 807: afii57452-3
	PSGlyf Name # 808: glyph1060
	PSGlyf Name # 809: glyph1061
	PSGlyf Name # 810: glyph1062
	PSGlyf Name # 811: afii62884-3
	PSGlyf Name # 812: afii62881-3
	PSGlyf Name # 813: afii62886-3
	PSGlyf Name # 814: afii62883-3
	PSGlyf Name # 815: afii62885-3
	PSGlyf Name # 816: afii62882-3
	PSGlyf Name # 817: afii57504-3
	PSGlyf Name # 818: afii57456-3
	PSGlyf Name # 819: afii57453-3
	PSGlyf Name # 820: glyph1072
	PSGlyf Name # 821: glyph1073
	PSGlyf Name # 822: afii57543-4
	PSGlyf Name # 823: afii57454-4
	PSGlyf Name # 824: afii57451-4
	PSGlyf Name # 825: glyph1077
	PSGlyf Name # 826: glyph1078
	PSGlyf Name # 827: afii57471-4
	PSGlyf Name # 828: afii57458-4
	PSGlyf Name # 829: afii57457-4
	PSGlyf Name # 830: afii57494-4
	PSGlyf Name # 831: afii57459-4
	PSGlyf Name # 832: afii57455-4
	PSGlyf Name # 833: afii57452-4
	PSGlyf Name # 834: glyph1086
	PSGlyf Name # 835: glyph1087
	PSGlyf Name # 836: glyph1088
	PSGlyf Name # 837: afii62884-4
	PSGlyf Name # 838: afii62881-4
	PSGlyf Name # 839: afii62886-4
	PSGlyf Name # 840: afii62883-4
	PSGlyf Name # 841: afii62885-4
	PSGlyf Name # 842: afii62882-4
	PSGlyf Name # 843: afii57504-4
	PSGlyf Name # 844: afii57456-4
	PSGlyf Name # 845: afii57453-4
	PSGlyf Name # 846: glyph1098
	PSGlyf Name # 847: glyph1099
	PSGlyf Name # 848: glyph1100
	PSGlyf Name # 849: glyph1101
	PSGlyf Name # 850: glyph1102
	PSGlyf Name # 851: glyph1103
	PSGlyf Name # 852: glyph1104
	PSGlyf Name # 853: glyph1105
	PSGlyf Name # 854: glyph1106
	PSGlyf Name # 855: glyph1107
	PSGlyf Name # 856: glyph1108
	PSGlyf Name # 857: glyph1109
	PSGlyf Name # 858: glyph1110
	PSGlyf Name # 859: glyph1111
	PSGlyf Name # 860: glyph1112
	PSGlyf Name # 861: glyph1113
	PSGlyf Name # 862: glyph1114
	PSGlyf Name # 863: glyph1115
	PSGlyf Name # 864: glyph1116
	PSGlyf Name # 865: glyph1117
	PSGlyf Name # 866: glyph1118
	PSGlyf Name # 867: glyph1119
	PSGlyf Name # 868: glyph1120
	PSGlyf Name # 869: glyph1121
	PSGlyf Name # 870: glyph1122
	PSGlyf Name # 871: glyph1123
	PSGlyf Name # 872: glyph1124
	PSGlyf Name # 873: glyph1125
	PSGlyf Name # 874: glyph1126
	PSGlyf Name # 875: afii57440-2
	PSGlyf Name # 876: afii57440-3
	PSGlyf Name # 877: afii57440-4
	PSGlyf Name # 878: Ohorn
	PSGlyf Name # 879: ohorn
	PSGlyf Name # 880: Uhorn
	PSGlyf Name # 881: uhorn
	PSGlyf Name # 882: f006
	PSGlyf Name # 883: f007
	PSGlyf Name # 884: f009
	PSGlyf Name # 885: combininghookabove
	PSGlyf Name # 886: f010
	PSGlyf Name # 887: f013
	PSGlyf Name # 888: f011
	PSGlyf Name # 889: f01c
	PSGlyf Name # 890: f015
	PSGlyf Name # 891: combiningtildeaccent
	PSGlyf Name # 892: f02c
	PSGlyf Name # 893: dongsign
	PSGlyf Name # 894: onethird
	PSGlyf Name # 895: twothirds
	PSGlyf Name # 896: f008
	PSGlyf Name # 897: f00f
	PSGlyf Name # 898: f012
	PSGlyf Name # 899: f014
	PSGlyf Name # 900: f016
	PSGlyf Name # 901: f017
	PSGlyf Name # 902: f018
	PSGlyf Name # 903: f019
	PSGlyf Name # 904: f01a
	PSGlyf Name # 905: f01b
	PSGlyf Name # 906: f01e
	PSGlyf Name # 907: f01f
	PSGlyf Name # 908: f020
	PSGlyf Name # 909: f021
	PSGlyf Name # 910: f022
	PSGlyf Name # 911: combininggraveaccent
	PSGlyf Name # 912: combiningacuteaccent
	PSGlyf Name # 913: f01d
	PSGlyf Name # 914: combiningdotbelow
	PSGlyf Name # 915: f023
	PSGlyf Name # 916: f029
	PSGlyf Name # 917: f02a
	PSGlyf Name # 918: f02b
	PSGlyf Name # 919: f024
	PSGlyf Name # 920: f025
	PSGlyf Name # 921: f026
	PSGlyf Name # 922: f027
	PSGlyf Name # 923: f028
	PSGlyf Name # 924: f02d
	PSGlyf Name # 925: f02e
	PSGlyf Name # 926: f02f
	PSGlyf Name # 927: f030
	PSGlyf Name # 928: f031
	PSGlyf Name # 929: Adotbelow
	PSGlyf Name # 930: adotbelow
	PSGlyf Name # 931: Ahookabove
	PSGlyf Name # 932: ahookabove
	PSGlyf Name # 933: Acircumflexacute
	PSGlyf Name # 934: acircumflexacute
	PSGlyf Name # 935: Acircumflexgrave
	PSGlyf Name # 936: acircumflexgrave
	PSGlyf Name # 937: Acircumflexhookabove
	PSGlyf Name # 938: acircumflexhookabove
	PSGlyf Name # 939: Acircumflextilde
	PSGlyf Name # 940: acircumflextilde
	PSGlyf Name # 941: Acircumflexdotbelow
	PSGlyf Name # 942: acircumflexdotbelow
	PSGlyf Name # 943: Abreveacute
	PSGlyf Name # 944: abreveacute
	PSGlyf Name # 945: Abrevegrave
	PSGlyf Name # 946: abrevegrave
	PSGlyf Name # 947: Abrevehookabove
	PSGlyf Name # 948: abrevehookabove
	PSGlyf Name # 949: Abrevetilde
	PSGlyf Name # 950: abrevetilde
	PSGlyf Name # 951: Abrevedotbelow
	PSGlyf Name # 952: abrevedotbelow
	PSGlyf Name # 953: Edotbelow
	PSGlyf Name # 954: edotbelow
	PSGlyf Name # 955: Ehookabove
	PSGlyf Name # 956: ehookabove
	PSGlyf Name # 957: Etilde
	PSGlyf Name # 958: etilde
	PSGlyf Name # 959: Ecircumflexacute
	PSGlyf Name # 960: ecircumflexacute
	PSGlyf Name # 961: Ecircumflexgrave
	PSGlyf Name # 962: ecircumflexgrave
	PSGlyf Name # 963: Ecircumflexhookabove
	PSGlyf Name # 964: ecircumflexhookabove
	PSGlyf Name # 965: Ecircumflextilde
	PSGlyf Name # 966: ecircumflextilde
	PSGlyf Name # 967: Ecircumflexdotbelow
	PSGlyf Name # 968: ecircumflexdotbelow
	PSGlyf Name # 969: Ihookabove
	PSGlyf Name # 970: ihookabove
	PSGlyf Name # 971: Idotbelow
	PSGlyf Name # 972: idotbelow
	PSGlyf Name # 973: Odotbelow
	PSGlyf Name # 974: odotbelow
	PSGlyf Name # 975: Ohookabove
	PSGlyf Name # 976: ohookabove
	PSGlyf Name # 977: Ocircumflexacute
	PSGlyf Name # 978: ocircumflexacute
	PSGlyf Name # 979: Ocircumflexgrave
	PSGlyf Name # 980: ocircumflexgrave
	PSGlyf Name # 981: Ocircumflexhookabove
	PSGlyf Name # 982: ocircumflexhookabove
	PSGlyf Name # 983: Ocircumflextilde
	PSGlyf Name # 984: ocircumflextilde
	PSGlyf Name # 985: Ocircumflexdotbelow
	PSGlyf Name # 986: ocircumflexdotbelow
	PSGlyf Name # 987: Ohornacute
	PSGlyf Name # 988: ohornacute
	PSGlyf Name # 989: Ohorngrave
	PSGlyf Name # 990: ohorngrave
	PSGlyf Name # 991: Ohornhookabove
	PSGlyf Name # 992: ohornhookabove
	PSGlyf Name # 993: Ohorntilde
	PSGlyf Name # 994: ohorntilde
	PSGlyf Name # 995: Ohorndotbelow
	PSGlyf Name # 996: ohorndotbelow
	PSGlyf Name # 997: Udotbelow
	PSGlyf Name # 998: udotbelow
	PSGlyf Name # 999: Uhookabove
	PSGlyf Name # 1000: uhookabove
	PSGlyf Name # 1001: Uhornacute
	PSGlyf Name # 1002: uhornacute
	PSGlyf Name # 1003: Uhorngrave
	PSGlyf Name # 1004: uhorngrave
	PSGlyf Name # 1005: Uhornhookabove
	PSGlyf Name # 1006: uhornhookabove
	PSGlyf Name # 1007: Uhorntilde
	PSGlyf Name # 1008: uhorntilde
	PSGlyf Name # 1009: Uhorndotbelow
	PSGlyf Name # 1010: uhorndotbelow
	PSGlyf Name # 1011: Ydotbelow
	PSGlyf Name # 1012: ydotbelow
	PSGlyf Name # 1013: Yhookabove
	PSGlyf Name # 1014: yhookabove
	PSGlyf Name # 1015: Ytilde
	PSGlyf Name # 1016: ytilde
	PSGlyf Name # 1017: uni01CD
	PSGlyf Name # 1018: uni01CE
	PSGlyf Name # 1019: uni01CF
	PSGlyf Name # 1020: uni01D0
	PSGlyf Name # 1021: uni01D1
	PSGlyf Name # 1022: uni01D2
	PSGlyf Name # 1023: uni01D3
	PSGlyf Name # 1024: uni01D4
	PSGlyf Name # 1025: uni01D5
	PSGlyf Name # 1026: uni01D6
	PSGlyf Name # 1027: uni01D7
	PSGlyf Name # 1028: uni01D8
	PSGlyf Name # 1029: uni01D9
	PSGlyf Name # 1030: uni01DA
	PSGlyf Name # 1031: uni01DB
	PSGlyf Name # 1032: uni01DC
	PSGlyf Name # 1033: uni0492
	PSGlyf Name # 1034: uni0493
	PSGlyf Name # 1035: uni0496
	PSGlyf Name # 1036: uni0497
	PSGlyf Name # 1037: uni049a
	PSGlyf Name # 1038: uni049b
	PSGlyf Name # 1039: uni049c
	PSGlyf Name # 1040: uni049d
	PSGlyf Name # 1041: uni04a2
	PSGlyf Name # 1042: uni04a3
	PSGlyf Name # 1043: uni04ae
	PSGlyf Name # 1044: uni04af
	PSGlyf Name # 1045: uni04b0
	PSGlyf Name # 1046: uni04b1
	PSGlyf Name # 1047: uni04b2
	PSGlyf Name # 1048: uni04b3
	PSGlyf Name # 1049: uni04b8
	PSGlyf Name # 1050: uni04b9
	PSGlyf Name # 1051: uni04ba
	PSGlyf Name # 1052: uni04bb
	PSGlyf Name # 1053: uni018f
	PSGlyf Name # 1054: uni0259
	PSGlyf Name # 1055: uni04e8
	PSGlyf Name # 1056: uni04e9

'cmap' Table - Character To Index Map
-------------------------------------
Size = 5006 bytes
  'cmap' version:  0
  numTables:       3
  
Subtable  1.   Platform ID:   0
               Specific ID:   3
               'cmap' Offset: 0x0000001C
	      ->Format:	4 : Segment mapping to delta values
		Length:		2358
		Version:	0
		segCount:	156  (X2 = 312)
		searchRange:	256
		entrySelector:	7
		rangeShift:	56
		Seg   1 : St = 0020, En = 007E, D =    -29, RO =     0, gId# = N/A
		Seg   2 : St = 00A0, En = 017F, D =      0, RO =   310, gId# = 0
		Seg   3 : St = 018F, En = 018F, D =    917, RO =     0, gId# = N/A
		Seg   4 : St = 0192, En = 0192, D =   -236, RO =     0, gId# = N/A
		Seg   5 : St = 01A0, En = 01A1, D =    714, RO =     0, gId# = N/A
		Seg   6 : St = 01AF, En = 01B0, D =    701, RO =     0, gId# = N/A
		Seg   7 : St = 01CD, En = 01DC, D =    815, RO =     0, gId# = N/A
		Seg   8 : St = 01FA, En = 01FF, D =    -36, RO =     0, gId# = N/A
		Seg   9 : St = 0259, En = 0259, D =    716, RO =     0, gId# = N/A
		Seg  10 : St = 02C6, En = 02C7, D =      0, RO =   742, gId# = 224
		Seg  11 : St = 02C9, En = 02C9, D =   -497, RO =     0, gId# = N/A
		Seg  12 : St = 02D8, En = 02DD, D =      0, RO =   742, gId# = 226
		Seg  13 : St = 0300, En = 0301, D =    402, RO =     0, gId# = N/A
		Seg  14 : St = 0303, En = 0303, D =    375, RO =     0, gId# = N/A
		Seg  15 : St = 0309, En = 0309, D =    363, RO =     0, gId# = N/A
		Seg  16 : St = 0323, En = 0323, D =    370, RO =     0, gId# = N/A
		Seg  17 : St = 037E, En = 037E, D =   -864, RO =     0, gId# = N/A
		Seg  18 : St = 0384, En = 038A, D =      0, RO =   742, gId# = 232
		Seg  19 : St = 038C, En = 038C, D =   -407, RO =     0, gId# = N/A
		Seg  20 : St = 038E, En = 03A1, D =      0, RO =   752, gId# = 239
		Seg  21 : St = 03A3, En = 03CE, D =      0, RO =   790, gId# = 259
		Seg  22 : St = 0401, En = 040C, D =   -469, RO =     0, gId# = N/A
		Seg  23 : St = 040E, En = 044F, D =   -470, RO =     0, gId# = N/A
		Seg  24 : St = 0451, En = 045C, D =   -471, RO =     0, gId# = N/A
		Seg  25 : St = 045E, En = 045F, D =   -472, RO =     0, gId# = N/A
		Seg  26 : St = 0490, En = 0493, D =      0, RO =   868, gId# = 303
		Seg  27 : St = 0496, En = 0497, D =    124, RO =     0, gId# = N/A
		Seg  28 : St = 049A, En = 049D, D =    122, RO =     0, gId# = N/A
		Seg  29 : St = 04A2, En = 04A3, D =    118, RO =     0, gId# = N/A
		Seg  30 : St = 04AE, En = 04B3, D =    108, RO =     0, gId# = N/A
		Seg  31 : St = 04B8, En = 04BB, D =    104, RO =     0, gId# = N/A
		Seg  32 : St = 04D8, En = 04D9, D =     76, RO =     0, gId# = N/A
		Seg  33 : St = 04E8, En = 04E9, D =     62, RO =     0, gId# = N/A
		Seg  34 : St = 05B0, En = 05B9, D =   -803, RO =     0, gId# = N/A
		Seg  35 : St = 05BB, En = 05C3, D =   -804, RO =     0, gId# = N/A
		Seg  36 : St = 05D0, En = 05EA, D =   -816, RO =     0, gId# = N/A
		Seg  37 : St = 05F0, En = 05F4, D =   -821, RO =     0, gId# = N/A
		Seg  38 : St = 060C, En = 060C, D =   -800, RO =     0, gId# = N/A
		Seg  39 : St = 061B, En = 061B, D =   -814, RO =     0, gId# = N/A
		Seg  40 : St = 061F, En = 061F, D =   -817, RO =     0, gId# = N/A
		Seg  41 : St = 0621, En = 063A, D =      0, RO =   846, gId# = 307
		Seg  42 : St = 0640, En = 0652, D =      0, RO =   896, gId# = 333
		Seg  43 : St = 0660, En = 066B, D =   -871, RO =     0, gId# = N/A
		Seg  44 : St = 066D, En = 066D, D =   -872, RO =     0, gId# = N/A
		Seg  45 : St = 0671, En = 0671, D =   -852, RO =     0, gId# = N/A
		Seg  46 : St = 067E, En = 067E, D =   -863, RO =     0, gId# = N/A
		Seg  47 : St = 0686, En = 0686, D =   -863, RO =     0, gId# = N/A
		Seg  48 : St = 0698, En = 0698, D =   -877, RO =     0, gId# = N/A
		Seg  49 : St = 06A4, En = 06A4, D =   -897, RO =     0, gId# = N/A
		Seg  50 : St = 06A9, En = 06A9, D =   -892, RO =     0, gId# = N/A
		Seg  51 : St = 06AF, En = 06AF, D =   -894, RO =     0, gId# = N/A
		Seg  52 : St = 06CC, En = 06CC, D =   -919, RO =     0, gId# = N/A
		Seg  53 : St = 06D5, En = 06D5, D =   -973, RO =     0, gId# = N/A
		Seg  54 : St = 06F0, En = 06F9, D =      0, RO =   910, gId# = 352
		Seg  55 : St = 1E80, En = 1E85, D =  -7331, RO =     0, gId# = N/A
		Seg  56 : St = 1EA0, En = 1EF9, D =      0, RO =   926, gId# = 362
		Seg  57 : St = 200C, En = 200F, D =  -7460, RO =     0, gId# = N/A
		Seg  58 : St = 2013, En = 2015, D =      0, RO =  1102, gId# = 452
		Seg  59 : St = 2017, En = 201E, D =      0, RO =  1106, gId# = 455
		Seg  60 : St = 2020, En = 2022, D =      0, RO =  1120, gId# = 463
		Seg  61 : St = 2026, En = 2026, D =  -8059, RO =     0, gId# = N/A
		Seg  62 : St = 202A, En = 202E, D =      0, RO =  1122, gId# = 466
		Seg  63 : St = 2030, En = 2030, D =  -8043, RO =     0, gId# = N/A
		Seg  64 : St = 2032, En = 2033, D =  -7845, RO =     0, gId# = N/A
		Seg  65 : St = 2039, En = 203A, D =  -8060, RO =     0, gId# = N/A
		Seg  66 : St = 203C, En = 203C, D =  -7943, RO =     0, gId# = N/A
		Seg  67 : St = 203E, En = 203E, D =  -7768, RO =     0, gId# = N/A
		Seg  68 : St = 2044, En = 2044, D =  -8073, RO =     0, gId# = N/A
		Seg  69 : St = 206A, En = 206F, D =      0, RO =  1118, gId# = 471
		Seg  70 : St = 207F, En = 207F, D =  -8009, RO =     0, gId# = N/A
		Seg  71 : St = 20A3, En = 20A4, D =      0, RO =  1126, gId# = 477
		Seg  72 : St = 20A7, En = 20A7, D =  -8048, RO =     0, gId# = N/A
		Seg  73 : St = 20AA, En = 20AC, D =      0, RO =  1126, gId# = 479
		Seg  74 : St = 2105, En = 2105, D =  -8054, RO =     0, gId# = N/A
		Seg  75 : St = 2113, En = 2113, D =  -8067, RO =     0, gId# = N/A
		Seg  76 : St = 2116, En = 2116, D =  -7819, RO =     0, gId# = N/A
		Seg  77 : St = 2122, En = 2122, D =  -8342, RO =     0, gId# = N/A
		Seg  78 : St = 2126, En = 2126, D =  -8327, RO =     0, gId# = N/A
		Seg  79 : St = 212E, En = 212E, D =  -8006, RO =     0, gId# = N/A
		Seg  80 : St = 2153, En = 2154, D =  -7380, RO =     0, gId# = N/A
		Seg  81 : St = 215B, En = 215E, D =  -8050, RO =     0, gId# = N/A
		Seg  82 : St = 2190, En = 2195, D =  -8280, RO =     0, gId# = N/A
		Seg  83 : St = 21A8, En = 21A8, D =  -8298, RO =     0, gId# = N/A
		Seg  84 : St = 2202, En = 2202, D =  -8554, RO =     0, gId# = N/A
		Seg  85 : St = 2206, En = 2206, D =  -8542, RO =     0, gId# = N/A
		Seg  86 : St = 220F, En = 220F, D =  -8565, RO =     0, gId# = N/A
		Seg  87 : St = 2211, En = 2212, D =      0, RO =  1104, gId# = 482
		Seg  88 : St = 2215, En = 2215, D =  -8538, RO =     0, gId# = N/A
		Seg  89 : St = 2219, En = 221A, D =      0, RO =  1104, gId# = 484
		Seg  90 : St = 221E, En = 221F, D =      0, RO =  1106, gId# = 486
		Seg  91 : St = 2229, En = 2229, D =  -8425, RO =     0, gId# = N/A
		Seg  92 : St = 222B, En = 222B, D =  -8591, RO =     0, gId# = N/A
		Seg  93 : St = 2248, En = 2248, D =  -8609, RO =     0, gId# = N/A
		Seg  94 : St = 2260, En = 2261, D =      0, RO =  1102, gId# = 488
		Seg  95 : St = 2264, En = 2265, D =  -8656, RO =     0, gId# = N/A
		Seg  96 : St = 2302, En = 2302, D =  -8640, RO =     0, gId# = N/A
		Seg  97 : St = 2310, En = 2310, D =  -8653, RO =     0, gId# = N/A
		Seg  98 : St = 2320, En = 2321, D =  -8668, RO =     0, gId# = N/A
		Seg  99 : St = 2500, En = 2500, D =  -9146, RO =     0, gId# = N/A
		Seg 100 : St = 2502, En = 2502, D =  -9147, RO =     0, gId# = N/A
		Seg 101 : St = 250C, En = 250C, D =  -9156, RO =     0, gId# = N/A
		Seg 102 : St = 2510, En = 2510, D =  -9159, RO =     0, gId# = N/A
		Seg 103 : St = 2514, En = 2514, D =  -9162, RO =     0, gId# = N/A
		Seg 104 : St = 2518, En = 2518, D =  -9165, RO =     0, gId# = N/A
		Seg 105 : St = 251C, En = 251C, D =  -9168, RO =     0, gId# = N/A
		Seg 106 : St = 2524, En = 2524, D =  -9175, RO =     0, gId# = N/A
		Seg 107 : St = 252C, En = 252C, D =  -9182, RO =     0, gId# = N/A
		Seg 108 : St = 2534, En = 2534, D =  -9189, RO =     0, gId# = N/A
		Seg 109 : St = 253C, En = 253C, D =  -9196, RO =     0, gId# = N/A
		Seg 110 : St = 2550, En = 256C, D =  -9215, RO =     0, gId# = N/A
		Seg 111 : St = 2580, En = 2580, D =  -9234, RO =     0, gId# = N/A
		Seg 112 : St = 2584, En = 2584, D =  -9237, RO =     0, gId# = N/A
		Seg 113 : St = 2588, En = 2588, D =  -9240, RO =     0, gId# = N/A
		Seg 114 : St = 258C, En = 258C, D =  -9243, RO =     0, gId# = N/A
		Seg 115 : St = 2590, En = 2593, D =  -9246, RO =     0, gId# = N/A
		Seg 116 : St = 25A0, En = 25A1, D =      0, RO =  1062, gId# = 490
		Seg 117 : St = 25AA, En = 25AC, D =      0, RO =  1064, gId# = 492
		Seg 118 : St = 25B2, En = 25B2, D =  -9274, RO =     0, gId# = N/A
		Seg 119 : St = 25BA, En = 25BA, D =  -9281, RO =     0, gId# = N/A
		Seg 120 : St = 25BC, En = 25BC, D =  -9282, RO =     0, gId# = N/A
		Seg 121 : St = 25C4, En = 25C4, D =  -9289, RO =     0, gId# = N/A
		Seg 122 : St = 25CA, En = 25CB, D =      0, RO =  1060, gId# = 495
		Seg 123 : St = 25CF, En = 25CF, D =  -9275, RO =     0, gId# = N/A
		Seg 124 : St = 25D8, En = 25D9, D =  -9307, RO =     0, gId# = N/A
		Seg 125 : St = 25E6, En = 25E6, D =  -9297, RO =     0, gId# = N/A
		Seg 126 : St = 263A, En = 263C, D =  -9403, RO =     0, gId# = N/A
		Seg 127 : St = 2640, En = 2640, D =  -9406, RO =     0, gId# = N/A
		Seg 128 : St = 2642, En = 2642, D =  -9407, RO =     0, gId# = N/A
		Seg 129 : St = 2660, En = 2660, D =  -9436, RO =     0, gId# = N/A
		Seg 130 : St = 2663, En = 2663, D =  -9438, RO =     0, gId# = N/A
		Seg 131 : St = 2665, En = 2666, D =  -9439, RO =     0, gId# = N/A
		Seg 132 : St = 266A, En = 266B, D =  -9442, RO =     0, gId# = N/A
		Seg 133 : St = E801, En = E805, D =   6848, RO =     0, gId# = N/A
		Seg 134 : St = E818, En = E818, D =   6906, RO =     0, gId# = N/A
		Seg 135 : St = E83A, En = E83A, D =   6881, RO =     0, gId# = N/A
		Seg 136 : St = F001, En = F002, D =   4286, RO =     0, gId# = N/A
		Seg 137 : St = F004, En = F031, D =      0, RO =  1034, gId# = 497
		Seg 138 : St = FB01, En = FB02, D =   1470, RO =     0, gId# = N/A
		Seg 139 : St = FB20, En = FB20, D =   1958, RO =     0, gId# = N/A
		Seg 140 : St = FB2A, En = FB36, D =   1949, RO =     0, gId# = N/A
		Seg 141 : St = FB38, En = FB3C, D =   1948, RO =     0, gId# = N/A
		Seg 142 : St = FB3E, En = FB3E, D =   1947, RO =     0, gId# = N/A
		Seg 143 : St = FB40, En = FB41, D =   1946, RO =     0, gId# = N/A
		Seg 144 : St = FB43, En = FB44, D =   1945, RO =     0, gId# = N/A
		Seg 145 : St = FB46, En = FB4F, D =   1944, RO =     0, gId# = N/A
		Seg 146 : St = FB56, En = FB59, D =   1993, RO =     0, gId# = N/A
		Seg 147 : St = FB7A, En = FB7D, D =   1965, RO =     0, gId# = N/A
		Seg 148 : St = FB8A, En = FB8B, D =   1953, RO =     0, gId# = N/A
		Seg 149 : St = FB8E, En = FB95, D =   1951, RO =     0, gId# = N/A
		Seg 150 : St = FBFC, En = FBFF, D =      0, RO =  1100, gId# = 543
		Seg 151 : St = FC5E, En = FC62, D =   1769, RO =     0, gId# = N/A
		Seg 152 : St = FD3E, En = FD3F, D =   1598, RO =     0, gId# = N/A
		Seg 153 : St = FDF2, En = FDF2, D =   1421, RO =     0, gId# = N/A
		Seg 154 : St = FE80, En = FEFC, D =   1280, RO =     0, gId# = N/A
		Seg 155 : St = FFFC, En = FFFC, D =    867, RO =     0, gId# = N/A
		Seg 156 : St = FFFF, En = FFFF, D =      1, RO =     0, gId# = N/A
		glyphIdArray[0] =    3 (Offset = 04F0)
		glyphIdArray[1] =  163 (Offset = 04F2)
		glyphIdArray[2] =  132 (Offset = 04F4)
		glyphIdArray[3] =  133 (Offset = 04F6)
		glyphIdArray[4] =  862 (Offset = 04F8)
		glyphIdArray[5] =  150 (Offset = 04FA)
		glyphIdArray[6] =  230 (Offset = 04FC)
		glyphIdArray[7] =  134 (Offset = 04FE)
		glyphIdArray[8] =  142 (Offset = 0500)
		glyphIdArray[9] =  139 (Offset = 0502)
		glyphIdArray[10] =  157 (Offset = 0504)
		glyphIdArray[11] =  169 (Offset = 0506)
		glyphIdArray[12] =  164 (Offset = 0508)
		glyphIdArray[13] =   16 (Offset = 050A)
		glyphIdArray[14] =  138 (Offset = 050C)
		glyphIdArray[15] =  256 (Offset = 050E)
		glyphIdArray[16] =  131 (Offset = 0510)
		glyphIdArray[17] =  147 (Offset = 0512)
		glyphIdArray[18] =  240 (Offset = 0514)
		glyphIdArray[19] =  241 (Offset = 0516)
		glyphIdArray[20] =  141 (Offset = 0518)
		glyphIdArray[21] =  151 (Offset = 051A)
		glyphIdArray[22] =  136 (Offset = 051C)
		glyphIdArray[23] =  194 (Offset = 051E)
		glyphIdArray[24] =  220 (Offset = 0520)
		glyphIdArray[25] =  239 (Offset = 0522)
		glyphIdArray[26] =  158 (Offset = 0524)
		glyphIdArray[27] =  170 (Offset = 0526)
		glyphIdArray[28] =  243 (Offset = 0528)
		glyphIdArray[29] =  242 (Offset = 052A)
		glyphIdArray[30] =  244 (Offset = 052C)
		glyphIdArray[31] =  162 (Offset = 052E)
		glyphIdArray[32] =  172 (Offset = 0530)
		glyphIdArray[33] =  200 (Offset = 0532)
		glyphIdArray[34] =  198 (Offset = 0534)
		glyphIdArray[35] =  173 (Offset = 0536)
		glyphIdArray[36] =   98 (Offset = 0538)
		glyphIdArray[37] =   99 (Offset = 053A)
		glyphIdArray[38] =  144 (Offset = 053C)
		glyphIdArray[39] =  100 (Offset = 053E)
		glyphIdArray[40] =  202 (Offset = 0540)
		glyphIdArray[41] =  101 (Offset = 0542)
		glyphIdArray[42] =  199 (Offset = 0544)
		glyphIdArray[43] =  201 (Offset = 0546)
		glyphIdArray[44] =  206 (Offset = 0548)
		glyphIdArray[45] =  203 (Offset = 054A)
		glyphIdArray[46] =  204 (Offset = 054C)
		glyphIdArray[47] =  205 (Offset = 054E)
		glyphIdArray[48] =  231 (Offset = 0550)
		glyphIdArray[49] =  102 (Offset = 0552)
		glyphIdArray[50] =  209 (Offset = 0554)
		glyphIdArray[51] =  207 (Offset = 0556)
		glyphIdArray[52] =  208 (Offset = 0558)
		glyphIdArray[53] =  174 (Offset = 055A)
		glyphIdArray[54] =  103 (Offset = 055C)
		glyphIdArray[55] =  238 (Offset = 055E)
		glyphIdArray[56] =  145 (Offset = 0560)
		glyphIdArray[57] =  212 (Offset = 0562)
		glyphIdArray[58] =  210 (Offset = 0564)
		glyphIdArray[59] =  211 (Offset = 0566)
		glyphIdArray[60] =  104 (Offset = 0568)
		glyphIdArray[61] =  233 (Offset = 056A)
		glyphIdArray[62] =  235 (Offset = 056C)
		glyphIdArray[63] =  137 (Offset = 056E)
		glyphIdArray[64] =  106 (Offset = 0570)
		glyphIdArray[65] =  105 (Offset = 0572)
		glyphIdArray[66] =  107 (Offset = 0574)
		glyphIdArray[67] =  109 (Offset = 0576)
		glyphIdArray[68] =  108 (Offset = 0578)
		glyphIdArray[69] =  110 (Offset = 057A)
		glyphIdArray[70] =  160 (Offset = 057C)
		glyphIdArray[71] =  111 (Offset = 057E)
		glyphIdArray[72] =  113 (Offset = 0580)
		glyphIdArray[73] =  112 (Offset = 0582)
		glyphIdArray[74] =  114 (Offset = 0584)
		glyphIdArray[75] =  115 (Offset = 0586)
		glyphIdArray[76] =  117 (Offset = 0588)
		glyphIdArray[77] =  116 (Offset = 058A)
		glyphIdArray[78] =  118 (Offset = 058C)
		glyphIdArray[79] =  119 (Offset = 058E)
		glyphIdArray[80] =  232 (Offset = 0590)
		glyphIdArray[81] =  120 (Offset = 0592)
		glyphIdArray[82] =  122 (Offset = 0594)
		glyphIdArray[83] =  121 (Offset = 0596)
		glyphIdArray[84] =  123 (Offset = 0598)
		glyphIdArray[85] =  125 (Offset = 059A)
		glyphIdArray[86] =  124 (Offset = 059C)
		glyphIdArray[87] =  183 (Offset = 059E)
		glyphIdArray[88] =  161 (Offset = 05A0)
		glyphIdArray[89] =  127 (Offset = 05A2)
		glyphIdArray[90] =  126 (Offset = 05A4)
		glyphIdArray[91] =  128 (Offset = 05A6)
		glyphIdArray[92] =  129 (Offset = 05A8)
		glyphIdArray[93] =  234 (Offset = 05AA)
		glyphIdArray[94] =  236 (Offset = 05AC)
		glyphIdArray[95] =  185 (Offset = 05AE)
		glyphIdArray[96] =  406 (Offset = 05B0)
		glyphIdArray[97] =  407 (Offset = 05B2)
		glyphIdArray[98] =  258 (Offset = 05B4)
		glyphIdArray[99] =  259 (Offset = 05B6)
		glyphIdArray[100] =  260 (Offset = 05B8)
		glyphIdArray[101] =  261 (Offset = 05BA)
		glyphIdArray[102] =  251 (Offset = 05BC)
		glyphIdArray[103] =  252 (Offset = 05BE)
		glyphIdArray[104] =  408 (Offset = 05C0)
		glyphIdArray[105] =  409 (Offset = 05C2)
		glyphIdArray[106] =  410 (Offset = 05C4)
		glyphIdArray[107] =  411 (Offset = 05C6)
		glyphIdArray[108] =  253 (Offset = 05C8)
		glyphIdArray[109] =  254 (Offset = 05CA)
		glyphIdArray[110] =  262 (Offset = 05CC)
		glyphIdArray[111] =  263 (Offset = 05CE)
		glyphIdArray[112] =  264 (Offset = 05D0)
		glyphIdArray[113] =  255 (Offset = 05D2)
		glyphIdArray[114] =  412 (Offset = 05D4)
		glyphIdArray[115] =  413 (Offset = 05D6)
		glyphIdArray[116] =  414 (Offset = 05D8)
		glyphIdArray[117] =  415 (Offset = 05DA)
		glyphIdArray[118] =  416 (Offset = 05DC)
		glyphIdArray[119] =  417 (Offset = 05DE)
		glyphIdArray[120] =  265 (Offset = 05E0)
		glyphIdArray[121] =  266 (Offset = 05E2)
		glyphIdArray[122] =  267 (Offset = 05E4)
		glyphIdArray[123] =  268 (Offset = 05E6)
		glyphIdArray[124] =  418 (Offset = 05E8)
		glyphIdArray[125] =  419 (Offset = 05EA)
		glyphIdArray[126] =  246 (Offset = 05EC)
		glyphIdArray[127] =  247 (Offset = 05EE)
		glyphIdArray[128] =  420 (Offset = 05F0)
		glyphIdArray[129] =  421 (Offset = 05F2)
		glyphIdArray[130] =  422 (Offset = 05F4)
		glyphIdArray[131] =  423 (Offset = 05F6)
		glyphIdArray[132] =  424 (Offset = 05F8)
		glyphIdArray[133] =  425 (Offset = 05FA)
		glyphIdArray[134] =  426 (Offset = 05FC)
		glyphIdArray[135] =  427 (Offset = 05FE)
		glyphIdArray[136] =  428 (Offset = 0600)
		glyphIdArray[137] =  429 (Offset = 0602)
		glyphIdArray[138] =  430 (Offset = 0604)
		glyphIdArray[139] =  431 (Offset = 0606)
		glyphIdArray[140] =  432 (Offset = 0608)
		glyphIdArray[141] =  433 (Offset = 060A)
		glyphIdArray[142] =  434 (Offset = 060C)
		glyphIdArray[143] =  435 (Offset = 060E)
		glyphIdArray[144] =  248 (Offset = 0610)
		glyphIdArray[145] =  213 (Offset = 0612)
		glyphIdArray[146] =  394 (Offset = 0614)
		glyphIdArray[147] =  395 (Offset = 0616)
		glyphIdArray[148] =  436 (Offset = 0618)
		glyphIdArray[149] =  437 (Offset = 061A)
		glyphIdArray[150] =  438 (Offset = 061C)
		glyphIdArray[151] =  439 (Offset = 061E)
		glyphIdArray[152] =  440 (Offset = 0620)
		glyphIdArray[153] =  269 (Offset = 0622)
		glyphIdArray[154] =  270 (Offset = 0624)
		glyphIdArray[155] =  441 (Offset = 0626)
		glyphIdArray[156] =  442 (Offset = 0628)
		glyphIdArray[157] =  271 (Offset = 062A)
		glyphIdArray[158] =  272 (Offset = 062C)
		glyphIdArray[159] =  273 (Offset = 062E)
		glyphIdArray[160] =  274 (Offset = 0630)
		glyphIdArray[161] =  224 (Offset = 0632)
		glyphIdArray[162] =  225 (Offset = 0634)
		glyphIdArray[163] =  275 (Offset = 0636)
		glyphIdArray[164] =  276 (Offset = 0638)
		glyphIdArray[165] =  443 (Offset = 063A)
		glyphIdArray[166] =  444 (Offset = 063C)
		glyphIdArray[167] =  277 (Offset = 063E)
		glyphIdArray[168] =  278 (Offset = 0640)
		glyphIdArray[169] =  396 (Offset = 0642)
		glyphIdArray[170] =  445 (Offset = 0644)
		glyphIdArray[171] =  446 (Offset = 0646)
		glyphIdArray[172] =  447 (Offset = 0648)
		glyphIdArray[173] =  448 (Offset = 064A)
		glyphIdArray[174] =  449 (Offset = 064C)
		glyphIdArray[175] =  450 (Offset = 064E)
		glyphIdArray[176] =  279 (Offset = 0650)
		glyphIdArray[177] =  280 (Offset = 0652)
		glyphIdArray[178] =  175 (Offset = 0654)
		glyphIdArray[179] =  176 (Offset = 0656)
		glyphIdArray[180] =  281 (Offset = 0658)
		glyphIdArray[181] =  282 (Offset = 065A)
		glyphIdArray[182] =  451 (Offset = 065C)
		glyphIdArray[183] =  452 (Offset = 065E)
		glyphIdArray[184] =  283 (Offset = 0660)
		glyphIdArray[185] =  284 (Offset = 0662)
		glyphIdArray[186] =  285 (Offset = 0664)
		glyphIdArray[187] =  286 (Offset = 0666)
		glyphIdArray[188] =  453 (Offset = 0668)
		glyphIdArray[189] =  454 (Offset = 066A)
		glyphIdArray[190] =  249 (Offset = 066C)
		glyphIdArray[191] =  250 (Offset = 066E)
		glyphIdArray[192] =  226 (Offset = 0670)
		glyphIdArray[193] =  227 (Offset = 0672)
		glyphIdArray[194] =  287 (Offset = 0674)
		glyphIdArray[195] =  288 (Offset = 0676)
		glyphIdArray[196] =  289 (Offset = 0678)
		glyphIdArray[197] =  290 (Offset = 067A)
		glyphIdArray[198] =  455 (Offset = 067C)
		glyphIdArray[199] =  456 (Offset = 067E)
		glyphIdArray[200] =  457 (Offset = 0680)
		glyphIdArray[201] =  458 (Offset = 0682)
		glyphIdArray[202] =  459 (Offset = 0684)
		glyphIdArray[203] =  460 (Offset = 0686)
		glyphIdArray[204] =  461 (Offset = 0688)
		glyphIdArray[205] =  462 (Offset = 068A)
		glyphIdArray[206] =  291 (Offset = 068C)
		glyphIdArray[207] =  292 (Offset = 068E)
		glyphIdArray[208] =  293 (Offset = 0690)
		glyphIdArray[209] =  294 (Offset = 0692)
		glyphIdArray[210] =  463 (Offset = 0694)
		glyphIdArray[211] =  464 (Offset = 0696)
		glyphIdArray[212] =  465 (Offset = 0698)
		glyphIdArray[213] =  466 (Offset = 069A)
		glyphIdArray[214] =  467 (Offset = 069C)
		glyphIdArray[215] =  468 (Offset = 069E)
		glyphIdArray[216] =  186 (Offset = 06A0)
		glyphIdArray[217] =  295 (Offset = 06A2)
		glyphIdArray[218] =  296 (Offset = 06A4)
		glyphIdArray[219] =  297 (Offset = 06A6)
		glyphIdArray[220] =  298 (Offset = 06A8)
		glyphIdArray[221] =  228 (Offset = 06AA)
		glyphIdArray[222] =  229 (Offset = 06AC)
		glyphIdArray[223] =  469 (Offset = 06AE)
		glyphIdArray[224] =  214 (Offset = 06B0)
		glyphIdArray[225] =  223 (Offset = 06B2)
		glyphIdArray[226] =  217 (Offset = 06B4)
		glyphIdArray[227] =  218 (Offset = 06B6)
		glyphIdArray[228] =  219 (Offset = 06B8)
		glyphIdArray[229] =  222 (Offset = 06BA)
		glyphIdArray[230] =  215 (Offset = 06BC)
		glyphIdArray[231] =  221 (Offset = 06BE)
		glyphIdArray[232] =  495 (Offset = 06C0)
		glyphIdArray[233] =  496 (Offset = 06C2)
		glyphIdArray[234] =  497 (Offset = 06C4)
		glyphIdArray[235] =  476 (Offset = 06C6)
		glyphIdArray[236] =  498 (Offset = 06C8)
		glyphIdArray[237] =  499 (Offset = 06CA)
		glyphIdArray[238] =  500 (Offset = 06CC)
		glyphIdArray[239] =  502 (Offset = 06CE)
		glyphIdArray[240] =  503 (Offset = 06D0)
		glyphIdArray[241] =  504 (Offset = 06D2)
		glyphIdArray[242] =  505 (Offset = 06D4)
		glyphIdArray[243] =  506 (Offset = 06D6)
		glyphIdArray[244] =  299 (Offset = 06D8)
		glyphIdArray[245] =  507 (Offset = 06DA)
		glyphIdArray[246] =  508 (Offset = 06DC)
		glyphIdArray[247] =  509 (Offset = 06DE)
		glyphIdArray[248] =  510 (Offset = 06E0)
		glyphIdArray[249] =  300 (Offset = 06E2)
		glyphIdArray[250] =  511 (Offset = 06E4)
		glyphIdArray[251] =  512 (Offset = 06E6)
		glyphIdArray[252] =  513 (Offset = 06E8)
		glyphIdArray[253] =  514 (Offset = 06EA)
		glyphIdArray[254] =  515 (Offset = 06EC)
		glyphIdArray[255] =  516 (Offset = 06EE)
		glyphIdArray[256] =  517 (Offset = 06F0)
		glyphIdArray[257] =  518 (Offset = 06F2)
		glyphIdArray[258] =  519 (Offset = 06F4)
		glyphIdArray[259] =  520 (Offset = 06F6)
		glyphIdArray[260] =  521 (Offset = 06F8)
		glyphIdArray[261] =  522 (Offset = 06FA)
		glyphIdArray[262] =  301 (Offset = 06FC)
		glyphIdArray[263] =  523 (Offset = 06FE)
		glyphIdArray[264] =  524 (Offset = 0700)
		glyphIdArray[265] =  525 (Offset = 0702)
		glyphIdArray[266] =  526 (Offset = 0704)
		glyphIdArray[267] =  527 (Offset = 0706)
		glyphIdArray[268] =  528 (Offset = 0708)
		glyphIdArray[269] =  529 (Offset = 070A)
		glyphIdArray[270] =  530 (Offset = 070C)
		glyphIdArray[271] =  531 (Offset = 070E)
		glyphIdArray[272] =  532 (Offset = 0710)
		glyphIdArray[273] =  302 (Offset = 0712)
		glyphIdArray[274] =  533 (Offset = 0714)
		glyphIdArray[275] =  534 (Offset = 0716)
		glyphIdArray[276] =  303 (Offset = 0718)
		glyphIdArray[277] =  304 (Offset = 071A)
		glyphIdArray[278] =  535 (Offset = 071C)
		glyphIdArray[279] =  536 (Offset = 071E)
		glyphIdArray[280] =  537 (Offset = 0720)
		glyphIdArray[281] =  538 (Offset = 0722)
		glyphIdArray[282] =  539 (Offset = 0724)
		glyphIdArray[283] =  540 (Offset = 0726)
		glyphIdArray[284] =  541 (Offset = 0728)
		glyphIdArray[285] =  542 (Offset = 072A)
		glyphIdArray[286] =  543 (Offset = 072C)
		glyphIdArray[287] =  544 (Offset = 072E)
		glyphIdArray[288] =  652 (Offset = 0730)
		glyphIdArray[289] =  545 (Offset = 0732)
		glyphIdArray[290] =  546 (Offset = 0734)
		glyphIdArray[291] =  305 (Offset = 0736)
		glyphIdArray[292] =  306 (Offset = 0738)
		glyphIdArray[293] =  547 (Offset = 073A)
		glyphIdArray[294] =  307 (Offset = 073C)
		glyphIdArray[295] =  548 (Offset = 073E)
		glyphIdArray[296] =  549 (Offset = 0740)
		glyphIdArray[297] =  550 (Offset = 0742)
		glyphIdArray[298] =  551 (Offset = 0744)
		glyphIdArray[299] =  552 (Offset = 0746)
		glyphIdArray[300] =  553 (Offset = 0748)
		glyphIdArray[301] =  554 (Offset = 074A)
		glyphIdArray[302] =  555 (Offset = 074C)
		glyphIdArray[303] =  648 (Offset = 074E)
		glyphIdArray[304] =  649 (Offset = 0750)
		glyphIdArray[305] = 1296 (Offset = 0752)
		glyphIdArray[306] = 1297 (Offset = 0754)
		glyphIdArray[307] =  751 (Offset = 0756)
		glyphIdArray[308] =  897 (Offset = 0758)
		glyphIdArray[309] =  899 (Offset = 075A)
		glyphIdArray[310] =  901 (Offset = 075C)
		glyphIdArray[311] =  903 (Offset = 075E)
		glyphIdArray[312] =  905 (Offset = 0760)
		glyphIdArray[313] =  909 (Offset = 0762)
		glyphIdArray[314] =  911 (Offset = 0764)
		glyphIdArray[315] =  915 (Offset = 0766)
		glyphIdArray[316] =  917 (Offset = 0768)
		glyphIdArray[317] =  921 (Offset = 076A)
		glyphIdArray[318] =  925 (Offset = 076C)
		glyphIdArray[319] =  929 (Offset = 076E)
		glyphIdArray[320] =  933 (Offset = 0770)
		glyphIdArray[321] =  937 (Offset = 0772)
		glyphIdArray[322] =  939 (Offset = 0774)
		glyphIdArray[323] =  941 (Offset = 0776)
		glyphIdArray[324] =  943 (Offset = 0778)
		glyphIdArray[325] =  945 (Offset = 077A)
		glyphIdArray[326] =  949 (Offset = 077C)
		glyphIdArray[327] =  953 (Offset = 077E)
		glyphIdArray[328] =  957 (Offset = 0780)
		glyphIdArray[329] =  961 (Offset = 0782)
		glyphIdArray[330] =  965 (Offset = 0784)
		glyphIdArray[331] =  969 (Offset = 0786)
		glyphIdArray[332] =  973 (Offset = 0788)
		glyphIdArray[333] =  752 (Offset = 078A)
		glyphIdArray[334] =  977 (Offset = 078C)
		glyphIdArray[335] =  981 (Offset = 078E)
		glyphIdArray[336] =  985 (Offset = 0790)
		glyphIdArray[337] =  989 (Offset = 0792)
		glyphIdArray[338] =  993 (Offset = 0794)
		glyphIdArray[339] =  997 (Offset = 0796)
		glyphIdArray[340] = 1001 (Offset = 0798)
		glyphIdArray[341] = 1005 (Offset = 079A)
		glyphIdArray[342] = 1007 (Offset = 079C)
		glyphIdArray[343] = 1009 (Offset = 079E)
		glyphIdArray[344] =  753 (Offset = 07A0)
		glyphIdArray[345] =  754 (Offset = 07A2)
		glyphIdArray[346] =  755 (Offset = 07A4)
		glyphIdArray[347] =  756 (Offset = 07A6)
		glyphIdArray[348] =  757 (Offset = 07A8)
		glyphIdArray[349] =  758 (Offset = 07AA)
		glyphIdArray[350] =  759 (Offset = 07AC)
		glyphIdArray[351] =  760 (Offset = 07AE)
		glyphIdArray[352] =  761 (Offset = 07B0)
		glyphIdArray[353] =  762 (Offset = 07B2)
		glyphIdArray[354] =  763 (Offset = 07B4)
		glyphIdArray[355] =  764 (Offset = 07B6)
		glyphIdArray[356] =  778 (Offset = 07B8)
		glyphIdArray[357] =  779 (Offset = 07BA)
		glyphIdArray[358] =  780 (Offset = 07BC)
		glyphIdArray[359] =  768 (Offset = 07BE)
		glyphIdArray[360] =  769 (Offset = 07C0)
		glyphIdArray[361] =  770 (Offset = 07C2)
		glyphIdArray[362] = 1188 (Offset = 07C4)
		glyphIdArray[363] = 1189 (Offset = 07C6)
		glyphIdArray[364] = 1190 (Offset = 07C8)
		glyphIdArray[365] = 1191 (Offset = 07CA)
		glyphIdArray[366] = 1192 (Offset = 07CC)
		glyphIdArray[367] = 1193 (Offset = 07CE)
		glyphIdArray[368] = 1194 (Offset = 07D0)
		glyphIdArray[369] = 1195 (Offset = 07D2)
		glyphIdArray[370] = 1196 (Offset = 07D4)
		glyphIdArray[371] = 1197 (Offset = 07D6)
		glyphIdArray[372] = 1198 (Offset = 07D8)
		glyphIdArray[373] = 1199 (Offset = 07DA)
		glyphIdArray[374] = 1200 (Offset = 07DC)
		glyphIdArray[375] = 1201 (Offset = 07DE)
		glyphIdArray[376] = 1202 (Offset = 07E0)
		glyphIdArray[377] = 1203 (Offset = 07E2)
		glyphIdArray[378] = 1204 (Offset = 07E4)
		glyphIdArray[379] = 1205 (Offset = 07E6)
		glyphIdArray[380] = 1206 (Offset = 07E8)
		glyphIdArray[381] = 1207 (Offset = 07EA)
		glyphIdArray[382] = 1208 (Offset = 07EC)
		glyphIdArray[383] = 1209 (Offset = 07EE)
		glyphIdArray[384] = 1210 (Offset = 07F0)
		glyphIdArray[385] = 1211 (Offset = 07F2)
		glyphIdArray[386] = 1212 (Offset = 07F4)
		glyphIdArray[387] = 1213 (Offset = 07F6)
		glyphIdArray[388] = 1214 (Offset = 07F8)
		glyphIdArray[389] = 1215 (Offset = 07FA)
		glyphIdArray[390] = 1216 (Offset = 07FC)
		glyphIdArray[391] = 1217 (Offset = 07FE)
		glyphIdArray[392] = 1218 (Offset = 0800)
		glyphIdArray[393] = 1219 (Offset = 0802)
		glyphIdArray[394] = 1220 (Offset = 0804)
		glyphIdArray[395] = 1221 (Offset = 0806)
		glyphIdArray[396] = 1222 (Offset = 0808)
		glyphIdArray[397] = 1223 (Offset = 080A)
		glyphIdArray[398] = 1224 (Offset = 080C)
		glyphIdArray[399] = 1225 (Offset = 080E)
		glyphIdArray[400] = 1226 (Offset = 0810)
		glyphIdArray[401] = 1227 (Offset = 0812)
		glyphIdArray[402] = 1228 (Offset = 0814)
		glyphIdArray[403] = 1229 (Offset = 0816)
		glyphIdArray[404] = 1230 (Offset = 0818)
		glyphIdArray[405] = 1231 (Offset = 081A)
		glyphIdArray[406] = 1232 (Offset = 081C)
		glyphIdArray[407] = 1233 (Offset = 081E)
		glyphIdArray[408] = 1234 (Offset = 0820)
		glyphIdArray[409] = 1235 (Offset = 0822)
		glyphIdArray[410] = 1236 (Offset = 0824)
		glyphIdArray[411] = 1237 (Offset = 0826)
		glyphIdArray[412] = 1238 (Offset = 0828)
		glyphIdArray[413] = 1239 (Offset = 082A)
		glyphIdArray[414] = 1240 (Offset = 082C)
		glyphIdArray[415] = 1241 (Offset = 082E)
		glyphIdArray[416] = 1242 (Offset = 0830)
		glyphIdArray[417] = 1243 (Offset = 0832)
		glyphIdArray[418] = 1244 (Offset = 0834)
		glyphIdArray[419] = 1245 (Offset = 0836)
		glyphIdArray[420] = 1246 (Offset = 0838)
		glyphIdArray[421] = 1247 (Offset = 083A)
		glyphIdArray[422] = 1248 (Offset = 083C)
		glyphIdArray[423] = 1249 (Offset = 083E)
		glyphIdArray[424] = 1250 (Offset = 0840)
		glyphIdArray[425] = 1251 (Offset = 0842)
		glyphIdArray[426] = 1252 (Offset = 0844)
		glyphIdArray[427] = 1253 (Offset = 0846)
		glyphIdArray[428] = 1254 (Offset = 0848)
		glyphIdArray[429] = 1255 (Offset = 084A)
		glyphIdArray[430] = 1256 (Offset = 084C)
		glyphIdArray[431] = 1257 (Offset = 084E)
		glyphIdArray[432] = 1258 (Offset = 0850)
		glyphIdArray[433] = 1259 (Offset = 0852)
		glyphIdArray[434] = 1260 (Offset = 0854)
		glyphIdArray[435] = 1261 (Offset = 0856)
		glyphIdArray[436] = 1262 (Offset = 0858)
		glyphIdArray[437] = 1263 (Offset = 085A)
		glyphIdArray[438] = 1264 (Offset = 085C)
		glyphIdArray[439] = 1265 (Offset = 085E)
		glyphIdArray[440] = 1266 (Offset = 0860)
		glyphIdArray[441] = 1267 (Offset = 0862)
		glyphIdArray[442] = 1268 (Offset = 0864)
		glyphIdArray[443] = 1269 (Offset = 0866)
		glyphIdArray[444] =  483 (Offset = 0868)
		glyphIdArray[445] =  484 (Offset = 086A)
		glyphIdArray[446] = 1270 (Offset = 086C)
		glyphIdArray[447] = 1271 (Offset = 086E)
		glyphIdArray[448] = 1272 (Offset = 0870)
		glyphIdArray[449] = 1273 (Offset = 0872)
		glyphIdArray[450] = 1274 (Offset = 0874)
		glyphIdArray[451] = 1275 (Offset = 0876)
		glyphIdArray[452] =  177 (Offset = 0878)
		glyphIdArray[453] =  178 (Offset = 087A)
		glyphIdArray[454] =  650 (Offset = 087C)
		glyphIdArray[455] =  308 (Offset = 087E)
		glyphIdArray[456] =  181 (Offset = 0880)
		glyphIdArray[457] =  182 (Offset = 0882)
		glyphIdArray[458] =  195 (Offset = 0884)
		glyphIdArray[459] =  485 (Offset = 0886)
		glyphIdArray[460] =  179 (Offset = 0888)
		glyphIdArray[461] =  180 (Offset = 088A)
		glyphIdArray[462] =  196 (Offset = 088C)
		glyphIdArray[463] =  130 (Offset = 088E)
		glyphIdArray[464] =  193 (Offset = 0890)
		glyphIdArray[465] =  135 (Offset = 0892)
		glyphIdArray[466] =  846 (Offset = 0894)
		glyphIdArray[467] =  847 (Offset = 0896)
		glyphIdArray[468] =  850 (Offset = 0898)
		glyphIdArray[469] =  848 (Offset = 089A)
		glyphIdArray[470] =  849 (Offset = 089C)
		glyphIdArray[471] =  853 (Offset = 089E)
		glyphIdArray[472] =  854 (Offset = 08A0)
		glyphIdArray[473] =  855 (Offset = 08A2)
		glyphIdArray[474] =  856 (Offset = 08A4)
		glyphIdArray[475] =  851 (Offset = 08A6)
		glyphIdArray[476] =  852 (Offset = 08A8)
		glyphIdArray[477] =  245 (Offset = 08AA)
		glyphIdArray[478] =  487 (Offset = 08AC)
		glyphIdArray[479] =  704 (Offset = 08AE)
		glyphIdArray[480] = 1150 (Offset = 08B0)
		glyphIdArray[481] =  188 (Offset = 08B2)
		glyphIdArray[482] =  153 (Offset = 08B4)
		glyphIdArray[483] =  237 (Offset = 08B6)
		glyphIdArray[484] =  194 (Offset = 08B8)
		glyphIdArray[485] =  165 (Offset = 08BA)
		glyphIdArray[486] =  146 (Offset = 08BC)
		glyphIdArray[487] =  319 (Offset = 08BE)
		glyphIdArray[488] =  143 (Offset = 08C0)
		glyphIdArray[489] =  321 (Offset = 08C2)
		glyphIdArray[490] =  374 (Offset = 08C4)
		glyphIdArray[491] =  401 (Offset = 08C6)
		glyphIdArray[492] =  402 (Offset = 08C8)
		glyphIdArray[493] =  403 (Offset = 08CA)
		glyphIdArray[494] =  375 (Offset = 08CC)
		glyphIdArray[495] =  184 (Offset = 08CE)
		glyphIdArray[496] =  380 (Offset = 08D0)
		glyphIdArray[497] =  493 (Offset = 08D2)
		glyphIdArray[498] =  494 (Offset = 08D4)
		glyphIdArray[499] = 1137 (Offset = 08D6)
		glyphIdArray[500] = 1138 (Offset = 08D8)
		glyphIdArray[501] = 1153 (Offset = 08DA)
		glyphIdArray[502] = 1139 (Offset = 08DC)
		glyphIdArray[503] =  857 (Offset = 08DE)
		glyphIdArray[504] =  858 (Offset = 08E0)
		glyphIdArray[505] =  859 (Offset = 08E2)
		glyphIdArray[506] =  860 (Offset = 08E4)
		glyphIdArray[507] =  861 (Offset = 08E6)
		glyphIdArray[508] = 1156 (Offset = 08E8)
		glyphIdArray[509] = 1141 (Offset = 08EA)
		glyphIdArray[510] = 1143 (Offset = 08EC)
		glyphIdArray[511] = 1157 (Offset = 08EE)
		glyphIdArray[512] = 1142 (Offset = 08F0)
		glyphIdArray[513] = 1158 (Offset = 08F2)
		glyphIdArray[514] = 1145 (Offset = 08F4)
		glyphIdArray[515] = 1159 (Offset = 08F6)
		glyphIdArray[516] = 1160 (Offset = 08F8)
		glyphIdArray[517] = 1161 (Offset = 08FA)
		glyphIdArray[518] = 1162 (Offset = 08FC)
		glyphIdArray[519] = 1163 (Offset = 08FE)
		glyphIdArray[520] = 1164 (Offset = 0900)
		glyphIdArray[521] = 1144 (Offset = 0902)
		glyphIdArray[522] = 1172 (Offset = 0904)
		glyphIdArray[523] = 1165 (Offset = 0906)
		glyphIdArray[524] = 1166 (Offset = 0908)
		glyphIdArray[525] = 1167 (Offset = 090A)
		glyphIdArray[526] = 1168 (Offset = 090C)
		glyphIdArray[527] = 1169 (Offset = 090E)
		glyphIdArray[528] = 1174 (Offset = 0910)
		glyphIdArray[529] = 1178 (Offset = 0912)
		glyphIdArray[530] = 1179 (Offset = 0914)
		glyphIdArray[531] = 1180 (Offset = 0916)
		glyphIdArray[532] = 1181 (Offset = 0918)
		glyphIdArray[533] = 1182 (Offset = 091A)
		glyphIdArray[534] = 1175 (Offset = 091C)
		glyphIdArray[535] = 1176 (Offset = 091E)
		glyphIdArray[536] = 1177 (Offset = 0920)
		glyphIdArray[537] = 1149 (Offset = 0922)
		glyphIdArray[538] = 1183 (Offset = 0924)
		glyphIdArray[539] = 1184 (Offset = 0926)
		glyphIdArray[540] = 1185 (Offset = 0928)
		glyphIdArray[541] = 1186 (Offset = 092A)
		glyphIdArray[542] = 1187 (Offset = 092C)
		glyphIdArray[543] =  821 (Offset = 092E)
		glyphIdArray[544] =  822 (Offset = 0930)
		glyphIdArray[545] = 1011 (Offset = 0932)
		glyphIdArray[546] = 1012 (Offset = 0934)

		Which Means:
		   1. Char 0020 -> Index 3
		      Char 0021 -> Index 4
		      Char 0022 -> Index 5
		      Char 0023 -> Index 6
		      Char 0024 -> Index 7
		      Char 0025 -> Index 8
		      Char 0026 -> Index 9
		      Char 0027 -> Index 10
		      Char 0028 -> Index 11
		      Char 0029 -> Index 12
		      Char 002A -> Index 13
		      Char 002B -> Index 14
		      Char 002C -> Index 15
		      Char 002D -> Index 16
		      Char 002E -> Index 17
		      Char 002F -> Index 18
		      Char 0030 -> Index 19
		      Char 0031 -> Index 20
		      Char 0032 -> Index 21
		      Char 0033 -> Index 22
		      Char 0034 -> Index 23
		      Char 0035 -> Index 24
		      Char 0036 -> Index 25
		      Char 0037 -> Index 26
		      Char 0038 -> Index 27
		      Char 0039 -> Index 28
		      Char 003A -> Index 29
		      Char 003B -> Index 30
		      Char 003C -> Index 31
		      Char 003D -> Index 32
		      Char 003E -> Index 33
		      Char 003F -> Index 34
		      Char 0040 -> Index 35
		      Char 0041 -> Index 36
		      Char 0042 -> Index 37
		      Char 0043 -> Index 38
		      Char 0044 -> Index 39
		      Char 0045 -> Index 40
		      Char 0046 -> Index 41
		      Char 0047 -> Index 42
		      Char 0048 -> Index 43
		      Char 0049 -> Index 44
		      Char 004A -> Index 45
		      Char 004B -> Index 46
		      Char 004C -> Index 47
		      Char 004D -> Index 48
		      Char 004E -> Index 49
		      Char 004F -> Index 50
		      Char 0050 -> Index 51
		      Char 0051 -> Index 52
		      Char 0052 -> Index 53
		      Char 0053 -> Index 54
		      Char 0054 -> Index 55
		      Char 0055 -> Index 56
		      Char 0056 -> Index 57
		      Char 0057 -> Index 58
		      Char 0058 -> Index 59
		      Char 0059 -> Index 60
		      Char 005A -> Index 61
		      Char 005B -> Index 62
		      Char 005C -> Index 63
		      Char 005D -> Index 64
		      Char 005E -> Index 65
		      Char 005F -> Index 66
		      Char 0060 -> Index 67
		      Char 0061 -> Index 68
		      Char 0062 -> Index 69
		      Char 0063 -> Index 70
		      Char 0064 -> Index 71
		      Char 0065 -> Index 72
		      Char 0066 -> Index 73
		      Char 0067 -> Index 74
		      Char 0068 -> Index 75
		      Char 0069 -> Index 76
		      Char 006A -> Index 77
		      Char 006B -> Index 78
		      Char 006C -> Index 79
		      Char 006D -> Index 80
		      Char 006E -> Index 81
		      Char 006F -> Index 82
		      Char 0070 -> Index 83
		      Char 0071 -> Index 84
		      Char 0072 -> Index 85
		      Char 0073 -> Index 86
		      Char 0074 -> Index 87
		      Char 0075 -> Index 88
		      Char 0076 -> Index 89
		      Char 0077 -> Index 90
		      Char 0078 -> Index 91
		      Char 0079 -> Index 92
		      Char 007A -> Index 93
		      Char 007B -> Index 94
		      Char 007C -> Index 95
		      Char 007D -> Index 96
		      Char 007E -> Index 97
		   2. Char 00A0 -> Index 3
		      Char 00A1 -> Index 163
		      Char 00A2 -> Index 132
		      Char 00A3 -> Index 133
		      Char 00A4 -> Index 862
		      Char 00A5 -> Index 150
		      Char 00A6 -> Index 230
		      Char 00A7 -> Index 134
		      Char 00A8 -> Index 142
		      Char 00A9 -> Index 139
		      Char 00AA -> Index 157
		      Char 00AB -> Index 169
		      Char 00AC -> Index 164
		      Char 00AD -> Index 16
		      Char 00AE -> Index 138
		      Char 00AF -> Index 256
		      Char 00B0 -> Index 131
		      Char 00B1 -> Index 147
		      Char 00B2 -> Index 240
		      Char 00B3 -> Index 241
		      Char 00B4 -> Index 141
		      Char 00B5 -> Index 151
		      Char 00B6 -> Index 136
		      Char 00B7 -> Index 194
		      Char 00B8 -> Index 220
		      Char 00B9 -> Index 239
		      Char 00BA -> Index 158
		      Char 00BB -> Index 170
		      Char 00BC -> Index 243
		      Char 00BD -> Index 242
		      Char 00BE -> Index 244
		      Char 00BF -> Index 162
		      Char 00C0 -> Index 172
		      Char 00C1 -> Index 200
		      Char 00C2 -> Index 198
		      Char 00C3 -> Index 173
		      Char 00C4 -> Index 98
		      Char 00C5 -> Index 99
		      Char 00C6 -> Index 144
		      Char 00C7 -> Index 100
		      Char 00C8 -> Index 202
		      Char 00C9 -> Index 101
		      Char 00CA -> Index 199
		      Char 00CB -> Index 201
		      Char 00CC -> Index 206
		      Char 00CD -> Index 203
		      Char 00CE -> Index 204
		      Char 00CF -> Index 205
		      Char 00D0 -> Index 231
		      Char 00D1 -> Index 102
		      Char 00D2 -> Index 209
		      Char 00D3 -> Index 207
		      Char 00D4 -> Index 208
		      Char 00D5 -> Index 174
		      Char 00D6 -> Index 103
		      Char 00D7 -> Index 238
		      Char 00D8 -> Index 145
		      Char 00D9 -> Index 212
		      Char 00DA -> Index 210
		      Char 00DB -> Index 211
		      Char 00DC -> Index 104
		      Char 00DD -> Index 233
		      Char 00DE -> Index 235
		      Char 00DF -> Index 137
		      Char 00E0 -> Index 106
		      Char 00E1 -> Index 105
		      Char 00E2 -> Index 107
		      Char 00E3 -> Index 109
		      Char 00E4 -> Index 108
		      Char 00E5 -> Index 110
		      Char 00E6 -> Index 160
		      Char 00E7 -> Index 111
		      Char 00E8 -> Index 113
		      Char 00E9 -> Index 112
		      Char 00EA -> Index 114
		      Char 00EB -> Index 115
		      Char 00EC -> Index 117
		      Char 00ED -> Index 116
		      Char 00EE -> Index 118
		      Char 00EF -> Index 119
		      Char 00F0 -> Index 232
		      Char 00F1 -> Index 120
		      Char 00F2 -> Index 122
		      Char 00F3 -> Index 121
		      Char 00F4 -> Index 123
		      Char 00F5 -> Index 125
		      Char 00F6 -> Index 124
		      Char 00F7 -> Index 183
		      Char 00F8 -> Index 161
		      Char 00F9 -> Index 127
		      Char 00FA -> Index 126
		      Char 00FB -> Index 128
		      Char 00FC -> Index 129
		      Char 00FD -> Index 234
		      Char 00FE -> Index 236
		      Char 00FF -> Index 185
		      Char 0100 -> Index 406
		      Char 0101 -> Index 407
		      Char 0102 -> Index 258
		      Char 0103 -> Index 259
		      Char 0104 -> Index 260
		      Char 0105 -> Index 261
		      Char 0106 -> Index 251
		      Char 0107 -> Index 252
		      Char 0108 -> Index 408
		      Char 0109 -> Index 409
		      Char 010A -> Index 410
		      Char 010B -> Index 411
		      Char 010C -> Index 253
		      Char 010D -> Index 254
		      Char 010E -> Index 262
		      Char 010F -> Index 263
		      Char 0110 -> Index 264
		      Char 0111 -> Index 255
		      Char 0112 -> Index 412
		      Char 0113 -> Index 413
		      Char 0114 -> Index 414
		      Char 0115 -> Index 415
		      Char 0116 -> Index 416
		      Char 0117 -> Index 417
		      Char 0118 -> Index 265
		      Char 0119 -> Index 266
		      Char 011A -> Index 267
		      Char 011B -> Index 268
		      Char 011C -> Index 418
		      Char 011D -> Index 419
		      Char 011E -> Index 246
		      Char 011F -> Index 247
		      Char 0120 -> Index 420
		      Char 0121 -> Index 421
		      Char 0122 -> Index 422
		      Char 0123 -> Index 423
		      Char 0124 -> Index 424
		      Char 0125 -> Index 425
		      Char 0126 -> Index 426
		      Char 0127 -> Index 427
		      Char 0128 -> Index 428
		      Char 0129 -> Index 429
		      Char 012A -> Index 430
		      Char 012B -> Index 431
		      Char 012C -> Index 432
		      Char 012D -> Index 433
		      Char 012E -> Index 434
		      Char 012F -> Index 435
		      Char 0130 -> Index 248
		      Char 0131 -> Index 213
		      Char 0132 -> Index 394
		      Char 0133 -> Index 395
		      Char 0134 -> Index 436
		      Char 0135 -> Index 437
		      Char 0136 -> Index 438
		      Char 0137 -> Index 439
		      Char 0138 -> Index 440
		      Char 0139 -> Index 269
		      Char 013A -> Index 270
		      Char 013B -> Index 441
		      Char 013C -> Index 442
		      Char 013D -> Index 271
		      Char 013E -> Index 272
		      Char 013F -> Index 273
		      Char 0140 -> Index 274
		      Char 0141 -> Index 224
		      Char 0142 -> Index 225
		      Char 0143 -> Index 275
		      Char 0144 -> Index 276
		      Char 0145 -> Index 443
		      Char 0146 -> Index 444
		      Char 0147 -> Index 277
		      Char 0148 -> Index 278
		      Char 0149 -> Index 396
		      Char 014A -> Index 445
		      Char 014B -> Index 446
		      Char 014C -> Index 447
		      Char 014D -> Index 448
		      Char 014E -> Index 449
		      Char 014F -> Index 450
		      Char 0150 -> Index 279
		      Char 0151 -> Index 280
		      Char 0152 -> Index 175
		      Char 0153 -> Index 176
		      Char 0154 -> Index 281
		      Char 0155 -> Index 282
		      Char 0156 -> Index 451
		      Char 0157 -> Index 452
		      Char 0158 -> Index 283
		      Char 0159 -> Index 284
		      Char 015A -> Index 285
		      Char 015B -> Index 286
		      Char 015C -> Index 453
		      Char 015D -> Index 454
		      Char 015E -> Index 249
		      Char 015F -> Index 250
		      Char 0160 -> Index 226
		      Char 0161 -> Index 227
		      Char 0162 -> Index 287
		      Char 0163 -> Index 288
		      Char 0164 -> Index 289
		      Char 0165 -> Index 290
		      Char 0166 -> Index 455
		      Char 0167 -> Index 456
		      Char 0168 -> Index 457
		      Char 0169 -> Index 458
		      Char 016A -> Index 459
		      Char 016B -> Index 460
		      Char 016C -> Index 461
		      Char 016D -> Index 462
		      Char 016E -> Index 291
		      Char 016F -> Index 292
		      Char 0170 -> Index 293
		      Char 0171 -> Index 294
		      Char 0172 -> Index 463
		      Char 0173 -> Index 464
		      Char 0174 -> Index 465
		      Char 0175 -> Index 466
		      Char 0176 -> Index 467
		      Char 0177 -> Index 468
		      Char 0178 -> Index 186
		      Char 0179 -> Index 295
		      Char 017A -> Index 296
		      Char 017B -> Index 297
		      Char 017C -> Index 298
		      Char 017D -> Index 228
		      Char 017E -> Index 229
		      Char 017F -> Index 469
		   3. Char 018F -> Index 1316
		   4. Char 0192 -> Index 166
		   5. Char 01A0 -> Index 1130
		      Char 01A1 -> Index 1131
		   6. Char 01AF -> Index 1132
		      Char 01B0 -> Index 1133
		   7. Char 01CD -> Index 1276
		      Char 01CE -> Index 1277
		      Char 01CF -> Index 1278
		      Char 01D0 -> Index 1279
		      Char 01D1 -> Index 1280
		      Char 01D2 -> Index 1281
		      Char 01D3 -> Index 1282
		      Char 01D4 -> Index 1283
		      Char 01D5 -> Index 1284
		      Char 01D6 -> Index 1285
		      Char 01D7 -> Index 1286
		      Char 01D8 -> Index 1287
		      Char 01D9 -> Index 1288
		      Char 01DA -> Index 1289
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		   8. Char 01FA -> Index 470
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		   9. Char 0259 -> Index 1317
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		      Char 02DC -> Index 215
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		  13. Char 0300 -> Index 1170
		      Char 0301 -> Index 1171
		  14. Char 0303 -> Index 1146
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		  17. Char 037E -> Index 30
		  18. Char 0384 -> Index 495
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		      Char 0387 -> Index 476
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		  19. Char 038C -> Index 501
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		      Char 0390 -> Index 504
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		      Char 0393 -> Index 299
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		      Char 03A0 -> Index 518
		      Char 03A1 -> Index 519
		  21. Char 03A3 -> Index 520
		      Char 03A4 -> Index 521
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		      Char 03A6 -> Index 301
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		      Char 03B6 -> Index 535
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		      Char 03C0 -> Index 652
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		      Char 03C3 -> Index 305
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		      Char 03C5 -> Index 547
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		      Char 03CA -> Index 551
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		      Char 03CE -> Index 555
		  22. Char 0401 -> Index 556
		      Char 0402 -> Index 557
		      Char 0403 -> Index 558
		      Char 0404 -> Index 559
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		      Char 0408 -> Index 563
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		      Char 040A -> Index 565
		      Char 040B -> Index 566
		      Char 040C -> Index 567
		  23. Char 040E -> Index 568
		      Char 040F -> Index 569
		      Char 0410 -> Index 570
		      Char 0411 -> Index 571
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		      Char 0413 -> Index 573
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		      Char 041A -> Index 580
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		      Char 0424 -> Index 590
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		      Char 0431 -> Index 603
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		  24. Char 0451 -> Index 634
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		      Char 0457 -> Index 640
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		  25. Char 045E -> Index 646
		      Char 045F -> Index 647
		  26. Char 0490 -> Index 648
		      Char 0491 -> Index 649
		      Char 0492 -> Index 1296
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		  27. Char 0496 -> Index 1298
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		  28. Char 049A -> Index 1300
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		      Char 049C -> Index 1302
		      Char 049D -> Index 1303
		  29. Char 04A2 -> Index 1304
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		  30. Char 04AE -> Index 1306
		      Char 04AF -> Index 1307
		      Char 04B0 -> Index 1308
		      Char 04B1 -> Index 1309
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		  31. Char 04B8 -> Index 1312
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		  32. Char 04D8 -> Index 1316
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		      Char 04E9 -> Index 1319
		  34. Char 05B0 -> Index 653
		      Char 05B1 -> Index 654
		      Char 05B2 -> Index 655
		      Char 05B3 -> Index 656
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		      Char 05B6 -> Index 659
		      Char 05B7 -> Index 660
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		  35. Char 05BB -> Index 663
		      Char 05BC -> Index 664
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		      Char 05BE -> Index 666
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		      Char 05C0 -> Index 668
		      Char 05C1 -> Index 669
		      Char 05C2 -> Index 670
		      Char 05C3 -> Index 671
		  36. Char 05D0 -> Index 672
		      Char 05D1 -> Index 673
		      Char 05D2 -> Index 674
		      Char 05D3 -> Index 675
		      Char 05D4 -> Index 676
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		      Char 05D6 -> Index 678
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		      Char 05D8 -> Index 680
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		  37. Char 05F0 -> Index 699
		      Char 05F1 -> Index 700
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		      Char 05F4 -> Index 703
		  38. Char 060C -> Index 748
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		  40. Char 061F -> Index 750
		  41. Char 0621 -> Index 751
		      Char 0622 -> Index 897
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		      Char 062D -> Index 929
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		      Char 063A -> Index 973
		  42. Char 0640 -> Index 752
		      Char 0641 -> Index 977
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		      Char 064A -> Index 1009
		      Char 064B -> Index 753
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		  43. Char 0660 -> Index 761
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		  44. Char 066D -> Index 773
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		  47. Char 0686 -> Index 807
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		  53. Char 06D5 -> Index 776
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		      Char 06F1 -> Index 762
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		  55. Char 1E80 -> Index 477
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		  56. Char 1EA0 -> Index 1188
		      Char 1EA1 -> Index 1189
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		      Char 1EA3 -> Index 1191
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		      Char 1EAB -> Index 1199
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		      Char 1EDE -> Index 1250
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		      Char 1EE3 -> Index 1255
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		      Char 1EE8 -> Index 1260
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		      Char 1EF1 -> Index 1269
		      Char 1EF2 -> Index 483
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		      Char 1EF4 -> Index 1270
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		  57. Char 200C -> Index 744
		      Char 200D -> Index 745
		      Char 200E -> Index 746
		      Char 200F -> Index 747
		  58. Char 2013 -> Index 177
		      Char 2014 -> Index 178
		      Char 2015 -> Index 650
		  59. Char 2017 -> Index 308
		      Char 2018 -> Index 181
		      Char 2019 -> Index 182
		      Char 201A -> Index 195
		      Char 201B -> Index 485
		      Char 201C -> Index 179
		      Char 201D -> Index 180
		      Char 201E -> Index 196
		  60. Char 2020 -> Index 130
		      Char 2021 -> Index 193
		      Char 2022 -> Index 135
		  61. Char 2026 -> Index 171
		  62. Char 202A -> Index 846
		      Char 202B -> Index 847
		      Char 202C -> Index 850
		      Char 202D -> Index 848
		      Char 202E -> Index 849
		  63. Char 2030 -> Index 197
		  64. Char 2032 -> Index 397
		      Char 2033 -> Index 398
		  65. Char 2039 -> Index 189
		      Char 203A -> Index 190
		  66. Char 203C -> Index 309
		  67. Char 203E -> Index 486
		  68. Char 2044 -> Index 187
		  69. Char 206A -> Index 853
		      Char 206B -> Index 854
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		      Char 206D -> Index 856
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		  70. Char 207F -> Index 310
		  71. Char 20A3 -> Index 245
		      Char 20A4 -> Index 487
		  72. Char 20A7 -> Index 311
		  73. Char 20AA -> Index 704
		      Char 20AB -> Index 1150
		      Char 20AC -> Index 188
		  74. Char 2105 -> Index 399
		  75. Char 2113 -> Index 400
		  76. Char 2116 -> Index 651
		  77. Char 2122 -> Index 140
		  78. Char 2126 -> Index 159
		  79. Char 212E -> Index 488
		  80. Char 2153 -> Index 1151
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		  81. Char 215B -> Index 489
		      Char 215C -> Index 490
		      Char 215D -> Index 491
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		  82. Char 2190 -> Index 312
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		  83. Char 21A8 -> Index 318
		  84. Char 2202 -> Index 152
		  85. Char 2206 -> Index 168
		  86. Char 220F -> Index 154
		  87. Char 2211 -> Index 153
		      Char 2212 -> Index 237
		  88. Char 2215 -> Index 187
		  89. Char 2219 -> Index 194
		      Char 221A -> Index 165
		  90. Char 221E -> Index 146
		      Char 221F -> Index 319
		  91. Char 2229 -> Index 320
		  92. Char 222B -> Index 156
		  93. Char 2248 -> Index 167
		  94. Char 2260 -> Index 143
		      Char 2261 -> Index 321
		  95. Char 2264 -> Index 148
		      Char 2265 -> Index 149
		  96. Char 2302 -> Index 322
		  97. Char 2310 -> Index 323
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		      Char 2321 -> Index 325
		  99. Char 2500 -> Index 326
		 100. Char 2502 -> Index 327
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		 106. Char 2524 -> Index 333
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		      Char 255A -> Index 347
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		      Char 255D -> Index 350
		      Char 255E -> Index 351
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		      Char 2560 -> Index 353
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		 111. Char 2580 -> Index 366
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		 115. Char 2590 -> Index 370
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		 116. Char 25A0 -> Index 374
		      Char 25A1 -> Index 401
		 117. Char 25AA -> Index 402
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		      Char 25AC -> Index 375
		 118. Char 25B2 -> Index 376
		 119. Char 25BA -> Index 377
		 120. Char 25BC -> Index 378
		 121. Char 25C4 -> Index 379
		 122. Char 25CA -> Index 184
		      Char 25CB -> Index 380
		 123. Char 25CF -> Index 404
		 124. Char 25D8 -> Index 381
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		 125. Char 25E6 -> Index 405
		 126. Char 263A -> Index 383
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		 127. Char 2640 -> Index 386
		 128. Char 2642 -> Index 387
		 129. Char 2660 -> Index 388
		 130. Char 2663 -> Index 389
		 131. Char 2665 -> Index 390
		      Char 2666 -> Index 391
		 132. Char 266A -> Index 392
		      Char 266B -> Index 393
		 133. Char E801 -> Index 705
		      Char E802 -> Index 706
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		 134. Char E818 -> Index 786
		 135. Char E83A -> Index 795
		 136. Char F001 -> Index 191
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		 137. Char F004 -> Index 493
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		      Char F006 -> Index 1137
		      Char F007 -> Index 1138
		      Char F008 -> Index 1153
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		      Char F00A -> Index 857
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		      Char F00C -> Index 859
		      Char F00D -> Index 860
		      Char F00E -> Index 861
		      Char F00F -> Index 1156
		      Char F010 -> Index 1141
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		      Char F012 -> Index 1157
		      Char F013 -> Index 1142
		      Char F014 -> Index 1158
		      Char F015 -> Index 1145
		      Char F016 -> Index 1159
		      Char F017 -> Index 1160
		      Char F018 -> Index 1161
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		      Char F01A -> Index 1163
		      Char F01B -> Index 1164
		      Char F01C -> Index 1144
		      Char F01D -> Index 1172
		      Char F01E -> Index 1165
		      Char F01F -> Index 1166
		      Char F020 -> Index 1167
		      Char F021 -> Index 1168
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		      Char F023 -> Index 1174
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		      Char F025 -> Index 1179
		      Char F026 -> Index 1180
		      Char F027 -> Index 1181
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		      Char F029 -> Index 1175
		      Char F02A -> Index 1176
		      Char F02B -> Index 1177
		      Char F02C -> Index 1149
		      Char F02D -> Index 1183
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		      Char F02F -> Index 1185
		      Char F030 -> Index 1186
		      Char F031 -> Index 1187
		 138. Char FB01 -> Index 191
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		 139. Char FB20 -> Index 710
		 140. Char FB2A -> Index 711
		      Char FB2B -> Index 712
		      Char FB2C -> Index 713
		      Char FB2D -> Index 714
		      Char FB2E -> Index 715
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		      Char FB30 -> Index 717
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		      Char FB33 -> Index 720
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		 141. Char FB38 -> Index 724
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		      Char FB3A -> Index 726
		      Char FB3B -> Index 727
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		 142. Char FB3E -> Index 729
		 143. Char FB40 -> Index 730
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		 144. Char FB43 -> Index 732
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		 145. Char FB46 -> Index 734
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		      Char FB49 -> Index 737
		      Char FB4A -> Index 738
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		 146. Char FB56 -> Index 799
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		 147. Char FB7A -> Index 807
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		      Char FB7D -> Index 810
		 148. Char FB8A -> Index 811
		      Char FB8B -> Index 812
		 149. Char FB8E -> Index 813
		      Char FB8F -> Index 814
		      Char FB90 -> Index 815
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		      Char FB95 -> Index 820
		 150. Char FBFC -> Index 821
		      Char FBFD -> Index 822
		      Char FBFE -> Index 1011
		      Char FBFF -> Index 1012
		 151. Char FC5E -> Index 839
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		      Char FC60 -> Index 841
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		 152. Char FD3E -> Index 892
		      Char FD3F -> Index 893
		 153. Char FDF2 -> Index 895
		 154. Char FE80 -> Index 896
		      Char FE81 -> Index 897
		      Char FE82 -> Index 898
		      Char FE83 -> Index 899
		      Char FE84 -> Index 900
		      Char FE85 -> Index 901
		      Char FE86 -> Index 902
		      Char FE87 -> Index 903
		      Char FE88 -> Index 904
		      Char FE89 -> Index 905
		      Char FE8A -> Index 906
		      Char FE8B -> Index 907
		      Char FE8C -> Index 908
		      Char FE8D -> Index 909
		      Char FE8E -> Index 910
		      Char FE8F -> Index 911
		      Char FE90 -> Index 912
		      Char FE91 -> Index 913
		      Char FE92 -> Index 914
		      Char FE93 -> Index 915
		      Char FE94 -> Index 916
		      Char FE95 -> Index 917
		      Char FE96 -> Index 918
		      Char FE97 -> Index 919
		      Char FE98 -> Index 920
		      Char FE99 -> Index 921
		      Char FE9A -> Index 922
		      Char FE9B -> Index 923
		      Char FE9C -> Index 924
		      Char FE9D -> Index 925
		      Char FE9E -> Index 926
		      Char FE9F -> Index 927
		      Char FEA0 -> Index 928
		      Char FEA1 -> Index 929
		      Char FEA2 -> Index 930
		      Char FEA3 -> Index 931
		      Char FEA4 -> Index 932
		      Char FEA5 -> Index 933
		      Char FEA6 -> Index 934
		      Char FEA7 -> Index 935
		      Char FEA8 -> Index 936
		      Char FEA9 -> Index 937
		      Char FEAA -> Index 938
		      Char FEAB -> Index 939
		      Char FEAC -> Index 940
		      Char FEAD -> Index 941
		      Char FEAE -> Index 942
		      Char FEAF -> Index 943
		      Char FEB0 -> Index 944
		      Char FEB1 -> Index 945
		      Char FEB2 -> Index 946
		      Char FEB3 -> Index 947
		      Char FEB4 -> Index 948
		      Char FEB5 -> Index 949
		      Char FEB6 -> Index 950
		      Char FEB7 -> Index 951
		      Char FEB8 -> Index 952
		      Char FEB9 -> Index 953
		      Char FEBA -> Index 954
		      Char FEBB -> Index 955
		      Char FEBC -> Index 956
		      Char FEBD -> Index 957
		      Char FEBE -> Index 958
		      Char FEBF -> Index 959
		      Char FEC0 -> Index 960
		      Char FEC1 -> Index 961
		      Char FEC2 -> Index 962
		      Char FEC3 -> Index 963
		      Char FEC4 -> Index 964
		      Char FEC5 -> Index 965
		      Char FEC6 -> Index 966
		      Char FEC7 -> Index 967
		      Char FEC8 -> Index 968
		      Char FEC9 -> Index 969
		      Char FECA -> Index 970
		      Char FECB -> Index 971
		      Char FECC -> Index 972
		      Char FECD -> Index 973
		      Char FECE -> Index 974
		      Char FECF -> Index 975
		      Char FED0 -> Index 976
		      Char FED1 -> Index 977
		      Char FED2 -> Index 978
		      Char FED3 -> Index 979
		      Char FED4 -> Index 980
		      Char FED5 -> Index 981
		      Char FED6 -> Index 982
		      Char FED7 -> Index 983
		      Char FED8 -> Index 984
		      Char FED9 -> Index 985
		      Char FEDA -> Index 986
		      Char FEDB -> Index 987
		      Char FEDC -> Index 988
		      Char FEDD -> Index 989
		      Char FEDE -> Index 990
		      Char FEDF -> Index 991
		      Char FEE0 -> Index 992
		      Char FEE1 -> Index 993
		      Char FEE2 -> Index 994
		      Char FEE3 -> Index 995
		      Char FEE4 -> Index 996
		      Char FEE5 -> Index 997
		      Char FEE6 -> Index 998
		      Char FEE7 -> Index 999
		      Char FEE8 -> Index 1000
		      Char FEE9 -> Index 1001
		      Char FEEA -> Index 1002
		      Char FEEB -> Index 1003
		      Char FEEC -> Index 1004
		      Char FEED -> Index 1005
		      Char FEEE -> Index 1006
		      Char FEEF -> Index 1007
		      Char FEF0 -> Index 1008
		      Char FEF1 -> Index 1009
		      Char FEF2 -> Index 1010
		      Char FEF3 -> Index 1011
		      Char FEF4 -> Index 1012
		      Char FEF5 -> Index 1013
		      Char FEF6 -> Index 1014
		      Char FEF7 -> Index 1015
		      Char FEF8 -> Index 1016
		      Char FEF9 -> Index 1017
		      Char FEFA -> Index 1018
		      Char FEFB -> Index 1019
		      Char FEFC -> Index 1020
		 155. Char FFFC -> Index 863
  
Subtable  2.   Platform ID:   1
               Specific ID:   0
               'cmap' Offset: 0x00000952
	      ->Format:	0 : Byte encoding table
		Length:		262
		Version:	0

		Char   0 -> Index 1
		Char   1 -> Index 0
		Char   2 -> Index 0
		Char   3 -> Index 0
		Char   4 -> Index 0
		Char   5 -> Index 0
		Char   6 -> Index 0
		Char   7 -> Index 0
		Char   8 -> Index 1
		Char   9 -> Index 2
		Char  10 -> Index 0
		Char  11 -> Index 0
		Char  12 -> Index 0
		Char  13 -> Index 2
		Char  14 -> Index 0
		Char  15 -> Index 0
		Char  16 -> Index 0
		Char  17 -> Index 0
		Char  18 -> Index 0
		Char  19 -> Index 0
		Char  20 -> Index 0
		Char  21 -> Index 0
		Char  22 -> Index 0
		Char  23 -> Index 0
		Char  24 -> Index 0
		Char  25 -> Index 0
		Char  26 -> Index 0
		Char  27 -> Index 0
		Char  28 -> Index 0
		Char  29 -> Index 1
		Char  30 -> Index 0
		Char  31 -> Index 0
		Char  32 -> Index 3
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		Char 125 -> Index 96
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		Char 127 -> Index 0
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		Char 201 -> Index 171
		Char 202 -> Index 3
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		Char 240 -> Index 0
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		Char 252 -> Index 220
		Char 253 -> Index 221
		Char 254 -> Index 222
		Char 255 -> Index 223
  
Subtable  3.   Platform ID:   3
               Specific ID:   1
               'cmap' Offset: 0x00000A58
	      ->Format:	4 : Segment mapping to delta values
		Length:		2358
		Version:	0
		segCount:	156  (X2 = 312)
		searchRange:	256
		entrySelector:	7
		rangeShift:	56
		Seg   1 : St = 0020, En = 007E, D =    -29, RO =     0, gId# = N/A
		Seg   2 : St = 00A0, En = 017F, D =      0, RO =   310, gId# = 0
		Seg   3 : St = 018F, En = 018F, D =    917, RO =     0, gId# = N/A
		Seg   4 : St = 0192, En = 0192, D =   -236, RO =     0, gId# = N/A
		Seg   5 : St = 01A0, En = 01A1, D =    714, RO =     0, gId# = N/A
		Seg   6 : St = 01AF, En = 01B0, D =    701, RO =     0, gId# = N/A
		Seg   7 : St = 01CD, En = 01DC, D =    815, RO =     0, gId# = N/A
		Seg   8 : St = 01FA, En = 01FF, D =    -36, RO =     0, gId# = N/A
		Seg   9 : St = 0259, En = 0259, D =    716, RO =     0, gId# = N/A
		Seg  10 : St = 02C6, En = 02C7, D =      0, RO =   742, gId# = 224
		Seg  11 : St = 02C9, En = 02C9, D =   -497, RO =     0, gId# = N/A
		Seg  12 : St = 02D8, En = 02DD, D =      0, RO =   742, gId# = 226
		Seg  13 : St = 0300, En = 0301, D =    402, RO =     0, gId# = N/A
		Seg  14 : St = 0303, En = 0303, D =    375, RO =     0, gId# = N/A
		Seg  15 : St = 0309, En = 0309, D =    363, RO =     0, gId# = N/A
		Seg  16 : St = 0323, En = 0323, D =    370, RO =     0, gId# = N/A
		Seg  17 : St = 037E, En = 037E, D =   -864, RO =     0, gId# = N/A
		Seg  18 : St = 0384, En = 038A, D =      0, RO =   742, gId# = 232
		Seg  19 : St = 038C, En = 038C, D =   -407, RO =     0, gId# = N/A
		Seg  20 : St = 038E, En = 03A1, D =      0, RO =   752, gId# = 239
		Seg  21 : St = 03A3, En = 03CE, D =      0, RO =   790, gId# = 259
		Seg  22 : St = 0401, En = 040C, D =   -469, RO =     0, gId# = N/A
		Seg  23 : St = 040E, En = 044F, D =   -470, RO =     0, gId# = N/A
		Seg  24 : St = 0451, En = 045C, D =   -471, RO =     0, gId# = N/A
		Seg  25 : St = 045E, En = 045F, D =   -472, RO =     0, gId# = N/A
		Seg  26 : St = 0490, En = 0493, D =      0, RO =   868, gId# = 303
		Seg  27 : St = 0496, En = 0497, D =    124, RO =     0, gId# = N/A
		Seg  28 : St = 049A, En = 049D, D =    122, RO =     0, gId# = N/A
		Seg  29 : St = 04A2, En = 04A3, D =    118, RO =     0, gId# = N/A
		Seg  30 : St = 04AE, En = 04B3, D =    108, RO =     0, gId# = N/A
		Seg  31 : St = 04B8, En = 04BB, D =    104, RO =     0, gId# = N/A
		Seg  32 : St = 04D8, En = 04D9, D =     76, RO =     0, gId# = N/A
		Seg  33 : St = 04E8, En = 04E9, D =     62, RO =     0, gId# = N/A
		Seg  34 : St = 05B0, En = 05B9, D =   -803, RO =     0, gId# = N/A
		Seg  35 : St = 05BB, En = 05C3, D =   -804, RO =     0, gId# = N/A
		Seg  36 : St = 05D0, En = 05EA, D =   -816, RO =     0, gId# = N/A
		Seg  37 : St = 05F0, En = 05F4, D =   -821, RO =     0, gId# = N/A
		Seg  38 : St = 060C, En = 060C, D =   -800, RO =     0, gId# = N/A
		Seg  39 : St = 061B, En = 061B, D =   -814, RO =     0, gId# = N/A
		Seg  40 : St = 061F, En = 061F, D =   -817, RO =     0, gId# = N/A
		Seg  41 : St = 0621, En = 063A, D =      0, RO =   846, gId# = 307
		Seg  42 : St = 0640, En = 0652, D =      0, RO =   896, gId# = 333
		Seg  43 : St = 0660, En = 066B, D =   -871, RO =     0, gId# = N/A
		Seg  44 : St = 066D, En = 066D, D =   -872, RO =     0, gId# = N/A
		Seg  45 : St = 0671, En = 0671, D =   -852, RO =     0, gId# = N/A
		Seg  46 : St = 067E, En = 067E, D =   -863, RO =     0, gId# = N/A
		Seg  47 : St = 0686, En = 0686, D =   -863, RO =     0, gId# = N/A
		Seg  48 : St = 0698, En = 0698, D =   -877, RO =     0, gId# = N/A
		Seg  49 : St = 06A4, En = 06A4, D =   -897, RO =     0, gId# = N/A
		Seg  50 : St = 06A9, En = 06A9, D =   -892, RO =     0, gId# = N/A
		Seg  51 : St = 06AF, En = 06AF, D =   -894, RO =     0, gId# = N/A
		Seg  52 : St = 06CC, En = 06CC, D =   -919, RO =     0, gId# = N/A
		Seg  53 : St = 06D5, En = 06D5, D =   -973, RO =     0, gId# = N/A
		Seg  54 : St = 06F0, En = 06F9, D =      0, RO =   910, gId# = 352
		Seg  55 : St = 1E80, En = 1E85, D =  -7331, RO =     0, gId# = N/A
		Seg  56 : St = 1EA0, En = 1EF9, D =      0, RO =   926, gId# = 362
		Seg  57 : St = 200C, En = 200F, D =  -7460, RO =     0, gId# = N/A
		Seg  58 : St = 2013, En = 2015, D =      0, RO =  1102, gId# = 452
		Seg  59 : St = 2017, En = 201E, D =      0, RO =  1106, gId# = 455
		Seg  60 : St = 2020, En = 2022, D =      0, RO =  1120, gId# = 463
		Seg  61 : St = 2026, En = 2026, D =  -8059, RO =     0, gId# = N/A
		Seg  62 : St = 202A, En = 202E, D =      0, RO =  1122, gId# = 466
		Seg  63 : St = 2030, En = 2030, D =  -8043, RO =     0, gId# = N/A
		Seg  64 : St = 2032, En = 2033, D =  -7845, RO =     0, gId# = N/A
		Seg  65 : St = 2039, En = 203A, D =  -8060, RO =     0, gId# = N/A
		Seg  66 : St = 203C, En = 203C, D =  -7943, RO =     0, gId# = N/A
		Seg  67 : St = 203E, En = 203E, D =  -7768, RO =     0, gId# = N/A
		Seg  68 : St = 2044, En = 2044, D =  -8073, RO =     0, gId# = N/A
		Seg  69 : St = 206A, En = 206F, D =      0, RO =  1118, gId# = 471
		Seg  70 : St = 207F, En = 207F, D =  -8009, RO =     0, gId# = N/A
		Seg  71 : St = 20A3, En = 20A4, D =      0, RO =  1126, gId# = 477
		Seg  72 : St = 20A7, En = 20A7, D =  -8048, RO =     0, gId# = N/A
		Seg  73 : St = 20AA, En = 20AC, D =      0, RO =  1126, gId# = 479
		Seg  74 : St = 2105, En = 2105, D =  -8054, RO =     0, gId# = N/A
		Seg  75 : St = 2113, En = 2113, D =  -8067, RO =     0, gId# = N/A
		Seg  76 : St = 2116, En = 2116, D =  -7819, RO =     0, gId# = N/A
		Seg  77 : St = 2122, En = 2122, D =  -8342, RO =     0, gId# = N/A
		Seg  78 : St = 2126, En = 2126, D =  -8327, RO =     0, gId# = N/A
		Seg  79 : St = 212E, En = 212E, D =  -8006, RO =     0, gId# = N/A
		Seg  80 : St = 2153, En = 2154, D =  -7380, RO =     0, gId# = N/A
		Seg  81 : St = 215B, En = 215E, D =  -8050, RO =     0, gId# = N/A
		Seg  82 : St = 2190, En = 2195, D =  -8280, RO =     0, gId# = N/A
		Seg  83 : St = 21A8, En = 21A8, D =  -8298, RO =     0, gId# = N/A
		Seg  84 : St = 2202, En = 2202, D =  -8554, RO =     0, gId# = N/A
		Seg  85 : St = 2206, En = 2206, D =  -8542, RO =     0, gId# = N/A
		Seg  86 : St = 220F, En = 220F, D =  -8565, RO =     0, gId# = N/A
		Seg  87 : St = 2211, En = 2212, D =      0, RO =  1104, gId# = 482
		Seg  88 : St = 2215, En = 2215, D =  -8538, RO =     0, gId# = N/A
		Seg  89 : St = 2219, En = 221A, D =      0, RO =  1104, gId# = 484
		Seg  90 : St = 221E, En = 221F, D =      0, RO =  1106, gId# = 486
		Seg  91 : St = 2229, En = 2229, D =  -8425, RO =     0, gId# = N/A
		Seg  92 : St = 222B, En = 222B, D =  -8591, RO =     0, gId# = N/A
		Seg  93 : St = 2248, En = 2248, D =  -8609, RO =     0, gId# = N/A
		Seg  94 : St = 2260, En = 2261, D =      0, RO =  1102, gId# = 488
		Seg  95 : St = 2264, En = 2265, D =  -8656, RO =     0, gId# = N/A
		Seg  96 : St = 2302, En = 2302, D =  -8640, RO =     0, gId# = N/A
		Seg  97 : St = 2310, En = 2310, D =  -8653, RO =     0, gId# = N/A
		Seg  98 : St = 2320, En = 2321, D =  -8668, RO =     0, gId# = N/A
		Seg  99 : St = 2500, En = 2500, D =  -9146, RO =     0, gId# = N/A
		Seg 100 : St = 2502, En = 2502, D =  -9147, RO =     0, gId# = N/A
		Seg 101 : St = 250C, En = 250C, D =  -9156, RO =     0, gId# = N/A
		Seg 102 : St = 2510, En = 2510, D =  -9159, RO =     0, gId# = N/A
		Seg 103 : St = 2514, En = 2514, D =  -9162, RO =     0, gId# = N/A
		Seg 104 : St = 2518, En = 2518, D =  -9165, RO =     0, gId# = N/A
		Seg 105 : St = 251C, En = 251C, D =  -9168, RO =     0, gId# = N/A
		Seg 106 : St = 2524, En = 2524, D =  -9175, RO =     0, gId# = N/A
		Seg 107 : St = 252C, En = 252C, D =  -9182, RO =     0, gId# = N/A
		Seg 108 : St = 2534, En = 2534, D =  -9189, RO =     0, gId# = N/A
		Seg 109 : St = 253C, En = 253C, D =  -9196, RO =     0, gId# = N/A
		Seg 110 : St = 2550, En = 256C, D =  -9215, RO =     0, gId# = N/A
		Seg 111 : St = 2580, En = 2580, D =  -9234, RO =     0, gId# = N/A
		Seg 112 : St = 2584, En = 2584, D =  -9237, RO =     0, gId# = N/A
		Seg 113 : St = 2588, En = 2588, D =  -9240, RO =     0, gId# = N/A
		Seg 114 : St = 258C, En = 258C, D =  -9243, RO =     0, gId# = N/A
		Seg 115 : St = 2590, En = 2593, D =  -9246, RO =     0, gId# = N/A
		Seg 116 : St = 25A0, En = 25A1, D =      0, RO =  1062, gId# = 490
		Seg 117 : St = 25AA, En = 25AC, D =      0, RO =  1064, gId# = 492
		Seg 118 : St = 25B2, En = 25B2, D =  -9274, RO =     0, gId# = N/A
		Seg 119 : St = 25BA, En = 25BA, D =  -9281, RO =     0, gId# = N/A
		Seg 120 : St = 25BC, En = 25BC, D =  -9282, RO =     0, gId# = N/A
		Seg 121 : St = 25C4, En = 25C4, D =  -9289, RO =     0, gId# = N/A
		Seg 122 : St = 25CA, En = 25CB, D =      0, RO =  1060, gId# = 495
		Seg 123 : St = 25CF, En = 25CF, D =  -9275, RO =     0, gId# = N/A
		Seg 124 : St = 25D8, En = 25D9, D =  -9307, RO =     0, gId# = N/A
		Seg 125 : St = 25E6, En = 25E6, D =  -9297, RO =     0, gId# = N/A
		Seg 126 : St = 263A, En = 263C, D =  -9403, RO =     0, gId# = N/A
		Seg 127 : St = 2640, En = 2640, D =  -9406, RO =     0, gId# = N/A
		Seg 128 : St = 2642, En = 2642, D =  -9407, RO =     0, gId# = N/A
		Seg 129 : St = 2660, En = 2660, D =  -9436, RO =     0, gId# = N/A
		Seg 130 : St = 2663, En = 2663, D =  -9438, RO =     0, gId# = N/A
		Seg 131 : St = 2665, En = 2666, D =  -9439, RO =     0, gId# = N/A
		Seg 132 : St = 266A, En = 266B, D =  -9442, RO =     0, gId# = N/A
		Seg 133 : St = E801, En = E805, D =   6848, RO =     0, gId# = N/A
		Seg 134 : St = E818, En = E818, D =   6906, RO =     0, gId# = N/A
		Seg 135 : St = E83A, En = E83A, D =   6881, RO =     0, gId# = N/A
		Seg 136 : St = F001, En = F002, D =   4286, RO =     0, gId# = N/A
		Seg 137 : St = F004, En = F031, D =      0, RO =  1034, gId# = 497
		Seg 138 : St = FB01, En = FB02, D =   1470, RO =     0, gId# = N/A
		Seg 139 : St = FB20, En = FB20, D =   1958, RO =     0, gId# = N/A
		Seg 140 : St = FB2A, En = FB36, D =   1949, RO =     0, gId# = N/A
		Seg 141 : St = FB38, En = FB3C, D =   1948, RO =     0, gId# = N/A
		Seg 142 : St = FB3E, En = FB3E, D =   1947, RO =     0, gId# = N/A
		Seg 143 : St = FB40, En = FB41, D =   1946, RO =     0, gId# = N/A
		Seg 144 : St = FB43, En = FB44, D =   1945, RO =     0, gId# = N/A
		Seg 145 : St = FB46, En = FB4F, D =   1944, RO =     0, gId# = N/A
		Seg 146 : St = FB56, En = FB59, D =   1993, RO =     0, gId# = N/A
		Seg 147 : St = FB7A, En = FB7D, D =   1965, RO =     0, gId# = N/A
		Seg 148 : St = FB8A, En = FB8B, D =   1953, RO =     0, gId# = N/A
		Seg 149 : St = FB8E, En = FB95, D =   1951, RO =     0, gId# = N/A
		Seg 150 : St = FBFC, En = FBFF, D =      0, RO =  1100, gId# = 543
		Seg 151 : St = FC5E, En = FC62, D =   1769, RO =     0, gId# = N/A
		Seg 152 : St = FD3E, En = FD3F, D =   1598, RO =     0, gId# = N/A
		Seg 153 : St = FDF2, En = FDF2, D =   1421, RO =     0, gId# = N/A
		Seg 154 : St = FE80, En = FEFC, D =   1280, RO =     0, gId# = N/A
		Seg 155 : St = FFFC, En = FFFC, D =    867, RO =     0, gId# = N/A
		Seg 156 : St = FFFF, En = FFFF, D =      1, RO =     0, gId# = N/A
		glyphIdArray[0] =    3 (Offset = 04F0)
		glyphIdArray[1] =  163 (Offset = 04F2)
		glyphIdArray[2] =  132 (Offset = 04F4)
		glyphIdArray[3] =  133 (Offset = 04F6)
		glyphIdArray[4] =  862 (Offset = 04F8)
		glyphIdArray[5] =  150 (Offset = 04FA)
		glyphIdArray[6] =  230 (Offset = 04FC)
		glyphIdArray[7] =  134 (Offset = 04FE)
		glyphIdArray[8] =  142 (Offset = 0500)
		glyphIdArray[9] =  139 (Offset = 0502)
		glyphIdArray[10] =  157 (Offset = 0504)
		glyphIdArray[11] =  169 (Offset = 0506)
		glyphIdArray[12] =  164 (Offset = 0508)
		glyphIdArray[13] =   16 (Offset = 050A)
		glyphIdArray[14] =  138 (Offset = 050C)
		glyphIdArray[15] =  256 (Offset = 050E)
		glyphIdArray[16] =  131 (Offset = 0510)
		glyphIdArray[17] =  147 (Offset = 0512)
		glyphIdArray[18] =  240 (Offset = 0514)
		glyphIdArray[19] =  241 (Offset = 0516)
		glyphIdArray[20] =  141 (Offset = 0518)
		glyphIdArray[21] =  151 (Offset = 051A)
		glyphIdArray[22] =  136 (Offset = 051C)
		glyphIdArray[23] =  194 (Offset = 051E)
		glyphIdArray[24] =  220 (Offset = 0520)
		glyphIdArray[25] =  239 (Offset = 0522)
		glyphIdArray[26] =  158 (Offset = 0524)
		glyphIdArray[27] =  170 (Offset = 0526)
		glyphIdArray[28] =  243 (Offset = 0528)
		glyphIdArray[29] =  242 (Offset = 052A)
		glyphIdArray[30] =  244 (Offset = 052C)
		glyphIdArray[31] =  162 (Offset = 052E)
		glyphIdArray[32] =  172 (Offset = 0530)
		glyphIdArray[33] =  200 (Offset = 0532)
		glyphIdArray[34] =  198 (Offset = 0534)
		glyphIdArray[35] =  173 (Offset = 0536)
		glyphIdArray[36] =   98 (Offset = 0538)
		glyphIdArray[37] =   99 (Offset = 053A)
		glyphIdArray[38] =  144 (Offset = 053C)
		glyphIdArray[39] =  100 (Offset = 053E)
		glyphIdArray[40] =  202 (Offset = 0540)
		glyphIdArray[41] =  101 (Offset = 0542)
		glyphIdArray[42] =  199 (Offset = 0544)
		glyphIdArray[43] =  201 (Offset = 0546)
		glyphIdArray[44] =  206 (Offset = 0548)
		glyphIdArray[45] =  203 (Offset = 054A)
		glyphIdArray[46] =  204 (Offset = 054C)
		glyphIdArray[47] =  205 (Offset = 054E)
		glyphIdArray[48] =  231 (Offset = 0550)
		glyphIdArray[49] =  102 (Offset = 0552)
		glyphIdArray[50] =  209 (Offset = 0554)
		glyphIdArray[51] =  207 (Offset = 0556)
		glyphIdArray[52] =  208 (Offset = 0558)
		glyphIdArray[53] =  174 (Offset = 055A)
		glyphIdArray[54] =  103 (Offset = 055C)
		glyphIdArray[55] =  238 (Offset = 055E)
		glyphIdArray[56] =  145 (Offset = 0560)
		glyphIdArray[57] =  212 (Offset = 0562)
		glyphIdArray[58] =  210 (Offset = 0564)
		glyphIdArray[59] =  211 (Offset = 0566)
		glyphIdArray[60] =  104 (Offset = 0568)
		glyphIdArray[61] =  233 (Offset = 056A)
		glyphIdArray[62] =  235 (Offset = 056C)
		glyphIdArray[63] =  137 (Offset = 056E)
		glyphIdArray[64] =  106 (Offset = 0570)
		glyphIdArray[65] =  105 (Offset = 0572)
		glyphIdArray[66] =  107 (Offset = 0574)
		glyphIdArray[67] =  109 (Offset = 0576)
		glyphIdArray[68] =  108 (Offset = 0578)
		glyphIdArray[69] =  110 (Offset = 057A)
		glyphIdArray[70] =  160 (Offset = 057C)
		glyphIdArray[71] =  111 (Offset = 057E)
		glyphIdArray[72] =  113 (Offset = 0580)
		glyphIdArray[73] =  112 (Offset = 0582)
		glyphIdArray[74] =  114 (Offset = 0584)
		glyphIdArray[75] =  115 (Offset = 0586)
		glyphIdArray[76] =  117 (Offset = 0588)
		glyphIdArray[77] =  116 (Offset = 058A)
		glyphIdArray[78] =  118 (Offset = 058C)
		glyphIdArray[79] =  119 (Offset = 058E)
		glyphIdArray[80] =  232 (Offset = 0590)
		glyphIdArray[81] =  120 (Offset = 0592)
		glyphIdArray[82] =  122 (Offset = 0594)
		glyphIdArray[83] =  121 (Offset = 0596)
		glyphIdArray[84] =  123 (Offset = 0598)
		glyphIdArray[85] =  125 (Offset = 059A)
		glyphIdArray[86] =  124 (Offset = 059C)
		glyphIdArray[87] =  183 (Offset = 059E)
		glyphIdArray[88] =  161 (Offset = 05A0)
		glyphIdArray[89] =  127 (Offset = 05A2)
		glyphIdArray[90] =  126 (Offset = 05A4)
		glyphIdArray[91] =  128 (Offset = 05A6)
		glyphIdArray[92] =  129 (Offset = 05A8)
		glyphIdArray[93] =  234 (Offset = 05AA)
		glyphIdArray[94] =  236 (Offset = 05AC)
		glyphIdArray[95] =  185 (Offset = 05AE)
		glyphIdArray[96] =  406 (Offset = 05B0)
		glyphIdArray[97] =  407 (Offset = 05B2)
		glyphIdArray[98] =  258 (Offset = 05B4)
		glyphIdArray[99] =  259 (Offset = 05B6)
		glyphIdArray[100] =  260 (Offset = 05B8)
		glyphIdArray[101] =  261 (Offset = 05BA)
		glyphIdArray[102] =  251 (Offset = 05BC)
		glyphIdArray[103] =  252 (Offset = 05BE)
		glyphIdArray[104] =  408 (Offset = 05C0)
		glyphIdArray[105] =  409 (Offset = 05C2)
		glyphIdArray[106] =  410 (Offset = 05C4)
		glyphIdArray[107] =  411 (Offset = 05C6)
		glyphIdArray[108] =  253 (Offset = 05C8)
		glyphIdArray[109] =  254 (Offset = 05CA)
		glyphIdArray[110] =  262 (Offset = 05CC)
		glyphIdArray[111] =  263 (Offset = 05CE)
		glyphIdArray[112] =  264 (Offset = 05D0)
		glyphIdArray[113] =  255 (Offset = 05D2)
		glyphIdArray[114] =  412 (Offset = 05D4)
		glyphIdArray[115] =  413 (Offset = 05D6)
		glyphIdArray[116] =  414 (Offset = 05D8)
		glyphIdArray[117] =  415 (Offset = 05DA)
		glyphIdArray[118] =  416 (Offset = 05DC)
		glyphIdArray[119] =  417 (Offset = 05DE)
		glyphIdArray[120] =  265 (Offset = 05E0)
		glyphIdArray[121] =  266 (Offset = 05E2)
		glyphIdArray[122] =  267 (Offset = 05E4)
		glyphIdArray[123] =  268 (Offset = 05E6)
		glyphIdArray[124] =  418 (Offset = 05E8)
		glyphIdArray[125] =  419 (Offset = 05EA)
		glyphIdArray[126] =  246 (Offset = 05EC)
		glyphIdArray[127] =  247 (Offset = 05EE)
		glyphIdArray[128] =  420 (Offset = 05F0)
		glyphIdArray[129] =  421 (Offset = 05F2)
		glyphIdArray[130] =  422 (Offset = 05F4)
		glyphIdArray[131] =  423 (Offset = 05F6)
		glyphIdArray[132] =  424 (Offset = 05F8)
		glyphIdArray[133] =  425 (Offset = 05FA)
		glyphIdArray[134] =  426 (Offset = 05FC)
		glyphIdArray[135] =  427 (Offset = 05FE)
		glyphIdArray[136] =  428 (Offset = 0600)
		glyphIdArray[137] =  429 (Offset = 0602)
		glyphIdArray[138] =  430 (Offset = 0604)
		glyphIdArray[139] =  431 (Offset = 0606)
		glyphIdArray[140] =  432 (Offset = 0608)
		glyphIdArray[141] =  433 (Offset = 060A)
		glyphIdArray[142] =  434 (Offset = 060C)
		glyphIdArray[143] =  435 (Offset = 060E)
		glyphIdArray[144] =  248 (Offset = 0610)
		glyphIdArray[145] =  213 (Offset = 0612)
		glyphIdArray[146] =  394 (Offset = 0614)
		glyphIdArray[147] =  395 (Offset = 0616)
		glyphIdArray[148] =  436 (Offset = 0618)
		glyphIdArray[149] =  437 (Offset = 061A)
		glyphIdArray[150] =  438 (Offset = 061C)
		glyphIdArray[151] =  439 (Offset = 061E)
		glyphIdArray[152] =  440 (Offset = 0620)
		glyphIdArray[153] =  269 (Offset = 0622)
		glyphIdArray[154] =  270 (Offset = 0624)
		glyphIdArray[155] =  441 (Offset = 0626)
		glyphIdArray[156] =  442 (Offset = 0628)
		glyphIdArray[157] =  271 (Offset = 062A)
		glyphIdArray[158] =  272 (Offset = 062C)
		glyphIdArray[159] =  273 (Offset = 062E)
		glyphIdArray[160] =  274 (Offset = 0630)
		glyphIdArray[161] =  224 (Offset = 0632)
		glyphIdArray[162] =  225 (Offset = 0634)
		glyphIdArray[163] =  275 (Offset = 0636)
		glyphIdArray[164] =  276 (Offset = 0638)
		glyphIdArray[165] =  443 (Offset = 063A)
		glyphIdArray[166] =  444 (Offset = 063C)
		glyphIdArray[167] =  277 (Offset = 063E)
		glyphIdArray[168] =  278 (Offset = 0640)
		glyphIdArray[169] =  396 (Offset = 0642)
		glyphIdArray[170] =  445 (Offset = 0644)
		glyphIdArray[171] =  446 (Offset = 0646)
		glyphIdArray[172] =  447 (Offset = 0648)
		glyphIdArray[173] =  448 (Offset = 064A)
		glyphIdArray[174] =  449 (Offset = 064C)
		glyphIdArray[175] =  450 (Offset = 064E)
		glyphIdArray[176] =  279 (Offset = 0650)
		glyphIdArray[177] =  280 (Offset = 0652)
		glyphIdArray[178] =  175 (Offset = 0654)
		glyphIdArray[179] =  176 (Offset = 0656)
		glyphIdArray[180] =  281 (Offset = 0658)
		glyphIdArray[181] =  282 (Offset = 065A)
		glyphIdArray[182] =  451 (Offset = 065C)
		glyphIdArray[183] =  452 (Offset = 065E)
		glyphIdArray[184] =  283 (Offset = 0660)
		glyphIdArray[185] =  284 (Offset = 0662)
		glyphIdArray[186] =  285 (Offset = 0664)
		glyphIdArray[187] =  286 (Offset = 0666)
		glyphIdArray[188] =  453 (Offset = 0668)
		glyphIdArray[189] =  454 (Offset = 066A)
		glyphIdArray[190] =  249 (Offset = 066C)
		glyphIdArray[191] =  250 (Offset = 066E)
		glyphIdArray[192] =  226 (Offset = 0670)
		glyphIdArray[193] =  227 (Offset = 0672)
		glyphIdArray[194] =  287 (Offset = 0674)
		glyphIdArray[195] =  288 (Offset = 0676)
		glyphIdArray[196] =  289 (Offset = 0678)
		glyphIdArray[197] =  290 (Offset = 067A)
		glyphIdArray[198] =  455 (Offset = 067C)
		glyphIdArray[199] =  456 (Offset = 067E)
		glyphIdArray[200] =  457 (Offset = 0680)
		glyphIdArray[201] =  458 (Offset = 0682)
		glyphIdArray[202] =  459 (Offset = 0684)
		glyphIdArray[203] =  460 (Offset = 0686)
		glyphIdArray[204] =  461 (Offset = 0688)
		glyphIdArray[205] =  462 (Offset = 068A)
		glyphIdArray[206] =  291 (Offset = 068C)
		glyphIdArray[207] =  292 (Offset = 068E)
		glyphIdArray[208] =  293 (Offset = 0690)
		glyphIdArray[209] =  294 (Offset = 0692)
		glyphIdArray[210] =  463 (Offset = 0694)
		glyphIdArray[211] =  464 (Offset = 0696)
		glyphIdArray[212] =  465 (Offset = 0698)
		glyphIdArray[213] =  466 (Offset = 069A)
		glyphIdArray[214] =  467 (Offset = 069C)
		glyphIdArray[215] =  468 (Offset = 069E)
		glyphIdArray[216] =  186 (Offset = 06A0)
		glyphIdArray[217] =  295 (Offset = 06A2)
		glyphIdArray[218] =  296 (Offset = 06A4)
		glyphIdArray[219] =  297 (Offset = 06A6)
		glyphIdArray[220] =  298 (Offset = 06A8)
		glyphIdArray[221] =  228 (Offset = 06AA)
		glyphIdArray[222] =  229 (Offset = 06AC)
		glyphIdArray[223] =  469 (Offset = 06AE)
		glyphIdArray[224] =  214 (Offset = 06B0)
		glyphIdArray[225] =  223 (Offset = 06B2)
		glyphIdArray[226] =  217 (Offset = 06B4)
		glyphIdArray[227] =  218 (Offset = 06B6)
		glyphIdArray[228] =  219 (Offset = 06B8)
		glyphIdArray[229] =  222 (Offset = 06BA)
		glyphIdArray[230] =  215 (Offset = 06BC)
		glyphIdArray[231] =  221 (Offset = 06BE)
		glyphIdArray[232] =  495 (Offset = 06C0)
		glyphIdArray[233] =  496 (Offset = 06C2)
		glyphIdArray[234] =  497 (Offset = 06C4)
		glyphIdArray[235] =  476 (Offset = 06C6)
		glyphIdArray[236] =  498 (Offset = 06C8)
		glyphIdArray[237] =  499 (Offset = 06CA)
		glyphIdArray[238] =  500 (Offset = 06CC)
		glyphIdArray[239] =  502 (Offset = 06CE)
		glyphIdArray[240] =  503 (Offset = 06D0)
		glyphIdArray[241] =  504 (Offset = 06D2)
		glyphIdArray[242] =  505 (Offset = 06D4)
		glyphIdArray[243] =  506 (Offset = 06D6)
		glyphIdArray[244] =  299 (Offset = 06D8)
		glyphIdArray[245] =  507 (Offset = 06DA)
		glyphIdArray[246] =  508 (Offset = 06DC)
		glyphIdArray[247] =  509 (Offset = 06DE)
		glyphIdArray[248] =  510 (Offset = 06E0)
		glyphIdArray[249] =  300 (Offset = 06E2)
		glyphIdArray[250] =  511 (Offset = 06E4)
		glyphIdArray[251] =  512 (Offset = 06E6)
		glyphIdArray[252] =  513 (Offset = 06E8)
		glyphIdArray[253] =  514 (Offset = 06EA)
		glyphIdArray[254] =  515 (Offset = 06EC)
		glyphIdArray[255] =  516 (Offset = 06EE)
		glyphIdArray[256] =  517 (Offset = 06F0)
		glyphIdArray[257] =  518 (Offset = 06F2)
		glyphIdArray[258] =  519 (Offset = 06F4)
		glyphIdArray[259] =  520 (Offset = 06F6)
		glyphIdArray[260] =  521 (Offset = 06F8)
		glyphIdArray[261] =  522 (Offset = 06FA)
		glyphIdArray[262] =  301 (Offset = 06FC)
		glyphIdArray[263] =  523 (Offset = 06FE)
		glyphIdArray[264] =  524 (Offset = 0700)
		glyphIdArray[265] =  525 (Offset = 0702)
		glyphIdArray[266] =  526 (Offset = 0704)
		glyphIdArray[267] =  527 (Offset = 0706)
		glyphIdArray[268] =  528 (Offset = 0708)
		glyphIdArray[269] =  529 (Offset = 070A)
		glyphIdArray[270] =  530 (Offset = 070C)
		glyphIdArray[271] =  531 (Offset = 070E)
		glyphIdArray[272] =  532 (Offset = 0710)
		glyphIdArray[273] =  302 (Offset = 0712)
		glyphIdArray[274] =  533 (Offset = 0714)
		glyphIdArray[275] =  534 (Offset = 0716)
		glyphIdArray[276] =  303 (Offset = 0718)
		glyphIdArray[277] =  304 (Offset = 071A)
		glyphIdArray[278] =  535 (Offset = 071C)
		glyphIdArray[279] =  536 (Offset = 071E)
		glyphIdArray[280] =  537 (Offset = 0720)
		glyphIdArray[281] =  538 (Offset = 0722)
		glyphIdArray[282] =  539 (Offset = 0724)
		glyphIdArray[283] =  540 (Offset = 0726)
		glyphIdArray[284] =  541 (Offset = 0728)
		glyphIdArray[285] =  542 (Offset = 072A)
		glyphIdArray[286] =  543 (Offset = 072C)
		glyphIdArray[287] =  544 (Offset = 072E)
		glyphIdArray[288] =  652 (Offset = 0730)
		glyphIdArray[289] =  545 (Offset = 0732)
		glyphIdArray[290] =  546 (Offset = 0734)
		glyphIdArray[291] =  305 (Offset = 0736)
		glyphIdArray[292] =  306 (Offset = 0738)
		glyphIdArray[293] =  547 (Offset = 073A)
		glyphIdArray[294] =  307 (Offset = 073C)
		glyphIdArray[295] =  548 (Offset = 073E)
		glyphIdArray[296] =  549 (Offset = 0740)
		glyphIdArray[297] =  550 (Offset = 0742)
		glyphIdArray[298] =  551 (Offset = 0744)
		glyphIdArray[299] =  552 (Offset = 0746)
		glyphIdArray[300] =  553 (Offset = 0748)
		glyphIdArray[301] =  554 (Offset = 074A)
		glyphIdArray[302] =  555 (Offset = 074C)
		glyphIdArray[303] =  648 (Offset = 074E)
		glyphIdArray[304] =  649 (Offset = 0750)
		glyphIdArray[305] = 1296 (Offset = 0752)
		glyphIdArray[306] = 1297 (Offset = 0754)
		glyphIdArray[307] =  751 (Offset = 0756)
		glyphIdArray[308] =  897 (Offset = 0758)
		glyphIdArray[309] =  899 (Offset = 075A)
		glyphIdArray[310] =  901 (Offset = 075C)
		glyphIdArray[311] =  903 (Offset = 075E)
		glyphIdArray[312] =  905 (Offset = 0760)
		glyphIdArray[313] =  909 (Offset = 0762)
		glyphIdArray[314] =  911 (Offset = 0764)
		glyphIdArray[315] =  915 (Offset = 0766)
		glyphIdArray[316] =  917 (Offset = 0768)
		glyphIdArray[317] =  921 (Offset = 076A)
		glyphIdArray[318] =  925 (Offset = 076C)
		glyphIdArray[319] =  929 (Offset = 076E)
		glyphIdArray[320] =  933 (Offset = 0770)
		glyphIdArray[321] =  937 (Offset = 0772)
		glyphIdArray[322] =  939 (Offset = 0774)
		glyphIdArray[323] =  941 (Offset = 0776)
		glyphIdArray[324] =  943 (Offset = 0778)
		glyphIdArray[325] =  945 (Offset = 077A)
		glyphIdArray[326] =  949 (Offset = 077C)
		glyphIdArray[327] =  953 (Offset = 077E)
		glyphIdArray[328] =  957 (Offset = 0780)
		glyphIdArray[329] =  961 (Offset = 0782)
		glyphIdArray[330] =  965 (Offset = 0784)
		glyphIdArray[331] =  969 (Offset = 0786)
		glyphIdArray[332] =  973 (Offset = 0788)
		glyphIdArray[333] =  752 (Offset = 078A)
		glyphIdArray[334] =  977 (Offset = 078C)
		glyphIdArray[335] =  981 (Offset = 078E)
		glyphIdArray[336] =  985 (Offset = 0790)
		glyphIdArray[337] =  989 (Offset = 0792)
		glyphIdArray[338] =  993 (Offset = 0794)
		glyphIdArray[339] =  997 (Offset = 0796)
		glyphIdArray[340] = 1001 (Offset = 0798)
		glyphIdArray[341] = 1005 (Offset = 079A)
		glyphIdArray[342] = 1007 (Offset = 079C)
		glyphIdArray[343] = 1009 (Offset = 079E)
		glyphIdArray[344] =  753 (Offset = 07A0)
		glyphIdArray[345] =  754 (Offset = 07A2)
		glyphIdArray[346] =  755 (Offset = 07A4)
		glyphIdArray[347] =  756 (Offset = 07A6)
		glyphIdArray[348] =  757 (Offset = 07A8)
		glyphIdArray[349] =  758 (Offset = 07AA)
		glyphIdArray[350] =  759 (Offset = 07AC)
		glyphIdArray[351] =  760 (Offset = 07AE)
		glyphIdArray[352] =  761 (Offset = 07B0)
		glyphIdArray[353] =  762 (Offset = 07B2)
		glyphIdArray[354] =  763 (Offset = 07B4)
		glyphIdArray[355] =  764 (Offset = 07B6)
		glyphIdArray[356] =  778 (Offset = 07B8)
		glyphIdArray[357] =  779 (Offset = 07BA)
		glyphIdArray[358] =  780 (Offset = 07BC)
		glyphIdArray[359] =  768 (Offset = 07BE)
		glyphIdArray[360] =  769 (Offset = 07C0)
		glyphIdArray[361] =  770 (Offset = 07C2)
		glyphIdArray[362] = 1188 (Offset = 07C4)
		glyphIdArray[363] = 1189 (Offset = 07C6)
		glyphIdArray[364] = 1190 (Offset = 07C8)
		glyphIdArray[365] = 1191 (Offset = 07CA)
		glyphIdArray[366] = 1192 (Offset = 07CC)
		glyphIdArray[367] = 1193 (Offset = 07CE)
		glyphIdArray[368] = 1194 (Offset = 07D0)
		glyphIdArray[369] = 1195 (Offset = 07D2)
		glyphIdArray[370] = 1196 (Offset = 07D4)
		glyphIdArray[371] = 1197 (Offset = 07D6)
		glyphIdArray[372] = 1198 (Offset = 07D8)
		glyphIdArray[373] = 1199 (Offset = 07DA)
		glyphIdArray[374] = 1200 (Offset = 07DC)
		glyphIdArray[375] = 1201 (Offset = 07DE)
		glyphIdArray[376] = 1202 (Offset = 07E0)
		glyphIdArray[377] = 1203 (Offset = 07E2)
		glyphIdArray[378] = 1204 (Offset = 07E4)
		glyphIdArray[379] = 1205 (Offset = 07E6)
		glyphIdArray[380] = 1206 (Offset = 07E8)
		glyphIdArray[381] = 1207 (Offset = 07EA)
		glyphIdArray[382] = 1208 (Offset = 07EC)
		glyphIdArray[383] = 1209 (Offset = 07EE)
		glyphIdArray[384] = 1210 (Offset = 07F0)
		glyphIdArray[385] = 1211 (Offset = 07F2)
		glyphIdArray[386] = 1212 (Offset = 07F4)
		glyphIdArray[387] = 1213 (Offset = 07F6)
		glyphIdArray[388] = 1214 (Offset = 07F8)
		glyphIdArray[389] = 1215 (Offset = 07FA)
		glyphIdArray[390] = 1216 (Offset = 07FC)
		glyphIdArray[391] = 1217 (Offset = 07FE)
		glyphIdArray[392] = 1218 (Offset = 0800)
		glyphIdArray[393] = 1219 (Offset = 0802)
		glyphIdArray[394] = 1220 (Offset = 0804)
		glyphIdArray[395] = 1221 (Offset = 0806)
		glyphIdArray[396] = 1222 (Offset = 0808)
		glyphIdArray[397] = 1223 (Offset = 080A)
		glyphIdArray[398] = 1224 (Offset = 080C)
		glyphIdArray[399] = 1225 (Offset = 080E)
		glyphIdArray[400] = 1226 (Offset = 0810)
		glyphIdArray[401] = 1227 (Offset = 0812)
		glyphIdArray[402] = 1228 (Offset = 0814)
		glyphIdArray[403] = 1229 (Offset = 0816)
		glyphIdArray[404] = 1230 (Offset = 0818)
		glyphIdArray[405] = 1231 (Offset = 081A)
		glyphIdArray[406] = 1232 (Offset = 081C)
		glyphIdArray[407] = 1233 (Offset = 081E)
		glyphIdArray[408] = 1234 (Offset = 0820)
		glyphIdArray[409] = 1235 (Offset = 0822)
		glyphIdArray[410] = 1236 (Offset = 0824)
		glyphIdArray[411] = 1237 (Offset = 0826)
		glyphIdArray[412] = 1238 (Offset = 0828)
		glyphIdArray[413] = 1239 (Offset = 082A)
		glyphIdArray[414] = 1240 (Offset = 082C)
		glyphIdArray[415] = 1241 (Offset = 082E)
		glyphIdArray[416] = 1242 (Offset = 0830)
		glyphIdArray[417] = 1243 (Offset = 0832)
		glyphIdArray[418] = 1244 (Offset = 0834)
		glyphIdArray[419] = 1245 (Offset = 0836)
		glyphIdArray[420] = 1246 (Offset = 0838)
		glyphIdArray[421] = 1247 (Offset = 083A)
		glyphIdArray[422] = 1248 (Offset = 083C)
		glyphIdArray[423] = 1249 (Offset = 083E)
		glyphIdArray[424] = 1250 (Offset = 0840)
		glyphIdArray[425] = 1251 (Offset = 0842)
		glyphIdArray[426] = 1252 (Offset = 0844)
		glyphIdArray[427] = 1253 (Offset = 0846)
		glyphIdArray[428] = 1254 (Offset = 0848)
		glyphIdArray[429] = 1255 (Offset = 084A)
		glyphIdArray[430] = 1256 (Offset = 084C)
		glyphIdArray[431] = 1257 (Offset = 084E)
		glyphIdArray[432] = 1258 (Offset = 0850)
		glyphIdArray[433] = 1259 (Offset = 0852)
		glyphIdArray[434] = 1260 (Offset = 0854)
		glyphIdArray[435] = 1261 (Offset = 0856)
		glyphIdArray[436] = 1262 (Offset = 0858)
		glyphIdArray[437] = 1263 (Offset = 085A)
		glyphIdArray[438] = 1264 (Offset = 085C)
		glyphIdArray[439] = 1265 (Offset = 085E)
		glyphIdArray[440] = 1266 (Offset = 0860)
		glyphIdArray[441] = 1267 (Offset = 0862)
		glyphIdArray[442] = 1268 (Offset = 0864)
		glyphIdArray[443] = 1269 (Offset = 0866)
		glyphIdArray[444] =  483 (Offset = 0868)
		glyphIdArray[445] =  484 (Offset = 086A)
		glyphIdArray[446] = 1270 (Offset = 086C)
		glyphIdArray[447] = 1271 (Offset = 086E)
		glyphIdArray[448] = 1272 (Offset = 0870)
		glyphIdArray[449] = 1273 (Offset = 0872)
		glyphIdArray[450] = 1274 (Offset = 0874)
		glyphIdArray[451] = 1275 (Offset = 0876)
		glyphIdArray[452] =  177 (Offset = 0878)
		glyphIdArray[453] =  178 (Offset = 087A)
		glyphIdArray[454] =  650 (Offset = 087C)
		glyphIdArray[455] =  308 (Offset = 087E)
		glyphIdArray[456] =  181 (Offset = 0880)
		glyphIdArray[457] =  182 (Offset = 0882)
		glyphIdArray[458] =  195 (Offset = 0884)
		glyphIdArray[459] =  485 (Offset = 0886)
		glyphIdArray[460] =  179 (Offset = 0888)
		glyphIdArray[461] =  180 (Offset = 088A)
		glyphIdArray[462] =  196 (Offset = 088C)
		glyphIdArray[463] =  130 (Offset = 088E)
		glyphIdArray[464] =  193 (Offset = 0890)
		glyphIdArray[465] =  135 (Offset = 0892)
		glyphIdArray[466] =  846 (Offset = 0894)
		glyphIdArray[467] =  847 (Offset = 0896)
		glyphIdArray[468] =  850 (Offset = 0898)
		glyphIdArray[469] =  848 (Offset = 089A)
		glyphIdArray[470] =  849 (Offset = 089C)
		glyphIdArray[471] =  853 (Offset = 089E)
		glyphIdArray[472] =  854 (Offset = 08A0)
		glyphIdArray[473] =  855 (Offset = 08A2)
		glyphIdArray[474] =  856 (Offset = 08A4)
		glyphIdArray[475] =  851 (Offset = 08A6)
		glyphIdArray[476] =  852 (Offset = 08A8)
		glyphIdArray[477] =  245 (Offset = 08AA)
		glyphIdArray[478] =  487 (Offset = 08AC)
		glyphIdArray[479] =  704 (Offset = 08AE)
		glyphIdArray[480] = 1150 (Offset = 08B0)
		glyphIdArray[481] =  188 (Offset = 08B2)
		glyphIdArray[482] =  153 (Offset = 08B4)
		glyphIdArray[483] =  237 (Offset = 08B6)
		glyphIdArray[484] =  194 (Offset = 08B8)
		glyphIdArray[485] =  165 (Offset = 08BA)
		glyphIdArray[486] =  146 (Offset = 08BC)
		glyphIdArray[487] =  319 (Offset = 08BE)
		glyphIdArray[488] =  143 (Offset = 08C0)
		glyphIdArray[489] =  321 (Offset = 08C2)
		glyphIdArray[490] =  374 (Offset = 08C4)
		glyphIdArray[491] =  401 (Offset = 08C6)
		glyphIdArray[492] =  402 (Offset = 08C8)
		glyphIdArray[493] =  403 (Offset = 08CA)
		glyphIdArray[494] =  375 (Offset = 08CC)
		glyphIdArray[495] =  184 (Offset = 08CE)
		glyphIdArray[496] =  380 (Offset = 08D0)
		glyphIdArray[497] =  493 (Offset = 08D2)
		glyphIdArray[498] =  494 (Offset = 08D4)
		glyphIdArray[499] = 1137 (Offset = 08D6)
		glyphIdArray[500] = 1138 (Offset = 08D8)
		glyphIdArray[501] = 1153 (Offset = 08DA)
		glyphIdArray[502] = 1139 (Offset = 08DC)
		glyphIdArray[503] =  857 (Offset = 08DE)
		glyphIdArray[504] =  858 (Offset = 08E0)
		glyphIdArray[505] =  859 (Offset = 08E2)
		glyphIdArray[506] =  860 (Offset = 08E4)
		glyphIdArray[507] =  861 (Offset = 08E6)
		glyphIdArray[508] = 1156 (Offset = 08E8)
		glyphIdArray[509] = 1141 (Offset = 08EA)
		glyphIdArray[510] = 1143 (Offset = 08EC)
		glyphIdArray[511] = 1157 (Offset = 08EE)
		glyphIdArray[512] = 1142 (Offset = 08F0)
		glyphIdArray[513] = 1158 (Offset = 08F2)
		glyphIdArray[514] = 1145 (Offset = 08F4)
		glyphIdArray[515] = 1159 (Offset = 08F6)
		glyphIdArray[516] = 1160 (Offset = 08F8)
		glyphIdArray[517] = 1161 (Offset = 08FA)
		glyphIdArray[518] = 1162 (Offset = 08FC)
		glyphIdArray[519] = 1163 (Offset = 08FE)
		glyphIdArray[520] = 1164 (Offset = 0900)
		glyphIdArray[521] = 1144 (Offset = 0902)
		glyphIdArray[522] = 1172 (Offset = 0904)
		glyphIdArray[523] = 1165 (Offset = 0906)
		glyphIdArray[524] = 1166 (Offset = 0908)
		glyphIdArray[525] = 1167 (Offset = 090A)
		glyphIdArray[526] = 1168 (Offset = 090C)
		glyphIdArray[527] = 1169 (Offset = 090E)
		glyphIdArray[528] = 1174 (Offset = 0910)
		glyphIdArray[529] = 1178 (Offset = 0912)
		glyphIdArray[530] = 1179 (Offset = 0914)
		glyphIdArray[531] = 1180 (Offset = 0916)
		glyphIdArray[532] = 1181 (Offset = 0918)
		glyphIdArray[533] = 1182 (Offset = 091A)
		glyphIdArray[534] = 1175 (Offset = 091C)
		glyphIdArray[535] = 1176 (Offset = 091E)
		glyphIdArray[536] = 1177 (Offset = 0920)
		glyphIdArray[537] = 1149 (Offset = 0922)
		glyphIdArray[538] = 1183 (Offset = 0924)
		glyphIdArray[539] = 1184 (Offset = 0926)
		glyphIdArray[540] = 1185 (Offset = 0928)
		glyphIdArray[541] = 1186 (Offset = 092A)
		glyphIdArray[542] = 1187 (Offset = 092C)
		glyphIdArray[543] =  821 (Offset = 092E)
		glyphIdArray[544] =  822 (Offset = 0930)
		glyphIdArray[545] = 1011 (Offset = 0932)
		glyphIdArray[546] = 1012 (Offset = 0934)

		Which Means:
		   1. Char 0020 -> Index 3
		      Char 0021 -> Index 4
		      Char 0022 -> Index 5
		      Char 0023 -> Index 6
		      Char 0024 -> Index 7
		      Char 0025 -> Index 8
		      Char 0026 -> Index 9
		      Char 0027 -> Index 10
		      Char 0028 -> Index 11
		      Char 0029 -> Index 12
		      Char 002A -> Index 13
		      Char 002B -> Index 14
		      Char 002C -> Index 15
		      Char 002D -> Index 16
		      Char 002E -> Index 17
		      Char 002F -> Index 18
		      Char 0030 -> Index 19
		      Char 0031 -> Index 20
		      Char 0032 -> Index 21
		      Char 0033 -> Index 22
		      Char 0034 -> Index 23
		      Char 0035 -> Index 24
		      Char 0036 -> Index 25
		      Char 0037 -> Index 26
		      Char 0038 -> Index 27
		      Char 0039 -> Index 28
		      Char 003A -> Index 29
		      Char 003B -> Index 30
		      Char 003C -> Index 31
		      Char 003D -> Index 32
		      Char 003E -> Index 33
		      Char 003F -> Index 34
		      Char 0040 -> Index 35
		      Char 0041 -> Index 36
		      Char 0042 -> Index 37
		      Char 0043 -> Index 38
		      Char 0044 -> Index 39
		      Char 0045 -> Index 40
		      Char 0046 -> Index 41
		      Char 0047 -> Index 42
		      Char 0048 -> Index 43
		      Char 0049 -> Index 44
		      Char 004A -> Index 45
		      Char 004B -> Index 46
		      Char 004C -> Index 47
		      Char 004D -> Index 48
		      Char 004E -> Index 49
		      Char 004F -> Index 50
		      Char 0050 -> Index 51
		      Char 0051 -> Index 52
		      Char 0052 -> Index 53
		      Char 0053 -> Index 54
		      Char 0054 -> Index 55
		      Char 0055 -> Index 56
		      Char 0056 -> Index 57
		      Char 0057 -> Index 58
		      Char 0058 -> Index 59
		      Char 0059 -> Index 60
		      Char 005A -> Index 61
		      Char 005B -> Index 62
		      Char 005C -> Index 63
		      Char 005D -> Index 64
		      Char 005E -> Index 65
		      Char 005F -> Index 66
		      Char 0060 -> Index 67
		      Char 0061 -> Index 68
		      Char 0062 -> Index 69
		      Char 0063 -> Index 70
		      Char 0064 -> Index 71
		      Char 0065 -> Index 72
		      Char 0066 -> Index 73
		      Char 0067 -> Index 74
		      Char 0068 -> Index 75
		      Char 0069 -> Index 76
		      Char 006A -> Index 77
		      Char 006B -> Index 78
		      Char 006C -> Index 79
		      Char 006D -> Index 80
		      Char 006E -> Index 81
		      Char 006F -> Index 82
		      Char 0070 -> Index 83
		      Char 0071 -> Index 84
		      Char 0072 -> Index 85
		      Char 0073 -> Index 86
		      Char 0074 -> Index 87
		      Char 0075 -> Index 88
		      Char 0076 -> Index 89
		      Char 0077 -> Index 90
		      Char 0078 -> Index 91
		      Char 0079 -> Index 92
		      Char 007A -> Index 93
		      Char 007B -> Index 94
		      Char 007C -> Index 95
		      Char 007D -> Index 96
		      Char 007E -> Index 97
		   2. Char 00A0 -> Index 3
		      Char 00A1 -> Index 163
		      Char 00A2 -> Index 132
		      Char 00A3 -> Index 133
		      Char 00A4 -> Index 862
		      Char 00A5 -> Index 150
		      Char 00A6 -> Index 230
		      Char 00A7 -> Index 134
		      Char 00A8 -> Index 142
		      Char 00A9 -> Index 139
		      Char 00AA -> Index 157
		      Char 00AB -> Index 169
		      Char 00AC -> Index 164
		      Char 00AD -> Index 16
		      Char 00AE -> Index 138
		      Char 00AF -> Index 256
		      Char 00B0 -> Index 131
		      Char 00B1 -> Index 147
		      Char 00B2 -> Index 240
		      Char 00B3 -> Index 241
		      Char 00B4 -> Index 141
		      Char 00B5 -> Index 151
		      Char 00B6 -> Index 136
		      Char 00B7 -> Index 194
		      Char 00B8 -> Index 220
		      Char 00B9 -> Index 239
		      Char 00BA -> Index 158
		      Char 00BB -> Index 170
		      Char 00BC -> Index 243
		      Char 00BD -> Index 242
		      Char 00BE -> Index 244
		      Char 00BF -> Index 162
		      Char 00C0 -> Index 172
		      Char 00C1 -> Index 200
		      Char 00C2 -> Index 198
		      Char 00C3 -> Index 173
		      Char 00C4 -> Index 98
		      Char 00C5 -> Index 99
		      Char 00C6 -> Index 144
		      Char 00C7 -> Index 100
		      Char 00C8 -> Index 202
		      Char 00C9 -> Index 101
		      Char 00CA -> Index 199
		      Char 00CB -> Index 201
		      Char 00CC -> Index 206
		      Char 00CD -> Index 203
		      Char 00CE -> Index 204
		      Char 00CF -> Index 205
		      Char 00D0 -> Index 231
		      Char 00D1 -> Index 102
		      Char 00D2 -> Index 209
		      Char 00D3 -> Index 207
		      Char 00D4 -> Index 208
		      Char 00D5 -> Index 174
		      Char 00D6 -> Index 103
		      Char 00D7 -> Index 238
		      Char 00D8 -> Index 145
		      Char 00D9 -> Index 212
		      Char 00DA -> Index 210
		      Char 00DB -> Index 211
		      Char 00DC -> Index 104
		      Char 00DD -> Index 233
		      Char 00DE -> Index 235
		      Char 00DF -> Index 137
		      Char 00E0 -> Index 106
		      Char 00E1 -> Index 105
		      Char 00E2 -> Index 107
		      Char 00E3 -> Index 109
		      Char 00E4 -> Index 108
		      Char 00E5 -> Index 110
		      Char 00E6 -> Index 160
		      Char 00E7 -> Index 111
		      Char 00E8 -> Index 113
		      Char 00E9 -> Index 112
		      Char 00EA -> Index 114
		      Char 00EB -> Index 115
		      Char 00EC -> Index 117
		      Char 00ED -> Index 116
		      Char 00EE -> Index 118
		      Char 00EF -> Index 119
		      Char 00F0 -> Index 232
		      Char 00F1 -> Index 120
		      Char 00F2 -> Index 122
		      Char 00F3 -> Index 121
		      Char 00F4 -> Index 123
		      Char 00F5 -> Index 125
		      Char 00F6 -> Index 124
		      Char 00F7 -> Index 183
		      Char 00F8 -> Index 161
		      Char 00F9 -> Index 127
		      Char 00FA -> Index 126
		      Char 00FB -> Index 128
		      Char 00FC -> Index 129
		      Char 00FD -> Index 234
		      Char 00FE -> Index 236
		      Char 00FF -> Index 185
		      Char 0100 -> Index 406
		      Char 0101 -> Index 407
		      Char 0102 -> Index 258
		      Char 0103 -> Index 259
		      Char 0104 -> Index 260
		      Char 0105 -> Index 261
		      Char 0106 -> Index 251
		      Char 0107 -> Index 252
		      Char 0108 -> Index 408
		      Char 0109 -> Index 409
		      Char 010A -> Index 410
		      Char 010B -> Index 411
		      Char 010C -> Index 253
		      Char 010D -> Index 254
		      Char 010E -> Index 262
		      Char 010F -> Index 263
		      Char 0110 -> Index 264
		      Char 0111 -> Index 255
		      Char 0112 -> Index 412
		      Char 0113 -> Index 413
		      Char 0114 -> Index 414
		      Char 0115 -> Index 415
		      Char 0116 -> Index 416
		      Char 0117 -> Index 417
		      Char 0118 -> Index 265
		      Char 0119 -> Index 266
		      Char 011A -> Index 267
		      Char 011B -> Index 268
		      Char 011C -> Index 418
		      Char 011D -> Index 419
		      Char 011E -> Index 246
		      Char 011F -> Index 247
		      Char 0120 -> Index 420
		      Char 0121 -> Index 421
		      Char 0122 -> Index 422
		      Char 0123 -> Index 423
		      Char 0124 -> Index 424
		      Char 0125 -> Index 425
		      Char 0126 -> Index 426
		      Char 0127 -> Index 427
		      Char 0128 -> Index 428
		      Char 0129 -> Index 429
		      Char 012A -> Index 430
		      Char 012B -> Index 431
		      Char 012C -> Index 432
		      Char 012D -> Index 433
		      Char 012E -> Index 434
		      Char 012F -> Index 435
		      Char 0130 -> Index 248
		      Char 0131 -> Index 213
		      Char 0132 -> Index 394
		      Char 0133 -> Index 395
		      Char 0134 -> Index 436
		      Char 0135 -> Index 437
		      Char 0136 -> Index 438
		      Char 0137 -> Index 439
		      Char 0138 -> Index 440
		      Char 0139 -> Index 269
		      Char 013A -> Index 270
		      Char 013B -> Index 441
		      Char 013C -> Index 442
		      Char 013D -> Index 271
		      Char 013E -> Index 272
		      Char 013F -> Index 273
		      Char 0140 -> Index 274
		      Char 0141 -> Index 224
		      Char 0142 -> Index 225
		      Char 0143 -> Index 275
		      Char 0144 -> Index 276
		      Char 0145 -> Index 443
		      Char 0146 -> Index 444
		      Char 0147 -> Index 277
		      Char 0148 -> Index 278
		      Char 0149 -> Index 396
		      Char 014A -> Index 445
		      Char 014B -> Index 446
		      Char 014C -> Index 447
		      Char 014D -> Index 448
		      Char 014E -> Index 449
		      Char 014F -> Index 450
		      Char 0150 -> Index 279
		      Char 0151 -> Index 280
		      Char 0152 -> Index 175
		      Char 0153 -> Index 176
		      Char 0154 -> Index 281
		      Char 0155 -> Index 282
		      Char 0156 -> Index 451
		      Char 0157 -> Index 452
		      Char 0158 -> Index 283
		      Char 0159 -> Index 284
		      Char 015A -> Index 285
		      Char 015B -> Index 286
		      Char 015C -> Index 453
		      Char 015D -> Index 454
		      Char 015E -> Index 249
		      Char 015F -> Index 250
		      Char 0160 -> Index 226
		      Char 0161 -> Index 227
		      Char 0162 -> Index 287
		      Char 0163 -> Index 288
		      Char 0164 -> Index 289
		      Char 0165 -> Index 290
		      Char 0166 -> Index 455
		      Char 0167 -> Index 456
		      Char 0168 -> Index 457
		      Char 0169 -> Index 458
		      Char 016A -> Index 459
		      Char 016B -> Index 460
		      Char 016C -> Index 461
		      Char 016D -> Index 462
		      Char 016E -> Index 291
		      Char 016F -> Index 292
		      Char 0170 -> Index 293
		      Char 0171 -> Index 294
		      Char 0172 -> Index 463
		      Char 0173 -> Index 464
		      Char 0174 -> Index 465
		      Char 0175 -> Index 466
		      Char 0176 -> Index 467
		      Char 0177 -> Index 468
		      Char 0178 -> Index 186
		      Char 0179 -> Index 295
		      Char 017A -> Index 296
		      Char 017B -> Index 297
		      Char 017C -> Index 298
		      Char 017D -> Index 228
		      Char 017E -> Index 229
		      Char 017F -> Index 469
		   3. Char 018F -> Index 1316
		   4. Char 0192 -> Index 166
		   5. Char 01A0 -> Index 1130
		      Char 01A1 -> Index 1131
		   6. Char 01AF -> Index 1132
		      Char 01B0 -> Index 1133
		   7. Char 01CD -> Index 1276
		      Char 01CE -> Index 1277
		      Char 01CF -> Index 1278
		      Char 01D0 -> Index 1279
		      Char 01D1 -> Index 1280
		      Char 01D2 -> Index 1281
		      Char 01D3 -> Index 1282
		      Char 01D4 -> Index 1283
		      Char 01D5 -> Index 1284
		      Char 01D6 -> Index 1285
		      Char 01D7 -> Index 1286
		      Char 01D8 -> Index 1287
		      Char 01D9 -> Index 1288
		      Char 01DA -> Index 1289
		      Char 01DB -> Index 1290
		      Char 01DC -> Index 1291
		   8. Char 01FA -> Index 470
		      Char 01FB -> Index 471
		      Char 01FC -> Index 472
		      Char 01FD -> Index 473
		      Char 01FE -> Index 474
		      Char 01FF -> Index 475
		   9. Char 0259 -> Index 1317
		  10. Char 02C6 -> Index 214
		      Char 02C7 -> Index 223
		  11. Char 02C9 -> Index 216
		  12. Char 02D8 -> Index 217
		      Char 02D9 -> Index 218
		      Char 02DA -> Index 219
		      Char 02DB -> Index 222
		      Char 02DC -> Index 215
		      Char 02DD -> Index 221
		  13. Char 0300 -> Index 1170
		      Char 0301 -> Index 1171
		  14. Char 0303 -> Index 1146
		  15. Char 0309 -> Index 1140
		  16. Char 0323 -> Index 1173
		  17. Char 037E -> Index 30
		  18. Char 0384 -> Index 495
		      Char 0385 -> Index 496
		      Char 0386 -> Index 497
		      Char 0387 -> Index 476
		      Char 0388 -> Index 498
		      Char 0389 -> Index 499
		      Char 038A -> Index 500
		  19. Char 038C -> Index 501
		  20. Char 038E -> Index 502
		      Char 038F -> Index 503
		      Char 0390 -> Index 504
		      Char 0391 -> Index 505
		      Char 0392 -> Index 506
		      Char 0393 -> Index 299
		      Char 0394 -> Index 507
		      Char 0395 -> Index 508
		      Char 0396 -> Index 509
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		      Char 03A0 -> Index 518
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		  21. Char 03A3 -> Index 520
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		      Char 03A6 -> Index 301
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		  34. Char 05B0 -> Index 653
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		      Char 05B7 -> Index 660
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		      Char 05C1 -> Index 669
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		      Char 05D8 -> Index 680
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		  37. Char 05F0 -> Index 699
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		  38. Char 060C -> Index 748
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		  55. Char 1E80 -> Index 477
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		  56. Char 1EA0 -> Index 1188
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		  57. Char 200C -> Index 744
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		  58. Char 2013 -> Index 177
		      Char 2014 -> Index 178
		      Char 2015 -> Index 650
		  59. Char 2017 -> Index 308
		      Char 2018 -> Index 181
		      Char 2019 -> Index 182
		      Char 201A -> Index 195
		      Char 201B -> Index 485
		      Char 201C -> Index 179
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		      Char 201E -> Index 196
		  60. Char 2020 -> Index 130
		      Char 2021 -> Index 193
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		  61. Char 2026 -> Index 171
		  62. Char 202A -> Index 846
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		  63. Char 2030 -> Index 197
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		  65. Char 2039 -> Index 189
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		  66. Char 203C -> Index 309
		  67. Char 203E -> Index 486
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		  69. Char 206A -> Index 853
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		  70. Char 207F -> Index 310
		  71. Char 20A3 -> Index 245
		      Char 20A4 -> Index 487
		  72. Char 20A7 -> Index 311
		  73. Char 20AA -> Index 704
		      Char 20AB -> Index 1150
		      Char 20AC -> Index 188
		  74. Char 2105 -> Index 399
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		  76. Char 2116 -> Index 651
		  77. Char 2122 -> Index 140
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		  80. Char 2153 -> Index 1151
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		  81. Char 215B -> Index 489
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		  82. Char 2190 -> Index 312
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		  83. Char 21A8 -> Index 318
		  84. Char 2202 -> Index 152
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		      Char 2212 -> Index 237
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		  91. Char 2229 -> Index 320
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		 111. Char 2580 -> Index 366
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		 116. Char 25A0 -> Index 374
		      Char 25A1 -> Index 401
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		      Char 25AC -> Index 375
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		 122. Char 25CA -> Index 184
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		 123. Char 25CF -> Index 404
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		 125. Char 25E6 -> Index 405
		 126. Char 263A -> Index 383
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		 127. Char 2640 -> Index 386
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		 133. Char E801 -> Index 705
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		 134. Char E818 -> Index 786
		 135. Char E83A -> Index 795
		 136. Char F001 -> Index 191
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		 137. Char F004 -> Index 493
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		      Char F006 -> Index 1137
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		      Char F00A -> Index 857
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		      Char F00F -> Index 1156
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		      Char F017 -> Index 1160
		      Char F018 -> Index 1161
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		      Char F01C -> Index 1144
		      Char F01D -> Index 1172
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		      Char F026 -> Index 1180
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		      Char F02C -> Index 1149
		      Char F02D -> Index 1183
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		 138. Char FB01 -> Index 191
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		 139. Char FB20 -> Index 710
		 140. Char FB2A -> Index 711
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		      Char FB2C -> Index 713
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		 141. Char FB38 -> Index 724
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		 142. Char FB3E -> Index 729
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		 144. Char FB43 -> Index 732
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		 146. Char FB56 -> Index 799
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		 147. Char FB7A -> Index 807
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		 148. Char FB8A -> Index 811
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		 149. Char FB8E -> Index 813
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		 150. Char FBFC -> Index 821
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		 151. Char FC5E -> Index 839
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		 152. Char FD3E -> Index 892
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		      Char FEA6 -> Index 934
		      Char FEA7 -> Index 935
		      Char FEA8 -> Index 936
		      Char FEA9 -> Index 937
		      Char FEAA -> Index 938
		      Char FEAB -> Index 939
		      Char FEAC -> Index 940
		      Char FEAD -> Index 941
		      Char FEAE -> Index 942
		      Char FEAF -> Index 943
		      Char FEB0 -> Index 944
		      Char FEB1 -> Index 945
		      Char FEB2 -> Index 946
		      Char FEB3 -> Index 947
		      Char FEB4 -> Index 948
		      Char FEB5 -> Index 949
		      Char FEB6 -> Index 950
		      Char FEB7 -> Index 951
		      Char FEB8 -> Index 952
		      Char FEB9 -> Index 953
		      Char FEBA -> Index 954
		      Char FEBB -> Index 955
		      Char FEBC -> Index 956
		      Char FEBD -> Index 957
		      Char FEBE -> Index 958
		      Char FEBF -> Index 959
		      Char FEC0 -> Index 960
		      Char FEC1 -> Index 961
		      Char FEC2 -> Index 962
		      Char FEC3 -> Index 963
		      Char FEC4 -> Index 964
		      Char FEC5 -> Index 965
		      Char FEC6 -> Index 966
		      Char FEC7 -> Index 967
		      Char FEC8 -> Index 968
		      Char FEC9 -> Index 969
		      Char FECA -> Index 970
		      Char FECB -> Index 971
		      Char FECC -> Index 972
		      Char FECD -> Index 973
		      Char FECE -> Index 974
		      Char FECF -> Index 975
		      Char FED0 -> Index 976
		      Char FED1 -> Index 977
		      Char FED2 -> Index 978
		      Char FED3 -> Index 979
		      Char FED4 -> Index 980
		      Char FED5 -> Index 981
		      Char FED6 -> Index 982
		      Char FED7 -> Index 983
		      Char FED8 -> Index 984
		      Char FED9 -> Index 985
		      Char FEDA -> Index 986
		      Char FEDB -> Index 987
		      Char FEDC -> Index 988
		      Char FEDD -> Index 989
		      Char FEDE -> Index 990
		      Char FEDF -> Index 991
		      Char FEE0 -> Index 992
		      Char FEE1 -> Index 993
		      Char FEE2 -> Index 994
		      Char FEE3 -> Index 995
		      Char FEE4 -> Index 996
		      Char FEE5 -> Index 997
		      Char FEE6 -> Index 998
		      Char FEE7 -> Index 999
		      Char FEE8 -> Index 1000
		      Char FEE9 -> Index 1001
		      Char FEEA -> Index 1002
		      Char FEEB -> Index 1003
		      Char FEEC -> Index 1004
		      Char FEED -> Index 1005
		      Char FEEE -> Index 1006
		      Char FEEF -> Index 1007
		      Char FEF0 -> Index 1008
		      Char FEF1 -> Index 1009
		      Char FEF2 -> Index 1010
		      Char FEF3 -> Index 1011
		      Char FEF4 -> Index 1012
		      Char FEF5 -> Index 1013
		      Char FEF6 -> Index 1014
		      Char FEF7 -> Index 1015
		      Char FEF8 -> Index 1016
		      Char FEF9 -> Index 1017
		      Char FEFA -> Index 1018
		      Char FEFB -> Index 1019
		      Char FEFC -> Index 1020
		 155. Char FFFC -> Index 863

'cvt ' Table - Control Value Table
----------------------------------
Size = 1584 bytes, 792 entries
	Values
	------
	   0: 1466
	   1: 25
	   2: 1466
	   3: 26
	   4: 1447
	   5: 25
	   6: 1062
	   7: 24
	   8: 0
	   9: -25
	  10: 0
	  11: -24
	  12: 0
	  13: -25
	  14: -407
	  15: -24
	  16: 1466
	  17: 25
	  18: -407
	  19: -24
	  20: 746
	  21: 0
	  22: 184
	  23: 0
	  24: 184
	  25: 0
	  26: 0
	  27: 168
	  28: 173
	  29: 361
	  30: 173
	  31: 191
	  32: 194
	  33: 496
	  34: 24
	  35: 175
	  36: 185
	  37: 180
	  38: 200
	  39: 23
	  40: 68
	  41: 156
	  42: 124
	  43: 148
	  44: 135
	  45: 6
	  46: 90
	  47: 200
	  48: 137
	  49: 82
	  50: 82
	  51: 5
	  52: 68
	  53: 148
	  54: 281
	  55: -76
	  56: 47
	  57: 161
	  58: 3
	  59: 161
	  60: 205
	  61: 23
	  62: 87
	  63: 126
	  64: 186
	  65: 22
	  66: 280
	  67: -23
	  68: 127
	  69: 133
	  70: 979
	  71: 135
	  72: 133
	  73: 13
	  74: 34
	  75: 65
	  76: 80
	  77: 111
	  78: 141
	  79: 332
	  80: -139
	  81: 92
	  82: 223
	  83: 1155
	  84: 55
	  85: 76
	  86: 110
	  87: 112
	  88: 384
	  89: -168
	  90: -114
	  91: -110
	  92: -92
	  93: 165
	  94: 185
	  95: 968
	  96: -3
	  97: 11
	  98: 26
	  99: 99
	 100: 99
	 101: 205
	 102: -18
	 103: 1496
	 104: -36
	 105: 45
	 106: 92
	 107: 149
	 108: 153
	 109: 223
	 110: 402
	 111: 2485
	 112: 64
	 113: 87
	 114: 128
	 115: 185
	 116: 925
	 117: 114
	 118: 154
	 119: 861
	 120: 1025
	 121: -153
	 122: -6
	 123: 3
	 124: 33
	 125: 119
	 126: 205
	 127: 4
	 128: 77
	 129: 205
	 130: 448
	 131: 555
	 132: 76
	 133: 101
	 134: 231
	 135: 280
	 136: 380
	 137: 835
	 138: 1496
	 139: -93
	 140: -80
	 141: -60
	 142: 3
	 143: 28
	 144: 93
	 145: 104
	 146: 154
	 147: 186
	 148: 309
	 149: 327
	 150: 545
	 151: 1372
	 152: -179
	 153: -51
	 154: 22
	 155: 45
	 156: 120
	 157: 128
	 158: 153
	 159: 178
	 160: 182
	 161: 182
	 162: 184
	 163: 189
	 164: 218
	 165: 268
	 166: 1520
	 167: -92
	 168: -16
	 169: 25
	 170: 44
	 171: 73
	 172: 127
	 173: 180
	 174: 206
	 175: 448
	 176: 1022
	 177: -639
	 178: -449
	 179: 0
	 180: 5
	 181: 24
	 182: 41
	 183: 57
	 184: 73
	 185: 111
	 186: 190
	 187: 199
	 188: 208
	 189: 291
	 190: 449
	 191: 623
	 192: 1292
	 193: 1330
	 194: 1344
	 195: 1402
	 196: -44
	 197: 20
	 198: 49
	 199: 85
	 200: 87
	 201: 167
	 202: 180
	 203: 230
	 204: 503
	 205: 638
	 206: 638
	 207: 639
	 208: 966
	 209: 1094
	 210: -190
	 211: 14
	 212: 133
	 213: 145
	 214: 191
	 215: 194
	 216: 197
	 217: 225
	 218: 282
	 219: 303
	 220: 335
	 221: 342
	 222: 553
	 223: 623
	 224: 670
	 225: 882
	 226: 8
	 227: 44
	 228: 49
	 229: 49
	 230: 100
	 231: 105
	 232: 137
	 233: 152
	 234: 199
	 235: 222
	 236: 299
	 237: 438
	 238: 524
	 239: 719
	 240: 931
	 241: 1195
	 242: 1275
	 243: 1565
	 244: -288
	 245: -242
	 246: 6
	 247: 38
	 248: 155
	 249: 157
	 250: 193
	 251: 269
	 252: 280
	 253: 288
	 254: 371
	 255: 386
	 256: 470
	 257: 483
	 258: 579
	 259: 607
	 260: 667
	 261: 738
	 262: 916
	 263: 1193
	 264: 1234
	 265: 1889
	 266: 28
	 267: 94
	 268: 109
	 269: 141
	 270: 171
	 271: 247
	 272: 274
	 273: 312
	 274: 337
	 275: 347
	 276: 360
	 277: 380
	 278: 391
	 279: 401
	 280: 409
	 281: 461
	 282: 464
	 283: 488
	 284: 577
	 285: 596
	 286: 619
	 287: 751
	 288: 872
	 289: 881
	 290: 957
	 291: 1090
	 292: 1090
	 293: 1107
	 294: 1139
	 295: 1155
	 296: 1414
	 297: 1419
	 298: 1768
	 299: -424
	 300: -316
	 301: -303
	 302: -265
	 303: -206
	 304: -122
	 305: 81
	 306: 124
	 307: 129
	 308: 145
	 309: 149
	 310: 158
	 311: 180
	 312: 185
	 313: 207
	 314: 217
	 315: 217
	 316: 223
	 317: 226
	 318: 261
	 319: 267
	 320: 270
	 321: 270
	 322: 288
	 323: 289
	 324: 341
	 325: 379
	 326: 379
	 327: 382
	 328: 397
	 329: 418
	 330: 424
	 331: 425
	 332: 436
	 333: 464
	 334: 464
	 335: 482
	 336: 489
	 337: 498
	 338: 501
	 339: 507
	 340: 512
	 341: 512
	 342: 518
	 343: 539
	 344: 545
	 345: 546
	 346: 546
	 347: 547
	 348: 626
	 349: 631
	 350: 660
	 351: 668
	 352: 719
	 353: 719
	 354: 720
	 355: 748
	 356: 761
	 357: 791
	 358: 802
	 359: 811
	 360: 821
	 361: 828
	 362: 857
	 363: 879
	 364: 881
	 365: 903
	 366: 912
	 367: 912
	 368: 949
	 369: 993
	 370: 1050
	 371: 1231
	 372: 1279
	 373: 1330
	 374: 1330
	 375: 1430
	 376: 1439
	 377: 1448
	 378: 1451
	 379: 1474
	 380: 1520
	 381: 1548
	 382: 1922
	 383: 2048
	 384: 2252
	 385: -861
	 386: -726
	 387: -546
	 388: -512
	 389: -376
	 390: -362
	 391: -334
	 392: -332
	 393: -31
	 394: 21
	 395: 25
	 396: 26
	 397: 28
	 398: 31
	 399: 60
	 400: 81
	 401: 97
	 402: 97
	 403: 106
	 404: 120
	 405: 150
	 406: 165
	 407: 175
	 408: 211
	 409: 268
	 410: 280
	 411: 282
	 412: 298
	 413: 318
	 414: 332
	 415: 337
	 416: 351
	 417: 362
	 418: 369
	 419: 376
	 420: 386
	 421: 388
	 422: 410
	 423: 421
	 424: 424
	 425: 425
	 426: 430
	 427: 444
	 428: 461
	 429: 471
	 430: 495
	 431: 512
	 432: 525
	 433: 540
	 434: 545
	 435: 546
	 436: 558
	 437: 565
	 438: 578
	 439: 591
	 440: 591
	 441: 606
	 442: 613
	 443: 625
	 444: 656
	 445: 658
	 446: 692
	 447: 726
	 448: 762
	 449: 775
	 450: 779
	 451: 783
	 452: 789
	 453: 810
	 454: 839
	 455: 861
	 456: 869
	 457: 884
	 458: 889
	 459: 918
	 460: 944
	 461: 972
	 462: 989
	 463: 994
	 464: 1014
	 465: 1020
	 466: 1020
	 467: 1023
	 468: 1034
	 469: 1055
	 470: 1058
	 471: 1062
	 472: 1067
	 473: 1095
	 474: 1119
	 475: 1141
	 476: 1182
	 477: 1255
	 478: 1255
	 479: 1372
	 480: 1483
	 481: 1509
	 482: 1546
	 483: 1645
	 484: 1670
	 485: 1720
	 486: 1777
	 487: 1846
	 488: 1854
	 489: 1872
	 490: 1873
	 491: 1885
	 492: 1935
	 493: 1974
	 494: 2004
	 495: 2144
	 496: 182
	 497: 195
	 498: 181
	 499: 183
	 500: 0
	 501: 0
	 502: 0
	 503: 0
	 504: 0
	 505: 0
	 506: 480
	 507: 897
	 508: 837
	 509: 949
	 510: 142
	 511: 563
	 512: 1049
	 513: 718
	 514: 718
	 515: 45
	 516: 95
	 517: 100
	 518: 845
	 519: 575
	 520: 0
	 521: 680
	 522: 392
	 523: 637
	 524: 436
	 525: 548
	 526: 1400
	 527: 1595
	 528: 571
	 529: 334
	 530: 240
	 531: 1062
	 532: 660
	 533: 710
	 534: 671
	 535: 758
	 536: 571
	 537: 845
	 538: 331
	 539: 339
	 540: 106
	 541: 561
	 542: 0
	 543: 0
	 544: 0
	 545: 1556
	 546: 1194
	 547: 0
	 548: 60
	 549: 1219
	 550: 237
	 551: 1212
	 552: 613
	 553: 718
	 554: 949
	 555: 120
	 556: 1548
	 557: 382
	 558: 751
	 559: 1548
	 560: 178
	 561: 256
	 562: 569
	 563: 0
	 564: 453
	 565: 816
	 566: 1067
	 567: 971
	 568: 218
	 569: 991
	 570: 263
	 571: 1185
	 572: 219
	 573: 1034
	 574: 279
	 575: 493
	 576: 679
	 577: 848
	 578: 267
	 579: 445
	 580: 1086
	 581: 1368
	 582: 33
	 583: 924
	 584: 174
	 585: 881
	 586: 381
	 587: 181
	 588: 581
	 589: 0
	 590: 2811
	 591: 2188
	 592: 299
	 593: 334
	 594: 426
	 595: 135
	 596: 84
	 597: 306
	 598: 504
	 599: 1023
	 600: 3
	 601: 590
	 602: 180
	 603: 55
	 604: 995
	 605: 131
	 606: 107
	 607: 728
	 608: 237
	 609: 119
	 610: 136
	 611: 151
	 612: 356
	 613: 1127
	 614: 142
	 615: 51
	 616: 380
	 617: 231
	 618: 166
	 619: 670
	 620: 809
	 621: 1390
	 622: 1578
	 623: 1557
	 624: 457
	 625: 617
	 626: 1162
	 627: 531
	 628: 436
	 629: 2
	 630: 1193
	 631: 0
	 632: 569
	 633: 292
	 634: 259
	 635: 1300
	 636: 132
	 637: 349
	 638: 922
	 639: 1775
	 640: 729
	 641: 117
	 642: 207
	 643: 1034
	 644: 222
	 645: 940
	 646: 1212
	 647: 719
	 648: 686
	 649: 845
	 650: 1264
	 651: 1362
	 652: 360
	 653: 109
	 654: 125
	 655: 134
	 656: 113
	 657: -127
	 658: 121
	 659: 1368
	 660: 1234
	 661: 359
	 662: 3
	 663: 342
	 664: 37
	 665: 1248
	 666: 148
	 667: 124
	 668: 818
	 669: 1057
	 670: 148
	 671: 127
	 672: 114
	 673: 92
	 674: 47
	 675: 182
	 676: 24
	 677: 186
	 678: 184
	 679: 65
	 680: 845
	 681: 114
	 682: 24
	 683: 31
	 684: 76
	 685: 362
	 686: 341
	 687: 153
	 688: 154
	 689: 154
	 690: 152
	 691: 178
	 692: 4
	 693: 120
	 694: 105
	 695: 20
	 696: 87
	 697: 110
	 698: 206
	 699: 180
	 700: 1620
	 701: 696
	 702: 103
	 703: 1294
	 704: 357
	 705: 231
	 706: 0
	 707: 1227
	 708: -430
	 709: 90
	 710: -90
	 711: 153
	 712: -153
	 713: 110
	 714: -110
	 715: 45
	 716: -44
	 717: 135
	 718: -132
	 719: 184
	 720: 168
	 721: 229
	 722: 143
	 723: 168
	 724: 389
	 725: -389
	 726: 112
	 727: 30
	 728: 217
	 729: 222
	 730: 332
	 731: 1350
	 732: 719
	 733: 1350
	 734: -211
	 735: 650
	 736: 729
	 737: 595
	 738: 662
	 739: 183
	 740: 0
	 741: 0
	 742: 0
	 743: 0
	 744: 0
	 745: 0
	 746: 0
	 747: 293
	 748: 280
	 749: 234
	 750: 234
	 751: 174
	 752: 70
	 753: 62
	 754: 1467
	 755: 138
	 756: 1239
	 757: 83
	 758: 63
	 759: -116
	 760: -43
	 761: 21
	 762: 40
	 763: 34
	 764: 153
	 765: 98
	 766: 74
	 767: 228
	 768: 109
	 769: 238
	 770: 229
	 771: 72
	 772: 960
	 773: 51
	 774: -434
	 775: 689
	 776: -186
	 777: 880
	 778: 121
	 779: 1503
	 780: 81
	 781: -89
	 782: -225
	 783: 266
	 784: 104
	 785: -148
	 786: 79
	 787: 188
	 788: 165
	 789: 1797
	 790: 97
	 791: 1835

'PCLT ' Table - Printer Command Language Table
----------------------------------
	version              0x00010000
	fontNumber           1292025634 (0x4D02BF22)
	pitch                569
	xHeight              1062
	style                0
	typeFamily           0x4 218 (Monotype)
	capHeight            1466
	symbolSet            0
	typeFace             "M Arial         "
	characterComplement  0xFFFFFFFF003FFFFE
	fileName             "ARLR00"
	strokeWeight         0
	widthType            0
	serifStyle           1 0 (Sans Serif) (Sans Serif Square)
	reserved             0

'prep' Table - Control Value Program
------------------------------------
Size = 2815 bytes
	00000: PUSHB[2]             84    15 
	00003: NPUSHW      (34):   791   239   791   255   791     3    31   791    47   791 
	                            79   791    95   791   143   791   159   791     6    15 
	                           791    95   791   111   791   127   791   191   791   240 
	                           791     6    64   791 
	00073: PUSHB[3]            146    51    64 
	00077: PUSHW[1]            791 
	00080: PUSHB[3]            139    51    64 
	00084: PUSHW[1]            791 
	00087: PUSHB[4]            106   108    50    64 
	00092: PUSHW[1]            791 
	00095: PUSHB[3]             97    51    64 
	00099: PUSHW[1]            791 
	00102: PUSHB[4]             92    93    50    64 
	00107: PUSHW[1]            791 
	00110: PUSHB[4]             87    89    50    64 
	00115: PUSHW[1]            791 
	00118: PUSHB[4]             77    81    50    64 
	00123: PUSHW[1]            791 
	00126: PUSHB[4]             68    73    50    64 
	00131: PUSHW[1]            791 
	00134: PUSHB[3]             58    51    64 
	00138: PUSHW[1]            791 
	00141: PUSHB[4]             49    52    50    64 
	00146: PUSHW[1]            791 
	00149: PUSHB[4]             46    66    50    64 
	00154: PUSHW[1]            791 
	00157: PUSHB[4]             39    44    50    64 
	00162: PUSHW[1]            791 
	00165: PUSHB[4]             18    37    50   128 
	00170: PUSHW[1]            791 
	00173: PUSHB[4]             10    13    50   192 
	00178: NPUSHW      (22):   790   208   790     2   112   790     1   708    15   257 
	                            31   160   789   176   789     2   774    15   257    31 
	                            64   786 
	00224: PUSHB[4]             36    38    50   159 
	00229: PUSHW[8]            772     1   770   769   100    31   -64   769 
	00246: PUSHB[3]             13    17    50 
	00250: NPUSHW      (10):   767   751    18    31   750   749   100    31   -64   749 
	00272: PUSHB[4]             14    17    50   159 
	00277: NPUSHW      (74):   738   175   738   191   738     3   738   738   737   737 
	                           127   736     1    16   736    63   736   159   736   191 
	                           736   207   736   239   736     6   736   736   735   735 
	                           734   734    15   733    47   733    63   733    95   733 
	                           159   733   191   733   239   733     7   733   733    16 
	                           732     1     0   732     1    16   732    63   732     2 
	                           732   732    16   731     1   731   731    15   730     1 
	                           730   730   -64   723 
	00427: PUSHB[3]             55    57    50 
	00431: PUSHW[2]            -64   723 
	00436: PUSHB[3]             43    47    50 
	00440: PUSHW[2]            -64   723 
	00445: PUSHB[3]             31    37    50 
	00449: PUSHW[2]            -64   723 
	00454: PUSHB[3]             23    27    50 
	00458: PUSHW[2]            -64   723 
	00463: PUSHB[3]             18    22    50 
	00467: PUSHW[1]            722 
	00470: PUSHB[3]            249    41    31 
	00474: PUSHW[1]            739 
	00477: PUSHB[4]             32    43    31   160 
	00482: NPUSHW      (48):   724   176   724     2     0   724    16   724    32   724 
	                            80   724    96   724   112   724     6    96   726   112 
	                           726   128   726   144   726   160   726   176   726     6 
	                             0   726    16   726    32   714    32   716    32   726 
	                            48   726    64   726    80   726     8   720 
	00580: PUSHB[3]             32    43    31 
	00584: PUSHW[1]            719 
	00587: PUSHB[3]             38    66    31 
	00591: NPUSHW      (22):   718   711    23    31   717   712    23    31   716   710 
	                            23    31   715   709    23    31   713   709    30    31 
	                           714   710 
	00637: PUSHB[3]             30    31     0 
	00641: NPUSHW      (11):   710     0   711    16   710    16   711    47   709     5 
	                           705 
	00665: PUSHB[4]             36    18    31   255 
	00670: NPUSHW      (17):   703     1    31   703    47   703    63   703    79   703 
	                            95   703   143   703     6   703   546 
	00706: PUSHB[3]            100    31    18 
	00710: NPUSHW      (11):   699   202  2048    31   690   233  2048    31   678   162 
	                          2048 
	00734: NPUSHB     (106):    31    64    38    67    73    50    64    32    67    73 
	                            50    64    38    58    61    50    64    32    58    61 
	                            50   159    32   159    38     2    64    38   150   153 
	                            50    64    32   150   153    50    64    38   142   146 
	                            50    64    32   142   146    50    64    38   132   140 
	                            50    64    32   132   140    50    64    38   122   129 
	                            50    64    32   122   129    50    64    38   108   118 
	                            50    64    32   108   118    50    64    38   100   106 
	                            50    64    32   100   106    50    64    38    90    95 
	                            50    64    32    90    95    50    64    38    79    84 
	                            50    64    32    79    84    50 
	00842: PUSHW[1]            670 
	00845: PUSHB[8]             36    39    31    55    79   107     1    32 
	00854: NPUSHW      (15):   631    48   631    64   631    80   631     4   631   631 
	                           631   249  1024    31   667 
	00886: PUSHB[3]             42    42    31 
	00890: PUSHW[1]            666 
	00893: NPUSHB      (43):    41    42    31   128   186     1   128   188     1   128 
	                            82     1   128   162     1   128   101     1   128   126 
	                             1   128   129     1   128    60     1   128    94     1 
	                           128    43     1   128    28     1   128    30     1   128 
	                            64     1   128 
	00938: PUSHW[4]            312     1   128   320 
	00947: PUSHB[5]              1   128    64     1   128 
	00953: PUSHW[4]            312     1   128   313 
	00962: NPUSHB      (24):     1   128   202     1   128   173     1   128   115     1 
	                           128    38     1   128    37     1   128    36     1   128 
	                            32     1    55    64 
	00988: PUSHW[1]            545 
	00991: PUSHB[3]             73    51    64 
	00995: PUSHW[1]            545 
	00998: PUSHB[3]             69    51    64 
	01002: PUSHW[1]            545 
	01005: PUSHB[4]             65    66    50    64 
	01010: PUSHW[1]            545 
	01013: PUSHB[4]             61    62    50    15 
	01018: NPUSHW      (15):   545    63   545   127   545     3   191   545   207   545 
	                           255   545     3    64   545 
	01050: PUSHB[4]             32    34    50    64 
	01055: PUSHW[1]            545 
	01058: PUSHB[4]             25    30    50    64 
	01063: PUSHW[1]            546 
	01066: PUSHB[4]             42    63    50    64 
	01071: PUSHW[1]            545 
	01074: PUSHB[4]             46    58    50   111 
	01079: NPUSHW      (72):   707   127   707   143   707   223   707     4    47   707 
	                            96   707   207   707     3    15   707    63   707    95 
	                           707   192   707   239   707   255   707     6   223   546 
	                             1   143   546     1    15   546    47   546    63   546 
	                            95   546   127   546   239   546     6   191   545   239 
	                           545     2   111   545   127   545   175   545     3    47 
	                           545    63   545    79   545     3   707   707   546   546 
	                           545   545 
	01225: NPUSHB      (29):    16    28    16    43    16    72     3   143    28     1 
	                            15    30     1    79    30   255    30     2    55     0 
	                            22    22     0     0     0    18    17     8    17 
	01256: PUSHW[1]            269 
	01259: PUSHB[7]            247    13   248   247    13     0     9 
	01267: NPUSHW       (9):   654   655    29    31   656   655    29    31   655 
	01287: PUSHB[3]            249    29    31 
	01291: PUSHW[1]            408 
	01294: PUSHB[3]             38   187    31 
	01298: NPUSHW      (21):   407    30  1025    31   313    38   293    31   312   115 
	                          1025    31   309    28  2049    31   308    28   683    31 
	                           306 
	01342: PUSHB[3]             28    86    31 
	01346: PUSHW[1]            271 
	01349: PUSHB[3]             38    44    31 
	01353: PUSHW[3]            270    30  1025 
	01360: PUSHB[7]             31   249    28   228    31   233    28 
	01368: PUSHW[1]            513 
	01371: PUSHB[7]             31   232    28   187    31   215    32 
	01379: PUSHW[1]           1025 
	01382: PUSHB[3]             31   213    28 
	01386: PUSHW[1]            683 
	01389: PUSHB[7]             31   212    28   137    31   201    47 
	01397: PUSHW[1]           2049 
	01400: PUSHB[3]             31   188    38 
	01404: PUSHW[1]            257 
	01407: PUSHB[3]             31   186    32 
	01411: PUSHW[1]            513 
	01414: PUSHB[7]             31   185    28    56    31   173   202 
	01422: PUSHW[1]           1025 
	01425: PUSHB[3]             31   129    38 
	01429: PUSHW[1]            410 
	01432: PUSHB[3]             31   126    38 
	01436: PUSHW[1]            410 
	01439: PUSHB[7]             31   125    28    71    31   107    28 
	01447: PUSHW[1]           1025 
	01450: PUSHB[3]             31   101    38 
	01454: PUSHW[1]            410 
	01457: PUSHB[3]             31    94   115 
	01461: PUSHW[1]           1025 
	01464: NPUSHB      (15):    31    82    38    90    31    72    28   137    31    68 
	                            28    98    31    64   115 
	01481: PUSHW[1]           2049 
	01484: PUSHB[7]             31    63    28    94    31    60    38 
	01492: PUSHW[1]            410 
	01495: PUSHB[3]             31    53    28 
	01499: PUSHW[1]           1025 
	01502: PUSHB[7]             31    48    28   187    31    43    28 
	01510: PUSHW[1]           1025 
	01513: PUSHB[7]             31    42    28    86    31    41    28 
	01521: PUSHW[1]            257 
	01524: PUSHB[3]             31    35    30 
	01528: PUSHW[1]           1025 
	01531: PUSHB[3]             31    85    55 
	01535: PUSHW[1]            360 
	01538: NPUSHB      (44):     7   150     7    88     7    79     7    54     7    50 
	                             7    44     7    33     7    31     7    29     7    27 
	                             7    20     8    18     8    16     8    14     8    12 
	                             8    10     8     8     8     6     8     4     8     2 
	                             8     0     8    20 
	01584: PUSHW[1]            -32 
	01587: NPUSHB      (43):     0     0     1     0    20     6    16     0     0     1 
	                             0     6     4     0     0     1     0     4    16     0 
	                             0     1     0    16     2     0     0     1     0     2 
	                             0     0     0     1     0     0     2     1     8     2 
	                             0    74     0 
	01632: PUSHB[1]             19 
	01634: SPVTCA[x-axis] 
	01635: MPPEM      
	01636: SPVTCA[y-axis] 
	01637: MPPEM      
	01638: GTEQ       
	01639: WS         
	01640: SVTCA[x-axis] 
	01641: MPPEM      
	01642: PUSHB[1]            192 
	01644: MUL        
	01645: SVTCA[y-axis] 
	01646: MPPEM      
	01647: DIV        
	01648: DUP        
	01649: PUSHB[1]            246 
	01651: GTEQ       
	01652: SWAP       
	01653: PUSHW[1]            266 
	01656: LTEQ       
	01657: AND        
	01658: PUSHB[1]              5 
	01660: SWAP       
	01661: WS         
	01662: SVTCA[x-axis] 
	01663: PUSHB[1]             18 
	01665: MPPEM      
	01666: SVTCA[y-axis] 
	01667: MPPEM      
	01668: EQ         
	01669: WS         
	01670: PUSHB[1]             56 
	01672: CALL       
	01673: MPPEM      
	01674: PUSHW[1]           2047 
	01677: GT         
	01678: PUSHB[1]             55 
	01680: CALL       
	01681: MPPEM      
	01682: PUSHB[1]              7 
	01684: LT         
	01685: OR         
	01686: IF         
	01687: PUSHB[2]              1     1 
	01690: INSTCTRL   
	01691: EIF        
	01692: PUSHB[1]             56 
	01694: CALL       
	01695: PUSHB[1]              2 
	01697: GETINFO    
	01698: PUSHW[1]            256 
	01701: EQ         
	01702: IF         
	01703: PUSHW[1]            511 
	01706: PUSHB[2]              1     1 
	01709: INSTCTRL   
	01710: SCANCTRL   
	01711: ELSE       
	01712: PUSHB[1]             18 
	01714: RS         
	01715: IF         
	01716: PUSHW[2]              1   273 
	01721: SCANCTRL   
	01722: SCANTYPE   
	01723: ELSE       
	01724: PUSHW[2]              1   296 
	01729: SCANCTRL   
	01730: SCANTYPE   
	01731: EIF        
	01732: EIF        
	01733: SVTCA[y-axis] 
	01734: RTG        
	01735: SZPS       
	01736: SROUND     
	01737: MIAP[rd+ci] 
	01738: RTG        
	01739: MIAP[rd+ci] 
	01740: SRP2       
	01741: MIAP[nrd+nci] 
	01742: SRP1       
	01743: IP         
	01744: GC[cur p]  
	01745: WCVTP      
	01746: MIAP[nrd+nci] 
	01747: SRP1       
	01748: IP         
	01749: GC[cur p]  
	01750: WCVTP      
	01751: MIAP[nrd+nci] 
	01752: SRP1       
	01753: IP         
	01754: GC[cur p]  
	01755: WCVTP      
	01756: MIAP[nrd+nci] 
	01757: SRP1       
	01758: IP         
	01759: GC[cur p]  
	01760: WCVTP      
	01761: MIAP[nrd+nci] 
	01762: SRP1       
	01763: IP         
	01764: GC[cur p]  
	01765: ADD        
	01766: WCVTP      
	01767: MIAP[nrd+nci] 
	01768: SRP1       
	01769: IP         
	01770: GC[cur p]  
	01771: ADD        
	01772: WCVTP      
	01773: CALL       
	01774: CALL       
	01775: CALL       
	01776: CALL       
	01777: CALL       
	01778: CALL       
	01779: CALL       
	01780: CALL       
	01781: CALL       
	01782: CALL       
	01783: CALL       
	01784: RTG        
	01785: CALL       
	01786: CALL       
	01787: CALL       
	01788: CALL       
	01789: CALL       
	01790: CALL       
	01791: CALL       
	01792: CALL       
	01793: CALL       
	01794: CALL       
	01795: CALL       
	01796: RTG        
	01797: CALL       
	01798: SCVTCI     
	01799: PUSHB[1]            150 
	01801: MPPEM      
	01802: GTEQ       
	01803: IF         
	01804: PUSHB[1]            170 
	01806: SCVTCI     
	01807: EIF        
	01808: PUSHB[1]             50 
	01810: MPPEM      
	01811: GTEQ       
	01812: IF         
	01813: PUSHB[1]            255 
	01815: SCVTCI     
	01816: EIF        
	01817: MPPEM      
	01818: PUSHB[1]            147 
	01820: GTEQ       
	01821: DUP        
	01822: NOT        
	01823: IF         
	01824: PUSHW[2]            498   496 
	01829: RCVT       
	01830: WCVTP      
	01831: PUSHW[2]            497   496 
	01836: RCVT       
	01837: WCVTP      
	01838: EIF        
	01839: IF         
	01840: PUSHW[2]            830   498 
	01845: RCVT       
	01846: GT         
	01847: IF         
	01848: PUSHW[2]            498   830 
	01853: WCVTP      
	01854: EIF        
	01855: EIF        
	01856: MPPEM      
	01857: PUSHW[1]            342 
	01860: GTEQ       
	01861: DUP        
	01862: NOT        
	01863: IF         
	01864: PUSHW[2]             32   497 
	01869: RCVT       
	01870: WCVTP      
	01871: PUSHW[2]             38   497 
	01876: RCVT       
	01877: WCVTP      
	01878: EIF        
	01879: IF         
	01880: PUSHW[2]           2078    32 
	01885: RCVT       
	01886: GT         
	01887: IF         
	01888: PUSHW[2]             32  2078 
	01893: WCVTP      
	01894: EIF        
	01895: EIF        
	01896: MPPEM      
	01897: PUSHW[1]            410 
	01900: GTEQ       
	01901: DUP        
	01902: NOT        
	01903: IF         
	01904: PUSHW[2]             37   498 
	01909: RCVT       
	01910: WCVTP      
	01911: PUSHW[2]             36   498 
	01916: RCVT       
	01917: WCVTP      
	01918: EIF        
	01919: IF         
	01920: PUSHW[2]           2313    37 
	01925: RCVT       
	01926: GT         
	01927: IF         
	01928: PUSHW[2]             37  2313 
	01933: WCVTP      
	01934: EIF        
	01935: EIF        
	01936: MPPEM      
	01937: PUSHW[1]           1025 
	01940: GTEQ       
	01941: DUP        
	01942: NOT        
	01943: IF         
	01944: PUSHB[2]            115    36 
	01947: RCVT       
	01948: WCVTP      
	01949: PUSHB[2]             36    36 
	01952: RCVT       
	01953: WCVTP      
	01954: EIF        
	01955: IF         
	01956: PUSHW[2]           5920   115 
	01961: RCVT       
	01962: GT         
	01963: IF         
	01964: PUSHW[2]            115  5920 
	01969: WCVTP      
	01970: EIF        
	01971: EIF        
	01972: MPPEM      
	01973: PUSHW[1]           1025 
	01976: GTEQ       
	01977: DUP        
	01978: NOT        
	01979: IF         
	01980: PUSHB[2]            202    37 
	01983: RCVT       
	01984: WCVTP      
	01985: PUSHB[2]             37    37 
	01988: RCVT       
	01989: WCVTP      
	01990: EIF        
	01991: IF         
	01992: PUSHW[2]           5760   202 
	01997: RCVT       
	01998: GT         
	01999: IF         
	02000: PUSHW[2]            202  5760 
	02005: WCVTP      
	02006: EIF        
	02007: EIF        
	02008: MPPEM      
	02009: PUSHB[1]             62 
	02011: GTEQ       
	02012: DUP        
	02013: NOT        
	02014: IF         
	02015: PUSHB[2]             28    28 
	02018: RCVT       
	02019: WCVTP      
	02020: PUSHB[2]             30    28 
	02023: RCVT       
	02024: WCVTP      
	02025: EIF        
	02026: IF         
	02027: PUSHW[2]            282    28 
	02032: RCVT       
	02033: GT         
	02034: IF         
	02035: PUSHW[2]             28   282 
	02040: WCVTP      
	02041: EIF        
	02042: EIF        
	02043: MPPEM      
	02044: PUSHB[1]             86 
	02046: GTEQ       
	02047: DUP        
	02048: NOT        
	02049: IF         
	02050: PUSHB[2]             28    28 
	02053: RCVT       
	02054: WCVTP      
	02055: PUSHB[2]             47    28 
	02058: RCVT       
	02059: WCVTP      
	02060: EIF        
	02061: IF         
	02062: PUSHW[2]            393    28 
	02067: RCVT       
	02068: GT         
	02069: IF         
	02070: PUSHW[2]             28   393 
	02075: WCVTP      
	02076: EIF        
	02077: EIF        
	02078: MPPEM      
	02079: PUSHW[1]            769 
	02082: GTEQ       
	02083: DUP        
	02084: NOT        
	02085: IF         
	02086: PUSHB[2]             28    28 
	02089: RCVT       
	02090: WCVTP      
	02091: PUSHB[2]             28    28 
	02094: RCVT       
	02095: WCVTP      
	02096: EIF        
	02097: IF         
	02098: PUSHW[2]           3552    28 
	02103: RCVT       
	02104: GT         
	02105: IF         
	02106: PUSHW[2]             28  3552 
	02111: WCVTP      
	02112: EIF        
	02113: EIF        
	02114: CALL       
	02115: CALL       
	02116: CALL       
	02117: CALL       
	02118: CALL       
	02119: CALL       
	02120: CALL       
	02121: CALL       
	02122: CALL       
	02123: CALL       
	02124: CALL       
	02125: CALL       
	02126: CALL       
	02127: CALL       
	02128: CALL       
	02129: CALL       
	02130: CALL       
	02131: CALL       
	02132: CALL       
	02133: CALL       
	02134: CALL       
	02135: CALL       
	02136: CALL       
	02137: CALL       
	02138: CALL       
	02139: CALL       
	02140: CALL       
	02141: CALL       
	02142: CALL       
	02143: CALL       
	02144: CALL       
	02145: CALL       
	02146: CALL       
	02147: CALL       
	02148: CALL       
	02149: CALL       
	02150: CALL       
	02151: CALL       
	02152: CALL       
	02153: CALL       
	02154: CALL       
	02155: NEG        
	02156: WS         
	02157: CALL       
	02158: CALL       
	02159: SVTCA[x-axis] 
	02160: PUSHB[4]             59    89    99    92 
	02165: RCVT       
	02166: NEG        
	02167: SWAP       
	02168: RCVT       
	02169: ADD        
	02170: SWAP       
	02171: RCVT       
	02172: NEG        
	02173: ADD        
	02174: SWAP       
	02175: RCVT       
	02176: ADD        
	02177: PUSHB[1]            139 
	02179: SROUND     
	02180: ROUND[Gray] 
	02181: RTG        
	02182: PUSHB[1]            128 
	02184: DIV        
	02185: DUP        
	02186: DUP        
	02187: PUSHB[2]             99    89 
	02190: RCVT       
	02191: NEG        
	02192: SWAP       
	02193: RCVT       
	02194: DUP        
	02195: PUSHB[1]              3 
	02197: MINDEX     
	02198: ADD        
	02199: DIV        
	02200: MUL        
	02201: ROUND[Gray] 
	02202: DUP        
	02203: PUSHB[1]              3 
	02205: MINDEX     
	02206: SUB        
	02207: NEG        
	02208: PUSHB[1]             89 
	02210: SWAP       
	02211: NEG        
	02212: WCVTP      
	02213: PUSHB[1]             99 
	02215: SWAP       
	02216: WCVTP      
	02217: DUP        
	02218: PUSHB[2]             59    92 
	02221: RCVT       
	02222: NEG        
	02223: SWAP       
	02224: RCVT       
	02225: DUP        
	02226: PUSHB[1]              3 
	02228: MINDEX     
	02229: ADD        
	02230: DIV        
	02231: MUL        
	02232: ROUND[Gray] 
	02233: DUP        
	02234: PUSHB[1]              3 
	02236: MINDEX     
	02237: SUB        
	02238: NEG        
	02239: PUSHB[1]             92 
	02241: SWAP       
	02242: NEG        
	02243: WCVTP      
	02244: PUSHB[1]             59 
	02246: SWAP       
	02247: WCVTP      
	02248: PUSHB[2]              0    92 
	02251: RCVT       
	02252: EQ         
	02253: IF         
	02254: PUSHB[2]             92    64 
	02257: NEG        
	02258: WCVTP      
	02259: PUSHB[3]             59    64    59 
	02263: RCVT       
	02264: SWAP       
	02265: SUB        
	02266: WCVTP      
	02267: EIF        
	02268: PUSHB[4]             71    80    52    55 
	02273: RCVT       
	02274: NEG        
	02275: SWAP       
	02276: RCVT       
	02277: ADD        
	02278: SWAP       
	02279: RCVT       
	02280: NEG        
	02281: ADD        
	02282: SWAP       
	02283: RCVT       
	02284: ADD        
	02285: PUSHB[1]            137 
	02287: SROUND     
	02288: ROUND[Gray] 
	02289: RTG        
	02290: PUSHB[1]            128 
	02292: DIV        
	02293: DUP        
	02294: DUP        
	02295: PUSHB[2]             52    80 
	02298: RCVT       
	02299: NEG        
	02300: SWAP       
	02301: RCVT       
	02302: DUP        
	02303: PUSHB[1]              3 
	02305: MINDEX     
	02306: ADD        
	02307: DIV        
	02308: MUL        
	02309: ROUND[Gray] 
	02310: DUP        
	02311: PUSHB[1]              3 
	02313: MINDEX     
	02314: SUB        
	02315: NEG        
	02316: PUSHB[1]             80 
	02318: SWAP       
	02319: NEG        
	02320: WCVTP      
	02321: PUSHB[1]             52 
	02323: SWAP       
	02324: WCVTP      
	02325: DUP        
	02326: PUSHB[2]             71    55 
	02329: RCVT       
	02330: NEG        
	02331: SWAP       
	02332: RCVT       
	02333: DUP        
	02334: PUSHB[1]              3 
	02336: MINDEX     
	02337: ADD        
	02338: DIV        
	02339: MUL        
	02340: ROUND[Gray] 
	02341: DUP        
	02342: PUSHB[1]              3 
	02344: MINDEX     
	02345: SUB        
	02346: NEG        
	02347: PUSHB[1]             55 
	02349: SWAP       
	02350: NEG        
	02351: WCVTP      
	02352: PUSHB[1]             71 
	02354: SWAP       
	02355: WCVTP      
	02356: PUSHB[2]              0    55 
	02359: RCVT       
	02360: EQ         
	02361: IF         
	02362: PUSHB[2]             55    64 
	02365: NEG        
	02366: WCVTP      
	02367: PUSHB[3]             71    64    71 
	02371: RCVT       
	02372: SWAP       
	02373: SUB        
	02374: WCVTP      
	02375: EIF        
	02376: SVTCA[y-axis] 
	02377: MPPEM      
	02378: GTEQ       
	02379: WS         
	02380: SVTCA[x-axis] 
	02381: MPPEM      
	02382: LT         
	02383: IF         
	02384: PUSHB[2]              8     0 
	02387: WS         
	02388: EIF        
	02389: RS         
	02390: NOT        
	02391: IF         
	02392: PUSHB[2]              8     0 
	02395: WS         
	02396: EIF        
	02397: PUSHB[4]              2    11    10    18 
	02402: RS         
	02403: IF         
	02404: ADD        
	02405: ELSE       
	02406: POP        
	02407: EIF        
	02408: WS         
	02409: SZPS       
	02410: SRP0       
	02411: WCVTF      
	02412: MIAP[nrd+nci] 
	02413: PUSHB[1]             18 
	02415: RS         
	02416: IF         
	02417: PUSHW[2]          15137  6270 
	02422: ELSE       
	02423: PUSHW[3]           1024   424    11 
	02430: CALL       
	02431: EIF        
	02432: PUSHB[1]             12 
	02434: SWAP       
	02435: WS         
	02436: PUSHB[1]             13 
	02438: SWAP       
	02439: WS         
	02440: PUSHB[1]             18 
	02442: RS         
	02443: IF         
	02444: PUSHW[2]          11585 11585 
	02449: ELSE       
	02450: PUSHW[3]           1024  1024    11 
	02457: CALL       
	02458: EIF        
	02459: PUSHB[1]             14 
	02461: SWAP       
	02462: WS         
	02463: PUSHB[1]             15 
	02465: SWAP       
	02466: WS         
	02467: PUSHB[1]             18 
	02469: RS         
	02470: IF         
	02471: PUSHW[2]           6270 15137 
	02476: ELSE       
	02477: PUSHW[3]            424  1024    11 
	02484: CALL       
	02485: EIF        
	02486: PUSHB[1]             16 
	02488: SWAP       
	02489: WS         
	02490: PUSHB[1]             17 
	02492: SWAP       
	02493: WS         
	02494: SVTCA[y-axis] 
	02495: CALL       
	02496: DELTAC2    
	02497: DELTAC3    
	02498: DELTAC1    
	02499: DELTAC3    
	02500: SVTCA[y-axis] 
	02501: RTG        
	02502: RCVT       
	02503: ROUND[Black] 
	02504: WCVTP      
	02505: RCVT       
	02506: ROUND[Black] 
	02507: WCVTP      
	02508: RCVT       
	02509: ROUND[Black] 
	02510: WCVTP      
	02511: DELTAC1    
	02512: DELTAC1    
	02513: DELTAC1    
	02514: DELTAC1    
	02515: DELTAC2    
	02516: DELTAC3    
	02517: DELTAC1    
	02518: DELTAC2    
	02519: DELTAC3    
	02520: CALL       
	02521: CALL       
	02522: CALL       
	02523: CALL       
	02524: DELTAC2    
	02525: DELTAC3    
	02526: CALL       
	02527: CALL       
	02528: CALL       
	02529: CALL       
	02530: CALL       
	02531: DELTAC1    
	02532: DELTAC1    
	02533: DELTAC1    
	02534: DELTAC1    
	02535: DELTAC1    
	02536: DELTAC1    
	02537: DELTAC1    
	02538: DELTAC1    
	02539: DELTAC1    
	02540: DELTAC1    
	02541: DELTAC1    
	02542: DELTAC1    
	02543: DELTAC1    
	02544: DELTAC1    
	02545: DELTAC1    
	02546: DELTAC1    
	02547: DELTAC1    
	02548: DELTAC1    
	02549: DELTAC1    
	02550: DELTAC1    
	02551: DELTAC1    
	02552: DELTAC1    
	02553: DELTAC1    
	02554: DELTAC1    
	02555: DELTAC1    
	02556: CALL       
	02557: CALL       
	02558: CALL       
	02559: RCVT       
	02560: PUSHB[1]             64 
	02562: SUB        
	02563: WCVTP      
	02564: DELTAC1    
	02565: DELTAC2    
	02566: SVTCA[y-axis] 
	02567: SVTCA[y-axis] 
	02568: MPPEM      
	02569: PUSHB[1]             42 
	02571: GTEQ       
	02572: MPPEM      
	02573: PUSHB[1]             63 
	02575: LTEQ       
	02576: AND        
	02577: IF         
	02578: PUSHB[2]              7     7 
	02581: RCVT       
	02582: PUSHB[1]             64 
	02584: ADD        
	02585: WCVTP      
	02586: EIF        
	02587: SVTCA[y-axis] 
	02588: MPPEM      
	02589: PUSHB[1]             58 
	02591: GTEQ       
	02592: MPPEM      
	02593: PUSHB[1]             63 
	02595: LTEQ       
	02596: AND        
	02597: IF         
	02598: PUSHB[2]             11    11 
	02601: RCVT       
	02602: PUSHW[1]            -64 
	02605: ADD        
	02606: WCVTP      
	02607: EIF        
	02608: SVTCA[y-axis] 
	02609: MPPEM      
	02610: PUSHB[1]             46 
	02612: GTEQ       
	02613: MPPEM      
	02614: PUSHB[1]             58 
	02616: LTEQ       
	02617: AND        
	02618: IF         
	02619: PUSHB[2]              3     3 
	02622: RCVT       
	02623: PUSHB[1]             64 
	02625: ADD        
	02626: WCVTP      
	02627: EIF        
	02628: SVTCA[y-axis] 
	02629: MPPEM      
	02630: PUSHB[1]             46 
	02632: GTEQ       
	02633: MPPEM      
	02634: PUSHB[1]             60 
	02636: LTEQ       
	02637: AND        
	02638: IF         
	02639: PUSHB[2]              9     9 
	02642: RCVT       
	02643: PUSHW[1]            -64 
	02646: ADD        
	02647: WCVTP      
	02648: EIF        
	02649: CALL       
	02650: CALL       
	02651: CALL       
	02652: CALL       
	02653: CALL       
	02654: CALL       
	02655: CALL       
	02656: CALL       
	02657: CALL       
	02658: CALL       
	02659: CALL       
	02660: CALL       
	02661: CALL       
	02662: CALL       
	02663: CALL       
	02664: CALL       
	02665: CALL       
	02666: CALL       
	02667: DELTAC3    
	02668: CALL       
	02669: CALL       
	02670: CALL       
	02671: CALL       
	02672: CALL       
	02673: CALL       
	02674: CALL       
	02675: RS         
	02676: NOT        
	02677: IF         
	02678: PUSHW[2]            128   699 
	02683: PUSHB[4]              1    64    30     1 
	02688: DELTAC2    
	02689: SVTCA[y-axis] 
	02690: DELTAC1    
	02691: EIF        
	02692: SPVTCA[x-axis] 
	02693: PUSHB[1]             30 
	02695: MPPEM      
	02696: EQ         
	02697: SPVTCA[y-axis] 
	02698: PUSHB[1]             18 
	02700: MPPEM      
	02701: EQ         
	02702: AND        
	02703: PUSHB[1]             18 
	02705: RS         
	02706: NOT        
	02707: AND        
	02708: IF         
	02709: PUSHW[3]            159   546     1 
	02716: SVTCA[y-axis] 
	02717: DELTAC1    
	02718: EIF        
	02719: SVTCA[y-axis] 
	02720: CALL       
	02721: DELTAC2    
	02722: DELTAC1    
	02723: SVTCA[x-axis] 
	02724: CALL       
	02725: SVTCA[x-axis] 
	02726: DELTAC1    
	02727: CALL       
	02728: CALL       
	02729: CALL       
	02730: CALL       
	02731: CALL       
	02732: CALL       
	02733: CALL       
	02734: CALL       
	02735: DELTAC1    
	02736: DELTAC1    
	02737: DELTAC1    
	02738: DELTAC1    
	02739: CALL       
	02740: SVTCA[y-axis] 
	02741: CALL       
	02742: CALL       
	02743: CALL       
	02744: CALL       
	02745: CALL       
	02746: CALL       
	02747: SVTCA[y-axis] 
	02748: RCVT       
	02749: ROUND[Black] 
	02750: WCVTP      
	02751: DELTAC1    
	02752: RCVT       
	02753: ROUND[Black] 
	02754: WCVTP      
	02755: DELTAC1    
	02756: RCVT       
	02757: ROUND[Black] 
	02758: WCVTP      
	02759: DELTAC1    
	02760: DELTAC2    
	02761: DELTAC3    
	02762: RCVT       
	02763: ROUND[Black] 
	02764: WCVTP      
	02765: DELTAC1    
	02766: RCVT       
	02767: ROUND[Black] 
	02768: WCVTP      
	02769: RCVT       
	02770: ROUND[Black] 
	02771: WCVTP      
	02772: RCVT       
	02773: ROUND[Black] 
	02774: WCVTP      
	02775: DELTAC1    
	02776: DELTAC2    
	02777: RCVT       
	02778: ROUND[Black] 
	02779: WCVTP      
	02780: RCVT       
	02781: ROUND[Black] 
	02782: WCVTP      
	02783: DELTAC1    
	02784: CALL       
	02785: CALL       
	02786: CALL       
	02787: CALL       
	02788: CALL       
	02789: DELTAC1    
	02790: CALL       
	02791: SVTCA[y-axis] 
	02792: CALL       
	02793: DELTAC1    
	02794: CALL       
	02795: DELTAC2    
	02796: DELTAC3    
	02797: CALL       
	02798: CALL       
	02799: CALL       
	02800: CALL       
	02801: CALL       
	02802: CALL       
	02803: CALL       
	02804: CALL       
	02805: CALL       
	02806: CALL       
	02807: CALL       
	02808: CALL       
	02809: CALL       
	02810: CALL       
	02811: DELTAC1    
	02812: DELTAC2    
	02813: DELTAC3    
	02814: CALL       


'fpgm' Table - Font Program
---------------------------
Size = 1646 bytes
	00000: NPUSHB      (67):    85    84    65    64    63    62    61    60    59    58 
	                            57    56    55    53    52    51    50    49    48    47 
	                            46    45    44    43    42    41    40    39    38    37 
	                            36    35    34    33    32    31    30    29    28    27 
	                            26    25    24    23    22    21    20    19    18    17 
	                            16    15    14    13    12    11    10     9     8     7 
	                             6     5     4     3     2     1     0 
	00069: FDEF       
	00070: RCVT       
	00071: SWAP       
	00072: GC[cur p]  
	00073: ADD        
	00074: DUP        
	00075: PUSHB[1]             38 
	00077: ADD        
	00078: PUSHB[1]              4 
	00080: MINDEX     
	00081: SWAP       
	00082: SCFS       
	00083: SCFS       
	00084: ENDF       
	00085: FDEF       
	00086: RCVT       
	00087: SWAP       
	00088: GC[cur p]  
	00089: SWAP       
	00090: SUB        
	00091: DUP        
	00092: PUSHB[1]             38 
	00094: SUB        
	00095: PUSHB[1]              4 
	00097: MINDEX     
	00098: SWAP       
	00099: SCFS       
	00100: SCFS       
	00101: ENDF       
	00102: FDEF       
	00103: RCVT       
	00104: SWAP       
	00105: GC[cur p]  
	00106: ADD        
	00107: PUSHB[1]             32 
	00109: SUB        
	00110: DUP        
	00111: PUSHB[1]             70 
	00113: ADD        
	00114: PUSHB[1]              4 
	00116: MINDEX     
	00117: SWAP       
	00118: SCFS       
	00119: SCFS       
	00120: ENDF       
	00121: FDEF       
	00122: RCVT       
	00123: SWAP       
	00124: GC[cur p]  
	00125: SWAP       
	00126: SUB        
	00127: PUSHB[1]             32 
	00129: ADD        
	00130: DUP        
	00131: PUSHB[1]             38 
	00133: SUB        
	00134: PUSHB[1]             32 
	00136: SUB        
	00137: PUSHB[1]              4 
	00139: MINDEX     
	00140: SWAP       
	00141: SCFS       
	00142: SCFS       
	00143: ENDF       
	00144: FDEF       
	00145: RCVT       
	00146: SWAP       
	00147: GC[cur p]  
	00148: ADD        
	00149: PUSHB[1]             64 
	00151: SUB        
	00152: DUP        
	00153: PUSHB[1]            102 
	00155: ADD        
	00156: PUSHB[1]              4 
	00158: MINDEX     
	00159: SWAP       
	00160: SCFS       
	00161: SCFS       
	00162: ENDF       
	00163: FDEF       
	00164: RCVT       
	00165: SWAP       
	00166: GC[cur p]  
	00167: SWAP       
	00168: SUB        
	00169: PUSHB[1]             64 
	00171: ADD        
	00172: DUP        
	00173: PUSHB[1]             38 
	00175: SUB        
	00176: PUSHB[1]             64 
	00178: SUB        
	00179: PUSHB[1]              4 
	00181: MINDEX     
	00182: SWAP       
	00183: SCFS       
	00184: SCFS       
	00185: ENDF       
	00186: FDEF       
	00187: SVTCA[x-axis] 
	00188: SRP0       
	00189: DUP        
	00190: ALIGNRP    
	00191: SVTCA[y-axis] 
	00192: ALIGNRP    
	00193: ENDF       
	00194: FDEF       
	00195: DUP        
	00196: RCVT       
	00197: SWAP       
	00198: DUP        
	00199: PUSHB[1]            205 
	00201: WCVTP      
	00202: SWAP       
	00203: DUP        
	00204: PUSHW[1]            346 
	00207: LTEQ       
	00208: IF         
	00209: SWAP       
	00210: DUP        
	00211: PUSHB[1]            141 
	00213: WCVTP      
	00214: SWAP       
	00215: EIF        
	00216: DUP        
	00217: PUSHB[1]            237 
	00219: LTEQ       
	00220: IF         
	00221: SWAP       
	00222: DUP        
	00223: PUSHB[1]             77 
	00225: WCVTP      
	00226: SWAP       
	00227: EIF        
	00228: DUP        
	00229: PUSHB[1]            144 
	00231: LTEQ       
	00232: IF         
	00233: SWAP       
	00234: DUP        
	00235: PUSHB[1]             13 
	00237: WCVTP      
	00238: SWAP       
	00239: EIF        
	00240: POP        
	00241: POP        
	00242: ENDF       
	00243: FDEF       
	00244: DUP        
	00245: DUP        
	00246: RCVT       
	00247: RTG        
	00248: ROUND[Gray] 
	00249: WCVTP      
	00250: DUP        
	00251: PUSHB[1]              1 
	00253: ADD        
	00254: DUP        
	00255: RCVT       
	00256: PUSHB[1]             70 
	00258: SROUND     
	00259: ROUND[Gray] 
	00260: ROLL       
	00261: RCVT       
	00262: ADD        
	00263: WCVTP      
	00264: ENDF       
	00265: FDEF       
	00266: SVTCA[x-axis] 
	00267: PUSHB[2]             11    10 
	00270: RS         
	00271: SWAP       
	00272: RS         
	00273: NEG        
	00274: SPVFS      
	00275: ENDF       
	00276: FDEF       
	00277: SVTCA[y-axis] 
	00278: PUSHB[2]             10    11 
	00281: RS         
	00282: SWAP       
	00283: RS         
	00284: SFVFS      
	00285: ENDF       
	00286: FDEF       
	00287: SVTCA[y-axis] 
	00288: PUSHB[1]             23 
	00290: SWAP       
	00291: WCVTF      
	00292: PUSHB[2]              1    23 
	00295: MIAP[nrd+nci] 
	00296: SVTCA[x-axis] 
	00297: PUSHB[1]             23 
	00299: SWAP       
	00300: WCVTF      
	00301: PUSHB[2]              2    23 
	00304: RCVT       
	00305: MSIRP[nrp] 
	00306: PUSHB[2]              2     0 
	00309: SFVTL[=p1,p2] 
	00310: GFV        
	00311: ENDF       
	00312: FDEF       
	00313: RCVT       
	00314: PUSHB[1]             26 
	00316: SWAP       
	00317: WCVTP      
	00318: RCVT       
	00319: PUSHB[1]             25 
	00321: SWAP       
	00322: WCVTP      
	00323: ENDF       
	00324: FDEF       
	00325: DUP        
	00326: RCVT       
	00327: PUSHB[1]              3 
	00329: CINDEX     
	00330: RCVT       
	00331: SUB        
	00332: ABS        
	00333: PUSHB[1]             80 
	00335: LTEQ       
	00336: IF         
	00337: RCVT       
	00338: WCVTP      
	00339: ELSE       
	00340: POP        
	00341: POP        
	00342: EIF        
	00343: ENDF       
	00344: FDEF       
	00345: PUSHB[1]              1 
	00347: RS         
	00348: MUL        
	00349: SWAP       
	00350: DIV        
	00351: PUSHB[1]              0 
	00353: SWAP       
	00354: WS         
	00355: PUSHB[1]             15 
	00357: CALL       
	00358: ENDF       
	00359: FDEF       
	00360: DUP        
	00361: RCVT       
	00362: PUSHB[1]              0 
	00364: RS         
	00365: ADD        
	00366: WCVTP      
	00367: ENDF       
	00368: FDEF       
	00369: SVTCA[x-axis] 
	00370: PUSHB[1]              6 
	00372: RS         
	00373: PUSHB[1]              7 
	00375: RS         
	00376: NEG        
	00377: SPVFS      
	00378: ENDF       
	00379: FDEF       
	00380: DUP        
	00381: ROUND[Black] 
	00382: PUSHB[1]             64 
	00384: SUB        
	00385: PUSHB[1]              0 
	00387: MAX        
	00388: DUP        
	00389: PUSHB[2]             44   192 
	00392: ROLL       
	00393: MIN        
	00394: PUSHW[1]           4096 
	00397: DIV        
	00398: ADD        
	00399: CALL       
	00400: GPV        
	00401: ABS        
	00402: SWAP       
	00403: ABS        
	00404: SUB        
	00405: NOT        
	00406: IF         
	00407: PUSHB[1]              3 
	00409: SUB        
	00410: EIF        
	00411: ENDF       
	00412: FDEF       
	00413: RCVT       
	00414: PUSHB[1]             17 
	00416: CALL       
	00417: PUSHB[1]             23 
	00419: SWAP       
	00420: WCVTP      
	00421: PUSHB[1]             23 
	00423: ROFF       
	00424: MIRP[nrp0,nmd,rd,0] 
	00425: RTG        
	00426: ENDF       
	00427: FDEF       
	00428: RCVT       
	00429: PUSHB[1]             17 
	00431: CALL       
	00432: PUSHB[1]             23 
	00434: SWAP       
	00435: WCVTP      
	00436: ENDF       
	00437: FDEF       
	00438: PUSHB[1]             18 
	00440: RS         
	00441: IF         
	00442: SDPVTL[1]  
	00443: RCVT       
	00444: PUSHB[1]             17 
	00446: CALL       
	00447: PUSHB[1]             23 
	00449: SWAP       
	00450: WCVTP      
	00451: PUSHB[1]             23 
	00453: ROFF       
	00454: MIRP[nrp0,nmd,rd,0] 
	00455: ELSE       
	00456: SPVTCA[x-axis] 
	00457: ROLL       
	00458: RCVT       
	00459: RTG        
	00460: ROUND[Black] 
	00461: DUP        
	00462: PUSHB[1]             23 
	00464: SWAP       
	00465: WCVTP      
	00466: ROLL       
	00467: ROLL       
	00468: SDPVTL[1]  
	00469: DUP        
	00470: PUSHB[1]            160 
	00472: LTEQ       
	00473: IF         
	00474: PUSHB[1]             17 
	00476: CALL       
	00477: PUSHB[1]             23 
	00479: SWAP       
	00480: WCVTP      
	00481: PUSHB[1]             23 
	00483: ROFF       
	00484: MIRP[nrp0,nmd,rd,0] 
	00485: ELSE       
	00486: POP        
	00487: PUSHB[1]             23 
	00489: ROFF       
	00490: MIRP[nrp0,nmd,rd,0] 
	00491: EIF        
	00492: EIF        
	00493: RTG        
	00494: ENDF       
	00495: FDEF       
	00496: ENDF       
	00497: FDEF       
	00498: PUSHB[1]              2 
	00500: CINDEX     
	00501: GC[cur p]  
	00502: ADD        
	00503: ROLL       
	00504: GC[cur p]  
	00505: PUSHB[1]             64 
	00507: SUB        
	00508: MIN        
	00509: SCFS       
	00510: ENDF       
	00511: FDEF       
	00512: MPPEM      
	00513: GTEQ       
	00514: DUP        
	00515: NOT        
	00516: IF         
	00517: PUSHB[1]              2 
	00519: SCANCTRL   
	00520: EIF        
	00521: IF         
	00522: PUSHB[1]              1 
	00524: SCANCTRL   
	00525: EIF        
	00526: ENDF       
	00527: FDEF       
	00528: DUP        
	00529: PUSHB[1]              3 
	00531: CINDEX     
	00532: RCVT       
	00533: PUSHB[1]             25 
	00535: SWAP       
	00536: WCVTP      
	00537: RCVT       
	00538: PUSHB[1]             26 
	00540: SWAP       
	00541: WCVTP      
	00542: RCVT       
	00543: NEG        
	00544: SWAP       
	00545: RCVT       
	00546: DUP        
	00547: PUSHB[1]              3 
	00549: CINDEX     
	00550: ADD        
	00551: ROUND[White] 
	00552: DUP        
	00553: PUSHB[1]              9 
	00555: SWAP       
	00556: WS         
	00557: SWAP       
	00558: ROUND[Gray] 
	00559: ROLL       
	00560: ROUND[White] 
	00561: ADD        
	00562: SUB        
	00563: DUP        
	00564: PUSHB[1]             26 
	00566: ROLL       
	00567: PUSHB[1]              0 
	00569: GT         
	00570: JROF       
	00571: POP        
	00572: PUSHB[3]             26    26    64 
	00576: PUSHW[2]            -32    26 
	00581: RCVT       
	00582: DUP        
	00583: ROLL       
	00584: EQ         
	00585: IF         
	00586: SWAP       
	00587: POP        
	00588: PUSHB[1]             63 
	00590: ELSE       
	00591: SWAP       
	00592: EIF        
	00593: SUB        
	00594: WCVTP      
	00595: JMPR       
	00596: PUSHB[2]             20     0 
	00599: ROLL       
	00600: GT         
	00601: JROF       
	00602: PUSHB[4]             25    64    32    25 
	00607: RCVT       
	00608: DUP        
	00609: ROLL       
	00610: EQ         
	00611: IF         
	00612: SWAP       
	00613: POP        
	00614: PUSHB[1]             63 
	00616: ELSE       
	00617: SWAP       
	00618: EIF        
	00619: SUB        
	00620: WCVTP      
	00621: ENDF       
	00622: FDEF       
	00623: PUSHB[2]             16    17 
	00626: RS         
	00627: SWAP       
	00628: RS         
	00629: SFVFS      
	00630: ENDF       
	00631: FDEF       
	00632: PUSHB[2]             14    15 
	00635: RS         
	00636: SWAP       
	00637: RS         
	00638: SFVFS      
	00639: ENDF       
	00640: FDEF       
	00641: PUSHB[2]             12    13 
	00644: RS         
	00645: SWAP       
	00646: RS         
	00647: SFVFS      
	00648: ENDF       
	00649: FDEF       
	00650: PUSHB[2]             12    13 
	00653: RS         
	00654: SWAP       
	00655: RS         
	00656: NEG        
	00657: SFVFS      
	00658: ENDF       
	00659: FDEF       
	00660: PUSHB[2]             14    15 
	00663: RS         
	00664: SWAP       
	00665: RS         
	00666: NEG        
	00667: SFVFS      
	00668: ENDF       
	00669: FDEF       
	00670: PUSHB[2]             16    17 
	00673: RS         
	00674: SWAP       
	00675: RS         
	00676: NEG        
	00677: SFVFS      
	00678: ENDF       
	00679: FDEF       
	00680: MPPEM      
	00681: GT         
	00682: IF         
	00683: RCVT       
	00684: WCVTP      
	00685: ELSE       
	00686: POP        
	00687: POP        
	00688: EIF        
	00689: ENDF       
	00690: FDEF       
	00691: SVTCA[x-axis] 
	00692: DUP        
	00693: PUSHB[1]              3 
	00695: CINDEX     
	00696: SWAP       
	00697: MD[cur]    
	00698: PUSHB[1]             64 
	00700: ADD        
	00701: PUSHB[1]             32 
	00703: MUL        
	00704: DUP        
	00705: PUSHB[1]              0 
	00707: GT         
	00708: IF         
	00709: SWAP       
	00710: PUSHB[1]              2 
	00712: CINDEX     
	00713: SHPIX      
	00714: SWAP       
	00715: PUSHB[1]              2 
	00717: CINDEX     
	00718: NEG        
	00719: SHPIX      
	00720: SVTCA[y-axis] 
	00721: ROLL       
	00722: MUL        
	00723: SHPIX      
	00724: ELSE       
	00725: POP        
	00726: POP        
	00727: POP        
	00728: POP        
	00729: POP        
	00730: EIF        
	00731: SVTCA[x-axis] 
	00732: ENDF       
	00733: FDEF       
	00734: MPPEM      
	00735: PUSHB[1]            100 
	00737: LTEQ       
	00738: IF         
	00739: RCVT       
	00740: ROUND[Black] 
	00741: PUSHB[1]              9 
	00743: RS         
	00744: ADD        
	00745: ROLL       
	00746: SRP0       
	00747: MSIRP[nrp] 
	00748: ELSE       
	00749: POP        
	00750: POP        
	00751: POP        
	00752: EIF        
	00753: ENDF       
	00754: FDEF       
	00755: SVTCA[x-axis] 
	00756: PUSHB[1]              5 
	00758: CINDEX     
	00759: SRP0       
	00760: SWAP       
	00761: DUP        
	00762: ROLL       
	00763: MIRP[srp0,nmd,rd,1] 
	00764: SVTCA[y-axis] 
	00765: PUSHB[1]              1 
	00767: ADD        
	00768: SWAP       
	00769: MIRP[nrp0,md,rd,1] 
	00770: MIRP[nrp0,md,rd,0] 
	00771: ENDF       
	00772: FDEF       
	00773: SVTCA[x-axis] 
	00774: PUSHB[1]              5 
	00776: CINDEX     
	00777: SRP0       
	00778: SWAP       
	00779: DUP        
	00780: ROLL       
	00781: MIRP[srp0,nmd,rd,1] 
	00782: SVTCA[y-axis] 
	00783: PUSHB[1]              1 
	00785: SUB        
	00786: SWAP       
	00787: MIRP[nrp0,md,rd,1] 
	00788: MIRP[nrp0,md,rd,0] 
	00789: ENDF       
	00790: FDEF       
	00791: SVTCA[x-axis] 
	00792: PUSHB[1]              6 
	00794: CINDEX     
	00795: SRP0       
	00796: MIRP[srp0,nmd,rd,1] 
	00797: SVTCA[y-axis] 
	00798: MIRP[nrp0,md,rd,1] 
	00799: MIRP[nrp0,md,rd,0] 
	00800: ENDF       
	00801: FDEF       
	00802: DUP        
	00803: PUSHB[1]              1 
	00805: ADD        
	00806: SVTCA[x-axis] 
	00807: SRP0       
	00808: DUP        
	00809: ALIGNRP    
	00810: SVTCA[y-axis] 
	00811: ALIGNRP    
	00812: ENDF       
	00813: FDEF       
	00814: DUP        
	00815: PUSHB[1]              1 
	00817: SUB        
	00818: SVTCA[x-axis] 
	00819: SRP0       
	00820: DUP        
	00821: ALIGNRP    
	00822: SVTCA[y-axis] 
	00823: ALIGNRP    
	00824: ENDF       
	00825: FDEF       
	00826: PUSHB[1]             43 
	00828: CALL       
	00829: PUSHB[1]             42 
	00831: LOOPCALL   
	00832: ENDF       
	00833: FDEF       
	00834: SVTCA[y-axis] 
	00835: PUSHB[1]              7 
	00837: RS         
	00838: PUSHB[1]              6 
	00840: RS         
	00841: SFVFS      
	00842: ENDF       
	00843: FDEF       
	00844: MIAP[nrd+nci] 
	00845: PUSHB[1]             42 
	00847: LOOPCALL   
	00848: ENDF       
	00849: FDEF       
	00850: SHC[rp1,zp0] 
	00851: ENDF       
	00852: FDEF       
	00853: SROUND     
	00854: PUSHW[1]            547 
	00857: SWAP       
	00858: WCVTF      
	00859: SRP0       
	00860: DUP        
	00861: PUSHW[1]            547 
	00864: RCVT       
	00865: DUP        
	00866: PUSHB[1]              0 
	00868: LT         
	00869: IF         
	00870: PUSHB[1]              1 
	00872: SUB        
	00873: EIF        
	00874: MSIRP[nrp] 
	00875: MDAP[rd]   
	00876: RTG        
	00877: ENDF       
	00878: FDEF       
	00879: POP        
	00880: POP        
	00881: GPV        
	00882: ABS        
	00883: SWAP       
	00884: ABS        
	00885: MAX        
	00886: PUSHW[1]          16384 
	00889: DIV        
	00890: ENDF       
	00891: FDEF       
	00892: POP        
	00893: PUSHB[1]            128 
	00895: LTEQ       
	00896: IF         
	00897: GPV        
	00898: ABS        
	00899: SWAP       
	00900: ABS        
	00901: MAX        
	00902: PUSHW[1]           8192 
	00905: DIV        
	00906: ELSE       
	00907: PUSHB[3]              0    64    47 
	00911: CALL       
	00912: EIF        
	00913: PUSHB[1]              2 
	00915: ADD        
	00916: ENDF       
	00917: FDEF       
	00918: POP        
	00919: PUSHB[1]            192 
	00921: LTEQ       
	00922: IF         
	00923: GPV        
	00924: ABS        
	00925: SWAP       
	00926: ABS        
	00927: MAX        
	00928: PUSHW[1]           5461 
	00931: DIV        
	00932: ELSE       
	00933: PUSHB[3]              0   128    47 
	00937: CALL       
	00938: EIF        
	00939: PUSHB[1]              2 
	00941: ADD        
	00942: ENDF       
	00943: FDEF       
	00944: GPV        
	00945: ABS        
	00946: SWAP       
	00947: ABS        
	00948: MAX        
	00949: PUSHW[1]          16384 
	00952: DIV        
	00953: ADD        
	00954: SWAP       
	00955: POP        
	00956: ENDF       
	00957: FDEF       
	00958: PUSHB[5]              0     1     0     0     0 
	00964: SZP2       
	00965: PUSHB[1]              8 
	00967: MINDEX     
	00968: PUSHB[1]              8 
	00970: MINDEX     
	00971: PUSHB[1]              8 
	00973: MINDEX     
	00974: PUSHB[1]              8 
	00976: MINDEX     
	00977: ISECT      
	00978: SRP0       
	00979: SZPS       
	00980: SZP0       
	00981: RCVT       
	00982: ROUND[Gray] 
	00983: MSIRP[nrp] 
	00984: PUSHB[1]              1 
	00986: SZPS       
	00987: ENDF       
	00988: FDEF       
	00989: PUSHB[5]              0     1     0     0     0 
	00995: SZP2       
	00996: PUSHB[1]              8 
	00998: MINDEX     
	00999: PUSHB[1]              8 
	01001: MINDEX     
	01002: PUSHB[1]              8 
	01004: MINDEX     
	01005: PUSHB[1]              8 
	01007: MINDEX     
	01008: ISECT      
	01009: SRP0       
	01010: SZPS       
	01011: SZP0       
	01012: RCVT       
	01013: ROUND[Gray] 
	01014: NEG        
	01015: MSIRP[nrp] 
	01016: PUSHB[1]              1 
	01018: SZPS       
	01019: ENDF       
	01020: FDEF       
	01021: MPPEM      
	01022: GTEQ       
	01023: SWAP       
	01024: MPPEM      
	01025: LTEQ       
	01026: AND        
	01027: IF         
	01028: DUP        
	01029: RCVT       
	01030: ROLL       
	01031: ADD        
	01032: WCVTP      
	01033: ELSE       
	01034: POP        
	01035: POP        
	01036: EIF        
	01037: ENDF       
	01038: FDEF       
	01039: MPPEM      
	01040: EQ         
	01041: IF         
	01042: DUP        
	01043: RCVT       
	01044: ROLL       
	01045: ADD        
	01046: WCVTP      
	01047: ELSE       
	01048: POP        
	01049: POP        
	01050: EIF        
	01051: ENDF       
	01052: FDEF       
	01053: MPPEM      
	01054: GTEQ       
	01055: SWAP       
	01056: MPPEM      
	01057: LTEQ       
	01058: AND        
	01059: IF         
	01060: SHPIX      
	01061: ELSE       
	01062: POP        
	01063: POP        
	01064: EIF        
	01065: ENDF       
	01066: FDEF       
	01067: MPPEM      
	01068: EQ         
	01069: IF         
	01070: SHPIX      
	01071: ELSE       
	01072: POP        
	01073: POP        
	01074: EIF        
	01075: ENDF       
	01076: FDEF       
	01077: PUSHB[1]             19 
	01079: RS         
	01080: IF         
	01081: SPVTCA[x-axis] 
	01082: ELSE       
	01083: SPVTCA[y-axis] 
	01084: EIF        
	01085: ENDF       
	01086: FDEF       
	01087: PUSHB[1]             19 
	01089: RS         
	01090: IF         
	01091: SPVTCA[y-axis] 
	01092: ELSE       
	01093: SPVTCA[x-axis] 
	01094: EIF        
	01095: ENDF       
	01096: FDEF       
	01097: MPPEM      
	01098: EQ         
	01099: PUSHB[1]             18 
	01101: RS         
	01102: NOT        
	01103: AND        
	01104: IF         
	01105: SHPIX      
	01106: ELSE       
	01107: POP        
	01108: POP        
	01109: EIF        
	01110: ENDF       
	01111: FDEF       
	01112: PUSHB[1]             18 
	01114: RS         
	01115: NOT        
	01116: IF         
	01117: GPV        
	01118: PUSHB[1]              4 
	01120: CINDEX     
	01121: PUSHB[1]              4 
	01123: CINDEX     
	01124: SPVTL[=p1,p2] 
	01125: GPV        
	01126: ABS        
	01127: SWAP       
	01128: ABS        
	01129: SUB        
	01130: ABS        
	01131: PUSHW[1]           1800 
	01134: LTEQ       
	01135: IF         
	01136: PUSHB[1]              4 
	01138: CINDEX     
	01139: PUSHB[1]              4 
	01141: CINDEX     
	01142: SVTCA[x-axis] 
	01143: DUP        
	01144: GC[cur p]  
	01145: PUSHB[1]             16 
	01147: ADD        
	01148: SCFS       
	01149: DUP        
	01150: GC[cur p]  
	01151: PUSHB[1]             16 
	01153: ADD        
	01154: SCFS       
	01155: EIF        
	01156: SPVFS      
	01157: POP        
	01158: POP        
	01159: ELSE       
	01160: POP        
	01161: POP        
	01162: EIF        
	01163: ENDF       
	01164: FDEF       
	01165: PUSHB[1]             18 
	01167: RS         
	01168: NOT        
	01169: IF         
	01170: GPV        
	01171: PUSHB[1]              4 
	01173: CINDEX     
	01174: PUSHB[1]              4 
	01176: CINDEX     
	01177: SPVTL[=p1,p2] 
	01178: GPV        
	01179: ABS        
	01180: SWAP       
	01181: ABS        
	01182: SUB        
	01183: ABS        
	01184: PUSHW[1]           1800 
	01187: LTEQ       
	01188: IF         
	01189: PUSHB[1]              4 
	01191: CINDEX     
	01192: PUSHB[1]              4 
	01194: CINDEX     
	01195: SVTCA[x-axis] 
	01196: DUP        
	01197: GC[cur p]  
	01198: PUSHW[1]            -16 
	01201: ADD        
	01202: SCFS       
	01203: DUP        
	01204: GC[cur p]  
	01205: PUSHW[1]            -16 
	01208: ADD        
	01209: SCFS       
	01210: EIF        
	01211: SPVFS      
	01212: POP        
	01213: POP        
	01214: ELSE       
	01215: POP        
	01216: POP        
	01217: EIF        
	01218: ENDF       
	01219: FDEF       
	01220: MPPEM      
	01221: GTEQ       
	01222: SWAP       
	01223: MPPEM      
	01224: LTEQ       
	01225: AND        
	01226: IF         
	01227: PUSHB[1]             58 
	01229: CALL       
	01230: ELSE       
	01231: POP        
	01232: POP        
	01233: EIF        
	01234: ENDF       
	01235: FDEF       
	01236: MPPEM      
	01237: GTEQ       
	01238: SWAP       
	01239: MPPEM      
	01240: LTEQ       
	01241: AND        
	01242: IF         
	01243: PUSHB[1]             59 
	01245: CALL       
	01246: ELSE       
	01247: POP        
	01248: POP        
	01249: EIF        
	01250: ENDF       
	01251: FDEF       
	01252: MPPEM      
	01253: GTEQ       
	01254: SWAP       
	01255: MPPEM      
	01256: LTEQ       
	01257: AND        
	01258: PUSHB[1]             18 
	01260: RS         
	01261: NOT        
	01262: AND        
	01263: IF         
	01264: SHPIX      
	01265: ELSE       
	01266: POP        
	01267: POP        
	01268: EIF        
	01269: ENDF       
	01270: FDEF       
	01271: GPV        
	01272: ROLL       
	01273: SPVTCA[x-axis] 
	01274: MPPEM      
	01275: EQ         
	01276: PUSHB[1]              4 
	01278: MINDEX     
	01279: SPVTCA[y-axis] 
	01280: MPPEM      
	01281: EQ         
	01282: AND        
	01283: ROLL       
	01284: ROLL       
	01285: SPVFS      
	01286: PUSHB[1]             18 
	01288: RS         
	01289: NOT        
	01290: AND        
	01291: IF         
	01292: SHPIX      
	01293: ELSE       
	01294: POP        
	01295: POP        
	01296: EIF        
	01297: ENDF       
	01298: FDEF       
	01299: MPPEM      
	01300: GT         
	01301: IF         
	01302: PUSHB[1]              4 
	01304: CINDEX     
	01305: PUSHB[1]              4 
	01307: CINDEX     
	01308: MD[cur]    
	01309: PUSHB[1]              4 
	01311: CINDEX     
	01312: PUSHB[1]              4 
	01314: CINDEX     
	01315: MD[cur]    
	01316: SUB        
	01317: DUP        
	01318: PUSHB[1]              0 
	01320: EQ         
	01321: IF         
	01322: POP        
	01323: DUP        
	01324: RS         
	01325: PUSHB[1]              0 
	01327: NEQ        
	01328: IF         
	01329: PUSHB[1]              3 
	01331: CINDEX     
	01332: PUSHB[1]              3 
	01334: CINDEX     
	01335: PUSHW[1]            -64 
	01338: SHPIX      
	01339: PUSHW[1]            -64 
	01342: SHPIX      
	01343: EIF        
	01344: ELSE       
	01345: PUSHB[1]             64 
	01347: EQ         
	01348: IF         
	01349: DUP        
	01350: RS         
	01351: PUSHB[1]              0 
	01353: EQ         
	01354: IF         
	01355: PUSHB[1]              2 
	01357: CINDEX     
	01358: PUSHW[1]            -64 
	01361: SHPIX      
	01362: EIF        
	01363: ELSE       
	01364: DUP        
	01365: RS         
	01366: PUSHB[1]              0 
	01368: EQ         
	01369: IF         
	01370: PUSHB[1]              3 
	01372: CINDEX     
	01373: PUSHB[1]              3 
	01375: CINDEX     
	01376: PUSHW[1]            -64 
	01379: SHPIX      
	01380: PUSHW[1]            -64 
	01383: SHPIX      
	01384: ELSE       
	01385: PUSHB[1]              3 
	01387: CINDEX     
	01388: PUSHW[1]            -64 
	01391: SHPIX      
	01392: EIF        
	01393: EIF        
	01394: EIF        
	01395: EIF        
	01396: POP        
	01397: POP        
	01398: POP        
	01399: POP        
	01400: ENDF       
	01401: FDEF       
	01402: GC[cur p]  
	01403: SWAP       
	01404: GC[cur p]  
	01405: ADD        
	01406: ROLL       
	01407: ROLL       
	01408: GC[cur p]  
	01409: SWAP       
	01410: DUP        
	01411: GC[cur p]  
	01412: ROLL       
	01413: ADD        
	01414: ROLL       
	01415: SUB        
	01416: PUSHW[1]           -128 
	01419: DIV        
	01420: SWAP       
	01421: DUP        
	01422: SRP0       
	01423: SWAP       
	01424: ROLL       
	01425: PUSHW[2]            706   706 
	01430: ROLL       
	01431: WCVTF      
	01432: RCVT       
	01433: ADD        
	01434: DUP        
	01435: PUSHB[1]              0 
	01437: LT         
	01438: IF         
	01439: PUSHB[1]              1 
	01441: SUB        
	01442: PUSHW[1]            -70 
	01445: MAX        
	01446: ELSE       
	01447: PUSHB[1]             70 
	01449: MIN        
	01450: EIF        
	01451: PUSHB[1]             16 
	01453: ADD        
	01454: ROUND[Gray] 
	01455: SVTCA[x-axis] 
	01456: MSIRP[nrp] 
	01457: ENDF       
	01458: FDEF       
	01459: PUSHB[2]              2     0 
	01462: WS         
	01463: PUSHB[2]             35     1 
	01466: GETINFO    
	01467: LTEQ       
	01468: PUSHB[2]             64     1 
	01471: GETINFO    
	01472: GTEQ       
	01473: AND        
	01474: IF         
	01475: PUSHW[2]           4096    32 
	01480: GETINFO    
	01481: EQ         
	01482: IF         
	01483: PUSHB[3]              2     1     2 
	01487: RS         
	01488: ADD        
	01489: WS         
	01490: EIF        
	01491: PUSHB[2]             36     1 
	01494: GETINFO    
	01495: LTEQ       
	01496: IF         
	01497: PUSHW[2]           8192    64 
	01502: GETINFO    
	01503: EQ         
	01504: IF         
	01505: PUSHB[3]              2     2     2 
	01509: RS         
	01510: ADD        
	01511: WS         
	01512: PUSHB[2]             36     1 
	01515: GETINFO    
	01516: EQ         
	01517: IF         
	01518: PUSHB[3]              2    32     2 
	01522: RS         
	01523: ADD        
	01524: WS         
	01525: SVTCA[y-axis] 
	01526: MPPEM      
	01527: SVTCA[x-axis] 
	01528: MPPEM      
	01529: GT         
	01530: IF         
	01531: PUSHB[3]              2     8     2 
	01535: RS         
	01536: ADD        
	01537: WS         
	01538: EIF        
	01539: ELSE       
	01540: PUSHW[2]          16384   128 
	01545: GETINFO    
	01546: EQ         
	01547: IF         
	01548: PUSHB[3]              2     4     2 
	01552: RS         
	01553: ADD        
	01554: WS         
	01555: EIF        
	01556: PUSHW[2]          16384   128 
	01561: MUL        
	01562: PUSHW[1]            256 
	01565: GETINFO    
	01566: EQ         
	01567: IF         
	01568: PUSHB[3]              2     8     2 
	01572: RS         
	01573: ADD        
	01574: WS         
	01575: EIF        
	01576: PUSHW[2]          16384   256 
	01581: MUL        
	01582: PUSHW[1]            512 
	01585: GETINFO    
	01586: EQ         
	01587: IF         
	01588: PUSHB[3]              2    16     2 
	01592: RS         
	01593: ADD        
	01594: WS         
	01595: EIF        
	01596: PUSHW[2]          16384   512 
	01601: MUL        
	01602: PUSHW[1]           1024 
	01605: GETINFO    
	01606: EQ         
	01607: IF         
	01608: PUSHB[3]              2    64     2 
	01612: RS         
	01613: ADD        
	01614: WS         
	01615: EIF        
	01616: EIF        
	01617: EIF        
	01618: EIF        
	01619: EIF        
	01620: ENDF       
	01621: FDEF       
	01622: PUSHB[1]              2 
	01624: RS         
	01625: EQ         
	01626: IF         
	01627: MPPEM      
	01628: GTEQ       
	01629: SWAP       
	01630: MPPEM      
	01631: LTEQ       
	01632: AND        
	01633: IF         
	01634: SHPIX      
	01635: ELSE       
	01636: POP        
	01637: POP        
	01638: EIF        
	01639: ELSE       
	01640: POP        
	01641: POP        
	01642: POP        
	01643: POP        
	01644: EIF        
	01645: ENDF       


'hmtx' Table - Horizontal Metrics
---------------------------------
Size = 5280 bytes, 1320 entries
	  0. advWid: 1536, LSdBear: 256
	  1. advWid:    0, LSdBear: 0
	  2. advWid:  569, LSdBear: 0
	  3. advWid:  569, LSdBear: 0
	  4. advWid:  569, LSdBear: 176
	  5. advWid:  727, LSdBear: 94
	  6. advWid: 1139, LSdBear: 21
	  7. advWid: 1139, LSdBear: 73
	  8. advWid: 1821, LSdBear: 119
	  9. advWid: 1366, LSdBear: 88
	 10. advWid:  391, LSdBear: 90
	 11. advWid:  682, LSdBear: 124
	 12. advWid:  682, LSdBear: 124
	 13. advWid:  797, LSdBear: 64
	 14. advWid: 1196, LSdBear: 114
	 15. advWid:  569, LSdBear: 170
	 16. advWid:  682, LSdBear: 65
	 17. advWid:  569, LSdBear: 186
	 18. advWid:  569, LSdBear: 0
	 19. advWid: 1139, LSdBear: 85
	 20. advWid: 1139, LSdBear: 223
	 21. advWid: 1139, LSdBear: 60
	 22. advWid: 1139, LSdBear: 86
	 23. advWid: 1139, LSdBear: 26
	 24. advWid: 1139, LSdBear: 85
	 25. advWid: 1139, LSdBear: 77
	 26. advWid: 1139, LSdBear: 97
	 27. advWid: 1139, LSdBear: 83
	 28. advWid: 1139, LSdBear: 85
	 29. advWid:  569, LSdBear: 185
	 30. advWid:  569, LSdBear: 170
	 31. advWid: 1196, LSdBear: 112
	 32. advWid: 1196, LSdBear: 114
	 33. advWid: 1196, LSdBear: 112
	 34. advWid: 1139, LSdBear: 90
	 35. advWid: 2079, LSdBear: 111
	 36. advWid: 1366, LSdBear: -3
	 37. advWid: 1366, LSdBear: 150
	 38. advWid: 1479, LSdBear: 102
	 39. advWid: 1479, LSdBear: 158
	 40. advWid: 1366, LSdBear: 162
	 41. advWid: 1251, LSdBear: 168
	 42. advWid: 1593, LSdBear: 109
	 43. advWid: 1479, LSdBear: 164
	 44. advWid:  569, LSdBear: 191
	 45. advWid: 1024, LSdBear: 55
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	 47. advWid: 1139, LSdBear: 150
	 48. advWid: 1706, LSdBear: 152
	 49. advWid: 1479, LSdBear: 156
	 50. advWid: 1593, LSdBear: 99
	 51. advWid: 1366, LSdBear: 158
	 52. advWid: 1593, LSdBear: 88
	 53. advWid: 1479, LSdBear: 161
	 54. advWid: 1366, LSdBear: 92
	 55. advWid: 1251, LSdBear: 48
	 56. advWid: 1479, LSdBear: 161
	 57. advWid: 1366, LSdBear: 9
	 58. advWid: 1933, LSdBear: 25
	 59. advWid: 1366, LSdBear: 9
	 60. advWid: 1366, LSdBear: 6
	 61. advWid: 1251, LSdBear: 41
	 62. advWid:  569, LSdBear: 139
	 63. advWid:  569, LSdBear: 0
	 64. advWid:  569, LSdBear: 39
	 65. advWid:  961, LSdBear: 54
	 66. advWid: 1139, LSdBear: -31
	 67. advWid:  682, LSdBear: 89
	 68. advWid: 1139, LSdBear: 74
	 69. advWid: 1139, LSdBear: 134
	 70. advWid: 1024, LSdBear: 80
	 71. advWid: 1139, LSdBear: 70
	 72. advWid: 1139, LSdBear: 75
	 73. advWid:  569, LSdBear: 19
	 74. advWid: 1139, LSdBear: 66
	 75. advWid: 1139, LSdBear: 135
	 76. advWid:  455, LSdBear: 136
	 77. advWid:  455, LSdBear: -94
	 78. advWid: 1024, LSdBear: 136
	 79. advWid:  455, LSdBear: 131
	 80. advWid: 1706, LSdBear: 135
	 81. advWid: 1139, LSdBear: 135
	 82. advWid: 1139, LSdBear: 68
	 83. advWid: 1139, LSdBear: 135
	 84. advWid: 1139, LSdBear: 72
	 85. advWid:  682, LSdBear: 133
	 86. advWid: 1024, LSdBear: 63
	 87. advWid:  569, LSdBear: 36
	 88. advWid: 1139, LSdBear: 131
	 89. advWid: 1024, LSdBear: 26
	 90. advWid: 1479, LSdBear: 6
	 91. advWid: 1024, LSdBear: 15
	 92. advWid: 1024, LSdBear: 33
	 93. advWid: 1024, LSdBear: 40
	 94. advWid:  684, LSdBear: 57
	 95. advWid:  532, LSdBear: 188
	 96. advWid:  684, LSdBear: 47
	 97. advWid: 1196, LSdBear: 87
	 98. advWid: 1366, LSdBear: -3
	 99. advWid: 1366, LSdBear: -3
	100. advWid: 1479, LSdBear: 104
	101. advWid: 1366, LSdBear: 162
	102. advWid: 1479, LSdBear: 156
	103. advWid: 1593, LSdBear: 99
	104. advWid: 1479, LSdBear: 161
	105. advWid: 1139, LSdBear: 74
	106. advWid: 1139, LSdBear: 74
	107. advWid: 1139, LSdBear: 74
	108. advWid: 1139, LSdBear: 74
	109. advWid: 1139, LSdBear: 74
	110. advWid: 1139, LSdBear: 74
	111. advWid: 1024, LSdBear: 80
	112. advWid: 1139, LSdBear: 75
	113. advWid: 1139, LSdBear: 75
	114. advWid: 1139, LSdBear: 75
	115. advWid: 1139, LSdBear: 75
	116. advWid:  569, LSdBear: 189
	117. advWid:  569, LSdBear: 35
	118. advWid:  569, LSdBear: -27
	119. advWid:  569, LSdBear: 9
	120. advWid: 1139, LSdBear: 135
	121. advWid: 1139, LSdBear: 68
	122. advWid: 1139, LSdBear: 68
	123. advWid: 1139, LSdBear: 68
	124. advWid: 1139, LSdBear: 68
	125. advWid: 1139, LSdBear: 68
	126. advWid: 1139, LSdBear: 131
	127. advWid: 1139, LSdBear: 131
	128. advWid: 1139, LSdBear: 131
	129. advWid: 1139, LSdBear: 131
	130. advWid: 1139, LSdBear: 73
	131. advWid:  819, LSdBear: 128
	132. advWid: 1139, LSdBear: 107
	133. advWid: 1139, LSdBear: 27
	134. advWid: 1139, LSdBear: 81
	135. advWid:  717, LSdBear: 109
	136. advWid: 1100, LSdBear: 1
	137. advWid: 1251, LSdBear: 153
	138. advWid: 1509, LSdBear: 3
	139. advWid: 1509, LSdBear: 3
	140. advWid: 2048, LSdBear: 225
	141. advWid:  682, LSdBear: 222
	142. advWid:  682, LSdBear: 61
	143. advWid: 1124, LSdBear: 78
	144. advWid: 2048, LSdBear: 1
	145. advWid: 1593, LSdBear: 83
	146. advWid: 1460, LSdBear: 154
	147. advWid: 1124, LSdBear: 78
	148. advWid: 1124, LSdBear: 77
	149. advWid: 1124, LSdBear: 77
	150. advWid: 1139, LSdBear: -3
	151. advWid: 1180, LSdBear: 160
	152. advWid: 1012, LSdBear: 56
	153. advWid: 1460, LSdBear: 122
	154. advWid: 1686, LSdBear: 161
	155. advWid: 1124, LSdBear: 0
	156. advWid:  561, LSdBear: 0
	157. advWid:  758, LSdBear: 47
	158. advWid:  748, LSdBear: 45
	159. advWid: 1573, LSdBear: 127
	160. advWid: 1821, LSdBear: 68
	161. advWid: 1251, LSdBear: 129
	162. advWid: 1251, LSdBear: 158
	163. advWid:  682, LSdBear: 232
	164. advWid: 1196, LSdBear: 114
	165. advWid: 1124, LSdBear: 84
	166. advWid: 1139, LSdBear: 46
	167. advWid: 1124, LSdBear: 51
	168. advWid: 1253, LSdBear: 26
	169. advWid: 1139, LSdBear: 134
	170. advWid: 1139, LSdBear: 140
	171. advWid: 2048, LSdBear: 239
	172. advWid: 1366, LSdBear: -3
	173. advWid: 1366, LSdBear: -3
	174. advWid: 1593, LSdBear: 99
	175. advWid: 2048, LSdBear: 129
	176. advWid: 1933, LSdBear: 82
	177. advWid: 1139, LSdBear: -4
	178. advWid: 2048, LSdBear: 0
	179. advWid:  682, LSdBear: 83
	180. advWid:  682, LSdBear: 71
	181. advWid:  455, LSdBear: 128
	182. advWid:  455, LSdBear: 108
	183. advWid: 1124, LSdBear: 78
	184. advWid: 1012, LSdBear: 47
	185. advWid: 1024, LSdBear: 33
	186. advWid: 1366, LSdBear: 6
	187. advWid:  342, LSdBear: -455
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	189. advWid:  682, LSdBear: 92
	190. advWid:  682, LSdBear: 92
	191. advWid: 1024, LSdBear: 23
	192. advWid: 1024, LSdBear: 23
	193. advWid: 1139, LSdBear: 73
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	197. advWid: 2048, LSdBear: 37
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	200. advWid: 1366, LSdBear: -3
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	210. advWid: 1479, LSdBear: 161
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	212. advWid: 1479, LSdBear: 161
	213. advWid:  569, LSdBear: 198
	214. advWid:  682, LSdBear: 25
	215. advWid:  682, LSdBear: 6
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	219. advWid:  682, LSdBear: 162
	220. advWid:  682, LSdBear: 107
	221. advWid:  682, LSdBear: 58
	222. advWid:  682, LSdBear: 183
	223. advWid:  682, LSdBear: 40
	224. advWid: 1139, LSdBear: 0
	225. advWid:  455, LSdBear: 3
	226. advWid: 1366, LSdBear: 92
	227. advWid: 1024, LSdBear: 63
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	229. advWid: 1024, LSdBear: 40
	230. advWid:  532, LSdBear: 188
	231. advWid: 1479, LSdBear: -3
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	233. advWid: 1366, LSdBear: 6
	234. advWid: 1024, LSdBear: 33
	235. advWid: 1366, LSdBear: 158
	236. advWid: 1139, LSdBear: 135
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	239. advWid:  682, LSdBear: 107
	240. advWid:  682, LSdBear: 25
	241. advWid:  682, LSdBear: 33
	242. advWid: 1708, LSdBear: 107
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	244. advWid: 1708, LSdBear: 33
	245. advWid: 1139, LSdBear: 0
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	248. advWid:  569, LSdBear: 177
	249. advWid: 1366, LSdBear: 92
	250. advWid: 1024, LSdBear: 63
	251. advWid: 1479, LSdBear: 102
	252. advWid: 1024, LSdBear: 80
	253. advWid: 1479, LSdBear: 102
	254. advWid: 1024, LSdBear: 80
	255. advWid: 1139, LSdBear: 70
	256. advWid: 1131, LSdBear: -31
	257. advWid:  682, LSdBear: 497
	258. advWid: 1366, LSdBear: -3
	259. advWid: 1139, LSdBear: 74
	260. advWid: 1366, LSdBear: -3
	261. advWid: 1139, LSdBear: 74
	262. advWid: 1479, LSdBear: 158
	263. advWid: 1259, LSdBear: 71
	264. advWid: 1479, LSdBear: -3
	265. advWid: 1366, LSdBear: 162
	266. advWid: 1139, LSdBear: 75
	267. advWid: 1366, LSdBear: 162
	268. advWid: 1139, LSdBear: 75
	269. advWid: 1139, LSdBear: 150
	270. advWid:  455, LSdBear: 66
	271. advWid: 1139, LSdBear: 150
	272. advWid:  597, LSdBear: 136
	273. advWid: 1139, LSdBear: 154
	274. advWid:  684, LSdBear: 131
	275. advWid: 1479, LSdBear: 156
	276. advWid: 1139, LSdBear: 135
	277. advWid: 1479, LSdBear: 156
	278. advWid: 1139, LSdBear: 135
	279. advWid: 1593, LSdBear: 99
	280. advWid: 1139, LSdBear: 68
	281. advWid: 1479, LSdBear: 161
	282. advWid:  682, LSdBear: 133
	283. advWid: 1479, LSdBear: 161
	284. advWid:  682, LSdBear: 60
	285. advWid: 1366, LSdBear: 92
	286. advWid: 1024, LSdBear: 63
	287. advWid: 1251, LSdBear: 48
	288. advWid:  569, LSdBear: 36
	289. advWid: 1251, LSdBear: 48
	290. advWid:  768, LSdBear: 35
	291. advWid: 1479, LSdBear: 161
	292. advWid: 1139, LSdBear: 131
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	294. advWid: 1139, LSdBear: 131
	295. advWid: 1251, LSdBear: 41
	296. advWid: 1024, LSdBear: 40
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	309. advWid: 1024, LSdBear: 176
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	311. advWid: 2240, LSdBear: 51
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	317. advWid: 1024, LSdBear: 152
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	351. advWid: 1451, LSdBear: 638
	352. advWid: 1451, LSdBear: 448
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	354. advWid: 1451, LSdBear: -23
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	360. advWid: 1451, LSdBear: -23
	361. advWid: 1451, LSdBear: -23
	362. advWid: 1451, LSdBear: -23
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	370. advWid: 1451, LSdBear: 726
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	372. advWid: 1451, LSdBear: -22
	373. advWid: 1493, LSdBear: -1
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	375. advWid: 2048, LSdBear: 0
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	380. advWid: 1237, LSdBear: 178
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	382. advWid: 1237, LSdBear: 42
	383. advWid: 2091, LSdBear: 408
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	388. advWid: 1088, LSdBear: 58
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	392. advWid: 1024, LSdBear: 37
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	395. advWid:  909, LSdBear: 137
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	400. advWid:  662, LSdBear: 15
	401. advWid: 1237, LSdBear: 146
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	411. advWid: 1024, LSdBear: 80
	412. advWid: 1366, LSdBear: 162
	413. advWid: 1139, LSdBear: 75
	414. advWid: 1366, LSdBear: 162
	415. advWid: 1139, LSdBear: 75
	416. advWid: 1366, LSdBear: 162
	417. advWid: 1139, LSdBear: 75
	418. advWid: 1593, LSdBear: 109
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	423. advWid: 1139, LSdBear: 66
	424. advWid: 1479, LSdBear: 164
	425. advWid: 1139, LSdBear: 135
	426. advWid: 1479, LSdBear: 31
	427. advWid: 1139, LSdBear: 6
	428. advWid:  569, LSdBear: -50
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	432. advWid:  569, LSdBear: -10
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	441. advWid: 1139, LSdBear: 150
	442. advWid:  455, LSdBear: -6
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	444. advWid: 1139, LSdBear: 135
	445. advWid: 1481, LSdBear: 165
	446. advWid: 1139, LSdBear: 139
	447. advWid: 1593, LSdBear: 99
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	454. advWid: 1024, LSdBear: 63
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	457. advWid: 1479, LSdBear: 161
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	931. advWid: 1085, LSdBear: 0
	932. advWid: 1085, LSdBear: 0
	933. advWid: 1153, LSdBear: 54
	934. advWid: 1077, LSdBear: 54
	935. advWid: 1085, LSdBear: 0
	936. advWid: 1085, LSdBear: 0
	937. advWid:  691, LSdBear: 165
	938. advWid:  691, LSdBear: 165
	939. advWid:  691, LSdBear: 165
	940. advWid:  691, LSdBear: 165
	941. advWid: 1001, LSdBear: 144
	942. advWid: 1001, LSdBear: 144
	943. advWid: 1001, LSdBear: 144
	944. advWid: 1001, LSdBear: 144
	945. advWid: 1682, LSdBear: 132
	946. advWid: 1682, LSdBear: 132
	947. advWid: 1087, LSdBear: 0
	948. advWid: 1087, LSdBear: 0
	949. advWid: 1682, LSdBear: 132
	950. advWid: 1682, LSdBear: 132
	951. advWid: 1087, LSdBear: 0
	952. advWid: 1087, LSdBear: 0
	953. advWid: 2249, LSdBear: 132
	954. advWid: 2249, LSdBear: 132
	955. advWid: 1733, LSdBear: 0
	956. advWid: 1733, LSdBear: 0
	957. advWid: 2249, LSdBear: 132
	958. advWid: 2249, LSdBear: 132
	959. advWid: 1733, LSdBear: 0
	960. advWid: 1733, LSdBear: 0
	961. advWid: 1191, LSdBear: 0
	962. advWid: 1191, LSdBear: 0
	963. advWid: 1191, LSdBear: 0
	964. advWid: 1191, LSdBear: 0
	965. advWid: 1191, LSdBear: 0
	966. advWid: 1191, LSdBear: 0
	967. advWid: 1191, LSdBear: 0
	968. advWid: 1191, LSdBear: 0
	969. advWid: 1114, LSdBear: 42
	970. advWid:  922, LSdBear: 54
	971. advWid: 1077, LSdBear: 0
	972. advWid:  807, LSdBear: 0
	973. advWid: 1114, LSdBear: 42
	974. advWid:  922, LSdBear: 54
	975. advWid: 1077, LSdBear: 0
	976. advWid:  807, LSdBear: 0
	977. advWid: 1615, LSdBear: 109
	978. advWid: 1615, LSdBear: 109
	979. advWid:  548, LSdBear: 0
	980. advWid:  538, LSdBear: 0
	981. advWid: 1191, LSdBear: 140
	982. advWid: 1191, LSdBear: 140
	983. advWid:  548, LSdBear: 0
	984. advWid:  538, LSdBear: 0
	985. advWid: 1231, LSdBear: 115
	986. advWid: 1231, LSdBear: 115
	987. advWid:  807, LSdBear: 0
	988. advWid:  807, LSdBear: 0
	989. advWid: 1037, LSdBear: 141
	990. advWid: 1037, LSdBear: 141
	991. advWid:  424, LSdBear: 0
	992. advWid:  424, LSdBear: 0
	993. advWid:  692, LSdBear: 105
	994. advWid:  692, LSdBear: 105
	995. advWid:  807, LSdBear: 0
	996. advWid:  807, LSdBear: 0
	997. advWid: 1077, LSdBear: 139
	998. advWid: 1077, LSdBear: 139
	999. advWid:  500, LSdBear: 0
	1000. advWid:  500, LSdBear: 0
	1001. advWid:  578, LSdBear: 54
	1002. advWid:  768, LSdBear: 61
	1003. advWid:  922, LSdBear: 0
	1004. advWid:  807, LSdBear: 0
	1005. advWid:  885, LSdBear: 120
	1006. advWid:  885, LSdBear: 120
	1007. advWid: 1307, LSdBear: 50
	1008. advWid: 1205, LSdBear: 106
	1009. advWid: 1307, LSdBear: 50
	1010. advWid: 1205, LSdBear: 106
	1011. advWid:  500, LSdBear: 0
	1012. advWid:  500, LSdBear: 0
	1013. advWid: 1114, LSdBear: 64
	1014. advWid: 1230, LSdBear: 64
	1015. advWid: 1114, LSdBear: 38
	1016. advWid: 1230, LSdBear: 48
	1017. advWid: 1114, LSdBear: 83
	1018. advWid: 1230, LSdBear: 65
	1019. advWid: 1114, LSdBear: 83
	1020. advWid: 1230, LSdBear: 65
	1021. advWid: 1536, LSdBear: 256
	1022. advWid: 1536, LSdBear: 256
	1023. advWid:  412, LSdBear: 70
	1024. advWid:  412, LSdBear: 70
	1025. advWid: 1536, LSdBear: 256
	1026. advWid: 1536, LSdBear: 256
	1027. advWid: 1536, LSdBear: 256
	1028. advWid:  337, LSdBear: 70
	1029. advWid:  433, LSdBear: 70
	1030. advWid: 1536, LSdBear: 256
	1031. advWid: 1536, LSdBear: 256
	1032. advWid:  429, LSdBear: 72
	1033. advWid:  485, LSdBear: 70
	1034. advWid: 1536, LSdBear: 256
	1035. advWid: 1536, LSdBear: 256
	1036. advWid: 1536, LSdBear: 256
	1037. advWid:  433, LSdBear: 70
	1038. advWid:  433, LSdBear: 70
	1039. advWid:  433, LSdBear: 70
	1040. advWid:  433, LSdBear: 70
	1041. advWid:  433, LSdBear: 64
	1042. advWid:  463, LSdBear: 48
	1043. advWid: 1536, LSdBear: 256
	1044. advWid:  412, LSdBear: 70
	1045. advWid:  412, LSdBear: 70
	1046. advWid: 1536, LSdBear: 256
	1047. advWid: 1536, LSdBear: 256
	1048. advWid: 1536, LSdBear: 256
	1049. advWid: 1536, LSdBear: 256
	1050. advWid: 1536, LSdBear: 256
	1051. advWid: 1536, LSdBear: 256
	1052. advWid: 1536, LSdBear: 256
	1053. advWid: 1536, LSdBear: 256
	1054. advWid: 1536, LSdBear: 256
	1055. advWid: 1536, LSdBear: 256
	1056. advWid: 1536, LSdBear: 256
	1057. advWid: 1536, LSdBear: 256
	1058. advWid: 1536, LSdBear: 256
	1059. advWid: 1536, LSdBear: 256
	1060. advWid: 1536, LSdBear: 256
	1061. advWid: 1536, LSdBear: 256
	1062. advWid: 1536, LSdBear: 256
	1063. advWid: 1536, LSdBear: 256
	1064. advWid: 1536, LSdBear: 256
	1065. advWid: 1536, LSdBear: 256
	1066. advWid: 1536, LSdBear: 256
	1067. advWid: 1536, LSdBear: 256
	1068. advWid: 1536, LSdBear: 256
	1069. advWid: 1536, LSdBear: 256
	1070. advWid: 1536, LSdBear: 256
	1071. advWid: 1536, LSdBear: 256
	1072. advWid: 1536, LSdBear: 256
	1073. advWid: 1536, LSdBear: 256
	1074. advWid: 1536, LSdBear: 256
	1075. advWid: 1536, LSdBear: 256
	1076. advWid: 1536, LSdBear: 256
	1077. advWid: 1536, LSdBear: 256
	1078. advWid: 1536, LSdBear: 256
	1079. advWid: 1536, LSdBear: 256
	1080. advWid: 1536, LSdBear: 256
	1081. advWid: 1536, LSdBear: 256
	1082. advWid: 1536, LSdBear: 256
	1083. advWid: 1536, LSdBear: 256
	1084. advWid: 1536, LSdBear: 256
	1085. advWid: 1536, LSdBear: 256
	1086. advWid: 1536, LSdBear: 256
	1087. advWid: 1536, LSdBear: 256
	1088. advWid: 1536, LSdBear: 256
	1089. advWid: 1536, LSdBear: 256
	1090. advWid: 1536, LSdBear: 256
	1091. advWid: 1536, LSdBear: 256
	1092. advWid: 1536, LSdBear: 256
	1093. advWid: 1536, LSdBear: 256
	1094. advWid: 1536, LSdBear: 256
	1095. advWid: 1536, LSdBear: 256
	1096. advWid: 1536, LSdBear: 256
	1097. advWid: 1536, LSdBear: 256
	1098. advWid: 1536, LSdBear: 256
	1099. advWid: 1536, LSdBear: 256
	1100. advWid:  653, LSdBear: 202
	1101. advWid:  653, LSdBear: 199
	1102. advWid:  653, LSdBear: 198
	1103. advWid: 1536, LSdBear: 256
	1104. advWid: 1536, LSdBear: 256
	1105. advWid: 1536, LSdBear: 256
	1106. advWid: 1536, LSdBear: 256
	1107. advWid: 1536, LSdBear: 256
	1108. advWid: 1536, LSdBear: 256
	1109. advWid: 1536, LSdBear: 256
	1110. advWid: 1536, LSdBear: 256
	1111. advWid: 1536, LSdBear: 256
	1112. advWid: 1536, LSdBear: 256
	1113. advWid: 1536, LSdBear: 256
	1114. advWid: 1536, LSdBear: 256
	1115. advWid: 1536, LSdBear: 256
	1116. advWid: 1536, LSdBear: 256
	1117. advWid: 1536, LSdBear: 256
	1118. advWid: 1536, LSdBear: 256
	1119. advWid: 1536, LSdBear: 256
	1120. advWid: 1536, LSdBear: 256
	1121. advWid: 1536, LSdBear: 256
	1122. advWid: 1536, LSdBear: 256
	1123. advWid: 1536, LSdBear: 256
	1124. advWid: 1536, LSdBear: 256
	1125. advWid: 1536, LSdBear: 256
	1126. advWid: 1536, LSdBear: 256
	1127. advWid:  256, LSdBear: 0
	1128. advWid: 2048, LSdBear: 0
	1129. advWid: 4096, LSdBear: 0
	1130. advWid: 1756, LSdBear: 99
	1131. advWid: 1343, LSdBear: 68
	1132. advWid: 1749, LSdBear: 161
	1133. advWid: 1371, LSdBear: 131
	1134. advWid:    0, LSdBear: -548
	1135. advWid:    0, LSdBear: -977
	1136. advWid:    0, LSdBear: -858
	1137. advWid:    0, LSdBear: -428
	1138. advWid:    0, LSdBear: -809
	1139. advWid:    0, LSdBear: -653
	1140. advWid:    0, LSdBear: -471
	1141. advWid:    0, LSdBear: -499
	1142. advWid:    0, LSdBear: -751
	1143. advWid:    0, LSdBear: -921
	1144. advWid:    0, LSdBear: -611
	1145. advWid:    0, LSdBear: -1035
	1146. advWid:    0, LSdBear: -910
	1147. advWid:    0, LSdBear: -299
	1148. advWid:    0, LSdBear: -299
	1149. advWid:    0, LSdBear: -254
	1150. advWid: 1051, LSdBear: 160
	1151. advWid: 1708, LSdBear: 107
	1152. advWid: 1708, LSdBear: 25
	1153. advWid:    0, LSdBear: -330
	1154. advWid:    0, LSdBear: -653
	1155. advWid:    0, LSdBear: -504
	1156. advWid:    0, LSdBear: -858
	1157. advWid:    0, LSdBear: -429
	1158. advWid:    0, LSdBear: -751
	1159. advWid:    0, LSdBear: -1080
	1160. advWid:    0, LSdBear: -1292
	1161. advWid:    0, LSdBear: -1361
	1162. advWid:    0, LSdBear: -910
	1163. advWid:    0, LSdBear: -1110
	1164. advWid:    0, LSdBear: -1174
	1165. advWid:    0, LSdBear: -783
	1166. advWid:    0, LSdBear: -899
	1167. advWid:    0, LSdBear: -1059
	1168. advWid:    0, LSdBear: -831
	1169. advWid:    0, LSdBear: -1128
	1170. advWid:    0, LSdBear: -534
	1171. advWid:    0, LSdBear: -380
	1172. advWid:    0, LSdBear: -574
	1173. advWid:    0, LSdBear: -783
	1174. advWid:    0, LSdBear: -673
	1175. advWid:    0, LSdBear: -394
	1176. advWid:    0, LSdBear: -324
	1177. advWid:    0, LSdBear: -789
	1178. advWid:    0, LSdBear: -660
	1179. advWid:    0, LSdBear: -680
	1180. advWid:    0, LSdBear: -880
	1181. advWid:    0, LSdBear: -747
	1182. advWid:    0, LSdBear: -980
	1183. advWid:    0, LSdBear: -1005
	1184. advWid:    0, LSdBear: -1006
	1185. advWid:    0, LSdBear: -1130
	1186. advWid:    0, LSdBear: -1130
	1187. advWid:  455, LSdBear: 136
	1188. advWid: 1366, LSdBear: -3
	1189. advWid: 1139, LSdBear: 74
	1190. advWid: 1366, LSdBear: -3
	1191. advWid: 1139, LSdBear: 74
	1192. advWid: 1366, LSdBear: -3
	1193. advWid: 1139, LSdBear: 74
	1194. advWid: 1366, LSdBear: -3
	1195. advWid: 1139, LSdBear: 74
	1196. advWid: 1366, LSdBear: -3
	1197. advWid: 1139, LSdBear: 74
	1198. advWid: 1366, LSdBear: -3
	1199. advWid: 1139, LSdBear: 74
	1200. advWid: 1366, LSdBear: -3
	1201. advWid: 1139, LSdBear: 74
	1202. advWid: 1366, LSdBear: -3
	1203. advWid: 1139, LSdBear: 74
	1204. advWid: 1366, LSdBear: -3
	1205. advWid: 1139, LSdBear: 74
	1206. advWid: 1366, LSdBear: -3
	1207. advWid: 1139, LSdBear: 74
	1208. advWid: 1366, LSdBear: -3
	1209. advWid: 1139, LSdBear: 74
	1210. advWid: 1366, LSdBear: -3
	1211. advWid: 1139, LSdBear: 74
	1212. advWid: 1366, LSdBear: 162
	1213. advWid: 1139, LSdBear: 75
	1214. advWid: 1366, LSdBear: 162
	1215. advWid: 1139, LSdBear: 75
	1216. advWid: 1366, LSdBear: 162
	1217. advWid: 1139, LSdBear: 75
	1218. advWid: 1366, LSdBear: 162
	1219. advWid: 1139, LSdBear: 75
	1220. advWid: 1366, LSdBear: 162
	1221. advWid: 1139, LSdBear: 75
	1222. advWid: 1366, LSdBear: 162
	1223. advWid: 1139, LSdBear: 75
	1224. advWid: 1366, LSdBear: 162
	1225. advWid: 1139, LSdBear: 75
	1226. advWid: 1366, LSdBear: 162
	1227. advWid: 1139, LSdBear: 75
	1228. advWid:  569, LSdBear: 99
	1229. advWid:  455, LSdBear: 31
	1230. advWid:  569, LSdBear: 186
	1231. advWid:  455, LSdBear: 124
	1232. advWid: 1593, LSdBear: 99
	1233. advWid: 1139, LSdBear: 68
	1234. advWid: 1593, LSdBear: 99
	1235. advWid: 1139, LSdBear: 68
	1236. advWid: 1593, LSdBear: 99
	1237. advWid: 1139, LSdBear: 68
	1238. advWid: 1593, LSdBear: 99
	1239. advWid: 1139, LSdBear: 68
	1240. advWid: 1593, LSdBear: 99
	1241. advWid: 1139, LSdBear: 68
	1242. advWid: 1593, LSdBear: 99
	1243. advWid: 1139, LSdBear: 68
	1244. advWid: 1593, LSdBear: 99
	1245. advWid: 1139, LSdBear: 68
	1246. advWid: 1756, LSdBear: 99
	1247. advWid: 1343, LSdBear: 68
	1248. advWid: 1756, LSdBear: 99
	1249. advWid: 1343, LSdBear: 68
	1250. advWid: 1756, LSdBear: 99
	1251. advWid: 1343, LSdBear: 68
	1252. advWid: 1756, LSdBear: 99
	1253. advWid: 1343, LSdBear: 68
	1254. advWid: 1756, LSdBear: 99
	1255. advWid: 1343, LSdBear: 68
	1256. advWid: 1479, LSdBear: 161
	1257. advWid: 1139, LSdBear: 131
	1258. advWid: 1479, LSdBear: 161
	1259. advWid: 1139, LSdBear: 131
	1260. advWid: 1749, LSdBear: 161
	1261. advWid: 1371, LSdBear: 131
	1262. advWid: 1749, LSdBear: 161
	1263. advWid: 1371, LSdBear: 131
	1264. advWid: 1749, LSdBear: 161
	1265. advWid: 1371, LSdBear: 131
	1266. advWid: 1749, LSdBear: 161
	1267. advWid: 1371, LSdBear: 131
	1268. advWid: 1749, LSdBear: 161
	1269. advWid: 1371, LSdBear: 131
	1270. advWid: 1366, LSdBear: 6
	1271. advWid: 1024, LSdBear: 33
	1272. advWid: 1366, LSdBear: 6
	1273. advWid: 1024, LSdBear: 33
	1274. advWid: 1366, LSdBear: 6
	1275. advWid: 1024, LSdBear: 33
	1276. advWid: 1366, LSdBear: -3
	1277. advWid: 1139, LSdBear: 74
	1278. advWid:  569, LSdBear: -30
	1279. advWid:  455, LSdBear: -80
	1280. advWid: 1593, LSdBear: 99
	1281. advWid: 1139, LSdBear: 68
	1282. advWid: 1479, LSdBear: 161
	1283. advWid: 1139, LSdBear: 131
	1284. advWid: 1479, LSdBear: 161
	1285. advWid: 1139, LSdBear: 131
	1286. advWid: 1479, LSdBear: 161
	1287. advWid: 1139, LSdBear: 131
	1288. advWid: 1479, LSdBear: 161
	1289. advWid: 1139, LSdBear: 131
	1290. advWid: 1479, LSdBear: 161
	1291. advWid: 1139, LSdBear: 131
	1292. advWid:    0, LSdBear: -258
	1293. advWid:    0, LSdBear: -258
	1294. advWid:    0, LSdBear: -258
	1295. advWid:    0, LSdBear: -258
	1296. advWid: 1109, LSdBear: -3
	1297. advWid:  747, LSdBear: 12
	1298. advWid: 1891, LSdBear: 7
	1299. advWid: 1370, LSdBear: -5
	1300. advWid: 1193, LSdBear: 161
	1301. advWid:  896, LSdBear: 134
	1302. advWid: 1193, LSdBear: 161
	1303. advWid:  896, LSdBear: 134
	1304. advWid: 1479, LSdBear: 164
	1305. advWid: 1131, LSdBear: 136
	1306. advWid: 1139, LSdBear: -3
	1307. advWid: 1024, LSdBear: 20
	1308. advWid: 1139, LSdBear: -3
	1309. advWid: 1024, LSdBear: 20
	1310. advWid: 1366, LSdBear: 9
	1311. advWid: 1024, LSdBear: 15
	1312. advWid: 1365, LSdBear: 87
	1313. advWid: 1067, LSdBear: 69
	1314. advWid: 1365, LSdBear: 161
	1315. advWid: 1067, LSdBear: 136
	1316. advWid: 1541, LSdBear: 99
	1317. advWid: 1139, LSdBear: 85
	1318. advWid: 1593, LSdBear: 96
	1319. advWid: 1139, LSdBear: 68

'VDMX' Table - Precomputed Vertical Device Metrics
--------------------------------------------------
  Version:                 0
  Number of Hgt Records:   3
  Number of Ratio Records: 3

    Ratio Record #1
	CharSetId     1
	xRatio        1
	yStartRatio   1
	yEndRatio     1
	Record Offset 24 (group #1)


    Ratio Record #2
	CharSetId     1
	xRatio        5
	yStartRatio   3
	yEndRatio     3
	Record Offset 1516 (group #2)


    Ratio Record #3
	CharSetId     1
	xRatio        2
	yStartRatio   1
	yEndRatio     1
	Record Offset 3008 (group #3)

   VDMX Height Record Groups
   -------------------------
   1.	Number of Hgt Records  248
	Starting Y Pel Height  8
	Ending Y Pel Height    255

	     1. Pel Height= 8
	        yMax=       8
	        yMin=       -2

	     2. Pel Height= 9
	        yMax=       9
	        yMin=       -3

	     3. Pel Height= 10
	        yMax=       10
	        yMin=       -3

	     4. Pel Height= 11
	        yMax=       11
	        yMin=       -3

	     5. Pel Height= 12
	        yMax=       12
	        yMin=       -3

	     6. Pel Height= 13
	        yMax=       13
	        yMin=       -3

	     7. Pel Height= 14
	        yMax=       13
	        yMin=       -3

	     8. Pel Height= 15
	        yMax=       14
	        yMin=       -3

	     9. Pel Height= 16
	        yMax=       15
	        yMin=       -3

	    10. Pel Height= 17
	        yMax=       15
	        yMin=       -4

	    11. Pel Height= 18
	        yMax=       17
	        yMin=       -4

	    12. Pel Height= 19
	        yMax=       18
	        yMin=       -4

	    13. Pel Height= 20
	        yMax=       19
	        yMin=       -4

	    14. Pel Height= 21
	        yMax=       19
	        yMin=       -5

	    15. Pel Height= 22
	        yMax=       20
	        yMin=       -5

	    16. Pel Height= 23
	        yMax=       21
	        yMin=       -5

	    17. Pel Height= 24
	        yMax=       21
	        yMin=       -6

	    18. Pel Height= 25
	        yMax=       23
	        yMin=       -5

	    19. Pel Height= 26
	        yMax=       25
	        yMin=       -6

	    20. Pel Height= 27
	        yMax=       26
	        yMin=       -6

	    21. Pel Height= 28
	        yMax=       26
	        yMin=       -6

	    22. Pel Height= 29
	        yMax=       27
	        yMin=       -6

	    23. Pel Height= 30
	        yMax=       28
	        yMin=       -7

	    24. Pel Height= 31
	        yMax=       28
	        yMin=       -7

	    25. Pel Height= 32
	        yMax=       29
	        yMin=       -7

	    26. Pel Height= 33
	        yMax=       31
	        yMin=       -7

	    27. Pel Height= 34
	        yMax=       32
	        yMin=       -7

	    28. Pel Height= 35
	        yMax=       32
	        yMin=       -8

	    29. Pel Height= 36
	        yMax=       33
	        yMin=       -8

	    30. Pel Height= 37
	        yMax=       34
	        yMin=       -8

	    31. Pel Height= 38
	        yMax=       34
	        yMin=       -9

	    32. Pel Height= 39
	        yMax=       35
	        yMin=       -9

	    33. Pel Height= 40
	        yMax=       36
	        yMin=       -9

	    34. Pel Height= 41
	        yMax=       38
	        yMin=       -9

	    35. Pel Height= 42
	        yMax=       38
	        yMin=       -9

	    36. Pel Height= 43
	        yMax=       39
	        yMin=       -10

	    37. Pel Height= 44
	        yMax=       40
	        yMin=       -10

	    38. Pel Height= 45
	        yMax=       40
	        yMin=       -10

	    39. Pel Height= 46
	        yMax=       42
	        yMin=       -10

	    40. Pel Height= 47
	        yMax=       43
	        yMin=       -10

	    41. Pel Height= 48
	        yMax=       45
	        yMin=       -10

	    42. Pel Height= 49
	        yMax=       45
	        yMin=       -11

	    43. Pel Height= 50
	        yMax=       46
	        yMin=       -11

	    44. Pel Height= 51
	        yMax=       47
	        yMin=       -11

	    45. Pel Height= 52
	        yMax=       48
	        yMin=       -12

	    46. Pel Height= 53
	        yMax=       48
	        yMin=       -12

	    47. Pel Height= 54
	        yMax=       49
	        yMin=       -12

	    48. Pel Height= 55
	        yMax=       51
	        yMin=       -12

	    49. Pel Height= 56
	        yMax=       52
	        yMin=       -13

	    50. Pel Height= 57
	        yMax=       52
	        yMin=       -13

	    51. Pel Height= 58
	        yMax=       53
	        yMin=       -13

	    52. Pel Height= 59
	        yMax=       53
	        yMin=       -13

	    53. Pel Height= 60
	        yMax=       54
	        yMin=       -13

	    54. Pel Height= 61
	        yMax=       55
	        yMin=       -13

	    55. Pel Height= 62
	        yMax=       56
	        yMin=       -13

	    56. Pel Height= 63
	        yMax=       57
	        yMin=       -14

	    57. Pel Height= 64
	        yMax=       58
	        yMin=       -14

	    58. Pel Height= 65
	        yMax=       59
	        yMin=       -14

	    59. Pel Height= 66
	        yMax=       60
	        yMin=       -14

	    60. Pel Height= 67
	        yMax=       60
	        yMin=       -15

	    61. Pel Height= 68
	        yMax=       61
	        yMin=       -15

	    62. Pel Height= 69
	        yMax=       62
	        yMin=       -15

	    63. Pel Height= 70
	        yMax=       63
	        yMin=       -16

	    64. Pel Height= 71
	        yMax=       64
	        yMin=       -16

	    65. Pel Height= 72
	        yMax=       65
	        yMin=       -16

	    66. Pel Height= 73
	        yMax=       66
	        yMin=       -16

	    67. Pel Height= 74
	        yMax=       66
	        yMin=       -16

	    68. Pel Height= 75
	        yMax=       67
	        yMin=       -16

	    69. Pel Height= 76
	        yMax=       68
	        yMin=       -16

	    70. Pel Height= 77
	        yMax=       70
	        yMin=       -17

	    71. Pel Height= 78
	        yMax=       70
	        yMin=       -17

	    72. Pel Height= 79
	        yMax=       71
	        yMin=       -17

	    73. Pel Height= 80
	        yMax=       72
	        yMin=       -17

	    74. Pel Height= 81
	        yMax=       73
	        yMin=       -18

	    75. Pel Height= 82
	        yMax=       73
	        yMin=       -18

	    76. Pel Height= 83
	        yMax=       74
	        yMin=       -18

	    77. Pel Height= 84
	        yMax=       75
	        yMin=       -19

	    78. Pel Height= 85
	        yMax=       77
	        yMin=       -19

	    79. Pel Height= 86
	        yMax=       77
	        yMin=       -19

	    80. Pel Height= 87
	        yMax=       78
	        yMin=       -19

	    81. Pel Height= 88
	        yMax=       79
	        yMin=       -20

	    82. Pel Height= 89
	        yMax=       80
	        yMin=       -20

	    83. Pel Height= 90
	        yMax=       80
	        yMin=       -19

	    84. Pel Height= 91
	        yMax=       81
	        yMin=       -20

	    85. Pel Height= 92
	        yMax=       83
	        yMin=       -20

	    86. Pel Height= 93
	        yMax=       84
	        yMin=       -20

	    87. Pel Height= 94
	        yMax=       84
	        yMin=       -20

	    88. Pel Height= 95
	        yMax=       85
	        yMin=       -21

	    89. Pel Height= 96
	        yMax=       86
	        yMin=       -21

	    90. Pel Height= 97
	        yMax=       87
	        yMin=       -21

	    91. Pel Height= 98
	        yMax=       87
	        yMin=       -22

	    92. Pel Height= 99
	        yMax=       89
	        yMin=       -22

	    93. Pel Height= 100
	        yMax=       90
	        yMin=       -22

	    94. Pel Height= 101
	        yMax=       91
	        yMin=       -22

	    95. Pel Height= 102
	        yMax=       92
	        yMin=       -23

	    96. Pel Height= 103
	        yMax=       92
	        yMin=       -23

	    97. Pel Height= 104
	        yMax=       93
	        yMin=       -23

	    98. Pel Height= 105
	        yMax=       94
	        yMin=       -24

	    99. Pel Height= 106
	        yMax=       96
	        yMin=       -23

	   100. Pel Height= 107
	        yMax=       96
	        yMin=       -23

	   101. Pel Height= 108
	        yMax=       97
	        yMin=       -23

	   102. Pel Height= 109
	        yMax=       98
	        yMin=       -24

	   103. Pel Height= 110
	        yMax=       99
	        yMin=       -24

	   104. Pel Height= 111
	        yMax=       99
	        yMin=       -24

	   105. Pel Height= 112
	        yMax=       100
	        yMin=       -25

	   106. Pel Height= 113
	        yMax=       101
	        yMin=       -25

	   107. Pel Height= 114
	        yMax=       103
	        yMin=       -25

	   108. Pel Height= 115
	        yMax=       103
	        yMin=       -25

	   109. Pel Height= 116
	        yMax=       104
	        yMin=       -26

	   110. Pel Height= 117
	        yMax=       105
	        yMin=       -26

	   111. Pel Height= 118
	        yMax=       106
	        yMin=       -26

	   112. Pel Height= 119
	        yMax=       106
	        yMin=       -27

	   113. Pel Height= 120
	        yMax=       107
	        yMin=       -27

	   114. Pel Height= 121
	        yMax=       109
	        yMin=       -27

	   115. Pel Height= 122
	        yMax=       110
	        yMin=       -27

	   116. Pel Height= 123
	        yMax=       110
	        yMin=       -27

	   117. Pel Height= 124
	        yMax=       111
	        yMin=       -27

	   118. Pel Height= 125
	        yMax=       112
	        yMin=       -27

	   119. Pel Height= 126
	        yMax=       113
	        yMin=       -28

	   120. Pel Height= 127
	        yMax=       113
	        yMin=       -28

	   121. Pel Height= 128
	        yMax=       115
	        yMin=       -28

	   122. Pel Height= 129
	        yMax=       116
	        yMin=       -28

	   123. Pel Height= 130
	        yMax=       117
	        yMin=       -29

	   124. Pel Height= 131
	        yMax=       118
	        yMin=       -29

	   125. Pel Height= 132
	        yMax=       118
	        yMin=       -29

	   126. Pel Height= 133
	        yMax=       119
	        yMin=       -30

	   127. Pel Height= 134
	        yMax=       120
	        yMin=       -30

	   128. Pel Height= 135
	        yMax=       121
	        yMin=       -30

	   129. Pel Height= 136
	        yMax=       122
	        yMin=       -30

	   130. Pel Height= 137
	        yMax=       123
	        yMin=       -31

	   131. Pel Height= 138
	        yMax=       124
	        yMin=       -31

	   132. Pel Height= 139
	        yMax=       125
	        yMin=       -30

	   133. Pel Height= 140
	        yMax=       125
	        yMin=       -31

	   134. Pel Height= 141
	        yMax=       126
	        yMin=       -31

	   135. Pel Height= 142
	        yMax=       127
	        yMin=       -31

	   136. Pel Height= 143
	        yMax=       129
	        yMin=       -31

	   137. Pel Height= 144
	        yMax=       129
	        yMin=       -32

	   138. Pel Height= 145
	        yMax=       130
	        yMin=       -32

	   139. Pel Height= 146
	        yMax=       131
	        yMin=       -32

	   140. Pel Height= 147
	        yMax=       132
	        yMin=       -33

	   141. Pel Height= 148
	        yMax=       132
	        yMin=       -33

	   142. Pel Height= 149
	        yMax=       133
	        yMin=       -33

	   143. Pel Height= 150
	        yMax=       135
	        yMin=       -33

	   144. Pel Height= 151
	        yMax=       136
	        yMin=       -32

	   145. Pel Height= 152
	        yMax=       136
	        yMin=       -33

	   146. Pel Height= 153
	        yMax=       137
	        yMin=       -33

	   147. Pel Height= 154
	        yMax=       138
	        yMin=       -34

	   148. Pel Height= 155
	        yMax=       139
	        yMin=       -34

	   149. Pel Height= 156
	        yMax=       140
	        yMin=       -34

	   150. Pel Height= 157
	        yMax=       140
	        yMin=       -34

	   151. Pel Height= 158
	        yMax=       142
	        yMin=       -34

	   152. Pel Height= 159
	        yMax=       143
	        yMin=       -34

	   153. Pel Height= 160
	        yMax=       144
	        yMin=       -34

	   154. Pel Height= 161
	        yMax=       144
	        yMin=       -35

	   155. Pel Height= 162
	        yMax=       145
	        yMin=       -35

	   156. Pel Height= 163
	        yMax=       146
	        yMin=       -35

	   157. Pel Height= 164
	        yMax=       147
	        yMin=       -35

	   158. Pel Height= 165
	        yMax=       148
	        yMin=       -36

	   159. Pel Height= 166
	        yMax=       149
	        yMin=       -37

	   160. Pel Height= 167
	        yMax=       150
	        yMin=       -37

	   161. Pel Height= 168
	        yMax=       151
	        yMin=       -37

	   162. Pel Height= 169
	        yMax=       151
	        yMin=       -37

	   163. Pel Height= 170
	        yMax=       152
	        yMin=       -37

	   164. Pel Height= 171
	        yMax=       153
	        yMin=       -37

	   165. Pel Height= 172
	        yMax=       155
	        yMin=       -37

	   166. Pel Height= 173
	        yMax=       155
	        yMin=       -37

	   167. Pel Height= 174
	        yMax=       156
	        yMin=       -37

	   168. Pel Height= 175
	        yMax=       157
	        yMin=       -37

	   169. Pel Height= 176
	        yMax=       158
	        yMin=       -37

	   170. Pel Height= 177
	        yMax=       158
	        yMin=       -38

	   171. Pel Height= 178
	        yMax=       159
	        yMin=       -38

	   172. Pel Height= 179
	        yMax=       160
	        yMin=       -38

	   173. Pel Height= 180
	        yMax=       162
	        yMin=       -39

	   174. Pel Height= 181
	        yMax=       163
	        yMin=       -40

	   175. Pel Height= 182
	        yMax=       163
	        yMin=       -40

	   176. Pel Height= 183
	        yMax=       164
	        yMin=       -40

	   177. Pel Height= 184
	        yMax=       165
	        yMin=       -40

	   178. Pel Height= 185
	        yMax=       166
	        yMin=       -40

	   179. Pel Height= 186
	        yMax=       166
	        yMin=       -40

	   180. Pel Height= 187
	        yMax=       168
	        yMin=       -40

	   181. Pel Height= 188
	        yMax=       169
	        yMin=       -41

	   182. Pel Height= 189
	        yMax=       170
	        yMin=       -41

	   183. Pel Height= 190
	        yMax=       170
	        yMin=       -41

	   184. Pel Height= 191
	        yMax=       171
	        yMin=       -41

	   185. Pel Height= 192
	        yMax=       172
	        yMin=       -41

	   186. Pel Height= 193
	        yMax=       173
	        yMin=       -41

	   187. Pel Height= 194
	        yMax=       174
	        yMin=       -41

	   188. Pel Height= 195
	        yMax=       175
	        yMin=       -42

	   189. Pel Height= 196
	        yMax=       176
	        yMin=       -42

	   190. Pel Height= 197
	        yMax=       177
	        yMin=       -43

	   191. Pel Height= 198
	        yMax=       177
	        yMin=       -43

	   192. Pel Height= 199
	        yMax=       178
	        yMin=       -43

	   193. Pel Height= 200
	        yMax=       179
	        yMin=       -44

	   194. Pel Height= 201
	        yMax=       180
	        yMin=       -44

	   195. Pel Height= 202
	        yMax=       181
	        yMin=       -44

	   196. Pel Height= 203
	        yMax=       182
	        yMin=       -44

	   197. Pel Height= 204
	        yMax=       183
	        yMin=       -44

	   198. Pel Height= 205
	        yMax=       184
	        yMin=       -44

	   199. Pel Height= 206
	        yMax=       185
	        yMin=       -44

	   200. Pel Height= 207
	        yMax=       185
	        yMin=       -44

	   201. Pel Height= 208
	        yMax=       186
	        yMin=       -44

	   202. Pel Height= 209
	        yMax=       188
	        yMin=       -44

	   203. Pel Height= 210
	        yMax=       189
	        yMin=       -45

	   204. Pel Height= 211
	        yMax=       189
	        yMin=       -46

	   205. Pel Height= 212
	        yMax=       190
	        yMin=       -46

	   206. Pel Height= 213
	        yMax=       191
	        yMin=       -46

	   207. Pel Height= 214
	        yMax=       192
	        yMin=       -47

	   208. Pel Height= 215
	        yMax=       192
	        yMin=       -47

	   209. Pel Height= 216
	        yMax=       194
	        yMin=       -47

	   210. Pel Height= 217
	        yMax=       195
	        yMin=       -47

	   211. Pel Height= 218
	        yMax=       196
	        yMin=       -47

	   212. Pel Height= 219
	        yMax=       196
	        yMin=       -47

	   213. Pel Height= 220
	        yMax=       197
	        yMin=       -47

	   214. Pel Height= 221
	        yMax=       198
	        yMin=       -47

	   215. Pel Height= 222
	        yMax=       199
	        yMin=       -48

	   216. Pel Height= 223
	        yMax=       199
	        yMin=       -48

	   217. Pel Height= 224
	        yMax=       201
	        yMin=       -49

	   218. Pel Height= 225
	        yMax=       202
	        yMin=       -49

	   219. Pel Height= 226
	        yMax=       203
	        yMin=       -49

	   220. Pel Height= 227
	        yMax=       203
	        yMin=       -49

	   221. Pel Height= 228
	        yMax=       204
	        yMin=       -49

	   222. Pel Height= 229
	        yMax=       205
	        yMin=       -49

	   223. Pel Height= 230
	        yMax=       206
	        yMin=       -49

	   224. Pel Height= 231
	        yMax=       208
	        yMin=       -50

	   225. Pel Height= 232
	        yMax=       208
	        yMin=       -50

	   226. Pel Height= 233
	        yMax=       209
	        yMin=       -50

	   227. Pel Height= 234
	        yMax=       210
	        yMin=       -51

	   228. Pel Height= 235
	        yMax=       211
	        yMin=       -51

	   229. Pel Height= 236
	        yMax=       211
	        yMin=       -51

	   230. Pel Height= 237
	        yMax=       212
	        yMin=       -51

	   231. Pel Height= 238
	        yMax=       214
	        yMin=       -52

	   232. Pel Height= 239
	        yMax=       215
	        yMin=       -52

	   233. Pel Height= 240
	        yMax=       215
	        yMin=       -52

	   234. Pel Height= 241
	        yMax=       216
	        yMin=       -52

	   235. Pel Height= 242
	        yMax=       217
	        yMin=       -52

	   236. Pel Height= 243
	        yMax=       218
	        yMin=       -52

	   237. Pel Height= 244
	        yMax=       218
	        yMin=       -52

	   238. Pel Height= 245
	        yMax=       220
	        yMin=       -53

	   239. Pel Height= 246
	        yMax=       221
	        yMin=       -53

	   240. Pel Height= 247
	        yMax=       222
	        yMin=       -53

	   241. Pel Height= 248
	        yMax=       222
	        yMin=       -54

	   242. Pel Height= 249
	        yMax=       223
	        yMin=       -54

	   243. Pel Height= 250
	        yMax=       224
	        yMin=       -54

	   244. Pel Height= 251
	        yMax=       225
	        yMin=       -54

	   245. Pel Height= 252
	        yMax=       225
	        yMin=       -54

	   246. Pel Height= 253
	        yMax=       227
	        yMin=       -55

	   247. Pel Height= 254
	        yMax=       228
	        yMin=       -55

	   248. Pel Height= 255
	        yMax=       229
	        yMin=       -55


   2.	Number of Hgt Records  248
	Starting Y Pel Height  8
	Ending Y Pel Height    255

	     1. Pel Height= 8
	        yMax=       8
	        yMin=       -2

	     2. Pel Height= 9
	        yMax=       9
	        yMin=       -3

	     3. Pel Height= 10
	        yMax=       10
	        yMin=       -3

	     4. Pel Height= 11
	        yMax=       11
	        yMin=       -3

	     5. Pel Height= 12
	        yMax=       12
	        yMin=       -3

	     6. Pel Height= 13
	        yMax=       13
	        yMin=       -3

	     7. Pel Height= 14
	        yMax=       13
	        yMin=       -3

	     8. Pel Height= 15
	        yMax=       14
	        yMin=       -3

	     9. Pel Height= 16
	        yMax=       15
	        yMin=       -3

	    10. Pel Height= 17
	        yMax=       15
	        yMin=       -4

	    11. Pel Height= 18
	        yMax=       17
	        yMin=       -4

	    12. Pel Height= 19
	        yMax=       18
	        yMin=       -4

	    13. Pel Height= 20
	        yMax=       19
	        yMin=       -4

	    14. Pel Height= 21
	        yMax=       19
	        yMin=       -5

	    15. Pel Height= 22
	        yMax=       20
	        yMin=       -5

	    16. Pel Height= 23
	        yMax=       21
	        yMin=       -5

	    17. Pel Height= 24
	        yMax=       21
	        yMin=       -6

	    18. Pel Height= 25
	        yMax=       23
	        yMin=       -5

	    19. Pel Height= 26
	        yMax=       25
	        yMin=       -6

	    20. Pel Height= 27
	        yMax=       26
	        yMin=       -6

	    21. Pel Height= 28
	        yMax=       26
	        yMin=       -6

	    22. Pel Height= 29
	        yMax=       27
	        yMin=       -6

	    23. Pel Height= 30
	        yMax=       28
	        yMin=       -7

	    24. Pel Height= 31
	        yMax=       28
	        yMin=       -7

	    25. Pel Height= 32
	        yMax=       29
	        yMin=       -7

	    26. Pel Height= 33
	        yMax=       31
	        yMin=       -7

	    27. Pel Height= 34
	        yMax=       32
	        yMin=       -7

	    28. Pel Height= 35
	        yMax=       32
	        yMin=       -8

	    29. Pel Height= 36
	        yMax=       33
	        yMin=       -8

	    30. Pel Height= 37
	        yMax=       34
	        yMin=       -8

	    31. Pel Height= 38
	        yMax=       34
	        yMin=       -9

	    32. Pel Height= 39
	        yMax=       35
	        yMin=       -9

	    33. Pel Height= 40
	        yMax=       36
	        yMin=       -9

	    34. Pel Height= 41
	        yMax=       38
	        yMin=       -9

	    35. Pel Height= 42
	        yMax=       38
	        yMin=       -9

	    36. Pel Height= 43
	        yMax=       39
	        yMin=       -10

	    37. Pel Height= 44
	        yMax=       40
	        yMin=       -10

	    38. Pel Height= 45
	        yMax=       40
	        yMin=       -10

	    39. Pel Height= 46
	        yMax=       42
	        yMin=       -10

	    40. Pel Height= 47
	        yMax=       43
	        yMin=       -10

	    41. Pel Height= 48
	        yMax=       45
	        yMin=       -10

	    42. Pel Height= 49
	        yMax=       45
	        yMin=       -11

	    43. Pel Height= 50
	        yMax=       46
	        yMin=       -11

	    44. Pel Height= 51
	        yMax=       47
	        yMin=       -11

	    45. Pel Height= 52
	        yMax=       48
	        yMin=       -12

	    46. Pel Height= 53
	        yMax=       48
	        yMin=       -12

	    47. Pel Height= 54
	        yMax=       49
	        yMin=       -12

	    48. Pel Height= 55
	        yMax=       51
	        yMin=       -12

	    49. Pel Height= 56
	        yMax=       52
	        yMin=       -13

	    50. Pel Height= 57
	        yMax=       52
	        yMin=       -13

	    51. Pel Height= 58
	        yMax=       53
	        yMin=       -13

	    52. Pel Height= 59
	        yMax=       53
	        yMin=       -13

	    53. Pel Height= 60
	        yMax=       54
	        yMin=       -13

	    54. Pel Height= 61
	        yMax=       55
	        yMin=       -13

	    55. Pel Height= 62
	        yMax=       56
	        yMin=       -13

	    56. Pel Height= 63
	        yMax=       57
	        yMin=       -14

	    57. Pel Height= 64
	        yMax=       58
	        yMin=       -14

	    58. Pel Height= 65
	        yMax=       59
	        yMin=       -14

	    59. Pel Height= 66
	        yMax=       60
	        yMin=       -15

	    60. Pel Height= 67
	        yMax=       60
	        yMin=       -15

	    61. Pel Height= 68
	        yMax=       61
	        yMin=       -15

	    62. Pel Height= 69
	        yMax=       62
	        yMin=       -15

	    63. Pel Height= 70
	        yMax=       63
	        yMin=       -16

	    64. Pel Height= 71
	        yMax=       64
	        yMin=       -16

	    65. Pel Height= 72
	        yMax=       65
	        yMin=       -16

	    66. Pel Height= 73
	        yMax=       66
	        yMin=       -16

	    67. Pel Height= 74
	        yMax=       66
	        yMin=       -16

	    68. Pel Height= 75
	        yMax=       67
	        yMin=       -16

	    69. Pel Height= 76
	        yMax=       68
	        yMin=       -16

	    70. Pel Height= 77
	        yMax=       70
	        yMin=       -17

	    71. Pel Height= 78
	        yMax=       70
	        yMin=       -17

	    72. Pel Height= 79
	        yMax=       71
	        yMin=       -17

	    73. Pel Height= 80
	        yMax=       72
	        yMin=       -17

	    74. Pel Height= 81
	        yMax=       73
	        yMin=       -18

	    75. Pel Height= 82
	        yMax=       73
	        yMin=       -18

	    76. Pel Height= 83
	        yMax=       74
	        yMin=       -18

	    77. Pel Height= 84
	        yMax=       75
	        yMin=       -19

	    78. Pel Height= 85
	        yMax=       77
	        yMin=       -19

	    79. Pel Height= 86
	        yMax=       77
	        yMin=       -19

	    80. Pel Height= 87
	        yMax=       78
	        yMin=       -19

	    81. Pel Height= 88
	        yMax=       79
	        yMin=       -20

	    82. Pel Height= 89
	        yMax=       80
	        yMin=       -20

	    83. Pel Height= 90
	        yMax=       80
	        yMin=       -19

	    84. Pel Height= 91
	        yMax=       81
	        yMin=       -20

	    85. Pel Height= 92
	        yMax=       83
	        yMin=       -20

	    86. Pel Height= 93
	        yMax=       84
	        yMin=       -20

	    87. Pel Height= 94
	        yMax=       84
	        yMin=       -20

	    88. Pel Height= 95
	        yMax=       85
	        yMin=       -21

	    89. Pel Height= 96
	        yMax=       86
	        yMin=       -21

	    90. Pel Height= 97
	        yMax=       87
	        yMin=       -21

	    91. Pel Height= 98
	        yMax=       87
	        yMin=       -21

	    92. Pel Height= 99
	        yMax=       89
	        yMin=       -22

	    93. Pel Height= 100
	        yMax=       90
	        yMin=       -22

	    94. Pel Height= 101
	        yMax=       91
	        yMin=       -22

	    95. Pel Height= 102
	        yMax=       92
	        yMin=       -23

	    96. Pel Height= 103
	        yMax=       92
	        yMin=       -23

	    97. Pel Height= 104
	        yMax=       93
	        yMin=       -23

	    98. Pel Height= 105
	        yMax=       94
	        yMin=       -23

	    99. Pel Height= 106
	        yMax=       96
	        yMin=       -23

	   100. Pel Height= 107
	        yMax=       96
	        yMin=       -23

	   101. Pel Height= 108
	        yMax=       97
	        yMin=       -23

	   102. Pel Height= 109
	        yMax=       98
	        yMin=       -23

	   103. Pel Height= 110
	        yMax=       99
	        yMin=       -24

	   104. Pel Height= 111
	        yMax=       99
	        yMin=       -24

	   105. Pel Height= 112
	        yMax=       100
	        yMin=       -24

	   106. Pel Height= 113
	        yMax=       101
	        yMin=       -25

	   107. Pel Height= 114
	        yMax=       103
	        yMin=       -25

	   108. Pel Height= 115
	        yMax=       103
	        yMin=       -25

	   109. Pel Height= 116
	        yMax=       104
	        yMin=       -25

	   110. Pel Height= 117
	        yMax=       105
	        yMin=       -26

	   111. Pel Height= 118
	        yMax=       106
	        yMin=       -26

	   112. Pel Height= 119
	        yMax=       106
	        yMin=       -26

	   113. Pel Height= 120
	        yMax=       107
	        yMin=       -27

	   114. Pel Height= 121
	        yMax=       109
	        yMin=       -27

	   115. Pel Height= 122
	        yMax=       110
	        yMin=       -27

	   116. Pel Height= 123
	        yMax=       110
	        yMin=       -27

	   117. Pel Height= 124
	        yMax=       111
	        yMin=       -27

	   118. Pel Height= 125
	        yMax=       112
	        yMin=       -28

	   119. Pel Height= 126
	        yMax=       113
	        yMin=       -28

	   120. Pel Height= 127
	        yMax=       114
	        yMin=       -28

	   121. Pel Height= 128
	        yMax=       115
	        yMin=       -28

	   122. Pel Height= 129
	        yMax=       116
	        yMin=       -29

	   123. Pel Height= 130
	        yMax=       117
	        yMin=       -29

	   124. Pel Height= 131
	        yMax=       118
	        yMin=       -29

	   125. Pel Height= 132
	        yMax=       118
	        yMin=       -29

	   126. Pel Height= 133
	        yMax=       119
	        yMin=       -29

	   127. Pel Height= 134
	        yMax=       120
	        yMin=       -29

	   128. Pel Height= 135
	        yMax=       121
	        yMin=       -30

	   129. Pel Height= 136
	        yMax=       122
	        yMin=       -30

	   130. Pel Height= 137
	        yMax=       123
	        yMin=       -30

	   131. Pel Height= 138
	        yMax=       124
	        yMin=       -30

	   132. Pel Height= 139
	        yMax=       125
	        yMin=       -30

	   133. Pel Height= 140
	        yMax=       125
	        yMin=       -30

	   134. Pel Height= 141
	        yMax=       126
	        yMin=       -30

	   135. Pel Height= 142
	        yMax=       127
	        yMin=       -30

	   136. Pel Height= 143
	        yMax=       129
	        yMin=       -31

	   137. Pel Height= 144
	        yMax=       129
	        yMin=       -31

	   138. Pel Height= 145
	        yMax=       130
	        yMin=       -32

	   139. Pel Height= 146
	        yMax=       131
	        yMin=       -32

	   140. Pel Height= 147
	        yMax=       132
	        yMin=       -32

	   141. Pel Height= 148
	        yMax=       132
	        yMin=       -32

	   142. Pel Height= 149
	        yMax=       133
	        yMin=       -32

	   143. Pel Height= 150
	        yMax=       135
	        yMin=       -33

	   144. Pel Height= 151
	        yMax=       136
	        yMin=       -32

	   145. Pel Height= 152
	        yMax=       136
	        yMin=       -33

	   146. Pel Height= 153
	        yMax=       137
	        yMin=       -33

	   147. Pel Height= 154
	        yMax=       138
	        yMin=       -34

	   148. Pel Height= 155
	        yMax=       139
	        yMin=       -34

	   149. Pel Height= 156
	        yMax=       140
	        yMin=       -34

	   150. Pel Height= 157
	        yMax=       140
	        yMin=       -34

	   151. Pel Height= 158
	        yMax=       142
	        yMin=       -34

	   152. Pel Height= 159
	        yMax=       143
	        yMin=       -34

	   153. Pel Height= 160
	        yMax=       144
	        yMin=       -34

	   154. Pel Height= 161
	        yMax=       144
	        yMin=       -35

	   155. Pel Height= 162
	        yMax=       145
	        yMin=       -35

	   156. Pel Height= 163
	        yMax=       146
	        yMin=       -35

	   157. Pel Height= 164
	        yMax=       147
	        yMin=       -35

	   158. Pel Height= 165
	        yMax=       148
	        yMin=       -36

	   159. Pel Height= 166
	        yMax=       149
	        yMin=       -37

	   160. Pel Height= 167
	        yMax=       150
	        yMin=       -37

	   161. Pel Height= 168
	        yMax=       151
	        yMin=       -37

	   162. Pel Height= 169
	        yMax=       151
	        yMin=       -37

	   163. Pel Height= 170
	        yMax=       152
	        yMin=       -37

	   164. Pel Height= 171
	        yMax=       153
	        yMin=       -37

	   165. Pel Height= 172
	        yMax=       155
	        yMin=       -37

	   166. Pel Height= 173
	        yMax=       155
	        yMin=       -37

	   167. Pel Height= 174
	        yMax=       156
	        yMin=       -37

	   168. Pel Height= 175
	        yMax=       157
	        yMin=       -37

	   169. Pel Height= 176
	        yMax=       158
	        yMin=       -37

	   170. Pel Height= 177
	        yMax=       158
	        yMin=       -38

	   171. Pel Height= 178
	        yMax=       159
	        yMin=       -38

	   172. Pel Height= 179
	        yMax=       160
	        yMin=       -39

	   173. Pel Height= 180
	        yMax=       162
	        yMin=       -39

	   174. Pel Height= 181
	        yMax=       163
	        yMin=       -40

	   175. Pel Height= 182
	        yMax=       163
	        yMin=       -40

	   176. Pel Height= 183
	        yMax=       164
	        yMin=       -40

	   177. Pel Height= 184
	        yMax=       165
	        yMin=       -40

	   178. Pel Height= 185
	        yMax=       166
	        yMin=       -40

	   179. Pel Height= 186
	        yMax=       166
	        yMin=       -40

	   180. Pel Height= 187
	        yMax=       168
	        yMin=       -40

	   181. Pel Height= 188
	        yMax=       169
	        yMin=       -41

	   182. Pel Height= 189
	        yMax=       170
	        yMin=       -41

	   183. Pel Height= 190
	        yMax=       170
	        yMin=       -41

	   184. Pel Height= 191
	        yMax=       171
	        yMin=       -41

	   185. Pel Height= 192
	        yMax=       172
	        yMin=       -41

	   186. Pel Height= 193
	        yMax=       173
	        yMin=       -41

	   187. Pel Height= 194
	        yMax=       174
	        yMin=       -41

	   188. Pel Height= 195
	        yMax=       175
	        yMin=       -42

	   189. Pel Height= 196
	        yMax=       176
	        yMin=       -42

	   190. Pel Height= 197
	        yMax=       177
	        yMin=       -43

	   191. Pel Height= 198
	        yMax=       177
	        yMin=       -43

	   192. Pel Height= 199
	        yMax=       178
	        yMin=       -44

	   193. Pel Height= 200
	        yMax=       179
	        yMin=       -44

	   194. Pel Height= 201
	        yMax=       180
	        yMin=       -44

	   195. Pel Height= 202
	        yMax=       181
	        yMin=       -44

	   196. Pel Height= 203
	        yMax=       182
	        yMin=       -44

	   197. Pel Height= 204
	        yMax=       183
	        yMin=       -44

	   198. Pel Height= 205
	        yMax=       184
	        yMin=       -44

	   199. Pel Height= 206
	        yMax=       185
	        yMin=       -44

	   200. Pel Height= 207
	        yMax=       185
	        yMin=       -44

	   201. Pel Height= 208
	        yMax=       186
	        yMin=       -44

	   202. Pel Height= 209
	        yMax=       188
	        yMin=       -44

	   203. Pel Height= 210
	        yMax=       189
	        yMin=       -45

	   204. Pel Height= 211
	        yMax=       189
	        yMin=       -46

	   205. Pel Height= 212
	        yMax=       190
	        yMin=       -46

	   206. Pel Height= 213
	        yMax=       191
	        yMin=       -46

	   207. Pel Height= 214
	        yMax=       192
	        yMin=       -47

	   208. Pel Height= 215
	        yMax=       192
	        yMin=       -47

	   209. Pel Height= 216
	        yMax=       194
	        yMin=       -47

	   210. Pel Height= 217
	        yMax=       195
	        yMin=       -47

	   211. Pel Height= 218
	        yMax=       196
	        yMin=       -47

	   212. Pel Height= 219
	        yMax=       196
	        yMin=       -47

	   213. Pel Height= 220
	        yMax=       197
	        yMin=       -47

	   214. Pel Height= 221
	        yMax=       198
	        yMin=       -47

	   215. Pel Height= 222
	        yMax=       199
	        yMin=       -48

	   216. Pel Height= 223
	        yMax=       199
	        yMin=       -48

	   217. Pel Height= 224
	        yMax=       201
	        yMin=       -49

	   218. Pel Height= 225
	        yMax=       202
	        yMin=       -49

	   219. Pel Height= 226
	        yMax=       203
	        yMin=       -49

	   220. Pel Height= 227
	        yMax=       203
	        yMin=       -49

	   221. Pel Height= 228
	        yMax=       204
	        yMin=       -49

	   222. Pel Height= 229
	        yMax=       205
	        yMin=       -49

	   223. Pel Height= 230
	        yMax=       206
	        yMin=       -49

	   224. Pel Height= 231
	        yMax=       208
	        yMin=       -50

	   225. Pel Height= 232
	        yMax=       208
	        yMin=       -50

	   226. Pel Height= 233
	        yMax=       209
	        yMin=       -50

	   227. Pel Height= 234
	        yMax=       210
	        yMin=       -51

	   228. Pel Height= 235
	        yMax=       211
	        yMin=       -51

	   229. Pel Height= 236
	        yMax=       211
	        yMin=       -51

	   230. Pel Height= 237
	        yMax=       212
	        yMin=       -51

	   231. Pel Height= 238
	        yMax=       214
	        yMin=       -52

	   232. Pel Height= 239
	        yMax=       215
	        yMin=       -52

	   233. Pel Height= 240
	        yMax=       215
	        yMin=       -52

	   234. Pel Height= 241
	        yMax=       216
	        yMin=       -52

	   235. Pel Height= 242
	        yMax=       217
	        yMin=       -52

	   236. Pel Height= 243
	        yMax=       218
	        yMin=       -52

	   237. Pel Height= 244
	        yMax=       218
	        yMin=       -52

	   238. Pel Height= 245
	        yMax=       220
	        yMin=       -53

	   239. Pel Height= 246
	        yMax=       221
	        yMin=       -53

	   240. Pel Height= 247
	        yMax=       222
	        yMin=       -53

	   241. Pel Height= 248
	        yMax=       222
	        yMin=       -54

	   242. Pel Height= 249
	        yMax=       223
	        yMin=       -54

	   243. Pel Height= 250
	        yMax=       224
	        yMin=       -54

	   244. Pel Height= 251
	        yMax=       225
	        yMin=       -54

	   245. Pel Height= 252
	        yMax=       225
	        yMin=       -54

	   246. Pel Height= 253
	        yMax=       227
	        yMin=       -55

	   247. Pel Height= 254
	        yMax=       228
	        yMin=       -55

	   248. Pel Height= 255
	        yMax=       229
	        yMin=       -55


   3.	Number of Hgt Records  248
	Starting Y Pel Height  8
	Ending Y Pel Height    255

	     1. Pel Height= 8
	        yMax=       8
	        yMin=       -2

	     2. Pel Height= 9
	        yMax=       9
	        yMin=       -3

	     3. Pel Height= 10
	        yMax=       10
	        yMin=       -3

	     4. Pel Height= 11
	        yMax=       11
	        yMin=       -3

	     5. Pel Height= 12
	        yMax=       12
	        yMin=       -3

	     6. Pel Height= 13
	        yMax=       13
	        yMin=       -3

	     7. Pel Height= 14
	        yMax=       13
	        yMin=       -3

	     8. Pel Height= 15
	        yMax=       14
	        yMin=       -3

	     9. Pel Height= 16
	        yMax=       15
	        yMin=       -3

	    10. Pel Height= 17
	        yMax=       15
	        yMin=       -4

	    11. Pel Height= 18
	        yMax=       17
	        yMin=       -4

	    12. Pel Height= 19
	        yMax=       18
	        yMin=       -4

	    13. Pel Height= 20
	        yMax=       19
	        yMin=       -4

	    14. Pel Height= 21
	        yMax=       19
	        yMin=       -5

	    15. Pel Height= 22
	        yMax=       20
	        yMin=       -5

	    16. Pel Height= 23
	        yMax=       21
	        yMin=       -5

	    17. Pel Height= 24
	        yMax=       21
	        yMin=       -6

	    18. Pel Height= 25
	        yMax=       23
	        yMin=       -5

	    19. Pel Height= 26
	        yMax=       25
	        yMin=       -6

	    20. Pel Height= 27
	        yMax=       26
	        yMin=       -6

	    21. Pel Height= 28
	        yMax=       26
	        yMin=       -6

	    22. Pel Height= 29
	        yMax=       27
	        yMin=       -6

	    23. Pel Height= 30
	        yMax=       28
	        yMin=       -7

	    24. Pel Height= 31
	        yMax=       28
	        yMin=       -7

	    25. Pel Height= 32
	        yMax=       29
	        yMin=       -7

	    26. Pel Height= 33
	        yMax=       31
	        yMin=       -7

	    27. Pel Height= 34
	        yMax=       32
	        yMin=       -7

	    28. Pel Height= 35
	        yMax=       32
	        yMin=       -8

	    29. Pel Height= 36
	        yMax=       33
	        yMin=       -8

	    30. Pel Height= 37
	        yMax=       34
	        yMin=       -8

	    31. Pel Height= 38
	        yMax=       34
	        yMin=       -9

	    32. Pel Height= 39
	        yMax=       35
	        yMin=       -9

	    33. Pel Height= 40
	        yMax=       36
	        yMin=       -9

	    34. Pel Height= 41
	        yMax=       38
	        yMin=       -9

	    35. Pel Height= 42
	        yMax=       38
	        yMin=       -9

	    36. Pel Height= 43
	        yMax=       39
	        yMin=       -10

	    37. Pel Height= 44
	        yMax=       40
	        yMin=       -10

	    38. Pel Height= 45
	        yMax=       40
	        yMin=       -10

	    39. Pel Height= 46
	        yMax=       42
	        yMin=       -10

	    40. Pel Height= 47
	        yMax=       43
	        yMin=       -10

	    41. Pel Height= 48
	        yMax=       45
	        yMin=       -10

	    42. Pel Height= 49
	        yMax=       45
	        yMin=       -11

	    43. Pel Height= 50
	        yMax=       46
	        yMin=       -11

	    44. Pel Height= 51
	        yMax=       47
	        yMin=       -11

	    45. Pel Height= 52
	        yMax=       48
	        yMin=       -12

	    46. Pel Height= 53
	        yMax=       48
	        yMin=       -12

	    47. Pel Height= 54
	        yMax=       49
	        yMin=       -12

	    48. Pel Height= 55
	        yMax=       51
	        yMin=       -12

	    49. Pel Height= 56
	        yMax=       52
	        yMin=       -13

	    50. Pel Height= 57
	        yMax=       52
	        yMin=       -13

	    51. Pel Height= 58
	        yMax=       53
	        yMin=       -13

	    52. Pel Height= 59
	        yMax=       53
	        yMin=       -13

	    53. Pel Height= 60
	        yMax=       54
	        yMin=       -13

	    54. Pel Height= 61
	        yMax=       55
	        yMin=       -13

	    55. Pel Height= 62
	        yMax=       56
	        yMin=       -13

	    56. Pel Height= 63
	        yMax=       57
	        yMin=       -14

	    57. Pel Height= 64
	        yMax=       58
	        yMin=       -14

	    58. Pel Height= 65
	        yMax=       59
	        yMin=       -14

	    59. Pel Height= 66
	        yMax=       60
	        yMin=       -14

	    60. Pel Height= 67
	        yMax=       60
	        yMin=       -15

	    61. Pel Height= 68
	        yMax=       61
	        yMin=       -15

	    62. Pel Height= 69
	        yMax=       62
	        yMin=       -15

	    63. Pel Height= 70
	        yMax=       63
	        yMin=       -16

	    64. Pel Height= 71
	        yMax=       64
	        yMin=       -16

	    65. Pel Height= 72
	        yMax=       65
	        yMin=       -16

	    66. Pel Height= 73
	        yMax=       66
	        yMin=       -16

	    67. Pel Height= 74
	        yMax=       66
	        yMin=       -16

	    68. Pel Height= 75
	        yMax=       67
	        yMin=       -16

	    69. Pel Height= 76
	        yMax=       68
	        yMin=       -16

	    70. Pel Height= 77
	        yMax=       70
	        yMin=       -17

	    71. Pel Height= 78
	        yMax=       70
	        yMin=       -17

	    72. Pel Height= 79
	        yMax=       71
	        yMin=       -17

	    73. Pel Height= 80
	        yMax=       72
	        yMin=       -17

	    74. Pel Height= 81
	        yMax=       73
	        yMin=       -18

	    75. Pel Height= 82
	        yMax=       73
	        yMin=       -18

	    76. Pel Height= 83
	        yMax=       74
	        yMin=       -18

	    77. Pel Height= 84
	        yMax=       75
	        yMin=       -19

	    78. Pel Height= 85
	        yMax=       77
	        yMin=       -19

	    79. Pel Height= 86
	        yMax=       77
	        yMin=       -19

	    80. Pel Height= 87
	        yMax=       78
	        yMin=       -19

	    81. Pel Height= 88
	        yMax=       79
	        yMin=       -20

	    82. Pel Height= 89
	        yMax=       80
	        yMin=       -20

	    83. Pel Height= 90
	        yMax=       80
	        yMin=       -19

	    84. Pel Height= 91
	        yMax=       81
	        yMin=       -20

	    85. Pel Height= 92
	        yMax=       83
	        yMin=       -20

	    86. Pel Height= 93
	        yMax=       84
	        yMin=       -20

	    87. Pel Height= 94
	        yMax=       84
	        yMin=       -20

	    88. Pel Height= 95
	        yMax=       85
	        yMin=       -21

	    89. Pel Height= 96
	        yMax=       86
	        yMin=       -21

	    90. Pel Height= 97
	        yMax=       87
	        yMin=       -21

	    91. Pel Height= 98
	        yMax=       87
	        yMin=       -21

	    92. Pel Height= 99
	        yMax=       89
	        yMin=       -22

	    93. Pel Height= 100
	        yMax=       90
	        yMin=       -22

	    94. Pel Height= 101
	        yMax=       91
	        yMin=       -22

	    95. Pel Height= 102
	        yMax=       92
	        yMin=       -23

	    96. Pel Height= 103
	        yMax=       92
	        yMin=       -23

	    97. Pel Height= 104
	        yMax=       93
	        yMin=       -23

	    98. Pel Height= 105
	        yMax=       94
	        yMin=       -23

	    99. Pel Height= 106
	        yMax=       96
	        yMin=       -23

	   100. Pel Height= 107
	        yMax=       96
	        yMin=       -23

	   101. Pel Height= 108
	        yMax=       97
	        yMin=       -23

	   102. Pel Height= 109
	        yMax=       98
	        yMin=       -23

	   103. Pel Height= 110
	        yMax=       99
	        yMin=       -24

	   104. Pel Height= 111
	        yMax=       99
	        yMin=       -24

	   105. Pel Height= 112
	        yMax=       100
	        yMin=       -24

	   106. Pel Height= 113
	        yMax=       101
	        yMin=       -25

	   107. Pel Height= 114
	        yMax=       103
	        yMin=       -25

	   108. Pel Height= 115
	        yMax=       103
	        yMin=       -25

	   109. Pel Height= 116
	        yMax=       104
	        yMin=       -25

	   110. Pel Height= 117
	        yMax=       105
	        yMin=       -26

	   111. Pel Height= 118
	        yMax=       106
	        yMin=       -26

	   112. Pel Height= 119
	        yMax=       106
	        yMin=       -26

	   113. Pel Height= 120
	        yMax=       107
	        yMin=       -27

	   114. Pel Height= 121
	        yMax=       109
	        yMin=       -27

	   115. Pel Height= 122
	        yMax=       110
	        yMin=       -27

	   116. Pel Height= 123
	        yMax=       110
	        yMin=       -27

	   117. Pel Height= 124
	        yMax=       111
	        yMin=       -27

	   118. Pel Height= 125
	        yMax=       112
	        yMin=       -28

	   119. Pel Height= 126
	        yMax=       113
	        yMin=       -28

	   120. Pel Height= 127
	        yMax=       114
	        yMin=       -28

	   121. Pel Height= 128
	        yMax=       115
	        yMin=       -28

	   122. Pel Height= 129
	        yMax=       116
	        yMin=       -28

	   123. Pel Height= 130
	        yMax=       117
	        yMin=       -29

	   124. Pel Height= 131
	        yMax=       118
	        yMin=       -29

	   125. Pel Height= 132
	        yMax=       118
	        yMin=       -29

	   126. Pel Height= 133
	        yMax=       119
	        yMin=       -29

	   127. Pel Height= 134
	        yMax=       120
	        yMin=       -29

	   128. Pel Height= 135
	        yMax=       121
	        yMin=       -30

	   129. Pel Height= 136
	        yMax=       122
	        yMin=       -30

	   130. Pel Height= 137
	        yMax=       123
	        yMin=       -30

	   131. Pel Height= 138
	        yMax=       124
	        yMin=       -30

	   132. Pel Height= 139
	        yMax=       125
	        yMin=       -30

	   133. Pel Height= 140
	        yMax=       125
	        yMin=       -30

	   134. Pel Height= 141
	        yMax=       126
	        yMin=       -30

	   135. Pel Height= 142
	        yMax=       127
	        yMin=       -30

	   136. Pel Height= 143
	        yMax=       129
	        yMin=       -31

	   137. Pel Height= 144
	        yMax=       129
	        yMin=       -31

	   138. Pel Height= 145
	        yMax=       130
	        yMin=       -32

	   139. Pel Height= 146
	        yMax=       131
	        yMin=       -32

	   140. Pel Height= 147
	        yMax=       132
	        yMin=       -32

	   141. Pel Height= 148
	        yMax=       132
	        yMin=       -32

	   142. Pel Height= 149
	        yMax=       133
	        yMin=       -32

	   143. Pel Height= 150
	        yMax=       135
	        yMin=       -33

	   144. Pel Height= 151
	        yMax=       136
	        yMin=       -32

	   145. Pel Height= 152
	        yMax=       136
	        yMin=       -33

	   146. Pel Height= 153
	        yMax=       137
	        yMin=       -33

	   147. Pel Height= 154
	        yMax=       138
	        yMin=       -34

	   148. Pel Height= 155
	        yMax=       139
	        yMin=       -34

	   149. Pel Height= 156
	        yMax=       140
	        yMin=       -34

	   150. Pel Height= 157
	        yMax=       140
	        yMin=       -34

	   151. Pel Height= 158
	        yMax=       142
	        yMin=       -34

	   152. Pel Height= 159
	        yMax=       143
	        yMin=       -34

	   153. Pel Height= 160
	        yMax=       144
	        yMin=       -34

	   154. Pel Height= 161
	        yMax=       144
	        yMin=       -35

	   155. Pel Height= 162
	        yMax=       145
	        yMin=       -35

	   156. Pel Height= 163
	        yMax=       146
	        yMin=       -35

	   157. Pel Height= 164
	        yMax=       147
	        yMin=       -35

	   158. Pel Height= 165
	        yMax=       148
	        yMin=       -36

	   159. Pel Height= 166
	        yMax=       149
	        yMin=       -37

	   160. Pel Height= 167
	        yMax=       150
	        yMin=       -37

	   161. Pel Height= 168
	        yMax=       151
	        yMin=       -37

	   162. Pel Height= 169
	        yMax=       151
	        yMin=       -37

	   163. Pel Height= 170
	        yMax=       152
	        yMin=       -37

	   164. Pel Height= 171
	        yMax=       153
	        yMin=       -37

	   165. Pel Height= 172
	        yMax=       155
	        yMin=       -37

	   166. Pel Height= 173
	        yMax=       155
	        yMin=       -37

	   167. Pel Height= 174
	        yMax=       156
	        yMin=       -37

	   168. Pel Height= 175
	        yMax=       157
	        yMin=       -37

	   169. Pel Height= 176
	        yMax=       158
	        yMin=       -37

	   170. Pel Height= 177
	        yMax=       158
	        yMin=       -38

	   171. Pel Height= 178
	        yMax=       159
	        yMin=       -38

	   172. Pel Height= 179
	        yMax=       160
	        yMin=       -39

	   173. Pel Height= 180
	        yMax=       162
	        yMin=       -39

	   174. Pel Height= 181
	        yMax=       163
	        yMin=       -40

	   175. Pel Height= 182
	        yMax=       163
	        yMin=       -40

	   176. Pel Height= 183
	        yMax=       164
	        yMin=       -40

	   177. Pel Height= 184
	        yMax=       165
	        yMin=       -40

	   178. Pel Height= 185
	        yMax=       166
	        yMin=       -40

	   179. Pel Height= 186
	        yMax=       166
	        yMin=       -40

	   180. Pel Height= 187
	        yMax=       168
	        yMin=       -40

	   181. Pel Height= 188
	        yMax=       169
	        yMin=       -41

	   182. Pel Height= 189
	        yMax=       170
	        yMin=       -41

	   183. Pel Height= 190
	        yMax=       170
	        yMin=       -41

	   184. Pel Height= 191
	        yMax=       171
	        yMin=       -41

	   185. Pel Height= 192
	        yMax=       172
	        yMin=       -41

	   186. Pel Height= 193
	        yMax=       173
	        yMin=       -41

	   187. Pel Height= 194
	        yMax=       174
	        yMin=       -41

	   188. Pel Height= 195
	        yMax=       175
	        yMin=       -42

	   189. Pel Height= 196
	        yMax=       176
	        yMin=       -42

	   190. Pel Height= 197
	        yMax=       177
	        yMin=       -43

	   191. Pel Height= 198
	        yMax=       177
	        yMin=       -43

	   192. Pel Height= 199
	        yMax=       178
	        yMin=       -44

	   193. Pel Height= 200
	        yMax=       179
	        yMin=       -44

	   194. Pel Height= 201
	        yMax=       180
	        yMin=       -44

	   195. Pel Height= 202
	        yMax=       181
	        yMin=       -44

	   196. Pel Height= 203
	        yMax=       182
	        yMin=       -44

	   197. Pel Height= 204
	        yMax=       183
	        yMin=       -44

	   198. Pel Height= 205
	        yMax=       184
	        yMin=       -44

	   199. Pel Height= 206
	        yMax=       185
	        yMin=       -44

	   200. Pel Height= 207
	        yMax=       185
	        yMin=       -44

	   201. Pel Height= 208
	        yMax=       186
	        yMin=       -44

	   202. Pel Height= 209
	        yMax=       188
	        yMin=       -44

	   203. Pel Height= 210
	        yMax=       189
	        yMin=       -45

	   204. Pel Height= 211
	        yMax=       189
	        yMin=       -46

	   205. Pel Height= 212
	        yMax=       190
	        yMin=       -46

	   206. Pel Height= 213
	        yMax=       191
	        yMin=       -46

	   207. Pel Height= 214
	        yMax=       192
	        yMin=       -47

	   208. Pel Height= 215
	        yMax=       192
	        yMin=       -47

	   209. Pel Height= 216
	        yMax=       194
	        yMin=       -47

	   210. Pel Height= 217
	        yMax=       195
	        yMin=       -47

	   211. Pel Height= 218
	        yMax=       196
	        yMin=       -47

	   212. Pel Height= 219
	        yMax=       196
	        yMin=       -47

	   213. Pel Height= 220
	        yMax=       197
	        yMin=       -47

	   214. Pel Height= 221
	        yMax=       198
	        yMin=       -47

	   215. Pel Height= 222
	        yMax=       199
	        yMin=       -48

	   216. Pel Height= 223
	        yMax=       200
	        yMin=       -48

	   217. Pel Height= 224
	        yMax=       201
	        yMin=       -49

	   218. Pel Height= 225
	        yMax=       202
	        yMin=       -49

	   219. Pel Height= 226
	        yMax=       203
	        yMin=       -49

	   220. Pel Height= 227
	        yMax=       203
	        yMin=       -49

	   221. Pel Height= 228
	        yMax=       204
	        yMin=       -49

	   222. Pel Height= 229
	        yMax=       205
	        yMin=       -49

	   223. Pel Height= 230
	        yMax=       206
	        yMin=       -49

	   224. Pel Height= 231
	        yMax=       208
	        yMin=       -50

	   225. Pel Height= 232
	        yMax=       208
	        yMin=       -50

	   226. Pel Height= 233
	        yMax=       209
	        yMin=       -50

	   227. Pel Height= 234
	        yMax=       210
	        yMin=       -51

	   228. Pel Height= 235
	        yMax=       211
	        yMin=       -51

	   229. Pel Height= 236
	        yMax=       211
	        yMin=       -51

	   230. Pel Height= 237
	        yMax=       212
	        yMin=       -51

	   231. Pel Height= 238
	        yMax=       214
	        yMin=       -52

	   232. Pel Height= 239
	        yMax=       215
	        yMin=       -52

	   233. Pel Height= 240
	        yMax=       215
	        yMin=       -52

	   234. Pel Height= 241
	        yMax=       216
	        yMin=       -52

	   235. Pel Height= 242
	        yMax=       217
	        yMin=       -52

	   236. Pel Height= 243
	        yMax=       218
	        yMin=       -52

	   237. Pel Height= 244
	        yMax=       218
	        yMin=       -52

	   238. Pel Height= 245
	        yMax=       220
	        yMin=       -53

	   239. Pel Height= 246
	        yMax=       221
	        yMin=       -53

	   240. Pel Height= 247
	        yMax=       222
	        yMin=       -53

	   241. Pel Height= 248
	        yMax=       222
	        yMin=       -54

	   242. Pel Height= 249
	        yMax=       223
	        yMin=       -54

	   243. Pel Height= 250
	        yMax=       224
	        yMin=       -54

	   244. Pel Height= 251
	        yMax=       225
	        yMin=       -54

	   245. Pel Height= 252
	        yMax=       225
	        yMin=       -54

	   246. Pel Height= 253
	        yMax=       227
	        yMin=       -55

	   247. Pel Height= 254
	        yMax=       228
	        yMin=       -55

	   248. Pel Height= 255
	        yMax=       229
	        yMin=       -55



'LTSH' Table - Linear Threshold Table
-------------------------------------
Size = 1324 bytes
 'LTSH' Version:          0
 Number of Glyphs:        1320

   Glyph #   Threshold
   -------   ---------
        0.           7
        1.           1
        2.           1
        3.           1
        4.         171
        5.           6
        6.           6
        7.           6
        8.           5
        9.           5
       10.           6
       11.           6
       12.           6
       13.           6
       14.           7
       15.           7
       16.           6
       17.           7
       18.           7
       19.           6
       20.           6
       21.           6
       22.           6
       23.           6
       24.           6
       25.           6
       26.           6
       27.           6
       28.           6
       29.           7
       30.           7
       31.           7
       32.           7
       33.           7
       34.           6
       35.           1
       36.          37
       37.           5
       38.          12
       39.          12
       40.          12
       41.          12
       42.          18
       43.          28
       44.          62
       45.          28
       46.           5
       47.           6
       48.         117
       49.          28
       50.          18
       51.          28
       52.          18
       53.          18
       54.           5
       55.         154
       56.          28
       57.          31
       58.         133
       59.         224
       60.         150
       61.          18
       62.           7
       63.           7
       64.           7
       65.         194
       66.           6
       67.           6
       68.          38
       69.          53
       70.           6
       71.          35
       72.          39
       73.         101
       74.          83
       75.          55
       76.          57
       77.         229
       78.          93
       79.          57
       80.         113
       81.          55
       82.          36
       83.          53
       84.          83
       85.           6
       86.          43
       87.          18
       88.          55
       89.         198
       90.         164
       91.         213
       92.         196
       93.          99
       94.           6
       95.         254
       96.           6
       97.           7
       98.           5
       99.           5
      100.           6
      101.           5
      102.           6
      103.           7
      104.           6
      105.           6
      106.           6
      107.           6
      108.           6
      109.           6
      110.           6
      111.           6
      112.           6
      113.           6
      114.           6
      115.           6
      116.           7
      117.           7
      118.           7
      119.           7
      120.           6
      121.           6
      122.           6
      123.           6
      124.           6
      125.           6
      126.           6
      127.           6
      128.           6
      129.           6
      130.           6
      131.           5
      132.           6
      133.           6
      134.           6
      135.           6
      136.           6
      137.          17
      138.           6
      139.           6
      140.           1
      141.           6
      142.           6
      143.           6
      144.           1
      145.          12
      146.           6
      147.           6
      148.           6
      149.           6
      150.           6
      151.          24
      152.          12
      153.          12
      154.           1
      155.           6
      156.         255
      157.          22
      158.          24
      159.           1
      160.           5
      161.          41
      162.          12
      163.         225
      164.           7
      165.          82
      166.           6
      167.          12
      168.          77
      169.           6
      170.           6
      171.           1
      172.           5
      173.           5
      174.           7
      175.          17
      176.           7
      177.           6
      178.           1
      179.          20
      180.          20
      181.           5
      182.           5
      183.           6
      184.           2
      185.           6
      186.           5
      187.           1
      188.           6
      189.           6
      190.           7
      191.           1
      192.           1
      193.           6
      194.           7
      195.           5
      196.          20
      197.          95
      198.           5
      199.           5
      200.           5
      201.           5
      202.           5
      203.           7
      204.           7
      205.           7
      206.           7
      207.           7
      208.           7
      209.           7
      210.           6
      211.           6
      212.           6
      213.         255
      214.           6
      215.         252
      216.           1
      217.           1
      218.           1
      219.           1
      220.           6
      221.           1
      222.           1
      223.           1
      224.           1
      225.          25
      226.           5
      227.           6
      228.          28
      229.          99
      230.         254
      231.           6
      232.           6
      233.           5
      234.           6
      235.           5
      236.           6
      237.           1
      238.           7
      239.           6
      240.           6
      241.           6
      242.          12
      243.           4
      244.          12
      245.           1
      246.          18
      247.          83
      248.          62
      249.           1
      250.          43
      251.          46
      252.          11
      253.          46
      254.          11
      255.          45
      256.           6
      257.           6
      258.          37
      259.          38
      260.          37
      261.          38
      262.          46
      263.           1
      264.          46
      265.          12
      266.          39
      267.          12
      268.          39
      269.           1
      270.          57
      271.           1
      272.          37
      273.           1
      274.           1
      275.          46
      276.          55
      277.          46
      278.          55
      279.          18
      280.          36
      281.          46
      282.           1
      283.          46
      284.           1
      285.           1
      286.          43
      287.         154
      288.         254
      289.         154
      290.           1
      291.          46
      292.          55
      293.          46
      294.          55
      295.          28
      296.          99
      297.          28
      298.          99
      299.           1
      300.          18
      301.          48
      302.          11
      303.          45
      304.          38
      305.          18
      306.          30
      307.          30
      308.          20
      309.           1
      310.          38
      311.          50
      312.           1
      313.           1
      314.           1
      315.           1
      316.           1
      317.           1
      318.           1
      319.          25
      320.           1
      321.           1
      322.          25
      323.           1
      324.          25
      325.          25
      326.           1
      327.           1
      328.           1
      329.           1
      330.           1
      331.           1
      332.           1
      333.           1
      334.           1
      335.           1
      336.           1
      337.           1
      338.           1
      339.           1
      340.           1
      341.           1
      342.           1
      343.           1
      344.           1
      345.           1
      346.           1
      347.           1
      348.           1
      349.           1
      350.           1
      351.           1
      352.           1
      353.           1
      354.           1
      355.           1
      356.           1
      357.           1
      358.           1
      359.           1
      360.           1
      361.           1
      362.           1
      363.           1
      364.           1
      365.           1
      366.           1
      367.           1
      368.           1
      369.           1
      370.           1
      371.           1
      372.           1
      373.          25
      374.          25
      375.           1
      376.          50
      377.          50
      378.          50
      379.          50
      380.          25
      381.          25
      382.          25
      383.           1
      384.           1
      385.          43
      386.           1
      387.           1
      388.           1
      389.           1
      390.           1
      391.          49
      392.           1
      393.           1
      394.          18
      395.           1
      396.          25
      397.           1
      398.          25
      399.          49
      400.          18
      401.          25
      402.           1
      403.           1
      404.          25
      405.           1
      406.          37
      407.          38
      408.          46
      409.          11
      410.          46
      411.          11
      412.          12
      413.          39
      414.          12
      415.          39
      416.          12
      417.          39
      418.          18
      419.          83
      420.          18
      421.          83
      422.          18
      423.           1
      424.          46
      425.          55
      426.          46
      427.          55
      428.          62
      429.         255
      430.          62
      431.         255
      432.          62
      433.         255
      434.          62
      435.          57
      436.          28
      437.         229
      438.           1
      439.          93
      440.          24
      441.           1
      442.          57
      443.          46
      444.          55
      445.           1
      446.           1
      447.          18
      448.          36
      449.          18
      450.          36
      451.          46
      452.           1
      453.           1
      454.          43
      455.          28
      456.          18
      457.          46
      458.          55
      459.          46
      460.          55
      461.          46
      462.          55
      463.          46
      464.          55
      465.         133
      466.         164
      467.         149
      468.         196
      469.          57
      470.          37
      471.          38
      472.           1
      473.           1
      474.          12
      475.          41
      476.         255
      477.         133
      478.         164
      479.         133
      480.         164
      481.         133
      482.         164
      483.         149
      484.         196
      485.           1
      486.           1
      487.           1
      488.          12
      489.          12
      490.          12
      491.          12
      492.          12
      493.           1
      494.           1
      495.           1
      496.           1
      497.          37
      498.           1
      499.          22
      500.          18
      501.           1
      502.         130
      503.          20
      504.         221
      505.          37
      506.           1
      507.          13
      508.          12
      509.          28
      510.          46
      511.          62
      512.           1
      513.          16
      514.         117
      515.          46
      516.          31
      517.          18
      518.          46
      519.          28
      520.           1
      521.         154
      522.         149
      523.          77
      524.          39
      525.          15
      526.          62
      527.         149
      528.          11
      529.          38
      530.          41
      531.         221
      532.          41
      533.           1
      534.          30
      535.          18
      536.          41
      537.          36
      538.         221
      539.          24
      540.          21
      541.          24
      542.         198
      543.          49
      544.          36
      545.          36
      546.          36
      547.          41
      548.          21
      549.          40
      550.          42
      551.         221
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      553.          36
      554.          41
      555.          42
      556.          12
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      562.          62
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      566.          55
      567.          12
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      570.          37
      571.          36
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      574.          12
      575.          12
      576.          24
      577.          25
      578.          12
      579.          12
      580.          12
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      585.          28
      586.          28
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      589.          49
      590.          49
      591.          77
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      602.          38
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      609.          11
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      612.          13
      613.          55
      614.          22
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      616.          36
      617.          55
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      621.         196
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      636.          38
      637.          49
      638.          43
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      640.         255
      641.         223
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      932.           1
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      935.           1
      936.           1
      937.          41
      938.          41
      939.          41
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      942.           1
      943.           1
      944.           1
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      946.          43
      947.          17
      948.          17
      949.          43
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      962.          50
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     1002.           1
     1003.           1
     1004.           1
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     1006.           1
     1007.           1
     1008.           1
     1009.           1
     1010.           1
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     1013.          35
     1014.           1
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     1016.           1
     1017.          35
     1018.           1
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     1022.           1
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     1039.          27
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     1103.           1
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     1107.           1
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     1192.          37
     1193.          38
     1194.          37
     1195.          38
     1196.          37
     1197.          38
     1198.          37
     1199.          38
     1200.          37
     1201.          38
     1202.          37
     1203.          38
     1204.          37
     1205.          38
     1206.          37
     1207.          38
     1208.          37
     1209.          38
     1210.          37
     1211.          38
     1212.          12
     1213.          39
     1214.          12
     1215.          39
     1216.          12
     1217.          39
     1218.          12
     1219.          39
     1220.          12
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     1222.          12
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     1224.          12
     1225.          39
     1226.          12
     1227.          39
     1228.          62
     1229.           7
     1230.          62
     1231.          57
     1232.          18
     1233.          36
     1234.          18
     1235.          36
     1236.          18
     1237.          36
     1238.          18
     1239.          36
     1240.          18
     1241.          36
     1242.          18
     1243.          36
     1244.          18
     1245.          36
     1246.           1
     1247.          17
     1248.           1
     1249.          17
     1250.           1
     1251.          17
     1252.           1
     1253.          17
     1254.           1
     1255.          17
     1256.          28
     1257.          55
     1258.          28
     1259.          55
     1260.          25
     1261.           1
     1262.          25
     1263.           1
     1264.          25
     1265.           1
     1266.          25
     1267.           1
     1268.          25
     1269.           1
     1270.         150
     1271.         196
     1272.         150
     1273.         196
     1274.         150
     1275.         196
     1276.          37
     1277.          38
     1278.          62
     1279.          57
     1280.          18
     1281.          36
     1282.          28
     1283.          55
     1284.          28
     1285.          55
     1286.          28
     1287.          55
     1288.          28
     1289.          55
     1290.          28
     1291.          55
     1292.           0
     1293.           0
     1294.           0
     1295.           0
     1296.          37
     1297.          38
     1298.           1
     1299.           1
     1300.           7
     1301.           1
     1302.           7
     1303.           1
     1304.          46
     1305.          20
     1306.           1
     1307.           1
     1308.           1
     1309.           1
     1310.           1
     1311.           1
     1312.           1
     1313.           1
     1314.           1
     1315.           1
     1316.           1
     1317.           1
     1318.           1
     1319.           1

'hdmx' Table - Horizontal Device Metrics
----------------------------------------
Size = 31784 bytes
	'hdmx' version:		0
	# device records:	24
	Record length:		1324
	DevRec  0: ppem =  11, maxWid =  22
    0.   8
    1.   0
    2.   3
    3.   3
    4.   2
    5.   4
    6.   6
    7.   6
    8.  10
    9.   7
   10.   2
   11.   4
   12.   4
   13.   4
   14.   6
   15.   3
   16.   4
   17.   3
   18.   3
   19.   6
   20.   6
   21.   6
   22.   6
   23.   6
   24.   6
   25.   6
   26.   6
   27.   6
   28.   6
   29.   3
   30.   3
   31.   6
   32.   6
   33.   6
   34.   6
   35.  11
   36.   8
   37.   7
   38.   7
   39.   7
   40.   6
   41.   6
   42.   8
   43.   7
   44.   2
   45.   5
   46.   7
   47.   6
   48.   8
   49.   7
   50.   8
   51.   6
   52.   8
   53.   7
   54.   7
   55.   6
   56.   7
   57.   8
   58.  10
   59.   7
   60.   8
   61.   7
   62.   3
   63.   3
   64.   3
   65.   5
   66.   6
   67.   4
   68.   6
   69.   6
   70.   6
   71.   6
   72.   6
   73.   4
   74.   6
   75.   6
   76.   2
   77.   2
   78.   5
   79.   2
   80.   8
   81.   6
   82.   6
   83.   6
   84.   6
   85.   4
   86.   6
   87.   3
   88.   6
   89.   6
   90.  10
   91.   6
   92.   6
   93.   6
   94.   4
   95.   2
   96.   4
   97.   6
   98.   8
   99.   8
  100.   7
  101.   6
  102.   7
  103.   8
  104.   7
  105.   6
  106.   6
  107.   6
  108.   6
  109.   6
  110.   6
  111.   6
  112.   6
  113.   6
  114.   6
  115.   6
  116.   2
  117.   2
  118.   2
  119.   2
  120.   6
  121.   6
  122.   6
  123.   6
  124.   6
  125.   6
  126.   6
  127.   6
  128.   6
  129.   6
  130.   6
  131.   4
  132.   6
  133.   6
  134.   6
  135.   4
  136.   6
  137.   7
  138.   8
  139.   8
  140.  11
  141.   4
  142.   4
  143.   6
  144.  11
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  146.   8
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  148.   6
  149.   6
  150.   6
  151.   6
  152.   6
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  156.   3
  157.   4
  158.   5
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  160.  10
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  162.   6
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  165.   7
  166.   6
  167.   7
  168.   6
  169.   6
  170.   6
  171.  11
  172.   8
  173.   8
  174.   8
  175.  11
  176.  10
  177.   6
  178.  11
  179.   4
  180.   4
  181.   2
  182.   2
  183.   6
  184.   5
  185.   6
  186.   8
  187.   2
  188.   6
  189.   4
  190.   4
  191.   6
  192.   6
  193.   6
  194.   3
  195.   2
  196.   4
  197.  11
  198.   8
  199.   6
  200.   8
  201.   6
  202.   6
  203.   2
  204.   2
  205.   2
  206.   2
  207.   8
  208.   8
  209.   8
  210.   7
  211.   7
  212.   7
  213.   2
  214.   4
  215.   4
  216.   4
  217.   4
  218.   4
  219.   4
  220.   4
  221.   4
  222.   4
  223.   4
  224.   6
  225.   2
  226.   7
  227.   6
  228.   7
  229.   6
  230.   2
  231.   8
  232.   6
  233.   8
  234.   6
  235.   7
  236.   6
  237.   6
  238.   6
  239.   4
  240.   4
  241.   4
  242.  10
  243.   9
  244.  10
  245.   6
  246.   8
  247.   6
  248.   2
  249.   7
  250.   6
  251.   7
  252.   6
  253.   7
  254.   6
  255.   6
  256.   6
  257.   4
  258.   8
  259.   6
  260.   8
  261.   6
  262.   7
  263.   7
  264.   8
  265.   6
  266.   6
  267.   6
  268.   6
  269.   6
  270.   2
  271.   6
  272.   4
  273.   6
  274.   4
  275.   7
  276.   6
  277.   7
  278.   6
  279.   8
  280.   6
  281.   7
  282.   4
  283.   7
  284.   4
  285.   7
  286.   6
  287.   6
  288.   3
  289.   6
  290.   4
  291.   7
  292.   6
  293.   7
  294.   6
  295.   7
  296.   6
  297.   7
  298.   6
  299.   6
  300.   8
  301.   8
  302.   6
  303.   6
  304.   5
  305.   7
  306.   4
  307.   7
  308.   6
  309.   6
  310.   4
  311.  12
  312.  11
  313.   6
  314.  11
  315.   6
  316.  11
  317.   6
  318.   6
  319.  11
  320.   8
  321.   6
  322.   7
  323.   6
  324.   7
  325.   7
  326.   8
  327.   7
  328.   8
  329.   8
  330.   8
  331.   8
  332.   8
  333.   8
  334.   8
  335.   8
  336.   8
  337.   8
  338.   8
  339.   8
  340.   8
  341.   8
  342.   8
  343.   8
  344.   8
  345.   8
  346.   8
  347.   8
  348.   8
  349.   8
  350.   8
  351.   8
  352.   8
  353.   8
  354.   8
  355.   8
  356.   8
  357.   8
  358.   8
  359.   8
  360.   8
  361.   8
  362.   8
  363.   8
  364.   8
  365.   8
  366.   8
  367.   8
  368.   8
  369.   8
  370.   8
  371.   8
  372.   8
  373.   8
  374.   7
  375.  11
  376.  11
  377.  11
  378.  11
  379.  11
  380.   7
  381.   7
  382.   7
  383.  11
  384.  12
  385.  10
  386.   8
  387.   8
  388.   6
  389.   7
  390.   7
  391.   6
  392.   6
  393.   8
  394.   8
  395.   5
  396.   7
  397.   2
  398.   4
  399.  10
  400.   4
  401.   7
  402.   4
  403.   4
  404.   7
  405.   4
  406.   8
  407.   6
  408.   7
  409.   6
  410.   7
  411.   6
  412.   6
  413.   6
  414.   6
  415.   6
  416.   6
  417.   6
  418.   8
  419.   6
  420.   8
  421.   6
  422.   8
  423.   6
  424.   7
  425.   6
  426.   9
  427.   6
  428.   2
  429.   2
  430.   2
  431.   2
  432.   2
  433.   2
  434.   2
  435.   2
  436.   5
  437.   2
  438.   7
  439.   5
  440.   6
  441.   6
  442.   2
  443.   7
  444.   6
  445.   8
  446.   6
  447.   8
  448.   6
  449.   8
  450.   6
  451.   7
  452.   4
  453.   7
  454.   6
  455.   6
  456.   4
  457.   7
  458.   6
  459.   7
  460.   6
  461.   7
  462.   6
  463.   8
  464.   6
  465.  10
  466.  10
  467.   8
  468.   6
  469.   2
  470.   8
  471.   6
  472.  11
  473.  10
  474.   8
  475.   6
  476.   3
  477.  10
  478.  10
  479.  10
  480.  10
  481.  10
  482.  10
  483.   8
  484.   6
  485.   2
  486.   4
  487.   6
  488.   6
  489.  10
  490.  10
  491.  10
  492.  10
  493.   4
  494.   4
  495.   4
  496.   4
  497.   8
  498.   9
  499.   9
  500.   5
  501.   9
  502.  10
  503.   8
  504.   2
  505.   8
  506.   7
  507.   8
  508.   6
  509.   7
  510.   7
  511.   2
  512.   7
  513.   8
  514.   8
  515.   7
  516.   7
  517.   8
  518.   7
  519.   6
  520.   7
  521.   6
  522.   8
  523.   7
  524.   8
  525.   8
  526.   2
  527.   8
  528.   6
  529.   5
  530.   6
  531.   2
  532.   6
  533.   6
  534.   6
  535.   5
  536.   6
  537.   6
  538.   2
  539.   6
  540.   6
  541.   6
  542.   6
  543.   5
  544.   6
  545.   6
  546.   5
  547.   6
  548.   5
  549.   8
  550.   8
  551.   2
  552.   6
  553.   6
  554.   6
  555.   8
  556.   6
  557.  10
  558.   6
  559.   7
  560.   7
  561.   2
  562.   2
  563.   5
  564.  12
  565.  11
  566.   9
  567.   7
  568.   7
  569.   7
  570.   8
  571.   7
  572.   7
  573.   6
  574.   8
  575.   6
  576.  12
  577.   7
  578.   9
  579.   9
  580.   7
  581.   7
  582.   8
  583.   7
  584.   8
  585.   7
  586.   6
  587.   7
  588.   6
  589.   7
  590.   8
  591.   7
  592.   7
  593.   6
  594.  10
  595.  10
  596.   8
  597.   9
  598.   7
  599.   8
  600.  11
  601.   8
  602.   6
  603.   6
  604.   7
  605.   4
  606.   6
  607.   6
  608.   8
  609.   5
  610.   6
  611.   6
  612.   5
  613.   6
  614.   8
  615.   6
  616.   6
  617.   6
  618.   6
  619.   6
  620.   6
  621.   6
  622.   8
  623.   6
  624.   6
  625.   6
  626.   8
  627.   8
  628.   7
  629.   8
  630.   6
  631.   6
  632.   8
  633.   6
  634.   6
  635.   6
  636.   4
  637.   6
  638.   6
  639.   2
  640.   2
  641.   2
  642.  10
  643.   9
  644.   6
  645.   5
  646.   6
  647.   6
  648.   5
  649.   5
  650.  11
  651.  13
  652.   9
  653.   4
  654.   4
  655.   4
  656.   4
  657.   4
  658.   4
  659.   4
  660.   4
  661.   4
  662.   4
  663.   4
  664.   4
  665.   4
  666.   4
  667.   4
  668.   3
  669.   4
  670.   4
  671.   3
  672.   6
  673.   6
  674.   5
  675.   6
  676.   7
  677.   3
  678.   3
  679.   7
  680.   7
  681.   3
  682.   6
  683.   5
  684.   5
  685.   7
  686.   7
  687.   3
  688.   5
  689.   7
  690.   6
  691.   6
  692.   6
  693.   6
  694.   6
  695.   6
  696.   6
  697.   9
  698.   7
  699.   6
  700.   6
  701.   6
  702.   3
  703.   5
  704.   9
  705.   3
  706.   6
  707.   6
  708.   5
  709.   5
  710.   7
  711.   9
  712.   9
  713.   9
  714.   9
  715.   6
  716.   6
  717.   6
  718.   6
  719.   5
  720.   6
  721.   7
  722.   3
  723.   5
  724.   7
  725.   3
  726.   6
  727.   5
  728.   5
  729.   7
  730.   5
  731.   7
  732.   6
  733.   6
  734.   6
  735.   6
  736.   6
  737.   9
  738.   7
  739.   3
  740.   6
  741.   5
  742.   6
  743.   6
  744.   0
  745.   0
  746.   0
  747.   0
  748.   4
  749.   4
  750.   4
  751.   5
  752.   2
  753.   2
  754.   3
  755.   2
  756.   2
  757.   2
  758.   2
  759.   2
  760.   2
  761.   6
  762.   6
  763.   6
  764.   6
  765.   6
  766.   6
  767.   6
  768.   6
  769.   6
  770.   6
  771.   6
  772.   4
  773.   6
  774.   8
  775.   8
  776.   3
  777.   8
  778.   6
  779.   6
  780.   6
  781.   8
  782.   8
  783.   8
  784.   8
  785.   8
  786.   2
  787.   8
  788.   8
  789.   8
  790.   8
  791.   8
  792.   8
  793.   8
  794.   8
  795.   7
  796.   8
  797.   8
  798.   8
  799.   8
  800.   8
  801.   3
  802.   3
  803.   8
  804.   8
  805.   8
  806.   8
  807.   6
  808.   6
  809.   6
  810.   6
  811.   5
  812.   5
  813.   9
  814.  10
  815.   4
  816.   6
  817.   9
  818.  10
  819.   4
  820.   6
  821.   7
  822.   6
  823.   8
  824.   8
  825.   8
  826.   8
  827.   8
  828.   8
  829.   8
  830.   8
  831.   8
  832.   8
  833.   8
  834.   8
  835.   8
  836.   8
  837.   8
  838.   8
  839.   2
  840.   2
  841.   2
  842.   2
  843.   2
  844.   8
  845.   8
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.   7
  863.  11
  864.   8
  865.   8
  866.   8
  867.   8
  868.   8
  869.   8
  870.   8
  871.   8
  872.   8
  873.   8
  874.   8
  875.   8
  876.   8
  877.   8
  878.   8
  879.   8
  880.   8
  881.   8
  882.   8
  883.   8
  884.   8
  885.   8
  886.   8
  887.   8
  888.   8
  889.   8
  890.   8
  891.   8
  892.   4
  893.   4
  894.   8
  895.   7
  896.   5
  897.   2
  898.   3
  899.   2
  900.   3
  901.   5
  902.   5
  903.   2
  904.   3
  905.   7
  906.   6
  907.   3
  908.   3
  909.   2
  910.   3
  911.   8
  912.   8
  913.   3
  914.   3
  915.   3
  916.   4
  917.   8
  918.   8
  919.   3
  920.   3
  921.   8
  922.   8
  923.   3
  924.   3
  925.   6
  926.   6
  927.   6
  928.   6
  929.   6
  930.   6
  931.   6
  932.   6
  933.   6
  934.   6
  935.   6
  936.   6
  937.   4
  938.   4
  939.   4
  940.   4
  941.   5
  942.   5
  943.   5
  944.   5
  945.   9
  946.   9
  947.   6
  948.   6
  949.   9
  950.   9
  951.   6
  952.   6
  953.  12
  954.  12
  955.   9
  956.   9
  957.  12
  958.  12
  959.   9
  960.   9
  961.   6
  962.   6
  963.   6
  964.   6
  965.   6
  966.   6
  967.   6
  968.   6
  969.   6
  970.   5
  971.   6
  972.   4
  973.   6
  974.   5
  975.   6
  976.   4
  977.   9
  978.   9
  979.   3
  980.   3
  981.   6
  982.   6
  983.   3
  984.   3
  985.   7
  986.   7
  987.   4
  988.   4
  989.   6
  990.   6
  991.   2
  992.   2
  993.   4
  994.   4
  995.   4
  996.   4
  997.   6
  998.   6
  999.   3
 1000.   3
 1001.   3
 1002.   4
 1003.   5
 1004.   4
 1005.   5
 1006.   5
 1007.   7
 1008.   6
 1009.   7
 1010.   6
 1011.   3
 1012.   3
 1013.   6
 1014.   7
 1015.   6
 1016.   7
 1017.   6
 1018.   7
 1019.   6
 1020.   7
 1021.   8
 1022.   8
 1023.   2
 1024.   2
 1025.   8
 1026.   8
 1027.   8
 1028.   2
 1029.   2
 1030.   8
 1031.   8
 1032.   2
 1033.   3
 1034.   8
 1035.   8
 1036.   8
 1037.   2
 1038.   2
 1039.   2
 1040.   2
 1041.   2
 1042.   2
 1043.   8
 1044.   2
 1045.   2
 1046.   8
 1047.   8
 1048.   8
 1049.   8
 1050.   8
 1051.   8
 1052.   8
 1053.   8
 1054.   8
 1055.   8
 1056.   8
 1057.   8
 1058.   8
 1059.   8
 1060.   8
 1061.   8
 1062.   8
 1063.   8
 1064.   8
 1065.   8
 1066.   8
 1067.   8
 1068.   8
 1069.   8
 1070.   8
 1071.   8
 1072.   8
 1073.   8
 1074.   8
 1075.   8
 1076.   8
 1077.   8
 1078.   8
 1079.   8
 1080.   8
 1081.   8
 1082.   8
 1083.   8
 1084.   8
 1085.   8
 1086.   8
 1087.   8
 1088.   8
 1089.   8
 1090.   8
 1091.   8
 1092.   8
 1093.   8
 1094.   8
 1095.   8
 1096.   8
 1097.   8
 1098.   8
 1099.   8
 1100.   4
 1101.   4
 1102.   4
 1103.   8
 1104.   8
 1105.   8
 1106.   8
 1107.   8
 1108.   8
 1109.   8
 1110.   8
 1111.   8
 1112.   8
 1113.   8
 1114.   8
 1115.   8
 1116.   8
 1117.   8
 1118.   8
 1119.   8
 1120.   8
 1121.   8
 1122.   8
 1123.   8
 1124.   8
 1125.   8
 1126.   8
 1127.   1
 1128.  11
 1129.  22
 1130.   9
 1131.   7
 1132.   9
 1133.   7
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.   6
 1151.   9
 1152.   9
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   2
 1188.   8
 1189.   6
 1190.   8
 1191.   6
 1192.   8
 1193.   6
 1194.   8
 1195.   6
 1196.   8
 1197.   6
 1198.   8
 1199.   6
 1200.   8
 1201.   6
 1202.   8
 1203.   6
 1204.   8
 1205.   6
 1206.   8
 1207.   6
 1208.   8
 1209.   6
 1210.   8
 1211.   6
 1212.   6
 1213.   6
 1214.   6
 1215.   6
 1216.   6
 1217.   6
 1218.   6
 1219.   6
 1220.   6
 1221.   6
 1222.   6
 1223.   6
 1224.   6
 1225.   6
 1226.   6
 1227.   6
 1228.   2
 1229.   2
 1230.   2
 1231.   2
 1232.   8
 1233.   6
 1234.   8
 1235.   6
 1236.   8
 1237.   6
 1238.   8
 1239.   6
 1240.   8
 1241.   6
 1242.   8
 1243.   6
 1244.   8
 1245.   6
 1246.   9
 1247.   7
 1248.   9
 1249.   7
 1250.   9
 1251.   7
 1252.   9
 1253.   7
 1254.   9
 1255.   7
 1256.   7
 1257.   6
 1258.   7
 1259.   6
 1260.   9
 1261.   7
 1262.   9
 1263.   7
 1264.   9
 1265.   7
 1266.   9
 1267.   7
 1268.   9
 1269.   7
 1270.   8
 1271.   6
 1272.   8
 1273.   6
 1274.   8
 1275.   6
 1276.   8
 1277.   6
 1278.   2
 1279.   2
 1280.   8
 1281.   6
 1282.   7
 1283.   6
 1284.   7
 1285.   6
 1286.   7
 1287.   6
 1288.   7
 1289.   6
 1290.   7
 1291.   6
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.   6
 1297.   4
 1298.  10
 1299.   7
 1300.   6
 1301.   5
 1302.   6
 1303.   5
 1304.   8
 1305.   6
 1306.   6
 1307.   6
 1308.   6
 1309.   6
 1310.   7
 1311.   6
 1312.   7
 1313.   6
 1314.   7
 1315.   6
 1316.   8
 1317.   6
 1318.   9
 1319.   6


	DevRec  1: ppem =  12, maxWid =  24
    0.   9
    1.   0
    2.   3
    3.   3
    4.   3
    5.   4
    6.   7
    7.   7
    8.  11
    9.   8
   10.   2
   11.   4
   12.   4
   13.   5
   14.   7
   15.   3
   16.   4
   17.   3
   18.   3
   19.   7
   20.   7
   21.   7
   22.   7
   23.   7
   24.   7
   25.   7
   26.   7
   27.   7
   28.   7
   29.   3
   30.   3
   31.   7
   32.   7
   33.   7
   34.   7
   35.  12
   36.   7
   37.   8
   38.   9
   39.   9
   40.   8
   41.   7
   42.   9
   43.   9
   44.   3
   45.   6
   46.   8
   47.   7
   48.   9
   49.   9
   50.   9
   51.   8
   52.   9
   53.   9
   54.   8
   55.   7
   56.   9
   57.   7
   58.  11
   59.   7
   60.   7
   61.   7
   62.   3
   63.   3
   64.   3
   65.   5
   66.   7
   67.   4
   68.   7
   69.   7
   70.   6
   71.   7
   72.   7
   73.   3
   74.   7
   75.   7
   76.   3
   77.   3
   78.   6
   79.   3
   80.  11
   81.   7
   82.   7
   83.   7
   84.   7
   85.   4
   86.   7
   87.   3
   88.   7
   89.   5
   90.   9
   91.   5
   92.   5
   93.   5
   94.   4
   95.   3
   96.   4
   97.   7
   98.   7
   99.   7
  100.   9
  101.   8
  102.   9
  103.   9
  104.   9
  105.   7
  106.   7
  107.   7
  108.   7
  109.   7
  110.   7
  111.   6
  112.   7
  113.   7
  114.   7
  115.   7
  116.   3
  117.   3
  118.   3
  119.   3
  120.   7
  121.   7
  122.   7
  123.   7
  124.   7
  125.   7
  126.   7
  127.   7
  128.   7
  129.   7
  130.   7
  131.   5
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 1285.   7
 1286.   9
 1287.   7
 1288.   9
 1289.   7
 1290.   9
 1291.   7
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.   7
 1297.   4
 1298.  11
 1299.   8
 1300.   7
 1301.   5
 1302.   7
 1303.   5
 1304.   9
 1305.   7
 1306.   7
 1307.   6
 1308.   7
 1309.   6
 1310.   8
 1311.   6
 1312.   8
 1313.   6
 1314.   8
 1315.   6
 1316.   9
 1317.   7
 1318.   9
 1319.   7


	DevRec  2: ppem =  13, maxWid =  26
    0.  10
    1.   0
    2.   4
    3.   4
    4.   3
    5.   5
    6.   7
    7.   7
    8.  12
    9.   9
   10.   2
   11.   4
   12.   4
   13.   5
   14.   8
   15.   4
   16.   4
   17.   4
   18.   4
   19.   7
   20.   7
   21.   7
   22.   7
   23.   7
   24.   7
   25.   7
   26.   7
   27.   7
   28.   7
   29.   4
   30.   4
   31.   8
   32.   8
   33.   8
   34.   7
   35.  13
   36.   9
   37.   9
   38.   9
   39.   9
   40.   9
   41.   8
   42.  10
   43.   9
   44.   3
   45.   6
   46.   9
   47.   7
   48.  11
   49.   9
   50.  10
   51.   9
   52.  10
   53.   9
   54.   9
   55.   7
   56.   9
   57.   9
   58.  13
   59.   7
   60.   9
   61.   7
   62.   4
   63.   4
   64.   4
   65.   5
   66.   7
   67.   4
   68.   7
   69.   7
   70.   7
   71.   7
   72.   7
   73.   3
   74.   7
   75.   7
   76.   3
   77.   3
   78.   7
   79.   3
   80.  11
   81.   7
   82.   7
   83.   7
   84.   7
   85.   4
   86.   7
   87.   4
   88.   7
   89.   5
   90.   9
   91.   7
   92.   7
   93.   7
   94.   4
   95.   3
   96.   4
   97.   8
   98.   9
   99.   9
  100.   9
  101.   9
  102.   9
  103.  10
  104.   9
  105.   7
  106.   7
  107.   7
  108.   7
  109.   7
  110.   7
  111.   7
  112.   7
  113.   7
  114.   7
  115.   7
  116.   3
  117.   3
  118.   3
  119.   3
  120.   7
  121.   7
  122.   7
  123.   7
  124.   7
  125.   7
  126.   7
  127.   7
  128.   7
  129.   7
  130.   7
  131.   5
  132.   7
  133.   7
  134.   7
  135.   5
  136.   7
  137.   9
  138.  10
  139.  10
  140.  13
  141.   4
  142.   4
  143.   7
  144.  13
  145.  10
  146.   9
  147.   7
  148.   7
  149.   7
  150.   7
  151.   7
  152.   6
  153.   9
  154.  11
  155.   7
  156.   3
  157.   4
  158.   5
  159.  10
  160.  12
  161.   7
  162.   8
  163.   3
  164.   8
  165.   8
  166.   7
  167.   7
  168.   8
  169.   7
  170.   7
  171.  13
  172.   9
  173.   9
  174.  10
  175.  13
  176.  12
  177.   7
  178.  13
  179.   4
  180.   4
  181.   3
  182.   3
  183.   7
  184.   6
  185.   7
  186.   9
  187.   2
  188.   7
  189.   4
  190.   4
  191.   7
  192.   7
  193.   7
  194.   4
  195.   3
  196.   4
  197.  14
  198.   9
  199.   9
  200.   9
  201.   9
  202.   9
  203.   3
  204.   3
  205.   3
  206.   3
  207.  10
  208.  10
  209.  10
  210.   9
  211.   9
  212.   9
  213.   3
  214.   4
  215.   4
  216.   4
  217.   4
  218.   4
  219.   4
  220.   4
  221.   4
  222.   4
  223.   4
  224.   7
  225.   3
  226.   9
  227.   7
  228.   7
  229.   7
  230.   3
  231.   9
  232.   7
  233.   9
  234.   7
  235.   9
  236.   7
  237.   8
  238.   8
  239.   4
  240.   4
  241.   4
  242.  11
  243.  11
  244.  11
  245.   7
  246.  10
  247.   7
  248.   3
  249.   9
  250.   7
  251.   9
  252.   7
  253.   9
  254.   7
  255.   7
  256.   7
  257.   4
  258.   9
  259.   7
  260.   9
  261.   7
  262.   9
  263.   8
  264.   9
  265.   9
  266.   7
  267.   9
  268.   7
  269.   7
  270.   3
  271.   7
  272.   4
  273.   7
  274.   4
  275.   9
  276.   7
  277.   9
  278.   7
  279.  10
  280.   7
  281.   9
  282.   4
  283.   9
  284.   4
  285.   9
  286.   7
  287.   7
  288.   3
  289.   7
  290.   5
  291.   9
  292.   7
  293.   9
  294.   7
  295.   7
  296.   7
  297.   7
  298.   7
  299.   7
  300.  10
  301.   9
  302.   8
  303.   7
  304.   6
  305.   8
  306.   5
  307.   8
  308.   7
  309.   7
  310.   5
  311.  15
  312.  13
  313.   7
  314.  13
  315.   7
  316.  13
  317.   7
  318.   7
  319.  13
  320.   9
  321.   8
  322.   8
  323.   8
  324.   8
  325.   8
  326.   9
  327.   8
  328.   9
  329.   9
  330.   9
  331.   9
  332.   9
  333.   9
  334.   9
  335.   9
  336.   9
  337.   9
  338.   9
  339.   9
  340.   9
  341.   9
  342.   9
  343.   9
  344.   9
  345.   9
  346.   9
  347.   9
  348.   9
  349.   9
  350.   9
  351.   9
  352.   9
  353.   9
  354.   9
  355.   9
  356.   9
  357.   9
  358.   9
  359.   9
  360.   9
  361.   9
  362.   9
  363.   9
  364.   9
  365.   9
  366.   9
  367.   9
  368.   9
  369.   9
  370.   9
  371.   9
  372.   9
  373.   9
  374.   8
  375.  13
  376.  13
  377.  13
  378.  13
  379.  13
  380.   8
  381.   8
  382.   8
  383.  13
  384.  14
  385.  12
  386.  10
  387.  10
  388.   7
  389.   9
  390.   8
  391.   7
  392.   7
  393.  10
  394.  10
  395.   6
  396.   8
  397.   2
  398.   5
  399.  12
  400.   5
  401.   8
  402.   5
  403.   5
  404.   8
  405.   5
  406.   9
  407.   7
  408.   9
  409.   7
  410.   9
  411.   7
  412.   9
  413.   7
  414.   9
  415.   7
  416.   9
  417.   7
  418.  10
  419.   7
  420.  10
  421.   7
  422.  10
  423.   7
  424.   9
  425.   7
  426.   9
  427.   7
  428.   3
  429.   3
  430.   3
  431.   3
  432.   3
  433.   3
  434.   3
  435.   3
  436.   6
  437.   3
  438.   9
  439.   7
  440.   7
  441.   7
  442.   3
  443.   9
  444.   7
  445.   9
  446.   7
  447.  10
  448.   7
  449.  10
  450.   7
  451.   9
  452.   4
  453.   9
  454.   7
  455.   8
  456.   4
  457.   9
  458.   7
  459.   9
  460.   7
  461.   9
  462.   7
  463.   9
  464.   7
  465.  13
  466.   9
  467.   9
  468.   7
  469.   3
  470.   9
  471.   7
  472.  13
  473.  12
  474.  10
  475.   7
  476.   3
  477.  13
  478.   9
  479.  13
  480.   9
  481.  13
  482.   9
  483.   9
  484.   7
  485.   3
  486.   4
  487.   7
  488.   8
  489.  11
  490.  11
  491.  11
  492.  11
  493.   4
  494.   4
  495.   4
  496.   4
  497.   9
  498.  10
  499.  11
  500.   5
  501.  10
  502.  11
  503.  10
  504.   3
  505.   9
  506.   9
  507.   9
  508.   9
  509.   7
  510.   9
  511.   3
  512.   9
  513.   9
  514.  11
  515.   9
  516.   8
  517.  10
  518.   9
  519.   9
  520.   8
  521.   7
  522.   9
  523.   7
  524.   9
  525.  10
  526.   3
  527.   9
  528.   8
  529.   6
  530.   7
  531.   3
  532.   7
  533.   7
  534.   7
  535.   6
  536.   7
  537.   7
  538.   3
  539.   7
  540.   7
  541.   7
  542.   5
  543.   6
  544.   7
  545.   7
  546.   6
  547.   7
  548.   7
  549.   9
  550.   9
  551.   3
  552.   7
  553.   7
  554.   7
  555.   9
  556.   9
  557.  11
  558.   7
  559.   9
  560.   9
  561.   3
  562.   3
  563.   6
  564.  14
  565.  13
  566.  11
  567.   8
  568.   8
  569.   9
  570.   9
  571.   9
  572.   9
  573.   7
  574.   9
  575.   9
  576.  11
  577.   8
  578.   9
  579.   9
  580.   8
  581.   9
  582.  11
  583.   9
  584.  10
  585.   9
  586.   9
  587.   9
  588.   7
  589.   8
  590.  11
  591.   7
  592.  10
  593.   9
  594.  11
  595.  11
  596.  10
  597.  11
  598.   8
  599.   9
  600.  13
  601.   9
  602.   7
  603.   7
  604.   7
  605.   5
  606.   8
  607.   7
  608.   9
  609.   6
  610.   7
  611.   7
  612.   6
  613.   7
  614.   9
  615.   7
  616.   7
  617.   7
  618.   7
  619.   7
  620.   5
  621.   7
  622.   9
  623.   7
  624.   7
  625.   7
  626.  11
  627.  12
  628.   8
  629.   9
  630.   7
  631.   7
  632.  10
  633.   7
  634.   7
  635.   7
  636.   5
  637.   7
  638.   7
  639.   3
  640.   3
  641.   3
  642.  12
  643.  11
  644.   7
  645.   6
  646.   7
  647.   7
  648.   6
  649.   5
  650.  13
  651.  14
  652.   9
  653.   4
  654.   4
  655.   4
  656.   4
  657.   4
  658.   4
  659.   4
  660.   4
  661.   4
  662.   4
  663.   4
  664.   4
  665.   4
  666.   5
  667.   4
  668.   3
  669.   4
  670.   4
  671.   4
  672.   7
  673.   7
  674.   5
  675.   7
  676.   8
  677.   3
  678.   5
  679.   8
  680.   8
  681.   3
  682.   7
  683.   6
  684.   6
  685.   8
  686.   8
  687.   3
  688.   5
  689.   7
  690.   7
  691.   7
  692.   7
  693.   6
  694.   6
  695.   7
  696.   7
  697.   9
  698.   8
  699.   6
  700.   6
  701.   6
  702.   3
  703.   5
  704.   9
  705.   3
  706.   7
  707.   7
  708.   6
  709.   6
  710.   7
  711.   9
  712.   9
  713.   9
  714.   9
  715.   7
  716.   7
  717.   7
  718.   7
  719.   5
  720.   7
  721.   8
  722.   4
  723.   5
  724.   8
  725.   4
  726.   7
  727.   6
  728.   6
  729.   8
  730.   5
  731.   7
  732.   7
  733.   7
  734.   6
  735.   7
  736.   7
  737.   9
  738.   8
  739.   3
  740.   7
  741.   6
  742.   7
  743.   7
  744.   0
  745.   0
  746.   0
  747.   0
  748.   4
  749.   4
  750.   5
  751.   5
  752.   3
  753.   3
  754.   3
  755.   3
  756.   3
  757.   3
  758.   3
  759.   3
  760.   2
  761.   7
  762.   7
  763.   7
  764.   7
  765.   7
  766.   7
  767.   7
  768.   7
  769.   7
  770.   7
  771.   7
  772.   4
  773.   7
  774.  10
  775.  10
  776.   4
  777.  10
  778.   7
  779.   7
  780.   7
  781.  10
  782.  10
  783.  10
  784.  10
  785.  10
  786.   3
  787.  10
  788.  10
  789.  10
  790.  10
  791.  10
  792.  10
  793.  10
  794.  10
  795.   8
  796.  10
  797.  10
  798.  10
  799.   9
  800.   9
  801.   3
  802.   3
  803.  10
  804.  10
  805.  10
  806.  10
  807.   7
  808.   7
  809.   7
  810.   7
  811.   6
  812.   6
  813.  11
  814.  12
  815.   5
  816.   7
  817.  11
  818.  12
  819.   5
  820.   7
  821.   8
  822.   8
  823.  10
  824.  10
  825.  10
  826.  10
  827.  10
  828.  10
  829.  10
  830.  10
  831.  10
  832.  10
  833.  10
  834.  10
  835.  10
  836.  10
  837.  10
  838.  10
  839.   3
  840.   3
  841.   3
  842.   3
  843.   3
  844.  10
  845.  10
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.   7
  863.  13
  864.  10
  865.  10
  866.  10
  867.  10
  868.  10
  869.  10
  870.  10
  871.  10
  872.  10
  873.  10
  874.  10
  875.  10
  876.  10
  877.  10
  878.  10
  879.  10
  880.  10
  881.  10
  882.  10
  883.  10
  884.  10
  885.  10
  886.  10
  887.  10
  888.  10
  889.  10
  890.  10
  891.  10
  892.   4
  893.   4
  894.  10
  895.   8
  896.   5
  897.   3
  898.   3
  899.   3
  900.   3
  901.   6
  902.   6
  903.   3
  904.   3
  905.   8
  906.   8
  907.   3
  908.   3
  909.   3
  910.   3
  911.   9
  912.   9
  913.   3
  914.   3
  915.   4
  916.   5
  917.   9
  918.   9
  919.   3
  920.   3
  921.   9
  922.   9
  923.   3
  924.   3
  925.   7
  926.   7
  927.   7
  928.   7
  929.   7
  930.   7
  931.   7
  932.   7
  933.   7
  934.   7
  935.   7
  936.   7
  937.   4
  938.   4
  939.   4
  940.   4
  941.   6
  942.   6
  943.   6
  944.   6
  945.  11
  946.  11
  947.   7
  948.   7
  949.  11
  950.  11
  951.   7
  952.   7
  953.  14
  954.  14
  955.  11
  956.  11
  957.  14
  958.  14
  959.  11
  960.  11
  961.   8
  962.   8
  963.   8
  964.   8
  965.   8
  966.   8
  967.   8
  968.   8
  969.   7
  970.   6
  971.   7
  972.   5
  973.   7
  974.   6
  975.   7
  976.   5
  977.  10
  978.  10
  979.   3
  980.   3
  981.   8
  982.   8
  983.   3
  984.   3
  985.   8
  986.   8
  987.   5
  988.   5
  989.   7
  990.   7
  991.   3
  992.   3
  993.   4
  994.   4
  995.   5
  996.   5
  997.   7
  998.   7
  999.   3
 1000.   3
 1001.   4
 1002.   5
 1003.   6
 1004.   5
 1005.   6
 1006.   6
 1007.   8
 1008.   8
 1009.   8
 1010.   8
 1011.   3
 1012.   3
 1013.   7
 1014.   8
 1015.   7
 1016.   8
 1017.   7
 1018.   8
 1019.   7
 1020.   8
 1021.  10
 1022.  10
 1023.   3
 1024.   3
 1025.  10
 1026.  10
 1027.  10
 1028.   2
 1029.   3
 1030.  10
 1031.  10
 1032.   3
 1033.   3
 1034.  10
 1035.  10
 1036.  10
 1037.   3
 1038.   3
 1039.   3
 1040.   3
 1041.   3
 1042.   3
 1043.  10
 1044.   3
 1045.   3
 1046.  10
 1047.  10
 1048.  10
 1049.  10
 1050.  10
 1051.  10
 1052.  10
 1053.  10
 1054.  10
 1055.  10
 1056.  10
 1057.  10
 1058.  10
 1059.  10
 1060.  10
 1061.  10
 1062.  10
 1063.  10
 1064.  10
 1065.  10
 1066.  10
 1067.  10
 1068.  10
 1069.  10
 1070.  10
 1071.  10
 1072.  10
 1073.  10
 1074.  10
 1075.  10
 1076.  10
 1077.  10
 1078.  10
 1079.  10
 1080.  10
 1081.  10
 1082.  10
 1083.  10
 1084.  10
 1085.  10
 1086.  10
 1087.  10
 1088.  10
 1089.  10
 1090.  10
 1091.  10
 1092.  10
 1093.  10
 1094.  10
 1095.  10
 1096.  10
 1097.  10
 1098.  10
 1099.  10
 1100.   4
 1101.   4
 1102.   4
 1103.  10
 1104.  10
 1105.  10
 1106.  10
 1107.  10
 1108.  10
 1109.  10
 1110.  10
 1111.  10
 1112.  10
 1113.  10
 1114.  10
 1115.  10
 1116.  10
 1117.  10
 1118.  10
 1119.  10
 1120.  10
 1121.  10
 1122.  10
 1123.  10
 1124.  10
 1125.  10
 1126.  10
 1127.   2
 1128.  13
 1129.  26
 1130.  11
 1131.   9
 1132.  11
 1133.   9
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.   7
 1151.  11
 1152.  11
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   3
 1188.   9
 1189.   7
 1190.   9
 1191.   7
 1192.   9
 1193.   7
 1194.   9
 1195.   7
 1196.   9
 1197.   7
 1198.   9
 1199.   7
 1200.   9
 1201.   7
 1202.   9
 1203.   7
 1204.   9
 1205.   7
 1206.   9
 1207.   7
 1208.   9
 1209.   7
 1210.   9
 1211.   7
 1212.   9
 1213.   7
 1214.   9
 1215.   7
 1216.   9
 1217.   7
 1218.   9
 1219.   7
 1220.   9
 1221.   7
 1222.   9
 1223.   7
 1224.   9
 1225.   7
 1226.   9
 1227.   7
 1228.   3
 1229.   3
 1230.   3
 1231.   3
 1232.  10
 1233.   7
 1234.  10
 1235.   7
 1236.  10
 1237.   7
 1238.  10
 1239.   7
 1240.  10
 1241.   7
 1242.  10
 1243.   7
 1244.  10
 1245.   7
 1246.  11
 1247.   9
 1248.  11
 1249.   9
 1250.  11
 1251.   9
 1252.  11
 1253.   9
 1254.  11
 1255.   9
 1256.   9
 1257.   7
 1258.   9
 1259.   7
 1260.  11
 1261.   9
 1262.  11
 1263.   9
 1264.  11
 1265.   9
 1266.  11
 1267.   9
 1268.  11
 1269.   9
 1270.   9
 1271.   7
 1272.   9
 1273.   7
 1274.   9
 1275.   7
 1276.   9
 1277.   7
 1278.   3
 1279.   3
 1280.  10
 1281.   7
 1282.   9
 1283.   7
 1284.   9
 1285.   7
 1286.   9
 1287.   7
 1288.   9
 1289.   7
 1290.   9
 1291.   7
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.   7
 1297.   5
 1298.  12
 1299.   9
 1300.   8
 1301.   6
 1302.   8
 1303.   6
 1304.   9
 1305.   7
 1306.   7
 1307.   7
 1308.   7
 1309.   7
 1310.   9
 1311.   7
 1312.   9
 1313.   7
 1314.   9
 1315.   7
 1316.  10
 1317.   7
 1318.  10
 1319.   7


	DevRec  3: ppem =  15, maxWid =  30
    0.  11
    1.   0
    2.   4
    3.   4
    4.   5
    5.   5
    6.   8
    7.   8
    8.  13
    9.  10
   10.   3
   11.   5
   12.   5
   13.   6
   14.   9
   15.   4
   16.   5
   17.   4
   18.   4
   19.   8
   20.   8
   21.   8
   22.   8
   23.   8
   24.   8
   25.   8
   26.   8
   27.   8
   28.   8
   29.   4
   30.   4
   31.   9
   32.   9
   33.   9
   34.   8
   35.  15
   36.   9
   37.  10
   38.  11
   39.  11
   40.  10
   41.   9
   42.  11
   43.  10
   44.   3
   45.   7
   46.  10
   47.   8
   48.  11
   49.  10
   50.  12
   51.  10
   52.  12
   53.  11
   54.  10
   55.   9
   56.  10
   57.   9
   58.  15
   59.   9
   60.   9
   61.   8
   62.   4
   63.   4
   64.   4
   65.   5
   66.   8
   67.   5
   68.   8
   69.   8
   70.   8
   71.   8
   72.   8
   73.   4
   74.   8
   75.   8
   76.   3
   77.   3
   78.   7
   79.   3
   80.  13
   81.   8
   82.   8
   83.   8
   84.   8
   85.   5
   86.   8
   87.   4
   88.   8
   89.   7
   90.  11
   91.   7
   92.   7
   93.   8
   94.   5
   95.   3
   96.   5
   97.   9
   98.   9
   99.   9
  100.  11
  101.  10
  102.  10
  103.  12
  104.  10
  105.   8
  106.   8
  107.   8
  108.   8
  109.   8
  110.   8
  111.   8
  112.   8
  113.   8
  114.   8
  115.   8
  116.   3
  117.   3
  118.   3
  119.   3
  120.   8
  121.   8
  122.   8
  123.   8
  124.   8
  125.   8
  126.   8
  127.   8
  128.   8
  129.   8
  130.   8
  131.   6
  132.   8
  133.   8
  134.   8
  135.   5
  136.   8
  137.   9
  138.  11
  139.  11
  140.  15
  141.   5
  142.   5
  143.   8
  144.  15
  145.  12
  146.  11
  147.   8
  148.   8
  149.   8
  150.   8
  151.   8
  152.   7
  153.  11
  154.  12
  155.   8
  156.   4
  157.   5
  158.   5
  159.  12
  160.  13
  161.   8
  162.   9
  163.   5
  164.   9
  165.   9
  166.   8
  167.   8
  168.   9
  169.   8
  170.   8
  171.  15
  172.   9
  173.   9
  174.  12
  175.  15
  176.  14
  177.   8
  178.  15
  179.   5
  180.   5
  181.   3
  182.   3
  183.   8
  184.   7
  185.   7
  186.   9
  187.   3
  188.   8
  189.   5
  190.   5
  191.   8
  192.   8
  193.   8
  194.   4
  195.   3
  196.   5
  197.  14
  198.   9
  199.  10
  200.   9
  201.  10
  202.  10
  203.   3
  204.   3
  205.   3
  206.   3
  207.  12
  208.  12
  209.  12
  210.  10
  211.  10
  212.  10
  213.   3
  214.   5
  215.   4
  216.   5
  217.   5
  218.   5
  219.   5
  220.   5
  221.   5
  222.   5
  223.   5
  224.   8
  225.   3
  226.  10
  227.   8
  228.   8
  229.   8
  230.   3
  231.  11
  232.   8
  233.   9
  234.   7
  235.  10
  236.   8
  237.   9
  238.   9
  239.   5
  240.   5
  241.   5
  242.  13
  243.  13
  244.  13
  245.   8
  246.  11
  247.   8
  248.   3
  249.  10
  250.   8
  251.  11
  252.   8
  253.  11
  254.   8
  255.   8
  256.   8
  257.   5
  258.   9
  259.   8
  260.   9
  261.   8
  262.  11
  263.   9
  264.  11
  265.  10
  266.   8
  267.  10
  268.   8
  269.   8
  270.   3
  271.   8
  272.   4
  273.   8
  274.   5
  275.  10
  276.   8
  277.  10
  278.   8
  279.  12
  280.   8
  281.  11
  282.   5
  283.  11
  284.   5
  285.  10
  286.   8
  287.   9
  288.   4
  289.   9
  290.   6
  291.  10
  292.   8
  293.  10
  294.   8
  295.   8
  296.   8
  297.   8
  298.   8
  299.   8
  300.  12
  301.  11
  302.   9
  303.   8
  304.   7
  305.   9
  306.   5
  307.  10
  308.   8
  309.   8
  310.   5
  311.  17
  312.  15
  313.   8
  314.  15
  315.   8
  316.  15
  317.   8
  318.   8
  319.  15
  320.  11
  321.   9
  322.   9
  323.   9
  324.   9
  325.   9
  326.  11
  327.   9
  328.  11
  329.  11
  330.  11
  331.  11
  332.  11
  333.  11
  334.  11
  335.  11
  336.  11
  337.  11
  338.  11
  339.  11
  340.  11
  341.  11
  342.  11
  343.  11
  344.  11
  345.  11
  346.  11
  347.  11
  348.  11
  349.  11
  350.  11
  351.  11
  352.  11
  353.  11
  354.  11
  355.  11
  356.  11
  357.  11
  358.  11
  359.  11
  360.  11
  361.  11
  362.  11
  363.  11
  364.  11
  365.  11
  366.  11
  367.  11
  368.  11
  369.  11
  370.  11
  371.  11
  372.  11
  373.  11
  374.   9
  375.  15
  376.  15
  377.  15
  378.  15
  379.  15
  380.   9
  381.   9
  382.   9
  383.  15
  384.  16
  385.  14
  386.  11
  387.  11
  388.   8
  389.  10
  390.   9
  391.   8
  392.   8
  393.  11
  394.  11
  395.   7
  396.   9
  397.   3
  398.   5
  399.  13
  400.   5
  401.   9
  402.   5
  403.   5
  404.   9
  405.   5
  406.   9
  407.   8
  408.  11
  409.   8
  410.  11
  411.   8
  412.  10
  413.   8
  414.  10
  415.   8
  416.  10
  417.   8
  418.  11
  419.   8
  420.  11
  421.   8
  422.  11
  423.   8
  424.  10
  425.   8
  426.  10
  427.   8
  428.   3
  429.   3
  430.   3
  431.   3
  432.   3
  433.   3
  434.   3
  435.   3
  436.   7
  437.   3
  438.  10
  439.   7
  440.   8
  441.   8
  442.   3
  443.  10
  444.   8
  445.  11
  446.   8
  447.  12
  448.   8
  449.  12
  450.   8
  451.  11
  452.   5
  453.  10
  454.   8
  455.   9
  456.   4
  457.  10
  458.   8
  459.  10
  460.   8
  461.  10
  462.   8
  463.  11
  464.   8
  465.  15
  466.  11
  467.   9
  468.   7
  469.   3
  470.   9
  471.   8
  472.  15
  473.  13
  474.  12
  475.   8
  476.   3
  477.  15
  478.  11
  479.  15
  480.  11
  481.  15
  482.  11
  483.   9
  484.   7
  485.   3
  486.   5
  487.   8
  488.   9
  489.  13
  490.  13
  491.  13
  492.  13
  493.   5
  494.   5
  495.   5
  496.   5
  497.   9
  498.  12
  499.  13
  500.   6
  501.  12
  502.  12
  503.  11
  504.   3
  505.   9
  506.  10
  507.  10
  508.  10
  509.   8
  510.  10
  511.   3
  512.  10
  513.  11
  514.  11
  515.  10
  516.  10
  517.  12
  518.  10
  519.  10
  520.   9
  521.   9
  522.   9
  523.   9
  524.  11
  525.  11
  526.   3
  527.   9
  528.   9
  529.   7
  530.   8
  531.   3
  532.   8
  533.   9
  534.   7
  535.   7
  536.   8
  537.   8
  538.   3
  539.   8
  540.   7
  541.   8
  542.   7
  543.   7
  544.   8
  545.   8
  546.   7
  547.   8
  548.   8
  549.  11
  550.  12
  551.   3
  552.   8
  553.   8
  554.   8
  555.  12
  556.  10
  557.  13
  558.   8
  559.  11
  560.  10
  561.   3
  562.   3
  563.   7
  564.  16
  565.  15
  566.  13
  567.   9
  568.  10
  569.  11
  570.   9
  571.  10
  572.  10
  573.   8
  574.  10
  575.  10
  576.  14
  577.   9
  578.  11
  579.  11
  580.   9
  581.  10
  582.  11
  583.  10
  584.  12
  585.  10
  586.  10
  587.  11
  588.   9
  589.  10
  590.  11
  591.   9
  592.  11
  593.   9
  594.  14
  595.  15
  596.  12
  597.  13
  598.  10
  599.  11
  600.  15
  601.  11
  602.   8
  603.   9
  604.   8
  605.   5
  606.   9
  607.   8
  608.   9
  609.   7
  610.   8
  611.   8
  612.   7
  613.   8
  614.  10
  615.   8
  616.   8
  617.   8
  618.   8
  619.   8
  620.   7
  621.   7
  622.  11
  623.   7
  624.   9
  625.   8
  626.  11
  627.  11
  628.   9
  629.  11
  630.   8
  631.   8
  632.  11
  633.   8
  634.   8
  635.   8
  636.   5
  637.   8
  638.   8
  639.   3
  640.   3
  641.   3
  642.  14
  643.  12
  644.   8
  645.   7
  646.   7
  647.   8
  648.   7
  649.   6
  650.  15
  651.  16
  652.  10
  653.   5
  654.   5
  655.   5
  656.   5
  657.   5
  658.   5
  659.   5
  660.   5
  661.   5
  662.   5
  663.   5
  664.   5
  665.   5
  666.   6
  667.   5
  668.   3
  669.   5
  670.   5
  671.   4
  672.   8
  673.   8
  674.   6
  675.   8
  676.   9
  677.   3
  678.   6
  679.   9
  680.   9
  681.   3
  682.   8
  683.   7
  684.   7
  685.   9
  686.   9
  687.   3
  688.   5
  689.   9
  690.   8
  691.   9
  692.   8
  693.   7
  694.   7
  695.   8
  696.   8
  697.  10
  698.  10
  699.   6
  700.   6
  701.   6
  702.   4
  703.   6
  704.  12
  705.   3
  706.   8
  707.   8
  708.   7
  709.   7
  710.   8
  711.  10
  712.  10
  713.  10
  714.  10
  715.   8
  716.   8
  717.   8
  718.   8
  719.   6
  720.   8
  721.   9
  722.   4
  723.   6
  724.   9
  725.   4
  726.   8
  727.   7
  728.   7
  729.   9
  730.   5
  731.   9
  732.   9
  733.   8
  734.   7
  735.   8
  736.   8
  737.  10
  738.  10
  739.   3
  740.   8
  741.   7
  742.   8
  743.   9
  744.   0
  745.   0
  746.   0
  747.   0
  748.   5
  749.   5
  750.   5
  751.   6
  752.   3
  753.   3
  754.   4
  755.   3
  756.   3
  757.   3
  758.   3
  759.   3
  760.   2
  761.   8
  762.   8
  763.   8
  764.   8
  765.   8
  766.   8
  767.   8
  768.   8
  769.   8
  770.   8
  771.   8
  772.   5
  773.   8
  774.  11
  775.  11
  776.   4
  777.  11
  778.   8
  779.   8
  780.   8
  781.  11
  782.  11
  783.  11
  784.  11
  785.  11
  786.   3
  787.  11
  788.  11
  789.  11
  790.  11
  791.  11
  792.  11
  793.  11
  794.  11
  795.  10
  796.  11
  797.  11
  798.  11
  799.  11
  800.  11
  801.   4
  802.   4
  803.  11
  804.  11
  805.  11
  806.  11
  807.   8
  808.   8
  809.   8
  810.   8
  811.   7
  812.   7
  813.  12
  814.  14
  815.   6
  816.   8
  817.  12
  818.  14
  819.   6
  820.   8
  821.  10
  822.   9
  823.  11
  824.  11
  825.  11
  826.  11
  827.  11
  828.  11
  829.  11
  830.  11
  831.  11
  832.  11
  833.  11
  834.  11
  835.  11
  836.  11
  837.  11
  838.  11
  839.   3
  840.   3
  841.   3
  842.   3
  843.   3
  844.  11
  845.  11
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.   8
  863.  15
  864.  11
  865.  11
  866.  11
  867.  11
  868.  11
  869.  11
  870.  11
  871.  11
  872.  11
  873.  11
  874.  11
  875.  11
  876.  11
  877.  11
  878.  11
  879.  11
  880.  11
  881.  11
  882.  11
  883.  11
  884.  11
  885.  11
  886.  11
  887.  11
  888.  11
  889.  11
  890.  11
  891.  11
  892.   5
  893.   5
  894.  11
  895.   9
  896.   6
  897.   3
  898.   3
  899.   3
  900.   3
  901.   6
  902.   6
  903.   3
  904.   3
  905.  10
  906.   9
  907.   4
  908.   4
  909.   3
  910.   3
  911.  11
  912.  11
  913.   4
  914.   4
  915.   4
  916.   6
  917.  11
  918.  11
  919.   4
  920.   4
  921.  11
  922.  11
  923.   4
  924.   4
  925.   8
  926.   8
  927.   8
  928.   8
  929.   8
  930.   8
  931.   8
  932.   8
  933.   8
  934.   8
  935.   8
  936.   8
  937.   5
  938.   5
  939.   5
  940.   5
  941.   7
  942.   7
  943.   7
  944.   7
  945.  12
  946.  12
  947.   8
  948.   8
  949.  12
  950.  12
  951.   8
  952.   8
  953.  16
  954.  16
  955.  13
  956.  13
  957.  16
  958.  16
  959.  13
  960.  13
  961.   9
  962.   9
  963.   9
  964.   9
  965.   9
  966.   9
  967.   9
  968.   9
  969.   8
  970.   7
  971.   8
  972.   6
  973.   8
  974.   7
  975.   8
  976.   6
  977.  12
  978.  12
  979.   4
  980.   4
  981.   9
  982.   9
  983.   4
  984.   4
  985.   9
  986.   9
  987.   6
  988.   6
  989.   8
  990.   8
  991.   3
  992.   3
  993.   5
  994.   5
  995.   6
  996.   6
  997.   8
  998.   8
  999.   4
 1000.   4
 1001.   4
 1002.   6
 1003.   7
 1004.   6
 1005.   6
 1006.   6
 1007.  10
 1008.   9
 1009.  10
 1010.   9
 1011.   4
 1012.   4
 1013.   8
 1014.   9
 1015.   8
 1016.   9
 1017.   8
 1018.   9
 1019.   8
 1020.   9
 1021.  11
 1022.  11
 1023.   3
 1024.   3
 1025.  11
 1026.  11
 1027.  11
 1028.   2
 1029.   3
 1030.  11
 1031.  11
 1032.   3
 1033.   4
 1034.  11
 1035.  11
 1036.  11
 1037.   3
 1038.   3
 1039.   3
 1040.   3
 1041.   3
 1042.   3
 1043.  11
 1044.   3
 1045.   3
 1046.  11
 1047.  11
 1048.  11
 1049.  11
 1050.  11
 1051.  11
 1052.  11
 1053.  11
 1054.  11
 1055.  11
 1056.  11
 1057.  11
 1058.  11
 1059.  11
 1060.  11
 1061.  11
 1062.  11
 1063.  11
 1064.  11
 1065.  11
 1066.  11
 1067.  11
 1068.  11
 1069.  11
 1070.  11
 1071.  11
 1072.  11
 1073.  11
 1074.  11
 1075.  11
 1076.  11
 1077.  11
 1078.  11
 1079.  11
 1080.  11
 1081.  11
 1082.  11
 1083.  11
 1084.  11
 1085.  11
 1086.  11
 1087.  11
 1088.  11
 1089.  11
 1090.  11
 1091.  11
 1092.  11
 1093.  11
 1094.  11
 1095.  11
 1096.  11
 1097.  11
 1098.  11
 1099.  11
 1100.   5
 1101.   5
 1102.   5
 1103.  11
 1104.  11
 1105.  11
 1106.  11
 1107.  11
 1108.  11
 1109.  11
 1110.  11
 1111.  11
 1112.  11
 1113.  11
 1114.  11
 1115.  11
 1116.  11
 1117.  11
 1118.  11
 1119.  11
 1120.  11
 1121.  11
 1122.  11
 1123.  11
 1124.  11
 1125.  11
 1126.  11
 1127.   2
 1128.  15
 1129.  30
 1130.  13
 1131.  10
 1132.  13
 1133.  10
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.   8
 1151.  13
 1152.  13
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   3
 1188.   9
 1189.   8
 1190.   9
 1191.   8
 1192.   9
 1193.   8
 1194.   9
 1195.   8
 1196.   9
 1197.   8
 1198.   9
 1199.   8
 1200.   9
 1201.   8
 1202.   9
 1203.   8
 1204.   9
 1205.   8
 1206.   9
 1207.   8
 1208.   9
 1209.   8
 1210.   9
 1211.   8
 1212.  10
 1213.   8
 1214.  10
 1215.   8
 1216.  10
 1217.   8
 1218.  10
 1219.   8
 1220.  10
 1221.   8
 1222.  10
 1223.   8
 1224.  10
 1225.   8
 1226.  10
 1227.   8
 1228.   3
 1229.   3
 1230.   3
 1231.   3
 1232.  12
 1233.   8
 1234.  12
 1235.   8
 1236.  12
 1237.   8
 1238.  12
 1239.   8
 1240.  12
 1241.   8
 1242.  12
 1243.   8
 1244.  12
 1245.   8
 1246.  13
 1247.  10
 1248.  13
 1249.  10
 1250.  13
 1251.  10
 1252.  13
 1253.  10
 1254.  13
 1255.  10
 1256.  10
 1257.   8
 1258.  10
 1259.   8
 1260.  13
 1261.  10
 1262.  13
 1263.  10
 1264.  13
 1265.  10
 1266.  13
 1267.  10
 1268.  13
 1269.  10
 1270.   9
 1271.   7
 1272.   9
 1273.   7
 1274.   9
 1275.   7
 1276.   9
 1277.   8
 1278.   3
 1279.   3
 1280.  12
 1281.   8
 1282.  10
 1283.   8
 1284.  10
 1285.   8
 1286.  10
 1287.   8
 1288.  10
 1289.   8
 1290.  10
 1291.   8
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.   8
 1297.   5
 1298.  14
 1299.  10
 1300.   9
 1301.   7
 1302.   9
 1303.   7
 1304.  11
 1305.   8
 1306.   8
 1307.   8
 1308.   8
 1309.   8
 1310.  10
 1311.   8
 1312.  10
 1313.   8
 1314.  10
 1315.   8
 1316.  11
 1317.   8
 1318.  12
 1319.   8


	DevRec  4: ppem =  16, maxWid =  32
    0.  12
    1.   0
    2.   4
    3.   4
    4.   5
    5.   6
    6.   9
    7.   9
    8.  14
    9.  11
   10.   3
   11.   5
   12.   5
   13.   6
   14.   9
   15.   4
   16.   5
   17.   4
   18.   4
   19.   9
   20.   9
   21.   9
   22.   9
   23.   9
   24.   9
   25.   9
   26.   9
   27.   9
   28.   9
   29.   4
   30.   4
   31.   9
   32.   9
   33.   9
   34.   9
   35.  16
   36.  11
   37.  11
   38.  12
   39.  12
   40.  11
   41.  10
   42.  12
   43.  11
   44.   3
   45.   8
   46.  11
   47.   9
   48.  13
   49.  11
   50.  12
   51.  11
   52.  12
   53.  11
   54.  11
   55.   9
   56.  11
   57.  11
   58.  15
   59.  11
   60.   9
   61.   9
   62.   4
   63.   4
   64.   4
   65.   7
   66.   9
   67.   5
   68.   9
   69.   9
   70.   8
   71.   9
   72.   9
   73.   4
   74.   9
   75.   8
   76.   4
   77.   3
   78.   8
   79.   3
   80.  13
   81.   8
   82.   9
   83.   9
   84.   9
   85.   5
   86.   8
   87.   4
   88.   8
   89.   7
   90.  11
   91.   7
   92.   7
   93.   7
   94.   5
   95.   3
   96.   5
   97.   9
   98.  11
   99.  11
  100.  12
  101.  11
  102.  11
  103.  12
  104.  11
  105.   9
  106.   9
  107.   9
  108.   9
  109.   9
  110.   9
  111.   8
  112.   9
  113.   9
  114.   9
  115.   9
  116.   3
  117.   3
  118.   3
  119.   3
  120.   8
  121.   9
  122.   9
  123.   9
  124.   9
  125.   9
  126.   8
  127.   8
  128.   8
  129.   8
  130.   9
  131.   6
  132.   9
  133.   9
  134.   9
  135.   6
  136.   9
  137.   9
  138.  12
  139.  12
  140.  16
  141.   5
  142.   5
  143.   9
  144.  16
  145.  12
  146.  11
  147.   9
  148.   9
  149.   9
  150.   9
  151.   9
  152.   8
  153.  11
  154.  13
  155.   9
  156.   4
  157.   5
  158.   5
  159.  12
  160.  14
  161.   9
  162.  10
  163.   5
  164.   9
  165.   9
  166.   9
  167.   9
  168.   9
  169.   9
  170.   9
  171.  16
  172.  11
  173.  11
  174.  12
  175.  17
  176.  15
  177.   9
  178.  16
  179.   5
  180.   5
  181.   4
  182.   4
  183.   9
  184.   8
  185.   7
  186.   9
  187.   3
  188.   9
  189.   5
  190.   5
  191.   8
  192.   8
  193.   9
  194.   4
  195.   4
  196.   5
  197.  17
  198.  11
  199.  11
  200.  11
  201.  11
  202.  11
  203.   3
  204.   3
  205.   3
  206.   3
  207.  12
  208.  12
  209.  12
  210.  11
  211.  11
  212.  11
  213.   3
  214.   5
  215.   4
  216.   5
  217.   5
  218.   5
  219.   5
  220.   5
  221.   5
  222.   5
  223.   5
  224.   9
  225.   3
  226.  11
  227.   8
  228.   9
  229.   7
  230.   3
  231.  12
  232.   9
  233.   9
  234.   7
  235.  11
  236.   9
  237.   9
  238.   9
  239.   5
  240.   5
  241.   5
  242.  13
  243.  13
  244.  13
  245.   9
  246.  12
  247.   9
  248.   3
  249.  11
  250.   8
  251.  12
  252.   8
  253.  12
  254.   8
  255.   9
  256.   9
  257.   5
  258.  11
  259.   9
  260.  11
  261.   9
  262.  12
  263.  10
  264.  12
  265.  11
  266.   9
  267.  11
  268.   9
  269.   9
  270.   3
  271.   9
  272.   4
  273.   9
  274.   5
  275.  11
  276.   8
  277.  11
  278.   8
  279.  12
  280.   9
  281.  11
  282.   5
  283.  11
  284.   5
  285.  11
  286.   8
  287.   9
  288.   4
  289.   9
  290.   6
  291.  11
  292.   8
  293.  11
  294.   8
  295.   9
  296.   7
  297.   9
  298.   7
  299.   9
  300.  12
  301.  11
  302.   9
  303.   9
  304.   7
  305.  10
  306.   5
  307.  10
  308.   9
  309.   8
  310.   6
  311.  18
  312.  16
  313.   8
  314.  16
  315.   8
  316.  16
  317.   8
  318.   8
  319.  16
  320.  12
  321.   9
  322.  10
  323.   9
  324.  10
  325.  10
  326.  11
  327.  10
  328.  11
  329.  11
  330.  11
  331.  11
  332.  11
  333.  11
  334.  11
  335.  11
  336.  11
  337.  11
  338.  11
  339.  11
  340.  11
  341.  11
  342.  11
  343.  11
  344.  11
  345.  11
  346.  11
  347.  11
  348.  11
  349.  11
  350.  11
  351.  11
  352.  11
  353.  11
  354.  11
  355.  11
  356.  11
  357.  11
  358.  11
  359.  11
  360.  11
  361.  11
  362.  11
  363.  11
  364.  11
  365.  11
  366.  11
  367.  11
  368.  11
  369.  11
  370.  11
  371.  11
  372.  11
  373.  12
  374.  10
  375.  16
  376.  16
  377.  16
  378.  16
  379.  16
  380.  10
  381.  10
  382.  10
  383.  16
  384.  17
  385.  15
  386.  12
  387.  12
  388.   9
  389.  11
  390.  10
  391.   8
  392.   8
  393.  12
  394.  12
  395.   7
  396.  10
  397.   3
  398.   6
  399.  14
  400.   5
  401.  10
  402.   6
  403.   6
  404.  10
  405.   6
  406.  11
  407.   9
  408.  12
  409.   8
  410.  12
  411.   8
  412.  11
  413.   9
  414.  11
  415.   9
  416.  11
  417.   9
  418.  12
  419.   9
  420.  12
  421.   9
  422.  12
  423.   9
  424.  11
  425.   8
  426.  11
  427.   8
  428.   3
  429.   3
  430.   3
  431.   3
  432.   3
  433.   3
  434.   3
  435.   4
  436.   8
  437.   3
  438.  11
  439.   8
  440.   8
  441.   9
  442.   3
  443.  11
  444.   8
  445.  12
  446.   9
  447.  12
  448.   9
  449.  12
  450.   9
  451.  11
  452.   5
  453.  11
  454.   8
  455.  10
  456.   4
  457.  11
  458.   8
  459.  11
  460.   8
  461.  11
  462.   8
  463.  12
  464.   8
  465.  15
  466.  11
  467.   9
  468.   7
  469.   3
  470.  11
  471.   9
  472.  16
  473.  14
  474.  12
  475.   9
  476.   3
  477.  15
  478.  11
  479.  15
  480.  11
  481.  15
  482.  11
  483.   9
  484.   7
  485.   4
  486.   5
  487.   9
  488.  10
  489.  13
  490.  13
  491.  13
  492.  13
  493.   5
  494.   5
  495.   5
  496.   5
  497.  11
  498.  13
  499.  13
  500.   6
  501.  12
  502.  12
  503.  12
  504.   3
  505.  11
  506.  11
  507.  11
  508.  11
  509.   9
  510.  11
  511.   3
  512.  11
  513.  11
  514.  13
  515.  11
  516.  10
  517.  12
  518.  11
  519.  11
  520.  10
  521.   9
  522.   9
  523.  11
  524.  11
  525.  12
  526.   3
  527.   9
  528.   9
  529.   7
  530.   8
  531.   3
  532.   8
  533.   9
  534.   8
  535.   7
  536.   8
  537.   9
  538.   3
  539.   8
  540.   8
  541.   9
  542.   7
  543.   7
  544.   9
  545.   9
  546.   8
  547.   8
  548.   8
  549.  11
  550.  13
  551.   3
  552.   8
  553.   9
  554.   8
  555.  13
  556.  11
  557.  14
  558.   9
  559.  12
  560.  11
  561.   3
  562.   3
  563.   8
  564.  17
  565.  16
  566.  13
  567.   9
  568.  10
  569.  12
  570.  11
  571.  11
  572.  11
  573.   9
  574.  11
  575.  11
  576.  14
  577.  10
  578.  12
  579.  12
  580.   9
  581.  11
  582.  13
  583.  11
  584.  12
  585.  11
  586.  11
  587.  12
  588.   9
  589.  10
  590.  11
  591.  11
  592.  12
  593.  10
  594.  13
  595.  14
  596.  13
  597.  14
  598.  11
  599.  12
  600.  16
  601.  12
  602.   9
  603.   9
  604.   9
  605.   6
  606.   9
  607.   9
  608.  10
  609.   7
  610.   8
  611.   8
  612.   7
  613.   8
  614.  11
  615.   8
  616.   9
  617.   8
  618.   9
  619.   8
  620.   7
  621.   7
  622.  13
  623.   7
  624.   9
  625.   8
  626.  11
  627.  11
  628.  10
  629.  12
  630.   9
  631.   8
  632.  12
  633.   9
  634.   9
  635.   8
  636.   6
  637.   8
  638.   8
  639.   4
  640.   3
  641.   3
  642.  15
  643.  13
  644.   8
  645.   7
  646.   7
  647.   8
  648.   8
  649.   7
  650.  16
  651.  17
  652.  11
  653.   5
  654.   5
  655.   5
  656.   5
  657.   5
  658.   5
  659.   5
  660.   5
  661.   5
  662.   5
  663.   5
  664.   5
  665.   5
  666.   6
  667.   5
  668.   3
  669.   5
  670.   5
  671.   4
  672.   9
  673.   9
  674.   6
  675.   8
  676.  10
  677.   3
  678.   6
  679.  10
  680.   9
  681.   3
  682.   8
  683.   7
  684.   7
  685.  10
  686.  10
  687.   3
  688.   6
  689.   9
  690.   8
  691.   9
  692.   9
  693.   7
  694.   8
  695.   9
  696.   8
  697.  11
  698.  10
  699.   6
  700.   6
  701.   6
  702.   4
  703.   7
  704.  12
  705.   3
  706.   8
  707.   8
  708.   7
  709.   7
  710.   9
  711.  11
  712.  11
  713.  11
  714.  11
  715.   9
  716.   9
  717.   9
  718.   9
  719.   6
  720.   8
  721.  10
  722.   5
  723.   7
  724.   9
  725.   5
  726.   8
  727.   7
  728.   7
  729.  10
  730.   6
  731.   9
  732.   9
  733.   9
  734.   8
  735.   9
  736.   8
  737.  11
  738.  10
  739.   3
  740.   9
  741.   7
  742.   9
  743.   9
  744.   0
  745.   0
  746.   0
  747.   0
  748.   5
  749.   5
  750.   6
  751.   7
  752.   3
  753.   3
  754.   4
  755.   3
  756.   3
  757.   3
  758.   3
  759.   3
  760.   3
  761.   8
  762.   8
  763.   8
  764.   8
  765.   8
  766.   8
  767.   8
  768.   8
  769.   8
  770.   8
  771.   8
  772.   5
  773.   8
  774.  12
  775.  12
  776.   5
  777.  12
  778.   8
  779.   8
  780.   8
  781.  12
  782.  12
  783.  12
  784.  12
  785.  12
  786.   3
  787.  12
  788.  12
  789.  12
  790.  12
  791.  12
  792.  12
  793.  12
  794.  12
  795.  10
  796.  12
  797.  12
  798.  12
  799.  11
  800.  11
  801.   4
  802.   4
  803.  12
  804.  12
  805.  12
  806.  12
  807.   9
  808.   8
  809.   8
  810.   8
  811.   8
  812.   8
  813.  13
  814.  15
  815.   6
  816.   8
  817.  13
  818.  15
  819.   6
  820.   8
  821.  10
  822.   9
  823.  12
  824.  12
  825.  12
  826.  12
  827.  12
  828.  12
  829.  12
  830.  12
  831.  12
  832.  12
  833.  12
  834.  12
  835.  12
  836.  12
  837.  12
  838.  12
  839.   4
  840.   3
  841.   3
  842.   3
  843.   3
  844.  12
  845.  12
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.   9
  863.  16
  864.  12
  865.  12
  866.  12
  867.  12
  868.  12
  869.  12
  870.  12
  871.  12
  872.  12
  873.  12
  874.  12
  875.  12
  876.  12
  877.  12
  878.  12
  879.  12
  880.  12
  881.  12
  882.  12
  883.  12
  884.  12
  885.  12
  886.  12
  887.  12
  888.  12
  889.  12
  890.  12
  891.  12
  892.   5
  893.   5
  894.  12
  895.  10
  896.   7
  897.   3
  898.   4
  899.   3
  900.   4
  901.   7
  902.   7
  903.   3
  904.   4
  905.  10
  906.   9
  907.   4
  908.   4
  909.   3
  910.   4
  911.  11
  912.  11
  913.   4
  914.   4
  915.   5
  916.   6
  917.  11
  918.  11
  919.   4
  920.   4
  921.  11
  922.  11
  923.   4
  924.   4
  925.   9
  926.   8
  927.   8
  928.   8
  929.   9
  930.   8
  931.   8
  932.   8
  933.   9
  934.   8
  935.   8
  936.   8
  937.   5
  938.   5
  939.   5
  940.   5
  941.   8
  942.   8
  943.   8
  944.   8
  945.  13
  946.  13
  947.   9
  948.   9
  949.  13
  950.  13
  951.   9
  952.   9
  953.  18
  954.  18
  955.  14
  956.  14
  957.  18
  958.  18
  959.  14
  960.  14
  961.   9
  962.   9
  963.   9
  964.   9
  965.   9
  966.   9
  967.   9
  968.   9
  969.   9
  970.   7
  971.   8
  972.   6
  973.   9
  974.   7
  975.   8
  976.   6
  977.  13
  978.  13
  979.   4
  980.   4
  981.   9
  982.   9
  983.   4
  984.   4
  985.  10
  986.  10
  987.   6
  988.   6
  989.   8
  990.   8
  991.   3
  992.   3
  993.   5
  994.   5
  995.   6
  996.   6
  997.   8
  998.   8
  999.   4
 1000.   4
 1001.   5
 1002.   6
 1003.   7
 1004.   6
 1005.   7
 1006.   7
 1007.  10
 1008.   9
 1009.  10
 1010.   9
 1011.   4
 1012.   4
 1013.   9
 1014.  10
 1015.   9
 1016.  10
 1017.   9
 1018.  10
 1019.   9
 1020.  10
 1021.  12
 1022.  12
 1023.   3
 1024.   3
 1025.  12
 1026.  12
 1027.  12
 1028.   3
 1029.   3
 1030.  12
 1031.  12
 1032.   3
 1033.   4
 1034.  12
 1035.  12
 1036.  12
 1037.   3
 1038.   3
 1039.   3
 1040.   3
 1041.   3
 1042.   4
 1043.  12
 1044.   3
 1045.   3
 1046.  12
 1047.  12
 1048.  12
 1049.  12
 1050.  12
 1051.  12
 1052.  12
 1053.  12
 1054.  12
 1055.  12
 1056.  12
 1057.  12
 1058.  12
 1059.  12
 1060.  12
 1061.  12
 1062.  12
 1063.  12
 1064.  12
 1065.  12
 1066.  12
 1067.  12
 1068.  12
 1069.  12
 1070.  12
 1071.  12
 1072.  12
 1073.  12
 1074.  12
 1075.  12
 1076.  12
 1077.  12
 1078.  12
 1079.  12
 1080.  12
 1081.  12
 1082.  12
 1083.  12
 1084.  12
 1085.  12
 1086.  12
 1087.  12
 1088.  12
 1089.  12
 1090.  12
 1091.  12
 1092.  12
 1093.  12
 1094.  12
 1095.  12
 1096.  12
 1097.  12
 1098.  12
 1099.  12
 1100.   5
 1101.   5
 1102.   5
 1103.  12
 1104.  12
 1105.  12
 1106.  12
 1107.  12
 1108.  12
 1109.  12
 1110.  12
 1111.  12
 1112.  12
 1113.  12
 1114.  12
 1115.  12
 1116.  12
 1117.  12
 1118.  12
 1119.  12
 1120.  12
 1121.  12
 1122.  12
 1123.  12
 1124.  12
 1125.  12
 1126.  12
 1127.   2
 1128.  16
 1129.  32
 1130.  14
 1131.  11
 1132.  14
 1133.  11
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.   8
 1151.  13
 1152.  13
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   4
 1188.  11
 1189.   9
 1190.  11
 1191.   9
 1192.  11
 1193.   9
 1194.  11
 1195.   9
 1196.  11
 1197.   9
 1198.  11
 1199.   9
 1200.  11
 1201.   9
 1202.  11
 1203.   9
 1204.  11
 1205.   9
 1206.  11
 1207.   9
 1208.  11
 1209.   9
 1210.  11
 1211.   9
 1212.  11
 1213.   9
 1214.  11
 1215.   9
 1216.  11
 1217.   9
 1218.  11
 1219.   9
 1220.  11
 1221.   9
 1222.  11
 1223.   9
 1224.  11
 1225.   9
 1226.  11
 1227.   9
 1228.   3
 1229.   4
 1230.   3
 1231.   4
 1232.  12
 1233.   9
 1234.  12
 1235.   9
 1236.  12
 1237.   9
 1238.  12
 1239.   9
 1240.  12
 1241.   9
 1242.  12
 1243.   9
 1244.  12
 1245.   9
 1246.  14
 1247.  11
 1248.  14
 1249.  11
 1250.  14
 1251.  11
 1252.  14
 1253.  11
 1254.  14
 1255.  11
 1256.  11
 1257.   8
 1258.  11
 1259.   8
 1260.  14
 1261.  11
 1262.  14
 1263.  11
 1264.  14
 1265.  11
 1266.  14
 1267.  11
 1268.  14
 1269.  11
 1270.   9
 1271.   7
 1272.   9
 1273.   7
 1274.   9
 1275.   7
 1276.  11
 1277.   9
 1278.   3
 1279.   4
 1280.  12
 1281.   9
 1282.  11
 1283.   8
 1284.  11
 1285.   8
 1286.  11
 1287.   8
 1288.  11
 1289.   8
 1290.  11
 1291.   8
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.   9
 1297.   6
 1298.  15
 1299.  11
 1300.   9
 1301.   7
 1302.   9
 1303.   7
 1304.  12
 1305.   9
 1306.   9
 1307.   8
 1308.   9
 1309.   8
 1310.  11
 1311.   8
 1312.  11
 1313.   8
 1314.  11
 1315.   8
 1316.  12
 1317.   9
 1318.  12
 1319.   9


	DevRec  5: ppem =  17, maxWid =  34
    0.  13
    1.   0
    2.   5
    3.   5
    4.   5
    5.   6
    6.   9
    7.   9
    8.  15
    9.  11
   10.   3
   11.   6
   12.   6
   13.   7
   14.  10
   15.   5
   16.   6
   17.   5
   18.   5
   19.   9
   20.   9
   21.   9
   22.   9
   23.   9
   24.   9
   25.   9
   26.   9
   27.   9
   28.   9
   29.   5
   30.   5
   31.  10
   32.  10
   33.  10
   34.   9
   35.  17
   36.  11
   37.  11
   38.  12
   39.  12
   40.  11
   41.  10
   42.  12
   43.  11
   44.   5
   45.   9
   46.  11
   47.   9
   48.  13
   49.  11
   50.  12
   51.  11
   52.  12
   53.  11
   54.  11
   55.   9
   56.  11
   57.  11
   58.  17
   59.  11
   60.  11
   61.   9
   62.   5
   63.   5
   64.   5
   65.   7
   66.   9
   67.   6
   68.   9
   69.   9
   70.   9
   71.   9
   72.   9
   73.   5
   74.   9
   75.   9
   76.   4
   77.   3
   78.   8
   79.   3
   80.  13
   81.   9
   82.   9
   83.   9
   84.   9
   85.   6
   86.   8
   87.   4
   88.   9
   89.   7
   90.  11
   91.   7
   92.   9
   93.   8
   94.   6
   95.   5
   96.   6
   97.  10
   98.  11
   99.  11
  100.  12
  101.  11
  102.  11
  103.  12
  104.  11
  105.   9
  106.   9
  107.   9
  108.   9
  109.   9
  110.   9
  111.   9
  112.   9
  113.   9
  114.   9
  115.   9
  116.   5
  117.   5
  118.   5
  119.   5
  120.   9
  121.   9
  122.   9
  123.   9
  124.   9
  125.   9
  126.   9
  127.   9
  128.   9
  129.   9
  130.   9
  131.   7
  132.   9
  133.   9
  134.   9
  135.   6
  136.   9
  137.  10
  138.  13
  139.  13
  140.  17
  141.   6
  142.   6
  143.   9
  144.  17
  145.  13
  146.  12
  147.   9
  148.   9
  149.   9
  150.   9
  151.   9
  152.   8
  153.  12
  154.  14
  155.   9
  156.   4
  157.   5
  158.   5
  159.  13
  160.  15
  161.   9
  162.  10
  163.   5
  164.  10
  165.  10
  166.   9
  167.   9
  168.  11
  169.   9
  170.   9
  171.  17
  172.  11
  173.  11
  174.  12
  175.  17
  176.  16
  177.   9
  178.  17
  179.   6
  180.   6
  181.   4
  182.   4
  183.   9
  184.   8
  185.   9
  186.  11
  187.   3
  188.   9
  189.   6
  190.   6
  191.   9
  192.   9
  193.   9
  194.   5
  195.   4
  196.   6
  197.  17
  198.  11
  199.  11
  200.  11
  201.  11
  202.  11
  203.   5
  204.   5
  205.   5
  206.   5
  207.  12
  208.  12
  209.  12
  210.  11
  211.  11
  212.  11
  213.   5
  214.   6
  215.   4
  216.   6
  217.   6
  218.   6
  219.   6
  220.   6
  221.   6
  222.   6
  223.   6
  224.   9
  225.   3
  226.  11
  227.   8
  228.   9
  229.   8
  230.   5
  231.  12
  232.   9
  233.  11
  234.   9
  235.  11
  236.   9
  237.  10
  238.  10
  239.   6
  240.   6
  241.   6
  242.  14
  243.  14
  244.  14
  245.   9
  246.  12
  247.   9
  248.   5
  249.  11
  250.   8
  251.  12
  252.   9
  253.  12
  254.   9
  255.  10
  256.   9
  257.   6
  258.  11
  259.   9
  260.  11
  261.   9
  262.  12
  263.  10
  264.  12
  265.  11
  266.   9
  267.  11
  268.   9
  269.   9
  270.   3
  271.   9
  272.   4
  273.   9
  274.   6
  275.  11
  276.   9
  277.  11
  278.   9
  279.  12
  280.   9
  281.  11
  282.   6
  283.  11
  284.   6
  285.  11
  286.   8
  287.   9
  288.   4
  289.   9
  290.   6
  291.  11
  292.   9
  293.  11
  294.   9
  295.   9
  296.   8
  297.   9
  298.   8
  299.   9
  300.  12
  301.  13
  302.  10
  303.   9
  304.   8
  305.  11
  306.   6
  307.  11
  308.   9
  309.   9
  310.   6
  311.  19
  312.  17
  313.   9
  314.  17
  315.   9
  316.  17
  317.   9
  318.   9
  319.  17
  320.  12
  321.  10
  322.  10
  323.  10
  324.  10
  325.  10
  326.  12
  327.  11
  328.  12
  329.  12
  330.  12
  331.  12
  332.  12
  333.  12
  334.  12
  335.  12
  336.  12
  337.  12
  338.  12
  339.  12
  340.  12
  341.  12
  342.  12
  343.  12
  344.  12
  345.  12
  346.  12
  347.  12
  348.  12
  349.  12
  350.  12
  351.  12
  352.  12
  353.  12
  354.  12
  355.  12
  356.  12
  357.  12
  358.  12
  359.  12
  360.  12
  361.  12
  362.  12
  363.  12
  364.  12
  365.  12
  366.  12
  367.  12
  368.  12
  369.  12
  370.  12
  371.  12
  372.  12
  373.  12
  374.  10
  375.  17
  376.  17
  377.  17
  378.  17
  379.  17
  380.  10
  381.  10
  382.  10
  383.  17
  384.  18
  385.  16
  386.  13
  387.  13
  388.   9
  389.  11
  390.  10
  391.   9
  392.   9
  393.  13
  394.  13
  395.   8
  396.  10
  397.   3
  398.   6
  399.  15
  400.   6
  401.  10
  402.   6
  403.   6
  404.  10
  405.   6
  406.  11
  407.   9
  408.  12
  409.   9
  410.  12
  411.   9
  412.  11
  413.   9
  414.  11
  415.   9
  416.  11
  417.   9
  418.  12
  419.   9
  420.  12
  421.   9
  422.  12
  423.   9
  424.  11
  425.   9
  426.  11
  427.   9
  428.   5
  429.   5
  430.   5
  431.   5
  432.   5
  433.   5
  434.   5
  435.   4
  436.   9
  437.   3
  438.  11
  439.   8
  440.   8
  441.   9
  442.   3
  443.  11
  444.   9
  445.  12
  446.   9
  447.  12
  448.   9
  449.  12
  450.   9
  451.  11
  452.   6
  453.  11
  454.   8
  455.  10
  456.   4
  457.  11
  458.   9
  459.  11
  460.   9
  461.  11
  462.   9
  463.  12
  464.   9
  465.  17
  466.  11
  467.  11
  468.   9
  469.   4
  470.  11
  471.   9
  472.  17
  473.  15
  474.  13
  475.   9
  476.   4
  477.  17
  478.  11
  479.  17
  480.  11
  481.  17
  482.  11
  483.  11
  484.   9
  485.   4
  486.   6
  487.   9
  488.  10
  489.  14
  490.  14
  491.  14
  492.  14
  493.   6
  494.   6
  495.   6
  496.   6
  497.  11
  498.  13
  499.  13
  500.   6
  501.  13
  502.  14
  503.  13
  504.   3
  505.  11
  506.  11
  507.  11
  508.  11
  509.   9
  510.  11
  511.   5
  512.  11
  513.  11
  514.  13
  515.  11
  516.  11
  517.  12
  518.  11
  519.  11
  520.  11
  521.   9
  522.  11
  523.  11
  524.  13
  525.  13
  526.   5
  527.  11
  528.  10
  529.   8
  530.   9
  531.   3
  532.   9
  533.  10
  534.   9
  535.   8
  536.   9
  537.   9
  538.   3
  539.   8
  540.   9
  541.   9
  542.   7
  543.   8
  544.   9
  545.   9
  546.   8
  547.   9
  548.   9
  549.  11
  550.  13
  551.   3
  552.   9
  553.   9
  554.   9
  555.  13
  556.  11
  557.  15
  558.   9
  559.  12
  560.  11
  561.   5
  562.   5
  563.   9
  564.  18
  565.  17
  566.  15
  567.  10
  568.  11
  569.  11
  570.  11
  571.  11
  572.  11
  573.   9
  574.  12
  575.  11
  576.  15
  577.  10
  578.  12
  579.  12
  580.  10
  581.  10
  582.  13
  583.  11
  584.  12
  585.  11
  586.  11
  587.  12
  588.   9
  589.  11
  590.  13
  591.  11
  592.  13
  593.  10
  594.  15
  595.  15
  596.  13
  597.  14
  598.  10
  599.  12
  600.  16
  601.  12
  602.   9
  603.   9
  604.   9
  605.   6
  606.  10
  607.   9
  608.  11
  609.   8
  610.   9
  611.   9
  612.   7
  613.  10
  614.  11
  615.   9
  616.   9
  617.   9
  618.   9
  619.   9
  620.   8
  621.   9
  622.  13
  623.   7
  624.  10
  625.   9
  626.  14
  627.  14
  628.  11
  629.  12
  630.   9
  631.   9
  632.  13
  633.   9
  634.   9
  635.   9
  636.   6
  637.   9
  638.   8
  639.   4
  640.   5
  641.   3
  642.  15
  643.  14
  644.   9
  645.   7
  646.   9
  647.   9
  648.   8
  649.   7
  650.  17
  651.  18
  652.  12
  653.   6
  654.   6
  655.   6
  656.   6
  657.   6
  658.   6
  659.   6
  660.   6
  661.   6
  662.   6
  663.   6
  664.   6
  665.   6
  666.   7
  667.   6
  668.   3
  669.   6
  670.   6
  671.   5
  672.  10
  673.   9
  674.   7
  675.   9
  676.  10
  677.   3
  678.   7
  679.  10
  680.  10
  681.   3
  682.   9
  683.   8
  684.   8
  685.  10
  686.  10
  687.   3
  688.   6
  689.  10
  690.   9
  691.  10
  692.   9
  693.   8
  694.   8
  695.   9
  696.   9
  697.  12
  698.  11
  699.   7
  700.   7
  701.   7
  702.   4
  703.   7
  704.  12
  705.   3
  706.   9
  707.   9
  708.   8
  709.   8
  710.   9
  711.  12
  712.  12
  713.  12
  714.  12
  715.  10
  716.  10
  717.  10
  718.   9
  719.   7
  720.   9
  721.  10
  722.   5
  723.   7
  724.  10
  725.   5
  726.   9
  727.   8
  728.   8
  729.  10
  730.   6
  731.  10
  732.  10
  733.   9
  734.   8
  735.   9
  736.   9
  737.  12
  738.  11
  739.   3
  740.   9
  741.   8
  742.   9
  743.  10
  744.   0
  745.   0
  746.   0
  747.   0
  748.   5
  749.   5
  750.   6
  751.   7
  752.   4
  753.   3
  754.   4
  755.   3
  756.   3
  757.   4
  758.   3
  759.   4
  760.   3
  761.   9
  762.   9
  763.   9
  764.   9
  765.   9
  766.   9
  767.   9
  768.   9
  769.   9
  770.   9
  771.   9
  772.   5
  773.   9
  774.  13
  775.  13
  776.   5
  777.  13
  778.   9
  779.   9
  780.   9
  781.  13
  782.  13
  783.  13
  784.  13
  785.  13
  786.   4
  787.  13
  788.  13
  789.  13
  790.  13
  791.  13
  792.  13
  793.  13
  794.  13
  795.  11
  796.  13
  797.  13
  798.  13
  799.  12
  800.  12
  801.   4
  802.   4
  803.  13
  804.  13
  805.  13
  806.  13
  807.  10
  808.   9
  809.   9
  810.   9
  811.   8
  812.   8
  813.  14
  814.  16
  815.   7
  816.   9
  817.  14
  818.  16
  819.   7
  820.   9
  821.  11
  822.  10
  823.  13
  824.  13
  825.  13
  826.  13
  827.  13
  828.  13
  829.  13
  830.  13
  831.  13
  832.  13
  833.  13
  834.  13
  835.  13
  836.  13
  837.  13
  838.  13
  839.   4
  840.   4
  841.   4
  842.   4
  843.   4
  844.  13
  845.  13
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.   9
  863.  17
  864.  13
  865.  13
  866.  13
  867.  13
  868.  13
  869.  13
  870.  13
  871.  13
  872.  13
  873.  13
  874.  13
  875.  13
  876.  13
  877.  13
  878.  13
  879.  13
  880.  13
  881.  13
  882.  13
  883.  13
  884.  13
  885.  13
  886.  13
  887.  13
  888.  13
  889.  13
  890.  13
  891.  13
  892.   5
  893.   5
  894.  13
  895.  10
  896.   7
  897.   4
  898.   4
  899.   4
  900.   4
  901.   7
  902.   7
  903.   4
  904.   4
  905.  11
  906.  10
  907.   4
  908.   4
  909.   4
  910.   4
  911.  12
  912.  12
  913.   4
  914.   4
  915.   5
  916.   6
  917.  12
  918.  12
  919.   4
  920.   4
  921.  12
  922.  12
  923.   4
  924.   4
  925.  10
  926.   9
  927.   9
  928.   9
  929.  10
  930.   9
  931.   9
  932.   9
  933.  10
  934.   9
  935.   9
  936.   9
  937.   6
  938.   6
  939.   6
  940.   6
  941.   8
  942.   8
  943.   8
  944.   8
  945.  14
  946.  14
  947.   9
  948.   9
  949.  14
  950.  14
  951.   9
  952.   9
  953.  19
  954.  19
  955.  14
  956.  14
  957.  19
  958.  19
  959.  14
  960.  14
  961.  10
  962.  10
  963.  10
  964.  10
  965.  10
  966.  10
  967.  10
  968.  10
  969.   9
  970.   8
  971.   9
  972.   7
  973.   9
  974.   8
  975.   9
  976.   7
  977.  13
  978.  13
  979.   5
  980.   4
  981.  10
  982.  10
  983.   5
  984.   4
  985.  10
  986.  10
  987.   7
  988.   7
  989.   9
  990.   9
  991.   4
  992.   4
  993.   6
  994.   6
  995.   7
  996.   7
  997.   9
  998.   9
  999.   4
 1000.   4
 1001.   5
 1002.   6
 1003.   8
 1004.   7
 1005.   7
 1006.   7
 1007.  11
 1008.  10
 1009.  11
 1010.  10
 1011.   4
 1012.   4
 1013.   9
 1014.  10
 1015.   9
 1016.  10
 1017.   9
 1018.  10
 1019.   9
 1020.  10
 1021.  13
 1022.  13
 1023.   3
 1024.   3
 1025.  13
 1026.  13
 1027.  13
 1028.   3
 1029.   4
 1030.  13
 1031.  13
 1032.   4
 1033.   4
 1034.  13
 1035.  13
 1036.  13
 1037.   4
 1038.   4
 1039.   4
 1040.   4
 1041.   4
 1042.   4
 1043.  13
 1044.   3
 1045.   3
 1046.  13
 1047.  13
 1048.  13
 1049.  13
 1050.  13
 1051.  13
 1052.  13
 1053.  13
 1054.  13
 1055.  13
 1056.  13
 1057.  13
 1058.  13
 1059.  13
 1060.  13
 1061.  13
 1062.  13
 1063.  13
 1064.  13
 1065.  13
 1066.  13
 1067.  13
 1068.  13
 1069.  13
 1070.  13
 1071.  13
 1072.  13
 1073.  13
 1074.  13
 1075.  13
 1076.  13
 1077.  13
 1078.  13
 1079.  13
 1080.  13
 1081.  13
 1082.  13
 1083.  13
 1084.  13
 1085.  13
 1086.  13
 1087.  13
 1088.  13
 1089.  13
 1090.  13
 1091.  13
 1092.  13
 1093.  13
 1094.  13
 1095.  13
 1096.  13
 1097.  13
 1098.  13
 1099.  13
 1100.   5
 1101.   5
 1102.   5
 1103.  13
 1104.  13
 1105.  13
 1106.  13
 1107.  13
 1108.  13
 1109.  13
 1110.  13
 1111.  13
 1112.  13
 1113.  13
 1114.  13
 1115.  13
 1116.  13
 1117.  13
 1118.  13
 1119.  13
 1120.  13
 1121.  13
 1122.  13
 1123.  13
 1124.  13
 1125.  13
 1126.  13
 1127.   2
 1128.  17
 1129.  34
 1130.  15
 1131.  11
 1132.  15
 1133.  11
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.   9
 1151.  14
 1152.  14
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   4
 1188.  11
 1189.   9
 1190.  11
 1191.   9
 1192.  11
 1193.   9
 1194.  11
 1195.   9
 1196.  11
 1197.   9
 1198.  11
 1199.   9
 1200.  11
 1201.   9
 1202.  11
 1203.   9
 1204.  11
 1205.   9
 1206.  11
 1207.   9
 1208.  11
 1209.   9
 1210.  11
 1211.   9
 1212.  11
 1213.   9
 1214.  11
 1215.   9
 1216.  11
 1217.   9
 1218.  11
 1219.   9
 1220.  11
 1221.   9
 1222.  11
 1223.   9
 1224.  11
 1225.   9
 1226.  11
 1227.   9
 1228.   5
 1229.   4
 1230.   5
 1231.   4
 1232.  12
 1233.   9
 1234.  12
 1235.   9
 1236.  12
 1237.   9
 1238.  12
 1239.   9
 1240.  12
 1241.   9
 1242.  12
 1243.   9
 1244.  12
 1245.   9
 1246.  15
 1247.  11
 1248.  15
 1249.  11
 1250.  15
 1251.  11
 1252.  15
 1253.  11
 1254.  15
 1255.  11
 1256.  11
 1257.   9
 1258.  11
 1259.   9
 1260.  15
 1261.  11
 1262.  15
 1263.  11
 1264.  15
 1265.  11
 1266.  15
 1267.  11
 1268.  15
 1269.  11
 1270.  11
 1271.   9
 1272.  11
 1273.   9
 1274.  11
 1275.   9
 1276.  11
 1277.   9
 1278.   5
 1279.   4
 1280.  12
 1281.   9
 1282.  11
 1283.   9
 1284.  11
 1285.   9
 1286.  11
 1287.   9
 1288.  11
 1289.   9
 1290.  11
 1291.   9
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.   9
 1297.   6
 1298.  16
 1299.  11
 1300.  10
 1301.   7
 1302.  10
 1303.   7
 1304.  12
 1305.   9
 1306.   9
 1307.   9
 1308.   9
 1309.   9
 1310.  11
 1311.   9
 1312.  11
 1313.   9
 1314.  11
 1315.   9
 1316.  13
 1317.   9
 1318.  13
 1319.   9


	DevRec  6: ppem =  19, maxWid =  38
    0.  14
    1.   0
    2.   5
    3.   5
    4.   6
    5.   7
    6.  11
    7.  11
    8.  17
    9.  13
   10.   4
   11.   6
   12.   6
   13.   7
   14.  11
   15.   5
   16.   6
   17.   5
   18.   5
   19.  11
   20.  11
   21.  11
   22.  11
   23.  11
   24.  11
   25.  11
   26.  11
   27.  11
   28.  11
   29.   5
   30.   5
   31.  11
   32.  11
   33.  11
   34.  11
   35.  19
   36.  13
   37.  13
   38.  14
   39.  14
   40.  13
   41.  12
   42.  15
   43.  13
   44.   6
   45.  10
   46.  13
   47.  11
   48.  15
   49.  13
   50.  15
   51.  13
   52.  15
   53.  14
   54.  13
   55.  12
   56.  13
   57.  13
   58.  19
   59.  13
   60.  12
   61.  12
   62.   5
   63.   5
   64.   5
   65.   7
   66.  11
   67.   6
   68.  10
   69.  11
   70.  10
   71.  11
   72.  11
   73.   6
   74.  11
   75.  10
   76.   4
   77.   4
   78.   9
   79.   4
   80.  16
   81.  10
   82.  11
   83.  11
   84.  11
   85.   6
   86.  10
   87.   5
   88.  10
   89.   9
   90.  13
   91.   9
   92.   9
   93.   9
   94.   6
   95.   6
   96.   6
   97.  11
   98.  13
   99.  13
  100.  14
  101.  13
  102.  13
  103.  15
  104.  13
  105.  10
  106.  10
  107.  10
  108.  10
  109.  10
  110.  10
  111.  10
  112.  11
  113.  11
  114.  11
  115.  11
  116.   6
  117.   6
  118.   6
  119.   6
  120.  10
  121.  11
  122.  11
  123.  11
  124.  11
  125.  11
  126.  10
  127.  10
  128.  10
  129.  10
  130.  11
  131.   8
  132.  11
  133.  11
  134.  11
  135.   7
  136.  10
  137.  12
  138.  14
  139.  14
  140.  19
  141.   6
  142.   6
  143.  10
  144.  19
  145.  15
  146.  14
  147.  10
  148.  10
  149.  10
  150.  11
  151.  11
  152.   9
  153.  14
  154.  16
  155.  10
  156.   4
  157.   7
  158.   7
  159.  15
  160.  17
  161.  11
  162.  12
  163.   6
  164.  11
  165.  11
  166.  11
  167.  10
  168.  12
  169.  11
  170.  11
  171.  19
  172.  13
  173.  13
  174.  15
  175.  19
  176.  18
  177.  11
  178.  19
  179.   7
  180.   7
  181.   4
  182.   4
  183.  10
  184.   9
  185.   9
  186.  12
  187.   3
  188.  11
  189.   6
  190.   6
  191.  10
  192.  10
  193.  11
  194.   5
  195.   4
  196.   7
  197.  17
  198.  13
  199.  13
  200.  13
  201.  13
  202.  13
  203.   6
  204.   6
  205.   6
  206.   6
  207.  15
  208.  15
  209.  15
  210.  13
  211.  13
  212.  13
  213.   6
  214.   6
  215.   5
  216.   6
  217.   6
  218.   6
  219.   6
  220.   6
  221.   6
  222.   6
  223.   6
  224.  11
  225.   4
  226.  13
  227.  10
  228.  12
  229.   9
  230.   6
  231.  14
  232.  11
  233.  12
  234.   9
  235.  13
  236.  11
  237.  11
  238.  11
  239.   6
  240.   6
  241.   6
  242.  16
  243.  16
  244.  16
  245.  11
  246.  15
  247.  11
  248.   6
  249.  13
  250.  10
  251.  14
  252.  10
  253.  14
  254.  10
  255.  11
  256.  11
  257.   6
  258.  13
  259.  10
  260.  13
  261.  10
  262.  14
  263.  12
  264.  14
  265.  13
  266.  11
  267.  13
  268.  11
  269.  11
  270.   4
  271.  11
  272.   6
  273.  11
  274.   6
  275.  13
  276.  10
  277.  13
  278.  10
  279.  15
  280.  11
  281.  14
  282.   6
  283.  14
  284.   6
  285.  13
  286.  10
  287.  12
  288.   6
  289.  12
  290.   7
  291.  13
  292.  10
  293.  13
  294.  10
  295.  12
  296.   9
  297.  12
  298.   9
  299.  10
  300.  15
  301.  14
  302.  11
  303.  11
  304.   8
  305.  12
  306.   8
  307.  12
  308.  11
  309.  10
  310.   7
  311.  21
  312.  19
  313.  10
  314.  19
  315.  10
  316.  19
  317.  10
  318.  10
  319.  19
  320.  14
  321.  11
  322.  11
  323.  11
  324.  11
  325.  11
  326.  13
  327.  12
  328.  13
  329.  13
  330.  13
  331.  13
  332.  13
  333.  13
  334.  13
  335.  13
  336.  13
  337.  13
  338.  13
  339.  13
  340.  13
  341.  13
  342.  13
  343.  13
  344.  13
  345.  13
  346.  13
  347.  13
  348.  13
  349.  13
  350.  13
  351.  13
  352.  13
  353.  13
  354.  13
  355.  13
  356.  13
  357.  13
  358.  13
  359.  13
  360.  13
  361.  13
  362.  13
  363.  13
  364.  13
  365.  13
  366.  13
  367.  13
  368.  13
  369.  13
  370.  13
  371.  13
  372.  13
  373.  14
  374.  11
  375.  19
  376.  19
  377.  19
  378.  19
  379.  19
  380.  11
  381.  11
  382.  11
  383.  19
  384.  20
  385.  17
  386.  14
  387.  14
  388.  10
  389.  12
  390.  11
  391.  10
  392.  10
  393.  14
  394.  14
  395.   8
  396.  11
  397.   4
  398.   7
  399.  17
  400.   6
  401.  11
  402.   7
  403.   7
  404.  11
  405.   7
  406.  13
  407.  10
  408.  14
  409.  10
  410.  14
  411.  10
  412.  13
  413.  11
  414.  13
  415.  11
  416.  13
  417.  11
  418.  15
  419.  11
  420.  15
  421.  11
  422.  15
  423.  11
  424.  13
  425.  10
  426.  13
  427.  10
  428.   6
  429.   6
  430.   6
  431.   6
  432.   6
  433.   6
  434.   6
  435.   4
  436.  10
  437.   4
  438.  13
  439.   9
  440.  10
  441.  11
  442.   4
  443.  13
  444.  10
  445.  14
  446.  11
  447.  15
  448.  11
  449.  15
  450.  11
  451.  14
  452.   6
  453.  13
  454.  10
  455.  12
  456.   5
  457.  13
  458.  10
  459.  13
  460.  10
  461.  13
  462.  10
  463.  13
  464.  10
  465.  19
  466.  13
  467.  12
  468.   9
  469.   4
  470.  13
  471.  10
  472.  19
  473.  17
  474.  15
  475.  11
  476.   6
  477.  19
  478.  13
  479.  19
  480.  13
  481.  19
  482.  13
  483.  12
  484.   9
  485.   4
  486.   6
  487.  11
  488.  11
  489.  16
  490.  16
  491.  16
  492.  16
  493.   6
  494.   6
  495.   6
  496.   6
  497.  13
  498.  15
  499.  15
  500.   7
  501.  15
  502.  16
  503.  15
  504.   4
  505.  13
  506.  13
  507.  13
  508.  13
  509.  12
  510.  13
  511.   6
  512.  13
  513.  13
  514.  15
  515.  13
  516.  12
  517.  15
  518.  13
  519.  13
  520.  12
  521.  12
  522.  12
  523.  13
  524.  14
  525.  14
  526.   6
  527.  12
  528.  11
  529.   8
  530.  10
  531.   4
  532.  10
  533.  11
  534.  10
  535.   8
  536.  10
  537.  11
  538.   4
  539.  10
  540.   9
  541.  11
  542.   9
  543.   9
  544.  11
  545.  11
  546.   9
  547.  10
  548.  10
  549.  14
  550.  16
  551.   4
  552.  10
  553.  11
  554.  10
  555.  16
  556.  13
  557.  16
  558.  10
  559.  14
  560.  13
  561.   6
  562.   6
  563.  10
  564.  20
  565.  19
  566.  15
  567.  11
  568.  12
  569.  14
  570.  13
  571.  12
  572.  13
  573.  10
  574.  13
  575.  13
  576.  18
  577.  11
  578.  14
  579.  14
  580.  11
  581.  12
  582.  15
  583.  13
  584.  15
  585.  13
  586.  13
  587.  14
  588.  12
  589.  12
  590.  14
  591.  13
  592.  14
  593.  13
  594.  17
  595.  17
  596.  15
  597.  17
  598.  13
  599.  14
  600.  19
  601.  14
  602.  10
  603.  11
  604.  10
  605.   7
  606.  11
  607.  11
  608.  14
  609.   9
  610.  10
  611.  10
  612.   8
  613.  10
  614.  13
  615.  10
  616.  11
  617.   9
  618.  11
  619.  10
  620.   8
  621.   9
  622.  16
  623.   9
  624.  11
  625.  10
  626.  14
  627.  14
  628.  12
  629.  14
  630.  11
  631.  10
  632.  14
  633.  10
  634.  11
  635.  10
  636.   7
  637.  10
  638.  10
  639.   4
  640.   6
  641.   4
  642.  17
  643.  15
  644.  10
  645.   8
  646.   9
  647.  10
  648.   9
  649.   8
  650.  19
  651.  20
  652.  13
  653.   6
  654.   6
  655.   6
  656.   6
  657.   6
  658.   6
  659.   6
  660.   6
  661.   6
  662.   6
  663.   6
  664.   6
  665.   6
  666.   7
  667.   6
  668.   4
  669.   6
  670.   6
  671.   5
  672.  11
  673.  10
  674.   8
  675.  10
  676.  11
  677.   4
  678.   7
  679.  11
  680.  11
  681.   4
  682.  10
  683.   9
  684.   9
  685.  11
  686.  11
  687.   4
  688.   7
  689.  11
  690.  10
  691.  11
  692.  10
  693.   9
  694.   9
  695.  10
  696.  10
  697.  13
  698.  12
  699.   9
  700.   9
  701.   9
  702.   4
  703.   8
  704.  16
  705.   4
  706.  10
  707.  10
  708.   9
  709.   9
  710.  10
  711.  13
  712.  13
  713.  13
  714.  13
  715.  11
  716.  11
  717.  11
  718.  10
  719.   8
  720.  10
  721.  11
  722.   5
  723.   8
  724.  11
  725.   5
  726.  10
  727.   9
  728.   9
  729.  11
  730.   7
  731.  11
  732.  11
  733.  10
  734.   9
  735.  10
  736.  10
  737.  13
  738.  12
  739.   4
  740.  10
  741.   9
  742.  10
  743.  11
  744.   0
  745.   0
  746.   0
  747.   0
  748.   6
  749.   6
  750.   7
  751.   8
  752.   4
  753.   4
  754.   5
  755.   4
  756.   4
  757.   4
  758.   4
  759.   4
  760.   3
  761.  10
  762.  10
  763.  10
  764.  10
  765.  10
  766.  10
  767.  10
  768.  10
  769.  10
  770.  10
  771.  10
  772.   6
  773.  10
  774.  14
  775.  14
  776.   5
  777.  14
  778.  10
  779.  10
  780.  10
  781.  14
  782.  14
  783.  14
  784.  14
  785.  14
  786.   4
  787.  14
  788.  14
  789.  14
  790.  14
  791.  14
  792.  14
  793.  14
  794.  14
  795.  12
  796.  14
  797.  14
  798.  14
  799.  14
  800.  14
  801.   5
  802.   5
  803.  14
  804.  14
  805.  14
  806.  14
  807.  11
  808.  10
  809.  10
  810.  10
  811.   9
  812.   9
  813.  15
  814.  18
  815.   7
  816.  10
  817.  15
  818.  18
  819.   7
  820.  10
  821.  12
  822.  11
  823.  14
  824.  14
  825.  14
  826.  14
  827.  14
  828.  14
  829.  14
  830.  14
  831.  14
  832.  14
  833.  14
  834.  14
  835.  14
  836.  14
  837.  14
  838.  14
  839.   4
  840.   4
  841.   4
  842.   4
  843.   4
  844.  14
  845.  14
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  11
  863.  19
  864.  14
  865.  14
  866.  14
  867.  14
  868.  14
  869.  14
  870.  14
  871.  14
  872.  14
  873.  14
  874.  14
  875.  14
  876.  14
  877.  14
  878.  14
  879.  14
  880.  14
  881.  14
  882.  14
  883.  14
  884.  14
  885.  14
  886.  14
  887.  14
  888.  14
  889.  14
  890.  14
  891.  14
  892.   6
  893.   6
  894.  14
  895.  12
  896.   8
  897.   4
  898.   4
  899.   4
  900.   4
  901.   8
  902.   8
  903.   4
  904.   4
  905.  12
  906.  11
  907.   5
  908.   5
  909.   4
  910.   4
  911.  14
  912.  14
  913.   5
  914.   5
  915.   5
  916.   7
  917.  14
  918.  14
  919.   5
  920.   5
  921.  14
  922.  14
  923.   5
  924.   5
  925.  11
  926.  10
  927.  10
  928.  10
  929.  11
  930.  10
  931.  10
  932.  10
  933.  11
  934.  10
  935.  10
  936.  10
  937.   6
  938.   6
  939.   6
  940.   6
  941.   9
  942.   9
  943.   9
  944.   9
  945.  16
  946.  16
  947.  10
  948.  10
  949.  16
  950.  16
  951.  10
  952.  10
  953.  21
  954.  21
  955.  16
  956.  16
  957.  21
  958.  21
  959.  16
  960.  16
  961.  11
  962.  11
  963.  11
  964.  11
  965.  11
  966.  11
  967.  11
  968.  11
  969.  10
  970.   9
  971.  10
  972.   7
  973.  10
  974.   9
  975.  10
  976.   7
  977.  15
  978.  15
  979.   5
  980.   5
  981.  11
  982.  11
  983.   5
  984.   5
  985.  11
  986.  11
  987.   7
  988.   7
  989.  10
  990.  10
  991.   4
  992.   4
  993.   6
  994.   6
  995.   7
  996.   7
  997.  10
  998.  10
  999.   5
 1000.   5
 1001.   5
 1002.   7
 1003.   9
 1004.   7
 1005.   8
 1006.   8
 1007.  12
 1008.  11
 1009.  12
 1010.  11
 1011.   5
 1012.   5
 1013.  10
 1014.  11
 1015.  10
 1016.  11
 1017.  10
 1018.  11
 1019.  10
 1020.  11
 1021.  14
 1022.  14
 1023.   4
 1024.   4
 1025.  14
 1026.  14
 1027.  14
 1028.   3
 1029.   4
 1030.  14
 1031.  14
 1032.   4
 1033.   5
 1034.  14
 1035.  14
 1036.  14
 1037.   4
 1038.   4
 1039.   4
 1040.   4
 1041.   4
 1042.   4
 1043.  14
 1044.   4
 1045.   4
 1046.  14
 1047.  14
 1048.  14
 1049.  14
 1050.  14
 1051.  14
 1052.  14
 1053.  14
 1054.  14
 1055.  14
 1056.  14
 1057.  14
 1058.  14
 1059.  14
 1060.  14
 1061.  14
 1062.  14
 1063.  14
 1064.  14
 1065.  14
 1066.  14
 1067.  14
 1068.  14
 1069.  14
 1070.  14
 1071.  14
 1072.  14
 1073.  14
 1074.  14
 1075.  14
 1076.  14
 1077.  14
 1078.  14
 1079.  14
 1080.  14
 1081.  14
 1082.  14
 1083.  14
 1084.  14
 1085.  14
 1086.  14
 1087.  14
 1088.  14
 1089.  14
 1090.  14
 1091.  14
 1092.  14
 1093.  14
 1094.  14
 1095.  14
 1096.  14
 1097.  14
 1098.  14
 1099.  14
 1100.   6
 1101.   6
 1102.   6
 1103.  14
 1104.  14
 1105.  14
 1106.  14
 1107.  14
 1108.  14
 1109.  14
 1110.  14
 1111.  14
 1112.  14
 1113.  14
 1114.  14
 1115.  14
 1116.  14
 1117.  14
 1118.  14
 1119.  14
 1120.  14
 1121.  14
 1122.  14
 1123.  14
 1124.  14
 1125.  14
 1126.  14
 1127.   2
 1128.  19
 1129.  38
 1130.  16
 1131.  12
 1132.  16
 1133.  13
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  10
 1151.  16
 1152.  16
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   4
 1188.  13
 1189.  10
 1190.  13
 1191.  10
 1192.  13
 1193.  10
 1194.  13
 1195.  10
 1196.  13
 1197.  10
 1198.  13
 1199.  10
 1200.  13
 1201.  10
 1202.  13
 1203.  10
 1204.  13
 1205.  10
 1206.  13
 1207.  10
 1208.  13
 1209.  10
 1210.  13
 1211.  10
 1212.  13
 1213.  11
 1214.  13
 1215.  11
 1216.  13
 1217.  11
 1218.  13
 1219.  11
 1220.  13
 1221.  11
 1222.  13
 1223.  11
 1224.  13
 1225.  11
 1226.  13
 1227.  11
 1228.   6
 1229.   4
 1230.   6
 1231.   4
 1232.  15
 1233.  11
 1234.  15
 1235.  11
 1236.  15
 1237.  11
 1238.  15
 1239.  11
 1240.  15
 1241.  11
 1242.  15
 1243.  11
 1244.  15
 1245.  11
 1246.  16
 1247.  12
 1248.  16
 1249.  12
 1250.  16
 1251.  12
 1252.  16
 1253.  12
 1254.  16
 1255.  12
 1256.  13
 1257.  10
 1258.  13
 1259.  10
 1260.  16
 1261.  13
 1262.  16
 1263.  13
 1264.  16
 1265.  13
 1266.  16
 1267.  13
 1268.  16
 1269.  13
 1270.  12
 1271.   9
 1272.  12
 1273.   9
 1274.  12
 1275.   9
 1276.  13
 1277.  10
 1278.   6
 1279.   4
 1280.  15
 1281.  11
 1282.  13
 1283.  10
 1284.  13
 1285.  10
 1286.  13
 1287.  10
 1288.  13
 1289.  10
 1290.  13
 1291.  10
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  10
 1297.   7
 1298.  18
 1299.  13
 1300.  11
 1301.   8
 1302.  11
 1303.   8
 1304.  14
 1305.  11
 1306.  11
 1307.  10
 1308.  11
 1309.  10
 1310.  13
 1311.  10
 1312.  13
 1313.  10
 1314.  13
 1315.  10
 1316.  14
 1317.  11
 1318.  15
 1319.  11


	DevRec  7: ppem =  21, maxWid =  42
    0.  16
    1.   0
    2.   6
    3.   6
    4.   6
    5.   7
    6.  12
    7.  12
    8.  19
    9.  14
   10.   4
   11.   7
   12.   7
   13.   8
   14.  12
   15.   6
   16.   7
   17.   6
   18.   6
   19.  12
   20.  12
   21.  12
   22.  12
   23.  12
   24.  12
   25.  12
   26.  12
   27.  12
   28.  12
   29.   6
   30.   6
   31.  12
   32.  12
   33.  12
   34.  12
   35.  21
   36.  13
   37.  14
   38.  15
   39.  15
   40.  14
   41.  13
   42.  16
   43.  14
   44.   6
   45.  11
   46.  14
   47.  12
   48.  17
   49.  14
   50.  16
   51.  14
   52.  16
   53.  15
   54.  14
   55.  12
   56.  14
   57.  13
   58.  21
   59.  14
   60.  14
   61.  13
   62.   6
   63.   6
   64.   6
   65.   8
   66.  12
   67.   7
   68.  12
   69.  11
   70.  11
   71.  11
   72.  12
   73.   6
   74.  11
   75.  11
   76.   5
   77.   4
   78.  10
   79.   4
   80.  16
   81.  11
   82.  12
   83.  11
   84.  11
   85.   7
   86.  11
   87.   6
   88.  11
   89.  11
   90.  15
   91.  10
   92.  11
   93.   9
   94.   7
   95.   6
   96.   7
   97.  12
   98.  13
   99.  13
  100.  15
  101.  14
  102.  14
  103.  16
  104.  14
  105.  12
  106.  12
  107.  12
  108.  12
  109.  12
  110.  12
  111.  11
  112.  12
  113.  12
  114.  12
  115.  12
  116.   6
  117.   6
  118.   6
  119.   6
  120.  11
  121.  12
  122.  12
  123.  12
  124.  12
  125.  12
  126.  11
  127.  11
  128.  11
  129.  11
  130.  12
  131.   8
  132.  12
  133.  12
  134.  12
  135.   7
  136.  11
  137.  13
  138.  15
  139.  15
  140.  21
  141.   7
  142.   7
  143.  12
  144.  21
  145.  16
  146.  15
  147.  12
  148.  12
  149.  12
  150.  12
  151.  11
  152.  10
  153.  15
  154.  17
  155.  12
  156.   6
  157.   7
  158.   8
  159.  16
  160.  19
  161.  12
  162.  13
  163.   6
  164.  12
  165.  12
  166.  12
  167.  12
  168.  13
  169.  12
  170.  12
  171.  21
  172.  13
  173.  13
  174.  16
  175.  21
  176.  20
  177.  12
  178.  21
  179.   7
  180.   7
  181.   5
  182.   5
  183.  12
  184.  10
  185.  11
  186.  14
  187.   4
  188.  12
  189.   7
  190.   7
  191.  11
  192.  11
  193.  12
  194.   6
  195.   5
  196.   7
  197.  21
  198.  13
  199.  14
  200.  13
  201.  14
  202.  14
  203.   6
  204.   6
  205.   6
  206.   6
  207.  16
  208.  16
  209.  16
  210.  14
  211.  14
  212.  14
  213.   6
  214.   7
  215.   7
  216.   7
  217.   7
  218.   7
  219.   7
  220.   7
  221.   7
  222.   7
  223.   7
  224.  12
  225.   4
  226.  14
  227.  11
  228.  13
  229.   9
  230.   6
  231.  15
  232.  12
  233.  14
  234.  11
  235.  14
  236.  12
  237.  12
  238.  12
  239.   7
  240.   7
  241.   7
  242.  18
  243.  18
  244.  18
  245.  12
  246.  16
  247.  11
  248.   6
  249.  14
  250.  11
  251.  15
  252.  11
  253.  15
  254.  11
  255.  12
  256.  12
  257.   7
  258.  13
  259.  12
  260.  13
  261.  12
  262.  15
  263.  13
  264.  15
  265.  14
  266.  12
  267.  14
  268.  12
  269.  12
  270.   4
  271.  12
  272.   6
  273.  12
  274.   7
  275.  14
  276.  11
  277.  14
  278.  11
  279.  16
  280.  12
  281.  15
  282.   7
  283.  15
  284.   7
  285.  14
  286.  11
  287.  12
  288.   6
  289.  12
  290.   8
  291.  14
  292.  11
  293.  14
  294.  11
  295.  13
  296.   9
  297.  13
  298.   9
  299.  12
  300.  16
  301.  16
  302.  12
  303.  12
  304.   9
  305.  13
  306.   8
  307.  14
  308.  12
  309.  11
  310.   8
  311.  23
  312.  21
  313.  11
  314.  21
  315.  11
  316.  21
  317.  11
  318.  11
  319.  21
  320.  15
  321.  12
  322.  13
  323.  12
  324.  13
  325.  13
  326.  15
  327.  13
  328.  15
  329.  15
  330.  15
  331.  15
  332.  15
  333.  15
  334.  15
  335.  15
  336.  15
  337.  15
  338.  15
  339.  15
  340.  15
  341.  15
  342.  15
  343.  15
  344.  15
  345.  15
  346.  15
  347.  15
  348.  15
  349.  15
  350.  15
  351.  15
  352.  15
  353.  15
  354.  15
  355.  15
  356.  15
  357.  15
  358.  15
  359.  15
  360.  15
  361.  15
  362.  15
  363.  15
  364.  15
  365.  15
  366.  15
  367.  15
  368.  15
  369.  15
  370.  15
  371.  15
  372.  15
  373.  15
  374.  13
  375.  21
  376.  21
  377.  21
  378.  21
  379.  21
  380.  13
  381.  13
  382.  13
  383.  21
  384.  22
  385.  19
  386.  16
  387.  16
  388.  11
  389.  14
  390.  12
  391.  11
  392.  11
  393.  16
  394.  15
  395.   9
  396.  13
  397.   4
  398.   7
  399.  19
  400.   7
  401.  13
  402.   7
  403.   7
  404.  13
  405.   7
  406.  13
  407.  12
  408.  15
  409.  11
  410.  15
  411.  11
  412.  14
  413.  12
  414.  14
  415.  12
  416.  14
  417.  12
  418.  16
  419.  11
  420.  16
  421.  11
  422.  16
  423.  12
  424.  14
  425.  11
  426.  14
  427.  11
  428.   6
  429.   6
  430.   6
  431.   6
  432.   6
  433.   6
  434.   6
  435.   5
  436.  11
  437.   4
  438.  14
  439.  10
  440.  10
  441.  12
  442.   4
  443.  14
  444.  11
  445.  15
  446.  12
  447.  16
  448.  12
  449.  16
  450.  12
  451.  15
  452.   7
  453.  14
  454.  11
  455.  13
  456.   6
  457.  14
  458.  11
  459.  14
  460.  11
  461.  14
  462.  11
  463.  14
  464.  11
  465.  21
  466.  15
  467.  14
  468.  11
  469.   5
  470.  13
  471.  12
  472.  21
  473.  19
  474.  16
  475.  12
  476.   6
  477.  21
  478.  15
  479.  21
  480.  15
  481.  21
  482.  15
  483.  14
  484.  11
  485.   5
  486.   7
  487.  12
  488.  13
  489.  18
  490.  18
  491.  18
  492.  18
  493.   7
  494.   7
  495.   7
  496.   7
  497.  13
  498.  16
  499.  17
  500.   8
  501.  16
  502.  17
  503.  16
  504.   4
  505.  13
  506.  14
  507.  14
  508.  14
  509.  13
  510.  14
  511.   6
  512.  14
  513.  14
  514.  17
  515.  14
  516.  14
  517.  16
  518.  14
  519.  14
  520.  13
  521.  12
  522.  14
  523.  14
  524.  18
  525.  16
  526.   6
  527.  14
  528.  12
  529.   9
  530.  11
  531.   4
  532.  10
  533.  12
  534.  10
  535.   9
  536.  11
  537.  12
  538.   4
  539.  10
  540.  11
  541.  11
  542.  11
  543.   9
  544.  12
  545.  12
  546.  10
  547.  10
  548.  11
  549.  14
  550.  16
  551.   4
  552.  10
  553.  12
  554.  10
  555.  16
  556.  14
  557.  18
  558.  11
  559.  15
  560.  14
  561.   6
  562.   6
  563.  11
  564.  22
  565.  21
  566.  18
  567.  12
  568.  13
  569.  15
  570.  13
  571.  14
  572.  14
  573.  11
  574.  14
  575.  14
  576.  19
  577.  13
  578.  15
  579.  15
  580.  12
  581.  14
  582.  17
  583.  14
  584.  16
  585.  14
  586.  14
  587.  15
  588.  12
  589.  13
  590.  16
  591.  14
  592.  16
  593.  14
  594.  18
  595.  20
  596.  17
  597.  19
  598.  14
  599.  15
  600.  21
  601.  15
  602.  12
  603.  12
  604.  11
  605.   8
  606.  12
  607.  12
  608.  14
  609.  10
  610.  11
  611.  11
  612.   9
  613.  11
  614.  13
  615.  11
  616.  12
  617.  10
  618.  11
  619.  11
  620.  10
  621.  11
  622.  17
  623.  10
  624.  12
  625.  11
  626.  16
  627.  16
  628.  13
  629.  15
  630.  11
  631.  11
  632.  16
  633.  11
  634.  12
  635.  12
  636.   8
  637.  11
  638.  11
  639.   5
  640.   6
  641.   4
  642.  19
  643.  17
  644.  12
  645.   9
  646.  11
  647.  11
  648.  10
  649.   9
  650.  21
  651.  23
  652.  14
  653.   7
  654.   7
  655.   7
  656.   7
  657.   7
  658.   7
  659.   7
  660.   7
  661.   7
  662.   7
  663.   7
  664.   7
  665.   7
  666.   8
  667.   7
  668.   6
  669.   7
  670.   7
  671.   6
  672.  12
  673.  11
  674.   8
  675.  11
  676.  13
  677.   6
  678.   8
  679.  13
  680.  12
  681.   6
  682.  11
  683.  10
  684.  10
  685.  13
  686.  13
  687.   6
  688.   7
  689.  12
  690.  11
  691.  12
  692.  11
  693.  10
  694.  10
  695.  12
  696.  11
  697.  15
  698.  14
  699.  11
  700.  11
  701.  11
  702.   5
  703.   9
  704.  18
  705.   6
  706.  11
  707.  11
  708.  10
  709.  10
  710.  11
  711.  15
  712.  15
  713.  15
  714.  15
  715.  12
  716.  12
  717.  12
  718.  11
  719.   8
  720.  11
  721.  13
  722.   6
  723.   9
  724.  12
  725.   6
  726.  11
  727.  10
  728.  10
  729.  13
  730.   7
  731.  12
  732.  12
  733.  11
  734.  10
  735.  12
  736.  11
  737.  15
  738.  14
  739.   6
  740.  11
  741.  10
  742.  11
  743.  12
  744.   0
  745.   0
  746.   0
  747.   0
  748.   7
  749.   7
  750.   7
  751.   9
  752.   4
  753.   4
  754.   5
  755.   4
  756.   4
  757.   4
  758.   4
  759.   4
  760.   3
  761.  11
  762.  11
  763.  11
  764.  11
  765.  11
  766.  11
  767.  11
  768.  11
  769.  11
  770.  11
  771.  11
  772.   7
  773.  11
  774.  16
  775.  16
  776.   6
  777.  16
  778.  11
  779.  11
  780.  11
  781.  16
  782.  16
  783.  16
  784.  16
  785.  16
  786.   4
  787.  16
  788.  16
  789.  16
  790.  16
  791.  16
  792.  16
  793.  16
  794.  16
  795.  13
  796.  16
  797.  16
  798.  16
  799.  15
  800.  15
  801.   5
  802.   5
  803.  16
  804.  16
  805.  16
  806.  16
  807.  12
  808.  11
  809.  11
  810.  11
  811.  10
  812.  10
  813.  17
  814.  20
  815.   8
  816.  11
  817.  17
  818.  20
  819.   8
  820.  11
  821.  13
  822.  12
  823.  16
  824.  16
  825.  16
  826.  16
  827.  16
  828.  16
  829.  16
  830.  16
  831.  16
  832.  16
  833.  16
  834.  16
  835.  16
  836.  16
  837.  16
  838.  16
  839.   5
  840.   4
  841.   4
  842.   4
  843.   4
  844.  16
  845.  16
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  12
  863.  21
  864.  16
  865.  16
  866.  16
  867.  16
  868.  16
  869.  16
  870.  16
  871.  16
  872.  16
  873.  16
  874.  16
  875.  16
  876.  16
  877.  16
  878.  16
  879.  16
  880.  16
  881.  16
  882.  16
  883.  16
  884.  16
  885.  16
  886.  16
  887.  16
  888.  16
  889.  16
  890.  16
  891.  16
  892.   7
  893.   7
  894.  16
  895.  13
  896.   9
  897.   4
  898.   5
  899.   4
  900.   5
  901.   9
  902.   9
  903.   4
  904.   5
  905.  13
  906.  12
  907.   5
  908.   5
  909.   4
  910.   5
  911.  15
  912.  15
  913.   5
  914.   5
  915.   6
  916.   8
  917.  15
  918.  15
  919.   5
  920.   5
  921.  15
  922.  15
  923.   5
  924.   5
  925.  12
  926.  11
  927.  11
  928.  11
  929.  12
  930.  11
  931.  11
  932.  11
  933.  12
  934.  11
  935.  11
  936.  11
  937.   7
  938.   7
  939.   7
  940.   7
  941.  10
  942.  10
  943.  10
  944.  10
  945.  17
  946.  17
  947.  11
  948.  11
  949.  17
  950.  17
  951.  11
  952.  11
  953.  23
  954.  23
  955.  18
  956.  18
  957.  23
  958.  23
  959.  18
  960.  18
  961.  12
  962.  12
  963.  12
  964.  12
  965.  12
  966.  12
  967.  12
  968.  12
  969.  11
  970.   9
  971.  11
  972.   8
  973.  11
  974.   9
  975.  11
  976.   8
  977.  17
  978.  17
  979.   6
  980.   6
  981.  12
  982.  12
  983.   6
  984.   6
  985.  13
  986.  13
  987.   8
  988.   8
  989.  11
  990.  11
  991.   4
  992.   4
  993.   7
  994.   7
  995.   8
  996.   8
  997.  11
  998.  11
  999.   5
 1000.   5
 1001.   6
 1002.   8
 1003.   9
 1004.   8
 1005.   9
 1006.   9
 1007.  13
 1008.  12
 1009.  13
 1010.  12
 1011.   5
 1012.   5
 1013.  11
 1014.  13
 1015.  11
 1016.  13
 1017.  11
 1018.  13
 1019.  11
 1020.  13
 1021.  16
 1022.  16
 1023.   4
 1024.   4
 1025.  16
 1026.  16
 1027.  16
 1028.   3
 1029.   4
 1030.  16
 1031.  16
 1032.   4
 1033.   5
 1034.  16
 1035.  16
 1036.  16
 1037.   4
 1038.   4
 1039.   4
 1040.   4
 1041.   4
 1042.   5
 1043.  16
 1044.   4
 1045.   4
 1046.  16
 1047.  16
 1048.  16
 1049.  16
 1050.  16
 1051.  16
 1052.  16
 1053.  16
 1054.  16
 1055.  16
 1056.  16
 1057.  16
 1058.  16
 1059.  16
 1060.  16
 1061.  16
 1062.  16
 1063.  16
 1064.  16
 1065.  16
 1066.  16
 1067.  16
 1068.  16
 1069.  16
 1070.  16
 1071.  16
 1072.  16
 1073.  16
 1074.  16
 1075.  16
 1076.  16
 1077.  16
 1078.  16
 1079.  16
 1080.  16
 1081.  16
 1082.  16
 1083.  16
 1084.  16
 1085.  16
 1086.  16
 1087.  16
 1088.  16
 1089.  16
 1090.  16
 1091.  16
 1092.  16
 1093.  16
 1094.  16
 1095.  16
 1096.  16
 1097.  16
 1098.  16
 1099.  16
 1100.   7
 1101.   7
 1102.   7
 1103.  16
 1104.  16
 1105.  16
 1106.  16
 1107.  16
 1108.  16
 1109.  16
 1110.  16
 1111.  16
 1112.  16
 1113.  16
 1114.  16
 1115.  16
 1116.  16
 1117.  16
 1118.  16
 1119.  16
 1120.  16
 1121.  16
 1122.  16
 1123.  16
 1124.  16
 1125.  16
 1126.  16
 1127.   3
 1128.  21
 1129.  42
 1130.  18
 1131.  14
 1132.  18
 1133.  14
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  11
 1151.  18
 1152.  18
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   5
 1188.  13
 1189.  12
 1190.  13
 1191.  12
 1192.  13
 1193.  12
 1194.  13
 1195.  12
 1196.  13
 1197.  12
 1198.  13
 1199.  12
 1200.  13
 1201.  12
 1202.  13
 1203.  12
 1204.  13
 1205.  12
 1206.  13
 1207.  12
 1208.  13
 1209.  12
 1210.  13
 1211.  12
 1212.  14
 1213.  12
 1214.  14
 1215.  12
 1216.  14
 1217.  12
 1218.  14
 1219.  12
 1220.  14
 1221.  12
 1222.  14
 1223.  12
 1224.  14
 1225.  12
 1226.  14
 1227.  12
 1228.   6
 1229.   5
 1230.   6
 1231.   5
 1232.  16
 1233.  12
 1234.  16
 1235.  12
 1236.  16
 1237.  12
 1238.  16
 1239.  12
 1240.  16
 1241.  12
 1242.  16
 1243.  12
 1244.  16
 1245.  12
 1246.  18
 1247.  14
 1248.  18
 1249.  14
 1250.  18
 1251.  14
 1252.  18
 1253.  14
 1254.  18
 1255.  14
 1256.  14
 1257.  11
 1258.  14
 1259.  11
 1260.  18
 1261.  14
 1262.  18
 1263.  14
 1264.  18
 1265.  14
 1266.  18
 1267.  14
 1268.  18
 1269.  14
 1270.  14
 1271.  11
 1272.  14
 1273.  11
 1274.  14
 1275.  11
 1276.  13
 1277.  12
 1278.   6
 1279.   5
 1280.  16
 1281.  12
 1282.  14
 1283.  11
 1284.  14
 1285.  11
 1286.  14
 1287.  11
 1288.  14
 1289.  11
 1290.  14
 1291.  11
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  11
 1297.   8
 1298.  19
 1299.  14
 1300.  12
 1301.   9
 1302.  12
 1303.   9
 1304.  15
 1305.  12
 1306.  12
 1307.  11
 1308.  12
 1309.  11
 1310.  14
 1311.  11
 1312.  14
 1313.  11
 1314.  14
 1315.  11
 1316.  16
 1317.  12
 1318.  16
 1319.  12


	DevRec  8: ppem =  24, maxWid =  48
    0.  18
    1.   0
    2.   7
    3.   7
    4.   8
    5.   9
    6.  13
    7.  13
    8.  21
    9.  16
   10.   5
   11.   8
   12.   8
   13.   9
   14.  14
   15.   7
   16.   8
   17.   7
   18.   7
   19.  13
   20.  13
   21.  13
   22.  13
   23.  13
   24.  13
   25.  13
   26.  13
   27.  13
   28.  13
   29.   7
   30.   7
   31.  14
   32.  14
   33.  14
   34.  13
   35.  24
   36.  15
   37.  16
   38.  17
   39.  17
   40.  16
   41.  15
   42.  19
   43.  17
   44.   6
   45.  12
   46.  16
   47.  13
   48.  19
   49.  17
   50.  19
   51.  16
   52.  19
   53.  17
   54.  16
   55.  14
   56.  17
   57.  15
   58.  23
   59.  15
   60.  16
   61.  15
   62.   7
   63.   7
   64.   7
   65.  12
   66.  13
   67.   8
   68.  13
   69.  14
   70.  12
   71.  14
   72.  13
   73.   7
   74.  14
   75.  14
   76.   5
   77.   6
   78.  12
   79.   6
   80.  20
   81.  14
   82.  13
   83.  14
   84.  14
   85.   8
   86.  12
   87.   7
   88.  14
   89.  11
   90.  17
   91.  11
   92.  12
   93.  12
   94.   8
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 1248.  21
 1249.  16
 1250.  21
 1251.  16
 1252.  21
 1253.  16
 1254.  21
 1255.  16
 1256.  17
 1257.  14
 1258.  17
 1259.  14
 1260.  21
 1261.  16
 1262.  21
 1263.  16
 1264.  21
 1265.  16
 1266.  21
 1267.  16
 1268.  21
 1269.  16
 1270.  16
 1271.  12
 1272.  16
 1273.  12
 1274.  16
 1275.  12
 1276.  15
 1277.  13
 1278.   6
 1279.   5
 1280.  19
 1281.  13
 1282.  17
 1283.  14
 1284.  17
 1285.  14
 1286.  17
 1287.  14
 1288.  17
 1289.  14
 1290.  17
 1291.  14
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  13
 1297.   9
 1298.  22
 1299.  16
 1300.  14
 1301.  11
 1302.  14
 1303.  11
 1304.  17
 1305.  13
 1306.  13
 1307.  12
 1308.  13
 1309.  12
 1310.  16
 1311.  12
 1312.  16
 1313.  13
 1314.  16
 1315.  13
 1316.  18
 1317.  13
 1318.  19
 1319.  13


	DevRec  9: ppem =  27, maxWid =  54
    0.  20
    1.   0
    2.   8
    3.   8
    4.   8
    5.  10
    6.  15
    7.  15
    8.  24
    9.  18
   10.   5
   11.   9
   12.   9
   13.  11
   14.  16
   15.   8
   16.   9
   17.   8
   18.   8
   19.  15
   20.  15
   21.  15
   22.  15
   23.  15
   24.  15
   25.  15
   26.  15
   27.  15
   28.  15
   29.   8
   30.   8
   31.  16
   32.  16
   33.  16
   34.  15
   35.  27
   36.  18
   37.  18
   38.  20
   39.  20
   40.  18
   41.  17
   42.  21
   43.  19
   44.   8
   45.  13
   46.  18
   47.  15
   48.  23
   49.  19
   50.  21
   51.  17
   52.  21
   53.  20
   54.  18
   55.  16
   56.  19
   57.  17
   58.  28
   59.  17
   60.  18
   61.  17
   62.   8
   63.   8
   64.   8
   65.  12
   66.  15
   67.   9
   68.  15
   69.  15
   70.  14
   71.  15
   72.  15
   73.   7
   74.  15
   75.  15
   76.   6
   77.   6
   78.  14
   79.   6
   80.  22
   81.  15
   82.  15
   83.  15
   84.  15
   85.   9
   86.  14
   87.   8
   88.  15
   89.  13
   90.  19
   91.  12
   92.  14
   93.  13
   94.   9
   95.   6
   96.   9
   97.  16
   98.  18
   99.  18
  100.  20
  101.  18
  102.  19
  103.  21
  104.  19
  105.  15
  106.  15
  107.  15
  108.  15
  109.  15
  110.  15
  111.  14
  112.  15
  113.  15
  114.  15
  115.  15
  116.   6
  117.   6
  118.   6
  119.   6
  120.  15
  121.  15
  122.  15
  123.  15
  124.  15
  125.  15
  126.  15
  127.  15
  128.  15
  129.  15
  130.  15
  131.  11
  132.  15
  133.  15
  134.  15
  135.   9
  136.  15
  137.  17
  138.  20
  139.  20
  140.  27
  141.   9
  142.   9
  143.  15
  144.  27
  145.  21
  146.  19
  147.  15
  148.  15
  149.  15
  150.  15
  151.  16
  152.  13
  153.  19
  154.  22
  155.  15
  156.   7
  157.  10
  158.  10
  159.  21
  160.  24
  161.  17
  162.  17
  163.   8
  164.  16
  165.  15
  166.  15
  167.  15
  168.  17
  169.  15
  170.  15
  171.  27
  172.  18
  173.  18
  174.  21
  175.  27
  176.  25
  177.  15
  178.  27
  179.   9
  180.   9
  181.   6
  182.   6
  183.  15
  184.  13
  185.  14
  186.  18
  187.   5
  188.  15
  189.   9
  190.   9
  191.  14
  192.  14
  193.  15
  194.   8
  195.   6
  196.   9
  197.  29
  198.  18
  199.  18
  200.  18
  201.  18
  202.  18
  203.   8
  204.   8
  205.   8
  206.   8
  207.  21
  208.  21
  209.  21
  210.  19
  211.  19
  212.  19
  213.   6
  214.   9
  215.   8
  216.   9
  217.   9
  218.   9
  219.   9
  220.   9
  221.   9
  222.   9
  223.   9
  224.  15
  225.   6
  226.  18
  227.  14
  228.  17
  229.  13
  230.   6
  231.  20
  232.  15
  233.  18
  234.  14
  235.  18
  236.  15
  237.  16
  238.  16
  239.   9
  240.   9
  241.   9
  242.  23
  243.  23
  244.  23
  245.  15
  246.  21
  247.  15
  248.   8
  249.  18
  250.  14
  251.  20
  252.  14
  253.  20
  254.  14
  255.  15
  256.  15
  257.   9
  258.  18
  259.  15
  260.  18
  261.  15
  262.  20
  263.  17
  264.  20
  265.  18
  266.  15
  267.  18
  268.  15
  269.  15
  270.   6
  271.  15
  272.   8
  273.  15
  274.   9
  275.  19
  276.  15
  277.  19
  278.  15
  279.  21
  280.  15
  281.  20
  282.   9
  283.  20
  284.   9
  285.  18
  286.  14
  287.  16
  288.   7
  289.  16
  290.  10
  291.  19
  292.  15
  293.  19
  294.  15
  295.  17
  296.  13
  297.  17
  298.  13
  299.  15
  300.  21
  301.  22
  302.  16
  303.  15
  304.  12
  305.  17
  306.  11
  307.  18
  308.  15
  309.  14
  310.  10
  311.  29
  312.  27
  313.  14
  314.  27
  315.  14
  316.  27
  317.  14
  318.  14
  319.  26
  320.  19
  321.  16
  322.  16
  323.  16
  324.  16
  325.  16
  326.  19
  327.  17
  328.  19
  329.  19
  330.  19
  331.  19
  332.  19
  333.  19
  334.  19
  335.  19
  336.  19
  337.  19
  338.  19
  339.  19
  340.  19
  341.  19
  342.  19
  343.  19
  344.  19
  345.  19
  346.  19
  347.  19
  348.  19
  349.  19
  350.  19
  351.  19
  352.  19
  353.  19
  354.  19
  355.  19
  356.  19
  357.  19
  358.  19
  359.  19
  360.  19
  361.  19
  362.  19
  363.  19
  364.  19
  365.  19
  366.  19
  367.  19
  368.  19
  369.  19
  370.  19
  371.  19
  372.  19
  373.  20
  374.  16
  375.  27
  376.  27
  377.  27
  378.  27
  379.  27
  380.  16
  381.  16
  382.  16
  383.  28
  384.  28
  385.  25
  386.  20
  387.  20
  388.  14
  389.  18
  390.  16
  391.  14
  392.  14
  393.  20
  394.  20
  395.  12
  396.  16
  397.   5
  398.  10
  399.  24
  400.   9
  401.  16
  402.  10
  403.  10
  404.  16
  405.  10
  406.  18
  407.  15
  408.  20
  409.  14
  410.  20
  411.  14
  412.  18
  413.  15
  414.  18
  415.  15
  416.  18
  417.  15
  418.  21
  419.  15
  420.  21
  421.  15
  422.  21
  423.  15
  424.  19
  425.  15
  426.  19
  427.  15
  428.   8
  429.   6
  430.   8
  431.   6
  432.   8
  433.   6
  434.   8
  435.   6
  436.  13
  437.   6
  438.  18
  439.  14
  440.  14
  441.  15
  442.   6
  443.  19
  444.  15
  445.  20
  446.  15
  447.  21
  448.  15
  449.  21
  450.  15
  451.  20
  452.   9
  453.  18
  454.  14
  455.  17
  456.   8
  457.  19
  458.  15
  459.  19
  460.  15
  461.  19
  462.  15
  463.  20
  464.  15
  465.  28
  466.  19
  467.  18
  468.  14
  469.   6
  470.  18
  471.  15
  472.  27
  473.  24
  474.  21
  475.  17
  476.   6
  477.  28
  478.  19
  479.  28
  480.  19
  481.  28
  482.  19
  483.  18
  484.  14
  485.   6
  486.   9
  487.  15
  488.  16
  489.  23
  490.  23
  491.  23
  492.  23
  493.   9
  494.   9
  495.   9
  496.   9
  497.  18
  498.  21
  499.  23
  500.  10
  501.  21
  502.  22
  503.  20
  504.   6
  505.  18
  506.  18
  507.  18
  508.  18
  509.  17
  510.  19
  511.   8
  512.  18
  513.  18
  514.  23
  515.  19
  516.  18
  517.  21
  518.  19
  519.  17
  520.  17
  521.  16
  522.  18
  523.  17
  524.  22
  525.  20
  526.   8
  527.  18
  528.  16
  529.  12
  530.  15
  531.   6
  532.  15
  533.  16
  534.  14
  535.  12
  536.  15
  537.  15
  538.   6
  539.  14
  540.  14
  541.  16
  542.  13
  543.  12
  544.  15
  545.  15
  546.  13
  547.  15
  548.  14
  549.  18
  550.  21
  551.   6
  552.  15
  553.  15
  554.  15
  555.  21
  556.  18
  557.  23
  558.  15
  559.  19
  560.  18
  561.   8
  562.   8
  563.  13
  564.  29
  565.  27
  566.  23
  567.  16
  568.  17
  569.  19
  570.  18
  571.  18
  572.  18
  573.  15
  574.  18
  575.  18
  576.  25
  577.  16
  578.  19
  579.  19
  580.  16
  581.  18
  582.  23
  583.  19
  584.  21
  585.  18
  586.  17
  587.  20
  588.  16
  589.  17
  590.  20
  591.  17
  592.  20
  593.  17
  594.  25
  595.  25
  596.  21
  597.  24
  598.  18
  599.  19
  600.  27
  601.  20
  602.  15
  603.  15
  604.  14
  605.  10
  606.  16
  607.  15
  608.  18
  609.  12
  610.  15
  611.  15
  612.  12
  613.  16
  614.  19
  615.  15
  616.  15
  617.  15
  618.  15
  619.  14
  620.  12
  621.  14
  622.  22
  623.  12
  624.  15
  625.  14
  626.  22
  627.  22
  628.  17
  629.  19
  630.  14
  631.  14
  632.  20
  633.  15
  634.  15
  635.  15
  636.  10
  637.  14
  638.  14
  639.   6
  640.   6
  641.   6
  642.  24
  643.  22
  644.  15
  645.  12
  646.  14
  647.  15
  648.  13
  649.  11
  650.  27
  651.  29
  652.  19
  653.   9
  654.   9
  655.   9
  656.   9
  657.   9
  658.   9
  659.   9
  660.   9
  661.   9
  662.   9
  663.   9
  664.   9
  665.   9
  666.  10
  667.   9
  668.   6
  669.   9
  670.   9
  671.   8
  672.  15
  673.  15
  674.  11
  675.  14
  676.  16
  677.   6
  678.  10
  679.  16
  680.  16
  681.   6
  682.  14
  683.  12
  684.  13
  685.  16
  686.  16
  687.   6
  688.  10
  689.  16
  690.  14
  691.  15
  692.  15
  693.  12
  694.  13
  695.  15
  696.  14
  697.  19
  698.  17
  699.  12
  700.  12
  701.  12
  702.   6
  703.  11
  704.  21
  705.   6
  706.  14
  707.  14
  708.  13
  709.  13
  710.  14
  711.  19
  712.  19
  713.  19
  714.  19
  715.  15
  716.  15
  717.  15
  718.  15
  719.  11
  720.  14
  721.  16
  722.   8
  723.  11
  724.  16
  725.   8
  726.  14
  727.  12
  728.  13
  729.  16
  730.  10
  731.  16
  732.  15
  733.  15
  734.  13
  735.  15
  736.  14
  737.  19
  738.  17
  739.   6
  740.  15
  741.  12
  742.  15
  743.  16
  744.   0
  745.   0
  746.   0
  747.   0
  748.   9
  749.   9
  750.  10
  751.  11
  752.   6
  753.   5
  754.   6
  755.   5
  756.   5
  757.   6
  758.   5
  759.   6
  760.   4
  761.  14
  762.  14
  763.  14
  764.  14
  765.  14
  766.  14
  767.  14
  768.  14
  769.  14
  770.  14
  771.  14
  772.   9
  773.  14
  774.  20
  775.  20
  776.   8
  777.  20
  778.  14
  779.  14
  780.  14
  781.  20
  782.  20
  783.  20
  784.  20
  785.  20
  786.   6
  787.  20
  788.  20
  789.  20
  790.  20
  791.  20
  792.  20
  793.  20
  794.  20
  795.  17
  796.  20
  797.  20
  798.  20
  799.  19
  800.  19
  801.   7
  802.   7
  803.  20
  804.  20
  805.  20
  806.  20
  807.  15
  808.  14
  809.  14
  810.  14
  811.  13
  812.  13
  813.  22
  814.  25
  815.  11
  816.  14
  817.  22
  818.  25
  819.  11
  820.  14
  821.  17
  822.  16
  823.  20
  824.  20
  825.  20
  826.  20
  827.  20
  828.  20
  829.  20
  830.  20
  831.  20
  832.  20
  833.  20
  834.  20
  835.  20
  836.  20
  837.  20
  838.  20
  839.   6
  840.   6
  841.   6
  842.   6
  843.   6
  844.  20
  845.  20
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  15
  863.  27
  864.  20
  865.  20
  866.  20
  867.  20
  868.  20
  869.  20
  870.  20
  871.  20
  872.  20
  873.  20
  874.  20
  875.  20
  876.  20
  877.  20
  878.  20
  879.  20
  880.  20
  881.  20
  882.  20
  883.  20
  884.  20
  885.  20
  886.  20
  887.  20
  888.  20
  889.  20
  890.  20
  891.  20
  892.   9
  893.   9
  894.  20
  895.  17
  896.  11
  897.   6
  898.   6
  899.   6
  900.   6
  901.  12
  902.  12
  903.   6
  904.   6
  905.  17
  906.  16
  907.   7
  908.   7
  909.   6
  910.   6
  911.  19
  912.  19
  913.   7
  914.   7
  915.   8
  916.  10
  917.  19
  918.  19
  919.   7
  920.   7
  921.  19
  922.  19
  923.   7
  924.   7
  925.  15
  926.  14
  927.  14
  928.  14
  929.  15
  930.  14
  931.  14
  932.  14
  933.  15
  934.  14
  935.  14
  936.  14
  937.   9
  938.   9
  939.   9
  940.   9
  941.  13
  942.  13
  943.  13
  944.  13
  945.  22
  946.  22
  947.  14
  948.  14
  949.  22
  950.  22
  951.  14
  952.  14
  953.  30
  954.  30
  955.  23
  956.  23
  957.  30
  958.  30
  959.  23
  960.  23
  961.  16
  962.  16
  963.  16
  964.  16
  965.  16
  966.  16
  967.  16
  968.  16
  969.  15
  970.  12
  971.  14
  972.  11
  973.  15
  974.  12
  975.  14
  976.  11
  977.  21
  978.  21
  979.   7
  980.   7
  981.  16
  982.  16
  983.   7
  984.   7
  985.  16
  986.  16
  987.  11
  988.  11
  989.  14
  990.  14
  991.   6
  992.   6
  993.   9
  994.   9
  995.  11
  996.  11
  997.  14
  998.  14
  999.   7
 1000.   7
 1001.   8
 1002.  10
 1003.  12
 1004.  11
 1005.  12
 1006.  12
 1007.  17
 1008.  16
 1009.  17
 1010.  16
 1011.   7
 1012.   7
 1013.  15
 1014.  16
 1015.  15
 1016.  16
 1017.  15
 1018.  16
 1019.  15
 1020.  16
 1021.  20
 1022.  20
 1023.   5
 1024.   5
 1025.  20
 1026.  20
 1027.  20
 1028.   4
 1029.   6
 1030.  20
 1031.  20
 1032.   6
 1033.   6
 1034.  20
 1035.  20
 1036.  20
 1037.   6
 1038.   6
 1039.   6
 1040.   6
 1041.   6
 1042.   6
 1043.  20
 1044.   5
 1045.   5
 1046.  20
 1047.  20
 1048.  20
 1049.  20
 1050.  20
 1051.  20
 1052.  20
 1053.  20
 1054.  20
 1055.  20
 1056.  20
 1057.  20
 1058.  20
 1059.  20
 1060.  20
 1061.  20
 1062.  20
 1063.  20
 1064.  20
 1065.  20
 1066.  20
 1067.  20
 1068.  20
 1069.  20
 1070.  20
 1071.  20
 1072.  20
 1073.  20
 1074.  20
 1075.  20
 1076.  20
 1077.  20
 1078.  20
 1079.  20
 1080.  20
 1081.  20
 1082.  20
 1083.  20
 1084.  20
 1085.  20
 1086.  20
 1087.  20
 1088.  20
 1089.  20
 1090.  20
 1091.  20
 1092.  20
 1093.  20
 1094.  20
 1095.  20
 1096.  20
 1097.  20
 1098.  20
 1099.  20
 1100.   9
 1101.   9
 1102.   9
 1103.  20
 1104.  20
 1105.  20
 1106.  20
 1107.  20
 1108.  20
 1109.  20
 1110.  20
 1111.  20
 1112.  20
 1113.  20
 1114.  20
 1115.  20
 1116.  20
 1117.  20
 1118.  20
 1119.  20
 1120.  20
 1121.  20
 1122.  20
 1123.  20
 1124.  20
 1125.  20
 1126.  20
 1127.   3
 1128.  27
 1129.  54
 1130.  23
 1131.  18
 1132.  23
 1133.  18
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  14
 1151.  23
 1152.  23
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   6
 1188.  18
 1189.  15
 1190.  18
 1191.  15
 1192.  18
 1193.  15
 1194.  18
 1195.  15
 1196.  18
 1197.  15
 1198.  18
 1199.  15
 1200.  18
 1201.  15
 1202.  18
 1203.  15
 1204.  18
 1205.  15
 1206.  18
 1207.  15
 1208.  18
 1209.  15
 1210.  18
 1211.  15
 1212.  18
 1213.  15
 1214.  18
 1215.  15
 1216.  18
 1217.  15
 1218.  18
 1219.  15
 1220.  18
 1221.  15
 1222.  18
 1223.  15
 1224.  18
 1225.  15
 1226.  18
 1227.  15
 1228.   8
 1229.   6
 1230.   8
 1231.   6
 1232.  21
 1233.  15
 1234.  21
 1235.  15
 1236.  21
 1237.  15
 1238.  21
 1239.  15
 1240.  21
 1241.  15
 1242.  21
 1243.  15
 1244.  21
 1245.  15
 1246.  23
 1247.  18
 1248.  23
 1249.  18
 1250.  23
 1251.  18
 1252.  23
 1253.  18
 1254.  23
 1255.  18
 1256.  19
 1257.  15
 1258.  19
 1259.  15
 1260.  23
 1261.  18
 1262.  23
 1263.  18
 1264.  23
 1265.  18
 1266.  23
 1267.  18
 1268.  23
 1269.  18
 1270.  18
 1271.  14
 1272.  18
 1273.  14
 1274.  18
 1275.  14
 1276.  18
 1277.  15
 1278.   8
 1279.   6
 1280.  21
 1281.  15
 1282.  19
 1283.  15
 1284.  19
 1285.  15
 1286.  19
 1287.  15
 1288.  19
 1289.  15
 1290.  19
 1291.  15
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  15
 1297.  10
 1298.  25
 1299.  18
 1300.  16
 1301.  12
 1302.  16
 1303.  12
 1304.  20
 1305.  15
 1306.  15
 1307.  14
 1308.  15
 1309.  14
 1310.  18
 1311.  14
 1312.  18
 1313.  14
 1314.  18
 1315.  14
 1316.  20
 1317.  15
 1318.  21
 1319.  15


	DevRec 10: ppem =  29, maxWid =  58
    0.  22
    1.   0
    2.   8
    3.   8
    4.   9
    5.  10
    6.  16
    7.  16
    8.  26
    9.  19
   10.   6
   11.  10
   12.  10
   13.  11
   14.  17
   15.   8
   16.  10
   17.   8
   18.   8
   19.  16
   20.  16
   21.  16
   22.  16
   23.  16
   24.  16
   25.  16
   26.  16
   27.  16
   28.  16
   29.   8
   30.   8
   31.  17
   32.  17
   33.  17
   34.  16
   35.  29
   36.  19
   37.  19
   38.  21
   39.  21
   40.  19
   41.  18
   42.  23
   43.  21
   44.   7
   45.  15
   46.  19
   47.  16
   48.  23
   49.  21
   50.  23
   51.  19
   52.  23
   53.  21
   54.  19
   55.  19
   56.  21
   57.  19
   58.  30
   59.  19
   60.  19
   61.  18
   62.   8
   63.   8
   64.   8
   65.  14
   66.  16
   67.  10
   68.  16
   69.  16
   70.  15
   71.  16
   72.  16
   73.   8
   74.  16
   75.  16
   76.   7
   77.   7
   78.  14
   79.   7
   80.  25
   81.  16
   82.  16
   83.  16
   84.  16
   85.  10
   86.  15
   87.   8
   88.  16
   89.  13
   90.  21
   91.  13
   92.  13
   93.  14
   94.  10
   95.   8
   96.  10
   97.  17
   98.  19
   99.  19
  100.  21
  101.  19
  102.  21
  103.  23
  104.  21
  105.  16
  106.  16
  107.  16
  108.  16
  109.  16
  110.  16
  111.  15
  112.  16
  113.  16
  114.  16
  115.  16
  116.   9
  117.   9
  118.   9
  119.   9
  120.  16
  121.  16
  122.  16
  123.  16
  124.  16
  125.  16
  126.  16
  127.  16
  128.  16
  129.  16
  130.  16
  131.  12
  132.  16
  133.  16
  134.  16
  135.  10
  136.  16
  137.  18
  138.  21
  139.  21
  140.  29
  141.  10
  142.  10
  143.  16
  144.  29
  145.  23
  146.  21
  147.  16
  148.  16
  149.  16
  150.  16
  151.  17
  152.  14
  153.  21
  154.  24
  155.  16
  156.   7
  157.  11
  158.  11
  159.  22
  160.  26
  161.  18
  162.  18
  163.   9
  164.  17
  165.  16
  166.  16
  167.  16
  168.  18
  169.  16
  170.  16
  171.  29
  172.  19
  173.  19
  174.  23
  175.  29
  176.  27
  177.  16
  178.  29
  179.  10
  180.  10
  181.   6
  182.   6
  183.  16
  184.  14
  185.  13
  186.  19
  187.   5
  188.  16
  189.  10
  190.  10
  191.  15
  192.  15
  193.  16
  194.   8
  195.   6
  196.  10
  197.  29
  198.  19
  199.  19
  200.  19
  201.  19
  202.  19
  203.   7
  204.   7
  205.   7
  206.   7
  207.  23
  208.  23
  209.  23
  210.  21
  211.  21
  212.  21
  213.   9
  214.  10
  215.   9
  216.  10
  217.  10
  218.  10
  219.  10
  220.  10
  221.  10
  222.  10
  223.  10
  224.  16
  225.   6
  226.  19
  227.  15
  228.  18
  229.  14
  230.   8
  231.  21
  232.  16
  233.  19
  234.  13
  235.  19
  236.  16
  237.  17
  238.  17
  239.  10
  240.  10
  241.  10
  242.  24
  243.  24
  244.  24
  245.  16
  246.  23
  247.  16
  248.   7
  249.  19
  250.  15
  251.  21
  252.  15
  253.  21
  254.  15
  255.  16
  256.  16
  257.  10
  258.  19
  259.  16
  260.  19
  261.  16
  262.  21
  263.  18
  264.  21
  265.  19
  266.  16
  267.  19
  268.  16
  269.  16
  270.   7
  271.  16
  272.   9
  273.  16
  274.  10
  275.  21
  276.  16
  277.  21
  278.  16
  279.  23
  280.  16
  281.  21
  282.  10
  283.  21
  284.  10
  285.  19
  286.  15
  287.  19
  288.   8
  289.  19
  290.  11
  291.  21
  292.  16
  293.  21
  294.  16
  295.  18
  296.  14
  297.  18
  298.  14
  299.  16
  300.  23
  301.  22
  302.  17
  303.  16
  304.  13
  305.  18
  306.  12
  307.  18
  308.  16
  309.  15
  310.  11
  311.  31
  312.  29
  313.  15
  314.  29
  315.  15
  316.  29
  317.  15
  318.  15
  319.  28
  320.  21
  321.  17
  322.  18
  323.  17
  324.  18
  325.  18
  326.  21
  327.  18
  328.  21
  329.  21
  330.  21
  331.  21
  332.  21
  333.  21
  334.  21
  335.  21
  336.  21
  337.  21
  338.  21
  339.  21
  340.  21
  341.  21
  342.  21
  343.  21
  344.  21
  345.  21
  346.  21
  347.  21
  348.  21
  349.  21
  350.  21
  351.  21
  352.  21
  353.  21
  354.  21
  355.  21
  356.  21
  357.  21
  358.  21
  359.  21
  360.  21
  361.  21
  362.  21
  363.  21
  364.  21
  365.  21
  366.  21
  367.  21
  368.  21
  369.  21
  370.  21
  371.  21
  372.  21
  373.  21
  374.  18
  375.  29
  376.  29
  377.  29
  378.  29
  379.  29
  380.  18
  381.  18
  382.  18
  383.  30
  384.  31
  385.  27
  386.  22
  387.  22
  388.  15
  389.  19
  390.  17
  391.  15
  392.  15
  393.  22
  394.  21
  395.  13
  396.  18
  397.   5
  398.  10
  399.  26
  400.   9
  401.  18
  402.  10
  403.  10
  404.  18
  405.  10
  406.  19
  407.  16
  408.  21
  409.  15
  410.  21
  411.  15
  412.  19
  413.  16
  414.  19
  415.  16
  416.  19
  417.  16
  418.  23
  419.  16
  420.  23
  421.  16
  422.  23
  423.  16
  424.  21
  425.  16
  426.  21
  427.  16
  428.   7
  429.   9
  430.   7
  431.   9
  432.   7
  433.   9
  434.   7
  435.   7
  436.  15
  437.   7
  438.  19
  439.  14
  440.  15
  441.  16
  442.   7
  443.  21
  444.  16
  445.  21
  446.  16
  447.  23
  448.  16
  449.  23
  450.  16
  451.  21
  452.  10
  453.  19
  454.  15
  455.  18
  456.   8
  457.  21
  458.  16
  459.  21
  460.  16
  461.  21
  462.  16
  463.  21
  464.  16
  465.  30
  466.  21
  467.  19
  468.  13
  469.   7
  470.  19
  471.  16
  472.  29
  473.  26
  474.  23
  475.  18
  476.   8
  477.  30
  478.  21
  479.  30
  480.  21
  481.  30
  482.  21
  483.  19
  484.  13
  485.   6
  486.  10
  487.  16
  488.  17
  489.  24
  490.  24
  491.  24
  492.  24
  493.  10
  494.  10
  495.  10
  496.  10
  497.  19
  498.  23
  499.  24
  500.  11
  501.  22
  502.  24
  503.  22
  504.   7
  505.  19
  506.  19
  507.  19
  508.  19
  509.  18
  510.  21
  511.   7
  512.  19
  513.  19
  514.  23
  515.  21
  516.  19
  517.  23
  518.  21
  519.  19
  520.  18
  521.  19
  522.  19
  523.  19
  524.  23
  525.  22
  526.   7
  527.  19
  528.  17
  529.  13
  530.  16
  531.   7
  532.  16
  533.  17
  534.  14
  535.  13
  536.  16
  537.  16
  538.   7
  539.  15
  540.  15
  541.  17
  542.  13
  543.  13
  544.  16
  545.  17
  546.  14
  547.  16
  548.  15
  549.  21
  550.  23
  551.   7
  552.  16
  553.  16
  554.  16
  555.  23
  556.  19
  557.  25
  558.  16
  559.  21
  560.  19
  561.   7
  562.   7
  563.  15
  564.  31
  565.  29
  566.  25
  567.  17
  568.  18
  569.  21
  570.  19
  571.  19
  572.  19
  573.  16
  574.  20
  575.  19
  576.  27
  577.  18
  578.  21
  579.  21
  580.  17
  581.  19
  582.  23
  583.  21
  584.  23
  585.  21
  586.  19
  587.  21
  588.  19
  589.  18
  590.  22
  591.  19
  592.  21
  593.  19
  594.  27
  595.  27
  596.  23
  597.  26
  598.  19
  599.  21
  600.  29
  601.  21
  602.  16
  603.  17
  604.  15
  605.  11
  606.  17
  607.  16
  608.  20
  609.  13
  610.  16
  611.  16
  612.  13
  613.  17
  614.  20
  615.  16
  616.  16
  617.  16
  618.  16
  619.  15
  620.  13
  621.  13
  622.  24
  623.  13
  624.  17
  625.  15
  626.  23
  627.  24
  628.  18
  629.  21
  630.  15
  631.  15
  632.  22
  633.  16
  634.  16
  635.  16
  636.  11
  637.  15
  638.  15
  639.   7
  640.   9
  641.   7
  642.  26
  643.  24
  644.  16
  645.  13
  646.  13
  647.  16
  648.  14
  649.  12
  650.  29
  651.  31
  652.  20
  653.  10
  654.  10
  655.  10
  656.  10
  657.  10
  658.  10
  659.  10
  660.  10
  661.  10
  662.  10
  663.  10
  664.  10
  665.  10
  666.  11
  667.  10
  668.   7
  669.  10
  670.  10
  671.   8
  672.  16
  673.  16
  674.  12
  675.  15
  676.  17
  677.   7
  678.  11
  679.  17
  680.  17
  681.   7
  682.  15
  683.  13
  684.  13
  685.  17
  686.  17
  687.   7
  688.  10
  689.  17
  690.  15
  691.  16
  692.  16
  693.  13
  694.  14
  695.  16
  696.  15
  697.  20
  698.  19
  699.  14
  700.  14
  701.  14
  702.   7
  703.  12
  704.  25
  705.   7
  706.  15
  707.  15
  708.  13
  709.  13
  710.  16
  711.  20
  712.  20
  713.  20
  714.  20
  715.  16
  716.  16
  717.  16
  718.  16
  719.  12
  720.  15
  721.  17
  722.   8
  723.  12
  724.  17
  725.   8
  726.  15
  727.  13
  728.  13
  729.  17
  730.  10
  731.  17
  732.  16
  733.  16
  734.  14
  735.  16
  736.  15
  737.  20
  738.  19
  739.   7
  740.  16
  741.  13
  742.  16
  743.  17
  744.   0
  745.   0
  746.   0
  747.   0
  748.   9
  749.   9
  750.  10
  751.  12
  752.   6
  753.   6
  754.   7
  755.   6
  756.   6
  757.   6
  758.   6
  759.   6
  760.   5
  761.  15
  762.  15
  763.  15
  764.  15
  765.  15
  766.  15
  767.  15
  768.  15
  769.  15
  770.  15
  771.  15
  772.   9
  773.  15
  774.  22
  775.  22
  776.   8
  777.  22
  778.  15
  779.  15
  780.  15
  781.  22
  782.  22
  783.  22
  784.  22
  785.  22
  786.   6
  787.  22
  788.  22
  789.  22
  790.  22
  791.  22
  792.  22
  793.  22
  794.  22
  795.  19
  796.  22
  797.  22
  798.  22
  799.  21
  800.  21
  801.   7
  802.   7
  803.  22
  804.  22
  805.  22
  806.  22
  807.  16
  808.  15
  809.  15
  810.  15
  811.  14
  812.  14
  813.  24
  814.  27
  815.  11
  816.  15
  817.  24
  818.  27
  819.  11
  820.  15
  821.  19
  822.  17
  823.  22
  824.  22
  825.  22
  826.  22
  827.  22
  828.  22
  829.  22
  830.  22
  831.  22
  832.  22
  833.  22
  834.  22
  835.  22
  836.  22
  837.  22
  838.  22
  839.   7
  840.   6
  841.   6
  842.   6
  843.   6
  844.  22
  845.  22
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  16
  863.  29
  864.  22
  865.  22
  866.  22
  867.  22
  868.  22
  869.  22
  870.  22
  871.  22
  872.  22
  873.  22
  874.  22
  875.  22
  876.  22
  877.  22
  878.  22
  879.  22
  880.  22
  881.  22
  882.  22
  883.  22
  884.  22
  885.  22
  886.  22
  887.  22
  888.  22
  889.  22
  890.  22
  891.  22
  892.   9
  893.   9
  894.  22
  895.  18
  896.  12
  897.   6
  898.   7
  899.   6
  900.   7
  901.  13
  902.  13
  903.   6
  904.   7
  905.  19
  906.  17
  907.   7
  908.   7
  909.   6
  910.   7
  911.  21
  912.  21
  913.   7
  914.   7
  915.   8
  916.  11
  917.  21
  918.  21
  919.   7
  920.   7
  921.  21
  922.  21
  923.   7
  924.   7
  925.  16
  926.  15
  927.  15
  928.  15
  929.  16
  930.  15
  931.  15
  932.  15
  933.  16
  934.  15
  935.  15
  936.  15
  937.  10
  938.  10
  939.  10
  940.  10
  941.  14
  942.  14
  943.  14
  944.  14
  945.  24
  946.  24
  947.  15
  948.  15
  949.  24
  950.  24
  951.  15
  952.  15
  953.  32
  954.  32
  955.  25
  956.  25
  957.  32
  958.  32
  959.  25
  960.  25
  961.  17
  962.  17
  963.  17
  964.  17
  965.  17
  966.  17
  967.  17
  968.  17
  969.  16
  970.  13
  971.  15
  972.  11
  973.  16
  974.  13
  975.  15
  976.  11
  977.  23
  978.  23
  979.   8
  980.   8
  981.  17
  982.  17
  983.   8
  984.   8
  985.  17
  986.  17
  987.  11
  988.  11
  989.  15
  990.  15
  991.   6
  992.   6
  993.  10
  994.  10
  995.  11
  996.  11
  997.  15
  998.  15
  999.   7
 1000.   7
 1001.   8
 1002.  11
 1003.  13
 1004.  11
 1005.  13
 1006.  13
 1007.  19
 1008.  17
 1009.  19
 1010.  17
 1011.   7
 1012.   7
 1013.  16
 1014.  17
 1015.  16
 1016.  17
 1017.  16
 1018.  17
 1019.  16
 1020.  17
 1021.  22
 1022.  22
 1023.   6
 1024.   6
 1025.  22
 1026.  22
 1027.  22
 1028.   5
 1029.   6
 1030.  22
 1031.  22
 1032.   6
 1033.   7
 1034.  22
 1035.  22
 1036.  22
 1037.   6
 1038.   6
 1039.   6
 1040.   6
 1041.   6
 1042.   7
 1043.  22
 1044.   6
 1045.   6
 1046.  22
 1047.  22
 1048.  22
 1049.  22
 1050.  22
 1051.  22
 1052.  22
 1053.  22
 1054.  22
 1055.  22
 1056.  22
 1057.  22
 1058.  22
 1059.  22
 1060.  22
 1061.  22
 1062.  22
 1063.  22
 1064.  22
 1065.  22
 1066.  22
 1067.  22
 1068.  22
 1069.  22
 1070.  22
 1071.  22
 1072.  22
 1073.  22
 1074.  22
 1075.  22
 1076.  22
 1077.  22
 1078.  22
 1079.  22
 1080.  22
 1081.  22
 1082.  22
 1083.  22
 1084.  22
 1085.  22
 1086.  22
 1087.  22
 1088.  22
 1089.  22
 1090.  22
 1091.  22
 1092.  22
 1093.  22
 1094.  22
 1095.  22
 1096.  22
 1097.  22
 1098.  22
 1099.  22
 1100.   9
 1101.   9
 1102.   9
 1103.  22
 1104.  22
 1105.  22
 1106.  22
 1107.  22
 1108.  22
 1109.  22
 1110.  22
 1111.  22
 1112.  22
 1113.  22
 1114.  22
 1115.  22
 1116.  22
 1117.  22
 1118.  22
 1119.  22
 1120.  22
 1121.  22
 1122.  22
 1123.  22
 1124.  22
 1125.  22
 1126.  22
 1127.   4
 1128.  29
 1129.  58
 1130.  25
 1131.  19
 1132.  25
 1133.  19
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  15
 1151.  24
 1152.  24
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   7
 1188.  19
 1189.  16
 1190.  19
 1191.  16
 1192.  19
 1193.  16
 1194.  19
 1195.  16
 1196.  19
 1197.  16
 1198.  19
 1199.  16
 1200.  19
 1201.  16
 1202.  19
 1203.  16
 1204.  19
 1205.  16
 1206.  19
 1207.  16
 1208.  19
 1209.  16
 1210.  19
 1211.  16
 1212.  19
 1213.  16
 1214.  19
 1215.  16
 1216.  19
 1217.  16
 1218.  19
 1219.  16
 1220.  19
 1221.  16
 1222.  19
 1223.  16
 1224.  19
 1225.  16
 1226.  19
 1227.  16
 1228.   7
 1229.   7
 1230.   7
 1231.   7
 1232.  23
 1233.  16
 1234.  23
 1235.  16
 1236.  23
 1237.  16
 1238.  23
 1239.  16
 1240.  23
 1241.  16
 1242.  23
 1243.  16
 1244.  23
 1245.  16
 1246.  25
 1247.  19
 1248.  25
 1249.  19
 1250.  25
 1251.  19
 1252.  25
 1253.  19
 1254.  25
 1255.  19
 1256.  21
 1257.  16
 1258.  21
 1259.  16
 1260.  25
 1261.  19
 1262.  25
 1263.  19
 1264.  25
 1265.  19
 1266.  25
 1267.  19
 1268.  25
 1269.  19
 1270.  19
 1271.  13
 1272.  19
 1273.  13
 1274.  19
 1275.  13
 1276.  19
 1277.  16
 1278.   7
 1279.   7
 1280.  23
 1281.  16
 1282.  21
 1283.  16
 1284.  21
 1285.  16
 1286.  21
 1287.  16
 1288.  21
 1289.  16
 1290.  21
 1291.  16
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  16
 1297.  11
 1298.  27
 1299.  19
 1300.  17
 1301.  13
 1302.  17
 1303.  13
 1304.  21
 1305.  16
 1306.  16
 1307.  15
 1308.  16
 1309.  15
 1310.  19
 1311.  15
 1312.  19
 1313.  15
 1314.  19
 1315.  15
 1316.  22
 1317.  16
 1318.  23
 1319.  16


	DevRec 11: ppem =  32, maxWid =  64
    0.  24
    1.   0
    2.   9
    3.   9
    4.  11
    5.  11
    6.  18
    7.  18
    8.  28
    9.  21
   10.   6
   11.  11
   12.  11
   13.  12
   14.  19
   15.   9
   16.  11
   17.   9
   18.   9
   19.  18
   20.  18
   21.  18
   22.  18
   23.  18
   24.  18
   25.  18
   26.  18
   27.  18
   28.  18
   29.   9
   30.   9
   31.  19
   32.  19
   33.  19
   34.  18
   35.  32
   36.  21
   37.  21
   38.  23
   39.  23
   40.  21
   41.  20
   42.  25
   43.  23
   44.   9
   45.  16
   46.  21
   47.  18
   48.  27
   49.  23
   50.  25
   51.  21
   52.  25
   53.  23
   54.  21
   55.  19
   56.  23
   57.  21
   58.  32
   59.  21
   60.  21
   61.  20
   62.   9
   63.   9
   64.   9
   65.  14
   66.  18
   67.  11
   68.  17
   69.  17
   70.  16
   71.  17
   72.  17
   73.  10
   74.  17
   75.  18
   76.   7
   77.   7
   78.  16
   79.   7
   80.  27
   81.  18
   82.  17
   83.  17
   84.  17
   85.  11
   86.  16
   87.   9
   88.  18
   89.  15
   90.  23
   91.  14
   92.  15
   93.  15
   94.  11
   95.   8
   96.  11
   97.  19
   98.  21
   99.  21
  100.  23
  101.  21
  102.  23
  103.  25
  104.  23
  105.  17
  106.  17
  107.  17
  108.  17
  109.  17
  110.  17
  111.  16
  112.  17
  113.  17
  114.  17
  115.  17
  116.   9
  117.   9
  118.   9
  119.   9
  120.  18
  121.  17
  122.  17
  123.  17
  124.  17
  125.  17
  126.  18
  127.  18
  128.  18
  129.  18
  130.  18
  131.  13
  132.  18
  133.  18
  134.  18
  135.  11
  136.  17
  137.  20
  138.  24
  139.  24
  140.  32
  141.  11
  142.  11
  143.  18
  144.  32
  145.  25
  146.  23
  147.  18
  148.  18
  149.  18
  150.  18
  151.  18
  152.  16
  153.  23
  154.  26
  155.  18
  156.   7
  157.  12
  158.  12
  159.  25
  160.  28
  161.  20
  162.  20
  163.  11
  164.  19
  165.  17
  166.  18
  167.  18
  168.  20
  169.  18
  170.  18
  171.  32
  172.  21
  173.  21
  174.  25
  175.  32
  176.  30
  177.  18
  178.  32
  179.  11
  180.  11
  181.   7
  182.   7
  183.  18
  184.  16
  185.  15
  186.  21
  187.   5
  188.  18
  189.  11
  190.  11
  191.  16
  192.  16
  193.  18
  194.   9
  195.   7
  196.  11
  197.  32
  198.  21
  199.  21
  200.  21
  201.  21
  202.  21
  203.   9
  204.   9
  205.   9
  206.   9
  207.  25
  208.  25
  209.  25
  210.  23
  211.  23
  212.  23
  213.   9
  214.  11
  215.   9
  216.  11
  217.  11
  218.  11
  219.  11
  220.  11
  221.  11
  222.  11
  223.  11
  224.  18
  225.   7
  226.  21
  227.  16
  228.  20
  229.  15
  230.   8
  231.  23
  232.  18
  233.  21
  234.  15
  235.  21
  236.  18
  237.  19
  238.  19
  239.  11
  240.  11
  241.  11
  242.  27
  243.  27
  244.  27
  245.  18
  246.  25
  247.  17
  248.   9
  249.  21
  250.  16
  251.  23
  252.  16
  253.  23
  254.  16
  255.  18
  256.  18
  257.  11
  258.  21
  259.  17
  260.  21
  261.  17
  262.  23
  263.  20
  264.  23
  265.  21
  266.  17
  267.  21
  268.  17
  269.  18
  270.   7
  271.  18
  272.   9
  273.  18
  274.  11
  275.  23
  276.  18
  277.  23
  278.  18
  279.  25
  280.  17
  281.  23
  282.  11
  283.  23
  284.  11
  285.  21
  286.  16
  287.  19
  288.   9
  289.  19
  290.  12
  291.  23
  292.  18
  293.  23
  294.  18
  295.  20
  296.  15
  297.  20
  298.  15
  299.  18
  300.  25
  301.  26
  302.  19
  303.  18
  304.  14
  305.  20
  306.  13
  307.  21
  308.  18
  309.  16
  310.  12
  311.  35
  312.  32
  313.  16
  314.  32
  315.  16
  316.  32
  317.  16
  318.  16
  319.  31
  320.  23
  321.  19
  322.  19
  323.  19
  324.  19
  325.  19
  326.  23
  327.  20
  328.  23
  329.  23
  330.  23
  331.  23
  332.  23
  333.  23
  334.  23
  335.  23
  336.  23
  337.  23
  338.  23
  339.  23
  340.  23
  341.  23
  342.  23
  343.  23
  344.  23
  345.  23
  346.  23
  347.  23
  348.  23
  349.  23
  350.  23
  351.  23
  352.  23
  353.  23
  354.  23
  355.  23
  356.  23
  357.  23
  358.  23
  359.  23
  360.  23
  361.  23
  362.  23
  363.  23
  364.  23
  365.  23
  366.  23
  367.  23
  368.  23
  369.  23
  370.  23
  371.  23
  372.  23
  373.  23
  374.  19
  375.  32
  376.  32
  377.  32
  378.  32
  379.  32
  380.  19
  381.  19
  382.  19
  383.  33
  384.  34
  385.  29
  386.  24
  387.  24
  388.  17
  389.  21
  390.  19
  391.  16
  392.  16
  393.  24
  394.  24
  395.  14
  396.  19
  397.   6
  398.  11
  399.  28
  400.  10
  401.  19
  402.  11
  403.  11
  404.  19
  405.  11
  406.  21
  407.  17
  408.  23
  409.  16
  410.  23
  411.  16
  412.  21
  413.  17
  414.  21
  415.  17
  416.  21
  417.  17
  418.  25
  419.  17
  420.  25
  421.  17
  422.  25
  423.  18
  424.  23
  425.  18
  426.  23
  427.  18
  428.   9
  429.   9
  430.   9
  431.   9
  432.   9
  433.   9
  434.   9
  435.   7
  436.  16
  437.   7
  438.  21
  439.  16
  440.  16
  441.  18
  442.   7
  443.  23
  444.  18
  445.  23
  446.  18
  447.  25
  448.  17
  449.  25
  450.  17
  451.  23
  452.  11
  453.  21
  454.  16
  455.  20
  456.   9
  457.  23
  458.  18
  459.  23
  460.  18
  461.  23
  462.  18
  463.  23
  464.  18
  465.  32
  466.  23
  467.  21
  468.  15
  469.   7
  470.  21
  471.  17
  472.  32
  473.  28
  474.  25
  475.  20
  476.   9
  477.  32
  478.  23
  479.  32
  480.  23
  481.  32
  482.  23
  483.  21
  484.  15
  485.   7
  486.  11
  487.  18
  488.  19
  489.  27
  490.  27
  491.  27
  492.  27
  493.  11
  494.  11
  495.  11
  496.  11
  497.  21
  498.  25
  499.  27
  500.  12
  501.  25
  502.  26
  503.  24
  504.   7
  505.  21
  506.  21
  507.  21
  508.  21
  509.  20
  510.  23
  511.   9
  512.  21
  513.  21
  514.  27
  515.  23
  516.  21
  517.  25
  518.  23
  519.  21
  520.  20
  521.  19
  522.  21
  523.  21
  524.  27
  525.  24
  526.   9
  527.  21
  528.  19
  529.  14
  530.  18
  531.   7
  532.  18
  533.  18
  534.  16
  535.  14
  536.  18
  537.  17
  538.   7
  539.  16
  540.  16
  541.  18
  542.  15
  543.  14
  544.  17
  545.  17
  546.  14
  547.  18
  548.  17
  549.  23
  550.  24
  551.   7
  552.  18
  553.  17
  554.  18
  555.  24
  556.  21
  557.  28
  558.  17
  559.  23
  560.  21
  561.   9
  562.   9
  563.  16
  564.  34
  565.  32
  566.  27
  567.  19
  568.  20
  569.  23
  570.  21
  571.  20
  572.  21
  573.  17
  574.  22
  575.  21
  576.  30
  577.  19
  578.  23
  579.  23
  580.  19
  581.  21
  582.  27
  583.  23
  584.  25
  585.  23
  586.  21
  587.  23
  588.  19
  589.  20
  590.  24
  591.  21
  592.  24
  593.  21
  594.  29
  595.  30
  596.  25
  597.  28
  598.  21
  599.  23
  600.  32
  601.  23
  602.  17
  603.  17
  604.  16
  605.  12
  606.  19
  607.  17
  608.  22
  609.  15
  610.  18
  611.  18
  612.  14
  613.  19
  614.  22
  615.  18
  616.  17
  617.  17
  618.  17
  619.  16
  620.  15
  621.  15
  622.  25
  623.  14
  624.  18
  625.  17
  626.  26
  627.  26
  628.  19
  629.  23
  630.  17
  631.  16
  632.  24
  633.  17
  634.  17
  635.  18
  636.  12
  637.  16
  638.  16
  639.   7
  640.   9
  641.   7
  642.  28
  643.  25
  644.  18
  645.  14
  646.  15
  647.  18
  648.  16
  649.  13
  650.  32
  651.  34
  652.  22
  653.  11
  654.  11
  655.  11
  656.  11
  657.  11
  658.  11
  659.  11
  660.  11
  661.  11
  662.  11
  663.  11
  664.  11
  665.  11
  666.  12
  667.  11
  668.   7
  669.  11
  670.  11
  671.   9
  672.  18
  673.  17
  674.  13
  675.  16
  676.  19
  677.   7
  678.  12
  679.  19
  680.  19
  681.   7
  682.  16
  683.  15
  684.  15
  685.  19
  686.  19
  687.   7
  688.  11
  689.  18
  690.  17
  691.  18
  692.  17
  693.  15
  694.  15
  695.  18
  696.  16
  697.  22
  698.  21
  699.  15
  700.  15
  701.  15
  702.   8
  703.  13
  704.  28
  705.   7
  706.  16
  707.  16
  708.  15
  709.  15
  710.  17
  711.  22
  712.  22
  713.  22
  714.  22
  715.  18
  716.  18
  717.  18
  718.  17
  719.  13
  720.  16
  721.  19
  722.   9
  723.  13
  724.  19
  725.   9
  726.  16
  727.  15
  728.  15
  729.  19
  730.  11
  731.  18
  732.  18
  733.  17
  734.  15
  735.  18
  736.  16
  737.  22
  738.  21
  739.   7
  740.  17
  741.  15
  742.  17
  743.  18
  744.   0
  745.   0
  746.   0
  747.   0
  748.  10
  749.  10
  750.  11
  751.  13
  752.   7
  753.   6
  754.   8
  755.   6
  756.   6
  757.   7
  758.   6
  759.   7
  760.   5
  761.  17
  762.  17
  763.  17
  764.  17
  765.  17
  766.  17
  767.  17
  768.  17
  769.  17
  770.  17
  771.  17
  772.  10
  773.  17
  774.  24
  775.  24
  776.   9
  777.  24
  778.  17
  779.  17
  780.  17
  781.  24
  782.  24
  783.  24
  784.  24
  785.  24
  786.   7
  787.  24
  788.  24
  789.  24
  790.  24
  791.  24
  792.  24
  793.  24
  794.  24
  795.  20
  796.  24
  797.  24
  798.  24
  799.  23
  800.  23
  801.   8
  802.   8
  803.  24
  804.  24
  805.  24
  806.  24
  807.  18
  808.  17
  809.  17
  810.  17
  811.  16
  812.  16
  813.  26
  814.  30
  815.  13
  816.  16
  817.  26
  818.  30
  819.  13
  820.  16
  821.  20
  822.  19
  823.  24
  824.  24
  825.  24
  826.  24
  827.  24
  828.  24
  829.  24
  830.  24
  831.  24
  832.  24
  833.  24
  834.  24
  835.  24
  836.  24
  837.  24
  838.  24
  839.   7
  840.   7
  841.   7
  842.   7
  843.   7
  844.  24
  845.  24
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  18
  863.  32
  864.  24
  865.  24
  866.  24
  867.  24
  868.  24
  869.  24
  870.  24
  871.  24
  872.  24
  873.  24
  874.  24
  875.  24
  876.  24
  877.  24
  878.  24
  879.  24
  880.  24
  881.  24
  882.  24
  883.  24
  884.  24
  885.  24
  886.  24
  887.  24
  888.  24
  889.  24
  890.  24
  891.  24
  892.  10
  893.  10
  894.  24
  895.  20
  896.  13
  897.   7
  898.   7
  899.   7
  900.   7
  901.  14
  902.  14
  903.   7
  904.   7
  905.  20
  906.  19
  907.   8
  908.   8
  909.   7
  910.   7
  911.  23
  912.  23
  913.   8
  914.   8
  915.   9
  916.  12
  917.  23
  918.  23
  919.   8
  920.   8
  921.  23
  922.  23
  923.   8
  924.   8
  925.  18
  926.  17
  927.  17
  928.  17
  929.  18
  930.  17
  931.  17
  932.  17
  933.  18
  934.  17
  935.  17
  936.  17
  937.  11
  938.  11
  939.  11
  940.  11
  941.  16
  942.  16
  943.  16
  944.  16
  945.  26
  946.  26
  947.  17
  948.  17
  949.  26
  950.  26
  951.  17
  952.  17
  953.  35
  954.  35
  955.  27
  956.  27
  957.  35
  958.  35
  959.  27
  960.  27
  961.  19
  962.  19
  963.  19
  964.  19
  965.  19
  966.  19
  967.  19
  968.  19
  969.  17
  970.  14
  971.  17
  972.  13
  973.  17
  974.  14
  975.  17
  976.  13
  977.  25
  978.  25
  979.   9
  980.   8
  981.  19
  982.  19
  983.   9
  984.   8
  985.  19
  986.  19
  987.  13
  988.  13
  989.  16
  990.  16
  991.   7
  992.   7
  993.  11
  994.  11
  995.  13
  996.  13
  997.  17
  998.  17
  999.   8
 1000.   8
 1001.   9
 1002.  12
 1003.  14
 1004.  13
 1005.  14
 1006.  14
 1007.  20
 1008.  19
 1009.  20
 1010.  19
 1011.   8
 1012.   8
 1013.  17
 1014.  19
 1015.  17
 1016.  19
 1017.  17
 1018.  19
 1019.  17
 1020.  19
 1021.  24
 1022.  24
 1023.   6
 1024.   6
 1025.  24
 1026.  24
 1027.  24
 1028.   5
 1029.   7
 1030.  24
 1031.  24
 1032.   7
 1033.   8
 1034.  24
 1035.  24
 1036.  24
 1037.   7
 1038.   7
 1039.   7
 1040.   7
 1041.   7
 1042.   7
 1043.  24
 1044.   6
 1045.   6
 1046.  24
 1047.  24
 1048.  24
 1049.  24
 1050.  24
 1051.  24
 1052.  24
 1053.  24
 1054.  24
 1055.  24
 1056.  24
 1057.  24
 1058.  24
 1059.  24
 1060.  24
 1061.  24
 1062.  24
 1063.  24
 1064.  24
 1065.  24
 1066.  24
 1067.  24
 1068.  24
 1069.  24
 1070.  24
 1071.  24
 1072.  24
 1073.  24
 1074.  24
 1075.  24
 1076.  24
 1077.  24
 1078.  24
 1079.  24
 1080.  24
 1081.  24
 1082.  24
 1083.  24
 1084.  24
 1085.  24
 1086.  24
 1087.  24
 1088.  24
 1089.  24
 1090.  24
 1091.  24
 1092.  24
 1093.  24
 1094.  24
 1095.  24
 1096.  24
 1097.  24
 1098.  24
 1099.  24
 1100.  10
 1101.  10
 1102.  10
 1103.  24
 1104.  24
 1105.  24
 1106.  24
 1107.  24
 1108.  24
 1109.  24
 1110.  24
 1111.  24
 1112.  24
 1113.  24
 1114.  24
 1115.  24
 1116.  24
 1117.  24
 1118.  24
 1119.  24
 1120.  24
 1121.  24
 1122.  24
 1123.  24
 1124.  24
 1125.  24
 1126.  24
 1127.   4
 1128.  32
 1129.  64
 1130.  27
 1131.  21
 1132.  27
 1133.  21
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  16
 1151.  27
 1152.  27
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   7
 1188.  21
 1189.  17
 1190.  21
 1191.  17
 1192.  21
 1193.  17
 1194.  21
 1195.  17
 1196.  21
 1197.  17
 1198.  21
 1199.  17
 1200.  21
 1201.  17
 1202.  21
 1203.  17
 1204.  21
 1205.  17
 1206.  21
 1207.  17
 1208.  21
 1209.  17
 1210.  21
 1211.  17
 1212.  21
 1213.  17
 1214.  21
 1215.  17
 1216.  21
 1217.  17
 1218.  21
 1219.  17
 1220.  21
 1221.  17
 1222.  21
 1223.  17
 1224.  21
 1225.  17
 1226.  21
 1227.  17
 1228.   9
 1229.   7
 1230.   9
 1231.   7
 1232.  25
 1233.  17
 1234.  25
 1235.  17
 1236.  25
 1237.  17
 1238.  25
 1239.  17
 1240.  25
 1241.  17
 1242.  25
 1243.  17
 1244.  25
 1245.  17
 1246.  27
 1247.  21
 1248.  27
 1249.  21
 1250.  27
 1251.  21
 1252.  27
 1253.  21
 1254.  27
 1255.  21
 1256.  23
 1257.  18
 1258.  23
 1259.  18
 1260.  27
 1261.  21
 1262.  27
 1263.  21
 1264.  27
 1265.  21
 1266.  27
 1267.  21
 1268.  27
 1269.  21
 1270.  21
 1271.  15
 1272.  21
 1273.  15
 1274.  21
 1275.  15
 1276.  21
 1277.  17
 1278.   9
 1279.   7
 1280.  25
 1281.  17
 1282.  23
 1283.  18
 1284.  23
 1285.  18
 1286.  23
 1287.  18
 1288.  23
 1289.  18
 1290.  23
 1291.  18
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  17
 1297.  12
 1298.  30
 1299.  21
 1300.  19
 1301.  14
 1302.  19
 1303.  14
 1304.  23
 1305.  18
 1306.  18
 1307.  16
 1308.  18
 1309.  16
 1310.  21
 1311.  16
 1312.  21
 1313.  17
 1314.  21
 1315.  17
 1316.  24
 1317.  18
 1318.  25
 1319.  18


	DevRec 12: ppem =  33, maxWid =  66
    0.  25
    1.   0
    2.   9
    3.   9
    4.  11
    5.  12
    6.  18
    7.  18
    8.  29
    9.  22
   10.   6
   11.  11
   12.  11
   13.  13
   14.  19
   15.   9
   16.  11
   17.   9
   18.   9
   19.  18
   20.  18
   21.  18
   22.  18
   23.  18
   24.  18
   25.  18
   26.  18
   27.  18
   28.  18
   29.   9
   30.   9
   31.  19
   32.  19
   33.  19
   34.  18
   35.  34
   36.  22
   37.  22
   38.  24
   39.  24
   40.  22
   41.  20
   42.  26
   43.  24
   44.   9
   45.  17
   46.  22
   47.  18
   48.  27
   49.  24
   50.  26
   51.  22
   52.  26
   53.  24
   54.  22
   55.  21
   56.  24
   57.  22
   58.  34
   59.  21
   60.  21
   61.  20
   62.   9
   63.   9
   64.   9
   65.  14
   66.  18
   67.  11
   68.  17
   69.  18
   70.  17
   71.  18
   72.  17
   73.  10
   74.  18
   75.  18
   76.   7
   77.   7
   78.  16
   79.   7
   80.  27
   81.  18
   82.  17
   83.  18
   84.  18
   85.  11
   86.  17
   87.   9
   88.  18
   89.  15
   90.  23
   91.  15
   92.  15
   93.  16
   94.  11
   95.   8
   96.  11
   97.  19
   98.  22
   99.  22
  100.  24
  101.  22
  102.  24
  103.  26
  104.  24
  105.  17
  106.  17
  107.  17
  108.  17
  109.  17
  110.  17
  111.  17
  112.  17
  113.  17
  114.  17
  115.  17
  116.   9
  117.   9
  118.   9
  119.   9
  120.  18
  121.  17
  122.  17
  123.  17
  124.  17
  125.  17
  126.  18
  127.  18
  128.  18
  129.  18
  130.  18
  131.  13
  132.  18
  133.  18
  134.  18
  135.  12
  136.  18
  137.  20
  138.  24
  139.  24
  140.  33
  141.  11
  142.  11
  143.  18
  144.  33
  145.  26
  146.  24
  147.  18
  148.  18
  149.  18
  150.  18
  151.  19
  152.  16
  153.  24
  154.  27
  155.  18
  156.   7
  157.  12
  158.  12
  159.  25
  160.  29
  161.  20
  162.  20
  163.  11
  164.  19
  165.  19
  166.  18
  167.  18
  168.  20
  169.  18
  170.  18
  171.  33
  172.  22
  173.  22
  174.  26
  175.  33
  176.  31
  177.  18
  178.  33
  179.  11
  180.  11
  181.   7
  182.   7
  183.  18
  184.  16
  185.  15
  186.  21
  187.   6
  188.  18
  189.  11
  190.  11
  191.  17
  192.  17
  193.  18
  194.   9
  195.   7
  196.  11
  197.  32
  198.  22
  199.  22
  200.  22
  201.  22
  202.  22
  203.   9
  204.   9
  205.   9
  206.   9
  207.  26
  208.  26
  209.  26
  210.  24
  211.  24
  212.  24
  213.   9
  214.  11
  215.   9
  216.  11
  217.  11
  218.  11
  219.  11
  220.  11
  221.  11
  222.  11
  223.  11
  224.  18
  225.   7
  226.  22
  227.  17
  228.  20
  229.  16
  230.   8
  231.  24
  232.  18
  233.  21
  234.  15
  235.  22
  236.  18
  237.  19
  238.  19
  239.  11
  240.  11
  241.  11
  242.  28
  243.  28
  244.  28
  245.  18
  246.  26
  247.  18
  248.   9
  249.  22
  250.  17
  251.  24
  252.  17
  253.  24
  254.  17
  255.  18
  256.  18
  257.  11
  258.  22
  259.  17
  260.  22
  261.  17
  262.  24
  263.  20
  264.  24
  265.  22
  266.  17
  267.  22
  268.  17
  269.  18
  270.   7
  271.  18
  272.  10
  273.  18
  274.  11
  275.  24
  276.  18
  277.  24
  278.  18
  279.  26
  280.  17
  281.  24
  282.  11
  283.  24
  284.  11
  285.  22
  286.  17
  287.  21
  288.   9
  289.  21
  290.  12
  291.  24
  292.  18
  293.  24
  294.  18
  295.  20
  296.  16
  297.  20
  298.  16
  299.  18
  300.  26
  301.  26
  302.  19
  303.  18
  304.  14
  305.  20
  306.  13
  307.  21
  308.  18
  309.  17
  310.  12
  311.  36
  312.  33
  313.  17
  314.  33
  315.  17
  316.  33
  317.  17
  318.  17
  319.  32
  320.  24
  321.  19
  322.  20
  323.  19
  324.  20
  325.  20
  326.  23
  327.  21
  328.  23
  329.  23
  330.  23
  331.  23
  332.  23
  333.  23
  334.  23
  335.  23
  336.  23
  337.  23
  338.  23
  339.  23
  340.  23
  341.  23
  342.  23
  343.  23
  344.  23
  345.  23
  346.  23
  347.  23
  348.  23
  349.  23
  350.  23
  351.  23
  352.  23
  353.  23
  354.  23
  355.  23
  356.  23
  357.  23
  358.  23
  359.  23
  360.  23
  361.  23
  362.  23
  363.  23
  364.  23
  365.  23
  366.  23
  367.  23
  368.  23
  369.  23
  370.  23
  371.  23
  372.  23
  373.  24
  374.  20
  375.  33
  376.  33
  377.  33
  378.  33
  379.  33
  380.  20
  381.  20
  382.  20
  383.  34
  384.  35
  385.  30
  386.  25
  387.  25
  388.  18
  389.  22
  390.  20
  391.  17
  392.  17
  393.  25
  394.  24
  395.  15
  396.  20
  397.   6
  398.  12
  399.  29
  400.  11
  401.  20
  402.  12
  403.  12
  404.  20
  405.  12
  406.  22
  407.  17
  408.  24
  409.  17
  410.  24
  411.  17
  412.  22
  413.  17
  414.  22
  415.  17
  416.  22
  417.  17
  418.  26
  419.  18
  420.  26
  421.  18
  422.  26
  423.  18
  424.  24
  425.  18
  426.  24
  427.  18
  428.   9
  429.   9
  430.   9
  431.   9
  432.   9
  433.   9
  434.   9
  435.   7
  436.  17
  437.   7
  438.  22
  439.  16
  440.  17
  441.  18
  442.   7
  443.  24
  444.  18
  445.  24
  446.  18
  447.  26
  448.  17
  449.  26
  450.  17
  451.  24
  452.  11
  453.  22
  454.  17
  455.  20
  456.   9
  457.  24
  458.  18
  459.  24
  460.  18
  461.  24
  462.  18
  463.  24
  464.  18
  465.  34
  466.  23
  467.  21
  468.  15
  469.   7
  470.  22
  471.  17
  472.  33
  473.  29
  474.  26
  475.  20
  476.   9
  477.  34
  478.  23
  479.  34
  480.  23
  481.  34
  482.  23
  483.  21
  484.  15
  485.   7
  486.  11
  487.  18
  488.  20
  489.  28
  490.  28
  491.  28
  492.  28
  493.  11
  494.  11
  495.  11
  496.  11
  497.  22
  498.  26
  499.  28
  500.  13
  501.  26
  502.  27
  503.  25
  504.   7
  505.  22
  506.  22
  507.  22
  508.  22
  509.  20
  510.  24
  511.   9
  512.  22
  513.  22
  514.  27
  515.  24
  516.  21
  517.  26
  518.  24
  519.  22
  520.  20
  521.  21
  522.  21
  523.  21
  524.  27
  525.  25
  526.   9
  527.  21
  528.  19
  529.  14
  530.  18
  531.   7
  532.  18
  533.  19
  534.  17
  535.  15
  536.  18
  537.  17
  538.   7
  539.  17
  540.  17
  541.  19
  542.  15
  543.  15
  544.  17
  545.  18
  546.  15
  547.  18
  548.  17
  549.  23
  550.  25
  551.   7
  552.  18
  553.  17
  554.  18
  555.  25
  556.  22
  557.  29
  558.  18
  559.  24
  560.  22
  561.   9
  562.   9
  563.  17
  564.  35
  565.  33
  566.  28
  567.  19
  568.  21
  569.  24
  570.  22
  571.  21
  572.  22
  573.  18
  574.  22
  575.  22
  576.  30
  577.  20
  578.  24
  579.  24
  580.  19
  581.  22
  582.  27
  583.  24
  584.  26
  585.  24
  586.  22
  587.  24
  588.  21
  589.  21
  590.  25
  591.  21
  592.  24
  593.  22
  594.  30
  595.  31
  596.  26
  597.  29
  598.  22
  599.  24
  600.  33
  601.  24
  602.  17
  603.  18
  604.  17
  605.  12
  606.  19
  607.  17
  608.  21
  609.  15
  610.  18
  611.  18
  612.  14
  613.  19
  614.  23
  615.  18
  616.  17
  617.  18
  618.  18
  619.  17
  620.  15
  621.  15
  622.  26
  623.  15
  624.  19
  625.  17
  626.  26
  627.  27
  628.  20
  629.  24
  630.  18
  631.  17
  632.  25
  633.  18
  634.  17
  635.  18
  636.  12
  637.  17
  638.  17
  639.   7
  640.   9
  641.   7
  642.  29
  643.  26
  644.  18
  645.  14
  646.  15
  647.  18
  648.  16
  649.  14
  650.  33
  651.  35
  652.  23
  653.  11
  654.  11
  655.  11
  656.  11
  657.  11
  658.  11
  659.  11
  660.  11
  661.  11
  662.  11
  663.  11
  664.  11
  665.  11
  666.  13
  667.  11
  668.   7
  669.  11
  670.  11
  671.   9
  672.  19
  673.  18
  674.  13
  675.  17
  676.  20
  677.   7
  678.  13
  679.  20
  680.  19
  681.   7
  682.  17
  683.  15
  684.  15
  685.  20
  686.  20
  687.   7
  688.  12
  689.  19
  690.  17
  691.  19
  692.  18
  693.  15
  694.  16
  695.  18
  696.  17
  697.  23
  698.  21
  699.  15
  700.  15
  701.  15
  702.   8
  703.  14
  704.  28
  705.   7
  706.  17
  707.  17
  708.  15
  709.  15
  710.  18
  711.  23
  712.  23
  713.  23
  714.  23
  715.  19
  716.  19
  717.  19
  718.  18
  719.  13
  720.  17
  721.  20
  722.   9
  723.  14
  724.  19
  725.   9
  726.  17
  727.  15
  728.  15
  729.  20
  730.  12
  731.  19
  732.  19
  733.  18
  734.  16
  735.  18
  736.  17
  737.  23
  738.  21
  739.   7
  740.  18
  741.  15
  742.  18
  743.  19
  744.   0
  745.   0
  746.   0
  747.   0
  748.  11
  749.  11
  750.  12
  751.  14
  752.   7
  753.   7
  754.   8
  755.   7
  756.   7
  757.   7
  758.   7
  759.   7
  760.   5
  761.  17
  762.  17
  763.  17
  764.  17
  765.  17
  766.  17
  767.  17
  768.  17
  769.  17
  770.  17
  771.  17
  772.  11
  773.  17
  774.  25
  775.  25
  776.   9
  777.  25
  778.  17
  779.  17
  780.  17
  781.  25
  782.  25
  783.  25
  784.  25
  785.  25
  786.   7
  787.  25
  788.  25
  789.  25
  790.  25
  791.  25
  792.  25
  793.  25
  794.  25
  795.  21
  796.  25
  797.  25
  798.  25
  799.  24
  800.  24
  801.   8
  802.   8
  803.  25
  804.  25
  805.  25
  806.  25
  807.  19
  808.  17
  809.  17
  810.  17
  811.  16
  812.  16
  813.  27
  814.  31
  815.  13
  816.  17
  817.  27
  818.  31
  819.  13
  820.  17
  821.  21
  822.  19
  823.  25
  824.  25
  825.  25
  826.  25
  827.  25
  828.  25
  829.  25
  830.  25
  831.  25
  832.  25
  833.  25
  834.  25
  835.  25
  836.  25
  837.  25
  838.  25
  839.   7
  840.   7
  841.   7
  842.   7
  843.   7
  844.  25
  845.  25
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  18
  863.  33
  864.  25
  865.  25
  866.  25
  867.  25
  868.  25
  869.  25
  870.  25
  871.  25
  872.  25
  873.  25
  874.  25
  875.  25
  876.  25
  877.  25
  878.  25
  879.  25
  880.  25
  881.  25
  882.  25
  883.  25
  884.  25
  885.  25
  886.  25
  887.  25
  888.  25
  889.  25
  890.  25
  891.  25
  892.  11
  893.  11
  894.  25
  895.  20
  896.  14
  897.   7
  898.   8
  899.   7
  900.   8
  901.  14
  902.  14
  903.   7
  904.   8
  905.  21
  906.  19
  907.   8
  908.   8
  909.   7
  910.   8
  911.  24
  912.  24
  913.   8
  914.   8
  915.   9
  916.  12
  917.  24
  918.  24
  919.   8
  920.   8
  921.  24
  922.  24
  923.   8
  924.   8
  925.  19
  926.  17
  927.  17
  928.  17
  929.  19
  930.  17
  931.  17
  932.  17
  933.  19
  934.  17
  935.  17
  936.  17
  937.  11
  938.  11
  939.  11
  940.  11
  941.  16
  942.  16
  943.  16
  944.  16
  945.  27
  946.  27
  947.  18
  948.  18
  949.  27
  950.  27
  951.  18
  952.  18
  953.  36
  954.  36
  955.  28
  956.  28
  957.  36
  958.  36
  959.  28
  960.  28
  961.  19
  962.  19
  963.  19
  964.  19
  965.  19
  966.  19
  967.  19
  968.  19
  969.  18
  970.  15
  971.  17
  972.  13
  973.  18
  974.  15
  975.  17
  976.  13
  977.  26
  978.  26
  979.   9
  980.   9
  981.  19
  982.  19
  983.   9
  984.   9
  985.  20
  986.  20
  987.  13
  988.  13
  989.  17
  990.  17
  991.   7
  992.   7
  993.  11
  994.  11
  995.  13
  996.  13
  997.  17
  998.  17
  999.   8
 1000.   8
 1001.   9
 1002.  12
 1003.  15
 1004.  13
 1005.  14
 1006.  14
 1007.  21
 1008.  19
 1009.  21
 1010.  19
 1011.   8
 1012.   8
 1013.  18
 1014.  20
 1015.  18
 1016.  20
 1017.  18
 1018.  20
 1019.  18
 1020.  20
 1021.  25
 1022.  25
 1023.   7
 1024.   7
 1025.  25
 1026.  25
 1027.  25
 1028.   5
 1029.   7
 1030.  25
 1031.  25
 1032.   7
 1033.   8
 1034.  25
 1035.  25
 1036.  25
 1037.   7
 1038.   7
 1039.   7
 1040.   7
 1041.   7
 1042.   7
 1043.  25
 1044.   7
 1045.   7
 1046.  25
 1047.  25
 1048.  25
 1049.  25
 1050.  25
 1051.  25
 1052.  25
 1053.  25
 1054.  25
 1055.  25
 1056.  25
 1057.  25
 1058.  25
 1059.  25
 1060.  25
 1061.  25
 1062.  25
 1063.  25
 1064.  25
 1065.  25
 1066.  25
 1067.  25
 1068.  25
 1069.  25
 1070.  25
 1071.  25
 1072.  25
 1073.  25
 1074.  25
 1075.  25
 1076.  25
 1077.  25
 1078.  25
 1079.  25
 1080.  25
 1081.  25
 1082.  25
 1083.  25
 1084.  25
 1085.  25
 1086.  25
 1087.  25
 1088.  25
 1089.  25
 1090.  25
 1091.  25
 1092.  25
 1093.  25
 1094.  25
 1095.  25
 1096.  25
 1097.  25
 1098.  25
 1099.  25
 1100.  11
 1101.  11
 1102.  11
 1103.  25
 1104.  25
 1105.  25
 1106.  25
 1107.  25
 1108.  25
 1109.  25
 1110.  25
 1111.  25
 1112.  25
 1113.  25
 1114.  25
 1115.  25
 1116.  25
 1117.  25
 1118.  25
 1119.  25
 1120.  25
 1121.  25
 1122.  25
 1123.  25
 1124.  25
 1125.  25
 1126.  25
 1127.   4
 1128.  33
 1129.  66
 1130.  28
 1131.  22
 1132.  28
 1133.  22
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  17
 1151.  28
 1152.  28
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   7
 1188.  22
 1189.  17
 1190.  22
 1191.  17
 1192.  22
 1193.  17
 1194.  22
 1195.  17
 1196.  22
 1197.  17
 1198.  22
 1199.  17
 1200.  22
 1201.  17
 1202.  22
 1203.  17
 1204.  22
 1205.  17
 1206.  22
 1207.  17
 1208.  22
 1209.  17
 1210.  22
 1211.  17
 1212.  22
 1213.  17
 1214.  22
 1215.  17
 1216.  22
 1217.  17
 1218.  22
 1219.  17
 1220.  22
 1221.  17
 1222.  22
 1223.  17
 1224.  22
 1225.  17
 1226.  22
 1227.  17
 1228.   9
 1229.   7
 1230.   9
 1231.   7
 1232.  26
 1233.  17
 1234.  26
 1235.  17
 1236.  26
 1237.  17
 1238.  26
 1239.  17
 1240.  26
 1241.  17
 1242.  26
 1243.  17
 1244.  26
 1245.  17
 1246.  28
 1247.  22
 1248.  28
 1249.  22
 1250.  28
 1251.  22
 1252.  28
 1253.  22
 1254.  28
 1255.  22
 1256.  24
 1257.  18
 1258.  24
 1259.  18
 1260.  28
 1261.  22
 1262.  28
 1263.  22
 1264.  28
 1265.  22
 1266.  28
 1267.  22
 1268.  28
 1269.  22
 1270.  21
 1271.  15
 1272.  21
 1273.  15
 1274.  21
 1275.  15
 1276.  22
 1277.  17
 1278.   9
 1279.   7
 1280.  26
 1281.  17
 1282.  24
 1283.  18
 1284.  24
 1285.  18
 1286.  24
 1287.  18
 1288.  24
 1289.  18
 1290.  24
 1291.  18
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  18
 1297.  12
 1298.  30
 1299.  22
 1300.  19
 1301.  14
 1302.  19
 1303.  14
 1304.  24
 1305.  18
 1306.  18
 1307.  17
 1308.  18
 1309.  17
 1310.  22
 1311.  17
 1312.  22
 1313.  17
 1314.  22
 1315.  17
 1316.  25
 1317.  18
 1318.  26
 1319.  18


	DevRec 13: ppem =  37, maxWid =  74
    0.  28
    1.   0
    2.  10
    3.  10
    4.  11
    5.  13
    6.  21
    7.  21
    8.  33
    9.  25
   10.   7
   11.  12
   12.  12
   13.  14
   14.  22
   15.  10
   16.  12
   17.  10
   18.  10
   19.  21
   20.  21
   21.  21
   22.  21
   23.  21
   24.  21
   25.  21
   26.  21
   27.  21
   28.  21
   29.  10
   30.  10
   31.  22
   32.  22
   33.  22
   34.  21
   35.  38
   36.  25
   37.  25
   38.  27
   39.  27
   40.  25
   41.  23
   42.  29
   43.  27
   44.   9
   45.  19
   46.  25
   47.  21
   48.  31
   49.  27
   50.  29
   51.  25
   52.  29
   53.  27
   54.  25
   55.  23
   56.  27
   57.  25
   58.  38
   59.  25
   60.  23
   61.  23
   62.  10
   63.  10
   64.  10
   65.  17
   66.  21
   67.  12
   68.  20
   69.  21
   70.  19
   71.  21
   72.  20
   73.  10
   74.  21
   75.  21
   76.   7
   77.   9
   78.  19
   79.   7
   80.  31
   81.  21
   82.  21
   83.  21
   84.  21
   85.  12
   86.  18
   87.  10
   88.  21
   89.  17
   90.  27
   91.  17
   92.  17
   93.  18
   94.  12
   95.   9
   96.  12
   97.  22
   98.  25
   99.  25
  100.  27
  101.  25
  102.  27
  103.  29
  104.  27
  105.  20
  106.  20
  107.  20
  108.  20
  109.  20
  110.  20
  111.  19
  112.  20
  113.  20
  114.  20
  115.  20
  116.   9
  117.   9
  118.   9
  119.   9
  120.  21
  121.  21
  122.  21
  123.  21
  124.  21
  125.  21
  126.  21
  127.  21
  128.  21
  129.  21
  130.  21
  131.  15
  132.  21
  133.  21
  134.  21
  135.  13
  136.  20
  137.  23
  138.  27
  139.  27
  140.  37
  141.  12
  142.  12
  143.  20
  144.  37
  145.  29
  146.  26
  147.  20
  148.  20
  149.  20
  150.  21
  151.  21
  152.  18
  153.  26
  154.  30
  155.  20
  156.   9
  157.  14
  158.  14
  159.  28
  160.  33
  161.  23
  162.  23
  163.  11
  164.  22
  165.  21
  166.  21
  167.  20
  168.  23
  169.  21
  170.  21
  171.  37
  172.  25
  173.  25
  174.  29
  175.  37
  176.  35
  177.  21
  178.  37
  179.  12
  180.  12
  181.   8
  182.   8
  183.  20
  184.  18
  185.  17
  186.  23
  187.   6
  188.  21
  189.  12
  190.  12
  191.  19
  192.  19
  193.  21
  194.  10
  195.   8
  196.  12
  197.  37
  198.  25
  199.  25
  200.  25
  201.  25
  202.  25
  203.   9
  204.   9
  205.   9
  206.   9
  207.  29
  208.  29
  209.  29
  210.  27
  211.  27
  212.  27
  213.   9
  214.  12
  215.  11
  216.  12
  217.  12
  218.  12
  219.  12
  220.  12
  221.  12
  222.  12
  223.  12
  224.  21
  225.   8
  226.  25
  227.  18
  228.  23
  229.  18
  230.   9
  231.  27
  232.  21
  233.  23
  234.  17
  235.  25
  236.  21
  237.  22
  238.  22
  239.  12
  240.  12
  241.  12
  242.  31
  243.  31
  244.  31
  245.  21
  246.  29
  247.  21
  248.   9
  249.  25
  250.  18
  251.  27
  252.  19
  253.  27
  254.  19
  255.  21
  256.  20
  257.  12
  258.  25
  259.  20
  260.  25
  261.  20
  262.  27
  263.  23
  264.  27
  265.  25
  266.  20
  267.  25
  268.  20
  269.  21
  270.   7
  271.  21
  272.  11
  273.  21
  274.  12
  275.  27
  276.  21
  277.  27
  278.  21
  279.  29
  280.  21
  281.  27
  282.  12
  283.  27
  284.  12
  285.  25
  286.  18
  287.  23
  288.  10
  289.  23
  290.  14
  291.  27
  292.  21
  293.  27
  294.  21
  295.  23
  296.  18
  297.  23
  298.  18
  299.  20
  300.  29
  301.  30
  302.  21
  303.  21
  304.  17
  305.  23
  306.  15
  307.  24
  308.  20
  309.  19
  310.  14
  311.  40
  312.  37
  313.  19
  314.  37
  315.  19
  316.  37
  317.  19
  318.  19
  319.  36
  320.  27
  321.  22
  322.  22
  323.  22
  324.  22
  325.  22
  326.  26
  327.  23
  328.  26
  329.  26
  330.  26
  331.  26
  332.  26
  333.  26
  334.  26
  335.  26
  336.  26
  337.  26
  338.  26
  339.  26
  340.  26
  341.  26
  342.  26
  343.  26
  344.  26
  345.  26
  346.  26
  347.  26
  348.  26
  349.  26
  350.  26
  351.  26
  352.  26
  353.  26
  354.  26
  355.  26
  356.  26
  357.  26
  358.  26
  359.  26
  360.  26
  361.  26
  362.  26
  363.  26
  364.  26
  365.  26
  366.  26
  367.  26
  368.  26
  369.  26
  370.  26
  371.  26
  372.  26
  373.  27
  374.  22
  375.  37
  376.  37
  377.  37
  378.  37
  379.  37
  380.  22
  381.  22
  382.  22
  383.  38
  384.  39
  385.  34
  386.  28
  387.  28
  388.  20
  389.  24
  390.  22
  391.  19
  392.  19
  393.  28
  394.  27
  395.  16
  396.  22
  397.   7
  398.  13
  399.  33
  400.  12
  401.  22
  402.  13
  403.  13
  404.  22
  405.  13
  406.  25
  407.  20
  408.  27
  409.  19
  410.  27
  411.  19
  412.  25
  413.  20
  414.  25
  415.  20
  416.  25
  417.  20
  418.  29
  419.  21
  420.  29
  421.  21
  422.  29
  423.  21
  424.  27
  425.  21
  426.  27
  427.  21
  428.   9
  429.   9
  430.   9
  431.   9
  432.   9
  433.   9
  434.   9
  435.   7
  436.  19
  437.   9
  438.  25
  439.  19
  440.  19
  441.  21
  442.   7
  443.  27
  444.  21
  445.  27
  446.  21
  447.  29
  448.  21
  449.  29
  450.  21
  451.  27
  452.  12
  453.  25
  454.  18
  455.  23
  456.  10
  457.  27
  458.  21
  459.  27
  460.  21
  461.  27
  462.  21
  463.  27
  464.  21
  465.  38
  466.  27
  467.  23
  468.  17
  469.   7
  470.  25
  471.  20
  472.  37
  473.  33
  474.  29
  475.  23
  476.   9
  477.  38
  478.  27
  479.  38
  480.  27
  481.  38
  482.  27
  483.  23
  484.  17
  485.   8
  486.  12
  487.  21
  488.  22
  489.  31
  490.  31
  491.  31
  492.  31
  493.  12
  494.  12
  495.  12
  496.  12
  497.  25
  498.  29
  499.  31
  500.  14
  501.  29
  502.  30
  503.  28
  504.   8
  505.  25
  506.  25
  507.  25
  508.  25
  509.  23
  510.  27
  511.   9
  512.  25
  513.  25
  514.  31
  515.  27
  516.  24
  517.  29
  518.  27
  519.  25
  520.  23
  521.  23
  522.  23
  523.  25
  524.  30
  525.  28
  526.   9
  527.  23
  528.  21
  529.  17
  530.  21
  531.   8
  532.  20
  533.  21
  534.  19
  535.  16
  536.  21
  537.  21
  538.   8
  539.  19
  540.  19
  541.  21
  542.  17
  543.  17
  544.  21
  545.  21
  546.  18
  547.  20
  548.  19
  549.  26
  550.  29
  551.   8
  552.  20
  553.  21
  554.  20
  555.  29
  556.  25
  557.  32
  558.  20
  559.  27
  560.  25
  561.   9
  562.   9
  563.  19
  564.  39
  565.  37
  566.  32
  567.  22
  568.  24
  569.  27
  570.  25
  571.  24
  572.  25
  573.  20
  574.  25
  575.  25
  576.  34
  577.  22
  578.  27
  579.  27
  580.  22
  581.  24
  582.  31
  583.  27
  584.  29
  585.  27
  586.  25
  587.  27
  588.  23
  589.  24
  590.  28
  591.  25
  592.  27
  593.  25
  594.  34
  595.  35
  596.  29
  597.  33
  598.  24
  599.  27
  600.  37
  601.  27
  602.  20
  603.  21
  604.  20
  605.  14
  606.  22
  607.  20
  608.  25
  609.  17
  610.  21
  611.  21
  612.  16
  613.  22
  614.  25
  615.  20
  616.  21
  617.  20
  618.  21
  619.  19
  620.  17
  621.  17
  622.  30
  623.  17
  624.  21
  625.  19
  626.  30
  627.  30
  628.  23
  629.  27
  630.  20
  631.  19
  632.  28
  633.  20
  634.  20
  635.  21
  636.  14
  637.  19
  638.  18
  639.   7
  640.   9
  641.   9
  642.  34
  643.  30
  644.  21
  645.  16
  646.  17
  647.  20
  648.  18
  649.  15
  650.  37
  651.  40
  652.  26
  653.  12
  654.  12
  655.  12
  656.  12
  657.  12
  658.  12
  659.  12
  660.  12
  661.  12
  662.  12
  663.  12
  664.  12
  665.  12
  666.  14
  667.  12
  668.   9
  669.  12
  670.  12
  671.  10
  672.  21
  673.  20
  674.  15
  675.  19
  676.  22
  677.   9
  678.  14
  679.  22
  680.  22
  681.   9
  682.  19
  683.  17
  684.  17
  685.  22
  686.  22
  687.   9
  688.  13
  689.  21
  690.  20
  691.  21
  692.  20
  693.  17
  694.  18
  695.  20
  696.  19
  697.  26
  698.  24
  699.  18
  700.  18
  701.  18
  702.   9
  703.  15
  704.  30
  705.   9
  706.  19
  707.  19
  708.  17
  709.  17
  710.  20
  711.  26
  712.  26
  713.  26
  714.  26
  715.  21
  716.  21
  717.  21
  718.  20
  719.  15
  720.  19
  721.  22
  722.  11
  723.  15
  724.  22
  725.  11
  726.  19
  727.  17
  728.  17
  729.  22
  730.  13
  731.  21
  732.  21
  733.  20
  734.  18
  735.  20
  736.  19
  737.  26
  738.  24
  739.   9
  740.  20
  741.  17
  742.  20
  743.  21
  744.   0
  745.   0
  746.   0
  747.   0
  748.  12
  749.  12
  750.  13
  751.  15
  752.   8
  753.   7
  754.   9
  755.   7
  756.   7
  757.   8
  758.   7
  759.   8
  760.   6
  761.  19
  762.  19
  763.  19
  764.  19
  765.  19
  766.  19
  767.  19
  768.  19
  769.  19
  770.  19
  771.  19
  772.  12
  773.  19
  774.  28
  775.  28
  776.  10
  777.  28
  778.  19
  779.  19
  780.  19
  781.  28
  782.  28
  783.  28
  784.  28
  785.  28
  786.   8
  787.  28
  788.  28
  789.  28
  790.  28
  791.  28
  792.  28
  793.  28
  794.  28
  795.  24
  796.  28
  797.  28
  798.  28
  799.  26
  800.  26
  801.   9
  802.   9
  803.  28
  804.  28
  805.  28
  806.  28
  807.  21
  808.  19
  809.  20
  810.  20
  811.  18
  812.  18
  813.  30
  814.  35
  815.  15
  816.  19
  817.  30
  818.  35
  819.  15
  820.  19
  821.  24
  822.  22
  823.  28
  824.  28
  825.  28
  826.  28
  827.  28
  828.  28
  829.  28
  830.  28
  831.  28
  832.  28
  833.  28
  834.  28
  835.  28
  836.  28
  837.  28
  838.  28
  839.   8
  840.   8
  841.   8
  842.   8
  843.   8
  844.  28
  845.  28
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  21
  863.  37
  864.  28
  865.  28
  866.  28
  867.  28
  868.  28
  869.  28
  870.  28
  871.  28
  872.  28
  873.  28
  874.  28
  875.  28
  876.  28
  877.  28
  878.  28
  879.  28
  880.  28
  881.  28
  882.  28
  883.  28
  884.  28
  885.  28
  886.  28
  887.  28
  888.  28
  889.  28
  890.  28
  891.  28
  892.  12
  893.  12
  894.  28
  895.  23
  896.  15
  897.   8
  898.   8
  899.   8
  900.   8
  901.  16
  902.  16
  903.   8
  904.   8
  905.  24
  906.  22
  907.   9
  908.   9
  909.   8
  910.   8
  911.  26
  912.  26
  913.   9
  914.   9
  915.  10
  916.  14
  917.  26
  918.  26
  919.   9
  920.   9
  921.  26
  922.  26
  923.   9
  924.   9
  925.  21
  926.  19
  927.  20
  928.  20
  929.  21
  930.  19
  931.  20
  932.  20
  933.  21
  934.  19
  935.  20
  936.  20
  937.  12
  938.  12
  939.  12
  940.  12
  941.  18
  942.  18
  943.  18
  944.  18
  945.  30
  946.  30
  947.  20
  948.  20
  949.  30
  950.  30
  951.  20
  952.  20
  953.  41
  954.  41
  955.  31
  956.  31
  957.  41
  958.  41
  959.  31
  960.  31
  961.  22
  962.  22
  963.  22
  964.  22
  965.  22
  966.  22
  967.  22
  968.  22
  969.  20
  970.  17
  971.  19
  972.  15
  973.  20
  974.  17
  975.  19
  976.  15
  977.  29
  978.  29
  979.  10
  980.  10
  981.  22
  982.  22
  983.  10
  984.  10
  985.  22
  986.  22
  987.  15
  988.  15
  989.  19
  990.  19
  991.   8
  992.   8
  993.  13
  994.  13
  995.  15
  996.  15
  997.  19
  998.  19
  999.   9
 1000.   9
 1001.  10
 1002.  14
 1003.  17
 1004.  15
 1005.  16
 1006.  16
 1007.  24
 1008.  22
 1009.  24
 1010.  22
 1011.   9
 1012.   9
 1013.  20
 1014.  22
 1015.  20
 1016.  22
 1017.  20
 1018.  22
 1019.  20
 1020.  22
 1021.  28
 1022.  28
 1023.   7
 1024.   7
 1025.  28
 1026.  28
 1027.  28
 1028.   6
 1029.   8
 1030.  28
 1031.  28
 1032.   8
 1033.   9
 1034.  28
 1035.  28
 1036.  28
 1037.   8
 1038.   8
 1039.   8
 1040.   8
 1041.   8
 1042.   8
 1043.  28
 1044.   7
 1045.   7
 1046.  28
 1047.  28
 1048.  28
 1049.  28
 1050.  28
 1051.  28
 1052.  28
 1053.  28
 1054.  28
 1055.  28
 1056.  28
 1057.  28
 1058.  28
 1059.  28
 1060.  28
 1061.  28
 1062.  28
 1063.  28
 1064.  28
 1065.  28
 1066.  28
 1067.  28
 1068.  28
 1069.  28
 1070.  28
 1071.  28
 1072.  28
 1073.  28
 1074.  28
 1075.  28
 1076.  28
 1077.  28
 1078.  28
 1079.  28
 1080.  28
 1081.  28
 1082.  28
 1083.  28
 1084.  28
 1085.  28
 1086.  28
 1087.  28
 1088.  28
 1089.  28
 1090.  28
 1091.  28
 1092.  28
 1093.  28
 1094.  28
 1095.  28
 1096.  28
 1097.  28
 1098.  28
 1099.  28
 1100.  12
 1101.  12
 1102.  12
 1103.  28
 1104.  28
 1105.  28
 1106.  28
 1107.  28
 1108.  28
 1109.  28
 1110.  28
 1111.  28
 1112.  28
 1113.  28
 1114.  28
 1115.  28
 1116.  28
 1117.  28
 1118.  28
 1119.  28
 1120.  28
 1121.  28
 1122.  28
 1123.  28
 1124.  28
 1125.  28
 1126.  28
 1127.   5
 1128.  37
 1129.  74
 1130.  32
 1131.  24
 1132.  32
 1133.  25
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  19
 1151.  31
 1152.  31
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.   7
 1188.  25
 1189.  20
 1190.  25
 1191.  20
 1192.  25
 1193.  20
 1194.  25
 1195.  20
 1196.  25
 1197.  20
 1198.  25
 1199.  20
 1200.  25
 1201.  20
 1202.  25
 1203.  20
 1204.  25
 1205.  20
 1206.  25
 1207.  20
 1208.  25
 1209.  20
 1210.  25
 1211.  20
 1212.  25
 1213.  20
 1214.  25
 1215.  20
 1216.  25
 1217.  20
 1218.  25
 1219.  20
 1220.  25
 1221.  20
 1222.  25
 1223.  20
 1224.  25
 1225.  20
 1226.  25
 1227.  20
 1228.   9
 1229.   7
 1230.   9
 1231.   7
 1232.  29
 1233.  21
 1234.  29
 1235.  21
 1236.  29
 1237.  21
 1238.  29
 1239.  21
 1240.  29
 1241.  21
 1242.  29
 1243.  21
 1244.  29
 1245.  21
 1246.  32
 1247.  24
 1248.  32
 1249.  24
 1250.  32
 1251.  24
 1252.  32
 1253.  24
 1254.  32
 1255.  24
 1256.  27
 1257.  21
 1258.  27
 1259.  21
 1260.  32
 1261.  25
 1262.  32
 1263.  25
 1264.  32
 1265.  25
 1266.  32
 1267.  25
 1268.  32
 1269.  25
 1270.  23
 1271.  17
 1272.  23
 1273.  17
 1274.  23
 1275.  17
 1276.  25
 1277.  20
 1278.   9
 1279.   7
 1280.  29
 1281.  21
 1282.  27
 1283.  21
 1284.  27
 1285.  21
 1286.  27
 1287.  21
 1288.  27
 1289.  21
 1290.  27
 1291.  21
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  20
 1297.  14
 1298.  34
 1299.  25
 1300.  22
 1301.  16
 1302.  22
 1303.  16
 1304.  27
 1305.  20
 1306.  21
 1307.  19
 1308.  21
 1309.  19
 1310.  25
 1311.  19
 1312.  25
 1313.  19
 1314.  25
 1315.  19
 1316.  28
 1317.  21
 1318.  29
 1319.  21


	DevRec 14: ppem =  42, maxWid =  84
    0.  32
    1.   0
    2.  12
    3.  12
    4.  14
    5.  15
    6.  23
    7.  23
    8.  37
    9.  28
   10.   8
   11.  14
   12.  14
   13.  16
   14.  25
   15.  12
   16.  14
   17.  12
   18.  12
   19.  23
   20.  23
   21.  23
   22.  23
   23.  23
   24.  23
   25.  23
   26.  23
   27.  23
   28.  23
   29.  12
   30.  12
   31.  25
   32.  25
   33.  25
   34.  23
   35.  43
   36.  28
   37.  28
   38.  30
   39.  30
   40.  28
   41.  26
   42.  33
   43.  30
   44.  12
   45.  21
   46.  28
   47.  23
   48.  35
   49.  30
   50.  33
   51.  28
   52.  33
   53.  30
   54.  28
   55.  26
   56.  30
   57.  28
   58.  42
   59.  27
   60.  28
   61.  26
   62.  12
   63.  12
   64.  12
   65.  19
   66.  23
   67.  14
   68.  23
   69.  23
   70.  21
   71.  23
   72.  23
   73.  13
   74.  23
   75.  23
   76.  10
   77.  10
   78.  21
   79.  10
   80.  36
   81.  23
   82.  23
   83.  23
   84.  23
   85.  14
   86.  20
   87.  12
   88.  23
   89.  23
   90.  29
   91.  22
   92.  21
   93.  21
   94.  14
   95.  11
   96.  14
   97.  25
   98.  28
   99.  28
  100.  30
  101.  28
  102.  30
  103.  33
  104.  30
  105.  23
  106.  23
  107.  23
  108.  23
  109.  23
  110.  23
  111.  21
  112.  23
  113.  23
  114.  23
  115.  23
  116.  12
  117.  12
  118.  12
  119.  12
  120.  23
  121.  23
  122.  23
  123.  23
  124.  23
  125.  23
  126.  23
  127.  23
  128.  23
  129.  23
  130.  23
  131.  17
  132.  23
  133.  23
  134.  23
  135.  15
  136.  23
  137.  26
  138.  31
  139.  31
  140.  42
  141.  14
  142.  14
  143.  23
  144.  42
  145.  33
  146.  30
  147.  23
  148.  23
  149.  23
  150.  23
  151.  24
  152.  21
  153.  30
  154.  35
  155.  23
  156.  10
  157.  16
  158.  15
  159.  32
  160.  37
  161.  26
  162.  26
  163.  14
  164.  25
  165.  23
  166.  23
  167.  23
  168.  26
  169.  23
  170.  23
  171.  42
  172.  28
  173.  28
  174.  33
  175.  42
  176.  40
  177.  23
  178.  42
  179.  14
  180.  14
  181.   9
  182.   9
  183.  23
  184.  21
  185.  21
  186.  28
  187.   7
  188.  23
  189.  14
  190.  14
  191.  21
  192.  21
  193.  23
  194.  12
  195.   9
  196.  14
  197.  43
  198.  28
  199.  28
  200.  28
  201.  28
  202.  28
  203.  12
  204.  12
  205.  12
  206.  12
  207.  33
  208.  33
  209.  33
  210.  30
  211.  30
  212.  30
  213.  12
  214.  14
  215.  13
  216.  14
  217.  14
  218.  14
  219.  14
  220.  14
  221.  14
  222.  14
  223.  14
  224.  23
  225.   9
  226.  28
  227.  20
  228.  26
  229.  21
  230.  11
  231.  30
  232.  23
  233.  28
  234.  21
  235.  28
  236.  23
  237.  25
  238.  25
  239.  14
  240.  14
  241.  14
  242.  35
  243.  35
  244.  35
  245.  23
  246.  33
  247.  23
  248.  12
  249.  28
  250.  20
  251.  30
  252.  21
  253.  30
  254.  21
  255.  23
  256.  23
  257.  14
  258.  28
  259.  23
  260.  28
  261.  23
  262.  30
  263.  26
  264.  30
  265.  28
  266.  23
  267.  28
  268.  23
  269.  23
  270.  10
  271.  23
  272.  12
  273.  23
  274.  14
  275.  30
  276.  23
  277.  30
  278.  23
  279.  33
  280.  23
  281.  30
  282.  14
  283.  30
  284.  14
  285.  28
  286.  20
  287.  26
  288.  12
  289.  26
  290.  16
  291.  30
  292.  23
  293.  30
  294.  23
  295.  26
  296.  21
  297.  26
  298.  21
  299.  23
  300.  33
  301.  34
  302.  24
  303.  23
  304.  19
  305.  26
  306.  17
  307.  27
  308.  23
  309.  21
  310.  15
  311.  46
  312.  42
  313.  21
  314.  42
  315.  21
  316.  42
  317.  21
  318.  21
  319.  41
  320.  30
  321.  25
  322.  25
  323.  25
  324.  25
  325.  25
  326.  30
  327.  26
  328.  30
  329.  30
  330.  30
  331.  30
  332.  30
  333.  30
  334.  30
  335.  30
  336.  30
  337.  30
  338.  30
  339.  30
  340.  30
  341.  30
  342.  30
  343.  30
  344.  30
  345.  30
  346.  30
  347.  30
  348.  30
  349.  30
  350.  30
  351.  30
  352.  30
  353.  30
  354.  30
  355.  30
  356.  30
  357.  30
  358.  30
  359.  30
  360.  30
  361.  30
  362.  30
  363.  30
  364.  30
  365.  30
  366.  30
  367.  30
  368.  30
  369.  30
  370.  30
  371.  30
  372.  30
  373.  31
  374.  25
  375.  42
  376.  42
  377.  42
  378.  42
  379.  42
  380.  25
  381.  25
  382.  25
  383.  43
  384.  44
  385.  39
  386.  32
  387.  32
  388.  22
  389.  28
  390.  25
  391.  21
  392.  21
  393.  32
  394.  31
  395.  19
  396.  25
  397.   8
  398.  15
  399.  37
  400.  14
  401.  25
  402.  15
  403.  15
  404.  25
  405.  15
  406.  28
  407.  23
  408.  30
  409.  21
  410.  30
  411.  21
  412.  28
  413.  23
  414.  28
  415.  23
  416.  28
  417.  23
  418.  33
  419.  23
  420.  33
  421.  23
  422.  33
  423.  23
  424.  30
  425.  23
  426.  30
  427.  23
  428.  12
  429.  12
  430.  12
  431.  12
  432.  12
  433.  12
  434.  12
  435.  10
  436.  21
  437.  10
  438.  28
  439.  21
  440.  21
  441.  23
  442.  10
  443.  30
  444.  23
  445.  30
  446.  23
  447.  33
  448.  23
  449.  33
  450.  23
  451.  30
  452.  14
  453.  28
  454.  20
  455.  26
  456.  12
  457.  30
  458.  23
  459.  30
  460.  23
  461.  30
  462.  23
  463.  30
  464.  23
  465.  42
  466.  29
  467.  28
  468.  21
  469.  10
  470.  28
  471.  23
  472.  42
  473.  37
  474.  33
  475.  26
  476.  12
  477.  42
  478.  29
  479.  42
  480.  29
  481.  42
  482.  29
  483.  28
  484.  21
  485.   9
  486.  14
  487.  23
  488.  25
  489.  35
  490.  35
  491.  35
  492.  35
  493.  14
  494.  14
  495.  14
  496.  14
  497.  28
  498.  33
  499.  35
  500.  16
  501.  33
  502.  35
  503.  32
  504.  10
  505.  28
  506.  28
  507.  28
  508.  28
  509.  26
  510.  30
  511.  12
  512.  28
  513.  28
  514.  35
  515.  30
  516.  27
  517.  33
  518.  30
  519.  28
  520.  26
  521.  26
  522.  28
  523.  27
  524.  35
  525.  31
  526.  12
  527.  28
  528.  24
  529.  19
  530.  23
  531.  10
  532.  23
  533.  24
  534.  21
  535.  19
  536.  23
  537.  23
  538.  10
  539.  21
  540.  21
  541.  24
  542.  23
  543.  19
  544.  23
  545.  24
  546.  20
  547.  23
  548.  22
  549.  30
  550.  33
  551.  10
  552.  23
  553.  23
  554.  23
  555.  33
  556.  28
  557.  36
  558.  23
  559.  30
  560.  28
  561.  12
  562.  12
  563.  21
  564.  44
  565.  42
  566.  36
  567.  24
  568.  27
  569.  30
  570.  28
  571.  28
  572.  28
  573.  23
  574.  28
  575.  28
  576.  39
  577.  25
  578.  30
  579.  30
  580.  24
  581.  28
  582.  35
  583.  30
  584.  33
  585.  30
  586.  28
  587.  30
  588.  26
  589.  27
  590.  32
  591.  27
  592.  31
  593.  28
  594.  39
  595.  39
  596.  33
  597.  37
  598.  28
  599.  30
  600.  42
  601.  30
  602.  23
  603.  24
  604.  22
  605.  15
  606.  25
  607.  23
  608.  28
  609.  19
  610.  23
  611.  23
  612.  18
  613.  25
  614.  29
  615.  23
  616.  23
  617.  23
  618.  23
  619.  21
  620.  19
  621.  21
  622.  35
  623.  22
  624.  24
  625.  22
  626.  34
  627.  35
  628.  26
  629.  30
  630.  22
  631.  21
  632.  32
  633.  23
  634.  23
  635.  23
  636.  15
  637.  21
  638.  20
  639.  10
  640.  12
  641.  10
  642.  38
  643.  34
  644.  23
  645.  18
  646.  21
  647.  23
  648.  21
  649.  17
  650.  42
  651.  45
  652.  29
  653.  14
  654.  14
  655.  14
  656.  14
  657.  14
  658.  14
  659.  14
  660.  14
  661.  14
  662.  14
  663.  14
  664.  14
  665.  14
  666.  16
  667.  14
  668.  10
  669.  14
  670.  14
  671.  12
  672.  24
  673.  23
  674.  17
  675.  21
  676.  25
  677.  10
  678.  16
  679.  25
  680.  25
  681.  10
  682.  21
  683.  19
  684.  19
  685.  25
  686.  25
  687.  10
  688.  15
  689.  24
  690.  22
  691.  24
  692.  23
  693.  19
  694.  20
  695.  23
  696.  21
  697.  29
  698.  27
  699.  20
  700.  20
  701.  20
  702.  10
  703.  18
  704.  37
  705.  10
  706.  21
  707.  21
  708.  19
  709.  19
  710.  22
  711.  29
  712.  29
  713.  29
  714.  29
  715.  24
  716.  24
  717.  24
  718.  23
  719.  17
  720.  21
  721.  25
  722.  12
  723.  17
  724.  25
  725.  12
  726.  21
  727.  19
  728.  19
  729.  25
  730.  15
  731.  24
  732.  24
  733.  23
  734.  20
  735.  23
  736.  21
  737.  29
  738.  27
  739.  10
  740.  23
  741.  19
  742.  23
  743.  24
  744.   0
  745.   0
  746.   0
  747.   0
  748.  13
  749.  13
  750.  15
  751.  17
  752.   9
  753.   8
  754.  10
  755.   8
  756.   8
  757.   9
  758.   8
  759.   9
  760.   7
  761.  22
  762.  22
  763.  22
  764.  22
  765.  22
  766.  22
  767.  22
  768.  22
  769.  22
  770.  22
  771.  22
  772.  13
  773.  22
  774.  32
  775.  32
  776.  12
  777.  32
  778.  22
  779.  22
  780.  22
  781.  32
  782.  32
  783.  32
  784.  32
  785.  32
  786.   9
  787.  32
  788.  32
  789.  32
  790.  32
  791.  32
  792.  32
  793.  32
  794.  32
  795.  27
  796.  32
  797.  32
  798.  32
  799.  30
  800.  30
  801.  10
  802.  10
  803.  32
  804.  32
  805.  32
  806.  32
  807.  24
  808.  22
  809.  22
  810.  22
  811.  21
  812.  21
  813.  34
  814.  39
  815.  17
  816.  22
  817.  34
  818.  39
  819.  17
  820.  22
  821.  27
  822.  25
  823.  32
  824.  32
  825.  32
  826.  32
  827.  32
  828.  32
  829.  32
  830.  32
  831.  32
  832.  32
  833.  32
  834.  32
  835.  32
  836.  32
  837.  32
  838.  32
  839.  10
  840.   9
  841.   9
  842.   9
  843.   9
  844.  32
  845.  32
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  23
  863.  42
  864.  32
  865.  32
  866.  32
  867.  32
  868.  32
  869.  32
  870.  32
  871.  32
  872.  32
  873.  32
  874.  32
  875.  32
  876.  32
  877.  32
  878.  32
  879.  32
  880.  32
  881.  32
  882.  32
  883.  32
  884.  32
  885.  32
  886.  32
  887.  32
  888.  32
  889.  32
  890.  32
  891.  32
  892.  13
  893.  13
  894.  32
  895.  26
  896.  17
  897.   9
  898.  10
  899.   9
  900.  10
  901.  18
  902.  18
  903.   9
  904.  10
  905.  27
  906.  25
  907.  10
  908.  10
  909.   9
  910.  10
  911.  30
  912.  30
  913.  10
  914.  10
  915.  12
  916.  16
  917.  30
  918.  30
  919.  10
  920.  10
  921.  30
  922.  30
  923.  10
  924.  10
  925.  24
  926.  22
  927.  22
  928.  22
  929.  24
  930.  22
  931.  22
  932.  22
  933.  24
  934.  22
  935.  22
  936.  22
  937.  14
  938.  14
  939.  14
  940.  14
  941.  21
  942.  21
  943.  21
  944.  21
  945.  35
  946.  35
  947.  22
  948.  22
  949.  35
  950.  35
  951.  22
  952.  22
  953.  46
  954.  46
  955.  36
  956.  36
  957.  46
  958.  46
  959.  36
  960.  36
  961.  24
  962.  24
  963.  24
  964.  24
  965.  24
  966.  24
  967.  24
  968.  24
  969.  23
  970.  19
  971.  22
  972.  17
  973.  23
  974.  19
  975.  22
  976.  17
  977.  33
  978.  33
  979.  11
  980.  11
  981.  24
  982.  24
  983.  11
  984.  11
  985.  25
  986.  25
  987.  17
  988.  17
  989.  21
  990.  21
  991.   9
  992.   9
  993.  14
  994.  14
  995.  17
  996.  17
  997.  22
  998.  22
  999.  10
 1000.  10
 1001.  12
 1002.  16
 1003.  19
 1004.  17
 1005.  18
 1006.  18
 1007.  27
 1008.  25
 1009.  27
 1010.  25
 1011.  10
 1012.  10
 1013.  23
 1014.  25
 1015.  23
 1016.  25
 1017.  23
 1018.  25
 1019.  23
 1020.  25
 1021.  32
 1022.  32
 1023.   8
 1024.   8
 1025.  32
 1026.  32
 1027.  32
 1028.   7
 1029.   9
 1030.  32
 1031.  32
 1032.   9
 1033.  10
 1034.  32
 1035.  32
 1036.  32
 1037.   9
 1038.   9
 1039.   9
 1040.   9
 1041.   9
 1042.  10
 1043.  32
 1044.   8
 1045.   8
 1046.  32
 1047.  32
 1048.  32
 1049.  32
 1050.  32
 1051.  32
 1052.  32
 1053.  32
 1054.  32
 1055.  32
 1056.  32
 1057.  32
 1058.  32
 1059.  32
 1060.  32
 1061.  32
 1062.  32
 1063.  32
 1064.  32
 1065.  32
 1066.  32
 1067.  32
 1068.  32
 1069.  32
 1070.  32
 1071.  32
 1072.  32
 1073.  32
 1074.  32
 1075.  32
 1076.  32
 1077.  32
 1078.  32
 1079.  32
 1080.  32
 1081.  32
 1082.  32
 1083.  32
 1084.  32
 1085.  32
 1086.  32
 1087.  32
 1088.  32
 1089.  32
 1090.  32
 1091.  32
 1092.  32
 1093.  32
 1094.  32
 1095.  32
 1096.  32
 1097.  32
 1098.  32
 1099.  32
 1100.  13
 1101.  13
 1102.  13
 1103.  32
 1104.  32
 1105.  32
 1106.  32
 1107.  32
 1108.  32
 1109.  32
 1110.  32
 1111.  32
 1112.  32
 1113.  32
 1114.  32
 1115.  32
 1116.  32
 1117.  32
 1118.  32
 1119.  32
 1120.  32
 1121.  32
 1122.  32
 1123.  32
 1124.  32
 1125.  32
 1126.  32
 1127.   5
 1128.  42
 1129.  84
 1130.  36
 1131.  28
 1132.  36
 1133.  28
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  22
 1151.  35
 1152.  35
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.  10
 1188.  28
 1189.  23
 1190.  28
 1191.  23
 1192.  28
 1193.  23
 1194.  28
 1195.  23
 1196.  28
 1197.  23
 1198.  28
 1199.  23
 1200.  28
 1201.  23
 1202.  28
 1203.  23
 1204.  28
 1205.  23
 1206.  28
 1207.  23
 1208.  28
 1209.  23
 1210.  28
 1211.  23
 1212.  28
 1213.  23
 1214.  28
 1215.  23
 1216.  28
 1217.  23
 1218.  28
 1219.  23
 1220.  28
 1221.  23
 1222.  28
 1223.  23
 1224.  28
 1225.  23
 1226.  28
 1227.  23
 1228.  12
 1229.  10
 1230.  12
 1231.  10
 1232.  33
 1233.  23
 1234.  33
 1235.  23
 1236.  33
 1237.  23
 1238.  33
 1239.  23
 1240.  33
 1241.  23
 1242.  33
 1243.  23
 1244.  33
 1245.  23
 1246.  36
 1247.  28
 1248.  36
 1249.  28
 1250.  36
 1251.  28
 1252.  36
 1253.  28
 1254.  36
 1255.  28
 1256.  30
 1257.  23
 1258.  30
 1259.  23
 1260.  36
 1261.  28
 1262.  36
 1263.  28
 1264.  36
 1265.  28
 1266.  36
 1267.  28
 1268.  36
 1269.  28
 1270.  28
 1271.  21
 1272.  28
 1273.  21
 1274.  28
 1275.  21
 1276.  28
 1277.  23
 1278.  12
 1279.  10
 1280.  33
 1281.  23
 1282.  30
 1283.  23
 1284.  30
 1285.  23
 1286.  30
 1287.  23
 1288.  30
 1289.  23
 1290.  30
 1291.  23
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  23
 1297.  15
 1298.  39
 1299.  28
 1300.  24
 1301.  18
 1302.  24
 1303.  18
 1304.  30
 1305.  23
 1306.  23
 1307.  21
 1308.  23
 1309.  21
 1310.  28
 1311.  21
 1312.  28
 1313.  22
 1314.  28
 1315.  22
 1316.  32
 1317.  23
 1318.  33
 1319.  23


	DevRec 15: ppem =  46, maxWid =  92
    0.  35
    1.   0
    2.  13
    3.  13
    4.  14
    5.  16
    6.  26
    7.  26
    8.  41
    9.  31
   10.   9
   11.  15
   12.  15
   13.  18
   14.  27
   15.  13
   16.  15
   17.  13
   18.  13
   19.  26
   20.  26
   21.  26
   22.  26
   23.  26
   24.  26
   25.  26
   26.  26
   27.  26
   28.  26
   29.  13
   30.  13
   31.  27
   32.  27
   33.  27
   34.  26
   35.  47
   36.  31
   37.  31
   38.  33
   39.  33
   40.  31
   41.  28
   42.  36
   43.  33
   44.  12
   45.  23
   46.  31
   47.  26
   48.  37
   49.  33
   50.  36
   51.  31
   52.  36
   53.  33
   54.  31
   55.  28
   56.  33
   57.  31
   58.  46
   59.  31
   60.  30
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 1213.  26
 1214.  31
 1215.  26
 1216.  31
 1217.  26
 1218.  31
 1219.  26
 1220.  31
 1221.  26
 1222.  31
 1223.  26
 1224.  31
 1225.  26
 1226.  31
 1227.  26
 1228.  12
 1229.  10
 1230.  12
 1231.  10
 1232.  36
 1233.  26
 1234.  36
 1235.  26
 1236.  36
 1237.  26
 1238.  36
 1239.  26
 1240.  36
 1241.  26
 1242.  36
 1243.  26
 1244.  36
 1245.  26
 1246.  39
 1247.  30
 1248.  39
 1249.  30
 1250.  39
 1251.  30
 1252.  39
 1253.  30
 1254.  39
 1255.  30
 1256.  33
 1257.  26
 1258.  33
 1259.  26
 1260.  39
 1261.  31
 1262.  39
 1263.  31
 1264.  39
 1265.  31
 1266.  39
 1267.  31
 1268.  39
 1269.  31
 1270.  30
 1271.  23
 1272.  30
 1273.  23
 1274.  30
 1275.  23
 1276.  31
 1277.  26
 1278.  12
 1279.  10
 1280.  36
 1281.  26
 1282.  33
 1283.  26
 1284.  33
 1285.  26
 1286.  33
 1287.  26
 1288.  33
 1289.  26
 1290.  33
 1291.  26
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  25
 1297.  17
 1298.  42
 1299.  31
 1300.  27
 1301.  20
 1302.  27
 1303.  20
 1304.  33
 1305.  25
 1306.  26
 1307.  23
 1308.  26
 1309.  23
 1310.  31
 1311.  23
 1312.  31
 1313.  24
 1314.  31
 1315.  24
 1316.  35
 1317.  26
 1318.  36
 1319.  26


	DevRec 16: ppem =  50, maxWid = 100
    0.  38
    1.   0
    2.  14
    3.  14
    4.  16
    5.  18
    6.  28
    7.  28
    8.  44
    9.  33
   10.  10
   11.  17
   12.  17
   13.  19
   14.  29
   15.  14
   16.  17
   17.  14
   18.  14
   19.  28
   20.  28
   21.  28
   22.  28
   23.  28
   24.  28
   25.  28
   26.  28
   27.  28
   28.  28
   29.  14
   30.  14
   31.  29
   32.  29
   33.  29
   34.  28
   35.  51
   36.  33
   37.  33
   38.  36
   39.  36
   40.  33
   41.  31
   42.  39
   43.  36
   44.  14
   45.  25
   46.  33
   47.  28
   48.  41
   49.  36
   50.  39
   51.  33
   52.  39
   53.  36
   54.  33
   55.  31
   56.  36
   57.  33
   58.  50
   59.  33
   60.  33
   61.  31
   62.  14
   63.  14
   64.  14
   65.  22
   66.  28
   67.  17
   68.  28
   69.  28
   70.  25
   71.  28
   72.  28
   73.  14
   74.  28
   75.  28
   76.  12
   77.  10
   78.  25
   79.  12
   80.  40
   81.  28
   82.  28
   83.  28
   84.  28
   85.  17
   86.  25
   87.  14
   88.  28
   89.  25
   90.  35
   91.  24
   92.  25
   93.  25
   94.  17
   95.  12
   96.  17
   97.  29
   98.  33
   99.  33
  100.  36
  101.  33
  102.  36
  103.  39
  104.  36
  105.  28
  106.  28
  107.  28
  108.  28
  109.  28
  110.  28
  111.  25
  112.  28
  113.  28
  114.  28
  115.  28
  116.  14
  117.  14
  118.  14
  119.  14
  120.  28
  121.  28
  122.  28
  123.  28
  124.  28
  125.  28
  126.  28
  127.  28
  128.  28
  129.  28
  130.  28
  131.  20
  132.  28
  133.  28
  134.  28
  135.  18
  136.  27
  137.  31
  138.  37
  139.  37
  140.  50
  141.  17
  142.  17
  143.  27
  144.  50
  145.  39
  146.  36
  147.  27
  148.  27
  149.  27
  150.  28
  151.  29
  152.  25
  153.  36
  154.  41
  155.  27
  156.  16
  157.  19
  158.  18
  159.  38
  160.  44
  161.  31
  162.  31
  163.  16
  164.  29
  165.  27
  166.  28
  167.  27
  168.  30
  169.  28
  170.  28
  171.  50
  172.  33
  173.  33
  174.  39
  175.  50
  176.  47
  177.  28
  178.  50
  179.  17
  180.  17
  181.  11
  182.  11
  183.  27
  184.  25
  185.  25
  186.  33
  187.   8
  188.  28
  189.  17
  190.  17
  191.  25
  192.  25
  193.  28
  194.  14
  195.  11
  196.  17
  197.  50
  198.  33
  199.  33
  200.  33
  201.  33
  202.  33
  203.  14
  204.  14
  205.  14
  206.  14
  207.  39
  208.  39
  209.  39
  210.  36
  211.  36
  212.  36
  213.  14
  214.  17
  215.  15
  216.  17
  217.  17
  218.  17
  219.  17
  220.  17
  221.  17
  222.  17
  223.  17
  224.  28
  225.  11
  226.  33
  227.  25
  228.  31
  229.  25
  230.  12
  231.  36
  232.  28
  233.  33
  234.  25
  235.  33
  236.  28
  237.  29
  238.  29
  239.  17
  240.  17
  241.  17
  242.  42
  243.  42
  244.  42
  245.  28
  246.  39
  247.  28
  248.  14
  249.  33
  250.  25
  251.  36
  252.  25
  253.  36
  254.  25
  255.  28
  256.  28
  257.  17
  258.  33
  259.  28
  260.  33
  261.  28
  262.  36
  263.  31
  264.  36
  265.  33
  266.  28
  267.  33
  268.  28
  269.  28
  270.  12
  271.  28
  272.  15
  273.  28
  274.  17
  275.  36
  276.  28
  277.  36
  278.  28
  279.  39
  280.  28
  281.  36
  282.  17
  283.  36
  284.  17
  285.  33
  286.  25
  287.  31
  288.  13
  289.  31
  290.  19
  291.  36
  292.  28
  293.  36
  294.  28
  295.  31
  296.  25
  297.  31
  298.  25
  299.  28
  300.  39
  301.  40
  302.  29
  303.  28
  304.  22
  305.  31
  306.  20
  307.  32
  308.  28
  309.  25
  310.  18
  311.  54
  312.  50
  313.  25
  314.  50
  315.  25
  316.  50
  317.  25
  318.  25
  319.  49
  320.  36
  321.  29
  322.  30
  323.  29
  324.  30
  325.  30
  326.  35
  327.  31
  328.  35
  329.  35
  330.  35
  331.  35
  332.  35
  333.  35
  334.  35
  335.  35
  336.  35
  337.  35
  338.  35
  339.  35
  340.  35
  341.  35
  342.  35
  343.  35
  344.  35
  345.  35
  346.  35
  347.  35
  348.  35
  349.  35
  350.  35
  351.  35
  352.  35
  353.  35
  354.  35
  355.  35
  356.  35
  357.  35
  358.  35
  359.  35
  360.  35
  361.  35
  362.  35
  363.  35
  364.  35
  365.  35
  366.  35
  367.  35
  368.  35
  369.  35
  370.  35
  371.  35
  372.  35
  373.  36
  374.  30
  375.  50
  376.  49
  377.  49
  378.  49
  379.  49
  380.  30
  381.  30
  382.  30
  383.  51
  384.  53
  385.  46
  386.  38
  387.  38
  388.  27
  389.  33
  390.  30
  391.  26
  392.  25
  393.  38
  394.  37
  395.  22
  396.  30
  397.   9
  398.  18
  399.  44
  400.  16
  401.  30
  402.  18
  403.  18
  404.  30
  405.  18
  406.  33
  407.  28
  408.  36
  409.  25
  410.  36
  411.  25
  412.  33
  413.  28
  414.  33
  415.  28
  416.  33
  417.  28
  418.  39
  419.  28
  420.  39
  421.  28
  422.  39
  423.  28
  424.  36
  425.  28
  426.  36
  427.  28
  428.  14
  429.  14
  430.  14
  431.  14
  432.  14
  433.  14
  434.  14
  435.  12
  436.  25
  437.  10
  438.  33
  439.  25
  440.  25
  441.  28
  442.  12
  443.  36
  444.  28
  445.  36
  446.  28
  447.  39
  448.  28
  449.  39
  450.  28
  451.  36
  452.  17
  453.  33
  454.  25
  455.  31
  456.  14
  457.  36
  458.  28
  459.  36
  460.  28
  461.  36
  462.  28
  463.  36
  464.  28
  465.  50
  466.  35
  467.  33
  468.  25
  469.  12
  470.  33
  471.  28
  472.  50
  473.  44
  474.  39
  475.  31
  476.  12
  477.  50
  478.  35
  479.  50
  480.  35
  481.  50
  482.  35
  483.  33
  484.  25
  485.  11
  486.  17
  487.  28
  488.  30
  489.  42
  490.  42
  491.  42
  492.  42
  493.  17
  494.  17
  495.  17
  496.  17
  497.  33
  498.  39
  499.  42
  500.  19
  501.  39
  502.  42
  503.  38
  504.  10
  505.  33
  506.  33
  507.  33
  508.  33
  509.  31
  510.  36
  511.  14
  512.  33
  513.  33
  514.  41
  515.  36
  516.  33
  517.  39
  518.  36
  519.  33
  520.  31
  521.  31
  522.  33
  523.  33
  524.  42
  525.  37
  526.  14
  527.  33
  528.  29
  529.  22
  530.  28
  531.  10
  532.  27
  533.  29
  534.  25
  535.  22
  536.  28
  537.  28
  538.  10
  539.  25
  540.  25
  541.  29
  542.  25
  543.  22
  544.  28
  545.  28
  546.  24
  547.  27
  548.  26
  549.  36
  550.  39
  551.  10
  552.  27
  553.  28
  554.  27
  555.  39
  556.  33
  557.  43
  558.  27
  559.  36
  560.  33
  561.  14
  562.  14
  563.  25
  564.  53
  565.  51
  566.  43
  567.  29
  568.  32
  569.  36
  570.  33
  571.  33
  572.  33
  573.  27
  574.  34
  575.  33
  576.  46
  577.  30
  578.  36
  579.  36
  580.  29
  581.  33
  582.  41
  583.  36
  584.  39
  585.  36
  586.  33
  587.  36
  588.  31
  589.  32
  590.  38
  591.  33
  592.  37
  593.  33
  594.  46
  595.  47
  596.  40
  597.  44
  598.  33
  599.  36
  600.  51
  601.  36
  602.  28
  603.  29
  604.  27
  605.  18
  606.  29
  607.  28
  608.  33
  609.  23
  610.  28
  611.  28
  612.  22
  613.  29
  614.  34
  615.  28
  616.  28
  617.  27
  618.  28
  619.  25
  620.  23
  621.  25
  622.  41
  623.  24
  624.  29
  625.  26
  626.  40
  627.  41
  628.  31
  629.  36
  630.  26
  631.  26
  632.  38
  633.  27
  634.  28
  635.  28
  636.  18
  637.  26
  638.  25
  639.  12
  640.  14
  641.  10
  642.  45
  643.  41
  644.  28
  645.  22
  646.  25
  647.  28
  648.  24
  649.  21
  650.  50
  651.  54
  652.  35
  653.  17
  654.  17
  655.  17
  656.  17
  657.  17
  658.  17
  659.  17
  660.  17
  661.  17
  662.  17
  663.  17
  664.  17
  665.  17
  666.  19
  667.  17
  668.  13
  669.  17
  670.  17
  671.  14
  672.  28
  673.  27
  674.  20
  675.  25
  676.  30
  677.  13
  678.  19
  679.  30
  680.  30
  681.  13
  682.  25
  683.  23
  684.  23
  685.  30
  686.  30
  687.  13
  688.  18
  689.  29
  690.  26
  691.  28
  692.  27
  693.  23
  694.  24
  695.  27
  696.  25
  697.  35
  698.  32
  699.  26
  700.  26
  701.  26
  702.  12
  703.  21
  704.  42
  705.  13
  706.  25
  707.  25
  708.  23
  709.  23
  710.  27
  711.  35
  712.  35
  713.  35
  714.  35
  715.  28
  716.  28
  717.  28
  718.  27
  719.  20
  720.  25
  721.  30
  722.  14
  723.  21
  724.  30
  725.  14
  726.  25
  727.  23
  728.  23
  729.  30
  730.  18
  731.  29
  732.  28
  733.  27
  734.  24
  735.  27
  736.  25
  737.  35
  738.  32
  739.  13
  740.  27
  741.  23
  742.  27
  743.  29
  744.   0
  745.   0
  746.   0
  747.   0
  748.  16
  749.  16
  750.  18
  751.  21
  752.  10
  753.  10
  754.  12
  755.  10
  756.  10
  757.  10
  758.  10
  759.  11
  760.   8
  761.  26
  762.  26
  763.  26
  764.  26
  765.  26
  766.  26
  767.  26
  768.  26
  769.  26
  770.  26
  771.  26
  772.  16
  773.  26
  774.  38
  775.  38
  776.  14
  777.  38
  778.  26
  779.  26
  780.  26
  781.  38
  782.  38
  783.  38
  784.  38
  785.  38
  786.  11
  787.  38
  788.  38
  789.  38
  790.  38
  791.  38
  792.  38
  793.  38
  794.  38
  795.  32
  796.  38
  797.  38
  798.  38
  799.  36
  800.  36
  801.  12
  802.  12
  803.  38
  804.  38
  805.  38
  806.  38
  807.  28
  808.  26
  809.  26
  810.  26
  811.  24
  812.  24
  813.  41
  814.  47
  815.  20
  816.  26
  817.  41
  818.  47
  819.  20
  820.  26
  821.  32
  822.  29
  823.  38
  824.  38
  825.  38
  826.  38
  827.  38
  828.  38
  829.  38
  830.  38
  831.  38
  832.  38
  833.  38
  834.  38
  835.  38
  836.  38
  837.  38
  838.  38
  839.  11
  840.  11
  841.  11
  842.  11
  843.  11
  844.  38
  845.  38
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  28
  863.  50
  864.  38
  865.  38
  866.  38
  867.  38
  868.  38
  869.  38
  870.  38
  871.  38
  872.  38
  873.  38
  874.  38
  875.  38
  876.  38
  877.  38
  878.  38
  879.  38
  880.  38
  881.  38
  882.  38
  883.  38
  884.  38
  885.  38
  886.  38
  887.  38
  888.  38
  889.  38
  890.  38
  891.  38
  892.  16
  893.  16
  894.  38
  895.  31
  896.  21
  897.  10
  898.  11
  899.  10
  900.  11
  901.  22
  902.  22
  903.  10
  904.  11
  905.  32
  906.  29
  907.  12
  908.  12
  909.  10
  910.  11
  911.  36
  912.  36
  913.  12
  914.  12
  915.  14
  916.  19
  917.  36
  918.  36
  919.  12
  920.  12
  921.  36
  922.  36
  923.  12
  924.  12
  925.  28
  926.  26
  927.  26
  928.  26
  929.  28
  930.  26
  931.  26
  932.  26
  933.  28
  934.  26
  935.  26
  936.  26
  937.  17
  938.  17
  939.  17
  940.  17
  941.  24
  942.  24
  943.  24
  944.  24
  945.  41
  946.  41
  947.  27
  948.  27
  949.  41
  950.  41
  951.  27
  952.  27
  953.  55
  954.  55
  955.  42
  956.  42
  957.  55
  958.  55
  959.  42
  960.  42
  961.  29
  962.  29
  963.  29
  964.  29
  965.  29
  966.  29
  967.  29
  968.  29
  969.  27
  970.  23
  971.  26
  972.  20
  973.  27
  974.  23
  975.  26
  976.  20
  977.  39
  978.  39
  979.  13
  980.  13
  981.  29
  982.  29
  983.  13
  984.  13
  985.  30
  986.  30
  987.  20
  988.  20
  989.  25
  990.  25
  991.  10
  992.  10
  993.  17
  994.  17
  995.  20
  996.  20
  997.  26
  998.  26
  999.  12
 1000.  12
 1001.  14
 1002.  19
 1003.  23
 1004.  20
 1005.  22
 1006.  22
 1007.  32
 1008.  29
 1009.  32
 1010.  29
 1011.  12
 1012.  12
 1013.  27
 1014.  30
 1015.  27
 1016.  30
 1017.  27
 1018.  30
 1019.  27
 1020.  30
 1021.  38
 1022.  38
 1023.  10
 1024.  10
 1025.  38
 1026.  38
 1027.  38
 1028.   8
 1029.  11
 1030.  38
 1031.  38
 1032.  10
 1033.  12
 1034.  38
 1035.  38
 1036.  38
 1037.  11
 1038.  11
 1039.  11
 1040.  11
 1041.  11
 1042.  11
 1043.  38
 1044.  10
 1045.  10
 1046.  38
 1047.  38
 1048.  38
 1049.  38
 1050.  38
 1051.  38
 1052.  38
 1053.  38
 1054.  38
 1055.  38
 1056.  38
 1057.  38
 1058.  38
 1059.  38
 1060.  38
 1061.  38
 1062.  38
 1063.  38
 1064.  38
 1065.  38
 1066.  38
 1067.  38
 1068.  38
 1069.  38
 1070.  38
 1071.  38
 1072.  38
 1073.  38
 1074.  38
 1075.  38
 1076.  38
 1077.  38
 1078.  38
 1079.  38
 1080.  38
 1081.  38
 1082.  38
 1083.  38
 1084.  38
 1085.  38
 1086.  38
 1087.  38
 1088.  38
 1089.  38
 1090.  38
 1091.  38
 1092.  38
 1093.  38
 1094.  38
 1095.  38
 1096.  38
 1097.  38
 1098.  38
 1099.  38
 1100.  16
 1101.  16
 1102.  16
 1103.  38
 1104.  38
 1105.  38
 1106.  38
 1107.  38
 1108.  38
 1109.  38
 1110.  38
 1111.  38
 1112.  38
 1113.  38
 1114.  38
 1115.  38
 1116.  38
 1117.  38
 1118.  38
 1119.  38
 1120.  38
 1121.  38
 1122.  38
 1123.  38
 1124.  38
 1125.  38
 1126.  38
 1127.   6
 1128.  50
 1129. 100
 1130.  43
 1131.  33
 1132.  43
 1133.  33
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  26
 1151.  42
 1152.  42
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.  12
 1188.  33
 1189.  28
 1190.  33
 1191.  28
 1192.  33
 1193.  28
 1194.  33
 1195.  28
 1196.  33
 1197.  28
 1198.  33
 1199.  28
 1200.  33
 1201.  28
 1202.  33
 1203.  28
 1204.  33
 1205.  28
 1206.  33
 1207.  28
 1208.  33
 1209.  28
 1210.  33
 1211.  28
 1212.  33
 1213.  28
 1214.  33
 1215.  28
 1216.  33
 1217.  28
 1218.  33
 1219.  28
 1220.  33
 1221.  28
 1222.  33
 1223.  28
 1224.  33
 1225.  28
 1226.  33
 1227.  28
 1228.  14
 1229.  12
 1230.  14
 1231.  12
 1232.  39
 1233.  28
 1234.  39
 1235.  28
 1236.  39
 1237.  28
 1238.  39
 1239.  28
 1240.  39
 1241.  28
 1242.  39
 1243.  28
 1244.  39
 1245.  28
 1246.  43
 1247.  33
 1248.  43
 1249.  33
 1250.  43
 1251.  33
 1252.  43
 1253.  33
 1254.  43
 1255.  33
 1256.  36
 1257.  28
 1258.  36
 1259.  28
 1260.  43
 1261.  33
 1262.  43
 1263.  33
 1264.  43
 1265.  33
 1266.  43
 1267.  33
 1268.  43
 1269.  33
 1270.  33
 1271.  25
 1272.  33
 1273.  25
 1274.  33
 1275.  25
 1276.  33
 1277.  28
 1278.  14
 1279.  12
 1280.  39
 1281.  28
 1282.  36
 1283.  28
 1284.  36
 1285.  28
 1286.  36
 1287.  28
 1288.  36
 1289.  28
 1290.  36
 1291.  28
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  27
 1297.  18
 1298.  46
 1299.  33
 1300.  29
 1301.  22
 1302.  29
 1303.  22
 1304.  36
 1305.  28
 1306.  28
 1307.  25
 1308.  28
 1309.  25
 1310.  33
 1311.  25
 1312.  33
 1313.  26
 1314.  33
 1315.  26
 1316.  38
 1317.  28
 1318.  39
 1319.  28


	DevRec 17: ppem =  54, maxWid = 108
    0.  41
    1.   0
    2.  15
    3.  15
    4.  17
    5.  19
    6.  30
    7.  30
    8.  48
    9.  36
   10.  10
   11.  18
   12.  18
   13.  21
   14.  32
   15.  15
   16.  18
   17.  15
   18.  15
   19.  30
   20.  30
   21.  30
   22.  30
   23.  30
   24.  30
   25.  30
   26.  30
   27.  30
   28.  30
   29.  15
   30.  15
   31.  32
   32.  32
   33.  32
   34.  30
   35.  55
   36.  36
   37.  36
   38.  39
   39.  39
   40.  36
   41.  33
   42.  42
   43.  39
   44.  15
   45.  27
   46.  36
   47.  30
   48.  45
   49.  39
   50.  42
   51.  36
   52.  42
   53.  39
   54.  36
   55.  33
   56.  39
   57.  36
   58.  54
   59.  35
   60.  35
   61.  33
   62.  15
   63.  15
   64.  15
   65.  24
   66.  30
   67.  18
   68.  30
   69.  30
   70.  27
   71.  30
   72.  30
   73.  15
   74.  30
   75.  29
   76.  13
   77.  13
   78.  27
   79.  13
   80.  45
   81.  29
   82.  30
   83.  30
   84.  30
   85.  18
   86.  27
   87.  15
   88.  29
   89.  27
   90.  39
   91.  26
   92.  27
   93.  26
   94.  18
   95.  14
   96.  18
   97.  32
   98.  36
   99.  36
  100.  39
  101.  36
  102.  39
  103.  42
  104.  39
  105.  30
  106.  30
  107.  30
  108.  30
  109.  30
  110.  30
  111.  27
  112.  30
  113.  30
  114.  30
  115.  30
  116.  15
  117.  15
  118.  15
  119.  15
  120.  29
  121.  30
  122.  30
  123.  30
  124.  30
  125.  30
  126.  29
  127.  29
  128.  29
  129.  29
  130.  30
  131.  22
  132.  30
  133.  30
  134.  30
  135.  19
  136.  29
  137.  33
  138.  40
  139.  40
  140.  54
  141.  18
  142.  18
  143.  30
  144.  54
  145.  42
  146.  39
  147.  30
  148.  30
  149.  30
  150.  30
  151.  31
  152.  27
  153.  39
  154.  44
  155.  30
  156.  16
  157.  20
  158.  20
  159.  41
  160.  48
  161.  33
  162.  33
  163.  17
  164.  32
  165.  29
  166.  30
  167.  30
  168.  34
  169.  30
  170.  30
  171.  54
  172.  36
  173.  36
  174.  42
  175.  54
  176.  51
  177.  30
  178.  54
  179.  18
  180.  18
  181.  12
  182.  12
  183.  30
  184.  27
  185.  27
  186.  35
  187.   9
  188.  30
  189.  18
  190.  18
  191.  27
  192.  27
  193.  30
  194.  15
  195.  12
  196.  18
  197.  53
  198.  36
  199.  36
  200.  36
  201.  36
  202.  36
  203.  15
  204.  15
  205.  15
  206.  15
  207.  42
  208.  42
  209.  42
  210.  39
  211.  39
  212.  39
  213.  15
  214.  18
  215.  16
  216.  18
  217.  18
  218.  18
  219.  18
  220.  18
  221.  18
  222.  18
  223.  18
  224.  30
  225.  12
  226.  36
  227.  27
  228.  33
  229.  26
  230.  14
  231.  39
  232.  30
  233.  35
  234.  27
  235.  36
  236.  30
  237.  32
  238.  32
  239.  18
  240.  18
  241.  18
  242.  45
  243.  45
  244.  45
  245.  30
  246.  42
  247.  30
  248.  15
  249.  36
  250.  27
  251.  39
  252.  27
  253.  39
  254.  27
  255.  30
  256.  30
  257.  18
  258.  36
  259.  30
  260.  36
  261.  30
  262.  39
  263.  33
  264.  39
  265.  36
  266.  30
  267.  36
  268.  30
  269.  30
  270.  13
  271.  30
  272.  16
  273.  30
  274.  18
  275.  39
  276.  29
  277.  39
  278.  29
  279.  42
  280.  30
  281.  39
  282.  18
  283.  39
  284.  18
  285.  36
  286.  27
  287.  33
  288.  15
  289.  33
  290.  20
  291.  39
  292.  29
  293.  39
  294.  29
  295.  33
  296.  26
  297.  33
  298.  26
  299.  30
  300.  42
  301.  43
  302.  31
  303.  30
  304.  24
  305.  33
  306.  21
  307.  35
  308.  30
  309.  27
  310.  20
  311.  59
  312.  54
  313.  27
  314.  54
  315.  27
  316.  54
  317.  27
  318.  27
  319.  53
  320.  39
  321.  32
  322.  33
  323.  32
  324.  33
  325.  33
  326.  38
  327.  34
  328.  38
  329.  38
  330.  38
  331.  38
  332.  38
  333.  38
  334.  38
  335.  38
  336.  38
  337.  38
  338.  38
  339.  38
  340.  38
  341.  38
  342.  38
  343.  38
  344.  38
  345.  38
  346.  38
  347.  38
  348.  38
  349.  38
  350.  38
  351.  38
  352.  38
  353.  38
  354.  38
  355.  38
  356.  38
  357.  38
  358.  38
  359.  38
  360.  38
  361.  38
  362.  38
  363.  38
  364.  38
  365.  38
  366.  38
  367.  38
  368.  38
  369.  38
  370.  38
  371.  38
  372.  38
  373.  39
  374.  33
  375.  54
  376.  53
  377.  53
  378.  53
  379.  53
  380.  33
  381.  33
  382.  33
  383.  55
  384.  57
  385.  49
  386.  41
  387.  41
  388.  29
  389.  35
  390.  32
  391.  28
  392.  27
  393.  41
  394.  40
  395.  24
  396.  33
  397.  10
  398.  19
  399.  48
  400.  17
  401.  33
  402.  19
  403.  19
  404.  33
  405.  19
  406.  36
  407.  30
  408.  39
  409.  27
  410.  39
  411.  27
  412.  36
  413.  30
  414.  36
  415.  30
  416.  36
  417.  30
  418.  42
  419.  30
  420.  42
  421.  30
  422.  42
  423.  30
  424.  39
  425.  29
  426.  39
  427.  29
  428.  15
  429.  15
  430.  15
  431.  15
  432.  15
  433.  15
  434.  15
  435.  13
  436.  27
  437.  13
  438.  36
  439.  27
  440.  27
  441.  30
  442.  13
  443.  39
  444.  29
  445.  39
  446.  30
  447.  42
  448.  30
  449.  42
  450.  30
  451.  39
  452.  18
  453.  36
  454.  27
  455.  33
  456.  15
  457.  39
  458.  29
  459.  39
  460.  29
  461.  39
  462.  29
  463.  39
  464.  29
  465.  54
  466.  39
  467.  35
  468.  27
  469.  13
  470.  36
  471.  30
  472.  54
  473.  48
  474.  42
  475.  33
  476.  15
  477.  54
  478.  39
  479.  54
  480.  39
  481.  54
  482.  39
  483.  35
  484.  27
  485.  12
  486.  18
  487.  30
  488.  32
  489.  45
  490.  45
  491.  45
  492.  45
  493.  18
  494.  18
  495.  18
  496.  18
  497.  36
  498.  42
  499.  45
  500.  21
  501.  42
  502.  44
  503.  41
  504.  13
  505.  36
  506.  36
  507.  36
  508.  36
  509.  33
  510.  39
  511.  15
  512.  36
  513.  36
  514.  45
  515.  39
  516.  35
  517.  42
  518.  39
  519.  36
  520.  33
  521.  33
  522.  35
  523.  35
  524.  45
  525.  40
  526.  15
  527.  35
  528.  31
  529.  24
  530.  30
  531.  13
  532.  30
  533.  31
  534.  27
  535.  24
  536.  30
  537.  30
  538.  13
  539.  27
  540.  27
  541.  31
  542.  27
  543.  24
  544.  30
  545.  31
  546.  26
  547.  30
  548.  28
  549.  39
  550.  42
  551.  13
  552.  30
  553.  30
  554.  30
  555.  42
  556.  36
  557.  47
  558.  29
  559.  39
  560.  36
  561.  15
  562.  15
  563.  27
  564.  57
  565.  55
  566.  45
  567.  31
  568.  34
  569.  39
  570.  36
  571.  35
  572.  36
  573.  29
  574.  37
  575.  36
  576.  50
  577.  33
  578.  39
  579.  39
  580.  31
  581.  35
  582.  45
  583.  39
  584.  42
  585.  39
  586.  36
  587.  39
  588.  33
  589.  34
  590.  41
  591.  35
  592.  40
  593.  36
  594.  49
  595.  51
  596.  43
  597.  48
  598.  35
  599.  39
  600.  55
  601.  39
  602.  30
  603.  31
  604.  29
  605.  20
  606.  32
  607.  30
  608.  36
  609.  25
  610.  29
  611.  29
  612.  24
  613.  31
  614.  37
  615.  29
  616.  30
  617.  28
  618.  30
  619.  27
  620.  25
  621.  27
  622.  44
  623.  26
  624.  31
  625.  28
  626.  43
  627.  44
  628.  34
  629.  39
  630.  28
  631.  28
  632.  41
  633.  29
  634.  30
  635.  29
  636.  20
  637.  28
  638.  27
  639.  13
  640.  15
  641.  13
  642.  49
  643.  44
  644.  29
  645.  24
  646.  27
  647.  29
  648.  26
  649.  22
  650.  54
  651.  58
  652.  37
  653.  18
  654.  18
  655.  18
  656.  18
  657.  18
  658.  18
  659.  18
  660.  18
  661.  18
  662.  18
  663.  18
  664.  18
  665.  18
  666.  21
  667.  18
  668.  13
  669.  18
  670.  18
  671.  15
  672.  30
  673.  29
  674.  22
  675.  27
  676.  33
  677.  13
  678.  21
  679.  32
  680.  32
  681.  13
  682.  28
  683.  25
  684.  25
  685.  32
  686.  32
  687.  13
  688.  19
  689.  31
  690.  29
  691.  31
  692.  30
  693.  25
  694.  26
  695.  30
  696.  28
  697.  38
  698.  35
  699.  26
  700.  26
  701.  26
  702.  13
  703.  23
  704.  42
  705.  13
  706.  28
  707.  28
  708.  25
  709.  25
  710.  29
  711.  38
  712.  38
  713.  38
  714.  38
  715.  30
  716.  30
  717.  30
  718.  29
  719.  22
  720.  27
  721.  33
  722.  15
  723.  22
  724.  32
  725.  15
  726.  28
  727.  25
  728.  25
  729.  32
  730.  19
  731.  31
  732.  31
  733.  30
  734.  26
  735.  30
  736.  28
  737.  38
  738.  35
  739.  13
  740.  29
  741.  25
  742.  30
  743.  31
  744.   0
  745.   0
  746.   0
  747.   0
  748.  17
  749.  17
  750.  19
  751.  22
  752.  11
  753.  11
  754.  13
  755.  11
  756.  11
  757.  11
  758.  11
  759.  11
  760.   9
  761.  28
  762.  28
  763.  28
  764.  28
  765.  28
  766.  28
  767.  28
  768.  28
  769.  28
  770.  28
  771.  28
  772.  17
  773.  28
  774.  41
  775.  41
  776.  15
  777.  41
  778.  28
  779.  28
  780.  28
  781.  41
  782.  41
  783.  41
  784.  41
  785.  41
  786.  11
  787.  41
  788.  41
  789.  41
  790.  41
  791.  41
  792.  41
  793.  41
  794.  41
  795.  34
  796.  41
  797.  41
  798.  41
  799.  39
  800.  39
  801.  13
  802.  13
  803.  41
  804.  41
  805.  41
  806.  41
  807.  30
  808.  28
  809.  29
  810.  29
  811.  26
  812.  26
  813.  44
  814.  50
  815.  21
  816.  28
  817.  44
  818.  50
  819.  21
  820.  28
  821.  34
  822.  32
  823.  41
  824.  41
  825.  41
  826.  41
  827.  41
  828.  41
  829.  41
  830.  41
  831.  41
  832.  41
  833.  41
  834.  41
  835.  41
  836.  41
  837.  41
  838.  41
  839.  12
  840.  11
  841.  11
  842.  11
  843.  11
  844.  41
  845.  41
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  30
  863.  54
  864.  41
  865.  41
  866.  41
  867.  41
  868.  41
  869.  41
  870.  41
  871.  41
  872.  41
  873.  41
  874.  41
  875.  41
  876.  41
  877.  41
  878.  41
  879.  41
  880.  41
  881.  41
  882.  41
  883.  41
  884.  41
  885.  41
  886.  41
  887.  41
  888.  41
  889.  41
  890.  41
  891.  41
  892.  17
  893.  17
  894.  41
  895.  33
  896.  22
  897.  11
  898.  12
  899.  11
  900.  12
  901.  23
  902.  23
  903.  11
  904.  12
  905.  34
  906.  32
  907.  13
  908.  13
  909.  11
  910.  12
  911.  39
  912.  39
  913.  13
  914.  13
  915.  15
  916.  20
  917.  39
  918.  39
  919.  13
  920.  13
  921.  39
  922.  39
  923.  13
  924.  13
  925.  30
  926.  28
  927.  29
  928.  29
  929.  30
  930.  28
  931.  29
  932.  29
  933.  30
  934.  28
  935.  29
  936.  29
  937.  18
  938.  18
  939.  18
  940.  18
  941.  26
  942.  26
  943.  26
  944.  26
  945.  44
  946.  44
  947.  29
  948.  29
  949.  44
  950.  44
  951.  29
  952.  29
  953.  59
  954.  59
  955.  46
  956.  46
  957.  59
  958.  59
  959.  46
  960.  46
  961.  31
  962.  31
  963.  31
  964.  31
  965.  31
  966.  31
  967.  31
  968.  31
  969.  29
  970.  24
  971.  28
  972.  21
  973.  29
  974.  24
  975.  28
  976.  21
  977.  43
  978.  43
  979.  14
  980.  14
  981.  31
  982.  31
  983.  14
  984.  14
  985.  32
  986.  32
  987.  21
  988.  21
  989.  27
  990.  27
  991.  11
  992.  11
  993.  18
  994.  18
  995.  21
  996.  21
  997.  28
  998.  28
  999.  13
 1000.  13
 1001.  15
 1002.  20
 1003.  24
 1004.  21
 1005.  23
 1006.  23
 1007.  34
 1008.  32
 1009.  34
 1010.  32
 1011.  13
 1012.  13
 1013.  29
 1014.  32
 1015.  29
 1016.  32
 1017.  29
 1018.  32
 1019.  29
 1020.  32
 1021.  41
 1022.  41
 1023.  11
 1024.  11
 1025.  41
 1026.  41
 1027.  41
 1028.   9
 1029.  11
 1030.  41
 1031.  41
 1032.  11
 1033.  13
 1034.  41
 1035.  41
 1036.  41
 1037.  11
 1038.  11
 1039.  11
 1040.  11
 1041.  11
 1042.  12
 1043.  41
 1044.  11
 1045.  11
 1046.  41
 1047.  41
 1048.  41
 1049.  41
 1050.  41
 1051.  41
 1052.  41
 1053.  41
 1054.  41
 1055.  41
 1056.  41
 1057.  41
 1058.  41
 1059.  41
 1060.  41
 1061.  41
 1062.  41
 1063.  41
 1064.  41
 1065.  41
 1066.  41
 1067.  41
 1068.  41
 1069.  41
 1070.  41
 1071.  41
 1072.  41
 1073.  41
 1074.  41
 1075.  41
 1076.  41
 1077.  41
 1078.  41
 1079.  41
 1080.  41
 1081.  41
 1082.  41
 1083.  41
 1084.  41
 1085.  41
 1086.  41
 1087.  41
 1088.  41
 1089.  41
 1090.  41
 1091.  41
 1092.  41
 1093.  41
 1094.  41
 1095.  41
 1096.  41
 1097.  41
 1098.  41
 1099.  41
 1100.  17
 1101.  17
 1102.  17
 1103.  41
 1104.  41
 1105.  41
 1106.  41
 1107.  41
 1108.  41
 1109.  41
 1110.  41
 1111.  41
 1112.  41
 1113.  41
 1114.  41
 1115.  41
 1116.  41
 1117.  41
 1118.  41
 1119.  41
 1120.  41
 1121.  41
 1122.  41
 1123.  41
 1124.  41
 1125.  41
 1126.  41
 1127.   7
 1128.  54
 1129. 108
 1130.  46
 1131.  35
 1132.  46
 1133.  36
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  28
 1151.  45
 1152.  45
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.  13
 1188.  36
 1189.  30
 1190.  36
 1191.  30
 1192.  36
 1193.  30
 1194.  36
 1195.  30
 1196.  36
 1197.  30
 1198.  36
 1199.  30
 1200.  36
 1201.  30
 1202.  36
 1203.  30
 1204.  36
 1205.  30
 1206.  36
 1207.  30
 1208.  36
 1209.  30
 1210.  36
 1211.  30
 1212.  36
 1213.  30
 1214.  36
 1215.  30
 1216.  36
 1217.  30
 1218.  36
 1219.  30
 1220.  36
 1221.  30
 1222.  36
 1223.  30
 1224.  36
 1225.  30
 1226.  36
 1227.  30
 1228.  15
 1229.  13
 1230.  15
 1231.  13
 1232.  42
 1233.  30
 1234.  42
 1235.  30
 1236.  42
 1237.  30
 1238.  42
 1239.  30
 1240.  42
 1241.  30
 1242.  42
 1243.  30
 1244.  42
 1245.  30
 1246.  46
 1247.  35
 1248.  46
 1249.  35
 1250.  46
 1251.  35
 1252.  46
 1253.  35
 1254.  46
 1255.  35
 1256.  39
 1257.  29
 1258.  39
 1259.  29
 1260.  46
 1261.  36
 1262.  46
 1263.  36
 1264.  46
 1265.  36
 1266.  46
 1267.  36
 1268.  46
 1269.  36
 1270.  35
 1271.  27
 1272.  35
 1273.  27
 1274.  35
 1275.  27
 1276.  36
 1277.  30
 1278.  15
 1279.  13
 1280.  42
 1281.  30
 1282.  39
 1283.  29
 1284.  39
 1285.  29
 1286.  39
 1287.  29
 1288.  39
 1289.  29
 1290.  39
 1291.  29
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  29
 1297.  20
 1298.  50
 1299.  36
 1300.  31
 1301.  24
 1302.  31
 1303.  24
 1304.  39
 1305.  30
 1306.  30
 1307.  27
 1308.  30
 1309.  27
 1310.  36
 1311.  27
 1312.  36
 1313.  28
 1314.  36
 1315.  28
 1316.  41
 1317.  30
 1318.  42
 1319.  30


	DevRec 18: ppem =  58, maxWid = 116
    0.  44
    1.   0
    2.  16
    3.  16
    4.  19
    5.  21
    6.  32
    7.  32
    8.  52
    9.  39
   10.  11
   11.  19
   12.  19
   13.  23
   14.  34
   15.  16
   16.  19
   17.  16
   18.  16
   19.  32
   20.  32
   21.  32
   22.  32
   23.  32
   24.  32
   25.  32
   26.  32
   27.  32
   28.  32
   29.  16
   30.  16
   31.  34
   32.  34
   33.  34
   34.  32
   35.  59
   36.  39
   37.  39
   38.  42
   39.  42
   40.  39
   41.  35
   42.  45
   43.  42
   44.  15
   45.  29
   46.  39
   47.  32
   48.  47
   49.  42
   50.  45
   51.  39
   52.  45
   53.  42
   54.  39
   55.  36
   56.  42
   57.  39
   58.  58
   59.  37
   60.  38
   61.  35
   62.  16
   63.  16
   64.  16
   65.  24
   66.  32
   67.  19
   68.  32
   69.  32
   70.  29
   71.  32
   72.  32
   73.  16
   74.  32
   75.  32
   76.  13
   77.  13
   78.  30
   79.  13
   80.  49
   81.  32
   82.  32
   83.  32
   84.  32
   85.  19
   86.  29
   87.  16
   88.  32
   89.  29
   90.  41
   91.  28
   92.  27
   93.  28
   94.  19
   95.  14
   96.  19
   97.  34
   98.  39
   99.  39
  100.  42
  101.  39
  102.  42
  103.  45
  104.  42
  105.  32
  106.  32
  107.  32
  108.  32
  109.  32
  110.  32
  111.  29
  112.  32
  113.  32
  114.  32
  115.  32
  116.  15
  117.  15
  118.  15
  119.  15
  120.  32
  121.  32
  122.  32
  123.  32
  124.  32
  125.  32
  126.  32
  127.  32
  128.  32
  129.  32
  130.  32
  131.  23
  132.  32
  133.  32
  134.  32
  135.  20
  136.  31
  137.  35
  138.  43
  139.  43
  140.  58
  141.  19
  142.  19
  143.  32
  144.  58
  145.  45
  146.  41
  147.  32
  148.  32
  149.  32
  150.  32
  151.  33
  152.  29
  153.  41
  154.  48
  155.  32
  156.  17
  157.  21
  158.  21
  159.  45
  160.  52
  161.  35
  162.  35
  163.  19
  164.  34
  165.  32
  166.  32
  167.  32
  168.  36
  169.  32
  170.  32
  171.  58
  172.  39
  173.  39
  174.  45
  175.  58
  176.  55
  177.  32
  178.  58
  179.  19
  180.  19
  181.  13
  182.  13
  183.  32
  184.  29
  185.  27
  186.  38
  187.  10
  188.  32
  189.  19
  190.  19
  191.  29
  192.  29
  193.  32
  194.  16
  195.  13
  196.  19
  197.  57
  198.  39
  199.  39
  200.  39
  201.  39
  202.  39
  203.  15
  204.  15
  205.  15
  206.  15
  207.  45
  208.  45
  209.  45
  210.  42
  211.  42
  212.  42
  213.  15
  214.  19
  215.  17
  216.  19
  217.  19
  218.  19
  219.  19
  220.  19
  221.  19
  222.  19
  223.  19
  224.  32
  225.  13
  226.  39
  227.  29
  228.  35
  229.  28
  230.  14
  231.  42
  232.  32
  233.  38
  234.  27
  235.  39
  236.  32
  237.  34
  238.  34
  239.  19
  240.  19
  241.  19
  242.  48
  243.  48
  244.  48
  245.  32
  246.  45
  247.  32
  248.  15
  249.  39
  250.  29
  251.  42
  252.  29
  253.  42
  254.  29
  255.  32
  256.  32
  257.  19
  258.  39
  259.  32
  260.  39
  261.  32
  262.  42
  263.  36
  264.  42
  265.  39
  266.  32
  267.  39
  268.  32
  269.  32
  270.  13
  271.  32
  272.  17
  273.  32
  274.  19
  275.  42
  276.  32
  277.  42
  278.  32
  279.  45
  280.  32
  281.  42
  282.  19
  283.  42
  284.  19
  285.  39
  286.  29
  287.  36
  288.  16
  289.  36
  290.  22
  291.  42
  292.  32
  293.  42
  294.  32
  295.  35
  296.  28
  297.  35
  298.  28
  299.  32
  300.  45
  301.  46
  302.  34
  303.  32
  304.  26
  305.  36
  306.  23
  307.  38
  308.  32
  309.  29
  310.  21
  311.  63
  312.  58
  313.  29
  314.  58
  315.  29
  316.  58
  317.  29
  318.  29
  319.  57
  320.  42
  321.  34
  322.  35
  323.  34
  324.  35
  325.  35
  326.  41
  327.  36
  328.  41
  329.  41
  330.  41
  331.  41
  332.  41
  333.  41
  334.  41
  335.  41
  336.  41
  337.  41
  338.  41
  339.  41
  340.  41
  341.  41
  342.  41
  343.  41
  344.  41
  345.  41
  346.  41
  347.  41
  348.  41
  349.  41
  350.  41
  351.  41
  352.  41
  353.  41
  354.  41
  355.  41
  356.  41
  357.  41
  358.  41
  359.  41
  360.  41
  361.  41
  362.  41
  363.  41
  364.  41
  365.  41
  366.  41
  367.  41
  368.  41
  369.  41
  370.  41
  371.  41
  372.  41
  373.  42
  374.  35
  375.  58
  376.  57
  377.  57
  378.  57
  379.  57
  380.  35
  381.  35
  382.  35
  383.  59
  384.  61
  385.  53
  386.  44
  387.  44
  388.  31
  389.  38
  390.  34
  391.  30
  392.  29
  393.  44
  394.  43
  395.  26
  396.  35
  397.  11
  398.  21
  399.  51
  400.  19
  401.  35
  402.  21
  403.  21
  404.  35
  405.  21
  406.  39
  407.  32
  408.  42
  409.  29
  410.  42
  411.  29
  412.  39
  413.  32
  414.  39
  415.  32
  416.  39
  417.  32
  418.  45
  419.  32
  420.  45
  421.  32
  422.  45
  423.  32
  424.  42
  425.  32
  426.  42
  427.  32
  428.  15
  429.  15
  430.  15
  431.  15
  432.  15
  433.  15
  434.  15
  435.  13
  436.  29
  437.  13
  438.  39
  439.  30
  440.  29
  441.  32
  442.  13
  443.  42
  444.  32
  445.  42
  446.  32
  447.  45
  448.  32
  449.  45
  450.  32
  451.  42
  452.  19
  453.  39
  454.  29
  455.  35
  456.  16
  457.  42
  458.  32
  459.  42
  460.  32
  461.  42
  462.  32
  463.  42
  464.  32
  465.  58
  466.  41
  467.  38
  468.  27
  469.  13
  470.  39
  471.  32
  472.  58
  473.  52
  474.  45
  475.  35
  476.  15
  477.  58
  478.  41
  479.  58
  480.  41
  481.  58
  482.  41
  483.  38
  484.  27
  485.  13
  486.  19
  487.  32
  488.  35
  489.  48
  490.  48
  491.  48
  492.  48
  493.  19
  494.  19
  495.  19
  496.  19
  497.  39
  498.  45
  499.  49
  500.  22
  501.  45
  502.  48
  503.  44
  504.  13
  505.  39
  506.  39
  507.  39
  508.  39
  509.  35
  510.  42
  511.  15
  512.  39
  513.  39
  514.  47
  515.  42
  516.  38
  517.  45
  518.  42
  519.  39
  520.  36
  521.  36
  522.  38
  523.  37
  524.  48
  525.  43
  526.  15
  527.  38
  528.  34
  529.  26
  530.  32
  531.  13
  532.  32
  533.  33
  534.  29
  535.  26
  536.  32
  537.  32
  538.  13
  539.  29
  540.  29
  541.  33
  542.  29
  543.  26
  544.  32
  545.  33
  546.  28
  547.  32
  548.  30
  549.  41
  550.  45
  551.  13
  552.  32
  553.  32
  554.  32
  555.  45
  556.  39
  557.  50
  558.  31
  559.  42
  560.  39
  561.  15
  562.  15
  563.  29
  564.  61
  565.  59
  566.  50
  567.  34
  568.  37
  569.  42
  570.  39
  571.  38
  572.  39
  573.  31
  574.  39
  575.  39
  576.  54
  577.  35
  578.  42
  579.  42
  580.  34
  581.  38
  582.  47
  583.  42
  584.  45
  585.  42
  586.  39
  587.  42
  588.  36
  589.  37
  590.  44
  591.  37
  592.  43
  593.  39
  594.  53
  595.  54
  596.  46
  597.  51
  598.  38
  599.  42
  600.  59
  601.  42
  602.  32
  603.  33
  604.  31
  605.  21
  606.  34
  607.  32
  608.  39
  609.  27
  610.  32
  611.  32
  612.  25
  613.  34
  614.  40
  615.  32
  616.  32
  617.  31
  618.  32
  619.  29
  620.  27
  621.  27
  622.  48
  623.  28
  624.  33
  625.  30
  626.  47
  627.  48
  628.  36
  629.  42
  630.  30
  631.  30
  632.  44
  633.  31
  634.  32
  635.  32
  636.  21
  637.  30
  638.  29
  639.  13
  640.  15
  641.  13
  642.  53
  643.  47
  644.  32
  645.  25
  646.  27
  647.  32
  648.  28
  649.  24
  650.  58
  651.  62
  652.  40
  653.  19
  654.  19
  655.  19
  656.  19
  657.  19
  658.  19
  659.  19
  660.  19
  661.  19
  662.  19
  663.  19
  664.  19
  665.  19
  666.  22
  667.  19
  668.  14
  669.  19
  670.  19
  671.  16
  672.  33
  673.  31
  674.  23
  675.  29
  676.  35
  677.  14
  678.  22
  679.  35
  680.  34
  681.  14
  682.  30
  683.  27
  684.  27
  685.  35
  686.  35
  687.  14
  688.  20
  689.  33
  690.  31
  691.  33
  692.  32
  693.  27
  694.  28
  695.  32
  696.  30
  697.  40
  698.  37
  699.  29
  700.  29
  701.  29
  702.  14
  703.  24
  704.  46
  705.  14
  706.  30
  707.  30
  708.  27
  709.  27
  710.  31
  711.  40
  712.  40
  713.  40
  714.  40
  715.  33
  716.  33
  717.  33
  718.  31
  719.  23
  720.  29
  721.  35
  722.  17
  723.  24
  724.  34
  725.  17
  726.  30
  727.  27
  728.  27
  729.  35
  730.  20
  731.  33
  732.  33
  733.  32
  734.  28
  735.  32
  736.  30
  737.  40
  738.  37
  739.  14
  740.  31
  741.  27
  742.  32
  743.  33
  744.   0
  745.   0
  746.   0
  747.   0
  748.  19
  749.  19
  750.  21
  751.  24
  752.  12
  753.  12
  754.  14
  755.  12
  756.  12
  757.  12
  758.  12
  759.  12
  760.  10
  761.  31
  762.  31
  763.  31
  764.  31
  765.  31
  766.  31
  767.  31
  768.  31
  769.  31
  770.  31
  771.  31
  772.  19
  773.  31
  774.  44
  775.  44
  776.  16
  777.  44
  778.  31
  779.  31
  780.  31
  781.  44
  782.  44
  783.  44
  784.  44
  785.  44
  786.  12
  787.  44
  788.  44
  789.  44
  790.  44
  791.  44
  792.  44
  793.  44
  794.  44
  795.  37
  796.  44
  797.  44
  798.  44
  799.  41
  800.  41
  801.  14
  802.  14
  803.  44
  804.  44
  805.  44
  806.  44
  807.  33
  808.  31
  809.  31
  810.  31
  811.  28
  812.  28
  813.  47
  814.  54
  815.  23
  816.  30
  817.  47
  818.  54
  819.  23
  820.  30
  821.  37
  822.  34
  823.  44
  824.  44
  825.  44
  826.  44
  827.  44
  828.  44
  829.  44
  830.  44
  831.  44
  832.  44
  833.  44
  834.  44
  835.  44
  836.  44
  837.  44
  838.  44
  839.  13
  840.  12
  841.  12
  842.  12
  843.  12
  844.  44
  845.  44
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  32
  863.  58
  864.  44
  865.  44
  866.  44
  867.  44
  868.  44
  869.  44
  870.  44
  871.  44
  872.  44
  873.  44
  874.  44
  875.  44
  876.  44
  877.  44
  878.  44
  879.  44
  880.  44
  881.  44
  882.  44
  883.  44
  884.  44
  885.  44
  886.  44
  887.  44
  888.  44
  889.  44
  890.  44
  891.  44
  892.  19
  893.  19
  894.  44
  895.  36
  896.  24
  897.  12
  898.  13
  899.  12
  900.  13
  901.  25
  902.  25
  903.  12
  904.  13
  905.  37
  906.  34
  907.  14
  908.  14
  909.  12
  910.  13
  911.  41
  912.  41
  913.  14
  914.  14
  915.  16
  916.  22
  917.  41
  918.  41
  919.  14
  920.  14
  921.  41
  922.  41
  923.  14
  924.  14
  925.  33
  926.  31
  927.  31
  928.  31
  929.  33
  930.  31
  931.  31
  932.  31
  933.  33
  934.  31
  935.  31
  936.  31
  937.  20
  938.  20
  939.  20
  940.  20
  941.  28
  942.  28
  943.  28
  944.  28
  945.  48
  946.  48
  947.  31
  948.  31
  949.  48
  950.  48
  951.  31
  952.  31
  953.  64
  954.  64
  955.  49
  956.  49
  957.  64
  958.  64
  959.  49
  960.  49
  961.  34
  962.  34
  963.  34
  964.  34
  965.  34
  966.  34
  967.  34
  968.  34
  969.  32
  970.  26
  971.  31
  972.  23
  973.  32
  974.  26
  975.  31
  976.  23
  977.  46
  978.  46
  979.  16
  980.  15
  981.  34
  982.  34
  983.  16
  984.  15
  985.  35
  986.  35
  987.  23
  988.  23
  989.  29
  990.  29
  991.  12
  992.  12
  993.  20
  994.  20
  995.  23
  996.  23
  997.  31
  998.  31
  999.  14
 1000.  14
 1001.  16
 1002.  22
 1003.  26
 1004.  23
 1005.  25
 1006.  25
 1007.  37
 1008.  34
 1009.  37
 1010.  34
 1011.  14
 1012.  14
 1013.  32
 1014.  35
 1015.  32
 1016.  35
 1017.  32
 1018.  35
 1019.  32
 1020.  35
 1021.  44
 1022.  44
 1023.  12
 1024.  12
 1025.  44
 1026.  44
 1027.  44
 1028.  10
 1029.  12
 1030.  44
 1031.  44
 1032.  12
 1033.  14
 1034.  44
 1035.  44
 1036.  44
 1037.  12
 1038.  12
 1039.  12
 1040.  12
 1041.  12
 1042.  13
 1043.  44
 1044.  12
 1045.  12
 1046.  44
 1047.  44
 1048.  44
 1049.  44
 1050.  44
 1051.  44
 1052.  44
 1053.  44
 1054.  44
 1055.  44
 1056.  44
 1057.  44
 1058.  44
 1059.  44
 1060.  44
 1061.  44
 1062.  44
 1063.  44
 1064.  44
 1065.  44
 1066.  44
 1067.  44
 1068.  44
 1069.  44
 1070.  44
 1071.  44
 1072.  44
 1073.  44
 1074.  44
 1075.  44
 1076.  44
 1077.  44
 1078.  44
 1079.  44
 1080.  44
 1081.  44
 1082.  44
 1083.  44
 1084.  44
 1085.  44
 1086.  44
 1087.  44
 1088.  44
 1089.  44
 1090.  44
 1091.  44
 1092.  44
 1093.  44
 1094.  44
 1095.  44
 1096.  44
 1097.  44
 1098.  44
 1099.  44
 1100.  19
 1101.  19
 1102.  19
 1103.  44
 1104.  44
 1105.  44
 1106.  44
 1107.  44
 1108.  44
 1109.  44
 1110.  44
 1111.  44
 1112.  44
 1113.  44
 1114.  44
 1115.  44
 1116.  44
 1117.  44
 1118.  44
 1119.  44
 1120.  44
 1121.  44
 1122.  44
 1123.  44
 1124.  44
 1125.  44
 1126.  44
 1127.   7
 1128.  58
 1129. 116
 1130.  50
 1131.  38
 1132.  50
 1133.  39
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  30
 1151.  48
 1152.  48
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.  13
 1188.  39
 1189.  32
 1190.  39
 1191.  32
 1192.  39
 1193.  32
 1194.  39
 1195.  32
 1196.  39
 1197.  32
 1198.  39
 1199.  32
 1200.  39
 1201.  32
 1202.  39
 1203.  32
 1204.  39
 1205.  32
 1206.  39
 1207.  32
 1208.  39
 1209.  32
 1210.  39
 1211.  32
 1212.  39
 1213.  32
 1214.  39
 1215.  32
 1216.  39
 1217.  32
 1218.  39
 1219.  32
 1220.  39
 1221.  32
 1222.  39
 1223.  32
 1224.  39
 1225.  32
 1226.  39
 1227.  32
 1228.  15
 1229.  13
 1230.  15
 1231.  13
 1232.  45
 1233.  32
 1234.  45
 1235.  32
 1236.  45
 1237.  32
 1238.  45
 1239.  32
 1240.  45
 1241.  32
 1242.  45
 1243.  32
 1244.  45
 1245.  32
 1246.  50
 1247.  38
 1248.  50
 1249.  38
 1250.  50
 1251.  38
 1252.  50
 1253.  38
 1254.  50
 1255.  38
 1256.  42
 1257.  32
 1258.  42
 1259.  32
 1260.  50
 1261.  39
 1262.  50
 1263.  39
 1264.  50
 1265.  39
 1266.  50
 1267.  39
 1268.  50
 1269.  39
 1270.  38
 1271.  27
 1272.  38
 1273.  27
 1274.  38
 1275.  27
 1276.  39
 1277.  32
 1278.  15
 1279.  13
 1280.  45
 1281.  32
 1282.  42
 1283.  32
 1284.  42
 1285.  32
 1286.  42
 1287.  32
 1288.  42
 1289.  32
 1290.  42
 1291.  32
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  31
 1297.  21
 1298.  54
 1299.  39
 1300.  34
 1301.  25
 1302.  34
 1303.  25
 1304.  42
 1305.  32
 1306.  32
 1307.  29
 1308.  32
 1309.  29
 1310.  39
 1311.  29
 1312.  39
 1313.  30
 1314.  39
 1315.  30
 1316.  44
 1317.  32
 1318.  45
 1319.  32


	DevRec 19: ppem =  67, maxWid = 134
    0.  50
    1.   0
    2.  19
    3.  19
    4.  22
    5.  24
    6.  37
    7.  37
    8.  60
    9.  45
   10.  13
   11.  22
   12.  22
   13.  26
   14.  39
   15.  19
   16.  22
   17.  19
   18.  19
   19.  37
   20.  37
   21.  37
   22.  37
   23.  37
   24.  37
   25.  37
   26.  37
   27.  37
   28.  37
   29.  19
   30.  19
   31.  39
   32.  39
   33.  39
   34.  37
   35.  68
   36.  45
   37.  45
   38.  48
   39.  48
   40.  45
   41.  41
   42.  52
   43.  48
   44.  19
   45.  34
   46.  45
   47.  37
   48.  55
   49.  48
   50.  52
   51.  45
   52.  52
   53.  48
   54.  45
   55.  41
   56.  48
   57.  45
   58.  66
   59.  43
   60.  45
   61.  41
   62.  19
   63.  19
   64.  19
   65.  30
   66.  37
   67.  22
   68.  37
   69.  37
   70.  34
   71.  37
   72.  37
   73.  19
   74.  37
   75.  37
   76.  15
   77.  15
   78.  34
   79.  15
   80.  57
   81.  37
   82.  37
   83.  37
   84.  37
   85.  22
   86.  34
   87.  19
   88.  37
   89.  33
   90.  47
   91.  32
   92.  33
   93.  33
   94.  22
   95.  17
   96.  22
   97.  39
   98.  45
   99.  45
  100.  48
  101.  45
  102.  48
  103.  52
  104.  48
  105.  37
  106.  37
  107.  37
  108.  37
  109.  37
  110.  37
  111.  34
  112.  37
  113.  37
  114.  37
  115.  37
  116.  18
  117.  18
  118.  18
  119.  18
  120.  37
  121.  37
  122.  37
  123.  37
  124.  37
  125.  37
  126.  37
  127.  37
  128.  37
  129.  37
  130.  37
  131.  27
  132.  37
  133.  37
  134.  37
  135.  23
  136.  36
  137.  41
  138.  49
  139.  49
  140.  67
  141.  22
  142.  22
  143.  37
  144.  67
  145.  52
  146.  48
  147.  37
  148.  37
  149.  37
  150.  37
  151.  39
  152.  33
  153.  48
  154.  55
  155.  37
  156.  20
  157.  25
  158.  24
  159.  51
  160.  60
  161.  41
  162.  41
  163.  22
  164.  39
  165.  37
  166.  37
  167.  37
  168.  41
  169.  37
  170.  37
  171.  67
  172.  45
  173.  45
  174.  52
  175.  67
  176.  63
  177.  37
  178.  67
  179.  22
  180.  22
  181.  15
  182.  15
  183.  37
  184.  33
  185.  33
  186.  45
  187.  11
  188.  37
  189.  22
  190.  22
  191.  34
  192.  34
  193.  37
  194.  19
  195.  15
  196.  22
  197.  67
  198.  45
  199.  45
  200.  45
  201.  45
  202.  45
  203.  19
  204.  19
  205.  19
  206.  19
  207.  52
  208.  52
  209.  52
  210.  48
  211.  48
  212.  48
  213.  18
  214.  22
  215.  20
  216.  22
  217.  22
  218.  22
  219.  22
  220.  22
  221.  22
  222.  22
  223.  22
  224.  37
  225.  15
  226.  45
  227.  34
  228.  41
  229.  33
  230.  17
  231.  48
  232.  37
  233.  45
  234.  33
  235.  45
  236.  37
  237.  39
  238.  39
  239.  22
  240.  22
  241.  22
  242.  56
  243.  56
  244.  56
  245.  37
  246.  52
  247.  37
  248.  19
  249.  45
  250.  34
  251.  48
  252.  34
  253.  48
  254.  34
  255.  37
  256.  37
  257.  22
  258.  45
  259.  37
  260.  45
  261.  37
  262.  48
  263.  41
  264.  48
  265.  45
  266.  37
  267.  45
  268.  37
  269.  37
  270.  15
  271.  37
  272.  20
  273.  37
  274.  22
  275.  48
  276.  37
  277.  48
  278.  37
  279.  52
  280.  37
  281.  48
  282.  22
  283.  48
  284.  22
  285.  45
  286.  34
  287.  41
  288.  19
  289.  41
  290.  25
  291.  48
  292.  37
  293.  48
  294.  37
  295.  41
  296.  33
  297.  41
  298.  33
  299.  37
  300.  52
  301.  53
  302.  39
  303.  37
  304.  30
  305.  41
  306.  26
  307.  43
  308.  37
  309.  34
  310.  24
  311.  73
  312.  67
  313.  34
  314.  67
  315.  34
  316.  67
  317.  34
  318.  34
  319.  66
  320.  48
  321.  39
  322.  40
  323.  39
  324.  40
  325.  40
  326.  47
  327.  42
  328.  47
  329.  47
  330.  47
  331.  47
  332.  47
  333.  47
  334.  47
  335.  47
  336.  47
  337.  47
  338.  47
  339.  47
  340.  47
  341.  47
  342.  47
  343.  47
  344.  47
  345.  47
  346.  47
  347.  47
  348.  47
  349.  47
  350.  47
  351.  47
  352.  47
  353.  47
  354.  47
  355.  47
  356.  47
  357.  47
  358.  47
  359.  47
  360.  47
  361.  47
  362.  47
  363.  47
  364.  47
  365.  47
  366.  47
  367.  47
  368.  47
  369.  47
  370.  47
  371.  47
  372.  47
  373.  49
  374.  40
  375.  67
  376.  66
  377.  66
  378.  66
  379.  66
  380.  40
  381.  40
  382.  40
  383.  68
  384.  71
  385.  61
  386.  50
  387.  50
  388.  36
  389.  44
  390.  40
  391.  34
  392.  34
  393.  50
  394.  49
  395.  30
  396.  40
  397.  13
  398.  24
  399.  59
  400.  22
  401.  40
  402.  24
  403.  24
  404.  40
  405.  24
  406.  45
  407.  37
  408.  48
  409.  34
  410.  48
  411.  34
  412.  45
  413.  37
  414.  45
  415.  37
  416.  45
  417.  37
  418.  52
  419.  37
  420.  52
  421.  37
  422.  52
  423.  37
  424.  48
  425.  37
  426.  48
  427.  37
  428.  19
  429.  18
  430.  19
  431.  18
  432.  19
  433.  18
  434.  19
  435.  15
  436.  34
  437.  15
  438.  45
  439.  34
  440.  34
  441.  37
  442.  15
  443.  48
  444.  37
  445.  48
  446.  37
  447.  52
  448.  37
  449.  52
  450.  37
  451.  48
  452.  22
  453.  45
  454.  34
  455.  41
  456.  19
  457.  48
  458.  37
  459.  48
  460.  37
  461.  48
  462.  37
  463.  48
  464.  37
  465.  66
  466.  47
  467.  45
  468.  33
  469.  15
  470.  45
  471.  37
  472.  67
  473.  60
  474.  52
  475.  41
  476.  18
  477.  66
  478.  47
  479.  66
  480.  47
  481.  66
  482.  47
  483.  45
  484.  33
  485.  15
  486.  22
  487.  37
  488.  40
  489.  56
  490.  56
  491.  56
  492.  56
  493.  22
  494.  22
  495.  22
  496.  22
  497.  45
  498.  53
  499.  56
  500.  26
  501.  52
  502.  56
  503.  50
  504.  15
  505.  45
  506.  45
  507.  45
  508.  45
  509.  41
  510.  48
  511.  19
  512.  45
  513.  45
  514.  55
  515.  48
  516.  44
  517.  52
  518.  48
  519.  45
  520.  41
  521.  41
  522.  45
  523.  43
  524.  56
  525.  50
  526.  19
  527.  45
  528.  39
  529.  30
  530.  37
  531.  15
  532.  37
  533.  39
  534.  34
  535.  30
  536.  37
  537.  37
  538.  15
  539.  34
  540.  34
  541.  39
  542.  33
  543.  30
  544.  37
  545.  38
  546.  32
  547.  37
  548.  35
  549.  48
  550.  52
  551.  15
  552.  37
  553.  37
  554.  37
  555.  52
  556.  45
  557.  58
  558.  36
  559.  48
  560.  45
  561.  19
  562.  19
  563.  34
  564.  71
  565.  68
  566.  57
  567.  39
  568.  43
  569.  48
  570.  45
  571.  44
  572.  45
  573.  36
  574.  45
  575.  45
  576.  62
  577.  40
  578.  48
  579.  48
  580.  39
  581.  44
  582.  55
  583.  48
  584.  52
  585.  48
  586.  45
  587.  48
  588.  41
  589.  43
  590.  51
  591.  43
  592.  50
  593.  45
  594.  61
  595.  63
  596.  53
  597.  59
  598.  44
  599.  48
  600.  68
  601.  48
  602.  37
  603.  38
  604.  36
  605.  24
  606.  39
  607.  37
  608.  45
  609.  31
  610.  37
  611.  37
  612.  29
  613.  39
  614.  46
  615.  37
  616.  37
  617.  36
  618.  37
  619.  34
  620.  31
  621.  33
  622.  55
  623.  32
  624.  38
  625.  35
  626.  54
  627.  55
  628.  42
  629.  48
  630.  35
  631.  34
  632.  50
  633.  36
  634.  37
  635.  37
  636.  24
  637.  34
  638.  34
  639.  15
  640.  18
  641.  15
  642.  61
  643.  54
  644.  37
  645.  29
  646.  33
  647.  37
  648.  33
  649.  28
  650.  67
  651.  72
  652.  46
  653.  22
  654.  22
  655.  22
  656.  22
  657.  22
  658.  22
  659.  22
  660.  22
  661.  22
  662.  22
  663.  22
  664.  22
  665.  22
  666.  26
  667.  22
  668.  17
  669.  22
  670.  22
  671.  19
  672.  38
  673.  36
  674.  27
  675.  34
  676.  40
  677.  17
  678.  26
  679.  40
  680.  40
  681.  17
  682.  34
  683.  31
  684.  31
  685.  40
  686.  40
  687.  17
  688.  24
  689.  38
  690.  35
  691.  38
  692.  37
  693.  31
  694.  32
  695.  37
  696.  34
  697.  47
  698.  43
  699.  34
  700.  34
  701.  34
  702.  16
  703.  28
  704.  55
  705.  17
  706.  34
  707.  34
  708.  31
  709.  31
  710.  36
  711.  47
  712.  47
  713.  47
  714.  47
  715.  38
  716.  38
  717.  38
  718.  36
  719.  27
  720.  34
  721.  40
  722.  19
  723.  28
  724.  40
  725.  19
  726.  34
  727.  31
  728.  31
  729.  40
  730.  24
  731.  38
  732.  38
  733.  37
  734.  32
  735.  37
  736.  34
  737.  47
  738.  43
  739.  17
  740.  36
  741.  31
  742.  37
  743.  39
  744.   0
  745.   0
  746.   0
  747.   0
  748.  21
  749.  21
  750.  24
  751.  28
  752.  14
  753.  13
  754.  16
  755.  13
  756.  13
  757.  14
  758.  13
  759.  14
  760.  11
  761.  35
  762.  35
  763.  35
  764.  35
  765.  35
  766.  35
  767.  35
  768.  35
  769.  35
  770.  35
  771.  35
  772.  21
  773.  35
  774.  50
  775.  50
  776.  19
  777.  50
  778.  35
  779.  35
  780.  35
  781.  50
  782.  50
  783.  50
  784.  50
  785.  50
  786.  14
  787.  50
  788.  50
  789.  50
  790.  50
  791.  50
  792.  50
  793.  50
  794.  50
  795.  43
  796.  50
  797.  50
  798.  50
  799.  48
  800.  48
  801.  16
  802.  16
  803.  50
  804.  50
  805.  50
  806.  50
  807.  38
  808.  35
  809.  36
  810.  36
  811.  33
  812.  33
  813.  54
  814.  62
  815.  26
  816.  34
  817.  54
  818.  62
  819.  26
  820.  34
  821.  43
  822.  39
  823.  50
  824.  50
  825.  50
  826.  50
  827.  50
  828.  50
  829.  50
  830.  50
  831.  50
  832.  50
  833.  50
  834.  50
  835.  50
  836.  50
  837.  50
  838.  50
  839.  15
  840.  14
  841.  14
  842.  14
  843.  14
  844.  50
  845.  50
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  37
  863.  67
  864.  50
  865.  50
  866.  50
  867.  50
  868.  50
  869.  50
  870.  50
  871.  50
  872.  50
  873.  50
  874.  50
  875.  50
  876.  50
  877.  50
  878.  50
  879.  50
  880.  50
  881.  50
  882.  50
  883.  50
  884.  50
  885.  50
  886.  50
  887.  50
  888.  50
  889.  50
  890.  50
  891.  50
  892.  21
  893.  21
  894.  50
  895.  41
  896.  28
  897.  14
  898.  15
  899.  14
  900.  15
  901.  29
  902.  29
  903.  14
  904.  15
  905.  43
  906.  39
  907.  16
  908.  16
  909.  14
  910.  15
  911.  48
  912.  48
  913.  16
  914.  16
  915.  19
  916.  25
  917.  48
  918.  48
  919.  16
  920.  16
  921.  48
  922.  48
  923.  16
  924.  16
  925.  38
  926.  35
  927.  36
  928.  36
  929.  38
  930.  35
  931.  36
  932.  36
  933.  38
  934.  35
  935.  36
  936.  36
  937.  23
  938.  23
  939.  23
  940.  23
  941.  33
  942.  33
  943.  33
  944.  33
  945.  55
  946.  55
  947.  36
  948.  36
  949.  55
  950.  55
  951.  36
  952.  36
  953.  74
  954.  74
  955.  57
  956.  57
  957.  74
  958.  74
  959.  57
  960.  57
  961.  39
  962.  39
  963.  39
  964.  39
  965.  39
  966.  39
  967.  39
  968.  39
  969.  36
  970.  30
  971.  35
  972.  26
  973.  36
  974.  30
  975.  35
  976.  26
  977.  53
  978.  53
  979.  18
  980.  18
  981.  39
  982.  39
  983.  18
  984.  18
  985.  40
  986.  40
  987.  26
  988.  26
  989.  34
  990.  34
  991.  14
  992.  14
  993.  23
  994.  23
  995.  26
  996.  26
  997.  35
  998.  35
  999.  16
 1000.  16
 1001.  19
 1002.  25
 1003.  30
 1004.  26
 1005.  29
 1006.  29
 1007.  43
 1008.  39
 1009.  43
 1010.  39
 1011.  16
 1012.  16
 1013.  36
 1014.  40
 1015.  36
 1016.  40
 1017.  36
 1018.  40
 1019.  36
 1020.  40
 1021.  50
 1022.  50
 1023.  13
 1024.  13
 1025.  50
 1026.  50
 1027.  50
 1028.  11
 1029.  14
 1030.  50
 1031.  50
 1032.  14
 1033.  16
 1034.  50
 1035.  50
 1036.  50
 1037.  14
 1038.  14
 1039.  14
 1040.  14
 1041.  14
 1042.  15
 1043.  50
 1044.  13
 1045.  13
 1046.  50
 1047.  50
 1048.  50
 1049.  50
 1050.  50
 1051.  50
 1052.  50
 1053.  50
 1054.  50
 1055.  50
 1056.  50
 1057.  50
 1058.  50
 1059.  50
 1060.  50
 1061.  50
 1062.  50
 1063.  50
 1064.  50
 1065.  50
 1066.  50
 1067.  50
 1068.  50
 1069.  50
 1070.  50
 1071.  50
 1072.  50
 1073.  50
 1074.  50
 1075.  50
 1076.  50
 1077.  50
 1078.  50
 1079.  50
 1080.  50
 1081.  50
 1082.  50
 1083.  50
 1084.  50
 1085.  50
 1086.  50
 1087.  50
 1088.  50
 1089.  50
 1090.  50
 1091.  50
 1092.  50
 1093.  50
 1094.  50
 1095.  50
 1096.  50
 1097.  50
 1098.  50
 1099.  50
 1100.  21
 1101.  21
 1102.  21
 1103.  50
 1104.  50
 1105.  50
 1106.  50
 1107.  50
 1108.  50
 1109.  50
 1110.  50
 1111.  50
 1112.  50
 1113.  50
 1114.  50
 1115.  50
 1116.  50
 1117.  50
 1118.  50
 1119.  50
 1120.  50
 1121.  50
 1122.  50
 1123.  50
 1124.  50
 1125.  50
 1126.  50
 1127.   8
 1128.  67
 1129. 134
 1130.  57
 1131.  44
 1132.  57
 1133.  45
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  34
 1151.  56
 1152.  56
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.  15
 1188.  45
 1189.  37
 1190.  45
 1191.  37
 1192.  45
 1193.  37
 1194.  45
 1195.  37
 1196.  45
 1197.  37
 1198.  45
 1199.  37
 1200.  45
 1201.  37
 1202.  45
 1203.  37
 1204.  45
 1205.  37
 1206.  45
 1207.  37
 1208.  45
 1209.  37
 1210.  45
 1211.  37
 1212.  45
 1213.  37
 1214.  45
 1215.  37
 1216.  45
 1217.  37
 1218.  45
 1219.  37
 1220.  45
 1221.  37
 1222.  45
 1223.  37
 1224.  45
 1225.  37
 1226.  45
 1227.  37
 1228.  19
 1229.  15
 1230.  19
 1231.  15
 1232.  52
 1233.  37
 1234.  52
 1235.  37
 1236.  52
 1237.  37
 1238.  52
 1239.  37
 1240.  52
 1241.  37
 1242.  52
 1243.  37
 1244.  52
 1245.  37
 1246.  57
 1247.  44
 1248.  57
 1249.  44
 1250.  57
 1251.  44
 1252.  57
 1253.  44
 1254.  57
 1255.  44
 1256.  48
 1257.  37
 1258.  48
 1259.  37
 1260.  57
 1261.  45
 1262.  57
 1263.  45
 1264.  57
 1265.  45
 1266.  57
 1267.  45
 1268.  57
 1269.  45
 1270.  45
 1271.  33
 1272.  45
 1273.  33
 1274.  45
 1275.  33
 1276.  45
 1277.  37
 1278.  19
 1279.  15
 1280.  52
 1281.  37
 1282.  48
 1283.  37
 1284.  48
 1285.  37
 1286.  48
 1287.  37
 1288.  48
 1289.  37
 1290.  48
 1291.  37
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  36
 1297.  24
 1298.  62
 1299.  45
 1300.  39
 1301.  29
 1302.  39
 1303.  29
 1304.  48
 1305.  37
 1306.  37
 1307.  34
 1308.  37
 1309.  34
 1310.  45
 1311.  34
 1312.  45
 1313.  35
 1314.  45
 1315.  35
 1316.  50
 1317.  37
 1318.  52
 1319.  37


	DevRec 20: ppem =  75, maxWid = 150
    0.  56
    1.   0
    2.  21
    3.  21
    4.  23
    5.  27
    6.  42
    7.  42
    8.  67
    9.  50
   10.  14
   11.  25
   12.  25
   13.  29
   14.  44
   15.  21
   16.  25
   17.  21
   18.  21
   19.  42
   20.  42
   21.  42
   22.  42
   23.  42
   24.  42
   25.  42
   26.  42
   27.  42
   28.  42
   29.  21
   30.  21
   31.  44
   32.  44
   33.  44
   34.  42
   35.  76
   36.  50
   37.  50
   38.  54
   39.  54
   40.  50
   41.  46
   42.  58
   43.  54
   44.  21
   45.  38
   46.  50
   47.  42
   48.  61
   49.  54
   50.  58
   51.  50
   52.  58
   53.  54
   54.  50
   55.  45
   56.  54
   57.  50
   58.  75
   59.  49
   60.  49
   61.  46
   62.  21
   63.  21
   64.  21
   65.  34
   66.  42
   67.  25
   68.  42
   69.  42
   70.  38
   71.  42
   72.  42
   73.  21
   74.  42
   75.  42
   76.  17
   77.  17
   78.  38
   79.  17
   80.  63
   81.  42
   82.  42
   83.  42
   84.  42
   85.  25
   86.  38
   87.  21
   88.  42
   89.  37
   90.  53
   91.  36
   92.  37
   93.  37
   94.  25
   95.  20
   96.  25
   97.  44
   98.  50
   99.  50
  100.  54
  101.  50
  102.  54
  103.  58
  104.  54
  105.  42
  106.  42
  107.  42
  108.  42
  109.  42
  110.  42
  111.  38
  112.  42
  113.  42
  114.  42
  115.  42
  116.  21
  117.  21
  118.  21
  119.  21
  120.  42
  121.  42
  122.  42
  123.  42
  124.  42
  125.  42
  126.  42
  127.  42
  128.  42
  129.  42
  130.  42
  131.  30
  132.  42
  133.  42
  134.  42
  135.  26
  136.  40
  137.  46
  138.  55
  139.  55
  140.  75
  141.  25
  142.  25
  143.  41
  144.  75
  145.  58
  146.  53
  147.  41
  148.  41
  149.  41
  150.  42
  151.  43
  152.  37
  153.  53
  154.  62
  155.  41
  156.  23
  157.  28
  158.  27
  159.  58
  160.  67
  161.  46
  162.  46
  163.  23
  164.  44
  165.  41
  166.  42
  167.  41
  168.  46
  169.  42
  170.  42
  171.  75
  172.  50
  173.  50
  174.  58
  175.  75
  176.  71
  177.  42
  178.  75
  179.  25
  180.  25
  181.  17
  182.  17
  183.  41
  184.  37
  185.  37
  186.  49
  187.  13
  188.  42
  189.  25
  190.  25
  191.  38
  192.  38
  193.  42
  194.  21
  195.  17
  196.  25
  197.  76
  198.  50
  199.  50
  200.  50
  201.  50
  202.  50
  203.  21
  204.  21
  205.  21
  206.  21
  207.  58
  208.  58
  209.  58
  210.  54
  211.  54
  212.  54
  213.  21
  214.  25
  215.  24
  216.  25
  217.  25
  218.  25
  219.  25
  220.  25
  221.  25
  222.  25
  223.  25
  224.  42
  225.  17
  226.  50
  227.  38
  228.  46
  229.  37
  230.  20
  231.  54
  232.  42
  233.  49
  234.  37
  235.  50
  236.  42
  237.  44
  238.  44
  239.  25
  240.  25
  241.  25
  242.  63
  243.  63
  244.  63
  245.  42
  246.  58
  247.  42
  248.  21
  249.  50
  250.  38
  251.  54
  252.  38
  253.  54
  254.  38
  255.  42
  256.  41
  257.  25
  258.  50
  259.  42
  260.  50
  261.  42
  262.  54
  263.  46
  264.  54
  265.  50
  266.  42
  267.  50
  268.  42
  269.  42
  270.  17
  271.  42
  272.  22
  273.  42
  274.  25
  275.  54
  276.  42
  277.  54
  278.  42
  279.  58
  280.  42
  281.  54
  282.  25
  283.  54
  284.  25
  285.  50
  286.  38
  287.  45
  288.  21
  289.  45
  290.  28
  291.  54
  292.  42
  293.  54
  294.  42
  295.  46
  296.  37
  297.  46
  298.  37
  299.  41
  300.  58
  301.  60
  302.  43
  303.  42
  304.  33
  305.  46
  306.  30
  307.  49
  308.  41
  309.  38
  310.  27
  311.  82
  312.  75
  313.  38
  314.  75
  315.  38
  316.  75
  317.  38
  318.  38
  319.  73
  320.  54
  321.  44
  322.  45
  323.  44
  324.  45
  325.  45
  326.  53
  327.  47
  328.  53
  329.  53
  330.  53
  331.  53
  332.  53
  333.  53
  334.  53
  335.  53
  336.  53
  337.  53
  338.  53
  339.  53
  340.  53
  341.  53
  342.  53
  343.  53
  344.  53
  345.  53
  346.  53
  347.  53
  348.  53
  349.  53
  350.  53
  351.  53
  352.  53
  353.  53
  354.  53
  355.  53
  356.  53
  357.  53
  358.  53
  359.  53
  360.  53
  361.  53
  362.  53
  363.  53
  364.  53
  365.  53
  366.  53
  367.  53
  368.  53
  369.  53
  370.  53
  371.  53
  372.  53
  373.  55
  374.  45
  375.  75
  376.  74
  377.  74
  378.  74
  379.  74
  380.  45
  381.  45
  382.  45
  383.  77
  384.  79
  385.  69
  386.  56
  387.  56
  388.  40
  389.  49
  390.  45
  391.  38
  392.  38
  393.  56
  394.  55
  395.  33
  396.  45
  397.  14
  398.  27
  399.  66
  400.  24
  401.  45
  402.  27
  403.  27
  404.  45
  405.  27
  406.  50
  407.  42
  408.  54
  409.  38
  410.  54
  411.  38
  412.  50
  413.  42
  414.  50
  415.  42
  416.  50
  417.  42
  418.  58
  419.  42
  420.  58
  421.  42
  422.  58
  423.  42
  424.  54
  425.  42
  426.  54
  427.  42
  428.  21
  429.  21
  430.  21
  431.  21
  432.  21
  433.  21
  434.  21
  435.  17
  436.  38
  437.  17
  438.  50
  439.  38
  440.  38
  441.  42
  442.  17
  443.  54
  444.  42
  445.  54
  446.  42
  447.  58
  448.  42
  449.  58
  450.  42
  451.  54
  452.  25
  453.  50
  454.  38
  455.  46
  456.  21
  457.  54
  458.  42
  459.  54
  460.  42
  461.  54
  462.  42
  463.  54
  464.  42
  465.  75
  466.  53
  467.  49
  468.  37
  469.  17
  470.  50
  471.  42
  472.  75
  473.  67
  474.  58
  475.  46
  476.  21
  477.  75
  478.  53
  479.  75
  480.  53
  481.  75
  482.  53
  483.  49
  484.  37
  485.  17
  486.  25
  487.  42
  488.  45
  489.  63
  490.  63
  491.  63
  492.  63
  493.  25
  494.  25
  495.  25
  496.  25
  497.  50
  498.  59
  499.  63
  500.  29
  501.  58
  502.  62
  503.  56
  504.  17
  505.  50
  506.  50
  507.  50
  508.  50
  509.  46
  510.  54
  511.  21
  512.  50
  513.  50
  514.  61
  515.  54
  516.  49
  517.  58
  518.  54
  519.  50
  520.  46
  521.  45
  522.  49
  523.  49
  524.  63
  525.  56
  526.  21
  527.  49
  528.  43
  529.  33
  530.  42
  531.  17
  532.  41
  533.  43
  534.  38
  535.  33
  536.  42
  537.  42
  538.  17
  539.  38
  540.  38
  541.  43
  542.  37
  543.  34
  544.  42
  545.  43
  546.  36
  547.  41
  548.  39
  549.  53
  550.  59
  551.  17
  552.  41
  553.  42
  554.  41
  555.  59
  556.  50
  557.  65
  558.  41
  559.  54
  560.  50
  561.  21
  562.  21
  563.  38
  564.  79
  565.  76
  566.  64
  567.  44
  568.  48
  569.  54
  570.  50
  571.  49
  572.  50
  573.  41
  574.  51
  575.  50
  576.  69
  577.  45
  578.  54
  579.  54
  580.  44
  581.  49
  582.  61
  583.  54
  584.  58
  585.  54
  586.  50
  587.  54
  588.  45
  589.  48
  590.  57
  591.  49
  592.  55
  593.  50
  594.  69
  595.  70
  596.  59
  597.  66
  598.  49
  599.  54
  600.  76
  601.  54
  602.  42
  603.  43
  604.  40
  605.  27
  606.  44
  607.  42
  608.  50
  609.  34
  610.  42
  611.  42
  612.  33
  613.  44
  614.  52
  615.  41
  616.  42
  617.  41
  618.  42
  619.  38
  620.  34
  621.  37
  622.  62
  623.  36
  624.  43
  625.  39
  626.  60
  627.  62
  628.  47
  629.  54
  630.  39
  631.  38
  632.  56
  633.  41
  634.  42
  635.  42
  636.  27
  637.  38
  638.  38
  639.  17
  640.  21
  641.  17
  642.  68
  643.  61
  644.  42
  645.  33
  646.  37
  647.  41
  648.  37
  649.  31
  650.  75
  651.  80
  652.  52
  653.  25
  654.  25
  655.  25
  656.  25
  657.  25
  658.  25
  659.  25
  660.  25
  661.  25
  662.  25
  663.  25
  664.  25
  665.  25
  666.  29
  667.  25
  668.  19
  669.  25
  670.  25
  671.  21
  672.  42
  673.  41
  674.  30
  675.  38
  676.  45
  677.  19
  678.  29
  679.  45
  680.  44
  681.  19
  682.  38
  683.  35
  684.  35
  685.  45
  686.  45
  687.  19
  688.  26
  689.  43
  690.  40
  691.  42
  692.  41
  693.  35
  694.  36
  695.  41
  696.  38
  697.  52
  698.  48
  699.  37
  700.  37
  701.  37
  702.  18
  703.  31
  704.  60
  705.  19
  706.  38
  707.  38
  708.  35
  709.  35
  710.  40
  711.  52
  712.  52
  713.  52
  714.  52
  715.  42
  716.  42
  717.  42
  718.  41
  719.  30
  720.  38
  721.  45
  722.  22
  723.  31
  724.  44
  725.  22
  726.  38
  727.  35
  728.  35
  729.  45
  730.  26
  731.  43
  732.  42
  733.  41
  734.  36
  735.  41
  736.  38
  737.  52
  738.  48
  739.  19
  740.  41
  741.  35
  742.  41
  743.  43
  744.   0
  745.   0
  746.   0
  747.   0
  748.  24
  749.  24
  750.  27
  751.  31
  752.  16
  753.  15
  754.  18
  755.  15
  756.  15
  757.  16
  758.  15
  759.  16
  760.  12
  761.  39
  762.  39
  763.  39
  764.  39
  765.  39
  766.  39
  767.  39
  768.  39
  769.  39
  770.  39
  771.  39
  772.  24
  773.  39
  774.  56
  775.  56
  776.  21
  777.  56
  778.  39
  779.  39
  780.  39
  781.  56
  782.  56
  783.  56
  784.  56
  785.  56
  786.  16
  787.  56
  788.  56
  789.  56
  790.  56
  791.  56
  792.  56
  793.  56
  794.  56
  795.  48
  796.  56
  797.  56
  798.  56
  799.  54
  800.  54
  801.  18
  802.  18
  803.  56
  804.  56
  805.  56
  806.  56
  807.  42
  808.  39
  809.  40
  810.  40
  811.  37
  812.  37
  813.  61
  814.  70
  815.  30
  816.  39
  817.  61
  818.  70
  819.  30
  820.  39
  821.  48
  822.  44
  823.  56
  824.  56
  825.  56
  826.  56
  827.  56
  828.  56
  829.  56
  830.  56
  831.  56
  832.  56
  833.  56
  834.  56
  835.  56
  836.  56
  837.  56
  838.  56
  839.  17
  840.  16
  841.  16
  842.  16
  843.  16
  844.  56
  845.  56
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  42
  863.  75
  864.  56
  865.  56
  866.  56
  867.  56
  868.  56
  869.  56
  870.  56
  871.  56
  872.  56
  873.  56
  874.  56
  875.  56
  876.  56
  877.  56
  878.  56
  879.  56
  880.  56
  881.  56
  882.  56
  883.  56
  884.  56
  885.  56
  886.  56
  887.  56
  888.  56
  889.  56
  890.  56
  891.  56
  892.  24
  893.  24
  894.  56
  895.  46
  896.  31
  897.  16
  898.  17
  899.  16
  900.  17
  901.  32
  902.  32
  903.  16
  904.  17
  905.  48
  906.  44
  907.  18
  908.  18
  909.  16
  910.  17
  911.  54
  912.  54
  913.  18
  914.  18
  915.  21
  916.  28
  917.  54
  918.  54
  919.  18
  920.  18
  921.  54
  922.  54
  923.  18
  924.  18
  925.  42
  926.  39
  927.  40
  928.  40
  929.  42
  930.  39
  931.  40
  932.  40
  933.  42
  934.  39
  935.  40
  936.  40
  937.  25
  938.  25
  939.  25
  940.  25
  941.  37
  942.  37
  943.  37
  944.  37
  945.  62
  946.  62
  947.  40
  948.  40
  949.  62
  950.  62
  951.  40
  952.  40
  953.  82
  954.  82
  955.  63
  956.  63
  957.  82
  958.  82
  959.  63
  960.  63
  961.  44
  962.  44
  963.  44
  964.  44
  965.  44
  966.  44
  967.  44
  968.  44
  969.  41
  970.  34
  971.  39
  972.  30
  973.  41
  974.  34
  975.  39
  976.  30
  977.  59
  978.  59
  979.  20
  980.  20
  981.  44
  982.  44
  983.  20
  984.  20
  985.  45
  986.  45
  987.  30
  988.  30
  989.  38
  990.  38
  991.  16
  992.  16
  993.  25
  994.  25
  995.  30
  996.  30
  997.  39
  998.  39
  999.  18
 1000.  18
 1001.  21
 1002.  28
 1003.  34
 1004.  30
 1005.  32
 1006.  32
 1007.  48
 1008.  44
 1009.  48
 1010.  44
 1011.  18
 1012.  18
 1013.  41
 1014.  45
 1015.  41
 1016.  45
 1017.  41
 1018.  45
 1019.  41
 1020.  45
 1021.  56
 1022.  56
 1023.  15
 1024.  15
 1025.  56
 1026.  56
 1027.  56
 1028.  12
 1029.  16
 1030.  56
 1031.  56
 1032.  16
 1033.  18
 1034.  56
 1035.  56
 1036.  56
 1037.  16
 1038.  16
 1039.  16
 1040.  16
 1041.  16
 1042.  17
 1043.  56
 1044.  15
 1045.  15
 1046.  56
 1047.  56
 1048.  56
 1049.  56
 1050.  56
 1051.  56
 1052.  56
 1053.  56
 1054.  56
 1055.  56
 1056.  56
 1057.  56
 1058.  56
 1059.  56
 1060.  56
 1061.  56
 1062.  56
 1063.  56
 1064.  56
 1065.  56
 1066.  56
 1067.  56
 1068.  56
 1069.  56
 1070.  56
 1071.  56
 1072.  56
 1073.  56
 1074.  56
 1075.  56
 1076.  56
 1077.  56
 1078.  56
 1079.  56
 1080.  56
 1081.  56
 1082.  56
 1083.  56
 1084.  56
 1085.  56
 1086.  56
 1087.  56
 1088.  56
 1089.  56
 1090.  56
 1091.  56
 1092.  56
 1093.  56
 1094.  56
 1095.  56
 1096.  56
 1097.  56
 1098.  56
 1099.  56
 1100.  24
 1101.  24
 1102.  24
 1103.  56
 1104.  56
 1105.  56
 1106.  56
 1107.  56
 1108.  56
 1109.  56
 1110.  56
 1111.  56
 1112.  56
 1113.  56
 1114.  56
 1115.  56
 1116.  56
 1117.  56
 1118.  56
 1119.  56
 1120.  56
 1121.  56
 1122.  56
 1123.  56
 1124.  56
 1125.  56
 1126.  56
 1127.   9
 1128.  75
 1129. 150
 1130.  64
 1131.  49
 1132.  64
 1133.  50
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  38
 1151.  63
 1152.  63
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.  17
 1188.  50
 1189.  42
 1190.  50
 1191.  42
 1192.  50
 1193.  42
 1194.  50
 1195.  42
 1196.  50
 1197.  42
 1198.  50
 1199.  42
 1200.  50
 1201.  42
 1202.  50
 1203.  42
 1204.  50
 1205.  42
 1206.  50
 1207.  42
 1208.  50
 1209.  42
 1210.  50
 1211.  42
 1212.  50
 1213.  42
 1214.  50
 1215.  42
 1216.  50
 1217.  42
 1218.  50
 1219.  42
 1220.  50
 1221.  42
 1222.  50
 1223.  42
 1224.  50
 1225.  42
 1226.  50
 1227.  42
 1228.  21
 1229.  17
 1230.  21
 1231.  17
 1232.  58
 1233.  42
 1234.  58
 1235.  42
 1236.  58
 1237.  42
 1238.  58
 1239.  42
 1240.  58
 1241.  42
 1242.  58
 1243.  42
 1244.  58
 1245.  42
 1246.  64
 1247.  49
 1248.  64
 1249.  49
 1250.  64
 1251.  49
 1252.  64
 1253.  49
 1254.  64
 1255.  49
 1256.  54
 1257.  42
 1258.  54
 1259.  42
 1260.  64
 1261.  50
 1262.  64
 1263.  50
 1264.  64
 1265.  50
 1266.  64
 1267.  50
 1268.  64
 1269.  50
 1270.  49
 1271.  37
 1272.  49
 1273.  37
 1274.  49
 1275.  37
 1276.  50
 1277.  42
 1278.  21
 1279.  17
 1280.  58
 1281.  42
 1282.  54
 1283.  42
 1284.  54
 1285.  42
 1286.  54
 1287.  42
 1288.  54
 1289.  42
 1290.  54
 1291.  42
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  41
 1297.  27
 1298.  69
 1299.  50
 1300.  44
 1301.  33
 1302.  44
 1303.  33
 1304.  54
 1305.  41
 1306.  42
 1307.  38
 1308.  42
 1309.  38
 1310.  50
 1311.  38
 1312.  50
 1313.  39
 1314.  50
 1315.  39
 1316.  56
 1317.  42
 1318.  58
 1319.  42


	DevRec 21: ppem =  83, maxWid = 166
    0.  62
    1.   0
    2.  23
    3.  23
    4.  25
    5.  29
    6.  46
    7.  46
    8.  74
    9.  55
   10.  16
   11.  28
   12.  28
   13.  32
   14.  48
   15.  23
   16.  28
   17.  23
   18.  23
   19.  46
   20.  46
   21.  46
   22.  46
   23.  46
   24.  46
   25.  46
   26.  46
   27.  46
   28.  46
   29.  23
   30.  23
   31.  48
   32.  48
   33.  48
   34.  46
   35.  84
   36.  55
   37.  55
   38.  60
   39.  60
   40.  55
   41.  51
   42.  65
   43.  60
   44.  23
   45.  42
   46.  55
   47.  46
   48.  69
   49.  60
   50.  65
   51.  55
   52.  65
   53.  60
   54.  55
   55.  52
   56.  60
   57.  55
   58.  83
   59.  56
   60.  54
   61.  51
   62.  23
   63.  23
   64.  23
   65.  38
   66.  46
   67.  28
   68.  46
   69.  46
   70.  42
   71.  46
   72.  46
   73.  24
   74.  46
   75.  46
   76.  18
   77.  19
   78.  43
   79.  18
   80.  71
   81.  46
   82.  46
   83.  46
   84.  46
   85.  28
   86.  42
   87.  23
   88.  46
   89.  41
   90.  59
   91.  42
   92.  39
   93.  40
   94.  28
   95.  20
   96.  28
   97.  48
   98.  55
   99.  55
  100.  60
  101.  55
  102.  60
  103.  65
  104.  60
  105.  46
  106.  46
  107.  46
  108.  46
  109.  46
  110.  46
  111.  42
  112.  46
  113.  46
  114.  46
  115.  46
  116.  23
  117.  23
  118.  23
  119.  23
  120.  46
  121.  46
  122.  46
  123.  46
  124.  46
  125.  46
  126.  46
  127.  46
  128.  46
  129.  46
  130.  46
  131.  33
  132.  46
  133.  46
  134.  46
  135.  29
  136.  45
  137.  51
  138.  61
  139.  61
  140.  83
  141.  28
  142.  28
  143.  46
  144.  83
  145.  65
  146.  59
  147.  46
  148.  46
  149.  46
  150.  46
  151.  48
  152.  41
  153.  59
  154.  68
  155.  46
  156.  23
  157.  31
  158.  30
  159.  64
  160.  74
  161.  51
  162.  51
  163.  25
  164.  48
  165.  46
  166.  46
  167.  46
  168.  50
  169.  46
  170.  46
  171.  83
  172.  55
  173.  55
  174.  65
  175.  83
  176.  78
  177.  46
  178.  83
  179.  28
  180.  28
  181.  18
  182.  18
  183.  46
  184.  41
  185.  39
  186.  54
  187.  14
  188.  46
  189.  28
  190.  28
  191.  42
  192.  42
  193.  46
  194.  23
  195.  18
  196.  28
  197.  83
  198.  55
  199.  55
  200.  55
  201.  55
  202.  55
  203.  23
  204.  23
  205.  23
  206.  23
  207.  65
  208.  65
  209.  65
  210.  60
  211.  60
  212.  60
  213.  23
  214.  28
  215.  24
  216.  28
  217.  28
  218.  28
  219.  28
  220.  28
  221.  28
  222.  28
  223.  28
  224.  46
  225.  18
  226.  55
  227.  42
  228.  51
  229.  40
  230.  20
  231.  60
  232.  46
  233.  54
  234.  39
  235.  55
  236.  46
  237.  48
  238.  48
  239.  28
  240.  28
  241.  28
  242.  69
  243.  69
  244.  69
  245.  46
  246.  65
  247.  46
  248.  23
  249.  55
  250.  42
  251.  60
  252.  42
  253.  60
  254.  42
  255.  46
  256.  46
  257.  28
  258.  55
  259.  46
  260.  55
  261.  46
  262.  60
  263.  51
  264.  60
  265.  55
  266.  46
  267.  55
  268.  46
  269.  46
  270.  18
  271.  46
  272.  24
  273.  46
  274.  28
  275.  60
  276.  46
  277.  60
  278.  46
  279.  65
  280.  46
  281.  60
  282.  28
  283.  60
  284.  28
  285.  55
  286.  42
  287.  52
  288.  24
  289.  52
  290.  31
  291.  60
  292.  46
  293.  60
  294.  46
  295.  51
  296.  40
  297.  51
  298.  40
  299.  46
  300.  65
  301.  66
  302.  48
  303.  46
  304.  37
  305.  51
  306.  33
  307.  54
  308.  46
  309.  42
  310.  30
  311.  90
  312.  83
  313.  42
  314.  83
  315.  42
  316.  83
  317.  42
  318.  42
  319.  81
  320.  60
  321.  48
  322.  50
  323.  48
  324.  50
  325.  50
  326.  59
  327.  52
  328.  59
  329.  59
  330.  59
  331.  59
  332.  59
  333.  59
  334.  59
  335.  59
  336.  59
  337.  59
  338.  59
  339.  59
  340.  59
  341.  59
  342.  59
  343.  59
  344.  59
  345.  59
  346.  59
  347.  59
  348.  59
  349.  59
  350.  59
  351.  59
  352.  59
  353.  59
  354.  59
  355.  59
  356.  59
  357.  59
  358.  59
  359.  59
  360.  59
  361.  59
  362.  59
  363.  59
  364.  59
  365.  59
  366.  59
  367.  59
  368.  59
  369.  59
  370.  59
  371.  59
  372.  59
  373.  61
  374.  50
  375.  83
  376.  82
  377.  82
  378.  82
  379.  82
  380.  50
  381.  50
  382.  50
  383.  85
  384.  87
  385.  76
  386.  62
  387.  62
  388.  44
  389.  54
  390.  49
  391.  42
  392.  42
  393.  62
  394.  61
  395.  37
  396.  50
  397.  16
  398.  29
  399.  73
  400.  27
  401.  50
  402.  29
  403.  29
  404.  50
  405.  29
  406.  55
  407.  46
  408.  60
  409.  42
  410.  60
  411.  42
  412.  55
  413.  46
  414.  55
  415.  46
  416.  55
  417.  46
  418.  65
  419.  46
  420.  65
  421.  46
  422.  65
  423.  46
  424.  60
  425.  46
  426.  60
  427.  46
  428.  23
  429.  23
  430.  23
  431.  23
  432.  23
  433.  23
  434.  23
  435.  18
  436.  42
  437.  19
  438.  55
  439.  43
  440.  42
  441.  46
  442.  18
  443.  60
  444.  46
  445.  60
  446.  46
  447.  65
  448.  46
  449.  65
  450.  46
  451.  60
  452.  28
  453.  55
  454.  42
  455.  51
  456.  23
  457.  60
  458.  46
  459.  60
  460.  46
  461.  60
  462.  46
  463.  60
  464.  46
  465.  83
  466.  59
  467.  54
  468.  39
  469.  18
  470.  55
  471.  46
  472.  83
  473.  74
  474.  65
  475.  51
  476.  21
  477.  83
  478.  59
  479.  83
  480.  59
  481.  83
  482.  59
  483.  54
  484.  39
  485.  18
  486.  28
  487.  46
  488.  50
  489.  69
  490.  69
  491.  69
  492.  69
  493.  28
  494.  28
  495.  28
  496.  28
  497.  55
  498.  65
  499.  70
  500.  32
  501.  64
  502.  68
  503.  62
  504.  18
  505.  55
  506.  55
  507.  55
  508.  55
  509.  51
  510.  60
  511.  23
  512.  55
  513.  55
  514.  69
  515.  60
  516.  54
  517.  65
  518.  60
  519.  55
  520.  51
  521.  52
  522.  54
  523.  56
  524.  69
  525.  62
  526.  23
  527.  54
  528.  48
  529.  37
  530.  46
  531.  18
  532.  45
  533.  48
  534.  42
  535.  37
  536.  46
  537.  46
  538.  18
  539.  42
  540.  42
  541.  48
  542.  41
  543.  37
  544.  46
  545.  47
  546.  40
  547.  45
  548.  44
  549.  59
  550.  65
  551.  18
  552.  45
  553.  46
  554.  45
  555.  65
  556.  55
  557.  72
  558.  45
  559.  60
  560.  55
  561.  23
  562.  23
  563.  42
  564.  88
  565.  84
  566.  71
  567.  48
  568.  53
  569.  60
  570.  55
  571.  54
  572.  55
  573.  45
  574.  56
  575.  55
  576.  77
  577.  50
  578.  60
  579.  60
  580.  48
  581.  54
  582.  69
  583.  60
  584.  65
  585.  60
  586.  55
  587.  60
  588.  52
  589.  53
  590.  63
  591.  56
  592.  61
  593.  55
  594.  76
  595.  78
  596.  66
  597.  73
  598.  54
  599.  60
  600.  84
  601.  60
  602.  46
  603.  48
  604.  44
  605.  30
  606.  48
  607.  46
  608.  56
  609.  38
  610.  46
  611.  46
  612.  36
  613.  48
  614.  57
  615.  46
  616.  46
  617.  45
  618.  46
  619.  42
  620.  38
  621.  39
  622.  68
  623.  42
  624.  48
  625.  43
  626.  67
  627.  68
  628.  52
  629.  60
  630.  43
  631.  42
  632.  62
  633.  45
  634.  46
  635.  46
  636.  30
  637.  42
  638.  42
  639.  18
  640.  23
  641.  19
  642.  75
  643.  67
  644.  46
  645.  36
  646.  39
  647.  46
  648.  41
  649.  34
  650.  83
  651.  89
  652.  57
  653.  28
  654.  28
  655.  28
  656.  28
  657.  28
  658.  28
  659.  28
  660.  28
  661.  28
  662.  28
  663.  28
  664.  28
  665.  28
  666.  32
  667.  28
  668.  20
  669.  28
  670.  28
  671.  23
  672.  47
  673.  45
  674.  33
  675.  42
  676.  50
  677.  20
  678.  32
  679.  50
  680.  49
  681.  20
  682.  42
  683.  38
  684.  38
  685.  50
  686.  50
  687.  20
  688.  29
  689.  48
  690.  44
  691.  47
  692.  45
  693.  38
  694.  40
  695.  46
  696.  42
  697.  58
  698.  53
  699.  41
  700.  41
  701.  41
  702.  20
  703.  35
  704.  67
  705.  20
  706.  42
  707.  42
  708.  38
  709.  38
  710.  44
  711.  58
  712.  58
  713.  58
  714.  58
  715.  47
  716.  47
  717.  47
  718.  45
  719.  33
  720.  42
  721.  50
  722.  24
  723.  34
  724.  49
  725.  24
  726.  42
  727.  38
  728.  38
  729.  50
  730.  29
  731.  48
  732.  47
  733.  45
  734.  40
  735.  46
  736.  42
  737.  58
  738.  53
  739.  20
  740.  45
  741.  38
  742.  45
  743.  48
  744.   0
  745.   0
  746.   0
  747.   0
  748.  26
  749.  26
  750.  30
  751.  34
  752.  17
  753.  17
  754.  20
  755.  17
  756.  17
  757.  17
  758.  17
  759.  18
  760.  14
  761.  44
  762.  44
  763.  44
  764.  44
  765.  44
  766.  44
  767.  44
  768.  44
  769.  44
  770.  44
  771.  44
  772.  26
  773.  44
  774.  62
  775.  62
  776.  23
  777.  62
  778.  44
  779.  44
  780.  44
  781.  62
  782.  62
  783.  62
  784.  62
  785.  62
  786.  18
  787.  62
  788.  62
  789.  62
  790.  62
  791.  62
  792.  62
  793.  62
  794.  62
  795.  53
  796.  62
  797.  62
  798.  62
  799.  59
  800.  59
  801.  20
  802.  20
  803.  62
  804.  62
  805.  62
  806.  62
  807.  47
  808.  44
  809.  44
  810.  44
  811.  41
  812.  41
  813.  67
  814.  77
  815.  33
  816.  43
  817.  67
  818.  77
  819.  33
  820.  43
  821.  53
  822.  49
  823.  62
  824.  62
  825.  62
  826.  62
  827.  62
  828.  62
  829.  62
  830.  62
  831.  62
  832.  62
  833.  62
  834.  62
  835.  62
  836.  62
  837.  62
  838.  62
  839.  19
  840.  18
  841.  18
  842.  18
  843.  18
  844.  62
  845.  62
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  46
  863.  83
  864.  62
  865.  62
  866.  62
  867.  62
  868.  62
  869.  62
  870.  62
  871.  62
  872.  62
  873.  62
  874.  62
  875.  62
  876.  62
  877.  62
  878.  62
  879.  62
  880.  62
  881.  62
  882.  62
  883.  62
  884.  62
  885.  62
  886.  62
  887.  62
  888.  62
  889.  62
  890.  62
  891.  62
  892.  26
  893.  26
  894.  62
  895.  51
  896.  34
  897.  17
  898.  19
  899.  17
  900.  19
  901.  36
  902.  36
  903.  17
  904.  19
  905.  53
  906.  49
  907.  20
  908.  20
  909.  17
  910.  19
  911.  59
  912.  59
  913.  20
  914.  20
  915.  23
  916.  31
  917.  59
  918.  59
  919.  20
  920.  20
  921.  59
  922.  59
  923.  20
  924.  20
  925.  47
  926.  44
  927.  44
  928.  44
  929.  47
  930.  44
  931.  44
  932.  44
  933.  47
  934.  44
  935.  44
  936.  44
  937.  28
  938.  28
  939.  28
  940.  28
  941.  41
  942.  41
  943.  41
  944.  41
  945.  68
  946.  68
  947.  44
  948.  44
  949.  68
  950.  68
  951.  44
  952.  44
  953.  91
  954.  91
  955.  70
  956.  70
  957.  91
  958.  91
  959.  70
  960.  70
  961.  48
  962.  48
  963.  48
  964.  48
  965.  48
  966.  48
  967.  48
  968.  48
  969.  45
  970.  37
  971.  44
  972.  33
  973.  45
  974.  37
  975.  44
  976.  33
  977.  65
  978.  65
  979.  22
  980.  22
  981.  48
  982.  48
  983.  22
  984.  22
  985.  50
  986.  50
  987.  33
  988.  33
  989.  42
  990.  42
  991.  17
  992.  17
  993.  28
  994.  28
  995.  33
  996.  33
  997.  44
  998.  44
  999.  20
 1000.  20
 1001.  23
 1002.  31
 1003.  37
 1004.  33
 1005.  36
 1006.  36
 1007.  53
 1008.  49
 1009.  53
 1010.  49
 1011.  20
 1012.  20
 1013.  45
 1014.  50
 1015.  45
 1016.  50
 1017.  45
 1018.  50
 1019.  45
 1020.  50
 1021.  62
 1022.  62
 1023.  17
 1024.  17
 1025.  62
 1026.  62
 1027.  62
 1028.  14
 1029.  18
 1030.  62
 1031.  62
 1032.  17
 1033.  20
 1034.  62
 1035.  62
 1036.  62
 1037.  18
 1038.  18
 1039.  18
 1040.  18
 1041.  18
 1042.  19
 1043.  62
 1044.  17
 1045.  17
 1046.  62
 1047.  62
 1048.  62
 1049.  62
 1050.  62
 1051.  62
 1052.  62
 1053.  62
 1054.  62
 1055.  62
 1056.  62
 1057.  62
 1058.  62
 1059.  62
 1060.  62
 1061.  62
 1062.  62
 1063.  62
 1064.  62
 1065.  62
 1066.  62
 1067.  62
 1068.  62
 1069.  62
 1070.  62
 1071.  62
 1072.  62
 1073.  62
 1074.  62
 1075.  62
 1076.  62
 1077.  62
 1078.  62
 1079.  62
 1080.  62
 1081.  62
 1082.  62
 1083.  62
 1084.  62
 1085.  62
 1086.  62
 1087.  62
 1088.  62
 1089.  62
 1090.  62
 1091.  62
 1092.  62
 1093.  62
 1094.  62
 1095.  62
 1096.  62
 1097.  62
 1098.  62
 1099.  62
 1100.  26
 1101.  26
 1102.  26
 1103.  62
 1104.  62
 1105.  62
 1106.  62
 1107.  62
 1108.  62
 1109.  62
 1110.  62
 1111.  62
 1112.  62
 1113.  62
 1114.  62
 1115.  62
 1116.  62
 1117.  62
 1118.  62
 1119.  62
 1120.  62
 1121.  62
 1122.  62
 1123.  62
 1124.  62
 1125.  62
 1126.  62
 1127.  10
 1128.  83
 1129. 166
 1130.  71
 1131.  54
 1132.  71
 1133.  56
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  43
 1151.  69
 1152.  69
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.  18
 1188.  55
 1189.  46
 1190.  55
 1191.  46
 1192.  55
 1193.  46
 1194.  55
 1195.  46
 1196.  55
 1197.  46
 1198.  55
 1199.  46
 1200.  55
 1201.  46
 1202.  55
 1203.  46
 1204.  55
 1205.  46
 1206.  55
 1207.  46
 1208.  55
 1209.  46
 1210.  55
 1211.  46
 1212.  55
 1213.  46
 1214.  55
 1215.  46
 1216.  55
 1217.  46
 1218.  55
 1219.  46
 1220.  55
 1221.  46
 1222.  55
 1223.  46
 1224.  55
 1225.  46
 1226.  55
 1227.  46
 1228.  23
 1229.  18
 1230.  23
 1231.  18
 1232.  65
 1233.  46
 1234.  65
 1235.  46
 1236.  65
 1237.  46
 1238.  65
 1239.  46
 1240.  65
 1241.  46
 1242.  65
 1243.  46
 1244.  65
 1245.  46
 1246.  71
 1247.  54
 1248.  71
 1249.  54
 1250.  71
 1251.  54
 1252.  71
 1253.  54
 1254.  71
 1255.  54
 1256.  60
 1257.  46
 1258.  60
 1259.  46
 1260.  71
 1261.  56
 1262.  71
 1263.  56
 1264.  71
 1265.  56
 1266.  71
 1267.  56
 1268.  71
 1269.  56
 1270.  54
 1271.  39
 1272.  54
 1273.  39
 1274.  54
 1275.  39
 1276.  55
 1277.  46
 1278.  23
 1279.  18
 1280.  65
 1281.  46
 1282.  60
 1283.  46
 1284.  60
 1285.  46
 1286.  60
 1287.  46
 1288.  60
 1289.  46
 1290.  60
 1291.  46
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  45
 1297.  30
 1298.  77
 1299.  56
 1300.  48
 1301.  36
 1302.  48
 1303.  36
 1304.  60
 1305.  46
 1306.  46
 1307.  42
 1308.  46
 1309.  42
 1310.  55
 1311.  42
 1312.  55
 1313.  43
 1314.  55
 1315.  43
 1316.  62
 1317.  46
 1318.  65
 1319.  46


	DevRec 22: ppem =  92, maxWid = 184
    0.  69
    1.   0
    2.  26
    3.  26
    4.  26
    5.  33
    6.  51
    7.  51
    8.  82
    9.  61
   10.  18
   11.  31
   12.  31
   13.  36
   14.  54
   15.  26
   16.  31
   17.  26
   18.  26
   19.  51
   20.  51
   21.  51
   22.  51
   23.  51
   24.  51
   25.  51
   26.  51
   27.  51
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 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.  20
 1188.  61
 1189.  51
 1190.  61
 1191.  51
 1192.  61
 1193.  51
 1194.  61
 1195.  51
 1196.  61
 1197.  51
 1198.  61
 1199.  51
 1200.  61
 1201.  51
 1202.  61
 1203.  51
 1204.  61
 1205.  51
 1206.  61
 1207.  51
 1208.  61
 1209.  51
 1210.  61
 1211.  51
 1212.  61
 1213.  51
 1214.  61
 1215.  51
 1216.  61
 1217.  51
 1218.  61
 1219.  51
 1220.  61
 1221.  51
 1222.  61
 1223.  51
 1224.  61
 1225.  51
 1226.  61
 1227.  51
 1228.  26
 1229.  20
 1230.  26
 1231.  20
 1232.  72
 1233.  51
 1234.  72
 1235.  51
 1236.  72
 1237.  51
 1238.  72
 1239.  51
 1240.  72
 1241.  51
 1242.  72
 1243.  51
 1244.  72
 1245.  51
 1246.  79
 1247.  60
 1248.  79
 1249.  60
 1250.  79
 1251.  60
 1252.  79
 1253.  60
 1254.  79
 1255.  60
 1256.  66
 1257.  51
 1258.  66
 1259.  51
 1260.  79
 1261.  62
 1262.  79
 1263.  62
 1264.  79
 1265.  62
 1266.  79
 1267.  62
 1268.  79
 1269.  62
 1270.  61
 1271.  45
 1272.  61
 1273.  45
 1274.  61
 1275.  45
 1276.  61
 1277.  51
 1278.  26
 1279.  20
 1280.  72
 1281.  51
 1282.  66
 1283.  51
 1284.  66
 1285.  51
 1286.  66
 1287.  51
 1288.  66
 1289.  51
 1290.  66
 1291.  51
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  50
 1297.  34
 1298.  85
 1299.  62
 1300.  54
 1301.  40
 1302.  54
 1303.  40
 1304.  66
 1305.  51
 1306.  51
 1307.  46
 1308.  51
 1309.  46
 1310.  61
 1311.  46
 1312.  61
 1313.  48
 1314.  61
 1315.  48
 1316.  69
 1317.  51
 1318.  72
 1319.  51


	DevRec 23: ppem = 100, maxWid = 200
    0.  75
    1.   0
    2.  28
    3.  28
    4.  28
    5.  36
    6.  56
    7.  56
    8.  89
    9.  67
   10.  19
   11.  33
   12.  33
   13.  39
   14.  58
   15.  28
   16.  33
   17.  28
   18.  28
   19.  56
   20.  56
   21.  56
   22.  56
   23.  56
   24.  56
   25.  56
   26.  56
   27.  56
   28.  56
   29.  28
   30.  28
   31.  58
   32.  58
   33.  58
   34.  56
   35. 102
   36.  67
   37.  67
   38.  72
   39.  72
   40.  67
   41.  61
   42.  78
   43.  72
   44.  28
   45.  50
   46.  67
   47.  56
   48.  83
   49.  72
   50.  78
   51.  67
   52.  78
   53.  72
   54.  67
   55.  62
   56.  72
   57.  67
   58.  99
   59.  66
   60.  66
   61.  61
   62.  28
   63.  28
   64.  28
   65.  43
   66.  56
   67.  33
   68.  56
   69.  56
   70.  50
   71.  56
   72.  56
   73.  29
   74.  55
   75.  56
   76.  22
   77.  22
   78.  50
   79.  22
   80.  84
   81.  56
   82.  56
   83.  56
   84.  55
   85.  33
   86.  50
   87.  28
   88.  56
   89.  49
   90.  71
   91.  49
   92.  49
   93.  49
   94.  33
   95.  26
   96.  33
   97.  58
   98.  67
   99.  67
  100.  72
  101.  67
  102.  72
  103.  78
  104.  72
  105.  56
  106.  56
  107.  56
  108.  56
  109.  56
  110.  56
  111.  50
  112.  56
  113.  56
  114.  56
  115.  56
  116.  27
  117.  27
  118.  27
  119.  27
  120.  56
  121.  56
  122.  56
  123.  56
  124.  56
  125.  56
  126.  56
  127.  56
  128.  56
  129.  56
  130.  56
  131.  40
  132.  56
  133.  56
  134.  56
  135.  35
  136.  54
  137.  61
  138.  74
  139.  74
  140. 100
  141.  33
  142.  33
  143.  55
  144. 100
  145.  78
  146.  71
  147.  55
  148.  55
  149.  55
  150.  56
  151.  58
  152.  49
  153.  71
  154.  82
  155.  55
  156.  29
  157.  37
  158.  37
  159.  77
  160.  89
  161.  61
  162.  61
  163.  31
  164.  58
  165.  55
  166.  56
  167.  55
  168.  61
  169.  56
  170.  56
  171. 100
  172.  67
  173.  67
  174.  78
  175. 100
  176.  94
  177.  56
  178. 100
  179.  33
  180.  33
  181.  22
  182.  22
  183.  55
  184.  49
  185.  49
  186.  66
  187.  17
  188.  56
  189.  33
  190.  33
  191.  50
  192.  50
  193.  56
  194.  28
  195.  22
  196.  33
  197. 100
  198.  67
  199.  67
  200.  67
  201.  67
  202.  67
  203.  28
  204.  28
  205.  28
  206.  28
  207.  78
  208.  78
  209.  78
  210.  72
  211.  72
  212.  72
  213.  27
  214.  33
  215.  31
  216.  33
  217.  33
  218.  33
  219.  33
  220.  33
  221.  33
  222.  33
  223.  33
  224.  56
  225.  22
  226.  67
  227.  50
  228.  61
  229.  49
  230.  26
  231.  72
  232.  56
  233.  66
  234.  49
  235.  67
  236.  56
  237.  58
  238.  58
  239.  33
  240.  33
  241.  33
  242.  83
  243.  83
  244.  83
  245.  56
  246.  78
  247.  55
  248.  28
  249.  67
  250.  50
  251.  72
  252.  50
  253.  72
  254.  50
  255.  56
  256.  55
  257.  33
  258.  67
  259.  56
  260.  67
  261.  56
  262.  72
  263.  61
  264.  72
  265.  67
  266.  56
  267.  67
  268.  56
  269.  56
  270.  22
  271.  56
  272.  29
  273.  56
  274.  33
  275.  72
  276.  56
  277.  72
  278.  56
  279.  78
  280.  56
  281.  72
  282.  33
  283.  72
  284.  33
  285.  67
  286.  50
  287.  62
  288.  29
  289.  62
  290.  38
  291.  72
  292.  56
  293.  72
  294.  56
  295.  61
  296.  49
  297.  61
  298.  49
  299.  55
  300.  78
  301.  80
  302.  58
  303.  56
  304.  45
  305.  62
  306.  40
  307.  65
  308.  55
  309.  50
  310.  36
  311. 109
  312. 100
  313.  50
  314. 100
  315.  50
  316. 100
  317.  50
  318.  50
  319.  98
  320.  72
  321.  58
  322.  60
  323.  58
  324.  60
  325.  60
  326.  71
  327.  63
  328.  71
  329.  71
  330.  71
  331.  71
  332.  71
  333.  71
  334.  71
  335.  71
  336.  71
  337.  71
  338.  71
  339.  71
  340.  71
  341.  71
  342.  71
  343.  71
  344.  71
  345.  71
  346.  71
  347.  71
  348.  71
  349.  71
  350.  71
  351.  71
  352.  71
  353.  71
  354.  71
  355.  71
  356.  71
  357.  71
  358.  71
  359.  71
  360.  71
  361.  71
  362.  71
  363.  71
  364.  71
  365.  71
  366.  71
  367.  71
  368.  71
  369.  71
  370.  71
  371.  71
  372.  71
  373.  73
  374.  60
  375. 100
  376.  99
  377.  99
  378.  99
  379.  99
  380.  60
  381.  60
  382.  60
  383. 102
  384. 105
  385.  92
  386.  75
  387.  75
  388.  53
  389.  66
  390.  59
  391.  51
  392.  50
  393.  75
  394.  73
  395.  44
  396.  60
  397.  19
  398.  35
  399.  89
  400.  32
  401.  60
  402.  35
  403.  35
  404.  60
  405.  35
  406.  67
  407.  56
  408.  72
  409.  50
  410.  72
  411.  50
  412.  67
  413.  56
  414.  67
  415.  56
  416.  67
  417.  56
  418.  78
  419.  55
  420.  78
  421.  55
  422.  78
  423.  56
  424.  72
  425.  56
  426.  72
  427.  56
  428.  28
  429.  27
  430.  28
  431.  27
  432.  28
  433.  27
  434.  28
  435.  22
  436.  50
  437.  22
  438.  67
  439.  50
  440.  50
  441.  56
  442.  22
  443.  72
  444.  56
  445.  72
  446.  56
  447.  78
  448.  56
  449.  78
  450.  56
  451.  72
  452.  33
  453.  67
  454.  50
  455.  61
  456.  28
  457.  72
  458.  56
  459.  72
  460.  56
  461.  72
  462.  56
  463.  72
  464.  56
  465.  99
  466.  71
  467.  66
  468.  49
  469.  22
  470.  67
  471.  56
  472. 100
  473.  89
  474.  78
  475.  61
  476.  27
  477.  99
  478.  71
  479.  99
  480.  71
  481.  99
  482.  71
  483.  66
  484.  49
  485.  22
  486.  33
  487.  56
  488.  60
  489.  83
  490.  83
  491.  83
  492.  83
  493.  33
  494.  33
  495.  33
  496.  33
  497.  67
  498.  78
  499.  84
  500.  38
  501.  77
  502.  83
  503.  75
  504.  23
  505.  67
  506.  67
  507.  67
  508.  67
  509.  61
  510.  72
  511.  28
  512.  67
  513.  67
  514.  83
  515.  72
  516.  65
  517.  78
  518.  72
  519.  67
  520.  62
  521.  62
  522.  66
  523.  66
  524.  84
  525.  75
  526.  28
  527.  66
  528.  58
  529.  45
  530.  56
  531.  23
  532.  55
  533.  58
  534.  50
  535.  44
  536.  56
  537.  56
  538.  23
  539.  50
  540.  50
  541.  58
  542.  49
  543.  45
  544.  56
  545.  57
  546.  48
  547.  55
  548.  52
  549.  71
  550.  78
  551.  23
  552.  55
  553.  56
  554.  55
  555.  78
  556.  67
  557.  86
  558.  54
  559.  72
  560.  67
  561.  28
  562.  28
  563.  50
  564. 106
  565. 101
  566.  85
  567.  58
  568.  64
  569.  72
  570.  67
  571.  66
  572.  67
  573.  54
  574.  68
  575.  67
  576.  92
  577.  60
  578.  72
  579.  72
  580.  58
  581.  66
  582.  83
  583.  72
  584.  78
  585.  72
  586.  67
  587.  72
  588.  62
  589.  64
  590.  76
  591.  66
  592.  74
  593.  67
  594.  92
  595.  94
  596.  79
  597.  89
  598.  66
  599.  72
  600. 101
  601.  72
  602.  56
  603.  57
  604.  53
  605.  36
  606.  58
  607.  56
  608.  67
  609.  46
  610.  56
  611.  56
  612.  44
  613.  58
  614.  69
  615.  55
  616.  56
  617.  54
  618.  56
  619.  50
  620.  46
  621.  49
  622.  82
  623.  49
  624.  57
  625.  52
  626.  80
  627.  82
  628.  63
  629.  72
  630.  52
  631.  51
  632.  75
  633.  54
  634.  56
  635.  56
  636.  36
  637.  51
  638.  50
  639.  22
  640.  27
  641.  22
  642.  91
  643.  81
  644.  56
  645.  44
  646.  49
  647.  55
  648.  49
  649.  41
  650. 100
  651. 107
  652.  69
  653.  33
  654.  33
  655.  33
  656.  33
  657.  33
  658.  33
  659.  33
  660.  33
  661.  33
  662.  33
  663.  33
  664.  33
  665.  33
  666.  38
  667.  33
  668.  27
  669.  33
  670.  33
  671.  28
  672.  56
  673.  54
  674.  40
  675.  51
  676.  60
  677.  24
  678.  38
  679.  60
  680.  59
  681.  24
  682.  51
  683.  46
  684.  46
  685.  60
  686.  60
  687.  24
  688.  35
  689.  57
  690.  53
  691.  57
  692.  55
  693.  46
  694.  48
  695.  55
  696.  51
  697.  69
  698.  64
  699.  49
  700.  49
  701.  49
  702.  24
  703.  42
  704.  79
  705.  24
  706.  51
  707.  51
  708.  46
  709.  46
  710.  54
  711.  69
  712.  69
  713.  69
  714.  69
  715.  56
  716.  56
  717.  56
  718.  54
  719.  40
  720.  51
  721.  60
  722.  29
  723.  41
  724.  59
  725.  29
  726.  51
  727.  46
  728.  46
  729.  60
  730.  35
  731.  57
  732.  57
  733.  55
  734.  48
  735.  55
  736.  51
  737.  69
  738.  64
  739.  24
  740.  54
  741.  46
  742.  55
  743.  58
  744.   0
  745.   0
  746.   0
  747.   0
  748.  32
  749.  32
  750.  36
  751.  41
  752.  21
  753.  20
  754.  24
  755.  20
  756.  20
  757.  21
  758.  20
  759.  21
  760.  16
  761.  53
  762.  53
  763.  53
  764.  53
  765.  53
  766.  53
  767.  53
  768.  53
  769.  53
  770.  53
  771.  53
  772.  32
  773.  53
  774.  75
  775.  75
  776.  28
  777.  75
  778.  53
  779.  53
  780.  53
  781.  75
  782.  75
  783.  75
  784.  75
  785.  75
  786.  21
  787.  75
  788.  75
  789.  75
  790.  75
  791.  75
  792.  75
  793.  75
  794.  75
  795.  64
  796.  75
  797.  75
  798.  75
  799.  71
  800.  71
  801.  24
  802.  24
  803.  75
  804.  75
  805.  75
  806.  75
  807.  56
  808.  53
  809.  53
  810.  53
  811.  49
  812.  49
  813.  81
  814.  93
  815.  39
  816.  51
  817.  81
  818.  93
  819.  39
  820.  51
  821.  64
  822.  59
  823.  75
  824.  75
  825.  75
  826.  75
  827.  75
  828.  75
  829.  75
  830.  75
  831.  75
  832.  75
  833.  75
  834.  75
  835.  75
  836.  75
  837.  75
  838.  75
  839.  23
  840.  21
  841.  21
  842.  21
  843.  21
  844.  75
  845.  75
  846.   0
  847.   0
  848.   0
  849.   0
  850.   0
  851.   0
  852.   0
  853.   0
  854.   0
  855.   0
  856.   0
  857.   0
  858.   0
  859.   0
  860.   0
  861.   0
  862.  56
  863. 100
  864.  75
  865.  75
  866.  75
  867.  75
  868.  75
  869.  75
  870.  75
  871.  75
  872.  75
  873.  75
  874.  75
  875.  75
  876.  75
  877.  75
  878.  75
  879.  75
  880.  75
  881.  75
  882.  75
  883.  75
  884.  75
  885.  75
  886.  75
  887.  75
  888.  75
  889.  75
  890.  75
  891.  75
  892.  32
  893.  32
  894.  75
  895.  62
  896.  41
  897.  21
  898.  23
  899.  21
  900.  23
  901.  43
  902.  43
  903.  21
  904.  23
  905.  64
  906.  59
  907.  24
  908.  24
  909.  21
  910.  23
  911.  71
  912.  71
  913.  24
  914.  24
  915.  28
  916.  38
  917.  71
  918.  71
  919.  24
  920.  24
  921.  71
  922.  71
  923.  24
  924.  24
  925.  56
  926.  53
  927.  53
  928.  53
  929.  56
  930.  53
  931.  53
  932.  53
  933.  56
  934.  53
  935.  53
  936.  53
  937.  34
  938.  34
  939.  34
  940.  34
  941.  49
  942.  49
  943.  49
  944.  49
  945.  82
  946.  82
  947.  53
  948.  53
  949.  82
  950.  82
  951.  53
  952.  53
  953. 110
  954. 110
  955.  85
  956.  85
  957. 110
  958. 110
  959.  85
  960.  85
  961.  58
  962.  58
  963.  58
  964.  58
  965.  58
  966.  58
  967.  58
  968.  58
  969.  54
  970.  45
  971.  53
  972.  39
  973.  54
  974.  45
  975.  53
  976.  39
  977.  79
  978.  79
  979.  27
  980.  26
  981.  58
  982.  58
  983.  27
  984.  26
  985.  60
  986.  60
  987.  39
  988.  39
  989.  51
  990.  51
  991.  21
  992.  21
  993.  34
  994.  34
  995.  39
  996.  39
  997.  53
  998.  53
  999.  24
 1000.  24
 1001.  28
 1002.  38
 1003.  45
 1004.  39
 1005.  43
 1006.  43
 1007.  64
 1008.  59
 1009.  64
 1010.  59
 1011.  24
 1012.  24
 1013.  54
 1014.  60
 1015.  54
 1016.  60
 1017.  54
 1018.  60
 1019.  54
 1020.  60
 1021.  75
 1022.  75
 1023.  20
 1024.  20
 1025.  75
 1026.  75
 1027.  75
 1028.  16
 1029.  21
 1030.  75
 1031.  75
 1032.  21
 1033.  24
 1034.  75
 1035.  75
 1036.  75
 1037.  21
 1038.  21
 1039.  21
 1040.  21
 1041.  21
 1042.  23
 1043.  75
 1044.  20
 1045.  20
 1046.  75
 1047.  75
 1048.  75
 1049.  75
 1050.  75
 1051.  75
 1052.  75
 1053.  75
 1054.  75
 1055.  75
 1056.  75
 1057.  75
 1058.  75
 1059.  75
 1060.  75
 1061.  75
 1062.  75
 1063.  75
 1064.  75
 1065.  75
 1066.  75
 1067.  75
 1068.  75
 1069.  75
 1070.  75
 1071.  75
 1072.  75
 1073.  75
 1074.  75
 1075.  75
 1076.  75
 1077.  75
 1078.  75
 1079.  75
 1080.  75
 1081.  75
 1082.  75
 1083.  75
 1084.  75
 1085.  75
 1086.  75
 1087.  75
 1088.  75
 1089.  75
 1090.  75
 1091.  75
 1092.  75
 1093.  75
 1094.  75
 1095.  75
 1096.  75
 1097.  75
 1098.  75
 1099.  75
 1100.  32
 1101.  32
 1102.  32
 1103.  75
 1104.  75
 1105.  75
 1106.  75
 1107.  75
 1108.  75
 1109.  75
 1110.  75
 1111.  75
 1112.  75
 1113.  75
 1114.  75
 1115.  75
 1116.  75
 1117.  75
 1118.  75
 1119.  75
 1120.  75
 1121.  75
 1122.  75
 1123.  75
 1124.  75
 1125.  75
 1126.  75
 1127.  13
 1128. 100
 1129. 200
 1130.  86
 1131.  66
 1132.  85
 1133.  67
 1134.   0
 1135.   0
 1136.   0
 1137.   0
 1138.   0
 1139.   0
 1140.   0
 1141.   0
 1142.   0
 1143.   0
 1144.   0
 1145.   0
 1146.   0
 1147.   0
 1148.   0
 1149.   0
 1150.  51
 1151.  83
 1152.  83
 1153.   0
 1154.   0
 1155.   0
 1156.   0
 1157.   0
 1158.   0
 1159.   0
 1160.   0
 1161.   0
 1162.   0
 1163.   0
 1164.   0
 1165.   0
 1166.   0
 1167.   0
 1168.   0
 1169.   0
 1170.   0
 1171.   0
 1172.   0
 1173.   0
 1174.   0
 1175.   0
 1176.   0
 1177.   0
 1178.   0
 1179.   0
 1180.   0
 1181.   0
 1182.   0
 1183.   0
 1184.   0
 1185.   0
 1186.   0
 1187.  22
 1188.  67
 1189.  56
 1190.  67
 1191.  56
 1192.  67
 1193.  56
 1194.  67
 1195.  56
 1196.  67
 1197.  56
 1198.  67
 1199.  56
 1200.  67
 1201.  56
 1202.  67
 1203.  56
 1204.  67
 1205.  56
 1206.  67
 1207.  56
 1208.  67
 1209.  56
 1210.  67
 1211.  56
 1212.  67
 1213.  56
 1214.  67
 1215.  56
 1216.  67
 1217.  56
 1218.  67
 1219.  56
 1220.  67
 1221.  56
 1222.  67
 1223.  56
 1224.  67
 1225.  56
 1226.  67
 1227.  56
 1228.  28
 1229.  22
 1230.  28
 1231.  22
 1232.  78
 1233.  56
 1234.  78
 1235.  56
 1236.  78
 1237.  56
 1238.  78
 1239.  56
 1240.  78
 1241.  56
 1242.  78
 1243.  56
 1244.  78
 1245.  56
 1246.  86
 1247.  66
 1248.  86
 1249.  66
 1250.  86
 1251.  66
 1252.  86
 1253.  66
 1254.  86
 1255.  66
 1256.  72
 1257.  56
 1258.  72
 1259.  56
 1260.  85
 1261.  67
 1262.  85
 1263.  67
 1264.  85
 1265.  67
 1266.  85
 1267.  67
 1268.  85
 1269.  67
 1270.  66
 1271.  49
 1272.  66
 1273.  49
 1274.  66
 1275.  49
 1276.  67
 1277.  56
 1278.  28
 1279.  22
 1280.  78
 1281.  56
 1282.  72
 1283.  56
 1284.  72
 1285.  56
 1286.  72
 1287.  56
 1288.  72
 1289.  56
 1290.  72
 1291.  56
 1292.   0
 1293.   0
 1294.   0
 1295.   0
 1296.  54
 1297.  36
 1298.  92
 1299.  67
 1300.  58
 1301.  44
 1302.  58
 1303.  44
 1304.  72
 1305.  55
 1306.  56
 1307.  50
 1308.  56
 1309.  50
 1310.  67
 1311.  50
 1312.  67
 1313.  52
 1314.  67
 1315.  52
 1316.  75
 1317.  56
 1318.  78
 1319.  56



'kern' Table - Kerning Data
---------------------------
Size = 5472 bytes
 'kern' Version:           0
 Number of subtables:      1

   Subtable format     0
   Subtable version    0
   Bytes in subtable   5468
   Coverage bits       0x1
   Number of pairs     909
   Search Range        3072
   Entry Selector      9
   Range Shift         2382

   Left Glyph   Right Glyph   Kern Move
   ----------   -----------   ---------
            3            36        -113
            3            55         -37
            3            60         -37
            3           497        -113
            3           505        -113
            3           507        -113
            3           513        -113
            3           521         -37
            3           522         -37
            3           527         -37
           20            20        -152
           36             3        -113
           36            55        -152
           36            57        -152
           36            58         -76
           36            60        -152
           36            89         -37
           36            90         -37
           36            92         -37
           36           182        -152
           41            15        -227
           41            17        -227
           41            36        -113
           47             3         -76
           47            55        -152
           47            57        -152
           47            58        -152
           47            60        -152
           47            92         -76
           47           182        -113
           51             3         -37
           51            15        -264
           51            17        -264
           51            36        -152
           53            55         -37
           53            57         -37
           53            58         -37
           53            60         -37
           55             3         -37
           55            15        -227
           55            16        -113
           55            17        -227
           55            29        -227
           55            30        -227
           55            36        -152
           55            50         -37
           55            68        -227
           55            70        -227
           55            72        -227
           55            76         -76
           55            82        -227
           55            85         -76
           55            86        -227
           55            88         -76
           55            90        -113
           55            92        -113
           57            15        -188
           57            16        -113
           57            17        -188
           57            29         -76
           57            30         -76
           57            36        -152
           57            68        -152
           57            72        -113
           57            76         -37
           57            82        -113
           57            85         -76
           57            88         -76
           57            92         -76
           58            15        -113
           58            16         -37
           58            17        -113
           58            29         -37
           58            30         -37
           58            36         -76
           58            68         -76
           58            72         -37
           58            76          +0
           58            82         -37
           58            85         -37
           58            88         -37
           58            92         -18
           60             3         -37
           60            15        -264
           60            16        -188
           60            17        -264
           60            29        -113
           60            30        -133
           60            36        -152
           60            68        -152
           60            72        -188
           60            76         -76
           60            82        -188
           60            83        -152
           60            84        -188
           60            88        -113
           60            89        -113
           73            73         -37
           73           182         +37
           85            15        -113
           85            17        -113
           85           182         +76
           89            15        -152
           89            17        -152
           90            15        -113
           90            17        -113
           92            15        -152
           92            17        -152
          181           181         -37
          182             3         -76
          182            86         -37
          182           182         -37
          196           557        -160
          196           566        -160
          196           588        -160
          196           593         -68
          196           596         -68
          299            15        -225
          299            17        -225
          299           504        +164
          299           505        -188
          299           507        -188
          299           513        -188
          299           538         -88
          299           551         +88
          300           505         -37
          300           507         -37
          300           513         -37
          300           522         -66
          300           527         -66
          301           505         -59
          301           522         -66
          301           527         -66
          303           306         -29
          303           540         -39
          303           548         -55
          303           652         -29
          306           302         -29
          306           303         -29
          306           305         -29
          306           307         -29
          306           528         -29
          306           535         -29
          306           544         -29
          306           546         -29
          306           550         -29
          306           555         -29
          307           306         -29
          307           540         -39
          307           548         -55
          307           652         -29
          497           300         -43
          497           301         -59
          497           517         -43
          497           521        -152
          497           522        -152
          497           527        -152
          497           534         -37
          497           542         -37
          497           548         -37
          501           522         -66
          502           300        -115
          502           301        -115
          502           302        -186
          502           305        -186
          502           307        -186
          502           504        +170
          502           505        -152
          502           507        -152
          502           513        -152
          502           517        -115
          502           525         -98
          502           530        -152
          502           531         -76
          502           536        -152
          502           538         -76
          502           539        -152
          502           541        -152
          502           544        -186
          502           551         +98
          502           553        -186
          503           522         -47
          503           527         -47
          505             3        -113
          505           182        -152
          505           300         -43
          505           301         -59
          505           517         -43
          505           521        -152
          505           522        -152
          505           527        -152
          505           534         -37
          505           542         -37
          505           548         -37
          507             3        -113
          507           300         -43
          507           517         -43
          507           521        -119
          507           522        -152
          507           527        -152
          512           300         -63
          512           301        -113
          512           302         -25
          512           303         -25
          512           305         -25
          512           307         -25
          512           517         -63
          512           528         -25
          512           535         -25
          512           537         -25
          512           543         -25
          512           544         -25
          512           550         -25
          512           553         -25
          512           555         -25
          513             3        -113
          513           300         -43
          513           517         -43
          513           521        -152
          513           522        -152
          513           527        -152
          517           505         -37
          517           507         -43
          517           513         -37
          517           522         -66
          517           527         -66
          519             3         -37
          519            15        -262
          519            17        -262
          519           505        -152
          519           507        -152
          519           513        -152
          520           306         -98
          520           652         -98
          521             3         -37
          521            15        -225
          521            17        -225
          521            29        -225
          521            30        -225
          521           300         -37
          521           301         -37
          521           302        -225
          521           304        -225
          521           305        -225
          521           307        -225
          521           504        +188
          521           505        -152
          521           507        -152
          521           513        -152
          521           517         -37
          521           525         -37
          521           528        -225
          521           529        -225
          521           532        -178
          521           534        -178
          521           536        -150
          521           538         -76
          521           541        -150
          521           542        -113
          521           544        -225
          521           547        -176
          521           548        -113
          521           549        -150
          521           551        +188
          521           552        -178
          521           553        -225
          521           554        -178
          522             3         -37
          522            15        -262
          522            16        -186
          522            17        -262
          522            29        -113
          522            30        -113
          522           300        -115
          522           301        -115
          522           302        -186
          522           305        -186
          522           307        -186
          522           504        +188
          522           505        -152
          522           507        -152
          522           513        -152
          522           517        -115
          522           525         -98
          522           530        -152
          522           531         -76
          522           534         -98
          522           536        -152
          522           538         -76
          522           539        -152
          522           541        -152
          522           544        -186
          522           551        +121
          522           553        -186
          524           302         -78
          524           303         -78
          524           305         -78
          524           307         -78
          524           528         -78
          524           537         -39
          524           544         -78
          524           550         -78
          524           553         -78
          524           555         -78
          525           522         -47
          525           527         -47
          527             3         -37
          527           300        -115
          527           301        -115
          527           302        -186
          527           305        -186
          527           307        -186
          527           504        +170
          527           505        -152
          527           507        -152
          527           513        -152
          527           517        -115
          527           525         -98
          527           530        -152
          527           531         -76
          527           536        -152
          527           538         -76
          527           539        -152
          527           541        -152
          527           544        -186
          527           551         +98
          527           553        -186
          535           302        -137
          535           303         -76
          535           305        -137
          535           306         -86
          535           307        -137
          535           528        -137
          535           530         -37
          535           534         -86
          535           536         -37
          535           537         -98
          535           538         -37
          535           539         -37
          535           542         -86
          535           544        -137
          535           550        -137
          535           553        -137
          535           555        -137
          535           652         -86
          537           540         -39
          539           302         -25
          539           303         -25
          539           305         -25
          539           307         -25
          539           528         -25
          539           535         -25
          539           537         -25
          539           543         -25
          539           544         -25
          539           546         -25
          539           550         -25
          539           553         -25
          539           555         -25
          540           302         -31
          540           303         -31
          540           305         -31
          540           307         -37
          540           528         -31
          540           543         -31
          540           544         -31
          540           546         -47
          540           547         -49
          540           550         -31
          540           553         -31
          540           554         -49
          540           555         -31
          543           302         -55
          543           303         -55
          543           305         -55
          543           307         -55
          543           528         -55
          543           535         -55
          543           543         -55
          543           544         -55
          543           546         -55
          543           553         -55
          544           306         -29
          544           540         -39
          544           548         -55
          544           652         -29
          545           306         -29
          545           540         -39
          545           652         -29
          548           302         -55
          548           303         -55
          548           305         -55
          548           307         -55
          548           528         -55
          548           535         -55
          548           544         -55
          548           546         -55
          548           550         -55
          548           553         -55
          548           555         -55
          550           306         -29
          550           540         -39
          550           548         -55
          550           652         -29
          553           306         -29
          553           540         -39
          553           548         -55
          553           652         -29
          555           306         -29
          555           540         -39
          555           548         -55
          555           652         -29
          558            15        -250
          558            17        -250
          558           169        -137
          558           170        -137
          558           178         -45
          564           182        -160
          565           182        -137
          570           182        -115
          570           574         +68
          570           577         -23
          570           581         +45
          570           584         -45
          570           585         -23
          570           587         -45
          570           588        -160
          570           589         -90
          570           590         -68
          570           593        -160
          570           599         -45
          570           602         +23
          570           620         -45
          570           621         -23
          570           622         +23
          570           631         +45
          571           570         -45
          571           577         -23
          571           584         -23
          571           587         -23
          571           588         -92
          571           589         -47
          571           590         -23
          571           591         -45
          571           593         -92
          571           596         -68
          571           599         -23
          571           601         -23
          571           613         -23
          571           621         -45
          572           570         -68
          572           574         -45
          572           576         -45
          572           577         -68
          572           581         -23
          572           584         -68
          572           587         -68
          572           588        -137
          572           589         -68
          572           590         -68
          572           591         -90
          572           593         -92
          572           596        -115
          572           601         -68
          572           606         -23
          572           614         -23
          572           620         -68
          572           621         -23
          572           623         -23
          572           625         -68
          572           633         -23
          573            15        -250
          573            17        -250
          573           169        -137
          573           170        -137
          573           178         -45
          573           570        -137
          573           574        -137
          573           577         -45
          573           581        -115
          573           582         -47
          573           584        -115
          573           587         -92
          573           601         -68
          573           602        -115
          573           604        -115
          573           606        -137
          573           607        -137
          573           610        -115
          573           613        -115
          573           614        -115
          573           615        -115
          573           616        -137
          573           618        -115
          573           621        -137
          573           629        -115
          573           630        -115
          573           632        -115
          573           633        -137
          574           589         +23
          574           590         -45
          574           593         -70
          574           609         +68
          574           616         +23
          574           621         +45
          575           577         -45
          575           619         -23
          576           577         -23
          576           584         -45
          576           587         -23
          576           588         +23
          576           589         +45
          576           596         +45
          576           602         +23
          576           607         -25
          576           616         -23
          576           621         -23
          577           581         -23
          577           584         -23
          577           587         -23
          577           588         -45
          577           589         -23
          577           590         -23
          577           593         -45
          577           601         -23
          580           577         -23
          580           584         -23
          580           587         -23
          580           589         +23
          580           590         -70
          581           590         -23
          581           603         +23
          581           621         +23
          582           590         -23
          582           593         -23
          582           602         +23
          582           607         +23
          582           616         +23
          582           619         +23
          582           621         +23
          582           625         -23
          582           631         +23
          584           570         -45
          584           574         -45
          584           576         -45
          584           581         -23
          584           589         -45
          584           591         -92
          584           593         -45
          584           601         -45
          584           606         -45
          584           613         -23
          584           623         -23
          586            15        -387
          586            17        -387
          586            29         -45
          586            30         -45
          586           170        -115
          586           570        -137
          586           574        -137
          586           576         -23
          586           577         -45
          586           581        -115
          586           582         -23
          586           584         -45
          586           587         -23
          586           588         -92
          586           589         -45
          586           590         -23
          586           591         -92
          586           601         -45
          586           602         -68
          586           606        -160
          586           607         -90
          586           616         -90
          586           631         -45
          586           633         -68
          587           570         -45
          587           574         -45
          587           577         -23
          587           581         -68
          587           582         -23
          587           584         -45
          587           588         -68
          587           589         -68
          587           591        -115
          587           593         -68
          587           596         -70
          587           599         -23
          587           602         +23
          587           608         +45
          587           625         -23
          588            15        -227
          588            17        -227
          588           169         -90
          588           170         -90
          588           178         -45
          588           570         -68
          588           574         -68
          588           576         +23
          588           577         -23
          588           581         -45
          588           584         -92
          588           590         -68
          588           601         -45
          588           602         -92
          588           604         -90
          588           607        -115
          588           610         -90
          588           612         -90
          588           613         -92
          588           614         -90
          588           616        -160
          588           617         -90
          588           618        -115
          588           619        -115
          588           621        -115
          588           623         -90
          588           627         -90
          588           629         -90
          588           630         -90
          588           632         -90
          588           633        -115
          589            15        -272
          589            17        -272
          589            29         -45
          589            30         -45
          589           169         -90
          589           170         -92
          589           178         -23
          589           570        -137
          589           574         -92
          589           577         -45
          589           581         -68
          589           584         -68
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          589           599         -45
          589           601         -45
          589           603         -45
          589           604        -115
          589           605         -92
          589           606        -160
          589           607        -137
          589           608         -68
          589           609        -115
          589           610         -92
          589           611         -68
          589           612         -92
          589           613        -137
          589           614         -92
          589           615         -92
          589           616        -137
          589           617         -92
          589           618         -92
          589           619        -137
          589           623         -92
          589           624         -92
          589           626         -92
          589           627         -92
          589           632         -92
          589           633        -137
          590           570         -45
          590           574         -68
          590           581         -68
          590           588        -115
          590           589         -92
          590           593         -45
          590           601         -70
          590           613         -68
          591           577         -45
          591           584         -68
          591           587         -68
          591           590         -68
          591           599         -70
          591           616         -23
          591           621         -45
          592           584         -45
          592           602         +45
          595           602         +23
          595           621         +45
          596           182        -137
          596           601         -68
          598           182        -160
          598           570         -45
          598           574         -45
          598           576         -68
          598           577         -23
          598           581         -70
          598           582         -45
          598           584         -45
          598           587         -45
          598           588        -205
          598           591         -92
          598           593        -160
          598           599         -23
          598           601         -92
          599           574         -68
          599           576         -25
          599           577         -23
          599           581         -68
          599           591         -70
          599           601         -45
          599           606         -68
          599           608         +23
          599           613         -68
          599           614         -23
          599           633         -23
          600           570         -68
          600           574         -90
          600           576         -45
          600           581         -92
          600           584         -23
          600           587         -23
          600           588        -115
          600           591         -92
          600           593         -68
          600           606         -92
          600           613         -92
          600           614         -23
          602           609         -23
          602           620         -45
          602           621         -23
          602           625         -45
          603           602         -47
          603           606         -92
          603           607         -23
          603           608         -23
          603           609         -45
          603           613         -92
          603           614         -45
          603           619         -23
          603           621         -45
          603           622         -23
          603           623         -68
          603           625         -68
          603           628         -68
          603           631         -23
          603           633         -45
          604           602         -23
          604           603         -23
          604           606         -23
          604           607         -23
          604           608         -23
          604           609         -23
          604           613         -47
          604           614         -23
          604           616         -23
          604           619         -23
          604           620         -45
          604           621         -45
          604           622         -23
          604           625         -92
          604           628         -68
          604           633         -23
          605            15        -250
          605            17        -250
          605           602         -45
          605           606         -92
          605           607         -45
          605           609         -23
          605           613         -45
          605           616         -45
          605           619         -45
          605           633         -23
          606           628         -45
          606           631         +23
          607           603         -23
          607           606         -45
          607           608         -23
          607           609         -45
          607           613         -68
          607           620         -68
          607           621         -23
          607           623         -45
          607           625         -68
          608           603         +23
          608           621         +23
          608           625         -23
          608           628         +45
          609           603         -23
          609           606         -45
          609           607         -23
          609           609         -23
          609           613         -23
          609           616         -23
          609           619         -23
          609           621         -23
          609           622         -23
          609           625         -68
          609           628         -45
          612           602         +45
          612           603         +45
          612           607         +23
          612           609         +23
          612           613         +23
          612           616         +23
          612           619         +23
          612           620         +23
          612           621         +23
          612           631         +23
          613           616         +23
          613           625         -45
          614           603         -23
          614           609         -23
          614           621         +23
          616           606         -45
          616           608         -23
          616           609         -23
          616           613         -45
          616           620         -45
          616           621         -23
          616           623         -23
          616           625         -45
          618           606         -47
          618           609         -23
          618           613         -70
          618           620         -45
          618           621         -23
          618           623         -23
          618           625         -45
          618           633         -23
          619           608         +23
          619           616         +23
          619           625         -23
          619           631         +23
          620            15        -227
          620            17        -227
          620           602         -23
          620           606         -68
          620           607         -23
          620           608         +68
          620           613         -45
          620           616         -23
          620           619         -23
          620           621         +23
          621            15        -205
          621            17        -205
          621           170         +23
          621           602         -23
          621           603         +23
          621           606         -68
          621           607         -23
          621           608         +23
          621           613         -45
          621           614         -23
          621           616         -25
          621           618         -23
          621           619         -23
          621           622         -23
          621           631         -23
          621           633         -23
          622           603         -23
          622           606         -45
          622           613         -45
          622           620         -45
          622           621         -23
          622           625         -45
          622           633         -23
          623           602         -23
          623           603         -23
          623           607         -23
          623           609         -23
          623           616         -23
          623           619         -23
          623           620         -23
          623           622         -23
          623           625         -45
          624           607         -23
          624           609         -23
          624           616         -23
          624           619         -23
          627           607         -23
          627           616         -23
          627           621         +23
          630           620        -160
          630           625        -137
          631           606         -45
          631           607         +23
          631           609         -23
          631           613         -45
          631           616         +23
          631           620         -45
          631           623         -23
          631           633         -23
          632           606         -45
          632           608         -23
          632           613         -45
          632           614         -23
          632           620         -45
          632           623         -23
          632           625         -45
          646            15        -205
          646            17        -205
          648            15        -250
          648            17        -250
          648            29         -45
          648            30         -45
          648           169        -160
          648           170        -160
          648           178         -45
          652           302         -29
          652           305         -29
          652           307         -29
          652           528         -29
          652           535         -29
          652           544         -29
          652           546         -29
          652           550         -29
          652           555         -29

; 'GSUB' Table - Glyph Substitution
; -------------------------------------

GSUBHeader GSUBHeaderT0000  
0X00010000            
ScriptListT000a       
FeatureListT0024      
LookupListT0058       

ScriptList ScriptListT000a  
1                     
                      ; ScriptRecord[0]
'arab'                
ScriptT0012           

Script ScriptT0012  
LangSysT0016          
0                     

LangSys LangSysT0016  
NULL                  
0XFFFF                
4                     
0                     
1                     
2                     
3                     

FeatureList FeatureListT0024  
4                     
                      ; FeatureRecord[0]
'init'                
FeatureT003e          
                      ; FeatureRecord[1]
'medi'                
FeatureT0044          
                      ; FeatureRecord[2]
'fina'                
FeatureT004a          
                      ; FeatureRecord[3]
'liga'                
FeatureT0050          

Feature FeatureT003e  
NULL                  
1                     
0                     

Feature FeatureT0044  
NULL                  
1                     
1                     

Feature FeatureT004a  
NULL                  
1                     
2                     

Feature FeatureT0050  
NULL                  
2                     
3                     
4                     

LookupList LookupListT0058  
5                     
LookupT0064           
LookupT00e6           
LookupT0168           
LookupT022e           
LookupT0296           

Lookup LookupT0064  
1                     
1                     
1                     
SingleSubstFormat2T006c 

SingleSubstFormat2 SingleSubstFormat2T006c  
2                     
CoverageFormat1T00aa  
28                    
801                   
809                   
815                   
819                   
1011                  
907                   
913                   
919                   
923                   
927                   
931                   
935                   
947                   
951                   
955                   
959                   
963                   
967                   
971                   
975                   
979                   
983                   
987                   
991                   
995                   
999                   
1003                  
1011                  

CoverageFormat1 CoverageFormat1T00aa  
1                     
28                    
799                   
807                   
813                   
817                   
821                   
905                   
911                   
917                   
921                   
925                   
929                   
933                   
945                   
949                   
953                   
957                   
961                   
965                   
969                   
973                   
977                   
981                   
985                   
989                   
993                   
997                   
1001                  
1009                  

Lookup LookupT00e6  
1                     
1                     
1                     
SingleSubstFormat2T00ee 

SingleSubstFormat2 SingleSubstFormat2T00ee  
2                     
CoverageFormat1T012c  
28                    
802                   
810                   
816                   
820                   
1012                  
908                   
914                   
920                   
924                   
928                   
932                   
936                   
948                   
952                   
956                   
960                   
964                   
968                   
972                   
976                   
980                   
984                   
988                   
992                   
996                   
1000                  
1004                  
1012                  

CoverageFormat1 CoverageFormat1T012c  
1                     
28                    
799                   
807                   
813                   
817                   
821                   
905                   
911                   
917                   
921                   
925                   
929                   
933                   
945                   
949                   
953                   
957                   
961                   
965                   
969                   
973                   
977                   
981                   
985                   
989                   
993                   
997                   
1001                  
1009                  

Lookup LookupT0168  
1                     
1                     
1                     
SingleSubstFormat2T0170 

SingleSubstFormat2 SingleSubstFormat2T0170  
2                     
CoverageFormat1T01d0  
45                    
800                   
808                   
812                   
814                   
818                   
822                   
898                   
900                   
902                   
904                   
906                   
910                   
912                   
916                   
918                   
922                   
926                   
930                   
934                   
938                   
940                   
942                   
944                   
946                   
950                   
954                   
958                   
962                   
966                   
970                   
974                   
978                   
982                   
986                   
990                   
994                   
998                   
1002                  
1006                  
1008                  
1010                  
1014                  
1016                  
1018                  
1020                  

CoverageFormat1 CoverageFormat1T01d0  
1                     
45                    
799                   
807                   
811                   
813                   
817                   
821                   
897                   
899                   
901                   
903                   
905                   
909                   
911                   
915                   
917                   
921                   
925                   
929                   
933                   
937                   
939                   
941                   
943                   
945                   
949                   
953                   
957                   
961                   
965                   
969                   
973                   
977                   
981                   
985                   
989                   
993                   
997                   
1001                  
1005                  
1007                  
1009                  
1013                  
1015                  
1017                  
1019                  

Lookup LookupT022e  
4                     
9                     
1                     
LigatureSubstFormat1T0236 

LigatureSubstFormat1 LigatureSubstFormat1T0236  
1                     
CoverageFormat1T028e  
2                     
LigatureSetT0240      
LigatureSetT026c      

LigatureSet LigatureSetT0240  
5                     
LigatureT024c         
LigatureT0254         
LigatureT025a         
LigatureT0260         
LigatureT0266         

Ligature LigatureT024c  
895                   
3                     
992                   
1002                  

Ligature LigatureT0254  
1013                  
2                     
898                   

Ligature LigatureT025a  
1015                  
2                     
900                   

Ligature LigatureT0260  
1017                  
2                     
904                   

Ligature LigatureT0266  
1019                  
2                     
910                   

LigatureSet LigatureSetT026c  
4                     
LigatureT0276         
LigatureT027c         
LigatureT0282         
LigatureT0288         

Ligature LigatureT0276  
1014                  
2                     
898                   

Ligature LigatureT027c  
1016                  
2                     
900                   

Ligature LigatureT0282  
1018                  
2                     
904                   

Ligature LigatureT0288  
1020                  
2                     
910                   

CoverageFormat1 CoverageFormat1T028e  
1                     
2                     
991                   
992                   

Lookup LookupT0296  
4                     
7                     
1                     
LigatureSubstFormat1T029e 

LigatureSubstFormat1 LigatureSubstFormat1T029e  
1                     
CoverageFormat1T02d8  
1                     
LigatureSetT02a6      

LigatureSet LigatureSetT02a6  
6                     
LigatureT02b4         
LigatureT02ba         
LigatureT02c0         
LigatureT02c6         
LigatureT02cc         
LigatureT02d2         

Ligature LigatureT02b4  
786                   
2                     
753                   

Ligature LigatureT02ba  
839                   
2                     
754                   

Ligature LigatureT02c0  
840                   
2                     
755                   

Ligature LigatureT02c6  
841                   
2                     
756                   

Ligature LigatureT02cc  
842                   
2                     
757                   

Ligature LigatureT02d2  
843                   
2                     
758                   

CoverageFormat1 CoverageFormat1T02d8  
1                     
1                     
759                   

; 'GDEF' Table - Glyph Definition
;-------------------------------------

GDEFHeader GDEFHeaderT0000  
0X00010000            
ClassDefFormat2T000c  
NULL                  
NULL                  
NULL                  ; AttachClassDef (1.2)

ClassDefFormat2 ClassDefFormat2T000c  
2                     
23                    
                      ; ClassRangeRecord[0]
744                   
752                   
1                     
                      ; ClassRangeRecord[1]
753                   
760                   
3                     
                      ; ClassRangeRecord[2]
761                   
773                   
1                     
                      ; ClassRangeRecord[3]
776                   
776                   
1                     
                      ; ClassRangeRecord[4]
778                   
780                   
1                     
                      ; ClassRangeRecord[5]
786                   
786                   
3                     
                      ; ClassRangeRecord[6]
795                   
795                   
1                     
                      ; ClassRangeRecord[7]
799                   
802                   
1                     
                      ; ClassRangeRecord[8]
807                   
822                   
1                     
                      ; ClassRangeRecord[9]
839                   
843                   
3                     
                      ; ClassRangeRecord[10]
892                   
893                   
1                     
                      ; ClassRangeRecord[11]
895                   
895                   
2                     
                      ; ClassRangeRecord[12]
896                   
896                   
1                     
                      ; ClassRangeRecord[13]
897                   
908                   
2                     
                      ; ClassRangeRecord[14]
909                   
1012                  
1                     
                      ; ClassRangeRecord[15]
1013                  
1020                  
2                     
                      ; ClassRangeRecord[16]
1023                  
1024                  
3                     
                      ; ClassRangeRecord[17]
1028                  
1029                  
3                     
                      ; ClassRangeRecord[18]
1032                  
1033                  
3                     
                      ; ClassRangeRecord[19]
1037                  
1042                  
3                     
                      ; ClassRangeRecord[20]
1044                  
1045                  
3                     
                      ; ClassRangeRecord[21]
1100                  
1102                  
1                     
                      ; ClassRangeRecord[22]
1127                  
1129                  
1                     

; 'JSTF' Table - Justification
;-------------------------------------

JSTFHeader JSTFHeaderT0000  
0X00010000            
1                     
                      ; JstfScriptRecord[0]
'arab'                
JstfScriptT000c       

JstfScript JstfScriptT000c  
ExtenderGlyphT0012    
NULL                  
0                     

ExtenderGlyph ExtenderGlyphT0012  
5                     
752                   
795                   
1127                  
1128                  
1129                  

'DSIG' Table - Digital Signature
-------------------------------------
Size = 6488 bytes
  'DSIG' version:  1
  numSigs:       1
  Flags:			0001

'loca' Table - Index To Location Table
--------------------------------------
Size = 5284 bytes, 1321 entries
	Idx   0 -> glyfOff 0x00000000
	Idx   1 -> glyfOff 0x0000006C* No contours *
	Idx   2 -> glyfOff 0x0000006C* No contours *
	Idx   3 -> glyfOff 0x0000006C* No contours *
	Idx   4 -> glyfOff 0x0000006C
	Idx   5 -> glyfOff 0x00000118
	Idx   6 -> glyfOff 0x000001C0
	Idx   7 -> glyfOff 0x00000362
	Idx   8 -> glyfOff 0x000005E8
	Idx   9 -> glyfOff 0x00000790
	Idx  10 -> glyfOff 0x0000097A
	Idx  11 -> glyfOff 0x000009C0
	Idx  12 -> glyfOff 0x00000A40
	Idx  13 -> glyfOff 0x00000AE6
	Idx  14 -> glyfOff 0x00000BC6
	Idx  15 -> glyfOff 0x00000C2E
	Idx  16 -> glyfOff 0x00000CA6
	Idx  17 -> glyfOff 0x00000CEC
	Idx  18 -> glyfOff 0x00000D28
	Idx  19 -> glyfOff 0x00000D98
	Idx  20 -> glyfOff 0x00000F54
	Idx  21 -> glyfOff 0x00001030
	Idx  22 -> glyfOff 0x0000125A
	Idx  23 -> glyfOff 0x00001434
	Idx  24 -> glyfOff 0x00001594
	Idx  25 -> glyfOff 0x0000174E
	Idx  26 -> glyfOff 0x00001924
	Idx  27 -> glyfOff 0x000019D0
	Idx  28 -> glyfOff 0x00001C64
	Idx  29 -> glyfOff 0x00001E98
	Idx  30 -> glyfOff 0x00001EF4
	Idx  31 -> glyfOff 0x00001FB2
	Idx  32 -> glyfOff 0x00002034
	Idx  33 -> glyfOff 0x000020A4
	Idx  34 -> glyfOff 0x0000212A
	Idx  35 -> glyfOff 0x0000221C
	Idx  36 -> glyfOff 0x0000241C
	Idx  37 -> glyfOff 0x000025C6
	Idx  38 -> glyfOff 0x0000275E
	Idx  39 -> glyfOff 0x00002898
	Idx  40 -> glyfOff 0x000029E0
	Idx  41 -> glyfOff 0x00002AA4
	Idx  42 -> glyfOff 0x00002B5A
	Idx  43 -> glyfOff 0x00002CEA
	Idx  44 -> glyfOff 0x00002DF0
	Idx  45 -> glyfOff 0x00002ED4
	Idx  46 -> glyfOff 0x00002FBC
	Idx  47 -> glyfOff 0x000031F2
	Idx  48 -> glyfOff 0x0000327C
	Idx  49 -> glyfOff 0x000035A6
	Idx  50 -> glyfOff 0x00003750
	Idx  51 -> glyfOff 0x00003884
	Idx  52 -> glyfOff 0x0000398A
	Idx  53 -> glyfOff 0x00003B7E
	Idx  54 -> glyfOff 0x00003DEA
	Idx  55 -> glyfOff 0x00004094
	Idx  56 -> glyfOff 0x00004142
	Idx  57 -> glyfOff 0x00004266
	Idx  58 -> glyfOff 0x000043DA
	Idx  59 -> glyfOff 0x00004618
	Idx  60 -> glyfOff 0x00004924
	Idx  61 -> glyfOff 0x00004ACA
	Idx  62 -> glyfOff 0x00004C0A
	Idx  63 -> glyfOff 0x00004C74
	Idx  64 -> glyfOff 0x00004CDE
	Idx  65 -> glyfOff 0x00004D42
	Idx  66 -> glyfOff 0x00004DCA
	Idx  67 -> glyfOff 0x00004DFE
	Idx  68 -> glyfOff 0x00004E7A
	Idx  69 -> glyfOff 0x0000514C
	Idx  70 -> glyfOff 0x0000532A
	Idx  71 -> glyfOff 0x000054DE
	Idx  72 -> glyfOff 0x00005692
	Idx  73 -> glyfOff 0x00005850
	Idx  74 -> glyfOff 0x000059A4
	Idx  75 -> glyfOff 0x00005B94
	Idx  76 -> glyfOff 0x00005D38
	Idx  77 -> glyfOff 0x00005E2C
	Idx  78 -> glyfOff 0x00005F44
	Idx  79 -> glyfOff 0x000061DC
	Idx  80 -> glyfOff 0x000062D8
	Idx  81 -> glyfOff 0x00006508
	Idx  82 -> glyfOff 0x000066CE
	Idx  83 -> glyfOff 0x00006890
	Idx  84 -> glyfOff 0x00006A54
	Idx  85 -> glyfOff 0x00006BEA
	Idx  86 -> glyfOff 0x00006CF0
	Idx  87 -> glyfOff 0x00007098
	Idx  88 -> glyfOff 0x000071BC
	Idx  89 -> glyfOff 0x0000735A
	Idx  90 -> glyfOff 0x00007578
	Idx  91 -> glyfOff 0x000079E2
	Idx  92 -> glyfOff 0x00007C06
	Idx  93 -> glyfOff 0x00007E5E
	Idx  94 -> glyfOff 0x00008046
	Idx  95 -> glyfOff 0x00008144
	Idx  96 -> glyfOff 0x00008190
	Idx  97 -> glyfOff 0x00008292
	Idx  98 -> glyfOff 0x00008332
	Idx  99 -> glyfOff 0x0000837E
	Idx 100 -> glyfOff 0x000083B2
	Idx 101 -> glyfOff 0x000083EE
	Idx 102 -> glyfOff 0x00008430
	Idx 103 -> glyfOff 0x00008496
	Idx 104 -> glyfOff 0x000084DC
	Idx 105 -> glyfOff 0x00008510
	Idx 106 -> glyfOff 0x00008546
	Idx 107 -> glyfOff 0x0000857C
	Idx 108 -> glyfOff 0x000085CC
	Idx 109 -> glyfOff 0x0000860E
	Idx 110 -> glyfOff 0x00008660
	Idx 111 -> glyfOff 0x00008698
	Idx 112 -> glyfOff 0x000086EA
	Idx 113 -> glyfOff 0x00008720
	Idx 114 -> glyfOff 0x00008760
	Idx 115 -> glyfOff 0x000087A2
	Idx 116 -> glyfOff 0x000087E0
	Idx 117 -> glyfOff 0x0000882A
	Idx 118 -> glyfOff 0x0000886A
	Idx 119 -> glyfOff 0x00008898
	Idx 120 -> glyfOff 0x000088D0
	Idx 121 -> glyfOff 0x00008920
	Idx 122 -> glyfOff 0x00008956
	Idx 123 -> glyfOff 0x00008996
	Idx 124 -> glyfOff 0x000089D0
	Idx 125 -> glyfOff 0x00008A14
	Idx 126 -> glyfOff 0x00008A5E
	Idx 127 -> glyfOff 0x00008A9A
	Idx 128 -> glyfOff 0x00008ACA
	Idx 129 -> glyfOff 0x00008B0E
	Idx 130 -> glyfOff 0x00008B46
	Idx 131 -> glyfOff 0x00008BD6
	Idx 132 -> glyfOff 0x00008C5C
	Idx 133 -> glyfOff 0x00008E6A
	Idx 134 -> glyfOff 0x00008FFE
	Idx 135 -> glyfOff 0x000091AE
	Idx 136 -> glyfOff 0x000091FA
	Idx 137 -> glyfOff 0x0000928E
	Idx 138 -> glyfOff 0x000094B2
	Idx 139 -> glyfOff 0x00009706
	Idx 140 -> glyfOff 0x000098F6
	Idx 141 -> glyfOff 0x000099E2
	Idx 142 -> glyfOff 0x00009A64
	Idx 143 -> glyfOff 0x00009ACE
	Idx 144 -> glyfOff 0x00009BEC
	Idx 145 -> glyfOff 0x00009D48
	Idx 146 -> glyfOff 0x00009F90
	Idx 147 -> glyfOff 0x0000A0F2
	Idx 148 -> glyfOff 0x0000A180
	Idx 149 -> glyfOff 0x0000A22A
	Idx 150 -> glyfOff 0x0000A2EE
	Idx 151 -> glyfOff 0x0000A436
	Idx 152 -> glyfOff 0x0000A5E0
	Idx 153 -> glyfOff 0x0000A6CE
	Idx 154 -> glyfOff 0x0000A794
	Idx 155 -> glyfOff 0x0000A7F8
	Idx 156 -> glyfOff 0x0000A866
	Idx 157 -> glyfOff 0x0000A990
	Idx 158 -> glyfOff 0x0000AAB4
	Idx 159 -> glyfOff 0x0000AB44
	Idx 160 -> glyfOff 0x0000AD26
	Idx 161 -> glyfOff 0x0000AF80
	Idx 162 -> glyfOff 0x0000B2D2
	Idx 163 -> glyfOff 0x0000B3C8
	Idx 164 -> glyfOff 0x0000B46E
	Idx 165 -> glyfOff 0x0000B4BE
	Idx 166 -> glyfOff 0x0000B574
	Idx 167 -> glyfOff 0x0000B694
	Idx 168 -> glyfOff 0x0000B832
	Idx 169 -> glyfOff 0x0000B8CC
	Idx 170 -> glyfOff 0x0000B990
	Idx 171 -> glyfOff 0x0000BA50
	Idx 172 -> glyfOff 0x0000BAB8
	Idx 173 -> glyfOff 0x0000BAF4
	Idx 174 -> glyfOff 0x0000BB4C
	Idx 175 -> glyfOff 0x0000BB9A
	Idx 176 -> glyfOff 0x0000BDB2
	Idx 177 -> glyfOff 0x0000BFF8
	Idx 178 -> glyfOff 0x0000C030
	Idx 179 -> glyfOff 0x0000C062
	Idx 180 -> glyfOff 0x0000C18C
	Idx 181 -> glyfOff 0x0000C2B8
	Idx 182 -> glyfOff 0x0000C366
	Idx 183 -> glyfOff 0x0000C40A
	Idx 184 -> glyfOff 0x0000C4AC
	Idx 185 -> glyfOff 0x0000C57E
	Idx 186 -> glyfOff 0x0000C5D2
	Idx 187 -> glyfOff 0x0000C608
	Idx 188 -> glyfOff 0x0000C660
	Idx 189 -> glyfOff 0x0000C7B2
	Idx 190 -> glyfOff 0x0000C824
	Idx 191 -> glyfOff 0x0000C87E
	Idx 192 -> glyfOff 0x0000C9F6
	Idx 193 -> glyfOff 0x0000CB62
	Idx 194 -> glyfOff 0x0000CC42
	Idx 195 -> glyfOff 0x0000CC74
	Idx 196 -> glyfOff 0x0000CD10
	Idx 197 -> glyfOff 0x0000CE34
	Idx 198 -> glyfOff 0x0000D0AA
	Idx 199 -> glyfOff 0x0000D0E4
	Idx 200 -> glyfOff 0x0000D128
	Idx 201 -> glyfOff 0x0000D164
	Idx 202 -> glyfOff 0x0000D1C6
	Idx 203 -> glyfOff 0x0000D208
	Idx 204 -> glyfOff 0x0000D24E
	Idx 205 -> glyfOff 0x0000D29A
	Idx 206 -> glyfOff 0x0000D2CC
	Idx 207 -> glyfOff 0x0000D320
	Idx 208 -> glyfOff 0x0000D35E
	Idx 209 -> glyfOff 0x0000D38E
	Idx 210 -> glyfOff 0x0000D3CC
	Idx 211 -> glyfOff 0x0000D412
	Idx 212 -> glyfOff 0x0000D454
	Idx 213 -> glyfOff 0x0000D492
	Idx 214 -> glyfOff 0x0000D514
	Idx 215 -> glyfOff 0x0000D582
	Idx 216 -> glyfOff 0x0000D668
	Idx 217 -> glyfOff 0x0000D6A4
	Idx 218 -> glyfOff 0x0000D724
	Idx 219 -> glyfOff 0x0000D758
	Idx 220 -> glyfOff 0x0000D7FA
	Idx 221 -> glyfOff 0x0000D882
	Idx 222 -> glyfOff 0x0000D8EE
	Idx 223 -> glyfOff 0x0000D97A
	Idx 224 -> glyfOff 0x0000D9E6
	Idx 225 -> glyfOff 0x0000DAD2
	Idx 226 -> glyfOff 0x0000DBC4
	Idx 227 -> glyfOff 0x0000DBF8
	Idx 228 -> glyfOff 0x0000DC2C
	Idx 229 -> glyfOff 0x0000DC5C
	Idx 230 -> glyfOff 0x0000DCA0
	Idx 231 -> glyfOff 0x0000DD18
	Idx 232 -> glyfOff 0x0000DE92
	Idx 233 -> glyfOff 0x0000E0AC
	Idx 234 -> glyfOff 0x0000E0DE
	Idx 235 -> glyfOff 0x0000E118
	Idx 236 -> glyfOff 0x0000E212
	Idx 237 -> glyfOff 0x0000E3A0
	Idx 238 -> glyfOff 0x0000E3D6
	Idx 239 -> glyfOff 0x0000E53A
	Idx 240 -> glyfOff 0x0000E5B6
	Idx 241 -> glyfOff 0x0000E696
	Idx 242 -> glyfOff 0x0000E78C
	Idx 243 -> glyfOff 0x0000E91C
	Idx 244 -> glyfOff 0x0000EA86
	Idx 245 -> glyfOff 0x0000EC74
	Idx 246 -> glyfOff 0x0000ED70
	Idx 247 -> glyfOff 0x0000EDB6
	Idx 248 -> glyfOff 0x0000EDEA
	Idx 249 -> glyfOff 0x0000EE2C
	Idx 250 -> glyfOff 0x0000EE66
	Idx 251 -> glyfOff 0x0000EEBA
	Idx 252 -> glyfOff 0x0000EF02
	Idx 253 -> glyfOff 0x0000EF4C
	Idx 254 -> glyfOff 0x0000EF7C
	Idx 255 -> glyfOff 0x0000EFAC
	Idx 256 -> glyfOff 0x0000F194
	Idx 257 -> glyfOff 0x0000F1D2
	Idx 258 -> glyfOff 0x0000F20C
	Idx 259 -> glyfOff 0x0000F23C
	Idx 260 -> glyfOff 0x0000F270
	Idx 261 -> glyfOff 0x0000F2A0
	Idx 262 -> glyfOff 0x0000F2CC
	Idx 263 -> glyfOff 0x0000F314
	Idx 264 -> glyfOff 0x0000F4CA
	Idx 265 -> glyfOff 0x0000F644
	Idx 266 -> glyfOff 0x0000F670
	Idx 267 -> glyfOff 0x0000F6B2
	Idx 268 -> glyfOff 0x0000F6F6
	Idx 269 -> glyfOff 0x0000F726
	Idx 270 -> glyfOff 0x0000F756
	Idx 271 -> glyfOff 0x0000F7AC
	Idx 272 -> glyfOff 0x0000F88A
	Idx 273 -> glyfOff 0x0000F99C
	Idx 274 -> glyfOff 0x0000F9E0
	Idx 275 -> glyfOff 0x0000FA16
	Idx 276 -> glyfOff 0x0000FA70
	Idx 277 -> glyfOff 0x0000FAAE
	Idx 278 -> glyfOff 0x0000FAE2
	Idx 279 -> glyfOff 0x0000FB12
	Idx 280 -> glyfOff 0x0000FB4E
	Idx 281 -> glyfOff 0x0000FB8E
	Idx 282 -> glyfOff 0x0000FBCC
	Idx 283 -> glyfOff 0x0000FC08
	Idx 284 -> glyfOff 0x0000FC4A
	Idx 285 -> glyfOff 0x0000FC80
	Idx 286 -> glyfOff 0x0000FCBC
	Idx 287 -> glyfOff 0x0000FCFC
	Idx 288 -> glyfOff 0x0000FE0A
	Idx 289 -> glyfOff 0x0000FF76
	Idx 290 -> glyfOff 0x0000FFC6
	Idx 291 -> glyfOff 0x00010122
	Idx 292 -> glyfOff 0x00010178
	Idx 293 -> glyfOff 0x000101AC
	Idx 294 -> glyfOff 0x000101FA
	Idx 295 -> glyfOff 0x00010246
	Idx 296 -> glyfOff 0x00010288
	Idx 297 -> glyfOff 0x000102C0
	Idx 298 -> glyfOff 0x000102F6
	Idx 299 -> glyfOff 0x0001033E
	Idx 300 -> glyfOff 0x000103E0
	Idx 301 -> glyfOff 0x0001057C
	Idx 302 -> glyfOff 0x00010744
	Idx 303 -> glyfOff 0x000108C6
	Idx 304 -> glyfOff 0x00010AB8
	Idx 305 -> glyfOff 0x00010C0A
	Idx 306 -> glyfOff 0x00010D8E
	Idx 307 -> glyfOff 0x00010E70
	Idx 308 -> glyfOff 0x0001100A
	Idx 309 -> glyfOff 0x00011074
	Idx 310 -> glyfOff 0x0001109C
	Idx 311 -> glyfOff 0x0001113A
	Idx 312 -> glyfOff 0x000113BC
	Idx 313 -> glyfOff 0x000113FC
	Idx 314 -> glyfOff 0x0001143C
	Idx 315 -> glyfOff 0x0001147C
	Idx 316 -> glyfOff 0x000114BA
	Idx 317 -> glyfOff 0x00011518
	Idx 318 -> glyfOff 0x00011576
	Idx 319 -> glyfOff 0x000115E4
	Idx 320 -> glyfOff 0x00011604
	Idx 321 -> glyfOff 0x000116EE
	Idx 322 -> glyfOff 0x0001178E
	Idx 323 -> glyfOff 0x000117C4
	Idx 324 -> glyfOff 0x00011812
	Idx 325 -> glyfOff 0x0001185C
	Idx 326 -> glyfOff 0x000118A6
	Idx 327 -> glyfOff 0x000118C2
	Idx 328 -> glyfOff 0x000118DE
	Idx 329 -> glyfOff 0x000118FE
	Idx 330 -> glyfOff 0x0001191E
	Idx 331 -> glyfOff 0x0001193E
	Idx 332 -> glyfOff 0x0001195E
	Idx 333 -> glyfOff 0x00011984
	Idx 334 -> glyfOff 0x000119AA
	Idx 335 -> glyfOff 0x000119D0
	Idx 336 -> glyfOff 0x000119F6
	Idx 337 -> glyfOff 0x00011A26
	Idx 338 -> glyfOff 0x00011A4E
	Idx 339 -> glyfOff 0x00011A76
	Idx 340 -> glyfOff 0x00011AA2
	Idx 341 -> glyfOff 0x00011ACE
	Idx 342 -> glyfOff 0x00011B02
	Idx 343 -> glyfOff 0x00011B2C
	Idx 344 -> glyfOff 0x00011B58
	Idx 345 -> glyfOff 0x00011B8E
	Idx 346 -> glyfOff 0x00011BB8
	Idx 347 -> glyfOff 0x00011BE4
	Idx 348 -> glyfOff 0x00011C1A
	Idx 349 -> glyfOff 0x00011C44
	Idx 350 -> glyfOff 0x00011C6E
	Idx 351 -> glyfOff 0x00011CA2
	Idx 352 -> glyfOff 0x00011CD2
	Idx 353 -> glyfOff 0x00011D06
	Idx 354 -> glyfOff 0x00011D4A
	Idx 355 -> glyfOff 0x00011D7A
	Idx 356 -> glyfOff 0x00011DAE
	Idx 357 -> glyfOff 0x00011DF0
	Idx 358 -> glyfOff 0x00011E24
	Idx 359 -> glyfOff 0x00011E56
	Idx 360 -> glyfOff 0x00011E98
	Idx 361 -> glyfOff 0x00011ECC
	Idx 362 -> glyfOff 0x00011EFC
	Idx 363 -> glyfOff 0x00011F3E
	Idx 364 -> glyfOff 0x00011F82
	Idx 365 -> glyfOff 0x00011FC8
	Idx 366 -> glyfOff 0x00012024
	Idx 367 -> glyfOff 0x00012040
	Idx 368 -> glyfOff 0x0001205C
	Idx 369 -> glyfOff 0x00012078
	Idx 370 -> glyfOff 0x00012094
	Idx 371 -> glyfOff 0x000120B0
	Idx 372 -> glyfOff 0x0001221E
	Idx 373 -> glyfOff 0x000124EE
	Idx 374 -> glyfOff 0x0001275E
	Idx 375 -> glyfOff 0x0001277A
	Idx 376 -> glyfOff 0x00012794
	Idx 377 -> glyfOff 0x000127B0
	Idx 378 -> glyfOff 0x000127CC
	Idx 379 -> glyfOff 0x000127E8
	Idx 380 -> glyfOff 0x00012804
	Idx 381 -> glyfOff 0x00012860
	Idx 382 -> glyfOff 0x0001289A
	Idx 383 -> glyfOff 0x00012904
	Idx 384 -> glyfOff 0x000129CE
	Idx 385 -> glyfOff 0x00012A6E
	Idx 386 -> glyfOff 0x00012B44
	Idx 387 -> glyfOff 0x00012BC4
	Idx 388 -> glyfOff 0x00012C4C
	Idx 389 -> glyfOff 0x00012CBC
	Idx 390 -> glyfOff 0x00012D52
	Idx 391 -> glyfOff 0x00012DB0
	Idx 392 -> glyfOff 0x00012DF6
	Idx 393 -> glyfOff 0x00012E54
	Idx 394 -> glyfOff 0x00012EB6
	Idx 395 -> glyfOff 0x00012F6E
	Idx 396 -> glyfOff 0x0001302C
	Idx 397 -> glyfOff 0x00013058
	Idx 398 -> glyfOff 0x000130B4
	Idx 399 -> glyfOff 0x000130F8
	Idx 400 -> glyfOff 0x00013264
	Idx 401 -> glyfOff 0x00013358
	Idx 402 -> glyfOff 0x00013382
	Idx 403 -> glyfOff 0x0001339E
	Idx 404 -> glyfOff 0x000133CA
	Idx 405 -> glyfOff 0x00013402
	Idx 406 -> glyfOff 0x0001344E
	Idx 407 -> glyfOff 0x0001348E
	Idx 408 -> glyfOff 0x000134C2
	Idx 409 -> glyfOff 0x000134F2
	Idx 410 -> glyfOff 0x00013522
	Idx 411 -> glyfOff 0x00013552
	Idx 412 -> glyfOff 0x00013596
	Idx 413 -> glyfOff 0x000135C6
	Idx 414 -> glyfOff 0x000135F6
	Idx 415 -> glyfOff 0x00013636
	Idx 416 -> glyfOff 0x00013666
	Idx 417 -> glyfOff 0x00013696
	Idx 418 -> glyfOff 0x000136C6
	Idx 419 -> glyfOff 0x00013706
	Idx 420 -> glyfOff 0x00013736
	Idx 421 -> glyfOff 0x00013766
	Idx 422 -> glyfOff 0x00013796
	Idx 423 -> glyfOff 0x000137C4
	Idx 424 -> glyfOff 0x000139C8
	Idx 425 -> glyfOff 0x000139F8
	Idx 426 -> glyfOff 0x00013A28
	Idx 427 -> glyfOff 0x00013B78
	Idx 428 -> glyfOff 0x00013D2E
	Idx 429 -> glyfOff 0x00013D5E
	Idx 430 -> glyfOff 0x00013D8C
	Idx 431 -> glyfOff 0x00013DBC
	Idx 432 -> glyfOff 0x00013DEA
	Idx 433 -> glyfOff 0x00013E1A
	Idx 434 -> glyfOff 0x00013E48
	Idx 435 -> glyfOff 0x00013F76
	Idx 436 -> glyfOff 0x000140A4
	Idx 437 -> glyfOff 0x000140D4
	Idx 438 -> glyfOff 0x00014244
	Idx 439 -> glyfOff 0x0001427C
	Idx 440 -> glyfOff 0x000142AC
	Idx 441 -> glyfOff 0x0001443E
	Idx 442 -> glyfOff 0x0001446C
	Idx 443 -> glyfOff 0x0001449A
	Idx 444 -> glyfOff 0x000144C8
	Idx 445 -> glyfOff 0x000144F0
	Idx 446 -> glyfOff 0x0001464E
	Idx 447 -> glyfOff 0x000147E6
	Idx 448 -> glyfOff 0x0001481E
	Idx 449 -> glyfOff 0x0001485E
	Idx 450 -> glyfOff 0x0001489A
	Idx 451 -> glyfOff 0x000148CA
	Idx 452 -> glyfOff 0x000148F8
	Idx 453 -> glyfOff 0x00014914
	Idx 454 -> glyfOff 0x00014944
	Idx 455 -> glyfOff 0x00014974
	Idx 456 -> glyfOff 0x00014A64
	Idx 457 -> glyfOff 0x00014BCC
	Idx 458 -> glyfOff 0x00014BFC
	Idx 459 -> glyfOff 0x00014C36
	Idx 460 -> glyfOff 0x00014C76
	Idx 461 -> glyfOff 0x00014CA6
	Idx 462 -> glyfOff 0x00014CD6
	Idx 463 -> glyfOff 0x00014D18
	Idx 464 -> glyfOff 0x00014EB8
	Idx 465 -> glyfOff 0x00015098
	Idx 466 -> glyfOff 0x000150D8
	Idx 467 -> glyfOff 0x00015118
	Idx 468 -> glyfOff 0x00015148
	Idx 469 -> glyfOff 0x00015188
	Idx 470 -> glyfOff 0x00015272
	Idx 471 -> glyfOff 0x000152F2
	Idx 472 -> glyfOff 0x000153D6
	Idx 473 -> glyfOff 0x00015406
	Idx 474 -> glyfOff 0x00015436
	Idx 475 -> glyfOff 0x00015466
	Idx 476 -> glyfOff 0x00015496
	Idx 477 -> glyfOff 0x000154D2
	Idx 478 -> glyfOff 0x00015504
	Idx 479 -> glyfOff 0x00015536
	Idx 480 -> glyfOff 0x00015566
	Idx 481 -> glyfOff 0x00015596
	Idx 482 -> glyfOff 0x000155DC
	Idx 483 -> glyfOff 0x0001560E
	Idx 484 -> glyfOff 0x0001563E
	Idx 485 -> glyfOff 0x00015674
	Idx 486 -> glyfOff 0x000156E6
	Idx 487 -> glyfOff 0x0001571A
	Idx 488 -> glyfOff 0x000158E8
	Idx 489 -> glyfOff 0x000159EA
	Idx 490 -> glyfOff 0x00015B7A
	Idx 491 -> glyfOff 0x00015DAA
	Idx 492 -> glyfOff 0x00015FFA
	Idx 493 -> glyfOff 0x0001618C
	Idx 494 -> glyfOff 0x000161F0
	Idx 495 -> glyfOff 0x0001627A
	Idx 496 -> glyfOff 0x0001628A
	Idx 497 -> glyfOff 0x00016318
	Idx 498 -> glyfOff 0x00016516
	Idx 499 -> glyfOff 0x00016642
	Idx 500 -> glyfOff 0x000167AE
	Idx 501 -> glyfOff 0x0001689E
	Idx 502 -> glyfOff 0x00016A22
	Idx 503 -> glyfOff 0x00016C3C
	Idx 504 -> glyfOff 0x00016E68
	Idx 505 -> glyfOff 0x00016F5A
	Idx 506 -> glyfOff 0x00016F6A
	Idx 507 -> glyfOff 0x00016F7A
	Idx 508 -> glyfOff 0x00017092
	Idx 509 -> glyfOff 0x000170A2
	Idx 510 -> glyfOff 0x000170B2
	Idx 511 -> glyfOff 0x000170C2
	Idx 512 -> glyfOff 0x000170D2
	Idx 513 -> glyfOff 0x000170E2
	Idx 514 -> glyfOff 0x00017200
	Idx 515 -> glyfOff 0x00017210
	Idx 516 -> glyfOff 0x00017220
	Idx 517 -> glyfOff 0x00017294
	Idx 518 -> glyfOff 0x000172A4
	Idx 519 -> glyfOff 0x00017374
	Idx 520 -> glyfOff 0x00017384
	Idx 521 -> glyfOff 0x00017496
	Idx 522 -> glyfOff 0x000174A6
	Idx 523 -> glyfOff 0x000174B6
	Idx 524 -> glyfOff 0x000174C6
	Idx 525 -> glyfOff 0x00017624
	Idx 526 -> glyfOff 0x00017802
	Idx 527 -> glyfOff 0x00017844
	Idx 528 -> glyfOff 0x0001787A
	Idx 529 -> glyfOff 0x000178B0
	Idx 530 -> glyfOff 0x000178E0
	Idx 531 -> glyfOff 0x00017910
	Idx 532 -> glyfOff 0x00017964
	Idx 533 -> glyfOff 0x0001798C
	Idx 534 -> glyfOff 0x00017B16
	Idx 535 -> glyfOff 0x00017C5E
	Idx 536 -> glyfOff 0x00017DB2
	Idx 537 -> glyfOff 0x00017F1A
	Idx 538 -> glyfOff 0x0001809E
	Idx 539 -> glyfOff 0x00018102
	Idx 540 -> glyfOff 0x00018294
	Idx 541 -> glyfOff 0x000183B0
	Idx 542 -> glyfOff 0x000183C0
	Idx 543 -> glyfOff 0x000183D0
	Idx 544 -> glyfOff 0x00018556
	Idx 545 -> glyfOff 0x00018566
	Idx 546 -> glyfOff 0x000186CC
	Idx 547 -> glyfOff 0x00018826
	Idx 548 -> glyfOff 0x0001895A
	Idx 549 -> glyfOff 0x00018AB8
	Idx 550 -> glyfOff 0x00018C26
	Idx 551 -> glyfOff 0x00018DEC
	Idx 552 -> glyfOff 0x00018E2C
	Idx 553 -> glyfOff 0x00018E64
	Idx 554 -> glyfOff 0x00018E9A
	Idx 555 -> glyfOff 0x00018EC0
	Idx 556 -> glyfOff 0x00018EF0
	Idx 557 -> glyfOff 0x00018F16
	Idx 558 -> glyfOff 0x0001908C
	Idx 559 -> glyfOff 0x000190BC
	Idx 560 -> glyfOff 0x000191F2
	Idx 561 -> glyfOff 0x00019202
	Idx 562 -> glyfOff 0x00019212
	Idx 563 -> glyfOff 0x00019254
	Idx 564 -> glyfOff 0x00019264
	Idx 565 -> glyfOff 0x000193F8
	Idx 566 -> glyfOff 0x000195A4
	Idx 567 -> glyfOff 0x0001972E
	Idx 568 -> glyfOff 0x00019756
	Idx 569 -> glyfOff 0x00019786
	Idx 570 -> glyfOff 0x000198E2
	Idx 571 -> glyfOff 0x000198F2
	Idx 572 -> glyfOff 0x00019A2A
	Idx 573 -> glyfOff 0x00019A3A
	Idx 574 -> glyfOff 0x00019AD4
	Idx 575 -> glyfOff 0x00019C34
	Idx 576 -> glyfOff 0x00019C44
	Idx 577 -> glyfOff 0x00019EAA
	Idx 578 -> glyfOff 0x0001A034
	Idx 579 -> glyfOff 0x0001A19C
	Idx 580 -> glyfOff 0x0001A1CC
	Idx 581 -> glyfOff 0x0001A342
	Idx 582 -> glyfOff 0x0001A474
	Idx 583 -> glyfOff 0x0001A484
	Idx 584 -> glyfOff 0x0001A494
	Idx 585 -> glyfOff 0x0001A4A4
	Idx 586 -> glyfOff 0x0001A57E
	Idx 587 -> glyfOff 0x0001A58E
	Idx 588 -> glyfOff 0x0001A59E
	Idx 589 -> glyfOff 0x0001A5AE
	Idx 590 -> glyfOff 0x0001A6A6
	Idx 591 -> glyfOff 0x0001A820
	Idx 592 -> glyfOff 0x0001A830
	Idx 593 -> glyfOff 0x0001A958
	Idx 594 -> glyfOff 0x0001AA8C
	Idx 595 -> glyfOff 0x0001ABDE
	Idx 596 -> glyfOff 0x0001AD72
	Idx 597 -> glyfOff 0x0001AE90
	Idx 598 -> glyfOff 0x0001B01C
	Idx 599 -> glyfOff 0x0001B12E
	Idx 600 -> glyfOff 0x0001B164
	Idx 601 -> glyfOff 0x0001B39A
	Idx 602 -> glyfOff 0x0001B43A
	Idx 603 -> glyfOff 0x0001B44A
	Idx 604 -> glyfOff 0x0001B5E0
	Idx 605 -> glyfOff 0x0001B782
	Idx 606 -> glyfOff 0x0001B806
	Idx 607 -> glyfOff 0x0001B988
	Idx 608 -> glyfOff 0x0001B998
	Idx 609 -> glyfOff 0x0001BC00
	Idx 610 -> glyfOff 0x0001BD80
	Idx 611 -> glyfOff 0x0001BF00
	Idx 612 -> glyfOff 0x0001BF30
	Idx 613 -> glyfOff 0x0001C0D0
	Idx 614 -> glyfOff 0x0001C256
	Idx 615 -> glyfOff 0x0001C41A
	Idx 616 -> glyfOff 0x0001C546
	Idx 617 -> glyfOff 0x0001C556
	Idx 618 -> glyfOff 0x0001C686
	Idx 619 -> glyfOff 0x0001C696
	Idx 620 -> glyfOff 0x0001C6A6
	Idx 621 -> glyfOff 0x0001C766
	Idx 622 -> glyfOff 0x0001C776
	Idx 623 -> glyfOff 0x0001C95C
	Idx 624 -> glyfOff 0x0001C96C
	Idx 625 -> glyfOff 0x0001CAA2
	Idx 626 -> glyfOff 0x0001CBB0
	Idx 627 -> glyfOff 0x0001CD5C
	Idx 628 -> glyfOff 0x0001CF12
	Idx 629 -> glyfOff 0x0001D054
	Idx 630 -> glyfOff 0x0001D1C4
	Idx 631 -> glyfOff 0x0001D30C
	Idx 632 -> glyfOff 0x0001D35E
	Idx 633 -> glyfOff 0x0001D540
	Idx 634 -> glyfOff 0x0001D6BC
	Idx 635 -> glyfOff 0x0001D6FA
	Idx 636 -> glyfOff 0x0001D8A0
	Idx 637 -> glyfOff 0x0001D8C4
	Idx 638 -> glyfOff 0x0001DA04
	Idx 639 -> glyfOff 0x0001DA14
	Idx 640 -> glyfOff 0x0001DA24
	Idx 641 -> glyfOff 0x0001DA5C
	Idx 642 -> glyfOff 0x0001DA6C
	Idx 643 -> glyfOff 0x0001DBF8
	Idx 644 -> glyfOff 0x0001DD66
	Idx 645 -> glyfOff 0x0001DEDA
	Idx 646 -> glyfOff 0x0001DEFE
	Idx 647 -> glyfOff 0x0001DF2E
	Idx 648 -> glyfOff 0x0001E09C
	Idx 649 -> glyfOff 0x0001E14E
	Idx 650 -> glyfOff 0x0001E20C
	Idx 651 -> glyfOff 0x0001E23A
	Idx 652 -> glyfOff 0x0001E3F0
	Idx 653 -> glyfOff 0x0001E4E8
	Idx 654 -> glyfOff 0x0001E576
	Idx 655 -> glyfOff 0x0001E6A2
	Idx 656 -> glyfOff 0x0001E756
	Idx 657 -> glyfOff 0x0001E830
	Idx 658 -> glyfOff 0x0001E87A
	Idx 659 -> glyfOff 0x0001E8F8
	Idx 660 -> glyfOff 0x0001E9BE
	Idx 661 -> glyfOff 0x0001E9E6
	Idx 662 -> glyfOff 0x0001EA30
	Idx 663 -> glyfOff 0x0001EA86
	Idx 664 -> glyfOff 0x0001EB72
	Idx 665 -> glyfOff 0x0001EBBC
	Idx 666 -> glyfOff 0x0001EBF0
	Idx 667 -> glyfOff 0x0001EC18
	Idx 668 -> glyfOff 0x0001EC40
	Idx 669 -> glyfOff 0x0001EC74
	Idx 670 -> glyfOff 0x0001ECB8
	Idx 671 -> glyfOff 0x0001ECFC
	Idx 672 -> glyfOff 0x0001ED3A
	Idx 673 -> glyfOff 0x0001EE78
	Idx 674 -> glyfOff 0x0001EF30
	Idx 675 -> glyfOff 0x0001F050
	Idx 676 -> glyfOff 0x0001F0C6
	Idx 677 -> glyfOff 0x0001F194
	Idx 678 -> glyfOff 0x0001F1E6
	Idx 679 -> glyfOff 0x0001F278
	Idx 680 -> glyfOff 0x0001F328
	Idx 681 -> glyfOff 0x0001F41C
	Idx 682 -> glyfOff 0x0001F470
	Idx 683 -> glyfOff 0x0001F506
	Idx 684 -> glyfOff 0x0001F5C4
	Idx 685 -> glyfOff 0x0001F6AE
	Idx 686 -> glyfOff 0x0001F760
	Idx 687 -> glyfOff 0x0001F880
	Idx 688 -> glyfOff 0x0001F8D2
	Idx 689 -> glyfOff 0x0001F97C
	Idx 690 -> glyfOff 0x0001FAB2
	Idx 691 -> glyfOff 0x0001FB8A
	Idx 692 -> glyfOff 0x0001FC70
	Idx 693 -> glyfOff 0x0001FD76
	Idx 694 -> glyfOff 0x0001FE5C
	Idx 695 -> glyfOff 0x0001FF3E
	Idx 696 -> glyfOff 0x00020032
	Idx 697 -> glyfOff 0x000200D0
	Idx 698 -> glyfOff 0x000201D6
	Idx 699 -> glyfOff 0x000202D0
	Idx 700 -> glyfOff 0x00020348
	Idx 701 -> glyfOff 0x000203C0
	Idx 702 -> glyfOff 0x00020436
	Idx 703 -> glyfOff 0x0002046C
	Idx 704 -> glyfOff 0x000204C8
	Idx 705 -> glyfOff 0x00020590
	Idx 706 -> glyfOff 0x0002061C
	Idx 707 -> glyfOff 0x00020654
	Idx 708 -> glyfOff 0x0002069A
	Idx 709 -> glyfOff 0x000206CA
	Idx 710 -> glyfOff 0x00020734
	Idx 711 -> glyfOff 0x000207F4
	Idx 712 -> glyfOff 0x00020828
	Idx 713 -> glyfOff 0x00020858
	Idx 714 -> glyfOff 0x0002088C
	Idx 715 -> glyfOff 0x000208BC
	Idx 716 -> glyfOff 0x000208EC
	Idx 717 -> glyfOff 0x0002091C
	Idx 718 -> glyfOff 0x00020ABC
	Idx 719 -> glyfOff 0x00020AF4
	Idx 720 -> glyfOff 0x00020B34
	Idx 721 -> glyfOff 0x00020B6C
	Idx 722 -> glyfOff 0x00020BA4
	Idx 723 -> glyfOff 0x00020C40
	Idx 724 -> glyfOff 0x00020D3A
	Idx 725 -> glyfOff 0x00020D6A
	Idx 726 -> glyfOff 0x00020E0E
	Idx 727 -> glyfOff 0x00020E3C
	Idx 728 -> glyfOff 0x00020E7C
	Idx 729 -> glyfOff 0x00020ECC
	Idx 730 -> glyfOff 0x00020EFC
	Idx 731 -> glyfOff 0x00020F48
	Idx 732 -> glyfOff 0x000210E0
	Idx 733 -> glyfOff 0x00021246
	Idx 734 -> glyfOff 0x000213A6
	Idx 735 -> glyfOff 0x000213EC
	Idx 736 -> glyfOff 0x00021440
	Idx 737 -> glyfOff 0x00021478
	Idx 738 -> glyfOff 0x000215EA
	Idx 739 -> glyfOff 0x00021620
	Idx 740 -> glyfOff 0x000216B2
	Idx 741 -> glyfOff 0x000216F0
	Idx 742 -> glyfOff 0x0002171E
	Idx 743 -> glyfOff 0x0002175C
	Idx 744 -> glyfOff 0x0002188C
	Idx 745 -> glyfOff 0x000218B4
	Idx 746 -> glyfOff 0x000219F0
	Idx 747 -> glyfOff 0x00021A80
	Idx 748 -> glyfOff 0x00021B2A
	Idx 749 -> glyfOff 0x00021BAC
	Idx 750 -> glyfOff 0x00021C68
	Idx 751 -> glyfOff 0x00021D80
	Idx 752 -> glyfOff 0x00021E8E
	Idx 753 -> glyfOff 0x00021EC2
	Idx 754 -> glyfOff 0x00021F48
	Idx 755 -> glyfOff 0x000220A4
	Idx 756 -> glyfOff 0x00022126
	Idx 757 -> glyfOff 0x00022170
	Idx 758 -> glyfOff 0x0002227A
	Idx 759 -> glyfOff 0x000222C2
	Idx 760 -> glyfOff 0x000223C6
	Idx 761 -> glyfOff 0x00022442
	Idx 762 -> glyfOff 0x0002249A
	Idx 763 -> glyfOff 0x0002251E
	Idx 764 -> glyfOff 0x00022608
	Idx 765 -> glyfOff 0x0002271E
	Idx 766 -> glyfOff 0x0002281A
	Idx 767 -> glyfOff 0x000228C4
	Idx 768 -> glyfOff 0x000229B4
	Idx 769 -> glyfOff 0x00022A86
	Idx 770 -> glyfOff 0x00022B70
	Idx 771 -> glyfOff 0x00022C58
	Idx 772 -> glyfOff 0x00022D08
	Idx 773 -> glyfOff 0x00022D8A
	Idx 774 -> glyfOff 0x00022FE8
	Idx 775 -> glyfOff 0x00023012
	Idx 776 -> glyfOff 0x0002303C
	Idx 777 -> glyfOff 0x000230F4
	Idx 778 -> glyfOff 0x0002311E
	Idx 779 -> glyfOff 0x00023260
	Idx 780 -> glyfOff 0x00023366
	Idx 781 -> glyfOff 0x00023450
	Idx 782 -> glyfOff 0x0002347A
	Idx 783 -> glyfOff 0x000234A4
	Idx 784 -> glyfOff 0x000234CE
	Idx 785 -> glyfOff 0x000234F8
	Idx 786 -> glyfOff 0x00023522
	Idx 787 -> glyfOff 0x000236A2
	Idx 788 -> glyfOff 0x000236CC
	Idx 789 -> glyfOff 0x000236F6
	Idx 790 -> glyfOff 0x00023720
	Idx 791 -> glyfOff 0x0002374A
	Idx 792 -> glyfOff 0x00023774
	Idx 793 -> glyfOff 0x0002379E
	Idx 794 -> glyfOff 0x000237C8
	Idx 795 -> glyfOff 0x000237F2
	Idx 796 -> glyfOff 0x00023826
	Idx 797 -> glyfOff 0x00023850
	Idx 798 -> glyfOff 0x0002387A
	Idx 799 -> glyfOff 0x000238A4
	Idx 800 -> glyfOff 0x00023A1E
	Idx 801 -> glyfOff 0x00023A2E
	Idx 802 -> glyfOff 0x00023B50
	Idx 803 -> glyfOff 0x00023B60
	Idx 804 -> glyfOff 0x00023B8A
	Idx 805 -> glyfOff 0x00023BB4
	Idx 806 -> glyfOff 0x00023BDE
	Idx 807 -> glyfOff 0x00023C08
	Idx 808 -> glyfOff 0x00023DB2
	Idx 809 -> glyfOff 0x00023FCE
	Idx 810 -> glyfOff 0x000240FC
	Idx 811 -> glyfOff 0x0002410C
	Idx 812 -> glyfOff 0x00024288
	Idx 813 -> glyfOff 0x00024298
	Idx 814 -> glyfOff 0x000243DE
	Idx 815 -> glyfOff 0x000245AA
	Idx 816 -> glyfOff 0x000246B0
	Idx 817 -> glyfOff 0x00024830
	Idx 818 -> glyfOff 0x000249D0
	Idx 819 -> glyfOff 0x00024BF4
	Idx 820 -> glyfOff 0x00024D4E
	Idx 821 -> glyfOff 0x00024F30
	Idx 822 -> glyfOff 0x00025074
	Idx 823 -> glyfOff 0x000251A2
	Idx 824 -> glyfOff 0x000251CC
	Idx 825 -> glyfOff 0x000251F6
	Idx 826 -> glyfOff 0x00025220
	Idx 827 -> glyfOff 0x0002524A
	Idx 828 -> glyfOff 0x00025274
	Idx 829 -> glyfOff 0x0002529E
	Idx 830 -> glyfOff 0x000252C8
	Idx 831 -> glyfOff 0x000252F2
	Idx 832 -> glyfOff 0x0002531C
	Idx 833 -> glyfOff 0x00025346
	Idx 834 -> glyfOff 0x00025370
	Idx 835 -> glyfOff 0x0002539A
	Idx 836 -> glyfOff 0x000253C4
	Idx 837 -> glyfOff 0x000253EE
	Idx 838 -> glyfOff 0x00025418
	Idx 839 -> glyfOff 0x00025442
	Idx 840 -> glyfOff 0x0002567E
	Idx 841 -> glyfOff 0x000257FA
	Idx 842 -> glyfOff 0x0002593E
	Idx 843 -> glyfOff 0x00025B26
	Idx 844 -> glyfOff 0x00025C6E
	Idx 845 -> glyfOff 0x00025C98
	Idx 846 -> glyfOff 0x00025CC2
	Idx 847 -> glyfOff 0x00025CF2
	Idx 848 -> glyfOff 0x00025D22
	Idx 849 -> glyfOff 0x00025D72
	Idx 850 -> glyfOff 0x00025DC2
	Idx 851 -> glyfOff 0x00025E02
	Idx 852 -> glyfOff 0x00025E74
	Idx 853 -> glyfOff 0x00025EC8
	Idx 854 -> glyfOff 0x00025F26
	Idx 855 -> glyfOff 0x00025F7C
	Idx 856 -> glyfOff 0x00025FB2
	Idx 857 -> glyfOff 0x00025FF4
	Idx 858 -> glyfOff 0x0002603A
	Idx 859 -> glyfOff 0x00026084
	Idx 860 -> glyfOff 0x000260B4
	Idx 861 -> glyfOff 0x000260EC
	Idx 862 -> glyfOff 0x0002611C
	Idx 863 -> glyfOff 0x00026254
	Idx 864 -> glyfOff 0x0002659A
	Idx 865 -> glyfOff 0x000265C4
	Idx 866 -> glyfOff 0x000265EE
	Idx 867 -> glyfOff 0x00026618
	Idx 868 -> glyfOff 0x00026642
	Idx 869 -> glyfOff 0x0002666C
	Idx 870 -> glyfOff 0x00026696
	Idx 871 -> glyfOff 0x000266C0
	Idx 872 -> glyfOff 0x000266EA
	Idx 873 -> glyfOff 0x00026714
	Idx 874 -> glyfOff 0x0002673E
	Idx 875 -> glyfOff 0x00026768
	Idx 876 -> glyfOff 0x00026792
	Idx 877 -> glyfOff 0x000267BC
	Idx 878 -> glyfOff 0x000267E6
	Idx 879 -> glyfOff 0x00026810
	Idx 880 -> glyfOff 0x0002683A
	Idx 881 -> glyfOff 0x00026864
	Idx 882 -> glyfOff 0x0002688E
	Idx 883 -> glyfOff 0x000268B8
	Idx 884 -> glyfOff 0x000268E2
	Idx 885 -> glyfOff 0x0002690C
	Idx 886 -> glyfOff 0x00026936
	Idx 887 -> glyfOff 0x00026960
	Idx 888 -> glyfOff 0x0002698A
	Idx 889 -> glyfOff 0x000269B4
	Idx 890 -> glyfOff 0x000269DE
	Idx 891 -> glyfOff 0x00026A08
	Idx 892 -> glyfOff 0x00026A32
	Idx 893 -> glyfOff 0x00026AD0
	Idx 894 -> glyfOff 0x00026AE6
	Idx 895 -> glyfOff 0x00026B10
	Idx 896 -> glyfOff 0x00026DF0
	Idx 897 -> glyfOff 0x00026E00
	Idx 898 -> glyfOff 0x00026F1A
	Idx 899 -> glyfOff 0x0002703C
	Idx 900 -> glyfOff 0x0002717A
	Idx 901 -> glyfOff 0x000272BC
	Idx 902 -> glyfOff 0x00027462
	Idx 903 -> glyfOff 0x00027472
	Idx 904 -> glyfOff 0x000275B4
	Idx 905 -> glyfOff 0x00027704
	Idx 906 -> glyfOff 0x000278F4
	Idx 907 -> glyfOff 0x00027AC8
	Idx 908 -> glyfOff 0x00027BE0
	Idx 909 -> glyfOff 0x00027BF0
	Idx 910 -> glyfOff 0x00027C72
	Idx 911 -> glyfOff 0x00027D00
	Idx 912 -> glyfOff 0x00027E00
	Idx 913 -> glyfOff 0x00027E10
	Idx 914 -> glyfOff 0x00027EB0
	Idx 915 -> glyfOff 0x00027EC0
	Idx 916 -> glyfOff 0x00027FD6
	Idx 917 -> glyfOff 0x00028128
	Idx 918 -> glyfOff 0x00028258
	Idx 919 -> glyfOff 0x00028268
	Idx 920 -> glyfOff 0x00028336
	Idx 921 -> glyfOff 0x00028346
	Idx 922 -> glyfOff 0x000284BC
	Idx 923 -> glyfOff 0x000284CC
	Idx 924 -> glyfOff 0x000285E0
	Idx 925 -> glyfOff 0x000285F0
	Idx 926 -> glyfOff 0x00028724
	Idx 927 -> glyfOff 0x000288BA
	Idx 928 -> glyfOff 0x00028976
	Idx 929 -> glyfOff 0x00028986
	Idx 930 -> glyfOff 0x00028A84
	Idx 931 -> glyfOff 0x00028BDE
	Idx 932 -> glyfOff 0x00028C6A
	Idx 933 -> glyfOff 0x00028C7A
	Idx 934 -> glyfOff 0x00028DA4
	Idx 935 -> glyfOff 0x00028F30
	Idx 936 -> glyfOff 0x00028FEC
	Idx 937 -> glyfOff 0x00028FFC
	Idx 938 -> glyfOff 0x00029094
	Idx 939 -> glyfOff 0x000290A4
	Idx 940 -> glyfOff 0x00029170
	Idx 941 -> glyfOff 0x00029180
	Idx 942 -> glyfOff 0x00029258
	Idx 943 -> glyfOff 0x00029268
	Idx 944 -> glyfOff 0x00029370
	Idx 945 -> glyfOff 0x00029380
	Idx 946 -> glyfOff 0x00029546
	Idx 947 -> glyfOff 0x00029556
	Idx 948 -> glyfOff 0x000296AE
	Idx 949 -> glyfOff 0x000296BE
	Idx 950 -> glyfOff 0x00029928
	Idx 951 -> glyfOff 0x00029938
	Idx 952 -> glyfOff 0x00029B32
	Idx 953 -> glyfOff 0x00029B42
	Idx 954 -> glyfOff 0x00029CAC
	Idx 955 -> glyfOff 0x00029CBC
	Idx 956 -> glyfOff 0x00029DAC
	Idx 957 -> glyfOff 0x00029DBC
	Idx 958 -> glyfOff 0x00029F54
	Idx 959 -> glyfOff 0x00029F64
	Idx 960 -> glyfOff 0x0002A082
	Idx 961 -> glyfOff 0x0002A092
	Idx 962 -> glyfOff 0x0002A1D2
	Idx 963 -> glyfOff 0x0002A1E2
	Idx 964 -> glyfOff 0x0002A1F2
	Idx 965 -> glyfOff 0x0002A202
	Idx 966 -> glyfOff 0x0002A37A
	Idx 967 -> glyfOff 0x0002A38A
	Idx 968 -> glyfOff 0x0002A39A
	Idx 969 -> glyfOff 0x0002A3AA
	Idx 970 -> glyfOff 0x0002A4FC
	Idx 971 -> glyfOff 0x0002A64A
	Idx 972 -> glyfOff 0x0002A718
	Idx 973 -> glyfOff 0x0002A7FC
	Idx 974 -> glyfOff 0x0002A97C
	Idx 975 -> glyfOff 0x0002AAFE
	Idx 976 -> glyfOff 0x0002ABFE
	Idx 977 -> glyfOff 0x0002AD12
	Idx 978 -> glyfOff 0x0002AE56
	Idx 979 -> glyfOff 0x0002AE66
	Idx 980 -> glyfOff 0x0002AF54
	Idx 981 -> glyfOff 0x0002B02E
	Idx 982 -> glyfOff 0x0002B1CA
	Idx 983 -> glyfOff 0x0002B1DA
	Idx 984 -> glyfOff 0x0002B2F8
	Idx 985 -> glyfOff 0x0002B3FE
	Idx 986 -> glyfOff 0x0002B606
	Idx 987 -> glyfOff 0x0002B616
	Idx 988 -> glyfOff 0x0002B626
	Idx 989 -> glyfOff 0x0002B636
	Idx 990 -> glyfOff 0x0002B780
	Idx 991 -> glyfOff 0x0002B790
	Idx 992 -> glyfOff 0x0002B848
	Idx 993 -> glyfOff 0x0002B858
	Idx 994 -> glyfOff 0x0002B966
	Idx 995 -> glyfOff 0x0002B976
	Idx 996 -> glyfOff 0x0002BA62
	Idx 997 -> glyfOff 0x0002BA72
	Idx 998 -> glyfOff 0x0002BB90
	Idx 999 -> glyfOff 0x0002BBA0
	Idx 1000 -> glyfOff 0x0002BC3E
	Idx 1001 -> glyfOff 0x0002BC4E
	Idx 1002 -> glyfOff 0x0002BC5E
	Idx 1003 -> glyfOff 0x0002BD4C
	Idx 1004 -> glyfOff 0x0002BEC0
	Idx 1005 -> glyfOff 0x0002BFEC
	Idx 1006 -> glyfOff 0x0002C0E6
	Idx 1007 -> glyfOff 0x0002C0F6
	Idx 1008 -> glyfOff 0x0002C106
	Idx 1009 -> glyfOff 0x0002C116
	Idx 1010 -> glyfOff 0x0002C2B4
	Idx 1011 -> glyfOff 0x0002C46E
	Idx 1012 -> glyfOff 0x0002C53C
	Idx 1013 -> glyfOff 0x0002C54C
	Idx 1014 -> glyfOff 0x0002C7AC
	Idx 1015 -> glyfOff 0x0002C9F6
	Idx 1016 -> glyfOff 0x0002CC7C
	Idx 1017 -> glyfOff 0x0002CEE4
	Idx 1018 -> glyfOff 0x0002D168
	Idx 1019 -> glyfOff 0x0002D3DE
	Idx 1020 -> glyfOff 0x0002D5AE
	Idx 1021 -> glyfOff 0x0002D768
	Idx 1022 -> glyfOff 0x0002D792
	Idx 1023 -> glyfOff 0x0002D7BC
	Idx 1024 -> glyfOff 0x0002D7CC
	Idx 1025 -> glyfOff 0x0002D7DC
	Idx 1026 -> glyfOff 0x0002D806
	Idx 1027 -> glyfOff 0x0002D830
	Idx 1028 -> glyfOff 0x0002D85A
	Idx 1029 -> glyfOff 0x0002D86A
	Idx 1030 -> glyfOff 0x0002D87A
	Idx 1031 -> glyfOff 0x0002D8A4
	Idx 1032 -> glyfOff 0x0002D8CE
	Idx 1033 -> glyfOff 0x0002D8DE
	Idx 1034 -> glyfOff 0x0002D8EE
	Idx 1035 -> glyfOff 0x0002D918
	Idx 1036 -> glyfOff 0x0002D942
	Idx 1037 -> glyfOff 0x0002D96C
	Idx 1038 -> glyfOff 0x0002D97C
	Idx 1039 -> glyfOff 0x0002D98C
	Idx 1040 -> glyfOff 0x0002D99C
	Idx 1041 -> glyfOff 0x0002D9AC
	Idx 1042 -> glyfOff 0x0002D9BC
	Idx 1043 -> glyfOff 0x0002D9CC
	Idx 1044 -> glyfOff 0x0002D9F6
	Idx 1045 -> glyfOff 0x0002DA06
	Idx 1046 -> glyfOff 0x0002DA16
	Idx 1047 -> glyfOff 0x0002DA40
	Idx 1048 -> glyfOff 0x0002DA6A
	Idx 1049 -> glyfOff 0x0002DA94
	Idx 1050 -> glyfOff 0x0002DABE
	Idx 1051 -> glyfOff 0x0002DAE8
	Idx 1052 -> glyfOff 0x0002DB12
	Idx 1053 -> glyfOff 0x0002DB3C
	Idx 1054 -> glyfOff 0x0002DB66
	Idx 1055 -> glyfOff 0x0002DB90
	Idx 1056 -> glyfOff 0x0002DBBA
	Idx 1057 -> glyfOff 0x0002DBE4
	Idx 1058 -> glyfOff 0x0002DC0E
	Idx 1059 -> glyfOff 0x0002DC38
	Idx 1060 -> glyfOff 0x0002DC62
	Idx 1061 -> glyfOff 0x0002DC8C
	Idx 1062 -> glyfOff 0x0002DCB6
	Idx 1063 -> glyfOff 0x0002DCE0
	Idx 1064 -> glyfOff 0x0002DD0A
	Idx 1065 -> glyfOff 0x0002DD34
	Idx 1066 -> glyfOff 0x0002DD5E
	Idx 1067 -> glyfOff 0x0002DD88
	Idx 1068 -> glyfOff 0x0002DDB2
	Idx 1069 -> glyfOff 0x0002DDDC
	Idx 1070 -> glyfOff 0x0002DE06
	Idx 1071 -> glyfOff 0x0002DE30
	Idx 1072 -> glyfOff 0x0002DE5A
	Idx 1073 -> glyfOff 0x0002DE84
	Idx 1074 -> glyfOff 0x0002DEAE
	Idx 1075 -> glyfOff 0x0002DED8
	Idx 1076 -> glyfOff 0x0002DF02
	Idx 1077 -> glyfOff 0x0002DF2C
	Idx 1078 -> glyfOff 0x0002DF56
	Idx 1079 -> glyfOff 0x0002DF80
	Idx 1080 -> glyfOff 0x0002DFAA
	Idx 1081 -> glyfOff 0x0002DFD4
	Idx 1082 -> glyfOff 0x0002DFFE
	Idx 1083 -> glyfOff 0x0002E028
	Idx 1084 -> glyfOff 0x0002E052
	Idx 1085 -> glyfOff 0x0002E07C
	Idx 1086 -> glyfOff 0x0002E0A6
	Idx 1087 -> glyfOff 0x0002E0D0
	Idx 1088 -> glyfOff 0x0002E0FA
	Idx 1089 -> glyfOff 0x0002E124
	Idx 1090 -> glyfOff 0x0002E14E
	Idx 1091 -> glyfOff 0x0002E178
	Idx 1092 -> glyfOff 0x0002E1A2
	Idx 1093 -> glyfOff 0x0002E1CC
	Idx 1094 -> glyfOff 0x0002E1F6
	Idx 1095 -> glyfOff 0x0002E220
	Idx 1096 -> glyfOff 0x0002E24A
	Idx 1097 -> glyfOff 0x0002E274
	Idx 1098 -> glyfOff 0x0002E29E
	Idx 1099 -> glyfOff 0x0002E2C8
	Idx 1100 -> glyfOff 0x0002E2F2
	Idx 1101 -> glyfOff 0x0002E392
	Idx 1102 -> glyfOff 0x0002E3D6
	Idx 1103 -> glyfOff 0x0002E44C
	Idx 1104 -> glyfOff 0x0002E476
	Idx 1105 -> glyfOff 0x0002E4A0
	Idx 1106 -> glyfOff 0x0002E4CA
	Idx 1107 -> glyfOff 0x0002E4F4
	Idx 1108 -> glyfOff 0x0002E51E
	Idx 1109 -> glyfOff 0x0002E548
	Idx 1110 -> glyfOff 0x0002E572
	Idx 1111 -> glyfOff 0x0002E59C
	Idx 1112 -> glyfOff 0x0002E5C6
	Idx 1113 -> glyfOff 0x0002E5F0
	Idx 1114 -> glyfOff 0x0002E61A
	Idx 1115 -> glyfOff 0x0002E644
	Idx 1116 -> glyfOff 0x0002E66E
	Idx 1117 -> glyfOff 0x0002E698
	Idx 1118 -> glyfOff 0x0002E6C2
	Idx 1119 -> glyfOff 0x0002E6EC
	Idx 1120 -> glyfOff 0x0002E716
	Idx 1121 -> glyfOff 0x0002E740
	Idx 1122 -> glyfOff 0x0002E76A
	Idx 1123 -> glyfOff 0x0002E794
	Idx 1124 -> glyfOff 0x0002E7BE
	Idx 1125 -> glyfOff 0x0002E7E8
	Idx 1126 -> glyfOff 0x0002E812
	Idx 1127 -> glyfOff 0x0002E83C
	Idx 1128 -> glyfOff 0x0002E870
	Idx 1129 -> glyfOff 0x0002E8A4
	Idx 1130 -> glyfOff 0x0002E8D8
	Idx 1131 -> glyfOff 0x0002EA6A
	Idx 1132 -> glyfOff 0x0002EC06
	Idx 1133 -> glyfOff 0x0002EDA2
	Idx 1134 -> glyfOff 0x0002EF2E
	Idx 1135 -> glyfOff 0x0002EF74
	Idx 1136 -> glyfOff 0x0002EFBA
	Idx 1137 -> glyfOff 0x0002F028
	Idx 1138 -> glyfOff 0x0002F084
	Idx 1139 -> glyfOff 0x0002F0D6
	Idx 1140 -> glyfOff 0x0002F146
	Idx 1141 -> glyfOff 0x0002F21E
	Idx 1142 -> glyfOff 0x0002F2EA
	Idx 1143 -> glyfOff 0x0002F3C2
	Idx 1144 -> glyfOff 0x0002F48E
	Idx 1145 -> glyfOff 0x0002F52E
	Idx 1146 -> glyfOff 0x0002F648
	Idx 1147 -> glyfOff 0x0002F6FC
	Idx 1148 -> glyfOff 0x0002F77E
	Idx 1149 -> glyfOff 0x0002F7D8
	Idx 1150 -> glyfOff 0x0002F818
	Idx 1151 -> glyfOff 0x0002F936
	Idx 1152 -> glyfOff 0x0002FA80
	Idx 1153 -> glyfOff 0x0002FC18
	Idx 1154 -> glyfOff 0x0002FC74
	Idx 1155 -> glyfOff 0x0002FCD2
	Idx 1156 -> glyfOff 0x0002FD2E
	Idx 1157 -> glyfOff 0x0002FD8A
	Idx 1158 -> glyfOff 0x0002FE3E
	Idx 1159 -> glyfOff 0x0002FEF4
	Idx 1160 -> glyfOff 0x0002FFA0
	Idx 1161 -> glyfOff 0x0003004C
	Idx 1162 -> glyfOff 0x000300F8
	Idx 1163 -> glyfOff 0x000301B0
	Idx 1164 -> glyfOff 0x00030268
	Idx 1165 -> glyfOff 0x00030320
	Idx 1166 -> glyfOff 0x00030332
	Idx 1167 -> glyfOff 0x00030344
	Idx 1168 -> glyfOff 0x00030356
	Idx 1169 -> glyfOff 0x00030368
	Idx 1170 -> glyfOff 0x0003037A
	Idx 1171 -> glyfOff 0x000303E8
	Idx 1172 -> glyfOff 0x00030456
	Idx 1173 -> glyfOff 0x0003050E
	Idx 1174 -> glyfOff 0x00030520
	Idx 1175 -> glyfOff 0x00030532
	Idx 1176 -> glyfOff 0x00030544
	Idx 1177 -> glyfOff 0x00030554
	Idx 1178 -> glyfOff 0x00030566
	Idx 1179 -> glyfOff 0x00030578
	Idx 1180 -> glyfOff 0x0003058A
	Idx 1181 -> glyfOff 0x0003059C
	Idx 1182 -> glyfOff 0x000305AE
	Idx 1183 -> glyfOff 0x000305C0
	Idx 1184 -> glyfOff 0x0003066E
	Idx 1185 -> glyfOff 0x0003071A
	Idx 1186 -> glyfOff 0x000307C8
	Idx 1187 -> glyfOff 0x00030874
	Idx 1188 -> glyfOff 0x0003090C
	Idx 1189 -> glyfOff 0x00030946
	Idx 1190 -> glyfOff 0x00030970
	Idx 1191 -> glyfOff 0x0003099A
	Idx 1192 -> glyfOff 0x000309EE
	Idx 1193 -> glyfOff 0x00030A40
	Idx 1194 -> glyfOff 0x00030ABC
	Idx 1195 -> glyfOff 0x00030B06
	Idx 1196 -> glyfOff 0x00030B82
	Idx 1197 -> glyfOff 0x00030BD6
	Idx 1198 -> glyfOff 0x00030C5A
	Idx 1199 -> glyfOff 0x00030CAC
	Idx 1200 -> glyfOff 0x00030D22
	Idx 1201 -> glyfOff 0x00030D7A
	Idx 1202 -> glyfOff 0x00030DE0
	Idx 1203 -> glyfOff 0x00030E36
	Idx 1204 -> glyfOff 0x00030E90
	Idx 1205 -> glyfOff 0x00030F0E
	Idx 1206 -> glyfOff 0x00030F5A
	Idx 1207 -> glyfOff 0x00030FB8
	Idx 1208 -> glyfOff 0x0003101C
	Idx 1209 -> glyfOff 0x0003106A
	Idx 1210 -> glyfOff 0x000310B8
	Idx 1211 -> glyfOff 0x00031110
	Idx 1212 -> glyfOff 0x00031158
	Idx 1213 -> glyfOff 0x00031182
	Idx 1214 -> glyfOff 0x000311B0
	Idx 1215 -> glyfOff 0x000311D6
	Idx 1216 -> glyfOff 0x0003120A
	Idx 1217 -> glyfOff 0x0003123A
	Idx 1218 -> glyfOff 0x0003126A
	Idx 1219 -> glyfOff 0x000312BC
	Idx 1220 -> glyfOff 0x0003132A
	Idx 1221 -> glyfOff 0x00031380
	Idx 1222 -> glyfOff 0x000313F4
	Idx 1223 -> glyfOff 0x00031448
	Idx 1224 -> glyfOff 0x000314BC
	Idx 1225 -> glyfOff 0x00031502
	Idx 1226 -> glyfOff 0x0003156A
	Idx 1227 -> glyfOff 0x000315B0
	Idx 1228 -> glyfOff 0x0003160C
	Idx 1229 -> glyfOff 0x0003163C
	Idx 1230 -> glyfOff 0x00031676
	Idx 1231 -> glyfOff 0x0003169C
	Idx 1232 -> glyfOff 0x000316CC
	Idx 1233 -> glyfOff 0x000316F2
	Idx 1234 -> glyfOff 0x00031718
	Idx 1235 -> glyfOff 0x0003174A
	Idx 1236 -> glyfOff 0x0003177A
	Idx 1237 -> glyfOff 0x000317CC
	Idx 1238 -> glyfOff 0x00031832
	Idx 1239 -> glyfOff 0x00031888
	Idx 1240 -> glyfOff 0x000318EE
	Idx 1241 -> glyfOff 0x00031942
	Idx 1242 -> glyfOff 0x000319B0
	Idx 1243 -> glyfOff 0x000319F2
	Idx 1244 -> glyfOff 0x00031A52
	Idx 1245 -> glyfOff 0x00031A94
	Idx 1246 -> glyfOff 0x00031AE0
	Idx 1247 -> glyfOff 0x00031B1A
	Idx 1248 -> glyfOff 0x00031B56
	Idx 1249 -> glyfOff 0x00031B90
	Idx 1250 -> glyfOff 0x00031BCC
	Idx 1251 -> glyfOff 0x00031C00
	Idx 1252 -> glyfOff 0x00031C32
	Idx 1253 -> glyfOff 0x00031C62
	Idx 1254 -> glyfOff 0x00031C92
	Idx 1255 -> glyfOff 0x00031CBC
	Idx 1256 -> glyfOff 0x00031CE2
	Idx 1257 -> glyfOff 0x00031D0C
	Idx 1258 -> glyfOff 0x00031D3A
	Idx 1259 -> glyfOff 0x00031D64
	Idx 1260 -> glyfOff 0x00031DB0
	Idx 1261 -> glyfOff 0x00031DF4
	Idx 1262 -> glyfOff 0x00031E2A
	Idx 1263 -> glyfOff 0x00031E66
	Idx 1264 -> glyfOff 0x00031E9A
	Idx 1265 -> glyfOff 0x00031EC8
	Idx 1266 -> glyfOff 0x00031F06
	Idx 1267 -> glyfOff 0x00031F36
	Idx 1268 -> glyfOff 0x00031F70
	Idx 1269 -> glyfOff 0x00031F9A
	Idx 1270 -> glyfOff 0x00031FC8
	Idx 1271 -> glyfOff 0x00031FEE
	Idx 1272 -> glyfOff 0x00032014
	Idx 1273 -> glyfOff 0x00032040
	Idx 1274 -> glyfOff 0x0003209C
	Idx 1275 -> glyfOff 0x000320CC
	Idx 1276 -> glyfOff 0x000320FC
	Idx 1277 -> glyfOff 0x0003212C
	Idx 1278 -> glyfOff 0x00032164
	Idx 1279 -> glyfOff 0x00032198
	Idx 1280 -> glyfOff 0x000321C6
	Idx 1281 -> glyfOff 0x000321F6
	Idx 1282 -> glyfOff 0x00032226
	Idx 1283 -> glyfOff 0x00032256
	Idx 1284 -> glyfOff 0x00032286
	Idx 1285 -> glyfOff 0x000322BA
	Idx 1286 -> glyfOff 0x00032310
	Idx 1287 -> glyfOff 0x00032344
	Idx 1288 -> glyfOff 0x000323A4
	Idx 1289 -> glyfOff 0x000323D8
	Idx 1290 -> glyfOff 0x00032430
	Idx 1291 -> glyfOff 0x00032464
	Idx 1292 -> glyfOff 0x000324C0
	Idx 1293 -> glyfOff 0x0003255E
	Idx 1294 -> glyfOff 0x0003262C
	Idx 1295 -> glyfOff 0x0003274C
	Idx 1296 -> glyfOff 0x00032814
	Idx 1297 -> glyfOff 0x000328A4
	Idx 1298 -> glyfOff 0x0003293A
	Idx 1299 -> glyfOff 0x00032B26
	Idx 1300 -> glyfOff 0x00032D22
	Idx 1301 -> glyfOff 0x00032E9A
	Idx 1302 -> glyfOff 0x00033016
	Idx 1303 -> glyfOff 0x000331C0
	Idx 1304 -> glyfOff 0x00033372
	Idx 1305 -> glyfOff 0x0003345A
	Idx 1306 -> glyfOff 0x00033590
	Idx 1307 -> glyfOff 0x00033688
	Idx 1308 -> glyfOff 0x0003379A
	Idx 1309 -> glyfOff 0x000338B8
	Idx 1310 -> glyfOff 0x000339EE
	Idx 1311 -> glyfOff 0x00033B58
	Idx 1312 -> glyfOff 0x00033CC6
	Idx 1313 -> glyfOff 0x00033E5C
	Idx 1314 -> glyfOff 0x00033FD8
	Idx 1315 -> glyfOff 0x000340E8
	Idx 1316 -> glyfOff 0x000341F8
	Idx 1317 -> glyfOff 0x00034324
	Idx 1318 -> glyfOff 0x00034460
	Idx 1319 -> glyfOff 0x000345A2
	           Ends at 0x00034726

'glyf' Table - Glyph Data
-------------------------
Size = 214822 bytes, 1320 entries
	Glyph   0: off = 0x00000000, len = 108
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	66
	00000: PUSHB[5]              2     1   228     6     7 
	00006: PUSHW[1]            665 
	00009: NPUSHB      (19):     0     5     4   228     3     0    10     7     4   228 
	                             1     0    25     8     6     5   228     2     3 
	00030: PUSHW[5]            561     9   409   302    24 
	00041: CALL       
	00042: SRP0       
	00043: MIRP[srp0,nmd,rd,2] 
	00044: ALIGNRP    
	00045: MIRP[srp0,md,rd,1] 
	00046: ALIGNRP    
	00047: FLIPOFF    
	00048: SRP0       
	00049: MIRP[srp0,nmd,rd,0] 
	00050: ALIGNRP    
	00051: FLIPON     
	00052: MIRP[srp0,md,rd,1] 
	00053: ALIGNRP    
	00054: SVTCA[y-axis] 
	00055: MIAP[rd+ci] 
	00056: ALIGNRP    
	00057: MIRP[srp0,md,rd,1] 
	00058: ALIGNRP    
	00059: SRP0       
	00060: MIRP[srp0,md,rd,0] 
	00061: ALIGNRP    
	00062: MIRP[srp0,md,rd,1] 
	00063: ALIGNRP    
	00064: IUP[y]     
	00065: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph   1: off = 0x0000006C, len = 0

	Glyph   2: off = 0x0000006C, len = 0

	Glyph   3: off = 0x0000006C, len = 0

	Glyph   4: off = 0x0000006C, len = 172
	  numberOfContours:	2
	  xMin:			176
	  yMin:			0
	  xMax:			399
	  yMax:			1466

	EndPoints
	---------
	  0:  5
	  1:  9

	  Length of Instructions:	125
	00000: PUSHB[2]              6     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: PUSHB[3]              2     0     5 
	00010: PUSHW[1]            687 
	00013: NPUSHB      (11):     8    60     6    10     9    58     4    60     6    58 
	                             1 
	00026: SVTCA[x-axis] 
	00027: MDAP[rd]   
	00028: MIRP[nrp0,nmd,rd,0] 
	00029: MIRP[srp0,md,rd,1] 
	00030: MIRP[nrp0,nmd,rd,0] 
	00031: SVTCA[y-axis] 
	00032: MIAP[rd+ci] 
	00033: MIRP[srp0,md,rd,1] 
	00034: MIRP[nrp0,nmd,rd,2] 
	00035: MIAP[rd+ci] 
	00036: ELSE       
	00037: PUSHB[2]             28     5 
	00040: PUSHW[1]            687 
	00043: NPUSHB      (38):     8    60     6     2     0     6    10    11   203     3 
	                             9    58     5    56     4    60     0    56     6    58 
	                             1     3    60     2     2    32     1     1     1   203 
	                            10    10    11   129    33   161   152    24 
	00083: CALL       
	00084: CALL       
	00085: FLIPOFF    
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,0] 
	00088: DELTAP1    
	00089: ALIGNRP    
	00090: FLIPON     
	00091: SRP0       
	00092: MIRP[nrp0,md,rd,1] 
	00093: SRP0       
	00094: MIRP[nrp0,nmd,rd,0] 
	00095: MIRP[nrp0,nmd,rd,0] 
	00096: MIRP[srp0,md,rd,1] 
	00097: MIRP[nrp0,nmd,rd,0] 
	00098: MIRP[nrp0,nmd,rd,0] 
	00099: SRP0       
	00100: MIRP[nrp0,md,rd,2] 
	00101: SVTCA[y-axis] 
	00102: MIAP[rd+ci] 
	00103: MIAP[rd+ci] 
	00104: FLIPON     
	00105: SRP0       
	00106: MIRP[srp0,md,rd,1] 
	00107: MIRP[nrp0,nmd,rd,2] 
	00108: MPPEM      
	00109: GTEQ       
	00110: IF         
	00111: PUSHB[4]              5     4     0     1 
	00116: SVTCA[x-axis] 
	00117: SRP0       
	00118: ALIGNRP    
	00119: SRP0       
	00120: ALIGNRP    
	00121: EIF        
	00122: EIF        
	00123: IUP[y]     
	00124: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                              X-Short On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual                         On
	  5:                              X-Short On
	  6:                              X-Short On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual                 X-Short On
	  9:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   231,   364)  ->  Abs (   231,   364)
	  1: Rel (   -55,   777)  ->  Abs (   176,  1141)
	  2: Rel (     0,   325)  ->  Abs (   176,  1466)
	  3: Rel (   223,     0)  ->  Abs (   399,  1466)
	  4: Rel (     0,  -325)  ->  Abs (   399,  1141)
	  5: Rel (   -52,  -777)  ->  Abs (   347,   364)
	  6: Rel (  -163,  -364)  ->  Abs (   184,     0)
	  7: Rel (     0,   205)  ->  Abs (   184,   205)
	  8: Rel (   207,     0)  ->  Abs (   391,   205)
	  9: Rel (     0,  -205)  ->  Abs (   391,     0)

	Glyph   5: off = 0x00000118, len = 168
	  numberOfContours:	2
	  xMin:			94
	  yMin:			947
	  xMax:			631
	  yMax:			1466

	EndPoints
	---------
	  0:  5
	  1:  11

	  Length of Instructions:	117
	00000: PUSHW[2]              0    -8 
	00005: PUSHB[4]             34    37    52     5 
	00010: PUSHW[1]             -8 
	00013: NPUSHB      (34):    38    41    52    11     6    10     7     5     0     4 
	                             1     0     5     5     6    11   238     9     8     8 
	                             3     3     2     0     7     8    60    10    15     9 
	                           128     9     2     9 
	00049: PUSHW[1]            -64 
	00052: NPUSHB      (21):    13    15    52     9   222     1     3     4    60     2 
	                             1    64    13    17    52     1    25    12   113   167 
	                            24 
	00075: CALL       
	00076: FLIPOFF    
	00077: SRP0       
	00078: MIRP[srp0,nmd,rd,0] 
	00079: CALL       
	00080: ALIGNRP    
	00081: FLIPON     
	00082: MIRP[srp0,md,rd,1] 
	00083: ALIGNRP    
	00084: SRP0       
	00085: MIRP[srp0,md,rd,1] 
	00086: CALL       
	00087: DELTAP1    
	00088: ALIGNRP    
	00089: MIRP[srp0,md,rd,1] 
	00090: ALIGNRP    
	00091: SVTCA[y-axis] 
	00092: MIAP[rd+ci] 
	00093: ALIGNRP    
	00094: SRP0       
	00095: ALIGNRP    
	00096: SRP0       
	00097: ALIGNRP    
	00098: MIRP[srp0,md,rd,1] 
	00099: ALIGNRP    
	00100: ALIGNRP    
	00101: SRP0       
	00102: ALIGNRP    
	00103: SVTCA[x-axis] 
	00104: SRP1       
	00105: SRP2       
	00106: IP         
	00107: IP         
	00108: SRP1       
	00109: SRP2       
	00110: IP         
	00111: IP         
	00112: IUP[y]     
	00113: IUP[x]     
	00114: SVTCA[x-axis] 
	00115: CALL       
	00116: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                              X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual         Y-Short         On
	  5:                              X-Short On
	  6:  YDual XDual                 X-Short On
	  7:                              X-Short On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short         On
	 11:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   144,   947)  ->  Abs (   144,   947)
	  1: Rel (   -50,   279)  ->  Abs (    94,  1226)
	  2: Rel (     0,   240)  ->  Abs (    94,  1466)
	  3: Rel (   205,     0)  ->  Abs (   299,  1466)
	  4: Rel (     0,  -240)  ->  Abs (   299,  1226)
	  5: Rel (   -45,  -279)  ->  Abs (   254,   947)
	  6: Rel (   221,     0)  ->  Abs (   475,   947)
	  7: Rel (   -49,   279)  ->  Abs (   426,  1226)
	  8: Rel (     0,   240)  ->  Abs (   426,  1466)
	  9: Rel (   205,     0)  ->  Abs (   631,  1466)
	 10: Rel (     0,  -240)  ->  Abs (   631,  1226)
	 11: Rel (   -48,  -279)  ->  Abs (   583,   947)

	Glyph   6: off = 0x000001C0, len = 418
	  numberOfContours:	2
	  xMin:			21
	  yMin:			-25
	  xMax:			1113
	  yMax:			1491

	EndPoints
	---------
	  0:  27
	  1:  31

	  Length of Instructions:	305
	00000: NPUSHB     (135):    40    29    56    29     2     9     4     9    29     2 
	                            87    15   183    19   183    28   199    19   199    28 
	                           248    29     6     1     2    21     0     9     4     3 
	                            20     0     9     5     6    17     0     9     8     7 
	                            16     0     9    11     7    16    27    10    12     7 
	                            16    24    13    15     7    16    23    14    18     6 
	                            17    23    14    19     3    20    23    14    22     2 
	                            21    23    14    25     2    21    24    13    26     2 
	                            21    27    10    28     3    20    27    10    29     3 
	                            20    24    13    30     6    17    24    13    31     6 
	                            17    27    10    10    27    27    37     0     9    20 
	                             0     0     9    13    24    24    37    23    14    20 
	                            23    23    14    21     2    37    20     3     3     0 
	                            16     7    37    17     6 
	00137: PUSHW[1]            438 
	00140: NPUSHB      (56):    14    14    13    13    10    10     9     0    27    24 
	                            24    23    23     0    10    21    20    20    17    16 
	                            62    14     7     6     6     3     2    62     0    24 
	                           148    13    23   148    13    37    14    64    17    57 
	                            79    14   159    14     2    14   117    33    10   148 
	                            27     9   148    27    37     0 
	00198: PUSHW[1]            -64 
	00201: PUSHB[6]             17    57    32     0     1     0 
	00208: PUSHW[1]            673 
	00211: PUSHB[4]             32   169   104    24 
	00216: CALL       
	00217: SRP0       
	00218: MIRP[srp0,nmd,rd,2] 
	00219: DELTAP1    
	00220: CALL       
	00221: MIRP[nrp0,md,rd,1] 
	00222: MIRP[nrp0,nmd,rd,0] 
	00223: SRP0       
	00224: MIRP[nrp0,nmd,rd,0] 
	00225: SRP0       
	00226: MIRP[srp0,nmd,rd,2] 
	00227: DELTAP1    
	00228: CALL       
	00229: MIRP[nrp0,md,rd,1] 
	00230: MIRP[nrp0,nmd,rd,0] 
	00231: SRP0       
	00232: MIRP[nrp0,nmd,rd,0] 
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,0] 
	00235: ALIGNRP    
	00236: ALIGNRP    
	00237: SRP0       
	00238: ALIGNRP    
	00239: SRP0       
	00240: MIRP[srp0,nmd,rd,0] 
	00241: ALIGNRP    
	00242: ALIGNRP    
	00243: SRP0       
	00244: ALIGNRP    
	00245: SVTCA[y-axis] 
	00246: MIAP[rd+ci] 
	00247: ALIGNRP    
	00248: SRP0       
	00249: ALIGNRP    
	00250: SRP0       
	00251: ALIGNRP    
	00252: MIAP[rd+ci] 
	00253: ALIGNRP    
	00254: SRP0       
	00255: ALIGNRP    
	00256: SRP0       
	00257: ALIGNRP    
	00258: SRP0       
	00259: MIRP[srp0,md,rd,1] 
	00260: ALIGNRP    
	00261: MIRP[srp0,md,rd,1] 
	00262: ALIGNRP    
	00263: SRP1       
	00264: IP         
	00265: MDAP[rd]   
	00266: ALIGNRP    
	00267: MIRP[srp0,md,rd,1] 
	00268: ALIGNRP    
	00269: SDPVTL[1]  
	00270: SFVTCA[x-axis] 
	00271: MDAP[nrd]  
	00272: CALL       
	00273: RDTG       
	00274: SRP0       
	00275: MDRP[nrp0,nmd,rd,0] 
	00276: SDPVTL[1]  
	00277: MDAP[nrd]  
	00278: RTG        
	00279: CALL       
	00280: RDTG       
	00281: SRP0       
	00282: MDRP[nrp0,nmd,rd,0] 
	00283: ISECT      
	00284: ISECT      
	00285: ISECT      
	00286: ISECT      
	00287: ISECT      
	00288: ISECT      
	00289: ISECT      
	00290: ISECT      
	00291: ISECT      
	00292: ISECT      
	00293: ISECT      
	00294: ISECT      
	00295: ISECT      
	00296: ISECT      
	00297: ISECT      
	00298: ISECT      
	00299: IUP[y]     
	00300: IUP[x]     
	00301: SVTCA[x-axis] 
	00302: DELTAP1    
	00303: DELTAP1    
	00304: DELTAP2    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:        XDual                 X-Short On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                 X-Short On
	  6:  YDual                               On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual                 X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                              X-Short On
	 12:  YDual                               On
	 13:        XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:                              X-Short On
	 16:  YDual XDual                 X-Short On
	 17:        XDual         Y-Short         On
	 18:  YDual                       X-Short On
	 19:                              X-Short On
	 20:  YDual                               On
	 21:        XDual         Y-Short         On
	 22:  YDual                               On
	 23:                              X-Short On
	 24:  YDual                       X-Short On
	 25:        XDual                 X-Short On
	 26:  YDual                               On
	 27:                              X-Short On
	 28:        XDual                 X-Short On
	 29:  YDual                               On
	 30:        XDual                 X-Short On
	 31:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   103,   -25)  ->  Abs (   103,   -25)
	  1: Rel (    87,   426)  ->  Abs (   190,   401)
	  2: Rel (  -169,     0)  ->  Abs (    21,   401)
	  3: Rel (     0,   149)  ->  Abs (    21,   550)
	  4: Rel (   199,     0)  ->  Abs (   220,   550)
	  5: Rel (    74,   363)  ->  Abs (   294,   913)
	  6: Rel (  -273,     0)  ->  Abs (    21,   913)
	  7: Rel (     0,   149)  ->  Abs (    21,  1062)
	  8: Rel (   303,     0)  ->  Abs (   324,  1062)
	  9: Rel (    87,   429)  ->  Abs (   411,  1491)
	 10: Rel (   150,     0)  ->  Abs (   561,  1491)
	 11: Rel (   -87,  -429)  ->  Abs (   474,  1062)
	 12: Rel (   315,     0)  ->  Abs (   789,  1062)
	 13: Rel (    87,   429)  ->  Abs (   876,  1491)
	 14: Rel (   151,     0)  ->  Abs (  1027,  1491)
	 15: Rel (   -87,  -429)  ->  Abs (   940,  1062)
	 16: Rel (   173,     0)  ->  Abs (  1113,  1062)
	 17: Rel (     0,  -149)  ->  Abs (  1113,   913)
	 18: Rel (  -203,     0)  ->  Abs (   910,   913)
	 19: Rel (   -75,  -363)  ->  Abs (   835,   550)
	 20: Rel (   278,     0)  ->  Abs (  1113,   550)
	 21: Rel (     0,  -149)  ->  Abs (  1113,   401)
	 22: Rel (  -308,     0)  ->  Abs (   805,   401)
	 23: Rel (   -87,  -426)  ->  Abs (   718,   -25)
	 24: Rel (  -150,     0)  ->  Abs (   568,   -25)
	 25: Rel (    86,   426)  ->  Abs (   654,   401)
	 26: Rel (  -314,     0)  ->  Abs (   340,   401)
	 27: Rel (   -87,  -426)  ->  Abs (   253,   -25)
	 28: Rel (   117,   575)  ->  Abs (   370,   550)
	 29: Rel (   314,     0)  ->  Abs (   684,   550)
	 30: Rel (    75,   363)  ->  Abs (   759,   913)
	 31: Rel (  -315,     0)  ->  Abs (   444,   913)

	Glyph   7: off = 0x00000362, len = 646
	  numberOfContours:	3
	  xMin:			73
	  yMin:			-211
	  xMax:			1043
	  yMax:			1601

	EndPoints
	---------
	  0:  42
	  1:  49
	  2:  56

	  Length of Instructions:	468
	00000: NPUSHB      (37):   124    30     1     4    48    44    54    54    47    70 
	                            33    85    33    80    47    93    54   106     3    99 
	                            47   122     3   119    33   115    47   123    54   135 
	                            33   128    47   142    54    16    49 
	00039: PUSHW[1]            -34 
	00042: PUSHB[8]             11    57    30    32    32    36    52    44 
	00051: PUSHW[1]            -32 
	00054: NPUSHB      (44):    32    35    52   106     8    56    42    22    12    55 
	                            32    22    42    48    33    11     0    21    12    55 
	                            49    48    33     0    21    55    33    48    48   202 
	                            12    55    20    12    12    55    48    12    33    55 
	                             4    23    50     6 
	00100: PUSHW[1]            676 
	00103: PUSHB[7]             80     5     1     5   237     1    28 
	00111: PUSHW[3]            676    27   685 
	00118: PUSHB[4]             23    31   211    43 
	00123: PUSHW[1]            309 
	00126: NPUSHB      (10):    20    21    22   128    23    23    20     5     0    42 
	00138: PUSHW[1]            311 
	00141: PUSHB[3]              1    10    50 
	00145: PUSHW[1]            309 
	00148: PUSHB[5]             41   211     1    13    28 
	00154: PUSHW[3]            312    27   664 
	00161: PUSHB[3]             53   115    38 
	00165: PUSHW[1]            -64 
	00168: NPUSHB      (10):    18    57    48    38    64    38   128    38     3    38 
	00180: PUSHW[1]            594 
	00183: NPUSHB      (15):    42    22    23    23    31    31    32    32    56    56 
	                            50    50    41    41    42 
	00200: PUSHW[1]            403 
	00203: NPUSHB      (22):     0    21    20    20    43    43    49    49    11    11 
	                            10    10    48     0    64     0   128     0   208     0 
	                             4     0 
	00227: PUSHW[1]            524 
	00230: NPUSHB       (9):     5    46   115   111    16   127    16     2    16 
	00241: PUSHW[3]            398     6   312 
	00248: NPUSHB      (15):    63     5    79     5   127     5   143     5     4     5 
	                            25    57   199   139    24 
	00265: CALL       
	00266: FLIPOFF    
	00267: SRP0       
	00268: MIRP[srp0,nmd,rd,0] 
	00269: DELTAP1    
	00270: FLIPON     
	00271: MIRP[nrp0,md,rd,1] 
	00272: MIRP[srp0,nmd,rd,0] 
	00273: DELTAP2    
	00274: MIRP[nrp0,md,rd,1] 
	00275: SRP0       
	00276: MIRP[srp0,nmd,rd,0] 
	00277: DELTAP1    
	00278: ALIGNRP    
	00279: SRP0       
	00280: ALIGNRP    
	00281: SRP0       
	00282: ALIGNRP    
	00283: SRP0       
	00284: ALIGNRP    
	00285: SRP0       
	00286: ALIGNRP    
	00287: SRP0       
	00288: ALIGNRP    
	00289: SRP0       
	00290: MIRP[srp0,md,rd,1] 
	00291: ALIGNRP    
	00292: SRP0       
	00293: ALIGNRP    
	00294: SRP0       
	00295: ALIGNRP    
	00296: SRP0       
	00297: ALIGNRP    
	00298: SRP0       
	00299: ALIGNRP    
	00300: SRP0       
	00301: ALIGNRP    
	00302: SRP0       
	00303: ALIGNRP    
	00304: SRP0       
	00305: MIRP[srp0,nmd,rd,0] 
	00306: DELTAP1    
	00307: CALL       
	00308: MIRP[nrp0,md,rd,1] 
	00309: MIRP[srp0,nmd,rd,0] 
	00310: MIRP[nrp0,md,rd,1] 
	00311: SVTCA[y-axis] 
	00312: MIAP[rd+ci] 
	00313: MIRP[srp0,nmd,rd,0] 
	00314: MIRP[srp0,md,rd,1] 
	00315: ALIGNRP    
	00316: SRP0       
	00317: MIRP[srp0,nmd,rd,0] 
	00318: ALIGNRP    
	00319: MIAP[rd+ci] 
	00320: ALIGNRP    
	00321: SRP0       
	00322: MIRP[srp0,nmd,rd,0] 
	00323: ALIGNRP    
	00324: SRP0       
	00325: MIRP[srp0,md,rd,1] 
	00326: MIRP[nrp0,nmd,rd,0] 
	00327: SRP0       
	00328: MIRP[srp0,md,rd,1] 
	00329: MIRP[nrp0,nmd,rd,0] 
	00330: SRP0       
	00331: MIRP[srp0,md,rd,1] 
	00332: DELTAP1    
	00333: MIRP[nrp0,nmd,rd,0] 
	00334: SRP1       
	00335: SRP2       
	00336: SLOOP      
	00337: IP         
	00338: SDPVTL[1]  
	00339: SFVTPV     
	00340: MDAP[nrd]  
	00341: CALL       
	00342: SDPVTL[1]  
	00343: SFVTPV     
	00344: RDTG       
	00345: MDRP[nrp0,nmd,rd,0] 
	00346: ISECT      
	00347: ISECT      
	00348: ISECT      
	00349: ISECT      
	00350: IUP[y]     
	00351: IUP[x]     
	00352: RTG        
	00353: RS         
	00354: JROF       
	00355: NPUSHB      (74):    33    55    12    19    36    37    35    37    34    37 
	                             3     6    18    38    14    15    13    15     2     6 
	                            55    33    53    79     1    51    40    53    79     1 
	                            44    19    46    79     0    48    12    46    79     0 
	                            54    37    56    79     1    33    32    55    56    52 
	                            39    50    79     0    51    50    45    17    43    79 
	                             1    44    43    19    20    47    15    49    79     0 
	                            48    49    12    11 
	00431: SVTCA[y-axis] 
	00432: SRP0       
	00433: ALIGNRP    
	00434: SRP0       
	00435: ALIGNRP    
	00436: CALL       
	00437: SRP0       
	00438: ALIGNRP    
	00439: SRP0       
	00440: ALIGNRP    
	00441: CALL       
	00442: SRP0       
	00443: ALIGNRP    
	00444: CALL       
	00445: SRP0       
	00446: ALIGNRP    
	00447: SRP0       
	00448: ALIGNRP    
	00449: CALL       
	00450: SVTCA[x-axis] 
	00451: CALL       
	00452: CALL       
	00453: CALL       
	00454: CALL       
	00455: LOOPCALL   
	00456: CALL       
	00457: LOOPCALL   
	00458: FLIPRGON   
	00459: FLIPRGON   
	00460: SVTCA[x-axis] 
	00461: CALL       
	00462: CALL       
	00463: SVTCA[y-axis] 
	00464: CALL       
	00465: DELTAP1    
	00466: SVTCA[x-axis] 
	00467: DELTAP1    

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual       Rep-  2 Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual                         On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual                 X-Short On
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:                      Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual               Y-Short X-Short On
	 32:        XDual                         On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short On
	 35:        XDual Rep-  2 Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:        XDual         Y-Short         On
	 43:                              X-Short On
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short On
	 50:        XDual                 X-Short On
	 51:  YDual XDual         Y-Short X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         Off
	 55:  YDual               Y-Short X-Short Off
	 56:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   510,  -211)  ->  Abs (   510,  -211)
	  1: Rel (     0,   180)  ->  Abs (   510,   -31)
	  2: Rel (  -135,    17)  ->  Abs (   375,   -14)
	  3: Rel (  -169,    87)  ->  Abs (   206,    73)
	  4: Rel (  -123,   194)  ->  Abs (    83,   267)
	  5: Rel (   -10,   140)  ->  Abs (    73,   407)
	  6: Rel (   181,    34)  ->  Abs (   254,   441)
	  7: Rel (    21,  -145)  ->  Abs (   275,   296)
	  8: Rel (    53,   -68)  ->  Abs (   328,   228)
	  9: Rel (    76,   -96)  ->  Abs (   404,   132)
	 10: Rel (   106,   -11)  ->  Abs (   510,   121)
	 11: Rel (     0,   573)  ->  Abs (   510,   694)
	 12: Rel (  -111,    21)  ->  Abs (   399,   715)
	 13: Rel (  -116,    65)  ->  Abs (   283,   780)
	 14: Rel (   -86,    48)  ->  Abs (   197,   828)
	 15: Rel (   -93,   170)  ->  Abs (   104,   998)
	 16: Rel (     0,   108)  ->  Abs (   104,  1106)
	 17: Rel (     0,   192)  ->  Abs (   104,  1298)
	 18: Rel (   136,   119)  ->  Abs (   240,  1417)
	 19: Rel (    91,    80)  ->  Abs (   331,  1497)
	 20: Rel (   179,    18)  ->  Abs (   510,  1515)
	 21: Rel (     0,    86)  ->  Abs (   510,  1601)
	 22: Rel (   106,     0)  ->  Abs (   616,  1601)
	 23: Rel (     0,   -86)  ->  Abs (   616,  1515)
	 24: Rel (   157,   -15)  ->  Abs (   773,  1500)
	 25: Rel (    92,   -77)  ->  Abs (   865,  1423)
	 26: Rel (   118,   -98)  ->  Abs (   983,  1325)
	 27: Rel (    24,  -171)  ->  Abs (  1007,  1154)
	 28: Rel (  -186,   -28)  ->  Abs (   821,  1126)
	 29: Rel (   -16,   106)  ->  Abs (   805,  1232)
	 30: Rel (  -101,   113)  ->  Abs (   704,  1345)
	 31: Rel (   -88,    18)  ->  Abs (   616,  1363)
	 32: Rel (     0,  -519)  ->  Abs (   616,   844)
	 33: Rel (   136,   -34)  ->  Abs (   752,   810)
	 34: Rel (    44,   -19)  ->  Abs (   796,   791)
	 35: Rel (    84,   -37)  ->  Abs (   880,   754)
	 36: Rel (   106,  -106)  ->  Abs (   986,   648)
	 37: Rel (    57,  -146)  ->  Abs (  1043,   502)
	 38: Rel (     0,   -85)  ->  Abs (  1043,   417)
	 39: Rel (     0,  -187)  ->  Abs (  1043,   230)
	 40: Rel (  -238,  -250)  ->  Abs (   805,   -20)
	 41: Rel (  -189,    -9)  ->  Abs (   616,   -29)
	 42: Rel (     0,  -182)  ->  Abs (   616,  -211)
	 43: Rel (  -106,  1576)  ->  Abs (   510,  1365)
	 44: Rel (  -105,   -16)  ->  Abs (   405,  1349)
	 45: Rel (  -121,  -136)  ->  Abs (   284,  1213)
	 46: Rel (     0,   -93)  ->  Abs (   284,  1120)
	 47: Rel (     0,   -92)  ->  Abs (   284,  1028)
	 48: Rel (   103,  -124)  ->  Abs (   387,   904)
	 49: Rel (   123,   -37)  ->  Abs (   510,   867)
	 50: Rel (   106,  -746)  ->  Abs (   616,   121)
	 51: Rel (   105,    13)  ->  Abs (   721,   134)
	 52: Rel (   137,   156)  ->  Abs (   858,   290)
	 53: Rel (     0,   115)  ->  Abs (   858,   405)
	 54: Rel (     0,    98)  ->  Abs (   858,   503)
	 55: Rel (   -97,   119)  ->  Abs (   761,   622)
	 56: Rel (  -145,    47)  ->  Abs (   616,   669)

	Glyph   8: off = 0x000005E8, len = 424
	  numberOfContours:	5
	  xMin:			119
	  yMin:			-54
	  xMax:			1695
	  yMax:			1491

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  27
	  3:  39
	  4:  51

	  Length of Instructions:	263
	00000: NPUSHB      (10):   144    25   144    26     2   104     8    26    27    27 
	00012: PUSHW[1]            666 
	00015: NPUSHB      (15):    24    25    20    24    24    25    24    27    21    15 
	                            25    26    49    43    18 
	00032: PUSHW[5]            671     9   357    12   671 
	00043: NPUSHB      (11):     3    26    25    25     3     1    27    24    24    37 
	                            40 
	00056: PUSHW[5]            671    31   357    46   671 
	00067: PUSHB[3]             37    11    28 
	00071: PUSHW[5]            666    43   256    49   666 
	00082: PUSHB[4]             34   172    53     6 
	00087: PUSHW[5]            666    21   256    15   666 
	00098: NPUSHB       (9):    32     0     1     0   117    52    87    90    24 
	00109: CALL       
	00110: SRP0       
	00111: MIRP[srp0,nmd,rd,2] 
	00112: DELTAP1    
	00113: MIRP[nrp0,md,rd,1] 
	00114: MIRP[srp0,nmd,rd,0] 
	00115: MIRP[nrp0,md,rd,1] 
	00116: SRP0       
	00117: MIRP[srp0,nmd,rd,2] 
	00118: MIRP[nrp0,md,rd,1] 
	00119: MIRP[srp0,nmd,rd,0] 
	00120: MIRP[nrp0,md,rd,1] 
	00121: SVTCA[y-axis] 
	00122: MIAP[rd+ci] 
	00123: MIRP[nrp0,md,rd,1] 
	00124: MIRP[srp0,md,rd,1] 
	00125: MIRP[nrp0,md,rd,1] 
	00126: SRP0       
	00127: ALIGNRP    
	00128: SRP0       
	00129: ALIGNRP    
	00130: MIAP[rd+ci] 
	00131: ALIGNRP    
	00132: SRP0       
	00133: ALIGNRP    
	00134: SRP0       
	00135: MIRP[nrp0,md,rd,1] 
	00136: MIRP[srp0,md,rd,1] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: SVTCA[x-axis] 
	00139: SRP1       
	00140: SRP2       
	00141: IP         
	00142: IP         
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: IP         
	00147: SDPVTL[1]  
	00148: MDAP[nrd]  
	00149: CALL       
	00150: RDTG       
	00151: SRP0       
	00152: MDRP[nrp0,nmd,rd,0] 
	00153: IUP[y]     
	00154: IUP[x]     
	00155: RTG        
	00156: RS         
	00157: JROF       
	00158: NPUSHB      (82):     1    51    41    30    43    31     0    51    32    49 
	                            31     1    45    38    43    31     0    47    36    49 
	                            31     1    13     2    15    31     0    23     4    21 
	                            31     1    17    10    15    31     0    19     8    21 
	                            31     1    42    29    40    31     1    50    33    40 
	                            31     1    44    39    46    31     0    48    35    46 
	                            31     0    14     1    12    31     1    22     5    12 
	                            31     1    16    11    18    31     0    20     7    18 
	                            31     0 
	00242: SVTCA[y-axis] 
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: SVTCA[x-axis] 
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: FLIPRGON   
	00261: SVTCA[x-axis] 
	00262: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:                                      On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:                              X-Short On
	 25:                                      On
	 26:  YDual XDual                 X-Short On
	 27:                                      On
	 28:                                      On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:                                      On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:        XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   119,  1114)  ->  Abs (   119,  1114)
	  1: Rel (     0,   157)  ->  Abs (   119,  1271)
	  2: Rel (   158,   220)  ->  Abs (   277,  1491)
	  3: Rel (   150,     0)  ->  Abs (   427,  1491)
	  4: Rel (   138,     0)  ->  Abs (   565,  1491)
	  5: Rel (   181,  -197)  ->  Abs (   746,  1294)
	  6: Rel (     0,  -191)  ->  Abs (   746,  1103)
	  7: Rel (     0,  -186)  ->  Abs (   746,   917)
	  8: Rel (  -183,  -201)  ->  Abs (   563,   716)
	  9: Rel (  -134,     0)  ->  Abs (   429,   716)
	 10: Rel (  -133,     0)  ->  Abs (   296,   716)
	 11: Rel (  -177,   198)  ->  Abs (   119,   914)
	 12: Rel (   313,   453)  ->  Abs (   432,  1367)
	 13: Rel (   -67,     0)  ->  Abs (   365,  1367)
	 14: Rel (   -89,  -116)  ->  Abs (   276,  1251)
	 15: Rel (     0,  -155)  ->  Abs (   276,  1096)
	 16: Rel (     0,  -141)  ->  Abs (   276,   955)
	 17: Rel (    90,  -115)  ->  Abs (   366,   840)
	 18: Rel (    66,     0)  ->  Abs (   432,   840)
	 19: Rel (    68,     0)  ->  Abs (   500,   840)
	 20: Rel (    89,   116)  ->  Abs (   589,   956)
	 21: Rel (     0,   154)  ->  Abs (   589,  1110)
	 22: Rel (     0,   142)  ->  Abs (   589,  1252)
	 23: Rel (   -90,   115)  ->  Abs (   499,  1367)
	 24: Rel (   -66, -1421)  ->  Abs (   433,   -54)
	 25: Rel (   802,  1545)  ->  Abs (  1235,  1491)
	 26: Rel (   146,     0)  ->  Abs (  1381,  1491)
	 27: Rel (  -799, -1545)  ->  Abs (   582,   -54)
	 28: Rel (   485,   398)  ->  Abs (  1067,   344)
	 29: Rel (     0,   158)  ->  Abs (  1067,   502)
	 30: Rel (   158,   219)  ->  Abs (  1225,   721)
	 31: Rel (   151,     0)  ->  Abs (  1376,   721)
	 32: Rel (   138,     0)  ->  Abs (  1514,   721)
	 33: Rel (   181,  -197)  ->  Abs (  1695,   524)
	 34: Rel (     0,  -191)  ->  Abs (  1695,   333)
	 35: Rel (     0,  -186)  ->  Abs (  1695,   147)
	 36: Rel (  -183,  -201)  ->  Abs (  1512,   -54)
	 37: Rel (  -135,     0)  ->  Abs (  1377,   -54)
	 38: Rel (  -133,     0)  ->  Abs (  1244,   -54)
	 39: Rel (  -177,   199)  ->  Abs (  1067,   145)
	 40: Rel (   314,   452)  ->  Abs (  1381,   597)
	 41: Rel (   -68,     0)  ->  Abs (  1313,   597)
	 42: Rel (   -89,  -116)  ->  Abs (  1224,   481)
	 43: Rel (     0,  -155)  ->  Abs (  1224,   326)
	 44: Rel (     0,  -140)  ->  Abs (  1224,   186)
	 45: Rel (    90,  -116)  ->  Abs (  1314,    70)
	 46: Rel (    66,     0)  ->  Abs (  1380,    70)
	 47: Rel (    69,     0)  ->  Abs (  1449,    70)
	 48: Rel (    89,   116)  ->  Abs (  1538,   186)
	 49: Rel (     0,   154)  ->  Abs (  1538,   340)
	 50: Rel (     0,   142)  ->  Abs (  1538,   482)
	 51: Rel (   -90,   115)  ->  Abs (  1448,   597)

	Glyph   9: off = 0x00000790, len = 490
	  numberOfContours:	3
	  xMin:			88
	  yMin:			-34
	  xMax:			1319
	  yMax:			1491

	EndPoints
	---------
	  0:  31
	  1:  44
	  2:  54

	  Length of Instructions:	317
	00000: NPUSHB     (200):   122    21   114    22   114    23   122    46   122    47 
	                           134    22   166    47   221     0     8   150    29   163 
	                            22     2   137    47   131    54     2   131    28   132 
	                            33     2   180    22     1    96    23    97    33     2 
	                            22    21    64    22   106     0     3   170    30   218 
	                            22     2   115    28   115    29     2   117    26   114 
	                            27     2   117     0   123    22     2   138    23   131 
	                            27     2   169    21   174    22     2   131    30   138 
	                            32     2   138    10   131    28     2   203    32   198 
	                            39     2   205    22   194    27     2   186    26   198 
	                            20     2   105    54   186    22     2   105    23   101 
	                            51     2   101    47     1    86    51    92    54     2 
	                            70    51    90    31     2    77    22    66    27     2 
	                            48    26    57    31     2    38    27    36    32     2 
	                             0    45    45    30    45    46    10    10     0    27 
	                            22    22    29    21    32    22    22    32    32   186 
	                            10    45    20    10    10    45    38    41    16     1 
	                            52    41    30    58     3    11    27   134    29    35 
	                            94    96    19   112    19   160    19     3    47    19 
	                            64    19     2    19   220    29   143    24     1    24 
	00202: PUSHW[1]            602 
	00205: NPUSHB      (28):    25    62    30   114    32    29     1    29    56    56 
	                            41    94   160    13     1    13   160    49    94    32 
	                             7     1     7   106    55   113   152    24 
	00235: CALL       
	00236: SRP0       
	00237: MIRP[srp0,nmd,rd,2] 
	00238: DELTAP1    
	00239: MIRP[nrp0,md,rd,1] 
	00240: MIRP[srp0,nmd,rd,0] 
	00241: DELTAP1    
	00242: MIRP[nrp0,md,rd,1] 
	00243: SRP0       
	00244: MIRP[srp0,nmd,rd,0] 
	00245: DELTAP1    
	00246: MIRP[nrp0,nmd,rd,0] 
	00247: MIRP[srp0,nmd,rd,0] 
	00248: MIRP[nrp0,md,rd,1] 
	00249: DELTAP1    
	00250: SRP0       
	00251: MIRP[srp0,nmd,rd,0] 
	00252: DELTAP1    
	00253: DELTAP1    
	00254: MIRP[nrp0,md,rd,1] 
	00255: SRP0       
	00256: MIRP[nrp0,nmd,rd,0] 
	00257: SVTCA[y-axis] 
	00258: MIAP[rd+ci] 
	00259: MIRP[nrp0,nmd,rd,0] 
	00260: MIRP[nrp0,md,rd,1] 
	00261: MIAP[rd+ci] 
	00262: MIRP[nrp0,md,rd,1] 
	00263: SDPVTL[1]  
	00264: SFVTPV     
	00265: MDAP[nrd]  
	00266: CALL       
	00267: SFVTPV     
	00268: RDTG       
	00269: SRP0       
	00270: MDRP[nrp0,nmd,rd,0] 
	00271: SPVTL[p1,p2] 
	00272: SFVTPV     
	00273: ALIGNRP    
	00274: SDPVTL[1]  
	00275: SFVTPV     
	00276: SRP0       
	00277: MDRP[nrp0,nmd,rd,0] 
	00278: SPVTL[p1,p2] 
	00279: SFVTPV     
	00280: SRP0       
	00281: ALIGNRP    
	00282: ALIGNRP    
	00283: SDPVTL[1]  
	00284: SFVTPV     
	00285: SRP0       
	00286: MDRP[nrp0,nmd,rd,0] 
	00287: IUP[y]     
	00288: IUP[x]     
	00289: SVTCA[x-axis] 
	00290: DELTAP1    
	00291: DELTAP1    
	00292: DELTAP1    
	00293: DELTAP1    
	00294: DELTAP1    
	00295: DELTAP1    
	00296: DELTAP1    
	00297: DELTAP1    
	00298: DELTAP1    
	00299: DELTAP1    
	00300: DELTAP1    
	00301: DELTAP1    
	00302: DELTAP1    
	00303: DELTAP1    
	00304: DELTAP1    
	00305: DELTAP1    
	00306: DELTAP1    
	00307: DELTAP1    
	00308: DELTAP1    
	00309: SVTCA[y-axis] 
	00310: DELTAP1    
	00311: DELTAP1    
	00312: DELTAP1    
	00313: DELTAP1    
	00314: DELTAP1    
	00315: DELTAP1    
	00316: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short         On
	 22:                                      On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:                      Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:                                      On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:                      Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short X-Short On
	 45:                                      On
	 46:                                      On
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:        XDual         Y-Short X-Short Off
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off
	 54:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   973,   173)  ->  Abs (   973,   173)
	  1: Rel (   -89,   -99)  ->  Abs (   884,    74)
	  2: Rel (  -210,   -99)  ->  Abs (   674,   -25)
	  3: Rel (  -122,     0)  ->  Abs (   552,   -25)
	  4: Rel (  -225,     0)  ->  Abs (   327,   -25)
	  5: Rel (  -132,   152)  ->  Abs (   195,   127)
	  6: Rel (  -107,   124)  ->  Abs (    88,   251)
	  7: Rel (     0,   153)  ->  Abs (    88,   404)
	  8: Rel (     0,   136)  ->  Abs (    88,   540)
	  9: Rel (   175,   219)  ->  Abs (   263,   759)
	 10: Rel (   174,    83)  ->  Abs (   437,   842)
	 11: Rel (   -99,   114)  ->  Abs (   338,   956)
	 12: Rel (   -66,   142)  ->  Abs (   272,  1098)
	 13: Rel (     0,    66)  ->  Abs (   272,  1164)
	 14: Rel (     0,   132)  ->  Abs (   272,  1296)
	 15: Rel (   207,   195)  ->  Abs (   479,  1491)
	 16: Rel (   157,     0)  ->  Abs (   636,  1491)
	 17: Rel (   150,     0)  ->  Abs (   786,  1491)
	 18: Rel (   191,  -184)  ->  Abs (   977,  1307)
	 19: Rel (     0,  -129)  ->  Abs (   977,  1178)
	 20: Rel (     0,  -209)  ->  Abs (   977,   969)
	 21: Rel (  -277,  -148)  ->  Abs (   700,   821)
	 22: Rel (   263,  -335)  ->  Abs (   963,   486)
	 23: Rel (    45,    88)  ->  Abs (  1008,   574)
	 24: Rel (    25,   116)  ->  Abs (  1033,   690)
	 25: Rel (   187,   -40)  ->  Abs (  1220,   650)
	 26: Rel (   -48,  -192)  ->  Abs (  1172,   458)
	 27: Rel (   -82,  -124)  ->  Abs (  1090,   334)
	 28: Rel (   101,  -134)  ->  Abs (  1191,   200)
	 29: Rel (   128,   -91)  ->  Abs (  1319,   109)
	 30: Rel (  -121,  -143)  ->  Abs (  1198,   -34)
	 31: Rel (  -109,    70)  ->  Abs (  1089,    36)
	 32: Rel (  -482,   901)  ->  Abs (   607,   937)
	 33: Rel (   117,    69)  ->  Abs (   724,  1006)
	 34: Rel (    69,   104)  ->  Abs (   793,  1110)
	 35: Rel (     0,    63)  ->  Abs (   793,  1173)
	 36: Rel (     0,    75)  ->  Abs (   793,  1248)
	 37: Rel (   -95,    95)  ->  Abs (   698,  1343)
	 38: Rel (   -71,     0)  ->  Abs (   627,  1343)
	 39: Rel (   -73,     0)  ->  Abs (   554,  1343)
	 40: Rel (   -97,   -94)  ->  Abs (   457,  1249)
	 41: Rel (     0,   -68)  ->  Abs (   457,  1181)
	 42: Rel (     0,   -34)  ->  Abs (   457,  1147)
	 43: Rel (    35,   -75)  ->  Abs (   492,  1072)
	 44: Rel (    35,   -42)  ->  Abs (   527,  1030)
	 45: Rel (   333,  -715)  ->  Abs (   860,   315)
	 46: Rel (  -330,   409)  ->  Abs (   530,   724)
	 47: Rel (  -146,   -87)  ->  Abs (   384,   637)
	 48: Rel (  -102,  -149)  ->  Abs (   282,   488)
	 49: Rel (     0,   -73)  ->  Abs (   282,   415)
	 50: Rel (     0,   -89)  ->  Abs (   282,   326)
	 51: Rel (   142,  -192)  ->  Abs (   424,   134)
	 52: Rel (   130,     0)  ->  Abs (   554,   134)
	 53: Rel (    81,     0)  ->  Abs (   635,   134)
	 54: Rel (   173,   101)  ->  Abs (   808,   235)

	Glyph  10: off = 0x0000097A, len = 70
	  numberOfContours:	1
	  xMin:			90
	  yMin:			947
	  xMax:			295
	  yMax:			1466

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	38
	00000: NPUSHB      (21):     0     5     3     1     5   238     2     0     3   129 
	                            32     1   144     1     2     1   106     6   113   167 
	                            24 
	00023: CALL       
	00024: SRP0       
	00025: MIRP[srp0,nmd,rd,2] 
	00026: DELTAP1    
	00027: MIRP[nrp0,md,rd,1] 
	00028: SVTCA[y-axis] 
	00029: MIAP[rd+ci] 
	00030: MIRP[nrp0,md,rd,1] 
	00031: SVTCA[x-axis] 
	00032: SRP1       
	00033: SRP2       
	00034: IP         
	00035: IP         
	00036: IUP[y]     
	00037: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                              X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual         Y-Short         On
	  5:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   136,   947)  ->  Abs (   136,   947)
	  1: Rel (   -46,   274)  ->  Abs (    90,  1221)
	  2: Rel (     0,   245)  ->  Abs (    90,  1466)
	  3: Rel (   205,     0)  ->  Abs (   295,  1466)
	  4: Rel (     0,  -245)  ->  Abs (   295,  1221)
	  5: Rel (   -48,  -274)  ->  Abs (   247,   947)

	Glyph  11: off = 0x000009C0, len = 128
	  numberOfContours:	1
	  xMin:			124
	  yMin:			-431
	  xMax:			608
	  yMax:			1491

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	61
	00000: NPUSHB      (10):    39    15     1     0    16    18     7     8    16    16 
	00012: PUSHW[1]            307 
	00015: PUSHB[4]              0   159    14     8 
	00020: PUSHW[1]            307 
	00023: NPUSHB      (17):     7   159    14    94     0     3    16     3    32     3 
	                             3     3   172    17   157   140    24 
	00042: CALL       
	00043: SRP0       
	00044: MIRP[srp0,nmd,rd,2] 
	00045: DELTAP1    
	00046: MIRP[srp0,md,rd,1] 
	00047: MIRP[srp0,nmd,rd,2] 
	00048: MIRP[nrp0,md,rd,1] 
	00049: SRP0       
	00050: MIRP[srp0,nmd,rd,2] 
	00051: MIRP[nrp0,md,rd,1] 
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: ALIGNRP    
	00055: MIAP[rd+ci] 
	00056: ALIGNRP    
	00057: IUP[y]     
	00058: IUP[x]     
	00059: SVTCA[x-axis] 
	00060: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:                              X-Short Off
	  3:        XDual                         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual                 X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual                         Off
	 16:                                      On

	Coordinates
	-----------
	  0: Rel (   479,  -431)  ->  Abs (   479,  -431)
	  1: Rel (  -149,   188)  ->  Abs (   330,  -243)
	  2: Rel (  -206,   504)  ->  Abs (   124,   261)
	  3: Rel (     0,   270)  ->  Abs (   124,   531)
	  4: Rel (     0,   238)  ->  Abs (   124,   769)
	  5: Rel (    77,   218)  ->  Abs (   201,   987)
	  6: Rel (    90,   253)  ->  Abs (   291,  1240)
	  7: Rel (   188,   251)  ->  Abs (   479,  1491)
	  8: Rel (   129,     0)  ->  Abs (   608,  1491)
	  9: Rel (  -121,  -208)  ->  Abs (   487,  1283)
	 10: Rel (   -39,   -89)  ->  Abs (   448,  1194)
	 11: Rel (   -61,  -138)  ->  Abs (   387,  1056)
	 12: Rel (   -35,  -150)  ->  Abs (   352,   906)
	 13: Rel (   -43,  -187)  ->  Abs (   309,   719)
	 14: Rel (     0,  -189)  ->  Abs (   309,   530)
	 15: Rel (     0,  -481)  ->  Abs (   309,    49)
	 16: Rel (   299,  -480)  ->  Abs (   608,  -431)

	Glyph  12: off = 0x00000A40, len = 166
	  numberOfContours:	1
	  xMin:			124
	  yMin:			-431
	  xMax:			608
	  yMax:			1491

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	101
	00000: NPUSHB      (12):    40     2    40    16     2     9    10    16     1     0 
	                            18     9 
	00014: PUSHW[1]            307 
	00017: PUSHB[4]             10   159     3     1 
	00022: PUSHW[1]            307 
	00025: PUSHB[5]              0   159     3    94    14 
	00031: PUSHW[1]            -16 
	00034: PUSHB[5]             16    16     2    85    14 
	00040: PUSHW[1]             -8 
	00043: PUSHB[5]             15    15     2    85    14 
	00049: PUSHW[1]            -28 
	00052: PUSHB[5]             13    13     2    85    14 
	00058: PUSHW[1]            -20 
	00061: NPUSHB      (15):    10    10     2    85    15    14    31    14     2    14 
	                           172    18   157   140    24 
	00078: CALL       
	00079: SRP0       
	00080: MIRP[srp0,nmd,rd,2] 
	00081: DELTAP1    
	00082: CALL       
	00083: CALL       
	00084: CALL       
	00085: CALL       
	00086: MIRP[srp0,md,rd,1] 
	00087: MIRP[srp0,nmd,rd,2] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: SRP0       
	00090: MIRP[srp0,nmd,rd,2] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: SVTCA[y-axis] 
	00093: MIAP[rd+ci] 
	00094: ALIGNRP    
	00095: MIAP[rd+ci] 
	00096: ALIGNRP    
	00097: IUP[y]     
	00098: IUP[x]     
	00099: SVTCA[x-axis] 
	00100: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:                                      Off
	  3:        XDual                         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual                         Off
	 16:                              X-Short Off

	Coordinates
	-----------
	  0: Rel (   253,  -431)  ->  Abs (   253,  -431)
	  1: Rel (  -129,     0)  ->  Abs (   124,  -431)
	  2: Rel (   299,   480)  ->  Abs (   423,    49)
	  3: Rel (     0,   481)  ->  Abs (   423,   530)
	  4: Rel (     0,   188)  ->  Abs (   423,   718)
	  5: Rel (   -43,   185)  ->  Abs (   380,   903)
	  6: Rel (   -34,   150)  ->  Abs (   346,  1053)
	  7: Rel (   -61,   138)  ->  Abs (   285,  1191)
	  8: Rel (   -39,    90)  ->  Abs (   246,  1281)
	  9: Rel (  -122,   210)  ->  Abs (   124,  1491)
	 10: Rel (   129,     0)  ->  Abs (   253,  1491)
	 11: Rel (   188,  -251)  ->  Abs (   441,  1240)
	 12: Rel (    90,  -253)  ->  Abs (   531,   987)
	 13: Rel (    77,  -218)  ->  Abs (   608,   769)
	 14: Rel (     0,  -238)  ->  Abs (   608,   531)
	 15: Rel (     0,  -270)  ->  Abs (   608,   261)
	 16: Rel (  -207,  -504)  ->  Abs (   401,  -243)

	Glyph  13: off = 0x00000AE6, len = 224
	  numberOfContours:	1
	  xMin:			64
	  yMin:			867
	  xMax:			725
	  yMax:			1491

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	134
	00000: NPUSHB      (74):    11     1    11    10    27     1    27    10     4    10 
	                             9    12    14    15    16    17     7     6    11     1 
	                             2    24    22    21    20    19     7     0     4     3 
	                             8    23    18    13     7     7     6     5    24    23 
	                            22    21    19    18    17    16    15    13    12    11 
	                            20     4     7     3     8     1    10     6     5    11 
	                             0     0    16    32    20     1    20   191     6     5 
	                             0    11   165     6 
	00076: PUSHW[1]            405 
	00079: NPUSHB      (13):     5   165     0    64    17    19    52     0    25    25 
	                           112   140    24 
	00094: CALL       
	00095: FLIPOFF    
	00096: SRP0       
	00097: MIRP[srp0,nmd,rd,0] 
	00098: CALL       
	00099: FLIPON     
	00100: MIRP[srp0,nmd,rd,0] 
	00101: MIRP[srp0,md,rd,1] 
	00102: MIRP[nrp0,nmd,rd,0] 
	00103: SVTCA[y-axis] 
	00104: MIAP[rd+ci] 
	00105: ALIGNRP    
	00106: MIRP[srp0,md,rd,1] 
	00107: DELTAP1    
	00108: ALIGNRP    
	00109: IP         
	00110: MDAP[rd]   
	00111: ALIGNRP    
	00112: SRP2       
	00113: SLOOP      
	00114: IP         
	00115: SRP2       
	00116: SLOOP      
	00117: IP         
	00118: SVTCA[x-axis] 
	00119: SRP1       
	00120: SRP2       
	00121: SLOOP      
	00122: IP         
	00123: SRP2       
	00124: SLOOP      
	00125: IP         
	00126: SRP1       
	00127: SRP2       
	00128: SLOOP      
	00129: IP         
	00130: IUP[y]     
	00131: IUP[x]     
	00132: SVTCA[y-axis] 
	00133: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual XDual                 X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:  YDual               Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    64,  1197)  ->  Abs (    64,  1197)
	  1: Rel (    46,   142)  ->  Abs (   110,  1339)
	  2: Rel (   159,   -56)  ->  Abs (   269,  1283)
	  3: Rel (    72,   -41)  ->  Abs (   341,  1242)
	  4: Rel (   -19,   181)  ->  Abs (   322,  1423)
	  5: Rel (    -1,    68)  ->  Abs (   321,  1491)
	  6: Rel (   145,     0)  ->  Abs (   466,  1491)
	  7: Rel (    -3,   -99)  ->  Abs (   463,  1392)
	  8: Rel (   -20,  -149)  ->  Abs (   443,  1243)
	  9: Rel (   103,    52)  ->  Abs (   546,  1295)
	 10: Rel (   133,    44)  ->  Abs (   679,  1339)
	 11: Rel (    46,  -142)  ->  Abs (   725,  1197)
	 12: Rel (  -127,   -42)  ->  Abs (   598,  1155)
	 13: Rel (  -122,   -14)  ->  Abs (   476,  1141)
	 14: Rel (    61,   -53)  ->  Abs (   537,  1088)
	 15: Rel (   111,  -136)  ->  Abs (   648,   952)
	 16: Rel (  -120,   -85)  ->  Abs (   528,   867)
	 17: Rel (   -58,    79)  ->  Abs (   470,   946)
	 18: Rel (   -79,   136)  ->  Abs (   391,  1082)
	 19: Rel (   -74,  -141)  ->  Abs (   317,   941)
	 20: Rel (   -56,   -74)  ->  Abs (   261,   867)
	 21: Rel (  -118,    85)  ->  Abs (   143,   952)
	 22: Rel (   116,   143)  ->  Abs (   259,  1095)
	 23: Rel (    50,    46)  ->  Abs (   309,  1141)
	 24: Rel (  -129,    25)  ->  Abs (   180,  1166)

	Glyph  14: off = 0x00000BC6, len = 104
	  numberOfContours:	1
	  xMin:			114
	  yMin:			237
	  xMax:			1082
	  yMax:			1206

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	56
	00000: NPUSHB      (31):     0   110     9     2   249     8     3   110     5     7 
	                             6     9   110    10     4    10   249     5     1   110 
	                            63     2    79     2     2     2    25    12    87    90 
	                            24 
	00033: CALL       
	00034: FLIPOFF    
	00035: SRP0       
	00036: MIRP[srp0,nmd,rd,0] 
	00037: DELTAP1    
	00038: FLIPON     
	00039: MIRP[srp0,nmd,rd,0] 
	00040: ALIGNRP    
	00041: MIRP[nrp0,md,rd,1] 
	00042: ALIGNRP    
	00043: SRP0       
	00044: MIRP[nrp0,nmd,rd,0] 
	00045: ALIGNRP    
	00046: ALIGNRP    
	00047: SVTCA[y-axis] 
	00048: MDAP[rd]   
	00049: MIRP[srp0,nmd,rd,0] 
	00050: ALIGNRP    
	00051: MIRP[srp0,md,rd,1] 
	00052: ALIGNRP    
	00053: MIRP[srp0,nmd,rd,0] 
	00054: IUP[y]     
	00055: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:        XDual         Y-Short         On
	 10:  YDual                               On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   513,   237)  ->  Abs (   513,   237)
	  1: Rel (     0,   402)  ->  Abs (   513,   639)
	  2: Rel (  -399,     0)  ->  Abs (   114,   639)
	  3: Rel (     0,   168)  ->  Abs (   114,   807)
	  4: Rel (   399,     0)  ->  Abs (   513,   807)
	  5: Rel (     0,   399)  ->  Abs (   513,  1206)
	  6: Rel (   170,     0)  ->  Abs (   683,  1206)
	  7: Rel (     0,  -399)  ->  Abs (   683,   807)
	  8: Rel (   399,     0)  ->  Abs (  1082,   807)
	  9: Rel (     0,  -168)  ->  Abs (  1082,   639)
	 10: Rel (  -399,     0)  ->  Abs (   683,   639)
	 11: Rel (     0,  -402)  ->  Abs (   683,   237)

	Glyph  15: off = 0x00000C2E, len = 120
	  numberOfContours:	1
	  xMin:			170
	  yMin:			-290
	  xMax:			387
	  yMax:			205

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	78
	00000: PUSHB[6]             10     3     0     7   171     6 
	00007: PUSHW[1]            336 
	00010: NPUSHB      (38):     1     3    60     2     2     1    10     1    60     0 
	                            10     2     3     1     3    60     0     6    56     7 
	                            58    79     0    95     0   111     0   127     0   160 
	                             0     5     0   160    11   161   152    24 
	00050: CALL       
	00051: SRP0       
	00052: MIRP[srp0,nmd,rd,0] 
	00053: DELTAP1    
	00054: MIRP[srp0,nmd,rd,0] 
	00055: MIRP[nrp0,nmd,rd,0] 
	00056: SRP0       
	00057: MIRP[nrp0,md,rd,1] 
	00058: ALIGNRP    
	00059: SRP0       
	00060: ALIGNRP    
	00061: SVTCA[y-axis] 
	00062: MIAP[rd+ci] 
	00063: MIRP[nrp0,md,rd,1] 
	00064: ALIGNRP    
	00065: SRP0       
	00066: ALIGNRP    
	00067: SRP0       
	00068: MIRP[nrp0,md,rd,1] 
	00069: SRP0       
	00070: MIRP[srp0,md,rd,1] 
	00071: MIRP[nrp0,md,rd,1] 
	00072: SVTCA[x-axis] 
	00073: SRP1       
	00074: SRP2       
	00075: IP         
	00076: IUP[y]     
	00077: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   182,     0)  ->  Abs (   182,     0)
	  1: Rel (     0,   205)  ->  Abs (   182,   205)
	  2: Rel (   205,     0)  ->  Abs (   387,   205)
	  3: Rel (     0,  -205)  ->  Abs (   387,     0)
	  4: Rel (     0,  -113)  ->  Abs (   387,  -113)
	  5: Rel (   -80,  -139)  ->  Abs (   307,  -252)
	  6: Rel (   -87,   -38)  ->  Abs (   220,  -290)
	  7: Rel (   -50,    77)  ->  Abs (   170,  -213)
	  8: Rel (    57,    25)  ->  Abs (   227,  -188)
	  9: Rel (    54,    97)  ->  Abs (   281,   -91)
	 10: Rel (     3,    91)  ->  Abs (   284,     0)

	Glyph  16: off = 0x00000CA6, len = 70
	  numberOfContours:	1
	  xMin:			65
	  yMin:			440
	  xMax:			618
	  yMax:			621

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	44
	00000: NPUSHB      (25):   112     2   112     3     2    77     1    77     2     2 
	                             1    35     0     2    26     5   112     0     1     0 
	                            25     4   112   141    24 
	00027: CALL       
	00028: FLIPOFF    
	00029: SRP0       
	00030: MIRP[nrp0,nmd,rd,0] 
	00031: DELTAP1    
	00032: SRP0       
	00033: MIRP[nrp0,nmd,rd,2] 
	00034: SVTCA[y-axis] 
	00035: MDAP[rd]   
	00036: FLIPON     
	00037: MIRP[nrp0,md,rd,1] 
	00038: IUP[y]     
	00039: IUP[x]     
	00040: SVTCA[y-axis] 
	00041: DELTAP2    
	00042: SVTCA[x-axis] 
	00043: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    65,   440)  ->  Abs (    65,   440)
	  1: Rel (     0,   181)  ->  Abs (    65,   621)
	  2: Rel (   553,     0)  ->  Abs (   618,   621)
	  3: Rel (     0,  -181)  ->  Abs (   618,   440)

	Glyph  17: off = 0x00000CEC, len = 60
	  numberOfContours:	1
	  xMin:			186
	  yMin:			0
	  xMax:			391
	  yMax:			205

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	37
	00000: NPUSHB      (24):     2    60     0    10     2    60    95     0   111     0 
	                           127     0   175     0     4   160     0     1     0   160 
	                             4   161   152    24 
	00026: CALL       
	00027: SRP0       
	00028: MIRP[srp0,nmd,rd,2] 
	00029: DELTAP1    
	00030: DELTAP1    
	00031: MIRP[nrp0,md,rd,1] 
	00032: SVTCA[y-axis] 
	00033: MIAP[rd+ci] 
	00034: MIRP[nrp0,md,rd,1] 
	00035: IUP[y]     
	00036: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   186,     0)  ->  Abs (   186,     0)
	  1: Rel (     0,   205)  ->  Abs (   186,   205)
	  2: Rel (   205,     0)  ->  Abs (   391,   205)
	  3: Rel (     0,  -205)  ->  Abs (   391,     0)

	Glyph  18: off = 0x00000D28, len = 112
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-25
	  xMax:			569
	  yMax:			1491

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	83
	00000: PUSHW[2]              3   -34 
	00005: PUSHB[3]             20    57     2 
	00009: PUSHW[1]            -34 
	00012: NPUSHB      (32):    20    57   151     3     1     2     3   159     3   175 
	                             3     2     3   118     0     1    20     0     0     1 
	                             2     1     0     3     0    10     3   232     0     2 
	                           232     1 
	00046: PUSHW[1]            425 
	00049: PUSHB[6]              0     0     4   179   122    24 
	00056: CALL       
	00057: SRP0       
	00058: ALIGNRP    
	00059: SRP0       
	00060: MIRP[srp0,nmd,rd,0] 
	00061: MIRP[nrp0,md,rd,1] 
	00062: SRP0       
	00063: MIRP[nrp0,md,rd,1] 
	00064: SVTCA[y-axis] 
	00065: MIAP[rd+ci] 
	00066: ALIGNRP    
	00067: MIAP[rd+ci] 
	00068: ALIGNRP    
	00069: SDPVTL[1]  
	00070: SFVTCA[x-axis] 
	00071: MDAP[nrd]  
	00072: CALL       
	00073: DELTAP1    
	00074: RDTG       
	00075: SRP0       
	00076: MDRP[nrp0,nmd,rd,0] 
	00077: IUP[y]     
	00078: IUP[x]     
	00079: SVTCA[x-axis] 
	00080: DELTAP1    
	00081: CALL       
	00082: CALL       

	Flags
	-----
	  0:        XDual         Y-Short         On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On

	Coordinates
	-----------
	  0: Rel (     0,   -25)  ->  Abs (     0,   -25)
	  1: Rel (   425,  1516)  ->  Abs (   425,  1491)
	  2: Rel (   144,     0)  ->  Abs (   569,  1491)
	  3: Rel (  -424, -1516)  ->  Abs (   145,   -25)

	Glyph  19: off = 0x00000D98, len = 444
	  numberOfContours:	2
	  xMin:			85
	  yMin:			-25
	  xMax:			1041
	  yMax:			1472

	EndPoints
	---------
	  0:  16
	  1:  29

	  Length of Instructions:	341
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (10):    26    30     4     5    20    30    13    13    23     9 
	00018: PUSHW[1]            -24 
	00021: PUSHB[5]             15    15     2    85     9 
	00027: PUSHW[1]            -24 
	00030: NPUSHB      (25):    13    13     2    85     9    17     0    12    15    15 
	                             2    85     0    22    12    12     2    85     0    12 
	                            13    13     2    85     0 
	00057: MDAP[rd]   
	00058: CALL       
	00059: CALL       
	00060: CALL       
	00061: MDRP[nrp0,md,rd,1] 
	00062: MDAP[rd]   
	00063: CALL       
	00064: CALL       
	00065: MDRP[nrp0,md,rd,1] 
	00066: SVTCA[y-axis] 
	00067: MIAP[rd+ci] 
	00068: MIRP[nrp0,md,rd,1] 
	00069: MIAP[rd+ci] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: IUP[y]     
	00072: IUP[x]     
	00073: ELSE       
	00074: PUSHB[2]              6     2 
	00077: RS         
	00078: EQ         
	00079: IF         
	00080: NPUSHB      (10):    26    30     4     5    20    30    13    13    23     9 
	00092: PUSHW[1]            -12 
	00095: PUSHB[5]             15    15     6    85     9 
	00101: PUSHW[1]            -26 
	00104: PUSHB[5]             13    13     6    85     9 
	00110: PUSHW[1]            -18 
	00113: NPUSHB      (25):    11    11     6    85     9    17     0    16    13    13 
	                             6    85     0    16    12    12     6    85     0    16 
	                            11    11     6    85     0 
	00140: MDAP[rd]   
	00141: CALL       
	00142: CALL       
	00143: CALL       
	00144: MDRP[nrp0,md,rd,1] 
	00145: MDAP[rd]   
	00146: CALL       
	00147: CALL       
	00148: CALL       
	00149: MDRP[nrp0,md,rd,1] 
	00150: SVTCA[y-axis] 
	00151: MIAP[rd+ci] 
	00152: MIRP[nrp0,md,rd,1] 
	00153: MIAP[rd+ci] 
	00154: MIRP[nrp0,md,rd,1] 
	00155: IUP[y]     
	00156: IUP[x]     
	00157: ELSE       
	00158: PUSHB[5]              6    32    25    16    28 
	00164: PUSHW[1]            -16 
	00167: PUSHB[3]              2    32    11 
	00171: PUSHW[7]            -32    22   -32    18   -32    15   -32 
	00186: NPUSHB      (98):     4     6   135     2   136    11   136    15   201    14 
	                             5     9     7    11    24     2    69    19    76    21 
	                            74    25    67    27    84    19    92    21    92    25 
	                            82    27   107     7   107    11    99    19   108    21 
	                           107    25    96    27   121     2   119     6   118    11 
	                           122    15   135     6   152     7   150    16   201    24 
	                           218     2   214     6   214    11   219    15    26    26 
	                            30     4     5    20    30    13    13    23   115     9 
	                            64    33    35    52    48     9     1     0     9    16 
	                             9     2     9   144    31    17   115     0 
	00286: PUSHW[1]            -64 
	00289: NPUSHB      (14):    33    35    52    32     0    64     0     2     0   144 
	                            30   199   139    24 
	00305: CALL       
	00306: SRP0       
	00307: MIRP[srp0,nmd,rd,2] 
	00308: DELTAP1    
	00309: CALL       
	00310: MIRP[nrp0,md,rd,1] 
	00311: SRP0       
	00312: MIRP[srp0,nmd,rd,2] 
	00313: DELTAP1    
	00314: DELTAP2    
	00315: CALL       
	00316: MIRP[nrp0,md,rd,1] 
	00317: SVTCA[y-axis] 
	00318: MIAP[rd+ci] 
	00319: MIRP[nrp0,md,rd,1] 
	00320: MIAP[rd+ci] 
	00321: MIRP[nrp0,md,rd,1] 
	00322: IUP[y]     
	00323: IUP[x]     
	00324: SVTCA[x-axis] 
	00325: DELTAP1    
	00326: DELTAP2    
	00327: SVTCA[y-axis] 
	00328: DELTAP1    
	00329: SVTCA[y-axis] 
	00330: SHPIX      
	00331: SHPIX      
	00332: SHPIX      
	00333: SHPIX      
	00334: SHPIX      
	00335: SVTCA[x-axis] 
	00336: SHPIX      
	00337: SHPIX      
	00338: SHPIX      
	00339: EIF        
	00340: EIF        

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         Off
	  2:        XDual                 X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         Off
	 11:                              X-Short Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:        XDual                 X-Short On
	 18:        XDual                         Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:        XDual                         On
	 24:        XDual                         Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    85,   723)  ->  Abs (    85,   723)
	  1: Rel (     0,   260)  ->  Abs (    85,   983)
	  2: Rel (   107,   317)  ->  Abs (   192,  1300)
	  3: Rel (   211,   172)  ->  Abs (   403,  1472)
	  4: Rel (   160,     0)  ->  Abs (   563,  1472)
	  5: Rel (   118,     0)  ->  Abs (   681,  1472)
	  6: Rel (   178,   -95)  ->  Abs (   859,  1377)
	  7: Rel (   116,  -179)  ->  Abs (   975,  1198)
	  8: Rel (    66,  -257)  ->  Abs (  1041,   941)
	  9: Rel (     0,  -218)  ->  Abs (  1041,   723)
	 10: Rel (     0,  -258)  ->  Abs (  1041,   465)
	 11: Rel (  -106,  -317)  ->  Abs (   935,   148)
	 12: Rel (  -211,  -173)  ->  Abs (   724,   -25)
	 13: Rel (  -161,     0)  ->  Abs (   563,   -25)
	 14: Rel (  -212,     0)  ->  Abs (   351,   -25)
	 15: Rel (  -121,   152)  ->  Abs (   230,   127)
	 16: Rel (  -145,   183)  ->  Abs (    85,   310)
	 17: Rel (   185,   413)  ->  Abs (   270,   723)
	 18: Rel (     0,  -361)  ->  Abs (   270,   362)
	 19: Rel (   169,  -239)  ->  Abs (   439,   123)
	 20: Rel (   124,     0)  ->  Abs (   563,   123)
	 21: Rel (   124,     0)  ->  Abs (   687,   123)
	 22: Rel (   169,   240)  ->  Abs (   856,   363)
	 23: Rel (     0,   360)  ->  Abs (   856,   723)
	 24: Rel (     0,   362)  ->  Abs (   856,  1085)
	 25: Rel (  -169,   238)  ->  Abs (   687,  1323)
	 26: Rel (  -126,     0)  ->  Abs (   561,  1323)
	 27: Rel (  -124,     0)  ->  Abs (   437,  1323)
	 28: Rel (   -74,  -105)  ->  Abs (   363,  1218)
	 29: Rel (   -93,  -134)  ->  Abs (   270,  1084)

	Glyph  20: off = 0x00000F54, len = 220
	  numberOfContours:	1
	  xMin:			223
	  yMin:			0
	  xMax:			763
	  yMax:			1472

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	175
	00000: NPUSHB      (32):     3    64    13    17    52   107     4   127     2   143 
	                             2   153     8     4   172     4     1     9     0     6 
	                             5     2     3     9     5     1    12     2     1   202 
	                            10     0 
	00034: PUSHW[1]            -64 
	00037: NPUSHB      (10):    33    35    52    48     0     1    32     0     1     0 
	00049: PUSHW[1]            -32 
	00052: PUSHB[5]             16    16     2    85     0 
	00058: PUSHW[1]            -22 
	00061: NPUSHB      (17):    15    15     2    85     0    28    12    12     2    85 
	                             0    14    13    13     2    85     0 
	00080: PUSHW[1]            -16 
	00083: NPUSHB      (25):    15    15     6    85     0    16    12    12     6    85 
	                             0    16    13    13     6    85     0    26    12     5 
	                            64    13    15    52     5 
	00110: PUSHW[1]            -64 
	00113: NPUSHB      (14):    33    35    52    48     5     1    32     5    64     5 
	                             2     5    25    11 
	00129: PUSHW[3]            316   389    24 
	00136: CALL       
	00137: FLIPOFF    
	00138: SRP0       
	00139: MIRP[nrp0,nmd,rd,0] 
	00140: DELTAP1    
	00141: DELTAP2    
	00142: CALL       
	00143: CALL       
	00144: SRP0       
	00145: MIRP[srp0,nmd,rd,2] 
	00146: CALL       
	00147: CALL       
	00148: CALL       
	00149: CALL       
	00150: CALL       
	00151: CALL       
	00152: CALL       
	00153: DELTAP1    
	00154: DELTAP2    
	00155: CALL       
	00156: ALIGNRP    
	00157: FLIPON     
	00158: MIRP[srp0,md,rd,1] 
	00159: ALIGNRP    
	00160: SVTCA[y-axis] 
	00161: MIAP[rd+ci] 
	00162: MIAP[rd+ci] 
	00163: SLOOP      
	00164: IP         
	00165: SVTCA[x-axis] 
	00166: SRP1       
	00167: IP         
	00168: IUP[y]     
	00169: IUP[x]     
	00170: SVTCA[x-axis] 
	00171: DELTAP1    
	00172: SVTCA[y-axis] 
	00173: DELTAP1    
	00174: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   763,     0)  ->  Abs (   763,     0)
	  1: Rel (  -180,     0)  ->  Abs (   583,     0)
	  2: Rel (     0,  1147)  ->  Abs (   583,  1147)
	  3: Rel (   -65,   -62)  ->  Abs (   518,  1085)
	  4: Rel (  -211,  -124)  ->  Abs (   307,   961)
	  5: Rel (   -84,   -31)  ->  Abs (   223,   930)
	  6: Rel (     0,   174)  ->  Abs (   223,  1104)
	  7: Rel (   151,    71)  ->  Abs (   374,  1175)
	  8: Rel (   226,   202)  ->  Abs (   600,  1377)
	  9: Rel (    47,    95)  ->  Abs (   647,  1472)
	 10: Rel (   116,     0)  ->  Abs (   763,  1472)

	Glyph  21: off = 0x00001030, len = 554
	  numberOfContours:	1
	  xMin:			60
	  yMin:			0
	  xMax:			1031
	  yMax:			1472

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	455
	00000: PUSHB[2]              6     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB       (9):    17    16    13    24    19    19     6    85    13 
	00017: PUSHW[1]            -12 
	00020: PUSHB[5]             17    17     6    85    13 
	00026: PUSHW[1]            -18 
	00029: NPUSHB       (9):    16    16     6    85    13    30    20     5    30 
	00040: PUSHW[1]            -24 
	00043: NPUSHB      (23):    19    19     6    85    30    30    17    17     6    85 
	                            30    28    14    16     6    85    30    12    13    13 
	                             6    85    30 
	00068: PUSHW[1]            699 
	00071: NPUSHB      (12):     2    10    23    23    32    31    16    17     2     2 
	                            32    31 
	00085: SRP1       
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: MDRP[srp0,nmd,rd,0] 
	00090: MDRP[nrp0,md,rd,1] 
	00091: SRP1       
	00092: SRP2       
	00093: IP         
	00094: MDAP[rd]   
	00095: MDRP[nrp0,md,rd,1] 
	00096: SVTCA[y-axis] 
	00097: MDAP[rd]   
	00098: MIRP[nrp0,md,rd,1] 
	00099: CALL       
	00100: CALL       
	00101: CALL       
	00102: CALL       
	00103: MIAP[rd+ci] 
	00104: MIRP[nrp0,md,rd,1] 
	00105: CALL       
	00106: CALL       
	00107: CALL       
	00108: MDRP[nrp0,nmd,rd,0] 
	00109: SHP[rp2,zp1] 
	00110: IUP[y]     
	00111: IUP[x]     
	00112: ELSE       
	00113: PUSHB[2]              2     2 
	00116: RS         
	00117: EQ         
	00118: IF         
	00119: NPUSHB       (9):    17    16    13    12    18    18     2    85    13 
	00130: PUSHW[1]            -12 
	00133: NPUSHB       (9):    15    17     2    85    13    30    20     5    30 
	00144: PUSHW[1]            -32 
	00147: NPUSHB      (11):    18    19     2    85    30    20    15    17     2    85 
	                            30 
	00160: PUSHW[1]            699 
	00163: PUSHB[3]              2    10    23 
	00167: PUSHW[1]            -24 
	00170: PUSHB[5]             11    11     2    85    23 
	00176: PUSHW[1]            -20 
	00179: NPUSHB      (14):    13    13     2    85    23    23    32    31    16    17 
	                             2     2    32    31 
	00195: SRP1       
	00196: SRP2       
	00197: IP         
	00198: MDAP[rd]   
	00199: MDRP[srp0,nmd,rd,0] 
	00200: MDRP[nrp0,md,rd,1] 
	00201: SRP1       
	00202: SRP2       
	00203: IP         
	00204: MDAP[rd]   
	00205: CALL       
	00206: CALL       
	00207: MDRP[nrp0,md,rd,1] 
	00208: SVTCA[y-axis] 
	00209: MDAP[rd]   
	00210: MIRP[nrp0,md,rd,1] 
	00211: CALL       
	00212: CALL       
	00213: MIAP[rd+ci] 
	00214: MIRP[nrp0,md,rd,1] 
	00215: CALL       
	00216: CALL       
	00217: MDRP[nrp0,nmd,rd,0] 
	00218: SHP[rp2,zp1] 
	00219: IUP[y]     
	00220: IUP[x]     
	00221: ELSE       
	00222: NPUSHB      (54):    59     5    59     6   187     5   191     6   187     7 
	                           199     8   201    28     7    73    12    89    12    84 
	                            14   107    12   100    14   122    18   122    19   137 
	                            18   188    18   229    26   229    27   240    26    12 
	                           191    11   183    19     2    27    16    28    16    29 
	                            16    30    16     6 
	00278: PUSHW[7]            -16     7   -32     8   -16     9   -16 
	00293: NPUSHB      (26):    30    10    16     8     6     6   202    28    26    20 
	                            28    28    26     8    28    26     3     1     2     8 
	                            26    28     3    13    30    16 
	00321: PUSHW[1]            676 
	00324: PUSHB[4]             79    17     1    17 
	00329: PUSHW[1]            280 
	00332: PUSHB[6]             13    30    20     5     0    30 
	00339: PUSHW[1]            699 
	00342: NPUSHB      (15):     1     2    12    10   115    23   211     0     0     1 
	                            64    33    35    52     1 
	00359: PUSHW[4]            641    32    16   312 
	00368: NPUSHB      (12):    17   181    63     2    95     2   111     2   127     2 
	                             4     2 
	00382: PUSHW[3]            548    31   399 
	00389: PUSHB[2]            139    24 
	00392: CALL       
	00393: SRP0       
	00394: MIRP[srp0,nmd,rd,2] 
	00395: DELTAP1    
	00396: MIRP[srp0,nmd,rd,0] 
	00397: MIRP[nrp0,md,rd,1] 
	00398: SRP0       
	00399: MIRP[srp0,nmd,rd,2] 
	00400: CALL       
	00401: ALIGNRP    
	00402: SRP0       
	00403: MIRP[srp0,nmd,rd,0] 
	00404: MIRP[nrp0,md,rd,1] 
	00405: SVTCA[y-axis] 
	00406: MIAP[rd+ci] 
	00407: ALIGNRP    
	00408: MIRP[srp0,md,rd,1] 
	00409: ALIGNRP    
	00410: MIAP[rd+ci] 
	00411: MIRP[nrp0,md,rd,1] 
	00412: MIRP[srp0,md,rd,1] 
	00413: DELTAP1    
	00414: MIRP[nrp0,nmd,rd,0] 
	00415: SRP1       
	00416: SRP2       
	00417: SLOOP      
	00418: IP         
	00419: SVTCA[x-axis] 
	00420: SRP1       
	00421: SRP2       
	00422: SLOOP      
	00423: IP         
	00424: SDPVTL[1]  
	00425: SFVTPV     
	00426: MDAP[nrd]  
	00427: CALL       
	00428: SFVTPV     
	00429: RDTG       
	00430: SRP0       
	00431: MDRP[nrp0,nmd,rd,0] 
	00432: SVTCA[x-axis] 
	00433: SRP1       
	00434: SRP2       
	00435: IP         
	00436: IUP[y]     
	00437: IUP[x]     
	00438: SVTCA[y-axis] 
	00439: SHPIX      
	00440: SHPIX      
	00441: SHPIX      
	00442: SHPIX      
	00443: SVTCA[x-axis] 
	00444: SHPIX      
	00445: SHPIX      
	00446: SHPIX      
	00447: SHPIX      
	00448: SVTCA[y-axis] 
	00449: DELTAP1    
	00450: SVTCA[x-axis] 
	00451: DELTAP1    
	00452: DELTAP3    
	00453: EIF        
	00454: EIF        

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1031,   173)  ->  Abs (  1031,   173)
	  1: Rel (     0,  -173)  ->  Abs (  1031,     0)
	  2: Rel (  -969,     0)  ->  Abs (    62,     0)
	  3: Rel (    -2,    65)  ->  Abs (    60,    65)
	  4: Rel (    23,    60)  ->  Abs (    83,   125)
	  5: Rel (    37,    99)  ->  Abs (   120,   224)
	  6: Rel (   163,   192)  ->  Abs (   283,   416)
	  7: Rel (   154,   126)  ->  Abs (   437,   542)
	  8: Rel (   239,   196)  ->  Abs (   676,   738)
	  9: Rel (   168,   229)  ->  Abs (   844,   967)
	 10: Rel (     0,   102)  ->  Abs (   844,  1069)
	 11: Rel (     0,   107)  ->  Abs (   844,  1176)
	 12: Rel (  -153,   147)  ->  Abs (   691,  1323)
	 13: Rel (  -123,     0)  ->  Abs (   568,  1323)
	 14: Rel (  -130,     0)  ->  Abs (   438,  1323)
	 15: Rel (  -156,  -156)  ->  Abs (   282,  1167)
	 16: Rel (    -1,  -138)  ->  Abs (   281,  1029)
	 17: Rel (  -185,    19)  ->  Abs (    96,  1048)
	 18: Rel (    19,   207)  ->  Abs (   115,  1255)
	 19: Rel (   248,   217)  ->  Abs (   363,  1472)
	 20: Rel (   209,     0)  ->  Abs (   572,  1472)
	 21: Rel (   211,     0)  ->  Abs (   783,  1472)
	 22: Rel (   246,  -234)  ->  Abs (  1029,  1238)
	 23: Rel (     0,  -173)  ->  Abs (  1029,  1065)
	 24: Rel (     0,   -88)  ->  Abs (  1029,   977)
	 25: Rel (   -72,  -170)  ->  Abs (   957,   807)
	 26: Rel (  -167,  -188)  ->  Abs (   790,   619)
	 27: Rel (  -194,  -164)  ->  Abs (   596,   455)
	 28: Rel (  -162,  -136)  ->  Abs (   434,   319)
	 29: Rel (   -92,   -97)  ->  Abs (   342,   222)
	 30: Rel (   -30,   -49)  ->  Abs (   312,   173)

	Glyph  22: off = 0x0000125A, len = 474
	  numberOfContours:	1
	  xMin:			86
	  yMin:			-26
	  xMax:			1046
	  yMax:			1472

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	345
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (11):    25    24    64    13    13     2    85    24    28     0 
	                             1 
	00019: PUSHW[1]            -64 
	00022: NPUSHB      (43):    12    13     2    85     1    41    35    10    13    15 
	                            12    15    30    10    10    41    21    30    28     4 
	                            30    41    28     5    41    13    35    13    12    24 
	                            25     1     0    18    32    16    12    12     2    85 
	                            32     7    38 
	00067: PUSHW[1]            -24 
	00070: PUSHB[5]             12    13     2    85    38 
	00076: MDAP[rd]   
	00077: CALL       
	00078: MDRP[nrp0,md,rd,1] 
	00079: MDAP[rd]   
	00080: CALL       
	00081: MDRP[nrp0,md,rd,1] 
	00082: MDAP[rd]   
	00083: MDRP[nrp0,md,rd,1] 
	00084: MDAP[rd]   
	00085: MDRP[nrp0,md,rd,1] 
	00086: MDAP[rd]   
	00087: SVTCA[y-axis] 
	00088: SRP2       
	00089: IP         
	00090: MIAP[rd+ci] 
	00091: MIAP[rd+ci] 
	00092: SRP0       
	00093: MIRP[nrp0,md,rd,1] 
	00094: SRP0       
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP2       
	00097: IP         
	00098: MDAP[rd]   
	00099: MIRP[nrp0,md,rd,1] 
	00100: MDRP[nrp0,nmd,rd,2] 
	00101: SRP0       
	00102: MDRP[nrp0,nmd,rd,2] 
	00103: SRP2       
	00104: IP         
	00105: SRP0       
	00106: MDRP[nrp0,nmd,rd,0] 
	00107: CALL       
	00108: SHP[rp2,zp1] 
	00109: SRP0       
	00110: MDRP[nrp0,nmd,rd,0] 
	00111: CALL       
	00112: SHP[rp2,zp1] 
	00113: IUP[y]     
	00114: IUP[x]     
	00115: ELSE       
	00116: NPUSHB      (40):     5    13    22    13    69    13   134    13     4    69 
	                            17    87    17   118    27     3    82    22   108    16 
	                           106    20   100    22   117    13   121    20   134    13 
	                           138    20   137    27   165    13    10     5    32     3 
	00158: PUSHW[1]            -32 
	00161: NPUSHB      (11):    11    12    13    14     4     7     1    35    13    12 
	                             1 
	00174: PUSHW[1]            676 
	00177: PUSHB[4]             64     0     1     0 
	00182: PUSHW[4]            280    41    13   309 
	00191: PUSHB[5]             12    12    21     4    24 
	00197: PUSHW[3]            676    25   616 
	00204: NPUSHB      (39):    21    30    28     5     4    30    41    13    18   115 
	                            95    32   111    32     2    32    24    13    13     6 
	                            85    32   128     7   115    38    64    33    35    52 
	                            48    38     1     0    38    16    38     2    38 
	00245: PUSHW[1]            -12 
	00248: PUSHB[8]             13    13     6    85    38   144    45    24 
	00257: PUSHW[1]            312 
	00260: PUSHB[3]             25   211     1 
	00264: PUSHW[3]            312     0   -64 
	00271: NPUSHB      (11):    33    35    52    32     0    64     0     2     0   144 
	                            44 
	00284: PUSHW[1]            402 
	00287: PUSHB[2]            139    24 
	00290: CALL       
	00291: SRP0       
	00292: MIRP[srp0,nmd,rd,2] 
	00293: DELTAP1    
	00294: CALL       
	00295: MIRP[nrp0,md,rd,1] 
	00296: MIRP[srp0,nmd,rd,0] 
	00297: MIRP[nrp0,md,rd,1] 
	00298: SRP0       
	00299: MIRP[srp0,nmd,rd,2] 
	00300: CALL       
	00301: DELTAP1    
	00302: DELTAP2    
	00303: CALL       
	00304: MIRP[nrp0,md,rd,1] 
	00305: MIRP[srp0,nmd,rd,0] 
	00306: CALL       
	00307: DELTAP1    
	00308: MIRP[nrp0,md,rd,1] 
	00309: SVTCA[y-axis] 
	00310: MIAP[rd+ci] 
	00311: MIRP[nrp0,md,rd,1] 
	00312: MIAP[rd+ci] 
	00313: MIRP[nrp0,md,rd,1] 
	00314: MIRP[srp0,md,rd,1] 
	00315: MIRP[nrp0,nmd,rd,0] 
	00316: SRP1       
	00317: SRP2       
	00318: IP         
	00319: MDAP[rd]   
	00320: MIRP[nrp0,md,rd,1] 
	00321: SRP0       
	00322: MIRP[srp0,md,rd,1] 
	00323: DELTAP1    
	00324: MIRP[nrp0,nmd,rd,0] 
	00325: SRP1       
	00326: SRP2       
	00327: IP         
	00328: SVTCA[x-axis] 
	00329: SRP1       
	00330: SRP2       
	00331: SLOOP      
	00332: IP         
	00333: IUP[y]     
	00334: IUP[x]     
	00335: SVTCA[x-axis] 
	00336: SHPIX      
	00337: SHPIX      
	00338: SVTCA[x-axis] 
	00339: DELTAP1    
	00340: SVTCA[y-axis] 
	00341: DELTAP1    
	00342: SVTCA[x-axis] 
	00343: DELTAP2    
	00344: EIF        

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:  YDual               Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                                      Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    86,   387)  ->  Abs (    86,   387)
	  1: Rel (   180,    24)  ->  Abs (   266,   411)
	  2: Rel (    31,  -153)  ->  Abs (   297,   258)
	  3: Rel (   149,  -135)  ->  Abs (   446,   123)
	  4: Rel (   107,     0)  ->  Abs (   553,   123)
	  5: Rel (   127,     0)  ->  Abs (   680,   123)
	  6: Rel (   175,   176)  ->  Abs (   855,   299)
	  7: Rel (     0,   130)  ->  Abs (   855,   429)
	  8: Rel (     0,   124)  ->  Abs (   855,   553)
	  9: Rel (  -162,   161)  ->  Abs (   693,   714)
	 10: Rel (  -125,     0)  ->  Abs (   568,   714)
	 11: Rel (   -51,     0)  ->  Abs (   517,   714)
	 12: Rel (   -76,   -20)  ->  Abs (   441,   694)
	 13: Rel (    20,   158)  ->  Abs (   461,   852)
	 14: Rel (    18,    -2)  ->  Abs (   479,   850)
	 15: Rel (    11,     0)  ->  Abs (   490,   850)
	 16: Rel (   115,     0)  ->  Abs (   605,   850)
	 17: Rel (   184,   120)  ->  Abs (   789,   970)
	 18: Rel (     0,   125)  ->  Abs (   789,  1095)
	 19: Rel (     0,    99)  ->  Abs (   789,  1194)
	 20: Rel (  -134,   130)  ->  Abs (   655,  1324)
	 21: Rel (  -106,     0)  ->  Abs (   549,  1324)
	 22: Rel (  -105,     0)  ->  Abs (   444,  1324)
	 23: Rel (  -140,  -132)  ->  Abs (   304,  1192)
	 24: Rel (   -20,  -132)  ->  Abs (   284,  1060)
	 25: Rel (  -180,    32)  ->  Abs (   104,  1092)
	 26: Rel (    33,   181)  ->  Abs (   137,  1273)
	 27: Rel (   234,   199)  ->  Abs (   371,  1472)
	 28: Rel (   174,     0)  ->  Abs (   545,  1472)
	 29: Rel (   120,     0)  ->  Abs (   665,  1472)
	 30: Rel (   202,  -103)  ->  Abs (   867,  1369)
	 31: Rel (   107,  -178)  ->  Abs (   974,  1191)
	 32: Rel (     0,  -100)  ->  Abs (   974,  1091)
	 33: Rel (     0,   -95)  ->  Abs (   974,   996)
	 34: Rel (  -102,  -156)  ->  Abs (   872,   840)
	 35: Rel (  -100,   -46)  ->  Abs (   772,   794)
	 36: Rel (   130,   -30)  ->  Abs (   902,   764)
	 37: Rel (   144,  -189)  ->  Abs (  1046,   575)
	 38: Rel (     0,  -142)  ->  Abs (  1046,   433)
	 39: Rel (     0,  -192)  ->  Abs (  1046,   241)
	 40: Rel (  -280,  -267)  ->  Abs (   766,   -26)
	 41: Rel (  -214,     0)  ->  Abs (   552,   -26)
	 42: Rel (  -193,     0)  ->  Abs (   359,   -26)
	 43: Rel (  -255,   230)  ->  Abs (   104,   204)

	Glyph  23: off = 0x00001434, len = 352
	  numberOfContours:	2
	  xMin:			26
	  yMin:			0
	  xMax:			1040
	  yMax:			1466

	EndPoints
	---------
	  0:  10
	  1:  13

	  Length of Instructions:	294
	00000: NPUSHB      (54):    18    88    12   104    12   154    12   169    12   201 
	                            12     5    76     3    76    13   148     4     3    18 
	                             1     2     8     0    12     6     3     7     5    10 
	                            11     3     7     0    12    12    13    13   202     3 
	                             4    20     3     3     4     3    13     0     2    12 
	                            13     4     7     3 
	00056: PUSHW[4]            699     8     2   416 
	00065: NPUSHB      (10):     0     4     4     0    12    12     0   202    10     4 
	00077: PUSHW[1]            614 
	00080: PUSHB[8]              5     5    10    64    29    31    52    10 
	00089: PUSHW[1]            -32 
	00092: PUSHB[5]             16    16     2    85    10 
	00098: PUSHW[1]            -26 
	00101: PUSHB[5]             13    13     2    85    10 
	00107: PUSHW[1]            -18 
	00110: PUSHB[5]             13    13     6    85    10 
	00116: PUSHW[1]            311 
	00119: NPUSHB      (13):     7    64    34    35    52     7   128    33    53     7 
	                           144    15     2 
	00134: PUSHW[1]            -64 
	00137: NPUSHB      (11):    13    20    52     0     2    16     2    32     2     3 
	                             2 
	00150: PUSHW[1]            -32 
	00153: PUSHB[5]             13    13     2    85     2 
	00159: PUSHW[1]            -28 
	00162: PUSHB[7]             13    13     6    85     2   181    14 
	00170: PUSHW[1]            396 
	00173: PUSHB[2]            139    24 
	00176: CALL       
	00177: SRP0       
	00178: MIRP[nrp0,md,rd,0] 
	00179: CALL       
	00180: CALL       
	00181: DELTAP1    
	00182: CALL       
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,2] 
	00185: CALL       
	00186: CALL       
	00187: MIRP[srp0,nmd,rd,0] 
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: ALIGNRP    
	00193: SRP0       
	00194: MIRP[nrp0,nmd,rd,2] 
	00195: SRP0       
	00196: MIRP[srp0,md,rd,1] 
	00197: ALIGNRP    
	00198: SVTCA[y-axis] 
	00199: MIAP[rd+ci] 
	00200: MIAP[rd+ci] 
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,0] 
	00203: ALIGNRP    
	00204: MIRP[srp0,nmd,rd,2] 
	00205: ALIGNRP    
	00206: SRP1       
	00207: IP         
	00208: IP         
	00209: SVTCA[x-axis] 
	00210: SRP1       
	00211: SRP2       
	00212: IP         
	00213: IP         
	00214: SDPVTL[1]  
	00215: MDAP[nrd]  
	00216: CALL       
	00217: SFVTCA[y-axis] 
	00218: RDTG       
	00219: SRP0       
	00220: MDRP[nrp0,nmd,rd,0] 
	00221: ISECT      
	00222: ISECT      
	00223: ISECT      
	00224: IUP[y]     
	00225: IUP[x]     
	00226: SVTCA[x-axis] 
	00227: RS         
	00228: NOT        
	00229: IF         
	00230: PUSHW[2]             13   -34 
	00235: PUSHB[3]             18    57    13 
	00239: PUSHW[1]            -44 
	00242: NPUSHB      (11):    51    57     3    34    45    57     3     4    29    29 
	                            60 
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: EIF        
	00260: DELTAP1    
	00261: SVTCA[y-axis] 
	00262: DELTAP1    
	00263: RS         
	00264: NOT        
	00265: IF         
	00266: NPUSHB      (20):    12    64    11    57    12   128    80    57    12    64 
	                            38    57    12    34    28    57    12    64    45    57 
	00288: CALL       
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: EIF        

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:                                      On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual         Y-Short         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:                              X-Short On
	 12:        XDual                         On
	 13:                                      On

	Coordinates
	-----------
	  0: Rel (   662,     0)  ->  Abs (   662,     0)
	  1: Rel (     0,   351)  ->  Abs (   662,   351)
	  2: Rel (  -636,     0)  ->  Abs (    26,   351)
	  3: Rel (     0,   165)  ->  Abs (    26,   516)
	  4: Rel (   669,   950)  ->  Abs (   695,  1466)
	  5: Rel (   147,     0)  ->  Abs (   842,  1466)
	  6: Rel (     0,  -950)  ->  Abs (   842,   516)
	  7: Rel (   198,     0)  ->  Abs (  1040,   516)
	  8: Rel (     0,  -165)  ->  Abs (  1040,   351)
	  9: Rel (  -198,     0)  ->  Abs (   842,   351)
	 10: Rel (     0,  -351)  ->  Abs (   842,     0)
	 11: Rel (  -180,   516)  ->  Abs (   662,   516)
	 12: Rel (     0,   661)  ->  Abs (   662,  1177)
	 13: Rel (  -459,  -661)  ->  Abs (   203,   516)

	Glyph  24: off = 0x00001594, len = 442
	  numberOfContours:	1
	  xMin:			85
	  yMin:			-25
	  xMax:			1057
	  yMax:			1446

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	342
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: PUSHW[2]              1   -64 
	00011: NPUSHB      (13):    13    13     2    85     1    28    14    10    30    21 
	                            21    28    18 
	00026: PUSHW[1]            699 
	00029: NPUSHB      (11):    15     4     4    30    28    13    14     1     0     7 
	                            24 
	00042: PUSHW[1]            -22 
	00045: PUSHB[5]             15    15     2    85    24 
	00051: PUSHW[1]            -22 
	00054: PUSHB[5]             13    13     2    85    24 
	00060: MDAP[rd]   
	00061: CALL       
	00062: CALL       
	00063: MDRP[nrp0,md,rd,1] 
	00064: MDAP[rd]   
	00065: MDRP[nrp0,md,rd,1] 
	00066: MDAP[rd]   
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: MIAP[rd+ci] 
	00071: MIRP[nrp0,md,rd,1] 
	00072: SRP2       
	00073: IP         
	00074: MDAP[rd]   
	00075: MIRP[srp0,md,rd,1] 
	00076: MDRP[nrp0,nmd,rd,0] 
	00077: SRP0       
	00078: MDRP[nrp0,nmd,rd,0] 
	00079: CALL       
	00080: IUP[y]     
	00081: IUP[x]     
	00082: ELSE       
	00083: NPUSHB      (41):    18    12    13    13     6    85    15    12    13    13 
	                             6    85    75    26   121    29   138    29   150    19 
	                           167    19   195    12   214    12   219    27     8     9 
	                            19    24    14    42    26     3     9    48     5    48 
	                            11 
	00126: PUSHW[3]            -32     3   -32 
	00133: NPUSHB      (16):    19    10    21    18    19    19   202    14    15    20 
	                            14    19    20    14    15    13 
	00151: PUSHW[1]            676 
	00154: NPUSHB      (19):    14    10    30    21    64    14   160    14     2    14 
	                            14    15    64    21     1    21    21    28    18 
	00175: PUSHW[1]            699 
	00178: PUSHB[8]             15     4     1   211    64     0     1     0 
	00187: PUSHW[1]            280 
	00190: NPUSHB      (32):     4    30    28    13    17    95    16   111    16   127 
	                            16   143    16     4    16   128     7   115    24    64 
	                            33    35    52    48    24     1     0    24    16    24 
	                             2    24 
	00224: PUSHW[1]            -12 
	00227: PUSHB[8]             13    13     6    85    24   144    32    18 
	00236: PUSHW[5]            309    15   405    13   312 
	00247: PUSHB[3]             14   181     1 
	00251: PUSHW[3]            312     0   -64 
	00258: NPUSHB      (11):    33    35    52    32     0    64     0     2     0   144 
	                            31 
	00271: PUSHW[1]            402 
	00274: PUSHB[2]            139    24 
	00277: CALL       
	00278: SRP0       
	00279: MIRP[srp0,nmd,rd,2] 
	00280: DELTAP1    
	00281: CALL       
	00282: MIRP[nrp0,md,rd,1] 
	00283: MIRP[srp0,nmd,rd,0] 
	00284: MIRP[nrp0,md,rd,1] 
	00285: MIRP[srp0,nmd,rd,0] 
	00286: MIRP[nrp0,md,rd,1] 
	00287: SRP0       
	00288: MIRP[srp0,nmd,rd,2] 
	00289: CALL       
	00290: DELTAP1    
	00291: DELTAP2    
	00292: CALL       
	00293: MIRP[nrp0,md,rd,1] 
	00294: MIRP[srp0,nmd,rd,0] 
	00295: DELTAP1    
	00296: ALIGNRP    
	00297: SVTCA[y-axis] 
	00298: MIAP[rd+ci] 
	00299: MIRP[nrp0,md,rd,1] 
	00300: MIRP[srp0,md,rd,1] 
	00301: DELTAP1    
	00302: MIRP[nrp0,nmd,rd,0] 
	00303: MIAP[rd+ci] 
	00304: MIRP[nrp0,md,rd,1] 
	00305: SRP2       
	00306: IP         
	00307: MDAP[rd]   
	00308: DELTAP1    
	00309: SRP1       
	00310: IP         
	00311: MDAP[rd]   
	00312: DELTAP1    
	00313: SRP0       
	00314: MIRP[nrp0,md,rd,1] 
	00315: SRP0       
	00316: MIRP[nrp0,nmd,rd,0] 
	00317: SDPVTL[1]  
	00318: SFVTL[=p1,p2] 
	00319: MDAP[nrd]  
	00320: CALL       
	00321: SFVTCA[x-axis] 
	00322: RDTG       
	00323: SRP0       
	00324: MDRP[nrp0,nmd,rd,0] 
	00325: SVTCA[y-axis] 
	00326: SRP1       
	00327: SRP2       
	00328: IP         
	00329: IUP[y]     
	00330: IUP[x]     
	00331: SVTCA[x-axis] 
	00332: SHPIX      
	00333: SHPIX      
	00334: SHPIX      
	00335: SHPIX      
	00336: SVTCA[x-axis] 
	00337: DELTAP2    
	00338: DELTAP1    
	00339: CALL       
	00340: CALL       
	00341: EIF        

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:  YDual               Y-Short X-Short On
	 15:        XDual                 X-Short On
	 16:  YDual                               On
	 17:        XDual         Y-Short         On
	 18:  YDual                               On
	 19:                              X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:                                      Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    85,   384)  ->  Abs (    85,   384)
	  1: Rel (   189,    16)  ->  Abs (   274,   400)
	  2: Rel (    21,  -138)  ->  Abs (   295,   262)
	  3: Rel (   153,  -139)  ->  Abs (   448,   123)
	  4: Rel (   108,     0)  ->  Abs (   556,   123)
	  5: Rel (   130,     0)  ->  Abs (   686,   123)
	  6: Rel (   180,   196)  ->  Abs (   866,   319)
	  7: Rel (     0,   162)  ->  Abs (   866,   481)
	  8: Rel (     0,   154)  ->  Abs (   866,   635)
	  9: Rel (  -173,   178)  ->  Abs (   693,   813)
	 10: Rel (  -140,     0)  ->  Abs (   553,   813)
	 11: Rel (   -87,     0)  ->  Abs (   466,   813)
	 12: Rel (  -140,   -79)  ->  Abs (   326,   734)
	 13: Rel (   -40,   -63)  ->  Abs (   286,   671)
	 14: Rel (  -169,    22)  ->  Abs (   117,   693)
	 15: Rel (   142,   753)  ->  Abs (   259,  1446)
	 16: Rel (   729,     0)  ->  Abs (   988,  1446)
	 17: Rel (     0,  -172)  ->  Abs (   988,  1274)
	 18: Rel (  -585,     0)  ->  Abs (   403,  1274)
	 19: Rel (   -79,  -394)  ->  Abs (   324,   880)
	 20: Rel (   132,    92)  ->  Abs (   456,   972)
	 21: Rel (   145,     0)  ->  Abs (   601,   972)
	 22: Rel (   192,     0)  ->  Abs (   793,   972)
	 23: Rel (   264,  -266)  ->  Abs (  1057,   706)
	 24: Rel (     0,  -209)  ->  Abs (  1057,   497)
	 25: Rel (     0,  -199)  ->  Abs (  1057,   298)
	 26: Rel (  -116,  -145)  ->  Abs (   941,   153)
	 27: Rel (  -141,  -178)  ->  Abs (   800,   -25)
	 28: Rel (  -244,     0)  ->  Abs (   556,   -25)
	 29: Rel (  -200,     0)  ->  Abs (   356,   -25)
	 30: Rel (  -253,   224)  ->  Abs (   103,   199)

	Glyph  25: off = 0x0000174E, len = 470
	  numberOfContours:	2
	  xMin:			77
	  yMin:			-25
	  xMax:			1045
	  yMax:			1472

	EndPoints
	---------
	  0:  29
	  1:  42

	  Length of Instructions:	335
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (31):    15     1    31     1    95     1     3     1    27    40 
	                            30    64    13     1    13    13    20     5    30    27 
	                             5    34    30    20    13    10    30     1     0    37 
	                            16 
	00039: PUSHW[1]            -12 
	00042: NPUSHB      (25):    13    13     2    85    16    30    23    16    15    15 
	                             2    85    23    16    12    12     2    85    23    12 
	                            13    13     2    85    23 
	00069: MDAP[rd]   
	00070: CALL       
	00071: CALL       
	00072: CALL       
	00073: MDRP[nrp0,md,rd,1] 
	00074: MDAP[rd]   
	00075: CALL       
	00076: MDRP[nrp0,md,rd,1] 
	00077: MDRP[srp0,nmd,rd,0] 
	00078: MDRP[nrp0,md,rd,1] 
	00079: SRP0       
	00080: MDRP[nrp0,nmd,rd,1] 
	00081: SVTCA[y-axis] 
	00082: MIAP[rd+ci] 
	00083: MIRP[nrp0,md,rd,1] 
	00084: MIAP[rd+ci] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: DELTAP1    
	00090: MIRP[nrp0,md,rd,1] 
	00091: SRP0       
	00092: MDRP[nrp0,nmd,rd,0] 
	00093: DELTAP1    
	00094: IUP[y]     
	00095: IUP[x]     
	00096: ELSE       
	00097: NPUSHB      (45):   107    25     1    68     7    64    21    68    25    68 
	                            32    90    18    84    32   107     3   100     7   100 
	                             8   106    18   100    32   116     8   117    28   133 
	                             8   134    28   214     8   212    22    17     7    32 
	                            13    13     6    85    39 
	00144: PUSHW[1]            -32 
	00147: PUSHB[5]             13    13     6    85    35 
	00153: PUSHW[1]            -32 
	00156: NPUSHB      (11):    13    13     6    85    33    32    13    13     6    85 
	                             7 
	00169: PUSHW[1]            -32 
	00172: PUSHB[5]             39    32    35    32    33 
	00178: PUSHW[1]            -32 
	00181: NPUSHB      (17):    40    30    64    13    80    13     2    13    13    20 
	                            27     1   211    95     0     1     0 
	00200: PUSHW[1]            616 
	00203: NPUSHB       (9):     5    30    27     5    34    30    20    13     1 
	00214: PUSHW[1]            312 
	00217: NPUSHB      (18):     0   181    37   115    16    64    33    35    52    48 
	                            16     1     0    16    16    16     2    16 
	00237: PUSHW[1]            -16 
	00240: PUSHB[8]             12    12     6    85    16   144    44    10 
	00249: PUSHW[3]            312    30   313 
	00256: NPUSHB      (22):    63    23    95    23   111    23   127    23     4    23 
	                            22    12    12     6    85    23    22    13    13     6 
	                            85    23 
	00280: PUSHW[1]            548 
	00283: PUSHB[4]             43   199   139    24 
	00288: CALL       
	00289: SRP0       
	00290: MIRP[srp0,nmd,rd,2] 
	00291: CALL       
	00292: CALL       
	00293: DELTAP1    
	00294: MIRP[nrp0,md,rd,1] 
	00295: MIRP[nrp0,md,rd,1] 
	00296: SRP0       
	00297: MIRP[srp0,nmd,rd,2] 
	00298: CALL       
	00299: DELTAP1    
	00300: DELTAP2    
	00301: CALL       
	00302: MIRP[nrp0,md,rd,1] 
	00303: MIRP[srp0,nmd,rd,0] 
	00304: MIRP[nrp0,md,rd,1] 
	00305: SVTCA[y-axis] 
	00306: MIAP[rd+ci] 
	00307: MIRP[nrp0,md,rd,1] 
	00308: MIAP[rd+ci] 
	00309: MIRP[nrp0,md,rd,1] 
	00310: MIRP[srp0,md,rd,1] 
	00311: DELTAP1    
	00312: MIRP[nrp0,nmd,rd,0] 
	00313: SRP1       
	00314: SRP2       
	00315: IP         
	00316: MDAP[rd]   
	00317: DELTAP1    
	00318: MIRP[nrp0,md,rd,1] 
	00319: IUP[y]     
	00320: IUP[x]     
	00321: SVTCA[x-axis] 
	00322: SHPIX      
	00323: SHPIX      
	00324: SHPIX      
	00325: SHPIX      
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: SVTCA[x-axis] 
	00331: DELTAP1    
	00332: SVTCA[y-axis] 
	00333: DELTAP1    
	00334: EIF        

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual                 X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                                      Off
	 23:        XDual                         On
	 24:        XDual                         Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:                                      On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1019,  1107)  ->  Abs (  1019,  1107)
	  1: Rel (  -179,   -14)  ->  Abs (   840,  1093)
	  2: Rel (   -24,   106)  ->  Abs (   816,  1199)
	  3: Rel (   -44,    48)  ->  Abs (   772,  1247)
	  4: Rel (   -73,    77)  ->  Abs (   699,  1324)
	  5: Rel (  -107,     0)  ->  Abs (   592,  1324)
	  6: Rel (   -86,     0)  ->  Abs (   506,  1324)
	  7: Rel (   -65,   -48)  ->  Abs (   441,  1276)
	  8: Rel (   -85,   -62)  ->  Abs (   356,  1214)
	  9: Rel (   -98,  -238)  ->  Abs (   258,   976)
	 10: Rel (    -2,  -220)  ->  Abs (   256,   756)
	 11: Rel (    65,    99)  ->  Abs (   321,   855)
	 12: Rel (   188,    96)  ->  Abs (   509,   951)
	 13: Rel (   103,     0)  ->  Abs (   612,   951)
	 14: Rel (   180,     0)  ->  Abs (   792,   951)
	 15: Rel (   253,  -265)  ->  Abs (  1045,   686)
	 16: Rel (     0,  -210)  ->  Abs (  1045,   476)
	 17: Rel (     0,  -138)  ->  Abs (  1045,   338)
	 18: Rel (  -119,  -237)  ->  Abs (   926,   101)
	 19: Rel (  -208,  -126)  ->  Abs (   718,   -25)
	 20: Rel (  -132,     0)  ->  Abs (   586,   -25)
	 21: Rel (  -225,     0)  ->  Abs (   361,   -25)
	 22: Rel (  -284,   331)  ->  Abs (    77,   306)
	 23: Rel (     0,   380)  ->  Abs (    77,   686)
	 24: Rel (     0,   425)  ->  Abs (    77,  1111)
	 25: Rel (   157,   193)  ->  Abs (   234,  1304)
	 26: Rel (   137,   168)  ->  Abs (   371,  1472)
	 27: Rel (   232,     0)  ->  Abs (   603,  1472)
	 28: Rel (   173,     0)  ->  Abs (   776,  1472)
	 29: Rel (   221,  -194)  ->  Abs (   997,  1278)
	 30: Rel (  -713,  -803)  ->  Abs (   284,   475)
	 31: Rel (     0,   -93)  ->  Abs (   284,   382)
	 32: Rel (    79,  -170)  ->  Abs (   363,   212)
	 33: Rel (   142,   -89)  ->  Abs (   505,   123)
	 34: Rel (    78,     0)  ->  Abs (   583,   123)
	 35: Rel (   114,     0)  ->  Abs (   697,   123)
	 36: Rel (   164,   184)  ->  Abs (   861,   307)
	 37: Rel (     0,   158)  ->  Abs (   861,   465)
	 38: Rel (     0,   152)  ->  Abs (   861,   617)
	 39: Rel (  -162,   175)  ->  Abs (   699,   792)
	 40: Rel (  -123,     0)  ->  Abs (   576,   792)
	 41: Rel (  -122,     0)  ->  Abs (   454,   792)
	 42: Rel (  -170,  -175)  ->  Abs (   284,   617)

	Glyph  26: off = 0x00001924, len = 172
	  numberOfContours:	1
	  xMin:			97
	  yMin:			0
	  xMax:			1046
	  yMax:			1447

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	112
	00000: NPUSHB      (14):   196    13     1     4    13     1     4     2     8     4 
	                             9     3    13     0 
	00016: PUSHW[1]            699 
	00019: NPUSHB      (48):     2     1     4     9    12    13   115     3     3     2 
	                            64    33    35    52    79     2    95     2   111     2 
	                             3     2    26    15     8   115     9   235     0    79 
	                             1    95     1    95     2     3    63     1    95     1 
	                           111     1   127     1     4     1    25    14 
	00069: PUSHW[1]            402 
	00072: PUSHB[2]            139    24 
	00075: CALL       
	00076: FLIPOFF    
	00077: SRP0       
	00078: MIRP[srp0,nmd,rd,0] 
	00079: DELTAP1    
	00080: DELTAP2    
	00081: ALIGNRP    
	00082: FLIPON     
	00083: MIRP[srp0,nmd,rd,0] 
	00084: MIRP[nrp0,md,rd,1] 
	00085: FLIPOFF    
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,2] 
	00088: DELTAP2    
	00089: CALL       
	00090: ALIGNRP    
	00091: FLIPON     
	00092: SRP0       
	00093: MIRP[nrp0,md,rd,1] 
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIAP[rd+ci] 
	00097: ALIGNRP    
	00098: MIRP[srp0,md,rd,1] 
	00099: ALIGNRP    
	00100: IP         
	00101: SRP1       
	00102: IP         
	00103: SVTCA[x-axis] 
	00104: SRP1       
	00105: SRP2       
	00106: IP         
	00107: IUP[y]     
	00108: IUP[x]     
	00109: SVTCA[x-axis] 
	00110: DELTAP2    
	00111: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:                      Y-Short X-Short Off
	  5:                                      Off
	  6:                              X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:        XDual                 X-Short Off
	 12:        XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    97,  1274)  ->  Abs (    97,  1274)
	  1: Rel (     0,   173)  ->  Abs (    97,  1447)
	  2: Rel (   949,     0)  ->  Abs (  1046,  1447)
	  3: Rel (     0,  -140)  ->  Abs (  1046,  1307)
	  4: Rel (  -140,  -149)  ->  Abs (   906,  1158)
	  5: Rel (  -275,  -494)  ->  Abs (   631,   664)
	  6: Rel (   -75,  -261)  ->  Abs (   556,   403)
	  7: Rel (   -54,  -184)  ->  Abs (   502,   219)
	  8: Rel (   -15,  -219)  ->  Abs (   487,     0)
	  9: Rel (  -185,     0)  ->  Abs (   302,     0)
	 10: Rel (     3,   173)  ->  Abs (   305,   173)
	 11: Rel (   130,   490)  ->  Abs (   435,   663)
	 12: Rel (   243,   455)  ->  Abs (   678,  1118)
	 13: Rel (   137,   156)  ->  Abs (   815,  1274)

	Glyph  27: off = 0x000019D0, len = 660
	  numberOfContours:	3
	  xMin:			83
	  yMin:			-25
	  xMax:			1049
	  yMax:			1472

	EndPoints
	---------
	  0:  23
	  1:  35
	  2:  48

	  Length of Instructions:	512
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: PUSHB[5]             12     0    27    30    46 
	00012: PUSHW[1]            -64 
	00015: NPUSHB      (23):    19    19     2    85    46    46    18    33    30     6 
	                             5    40    30    18    13    30     9    12    12    12 
	                             2    85     9 
	00040: PUSHW[1]            -12 
	00043: PUSHB[7]             13    13     2    85     9    43    15 
	00051: PUSHW[1]            -16 
	00054: PUSHB[5]             15    15     2    85    15 
	00060: PUSHW[1]            -24 
	00063: PUSHB[5]             11    11     2    85    15 
	00069: PUSHW[1]            -24 
	00072: PUSHB[7]             13    13     2    85    15    24     3 
	00080: PUSHW[1]            -16 
	00083: PUSHB[5]             16    16     2    85     3 
	00089: PUSHW[1]            -16 
	00092: PUSHB[5]             15    15     2    85     3 
	00098: PUSHW[1]            -12 
	00101: NPUSHB      (25):    13    13     2    85     3    36    21    12    11    11 
	                             2    85    21    12    12    12     2    85    21    12 
	                            13    13     2    85    21 
	00128: MDAP[rd]   
	00129: CALL       
	00130: CALL       
	00131: CALL       
	00132: MDRP[nrp0,md,rd,1] 
	00133: MDAP[rd]   
	00134: CALL       
	00135: CALL       
	00136: CALL       
	00137: MDRP[nrp0,md,rd,1] 
	00138: MDAP[rd]   
	00139: CALL       
	00140: CALL       
	00141: CALL       
	00142: MDRP[nrp0,md,rd,1] 
	00143: MDAP[rd]   
	00144: CALL       
	00145: CALL       
	00146: MDRP[nrp0,md,rd,1] 
	00147: SVTCA[y-axis] 
	00148: MIAP[rd+ci] 
	00149: MIRP[nrp0,md,rd,1] 
	00150: MIAP[rd+ci] 
	00151: MIRP[nrp0,md,rd,1] 
	00152: SRP2       
	00153: IP         
	00154: MDAP[rd]   
	00155: CALL       
	00156: MIRP[nrp0,md,rd,1] 
	00157: IP         
	00158: IP         
	00159: IUP[y]     
	00160: IUP[x]     
	00161: ELSE       
	00162: PUSHB[2]              6     2 
	00165: RS         
	00166: EQ         
	00167: IF         
	00168: PUSHB[8]             30     9    12    12    12     6    85     9 
	00177: PUSHW[1]            -12 
	00180: PUSHB[7]             13    13     6    85     9    43    15 
	00188: PUSHW[1]            -28 
	00191: PUSHB[5]             15    15     6    85    15 
	00197: PUSHW[1]            -28 
	00200: PUSHB[7]             13    13     6    85    15    24     3 
	00208: PUSHW[1]            -16 
	00211: PUSHB[5]             15    15     6    85     3 
	00217: PUSHW[1]             -4 
	00220: NPUSHB      (34):    13    13     6    85     3    36    21    12    12    12 
	                             6    85    21    12    13    13     6    85    21    12 
	                             0    27    30    46    46    18    33    30     6     5 
	                            40    30    18    13 
	00256: SVTCA[y-axis] 
	00257: MIAP[rd+ci] 
	00258: MIRP[nrp0,md,rd,1] 
	00259: MIAP[rd+ci] 
	00260: MIRP[nrp0,md,rd,1] 
	00261: SRP2       
	00262: IP         
	00263: MDAP[rd]   
	00264: MIRP[nrp0,md,rd,1] 
	00265: IP         
	00266: IP         
	00267: SVTCA[x-axis] 
	00268: MDAP[rd]   
	00269: CALL       
	00270: CALL       
	00271: MDRP[nrp0,md,rd,1] 
	00272: MDAP[rd]   
	00273: CALL       
	00274: CALL       
	00275: MDRP[nrp0,md,rd,1] 
	00276: MDAP[rd]   
	00277: CALL       
	00278: CALL       
	00279: MDRP[nrp0,md,rd,1] 
	00280: MDAP[rd]   
	00281: CALL       
	00282: CALL       
	00283: MDRP[nrp0,md,rd,1] 
	00284: IUP[y]     
	00285: IUP[x]     
	00286: ELSE       
	00287: NPUSHB      (55):    53    22     1    41    22    73    22    73    38   230 
	                            12   233    48     5     9    48     1   125     0   125 
	                             1   124     4   116     8   113    11   114    12   117 
	                            13   122    23   139     0   138     1   140     4   134 
	                             8   129    11   132    12   134    13   141    23   204 
	                            17   198    19    18    34 
	00344: PUSHW[1]            -32 
	00347: PUSHB[3]             28    32    26 
	00351: PUSHW[1]            -32 
	00354: PUSHB[3]             32    32    47 
	00358: PUSHW[1]            -32 
	00361: PUSHB[3]             45    32    38 
	00365: PUSHW[1]            -32 
	00368: NPUSHB      (30):    41    32    12     0    30    24     0    12    27    30 
	                            46   160    46     1    46    18    33    30     6     5 
	                            40    30    18    13    30   115   191     9     1     9 
	00400: PUSHW[1]            615 
	00403: NPUSHB      (16):    43   115    15    64    32    35    52    48    15     1 
	                             0    15    16    15     2    15 
	00421: PUSHW[1]            401 
	00424: PUSHB[7]             50    24   115   176     3     1     3 
	00432: PUSHW[1]            615 
	00435: PUSHB[3]             36   115    21 
	00439: PUSHW[1]            -64 
	00442: NPUSHB      (14):    33    35    52    32    21    64    21     2    21   144 
	                            49   199   139    24 
	00458: CALL       
	00459: SRP0       
	00460: MIRP[srp0,nmd,rd,2] 
	00461: DELTAP1    
	00462: CALL       
	00463: MIRP[nrp0,md,rd,1] 
	00464: MIRP[srp0,nmd,rd,0] 
	00465: DELTAP1    
	00466: MIRP[nrp0,md,rd,1] 
	00467: SRP0       
	00468: MIRP[srp0,nmd,rd,0] 
	00469: DELTAP1    
	00470: DELTAP2    
	00471: CALL       
	00472: MIRP[nrp0,md,rd,1] 
	00473: MIRP[srp0,nmd,rd,0] 
	00474: DELTAP1    
	00475: MIRP[nrp0,md,rd,1] 
	00476: SVTCA[y-axis] 
	00477: MIAP[rd+ci] 
	00478: MIRP[nrp0,md,rd,1] 
	00479: MIAP[rd+ci] 
	00480: MIRP[nrp0,md,rd,1] 
	00481: SRP2       
	00482: IP         
	00483: DELTAP1    
	00484: MDAP[rd]   
	00485: MIRP[nrp0,md,rd,1] 
	00486: IP         
	00487: IP         
	00488: SVTCA[x-axis] 
	00489: SRP1       
	00490: SRP2       
	00491: IP         
	00492: IP         
	00493: IUP[y]     
	00494: IUP[x]     
	00495: SVTCA[x-axis] 
	00496: SHPIX      
	00497: SHPIX      
	00498: SHPIX      
	00499: SHPIX      
	00500: SHPIX      
	00501: SHPIX      
	00502: SHPIX      
	00503: SHPIX      
	00504: SVTCA[x-axis] 
	00505: DELTAP1    
	00506: DELTAP3    
	00507: DELTAP2    
	00508: SVTCA[y-axis] 
	00509: DELTAP2    
	00510: EIF        
	00511: EIF        

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                                      Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                                      Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:        XDual                 X-Short On
	 25:        XDual         Y-Short         Off
	 26:        XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:                      Y-Short X-Short Off
	 36:                              X-Short On
	 37:        XDual         Y-Short         Off
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   362,   795)  ->  Abs (   362,   795)
	  1: Rel (  -112,    41)  ->  Abs (   250,   836)
	  2: Rel (  -108,   152)  ->  Abs (   142,   988)
	  3: Rel (     0,   106)  ->  Abs (   142,  1094)
	  4: Rel (     0,   160)  ->  Abs (   142,  1254)
	  5: Rel (   230,   218)  ->  Abs (   372,  1472)
	  6: Rel (   191,     0)  ->  Abs (   563,  1472)
	  7: Rel (   192,     0)  ->  Abs (   755,  1472)
	  8: Rel (   234,  -223)  ->  Abs (   989,  1249)
	  9: Rel (     0,  -160)  ->  Abs (   989,  1089)
	 10: Rel (     0,  -102)  ->  Abs (   989,   987)
	 11: Rel (  -107,  -151)  ->  Abs (   882,   836)
	 12: Rel (  -109,   -41)  ->  Abs (   773,   795)
	 13: Rel (   135,   -44)  ->  Abs (   908,   751)
	 14: Rel (   141,  -196)  ->  Abs (  1049,   555)
	 15: Rel (     0,  -136)  ->  Abs (  1049,   419)
	 16: Rel (     0,  -188)  ->  Abs (  1049,   231)
	 17: Rel (  -266,  -256)  ->  Abs (   783,   -25)
	 18: Rel (  -217,     0)  ->  Abs (   566,   -25)
	 19: Rel (  -217,     0)  ->  Abs (   349,   -25)
	 20: Rel (  -266,   257)  ->  Abs (    83,   232)
	 21: Rel (     0,   192)  ->  Abs (    83,   424)
	 22: Rel (     0,   143)  ->  Abs (    83,   567)
	 23: Rel (   145,   193)  ->  Abs (   228,   760)
	 24: Rel (    98,   340)  ->  Abs (   326,  1100)
	 25: Rel (     0,  -104)  ->  Abs (   326,   996)
	 26: Rel (   134,  -132)  ->  Abs (   460,   864)
	 27: Rel (   107,     0)  ->  Abs (   567,   864)
	 28: Rel (   104,     0)  ->  Abs (   671,   864)
	 29: Rel (   133,   131)  ->  Abs (   804,   995)
	 30: Rel (     0,    95)  ->  Abs (   804,  1090)
	 31: Rel (     0,    99)  ->  Abs (   804,  1189)
	 32: Rel (  -137,   135)  ->  Abs (   667,  1324)
	 33: Rel (  -102,     0)  ->  Abs (   565,  1324)
	 34: Rel (  -103,     0)  ->  Abs (   462,  1324)
	 35: Rel (  -136,  -132)  ->  Abs (   326,  1192)
	 36: Rel (   -58,  -769)  ->  Abs (   268,   423)
	 37: Rel (     0,   -77)  ->  Abs (   268,   346)
	 38: Rel (    73,  -144)  ->  Abs (   341,   202)
	 39: Rel (   144,   -79)  ->  Abs (   485,   123)
	 40: Rel (    83,     0)  ->  Abs (   568,   123)
	 41: Rel (   129,     0)  ->  Abs (   697,   123)
	 42: Rel (   168,   166)  ->  Abs (   865,   289)
	 43: Rel (     0,   128)  ->  Abs (   865,   417)
	 44: Rel (     0,   130)  ->  Abs (   865,   547)
	 45: Rel (  -173,   170)  ->  Abs (   692,   717)
	 46: Rel (  -130,     0)  ->  Abs (   562,   717)
	 47: Rel (  -127,     0)  ->  Abs (   435,   717)
	 48: Rel (  -167,  -168)  ->  Abs (   268,   549)

	Glyph  28: off = 0x00001C64, len = 564
	  numberOfContours:	2
	  xMin:			85
	  yMin:			-25
	  xMax:			1049
	  yMax:			1472

	EndPoints
	---------
	  0:  30
	  1:  42

	  Length of Instructions:	430
	00000: PUSHB[2]              6     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: PUSHB[8]             11    31    24     1     0    37    17    24 
	00015: PUSHW[1]            -10 
	00018: PUSHB[5]             15    15     6    85    24 
	00024: PUSHW[1]            -12 
	00027: PUSHB[5]             13    13     6    85    24 
	00033: PUSHW[1]            -16 
	00036: NPUSHB      (40):    12    12     6    85    24    17    12    13    13     6 
	                            85    17    16    12    12     6    85    17    24    17 
	                            44    43    11    40    30    15    14    31    14    79 
	                            14     3    14    14    20     0    80     1     1     1 
	00078: PUSHW[1]            -64 
	00081: NPUSHB      (13):    16    17     6    85     1     4    30    28    13    34 
	                            30    20     5 
	00096: SVTCA[y-axis] 
	00097: MIAP[rd+ci] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: MIAP[rd+ci] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: MDRP[nrp0,nmd,rd,0] 
	00102: CALL       
	00103: DELTAP1    
	00104: SHP[rp2,zp1] 
	00105: SRP2       
	00106: IP         
	00107: MDAP[rd]   
	00108: DELTAP1    
	00109: MIRP[nrp0,md,rd,1] 
	00110: SHP[rp2,zp1] 
	00111: SVTCA[x-axis] 
	00112: SRP1       
	00113: SRP2       
	00114: IP         
	00115: IP         
	00116: MDAP[rd]   
	00117: CALL       
	00118: CALL       
	00119: MDAP[rd]   
	00120: CALL       
	00121: CALL       
	00122: CALL       
	00123: SRP0       
	00124: MDRP[nrp0,md,rd,1] 
	00125: MDRP[srp0,nmd,rd,0] 
	00126: MDRP[nrp0,md,rd,1] 
	00127: SRP0       
	00128: MDRP[srp0,md,rd,1] 
	00129: MDRP[nrp0,nmd,rd,1] 
	00130: IUP[y]     
	00131: IUP[x]     
	00132: ELSE       
	00133: PUSHB[2]              2     2 
	00136: RS         
	00137: EQ         
	00138: IF         
	00139: PUSHB[8]             11    31    24     1     0    37    17    24 
	00148: PUSHW[1]            -22 
	00151: PUSHB[5]             15    15     2    85    24 
	00157: PUSHW[1]            -22 
	00160: NPUSHB      (42):    13    13     2    85    24    17    12    12    12     2 
	                            85    17    24    17    44    43    11    40    30    15 
	                            14    31    14    79    14     3    14    14    20     0 
	                            80     1     1     1     4    30    28    13    34    30 
	                            20     5 
	00204: SVTCA[y-axis] 
	00205: MIAP[rd+ci] 
	00206: MIRP[nrp0,md,rd,1] 
	00207: MIAP[rd+ci] 
	00208: MIRP[nrp0,md,rd,1] 
	00209: MDRP[nrp0,nmd,rd,0] 
	00210: DELTAP1    
	00211: SHP[rp2,zp1] 
	00212: SRP2       
	00213: IP         
	00214: MDAP[rd]   
	00215: DELTAP1    
	00216: MIRP[nrp0,md,rd,1] 
	00217: SHP[rp2,zp1] 
	00218: SVTCA[x-axis] 
	00219: SRP1       
	00220: SRP2       
	00221: IP         
	00222: IP         
	00223: MDAP[rd]   
	00224: CALL       
	00225: MDAP[rd]   
	00226: CALL       
	00227: CALL       
	00228: SRP0       
	00229: MDRP[nrp0,md,rd,1] 
	00230: MDRP[srp0,nmd,rd,0] 
	00231: MDRP[nrp0,md,rd,1] 
	00232: SRP0       
	00233: MDRP[srp0,md,rd,1] 
	00234: MDRP[nrp0,nmd,rd,1] 
	00235: IUP[y]     
	00236: IUP[x]     
	00237: ELSE       
	00238: NPUSHB      (52):    58    26    76    22    64    35    91    22    87    35 
	                           102     3   108    22   109    26   103    35   122    26 
	                           125    30   140    26   139    30   154    22   169    26 
	                           188    26   234    22   230    32   246    32    19    61 
	                            22   158    22   173    22     3    58    41   100     6 
	                             2    39 
	00292: PUSHW[3]            -32    35   -32 
	00299: NPUSHB      (24):    33    32     6    32    40    30    79    14    95    14 
	                             2    14    14    28    34    30    20     5     1   211 
	                            80     0     1     0 
	00325: PUSHW[1]            616 
	00328: PUSHB[5]              4    30    28    13    31 
	00334: PUSHW[3]            313    11   312 
	00341: NPUSHB      (17):    24    64    33    35    52    48    24     1     0    24 
	                            16    24     2    24   144    44     1 
	00360: PUSHW[1]            312 
	00363: PUSHB[5]              0   181    37   115    17 
	00369: PUSHW[1]            -64 
	00372: NPUSHB      (14):    33    35    52    32    17    64    17     2    17   144 
	                            43   199   139    24 
	00388: CALL       
	00389: SRP0       
	00390: MIRP[srp0,nmd,rd,2] 
	00391: DELTAP1    
	00392: CALL       
	00393: MIRP[nrp0,md,rd,1] 
	00394: MIRP[srp0,nmd,rd,0] 
	00395: MIRP[nrp0,md,rd,1] 
	00396: SRP0       
	00397: MIRP[srp0,nmd,rd,2] 
	00398: DELTAP1    
	00399: DELTAP2    
	00400: CALL       
	00401: MIRP[nrp0,md,rd,1] 
	00402: MIRP[nrp0,md,rd,1] 
	00403: SVTCA[y-axis] 
	00404: MIAP[rd+ci] 
	00405: MIRP[nrp0,md,rd,1] 
	00406: MIRP[srp0,md,rd,1] 
	00407: DELTAP1    
	00408: MIRP[nrp0,nmd,rd,0] 
	00409: MIAP[rd+ci] 
	00410: MIRP[nrp0,md,rd,1] 
	00411: SRP2       
	00412: IP         
	00413: MDAP[rd]   
	00414: DELTAP1    
	00415: MIRP[nrp0,md,rd,1] 
	00416: IUP[y]     
	00417: IUP[x]     
	00418: SVTCA[x-axis] 
	00419: SHPIX      
	00420: SHPIX      
	00421: SHPIX      
	00422: SHPIX      
	00423: SVTCA[y-axis] 
	00424: DELTAP1    
	00425: DELTAP2    
	00426: SVTCA[x-axis] 
	00427: DELTAP1    
	00428: EIF        
	00429: EIF        

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual Rep-  2 Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual               Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:                              X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:                                      Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual                 X-Short Off
	 24:        XDual                         On
	 25:        XDual                         Off
	 26:                              X-Short Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:                                      On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   112,   339)  ->  Abs (   112,   339)
	  1: Rel (   173,    16)  ->  Abs (   285,   355)
	  2: Rel (    22,  -122)  ->  Abs (   307,   233)
	  3: Rel (   124,  -110)  ->  Abs (   431,   123)
	  4: Rel (    97,     0)  ->  Abs (   528,   123)
	  5: Rel (    83,     0)  ->  Abs (   611,   123)
	  6: Rel (   125,    76)  ->  Abs (   736,   199)
	  7: Rel (    80,   127)  ->  Abs (   816,   326)
	  8: Rel (    54,   216)  ->  Abs (   870,   542)
	  9: Rel (     0,   112)  ->  Abs (   870,   654)
	 10: Rel (     0,    12)  ->  Abs (   870,   666)
	 11: Rel (    -1,    24)  ->  Abs (   869,   690)
	 12: Rel (   -54,   -86)  ->  Abs (   815,   604)
	 13: Rel (  -187,  -107)  ->  Abs (   628,   497)
	 14: Rel (  -109,     0)  ->  Abs (   519,   497)
	 15: Rel (  -182,     0)  ->  Abs (   337,   497)
	 16: Rel (  -252,   264)  ->  Abs (    85,   761)
	 17: Rel (     0,   216)  ->  Abs (    85,   977)
	 18: Rel (     0,   223)  ->  Abs (    85,  1200)
	 19: Rel (   263,   272)  ->  Abs (   348,  1472)
	 20: Rel (   198,     0)  ->  Abs (   546,  1472)
	 21: Rel (   143,     0)  ->  Abs (   689,  1472)
	 22: Rel (   237,  -154)  ->  Abs (   926,  1318)
	 23: Rel (   123,  -285)  ->  Abs (  1049,  1033)
	 24: Rel (     0,  -270)  ->  Abs (  1049,   763)
	 25: Rel (     0,  -281)  ->  Abs (  1049,   482)
	 26: Rel (  -122,  -333)  ->  Abs (   927,   149)
	 27: Rel (  -241,  -174)  ->  Abs (   686,   -25)
	 28: Rel (  -162,     0)  ->  Abs (   524,   -25)
	 29: Rel (  -172,     0)  ->  Abs (   352,   -25)
	 30: Rel (  -218,   191)  ->  Abs (   134,   166)
	 31: Rel (   715,   820)  ->  Abs (   849,   986)
	 32: Rel (     0,   155)  ->  Abs (   849,  1141)
	 33: Rel (  -165,   182)  ->  Abs (   684,  1323)
	 34: Rel (  -116,     0)  ->  Abs (   568,  1323)
	 35: Rel (  -120,     0)  ->  Abs (   448,  1323)
	 36: Rel (  -178,  -196)  ->  Abs (   270,  1127)
	 37: Rel (     0,  -156)  ->  Abs (   270,   971)
	 38: Rel (     0,  -140)  ->  Abs (   270,   831)
	 39: Rel (   169,  -175)  ->  Abs (   439,   656)
	 40: Rel (   124,     0)  ->  Abs (   563,   656)
	 41: Rel (   125,     0)  ->  Abs (   688,   656)
	 42: Rel (   161,   175)  ->  Abs (   849,   831)

	Glyph  29: off = 0x00001E98, len = 92
	  numberOfContours:	2
	  xMin:			185
	  yMin:			0
	  xMax:			390
	  yMax:			1062

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	56
	00000: NPUSHB      (32):     4     5     0     6     7     9     2     6    60     4 
	                             3    60     1     6     4    10     2    60    47     0 
	                            63     0     2    32     0     1     0   161     8   161 
	                           152    24 
	00034: CALL       
	00035: SRP0       
	00036: MIRP[srp0,nmd,rd,0] 
	00037: DELTAP1    
	00038: DELTAP2    
	00039: MIRP[nrp0,md,rd,1] 
	00040: SVTCA[y-axis] 
	00041: MIAP[rd+ci] 
	00042: MIAP[rd+ci] 
	00043: MIRP[nrp0,md,rd,1] 
	00044: SRP0       
	00045: MIRP[nrp0,md,rd,1] 
	00046: SVTCA[x-axis] 
	00047: SRP1       
	00048: SRP2       
	00049: IP         
	00050: IP         
	00051: SRP2       
	00052: IP         
	00053: IP         
	00054: IUP[y]     
	00055: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:                              X-Short On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   185,   857)  ->  Abs (   185,   857)
	  1: Rel (     0,   205)  ->  Abs (   185,  1062)
	  2: Rel (   205,     0)  ->  Abs (   390,  1062)
	  3: Rel (     0,  -205)  ->  Abs (   390,   857)
	  4: Rel (  -205,  -857)  ->  Abs (   185,     0)
	  5: Rel (     0,   205)  ->  Abs (   185,   205)
	  6: Rel (   205,     0)  ->  Abs (   390,   205)
	  7: Rel (     0,  -205)  ->  Abs (   390,     0)

	Glyph  30: off = 0x00001EF4, len = 190
	  numberOfContours:	2
	  xMin:			170
	  yMin:			-290
	  xMax:			387
	  yMax:			1062

	EndPoints
	---------
	  0:  3
	  1:  14

	  Length of Instructions:	133
	00000: NPUSHB      (47):   115    11   131    11   147    11   163    11   240    11 
	                             5     0    11     1    38    10    55    10    70    10 
	                            86    10   101    10   181    10   226    10     7    11 
	                            10    14     7     4     3    60     1     7    60     6 
	                             6     5    14     4    11   171    10 
	00049: PUSHW[1]            336 
	00052: NPUSHB      (35):     5    60     4     1     6     4    10     2   129     0 
	                             0     5     6     7    60     4    10    56    11    58 
	                             5    47     4    63     4     2    32     4     1     4 
	                           161    15   161   152    24 
	00089: CALL       
	00090: SRP0       
	00091: MIRP[srp0,nmd,rd,0] 
	00092: DELTAP1    
	00093: DELTAP2    
	00094: ALIGNRP    
	00095: MIRP[srp0,nmd,rd,0] 
	00096: MIRP[nrp0,nmd,rd,0] 
	00097: SRP0       
	00098: MIRP[srp0,md,rd,1] 
	00099: ALIGNRP    
	00100: SRP0       
	00101: ALIGNRP    
	00102: SRP0       
	00103: MIRP[nrp0,md,rd,1] 
	00104: SVTCA[y-axis] 
	00105: MIAP[rd+ci] 
	00106: MIAP[rd+ci] 
	00107: SRP0       
	00108: MIRP[srp0,md,rd,1] 
	00109: MIRP[srp0,md,rd,1] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: SRP0       
	00112: ALIGNRP    
	00113: SRP0       
	00114: ALIGNRP    
	00115: SRP0       
	00116: MIRP[nrp0,md,rd,1] 
	00117: SRP0       
	00118: MIRP[nrp0,md,rd,1] 
	00119: SVTCA[x-axis] 
	00120: SRP1       
	00121: SRP2       
	00122: IP         
	00123: SVTCA[y-axis] 
	00124: SRP0       
	00125: MDRP[nrp0,md,nrd,1] 
	00126: IUP[y]     
	00127: IUP[x]     
	00128: SVTCA[x-axis] 
	00129: DELTAP2    
	00130: SVTCA[y-axis] 
	00131: DELTAP3    
	00132: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:                              X-Short On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:  YDual               Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   182,   857)  ->  Abs (   182,   857)
	  1: Rel (     0,   205)  ->  Abs (   182,  1062)
	  2: Rel (   205,     0)  ->  Abs (   387,  1062)
	  3: Rel (     0,  -205)  ->  Abs (   387,   857)
	  4: Rel (  -205,  -857)  ->  Abs (   182,     0)
	  5: Rel (     0,   205)  ->  Abs (   182,   205)
	  6: Rel (   205,     0)  ->  Abs (   387,   205)
	  7: Rel (     0,  -205)  ->  Abs (   387,     0)
	  8: Rel (     0,  -113)  ->  Abs (   387,  -113)
	  9: Rel (   -80,  -139)  ->  Abs (   307,  -252)
	 10: Rel (   -87,   -38)  ->  Abs (   220,  -290)
	 11: Rel (   -50,    77)  ->  Abs (   170,  -213)
	 12: Rel (    57,    25)  ->  Abs (   227,  -188)
	 13: Rel (    54,    97)  ->  Abs (   281,   -91)
	 14: Rel (     3,    91)  ->  Abs (   284,     0)

	Glyph  31: off = 0x00001FB2, len = 130
	  numberOfContours:	1
	  xMin:			112
	  yMin:			226
	  xMax:			1083
	  yMax:			1219

	EndPoints
	---------
	  0:  6

	  Length of Instructions:	90
	00000: NPUSHB      (12):   143     3   128     5     2     3     5     6     3     8 
	                             2     5 
	00014: PUSHW[4]            602     6     3   602 
	00023: PUSHB[3]              2    64     6 
	00027: PUSHW[3]            336     2   336 
	00034: NPUSHB      (21):     0   171     1   171    32     4     2    26     8     4 
	                            60     1    32     0     1     0   117     7    87    90 
	                            24 
	00057: CALL       
	00058: SRP0       
	00059: MIRP[srp0,nmd,rd,2] 
	00060: DELTAP1    
	00061: ALIGNRP    
	00062: MIRP[nrp0,md,rd,1] 
	00063: FLIPOFF    
	00064: SRP0       
	00065: MIRP[srp0,nmd,rd,2] 
	00066: SVTCA[y-axis] 
	00067: RTHG       
	00068: MDAP[rd]   
	00069: SMD        
	00070: FLIPON     
	00071: MIRP[nrp0,md,rd,1] 
	00072: MIRP[nrp0,md,rd,1] 
	00073: MIRP[nrp0,md,rd,1] 
	00074: MIRP[nrp0,md,rd,1] 
	00075: RTG        
	00076: SMD        
	00077: SRP0       
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP0       
	00080: MIRP[nrp0,md,rd,1] 
	00081: SVTCA[x-axis] 
	00082: SRP1       
	00083: SRP2       
	00084: SLOOP      
	00085: IP         
	00086: IUP[y]     
	00087: IUP[x]     
	00088: SVTCA[y-axis] 
	00089: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:                                      On
	  3:        XDual         Y-Short         On
	  4:                                      On
	  5:                                      On
	  6:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   112,   641)  ->  Abs (   112,   641)
	  1: Rel (     0,   168)  ->  Abs (   112,   809)
	  2: Rel (   971,   410)  ->  Abs (  1083,  1219)
	  3: Rel (     0,  -179)  ->  Abs (  1083,  1040)
	  4: Rel (  -770,  -316)  ->  Abs (   313,   724)
	  5: Rel (   770,  -319)  ->  Abs (  1083,   405)
	  6: Rel (     0,  -179)  ->  Abs (  1083,   226)

	Glyph  32: off = 0x00002034, len = 112
	  numberOfContours:	2
	  xMin:			114
	  yMin:			417
	  xMax:			1082
	  yMax:			1030

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	71
	00000: NPUSHB      (39):     5     6     1     4     7     9     0    37     3     1 
	                            37     3     2     7    37     4     4     6    37    48 
	                             2     1   159     2   207     2     2     2   191     5 
	                             0    26     9     1    25     8    87    90    24 
	00041: CALL       
	00042: FLIPOFF    
	00043: SRP0       
	00044: MIRP[nrp0,nmd,rd,0] 
	00045: SRP0       
	00046: MIRP[nrp0,nmd,rd,2] 
	00047: SVTCA[y-axis] 
	00048: MDAP[rd]   
	00049: FLIPON     
	00050: MIRP[nrp0,md,rd,1] 
	00051: DELTAP1    
	00052: DELTAP2    
	00053: MIRP[nrp0,md,rd,1] 
	00054: ALIGNRP    
	00055: SRP0       
	00056: MIRP[nrp0,md,rd,1] 
	00057: SRP0       
	00058: ALIGNRP    
	00059: MIRP[nrp0,md,rd,1] 
	00060: SRP0       
	00061: MIRP[nrp0,md,rd,1] 
	00062: SVTCA[x-axis] 
	00063: SRP1       
	00064: IP         
	00065: IP         
	00066: SRP1       
	00067: IP         
	00068: IP         
	00069: IUP[y]     
	00070: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1082,   862)  ->  Abs (  1082,   862)
	  1: Rel (  -968,     0)  ->  Abs (   114,   862)
	  2: Rel (     0,   168)  ->  Abs (   114,  1030)
	  3: Rel (   968,     0)  ->  Abs (  1082,  1030)
	  4: Rel (     0,  -613)  ->  Abs (  1082,   417)
	  5: Rel (  -968,     0)  ->  Abs (   114,   417)
	  6: Rel (     0,   168)  ->  Abs (   114,   585)
	  7: Rel (   968,     0)  ->  Abs (  1082,   585)

	Glyph  33: off = 0x000020A4, len = 134
	  numberOfContours:	1
	  xMin:			112
	  yMin:			226
	  xMax:			1083
	  yMax:			1219

	EndPoints
	---------
	  0:  6

	  Length of Instructions:	90
	00000: NPUSHB      (12):   128     2   143     4     2     4     2     1     3     7 
	                             5     2 
	00014: PUSHW[4]            602     1     4   602 
	00023: PUSHB[3]              5    64     1 
	00027: PUSHW[3]            336     5   336 
	00034: NPUSHB      (21):     0   171     6   171    32     3     3    60     6     0 
	                            26     8    32     5     1     5   117     7    87    90 
	                            24 
	00057: CALL       
	00058: SRP0       
	00059: MIRP[nrp0,nmd,rd,2] 
	00060: DELTAP1    
	00061: FLIPOFF    
	00062: SRP0       
	00063: MIRP[srp0,nmd,rd,2] 
	00064: ALIGNRP    
	00065: FLIPON     
	00066: MIRP[nrp0,md,rd,1] 
	00067: SVTCA[y-axis] 
	00068: RTHG       
	00069: MDAP[rd]   
	00070: SMD        
	00071: MIRP[nrp0,md,rd,1] 
	00072: MIRP[nrp0,md,rd,1] 
	00073: MIRP[nrp0,md,rd,1] 
	00074: MIRP[nrp0,md,rd,1] 
	00075: RTG        
	00076: SMD        
	00077: SRP0       
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP0       
	00080: MIRP[nrp0,md,rd,1] 
	00081: SVTCA[x-axis] 
	00082: SRP1       
	00083: SRP2       
	00084: SLOOP      
	00085: IP         
	00086: IUP[y]     
	00087: IUP[x]     
	00088: SVTCA[y-axis] 
	00089: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual XDual         Y-Short         On
	  3:                                      On
	  4:                                      On
	  5:  YDual XDual         Y-Short         On
	  6:                                      On

	Coordinates
	-----------
	  0: Rel (  1083,   641)  ->  Abs (  1083,   641)
	  1: Rel (  -971,  -415)  ->  Abs (   112,   226)
	  2: Rel (     0,   179)  ->  Abs (   112,   405)
	  3: Rel (   769,   319)  ->  Abs (   881,   724)
	  4: Rel (  -769,   316)  ->  Abs (   112,  1040)
	  5: Rel (     0,   179)  ->  Abs (   112,  1219)
	  6: Rel (   971,  -410)  ->  Abs (  1083,   809)

	Glyph  34: off = 0x0000212A, len = 242
	  numberOfContours:	2
	  xMin:			90
	  yMin:			0
	  xMax:			1036
	  yMax:			1491

	EndPoints
	---------
	  0:  30
	  1:  34

	  Length of Instructions:	132
	00000: NPUSHB      (47):   140    26   139    27     2   124    26   124    27     2 
	                            98    26   101    27     2   107    12    97    14     2 
	                            90    12    84    14     2    54    14    68    14     2 
	                            27    25     8     7     4     0    16    39    17    17 
	                             0    13    41    20     1    30     0 
	00049: PUSHW[1]            687 
	00052: NPUSHB      (35):    33    34    33    60    31    10    31    60    34    34 
	                            32    60    33    33    30     0    94    30   110    10 
	                            94    23   106    36    16    94    32    17     1    17 
	                           106    35    87    90    24 
	00089: CALL       
	00090: SRP0       
	00091: MIRP[srp0,nmd,rd,2] 
	00092: DELTAP1    
	00093: MIRP[nrp0,md,rd,1] 
	00094: SRP0       
	00095: MIRP[srp0,nmd,rd,2] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: MIRP[srp0,nmd,rd,0] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: SRP0       
	00100: ALIGNRP    
	00101: SRP0       
	00102: MIRP[nrp0,md,rd,1] 
	00103: ALIGNRP    
	00104: SRP0       
	00105: MIRP[srp0,md,rd,1] 
	00106: SVTCA[y-axis] 
	00107: MIAP[rd+ci] 
	00108: MIRP[nrp0,md,rd,1] 
	00109: ALIGNRP    
	00110: SRP0       
	00111: MIRP[srp0,nmd,rd,2] 
	00112: ALIGNRP    
	00113: MIAP[rd+ci] 
	00114: MIRP[nrp0,md,rd,1] 
	00115: SRP2       
	00116: IP         
	00117: MDAP[rd]   
	00118: MIRP[nrp0,nmd,rd,0] 
	00119: SRP1       
	00120: SLOOP      
	00121: IP         
	00122: IUP[y]     
	00123: IUP[x]     
	00124: SVTCA[x-axis] 
	00125: DELTAP1    
	00126: DELTAP1    
	00127: DELTAP1    
	00128: DELTAP1    
	00129: SVTCA[y-axis] 
	00130: DELTAP1    
	00131: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual Rep-  2 Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:                      Y-Short         Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:              Rep-  2 Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:                              X-Short On
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual                 X-Short On
	 34:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   472,   361)  ->  Abs (   472,   361)
	  1: Rel (    -1,    36)  ->  Abs (   471,   397)
	  2: Rel (     0,    18)  ->  Abs (   471,   415)
	  3: Rel (     0,   106)  ->  Abs (   471,   521)
	  4: Rel (    30,    77)  ->  Abs (   501,   598)
	  5: Rel (    22,    58)  ->  Abs (   523,   656)
	  6: Rel (    49,    59)  ->  Abs (   572,   715)
	  7: Rel (    36,    43)  ->  Abs (   608,   758)
	  8: Rel (   187,   165)  ->  Abs (   795,   923)
	  9: Rel (    56,    98)  ->  Abs (   851,  1021)
	 10: Rel (     0,    58)  ->  Abs (   851,  1079)
	 11: Rel (     0,   105)  ->  Abs (   851,  1184)
	 12: Rel (  -164,   159)  ->  Abs (   687,  1343)
	 13: Rel (  -119,     0)  ->  Abs (   568,  1343)
	 14: Rel (  -115,     0)  ->  Abs (   453,  1343)
	 15: Rel (  -154,  -144)  ->  Abs (   299,  1199)
	 16: Rel (   -24,  -153)  ->  Abs (   275,  1046)
	 17: Rel (  -185,    22)  ->  Abs (    90,  1068)
	 18: Rel (    25,   205)  ->  Abs (   115,  1273)
	 19: Rel (   247,   218)  ->  Abs (   362,  1491)
	 20: Rel (   203,     0)  ->  Abs (   565,  1491)
	 21: Rel (   215,     0)  ->  Abs (   780,  1491)
	 22: Rel (   256,  -234)  ->  Abs (  1036,  1257)
	 23: Rel (     0,  -166)  ->  Abs (  1036,  1091)
	 24: Rel (     0,   -96)  ->  Abs (  1036,   995)
	 25: Rel (   -90,  -162)  ->  Abs (   946,   833)
	 26: Rel (  -131,  -116)  ->  Abs (   815,   717)
	 27: Rel (   -88,   -78)  ->  Abs (   727,   639)
	 28: Rel (   -54,   -74)  ->  Abs (   673,   565)
	 29: Rel (   -26,   -96)  ->  Abs (   647,   469)
	 30: Rel (    -2,  -108)  ->  Abs (   645,   361)
	 31: Rel (  -184,  -361)  ->  Abs (   461,     0)
	 32: Rel (     0,   205)  ->  Abs (   461,   205)
	 33: Rel (   205,     0)  ->  Abs (   666,   205)
	 34: Rel (     0,  -205)  ->  Abs (   666,     0)

	Glyph  35: off = 0x0000221C, len = 512
	  numberOfContours:	2
	  xMin:			111
	  yMin:			-431
	  xMax:			2005
	  yMax:			1493

	EndPoints
	---------
	  0:  71
	  1:  87

	  Length of Instructions:	247
	00000: NPUSHB      (87):     4    33    16    32    22    33    33    37    53    13 
	                            51    14    69    14    73    24    68    33    70    36 
	                            70    73    71    86    84    14   122    41    14    22 
	                            37    41     1    38     9    42    29    38    41    53 
	                            26    54    57    67    37    86    24    89    29    91 
	                            33    86    41    86    73    89    86   101    24   101 
	                            37   102    41   118    26   122    29   114    36   133 
	                            24   132    26   140    29   139    33   135    38    25 
	                            14    16    80    14     0     3    83 
	00089: PUSHW[1]            699 
	00092: NPUSHB      (10):    15    39    48    11    80    11     2    11     7    22 
	00104: PUSHW[4]            584    67    75   699 
	00113: PUSHB[5]             67    58     3    10    31 
	00119: PUSHW[1]            699 
	00122: PUSHB[8]             58     1    32    43   112    43     2    43 
	00131: PUSHW[3]            333    39   699 
	00138: PUSHB[7]             47    72    36    15     7     1     7 
	00146: PUSHW[1]            643 
	00149: NPUSHB      (15):    16    80    62     0    36    18   160    15    36    48 
	                            16   112    16     2    16 
	00166: PUSHW[3]            425    27   670 
	00173: PUSHB[5]             63    56    42    36    43 
	00179: PUSHW[3]            265    35   670 
	00186: NPUSHB       (9):    32    53     1    53    25    88    87   140    24 
	00197: CALL       
	00198: FLIPOFF    
	00199: SRP0       
	00200: MIRP[srp0,nmd,rd,0] 
	00201: DELTAP1    
	00202: FLIPON     
	00203: MIRP[nrp0,md,rd,1] 
	00204: MIRP[srp0,md,rd,1] 
	00205: MIRP[nrp0,md,rd,1] 
	00206: MIRP[srp0,nmd,rd,0] 
	00207: MIRP[nrp0,md,rd,1] 
	00208: MIRP[srp0,nmd,rd,0] 
	00209: DELTAP1    
	00210: MIRP[nrp0,md,rd,1] 
	00211: MIRP[srp0,nmd,rd,0] 
	00212: MIRP[srp0,md,rd,1] 
	00213: MIRP[nrp0,nmd,rd,0] 
	00214: SRP0       
	00215: MIRP[srp0,md,rd,1] 
	00216: DELTAP1    
	00217: MIRP[nrp0,md,rd,1] 
	00218: SVTCA[y-axis] 
	00219: MDAP[rd]   
	00220: MIRP[nrp0,md,rd,1] 
	00221: MIRP[nrp0,md,rd,1] 
	00222: DELTAP1    
	00223: MIAP[rd+ci] 
	00224: MIRP[nrp0,md,rd,1] 
	00225: MIAP[rd+ci] 
	00226: MIRP[nrp0,nmd,rd,0] 
	00227: MIRP[nrp0,md,rd,1] 
	00228: SRP0       
	00229: MIRP[nrp0,md,rd,1] 
	00230: MIAP[rd+ci] 
	00231: DELTAP1    
	00232: MIRP[nrp0,nmd,rd,0] 
	00233: MIRP[nrp0,md,rd,1] 
	00234: SRP2       
	00235: IP         
	00236: IP         
	00237: SVTCA[x-axis] 
	00238: SRP1       
	00239: SRP2       
	00240: IP         
	00241: IUP[y]     
	00242: IUP[x]     
	00243: SVTCA[y-axis] 
	00244: DELTAP1    
	00245: SVTCA[x-axis] 
	00246: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:        XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual                 X-Short On
	 17:                              X-Short On
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:        XDual                 X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:                              X-Short Off
	 30:  YDual               Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short         Off
	 34:                              X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual                 X-Short Off
	 38:                      Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual                               Off
	 41:  YDual               Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual                 X-Short On
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short         Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual               Y-Short         Off
	 50:  YDual               Y-Short         Off
	 51:  YDual               Y-Short X-Short On
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:        XDual                 X-Short Off
	 57:                                      Off
	 58:  YDual                               On
	 59:  YDual XDual                 X-Short Off
	 60:                      Y-Short         Off
	 61:        XDual         Y-Short X-Short On
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual         Y-Short         On
	 64:        XDual                         Off
	 65:                      Y-Short X-Short On
	 66:                      Y-Short X-Short Off
	 67:  YDual                       X-Short On
	 68:  YDual                       X-Short Off
	 69:  YDual               Y-Short X-Short Off
	 70:  YDual               Y-Short X-Short On
	 71:  YDual               Y-Short X-Short Off
	 72:                                      On
	 73:        XDual         Y-Short         Off
	 74:        XDual         Y-Short X-Short Off
	 75:  YDual XDual                 X-Short On
	 76:  YDual XDual                 X-Short Off
	 77:  YDual XDual Rep-  2 Y-Short X-Short Off
	 80:  YDual XDual         Y-Short         On
	 81:  YDual XDual         Y-Short         Off
	 82:  YDual               Y-Short X-Short Off
	 83:  YDual                       X-Short On
	 84:  YDual                       X-Short Off
	 85:              Rep-  2 Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1161,   163)  ->  Abs (  1161,   163)
	  1: Rel (   -65,   -75)  ->  Abs (  1096,    88)
	  2: Rel (  -161,   -91)  ->  Abs (   935,    -3)
	  3: Rel (   -81,     0)  ->  Abs (   854,    -3)
	  4: Rel (   -89,     0)  ->  Abs (   765,    -3)
	  5: Rel (  -168,   104)  ->  Abs (   597,   101)
	  6: Rel (  -105,   216)  ->  Abs (   492,   317)
	  7: Rel (     0,   129)  ->  Abs (   492,   446)
	  8: Rel (     0,   159)  ->  Abs (   492,   605)
	  9: Rel (   163,   319)  ->  Abs (   655,   924)
	 10: Rel (   242,   160)  ->  Abs (   897,  1084)
	 11: Rel (   114,     0)  ->  Abs (  1011,  1084)
	 12: Rel (    87,     0)  ->  Abs (  1098,  1084)
	 13: Rel (   158,   -91)  ->  Abs (  1256,   993)
	 14: Rel (    57,   -93)  ->  Abs (  1313,   900)
	 15: Rel (    34,   155)  ->  Abs (  1347,  1055)
	 16: Rel (   179,     0)  ->  Abs (  1526,  1055)
	 17: Rel (  -144,  -671)  ->  Abs (  1382,   384)
	 18: Rel (   -30,  -140)  ->  Abs (  1352,   244)
	 19: Rel (     0,   -15)  ->  Abs (  1352,   229)
	 20: Rel (     0,   -27)  ->  Abs (  1352,   202)
	 21: Rel (    41,   -39)  ->  Abs (  1393,   163)
	 22: Rel (    29,     0)  ->  Abs (  1422,   163)
	 23: Rel (    53,     0)  ->  Abs (  1475,   163)
	 24: Rel (    86,    61)  ->  Abs (  1561,   224)
	 25: Rel (   114,    80)  ->  Abs (  1675,   304)
	 26: Rel (   133,   269)  ->  Abs (  1808,   573)
	 27: Rel (     0,   143)  ->  Abs (  1808,   716)
	 28: Rel (     0,   167)  ->  Abs (  1808,   883)
	 29: Rel (  -171,   290)  ->  Abs (  1637,  1173)
	 30: Rel (  -339,   174)  ->  Abs (  1298,  1347)
	 31: Rel (  -205,     0)  ->  Abs (  1093,  1347)
	 32: Rel (  -234,     0)  ->  Abs (   859,  1347)
	 33: Rel (  -387,  -219)  ->  Abs (   472,  1128)
	 34: Rel (  -213,  -409)  ->  Abs (   259,   719)
	 35: Rel (     0,  -234)  ->  Abs (   259,   485)
	 36: Rel (     0,  -245)  ->  Abs (   259,   240)
	 37: Rel (   213,  -354)  ->  Abs (   472,  -114)
	 38: Rel (   403,  -169)  ->  Abs (   875,  -283)
	 39: Rel (   245,     0)  ->  Abs (  1120,  -283)
	 40: Rel (   262,     0)  ->  Abs (  1382,  -283)
	 41: Rel (   354,   176)  ->  Abs (  1736,  -107)
	 42: Rel (    88,   126)  ->  Abs (  1824,    19)
	 43: Rel (   181,     0)  ->  Abs (  2005,    19)
	 44: Rel (   -51,  -105)  ->  Abs (  1954,   -86)
	 45: Rel (  -248,  -218)  ->  Abs (  1706,  -304)
	 46: Rel (  -342,  -127)  ->  Abs (  1364,  -431)
	 47: Rel (  -241,     0)  ->  Abs (  1123,  -431)
	 48: Rel (  -222,     0)  ->  Abs (   901,  -431)
	 49: Rel (  -375,   114)  ->  Abs (   526,  -317)
	 50: Rel (  -264,   229)  ->  Abs (   262,   -88)
	 51: Rel (   -67,   149)  ->  Abs (   195,    61)
	 52: Rel (   -84,   189)  ->  Abs (   111,   250)
	 53: Rel (     0,   219)  ->  Abs (   111,   469)
	 54: Rel (     0,   244)  ->  Abs (   111,   713)
	 55: Rel (   100,   221)  ->  Abs (   211,   934)
	 56: Rel (   122,   271)  ->  Abs (   333,  1205)
	 57: Rel (   449,   288)  ->  Abs (   782,  1493)
	 58: Rel (   320,     0)  ->  Abs (  1102,  1493)
	 59: Rel (   248,     0)  ->  Abs (  1350,  1493)
	 60: Rel (   395,  -203)  ->  Abs (  1745,  1290)
	 61: Rel (   114,  -201)  ->  Abs (  1859,  1089)
	 62: Rel (    97,  -173)  ->  Abs (  1956,   916)
	 63: Rel (     0,  -203)  ->  Abs (  1956,   713)
	 64: Rel (     0,  -290)  ->  Abs (  1956,   423)
	 65: Rel (  -204,  -225)  ->  Abs (  1752,   198)
	 66: Rel (  -182,  -202)  ->  Abs (  1570,    -4)
	 67: Rel (  -216,     0)  ->  Abs (  1354,    -4)
	 68: Rel (   -69,     0)  ->  Abs (  1285,    -4)
	 69: Rel (   -85,    42)  ->  Abs (  1200,    38)
	 70: Rel (   -20,    39)  ->  Abs (  1180,    77)
	 71: Rel (   -13,    25)  ->  Abs (  1167,   102)
	 72: Rel (  -490,   332)  ->  Abs (   677,   434)
	 73: Rel (     0,  -137)  ->  Abs (   677,   297)
	 74: Rel (   130,  -152)  ->  Abs (   807,   145)
	 75: Rel (    84,     0)  ->  Abs (   891,   145)
	 76: Rel (    56,     0)  ->  Abs (   947,   145)
	 77: Rel (   124,    67)  ->  Abs (  1071,   212)
	 78: Rel (   113,   132)  ->  Abs (  1184,   344)
	 79: Rel (    72,   203)  ->  Abs (  1256,   547)
	 80: Rel (     0,   102)  ->  Abs (  1256,   649)
	 81: Rel (     0,   136)  ->  Abs (  1256,   785)
	 82: Rel (  -135,   150)  ->  Abs (  1121,   935)
	 83: Rel (   -97,     0)  ->  Abs (  1024,   935)
	 84: Rel (   -64,     0)  ->  Abs (   960,   935)
	 85: Rel (  -113,   -65)  ->  Abs (   847,   870)
	 86: Rel (  -106,  -144)  ->  Abs (   741,   726)
	 87: Rel (   -64,  -206)  ->  Abs (   677,   520)

	Glyph  36: off = 0x0000241C, len = 426
	  numberOfContours:	2
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1466

	EndPoints
	---------
	  0:  7
	  1:  14

	  Length of Instructions:	359
	00000: PUSHB[7]              1    14    15    16     2    85     2 
	00008: PUSHW[1]            -14 
	00011: PUSHB[5]             15    16     2    85     2 
	00017: PUSHW[1]             -8 
	00020: PUSHB[5]             13    13     6    85     2 
	00026: PUSHW[1]            -12 
	00029: NPUSHB      (89):    12    12     6    85     9    12    12    12     6    85 
	                             5    12    12    12     6    85    47    16    48    16 
	                           103     8   104     9    96    16   136     3   144    16 
	                           201     5   198     6   192    16   240    16    11     8 
	                             5    89     1    86     2    80    16   104    11   176 
	                            16   243    12   243    13   243    14     9     4    12 
	                             4    13     4    14     3    11    10     9     5     4 
	                             4    12    13    14     8     6     7     7    12     9 
	                             5     4     8     6    12     7     1     0     0 
	00120: PUSHW[1]             -8 
	00123: NPUSHB      (15):    12    12     2    85     0    32     7    12    20     7 
	                             7    12     2     3     3 
	00140: PUSHW[1]             -8 
	00143: NPUSHB      (21):    12    12     2    85     3    32     4    12    20     4 
	                             4    12     9    30     5     5     8    30     6     3 
	                             6 
	00166: PUSHW[1]            624 
	00169: NPUSHB       (9):     0     8    12   233    64     2     1     2     2 
	00180: PUSHW[3]            267     1   267 
	00187: NPUSHB      (18):    12    32     0   101     7     3    82    80     4   207 
	                             4   223     4     3   144     4     1     4 
	00207: PUSHW[1]            257 
	00210: NPUSHB      (11):    80    12   192     7   223    12     3   144    12     1 
	                            12 
	00223: PUSHW[1]            257 
	00226: NPUSHB      (16):    15     7   207     7     2   127     7   128     7     2 
	                             7   147    15   214   215    24 
	00244: CALL       
	00245: SRP0       
	00246: MIRP[srp0,nmd,rd,0] 
	00247: DELTAP1    
	00248: DELTAP2    
	00249: RTHG       
	00250: MIRP[srp0,nmd,rd,0] 
	00251: DELTAP1    
	00252: DELTAP2    
	00253: MIRP[srp0,nmd,rd,0] 
	00254: DELTAP1    
	00255: DELTAP2    
	00256: RTG        
	00257: MIRP[nrp0,md,rd,1] 
	00258: SRP0       
	00259: MIRP[nrp0,md,rd,1] 
	00260: SMD        
	00261: RTHG       
	00262: SRP0       
	00263: MIRP[nrp0,md,rd,1] 
	00264: MIRP[nrp0,md,rd,1] 
	00265: SVTCA[y-axis] 
	00266: RTG        
	00267: MIAP[rd+ci] 
	00268: ALIGNRP    
	00269: SMD        
	00270: MIRP[nrp0,md,rd,1] 
	00271: MIAP[rd+ci] 
	00272: MIRP[nrp0,nmd,rd,0] 
	00273: ALIGNRP    
	00274: SRP0       
	00275: MIRP[nrp0,md,rd,1] 
	00276: ALIGNRP    
	00277: SRP0       
	00278: MIRP[nrp0,md,rd,1] 
	00279: SDPVTL[1]  
	00280: SFVTCA[x-axis] 
	00281: MDAP[nrd]  
	00282: CALL       
	00283: CALL       
	00284: RDTG       
	00285: SRP0       
	00286: MDRP[nrp0,nmd,rd,0] 
	00287: SDPVTL[1]  
	00288: MDAP[nrd]  
	00289: RTG        
	00290: CALL       
	00291: CALL       
	00292: RDTG       
	00293: SRP0       
	00294: MDRP[nrp0,nmd,rd,0] 
	00295: SVTCA[x-axis] 
	00296: SRP1       
	00297: SRP2       
	00298: IP         
	00299: IP         
	00300: SRP1       
	00301: IP         
	00302: IP         
	00303: SDPVTL[1]  
	00304: SRP0       
	00305: MDRP[nrp0,nmd,rd,0] 
	00306: MDRP[nrp0,nmd,rd,0] 
	00307: SFVTPV     
	00308: MDRP[nrp0,nmd,rd,0] 
	00309: MDRP[nrp0,nmd,rd,0] 
	00310: SDPVTL[1]  
	00311: SFVTCA[x-axis] 
	00312: SRP0       
	00313: MDRP[nrp0,nmd,rd,0] 
	00314: MDRP[nrp0,nmd,rd,0] 
	00315: SFVTPV     
	00316: MDRP[nrp0,nmd,rd,0] 
	00317: MDRP[nrp0,nmd,rd,0] 
	00318: IUP[y]     
	00319: IUP[x]     
	00320: SVTCA[x-axis] 
	00321: MPPEM      
	00322: PUSHB[1]             11 
	00324: GTEQ       
	00325: MPPEM      
	00326: PUSHB[1]             30 
	00328: LTEQ       
	00329: AND        
	00330: IF         
	00331: PUSHB[5]              4    15     3     8     7 
	00337: PUSHW[3]            -16     0    -8 
	00344: SHPIX      
	00345: SHPIX      
	00346: SHPIX      
	00347: SHPIX      
	00348: EIF        
	00349: SVTCA[x-axis] 
	00350: DELTAP3    
	00351: DELTAP2    
	00352: DELTAP1    
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: CALL       
	00358: CALL       

	Flags
	-----
	  0:  YDual                       X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:  YDual                       X-Short On
	  5:                              X-Short On
	  6:  YDual                               On
	  7:                              X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual                               On
	 10:                              X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    -3,     0)  ->  Abs (    -3,     0)
	  1: Rel (   563,  1466)  ->  Abs (   560,  1466)
	  2: Rel (   209,     0)  ->  Abs (   769,  1466)
	  3: Rel (   600, -1466)  ->  Abs (  1369,     0)
	  4: Rel (  -221,     0)  ->  Abs (  1148,     0)
	  5: Rel (  -171,   444)  ->  Abs (   977,   444)
	  6: Rel (  -613,     0)  ->  Abs (   364,   444)
	  7: Rel (  -161,  -444)  ->  Abs (   203,     0)
	  8: Rel (   217,   602)  ->  Abs (   420,   602)
	  9: Rel (   497,     0)  ->  Abs (   917,   602)
	 10: Rel (  -153,   406)  ->  Abs (   764,  1008)
	 11: Rel (   -70,   185)  ->  Abs (   694,  1193)
	 12: Rel (   -34,   119)  ->  Abs (   660,  1312)
	 13: Rel (   -28,  -141)  ->  Abs (   632,  1171)
	 14: Rel (   -51,  -139)  ->  Abs (   581,  1032)

	Glyph  37: off = 0x000025C6, len = 408
	  numberOfContours:	3
	  xMin:			150
	  yMin:			0
	  xMax:			1257
	  yMax:			1466

	EndPoints
	---------
	  0:  17
	  1:  29
	  2:  42

	  Length of Instructions:	275
	00000: PUSHW[2]              4   -12 
	00005: NPUSHB      (71):    11    11     6    85     4     4    70    35    86    35 
	                           102    35   115     9   132     9     6   105    26   117 
	                             5   112     9   115    11   131     5   131    11     6 
	                            39    22     9     3    24    39    42    30    22    29 
	                             9     9    19    18    30    42    42    41    41     0 
	                            28    29    30     2     1     2    31    30    30    17 
	                             0     8    24    38     6    12    16    16     2    85 
	                             6 
	00078: PUSHW[1]            -26 
	00081: NPUSHB      (51):    15    15     2    85     6    18    13    13     2    85 
	                             6     6    12    12     2    85     6     8    11    11 
	                             6    85     6    12    12    12     6    85     6    20 
	                            13    13     6    85     6    84    37    38    12    28 
	                            16    16     2    85    12    10    13    13     2    85 
	                            12 
	00134: PUSHW[1]            -12 
	00137: NPUSHB      (21):    11    11     6    85    12    26    44    29    30    32 
	                             1    32     0     1     0    32    16    16     2    85 
	                             0 
	00160: PUSHW[1]            -10 
	00163: PUSHB[5]             15    15     2    85     0 
	00169: PUSHW[1]            -10 
	00172: PUSHB[5]             13    13     2    85     0 
	00178: PUSHW[1]             -6 
	00181: PUSHB[5]             12    12     2    85     0 
	00187: PUSHW[1]             -6 
	00190: PUSHB[5]             12    12     6    85     0 
	00196: PUSHW[1]            -16 
	00199: NPUSHB      (10):    13    13     6    85     0    93    43    59    92    24 
	00211: CALL       
	00212: SRP0       
	00213: MIRP[srp0,nmd,rd,2] 
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: CALL       
	00220: DELTAP1    
	00221: ALIGNRP    
	00222: MIRP[srp0,md,rd,1] 
	00223: ALIGNRP    
	00224: FLIPOFF    
	00225: SRP0       
	00226: MIRP[srp0,nmd,rd,2] 
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: FLIPON     
	00231: MIRP[nrp0,md,rd,1] 
	00232: MIRP[srp0,nmd,rd,0] 
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: MIRP[nrp0,md,rd,1] 
	00241: SVTCA[y-axis] 
	00242: MIAP[rd+ci] 
	00243: ALIGNRP    
	00244: MIRP[srp0,md,rd,1] 
	00245: ALIGNRP    
	00246: MIAP[rd+ci] 
	00247: ALIGNRP    
	00248: MIRP[srp0,md,rd,1] 
	00249: ALIGNRP    
	00250: SRP2       
	00251: IP         
	00252: MDAP[rd]   
	00253: ALIGNRP    
	00254: SRP0       
	00255: MIRP[srp0,md,rd,1] 
	00256: ALIGNRP    
	00257: IP         
	00258: MDAP[rd]   
	00259: SRP1       
	00260: IP         
	00261: SRP1       
	00262: SRP2       
	00263: IP         
	00264: SVTCA[x-axis] 
	00265: SRP2       
	00266: SLOOP      
	00267: IP         
	00268: IUP[y]     
	00269: IUP[x]     
	00270: SVTCA[x-axis] 
	00271: DELTAP1    
	00272: SVTCA[y-axis] 
	00273: DELTAP1    
	00274: CALL       

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:              Rep-  2 Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:                                      On
	 19:  YDual                               On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                               On
	 30:        XDual                         On
	 31:  YDual                               On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual Rep-  2 Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   150,     0)  ->  Abs (   150,     0)
	  1: Rel (     0,  1466)  ->  Abs (   150,  1466)
	  2: Rel (   550,     0)  ->  Abs (   700,  1466)
	  3: Rel (   168,     0)  ->  Abs (   868,  1466)
	  4: Rel (   203,   -89)  ->  Abs (  1071,  1377)
	  5: Rel (   115,  -185)  ->  Abs (  1186,  1192)
	  6: Rel (     0,  -101)  ->  Abs (  1186,  1091)
	  7: Rel (     0,   -94)  ->  Abs (  1186,   997)
	  8: Rel (  -102,  -166)  ->  Abs (  1084,   831)
	  9: Rel (  -103,   -51)  ->  Abs (   981,   780)
	 10: Rel (   133,   -39)  ->  Abs (  1114,   741)
	 11: Rel (   143,  -188)  ->  Abs (  1257,   553)
	 12: Rel (     0,  -128)  ->  Abs (  1257,   425)
	 13: Rel (     0,  -103)  ->  Abs (  1257,   322)
	 14: Rel (   -87,  -177)  ->  Abs (  1170,   145)
	 15: Rel (  -128,   -96)  ->  Abs (  1042,    49)
	 16: Rel (  -193,   -49)  ->  Abs (   849,     0)
	 17: Rel (  -140,     0)  ->  Abs (   709,     0)
	 18: Rel (  -365,   850)  ->  Abs (   344,   850)
	 19: Rel (   317,     0)  ->  Abs (   661,   850)
	 20: Rel (   129,     0)  ->  Abs (   790,   850)
	 21: Rel (    56,    17)  ->  Abs (   846,   867)
	 22: Rel (    74,    22)  ->  Abs (   920,   889)
	 23: Rel (    75,   102)  ->  Abs (   995,   991)
	 24: Rel (     0,    77)  ->  Abs (   995,  1068)
	 25: Rel (     0,    73)  ->  Abs (   995,  1141)
	 26: Rel (   -70,   111)  ->  Abs (   925,  1252)
	 27: Rel (  -130,    41)  ->  Abs (   795,  1293)
	 28: Rel (  -158,     0)  ->  Abs (   637,  1293)
	 29: Rel (  -293,     0)  ->  Abs (   344,  1293)
	 30: Rel (     0, -1120)  ->  Abs (   344,   173)
	 31: Rel (   365,     0)  ->  Abs (   709,   173)
	 32: Rel (    94,     0)  ->  Abs (   803,   173)
	 33: Rel (    38,     7)  ->  Abs (   841,   180)
	 34: Rel (    67,    12)  ->  Abs (   908,   192)
	 35: Rel (    90,    56)  ->  Abs (   998,   248)
	 36: Rel (    58,   107)  ->  Abs (  1056,   355)
	 37: Rel (     0,    70)  ->  Abs (  1056,   425)
	 38: Rel (     0,    82)  ->  Abs (  1056,   507)
	 39: Rel (   -84,   121)  ->  Abs (   972,   628)
	 40: Rel (  -149,    49)  ->  Abs (   823,   677)
	 41: Rel (  -140,     0)  ->  Abs (   683,   677)
	 42: Rel (  -339,     0)  ->  Abs (   344,   677)

	Glyph  38: off = 0x0000275E, len = 314
	  numberOfContours:	1
	  xMin:			102
	  yMin:			-25
	  xMax:			1398
	  yMax:			1491

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	211
	00000: PUSHB[6]             99     2   106    29     2     1 
	00007: PUSHW[1]            -24 
	00010: PUSHB[5]             11    11     6    85     0 
	00016: PUSHW[1]            -24 
	00019: NPUSHB      (95):    11    11     6    85    32     0    50    13    99     0 
	                           112     0   116    29   128     0   132    29   144     0 
	                           154     5   171     3   165    13   185     3   180    13 
	                           199    13   208     0   228    29   243    29    17    14 
	                            18    29    17    29    29     3    42     6    40    17 
	                            42    28    32    31    71    13    86    20    87    21 
	                            86    25   104     5   107    29   123    18   139    18 
	                           154     3   153    14   154    28   168     1   164     2 
	                           168    17   213    14    19     0    20     0    26    16 
	                            20    16    26     4     2 
	00116: PUSHW[1]            -34 
	00119: PUSHB[3]             40    57     1 
	00123: PUSHW[1]            -64 
	00126: NPUSHB      (45):    40    57    16    15     0     1     4    27    19    30 
	                            12     3    27    30     4     9    16    38    15    74 
	                             0    38    32     1     1     1    26    31    23    38 
	                            32     8     1     8    12    11    11     6    85     8 
	                            25    30    99    92    24 
	00173: CALL       
	00174: FLIPOFF    
	00175: SRP0       
	00176: MIRP[srp0,nmd,rd,0] 
	00177: CALL       
	00178: DELTAP1    
	00179: FLIPON     
	00180: MIRP[nrp0,md,rd,1] 
	00181: FLIPOFF    
	00182: SRP0       
	00183: MIRP[srp0,nmd,rd,2] 
	00184: DELTAP1    
	00185: FLIPON     
	00186: MIRP[nrp0,md,rd,1] 
	00187: MIRP[srp0,nmd,rd,0] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: SVTCA[y-axis] 
	00190: MIAP[rd+ci] 
	00191: MIRP[nrp0,md,rd,1] 
	00192: MIAP[rd+ci] 
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP1       
	00195: SLOOP      
	00196: IP         
	00197: IUP[y]     
	00198: IUP[x]     
	00199: SVTCA[x-axis] 
	00200: CALL       
	00201: CALL       
	00202: DELTAP1    
	00203: DELTAP1    
	00204: DELTAP2    
	00205: SVTCA[y-axis] 
	00206: DELTAP1    
	00207: CALL       
	00208: CALL       
	00209: SVTCA[x-axis] 
	00210: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short         Off
	  7:                              X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:        XDual                 X-Short Off
	 11:  YDual               Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:                      Y-Short         Off
	 15:        XDual         Y-Short X-Short On
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short Off
	 22:                              X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:        XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1204,   514)  ->  Abs (  1204,   514)
	  1: Rel (   194,   -49)  ->  Abs (  1398,   465)
	  2: Rel (   -61,  -239)  ->  Abs (  1337,   226)
	  3: Rel (  -317,  -251)  ->  Abs (  1020,   -25)
	  4: Rel (  -229,     0)  ->  Abs (   791,   -25)
	  5: Rel (  -237,     0)  ->  Abs (   554,   -25)
	  6: Rel (  -297,   193)  ->  Abs (   257,   168)
	  7: Rel (  -155,   366)  ->  Abs (   102,   534)
	  8: Rel (     0,   210)  ->  Abs (   102,   744)
	  9: Rel (     0,   229)  ->  Abs (   102,   973)
	 10: Rel (   175,   341)  ->  Abs (   277,  1314)
	 11: Rel (   323,   177)  ->  Abs (   600,  1491)
	 12: Rel (   194,     0)  ->  Abs (   794,  1491)
	 13: Rel (   220,     0)  ->  Abs (  1014,  1491)
	 14: Rel (   300,  -224)  ->  Abs (  1314,  1267)
	 15: Rel (    59,  -203)  ->  Abs (  1373,  1064)
	 16: Rel (  -191,   -45)  ->  Abs (  1182,  1019)
	 17: Rel (   -51,   160)  ->  Abs (  1131,  1179)
	 18: Rel (  -194,   146)  ->  Abs (   937,  1325)
	 19: Rel (  -147,     0)  ->  Abs (   790,  1325)
	 20: Rel (  -169,     0)  ->  Abs (   621,  1325)
	 21: Rel (  -227,  -162)  ->  Abs (   394,  1163)
	 22: Rel (   -92,  -273)  ->  Abs (   302,   890)
	 23: Rel (     0,  -145)  ->  Abs (   302,   745)
	 24: Rel (     0,  -187)  ->  Abs (   302,   558)
	 25: Rel (   109,  -279)  ->  Abs (   411,   279)
	 26: Rel (   230,  -138)  ->  Abs (   641,   141)
	 27: Rel (   134,     0)  ->  Abs (   775,   141)
	 28: Rel (   163,     0)  ->  Abs (   938,   141)
	 29: Rel (   226,   188)  ->  Abs (  1164,   329)

	Glyph  39: off = 0x00002898, len = 328
	  numberOfContours:	2
	  xMin:			158
	  yMin:			0
	  xMax:			1370
	  yMax:			1466

	EndPoints
	---------
	  0:  15
	  1:  29

	  Length of Instructions:	229
	00000: NPUSHB      (47):    32    31     1    67     8    28    29    30     2     1 
	                             2    17    16    30    15     0     8    23    38    32 
	                             9     1    31    64    13    13     2    85     9    32 
	                            16    16     2    85     9    10    15    15     2    85 
	                             9    24    13    13     2    85     9 
	00049: PUSHW[1]            -12 
	00052: NPUSHB      (21):    12    12     6    85     9    26    31    29    16    32 
	                             1    32     0     1     0    32    16    16     2    85 
	                             0 
	00075: PUSHW[1]            -10 
	00078: PUSHB[5]             15    15     2    85     0 
	00084: PUSHW[1]            -10 
	00087: PUSHB[5]             13    13     2    85     0 
	00093: PUSHW[1]             -6 
	00096: PUSHB[5]             12    12     2    85     0 
	00102: PUSHW[1]             -9 
	00105: PUSHB[5]             12    12     6    85     0 
	00111: PUSHW[1]             -8 
	00114: NPUSHB      (10):    13    13     6    85     0    93    30    59    92    24 
	00126: CALL       
	00127: SRP0       
	00128: MIRP[srp0,nmd,rd,2] 
	00129: CALL       
	00130: CALL       
	00131: CALL       
	00132: CALL       
	00133: CALL       
	00134: CALL       
	00135: DELTAP1    
	00136: ALIGNRP    
	00137: MIRP[srp0,md,rd,1] 
	00138: ALIGNRP    
	00139: SRP0       
	00140: MIRP[srp0,nmd,rd,2] 
	00141: CALL       
	00142: CALL       
	00143: CALL       
	00144: CALL       
	00145: CALL       
	00146: DELTAP1    
	00147: MIRP[nrp0,md,rd,1] 
	00148: SVTCA[y-axis] 
	00149: MIAP[rd+ci] 
	00150: ALIGNRP    
	00151: MIRP[srp0,md,rd,1] 
	00152: ALIGNRP    
	00153: MIAP[rd+ci] 
	00154: ALIGNRP    
	00155: MIRP[srp0,md,rd,1] 
	00156: ALIGNRP    
	00157: IUP[y]     
	00158: IUP[x]     
	00159: RS         
	00160: JROF       
	00161: NPUSHB      (54):     3    27     7     8     6     8     5     8     4     8 
	                             4     6    25    24    26    24     2     6    11    10 
	                            12    10    13    10     3     6    21    22    20    22 
	                            19    22     3     6    27     3    23    33     1    18 
	                            14    23    33     1    24     8    28    33     1    22 
	                            10    17    33     0 
	00217: CALL       
	00218: CALL       
	00219: SVTCA[x-axis] 
	00220: CALL       
	00221: CALL       
	00222: LOOPCALL   
	00223: LOOPCALL   
	00224: LOOPCALL   
	00225: LOOPCALL   
	00226: FLIPRGON   
	00227: SVTCA[x-axis] 
	00228: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:              Rep-  2 Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual               Y-Short         On
	 17:  YDual                               On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   158,     0)  ->  Abs (   158,     0)
	  1: Rel (     0,  1466)  ->  Abs (   158,  1466)
	  2: Rel (   505,     0)  ->  Abs (   663,  1466)
	  3: Rel (   171,     0)  ->  Abs (   834,  1466)
	  4: Rel (    90,   -21)  ->  Abs (   924,  1445)
	  5: Rel (   126,   -29)  ->  Abs (  1050,  1416)
	  6: Rel (    89,   -76)  ->  Abs (  1139,  1340)
	  7: Rel (   116,   -98)  ->  Abs (  1255,  1242)
	  8: Rel (   115,  -305)  ->  Abs (  1370,   937)
	  9: Rel (     0,  -196)  ->  Abs (  1370,   741)
	 10: Rel (     0,  -167)  ->  Abs (  1370,   574)
	 11: Rel (   -78,  -258)  ->  Abs (  1292,   316)
	 12: Rel (  -122,  -169)  ->  Abs (  1170,   147)
	 13: Rel (  -145,   -97)  ->  Abs (  1025,    50)
	 14: Rel (  -205,   -50)  ->  Abs (   820,     0)
	 15: Rel (  -133,     0)  ->  Abs (   687,     0)
	 16: Rel (  -335,   173)  ->  Abs (   352,   173)
	 17: Rel (   313,     0)  ->  Abs (   665,   173)
	 18: Rel (   145,     0)  ->  Abs (   810,   173)
	 19: Rel (   165,    54)  ->  Abs (   975,   227)
	 20: Rel (    49,    49)  ->  Abs (  1024,   276)
	 21: Rel (    69,    69)  ->  Abs (  1093,   345)
	 22: Rel (    77,   233)  ->  Abs (  1170,   578)
	 23: Rel (     0,   166)  ->  Abs (  1170,   744)
	 24: Rel (     0,   230)  ->  Abs (  1170,   974)
	 25: Rel (  -151,   247)  ->  Abs (  1019,  1221)
	 26: Rel (  -108,    42)  ->  Abs (   911,  1263)
	 27: Rel (   -78,    30)  ->  Abs (   833,  1293)
	 28: Rel (  -173,     0)  ->  Abs (   660,  1293)
	 29: Rel (  -308,     0)  ->  Abs (   352,  1293)

	Glyph  40: off = 0x000029E0, len = 196
	  numberOfContours:	1
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1466

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	149
	00000: NPUSHB      (21):     6     5    30     8     8     7     7     0     3     4 
	                            30     2     1     2    10     9    30    11     0     8 
	                             7 
	00023: PUSHW[1]            -64 
	00026: NPUSHB      (29):    16    18    52     7    84     3    74    32    10    32 
	                            13     2    10    26    13     4     9    32     1    32 
	                             0     1     0    32    16    16     2    85     0 
	00057: PUSHW[1]            -10 
	00060: PUSHB[5]             15    15     2    85     0 
	00066: PUSHW[1]            -10 
	00069: PUSHB[5]             13    13     2    85     0 
	00075: PUSHW[1]             -6 
	00078: PUSHB[5]             12    12     2    85     0 
	00084: PUSHW[1]             -6 
	00087: PUSHB[5]             12    12     6    85     0 
	00093: PUSHW[1]            -16 
	00096: NPUSHB      (10):    13    13     6    85     0    93    12    59    91    24 
	00108: CALL       
	00109: FLIPOFF    
	00110: SRP0       
	00111: MIRP[srp0,nmd,rd,0] 
	00112: CALL       
	00113: CALL       
	00114: CALL       
	00115: CALL       
	00116: CALL       
	00117: CALL       
	00118: DELTAP1    
	00119: ALIGNRP    
	00120: FLIPON     
	00121: MIRP[srp0,md,rd,1] 
	00122: ALIGNRP    
	00123: FLIPOFF    
	00124: SRP0       
	00125: MIRP[srp0,nmd,rd,2] 
	00126: DELTAP1    
	00127: FLIPON     
	00128: MIRP[srp0,nmd,rd,0] 
	00129: MIRP[nrp0,nmd,rd,0] 
	00130: CALL       
	00131: SVTCA[y-axis] 
	00132: MIAP[rd+ci] 
	00133: ALIGNRP    
	00134: MIRP[srp0,md,rd,1] 
	00135: ALIGNRP    
	00136: MIAP[rd+ci] 
	00137: ALIGNRP    
	00138: MIRP[srp0,md,rd,1] 
	00139: ALIGNRP    
	00140: SRP2       
	00141: IP         
	00142: MDAP[rd]   
	00143: ALIGNRP    
	00144: SRP0       
	00145: MIRP[srp0,md,rd,1] 
	00146: ALIGNRP    
	00147: IUP[y]     
	00148: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   162,     0)  ->  Abs (   162,     0)
	  1: Rel (     0,  1466)  ->  Abs (   162,  1466)
	  2: Rel (  1060,     0)  ->  Abs (  1222,  1466)
	  3: Rel (     0,  -173)  ->  Abs (  1222,  1293)
	  4: Rel (  -866,     0)  ->  Abs (   356,  1293)
	  5: Rel (     0,  -449)  ->  Abs (   356,   844)
	  6: Rel (   811,     0)  ->  Abs (  1167,   844)
	  7: Rel (     0,  -172)  ->  Abs (  1167,   672)
	  8: Rel (  -811,     0)  ->  Abs (   356,   672)
	  9: Rel (     0,  -499)  ->  Abs (   356,   173)
	 10: Rel (   900,     0)  ->  Abs (  1256,   173)
	 11: Rel (     0,  -173)  ->  Abs (  1256,     0)

	Glyph  41: off = 0x00002AA4, len = 182
	  numberOfContours:	1
	  xMin:			168
	  yMin:			0
	  xMax:			1157
	  yMax:			1466

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	141
	00000: NPUSHB      (43):     6     5    30     8     8   143     7     1     7     7 
	                             0     3     4    30     2     1     2     0     8     7 
	                           156    32     2    32    11     2     2    26    11     4 
	                             9    32     1    32     0     1     0    32    16    16 
	                             2    85     0 
	00045: PUSHW[1]            -10 
	00048: PUSHB[5]             15    15     2    85     0 
	00054: PUSHW[1]            -10 
	00057: PUSHB[5]             13    13     2    85     0 
	00063: PUSHW[1]             -6 
	00066: NPUSHB      (11):    12    12     2    85     0    12    11    11     6    85 
	                             0 
	00079: PUSHW[1]             -2 
	00082: PUSHB[5]             12    12     6    85     0 
	00088: PUSHW[1]            -16 
	00091: NPUSHB      (10):    13    13     6    85     0    93    10    59    92    24 
	00103: CALL       
	00104: FLIPOFF    
	00105: SRP0       
	00106: MIRP[srp0,nmd,rd,0] 
	00107: CALL       
	00108: CALL       
	00109: CALL       
	00110: CALL       
	00111: CALL       
	00112: CALL       
	00113: CALL       
	00114: DELTAP1    
	00115: ALIGNRP    
	00116: FLIPON     
	00117: MIRP[srp0,md,rd,1] 
	00118: ALIGNRP    
	00119: FLIPOFF    
	00120: SRP0       
	00121: MIRP[srp0,nmd,rd,2] 
	00122: DELTAP1    
	00123: FLIPON     
	00124: MIRP[nrp0,nmd,rd,0] 
	00125: SVTCA[y-axis] 
	00126: MIAP[rd+ci] 
	00127: MIAP[rd+ci] 
	00128: ALIGNRP    
	00129: MIRP[srp0,md,rd,1] 
	00130: ALIGNRP    
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: DELTAP1    
	00135: ALIGNRP    
	00136: SRP0       
	00137: MIRP[srp0,md,rd,1] 
	00138: ALIGNRP    
	00139: IUP[y]     
	00140: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   168,     0)  ->  Abs (   168,     0)
	  1: Rel (     0,  1466)  ->  Abs (   168,  1466)
	  2: Rel (   989,     0)  ->  Abs (  1157,  1466)
	  3: Rel (     0,  -173)  ->  Abs (  1157,  1293)
	  4: Rel (  -795,     0)  ->  Abs (   362,  1293)
	  5: Rel (     0,  -454)  ->  Abs (   362,   839)
	  6: Rel (   688,     0)  ->  Abs (  1050,   839)
	  7: Rel (     0,  -173)  ->  Abs (  1050,   666)
	  8: Rel (  -688,     0)  ->  Abs (   362,   666)
	  9: Rel (     0,  -666)  ->  Abs (   362,     0)

	Glyph  42: off = 0x00002B5A, len = 400
	  numberOfContours:	1
	  xMin:			109
	  yMin:			-25
	  xMax:			1465
	  yMax:			1491

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	275
	00000: NPUSHB      (26):    27    20    27    21     2    96    39     1    94     8 
	                            19     1    18     3    36    36     0    33    18    23 
	                             2    37     0    30     2     1 
	00028: PUSHW[1]            -64 
	00031: NPUSHB      (32):    12    12     6    85     1     1     6    23    30    14 
	                             3    33    30     6     9     1     1    38    39    37 
	                            36    32     3     3    32     2    32    39    96     2 
	                             3     2 
	00065: PUSHW[1]            -28 
	00068: PUSHB[5]             15    15     2    85     2 
	00074: PUSHW[1]            -14 
	00077: PUSHB[5]             13    13     2    85     2 
	00083: PUSHW[1]            -38 
	00086: PUSHB[5]             12    12     2    85     2 
	00092: PUSHW[1]            -12 
	00095: NPUSHB      (27):    12    12     6    85     2   114   128    39     1    39 
	                            29    38    32    10     1    10    16    12    12     6 
	                            85    10    25    38    99    91    24 
	00124: CALL       
	00125: FLIPOFF    
	00126: SRP0       
	00127: MIRP[srp0,nmd,rd,0] 
	00128: CALL       
	00129: DELTAP1    
	00130: FLIPON     
	00131: MIRP[nrp0,md,rd,1] 
	00132: FLIPON     
	00133: SRP0       
	00134: DELTAP1    
	00135: MIRP[srp0,nmd,rd,2] 
	00136: CALL       
	00137: CALL       
	00138: CALL       
	00139: CALL       
	00140: DELTAP1    
	00141: ALIGNRP    
	00142: FLIPON     
	00143: SRP0       
	00144: MIRP[srp0,md,rd,1] 
	00145: ALIGNRP    
	00146: SRP1       
	00147: SRP2       
	00148: IP         
	00149: MDAP[rd]   
	00150: SVTCA[y-axis] 
	00151: MIAP[rd+ci] 
	00152: MIRP[nrp0,md,rd,1] 
	00153: MIAP[rd+ci] 
	00154: MIRP[nrp0,md,rd,1] 
	00155: SRP2       
	00156: IP         
	00157: MDAP[rd]   
	00158: CALL       
	00159: ALIGNRP    
	00160: MIRP[srp0,md,rd,1] 
	00161: ALIGNRP    
	00162: SRP1       
	00163: SRP2       
	00164: IP         
	00165: SRP1       
	00166: SRP2       
	00167: IP         
	00168: SVTCA[x-axis] 
	00169: SRP1       
	00170: SRP2       
	00171: IP         
	00172: SRP2       
	00173: IP         
	00174: IUP[y]     
	00175: IUP[x]     
	00176: RS         
	00177: JROF       
	00178: NPUSHB      (68):     4    35    27    28    26    28    25    28     3     6 
	                            12    38    16    37    21    38    31    38     8    37 
	                             4    38    35    37    24    13    29    33     0    22 
	                            15    19    33     1    17    18    20    19    32     7 
	                            29    33     0    34     5    37    33     1    28    11 
	                            23    33     1    20    17    23    33     1    30     9 
	                            33    33     0    36     3    33    33     0 
	00248: SVTCA[y-axis] 
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: SVTCA[x-axis] 
	00254: CALL       
	00255: CALL       
	00256: SRP0       
	00257: ALIGNRP    
	00258: SRP0       
	00259: ALIGNRP    
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: CALL       
	00268: CALL       
	00269: LOOPCALL   
	00270: FLIPRGON   
	00271: SVTCA[x-axis] 
	00272: DELTAP1    
	00273: SVTCA[y-axis] 
	00274: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual               Y-Short         On
	  3:        XDual                         On
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short         Off
	  9:                              X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:        XDual                 X-Short Off
	 13:  YDual               Y-Short         Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:                      Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:                      Y-Short X-Short On
	 20:  YDual       Rep-  2 Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:        XDual                 X-Short Off
	 32:                      Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   844,   575)  ->  Abs (   844,   575)
	  1: Rel (     0,   172)  ->  Abs (   844,   747)
	  2: Rel (   621,     1)  ->  Abs (  1465,   748)
	  3: Rel (     0,  -544)  ->  Abs (  1465,   204)
	  4: Rel (  -143,  -114)  ->  Abs (  1322,    90)
	  5: Rel (  -304,  -115)  ->  Abs (  1018,   -25)
	  6: Rel (  -160,     0)  ->  Abs (   858,   -25)
	  7: Rel (  -216,     0)  ->  Abs (   642,   -25)
	  8: Rel (  -353,   185)  ->  Abs (   289,   160)
	  9: Rel (  -180,   350)  ->  Abs (   109,   510)
	 10: Rel (     0,   216)  ->  Abs (   109,   726)
	 11: Rel (     0,   214)  ->  Abs (   109,   940)
	 12: Rel (   179,   371)  ->  Abs (   288,  1311)
	 13: Rel (   336,   180)  ->  Abs (   624,  1491)
	 14: Rel (   219,     0)  ->  Abs (   843,  1491)
	 15: Rel (   159,     0)  ->  Abs (  1002,  1491)
	 16: Rel (   257,  -103)  ->  Abs (  1259,  1388)
	 17: Rel (   146,  -184)  ->  Abs (  1405,  1204)
	 18: Rel (    38,  -148)  ->  Abs (  1443,  1056)
	 19: Rel (  -175,   -48)  ->  Abs (  1268,  1008)
	 20: Rel (   -33,   112)  ->  Abs (  1235,  1120)
	 21: Rel (   -98,   128)  ->  Abs (  1137,  1248)
	 22: Rel (  -182,    77)  ->  Abs (   955,  1325)
	 23: Rel (  -111,     0)  ->  Abs (   844,  1325)
	 24: Rel (  -133,     0)  ->  Abs (   711,  1325)
	 25: Rel (  -194,   -81)  ->  Abs (   517,  1244)
	 26: Rel (  -119,  -132)  ->  Abs (   398,  1112)
	 27: Rel (   -33,   -79)  ->  Abs (   365,  1033)
	 28: Rel (   -56,  -136)  ->  Abs (   309,   897)
	 29: Rel (     0,  -159)  ->  Abs (   309,   738)
	 30: Rel (     0,  -196)  ->  Abs (   309,   542)
	 31: Rel (   135,  -264)  ->  Abs (   444,   278)
	 32: Rel (   258,  -128)  ->  Abs (   702,   150)
	 33: Rel (   145,     0)  ->  Abs (   847,   150)
	 34: Rel (   126,     0)  ->  Abs (   973,   150)
	 35: Rel (   240,    97)  ->  Abs (  1213,   247)
	 36: Rel (    62,    55)  ->  Abs (  1275,   302)
	 37: Rel (     0,   273)  ->  Abs (  1275,   575)

	Glyph  43: off = 0x00002CEA, len = 262
	  numberOfContours:	1
	  xMin:			164
	  yMin:			0
	  xMax:			1314
	  yMax:			1466

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	216
	00000: PUSHW[2]             13   -64 
	00005: NPUSHB      (26):    19    21    52     4     3    30     9    10   160    10 
	                           208    10     2    10     5     2     2    11     8     8 
	                             5     8    32     7     7     6 
	00033: PUSHW[1]            -18 
	00036: PUSHB[5]             15    15     2    85     6 
	00042: PUSHW[1]            -14 
	00045: NPUSHB      (11):    13    13     2    85     6    16    12    12     2    85 
	                             6 
	00058: PUSHW[1]            -32 
	00061: NPUSHB      (24):    11    11     6    85     6     1    12    12     6    85 
	                             6    93   128    13     1    13     2    11    32     1 
	                            32     0     1     0 
	00087: PUSHW[1]            -64 
	00090: NPUSHB      (10):    19    21    52     0    32    16    16     2    85     0 
	00102: PUSHW[1]            -10 
	00105: PUSHB[5]             15    15     2    85     0 
	00111: PUSHW[1]            -10 
	00114: PUSHB[5]             13    13     2    85     0 
	00120: PUSHW[1]             -6 
	00123: NPUSHB      (11):    12    12     2    85     0     8    11    11     6    85 
	                             0 
	00136: PUSHW[1]             -9 
	00139: PUSHB[5]             12    12     6    85     0 
	00145: PUSHW[1]             -8 
	00148: NPUSHB      (22):    13    13     6    85     0    93    12    32    13     1 
	                            32    13    80    13    96    13   112    13     4    59 
	                            89    24 
	00172: CALL       
	00173: DELTAP1    
	00174: DELTAP2    
	00175: SRP0       
	00176: MIRP[srp0,nmd,rd,2] 
	00177: CALL       
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: DELTAP1    
	00186: ALIGNRP    
	00187: MIRP[srp0,md,rd,1] 
	00188: ALIGNRP    
	00189: SRP0       
	00190: DELTAP1    
	00191: MIRP[srp0,nmd,rd,2] 
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: ALIGNRP    
	00198: SRP0       
	00199: MIRP[srp0,md,rd,1] 
	00200: ALIGNRP    
	00201: SVTCA[y-axis] 
	00202: MIAP[rd+ci] 
	00203: ALIGNRP    
	00204: MIAP[rd+ci] 
	00205: ALIGNRP    
	00206: IP         
	00207: DELTAP1    
	00208: MDAP[rd]   
	00209: ALIGNRP    
	00210: MIRP[srp0,md,rd,1] 
	00211: ALIGNRP    
	00212: IUP[y]     
	00213: IUP[x]     
	00214: SVTCA[x-axis] 
	00215: CALL       

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   164,     0)  ->  Abs (   164,     0)
	  1: Rel (     0,  1466)  ->  Abs (   164,  1466)
	  2: Rel (   194,     0)  ->  Abs (   358,  1466)
	  3: Rel (     0,  -602)  ->  Abs (   358,   864)
	  4: Rel (   762,     0)  ->  Abs (  1120,   864)
	  5: Rel (     0,   602)  ->  Abs (  1120,  1466)
	  6: Rel (   194,     0)  ->  Abs (  1314,  1466)
	  7: Rel (     0, -1466)  ->  Abs (  1314,     0)
	  8: Rel (  -194,     0)  ->  Abs (  1120,     0)
	  9: Rel (     0,   691)  ->  Abs (  1120,   691)
	 10: Rel (  -762,     0)  ->  Abs (   358,   691)
	 11: Rel (     0,  -691)  ->  Abs (   358,     0)

	Glyph  44: off = 0x00002DF0, len = 228
	  numberOfContours:	1
	  xMin:			191
	  yMin:			0
	  xMax:			385
	  yMax:			1466

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	204
	00000: PUSHB[6]              1     2     0     8     2     5 
	00007: PUSHW[1]            -64 
	00010: PUSHB[4]             56    61    52     5 
	00015: PUSHW[1]            -64 
	00018: PUSHB[4]             51    52    52     5 
	00023: PUSHW[1]            -64 
	00026: PUSHB[4]             45    48    52     5 
	00031: PUSHW[1]            -64 
	00034: PUSHB[4]             40    41    52     5 
	00039: PUSHW[1]            -64 
	00042: PUSHB[4]             35    37    52     5 
	00047: PUSHW[1]            -64 
	00050: PUSHB[4]             29    30    52     5 
	00055: PUSHW[1]            -64 
	00058: PUSHB[4]             24    26    52     5 
	00063: PUSHW[1]            -64 
	00066: NPUSHB      (42):    13    16    52    32     5   144     5   175     5     3 
	                             3    32     1     0     0   143     0   160     0   176 
	                             0     4    47     0    64     0    80     0   223     0 
	                           240     0     5    18    32     0   143     0   144     0 
	                             3     5 
	00110: PUSHW[1]            -64 
	00113: NPUSHB      (11):    13    13     2    85     0    24    16    16     2    85 
	                             0 
	00126: PUSHW[1]            -20 
	00129: PUSHB[5]             15    15     2    85     0 
	00135: PUSHW[1]            -18 
	00138: PUSHB[5]             13    13     2    85     0 
	00144: PUSHW[1]            -10 
	00147: NPUSHB      (16):    12    12     2    85     0    32    11    11     6    85 
	                             0   162     4   214    89    24 
	00165: CALL       
	00166: SRP0       
	00167: MIRP[srp0,nmd,rd,2] 
	00168: CALL       
	00169: CALL       
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: CALL       
	00174: DELTAP1    
	00175: RS         
	00176: NOT        
	00177: IF         
	00178: PUSHB[3]            128     0     1 
	00182: SVTCA[x-axis] 
	00183: DELTAP1    
	00184: EIF        
	00185: DELTAP2    
	00186: DELTAP3    
	00187: ALIGNRP    
	00188: MIRP[srp0,md,rd,1] 
	00189: DELTAP1    
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: ALIGNRP    
	00199: SVTCA[y-axis] 
	00200: MIAP[rd+ci] 
	00201: MIAP[rd+ci] 
	00202: IUP[y]     
	00203: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   191,     0)  ->  Abs (   191,     0)
	  1: Rel (     0,  1466)  ->  Abs (   191,  1466)
	  2: Rel (   194,     0)  ->  Abs (   385,  1466)
	  3: Rel (     0, -1466)  ->  Abs (   385,     0)

	Glyph  45: off = 0x00002ED4, len = 232
	  numberOfContours:	1
	  xMin:			55
	  yMin:			-25
	  xMax:			865
	  yMax:			1466

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	169
	00000: NPUSHB      (16):   101     2   103     6   116     2   117     6   136    13 
	                           136    17     6     9     2     1 
	00018: PUSHW[1]            -64 
	00021: PUSHB[5]             11    12     6    85     1 
	00027: PUSHW[1]            282 
	00030: NPUSHB      (11):     4    30    15     9     9    38    10    10     8    38 
	                            11 
	00043: PUSHW[1]            -22 
	00046: PUSHB[5]             16    16     2    85    11 
	00052: PUSHW[1]            -22 
	00055: PUSHB[5]             13    13     2    85    11 
	00061: PUSHW[1]             -2 
	00064: PUSHB[5]             12    12     2    85    11 
	00070: PUSHW[1]            -24 
	00073: PUSHB[5]             11    11     6    85    11 
	00079: PUSHW[1]             -2 
	00082: NPUSHB      (22):    12    12     6    85    11    93    32    19     1    32 
	                            19    64    19    80    19    96    19     4    19     1 
	                            38     0 
	00106: PUSHW[1]            -24 
	00109: PUSHB[5]             12    12     2    85     0 
	00115: PUSHW[1]            -22 
	00118: PUSHB[5]             12    12     6    85     0 
	00124: PUSHW[1]            -36 
	00127: NPUSHB      (10):    13    13     6    85     0    75    18   182    89    24 
	00139: CALL       
	00140: SRP0       
	00141: MIRP[srp0,nmd,rd,2] 
	00142: CALL       
	00143: CALL       
	00144: CALL       
	00145: MIRP[nrp0,md,rd,1] 
	00146: SRP0       
	00147: DELTAP1    
	00148: DELTAP2    
	00149: MIRP[srp0,nmd,rd,2] 
	00150: CALL       
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: MIRP[nrp0,md,rd,1] 
	00156: ALIGNRP    
	00157: SRP0       
	00158: MIRP[nrp0,md,rd,1] 
	00159: SVTCA[y-axis] 
	00160: MIAP[rd+ci] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: CALL       
	00164: MIAP[rd+ci] 
	00165: IUP[y]     
	00166: IUP[x]     
	00167: SVTCA[y-axis] 
	00168: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    59,   416)  ->  Abs (    59,   416)
	  1: Rel (   175,    24)  ->  Abs (   234,   440)
	  2: Rel (     7,  -168)  ->  Abs (   241,   272)
	  3: Rel (   112,  -124)  ->  Abs (   353,   148)
	  4: Rel (    99,     0)  ->  Abs (   452,   148)
	  5: Rel (    73,     0)  ->  Abs (   525,   148)
	  6: Rel (   106,    67)  ->  Abs (   631,   215)
	  7: Rel (    40,   115)  ->  Abs (   671,   330)
	  8: Rel (     0,   126)  ->  Abs (   671,   456)
	  9: Rel (     0,  1010)  ->  Abs (   671,  1466)
	 10: Rel (   194,     0)  ->  Abs (   865,  1466)
	 11: Rel (     0,  -999)  ->  Abs (   865,   467)
	 12: Rel (     0,  -184)  ->  Abs (   865,   283)
	 13: Rel (   -89,  -202)  ->  Abs (   776,    81)
	 14: Rel (  -193,  -106)  ->  Abs (   583,   -25)
	 15: Rel (  -130,     0)  ->  Abs (   453,   -25)
	 16: Rel (  -193,     0)  ->  Abs (   260,   -25)
	 17: Rel (  -205,   222)  ->  Abs (    55,   197)

	Glyph  46: off = 0x00002FBC, len = 566
	  numberOfContours:	1
	  xMin:			150
	  yMin:			0
	  xMax:			1362
	  yMax:			1466

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	510
	00000: NPUSHB      (30):     3    34    55    57     8     9    58    39    10    53 
	                             6    54    10    71    10    87     3   134     3   215 
	                             3     7   118    10   217     3   217    10     3     6 
	00032: PUSHW[1]            -12 
	00035: NPUSHB      (24):    13    13     2    85    40     5   140     4   138     5 
	                           170     4   234     8     5    10     4     1    53     4 
	                           214     4     2     9 
	00061: PUSHW[1]            -32 
	00064: NPUSHB       (9):    18    33    52     3    32    18    33    52     3 
	00075: PUSHW[1]            -34 
	00078: PUSHB[4]             12    57    18     9 
	00083: PUSHW[1]            -32 
	00086: PUSHB[4]             18    33    52     8 
	00091: PUSHW[1]            -32 
	00094: PUSHB[4]             18    33    52     4 
	00099: PUSHW[1]            -32 
	00102: PUSHB[4]             29    33    52     4 
	00107: PUSHW[1]            -64 
	00110: PUSHB[4]             18    22    52     8 
	00115: PUSHW[1]            -34 
	00118: NPUSHB      (61):    25    57     8     9    37    37    61     8     9    25 
	                            25    61     6     6     7     9    10     9     8    10 
	                             5     3     4     4    32     5    10    20     5     5 
	                            10     9     8     8    32     7     6    20     7     7 
	                             6    10    10     0     5     2     4     1     2     7 
	                            11     8     0     8    10     3     2    11     1     0 
	                             4 
	00181: PUSHW[1]            570 
	00184: NPUSHB      (15):    48     5     1   160     5   176     5   192     5   224 
	                             5     4     5    74     8 
	00201: PUSHW[1]            570 
	00204: NPUSHB      (11):    48     7     1    32     7   128     7   176     7     3 
	                             7 
	00217: PUSHW[1]            646 
	00220: NPUSHB      (12):    11    32    32     0     1     0    32    16    16     2 
	                            85     0 
	00234: PUSHW[1]            -10 
	00237: PUSHB[5]             15    15     2    85     0 
	00243: PUSHW[1]            -10 
	00246: PUSHB[5]             13    13     2    85     0 
	00252: PUSHW[1]             -6 
	00255: PUSHB[5]             12    12     2    85     0 
	00261: PUSHW[1]             -6 
	00264: PUSHB[5]             12    12     6    85     0 
	00270: PUSHW[1]            -14 
	00273: NPUSHB      (10):    13    13     6    85     0    93    12    59   168    24 
	00285: CALL       
	00286: SRP0       
	00287: MIRP[srp0,nmd,rd,0] 
	00288: CALL       
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: CALL       
	00294: DELTAP1    
	00295: MIRP[nrp0,md,rd,1] 
	00296: MIRP[srp0,md,rd,1] 
	00297: DELTAP1    
	00298: DELTAP2    
	00299: MIRP[nrp0,md,rd,1] 
	00300: MIRP[srp0,nmd,rd,0] 
	00301: DELTAP1    
	00302: DELTAP2    
	00303: MIRP[nrp0,md,rd,1] 
	00304: SRP0       
	00305: ALIGNRP    
	00306: SRP0       
	00307: ALIGNRP    
	00308: ALIGNRP    
	00309: ALIGNRP    
	00310: SVTCA[y-axis] 
	00311: MIAP[rd+ci] 
	00312: ALIGNRP    
	00313: ALIGNRP    
	00314: ALIGNRP    
	00315: MIAP[rd+ci] 
	00316: ALIGNRP    
	00317: ALIGNRP    
	00318: ALIGNRP    
	00319: SRP2       
	00320: IP         
	00321: MDAP[rd]   
	00322: SDPVTL[1]  
	00323: SFVTCA[x-axis] 
	00324: MDAP[nrd]  
	00325: CALL       
	00326: SFVTPV     
	00327: RDTG       
	00328: SRP0       
	00329: MDRP[nrp0,nmd,rd,0] 
	00330: SDPVTL[1]  
	00331: SFVTCA[x-axis] 
	00332: MDAP[nrd]  
	00333: RTG        
	00334: CALL       
	00335: SFVTCA[y-axis] 
	00336: RDTG       
	00337: SRP0       
	00338: MDRP[nrp0,nmd,rd,0] 
	00339: SPVTL[p1,p2] 
	00340: SFVTL[=p1,p2] 
	00341: SRP0       
	00342: ALIGNRP    
	00343: SFVTL[=p1,p2] 
	00344: ALIGNRP    
	00345: SVTCA[x-axis] 
	00346: MPPEM      
	00347: PUSHB[1]             24 
	00349: GTEQ       
	00350: MPPEM      
	00351: PUSHB[1]             27 
	00353: LTEQ       
	00354: AND        
	00355: IF         
	00356: PUSHW[2]              4   -40 
	00361: SHPIX      
	00362: EIF        
	00363: PUSHB[2]              6     2 
	00366: RS         
	00367: EQ         
	00368: IF         
	00369: PUSHW[2]              4   -16 
	00374: PUSHB[4]             12    17    52     3 
	00379: PUSHW[1]            -16 
	00382: NPUSHB      (23):    12    17    52     6    16    14    17    52     8    16 
	                            14    16    52     9    16    14    17    52    10    16 
	                            13    16    52 
	00407: SVTCA[y-axis] 
	00408: CALL       
	00409: CALL       
	00410: CALL       
	00411: CALL       
	00412: CALL       
	00413: CALL       
	00414: EIF        
	00415: IUP[y]     
	00416: IUP[x]     
	00417: SVTCA[x-axis] 
	00418: CALL       
	00419: CALL       
	00420: CALL       
	00421: CALL       
	00422: CALL       
	00423: CALL       
	00424: CALL       
	00425: RS         
	00426: NOT        
	00427: IF         
	00428: NPUSHB      (17):     9    34    25    57     8    44    25    57     4    44 
	                            25    57     4    34    27    57     5 
	00447: PUSHW[1]            -34 
	00450: PUSHB[7]             22    57     4    34    22    57     6 
	00458: PUSHW[1]            -34 
	00461: NPUSHB      (11):    18    57     8    34    20    57     4    64    20    57 
	                             8 
	00474: PUSHW[1]            -34 
	00477: PUSHB[6]             37    57     4    64    21    57 
	00484: CALL       
	00485: CALL       
	00486: CALL       
	00487: CALL       
	00488: CALL       
	00489: CALL       
	00490: CALL       
	00491: CALL       
	00492: CALL       
	00493: CALL       
	00494: CALL       
	00495: EIF        
	00496: SVTCA[y-axis] 
	00497: CALL       
	00498: CALL       
	00499: CALL       
	00500: SVTCA[x-axis] 
	00501: DELTAP2    
	00502: DELTAP3    
	00503: DELTAP1    
	00504: CALL       
	00505: SVTCA[y-axis] 
	00506: DELTAP2    
	00507: DELTAP1    
	00508: CALL       
	00509: CALL       

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:                                      On
	  5:  YDual                               On
	  6:                                      On
	  7:                                      On
	  8:  YDual                               On
	  9:                                      On
	 10:                      Y-Short X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   150,     0)  ->  Abs (   150,     0)
	  1: Rel (     0,  1466)  ->  Abs (   150,  1466)
	  2: Rel (   194,     0)  ->  Abs (   344,  1466)
	  3: Rel (     0,  -727)  ->  Abs (   344,   739)
	  4: Rel (   728,   727)  ->  Abs (  1072,  1466)
	  5: Rel (   263,     0)  ->  Abs (  1335,  1466)
	  6: Rel (  -615,  -594)  ->  Abs (   720,   872)
	  7: Rel (   642,  -872)  ->  Abs (  1362,     0)
	  8: Rel (  -256,     0)  ->  Abs (  1106,     0)
	  9: Rel (  -522,   742)  ->  Abs (   584,   742)
	 10: Rel (  -240,  -234)  ->  Abs (   344,   508)
	 11: Rel (     0,  -508)  ->  Abs (   344,     0)

	Glyph  47: off = 0x000031F2, len = 138
	  numberOfContours:	1
	  xMin:			150
	  yMin:			0
	  xMax:			1066
	  yMax:			1466

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	109
	00000: NPUSHB      (12):     1     2     4     3    30     5     0     8    32     4 
	                             1     4 
	00014: PUSHW[1]            679 
	00017: NPUSHB      (15):     7     2     3    32     1    32     0     1     0    32 
	                            16    16     2    85     0 
	00034: PUSHW[1]            -10 
	00037: PUSHB[5]             15    15     2    85     0 
	00043: PUSHW[1]            -10 
	00046: PUSHB[5]             13    13     2    85     0 
	00052: PUSHW[1]             -6 
	00055: PUSHB[5]             12    12     2    85     0 
	00061: PUSHW[1]            -10 
	00064: PUSHB[5]             12    12     6    85     0 
	00070: PUSHW[1]             -8 
	00073: NPUSHB      (10):    13    13     6    85     0    93     6    59    92    24 
	00085: CALL       
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,2] 
	00088: CALL       
	00089: CALL       
	00090: CALL       
	00091: CALL       
	00092: CALL       
	00093: CALL       
	00094: DELTAP1    
	00095: ALIGNRP    
	00096: MIRP[srp0,md,rd,1] 
	00097: ALIGNRP    
	00098: SRP0       
	00099: MIRP[nrp0,nmd,rd,2] 
	00100: DELTAP1    
	00101: SVTCA[y-axis] 
	00102: MIAP[rd+ci] 
	00103: ALIGNRP    
	00104: MIRP[srp0,md,rd,1] 
	00105: ALIGNRP    
	00106: MIAP[rd+ci] 
	00107: IUP[y]     
	00108: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   150,     0)  ->  Abs (   150,     0)
	  1: Rel (     0,  1466)  ->  Abs (   150,  1466)
	  2: Rel (   194,     0)  ->  Abs (   344,  1466)
	  3: Rel (     0, -1293)  ->  Abs (   344,   173)
	  4: Rel (   722,     0)  ->  Abs (  1066,   173)
	  5: Rel (     0,  -173)  ->  Abs (  1066,     0)

	Glyph  48: off = 0x0000327C, len = 810
	  numberOfContours:	1
	  xMin:			152
	  yMin:			0
	  xMax:			1551
	  yMax:			1466

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	740
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: PUSHW[2]              8   -10 
	00011: NPUSHB      (11):    12    12     2    85     8    14    13    17     2    85 
	                             2 
	00024: PUSHW[1]            -18 
	00027: PUSHB[5]             13    17     2    85     5 
	00033: PUSHW[1]            -18 
	00036: NPUSHB      (40):    13    17     2    85    12    18    12    12     2    85 
	                             5    15    12     3     9     0     1     2     8     9 
	                            11    14     0     8     9     2    10    11     6    16 
	                            16     2    85    11    16    13    13     2    85    11 
	00078: PUSHW[1]             -6 
	00081: PUSHB[7]             12    12     2    85    11    16     0 
	00089: PUSHW[1]            -26 
	00092: PUSHB[5]             16    16     2    85     0 
	00098: PUSHW[1]             -8 
	00101: PUSHB[5]             15    15     2    85     0 
	00107: PUSHW[1]             -4 
	00110: PUSHB[5]             13    13     2    85     0 
	00116: MDAP[rd]   
	00117: CALL       
	00118: CALL       
	00119: CALL       
	00120: MDRP[nrp0,md,rd,1] 
	00121: MDAP[rd]   
	00122: CALL       
	00123: CALL       
	00124: CALL       
	00125: MDRP[nrp0,md,rd,1] 
	00126: SVTCA[y-axis] 
	00127: MIAP[rd+ci] 
	00128: MIAP[rd+ci] 
	00129: MDRP[nrp0,nmd,nrd,0] 
	00130: MDRP[nrp0,nmd,nrd,0] 
	00131: SRP0       
	00132: MDRP[srp0,nmd,nrd,0] 
	00133: MDRP[srp0,nmd,nrd,0] 
	00134: MDRP[nrp0,nmd,nrd,0] 
	00135: SRP1       
	00136: SRP2       
	00137: SLOOP      
	00138: IP         
	00139: CALL       
	00140: CALL       
	00141: IUP[y]     
	00142: IUP[x]     
	00143: SVTCA[x-axis] 
	00144: CALL       
	00145: CALL       
	00146: CALL       
	00147: SVTCA[y-axis] 
	00148: ELSE       
	00149: PUSHB[2]              6     2 
	00152: RS         
	00153: EQ         
	00154: IF         
	00155: NPUSHB      (31):     7    32    11    11     6    85     6    32    11    11 
	                             6    85     3    32    11    11     6    85     4    32 
	                            11    11     6    85     5    32    11    11     6    85 
	                             8 
	00188: PUSHW[1]            -14 
	00191: NPUSHB      (35):    11    11     6    85     2    12    11    11     6    85 
	                             3     6    12    12     6    85     2    14    12    12 
	                             6    85     9    12    12    12     6    85    10    12 
	                            12    12     6    85     7 
	00228: PUSHW[1]             -8 
	00231: PUSHB[5]             13    13     6    85     8 
	00237: PUSHW[1]             -8 
	00240: NPUSHB      (31):    13    13     6    85    38     5     1    12    32    10 
	                            18    52    15    32    10    18    52    15     5    12 
	                             3     0     1    14    11     0     8     8     1     2 
	                            10 
	00273: PUSHW[1]            -18 
	00276: PUSHB[5]             11    11     6    85    10 
	00282: PUSHW[1]            -18 
	00285: PUSHB[5]             12    12     6    85    10 
	00291: PUSHW[4]            598    18    16   598 
	00300: NPUSHB      (13):     0    12    11    11     6    85     0     6    12    12 
	                             6    85     0 
	00315: PUSHW[1]             -8 
	00318: PUSHB[5]             13    13     6    85     0 
	00324: SVTCA[x-axis] 
	00325: MDAP[rd]   
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: MIRP[srp0,nmd,rd,0] 
	00330: MDAP[rd]   
	00331: MIRP[srp0,nmd,rd,0] 
	00332: CALL       
	00333: CALL       
	00334: SVTCA[y-axis] 
	00335: MIAP[rd+ci] 
	00336: ALIGNRP    
	00337: MIAP[rd+ci] 
	00338: ALIGNRP    
	00339: ALIGNRP    
	00340: SRP1       
	00341: SRP2       
	00342: SLOOP      
	00343: IP         
	00344: CALL       
	00345: CALL       
	00346: DELTAP1    
	00347: IUP[y]     
	00348: IUP[x]     
	00349: SVTCA[x-axis] 
	00350: CALL       
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: CALL       
	00358: SVTCA[y-axis] 
	00359: CALL       
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: ELSE       
	00365: NPUSHB     (127):     0     2    15     8    20     2    27     8     4   118 
	                            12   134    12   200    12     3     9    12    73    12 
	                            73    15     3    41     4    37    13    44    14    88 
	                             3    91     4   118    13   120    14   135    13     8 
	                            11     2     5     8    57    13    54    14    79     2 
	                            75     3    68     7    64     8    77    13    66    14 
	                            10   152     2   153     3   150     7   150     8   168 
	                             3   167     7     6    18     2    15    14    14    48 
	                             5     2    20     5     5     2     8    12    13    13 
	                            48     5     8    20     5     5     8    12    82    15 
	                            82     1    64     1     2     2     8     8     9    10 
	                            11    11    13    13    14    14    16     0     8     9 
	                             2    96    18   128    18     2    18 
	00494: PUSHW[3]            680    13   305 
	00501: PUSHB[3]              5    32     8 
	00505: PUSHW[1]            305 
	00508: NPUSHB      (10):    12     9    10    32    64    12   127    11     1    11 
	00520: PUSHW[3]            598    14   267 
	00527: PUSHB[3]              5    32     2 
	00531: PUSHW[1]            267 
	00534: NPUSHB       (9):    15     1     0    32    15   112    16     1    16 
	00545: PUSHW[1]            598 
	00548: PUSHB[8]             32     5    96     5   128     5     3     5 
	00557: PUSHW[1]            680 
	00560: PUSHB[4]             17    59    89    24 
	00565: CALL       
	00566: RTHG       
	00567: SRP0       
	00568: MIRP[srp0,nmd,rd,0] 
	00569: DELTAP1    
	00570: MIRP[srp0,nmd,rd,0] 
	00571: DELTAP1    
	00572: ALIGNRP    
	00573: RTG        
	00574: MIRP[srp0,md,rd,1] 
	00575: ALIGNRP    
	00576: SRP0       
	00577: MIRP[nrp0,md,rd,1] 
	00578: SMD        
	00579: RTHG       
	00580: SRP0       
	00581: MIRP[nrp0,md,rd,1] 
	00582: MIRP[srp0,nmd,rd,0] 
	00583: DELTAP1    
	00584: ALIGNRP    
	00585: SMD        
	00586: RTG        
	00587: MIRP[srp0,md,rd,1] 
	00588: ALIGNRP    
	00589: SRP0       
	00590: MIRP[nrp0,md,rd,1] 
	00591: SMD        
	00592: RTHG       
	00593: SRP0       
	00594: MIRP[nrp0,md,rd,1] 
	00595: MIRP[nrp0,nmd,rd,0] 
	00596: DELTAP1    
	00597: SVTCA[y-axis] 
	00598: RTG        
	00599: MIAP[rd+ci] 
	00600: MIAP[rd+ci] 
	00601: ALIGNRP    
	00602: ALIGNRP    
	00603: SRP0       
	00604: ALIGNRP    
	00605: SRP0       
	00606: ALIGNRP    
	00607: SRP0       
	00608: ALIGNRP    
	00609: SRP0       
	00610: ALIGNRP    
	00611: SRP0       
	00612: ALIGNRP    
	00613: SRP0       
	00614: ALIGNRP    
	00615: SMD        
	00616: SRP0       
	00617: MIRP[nrp0,md,rd,1] 
	00618: MIRP[nrp0,md,rd,1] 
	00619: SDPVTL[1]  
	00620: SFVTCA[x-axis] 
	00621: MDAP[nrd]  
	00622: CALL       
	00623: SDPVTL[1]  
	00624: RDTG       
	00625: MDRP[nrp0,nmd,rd,0] 
	00626: SDPVTL[1]  
	00627: MDAP[nrd]  
	00628: RTG        
	00629: CALL       
	00630: SDPVTL[1]  
	00631: RDTG       
	00632: MDRP[nrp0,nmd,rd,0] 
	00633: IUP[y]     
	00634: IUP[x]     
	00635: SVTCA[y-axis] 
	00636: MPPEM      
	00637: PUSHB[1]             11 
	00639: GTEQ       
	00640: MPPEM      
	00641: PUSHB[1]             30 
	00643: LTEQ       
	00644: AND        
	00645: IF         
	00646: PUSHW[6]             12    -5     8   -42     2   -42 
	00659: SHPIX      
	00660: SHPIX      
	00661: SHPIX      
	00662: EIF        
	00663: SVTCA[x-axis] 
	00664: MPPEM      
	00665: PUSHB[1]             12 
	00667: GTEQ       
	00668: MPPEM      
	00669: PUSHB[1]             40 
	00671: LTEQ       
	00672: AND        
	00673: IF         
	00674: PUSHW[2]             13    -8 
	00679: PUSHB[2]             14    10 
	00682: SHPIX      
	00683: SHPIX      
	00684: EIF        
	00685: SVTCA[x-axis] 
	00686: RS         
	00687: NOT        
	00688: IF         
	00689: PUSHW[2]             13   -44 
	00694: PUSHB[7]             33    57    14    44    33    57    13 
	00702: PUSHW[1]            -44 
	00705: PUSHB[7]             55    57    14    50    55    57    13 
	00713: PUSHW[1]            -44 
	00716: PUSHB[6]             45    57    14    44    45    57 
	00723: CALL       
	00724: CALL       
	00725: CALL       
	00726: CALL       
	00727: CALL       
	00728: CALL       
	00729: EIF        
	00730: DELTAP3    
	00731: DELTAP2    
	00732: DELTAP1    
	00733: SVTCA[y-axis] 
	00734: DELTAP2    
	00735: DELTAP1    
	00736: SVTCA[x-axis] 
	00737: DELTAP1    
	00738: EIF        
	00739: EIF        

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:                                      On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:                                      On
	 14:  YDual                       X-Short On
	 15:                                      On
	 16:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   152,     0)  ->  Abs (   152,     0)
	  1: Rel (     0,  1466)  ->  Abs (   152,  1466)
	  2: Rel (   292,     0)  ->  Abs (   444,  1466)
	  3: Rel (   347, -1038)  ->  Abs (   791,   428)
	  4: Rel (    48,  -145)  ->  Abs (   839,   283)
	  5: Rel (    22,   -72)  ->  Abs (   861,   211)
	  6: Rel (    25,    80)  ->  Abs (   886,   291)
	  7: Rel (    53,   155)  ->  Abs (   939,   446)
	  8: Rel (   351,  1020)  ->  Abs (  1290,  1466)
	  9: Rel (   261,     0)  ->  Abs (  1551,  1466)
	 10: Rel (     0, -1466)  ->  Abs (  1551,     0)
	 11: Rel (  -187,     0)  ->  Abs (  1364,     0)
	 12: Rel (     0,  1227)  ->  Abs (  1364,  1227)
	 13: Rel (  -426, -1227)  ->  Abs (   938,     0)
	 14: Rel (  -175,     0)  ->  Abs (   763,     0)
	 15: Rel (  -424,  1248)  ->  Abs (   339,  1248)
	 16: Rel (     0, -1248)  ->  Abs (   339,     0)

	Glyph  49: off = 0x000035A6, len = 426
	  numberOfContours:	1
	  xMin:			156
	  yMin:			0
	  xMax:			1311
	  yMax:			1466

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	381
	00000: PUSHB[2]             18    11 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (10):    19    21    52     8    24    12    22     2    85     3 
	00018: PUSHW[1]            -24 
	00021: NPUSHB      (33):    12    22     2    85     8     2     3     3    32     7 
	                             8    20     7     7     8     2     7     3     3     8 
	                             9     4     2     2     9     7     8     4     3    32 
	                             6     6     5 
	00056: PUSHW[1]            -20 
	00059: PUSHB[5]             15    15     2    85     5 
	00065: PUSHW[1]            -14 
	00068: NPUSHB      (11):    13    13     2    85     5    18    12    12     2    85 
	                             5 
	00081: PUSHW[1]             -9 
	00084: NPUSHB      (26):    11    11     6    85     5    93    32    11     1    32 
	                            11    80    11    96    11   112    11   128    11     5 
	                            11     8     9    32     1     0 
	00112: PUSHW[1]            -64 
	00115: NPUSHB      (13):    19    21    52    32     0     1     0    32    16    16 
	                             2    85     0 
	00130: PUSHW[1]            -10 
	00133: PUSHB[5]             15    15     2    85     0 
	00139: PUSHW[1]            -10 
	00142: PUSHB[5]             13    13     2    85     0 
	00148: PUSHW[1]             -6 
	00151: NPUSHB      (11):    12    12     2    85     0     4    11    11     6    85 
	                             0 
	00164: PUSHW[1]             -9 
	00167: PUSHB[5]             12    12     6    85     0 
	00173: PUSHW[1]             -8 
	00176: NPUSHB      (10):    13    13     6    85     0    93    10    59    89    24 
	00188: CALL       
	00189: SRP0       
	00190: MIRP[srp0,nmd,rd,2] 
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: DELTAP1    
	00199: CALL       
	00200: ALIGNRP    
	00201: MIRP[srp0,md,rd,1] 
	00202: ALIGNRP    
	00203: SRP0       
	00204: DELTAP1    
	00205: DELTAP2    
	00206: MIRP[srp0,nmd,rd,0] 
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: ALIGNRP    
	00212: SRP0       
	00213: MIRP[srp0,md,rd,1] 
	00214: ALIGNRP    
	00215: SVTCA[y-axis] 
	00216: MIAP[rd+ci] 
	00217: ALIGNRP    
	00218: MIAP[rd+ci] 
	00219: ALIGNRP    
	00220: SRP2       
	00221: IP         
	00222: IP         
	00223: SVTCA[x-axis] 
	00224: SRP1       
	00225: IP         
	00226: IP         
	00227: SDPVTL[1]  
	00228: SFVTCA[y-axis] 
	00229: MDAP[nrd]  
	00230: CALL       
	00231: SDPVTL[1]  
	00232: RDTG       
	00233: MDRP[nrp0,nmd,rd,0] 
	00234: PUSHB[2]              6     2 
	00237: RS         
	00238: EQ         
	00239: IF         
	00240: PUSHW[2]              3   -32 
	00245: PUSHB[8]             12    17    52     8    32    12    17    52 
	00254: SVTCA[y-axis] 
	00255: CALL       
	00256: CALL       
	00257: EIF        
	00258: IUP[y]     
	00259: IUP[x]     
	00260: CALL       
	00261: CALL       
	00262: SVTCA[x-axis] 
	00263: CALL       
	00264: RS         
	00265: NOT        
	00266: IF         
	00267: PUSHB[5]              8    64    70    57     3 
	00273: PUSHW[1]            -64 
	00276: PUSHB[7]             70    57     8    64    50    57     3 
	00284: PUSHW[1]            -64 
	00287: PUSHB[7]             50    57     7    34    25    57     2 
	00295: PUSHW[1]            -34 
	00298: PUSHB[7]             25    57     7    34    50    57     2 
	00306: PUSHW[1]            -34 
	00309: PUSHB[7]             50    57     7    34    35    57     2 
	00317: PUSHW[1]            -34 
	00320: NPUSHB      (11):    35    57     7    14    20    57     7    14    19    57 
	                             2 
	00333: PUSHW[1]            -12 
	00336: PUSHB[7]             19    57     7    14    29    57     2 
	00344: PUSHW[1]            -12 
	00347: PUSHB[7]             29    57     7    14    21    57     2 
	00355: PUSHW[1]             -8 
	00358: PUSHB[2]             21    57 
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: CALL       
	00365: CALL       
	00366: CALL       
	00367: CALL       
	00368: SVTCA[x-axis] 
	00369: CALL       
	00370: CALL       
	00371: CALL       
	00372: CALL       
	00373: CALL       
	00374: CALL       
	00375: SVTCA[y-axis] 
	00376: CALL       
	00377: CALL       
	00378: CALL       
	00379: CALL       
	00380: EIF        

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:                                      On
	  9:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   156,     0)  ->  Abs (   156,     0)
	  1: Rel (     0,  1466)  ->  Abs (   156,  1466)
	  2: Rel (   199,     0)  ->  Abs (   355,  1466)
	  3: Rel (   770, -1151)  ->  Abs (  1125,   315)
	  4: Rel (     0,  1151)  ->  Abs (  1125,  1466)
	  5: Rel (   186,     0)  ->  Abs (  1311,  1466)
	  6: Rel (     0, -1466)  ->  Abs (  1311,     0)
	  7: Rel (  -199,     0)  ->  Abs (  1112,     0)
	  8: Rel (  -770,  1152)  ->  Abs (   342,  1152)
	  9: Rel (     0, -1152)  ->  Abs (   342,     0)

	Glyph  50: off = 0x00003750, len = 308
	  numberOfContours:	2
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1492

	EndPoints
	---------
	  0:  14
	  1:  27

	  Length of Instructions:	202
	00000: NPUSHB      (80):    26    15     1    20    16    20    20    27    23    27 
	                            27     4     4    16     4    20    11    23    11    27 
	                             4   169    23   182    14   198    14     3    23    23 
	                            24    27     2    32    29    64    17    79    19    79 
	                            23    64    26    88     5    88     9    87    16    85 
	                            17    95    19    90    23    95    24    86    26    87 
	                            27   139    23   153     2    16    25    30     3     3 
	                            18    30    11     9    21    38    32     7     1     7 
	00082: PUSHW[1]            -24 
	00085: PUSHB[5]             16    16     2    85     7 
	00091: PUSHW[1]            -18 
	00094: PUSHB[5]             13    13     2    85     7 
	00100: PUSHW[1]            -16 
	00103: PUSHB[5]             12    12     2    85     7 
	00109: PUSHW[1]            -22 
	00112: PUSHB[5]             11    11     6    85     7 
	00118: PUSHW[1]            -12 
	00121: PUSHB[5]             13    13     6    85     7 
	00127: PUSHW[1]             -6 
	00130: NPUSHB      (33):    12    12     6    85     7    26   128    29     1    29 
	                            15    38    32     0     1     0     6    11    11     6 
	                            85     0     6    12    12     6    85     0    25    28 
	                            99    92    24 
	00165: CALL       
	00166: FLIPOFF    
	00167: SRP0       
	00168: MIRP[srp0,nmd,rd,0] 
	00169: CALL       
	00170: CALL       
	00171: DELTAP1    
	00172: FLIPON     
	00173: MIRP[nrp0,md,rd,1] 
	00174: FLIPOFF    
	00175: SRP0       
	00176: DELTAP1    
	00177: MIRP[srp0,nmd,rd,2] 
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: DELTAP1    
	00185: FLIPON     
	00186: MIRP[nrp0,md,rd,1] 
	00187: SVTCA[y-axis] 
	00188: MIAP[rd+ci] 
	00189: MIRP[nrp0,md,rd,1] 
	00190: MIAP[rd+ci] 
	00191: MIRP[nrp0,md,rd,1] 
	00192: IUP[y]     
	00193: IUP[x]     
	00194: SVTCA[x-axis] 
	00195: DELTAP1    
	00196: DELTAP2    
	00197: SVTCA[y-axis] 
	00198: DELTAP1    
	00199: DELTAP1    
	00200: DELTAP1    
	00201: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         Off
	  2:                                      Off
	  3:  YDual                               On
	  4:  YDual XDual                 X-Short Off
	  5:                      Y-Short         Off
	  6:        XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                              X-Short Off
	 10:                      Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short         Off
	 14:                              X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:        XDual                         Off
	 17:                                      Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:                                      Off
	 21:        XDual                         On
	 22:  YDual XDual         Y-Short         Off
	 23:                              X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:                                      Off

	Coordinates
	-----------
	  0: Rel (    99,   714)  ->  Abs (    99,   714)
	  1: Rel (     0,   365)  ->  Abs (    99,  1079)
	  2: Rel (   392,   413)  ->  Abs (   491,  1492)
	  3: Rel (   310,     0)  ->  Abs (   801,  1492)
	  4: Rel (   203,     0)  ->  Abs (  1004,  1492)
	  5: Rel (   326,  -194)  ->  Abs (  1330,  1298)
	  6: Rel (   171,  -347)  ->  Abs (  1501,   951)
	  7: Rel (     0,  -220)  ->  Abs (  1501,   731)
	  8: Rel (     0,  -223)  ->  Abs (  1501,   508)
	  9: Rel (  -180,  -352)  ->  Abs (  1321,   156)
	 10: Rel (  -330,  -181)  ->  Abs (   991,   -25)
	 11: Rel (  -191,     0)  ->  Abs (   800,   -25)
	 12: Rel (  -207,     0)  ->  Abs (   593,   -25)
	 13: Rel (  -326,   200)  ->  Abs (   267,   175)
	 14: Rel (  -168,   346)  ->  Abs (    99,   521)
	 15: Rel (   200,   190)  ->  Abs (   299,   711)
	 16: Rel (     0,  -265)  ->  Abs (   299,   446)
	 17: Rel (   285,  -305)  ->  Abs (   584,   141)
	 18: Rel (   215,     0)  ->  Abs (   799,   141)
	 19: Rel (   219,     0)  ->  Abs (  1018,   141)
	 20: Rel (   283,   308)  ->  Abs (  1301,   449)
	 21: Rel (     0,   283)  ->  Abs (  1301,   732)
	 22: Rel (     0,   179)  ->  Abs (  1301,   911)
	 23: Rel (  -121,   267)  ->  Abs (  1180,  1178)
	 24: Rel (  -233,   147)  ->  Abs (   947,  1325)
	 25: Rel (  -145,     0)  ->  Abs (   802,  1325)
	 26: Rel (  -206,     0)  ->  Abs (   596,  1325)
	 27: Rel (  -297,  -283)  ->  Abs (   299,  1042)

	Glyph  51: off = 0x00003884, len = 262
	  numberOfContours:	2
	  xMin:			158
	  yMin:			0
	  xMax:			1277
	  yMax:			1466

	EndPoints
	---------
	  0:  13
	  1:  24

	  Length of Instructions:	178
	00000: NPUSHB      (44):   101    17   107    20     2    75    16    75    20    91 
	                            16    91    20     4    11    12    30    15    14    14 
	                             0    23    24    30     2     1     2     0     8    18 
	                            38     8    10    13    13     2    85     8    16    11 
	                            11     6    85     8 
	00046: PUSHW[1]            -12 
	00049: NPUSHB      (27):    12    12     6    85     8    26    32    26     1    32 
	                            26     1    26    24    13    32     1    32     0     1 
	                             0    32    16    16     2    85     0 
	00078: PUSHW[1]            -10 
	00081: PUSHB[5]             15    15     2    85     0 
	00087: PUSHW[1]            -10 
	00090: PUSHB[5]             13    13     2    85     0 
	00096: PUSHW[1]             -6 
	00099: NPUSHB      (11):    12    12     2    85     0    12    11    11     6    85 
	                             0 
	00112: PUSHW[1]             -6 
	00115: PUSHB[5]             12    12     6    85     0 
	00121: PUSHW[1]            -16 
	00124: NPUSHB      (10):    13    13     6    85     0    93    25    59    92    24 
	00136: CALL       
	00137: SRP0       
	00138: MIRP[srp0,nmd,rd,2] 
	00139: CALL       
	00140: CALL       
	00141: CALL       
	00142: CALL       
	00143: CALL       
	00144: CALL       
	00145: CALL       
	00146: DELTAP1    
	00147: ALIGNRP    
	00148: MIRP[srp0,md,rd,1] 
	00149: ALIGNRP    
	00150: FLIPOFF    
	00151: SRP0       
	00152: DELTAP2    
	00153: DELTAP1    
	00154: MIRP[srp0,nmd,rd,2] 
	00155: CALL       
	00156: CALL       
	00157: CALL       
	00158: FLIPON     
	00159: MIRP[nrp0,md,rd,1] 
	00160: SVTCA[y-axis] 
	00161: MIAP[rd+ci] 
	00162: MIAP[rd+ci] 
	00163: ALIGNRP    
	00164: MIRP[srp0,md,rd,1] 
	00165: ALIGNRP    
	00166: SRP2       
	00167: IP         
	00168: MDAP[rd]   
	00169: ALIGNRP    
	00170: MIRP[srp0,md,rd,1] 
	00171: ALIGNRP    
	00172: IUP[y]     
	00173: IUP[x]     
	00174: SVTCA[x-axis] 
	00175: DELTAP1    
	00176: SVTCA[y-axis] 
	00177: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:        XDual Rep-  2 Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                              X-Short Off
	 11:  YDual                               On
	 12:  YDual                               On
	 13:        XDual                         On
	 14:        XDual                         On
	 15:  YDual                               On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   158,     0)  ->  Abs (   158,     0)
	  1: Rel (     0,  1466)  ->  Abs (   158,  1466)
	  2: Rel (   553,     0)  ->  Abs (   711,  1466)
	  3: Rel (   146,     0)  ->  Abs (   857,  1466)
	  4: Rel (    77,   -14)  ->  Abs (   934,  1452)
	  5: Rel (   108,   -18)  ->  Abs (  1042,  1434)
	  6: Rel (   146,  -101)  ->  Abs (  1188,  1333)
	  7: Rel (    89,  -182)  ->  Abs (  1277,  1151)
	  8: Rel (     0,  -109)  ->  Abs (  1277,  1042)
	  9: Rel (     0,  -187)  ->  Abs (  1277,   855)
	 10: Rel (  -238,  -259)  ->  Abs (  1039,   596)
	 11: Rel (  -311,     0)  ->  Abs (   728,   596)
	 12: Rel (  -376,     0)  ->  Abs (   352,   596)
	 13: Rel (     0,  -596)  ->  Abs (   352,     0)
	 14: Rel (     0,   769)  ->  Abs (   352,   769)
	 15: Rel (   379,     0)  ->  Abs (   731,   769)
	 16: Rel (   188,     0)  ->  Abs (   919,   769)
	 17: Rel (   158,   140)  ->  Abs (  1077,   909)
	 18: Rel (     0,   127)  ->  Abs (  1077,  1036)
	 19: Rel (     0,    92)  ->  Abs (  1077,  1128)
	 20: Rel (   -93,   131)  ->  Abs (   984,  1259)
	 21: Rel (   -76,    21)  ->  Abs (   908,  1280)
	 22: Rel (   -49,    13)  ->  Abs (   859,  1293)
	 23: Rel (  -132,     0)  ->  Abs (   727,  1293)
	 24: Rel (  -375,     0)  ->  Abs (   352,  1293)

	Glyph  52: off = 0x0000398A, len = 500
	  numberOfContours:	2
	  xMin:			88
	  yMin:			-114
	  xMax:			1518
	  yMax:			1492

	EndPoints
	---------
	  0:  21
	  1:  40

	  Length of Instructions:	360
	00000: NPUSHB     (149):    95    38   159    38     2    25    24    55    21     2 
	                            11    28     4    31     4    35    27    28    20    31 
	                            20    35     6    42     5    45    23    43    38    59 
	                             5    60    23    58    38    76     5    76    23    73 
	                            38    93     5    85    35    88    38   111     5   123 
	                             3   122     5   140     3   140     5   149     0   154 
	                             3   164     0   171     3   213     0   213    22   229 
	                             0   229    23   229    24    26    28     5    43     0 
	                            42     5    59     5     4    93     5   146    24   150 
	                            38   213    38     4    37    22    42    38    52    22 
	                            57    38    73    24    73    28    69    31    69    35 
	                            75    38    86     8    88    17    85    21    90    28 
	                            90    29    86    31    87    32    87    34   105     5 
	                           102    21   107    38   123    38   142    28   142    38 
	                           219    24   220    38    25    11    24     1    21 
	00151: PUSHW[1]            -44 
	00154: PUSHB[3]             27    57     0 
	00158: PUSHW[1]            -44 
	00161: NPUSHB      (56):    27    57     4    24    20    24    42     5    58     5 
	                             4     2     3    22    40     3     7    40    38    24 
	                            22     5     0     6    33     3    19    26     5     2 
	                            40    38    24    22     0     5    36    30    30    15 
	                             3     2     8    36    30     7     9    26    38    19 
	                            24    15    15     2    85    19 
	00219: PUSHW[1]            -18 
	00222: PUSHB[5]             13    13     2    85    19 
	00228: PUSHW[1]            -24 
	00231: PUSHB[5]             12    12     2    85    19 
	00237: PUSHW[1]            -16 
	00240: PUSHB[5]             11    11     6    85    19 
	00246: PUSHW[1]            -12 
	00249: PUSHB[5]             13    13     6    85    19 
	00255: PUSHW[1]            -12 
	00258: NPUSHB      (37):    12    12     6    85    19    74     2    26    32    42 
	                           128    42     2    42    33    38    32    11     1    11 
	                            24    11    11     6    85    11     6    12    12     6 
	                            85    11    25    41    99    92    24 
	00297: CALL       
	00298: FLIPOFF    
	00299: SRP0       
	00300: MIRP[srp0,nmd,rd,0] 
	00301: CALL       
	00302: CALL       
	00303: DELTAP1    
	00304: FLIPON     
	00305: MIRP[nrp0,md,rd,1] 
	00306: FLIPOFF    
	00307: SRP0       
	00308: DELTAP1    
	00309: MIRP[srp0,nmd,rd,2] 
	00310: FLIPON     
	00311: MIRP[srp0,nmd,rd,0] 
	00312: CALL       
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: CALL       
	00317: CALL       
	00318: MIRP[nrp0,md,rd,1] 
	00319: SVTCA[y-axis] 
	00320: MIAP[rd+ci] 
	00321: MIRP[nrp0,md,rd,1] 
	00322: MIAP[rd+ci] 
	00323: MIAP[rd+ci] 
	00324: MIRP[nrp0,md,rd,1] 
	00325: SRP1       
	00326: SLOOP      
	00327: IP         
	00328: SRP2       
	00329: IP         
	00330: SVTCA[x-axis] 
	00331: SRP1       
	00332: SRP2       
	00333: IP         
	00334: SRP2       
	00335: SLOOP      
	00336: IP         
	00337: SVTCA[y-axis] 
	00338: SRP1       
	00339: SHP[rp1,zp0] 
	00340: SRP0       
	00341: MDRP[nrp0,md,nrd,1] 
	00342: SRP0       
	00343: MDRP[nrp0,md,nrd,1] 
	00344: DELTAP1    
	00345: IUP[y]     
	00346: IUP[x]     
	00347: SVTCA[x-axis] 
	00348: CALL       
	00349: CALL       
	00350: DELTAP1    
	00351: DELTAP1    
	00352: SVTCA[y-axis] 
	00353: DELTAP3    
	00354: DELTAP2    
	00355: DELTAP1    
	00356: SVTCA[x-axis] 
	00357: DELTAP1    
	00358: DELTAP2    
	00359: DELTAP3    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short         Off
	 10:                              X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:        XDual                 X-Short Off
	 14:  YDual               Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:                      Y-Short         Off
	 18:        XDual                 X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                              X-Short Off
	 22:  YDual               Y-Short         On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:        XDual                         On
	 27:  YDual XDual         Y-Short         Off
	 28:                              X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                                      Off
	 33:        XDual                         On
	 34:        XDual                         Off
	 35:                                      Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1269,   157)  ->  Abs (  1269,   157)
	  1: Rel (   135,   -93)  ->  Abs (  1404,    64)
	  2: Rel (   114,   -43)  ->  Abs (  1518,    21)
	  3: Rel (   -57,  -135)  ->  Abs (  1461,  -114)
	  4: Rel (  -158,    57)  ->  Abs (  1303,   -57)
	  5: Rel (  -157,   123)  ->  Abs (  1146,    66)
	  6: Rel (  -163,   -91)  ->  Abs (   983,   -25)
	  7: Rel (  -197,     0)  ->  Abs (   786,   -25)
	  8: Rel (  -199,     0)  ->  Abs (   587,   -25)
	  9: Rel (  -324,   192)  ->  Abs (   263,   167)
	 10: Rel (  -175,   348)  ->  Abs (    88,   515)
	 11: Rel (     0,   218)  ->  Abs (    88,   733)
	 12: Rel (     0,   217)  ->  Abs (    88,   950)
	 13: Rel (   176,   356)  ->  Abs (   264,  1306)
	 14: Rel (   325,   186)  ->  Abs (   589,  1492)
	 15: Rel (   201,     0)  ->  Abs (   790,  1492)
	 16: Rel (   203,     0)  ->  Abs (   993,  1492)
	 17: Rel (   326,  -193)  ->  Abs (  1319,  1299)
	 18: Rel (   171,  -347)  ->  Abs (  1490,   952)
	 19: Rel (     0,  -218)  ->  Abs (  1490,   734)
	 20: Rel (     0,  -181)  ->  Abs (  1490,   553)
	 21: Rel (  -110,  -289)  ->  Abs (  1380,   264)
	 22: Rel (  -538,   141)  ->  Abs (   842,   405)
	 23: Rel (   168,   -47)  ->  Abs (  1010,   358)
	 24: Rel (   109,   -93)  ->  Abs (  1119,   265)
	 25: Rel (   171,   156)  ->  Abs (  1290,   421)
	 26: Rel (     0,   313)  ->  Abs (  1290,   734)
	 27: Rel (     0,   178)  ->  Abs (  1290,   912)
	 28: Rel (  -121,   266)  ->  Abs (  1169,  1178)
	 29: Rel (  -233,   147)  ->  Abs (   936,  1325)
	 30: Rel (  -145,     0)  ->  Abs (   791,  1325)
	 31: Rel (  -217,     0)  ->  Abs (   574,  1325)
	 32: Rel (  -286,  -297)  ->  Abs (   288,  1028)
	 33: Rel (     0,  -295)  ->  Abs (   288,   733)
	 34: Rel (     0,  -286)  ->  Abs (   288,   447)
	 35: Rel (   283,  -306)  ->  Abs (   571,   141)
	 36: Rel (   220,     0)  ->  Abs (   791,   141)
	 37: Rel (   104,     0)  ->  Abs (   895,   141)
	 38: Rel (    92,    39)  ->  Abs (   987,   180)
	 39: Rel (   -91,    59)  ->  Abs (   896,   239)
	 40: Rel (  -101,    25)  ->  Abs (   795,   264)

	Glyph  53: off = 0x00003B7E, len = 620
	  numberOfContours:	2
	  xMin:			161
	  yMin:			0
	  xMax:			1453
	  yMax:			1466

	EndPoints
	---------
	  0:  24
	  1:  34

	  Length of Instructions:	508
	00000: NPUSHB      (33):    18    11    14     1    18    54    28    90    31   102 
	                             8   109    31     4     9    16    13    13     6    85 
	                             8    16    13    13     6    85     7    16    13    13 
	                             6    85    36 
	00035: PUSHW[1]            -64 
	00038: PUSHB[5]             12    12     2    85    13 
	00044: PUSHW[1]            -12 
	00047: PUSHB[5]             12    12     2    85    12 
	00053: PUSHW[1]            -12 
	00056: PUSHB[5]             12    12     2    85    11 
	00062: PUSHW[1]            -12 
	00065: PUSHB[5]             12    12     2    85    18 
	00071: PUSHW[1]            -30 
	00074: PUSHB[4]             18    26    52    18 
	00079: PUSHW[1]            -16 
	00082: PUSHB[4]             34    39    52    17 
	00087: PUSHW[1]            -30 
	00090: PUSHB[4]             29    39    52    16 
	00095: PUSHW[1]            -30 
	00098: PUSHB[4]             29    39    52    15 
	00103: PUSHW[1]            -30 
	00106: PUSHB[4]             29    39    52    18 
	00111: PUSHW[1]            -40 
	00114: PUSHB[4]             29    38    52    17 
	00119: PUSHW[1]            -30 
	00122: PUSHB[4]             18    26    52    16 
	00127: PUSHW[1]            -30 
	00130: PUSHB[4]             18    26    52    15 
	00135: PUSHW[1]            -30 
	00138: NPUSHB      (73):    18    26    52    37    14    74    28    74    32    83 
	                            11    92    28   109    28   114     9   120    14   121 
	                            15   133    10   136    15   151    13   169    15   184 
	                            15   232    14   231    15    16    14    12    12    32 
	                            17    15    20    17    17    15    17    15    12     9 
	                            18    27     2    33    26    22    10     6    18    17 
	                            16    13    12     5    24     9     9    22    23    26 
	                            25    30    23 
	00213: PUSHW[1]            -64 
	00216: NPUSHB      (25):    11    11     6    85    23    23     0    33    34    30 
	                             2     1     2     0    24    24    15    15    14     8 
	                            30    38    14   156     6 
	00243: PUSHW[1]            -24 
	00246: PUSHB[5]             15    15     2    85     6 
	00252: PUSHW[1]            -10 
	00255: PUSHB[5]             13    13     2    85     6 
	00261: PUSHW[1]            -32 
	00264: NPUSHB      (34):    12    12     2    85     6     6    13    13     6    85 
	                             6    93    32    36   112    36   128    36     3    36 
	                            34    24    32     1    32     0     1     0    32    16 
	                            16     2    85     0 
	00300: PUSHW[1]            -10 
	00303: PUSHB[5]             15    15     2    85     0 
	00309: PUSHW[1]            -10 
	00312: PUSHB[5]             13    13     2    85     0 
	00318: PUSHW[1]             -6 
	00321: NPUSHB      (11):    12    12     2    85     0     6    11    11     6    85 
	                             0 
	00334: PUSHW[1]             -9 
	00337: PUSHB[5]             12    12     6    85     0 
	00343: PUSHW[1]             -8 
	00346: NPUSHB      (10):    13    13     6    85     0    93    35    59   168    24 
	00358: CALL       
	00359: FLIPOFF    
	00360: SRP0       
	00361: MIRP[srp0,nmd,rd,0] 
	00362: CALL       
	00363: CALL       
	00364: CALL       
	00365: CALL       
	00366: CALL       
	00367: CALL       
	00368: CALL       
	00369: DELTAP1    
	00370: ALIGNRP    
	00371: FLIPON     
	00372: MIRP[srp0,md,rd,1] 
	00373: ALIGNRP    
	00374: SRP0       
	00375: DELTAP1    
	00376: MIRP[srp0,nmd,rd,2] 
	00377: CALL       
	00378: CALL       
	00379: CALL       
	00380: CALL       
	00381: RTHG       
	00382: MIRP[nrp0,nmd,rd,0] 
	00383: RTG        
	00384: MIRP[nrp0,md,rd,1] 
	00385: SVTCA[y-axis] 
	00386: MIAP[rd+ci] 
	00387: ALIGNRP    
	00388: SRP0       
	00389: ALIGNRP    
	00390: SRP0       
	00391: ALIGNRP    
	00392: MIAP[rd+ci] 
	00393: ALIGNRP    
	00394: MIRP[srp0,md,rd,1] 
	00395: ALIGNRP    
	00396: SRP2       
	00397: IP         
	00398: MDAP[rd]   
	00399: CALL       
	00400: MIRP[srp0,md,rd,1] 
	00401: ALIGNRP    
	00402: SRP0       
	00403: ALIGNRP    
	00404: IP         
	00405: MDAP[rd]   
	00406: SRP2       
	00407: SLOOP      
	00408: IP         
	00409: SVTCA[x-axis] 
	00410: SRP1       
	00411: SLOOP      
	00412: IP         
	00413: SDPVTL[1]  
	00414: SFVTPV     
	00415: MDAP[nrd]  
	00416: CALL       
	00417: SFVTCA[x-axis] 
	00418: RDTG       
	00419: SRP0       
	00420: MDRP[nrp0,nmd,rd,0] 
	00421: IUP[y]     
	00422: IUP[x]     
	00423: SVTCA[x-axis] 
	00424: DELTAP1    
	00425: CALL       
	00426: CALL       
	00427: CALL       
	00428: CALL       
	00429: CALL       
	00430: CALL       
	00431: CALL       
	00432: CALL       
	00433: CALL       
	00434: CALL       
	00435: CALL       
	00436: CALL       
	00437: CALL       
	00438: SVTCA[y-axis] 
	00439: CALL       
	00440: CALL       
	00441: CALL       
	00442: DELTAP1    
	00443: RS         
	00444: NOT        
	00445: IF         
	00446: NPUSHB      (10):     8    64    15    57    15    16    58    17    18    58 
	00458: CALL       
	00459: CALL       
	00460: CALL       
	00461: EIF        
	00462: SVTCA[x-axis] 
	00463: DELTAP2    
	00464: RS         
	00465: NOT        
	00466: IF         
	00467: PUSHW[2]             14   -34 
	00472: NPUSHB      (26):    25    57    17    34    25    57    18    34    25    57 
	                            14    64    28    57    16    34    20    57    16    34 
	                            31    57    16    34    21    57 
	00500: CALL       
	00501: CALL       
	00502: CALL       
	00503: CALL       
	00504: CALL       
	00505: CALL       
	00506: CALL       
	00507: EIF        

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual                 X-Short On
	 15:  YDual                       X-Short On
	 16:                              X-Short On
	 17:  YDual       Rep-  2 Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short On
	 24:        XDual                         On
	 25:        XDual                         On
	 26:  YDual                               On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   161,     0)  ->  Abs (   161,     0)
	  1: Rel (     0,  1466)  ->  Abs (   161,  1466)
	  2: Rel (   650,     0)  ->  Abs (   811,  1466)
	  3: Rel (   196,     0)  ->  Abs (  1007,  1466)
	  4: Rel (   204,   -79)  ->  Abs (  1211,  1387)
	  5: Rel (   122,  -200)  ->  Abs (  1333,  1187)
	  6: Rel (     0,  -121)  ->  Abs (  1333,  1066)
	  7: Rel (     0,  -156)  ->  Abs (  1333,   910)
	  8: Rel (  -202,  -214)  ->  Abs (  1131,   696)
	  9: Rel (  -211,   -29)  ->  Abs (   920,   667)
	 10: Rel (    77,   -37)  ->  Abs (   997,   630)
	 11: Rel (    40,   -36)  ->  Abs (  1037,   594)
	 12: Rel (    85,   -78)  ->  Abs (  1122,   516)
	 13: Rel (    76,  -117)  ->  Abs (  1198,   399)
	 14: Rel (   255,  -399)  ->  Abs (  1453,     0)
	 15: Rel (  -244,     0)  ->  Abs (  1209,     0)
	 16: Rel (  -194,   305)  ->  Abs (  1015,   305)
	 17: Rel (   -85,   132)  ->  Abs (   930,   437)
	 18: Rel (  -110,   140)  ->  Abs (   820,   577)
	 19: Rel (   -87,    56)  ->  Abs (   733,   633)
	 20: Rel (   -45,    11)  ->  Abs (   688,   644)
	 21: Rel (   -33,     7)  ->  Abs (   655,   651)
	 22: Rel (   -75,     0)  ->  Abs (   580,   651)
	 23: Rel (  -225,     0)  ->  Abs (   355,   651)
	 24: Rel (     0,  -651)  ->  Abs (   355,     0)
	 25: Rel (     0,   819)  ->  Abs (   355,   819)
	 26: Rel (   417,     0)  ->  Abs (   772,   819)
	 27: Rel (   133,     0)  ->  Abs (   905,   819)
	 28: Rel (   150,    55)  ->  Abs (  1055,   874)
	 29: Rel (    78,   121)  ->  Abs (  1133,   995)
	 30: Rel (     0,    71)  ->  Abs (  1133,  1066)
	 31: Rel (     0,   104)  ->  Abs (  1133,  1170)
	 32: Rel (  -151,   134)  ->  Abs (   982,  1304)
	 33: Rel (  -163,     0)  ->  Abs (   819,  1304)
	 34: Rel (  -464,     0)  ->  Abs (   355,  1304)

	Glyph  54: off = 0x00003DEA, len = 682
	  numberOfContours:	1
	  xMin:			92
	  yMin:			-25
	  xMax:			1259
	  yMax:			1491

	EndPoints
	---------
	  0:  48

	  Length of Instructions:	533
	00000: NPUSHB      (39):    99     3    99     4   115     3   116     4     4    37 
	                            39    53     3    57    28    67     3    73     7    76 
	                            29    69    31    68    36    70    39    83     3    89 
	                             7    92    29    87    40   137    19    14    35 
	00041: PUSHW[1]            -14 
	00044: PUSHB[5]             16    16     2    85    36 
	00050: PUSHW[1]            -14 
	00053: PUSHB[5]             16    16     2    85    37 
	00059: PUSHW[1]            -14 
	00062: PUSHB[5]             16    16     2    85    38 
	00068: PUSHW[1]            -14 
	00071: PUSHB[5]             16    16     2    85    39 
	00077: PUSHW[1]            -14 
	00080: PUSHB[5]             16    16     2    85    35 
	00086: PUSHW[1]            -10 
	00089: PUSHB[5]             13    16     2    85    36 
	00095: PUSHW[1]            -10 
	00098: PUSHB[5]             13    16     2    85    37 
	00104: PUSHW[1]            -10 
	00107: PUSHB[5]             13    16     2    85    38 
	00113: PUSHW[1]            -10 
	00116: PUSHB[5]             13    16     2    85    39 
	00122: PUSHW[1]            -10 
	00125: NPUSHB      (70):    13    16     2    85    40    13    38    36     2    36 
	                             3    39    37    54    15    52    35    68    37    69 
	                            47    90    32    86    35    85    37   108    11   106 
	                            13   107    14   102    20   101    24   121    11   122 
	                            13   122    15   125    16   117    36   115    37   134 
	                             3   138    11   137    13   138    15   141    16   133 
	                            36   131    37   146    13   150    15   150    21    30 
	00197: PUSHB[2]              6     2 
	00200: RS         
	00201: EQ         
	00202: IF         
	00203: NPUSHB      (45):    33    38    18    27    38    26     9    38    41     1 
	                            38     0     0    41    26    18     4    50    49    38 
	                             0   101     0     2     0    13    45   121    27   137 
	                            27     2    27    37    22    13    45    30    39    37 
	                             1    37     5    22     5 
	00250: PUSHW[1]            -12 
	00253: NPUSHB      (12):    12    12     6    85     5    30    45     9    30    30 
	                            22     3 
	00267: SVTCA[y-axis] 
	00268: MIAP[rd+ci] 
	00269: MIRP[nrp0,md,rd,1] 
	00270: MIAP[rd+ci] 
	00271: MIRP[nrp0,md,rd,1] 
	00272: CALL       
	00273: SRP1       
	00274: SRP2       
	00275: IP         
	00276: DELTAP1    
	00277: SRP1       
	00278: SRP2       
	00279: IP         
	00280: SRP1       
	00281: SRP2       
	00282: IP         
	00283: DELTAP1    
	00284: SRP1       
	00285: SRP2       
	00286: IP         
	00287: DELTAP1    
	00288: SVTCA[x-axis] 
	00289: SRP1       
	00290: SRP2       
	00291: SLOOP      
	00292: IP         
	00293: MDAP[rd]   
	00294: MIRP[nrp0,md,rd,1] 
	00295: MDAP[rd]   
	00296: MIRP[nrp0,md,rd,1] 
	00297: MDAP[rd]   
	00298: MIRP[nrp0,md,rd,1] 
	00299: MDAP[rd]   
	00300: MIRP[nrp0,md,rd,1] 
	00301: ELSE       
	00302: NPUSHB      (45):    37    36    14    13    11     5    33    28    29    30 
	                            27     8     7     6     4     3     2     6     1    37 
	                            36    34    14    13    11     6     5    30    27    45 
	                            26    64    12    12     2    85   143    26     1    26 
	                           237    22     0    45     1 
	00349: PUSHW[1]            -64 
	00352: NPUSHB      (18):    12    12     2    85    16     1    32     1    80     1 
	                            96     1   112     1   144     1     6     1 
	00372: PUSHW[1]            432 
	00375: NPUSHB      (19):    45    30    30    22     3     5    30    45     9    27 
	                            38    26    74     9    38     0    41     1    41 
	00396: PUSHW[1]            -22 
	00399: PUSHB[5]             14    14     2    85    41 
	00405: PUSHW[1]            -12 
	00408: NPUSHB      (13):    12    12     2    85    41    26    50    33    38    18 
	                             1    38    18 
	00423: PUSHW[1]            -20 
	00426: PUSHB[5]             14    14     2    85    18 
	00432: PUSHW[1]            -10 
	00435: PUSHB[5]             13    13     2    85    18 
	00441: PUSHW[1]             -8 
	00444: NPUSHB      (15):    12    12     2    85    18    84    32     0     1     0 
	                            25    49    99    91    24 
	00461: CALL       
	00462: FLIPOFF    
	00463: SRP0       
	00464: MIRP[srp0,nmd,rd,0] 
	00465: DELTAP1    
	00466: FLIPON     
	00467: MIRP[nrp0,nmd,rd,0] 
	00468: CALL       
	00469: CALL       
	00470: CALL       
	00471: MIRP[nrp0,md,rd,1] 
	00472: SRP0       
	00473: MIRP[nrp0,md,rd,1] 
	00474: FLIPOFF    
	00475: SRP0       
	00476: MIRP[srp0,nmd,rd,2] 
	00477: CALL       
	00478: CALL       
	00479: DELTAP1    
	00480: FLIPON     
	00481: MIRP[nrp0,md,rd,1] 
	00482: MIRP[srp0,nmd,rd,0] 
	00483: MIRP[nrp0,md,rd,1] 
	00484: SVTCA[y-axis] 
	00485: MIAP[rd+ci] 
	00486: MIRP[nrp0,md,rd,1] 
	00487: MIAP[rd+ci] 
	00488: MIRP[nrp0,md,rd,1] 
	00489: SRP0       
	00490: MIRP[srp0,md,rd,1] 
	00491: DELTAP1    
	00492: CALL       
	00493: MIRP[nrp0,nmd,rd,0] 
	00494: SRP0       
	00495: MIRP[srp0,md,rd,1] 
	00496: DELTAP1    
	00497: CALL       
	00498: MIRP[srp0,nmd,rd,0] 
	00499: SRP1       
	00500: SRP2       
	00501: SLOOP      
	00502: IP         
	00503: SRP1       
	00504: SLOOP      
	00505: IP         
	00506: SRP1       
	00507: SRP2       
	00508: IP         
	00509: IP         
	00510: SVTCA[x-axis] 
	00511: SRP2       
	00512: SLOOP      
	00513: IP         
	00514: EIF        
	00515: IUP[y]     
	00516: IUP[x]     
	00517: SVTCA[y-axis] 
	00518: DELTAP1    
	00519: DELTAP2    
	00520: CALL       
	00521: CALL       
	00522: CALL       
	00523: CALL       
	00524: CALL       
	00525: CALL       
	00526: CALL       
	00527: CALL       
	00528: CALL       
	00529: CALL       
	00530: SVTCA[x-axis] 
	00531: DELTAP1    
	00532: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual Rep-  2 Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short         Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:                      Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                      Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:                      Y-Short         Off
	 38:        XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                      Y-Short X-Short Off
	 44:                      Y-Short X-Short Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual               Y-Short         Off
	 48:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    92,   471)  ->  Abs (    92,   471)
	  1: Rel (   183,    16)  ->  Abs (   275,   487)
	  2: Rel (    13,  -110)  ->  Abs (   288,   377)
	  3: Rel (    95,  -141)  ->  Abs (   383,   236)
	  4: Rel (   200,   -87)  ->  Abs (   583,   149)
	  5: Rel (   125,     0)  ->  Abs (   708,   149)
	  6: Rel (   111,     0)  ->  Abs (   819,   149)
	  7: Rel (   170,    66)  ->  Abs (   989,   215)
	  8: Rel (    83,   115)  ->  Abs (  1072,   330)
	  9: Rel (     0,    68)  ->  Abs (  1072,   398)
	 10: Rel (     0,    69)  ->  Abs (  1072,   467)
	 11: Rel (   -80,   103)  ->  Abs (   992,   570)
	 12: Rel (   -92,    35)  ->  Abs (   900,   605)
	 13: Rel (   -59,    23)  ->  Abs (   841,   628)
	 14: Rel (  -404,    97)  ->  Abs (   437,   725)
	 15: Rel (   -81,    43)  ->  Abs (   356,   768)
	 16: Rel (  -105,    55)  ->  Abs (   251,   823)
	 17: Rel (  -103,   163)  ->  Abs (   148,   986)
	 18: Rel (     0,   101)  ->  Abs (   148,  1087)
	 19: Rel (     0,   111)  ->  Abs (   148,  1198)
	 20: Rel (   126,   193)  ->  Abs (   274,  1391)
	 21: Rel (   242,   100)  ->  Abs (   516,  1491)
	 22: Rel (   148,     0)  ->  Abs (   664,  1491)
	 23: Rel (   163,     0)  ->  Abs (   827,  1491)
	 24: Rel (   249,  -105)  ->  Abs (  1076,  1386)
	 25: Rel (   134,  -204)  ->  Abs (  1210,  1182)
	 26: Rel (     5,  -129)  ->  Abs (  1215,  1053)
	 27: Rel (  -186,   -14)  ->  Abs (  1029,  1039)
	 28: Rel (   -15,   139)  ->  Abs (  1014,  1178)
	 29: Rel (  -173,   142)  ->  Abs (   841,  1320)
	 30: Rel (  -169,     0)  ->  Abs (   672,  1320)
	 31: Rel (  -176,     0)  ->  Abs (   496,  1320)
	 32: Rel (  -161,  -129)  ->  Abs (   335,  1191)
	 33: Rel (     0,   -91)  ->  Abs (   335,  1100)
	 34: Rel (     0,   -79)  ->  Abs (   335,  1021)
	 35: Rel (    57,   -51)  ->  Abs (   392,   970)
	 36: Rel (    56,   -51)  ->  Abs (   448,   919)
	 37: Rel (   473,  -107)  ->  Abs (   921,   812)
	 38: Rel (    88,   -40)  ->  Abs (  1009,   772)
	 39: Rel (   128,   -59)  ->  Abs (  1137,   713)
	 40: Rel (   122,  -181)  ->  Abs (  1259,   532)
	 41: Rel (     0,  -118)  ->  Abs (  1259,   414)
	 42: Rel (     0,  -117)  ->  Abs (  1259,   297)
	 43: Rel (  -134,  -207)  ->  Abs (  1125,    90)
	 44: Rel (  -251,  -115)  ->  Abs (   874,   -25)
	 45: Rel (  -157,     0)  ->  Abs (   717,   -25)
	 46: Rel (  -199,     0)  ->  Abs (   518,   -25)
	 47: Rel (  -269,   116)  ->  Abs (   249,    91)
	 48: Rel (  -153,   233)  ->  Abs (    96,   324)

	Glyph  55: off = 0x00004094, len = 174
	  numberOfContours:	1
	  xMin:			48
	  yMin:			0
	  xMax:			1210
	  yMax:			1466

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	137
	00000: NPUSHB      (13):     5     2    30     4     3     2     0     8     7     6 
	                             5     4     9 
	00015: PUSHW[1]            627 
	00018: PUSHB[4]             32     4     1     4 
	00023: PUSHW[1]            257 
	00026: PUSHB[8]              6    32     1     2    47     3     1     3 
	00035: PUSHW[1]            257 
	00038: PUSHB[6]              1     1    32     0     1     0 
	00045: PUSHW[1]            -24 
	00048: NPUSHB      (11):    16    16     2    85     0     8    15    15     2    85 
	                             0 
	00061: PUSHW[1]            -14 
	00064: PUSHB[5]             12    12     2    85     0 
	00070: PUSHW[1]            -30 
	00073: PUSHB[5]             13    13     2    85     0 
	00079: PUSHW[1]             -4 
	00082: PUSHB[5]             12    12     6    85     0 
	00088: PUSHW[1]             -2 
	00091: PUSHB[5]             13    13     6    85     0 
	00097: PUSHW[1]            627 
	00100: PUSHB[4]              8   182   153    24 
	00105: CALL       
	00106: SRP0       
	00107: MIRP[srp0,nmd,rd,2] 
	00108: CALL       
	00109: CALL       
	00110: CALL       
	00111: CALL       
	00112: CALL       
	00113: CALL       
	00114: DELTAP1    
	00115: ALIGNRP    
	00116: SRP0       
	00117: MIRP[srp0,nmd,rd,0] 
	00118: DELTAP1    
	00119: ALIGNRP    
	00120: SRP0       
	00121: MIRP[srp0,md,rd,1] 
	00122: MIRP[nrp0,nmd,rd,0] 
	00123: DELTAP1    
	00124: MIRP[nrp0,nmd,rd,2] 
	00125: SRP0       
	00126: ALIGNRP    
	00127: SRP0       
	00128: ALIGNRP    
	00129: SVTCA[y-axis] 
	00130: MIAP[rd+ci] 
	00131: MIAP[rd+ci] 
	00132: ALIGNRP    
	00133: MIRP[srp0,md,rd,1] 
	00134: ALIGNRP    
	00135: IUP[y]     
	00136: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   531,     0)  ->  Abs (   531,     0)
	  1: Rel (     0,  1293)  ->  Abs (   531,  1293)
	  2: Rel (  -483,     0)  ->  Abs (    48,  1293)
	  3: Rel (     0,   173)  ->  Abs (    48,  1466)
	  4: Rel (  1162,     0)  ->  Abs (  1210,  1466)
	  5: Rel (     0,  -173)  ->  Abs (  1210,  1293)
	  6: Rel (  -485,     0)  ->  Abs (   725,  1293)
	  7: Rel (     0, -1293)  ->  Abs (   725,     0)

	Glyph  56: off = 0x00004142, len = 292
	  numberOfContours:	1
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1466

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	217
	00000: NPUSHB      (10):    38    15    88     4    88     8   201     8     4    22 
	00012: PUSHW[1]            -64 
	00015: NPUSHB      (22):    19    21    52    52     4    59     8    70     4    74 
	                             8   118    15   166     5   232    15     7    12     0 
	                             2    17 
	00039: PUSHW[1]            699 
	00042: PUSHB[5]              6     9    20    38     2 
	00048: PUSHW[1]            -20 
	00051: PUSHB[5]             15    15     2    85     2 
	00057: PUSHW[1]            -14 
	00060: NPUSHB      (11):    13    13     2    85     2    16    12    12     2    85 
	                             2 
	00073: PUSHW[1]            -32 
	00076: NPUSHB      (28):    11    11     6    85     2    93    32    22     1    32 
	                            22    80    22     2    96    22   112    22   128    22 
	                             3    22    13    38    32    10     1    10 
	00106: PUSHW[1]            -64 
	00109: NPUSHB      (10):    19    21    52    10    32    16    16     2    85    10 
	00121: PUSHW[1]            -10 
	00124: PUSHB[5]             15    15     2    85    10 
	00130: PUSHW[1]            -10 
	00133: PUSHB[5]             13    13     2    85    10 
	00139: PUSHW[1]             -6 
	00142: NPUSHB      (11):    12    12     2    85    10     4    11    11     6    85 
	                            10 
	00155: PUSHW[1]             -9 
	00158: PUSHB[5]             12    12     6    85    10 
	00164: PUSHW[1]             -8 
	00167: NPUSHB      (10):    13    13     6    85    10    93    21    59    89    24 
	00179: CALL       
	00180: FLIPOFF    
	00181: SRP0       
	00182: MIRP[srp0,nmd,rd,0] 
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: DELTAP1    
	00192: MIRP[nrp0,md,rd,1] 
	00193: FLIPON     
	00194: SRP0       
	00195: DELTAP1    
	00196: DELTAP1    
	00197: DELTAP2    
	00198: MIRP[srp0,nmd,rd,2] 
	00199: CALL       
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: FLIPON     
	00204: MIRP[nrp0,md,rd,1] 
	00205: SVTCA[y-axis] 
	00206: MIAP[rd+ci] 
	00207: MIRP[nrp0,md,rd,1] 
	00208: MIAP[rd+ci] 
	00209: ALIGNRP    
	00210: IUP[y]     
	00211: IUP[x]     
	00212: SVTCA[x-axis] 
	00213: DELTAP1    
	00214: CALL       
	00215: SVTCA[y-axis] 
	00216: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:                              X-Short Off
	  5:                      Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short         Off
	  9:                              X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:        XDual                         On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:        XDual         Y-Short         Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  1120,  1466)  ->  Abs (  1120,  1466)
	  1: Rel (   194,     0)  ->  Abs (  1314,  1466)
	  2: Rel (     0,  -847)  ->  Abs (  1314,   619)
	  3: Rel (     0,  -221)  ->  Abs (  1314,   398)
	  4: Rel (  -100,  -260)  ->  Abs (  1214,   138)
	  5: Rel (  -261,  -163)  ->  Abs (   953,   -25)
	  6: Rel (  -212,     0)  ->  Abs (   741,   -25)
	  7: Rel (  -206,     0)  ->  Abs (   535,   -25)
	  8: Rel (  -262,   142)  ->  Abs (   273,   117)
	  9: Rel (  -112,   269)  ->  Abs (   161,   386)
	 10: Rel (     0,   233)  ->  Abs (   161,   619)
	 11: Rel (     0,   847)  ->  Abs (   161,  1466)
	 12: Rel (   194,     0)  ->  Abs (   355,  1466)
	 13: Rel (     0,  -846)  ->  Abs (   355,   620)
	 14: Rel (     0,  -191)  ->  Abs (   355,   429)
	 15: Rel (    71,  -181)  ->  Abs (   426,   248)
	 16: Rel (   173,   -98)  ->  Abs (   599,   150)
	 17: Rel (   125,     0)  ->  Abs (   724,   150)
	 18: Rel (   214,     0)  ->  Abs (   938,   150)
	 19: Rel (   182,   194)  ->  Abs (  1120,   344)
	 20: Rel (     0,   276)  ->  Abs (  1120,   620)

	Glyph  57: off = 0x00004266, len = 372
	  numberOfContours:	1
	  xMin:			9
	  yMin:			0
	  xMax:			1350
	  yMax:			1466

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	318
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (18):     5     1     0     8     2     1     2     0     8    10 
	                             0     5     9     8     5     1     2     5 
	00026: MDAP[rd]   
	00027: MDRP[srp0,md,rd,1] 
	00028: MDRP[nrp0,md,rd,1] 
	00029: SRP0       
	00030: MDRP[srp0,md,rd,1] 
	00031: MDRP[nrp0,md,rd,1] 
	00032: SRP1       
	00033: SHP[rp1,zp0] 
	00034: SHP[rp1,zp0] 
	00035: SVTCA[y-axis] 
	00036: MIAP[rd+ci] 
	00037: MIAP[rd+ci] 
	00038: MIAP[rd+ci] 
	00039: SRP1       
	00040: SRP2       
	00041: IP         
	00042: IUP[y]     
	00043: IUP[x]     
	00044: ELSE       
	00045: NPUSHB      (36):    47     5     1    42     0    40     3    37    10    47 
	                            12    48    12    96    12   137     8   137     9   144 
	                            12   192    12   240    12    11    32    12    80    12 
	                             2     4     2    11     8     2 
	00083: PUSHB[2]              6     2 
	00086: RS         
	00087: EQ         
	00088: IF         
	00089: PUSHB[8]              9     1    12    11     0     8     1     2 
	00098: SVTCA[y-axis] 
	00099: MIAP[rd+ci] 
	00100: MIAP[rd+ci] 
	00101: SVTCA[x-axis] 
	00102: SRP1       
	00103: SRP2       
	00104: IP         
	00105: IP         
	00106: ELSE       
	00107: NPUSHB      (36):    10     9     9    32     8     5    20     8     8     5 
	                             0     1     1    32     2     5    20     2     2     5 
	                             9     1     2     5   233    32    10     0     8     9 
	                           101     8     1   101     2     8 
	00145: PUSHW[1]            -64 
	00148: NPUSHB      (11):    40    57    80     8     1   128     8   144     8     2 
	                             8 
	00161: PUSHW[1]            257 
	00164: NPUSHB      (13):     2    64    40    57    95     2     1   143     2   159 
	                             2     2     2 
	00179: PUSHW[1]            257 
	00182: NPUSHB      (17):    32     5    80     5     2    48     5    96     5   144 
	                             5   192     5   240     5     5     5 
	00201: PUSHW[1]            648 
	00204: PUSHB[4]             11    96   168    24 
	00209: CALL       
	00210: RTHG       
	00211: SRP0       
	00212: MIRP[srp0,nmd,rd,0] 
	00213: DELTAP1    
	00214: DELTAP2    
	00215: MIRP[nrp0,nmd,rd,0] 
	00216: DELTAP1    
	00217: DELTAP2    
	00218: CALL       
	00219: MIRP[nrp0,nmd,rd,0] 
	00220: DELTAP1    
	00221: DELTAP2    
	00222: CALL       
	00223: RTG        
	00224: SRP0       
	00225: MIRP[nrp0,md,rd,1] 
	00226: SRP0       
	00227: MIRP[nrp0,md,rd,1] 
	00228: SVTCA[y-axis] 
	00229: MIAP[rd+ci] 
	00230: ALIGNRP    
	00231: SMD        
	00232: RTHG       
	00233: MIRP[nrp0,md,rd,1] 
	00234: RTG        
	00235: MIAP[rd+ci] 
	00236: ALIGNRP    
	00237: SDPVTL[1]  
	00238: SFVTCA[x-axis] 
	00239: MDAP[nrd]  
	00240: CALL       
	00241: RDTG       
	00242: SRP0       
	00243: MDRP[nrp0,nmd,rd,0] 
	00244: SDPVTL[1]  
	00245: MDAP[nrd]  
	00246: RTG        
	00247: CALL       
	00248: RDTG       
	00249: SRP0       
	00250: MDRP[nrp0,nmd,rd,0] 
	00251: SVTCA[x-axis] 
	00252: MPPEM      
	00253: PUSHB[1]             11 
	00255: GTEQ       
	00256: MPPEM      
	00257: PUSHB[1]             20 
	00259: LTEQ       
	00260: AND        
	00261: IF         
	00262: PUSHB[3]              0    15    10 
	00266: PUSHW[1]            -15 
	00269: PUSHB[3]              9    18     1 
	00273: PUSHW[1]            -15 
	00276: PUSHB[3]              8    20     2 
	00280: PUSHW[1]            -18 
	00283: SHPIX      
	00284: SHPIX      
	00285: SHPIX      
	00286: SHPIX      
	00287: SHPIX      
	00288: SHPIX      
	00289: EIF        
	00290: SVTCA[x-axis] 
	00291: MPPEM      
	00292: PUSHB[1]             40 
	00294: GTEQ       
	00295: MPPEM      
	00296: PUSHB[1]             54 
	00298: LTEQ       
	00299: AND        
	00300: IF         
	00301: PUSHW[2]              0   -64 
	00306: SHPIX      
	00307: EIF        
	00308: EIF        
	00309: IUP[y]     
	00310: IUP[x]     
	00311: SVTCA[x-axis] 
	00312: DELTAP1    
	00313: DELTAP2    
	00314: DELTAP1    
	00315: SVTCA[y-axis] 
	00316: DELTAP1    
	00317: EIF        

	Flags
	-----
	  0:  YDual                               On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:  YDual XDual                 X-Short On
	 10:                                      On

	Coordinates
	-----------
	  0: Rel (   577,     0)  ->  Abs (   577,     0)
	  1: Rel (  -568,  1466)  ->  Abs (     9,  1466)
	  2: Rel (   210,     0)  ->  Abs (   219,  1466)
	  3: Rel (   381, -1065)  ->  Abs (   600,   401)
	  4: Rel (    46,  -128)  ->  Abs (   646,   273)
	  5: Rel (    31,  -112)  ->  Abs (   677,   161)
	  6: Rel (    34,   120)  ->  Abs (   711,   281)
	  7: Rel (    45,   120)  ->  Abs (   756,   401)
	  8: Rel (   396,  1065)  ->  Abs (  1152,  1466)
	  9: Rel (   198,     0)  ->  Abs (  1350,  1466)
	 10: Rel (  -574, -1466)  ->  Abs (   776,     0)

	Glyph  58: off = 0x000043DA, len = 574
	  numberOfContours:	1
	  xMin:			25
	  yMin:			0
	  xMax:			1910
	  yMax:			1466

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	475
	00000: NPUSHB      (38):    41     0    38    17    41    18    38    24    57     0 
	                            54    17    57    18    54    24    73     0    71    17 
	                            73    18    71    24    88     0    87    17    88    18 
	                            87    24    16   152     8   152    15     2 
	00040: PUSHB[2]              6     2 
	00043: RS         
	00044: EQ         
	00045: IF         
	00046: NPUSHB      (51):    16     1    26    25    43    21    52     5    52    12 
	                            68     5    68    12    75    21    84     5    84    12 
	                            91    21   100     5   100    12   107    21   116     5 
	                           116    12   123    21    15     5    21    12     3     0 
	                             1    18     8     0     8    15     2     8     2     1 
	                             2 
	00099: SVTCA[y-axis] 
	00100: MIAP[rd+ci] 
	00101: MIAP[rd+ci] 
	00102: MIAP[rd+ci] 
	00103: MIAP[rd+ci] 
	00104: MIAP[rd+ci] 
	00105: SRP1       
	00106: SRP2       
	00107: SLOOP      
	00108: IP         
	00109: DELTAP1    
	00110: SVTCA[x-axis] 
	00111: SRP1       
	00112: SRP2       
	00113: IP         
	00114: IP         
	00115: ELSE       
	00116: NPUSHB      (30):     3     4     5     5     2     6     7     8     8     5 
	                            10    11    12    12     9    13    14    15    15    12 
	                            20    19    18    18    21    22    23    24    24    21 
	00148: PUSHW[1]           -196 
	00151: PUSHB[4]              5     0    24    32 
	00156: PUSHW[1]           -196 
	00159: PUSHB[4]             12    18    17    32 
	00164: PUSHW[1]           -196 
	00167: NPUSHB      (90):    21     8     9    32     0     5     2     2    32     1 
	                             0    20     1     1     0    24     5     8     8    30 
	                            21    24    20    21    21    24    18    12     9     9 
	                            30    21    18    20    21    21    18    17    12    15 
	                            15    32    16    17    20    16    16    17    18     9 
	                            12     8    24    21     5    15    17    16    12     0 
	                             2     5    21    12     5     3    24    16    15    15 
	                             9     9     8     8     2     2     1     2    24    18 
	                            18    17    17     0     8    26    23    23    26    16 
	00259: NPUSHW       (9):   337    32    12   337    21   337    64     5   337 
	00279: PUSHB[7]             32    32     1     1     1    25    25 
	00287: PUSHW[1]            395 
	00290: PUSHB[2]            168    24 
	00293: CALL       
	00294: FLIPOFF    
	00295: SRP0       
	00296: MIRP[srp0,nmd,rd,0] 
	00297: DELTAP1    
	00298: SMD        
	00299: RTHG       
	00300: FLIPON     
	00301: MIRP[srp0,md,rd,1] 
	00302: SMD        
	00303: RTG        
	00304: MIRP[srp0,md,rd,1] 
	00305: MIRP[srp0,md,rd,1] 
	00306: SMD        
	00307: RTHG       
	00308: MIRP[srp0,md,rd,1] 
	00309: RTG        
	00310: FLIPOFF    
	00311: RCVT       
	00312: NEG        
	00313: WCVTP      
	00314: MIRP[nrp0,nmd,rd,2] 
	00315: SVTCA[y-axis] 
	00316: MIAP[rd+ci] 
	00317: ALIGNRP    
	00318: SRP0       
	00319: ALIGNRP    
	00320: SRP0       
	00321: ALIGNRP    
	00322: MIAP[rd+ci] 
	00323: ALIGNRP    
	00324: SRP0       
	00325: ALIGNRP    
	00326: SRP0       
	00327: ALIGNRP    
	00328: SRP0       
	00329: ALIGNRP    
	00330: SRP0       
	00331: ALIGNRP    
	00332: SRP2       
	00333: SLOOP      
	00334: IP         
	00335: SVTCA[x-axis] 
	00336: SRP2       
	00337: IP         
	00338: IP         
	00339: SRP1       
	00340: SRP2       
	00341: IP         
	00342: IP         
	00343: SRP1       
	00344: SRP2       
	00345: IP         
	00346: IP         
	00347: SRP1       
	00348: IP         
	00349: IP         
	00350: SDPVTL[1]  
	00351: FLIPON     
	00352: MDAP[nrd]  
	00353: CALL       
	00354: SDPVTL[1]  
	00355: RDTG       
	00356: MDRP[nrp0,nmd,rd,0] 
	00357: SDPVTL[1]  
	00358: MDAP[nrd]  
	00359: RTG        
	00360: CALL       
	00361: SDPVTL[1]  
	00362: RDTG       
	00363: MDRP[nrp0,nmd,rd,0] 
	00364: SDPVTL[1]  
	00365: MDAP[nrd]  
	00366: RTG        
	00367: CALL       
	00368: SDPVTL[1]  
	00369: RDTG       
	00370: MDRP[nrp0,nmd,rd,0] 
	00371: SDPVTL[1]  
	00372: MDAP[nrd]  
	00373: RTG        
	00374: CALL       
	00375: SDPVTL[1]  
	00376: RDTG       
	00377: MDRP[nrp0,nmd,rd,0] 
	00378: CALL       
	00379: CALL       
	00380: CALL       
	00381: SDPVTL[1]  
	00382: SFVTPV     
	00383: SRP0       
	00384: MDRP[nrp0,nmd,rd,0] 
	00385: MDRP[nrp0,nmd,rd,0] 
	00386: SDPVTL[1]  
	00387: SFVTPV     
	00388: SRP0       
	00389: ALIGNRP    
	00390: MDRP[nrp0,nmd,rd,0] 
	00391: SDPVTL[1]  
	00392: SFVTPV     
	00393: SRP0       
	00394: MDRP[nrp0,nmd,rd,0] 
	00395: MDRP[nrp0,nmd,rd,0] 
	00396: SDPVTL[1]  
	00397: SFVTPV     
	00398: SRP0       
	00399: MDRP[nrp0,nmd,rd,0] 
	00400: MDRP[nrp0,nmd,rd,0] 
	00401: SDPVTL[1]  
	00402: SFVTPV     
	00403: SRP0       
	00404: MDRP[nrp0,nmd,rd,0] 
	00405: MDRP[nrp0,nmd,rd,0] 
	00406: SDPVTL[1]  
	00407: SFVTPV     
	00408: SRP0       
	00409: MDRP[nrp0,nmd,rd,0] 
	00410: MDRP[nrp0,nmd,rd,0] 
	00411: SVTCA[x-axis] 
	00412: MPPEM      
	00413: PUSHB[1]             15 
	00415: GTEQ       
	00416: MPPEM      
	00417: PUSHB[1]             17 
	00419: LTEQ       
	00420: AND        
	00421: IF         
	00422: PUSHB[3]             18    10    24 
	00426: PUSHW[1]            -10 
	00429: SHPIX      
	00430: SHPIX      
	00431: EIF        
	00432: SVTCA[x-axis] 
	00433: MPPEM      
	00434: PUSHB[1]             37 
	00436: GTEQ       
	00437: MPPEM      
	00438: PUSHB[1]             42 
	00440: LTEQ       
	00441: AND        
	00442: IF         
	00443: PUSHW[2]              0   -64 
	00448: SHPIX      
	00449: EIF        
	00450: SVTCA[y-axis] 
	00451: MPPEM      
	00452: PUSHB[1]             11 
	00454: GTEQ       
	00455: MPPEM      
	00456: PUSHB[1]             14 
	00458: LTEQ       
	00459: AND        
	00460: IF         
	00461: PUSHB[4]             12    64     5    64 
	00466: SHPIX      
	00467: SHPIX      
	00468: EIF        
	00469: EIF        
	00470: IUP[y]     
	00471: IUP[x]     
	00472: SVTCA[x-axis] 
	00473: DELTAP3    
	00474: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                 X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                 X-Short On
	 11:        XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:        XDual                 X-Short On
	 16:  YDual XDual                 X-Short On
	 17:                                      On
	 18:  YDual                       X-Short On
	 19:                                      On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:                                      On

	Coordinates
	-----------
	  0: Rel (   414,     0)  ->  Abs (   414,     0)
	  1: Rel (  -389,  1466)  ->  Abs (    25,  1466)
	  2: Rel (   199,     0)  ->  Abs (   224,  1466)
	  3: Rel (   223,  -961)  ->  Abs (   447,   505)
	  4: Rel (    36,  -151)  ->  Abs (   483,   354)
	  5: Rel (    26,  -149)  ->  Abs (   509,   205)
	  6: Rel (    56,   235)  ->  Abs (   565,   440)
	  7: Rel (    10,    36)  ->  Abs (   575,   476)
	  8: Rel (   279,   990)  ->  Abs (   854,  1466)
	  9: Rel (   234,     0)  ->  Abs (  1088,  1466)
	 10: Rel (   210,  -742)  ->  Abs (  1298,   724)
	 11: Rel (    79,  -276)  ->  Abs (  1377,   448)
	 12: Rel (    35,  -243)  ->  Abs (  1412,   205)
	 13: Rel (    28,   139)  ->  Abs (  1440,   344)
	 14: Rel (    45,   180)  ->  Abs (  1485,   524)
	 15: Rel (   230,   942)  ->  Abs (  1715,  1466)
	 16: Rel (   195,     0)  ->  Abs (  1910,  1466)
	 17: Rel (  -402, -1466)  ->  Abs (  1508,     0)
	 18: Rel (  -187,     0)  ->  Abs (  1321,     0)
	 19: Rel (  -309,  1117)  ->  Abs (  1012,  1117)
	 20: Rel (   -39,   140)  ->  Abs (   973,  1257)
	 21: Rel (    -7,    32)  ->  Abs (   966,  1289)
	 22: Rel (   -23,  -101)  ->  Abs (   943,  1188)
	 23: Rel (   -20,   -71)  ->  Abs (   923,  1117)
	 24: Rel (  -311, -1117)  ->  Abs (   612,     0)

	Glyph  59: off = 0x00004618, len = 780
	  numberOfContours:	1
	  xMin:			9
	  yMin:			0
	  xMax:			1353
	  yMax:			1466

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	693
	00000: NPUSHB      (41):    38    18     1    25     1    22    11     2    41    18 
	                            41    19    56     1    55     3    56     8    56     9 
	                            56    13    58    14    53    18    55    19    10    18 
	                            19    32    18    33    52    18    32    18    33    52 
	                            14 
	00043: PUSHW[1]            -32 
	00046: PUSHB[4]             18    33    52    13 
	00051: PUSHW[1]            -32 
	00054: PUSHB[4]             18    33    52     9 
	00059: PUSHW[1]            -32 
	00062: PUSHB[4]             18    33    52     8 
	00067: PUSHW[1]            -32 
	00070: NPUSHB     (108):    18    33    52     4    32    18    33    52     3    32 
	                            18    33    52   119     1   119    11     2    38     4 
	                            41     7    40    11    42    14    38    18    54     4 
	                            58     8    58    11    58    14    53    18    72     8 
	                            84     4    93     8    92    11    90    14    84    18 
	                           103     1   101     4   106     8   107    11   105    14 
	                           101    18   117     4   122     8   121    11   122    13 
	                           119    18   119    19   134     4   138     7   138    10 
	                           149     4   184     8   183    18   198     4   201     8 
	                           215     4   216     8   217    14   214    18   231     4 
	                           232     8   232    14   230    18    44     6 
	00180: PUSHW[1]            -22 
	00183: NPUSHB      (17):    12    17     2    85    16    22    12    17     2    85 
	                            11     8    12    17     2    85     1 
	00202: PUSHW[1]             -8 
	00205: PUSHB[4]             12    17     2    85 
	00210: PUSHB[2]              6     2 
	00213: RS         
	00214: EQ         
	00215: IF         
	00216: NPUSHB      (11):    12     0    21    20    16    24    10    17     6    85 
	                             6 
	00229: PUSHW[1]            -24 
	00232: NPUSHB      (14):    10    17     6    85    16     6     0     2    13     0 
	                             8    10     2     2 
	00248: SVTCA[y-axis] 
	00249: MIAP[rd+ci] 
	00250: ALIGNRP    
	00251: MIAP[rd+ci] 
	00252: ALIGNRP    
	00253: SRP1       
	00254: SRP2       
	00255: IP         
	00256: IP         
	00257: CALL       
	00258: CALL       
	00259: SVTCA[x-axis] 
	00260: SRP1       
	00261: SRP2       
	00262: IP         
	00263: IP         
	00264: ELSE       
	00265: NPUSHB      (93):     6     7     8     9     9     1     6     5     4     3 
	                             3    11    16    16    19    15    14    13    13     1 
	                            16    16    13    17    18    19    19    11     1     0 
	                             9     2    13    11     3    12    19    10    11     1 
	                             6    16     2    19     9    10    19    19    32     0 
	                             9    20     0     0     9     3     2    13    13    32 
	                            12     3    20    12    12     3    10     9     9     3 
	                             3     2     2    19    13    13    12    12     0     8 
	                            47    21     1    21    23    23    26    32    12    64 
	                            12     2    12 
	00360: PUSHW[1]            351 
	00363: PUSHB[8]             32    10   144    10   192    10     3    10 
	00372: PUSHW[1]            440 
	00375: PUSHB[6]             95     2   159     2     2     2 
	00382: PUSHW[1]            440 
	00385: NPUSHB      (10):     6   180    64    16    80    16   207    16     3    16 
	00397: PUSHW[1]            351 
	00400: NPUSHB      (10):    32     0    25    20    21   194    33    96   168    24 
	00412: CALL       
	00413: CALL       
	00414: FLIPOFF    
	00415: MIRP[srp0,nmd,rd,0] 
	00416: SMD        
	00417: RTHG       
	00418: FLIPON     
	00419: MIRP[srp0,md,rd,1] 
	00420: DELTAP1    
	00421: RTG        
	00422: MIRP[nrp0,nmd,rd,1] 
	00423: RTHG       
	00424: MIRP[nrp0,md,rd,1] 
	00425: DELTAP1    
	00426: MIRP[nrp0,md,rd,1] 
	00427: DELTAP1    
	00428: MIRP[srp0,md,rd,1] 
	00429: DELTAP1    
	00430: RTG        
	00431: FLIPOFF    
	00432: RCVT       
	00433: NEG        
	00434: WCVTP      
	00435: MIRP[nrp0,nmd,rd,2] 
	00436: DELTAP1    
	00437: SVTCA[y-axis] 
	00438: MIAP[rd+ci] 
	00439: ALIGNRP    
	00440: SRP0       
	00441: ALIGNRP    
	00442: SRP0       
	00443: ALIGNRP    
	00444: MIAP[rd+ci] 
	00445: ALIGNRP    
	00446: SRP0       
	00447: ALIGNRP    
	00448: SRP0       
	00449: ALIGNRP    
	00450: SDPVTL[1]  
	00451: SFVTCA[x-axis] 
	00452: FLIPON     
	00453: MDAP[nrd]  
	00454: CALL       
	00455: SDPVTL[1]  
	00456: RDTG       
	00457: MDRP[nrp0,nmd,rd,0] 
	00458: SDPVTL[1]  
	00459: MDAP[nrd]  
	00460: RTG        
	00461: CALL       
	00462: SDPVTL[1]  
	00463: RDTG       
	00464: MDRP[nrp0,nmd,rd,0] 
	00465: SVTCA[y-axis] 
	00466: SRP1       
	00467: SRP2       
	00468: IP         
	00469: IP         
	00470: IP         
	00471: IP         
	00472: ISECT      
	00473: ISECT      
	00474: SDPVTL[1]  
	00475: SFVTPV     
	00476: SRP0       
	00477: ALIGNRP    
	00478: ALIGNRP    
	00479: SFVTL[=p1,p2] 
	00480: MDRP[nrp0,nmd,rd,0] 
	00481: SDPVTL[1]  
	00482: SFVTPV     
	00483: SRP0       
	00484: ALIGNRP    
	00485: ALIGNRP    
	00486: SFVTL[=p1,p2] 
	00487: MDRP[nrp0,nmd,rd,0] 
	00488: SDPVTL[1]  
	00489: SFVTPV     
	00490: SRP0       
	00491: ALIGNRP    
	00492: ALIGNRP    
	00493: MDRP[nrp0,nmd,rd,0] 
	00494: SDPVTL[1]  
	00495: SFVTPV     
	00496: SRP0       
	00497: MDRP[nrp0,nmd,rd,0] 
	00498: MDRP[nrp0,nmd,rd,0] 
	00499: MDRP[nrp0,nmd,rd,0] 
	00500: EIF        
	00501: CALL       
	00502: CALL       
	00503: SVTCA[y-axis] 
	00504: CALL       
	00505: CALL       
	00506: IUP[y]     
	00507: IUP[x]     
	00508: SVTCA[x-axis] 
	00509: DELTAP1    
	00510: SVTCA[y-axis] 
	00511: DELTAP1    
	00512: SVTCA[x-axis] 
	00513: CALL       
	00514: CALL       
	00515: CALL       
	00516: CALL       
	00517: CALL       
	00518: CALL       
	00519: CALL       
	00520: CALL       
	00521: RS         
	00522: NOT        
	00523: IF         
	00524: PUSHW[2]             11   -34 
	00529: NPUSHB      (11):    25    57     1    34    25    57    14    24    27    57 
	                            18 
	00542: PUSHW[1]            -34 
	00545: PUSHB[3]             27    57    19 
	00549: PUSHW[1]            -34 
	00552: PUSHB[3]             27    57     4 
	00556: PUSHW[1]            -24 
	00559: PUSHB[7]             27    57     8    34    27    57     9 
	00567: PUSHW[1]            -64 
	00570: PUSHB[3]             28    57    13 
	00574: PUSHW[1]            -64 
	00577: NPUSHB      (31):    28    57    19    64    28    57     3    64    28    57 
	                            13    14    22    23    60    19    18    22    23    61 
	                             8     9    22    23    60     3     4    22    23    61 
	                            11 
	00610: PUSHW[1]            -34 
	00613: NPUSHB      (46):    18    57     1    34    18    57    11    12    29    33 
	                            61     1     0    29    33    60    11    10    29    33 
	                            61     1     2    29    33    60    11    12    19    23 
	                            61     1     0    19    23    60    11    10    19    23 
	                            61     1     2    19    23    60 
	00661: CALL       
	00662: CALL       
	00663: CALL       
	00664: CALL       
	00665: CALL       
	00666: CALL       
	00667: CALL       
	00668: CALL       
	00669: CALL       
	00670: CALL       
	00671: CALL       
	00672: CALL       
	00673: CALL       
	00674: CALL       
	00675: SVTCA[x-axis] 
	00676: CALL       
	00677: CALL       
	00678: CALL       
	00679: CALL       
	00680: CALL       
	00681: CALL       
	00682: CALL       
	00683: CALL       
	00684: CALL       
	00685: CALL       
	00686: CALL       
	00687: EIF        
	00688: SVTCA[x-axis] 
	00689: DELTAP2    
	00690: SVTCA[x-axis] 
	00691: DELTAP1    
	00692: DELTAP2    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:                                      On
	  2:                                      On
	  3:  YDual XDual                 X-Short On
	  4:                                      On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                                      On
	 10:  YDual XDual                 X-Short On
	 11:                                      On
	 12:                                      On
	 13:  YDual                       X-Short On
	 14:                                      On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                                      On

	Coordinates
	-----------
	  0: Rel (     9,     0)  ->  Abs (     9,     0)
	  1: Rel (   567,   764)  ->  Abs (   576,   764)
	  2: Rel (  -500,   702)  ->  Abs (    76,  1466)
	  3: Rel (   231,     0)  ->  Abs (   307,  1466)
	  4: Rel (   266,  -376)  ->  Abs (   573,  1090)
	  5: Rel (    83,  -117)  ->  Abs (   656,   973)
	  6: Rel (    35,   -63)  ->  Abs (   691,   910)
	  7: Rel (    49,    80)  ->  Abs (   740,   990)
	  8: Rel (    67,    87)  ->  Abs (   807,  1077)
	  9: Rel (   295,   389)  ->  Abs (  1102,  1466)
	 10: Rel (   211,     0)  ->  Abs (  1313,  1466)
	 11: Rel (  -515,  -691)  ->  Abs (   798,   775)
	 12: Rel (   555,  -775)  ->  Abs (  1353,     0)
	 13: Rel (  -240,     0)  ->  Abs (  1113,     0)
	 14: Rel (  -369,   523)  ->  Abs (   744,   523)
	 15: Rel (   -31,    45)  ->  Abs (   713,   568)
	 16: Rel (   -33,    53)  ->  Abs (   680,   621)
	 17: Rel (   -49,   -80)  ->  Abs (   631,   541)
	 18: Rel (   -21,   -30)  ->  Abs (   610,   511)
	 19: Rel (  -368,  -511)  ->  Abs (   242,     0)

	Glyph  60: off = 0x00004924, len = 422
	  numberOfContours:	1
	  xMin:			6
	  yMin:			0
	  xMax:			1350
	  yMax:			1466

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	362
	00000: PUSHB[7]              8     9    58     3     4    59     9 
	00008: PUSHW[1]            -25 
	00011: PUSHB[4]             18    23    52     8 
	00016: PUSHW[1]            -25 
	00019: NPUSHB      (14):    18    23    52     4    25    18    23    52     3    25 
	                            18    23    52     9 
	00035: PUSHW[1]            -40 
	00038: PUSHB[4]             24    33    52     8 
	00043: PUSHW[1]            -40 
	00046: NPUSHB      (59):    24    33    52     4    40    24    33    52    18    38 
	                             4    41     8    42    10    47    14     4   104     1 
	                           104     6   104    11   222     6     4     5     4     3 
	                             3     6     8     7     9     6     6     9     6     3 
	                             9    10    12    16     2    85     9    32    10    11 
	                            20    10    10    11     6     3     6     9     3 
	00107: PUSHW[1]            -10 
	00110: NPUSHB      (22):    12    16     2    85     3    32     2     1    20     2 
	                             2     1     6    12    11     6     1     3     2     0 
	                             1    11 
	00134: PUSHW[1]            537 
	00137: NPUSHB       (9):    10    10     9     3     2     2     0     8    14 
	00148: PUSHW[1]            536 
	00151: NPUSHB       (9):    12     9    82    64    10   128    10     2    10 
	00162: PUSHW[1]            437 
	00165: NPUSHB      (13):    11    11    12    32     0     3    82    79     2   143 
	                             2     2     2 
	00180: PUSHW[1]            437 
	00183: NPUSHB       (9):     1     1     0    20    16    16     2    85     0 
	00194: PUSHW[1]            -10 
	00197: NPUSHB      (11):    15    15     2    85     0    12    13    13     2    85 
	                             0 
	00210: PUSHW[1]            -30 
	00213: PUSHB[5]             12    12     2    85     0 
	00219: PUSHW[1]            536 
	00222: PUSHB[7]             13    14   194    33    96   168    24 
	00230: CALL       
	00231: CALL       
	00232: MIRP[srp0,nmd,rd,2] 
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: ALIGNRP    
	00238: SRP0       
	00239: MIRP[srp0,nmd,rd,0] 
	00240: DELTAP1    
	00241: MIRP[nrp0,md,rd,1] 
	00242: SRP0       
	00243: MIRP[srp0,md,rd,1] 
	00244: ALIGNRP    
	00245: SRP0       
	00246: MIRP[srp0,nmd,rd,0] 
	00247: DELTAP1    
	00248: MIRP[nrp0,md,rd,1] 
	00249: SRP0       
	00250: MIRP[nrp0,nmd,rd,2] 
	00251: SVTCA[y-axis] 
	00252: MIAP[rd+ci] 
	00253: MIAP[rd+ci] 
	00254: ALIGNRP    
	00255: ALIGNRP    
	00256: ALIGNRP    
	00257: SRP0       
	00258: MIRP[srp0,nmd,rd,0] 
	00259: ALIGNRP    
	00260: SRP1       
	00261: SRP2       
	00262: SLOOP      
	00263: IP         
	00264: SVTCA[x-axis] 
	00265: SRP2       
	00266: IP         
	00267: SDPVTL[1]  
	00268: MDAP[nrd]  
	00269: CALL       
	00270: CALL       
	00271: SFVTL[=p1,p2] 
	00272: RDTG       
	00273: SRP0       
	00274: MDRP[nrp0,nmd,rd,0] 
	00275: SFVTCA[x-axis] 
	00276: SDPVTL[1]  
	00277: MDAP[nrd]  
	00278: RTG        
	00279: CALL       
	00280: CALL       
	00281: SFVTL[=p1,p2] 
	00282: RDTG       
	00283: SRP0       
	00284: MDRP[nrp0,nmd,rd,0] 
	00285: SDPVTL[1]  
	00286: SFVTPV     
	00287: MDRP[nrp0,nmd,rd,0] 
	00288: MDRP[nrp0,nmd,rd,0] 
	00289: SDPVTL[1]  
	00290: SRP0       
	00291: SFVTPV     
	00292: MDRP[nrp0,nmd,rd,0] 
	00293: MDRP[nrp0,nmd,rd,0] 
	00294: MPPEM      
	00295: PUSHB[1]             23 
	00297: GTEQ       
	00298: MPPEM      
	00299: PUSHB[1]             28 
	00301: LTEQ       
	00302: AND        
	00303: IF         
	00304: PUSHB[5]              8    12     9    12     4 
	00310: PUSHW[3]            -12     3   -12 
	00317: SVTCA[x-axis] 
	00318: SHPIX      
	00319: SHPIX      
	00320: SHPIX      
	00321: SHPIX      
	00322: EIF        
	00323: IUP[y]     
	00324: IUP[x]     
	00325: SVTCA[y-axis] 
	00326: DELTAP1    
	00327: SVTCA[x-axis] 
	00328: DELTAP1    
	00329: RS         
	00330: NOT        
	00331: IF         
	00332: NPUSHB       (9):     9    34    25    57     8    34    25    57     4 
	00343: PUSHW[1]            -34 
	00346: PUSHB[2]             25    57 
	00349: CALL       
	00350: CALL       
	00351: CALL       
	00352: EIF        
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: CALL       
	00358: CALL       
	00359: CALL       
	00360: CALL       
	00361: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:                                      On
	  3:  YDual XDual                 X-Short On
	  4:                                      On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                                      On
	 10:  YDual XDual                 X-Short On
	 11:                                      On
	 12:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   571,     0)  ->  Abs (   571,     0)
	  1: Rel (     0,   621)  ->  Abs (   571,   621)
	  2: Rel (  -565,   845)  ->  Abs (     6,  1466)
	  3: Rel (   236,     0)  ->  Abs (   242,  1466)
	  4: Rel (   289,  -442)  ->  Abs (   531,  1024)
	  5: Rel (    80,  -124)  ->  Abs (   611,   900)
	  6: Rel (    69,  -124)  ->  Abs (   680,   776)
	  7: Rel (    66,   115)  ->  Abs (   746,   891)
	  8: Rel (    94,   144)  ->  Abs (   840,  1035)
	  9: Rel (   284,   431)  ->  Abs (  1124,  1466)
	 10: Rel (   226,     0)  ->  Abs (  1350,  1466)
	 11: Rel (  -585,  -845)  ->  Abs (   765,   621)
	 12: Rel (     0,  -621)  ->  Abs (   765,     0)

	Glyph  61: off = 0x00004ACA, len = 320
	  numberOfContours:	1
	  xMin:			41
	  yMin:			0
	  xMax:			1200
	  yMax:			1466

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	268
	00000: PUSHB[2]             18    14 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (15):    13    17    52    72     1    71     8    72     9     3 
	                            10     8    11     9     2 
	00023: PUSHB[2]              6     2 
	00026: RS         
	00027: EQ         
	00028: IF         
	00029: NPUSHB      (14):    12     0    14    13     1    11    30    12     8     8 
	                             5    30     6     2 
	00045: SVTCA[y-axis] 
	00046: MIAP[rd+ci] 
	00047: MIRP[srp0,md,rd,1] 
	00048: ALIGNRP    
	00049: MIAP[rd+ci] 
	00050: MIRP[srp0,md,rd,1] 
	00051: MDRP[nrp0,nmd,rd,0] 
	00052: SVTCA[x-axis] 
	00053: SRP1       
	00054: SRP2       
	00055: IP         
	00056: IP         
	00057: ELSE       
	00058: NPUSHB      (43):   171     4     1     3     2     1     1     4     9    10 
	                             4     8    10    10    38    29    33    52    40    10 
	                             1   249    10     1    10    32     1     4    20     1 
	                             1     4    10    40    11    28    52     1    40    11 
	                            28    52     8 
	00103: PUSHW[1]            -40 
	00106: PUSHB[4]             11    28    52     4 
	00111: PUSHW[1]            -40 
	00114: NPUSHB      (19):    11    28    52     1    10     4     8     5    30     7 
	                             6     2    11    10    30    12     0     8    10 
	00135: PUSHW[4]            437     1     4   437 
	00144: NPUSHB      (27):     0     7    48     8    64     8     2     8    74    12 
	                            63    11     1    11    26    14     1     0     5     6 
	                            81     0    25    13   182   153    24 
	00173: CALL       
	00174: FLIPOFF    
	00175: SRP0       
	00176: MIRP[srp0,nmd,rd,0] 
	00177: FLIPON     
	00178: MIRP[srp0,nmd,rd,0] 
	00179: ALIGNRP    
	00180: SRP0       
	00181: ALIGNRP    
	00182: FLIPOFF    
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,2] 
	00185: DELTAP1    
	00186: ALIGNRP    
	00187: FLIPON     
	00188: MIRP[srp0,nmd,rd,0] 
	00189: DELTAP2    
	00190: ALIGNRP    
	00191: SRP0       
	00192: MIRP[nrp0,nmd,rd,0] 
	00193: SRP0       
	00194: MIRP[srp0,md,rd,0] 
	00195: SVTCA[y-axis] 
	00196: MIAP[rd+ci] 
	00197: ALIGNRP    
	00198: MIRP[srp0,md,rd,1] 
	00199: ALIGNRP    
	00200: MIAP[rd+ci] 
	00201: ALIGNRP    
	00202: MIRP[srp0,md,rd,1] 
	00203: ALIGNRP    
	00204: ALIGNRP    
	00205: SRP1       
	00206: IP         
	00207: SVTCA[x-axis] 
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: SDPVTL[1]  
	00213: SFVTCA[x-axis] 
	00214: MDAP[nrd]  
	00215: CALL       
	00216: DELTAP1    
	00217: DELTAP2    
	00218: CALL       
	00219: SDPVTL[1]  
	00220: RDTG       
	00221: MDRP[nrp0,nmd,rd,0] 
	00222: SFVTPV     
	00223: SRP0       
	00224: MDRP[nrp0,nmd,rd,0] 
	00225: SDPVTL[1]  
	00226: SFVTPV     
	00227: SRP0       
	00228: MDRP[nrp0,nmd,rd,0] 
	00229: MDRP[nrp0,nmd,rd,0] 
	00230: SVTCA[x-axis] 
	00231: DELTAP3    
	00232: EIF        
	00233: IUP[y]     
	00234: IUP[x]     
	00235: SVTCA[x-axis] 
	00236: DELTAP2    
	00237: DELTAP1    
	00238: CALL       
	00239: RS         
	00240: NOT        
	00241: IF         
	00242: NPUSHB       (9):     2    34    33    57     1    24    33    57     9 
	00253: PUSHW[1]            -34 
	00256: PUSHB[6]             25    57     2    34    25    57 
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: EIF        

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:                                      On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual         Y-Short         On
	  9:                                      On
	 10:                      Y-Short X-Short On
	 11:  YDual                               On
	 12:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    41,     0)  ->  Abs (    41,     0)
	  1: Rel (     0,   180)  ->  Abs (    41,   180)
	  2: Rel (   751,   939)  ->  Abs (   792,  1119)
	  3: Rel (    80,   100)  ->  Abs (   872,  1219)
	  4: Rel (    72,    74)  ->  Abs (   944,  1293)
	  5: Rel (  -818,     0)  ->  Abs (   126,  1293)
	  6: Rel (     0,   173)  ->  Abs (   126,  1466)
	  7: Rel (  1050,     0)  ->  Abs (  1176,  1466)
	  8: Rel (     0,  -173)  ->  Abs (  1176,  1293)
	  9: Rel (  -823, -1017)  ->  Abs (   353,   276)
	 10: Rel (   -89,  -103)  ->  Abs (   264,   173)
	 11: Rel (   936,     0)  ->  Abs (  1200,   173)
	 12: Rel (     0,  -173)  ->  Abs (  1200,     0)

	Glyph  62: off = 0x00004C0A, len = 106
	  numberOfContours:	1
	  xMin:			139
	  yMin:			-407
	  xMax:			536
	  yMax:			1466

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	70
	00000: NPUSHB      (43):     4     3    43     1     2    16     5     6    43     0 
	                             7    18     3     2     2     7     6   174     4     5 
	                            37     1     0     6    12    12     2    85     0     8 
	                             9     9     2    85    32     0     1     0   172     8 
	                           157   104    24 
	00045: CALL       
	00046: SRP0       
	00047: MIRP[srp0,nmd,rd,2] 
	00048: DELTAP1    
	00049: CALL       
	00050: CALL       
	00051: ALIGNRP    
	00052: MIRP[srp0,md,rd,1] 
	00053: ALIGNRP    
	00054: MIRP[srp0,nmd,rd,0] 
	00055: ALIGNRP    
	00056: ALIGNRP    
	00057: SRP0       
	00058: ALIGNRP    
	00059: SVTCA[y-axis] 
	00060: MIAP[rd+ci] 
	00061: ALIGNRP    
	00062: MIRP[srp0,md,rd,1] 
	00063: ALIGNRP    
	00064: MIAP[rd+ci] 
	00065: ALIGNRP    
	00066: MIRP[srp0,md,rd,1] 
	00067: ALIGNRP    
	00068: IUP[y]     
	00069: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                       X-Short On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   139,  -407)  ->  Abs (   139,  -407)
	  1: Rel (     0,  1873)  ->  Abs (   139,  1466)
	  2: Rel (   397,     0)  ->  Abs (   536,  1466)
	  3: Rel (     0,  -149)  ->  Abs (   536,  1317)
	  4: Rel (  -217,     0)  ->  Abs (   319,  1317)
	  5: Rel (     0, -1575)  ->  Abs (   319,  -258)
	  6: Rel (   217,     0)  ->  Abs (   536,  -258)
	  7: Rel (     0,  -149)  ->  Abs (   536,  -407)

	Glyph  63: off = 0x00004C74, len = 106
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-25
	  xMax:			569
	  yMax:			1491

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	76
	00000: NPUSHB      (36):     1     1    34    20    57     0    34    20    57   152 
	                             0     1     1     0   144     0   160     0     2     0 
	                           118     3     2    20     3     3     2     2     1     0 
	                             3     0    10     3   232     0 
	00038: PUSHW[1]            425 
	00041: PUSHB[8]              2   232     1     1     4   179   122    24 
	00050: CALL       
	00051: SRP0       
	00052: ALIGNRP    
	00053: SRP0       
	00054: MIRP[nrp0,md,rd,1] 
	00055: MIRP[srp0,nmd,rd,0] 
	00056: MIRP[nrp0,md,rd,1] 
	00057: SVTCA[y-axis] 
	00058: MIAP[rd+ci] 
	00059: ALIGNRP    
	00060: MIAP[rd+ci] 
	00061: ALIGNRP    
	00062: SDPVTL[1]  
	00063: SFVTCA[x-axis] 
	00064: MDAP[nrd]  
	00065: CALL       
	00066: DELTAP1    
	00067: RDTG       
	00068: SRP0       
	00069: MDRP[nrp0,nmd,rd,0] 
	00070: IUP[y]     
	00071: IUP[x]     
	00072: SVTCA[x-axis] 
	00073: DELTAP1    
	00074: CALL       
	00075: CALL       

	Flags
	-----
	  0:                      Y-Short         On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On

	Coordinates
	-----------
	  0: Rel (   425,   -25)  ->  Abs (   425,   -25)
	  1: Rel (  -425,  1516)  ->  Abs (     0,  1491)
	  2: Rel (   145,     0)  ->  Abs (   145,  1491)
	  3: Rel (   424, -1516)  ->  Abs (   569,   -25)

	Glyph  64: off = 0x00004CDE, len = 100
	  numberOfContours:	1
	  xMin:			39
	  yMin:			-407
	  xMax:			436
	  yMax:			1466

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	63
	00000: NPUSHB      (23):     4     5    43     7     6    16     3     2    43     0 
	                             1    18     6     5     5     1     2   174     4     3 
	                            37     7     0 
	00025: PUSHW[1]            -20 
	00028: NPUSHB      (10):    12    12     2    85     0   172     9   155    90    24 
	00040: CALL       
	00041: SRP0       
	00042: MIRP[srp0,nmd,rd,0] 
	00043: CALL       
	00044: ALIGNRP    
	00045: MIRP[srp0,md,rd,1] 
	00046: ALIGNRP    
	00047: MIRP[srp0,nmd,rd,0] 
	00048: ALIGNRP    
	00049: ALIGNRP    
	00050: SRP0       
	00051: ALIGNRP    
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: ALIGNRP    
	00055: MIRP[srp0,md,rd,1] 
	00056: ALIGNRP    
	00057: MIAP[rd+ci] 
	00058: ALIGNRP    
	00059: MIRP[srp0,md,rd,1] 
	00060: ALIGNRP    
	00061: IUP[y]     
	00062: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   436,  -407)  ->  Abs (   436,  -407)
	  1: Rel (  -397,     0)  ->  Abs (    39,  -407)
	  2: Rel (     0,   149)  ->  Abs (    39,  -258)
	  3: Rel (   217,     0)  ->  Abs (   256,  -258)
	  4: Rel (     0,  1575)  ->  Abs (   256,  1317)
	  5: Rel (  -217,     0)  ->  Abs (    39,  1317)
	  6: Rel (     0,   149)  ->  Abs (    39,  1466)
	  7: Rel (   397,     0)  ->  Abs (   436,  1466)

	Glyph  65: off = 0x00004D42, len = 136
	  numberOfContours:	1
	  xMin:			54
	  yMin:			690
	  xMax:			907
	  yMax:			1491

	EndPoints
	---------
	  0:  6

	  Length of Instructions:	97
	00000: PUSHW[2]              0   -64 
	00005: NPUSHB      (21):    20    57     0    64    20    57    38     2    41     3 
	                             2     6     2     9     3     2     5     1     6    60 
	                             1 
	00028: PUSHW[1]            357 
	00031: NPUSHB      (23):     2     5    60     4     0    60     1     6     6     3 
	                             2     8    56     4   220     3   108     2   220     1 
	                           105     7     8 
	00056: PUSHW[5]            306    33   447   385    24 
	00067: CALL       
	00068: CALL       
	00069: MIRP[srp0,nmd,rd,2] 
	00070: MIRP[srp0,nmd,rd,0] 
	00071: MIRP[srp0,nmd,rd,2] 
	00072: MIRP[srp0,nmd,rd,0] 
	00073: MIRP[nrp0,nmd,rd,0] 
	00074: SRP1       
	00075: SRP2       
	00076: RTDG       
	00077: IP         
	00078: MDAP[rd]   
	00079: RTG        
	00080: SRP0       
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP0       
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MDAP[rd]   
	00086: MIRP[nrp0,md,rd,1] 
	00087: MIRP[nrp0,md,rd,1] 
	00088: SRP0       
	00089: ALIGNRP    
	00090: IUP[y]     
	00091: IUP[x]     
	00092: SVTCA[x-axis] 
	00093: DELTAP2    
	00094: DELTAP2    
	00095: CALL       
	00096: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:  YDual XDual                 X-Short On
	  4:                                      On
	  5:  YDual                       X-Short On
	  6:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   239,   690)  ->  Abs (   239,   690)
	  1: Rel (  -185,     0)  ->  Abs (    54,   690)
	  2: Rel (   353,   801)  ->  Abs (   407,  1491)
	  3: Rel (   145,     0)  ->  Abs (   552,  1491)
	  4: Rel (   355,  -801)  ->  Abs (   907,   690)
	  5: Rel (  -181,     0)  ->  Abs (   726,   690)
	  6: Rel (  -247,   597)  ->  Abs (   479,  1287)

	Glyph  66: off = 0x00004DCA, len = 52
	  numberOfContours:	1
	  xMin:			-31
	  yMin:			-407
	  xMax:			1162
	  yMax:			-277

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	26
	00000: NPUSHB      (12):     1    63     0     2    26     5     0    25     4    67 
	                            65    24 
	00014: CALL       
	00015: FLIPOFF    
	00016: SRP0       
	00017: MIRP[nrp0,nmd,rd,0] 
	00018: SRP0       
	00019: MIRP[nrp0,nmd,rd,2] 
	00020: SVTCA[y-axis] 
	00021: MDAP[rd]   
	00022: FLIPON     
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   -31,  -407)  ->  Abs (   -31,  -407)
	  1: Rel (     0,   130)  ->  Abs (   -31,  -277)
	  2: Rel (  1193,     0)  ->  Abs (  1162,  -277)
	  3: Rel (     0,  -130)  ->  Abs (  1162,  -407)

	Glyph  67: off = 0x00004DFE, len = 124
	  numberOfContours:	1
	  xMin:			89
	  yMin:			1194
	  xMax:			465
	  yMax:			1474

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	96
	00000: NPUSHB      (11):     3    56    23    25    52     2    64    15    17    52 
	                             0 
	00013: PUSHW[1]            -64 
	00016: PUSHB[4]             23    25    52     3 
	00021: PUSHW[1]            -64 
	00024: NPUSHB      (26):    22    25    52    80     1    80     3     2    64     3 
	                            80     0     2     3     2     0     0     1    16     1 
	                             2     1   135     2     0     0 
	00052: PUSHW[1]            595 
	00055: PUSHB[3]              1   134     3 
	00059: PUSHW[1]            608 
	00062: PUSHB[4]              2    25     4   113 
	00067: PUSHW[2]            303    24 
	00072: CALL       
	00073: FLIPOFF    
	00074: SRP0       
	00075: MIRP[srp0,nmd,rd,0] 
	00076: FLIPON     
	00077: MIRP[nrp0,md,rd,1] 
	00078: MIRP[srp0,nmd,rd,0] 
	00079: MIRP[nrp0,md,rd,1] 
	00080: SVTCA[y-axis] 
	00081: MIAP[rd+ci] 
	00082: MIRP[srp0,md,rd,1] 
	00083: DELTAP1    
	00084: ALIGNRP    
	00085: SRP0       
	00086: ALIGNRP    
	00087: IUP[y]     
	00088: IUP[x]     
	00089: SVTCA[x-axis] 
	00090: DELTAP1    
	00091: DELTAP1    
	00092: CALL       
	00093: CALL       
	00094: CALL       
	00095: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:                              X-Short On
	  3:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   465,  1194)  ->  Abs (   465,  1194)
	  1: Rel (  -145,     0)  ->  Abs (   320,  1194)
	  2: Rel (  -231,   280)  ->  Abs (    89,  1474)
	  3: Rel (   241,     0)  ->  Abs (   330,  1474)

	Glyph  68: off = 0x00004E7A, len = 722
	  numberOfContours:	2
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1086

	EndPoints
	---------
	  0:  40
	  1:  55

	  Length of Instructions:	557
	00000: NPUSHB      (44):     9    13     9    42    25    13    26    42    41    13 
	                            42    42    57    13    54    21    55    27    58    42 
	                            73    42    93    13    93    42   106    13   105    42 
	                            96    48   138    13   134    41   154    22   155    26 
	                           169    13    21    40 
	00046: PUSHW[1]            -24 
	00049: PUSHB[5]             11    11     6    85    39 
	00055: PUSHW[1]            -24 
	00058: NPUSHB      (25):    11    11     6    85   166    25   170    40   182    25 
	                           187    40   196    25   207    40   210    21   221    40 
	                             8    68    22     1    30 
	00085: PUSHW[1]            -12 
	00088: NPUSHB      (17):    12    12     6    85    18    18    12    12     6    85 
	                             5    12    12    12     6    85    53 
	00107: PUSHW[1]            -32 
	00110: NPUSHB      (85):    12    12     6    85    31    23    31    24    43    44 
	                            42    52    57     4    57    44    73     4    72    44 
	                            86     8    89    43   102     8   105    43   118    12 
	                           135    12   201    12   249    13   249    43    17    55 
	                            52    14     1     4    16    47    36    52    23    50 
	                            33    20    24    95    41   111    41     2    41    28 
	                            47    14    63    14   143    14   159    14   255    14 
	                             5   159    14   175    14   239    14     3    14    12 
	                            15    15     2    85    14 
	00197: PUSHW[1]            -22 
	00200: PUSHB[5]             16    16     2    85    14 
	00206: PUSHW[1]            -12 
	00209: NPUSHB      (21):    16    16     6    85    14    12    13    13     6    85 
	                            14     6    15    15     6    85    14    14    28     3 
	                            23 
	00232: PUSHW[1]            682 
	00235: PUSHB[7]             24   149    20    28    28     7     0 
	00243: PUSHW[1]            -12 
	00246: NPUSHB      (26):    12    12     6    85     0    69    39    10    50    28 
	                             3    11    41    97    16    97     0     6    13    13 
	                             2    85     0    37    33    36 
	00274: PUSHW[1]            -20 
	00277: PUSHB[5]             16    16     2    85    36 
	00283: PUSHW[1]            -20 
	00286: NPUSHB      (11):    13    13     2    85    36     4    12    12     2    85 
	                            36 
	00299: PUSHW[1]            -28 
	00302: PUSHB[5]             11    11     2    85    36 
	00308: PUSHW[1]            -12 
	00311: PUSHB[5]             11    11     6    85    36 
	00317: PUSHW[1]            -36 
	00320: NPUSHB      (11):    16    16     6    85    36     6    15    15     6    85 
	                            36 
	00333: PUSHW[1]             -4 
	00336: PUSHB[5]             12    12     6    85    36 
	00342: PUSHW[1]            603 
	00345: NPUSHB      (14):    39    64     0    38    16    38    32    38    48    38 
	                           175    38     5    57 
	00361: PUSHW[1]            -64 
	00364: PUSHB[5]             14    14     2    85    38 
	00370: PUSHW[1]            -42 
	00373: PUSHB[7]             14    14     2    85    38    49    57 
	00381: PUSHW[1]            -64 
	00384: NPUSHB      (13):    30    35    52    48    57   192    57     2   160    57 
	                             1    57    23 
	00399: PUSHW[1]            -12 
	00402: NPUSHB      (65):    16    16     6    85    23    37    24    34    47    36 
	                           191     6   207     6     2    31     6    63     6     2 
	                             6    14    15    15     2    85     6    12    13    13 
	                             2    85     6    24    12    12     2    85     6    12 
	                            11    11     2    85     6    12    11    11     6    85 
	                             6    14    13    13     6    85     6    16    12    12 
	                             6    85     6    49    56 
	00469: SRP0       
	00470: MIRP[srp0,nmd,rd,2] 
	00471: CALL       
	00472: CALL       
	00473: CALL       
	00474: CALL       
	00475: CALL       
	00476: CALL       
	00477: CALL       
	00478: DELTAP1    
	00479: DELTAP2    
	00480: MIRP[nrp0,md,rd,1] 
	00481: MIRP[srp0,nmd,rd,0] 
	00482: MIRP[nrp0,md,rd,1] 
	00483: CALL       
	00484: SRP0       
	00485: DELTAP1    
	00486: DELTAP2    
	00487: CALL       
	00488: MIRP[srp0,nmd,rd,2] 
	00489: CALL       
	00490: CALL       
	00491: DELTAP1    
	00492: MIRP[nrp0,md,rd,1] 
	00493: MIRP[srp0,nmd,rd,0] 
	00494: CALL       
	00495: CALL       
	00496: CALL       
	00497: CALL       
	00498: CALL       
	00499: CALL       
	00500: CALL       
	00501: CALL       
	00502: ALIGNRP    
	00503: MIRP[srp0,md,rd,1] 
	00504: CALL       
	00505: MIRP[nrp0,nmd,rd,1] 
	00506: MIRP[nrp0,nmd,rd,1] 
	00507: SVTCA[y-axis] 
	00508: MIAP[rd+ci] 
	00509: MIRP[nrp0,md,rd,1] 
	00510: MIAP[rd+ci] 
	00511: MIRP[nrp0,nmd,rd,0] 
	00512: CALL       
	00513: MIAP[rd+ci] 
	00514: MIRP[nrp0,md,rd,1] 
	00515: MIRP[srp0,md,rd,1] 
	00516: MIRP[nrp0,nmd,rd,0] 
	00517: SRP1       
	00518: SRP2       
	00519: IP         
	00520: MDAP[rd]   
	00521: CALL       
	00522: CALL       
	00523: CALL       
	00524: CALL       
	00525: CALL       
	00526: DELTAP1    
	00527: DELTAP2    
	00528: MIRP[nrp0,md,rd,1] 
	00529: DELTAP2    
	00530: SRP1       
	00531: SRP2       
	00532: IP         
	00533: SRP1       
	00534: SRP2       
	00535: IP         
	00536: IP         
	00537: SVTCA[x-axis] 
	00538: SRP1       
	00539: SRP2       
	00540: SLOOP      
	00541: IP         
	00542: IUP[y]     
	00543: IUP[x]     
	00544: SVTCA[y-axis] 
	00545: DELTAP1    
	00546: CALL       
	00547: CALL       
	00548: CALL       
	00549: CALL       
	00550: SVTCA[x-axis] 
	00551: DELTAP2    
	00552: DELTAP1    
	00553: CALL       
	00554: CALL       
	00555: SVTCA[y-axis] 
	00556: DELTAP2    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:  YDual               Y-Short X-Short On
	 25:  YDual XDual Rep-  2 Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short On
	 39:  YDual                       X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:                              X-Short On
	 42:                      Y-Short X-Short Off
	 43:                      Y-Short X-Short On
	 44:              Rep-  2 Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:        XDual         Y-Short X-Short Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   828,   131)  ->  Abs (   828,   131)
	  1: Rel (  -100,   -85)  ->  Abs (   728,    46)
	  2: Rel (  -185,   -70)  ->  Abs (   543,   -24)
	  3: Rel (  -106,     0)  ->  Abs (   437,   -24)
	  4: Rel (  -175,     0)  ->  Abs (   262,   -24)
	  5: Rel (  -188,   171)  ->  Abs (    74,   147)
	  6: Rel (     0,   133)  ->  Abs (    74,   280)
	  7: Rel (     0,    78)  ->  Abs (    74,   358)
	  8: Rel (    71,   129)  ->  Abs (   145,   487)
	  9: Rel (   115,    78)  ->  Abs (   260,   565)
	 10: Rel (    72,    20)  ->  Abs (   332,   585)
	 11: Rel (    53,    14)  ->  Abs (   385,   599)
	 12: Rel (   107,    13)  ->  Abs (   492,   612)
	 13: Rel (   218,    26)  ->  Abs (   710,   638)
	 14: Rel (   103,    36)  ->  Abs (   813,   674)
	 15: Rel (     1,    37)  ->  Abs (   814,   711)
	 16: Rel (     0,    10)  ->  Abs (   814,   721)
	 17: Rel (     0,   110)  ->  Abs (   814,   831)
	 18: Rel (   -51,    45)  ->  Abs (   763,   876)
	 19: Rel (   -69,    61)  ->  Abs (   694,   937)
	 20: Rel (  -136,     0)  ->  Abs (   558,   937)
	 21: Rel (  -127,     0)  ->  Abs (   431,   937)
	 22: Rel (  -121,   -89)  ->  Abs (   310,   848)
	 23: Rel (   -29,  -113)  ->  Abs (   281,   735)
	 24: Rel (  -176,    24)  ->  Abs (   105,   759)
	 25: Rel (    24,   113)  ->  Abs (   129,   872)
	 26: Rel (   110,   139)  ->  Abs (   239,  1011)
	 27: Rel (   208,    75)  ->  Abs (   447,  1086)
	 28: Rel (   137,     0)  ->  Abs (   584,  1086)
	 29: Rel (   136,     0)  ->  Abs (   720,  1086)
	 30: Rel (   170,   -64)  ->  Abs (   890,  1022)
	 31: Rel (    80,   -97)  ->  Abs (   970,   925)
	 32: Rel (    16,   -74)  ->  Abs (   986,   851)
	 33: Rel (     9,   -46)  ->  Abs (   995,   805)
	 34: Rel (     0,  -120)  ->  Abs (   995,   685)
	 35: Rel (     0,  -240)  ->  Abs (   995,   445)
	 36: Rel (     0,  -251)  ->  Abs (   995,   194)
	 37: Rel (    23,  -133)  ->  Abs (  1018,    61)
	 38: Rel (    34,   -61)  ->  Abs (  1052,     0)
	 39: Rel (  -188,     0)  ->  Abs (   864,     0)
	 40: Rel (   -28,    56)  ->  Abs (   836,    56)
	 41: Rel (   -23,   477)  ->  Abs (   813,   533)
	 42: Rel (   -98,   -40)  ->  Abs (   715,   493)
	 43: Rel (  -196,   -28)  ->  Abs (   519,   465)
	 44: Rel (  -111,   -16)  ->  Abs (   408,   449)
	 45: Rel (   -92,   -40)  ->  Abs (   316,   409)
	 46: Rel (   -50,   -77)  ->  Abs (   266,   332)
	 47: Rel (     0,   -47)  ->  Abs (   266,   285)
	 48: Rel (     0,   -72)  ->  Abs (   266,   213)
	 49: Rel (   109,   -96)  ->  Abs (   375,   117)
	 50: Rel (   105,     0)  ->  Abs (   480,   117)
	 51: Rel (   104,     0)  ->  Abs (   584,   117)
	 52: Rel (   162,    91)  ->  Abs (   746,   208)
	 53: Rel (    38,    79)  ->  Abs (   784,   287)
	 54: Rel (    29,    61)  ->  Abs (   813,   348)
	 55: Rel (     0,   119)  ->  Abs (   813,   467)

	Glyph  69: off = 0x0000514C, len = 478
	  numberOfContours:	2
	  xMin:			134
	  yMin:			-24
	  xMax:			1055
	  yMax:			1466

	EndPoints
	---------
	  0:  16
	  1:  29

	  Length of Instructions:	384
	00000: NPUSHB     (155):     1     5    12    15    36     5    53     5    69     5 
	                             5    63    31   176    31     2    31    31    34    28 
	                            51    28    66    28   112    31   144    31     6    58 
	                            19    60    22    60    26    76    22    76    26    93 
	                             8    93    13    88    15    93    22    94    26   106 
	                             8   108    13   104    15   110    22   110    26   192 
	                            31   217    12   218    23   218    25   226    19   236 
	                            23   236    25   227    29   224    31   255    31    25 
	                            32     5    47    15    47    20    48     5    63    15 
	                            64     5    76    15    80     5   102     5   218    29 
	                           245     4   250    16    12    16    21    14     4     6 
	                             2     0    27    28     6     7     1    10    21    28 
	                            14    11    24    36   208    11     1    16    11    64 
	                            11    96    11   128    11     4    31    64    13    13 
	                             2    85    11    12    15    15     2    85    11    24 
	                            13    13     2    85    11 
	00157: PUSHW[1]            -10 
	00160: PUSHB[5]             12    12     2    85    11 
	00166: PUSHW[1]            -16 
	00169: PUSHB[5]             11    11     6    85    11 
	00175: PUSHW[1]            -12 
	00178: PUSHB[5]             15    15     6    85    11 
	00184: PUSHW[1]            -32 
	00187: PUSHB[5]             12    12     6    85    11 
	00193: PUSHW[1]            -12 
	00196: NPUSHB      (47):    13    13     6    85    11   116     1    17    51     0 
	                             4    12    12     2    85     0     4    13    13     6 
	                            85     0    51     3    37     2     2   192     1     1 
	                           144     1   160     1   176     1   240     1     4    31 
	                             1    63     1    79     1     3     1 
	00245: PUSHW[1]             -2 
	00248: PUSHB[5]             16    16     2    85     1 
	00254: PUSHW[1]             -4 
	00257: NPUSHB      (29):    14    14     2    85     1    12    13    13     2    85 
	                             1    16    12    12     2    85     1    18    11    11 
	                             2    85     1    12    11    11     6    85     1 
	00288: PUSHW[1]             -8 
	00291: PUSHB[5]             16    16     6    85     1 
	00297: PUSHW[1]             -4 
	00300: NPUSHB      (22):    15    15     6    85     1    24    12    12     6    85 
	                             1    20    13    13     6    85     1    25    30    71 
	                            55    24 
	00324: CALL       
	00325: FLIPOFF    
	00326: SRP0       
	00327: MIRP[srp0,nmd,rd,0] 
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: CALL       
	00334: CALL       
	00335: CALL       
	00336: CALL       
	00337: CALL       
	00338: DELTAP1    
	00339: DELTAP2    
	00340: DELTAP3    
	00341: ALIGNRP    
	00342: FLIPON     
	00343: SRP0       
	00344: MIRP[srp0,md,rd,1] 
	00345: MIRP[srp0,nmd,rd,0] 
	00346: CALL       
	00347: CALL       
	00348: MIRP[nrp0,nmd,rd,0] 
	00349: SRP0       
	00350: MIRP[srp0,md,rd,1] 
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: CALL       
	00358: CALL       
	00359: DELTAP1    
	00360: DELTAP2    
	00361: MIRP[nrp0,md,rd,1] 
	00362: SVTCA[y-axis] 
	00363: MIAP[rd+ci] 
	00364: MIRP[nrp0,md,rd,1] 
	00365: MIAP[rd+ci] 
	00366: MIAP[rd+ci] 
	00367: MIRP[nrp0,md,rd,1] 
	00368: MIAP[rd+ci] 
	00369: SRP1       
	00370: IP         
	00371: SRP1       
	00372: SRP2       
	00373: IP         
	00374: IUP[y]     
	00375: IUP[x]     
	00376: SVTCA[y-axis] 
	00377: DELTAP1    
	00378: SVTCA[x-axis] 
	00379: DELTAP1    
	00380: DELTAP2    
	00381: DELTAP3    
	00382: SVTCA[y-axis] 
	00383: DELTAP2    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual                         On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual Rep-  2 Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual                         Off
	 13:                                      Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:                              X-Short On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   301,     0)  ->  Abs (   301,     0)
	  1: Rel (  -167,     0)  ->  Abs (   134,     0)
	  2: Rel (     0,  1466)  ->  Abs (   134,  1466)
	  3: Rel (   180,     0)  ->  Abs (   314,  1466)
	  4: Rel (     0,  -523)  ->  Abs (   314,   943)
	  5: Rel (   114,   143)  ->  Abs (   428,  1086)
	  6: Rel (   177,     0)  ->  Abs (   605,  1086)
	  7: Rel (    98,     0)  ->  Abs (   703,  1086)
	  8: Rel (   175,   -79)  ->  Abs (   878,  1007)
	  9: Rel (   113,  -143)  ->  Abs (   991,   864)
	 10: Rel (    64,  -202)  ->  Abs (  1055,   662)
	 11: Rel (     0,  -115)  ->  Abs (  1055,   547)
	 12: Rel (     0,  -273)  ->  Abs (  1055,   274)
	 13: Rel (  -270,  -298)  ->  Abs (   785,   -24)
	 14: Rel (  -189,     0)  ->  Abs (   596,   -24)
	 15: Rel (  -188,     0)  ->  Abs (   408,   -24)
	 16: Rel (  -107,   157)  ->  Abs (   301,   133)
	 17: Rel (    -2,   406)  ->  Abs (   299,   539)
	 18: Rel (     0,  -191)  ->  Abs (   299,   348)
	 19: Rel (    52,   -85)  ->  Abs (   351,   263)
	 20: Rel (    85,  -139)  ->  Abs (   436,   124)
	 21: Rel (   145,     0)  ->  Abs (   581,   124)
	 22: Rel (   118,     0)  ->  Abs (   699,   124)
	 23: Rel (   172,   205)  ->  Abs (   871,   329)
	 24: Rel (     0,   203)  ->  Abs (   871,   532)
	 25: Rel (     0,   208)  ->  Abs (   871,   740)
	 26: Rel (  -165,   198)  ->  Abs (   706,   938)
	 27: Rel (  -117,     0)  ->  Abs (   589,   938)
	 28: Rel (  -118,     0)  ->  Abs (   471,   938)
	 29: Rel (  -172,  -205)  ->  Abs (   299,   733)

	Glyph  70: off = 0x0000532A, len = 436
	  numberOfContours:	1
	  xMin:			80
	  yMin:			-24
	  xMax:			1005
	  yMax:			1086

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	346
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (52):    14   127    15     1    15    11     1    64     0    80 
	                             0   112     0     3     0     4    18    28    11     7 
	                            24    28     4    11     1    14    21     7     8    14 
	                            14     2    85     7    12    13    13     2    85     7 
	                            12    12    12     2    85     7    16    11    11     2 
	                            85     7 
	00060: MDAP[rd]   
	00061: CALL       
	00062: CALL       
	00063: CALL       
	00064: CALL       
	00065: MDRP[nrp0,md,rd,1] 
	00066: MDRP[srp0,nmd,rd,0] 
	00067: MDRP[nrp0,nmd,rd,2] 
	00068: SVTCA[y-axis] 
	00069: MIAP[rd+ci] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: MIAP[rd+ci] 
	00072: MIRP[nrp0,md,rd,1] 
	00073: SRP0       
	00074: MDRP[nrp0,nmd,rd,0] 
	00075: DELTAP1    
	00076: SHP[rp2,zp1] 
	00077: SRP0       
	00078: MDRP[nrp0,nmd,rd,0] 
	00079: DELTAP1    
	00080: SHP[rp2,zp1] 
	00081: IUP[y]     
	00082: IUP[x]     
	00083: ELSE       
	00084: NPUSHB      (71):     9    12     1    31    28    67    19    67    23    83 
	                            19    83    23    96    19    96    23   155     2   155 
	                             3   154    13   164    16   164    26    12     8    13 
	                            25    10   106     2   105     3   106     5   117    12 
	                           112    13   128    13   166    12   181     9   182    10 
	                           181    12    12    22    12   134    12   227     2     3 
	                            14    34    95    15   111    15   127    15     3    15 
	                             1 
	00157: PUSHW[1]            682 
	00160: NPUSHB     (121):    48     0    64     0    80     0    96     0   112     0 
	                           144     0   160     0   224     0   240     0     9     0 
	                            15    15    11     0     0     4    18    28    11     7 
	                            24    28     4    11    28    15     1    15    36    14 
	                             8    13    13     6    85    14    34    27     0     1 
	                             0    36    11    43    31     1     1     0     1     1 
	                             1    64    11    11     6    85     1    64    16    16 
	                             6    85     1    72    12    12     6    85     1    26 
	                            13    13     6    85     1    73    28    21    36   207 
	                             7     1    31     7    63     7     2     7    14    11 
	                            11     6    85     7    10    16    16     6    85     7 
	                            18    12    12     6    85     7    49    27    52   196 
	                            24 
	00283: CALL       
	00284: SRP0       
	00285: MIRP[srp0,nmd,rd,2] 
	00286: CALL       
	00287: CALL       
	00288: CALL       
	00289: DELTAP1    
	00290: DELTAP2    
	00291: MIRP[nrp0,md,rd,1] 
	00292: SRP0       
	00293: MIRP[srp0,nmd,rd,2] 
	00294: CALL       
	00295: CALL       
	00296: CALL       
	00297: CALL       
	00298: DELTAP1    
	00299: DELTAP3    
	00300: MPPEM      
	00301: GTEQ       
	00302: SWAP       
	00303: MPPEM      
	00304: LTEQ       
	00305: AND        
	00306: IF         
	00307: PUSHW[2]              1   -64 
	00312: SHPIX      
	00313: EIF        
	00314: MIRP[nrp0,md,rd,1] 
	00315: DELTAP3    
	00316: MIRP[srp0,nmd,rd,0] 
	00317: CALL       
	00318: MIRP[nrp0,md,rd,1] 
	00319: DELTAP3    
	00320: SVTCA[y-axis] 
	00321: MIAP[rd+ci] 
	00322: MIRP[nrp0,md,rd,1] 
	00323: MIAP[rd+ci] 
	00324: MIRP[nrp0,md,rd,1] 
	00325: SRP2       
	00326: IP         
	00327: MDAP[rd]   
	00328: SRP1       
	00329: IP         
	00330: MDAP[rd]   
	00331: SRP0       
	00332: DELTAP1    
	00333: MIRP[nrp0,nmd,rd,0] 
	00334: SRP0       
	00335: DELTAP1    
	00336: MIRP[nrp0,nmd,rd,0] 
	00337: IUP[y]     
	00338: IUP[x]     
	00339: SVTCA[y-axis] 
	00340: DELTAP1    
	00341: DELTAP2    
	00342: SVTCA[x-axis] 
	00343: DELTAP1    
	00344: DELTAP2    
	00345: EIF        

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                                      Off
	  7:        XDual                         On
	  8:  YDual XDual         Y-Short         Off
	  9:        XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:                      Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   828,   389)  ->  Abs (   828,   389)
	  1: Rel (   177,   -23)  ->  Abs (  1005,   366)
	  2: Rel (   -29,  -183)  ->  Abs (   976,   183)
	  3: Rel (  -239,  -207)  ->  Abs (   737,   -24)
	  4: Rel (  -174,     0)  ->  Abs (   563,   -24)
	  5: Rel (  -218,     0)  ->  Abs (   345,   -24)
	  6: Rel (  -265,   285)  ->  Abs (    80,   261)
	  7: Rel (     0,   266)  ->  Abs (    80,   527)
	  8: Rel (     0,   172)  ->  Abs (    80,   699)
	  9: Rel (   114,   258)  ->  Abs (   194,   957)
	 10: Rel (   233,   129)  ->  Abs (   427,  1086)
	 11: Rel (   137,     0)  ->  Abs (   564,  1086)
	 12: Rel (   173,     0)  ->  Abs (   737,  1086)
	 13: Rel (   220,  -175)  ->  Abs (   957,   911)
	 14: Rel (    31,  -161)  ->  Abs (   988,   750)
	 15: Rel (  -175,   -27)  ->  Abs (   813,   723)
	 16: Rel (   -25,   107)  ->  Abs (   788,   830)
	 17: Rel (  -127,   108)  ->  Abs (   661,   938)
	 18: Rel (   -90,     0)  ->  Abs (   571,   938)
	 19: Rel (  -136,     0)  ->  Abs (   435,   938)
	 20: Rel (  -170,  -195)  ->  Abs (   265,   743)
	 21: Rel (     0,  -211)  ->  Abs (   265,   532)
	 22: Rel (     0,  -214)  ->  Abs (   265,   318)
	 23: Rel (   164,  -194)  ->  Abs (   429,   124)
	 24: Rel (   132,     0)  ->  Abs (   561,   124)
	 25: Rel (   106,     0)  ->  Abs (   667,   124)
	 26: Rel (   142,   130)  ->  Abs (   809,   254)

	Glyph  71: off = 0x000054DE, len = 436
	  numberOfContours:	2
	  xMin:			70
	  yMin:			-24
	  xMax:			991
	  yMax:			1466

	EndPoints
	---------
	  0:  17
	  1:  29

	  Length of Instructions:	341
	00000: NPUSHB     (164):    10     2     4    13    37    13    52    13    68    13 
	                             5    53    20    53    28    87     2    84    10    82 
	                            20    83    28   103     2   100     5   101     9    99 
	                            20    96    28   192    31   212     5   213    19   221 
	                            25   229    19   229    20   239    23   235    25   229 
	                            29   224    31   255    31    22    31    31    43    26 
	                            60    22    60    26    75    26   112    31   144    31 
	                             7    46     2    36    13    46    22    58     2    53 
	                            13    75     2    69    13    70    20    73    28    87 
	                            10    86    13   103    13   229     6   231    22   250 
	                             1   244    14    16     1    21     3    14    11    16 
	                            15     0    27    28    11     7    17     0    10    21 
	                            28     3    11    24    51     1     0    37    17    15 
	                            37    16    16   208    17     1    16    17    64    17 
	                            96    17   128    17     4    31    64    11    11     2 
	                            85    31    64    13    13     2    85    17    18    16 
	                            16     2    85    17 
	00166: PUSHW[1]            -12 
	00169: NPUSHB      (17):    15    15     2    85    17     6    14    14     2    85 
	                            17    24    13    13     2    85    17 
	00188: PUSHW[1]            -14 
	00191: NPUSHB      (11):    11    11     6    85    17    14    16    16     6    85 
	                            17 
	00204: PUSHW[1]            -18 
	00207: PUSHB[5]             12    12     6    85    17 
	00213: PUSHW[1]             -8 
	00216: NPUSHB      (66):    13    13     6    85    17   116    18    36   191     7 
	                           207     7   223     7   255     7     4    31     7    63 
	                             7    79     7     3     7    30    11    11     2    85 
	                             7    24    12    12     2    85     7    30    13    13 
	                             2    85     7    12    11    11     6    85     7    12 
	                            13    13     6    85     7    26    12    12     6    85 
	                             7    25    30    52    80    24 
	00284: CALL       
	00285: FLIPOFF    
	00286: SRP0       
	00287: MIRP[srp0,nmd,rd,0] 
	00288: CALL       
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: CALL       
	00294: DELTAP1    
	00295: DELTAP2    
	00296: FLIPON     
	00297: MIRP[nrp0,md,rd,1] 
	00298: MIRP[srp0,md,rd,1] 
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: CALL       
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: CALL       
	00308: CALL       
	00309: DELTAP1    
	00310: DELTAP2    
	00311: ALIGNRP    
	00312: SRP0       
	00313: MIRP[nrp0,md,rd,1] 
	00314: SRP0       
	00315: MIRP[srp0,md,rd,1] 
	00316: ALIGNRP    
	00317: MIRP[nrp0,nmd,rd,0] 
	00318: SVTCA[y-axis] 
	00319: MIAP[rd+ci] 
	00320: MIRP[nrp0,md,rd,1] 
	00321: MIAP[rd+ci] 
	00322: ALIGNRP    
	00323: MIAP[rd+ci] 
	00324: MIRP[nrp0,md,rd,1] 
	00325: MIAP[rd+ci] 
	00326: ALIGNRP    
	00327: SRP1       
	00328: IP         
	00329: SRP1       
	00330: SRP2       
	00331: IP         
	00332: IUP[y]     
	00333: IUP[x]     
	00334: SVTCA[y-axis] 
	00335: DELTAP1    
	00336: SVTCA[x-axis] 
	00337: DELTAP2    
	00338: DELTAP1    
	00339: SVTCA[y-axis] 
	00340: DELTAP2    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual XDual         Y-Short         On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:        XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual                         On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:                                      On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   824,     0)  ->  Abs (   824,     0)
	  1: Rel (     0,   134)  ->  Abs (   824,   134)
	  2: Rel (  -101,  -158)  ->  Abs (   723,   -24)
	  3: Rel (  -196,     0)  ->  Abs (   527,   -24)
	  4: Rel (  -127,     0)  ->  Abs (   400,   -24)
	  5: Rel (  -213,   140)  ->  Abs (   187,   116)
	  6: Rel (  -117,   251)  ->  Abs (    70,   367)
	  7: Rel (     0,   163)  ->  Abs (    70,   530)
	  8: Rel (     0,   159)  ->  Abs (    70,   689)
	  9: Rel (   106,   259)  ->  Abs (   176,   948)
	 10: Rel (   212,   138)  ->  Abs (   388,  1086)
	 11: Rel (   131,     0)  ->  Abs (   519,  1086)
	 12: Rel (    96,     0)  ->  Abs (   615,  1086)
	 13: Rel (   150,   -81)  ->  Abs (   765,  1005)
	 14: Rel (    47,   -65)  ->  Abs (   812,   940)
	 15: Rel (     0,   526)  ->  Abs (   812,  1466)
	 16: Rel (   179,     0)  ->  Abs (   991,  1466)
	 17: Rel (     0, -1466)  ->  Abs (   991,     0)
	 18: Rel (  -736,   530)  ->  Abs (   255,   530)
	 19: Rel (     0,  -204)  ->  Abs (   255,   326)
	 20: Rel (   172,  -202)  ->  Abs (   427,   124)
	 21: Rel (   117,     0)  ->  Abs (   544,   124)
	 22: Rel (   118,     0)  ->  Abs (   662,   124)
	 23: Rel (   165,   193)  ->  Abs (   827,   317)
	 24: Rel (     0,   198)  ->  Abs (   827,   515)
	 25: Rel (     0,   218)  ->  Abs (   827,   733)
	 26: Rel (  -168,   204)  ->  Abs (   659,   937)
	 27: Rel (  -123,     0)  ->  Abs (   536,   937)
	 28: Rel (  -120,     0)  ->  Abs (   416,   937)
	 29: Rel (  -161,  -196)  ->  Abs (   255,   741)

	Glyph  72: off = 0x00005692, len = 446
	  numberOfContours:	2
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1086

	EndPoints
	---------
	  0:  21
	  1:  29

	  Length of Instructions:	339
	00000: NPUSHB      (23):    31     0    28    21     2    85     3    93     5    93 
	                             9    85    11   101     3   107     5   111     9   101 
	                            11     8    21 
	00025: PUSHW[1]            -28 
	00028: PUSHB[5]             13    13     6    85    17 
	00034: PUSHW[1]            -28 
	00037: NPUSHB      (82):    13    13     6    85    29    28    13    13     6    85 
	                            39    18   217     5   250    20   246    26     4    49 
	                            18    58    25    49    28    65    18    77    26    65 
	                            28    81    18    92    25    82    28    97    18   109 
	                            26    97    28   120     6   120    21   246     2   246 
	                            24    16     0    22     1    15    13    23    23    80 
	                            22    96    22   112    22     3    22    28    15   144 
	                            16   160    16     2    16    16     4    27    28    10 
	                             7     0 
	00121: PUSHW[3]            682     1   -64 
	00128: PUSHB[5]             16    16     2    85     1 
	00134: PUSHW[1]            -64 
	00137: NPUSHB      (16):    16    16     6    85    16     1     1     1   149    19 
	                            28     4    11    23    64    13 
	00155: PUSHW[1]            -36 
	00158: PUSHB[5]             13    13     2    85    13 
	00164: PUSHW[1]            -18 
	00167: PUSHB[5]             13    13     6    85    13 
	00173: PUSHW[1]            -22 
	00176: PUSHB[5]             12    12     6    85    13 
	00182: PUSHW[1]            -64 
	00185: NPUSHB       (9):    39    42    52   176    13     1    13    26    31 
	00196: PUSHW[1]            -64 
	00199: PUSHB[4]             37    38    52    31 
	00204: PUSHW[1]            -64 
	00207: NPUSHB      (65):    30    35    52    48    31     1    31    22    51    16 
	                            36     7    64    36    42    52    31     7    63     7 
	                            79     7     3     7    32    11    11     2    85     7 
	                            24    12    12     2    85     7    28    13    13     2 
	                            85     7    14    11    11     6    85     7    28    12 
	                            12     6    85     7    22    13    13     6    85     7 
	                            25    30    52    55    24 
	00274: CALL       
	00275: FLIPOFF    
	00276: SRP0       
	00277: MIRP[srp0,nmd,rd,0] 
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: DELTAP1    
	00285: CALL       
	00286: FLIPON     
	00287: MIRP[srp0,md,rd,1] 
	00288: MIRP[nrp0,nmd,rd,0] 
	00289: FLIPOFF    
	00290: SRP0       
	00291: DELTAP2    
	00292: CALL       
	00293: CALL       
	00294: MIRP[srp0,nmd,rd,2] 
	00295: DELTAP2    
	00296: CALL       
	00297: CALL       
	00298: CALL       
	00299: CALL       
	00300: FLIPON     
	00301: MIRP[nrp0,md,rd,1] 
	00302: SVTCA[y-axis] 
	00303: MIAP[rd+ci] 
	00304: MIRP[nrp0,md,rd,1] 
	00305: MIRP[srp0,md,rd,1] 
	00306: DELTAP1    
	00307: CALL       
	00308: CALL       
	00309: MIRP[nrp0,nmd,rd,0] 
	00310: MIAP[rd+ci] 
	00311: MIRP[nrp0,md,rd,1] 
	00312: SRP2       
	00313: IP         
	00314: MDAP[rd]   
	00315: DELTAP1    
	00316: ALIGNRP    
	00317: MIRP[srp0,md,rd,1] 
	00318: DELTAP2    
	00319: ALIGNRP    
	00320: SVTCA[x-axis] 
	00321: SRP1       
	00322: SRP2       
	00323: IP         
	00324: IP         
	00325: SRP2       
	00326: IP         
	00327: IUP[y]     
	00328: IUP[x]     
	00329: SVTCA[x-axis] 
	00330: DELTAP1    
	00331: SVTCA[y-axis] 
	00332: DELTAP1    
	00333: CALL       
	00334: CALL       
	00335: CALL       
	00336: SVTCA[x-axis] 
	00337: DELTAP2    
	00338: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                                      Off
	  7:        XDual                         On
	  8:        XDual                         Off
	  9:                                      Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:                                      Off
	 13:        XDual                         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:  YDual                               On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:                                      On
	 23:  YDual                               On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   862,   342)  ->  Abs (   862,   342)
	  1: Rel (   186,   -23)  ->  Abs (  1048,   319)
	  2: Rel (   -44,  -163)  ->  Abs (  1004,   156)
	  3: Rel (  -238,  -180)  ->  Abs (   766,   -24)
	  4: Rel (  -185,     0)  ->  Abs (   581,   -24)
	  5: Rel (  -233,     0)  ->  Abs (   348,   -24)
	  6: Rel (  -273,   287)  ->  Abs (    75,   263)
	  7: Rel (     0,   259)  ->  Abs (    75,   522)
	  8: Rel (     0,   268)  ->  Abs (    75,   790)
	  9: Rel (   276,   296)  ->  Abs (   351,  1086)
	 10: Rel (   220,     0)  ->  Abs (   571,  1086)
	 11: Rel (   213,     0)  ->  Abs (   784,  1086)
	 12: Rel (   270,  -290)  ->  Abs (  1054,   796)
	 13: Rel (     0,  -263)  ->  Abs (  1054,   533)
	 14: Rel (     0,   -16)  ->  Abs (  1054,   517)
	 15: Rel (    -1,   -32)  ->  Abs (  1053,   485)
	 16: Rel (  -792,     0)  ->  Abs (   261,   485)
	 17: Rel (    10,  -175)  ->  Abs (   271,   310)
	 18: Rel (   178,  -186)  ->  Abs (   449,   124)
	 19: Rel (   133,     0)  ->  Abs (   582,   124)
	 20: Rel (    99,     0)  ->  Abs (   681,   124)
	 21: Rel (   140,   104)  ->  Abs (   821,   228)
	 22: Rel (  -550,   405)  ->  Abs (   271,   633)
	 23: Rel (   593,     0)  ->  Abs (   864,   633)
	 24: Rel (   -12,   134)  ->  Abs (   852,   767)
	 25: Rel (   -56,    67)  ->  Abs (   796,   834)
	 26: Rel (   -86,   104)  ->  Abs (   710,   938)
	 27: Rel (  -137,     0)  ->  Abs (   573,   938)
	 28: Rel (  -124,     0)  ->  Abs (   449,   938)
	 29: Rel (  -169,  -166)  ->  Abs (   280,   772)

	Glyph  73: off = 0x00005850, len = 340
	  numberOfContours:	1
	  xMin:			19
	  yMin:			0
	  xMax:			640
	  yMax:			1491

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	269
	00000: NPUSHB      (30):    20     9     1    15    25    47    25    48    25    64 
	                            25   112    25   155    12   156    13   169    13     8 
	                            26    13    40    13   176    25   192    25     4    25 
	00032: PUSHW[1]            -64 
	00035: NPUSHB      (40):    26    31    52    29     8    13     3    12    15    28 
	                            10     1    21     2    43    20    19     4     3     6 
	                             0    10   159    20     1    20   255    19    64     4 
	                            23    37     4     0     3     2   146     1     1     0 
	00077: PUSHW[1]            -64 
	00080: PUSHB[4]             49    56    52     0 
	00085: PUSHW[1]            -64 
	00088: NPUSHB      (43):    28    31    52   144     0     1    25    64    15    15 
	                             2    85    25    64    13    14     2    85     0    20 
	                            16    16     2    85     0    40    15    15     2    85 
	                             0    34    14    14     2    85     0    44    13    13 
	                             2    85     0 
	00133: PUSHW[1]            -14 
	00136: NPUSHB      (11):    12    12     2    85     0    20    11    11     6    85 
	                             0 
	00149: PUSHW[1]            -22 
	00152: PUSHB[5]             16    16     6    85     0 
	00158: PUSHW[1]            -26 
	00161: PUSHB[5]             15    15     6    85     0 
	00167: PUSHW[1]             -6 
	00170: PUSHB[8]             12    12     6    85     0   163    24    25 
	00179: PUSHW[5]            442    33   246   266    24 
	00190: CALL       
	00191: CALL       
	00192: MIRP[srp0,nmd,rd,2] 
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: DELTAP1    
	00205: CALL       
	00206: CALL       
	00207: ALIGNRP    
	00208: SRP0       
	00209: MIRP[srp0,nmd,rd,0] 
	00210: ALIGNRP    
	00211: SRP0       
	00212: ALIGNRP    
	00213: MIRP[nrp0,md,rd,1] 
	00214: SRP0       
	00215: MIRP[nrp0,md,rd,1] 
	00216: MIRP[nrp0,md,rd,1] 
	00217: DELTAP1    
	00218: SVTCA[y-axis] 
	00219: MIAP[rd+ci] 
	00220: MIAP[rd+ci] 
	00221: ALIGNRP    
	00222: ALIGNRP    
	00223: ALIGNRP    
	00224: MIRP[srp0,md,rd,1] 
	00225: ALIGNRP    
	00226: MIAP[rd+ci] 
	00227: MIRP[nrp0,md,rd,1] 
	00228: IP         
	00229: SRP1       
	00230: IP         
	00231: IUP[y]     
	00232: IUP[x]     
	00233: RS         
	00234: JROF       
	00235: NPUSHB      (20):    16    17     6     9     7     6     8     6     2     6 
	                            16     9    18    27     0    17     6    15    27     1 
	00257: CALL       
	00258: SVTCA[x-axis] 
	00259: CALL       
	00260: LOOPCALL   
	00261: FLIPRGON   
	00262: FLIPRGON   
	00263: SVTCA[x-axis] 
	00264: CALL       
	00265: DELTAP2    
	00266: DELTAP1    
	00267: SVTCA[y-axis] 
	00268: DELTAP3    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:                      Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         On
	 20:  YDual XDual                 X-Short On
	 21:        XDual         Y-Short         On
	 22:  YDual                       X-Short On
	 23:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   178,     0)  ->  Abs (   178,     0)
	  1: Rel (     0,   922)  ->  Abs (   178,   922)
	  2: Rel (  -159,     0)  ->  Abs (    19,   922)
	  3: Rel (     0,   140)  ->  Abs (    19,  1062)
	  4: Rel (   159,     0)  ->  Abs (   178,  1062)
	  5: Rel (     0,   113)  ->  Abs (   178,  1175)
	  6: Rel (     0,   107)  ->  Abs (   178,  1282)
	  7: Rel (    19,    52)  ->  Abs (   197,  1334)
	  8: Rel (    26,    70)  ->  Abs (   223,  1404)
	  9: Rel (   131,    87)  ->  Abs (   354,  1491)
	 10: Rel (   118,     0)  ->  Abs (   472,  1491)
	 11: Rel (    76,     0)  ->  Abs (   548,  1491)
	 12: Rel (    92,   -18)  ->  Abs (   640,  1473)
	 13: Rel (   -27,  -157)  ->  Abs (   613,  1316)
	 14: Rel (   -56,    10)  ->  Abs (   557,  1326)
	 15: Rel (   -50,     0)  ->  Abs (   507,  1326)
	 16: Rel (   -82,     0)  ->  Abs (   425,  1326)
	 17: Rel (   -68,   -70)  ->  Abs (   357,  1256)
	 18: Rel (     0,   -96)  ->  Abs (   357,  1160)
	 19: Rel (     0,   -98)  ->  Abs (   357,  1062)
	 20: Rel (   207,     0)  ->  Abs (   564,  1062)
	 21: Rel (     0,  -140)  ->  Abs (   564,   922)
	 22: Rel (  -207,     0)  ->  Abs (   357,   922)
	 23: Rel (     0,  -922)  ->  Abs (   357,     0)

	Glyph  74: off = 0x000059A4, len = 496
	  numberOfContours:	2
	  xMin:			66
	  yMin:			-431
	  xMax:			1002
	  yMax:			1086

	EndPoints
	---------
	  0:  30
	  1:  42

	  Length of Instructions:	367
	00000: NPUSHB      (96):    11    11     5    20    44    11    37    20    76    11 
	                            69    20     6     9    29    25    29    44    11    38 
	                            20    44    35    57    11    54    20    74    11    70 
	                            20    86     7    88    11   104    11   250    10   245 
	                            21    14    46    35    44    39    62    35    62    39 
	                            76    39   144    44   160    44     7    54    33    54 
	                            41    63    44    70    11    70    33    69    41    84 
	                            33    84    41   105     7    99    33    99    41    96 
	                            44   128    44   218    39   232    33   238    35   239 
	                            39    17    23    22     6    21 
	00098: PUSHW[1]            689 
	00101: PUSHB[5]             40    28    19     7     1 
	00107: PUSHW[1]            682 
	00110: NPUSHB      (16):    32     0    48     0    96     0   112     0   128     0 
	                           192     0   208     0     7     0 
	00128: PUSHW[1]            637 
	00131: NPUSHB      (50):     5    28    28    15    10    69    34    28    12    10 
	                            22    21    51    37    51    10    37    24    24   208 
	                            23     1    16    23    64    23    96    23   128    23 
	                             4    44    64    11    12     2    85    44    64    13 
	                            13     2    85    23    18    16    16     2    85    23 
	00183: PUSHW[1]            -12 
	00186: NPUSHB      (17):    15    15     2    85    23     6    14    14     2    85 
	                            23    22    13    13     2    85    23 
	00205: PUSHW[1]            -22 
	00208: NPUSHB      (11):    11    11     6    85    23    18    16    16     6    85 
	                            23 
	00221: PUSHW[1]            -18 
	00224: PUSHB[5]             12    12     6    85    23 
	00230: PUSHW[1]             -4 
	00233: NPUSHB      (74):    13    13     6    85    23   116    15     1    37     0 
	                            34    31    36   191    15   207    15   223    15   255 
	                            15     4    31    15    63    15    79    15     3    15 
	                            32    11    11     2    85    15    26    12    12     2 
	                            85    15    34    13    13     2    85    15    28    11 
	                            11     6    85    15    12    13    13     6    85    15 
	                            26    12    12     6    85    15    25    43    44   116 
	                            33    52    80    24 
	00309: CALL       
	00310: CALL       
	00311: FLIPOFF    
	00312: MIRP[srp0,nmd,rd,0] 
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: CALL       
	00317: CALL       
	00318: CALL       
	00319: DELTAP1    
	00320: DELTAP2    
	00321: FLIPON     
	00322: MIRP[nrp0,md,rd,1] 
	00323: MIRP[srp0,nmd,rd,0] 
	00324: MIRP[nrp0,md,rd,1] 
	00325: SRP0       
	00326: MIRP[srp0,md,rd,1] 
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: CALL       
	00334: CALL       
	00335: CALL       
	00336: CALL       
	00337: DELTAP1    
	00338: DELTAP2    
	00339: ALIGNRP    
	00340: SRP0       
	00341: MIRP[srp0,md,rd,1] 
	00342: MIRP[nrp0,nmd,rd,0] 
	00343: MIRP[srp0,nmd,rd,2] 
	00344: ALIGNRP    
	00345: SVTCA[y-axis] 
	00346: MIAP[rd+ci] 
	00347: MIRP[nrp0,md,rd,1] 
	00348: MIRP[nrp0,nmd,rd,0] 
	00349: MIAP[rd+ci] 
	00350: MIRP[nrp0,md,rd,1] 
	00351: MIRP[srp0,md,rd,1] 
	00352: DELTAP1    
	00353: MIRP[nrp0,nmd,rd,0] 
	00354: MIAP[rd+ci] 
	00355: MIRP[nrp0,md,rd,1] 
	00356: MIRP[nrp0,nmd,rd,0] 
	00357: MIAP[rd+ci] 
	00358: ALIGNRP    
	00359: IUP[y]     
	00360: IUP[x]     
	00361: SVTCA[x-axis] 
	00362: DELTAP1    
	00363: DELTAP2    
	00364: SVTCA[y-axis] 
	00365: DELTAP1    
	00366: DELTAP2    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                              X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:        XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual                 X-Short On
	 24:        XDual                         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:        XDual                 X-Short On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   102,   -88)  ->  Abs (   102,   -88)
	  1: Rel (   175,   -26)  ->  Abs (   277,  -114)
	  2: Rel (    11,   -81)  ->  Abs (   288,  -195)
	  3: Rel (    50,   -37)  ->  Abs (   338,  -232)
	  4: Rel (    67,   -50)  ->  Abs (   405,  -282)
	  5: Rel (   116,     0)  ->  Abs (   521,  -282)
	  6: Rel (   125,     0)  ->  Abs (   646,  -282)
	  7: Rel (   136,   100)  ->  Abs (   782,  -182)
	  8: Rel (    24,    90)  ->  Abs (   806,   -92)
	  9: Rel (    14,    55)  ->  Abs (   820,   -37)
	 10: Rel (    -1,   176)  ->  Abs (   819,   139)
	 11: Rel (  -118,  -139)  ->  Abs (   701,     0)
	 12: Rel (  -176,     0)  ->  Abs (   525,     0)
	 13: Rel (  -219,     0)  ->  Abs (   306,     0)
	 14: Rel (  -240,   316)  ->  Abs (    66,   316)
	 15: Rel (     0,   221)  ->  Abs (    66,   537)
	 16: Rel (     0,   152)  ->  Abs (    66,   689)
	 17: Rel (   110,   257)  ->  Abs (   176,   946)
	 18: Rel (   209,   140)  ->  Abs (   385,  1086)
	 19: Rel (   141,     0)  ->  Abs (   526,  1086)
	 20: Rel (   188,     0)  ->  Abs (   714,  1086)
	 21: Rel (   122,  -152)  ->  Abs (   836,   934)
	 22: Rel (     0,   128)  ->  Abs (   836,  1062)
	 23: Rel (   166,     0)  ->  Abs (  1002,  1062)
	 24: Rel (     0,  -918)  ->  Abs (  1002,   144)
	 25: Rel (     0,  -248)  ->  Abs (  1002,  -104)
	 26: Rel (  -101,  -207)  ->  Abs (   901,  -311)
	 27: Rel (  -219,  -120)  ->  Abs (   682,  -431)
	 28: Rel (  -160,     0)  ->  Abs (   522,  -431)
	 29: Rel (  -190,     0)  ->  Abs (   332,  -431)
	 30: Rel (  -234,   171)  ->  Abs (    98,  -260)
	 31: Rel (   153,   810)  ->  Abs (   251,   550)
	 32: Rel (     0,  -209)  ->  Abs (   251,   341)
	 33: Rel (   166,  -192)  ->  Abs (   417,   149)
	 34: Rel (   125,     0)  ->  Abs (   542,   149)
	 35: Rel (   124,     0)  ->  Abs (   666,   149)
	 36: Rel (   168,   191)  ->  Abs (   834,   340)
	 37: Rel (     0,   204)  ->  Abs (   834,   544)
	 38: Rel (     0,   195)  ->  Abs (   834,   739)
	 39: Rel (  -173,   198)  ->  Abs (   661,   937)
	 40: Rel (  -122,     0)  ->  Abs (   539,   937)
	 41: Rel (  -120,     0)  ->  Abs (   419,   937)
	 42: Rel (  -168,  -195)  ->  Abs (   251,   742)

	Glyph  75: off = 0x00005B94, len = 420
	  numberOfContours:	1
	  xMin:			135
	  yMin:			0
	  xMax:			1000
	  yMax:			1466

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	353
	00000: PUSHW[2]             22   -64 
	00005: PUSHB[4]             21    23    52     3 
	00010: PUSHW[1]            -32 
	00013: NPUSHB      (14):    13    13     6    85    37     4    53     3    69     3 
	                           186    13     4     3 
	00029: PUSHW[1]            -32 
	00032: NPUSHB      (58):    23    25    52    23     8    17    12    17    20     3 
	                             5     1     0    15    28     5     7    20    11    10 
	                            12    37     9    64    51    54    52   255     9     1 
	                           192     9     1    22    64    11    11     2    85    22 
	                            64    16    16     2    85     9    40    16    16     2 
	                            85     9    20    14    14     2    85     9 
	00092: PUSHW[1]            -20 
	00095: NPUSHB      (17):    13    13     2    85     9     4    12    12     2    85 
	                             9    26    11    11     2    85     9 
	00114: PUSHW[1]            -10 
	00117: NPUSHB      (11):    11    11     6    85     9    20    16    16     6    85 
	                             9 
	00130: PUSHW[1]             -8 
	00133: NPUSHB      (11):    13    13     6    85     9    10    15    15     6    85 
	                             9 
	00146: PUSHW[1]            -10 
	00149: PUSHB[7]             12    12     6    85     9    78    22 
	00157: PUSHW[1]            -64 
	00160: NPUSHB      (23):    52    54    52   176    22   240    22     2   112    22 
	                           160    22   176    22   255    22     4    22     2    20 
	                            37     1     0 
	00185: PUSHW[1]            -64 
	00188: NPUSHB      (16):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0 
	00206: PUSHW[1]             -6 
	00209: PUSHB[5]             16    16     2    85     0 
	00215: PUSHW[1]             -6 
	00218: NPUSHB      (23):    14    14     2    85     0     4    12    12     2    85 
	                             0     8    11    11     2    85     0     4    11    11 
	                             6    85     0 
	00243: PUSHW[1]             -6 
	00246: NPUSHB      (22):    15    15     6    85     0     2    12    12     6    85 
	                             0     2    13    13     6    85     0    78    21    71 
	                            80    24 
	00270: CALL       
	00271: SRP0       
	00272: MIRP[srp0,nmd,rd,2] 
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: DELTAP1    
	00282: DELTAP2    
	00283: CALL       
	00284: ALIGNRP    
	00285: MIRP[srp0,md,rd,1] 
	00286: ALIGNRP    
	00287: SRP0       
	00288: DELTAP1    
	00289: DELTAP2    
	00290: CALL       
	00291: MIRP[srp0,nmd,rd,0] 
	00292: CALL       
	00293: CALL       
	00294: CALL       
	00295: CALL       
	00296: CALL       
	00297: CALL       
	00298: CALL       
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: CALL       
	00303: CALL       
	00304: DELTAP1    
	00305: DELTAP2    
	00306: CALL       
	00307: MIRP[nrp0,md,rd,1] 
	00308: SVTCA[y-axis] 
	00309: MIAP[rd+ci] 
	00310: ALIGNRP    
	00311: MIAP[rd+ci] 
	00312: MIRP[nrp0,md,rd,1] 
	00313: MIAP[rd+ci] 
	00314: SRP1       
	00315: IP         
	00316: SRP1       
	00317: IP         
	00318: SVTCA[x-axis] 
	00319: SRP2       
	00320: IP         
	00321: IUP[y]     
	00322: IUP[x]     
	00323: RS         
	00324: JROF       
	00325: NPUSHB      (14):     6    14     7    37    14     6    12    27     1    13 
	                             8    15    27     1 
	00341: SVTCA[y-axis] 
	00342: CALL       
	00343: SVTCA[x-axis] 
	00344: CALL       
	00345: CALL       
	00346: FLIPRGON   
	00347: SVTCA[y-axis] 
	00348: CALL       
	00349: DELTAP1    
	00350: CALL       
	00351: SVTCA[x-axis] 
	00352: CALL       

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   135,     0)  ->  Abs (   135,     0)
	  1: Rel (     0,  1466)  ->  Abs (   135,  1466)
	  2: Rel (   180,     0)  ->  Abs (   315,  1466)
	  3: Rel (     0,  -526)  ->  Abs (   315,   940)
	  4: Rel (   126,   146)  ->  Abs (   441,  1086)
	  5: Rel (   192,     0)  ->  Abs (   633,  1086)
	  6: Rel (   118,     0)  ->  Abs (   751,  1086)
	  7: Rel (   174,   -93)  ->  Abs (   925,   993)
	  8: Rel (    75,  -164)  ->  Abs (  1000,   829)
	  9: Rel (     0,  -156)  ->  Abs (  1000,   673)
	 10: Rel (     0,  -673)  ->  Abs (  1000,     0)
	 11: Rel (  -180,     0)  ->  Abs (   820,     0)
	 12: Rel (     0,   673)  ->  Abs (   820,   673)
	 13: Rel (     0,   135)  ->  Abs (   820,   808)
	 14: Rel (  -117,   123)  ->  Abs (   703,   931)
	 15: Rel (  -107,     0)  ->  Abs (   596,   931)
	 16: Rel (   -80,     0)  ->  Abs (   516,   931)
	 17: Rel (  -141,   -83)  ->  Abs (   375,   848)
	 18: Rel (   -60,  -142)  ->  Abs (   315,   706)
	 19: Rel (     0,  -125)  ->  Abs (   315,   581)
	 20: Rel (     0,  -581)  ->  Abs (   315,     0)

	Glyph  76: off = 0x00005D38, len = 244
	  numberOfContours:	2
	  xMin:			136
	  yMin:			0
	  xMax:			316
	  yMax:			1466

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	205
	00000: NPUSHB      (94):     9    54    11    11     2    85    79     9   144     9 
	                           160     9   176     9   192     9   223     9   240     9 
	                             7     0     9    31     9   112     9   128     9   159 
	                             9   176     9   192     9   223     9   224     9   255 
	                             9    10    31     9     1     0     1     7     4     2 
	                             3     9     6     3   126     1     0     6     5     6 
	                             4    10     6     7    37     5     0     4   159     4 
	                           160     4   176     4   192     4   224     4     6   192 
	                             4   240     4     2     0     4    32     4   208     4 
	                           224     4     4     4 
	00096: PUSHW[1]             -8 
	00099: PUSHB[5]             16    16     2    85     4 
	00105: PUSHW[1]             -6 
	00108: NPUSHB      (23):    14    14     2    85     4     4    12    12     2    85 
	                             4    10    11    11     2    85     4    20    11    11 
	                             6    85     4 
	00133: PUSHW[1]            -22 
	00136: PUSHB[5]             16    16     6    85     4 
	00142: PUSHW[1]             -2 
	00145: PUSHB[5]             13    13     6    85     4 
	00151: PUSHW[1]             -4 
	00154: NPUSHB      (10):    12    12     6    85     4    78     8    71    80    24 
	00166: CALL       
	00167: SRP0       
	00168: MIRP[srp0,nmd,rd,2] 
	00169: CALL       
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: CALL       
	00174: CALL       
	00175: CALL       
	00176: CALL       
	00177: DELTAP1    
	00178: DELTAP2    
	00179: DELTAP3    
	00180: ALIGNRP    
	00181: MIRP[srp0,md,rd,1] 
	00182: ALIGNRP    
	00183: SVTCA[y-axis] 
	00184: MIAP[rd+ci] 
	00185: MIAP[rd+ci] 
	00186: ALIGNRP    
	00187: MIAP[rd+ci] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: SVTCA[x-axis] 
	00190: SRP1       
	00191: SRP2       
	00192: IP         
	00193: IP         
	00194: SRP1       
	00195: SRP2       
	00196: IP         
	00197: IP         
	00198: IUP[y]     
	00199: IUP[x]     
	00200: SVTCA[x-axis] 
	00201: DELTAP1    
	00202: DELTAP3    
	00203: DELTAP2    
	00204: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:                              X-Short On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   136,  1259)  ->  Abs (   136,  1259)
	  1: Rel (     0,   207)  ->  Abs (   136,  1466)
	  2: Rel (   180,     0)  ->  Abs (   316,  1466)
	  3: Rel (     0,  -207)  ->  Abs (   316,  1259)
	  4: Rel (  -180, -1259)  ->  Abs (   136,     0)
	  5: Rel (     0,  1062)  ->  Abs (   136,  1062)
	  6: Rel (   180,     0)  ->  Abs (   316,  1062)
	  7: Rel (     0, -1062)  ->  Abs (   316,     0)

	Glyph  77: off = 0x00005E2C, len = 280
	  numberOfContours:	2
	  xMin:			-94
	  yMin:			-431
	  xMax:			314
	  yMax:			1466

	EndPoints
	---------
	  0:  3
	  1:  18

	  Length of Instructions:	213
	00000: NPUSHB      (69):     4     5    37     5    59     4    51     5   134     5 
	                             5    23     8     5     5     7     4     4     2     4 
	                             5    19     0     1    13    11     2     3    20    12 
	                             4    17     5    11     7     3   126     1     0    11 
	                             6     7    28    17    15   144    20     1    20    23 
	                            23    26    12    12    13    37    10    10   144    11 
	                             1    31    11    63    11    79    11     3    11 
	00071: PUSHW[1]             -6 
	00074: NPUSHB      (55):    14    14     2    85    11    16    13    13     2    85 
	                            11    16    12    12     2    85    11    12    11    11 
	                             2    85    11    30    11    11     6    85    11    12 
	                            16    16     6    85    11     8    12    12     6    85 
	                            11    12    13    13     6    85    11    25    19    20 
	                           173    33    71    80    24 
	00131: CALL       
	00132: CALL       
	00133: FLIPOFF    
	00134: MIRP[srp0,nmd,rd,0] 
	00135: CALL       
	00136: CALL       
	00137: CALL       
	00138: CALL       
	00139: CALL       
	00140: CALL       
	00141: CALL       
	00142: CALL       
	00143: DELTAP1    
	00144: DELTAP2    
	00145: ALIGNRP    
	00146: FLIPON     
	00147: SRP0       
	00148: MIRP[srp0,md,rd,1] 
	00149: ALIGNRP    
	00150: FLIPOFF    
	00151: SRP0       
	00152: RCVT       
	00153: NEG        
	00154: WCVTP      
	00155: MIRP[nrp0,nmd,rd,2] 
	00156: DELTAP2    
	00157: SVTCA[y-axis] 
	00158: MIAP[rd+ci] 
	00159: FLIPON     
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIAP[rd+ci] 
	00162: MIAP[rd+ci] 
	00163: MIRP[nrp0,md,rd,1] 
	00164: SRP1       
	00165: SRP2       
	00166: IP         
	00167: SRP2       
	00168: IP         
	00169: SVTCA[x-axis] 
	00170: SRP1       
	00171: SRP2       
	00172: IP         
	00173: IP         
	00174: SRP1       
	00175: SRP2       
	00176: IP         
	00177: IP         
	00178: SRP1       
	00179: SHP[rp1,zp0] 
	00180: SHP[rp1,zp0] 
	00181: SDPVTL[1]  
	00182: SRP0       
	00183: SFVTL[=p1,p2] 
	00184: ALIGNRP    
	00185: IUP[y]     
	00186: IUP[x]     
	00187: RS         
	00188: JROF       
	00189: NPUSHB      (14):     8    16    15    38     8    16    10    27     1     9 
	                            14     7    27     0 
	00205: SVTCA[y-axis] 
	00206: CALL       
	00207: SVTCA[x-axis] 
	00208: CALL       
	00209: CALL       
	00210: FLIPRGON   
	00211: SVTCA[x-axis] 
	00212: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:                                      On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:        XDual                         On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   134,  1257)  ->  Abs (   134,  1257)
	  1: Rel (     0,   209)  ->  Abs (   134,  1466)
	  2: Rel (   180,     0)  ->  Abs (   314,  1466)
	  3: Rel (     0,  -209)  ->  Abs (   314,  1257)
	  4: Rel (  -408, -1669)  ->  Abs (   -94,  -412)
	  5: Rel (    34,   153)  ->  Abs (   -60,  -259)
	  6: Rel (    54,   -14)  ->  Abs (    -6,  -273)
	  7: Rel (    31,     0)  ->  Abs (    25,  -273)
	  8: Rel (    55,     0)  ->  Abs (    80,  -273)
	  9: Rel (    54,    73)  ->  Abs (   134,  -200)
	 10: Rel (     0,   146)  ->  Abs (   134,   -54)
	 11: Rel (     0,  1116)  ->  Abs (   134,  1062)
	 12: Rel (   180,     0)  ->  Abs (   314,  1062)
	 13: Rel (     0, -1120)  ->  Abs (   314,   -58)
	 14: Rel (     0,  -196)  ->  Abs (   314,  -254)
	 15: Rel (   -51,   -77)  ->  Abs (   263,  -331)
	 16: Rel (   -65,  -100)  ->  Abs (   198,  -431)
	 17: Rel (  -151,     0)  ->  Abs (    47,  -431)
	 18: Rel (   -73,     0)  ->  Abs (   -26,  -431)

	Glyph  78: off = 0x00005F44, len = 664
	  numberOfContours:	1
	  xMin:			136
	  yMin:			0
	  xMax:			1016
	  yMax:			1466

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	609
	00000: NPUSHB      (27):     6    12    13    13     6    85     7     6    86     6 
	                            90     9     3    15    13   243     5   246     6     3 
	                             9    12    16    16     2    85     6 
	00029: PUSHW[1]            -12 
	00032: PUSHB[5]             12    12     2    85    10 
	00038: PUSHW[1]            -12 
	00041: PUSHB[5]             12    12     2    85     9 
	00047: PUSHW[1]            -12 
	00050: PUSHB[5]             12    12     2    85     3 
	00056: PUSHW[1]            -24 
	00059: NPUSHB      (16):    13    13     6    85    85     3   119    10     2    18 
	                             6    32    19    33    52     8 
	00077: PUSHW[1]            -16 
	00080: PUSHB[4]             18    39    52     9 
	00085: PUSHW[1]            -16 
	00088: PUSHB[5]             18    39    52    18     5 
	00094: PUSHW[1]            -16 
	00097: PUSHB[4]             18    33    52     9 
	00102: PUSHW[1]            -16 
	00105: NPUSHB     (132):    18    39    52     6     4     4     5     4     6    55 
	                             9    71     4     5    37     6    45    10    88    10 
	                           119     3   117    10   218     3   227     6     7   166 
	                             6     1    35     6    38     7    37     8    57     6 
	                            56     9    63    13    79    13    89     4    89     6 
	                            88     7    89     9   125     4   121     5   153     9 
	                           198     6   210     4   214     6   228     6   233     7 
	                           247     6   249     8    21    18    10    10     5     3 
	                             3     4     2     6     6     7     9     9     8    10 
	                            10     5     9     8     8    37     7     6    20     7 
	                             7     6     3     4     4    37     5    10    20     5 
	                             5    10    10     9     6     3     4     8     1     2 
	                             0     4     5     6     7     8     8    11    11     0 
	                            10     4 
	00239: PUSHW[1]            271 
	00242: NPUSHB       (9):     5     4    12    12     6    85     5    34     8 
	00253: PUSHW[1]            271 
	00256: NPUSHB      (33):    32     7    63     7     2     7    16    12    12     6 
	                            85     7    26   144    13     1    13    11    37     0 
	                             2    37     1     1   144     0     1    63     0    79 
	                             0     2     0 
	00291: PUSHW[1]             -2 
	00294: NPUSHB      (49):    14    14     2    85     0    16    13    13     2    85 
	                             0    16    12    12     2    85     0    10    11    11 
	                             2    85     0    18    11    11     6    85     0    18 
	                            12    12     6    85     0     8    13    13     6    85 
	                             0    25    12    13   225    33    71   102    24 
	00345: CALL       
	00346: CALL       
	00347: FLIPOFF    
	00348: MIRP[srp0,nmd,rd,0] 
	00349: CALL       
	00350: CALL       
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: DELTAP1    
	00357: DELTAP2    
	00358: ALIGNRP    
	00359: FLIPON     
	00360: SRP0       
	00361: MIRP[nrp0,md,rd,1] 
	00362: SRP0       
	00363: MIRP[nrp0,md,rd,1] 
	00364: FLIPOFF    
	00365: SRP0       
	00366: DELTAP2    
	00367: MIRP[srp0,nmd,rd,2] 
	00368: CALL       
	00369: DELTAP1    
	00370: FLIPON     
	00371: MIRP[nrp0,md,rd,1] 
	00372: MIRP[srp0,nmd,rd,0] 
	00373: CALL       
	00374: MIRP[nrp0,md,rd,1] 
	00375: SVTCA[y-axis] 
	00376: MIAP[rd+ci] 
	00377: ALIGNRP    
	00378: SRP0       
	00379: ALIGNRP    
	00380: SRP0       
	00381: ALIGNRP    
	00382: MIAP[rd+ci] 
	00383: ALIGNRP    
	00384: MIAP[rd+ci] 
	00385: ALIGNRP    
	00386: SRP1       
	00387: SLOOP      
	00388: IP         
	00389: SDPVTL[1]  
	00390: SFVTCA[x-axis] 
	00391: MDAP[nrd]  
	00392: CALL       
	00393: SFVTCA[y-axis] 
	00394: RDTG       
	00395: SRP0       
	00396: MDRP[nrp0,nmd,rd,0] 
	00397: SDPVTL[1]  
	00398: SFVTCA[x-axis] 
	00399: MDAP[nrd]  
	00400: RTG        
	00401: CALL       
	00402: SFVTPV     
	00403: RDTG       
	00404: SRP0       
	00405: MDRP[nrp0,nmd,rd,0] 
	00406: SPVTL[p1,p2] 
	00407: SRP0       
	00408: SFVTL[=p1,p2] 
	00409: ALIGNRP    
	00410: SFVTL[=p1,p2] 
	00411: ALIGNRP    
	00412: SPVTCA[x-axis] 
	00413: SRP0       
	00414: SFVTL[=p1,p2] 
	00415: ALIGNRP    
	00416: SFVTL[=p1,p2] 
	00417: ALIGNRP    
	00418: PUSHB[2]              6     2 
	00421: RS         
	00422: EQ         
	00423: IF         
	00424: NPUSHB      (13):    75     9     1    31     9   132     3     2     9    24 
	                            13    17    52 
	00439: SVTCA[y-axis] 
	00440: CALL       
	00441: DELTAP1    
	00442: DELTAP2    
	00443: EIF        
	00444: IUP[y]     
	00445: IUP[x]     
	00446: SVTCA[x-axis] 
	00447: RS         
	00448: NOT        
	00449: IF         
	00450: NPUSHB      (10):     9    44    29    57     9     8    29    29    60     6 
	00462: PUSHW[1]            -34 
	00465: PUSHB[3]             29    57     6 
	00469: PUSHW[1]            -44 
	00472: PUSHB[3]             32    57     6 
	00476: PUSHW[1]            -44 
	00479: PUSHB[2]             33    57 
	00482: CALL       
	00483: CALL       
	00484: CALL       
	00485: CALL       
	00486: CALL       
	00487: EIF        
	00488: DELTAP1    
	00489: SVTCA[y-axis] 
	00490: DELTAP2    
	00491: DELTAP1    
	00492: SVTCA[x-axis] 
	00493: DELTAP2    
	00494: SVTCA[y-axis] 
	00495: CALL       
	00496: CALL       
	00497: RS         
	00498: NOT        
	00499: IF         
	00500: PUSHW[2]              6   -64 
	00505: PUSHB[3]             33    57     3 
	00509: PUSHW[1]            -64 
	00512: PUSHB[3]             22    57     3 
	00516: PUSHW[1]            -34 
	00519: PUSHB[3]             16    57     6 
	00523: PUSHW[1]            -34 
	00526: PUSHB[3]             16    57     3 
	00530: PUSHW[1]            -34 
	00533: PUSHB[3]             12    57     3 
	00537: PUSHW[1]            -34 
	00540: PUSHB[2]             11    57 
	00543: CALL       
	00544: CALL       
	00545: CALL       
	00546: CALL       
	00547: CALL       
	00548: CALL       
	00549: EIF        
	00550: SVTCA[x-axis] 
	00551: CALL       
	00552: CALL       
	00553: CALL       
	00554: RS         
	00555: NOT        
	00556: IF         
	00557: NPUSHB      (18):   221     4     1     8    20    22    57     9     8    20 
	                            20    60     9     8    20    20    60     6 
	00577: PUSHW[1]            -10 
	00580: PUSHB[3]             24    57     6 
	00584: PUSHW[1]            -20 
	00587: PUSHB[2]             27    57 
	00590: CALL       
	00591: CALL       
	00592: CALL       
	00593: CALL       
	00594: CALL       
	00595: SVTCA[x-axis] 
	00596: DELTAP1    
	00597: EIF        
	00598: SVTCA[y-axis] 
	00599: DELTAP1    
	00600: CALL       
	00601: CALL       
	00602: CALL       
	00603: CALL       
	00604: CALL       
	00605: SVTCA[x-axis] 
	00606: DELTAP1    
	00607: DELTAP2    
	00608: CALL       

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:                                      On
	  5:  YDual XDual                 X-Short On
	  6:                                      On
	  7:                                      On
	  8:  YDual                       X-Short On
	  9:                                      On
	 10:                      Y-Short X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   136,     0)  ->  Abs (   136,     0)
	  1: Rel (     0,  1466)  ->  Abs (   136,  1466)
	  2: Rel (   180,     0)  ->  Abs (   316,  1466)
	  3: Rel (     0,  -836)  ->  Abs (   316,   630)
	  4: Rel (   426,   432)  ->  Abs (   742,  1062)
	  5: Rel (   233,     0)  ->  Abs (   975,  1062)
	  6: Rel (  -406,  -394)  ->  Abs (   569,   668)
	  7: Rel (   447,  -668)  ->  Abs (  1016,     0)
	  8: Rel (  -222,     0)  ->  Abs (   794,     0)
	  9: Rel (  -351,   543)  ->  Abs (   443,   543)
	 10: Rel (  -127,  -122)  ->  Abs (   316,   421)
	 11: Rel (     0,  -421)  ->  Abs (   316,     0)

	Glyph  79: off = 0x000061DC, len = 252
	  numberOfContours:	1
	  xMin:			131
	  yMin:			0
	  xMax:			311
	  yMax:			1466

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	227
	00000: PUSHB[7]              5    54    11    11     2    85     5 
	00008: PUSHW[1]            -64 
	00011: PUSHB[4]             55    56    52     5 
	00016: PUSHW[1]            -64 
	00019: PUSHB[4]             52    53    52     5 
	00024: PUSHW[1]            -64 
	00027: PUSHB[4]             48    49    52     5 
	00032: PUSHW[1]            -64 
	00035: PUSHB[4]             34    37    52     5 
	00040: PUSHW[1]            -64 
	00043: NPUSHB      (37):    21    23    52    15     5    31     5   159     5   223 
	                             5     4    79     5   223     5   240     5     3    31 
	                             5   112     5   128     5   255     5     4     1     0 
	                             0    10     2     3    37     1     0 
	00082: PUSHW[1]            -64 
	00085: PUSHB[4]             55    56    52     0 
	00090: PUSHW[1]            -64 
	00093: NPUSHB      (21):    51    53    52   159     0     1   192     0   240     0 
	                             2     0     0    32     0   208     0   224     0     4 
	                             0 
	00116: PUSHW[1]             -8 
	00119: PUSHB[5]             16    16     2    85     0 
	00125: PUSHW[1]             -6 
	00128: NPUSHB      (29):    14    14     2    85     0     4    12    12     2    85 
	                             0    10    11    11     2    85     0    20    11    11 
	                             6    85     0     8    16    16     6    85     0 
	00159: PUSHW[1]             -2 
	00162: PUSHB[5]             13    13     6    85     0 
	00168: PUSHW[1]             -1 
	00171: PUSHB[5]             12    12     6    85     0 
	00177: PUSHW[1]             -4 
	00180: NPUSHB      (10):    12    12     6    85     0    78     4    71    80    24 
	00192: CALL       
	00193: SRP0       
	00194: MIRP[srp0,nmd,rd,2] 
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: DELTAP1    
	00205: DELTAP2    
	00206: DELTAP3    
	00207: CALL       
	00208: CALL       
	00209: ALIGNRP    
	00210: MIRP[srp0,md,rd,1] 
	00211: ALIGNRP    
	00212: SVTCA[y-axis] 
	00213: MIAP[rd+ci] 
	00214: MIAP[rd+ci] 
	00215: IUP[y]     
	00216: IUP[x]     
	00217: SVTCA[x-axis] 
	00218: DELTAP1    
	00219: DELTAP2    
	00220: DELTAP3    
	00221: CALL       
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: CALL       

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   131,     0)  ->  Abs (   131,     0)
	  1: Rel (     0,  1466)  ->  Abs (   131,  1466)
	  2: Rel (   180,     0)  ->  Abs (   311,  1466)
	  3: Rel (     0, -1466)  ->  Abs (   311,     0)

	Glyph  80: off = 0x000062D8, len = 560
	  numberOfContours:	1
	  xMin:			135
	  yMin:			0
	  xMax:			1574
	  yMax:			1086

	EndPoints
	---------
	  0:  35

	  Length of Instructions:	455
	00000: PUSHW[2]             13   -12 
	00005: PUSHB[5]             13    13     6    85     8 
	00011: PUSHW[1]            -12 
	00014: PUSHB[5]             13    13     6    85     9 
	00020: PUSHW[1]            -40 
	00023: NPUSHB      (77):    11    13    52    37     4   228     4   228     9   225 
	                            23   229    32     5   213     5   246    32     2    23 
	                             8    32    35     9    24    27    32     9     3     3 
	                            35    30    28     6    21    28    11    11     6     7 
	                             1     6    35    26    25    16    10   208    37     1 
	                           144    37   160    37     2    37    23    23    26    14 
	                            37   144    17     1    17     4    16    16     2    85 
	                            17    24    15    15     2    85    17 
	00102: PUSHW[1]            -20 
	00105: NPUSHB      (11):    14    14     2    85    17    20    12    12     2    85 
	                            17 
	00118: PUSHW[1]            -24 
	00121: NPUSHB      (23):    11    11     2    85    17     2    11    11     6    85 
	                            17    12    16    16     6    85    17     6    15    15 
	                             6    85    17 
	00146: PUSHW[1]             -6 
	00149: PUSHB[5]             12    12     6    85    17 
	00155: PUSHW[1]             -8 
	00158: PUSHB[5]             13    13     6    85    17 
	00164: PUSHW[1]            349 
	00167: NPUSHB      (12):    24    37   144    27     1    27    24    15    15     2 
	                            85    27 
	00181: PUSHW[1]            -20 
	00184: NPUSHB      (11):    14    14     2    85    27    20    12    12     2    85 
	                            27 
	00197: PUSHW[1]            -18 
	00200: NPUSHB      (17):    11    11     2    85    27     4    11    11     6    85 
	                            27    10    16    16     6    85    27 
	00219: PUSHW[1]             -2 
	00222: NPUSHB      (11):    13    13     6    85    27    12    15    15     6    85 
	                            27 
	00235: PUSHW[1]             -4 
	00238: PUSHB[5]             12    12     6    85    27 
	00244: PUSHW[1]            349 
	00247: NPUSHB      (22):     0     2    51    35    37     1   208     0     1   144 
	                             0   160     0     2    31     0    63     0    79     0 
	                             3     0 
	00271: PUSHW[1]             -2 
	00274: NPUSHB      (29):    14    14     2    85     0    16    13    13     2    85 
	                             0    16    12    12     2    85     0    12    11    11 
	                             2    85     0    22    11    11     6    85     0 
	00305: PUSHW[1]             -4 
	00308: PUSHB[5]             16    16     6    85     0 
	00314: PUSHW[1]            -12 
	00317: NPUSHB      (20):    15    15     6    85     0    10    12    12     6    85 
	                             0    14    13    13     6    85     0    25    36    37 
	00339: PUSHW[1]            376 
	00342: PUSHB[4]             33    71    80    24 
	00347: CALL       
	00348: CALL       
	00349: FLIPOFF    
	00350: MIRP[srp0,nmd,rd,0] 
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: CALL       
	00358: CALL       
	00359: CALL       
	00360: DELTAP1    
	00361: DELTAP2    
	00362: DELTAP3    
	00363: ALIGNRP    
	00364: FLIPON     
	00365: MIRP[srp0,md,rd,1] 
	00366: MIRP[nrp0,nmd,rd,0] 
	00367: SRP0       
	00368: MIRP[srp0,nmd,rd,0] 
	00369: CALL       
	00370: CALL       
	00371: CALL       
	00372: CALL       
	00373: CALL       
	00374: CALL       
	00375: CALL       
	00376: CALL       
	00377: CALL       
	00378: DELTAP1    
	00379: MIRP[nrp0,md,rd,1] 
	00380: MIRP[srp0,nmd,rd,0] 
	00381: CALL       
	00382: CALL       
	00383: CALL       
	00384: CALL       
	00385: CALL       
	00386: CALL       
	00387: CALL       
	00388: CALL       
	00389: CALL       
	00390: CALL       
	00391: DELTAP1    
	00392: MIRP[srp0,md,rd,1] 
	00393: FLIPOFF    
	00394: RCVT       
	00395: NEG        
	00396: WCVTP      
	00397: MIRP[nrp0,nmd,rd,2] 
	00398: DELTAP2    
	00399: DELTAP3    
	00400: SVTCA[y-axis] 
	00401: MIAP[rd+ci] 
	00402: ALIGNRP    
	00403: ALIGNRP    
	00404: ALIGNRP    
	00405: MIAP[rd+ci] 
	00406: MIAP[rd+ci] 
	00407: ALIGNRP    
	00408: FLIPON     
	00409: SRP0       
	00410: MIRP[nrp0,md,rd,1] 
	00411: SRP0       
	00412: MIRP[nrp0,md,rd,1] 
	00413: SRP1       
	00414: SLOOP      
	00415: IP         
	00416: SVTCA[x-axis] 
	00417: SRP1       
	00418: SRP2       
	00419: IP         
	00420: SRP2       
	00421: IP         
	00422: IUP[y]     
	00423: IUP[x]     
	00424: RS         
	00425: JROF       
	00426: NPUSHB      (14):    12    20    19    38    20    12    17    27     1    18 
	                            13    21    27     1 
	00442: SVTCA[y-axis] 
	00443: CALL       
	00444: SVTCA[x-axis] 
	00445: CALL       
	00446: CALL       
	00447: FLIPRGON   
	00448: SVTCA[x-axis] 
	00449: DELTAP1    
	00450: SVTCA[y-axis] 
	00451: DELTAP1    
	00452: CALL       
	00453: CALL       
	00454: CALL       

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual                       X-Short On
	 17:        XDual                         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual                         On
	 26:  YDual                       X-Short On
	 27:        XDual                         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   135,     0)  ->  Abs (   135,     0)
	  1: Rel (     0,  1062)  ->  Abs (   135,  1062)
	  2: Rel (   161,     0)  ->  Abs (   296,  1062)
	  3: Rel (     0,  -149)  ->  Abs (   296,   913)
	  4: Rel (    50,    78)  ->  Abs (   346,   991)
	  5: Rel (   166,    95)  ->  Abs (   512,  1086)
	  6: Rel (   106,     0)  ->  Abs (   618,  1086)
	  7: Rel (   118,     0)  ->  Abs (   736,  1086)
	  8: Rel (   151,   -98)  ->  Abs (   887,   988)
	  9: Rel (    31,   -88)  ->  Abs (   918,   900)
	 10: Rel (   126,   186)  ->  Abs (  1044,  1086)
	 11: Rel (   202,     0)  ->  Abs (  1246,  1086)
	 12: Rel (   158,     0)  ->  Abs (  1404,  1086)
	 13: Rel (   170,  -175)  ->  Abs (  1574,   911)
	 14: Rel (     0,  -182)  ->  Abs (  1574,   729)
	 15: Rel (     0,  -729)  ->  Abs (  1574,     0)
	 16: Rel (  -179,     0)  ->  Abs (  1395,     0)
	 17: Rel (     0,   669)  ->  Abs (  1395,   669)
	 18: Rel (     0,   108)  ->  Abs (  1395,   777)
	 19: Rel (   -35,    95)  ->  Abs (  1360,   872)
	 20: Rel (   -92,    58)  ->  Abs (  1268,   930)
	 21: Rel (   -62,     0)  ->  Abs (  1206,   930)
	 22: Rel (  -112,     0)  ->  Abs (  1094,   930)
	 23: Rel (  -148,  -149)  ->  Abs (   946,   781)
	 24: Rel (     0,  -164)  ->  Abs (   946,   617)
	 25: Rel (     0,  -617)  ->  Abs (   946,     0)
	 26: Rel (  -180,     0)  ->  Abs (   766,     0)
	 27: Rel (     0,   690)  ->  Abs (   766,   690)
	 28: Rel (     0,   120)  ->  Abs (   766,   810)
	 29: Rel (   -88,   120)  ->  Abs (   678,   930)
	 30: Rel (  -100,     0)  ->  Abs (   578,   930)
	 31: Rel (   -76,     0)  ->  Abs (   502,   930)
	 32: Rel (  -129,   -80)  ->  Abs (   373,   850)
	 33: Rel (   -58,  -154)  ->  Abs (   315,   696)
	 34: Rel (     0,  -145)  ->  Abs (   315,   551)
	 35: Rel (     0,  -551)  ->  Abs (   315,     0)

	Glyph  81: off = 0x00006508, len = 454
	  numberOfContours:	1
	  xMin:			135
	  yMin:			0
	  xMax:			998
	  yMax:			1086

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	381
	00000: NPUSHB      (19):     5     3     6    19     2   168    16   184    16   227 
	                             3   231    19   240     3   246    19     6     4 
	00021: PUSHW[1]            -16 
	00024: NPUSHB      (60):    11    13    52   121    16     1   152    16   208    24 
	                           224    24   255    24     4    32     8    20    14    20 
	                            22    18    28     5     7     1     6    22    13    10 
	                            13    14    12    14    36    24    64    16    16     2 
	                            85    24    64    11    11     2    85    11    40    16 
	                            16     2    85    11    20    14    14     2    85    11 
	00086: PUSHW[1]            -20 
	00089: NPUSHB      (17):    13    13     2    85    11     4    12    12     2    85 
	                            11    34    11    11     2    85    11 
	00108: PUSHW[1]            -12 
	00111: NPUSHB      (11):    11    11     6    85    11    20    16    16     6    85 
	                            11 
	00124: PUSHW[1]             -7 
	00127: NPUSHB      (11):    13    13     6    85    11    10    15    15     6    85 
	                            11 
	00140: PUSHW[1]            -10 
	00143: NPUSHB      (18):    12    12     6    85    11    64    51    54    52   255 
	                            11     1   255    11     1    11    78    24 
	00163: PUSHW[1]            -64 
	00166: NPUSHB      (26):    52    54    52   176    24   240    24     2   112    24 
	                           160    24   176    24   192    24     4    24     3     2 
	                            51    21    22    37     1     0 
	00194: PUSHW[1]            -10 
	00197: PUSHB[5]             17    17     2    85     0 
	00203: PUSHW[1]             -6 
	00206: PUSHB[5]             16    16     2    85     0 
	00212: PUSHW[1]             -6 
	00215: NPUSHB      (23):    14    14     2    85     0     4    12    12     2    85 
	                             0    10    11    11     2    85     0     4    11    11 
	                             6    85     0 
	00240: PUSHW[1]             -6 
	00243: NPUSHB      (17):    15    15     6    85     0     2    12    12     6    85 
	                             0     4    13    13     6    85     0 
	00262: PUSHW[1]            -64 
	00265: NPUSHB      (18):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0    78    23 
	00285: SRP0       
	00286: MIRP[srp0,nmd,rd,2] 
	00287: DELTAP1    
	00288: DELTAP2    
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: CALL       
	00294: CALL       
	00295: CALL       
	00296: CALL       
	00297: CALL       
	00298: CALL       
	00299: ALIGNRP    
	00300: MIRP[srp0,md,rd,1] 
	00301: ALIGNRP    
	00302: MIRP[srp0,nmd,rd,0] 
	00303: ALIGNRP    
	00304: SRP0       
	00305: DELTAP1    
	00306: DELTAP2    
	00307: CALL       
	00308: MIRP[srp0,nmd,rd,2] 
	00309: DELTAP1    
	00310: DELTAP2    
	00311: CALL       
	00312: CALL       
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: CALL       
	00317: CALL       
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: CALL       
	00323: CALL       
	00324: MIRP[nrp0,md,rd,1] 
	00325: ALIGNRP    
	00326: SRP0       
	00327: ALIGNRP    
	00328: SVTCA[y-axis] 
	00329: MIAP[rd+ci] 
	00330: ALIGNRP    
	00331: MIAP[rd+ci] 
	00332: MIAP[rd+ci] 
	00333: MIRP[nrp0,md,rd,1] 
	00334: SRP1       
	00335: IP         
	00336: SVTCA[x-axis] 
	00337: SRP2       
	00338: IP         
	00339: IUP[y]     
	00340: IUP[x]     
	00341: RS         
	00342: JROF       
	00343: NPUSHB      (22):     6    17     9    10     8    10     7    10     3     6 
	                            16    38    17     6    14    27     1    15    10    18 
	                            27     1 
	00367: SVTCA[y-axis] 
	00368: CALL       
	00369: SVTCA[x-axis] 
	00370: CALL       
	00371: CALL       
	00372: LOOPCALL   
	00373: FLIPRGON   
	00374: SVTCA[x-axis] 
	00375: DELTAP1    
	00376: DELTAP2    
	00377: SVTCA[y-axis] 
	00378: CALL       
	00379: DELTAP1    
	00380: DELTAP2    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   135,     0)  ->  Abs (   135,     0)
	  1: Rel (     0,  1062)  ->  Abs (   135,  1062)
	  2: Rel (   162,     0)  ->  Abs (   297,  1062)
	  3: Rel (     0,  -151)  ->  Abs (   297,   911)
	  4: Rel (   117,   175)  ->  Abs (   414,  1086)
	  5: Rel (   221,     0)  ->  Abs (   635,  1086)
	  6: Rel (    96,     0)  ->  Abs (   731,  1086)
	  7: Rel (   161,   -69)  ->  Abs (   892,  1017)
	  8: Rel (    80,  -112)  ->  Abs (   972,   905)
	  9: Rel (    16,   -77)  ->  Abs (   988,   828)
	 10: Rel (    10,   -50)  ->  Abs (   998,   778)
	 11: Rel (     0,  -125)  ->  Abs (   998,   653)
	 12: Rel (     0,  -653)  ->  Abs (   998,     0)
	 13: Rel (  -180,     0)  ->  Abs (   818,     0)
	 14: Rel (     0,   646)  ->  Abs (   818,   646)
	 15: Rel (     0,   110)  ->  Abs (   818,   756)
	 16: Rel (   -42,   109)  ->  Abs (   776,   865)
	 17: Rel (  -107,    65)  ->  Abs (   669,   930)
	 18: Rel (   -72,     0)  ->  Abs (   597,   930)
	 19: Rel (  -115,     0)  ->  Abs (   482,   930)
	 20: Rel (  -167,  -146)  ->  Abs (   315,   784)
	 21: Rel (     0,  -204)  ->  Abs (   315,   580)
	 22: Rel (     0,  -580)  ->  Abs (   315,     0)

	Glyph  82: off = 0x000066CE, len = 450
	  numberOfContours:	2
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1086

	EndPoints
	---------
	  0:  13
	  1:  25

	  Length of Instructions:	363
	00000: PUSHB[7]             21    24    13    13     6    85    19 
	00008: PUSHW[1]            -24 
	00011: PUSHB[5]             13    13     6    85    15 
	00017: PUSHW[1]            -24 
	00020: NPUSHB     (115):    13    13     6    85    25    24    13    13     6    85 
	                            18     7    10    25    12    71     6    72     8    86 
	                             6    89     8   103     6   105     8     8    52    16 
	                            58    18    58    22    53    24    69    16    75    18 
	                            75    22    69    24    92     5    92     9    82    16 
	                            93    18    93    22    82    24   109     5   109     9 
	                           100    16   109    18   109    22   100    24   119     1 
	                            21     9     6     5    13    91     3    84     5    84 
	                            10    91    12   108     3   101     5   101    10   108 
	                            12    10    23    28     4     7    17    28    11    11 
	                            20    36    27    64    13    13     2    85    27    64 
	                            11    11     2    85     7 
	00137: PUSHW[1]            -22 
	00140: NPUSHB      (17):    15    15     2    85     7    24    13    13     2    85 
	                             7    16    11    11     2    85     7 
	00159: PUSHW[1]            -16 
	00162: PUSHB[5]             11    11     6    85     7 
	00168: PUSHW[1]            -16 
	00171: PUSHB[5]             13    13     6    85     7 
	00177: PUSHW[1]            -16 
	00180: PUSHB[5]             15    15     6    85     7 
	00186: PUSHW[1]            -16 
	00189: PUSHB[5]             12    12     6    85     7 
	00195: PUSHW[1]            -64 
	00198: NPUSHB      (19):    36    37    52    48     7     1     0     7    16     7 
	                            32     7     3     7    49   223    27     1    27 
	00219: PUSHW[1]            -64 
	00222: NPUSHB      (73):    30    35    52    48    27     1    27    14    36     0 
	                            12    14    15     2    85     0    18    13    13     2 
	                            85     0    12    12    12     2    85     0    28    11 
	                            11     2    85     0    14    11    11     6    85     0 
	                            14    13    13     6    85     0    12    16    16     6 
	                            85     0    22    12    12     6    85     0    64    36 
	                            37    52    31     0    63     0     2     0    49    26 
	                            52    55    24 
	00297: CALL       
	00298: SRP0       
	00299: MIRP[srp0,nmd,rd,2] 
	00300: DELTAP1    
	00301: CALL       
	00302: CALL       
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: CALL       
	00308: CALL       
	00309: CALL       
	00310: MIRP[nrp0,md,rd,1] 
	00311: SRP0       
	00312: DELTAP2    
	00313: CALL       
	00314: DELTAP1    
	00315: MIRP[srp0,nmd,rd,2] 
	00316: DELTAP1    
	00317: DELTAP1    
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: CALL       
	00327: CALL       
	00328: MIRP[nrp0,md,rd,1] 
	00329: SVTCA[y-axis] 
	00330: MIAP[rd+ci] 
	00331: MIRP[nrp0,md,rd,1] 
	00332: MIAP[rd+ci] 
	00333: MIRP[nrp0,md,rd,1] 
	00334: IUP[y]     
	00335: IUP[x]     
	00336: SVTCA[x-axis] 
	00337: DELTAP2    
	00338: DELTAP1    
	00339: SVTCA[y-axis] 
	00340: DELTAP2    
	00341: RS         
	00342: NOT        
	00343: IF         
	00344: NPUSHB       (9):    83     5    83     9    98     5    98     9     4 
	00355: SVTCA[x-axis] 
	00356: DELTAP1    
	00357: EIF        
	00358: SVTCA[y-axis] 
	00359: CALL       
	00360: CALL       
	00361: CALL       
	00362: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:                                      Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:                                      Off
	 14:        XDual                 X-Short On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    68,   531)  ->  Abs (    68,   531)
	  1: Rel (     0,   295)  ->  Abs (    68,   826)
	  2: Rel (   164,   142)  ->  Abs (   232,   968)
	  3: Rel (   137,   118)  ->  Abs (   369,  1086)
	  4: Rel (   197,     0)  ->  Abs (   566,  1086)
	  5: Rel (   219,     0)  ->  Abs (   785,  1086)
	  6: Rel (   278,  -287)  ->  Abs (  1063,   799)
	  7: Rel (     0,  -253)  ->  Abs (  1063,   546)
	  8: Rel (     0,  -205)  ->  Abs (  1063,   341)
	  9: Rel (  -123,  -235)  ->  Abs (   940,   106)
	 10: Rel (  -235,  -130)  ->  Abs (   705,   -24)
	 11: Rel (  -139,     0)  ->  Abs (   566,   -24)
	 12: Rel (  -223,     0)  ->  Abs (   343,   -24)
	 13: Rel (  -275,   286)  ->  Abs (    68,   262)
	 14: Rel (   185,   269)  ->  Abs (   253,   531)
	 15: Rel (     0,  -204)  ->  Abs (   253,   327)
	 16: Rel (   178,  -203)  ->  Abs (   431,   124)
	 17: Rel (   135,     0)  ->  Abs (   566,   124)
	 18: Rel (   134,     0)  ->  Abs (   700,   124)
	 19: Rel (   178,   204)  ->  Abs (   878,   328)
	 20: Rel (     0,   209)  ->  Abs (   878,   537)
	 21: Rel (     0,   197)  ->  Abs (   878,   734)
	 22: Rel (  -179,   203)  ->  Abs (   699,   937)
	 23: Rel (  -133,     0)  ->  Abs (   566,   937)
	 24: Rel (  -135,     0)  ->  Abs (   431,   937)
	 25: Rel (  -178,  -202)  ->  Abs (   253,   735)

	Glyph  83: off = 0x00006890, len = 452
	  numberOfContours:	2
	  xMin:			135
	  yMin:			-407
	  xMax:			1057
	  yMax:			1086

	EndPoints
	---------
	  0:  18
	  1:  30

	  Length of Instructions:	354
	00000: NPUSHB     (142):    12    16    45    16    61    16    75    16     4    63 
	                            32   176    32     2    31    32    41    12    35    29 
	                            50    21    50    29    66    29   112    32   144    32 
	                             8    58    23    58    27    74    23    74    27    89 
	                             8    91    12    92    23    92    27   106     8   107 
	                            12   105    16   109    23   107    27   192    32   211 
	                            20   221    24   221    26   211    30   228    20   228 
	                            30   224    32   255    32    22    35     4    43    16 
	                            43    21    53     4    58    16    70     4    74    16 
	                            90    16   229    11   235    29   254    16    11    17 
	                            14     3    22    28    28     6     7     1     6    22 
	                            28    14    11     0    14    25    36   208    10     1 
	                            16    10    64    10    96    10   128    10     4    32 
	                            64    11    11     2    85    32    64    13    13     2 
	                            85    10 
	00144: PUSHW[1]            -26 
	00147: NPUSHB      (11):    15    15     2    85    10    24    13    13     2    85 
	                            10 
	00160: PUSHW[1]             -6 
	00163: PUSHB[5]             12    12     2    85    10 
	00169: PUSHW[1]            -18 
	00172: PUSHB[5]             11    11     6    85    10 
	00178: PUSHW[1]            -12 
	00181: PUSHB[5]             15    15     6    85    10 
	00187: PUSHW[1]            -24 
	00190: NPUSHB      (35):    12    12     6    85    10   116     1    19    51     2 
	                            51    18    37     0     0   192     1     1   144     1 
	                           160     1   176     1   240     1     4    31     1    63 
	                             1    79     1     3     1 
	00227: PUSHW[1]             -4 
	00230: NPUSHB      (29):    14    14     2    85     1    16    13    13     2    85 
	                             1    16    12    12     2    85     1    16    11    11 
	                             2    85     1    12    11    11     6    85     1 
	00261: PUSHW[1]            -10 
	00264: PUSHB[5]             16    16     6    85     1 
	00270: PUSHW[1]             -4 
	00273: NPUSHB      (22):    15    15     6    85     1    12    12    12     6    85 
	                             1    18    13    13     6    85     1    25    31    71 
	                            55    24 
	00297: SVTCA[x-axis] 
	00298: CALL       
	00299: FLIPOFF    
	00300: SRP0       
	00301: MIRP[srp0,nmd,rd,0] 
	00302: CALL       
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: CALL       
	00308: CALL       
	00309: CALL       
	00310: CALL       
	00311: DELTAP1    
	00312: DELTAP2    
	00313: DELTAP3    
	00314: ALIGNRP    
	00315: FLIPON     
	00316: SRP0       
	00317: MIRP[srp0,md,rd,1] 
	00318: MIRP[srp0,nmd,rd,0] 
	00319: MIRP[nrp0,nmd,rd,0] 
	00320: SRP0       
	00321: MIRP[srp0,md,rd,1] 
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: DELTAP1    
	00331: DELTAP2    
	00332: MIRP[nrp0,md,rd,1] 
	00333: SVTCA[y-axis] 
	00334: MIAP[rd+ci] 
	00335: MIAP[rd+ci] 
	00336: MIRP[nrp0,md,rd,1] 
	00337: MIAP[rd+ci] 
	00338: MIAP[rd+ci] 
	00339: MIRP[nrp0,md,rd,1] 
	00340: SRP1       
	00341: IP         
	00342: SRP2       
	00343: IP         
	00344: IUP[y]     
	00345: IUP[x]     
	00346: SVTCA[y-axis] 
	00347: DELTAP1    
	00348: SVTCA[x-axis] 
	00349: DELTAP1    
	00350: DELTAP2    
	00351: DELTAP3    
	00352: SVTCA[y-axis] 
	00353: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                              X-Short Off
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:        XDual                         On
	 19:                              X-Short On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   135,  -407)  ->  Abs (   135,  -407)
	  1: Rel (     0,  1469)  ->  Abs (   135,  1062)
	  2: Rel (   164,     0)  ->  Abs (   299,  1062)
	  3: Rel (     0,  -138)  ->  Abs (   299,   924)
	  4: Rel (    58,    81)  ->  Abs (   357,  1005)
	  5: Rel (   146,    81)  ->  Abs (   503,  1086)
	  6: Rel (   104,     0)  ->  Abs (   607,  1086)
	  7: Rel (   136,     0)  ->  Abs (   743,  1086)
	  8: Rel (   208,  -140)  ->  Abs (   951,   946)
	  9: Rel (   106,  -255)  ->  Abs (  1057,   691)
	 10: Rel (     0,  -152)  ->  Abs (  1057,   539)
	 11: Rel (     0,  -163)  ->  Abs (  1057,   376)
	 12: Rel (  -117,  -261)  ->  Abs (   940,   115)
	 13: Rel (  -223,  -139)  ->  Abs (   717,   -24)
	 14: Rel (  -123,     0)  ->  Abs (   594,   -24)
	 15: Rel (   -90,     0)  ->  Abs (   504,   -24)
	 16: Rel (  -143,    76)  ->  Abs (   361,    52)
	 17: Rel (   -46,    58)  ->  Abs (   315,   110)
	 18: Rel (     0,  -517)  ->  Abs (   315,  -407)
	 19: Rel (   -17,   932)  ->  Abs (   298,   525)
	 20: Rel (     0,  -205)  ->  Abs (   298,   320)
	 21: Rel (   166,  -196)  ->  Abs (   464,   124)
	 22: Rel (   118,     0)  ->  Abs (   582,   124)
	 23: Rel (   120,     0)  ->  Abs (   702,   124)
	 24: Rel (   171,   203)  ->  Abs (   873,   327)
	 25: Rel (     0,   213)  ->  Abs (   873,   540)
	 26: Rel (     0,   203)  ->  Abs (   873,   743)
	 27: Rel (  -167,   202)  ->  Abs (   706,   945)
	 28: Rel (  -116,     0)  ->  Abs (   590,   945)
	 29: Rel (  -115,     0)  ->  Abs (   475,   945)
	 30: Rel (  -177,  -215)  ->  Abs (   298,   730)

	Glyph  84: off = 0x00006A54, len = 406
	  numberOfContours:	2
	  xMin:			72
	  yMin:			-407
	  xMax:			992
	  yMax:			1086

	EndPoints
	---------
	  0:  16
	  1:  28

	  Length of Instructions:	310
	00000: NPUSHB     (142):    11     2    43     2    42    24    59     2    75     2 
	                           121    12     6    63    21    63    25    75    25   144 
	                            30   160    30     5    52    19    52    27    63    30 
	                            68    19    68    27    83    19    83    27    99    19 
	                            99    27    96    30   128    30   212     6   213    18 
	                           230     6   233    12   234    24    16    41     2    34 
	                            12    43    21    57     2    53    12    73     2    70 
	                            12    90     2   105     2   217    12   219    24   227 
	                            22   233    25   230    27   252     2    15     1     4 
	                            13    20    26    28    11     7    14     6    20    28 
	                             4    11     0    14    23    14    51     0    37    16 
	                            16   208    15     1    16    15    64    15    96    15 
	                           128    15     4    30    64    11    12     2    85    30 
	                            64    13    13     2    85    15    18    16    16     2 
	                            85    15 
	00144: PUSHW[1]            -12 
	00147: NPUSHB      (17):    15    15     2    85    15     6    14    14     2    85 
	                            15    22    13    13     2    85    15 
	00166: PUSHW[1]             -2 
	00169: NPUSHB      (11):    12    12     2    85    15    22    16    16     6    85 
	                            15 
	00182: PUSHW[1]            -24 
	00185: PUSHB[5]             12    12     6    85    15 
	00191: PUSHW[1]            -12 
	00194: NPUSHB      (63):    13    13     6    85    15   116    17    36   191     7 
	                           207     7   223     7   255     7     4    31     7    63 
	                             7    79     7     3     7    36    11    11     2    85 
	                             7    26    12    12     2    85     7    34    13    13 
	                             2    85     7    22    12    12     6    85     7    26 
	                            13    13     6    85     7    25    29    30   116    33 
	                            52    80    24 
	00259: CALL       
	00260: CALL       
	00261: FLIPOFF    
	00262: MIRP[srp0,nmd,rd,0] 
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: CALL       
	00268: DELTAP1    
	00269: DELTAP2    
	00270: FLIPON     
	00271: MIRP[nrp0,md,rd,1] 
	00272: MIRP[srp0,md,rd,1] 
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: DELTAP1    
	00284: DELTAP2    
	00285: ALIGNRP    
	00286: SRP0       
	00287: MIRP[srp0,md,rd,1] 
	00288: MIRP[srp0,nmd,rd,0] 
	00289: ALIGNRP    
	00290: SVTCA[y-axis] 
	00291: MIAP[rd+ci] 
	00292: MIAP[rd+ci] 
	00293: MIRP[nrp0,md,rd,1] 
	00294: MIAP[rd+ci] 
	00295: MIAP[rd+ci] 
	00296: MIRP[nrp0,md,rd,1] 
	00297: SRP1       
	00298: IP         
	00299: SRP2       
	00300: IP         
	00301: IUP[y]     
	00302: IUP[x]     
	00303: SVTCA[y-axis] 
	00304: DELTAP1    
	00305: SVTCA[x-axis] 
	00306: DELTAP1    
	00307: DELTAP2    
	00308: SVTCA[y-axis] 
	00309: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                                      Off
	  7:        XDual                         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual                 X-Short On
	 16:        XDual                         On
	 17:                                      On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   812,  -407)  ->  Abs (   812,  -407)
	  1: Rel (     0,   520)  ->  Abs (   812,   113)
	  2: Rel (   -42,   -59)  ->  Abs (   770,    54)
	  3: Rel (  -151,   -78)  ->  Abs (   619,   -24)
	  4: Rel (   -85,     0)  ->  Abs (   534,   -24)
	  5: Rel (  -189,     0)  ->  Abs (   345,   -24)
	  6: Rel (  -273,   302)  ->  Abs (    72,   278)
	  7: Rel (     0,   263)  ->  Abs (    72,   541)
	  8: Rel (     0,   160)  ->  Abs (    72,   701)
	  9: Rel (   111,   254)  ->  Abs (   183,   955)
	 10: Rel (   211,   131)  ->  Abs (   394,  1086)
	 11: Rel (   126,     0)  ->  Abs (   520,  1086)
	 12: Rel (   197,     0)  ->  Abs (   717,  1086)
	 13: Rel (   113,  -166)  ->  Abs (   830,   920)
	 14: Rel (     0,   142)  ->  Abs (   830,  1062)
	 15: Rel (   162,     0)  ->  Abs (   992,  1062)
	 16: Rel (     0, -1469)  ->  Abs (   992,  -407)
	 17: Rel (  -735,   941)  ->  Abs (   257,   534)
	 18: Rel (     0,  -205)  ->  Abs (   257,   329)
	 19: Rel (   172,  -205)  ->  Abs (   429,   124)
	 20: Rel (   120,     0)  ->  Abs (   549,   124)
	 21: Rel (   115,     0)  ->  Abs (   664,   124)
	 22: Rel (   166,   195)  ->  Abs (   830,   319)
	 23: Rel (     0,   199)  ->  Abs (   830,   518)
	 24: Rel (     0,   212)  ->  Abs (   830,   730)
	 25: Rel (  -175,   214)  ->  Abs (   655,   944)
	 26: Rel (  -118,     0)  ->  Abs (   537,   944)
	 27: Rel (  -117,     0)  ->  Abs (   420,   944)
	 28: Rel (  -163,  -199)  ->  Abs (   257,   745)

	Glyph  85: off = 0x00006BEA, len = 262
	  numberOfContours:	1
	  xMin:			133
	  yMin:			0
	  xMax:			710
	  yMax:			1086

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	201
	00000: NPUSHB      (59):    47    19     1    16     4     1    35     4    52     4 
	                            67     4    83     4   102     4   116     4     6     9 
	                            17     8     9     8     9    13    19    17     9    13 
	                             0     3     8     1    11    28     6     7     1     6 
	                             0    10     9    40   144     8     1     8    34    32 
	                            19     1    19     2    34    17    37     1     0 
	00061: PUSHW[1]            -64 
	00064: NPUSHB      (16):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0 
	00082: PUSHW[1]             -8 
	00085: PUSHB[5]             16    16     2    85     0 
	00091: PUSHW[1]             -8 
	00094: NPUSHB      (17):    14    14     2    85     0     4    12    12     2    85 
	                             0     6    11    11     2    85     0 
	00113: PUSHW[1]             -4 
	00116: PUSHB[5]             16    16     6    85     0 
	00122: PUSHW[1]            -12 
	00125: NPUSHB      (22):    15    15     6    85     0     6    12    12     6    85 
	                             0     8    13    13     6    85     0    78    18    71 
	                           196    24 
	00149: CALL       
	00150: SRP0       
	00151: MIRP[srp0,nmd,rd,2] 
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: CALL       
	00157: CALL       
	00158: CALL       
	00159: CALL       
	00160: DELTAP1    
	00161: DELTAP2    
	00162: CALL       
	00163: ALIGNRP    
	00164: MIRP[srp0,md,rd,1] 
	00165: MIRP[nrp0,nmd,rd,0] 
	00166: SRP0       
	00167: DELTAP1    
	00168: MIRP[srp0,nmd,rd,0] 
	00169: DELTAP3    
	00170: MIRP[nrp0,nmd,rd,0] 
	00171: SVTCA[y-axis] 
	00172: MIAP[rd+ci] 
	00173: MIAP[rd+ci] 
	00174: MIAP[rd+ci] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: SRP1       
	00177: IP         
	00178: IP         
	00179: SRP1       
	00180: IP         
	00181: IP         
	00182: SVTCA[x-axis] 
	00183: SRP1       
	00184: SRP2       
	00185: IP         
	00186: IP         
	00187: SVTCA[y-axis] 
	00188: SRP0       
	00189: MDRP[nrp0,md,nrd,1] 
	00190: SDPVTL[1]  
	00191: SFVTPV     
	00192: RDTG       
	00193: MDRP[nrp0,nmd,rd,0] 
	00194: IUP[y]     
	00195: IUP[x]     
	00196: SVTCA[y-axis] 
	00197: DELTAP1    
	00198: DELTAP3    
	00199: SVTCA[x-axis] 
	00200: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   133,     0)  ->  Abs (   133,     0)
	  1: Rel (     0,  1062)  ->  Abs (   133,  1062)
	  2: Rel (   162,     0)  ->  Abs (   295,  1062)
	  3: Rel (     0,  -161)  ->  Abs (   295,   901)
	  4: Rel (    62,   113)  ->  Abs (   357,  1014)
	  5: Rel (   105,    72)  ->  Abs (   462,  1086)
	  6: Rel (    63,     0)  ->  Abs (   525,  1086)
	  7: Rel (    91,     0)  ->  Abs (   616,  1086)
	  8: Rel (    94,   -58)  ->  Abs (   710,  1028)
	  9: Rel (   -62,  -167)  ->  Abs (   648,   861)
	 10: Rel (   -66,    39)  ->  Abs (   582,   900)
	 11: Rel (   -66,     0)  ->  Abs (   516,   900)
	 12: Rel (   -59,     0)  ->  Abs (   457,   900)
	 13: Rel (   -94,   -71)  ->  Abs (   363,   829)
	 14: Rel (   -20,   -63)  ->  Abs (   343,   766)
	 15: Rel (   -30,   -96)  ->  Abs (   313,   670)
	 16: Rel (     0,  -114)  ->  Abs (   313,   556)
	 17: Rel (     0,  -556)  ->  Abs (   313,     0)

	Glyph  86: off = 0x00006CF0, len = 936
	  numberOfContours:	1
	  xMin:			63
	  yMin:			-24
	  xMax:			945
	  yMax:			1086

	EndPoints
	---------
	  0:  48

	  Length of Instructions:	791
	00000: NPUSHB     (123):     4    34    20    34    58     9    74     9    68    36 
	                            86    34   101    34   124     9   142     9   132    36 
	                           166    19   171    44   194     3    13     9    23    26 
	                            24    23    48    75    44   214    23     5    27     2 
	                            85     2     2    16    50     1    10    24    92     8 
	                            92     9    92    10    92    11    92    12    92    13 
	                           106     8   106     9   106    10   106    11   106    12 
	                           106    13   180    38   180    39    15    39    38    36 
	                            39    36    41    54    36    90    10    89    11   100 
	                            38   100    40   116    35   116    36   128    36   147 
	                            10   156    12   146    40   151    44   149    48   164 
	                            10   169    12   163    39   164    40   179    38   197 
	                            38    22    40 
	00125: PUSHW[1]            -12 
	00128: PUSHB[5]             13    13     6    85    34 
	00134: PUSHW[1]            -12 
	00137: PUSHB[5]             13    13     6    85    35 
	00143: PUSHW[1]            -12 
	00146: PUSHB[5]             13    13     6    85    36 
	00152: PUSHW[1]            -12 
	00155: PUSHB[5]             13    13     6    85    40 
	00161: PUSHW[1]            -12 
	00164: PUSHB[5]             12    12     6    85    34 
	00170: PUSHW[1]            -12 
	00173: PUSHB[5]             12    12     6    85    35 
	00179: PUSHW[1]            -12 
	00182: PUSHB[5]             12    12     6    85    36 
	00188: PUSHW[1]            -12 
	00191: PUSHB[5]             12    12     6    85    29 
	00197: PUSHW[1]            -34 
	00200: NPUSHB      (18):    30    57    90     8    39    37    12    10     4    26 
	                            32    38    21     4    11    46    29    26 
	00220: PUSHW[1]            682 
	00223: NPUSHB      (34):    25    44    11    11     2    85    31    25    63    25 
	                            79    25    95    25   175    25   207    25     6    15 
	                            25    31    25   111    25   223    25     4    31    25 
	                           143    25     2    25 
	00259: PUSHW[6]            597    21     0   682     1   -64 
	00272: NPUSHB      (20):    11    11     2    85    16     1    64     1     2    16 
	                             1   208     1     2     0     1    16     1     2     1 
	00294: PUSHW[1]            -64 
	00297: PUSHB[4]             20    22    52     1 
	00302: PUSHW[1]            -64 
	00305: NPUSHB      (16):    14    17    52     1     1    46    92    29   108    29 
	                             2    29    28    21     7     4 
	00323: PUSHW[1]            -12 
	00326: PUSHB[5]             11    11     2    85     4 
	00332: PUSHW[1]            -26 
	00335: PUSHB[5]             16    16     6    85     4 
	00341: PUSHW[1]            -26 
	00344: NPUSHB      (19):    15    15     6    85     4    28    46    11    31    26 
	                             1    26    36    25    64    19    24    52    50 
	00365: PUSHW[1]            -64 
	00368: NPUSHB      (47):    15    15     2    85    25    24    15    15     2    85 
	                            25    24    13    13     2    85    25    22    12    12 
	                             2    85    25    32    16    16     6    85    25    32 
	                            15    15     6    85    25    16    12    12     6    85 
	                            25    22    13    13     6    85    25 
	00417: PUSHW[1]            603 
	00420: PUSHB[3]              7    36    42 
	00424: PUSHW[1]            -64 
	00427: PUSHB[6]             28    57   208    42     1    42 
	00434: PUSHW[1]            -26 
	00437: PUSHB[5]             12    12     2    85    42 
	00443: PUSHW[1]            -24 
	00446: PUSHB[5]             15    15     2    85    42 
	00452: PUSHW[1]            -24 
	00455: PUSHB[5]             12    12     6    85    42 
	00461: PUSHW[1]            -22 
	00464: PUSHB[7]             13    13     6    85    42    26    50 
	00472: PUSHW[1]            -64 
	00475: NPUSHB      (33):    39    42    52    96    50   192    50     2    63    50 
	                           128    50     2    50    16     1     1     1    36     0 
	                            24    13    13     2    85     0    16    13    13     6 
	                            85     0    32 
	00510: PUSHW[1]            -12 
	00513: PUSHB[5]             13    13     2    85    32 
	00519: PUSHW[1]            -12 
	00522: PUSHB[5]             16    16     6    85    32 
	00528: PUSHW[1]            -12 
	00531: NPUSHB      (25):    15    15     6    85    32    36    15    16    11    11 
	                             2    85    15    22    12    12     2    85    15    32 
	                            13    13     2    85    15 
	00558: PUSHW[1]             -6 
	00561: NPUSHB      (32):    15    15     2    85    15    14    12    12     6    85 
	                            15    12    13    13     6    85    15    34   223     0 
	                             1    63     0    79     0     2     0    25    49    52 
	                            55    24 
	00595: CALL       
	00596: FLIPOFF    
	00597: SRP0       
	00598: MIRP[srp0,nmd,rd,0] 
	00599: DELTAP1    
	00600: DELTAP2    
	00601: FLIPON     
	00602: MIRP[srp0,nmd,rd,0] 
	00603: CALL       
	00604: CALL       
	00605: CALL       
	00606: CALL       
	00607: CALL       
	00608: CALL       
	00609: MIRP[nrp0,md,rd,1] 
	00610: CALL       
	00611: CALL       
	00612: CALL       
	00613: SRP0       
	00614: CALL       
	00615: CALL       
	00616: MIRP[nrp0,md,rd,1] 
	00617: DELTAP3    
	00618: FLIPOFF    
	00619: SRP0       
	00620: DELTAP1    
	00621: DELTAP2    
	00622: CALL       
	00623: MIRP[srp0,nmd,rd,2] 
	00624: CALL       
	00625: CALL       
	00626: CALL       
	00627: CALL       
	00628: DELTAP2    
	00629: CALL       
	00630: FLIPON     
	00631: MIRP[nrp0,md,rd,1] 
	00632: MIRP[srp0,nmd,rd,0] 
	00633: CALL       
	00634: CALL       
	00635: CALL       
	00636: CALL       
	00637: CALL       
	00638: CALL       
	00639: CALL       
	00640: CALL       
	00641: CALL       
	00642: MIRP[nrp0,md,rd,1] 
	00643: DELTAP3    
	00644: SVTCA[y-axis] 
	00645: MIAP[rd+ci] 
	00646: MIRP[nrp0,md,rd,1] 
	00647: CALL       
	00648: CALL       
	00649: CALL       
	00650: MIAP[rd+ci] 
	00651: MIRP[nrp0,md,rd,1] 
	00652: DELTAP2    
	00653: SRP2       
	00654: IP         
	00655: MDAP[rd]   
	00656: CALL       
	00657: CALL       
	00658: DELTAP1    
	00659: DELTAP2    
	00660: DELTAP3    
	00661: CALL       
	00662: MIRP[nrp0,nmd,rd,0] 
	00663: SRP0       
	00664: MIRP[srp0,md,rd,1] 
	00665: DELTAP1    
	00666: DELTAP2    
	00667: DELTAP3    
	00668: CALL       
	00669: MIRP[nrp0,nmd,rd,0] 
	00670: SRP1       
	00671: SRP2       
	00672: IP         
	00673: SRP1       
	00674: SRP2       
	00675: IP         
	00676: SVTCA[x-axis] 
	00677: SRP1       
	00678: SRP2       
	00679: SLOOP      
	00680: IP         
	00681: IUP[y]     
	00682: IUP[x]     
	00683: RS         
	00684: JROF       
	00685: NPUSHB      (64):    39    45    30    35     5    20    44    38    17    16 
	                            18    16    19    16     3     6    34    13    32    27 
	                             0     9    40     7    27     1     5    45     7    27 
	                             1    30    20    32    27     0    33    14    35    27 
	                             0    34    35    13    12     8    41    10    27     1 
	                            40    39     9    10     6    43     4    27     0    31 
	                            16    29    27     1 
	00751: SVTCA[y-axis] 
	00752: CALL       
	00753: CALL       
	00754: SRP0       
	00755: ALIGNRP    
	00756: SRP0       
	00757: ALIGNRP    
	00758: CALL       
	00759: SRP0       
	00760: ALIGNRP    
	00761: SRP0       
	00762: ALIGNRP    
	00763: CALL       
	00764: SVTCA[x-axis] 
	00765: CALL       
	00766: CALL       
	00767: CALL       
	00768: CALL       
	00769: LOOPCALL   
	00770: CALL       
	00771: FLIPRGON   
	00772: FLIPRGON   
	00773: FLIPRGON   
	00774: SVTCA[y-axis] 
	00775: CALL       
	00776: CALL       
	00777: CALL       
	00778: CALL       
	00779: CALL       
	00780: CALL       
	00781: CALL       
	00782: CALL       
	00783: CALL       
	00784: DELTAP1    
	00785: DELTAP2    
	00786: SVTCA[x-axis] 
	00787: DELTAP1    
	00788: DELTAP3    
	00789: DELTAP2    
	00790: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual       Rep-  2 Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:                      Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:        XDual         Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short On
	 39:        XDual Rep-  2 Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    63,   317)  ->  Abs (    63,   317)
	  1: Rel (   178,    28)  ->  Abs (   241,   345)
	  2: Rel (    15,  -107)  ->  Abs (   256,   238)
	  3: Rel (   137,  -114)  ->  Abs (   393,   124)
	  4: Rel (   123,     0)  ->  Abs (   516,   124)
	  5: Rel (   124,     0)  ->  Abs (   640,   124)
	  6: Rel (   120,   101)  ->  Abs (   760,   225)
	  7: Rel (     0,    68)  ->  Abs (   760,   293)
	  8: Rel (     0,    61)  ->  Abs (   760,   354)
	  9: Rel (   -53,    35)  ->  Abs (   707,   389)
	 10: Rel (   -37,    24)  ->  Abs (   670,   413)
	 11: Rel (  -147,    37)  ->  Abs (   523,   450)
	 12: Rel (  -198,    50)  ->  Abs (   325,   500)
	 13: Rel (  -153,    73)  ->  Abs (   172,   573)
	 14: Rel (   -79,   129)  ->  Abs (    93,   702)
	 15: Rel (     0,    78)  ->  Abs (    93,   780)
	 16: Rel (     0,    71)  ->  Abs (    93,   851)
	 17: Rel (    65,   121)  ->  Abs (   158,   972)
	 18: Rel (    56,    40)  ->  Abs (   214,  1012)
	 19: Rel (    42,    31)  ->  Abs (   256,  1043)
	 20: Rel (   145,    43)  ->  Abs (   401,  1086)
	 21: Rel (    83,     0)  ->  Abs (   484,  1086)
	 22: Rel (   125,     0)  ->  Abs (   609,  1086)
	 23: Rel (   189,   -72)  ->  Abs (   798,  1014)
	 24: Rel (    90,  -123)  ->  Abs (   888,   891)
	 25: Rel (    17,  -103)  ->  Abs (   905,   788)
	 26: Rel (  -176,   -24)  ->  Abs (   729,   764)
	 27: Rel (   -12,    82)  ->  Abs (   717,   846)
	 28: Rel (  -115,    92)  ->  Abs (   602,   938)
	 29: Rel (  -105,     0)  ->  Abs (   497,   938)
	 30: Rel (  -124,     0)  ->  Abs (   373,   938)
	 31: Rel (  -106,   -82)  ->  Abs (   267,   856)
	 32: Rel (     0,   -55)  ->  Abs (   267,   801)
	 33: Rel (     0,   -35)  ->  Abs (   267,   766)
	 34: Rel (    22,   -28)  ->  Abs (   289,   738)
	 35: Rel (    22,   -29)  ->  Abs (   311,   709)
	 36: Rel (    47,   -19)  ->  Abs (   358,   690)
	 37: Rel (    27,   -10)  ->  Abs (   385,   680)
	 38: Rel (   132,   -36)  ->  Abs (   517,   644)
	 39: Rel (   191,   -51)  ->  Abs (   708,   593)
	 40: Rel (   151,   -65)  ->  Abs (   859,   528)
	 41: Rel (    86,  -124)  ->  Abs (   945,   404)
	 42: Rel (     0,   -92)  ->  Abs (   945,   312)
	 43: Rel (     0,   -90)  ->  Abs (   945,   222)
	 44: Rel (  -105,  -159)  ->  Abs (   840,    63)
	 45: Rel (  -198,   -87)  ->  Abs (   642,   -24)
	 46: Rel (  -125,     0)  ->  Abs (   517,   -24)
	 47: Rel (  -207,     0)  ->  Abs (   310,   -24)
	 48: Rel (  -217,   172)  ->  Abs (    93,   148)

	Glyph  87: off = 0x00007098, len = 292
	  numberOfContours:	1
	  xMin:			36
	  yMin:			-14
	  xMax:			554
	  yMax:			1433

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	216
	00000: PUSHW[2]             10   -64 
	00005: PUSHB[4]             35    38    52     9 
	00010: PUSHW[1]            -64 
	00013: NPUSHB      (65):    35    38    52   128    25     1     0     1    12    13 
	                            10     1     3     0    22    16     9    43    15    10 
	                             6    22    28     3    11    15    16    34     0    34 
	                             1    13    18    37    12     1   255     7     8    69 
	                             9    69    96     7   112     7   128     7   144     7 
	                             4     0     7    32     7   160     7   176     7   192 
	                             7   208     7     6     7 
	00080: PUSHW[1]            -18 
	00083: PUSHB[5]             16    16     2    85     7 
	00089: PUSHW[1]            -12 
	00092: PUSHB[5]             15    15     2    85     7 
	00098: PUSHW[1]            -14 
	00101: PUSHB[5]             14    14     2    85     7 
	00107: PUSHW[1]             -8 
	00110: PUSHB[5]             13    13     2    85     7 
	00116: PUSHW[1]             -8 
	00119: PUSHB[5]             12    12     2    85     7 
	00125: PUSHW[1]             -6 
	00128: PUSHB[5]             16    16     6    85     7 
	00134: PUSHW[1]            -16 
	00137: NPUSHB      (11):    15    15     6    85     7     6    12    12     6    85 
	                             7 
	00150: PUSHW[1]            -24 
	00153: PUSHB[5]             13    13     6    85     7 
	00159: PUSHW[3]            618    24   310 
	00166: PUSHB[2]            102    24 
	00169: CALL       
	00170: SRP0       
	00171: MIRP[srp0,nmd,rd,2] 
	00172: CALL       
	00173: CALL       
	00174: CALL       
	00175: CALL       
	00176: CALL       
	00177: CALL       
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: DELTAP1    
	00182: DELTAP2    
	00183: MIRP[srp0,nmd,rd,0] 
	00184: MIRP[nrp0,nmd,rd,0] 
	00185: SRP0       
	00186: MIRP[nrp0,md,rd,1] 
	00187: ALIGNRP    
	00188: MIRP[srp0,md,rd,1] 
	00189: ALIGNRP    
	00190: SRP0       
	00191: MIRP[nrp0,nmd,rd,0] 
	00192: MIRP[srp0,nmd,rd,0] 
	00193: ALIGNRP    
	00194: SVTCA[y-axis] 
	00195: MIAP[rd+ci] 
	00196: MIRP[nrp0,md,rd,1] 
	00197: MIAP[rd+ci] 
	00198: ALIGNRP    
	00199: MIRP[srp0,md,rd,1] 
	00200: ALIGNRP    
	00201: SRP1       
	00202: IP         
	00203: SRP2       
	00204: IP         
	00205: SRP1       
	00206: SHP[rp1,zp0] 
	00207: SHP[rp1,zp0] 
	00208: SRP0       
	00209: MDRP[nrp0,md,nrd,1] 
	00210: IUP[y]     
	00211: IUP[x]     
	00212: SVTCA[x-axis] 
	00213: DELTAP1    
	00214: CALL       
	00215: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:        XDual         Y-Short         On
	 17:  YDual                       X-Short On
	 18:        XDual                         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   528,   161)  ->  Abs (   528,   161)
	  1: Rel (    26,  -159)  ->  Abs (   554,     2)
	  2: Rel (   -76,   -16)  ->  Abs (   478,   -14)
	  3: Rel (   -60,     0)  ->  Abs (   418,   -14)
	  4: Rel (   -98,     0)  ->  Abs (   320,   -14)
	  5: Rel (  -108,    62)  ->  Abs (   212,    48)
	  6: Rel (   -44,   101)  ->  Abs (   168,   149)
	  7: Rel (     0,   162)  ->  Abs (   168,   311)
	  8: Rel (     0,   611)  ->  Abs (   168,   922)
	  9: Rel (  -132,     0)  ->  Abs (    36,   922)
	 10: Rel (     0,   140)  ->  Abs (    36,  1062)
	 11: Rel (   132,     0)  ->  Abs (   168,  1062)
	 12: Rel (     0,   263)  ->  Abs (   168,  1325)
	 13: Rel (   179,   108)  ->  Abs (   347,  1433)
	 14: Rel (     0,  -371)  ->  Abs (   347,  1062)
	 15: Rel (   181,     0)  ->  Abs (   528,  1062)
	 16: Rel (     0,  -140)  ->  Abs (   528,   922)
	 17: Rel (  -181,     0)  ->  Abs (   347,   922)
	 18: Rel (     0,  -621)  ->  Abs (   347,   301)
	 19: Rel (     0,   -77)  ->  Abs (   347,   224)
	 20: Rel (    19,   -44)  ->  Abs (   366,   180)
	 21: Rel (    43,   -26)  ->  Abs (   409,   154)
	 22: Rel (    40,     0)  ->  Abs (   449,   154)
	 23: Rel (    30,     0)  ->  Abs (   479,   154)

	Glyph  88: off = 0x000071BC, len = 414
	  numberOfContours:	1
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1062

	EndPoints
	---------
	  0:  24

	  Length of Instructions:	335
	00000: PUSHW[2]             26   -64 
	00005: NPUSHB       (9):    21    23    52     2    32    19    22    52    15 
	00016: PUSHW[1]            -16 
	00019: NPUSHB      (51):    18    20    52    43    19     1    36     8    19    22 
	                            12     1    19    22    11     6     0    10    17    28 
	                             3    11     0    51    22    37    24    23    64    51 
	                            54    52    26    64    16    16     2    85    23    40 
	                            16    16     2    85    23    18    14    14     2    85 
	                            23 
	00072: PUSHW[1]            -20 
	00075: NPUSHB      (11):    13    13     2    85    23     4    12    12     2    85 
	                            23 
	00088: PUSHW[1]            -12 
	00091: NPUSHB      (11):    11    11     6    85    23    20    16    16     6    85 
	                            23 
	00104: PUSHW[1]             -8 
	00107: NPUSHB      (11):    13    13     6    85    23    12    15    15     6    85 
	                            23 
	00120: PUSHW[1]            -10 
	00123: NPUSHB      (13):    12    12     6    85   255    23     1   192    23     1 
	                            23    78    26 
	00138: PUSHW[1]            -64 
	00141: NPUSHB      (21):    52    54    52   176    26   240    26     2   112    26 
	                           160    26   176    26   255    26     4    26    12    37 
	                             9 
	00164: PUSHW[1]            -64 
	00167: NPUSHB      (16):    51    54    52   240     9     1     0     9    32     9 
	                           208     9   224     9     4     9 
	00185: PUSHW[1]             -8 
	00188: PUSHB[5]             16    16     2    85     9 
	00194: PUSHW[1]             -8 
	00197: NPUSHB      (17):    14    14     2    85     9     4    12    12     2    85 
	                             9    10    11    11     6    85     9 
	00216: PUSHW[1]            -10 
	00219: NPUSHB      (22):    15    15     6    85     9     2    12    12     6    85 
	                             9     2    13    13     6    85     9    78    25    71 
	                            80    24 
	00243: CALL       
	00244: SRP0       
	00245: MIRP[srp0,nmd,rd,2] 
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: DELTAP1    
	00254: DELTAP2    
	00255: CALL       
	00256: MIRP[nrp0,md,rd,1] 
	00257: SRP0       
	00258: DELTAP1    
	00259: DELTAP2    
	00260: CALL       
	00261: MIRP[srp0,nmd,rd,2] 
	00262: DELTAP1    
	00263: DELTAP2    
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: CALL       
	00268: CALL       
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: ALIGNRP    
	00276: MIRP[srp0,md,rd,1] 
	00277: MIRP[nrp0,nmd,rd,0] 
	00278: SVTCA[y-axis] 
	00279: MIAP[rd+ci] 
	00280: MIRP[nrp0,md,rd,1] 
	00281: MIAP[rd+ci] 
	00282: MIAP[rd+ci] 
	00283: ALIGNRP    
	00284: IP         
	00285: IP         
	00286: SVTCA[x-axis] 
	00287: SRP1       
	00288: SRP2       
	00289: IP         
	00290: IUP[y]     
	00291: IUP[x]     
	00292: RS         
	00293: JROF       
	00294: NPUSHB      (26):     4    16    14    13    15    13     2     6     7     8 
	                             6     8     5     8     3     6    16     4    12    27 
	                             0    13     8    17    27     0 
	00322: SVTCA[y-axis] 
	00323: CALL       
	00324: SVTCA[x-axis] 
	00325: CALL       
	00326: LOOPCALL   
	00327: LOOPCALL   
	00328: FLIPRGON   
	00329: SVTCA[y-axis] 
	00330: DELTAP1    
	00331: SVTCA[x-axis] 
	00332: CALL       
	00333: CALL       
	00334: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual XDual         Y-Short         On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:        XDual                         On
	 23:  YDual XDual                 X-Short On
	 24:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   831,     0)  ->  Abs (   831,     0)
	  1: Rel (     0,   156)  ->  Abs (   831,   156)
	  2: Rel (  -124,  -180)  ->  Abs (   707,   -24)
	  3: Rel (  -213,     0)  ->  Abs (   494,   -24)
	  4: Rel (   -94,     0)  ->  Abs (   400,   -24)
	  5: Rel (  -163,    72)  ->  Abs (   237,    48)
	  6: Rel (   -79,   109)  ->  Abs (   158,   157)
	  7: Rel (   -16,    79)  ->  Abs (   142,   236)
	  8: Rel (   -11,    53)  ->  Abs (   131,   289)
	  9: Rel (     0,   115)  ->  Abs (   131,   404)
	 10: Rel (     0,   658)  ->  Abs (   131,  1062)
	 11: Rel (   180,     0)  ->  Abs (   311,  1062)
	 12: Rel (     0,  -589)  ->  Abs (   311,   473)
	 13: Rel (     0,  -141)  ->  Abs (   311,   332)
	 14: Rel (    11,   -49)  ->  Abs (   322,   283)
	 15: Rel (    17,   -71)  ->  Abs (   339,   212)
	 16: Rel (   110,   -81)  ->  Abs (   449,   131)
	 17: Rel (    81,     0)  ->  Abs (   530,   131)
	 18: Rel (    81,     0)  ->  Abs (   611,   131)
	 19: Rel (   142,    83)  ->  Abs (   753,   214)
	 20: Rel (    59,   143)  ->  Abs (   812,   357)
	 21: Rel (     0,   136)  ->  Abs (   812,   493)
	 22: Rel (     0,   569)  ->  Abs (   812,  1062)
	 23: Rel (   180,     0)  ->  Abs (   992,  1062)
	 24: Rel (     0, -1062)  ->  Abs (   992,     0)

	Glyph  89: off = 0x0000735A, len = 542
	  numberOfContours:	1
	  xMin:			26
	  yMin:			0
	  xMax:			1000
	  yMax:			1062

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	490
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (23):     5     8     0    10     8     6     1     6    10     0 
	                             5     9     8     5     1     2     5    36    15    15 
	                             2    85     5 
	00031: MDAP[rd]   
	00032: CALL       
	00033: MDRP[srp0,md,rd,1] 
	00034: MDRP[nrp0,md,rd,1] 
	00035: SRP0       
	00036: MDRP[srp0,md,rd,1] 
	00037: MDRP[nrp0,md,rd,1] 
	00038: SRP1       
	00039: SHP[rp1,zp0] 
	00040: SHP[rp1,zp0] 
	00041: SVTCA[y-axis] 
	00042: MIAP[rd+ci] 
	00043: MIAP[rd+ci] 
	00044: MIAP[rd+ci] 
	00045: SRP2       
	00046: IP         
	00047: IUP[y]     
	00048: IUP[x]     
	00049: ELSE       
	00050: PUSHB[8]             53     5     1     0    34    17    57    10 
	00059: PUSHW[1]            -34 
	00062: NPUSHB      (13):    17    57     9    22    18    28    52     8    22    18 
	                            28    52     2 
	00077: PUSHW[1]            -22 
	00080: PUSHB[4]             18    28    52     1 
	00085: PUSHW[1]            -22 
	00088: PUSHB[4]             18    28    52    10 
	00093: PUSHW[1]            -40 
	00096: NPUSHB       (9):    30    33    52     0    40    30    33    52    10 
	00107: PUSHW[1]            -24 
	00110: NPUSHB       (9):    34    37    52     0    22    34    37    52    10 
	00121: PUSHW[1]            -38 
	00124: NPUSHB     (126):    40    46    52     0    32    40    46    52    15    12 
	                            41     0    40     9    38    10    57     0    53    10 
	                            72     0    71    10    86     1    86     2    89     8 
	                            88     9   102     1   102     2   105     8   105     9 
	                           120     0   119     1   119     2   121     8   120     9 
	                           119    10   135     1   135     2   134     3   137     7 
	                           136     8   138     9   157     0   152     9   145    10 
	                           172     0   162    10   189     0   183     7   177    10 
	                           201     0   197    10   218     0   213    10   236     0 
	                           227    10   251     0   244    10    44    10     0     5 
	                            10    24     0    22    10    40     0    38    10    55 
	                            10    79     0    64    10     9     5    64    18    22 
	                            52     5    64    11    13    52 
	00252: PUSHB[2]              6     2 
	00255: RS         
	00256: EQ         
	00257: IF         
	00258: NPUSHB       (9):     5     1     0     8     6     1     6     0    10 
	00269: PUSHW[1]            -12 
	00272: NPUSHB      (15):    13    13     6    85    10     0    12    13    13     6 
	                            85     0     5     9     8 
	00289: PUSHW[1]            -12 
	00292: NPUSHB      (18):    13    13     6    85     8     5     1     2    12    13 
	                            13     6    85     2     5     5    12    11 
	00312: SRP1       
	00313: SRP2       
	00314: IP         
	00315: MDAP[rd]   
	00316: MDRP[srp0,md,rd,1] 
	00317: CALL       
	00318: MDRP[nrp0,md,rd,1] 
	00319: SRP0       
	00320: MDRP[srp0,md,rd,1] 
	00321: CALL       
	00322: MDRP[nrp0,md,rd,1] 
	00323: SRP0       
	00324: MDRP[nrp0,md,rd,1] 
	00325: CALL       
	00326: MDRP[nrp0,md,rd,1] 
	00327: CALL       
	00328: SVTCA[y-axis] 
	00329: MDAP[rd]   
	00330: MIAP[rd+ci] 
	00331: MIAP[rd+ci] 
	00332: SRP1       
	00333: SRP2       
	00334: IP         
	00335: IUP[y]     
	00336: IUP[x]     
	00337: ELSE       
	00338: NPUSHB      (55):    10     7     8     8    37     9    10    20     9     9 
	                            10     0     3     2     2    37     1     0    20     1 
	                             1     0     5    10    10     0    10     9     8     8 
	                             2     2     1     6     7    10     9     3     0     1 
	                             5    47    12     1    12    34     8    64    64    64 
	                             9   128     9     2     9 
	00395: PUSHW[1]            283 
	00398: PUSHB[6]             64     5   128     5     2     5 
	00405: PUSHW[1]            283 
	00408: NPUSHB       (9):    32     2    64     1    34    11   234   210    24 
	00419: CALL       
	00420: SRP0       
	00421: MIRP[srp0,nmd,rd,2] 
	00422: MIRP[nrp0,md,rd,1] 
	00423: SMD        
	00424: RTHG       
	00425: MIRP[srp0,md,rd,1] 
	00426: DELTAP1    
	00427: MIRP[srp0,md,rd,1] 
	00428: DELTAP1    
	00429: SMD        
	00430: RTG        
	00431: MIRP[nrp0,md,rd,1] 
	00432: MIRP[nrp0,nmd,rd,0] 
	00433: DELTAP1    
	00434: SRP1       
	00435: SRP2       
	00436: IP         
	00437: IP         
	00438: SRP2       
	00439: IP         
	00440: IP         
	00441: SVTCA[y-axis] 
	00442: MIAP[rd+ci] 
	00443: ALIGNRP    
	00444: SRP0       
	00445: ALIGNRP    
	00446: SRP0       
	00447: ALIGNRP    
	00448: MIAP[rd+ci] 
	00449: ALIGNRP    
	00450: SRP1       
	00451: IP         
	00452: SDPVTL[1]  
	00453: SFVTCA[x-axis] 
	00454: MDAP[nrd]  
	00455: CALL       
	00456: SDPVTL[1]  
	00457: RDTG       
	00458: MDRP[nrp0,nmd,rd,0] 
	00459: SDPVTL[1]  
	00460: MDAP[nrd]  
	00461: RTG        
	00462: CALL       
	00463: SDPVTL[1]  
	00464: RDTG       
	00465: MDRP[nrp0,nmd,rd,0] 
	00466: EIF        
	00467: IUP[y]     
	00468: IUP[x]     
	00469: SVTCA[y-axis] 
	00470: CALL       
	00471: CALL       
	00472: SVTCA[x-axis] 
	00473: DELTAP2    
	00474: DELTAP1    
	00475: CALL       
	00476: CALL       
	00477: CALL       
	00478: CALL       
	00479: CALL       
	00480: CALL       
	00481: CALL       
	00482: CALL       
	00483: CALL       
	00484: CALL       
	00485: CALL       
	00486: CALL       
	00487: SVTCA[y-axis] 
	00488: DELTAP1    
	00489: EIF        

	Flags
	-----
	  0:  YDual                               On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                 X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual XDual                 X-Short On
	 10:                                      On

	Coordinates
	-----------
	  0: Rel (   430,     0)  ->  Abs (   430,     0)
	  1: Rel (  -404,  1062)  ->  Abs (    26,  1062)
	  2: Rel (   190,     0)  ->  Abs (   216,  1062)
	  3: Rel (   228,  -636)  ->  Abs (   444,   426)
	  4: Rel (    37,  -103)  ->  Abs (   481,   323)
	  5: Rel (    31,  -111)  ->  Abs (   512,   212)
	  6: Rel (    24,    84)  ->  Abs (   536,   296)
	  7: Rel (    43,   118)  ->  Abs (   579,   414)
	  8: Rel (   236,   648)  ->  Abs (   815,  1062)
	  9: Rel (   185,     0)  ->  Abs (  1000,  1062)
	 10: Rel (  -402, -1062)  ->  Abs (   598,     0)

	Glyph  90: off = 0x00007578, len = 1130
	  numberOfContours:	1
	  xMin:			6
	  yMin:			0
	  xMax:			1463
	  yMax:			1062

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	1053
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: PUSHW[2]             18   -12 
	00011: NPUSHB      (17):    13    13     2    85     7     6    13    13     2    85 
	                             0     6    13    13     2    85    10 
	00030: PUSHW[1]            -44 
	00033: PUSHB[5]             12    13     2    85     4 
	00039: PUSHW[1]            -24 
	00042: NPUSHB      (11):    12    13     2    85    17    32    12    13     2    85 
	                            10 
	00055: PUSHW[1]            -64 
	00058: PUSHB[5]             14    16     2    85     4 
	00064: PUSHW[1]            -64 
	00067: NPUSHB      (47):    14    16     2    85    17    64    14    16     2    85 
	                             4    10    17     3     1     0    12     6     7     6 
	                             1     6    15    10     0    10    13    12     6    12 
	                            12     2    85    12    17     1     2     4    10     4 
	                            17    10    12    12     2    85    17 
	00116: PUSHW[1]             -8 
	00119: PUSHB[5]             13    13     2    85    17 
	00125: MDAP[rd]   
	00126: CALL       
	00127: CALL       
	00128: MDRP[nrp0,md,rd,1] 
	00129: MDRP[nrp0,md,rd,1] 
	00130: SRP0       
	00131: MDRP[srp0,nmd,rd,2] 
	00132: MDRP[nrp0,md,rd,1] 
	00133: SRP0       
	00134: MDRP[srp0,nmd,rd,0] 
	00135: CALL       
	00136: MDRP[nrp0,md,rd,1] 
	00137: SVTCA[y-axis] 
	00138: MIAP[rd+ci] 
	00139: MIAP[rd+ci] 
	00140: MIAP[rd+ci] 
	00141: MIAP[rd+ci] 
	00142: MIAP[rd+ci] 
	00143: SRP1       
	00144: SRP2       
	00145: SLOOP      
	00146: IP         
	00147: IUP[y]     
	00148: IUP[x]     
	00149: SVTCA[y-axis] 
	00150: CALL       
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: SVTCA[x-axis] 
	00157: CALL       
	00158: CALL       
	00159: CALL       
	00160: ELSE       
	00161: NPUSHB      (22):    15    20     1    42     4    41    10     2    74    17 
	                            91    17   142    17     3    17    32    13    13     6 
	                            85    10 
	00185: PUSHW[1]            -32 
	00188: PUSHB[5]             13    13     6    85     4 
	00194: PUSHW[1]            -32 
	00197: PUSHB[5]             13    13     6    85    17 
	00203: PUSHW[1]            -16 
	00206: NPUSHB       (9):    31    33    52    16    28    29    39    52     9 
	00217: PUSHW[1]            -16 
	00220: NPUSHB     (183):    31    36    52     4     6    12     9    19     6    27 
	                             9    25    18     5     4     0     4     6    11     9 
	                            11    14     8    18    16     0    19     3    20     7 
	                            28     8    27    11    29    14    36     0    37     7 
	                            42     8    43    14    52     0    53     7    58     8 
	                            59    14    68     3    71     6    64     7    77     8 
	                            75    11    67    15    71    17    74    18    91    15 
	                            82    18   107     7   100     8   103    18   121     6 
	                           122     7   116     8   185     6   186    15   182    18 
	                           245     6   251     9    40    11    17    40     0    40 
	                            13    39    14    40    15    39    18    47    20    56 
	                             0    55    18   119     8   134     8   152     3   151 
	                            12   167     1   168     2   168    11   166    12   181 
	                             0   182     6   186    14   200     4   214     6   217 
	                             9   232     4   232    15   231    18   244     6   250 
	                             9    28    11     6    13    13     6    85    12     6 
	                            13    13     6    85    16     6    13    13     6    85 
	                            14     6    13    13     6    85    15     6    13    13 
	                             6    85    18 
	00405: PUSHB[2]              6     2 
	00408: RS         
	00409: EQ         
	00410: IF         
	00411: NPUSHB      (27):    10    14    15     4    18     0    17     8     7     8 
	                            37     7    15    37    14    18    37     0     0    14 
	                             7     3    13     1    12    37    13 
	00440: PUSHW[1]            -42 
	00443: NPUSHB      (55):    11    11     6    85    13     2    37     1    42    11 
	                            11     6    85     1    13     1    20    19     6    10 
	                            11    17    38    10    43    17    84     4    82    10 
	                            92    17   108    17   124    17   138    17    10    17 
	                            10     4     3     0     1    15    10     0    10    12 
	                             6     7     6     1     6 
	00500: SVTCA[y-axis] 
	00501: MIAP[rd+ci] 
	00502: MIAP[rd+ci] 
	00503: MIAP[rd+ci] 
	00504: MIAP[rd+ci] 
	00505: MIAP[rd+ci] 
	00506: SRP1       
	00507: SRP2       
	00508: SLOOP      
	00509: IP         
	00510: DELTAP1    
	00511: SVTCA[x-axis] 
	00512: SRP1       
	00513: SRP2       
	00514: IP         
	00515: IP         
	00516: MDAP[rd]   
	00517: CALL       
	00518: MIRP[srp0,nmd,rd,0] 
	00519: MDAP[rd]   
	00520: CALL       
	00521: MIRP[srp0,nmd,rd,0] 
	00522: SRP1       
	00523: SRP2       
	00524: SLOOP      
	00525: IP         
	00526: SRP0       
	00527: MIRP[nrp0,nmd,rd,0] 
	00528: SRP0       
	00529: MIRP[nrp0,nmd,rd,0] 
	00530: SRP0       
	00531: MIRP[nrp0,nmd,rd,0] 
	00532: SRP1       
	00533: SRP2       
	00534: IP         
	00535: SRP1       
	00536: SRP2       
	00537: IP         
	00538: SRP1       
	00539: SRP2       
	00540: IP         
	00541: ELSE       
	00542: NPUSHB      (20):     3     5     5     2     6     7     7     5     9    10 
	                            10     8    11    12    12    10    16    17    17    15 
	00564: PUSHW[1]           -181 
	00567: PUSHB[4]              5     0    18    32 
	00572: PUSHW[1]           -183 
	00575: NPUSHB     (102):    10    15    14    32   195    17     7     8    32     7 
	                            17    18    18    43     5     7    20     5     5     7 
	                            14    10    12    12    37    13    14    20    13    13 
	                            14     8    17    15    15    43    10     8    20    10 
	                            10     8     0     5     2     2    37     1     0    20 
	                             1     1     0     0     2     1     7    18     4     8 
	                            15    17    12    14    13    10    17    10     4     3 
	                            18    13    12    12     8     8     7     7     2     2 
	                             1     6    18    15    15    14    14     0    10    20 
	                           246    16    13     1    96    13   112    13   128    13 
	                             3    13 
	00679: PUSHW[1]            423 
	00682: NPUSHB      (10):    32    79    10     1   111    10   127    10     2    10 
	00694: PUSHW[1]            597 
	00697: NPUSHB       (9):    79    17     1   111    17   127    17     2    17 
	00708: PUSHW[1]            597 
	00711: NPUSHB      (11):    16     5     1    96     5   112     5   128     5     3 
	                             5 
	00724: PUSHW[1]            423 
	00727: PUSHB[6]              1   246    19   246   102    24 
	00734: CALL       
	00735: FLIPOFF    
	00736: SRP0       
	00737: MIRP[srp0,nmd,rd,0] 
	00738: RTHG       
	00739: FLIPON     
	00740: MIRP[srp0,nmd,rd,0] 
	00741: DELTAP1    
	00742: DELTAP1    
	00743: RTG        
	00744: MIRP[srp0,md,rd,1] 
	00745: DELTAP1    
	00746: DELTAP2    
	00747: MIRP[srp0,md,rd,1] 
	00748: DELTAP1    
	00749: DELTAP2    
	00750: SMD        
	00751: RTHG       
	00752: MIRP[srp0,md,rd,1] 
	00753: DELTAP1    
	00754: DELTAP1    
	00755: RTG        
	00756: MIRP[nrp0,nmd,rd,2] 
	00757: SVTCA[y-axis] 
	00758: MIAP[rd+ci] 
	00759: ALIGNRP    
	00760: SRP0       
	00761: ALIGNRP    
	00762: SRP0       
	00763: ALIGNRP    
	00764: MIAP[rd+ci] 
	00765: ALIGNRP    
	00766: SRP0       
	00767: ALIGNRP    
	00768: SRP0       
	00769: ALIGNRP    
	00770: SRP0       
	00771: ALIGNRP    
	00772: SRP0       
	00773: ALIGNRP    
	00774: SRP2       
	00775: SLOOP      
	00776: IP         
	00777: SVTCA[x-axis] 
	00778: SRP1       
	00779: SRP2       
	00780: IP         
	00781: IP         
	00782: SRP2       
	00783: IP         
	00784: IP         
	00785: SRP1       
	00786: IP         
	00787: IP         
	00788: SRP2       
	00789: IP         
	00790: IP         
	00791: SDPVTL[1]  
	00792: FLIPON     
	00793: MDAP[nrd]  
	00794: CALL       
	00795: SDPVTL[1]  
	00796: RDTG       
	00797: MDRP[nrp0,nmd,rd,0] 
	00798: SDPVTL[1]  
	00799: MDAP[nrd]  
	00800: RTG        
	00801: CALL       
	00802: SDPVTL[1]  
	00803: RDTG       
	00804: MDRP[nrp0,nmd,rd,0] 
	00805: SDPVTL[1]  
	00806: MDAP[nrd]  
	00807: RTG        
	00808: CALL       
	00809: SDPVTL[1]  
	00810: RDTG       
	00811: MDRP[nrp0,nmd,rd,0] 
	00812: SDPVTL[1]  
	00813: MDAP[nrd]  
	00814: RTG        
	00815: CALL       
	00816: SDPVTL[1]  
	00817: RDTG       
	00818: MDRP[nrp0,nmd,rd,0] 
	00819: CALL       
	00820: CALL       
	00821: CALL       
	00822: SDPVTL[1]  
	00823: SFVTPV     
	00824: SRP0       
	00825: MDRP[nrp0,nmd,rd,0] 
	00826: SPVTL[p1,p2] 
	00827: SFVTPV     
	00828: SRP0       
	00829: ALIGNRP    
	00830: SPVTL[p1,p2] 
	00831: SFVTPV     
	00832: SRP0       
	00833: ALIGNRP    
	00834: SDPVTL[1]  
	00835: SFVTPV     
	00836: SRP0       
	00837: MDRP[nrp0,nmd,rd,0] 
	00838: SDPVTL[1]  
	00839: SFVTPV     
	00840: SRP0       
	00841: MDRP[nrp0,nmd,rd,0] 
	00842: MPPEM      
	00843: PUSHB[1]             31 
	00845: GTEQ       
	00846: IF         
	00847: PUSHB[5]             13    32    12    32     2 
	00853: PUSHW[5]            -32     1   -32    14   -48 
	00864: PUSHB[5]              0    48    15    32    18 
	00870: PUSHW[1]            -32 
	00873: SVTCA[x-axis] 
	00874: SHPIX      
	00875: SHPIX      
	00876: SHPIX      
	00877: SHPIX      
	00878: SHPIX      
	00879: SHPIX      
	00880: SHPIX      
	00881: SHPIX      
	00882: EIF        
	00883: MPPEM      
	00884: PUSHB[1]             52 
	00886: GTEQ       
	00887: IF         
	00888: PUSHW[2]              8   -48 
	00893: PUSHB[2]              7    48 
	00896: SVTCA[x-axis] 
	00897: SHPIX      
	00898: SHPIX      
	00899: EIF        
	00900: MPPEM      
	00901: PUSHB[1]             33 
	00903: GTEQ       
	00904: MPPEM      
	00905: PUSHB[1]             51 
	00907: LTEQ       
	00908: AND        
	00909: IF         
	00910: PUSHW[2]              8   -32 
	00915: PUSHB[2]              7    32 
	00918: SVTCA[x-axis] 
	00919: SHPIX      
	00920: SHPIX      
	00921: EIF        
	00922: MPPEM      
	00923: PUSHB[1]             18 
	00925: GTEQ       
	00926: MPPEM      
	00927: PUSHB[1]             30 
	00929: LTEQ       
	00930: AND        
	00931: IF         
	00932: PUSHW[2]             14   -48 
	00937: PUSHB[7]             15    32    13    32    12    32     8 
	00945: PUSHW[1]            -48 
	00948: PUSHB[3]              7    48    18 
	00952: PUSHW[1]            -32 
	00955: PUSHB[3]              0    56     2 
	00959: PUSHW[3]            -32     1   -32 
	00966: SVTCA[x-axis] 
	00967: SHPIX      
	00968: SHPIX      
	00969: SHPIX      
	00970: SHPIX      
	00971: SHPIX      
	00972: SHPIX      
	00973: SHPIX      
	00974: SHPIX      
	00975: SHPIX      
	00976: SHPIX      
	00977: EIF        
	00978: MPPEM      
	00979: PUSHB[1]             18 
	00981: GTEQ       
	00982: MPPEM      
	00983: PUSHB[1]             23 
	00985: LTEQ       
	00986: AND        
	00987: IF         
	00988: PUSHW[2]             17   -32 
	00993: PUSHB[4]             10    32     4    32 
	00998: SVTCA[y-axis] 
	00999: SHPIX      
	01000: SHPIX      
	01001: SHPIX      
	01002: EIF        
	01003: EIF        
	01004: IUP[y]     
	01005: IUP[x]     
	01006: SVTCA[x-axis] 
	01007: RS         
	01008: NOT        
	01009: IF         
	01010: PUSHW[2]             14   -44 
	01015: PUSHB[7]             18    57     0    44    18    57     0 
	01023: PUSHW[1]            -44 
	01026: PUSHB[2]             19    57 
	01029: CALL       
	01030: CALL       
	01031: CALL       
	01032: EIF        
	01033: CALL       
	01034: CALL       
	01035: CALL       
	01036: CALL       
	01037: CALL       
	01038: DELTAP1    
	01039: DELTAP2    
	01040: DELTAP3    
	01041: CALL       
	01042: CALL       
	01043: CALL       
	01044: SVTCA[y-axis] 
	01045: CALL       
	01046: CALL       
	01047: CALL       
	01048: DELTAP2    
	01049: DELTAP1    
	01050: SVTCA[x-axis] 
	01051: DELTAP1    
	01052: EIF        

	Flags
	-----
	  0:  YDual                               On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                 X-Short On
	  4:        XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:        XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                 X-Short On
	 10:        XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:                                      On
	 15:  YDual                       X-Short On
	 16:                              X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   331,     0)  ->  Abs (   331,     0)
	  1: Rel (  -325,  1062)  ->  Abs (     6,  1062)
	  2: Rel (   186,     0)  ->  Abs (   192,  1062)
	  3: Rel (   169,  -613)  ->  Abs (   361,   449)
	  4: Rel (    63,  -228)  ->  Abs (   424,   221)
	  5: Rel (     4,    17)  ->  Abs (   428,   238)
	  6: Rel (    51,   202)  ->  Abs (   479,   440)
	  7: Rel (   169,   622)  ->  Abs (   648,  1062)
	  8: Rel (   185,     0)  ->  Abs (   833,  1062)
	  9: Rel (   159,  -616)  ->  Abs (   992,   446)
	 10: Rel (    53,  -203)  ->  Abs (  1045,   243)
	 11: Rel (    61,   205)  ->  Abs (  1106,   448)
	 12: Rel (   182,   614)  ->  Abs (  1288,  1062)
	 13: Rel (   175,     0)  ->  Abs (  1463,  1062)
	 14: Rel (  -332, -1062)  ->  Abs (  1131,     0)
	 15: Rel (  -187,     0)  ->  Abs (   944,     0)
	 16: Rel (  -169,   636)  ->  Abs (   775,   636)
	 17: Rel (   -41,   181)  ->  Abs (   734,   817)
	 18: Rel (  -215,  -817)  ->  Abs (   519,     0)

	Glyph  91: off = 0x000079E2, len = 548
	  numberOfContours:	1
	  xMin:			15
	  yMin:			0
	  xMax:			1009
	  yMax:			1062

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	476
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (21):    15     1    11     6     4     2     9     6     2     6 
	                            13    10     0    10    15    24    15    15     2    85 
	                            15 
	00029: MDAP[rd]   
	00030: CALL       
	00031: SVTCA[y-axis] 
	00032: MIAP[rd+ci] 
	00033: MIAP[rd+ci] 
	00034: MIAP[rd+ci] 
	00035: MIAP[rd+ci] 
	00036: SRP1       
	00037: SLOOP      
	00038: IP         
	00039: IUP[y]     
	00040: IUP[x]     
	00041: ELSE       
	00042: PUSHB[8]             15    18     1    15    34    25    57     6 
	00051: PUSHW[1]            -34 
	00054: NPUSHB      (80):    25    57    90    15   150     4   150     8   153    14 
	                           154    15   192     5   192     6   192     7   203    15 
	                             9    15    64    22    57    26     3    19     9    21 
	                            13    26    16    53     1    58    11   129     1   142 
	                            11     8    47    18    87     4    89     7    89    11 
	                            88    14   151     1   152    10   152    11   183     2 
	                           184    12   200    11   202    14   204    16   218     3 
	                           213     9   209    13   219    16   229    10    18    18 
	00136: PUSHB[2]              6     2 
	00139: RS         
	00140: EQ         
	00141: IF         
	00142: NPUSHB      (11):    12     0    18    17    15    24    13    16     6    85 
	                             6 
	00155: PUSHW[1]            -24 
	00158: NPUSHB      (14):    13    16     6    85    15     6     0     2    13     0 
	                            10    10     2     6 
	00174: SVTCA[y-axis] 
	00175: MIAP[rd+ci] 
	00176: ALIGNRP    
	00177: MIAP[rd+ci] 
	00178: ALIGNRP    
	00179: SRP1       
	00180: SRP2       
	00181: IP         
	00182: IP         
	00183: CALL       
	00184: CALL       
	00185: SVTCA[x-axis] 
	00186: SRP1       
	00187: SRP2       
	00188: IP         
	00189: IP         
	00190: ELSE       
	00191: NPUSHB     (102):     6     6     3     7     8     9     9     1     6     6 
	                             9     5     4     3     3    11    15    15    16    14 
	                            13    13     1    15    15    13    16    11     1     0 
	                             9     2    13    11     3    12    16    10     6    15 
	                             2    15    10    16   198     0   198     9     2    16 
	                            37     0     9    20     0     0     9     3     2    13 
	                           198    13     1    13    37    12     3    20    12    12 
	                             3    10     9     9     3     3     2     6    16    13 
	                            13    12    12     0    10    79    18     1    18    73 
	                            13   126    12    34    10    15    97     6     9   126 
	                            64    10 
	00295: PUSHW[1]            283 
	00298: PUSHB[8]             64     6    80     6   128     6     3     6 
	00307: PUSHW[1]            579 
	00310: NPUSHB      (14):    32     3   126     2    34    79     0     1     0    73 
	                            17   124   196    24 
	00326: CALL       
	00327: SRP0       
	00328: MIRP[srp0,nmd,rd,2] 
	00329: DELTAP1    
	00330: MIRP[srp0,nmd,rd,0] 
	00331: MIRP[nrp0,md,rd,1] 
	00332: SMD        
	00333: RTHG       
	00334: MIRP[srp0,md,rd,1] 
	00335: DELTAP1    
	00336: MIRP[srp0,md,rd,1] 
	00337: SMD        
	00338: RTG        
	00339: MIRP[nrp0,md,rd,1] 
	00340: SRP0       
	00341: MIRP[nrp0,nmd,rd,1] 
	00342: SRP0       
	00343: MIRP[srp0,nmd,rd,0] 
	00344: MIRP[nrp0,md,rd,1] 
	00345: MIRP[nrp0,nmd,rd,2] 
	00346: DELTAP1    
	00347: SVTCA[y-axis] 
	00348: MIAP[rd+ci] 
	00349: ALIGNRP    
	00350: SRP0       
	00351: ALIGNRP    
	00352: SRP0       
	00353: ALIGNRP    
	00354: MIAP[rd+ci] 
	00355: ALIGNRP    
	00356: SRP0       
	00357: ALIGNRP    
	00358: SRP0       
	00359: ALIGNRP    
	00360: SDPVTL[1]  
	00361: SFVTCA[x-axis] 
	00362: MDAP[nrd]  
	00363: CALL       
	00364: DELTAP1    
	00365: SDPVTL[1]  
	00366: RDTG       
	00367: MDRP[nrp0,nmd,rd,0] 
	00368: SDPVTL[1]  
	00369: MDAP[nrd]  
	00370: RTG        
	00371: CALL       
	00372: DELTAP1    
	00373: RDTG       
	00374: SRP0       
	00375: MDRP[nrp0,nmd,rd,0] 
	00376: SVTCA[y-axis] 
	00377: SRP1       
	00378: SRP2       
	00379: IP         
	00380: IP         
	00381: ISECT      
	00382: ISECT      
	00383: SDPVTL[1]  
	00384: SFVTL[=p1,p2] 
	00385: MDRP[nrp0,nmd,rd,0] 
	00386: SDPVTL[1]  
	00387: SFVTPV     
	00388: SRP0       
	00389: MDRP[nrp0,nmd,rd,0] 
	00390: SFVTL[=p1,p2] 
	00391: MDRP[nrp0,nmd,rd,0] 
	00392: SDPVTL[1]  
	00393: SFVTPV     
	00394: SRP0       
	00395: MDRP[nrp0,nmd,rd,0] 
	00396: MDRP[nrp0,nmd,rd,0] 
	00397: SFVTL[=p1,p2] 
	00398: MDRP[nrp0,nmd,rd,0] 
	00399: SPVTL[p1,p2] 
	00400: SFVTPV     
	00401: SRP0       
	00402: ALIGNRP    
	00403: ALIGNRP    
	00404: SFVTL[=p1,p2] 
	00405: ALIGNRP    
	00406: EIF        
	00407: IUP[y]     
	00408: IUP[x]     
	00409: SVTCA[x-axis] 
	00410: RS         
	00411: NOT        
	00412: IF         
	00413: PUSHB[5]             14    24    29    57    11 
	00419: PUSHW[1]            -34 
	00422: NPUSHB      (11):    29    57    12    34    23    57     3    34    23    57 
	                            11 
	00435: PUSHW[1]            -34 
	00438: PUSHB[3]             33    57    16 
	00442: PUSHW[1]            -64 
	00445: NPUSHB      (10):    21    57     1    34    33    57     9    64    28    57 
	00457: CALL       
	00458: CALL       
	00459: CALL       
	00460: CALL       
	00461: CALL       
	00462: CALL       
	00463: CALL       
	00464: CALL       
	00465: EIF        
	00466: DELTAP1    
	00467: DELTAP2    
	00468: SVTCA[y-axis] 
	00469: CALL       
	00470: DELTAP1    
	00471: CALL       
	00472: CALL       
	00473: SVTCA[x-axis] 
	00474: DELTAP1    
	00475: EIF        

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:                                      On
	  2:                                      On
	  3:  YDual XDual                 X-Short On
	  4:        XDual         Y-Short X-Short On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                                      On
	 12:                                      On
	 13:  YDual                       X-Short On
	 14:                              X-Short On
	 15:  YDual               Y-Short X-Short On
	 16:                                      On

	Coordinates
	-----------
	  0: Rel (    15,     0)  ->  Abs (    15,     0)
	  1: Rel (   388,   552)  ->  Abs (   403,   552)
	  2: Rel (  -359,   510)  ->  Abs (    44,  1062)
	  3: Rel (   225,     0)  ->  Abs (   269,  1062)
	  4: Rel (   163,  -249)  ->  Abs (   432,   813)
	  5: Rel (    46,   -71)  ->  Abs (   478,   742)
	  6: Rel (    28,   -48)  ->  Abs (   506,   694)
	  7: Rel (    44,    66)  ->  Abs (   550,   760)
	  8: Rel (    37,    51)  ->  Abs (   587,   811)
	  9: Rel (   179,   251)  ->  Abs (   766,  1062)
	 10: Rel (   215,     0)  ->  Abs (   981,  1062)
	 11: Rel (  -367,  -500)  ->  Abs (   614,   562)
	 12: Rel (   395,  -562)  ->  Abs (  1009,     0)
	 13: Rel (  -221,     0)  ->  Abs (   788,     0)
	 14: Rel (  -218,   330)  ->  Abs (   570,   330)
	 15: Rel (   -58,    89)  ->  Abs (   512,   419)
	 16: Rel (  -279,  -419)  ->  Abs (   233,     0)

	Glyph  92: off = 0x00007C06, len = 600
	  numberOfContours:	1
	  xMin:			33
	  yMin:			-431
	  xMax:			1006
	  yMax:			1062

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	503
	00000: PUSHB[2]              2     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (29):    10    20    15     3    11     3    28    25    15    18 
	                             6    11     6    19    64    18    15    32    11    64 
	                            12    32    15    24    15    15     2    85    15 
	00037: RTHG       
	00038: MDAP[rd]   
	00039: CALL       
	00040: SMD        
	00041: MDRP[srp0,md,rd,1] 
	00042: SMD        
	00043: RTG        
	00044: MDRP[nrp0,md,rd,1] 
	00045: SMD        
	00046: RTHG       
	00047: SRP0       
	00048: MDRP[srp0,md,rd,1] 
	00049: SMD        
	00050: RTG        
	00051: MDRP[nrp0,md,rd,1] 
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: MIAP[rd+ci] 
	00055: MIAP[rd+ci] 
	00056: MIRP[nrp0,md,rd,1] 
	00057: SRP2       
	00058: SLOOP      
	00059: IP         
	00060: IUP[y]     
	00061: IUP[x]     
	00062: ELSE       
	00063: PUSHB[4]             15    28     1    15 
	00068: PUSHW[1]            -34 
	00071: NPUSHB     (109):    28    57    40    20    86    15   175    10     3    64 
	                            13    64    15     2    15    32    40    48    52    16 
	                            32    40    48    52     7    12     9    18    22    13 
	                            24    18    39    11    39    12    39    13    54    12 
	                            54    13    53    14   153    17    11    40    18    40 
	                            19    72    22    89    18    89    19    89    21   105 
	                            18   105    19   105    21   121     6   118    13   121 
	                            17   122    20   122    21   133    13   138    17   140 
	                            18   140    19   137    20   152    10   168    11   188 
	                            16   187    17   186    20   234    10   231    20   245 
	                            13   253    16   249    20   255    28    30    18 
	00182: PUSHB[2]              6     2 
	00185: RS         
	00186: EQ         
	00187: IF         
	00188: NPUSHB      (22):    19    11    28    27     4    15    68    15   132    15 
	                             3    15    25    11     3    28    25    15    18     6 
	                            11     6 
	00212: SVTCA[y-axis] 
	00213: MIAP[rd+ci] 
	00214: MIAP[rd+ci] 
	00215: MIAP[rd+ci] 
	00216: MIRP[nrp0,md,rd,1] 
	00217: SRP1       
	00218: SRP2       
	00219: IP         
	00220: DELTAP1    
	00221: SVTCA[x-axis] 
	00222: SRP1       
	00223: SRP2       
	00224: IP         
	00225: IP         
	00226: ELSE       
	00227: NPUSHB      (55):    15    15    12    16    17    18    18    10     0     3 
	                            25    20    19    19    37    18    10    20    18    18 
	                            10    15    12    15    17    12    37    11    10    20 
	                            11    11    10    19    18    18    12    12    11     6 
	                             3    28    25    15     0    28    16    28     2    47 
	                            28   191    28     2    28 
	00284: PUSHW[1]            575 
	00287: PUSHB[6]             15    19    64    18    64    20 
	00294: PUSHW[1]            596 
	00297: NPUSHB      (11):    63    18    64    18     2    95    18   191    18     2 
	                            18 
	00310: PUSHW[1]            322 
	00313: PUSHB[7]             15     1    34     0    69    27    10 
	00321: PUSHW[1]            596 
	00324: NPUSHB      (18):    15    32    11    64    64    32    12    48    12    79 
	                            12     3    80    12   255    12     2    12 
	00344: PUSHW[1]            322 
	00347: PUSHB[4]             47    15     1    15 
	00352: PUSHW[1]            575 
	00355: PUSHB[5]             27    32   124   102    24 
	00361: CALL       
	00362: SMD        
	00363: RTHG       
	00364: SRP0       
	00365: MIRP[srp0,md,rd,1] 
	00366: DELTAP2    
	00367: MIRP[srp0,nmd,rd,0] 
	00368: DELTAP1    
	00369: DELTAP2    
	00370: SMD        
	00371: RTG        
	00372: MIRP[nrp0,md,rd,1] 
	00373: SMD        
	00374: RTHG       
	00375: SRP0       
	00376: MIRP[nrp0,md,rd,1] 
	00377: RTG        
	00378: SRP0       
	00379: MIRP[srp0,nmd,rd,0] 
	00380: MIRP[nrp0,nmd,rd,0] 
	00381: RTHG       
	00382: SRP0       
	00383: MIRP[nrp0,nmd,rd,0] 
	00384: DELTAP1    
	00385: DELTAP2    
	00386: MIRP[nrp0,md,rd,1] 
	00387: SMD        
	00388: RTG        
	00389: SRP0       
	00390: MIRP[nrp0,md,rd,1] 
	00391: RTHG       
	00392: SRP0       
	00393: MIRP[nrp0,nmd,rd,0] 
	00394: DELTAP1    
	00395: DELTAP2    
	00396: SVTCA[y-axis] 
	00397: RTG        
	00398: MIAP[rd+ci] 
	00399: MIRP[nrp0,md,rd,1] 
	00400: MIAP[rd+ci] 
	00401: ALIGNRP    
	00402: SRP0       
	00403: ALIGNRP    
	00404: SRP0       
	00405: ALIGNRP    
	00406: SDPVTL[1]  
	00407: SFVTCA[x-axis] 
	00408: MDAP[nrd]  
	00409: CALL       
	00410: SFVTL[=p1,p2] 
	00411: RDTG       
	00412: SRP0       
	00413: MDRP[nrp0,nmd,rd,0] 
	00414: SDPVTL[1]  
	00415: SFVTCA[x-axis] 
	00416: MDAP[nrd]  
	00417: RTG        
	00418: CALL       
	00419: SFVTPV     
	00420: RDTG       
	00421: SRP0       
	00422: MDRP[nrp0,nmd,rd,0] 
	00423: SVTCA[y-axis] 
	00424: SRP1       
	00425: SRP2       
	00426: IP         
	00427: SDPVTL[1]  
	00428: SFVTPV     
	00429: SRP0       
	00430: ALIGNRP    
	00431: ALIGNRP    
	00432: SFVTL[=p1,p2] 
	00433: MDRP[nrp0,nmd,rd,0] 
	00434: MPPEM      
	00435: PUSHB[1]             14 
	00437: GTEQ       
	00438: MPPEM      
	00439: PUSHB[1]             24 
	00441: LTEQ       
	00442: AND        
	00443: IF         
	00444: PUSHW[4]             12   -24    11   -24 
	00453: SVTCA[x-axis] 
	00454: SHPIX      
	00455: SHPIX      
	00456: EIF        
	00457: EIF        
	00458: IUP[y]     
	00459: IUP[x]     
	00460: SVTCA[x-axis] 
	00461: RS         
	00462: NOT        
	00463: IF         
	00464: PUSHW[2]             20   -34 
	00469: PUSHB[7]             55    57    10    34    55    57    14 
	00477: PUSHW[1]            -24 
	00480: PUSHB[6]             21    57    17    34    21    57 
	00487: CALL       
	00488: CALL       
	00489: CALL       
	00490: CALL       
	00491: EIF        
	00492: DELTAP1    
	00493: DELTAP2    
	00494: CALL       
	00495: CALL       
	00496: SVTCA[y-axis] 
	00497: DELTAP2    
	00498: DELTAP1    
	00499: CALL       
	00500: SVTCA[x-axis] 
	00501: DELTAP1    
	00502: EIF        

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual               Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:                                      On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                 X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:        XDual                 X-Short On
	 19:  YDual XDual                 X-Short On
	 20:                                      On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   127,  -409)  ->  Abs (   127,  -409)
	  1: Rel (   -20,   169)  ->  Abs (   107,  -240)
	  2: Rel (    59,   -16)  ->  Abs (   166,  -256)
	  3: Rel (    44,     0)  ->  Abs (   210,  -256)
	  4: Rel (    60,     0)  ->  Abs (   270,  -256)
	  5: Rel (    72,    40)  ->  Abs (   342,  -216)
	  6: Rel (    23,    36)  ->  Abs (   365,  -180)
	  7: Rel (    17,    27)  ->  Abs (   382,  -153)
	  8: Rel (    38,   107)  ->  Abs (   420,   -46)
	  9: Rel (     5,    15)  ->  Abs (   425,   -31)
	 10: Rel (    11,    29)  ->  Abs (   436,    -2)
	 11: Rel (  -403,  1064)  ->  Abs (    33,  1062)
	 12: Rel (   194,     0)  ->  Abs (   227,  1062)
	 13: Rel (   221,  -615)  ->  Abs (   448,   447)
	 14: Rel (    43,  -117)  ->  Abs (   491,   330)
	 15: Rel (    34,  -129)  ->  Abs (   525,   201)
	 16: Rel (    31,   124)  ->  Abs (   556,   325)
	 17: Rel (    43,   118)  ->  Abs (   599,   443)
	 18: Rel (   227,   619)  ->  Abs (   826,  1062)
	 19: Rel (   180,     0)  ->  Abs (  1006,  1062)
	 20: Rel (  -404, -1080)  ->  Abs (   602,   -18)
	 21: Rel (   -65,  -175)  ->  Abs (   537,  -193)
	 22: Rel (   -36,   -66)  ->  Abs (   501,  -259)
	 23: Rel (   -48,   -89)  ->  Abs (   453,  -348)
	 24: Rel (  -124,   -83)  ->  Abs (   329,  -431)
	 25: Rel (   -86,     0)  ->  Abs (   243,  -431)
	 26: Rel (   -52,     0)  ->  Abs (   191,  -431)

	Glyph  93: off = 0x00007E5E, len = 488
	  numberOfContours:	1
	  xMin:			40
	  yMin:			0
	  xMax:			980
	  yMax:			1062

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	431
	00000: NPUSHB      (13):    18   184     2   201     8     2    18     1    50    18 
	                            23    52     8 
	00015: PUSHW[1]            -50 
	00018: NPUSHB       (9):    18    23    52     1    62    30    33    52     8 
	00029: PUSHW[1]            -62 
	00032: NPUSHB      (74):    30    33    52    41     2    40     9    47    16    57 
	                             1    57    10    73     1    70     2    70     8    73 
	                             9    79    16    92     1    84     2    84     8    90 
	                             9    80    16   108     1    99     2    99     8   106 
	                             9   123     1   116     8   123     9   139     1   133 
	                             8   137     9   249     1   244     2    27    25     8 
	                            38     1    41     8    43     9    57     8   165     8 
	                           215     1     7    16 
	00108: PUSHW[1]            -64 
	00111: PUSHB[8]             16    21    52     2    44    18    57     9 
	00120: PUSHW[1]            -44 
	00123: NPUSHB      (35):    18    57     1     2    58     9    10     2     8    10 
	                            10    37     1     2    20     1     1     2     1    13 
	                            14     8     6     2    97     5    43     7     6     6 
	                            10    97    13     0    13 
	00160: PUSHW[1]            -12 
	00163: NPUSHB       (9):    11    11     6    85    13    43    14    10     2 
	00174: PUSHW[1]            271 
	00177: PUSHB[5]              8     8     7     5     6 
	00183: PUSHW[4]            603     0     7   -12 
	00192: NPUSHB      (22):    11    11     6    85     7    34    13   160    14     1 
	                             0    14    64    14    96    14   128    14   240    14 
	                             5    14 
	00216: PUSHW[1]            -12 
	00219: NPUSHB      (36):    11    11     6    85    14   116     0    10   126     1 
	                             1   175     0     1    79     0   111     0   255     0 
	                             3     0    24    11    11     6    85     0    25    15 
	                            16   116    33   124   196    24 
	00257: CALL       
	00258: CALL       
	00259: FLIPOFF    
	00260: MIRP[srp0,nmd,rd,0] 
	00261: CALL       
	00262: DELTAP1    
	00263: DELTAP2    
	00264: ALIGNRP    
	00265: FLIPON     
	00266: SRP0       
	00267: MIRP[nrp0,md,rd,1] 
	00268: SRP0       
	00269: MIRP[srp0,md,rd,1] 
	00270: CALL       
	00271: DELTAP1    
	00272: DELTAP2    
	00273: ALIGNRP    
	00274: MIRP[nrp0,nmd,rd,0] 
	00275: CALL       
	00276: SRP0       
	00277: MIRP[srp0,nmd,rd,0] 
	00278: ALIGNRP    
	00279: SRP0       
	00280: ALIGNRP    
	00281: SRP0       
	00282: MIRP[srp0,md,rd,1] 
	00283: SVTCA[y-axis] 
	00284: MIAP[rd+ci] 
	00285: MIRP[nrp0,md,rd,1] 
	00286: CALL       
	00287: ALIGNRP    
	00288: SRP0       
	00289: MIRP[nrp0,nmd,rd,1] 
	00290: MIAP[rd+ci] 
	00291: ALIGNRP    
	00292: MIRP[srp0,md,rd,1] 
	00293: MIRP[nrp0,nmd,rd,1] 
	00294: SRP1       
	00295: IP         
	00296: SRP1       
	00297: SRP2       
	00298: IP         
	00299: SDPVTL[1]  
	00300: SFVTCA[x-axis] 
	00301: MDAP[nrd]  
	00302: CALL       
	00303: SDPVTL[1]  
	00304: RDTG       
	00305: MDRP[nrp0,nmd,rd,0] 
	00306: SRP0       
	00307: SFVTPV     
	00308: MDRP[nrp0,nmd,rd,0] 
	00309: CALL       
	00310: IUP[y]     
	00311: IUP[x]     
	00312: SVTCA[x-axis] 
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: DELTAP2    
	00317: DELTAP1    
	00318: SVTCA[y-axis] 
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: CALL       
	00323: RS         
	00324: NOT        
	00325: IF         
	00326: PUSHB[6]             41     1    38     8     2     1 
	00333: PUSHW[1]            -50 
	00336: NPUSHB       (9):    18    23    52     8    50    18    23    52     1 
	00347: PUSHW[1]            -62 
	00350: PUSHB[8]             30    33    52     8    62    30    33    52 
	00359: SVTCA[y-axis] 
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: SVTCA[x-axis] 
	00365: DELTAP2    
	00366: EIF        
	00367: SVTCA[x-axis] 
	00368: DELTAP1    
	00369: RS         
	00370: NOT        
	00371: IF         
	00372: PUSHW[2]              8   -34 
	00377: PUSHB[3]             15    57     9 
	00381: PUSHW[1]            -34 
	00384: PUSHB[3]             15    57     9 
	00388: PUSHW[1]            -24 
	00391: PUSHB[8]             27    57     9     8    22    27    61     9 
	00400: PUSHW[1]            -16 
	00403: PUSHB[3]             23    57     9 
	00407: PUSHW[1]             -8 
	00410: NPUSHB      (10):    22    57     2    20    22    57     2    26    22    57 
	00422: CALL       
	00423: CALL       
	00424: CALL       
	00425: CALL       
	00426: CALL       
	00427: CALL       
	00428: CALL       
	00429: CALL       
	00430: EIF        

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:                                      On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual         Y-Short         On
	  9:                                      On
	 10:                      Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual                               On
	 14:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    40,     0)  ->  Abs (    40,     0)
	  1: Rel (     0,   146)  ->  Abs (    40,   146)
	  2: Rel (   676,   776)  ->  Abs (   716,   922)
	  3: Rel (  -115,    -6)  ->  Abs (   601,   916)
	  4: Rel (   -88,     0)  ->  Abs (   513,   916)
	  5: Rel (  -433,     0)  ->  Abs (    80,   916)
	  6: Rel (     0,   146)  ->  Abs (    80,  1062)
	  7: Rel (   868,     0)  ->  Abs (   948,  1062)
	  8: Rel (     0,  -119)  ->  Abs (   948,   943)
	  9: Rel (  -575,  -674)  ->  Abs (   373,   269)
	 10: Rel (  -111,  -123)  ->  Abs (   262,   146)
	 11: Rel (   121,     9)  ->  Abs (   383,   155)
	 12: Rel (   106,     0)  ->  Abs (   489,   155)
	 13: Rel (   491,     0)  ->  Abs (   980,   155)
	 14: Rel (     0,  -155)  ->  Abs (   980,     0)

	Glyph  94: off = 0x00008046, len = 254
	  numberOfContours:	1
	  xMin:			57
	  yMin:			-431
	  xMax:			636
	  yMax:			1491

	EndPoints
	---------
	  0:  42

	  Length of Instructions:	123
	00000: NPUSHB      (77):    71    15     1    40    18    15    17    52     2    18 
	                            15    17    52     7    24    11    14    52    37    18 
	                            11    14    52    22    39    22     0    41    42    42 
	                            12    31    37    32    19    13    37    12    17    13 
	                            12    12    31    32   174    27    18    17    37     5 
	                            25    58    27    37    38     3    58     5   174    42 
	                            39    58    38   174    42    42    95     0   143     0 
	                             2     0   105    43   112   104    24 
	00079: CALL       
	00080: SRP0       
	00081: MIRP[srp0,nmd,rd,2] 
	00082: DELTAP1    
	00083: ALIGNRP    
	00084: SRP0       
	00085: MIRP[srp0,nmd,rd,0] 
	00086: MIRP[nrp0,nmd,rd,0] 
	00087: SRP0       
	00088: MIRP[srp0,nmd,rd,0] 
	00089: MIRP[nrp0,nmd,rd,0] 
	00090: SRP0       
	00091: MIRP[srp0,md,rd,1] 
	00092: MIRP[nrp0,nmd,rd,0] 
	00093: SRP0       
	00094: MIRP[srp0,md,rd,1] 
	00095: ALIGNRP    
	00096: SRP0       
	00097: MIRP[srp0,nmd,rd,0] 
	00098: ALIGNRP    
	00099: ALIGNRP    
	00100: SRP0       
	00101: ALIGNRP    
	00102: SVTCA[y-axis] 
	00103: MIAP[rd+ci] 
	00104: MIRP[nrp0,md,rd,1] 
	00105: MIAP[rd+ci] 
	00106: MIRP[nrp0,md,rd,1] 
	00107: SRP2       
	00108: IP         
	00109: MDAP[rd]   
	00110: MIRP[nrp0,md,rd,1] 
	00111: IP         
	00112: SVTCA[x-axis] 
	00113: SRP2       
	00114: IP         
	00115: IUP[y]     
	00116: IUP[x]     
	00117: CALL       
	00118: CALL       
	00119: CALL       
	00120: CALL       
	00121: SVTCA[x-axis] 
	00122: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual Rep-  2 Y-Short X-Short Off
	  4:        XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual Rep-  2 Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual         Y-Short         On
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:                      Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual                         Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short On
	 32:        XDual         Y-Short         On
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual       Rep-  2 Y-Short X-Short Off
	 39:                              X-Short Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    57,   612)  ->  Abs (    57,   612)
	  1: Rel (    77,     2)  ->  Abs (   134,   614)
	  2: Rel (    97,    79)  ->  Abs (   231,   693)
	  3: Rel (    32,   138)  ->  Abs (   263,   831)
	  4: Rel (     2,   334)  ->  Abs (   265,  1165)
	  5: Rel (     5,    53)  ->  Abs (   270,  1218)
	  6: Rel (     9,    84)  ->  Abs (   279,  1302)
	  7: Rel (    49,   102)  ->  Abs (   328,  1404)
	  8: Rel (    72,    61)  ->  Abs (   400,  1465)
	  9: Rel (    56,    16)  ->  Abs (   456,  1481)
	 10: Rel (    38,    10)  ->  Abs (   494,  1491)
	 11: Rel (    86,     0)  ->  Abs (   580,  1491)
	 12: Rel (    56,     0)  ->  Abs (   636,  1491)
	 13: Rel (     0,  -157)  ->  Abs (   636,  1334)
	 14: Rel (   -31,     0)  ->  Abs (   605,  1334)
	 15: Rel (  -104,     0)  ->  Abs (   501,  1334)
	 16: Rel (   -68,   -75)  ->  Abs (   433,  1259)
	 17: Rel (     0,  -130)  ->  Abs (   433,  1129)
	 18: Rel (     0,  -262)  ->  Abs (   433,   867)
	 19: Rel (   -11,   -69)  ->  Abs (   422,   798)
	 20: Rel (   -18,  -107)  ->  Abs (   404,   691)
	 21: Rel (   -87,  -116)  ->  Abs (   317,   575)
	 22: Rel (   -93,   -45)  ->  Abs (   224,   530)
	 23: Rel (   110,   -46)  ->  Abs (   334,   484)
	 24: Rel (    99,  -189)  ->  Abs (   433,   295)
	 25: Rel (     0,  -215)  ->  Abs (   433,    80)
	 26: Rel (     0,  -195)  ->  Abs (   433,  -115)
	 27: Rel (     4,   -37)  ->  Abs (   437,  -152)
	 28: Rel (     8,   -68)  ->  Abs (   445,  -220)
	 29: Rel (    65,   -54)  ->  Abs (   510,  -274)
	 30: Rel (    95,     0)  ->  Abs (   605,  -274)
	 31: Rel (    31,     0)  ->  Abs (   636,  -274)
	 32: Rel (     0,  -157)  ->  Abs (   636,  -431)
	 33: Rel (   -56,     0)  ->  Abs (   580,  -431)
	 34: Rel (   -98,     0)  ->  Abs (   482,  -431)
	 35: Rel (   -44,    16)  ->  Abs (   438,  -415)
	 36: Rel (   -64,    23)  ->  Abs (   374,  -392)
	 37: Rel (   -84,   103)  ->  Abs (   290,  -289)
	 38: Rel (   -25,   158)  ->  Abs (   265,  -131)
	 39: Rel (    -2,   360)  ->  Abs (   263,   229)
	 40: Rel (   -32,   138)  ->  Abs (   231,   367)
	 41: Rel (   -97,    80)  ->  Abs (   134,   447)
	 42: Rel (   -77,     2)  ->  Abs (    57,   449)

	Glyph  95: off = 0x00008144, len = 76
	  numberOfContours:	1
	  xMin:			188
	  yMin:			-431
	  xMax:			345
	  yMax:			1491

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	50
	00000: PUSHW[2]              3   382 
	00005: NPUSHB      (24):     1     0     5   161     2     2   159     3   175     3 
	                             2     3   118     0     0    32     1     1     1   161 
	                             4   161   152    24 
	00031: CALL       
	00032: FLIPOFF    
	00033: SRP0       
	00034: MIRP[srp0,nmd,rd,0] 
	00035: DELTAP1    
	00036: ALIGNRP    
	00037: FLIPON     
	00038: SRP0       
	00039: MIRP[srp0,md,rd,1] 
	00040: DELTAP1    
	00041: ALIGNRP    
	00042: SRP0       
	00043: MIRP[nrp0,md,rd,2] 
	00044: SVTCA[y-axis] 
	00045: MIAP[rd+ci] 
	00046: FLIPON     
	00047: MIRP[nrp0,md,rd,1] 
	00048: IUP[y]     
	00049: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   188,  -431)  ->  Abs (   188,  -431)
	  1: Rel (     0,  1922)  ->  Abs (   188,  1491)
	  2: Rel (   157,     0)  ->  Abs (   345,  1491)
	  3: Rel (     0, -1922)  ->  Abs (   345,  -431)

	Glyph  96: off = 0x00008190, len = 258
	  numberOfContours:	1
	  xMin:			47
	  yMin:			-431
	  xMax:			626
	  yMax:			1491

	EndPoints
	---------
	  0:  42

	  Length of Instructions:	129
	00000: PUSHW[2]              3   -18 
	00005: PUSHB[4]             15    17    52    41 
	00010: PUSHW[1]            -18 
	00013: PUSHB[4]             15    17    52    38 
	00018: PUSHW[1]            -24 
	00021: PUSHB[4]             11    14    52     8 
	00026: PUSHW[1]            -18 
	00029: NPUSHB      (57):    11    14    52    23    40    23     0    41     1     1 
	                            13    32    37    33    17    14    37    13    19    33 
	                            32    32    14    13   174    18    26    58    28    37 
	                            39    20    58    18    37     6    39    58    40   174 
	                             1     4    58     6   174     0    80     1   128     1 
	                             2     1   105    44   155   141    24 
	00088: CALL       
	00089: SRP0       
	00090: MIRP[srp0,nmd,rd,0] 
	00091: DELTAP1    
	00092: ALIGNRP    
	00093: MIRP[srp0,nmd,rd,0] 
	00094: MIRP[nrp0,nmd,rd,0] 
	00095: SRP0       
	00096: MIRP[srp0,nmd,rd,0] 
	00097: MIRP[nrp0,nmd,rd,0] 
	00098: SRP0       
	00099: MIRP[srp0,md,rd,1] 
	00100: MIRP[nrp0,nmd,rd,0] 
	00101: SRP0       
	00102: MIRP[srp0,md,rd,1] 
	00103: MIRP[nrp0,nmd,rd,0] 
	00104: SRP0       
	00105: MIRP[srp0,nmd,rd,0] 
	00106: ALIGNRP    
	00107: ALIGNRP    
	00108: SRP0       
	00109: ALIGNRP    
	00110: SVTCA[y-axis] 
	00111: MIAP[rd+ci] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: MIAP[rd+ci] 
	00114: MIRP[nrp0,md,rd,1] 
	00115: SRP2       
	00116: IP         
	00117: MDAP[rd]   
	00118: MIRP[nrp0,md,rd,1] 
	00119: IP         
	00120: SVTCA[x-axis] 
	00121: SRP1       
	00122: IP         
	00123: IUP[y]     
	00124: IUP[x]     
	00125: CALL       
	00126: CALL       
	00127: CALL       
	00128: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:              Rep-  2 Y-Short X-Short Off
	  5:                              X-Short Off
	  6:                      Y-Short X-Short On
	  7:              Rep-  2 Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short On
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual Rep-  2 Y-Short X-Short Off
	 40:        XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   626,   612)  ->  Abs (   626,   612)
	  1: Rel (     0,  -163)  ->  Abs (   626,   449)
	  2: Rel (   -77,    -2)  ->  Abs (   549,   447)
	  3: Rel (   -97,   -80)  ->  Abs (   452,   367)
	  4: Rel (   -32,  -137)  ->  Abs (   420,   230)
	  5: Rel (    -2,  -334)  ->  Abs (   418,  -104)
	  6: Rel (    -5,   -53)  ->  Abs (   413,  -157)
	  7: Rel (    -9,   -85)  ->  Abs (   404,  -242)
	  8: Rel (   -49,  -101)  ->  Abs (   355,  -343)
	  9: Rel (   -72,   -61)  ->  Abs (   283,  -404)
	 10: Rel (   -56,   -16)  ->  Abs (   227,  -420)
	 11: Rel (   -38,   -11)  ->  Abs (   189,  -431)
	 12: Rel (   -86,     0)  ->  Abs (   103,  -431)
	 13: Rel (   -56,     0)  ->  Abs (    47,  -431)
	 14: Rel (     0,   157)  ->  Abs (    47,  -274)
	 15: Rel (    31,     0)  ->  Abs (    78,  -274)
	 16: Rel (   104,     0)  ->  Abs (   182,  -274)
	 17: Rel (    68,    75)  ->  Abs (   250,  -199)
	 18: Rel (     0,   131)  ->  Abs (   250,   -68)
	 19: Rel (     0,   250)  ->  Abs (   250,   182)
	 20: Rel (     9,    67)  ->  Abs (   259,   249)
	 21: Rel (    16,   111)  ->  Abs (   275,   360)
	 22: Rel (    96,   133)  ->  Abs (   371,   493)
	 23: Rel (    88,    37)  ->  Abs (   459,   530)
	 24: Rel (  -115,    55)  ->  Abs (   344,   585)
	 25: Rel (   -94,   181)  ->  Abs (   250,   766)
	 26: Rel (     0,   215)  ->  Abs (   250,   981)
	 27: Rel (     0,   195)  ->  Abs (   250,  1176)
	 28: Rel (    -5,    38)  ->  Abs (   245,  1214)
	 29: Rel (    -7,    67)  ->  Abs (   238,  1281)
	 30: Rel (   -65,    53)  ->  Abs (   173,  1334)
	 31: Rel (   -95,     0)  ->  Abs (    78,  1334)
	 32: Rel (   -31,     0)  ->  Abs (    47,  1334)
	 33: Rel (     0,   157)  ->  Abs (    47,  1491)
	 34: Rel (    56,     0)  ->  Abs (   103,  1491)
	 35: Rel (    98,     0)  ->  Abs (   201,  1491)
	 36: Rel (    44,   -16)  ->  Abs (   245,  1475)
	 37: Rel (    64,   -22)  ->  Abs (   309,  1453)
	 38: Rel (    84,  -104)  ->  Abs (   393,  1349)
	 39: Rel (    25,  -158)  ->  Abs (   418,  1191)
	 40: Rel (     2,  -360)  ->  Abs (   420,   831)
	 41: Rel (    32,  -137)  ->  Abs (   452,   694)
	 42: Rel (    97,   -80)  ->  Abs (   549,   614)

	Glyph  97: off = 0x00008292, len = 160
	  numberOfContours:	1
	  xMin:			87
	  yMin:			557
	  xMax:			1110
	  yMax:			885

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	85
	00000: NPUSHB      (20):    11    11     4    22    27    11    20    22     4    13 
	                            32    43    12    59    12     2    12     1    32     0 
	00022: PUSHW[1]            -32 
	00025: NPUSHB      (14):    11    14    52     0    16    32     9   212    12     0 
	                           212    20    32     3 
	00041: PUSHW[1]            600 
	00044: NPUSHB      (12):    12    13    12    26    24     1     0    25    23   113 
	                           140    24 
	00058: CALL       
	00059: FLIPOFF    
	00060: SRP0       
	00061: MIRP[srp0,nmd,rd,0] 
	00062: ALIGNRP    
	00063: SRP0       
	00064: MIRP[srp0,nmd,rd,2] 
	00065: ALIGNRP    
	00066: SVTCA[y-axis] 
	00067: MDAP[rd]   
	00068: FLIPON     
	00069: MIRP[srp0,nmd,rd,0] 
	00070: MIRP[srp0,md,rd,1] 
	00071: MIRP[nrp0,nmd,rd,0] 
	00072: SRP0       
	00073: MIRP[srp0,nmd,rd,0] 
	00074: MIRP[nrp0,md,rd,1] 
	00075: SRP0       
	00076: CALL       
	00077: MIRP[nrp0,md,rd,1] 
	00078: SRP0       
	00079: DELTAP1    
	00080: MIRP[nrp0,md,rd,1] 
	00081: IUP[y]     
	00082: IUP[x]     
	00083: SVTCA[y-axis] 
	00084: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:        XDual         Y-Short         On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    87,   557)  ->  Abs (    87,   557)
	  1: Rel (     0,   205)  ->  Abs (    87,   762)
	  2: Rel (   106,   120)  ->  Abs (   193,   882)
	  3: Rel (   172,     0)  ->  Abs (   365,   882)
	  4: Rel (    60,     0)  ->  Abs (   425,   882)
	  5: Rel (   132,   -35)  ->  Abs (   557,   847)
	  6: Rel (   122,   -52)  ->  Abs (   679,   795)
	  7: Rel (    69,   -29)  ->  Abs (   748,   766)
	  8: Rel (    69,   -18)  ->  Abs (   817,   748)
	  9: Rel (    35,     0)  ->  Abs (   852,   748)
	 10: Rel (    65,     0)  ->  Abs (   917,   748)
	 11: Rel (   139,    78)  ->  Abs (  1056,   826)
	 12: Rel (    54,    59)  ->  Abs (  1110,   885)
	 13: Rel (     0,  -212)  ->  Abs (  1110,   673)
	 14: Rel (   -64,   -60)  ->  Abs (  1046,   613)
	 15: Rel (  -131,   -54)  ->  Abs (   915,   559)
	 16: Rel (   -82,     0)  ->  Abs (   833,   559)
	 17: Rel (   -60,     0)  ->  Abs (   773,   559)
	 18: Rel (  -109,    28)  ->  Abs (   664,   587)
	 19: Rel (  -237,   106)  ->  Abs (   427,   693)
	 20: Rel (   -79,     0)  ->  Abs (   348,   693)
	 21: Rel (   -64,     0)  ->  Abs (   284,   693)
	 22: Rel (  -113,   -55)  ->  Abs (   171,   638)

	Glyph  98: off = 0x00008332, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1761

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	318
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              3     2     2     3     2    22 
	00007: PUSHW[3]            545    41   356 
	00014: SCANCTRL   
	00015: SVTCA[y-axis] 
	00016: CALL       
	00017: SVTCA[x-axis] 
	00018: PUSHB[2]              6     2 
	00021: RS         
	00022: EQ         
	00023: IF         
	00024: PUSHB[6]              0    15    22     1     2    65 
	00031: CALL       
	00032: ELSE       
	00033: NPUSHB      (10):    20    64    18    20    52    20    12   100    72    43 
	00045: CALL       
	00046: CALL       
	00047: EIF        
	00048: SHC[rp1,zp0] 
	00049: SHC[rp1,zp0] 

	Glyph  99: off = 0x0000837E, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1780

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	219
		X WOffset:	319
		Y WOffset:	263
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     3     2   255    18     1    18    12     0   104    43 
	                             2     3     2    30     2    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: DELTAP2    
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 100: off = 0x000083B2, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			102
	  yMin:			-421
	  xMax:			1398
	  yMax:			1491

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	220
		X WOffset:	404
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (25):     1     0    48    32    48    79    48     3    47    48 
	                           127    48   143    48     3    48     4     0    72    43 
	                             1     1    31     8    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: DELTAP1    
	00032: DELTAP2    
	00033: SHC[rp1,zp0] 

	Glyph 101: off = 0x000083EE, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	340
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     1     0    15     1   208    15   240    15     2    47 
	                            15   144    15     2    15     2 
	00018: PUSHW[1]           -509 
	00021: PUSHB[5]             72    43     1     1    15 
	00027: PUSHW[2]            545    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP1    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 

	Glyph 102: off = 0x00008430, len = 102
	  numberOfContours:	-1  (Composite)
	  xMin:			156
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	  yMax:			1787

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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	423
		Y WOffset:	337
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    27 
	00003: PUSHW[1]            -64 
	00006: PUSHB[5]             15    15     6    85    27 
	00012: PUSHW[1]            -64 
	00015: NPUSHB      (29):    12    12     6    85   224    27   255    27     2   111 
	                            27   175    27     2    79    27     1   224    27   255 
	                            27     2    95    27   144    27     2    27     4 
	00046: PUSHW[1]           -390 
	00049: PUSHB[5]             72    43     1     1    25 
	00055: PUSHW[3]            545    41   356 
	00062: SCANCTRL   
	00063: SVTCA[y-axis] 
	00064: CALL       
	00065: SVTCA[x-axis] 
	00066: CALL       
	00067: DELTAP1    
	00068: DELTAP1    
	00069: DELTAP2    
	00070: DELTAP2    
	00071: DELTAP2    
	00072: CALL       
	00073: CALL       
	00074: SHC[rp1,zp0] 

	Glyph 103: off = 0x00008496, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1761

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	455
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              3     2     2     3     2    35 
	00007: PUSHW[2]            545    41 
	00012: SVTCA[y-axis] 
	00013: CALL       
	00014: SVTCA[x-axis] 
	00015: PUSHB[2]              6     2 
	00018: RS         
	00019: EQ         
	00020: IF         
	00021: PUSHB[6]              0    31    32     3     3    65 
	00028: CALL       
	00029: ELSE       
	00030: PUSHB[8]            175    32     1    32     3   100    72    43 
	00039: CALL       
	00040: DELTAP1    
	00041: EIF        
	00042: SHC[rp1,zp0] 
	00043: SHC[rp1,zp0] 

	Glyph 104: off = 0x000084DC, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1761

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	393
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     1     0    21    28    12     0    65     1     2 
	                             2    28 
	00014: PUSHW[2]            545    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 105: off = 0x00008510, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	241
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2    47    59    63    59     2    59    28     0    72 
	                            43     2     1    59 
	00016: PUSHW[2]            546    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP2    
	00026: SHC[rp1,zp0] 

	Glyph 106: off = 0x00008546, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	250
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2   159    57   239    57     2    57    28    10    72 
	                            43     2     1    57 
	00016: PUSHW[2]            546    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 107: off = 0x0000857C, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (38):     2   159    58     1    32    58    48    58   112    58 
	                           128    58     4   144    58   160    58   176    58   224 
	                            58   240    58     5    58    64    46    50    52     0 
	                            58    61    28    28    65     2     1    62 
	00040: PUSHW[2]            546    41 
	00045: SVTCA[y-axis] 
	00046: CALL       
	00047: SVTCA[x-axis] 
	00048: CALL       
	00049: CALL       
	00050: DELTAP1    
	00051: DELTAP2    
	00052: DELTAP3    
	00053: SHC[rp1,zp0] 

	Glyph 108: off = 0x000085CC, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (24):     3     2    60    64    10    10     6    85   112    60 
	                           128    60   240    60     3    60    28    98    72    43 
	                             2     3     2    63 
	00026: PUSHW[2]            546    41 
	00031: SVTCA[y-axis] 
	00032: CALL       
	00033: SVTCA[x-axis] 
	00034: CALL       
	00035: DELTAP1    
	00036: CALL       
	00037: SHC[rp1,zp0] 
	00038: SHC[rp1,zp0] 

	Glyph 109: off = 0x0000860E, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1450

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (30):     2    73    64    13    13     6    85    73    64    10 
	                            10     6    85    73    64    25    26    52    73    64 
	                            11    13    52   127    73   143    73     2    73    28 
	00032: PUSHW[1]            -48 
	00035: PUSHB[5]             72    43     2     1    71 
	00041: PUSHW[2]            546    41 
	00046: SVTCA[y-axis] 
	00047: CALL       
	00048: SVTCA[x-axis] 
	00049: CALL       
	00050: DELTAP1    
	00051: CALL       
	00052: CALL       
	00053: CALL       
	00054: CALL       
	00055: SHC[rp1,zp0] 

	Glyph 110: off = 0x00008660, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1517

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	219
		X WOffset:	221
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     3     2    15    65    31    65     2    65    28     0 
	                           104    43     2     3     2    65 
	00018: PUSHW[2]            546    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP2    
	00028: SHC[rp1,zp0] 
	00029: SHC[rp1,zp0] 

	Glyph 111: off = 0x00008698, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-401
	  xMax:			1005
	  yMax:			1086

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	220
		X WOffset:	195
		Y WOffset:	20
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    28 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (26):    20    20     6    85    31    28    47    28     2    16 
	                            28     1   239    28   255    28     2    16    28    48 
	                            28   127    28     3    28    11 
	00034: PUSHW[1]           -104 
	00037: PUSHB[7]             72    43     1     1    28     8    41 
	00045: SVTCA[y-axis] 
	00046: CALL       
	00047: SVTCA[x-axis] 
	00048: CALL       
	00049: DELTAP1    
	00050: DELTAP1    
	00051: DELTAP2    
	00052: DELTAP3    
	00053: CALL       
	00054: SHC[rp1,zp0] 

	Glyph 112: off = 0x000086EA, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	243
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2   224    33   240    33     2    33    10     0    72 
	                            43     2     1    33 
	00016: PUSHW[2]            546    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 113: off = 0x00008720, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	221
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    31 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (17):    11    13    52    15    31     1   112    31     1    31 
	                            10     0    72    43     2     1    31 
	00025: PUSHW[2]            546    41 
	00030: SVTCA[y-axis] 
	00031: CALL       
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: DELTAP1    
	00035: DELTAP2    
	00036: CALL       
	00037: SHC[rp1,zp0] 

	Glyph 114: off = 0x00008760, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	223
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (24):     2    32    64    59    53    32    64    45    50    52 
	                            15    32   159    32     2     0    32    35    10    10 
	                            65     2     1    36 
	00026: PUSHW[2]            546    41 
	00031: SVTCA[y-axis] 
	00032: CALL       
	00033: SVTCA[x-axis] 
	00034: CALL       
	00035: DELTAP3    
	00036: CALL       
	00037: CALL       
	00038: SHC[rp1,zp0] 

	Glyph 115: off = 0x000087A2, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	223
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (20):     3     2    34    64    11    11     2    85   175    34 
	                             1    34    10   100    72    43     2     3     2    37 
	00022: PUSHW[2]            546    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: DELTAP1    
	00032: CALL       
	00033: SHC[rp1,zp0] 
	00034: SHC[rp1,zp0] 

	Glyph 116: off = 0x000087E0, len = 74
	  numberOfContours:	-1  (Composite)
	  xMin:			189
	  yMin:			0
	  xMax:			558
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	-33
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1     7    64    11    11     6    85     7 
	00009: PUSHW[1]            -64 
	00012: PUSHB[4]             23    25    52     7 
	00017: PUSHW[1]            -64 
	00020: NPUSHB      (14):    34    37    52    47     7     1     7     1    90    72 
	                            43     1     1     7 
	00036: PUSHW[2]            546    41 
	00041: SVTCA[y-axis] 
	00042: CALL       
	00043: SVTCA[x-axis] 
	00044: CALL       
	00045: DELTAP1    
	00046: CALL       
	00047: CALL       
	00048: CALL       
	00049: SHC[rp1,zp0] 

	Glyph 117: off = 0x0000882A, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			35
	  yMin:			0
	  xMax:			411
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	67
		X BOffset:	-54
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     1     5    64    23    25    52     5    64    34    37 
	                            52    32     5     1     5     2 
	00018: PUSHW[1]            -90 
	00021: PUSHB[5]             72    43     1     1     5 
	00027: PUSHW[2]            546    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: CALL       
	00038: CALL       
	00039: SHC[rp1,zp0] 

	Glyph 118: off = 0x0000886A, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			-17
	  yMin:			0
	  xMax:			616
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	214
		X BOffset:	-42
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0     6     9     1     2    65     1     1    10 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 119: off = 0x00008898, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			9
	  yMin:			0
	  xMax:			570
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	-52
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     2     1     8    32    11    11     6    85     8     2 
	                             0    72    43     1     2     2    11 
	00019: PUSHW[2]            546    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: CALL       
	00029: SHC[rp1,zp0] 
	00030: SHC[rp1,zp0] 

	Glyph 120: off = 0x000088D0, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			135
	  yMin:			0
	  xMax:			998
	  yMax:			1450

	     0: Flags:		0x0226
		Glyf Index:	81
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	255
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    38 
	00005: PUSHW[2]            546    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    23    35     1    11    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHW[2]             40   -64 
	00033: PUSHB[8]             34    36    52    79    40     1    40    18 
	00042: PUSHW[1]            -30 
	00045: PUSHB[2]             72    43 
	00048: CALL       
	00049: DELTAP1    
	00050: CALL       
	00051: EIF        
	00052: SHC[rp1,zp0] 

	Glyph 121: off = 0x00008920, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	244
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2   224    29   240    29     2    29     4     0    72 
	                            43     2     1    29 
	00016: PUSHW[2]            546    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 122: off = 0x00008956, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    27 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (17):    11    13    52    15    27     1   112    27     1    27 
	                             4     0    72    43     2     1    27 
	00025: PUSHW[2]            546    41 
	00030: SVTCA[y-axis] 
	00031: CALL       
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: DELTAP1    
	00035: DELTAP2    
	00036: CALL       
	00037: SHC[rp1,zp0] 

	Glyph 123: off = 0x00008996, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     2    28    64    46    50    52   159    28     1     0 
	                            28    31     0     7    65     2     1    32 
	00020: PUSHW[2]            546    41 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: DELTAP3    
	00030: CALL       
	00031: SHC[rp1,zp0] 

	Glyph 124: off = 0x000089D0, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     3     2    30    64    22    22     6    85    30 
	00011: PUSHW[1]            -64 
	00014: NPUSHB      (13):    10    11     6    85    30     4   110    72    43     2 
	                             3     2    33 
	00029: PUSHW[2]            546    41 
	00034: SVTCA[y-axis] 
	00035: CALL       
	00036: SVTCA[x-axis] 
	00037: CALL       
	00038: CALL       
	00039: CALL       
	00040: SHC[rp1,zp0] 
	00041: SHC[rp1,zp0] 

	Glyph 125: off = 0x00008A14, len = 74
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1450

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (23):     2    47    43    63    43     2   127    43   255    43 
	                             2    79    43   143    43     2    47    43    63    43 
	                             2    43     4 
	00025: PUSHW[1]            -20 
	00028: PUSHB[5]             72    43     2     1    41 
	00034: PUSHW[2]            546    41 
	00039: SVTCA[y-axis] 
	00040: CALL       
	00041: SVTCA[x-axis] 
	00042: CALL       
	00043: DELTAP1    
	00044: DELTAP1    
	00045: DELTAP1    
	00046: DELTAP2    
	00047: SHC[rp1,zp0] 

	Glyph 126: off = 0x00008A5E, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	231
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     1    28    64    14    16    52    31    28    79    28 
	                             2    28    17    60    72    43     1     1    28 
	00021: PUSHW[2]            546    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP2    
	00031: CALL       
	00032: SHC[rp1,zp0] 

	Glyph 127: off = 0x00008A9A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	263
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     1    26    17     0    72    39     1     1    26 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 128: off = 0x00008ACA, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    31 
	00005: PUSHW[2]            546    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    27    30    11    22    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[8]            143    25     1    25    17    35    72    43 
	00037: CALL       
	00038: DELTAP1    
	00039: EIF        
	00040: SHC[rp1,zp0] 

	Glyph 129: off = 0x00008B0E, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     2     1   112    25     1     0    25    31    17    17 
	                            65     1     2     2    32 
	00017: PUSHW[2]            546    41 
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 
	00028: SHC[rp1,zp0] 

	Glyph 130: off = 0x00008B46, len = 144
	  numberOfContours:	1
	  xMin:			73
	  yMin:			-346
	  xMax:			1054
	  yMax:			1432

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	94
	00000: NPUSHB      (51):     2     1     9    10    10     1    32     4    11     0 
	                             3     4     8     7     7     4   110     6     5     0 
	                             8     9     6     7     7    10    10     9   110    11 
	                            32     0     5     4     4     1     1     0   110     3 
	                            64     2   144     2     2     2    62    12   112   140 
	                            24 
	00053: CALL       
	00054: SRP0       
	00055: MIRP[srp0,nmd,rd,0] 
	00056: DELTAP1    
	00057: ALIGNRP    
	00058: MIRP[srp0,nmd,rd,0] 
	00059: ALIGNRP    
	00060: SRP0       
	00061: ALIGNRP    
	00062: SRP0       
	00063: ALIGNRP    
	00064: SRP0       
	00065: MIRP[srp0,md,rd,1] 
	00066: MIRP[nrp0,nmd,rd,0] 
	00067: ALIGNRP    
	00068: SRP0       
	00069: ALIGNRP    
	00070: SRP0       
	00071: ALIGNRP    
	00072: SRP0       
	00073: ALIGNRP    
	00074: SVTCA[y-axis] 
	00075: MIAP[rd+ci] 
	00076: ALIGNRP    
	00077: MIRP[srp0,nmd,rd,0] 
	00078: ALIGNRP    
	00079: SRP0       
	00080: ALIGNRP    
	00081: SRP0       
	00082: ALIGNRP    
	00083: MDAP[rd]   
	00084: ALIGNRP    
	00085: SRP0       
	00086: MIRP[srp0,md,rd,1] 
	00087: ALIGNRP    
	00088: SRP0       
	00089: ALIGNRP    
	00090: SRP0       
	00091: ALIGNRP    
	00092: IUP[y]     
	00093: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:        XDual         Y-Short         On
	 10:  YDual                               On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   472,  -346)  ->  Abs (   472,  -346)
	  1: Rel (     0,  1212)  ->  Abs (   472,   866)
	  2: Rel (  -399,     0)  ->  Abs (    73,   866)
	  3: Rel (     0,   160)  ->  Abs (    73,  1026)
	  4: Rel (   399,     0)  ->  Abs (   472,  1026)
	  5: Rel (     0,   406)  ->  Abs (   472,  1432)
	  6: Rel (   180,     0)  ->  Abs (   652,  1432)
	  7: Rel (     0,  -406)  ->  Abs (   652,  1026)
	  8: Rel (   402,     0)  ->  Abs (  1054,  1026)
	  9: Rel (     0,  -160)  ->  Abs (  1054,   866)
	 10: Rel (  -402,     0)  ->  Abs (   652,   866)
	 11: Rel (     0, -1212)  ->  Abs (   652,  -346)

	Glyph 131: off = 0x00008BD6, len = 134
	  numberOfContours:	2
	  xMin:			128
	  yMin:			936
	  xMax:			683
	  yMax:			1491

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	59
	00000: PUSHW[2]             15   653 
	00005: PUSHB[6]              0     9     1     9   131    21 
	00012: PUSHW[1]            653 
	00015: PUSHB[3]              3     1    18 
	00019: PUSHW[1]            653 
	00022: PUSHB[6]             15     6     1     6   131    12 
	00029: PUSHW[1]            653 
	00032: NPUSHB       (9):    32     0     1     0   172    24   157   121    24 
	00043: CALL       
	00044: SRP0       
	00045: MIRP[srp0,nmd,rd,2] 
	00046: DELTAP1    
	00047: MIRP[nrp0,md,rd,1] 
	00048: MIRP[srp0,md,rd,1] 
	00049: DELTAP1    
	00050: MIRP[nrp0,md,rd,1] 
	00051: SVTCA[y-axis] 
	00052: MIAP[rd+ci] 
	00053: MIRP[nrp0,md,rd,1] 
	00054: MIRP[srp0,md,rd,1] 
	00055: DELTAP1    
	00056: MIRP[nrp0,md,rd,1] 
	00057: IUP[y]     
	00058: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   128,  1214)  ->  Abs (   128,  1214)
	  1: Rel (     0,   115)  ->  Abs (   128,  1329)
	  2: Rel (   163,   162)  ->  Abs (   291,  1491)
	  3: Rel (   114,     0)  ->  Abs (   405,  1491)
	  4: Rel (   116,     0)  ->  Abs (   521,  1491)
	  5: Rel (   162,  -162)  ->  Abs (   683,  1329)
	  6: Rel (     0,  -115)  ->  Abs (   683,  1214)
	  7: Rel (     0,  -115)  ->  Abs (   683,  1099)
	  8: Rel (  -163,  -163)  ->  Abs (   520,   936)
	  9: Rel (  -115,     0)  ->  Abs (   405,   936)
	 10: Rel (  -114,     0)  ->  Abs (   291,   936)
	 11: Rel (  -163,   162)  ->  Abs (   128,  1098)
	 12: Rel (   109,   116)  ->  Abs (   237,  1214)
	 13: Rel (     0,   -70)  ->  Abs (   237,  1144)
	 14: Rel (    99,   -99)  ->  Abs (   336,  1045)
	 15: Rel (    70,     0)  ->  Abs (   406,  1045)
	 16: Rel (    69,     0)  ->  Abs (   475,  1045)
	 17: Rel (    99,    99)  ->  Abs (   574,  1144)
	 18: Rel (     0,    70)  ->  Abs (   574,  1214)
	 19: Rel (     0,    70)  ->  Abs (   574,  1284)
	 20: Rel (   -99,    99)  ->  Abs (   475,  1383)
	 21: Rel (   -69,     0)  ->  Abs (   406,  1383)
	 22: Rel (   -70,     0)  ->  Abs (   336,  1383)
	 23: Rel (   -99,   -99)  ->  Abs (   237,  1284)

	Glyph 132: off = 0x00008C5C, len = 526
	  numberOfContours:	2
	  xMin:			107
	  yMin:			-409
	  xMax:			1034
	  yMax:			1466

	EndPoints
	---------
	  0:  32
	  1:  42

	  Length of Instructions:	385
	00000: NPUSHB     (150):    21    27    20    28     2    54     1    93     4    88 
	                            16   104    15   104    24   104    33   120    15   115 
	                            28   117    29   137    41   169    33   230     1   232 
	                            15   232    27   248    32   249    33   248    35    17 
	                            72    25    74    29    73    32   104    25   104    29 
	                           104    42     6    74     9    75    32   105    15   107 
	                            32   121    15   166     0   165    17   169    41   169 
	                            42   230    14    10    69    30   102     5   101    30 
	                             3    29     8    31    20    16    16     2    85    15 
	                            15    16    24    33    42    42    41    25    25    14 
	                             0     0    32     1     1     3    12    12    10    27 
	                            27    28    26    26    13    42    33    31    27    24 
	                            15    12     1     0     9    39    30     7     6    15 
	                            12     1    42     7     3    31    30     0     3    33 
	                             6    27    24    35    25    26    13    25    26    13 
	00152: PUSHW[1]            606 
	00155: NPUSHB      (23):    14    25    20    14    14    25    13    14    14    18 
	                            13    25    39    26     7     6    14    10    13    26 
	                            25    22     7 
	00180: PUSHW[1]            682 
	00183: NPUSHB      (56):     6     6    12    24    25     0    33    51    35    28 
	                            22     7    24     7    12    11     3    28    10    11 
	                            14    14     6    36     7    26    44    39    36    18 
	                             6    13    13     2    85    18    10    12    12     2 
	                            85    18    20    11    11     2    85    31    18    63 
	                            18     2    18    25    43   230 
	00241: PUSHW[3]            304    24   284 
	00248: SCANCTRL   
	00249: CALL       
	00250: FLIPOFF    
	00251: SRP0       
	00252: MIRP[srp0,nmd,rd,0] 
	00253: DELTAP1    
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: FLIPON     
	00258: MIRP[nrp0,md,rd,1] 
	00259: FLIPOFF    
	00260: SRP0       
	00261: MIRP[srp0,nmd,rd,2] 
	00262: FLIPON     
	00263: MIRP[nrp0,md,rd,1] 
	00264: SVTCA[y-axis] 
	00265: MIAP[rd+ci] 
	00266: MIAP[rd+ci] 
	00267: MIRP[nrp0,md,rd,1] 
	00268: MIAP[rd+ci] 
	00269: MIAP[rd+ci] 
	00270: MIAP[rd+ci] 
	00271: MIRP[srp0,md,rd,1] 
	00272: MIRP[nrp0,nmd,rd,0] 
	00273: MIAP[rd+ci] 
	00274: SRP1       
	00275: SRP2       
	00276: IP         
	00277: MDAP[rd]   
	00278: MIRP[nrp0,nmd,rd,0] 
	00279: SRP1       
	00280: SRP2       
	00281: IP         
	00282: SRP1       
	00283: SRP2       
	00284: IP         
	00285: SVTCA[x-axis] 
	00286: SRP1       
	00287: SRP2       
	00288: IP         
	00289: SRP2       
	00290: IP         
	00291: IP         
	00292: SRP1       
	00293: IP         
	00294: SFVTL[=p1,p2] 
	00295: SDPVTL[1]  
	00296: MDAP[nrd]  
	00297: CALL       
	00298: SFVTL[=p1,p2] 
	00299: SDPVTL[1]  
	00300: RDTG       
	00301: MDRP[nrp0,nmd,rd,0] 
	00302: SVTCA[y-axis] 
	00303: SRP1       
	00304: SRP2       
	00305: IP         
	00306: SRP1       
	00307: SRP2       
	00308: SLOOP      
	00309: IP         
	00310: SRP1       
	00311: SRP2       
	00312: IP         
	00313: IP         
	00314: SRP2       
	00315: IP         
	00316: SVTCA[x-axis] 
	00317: SRP1       
	00318: SRP2       
	00319: IP         
	00320: SRP2       
	00321: SLOOP      
	00322: IP         
	00323: SDPVTL[1]  
	00324: SRP0       
	00325: SFVTL[=p1,p2] 
	00326: ALIGNRP    
	00327: SFVTL[=p1,p2] 
	00328: MDRP[nrp0,nmd,rd,0] 
	00329: SFVTL[=p1,p2] 
	00330: ALIGNRP    
	00331: SFVTL[=p1,p2] 
	00332: ALIGNRP    
	00333: SDPVTL[1]  
	00334: SRP0       
	00335: SFVTL[=p1,p2] 
	00336: ALIGNRP    
	00337: SFVTCA[x-axis] 
	00338: ALIGNRP    
	00339: ALIGNRP    
	00340: SFVTL[=p1,p2] 
	00341: ALIGNRP    
	00342: SVTCA[x-axis] 
	00343: CALL       
	00344: IUP[y]     
	00345: IUP[x]     
	00346: RTG        
	00347: RS         
	00348: JROF       
	00349: NPUSHB      (18):    36    38    19    21    37    37    20    38    36    21 
	                            39    29     0    38    19    35    29     1 
	00369: SVTCA[y-axis] 
	00370: CALL       
	00371: SVTCA[x-axis] 
	00372: CALL       
	00373: CALL       
	00374: CALL       
	00375: FLIPRGON   
	00376: FLIPRGON   
	00377: SVTCA[y-axis] 
	00378: DELTAP2    
	00379: DELTAP1    
	00380: SVTCA[x-axis] 
	00381: DELTAP2    
	00382: DELTAP1    
	00383: SVTCA[y-axis] 
	00384: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:                              X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:                              X-Short On
	 14:  YDual               Y-Short X-Short On
	 15:        XDual                 X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:                              X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual                 X-Short On
	 26:        XDual         Y-Short X-Short On
	 27:                              X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:                      Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual               Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   744,   894)  ->  Abs (   744,   894)
	  1: Rel (  -222,  -766)  ->  Abs (   522,   128)
	  2: Rel (    33,    -9)  ->  Abs (   555,   119)
	  3: Rel (    28,     0)  ->  Abs (   583,   119)
	  4: Rel (   104,     0)  ->  Abs (   687,   119)
	  5: Rel (   151,   142)  ->  Abs (   838,   261)
	  6: Rel (    17,   128)  ->  Abs (   855,   389)
	  7: Rel (   179,   -20)  ->  Abs (  1034,   369)
	  8: Rel (   -33,  -185)  ->  Abs (  1001,   184)
	  9: Rel (  -247,  -212)  ->  Abs (   754,   -28)
	 10: Rel (  -168,     0)  ->  Abs (   586,   -28)
	 11: Rel (   -49,     0)  ->  Abs (   537,   -28)
	 12: Rel (   -54,    14)  ->  Abs (   483,   -14)
	 13: Rel (  -118,  -395)  ->  Abs (   365,  -409)
	 14: Rel (  -112,    32)  ->  Abs (   253,  -377)
	 15: Rel (   115,   398)  ->  Abs (   368,    21)
	 16: Rel (  -115,    55)  ->  Abs (   253,    76)
	 17: Rel (  -146,   257)  ->  Abs (   107,   333)
	 18: Rel (     0,   193)  ->  Abs (   107,   526)
	 19: Rel (     0,   178)  ->  Abs (   107,   704)
	 20: Rel (   117,   255)  ->  Abs (   224,   959)
	 21: Rel (   233,   128)  ->  Abs (   457,  1087)
	 22: Rel (   121,     0)  ->  Abs (   578,  1087)
	 23: Rel (    36,     0)  ->  Abs (   614,  1087)
	 24: Rel (    64,    -8)  ->  Abs (   678,  1079)
	 25: Rel (   113,   387)  ->  Abs (   791,  1466)
	 26: Rel (   110,   -32)  ->  Abs (   901,  1434)
	 27: Rel (  -112,  -387)  ->  Abs (   789,  1047)
	 28: Rel (    99,   -43)  ->  Abs (   888,  1004)
	 29: Rel (   106,  -145)  ->  Abs (   994,   859)
	 30: Rel (    21,  -109)  ->  Abs (  1015,   750)
	 31: Rel (  -175,   -27)  ->  Abs (   840,   723)
	 32: Rel (   -26,   112)  ->  Abs (   814,   835)
	 33: Rel (  -176,   105)  ->  Abs (   638,   940)
	 34: Rel (   -32,     3)  ->  Abs (   606,   943)
	 35: Rel (   -18,     0)  ->  Abs (   588,   943)
	 36: Rel (   -82,     0)  ->  Abs (   506,   943)
	 37: Rel (  -143,   -91)  ->  Abs (   363,   852)
	 38: Rel (   -71,  -191)  ->  Abs (   292,   661)
	 39: Rel (     0,  -126)  ->  Abs (   292,   535)
	 40: Rel (     0,  -132)  ->  Abs (   292,   403)
	 41: Rel (    64,  -182)  ->  Abs (   356,   221)
	 42: Rel (    59,   -44)  ->  Abs (   415,   177)

	Glyph 133: off = 0x00008E6A, len = 404
	  numberOfContours:	1
	  xMin:			27
	  yMin:			-28
	  xMax:			1082
	  yMax:			1491

	EndPoints
	---------
	  0:  57

	  Length of Instructions:	238
	00000: NPUSHB      (74):   109    55   118    43   134    43     3    22    33     1 
	                            20     7    58    24    73    24     3    41    40    39 
	                            36     4    34    42    57     0     3     3     5    56 
	                             2     3     3    36    36    37    30    38     1     0 
	                             0    39    39    38    38    30    46    50    39    95 
	                            49   111    49     2    49   254    64    53     1    53 
	                            41    46     1    10    64    29    34    52    10    64 
	                            18    20    52    10 
	00076: PUSHW[1]            405 
	00079: PUSHB[4]             47    27     1    27 
	00084: PUSHW[1]            696 
	00087: NPUSHB      (10):    20    16    30    17   171    14    30    20    11    31 
	00099: PUSHW[1]            602 
	00102: PUSHB[7]             30    11    50    94    49    56    16 
	00110: PUSHW[1]            399 
	00113: NPUSHB      (44):    32    17    48    17     2    17    26    59     1     2 
	                           165    34    94    32     5     1     5    77    56    94 
	                           191    42   207    42   239    42     3    42   114    31 
	                            38    37    39    30    62   175    31     1    31    25 
	                            58   169   141    24 
	00159: CALL       
	00160: FLIPOFF    
	00161: SRP0       
	00162: MIRP[srp0,nmd,rd,0] 
	00163: DELTAP1    
	00164: RTHG       
	00165: FLIPON     
	00166: MIRP[nrp0,nmd,rd,0] 
	00167: RTG        
	00168: MIRP[srp0,nmd,rd,0] 
	00169: ALIGNRP    
	00170: SRP0       
	00171: MIRP[srp0,nmd,rd,0] 
	00172: DELTAP1    
	00173: MIRP[srp0,md,rd,1] 
	00174: MIRP[srp0,nmd,rd,0] 
	00175: DELTAP1    
	00176: MIRP[nrp0,md,rd,1] 
	00177: MIRP[srp0,nmd,rd,0] 
	00178: ALIGNRP    
	00179: FLIPOFF    
	00180: SRP0       
	00181: MIRP[srp0,nmd,rd,2] 
	00182: DELTAP1    
	00183: FLIPON     
	00184: MIRP[nrp0,nmd,rd,0] 
	00185: MIRP[srp0,nmd,rd,0] 
	00186: MIRP[nrp0,md,rd,1] 
	00187: SVTCA[y-axis] 
	00188: MIAP[rd+ci] 
	00189: MIRP[nrp0,md,rd,1] 
	00190: MIAP[rd+ci] 
	00191: MIRP[nrp0,md,rd,1] 
	00192: MIRP[srp0,md,rd,1] 
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP0       
	00195: MIRP[srp0,nmd,rd,0] 
	00196: DELTAP1    
	00197: MIRP[nrp0,md,rd,1] 
	00198: CALL       
	00199: CALL       
	00200: MIAP[rd+ci] 
	00201: MIRP[nrp0,md,rd,1] 
	00202: DELTAP2    
	00203: MIRP[srp0,md,rd,1] 
	00204: DELTAP1    
	00205: MIRP[nrp0,nmd,rd,0] 
	00206: SRP1       
	00207: SRP2       
	00208: IP         
	00209: MDAP[rd]   
	00210: ALIGNRP    
	00211: SRP0       
	00212: ALIGNRP    
	00213: SRP0       
	00214: ALIGNRP    
	00215: SRP0       
	00216: MIRP[srp0,md,rd,1] 
	00217: ALIGNRP    
	00218: SRP0       
	00219: ALIGNRP    
	00220: SRP0       
	00221: ALIGNRP    
	00222: SVTCA[x-axis] 
	00223: SRP1       
	00224: SRP2       
	00225: SLOOP      
	00226: IP         
	00227: SRP1       
	00228: SRP2       
	00229: SLOOP      
	00230: IP         
	00231: IUP[y]     
	00232: IUP[x]     
	00233: SVTCA[x-axis] 
	00234: DELTAP1    
	00235: DELTAP2    
	00236: SVTCA[y-axis] 
	00237: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:  YDual               Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual                       X-Short On
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual                 X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short On
	 50:                      Y-Short X-Short On
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:                      Y-Short X-Short Off
	 56:        XDual         Y-Short         On
	 57:        XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   396,   809)  ->  Abs (   396,   809)
	  1: Rel (   315,     0)  ->  Abs (   711,   809)
	  2: Rel (     0,  -148)  ->  Abs (   711,   661)
	  3: Rel (  -284,     0)  ->  Abs (   427,   661)
	  4: Rel (    19,   -44)  ->  Abs (   446,   617)
	  5: Rel (     0,   -44)  ->  Abs (   446,   573)
	  6: Rel (     0,   -87)  ->  Abs (   446,   486)
	  7: Rel (   -83,  -194)  ->  Abs (   363,   292)
	  8: Rel (   -95,  -101)  ->  Abs (   268,   191)
	  9: Rel (    79,    22)  ->  Abs (   347,   213)
	 10: Rel (    65,     0)  ->  Abs (   412,   213)
	 11: Rel (    83,     0)  ->  Abs (   495,   213)
	 12: Rel (   104,   -25)  ->  Abs (   599,   188)
	 13: Rel (   172,   -41)  ->  Abs (   771,   147)
	 14: Rel (    61,     0)  ->  Abs (   832,   147)
	 15: Rel (    74,     0)  ->  Abs (   906,   147)
	 16: Rel (   118,    56)  ->  Abs (  1024,   203)
	 17: Rel (    58,  -165)  ->  Abs (  1082,    38)
	 18: Rel (   -92,   -39)  ->  Abs (   990,    -1)
	 19: Rel (  -101,   -24)  ->  Abs (   889,   -25)
	 20: Rel (   -50,     0)  ->  Abs (   839,   -25)
	 21: Rel (   -42,     0)  ->  Abs (   797,   -25)
	 22: Rel (   -43,     8)  ->  Abs (   754,   -17)
	 23: Rel (   -27,     5)  ->  Abs (   727,   -12)
	 24: Rel (  -205,    63)  ->  Abs (   522,    51)
	 25: Rel (   -30,     6)  ->  Abs (   492,    57)
	 26: Rel (   -47,     8)  ->  Abs (   445,    65)
	 27: Rel (   -47,     0)  ->  Abs (   398,    65)
	 28: Rel (   -72,     0)  ->  Abs (   326,    65)
	 29: Rel (  -163,   -50)  ->  Abs (   163,    15)
	 30: Rel (   -67,   -43)  ->  Abs (    96,   -28)
	 31: Rel (   -69,   173)  ->  Abs (    27,   145)
	 32: Rel (    96,    53)  ->  Abs (   123,   198)
	 33: Rel (   134,   197)  ->  Abs (   257,   395)
	 34: Rel (     0,   142)  ->  Abs (   257,   537)
	 35: Rel (     0,    61)  ->  Abs (   257,   598)
	 36: Rel (   -17,    63)  ->  Abs (   240,   661)
	 37: Rel (  -196,     0)  ->  Abs (    44,   661)
	 38: Rel (     0,   148)  ->  Abs (    44,   809)
	 39: Rel (   154,     0)  ->  Abs (   198,   809)
	 40: Rel (   -33,   112)  ->  Abs (   165,   921)
	 41: Rel (   -18,   103)  ->  Abs (   147,  1024)
	 42: Rel (     0,    49)  ->  Abs (   147,  1073)
	 43: Rel (     0,   208)  ->  Abs (   147,  1281)
	 44: Rel (   154,   117)  ->  Abs (   301,  1398)
	 45: Rel (   124,    93)  ->  Abs (   425,  1491)
	 46: Rel (   176,     0)  ->  Abs (   601,  1491)
	 47: Rel (   181,     0)  ->  Abs (   782,  1491)
	 48: Rel (   235,  -199)  ->  Abs (  1017,  1292)
	 49: Rel (    27,  -180)  ->  Abs (  1044,  1112)
	 50: Rel (  -179,   -27)  ->  Abs (   865,  1085)
	 51: Rel (   -15,   120)  ->  Abs (   850,  1205)
	 52: Rel (  -149,   138)  ->  Abs (   701,  1343)
	 53: Rel (  -104,     0)  ->  Abs (   597,  1343)
	 54: Rel (  -111,     0)  ->  Abs (   486,  1343)
	 55: Rel (  -147,  -143)  ->  Abs (   339,  1200)
	 56: Rel (     0,  -101)  ->  Abs (   339,  1099)
	 57: Rel (     0,  -111)  ->  Abs (   339,   988)

	Glyph 134: off = 0x00008FFE, len = 432
	  numberOfContours:	2
	  xMin:			81
	  yMin:			-431
	  xMax:			1045
	  yMax:			1491

	EndPoints
	---------
	  0:  56
	  1:  74

	  Length of Instructions:	212
	00000: NPUSHB     (106):     4    48    20    48    36    57   102    47   101    58 
	                           117     6   116    17   122    29   121    45   121    62 
	                           123    63   123    64   123    65   115    73   115    74 
	                           132     6   132    17   139    29   137    45   139    62 
	                           139    63   139    64   139    65   131    72   131    73 
	                           131    74   148    41    27    41    13    41    19    36 
	                            41    34    49     4    72    67    18    12     4    69 
	                            66    63    57    37    10     5    34    58    47    39 
	                             3    60     7    72    67    66    63    58    57    47 
	                            39    37    18    12    10    12    28     1    54    28 
	                             4   134     1    28    39    27 
	00108: PUSHW[1]            275 
	00111: NPUSHB      (45):    31    28    24     1     0    39     1    11    28    60 
	                            27    62    43     7    94    50    62    60    41    79 
	                            43     1    43    26    76    34    94    21    62    15 
	                             1    60     0    56    69    41    79    15     1    15 
	                            25    75   113   167    24 
	00158: CALL       
	00159: FLIPOFF    
	00160: SRP0       
	00161: MIRP[srp0,nmd,rd,0] 
	00162: DELTAP1    
	00163: FLIPON     
	00164: MIRP[nrp0,md,rd,1] 
	00165: MIRP[srp0,nmd,rd,0] 
	00166: MIRP[nrp0,md,rd,1] 
	00167: SRP0       
	00168: MIRP[srp0,nmd,rd,0] 
	00169: MIRP[nrp0,md,rd,1] 
	00170: FLIPOFF    
	00171: SRP0       
	00172: MIRP[srp0,nmd,rd,2] 
	00173: DELTAP1    
	00174: FLIPON     
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIRP[srp0,nmd,rd,0] 
	00177: MIRP[nrp0,md,rd,1] 
	00178: SRP0       
	00179: MIRP[srp0,nmd,rd,0] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: SVTCA[y-axis] 
	00182: MIAP[rd+ci] 
	00183: MIRP[nrp0,nmd,rd,0] 
	00184: MIAP[rd+ci] 
	00185: MIRP[nrp0,md,rd,1] 
	00186: MIRP[srp0,md,rd,1] 
	00187: MIRP[nrp0,nmd,rd,0] 
	00188: SRP0       
	00189: MIRP[srp0,nmd,rd,0] 
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP1       
	00192: SRP2       
	00193: SLOOP      
	00194: IP         
	00195: SVTCA[x-axis] 
	00196: SRP1       
	00197: SRP2       
	00198: SLOOP      
	00199: IP         
	00200: SRP2       
	00201: SLOOP      
	00202: IP         
	00203: SRP1       
	00204: SLOOP      
	00205: IP         
	00206: IUP[y]     
	00207: IUP[x]     
	00208: SVTCA[x-axis] 
	00209: DELTAP1    
	00210: SVTCA[y-axis] 
	00211: DELTAP1    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short         On
	 12:  YDual       Rep-  2 Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:                      Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short On
	 46:                      Y-Short X-Short Off
	 47:                      Y-Short X-Short On
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:                      Y-Short X-Short Off
	 53:                      Y-Short X-Short Off
	 54:  YDual                       X-Short On
	 55:  YDual                       X-Short Off
	 56:  YDual               Y-Short X-Short Off
	 57:                                      On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short X-Short Off
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual               Y-Short X-Short On
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual               Y-Short X-Short On
	 65:  YDual               Y-Short X-Short Off
	 66:  YDual               Y-Short X-Short On
	 67:                      Y-Short X-Short Off
	 68:                      Y-Short X-Short Off
	 69:        XDual         Y-Short         On
	 70:        XDual         Y-Short         Off
	 71:        XDual         Y-Short X-Short On
	 72:        XDual         Y-Short X-Short Off
	 73:        XDual         Y-Short X-Short On
	 74:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   143,   -70)  ->  Abs (   143,   -70)
	  1: Rel (   181,    26)  ->  Abs (   324,   -44)
	  2: Rel (    28,  -130)  ->  Abs (   352,  -174)
	  3: Rel (   122,  -105)  ->  Abs (   474,  -279)
	  4: Rel (   105,     0)  ->  Abs (   579,  -279)
	  5: Rel (   102,     0)  ->  Abs (   681,  -279)
	  6: Rel (   115,   104)  ->  Abs (   796,  -175)
	  7: Rel (     0,    70)  ->  Abs (   796,  -105)
	  8: Rel (     0,    51)  ->  Abs (   796,   -54)
	  9: Rel (   -36,    43)  ->  Abs (   760,   -11)
	 10: Rel (   -62,    75)  ->  Abs (   698,    64)
	 11: Rel (  -278,   170)  ->  Abs (   420,   234)
	 12: Rel (  -148,    91)  ->  Abs (   272,   325)
	 13: Rel (  -117,   103)  ->  Abs (   155,   428)
	 14: Rel (   -74,   140)  ->  Abs (    81,   568)
	 15: Rel (     0,    76)  ->  Abs (    81,   644)
	 16: Rel (     0,    96)  ->  Abs (    81,   740)
	 17: Rel (   120,   156)  ->  Abs (   201,   896)
	 18: Rel (   105,    31)  ->  Abs (   306,   927)
	 19: Rel (   -71,    68)  ->  Abs (   235,   995)
	 20: Rel (   -58,   115)  ->  Abs (   177,  1110)
	 21: Rel (     0,    65)  ->  Abs (   177,  1175)
	 22: Rel (     0,   128)  ->  Abs (   177,  1303)
	 23: Rel (   200,   188)  ->  Abs (   377,  1491)
	 24: Rel (   165,     0)  ->  Abs (   542,  1491)
	 25: Rel (   187,     0)  ->  Abs (   729,  1491)
	 26: Rel (   210,  -178)  ->  Abs (   939,  1313)
	 27: Rel (    21,  -169)  ->  Abs (   960,  1144)
	 28: Rel (  -187,   -19)  ->  Abs (   773,  1125)
	 29: Rel (   -21,   122)  ->  Abs (   752,  1247)
	 30: Rel (  -105,    96)  ->  Abs (   647,  1343)
	 31: Rel (   -89,     0)  ->  Abs (   558,  1343)
	 32: Rel (   -92,     0)  ->  Abs (   466,  1343)
	 33: Rel (  -113,   -99)  ->  Abs (   353,  1244)
	 34: Rel (     0,   -60)  ->  Abs (   353,  1184)
	 35: Rel (     0,   -52)  ->  Abs (   353,  1132)
	 36: Rel (    36,   -44)  ->  Abs (   389,  1088)
	 37: Rel (    56,   -68)  ->  Abs (   445,  1020)
	 38: Rel (   250,  -152)  ->  Abs (   695,   868)
	 39: Rel (   157,   -96)  ->  Abs (   852,   772)
	 40: Rel (    55,   -45)  ->  Abs (   907,   727)
	 41: Rel (    71,   -60)  ->  Abs (   978,   667)
	 42: Rel (    67,  -128)  ->  Abs (  1045,   539)
	 43: Rel (     0,   -75)  ->  Abs (  1045,   464)
	 44: Rel (     0,  -113)  ->  Abs (  1045,   351)
	 45: Rel (   -73,   -80)  ->  Abs (   972,   271)
	 46: Rel (   -42,   -46)  ->  Abs (   930,   225)
	 47: Rel (  -112,   -47)  ->  Abs (   818,   178)
	 48: Rel (    80,   -61)  ->  Abs (   898,   117)
	 49: Rel (    79,  -140)  ->  Abs (   977,   -23)
	 50: Rel (     0,   -80)  ->  Abs (   977,  -103)
	 51: Rel (     0,   -88)  ->  Abs (   977,  -191)
	 52: Rel (  -100,  -157)  ->  Abs (   877,  -348)
	 53: Rel (  -188,   -83)  ->  Abs (   689,  -431)
	 54: Rel (  -109,     0)  ->  Abs (   580,  -431)
	 55: Rel (  -191,     0)  ->  Abs (   389,  -431)
	 56: Rel (  -224,   191)  ->  Abs (   165,  -240)
	 57: Rel (   563,   484)  ->  Abs (   728,   244)
	 58: Rel (    74,    38)  ->  Abs (   802,   282)
	 59: Rel (    73,   101)  ->  Abs (   875,   383)
	 60: Rel (     0,    48)  ->  Abs (   875,   431)
	 61: Rel (     0,    57)  ->  Abs (   875,   488)
	 62: Rel (   -52,    63)  ->  Abs (   823,   551)
	 63: Rel (   -53,    63)  ->  Abs (   770,   614)
	 64: Rel (  -172,   106)  ->  Abs (   598,   720)
	 65: Rel (  -137,    84)  ->  Abs (   461,   804)
	 66: Rel (   -67,    54)  ->  Abs (   394,   858)
	 67: Rel (   -81,   -46)  ->  Abs (   313,   812)
	 68: Rel (   -69,   -92)  ->  Abs (   244,   720)
	 69: Rel (     0,   -56)  ->  Abs (   244,   664)
	 70: Rel (     0,   -63)  ->  Abs (   244,   601)
	 71: Rel (    46,   -57)  ->  Abs (   290,   544)
	 72: Rel (    46,   -57)  ->  Abs (   336,   487)
	 73: Rel (   161,   -95)  ->  Abs (   497,   392)
	 74: Rel (   134,   -79)  ->  Abs (   631,   313)

	Glyph 135: off = 0x000091AE, len = 76
	  numberOfContours:	1
	  xMin:			109
	  yMin:			464
	  xMax:			616
	  yMax:			971

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	31
	00000: PUSHW[2]              3   339 
	00005: NPUSHB      (14):     9     6   204    32     0    48     0     2     0   117 
	                            12    87   167    24 
	00021: CALL       
	00022: SRP0       
	00023: MIRP[srp0,nmd,rd,2] 
	00024: DELTAP1    
	00025: MIRP[nrp0,md,rd,1] 
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: MIRP[nrp0,md,rd,1] 
	00029: IUP[y]     
	00030: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   109,   718)  ->  Abs (   109,   718)
	  1: Rel (     0,   105)  ->  Abs (   109,   823)
	  2: Rel (   149,   148)  ->  Abs (   258,   971)
	  3: Rel (   104,     0)  ->  Abs (   362,   971)
	  4: Rel (   105,     0)  ->  Abs (   467,   971)
	  5: Rel (   149,  -148)  ->  Abs (   616,   823)
	  6: Rel (     0,  -105)  ->  Abs (   616,   718)
	  7: Rel (     0,  -105)  ->  Abs (   616,   613)
	  8: Rel (  -149,  -149)  ->  Abs (   467,   464)
	  9: Rel (  -105,     0)  ->  Abs (   362,   464)
	 10: Rel (  -104,     0)  ->  Abs (   258,   464)
	 11: Rel (  -149,   149)  ->  Abs (   109,   613)

	Glyph 136: off = 0x000091FA, len = 148
	  numberOfContours:	1
	  xMin:			1
	  yMin:			-407
	  xMax:			1107
	  yMax:			1466

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	90
	00000: NPUSHB      (13):    79    10    79    11    79    14    79    15     4    11 
	                            12     1    15 
	00015: PUSHW[3]            490     1   361 
	00022: NPUSHB      (33):     7     9    14    35     8     7     0    13    12    35 
	                            10    11   114    17     1   249     0    15    16    15 
	                             2    15    15    16     8    26    17     4    25    16 
	                           179   122    24 
	00057: CALL       
	00058: FLIPOFF    
	00059: SRP0       
	00060: MIRP[nrp0,nmd,rd,0] 
	00061: SRP0       
	00062: MIRP[nrp0,nmd,rd,2] 
	00063: SRP2       
	00064: IP         
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: FLIPON     
	00068: MIRP[nrp0,md,rd,1] 
	00069: SRP0       
	00070: MIRP[srp0,nmd,rd,0] 
	00071: ALIGNRP    
	00072: MIRP[srp0,md,rd,1] 
	00073: ALIGNRP    
	00074: SVTCA[y-axis] 
	00075: MIAP[rd+ci] 
	00076: ALIGNRP    
	00077: MIRP[srp0,md,rd,1] 
	00078: ALIGNRP    
	00079: SRP0       
	00080: MIRP[nrp0,md,rd,1] 
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP1       
	00083: IP         
	00084: IP         
	00085: IUP[y]     
	00086: IUP[x]     
	00087: SVTCA[x-axis] 
	00088: DELTAP2    
	00089: SVTCA[y-axis] 

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual                               On
	  9:        XDual         Y-Short         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual                       X-Short On
	 15:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   405,  -407)  ->  Abs (   405,  -407)
	  1: Rel (     0,  1045)  ->  Abs (   405,   638)
	  2: Rel (  -187,    10)  ->  Abs (   218,   648)
	  3: Rel (  -217,   223)  ->  Abs (     1,   871)
	  4: Rel (     0,   173)  ->  Abs (     1,  1044)
	  5: Rel (     0,   193)  ->  Abs (     1,  1237)
	  6: Rel (   241,   229)  ->  Abs (   242,  1466)
	  7: Rel (   232,     0)  ->  Abs (   474,  1466)
	  8: Rel (   633,     0)  ->  Abs (  1107,  1466)
	  9: Rel (     0,  -173)  ->  Abs (  1107,  1293)
	 10: Rel (  -144,     0)  ->  Abs (   963,  1293)
	 11: Rel (     0, -1700)  ->  Abs (   963,  -407)
	 12: Rel (  -170,     0)  ->  Abs (   793,  -407)
	 13: Rel (     0,  1700)  ->  Abs (   793,  1293)
	 14: Rel (  -223,     0)  ->  Abs (   570,  1293)
	 15: Rel (     0, -1700)  ->  Abs (   570,  -407)

	Glyph 137: off = 0x0000928E, len = 548
	  numberOfContours:	1
	  xMin:			153
	  yMin:			-25
	  xMax:			1187
	  yMax:			1491

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	394
	00000: NPUSHB     (133):    11    45    27    45    63    56    70    10    70    17 
	                            69    19    79    56    92    46   106    36   106    46 
	                           112    56    11    73     8    38    37    37    40    17 
	                            16    37    39    39    37    16    18    20    16    37 
	                            39    39    37    16    18    20    16    16    18    23 
	                            24    25    26    33    32    31    30    29     9    27 
	                            34    41    40    39    38    37    36    35    14    15 
	                            16    17    18    19    20    14    21    43    44    45 
	                            46    12    11    10     9     8     8    42     2     3 
	                            51    49     6    48     6    47     0    45    44    39 
	                            37    38    28    27    29    18    17    16    11    10 
	                            51    52    15    31    50    28     5     1    31    28 
	                            24    11    54     0    10    47    28     8   164    21 
	                            42    36    13 
	00135: PUSHW[1]            557 
	00138: NPUSHB      (12):    21    27   201   159    28     1    28    28    53    34 
	                            36    21 
	00152: PUSHW[1]            -12 
	00155: PUSHB[5]             15    15     6    85    21 
	00161: PUSHW[1]            -12 
	00164: NPUSHB      (14):    12    12     6    85     0    21    96    21   112    21 
	                           128    21     4    21 
	00180: PUSHW[1]            573 
	00183: PUSHB[7]              0    53    54     1    54    37     0 
	00191: PUSHW[1]             -5 
	00194: PUSHB[5]             16    16     6    85     0 
	00200: PUSHW[1]            -12 
	00203: PUSHB[5]             15    15     6    85     0 
	00209: PUSHW[1]            -18 
	00212: PUSHB[5]             13    13     6    85     0 
	00218: PUSHW[1]            -11 
	00221: NPUSHB      (10):    12    12     6    85    32     0     1     0   146    55 
	00233: PUSHW[1]            310 
	00236: PUSHB[2]             55    24 
	00239: CALL       
	00240: SRP0       
	00241: MIRP[srp0,nmd,rd,0] 
	00242: DELTAP1    
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: MIRP[nrp0,md,rd,1] 
	00248: ALIGNRP    
	00249: SRP0       
	00250: ALIGNRP    
	00251: SRP0       
	00252: MIRP[srp0,md,rd,1] 
	00253: DELTAP1    
	00254: CALL       
	00255: CALL       
	00256: MIRP[nrp0,md,rd,1] 
	00257: SRP1       
	00258: IP         
	00259: MDAP[rd]   
	00260: DELTAP1    
	00261: MIRP[nrp0,md,rd,1] 
	00262: SRP0       
	00263: MIRP[srp0,nmd,rd,0] 
	00264: MIRP[nrp0,md,rd,1] 
	00265: SRP0       
	00266: MIRP[srp0,nmd,rd,0] 
	00267: MIRP[nrp0,md,rd,1] 
	00268: SVTCA[y-axis] 
	00269: MIAP[rd+ci] 
	00270: ALIGNRP    
	00271: MIAP[rd+ci] 
	00272: MIRP[nrp0,md,rd,1] 
	00273: MIAP[rd+ci] 
	00274: MIRP[nrp0,md,rd,1] 
	00275: SRP1       
	00276: SLOOP      
	00277: IP         
	00278: SVTCA[x-axis] 
	00279: SRP1       
	00280: SRP2       
	00281: SLOOP      
	00282: IP         
	00283: SRP1       
	00284: SRP2       
	00285: SLOOP      
	00286: IP         
	00287: SRP2       
	00288: SLOOP      
	00289: IP         
	00290: SRP1       
	00291: SRP2       
	00292: SLOOP      
	00293: IP         
	00294: SDPVTL[1]  
	00295: SFVTPV     
	00296: MDAP[nrd]  
	00297: CALL       
	00298: SFVTPV     
	00299: RDTG       
	00300: SRP0       
	00301: MDRP[nrp0,nmd,rd,0] 
	00302: MDAP[nrd]  
	00303: RTG        
	00304: CALL       
	00305: SFVTPV     
	00306: RDTG       
	00307: SRP0       
	00308: MDRP[nrp0,nmd,rd,0] 
	00309: SRP0       
	00310: ALIGNRP    
	00311: SDPVTL[1]  
	00312: SFVTPV     
	00313: SRP0       
	00314: MDRP[nrp0,nmd,rd,0] 
	00315: IUP[y]     
	00316: IUP[x]     
	00317: RTG        
	00318: RS         
	00319: JROF       
	00320: NPUSHB      (52):    48    52    22    33     2     7     3    38    32    23 
	                            34    27     1    30    25    28    27     0    29    28 
	                            26    27    51     4    53    29     0    49     6    47 
	                            27     1    33    22    31    27     0    29    26    31 
	                            27     0    52     2    50    29     1    48     7    50 
	                            27     1 
	00374: SVTCA[y-axis] 
	00375: CALL       
	00376: CALL       
	00377: CALL       
	00378: CALL       
	00379: SVTCA[x-axis] 
	00380: CALL       
	00381: CALL       
	00382: SRP0       
	00383: ALIGNRP    
	00384: SRP0       
	00385: ALIGNRP    
	00386: CALL       
	00387: CALL       
	00388: CALL       
	00389: FLIPRGON   
	00390: FLIPRGON   
	00391: FLIPRGON   
	00392: SVTCA[x-axis] 
	00393: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:              Rep-  2 Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short On
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual Rep-  2 Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:                      Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   153,     0)  ->  Abs (   153,     0)
	  1: Rel (     0,   999)  ->  Abs (   153,   999)
	  2: Rel (     0,   183)  ->  Abs (   153,  1182)
	  3: Rel (    89,   197)  ->  Abs (   242,  1379)
	  4: Rel (   208,   112)  ->  Abs (   450,  1491)
	  5: Rel (   130,     0)  ->  Abs (   580,  1491)
	  6: Rel (   173,     0)  ->  Abs (   753,  1491)
	  7: Rel (   198,  -173)  ->  Abs (   951,  1318)
	  8: Rel (     0,  -114)  ->  Abs (   951,  1204)
	  9: Rel (     0,   -51)  ->  Abs (   951,  1153)
	 10: Rel (   -36,  -108)  ->  Abs (   915,  1045)
	 11: Rel (   -92,  -161)  ->  Abs (   823,   884)
	 12: Rel (   -24,   -63)  ->  Abs (   799,   821)
	 13: Rel (     0,   -24)  ->  Abs (   799,   797)
	 14: Rel (     0,   -32)  ->  Abs (   799,   765)
	 15: Rel (    22,   -31)  ->  Abs (   821,   734)
	 16: Rel (    21,   -32)  ->  Abs (   842,   702)
	 17: Rel (   100,   -65)  ->  Abs (   942,   637)
	 18: Rel (   136,   -89)  ->  Abs (  1078,   548)
	 19: Rel (    45,   -54)  ->  Abs (  1123,   494)
	 20: Rel (    64,   -77)  ->  Abs (  1187,   417)
	 21: Rel (     0,  -105)  ->  Abs (  1187,   312)
	 22: Rel (     0,  -139)  ->  Abs (  1187,   173)
	 23: Rel (  -205,  -198)  ->  Abs (   982,   -25)
	 24: Rel (  -160,     0)  ->  Abs (   822,   -25)
	 25: Rel (  -126,     0)  ->  Abs (   696,   -25)
	 26: Rel (  -190,   135)  ->  Abs (   506,   110)
	 27: Rel (   -47,   106)  ->  Abs (   459,   216)
	 28: Rel (   155,    72)  ->  Abs (   614,   288)
	 29: Rel (    50,   -93)  ->  Abs (   664,   195)
	 30: Rel (   100,   -72)  ->  Abs (   764,   123)
	 31: Rel (    55,     0)  ->  Abs (   819,   123)
	 32: Rel (    76,     0)  ->  Abs (   895,   123)
	 33: Rel (   108,   104)  ->  Abs (  1003,   227)
	 34: Rel (     0,    70)  ->  Abs (  1003,   297)
	 35: Rel (     0,    56)  ->  Abs (  1003,   353)
	 36: Rel (   -32,    40)  ->  Abs (   971,   393)
	 37: Rel (   -21,    26)  ->  Abs (   950,   419)
	 38: Rel (   -91,    62)  ->  Abs (   859,   481)
	 39: Rel (  -166,   114)  ->  Abs (   693,   595)
	 40: Rel (   -39,    57)  ->  Abs (   654,   652)
	 41: Rel (   -40,    57)  ->  Abs (   614,   709)
	 42: Rel (     0,    60)  ->  Abs (   614,   769)
	 43: Rel (     0,    39)  ->  Abs (   614,   808)
	 44: Rel (    27,    80)  ->  Abs (   641,   888)
	 45: Rel (   103,   176)  ->  Abs (   744,  1064)
	 46: Rel (    32,    88)  ->  Abs (   776,  1152)
	 47: Rel (     0,    34)  ->  Abs (   776,  1186)
	 48: Rel (     0,    62)  ->  Abs (   776,  1248)
	 49: Rel (  -109,    95)  ->  Abs (   667,  1343)
	 50: Rel (   -91,     0)  ->  Abs (   576,  1343)
	 51: Rel (  -107,     0)  ->  Abs (   469,  1343)
	 52: Rel (  -136,  -132)  ->  Abs (   333,  1211)
	 53: Rel (     0,  -220)  ->  Abs (   333,   991)
	 54: Rel (     0,  -991)  ->  Abs (   333,     0)

	Glyph 138: off = 0x000094B2, len = 596
	  numberOfContours:	4
	  xMin:			3
	  yMin:			-18
	  xMax:			1512
	  yMax:			1491

	EndPoints
	---------
	  0:  15
	  1:  31
	  2:  54
	  3:  64

	  Length of Instructions:	387
	00000: NPUSHB      (54):   154    18   148    22   148    26   154    30   219    18 
	                           212    22   212    26   219    30     8   191    44   185 
	                            45     2    38    39    41    45    41    48    43    49 
	                           167     3   168    11   169    13   182    43   198    43 
	                           214    43    10   101     8    48    49    47   100    47 
	                           116    47     2    47 
	00056: PUSHW[1]            -48 
	00059: PUSHB[4]             38    45    52    47 
	00064: PUSHW[1]            610 
	00067: NPUSHB      (31):    46    44    20    46    46    44    45    44    43    42 
	                            41     5    46    48    49    50     3    54    48    49 
	                            40    51    45    44    43    42     8    47    41    41 
	                            53 
	00100: PUSHW[1]            610 
	00103: PUSHB[6]             55    55    32    33    64    63 
	00110: PUSHW[1]            610 
	00113: NPUSHB      (28):    33     0    34   143    34     2    34   148     0    46 
	                            47    47    54    79    32     1    15    32   111    32 
	                           127    32   239    32     4    32   148    24 
	00143: PUSHW[1]            610 
	00146: PUSHB[3]              8    11    16 
	00150: PUSHW[1]            610 
	00153: PUSHB[3]              0     3    59 
	00157: PUSHW[1]            610 
	00160: PUSHB[3]             38    84    47 
	00164: PUSHW[3]            610    46   278 
	00171: PUSHB[7]              4    64    55    53    54    33    54 
	00179: PUSHW[6]            610    32   330    12    28   610 
	00192: PUSHB[4]              4    26    66    20 
	00197: PUSHW[1]            610 
	00200: PUSHB[6]             12    25    65   179   122    24 
	00207: CALL       
	00208: FLIPOFF    
	00209: SRP0       
	00210: MIRP[srp0,nmd,rd,0] 
	00211: FLIPON     
	00212: MIRP[nrp0,md,rd,1] 
	00213: FLIPOFF    
	00214: SRP0       
	00215: MIRP[srp0,nmd,rd,2] 
	00216: FLIPON     
	00217: MIRP[nrp0,md,rd,1] 
	00218: SRP0       
	00219: MIRP[srp0,nmd,rd,0] 
	00220: MIRP[nrp0,md,rd,1] 
	00221: ALIGNRP    
	00222: SRP0       
	00223: ALIGNRP    
	00224: ALIGNRP    
	00225: ALIGNRP    
	00226: SRP0       
	00227: MIRP[srp0,nmd,rd,0] 
	00228: MIRP[nrp0,md,rd,1] 
	00229: MIRP[srp0,nmd,rd,0] 
	00230: MIRP[nrp0,md,rd,1] 
	00231: SVTCA[y-axis] 
	00232: MIAP[rd+ci] 
	00233: MIRP[nrp0,md,rd,1] 
	00234: MIAP[rd+ci] 
	00235: MIRP[nrp0,md,rd,1] 
	00236: MIRP[srp0,nmd,rd,0] 
	00237: DELTAP1    
	00238: DELTAP2    
	00239: ALIGNRP    
	00240: ALIGNRP    
	00241: SRP0       
	00242: ALIGNRP    
	00243: SRP0       
	00244: MIRP[srp0,nmd,rd,0] 
	00245: DELTAP1    
	00246: ALIGNRP    
	00247: MIRP[srp0,md,rd,1] 
	00248: ALIGNRP    
	00249: SRP1       
	00250: SRP2       
	00251: IP         
	00252: MDAP[rd]   
	00253: MIRP[srp0,md,rd,1] 
	00254: IP         
	00255: MDAP[rd]   
	00256: SRP2       
	00257: SLOOP      
	00258: IP         
	00259: SVTCA[x-axis] 
	00260: SRP1       
	00261: SLOOP      
	00262: IP         
	00263: SRP2       
	00264: SLOOP      
	00265: IP         
	00266: SDPVTL[1]  
	00267: MDAP[nrd]  
	00268: CALL       
	00269: CALL       
	00270: DELTAP2    
	00271: SFVTPV     
	00272: RDTG       
	00273: SRP0       
	00274: MDRP[nrp0,nmd,rd,0] 
	00275: SVTCA[x-axis] 
	00276: IP         
	00277: IUP[y]     
	00278: IUP[x]     
	00279: RTG        
	00280: RS         
	00281: JROF       
	00282: NPUSHB      (74):    60    62     1    37    36    37    61    38    18    37 
	                            14    38     2    37    30    38    22    38    10    37 
	                             6    38    26    37    62    35    59    44     1    17 
	                            15    20    33     0    31     1    28    33     1    23 
	                             9    20    33     0    25     7    28    33     1    60 
	                            37    63    44     1    19    13    16    33     1    29 
	                             3    16    33     1    21    11    24    33     0    27 
	                             5    24    33     0 
	00358: SVTCA[y-axis] 
	00359: CALL       
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: SVTCA[x-axis] 
	00365: CALL       
	00366: CALL       
	00367: CALL       
	00368: CALL       
	00369: CALL       
	00370: CALL       
	00371: CALL       
	00372: CALL       
	00373: CALL       
	00374: CALL       
	00375: CALL       
	00376: CALL       
	00377: CALL       
	00378: CALL       
	00379: CALL       
	00380: FLIPRGON   
	00381: FLIPRGON   
	00382: SVTCA[x-axis] 
	00383: DELTAP1    
	00384: DELTAP2    
	00385: SVTCA[y-axis] 
	00386: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:                      Y-Short         Off
	  3:        XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                              X-Short Off
	  7:                      Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:        XDual                 X-Short Off
	 15:  YDual               Y-Short         Off
	 16:        XDual         Y-Short X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short         Off
	 19:                              X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual                 X-Short Off
	 23:                      Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual               Y-Short         Off
	 27:        XDual                 X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:                              X-Short Off
	 31:  YDual               Y-Short         Off
	 32:                                      On
	 33:        XDual                         On
	 34:  YDual                               On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short X-Short On
	 46:        XDual         Y-Short X-Short On
	 47:  YDual                       X-Short On
	 48:  YDual               Y-Short X-Short On
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual               Y-Short X-Short On
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short On
	 54:        XDual                         On
	 55:        XDual                         On
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual XDual         Y-Short         Off
	 61:  YDual               Y-Short X-Short Off
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual                       X-Short On
	 64:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   758,  1491)  ->  Abs (   758,  1491)
	  1: Rel (   190,     0)  ->  Abs (   948,  1491)
	  2: Rel (   362,  -195)  ->  Abs (  1310,  1296)
	  3: Rel (   202,  -363)  ->  Abs (  1512,   933)
	  4: Rel (     0,  -197)  ->  Abs (  1512,   736)
	  5: Rel (     0,  -195)  ->  Abs (  1512,   541)
	  6: Rel (  -199,  -360)  ->  Abs (  1313,   181)
	  7: Rel (  -359,  -199)  ->  Abs (   954,   -18)
	  8: Rel (  -196,     0)  ->  Abs (   758,   -18)
	  9: Rel (  -196,     0)  ->  Abs (   562,   -18)
	 10: Rel (  -359,   199)  ->  Abs (   203,   181)
	 11: Rel (  -200,   360)  ->  Abs (     3,   541)
	 12: Rel (     0,   195)  ->  Abs (     3,   736)
	 13: Rel (     0,   197)  ->  Abs (     3,   933)
	 14: Rel (   203,   363)  ->  Abs (   206,  1296)
	 15: Rel (   362,   195)  ->  Abs (   568,  1491)
	 16: Rel (   190,  -125)  ->  Abs (   758,  1366)
	 17: Rel (  -159,     0)  ->  Abs (   599,  1366)
	 18: Rel (  -301,  -163)  ->  Abs (   298,  1203)
	 19: Rel (  -170,  -303)  ->  Abs (   128,   900)
	 20: Rel (     0,  -164)  ->  Abs (   128,   736)
	 21: Rel (     0,  -163)  ->  Abs (   128,   573)
	 22: Rel (   167,  -299)  ->  Abs (   295,   274)
	 23: Rel (   300,  -167)  ->  Abs (   595,   107)
	 24: Rel (   163,     0)  ->  Abs (   758,   107)
	 25: Rel (   163,     0)  ->  Abs (   921,   107)
	 26: Rel (   300,   167)  ->  Abs (  1221,   274)
	 27: Rel (   166,   299)  ->  Abs (  1387,   573)
	 28: Rel (     0,   163)  ->  Abs (  1387,   736)
	 29: Rel (     0,   164)  ->  Abs (  1387,   900)
	 30: Rel (  -169,   303)  ->  Abs (  1218,  1203)
	 31: Rel (  -302,   163)  ->  Abs (   916,  1366)
	 32: Rel (  -489, -1047)  ->  Abs (   427,   319)
	 33: Rel (     0,   812)  ->  Abs (   427,  1131)
	 34: Rel (   279,     0)  ->  Abs (   706,  1131)
	 35: Rel (   143,     0)  ->  Abs (   849,  1131)
	 36: Rel (   128,   -45)  ->  Abs (   977,  1086)
	 37: Rel (    76,  -112)  ->  Abs (  1053,   974)
	 38: Rel (     0,   -63)  ->  Abs (  1053,   911)
	 39: Rel (     0,   -89)  ->  Abs (  1053,   822)
	 40: Rel (  -127,  -132)  ->  Abs (   926,   690)
	 41: Rel (  -105,    -8)  ->  Abs (   821,   682)
	 42: Rel (    43,   -18)  ->  Abs (   864,   664)
	 43: Rel (    26,   -25)  ->  Abs (   890,   639)
	 44: Rel (    49,   -48)  ->  Abs (   939,   591)
	 45: Rel (    71,  -113)  ->  Abs (  1010,   478)
	 46: Rel (    99,  -159)  ->  Abs (  1109,   319)
	 47: Rel (  -160,     0)  ->  Abs (   949,   319)
	 48: Rel (   -72,   128)  ->  Abs (   877,   447)
	 49: Rel (   -85,   151)  ->  Abs (   792,   598)
	 50: Rel (   -52,    38)  ->  Abs (   740,   636)
	 51: Rel (   -36,    28)  ->  Abs (   704,   664)
	 52: Rel (   -69,     0)  ->  Abs (   635,   664)
	 53: Rel (   -77,     0)  ->  Abs (   558,   664)
	 54: Rel (     0,  -345)  ->  Abs (   558,   319)
	 55: Rel (     0,   457)  ->  Abs (   558,   776)
	 56: Rel (   159,     0)  ->  Abs (   717,   776)
	 57: Rel (   114,     0)  ->  Abs (   831,   776)
	 58: Rel (    83,    68)  ->  Abs (   914,   844)
	 59: Rel (     0,    56)  ->  Abs (   914,   900)
	 60: Rel (     0,    36)  ->  Abs (   914,   936)
	 61: Rel (   -40,    57)  ->  Abs (   874,   993)
	 62: Rel (   -71,    28)  ->  Abs (   803,  1021)
	 63: Rel (   -96,     0)  ->  Abs (   707,  1021)
	 64: Rel (  -149,     0)  ->  Abs (   558,  1021)

	Glyph 139: off = 0x00009706, len = 496
	  numberOfContours:	3
	  xMin:			3
	  yMin:			-18
	  xMax:			1512
	  yMax:			1491

	EndPoints
	---------
	  0:  15
	  1:  31
	  2:  58

	  Length of Instructions:	307
	00000: NPUSHB      (32):   148    18   148    22   155    26   155    30   166     3 
	                           168    11   168    13   185    48   212    18   212    22 
	                           219    26   219    30   213    51   214    54    14   112 
	                             8    32 
	00034: PUSHW[1]            683 
	00037: PUSHB[4]             33   135    36    47 
	00042: PUSHW[1]            683 
	00045: PUSHB[4]             48    46     1    46 
	00050: PUSHW[4]            608    43    56   610 
	00059: NPUSHB      (16):    79    36     1    15    36   111    36   127    36   239 
	                            36     4    36   148     8    50 
	00077: PUSHW[1]            610 
	00080: NPUSHB      (11):     0    43   143    43   255    43     3    43   148     0 
	                            24 
	00093: PUSHW[1]            610 
	00096: PUSHB[3]              8    11    16 
	00100: PUSHW[1]            610 
	00103: PUSHB[3]              0     3    47 
	00107: PUSHW[1]            610 
	00110: PUSHB[3]             46   211    32 
	00114: PUSHW[1]            610 
	00117: PUSHB[4]             33   136     4    53 
	00122: PUSHW[6]            610    39   612    12    28   610 
	00135: PUSHB[4]              4    26    60    20 
	00140: PUSHW[1]            610 
	00143: PUSHB[6]             12    25    59   179   122    24 
	00150: CALL       
	00151: FLIPOFF    
	00152: SRP0       
	00153: MIRP[srp0,nmd,rd,0] 
	00154: FLIPON     
	00155: MIRP[nrp0,md,rd,1] 
	00156: FLIPOFF    
	00157: SRP0       
	00158: MIRP[srp0,nmd,rd,2] 
	00159: FLIPON     
	00160: MIRP[nrp0,md,rd,1] 
	00161: SRP0       
	00162: MIRP[srp0,nmd,rd,0] 
	00163: MIRP[nrp0,md,rd,1] 
	00164: SRP0       
	00165: MIRP[srp0,nmd,rd,0] 
	00166: MIRP[nrp0,md,rd,1] 
	00167: MIRP[srp0,nmd,rd,0] 
	00168: MIRP[nrp0,md,rd,1] 
	00169: SVTCA[y-axis] 
	00170: MIAP[rd+ci] 
	00171: MIRP[nrp0,md,rd,1] 
	00172: MIAP[rd+ci] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: SRP0       
	00175: MIRP[srp0,nmd,rd,0] 
	00176: DELTAP1    
	00177: MIRP[nrp0,md,rd,1] 
	00178: SRP0       
	00179: MIRP[srp0,nmd,rd,0] 
	00180: DELTAP1    
	00181: DELTAP2    
	00182: MIRP[nrp0,md,rd,1] 
	00183: SRP0       
	00184: MIRP[srp0,md,rd,1] 
	00185: DELTAP1    
	00186: MIRP[nrp0,nmd,rd,0] 
	00187: SRP0       
	00188: MIRP[srp0,md,rd,1] 
	00189: MIRP[nrp0,nmd,rd,0] 
	00190: IUP[y]     
	00191: IUP[x]     
	00192: RS         
	00193: JROF       
	00194: NPUSHB      (84):    51    55    37    42     1    31    41    38    18    37 
	                            14    38     2    37    30    38    22    38    10    37 
	                             6    38    26    37    51    42    53    31     0    55 
	                            37    53    31     0    17    15    20    33     0    31 
	                             1    28    33     1    23     9    20    33     0    25 
	                             7    28    33     1    52    40    50    31     1    54 
	                            38    56    31     0    19    13    16    33     1    29 
	                             3    16    33     1    21    11    24    33     0    27 
	                             5    24    33     0 
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: CALL       
	00285: CALL       
	00286: SVTCA[x-axis] 
	00287: CALL       
	00288: CALL       
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: CALL       
	00294: CALL       
	00295: CALL       
	00296: CALL       
	00297: CALL       
	00298: CALL       
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: FLIPRGON   
	00303: FLIPRGON   
	00304: FLIPRGON   
	00305: SVTCA[x-axis] 
	00306: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:                      Y-Short         Off
	  3:        XDual                 X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                              X-Short Off
	  7:                      Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:        XDual                 X-Short Off
	 15:  YDual               Y-Short         Off
	 16:        XDual         Y-Short X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short         Off
	 19:                              X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual                 X-Short Off
	 23:                      Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual               Y-Short         Off
	 27:        XDual                 X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:                              X-Short Off
	 31:  YDual               Y-Short         Off
	 32:        XDual                 X-Short On
	 33:        XDual         Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short X-Short On
	 47:                      Y-Short X-Short On
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:                      Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:        XDual         Y-Short X-Short Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   758,  1491)  ->  Abs (   758,  1491)
	  1: Rel (   190,     0)  ->  Abs (   948,  1491)
	  2: Rel (   362,  -195)  ->  Abs (  1310,  1296)
	  3: Rel (   202,  -363)  ->  Abs (  1512,   933)
	  4: Rel (     0,  -197)  ->  Abs (  1512,   736)
	  5: Rel (     0,  -195)  ->  Abs (  1512,   541)
	  6: Rel (  -199,  -360)  ->  Abs (  1313,   181)
	  7: Rel (  -359,  -199)  ->  Abs (   954,   -18)
	  8: Rel (  -196,     0)  ->  Abs (   758,   -18)
	  9: Rel (  -196,     0)  ->  Abs (   562,   -18)
	 10: Rel (  -359,   199)  ->  Abs (   203,   181)
	 11: Rel (  -200,   360)  ->  Abs (     3,   541)
	 12: Rel (     0,   195)  ->  Abs (     3,   736)
	 13: Rel (     0,   197)  ->  Abs (     3,   933)
	 14: Rel (   203,   363)  ->  Abs (   206,  1296)
	 15: Rel (   362,   195)  ->  Abs (   568,  1491)
	 16: Rel (   190,  -125)  ->  Abs (   758,  1366)
	 17: Rel (  -159,     0)  ->  Abs (   599,  1366)
	 18: Rel (  -301,  -163)  ->  Abs (   298,  1203)
	 19: Rel (  -170,  -303)  ->  Abs (   128,   900)
	 20: Rel (     0,  -164)  ->  Abs (   128,   736)
	 21: Rel (     0,  -163)  ->  Abs (   128,   573)
	 22: Rel (   167,  -299)  ->  Abs (   295,   274)
	 23: Rel (   300,  -167)  ->  Abs (   595,   107)
	 24: Rel (   163,     0)  ->  Abs (   758,   107)
	 25: Rel (   163,     0)  ->  Abs (   921,   107)
	 26: Rel (   300,   167)  ->  Abs (  1221,   274)
	 27: Rel (   166,   299)  ->  Abs (  1387,   573)
	 28: Rel (     0,   163)  ->  Abs (  1387,   736)
	 29: Rel (     0,   164)  ->  Abs (  1387,   900)
	 30: Rel (  -169,   303)  ->  Abs (  1218,  1203)
	 31: Rel (  -302,   163)  ->  Abs (   916,  1366)
	 32: Rel (    84,  -752)  ->  Abs (  1000,   614)
	 33: Rel (   123,   -36)  ->  Abs (  1123,   578)
	 34: Rel (   -30,  -125)  ->  Abs (  1093,   453)
	 35: Rel (  -195,  -149)  ->  Abs (   898,   304)
	 36: Rel (  -139,     0)  ->  Abs (   759,   304)
	 37: Rel (  -176,     0)  ->  Abs (   583,   304)
	 38: Rel (  -220,   228)  ->  Abs (   363,   532)
	 39: Rel (     0,   202)  ->  Abs (   363,   734)
	 40: Rel (     0,   132)  ->  Abs (   363,   866)
	 41: Rel (   100,   195)  ->  Abs (   463,  1061)
	 42: Rel (   185,    99)  ->  Abs (   648,  1160)
	 43: Rel (   119,     0)  ->  Abs (   767,  1160)
	 44: Rel (   133,     0)  ->  Abs (   900,  1160)
	 45: Rel (   176,  -127)  ->  Abs (  1076,  1033)
	 46: Rel (    32,  -109)  ->  Abs (  1108,   924)
	 47: Rel (  -119,   -29)  ->  Abs (   989,   895)
	 48: Rel (   -30,    74)  ->  Abs (   959,   969)
	 49: Rel (  -117,    79)  ->  Abs (   842,  1048)
	 50: Rel (   -79,     0)  ->  Abs (   763,  1048)
	 51: Rel (  -115,     0)  ->  Abs (   648,  1048)
	 52: Rel (  -149,  -164)  ->  Abs (   499,   884)
	 53: Rel (     0,  -153)  ->  Abs (   499,   731)
	 54: Rel (     0,  -153)  ->  Abs (   499,   578)
	 55: Rel (   141,  -157)  ->  Abs (   640,   421)
	 56: Rel (   112,     0)  ->  Abs (   752,   421)
	 57: Rel (    90,     0)  ->  Abs (   842,   421)
	 58: Rel (   136,   104)  ->  Abs (   978,   525)

	Glyph 140: off = 0x000098F6, len = 236
	  numberOfContours:	2
	  xMin:			225
	  yMin:			651
	  xMax:			1783
	  yMax:			1466

	EndPoints
	---------
	  0:  7
	  1:  20

	  Length of Instructions:	156
	00000: NPUSHB      (31):    93    11     1    57    17    53    18    74    17    70 
	                            18     4    11    17    18    15    14     7     0     4 
	                            18    17    16    11     4    20    19     4     2    20 
	                             8 
	00033: PUSHW[1]            361 
	00036: PUSHB[3]              9     2     5 
	00040: PUSHW[1]            610 
	00043: NPUSHB      (10):    13    12    10     9     4     0    13    14    16    14 
	00055: PUSHW[3]            610    15   315 
	00062: PUSHB[3]             17   172    18 
	00066: PUSHW[3]            315    20   610 
	00073: PUSHB[3]              8     8     9 
	00077: PUSHW[1]            517 
	00080: PUSHB[3]              5   165     7 
	00084: PUSHW[1]            610 
	00087: NPUSHB      (14):     0   165     2    32     3    48     3    96     3     3 
	                             3    25    21   217 
	00103: PUSHW[2]            302    24 
	00108: CALL       
	00109: SRP0       
	00110: MIRP[srp0,nmd,rd,2] 
	00111: DELTAP1    
	00112: ALIGNRP    
	00113: MIRP[srp0,nmd,rd,0] 
	00114: MIRP[srp0,md,rd,1] 
	00115: MIRP[srp0,nmd,rd,0] 
	00116: MIRP[srp0,nmd,rd,2] 
	00117: ALIGNRP    
	00118: SRP0       
	00119: MIRP[srp0,md,rd,1] 
	00120: MIRP[srp0,nmd,rd,2] 
	00121: MIRP[srp0,nmd,rd,2] 
	00122: MIRP[srp0,nmd,rd,2] 
	00123: MIRP[nrp0,md,rd,1] 
	00124: ALIGNRP    
	00125: SRP0       
	00126: ALIGNRP    
	00127: SVTCA[y-axis] 
	00128: MIAP[rd+ci] 
	00129: ALIGNRP    
	00130: ALIGNRP    
	00131: ALIGNRP    
	00132: ALIGNRP    
	00133: MIRP[srp0,md,rd,1] 
	00134: ALIGNRP    
	00135: SRP0       
	00136: MIRP[srp0,md,rd,1] 
	00137: ALIGNRP    
	00138: SRP1       
	00139: SRP2       
	00140: IP         
	00141: SRP2       
	00142: SLOOP      
	00143: IP         
	00144: SLOOP      
	00145: IP         
	00146: SVTCA[x-axis] 
	00147: SRP1       
	00148: SRP2       
	00149: IP         
	00150: IUP[y]     
	00151: IUP[x]     
	00152: SVTCA[x-axis] 
	00153: DELTAP1    
	00154: SVTCA[y-axis] 
	00155: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                 X-Short On
	 12:        XDual                 X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:        XDual                         On
	 17:                              X-Short On
	 18:  YDual                       X-Short On
	 19:                              X-Short On
	 20:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   489,   651)  ->  Abs (   489,   651)
	  1: Rel (     0,   694)  ->  Abs (   489,  1345)
	  2: Rel (  -264,     0)  ->  Abs (   225,  1345)
	  3: Rel (     0,   121)  ->  Abs (   225,  1466)
	  4: Rel (   666,     0)  ->  Abs (   891,  1466)
	  5: Rel (     0,  -121)  ->  Abs (   891,  1345)
	  6: Rel (  -266,     0)  ->  Abs (   625,  1345)
	  7: Rel (     0,  -694)  ->  Abs (   625,   651)
	  8: Rel (   357,     0)  ->  Abs (   982,   651)
	  9: Rel (     0,   815)  ->  Abs (   982,  1466)
	 10: Rel (   200,     0)  ->  Abs (  1182,  1466)
	 11: Rel (   206,  -651)  ->  Abs (  1388,   815)
	 12: Rel (   199,   651)  ->  Abs (  1587,  1466)
	 13: Rel (   196,     0)  ->  Abs (  1783,  1466)
	 14: Rel (     0,  -815)  ->  Abs (  1783,   651)
	 15: Rel (  -124,     0)  ->  Abs (  1659,   651)
	 16: Rel (     0,   684)  ->  Abs (  1659,  1335)
	 17: Rel (  -210,  -684)  ->  Abs (  1449,   651)
	 18: Rel (  -123,     0)  ->  Abs (  1326,   651)
	 19: Rel (  -219,   694)  ->  Abs (  1107,  1345)
	 20: Rel (     0,  -694)  ->  Abs (  1107,   651)

	Glyph 141: off = 0x000099E2, len = 130
	  numberOfContours:	1
	  xMin:			222
	  yMin:			1194
	  xMax:			591
	  yMax:			1474

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	101
	00000: PUSHW[2]              1   -56 
	00005: PUSHB[4]             23    25    52     2 
	00010: PUSHW[1]            -64 
	00013: PUSHB[4]             23    25    52     3 
	00018: PUSHW[1]            -64 
	00021: NPUSHB      (38):    23    25    52   127     1   128     2   223     1     3 
	                           111     3   127     0   127     3     3   111     0   111 
	                             1     2    79     1    80     2     2     0     0     3 
	                            16     3     2     3   135     1     4     1 
	00061: PUSHW[1]            608 
	00064: PUSHB[3]              2   134     3 
	00068: PUSHW[1]            595 
	00071: PUSHB[6]              0    25     4   217   167    24 
	00078: CALL       
	00079: FLIPOFF    
	00080: SRP0       
	00081: MIRP[srp0,nmd,rd,0] 
	00082: FLIPON     
	00083: MIRP[srp0,md,rd,1] 
	00084: MIRP[srp0,nmd,rd,0] 
	00085: MIRP[srp0,md,rd,1] 
	00086: SVTCA[y-axis] 
	00087: MIAP[rd+ci] 
	00088: MIRP[srp0,md,rd,1] 
	00089: DELTAP1    
	00090: ALIGNRP    
	00091: IUP[y]     
	00092: IUP[x]     
	00093: SVTCA[x-axis] 
	00094: DELTAP1    
	00095: DELTAP1    
	00096: DELTAP1    
	00097: DELTAP1    
	00098: CALL       
	00099: CALL       
	00100: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                 X-Short On
	  2:  YDual XDual                 X-Short On
	  3:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   222,  1194)  ->  Abs (   222,  1194)
	  1: Rel (   133,   280)  ->  Abs (   355,  1474)
	  2: Rel (   236,     0)  ->  Abs (   591,  1474)
	  3: Rel (  -220,  -280)  ->  Abs (   371,  1194)

	Glyph 142: off = 0x00009A64, len = 106
	  numberOfContours:	2
	  xMin:			61
	  yMin:			1270
	  xMax:			622
	  yMax:			1475

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	72
	00000: NPUSHB      (35):     0     3     2     7    60     5     5     2     0     6 
	                             7     5     4     2     3     1     0     7    60     4 
	                           159     3    60    95     0   111     0   143     0   144 
	                             0   160     0     5     0 
	00037: PUSHW[1]            548 
	00040: PUSHB[4]              8   112   141    24 
	00045: CALL       
	00046: FLIPOFF    
	00047: SRP0       
	00048: MIRP[srp0,nmd,rd,0] 
	00049: DELTAP1    
	00050: FLIPON     
	00051: MIRP[srp0,md,rd,1] 
	00052: MIRP[srp0,nmd,rd,2] 
	00053: MIRP[srp0,md,rd,1] 
	00054: SRP0       
	00055: ALIGNRP    
	00056: SRP0       
	00057: ALIGNRP    
	00058: SRP0       
	00059: ALIGNRP    
	00060: SRP0       
	00061: ALIGNRP    
	00062: SVTCA[y-axis] 
	00063: MIAP[rd+ci] 
	00064: ALIGNRP    
	00065: SRP0       
	00066: MIRP[nrp0,md,rd,1] 
	00067: SRP1       
	00068: IP         
	00069: IP         
	00070: IUP[y]     
	00071: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    61,  1270)  ->  Abs (    61,  1270)
	  1: Rel (     0,   205)  ->  Abs (    61,  1475)
	  2: Rel (   188,     0)  ->  Abs (   249,  1475)
	  3: Rel (     0,  -205)  ->  Abs (   249,  1270)
	  4: Rel (   185,     0)  ->  Abs (   434,  1270)
	  5: Rel (     0,   205)  ->  Abs (   434,  1475)
	  6: Rel (   188,     0)  ->  Abs (   622,  1475)
	  7: Rel (     0,  -205)  ->  Abs (   622,  1270)

	Glyph 143: off = 0x00009ACE, len = 286
	  numberOfContours:	1
	  xMin:			78
	  yMin:			-28
	  xMax:			1046
	  yMax:			1474

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	209
	00000: NPUSHB     (130):   183    13   183    16     2     0     4    19     1    12 
	                             3     4    19     2    11     6     5    18     2    11 
	                             7     8    15     2    11    10     9    14     2    11 
	                            13     9    14     1    12    16     8    15     1    12 
	                            17     5    18     1    12    11    12     1     1    63 
	                             2    11    20     2     2    11    15    16    16     7 
	                             7     8    37     9    14    13    13    10    10    48 
	                             9     1   159     9   207     9     2     9   191     4 
	                            18    17    17     6     6     5    37     4    19     0 
	                             0     3     3     4    12    11     0     1     2    10 
	                            11   232    12     1   232     2    12    12     4     2 
	                             2    14     4    14    15    15    18    19    85    21 
	                             9     8     8     5     4    62    20   113   140    24 
	00132: CALL       
	00133: SRP0       
	00134: MIRP[srp0,nmd,rd,0] 
	00135: ALIGNRP    
	00136: ALIGNRP    
	00137: SRP0       
	00138: ALIGNRP    
	00139: SRP0       
	00140: MIRP[srp0,nmd,rd,2] 
	00141: ALIGNRP    
	00142: ALIGNRP    
	00143: SRP0       
	00144: ALIGNRP    
	00145: SRP1       
	00146: SRP2       
	00147: IP         
	00148: MDAP[rd]   
	00149: SRP1       
	00150: IP         
	00151: MDAP[rd]   
	00152: SRP0       
	00153: MIRP[nrp0,md,rd,1] 
	00154: SRP0       
	00155: MIRP[nrp0,md,rd,1] 
	00156: SVTCA[y-axis] 
	00157: MIAP[rd+ci] 
	00158: ALIGNRP    
	00159: MIAP[rd+ci] 
	00160: ALIGNRP    
	00161: MDAP[rd]   
	00162: ALIGNRP    
	00163: SRP0       
	00164: ALIGNRP    
	00165: SRP0       
	00166: ALIGNRP    
	00167: SRP0       
	00168: MIRP[srp0,md,rd,1] 
	00169: ALIGNRP    
	00170: SRP0       
	00171: ALIGNRP    
	00172: SRP0       
	00173: ALIGNRP    
	00174: SRP0       
	00175: MIRP[srp0,md,rd,1] 
	00176: DELTAP1    
	00177: DELTAP2    
	00178: ALIGNRP    
	00179: SRP0       
	00180: ALIGNRP    
	00181: SRP0       
	00182: ALIGNRP    
	00183: SRP0       
	00184: MIRP[srp0,md,rd,1] 
	00185: ALIGNRP    
	00186: SRP0       
	00187: ALIGNRP    
	00188: SRP0       
	00189: ALIGNRP    
	00190: SDPVTL[1]  
	00191: SFVTCA[x-axis] 
	00192: MDAP[nrd]  
	00193: CALL       
	00194: SDPVTL[1]  
	00195: RDTG       
	00196: MDRP[nrp0,nmd,rd,0] 
	00197: ISECT      
	00198: ISECT      
	00199: ISECT      
	00200: ISECT      
	00201: ISECT      
	00202: ISECT      
	00203: ISECT      
	00204: ISECT      
	00205: IUP[y]     
	00206: IUP[x]     
	00207: SVTCA[x-axis] 
	00208: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                              X-Short On
	  2:  YDual                       X-Short On
	  3:        XDual                 X-Short On
	  4:  YDual                               On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual                 X-Short On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On
	 11:        XDual                 X-Short On
	 12:  YDual XDual                 X-Short On
	 13:                              X-Short On
	 14:  YDual                               On
	 15:        XDual         Y-Short         On
	 16:  YDual                               On
	 17:                              X-Short On
	 18:  YDual                               On
	 19:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   495,   417)  ->  Abs (   495,   417)
	  1: Rel (  -194,  -445)  ->  Abs (   301,   -28)
	  2: Rel (  -136,     0)  ->  Abs (   165,   -28)
	  3: Rel (   195,   445)  ->  Abs (   360,   417)
	  4: Rel (  -282,     0)  ->  Abs (    78,   417)
	  5: Rel (     0,   168)  ->  Abs (    78,   585)
	  6: Rel (   356,     0)  ->  Abs (   434,   585)
	  7: Rel (   122,   277)  ->  Abs (   556,   862)
	  8: Rel (  -478,     0)  ->  Abs (    78,   862)
	  9: Rel (     0,   168)  ->  Abs (    78,  1030)
	 10: Rel (   551,     0)  ->  Abs (   629,  1030)
	 11: Rel (   196,   444)  ->  Abs (   825,  1474)
	 12: Rel (   134,     0)  ->  Abs (   959,  1474)
	 13: Rel (  -195,  -444)  ->  Abs (   764,  1030)
	 14: Rel (   282,     0)  ->  Abs (  1046,  1030)
	 15: Rel (     0,  -168)  ->  Abs (  1046,   862)
	 16: Rel (  -356,     0)  ->  Abs (   690,   862)
	 17: Rel (  -121,  -277)  ->  Abs (   569,   585)
	 18: Rel (   477,     0)  ->  Abs (  1046,   585)
	 19: Rel (     0,  -168)  ->  Abs (  1046,   417)

	Glyph 144: off = 0x00009BEC, len = 348
	  numberOfContours:	2
	  xMin:			1
	  yMin:			0
	  xMax:			1936
	  yMax:			1466

	EndPoints
	---------
	  0:  15
	  1:  19

	  Length of Instructions:	272
	00000: NPUSHB      (15):     1    24    13    17     6    85    14    16    19    15 
	                            14    16    12     0    19 
	00017: PUSHW[1]            -15 
	00020: PUSHB[5]             13    17     2    85    19 
	00026: PUSHW[1]            -10 
	00029: NPUSHB      (30):    11    11     2    85    19    15    15    32     0     1 
	                            20     0     0     1    19    15     1     3    12     0 
	                            13    14    30    16    16    17    17     0     1    16 
	00061: PUSHW[1]            679 
	00064: NPUSHB      (40):     8     6     5    30     7   127     8   143     8     2 
	                             8     8     0     3    19    30     2     1     2    10 
	                             9    30    12    11    15    12     0     8     4     9 
	                            32    12    12    18    12    16    16     2    85    18 
	00106: PUSHW[1]            -10 
	00109: PUSHB[5]             15    15     2    85    18 
	00115: PUSHW[1]            -18 
	00118: NPUSHB      (11):    13    13     2    85    18    10    12    12     2    85 
	                            18 
	00131: PUSHW[1]            -24 
	00134: PUSHB[5]             11    11     2    85    18 
	00140: PUSHW[1]            -16 
	00143: PUSHB[5]             16    16     6    85    18 
	00149: PUSHW[1]            -21 
	00152: NPUSHB      (11):    13    13     6    85    18    10    12    12     6    85 
	                            18 
	00165: PUSHW[1]            -27 
	00168: NPUSHB      (21):    11    11     6    85    18    18    20    21     7    84 
	                             3    74    10    26    21     0    25    20    96    91 
	                            24 
	00191: CALL       
	00192: RTHG       
	00193: FLIPOFF    
	00194: SRP0       
	00195: MIRP[nrp0,nmd,rd,0] 
	00196: RTG        
	00197: SRP0       
	00198: MIRP[srp0,nmd,rd,2] 
	00199: FLIPON     
	00200: MIRP[srp0,nmd,rd,0] 
	00201: MIRP[nrp0,nmd,rd,0] 
	00202: SRP1       
	00203: SRP2       
	00204: IP         
	00205: MDAP[rd]   
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: ALIGNRP    
	00216: SRP0       
	00217: MIRP[srp0,md,rd,1] 
	00218: ALIGNRP    
	00219: SVTCA[y-axis] 
	00220: MIAP[rd+ci] 
	00221: ALIGNRP    
	00222: ALIGNRP    
	00223: ALIGNRP    
	00224: SRP0       
	00225: MIRP[srp0,md,rd,1] 
	00226: ALIGNRP    
	00227: MIAP[rd+ci] 
	00228: ALIGNRP    
	00229: MIRP[srp0,md,rd,1] 
	00230: ALIGNRP    
	00231: SRP2       
	00232: IP         
	00233: MDAP[rd]   
	00234: DELTAP1    
	00235: ALIGNRP    
	00236: MIRP[srp0,md,rd,1] 
	00237: ALIGNRP    
	00238: SRP0       
	00239: MIRP[nrp0,nmd,rd,2] 
	00240: SRP1       
	00241: SRP2       
	00242: IP         
	00243: MDAP[rd]   
	00244: ALIGNRP    
	00245: SRP0       
	00246: MIRP[srp0,md,rd,1] 
	00247: ALIGNRP    
	00248: SVTCA[x-axis] 
	00249: SRP1       
	00250: SRP2       
	00251: SLOOP      
	00252: IP         
	00253: SDPVTL[1]  
	00254: MDAP[nrd]  
	00255: CALL       
	00256: RDTG       
	00257: SRP0       
	00258: MDRP[nrp0,nmd,rd,0] 
	00259: CALL       
	00260: CALL       
	00261: SVTCA[x-axis] 
	00262: SRP1       
	00263: SRP2       
	00264: IP         
	00265: IP         
	00266: SPVTL[p1,p2] 
	00267: ALIGNRP    
	00268: ALIGNRP    
	00269: CALL       
	00270: IUP[y]     
	00271: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:                                      On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:        XDual         Y-Short         On
	 12:  YDual                               On
	 13:        XDual                         On
	 14:  YDual                               On
	 15:                              X-Short On
	 16:                                      On
	 17:  YDual                               On
	 18:        XDual                         On
	 19:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (     1,     0)  ->  Abs (     1,     0)
	  1: Rel (   705,  1466)  ->  Abs (   706,  1466)
	  2: Rel (  1203,     0)  ->  Abs (  1909,  1466)
	  3: Rel (     0,  -173)  ->  Abs (  1909,  1293)
	  4: Rel (  -737,     0)  ->  Abs (  1172,  1293)
	  5: Rel (     0,  -451)  ->  Abs (  1172,   842)
	  6: Rel (   685,     0)  ->  Abs (  1857,   842)
	  7: Rel (     0,  -172)  ->  Abs (  1857,   670)
	  8: Rel (  -685,     0)  ->  Abs (  1172,   670)
	  9: Rel (     0,  -497)  ->  Abs (  1172,   173)
	 10: Rel (   764,     0)  ->  Abs (  1936,   173)
	 11: Rel (     0,  -173)  ->  Abs (  1936,     0)
	 12: Rel (  -959,     0)  ->  Abs (   977,     0)
	 13: Rel (     0,   423)  ->  Abs (   977,   423)
	 14: Rel (  -566,     0)  ->  Abs (   411,   423)
	 15: Rel (  -200,  -423)  ->  Abs (   211,     0)
	 16: Rel (   282,   595)  ->  Abs (   493,   595)
	 17: Rel (   484,     0)  ->  Abs (   977,   595)
	 18: Rel (     0,   698)  ->  Abs (   977,  1293)
	 19: Rel (  -145,     0)  ->  Abs (   832,  1293)

	Glyph 145: off = 0x00009D48, len = 584
	  numberOfContours:	3
	  xMin:			83
	  yMin:			-59
	  xMax:			1517
	  yMax:			1520

	EndPoints
	---------
	  0:  27
	  1:  38
	  2:  48

	  Length of Instructions:	419
	00000: NPUSHB     (128):    41     0    42     1    37    15     3    16     2    34 
	                             0    34     3    56    15    58    27    69    38    73 
	                            39    69    40    82     9    92    33    82    38    84 
	                            46   105    14   131     0   128     1   128     2   131 
	                             3   132    27   133    28   187    27   252     0   250 
	                            38    22    11    28     7    38    11    39     3    58 
	                             4    61    48    74     1    74     4    73    29    69 
	                            32    72    39    75    45    91     0    91     3    89 
	                            28    85    32    89    33    91    39    82    41    90 
	                            45   107     1   105     2   122    48   139     2   133 
	                            37   139    39   162     9   244     1    24     4     3 
	                            11    19    20     4    27    19     4     4    32    11 
	                            45    20    32    27    45     4    18     0 
	00130: PUSHW[1]            -32 
	00133: NPUSHB      (59):    10    10     6    85    15    32     8    10     6    85 
	                             3    39    40    15    16    16     2     0    28    38 
	                            18    17    17     1    42    40    38    37     4    29 
	                            28    39    48     4    34    47    42    40    38    37 
	                             4    29    28    39    48     4    44    31     2    16 
	                            16    48    17     1    20    17    17     1    31 
	00194: PUSHW[1]            699 
	00197: PUSHB[3]             25     3    44 
	00201: PUSHW[1]            699 
	00204: PUSHB[3]             11     9     1 
	00208: PUSHW[1]            267 
	00211: PUSHB[5]              2    45    47    38     7 
	00217: PUSHW[1]            -24 
	00220: PUSHB[5]             16    16     2    85     7 
	00226: PUSHW[1]            -18 
	00229: PUSHB[5]             13    13     2    85     7 
	00235: PUSHW[1]            -16 
	00238: PUSHB[5]             12    12     2    85     7 
	00244: PUSHW[1]             -6 
	00247: PUSHB[5]             11    11     6    85     7 
	00253: PUSHW[1]            -12 
	00256: PUSHB[5]             13    13     6    85     7 
	00262: PUSHW[1]             -6 
	00265: NPUSHB      (11):    12    12     6    85     7    26    32    50     1    50 
	                            17 
	00278: PUSHW[3]            267    16   305 
	00285: NPUSHB      (23):    34    38    21     6    11    11     6    85    21     6 
	                            12    12     6    85    32    21     1    21    25    49 
	                            99    92    24 
	00310: CALL       
	00311: FLIPOFF    
	00312: SRP0       
	00313: MIRP[srp0,nmd,rd,0] 
	00314: DELTAP1    
	00315: CALL       
	00316: CALL       
	00317: FLIPON     
	00318: MIRP[nrp0,md,rd,1] 
	00319: MIRP[srp0,md,rd,1] 
	00320: MIRP[nrp0,md,rd,1] 
	00321: FLIPOFF    
	00322: SRP0       
	00323: DELTAP1    
	00324: MIRP[srp0,nmd,rd,2] 
	00325: CALL       
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: FLIPON     
	00332: MIRP[nrp0,md,rd,1] 
	00333: MIRP[srp0,nmd,rd,0] 
	00334: MIRP[nrp0,md,rd,1] 
	00335: SVTCA[y-axis] 
	00336: MIAP[rd+ci] 
	00337: MIRP[nrp0,md,rd,1] 
	00338: MIAP[rd+ci] 
	00339: MIRP[srp0,md,rd,1] 
	00340: SDPVTL[1]  
	00341: SFVTPV     
	00342: MDAP[nrd]  
	00343: CALL       
	00344: RDTG       
	00345: SRP0       
	00346: MDRP[nrp0,nmd,rd,0] 
	00347: SVTCA[y-axis] 
	00348: SRP1       
	00349: SRP2       
	00350: SLOOP      
	00351: IP         
	00352: SLOOP      
	00353: IP         
	00354: SVTCA[x-axis] 
	00355: SRP1       
	00356: SRP2       
	00357: SLOOP      
	00358: IP         
	00359: SLOOP      
	00360: IP         
	00361: SPVTL[p1,p2] 
	00362: SRP0       
	00363: SFVTPV     
	00364: ALIGNRP    
	00365: ALIGNRP    
	00366: ALIGNRP    
	00367: ALIGNRP    
	00368: SPVTL[p1,p2] 
	00369: SRP0       
	00370: SFVTPV     
	00371: ALIGNRP    
	00372: ALIGNRP    
	00373: ALIGNRP    
	00374: ALIGNRP    
	00375: SVTCA[y-axis] 
	00376: CALL       
	00377: CALL       
	00378: IUP[y]     
	00379: IUP[x]     
	00380: SVTCA[x-axis] 
	00381: RS         
	00382: NOT        
	00383: IF         
	00384: PUSHW[2]             40   -34 
	00389: PUSHB[7]             20    57    28    34    20    57    40 
	00397: PUSHW[1]            -34 
	00400: PUSHB[6]             18    57    28    34    18    57 
	00407: CALL       
	00408: CALL       
	00409: CALL       
	00410: CALL       
	00411: EIF        
	00412: DELTAP1    
	00413: DELTAP1    
	00414: DELTAP1    
	00415: DELTAP2    
	00416: SVTCA[y-axis] 
	00417: DELTAP1    
	00418: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short On
	  3:                      Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                              X-Short Off
	 10:                      Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:        XDual                 X-Short Off
	 24:  YDual               Y-Short         Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:                      Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                                      Off
	 34:        XDual                         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short On
	 39:                                      On
	 40:                                      On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:                                      Off
	 47:        XDual                         On
	 48:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1250,  1332)  ->  Abs (  1250,  1332)
	  1: Rel (   168,   188)  ->  Abs (  1418,  1520)
	  2: Rel (    99,   -84)  ->  Abs (  1517,  1436)
	  3: Rel (  -176,  -198)  ->  Abs (  1341,  1238)
	  4: Rel (    86,  -128)  ->  Abs (  1427,  1110)
	  5: Rel (    30,   -96)  ->  Abs (  1457,  1014)
	  6: Rel (    40,  -126)  ->  Abs (  1497,   888)
	  7: Rel (     0,  -156)  ->  Abs (  1497,   732)
	  8: Rel (     0,  -225)  ->  Abs (  1497,   507)
	  9: Rel (  -182,  -352)  ->  Abs (  1315,   155)
	 10: Rel (  -329,  -180)  ->  Abs (   986,   -25)
	 11: Rel (  -185,     0)  ->  Abs (   801,   -25)
	 12: Rel (  -138,     0)  ->  Abs (   663,   -25)
	 13: Rel (  -112,    39)  ->  Abs (   551,    14)
	 14: Rel (   -86,    30)  ->  Abs (   465,    44)
	 15: Rel (  -115,    85)  ->  Abs (   350,   129)
	 16: Rel (  -168,  -188)  ->  Abs (   182,   -59)
	 17: Rel (   -99,    84)  ->  Abs (    83,    25)
	 18: Rel (   176,   197)  ->  Abs (   259,   222)
	 19: Rel (   -98,   149)  ->  Abs (   161,   371)
	 20: Rel (   -66,   211)  ->  Abs (    95,   582)
	 21: Rel (     0,   148)  ->  Abs (    95,   730)
	 22: Rel (     0,   226)  ->  Abs (    95,   956)
	 23: Rel (   180,   353)  ->  Abs (   275,  1309)
	 24: Rel (   325,   182)  ->  Abs (   600,  1491)
	 25: Rel (   199,     0)  ->  Abs (   799,  1491)
	 26: Rel (   134,     0)  ->  Abs (   933,  1491)
	 27: Rel (   201,   -71)  ->  Abs (  1134,  1420)
	 28: Rel (    -4,  -223)  ->  Abs (  1130,  1197)
	 29: Rel (   -94,    74)  ->  Abs (  1036,  1271)
	 30: Rel (  -141,    54)  ->  Abs (   895,  1325)
	 31: Rel (   -95,     0)  ->  Abs (   800,  1325)
	 32: Rel (  -219,     0)  ->  Abs (   581,  1325)
	 33: Rel (  -286,  -297)  ->  Abs (   295,  1028)
	 34: Rel (     0,  -295)  ->  Abs (   295,   733)
	 35: Rel (     0,  -116)  ->  Abs (   295,   617)
	 36: Rel (    22,   -90)  ->  Abs (   317,   527)
	 37: Rel (    16,   -67)  ->  Abs (   333,   460)
	 38: Rel (    51,   -98)  ->  Abs (   384,   362)
	 39: Rel (   828,   732)  ->  Abs (  1212,  1094)
	 40: Rel (  -743,  -832)  ->  Abs (   469,   262)
	 41: Rel (    77,   -63)  ->  Abs (   546,   199)
	 42: Rel (    65,   -25)  ->  Abs (   611,   174)
	 43: Rel (    85,   -33)  ->  Abs (   696,   141)
	 44: Rel (    99,     0)  ->  Abs (   795,   141)
	 45: Rel (   218,     0)  ->  Abs (  1013,   141)
	 46: Rel (   284,   308)  ->  Abs (  1297,   449)
	 47: Rel (     0,   278)  ->  Abs (  1297,   727)
	 48: Rel (     0,   208)  ->  Abs (  1297,   935)

	Glyph 146: off = 0x00009F90, len = 354
	  numberOfContours:	3
	  xMin:			154
	  yMin:			388
	  xMax:			1310
	  yMax:			1044

	EndPoints
	---------
	  0:  24
	  1:  38
	  2:  49

	  Length of Instructions:	206
	00000: NPUSHB      (66):    36    25    37    26    37    38    59    40    59    49 
	                            76    40    76    49    99    26    99    38   117    26 
	                           117    38   132    26   132    38    13    68     8    25 
	                             7    45    39    32    20    15    11    35     0    29 
	                             4    39    25    15     0     4    32    45    39    25 
	                            15     0     4    48    42    42    23    56     4    48 
	                            42    17    56    29    42    11 
	00068: PUSHW[1]            444 
	00071: NPUSHB      (17):    35    42     4     6    32    42     7    26    51    45 
	                            42    20    25    50   158   121    24 
	00090: CALL       
	00091: FLIPOFF    
	00092: SRP0       
	00093: MIRP[srp0,nmd,rd,0] 
	00094: FLIPON     
	00095: MIRP[nrp0,md,rd,1] 
	00096: FLIPOFF    
	00097: SRP0       
	00098: MIRP[srp0,nmd,rd,2] 
	00099: FLIPON     
	00100: MIRP[nrp0,md,rd,1] 
	00101: SVTCA[y-axis] 
	00102: MIAP[rd+ci] 
	00103: MIRP[nrp0,md,rd,1] 
	00104: MIRP[srp0,md,rd,1] 
	00105: MIRP[nrp0,md,rd,1] 
	00106: MIRP[srp0,nmd,rd,0] 
	00107: MIRP[nrp0,md,rd,1] 
	00108: SRP0       
	00109: MIRP[srp0,nmd,rd,0] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: SRP1       
	00112: SLOOP      
	00113: IP         
	00114: SVTCA[x-axis] 
	00115: SRP1       
	00116: SRP2       
	00117: SLOOP      
	00118: IP         
	00119: SVTCA[y-axis] 
	00120: SRP1       
	00121: SRP2       
	00122: IP         
	00123: SRP1       
	00124: SRP2       
	00125: IP         
	00126: SVTCA[x-axis] 
	00127: SRP1       
	00128: SRP2       
	00129: IP         
	00130: SRP1       
	00131: SRP2       
	00132: IP         
	00133: IUP[y]     
	00134: IUP[x]     
	00135: RS         
	00136: JROF       
	00137: NPUSHB      (50):    43    47    30    34    18    22     5    10     9    38 
	                            43    22    45    31     0    34     5    32    31     1 
	                            47    18    45    31     0    30    10    32    31     1 
	                            44    21    42    31     1    33     6    35    31     1 
	                            46    19    48    31     0    31     8    29    31     0 
	00189: SVTCA[y-axis] 
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: SVTCA[x-axis] 
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: FLIPRGON   
	00201: FLIPRGON   
	00202: FLIPRGON   
	00203: FLIPRGON   
	00204: SVTCA[x-axis] 
	00205: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual                 X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:                      Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:                      Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:        XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   689,   812)  ->  Abs (   689,   812)
	  1: Rel (   105,   132)  ->  Abs (   794,   944)
	  2: Rel (    59,    42)  ->  Abs (   853,   986)
	  3: Rel (    80,    58)  ->  Abs (   933,  1044)
	  4: Rel (    89,     0)  ->  Abs (  1022,  1044)
	  5: Rel (   105,     0)  ->  Abs (  1127,  1044)
	  6: Rel (   183,  -152)  ->  Abs (  1310,   892)
	  7: Rel (     0,  -169)  ->  Abs (  1310,   723)
	  8: Rel (     0,  -118)  ->  Abs (  1310,   605)
	  9: Rel (   -68,  -135)  ->  Abs (  1242,   470)
	 10: Rel (  -144,   -82)  ->  Abs (  1098,   388)
	 11: Rel (   -76,     0)  ->  Abs (  1022,   388)
	 12: Rel (   -89,     0)  ->  Abs (   933,   388)
	 13: Rel (   -80,    57)  ->  Abs (   853,   445)
	 14: Rel (   -59,    43)  ->  Abs (   794,   488)
	 15: Rel (  -105,   132)  ->  Abs (   689,   620)
	 16: Rel (  -136,  -171)  ->  Abs (   553,   449)
	 17: Rel (  -153,     0)  ->  Abs (   400,   449)
	 18: Rel (  -101,     0)  ->  Abs (   299,   449)
	 19: Rel (  -145,   153)  ->  Abs (   154,   602)
	 20: Rel (     0,   114)  ->  Abs (   154,   716)
	 21: Rel (     0,   113)  ->  Abs (   154,   829)
	 22: Rel (   145,   154)  ->  Abs (   299,   983)
	 23: Rel (   101,     0)  ->  Abs (   400,   983)
	 24: Rel (   153,     0)  ->  Abs (   553,   983)
	 25: Rel (   205,  -266)  ->  Abs (   758,   717)
	 26: Rel (    87,  -135)  ->  Abs (   845,   582)
	 27: Rel (    72,   -50)  ->  Abs (   917,   532)
	 28: Rel (    46,   -33)  ->  Abs (   963,   499)
	 29: Rel (    57,     0)  ->  Abs (  1020,   499)
	 30: Rel (    76,     0)  ->  Abs (  1096,   499)
	 31: Rel (   103,   112)  ->  Abs (  1199,   611)
	 32: Rel (     0,   102)  ->  Abs (  1199,   713)
	 33: Rel (     0,   106)  ->  Abs (  1199,   819)
	 34: Rel (  -105,   112)  ->  Abs (  1094,   931)
	 35: Rel (   -78,     0)  ->  Abs (  1016,   931)
	 36: Rel (   -49,     0)  ->  Abs (   967,   931)
	 37: Rel (   -43,   -28)  ->  Abs (   924,   903)
	 38: Rel (   -58,   -39)  ->  Abs (   866,   864)
	 39: Rel (  -246,  -148)  ->  Abs (   620,   716)
	 40: Rel (   -80,   100)  ->  Abs (   540,   816)
	 41: Rel (   -96,    57)  ->  Abs (   444,   873)
	 42: Rel (   -44,     0)  ->  Abs (   400,   873)
	 43: Rel (   -58,     0)  ->  Abs (   342,   873)
	 44: Rel (   -77,   -82)  ->  Abs (   265,   791)
	 45: Rel (     0,   -72)  ->  Abs (   265,   719)
	 46: Rel (     0,   -71)  ->  Abs (   265,   648)
	 47: Rel (    80,   -85)  ->  Abs (   345,   563)
	 48: Rel (    57,     0)  ->  Abs (   402,   563)
	 49: Rel (   101,     0)  ->  Abs (   503,   563)

	Glyph 147: off = 0x0000A0F2, len = 142
	  numberOfContours:	2
	  xMin:			78
	  yMin:			0
	  xMax:			1046
	  yMax:			1229

	EndPoints
	---------
	  0:  11
	  1:  15

	  Length of Instructions:	78
	00000: NPUSHB      (46):     9     2     8     3     0   110     2   249     3   110 
	                            15     5     1     5    15    14   249    12    13     5 
	                            13    10    12     8   110     6    10   249     5     1 
	                            13     1   110    63     2   144     2   160     2     3 
	                             2    85    16   113   140    24 
	00048: CALL       
	00049: SRP0       
	00050: MIRP[srp0,nmd,rd,2] 
	00051: DELTAP1    
	00052: MIRP[nrp0,nmd,rd,0] 
	00053: ALIGNRP    
	00054: SRP0       
	00055: ALIGNRP    
	00056: MIRP[srp0,md,rd,1] 
	00057: ALIGNRP    
	00058: MIRP[srp0,nmd,rd,0] 
	00059: ALIGNRP    
	00060: SVTCA[y-axis] 
	00061: MIAP[rd+ci] 
	00062: MDAP[rd]   
	00063: SRP0       
	00064: ALIGNRP    
	00065: MIRP[srp0,md,rd,1] 
	00066: ALIGNRP    
	00067: SRP0       
	00068: DELTAP1    
	00069: MIRP[srp0,nmd,rd,0] 
	00070: MIRP[srp0,md,rd,1] 
	00071: MIRP[nrp0,nmd,rd,0] 
	00072: SRP0       
	00073: ALIGNRP    
	00074: SRP0       
	00075: ALIGNRP    
	00076: IUP[y]     
	00077: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:        XDual         Y-Short         On
	 10:  YDual                               On
	 11:        XDual                         On
	 12:                                      On
	 13:  YDual                               On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   477,   260)  ->  Abs (   477,   260)
	  1: Rel (     0,   403)  ->  Abs (   477,   663)
	  2: Rel (  -399,     0)  ->  Abs (    78,   663)
	  3: Rel (     0,   167)  ->  Abs (    78,   830)
	  4: Rel (   399,     0)  ->  Abs (   477,   830)
	  5: Rel (     0,   399)  ->  Abs (   477,  1229)
	  6: Rel (   170,     0)  ->  Abs (   647,  1229)
	  7: Rel (     0,  -399)  ->  Abs (   647,   830)
	  8: Rel (   399,     0)  ->  Abs (  1046,   830)
	  9: Rel (     0,  -167)  ->  Abs (  1046,   663)
	 10: Rel (  -399,     0)  ->  Abs (   647,   663)
	 11: Rel (     0,  -403)  ->  Abs (   647,   260)
	 12: Rel (   399,  -260)  ->  Abs (  1046,     0)
	 13: Rel (  -968,     0)  ->  Abs (    78,     0)
	 14: Rel (     0,   168)  ->  Abs (    78,   168)
	 15: Rel (   968,     0)  ->  Abs (  1046,   168)

	Glyph 148: off = 0x0000A180, len = 170
	  numberOfContours:	2
	  xMin:			77
	  yMin:			106
	  xMax:			1048
	  yMax:			1340

	EndPoints
	---------
	  0:  6
	  1:  10

	  Length of Instructions:	118
	00000: NPUSHB      (22):   142     3   128     5     2    10     9     8     7     4 
	                             0     6     5     3     3    12     2     8     7    37 
	                             9    10 
	00024: PUSHW[6]            684     5   602     6     3   602 
	00037: PUSHB[3]              2    64     6 
	00041: PUSHW[3]            336     2   336 
	00048: NPUSHB      (26):     0   171     1   171    32     4     2    95     0     8 
	                             9    58     4    60     1    48     0   160     0     2 
	                             0    25    11   113   140    24 
	00076: CALL       
	00077: FLIPOFF    
	00078: SRP0       
	00079: MIRP[srp0,nmd,rd,0] 
	00080: DELTAP1    
	00081: ALIGNRP    
	00082: FLIPON     
	00083: MIRP[nrp0,md,rd,1] 
	00084: MIRP[srp0,nmd,rd,0] 
	00085: ALIGNRP    
	00086: SRP0       
	00087: MIRP[nrp0,md,rd,1] 
	00088: SVTCA[y-axis] 
	00089: RTHG       
	00090: MDAP[rd]   
	00091: SMD        
	00092: MIRP[nrp0,md,rd,1] 
	00093: MIRP[nrp0,md,rd,1] 
	00094: MIRP[nrp0,md,rd,1] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: RTG        
	00097: SMD        
	00098: SRP0       
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP0       
	00101: MIRP[nrp0,md,rd,1] 
	00102: MIRP[srp0,nmd,rd,2] 
	00103: ALIGNRP    
	00104: MIRP[srp0,md,rd,1] 
	00105: ALIGNRP    
	00106: SVTCA[x-axis] 
	00107: SRP1       
	00108: SRP2       
	00109: SLOOP      
	00110: IP         
	00111: SRP2       
	00112: SLOOP      
	00113: IP         
	00114: IUP[y]     
	00115: IUP[x]     
	00116: SVTCA[y-axis] 
	00117: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:                                      On
	  3:        XDual         Y-Short         On
	  4:                                      On
	  5:                                      On
	  6:        XDual         Y-Short         On
	  7:                      Y-Short X-Short On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On

	Coordinates
	-----------
	  0: Rel (    77,   762)  ->  Abs (    77,   762)
	  1: Rel (     0,   168)  ->  Abs (    77,   930)
	  2: Rel (   971,   410)  ->  Abs (  1048,  1340)
	  3: Rel (     0,  -180)  ->  Abs (  1048,  1160)
	  4: Rel (  -770,  -315)  ->  Abs (   278,   845)
	  5: Rel (   770,  -319)  ->  Abs (  1048,   526)
	  6: Rel (     0,  -179)  ->  Abs (  1048,   347)
	  7: Rel (    -2,  -241)  ->  Abs (  1046,   106)
	  8: Rel (  -968,     0)  ->  Abs (    78,   106)
	  9: Rel (     0,   167)  ->  Abs (    78,   273)
	 10: Rel (   968,     0)  ->  Abs (  1046,   273)

	Glyph 149: off = 0x0000A22A, len = 196
	  numberOfContours:	2
	  xMin:			77
	  yMin:			106
	  xMax:			1048
	  yMax:			1340

	EndPoints
	---------
	  0:  6
	  1:  10

	  Length of Instructions:	138
	00000: NPUSHB      (24):   128     2   143     4     2    10     9     8     7     4 
	                             0     4     2     1     3    11     5    10     9     7 
	                             8    37    64     9 
	00026: PUSHW[1]            684 
	00029: PUSHB[8]              1     0   171     6   171     3    32     2 
	00038: PUSHW[4]            602    64     1   336 
	00047: PUSHB[3]              3    32     4 
	00051: PUSHW[4]            602    64     5   336 
	00060: NPUSHB       (9):    32     3     7    10    58     3    60     6     5 
	00071: PUSHW[1]            290 
	00074: NPUSHB      (11):    31     0    48     0     2     0    26    12   113   140 
	                            24 
	00087: CALL       
	00088: FLIPOFF    
	00089: SRP0       
	00090: MIRP[srp0,nmd,rd,2] 
	00091: DELTAP1    
	00092: FLIPON     
	00093: MIRP[nrp0,md,rd,1] 
	00094: ALIGNRP    
	00095: MIRP[nrp0,md,rd,1] 
	00096: MIRP[srp0,nmd,rd,0] 
	00097: ALIGNRP    
	00098: SVTCA[y-axis] 
	00099: RTHG       
	00100: MDAP[rd]   
	00101: SMD        
	00102: MIRP[srp0,md,rd,1] 
	00103: RTG        
	00104: SMD        
	00105: MIRP[nrp0,md,rd,1] 
	00106: RTHG       
	00107: SMD        
	00108: SRP0       
	00109: MIRP[srp0,md,rd,1] 
	00110: RTG        
	00111: SMD        
	00112: MIRP[nrp0,md,rd,1] 
	00113: RTHG       
	00114: SMD        
	00115: SRP0       
	00116: MIRP[nrp0,md,rd,1] 
	00117: MIRP[nrp0,md,rd,1] 
	00118: RTG        
	00119: SRP0       
	00120: MIRP[srp0,nmd,rd,2] 
	00121: SMD        
	00122: MIRP[srp0,md,rd,1] 
	00123: ALIGNRP    
	00124: SRP0       
	00125: ALIGNRP    
	00126: SVTCA[x-axis] 
	00127: SRP1       
	00128: SRP2       
	00129: SLOOP      
	00130: IP         
	00131: SRP2       
	00132: SLOOP      
	00133: IP         
	00134: IUP[y]     
	00135: IUP[x]     
	00136: SVTCA[y-axis] 
	00137: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual XDual         Y-Short         On
	  3:                                      On
	  4:                                      On
	  5:  YDual XDual         Y-Short         On
	  6:                                      On
	  7:                              X-Short On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1048,   762)  ->  Abs (  1048,   762)
	  1: Rel (  -971,  -415)  ->  Abs (    77,   347)
	  2: Rel (     0,   179)  ->  Abs (    77,   526)
	  3: Rel (   769,   319)  ->  Abs (   846,   845)
	  4: Rel (  -769,   315)  ->  Abs (    77,  1160)
	  5: Rel (     0,   180)  ->  Abs (    77,  1340)
	  6: Rel (   971,  -410)  ->  Abs (  1048,   930)
	  7: Rel (    -2,  -824)  ->  Abs (  1046,   106)
	  8: Rel (  -968,     0)  ->  Abs (    78,   106)
	  9: Rel (     0,   167)  ->  Abs (    78,   273)
	 10: Rel (   968,     0)  ->  Abs (  1046,   273)

	Glyph 150: off = 0x0000A2EE, len = 328
	  numberOfContours:	1
	  xMin:			-3
	  yMin:			0
	  xMax:			1133
	  yMax:			1466

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	233
	00000: NPUSHB      (55):    36     8    36    11    43    15    43    18   121     8 
	                           118    18   137     8   133    18     8   116    13   132 
	                            13     2    18    17    17    21     8     9     9     5 
	                            12    11    10    10    13    14    15    16    16    13 
	                            13    26    13     0     9    25   232    22    22     4 
	                            21     5     1   232     4 
	00057: PUSHW[1]            687 
	00060: PUSHB[8]              5   249     8     8    31    18     1    18 
	00069: PUSHW[1]            352 
	00072: NPUSHB      (32):    17    17    16    16    10    10     9     0     0    10 
	                            24    23    23    20    20    19    56    17     2     3 
	                             3     6     6     7    56     9    16    60    32    17 
	                             1    17 
	00106: PUSHW[1]            256 
	00109: NPUSHB      (11):    21    21    26    35     0    10    60    47     9     1 
	                             9 
	00122: PUSHW[1]            256 
	00125: NPUSHB      (15):     5     5     0    16    15    15     6    85     0    16 
	                            11    11     6    85     0 
	00142: PUSHW[1]            281 
	00145: PUSHB[4]             27   179   122    24 
	00150: CALL       
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,2] 
	00153: CALL       
	00154: CALL       
	00155: ALIGNRP    
	00156: SRP0       
	00157: MIRP[srp0,nmd,rd,0] 
	00158: DELTAP1    
	00159: MIRP[nrp0,md,rd,1] 
	00160: SRP0       
	00161: MIRP[srp0,md,rd,1] 
	00162: ALIGNRP    
	00163: SRP0       
	00164: MIRP[srp0,nmd,rd,0] 
	00165: DELTAP1    
	00166: MIRP[nrp0,md,rd,1] 
	00167: SRP0       
	00168: MIRP[srp0,nmd,rd,0] 
	00169: ALIGNRP    
	00170: SRP0       
	00171: ALIGNRP    
	00172: SRP0       
	00173: ALIGNRP    
	00174: SRP0       
	00175: MIRP[srp0,nmd,rd,0] 
	00176: ALIGNRP    
	00177: SRP0       
	00178: ALIGNRP    
	00179: SRP0       
	00180: ALIGNRP    
	00181: SVTCA[y-axis] 
	00182: MIAP[rd+ci] 
	00183: MIAP[rd+ci] 
	00184: ALIGNRP    
	00185: SRP0       
	00186: ALIGNRP    
	00187: SRP0       
	00188: ALIGNRP    
	00189: SRP0       
	00190: MIRP[srp0,nmd,rd,0] 
	00191: DELTAP1    
	00192: ALIGNRP    
	00193: SRP0       
	00194: MIRP[srp0,md,rd,1] 
	00195: MIRP[srp0,md,rd,2] 
	00196: MIRP[nrp0,md,rd,1] 
	00197: SRP0       
	00198: ALIGNRP    
	00199: SRP0       
	00200: ALIGNRP    
	00201: SRP0       
	00202: MIRP[nrp0,md,rd,1] 
	00203: SRP1       
	00204: SRP2       
	00205: IP         
	00206: SVTCA[x-axis] 
	00207: SRP1       
	00208: IP         
	00209: SDPVTL[1]  
	00210: SFVTPV     
	00211: RDTG       
	00212: SRP0       
	00213: MDRP[nrp0,nmd,rd,0] 
	00214: MDRP[nrp0,nmd,rd,0] 
	00215: SDPVTL[1]  
	00216: SFVTPV     
	00217: SRP0       
	00218: MDRP[nrp0,nmd,rd,0] 
	00219: MDRP[nrp0,nmd,rd,0] 
	00220: SDPVTL[1]  
	00221: SFVTCA[x-axis] 
	00222: SRP0       
	00223: MDRP[nrp0,nmd,rd,0] 
	00224: SDPVTL[1]  
	00225: SRP0       
	00226: MDRP[nrp0,nmd,rd,0] 
	00227: IUP[y]     
	00228: IUP[x]     
	00229: SVTCA[y-axis] 
	00230: DELTAP1    
	00231: SVTCA[x-axis] 
	00232: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                               On
	  9:                                      On
	 10:  YDual XDual                 X-Short On
	 11:                                      On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:                                      On
	 17:  YDual XDual                 X-Short On
	 18:                                      On
	 19:  YDual                               On
	 20:        XDual         Y-Short         On
	 21:  YDual                               On
	 22:        XDual         Y-Short         On
	 23:  YDual                               On
	 24:        XDual         Y-Short         On
	 25:  YDual                               On
	 26:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   477,     0)  ->  Abs (   477,     0)
	  1: Rel (     0,   325)  ->  Abs (   477,   325)
	  2: Rel (  -415,     0)  ->  Abs (    62,   325)
	  3: Rel (     0,   139)  ->  Abs (    62,   464)
	  4: Rel (   415,     0)  ->  Abs (   477,   464)
	  5: Rel (     0,   143)  ->  Abs (   477,   607)
	  6: Rel (  -415,     0)  ->  Abs (    62,   607)
	  7: Rel (     0,   148)  ->  Abs (    62,   755)
	  8: Rel (   341,     0)  ->  Abs (   403,   755)
	  9: Rel (  -406,   711)  ->  Abs (    -3,  1466)
	 10: Rel (   200,     0)  ->  Abs (   197,  1466)
	 11: Rel (   290,  -516)  ->  Abs (   487,   950)
	 12: Rel (    49,   -88)  ->  Abs (   536,   862)
	 13: Rel (    27,   -66)  ->  Abs (   563,   796)
	 14: Rel (    23,    53)  ->  Abs (   586,   849)
	 15: Rel (    59,   110)  ->  Abs (   645,   959)
	 16: Rel (   274,   507)  ->  Abs (   919,  1466)
	 17: Rel (   214,     0)  ->  Abs (  1133,  1466)
	 18: Rel (  -405,  -711)  ->  Abs (   728,   755)
	 19: Rel (   341,     0)  ->  Abs (  1069,   755)
	 20: Rel (     0,  -148)  ->  Abs (  1069,   607)
	 21: Rel (  -412,     0)  ->  Abs (   657,   607)
	 22: Rel (     0,  -143)  ->  Abs (   657,   464)
	 23: Rel (   412,     0)  ->  Abs (  1069,   464)
	 24: Rel (     0,  -139)  ->  Abs (  1069,   325)
	 25: Rel (  -412,     0)  ->  Abs (   657,   325)
	 26: Rel (     0,  -325)  ->  Abs (   657,     0)

	Glyph 151: off = 0x0000A436, len = 426
	  numberOfContours:	1
	  xMin:			160
	  yMin:			-407
	  xMax:			1018
	  yMax:			1062

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	342
	00000: NPUSHB      (61):    40     4    40     5    40    22    56     4    56    10 
	                            57    11    72     4    72    10    72    11    89     4 
	                            91     9   106     4   106     9   123     4   123    10 
	                           138     4   138    10    17    18    22    25    12     3 
	                            11     2    18    22    25    15     6     2    10    20 
	                            28     7    11    13    14     2    51    25    37     1 
	                            27 
	00063: PUSHW[1]            -10 
	00066: PUSHB[5]             15    15     2    85    27 
	00072: PUSHW[1]            -10 
	00075: PUSHB[5]             13    13     2    85     0 
	00081: PUSHW[1]            -28 
	00084: PUSHB[5]             16    16     2    85     0 
	00090: PUSHW[1]            -26 
	00093: PUSHB[5]             13    13     2    85     0 
	00099: PUSHW[1]             -2 
	00102: PUSHB[5]             12    12     2    85     0 
	00108: PUSHW[1]            -18 
	00111: PUSHB[5]             11    11     2    85     0 
	00117: PUSHW[1]            -25 
	00120: NPUSHB      (11):    16    16     6    85     0    27    14    15     6    85 
	                             0 
	00133: PUSHW[1]             -3 
	00136: PUSHB[5]             13    13     6    85     0 
	00142: PUSHW[1]             -6 
	00145: PUSHB[5]             12    12     6    85     0 
	00151: PUSHW[1]            -21 
	00154: NPUSHB      (28):    11    11     6    85     0    26    96    27   128    27 
	                             2   176    27   192    27     2   208    27   224    27 
	                             2    27    15    12    37    13    13    14 
	00184: PUSHW[1]            -12 
	00187: PUSHB[5]             16    16     2    85    14 
	00193: PUSHW[1]             -8 
	00196: PUSHB[5]             15    15     2    85    14 
	00202: PUSHW[1]             -8 
	00205: PUSHB[5]             13    13     2    85    14 
	00211: PUSHW[1]             -4 
	00214: PUSHB[5]             12    12     2    85    14 
	00220: PUSHW[1]             -8 
	00223: PUSHB[5]             11    11     2    85    14 
	00229: PUSHW[1]            -17 
	00232: PUSHB[5]             16    16     6    85    14 
	00238: PUSHW[1]            -14 
	00241: PUSHB[5]             15    15     6    85    14 
	00247: PUSHW[1]             -3 
	00250: NPUSHB      (22):    12    12     6    85   224    14     1   192    14   208 
	                            14     2     0    14    32    14   176    14     3    14 
	                            25    26 
	00274: PUSHW[1]            310 
	00277: PUSHB[2]             80    24 
	00280: CALL       
	00281: FLIPOFF    
	00282: SRP0       
	00283: MIRP[srp0,nmd,rd,0] 
	00284: DELTAP1    
	00285: DELTAP1    
	00286: DELTAP1    
	00287: CALL       
	00288: CALL       
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: CALL       
	00294: CALL       
	00295: ALIGNRP    
	00296: FLIPON     
	00297: SRP0       
	00298: MIRP[srp0,md,rd,1] 
	00299: ALIGNRP    
	00300: FLIPOFF    
	00301: SRP0       
	00302: DELTAP1    
	00303: DELTAP1    
	00304: DELTAP1    
	00305: MIRP[srp0,nmd,rd,2] 
	00306: CALL       
	00307: CALL       
	00308: CALL       
	00309: CALL       
	00310: CALL       
	00311: CALL       
	00312: CALL       
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: CALL       
	00317: ALIGNRP    
	00318: FLIPON     
	00319: MIRP[srp0,md,rd,1] 
	00320: MIRP[nrp0,nmd,rd,0] 
	00321: SVTCA[y-axis] 
	00322: MIAP[rd+ci] 
	00323: MIAP[rd+ci] 
	00324: MIRP[nrp0,md,rd,1] 
	00325: MIAP[rd+ci] 
	00326: MIAP[rd+ci] 
	00327: ALIGNRP    
	00328: IP         
	00329: IP         
	00330: SRP1       
	00331: IP         
	00332: IP         
	00333: SVTCA[x-axis] 
	00334: SRP1       
	00335: SRP2       
	00336: IP         
	00337: IP         
	00338: IUP[y]     
	00339: IUP[x]     
	00340: SVTCA[y-axis] 
	00341: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:        XDual                         On
	 17:        XDual         Y-Short         Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  1018,  1062)  ->  Abs (  1018,  1062)
	  1: Rel (     0, -1062)  ->  Abs (  1018,     0)
	  2: Rel (  -161,     0)  ->  Abs (   857,     0)
	  3: Rel (     0,   126)  ->  Abs (   857,   126)
	  4: Rel (   -52,   -80)  ->  Abs (   805,    46)
	  5: Rel (   -51,   -30)  ->  Abs (   754,    16)
	  6: Rel (   -70,   -41)  ->  Abs (   684,   -25)
	  7: Rel (   -93,     0)  ->  Abs (   591,   -25)
	  8: Rel (   -83,     0)  ->  Abs (   508,   -25)
	  9: Rel (   -64,    33)  ->  Abs (   444,     8)
	 10: Rel (   -48,    25)  ->  Abs (   396,    33)
	 11: Rel (   -58,    74)  ->  Abs (   338,   107)
	 12: Rel (     0,  -514)  ->  Abs (   338,  -407)
	 13: Rel (  -178,     0)  ->  Abs (   160,  -407)
	 14: Rel (     0,  1469)  ->  Abs (   160,  1062)
	 15: Rel (   178,     0)  ->  Abs (   338,  1062)
	 16: Rel (     0,  -450)  ->  Abs (   338,   612)
	 17: Rel (     0,  -245)  ->  Abs (   338,   367)
	 18: Rel (    52,  -145)  ->  Abs (   390,   222)
	 19: Rel (   117,   -84)  ->  Abs (   507,   138)
	 20: Rel (    76,     0)  ->  Abs (   583,   138)
	 21: Rel (    80,     0)  ->  Abs (   663,   138)
	 22: Rel (   126,    88)  ->  Abs (   789,   226)
	 23: Rel (    52,   139)  ->  Abs (   841,   365)
	 24: Rel (     0,   244)  ->  Abs (   841,   609)
	 25: Rel (     0,   453)  ->  Abs (   841,  1062)

	Glyph 152: off = 0x0000A5E0, len = 238
	  numberOfContours:	2
	  xMin:			56
	  yMin:			-25
	  xMax:			973
	  yMax:			1491

	EndPoints
	---------
	  0:  27
	  1:  39

	  Length of Instructions:	108
	00000: NPUSHB      (79):   119     2   118    21   120    30   134    21     4     9 
	                            12     9    37    11    38    68    12   100    26   115 
	                            30   121    37   123    38   138     2   132    30   138 
	                            37   137    38    12    85    26   107    24     2    58 
	                            37    69    26     2    47    41    54    26     2    28 
	                            21    14    25   232     4     3    35   232    14     9 
	                            28   232    21   232    10    61    41     0   232     1 
	                           134    32    38    17   105    40   155   104    24 
	00081: CALL       
	00082: SRP0       
	00083: MIRP[srp0,nmd,rd,2] 
	00084: MIRP[nrp0,md,rd,1] 
	00085: MIRP[srp0,nmd,rd,0] 
	00086: MIRP[nrp0,md,rd,1] 
	00087: SRP0       
	00088: MIRP[srp0,nmd,rd,2] 
	00089: MIRP[nrp0,md,rd,1] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: SVTCA[y-axis] 
	00092: MIAP[rd+ci] 
	00093: MIRP[nrp0,md,rd,1] 
	00094: MIAP[rd+ci] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP2       
	00097: IP         
	00098: IP         
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: DELTAP1    
	00103: DELTAP1    
	00104: DELTAP1    
	00105: DELTAP1    
	00106: SVTCA[y-axis] 
	00107: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual                         Off
	 12:                              X-Short Off
	 13:                      Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual               Y-Short         On
	 22:  YDual       Rep-  2 Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:                      Y-Short X-Short Off
	 28:                                      On
	 29:              Rep-  2 Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:        XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:        XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   426,  1138)  ->  Abs (   426,  1138)
	  1: Rel (  -135,    60)  ->  Abs (   291,  1198)
	  2: Rel (    70,   157)  ->  Abs (   361,  1355)
	  3: Rel (   196,   136)  ->  Abs (   557,  1491)
	  4: Rel (    94,     0)  ->  Abs (   651,  1491)
	  5: Rel (    76,     0)  ->  Abs (   727,  1491)
	  6: Rel (   123,   -79)  ->  Abs (   850,  1412)
	  7: Rel (    31,   -51)  ->  Abs (   881,  1361)
	  8: Rel (    47,   -79)  ->  Abs (   928,  1282)
	  9: Rel (    45,  -216)  ->  Abs (   973,  1066)
	 10: Rel (     0,  -140)  ->  Abs (   973,   926)
	 11: Rel (     0,  -288)  ->  Abs (   973,   638)
	 12: Rel (  -173,  -449)  ->  Abs (   800,   189)
	 13: Rel (  -294,  -214)  ->  Abs (   506,   -25)
	 14: Rel (  -142,     0)  ->  Abs (   364,   -25)
	 15: Rel (  -137,     0)  ->  Abs (   227,   -25)
	 16: Rel (  -171,   182)  ->  Abs (    56,   157)
	 17: Rel (     0,   165)  ->  Abs (    56,   322)
	 18: Rel (     0,   226)  ->  Abs (    56,   548)
	 19: Rel (   153,   161)  ->  Abs (   209,   709)
	 20: Rel (   197,   207)  ->  Abs (   406,   916)
	 21: Rel (   452,     8)  ->  Abs (   858,   924)
	 22: Rel (    -4,   168)  ->  Abs (   854,  1092)
	 23: Rel (   -40,   176)  ->  Abs (   814,  1268)
	 24: Rel (   -96,    95)  ->  Abs (   718,  1363)
	 25: Rel (   -65,     0)  ->  Abs (   653,  1363)
	 26: Rel (   -62,     0)  ->  Abs (   591,  1363)
	 27: Rel (  -118,   -99)  ->  Abs (   473,  1264)
	 28: Rel (   381,  -468)  ->  Abs (   854,   796)
	 29: Rel (  -244,   -14)  ->  Abs (   610,   782)
	 30: Rel (  -227,  -108)  ->  Abs (   383,   674)
	 31: Rel (  -147,  -245)  ->  Abs (   236,   429)
	 32: Rel (     0,  -126)  ->  Abs (   236,   303)
	 33: Rel (     0,   -83)  ->  Abs (   236,   220)
	 34: Rel (   102,  -108)  ->  Abs (   338,   112)
	 35: Rel (    68,     0)  ->  Abs (   406,   112)
	 36: Rel (    75,     0)  ->  Abs (   481,   112)
	 37: Rel (    85,    55)  ->  Abs (   566,   167)
	 38: Rel (   117,    76)  ->  Abs (   683,   243)
	 39: Rel (   147,   317)  ->  Abs (   830,   560)

	Glyph 153: off = 0x0000A6CE, len = 198
	  numberOfContours:	1
	  xMin:			122
	  yMin:			-431
	  xMax:			1386
	  yMax:			1491

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	141
	00000: NPUSHB      (32):     4    10     0     8     4     3     4     5     3    32 
	                            11    10    20    11    11    10     4     5     4     3 
	                             5    32     9    10    20     9     9    10     2     3 
	                            30    11 
	00034: PUSHW[1]            678 
	00037: PUSHB[7]              1     0     2     6     5    30     9 
	00045: PUSHW[1]            678 
	00048: NPUSHB      (14):     7     8    14     1     2    45     6     7    81    32 
	                            13     1    13     4 
	00064: PUSHW[3]            570    10   625 
	00071: NPUSHB      (11):     9     0    11    45     9    32     8     1     8    86 
	                            12 
	00084: PUSHW[1]            307 
	00087: PUSHB[2]             92    24 
	00090: CALL       
	00091: SRP0       
	00092: MIRP[srp0,nmd,rd,2] 
	00093: DELTAP1    
	00094: ALIGNRP    
	00095: MIRP[srp0,nmd,rd,0] 
	00096: ALIGNRP    
	00097: SRP0       
	00098: MIRP[srp0,nmd,rd,0] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP0       
	00101: DELTAP1    
	00102: MIRP[srp0,nmd,rd,0] 
	00103: ALIGNRP    
	00104: MIRP[srp0,nmd,rd,0] 
	00105: ALIGNRP    
	00106: SVTCA[y-axis] 
	00107: MIAP[rd+ci] 
	00108: ALIGNRP    
	00109: MIRP[nrp0,nmd,rd,2] 
	00110: MIRP[srp0,md,rd,1] 
	00111: ALIGNRP    
	00112: MIAP[rd+ci] 
	00113: ALIGNRP    
	00114: MIRP[nrp0,nmd,rd,2] 
	00115: MIRP[srp0,md,rd,1] 
	00116: ALIGNRP    
	00117: SDPVTL[1]  
	00118: SFVTCA[x-axis] 
	00119: MDAP[nrd]  
	00120: CALL       
	00121: SFVTL[=p1,p2] 
	00122: RDTG       
	00123: SRP0       
	00124: MDRP[nrp0,nmd,rd,0] 
	00125: SDPVTL[1]  
	00126: SFVTCA[x-axis] 
	00127: MDAP[nrd]  
	00128: RTG        
	00129: CALL       
	00130: SFVTL[=p1,p2] 
	00131: RDTG       
	00132: SRP0       
	00133: MDRP[nrp0,nmd,rd,0] 
	00134: SVTCA[y-axis] 
	00135: SRP1       
	00136: SRP2       
	00137: IP         
	00138: IP         
	00139: IUP[y]     
	00140: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:                                      On
	  5:                                      On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:                                      On
	 11:                                      On

	Coordinates
	-----------
	  0: Rel (   139,  1491)  ->  Abs (   139,  1491)
	  1: Rel (  1237,     0)  ->  Abs (  1376,  1491)
	  2: Rel (     0,  -164)  ->  Abs (  1376,  1327)
	  3: Rel (  -988,     0)  ->  Abs (   388,  1327)
	  4: Rel (   607,  -775)  ->  Abs (   995,   552)
	  5: Rel (  -649,  -822)  ->  Abs (   346,  -270)
	  6: Rel (  1040,     0)  ->  Abs (  1386,  -270)
	  7: Rel (     0,  -161)  ->  Abs (  1386,  -431)
	  8: Rel ( -1264,     0)  ->  Abs (   122,  -431)
	  9: Rel (     0,   187)  ->  Abs (   122,  -244)
	 10: Rel (   620,   788)  ->  Abs (   742,   544)
	 11: Rel (  -603,   772)  ->  Abs (   139,  1316)

	Glyph 154: off = 0x0000A794, len = 100
	  numberOfContours:	1
	  xMin:			161
	  yMin:			-431
	  xMax:			1523
	  yMax:			1491

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	62
	00000: NPUSHB      (34):     2     3     3     6     7    14     4     5     1     5 
	                            35     0     2     4   186     1     1     3   186     2 
	                           108     9     5   186     0     0     6   186     7   118 
	                             8   158   121    24 
	00036: CALL       
	00037: SRP0       
	00038: MIRP[srp0,nmd,rd,0] 
	00039: MIRP[nrp0,md,rd,1] 
	00040: ALIGNRP    
	00041: SRP0       
	00042: MIRP[nrp0,md,rd,1] 
	00043: SRP0       
	00044: MIRP[srp0,nmd,rd,2] 
	00045: MIRP[nrp0,md,rd,1] 
	00046: ALIGNRP    
	00047: SRP0       
	00048: MIRP[nrp0,md,rd,1] 
	00049: SVTCA[y-axis] 
	00050: MIAP[rd+ci] 
	00051: MIRP[nrp0,md,rd,1] 
	00052: ALIGNRP    
	00053: SRP0       
	00054: ALIGNRP    
	00055: MIAP[rd+ci] 
	00056: ALIGNRP    
	00057: ALIGNRP    
	00058: SRP0       
	00059: ALIGNRP    
	00060: IUP[y]     
	00061: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   161,  1491)  ->  Abs (   161,  1491)
	  1: Rel (  1362,     0)  ->  Abs (  1523,  1491)
	  2: Rel (     0, -1922)  ->  Abs (  1523,  -431)
	  3: Rel (  -191,     0)  ->  Abs (  1332,  -431)
	  4: Rel (     0,  1748)  ->  Abs (  1332,  1317)
	  5: Rel (  -978,     0)  ->  Abs (   354,  1317)
	  6: Rel (     0, -1748)  ->  Abs (   354,  -431)
	  7: Rel (  -193,     0)  ->  Abs (   161,  -431)

	Glyph 155: off = 0x0000A7F8, len = 110
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1124
	  yMax:			1063

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	65
	00000: NPUSHB      (30):     6     7     2    11    43     1     0     6     8     5 
	                            10     6     5    37     3     4   146     1    26    13 
	                             7     8    37    10     9   146     0    25    12   246 
	00032: PUSHW[2]            662    24 
	00037: CALL       
	00038: FLIPOFF    
	00039: SRP0       
	00040: MIRP[srp0,nmd,rd,0] 
	00041: FLIPON     
	00042: MIRP[srp0,nmd,rd,0] 
	00043: ALIGNRP    
	00044: MIRP[srp0,md,rd,1] 
	00045: ALIGNRP    
	00046: FLIPOFF    
	00047: SRP0       
	00048: MIRP[srp0,nmd,rd,2] 
	00049: FLIPON     
	00050: MIRP[srp0,nmd,rd,0] 
	00051: ALIGNRP    
	00052: MIRP[srp0,md,rd,1] 
	00053: ALIGNRP    
	00054: SVTCA[y-axis] 
	00055: MIAP[rd+ci] 
	00056: ALIGNRP    
	00057: MIAP[rd+ci] 
	00058: ALIGNRP    
	00059: MIRP[srp0,md,rd,1] 
	00060: ALIGNRP    
	00061: IP         
	00062: IP         
	00063: IUP[y]     
	00064: IUP[x]     

	Flags
	-----
	  0:        XDual                         On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (     0,  1063)  ->  Abs (     0,  1063)
	  1: Rel (  1124,     0)  ->  Abs (  1124,  1063)
	  2: Rel (     0,  -158)  ->  Abs (  1124,   905)
	  3: Rel (  -162,     0)  ->  Abs (   962,   905)
	  4: Rel (     0,  -905)  ->  Abs (   962,     0)
	  5: Rel (  -189,     0)  ->  Abs (   773,     0)
	  6: Rel (     0,   905)  ->  Abs (   773,   905)
	  7: Rel (  -426,     0)  ->  Abs (   347,   905)
	  8: Rel (     0,  -905)  ->  Abs (   347,     0)
	  9: Rel (  -188,     0)  ->  Abs (   159,     0)
	 10: Rel (     0,   905)  ->  Abs (   159,   905)
	 11: Rel (  -159,     0)  ->  Abs (     0,   905)

	Glyph 156: off = 0x0000A866, len = 298
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-220
	  xMax:			560
	  yMax:			1863

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	165
	00000: NPUSHB      (20):    51     8    36    37     0    34    13    15     9    23 
	                            44    42    22    20     4    12    36    16    41     6 
	00022: PUSHW[3]            408    12   489 
	00029: PUSHB[3]             29    41    38 
	00033: PUSHW[1]            674 
	00036: NPUSHB      (32):    36    36    35    10    46    23    23    26     9   174 
	                            23    39    25    39    19   171    41    39     1    39 
	                             0   118    34    25    32    45    46   204    33   155 
	                           122    24 
	00070: CALL       
	00071: CALL       
	00072: MDAP[rd]   
	00073: FLIPOFF    
	00074: MIRP[srp0,nmd,rd,0] 
	00075: FLIPON     
	00076: MIRP[srp0,nmd,rd,0] 
	00077: MIRP[srp0,nmd,rd,0] 
	00078: MIRP[srp0,nmd,rd,0] 
	00079: MIRP[srp0,md,rd,1] 
	00080: MIRP[srp0,nmd,rd,0] 
	00081: MIRP[srp0,nmd,rd,0] 
	00082: MIRP[srp0,nmd,rd,0] 
	00083: FLIPOFF    
	00084: RCVT       
	00085: NEG        
	00086: WCVTP      
	00087: MIRP[nrp0,nmd,rd,2] 
	00088: SVTCA[y-axis] 
	00089: MIAP[rd+ci] 
	00090: ALIGNRP    
	00091: FLIPON     
	00092: SRP0       
	00093: MIRP[srp0,nmd,rd,0] 
	00094: MIRP[srp0,md,rd,1] 
	00095: MIRP[srp0,nmd,rd,0] 
	00096: MIRP[srp0,md,rd,1] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: SRP1       
	00099: SRP2       
	00100: SLOOP      
	00101: IP         
	00102: SVTCA[x-axis] 
	00103: SRP1       
	00104: SRP2       
	00105: IP         
	00106: IP         
	00107: SRP1       
	00108: SRP2       
	00109: IP         
	00110: IP         
	00111: IUP[y]     
	00112: IUP[x]     
	00113: RS         
	00114: JROF       
	00115: NPUSHB      (36):    39    40    26    28    17    18     2     5    27    38 
	                             3     2     4     2     2     6    39    28    41    50 
	                             1    17     5    19    50     0    40    26    38    50 
	                             0    18     2    16    50     1 
	00153: SVTCA[y-axis] 
	00154: CALL       
	00155: CALL       
	00156: SVTCA[x-axis] 
	00157: CALL       
	00158: CALL       
	00159: LOOPCALL   
	00160: CALL       
	00161: FLIPRGON   
	00162: FLIPRGON   
	00163: FLIPRGON   
	00164: FLIPRGON   

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                 X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual                 X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                              X-Short On
	 26:                              X-Short Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual               Y-Short X-Short On
	 44:                              X-Short Off

	Coordinates
	-----------
	  0: Rel (   201,   948)  ->  Abs (   201,   948)
	  1: Rel (    17,   531)  ->  Abs (   218,  1479)
	  2: Rel (     9,   153)  ->  Abs (   227,  1632)
	  3: Rel (    41,   101)  ->  Abs (   268,  1733)
	  4: Rel (    27,    65)  ->  Abs (   295,  1798)
	  5: Rel (    95,    65)  ->  Abs (   390,  1863)
	  6: Rel (    45,     0)  ->  Abs (   435,  1863)
	  7: Rel (    50,     0)  ->  Abs (   485,  1863)
	  8: Rel (    75,   -67)  ->  Abs (   560,  1796)
	  9: Rel (     0,   -40)  ->  Abs (   560,  1756)
	 10: Rel (     0,   -47)  ->  Abs (   560,  1709)
	 11: Rel (   -53,   -57)  ->  Abs (   507,  1652)
	 12: Rel (   -39,     0)  ->  Abs (   468,  1652)
	 13: Rel (   -35,     0)  ->  Abs (   433,  1652)
	 14: Rel (   -41,    36)  ->  Abs (   392,  1688)
	 15: Rel (   -23,    20)  ->  Abs (   369,  1708)
	 16: Rel (   -17,     0)  ->  Abs (   352,  1708)
	 17: Rel (   -17,     0)  ->  Abs (   335,  1708)
	 18: Rel (   -23,   -29)  ->  Abs (   312,  1679)
	 19: Rel (     0,   -35)  ->  Abs (   312,  1644)
	 20: Rel (     0,   -42)  ->  Abs (   312,  1602)
	 21: Rel (     9,  -103)  ->  Abs (   321,  1499)
	 22: Rel (    37,  -410)  ->  Abs (   358,  1089)
	 23: Rel (     0,  -255)  ->  Abs (   358,   834)
	 24: Rel (     0,   -67)  ->  Abs (   358,   767)
	 25: Rel (   -16,  -521)  ->  Abs (   342,   246)
	 26: Rel (    -8,  -295)  ->  Abs (   334,   -49)
	 27: Rel (   -82,  -104)  ->  Abs (   252,  -153)
	 28: Rel (   -54,   -67)  ->  Abs (   198,  -220)
	 29: Rel (   -80,     0)  ->  Abs (   118,  -220)
	 30: Rel (   -52,     0)  ->  Abs (    66,  -220)
	 31: Rel (   -66,    68)  ->  Abs (     0,  -152)
	 32: Rel (     0,    53)  ->  Abs (     0,   -99)
	 33: Rel (     0,    45)  ->  Abs (     0,   -54)
	 34: Rel (    51,    54)  ->  Abs (    51,     0)
	 35: Rel (    39,     0)  ->  Abs (    90,     0)
	 36: Rel (    40,     0)  ->  Abs (   130,     0)
	 37: Rel (    58,   -64)  ->  Abs (   188,   -64)
	 38: Rel (    20,     0)  ->  Abs (   208,   -64)
	 39: Rel (    17,     0)  ->  Abs (   225,   -64)
	 40: Rel (    22,    28)  ->  Abs (   247,   -36)
	 41: Rel (     0,    33)  ->  Abs (   247,    -3)
	 42: Rel (     0,    42)  ->  Abs (   247,    39)
	 43: Rel (    -9,    78)  ->  Abs (   238,   117)
	 44: Rel (   -37,   315)  ->  Abs (   201,   432)

	Glyph 157: off = 0x0000A990, len = 292
	  numberOfContours:	2
	  xMin:			47
	  yMin:			746
	  xMax:			718
	  yMax:			1491

	EndPoints
	---------
	  0:  35
	  1:  49

	  Length of Instructions:	139
	00000: NPUSHB      (14):     0    30    11    38    36    42    11    38    18    45 
	                            33    33     2    45 
	00016: PUSHW[3]            636     2   287 
	00023: PUSHB[7]             25    21    39    63    22     1    22 
	00031: PUSHW[3]            696    18   636 
	00038: NPUSHB      (53):    25     1    14   127    36    29    36   232    48   249 
	                            30    56    34   249    32    33     1    33   105   144 
	                            51     1   128    51   192    51     2    96    51   112 
	                            51     2    64    51    80    51     2    51    21   232 
	                            63    22     1    22    39    42    41     5   105    50 
	                           155   140    24 
	00093: CALL       
	00094: SRP0       
	00095: MIRP[srp0,nmd,rd,2] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: MIRP[srp0,nmd,rd,0] 
	00098: DELTAP1    
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP0       
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP1    
	00104: DELTAP1    
	00105: MIRP[srp0,nmd,rd,2] 
	00106: DELTAP1    
	00107: MIRP[nrp0,md,rd,1] 
	00108: MIRP[srp0,nmd,rd,0] 
	00109: MIRP[nrp0,md,rd,1] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: ALIGNRP    
	00112: SRP0       
	00113: MIRP[nrp0,nmd,rd,2] 
	00114: SVTCA[y-axis] 
	00115: MIAP[rd+ci] 
	00116: MIRP[srp0,md,rd,1] 
	00117: MIRP[srp0,nmd,rd,0] 
	00118: DELTAP1    
	00119: MIRP[nrp0,nmd,rd,0] 
	00120: SRP0       
	00121: MIRP[srp0,md,rd,1] 
	00122: MIRP[nrp0,md,rd,1] 
	00123: SRP0       
	00124: ALIGNRP    
	00125: ALIGNRP    
	00126: SRP1       
	00127: SRP2       
	00128: IP         
	00129: IP         
	00130: SVTCA[x-axis] 
	00131: SRP1       
	00132: SRP2       
	00133: IP         
	00134: IP         
	00135: SRP1       
	00136: IP         
	00137: IUP[y]     
	00138: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual       Rep-  2 Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:  YDual               Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         On
	 31:                      Y-Short X-Short On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short On
	 34:  YDual                       X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:                              X-Short On
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:                      Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:        XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   548,   853)  ->  Abs (   548,   853)
	  1: Rel (  -122,  -107)  ->  Abs (   426,   746)
	  2: Rel (  -134,     0)  ->  Abs (   292,   746)
	  3: Rel (  -113,     0)  ->  Abs (   179,   746)
	  4: Rel (  -132,   123)  ->  Abs (    47,   869)
	  5: Rel (     0,    96)  ->  Abs (    47,   965)
	  6: Rel (     0,    48)  ->  Abs (    47,  1013)
	  7: Rel (    32,    72)  ->  Abs (    79,  1085)
	  8: Rel (    63,    56)  ->  Abs (   142,  1141)
	  9: Rel (    50,    17)  ->  Abs (   192,  1158)
	 10: Rel (    35,    11)  ->  Abs (   227,  1169)
	 11: Rel (    64,    10)  ->  Abs (   291,  1179)
	 12: Rel (   147,    22)  ->  Abs (   438,  1201)
	 13: Rel (    72,    14)  ->  Abs (   510,  1215)
	 14: Rel (    24,     6)  ->  Abs (   534,  1221)
	 15: Rel (    -1,    70)  ->  Abs (   533,  1291)
	 16: Rel (   -26,    48)  ->  Abs (   507,  1339)
	 17: Rel (   -71,    35)  ->  Abs (   436,  1374)
	 18: Rel (   -59,     0)  ->  Abs (   377,  1374)
	 19: Rel (   -79,     0)  ->  Abs (   298,  1374)
	 20: Rel (   -78,   -65)  ->  Abs (   220,  1309)
	 21: Rel (    -9,   -60)  ->  Abs (   211,  1249)
	 22: Rel (  -137,    34)  ->  Abs (    74,  1283)
	 23: Rel (    12,    89)  ->  Abs (    86,  1372)
	 24: Rel (   152,   119)  ->  Abs (   238,  1491)
	 25: Rel (   141,     0)  ->  Abs (   379,  1491)
	 26: Rel (   164,     0)  ->  Abs (   543,  1491)
	 27: Rel (    68,   -61)  ->  Abs (   611,  1430)
	 28: Rel (    67,   -62)  ->  Abs (   678,  1368)
	 29: Rel (     0,  -119)  ->  Abs (   678,  1249)
	 30: Rel (     0,  -240)  ->  Abs (   678,  1009)
	 31: Rel (    -1,   -61)  ->  Abs (   677,   948)
	 32: Rel (     0,  -134)  ->  Abs (   677,   814)
	 33: Rel (    41,   -50)  ->  Abs (   718,   764)
	 34: Rel (  -148,     0)  ->  Abs (   570,   764)
	 35: Rel (   -20,    40)  ->  Abs (   550,   804)
	 36: Rel (   -17,   300)  ->  Abs (   533,  1104)
	 37: Rel (   -53,   -14)  ->  Abs (   480,  1090)
	 38: Rel (  -139,   -22)  ->  Abs (   341,  1068)
	 39: Rel (   -90,   -14)  ->  Abs (   251,  1054)
	 40: Rel (   -27,   -25)  ->  Abs (   224,  1029)
	 41: Rel (   -28,   -26)  ->  Abs (   196,  1003)
	 42: Rel (     0,   -38)  ->  Abs (   196,   965)
	 43: Rel (     0,   -41)  ->  Abs (   196,   924)
	 44: Rel (    68,   -58)  ->  Abs (   264,   866)
	 45: Rel (    62,     0)  ->  Abs (   326,   866)
	 46: Rel (    73,     0)  ->  Abs (   399,   866)
	 47: Rel (   108,    78)  ->  Abs (   507,   944)
	 48: Rel (    18,    57)  ->  Abs (   525,  1001)
	 49: Rel (     7,    20)  ->  Abs (   532,  1021)

	Glyph 158: off = 0x0000AAB4, len = 144
	  numberOfContours:	2
	  xMin:			45
	  yMin:			740
	  xMax:			701
	  yMax:			1491

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	67
	00000: PUSHB[4]             47    25     1    18 
	00005: PUSHW[6]            636     6     6   287    12   636 
	00018: NPUSHB      (26):     0     6    20     0     1    21    41     3   105   239 
	                            25     1   112    25   128    25     2    25    15    41 
	                             9   105    24   155   104    24 
	00046: CALL       
	00047: SRP0       
	00048: MIRP[srp0,nmd,rd,2] 
	00049: MIRP[nrp0,md,rd,1] 
	00050: SRP0       
	00051: DELTAP1    
	00052: DELTAP1    
	00053: MIRP[srp0,nmd,rd,2] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[y-axis] 
	00056: MIAP[rd+ci] 
	00057: MIAP[rd+ci] 
	00058: SRP0       
	00059: MIRP[nrp0,md,rd,1] 
	00060: MIRP[nrp0,md,rd,1] 
	00061: SRP0       
	00062: MIRP[nrp0,md,rd,1] 
	00063: IUP[y]     
	00064: IUP[x]     
	00065: SVTCA[x-axis] 
	00066: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   373,  1491)  ->  Abs (   373,  1491)
	  1: Rel (   145,     0)  ->  Abs (   518,  1491)
	  2: Rel (   183,  -200)  ->  Abs (   701,  1291)
	  3: Rel (     0,  -176)  ->  Abs (   701,  1115)
	  4: Rel (     0,  -175)  ->  Abs (   701,   940)
	  5: Rel (  -184,  -200)  ->  Abs (   517,   740)
	  6: Rel (  -143,     0)  ->  Abs (   374,   740)
	  7: Rel (  -145,     0)  ->  Abs (   229,   740)
	  8: Rel (  -184,   196)  ->  Abs (    45,   936)
	  9: Rel (     0,   175)  ->  Abs (    45,  1111)
	 10: Rel (     0,   180)  ->  Abs (    45,  1291)
	 11: Rel (   183,   200)  ->  Abs (   228,  1491)
	 12: Rel (   145,  -133)  ->  Abs (   373,  1358)
	 13: Rel (   -81,     0)  ->  Abs (   292,  1358)
	 14: Rel (   -99,  -114)  ->  Abs (   193,  1244)
	 15: Rel (     0,  -129)  ->  Abs (   193,  1115)
	 16: Rel (     0,  -126)  ->  Abs (   193,   989)
	 17: Rel (   101,  -117)  ->  Abs (   294,   872)
	 18: Rel (    79,     0)  ->  Abs (   373,   872)
	 19: Rel (    80,     0)  ->  Abs (   453,   872)
	 20: Rel (   100,   117)  ->  Abs (   553,   989)
	 21: Rel (     0,   131)  ->  Abs (   553,  1120)
	 22: Rel (     0,   122)  ->  Abs (   553,  1242)
	 23: Rel (  -101,   116)  ->  Abs (   452,  1358)

	Glyph 159: off = 0x0000AB44, len = 482
	  numberOfContours:	1
	  xMin:			127
	  yMin:			0
	  xMax:			1475
	  yMax:			1503

	EndPoints
	---------
	  0:  42

	  Length of Instructions:	345
	00000: NPUSHB      (37):    57    15    57    26    69     3    74    15    74    26 
	                            70    37    89     1    86    17   105     1   102    17 
	                           124     1   122    26   116    37   138    25   132    38 
	                            15    59     2     1    46     8    32 
	00039: PUSHW[1]            584 
	00042: NPUSHB      (41):     9     3    43    22    59    22     2   249    22     1 
	                            22    58    19    58    18    43    39    59    39     2 
	                           137    39   249    39     2    39    58    42    58     0 
	                             0    18    30    20    21    41    40    40    21     8 
	                            18 
	00085: PUSHW[1]            570 
	00088: PUSHB[3]             21    22     0 
	00092: PUSHW[4]            570    39    40   -10 
	00101: NPUSHB      (17):    11    11     2    85    40    22    10    11    11     2 
	                            85    47    22    79    22     2    22 
	00120: PUSHW[1]            632 
	00123: NPUSHB      (13):    19    28    38    13    74    20    19    40    15    15 
	                             2    85    19 
	00138: PUSHW[1]             -6 
	00141: PUSHB[5]             13    13     2    85    19 
	00147: PUSHW[1]            -16 
	00150: PUSHB[5]             12    12     2    85    19 
	00156: PUSHW[1]            -32 
	00159: NPUSHB      (16):    11    11     2    85    16    19     1    19   106    44 
	                            32    40    64    40     2    40 
	00177: PUSHW[1]            632 
	00180: PUSHB[6]             41    36    38     5    74    41 
	00187: PUSHW[1]            -32 
	00190: PUSHB[5]             16    16     2    85    41 
	00196: PUSHW[1]            -22 
	00199: PUSHB[5]             15    15     2    85    41 
	00205: PUSHW[1]            -18 
	00208: PUSHB[5]             13    13     2    85    41 
	00214: PUSHW[1]            -10 
	00217: NPUSHB      (18):    12    12     2    85    96    41     1     0    41    32 
	                            41     2    41   172    43   157   167    24 
	00237: CALL       
	00238: SRP0       
	00239: MIRP[srp0,nmd,rd,2] 
	00240: DELTAP1    
	00241: DELTAP2    
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: MIRP[srp0,nmd,rd,0] 
	00247: MIRP[nrp0,md,rd,1] 
	00248: SRP0       
	00249: MIRP[nrp0,md,rd,1] 
	00250: DELTAP1    
	00251: SRP0       
	00252: MIRP[srp0,nmd,rd,2] 
	00253: DELTAP1    
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: ALIGNRP    
	00259: MIRP[srp0,nmd,rd,2] 
	00260: MIRP[nrp0,md,rd,1] 
	00261: SRP0       
	00262: MIRP[nrp0,nmd,rd,0] 
	00263: DELTAP1    
	00264: CALL       
	00265: SRP0       
	00266: CALL       
	00267: ALIGNRP    
	00268: MIRP[nrp0,md,rd,1] 
	00269: SRP0       
	00270: ALIGNRP    
	00271: MIRP[nrp0,md,rd,1] 
	00272: SVTCA[y-axis] 
	00273: MIAP[rd+ci] 
	00274: ALIGNRP    
	00275: SRP0       
	00276: ALIGNRP    
	00277: SRP0       
	00278: ALIGNRP    
	00279: MIRP[srp0,md,rd,1] 
	00280: ALIGNRP    
	00281: SRP0       
	00282: MIRP[nrp0,nmd,rd,0] 
	00283: MIRP[nrp0,nmd,rd,1] 
	00284: DELTAP1    
	00285: DELTAP2    
	00286: SRP0       
	00287: MIRP[nrp0,nmd,rd,0] 
	00288: MIRP[nrp0,nmd,rd,1] 
	00289: DELTAP1    
	00290: DELTAP2    
	00291: MIAP[rd+ci] 
	00292: MIRP[nrp0,md,rd,1] 
	00293: IUP[y]     
	00294: IUP[x]     
	00295: RS         
	00296: JROF       
	00297: NPUSHB      (32):    29    35     6    12    34    37     7    38    11    37 
	                            30    38    33     8    36   150     0    31    10    28 
	                           150     1    35     6    32   150     1    29    12    32 
	                           150     1 
	00331: CALL       
	00332: CALL       
	00333: SVTCA[x-axis] 
	00334: CALL       
	00335: CALL       
	00336: CALL       
	00337: CALL       
	00338: CALL       
	00339: CALL       
	00340: FLIPRGON   
	00341: FLIPRGON   
	00342: SVTCA[x-axis] 
	00343: DELTAP2    
	00344: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:                              X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:        XDual                 X-Short Off
	  8:  YDual               Y-Short         Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual                               Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual                         On
	 14:        XDual         Y-Short         Off
	 15:                              X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:  YDual               Y-Short         On
	 20:        XDual         Y-Short         On
	 21:  YDual                               On
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual Rep-  2 Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:                              X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:        XDual                         On
	 37:        XDual         Y-Short         Off
	 38:        XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short         On
	 41:  YDual                               On
	 42:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   496,   160)  ->  Abs (   496,   160)
	  1: Rel (  -108,    67)  ->  Abs (   388,   227)
	  2: Rel (   -57,    63)  ->  Abs (   331,   290)
	  3: Rel (   -87,    96)  ->  Abs (   244,   386)
	  4: Rel (   -94,   259)  ->  Abs (   150,   645)
	  5: Rel (     0,   157)  ->  Abs (   150,   802)
	  6: Rel (     0,   196)  ->  Abs (   150,   998)
	  7: Rel (   159,   329)  ->  Abs (   309,  1327)
	  8: Rel (   303,   176)  ->  Abs (   612,  1503)
	  9: Rel (   196,     0)  ->  Abs (   808,  1503)
	 10: Rel (   336,     0)  ->  Abs (  1144,  1503)
	 11: Rel (   180,  -254)  ->  Abs (  1324,  1249)
	 12: Rel (   131,  -186)  ->  Abs (  1455,  1063)
	 13: Rel (     0,  -262)  ->  Abs (  1455,   801)
	 14: Rel (     0,  -168)  ->  Abs (  1455,   633)
	 15: Rel (  -108,  -259)  ->  Abs (  1347,   374)
	 16: Rel (   -87,   -93)  ->  Abs (  1260,   281)
	 17: Rel (   -53,   -58)  ->  Abs (  1207,   223)
	 18: Rel (   -96,   -63)  ->  Abs (  1111,   160)
	 19: Rel (   364,     6)  ->  Abs (  1475,   166)
	 20: Rel (     0,  -166)  ->  Abs (  1475,     0)
	 21: Rel (  -575,     0)  ->  Abs (   900,     0)
	 22: Rel (     0,   177)  ->  Abs (   900,   177)
	 23: Rel (    80,    40)  ->  Abs (   980,   217)
	 24: Rel (    44,    38)  ->  Abs (  1024,   255)
	 25: Rel (    72,    61)  ->  Abs (  1096,   316)
	 26: Rel (   100,   168)  ->  Abs (  1196,   484)
	 27: Rel (    51,   190)  ->  Abs (  1247,   674)
	 28: Rel (     0,   103)  ->  Abs (  1247,   777)
	 29: Rel (     0,   138)  ->  Abs (  1247,   915)
	 30: Rel (   -99,   279)  ->  Abs (  1148,  1194)
	 31: Rel (  -201,   146)  ->  Abs (   947,  1340)
	 32: Rel (  -143,     0)  ->  Abs (   804,  1340)
	 33: Rel (  -191,     0)  ->  Abs (   613,  1340)
	 34: Rel (  -105,  -120)  ->  Abs (   508,  1220)
	 35: Rel (  -146,  -169)  ->  Abs (   362,  1051)
	 36: Rel (     0,  -271)  ->  Abs (   362,   780)
	 37: Rel (     0,  -217)  ->  Abs (   362,   563)
	 38: Rel (   182,  -311)  ->  Abs (   544,   252)
	 39: Rel (   160,   -72)  ->  Abs (   704,   180)
	 40: Rel (     0,  -180)  ->  Abs (   704,     0)
	 41: Rel (  -577,     0)  ->  Abs (   127,     0)
	 42: Rel (     0,   168)  ->  Abs (   127,   168)

	Glyph 160: off = 0x0000AD26, len = 602
	  numberOfContours:	3
	  xMin:			68
	  yMin:			-24
	  xMax:			1738
	  yMax:			1086

	EndPoints
	---------
	  0:  53
	  1:  60
	  2:  74

	  Length of Instructions:	379
	00000: NPUSHB      (53):    61    57    61    72    76    41    79    57    90    41 
	                            94    57   122     5     7    40    64    48    34    52 
	                            37    76     5    67    14    66    37    68    72    91 
	                             4    86    14    86    15    83    37   105     7   103 
	                            14   101    15   100    35   119    16   116    38   135 
	                            16    18    36 
	00055: PUSHW[1]             -1 
	00058: PUSHB[7]             12    16     2    85    18    28    61 
	00066: PUSHW[1]            -26 
	00069: PUSHB[5]             16    16     2    85    61 
	00075: PUSHW[1]            -64 
	00078: NPUSHB      (46):    12    13     2    85     0    61    16    61     2    61 
	                            61    23    70    54    28   144    46   160    46     2 
	                            46    46    50    58    28   149    23    28    32    58 
	                            28    39    39    32     7    70    28     9    50    28 
	                             0     0    16     0     2     0 
	00126: PUSHW[1]            637 
	00129: NPUSHB      (20):     3     3     9    11    54    37    18    51    61    37 
	                            46    55    64    46    10    16    16     2    85    46 
	00151: PUSHW[1]            -10 
	00154: NPUSHB      (27):    13    13     2    85    46    21    12    12     6    85 
	                            46    16    11    11     6    85   223    46     1    31 
	                            46    63    46   143    46     3    46 
	00183: PUSHW[1]            452 
	00186: PUSHB[6]             43    53    36     0    51    43 
	00193: PUSHW[1]            -30 
	00196: PUSHB[5]             16    16     2    85    43 
	00202: PUSHW[1]            -12 
	00205: PUSHB[5]             13    13     6    85    43 
	00211: PUSHW[1]            -34 
	00214: PUSHB[5]             12    12     6    85    43 
	00220: PUSHW[1]             -8 
	00223: NPUSHB      (14):    11    11     6    85    16    43    48    43    64    43 
	                           128    43     4    43 
	00239: PUSHW[1]            484 
	00242: NPUSHB      (59):    12    27    37    28    34    67    36    12    24    13 
	                            13     2    85    12    34    12    12     2    85    12 
	                            20    11    11     2    85    12    20    13    13     6 
	                            85    12    28    12    12     6    85    12    16    11 
	                            11     6    85   223    12     1    31    12    63    12 
	                            79    12     3    12    25    75    52    55    24 
	00303: CALL       
	00304: FLIPOFF    
	00305: SRP0       
	00306: MIRP[srp0,nmd,rd,0] 
	00307: DELTAP1    
	00308: DELTAP2    
	00309: CALL       
	00310: CALL       
	00311: CALL       
	00312: CALL       
	00313: CALL       
	00314: CALL       
	00315: FLIPON     
	00316: MIRP[nrp0,md,rd,1] 
	00317: MIRP[srp0,nmd,rd,0] 
	00318: MIRP[nrp0,md,rd,1] 
	00319: SRP0       
	00320: MIRP[srp0,md,rd,1] 
	00321: DELTAP1    
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: FLIPON     
	00327: MIRP[srp0,nmd,rd,0] 
	00328: MIRP[nrp0,md,rd,1] 
	00329: SRP0       
	00330: MIRP[nrp0,nmd,rd,0] 
	00331: DELTAP1    
	00332: DELTAP2    
	00333: CALL       
	00334: CALL       
	00335: CALL       
	00336: CALL       
	00337: MIRP[nrp0,md,rd,1] 
	00338: SRP0       
	00339: MIRP[srp0,md,rd,1] 
	00340: MIRP[nrp0,nmd,rd,0] 
	00341: MIRP[nrp0,md,rd,1] 
	00342: SVTCA[y-axis] 
	00343: MIAP[rd+ci] 
	00344: ALIGNRP    
	00345: SRP0       
	00346: MIRP[nrp0,md,rd,1] 
	00347: DELTAP1    
	00348: MIRP[nrp0,md,rd,1] 
	00349: SRP0       
	00350: MIRP[nrp0,md,rd,1] 
	00351: MIAP[rd+ci] 
	00352: ALIGNRP    
	00353: SRP0       
	00354: MIRP[nrp0,md,rd,1] 
	00355: SRP0       
	00356: MIRP[nrp0,md,rd,1] 
	00357: MIRP[nrp0,md,rd,1] 
	00358: SRP1       
	00359: SRP2       
	00360: IP         
	00361: MDAP[rd]   
	00362: DELTAP1    
	00363: MIRP[nrp0,md,rd,1] 
	00364: SRP1       
	00365: SRP2       
	00366: IP         
	00367: MDAP[rd]   
	00368: DELTAP1    
	00369: CALL       
	00370: CALL       
	00371: MIRP[nrp0,md,rd,1] 
	00372: CALL       
	00373: IUP[y]     
	00374: IUP[x]     
	00375: SVTCA[y-axis] 
	00376: DELTAP1    
	00377: SVTCA[x-axis] 
	00378: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:  YDual               Y-Short X-Short On
	 29:  YDual XDual Rep-  2 Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short On
	 46:  YDual                               On
	 47:        XDual Rep-  2 Y-Short X-Short Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:                                      On
	 55:  YDual                               On
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual               Y-Short X-Short Off
	 58:  YDual                       X-Short On
	 59:  YDual                       X-Short Off
	 60:                      Y-Short X-Short Off
	 61:                      Y-Short X-Short On
	 62:                      Y-Short X-Short Off
	 63:                      Y-Short X-Short On
	 64:                      Y-Short X-Short Off
	 65:                      Y-Short X-Short On
	 66:                      Y-Short X-Short Off
	 67:        XDual         Y-Short         On
	 68:        XDual         Y-Short         Off
	 69:        XDual         Y-Short X-Short Off
	 70:  YDual XDual                 X-Short On
	 71:  YDual XDual                 X-Short Off
	 72:  YDual XDual         Y-Short X-Short Off
	 73:  YDual XDual         Y-Short X-Short On
	 74:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1734,   325)  ->  Abs (  1734,   325)
	  1: Rel (   -50,  -167)  ->  Abs (  1684,   158)
	  2: Rel (  -240,  -182)  ->  Abs (  1444,   -24)
	  3: Rel (  -178,     0)  ->  Abs (  1266,   -24)
	  4: Rel (  -127,     0)  ->  Abs (  1139,   -24)
	  5: Rel (  -191,    96)  ->  Abs (   948,    72)
	  6: Rel (   -77,   102)  ->  Abs (   871,   174)
	  7: Rel (  -104,  -102)  ->  Abs (   767,    72)
	  8: Rel (  -213,   -96)  ->  Abs (   554,   -24)
	  9: Rel (  -123,     0)  ->  Abs (   431,   -24)
	 10: Rel (  -172,     0)  ->  Abs (   259,   -24)
	 11: Rel (  -191,   177)  ->  Abs (    68,   153)
	 12: Rel (     0,   127)  ->  Abs (    68,   280)
	 13: Rel (     0,    86)  ->  Abs (    68,   366)
	 14: Rel (    99,   151)  ->  Abs (   167,   517)
	 15: Rel (   177,    78)  ->  Abs (   344,   595)
	 16: Rel (   194,    25)  ->  Abs (   538,   620)
	 17: Rel (   150,    20)  ->  Abs (   688,   640)
	 18: Rel (   102,    29)  ->  Abs (   790,   669)
	 19: Rel (     1,    25)  ->  Abs (   791,   694)
	 20: Rel (     0,    16)  ->  Abs (   791,   710)
	 21: Rel (     0,   126)  ->  Abs (   791,   836)
	 22: Rel (  -105,   101)  ->  Abs (   686,   937)
	 23: Rel (  -131,     0)  ->  Abs (   555,   937)
	 24: Rel (   -87,     0)  ->  Abs (   468,   937)
	 25: Rel (  -120,   -42)  ->  Abs (   348,   895)
	 26: Rel (   -57,   -77)  ->  Abs (   291,   818)
	 27: Rel (   -19,   -85)  ->  Abs (   272,   733)
	 28: Rel (  -175,    21)  ->  Abs (    97,   754)
	 29: Rel (    28,   117)  ->  Abs (   125,   871)
	 30: Rel (   105,   137)  ->  Abs (   230,  1008)
	 31: Rel (   196,    78)  ->  Abs (   426,  1086)
	 32: Rel (   131,     0)  ->  Abs (   557,  1086)
	 33: Rel (   167,     0)  ->  Abs (   724,  1086)
	 34: Rel (   102,   -50)  ->  Abs (   826,  1036)
	 35: Rel (    59,   -29)  ->  Abs (   885,  1007)
	 36: Rel (    40,   -64)  ->  Abs (   925,   943)
	 37: Rel (    64,    70)  ->  Abs (   989,  1013)
	 38: Rel (   162,    73)  ->  Abs (  1151,  1086)
	 39: Rel (   115,     0)  ->  Abs (  1266,  1086)
	 40: Rel (   162,     0)  ->  Abs (  1428,  1086)
	 41: Rel (   212,  -157)  ->  Abs (  1640,   929)
	 42: Rel (    98,  -258)  ->  Abs (  1738,   671)
	 43: Rel (     0,  -125)  ->  Abs (  1738,   546)
	 44: Rel (     0,   -19)  ->  Abs (  1738,   527)
	 45: Rel (    -2,   -42)  ->  Abs (  1736,   485)
	 46: Rel (  -767,     0)  ->  Abs (   969,   485)
	 47: Rel (     2,  -144)  ->  Abs (   971,   341)
	 48: Rel (    67,  -130)  ->  Abs (  1038,   211)
	 49: Rel (   147,   -87)  ->  Abs (  1185,   124)
	 50: Rel (    88,     0)  ->  Abs (  1273,   124)
	 51: Rel (   103,     0)  ->  Abs (  1376,   124)
	 52: Rel (   143,   118)  ->  Abs (  1519,   242)
	 53: Rel (    27,   107)  ->  Abs (  1546,   349)
	 54: Rel (  -577,   284)  ->  Abs (   969,   633)
	 55: Rel (   584,     0)  ->  Abs (  1553,   633)
	 56: Rel (   -14,   158)  ->  Abs (  1539,   791)
	 57: Rel (  -152,   146)  ->  Abs (  1387,   937)
	 58: Rel (  -122,     0)  ->  Abs (  1265,   937)
	 59: Rel (  -126,     0)  ->  Abs (  1139,   937)
	 60: Rel (  -161,  -160)  ->  Abs (   978,   777)
	 61: Rel (  -185,  -244)  ->  Abs (   793,   533)
	 62: Rel (   -79,   -34)  ->  Abs (   714,   499)
	 63: Rel (  -243,   -39)  ->  Abs (   471,   460)
	 64: Rel (  -109,   -17)  ->  Abs (   362,   443)
	 65: Rel (   -44,   -34)  ->  Abs (   318,   409)
	 66: Rel (   -59,   -47)  ->  Abs (   259,   362)
	 67: Rel (     0,   -76)  ->  Abs (   259,   286)
	 68: Rel (     0,   -71)  ->  Abs (   259,   215)
	 69: Rel (   106,   -97)  ->  Abs (   365,   118)
	 70: Rel (   101,     0)  ->  Abs (   466,   118)
	 71: Rel (   115,     0)  ->  Abs (   581,   118)
	 72: Rel (   171,   114)  ->  Abs (   752,   232)
	 73: Rel (    26,    85)  ->  Abs (   778,   317)
	 74: Rel (    15,    52)  ->  Abs (   793,   369)

	Glyph 161: off = 0x0000AF80, len = 850
	  numberOfContours:	3
	  xMin:			129
	  yMin:			-79
	  xMax:			1124
	  yMax:			1127

	EndPoints
	---------
	  0:  25
	  1:  33
	  2:  43

	  Length of Instructions:	706
	00000: NPUSHB     (255):    24     3    21     5    34     0    44    13    37    25 
	                            70     0    84    25   100    25     8    21    25     1 
	                            27    16    16    16     2    85    40    33     1    16 
	                             4    20     5    28    16    28    17    28    18    21 
	                            34    70     3    73    13    76    16    76    17    69 
	                            29    75    38    90    26   102    21   100    30   102 
	                            34   138    26   128    34   207    26    19    18    26 
	                            43    44     3    43    26    47    34    59     0     5 
	                            12     0    11     2     4    15    26     2     4   186 
	                            17   236     4   251     1   246    15     4    61    17 
	                            56    38    84    29   186     2     4   223    45   233 
	                             0   234     2   235     3     4    88     9    92    17 
	                            94    38   138    34     4   133     0   138    13   138 
	                            16   138    27     4   233     1   234    26   250     0 
	                           250     2     4   202    33   218     0   218     3   235 
	                            34     4   202     0   202     2   249     4     3   159 
	                            17   154    33   170     3   171    33     4   124    27 
	                           121    33   121    34   171    35     4   106    33   105 
	                            35   122    13   122    16     4   108    17   102    26 
	                           109    38   117     0     4    23     0    59    34    69 
	                             2    74    15     4    38    25    45    26    44    34 
	                            57    26     4   165     0   196    26   217     2   230 
	                            15     4    77    12    67    25    73    30    70    39 
	                             4   122    34   118    35   148    16   149    34     4 
	                           100     9   109    21   109    30   104    34   139    34 
	                             5    18     3    34    35 
	00257: NPUSHB      (55):    13    14    14     2     0    26    33    16    15     1 
	                             1    15    15   125    14     2    20    14    14     2 
	                            33    35    26    34     4    40    31     2    45     3 
	                             1     0     3    40     7    15    44    16    13    14 
	                             3    31    20     0    28    23    13    37    11    15 
	                            14    20     2     7     1 
	00314: PUSHW[1]            603 
	00317: PUSHB[5]             28    28    23     7    14 
	00323: PUSHW[1]            603 
	00326: PUSHB[7]             37    28    11    11    40    36     7 
	00334: PUSHW[1]            -16 
	00337: PUSHB[5]             16    16     2    85     7 
	00343: PUSHW[1]            -20 
	00346: PUSHB[5]             12    12     2    85     7 
	00352: PUSHW[1]             -8 
	00355: PUSHB[5]             11    11     6    85     7 
	00361: PUSHW[1]             -6 
	00364: PUSHB[5]             12    12     6    85     7 
	00370: PUSHW[1]             -3 
	00373: PUSHB[5]             13    13     6    85     7 
	00379: PUSHW[1]             -4 
	00382: NPUSHB      (22):    15    15     6    85     7    16    16    16     6    85 
	                           207     7   223     7   239     7   240     7     4     7 
	                            26    45 
	00406: PUSHW[1]            -64 
	00409: PUSHB[4]             18    21    52    45 
	00414: PUSHW[1]            -64 
	00417: NPUSHB      (53):    13    16    52   144    45   160    45   240    45     3 
	                             0    45    32    45   128    45   224    45     4    45 
	                            31    36    20     0    16    16     2    85    20    10 
	                            11    11     2    85    20     5    11    11     6    85 
	                            20    14    12    12     6    85    20     4    13    13 
	                             6    85    20 
	00472: PUSHW[1]            -12 
	00475: NPUSHB      (17):    15    15     6    85    31    20   223    20   239    20 
	                             3    31    20     1    20    25    44 
	00494: PUSHW[3]            307   657    24 
	00501: CALL       
	00502: FLIPOFF    
	00503: SRP0       
	00504: MIRP[srp0,nmd,rd,0] 
	00505: DELTAP1    
	00506: DELTAP2    
	00507: CALL       
	00508: CALL       
	00509: CALL       
	00510: CALL       
	00511: CALL       
	00512: CALL       
	00513: FLIPON     
	00514: MIRP[nrp0,md,rd,1] 
	00515: FLIPOFF    
	00516: SRP0       
	00517: DELTAP1    
	00518: DELTAP2    
	00519: CALL       
	00520: CALL       
	00521: MIRP[srp0,nmd,rd,2] 
	00522: DELTAP1    
	00523: CALL       
	00524: CALL       
	00525: CALL       
	00526: CALL       
	00527: CALL       
	00528: CALL       
	00529: CALL       
	00530: FLIPON     
	00531: MIRP[nrp0,md,rd,1] 
	00532: SVTCA[y-axis] 
	00533: MIAP[rd+ci] 
	00534: MIRP[nrp0,md,rd,1] 
	00535: MIRP[nrp0,nmd,rd,0] 
	00536: MIAP[rd+ci] 
	00537: MIRP[nrp0,md,rd,1] 
	00538: MIRP[nrp0,nmd,rd,0] 
	00539: SRP1       
	00540: IP         
	00541: SRP1       
	00542: SRP2       
	00543: IP         
	00544: SRP1       
	00545: SRP2       
	00546: IP         
	00547: SRP1       
	00548: SRP2       
	00549: IP         
	00550: SVTCA[x-axis] 
	00551: SRP1       
	00552: SRP2       
	00553: SLOOP      
	00554: IP         
	00555: SRP2       
	00556: IP         
	00557: SRP1       
	00558: SRP2       
	00559: SLOOP      
	00560: IP         
	00561: SRP2       
	00562: IP         
	00563: SRP1       
	00564: SRP2       
	00565: SLOOP      
	00566: IP         
	00567: SDPVTL[1]  
	00568: SFVTPV     
	00569: MDAP[nrd]  
	00570: CALL       
	00571: RDTG       
	00572: SRP0       
	00573: MDRP[nrp0,nmd,rd,0] 
	00574: SPVTL[p1,p2] 
	00575: SFVTPV     
	00576: ALIGNRP    
	00577: ALIGNRP    
	00578: ALIGNRP    
	00579: ALIGNRP    
	00580: SPVTL[p1,p2] 
	00581: SRP0       
	00582: SFVTPV     
	00583: ALIGNRP    
	00584: ALIGNRP    
	00585: ALIGNRP    
	00586: ALIGNRP    
	00587: IUP[y]     
	00588: IUP[x]     
	00589: SVTCA[x-axis] 
	00590: RS         
	00591: NOT        
	00592: IF         
	00593: PUSHW[2]              0   -34 
	00598: PUSHB[3]             12    57    33 
	00602: PUSHW[1]            -34 
	00605: PUSHB[7]             28    57    34    34    18    57    35 
	00613: PUSHW[1]            -34 
	00616: NPUSHB      (10):    25    57    26    34    37    57    26    64    30    57 
	00628: CALL       
	00629: CALL       
	00630: CALL       
	00631: SVTCA[y-axis] 
	00632: CALL       
	00633: CALL       
	00634: CALL       
	00635: EIF        
	00636: DELTAP1    
	00637: DELTAP1    
	00638: DELTAP1    
	00639: DELTAP1    
	00640: DELTAP2    
	00641: DELTAP2    
	00642: SVTCA[x-axis] 
	00643: DELTAP1    
	00644: DELTAP1    
	00645: DELTAP1    
	00646: DELTAP1    
	00647: DELTAP1    
	00648: DELTAP1    
	00649: DELTAP1    
	00650: DELTAP1    
	00651: DELTAP1    
	00652: DELTAP1    
	00653: DELTAP1    
	00654: DELTAP1    
	00655: DELTAP2    
	00656: DELTAP2    
	00657: RS         
	00658: NOT        
	00659: IF         
	00660: NPUSHB      (30):    41    25    34    26    35    34     3   233    15     1 
	                            35     3    36    26    32    34     3   230     0   229 
	                             2   228     3   227     4   228    34   239    45     6 
	00692: SVTCA[x-axis] 
	00693: DELTAP1    
	00694: DELTAP2    
	00695: SVTCA[y-axis] 
	00696: DELTAP1    
	00697: DELTAP2    
	00698: EIF        
	00699: SVTCA[x-axis] 
	00700: DELTAP1    
	00701: DELTAP2    
	00702: CALL       
	00703: SVTCA[y-axis] 
	00704: DELTAP2    
	00705: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short On
	  3:                      Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual                         Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:                      Y-Short X-Short On
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:        XDual                         Off
	 22:                                      Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                      Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short On
	 34:                                      On
	 35:                                      On
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   919,   999)  ->  Abs (   919,   999)
	  1: Rel (    99,   128)  ->  Abs (  1018,  1127)
	  2: Rel (    96,   -70)  ->  Abs (  1114,  1057)
	  3: Rel (  -107,  -138)  ->  Abs (  1007,   919)
	  4: Rel (    63,   -86)  ->  Abs (  1070,   833)
	  5: Rel (    23,   -70)  ->  Abs (  1093,   763)
	  6: Rel (    31,  -100)  ->  Abs (  1124,   663)
	  7: Rel (     0,  -133)  ->  Abs (  1124,   530)
	  8: Rel (     0,  -300)  ->  Abs (  1124,   230)
	  9: Rel (  -169,  -141)  ->  Abs (   955,    89)
	 10: Rel (  -137,  -113)  ->  Abs (   818,   -24)
	 11: Rel (  -193,     0)  ->  Abs (   625,   -24)
	 12: Rel (  -159,     0)  ->  Abs (   466,   -24)
	 13: Rel (  -122,    80)  ->  Abs (   344,    56)
	 14: Rel (  -105,  -135)  ->  Abs (   239,   -79)
	 15: Rel (   -94,    71)  ->  Abs (   145,    -8)
	 16: Rel (   108,   141)  ->  Abs (   253,   133)
	 17: Rel (   -59,    68)  ->  Abs (   194,   201)
	 18: Rel (   -25,    68)  ->  Abs (   169,   269)
	 19: Rel (   -40,   109)  ->  Abs (   129,   378)
	 20: Rel (     0,   138)  ->  Abs (   129,   516)
	 21: Rel (     0,   301)  ->  Abs (   129,   817)
	 22: Rel (   294,   269)  ->  Abs (   423,  1086)
	 23: Rel (   198,     0)  ->  Abs (   621,  1086)
	 24: Rel (    82,     0)  ->  Abs (   703,  1086)
	 25: Rel (   138,   -42)  ->  Abs (   841,  1044)
	 26: Rel (   -23,  -177)  ->  Abs (   818,   867)
	 27: Rel (   -91,    70)  ->  Abs (   727,   937)
	 28: Rel (  -100,     0)  ->  Abs (   627,   937)
	 29: Rel (  -133,     0)  ->  Abs (   494,   937)
	 30: Rel (  -180,  -204)  ->  Abs (   314,   733)
	 31: Rel (     0,  -202)  ->  Abs (   314,   531)
	 32: Rel (     0,  -150)  ->  Abs (   314,   381)
	 33: Rel (    52,  -101)  ->  Abs (   366,   280)
	 34: Rel (   527,   490)  ->  Abs (   893,   770)
	 35: Rel (  -449,  -583)  ->  Abs (   444,   187)
	 36: Rel (    78,   -63)  ->  Abs (   522,   124)
	 37: Rel (    98,     0)  ->  Abs (   620,   124)
	 38: Rel (   139,     0)  ->  Abs (   759,   124)
	 39: Rel (   181,   204)  ->  Abs (   940,   328)
	 40: Rel (     0,   204)  ->  Abs (   940,   532)
	 41: Rel (     0,    76)  ->  Abs (   940,   608)
	 42: Rel (   -12,    57)  ->  Abs (   928,   665)
	 43: Rel (    -8,    42)  ->  Abs (   920,   707)

	Glyph 162: off = 0x0000B2D2, len = 246
	  numberOfContours:	2
	  xMin:			158
	  yMin:			-429
	  xMax:			1103
	  yMax:			1062

	EndPoints
	---------
	  0:  3
	  1:  34

	  Length of Instructions:	136
	00000: NPUSHB      (55):   140    31     1   124    31   140    30     2   107    31 
	                           124    30     2    96    16   107    30     2    93    30 
	                            93    31     2    75    30    82    16     2    76    18 
	                            75    29     2    58    18    68    16     2    31    29 
	                            11    12     4     4    20    39    21    21     4    17 
	                            41    24    15    34     4 
	00057: PUSHW[1]            687 
	00060: NPUSHB      (33):     2     2     1    60     3     6    20    94    21   108 
	                            32    36     1    36     0    60     2    34     4    94 
	                            34   136    14    94    32    27     1    27   118    35 
	                           158   152    24 
	00095: CALL       
	00096: SRP0       
	00097: MIRP[srp0,nmd,rd,0] 
	00098: DELTAP1    
	00099: MIRP[nrp0,md,rd,1] 
	00100: MIRP[srp0,nmd,rd,0] 
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP0       
	00103: ALIGNRP    
	00104: MIRP[nrp0,md,rd,1] 
	00105: SRP0       
	00106: DELTAP1    
	00107: MIRP[srp0,nmd,rd,2] 
	00108: MIRP[nrp0,md,rd,1] 
	00109: SVTCA[y-axis] 
	00110: MIAP[rd+ci] 
	00111: MIRP[srp0,md,rd,1] 
	00112: ALIGNRP    
	00113: SRP0       
	00114: MIRP[srp0,nmd,rd,2] 
	00115: ALIGNRP    
	00116: MIAP[rd+ci] 
	00117: MIRP[nrp0,md,rd,1] 
	00118: SRP2       
	00119: IP         
	00120: MDAP[rd]   
	00121: MIRP[nrp0,nmd,rd,0] 
	00122: SRP1       
	00123: SLOOP      
	00124: IP         
	00125: IUP[y]     
	00126: IUP[x]     
	00127: SVTCA[x-axis] 
	00128: DELTAP1    
	00129: DELTAP1    
	00130: DELTAP1    
	00131: DELTAP1    
	00132: DELTAP1    
	00133: DELTAP1    
	00134: DELTAP1    
	00135: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:        XDual                 X-Short On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:              Rep-  2 Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual Rep-  2 Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   733,  1062)  ->  Abs (   733,  1062)
	  1: Rel (     0,  -205)  ->  Abs (   733,   857)
	  2: Rel (  -205,     0)  ->  Abs (   528,   857)
	  3: Rel (     0,   205)  ->  Abs (   528,  1062)
	  4: Rel (   193,  -361)  ->  Abs (   721,   701)
	  5: Rel (     1,   -34)  ->  Abs (   722,   667)
	  6: Rel (     0,   -17)  ->  Abs (   722,   650)
	  7: Rel (     0,  -110)  ->  Abs (   722,   540)
	  8: Rel (   -30,   -77)  ->  Abs (   692,   463)
	  9: Rel (   -22,   -58)  ->  Abs (   670,   405)
	 10: Rel (   -49,   -59)  ->  Abs (   621,   346)
	 11: Rel (   -36,   -43)  ->  Abs (   585,   303)
	 12: Rel (  -187,  -164)  ->  Abs (   398,   139)
	 13: Rel (   -55,   -98)  ->  Abs (   343,    41)
	 14: Rel (     0,   -58)  ->  Abs (   343,   -17)
	 15: Rel (     0,  -106)  ->  Abs (   343,  -123)
	 16: Rel (   164,  -158)  ->  Abs (   507,  -281)
	 17: Rel (   119,     0)  ->  Abs (   626,  -281)
	 18: Rel (   114,     0)  ->  Abs (   740,  -281)
	 19: Rel (   155,   144)  ->  Abs (   895,  -137)
	 20: Rel (    24,   152)  ->  Abs (   919,    15)
	 21: Rel (   184,   -21)  ->  Abs (  1103,    -6)
	 22: Rel (   -25,  -203)  ->  Abs (  1078,  -209)
	 23: Rel (  -247,  -220)  ->  Abs (   831,  -429)
	 24: Rel (  -202,     0)  ->  Abs (   629,  -429)
	 25: Rel (  -216,     0)  ->  Abs (   413,  -429)
	 26: Rel (  -255,   234)  ->  Abs (   158,  -195)
	 27: Rel (     0,   166)  ->  Abs (   158,   -29)
	 28: Rel (     0,    97)  ->  Abs (   158,    68)
	 29: Rel (    89,   160)  ->  Abs (   247,   228)
	 30: Rel (   131,   116)  ->  Abs (   378,   344)
	 31: Rel (    89,    79)  ->  Abs (   467,   423)
	 32: Rel (    54,    74)  ->  Abs (   521,   497)
	 33: Rel (    25,    96)  ->  Abs (   546,   593)
	 34: Rel (     2,   108)  ->  Abs (   548,   701)

	Glyph 163: off = 0x0000B3C8, len = 166
	  numberOfContours:	2
	  xMin:			232
	  yMin:			-404
	  xMax:			455
	  yMax:			1062

	EndPoints
	---------
	  0:  3
	  1:  9

	  Length of Instructions:	118
	00000: PUSHB[2]              6     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: PUSHB[2]              7     4 
	00009: PUSHW[1]            687 
	00012: NPUSHB      (11):     1    60     3     6     0    58     6    60     3    58 
	                             7 
	00025: SVTCA[x-axis] 
	00026: MDAP[rd]   
	00027: MIRP[nrp0,nmd,rd,0] 
	00028: MIRP[srp0,md,rd,1] 
	00029: MIRP[nrp0,nmd,rd,0] 
	00030: SVTCA[y-axis] 
	00031: MIAP[rd+ci] 
	00032: MIRP[srp0,md,rd,1] 
	00033: MIRP[nrp0,nmd,rd,2] 
	00034: MDAP[rd]   
	00035: IUP[y]     
	00036: IUP[x]     
	00037: ELSE       
	00038: PUSHB[2]             28     4 
	00041: PUSHW[1]            687 
	00044: NPUSHB      (35):     1    60     3     7     3     6    11   203     0    58 
	                             4    56     5     9    56     3    58     8    60     5 
	                             5     6    60    32     7     1     7   203    10    11 
	                           129    33   217   245    24 
	00081: CALL       
	00082: CALL       
	00083: MIRP[srp0,nmd,rd,2] 
	00084: DELTAP1    
	00085: MIRP[srp0,md,rd,1] 
	00086: ALIGNRP    
	00087: SRP0       
	00088: MIRP[srp0,md,rd,1] 
	00089: MIRP[nrp0,nmd,rd,0] 
	00090: MIRP[nrp0,nmd,rd,0] 
	00091: SRP0       
	00092: MIRP[nrp0,nmd,rd,0] 
	00093: MIRP[nrp0,nmd,rd,0] 
	00094: MIRP[nrp0,nmd,rd,2] 
	00095: SVTCA[y-axis] 
	00096: MIAP[rd+ci] 
	00097: MDAP[rd]   
	00098: SRP0       
	00099: MIRP[srp0,md,rd,1] 
	00100: MIRP[nrp0,nmd,rd,2] 
	00101: IUP[y]     
	00102: IUP[x]     
	00103: MPPEM      
	00104: GTEQ       
	00105: IF         
	00106: PUSHB[4]              4     5     9     8 
	00111: SVTCA[x-axis] 
	00112: SRP0       
	00113: ALIGNRP    
	00114: SRP0       
	00115: ALIGNRP    
	00116: EIF        
	00117: EIF        

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:        XDual                 X-Short On
	  5:        XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   447,  1062)  ->  Abs (   447,  1062)
	  1: Rel (     0,  -205)  ->  Abs (   447,   857)
	  2: Rel (  -207,     0)  ->  Abs (   240,   857)
	  3: Rel (     0,   205)  ->  Abs (   240,  1062)
	  4: Rel (   160,  -365)  ->  Abs (   400,   697)
	  5: Rel (    55,  -776)  ->  Abs (   455,   -79)
	  6: Rel (     0,  -325)  ->  Abs (   455,  -404)
	  7: Rel (  -223,     0)  ->  Abs (   232,  -404)
	  8: Rel (     0,   325)  ->  Abs (   232,   -79)
	  9: Rel (    52,   776)  ->  Abs (   284,   697)

	Glyph 164: off = 0x0000B46E, len = 80
	  numberOfContours:	1
	  xMin:			114
	  yMin:			424
	  xMax:			1082
	  yMax:			1030

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	47
	00000: PUSHB[7]              2     3     1     0     3    37     4 
	00008: PUSHW[1]            285 
	00011: NPUSHB      (14):     0     2     1    37     5     0    26     7     3    25 
	                             6    87    90    24 
	00027: CALL       
	00028: FLIPOFF    
	00029: SRP0       
	00030: MIRP[nrp0,nmd,rd,0] 
	00031: SRP0       
	00032: MIRP[srp0,nmd,rd,2] 
	00033: ALIGNRP    
	00034: FLIPON     
	00035: MIRP[srp0,md,rd,1] 
	00036: ALIGNRP    
	00037: SVTCA[y-axis] 
	00038: MDAP[rd]   
	00039: MIRP[srp0,md,rd,1] 
	00040: MIRP[nrp0,md,rd,1] 
	00041: SRP0       
	00042: ALIGNRP    
	00043: SRP0       
	00044: ALIGNRP    
	00045: IUP[y]     
	00046: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1082,   424)  ->  Abs (  1082,   424)
	  1: Rel (  -170,     0)  ->  Abs (   912,   424)
	  2: Rel (     0,   438)  ->  Abs (   912,   862)
	  3: Rel (  -798,     0)  ->  Abs (   114,   862)
	  4: Rel (     0,   168)  ->  Abs (   114,  1030)
	  5: Rel (   968,     0)  ->  Abs (  1082,  1030)

	Glyph 165: off = 0x0000B4BE, len = 182
	  numberOfContours:	1
	  xMin:			84
	  yMin:			-78
	  xMax:			1124
	  yMax:			1869

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	135
	00000: NPUSHB      (59):     4     6    20     6     2     0     7    16     7     2 
	                             3     6     7     3     4     7    63     2     3    20 
	                             2     2     3     7     0     3     4     3     2     4 
	                            76     5     6    20     5     5     6     4     5     0 
	                             7     7    76     2     1    20     2     2     1     7 
	                             6     3     4     5     7     2     0     3     1 
	00061: PUSHW[1]            358 
	00064: NPUSHB      (17):     6     6     6     6     8     1    26     9     5    25 
	                             8     9   120    33   113   122    24 
	00083: CALL       
	00084: CALL       
	00085: FLIPOFF    
	00086: MIRP[nrp0,nmd,rd,0] 
	00087: SRP0       
	00088: MIRP[nrp0,nmd,rd,2] 
	00089: SRP2       
	00090: IP         
	00091: MDAP[rd]   
	00092: RTG        
	00093: SVTCA[y-axis] 
	00094: MIAP[rd+ci] 
	00095: FLIPON     
	00096: MIRP[nrp0,nmd,rd,0] 
	00097: SVTCA[x-axis] 
	00098: SLOOP      
	00099: IP         
	00100: SRP2       
	00101: IP         
	00102: IP         
	00103: SFVTL[=p1,p2] 
	00104: SDPVTL[1]  
	00105: MDAP[nrd]  
	00106: CALL       
	00107: SFVTCA[x-axis] 
	00108: RDTG       
	00109: SRP0       
	00110: MDRP[nrp0,nmd,rd,0] 
	00111: SFVTL[=p1,p2] 
	00112: SDPVTL[1]  
	00113: MDAP[nrd]  
	00114: RTG        
	00115: CALL       
	00116: SFVTL[=p1,p2] 
	00117: RDTG       
	00118: SRP0       
	00119: MDRP[nrp0,nmd,rd,0] 
	00120: SFVTL[=p1,p2] 
	00121: SDPVTL[1]  
	00122: MDAP[nrd]  
	00123: RTG        
	00124: CALL       
	00125: SFVTL[=p1,p2] 
	00126: SDPVTL[1]  
	00127: RDTG       
	00128: MDRP[nrp0,nmd,rd,0] 
	00129: IUP[y]     
	00130: IUP[x]     
	00131: SVTCA[y-axis] 
	00132: DELTAP1    
	00133: SVTCA[x-axis] 
	00134: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                                      On
	  3:                                      On
	  4:                      Y-Short X-Short On
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short         On
	  7:                                      On

	Coordinates
	-----------
	  0: Rel (  1050,  1869)  ->  Abs (  1050,  1869)
	  1: Rel (    74,     0)  ->  Abs (  1124,  1869)
	  2: Rel (  -312, -1947)  ->  Abs (   812,   -78)
	  3: Rel (  -496,  1021)  ->  Abs (   316,   943)
	  4: Rel (  -198,   -91)  ->  Abs (   118,   852)
	  5: Rel (   -34,    64)  ->  Abs (    84,   916)
	  6: Rel (   301,   151)  ->  Abs (   385,  1067)
	  7: Rel (   405,  -823)  ->  Abs (   790,   244)

	Glyph 166: off = 0x0000B574, len = 288
	  numberOfContours:	1
	  xMin:			46
	  yMin:			-431
	  xMax:			1085
	  yMax:			1492

	EndPoints
	---------
	  0:  33

	  Length of Instructions:	180
	00000: NPUSHB      (94):   103     6     1     1     9     9     0     7    10    11 
	                            11     6    25    28    29    24     0     1    34    28 
	                            27    25    10     9     7     6     8    18    19    35 
	                            26     0    32     1     8     3    19     9    18    16 
	                            21    24    29    29    37     6    11    20     6     6 
	                            11    29    24    11     6     4    26     6    29     8 
	                             3    11    24     9    21    28    16     1    27    28 
	                             7     8    43    26    25    10     9     6     3    28 
	                            32    15    32    26     1    26    26    35    32     8 
	                             1     8    25    34 
	00096: PUSHW[1]            415 
	00099: PUSHB[2]            210    24 
	00102: CALL       
	00103: FLIPOFF    
	00104: SRP0       
	00105: MIRP[nrp0,nmd,rd,0] 
	00106: DELTAP1    
	00107: SRP0       
	00108: MIRP[nrp0,nmd,rd,2] 
	00109: DELTAP1    
	00110: SVTCA[y-axis] 
	00111: MIAP[rd+ci] 
	00112: FLIPON     
	00113: MIRP[nrp0,md,rd,1] 
	00114: MIAP[rd+ci] 
	00115: ALIGNRP    
	00116: ALIGNRP    
	00117: ALIGNRP    
	00118: MIRP[srp0,md,rd,1] 
	00119: ALIGNRP    
	00120: ALIGNRP    
	00121: ALIGNRP    
	00122: MIAP[rd+ci] 
	00123: MIRP[nrp0,md,rd,1] 
	00124: SRP1       
	00125: IP         
	00126: IP         
	00127: SRP1       
	00128: SRP2       
	00129: IP         
	00130: IP         
	00131: SVTCA[x-axis] 
	00132: SRP1       
	00133: SLOOP      
	00134: IP         
	00135: SDPVTL[1]  
	00136: SFVTPV     
	00137: MDAP[nrd]  
	00138: CALL       
	00139: RDTG       
	00140: SRP0       
	00141: MDRP[nrp0,nmd,rd,0] 
	00142: SVTCA[y-axis] 
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: SRP2       
	00147: IP         
	00148: SRP1       
	00149: SRP2       
	00150: IP         
	00151: SRP2       
	00152: IP         
	00153: SVTCA[x-axis] 
	00154: SRP1       
	00155: SRP2       
	00156: IP         
	00157: IP         
	00158: SRP2       
	00159: SLOOP      
	00160: IP         
	00161: SRP1       
	00162: IP         
	00163: IP         
	00164: SPVTL[p1,p2] 
	00165: ALIGNRP    
	00166: ALIGNRP    
	00167: SPVTL[p1,p2] 
	00168: SRP0       
	00169: SFVTPV     
	00170: ALIGNRP    
	00171: ALIGNRP    
	00172: SPVTL[p1,p2] 
	00173: SRP0       
	00174: SFVTPV     
	00175: ALIGNRP    
	00176: IUP[y]     
	00177: IUP[x]     
	00178: SVTCA[x-axis] 
	00179: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:        XDual                 X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:                      Y-Short X-Short On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short On
	 26:  YDual XDual                 X-Short On
	 27:                      Y-Short X-Short On
	 28:  YDual                       X-Short On
	 29:                              X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (    46,  -405)  ->  Abs (    46,  -405)
	  1: Rel (    35,   155)  ->  Abs (    81,  -250)
	  2: Rel (   101,   -22)  ->  Abs (   182,  -272)
	  3: Rel (    51,     0)  ->  Abs (   233,  -272)
	  4: Rel (    54,     0)  ->  Abs (   287,  -272)
	  5: Rel (    58,    56)  ->  Abs (   345,  -216)
	  6: Rel (    16,    96)  ->  Abs (   361,  -120)
	  7: Rel (   177,  1042)  ->  Abs (   538,   922)
	  8: Rel (  -201,     0)  ->  Abs (   337,   922)
	  9: Rel (    24,   140)  ->  Abs (   361,  1062)
	 10: Rel (   201,     0)  ->  Abs (   562,  1062)
	 11: Rel (    24,   133)  ->  Abs (   586,  1195)
	 12: Rel (    22,   120)  ->  Abs (   608,  1315)
	 13: Rel (    23,    45)  ->  Abs (   631,  1360)
	 14: Rel (    31,    62)  ->  Abs (   662,  1422)
	 15: Rel (   115,    70)  ->  Abs (   777,  1492)
	 16: Rel (    93,     0)  ->  Abs (   870,  1492)
	 17: Rel (    80,     0)  ->  Abs (   950,  1492)
	 18: Rel (   135,   -38)  ->  Abs (  1085,  1454)
	 19: Rel (   -35,  -153)  ->  Abs (  1050,  1301)
	 20: Rel (  -103,    24)  ->  Abs (   947,  1325)
	 21: Rel (   -51,     0)  ->  Abs (   896,  1325)
	 22: Rel (   -56,     0)  ->  Abs (   840,  1325)
	 23: Rel (   -56,   -55)  ->  Abs (   784,  1270)
	 24: Rel (   -19,  -105)  ->  Abs (   765,  1165)
	 25: Rel (   -19,  -103)  ->  Abs (   746,  1062)
	 26: Rel (   204,     0)  ->  Abs (   950,  1062)
	 27: Rel (   -25,  -140)  ->  Abs (   925,   922)
	 28: Rel (  -204,     0)  ->  Abs (   721,   922)
	 29: Rel (  -191, -1092)  ->  Abs (   530,  -170)
	 30: Rel (   -26,  -148)  ->  Abs (   504,  -318)
	 31: Rel (  -122,  -113)  ->  Abs (   382,  -431)
	 32: Rel (  -112,     0)  ->  Abs (   270,  -431)
	 33: Rel (   -94,     0)  ->  Abs (   176,  -431)

	Glyph 167: off = 0x0000B694, len = 414
	  numberOfContours:	2
	  xMin:			51
	  yMin:			376
	  xMax:			1074
	  yMax:			1066

	EndPoints
	---------
	  0:  22
	  1:  45

	  Length of Instructions:	277
	00000: NPUSHB      (99):    36    11    35    14    43    22    36    34    34    37 
	                            43    45    47    47     7     0     2    15    14     0 
	                            25    13    34    15    37    17     2    28    14    26 
	                            15    17    25    26    33    30    34    28    37    26 
	                            38    33     2    33    25    53     2    54     5    53 
	                            25    54    28    69     2    70     5    69    25    70 
	                            28    86     2    86    25   101     2   101    25   118 
	                             5   118    28   134     5   134    28    31    27    10 
	                            27    18    27    41    20    45     4    11    10    11 
	                            18    11    41     4    45     4    36    32    35 
	00101: PUSHW[1]            672 
	00104: PUSHB[8]             39    32   112    32   128    32     2    32 
	00113: PUSHW[1]            691 
	00116: PUSHB[3]             16    32     9 
	00120: PUSHW[1]            672 
	00123: PUSHB[8]             13    32    12    58     3    24    32    23 
	00132: PUSHW[1]            672 
	00135: PUSHB[8]             43    32   112    26   128    26     2    26 
	00144: PUSHW[1]            691 
	00147: PUSHB[4]             20     1    32     0 
	00152: PUSHW[1]            672 
	00155: PUSHB[5]             20    32     3     6    39 
	00161: PUSHW[4]            318    36    32   318 
	00170: PUSHB[4]             36    35    35    16 
	00175: PUSHW[4]            318    13     9   318 
	00184: PUSHB[5]             13    12   105    47    43 
	00190: PUSHW[4]            318    23    26   318 
	00199: PUSHB[4]             23    24    24    20 
	00204: PUSHW[4]            318     0     3   318 
	00213: PUSHB[8]              1     1     0   105    46   155   141    24 
	00222: CALL       
	00223: SRP0       
	00224: MIRP[srp0,nmd,rd,2] 
	00225: ALIGNRP    
	00226: SRP0       
	00227: MIRP[nrp0,md,rd,1] 
	00228: SRP0       
	00229: MIRP[nrp0,nmd,rd,2] 
	00230: ALIGNRP    
	00231: SRP0       
	00232: ALIGNRP    
	00233: MIRP[nrp0,md,rd,1] 
	00234: SRP0       
	00235: MIRP[nrp0,nmd,rd,2] 
	00236: SRP0       
	00237: MIRP[srp0,nmd,rd,2] 
	00238: ALIGNRP    
	00239: MIRP[nrp0,nmd,rd,2] 
	00240: SRP0       
	00241: MIRP[nrp0,md,rd,1] 
	00242: ALIGNRP    
	00243: SRP0       
	00244: ALIGNRP    
	00245: MIRP[nrp0,nmd,rd,2] 
	00246: SRP0       
	00247: MIRP[nrp0,md,rd,1] 
	00248: SVTCA[y-axis] 
	00249: MIAP[rd+ci] 
	00250: MIRP[srp0,md,rd,1] 
	00251: MIRP[srp0,nmd,rd,0] 
	00252: MIRP[nrp0,md,rd,1] 
	00253: SRP0       
	00254: MIRP[srp0,nmd,rd,2] 
	00255: DELTAP1    
	00256: MIRP[srp0,md,rd,1] 
	00257: MIRP[srp0,nmd,rd,0] 
	00258: MIRP[nrp0,md,rd,1] 
	00259: SRP0       
	00260: MIRP[srp0,nmd,rd,0] 
	00261: MIRP[nrp0,md,rd,1] 
	00262: MIRP[srp0,nmd,rd,0] 
	00263: MIRP[srp0,md,rd,1] 
	00264: MIRP[srp0,nmd,rd,2] 
	00265: DELTAP1    
	00266: MIRP[nrp0,md,rd,1] 
	00267: MIRP[srp0,nmd,rd,0] 
	00268: MIRP[nrp0,md,rd,1] 
	00269: IUP[y]     
	00270: IUP[x]     
	00271: SVTCA[y-axis] 
	00272: DELTAP1    
	00273: DELTAP1    
	00274: DELTAP1    
	00275: SVTCA[x-axis] 
	00276: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:        XDual         Y-Short         On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short Off
	 23:                              X-Short On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:        XDual         Y-Short         On
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    51,   738)  ->  Abs (    51,   738)
	  1: Rel (     0,   205)  ->  Abs (    51,   943)
	  2: Rel (   106,   120)  ->  Abs (   157,  1063)
	  3: Rel (   172,     0)  ->  Abs (   329,  1063)
	  4: Rel (    60,     0)  ->  Abs (   389,  1063)
	  5: Rel (   131,   -34)  ->  Abs (   520,  1029)
	  6: Rel (   123,   -53)  ->  Abs (   643,   976)
	  7: Rel (    69,   -30)  ->  Abs (   712,   946)
	  8: Rel (    69,   -17)  ->  Abs (   781,   929)
	  9: Rel (    35,     0)  ->  Abs (   816,   929)
	 10: Rel (    65,     0)  ->  Abs (   881,   929)
	 11: Rel (   139,    78)  ->  Abs (  1020,  1007)
	 12: Rel (    54,    59)  ->  Abs (  1074,  1066)
	 13: Rel (     0,  -212)  ->  Abs (  1074,   854)
	 14: Rel (   -64,   -60)  ->  Abs (  1010,   794)
	 15: Rel (  -131,   -54)  ->  Abs (   879,   740)
	 16: Rel (   -82,     0)  ->  Abs (   797,   740)
	 17: Rel (   -60,     0)  ->  Abs (   737,   740)
	 18: Rel (  -108,    27)  ->  Abs (   629,   767)
	 19: Rel (  -238,   107)  ->  Abs (   391,   874)
	 20: Rel (   -79,     0)  ->  Abs (   312,   874)
	 21: Rel (   -64,     0)  ->  Abs (   248,   874)
	 22: Rel (  -113,   -55)  ->  Abs (   135,   819)
	 23: Rel (   -84,  -443)  ->  Abs (    51,   376)
	 24: Rel (     0,   205)  ->  Abs (    51,   581)
	 25: Rel (   106,   120)  ->  Abs (   157,   701)
	 26: Rel (   172,     0)  ->  Abs (   329,   701)
	 27: Rel (    60,     0)  ->  Abs (   389,   701)
	 28: Rel (   131,   -34)  ->  Abs (   520,   667)
	 29: Rel (   123,   -53)  ->  Abs (   643,   614)
	 30: Rel (    69,   -29)  ->  Abs (   712,   585)
	 31: Rel (    69,   -18)  ->  Abs (   781,   567)
	 32: Rel (    35,     0)  ->  Abs (   816,   567)
	 33: Rel (    65,     0)  ->  Abs (   881,   567)
	 34: Rel (   139,    78)  ->  Abs (  1020,   645)
	 35: Rel (    54,    59)  ->  Abs (  1074,   704)
	 36: Rel (     0,  -212)  ->  Abs (  1074,   492)
	 37: Rel (   -64,   -60)  ->  Abs (  1010,   432)
	 38: Rel (  -131,   -54)  ->  Abs (   879,   378)
	 39: Rel (   -82,     0)  ->  Abs (   797,   378)
	 40: Rel (   -60,     0)  ->  Abs (   737,   378)
	 41: Rel (  -108,    28)  ->  Abs (   629,   406)
	 42: Rel (  -238,   106)  ->  Abs (   391,   512)
	 43: Rel (   -79,     0)  ->  Abs (   312,   512)
	 44: Rel (   -64,     0)  ->  Abs (   248,   512)
	 45: Rel (  -113,   -55)  ->  Abs (   135,   457)

	Glyph 168: off = 0x0000B832, len = 154
	  numberOfContours:	2
	  xMin:			26
	  yMin:			0
	  xMax:			1226
	  yMax:			1387

	EndPoints
	---------
	  0:  2
	  1:  5

	  Length of Instructions:	114
	00000: NPUSHB      (65):     2     1     2     0     1    76     5     4    20     5 
	                             5     4     2     0     2     1     0   186     3     4 
	                            20     3     3     4     5     1     2     3     0     4 
	                             6     3     5    76     1     1     0    10     4     4 
	                             5     3    11     0     1     0    26     7   234     1 
	                           248     1     2   121     1     1     1    25     6     7 
	                           241    33   169   104    24 
	00067: CALL       
	00068: CALL       
	00069: FLIPOFF    
	00070: MIRP[nrp0,nmd,rd,0] 
	00071: DELTAP2    
	00072: DELTAP1    
	00073: SRP0       
	00074: MIRP[nrp0,nmd,rd,2] 
	00075: DELTAP1    
	00076: RTHG       
	00077: SRP1       
	00078: SRP2       
	00079: IP         
	00080: MDAP[rd]   
	00081: SVTCA[y-axis] 
	00082: RTG        
	00083: MIAP[rd+ci] 
	00084: ALIGNRP    
	00085: FLIPON     
	00086: SRP0       
	00087: MIRP[srp0,md,rd,1] 
	00088: ALIGNRP    
	00089: MIAP[rd+ci] 
	00090: SVTCA[x-axis] 
	00091: SRP2       
	00092: IP         
	00093: IP         
	00094: SRP2       
	00095: IP         
	00096: SDPVTL[1]  
	00097: MDAP[nrd]  
	00098: CALL       
	00099: SFVTL[=p1,p2] 
	00100: RDTG       
	00101: SRP0       
	00102: MDRP[nrp0,nmd,rd,0] 
	00103: SDPVTL[1]  
	00104: SFVTCA[x-axis] 
	00105: MDAP[nrd]  
	00106: RTG        
	00107: CALL       
	00108: SFVTL[=p1,p2] 
	00109: RDTG       
	00110: SRP0       
	00111: MDRP[nrp0,nmd,rd,0] 
	00112: IUP[y]     
	00113: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:              Rep-  3                 On

	Coordinates
	-----------
	  0: Rel (  1226,     0)  ->  Abs (  1226,     0)
	  1: Rel ( -1200,     0)  ->  Abs (    26,     0)
	  2: Rel (   628,  1387)  ->  Abs (   654,  1387)
	  3: Rel (   336, -1305)  ->  Abs (   990,    82)
	  4: Rel (  -399,   967)  ->  Abs (   591,  1049)
	  5: Rel (  -440,  -967)  ->  Abs (   151,    82)

	Glyph 169: off = 0x0000B8CC, len = 196
	  numberOfContours:	2
	  xMin:			134
	  yMin:			72
	  xMax:			991
	  yMax:			984

	EndPoints
	---------
	  0:  5
	  1:  11

	  Length of Instructions:	132
	00000: NPUSHB      (11):     9     3    13     9    25     3    29     9     4    10 
	                             4 
	00013: PUSHW[1]            459 
	00016: NPUSHB      (11):     8     2     8   249     7     7    11   249    10   117 
	                             6 
	00029: PUSHW[1]            -64 
	00032: PUSHB[4]             25    28    52     6 
	00037: PUSHW[1]            -64 
	00040: NPUSHB      (27):    15    17    52     6   174     9    64    25    28    52 
	                             9    64    14    17    52     9   159     0     2   232 
	                             1    58     5   249     4   117     0 
	00069: PUSHW[1]            -64 
	00072: PUSHB[4]             25    28    52     0 
	00077: PUSHW[1]            -64 
	00080: NPUSHB      (18):    15    17    52     0   174     0     3    16     3    32 
	                             3     3     3   172    12   175   121    24 
	00100: CALL       
	00101: SRP0       
	00102: MIRP[srp0,nmd,rd,2] 
	00103: DELTAP1    
	00104: MIRP[srp0,md,rd,1] 
	00105: CALL       
	00106: CALL       
	00107: MIRP[srp0,nmd,rd,2] 
	00108: MIRP[srp0,md,rd,1] 
	00109: MIRP[srp0,nmd,rd,0] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: SRP0       
	00112: MIRP[srp0,nmd,rd,2] 
	00113: CALL       
	00114: CALL       
	00115: MIRP[srp0,md,rd,1] 
	00116: CALL       
	00117: CALL       
	00118: MIRP[srp0,nmd,rd,2] 
	00119: MIRP[srp0,md,rd,1] 
	00120: ALIGNRP    
	00121: SRP0       
	00122: MIRP[srp0,md,rd,1] 
	00123: SVTCA[y-axis] 
	00124: MDAP[rd]   
	00125: ALIGNRP    
	00126: MIRP[srp0,md,rd,1] 
	00127: ALIGNRP    
	00128: IUP[y]     
	00129: IUP[x]     
	00130: SVTCA[x-axis] 
	00131: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual                       X-Short On
	  3:                                      On
	  4:                                      On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                 X-Short On
	  7:                                      On
	  8:  YDual                       X-Short On
	  9:                                      On
	 10:                                      On
	 11:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   340,   528)  ->  Abs (   340,   528)
	  1: Rel (   259,  -456)  ->  Abs (   599,    72)
	  2: Rel (  -146,     0)  ->  Abs (   453,    72)
	  3: Rel (  -319,   456)  ->  Abs (   134,   528)
	  4: Rel (   319,   456)  ->  Abs (   453,   984)
	  5: Rel (   148,     0)  ->  Abs (   601,   984)
	  6: Rel (   126,  -456)  ->  Abs (   727,   528)
	  7: Rel (   264,  -456)  ->  Abs (   991,    72)
	  8: Rel (  -152,     0)  ->  Abs (   839,    72)
	  9: Rel (  -313,   456)  ->  Abs (   526,   528)
	 10: Rel (   313,   456)  ->  Abs (   839,   984)
	 11: Rel (   152,     0)  ->  Abs (   991,   984)

	Glyph 170: off = 0x0000B990, len = 192
	  numberOfContours:	2
	  xMin:			140
	  yMin:			72
	  xMax:			997
	  yMax:			984

	EndPoints
	---------
	  0:  5
	  1:  11

	  Length of Instructions:	128
	00000: NPUSHB      (11):     6     3     2     9    22     3    18     9     4     1 
	                             7 
	00013: PUSHW[1]            459 
	00016: NPUSHB      (24):     5    11    10     8   249     7     7    11   249    10 
	                           117     6    64    25    28    52     6    64    15    17 
	                            52     6   174     9 
	00042: PUSHW[1]            -64 
	00045: PUSHB[4]             25    28    52     9 
	00050: PUSHW[1]            -64 
	00053: NPUSHB      (35):    14    17    52     9   159     0     2   249     1    58 
	                             5   232     4   117     0    64    25    28    52     0 
	                            64    15    17    52     0   174    15     3    31     3 
	                             2     3   172    13   157 
	00090: PUSHW[2]            390    24 
	00095: CALL       
	00096: SRP0       
	00097: MIRP[srp0,nmd,rd,2] 
	00098: DELTAP1    
	00099: MIRP[srp0,md,rd,1] 
	00100: CALL       
	00101: CALL       
	00102: MIRP[srp0,nmd,rd,2] 
	00103: MIRP[srp0,md,rd,1] 
	00104: MIRP[srp0,nmd,rd,0] 
	00105: MIRP[nrp0,md,rd,1] 
	00106: SRP0       
	00107: MIRP[srp0,nmd,rd,2] 
	00108: CALL       
	00109: CALL       
	00110: MIRP[srp0,md,rd,1] 
	00111: CALL       
	00112: CALL       
	00113: MIRP[srp0,nmd,rd,2] 
	00114: MIRP[srp0,md,rd,1] 
	00115: ALIGNRP    
	00116: SRP0       
	00117: MIRP[nrp0,md,rd,1] 
	00118: SRP0       
	00119: SVTCA[y-axis] 
	00120: MDAP[rd]   
	00121: ALIGNRP    
	00122: MIRP[srp0,nmd,rd,2] 
	00123: ALIGNRP    
	00124: IUP[y]     
	00125: IUP[x]     
	00126: SVTCA[x-axis] 
	00127: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                                      On
	  5:  YDual                       X-Short On
	  6:                              X-Short On
	  7:                                      On
	  8:  YDual XDual                 X-Short On
	  9:                                      On
	 10:                                      On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   791,   528)  ->  Abs (   791,   528)
	  1: Rel (  -261,   456)  ->  Abs (   530,   984)
	  2: Rel (   148,     0)  ->  Abs (   678,   984)
	  3: Rel (   319,  -456)  ->  Abs (   997,   528)
	  4: Rel (  -319,  -456)  ->  Abs (   678,    72)
	  5: Rel (  -147,     0)  ->  Abs (   531,    72)
	  6: Rel (  -127,   456)  ->  Abs (   404,   528)
	  7: Rel (  -264,   456)  ->  Abs (   140,   984)
	  8: Rel (   151,     0)  ->  Abs (   291,   984)
	  9: Rel (   314,  -456)  ->  Abs (   605,   528)
	 10: Rel (  -314,  -456)  ->  Abs (   291,    72)
	 11: Rel (  -151,     0)  ->  Abs (   140,    72)

	Glyph 171: off = 0x0000BA50, len = 104
	  numberOfContours:	3
	  xMin:			239
	  yMin:			0
	  xMax:			1810
	  yMax:			205

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11

	  Length of Instructions:	60
	00000: NPUSHB      (18):     6     5     2     1     4    10    60     8     8     7 
	                             7     4     4     3    10    10    60     9 
	00020: PUSHW[1]            281 
	00023: PUSHB[3]              7    60     5 
	00027: PUSHW[1]            281 
	00030: PUSHB[8]              3    60     0   203    12   217   245    24 
	00039: CALL       
	00040: SRP0       
	00041: MIRP[srp0,nmd,rd,2] 
	00042: MIRP[srp0,md,rd,1] 
	00043: MIRP[srp0,nmd,rd,2] 
	00044: MIRP[srp0,md,rd,1] 
	00045: MIRP[srp0,nmd,rd,2] 
	00046: MIRP[srp0,md,rd,1] 
	00047: SVTCA[y-axis] 
	00048: MIAP[rd+ci] 
	00049: ALIGNRP    
	00050: SRP0       
	00051: ALIGNRP    
	00052: SRP0       
	00053: ALIGNRP    
	00054: SRP0       
	00055: MIRP[nrp0,md,rd,1] 
	00056: SLOOP      
	00057: SHP[rp2,zp1] 
	00058: IUP[y]     
	00059: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   239,     0)  ->  Abs (   239,     0)
	  1: Rel (     0,   205)  ->  Abs (   239,   205)
	  2: Rel (   205,     0)  ->  Abs (   444,   205)
	  3: Rel (     0,  -205)  ->  Abs (   444,     0)
	  4: Rel (   478,     0)  ->  Abs (   922,     0)
	  5: Rel (     0,   205)  ->  Abs (   922,   205)
	  6: Rel (   205,     0)  ->  Abs (  1127,   205)
	  7: Rel (     0,  -205)  ->  Abs (  1127,     0)
	  8: Rel (   477,     0)  ->  Abs (  1604,     0)
	  9: Rel (     0,   205)  ->  Abs (  1604,   205)
	 10: Rel (   206,     0)  ->  Abs (  1810,   205)
	 11: Rel (     0,  -205)  ->  Abs (  1810,     0)

	Glyph 172: off = 0x0000BAB8, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	359
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    16 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (11):    11    17    52    16    12     0    72    43     2     1 
	                            16 
	00019: PUSHW[3]            545    41   356 
	00026: SCANCTRL   
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: CALL       
	00032: SHC[rp1,zp0] 

	Glyph 173: off = 0x0000BAF4, len = 88
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1787

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	342
		Y WOffset:	337
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              2     2     1    30 
	00005: PUSHW[3]            545    41   356 
	00012: SCANCTRL   
	00013: SVTCA[y-axis] 
	00014: CALL       
	00015: SVTCA[x-axis] 
	00016: PUSHB[2]              6     2 
	00019: RS         
	00020: EQ         
	00021: IF         
	00022: PUSHB[6]              0    15    27     0     3    65 
	00029: CALL       
	00030: ELSE       
	00031: NPUSHB      (21):    15    32     1   255    32     1    32    64    24    29 
	                            52    32    64    11    16    52    32     1    82    72 
	                            43 
	00054: CALL       
	00055: CALL       
	00056: CALL       
	00057: DELTAP2    
	00058: DELTAP3    
	00059: EIF        
	00060: SHC[rp1,zp0] 

	Glyph 174: off = 0x0000BB4C, len = 78
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1787

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	459
		Y WOffset:	337
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              2     2     1    43 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    28    40     3     3    65 
	00026: CALL       
	00027: ELSE       
	00028: NPUSHB      (10):    47    45    63    45     2    95    45     1    45     3 
	00040: PUSHW[1]            -30 
	00043: PUSHB[2]             72    43 
	00046: CALL       
	00047: DELTAP1    
	00048: DELTAP1    
	00049: EIF        
	00050: SHC[rp1,zp0] 

	Glyph 175: off = 0x0000BB9A, len = 536
	  numberOfContours:	2
	  xMin:			129
	  yMin:			-25
	  xMax:			1983
	  yMax:			1491

	EndPoints
	---------
	  0:  23
	  1:  36

	  Length of Instructions:	408
	00000: NPUSHB      (80):    20    25    20    30    27    32    27    36     4     4 
	                            25     4    30    11    32    11    36     4   108    32 
	                           110    36     2   101    26    99    30     2    48    25 
	                            48    30     2    32    25    32    30     2   121     7 
	                             1     5    13     1   231    11     1   183     6   198 
	                            11     2   143     3   128    14     2   107     4     1 
	                           112    14     1   117    11   115    13     2   126     3 
	                           124     4     2    35    32     9    17     2    85    33 
	00082: PUSHW[1]            -32 
	00085: PUSHB[5]              9    17     2    85    14 
	00091: PUSHW[1]             -4 
	00094: NPUSHB      (51):    11    17     2    85     3    22    23    14    18    20 
	                            19    30    22    22    21    21     2    15    24    30 
	                            12     3    17    18    30    16    15     2     0    23 
	                            30     1     2     8    31    30     5     9    34    45 
	                            15     2    30    18    23    10    16    16     2    85 
	                            23 
	00147: PUSHW[1]            -12 
	00150: PUSHB[5]             15    15     2    85    23 
	00156: PUSHW[1]            -10 
	00159: NPUSHB      (11):    13    13     2    85    23    22    12    12     2    85 
	                            23 
	00172: PUSHW[1]             -8 
	00175: PUSHB[5]             11    11     2    85    23 
	00181: PUSHW[1]            -12 
	00184: PUSHB[5]             15    15     6    85    23 
	00190: PUSHW[1]            -12 
	00193: NPUSHB      (11):    13    13     6    85    23    18    12    12     6    85 
	                            23 
	00206: PUSHW[1]             -8 
	00209: NPUSHB      (46):    11    11     6    85    23    48    23    80    23     2 
	                            32    23    96    23     2    23    37    38    21    84 
	                            17    74    48     0    64     0     2    80     0    96 
	                             0     2    32     0   112     0     2     0    26   127 
	                            38     1    38    28    38     9 
	00257: PUSHW[1]            -14 
	00260: PUSHB[5]             16    16     2    85     9 
	00266: PUSHW[1]            -12 
	00269: NPUSHB      (11):    15    15     2    85     9     4    11    11     2    85 
	                             9 
	00282: PUSHW[1]            -24 
	00285: PUSHB[5]             16    16     6    85     9 
	00291: PUSHW[1]             -9 
	00294: NPUSHB      (16):    15    15     6    85     9     4    11    11     6    85 
	                            32     9     1     9    25    37 
	00312: PUSHW[1]            307 
	00315: PUSHB[2]            153    24 
	00318: CALL       
	00319: FLIPOFF    
	00320: SRP0       
	00321: MIRP[srp0,nmd,rd,0] 
	00322: DELTAP1    
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: FLIPON     
	00330: MIRP[nrp0,md,rd,1] 
	00331: FLIPOFF    
	00332: SRP0       
	00333: DELTAP1    
	00334: MIRP[srp0,nmd,rd,2] 
	00335: DELTAP1    
	00336: DELTAP1    
	00337: DELTAP1    
	00338: FLIPON     
	00339: MIRP[srp0,nmd,rd,0] 
	00340: MIRP[nrp0,nmd,rd,0] 
	00341: SRP1       
	00342: SRP2       
	00343: IP         
	00344: DELTAP1    
	00345: DELTAP1    
	00346: MDAP[rd]   
	00347: CALL       
	00348: CALL       
	00349: CALL       
	00350: CALL       
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: ALIGNRP    
	00357: MIRP[srp0,md,rd,1] 
	00358: ALIGNRP    
	00359: MIRP[nrp0,nmd,rd,0] 
	00360: SVTCA[y-axis] 
	00361: MIAP[rd+ci] 
	00362: MIRP[nrp0,md,rd,1] 
	00363: MIAP[rd+ci] 
	00364: ALIGNRP    
	00365: MIRP[srp0,md,rd,1] 
	00366: ALIGNRP    
	00367: MIAP[rd+ci] 
	00368: ALIGNRP    
	00369: MIRP[srp0,md,rd,1] 
	00370: ALIGNRP    
	00371: MIAP[rd+ci] 
	00372: MIRP[nrp0,md,rd,1] 
	00373: SRP1       
	00374: SRP2       
	00375: IP         
	00376: MDAP[rd]   
	00377: ALIGNRP    
	00378: SRP0       
	00379: MIRP[srp0,md,rd,1] 
	00380: ALIGNRP    
	00381: SRP1       
	00382: IP         
	00383: SRP1       
	00384: SRP2       
	00385: IP         
	00386: IUP[y]     
	00387: IUP[x]     
	00388: SVTCA[y-axis] 
	00389: CALL       
	00390: CALL       
	00391: CALL       
	00392: DELTAP1    
	00393: DELTAP1    
	00394: DELTAP1    
	00395: DELTAP1    
	00396: DELTAP1    
	00397: DELTAP1    
	00398: DELTAP1    
	00399: DELTAP2    
	00400: SVTCA[x-axis] 
	00401: DELTAP1    
	00402: DELTAP1    
	00403: DELTAP1    
	00404: DELTAP1    
	00405: DELTAP1    
	00406: DELTAP1    
	00407: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:                      Y-Short X-Short Off
	  5:  YDual                               On
	  6:  YDual                               Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:        XDual                         On
	 10:        XDual                         Off
	 11:                                      Off
	 12:  YDual                               On
	 13:  YDual                               Off
	 14:        XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual                               On
	 17:        XDual         Y-Short         On
	 18:  YDual                               On
	 19:        XDual                         On
	 20:  YDual                               On
	 21:        XDual         Y-Short         On
	 22:  YDual                               On
	 23:        XDual                         On
	 24:                                      On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short Off
	 27:                              X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual                         Off
	 30:        XDual                 X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual                 X-Short Off
	 34:        XDual                         On
	 35:        XDual                         Off
	 36:                              X-Short Off

	Coordinates
	-----------
	  0: Rel (  1983,   173)  ->  Abs (  1983,   173)
	  1: Rel (     0,  -173)  ->  Abs (  1983,     0)
	  2: Rel (  -862,     0)  ->  Abs (  1121,     0)
	  3: Rel (     0,   212)  ->  Abs (  1121,   212)
	  4: Rel (  -135,  -237)  ->  Abs (   986,   -25)
	  5: Rel (  -265,     0)  ->  Abs (   721,   -25)
	  6: Rel (  -301,     0)  ->  Abs (   420,   -25)
	  7: Rel (  -155,   232)  ->  Abs (   265,   207)
	  8: Rel (  -136,   205)  ->  Abs (   129,   412)
	  9: Rel (     0,   323)  ->  Abs (   129,   735)
	 10: Rel (     0,   322)  ->  Abs (   129,  1057)
	 11: Rel (   284,   434)  ->  Abs (   413,  1491)
	 12: Rel (   308,     0)  ->  Abs (   721,  1491)
	 13: Rel (   264,     0)  ->  Abs (   985,  1491)
	 14: Rel (   136,  -223)  ->  Abs (  1121,  1268)
	 15: Rel (     0,   198)  ->  Abs (  1121,  1466)
	 16: Rel (   831,     0)  ->  Abs (  1952,  1466)
	 17: Rel (     0,  -173)  ->  Abs (  1952,  1293)
	 18: Rel (  -650,     0)  ->  Abs (  1302,  1293)
	 19: Rel (     0,  -448)  ->  Abs (  1302,   845)
	 20: Rel (   599,     0)  ->  Abs (  1901,   845)
	 21: Rel (     0,  -172)  ->  Abs (  1901,   673)
	 22: Rel (  -599,     0)  ->  Abs (  1302,   673)
	 23: Rel (     0,  -500)  ->  Abs (  1302,   173)
	 24: Rel (  -582,  1161)  ->  Abs (   720,  1334)
	 25: Rel (  -101,     0)  ->  Abs (   619,  1334)
	 26: Rel (  -192,  -130)  ->  Abs (   427,  1204)
	 27: Rel (   -98,  -265)  ->  Abs (   329,   939)
	 28: Rel (     0,  -219)  ->  Abs (   329,   720)
	 29: Rel (     0,  -303)  ->  Abs (   329,   417)
	 30: Rel (   231,  -286)  ->  Abs (   560,   131)
	 31: Rel (   160,     0)  ->  Abs (   720,   131)
	 32: Rel (   161,     0)  ->  Abs (   881,   131)
	 33: Rel (   229,   285)  ->  Abs (  1110,   416)
	 34: Rel (     0,   329)  ->  Abs (  1110,   745)
	 35: Rel (     0,   306)  ->  Abs (  1110,  1051)
	 36: Rel (  -231,   283)  ->  Abs (   879,  1334)

	Glyph 176: off = 0x0000BDB2, len = 582
	  numberOfContours:	3
	  xMin:			82
	  yMin:			-24
	  xMax:			1859
	  yMax:			1086

	EndPoints
	---------
	  0:  32
	  1:  46
	  2:  53

	  Length of Instructions:	412
	00000: NPUSHB     (109):    38    21    87    11     2    68    22    68    35    75 
	                            38    75    42    68    45    75    50    68    52    87 
	                             5    87     8    83    35    95    38    95    42    83 
	                            45   103     8   104    14    96    36   108    38   108 
	                            42    99    45    19    92    50    84    52     2    82 
	                            22    91    25     2    50    22    51    35    59    38 
	                            58    42    51    45    62    50    50    52     7     0 
	                            13    40     0    21    20    37    13    53    51    47 
	                            28   144    20   160    20     2    20    20     3    43 
	                            28    10    51    28    16    16    10     7    37    28 
	                             3    23    28     0    27    16    27     2    27 
	00111: PUSHW[1]            637 
	00114: NPUSHB      (38):    30    30     3    11    47    64    40    64    20    26 
	                            64    27    51    20    10    15    15     2    85    20 
	                            10    11    12     2    85    20    12    12    12     6 
	                            85   223    20     1    63    20     1    20 
	00154: PUSHW[1]            452 
	00157: PUSHB[3]             48    64    19 
	00161: PUSHW[1]            -20 
	00164: PUSHB[5]             16    16     2    85    19 
	00170: PUSHW[1]            -10 
	00173: PUSHB[5]             15    15     2    85    19 
	00179: PUSHW[1]            -42 
	00182: PUSHB[5]             13    13     2    85    19 
	00188: PUSHW[1]            -48 
	00191: PUSHB[5]             12    12     2    85    19 
	00197: PUSHW[1]            -42 
	00200: PUSHB[5]             11    11     2    85    19 
	00206: PUSHW[1]            -16 
	00209: PUSHB[5]             16    16     6    85    19 
	00215: PUSHW[1]            -13 
	00218: PUSHB[5]             15    15     6    85    19 
	00224: PUSHW[1]            -20 
	00227: PUSHB[5]             13    13     6    85    19 
	00233: PUSHW[1]            -53 
	00236: PUSHB[5]             12    12     6    85    19 
	00242: PUSHW[1]            -15 
	00245: PUSHB[8]             11    11     6    85   208    19     1    19 
	00254: PUSHW[1]            -64 
	00257: PUSHB[4]             11    17    52    19 
	00262: PUSHW[1]            639 
	00265: NPUSHB      (64):    33    36     6     6    14    15     2    85     6    28 
	                            13    13     2    85     6    24    12    12     2    85 
	                             6    32    11    11     2    85     6    10    16    16 
	                             6    85     6    25    13    13     6    85     6    40 
	                            12    12     6    85     6    22    11    11     6    85 
	                           223     6     1    63     6    79     6     2     6    25 
	                            54    52    55    24 
	00331: CALL       
	00332: FLIPOFF    
	00333: SRP0       
	00334: MIRP[srp0,nmd,rd,0] 
	00335: DELTAP1    
	00336: DELTAP2    
	00337: CALL       
	00338: CALL       
	00339: CALL       
	00340: CALL       
	00341: CALL       
	00342: CALL       
	00343: CALL       
	00344: CALL       
	00345: FLIPON     
	00346: MIRP[nrp0,md,rd,1] 
	00347: MIRP[srp0,md,rd,1] 
	00348: CALL       
	00349: DELTAP2    
	00350: CALL       
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: CALL       
	00358: CALL       
	00359: CALL       
	00360: MIRP[nrp0,md,rd,1] 
	00361: MIRP[nrp0,nmd,rd,0] 
	00362: DELTAP1    
	00363: DELTAP2    
	00364: CALL       
	00365: CALL       
	00366: CALL       
	00367: MIRP[srp0,nmd,rd,0] 
	00368: MIRP[nrp0,md,rd,1] 
	00369: SRP0       
	00370: MIRP[srp0,md,rd,1] 
	00371: MIRP[srp0,md,rd,1] 
	00372: SVTCA[y-axis] 
	00373: MIAP[rd+ci] 
	00374: ALIGNRP    
	00375: SRP0       
	00376: MIRP[nrp0,md,rd,1] 
	00377: DELTAP1    
	00378: MIRP[nrp0,md,rd,1] 
	00379: SRP0       
	00380: MIRP[nrp0,md,rd,1] 
	00381: MIAP[rd+ci] 
	00382: ALIGNRP    
	00383: SRP0       
	00384: MIRP[nrp0,md,rd,1] 
	00385: SRP0       
	00386: MIRP[nrp0,md,rd,1] 
	00387: SRP2       
	00388: IP         
	00389: MDAP[rd]   
	00390: DELTAP1    
	00391: MIRP[nrp0,md,rd,1] 
	00392: SRP1       
	00393: IP         
	00394: IP         
	00395: SRP1       
	00396: SRP2       
	00397: IP         
	00398: IP         
	00399: SVTCA[x-axis] 
	00400: SRP1       
	00401: IP         
	00402: IP         
	00403: IUP[y]     
	00404: IUP[x]     
	00405: SVTCA[x-axis] 
	00406: DELTAP1    
	00407: DELTAP1    
	00408: DELTAP1    
	00409: DELTAP1    
	00410: SVTCA[y-axis] 
	00411: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                                      Off
	  6:        XDual                         On
	  7:  YDual XDual         Y-Short         Off
	  8:        XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:                                      Off
	 19:                              X-Short On
	 20:  YDual                               On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:                                      On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short Off
	 47:                      Y-Short         On
	 48:  YDual                               On
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   978,   175)  ->  Abs (   978,   175)
	  1: Rel (   -76,   -99)  ->  Abs (   902,    76)
	  2: Rel (  -198,  -100)  ->  Abs (   704,   -24)
	  3: Rel (  -122,     0)  ->  Abs (   582,   -24)
	  4: Rel (  -225,     0)  ->  Abs (   357,   -24)
	  5: Rel (  -275,   286)  ->  Abs (    82,   262)
	  6: Rel (     0,   256)  ->  Abs (    82,   518)
	  7: Rel (     0,   169)  ->  Abs (    82,   687)
	  8: Rel (   117,   267)  ->  Abs (   199,   954)
	  9: Rel (   239,   132)  ->  Abs (   438,  1086)
	 10: Rel (   146,     0)  ->  Abs (   584,  1086)
	 11: Rel (   138,     0)  ->  Abs (   722,  1086)
	 12: Rel (   205,  -115)  ->  Abs (   927,   971)
	 13: Rel (    51,   -88)  ->  Abs (   978,   883)
	 14: Rel (    64,    93)  ->  Abs (  1042,   976)
	 15: Rel (   201,   110)  ->  Abs (  1243,  1086)
	 16: Rel (   124,     0)  ->  Abs (  1367,  1086)
	 17: Rel (   220,     0)  ->  Abs (  1587,  1086)
	 18: Rel (   272,  -302)  ->  Abs (  1859,   784)
	 19: Rel (    -2,  -301)  ->  Abs (  1857,   483)
	 20: Rel (  -784,     0)  ->  Abs (  1073,   483)
	 21: Rel (     3,  -166)  ->  Abs (  1076,   317)
	 22: Rel (   179,  -193)  ->  Abs (  1255,   124)
	 23: Rel (   134,     0)  ->  Abs (  1389,   124)
	 24: Rel (    99,     0)  ->  Abs (  1488,   124)
	 25: Rel (   143,   111)  ->  Abs (  1631,   235)
	 26: Rel (    32,   111)  ->  Abs (  1663,   346)
	 27: Rel (   180,   -26)  ->  Abs (  1843,   320)
	 28: Rel (   -43,  -165)  ->  Abs (  1800,   155)
	 29: Rel (  -235,  -179)  ->  Abs (  1565,   -24)
	 30: Rel (  -179,     0)  ->  Abs (  1386,   -24)
	 31: Rel (  -134,     0)  ->  Abs (  1252,   -24)
	 32: Rel (  -212,   105)  ->  Abs (  1040,    81)
	 33: Rel (  -773,   452)  ->  Abs (   267,   533)
	 34: Rel (     0,  -186)  ->  Abs (   267,   347)
	 35: Rel (    71,   -97)  ->  Abs (   338,   250)
	 36: Rel (    92,  -126)  ->  Abs (   430,   124)
	 37: Rel (   147,     0)  ->  Abs (   577,   124)
	 38: Rel (   129,     0)  ->  Abs (   706,   124)
	 39: Rel (   184,   212)  ->  Abs (   890,   336)
	 40: Rel (     0,   199)  ->  Abs (   890,   535)
	 41: Rel (     0,   198)  ->  Abs (   890,   733)
	 42: Rel (  -181,   205)  ->  Abs (   709,   938)
	 43: Rel (  -132,     0)  ->  Abs (   577,   938)
	 44: Rel (   -87,     0)  ->  Abs (   490,   938)
	 45: Rel (  -146,   -98)  ->  Abs (   344,   840)
	 46: Rel (   -77,  -192)  ->  Abs (   267,   648)
	 47: Rel (   813,   -17)  ->  Abs (  1080,   631)
	 48: Rel (   587,     0)  ->  Abs (  1667,   631)
	 49: Rel (   -12,   151)  ->  Abs (  1655,   782)
	 50: Rel (  -159,   156)  ->  Abs (  1496,   938)
	 51: Rel (  -118,     0)  ->  Abs (  1378,   938)
	 52: Rel (  -120,     0)  ->  Abs (  1258,   938)
	 53: Rel (  -167,  -164)  ->  Abs (  1091,   774)

	Glyph 177: off = 0x0000BFF8, len = 56
	  numberOfContours:	1
	  xMin:			-4
	  yMin:			458
	  xMax:			1135
	  yMax:			603

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	30
	00000: NPUSHB      (15):     1    53     0     2    26     5    32     0     1     0 
	                            25     4   179   122    24 
	00017: CALL       
	00018: FLIPOFF    
	00019: SRP0       
	00020: MIRP[nrp0,nmd,rd,0] 
	00021: DELTAP1    
	00022: SRP0       
	00023: MIRP[nrp0,nmd,rd,2] 
	00024: SVTCA[y-axis] 
	00025: MDAP[rd]   
	00026: FLIPON     
	00027: MIRP[nrp0,md,rd,1] 
	00028: IUP[y]     
	00029: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    -4,   458)  ->  Abs (    -4,   458)
	  1: Rel (     0,   145)  ->  Abs (    -4,   603)
	  2: Rel (  1139,     0)  ->  Abs (  1135,   603)
	  3: Rel (     0,  -145)  ->  Abs (  1135,   458)

	Glyph 178: off = 0x0000C030, len = 50
	  numberOfContours:	1
	  xMin:			0
	  yMin:			458
	  xMax:			2048
	  yMax:			603

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	26
	00000: NPUSHB      (13):     1    53     0     2     5    32     0     1     0     4 
	                           179   122    24 
	00015: CALL       
	00016: SRP0       
	00017: ALIGNRP    
	00018: DELTAP1    
	00019: SRP0       
	00020: ALIGNRP    
	00021: SVTCA[y-axis] 
	00022: MDAP[rd]   
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:        XDual                         On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (     0,   458)  ->  Abs (     0,   458)
	  1: Rel (     0,   145)  ->  Abs (     0,   603)
	  2: Rel (  2048,     0)  ->  Abs (  2048,   603)
	  3: Rel (     0,  -145)  ->  Abs (  2048,   458)

	Glyph 179: off = 0x0000C062, len = 298
	  numberOfContours:	2
	  xMin:			83
	  yMin:			1011
	  xMax:			602
	  yMax:			1491

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	216
	00000: NPUSHB      (92):   159    25   175    25     2   239     7   239    19     2 
	                           223     7   223    19     2   207     7   207    19     2 
	                           191     7   191    19     2   175     7   175    19     2 
	                           159     7   159    19     2   143     7   143    19     2 
	                           126     7   126    19     2   251     8   251    20     2 
	                           108     8   108    20     2    90     8    90    20     2 
	                            12     8    12    20     2    20    19     8     7    23 
	                            12    15    11     0     3    15   249    14     3   249 
	                             2    14    13     2     1    12    60    13     0    60 
	                            13     1 
	00094: PUSHW[1]            336 
	00097: NPUSHB      (47):    19   111     7   127     7   143     7     3     7     1 
	                            19    56    20    60    14    13    12    60    15    15 
	                            14    64    23    26    52    14   117     1     7    56 
	                             8    60     2     1     0    60     3     3   143     2 
	                             1     2    25    24   113   167    24 
	00146: CALL       
	00147: FLIPOFF    
	00148: SRP0       
	00149: MIRP[srp0,nmd,rd,0] 
	00150: DELTAP1    
	00151: ALIGNRP    
	00152: FLIPON     
	00153: SRP0       
	00154: MIRP[srp0,md,rd,1] 
	00155: ALIGNRP    
	00156: SRP0       
	00157: MIRP[srp0,md,rd,1] 
	00158: MIRP[nrp0,nmd,rd,0] 
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,2] 
	00161: CALL       
	00162: ALIGNRP    
	00163: SRP0       
	00164: MIRP[srp0,md,rd,1] 
	00165: ALIGNRP    
	00166: SRP0       
	00167: MIRP[srp0,md,rd,1] 
	00168: MIRP[nrp0,nmd,rd,0] 
	00169: SVTCA[y-axis] 
	00170: MIAP[rd+ci] 
	00171: DELTAP1    
	00172: ALIGNRP    
	00173: MIRP[srp0,md,rd,1] 
	00174: ALIGNRP    
	00175: MIRP[nrp0,md,rd,1] 
	00176: SRP0       
	00177: MIRP[nrp0,md,rd,1] 
	00178: SRP0       
	00179: ALIGNRP    
	00180: SRP0       
	00181: ALIGNRP    
	00182: SRP0       
	00183: MIRP[nrp0,md,rd,1] 
	00184: SRP0       
	00185: MIRP[nrp0,md,rd,1] 
	00186: SVTCA[x-axis] 
	00187: SRP1       
	00188: SRP2       
	00189: IP         
	00190: SRP1       
	00191: SRP2       
	00192: IP         
	00193: SVTCA[y-axis] 
	00194: SRP0       
	00195: MDRP[nrp0,md,nrd,1] 
	00196: SRP0       
	00197: MDRP[nrp0,md,nrd,1] 
	00198: IUP[y]     
	00199: IUP[x]     
	00200: SVTCA[y-axis] 
	00201: DELTAP3    
	00202: DELTAP2    
	00203: DELTAP2    
	00204: DELTAP2    
	00205: SVTCA[x-axis] 
	00206: DELTAP2    
	00207: DELTAP2    
	00208: DELTAP2    
	00209: DELTAP2    
	00210: DELTAP2    
	00211: DELTAP2    
	00212: DELTAP2    
	00213: DELTAP2    
	00214: SVTCA[x-axis] 
	00215: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:  YDual                               On
	 13:        XDual         Y-Short         On
	 14:  YDual                       X-Short On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   276,  1220)  ->  Abs (   276,  1220)
	  1: Rel (     0,  -209)  ->  Abs (   276,  1011)
	  2: Rel (  -193,     0)  ->  Abs (    83,  1011)
	  3: Rel (     0,   165)  ->  Abs (    83,  1176)
	  4: Rel (     0,   134)  ->  Abs (    83,  1310)
	  5: Rel (    32,    60)  ->  Abs (   115,  1370)
	  6: Rel (    42,    80)  ->  Abs (   157,  1450)
	  7: Rel (    91,    41)  ->  Abs (   248,  1491)
	  8: Rel (    44,   -70)  ->  Abs (   292,  1421)
	  9: Rel (   -55,   -23)  ->  Abs (   237,  1398)
	 10: Rel (   -52,   -91)  ->  Abs (   185,  1307)
	 11: Rel (    -3,   -87)  ->  Abs (   182,  1220)
	 12: Rel (   404,     0)  ->  Abs (   586,  1220)
	 13: Rel (     0,  -209)  ->  Abs (   586,  1011)
	 14: Rel (  -193,     0)  ->  Abs (   393,  1011)
	 15: Rel (     0,   165)  ->  Abs (   393,  1176)
	 16: Rel (     0,   134)  ->  Abs (   393,  1310)
	 17: Rel (    32,    60)  ->  Abs (   425,  1370)
	 18: Rel (    42,    80)  ->  Abs (   467,  1450)
	 19: Rel (    91,    41)  ->  Abs (   558,  1491)
	 20: Rel (    44,   -70)  ->  Abs (   602,  1421)
	 21: Rel (   -55,   -23)  ->  Abs (   547,  1398)
	 22: Rel (   -52,   -91)  ->  Abs (   495,  1307)
	 23: Rel (    -3,   -87)  ->  Abs (   492,  1220)

	Glyph 180: off = 0x0000C18C, len = 300
	  numberOfContours:	2
	  xMin:			71
	  yMin:			1001
	  xMax:			590
	  yMax:			1481

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	219
	00000: NPUSHB      (78):   159    25   175    25     2   240     8   240    20     2 
	                             1     8     1    20     2   224     7   224    19     2 
	                           208     7   208    19     2   192     7   192    19     2 
	                           176     7   176    19     2   162     7   162    19     2 
	                           146     7   146    19     2   130     7   130    19     2 
	                           112     7   112    19     2   101     8   101    20     2 
	                            83     8    83    20     2    20    19     8     7    23 
	                            15    12    11     3     0    20   171    19 
	00080: PUSHW[1]            336 
	00083: NPUSHB      (12):    13    15   249    14    14    12    60    13     1     8 
	                           171     7 
	00097: PUSHW[1]            336 
	00100: NPUSHB      (48):     1     3   249     2     2     0    60     1     1    14 
	                            15    60    12    19    56    20    39    13    23    62 
	                            12    12    13    64    23    26    52    13   117     2 
	                             2     3    60     0     7    56     8    39     0    32 
	                             1     1     1   106    24   113   167    24 
	00150: CALL       
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,2] 
	00153: DELTAP1    
	00154: ALIGNRP    
	00155: MIRP[srp0,nmd,rd,0] 
	00156: MIRP[nrp0,nmd,rd,0] 
	00157: SRP0       
	00158: MIRP[srp0,md,rd,1] 
	00159: ALIGNRP    
	00160: SRP0       
	00161: MIRP[srp0,nmd,rd,2] 
	00162: CALL       
	00163: ALIGNRP    
	00164: SRP0       
	00165: MIRP[nrp0,nmd,rd,0] 
	00166: SRP0       
	00167: MIRP[srp0,nmd,rd,0] 
	00168: MIRP[nrp0,nmd,rd,0] 
	00169: SRP0       
	00170: MIRP[srp0,md,rd,1] 
	00171: ALIGNRP    
	00172: SVTCA[y-axis] 
	00173: MIAP[rd+ci] 
	00174: MIRP[nrp0,md,rd,1] 
	00175: ALIGNRP    
	00176: SRP0       
	00177: MIRP[nrp0,md,rd,1] 
	00178: SRP0       
	00179: MIRP[srp0,md,rd,1] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: MIAP[rd+ci] 
	00182: MIRP[nrp0,md,rd,1] 
	00183: ALIGNRP    
	00184: SRP0       
	00185: MIRP[nrp0,md,rd,1] 
	00186: SRP0       
	00187: MIRP[srp0,md,rd,1] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: SVTCA[x-axis] 
	00190: SRP1       
	00191: SRP2       
	00192: IP         
	00193: SRP1       
	00194: SRP2       
	00195: IP         
	00196: SVTCA[y-axis] 
	00197: SRP0       
	00198: MDRP[nrp0,md,nrd,1] 
	00199: SRP0       
	00200: MDRP[nrp0,md,nrd,1] 
	00201: IUP[y]     
	00202: IUP[x]     
	00203: SVTCA[x-axis] 
	00204: DELTAP2    
	00205: DELTAP2    
	00206: DELTAP2    
	00207: DELTAP2    
	00208: DELTAP2    
	00209: DELTAP2    
	00210: DELTAP2    
	00211: DELTAP2    
	00212: DELTAP2    
	00213: DELTAP2    
	00214: SVTCA[y-axis] 
	00215: DELTAP3    
	00216: DELTAP2    
	00217: SVTCA[x-axis] 
	00218: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual                 X-Short On
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:  YDual               Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    87,  1272)  ->  Abs (    87,  1272)
	  1: Rel (     0,   209)  ->  Abs (    87,  1481)
	  2: Rel (   193,     0)  ->  Abs (   280,  1481)
	  3: Rel (     0,  -165)  ->  Abs (   280,  1316)
	  4: Rel (     0,  -134)  ->  Abs (   280,  1182)
	  5: Rel (   -31,   -59)  ->  Abs (   249,  1123)
	  6: Rel (   -43,   -81)  ->  Abs (   206,  1042)
	  7: Rel (   -91,   -41)  ->  Abs (   115,  1001)
	  8: Rel (   -44,    71)  ->  Abs (    71,  1072)
	  9: Rel (    54,    22)  ->  Abs (   125,  1094)
	 10: Rel (    53,    95)  ->  Abs (   178,  1189)
	 11: Rel (     3,    83)  ->  Abs (   181,  1272)
	 12: Rel (   216,     0)  ->  Abs (   397,  1272)
	 13: Rel (     0,   209)  ->  Abs (   397,  1481)
	 14: Rel (   193,     0)  ->  Abs (   590,  1481)
	 15: Rel (     0,  -165)  ->  Abs (   590,  1316)
	 16: Rel (     0,  -134)  ->  Abs (   590,  1182)
	 17: Rel (   -31,   -59)  ->  Abs (   559,  1123)
	 18: Rel (   -43,   -81)  ->  Abs (   516,  1042)
	 19: Rel (   -91,   -41)  ->  Abs (   425,  1001)
	 20: Rel (   -44,    71)  ->  Abs (   381,  1072)
	 21: Rel (    54,    22)  ->  Abs (   435,  1094)
	 22: Rel (    53,    95)  ->  Abs (   488,  1189)
	 23: Rel (     3,    83)  ->  Abs (   491,  1272)

	Glyph 181: off = 0x0000C2B8, len = 174
	  numberOfContours:	1
	  xMin:			128
	  yMin:			1011
	  xMax:			337
	  yMax:			1491

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	126
	00000: NPUSHB      (54):   123     8   140     8     2    13     8     1   253     7 
	                             1   222     7   239     7     2   189     7   207     7 
	                             2   155     7   174     7     2    90     7   108     7 
	                             2     8     7    11     0     3   249     2     2     1 
	                            11     0    60     1     8    56   111     1   127     1 
	                           143     1     3     1 
	00056: PUSHW[1]            336 
	00059: NPUSHB      (21):     7     0     1     0     7    56     8    39     0    60 
	                             3     3    32     2     1     2    25    12   157   121 
	                            24 
	00082: CALL       
	00083: FLIPOFF    
	00084: SRP0       
	00085: MIRP[srp0,nmd,rd,0] 
	00086: DELTAP1    
	00087: ALIGNRP    
	00088: FLIPON     
	00089: SRP0       
	00090: MIRP[srp0,md,rd,1] 
	00091: MIRP[srp0,nmd,rd,0] 
	00092: MIRP[nrp0,nmd,rd,0] 
	00093: SRP0       
	00094: ALIGNRP    
	00095: SVTCA[y-axis] 
	00096: MIAP[rd+ci] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: DELTAP1    
	00099: SVTCA[x-axis] 
	00100: MIRP[nrp0,nmd,rd,0] 
	00101: SVTCA[y-axis] 
	00102: SRP0       
	00103: MIRP[srp0,md,rd,1] 
	00104: ALIGNRP    
	00105: SRP0       
	00106: ALIGNRP    
	00107: SRP0       
	00108: MIRP[nrp0,md,rd,1] 
	00109: SVTCA[x-axis] 
	00110: SRP1       
	00111: IP         
	00112: SVTCA[y-axis] 
	00113: SRP0       
	00114: MDRP[nrp0,md,nrd,1] 
	00115: IUP[y]     
	00116: IUP[x]     
	00117: SVTCA[x-axis] 
	00118: DELTAP2    
	00119: DELTAP2    
	00120: DELTAP2    
	00121: DELTAP2    
	00122: DELTAP2    
	00123: SVTCA[y-axis] 
	00124: DELTAP3    
	00125: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   321,  1220)  ->  Abs (   321,  1220)
	  1: Rel (     0,  -209)  ->  Abs (   321,  1011)
	  2: Rel (  -193,     0)  ->  Abs (   128,  1011)
	  3: Rel (     0,   165)  ->  Abs (   128,  1176)
	  4: Rel (     0,   134)  ->  Abs (   128,  1310)
	  5: Rel (    32,    60)  ->  Abs (   160,  1370)
	  6: Rel (    42,    80)  ->  Abs (   202,  1450)
	  7: Rel (    91,    41)  ->  Abs (   293,  1491)
	  8: Rel (    44,   -70)  ->  Abs (   337,  1421)
	  9: Rel (   -55,   -23)  ->  Abs (   282,  1398)
	 10: Rel (   -52,   -91)  ->  Abs (   230,  1307)
	 11: Rel (    -3,   -87)  ->  Abs (   227,  1220)

	Glyph 182: off = 0x0000C366, len = 164
	  numberOfContours:	1
	  xMin:			108
	  yMin:			1001
	  xMax:			317
	  yMax:			1481

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	116
	00000: NPUSHB      (38):   211     7   227     7     2   177     7   195     7     2 
	                           242     8     1   147     8   161     8     2   115     8 
	                           130     8     2    85     8   101     8     2     2     8 
	                             1     8    11     3     0     8   171     7 
	00040: PUSHW[1]            336 
	00043: NPUSHB      (30):     1     3   249     2     2     1    11     0    60     1 
	                             0     2     3    60     0     7    56     8    39     0 
	                             0    32     1     1     1    25    12   157   121    24 
	00075: CALL       
	00076: FLIPOFF    
	00077: SRP0       
	00078: MIRP[srp0,nmd,rd,0] 
	00079: DELTAP1    
	00080: ALIGNRP    
	00081: FLIPON     
	00082: SRP0       
	00083: MIRP[srp0,nmd,rd,0] 
	00084: MIRP[nrp0,nmd,rd,0] 
	00085: SRP0       
	00086: MIRP[srp0,md,rd,1] 
	00087: ALIGNRP    
	00088: SVTCA[y-axis] 
	00089: MIAP[rd+ci] 
	00090: MIRP[srp0,md,rd,1] 
	00091: ALIGNRP    
	00092: SRP0       
	00093: ALIGNRP    
	00094: SRP0       
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP0       
	00097: MIRP[srp0,md,rd,1] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: SVTCA[x-axis] 
	00100: SRP1       
	00101: SRP2       
	00102: IP         
	00103: SVTCA[y-axis] 
	00104: MDRP[nrp0,md,nrd,1] 
	00105: IUP[y]     
	00106: IUP[x]     
	00107: SVTCA[y-axis] 
	00108: DELTAP3    
	00109: DELTAP2    
	00110: DELTAP2    
	00111: DELTAP2    
	00112: DELTAP2    
	00113: SVTCA[x-axis] 
	00114: DELTAP2    
	00115: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   124,  1272)  ->  Abs (   124,  1272)
	  1: Rel (     0,   209)  ->  Abs (   124,  1481)
	  2: Rel (   193,     0)  ->  Abs (   317,  1481)
	  3: Rel (     0,  -165)  ->  Abs (   317,  1316)
	  4: Rel (     0,  -134)  ->  Abs (   317,  1182)
	  5: Rel (   -31,   -59)  ->  Abs (   286,  1123)
	  6: Rel (   -43,   -81)  ->  Abs (   243,  1042)
	  7: Rel (   -91,   -41)  ->  Abs (   152,  1001)
	  8: Rel (   -44,    71)  ->  Abs (   108,  1072)
	  9: Rel (    54,    22)  ->  Abs (   162,  1094)
	 10: Rel (    53,    95)  ->  Abs (   215,  1189)
	 11: Rel (     3,    83)  ->  Abs (   218,  1272)

	Glyph 183: off = 0x0000C40A, len = 162
	  numberOfContours:	3
	  xMin:			78
	  yMin:			319
	  xMax:			1046
	  yMax:			1127

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11

	  Length of Instructions:	108
	00000: PUSHB[6]              8    60     0     9     1     9 
	00007: PUSHW[1]            681 
	00010: NPUSHB       (9):    64     5     1     5   249     0     6     1     6 
	00021: PUSHW[1]            681 
	00024: NPUSHB      (51):     0    60   176     1     1    48     1   144     1     2 
	                           192     1   224     1     2    80     1   112     1     2 
	                             1     7   110     2    60     0   110     6     4   110 
	                            11    60     9     6     9   110    64     5    80     5 
	                           144     5   160     5     4     5   113    12   113   140 
	                            24 
	00077: CALL       
	00078: FLIPOFF    
	00079: SRP0       
	00080: MIRP[srp0,nmd,rd,0] 
	00081: DELTAP1    
	00082: FLIPON     
	00083: MIRP[nrp0,nmd,rd,0] 
	00084: ALIGNRP    
	00085: SRP0       
	00086: MIRP[srp0,md,rd,1] 
	00087: MIRP[nrp0,nmd,rd,0] 
	00088: SRP0       
	00089: MIRP[srp0,nmd,rd,0] 
	00090: MIRP[srp0,md,rd,1] 
	00091: MIRP[nrp0,nmd,rd,0] 
	00092: SVTCA[y-axis] 
	00093: MDAP[rd]   
	00094: DELTAP1    
	00095: DELTAP1    
	00096: DELTAP2    
	00097: DELTAP2    
	00098: MIRP[srp0,md,rd,1] 
	00099: MIRP[srp0,nmd,rd,2] 
	00100: DELTAP2    
	00101: MIRP[srp0,md,rd,1] 
	00102: DELTAP2    
	00103: MIRP[srp0,nmd,rd,2] 
	00104: DELTAP2    
	00105: MIRP[nrp0,md,rd,1] 
	00106: IUP[y]     
	00107: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:                                      On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:                                      On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   459,   922)  ->  Abs (   459,   922)
	  1: Rel (     0,   205)  ->  Abs (   459,  1127)
	  2: Rel (   205,     0)  ->  Abs (   664,  1127)
	  3: Rel (     0,  -205)  ->  Abs (   664,   922)
	  4: Rel (   382,  -283)  ->  Abs (  1046,   639)
	  5: Rel (  -968,     0)  ->  Abs (    78,   639)
	  6: Rel (     0,   168)  ->  Abs (    78,   807)
	  7: Rel (   968,     0)  ->  Abs (  1046,   807)
	  8: Rel (  -587,  -488)  ->  Abs (   459,   319)
	  9: Rel (     0,   205)  ->  Abs (   459,   524)
	 10: Rel (   205,     0)  ->  Abs (   664,   524)
	 11: Rel (     0,  -205)  ->  Abs (   664,   319)

	Glyph 184: off = 0x0000C4AC, len = 210
	  numberOfContours:	2
	  xMin:			47
	  yMin:			0
	  xMax:			967
	  yMax:			1422

	EndPoints
	---------
	  0:  5
	  1:  9

	  Length of Instructions:	151
	00000: NPUSHB      (93):     9     6     9     8     6   133     0     1    20     0 
	                             6     7     0     1     6     7     6     9     7   133 
	                             4     5    20     4     7     8     4     5     9     8 
	                             9     6     8   133     2     1    20     2     8     7 
	                             2     1     8     7     8     9     7   133     4     3 
	                            20     4     7     6     4     3     5     0     3     2 
	                             7     9     6     8     8     1     4     8     6     4 
	                             7     9     1     6     3     0     5     0     2     3 
	                             8    15     1     1     1   105    11     4   105    10 
	                           158   121    24 
	00095: CALL       
	00096: SRP0       
	00097: MIRP[nrp0,nmd,rd,2] 
	00098: SRP0       
	00099: MIRP[nrp0,nmd,rd,2] 
	00100: DELTAP1    
	00101: SVTCA[y-axis] 
	00102: MIAP[rd+ci] 
	00103: ALIGNRP    
	00104: MIAP[rd+ci] 
	00105: ALIGNRP    
	00106: SRP2       
	00107: SLOOP      
	00108: IP         
	00109: SVTCA[x-axis] 
	00110: SRP1       
	00111: SRP2       
	00112: SLOOP      
	00113: IP         
	00114: SDPVTL[1]  
	00115: SFVTL[=p1,p2] 
	00116: MDAP[nrd]  
	00117: CALL       
	00118: SFVTL[=p1,p2] 
	00119: RDTG       
	00120: SRP0       
	00121: MDRP[nrp0,nmd,rd,0] 
	00122: SDPVTL[1]  
	00123: SFVTL[=p1,p2] 
	00124: MDAP[nrd]  
	00125: RTG        
	00126: CALL       
	00127: SFVTL[=p1,p2] 
	00128: RDTG       
	00129: SRP0       
	00130: MDRP[nrp0,nmd,rd,0] 
	00131: SDPVTL[1]  
	00132: SFVTL[=p1,p2] 
	00133: MDAP[nrd]  
	00134: RTG        
	00135: CALL       
	00136: SFVTL[=p1,p2] 
	00137: RDTG       
	00138: SRP0       
	00139: MDRP[nrp0,nmd,rd,0] 
	00140: SDPVTL[1]  
	00141: SFVTL[=p1,p2] 
	00142: MDAP[nrd]  
	00143: RTG        
	00144: CALL       
	00145: SFVTL[=p1,p2] 
	00146: RDTG       
	00147: SRP0       
	00148: MDRP[nrp0,nmd,rd,0] 
	00149: IUP[y]     
	00150: IUP[x]     

	Flags
	-----
	  0:              Rep-  2                 On
	  3:  YDual                       X-Short On
	  4:                                      On
	  5:                                      On
	  6:        XDual         Y-Short X-Short On
	  7:              Rep-  2                 On

	Coordinates
	-----------
	  0: Rel (   549,  1422)  ->  Abs (   549,  1422)
	  1: Rel (   418,  -713)  ->  Abs (   967,   709)
	  2: Rel (  -418,  -709)  ->  Abs (   549,     0)
	  3: Rel (  -111,     0)  ->  Abs (   438,     0)
	  4: Rel (  -391,   709)  ->  Abs (    47,   709)
	  5: Rel (   391,   713)  ->  Abs (   438,  1422)
	  6: Rel (    57,   -97)  ->  Abs (   495,  1325)
	  7: Rel (  -340,  -616)  ->  Abs (   155,   709)
	  8: Rel (   340,  -615)  ->  Abs (   495,    94)
	  9: Rel (   359,   615)  ->  Abs (   854,   709)

	Glyph 185: off = 0x0000C57E, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			33
	  yMin:			-431
	  xMax:			1006
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	182
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     1     1     2     2    34 
	00007: PUSHW[2]            546    41 
	00012: SVTCA[y-axis] 
	00013: CALL       
	00014: SVTCA[x-axis] 
	00015: PUSHB[2]              6     2 
	00018: RS         
	00019: EQ         
	00020: IF         
	00021: PUSHB[6]              0    27    34    11    19    65 
	00028: CALL       
	00029: ELSE       
	00030: PUSHW[2]             31   -64 
	00035: NPUSHB      (15):    43    48    52    15    31    31    31   240    31     3 
	                            31    15    98    72    43 
	00052: CALL       
	00053: DELTAP2    
	00054: CALL       
	00055: EIF        
	00056: SHC[rp1,zp0] 
	00057: SHC[rp1,zp0] 

	Glyph 186: off = 0x0000C5D2, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1350
	  yMax:			1761

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	336
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     2     1    17    11     0    72    43     1     2     2 
	                            20 
	00013: PUSHW[3]            545    41   356 
	00020: SCANCTRL   
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: SHC[rp1,zp0] 
	00026: SHC[rp1,zp0] 

	Glyph 187: off = 0x0000C608, len = 88
	  numberOfContours:	1
	  xMin:			-455
	  yMin:			-57
	  xMax:			803
	  yMax:			1491

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	57
	00000: NPUSHB      (12):     1     0     0    63     3     2    20     3     3     2 
	                             0     3 
	00014: PUSHW[1]            381 
	00017: NPUSHB      (10):     2     1     0     2    26     5     1    25     4   206 
	00029: PUSHW[2]            428    24 
	00034: CALL       
	00035: RTHG       
	00036: FLIPOFF    
	00037: SRP0       
	00038: MIRP[nrp0,nmd,rd,0] 
	00039: SRP0       
	00040: MIRP[nrp0,nmd,rd,2] 
	00041: SVTCA[y-axis] 
	00042: RTG        
	00043: MIAP[rd+ci] 
	00044: ALIGNRP    
	00045: FLIPON     
	00046: MIRP[nrp0,md,rd,1] 
	00047: IP         
	00048: SDPVTL[1]  
	00049: SFVTCA[x-axis] 
	00050: MDAP[nrd]  
	00051: CALL       
	00052: RDTG       
	00053: SRP0       
	00054: MDRP[nrp0,nmd,rd,0] 
	00055: IUP[y]     
	00056: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On

	Coordinates
	-----------
	  0: Rel (  -455,   -57)  ->  Abs (  -455,   -57)
	  1: Rel (  1101,  1548)  ->  Abs (   646,  1491)
	  2: Rel (   157,     0)  ->  Abs (   803,  1491)
	  3: Rel ( -1101, -1548)  ->  Abs (  -298,   -57)

	Glyph 188: off = 0x0000C660, len = 338
	  numberOfContours:	1
	  xMin:			-28
	  yMin:			-25
	  xMax:			1107
	  yMax:			1491

	EndPoints
	---------
	  0:  47

	  Length of Instructions:	190
	00000: PUSHB[4]            102     2     1    18 
	00005: PUSHW[1]            -32 
	00008: PUSHB[4]             13    17    52     4 
	00013: PUSHW[1]            -32 
	00016: PUSHB[4]              9    17    52    17 
	00021: PUSHW[1]            -32 
	00024: PUSHB[4]              9    17    52    45 
	00029: PUSHW[1]            -52 
	00032: NPUSHB      (22):    14    28    52    45    43    46    46     0    38    23 
	                            32    14    28    52    23    25    22    22    30    20 
	                             7    38 
	00056: PUSHW[1]            595 
	00059: PUSHB[5]              8   143    37     1    37 
	00065: PUSHW[1]            595 
	00068: PUSHB[3]             31    15    30 
	00072: PUSHW[1]            595 
	00075: NPUSHB      (46):    14    31    31    20     0    30    43     3    20    30 
	                            25     9    13    16     9     6     4    14    29    32 
	                            36    39     4    11    38    31    34    30    15    14 
	                            14    11     8     7     7    11    45    46    46    23 
	                            49    37    30    11    38    34 
	00123: MDAP[rd]   
	00124: MIRP[nrp0,md,rd,1] 
	00125: MDRP[srp0,nmd,rd,0] 
	00126: ALIGNRP    
	00127: SRP0       
	00128: MDRP[srp0,nmd,rd,2] 
	00129: ALIGNRP    
	00130: SRP1       
	00131: SHP[rp1,zp0] 
	00132: SRP1       
	00133: IP         
	00134: MDAP[rd]   
	00135: SHP[rp1,zp0] 
	00136: SRP2       
	00137: IP         
	00138: MDAP[rd]   
	00139: SHP[rp1,zp0] 
	00140: SRP1       
	00141: SRP2       
	00142: IP         
	00143: IP         
	00144: SRP1       
	00145: SLOOP      
	00146: IP         
	00147: SRP2       
	00148: SLOOP      
	00149: IP         
	00150: SVTCA[y-axis] 
	00151: MIAP[rd+ci] 
	00152: MIRP[nrp0,md,rd,1] 
	00153: MIAP[rd+ci] 
	00154: MIRP[nrp0,md,rd,1] 
	00155: SRP1       
	00156: IP         
	00157: MDAP[rd]   
	00158: ALIGNRP    
	00159: MIRP[srp0,md,rd,1] 
	00160: ALIGNRP    
	00161: SRP0       
	00162: MIRP[srp0,nmd,rd,2] 
	00163: DELTAP1    
	00164: ALIGNRP    
	00165: MIRP[srp0,md,rd,1] 
	00166: ALIGNRP    
	00167: SRP1       
	00168: SRP2       
	00169: IP         
	00170: MDAP[rd]   
	00171: SRP2       
	00172: IP         
	00173: CALL       
	00174: SVTCA[y-axis] 
	00175: SRP1       
	00176: SRP2       
	00177: IP         
	00178: RTG        
	00179: MDAP[rd]   
	00180: SRP2       
	00181: IP         
	00182: CALL       
	00183: IUP[y]     
	00184: IUP[x]     
	00185: SVTCA[x-axis] 
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual                               On
	  8:                      Y-Short X-Short On
	  9:  YDual                               On
	 10:                      Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:        XDual         Y-Short X-Short On
	 14:  YDual                               On
	 15:                      Y-Short X-Short On
	 16:  YDual                               On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:        XDual         Y-Short         On
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                               Off
	 27:                              X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual                       X-Short On
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual                 X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual                       X-Short On
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual                 X-Short On
	 40:        XDual                 X-Short Off
	 41:  YDual               Y-Short         On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short On
	 46:                      Y-Short X-Short On
	 47:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   790,  1325)  ->  Abs (   790,  1325)
	  1: Rel (  -168,     0)  ->  Abs (   622,  1325)
	  2: Rel (  -114,   -81)  ->  Abs (   508,  1244)
	  3: Rel (   -68,   -48)  ->  Abs (   440,  1196)
	  4: Rel (   -55,   -88)  ->  Abs (   385,  1108)
	  5: Rel (   -56,   -91)  ->  Abs (   329,  1017)
	  6: Rel (   -10,   -82)  ->  Abs (   319,   935)
	  7: Rel (   682,     0)  ->  Abs (  1001,   935)
	  8: Rel (   -27,  -134)  ->  Abs (   974,   801)
	  9: Rel (  -671,     0)  ->  Abs (   303,   801)
	 10: Rel (    -1,   -21)  ->  Abs (   302,   780)
	 11: Rel (     0,   -19)  ->  Abs (   302,   761)
	 12: Rel (     0,   -77)  ->  Abs (   302,   684)
	 13: Rel (     1,   -15)  ->  Abs (   303,   669)
	 14: Rel (   644,     0)  ->  Abs (   947,   669)
	 15: Rel (   -28,  -134)  ->  Abs (   919,   535)
	 16: Rel (  -595,     0)  ->  Abs (   324,   535)
	 17: Rel (    42,  -229)  ->  Abs (   366,   306)
	 18: Rel (   160,   -96)  ->  Abs (   526,   210)
	 19: Rel (   115,   -69)  ->  Abs (   641,   141)
	 20: Rel (   134,     0)  ->  Abs (   775,   141)
	 21: Rel (   187,     0)  ->  Abs (   962,   141)
	 22: Rel (   105,    98)  ->  Abs (  1067,   239)
	 23: Rel (     0,  -206)  ->  Abs (  1067,    33)
	 24: Rel (  -125,   -58)  ->  Abs (   942,   -25)
	 25: Rel (  -151,     0)  ->  Abs (   791,   -25)
	 26: Rel (  -452,     0)  ->  Abs (   339,   -25)
	 27: Rel (  -159,   376)  ->  Abs (   180,   351)
	 28: Rel (   -32,    76)  ->  Abs (   148,   427)
	 29: Rel (   -23,   108)  ->  Abs (   125,   535)
	 30: Rel (  -153,     0)  ->  Abs (   -28,   535)
	 31: Rel (    28,   134)  ->  Abs (     0,   669)
	 32: Rel (   105,     0)  ->  Abs (   105,   669)
	 33: Rel (    -3,    42)  ->  Abs (   102,   711)
	 34: Rel (     0,    49)  ->  Abs (   102,   760)
	 35: Rel (     0,    20)  ->  Abs (   102,   780)
	 36: Rel (     1,    21)  ->  Abs (   103,   801)
	 37: Rel (  -131,     0)  ->  Abs (   -28,   801)
	 38: Rel (    28,   134)  ->  Abs (     0,   935)
	 39: Rel (   116,     0)  ->  Abs (   116,   935)
	 40: Rel (    62,   326)  ->  Abs (   178,  1261)
	 41: Rel (   261,   142)  ->  Abs (   439,  1403)
	 42: Rel (   161,    88)  ->  Abs (   600,  1491)
	 43: Rel (   194,     0)  ->  Abs (   794,  1491)
	 44: Rel (   186,     0)  ->  Abs (   980,  1491)
	 45: Rel (   127,   -81)  ->  Abs (  1107,  1410)
	 46: Rel (   -40,  -186)  ->  Abs (  1067,  1224)
	 47: Rel (  -122,   101)  ->  Abs (   945,  1325)

	Glyph 189: off = 0x0000C7B2, len = 114
	  numberOfContours:	1
	  xMin:			92
	  yMin:			72
	  xMax:			556
	  yMax:			984

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	76
	00000: PUSHW[2]              0   -18 
	00005: PUSHB[3]             22    57     0 
	00009: PUSHW[1]            -18 
	00012: NPUSHB      (10):    23    57     7     0    23     0   167     0     3     4 
	00024: PUSHW[1]            459 
	00027: NPUSHB      (22):     2     1   249     2   117     0     5   213     4   117 
	                             0    60    32     3    48     3   144     3     3     3 
	                           106     6 
	00051: PUSHW[1]            331 
	00054: PUSHB[2]             90    24 
	00057: CALL       
	00058: SRP0       
	00059: MIRP[srp0,nmd,rd,2] 
	00060: DELTAP1    
	00061: MIRP[srp0,md,rd,1] 
	00062: MIRP[srp0,nmd,rd,2] 
	00063: MIRP[nrp0,md,rd,1] 
	00064: SRP0       
	00065: MIRP[srp0,nmd,rd,2] 
	00066: MIRP[nrp0,md,rd,1] 
	00067: SVTCA[y-axis] 
	00068: MDAP[rd]   
	00069: MIRP[nrp0,md,rd,1] 
	00070: IUP[y]     
	00071: IUP[x]     
	00072: SVTCA[x-axis] 
	00073: DELTAP1    
	00074: CALL       
	00075: CALL       

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual                       X-Short On
	  3:                                      On
	  4:                                      On
	  5:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   291,   527)  ->  Abs (   291,   527)
	  1: Rel (   265,  -455)  ->  Abs (   556,    72)
	  2: Rel (  -149,     0)  ->  Abs (   407,    72)
	  3: Rel (  -315,   455)  ->  Abs (    92,   527)
	  4: Rel (   315,   457)  ->  Abs (   407,   984)
	  5: Rel (   149,     0)  ->  Abs (   556,   984)

	Glyph 190: off = 0x0000C824, len = 90
	  numberOfContours:	1
	  xMin:			92
	  yMin:			72
	  xMax:			545
	  yMax:			984

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	52
	00000: PUSHB[6]              7     3    23     3     2     2 
	00007: PUSHW[1]            459 
	00010: NPUSHB      (23):     4     5   249     4     1   249     2   117     4   117 
	                             0    60    63     3   159     3     2     3   106     7 
	                           113   178    24 
	00035: CALL       
	00036: SRP0       
	00037: MIRP[srp0,nmd,rd,2] 
	00038: DELTAP1    
	00039: MIRP[srp0,md,rd,1] 
	00040: MIRP[nrp0,nmd,rd,2] 
	00041: MIRP[srp0,nmd,rd,2] 
	00042: MIRP[nrp0,md,rd,1] 
	00043: SRP0       
	00044: MIRP[nrp0,md,rd,1] 
	00045: SVTCA[y-axis] 
	00046: MDAP[rd]   
	00047: MIRP[nrp0,md,rd,1] 
	00048: IUP[y]     
	00049: IUP[x]     
	00050: SVTCA[x-axis] 
	00051: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                                      On
	  5:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   357,   530)  ->  Abs (   357,   530)
	  1: Rel (  -265,   454)  ->  Abs (    92,   984)
	  2: Rel (   149,     0)  ->  Abs (   241,   984)
	  3: Rel (   304,  -448)  ->  Abs (   545,   536)
	  4: Rel (  -304,  -464)  ->  Abs (   241,    72)
	  5: Rel (  -149,     0)  ->  Abs (    92,    72)

	Glyph 191: off = 0x0000C87E, len = 376
	  numberOfContours:	3
	  xMin:			23
	  yMin:			0
	  xMax:			885
	  yMax:			1491

	EndPoints
	---------
	  0:  21
	  1:  25
	  2:  29

	  Length of Instructions:	284
	00000: NPUSHB      (45):    22     8    11    13    25    10     8    25   126    24 
	                             0    13    28     8     1    19     2    43     3    28 
	                            18    18    17    17     4     4     3     6    26    21 
	                            10    23    22    22    27    27    26    64    29    24 
	                            25    25    28    28    29 
	00047: PUSHW[1]            -16 
	00050: NPUSHB      (11):    15    16     2    85    29    16    13    13     2    85 
	                            29 
	00063: PUSHW[1]            -24 
	00066: NPUSHB      (11):    12    12     2    85    29    12    16    16     6    85 
	                            29 
	00079: PUSHW[1]            -22 
	00082: NPUSHB      (41):    11    12     6    85   159    29   191    29   255    29 
	                             3    29    26    31   144    10   176    10     2    10 
	                            40    18    18    19   187    17    20    20    21    64 
	                             0     5     4     4     1     1     0   146     2     2 
	                             3 
	00125: PUSHW[1]            -28 
	00128: PUSHB[5]             14    16     2    85     3 
	00134: PUSHW[1]            -20 
	00137: PUSHB[5]             13    13     2    85     3 
	00143: PUSHW[1]            -14 
	00146: PUSHB[5]             12    12     2    85     3 
	00152: PUSHW[1]             -6 
	00155: PUSHB[5]             11    11     2    85     3 
	00161: PUSHW[1]            -20 
	00164: PUSHB[5]             13    13     6    85     3 
	00170: PUSHW[1]            -14 
	00173: NPUSHB      (10):    11    12     6    85     3    25    30   124    80    24 
	00185: CALL       
	00186: FLIPOFF    
	00187: SRP0       
	00188: MIRP[srp0,nmd,rd,0] 
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: ALIGNRP    
	00196: FLIPON     
	00197: SRP0       
	00198: MIRP[srp0,nmd,rd,0] 
	00199: ALIGNRP    
	00200: SRP0       
	00201: ALIGNRP    
	00202: SRP0       
	00203: ALIGNRP    
	00204: SRP0       
	00205: MIRP[srp0,md,rd,1] 
	00206: ALIGNRP    
	00207: SRP0       
	00208: ALIGNRP    
	00209: MIRP[srp0,nmd,rd,0] 
	00210: ALIGNRP    
	00211: SRP0       
	00212: MIRP[nrp0,nmd,rd,0] 
	00213: DELTAP1    
	00214: FLIPOFF    
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,2] 
	00217: DELTAP2    
	00218: CALL       
	00219: CALL       
	00220: CALL       
	00221: CALL       
	00222: CALL       
	00223: ALIGNRP    
	00224: SRP0       
	00225: ALIGNRP    
	00226: SRP0       
	00227: ALIGNRP    
	00228: FLIPON     
	00229: SRP0       
	00230: MIRP[srp0,md,rd,1] 
	00231: ALIGNRP    
	00232: SRP0       
	00233: ALIGNRP    
	00234: SRP0       
	00235: ALIGNRP    
	00236: SVTCA[y-axis] 
	00237: MIAP[rd+ci] 
	00238: ALIGNRP    
	00239: MIAP[rd+ci] 
	00240: ALIGNRP    
	00241: SRP0       
	00242: ALIGNRP    
	00243: SRP0       
	00244: ALIGNRP    
	00245: SRP0       
	00246: ALIGNRP    
	00247: SRP0       
	00248: MIRP[srp0,md,rd,1] 
	00249: ALIGNRP    
	00250: MIAP[rd+ci] 
	00251: MIRP[nrp0,md,rd,1] 
	00252: MIAP[rd+ci] 
	00253: MIRP[nrp0,md,rd,1] 
	00254: SRP2       
	00255: IP         
	00256: SRP1       
	00257: SRP2       
	00258: IP         
	00259: IUP[y]     
	00260: IUP[x]     
	00261: RS         
	00262: JROF       
	00263: NPUSHB      (14):    14    15     6     7    14     7    16    27     0    15 
	                             6    13    27     1 
	00279: CALL       
	00280: SVTCA[x-axis] 
	00281: CALL       
	00282: FLIPRGON   
	00283: FLIPRGON   

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         On
	 18:  YDual XDual                 X-Short On
	 19:        XDual         Y-Short         On
	 20:  YDual                       X-Short On
	 21:        XDual                         On
	 22:                                      On
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual                 X-Short On
	 25:        XDual         Y-Short         On
	 26:                              X-Short On
	 27:        XDual                         On
	 28:  YDual XDual                 X-Short On
	 29:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   183,     0)  ->  Abs (   183,     0)
	  1: Rel (     0,   923)  ->  Abs (   183,   923)
	  2: Rel (  -160,     0)  ->  Abs (    23,   923)
	  3: Rel (     0,   139)  ->  Abs (    23,  1062)
	  4: Rel (   160,     0)  ->  Abs (   183,  1062)
	  5: Rel (     0,   103)  ->  Abs (   183,  1165)
	  6: Rel (     0,   158)  ->  Abs (   183,  1323)
	  7: Rel (   136,   168)  ->  Abs (   319,  1491)
	  8: Rel (   147,     0)  ->  Abs (   466,  1491)
	  9: Rel (    99,     0)  ->  Abs (   565,  1491)
	 10: Rel (    84,   -23)  ->  Abs (   649,  1468)
	 11: Rel (   -28,  -152)  ->  Abs (   621,  1316)
	 12: Rel (   -53,     9)  ->  Abs (   568,  1325)
	 13: Rel (   -44,     0)  ->  Abs (   524,  1325)
	 14: Rel (   -93,     0)  ->  Abs (   431,  1325)
	 15: Rel (   -68,   -74)  ->  Abs (   363,  1251)
	 16: Rel (     0,  -120)  ->  Abs (   363,  1131)
	 17: Rel (     0,   -69)  ->  Abs (   363,  1062)
	 18: Rel (   206,     0)  ->  Abs (   569,  1062)
	 19: Rel (     0,  -139)  ->  Abs (   569,   923)
	 20: Rel (  -206,     0)  ->  Abs (   363,   923)
	 21: Rel (     0,  -923)  ->  Abs (   363,     0)
	 22: Rel (   342,  1259)  ->  Abs (   705,  1259)
	 23: Rel (     0,   207)  ->  Abs (   705,  1466)
	 24: Rel (   180,     0)  ->  Abs (   885,  1466)
	 25: Rel (     0,  -207)  ->  Abs (   885,  1259)
	 26: Rel (  -180, -1259)  ->  Abs (   705,     0)
	 27: Rel (     0,  1062)  ->  Abs (   705,  1062)
	 28: Rel (   180,     0)  ->  Abs (   885,  1062)
	 29: Rel (     0, -1062)  ->  Abs (   885,     0)

	Glyph 192: off = 0x0000C9F6, len = 364
	  numberOfContours:	2
	  xMin:			23
	  yMin:			0
	  xMax:			883
	  yMax:			1491

	EndPoints
	---------
	  0:  21
	  1:  25

	  Length of Instructions:	285
	00000: NPUSHB      (42):    22     8    11    13     3    10     8    24    24    23 
	                             0    19    20    20     1     1     2    43     3    18 
	                            17    17     4     4     3     6    13    28     8     1 
	                            25    22    22     0    21    10    23    22    64    25 
	                            25    24 
	00044: PUSHW[1]            -12 
	00047: NPUSHB      (11):    15    16     2    85    24    14    13    13     2    85 
	                            24 
	00060: PUSHW[1]            -24 
	00063: NPUSHB      (11):    12    12     2    85    24    12    16    16     6    85 
	                            24 
	00076: PUSHW[1]            -22 
	00079: NPUSHB      (44):    11    12     6    85   159    24   191    24   255    24 
	                             3    24    26    27   144    10   176    10     2    10 
	                            40    18    18    19   187    20    16    17    17    20 
	                            20    21    64     0     5     4     4     1     1     0 
	                           146     2     2     3 
	00125: PUSHW[1]            -28 
	00128: PUSHB[5]             14    16     2    85     3 
	00134: PUSHW[1]            -20 
	00137: PUSHB[5]             13    13     2    85     3 
	00143: PUSHW[1]            -14 
	00146: PUSHB[5]             12    12     2    85     3 
	00152: PUSHW[1]             -6 
	00155: PUSHB[5]             11    11     2    85     3 
	00161: PUSHW[1]            -20 
	00164: PUSHB[5]             13    13     6    85     3 
	00170: PUSHW[1]            -14 
	00173: NPUSHB      (10):    11    12     6    85     3    25    26   124    80    24 
	00185: CALL       
	00186: FLIPOFF    
	00187: SRP0       
	00188: MIRP[srp0,nmd,rd,0] 
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: ALIGNRP    
	00196: FLIPON     
	00197: SRP0       
	00198: MIRP[srp0,nmd,rd,0] 
	00199: ALIGNRP    
	00200: SRP0       
	00201: ALIGNRP    
	00202: SRP0       
	00203: ALIGNRP    
	00204: SRP0       
	00205: MIRP[srp0,md,rd,1] 
	00206: ALIGNRP    
	00207: SRP0       
	00208: ALIGNRP    
	00209: SRP0       
	00210: ALIGNRP    
	00211: SRP0       
	00212: MIRP[srp0,nmd,rd,0] 
	00213: ALIGNRP    
	00214: SRP0       
	00215: MIRP[nrp0,nmd,rd,0] 
	00216: DELTAP1    
	00217: FLIPOFF    
	00218: SRP0       
	00219: MIRP[srp0,nmd,rd,2] 
	00220: DELTAP2    
	00221: CALL       
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: ALIGNRP    
	00227: FLIPON     
	00228: SRP0       
	00229: MIRP[srp0,md,rd,1] 
	00230: ALIGNRP    
	00231: SVTCA[y-axis] 
	00232: MIAP[rd+ci] 
	00233: ALIGNRP    
	00234: ALIGNRP    
	00235: SRP0       
	00236: ALIGNRP    
	00237: MIAP[rd+ci] 
	00238: MIRP[nrp0,md,rd,1] 
	00239: MIAP[rd+ci] 
	00240: ALIGNRP    
	00241: SRP0       
	00242: ALIGNRP    
	00243: SRP0       
	00244: ALIGNRP    
	00245: SRP0       
	00246: MIRP[srp0,md,rd,1] 
	00247: ALIGNRP    
	00248: SRP0       
	00249: ALIGNRP    
	00250: SRP0       
	00251: ALIGNRP    
	00252: MIAP[rd+ci] 
	00253: ALIGNRP    
	00254: SRP1       
	00255: SRP2       
	00256: IP         
	00257: SRP1       
	00258: SRP2       
	00259: IP         
	00260: IUP[y]     
	00261: IUP[x]     
	00262: RS         
	00263: JROF       
	00264: NPUSHB      (14):    14    15     6     7    14     7    16    27     0    15 
	                             6    13    27     1 
	00280: CALL       
	00281: SVTCA[x-axis] 
	00282: CALL       
	00283: FLIPRGON   
	00284: FLIPRGON   

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         On
	 18:  YDual XDual                 X-Short On
	 19:        XDual         Y-Short         On
	 20:  YDual                       X-Short On
	 21:        XDual                         On
	 22:  YDual                               On
	 23:        XDual                         On
	 24:  YDual XDual                 X-Short On
	 25:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   183,     0)  ->  Abs (   183,     0)
	  1: Rel (     0,   923)  ->  Abs (   183,   923)
	  2: Rel (  -160,     0)  ->  Abs (    23,   923)
	  3: Rel (     0,   139)  ->  Abs (    23,  1062)
	  4: Rel (   160,     0)  ->  Abs (   183,  1062)
	  5: Rel (     0,   103)  ->  Abs (   183,  1165)
	  6: Rel (     0,   158)  ->  Abs (   183,  1323)
	  7: Rel (   136,   168)  ->  Abs (   319,  1491)
	  8: Rel (   147,     0)  ->  Abs (   466,  1491)
	  9: Rel (    99,     0)  ->  Abs (   565,  1491)
	 10: Rel (    84,   -23)  ->  Abs (   649,  1468)
	 11: Rel (   -28,  -152)  ->  Abs (   621,  1316)
	 12: Rel (   -53,     9)  ->  Abs (   568,  1325)
	 13: Rel (   -44,     0)  ->  Abs (   524,  1325)
	 14: Rel (   -93,     0)  ->  Abs (   431,  1325)
	 15: Rel (   -68,   -74)  ->  Abs (   363,  1251)
	 16: Rel (     0,  -120)  ->  Abs (   363,  1131)
	 17: Rel (     0,   -69)  ->  Abs (   363,  1062)
	 18: Rel (   206,     0)  ->  Abs (   569,  1062)
	 19: Rel (     0,  -139)  ->  Abs (   569,   923)
	 20: Rel (  -206,     0)  ->  Abs (   363,   923)
	 21: Rel (     0,  -923)  ->  Abs (   363,     0)
	 22: Rel (   340,     0)  ->  Abs (   703,     0)
	 23: Rel (     0,  1466)  ->  Abs (   703,  1466)
	 24: Rel (   180,     0)  ->  Abs (   883,  1466)
	 25: Rel (     0, -1466)  ->  Abs (   883,     0)

	Glyph 193: off = 0x0000CB62, len = 224
	  numberOfContours:	1
	  xMin:			73
	  yMin:			-346
	  xMax:			1058
	  yMax:			1446

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	152
	00000: NPUSHB      (81):    13    14    14     5     5     6    32     7     7    12 
	                            11    11     8   136    10     9     0    16    15    15 
	                             4     4     3    32     1     2     2    17    18    18 
	                             1   136    19     0    12    13    13    16    17   110 
	                            19    10    11    11    14    14    15    15    18    18 
	                            19    32     0     9     8     8     5     5     4     4 
	                             1     1     0   110     2     7     6     6     2     2 
	                            64     3   144     3     2     3    62    20   112   140 
	                            24 
	00083: CALL       
	00084: SRP0       
	00085: MIRP[srp0,nmd,rd,0] 
	00086: DELTAP1    
	00087: ALIGNRP    
	00088: SRP0       
	00089: ALIGNRP    
	00090: SRP0       
	00091: ALIGNRP    
	00092: SRP0       
	00093: MIRP[srp0,nmd,rd,0] 
	00094: ALIGNRP    
	00095: SRP0       
	00096: ALIGNRP    
	00097: SRP0       
	00098: ALIGNRP    
	00099: SRP0       
	00100: ALIGNRP    
	00101: SRP0       
	00102: ALIGNRP    
	00103: SRP0       
	00104: MIRP[srp0,md,rd,1] 
	00105: ALIGNRP    
	00106: SRP0       
	00107: ALIGNRP    
	00108: SRP0       
	00109: ALIGNRP    
	00110: SRP0       
	00111: ALIGNRP    
	00112: SRP0       
	00113: ALIGNRP    
	00114: SRP0       
	00115: MIRP[srp0,nmd,rd,0] 
	00116: ALIGNRP    
	00117: ALIGNRP    
	00118: SRP0       
	00119: ALIGNRP    
	00120: SVTCA[y-axis] 
	00121: MDAP[rd]   
	00122: ALIGNRP    
	00123: MIRP[srp0,nmd,rd,0] 
	00124: ALIGNRP    
	00125: SRP0       
	00126: ALIGNRP    
	00127: ALIGNRP    
	00128: SRP0       
	00129: ALIGNRP    
	00130: MIRP[srp0,md,rd,1] 
	00131: ALIGNRP    
	00132: SRP0       
	00133: ALIGNRP    
	00134: SRP0       
	00135: ALIGNRP    
	00136: MIAP[rd+ci] 
	00137: ALIGNRP    
	00138: MIRP[srp0,nmd,rd,0] 
	00139: ALIGNRP    
	00140: SRP0       
	00141: ALIGNRP    
	00142: ALIGNRP    
	00143: SRP0       
	00144: MIRP[srp0,md,rd,1] 
	00145: ALIGNRP    
	00146: SRP0       
	00147: ALIGNRP    
	00148: SRP0       
	00149: ALIGNRP    
	00150: IUP[y]     
	00151: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                         On
	 12:  YDual                               On
	 13:        XDual         Y-Short         On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:  YDual                               On
	 17:        XDual         Y-Short         On
	 18:  YDual                               On
	 19:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   475,  -346)  ->  Abs (   475,  -346)
	  1: Rel (     0,   370)  ->  Abs (   475,    24)
	  2: Rel (  -402,     0)  ->  Abs (    73,    24)
	  3: Rel (     0,   161)  ->  Abs (    73,   185)
	  4: Rel (   402,     0)  ->  Abs (   475,   185)
	  5: Rel (     0,   725)  ->  Abs (   475,   910)
	  6: Rel (  -402,     0)  ->  Abs (    73,   910)
	  7: Rel (     0,   161)  ->  Abs (    73,  1071)
	  8: Rel (   402,     0)  ->  Abs (   475,  1071)
	  9: Rel (     0,   375)  ->  Abs (   475,  1446)
	 10: Rel (   180,     0)  ->  Abs (   655,  1446)
	 11: Rel (     0,  -375)  ->  Abs (   655,  1071)
	 12: Rel (   403,     0)  ->  Abs (  1058,  1071)
	 13: Rel (     0,  -161)  ->  Abs (  1058,   910)
	 14: Rel (  -403,     0)  ->  Abs (   655,   910)
	 15: Rel (     0,  -725)  ->  Abs (   655,   185)
	 16: Rel (   403,     0)  ->  Abs (  1058,   185)
	 17: Rel (     0,  -161)  ->  Abs (  1058,    24)
	 18: Rel (  -403,     0)  ->  Abs (   655,    24)
	 19: Rel (     0,  -370)  ->  Abs (   655,  -346)

	Glyph 194: off = 0x0000CC42, len = 50
	  numberOfContours:	1
	  xMin:			185
	  yMin:			619
	  xMax:			390
	  yMax:			824

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	26
	00000: NPUSHB      (14):     1    60     0     2    60    32     0     1     0   160 
	                             4   161   152    24 
	00016: CALL       
	00017: SRP0       
	00018: MIRP[srp0,nmd,rd,0] 
	00019: DELTAP1    
	00020: MIRP[srp0,md,rd,1] 
	00021: SVTCA[y-axis] 
	00022: MDAP[rd]   
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   185,   619)  ->  Abs (   185,   619)
	  1: Rel (     0,   205)  ->  Abs (   185,   824)
	  2: Rel (   205,     0)  ->  Abs (   390,   824)
	  3: Rel (     0,  -205)  ->  Abs (   390,   619)

	Glyph 195: off = 0x0000CC74, len = 156
	  numberOfContours:	1
	  xMin:			108
	  yMin:			-271
	  xMax:			317
	  yMax:			209

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	110
	00000: NPUSHB      (40):   243     8     1   145     8   160     8     2   114     8 
	                           132     8     2     3     8     1   210     7     1   180 
	                             7   195     7     2    84     7   100     7     2     8 
	                            11     3     0     8   171     7     3   249     2     7 
	00042: PUSHW[1]            336 
	00045: NPUSHB      (24):     2     1    11     1    60     0     8     3   129     0 
	                             7    56     8    39     1    32     0     1     0    25 
	                            12   157   121    24 
	00071: CALL       
	00072: FLIPOFF    
	00073: SRP0       
	00074: MIRP[srp0,nmd,rd,0] 
	00075: DELTAP1    
	00076: ALIGNRP    
	00077: FLIPON     
	00078: MIRP[srp0,nmd,rd,0] 
	00079: MIRP[nrp0,nmd,rd,0] 
	00080: SRP0       
	00081: MIRP[nrp0,md,rd,1] 
	00082: SVTCA[y-axis] 
	00083: MIAP[rd+ci] 
	00084: MIRP[nrp0,md,rd,1] 
	00085: ALIGNRP    
	00086: SRP0       
	00087: ALIGNRP    
	00088: MIRP[nrp0,md,rd,1] 
	00089: SRP0       
	00090: MIRP[nrp0,md,rd,1] 
	00091: SRP0       
	00092: MIRP[nrp0,md,rd,1] 
	00093: SVTCA[x-axis] 
	00094: SRP1       
	00095: SRP2       
	00096: IP         
	00097: SVTCA[y-axis] 
	00098: MDRP[nrp0,md,nrd,1] 
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: DELTAP2    
	00103: DELTAP2    
	00104: DELTAP2    
	00105: SVTCA[y-axis] 
	00106: DELTAP3    
	00107: DELTAP2    
	00108: DELTAP2    
	00109: DELTAP2    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   124,     0)  ->  Abs (   124,     0)
	  1: Rel (     0,   209)  ->  Abs (   124,   209)
	  2: Rel (   193,     0)  ->  Abs (   317,   209)
	  3: Rel (     0,  -165)  ->  Abs (   317,    44)
	  4: Rel (     0,  -134)  ->  Abs (   317,   -90)
	  5: Rel (   -31,   -59)  ->  Abs (   286,  -149)
	  6: Rel (   -43,   -81)  ->  Abs (   243,  -230)
	  7: Rel (   -91,   -41)  ->  Abs (   152,  -271)
	  8: Rel (   -44,    71)  ->  Abs (   108,  -200)
	  9: Rel (    54,    22)  ->  Abs (   162,  -178)
	 10: Rel (    53,    95)  ->  Abs (   215,   -83)
	 11: Rel (     3,    83)  ->  Abs (   218,     0)

	Glyph 196: off = 0x0000CD10, len = 292
	  numberOfContours:	2
	  xMin:			71
	  yMin:			-271
	  xMax:			590
	  yMax:			209

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	214
	00000: NPUSHB      (78):   159    25   175    25     2     0     8     0    20     2 
	                           226     7   226    19     2   208     7   208    19     2 
	                           192     7   192    19     2   176     7   176    19     2 
	                           160     7   160    19     2   145     7   145    19     2 
	                           130     7   130    19     2   115     7   115    19     2 
	                           240     8   240    20     2   100     8   100    20     2 
	                            84     8    84    20     2    20    19     8     7    23 
	                            15    12    11     3     0    20   171    19 
	00080: PUSHW[1]            336 
	00083: NPUSHB      (11):    13    15   249    14    14    13    60    12     8     7 
	                             7 
	00096: PUSHW[1]            336 
	00099: NPUSHB      (44):     1     3   249     2     2     1    60     0     8    14 
	                            15    60    12    19    56    20    39    13    12    64 
	                            23    26    52    12   117     2     2     3    60     0 
	                             7    56     8    39     1   143     0     1     0    25 
	                            24   113   167    24 
	00145: CALL       
	00146: FLIPOFF    
	00147: SRP0       
	00148: MIRP[srp0,nmd,rd,0] 
	00149: DELTAP1    
	00150: ALIGNRP    
	00151: FLIPON     
	00152: MIRP[srp0,nmd,rd,0] 
	00153: MIRP[nrp0,nmd,rd,0] 
	00154: SRP0       
	00155: MIRP[srp0,md,rd,1] 
	00156: ALIGNRP    
	00157: SRP0       
	00158: MIRP[srp0,nmd,rd,2] 
	00159: CALL       
	00160: ALIGNRP    
	00161: MIRP[srp0,nmd,rd,0] 
	00162: MIRP[nrp0,nmd,rd,0] 
	00163: SRP0       
	00164: MIRP[srp0,md,rd,1] 
	00165: ALIGNRP    
	00166: SVTCA[y-axis] 
	00167: MIAP[rd+ci] 
	00168: MIRP[srp0,md,rd,1] 
	00169: ALIGNRP    
	00170: SRP0       
	00171: MIRP[nrp0,md,rd,1] 
	00172: SRP0       
	00173: MIRP[srp0,md,rd,1] 
	00174: ALIGNRP    
	00175: MIAP[rd+ci] 
	00176: MIRP[srp0,md,rd,1] 
	00177: ALIGNRP    
	00178: SRP0       
	00179: MIRP[nrp0,md,rd,1] 
	00180: SRP0       
	00181: MIRP[srp0,md,rd,1] 
	00182: MIRP[nrp0,md,rd,1] 
	00183: SVTCA[x-axis] 
	00184: SRP1       
	00185: SRP2       
	00186: IP         
	00187: SRP1       
	00188: SRP2       
	00189: IP         
	00190: SVTCA[y-axis] 
	00191: SRP0       
	00192: MDRP[nrp0,md,nrd,1] 
	00193: SRP0       
	00194: MDRP[nrp0,md,nrd,1] 
	00195: IUP[y]     
	00196: IUP[x]     
	00197: SVTCA[y-axis] 
	00198: DELTAP2    
	00199: DELTAP2    
	00200: DELTAP2    
	00201: SVTCA[x-axis] 
	00202: DELTAP2    
	00203: DELTAP2    
	00204: DELTAP2    
	00205: DELTAP2    
	00206: DELTAP2    
	00207: DELTAP2    
	00208: DELTAP2    
	00209: DELTAP2    
	00210: SVTCA[y-axis] 
	00211: DELTAP3    
	00212: SVTCA[x-axis] 
	00213: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual                 X-Short On
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:  YDual               Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    87,     0)  ->  Abs (    87,     0)
	  1: Rel (     0,   209)  ->  Abs (    87,   209)
	  2: Rel (   193,     0)  ->  Abs (   280,   209)
	  3: Rel (     0,  -165)  ->  Abs (   280,    44)
	  4: Rel (     0,  -134)  ->  Abs (   280,   -90)
	  5: Rel (   -31,   -59)  ->  Abs (   249,  -149)
	  6: Rel (   -43,   -81)  ->  Abs (   206,  -230)
	  7: Rel (   -91,   -41)  ->  Abs (   115,  -271)
	  8: Rel (   -44,    71)  ->  Abs (    71,  -200)
	  9: Rel (    54,    22)  ->  Abs (   125,  -178)
	 10: Rel (    53,    95)  ->  Abs (   178,   -83)
	 11: Rel (     3,    83)  ->  Abs (   181,     0)
	 12: Rel (   216,     0)  ->  Abs (   397,     0)
	 13: Rel (     0,   209)  ->  Abs (   397,   209)
	 14: Rel (   193,     0)  ->  Abs (   590,   209)
	 15: Rel (     0,  -165)  ->  Abs (   590,    44)
	 16: Rel (     0,  -134)  ->  Abs (   590,   -90)
	 17: Rel (   -31,   -59)  ->  Abs (   559,  -149)
	 18: Rel (   -43,   -81)  ->  Abs (   516,  -230)
	 19: Rel (   -91,   -41)  ->  Abs (   425,  -271)
	 20: Rel (   -44,    71)  ->  Abs (   381,  -200)
	 21: Rel (    54,    22)  ->  Abs (   435,  -178)
	 22: Rel (    53,    95)  ->  Abs (   488,   -83)
	 23: Rel (     3,    83)  ->  Abs (   491,     0)

	Glyph 197: off = 0x0000CE34, len = 630
	  numberOfContours:	7
	  xMin:			37
	  yMin:			-54
	  xMax:			2011
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  15
	  2:  30
	  3:  42
	  4:  57
	  5:  69
	  6:  84

	  Length of Instructions:	382
	00000: NPUSHB      (11):   152     1   151     3     2   179     8     1     2     3 
	                             3 
	00013: PUSHW[1]            666 
	00016: NPUSHB      (15):     0     1    20     0     0     1     2     1    50    43 
	                             3     0    23    16    19 
	00033: PUSHW[5]            671    13   287    27   671 
	00044: NPUSHB      (11):     7     2     1    58     7     1     3     0     0    40 
	                            81 
	00057: PUSHW[1]            671 
	00060: PUSHB[3]             61    61    54 
	00064: PUSHW[6]            671    34   287    40    73   671 
	00077: PUSHB[3]             67    67    46 
	00081: PUSHW[1]            671 
	00084: PUSHB[5]             40    11    86   105    77 
	00090: PUSHW[5]            666    64   438    70   666 
	00101: PUSHB[3]             58   106    50 
	00105: PUSHW[5]            666    37   438    43   666 
	00116: PUSHB[3]             31   108    23 
	00120: PUSHW[5]            666    10   438    16   666 
	00131: PUSHB[4]              4   105    85    86 
	00136: PUSHW[1]            493 
	00139: PUSHB[4]             33   155   104    24 
	00144: CALL       
	00145: CALL       
	00146: MIRP[srp0,nmd,rd,2] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIRP[srp0,md,rd,1] 
	00149: MIRP[nrp0,md,rd,1] 
	00150: MIRP[srp0,nmd,rd,2] 
	00151: MIRP[nrp0,md,rd,1] 
	00152: MIRP[srp0,md,rd,1] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: MIRP[srp0,nmd,rd,2] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: MIRP[srp0,md,rd,1] 
	00157: MIRP[nrp0,md,rd,1] 
	00158: MIRP[nrp0,nmd,rd,2] 
	00159: SVTCA[y-axis] 
	00160: MIAP[rd+ci] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: ALIGNRP    
	00163: SRP0       
	00164: MIRP[nrp0,md,rd,1] 
	00165: SRP0       
	00166: MIRP[srp0,md,rd,1] 
	00167: MIRP[nrp0,md,rd,1] 
	00168: ALIGNRP    
	00169: SRP0       
	00170: MIRP[nrp0,md,rd,1] 
	00171: SRP0       
	00172: ALIGNRP    
	00173: SRP0       
	00174: ALIGNRP    
	00175: MIAP[rd+ci] 
	00176: MIRP[srp0,nmd,rd,0] 
	00177: ALIGNRP    
	00178: SRP0       
	00179: MIRP[nrp0,md,rd,1] 
	00180: MIRP[srp0,md,rd,1] 
	00181: MIRP[nrp0,md,rd,1] 
	00182: SVTCA[x-axis] 
	00183: SRP1       
	00184: SRP2       
	00185: IP         
	00186: IP         
	00187: SRP1       
	00188: SRP2       
	00189: IP         
	00190: IP         
	00191: SDPVTL[1]  
	00192: MDAP[nrd]  
	00193: CALL       
	00194: SDPVTL[1]  
	00195: RDTG       
	00196: MDRP[nrp0,nmd,rd,0] 
	00197: IUP[y]     
	00198: IUP[x]     
	00199: RTG        
	00200: RS         
	00201: JROF       
	00202: NPUSHB     (140):     5    84    83    37    79    38    75    37    56    37 
	                            52    38    48    37    29    37    25    38    21    37 
	                            82    60    70    31     0    80    62    77    31     1 
	                            72    68    70    31     0    74    66    77    31     1 
	                            55    33    43    31     0    53    35    50    31     1 
	                            45    41    43    31     0    47    39    50    31     1 
	                            28     6    16    31     0    26     8    23    31     1 
	                            18    14    16    31     0    20    12    23    31     1 
	                            84    59    81    31     1    78    63    81    31     1 
	                            71    69    73    31     0    76    65    73    31     0 
	                            57    32    54    31     1    51    36    54    31     1 
	                            44    42    46    31     0    49    38    46    31     0 
	                            30     5    27    31     1    24     9    27    31     1 
	                            17    15    19    31     0    22    11    19    31     0 
	00344: SVTCA[y-axis] 
	00345: CALL       
	00346: CALL       
	00347: CALL       
	00348: CALL       
	00349: CALL       
	00350: CALL       
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: SVTCA[x-axis] 
	00358: CALL       
	00359: CALL       
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: CALL       
	00365: CALL       
	00366: CALL       
	00367: CALL       
	00368: CALL       
	00369: CALL       
	00370: CALL       
	00371: CALL       
	00372: CALL       
	00373: CALL       
	00374: CALL       
	00375: CALL       
	00376: CALL       
	00377: CALL       
	00378: CALL       
	00379: FLIPRGON   
	00380: SVTCA[x-axis] 
	00381: DELTAP1    

	Flags
	-----
	  0:                      Y-Short         On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                                      On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual         Y-Short         Off
	 18:        XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                                      On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:        XDual         Y-Short         Off
	 45:        XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short On
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual                       X-Short On
	 55:  YDual                       X-Short Off
	 56:                      Y-Short X-Short On
	 57:                      Y-Short X-Short Off
	 58:                      Y-Short         On
	 59:  YDual XDual         Y-Short         Off
	 60:  YDual XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short Off
	 63:        XDual         Y-Short X-Short Off
	 64:        XDual         Y-Short         On
	 65:        XDual         Y-Short         Off
	 66:                      Y-Short X-Short Off
	 67:  YDual                       X-Short On
	 68:  YDual                       X-Short Off
	 69:  YDual               Y-Short X-Short Off
	 70:  YDual XDual         Y-Short X-Short On
	 71:        XDual         Y-Short         Off
	 72:        XDual         Y-Short X-Short Off
	 73:  YDual XDual                 X-Short On
	 74:  YDual XDual                 X-Short Off
	 75:  YDual XDual         Y-Short X-Short On
	 76:  YDual XDual         Y-Short X-Short Off
	 77:  YDual XDual         Y-Short         On
	 78:  YDual XDual         Y-Short         Off
	 79:  YDual               Y-Short X-Short On
	 80:  YDual               Y-Short X-Short Off
	 81:  YDual                       X-Short On
	 82:  YDual                       X-Short Off
	 83:                      Y-Short X-Short On
	 84:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   320,   -54)  ->  Abs (   320,   -54)
	  1: Rel (   601,  1545)  ->  Abs (   921,  1491)
	  2: Rel (   131,     0)  ->  Abs (  1052,  1491)
	  3: Rel (  -600, -1545)  ->  Abs (   452,   -54)
	  4: Rel (  -415,  1153)  ->  Abs (    37,  1099)
	  5: Rel (     0,   199)  ->  Abs (    37,  1298)
	  6: Rel (   157,   181)  ->  Abs (   194,  1479)
	  7: Rel (   129,     0)  ->  Abs (   323,  1479)
	  8: Rel (   128,     0)  ->  Abs (   451,  1479)
	  9: Rel (   160,  -182)  ->  Abs (   611,  1297)
	 10: Rel (     0,  -194)  ->  Abs (   611,  1103)
	 11: Rel (     0,  -196)  ->  Abs (   611,   907)
	 12: Rel (  -140,  -199)  ->  Abs (   471,   708)
	 13: Rel (  -146,     0)  ->  Abs (   325,   708)
	 14: Rel (  -128,     0)  ->  Abs (   197,   708)
	 15: Rel (  -160,   186)  ->  Abs (    37,   894)
	 16: Rel (   148,   197)  ->  Abs (   185,  1091)
	 17: Rel (     0,  -152)  ->  Abs (   185,   939)
	 18: Rel (    79,  -106)  ->  Abs (   264,   833)
	 19: Rel (    65,     0)  ->  Abs (   329,   833)
	 20: Rel (    59,     0)  ->  Abs (   388,   833)
	 21: Rel (    32,    45)  ->  Abs (   420,   878)
	 22: Rel (    43,    60)  ->  Abs (   463,   938)
	 23: Rel (     0,   155)  ->  Abs (   463,  1093)
	 24: Rel (     0,   152)  ->  Abs (   463,  1245)
	 25: Rel (   -44,    63)  ->  Abs (   419,  1308)
	 26: Rel (   -34,    47)  ->  Abs (   385,  1355)
	 27: Rel (   -60,     0)  ->  Abs (   325,  1355)
	 28: Rel (   -62,     0)  ->  Abs (   263,  1355)
	 29: Rel (   -33,   -46)  ->  Abs (   230,  1309)
	 30: Rel (   -45,   -63)  ->  Abs (   185,  1246)
	 31: Rel (   578,  -910)  ->  Abs (   763,   336)
	 32: Rel (     0,   199)  ->  Abs (   763,   535)
	 33: Rel (   157,   181)  ->  Abs (   920,   716)
	 34: Rel (   128,     0)  ->  Abs (  1048,   716)
	 35: Rel (   128,     0)  ->  Abs (  1176,   716)
	 36: Rel (   161,  -182)  ->  Abs (  1337,   534)
	 37: Rel (     0,  -194)  ->  Abs (  1337,   340)
	 38: Rel (     0,  -196)  ->  Abs (  1337,   144)
	 39: Rel (  -140,  -198)  ->  Abs (  1197,   -54)
	 40: Rel (  -146,     0)  ->  Abs (  1051,   -54)
	 41: Rel (  -128,     0)  ->  Abs (   923,   -54)
	 42: Rel (  -160,   185)  ->  Abs (   763,   131)
	 43: Rel (   148,   197)  ->  Abs (   911,   328)
	 44: Rel (     0,  -151)  ->  Abs (   911,   177)
	 45: Rel (    79,  -107)  ->  Abs (   990,    70)
	 46: Rel (    65,     0)  ->  Abs (  1055,    70)
	 47: Rel (    59,     0)  ->  Abs (  1114,    70)
	 48: Rel (    32,    45)  ->  Abs (  1146,   115)
	 49: Rel (    43,    61)  ->  Abs (  1189,   176)
	 50: Rel (     0,   154)  ->  Abs (  1189,   330)
	 51: Rel (     0,   153)  ->  Abs (  1189,   483)
	 52: Rel (   -45,    62)  ->  Abs (  1144,   545)
	 53: Rel (   -34,    47)  ->  Abs (  1110,   592)
	 54: Rel (   -59,     0)  ->  Abs (  1051,   592)
	 55: Rel (   -62,     0)  ->  Abs (   989,   592)
	 56: Rel (   -33,   -46)  ->  Abs (   956,   546)
	 57: Rel (   -45,   -62)  ->  Abs (   911,   484)
	 58: Rel (   526,  -148)  ->  Abs (  1437,   336)
	 59: Rel (     0,   199)  ->  Abs (  1437,   535)
	 60: Rel (   157,   181)  ->  Abs (  1594,   716)
	 61: Rel (   129,     0)  ->  Abs (  1723,   716)
	 62: Rel (   128,     0)  ->  Abs (  1851,   716)
	 63: Rel (   160,  -182)  ->  Abs (  2011,   534)
	 64: Rel (     0,  -194)  ->  Abs (  2011,   340)
	 65: Rel (     0,  -196)  ->  Abs (  2011,   144)
	 66: Rel (  -139,  -198)  ->  Abs (  1872,   -54)
	 67: Rel (  -147,     0)  ->  Abs (  1725,   -54)
	 68: Rel (  -128,     0)  ->  Abs (  1597,   -54)
	 69: Rel (  -160,   185)  ->  Abs (  1437,   131)
	 70: Rel (   148,   197)  ->  Abs (  1585,   328)
	 71: Rel (     0,  -151)  ->  Abs (  1585,   177)
	 72: Rel (    79,  -107)  ->  Abs (  1664,    70)
	 73: Rel (    65,     0)  ->  Abs (  1729,    70)
	 74: Rel (    59,     0)  ->  Abs (  1788,    70)
	 75: Rel (    32,    45)  ->  Abs (  1820,   115)
	 76: Rel (    43,    61)  ->  Abs (  1863,   176)
	 77: Rel (     0,   154)  ->  Abs (  1863,   330)
	 78: Rel (     0,   153)  ->  Abs (  1863,   483)
	 79: Rel (   -44,    62)  ->  Abs (  1819,   545)
	 80: Rel (   -34,    47)  ->  Abs (  1785,   592)
	 81: Rel (   -60,     0)  ->  Abs (  1725,   592)
	 82: Rel (   -62,     0)  ->  Abs (  1663,   592)
	 83: Rel (   -33,   -46)  ->  Abs (  1630,   546)
	 84: Rel (   -45,   -62)  ->  Abs (  1585,   484)

	Glyph 198: off = 0x0000D0AA, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	320
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     2   111    17   159    17     2     0    17    20     1 
	                             2    65     2     1    21 
	00017: PUSHW[3]            545    41   356 
	00024: SCANCTRL   
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: DELTAP3    
	00030: SHC[rp1,zp0] 

	Glyph 199: off = 0x0000D0E4, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	363
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     1    12    64    30    32    52     0    12   175    12 
	                             2    47    12    95    12     2    12     2 
	00020: PUSHW[1]           -513 
	00023: PUSHB[5]             72    43     1     1    18 
	00029: PUSHW[2]            545    41 
	00034: SVTCA[y-axis] 
	00035: CALL       
	00036: SVTCA[x-axis] 
	00037: CALL       
	00038: DELTAP1    
	00039: DELTAP2    
	00040: CALL       
	00041: SHC[rp1,zp0] 

	Glyph 200: off = 0x0000D128, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	319
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    18 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (11):    18    25    52    18    12     0    72    43     2     1 
	                            15 
	00019: PUSHW[3]            545    41   356 
	00026: SCANCTRL   
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: CALL       
	00032: SHC[rp1,zp0] 

	Glyph 201: off = 0x0000D164, len = 98
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
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	  yMax:			1761

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		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	364
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              2     1    14 
	00004: PUSHW[1]            -64 
	00007: NPUSHB      (10):    11    12     6    85    14    64    24    28    52    14 
	00019: PUSHW[1]            -64 
	00022: NPUSHB      (20):    29    32    52    14    64    15    17    52   160    14 
	                           239    14     2   160    14   176    14     2    14     4 
	00044: PUSHW[1]            270 
	00047: PUSHB[6]             72    43     1     2     2    19 
	00054: PUSHW[2]            545    41 
	00059: SVTCA[y-axis] 
	00060: CALL       
	00061: SVTCA[x-axis] 
	00062: CALL       
	00063: DELTAP1    
	00064: DELTAP2    
	00065: CALL       
	00066: CALL       
	00067: CALL       
	00068: CALL       
	00069: SHC[rp1,zp0] 
	00070: SHC[rp1,zp0] 

	Glyph 202: off = 0x0000D1C6, len = 66
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		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	385
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     1   159    13   175    13     2   111    13   127    13 
	                             2    64    13     1    13     2 
	00018: PUSHW[1]           -517 
	00021: PUSHB[5]             72    43     1     1    13 
	00027: PUSHW[2]            545    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP2    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 

	Glyph 203: off = 0x0000D208, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			141
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	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	-81
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1     7 
	00003: PUSHW[1]            -64 
	00006: PUSHB[4]             23    25    52     7 
	00011: PUSHW[1]            -64 
	00014: NPUSHB      (14):    34    37    52    47     7     1     7     1    90    72 
	                            43     1     1     7 
	00030: PUSHW[2]            545    41 
	00035: SVTCA[y-axis] 
	00036: CALL       
	00037: SVTCA[x-axis] 
	00038: CALL       
	00039: DELTAP1    
	00040: CALL       
	00041: CALL       
	00042: SHC[rp1,zp0] 

	Glyph 204: off = 0x0000D24E, len = 76
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	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	-57
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    10 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0     6     9     1     2    65 
	00026: CALL       
	00027: ELSE       
	00028: NPUSHB      (15):     4    64    51    52    52     4    64    29    31    52 
	                             4     1    97    72    43 
	00045: CALL       
	00046: CALL       
	00047: CALL       
	00048: EIF        
	00049: SHC[rp1,zp0] 

	Glyph 205: off = 0x0000D29A, len = 50
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		Glyf Index:	44
		X BOffset:	0
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	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	-57
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     2     1     8     2     0    72    43     1     2     2 
	                            11 
	00013: PUSHW[2]            545    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 

	Glyph 206: off = 0x0000D2CC, len = 84
	  numberOfContours:	-1  (Composite)
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		Glyf Index:	44
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	-35
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1     5 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]             45     4     4     2     2    65 
	00026: CALL       
	00027: ELSE       
	00028: NPUSHB      (15):     5    64    23    25    52     5    64    34    37    52 
	                            32     5     1     5     2 
	00045: PUSHW[1]            -90 
	00048: PUSHB[2]             72    43 
	00051: CALL       
	00052: DELTAP1    
	00053: CALL       
	00054: CALL       
	00055: EIF        
	00056: SHC[rp1,zp0] 

	Glyph 207: off = 0x0000D320, len = 62
	  numberOfContours:	-1  (Composite)
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	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
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	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	455
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    31 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (16):    22    25    52   112    31   223    31     2    31     3 
	                             0    72    43     2     1    31 
	00024: PUSHW[2]            545    41 
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: DELTAP2    
	00034: CALL       
	00035: SHC[rp1,zp0] 

	Glyph 208: off = 0x0000D35E, len = 48
	  numberOfContours:	-1  (Composite)
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	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	454
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    30    33     3     3    65     2     1    34 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 209: off = 0x0000D38E, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			99
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	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	50
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		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	451
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    29 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (16):    11    12    52    80    29   239    29     2    29     3 
	                             0    72    43     2     1    29 
	00024: PUSHW[2]            545    41 
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: DELTAP1    
	00034: CALL       
	00035: SHC[rp1,zp0] 

	Glyph 210: off = 0x0000D3CC, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	392
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (27):     1    24    64    12    14    52    79    24     1    31 
	                            24    47    24     2   127    24   143    24     2    24 
	                            17     0    72    43     1     1    24 
	00029: PUSHW[2]            545    41 
	00034: SVTCA[y-axis] 
	00035: CALL       
	00036: SVTCA[x-axis] 
	00037: CALL       
	00038: DELTAP1    
	00039: DELTAP2    
	00040: DELTAP2    
	00041: CALL       
	00042: SHC[rp1,zp0] 

	Glyph 211: off = 0x0000D412, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	392
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1     1    27 
	00004: PUSHW[2]            545    41 
	00009: SVTCA[y-axis] 
	00010: CALL       
	00011: SVTCA[x-axis] 
	00012: PUSHB[2]              6     2 
	00015: RS         
	00016: EQ         
	00017: IF         
	00018: PUSHB[7]              1     0    23    26    11     1    65 
	00026: CALL       
	00027: SHC[rp1,zp0] 
	00028: ELSE       
	00029: PUSHB[7]              1     1    21    17    20    72    39 
	00037: CALL       
	00038: EIF        

	Glyph 212: off = 0x0000D454, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	389
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (20):     1    22    64    23    25    52   127    22     1   159 
	                            22     1    22    17     0    72    43     1     1    22 
	00022: PUSHW[2]            545    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: DELTAP1    
	00032: DELTAP2    
	00033: CALL       
	00034: SHC[rp1,zp0] 

	Glyph 213: off = 0x0000D492, len = 130
	  numberOfContours:	1
	  xMin:			198
	  yMin:			0
	  xMax:			378
	  yMax:			1062

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	106
	00000: PUSHB[6]              2     1     6     0    10     5 
	00007: PUSHW[1]            -28 
	00010: NPUSHB      (16):    15    15     2    85     5   163     2     3    37     1 
	                             0     0    32     0     2     0 
	00028: PUSHW[1]            -28 
	00031: PUSHB[5]             16    16     2    85     0 
	00037: PUSHW[1]            -20 
	00040: PUSHB[5]             13    15     2    85     0 
	00046: PUSHW[1]            -16 
	00049: PUSHB[5]             12    12     2    85     0 
	00055: PUSHW[1]             -6 
	00058: PUSHB[5]             11    11     2    85     0 
	00064: PUSHW[1]             -4 
	00067: NPUSHB      (16):    12    12     6    85     0    29    11    11     6    85 
	                             0   163     4   234   210    24 
	00085: CALL       
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,2] 
	00088: CALL       
	00089: CALL       
	00090: CALL       
	00091: CALL       
	00092: CALL       
	00093: CALL       
	00094: DELTAP1    
	00095: ALIGNRP    
	00096: MIRP[srp0,md,rd,1] 
	00097: ALIGNRP    
	00098: MIRP[nrp0,nmd,rd,2] 
	00099: CALL       
	00100: SVTCA[y-axis] 
	00101: MIAP[rd+ci] 
	00102: MIAP[rd+ci] 
	00103: ALIGNRP    
	00104: IUP[y]     
	00105: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   198,     0)  ->  Abs (   198,     0)
	  1: Rel (     0,  1062)  ->  Abs (   198,  1062)
	  2: Rel (   180,     0)  ->  Abs (   378,  1062)
	  3: Rel (     0, -1062)  ->  Abs (   378,     0)

	Glyph 214: off = 0x0000D514, len = 110
	  numberOfContours:	1
	  xMin:			25
	  yMin:			1194
	  xMax:			658
	  yMax:			1474

	EndPoints
	---------
	  0:  6

	  Length of Instructions:	73
	00000: NPUSHB      (20):     5     6     1     0     2    16     2     2     2   135 
	                             0   100     4     3     0     5    60     6    61     4 
	00022: PUSHW[1]            -64 
	00025: NPUSHB      (17):     9    12    52     4   100     0   100     3   127     1 
	                            60     2    25     7   169   104    24 
	00044: CALL       
	00045: RTHG       
	00046: FLIPOFF    
	00047: SRP0       
	00048: MIRP[srp0,nmd,rd,0] 
	00049: RTG        
	00050: FLIPON     
	00051: MIRP[srp0,md,rd,1] 
	00052: RTHG       
	00053: MIRP[srp0,nmd,rd,2] 
	00054: RTG        
	00055: MIRP[srp0,md,rd,1] 
	00056: MIRP[srp0,md,rd,1] 
	00057: CALL       
	00058: RTHG       
	00059: MIRP[srp0,nmd,rd,2] 
	00060: RTG        
	00061: MIRP[nrp0,md,rd,1] 
	00062: SVTCA[y-axis] 
	00063: MIAP[rd+ci] 
	00064: ALIGNRP    
	00065: MIRP[nrp0,md,rd,1] 
	00066: MIRP[srp0,md,rd,1] 
	00067: DELTAP1    
	00068: ALIGNRP    
	00069: ALIGNRP    
	00070: ALIGNRP    
	00071: IUP[y]     
	00072: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short On
	  3:        XDual                 X-Short On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                 X-Short On
	  6:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   344,  1364)  ->  Abs (   344,  1364)
	  1: Rel (  -113,  -170)  ->  Abs (   231,  1194)
	  2: Rel (  -206,     0)  ->  Abs (    25,  1194)
	  3: Rel (   216,   280)  ->  Abs (   241,  1474)
	  4: Rel (   192,     0)  ->  Abs (   433,  1474)
	  5: Rel (   225,  -280)  ->  Abs (   658,  1194)
	  6: Rel (  -204,     0)  ->  Abs (   454,  1194)

	Glyph 215: off = 0x0000D582, len = 230
	  numberOfContours:	1
	  xMin:			6
	  yMin:			1219
	  xMax:			676
	  yMax:			1450

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	151
	00000: NPUSHB      (17):   135    14     1    64     8    18    16     7     5     4 
	                            11    23     0    58    15    63     8 
	00019: PUSHW[1]            696 
	00022: PUSHB[3]             19    63     4 
	00026: PUSHW[1]            692 
	00029: NPUSHB      (25):    12     0    25    23    23    26    12   118    11   129 
	                            16    77    17   157    23   118     0   127    24    25 
	                           224    33   179   122    24 
	00056: CALL       
	00057: CALL       
	00058: MIRP[srp0,nmd,rd,2] 
	00059: MIRP[srp0,md,rd,1] 
	00060: MIRP[srp0,nmd,rd,2] 
	00061: MIRP[nrp0,nmd,rd,0] 
	00062: MIRP[srp0,nmd,rd,0] 
	00063: MIRP[srp0,md,rd,1] 
	00064: FLIPOFF    
	00065: RCVT       
	00066: NEG        
	00067: WCVTP      
	00068: MIRP[nrp0,nmd,rd,2] 
	00069: SVTCA[y-axis] 
	00070: MIAP[rd+ci] 
	00071: FLIPON     
	00072: MIRP[nrp0,nmd,rd,2] 
	00073: MIRP[nrp0,md,rd,0] 
	00074: MIRP[srp0,md,rd,0] 
	00075: MIRP[srp0,md,rd,1] 
	00076: MIRP[nrp0,nmd,rd,0] 
	00077: SVTCA[x-axis] 
	00078: SRP1       
	00079: SRP2       
	00080: SLOOP      
	00081: IP         
	00082: IUP[y]     
	00083: IUP[x]     
	00084: RS         
	00085: JROF       
	00086: NPUSHB      (44):    20    22     9    14     1     3    21    37     2    38 
	                            20     3    22    50     0    21    22     2     1    20 
	                             3    23    50     0     9    14    11    50     1    21 
	                             2    19    50     1    22     1    19    50     1    10 
	                            13     8    50     0 
	00132: SVTCA[y-axis] 
	00133: CALL       
	00134: CALL       
	00135: CALL       
	00136: SVTCA[x-axis] 
	00137: CALL       
	00138: CALL       
	00139: SRP0       
	00140: ALIGNRP    
	00141: SRP0       
	00142: ALIGNRP    
	00143: CALL       
	00144: CALL       
	00145: CALL       
	00146: FLIPRGON   
	00147: FLIPRGON   
	00148: FLIPRGON   
	00149: SVTCA[x-axis] 
	00150: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (     7,  1219)  ->  Abs (     7,  1219)
	  1: Rel (    -1,   104)  ->  Abs (     6,  1323)
	  2: Rel (    58,    62)  ->  Abs (    64,  1385)
	  3: Rel (    57,    62)  ->  Abs (   121,  1447)
	  4: Rel (    89,     0)  ->  Abs (   210,  1447)
	  5: Rel (    62,     0)  ->  Abs (   272,  1447)
	  6: Rel (   107,   -54)  ->  Abs (   379,  1393)
	  7: Rel (    59,   -30)  ->  Abs (   438,  1363)
	  8: Rel (    35,     0)  ->  Abs (   473,  1363)
	  9: Rel (    32,     0)  ->  Abs (   505,  1363)
	 10: Rel (    34,    35)  ->  Abs (   539,  1398)
	 11: Rel (     7,    52)  ->  Abs (   546,  1450)
	 12: Rel (   130,     0)  ->  Abs (   676,  1450)
	 13: Rel (    -3,  -114)  ->  Abs (   673,  1336)
	 14: Rel (  -109,  -114)  ->  Abs (   564,  1222)
	 15: Rel (   -84,     0)  ->  Abs (   480,  1222)
	 16: Rel (   -63,     0)  ->  Abs (   417,  1222)
	 17: Rel (  -103,    56)  ->  Abs (   314,  1278)
	 18: Rel (   -67,    36)  ->  Abs (   247,  1314)
	 19: Rel (   -31,     0)  ->  Abs (   216,  1314)
	 20: Rel (   -34,     0)  ->  Abs (   182,  1314)
	 21: Rel (   -21,   -24)  ->  Abs (   161,  1290)
	 22: Rel (   -22,   -24)  ->  Abs (   139,  1266)
	 23: Rel (     1,   -47)  ->  Abs (   140,  1219)

	Glyph 216: off = 0x0000D668, len = 60
	  numberOfContours:	1
	  xMin:			29
	  yMin:			1227
	  xMax:			653
	  yMax:			1375

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	35
	00000: PUSHW[2]              1   -64 
	00005: NPUSHB      (15):    18    20    52     1    53     0     2    26     5     0 
	                            25     4   169   104    24 
	00022: CALL       
	00023: FLIPOFF    
	00024: SRP0       
	00025: MIRP[nrp0,nmd,rd,0] 
	00026: SRP0       
	00027: MIRP[nrp0,nmd,rd,2] 
	00028: SVTCA[y-axis] 
	00029: MDAP[rd]   
	00030: FLIPON     
	00031: MIRP[nrp0,md,rd,1] 
	00032: CALL       
	00033: IUP[y]     
	00034: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    29,  1227)  ->  Abs (    29,  1227)
	  1: Rel (     0,   148)  ->  Abs (    29,  1375)
	  2: Rel (   624,     0)  ->  Abs (   653,  1375)
	  3: Rel (     0,  -148)  ->  Abs (   653,  1227)

	Glyph 217: off = 0x0000D6A4, len = 128
	  numberOfContours:	1
	  xMin:			46
	  yMin:			1205
	  xMax:			637
	  yMax:			1464

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	75
	00000: PUSHB[4]             85     2     1    11 
	00005: PUSHW[1]            671 
	00008: NPUSHB      (12):    16     4   127     4     2     4     7     8     8     0 
	                             0     8 
	00022: PUSHW[4]            671     7     0   671 
	00031: NPUSHB      (15):    64     1   189     4   236    32     7    25    14    16 
	                             4     1   155    65    24 
	00048: CALL       
	00049: DELTAP1    
	00050: FLIPOFF    
	00051: SRP0       
	00052: MIRP[srp0,nmd,rd,0] 
	00053: SMD        
	00054: RTHG       
	00055: FLIPON     
	00056: MIRP[srp0,md,rd,1] 
	00057: MIRP[srp0,md,rd,1] 
	00058: SMD        
	00059: RTG        
	00060: MIRP[nrp0,md,rd,1] 
	00061: SRP0       
	00062: MIRP[nrp0,md,rd,1] 
	00063: SVTCA[y-axis] 
	00064: MIAP[rd+ci] 
	00065: ALIGNRP    
	00066: SRP0       
	00067: ALIGNRP    
	00068: MDAP[rd]   
	00069: DELTAP1    
	00070: MIRP[nrp0,md,rd,1] 
	00071: IUP[y]     
	00072: IUP[x]     
	00073: SVTCA[x-axis] 
	00074: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual                 X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   514,  1464)  ->  Abs (   514,  1464)
	  1: Rel (   123,     0)  ->  Abs (   637,  1464)
	  2: Rel (   -15,  -125)  ->  Abs (   622,  1339)
	  3: Rel (  -153,  -134)  ->  Abs (   469,  1205)
	  4: Rel (  -127,     0)  ->  Abs (   342,  1205)
	  5: Rel (  -128,     0)  ->  Abs (   214,  1205)
	  6: Rel (  -153,   133)  ->  Abs (    61,  1338)
	  7: Rel (   -15,   126)  ->  Abs (    46,  1464)
	  8: Rel (   123,     0)  ->  Abs (   169,  1464)
	  9: Rel (    14,   -68)  ->  Abs (   183,  1396)
	 10: Rel (    83,   -67)  ->  Abs (   266,  1329)
	 11: Rel (    70,     0)  ->  Abs (   336,  1329)
	 12: Rel (    81,     0)  ->  Abs (   417,  1329)
	 13: Rel (    83,    65)  ->  Abs (   500,  1394)

	Glyph 218: off = 0x0000D724, len = 52
	  numberOfContours:	1
	  xMin:			229
	  yMin:			1194
	  xMax:			452
	  yMax:			1418

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	28
	00000: NPUSHB      (14):     2     1     3     0    60     1     3    60     0   203 
	                             4   217   245    24 
	00016: CALL       
	00017: SRP0       
	00018: MIRP[srp0,nmd,rd,2] 
	00019: MIRP[nrp0,md,rd,1] 
	00020: SVTCA[y-axis] 
	00021: MDAP[rd]   
	00022: MIRP[srp0,md,rd,1] 
	00023: ALIGNRP    
	00024: SRP0       
	00025: ALIGNRP    
	00026: IUP[y]     
	00027: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   229,  1194)  ->  Abs (   229,  1194)
	  1: Rel (     0,   224)  ->  Abs (   229,  1418)
	  2: Rel (   223,     0)  ->  Abs (   452,  1418)
	  3: Rel (     0,  -224)  ->  Abs (   452,  1194)

	Glyph 219: off = 0x0000D758, len = 162
	  numberOfContours:	2
	  xMin:			162
	  yMin:			1151
	  xMax:			522
	  yMax:			1517

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	86
	00000: NPUSHB      (14):     6   132    18    77     3    77    12   132     0   108 
	                            24   158   121    24 
	00016: CALL       
	00017: SRP0       
	00018: MIRP[srp0,nmd,rd,2] 
	00019: MIRP[srp0,md,rd,1] 
	00020: RTHG       
	00021: MIRP[srp0,nmd,rd,0] 
	00022: MIRP[srp0,nmd,rd,0] 
	00023: RTG        
	00024: MIRP[nrp0,md,rd,1] 
	00025: SVTCA[y-axis] 
	00026: PUSHB[2]              6     2 
	00029: RS         
	00030: EQ         
	00031: IF         
	00032: PUSHB[3]             15   132     9 
	00036: PUSHW[1]            -64 
	00039: NPUSHB       (9):    11    14    52     9     9    21   132     3     1 
	00050: MIAP[rd+ci] 
	00051: MIRP[nrp0,md,rd,1] 
	00052: SHP[rp1,zp0] 
	00053: MDAP[rd]   
	00054: CALL       
	00055: MIRP[srp0,md,rd,1] 
	00056: ELSE       
	00057: PUSHB[5]              9   132    15    77     6 
	00063: PUSHW[1]            692 
	00066: PUSHB[6]              0    77    21   132     3     1 
	00073: MIAP[rd+ci] 
	00074: MIRP[srp0,md,rd,1] 
	00075: RTHG       
	00076: MIRP[srp0,nmd,rd,0] 
	00077: RTG        
	00078: MIRP[srp0,nmd,rd,2] 
	00079: RTHG       
	00080: MIRP[srp0,nmd,rd,0] 
	00081: RTG        
	00082: MIRP[nrp0,md,rd,1] 
	00083: EIF        
	00084: IUP[y]     
	00085: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:        XDual         Y-Short         Off
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   162,  1338)  ->  Abs (   162,  1338)
	  1: Rel (     0,    73)  ->  Abs (   162,  1411)
	  2: Rel (   107,   106)  ->  Abs (   269,  1517)
	  3: Rel (    73,     0)  ->  Abs (   342,  1517)
	  4: Rel (    74,     0)  ->  Abs (   416,  1517)
	  5: Rel (   106,  -107)  ->  Abs (   522,  1410)
	  6: Rel (     0,   -76)  ->  Abs (   522,  1334)
	  7: Rel (     0,   -77)  ->  Abs (   522,  1257)
	  8: Rel (  -106,  -106)  ->  Abs (   416,  1151)
	  9: Rel (   -73,     0)  ->  Abs (   343,  1151)
	 10: Rel (   -75,     0)  ->  Abs (   268,  1151)
	 11: Rel (  -106,   107)  ->  Abs (   162,  1258)
	 12: Rel (    76,    79)  ->  Abs (   238,  1337)
	 13: Rel (     0,   -47)  ->  Abs (   238,  1290)
	 14: Rel (    63,   -64)  ->  Abs (   301,  1226)
	 15: Rel (    43,     0)  ->  Abs (   344,  1226)
	 16: Rel (    43,     0)  ->  Abs (   387,  1226)
	 17: Rel (    63,    64)  ->  Abs (   450,  1290)
	 18: Rel (     0,    45)  ->  Abs (   450,  1335)
	 19: Rel (     0,    45)  ->  Abs (   450,  1380)
	 20: Rel (   -62,    64)  ->  Abs (   388,  1444)
	 21: Rel (   -44,     0)  ->  Abs (   344,  1444)
	 22: Rel (   -43,     0)  ->  Abs (   301,  1444)
	 23: Rel (   -63,   -63)  ->  Abs (   238,  1381)

	Glyph 220: off = 0x0000D7FA, len = 136
	  numberOfContours:	1
	  xMin:			107
	  yMin:			-421
	  xMax:			540
	  yMax:			23

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	65
	00000: PUSHB[5]             11     9    12    58     9 
	00006: PUSHW[1]            693 
	00009: PUSHB[6]             14   156    79     0     1     0 
	00016: PUSHW[1]            602 
	00019: NPUSHB      (15):     2     1    10    12    58    11   165     6   118    18 
	                            77     1     2   156     1 
	00036: PUSHW[1]            318 
	00039: PUSHB[4]             22    87   121    24 
	00044: CALL       
	00045: SRP0       
	00046: MIRP[srp0,nmd,rd,2] 
	00047: MIRP[srp0,md,rd,1] 
	00048: SRP0       
	00049: MIRP[srp0,nmd,rd,0] 
	00050: MIRP[nrp0,md,rd,1] 
	00051: MIRP[srp0,nmd,rd,0] 
	00052: MIRP[nrp0,nmd,rd,0] 
	00053: SVTCA[y-axis] 
	00054: MIAP[rd+ci] 
	00055: ALIGNRP    
	00056: MIRP[srp0,md,rd,1] 
	00057: DELTAP2    
	00058: MIRP[srp0,nmd,rd,2] 
	00059: MIRP[nrp0,md,rd,1] 
	00060: MIRP[srp0,nmd,rd,0] 
	00061: SRP0       
	00062: ALIGNRP    
	00063: IUP[y]     
	00064: IUP[x]     

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual                 X-Short On
	  3:                      Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   216,  -154)  ->  Abs (   216,  -154)
	  1: Rel (    52,   177)  ->  Abs (   268,    23)
	  2: Rel (   134,     0)  ->  Abs (   402,    23)
	  3: Rel (   -33,  -107)  ->  Abs (   369,   -84)
	  4: Rel (    85,   -10)  ->  Abs (   454,   -94)
	  5: Rel (    86,   -85)  ->  Abs (   540,  -179)
	  6: Rel (     0,   -52)  ->  Abs (   540,  -231)
	  7: Rel (     0,   -75)  ->  Abs (   540,  -306)
	  8: Rel (  -144,  -115)  ->  Abs (   396,  -421)
	  9: Rel (  -145,     0)  ->  Abs (   251,  -421)
	 10: Rel (   -82,     0)  ->  Abs (   169,  -421)
	 11: Rel (   -62,    12)  ->  Abs (   107,  -409)
	 12: Rel (    11,   117)  ->  Abs (   118,  -292)
	 13: Rel (    64,    -4)  ->  Abs (   182,  -296)
	 14: Rel (    30,     0)  ->  Abs (   212,  -296)
	 15: Rel (    94,     0)  ->  Abs (   306,  -296)
	 16: Rel (    38,    26)  ->  Abs (   344,  -270)
	 17: Rel (    29,    20)  ->  Abs (   373,  -250)
	 18: Rel (     0,    29)  ->  Abs (   373,  -221)
	 19: Rel (     0,    18)  ->  Abs (   373,  -203)
	 20: Rel (   -23,    28)  ->  Abs (   350,  -175)
	 21: Rel (   -62,    20)  ->  Abs (   288,  -155)

	Glyph 221: off = 0x0000D882, len = 108
	  numberOfContours:	2
	  xMin:			58
	  yMin:			1194
	  xMax:			763
	  yMax:			1474

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	65
	00000: NPUSHB      (33):     7     4     0     0     3    16     3     2     3   135 
	                             6     1     5     2     0     6    60     5   114    15 
	                             4     1     4   220     0     2    60     1   114     0 
	                            25     8   112 
	00035: PUSHW[2]            400    24 
	00040: CALL       
	00041: FLIPOFF    
	00042: SRP0       
	00043: MIRP[srp0,nmd,rd,0] 
	00044: FLIPON     
	00045: MIRP[srp0,nmd,rd,0] 
	00046: MIRP[nrp0,md,rd,1] 
	00047: SRP0       
	00048: MIRP[srp0,nmd,rd,0] 
	00049: DELTAP1    
	00050: MIRP[srp0,nmd,rd,0] 
	00051: MIRP[srp0,md,rd,1] 
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: ALIGNRP    
	00055: ALIGNRP    
	00056: ALIGNRP    
	00057: FLIPON     
	00058: MIRP[srp0,md,rd,1] 
	00059: DELTAP1    
	00060: ALIGNRP    
	00061: ALIGNRP    
	00062: ALIGNRP    
	00063: IUP[y]     
	00064: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                 X-Short On
	  2:  YDual XDual                 X-Short On
	  3:                              X-Short On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:                              X-Short On

	Coordinates
	-----------
	  0: Rel (    58,  1194)  ->  Abs (    58,  1194)
	  1: Rel (   121,   280)  ->  Abs (   179,  1474)
	  2: Rel (   234,     0)  ->  Abs (   413,  1474)
	  3: Rel (  -211,  -280)  ->  Abs (   202,  1194)
	  4: Rel (   203,     0)  ->  Abs (   405,  1194)
	  5: Rel (   127,   280)  ->  Abs (   532,  1474)
	  6: Rel (   231,     0)  ->  Abs (   763,  1474)
	  7: Rel (  -207,  -280)  ->  Abs (   556,  1194)

	Glyph 222: off = 0x0000D8EE, len = 140
	  numberOfContours:	1
	  xMin:			183
	  yMin:			-426
	  xMax:			621
	  yMax:			24

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	85
	00000: NPUSHB       (9):   217     2     1    14    32    13    19    52     6 
	00011: PUSHW[1]            -64 
	00014: PUSHB[4]             25    28    52     6 
	00019: PUSHW[1]            671 
	00022: NPUSHB      (14):    12    15     0    10     8    32     9    48     9     2 
	                             9    85    18     3 
	00038: PUSHW[1]            -64 
	00041: NPUSHB      (14):    25    28    52     3   172    15     1   172     0    56 
	                            15   159    17   161 
	00057: PUSHW[2]            390    24 
	00062: CALL       
	00063: SRP0       
	00064: MIRP[srp0,nmd,rd,2] 
	00065: MIRP[srp0,nmd,rd,0] 
	00066: MIRP[nrp0,md,rd,1] 
	00067: SRP0       
	00068: MIRP[nrp0,md,rd,1] 
	00069: CALL       
	00070: SRP0       
	00071: MIRP[srp0,nmd,rd,2] 
	00072: DELTAP1    
	00073: ALIGNRP    
	00074: SVTCA[y-axis] 
	00075: MIAP[rd+ci] 
	00076: MIAP[rd+ci] 
	00077: MIRP[nrp0,md,rd,1] 
	00078: CALL       
	00079: IUP[y]     
	00080: IUP[x]     
	00081: SVTCA[y-axis] 
	00082: CALL       
	00083: SVTCA[x-axis] 
	00084: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual XDual                 X-Short On
	  2:                      Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short         On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   224,    24)  ->  Abs (   224,    24)
	  1: Rel (   124,     0)  ->  Abs (   348,    24)
	  2: Rel (   -39,   -89)  ->  Abs (   309,   -65)
	  3: Rel (     0,   -75)  ->  Abs (   309,  -140)
	  4: Rel (     0,   -68)  ->  Abs (   309,  -208)
	  5: Rel (    82,   -84)  ->  Abs (   391,  -292)
	  6: Rel (    62,     0)  ->  Abs (   453,  -292)
	  7: Rel (    77,     0)  ->  Abs (   530,  -292)
	  8: Rel (    91,    46)  ->  Abs (   621,  -246)
	  9: Rel (     0,  -119)  ->  Abs (   621,  -365)
	 10: Rel (   -52,   -27)  ->  Abs (   569,  -392)
	 11: Rel (  -122,   -34)  ->  Abs (   447,  -426)
	 12: Rel (   -45,     0)  ->  Abs (   402,  -426)
	 13: Rel (   -99,     0)  ->  Abs (   303,  -426)
	 14: Rel (  -120,   120)  ->  Abs (   183,  -306)
	 15: Rel (     0,   101)  ->  Abs (   183,  -205)
	 16: Rel (     0,    86)  ->  Abs (   183,  -119)

	Glyph 223: off = 0x0000D97A, len = 108
	  numberOfContours:	1
	  xMin:			40
	  yMin:			1194
	  xMax:			673
	  yMax:			1474

	EndPoints
	---------
	  0:  6

	  Length of Instructions:	72
	00000: NPUSHB      (19):     5     6     1    15     2    31     2     2     2   135 
	                             0   100     4     3     2    60     1    61     3 
	00021: PUSHW[1]            -64 
	00024: NPUSHB      (17):     9    12    52     3   100     0   100     4   127     6 
	                            60     5    25     7   155   122    24 
	00043: CALL       
	00044: RTHG       
	00045: FLIPOFF    
	00046: SRP0       
	00047: MIRP[srp0,nmd,rd,0] 
	00048: RTG        
	00049: FLIPON     
	00050: MIRP[srp0,md,rd,1] 
	00051: RTHG       
	00052: MIRP[srp0,nmd,rd,2] 
	00053: RTG        
	00054: MIRP[srp0,md,rd,1] 
	00055: MIRP[srp0,md,rd,1] 
	00056: CALL       
	00057: RTHG       
	00058: MIRP[srp0,nmd,rd,2] 
	00059: RTG        
	00060: MIRP[nrp0,md,rd,1] 
	00061: SVTCA[y-axis] 
	00062: MDAP[rd]   
	00063: ALIGNRP    
	00064: MIRP[nrp0,md,rd,1] 
	00065: MIRP[srp0,md,rd,1] 
	00066: DELTAP1    
	00067: ALIGNRP    
	00068: ALIGNRP    
	00069: ALIGNRP    
	00070: IUP[y]     
	00071: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual                 X-Short On
	  3:                              X-Short On
	  4:  YDual                       X-Short On
	  5:                              X-Short On
	  6:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   359,  1304)  ->  Abs (   359,  1304)
	  1: Rel (   110,   170)  ->  Abs (   469,  1474)
	  2: Rel (   204,     0)  ->  Abs (   673,  1474)
	  3: Rel (  -225,  -280)  ->  Abs (   448,  1194)
	  4: Rel (  -192,     0)  ->  Abs (   256,  1194)
	  5: Rel (  -216,   280)  ->  Abs (    40,  1474)
	  6: Rel (   206,     0)  ->  Abs (   246,  1474)

	Glyph 224: off = 0x0000D9E6, len = 236
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1067
	  yMax:			1466

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	179
	00000: NPUSHB      (21):     0     1     8     4    13     3     4    13     2     7 
	                             6     2     7     5    10     9     1     8     5    10 
	                             7 
	00023: PUSHW[4]            270     8     2   270 
	00032: PUSHB[3]              1    11    10 
	00036: PUSHW[1]            270 
	00039: NPUSHB      (36):    12    13     8     1     1     4     8     8    10     4 
	                             2    32    11     1    11    84    15     7     8   221 
	                             5    10     2     1    10   101     4     1    93    13 
	                            28    16    16     2    85    13 
	00077: PUSHW[1]            -14 
	00080: PUSHB[5]             15    15     2    85    13 
	00086: PUSHW[1]            -14 
	00089: PUSHB[5]             13    13     2    85    13 
	00095: PUSHW[1]             -6 
	00098: PUSHB[5]             10    12     2    85    13 
	00104: PUSHW[1]            -10 
	00107: PUSHB[5]             12    12     6    85    13 
	00113: PUSHW[1]            -12 
	00116: PUSHB[8]             13    13     6    85    32    13     1    13 
	00125: PUSHW[1]            690 
	00128: PUSHB[4]             14    59    92    24 
	00133: CALL       
	00134: SRP0       
	00135: MIRP[srp0,md,rd,1] 
	00136: DELTAP1    
	00137: CALL       
	00138: CALL       
	00139: CALL       
	00140: CALL       
	00141: CALL       
	00142: CALL       
	00143: MIRP[nrp0,nmd,rd,2] 
	00144: ALIGNRP    
	00145: MIRP[nrp0,md,rd,1] 
	00146: SRP0       
	00147: ALIGNRP    
	00148: SRP0       
	00149: ALIGNRP    
	00150: MIRP[srp0,nmd,rd,0] 
	00151: ALIGNRP    
	00152: SRP0       
	00153: MIRP[nrp0,nmd,rd,0] 
	00154: DELTAP1    
	00155: SVTCA[y-axis] 
	00156: MIAP[rd+ci] 
	00157: RTHG       
	00158: SRP2       
	00159: IP         
	00160: MDAP[rd]   
	00161: SRP1       
	00162: IP         
	00163: MDAP[rd]   
	00164: RTG        
	00165: MIAP[rd+ci] 
	00166: ALIGNRP    
	00167: MIRP[srp0,md,rd,1] 
	00168: ALIGNRP    
	00169: SRP0       
	00170: MIRP[nrp0,md,rd,1] 
	00171: SRP0       
	00172: MIRP[nrp0,md,rd,1] 
	00173: ISECT      
	00174: ISECT      
	00175: ISECT      
	00176: ISECT      
	00177: IUP[y]     
	00178: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                      Y-Short X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:                                      On
	  8:        XDual         Y-Short         On
	  9:                                      On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:        XDual         Y-Short         On
	 13:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   145,   565)  ->  Abs (   145,   565)
	  1: Rel (  -145,  -123)  ->  Abs (     0,   442)
	  2: Rel (     0,   167)  ->  Abs (     0,   609)
	  3: Rel (   145,   124)  ->  Abs (   145,   733)
	  4: Rel (     0,   733)  ->  Abs (   145,  1466)
	  5: Rel (   194,     0)  ->  Abs (   339,  1466)
	  6: Rel (     0,  -568)  ->  Abs (   339,   898)
	  7: Rel (   332,   281)  ->  Abs (   671,  1179)
	  8: Rel (     0,  -167)  ->  Abs (   671,  1012)
	  9: Rel (  -332,  -281)  ->  Abs (   339,   731)
	 10: Rel (     0,  -558)  ->  Abs (   339,   173)
	 11: Rel (   728,     0)  ->  Abs (  1067,   173)
	 12: Rel (     0,  -173)  ->  Abs (  1067,     0)
	 13: Rel (  -922,     0)  ->  Abs (   145,     0)

	Glyph 225: off = 0x0000DAD2, len = 242
	  numberOfContours:	1
	  xMin:			3
	  yMin:			0
	  xMax:			447
	  yMax:			1466

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	195
	00000: NPUSHB      (72):    31    13   112    13   128    13   192    13   208    13 
	                           255    13     6     0     1     8     4    11     3     4 
	                            11     2     7     6     2     7     5    10     9     1 
	                             8     5    10     7   201     8     2   201     1    10 
	                            11    10     1     1     4     8     8    10     4     0 
	                             7     8    69     5    10     2     1    10    64     4 
	                           223     1     1     1    78    13    54    11    11     2 
	                            85    11 
	00074: PUSHW[1]             -8 
	00077: PUSHB[5]             16    16     2    85    11 
	00083: PUSHW[1]             -6 
	00086: NPUSHB      (29):    14    14     2    85    11     4    12    12     2    85 
	                            11    10    11    11     2    85    11    20    11    11 
	                             6    85    11     8    16    16     6    85    11 
	00117: PUSHW[1]             -2 
	00120: PUSHB[5]             13    13     6    85    11 
	00126: PUSHW[1]             -5 
	00129: NPUSHB      (17):    12    12     6    85     0    11    32    11   208    11 
	                             3    11    78    12    71    80    24 
	00148: CALL       
	00149: SRP0       
	00150: MIRP[srp0,md,rd,1] 
	00151: DELTAP1    
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: CALL       
	00157: CALL       
	00158: CALL       
	00159: CALL       
	00160: CALL       
	00161: MIRP[nrp0,nmd,rd,2] 
	00162: DELTAP1    
	00163: ALIGNRP    
	00164: MIRP[nrp0,md,rd,1] 
	00165: SRP0       
	00166: ALIGNRP    
	00167: SRP0       
	00168: ALIGNRP    
	00169: MIRP[srp0,nmd,rd,0] 
	00170: ALIGNRP    
	00171: SVTCA[y-axis] 
	00172: MIAP[rd+ci] 
	00173: RTHG       
	00174: SRP2       
	00175: IP         
	00176: MDAP[rd]   
	00177: SRP1       
	00178: IP         
	00179: MDAP[rd]   
	00180: RTG        
	00181: MIAP[rd+ci] 
	00182: ALIGNRP    
	00183: SRP0       
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP0       
	00186: MIRP[nrp0,md,rd,1] 
	00187: ISECT      
	00188: ISECT      
	00189: ISECT      
	00190: ISECT      
	00191: IUP[y]     
	00192: IUP[x]     
	00193: SVTCA[x-axis] 
	00194: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                      Y-Short X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short         On
	  9:                      Y-Short X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   133,   574)  ->  Abs (   133,   574)
	  1: Rel (  -130,  -110)  ->  Abs (     3,   464)
	  2: Rel (     0,   158)  ->  Abs (     3,   622)
	  3: Rel (   130,   110)  ->  Abs (   133,   732)
	  4: Rel (     0,   734)  ->  Abs (   133,  1466)
	  5: Rel (   179,     0)  ->  Abs (   312,  1466)
	  6: Rel (     0,  -582)  ->  Abs (   312,   884)
	  7: Rel (   135,   115)  ->  Abs (   447,   999)
	  8: Rel (     0,  -157)  ->  Abs (   447,   842)
	  9: Rel (  -135,  -115)  ->  Abs (   312,   727)
	 10: Rel (     0,  -727)  ->  Abs (   312,     0)
	 11: Rel (  -179,     0)  ->  Abs (   133,     0)

	Glyph 226: off = 0x0000DBC4, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			92
	  yMin:			-25
	  xMax:			1259
	  yMax:			1830

	     0: Flags:		0x0226
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	296
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1   240    49     1    49    22    18    72    43     1 
	                             1    52 
	00014: PUSHW[2]            545    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 227: off = 0x0000DBF8, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			63
	  yMin:			-24
	  xMax:			945
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	148
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1   112    49     1    49    21    18    72    43     1 
	                             1    53 
	00014: PUSHW[2]            546    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP2    
	00024: SHC[rp1,zp0] 

	Glyph 228: off = 0x0000DC2C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			41
	  yMin:			0
	  xMax:			1200
	  yMax:			1830

	     0: Flags:		0x0226
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	276
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    18    15     6     7    65     1     1    16 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 229: off = 0x0000DC5C, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			40
	  yMin:			0
	  xMax:			980
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	93
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	184
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    19 
	00005: PUSHW[3]            546    41   356 
	00012: SCANCTRL   
	00013: SVTCA[y-axis] 
	00014: CALL       
	00015: SVTCA[x-axis] 
	00016: PUSHB[2]              6     2 
	00019: RS         
	00020: EQ         
	00021: IF         
	00022: PUSHB[6]              0    20    17     6     7    65 
	00029: CALL       
	00030: ELSE       
	00031: PUSHB[6]              0    20    17     6    14    65 
	00038: CALL       
	00039: EIF        
	00040: SHC[rp1,zp0] 

	Glyph 230: off = 0x0000DCA0, len = 120
	  numberOfContours:	2
	  xMin:			188
	  yMin:			-431
	  xMax:			345
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	79
	00000: PUSHW[6]              2   686     7   357     6   382 
	00013: NPUSHB      (35):     3     0     9   161     0     3     2     0     1     1 
	                             5     5   159     4   175     4     2     4   118     6 
	                             7     7    32     2     1     2   161     8     8     9 
	                           213    33   161   152    24 
	00050: CALL       
	00051: CALL       
	00052: FLIPOFF    
	00053: SRP0       
	00054: MIRP[srp0,nmd,rd,0] 
	00055: DELTAP1    
	00056: ALIGNRP    
	00057: SRP0       
	00058: ALIGNRP    
	00059: FLIPON     
	00060: MIRP[srp0,md,rd,1] 
	00061: DELTAP1    
	00062: ALIGNRP    
	00063: SRP0       
	00064: ALIGNRP    
	00065: SRP0       
	00066: ALIGNRP    
	00067: SRP0       
	00068: ALIGNRP    
	00069: SRP0       
	00070: MIRP[nrp0,md,rd,2] 
	00071: SVTCA[y-axis] 
	00072: MIAP[rd+ci] 
	00073: FLIPON     
	00074: MIRP[srp0,md,rd,1] 
	00075: MIRP[srp0,md,rd,1] 
	00076: MIRP[nrp0,nmd,rd,2] 
	00077: IUP[y]     
	00078: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:        XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   345,  1491)  ->  Abs (   345,  1491)
	  1: Rel (     0,  -790)  ->  Abs (   345,   701)
	  2: Rel (  -157,     0)  ->  Abs (   188,   701)
	  3: Rel (     0,   790)  ->  Abs (   188,  1491)
	  4: Rel (   157, -1131)  ->  Abs (   345,   360)
	  5: Rel (     0,  -791)  ->  Abs (   345,  -431)
	  6: Rel (  -157,     0)  ->  Abs (   188,  -431)
	  7: Rel (     0,   791)  ->  Abs (   188,   360)

	Glyph 231: off = 0x0000DD18, len = 378
	  numberOfContours:	2
	  xMin:			-3
	  yMin:			0
	  xMax:			1370
	  yMax:			1466

	EndPoints
	---------
	  0:  19
	  1:  37

	  Length of Instructions:	259
	00000: NPUSHB      (46):    67     8    35     3    48    36     2     2     0    32 
	                            33    30     6     5     2    21    20    30    19     0 
	                             8    36    36    38    39    27    38    13    40    16 
	                            16     2    85    13    14    15    15     2    85    13 
	                            20    13    13     2    85    13 
	00048: PUSHW[1]             -8 
	00051: PUSHB[5]             12    12     2    85    13 
	00057: PUSHW[1]             -8 
	00060: PUSHB[5]             11    11     2    85    13 
	00066: PUSHW[1]            -21 
	00069: NPUSHB      (23):    12    12     6    85     0    13     1    13    26    39 
	                            33    20    32     5     2    57     0    32    16    16 
	                             2    85     0 
	00094: PUSHW[1]            -10 
	00097: PUSHB[5]             15    15     2    85     0 
	00103: PUSHW[1]            -10 
	00106: PUSHB[5]             13    13     2    85     0 
	00112: PUSHW[1]             -6 
	00115: PUSHB[5]             12    12     2    85     0 
	00121: PUSHW[1]             -9 
	00124: PUSHB[5]             12    12     6    85     0 
	00130: PUSHW[1]             -8 
	00133: NPUSHB      (10):    13    13     6    85     0    93    38    96    91    24 
	00145: CALL       
	00146: SRP0       
	00147: MIRP[srp0,nmd,rd,2] 
	00148: CALL       
	00149: CALL       
	00150: CALL       
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: MIRP[nrp0,nmd,rd,0] 
	00155: ALIGNRP    
	00156: MIRP[srp0,md,rd,1] 
	00157: ALIGNRP    
	00158: FLIPOFF    
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,2] 
	00161: DELTAP1    
	00162: CALL       
	00163: CALL       
	00164: CALL       
	00165: CALL       
	00166: CALL       
	00167: CALL       
	00168: FLIPON     
	00169: MIRP[nrp0,md,rd,1] 
	00170: SRP1       
	00171: SRP2       
	00172: IP         
	00173: MDAP[rd]   
	00174: SVTCA[y-axis] 
	00175: MIAP[rd+ci] 
	00176: ALIGNRP    
	00177: MIRP[srp0,md,rd,1] 
	00178: ALIGNRP    
	00179: MIAP[rd+ci] 
	00180: ALIGNRP    
	00181: MIRP[srp0,md,rd,1] 
	00182: ALIGNRP    
	00183: SRP2       
	00184: IP         
	00185: MDAP[rd]   
	00186: ALIGNRP    
	00187: MIRP[srp0,md,rd,1] 
	00188: ALIGNRP    
	00189: IUP[y]     
	00190: IUP[x]     
	00191: RS         
	00192: JROF       
	00193: NPUSHB      (54):     7    31    11    12    10    12     9    12     8    12 
	                             4     6    29    28    30    28     2     6    15    14 
	                            16    14    17    14     3     6    25    26    24    26 
	                            23    26     3     6    31     7    27    33     1    22 
	                            18    27    33     1    28    12    32    33     1    26 
	                            14    21    33     0 
	00249: CALL       
	00250: CALL       
	00251: SVTCA[x-axis] 
	00252: CALL       
	00253: CALL       
	00254: LOOPCALL   
	00255: LOOPCALL   
	00256: LOOPCALL   
	00257: LOOPCALL   
	00258: FLIPRGON   

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual                 X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                              X-Short Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual               Y-Short         On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual       Rep-  2 Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                               On
	 34:        XDual                         On
	 35:  YDual                               On
	 36:        XDual         Y-Short         On
	 37:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   158,     0)  ->  Abs (   158,     0)
	  1: Rel (     0,   667)  ->  Abs (   158,   667)
	  2: Rel (  -161,     0)  ->  Abs (    -3,   667)
	  3: Rel (     0,   132)  ->  Abs (    -3,   799)
	  4: Rel (   161,     0)  ->  Abs (   158,   799)
	  5: Rel (     0,   667)  ->  Abs (   158,  1466)
	  6: Rel (   506,     0)  ->  Abs (   664,  1466)
	  7: Rel (   170,     0)  ->  Abs (   834,  1466)
	  8: Rel (    90,   -21)  ->  Abs (   924,  1445)
	  9: Rel (   126,   -29)  ->  Abs (  1050,  1416)
	 10: Rel (    89,   -76)  ->  Abs (  1139,  1340)
	 11: Rel (   116,   -98)  ->  Abs (  1255,  1242)
	 12: Rel (   115,  -305)  ->  Abs (  1370,   937)
	 13: Rel (     0,  -196)  ->  Abs (  1370,   741)
	 14: Rel (     0,  -224)  ->  Abs (  1370,   517)
	 15: Rel (  -142,  -323)  ->  Abs (  1228,   194)
	 16: Rel (  -198,  -146)  ->  Abs (  1030,    48)
	 17: Rel (  -129,   -31)  ->  Abs (   901,    17)
	 18: Rel (   -71,   -17)  ->  Abs (   830,     0)
	 19: Rel (  -143,     0)  ->  Abs (   687,     0)
	 20: Rel (  -335,   173)  ->  Abs (   352,   173)
	 21: Rel (   313,     0)  ->  Abs (   665,   173)
	 22: Rel (   146,     0)  ->  Abs (   811,   173)
	 23: Rel (   164,    54)  ->  Abs (   975,   227)
	 24: Rel (    48,    48)  ->  Abs (  1023,   275)
	 25: Rel (    69,    69)  ->  Abs (  1092,   344)
	 26: Rel (    78,   232)  ->  Abs (  1170,   576)
	 27: Rel (     0,   167)  ->  Abs (  1170,   743)
	 28: Rel (     0,   172)  ->  Abs (  1170,   915)
	 29: Rel (   -77,   206)  ->  Abs (  1093,  1121)
	 30: Rel (  -124,   124)  ->  Abs (   969,  1245)
	 31: Rel (  -152,    48)  ->  Abs (   817,  1293)
	 32: Rel (  -157,     0)  ->  Abs (   660,  1293)
	 33: Rel (  -308,     0)  ->  Abs (   352,  1293)
	 34: Rel (     0,  -494)  ->  Abs (   352,   799)
	 35: Rel (   404,     0)  ->  Abs (   756,   799)
	 36: Rel (     0,  -132)  ->  Abs (   756,   667)
	 37: Rel (  -404,     0)  ->  Abs (   352,   667)

	Glyph 232: off = 0x0000DE92, len = 538
	  numberOfContours:	2
	  xMin:			73
	  yMin:			-25
	  xMax:			1057
	  yMax:			1466

	EndPoints
	---------
	  0:  28
	  1:  40

	  Length of Instructions:	402
	00000: NPUSHB     (109):    15    25    31    25    55     3    58    30    86     3 
	                            93    28     6     4     0    20     0    42     5    36 
	                            24    93     0     5    50     8     2     3     3     1 
	                            24    24    22     6     6     7    25    25     5    27 
	                            27     0    26     3     3     3     1    27    27     0 
	                            26    26     4    28    27    27     0    24    23    21 
	                             6     2     5    29    35    21    18    32    24    23 
	                             6     2     4     0    25    27    26    25     4     3 
	                             1     0     7    35     5     8    29    27    26     5 
	                             3     4     0    25    32    28    32    18    48    18 
	                             2    18   143    25     4     1     0     0    25 
	00111: PUSHW[1]            -64 
	00114: NPUSHB      (13):    14    14     2    85    25     7    38    28    11    11 
	                            29    36     8 
	00129: PUSHW[1]            -20 
	00132: PUSHB[5]             15    15     2    85     8 
	00138: PUSHW[1]            -10 
	00141: PUSHB[5]             13    13     2    85     8 
	00147: PUSHW[1]            -30 
	00150: PUSHB[5]             11    11     2    85     8 
	00156: PUSHW[1]            -16 
	00159: PUSHB[5]             11    11     6    85     8 
	00165: PUSHW[1]            -23 
	00168: PUSHB[5]             13    13     6    85     8 
	00174: PUSHW[1]            -16 
	00177: PUSHB[5]             15    15     6    85     8 
	00183: PUSHW[1]            -26 
	00186: NPUSHB      (54):    12    12     6    85     8    26    42    35    36    15 
	                            10    15    15     2    85    15    30    12    12     2 
	                            85    15    20    11    11     6    85    15    27    13 
	                            13     6    85    15     8    16    16     6    85    15 
	                            32    12    12     6    85    31    15     1    15    25 
	                            41    52    55    24 
	00242: CALL       
	00243: FLIPOFF    
	00244: SRP0       
	00245: MIRP[srp0,nmd,rd,0] 
	00246: DELTAP1    
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: FLIPON     
	00254: MIRP[nrp0,md,rd,1] 
	00255: FLIPOFF    
	00256: SRP0       
	00257: MIRP[srp0,nmd,rd,2] 
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: FLIPON     
	00266: MIRP[nrp0,md,rd,1] 
	00267: SVTCA[y-axis] 
	00268: MIAP[rd+ci] 
	00269: MIRP[nrp0,md,rd,1] 
	00270: MIAP[rd+ci] 
	00271: CALL       
	00272: MIAP[rd+ci] 
	00273: ALIGNRP    
	00274: ALIGNRP    
	00275: SRP0       
	00276: MIRP[srp0,nmd,rd,2] 
	00277: DELTAP1    
	00278: MIRP[nrp0,md,rd,1] 
	00279: SRP1       
	00280: SRP2       
	00281: SLOOP      
	00282: IP         
	00283: SVTCA[x-axis] 
	00284: SRP1       
	00285: SRP2       
	00286: IP         
	00287: SRP2       
	00288: SLOOP      
	00289: IP         
	00290: SVTCA[y-axis] 
	00291: SRP1       
	00292: SRP2       
	00293: SLOOP      
	00294: IP         
	00295: SRP1       
	00296: SRP2       
	00297: IP         
	00298: SVTCA[x-axis] 
	00299: SRP1       
	00300: SRP2       
	00301: SLOOP      
	00302: IP         
	00303: SPVTL[p1,p2] 
	00304: SRP0       
	00305: SFVTPV     
	00306: ALIGNRP    
	00307: SPVTL[p1,p2] 
	00308: SRP0       
	00309: SFVTL[=p1,p2] 
	00310: ALIGNRP    
	00311: SFVTL[=p1,p2] 
	00312: ALIGNRP    
	00313: SDPVTL[1]  
	00314: SFVTL[=p1,p2] 
	00315: ALIGNRP    
	00316: SDPVTL[1]  
	00317: SRP0       
	00318: SFVTL[=p1,p2] 
	00319: RDTG       
	00320: MDRP[nrp0,nmd,rd,0] 
	00321: SFVTL[=p1,p2] 
	00322: ALIGNRP    
	00323: SPVTL[p1,p2] 
	00324: SRP0       
	00325: SFVTPV     
	00326: ALIGNRP    
	00327: PUSHB[2]              6     2 
	00330: RS         
	00331: EQ         
	00332: IF         
	00333: PUSHB[7]              9    24    26    24    89    24     3 
	00341: SVTCA[y-axis] 
	00342: DELTAP1    
	00343: EIF        
	00344: IUP[y]     
	00345: IUP[x]     
	00346: RTG        
	00347: RS         
	00348: JROF       
	00349: NPUSHB      (36):    33    40     9    17    13    37    33    17    35    29 
	                             0    37    12    35    29     0    39    10    29    29 
	                             1    34    16    32    29     1    36    14    38    29 
	                             0    40     9    38    29     0 
	00387: SVTCA[y-axis] 
	00388: CALL       
	00389: CALL       
	00390: CALL       
	00391: SVTCA[x-axis] 
	00392: CALL       
	00393: CALL       
	00394: CALL       
	00395: CALL       
	00396: FLIPRGON   
	00397: FLIPRGON   
	00398: SVTCA[x-axis] 
	00399: DELTAP1    
	00400: SVTCA[y-axis] 
	00401: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short On
	  5:        XDual         Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:                                      Off
	  8:        XDual                         On
	  9:        XDual         Y-Short         Off
	 10:                                      Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:        XDual                         Off
	 17:                                      Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:                      Y-Short         On
	 26:  YDual               Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:                                      On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   308,  1466)  ->  Abs (   308,  1466)
	  1: Rel (   217,     0)  ->  Abs (   525,  1466)
	  2: Rel (    72,   -54)  ->  Abs (   597,  1412)
	  3: Rel (    53,   -48)  ->  Abs (   650,  1364)
	  4: Rel (   214,   102)  ->  Abs (   864,  1466)
	  5: Rel (    45,  -102)  ->  Abs (   909,  1364)
	  6: Rel (  -172,   -83)  ->  Abs (   737,  1281)
	  7: Rel (   320,  -368)  ->  Abs (  1057,   913)
	  8: Rel (     0,  -392)  ->  Abs (  1057,   521)
	  9: Rel (     0,  -253)  ->  Abs (  1057,   268)
	 10: Rel (  -278,  -293)  ->  Abs (   779,   -25)
	 11: Rel (  -215,     0)  ->  Abs (   564,   -25)
	 12: Rel (  -255,     0)  ->  Abs (   309,   -25)
	 13: Rel (  -143,   194)  ->  Abs (   166,   169)
	 14: Rel (   -93,   127)  ->  Abs (    73,   296)
	 15: Rel (     0,   221)  ->  Abs (    73,   517)
	 16: Rel (     0,   261)  ->  Abs (    73,   778)
	 17: Rel (   258,   284)  ->  Abs (   331,  1062)
	 18: Rel (   194,     0)  ->  Abs (   525,  1062)
	 19: Rel (    58,     0)  ->  Abs (   583,  1062)
	 20: Rel (    88,   -24)  ->  Abs (   671,  1038)
	 21: Rel (    66,   -35)  ->  Abs (   737,  1003)
	 22: Rel (   -36,    73)  ->  Abs (   701,  1076)
	 23: Rel (   -54,    81)  ->  Abs (   647,  1157)
	 24: Rel (   -52,    59)  ->  Abs (   595,  1216)
	 25: Rel (  -275,  -127)  ->  Abs (   320,  1089)
	 26: Rel (   -44,   103)  ->  Abs (   276,  1192)
	 27: Rel (   239,   109)  ->  Abs (   515,  1301)
	 28: Rel (   -97,    90)  ->  Abs (   418,  1391)
	 29: Rel (   452,  -862)  ->  Abs (   870,   529)
	 30: Rel (     0,   192)  ->  Abs (   870,   721)
	 31: Rel (  -181,   203)  ->  Abs (   689,   924)
	 32: Rel (  -132,     0)  ->  Abs (   557,   924)
	 33: Rel (  -130,     0)  ->  Abs (   427,   924)
	 34: Rel (  -170,  -203)  ->  Abs (   257,   721)
	 35: Rel (     0,  -209)  ->  Abs (   257,   512)
	 36: Rel (     0,  -194)  ->  Abs (   257,   318)
	 37: Rel (   175,  -196)  ->  Abs (   432,   122)
	 38: Rel (   131,     0)  ->  Abs (   563,   122)
	 39: Rel (   128,     0)  ->  Abs (   691,   122)
	 40: Rel (   179,   207)  ->  Abs (   870,   329)

	Glyph 233: off = 0x0000E0AC, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1350
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	333
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     1    16     6    26    72    39     1     1    16 
	00012: PUSHW[3]            545    41   356 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       

	Glyph 234: off = 0x0000E0DE, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			33
	  yMin:			-431
	  xMax:			1006
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	198
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     1     0    30     1   144    30   224    30     2    30 
	                            15    34    72    43     1     1    30 
	00019: PUSHW[2]            546    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: DELTAP2    
	00030: SHC[rp1,zp0] 

	Glyph 235: off = 0x0000E118, len = 250
	  numberOfContours:	2
	  xMin:			158
	  yMin:			0
	  xMax:			1277
	  yMax:			1466

	EndPoints
	---------
	  0:  15
	  1:  26

	  Length of Instructions:	161
	00000: NPUSHB      (22):    16    26    20    15    16    30    14   218     0    25 
	                            26    30     4     3   218     1     2     0     8    20 
	                            38    10 
	00024: PUSHW[1]            -16 
	00027: PUSHB[5]             13    13     6    85    10 
	00033: PUSHW[1]            -16 
	00036: PUSHB[5]             12    12     6    85    10 
	00042: PUSHW[1]            -22 
	00045: NPUSHB      (23):    11    11     6    85    16    10    32    10     2    10 
	                            46    28     2    15    32     1     0    32    16    16 
	                             2    85     0 
	00070: PUSHW[1]            -10 
	00073: PUSHB[5]             15    15     2    85     0 
	00079: PUSHW[1]            -10 
	00082: PUSHB[5]             13    13     2    85     0 
	00088: PUSHW[1]             -6 
	00091: PUSHB[5]             12    12     2    85     0 
	00097: PUSHW[1]            -16 
	00100: PUSHB[5]             13    13     6    85     0 
	00106: PUSHW[1]             -6 
	00109: NPUSHB      (13):    12    12     6    85    32     0     1     0    93    27 
	                            59    92    24 
	00124: CALL       
	00125: SRP0       
	00126: MIRP[srp0,nmd,rd,2] 
	00127: DELTAP1    
	00128: CALL       
	00129: CALL       
	00130: CALL       
	00131: CALL       
	00132: CALL       
	00133: CALL       
	00134: ALIGNRP    
	00135: MIRP[srp0,md,rd,1] 
	00136: ALIGNRP    
	00137: SRP0       
	00138: MIRP[srp0,nmd,rd,2] 
	00139: DELTAP1    
	00140: CALL       
	00141: CALL       
	00142: CALL       
	00143: MIRP[nrp0,md,rd,1] 
	00144: SVTCA[y-axis] 
	00145: MIAP[rd+ci] 
	00146: MIAP[rd+ci] 
	00147: MIRP[srp0,nmd,rd,0] 
	00148: ALIGNRP    
	00149: MIRP[srp0,md,rd,1] 
	00150: ALIGNRP    
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,0] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: SVTCA[x-axis] 
	00155: SRP1       
	00156: SRP2       
	00157: IP         
	00158: IP         
	00159: IUP[y]     
	00160: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual Rep-  2 Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                              X-Short Off
	 13:  YDual                               On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:        XDual                         On
	 17:  YDual                               On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   158,     0)  ->  Abs (   158,     0)
	  1: Rel (     0,  1466)  ->  Abs (   158,  1466)
	  2: Rel (   194,     0)  ->  Abs (   352,  1466)
	  3: Rel (     0,  -298)  ->  Abs (   352,  1168)
	  4: Rel (   359,     0)  ->  Abs (   711,  1168)
	  5: Rel (   146,     0)  ->  Abs (   857,  1168)
	  6: Rel (    78,   -14)  ->  Abs (   935,  1154)
	  7: Rel (   108,   -19)  ->  Abs (  1043,  1135)
	  8: Rel (   146,  -101)  ->  Abs (  1189,  1034)
	  9: Rel (    88,  -182)  ->  Abs (  1277,   852)
	 10: Rel (     0,  -109)  ->  Abs (  1277,   743)
	 11: Rel (     0,  -186)  ->  Abs (  1277,   557)
	 12: Rel (  -238,  -259)  ->  Abs (  1039,   298)
	 13: Rel (  -311,     0)  ->  Abs (   728,   298)
	 14: Rel (  -376,     0)  ->  Abs (   352,   298)
	 15: Rel (     0,  -298)  ->  Abs (   352,     0)
	 16: Rel (     0,   471)  ->  Abs (   352,   471)
	 17: Rel (   379,     0)  ->  Abs (   731,   471)
	 18: Rel (   188,     0)  ->  Abs (   919,   471)
	 19: Rel (   158,   140)  ->  Abs (  1077,   611)
	 20: Rel (     0,   126)  ->  Abs (  1077,   737)
	 21: Rel (     0,    91)  ->  Abs (  1077,   828)
	 22: Rel (   -92,   132)  ->  Abs (   985,   960)
	 23: Rel (   -76,    21)  ->  Abs (   909,   981)
	 24: Rel (   -49,    14)  ->  Abs (   860,   995)
	 25: Rel (  -133,     0)  ->  Abs (   727,   995)
	 26: Rel (  -375,     0)  ->  Abs (   352,   995)

	Glyph 236: off = 0x0000E212, len = 398
	  numberOfContours:	2
	  xMin:			135
	  yMin:			-407
	  xMax:			1057
	  yMax:			1466

	EndPoints
	---------
	  0:  20
	  1:  32

	  Length of Instructions:	293
	00000: NPUSHB      (41):    72    32    87     4    88    18   102     4   104    18 
	                           235    32     6    55    31     1    41     8    21    20 
	                             0    19    24    15     3     7     1     0    30    28 
	                             7     7    24    28    15    11     0    14    27    36 
	                            11 
	00043: PUSHW[1]            -14 
	00046: NPUSHB      (11):    15    15     2    85    11    18    13    13     2    85 
	                            11 
	00059: PUSHW[1]             -6 
	00062: NPUSHB      (11):    12    12     2    85    11     6    11    11     2    85 
	                            11 
	00075: PUSHW[1]            -14 
	00078: PUSHB[5]             11    11     6    85    11 
	00084: PUSHW[1]            -28 
	00087: PUSHB[5]             12    12     6    85    11 
	00093: PUSHW[1]             -6 
	00096: PUSHB[5]             13    13     6    85    11 
	00102: PUSHW[1]             -5 
	00105: NPUSHB      (14):    16    16     6    85    11    26    34     2     3    19 
	                            20    37     1     0 
	00121: PUSHW[1]             -4 
	00124: NPUSHB      (23):    14    14     2    85     0    16    13    13     2    85 
	                             0    16    12    12     2    85     0    16    11    11 
	                             2    85     0 
	00149: PUSHW[1]            -10 
	00152: PUSHB[5]             16    16     6    85     0 
	00158: PUSHW[1]             -4 
	00161: NPUSHB      (35):    15    15     6    85     0    18    13    13     6    85 
	                             0    12    12    12     6    85     0    12    11    11 
	                             6    85    31     0    63     0    79     0     3     0 
	                            25    33    71    55    24 
	00198: CALL       
	00199: SRP0       
	00200: MIRP[srp0,nmd,rd,2] 
	00201: DELTAP1    
	00202: CALL       
	00203: CALL       
	00204: CALL       
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: ALIGNRP    
	00212: MIRP[srp0,md,rd,1] 
	00213: ALIGNRP    
	00214: ALIGNRP    
	00215: ALIGNRP    
	00216: FLIPOFF    
	00217: SRP0       
	00218: MIRP[srp0,nmd,rd,2] 
	00219: CALL       
	00220: CALL       
	00221: CALL       
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: FLIPON     
	00228: MIRP[nrp0,md,rd,1] 
	00229: SVTCA[y-axis] 
	00230: MIAP[rd+ci] 
	00231: MIAP[rd+ci] 
	00232: MIRP[nrp0,md,rd,1] 
	00233: MIAP[rd+ci] 
	00234: MIRP[nrp0,md,rd,1] 
	00235: MIAP[rd+ci] 
	00236: SRP1       
	00237: IP         
	00238: SRP1       
	00239: SRP2       
	00240: IP         
	00241: SVTCA[x-axis] 
	00242: SRP1       
	00243: SRP2       
	00244: IP         
	00245: IUP[y]     
	00246: IUP[x]     
	00247: RS         
	00248: JROF       
	00249: NPUSHB      (28):    25    29     8    14     9    37    13    38    29     8 
	                            27    29     1    25    14    27    29     1    28    10 
	                            30    29     1    26    12    24    29     0 
	00279: SVTCA[y-axis] 
	00280: CALL       
	00281: CALL       
	00282: SVTCA[x-axis] 
	00283: CALL       
	00284: CALL       
	00285: CALL       
	00286: CALL       
	00287: FLIPRGON   
	00288: FLIPRGON   
	00289: SVTCA[x-axis] 
	00290: DELTAP1    
	00291: SVTCA[y-axis] 
	00292: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                              X-Short Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:        XDual                         On
	 21:                              X-Short On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   135,  -407)  ->  Abs (   135,  -407)
	  1: Rel (     0,  1873)  ->  Abs (   135,  1466)
	  2: Rel (   180,     0)  ->  Abs (   315,  1466)
	  3: Rel (     0,  -516)  ->  Abs (   315,   950)
	  4: Rel (    73,    77)  ->  Abs (   388,  1027)
	  5: Rel (    55,    25)  ->  Abs (   443,  1052)
	  6: Rel (    72,    34)  ->  Abs (   515,  1086)
	  7: Rel (    92,     0)  ->  Abs (   607,  1086)
	  8: Rel (   136,     0)  ->  Abs (   743,  1086)
	  9: Rel (   208,  -140)  ->  Abs (   951,   946)
	 10: Rel (   106,  -255)  ->  Abs (  1057,   691)
	 11: Rel (     0,  -152)  ->  Abs (  1057,   539)
	 12: Rel (     0,  -164)  ->  Abs (  1057,   375)
	 13: Rel (  -117,  -260)  ->  Abs (   940,   115)
	 14: Rel (  -223,  -139)  ->  Abs (   717,   -24)
	 15: Rel (  -122,     0)  ->  Abs (   595,   -24)
	 16: Rel (   -83,     0)  ->  Abs (   512,   -24)
	 17: Rel (   -71,    33)  ->  Abs (   441,     9)
	 18: Rel (   -54,    26)  ->  Abs (   387,    35)
	 19: Rel (   -72,    75)  ->  Abs (   315,   110)
	 20: Rel (     0,  -517)  ->  Abs (   315,  -407)
	 21: Rel (   -17,   932)  ->  Abs (   298,   525)
	 22: Rel (     0,  -205)  ->  Abs (   298,   320)
	 23: Rel (   166,  -196)  ->  Abs (   464,   124)
	 24: Rel (   118,     0)  ->  Abs (   582,   124)
	 25: Rel (   120,     0)  ->  Abs (   702,   124)
	 26: Rel (   171,   203)  ->  Abs (   873,   327)
	 27: Rel (     0,   213)  ->  Abs (   873,   540)
	 28: Rel (     0,   203)  ->  Abs (   873,   743)
	 29: Rel (  -167,   202)  ->  Abs (   706,   945)
	 30: Rel (  -116,     0)  ->  Abs (   590,   945)
	 31: Rel (  -115,     0)  ->  Abs (   475,   945)
	 32: Rel (  -177,  -215)  ->  Abs (   298,   730)

	Glyph 237: off = 0x0000E3A0, len = 54
	  numberOfContours:	1
	  xMin:			114
	  yMin:			639
	  xMax:			1082
	  yMax:			807

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	26
	00000: NPUSHB      (12):     2    37     0     0    26     5     1    25     4    87 
	                            90    24 
	00014: CALL       
	00015: FLIPOFF    
	00016: SRP0       
	00017: MIRP[nrp0,nmd,rd,0] 
	00018: SRP0       
	00019: MIRP[srp0,nmd,rd,2] 
	00020: SVTCA[y-axis] 
	00021: MDAP[rd]   
	00022: FLIPON     
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1082,   639)  ->  Abs (  1082,   639)
	  1: Rel (  -968,     0)  ->  Abs (   114,   639)
	  2: Rel (     0,   168)  ->  Abs (   114,   807)
	  3: Rel (   968,     0)  ->  Abs (  1082,   807)

	Glyph 238: off = 0x0000E3D6, len = 356
	  numberOfContours:	1
	  xMin:			161
	  yMin:			288
	  xMax:			1033
	  yMax:			1160

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	288
	00000: PUSHB[6]             39     4     1    36     4     1 
	00007: PUSHB[2]              6     2 
	00010: RS         
	00011: EQ         
	00012: IF         
	00013: NPUSHB      (17):    11    10     3    17     3    35     3    73     3    85 
	                             3   102     3   133     3     7     3 
	00032: SVTCA[y-axis] 
	00033: MDAP[rd]   
	00034: DELTAP1    
	00035: SHP[rp1,zp0] 
	00036: IUP[x]     
	00037: ELSE       
	00038: PUSHB[1]            124 
	00040: MPPEM      
	00041: GTEQ       
	00042: IF         
	00043: NPUSHB      (23):    30    17    10     6    11     2     9     7     6    11 
	                             3     8     4     3     8     0     5     1     0     5 
	                             2     9     5 
	00068: PUSHW[4]            631     6     3   631 
	00077: PUSHB[4]              2     7     1     9 
	00082: PUSHW[4]            631     8    11   631 
	00091: NPUSHB      (24):     0     6     2   148    42     1     1     1   148     8 
	                            48     0   144     0     2    63     0    80     0     2 
	                             0    10     4     8 
	00117: NPUSHW      (10):   658     9     6   658     5     2   658     3     0   658 
	00139: NPUSHB      (22):    11     9     5   148     4   148     3   176    11   192 
	                            11     2   159    11     1    32    11     1    11   252 
	                            12   158 
	00163: PUSHW[2]            385    24 
	00168: CALL       
	00169: SRP0       
	00170: MIRP[srp0,nmd,rd,2] 
	00171: DELTAP1    
	00172: DELTAP1    
	00173: DELTAP1    
	00174: ALIGNRP    
	00175: RTHG       
	00176: MIRP[srp0,md,rd,0] 
	00177: MIRP[srp0,md,rd,0] 
	00178: ALIGNRP    
	00179: RTG        
	00180: SRP0       
	00181: MIRP[nrp0,md,rd,0] 
	00182: SRP0       
	00183: MIRP[nrp0,md,rd,0] 
	00184: SRP0       
	00185: MIRP[nrp0,md,rd,0] 
	00186: SRP0       
	00187: MIRP[nrp0,md,rd,0] 
	00188: SRP0       
	00189: ALIGNRP    
	00190: SVTCA[y-axis] 
	00191: MDAP[rd]   
	00192: DELTAP1    
	00193: DELTAP2    
	00194: ALIGNRP    
	00195: RTHG       
	00196: MIRP[srp0,md,rd,0] 
	00197: DELTAP1    
	00198: MIRP[srp0,md,rd,0] 
	00199: ALIGNRP    
	00200: RTG        
	00201: SRP0       
	00202: MIRP[nrp0,md,rd,0] 
	00203: SRP0       
	00204: MIRP[nrp0,md,rd,0] 
	00205: SRP0       
	00206: ALIGNRP    
	00207: SRP0       
	00208: MIRP[nrp0,md,rd,0] 
	00209: SRP0       
	00210: MIRP[nrp0,md,rd,0] 
	00211: ISECT      
	00212: ISECT      
	00213: ISECT      
	00214: ISECT      
	00215: MPPEM      
	00216: GTEQ       
	00217: IF         
	00218: PUSHB[3]              6    42     8 
	00222: PUSHW[7]            -42     7   -32     3   -32    11   -32 
	00237: NPUSHB      (13):     1     0     2     3     4     5     6     7     8     9 
	                            10    11    11 
	00252: SVTCA[x-axis] 
	00253: SLOOP      
	00254: SHPIX      
	00255: SHPIX      
	00256: SHPIX      
	00257: SHPIX      
	00258: SVTCA[y-axis] 
	00259: SHPIX      
	00260: SHPIX      
	00261: EIF        
	00262: MPPEM      
	00263: LTEQ       
	00264: IF         
	00265: NPUSHB       (9):     2     1    10     9     0     4     5     4     7 
	00276: SVTCA[x-axis] 
	00277: SLOOP      
	00278: SHPIX      
	00279: EIF        
	00280: EIF        
	00281: EIF        
	00282: IUP[y]     
	00283: IUP[x]     
	00284: SVTCA[y-axis] 
	00285: DELTAP1    
	00286: SVTCA[x-axis] 
	00287: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                                      On
	  2:                                      On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:                                      On
	  6:        XDual         Y-Short X-Short On
	  7:                                      On
	  8:                                      On
	  9:                      Y-Short X-Short On
	 10:                                      On
	 11:                                      On

	Coordinates
	-----------
	  0: Rel (   161,   409)  ->  Abs (   161,   409)
	  1: Rel (   315,   315)  ->  Abs (   476,   724)
	  2: Rel (  -314,   314)  ->  Abs (   162,  1038)
	  3: Rel (   122,   122)  ->  Abs (   284,  1160)
	  4: Rel (   314,  -314)  ->  Abs (   598,   846)
	  5: Rel (   313,   313)  ->  Abs (   911,  1159)
	  6: Rel (   120,  -121)  ->  Abs (  1031,  1038)
	  7: Rel (  -312,  -313)  ->  Abs (   719,   725)
	  8: Rel (   314,  -314)  ->  Abs (  1033,   411)
	  9: Rel (  -122,  -122)  ->  Abs (   911,   289)
	 10: Rel (  -314,   314)  ->  Abs (   597,   603)
	 11: Rel (  -315,  -315)  ->  Abs (   282,   288)

	Glyph 239: off = 0x0000E53A, len = 124
	  numberOfContours:	1
	  xMin:			107
	  yMin:			733
	  xMax:			476
	  yMax:			1484

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	80
	00000: NPUSHB      (16):     1    34    18    57     3    34    18    57     7     8 
	                             0     1     4     3     9     0 
	00018: PUSHW[1]            287 
	00021: PUSHB[4]              8     3   232     4 
	00026: PUSHW[1]            675 
	00029: NPUSHB      (15):     7     7     8     1     8     9    53     1     0   203 
	                             4     3   117    10    87 
	00046: PUSHW[2]            303    24 
	00051: CALL       
	00052: SRP0       
	00053: MIRP[srp0,nmd,rd,2] 
	00054: ALIGNRP    
	00055: MIRP[srp0,nmd,rd,2] 
	00056: ALIGNRP    
	00057: MIRP[srp0,md,rd,1] 
	00058: ALIGNRP    
	00059: SVTCA[y-axis] 
	00060: MIAP[rd+ci] 
	00061: ALIGNRP    
	00062: SRP0       
	00063: MIRP[srp0,nmd,rd,0] 
	00064: MIRP[nrp0,md,rd,1] 
	00065: SRP0       
	00066: MIRP[srp0,md,rd,1] 
	00067: ALIGNRP    
	00068: SRP1       
	00069: SRP2       
	00070: IP         
	00071: SVTCA[x-axis] 
	00072: SRP1       
	00073: SRP2       
	00074: IP         
	00075: IUP[y]     
	00076: IUP[x]     
	00077: SVTCA[y-axis] 
	00078: CALL       
	00079: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   331,   733)  ->  Abs (   331,   733)
	  1: Rel (     0,   554)  ->  Abs (   331,  1287)
	  2: Rel (  -102,   -81)  ->  Abs (   229,  1206)
	  3: Rel (  -122,   -32)  ->  Abs (   107,  1174)
	  4: Rel (     0,   123)  ->  Abs (   107,  1297)
	  5: Rel (    62,    20)  ->  Abs (   169,  1317)
	  6: Rel (   152,   106)  ->  Abs (   321,  1423)
	  7: Rel (    47,    61)  ->  Abs (   368,  1484)
	  8: Rel (   108,     0)  ->  Abs (   476,  1484)
	  9: Rel (     0,  -751)  ->  Abs (   476,   733)

	Glyph 240: off = 0x0000E5B6, len = 224
	  numberOfContours:	1
	  xMin:			25
	  yMin:			733
	  xMax:			648
	  yMax:			1484

	EndPoints
	---------
	  0:  28

	  Length of Instructions:	130
	00000: NPUSHB      (27):     3     4    12    24     2   117    24   229    23   229 
	                            24   252     3     4    10     5     1    26    25    24 
	                             3     7    13    24    25    18    26 
	00029: PUSHW[3]            609    28   287 
	00036: PUSHB[7]             17    13    39    63    14     1    14 
	00044: PUSHW[3]            696    10   609 
	00051: NPUSHB      (20):    17     1    27    28    58     7    41    20   191     0 
	                            13    41    14    39     0    25    29   169   104    24 
	00073: CALL       
	00074: FLIPOFF    
	00075: SRP0       
	00076: MIRP[srp0,nmd,rd,0] 
	00077: FLIPON     
	00078: MIRP[srp0,nmd,rd,0] 
	00079: MIRP[nrp0,md,rd,1] 
	00080: SRP0       
	00081: MIRP[srp0,md,rd,1] 
	00082: MIRP[nrp0,md,rd,1] 
	00083: MIRP[srp0,nmd,rd,0] 
	00084: ALIGNRP    
	00085: SVTCA[y-axis] 
	00086: MIAP[rd+ci] 
	00087: MIRP[srp0,md,rd,1] 
	00088: MIRP[srp0,nmd,rd,0] 
	00089: DELTAP1    
	00090: MIRP[nrp0,nmd,rd,0] 
	00091: SRP0       
	00092: MIRP[srp0,md,rd,1] 
	00093: MIRP[srp0,md,rd,1] 
	00094: SRP1       
	00095: IP         
	00096: IP         
	00097: SVTCA[x-axis] 
	00098: SRP1       
	00099: SRP2       
	00100: SLOOP      
	00101: IP         
	00102: PUSHB[2]              6     2 
	00105: RS         
	00106: EQ         
	00107: IF         
	00108: PUSHB[6]             24    17    28     3    17    26 
	00115: SVTCA[y-axis] 
	00116: SRP1       
	00117: SRP2       
	00118: IP         
	00119: SRP1       
	00120: SRP2       
	00121: IP         
	00122: EIF        
	00123: IUP[y]     
	00124: IUP[x]     
	00125: SVTCA[x-axis] 
	00126: DELTAP2    
	00127: DELTAP1    
	00128: SVTCA[y-axis] 
	00129: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual               Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:  YDual               Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:  YDual                               On
	 28:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    25,   733)  ->  Abs (    25,   733)
	  1: Rel (     6,    57)  ->  Abs (    31,   790)
	  2: Rel (    41,    57)  ->  Abs (    72,   847)
	  3: Rel (    63,    86)  ->  Abs (   135,   933)
	  4: Rel (   288,   209)  ->  Abs (   423,  1142)
	  5: Rel (    27,    30)  ->  Abs (   450,  1172)
	  6: Rel (    37,    41)  ->  Abs (   487,  1213)
	  7: Rel (     0,    43)  ->  Abs (   487,  1256)
	  8: Rel (     0,    48)  ->  Abs (   487,  1304)
	  9: Rel (   -70,    62)  ->  Abs (   417,  1366)
	 10: Rel (   -68,     0)  ->  Abs (   349,  1366)
	 11: Rel (   -66,     0)  ->  Abs (   283,  1366)
	 12: Rel (   -65,   -47)  ->  Abs (   218,  1319)
	 13: Rel (   -21,   -67)  ->  Abs (   197,  1252)
	 14: Rel (  -151,    16)  ->  Abs (    46,  1268)
	 15: Rel (    29,   111)  ->  Abs (    75,  1379)
	 16: Rel (   143,   105)  ->  Abs (   218,  1484)
	 17: Rel (   134,     0)  ->  Abs (   352,  1484)
	 18: Rel (   151,     0)  ->  Abs (   503,  1484)
	 19: Rel (   141,  -118)  ->  Abs (   644,  1366)
	 20: Rel (     0,   -85)  ->  Abs (   644,  1281)
	 21: Rel (     0,   -84)  ->  Abs (   644,  1197)
	 22: Rel (   -59,   -75)  ->  Abs (   585,  1122)
	 23: Rel (   -45,   -56)  ->  Abs (   540,  1066)
	 24: Rel (  -160,  -115)  ->  Abs (   380,   951)
	 25: Rel (   -83,   -61)  ->  Abs (   297,   890)
	 26: Rel (   -35,   -36)  ->  Abs (   262,   854)
	 27: Rel (   386,     0)  ->  Abs (   648,   854)
	 28: Rel (     0,  -121)  ->  Abs (   648,   733)

	Glyph 241: off = 0x0000E696, len = 246
	  numberOfContours:	1
	  xMin:			33
	  yMin:			715
	  xMax:			646
	  yMax:			1484

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	118
	00000: NPUSHB      (17):    35     8    16    19    35    16    77    15    15    22 
	                             5     1    39    48     0     1     0 
	00019: PUSHW[5]            696     5   609    41   287 
	00030: NPUSHB      (12):    29    25    39    95    26   111    26     2    63    26 
	                             1    26 
	00044: PUSHW[3]            696    22   609 
	00051: NPUSHB      (25):    29     1    15   160    19    41    32    39     8    41 
	                            38   223     0    25    41    26    39     1    41     0 
	                            25    44   169   104    24 
	00078: CALL       
	00079: FLIPOFF    
	00080: SRP0       
	00081: MIRP[srp0,nmd,rd,0] 
	00082: FLIPON     
	00083: MIRP[nrp0,md,rd,1] 
	00084: MIRP[srp0,nmd,rd,0] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: SRP0       
	00087: MIRP[srp0,md,rd,1] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: MIRP[srp0,nmd,rd,0] 
	00090: MIRP[srp0,md,rd,1] 
	00091: MIRP[srp0,nmd,rd,0] 
	00092: SVTCA[y-axis] 
	00093: MIAP[rd+ci] 
	00094: MIRP[srp0,md,rd,1] 
	00095: MIRP[srp0,nmd,rd,0] 
	00096: DELTAP1    
	00097: DELTAP3    
	00098: MIRP[nrp0,nmd,rd,0] 
	00099: SRP0       
	00100: MIRP[srp0,md,rd,1] 
	00101: MIRP[srp0,md,rd,1] 
	00102: MIRP[srp0,nmd,rd,0] 
	00103: DELTAP1    
	00104: MIRP[nrp0,nmd,rd,0] 
	00105: SRP1       
	00106: SRP2       
	00107: IP         
	00108: MDAP[rd]   
	00109: MIRP[srp0,md,rd,0] 
	00110: IP         
	00111: SVTCA[x-axis] 
	00112: SRP2       
	00113: IP         
	00114: SRP1       
	00115: IP         
	00116: IUP[y]     
	00117: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short On
	 26:  YDual               Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    33,   929)  ->  Abs (    33,   929)
	  1: Rel (   146,    15)  ->  Abs (   179,   944)
	  2: Rel (    20,   -60)  ->  Abs (   199,   884)
	  3: Rel (    32,   -22)  ->  Abs (   231,   862)
	  4: Rel (    43,   -30)  ->  Abs (   274,   832)
	  5: Rel (    59,     0)  ->  Abs (   333,   832)
	  6: Rel (    71,     0)  ->  Abs (   404,   832)
	  7: Rel (    86,    78)  ->  Abs (   490,   910)
	  8: Rel (     0,    55)  ->  Abs (   490,   965)
	  9: Rel (     0,    50)  ->  Abs (   490,  1015)
	 10: Rel (   -72,    60)  ->  Abs (   418,  1075)
	 11: Rel (   -87,     0)  ->  Abs (   331,  1075)
	 12: Rel (   -12,     0)  ->  Abs (   319,  1075)
	 13: Rel (   -21,    -2)  ->  Abs (   298,  1073)
	 14: Rel (   -14,    -1)  ->  Abs (   284,  1072)
	 15: Rel (    -8,     0)  ->  Abs (   276,  1072)
	 16: Rel (    22,   110)  ->  Abs (   298,  1182)
	 17: Rel (    81,    -1)  ->  Abs (   379,  1181)
	 18: Rel (    75,    60)  ->  Abs (   454,  1241)
	 19: Rel (     0,    43)  ->  Abs (   454,  1284)
	 20: Rel (     0,    37)  ->  Abs (   454,  1321)
	 21: Rel (   -60,    52)  ->  Abs (   394,  1373)
	 22: Rel (   -59,     0)  ->  Abs (   335,  1373)
	 23: Rel (   -56,     0)  ->  Abs (   279,  1373)
	 24: Rel (   -63,   -44)  ->  Abs (   216,  1329)
	 25: Rel (   -23,   -58)  ->  Abs (   193,  1271)
	 26: Rel (  -143,    23)  ->  Abs (    50,  1294)
	 27: Rel (    41,   106)  ->  Abs (    91,  1400)
	 28: Rel (   125,    84)  ->  Abs (   216,  1484)
	 29: Rel (   120,     0)  ->  Abs (   336,  1484)
	 30: Rel (   144,     0)  ->  Abs (   480,  1484)
	 31: Rel (   131,  -107)  ->  Abs (   611,  1377)
	 32: Rel (     0,   -80)  ->  Abs (   611,  1297)
	 33: Rel (     0,   -55)  ->  Abs (   611,  1242)
	 34: Rel (   -71,   -86)  ->  Abs (   540,  1156)
	 35: Rel (   -67,   -19)  ->  Abs (   473,  1137)
	 36: Rel (    89,   -22)  ->  Abs (   562,  1115)
	 37: Rel (    84,  -101)  ->  Abs (   646,  1014)
	 38: Rel (     0,   -68)  ->  Abs (   646,   946)
	 39: Rel (     0,   -93)  ->  Abs (   646,   853)
	 40: Rel (  -158,  -138)  ->  Abs (   488,   715)
	 41: Rel (  -146,     0)  ->  Abs (   342,   715)
	 42: Rel (  -140,     0)  ->  Abs (   202,   715)
	 43: Rel (  -148,   111)  ->  Abs (    54,   826)

	Glyph 242: off = 0x0000E78C, len = 400
	  numberOfContours:	3
	  xMin:			107
	  yMin:			-57
	  xMax:			1672
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  13
	  2:  42

	  Length of Instructions:	256
	00000: NPUSHB      (26):     6    17     1   246    17     1    47    44    51    33 
	                            63    38    68    33    84    33   172    40   188    40 
	                           236    40     8     2     3     3 
	00028: PUSHW[1]            666 
	00031: NPUSHB      (33):     0     1    20     0     0     1    40    41    15    16 
	                            17     3    27    14     0     3     1     2     4    44 
	                            43    11    12     4     5     8     7    28    24    27 
	                             7   232     8 
	00066: PUSHW[1]            675 
	00069: PUSHB[3]             11     4    13 
	00073: PUSHW[1]            287 
	00076: NPUSHB      (16):    11    12    58     2     1     1    31    27    47    27 
	                            63    27     3    27    77    24 
	00094: PUSHW[8]            609    31   287    40   609    14    41   609 
	00111: NPUSHB      (11):    42    42    14    39     0     0     3     9    14    39 
	                            27 
	00124: PUSHW[3]            611    28   285 
	00131: NPUSHB      (19):    21    41    34    58    42    42    41   105    44     5 
	                             4    12    13    41     4     8     7   203     4 
	00152: PUSHW[1]            324 
	00155: PUSHB[4]             43    87   104    24 
	00160: CALL       
	00161: SRP0       
	00162: MIRP[srp0,nmd,rd,2] 
	00163: MIRP[srp0,nmd,rd,2] 
	00164: ALIGNRP    
	00165: SRP0       
	00166: MIRP[srp0,md,rd,1] 
	00167: ALIGNRP    
	00168: SRP0       
	00169: ALIGNRP    
	00170: SRP0       
	00171: MIRP[srp0,nmd,rd,2] 
	00172: ALIGNRP    
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,0] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIRP[srp0,md,rd,1] 
	00177: MIRP[nrp0,md,rd,1] 
	00178: MIRP[nrp0,nmd,rd,0] 
	00179: SVTCA[y-axis] 
	00180: MIAP[rd+ci] 
	00181: ALIGNRP    
	00182: SRP0       
	00183: MIRP[srp0,nmd,rd,0] 
	00184: ALIGNRP    
	00185: SRP0       
	00186: MIRP[nrp0,md,rd,1] 
	00187: SRP0       
	00188: MIRP[nrp0,md,rd,1] 
	00189: MIRP[srp0,md,rd,1] 
	00190: MIRP[srp0,md,rd,1] 
	00191: MIRP[srp0,nmd,rd,0] 
	00192: DELTAP1    
	00193: MIAP[rd+ci] 
	00194: ALIGNRP    
	00195: MIRP[srp0,nmd,rd,0] 
	00196: ALIGNRP    
	00197: MIRP[srp0,md,rd,1] 
	00198: ALIGNRP    
	00199: SRP0       
	00200: MIRP[srp0,nmd,rd,0] 
	00201: MIRP[srp0,md,rd,1] 
	00202: SRP1       
	00203: SRP2       
	00204: IP         
	00205: SRP1       
	00206: SRP2       
	00207: IP         
	00208: SVTCA[x-axis] 
	00209: SRP1       
	00210: SRP2       
	00211: IP         
	00212: SRP1       
	00213: SRP2       
	00214: SLOOP      
	00215: IP         
	00216: SRP1       
	00217: SRP2       
	00218: SLOOP      
	00219: IP         
	00220: SRP1       
	00221: IP         
	00222: SDPVTL[1]  
	00223: MDAP[nrd]  
	00224: CALL       
	00225: RDTG       
	00226: SRP0       
	00227: MDRP[nrp0,nmd,rd,0] 
	00228: PUSHB[2]              6     2 
	00231: RS         
	00232: EQ         
	00233: IF         
	00234: PUSHB[6]             38    31    42    17    31    41 
	00241: SVTCA[y-axis] 
	00242: SRP1       
	00243: SRP2       
	00244: IP         
	00245: SRP1       
	00246: SRP2       
	00247: IP         
	00248: EIF        
	00249: IUP[y]     
	00250: IUP[x]     
	00251: SVTCA[x-axis] 
	00252: DELTAP1    
	00253: SVTCA[y-axis] 
	00254: DELTAP1    
	00255: DELTAP2    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                              X-Short On
	  5:        XDual                         On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:                                      On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual               Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:  YDual               Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:                      Y-Short X-Short On
	 41:  YDual                               On
	 42:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   228,   -57)  ->  Abs (   228,   -57)
	  1: Rel (  1101,  1548)  ->  Abs (  1329,  1491)
	  2: Rel (   157,     0)  ->  Abs (  1486,  1491)
	  3: Rel ( -1101, -1548)  ->  Abs (   385,   -57)
	  4: Rel (   -54,   790)  ->  Abs (   331,   733)
	  5: Rel (     0,   554)  ->  Abs (   331,  1287)
	  6: Rel (  -102,   -81)  ->  Abs (   229,  1206)
	  7: Rel (  -122,   -32)  ->  Abs (   107,  1174)
	  8: Rel (     0,   123)  ->  Abs (   107,  1297)
	  9: Rel (    62,    20)  ->  Abs (   169,  1317)
	 10: Rel (   152,   106)  ->  Abs (   321,  1423)
	 11: Rel (    47,    61)  ->  Abs (   368,  1484)
	 12: Rel (   108,     0)  ->  Abs (   476,  1484)
	 13: Rel (     0,  -751)  ->  Abs (   476,   733)
	 14: Rel (   573,  -764)  ->  Abs (  1049,   -31)
	 15: Rel (     6,    56)  ->  Abs (  1055,    25)
	 16: Rel (    42,    57)  ->  Abs (  1097,    82)
	 17: Rel (    62,    87)  ->  Abs (  1159,   169)
	 18: Rel (   288,   208)  ->  Abs (  1447,   377)
	 19: Rel (    27,    31)  ->  Abs (  1474,   408)
	 20: Rel (    37,    41)  ->  Abs (  1511,   449)
	 21: Rel (     0,    43)  ->  Abs (  1511,   492)
	 22: Rel (     0,    48)  ->  Abs (  1511,   540)
	 23: Rel (   -69,    61)  ->  Abs (  1442,   601)
	 24: Rel (   -69,     0)  ->  Abs (  1373,   601)
	 25: Rel (   -66,     0)  ->  Abs (  1307,   601)
	 26: Rel (   -65,   -47)  ->  Abs (  1242,   554)
	 27: Rel (   -21,   -66)  ->  Abs (  1221,   488)
	 28: Rel (  -151,    15)  ->  Abs (  1070,   503)
	 29: Rel (    29,   112)  ->  Abs (  1099,   615)
	 30: Rel (   144,   105)  ->  Abs (  1243,   720)
	 31: Rel (   133,     0)  ->  Abs (  1376,   720)
	 32: Rel (   151,     0)  ->  Abs (  1527,   720)
	 33: Rel (   141,  -118)  ->  Abs (  1668,   602)
	 34: Rel (     0,   -85)  ->  Abs (  1668,   517)
	 35: Rel (     0,   -84)  ->  Abs (  1668,   433)
	 36: Rel (   -59,   -75)  ->  Abs (  1609,   358)
	 37: Rel (   -45,   -56)  ->  Abs (  1564,   302)
	 38: Rel (  -159,  -116)  ->  Abs (  1405,   186)
	 39: Rel (   -84,   -61)  ->  Abs (  1321,   125)
	 40: Rel (   -35,   -35)  ->  Abs (  1286,    90)
	 41: Rel (   386,     0)  ->  Abs (  1672,    90)
	 42: Rel (     0,  -121)  ->  Abs (  1672,   -31)

	Glyph 243: off = 0x0000E91C, len = 362
	  numberOfContours:	4
	  xMin:			107
	  yMin:			-57
	  xMax:			1678
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  13
	  2:  24
	  3:  27

	  Length of Instructions:	257
	00000: NPUSHB      (32):    22    17     1    32     1    32     2    41    17    43 
	                            27    58    17    58    27    86     0   102     0   134 
	                            27     9    27    27   102    27   118    27     3     1 
	                             0     0 
	00034: PUSHW[1]            666 
	00037: NPUSHB      (29):     3     2    20     3     3     2    11    12     4     0 
	                             3     1     2     4    29    28    27    17    18    24 
	                            14    26    17    18    27     5     7   232     8 
	00068: PUSHW[1]            675 
	00071: PUSHB[3]             11     4    13 
	00075: PUSHW[1]            287 
	00078: NPUSHB      (21):    12    12    11     2    11    58     1     1    22    23 
	                            23    16    15    27    25    21    20    20    25   100 
	                            15 
	00101: PUSHW[1]            688 
	00104: PUSHB[3]             14    19    18 
	00108: PUSHW[1]            287 
	00111: NPUSHB      (45):    24    24    14     0     3    39    14    11    26    53 
	                            19    27   249    17    17    95    16     1    16   238 
	                            14    53    19    22    77    32    24     1    24   172 
	                            29    12    13    53     5     4     8     7   203    32 
	                             4     1     4    25    28 
	00158: PUSHW[4]            417   104    24   270 
	00167: SCANCTRL   
	00168: CALL       
	00169: FLIPOFF    
	00170: SRP0       
	00171: MIRP[srp0,nmd,rd,0] 
	00172: DELTAP1    
	00173: FLIPON     
	00174: MIRP[srp0,nmd,rd,2] 
	00175: ALIGNRP    
	00176: SRP0       
	00177: ALIGNRP    
	00178: MIRP[srp0,md,rd,1] 
	00179: ALIGNRP    
	00180: SRP0       
	00181: MIRP[srp0,nmd,rd,2] 
	00182: DELTAP1    
	00183: MIRP[nrp0,nmd,rd,0] 
	00184: ALIGNRP    
	00185: MIRP[nrp0,md,rd,1] 
	00186: MIRP[srp0,md,rd,1] 
	00187: DELTAP1    
	00188: ALIGNRP    
	00189: SRP0       
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP0       
	00192: MIRP[nrp0,md,rd,1] 
	00193: SVTCA[y-axis] 
	00194: MIAP[rd+ci] 
	00195: MIRP[srp0,nmd,rd,0] 
	00196: ALIGNRP    
	00197: SRP0       
	00198: ALIGNRP    
	00199: SRP0       
	00200: MIRP[srp0,md,rd,1] 
	00201: ALIGNRP    
	00202: SRP0       
	00203: MIRP[srp0,nmd,rd,0] 
	00204: MIRP[srp0,md,rd,1] 
	00205: ALIGNRP    
	00206: SRP0       
	00207: ALIGNRP    
	00208: SRP0       
	00209: ALIGNRP    
	00210: SRP0       
	00211: ALIGNRP    
	00212: ALIGNRP    
	00213: SRP0       
	00214: ALIGNRP    
	00215: MIAP[rd+ci] 
	00216: MIRP[nrp0,nmd,rd,0] 
	00217: ALIGNRP    
	00218: SRP0       
	00219: ALIGNRP    
	00220: SRP0       
	00221: MIRP[srp0,md,rd,1] 
	00222: ALIGNRP    
	00223: SRP0       
	00224: MIRP[srp0,nmd,rd,0] 
	00225: MIRP[srp0,md,rd,1] 
	00226: IP         
	00227: SRP1       
	00228: SRP2       
	00229: IP         
	00230: IP         
	00231: SVTCA[x-axis] 
	00232: SRP1       
	00233: SRP2       
	00234: IP         
	00235: SRP2       
	00236: IP         
	00237: SRP1       
	00238: SRP2       
	00239: SLOOP      
	00240: IP         
	00241: SRP1       
	00242: SRP2       
	00243: IP         
	00244: SDPVTL[1]  
	00245: MDAP[nrd]  
	00246: CALL       
	00247: RDTG       
	00248: SRP0       
	00249: MDRP[nrp0,nmd,rd,0] 
	00250: IUP[y]     
	00251: IUP[x]     
	00252: SVTCA[x-axis] 
	00253: DELTAP1    
	00254: DELTAP1    
	00255: SVTCA[y-axis] 
	00256: DELTAP1    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                              X-Short On
	  5:        XDual                         On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:                                      On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual                               On
	 17:  YDual XDual         Y-Short         On
	 18:                                      On
	 19:  YDual XDual                 X-Short On
	 20:        XDual                         On
	 21:  YDual XDual                 X-Short On
	 22:        XDual         Y-Short         On
	 23:  YDual                       X-Short On
	 24:        XDual         Y-Short         On
	 25:                              X-Short On
	 26:        XDual                         On
	 27:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   252,   -57)  ->  Abs (   252,   -57)
	  1: Rel (  1102,  1548)  ->  Abs (  1354,  1491)
	  2: Rel (   156,     0)  ->  Abs (  1510,  1491)
	  3: Rel ( -1101, -1548)  ->  Abs (   409,   -57)
	  4: Rel (   -78,   790)  ->  Abs (   331,   733)
	  5: Rel (     0,   554)  ->  Abs (   331,  1287)
	  6: Rel (  -102,   -81)  ->  Abs (   229,  1206)
	  7: Rel (  -122,   -32)  ->  Abs (   107,  1174)
	  8: Rel (     0,   123)  ->  Abs (   107,  1297)
	  9: Rel (    62,    20)  ->  Abs (   169,  1317)
	 10: Rel (   152,   106)  ->  Abs (   321,  1423)
	 11: Rel (    47,    61)  ->  Abs (   368,  1484)
	 12: Rel (   108,     0)  ->  Abs (   476,  1484)
	 13: Rel (     0,  -751)  ->  Abs (   476,   733)
	 14: Rel (   954,  -764)  ->  Abs (  1430,   -31)
	 15: Rel (     0,   154)  ->  Abs (  1430,   123)
	 16: Rel (  -383,     0)  ->  Abs (  1047,   123)
	 17: Rel (     0,   123)  ->  Abs (  1047,   246)
	 18: Rel (   405,   474)  ->  Abs (  1452,   720)
	 19: Rel (   122,     0)  ->  Abs (  1574,   720)
	 20: Rel (     0,  -489)  ->  Abs (  1574,   231)
	 21: Rel (   104,     0)  ->  Abs (  1678,   231)
	 22: Rel (     0,  -108)  ->  Abs (  1678,   123)
	 23: Rel (  -104,     0)  ->  Abs (  1574,   123)
	 24: Rel (     0,  -154)  ->  Abs (  1574,   -31)
	 25: Rel (  -144,   262)  ->  Abs (  1430,   231)
	 26: Rel (     0,   263)  ->  Abs (  1430,   494)
	 27: Rel (  -230,  -263)  ->  Abs (  1200,   231)

	Glyph 244: off = 0x0000EA86, len = 494
	  numberOfContours:	4
	  xMin:			33
	  yMin:			-57
	  xMax:			1678
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  45
	  2:  56
	  3:  59

	  Length of Instructions:	307
	00000: PUSHB[6]             47    61     1     2     3     3 
	00007: PUSHW[1]            666 
	00010: NPUSHB      (39):     0     1    20     0     0     1    18    21    17     0 
	                             3     1     2     4    61    60    37    12    21    50 
	                            51    58    37    17    18     5     4     9    49    58 
	                            50    48    18    77    17    17    24     9     5 
	00051: PUSHW[1]            682 
	00054: NPUSHB      (11):    16     4    32     4    48     4     3     4   145     9 
	                            27 
	00067: PUSHW[1]            682 
	00070: NPUSHB      (23):    31    28    47    28    63    28     3   127    28     1 
	                            95    28   111    28     2    95    28   111    28     2 
	                            28   145    24 
	00095: PUSHW[6]            609    31     9   609    43   287 
	00108: NPUSHB      (18):    31    51     2     1     1    53    52    52    57    54 
	                            55    55    47    59    57   100    48    47 
	00128: PUSHW[1]            689 
	00131: PUSHB[3]             46    51    50 
	00135: PUSHW[1]            287 
	00138: NPUSHB       (9):    56    56    46     3     0   143    46    11    17 
	00149: PUSHW[1]            560 
	00152: NPUSHB      (29):    21    59   249    49    49    48   238    56    58    53 
	                            51    54   145    51    46    41    56    78    61    21 
	                            41    34    34    12    41    48    40     1    40 
	00183: PUSHW[1]            552 
	00186: NPUSHB      (13):     4    27    41    28    34     5    41     4    25    60 
	                           124   102    24 
	00201: CALL       
	00202: FLIPOFF    
	00203: SRP0       
	00204: MIRP[srp0,nmd,rd,0] 
	00205: FLIPON     
	00206: MIRP[nrp0,md,rd,1] 
	00207: MIRP[srp0,nmd,rd,0] 
	00208: MIRP[nrp0,md,rd,1] 
	00209: SRP0       
	00210: MIRP[srp0,md,rd,1] 
	00211: DELTAP1    
	00212: MIRP[nrp0,md,rd,1] 
	00213: MIRP[srp0,nmd,rd,0] 
	00214: MIRP[nrp0,md,rd,1] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,2] 
	00217: MIRP[nrp0,md,rd,1] 
	00218: ALIGNRP    
	00219: MIRP[nrp0,nmd,rd,0] 
	00220: SRP0       
	00221: MIRP[nrp0,md,rd,1] 
	00222: SRP0       
	00223: MIRP[srp0,md,rd,1] 
	00224: ALIGNRP    
	00225: SRP0       
	00226: MIRP[nrp0,md,rd,1] 
	00227: SRP0       
	00228: MIRP[srp0,nmd,rd,0] 
	00229: SVTCA[y-axis] 
	00230: MIAP[rd+ci] 
	00231: MIRP[srp0,nmd,rd,2] 
	00232: ALIGNRP    
	00233: SRP0       
	00234: ALIGNRP    
	00235: SRP0       
	00236: MIRP[srp0,md,rd,1] 
	00237: ALIGNRP    
	00238: SRP0       
	00239: MIRP[srp0,nmd,rd,0] 
	00240: ALIGNRP    
	00241: MIRP[srp0,md,rd,1] 
	00242: ALIGNRP    
	00243: SRP0       
	00244: ALIGNRP    
	00245: SRP0       
	00246: ALIGNRP    
	00247: SRP0       
	00248: ALIGNRP    
	00249: SRP0       
	00250: ALIGNRP    
	00251: MIAP[rd+ci] 
	00252: ALIGNRP    
	00253: MIRP[srp0,nmd,rd,0] 
	00254: MIRP[srp0,md,rd,1] 
	00255: MIRP[nrp0,md,rd,1] 
	00256: SRP0       
	00257: MIRP[srp0,md,rd,1] 
	00258: MIRP[srp0,nmd,rd,0] 
	00259: DELTAP3    
	00260: DELTAP2    
	00261: DELTAP2    
	00262: DELTAP1    
	00263: MIRP[nrp0,nmd,rd,0] 
	00264: SRP0       
	00265: MIRP[srp0,nmd,rd,0] 
	00266: DELTAP1    
	00267: MIRP[nrp0,nmd,rd,0] 
	00268: SRP1       
	00269: SRP2       
	00270: IP         
	00271: MDAP[rd]   
	00272: MIRP[srp0,md,rd,0] 
	00273: SRP1       
	00274: SRP2       
	00275: IP         
	00276: IP         
	00277: SRP1       
	00278: SRP2       
	00279: IP         
	00280: SRP1       
	00281: SRP2       
	00282: IP         
	00283: SVTCA[x-axis] 
	00284: SRP1       
	00285: SRP2       
	00286: IP         
	00287: SRP1       
	00288: SRP2       
	00289: IP         
	00290: SRP1       
	00291: SRP2       
	00292: SLOOP      
	00293: IP         
	00294: SRP1       
	00295: SRP2       
	00296: IP         
	00297: SDPVTL[1]  
	00298: MDAP[nrd]  
	00299: CALL       
	00300: RDTG       
	00301: SRP0       
	00302: MDRP[nrp0,nmd,rd,0] 
	00303: IUP[y]     
	00304: IUP[x]     
	00305: SVTCA[x-axis] 
	00306: DELTAP1    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                                      On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:  YDual               Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short Off
	 37:                      Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual               Y-Short X-Short Off
	 46:                                      On
	 47:  YDual XDual         Y-Short         On
	 48:  YDual                               On
	 49:  YDual XDual         Y-Short         On
	 50:                                      On
	 51:  YDual XDual                 X-Short On
	 52:        XDual                         On
	 53:  YDual XDual                 X-Short On
	 54:        XDual         Y-Short         On
	 55:  YDual                       X-Short On
	 56:        XDual         Y-Short         On
	 57:                              X-Short On
	 58:        XDual                         On
	 59:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   252,   -57)  ->  Abs (   252,   -57)
	  1: Rel (  1101,  1548)  ->  Abs (  1353,  1491)
	  2: Rel (   157,     0)  ->  Abs (  1510,  1491)
	  3: Rel ( -1101, -1548)  ->  Abs (   409,   -57)
	  4: Rel (  -376,   986)  ->  Abs (    33,   929)
	  5: Rel (   146,    15)  ->  Abs (   179,   944)
	  6: Rel (    20,   -60)  ->  Abs (   199,   884)
	  7: Rel (    32,   -22)  ->  Abs (   231,   862)
	  8: Rel (    43,   -30)  ->  Abs (   274,   832)
	  9: Rel (    59,     0)  ->  Abs (   333,   832)
	 10: Rel (    71,     0)  ->  Abs (   404,   832)
	 11: Rel (    86,    78)  ->  Abs (   490,   910)
	 12: Rel (     0,    55)  ->  Abs (   490,   965)
	 13: Rel (     0,    50)  ->  Abs (   490,  1015)
	 14: Rel (   -72,    60)  ->  Abs (   418,  1075)
	 15: Rel (   -84,     0)  ->  Abs (   334,  1075)
	 16: Rel (   -50,    -3)  ->  Abs (   284,  1072)
	 17: Rel (    -8,     0)  ->  Abs (   276,  1072)
	 18: Rel (    22,   110)  ->  Abs (   298,  1182)
	 19: Rel (    81,    -1)  ->  Abs (   379,  1181)
	 20: Rel (    75,    60)  ->  Abs (   454,  1241)
	 21: Rel (     0,    43)  ->  Abs (   454,  1284)
	 22: Rel (     0,    37)  ->  Abs (   454,  1321)
	 23: Rel (   -60,    52)  ->  Abs (   394,  1373)
	 24: Rel (   -59,     0)  ->  Abs (   335,  1373)
	 25: Rel (   -56,     0)  ->  Abs (   279,  1373)
	 26: Rel (   -63,   -44)  ->  Abs (   216,  1329)
	 27: Rel (   -23,   -58)  ->  Abs (   193,  1271)
	 28: Rel (  -143,    23)  ->  Abs (    50,  1294)
	 29: Rel (    41,   106)  ->  Abs (    91,  1400)
	 30: Rel (   125,    84)  ->  Abs (   216,  1484)
	 31: Rel (   120,     0)  ->  Abs (   336,  1484)
	 32: Rel (   144,     0)  ->  Abs (   480,  1484)
	 33: Rel (   131,  -107)  ->  Abs (   611,  1377)
	 34: Rel (     0,   -80)  ->  Abs (   611,  1297)
	 35: Rel (     0,   -55)  ->  Abs (   611,  1242)
	 36: Rel (   -71,   -86)  ->  Abs (   540,  1156)
	 37: Rel (   -67,   -19)  ->  Abs (   473,  1137)
	 38: Rel (    89,   -22)  ->  Abs (   562,  1115)
	 39: Rel (    84,  -101)  ->  Abs (   646,  1014)
	 40: Rel (     0,   -68)  ->  Abs (   646,   946)
	 41: Rel (     0,   -93)  ->  Abs (   646,   853)
	 42: Rel (  -158,  -138)  ->  Abs (   488,   715)
	 43: Rel (  -146,     0)  ->  Abs (   342,   715)
	 44: Rel (  -140,     0)  ->  Abs (   202,   715)
	 45: Rel (  -148,   111)  ->  Abs (    54,   826)
	 46: Rel (  1375,  -857)  ->  Abs (  1429,   -31)
	 47: Rel (     0,   154)  ->  Abs (  1429,   123)
	 48: Rel (  -382,     0)  ->  Abs (  1047,   123)
	 49: Rel (     0,   123)  ->  Abs (  1047,   246)
	 50: Rel (   404,   474)  ->  Abs (  1451,   720)
	 51: Rel (   123,     0)  ->  Abs (  1574,   720)
	 52: Rel (     0,  -489)  ->  Abs (  1574,   231)
	 53: Rel (   104,     0)  ->  Abs (  1678,   231)
	 54: Rel (     0,  -108)  ->  Abs (  1678,   123)
	 55: Rel (  -104,     0)  ->  Abs (  1574,   123)
	 56: Rel (     0,  -154)  ->  Abs (  1574,   -31)
	 57: Rel (  -145,   262)  ->  Abs (  1429,   231)
	 58: Rel (     0,   263)  ->  Abs (  1429,   494)
	 59: Rel (  -229,  -263)  ->  Abs (  1200,   231)

	Glyph 245: off = 0x0000EC74, len = 252
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1037
	  yMax:			1466

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	191
	00000: NPUSHB      (20):     7    30     5     5     4     9    30    11    64    11 
	                            11     2    85    11    64    17    17     2    85    11 
	00022: PUSHW[1]            561 
	00025: NPUSHB      (53):    14    30    12    30     2    30     0    64    13    13 
	                             2    85     0   134    16    17     4     2    17     0 
	                            14    13   165    10    10     9    77     6     6     5 
	                           106    19     7     8    11    12    15    16    32     4 
	                             3     0    17     2     1   118    17    28    16    16 
	                             2    85    17 
	00080: PUSHW[1]            -18 
	00083: PUSHB[5]             15    15     2    85    17 
	00089: PUSHW[1]            -14 
	00092: PUSHB[5]             13    13     2    85    17 
	00098: PUSHW[1]            -10 
	00101: PUSHB[5]             12    12     2    85    17 
	00107: PUSHW[1]             -4 
	00110: PUSHB[5]             11    11     2    85    17 
	00116: PUSHW[1]            -14 
	00119: PUSHB[5]             12    12     6    85    17 
	00125: PUSHW[1]            -16 
	00128: NPUSHB      (10):    13    13     6    85    17   159    18   161   167    24 
	00140: CALL       
	00141: SRP0       
	00142: MIRP[srp0,nmd,rd,2] 
	00143: CALL       
	00144: CALL       
	00145: CALL       
	00146: CALL       
	00147: CALL       
	00148: CALL       
	00149: CALL       
	00150: MIRP[srp0,nmd,rd,0] 
	00151: ALIGNRP    
	00152: SRP0       
	00153: ALIGNRP    
	00154: ALIGNRP    
	00155: ALIGNRP    
	00156: MIRP[srp0,md,rd,1] 
	00157: ALIGNRP    
	00158: ALIGNRP    
	00159: ALIGNRP    
	00160: ALIGNRP    
	00161: ALIGNRP    
	00162: SRP0       
	00163: MIRP[srp0,nmd,rd,2] 
	00164: ALIGNRP    
	00165: SRP0       
	00166: MIRP[srp0,nmd,rd,0] 
	00167: ALIGNRP    
	00168: SRP0       
	00169: MIRP[srp0,nmd,rd,0] 
	00170: ALIGNRP    
	00171: SVTCA[y-axis] 
	00172: MIAP[rd+ci] 
	00173: MIAP[rd+ci] 
	00174: SRP0       
	00175: ALIGNRP    
	00176: MIRP[srp0,nmd,rd,0] 
	00177: CALL       
	00178: MIRP[nrp0,md,rd,1] 
	00179: MIRP[srp0,md,rd,1] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: MIRP[srp0,md,rd,2] 
	00182: CALL       
	00183: CALL       
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP0       
	00186: ALIGNRP    
	00187: SRP0       
	00188: MIRP[nrp0,md,rd,1] 
	00189: IUP[y]     
	00190: IUP[x]     

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:        XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:        XDual         Y-Short         On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:  YDual                               On
	 14:        XDual         Y-Short         On
	 15:  YDual                               On
	 16:        XDual         Y-Short         On
	 17:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   168,   246)  ->  Abs (   168,   246)
	  1: Rel (  -168,     0)  ->  Abs (     0,   246)
	  2: Rel (     0,   149)  ->  Abs (     0,   395)
	  3: Rel (   168,     0)  ->  Abs (   168,   395)
	  4: Rel (     0,  1071)  ->  Abs (   168,  1466)
	  5: Rel (   869,     0)  ->  Abs (  1037,  1466)
	  6: Rel (     0,  -173)  ->  Abs (  1037,  1293)
	  7: Rel (  -675,     0)  ->  Abs (   362,  1293)
	  8: Rel (     0,  -454)  ->  Abs (   362,   839)
	  9: Rel (   568,     0)  ->  Abs (   930,   839)
	 10: Rel (     0,  -173)  ->  Abs (   930,   666)
	 11: Rel (  -568,     0)  ->  Abs (   362,   666)
	 12: Rel (     0,  -271)  ->  Abs (   362,   395)
	 13: Rel (   315,     0)  ->  Abs (   677,   395)
	 14: Rel (     0,  -149)  ->  Abs (   677,   246)
	 15: Rel (  -315,     0)  ->  Abs (   362,   246)
	 16: Rel (     0,  -246)  ->  Abs (   362,     0)
	 17: Rel (  -194,     0)  ->  Abs (   168,     0)

	Glyph 246: off = 0x0000ED70, len = 70
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	  yMin:			-25
	  xMax:			1465
	  yMax:			1815

	     0: Flags:		0x0226
		Glyf Index:	42
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	526
		Y WOffset:	351
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    42 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    45    39    14    14    65 
	00026: CALL       
	00027: ELSE       
	00028: NPUSHB      (10):   112    42   160    42     2    42    14     0   104    43 
	00040: CALL       
	00041: DELTAP1    
	00042: EIF        
	00043: SHC[rp1,zp0] 

	Glyph 247: off = 0x0000EDB6, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			66
	  yMin:			-431
	  xMax:			1002
	  yMax:			1464

	     0: Flags:		0x0226
		Glyf Index:	74
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	228
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2   192    47     1    47    19    44   104    43     2 
	                             1    47 
	00014: PUSHW[2]            546    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP2    
	00024: SHC[rp1,zp0] 

	Glyph 248: off = 0x0000EDEA, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			177
	  yMin:			0
	  xMax:			400
	  yMax:			1780

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	-52
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1     1     7 
	00004: PUSHW[2]            545    41 
	00009: SVTCA[y-axis] 
	00010: CALL       
	00011: SVTCA[x-axis] 
	00012: PUSHB[2]              6     2 
	00015: RS         
	00016: EQ         
	00017: IF         
	00018: PUSHB[7]              1     0     5     6     1     2    65 
	00026: CALL       
	00027: SHC[rp1,zp0] 
	00028: ELSE       
	00029: PUSHB[7]              1     1     7     2     9    72    39 
	00037: CALL       
	00038: EIF        

	Glyph 249: off = 0x0000EE2C, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			92
	  yMin:			-411
	  xMax:			1259
	  yMax:			1491

	     0: Flags:		0x0226
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	220
		X WOffset:	339
		Y WOffset:	10
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (22):     1    31    51     1   192    51   240    51     2   144 
	                            51     1    51    45    25    72    43     1     1    50 
	                             8    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: DELTAP1    
	00030: DELTAP2    
	00031: SHC[rp1,zp0] 

	Glyph 250: off = 0x0000EE66, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			63
	  yMin:			-401
	  xMax:			945
	  yMax:			1086

	     0: Flags:		0x0226
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	220
		X WOffset:	159
		Y WOffset:	20
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1     1     1    50    10    41 
	00007: SVTCA[y-axis] 
	00008: CALL       
	00009: SVTCA[x-axis] 
	00010: PUSHB[2]              6     2 
	00013: RS         
	00014: EQ         
	00015: IF         
	00016: PUSHB[6]              0    50    51    46    46    65 
	00023: CALL       
	00024: ELSE       
	00025: NPUSHB      (12):    16    51     1   224    51   240    51     2   176    51 
	                             1    51 
	00039: PUSHW[1]            -64 
	00042: PUSHB[8]             15    17    52    51    46    60    72    43 
	00051: CALL       
	00052: CALL       
	00053: DELTAP1    
	00054: DELTAP1    
	00055: DELTAP3    
	00056: EIF        
	00057: SHC[rp1,zp0] 

	Glyph 251: off = 0x0000EEBA, len = 72
	  numberOfContours:	-1  (Composite)
	  xMin:			102
	  yMin:			-25
	  xMax:			1398
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	441
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1    33    64    16    17    52    33 
	00008: PUSHW[1]            -64 
	00011: NPUSHB      (19):    19    25    52   112    33   223    33     2    47    33 
	                             1    33    12     0    72    43     1     1    33 
	00032: PUSHW[2]            545    41 
	00037: SVTCA[y-axis] 
	00038: CALL       
	00039: SVTCA[x-axis] 
	00040: CALL       
	00041: DELTAP1    
	00042: DELTAP2    
	00043: CALL       
	00044: CALL       
	00045: SHC[rp1,zp0] 

	Glyph 252: off = 0x0000EF02, len = 74
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-24
	  xMax:			1005
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	202
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    30 
	00005: PUSHW[2]            546    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    30    30    11    11    65 
	00026: CALL       
	00027: ELSE       
	00028: NPUSHB      (13):     0    30   160    30     2   127    30     1    30    11 
	                             0    72    43 
	00043: CALL       
	00044: DELTAP1    
	00045: DELTAP2    
	00046: EIF        
	00047: SHC[rp1,zp0] 

	Glyph 253: off = 0x0000EF4C, len = 48
	  numberOfContours:	-1  (Composite)
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	  yMax:			1830

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	432
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    35    32     8    15    65     1     1    34 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 254: off = 0x0000EF7C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-24
	  xMax:			1005
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	202
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    32    29     7    14    65     1     1    31 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 255: off = 0x0000EFAC, len = 488
	  numberOfContours:	2
	  xMin:			70
	  yMin:			-24
	  xMax:			1136
	  yMax:			1466

	EndPoints
	---------
	  0:  25
	  1:  37

	  Length of Instructions:	374
	00000: NPUSHB     (118):    83    28    80    36   143    39     3    63    39     1 
	                            41    13    38    24    42    30    57    13    54    24 
	                            54    28    58    37    74    13    69    23    70    27 
	                            73    37    90    13    90    20    87    21    86    24 
	                            15    12    29    25    22    35     1     0    64    30 
	                            43    52     0   212     3     8     9    64    30    43 
	                            52     9   212     7    95     6   111     6     2    31 
	                             6    47     6    63     6    95     6   159     6     5 
	                             6   145     5     2    95     3   111     3     2    31 
	                             3    47     3    63     3    95     3   159     3     5 
	                             3   145     5     4     0    10    11    10    29    28 
	                            14    11    35    28    22     7     2     1 
	00120: PUSHW[1]            619 
	00123: NPUSHB      (49):     8     3     4    37     5    32    51     0    25    12 
	                            11    37    10     7    96     8     1   160     8     1 
	                           176     8   208     8     2     8   146     5     6     9 
	                            39    64    11    11     2    85    39    64    13    13 
	                             2    85    10    18    16    16     2    85    10 
	00174: PUSHW[1]            -12 
	00177: NPUSHB      (17):    15    15     2    85    10     6    14    14     2    85 
	                            10    24    13    13     2    85    10 
	00196: PUSHW[1]            -14 
	00199: NPUSHB      (11):    11    11     6    85    10    14    16    16     6    85 
	                            10 
	00212: PUSHW[1]            -18 
	00215: PUSHB[5]             12    12     6    85    10 
	00221: PUSHW[1]             -8 
	00224: NPUSHB      (66):    13    13     6    85    16    10    64    10   128    10 
	                             3    10   116    26    36    18    30    11    11     2 
	                            85    18    24    12    12     2    85    18    30    13 
	                            13     2    85    18    12    11    11     6    85    18 
	                            12    13    13     6    85    18    26    12    12     6 
	                            85    31    18    63    18    79    18    96    18     4 
	                            18    25    38    52    80    24 
	00292: CALL       
	00293: FLIPOFF    
	00294: SRP0       
	00295: MIRP[srp0,nmd,rd,0] 
	00296: DELTAP1    
	00297: CALL       
	00298: CALL       
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: CALL       
	00303: FLIPON     
	00304: MIRP[nrp0,md,rd,1] 
	00305: MIRP[srp0,md,rd,1] 
	00306: DELTAP1    
	00307: CALL       
	00308: CALL       
	00309: CALL       
	00310: CALL       
	00311: CALL       
	00312: CALL       
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: CALL       
	00317: ALIGNRP    
	00318: ALIGNRP    
	00319: ALIGNRP    
	00320: MIRP[srp0,nmd,rd,0] 
	00321: DELTAP1    
	00322: DELTAP2    
	00323: DELTAP3    
	00324: ALIGNRP    
	00325: SRP0       
	00326: MIRP[srp0,md,rd,1] 
	00327: ALIGNRP    
	00328: ALIGNRP    
	00329: ALIGNRP    
	00330: MIRP[nrp0,nmd,rd,0] 
	00331: SRP0       
	00332: MIRP[srp0,md,rd,1] 
	00333: ALIGNRP    
	00334: SRP0       
	00335: MIRP[srp0,md,rd,1] 
	00336: ALIGNRP    
	00337: SVTCA[y-axis] 
	00338: MIAP[rd+ci] 
	00339: MIRP[nrp0,md,rd,1] 
	00340: MIAP[rd+ci] 
	00341: MIRP[nrp0,md,rd,1] 
	00342: MIAP[rd+ci] 
	00343: ALIGNRP    
	00344: MIAP[rd+ci] 
	00345: ALIGNRP    
	00346: MIRP[srp0,nmd,rd,0] 
	00347: DELTAP1    
	00348: DELTAP2    
	00349: ALIGNRP    
	00350: SRP0       
	00351: MIRP[srp0,nmd,rd,0] 
	00352: DELTAP1    
	00353: DELTAP2    
	00354: ALIGNRP    
	00355: MIRP[srp0,md,rd,1] 
	00356: CALL       
	00357: ALIGNRP    
	00358: SRP0       
	00359: MIRP[srp0,md,rd,1] 
	00360: CALL       
	00361: ALIGNRP    
	00362: SRP1       
	00363: SRP2       
	00364: IP         
	00365: SRP2       
	00366: IP         
	00367: IUP[y]     
	00368: IUP[x]     
	00369: SVTCA[y-axis] 
	00370: DELTAP1    
	00371: SVTCA[x-axis] 
	00372: DELTAP3    
	00373: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual         Y-Short         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:  YDual XDual         Y-Short         On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:        XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:                                      On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   812,  1219)  ->  Abs (   812,  1219)
	  1: Rel (  -346,     0)  ->  Abs (   466,  1219)
	  2: Rel (     0,   132)  ->  Abs (   466,  1351)
	  3: Rel (   346,     0)  ->  Abs (   812,  1351)
	  4: Rel (     0,   115)  ->  Abs (   812,  1466)
	  5: Rel (   179,     0)  ->  Abs (   991,  1466)
	  6: Rel (     0,  -115)  ->  Abs (   991,  1351)
	  7: Rel (   145,     0)  ->  Abs (  1136,  1351)
	  8: Rel (     0,  -132)  ->  Abs (  1136,  1219)
	  9: Rel (  -145,     0)  ->  Abs (   991,  1219)
	 10: Rel (     0, -1219)  ->  Abs (   991,     0)
	 11: Rel (  -167,     0)  ->  Abs (   824,     0)
	 12: Rel (     0,   134)  ->  Abs (   824,   134)
	 13: Rel (  -101,  -158)  ->  Abs (   723,   -24)
	 14: Rel (  -196,     0)  ->  Abs (   527,   -24)
	 15: Rel (  -127,     0)  ->  Abs (   400,   -24)
	 16: Rel (  -213,   140)  ->  Abs (   187,   116)
	 17: Rel (  -117,   251)  ->  Abs (    70,   367)
	 18: Rel (     0,   163)  ->  Abs (    70,   530)
	 19: Rel (     0,   159)  ->  Abs (    70,   689)
	 20: Rel (   106,   259)  ->  Abs (   176,   948)
	 21: Rel (   212,   138)  ->  Abs (   388,  1086)
	 22: Rel (   131,     0)  ->  Abs (   519,  1086)
	 23: Rel (    96,     0)  ->  Abs (   615,  1086)
	 24: Rel (   150,   -81)  ->  Abs (   765,  1005)
	 25: Rel (    47,   -65)  ->  Abs (   812,   940)
	 26: Rel (  -557,  -410)  ->  Abs (   255,   530)
	 27: Rel (     0,  -204)  ->  Abs (   255,   326)
	 28: Rel (   172,  -202)  ->  Abs (   427,   124)
	 29: Rel (   117,     0)  ->  Abs (   544,   124)
	 30: Rel (   118,     0)  ->  Abs (   662,   124)
	 31: Rel (   165,   193)  ->  Abs (   827,   317)
	 32: Rel (     0,   198)  ->  Abs (   827,   515)
	 33: Rel (     0,   218)  ->  Abs (   827,   733)
	 34: Rel (  -168,   204)  ->  Abs (   659,   937)
	 35: Rel (  -123,     0)  ->  Abs (   536,   937)
	 36: Rel (  -120,     0)  ->  Abs (   416,   937)
	 37: Rel (  -161,  -196)  ->  Abs (   255,   741)

	Glyph 256: off = 0x0000F194, len = 62
	  numberOfContours:	1
	  xMin:			-31
	  yMin:			1566
	  xMax:			1162
	  yMax:			1695

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	37
	00000: NPUSHB      (13):     2    48     3     3     1    48     0     3    26     5 
	                             0    25     4 
	00015: PUSHW[3]            393   398    24 
	00022: CALL       
	00023: FLIPOFF    
	00024: SRP0       
	00025: MIRP[nrp0,nmd,rd,0] 
	00026: SRP0       
	00027: MIRP[nrp0,nmd,rd,2] 
	00028: SVTCA[y-axis] 
	00029: MDAP[rd]   
	00030: FLIPON     
	00031: MIRP[nrp0,md,rd,1] 
	00032: ALIGNRP    
	00033: SRP0       
	00034: MIRP[nrp0,md,rd,1] 
	00035: IUP[y]     
	00036: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   -31,  1566)  ->  Abs (   -31,  1566)
	  1: Rel (     0,   129)  ->  Abs (   -31,  1695)
	  2: Rel (  1193,     0)  ->  Abs (  1162,  1695)
	  3: Rel (     0,  -129)  ->  Abs (  1162,  1566)

	Glyph 257: off = 0x0000F1D2, len = 58
	  numberOfContours:	1
	  xMin:			497
	  yMin:			637
	  xMax:			702
	  yMax:			842

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	33
	00000: NPUSHB      (11):     2     1     3     0    60     1     3    60     0    25 
	                             4 
	00013: PUSHW[1]            335 
	00016: PUSHB[2]             65    24 
	00019: CALL       
	00020: FLIPOFF    
	00021: SRP0       
	00022: MIRP[srp0,nmd,rd,0] 
	00023: FLIPON     
	00024: MIRP[srp0,md,rd,1] 
	00025: SVTCA[y-axis] 
	00026: MDAP[rd]   
	00027: MIRP[srp0,md,rd,1] 
	00028: ALIGNRP    
	00029: SRP0       
	00030: ALIGNRP    
	00031: IUP[y]     
	00032: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   497,   637)  ->  Abs (   497,   637)
	  1: Rel (     0,   205)  ->  Abs (   497,   842)
	  2: Rel (   205,     0)  ->  Abs (   702,   842)
	  3: Rel (     0,  -205)  ->  Abs (   702,   637)

	Glyph 258: off = 0x0000F20C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1815

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	338
		Y WOffset:	351
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     1    19    12     9   104    39     2     1    19 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 259: off = 0x0000F23C, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1464

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	245
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2   207    60     1    60    28     3   104    43     2 
	                             1    60 
	00014: PUSHW[2]            546    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: SHC[rp1,zp0] 

	Glyph 260: off = 0x0000F270, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			-416
	  xMax:			1548
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	222
		X WOffset:	927
		Y WOffset:	10
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     1    15     4     0    72    39     2     1    15 
	                             8    41 
	00014: PUSHW[1]            356 
	00017: SCANCTRL   
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       

	Glyph 261: off = 0x0000F2A0, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-401
	  xMax:			1268
	  yMax:			1086

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	222
		X WOffset:	647
		Y WOffset:	25
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     1    56    39     0    72    39     2     1    56 
	                            10    41 
	00014: SVTCA[y-axis] 
	00015: CALL       
	00016: SVTCA[x-axis] 
	00017: CALL       

	Glyph 262: off = 0x0000F2CC, len = 72
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			0
	  xMax:			1370
	  yMax:			1830

	     0: Flags:		0x0226
		Glyf Index:	39
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	241
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (21):     2    30    64    19    19     6    85    30    64    15 
	                            15     6    85    30    64    12    12     6    85    30 
	                             2 
	00023: PUSHW[1]            -10 
	00026: PUSHB[5]             72    43     2     1    33 
	00032: PUSHW[2]            545    41 
	00037: SVTCA[y-axis] 
	00038: CALL       
	00039: SVTCA[x-axis] 
	00040: CALL       
	00041: CALL       
	00042: CALL       
	00043: CALL       
	00044: SHC[rp1,zp0] 

	Glyph 263: off = 0x0000F314, len = 438
	  numberOfContours:	3
	  xMin:			71
	  yMin:			-24
	  xMax:			1262
	  yMax:			1466

	EndPoints
	---------
	  0:  10
	  1:  28
	  2:  40

	  Length of Instructions:	308
	00000: NPUSHB      (48):    54    39    83    31    83    39    98    31    98    39 
	                             5    53    24    54    31     2    45    33    58    13 
	                            73    13    67    23    69    30    73    40    90    13 
	                           106    13     8    45    13    35    24     2     6    10 
	                             0    12    38    32    25    28    22     6 
	00050: PUSHW[1]            579 
	00053: NPUSHB      (52):     0    64     1     3    64     2     2     1     0    27 
	                            26     0    38    72    22     7    28    11    10    32 
	                            72    14    11    10   145     0     0     1     3     2 
	                            64     1    49    27    27    28    35    51    11    25 
	                            26    12    26    11    37    28    18    16    16     2 
	                            85    28 
	00107: PUSHW[1]            -12 
	00110: NPUSHB      (23):    15    15     2    85    28     6    14    14     2    85 
	                            28    24    13    13     2    85    28    11    16    16 
	                             6    85    28 
	00135: PUSHW[1]             -8 
	00138: PUSHB[5]             15    15     6    85    28 
	00144: PUSHW[1]            -18 
	00147: NPUSHB      (11):    13    13     6    85    28     9    12    12     6    85 
	                            28 
	00160: PUSHW[1]            -25 
	00163: NPUSHB      (62):    11    11     6    85    16    28    64    28    96    28 
	                           128    28     4    28   116    29    36    18    30    11 
	                            11     2    85    18    24    12    12     2    85    18 
	                            30    13    13     2    85    18    10    13    13     6 
	                            85    18    34    12    12     6    85    18     7    11 
	                            11     6    85    63    18    79    18     2    18    25 
	                            41    52 
	00227: PUSHW[2]            662    24 
	00232: CALL       
	00233: FLIPOFF    
	00234: SRP0       
	00235: MIRP[srp0,nmd,rd,0] 
	00236: DELTAP1    
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: FLIPON     
	00244: MIRP[nrp0,md,rd,1] 
	00245: MIRP[srp0,md,rd,1] 
	00246: DELTAP1    
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: MIRP[srp0,md,rd,1] 
	00257: ALIGNRP    
	00258: ALIGNRP    
	00259: SRP0       
	00260: ALIGNRP    
	00261: SRP0       
	00262: MIRP[nrp0,nmd,rd,0] 
	00263: SRP0       
	00264: ALIGNRP    
	00265: SRP0       
	00266: MIRP[srp0,md,rd,2] 
	00267: MIRP[srp0,md,rd,1] 
	00268: ALIGNRP    
	00269: SRP0       
	00270: ALIGNRP    
	00271: FLIPON     
	00272: SRP0       
	00273: MIRP[nrp0,nmd,rd,0] 
	00274: SVTCA[y-axis] 
	00275: MIAP[rd+ci] 
	00276: MIRP[nrp0,md,rd,1] 
	00277: MIAP[rd+ci] 
	00278: ALIGNRP    
	00279: MIAP[rd+ci] 
	00280: MIRP[nrp0,md,rd,1] 
	00281: MIAP[rd+ci] 
	00282: ALIGNRP    
	00283: MIAP[rd+ci] 
	00284: ALIGNRP    
	00285: SRP0       
	00286: MIRP[nrp0,md,rd,1] 
	00287: SRP0       
	00288: MIRP[nrp0,md,rd,1] 
	00289: MIRP[nrp0,md,rd,1] 
	00290: SRP1       
	00291: SRP2       
	00292: IP         
	00293: SRP1       
	00294: SRP2       
	00295: IP         
	00296: SVTCA[x-axis] 
	00297: SRP1       
	00298: SRP2       
	00299: IP         
	00300: IUP[y]     
	00301: IUP[x]     
	00302: SVTCA[y-axis] 
	00303: DELTAP1    
	00304: DELTAP1    
	00305: SVTCA[x-axis] 
	00306: DELTAP1    
	00307: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:                                      On
	 12:  YDual XDual         Y-Short         On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:        XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:        XDual                         On
	 29:                                      On
	 30:        XDual         Y-Short         Off
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1078,  1281)  ->  Abs (  1078,  1281)
	  1: Rel (     0,   185)  ->  Abs (  1078,  1466)
	  2: Rel (   184,     0)  ->  Abs (  1262,  1466)
	  3: Rel (     0,  -185)  ->  Abs (  1262,  1281)
	  4: Rel (     0,  -101)  ->  Abs (  1262,  1180)
	  5: Rel (   -72,  -125)  ->  Abs (  1190,  1055)
	  6: Rel (   -78,   -34)  ->  Abs (  1112,  1021)
	  7: Rel (   -45,    68)  ->  Abs (  1067,  1089)
	  8: Rel (    51,    23)  ->  Abs (  1118,  1112)
	  9: Rel (    49,    87)  ->  Abs (  1167,  1199)
	 10: Rel (     2,    82)  ->  Abs (  1169,  1281)
	 11: Rel (  -344, -1281)  ->  Abs (   825,     0)
	 12: Rel (     0,   134)  ->  Abs (   825,   134)
	 13: Rel (  -101,  -158)  ->  Abs (   724,   -24)
	 14: Rel (  -196,     0)  ->  Abs (   528,   -24)
	 15: Rel (  -127,     0)  ->  Abs (   401,   -24)
	 16: Rel (  -213,   140)  ->  Abs (   188,   116)
	 17: Rel (  -117,   251)  ->  Abs (    71,   367)
	 18: Rel (     0,   163)  ->  Abs (    71,   530)
	 19: Rel (     0,   159)  ->  Abs (    71,   689)
	 20: Rel (   106,   259)  ->  Abs (   177,   948)
	 21: Rel (   212,   138)  ->  Abs (   389,  1086)
	 22: Rel (   131,     0)  ->  Abs (   520,  1086)
	 23: Rel (    96,     0)  ->  Abs (   616,  1086)
	 24: Rel (   150,   -81)  ->  Abs (   766,  1005)
	 25: Rel (    47,   -65)  ->  Abs (   813,   940)
	 26: Rel (     0,   526)  ->  Abs (   813,  1466)
	 27: Rel (   179,     0)  ->  Abs (   992,  1466)
	 28: Rel (     0, -1466)  ->  Abs (   992,     0)
	 29: Rel (  -736,   530)  ->  Abs (   256,   530)
	 30: Rel (     0,  -204)  ->  Abs (   256,   326)
	 31: Rel (   172,  -202)  ->  Abs (   428,   124)
	 32: Rel (   117,     0)  ->  Abs (   545,   124)
	 33: Rel (   118,     0)  ->  Abs (   663,   124)
	 34: Rel (   165,   193)  ->  Abs (   828,   317)
	 35: Rel (     0,   198)  ->  Abs (   828,   515)
	 36: Rel (     0,   218)  ->  Abs (   828,   733)
	 37: Rel (  -168,   204)  ->  Abs (   660,   937)
	 38: Rel (  -123,     0)  ->  Abs (   537,   937)
	 39: Rel (  -120,     0)  ->  Abs (   417,   937)
	 40: Rel (  -161,  -196)  ->  Abs (   256,   741)

	Glyph 264: off = 0x0000F4CA, len = 378
	  numberOfContours:	2
	  xMin:			-3
	  yMin:			0
	  xMax:			1370
	  yMax:			1466

	EndPoints
	---------
	  0:  19
	  1:  37

	  Length of Instructions:	259
	00000: NPUSHB      (46):    67     8    35     3    48    36     2     2     0    32 
	                            33    30     6     5     2    21    20    30    19     0 
	                             8    36    36    38    39    27    38    13    40    16 
	                            16     2    85    13    14    15    15     2    85    13 
	                            20    13    13     2    85    13 
	00048: PUSHW[1]             -8 
	00051: PUSHB[5]             12    12     2    85    13 
	00057: PUSHW[1]             -8 
	00060: PUSHB[5]             11    11     2    85    13 
	00066: PUSHW[1]            -21 
	00069: NPUSHB      (23):    12    12     6    85     0    13     1    13    26    39 
	                            33    20    32     5     2    57     0    32    16    16 
	                             2    85     0 
	00094: PUSHW[1]            -10 
	00097: PUSHB[5]             15    15     2    85     0 
	00103: PUSHW[1]            -10 
	00106: PUSHB[5]             13    13     2    85     0 
	00112: PUSHW[1]             -6 
	00115: PUSHB[5]             12    12     2    85     0 
	00121: PUSHW[1]             -9 
	00124: PUSHB[5]             12    12     6    85     0 
	00130: PUSHW[1]             -8 
	00133: NPUSHB      (10):    13    13     6    85     0    93    38    96    91    24 
	00145: CALL       
	00146: SRP0       
	00147: MIRP[srp0,nmd,rd,2] 
	00148: CALL       
	00149: CALL       
	00150: CALL       
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: MIRP[nrp0,nmd,rd,0] 
	00155: ALIGNRP    
	00156: MIRP[srp0,md,rd,1] 
	00157: ALIGNRP    
	00158: FLIPOFF    
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,2] 
	00161: DELTAP1    
	00162: CALL       
	00163: CALL       
	00164: CALL       
	00165: CALL       
	00166: CALL       
	00167: CALL       
	00168: FLIPON     
	00169: MIRP[nrp0,md,rd,1] 
	00170: SRP1       
	00171: SRP2       
	00172: IP         
	00173: MDAP[rd]   
	00174: SVTCA[y-axis] 
	00175: MIAP[rd+ci] 
	00176: ALIGNRP    
	00177: MIRP[srp0,md,rd,1] 
	00178: ALIGNRP    
	00179: MIAP[rd+ci] 
	00180: ALIGNRP    
	00181: MIRP[srp0,md,rd,1] 
	00182: ALIGNRP    
	00183: SRP2       
	00184: IP         
	00185: MDAP[rd]   
	00186: ALIGNRP    
	00187: MIRP[srp0,md,rd,1] 
	00188: ALIGNRP    
	00189: IUP[y]     
	00190: IUP[x]     
	00191: RS         
	00192: JROF       
	00193: NPUSHB      (54):     7    31    11    12    10    12     9    12     8    12 
	                             4     6    29    28    30    28     2     6    15    14 
	                            16    14    17    14     3     6    25    26    24    26 
	                            23    26     3     6    31     7    27    33     1    22 
	                            18    27    33     1    28    12    32    33     1    26 
	                            14    21    33     0 
	00249: CALL       
	00250: CALL       
	00251: SVTCA[x-axis] 
	00252: CALL       
	00253: CALL       
	00254: LOOPCALL   
	00255: LOOPCALL   
	00256: LOOPCALL   
	00257: LOOPCALL   
	00258: FLIPRGON   

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual                 X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                              X-Short Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual               Y-Short         On
	 21:  YDual                               On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual       Rep-  2 Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                               On
	 34:        XDual                         On
	 35:  YDual                               On
	 36:        XDual         Y-Short         On
	 37:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   158,     0)  ->  Abs (   158,     0)
	  1: Rel (     0,   667)  ->  Abs (   158,   667)
	  2: Rel (  -161,     0)  ->  Abs (    -3,   667)
	  3: Rel (     0,   132)  ->  Abs (    -3,   799)
	  4: Rel (   161,     0)  ->  Abs (   158,   799)
	  5: Rel (     0,   667)  ->  Abs (   158,  1466)
	  6: Rel (   506,     0)  ->  Abs (   664,  1466)
	  7: Rel (   170,     0)  ->  Abs (   834,  1466)
	  8: Rel (    90,   -21)  ->  Abs (   924,  1445)
	  9: Rel (   126,   -29)  ->  Abs (  1050,  1416)
	 10: Rel (    89,   -76)  ->  Abs (  1139,  1340)
	 11: Rel (   116,   -98)  ->  Abs (  1255,  1242)
	 12: Rel (   115,  -305)  ->  Abs (  1370,   937)
	 13: Rel (     0,  -196)  ->  Abs (  1370,   741)
	 14: Rel (     0,  -224)  ->  Abs (  1370,   517)
	 15: Rel (  -142,  -323)  ->  Abs (  1228,   194)
	 16: Rel (  -198,  -146)  ->  Abs (  1030,    48)
	 17: Rel (  -129,   -31)  ->  Abs (   901,    17)
	 18: Rel (   -71,   -17)  ->  Abs (   830,     0)
	 19: Rel (  -143,     0)  ->  Abs (   687,     0)
	 20: Rel (  -335,   173)  ->  Abs (   352,   173)
	 21: Rel (   313,     0)  ->  Abs (   665,   173)
	 22: Rel (   146,     0)  ->  Abs (   811,   173)
	 23: Rel (   164,    54)  ->  Abs (   975,   227)
	 24: Rel (    48,    48)  ->  Abs (  1023,   275)
	 25: Rel (    69,    69)  ->  Abs (  1092,   344)
	 26: Rel (    78,   232)  ->  Abs (  1170,   576)
	 27: Rel (     0,   167)  ->  Abs (  1170,   743)
	 28: Rel (     0,   172)  ->  Abs (  1170,   915)
	 29: Rel (   -77,   206)  ->  Abs (  1093,  1121)
	 30: Rel (  -124,   124)  ->  Abs (   969,  1245)
	 31: Rel (  -152,    48)  ->  Abs (   817,  1293)
	 32: Rel (  -157,     0)  ->  Abs (   660,  1293)
	 33: Rel (  -308,     0)  ->  Abs (   352,  1293)
	 34: Rel (     0,  -494)  ->  Abs (   352,   799)
	 35: Rel (   404,     0)  ->  Abs (   756,   799)
	 36: Rel (     0,  -132)  ->  Abs (   756,   667)
	 37: Rel (  -404,     0)  ->  Abs (   352,   667)

	Glyph 265: off = 0x0000F644, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			-426
	  xMax:			1256
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	222
		X WOffset:	632
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     1    20    11     0    72    39     1     1    12 
	                             8    41 
	00014: SVTCA[y-axis] 
	00015: CALL       
	00016: SVTCA[x-axis] 
	00017: CALL       

	Glyph 266: off = 0x0000F670, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-426
	  xMax:			1054
	  yMax:			1086

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	222
		X WOffset:	317
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     2   144    30   207    30   223    30     3    96    30 
	                           128    30     2    80    30     1    30    19 
	00020: PUSHW[1]            -70 
	00023: PUSHB[7]             72    43     2     1    30    10    41 
	00031: SVTCA[y-axis] 
	00032: CALL       
	00033: SVTCA[x-axis] 
	00034: CALL       
	00035: DELTAP1    
	00036: DELTAP1    
	00037: DELTAP1    
	00038: SHC[rp1,zp0] 

	Glyph 267: off = 0x0000F6B2, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1830

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	307
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     1    12    64    30    32    52     0    12   175    12 
	                             2    47    12    95    12     2    12     2 
	00020: PUSHW[1]           -513 
	00023: PUSHB[5]             72    43     1     1    16 
	00029: PUSHW[2]            545    41 
	00034: SVTCA[y-axis] 
	00035: CALL       
	00036: SVTCA[x-axis] 
	00037: CALL       
	00038: DELTAP1    
	00039: DELTAP2    
	00040: CALL       
	00041: SHC[rp1,zp0] 

	Glyph 268: off = 0x0000F6F6, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     1    30    10     0    72    39     2     1    33 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 269: off = 0x0000F726, len = 48
	  numberOfContours:	-1  (Composite)
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	  yMin:			0
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	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	47
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	82
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     1     9     2   112    72    39     1     1     9 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 270: off = 0x0000F756, len = 86
	  numberOfContours:	-1  (Composite)
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	  xMax:			435
	  yMax:			1821

	     0: Flags:		0x0226
		Glyf Index:	79
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	-156
		Y WOffset:	347
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1     7 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0     7     7     1     2    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHW[2]              7   -64 
	00033: PUSHB[4]             23    25    52     7 
	00038: PUSHW[1]            -64 
	00041: NPUSHB      (11):    34    37    52    47     7     1     7     1    90    72 
	                            43 
	00054: CALL       
	00055: DELTAP1    
	00056: CALL       
	00057: CALL       
	00058: EIF        
	00059: SHC[rp1,zp0] 

	Glyph 271: off = 0x0000F7AC, len = 222
	  numberOfContours:	2
	  xMin:			150
	  yMin:			0
	  xMax:			1066
	  yMax:			1466

	EndPoints
	---------
	  0:  10
	  1:  16

	  Length of Instructions:	157
	00000: PUSHB[4]              6    10     0     6 
	00005: PUSHW[1]            337 
	00008: NPUSHB      (51):     1     3   101     2     0   101     2     1     1    13 
	                            10    81     0     0     1     3     2    10    11    16 
	                             2    85     2   101     1     1    18    13    13    12 
	                             2    15    14    30    16    11     8    15    26    18 
	                            13    14    32    12    11    36    16    16     2    85 
	                            11 
	00061: PUSHW[1]            -14 
	00064: PUSHB[5]             15    15     2    85    11 
	00070: PUSHW[1]             -2 
	00073: NPUSHB      (11):    13    13     2    85    11     4    16    16     6    85 
	                            11 
	00086: PUSHW[1]             -2 
	00089: NPUSHB      (13):    12    12     6    85    32    11     1    11    25    17 
	                            59    92    24 
	00104: CALL       
	00105: FLIPOFF    
	00106: SRP0       
	00107: MIRP[srp0,nmd,rd,0] 
	00108: DELTAP1    
	00109: CALL       
	00110: CALL       
	00111: CALL       
	00112: CALL       
	00113: CALL       
	00114: ALIGNRP    
	00115: FLIPON     
	00116: MIRP[srp0,md,rd,1] 
	00117: ALIGNRP    
	00118: FLIPOFF    
	00119: SRP0       
	00120: MIRP[nrp0,nmd,rd,2] 
	00121: SVTCA[y-axis] 
	00122: MIAP[rd+ci] 
	00123: ALIGNRP    
	00124: FLIPON     
	00125: MIRP[srp0,md,rd,1] 
	00126: ALIGNRP    
	00127: MIAP[rd+ci] 
	00128: ALIGNRP    
	00129: SVTCA[x-axis] 
	00130: SRP1       
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: MIRP[srp0,md,rd,1] 
	00135: CALL       
	00136: ALIGNRP    
	00137: SRP0       
	00138: ALIGNRP    
	00139: SRP0       
	00140: MIRP[nrp0,nmd,rd,0] 
	00141: SVTCA[y-axis] 
	00142: SRP0       
	00143: ALIGNRP    
	00144: SRP0       
	00145: ALIGNRP    
	00146: MIRP[nrp0,md,rd,1] 
	00147: SRP0       
	00148: MIRP[nrp0,md,rd,1] 
	00149: SRP0       
	00150: MIRP[nrp0,md,rd,1] 
	00151: SVTCA[x-axis] 
	00152: SRP1       
	00153: SRP2       
	00154: IP         
	00155: IUP[y]     
	00156: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:                                      On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual                               On
	 16:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   712,  1261)  ->  Abs (   712,  1261)
	  1: Rel (     0,   205)  ->  Abs (   712,  1466)
	  2: Rel (   205,     0)  ->  Abs (   917,  1466)
	  3: Rel (     0,  -205)  ->  Abs (   917,  1261)
	  4: Rel (     0,  -113)  ->  Abs (   917,  1148)
	  5: Rel (   -80,  -139)  ->  Abs (   837,  1009)
	  6: Rel (   -87,   -38)  ->  Abs (   750,   971)
	  7: Rel (   -50,    77)  ->  Abs (   700,  1048)
	  8: Rel (    57,    25)  ->  Abs (   757,  1073)
	  9: Rel (    55,    97)  ->  Abs (   812,  1170)
	 10: Rel (     2,    91)  ->  Abs (   814,  1261)
	 11: Rel (  -664, -1261)  ->  Abs (   150,     0)
	 12: Rel (     0,  1466)  ->  Abs (   150,  1466)
	 13: Rel (   194,     0)  ->  Abs (   344,  1466)
	 14: Rel (     0, -1293)  ->  Abs (   344,   173)
	 15: Rel (   722,     0)  ->  Abs (  1066,   173)
	 16: Rel (     0,  -173)  ->  Abs (  1066,     0)

	Glyph 272: off = 0x0000F88A, len = 274
	  numberOfContours:	2
	  xMin:			136
	  yMin:			0
	  xMax:			596
	  yMax:			1466

	EndPoints
	---------
	  0:  10
	  1:  14

	  Length of Instructions:	213
	00000: NPUSHB       (9):    47    16     1    10     3     0     7   183     6 
	00011: PUSHW[1]            579 
	00014: NPUSHB      (14):     1     3    64     2     0    64     2     1     0     2 
	                             3     1     0     6 
	00030: PUSHW[1]            603 
	00033: NPUSHB      (40):     7    51     0    64     3    20    11    16     2    85 
	                            31     3     1     3    73   112    16   128    16     2 
	                           159    16   223    16     2    79    16     1    16    13 
	                            12     0    14    11    10    13    14    37    12    11 
	00075: PUSHW[1]             -8 
	00078: PUSHB[5]             16    16     2    85    11 
	00084: PUSHW[1]             -6 
	00087: NPUSHB      (17):    14    14     2    85    11     4    12    12     2    85 
	                            11    10    11    11     2    85    11 
	00106: PUSHW[1]            -14 
	00109: PUSHB[5]             11    11     6    85    11 
	00115: PUSHW[1]             -2 
	00118: NPUSHB      (11):    15    15     6    85    11     8    16    16     6    85 
	                            11 
	00131: PUSHW[1]             -4 
	00134: PUSHB[5]             13    13     6    85    11 
	00140: PUSHW[1]             -7 
	00143: NPUSHB      (15):    12    12     6    85     0    11    32    11     2    11 
	                            78    15    71   102    24 
	00160: CALL       
	00161: SRP0       
	00162: MIRP[srp0,nmd,rd,2] 
	00163: DELTAP1    
	00164: CALL       
	00165: CALL       
	00166: CALL       
	00167: CALL       
	00168: CALL       
	00169: CALL       
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: ALIGNRP    
	00174: MIRP[srp0,md,rd,1] 
	00175: ALIGNRP    
	00176: SVTCA[y-axis] 
	00177: MIAP[rd+ci] 
	00178: ALIGNRP    
	00179: MIAP[rd+ci] 
	00180: ALIGNRP    
	00181: SVTCA[x-axis] 
	00182: SRP0       
	00183: DELTAP2    
	00184: DELTAP1    
	00185: DELTAP1    
	00186: MIRP[srp0,nmd,rd,2] 
	00187: DELTAP1    
	00188: CALL       
	00189: MIRP[srp0,md,rd,1] 
	00190: MIRP[srp0,nmd,rd,0] 
	00191: MIRP[nrp0,nmd,rd,0] 
	00192: SRP0       
	00193: ALIGNRP    
	00194: SRP0       
	00195: ALIGNRP    
	00196: SVTCA[y-axis] 
	00197: MIAP[rd+ci] 
	00198: ALIGNRP    
	00199: MIRP[nrp0,md,rd,1] 
	00200: SRP0       
	00201: MIRP[nrp0,md,rd,1] 
	00202: SRP0       
	00203: MIRP[srp0,md,rd,1] 
	00204: MIRP[nrp0,md,rd,1] 
	00205: SVTCA[x-axis] 
	00206: SRP1       
	00207: SRP2       
	00208: IP         
	00209: IUP[y]     
	00210: IUP[x]     
	00211: SVTCA[x-axis] 
	00212: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:                                      On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   412,  1281)  ->  Abs (   412,  1281)
	  1: Rel (     0,   185)  ->  Abs (   412,  1466)
	  2: Rel (   184,     0)  ->  Abs (   596,  1466)
	  3: Rel (     0,  -185)  ->  Abs (   596,  1281)
	  4: Rel (     0,  -101)  ->  Abs (   596,  1180)
	  5: Rel (   -72,  -125)  ->  Abs (   524,  1055)
	  6: Rel (   -78,   -34)  ->  Abs (   446,  1021)
	  7: Rel (   -45,    68)  ->  Abs (   401,  1089)
	  8: Rel (    51,    23)  ->  Abs (   452,  1112)
	  9: Rel (    49,    87)  ->  Abs (   501,  1199)
	 10: Rel (     2,    82)  ->  Abs (   503,  1281)
	 11: Rel (  -367, -1281)  ->  Abs (   136,     0)
	 12: Rel (     0,  1466)  ->  Abs (   136,  1466)
	 13: Rel (   180,     0)  ->  Abs (   316,  1466)
	 14: Rel (     0, -1466)  ->  Abs (   316,     0)

	Glyph 273: off = 0x0000F99C, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			150
	  yMin:			0
	  xMax:			1066
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	47
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	257
		X WOffset:	228
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1     6 
	00003: PUSHW[1]            -64 
	00006: PUSHB[5]             12    14    52     6     4 
	00012: PUSHW[1]           -345 
	00015: NPUSHB      (10):    72    43     1     6    64    13    17    52     6     4 
	00027: PUSHW[1]            464 
	00030: PUSHB[2]             72    43 
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: CALL       
	00036: SHC[rp1,zp0] 
	00037: SVTCA[x-axis] 
	00038: CALL       
	00039: CALL       
	00040: SHC[rp1,zp0] 

	Glyph 274: off = 0x0000F9E0, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			0
	  xMax:			676
	  yMax:			1466

	     0: Flags:		0x0026
		Glyf Index:	79
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0106
		Glyf Index:	257
		X BOffset:	-26
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1   143     4   191     4     2     4     3   149    72 
	                            43     1     4     3 
	00016: PUSHW[1]            637 
	00019: PUSHB[2]             72    43 
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SHC[rp1,zp0] 
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph 275: off = 0x0000FA16, len = 90
	  numberOfContours:	-1  (Composite)
	  xMin:			156
	  yMin:			0
	  xMax:			1311
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	49
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	348
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    13 
	00005: PUSHW[3]            545    41   356 
	00012: SCANCTRL   
	00013: SVTCA[y-axis] 
	00014: CALL       
	00015: SVTCA[x-axis] 
	00016: PUSHB[2]              6     2 
	00019: RS         
	00020: EQ         
	00021: IF         
	00022: PUSHW[1]            -20 
	00025: PUSHB[5]             13    13     2     4    65 
	00031: CALL       
	00032: ELSE       
	00033: NPUSHB      (17):   111    13   127    13     2     0    13     1   191    13 
	                           224    13   240    13     3    13     4 
	00052: PUSHW[1]           -363 
	00055: PUSHB[2]             72    43 
	00058: CALL       
	00059: DELTAP1    
	00060: DELTAP2    
	00061: DELTAP2    
	00062: EIF        
	00063: SHC[rp1,zp0] 

	Glyph 276: off = 0x0000FA70, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			135
	  yMin:			0
	  xMax:			998
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	81
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	226
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              1    63    26     1    26 
	00006: PUSHW[1]            -64 
	00009: PUSHB[5]             18    20    52    26     5 
	00015: PUSHW[1]            -38 
	00018: PUSHB[5]             72    43     1     1    26 
	00024: PUSHW[2]            546    41 
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: CALL       
	00034: DELTAP2    
	00035: SHC[rp1,zp0] 

	Glyph 277: off = 0x0000FAAE, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			156
	  yMin:			0
	  xMax:			1311
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	49
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	375
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    15    12     1     5    65     1     1    13 
	00012: PUSHW[3]            545    41   356 
	00019: SCANCTRL   
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       
	00024: SHC[rp1,zp0] 

	Glyph 278: off = 0x0000FAE2, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			135
	  yMin:			0
	  xMax:			998
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	81
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	226
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    28    25     1    11    65     1     1    26 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 279: off = 0x0000FB12, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	221
		X WOffset:	415
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     3     2     0    32    32    32     2   240    32     1 
	                            32     3    86    72    43     2     3     2    35 
	00021: PUSHW[2]            545    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: DELTAP2    
	00032: SHC[rp1,zp0] 
	00033: SHC[rp1,zp0] 

	Glyph 280: off = 0x0000FB4E, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	221
		X WOffset:	225
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              3     2    30 
	00004: PUSHW[1]            -64 
	00007: NPUSHB      (16):    15    15     6    85   143    30     1    30     4    43 
	                            72    43     2     3     2    33 
	00025: PUSHW[2]            546    41 
	00030: SVTCA[y-axis] 
	00031: CALL       
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: DELTAP1    
	00035: CALL       
	00036: SHC[rp1,zp0] 
	00037: SHC[rp1,zp0] 

	Glyph 281: off = 0x0000FB8E, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			0
	  xMax:			1453
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	281
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     2    38    64    12    17    52    38    64    19    20 
	                            52    38     2 
	00015: PUSHW[1]           -136 
	00018: PUSHB[5]             72    43     2     1    38 
	00024: PUSHW[2]            545    41 
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: CALL       
	00034: CALL       
	00035: SHC[rp1,zp0] 

	Glyph 282: off = 0x0000FBCC, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			133
	  yMin:			0
	  xMax:			710
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	85
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	20
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     1   175    21   223    21     2    21    64    11    13 
	                            52    21     6 
	00015: PUSHW[1]           -133 
	00018: PUSHB[5]             72    43     1     1    21 
	00024: PUSHW[2]            546    41 
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: CALL       
	00034: DELTAP1    
	00035: SHC[rp1,zp0] 

	Glyph 283: off = 0x0000FC08, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			0
	  xMax:			1453
	  yMax:			1830

	     0: Flags:		0x0226
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	290
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     2    63    35     1   239    35   255    35     2    95 
	                            35   143    35     2    35     2 
	00018: PUSHW[1]           -149 
	00021: PUSHB[5]             72    43     2     1    38 
	00027: PUSHW[2]            545    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP1    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 

	Glyph 284: off = 0x0000FC4A, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			60
	  yMin:			0
	  xMax:			710
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	85
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	223
		X BOffset:	20
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1    63    18    79    18     2    18     6 
	00009: PUSHW[1]           -106 
	00012: PUSHB[5]             72    43     1     1    21 
	00018: PUSHW[2]            546    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph 285: off = 0x0000FC80, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			92
	  yMin:			-25
	  xMax:			1259
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	270
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     1   127    52   143    52     2    79    52    95    52 
	                             2    52    22     0    72    43     1     1    52 
	00021: PUSHW[2]            545    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: DELTAP1    
	00032: SHC[rp1,zp0] 

	Glyph 286: off = 0x0000FCBC, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			63
	  yMin:			-24
	  xMax:			945
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	172
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (22):     1   207    52   223    52     2    47    52    95    52 
	                             2    79    52     1    52    21     0    72    43     1 
	                             1    52 
	00024: PUSHW[2]            546    41 
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: DELTAP1    
	00034: DELTAP1    
	00035: DELTAP1    
	00036: SHC[rp1,zp0] 

	Glyph 287: off = 0x0000FCFC, len = 270
	  numberOfContours:	2
	  xMin:			48
	  yMin:			-579
	  xMax:			1210
	  yMax:			1466

	EndPoints
	---------
	  0:  7
	  1:  18

	  Length of Instructions:	202
	00000: PUSHB[4]             13    18     8    14 
	00005: PUSHW[3]            305    13   329 
	00012: NPUSHB      (13):     9    11   101    10    18     8   101     9     9     0 
	                            10     1    10 
	00027: PUSHW[1]            697 
	00030: NPUSHB      (20):     7    18    81     8     8     9   101    10    45     7 
	                             5     2    30     4     3     2     7     0     8    20 
	00052: PUSHW[1]            627 
	00055: PUSHB[6]              6     5    32     4     1     4 
	00062: PUSHW[1]            257 
	00065: PUSHB[8]              6    32     1     2    47     3     1     3 
	00074: PUSHW[1]            257 
	00077: PUSHB[5]              1     7    32     1     0 
	00083: PUSHW[1]            -24 
	00086: NPUSHB      (11):    16    16     2    85     0     8    15    15     2    85 
	                             0 
	00099: PUSHW[1]            -14 
	00102: PUSHB[5]             12    12     2    85     0 
	00108: PUSHW[1]            -30 
	00111: PUSHB[5]             13    13     2    85     0 
	00117: PUSHW[1]             -4 
	00120: PUSHB[5]             12    12     6    85     0 
	00126: PUSHW[1]             -2 
	00129: PUSHB[8]             13    13     6    85    32     0     1     0 
	00138: PUSHW[1]            627 
	00141: PUSHB[4]             19   182   153    24 
	00146: CALL       
	00147: SRP0       
	00148: MIRP[srp0,nmd,rd,2] 
	00149: DELTAP1    
	00150: CALL       
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: ALIGNRP    
	00157: MIRP[nrp0,md,rd,1] 
	00158: SRP0       
	00159: MIRP[srp0,nmd,rd,0] 
	00160: DELTAP1    
	00161: ALIGNRP    
	00162: SRP0       
	00163: MIRP[srp0,md,rd,1] 
	00164: MIRP[srp0,nmd,rd,0] 
	00165: DELTAP1    
	00166: ALIGNRP    
	00167: SRP0       
	00168: MIRP[nrp0,nmd,rd,2] 
	00169: SVTCA[y-axis] 
	00170: MIAP[rd+ci] 
	00171: ALIGNRP    
	00172: MIAP[rd+ci] 
	00173: ALIGNRP    
	00174: MIRP[srp0,md,rd,1] 
	00175: ALIGNRP    
	00176: SVTCA[x-axis] 
	00177: SRP0       
	00178: MIRP[srp0,nmd,rd,0] 
	00179: MIRP[srp0,md,rd,1] 
	00180: ALIGNRP    
	00181: SRP0       
	00182: MIRP[nrp0,nmd,rd,0] 
	00183: SVTCA[y-axis] 
	00184: SRP0       
	00185: MIRP[srp0,nmd,rd,2] 
	00186: DELTAP1    
	00187: ALIGNRP    
	00188: SRP0       
	00189: MIRP[srp0,md,rd,1] 
	00190: ALIGNRP    
	00191: SRP0       
	00192: MIRP[nrp0,md,rd,1] 
	00193: SRP0       
	00194: MIRP[srp0,md,rd,1] 
	00195: MIRP[nrp0,md,rd,1] 
	00196: SVTCA[x-axis] 
	00197: SRP1       
	00198: SRP2       
	00199: IP         
	00200: IUP[y]     
	00201: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:                              X-Short On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:  YDual               Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   531,     0)  ->  Abs (   531,     0)
	  1: Rel (     0,  1293)  ->  Abs (   531,  1293)
	  2: Rel (  -483,     0)  ->  Abs (    48,  1293)
	  3: Rel (     0,   173)  ->  Abs (    48,  1466)
	  4: Rel (  1162,     0)  ->  Abs (  1210,  1466)
	  5: Rel (     0,  -173)  ->  Abs (  1210,  1293)
	  6: Rel (  -485,     0)  ->  Abs (   725,  1293)
	  7: Rel (     0, -1293)  ->  Abs (   725,     0)
	  8: Rel (  -202,  -326)  ->  Abs (   523,  -326)
	  9: Rel (     0,   205)  ->  Abs (   523,  -121)
	 10: Rel (   205,     0)  ->  Abs (   728,  -121)
	 11: Rel (     0,  -205)  ->  Abs (   728,  -326)
	 12: Rel (     0,  -180)  ->  Abs (   728,  -506)
	 13: Rel (  -167,   -73)  ->  Abs (   561,  -579)
	 14: Rel (   -50,    76)  ->  Abs (   511,  -503)
	 15: Rel (    60,    27)  ->  Abs (   571,  -476)
	 16: Rel (    30,    51)  ->  Abs (   601,  -425)
	 17: Rel (    20,    33)  ->  Abs (   621,  -392)
	 18: Rel (     4,    66)  ->  Abs (   625,  -326)

	Glyph 288: off = 0x0000FE0A, len = 364
	  numberOfContours:	2
	  xMin:			36
	  yMin:			-532
	  xMax:			554
	  yMax:			1433

	EndPoints
	---------
	  0:  23
	  1:  33

	  Length of Instructions:	260
	00000: NPUSHB      (21):    33    33    47    35    49    33     3     0     1    13 
	                            12    10    30    33    24     1     3     0     9    22 
	                            30 
	00023: PUSHW[1]            329 
	00026: NPUSHB      (12):    25    27    64    26    24    64    25    25     0    26 
	                             1    26 
	00040: PUSHW[1]            694 
	00043: NPUSHB      (47):     3    33   145    24    27    26    24    25    64    26 
	                            26     1     7    16     9    43    15    10     6    22 
	                            28     3    11    15    16    35    73    16    34     0 
	                            34   159     1     1     1    13    18    37    12     1 
	                           255     7     8    69     9    69     7 
	00092: PUSHW[1]            -22 
	00095: PUSHB[5]             16    16     2    85     7 
	00101: PUSHW[1]            -16 
	00104: PUSHB[5]             15    15     2    85     7 
	00110: PUSHW[1]            -22 
	00113: PUSHB[5]             14    14     2    85     7 
	00119: PUSHW[1]            -12 
	00122: PUSHB[5]             12    13     2    85     7 
	00128: PUSHW[1]             -4 
	00131: PUSHB[5]             11    11     2    85     7 
	00137: PUSHW[1]             -8 
	00140: PUSHB[5]             16    16     6    85     7 
	00146: PUSHW[1]            -20 
	00149: NPUSHB      (24):    15    15     6    85     7     2    12    12     6    85 
	                             7    13    13    13     6    85     0     7    32     7 
	                           144     7     3     7 
	00175: PUSHW[3]            560    34   310 
	00182: PUSHB[2]            196    24 
	00185: CALL       
	00186: SRP0       
	00187: MIRP[srp0,nmd,rd,0] 
	00188: DELTAP1    
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: MIRP[srp0,nmd,rd,0] 
	00199: MIRP[nrp0,nmd,rd,0] 
	00200: SRP0       
	00201: MIRP[nrp0,md,rd,1] 
	00202: ALIGNRP    
	00203: MIRP[srp0,md,rd,1] 
	00204: ALIGNRP    
	00205: SRP0       
	00206: DELTAP1    
	00207: MIRP[nrp0,nmd,rd,0] 
	00208: MIRP[nrp0,nmd,rd,0] 
	00209: MIRP[nrp0,nmd,rd,2] 
	00210: SRP0       
	00211: ALIGNRP    
	00212: SVTCA[y-axis] 
	00213: MIAP[rd+ci] 
	00214: MIRP[nrp0,md,rd,1] 
	00215: MIAP[rd+ci] 
	00216: ALIGNRP    
	00217: MIRP[srp0,md,rd,1] 
	00218: ALIGNRP    
	00219: SVTCA[x-axis] 
	00220: SRP1       
	00221: SRP2       
	00222: IP         
	00223: MDAP[rd]   
	00224: MIRP[srp0,md,rd,1] 
	00225: ALIGNRP    
	00226: SRP0       
	00227: ALIGNRP    
	00228: SRP0       
	00229: MIRP[nrp0,nmd,rd,0] 
	00230: SVTCA[y-axis] 
	00231: SRP0       
	00232: MIRP[srp0,nmd,rd,2] 
	00233: DELTAP1    
	00234: ALIGNRP    
	00235: SRP0       
	00236: MIRP[nrp0,md,rd,1] 
	00237: SRP0       
	00238: MIRP[nrp0,md,rd,1] 
	00239: SRP0       
	00240: MIRP[nrp0,md,rd,1] 
	00241: SRP1       
	00242: SRP2       
	00243: IP         
	00244: SRP2       
	00245: IP         
	00246: SVTCA[x-axis] 
	00247: SRP1       
	00248: SRP2       
	00249: IP         
	00250: SVTCA[y-axis] 
	00251: SRP1       
	00252: SHP[rp1,zp0] 
	00253: SHP[rp1,zp0] 
	00254: SRP0       
	00255: MDRP[nrp0,md,nrd,1] 
	00256: IUP[y]     
	00257: IUP[x]     
	00258: SVTCA[x-axis] 
	00259: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:        XDual         Y-Short         On
	 17:  YDual                       X-Short On
	 18:        XDual                         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:                              X-Short On
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual                 X-Short On
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:  YDual               Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   528,   161)  ->  Abs (   528,   161)
	  1: Rel (    26,  -159)  ->  Abs (   554,     2)
	  2: Rel (   -76,   -16)  ->  Abs (   478,   -14)
	  3: Rel (   -60,     0)  ->  Abs (   418,   -14)
	  4: Rel (   -98,     0)  ->  Abs (   320,   -14)
	  5: Rel (  -108,    62)  ->  Abs (   212,    48)
	  6: Rel (   -44,   101)  ->  Abs (   168,   149)
	  7: Rel (     0,   162)  ->  Abs (   168,   311)
	  8: Rel (     0,   611)  ->  Abs (   168,   922)
	  9: Rel (  -132,     0)  ->  Abs (    36,   922)
	 10: Rel (     0,   140)  ->  Abs (    36,  1062)
	 11: Rel (   132,     0)  ->  Abs (   168,  1062)
	 12: Rel (     0,   263)  ->  Abs (   168,  1325)
	 13: Rel (   179,   108)  ->  Abs (   347,  1433)
	 14: Rel (     0,  -371)  ->  Abs (   347,  1062)
	 15: Rel (   181,     0)  ->  Abs (   528,  1062)
	 16: Rel (     0,  -140)  ->  Abs (   528,   922)
	 17: Rel (  -181,     0)  ->  Abs (   347,   922)
	 18: Rel (     0,  -621)  ->  Abs (   347,   301)
	 19: Rel (     0,   -77)  ->  Abs (   347,   224)
	 20: Rel (    19,   -44)  ->  Abs (   366,   180)
	 21: Rel (    43,   -26)  ->  Abs (   409,   154)
	 22: Rel (    40,     0)  ->  Abs (   449,   154)
	 23: Rel (    30,     0)  ->  Abs (   479,   154)
	 24: Rel (  -204,  -459)  ->  Abs (   275,  -305)
	 25: Rel (     0,   184)  ->  Abs (   275,  -121)
	 26: Rel (   185,     0)  ->  Abs (   460,  -121)
	 27: Rel (     0,  -184)  ->  Abs (   460,  -305)
	 28: Rel (     0,   -70)  ->  Abs (   460,  -375)
	 29: Rel (   -73,  -123)  ->  Abs (   387,  -498)
	 30: Rel (   -78,   -34)  ->  Abs (   309,  -532)
	 31: Rel (   -44,    69)  ->  Abs (   265,  -463)
	 32: Rel (    95,    42)  ->  Abs (   360,  -421)
	 33: Rel (     7,   116)  ->  Abs (   367,  -305)

	Glyph 289: off = 0x0000FF76, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			48
	  yMin:			0
	  xMax:			1210
	  yMax:			1830

	     0: Flags:		0x0226
		Glyf Index:	55
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	271
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    11 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    12    11     1     6    65 
	00026: CALL       
	00027: ELSE       
	00028: NPUSHB      (12):     8    64    37    39    52     8    64    13    17    52 
	                             8     6 
	00042: PUSHW[1]            -83 
	00045: PUSHB[2]             72    43 
	00048: CALL       
	00049: CALL       
	00050: CALL       
	00051: EIF        
	00052: SHC[rp1,zp0] 

	Glyph 290: off = 0x0000FFC6, len = 348
	  numberOfContours:	2
	  xMin:			35
	  yMin:			-14
	  xMax:			765
	  yMax:			1466

	EndPoints
	---------
	  0:  10
	  1:  34

	  Length of Instructions:	240
	00000: NPUSHB      (42):   111     5   108     7   127     7   142     7     4    96 
	                             1    96     6    96     7   112     1   112     4   114 
	                             7   128     1   128     4     8     0    23    24    21 
	                             6    10     0    11    13    27    12    14    11    20 
	                            33     7 
	00044: PUSHW[1]            557 
	00047: NPUSHB      (36):     1     7   183     6     0    64     2     2     1     0 
	                             7    51     1    10   145     0    64     1    64     2 
	                            26    36    27    20    43    26    21     6    33    28 
	                            14    11    26    12    34    27 
	00085: PUSHW[1]            560 
	00088: PUSHB[7]             24    29    37    23    20    69    18 
	00096: PUSHW[1]            -14 
	00099: PUSHB[5]             16    16     2    85    18 
	00105: PUSHW[1]            -10 
	00108: PUSHB[5]             14    15     2    85    18 
	00114: PUSHW[1]             -4 
	00117: PUSHB[5]             12    12     2    85    18 
	00123: PUSHW[1]            -20 
	00126: PUSHB[5]             16    16     6    85    18 
	00132: PUSHW[1]            -24 
	00135: PUSHB[5]             15    15     6    85    18 
	00141: PUSHW[1]            -10 
	00144: PUSHB[5]             13    13     6    85    18 
	00150: PUSHW[1]            -12 
	00153: NPUSHB      (10):    12    12     6    85     0    18     1    18    25    35 
	00165: PUSHW[1]            310 
	00168: PUSHB[2]            102    24 
	00171: CALL       
	00172: FLIPOFF    
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,0] 
	00175: DELTAP1    
	00176: CALL       
	00177: CALL       
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: FLIPON     
	00184: MIRP[nrp0,nmd,rd,0] 
	00185: ALIGNRP    
	00186: MIRP[srp0,md,rd,1] 
	00187: ALIGNRP    
	00188: MIRP[srp0,nmd,rd,0] 
	00189: MIRP[nrp0,nmd,rd,0] 
	00190: ALIGNRP    
	00191: SVTCA[y-axis] 
	00192: MIAP[rd+ci] 
	00193: MIRP[nrp0,md,rd,1] 
	00194: MIAP[rd+ci] 
	00195: ALIGNRP    
	00196: MIRP[srp0,md,rd,1] 
	00197: ALIGNRP    
	00198: SVTCA[x-axis] 
	00199: FLIPOFF    
	00200: SRP0       
	00201: MIRP[srp0,nmd,rd,2] 
	00202: FLIPON     
	00203: MIRP[nrp0,md,rd,1] 
	00204: MIRP[srp0,md,rd,1] 
	00205: MIRP[nrp0,nmd,rd,0] 
	00206: SRP0       
	00207: MIRP[nrp0,nmd,rd,0] 
	00208: SVTCA[y-axis] 
	00209: MIAP[rd+ci] 
	00210: ALIGNRP    
	00211: SRP0       
	00212: MIRP[nrp0,md,rd,1] 
	00213: SRP0       
	00214: MIRP[nrp0,md,rd,1] 
	00215: SRP0       
	00216: MIRP[nrp0,nmd,rd,0] 
	00217: SRP1       
	00218: SRP2       
	00219: IP         
	00220: SRP2       
	00221: IP         
	00222: SVTCA[x-axis] 
	00223: SRP1       
	00224: SRP2       
	00225: IP         
	00226: SRP1       
	00227: SRP2       
	00228: IP         
	00229: SVTCA[y-axis] 
	00230: SRP1       
	00231: SHP[rp1,zp0] 
	00232: SHP[rp1,zp0] 
	00233: MDRP[nrp0,md,nrd,1] 
	00234: IUP[y]     
	00235: IUP[x]     
	00236: SVTCA[x-axis] 
	00237: DELTAP1    
	00238: SVTCA[y-axis] 
	00239: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:                              X-Short On
	 12:        XDual         Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:        XDual                         On
	 20:  YDual                       X-Short On
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual                 X-Short On
	 23:        XDual                         On
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual                         On
	 26:  YDual XDual                 X-Short On
	 27:        XDual         Y-Short         On
	 28:  YDual                       X-Short On
	 29:        XDual                         On
	 30:        XDual         Y-Short         Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   581,  1281)  ->  Abs (   581,  1281)
	  1: Rel (     0,   185)  ->  Abs (   581,  1466)
	  2: Rel (   184,     0)  ->  Abs (   765,  1466)
	  3: Rel (     0,  -185)  ->  Abs (   765,  1281)
	  4: Rel (     0,  -101)  ->  Abs (   765,  1180)
	  5: Rel (   -72,  -125)  ->  Abs (   693,  1055)
	  6: Rel (   -78,   -34)  ->  Abs (   615,  1021)
	  7: Rel (   -45,    68)  ->  Abs (   570,  1089)
	  8: Rel (    51,    23)  ->  Abs (   621,  1112)
	  9: Rel (    49,    87)  ->  Abs (   670,  1199)
	 10: Rel (     2,    82)  ->  Abs (   672,  1281)
	 11: Rel (  -145, -1120)  ->  Abs (   527,   161)
	 12: Rel (    26,  -159)  ->  Abs (   553,     2)
	 13: Rel (   -76,   -16)  ->  Abs (   477,   -14)
	 14: Rel (   -60,     0)  ->  Abs (   417,   -14)
	 15: Rel (   -98,     0)  ->  Abs (   319,   -14)
	 16: Rel (  -108,    62)  ->  Abs (   211,    48)
	 17: Rel (   -44,   101)  ->  Abs (   167,   149)
	 18: Rel (     0,   162)  ->  Abs (   167,   311)
	 19: Rel (     0,   611)  ->  Abs (   167,   922)
	 20: Rel (  -132,     0)  ->  Abs (    35,   922)
	 21: Rel (     0,   140)  ->  Abs (    35,  1062)
	 22: Rel (   132,     0)  ->  Abs (   167,  1062)
	 23: Rel (     0,   263)  ->  Abs (   167,  1325)
	 24: Rel (   179,   108)  ->  Abs (   346,  1433)
	 25: Rel (     0,  -371)  ->  Abs (   346,  1062)
	 26: Rel (   181,     0)  ->  Abs (   527,  1062)
	 27: Rel (     0,  -140)  ->  Abs (   527,   922)
	 28: Rel (  -181,     0)  ->  Abs (   346,   922)
	 29: Rel (     0,  -621)  ->  Abs (   346,   301)
	 30: Rel (     0,   -77)  ->  Abs (   346,   224)
	 31: Rel (    19,   -44)  ->  Abs (   365,   180)
	 32: Rel (    43,   -26)  ->  Abs (   408,   154)
	 33: Rel (    40,     0)  ->  Abs (   448,   154)
	 34: Rel (    30,     0)  ->  Abs (   478,   154)

	Glyph 291: off = 0x00010122, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	219
		X WOffset:	394
		Y WOffset:	318
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     2     1    24   128    58    60    52   175    24   191 
	                            24   255    24     3    24 
	00017: PUSHW[1]            791 
	00020: SVTCA[y-axis] 
	00021: RDTG       
	00022: MIAP[rd+ci] 
	00023: DELTAP3    
	00024: CALL       
	00025: RTG        
	00026: SHC[rp1,zp0] 
	00027: SHC[rp1,zp0] 
	00028: SVTCA[x-axis] 
	00029: PUSHB[2]              6     2 
	00032: RS         
	00033: EQ         
	00034: IF         
	00035: PUSHB[8]              2     1     0    21    27    12     0    65 
	00044: CALL       
	00045: SHC[rp1,zp0] 
	00046: SHC[rp1,zp0] 
	00047: ELSE       
	00048: PUSHB[8]              1     2     2    30     6     0   104    39 
	00057: CALL       
	00058: EIF        

	Glyph 292: off = 0x00010178, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1517

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	219
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     2     1     0    25    31    17    17    65     1     2 
	                             2    34 
	00014: PUSHW[2]            546    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 293: off = 0x000101AC, len = 78
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	221
		X WOffset:	407
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     1     1     2     2    28 
	00007: PUSHW[2]            545    41 
	00012: SVTCA[y-axis] 
	00013: CALL       
	00014: SVTCA[x-axis] 
	00015: PUSHB[2]              6     2 
	00018: RS         
	00019: EQ         
	00020: IF         
	00021: PUSHW[1]            -23 
	00024: PUSHB[5]             21    28    12     0    65 
	00030: CALL       
	00031: ELSE       
	00032: NPUSHB      (11):   192    25     1    96    25     1    25    17    85    72 
	                            43 
	00045: CALL       
	00046: DELTAP1    
	00047: DELTAP1    
	00048: EIF        
	00049: SHC[rp1,zp0] 
	00050: SHC[rp1,zp0] 

	Glyph 294: off = 0x000101FA, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	221
		X WOffset:	180
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     1     1     2     2    32 
	00007: PUSHW[2]            546    41 
	00012: SVTCA[y-axis] 
	00013: CALL       
	00014: SVTCA[x-axis] 
	00015: PUSHB[2]              6     2 
	00018: RS         
	00019: EQ         
	00020: IF         
	00021: PUSHB[6]              0    28    32    11    22    65 
	00028: CALL       
	00029: ELSE       
	00030: PUSHW[2]             29   -64 
	00035: PUSHB[8]             18    20    52    29    17   100    72    43 
	00044: CALL       
	00045: CALL       
	00046: EIF        
	00047: SHC[rp1,zp0] 
	00048: SHC[rp2,zp1] 

	Glyph 295: off = 0x00010246, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			41
	  yMin:			0
	  xMax:			1200
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	251
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (16):     1   207    16   223    16     2   175    16     1    16 
	                            64    11    15    52    16     2 
	00018: PUSHW[1]           -167 
	00021: PUSHB[5]             72    43     1     1    16 
	00027: PUSHW[2]            545    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: CALL       
	00037: DELTAP1    
	00038: DELTAP1    
	00039: SHC[rp1,zp0] 

	Glyph 296: off = 0x00010288, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			40
	  yMin:			0
	  xMax:			980
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	93
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	169
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1    79    18     1    18     7 
	00007: PUSHW[1]           -407 
	00010: PUSHB[5]             72    43     1     1    18 
	00016: PUSHW[3]            546    41   356 
	00023: SCANCTRL   
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 297: off = 0x000102C0, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			41
	  yMin:			0
	  xMax:			1200
	  yMax:			1780

	     0: Flags:		0x0226
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	304
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              1   207    13     1    13     2 
	00007: PUSHW[1]           -239 
	00010: PUSHB[5]             72    43     1     1    13 
	00016: PUSHW[2]            545    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 298: off = 0x000102F6, len = 72
	  numberOfContours:	-1  (Composite)
	  xMin:			40
	  yMin:			0
	  xMax:			980
	  yMax:			1418

	     0: Flags:		0x0226
		Glyf Index:	93
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	169
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     1    15    64    11    11     6    85    31    15    47 
	                            15     2   239    15   255    15     2    15     4 
	00021: PUSHW[1]            -95 
	00024: PUSHB[5]             72    43     1     1    15 
	00030: PUSHW[3]            546    41   356 
	00037: SCANCTRL   
	00038: SVTCA[y-axis] 
	00039: CALL       
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: DELTAP1    
	00043: DELTAP2    
	00044: CALL       
	00045: SHC[rp1,zp0] 

	Glyph 299: off = 0x0001033E, len = 162
	  numberOfContours:	1
	  xMin:			164
	  yMin:			0
	  xMax:			1080
	  yMax:			1466

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	131
	00000: NPUSHB      (28):     2     3    30     1     0     2     5     8    16     1 
	                            32     1     2     1    26     7     3     4    32     5 
	                             5     0    36    16    16     2    85     0 
	00030: PUSHW[1]            -14 
	00033: PUSHB[5]             15    15     2    85     0 
	00039: PUSHW[1]            -22 
	00042: PUSHB[5]             13    13     2    85     0 
	00048: PUSHW[1]             -6 
	00051: PUSHB[5]             12    12     2    85     0 
	00057: PUSHW[1]             -3 
	00060: PUSHB[5]             16    16     6    85     0 
	00066: PUSHW[1]            -13 
	00069: PUSHB[5]             15    15     6    85     0 
	00075: PUSHW[1]            -22 
	00078: PUSHB[5]             13    13     6    85     0 
	00084: PUSHW[1]            -12 
	00087: PUSHB[8]             12    12     6    85     0    25     6    59 
	00096: PUSHW[2]            398    24 
	00101: CALL       
	00102: FLIPOFF    
	00103: SRP0       
	00104: MIRP[srp0,nmd,rd,0] 
	00105: CALL       
	00106: CALL       
	00107: CALL       
	00108: CALL       
	00109: CALL       
	00110: CALL       
	00111: CALL       
	00112: CALL       
	00113: ALIGNRP    
	00114: FLIPON     
	00115: SRP0       
	00116: MIRP[srp0,md,rd,1] 
	00117: ALIGNRP    
	00118: FLIPOFF    
	00119: SRP0       
	00120: MIRP[nrp0,nmd,rd,2] 
	00121: DELTAP1    
	00122: SVTCA[y-axis] 
	00123: MIAP[rd+ci] 
	00124: MIAP[rd+ci] 
	00125: ALIGNRP    
	00126: FLIPON     
	00127: MIRP[srp0,md,rd,1] 
	00128: ALIGNRP    
	00129: IUP[y]     
	00130: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   164,  1466)  ->  Abs (   164,  1466)
	  1: Rel (   916,     0)  ->  Abs (  1080,  1466)
	  2: Rel (     0,  -173)  ->  Abs (  1080,  1293)
	  3: Rel (  -722,     0)  ->  Abs (   358,  1293)
	  4: Rel (     0, -1293)  ->  Abs (   358,     0)
	  5: Rel (  -194,     0)  ->  Abs (   164,     0)

	Glyph 300: off = 0x000103E0, len = 412
	  numberOfContours:	3
	  xMin:			96
	  yMin:			-25
	  xMax:			1498
	  yMax:			1492

	EndPoints
	---------
	  0:  12
	  1:  24
	  2:  28

	  Length of Instructions:	296
	00000: NPUSHB     (105):   108     8   109    10   108    15   106    17    99    21 
	                            99    23     6    16    14    16    18    31    20    31 
	                            24    99     2    99     4     6   106    14    99    18 
	                           100    20   107    24   152     2   150     4     6    31 
	                            21    16    23   109     1    98     5    99     7   106 
	                            11   111    12     7    16     2    31     4    31     8 
	                            18    10    16    15    31    17    32    30     7    58 
	                             8    27    30    79    25    95    25   127    25   143 
	                            25     4   239    25     1    25    25     9    22    30 
	                             3     3    16    30     9     9    28   101    19    25 
	                           101    13    19    38     6 
	00107: PUSHW[1]            -24 
	00110: PUSHB[5]             16    16     2    85     6 
	00116: PUSHW[1]            -18 
	00119: PUSHB[5]             13    13     2    85     6 
	00125: PUSHW[1]            -16 
	00128: PUSHB[5]             12    12     2    85     6 
	00134: PUSHW[1]             -7 
	00137: PUSHB[5]             11    11     6    85     6 
	00143: PUSHW[1]            -12 
	00146: PUSHB[5]             13    13     6    85     6 
	00152: PUSHW[1]             -6 
	00155: NPUSHB      (38):    12    12     6    85    32     6   128     6     2   128 
	                            30     1     6    26    30    13    38     0     6    11 
	                            11     6    85     0     6    12    12     6    85    32 
	                             0     1     0    25    29    99    92    24 
	00195: CALL       
	00196: SRP0       
	00197: MIRP[srp0,nmd,rd,2] 
	00198: DELTAP1    
	00199: CALL       
	00200: CALL       
	00201: MIRP[nrp0,md,rd,1] 
	00202: SRP0       
	00203: MIRP[srp0,nmd,rd,2] 
	00204: DELTAP1    
	00205: DELTAP1    
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: MIRP[nrp0,md,rd,1] 
	00213: SRP0       
	00214: MIRP[nrp0,nmd,rd,2] 
	00215: SRP0       
	00216: MIRP[nrp0,nmd,rd,2] 
	00217: SVTCA[y-axis] 
	00218: MIAP[rd+ci] 
	00219: MIRP[nrp0,md,rd,1] 
	00220: MIAP[rd+ci] 
	00221: MIRP[nrp0,md,rd,1] 
	00222: SRP2       
	00223: IP         
	00224: MDAP[rd]   
	00225: DELTAP2    
	00226: DELTAP1    
	00227: MIRP[nrp0,md,rd,1] 
	00228: IUP[y]     
	00229: IUP[x]     
	00230: RS         
	00231: JROF       
	00232: NPUSHB      (44):     1    24    11    37    17     8    19    33     1    15 
	                            10    13    33     0    21     4    19    33     1    23 
	                             2    13    33     0    18     7    16    33     0    14 
	                            12    16    33     0    20     5    22    33     1    24 
	                             1    22    33     1 
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: SVTCA[x-axis] 
	00283: CALL       
	00284: CALL       
	00285: CALL       
	00286: CALL       
	00287: CALL       
	00288: FLIPRGON   
	00289: SVTCA[x-axis] 
	00290: DELTAP1    
	00291: DELTAP1    
	00292: DELTAP1    
	00293: SVTCA[y-axis] 
	00294: DELTAP1    
	00295: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         Off
	  2:                                      Off
	  3:  YDual                               On
	  4:  YDual                               Off
	  5:                                      Off
	  6:        XDual                         On
	  7:        XDual                         Off
	  8:                                      Off
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short         Off
	 12:                              X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short         Off
	 15:                                      Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:                                      Off
	 19:        XDual                         On
	 20:        XDual                         Off
	 21:                                      Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:                                      Off
	 25:        XDual                 X-Short On
	 26:  YDual XDual         Y-Short         On
	 27:  YDual                               On
	 28:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    96,   714)  ->  Abs (    96,   714)
	  1: Rel (     0,   366)  ->  Abs (    96,  1080)
	  2: Rel (   394,   412)  ->  Abs (   490,  1492)
	  3: Rel (   308,     0)  ->  Abs (   798,  1492)
	  4: Rel (   309,     0)  ->  Abs (  1107,  1492)
	  5: Rel (   391,  -419)  ->  Abs (  1498,  1073)
	  6: Rel (     0,  -342)  ->  Abs (  1498,   731)
	  7: Rel (     0,  -340)  ->  Abs (  1498,   391)
	  8: Rel (  -394,  -416)  ->  Abs (  1104,   -25)
	  9: Rel (  -307,     0)  ->  Abs (   797,   -25)
	 10: Rel (  -221,     0)  ->  Abs (   576,   -25)
	 11: Rel (  -333,   221)  ->  Abs (   243,   196)
	 12: Rel (  -147,   347)  ->  Abs (    96,   543)
	 13: Rel (   200,   168)  ->  Abs (   296,   711)
	 14: Rel (     0,  -251)  ->  Abs (   296,   460)
	 15: Rel (   272,  -319)  ->  Abs (   568,   141)
	 16: Rel (   228,     0)  ->  Abs (   796,   141)
	 17: Rel (   224,     0)  ->  Abs (  1020,   141)
	 18: Rel (   278,   315)  ->  Abs (  1298,   456)
	 19: Rel (     0,   276)  ->  Abs (  1298,   732)
	 20: Rel (     0,   280)  ->  Abs (  1298,  1012)
	 21: Rel (  -280,   313)  ->  Abs (  1018,  1325)
	 22: Rel (  -219,     0)  ->  Abs (   799,  1325)
	 23: Rel (  -215,     0)  ->  Abs (   584,  1325)
	 24: Rel (  -288,  -294)  ->  Abs (   296,  1031)
	 25: Rel (   211,  -384)  ->  Abs (   507,   647)
	 26: Rel (     0,   172)  ->  Abs (   507,   819)
	 27: Rel (   580,     0)  ->  Abs (  1087,   819)
	 28: Rel (     0,  -172)  ->  Abs (  1087,   647)

	Glyph 301: off = 0x0001057C, len = 456
	  numberOfContours:	3
	  xMin:			85
	  yMin:			-53
	  xMax:			1549
	  yMax:			1510

	EndPoints
	---------
	  0:  18
	  1:  25
	  2:  32

	  Length of Instructions:	340
	00000: NPUSHB      (96):    32    34    58     3    58     7    53    12    53    16 
	                            53    20    52    24    60    27    58    31    68     3 
	                            68     7    73    17    96    34   112    34   132    21 
	                           138    30   159    34   160    34   191    34   240    34 
	                            20     0    34    56     3     2    41    21    38    23 
	                            38    28    40    30    56     6   104     4   105    21 
	                           101    23   101    28   105    30   118     4   121     6 
	                           121    13   118    16   136     4   136    20   133    23 
	                           133    28   136    30    19    57     3     1    32    19 
	                             8    11    26    25    30    11 
	00098: PUSHW[1]            314 
	00101: NPUSHB      (38):    10    19    30    18   112     2   128     2     2     2 
	                           162     0     3    10     9    26     9    19    10     1 
	                           144     9     1    64     9    80     9    96     9   112 
	                             9   128     9     5     9    32     0    10 
	00141: PUSHW[1]             -4 
	00144: NPUSHB      (13):    12    12     6    85   127    10     1    10    10    14 
	                            29    38     5 
	00159: PUSHW[1]            -12 
	00162: NPUSHB      (58):    15    16     6    85     5    42    13    13     6    85 
	                             5    26    11    12     6    85     0     5    96     5 
	                             2    32     5    96     5   112     5   159     5   160 
	                             5   191     5   240     5     7     5    26    34     0 
	                            34    16    34    64    34     3    16    34    48    34 
	                            64    34   176    34   192    34     5    34 
	00222: PUSHW[1]            -64 
	00225: NPUSHB      (12):    16    18    52    22    38    14    18    16    16     2 
	                            85    14 
	00239: PUSHW[1]            -22 
	00242: NPUSHB      (11):    13    13     2    85    14     8    15    16     6    85 
	                            14 
	00255: PUSHW[1]            -42 
	00258: PUSHB[5]             13    13     6    85    14 
	00264: PUSHW[1]            -24 
	00267: NPUSHB      (13):    11    12     6    85    32    14     1    14    25    33 
	                            99    92    24 
	00282: CALL       
	00283: SRP0       
	00284: MIRP[srp0,nmd,rd,2] 
	00285: DELTAP1    
	00286: CALL       
	00287: CALL       
	00288: CALL       
	00289: CALL       
	00290: CALL       
	00291: MIRP[nrp0,md,rd,1] 
	00292: CALL       
	00293: DELTAP1    
	00294: DELTAP2    
	00295: SRP0       
	00296: MIRP[srp0,nmd,rd,2] 
	00297: DELTAP1    
	00298: DELTAP2    
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: MIRP[nrp0,md,rd,1] 
	00303: SRP2       
	00304: IP         
	00305: MDAP[rd]   
	00306: DELTAP2    
	00307: CALL       
	00308: ALIGNRP    
	00309: MIRP[srp0,md,rd,1] 
	00310: DELTAP2    
	00311: DELTAP3    
	00312: ALIGNRP    
	00313: SRP0       
	00314: ALIGNRP    
	00315: SRP0       
	00316: ALIGNRP    
	00317: SVTCA[y-axis] 
	00318: MIAP[rd+ci] 
	00319: MIAP[rd+ci] 
	00320: MIRP[srp0,nmd,rd,0] 
	00321: DELTAP1    
	00322: ALIGNRP    
	00323: MIRP[nrp0,md,rd,1] 
	00324: SRP0       
	00325: MIRP[srp0,nmd,rd,0] 
	00326: MIRP[srp0,md,rd,1] 
	00327: ALIGNRP    
	00328: SRP0       
	00329: ALIGNRP    
	00330: SRP0       
	00331: ALIGNRP    
	00332: IUP[y]     
	00333: IUP[x]     
	00334: SVTCA[y-axis] 
	00335: DELTAP2    
	00336: DELTAP1    
	00337: SVTCA[x-axis] 
	00338: DELTAP2    
	00339: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short         On
	  3:                      Y-Short         Off
	  4:                                      Off
	  5:        XDual         Y-Short         On
	  6:        XDual                         Off
	  7:                                      Off
	  8:                      Y-Short         On
	  9:        XDual         Y-Short         On
	 10:  YDual                       X-Short On
	 11:  YDual XDual         Y-Short         On
	 12:  YDual               Y-Short         Off
	 13:                                      Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:        XDual                 X-Short Off
	 17:  YDual               Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:        XDual         Y-Short         On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   720,  1510)  ->  Abs (   720,  1510)
	  1: Rel (   194,     0)  ->  Abs (   914,  1510)
	  2: Rel (     0,  -181)  ->  Abs (   914,  1329)
	  3: Rel (   308,   -19)  ->  Abs (  1222,  1310)
	  4: Rel (   327,  -322)  ->  Abs (  1549,   988)
	  5: Rel (     0,  -239)  ->  Abs (  1549,   749)
	  6: Rel (     0,  -268)  ->  Abs (  1549,   481)
	  7: Rel (  -354,  -310)  ->  Abs (  1195,   171)
	  8: Rel (  -281,   -10)  ->  Abs (   914,   161)
	  9: Rel (     0,  -214)  ->  Abs (   914,   -53)
	 10: Rel (  -194,     0)  ->  Abs (   720,   -53)
	 11: Rel (     0,   214)  ->  Abs (   720,   161)
	 12: Rel (  -289,    11)  ->  Abs (   431,   172)
	 13: Rel (  -346,   319)  ->  Abs (    85,   491)
	 14: Rel (     0,   249)  ->  Abs (    85,   740)
	 15: Rel (     0,   163)  ->  Abs (    85,   903)
	 16: Rel (   150,   264)  ->  Abs (   235,  1167)
	 17: Rel (   274,   152)  ->  Abs (   509,  1319)
	 18: Rel (   211,    10)  ->  Abs (   720,  1329)
	 19: Rel (     0,  -168)  ->  Abs (   720,  1161)
	 20: Rel (  -206,    -6)  ->  Abs (   514,  1155)
	 21: Rel (  -227,  -214)  ->  Abs (   287,   941)
	 22: Rel (     0,  -200)  ->  Abs (   287,   741)
	 23: Rel (     0,  -202)  ->  Abs (   287,   539)
	 24: Rel (   248,  -210)  ->  Abs (   535,   329)
	 25: Rel (   185,    -3)  ->  Abs (   720,   326)
	 26: Rel (   194,     0)  ->  Abs (   914,   326)
	 27: Rel (   205,     6)  ->  Abs (  1119,   332)
	 28: Rel (   232,   218)  ->  Abs (  1351,   550)
	 29: Rel (     0,   194)  ->  Abs (  1351,   744)
	 30: Rel (     0,   184)  ->  Abs (  1351,   928)
	 31: Rel (  -222,   233)  ->  Abs (  1129,  1161)
	 32: Rel (  -215,     0)  ->  Abs (   914,  1161)

	Glyph 302: off = 0x00010744, len = 386
	  numberOfContours:	2
	  xMin:			72
	  yMin:			-24
	  xMax:			1107
	  yMax:			1086

	EndPoints
	---------
	  0:  20
	  1:  32

	  Length of Instructions:	276
	00000: NPUSHB      (80):     6     9     6    18    16    34    55     2    71     2 
	                            86     2    86     4   118     9   117    18   134     9 
	                            10     8     7     1    73    23    70    25    70    29 
	                            73    31    91    23    84    25    84    29    91    31 
	                           104     9   104    11   103    15   121     9   247    28 
	                            13    24    19     1    37    29    42    31    53    29 
	                            58    31     4   111     8    96    19     2    19     8 
	                             3    30     4    16     6     0     6     6    10    27 
	00082: PUSHW[1]            666 
	00085: PUSHB[3]             10    11    21 
	00089: PUSHW[1]            666 
	00092: PUSHB[6]             16     7     8    19     0     3 
	00099: PUSHW[1]            -10 
	00102: PUSHB[5]             16    17     2    85     3 
	00108: PUSHW[1]            -16 
	00111: PUSHB[5]             16    17     6    85     3 
	00117: PUSHW[1]            -16 
	00120: PUSHB[8]             13    13     6    85     3   107    64    30 
	00129: PUSHW[1]            -24 
	00132: PUSHB[5]             13    17     2    85    30 
	00138: PUSHW[1]            -20 
	00141: PUSHB[5]             11    11     2    85    30 
	00147: PUSHW[1]            -18 
	00150: NPUSHB      (71):    13    13     6    85   144    30     1    31    30   240 
	                            30     2    30    66     5   128     0   173     1     1 
	                             6   173     5    55    34    24    64    13     8    14 
	                            15     2    85    13    28    12    13     2    85    13 
	                            12    16    16     6    85    13    18    13    13     6 
	                            85    13    37    12    12     6    85    13    23    11 
	                            11     6    85    63    13    79    13     2    13    52 
	                            33 
	00223: SRP0       
	00224: MIRP[srp0,nmd,rd,2] 
	00225: DELTAP1    
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: MIRP[nrp0,md,rd,1] 
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,2] 
	00235: MIRP[nrp0,md,rd,1] 
	00236: ALIGNRP    
	00237: SRP0       
	00238: MIRP[nrp0,md,rd,1] 
	00239: SMD        
	00240: SRP0       
	00241: MIRP[srp0,md,rd,1] 
	00242: DELTAP2    
	00243: DELTAP1    
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: SMD        
	00248: MIRP[nrp0,md,rd,1] 
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: SRP1       
	00253: SHP[rp1,zp0] 
	00254: SHP[rp1,zp0] 
	00255: SVTCA[y-axis] 
	00256: MIAP[rd+ci] 
	00257: MIRP[nrp0,md,rd,1] 
	00258: MIAP[rd+ci] 
	00259: MIRP[nrp0,md,rd,1] 
	00260: MIAP[rd+ci] 
	00261: MIAP[rd+ci] 
	00262: SRP1       
	00263: SRP2       
	00264: SLOOP      
	00265: IP         
	00266: DELTAP1    
	00267: IUP[y]     
	00268: IUP[x]     
	00269: SVTCA[y-axis] 
	00270: DELTAP2    
	00271: DELTAP3    
	00272: DELTAP1    
	00273: SVTCA[x-axis] 
	00274: DELTAP2    
	00275: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                      Y-Short X-Short Off
	  3:                              X-Short On
	  4:        XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:  YDual                       X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:  YDual                               On
	 11:  YDual                       X-Short Off
	 12:                              X-Short Off
	 13:        XDual                         On
	 14:        XDual                         Off
	 15:        XDual                 X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual               Y-Short         On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:        XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   923,  1062)  ->  Abs (   923,  1062)
	  1: Rel (   184,     0)  ->  Abs (  1107,  1062)
	  2: Rel (   -70,  -220)  ->  Abs (  1037,   842)
	  3: Rel (   -59,  -311)  ->  Abs (   978,   531)
	  4: Rel (    70,  -386)  ->  Abs (  1048,   145)
	  5: Rel (    59,  -145)  ->  Abs (  1107,     0)
	  6: Rel (  -179,     0)  ->  Abs (   928,     0)
	  7: Rel (   -43,   100)  ->  Abs (   885,   100)
	  8: Rel (   -22,    94)  ->  Abs (   863,   194)
	  9: Rel (   -83,  -218)  ->  Abs (   780,   -24)
	 10: Rel (  -264,     0)  ->  Abs (   516,   -24)
	 11: Rel (  -200,     0)  ->  Abs (   316,   -24)
	 12: Rel (  -244,   300)  ->  Abs (    72,   276)
	 13: Rel (     0,   257)  ->  Abs (    72,   533)
	 14: Rel (     0,   264)  ->  Abs (    72,   797)
	 15: Rel (   245,   289)  ->  Abs (   317,  1086)
	 16: Rel (   202,     0)  ->  Abs (   519,  1086)
	 17: Rel (   125,     0)  ->  Abs (   644,  1086)
	 18: Rel (   158,  -101)  ->  Abs (   802,   985)
	 19: Rel (    68,  -103)  ->  Abs (   870,   882)
	 20: Rel (     7,    35)  ->  Abs (   877,   917)
	 21: Rel (  -328,    20)  ->  Abs (   549,   937)
	 22: Rel (  -129,     0)  ->  Abs (   420,   937)
	 23: Rel (  -150,  -208)  ->  Abs (   270,   729)
	 24: Rel (     0,  -196)  ->  Abs (   270,   533)
	 25: Rel (     0,  -191)  ->  Abs (   270,   342)
	 26: Rel (   142,  -218)  ->  Abs (   412,   124)
	 27: Rel (   127,     0)  ->  Abs (   539,   124)
	 28: Rel (   124,     0)  ->  Abs (   663,   124)
	 29: Rel (   166,   215)  ->  Abs (   829,   339)
	 30: Rel (     0,   202)  ->  Abs (   829,   541)
	 31: Rel (     0,   196)  ->  Abs (   829,   737)
	 32: Rel (  -155,   200)  ->  Abs (   674,   937)

	Glyph 303: off = 0x000108C6, len = 498
	  numberOfContours:	2
	  xMin:			72
	  yMin:			-24
	  xMax:			1068
	  yMax:			1466

	EndPoints
	---------
	  0:  19
	  1:  31

	  Length of Instructions:	390
	00000: NPUSHB     (129):    59    18     1    88    10    90    12    85    15   104 
	                            10   104    12   120    31     6    69    25    74    27 
	                            74    31    85     6    90     9     5    39    21    40 
	                            31    55    21    56    31    69    21     5   198     3 
	                             1    51    22    57    24    57    28    51    30    91 
	                            28   142    19   135    31   153     3   168    18   184 
	                            18   214    21   218    25   220    28   214    31   231 
	                            12   231    22   247    12   247    22    18   107     6 
	                           111    10    99    12    96    16    99    22   111    24 
	                           111    28    96    30   126    19     9    95     6    95 
	                            10    80    12    80    16    80    22    95    24    90 
	                            28    80    30     8     6     3    21     3    43    17 
	                           107    12   106    16     5    19     2     0    29 
	00131: PUSHW[1]            666 
	00134: PUSHB[6]              5    17     7    17     2    23 
	00141: PUSHW[1]            666 
	00144: PUSHB[3]             11    11     2 
	00148: PUSHW[1]            666 
	00151: NPUSHB      (51):     0     0   123     3   139     3     2     3     1     0 
	                            48    17    64    17     2    91    17   107    17   127 
	                            17   143    17     4     5    17     8    14    64     0 
	                             1     0     0    14     1     1    26    64    33    64 
	                            13    13     2    85    33    64    11    11     2    85 
	                             8 
	00204: PUSHW[1]            -22 
	00207: NPUSHB      (17):    15    15     2    85     8    24    13    13     2    85 
	                             8    16    11    11     2    85     8 
	00226: PUSHW[1]            -16 
	00229: PUSHB[5]             15    15     6    85     8 
	00235: PUSHW[1]            -15 
	00238: PUSHB[5]             11    13     6    85     8 
	00244: PUSHW[1]            -64 
	00247: NPUSHB      (74):    36    37    52    48     8     1     0     8    16     8 
	                            32     8     3     8    49    33    20    64    14    12 
	                            14    15     2    85    14    18    13    13     2    85 
	                            14    12    12    12     2    85    14    28    11    11 
	                             2    85    14    12    16    16     6    85    14    13 
	                            13    13     6    85    14    22    12    12     6    85 
	                            14    13    11    11     6    85    31    14    63    14 
	                             2    14    49    32 
	00323: SRP0       
	00324: MIRP[srp0,nmd,rd,2] 
	00325: DELTAP1    
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: CALL       
	00334: MIRP[nrp0,md,rd,1] 
	00335: SRP0       
	00336: MIRP[srp0,nmd,rd,2] 
	00337: DELTAP1    
	00338: DELTAP1    
	00339: CALL       
	00340: CALL       
	00341: CALL       
	00342: CALL       
	00343: CALL       
	00344: CALL       
	00345: CALL       
	00346: CALL       
	00347: MIRP[nrp0,md,rd,1] 
	00348: SHP[rp1,zp0] 
	00349: MDAP[rd]   
	00350: SRP1       
	00351: SHP[rp1,zp0] 
	00352: MDAP[rd]   
	00353: DELTAP1    
	00354: SRP1       
	00355: SRP2       
	00356: IP         
	00357: IP         
	00358: DELTAP1    
	00359: DELTAP3    
	00360: SRP1       
	00361: SRP2       
	00362: IP         
	00363: DELTAP1    
	00364: SVTCA[y-axis] 
	00365: MIAP[rd+ci] 
	00366: MIRP[nrp0,md,rd,1] 
	00367: MIAP[rd+ci] 
	00368: MIRP[nrp0,md,rd,1] 
	00369: SRP1       
	00370: SHP[rp1,zp0] 
	00371: MIAP[rd+ci] 
	00372: SHP[rp1,zp0] 
	00373: MIRP[nrp0,md,rd,1] 
	00374: SRP1       
	00375: SRP2       
	00376: IP         
	00377: IUP[y]     
	00378: IUP[x]     
	00379: SVTCA[x-axis] 
	00380: DELTAP2    
	00381: DELTAP1    
	00382: DELTAP1    
	00383: DELTAP1    
	00384: DELTAP3    
	00385: SVTCA[y-axis] 
	00386: DELTAP1    
	00387: DELTAP1    
	00388: DELTAP1    
	00389: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual                         Off
	 10:                                      Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:                              X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         Off
	 16:                                      Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:        XDual                 X-Short On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   174,  1466)  ->  Abs (   174,  1466)
	  1: Rel (   801,     0)  ->  Abs (   975,  1466)
	  2: Rel (     0,  -146)  ->  Abs (   975,  1320)
	  3: Rel (  -560,     0)  ->  Abs (   415,  1320)
	  4: Rel (   100,  -102)  ->  Abs (   515,  1218)
	  5: Rel (   213,  -147)  ->  Abs (   728,  1071)
	  6: Rel (   190,  -132)  ->  Abs (   918,   939)
	  7: Rel (   150,  -226)  ->  Abs (  1068,   713)
	  8: Rel (     0,  -193)  ->  Abs (  1068,   520)
	  9: Rel (     0,  -259)  ->  Abs (  1068,   261)
	 10: Rel (  -279,  -285)  ->  Abs (   789,   -24)
	 11: Rel (  -224,     0)  ->  Abs (   565,   -24)
	 12: Rel (  -245,     0)  ->  Abs (   320,   -24)
	 13: Rel (  -248,   320)  ->  Abs (    72,   296)
	 14: Rel (     0,   220)  ->  Abs (    72,   516)
	 15: Rel (     0,   256)  ->  Abs (    72,   772)
	 16: Rel (   262,   269)  ->  Abs (   334,  1041)
	 17: Rel (   182,     7)  ->  Abs (   516,  1048)
	 18: Rel (   -93,    65)  ->  Abs (   423,  1113)
	 19: Rel (  -249,   223)  ->  Abs (   174,  1336)
	 20: Rel (    82,  -822)  ->  Abs (   256,   514)
	 21: Rel (     0,  -170)  ->  Abs (   256,   344)
	 22: Rel (   179,  -220)  ->  Abs (   435,   124)
	 23: Rel (   139,     0)  ->  Abs (   574,   124)
	 24: Rel (   122,     0)  ->  Abs (   696,   124)
	 25: Rel (   187,   188)  ->  Abs (   883,   312)
	 26: Rel (     0,   203)  ->  Abs (   883,   515)
	 27: Rel (     0,   188)  ->  Abs (   883,   703)
	 28: Rel (  -178,   206)  ->  Abs (   705,   909)
	 29: Rel (  -135,     0)  ->  Abs (   570,   909)
	 30: Rel (  -149,     0)  ->  Abs (   421,   909)
	 31: Rel (  -165,  -232)  ->  Abs (   256,   677)

	Glyph 304: off = 0x00010AB8, len = 338
	  numberOfContours:	1
	  xMin:			98
	  yMin:			-24
	  xMax:			867
	  yMax:			1086

	EndPoints
	---------
	  0:  36

	  Length of Instructions:	232
	00000: NPUSHB      (55):    31    38    95    38   125     2   125    21   137     1 
	                           139     2   131     8   132    15   139    21   137    22 
	                           178     4   178    15   195     4   194    15    14   128 
	                            38     1    38    33    57    26    54    34   117     7 
	                           121    16   180     5   182    33   196     5   198    33 
	                             9    30    12    23    22 
	00057: PUSHW[1]            -64 
	00060: NPUSHB      (14):     9    12    52    22    22    20     0    63     1     1 
	                             1     1     3    11 
	00076: PUSHW[1]            666 
	00079: NPUSHB       (9):   112    12   191    12     2    12    12    25     3 
	00090: PUSHW[1]            666 
	00093: PUSHB[3]             35     7    20 
	00097: PUSHW[1]            666 
	00100: NPUSHB      (43):    25    11    30     6    28    12    12    23    28     1 
	                             0    22    23     6    64    32    64    26    34    52 
	                            32    32    28    16     0     1     0     0     0    23 
	                            32    23    96    23   128    23     4    23   170    38 
	                            17    64    28 
	00145: PUSHW[1]             -8 
	00148: NPUSHB      (24):    15    15     6    85    28    16    12    12     6    85 
	                            28    22    11    11     6    85    31    28    79    28 
	                             2    28    52    37 
	00174: SRP0       
	00175: MIRP[srp0,nmd,rd,2] 
	00176: DELTAP1    
	00177: CALL       
	00178: CALL       
	00179: CALL       
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP0       
	00182: MIRP[srp0,nmd,rd,2] 
	00183: DELTAP1    
	00184: SHP[rp2,zp1] 
	00185: MDAP[rd]   
	00186: DELTAP2    
	00187: SRP1       
	00188: SHP[rp1,zp0] 
	00189: MDAP[rd]   
	00190: CALL       
	00191: MIRP[nrp0,md,rd,1] 
	00192: SRP1       
	00193: SHP[rp1,zp0] 
	00194: SRP1       
	00195: SHP[rp1,zp0] 
	00196: SRP1       
	00197: SRP2       
	00198: IP         
	00199: MDAP[rd]   
	00200: SRP1       
	00201: SRP2       
	00202: IP         
	00203: SVTCA[y-axis] 
	00204: MIAP[rd+ci] 
	00205: MIRP[nrp0,md,rd,1] 
	00206: MIAP[rd+ci] 
	00207: MIRP[nrp0,md,rd,1] 
	00208: SRP2       
	00209: IP         
	00210: MDAP[rd]   
	00211: DELTAP2    
	00212: MIRP[nrp0,md,rd,1] 
	00213: SRP1       
	00214: SHP[rp1,zp0] 
	00215: MDAP[rd]   
	00216: DELTAP1    
	00217: SHP[rp1,zp0] 
	00218: SRP1       
	00219: SHP[rp1,zp0] 
	00220: MDAP[rd]   
	00221: CALL       
	00222: SHP[rp1,zp0] 
	00223: SRP1       
	00224: IP         
	00225: IUP[y]     
	00226: IUP[x]     
	00227: SVTCA[y-axis] 
	00228: DELTAP1    
	00229: SVTCA[x-axis] 
	00230: DELTAP2    
	00231: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                      Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual         Y-Short         On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:                      Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   829,   942)  ->  Abs (   829,   942)
	  1: Rel (  -129,  -104)  ->  Abs (   700,   838)
	  2: Rel (  -123,    93)  ->  Abs (   577,   931)
	  3: Rel (  -107,     0)  ->  Abs (   470,   931)
	  4: Rel (   -88,     0)  ->  Abs (   382,   931)
	  5: Rel (   -81,   -94)  ->  Abs (   301,   837)
	  6: Rel (     0,   -54)  ->  Abs (   301,   783)
	  7: Rel (     0,   -70)  ->  Abs (   301,   713)
	  8: Rel (   120,   -93)  ->  Abs (   421,   620)
	  9: Rel (   116,     0)  ->  Abs (   537,   620)
	 10: Rel (    15,     0)  ->  Abs (   552,   620)
	 11: Rel (    35,     1)  ->  Abs (   587,   621)
	 12: Rel (     0,  -151)  ->  Abs (   587,   470)
	 13: Rel (   -32,     1)  ->  Abs (   555,   471)
	 14: Rel (   -16,     0)  ->  Abs (   539,   471)
	 15: Rel (  -143,     0)  ->  Abs (   396,   471)
	 16: Rel (  -111,  -110)  ->  Abs (   285,   361)
	 17: Rel (     0,   -69)  ->  Abs (   285,   292)
	 18: Rel (     0,   -71)  ->  Abs (   285,   221)
	 19: Rel (   112,   -97)  ->  Abs (   397,   124)
	 20: Rel (    77,     0)  ->  Abs (   474,   124)
	 21: Rel (   141,     0)  ->  Abs (   615,   124)
	 22: Rel (   123,   131)  ->  Abs (   738,   255)
	 23: Rel (   129,  -109)  ->  Abs (   867,   146)
	 24: Rel (  -160,  -170)  ->  Abs (   707,   -24)
	 25: Rel (  -238,     0)  ->  Abs (   469,   -24)
	 26: Rel (  -187,     0)  ->  Abs (   282,   -24)
	 27: Rel (  -184,   190)  ->  Abs (    98,   166)
	 28: Rel (     0,   126)  ->  Abs (    98,   292)
	 29: Rel (     0,   181)  ->  Abs (    98,   473)
	 30: Rel (   176,    76)  ->  Abs (   274,   549)
	 31: Rel (  -147,    83)  ->  Abs (   127,   632)
	 32: Rel (     0,   146)  ->  Abs (   127,   778)
	 33: Rel (     0,   119)  ->  Abs (   127,   897)
	 34: Rel (   174,   189)  ->  Abs (   301,  1086)
	 35: Rel (   180,     0)  ->  Abs (   481,  1086)
	 36: Rel (   206,     0)  ->  Abs (   687,  1086)

	Glyph 305: off = 0x00010C0A, len = 388
	  numberOfContours:	2
	  xMin:			68
	  yMin:			-24
	  xMax:			1219
	  yMax:			1086

	EndPoints
	---------
	  0:  15
	  1:  27

	  Length of Instructions:	292
	00000: NPUSHB      (61):    54    17    54    21    57    23    57    27    69    17 
	                            69    21    73    23    73    27    83     2    88     5 
	                            84     8    82    17    84    21    94    23   101     2 
	                           106     5   100     8   100    17   100    21   109    23 
	                            20    15     2     2    10     4    22    28     7    11 
	                             1    28    15     6    16    28    13     7    25    36 
	                             4 
	00063: PUSHW[1]            -22 
	00066: PUSHB[5]             14    14     2    85     4 
	00072: PUSHW[1]            -22 
	00075: PUSHB[5]             10    12     2    85     4 
	00081: PUSHW[1]            -17 
	00084: PUSHB[5]             16    16     6    85     4 
	00090: PUSHW[1]            -32 
	00093: PUSHB[5]             15    15     6    85     4 
	00099: PUSHW[1]            -43 
	00102: PUSHB[5]             13    13     6    85     4 
	00108: PUSHW[1]            -15 
	00111: PUSHB[5]             12    12     6    85     4 
	00117: PUSHW[1]            -28 
	00120: NPUSHB      (33):    11    11     6    85    80     4    96     4   112     4 
	                           128     4     4    16     4    48     4    64     4    80 
	                             4    96     4   112     4   128     4   144     4   176 
	                             4     9     4 
	00155: PUSHW[1]            463 
	00158: NPUSHB      (50):    10    63     0     1    15     0   143     0     2     0 
	                           170    29    19    36    10    64    36    37    52    10 
	                            12    14    15     2    85    10    18    13    13     2 
	                            85    10    12    12    12     2    85    10    28    11 
	                            11     2    85    10    12    16    16     6    85    10 
	00210: PUSHW[1]             -1 
	00213: NPUSHB      (30):    15    15     6    85    10    12    13    13     6    85 
	                            10    30    12    12     6    85    10    10    11    11 
	                             6    85    31    10    63    10     2    10    49    28 
	00245: SRP0       
	00246: MIRP[srp0,nmd,rd,2] 
	00247: DELTAP1    
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: MIRP[nrp0,md,rd,1] 
	00259: SRP0       
	00260: MIRP[nrp0,nmd,rd,2] 
	00261: DELTAP2    
	00262: DELTAP1    
	00263: SRP0       
	00264: MIRP[srp0,md,rd,1] 
	00265: DELTAP1    
	00266: DELTAP2    
	00267: CALL       
	00268: CALL       
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: MIRP[nrp0,md,rd,1] 
	00275: SVTCA[y-axis] 
	00276: MIAP[rd+ci] 
	00277: MIRP[nrp0,md,rd,1] 
	00278: MIAP[rd+ci] 
	00279: MIRP[nrp0,md,rd,1] 
	00280: MIAP[rd+ci] 
	00281: MIRP[nrp0,md,rd,1] 
	00282: SVTCA[x-axis] 
	00283: SRP1       
	00284: SRP2       
	00285: IP         
	00286: SRP1       
	00287: SHP[rp1,zp0] 
	00288: IUP[y]     
	00289: IUP[x]     
	00290: SVTCA[x-axis] 
	00291: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual                         On
	  5:        XDual                         Off
	  6:                                      Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                                      Off
	 10:        XDual                         On
	 11:        XDual                         Off
	 12:                                      Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:                      Y-Short X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1219,  1062)  ->  Abs (  1219,  1062)
	  1: Rel (     0,  -146)  ->  Abs (  1219,   916)
	  2: Rel (  -289,     0)  ->  Abs (   930,   916)
	  3: Rel (   133,  -124)  ->  Abs (  1063,   792)
	  4: Rel (     0,  -262)  ->  Abs (  1063,   530)
	  5: Rel (     0,  -285)  ->  Abs (  1063,   245)
	  6: Rel (  -291,  -269)  ->  Abs (   772,   -24)
	  7: Rel (  -208,     0)  ->  Abs (   564,   -24)
	  8: Rel (  -216,     0)  ->  Abs (   348,   -24)
	  9: Rel (  -280,   280)  ->  Abs (    68,   256)
	 10: Rel (     0,   275)  ->  Abs (    68,   531)
	 11: Rel (     0,   283)  ->  Abs (    68,   814)
	 12: Rel (   291,   272)  ->  Abs (   359,  1086)
	 13: Rel (   205,     0)  ->  Abs (   564,  1086)
	 14: Rel (    75,     0)  ->  Abs (   639,  1086)
	 15: Rel (    95,   -24)  ->  Abs (   734,  1062)
	 16: Rel (  -173,  -125)  ->  Abs (   561,   937)
	 17: Rel (  -131,     0)  ->  Abs (   430,   937)
	 18: Rel (  -177,  -204)  ->  Abs (   253,   733)
	 19: Rel (     0,  -203)  ->  Abs (   253,   530)
	 20: Rel (     0,  -202)  ->  Abs (   253,   328)
	 21: Rel (   173,  -204)  ->  Abs (   426,   124)
	 22: Rel (   138,     0)  ->  Abs (   564,   124)
	 23: Rel (   145,     0)  ->  Abs (   709,   124)
	 24: Rel (   171,   213)  ->  Abs (   880,   337)
	 25: Rel (     0,   194)  ->  Abs (   880,   531)
	 26: Rel (     0,   177)  ->  Abs (   880,   708)
	 27: Rel (  -157,   229)  ->  Abs (   723,   937)

	Glyph 306: off = 0x00010D8E, len = 226
	  numberOfContours:	1
	  xMin:			46
	  yMin:			0
	  xMax:			762
	  yMax:			1062

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	189
	00000: NPUSHB      (29):    16     9    80     9    96     9   112     9   128     9 
	                           159     9   208     9     7    79     9     1     2    10 
	                             7     4    28     5     6   127     7     1     7 
	00031: PUSHW[1]            271 
	00034: PUSHB[5]              1   112     4     1     4 
	00040: PUSHW[1]            271 
	00043: PUSHB[3]              1    37     2 
	00047: PUSHW[1]            -32 
	00050: PUSHB[5]             16    16     2    85     2 
	00056: PUSHW[1]            -12 
	00059: PUSHB[5]             13    13     2    85     2 
	00065: PUSHW[1]             -2 
	00068: PUSHB[5]             12    12     2    85     2 
	00074: PUSHW[1]            -28 
	00077: PUSHB[5]             11    11     2    85     2 
	00083: PUSHW[1]            -20 
	00086: NPUSHB      (11):    10    10     2    85     2     8    16    16     6    85 
	                             2 
	00099: PUSHW[1]             -8 
	00102: PUSHB[5]             13    13     6    85     2 
	00108: PUSHW[1]            -10 
	00111: NPUSHB      (45):    12    12     6    85    16     2    32     2   112     2 
	                           128     2   208     2   224     2   240     2     7    64 
	                             2   160     2   176     2     3     0     2   112     2 
	                           128     2   208     2   224     2   240     2     6     9 
	                             0     2     1    74     2 
	00158: MDAP[rd]   
	00159: SDB        
	00160: DELTAP1    
	00161: SDB        
	00162: DELTAP3    
	00163: DELTAP2    
	00164: DELTAP1    
	00165: CALL       
	00166: CALL       
	00167: CALL       
	00168: CALL       
	00169: CALL       
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: MIRP[nrp0,md,rd,1] 
	00174: MIRP[nrp0,nmd,rd,0] 
	00175: DELTAP1    
	00176: SRP0       
	00177: MIRP[nrp0,nmd,rd,0] 
	00178: DELTAP1    
	00179: SVTCA[y-axis] 
	00180: MIAP[rd+ci] 
	00181: MIRP[srp0,md,rd,1] 
	00182: ALIGNRP    
	00183: MIAP[rd+ci] 
	00184: IUP[y]     
	00185: IUP[x]     
	00186: SVTCA[x-axis] 
	00187: DELTAP2    
	00188: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   506,   916)  ->  Abs (   506,   916)
	  1: Rel (     0,  -916)  ->  Abs (   506,     0)
	  2: Rel (  -180,     0)  ->  Abs (   326,     0)
	  3: Rel (     0,   916)  ->  Abs (   326,   916)
	  4: Rel (  -280,     0)  ->  Abs (    46,   916)
	  5: Rel (     0,   146)  ->  Abs (    46,  1062)
	  6: Rel (   716,     0)  ->  Abs (   762,  1062)
	  7: Rel (     0,  -146)  ->  Abs (   762,   916)

	Glyph 307: off = 0x00010E70, len = 410
	  numberOfContours:	2
	  xMin:			72
	  yMin:			-407
	  xMax:			1257
	  yMax:			1087

	EndPoints
	---------
	  0:  27
	  1:  37

	  Length of Instructions:	286
	00000: NPUSHB      (68):    64    39     1    35     5    35    23    40    24    56 
	                            29    72    29   115    12   122    23   138     9   140 
	                            23   180     5   247     2    11    82    13   102     4 
	                           103     5    98    13   103    27   152    23   168    23 
	                           199    13   202    18   202    23   202    24    11    28 
	                            51     6    28    19    22    11    21     1    28     0 
	                            34    28    11     7     0     7     1     0 
	00070: PUSHW[1]            -64 
	00073: NPUSHB      (21):     9    14    52     0     0    25    28    20     6    79 
	                            21     1    21    37    20     6    16    16     2    85 
	                            20 
	00096: PUSHW[1]            -12 
	00099: PUSHB[5]             15    15     2    85    20 
	00105: PUSHW[1]             -4 
	00108: NPUSHB      (24):    15    15     6    85    20     6    12    12     6    85 
	                            20    64    11    13    52   191    20     1    20    20 
	                            25    31    36    15 
	00134: PUSHW[1]            -10 
	00137: PUSHB[5]             15    15     6    85    15 
	00143: PUSHW[1]            -15 
	00146: PUSHB[5]             13    13     6    85    15 
	00152: PUSHW[1]            -18 
	00155: PUSHB[5]             12    12     6    85    15 
	00161: PUSHW[1]            -14 
	00164: NPUSHB      (28):    11    11     6    85    64    15     1     0    15    16 
	                            15    32    15    48    15     4    15    49    39     3 
	                            36    25    16    16    16     6    85    25 
	00194: PUSHW[1]             -4 
	00197: NPUSHB      (31):    15    15     6    85    25    18    13    13     6    85 
	                            25    23    12    12     6    85    25    14    11    11 
	                             6    85    63    25     1    25    49    38    52    55 
	                            24 
	00230: CALL       
	00231: SRP0       
	00232: MIRP[srp0,nmd,rd,2] 
	00233: DELTAP1    
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: MIRP[nrp0,md,rd,1] 
	00240: SRP0       
	00241: MIRP[srp0,nmd,rd,2] 
	00242: DELTAP1    
	00243: DELTAP2    
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: MIRP[nrp0,md,rd,1] 
	00249: SRP2       
	00250: IP         
	00251: MDAP[rd]   
	00252: DELTAP1    
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: MIRP[srp0,md,rd,1] 
	00259: DELTAP2    
	00260: ALIGNRP    
	00261: SRP0       
	00262: ALIGNRP    
	00263: SRP1       
	00264: IP         
	00265: MDAP[rd]   
	00266: CALL       
	00267: SHP[rp1,zp0] 
	00268: SVTCA[y-axis] 
	00269: MIAP[rd+ci] 
	00270: MIAP[rd+ci] 
	00271: MIRP[nrp0,md,rd,1] 
	00272: SRP0       
	00273: MIRP[nrp0,md,rd,1] 
	00274: MDAP[rd]   
	00275: MIAP[rd+ci] 
	00276: ALIGNRP    
	00277: MIRP[srp0,md,rd,1] 
	00278: MIRP[nrp0,nmd,rd,0] 
	00279: IUP[y]     
	00280: IUP[x]     
	00281: SVTCA[y-axis] 
	00282: DELTAP1    
	00283: SVTCA[x-axis] 
	00284: DELTAP1    
	00285: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:        XDual                         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual                         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:        XDual                         On
	 21:  YDual                       X-Short On
	 22:        XDual                         On
	 23:  YDual                       X-Short Off
	 24:                                      Off
	 25:        XDual                         On
	 26:  YDual XDual         Y-Short         Off
	 27:                                      Off
	 28:                                      On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   499,  1083)  ->  Abs (   499,  1083)
	  1: Rel (   -35,  -156)  ->  Abs (   464,   927)
	  2: Rel (  -207,   -69)  ->  Abs (   257,   858)
	  3: Rel (     0,  -293)  ->  Abs (   257,   565)
	  4: Rel (     0,  -155)  ->  Abs (   257,   410)
	  5: Rel (   163,  -243)  ->  Abs (   420,   167)
	  6: Rel (   162,   -35)  ->  Abs (   582,   132)
	  7: Rel (     0,   660)  ->  Abs (   582,   792)
	  8: Rel (     0,   106)  ->  Abs (   582,   898)
	  9: Rel (    30,   115)  ->  Abs (   612,  1013)
	 10: Rel (   107,    73)  ->  Abs (   719,  1086)
	 11: Rel (    92,     0)  ->  Abs (   811,  1086)
	 12: Rel (   143,     0)  ->  Abs (   954,  1086)
	 13: Rel (   179,  -116)  ->  Abs (  1133,   970)
	 14: Rel (   124,  -250)  ->  Abs (  1257,   720)
	 15: Rel (     0,  -144)  ->  Abs (  1257,   576)
	 16: Rel (     0,  -120)  ->  Abs (  1257,   456)
	 17: Rel (   -98,  -241)  ->  Abs (  1159,   215)
	 18: Rel (  -220,  -202)  ->  Abs (   939,    13)
	 19: Rel (  -179,   -38)  ->  Abs (   760,   -25)
	 20: Rel (     0,  -382)  ->  Abs (   760,  -407)
	 21: Rel (  -178,     0)  ->  Abs (   582,  -407)
	 22: Rel (     0,   382)  ->  Abs (   582,   -25)
	 23: Rel (  -186,     0)  ->  Abs (   396,   -25)
	 24: Rel (  -324,   326)  ->  Abs (    72,   301)
	 25: Rel (     0,   256)  ->  Abs (    72,   557)
	 26: Rel (     0,   237)  ->  Abs (    72,   794)
	 27: Rel (   259,   293)  ->  Abs (   331,  1087)
	 28: Rel (   429,  -947)  ->  Abs (   760,   140)
	 29: Rel (   127,    23)  ->  Abs (   887,   163)
	 30: Rel (   181,   238)  ->  Abs (  1068,   401)
	 31: Rel (     0,   193)  ->  Abs (  1068,   594)
	 32: Rel (     0,   179)  ->  Abs (  1068,   773)
	 33: Rel (  -132,   164)  ->  Abs (   936,   937)
	 34: Rel (   -74,     0)  ->  Abs (   862,   937)
	 35: Rel (   -53,     0)  ->  Abs (   809,   937)
	 36: Rel (   -49,   -73)  ->  Abs (   760,   864)
	 37: Rel (     0,  -124)  ->  Abs (   760,   740)

	Glyph 308: off = 0x0001100A, len = 106
	  numberOfContours:	2
	  xMin:			-31
	  yMin:			-665
	  xMax:			1162
	  yMax:			-277

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	67
	00000: PUSHB[7]              2     1    63     3     0     6     0 
	00008: PUSHW[1]            671 
	00011: NPUSHB      (24):     5     7     5    63     4     7     6     6     3     3 
	                             2    26     9     4     5     5     0     0     1   197 
	                             8    67    65    24 
	00037: CALL       
	00038: SRP0       
	00039: MIRP[srp0,nmd,rd,1] 
	00040: ALIGNRP    
	00041: SRP0       
	00042: ALIGNRP    
	00043: SRP0       
	00044: ALIGNRP    
	00045: FLIPOFF    
	00046: SRP0       
	00047: MIRP[srp0,nmd,rd,2] 
	00048: ALIGNRP    
	00049: SRP0       
	00050: ALIGNRP    
	00051: SRP0       
	00052: ALIGNRP    
	00053: SVTCA[y-axis] 
	00054: MDAP[rd]   
	00055: FLIPON     
	00056: MIRP[nrp0,md,rd,1] 
	00057: ALIGNRP    
	00058: SRP0       
	00059: MIRP[nrp0,nmd,rd,2] 
	00060: ALIGNRP    
	00061: SRP0       
	00062: ALIGNRP    
	00063: MIRP[srp0,md,rd,1] 
	00064: ALIGNRP    
	00065: IUP[y]     
	00066: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:                                      On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   -31,  -407)  ->  Abs (   -31,  -407)
	  1: Rel (     0,   130)  ->  Abs (   -31,  -277)
	  2: Rel (  1193,     0)  ->  Abs (  1162,  -277)
	  3: Rel (     0,  -130)  ->  Abs (  1162,  -407)
	  4: Rel ( -1193,  -258)  ->  Abs (   -31,  -665)
	  5: Rel (     0,   129)  ->  Abs (   -31,  -536)
	  6: Rel (  1193,     0)  ->  Abs (  1162,  -536)
	  7: Rel (     0,  -129)  ->  Abs (  1162,  -665)

	Glyph 309: off = 0x00011074, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			176
	  yMin:			0
	  xMax:			847
	  yMax:			1466

	     0: Flags:		0x0026
		Glyf Index:	4
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0107
		Glyf Index:	4
		X WOffset:	448
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              2     1    14     4 
	00005: PUSHW[1]            448 
	00008: PUSHB[2]             72    39 
	00011: SVTCA[x-axis] 
	00012: CALL       

	Glyph 310: off = 0x0001109C, len = 158
	  numberOfContours:	1
	  xMin:			82
	  yMin:			519
	  xMax:			667
	  yMax:			1198

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	90
	00000: NPUSHB      (26):    53     4    68     4   101     4    98    17   119     4 
	                           112    17     6    18    13    20     3     3    16    20 
	                             1     2    39     6    12    20 
	00028: PUSHW[1]            345 
	00031: NPUSHB      (24):     6    28    16     7    13    37    10   130    20     2 
	                            63     1    20    37     1    48     0     1     0    25 
	                            21   113   140    24 
	00057: CALL       
	00058: FLIPOFF    
	00059: SRP0       
	00060: MIRP[srp0,nmd,rd,0] 
	00061: DELTAP1    
	00062: ALIGNRP    
	00063: FLIPON     
	00064: MIRP[nrp0,md,rd,1] 
	00065: SRP0       
	00066: MIRP[nrp0,md,rd,1] 
	00067: SRP0       
	00068: MIRP[srp0,nmd,rd,0] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SVTCA[y-axis] 
	00071: MIAP[rd+ci] 
	00072: MIRP[nrp0,md,rd,1] 
	00073: MIRP[srp0,nmd,rd,0] 
	00074: ALIGNRP    
	00075: SRP0       
	00076: MIRP[srp0,nmd,rd,0] 
	00077: ALIGNRP    
	00078: SRP1       
	00079: SRP2       
	00080: IP         
	00081: MDAP[rd]   
	00082: SVTCA[x-axis] 
	00083: SRP1       
	00084: SRP2       
	00085: IP         
	00086: IUP[y]     
	00087: IUP[x]     
	00088: SVTCA[y-axis] 
	00089: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual                         On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual                         On

	Coordinates
	-----------
	  0: Rel (    82,   519)  ->  Abs (    82,   519)
	  1: Rel (     0,   665)  ->  Abs (    82,  1184)
	  2: Rel (   130,     0)  ->  Abs (   212,  1184)
	  3: Rel (     0,   -69)  ->  Abs (   212,  1115)
	  4: Rel (    41,    41)  ->  Abs (   253,  1156)
	  5: Rel (   103,    42)  ->  Abs (   356,  1198)
	  6: Rel (    64,     0)  ->  Abs (   420,  1198)
	  7: Rel (    83,     0)  ->  Abs (   503,  1198)
	  8: Rel (   114,   -63)  ->  Abs (   617,  1135)
	  9: Rel (    50,  -101)  ->  Abs (   667,  1034)
	 10: Rel (     0,  -109)  ->  Abs (   667,   925)
	 11: Rel (     0,  -406)  ->  Abs (   667,   519)
	 12: Rel (  -141,     0)  ->  Abs (   526,   519)
	 13: Rel (     0,   401)  ->  Abs (   526,   920)
	 14: Rel (     0,    88)  ->  Abs (   526,  1008)
	 15: Rel (   -65,    69)  ->  Abs (   461,  1077)
	 16: Rel (   -68,     0)  ->  Abs (   393,  1077)
	 17: Rel (   -81,     0)  ->  Abs (   312,  1077)
	 18: Rel (   -89,   -92)  ->  Abs (   223,   985)
	 19: Rel (     0,  -104)  ->  Abs (   223,   881)
	 20: Rel (     0,  -362)  ->  Abs (   223,   519)

	Glyph 311: off = 0x0001113A, len = 642
	  numberOfContours:	3
	  xMin:			51
	  yMin:			-26
	  xMax:			2195
	  yMax:			1466

	EndPoints
	---------
	  0:  54
	  1:  65
	  2:  95

	  Length of Instructions:	362
	00000: NPUSHB     (107):    83     4    82    28   102    27   101    28   133    14 
	                           138    87   137    89   136    91   154    90   156    91 
	                            10     6    28    10    35     5    47    22    28    25 
	                            35    21    47    35    27    44    35    52    26    69 
	                            25    66    26    74    59    74    63    81     3    85 
	                             4   100     3   108    19   100    47   101    48    98 
	                            80   118     4   123    19   121    83   123    87   122 
	                            91   133     4   143    14   143    19   141    22   133 
	                            31   137    59   128    80   140    94   141    95   169 
	                            13   184    13   196    13   202    35   196    37    39 
	                            26    12    81    88    33    20    36 
	00109: PUSHW[1]            695 
	00112: PUSHB[6]             71    28    40    78    58    77 
	00119: PUSHW[1]            275 
	00122: NPUSHB      (19):    40    20    28    12     8    58     7    56    30    52 
	                            52    53    55    30     0     0    17    58    16 
	00143: PUSHW[1]            275 
	00146: PUSHB[3]             12     7    95 
	00150: PUSHW[1]            692 
	00153: NPUSHB      (57):    46    43    10     5     6    53    10    71    28    40 
	                            11    81    28    33    11    61    60     5    46   106 
	                             5   106     7    37   229    93    78    39    23    94 
	                            93    61    77    36   197    74    56    77   106    68 
	                            58     8    37    44     7    32    16    16     2    85 
	                             7     8    13    13     2    85     7 
	00212: PUSHW[1]             -8 
	00215: NPUSHB      (51):    12    12     2    85     7     7    96    97    16    56 
	                            30    17    56    85    94    30    26    97    55    53 
	                           186    54    54     0    28    16    16     2    85     0 
	                            42    15    15     2    85     0    38    13    13     2 
	                            85     0    42    11    12     2    85     0    25    96 
	                            97 
	00268: PUSHW[1]            495 
	00271: PUSHB[4]             33   155   104    24 
	00276: CALL       
	00277: CALL       
	00278: FLIPOFF    
	00279: MIRP[srp0,nmd,rd,0] 
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: ALIGNRP    
	00285: FLIPON     
	00286: SRP0       
	00287: MIRP[srp0,md,rd,1] 
	00288: ALIGNRP    
	00289: FLIPOFF    
	00290: SRP0       
	00291: MIRP[srp0,nmd,rd,2] 
	00292: FLIPON     
	00293: MIRP[srp0,md,rd,1] 
	00294: MIRP[nrp0,nmd,rd,0] 
	00295: SRP0       
	00296: MIRP[nrp0,nmd,rd,0] 
	00297: SRP1       
	00298: SRP2       
	00299: IP         
	00300: MDAP[rd]   
	00301: CALL       
	00302: CALL       
	00303: CALL       
	00304: ALIGNRP    
	00305: MIRP[srp0,md,rd,1] 
	00306: MIRP[nrp0,nmd,rd,0] 
	00307: MIRP[srp0,nmd,rd,2] 
	00308: MIRP[srp0,nmd,rd,0] 
	00309: MIRP[nrp0,nmd,rd,1] 
	00310: SRP0       
	00311: MIRP[srp0,nmd,rd,2] 
	00312: MIRP[srp0,md,rd,1] 
	00313: MIRP[nrp0,nmd,rd,0] 
	00314: SRP0       
	00315: MIRP[nrp0,nmd,rd,1] 
	00316: SRP0       
	00317: MIRP[nrp0,nmd,rd,2] 
	00318: MIRP[nrp0,nmd,rd,2] 
	00319: SRP0       
	00320: MIRP[nrp0,md,rd,1] 
	00321: SVTCA[y-axis] 
	00322: MIAP[rd+ci] 
	00323: MIRP[nrp0,md,rd,1] 
	00324: MIAP[rd+ci] 
	00325: MIRP[nrp0,md,rd,1] 
	00326: MIAP[rd+ci] 
	00327: MIAP[rd+ci] 
	00328: ALIGNRP    
	00329: MIRP[srp0,md,rd,1] 
	00330: MIRP[nrp0,nmd,rd,2] 
	00331: MIAP[rd+ci] 
	00332: MIRP[srp0,md,rd,1] 
	00333: MIRP[nrp0,nmd,rd,0] 
	00334: MIAP[rd+ci] 
	00335: MIRP[nrp0,md,rd,1] 
	00336: SRP1       
	00337: IP         
	00338: MDAP[rd]   
	00339: MIRP[nrp0,md,rd,1] 
	00340: MDAP[rd]   
	00341: MIRP[nrp0,nmd,rd,0] 
	00342: SRP0       
	00343: MIRP[nrp0,md,rd,1] 
	00344: SRP0       
	00345: MIRP[srp0,md,rd,1] 
	00346: MIRP[nrp0,nmd,rd,0] 
	00347: SRP0       
	00348: MIRP[srp0,md,rd,1] 
	00349: MIRP[nrp0,nmd,rd,1] 
	00350: SRP1       
	00351: SRP2       
	00352: IP         
	00353: SRP1       
	00354: SRP2       
	00355: IP         
	00356: IUP[y]     
	00357: IUP[x]     
	00358: SVTCA[x-axis] 
	00359: DELTAP1    
	00360: SVTCA[y-axis] 
	00361: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:        XDual         Y-Short X-Short On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:                      Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short On
	 37:                      Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual               Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:        XDual                         On
	 46:  YDual                       X-Short On
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short X-Short Off
	 49:                      Y-Short X-Short On
	 50:                      Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short On
	 53:        XDual                         On
	 54:  YDual                       X-Short On
	 55:        XDual                 X-Short On
	 56:        XDual                         On
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:  YDual XDual         Y-Short X-Short Off
	 60:  YDual XDual         Y-Short X-Short Off
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual               Y-Short X-Short Off
	 65:  YDual                       X-Short On
	 66:                                      On
	 67:        XDual                         On
	 68:                      Y-Short X-Short On
	 69:        XDual         Y-Short         Off
	 70:        XDual         Y-Short X-Short Off
	 71:  YDual XDual                 X-Short On
	 72:  YDual XDual                 X-Short Off
	 73:  YDual XDual         Y-Short X-Short Off
	 74:  YDual XDual         Y-Short X-Short On
	 75:  YDual               Y-Short X-Short Off
	 76:  YDual               Y-Short X-Short Off
	 77:  YDual               Y-Short X-Short On
	 78:        XDual         Y-Short X-Short On
	 79:        XDual         Y-Short X-Short Off
	 80:        XDual         Y-Short X-Short Off
	 81:  YDual XDual                 X-Short On
	 82:  YDual XDual                 X-Short Off
	 83:  YDual XDual         Y-Short X-Short On
	 84:  YDual XDual         Y-Short X-Short Off
	 85:  YDual XDual         Y-Short         On
	 86:  YDual XDual         Y-Short         Off
	 87:  YDual               Y-Short X-Short On
	 88:  YDual               Y-Short X-Short Off
	 89:  YDual               Y-Short         Off
	 90:  YDual               Y-Short X-Short On
	 91:  YDual               Y-Short X-Short Off
	 92:  YDual               Y-Short X-Short Off
	 93:  YDual XDual         Y-Short         On
	 94:  YDual XDual         Y-Short         Off
	 95:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    51,  1466)  ->  Abs (    51,  1466)
	  1: Rel (   462,     0)  ->  Abs (   513,  1466)
	  2: Rel (   234,     0)  ->  Abs (   747,  1466)
	  3: Rel (   123,  -129)  ->  Abs (   870,  1337)
	  4: Rel (    94,   -99)  ->  Abs (   964,  1238)
	  5: Rel (    13,  -174)  ->  Abs (   977,  1064)
	  6: Rel (    92,     0)  ->  Abs (  1069,  1064)
	  7: Rel (     0,   310)  ->  Abs (  1069,  1374)
	  8: Rel (   182,    -1)  ->  Abs (  1251,  1373)
	  9: Rel (     0,  -309)  ->  Abs (  1251,  1064)
	 10: Rel (   320,     0)  ->  Abs (  1571,  1064)
	 11: Rel (    85,    28)  ->  Abs (  1656,  1092)
	 12: Rel (    92,     0)  ->  Abs (  1748,  1092)
	 13: Rel (   189,     0)  ->  Abs (  1937,  1092)
	 14: Rel (   118,  -102)  ->  Abs (  2055,   990)
	 15: Rel (    95,   -82)  ->  Abs (  2150,   908)
	 16: Rel (     4,  -145)  ->  Abs (  2154,   763)
	 17: Rel (  -187,     1)  ->  Abs (  1967,   764)
	 18: Rel (    -6,    83)  ->  Abs (  1961,   847)
	 19: Rel (  -104,    87)  ->  Abs (  1857,   934)
	 20: Rel (  -102,     0)  ->  Abs (  1755,   934)
	 21: Rel (  -102,     0)  ->  Abs (  1653,   934)
	 22: Rel (  -101,   -80)  ->  Abs (  1552,   854)
	 23: Rel (     0,   -46)  ->  Abs (  1552,   808)
	 24: Rel (     0,   -55)  ->  Abs (  1552,   753)
	 25: Rel (    57,   -36)  ->  Abs (  1609,   717)
	 26: Rel (    56,   -36)  ->  Abs (  1665,   681)
	 27: Rel (   317,   -76)  ->  Abs (  1982,   605)
	 28: Rel (   139,   -81)  ->  Abs (  2121,   524)
	 29: Rel (    74,  -136)  ->  Abs (  2195,   388)
	 30: Rel (     0,   -75)  ->  Abs (  2195,   313)
	 31: Rel (     0,  -133)  ->  Abs (  2195,   180)
	 32: Rel (  -235,  -206)  ->  Abs (  1960,   -26)
	 33: Rel (  -196,     0)  ->  Abs (  1764,   -26)
	 34: Rel (  -125,     0)  ->  Abs (  1639,   -26)
	 35: Rel (  -158,    74)  ->  Abs (  1481,    48)
	 36: Rel (   -69,    83)  ->  Abs (  1412,   131)
	 37: Rel (    -1,  -131)  ->  Abs (  1411,     0)
	 38: Rel (   -28,    -8)  ->  Abs (  1383,    -8)
	 39: Rel (   -47,    -8)  ->  Abs (  1336,   -16)
	 40: Rel (   -18,     0)  ->  Abs (  1318,   -16)
	 41: Rel (  -147,     0)  ->  Abs (  1171,   -16)
	 42: Rel (   -65,    78)  ->  Abs (  1106,    62)
	 43: Rel (   -37,    44)  ->  Abs (  1069,   106)
	 44: Rel (     0,   102)  ->  Abs (  1069,   208)
	 45: Rel (     0,   711)  ->  Abs (  1069,   919)
	 46: Rel (  -102,     0)  ->  Abs (   967,   919)
	 47: Rel (   -31,  -116)  ->  Abs (   936,   803)
	 48: Rel (  -144,  -150)  ->  Abs (   792,   653)
	 49: Rel (  -114,   -33)  ->  Abs (   678,   620)
	 50: Rel (   -79,   -22)  ->  Abs (   599,   598)
	 51: Rel (  -195,     0)  ->  Abs (   404,   598)
	 52: Rel (  -159,     0)  ->  Abs (   245,   598)
	 53: Rel (     0,  -598)  ->  Abs (   245,     0)
	 54: Rel (  -194,     0)  ->  Abs (    51,     0)
	 55: Rel (   194,  1295)  ->  Abs (   245,  1295)
	 56: Rel (     0,  -528)  ->  Abs (   245,   767)
	 57: Rel (   132,     0)  ->  Abs (   377,   767)
	 58: Rel (   160,     0)  ->  Abs (   537,   767)
	 59: Rel (   154,    50)  ->  Abs (   691,   817)
	 60: Rel (    88,   122)  ->  Abs (   779,   939)
	 61: Rel (     0,    92)  ->  Abs (   779,  1031)
	 62: Rel (     0,    83)  ->  Abs (   779,  1114)
	 63: Rel (   -72,   121)  ->  Abs (   707,  1235)
	 64: Rel (  -125,    60)  ->  Abs (   582,  1295)
	 65: Rel (  -132,     0)  ->  Abs (   450,  1295)
	 66: Rel (   801,  -376)  ->  Abs (  1251,   919)
	 67: Rel (     0,  -655)  ->  Abs (  1251,   264)
	 68: Rel (    -1,   -31)  ->  Abs (  1250,   233)
	 69: Rel (     0,   -38)  ->  Abs (  1250,   195)
	 70: Rel (    46,   -44)  ->  Abs (  1296,   151)
	 71: Rel (    44,     0)  ->  Abs (  1340,   151)
	 72: Rel (    12,     0)  ->  Abs (  1352,   151)
	 73: Rel (    26,     5)  ->  Abs (  1378,   156)
	 74: Rel (    14,     5)  ->  Abs (  1392,   161)
	 75: Rel (   -23,    47)  ->  Abs (  1369,   208)
	 76: Rel (   -18,    76)  ->  Abs (  1351,   284)
	 77: Rel (    -1,    54)  ->  Abs (  1350,   338)
	 78: Rel (   182,    -1)  ->  Abs (  1532,   337)
	 79: Rel (     8,   -99)  ->  Abs (  1540,   238)
	 80: Rel (   129,  -111)  ->  Abs (  1669,   127)
	 81: Rel (   108,     0)  ->  Abs (  1777,   127)
	 82: Rel (   105,     0)  ->  Abs (  1882,   127)
	 83: Rel (    76,    61)  ->  Abs (  1958,   188)
	 84: Rel (    57,    46)  ->  Abs (  2015,   234)
	 85: Rel (     0,    60)  ->  Abs (  2015,   294)
	 86: Rel (     0,    46)  ->  Abs (  2015,   340)
	 87: Rel (   -35,    32)  ->  Abs (  1980,   372)
	 88: Rel (   -46,    42)  ->  Abs (  1934,   414)
	 89: Rel (  -337,    91)  ->  Abs (  1597,   505)
	 90: Rel (   -56,    29)  ->  Abs (  1541,   534)
	 91: Rel (   -86,    46)  ->  Abs (  1455,   580)
	 92: Rel (   -81,   120)  ->  Abs (  1374,   700)
	 93: Rel (     0,    78)  ->  Abs (  1374,   778)
	 94: Rel (     0,    77)  ->  Abs (  1374,   855)
	 95: Rel (    32,    63)  ->  Abs (  1406,   918)

	Glyph 312: off = 0x000113BC, len = 64
	  numberOfContours:	1
	  xMin:			79
	  yMin:			157
	  xMax:			1968
	  yMax:			876

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual                               On
	  6:        XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   492,   876)  ->  Abs (   492,   876)
	  1: Rel (    76,     0)  ->  Abs (   568,   876)
	  2: Rel (   -59,  -118)  ->  Abs (   509,   758)
	  3: Rel (   -59,   -95)  ->  Abs (   450,   663)
	  4: Rel (   -77,   -96)  ->  Abs (   373,   567)
	  5: Rel (  1595,     0)  ->  Abs (  1968,   567)
	  6: Rel (     0,  -101)  ->  Abs (  1968,   466)
	  7: Rel ( -1595,     0)  ->  Abs (   373,   466)
	  8: Rel (   104,  -108)  ->  Abs (   477,   358)
	  9: Rel (    94,  -201)  ->  Abs (   571,   157)
	 10: Rel (   -78,     0)  ->  Abs (   493,   157)
	 11: Rel (  -129,   144)  ->  Abs (   364,   301)
	 12: Rel (  -186,   149)  ->  Abs (   178,   450)
	 13: Rel (   -99,    48)  ->  Abs (    79,   498)
	 14: Rel (     0,    45)  ->  Abs (    79,   543)
	 15: Rel (    87,    37)  ->  Abs (   166,   580)
	 16: Rel (   194,   152)  ->  Abs (   360,   732)

	Glyph 313: off = 0x000113FC, len = 64
	  numberOfContours:	1
	  xMin:			153
	  yMin:			-429
	  xMax:			872
	  yMax:			1339

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	0

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual                 X-Short On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual         Y-Short         On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:        XDual                         On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   153,   926)  ->  Abs (   153,   926)
	  1: Rel (   145,   133)  ->  Abs (   298,  1059)
	  2: Rel (   151,   194)  ->  Abs (   449,  1253)
	  3: Rel (    37,    86)  ->  Abs (   486,  1339)
	  4: Rel (    46,     0)  ->  Abs (   532,  1339)
	  5: Rel (    47,   -99)  ->  Abs (   579,  1240)
	  6: Rel (   149,  -186)  ->  Abs (   728,  1054)
	  7: Rel (   144,  -129)  ->  Abs (   872,   925)
	  8: Rel (     0,   -77)  ->  Abs (   872,   848)
	  9: Rel (  -201,    94)  ->  Abs (   671,   942)
	 10: Rel (  -108,   103)  ->  Abs (   563,  1045)
	 11: Rel (     0, -1474)  ->  Abs (   563,  -429)
	 12: Rel (  -101,     0)  ->  Abs (   462,  -429)
	 13: Rel (     0,  1474)  ->  Abs (   462,  1045)
	 14: Rel (   -96,   -76)  ->  Abs (   366,   969)
	 15: Rel (   -95,   -60)  ->  Abs (   271,   909)
	 16: Rel (  -118,   -59)  ->  Abs (   153,   850)

	Glyph 314: off = 0x0001143C, len = 64
	  numberOfContours:	1
	  xMin:			79
	  yMin:			157
	  xMax:			1968
	  yMax:			876

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short         On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual                               On
	 12:  YDual XDual         Y-Short         On
	 13:  YDual                               On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1555,   876)  ->  Abs (  1555,   876)
	  1: Rel (   133,  -145)  ->  Abs (  1688,   731)
	  2: Rel (   194,  -151)  ->  Abs (  1882,   580)
	  3: Rel (    86,   -37)  ->  Abs (  1968,   543)
	  4: Rel (     0,   -45)  ->  Abs (  1968,   498)
	  5: Rel (   -99,   -48)  ->  Abs (  1869,   450)
	  6: Rel (  -186,  -149)  ->  Abs (  1683,   301)
	  7: Rel (  -129,  -144)  ->  Abs (  1554,   157)
	  8: Rel (   -77,     0)  ->  Abs (  1477,   157)
	  9: Rel (    94,   201)  ->  Abs (  1571,   358)
	 10: Rel (   103,   108)  ->  Abs (  1674,   466)
	 11: Rel ( -1595,     0)  ->  Abs (    79,   466)
	 12: Rel (     0,   101)  ->  Abs (    79,   567)
	 13: Rel (  1595,     0)  ->  Abs (  1674,   567)
	 14: Rel (   -76,    97)  ->  Abs (  1598,   664)
	 15: Rel (   -60,    94)  ->  Abs (  1538,   758)
	 16: Rel (   -59,   118)  ->  Abs (  1479,   876)

	Glyph 315: off = 0x0001147C, len = 62
	  numberOfContours:	1
	  xMin:			153
	  yMin:			-429
	  xMax:			872
	  yMax:			1339

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	0

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short         On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:  YDual                       X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   153,   -16)  ->  Abs (   153,   -16)
	  1: Rel (     0,    76)  ->  Abs (   153,    60)
	  2: Rel (   119,   -59)  ->  Abs (   272,     1)
	  3: Rel (    94,   -60)  ->  Abs (   366,   -59)
	  4: Rel (    96,   -76)  ->  Abs (   462,  -135)
	  5: Rel (     0,  1474)  ->  Abs (   462,  1339)
	  6: Rel (   101,     0)  ->  Abs (   563,  1339)
	  7: Rel (     0, -1474)  ->  Abs (   563,  -135)
	  8: Rel (   108,   103)  ->  Abs (   671,   -32)
	  9: Rel (   201,    94)  ->  Abs (   872,    62)
	 10: Rel (     0,   -77)  ->  Abs (   872,   -15)
	 11: Rel (  -144,  -129)  ->  Abs (   728,  -144)
	 12: Rel (  -149,  -186)  ->  Abs (   579,  -330)
	 13: Rel (   -47,   -99)  ->  Abs (   532,  -429)
	 14: Rel (   -46,     0)  ->  Abs (   486,  -429)
	 15: Rel (   -37,    86)  ->  Abs (   449,  -343)
	 16: Rel (  -151,   194)  ->  Abs (   298,  -149)

	Glyph 316: off = 0x000114BA, len = 94
	  numberOfContours:	1
	  xMin:			79
	  yMin:			158
	  xMax:			1968
	  yMax:			878

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual                               On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:  YDual                       X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual                 X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:  YDual                               On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual XDual                 X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1968,   540)  ->  Abs (  1968,   540)
	  1: Rel (     0,   -45)  ->  Abs (  1968,   495)
	  2: Rel (   -94,   -43)  ->  Abs (  1874,   452)
	  3: Rel (  -182,  -146)  ->  Abs (  1692,   306)
	  4: Rel (  -130,  -148)  ->  Abs (  1562,   158)
	  5: Rel (   -80,     0)  ->  Abs (  1482,   158)
	  6: Rel (    69,   172)  ->  Abs (  1551,   330)
	  7: Rel (   125,   139)  ->  Abs (  1676,   469)
	  8: Rel ( -1305,     0)  ->  Abs (   371,   469)
	  9: Rel (   125,  -139)  ->  Abs (   496,   330)
	 10: Rel (    69,  -172)  ->  Abs (   565,   158)
	 11: Rel (   -80,     0)  ->  Abs (   485,   158)
	 12: Rel (  -130,   148)  ->  Abs (   355,   306)
	 13: Rel (  -182,   146)  ->  Abs (   173,   452)
	 14: Rel (   -94,    43)  ->  Abs (    79,   495)
	 15: Rel (     0,    45)  ->  Abs (    79,   540)
	 16: Rel (    94,    44)  ->  Abs (   173,   584)
	 17: Rel (   182,   145)  ->  Abs (   355,   729)
	 18: Rel (   130,   149)  ->  Abs (   485,   878)
	 19: Rel (    80,     0)  ->  Abs (   565,   878)
	 20: Rel (   -69,  -172)  ->  Abs (   496,   706)
	 21: Rel (  -125,  -139)  ->  Abs (   371,   567)
	 22: Rel (  1305,     0)  ->  Abs (  1676,   567)
	 23: Rel (  -125,   139)  ->  Abs (  1551,   706)
	 24: Rel (   -69,   172)  ->  Abs (  1482,   878)
	 25: Rel (    80,     0)  ->  Abs (  1562,   878)
	 26: Rel (   130,  -149)  ->  Abs (  1692,   729)
	 27: Rel (   182,  -145)  ->  Abs (  1874,   584)

	Glyph 317: off = 0x00011518, len = 94
	  numberOfContours:	1
	  xMin:			152
	  yMin:			-427
	  xMax:			871
	  yMax:			1463

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:        XDual         Y-Short         On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:        XDual         Y-Short         On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:  YDual                       X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual XDual         Y-Short         On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual                         On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   489,  1463)  ->  Abs (   489,  1463)
	  1: Rel (    45,     0)  ->  Abs (   534,  1463)
	  2: Rel (    44,   -94)  ->  Abs (   578,  1369)
	  3: Rel (   145,  -183)  ->  Abs (   723,  1186)
	  4: Rel (   148,  -130)  ->  Abs (   871,  1056)
	  5: Rel (     0,   -80)  ->  Abs (   871,   976)
	  6: Rel (  -171,    69)  ->  Abs (   700,  1045)
	  7: Rel (  -140,   126)  ->  Abs (   560,  1171)
	  8: Rel (     0, -1306)  ->  Abs (   560,  -135)
	  9: Rel (   140,   126)  ->  Abs (   700,    -9)
	 10: Rel (   171,    68)  ->  Abs (   871,    59)
	 11: Rel (     0,   -79)  ->  Abs (   871,   -20)
	 12: Rel (  -148,  -130)  ->  Abs (   723,  -150)
	 13: Rel (  -145,  -183)  ->  Abs (   578,  -333)
	 14: Rel (   -44,   -94)  ->  Abs (   534,  -427)
	 15: Rel (   -45,     0)  ->  Abs (   489,  -427)
	 16: Rel (   -43,    94)  ->  Abs (   446,  -333)
	 17: Rel (  -146,   183)  ->  Abs (   300,  -150)
	 18: Rel (  -148,   130)  ->  Abs (   152,   -20)
	 19: Rel (     0,    79)  ->  Abs (   152,    59)
	 20: Rel (   171,   -68)  ->  Abs (   323,    -9)
	 21: Rel (   140,  -126)  ->  Abs (   463,  -135)
	 22: Rel (     0,  1306)  ->  Abs (   463,  1171)
	 23: Rel (  -140,  -126)  ->  Abs (   323,  1045)
	 24: Rel (  -171,   -69)  ->  Abs (   152,   976)
	 25: Rel (     0,    80)  ->  Abs (   152,  1056)
	 26: Rel (   148,   130)  ->  Abs (   300,  1186)
	 27: Rel (   146,   183)  ->  Abs (   446,  1369)

	Glyph 318: off = 0x00011576, len = 110
	  numberOfContours:	2
	  xMin:			152
	  yMin:			-620
	  xMax:			871
	  yMax:			1463

	EndPoints
	---------
	  0:  27
	  1:  31

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:        XDual         Y-Short         On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:        XDual         Y-Short         On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:  YDual                       X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual XDual         Y-Short         On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual                         On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:                                      On
	 29:  YDual                               On
	 30:        XDual         Y-Short         On
	 31:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   489,  1463)  ->  Abs (   489,  1463)
	  1: Rel (    45,     0)  ->  Abs (   534,  1463)
	  2: Rel (    44,   -94)  ->  Abs (   578,  1369)
	  3: Rel (   145,  -183)  ->  Abs (   723,  1186)
	  4: Rel (   148,  -130)  ->  Abs (   871,  1056)
	  5: Rel (     0,   -80)  ->  Abs (   871,   976)
	  6: Rel (  -171,    69)  ->  Abs (   700,  1045)
	  7: Rel (  -140,   126)  ->  Abs (   560,  1171)
	  8: Rel (     0, -1306)  ->  Abs (   560,  -135)
	  9: Rel (   140,   126)  ->  Abs (   700,    -9)
	 10: Rel (   171,    68)  ->  Abs (   871,    59)
	 11: Rel (     0,   -79)  ->  Abs (   871,   -20)
	 12: Rel (  -148,  -130)  ->  Abs (   723,  -150)
	 13: Rel (  -145,  -183)  ->  Abs (   578,  -333)
	 14: Rel (   -44,   -94)  ->  Abs (   534,  -427)
	 15: Rel (   -45,     0)  ->  Abs (   489,  -427)
	 16: Rel (   -43,    94)  ->  Abs (   446,  -333)
	 17: Rel (  -146,   183)  ->  Abs (   300,  -150)
	 18: Rel (  -148,   130)  ->  Abs (   152,   -20)
	 19: Rel (     0,    79)  ->  Abs (   152,    59)
	 20: Rel (   171,   -68)  ->  Abs (   323,    -9)
	 21: Rel (   140,  -126)  ->  Abs (   463,  -135)
	 22: Rel (     0,  1306)  ->  Abs (   463,  1171)
	 23: Rel (  -140,  -126)  ->  Abs (   323,  1045)
	 24: Rel (  -171,   -69)  ->  Abs (   152,   976)
	 25: Rel (     0,    80)  ->  Abs (   152,  1056)
	 26: Rel (   148,   130)  ->  Abs (   300,  1186)
	 27: Rel (   146,   183)  ->  Abs (   446,  1369)
	 28: Rel (  -292, -1891)  ->  Abs (   154,  -522)
	 29: Rel (   717,     0)  ->  Abs (   871,  -522)
	 30: Rel (     0,   -98)  ->  Abs (   871,  -620)
	 31: Rel (  -717,     0)  ->  Abs (   154,  -620)

	Glyph 319: off = 0x000115E4, len = 32
	  numberOfContours:	1
	  xMin:			362
	  yMin:			0
	  xMax:			1643
	  yMax:			1279

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual         Y-Short         On
	  5:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   362,  1279)  ->  Abs (   362,  1279)
	  1: Rel (   100,     0)  ->  Abs (   462,  1279)
	  2: Rel (     0, -1179)  ->  Abs (   462,   100)
	  3: Rel (  1181,     0)  ->  Abs (  1643,   100)
	  4: Rel (     0,  -100)  ->  Abs (  1643,     0)
	  5: Rel ( -1281,     0)  ->  Abs (   362,     0)

	Glyph 320: off = 0x00011604, len = 234
	  numberOfContours:	1
	  xMin:			158
	  yMin:			0
	  xMax:			1315
	  yMax:			1492

	EndPoints
	---------
	  0:  33

	  Length of Instructions:	132
	00000: PUSHB[3]             70     8    26 
	00004: PUSHW[1]            699 
	00007: NPUSHB      (26):     9     3    17    18     1     0     8    19    18    32 
	                            17    17    16    26    35     0    33     1    33    32 
	                             2    25    34   158   121    24 
	00035: CALL       
	00036: FLIPOFF    
	00037: SRP0       
	00038: MIRP[srp0,nmd,rd,0] 
	00039: FLIPON     
	00040: MIRP[nrp0,md,rd,1] 
	00041: ALIGNRP    
	00042: SRP0       
	00043: ALIGNRP    
	00044: FLIPOFF    
	00045: SRP0       
	00046: MIRP[srp0,nmd,rd,2] 
	00047: ALIGNRP    
	00048: FLIPON     
	00049: SRP0       
	00050: MIRP[srp0,md,rd,1] 
	00051: ALIGNRP    
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: ALIGNRP    
	00055: ALIGNRP    
	00056: ALIGNRP    
	00057: MIAP[rd+ci] 
	00058: MIRP[nrp0,md,rd,1] 
	00059: IUP[y]     
	00060: IUP[x]     
	00061: RS         
	00062: JROF       
	00063: NPUSHB      (56):    22    30     3    15    29    30    28    30     2     6 
	                             4     3     5     3     6     3     7     3     4     6 
	                            14    15    13    15    12    15    11    15     4     6 
	                            23    22    24    22     2     6    27     8    31    88 
	                             0    25    10    21    88     1    30     3    26    88 
	                             1    22    15    26    88     1 
	00121: CALL       
	00122: CALL       
	00123: SVTCA[x-axis] 
	00124: CALL       
	00125: CALL       
	00126: LOOPCALL   
	00127: LOOPCALL   
	00128: LOOPCALL   
	00129: LOOPCALL   
	00130: FLIPRGON   
	00131: FLIPRGON   

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:        XDual                         Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual Rep-  3 Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual Rep-  2 Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual       Rep-  3 Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:              Rep-  2 Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   293,     0)  ->  Abs (   293,     0)
	  1: Rel (  -135,     0)  ->  Abs (   158,     0)
	  2: Rel (     0,   621)  ->  Abs (   158,   621)
	  3: Rel (     0,   261)  ->  Abs (   158,   882)
	  4: Rel (     7,    69)  ->  Abs (   165,   951)
	  5: Rel (    12,   125)  ->  Abs (   177,  1076)
	  6: Rel (    68,   162)  ->  Abs (   245,  1238)
	  7: Rel (   149,   156)  ->  Abs (   394,  1394)
	  8: Rel (   219,    98)  ->  Abs (   613,  1492)
	  9: Rel (   124,     0)  ->  Abs (   737,  1492)
	 10: Rel (   119,     0)  ->  Abs (   856,  1492)
	 11: Rel (   215,   -93)  ->  Abs (  1071,  1399)
	 12: Rel (   160,  -160)  ->  Abs (  1231,  1239)
	 13: Rel (    69,  -180)  ->  Abs (  1300,  1059)
	 14: Rel (    11,  -135)  ->  Abs (  1311,   924)
	 15: Rel (     4,   -52)  ->  Abs (  1315,   872)
	 16: Rel (     0,  -251)  ->  Abs (  1315,   621)
	 17: Rel (     0,  -621)  ->  Abs (  1315,     0)
	 18: Rel (  -134,     0)  ->  Abs (  1181,     0)
	 19: Rel (     0,   628)  ->  Abs (  1181,   628)
	 20: Rel (     0,   227)  ->  Abs (  1181,   855)
	 21: Rel (    -6,    63)  ->  Abs (  1175,   918)
	 22: Rel (   -10,   114)  ->  Abs (  1165,  1032)
	 23: Rel (   -53,   135)  ->  Abs (  1112,  1167)
	 24: Rel (  -111,   118)  ->  Abs (  1001,  1285)
	 25: Rel (  -173,    76)  ->  Abs (   828,  1361)
	 26: Rel (   -92,     0)  ->  Abs (   736,  1361)
	 27: Rel (   -92,     0)  ->  Abs (   644,  1361)
	 28: Rel (  -180,   -80)  ->  Abs (   464,  1281)
	 29: Rel (  -115,  -131)  ->  Abs (   349,  1150)
	 30: Rel (   -46,  -156)  ->  Abs (   303,   994)
	 31: Rel (    -7,  -104)  ->  Abs (   296,   890)
	 32: Rel (    -3,   -54)  ->  Abs (   293,   836)
	 33: Rel (     0,  -208)  ->  Abs (   293,   628)

	Glyph 321: off = 0x000116EE, len = 160
	  numberOfContours:	3
	  xMin:			114
	  yMin:			194
	  xMax:			1082
	  yMax:			1252

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11

	  Length of Instructions:	106
	00000: NPUSHB      (60):    11    10    37     8    63     9     1   144     9   192 
	                             9     2     9   191     6     3     2     0     1    37 
	                            48     2     1   159     2   207     2     2     2   191 
	                             5     7     6    37     4     5     8    11    11     4 
	                             7     7     3     0    26    13     9    10    10     5 
	                             5     6     6     2     1    25    12    87    90    24 
	00062: CALL       
	00063: FLIPOFF    
	00064: SRP0       
	00065: MIRP[srp0,nmd,rd,0] 
	00066: ALIGNRP    
	00067: ALIGNRP    
	00068: SRP0       
	00069: ALIGNRP    
	00070: SRP0       
	00071: ALIGNRP    
	00072: SRP0       
	00073: ALIGNRP    
	00074: SRP0       
	00075: MIRP[srp0,nmd,rd,2] 
	00076: ALIGNRP    
	00077: ALIGNRP    
	00078: SRP0       
	00079: ALIGNRP    
	00080: ALIGNRP    
	00081: SRP0       
	00082: ALIGNRP    
	00083: SVTCA[y-axis] 
	00084: MDAP[rd]   
	00085: ALIGNRP    
	00086: FLIPON     
	00087: MIRP[srp0,md,rd,1] 
	00088: ALIGNRP    
	00089: SRP0       
	00090: MIRP[srp0,md,rd,1] 
	00091: DELTAP1    
	00092: DELTAP2    
	00093: MIRP[srp0,md,rd,1] 
	00094: ALIGNRP    
	00095: SRP0       
	00096: ALIGNRP    
	00097: SRP0       
	00098: MIRP[srp0,md,rd,1] 
	00099: DELTAP1    
	00100: DELTAP2    
	00101: ALIGNRP    
	00102: MIRP[srp0,md,rd,1] 
	00103: ALIGNRP    
	00104: IUP[y]     
	00105: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1082,  1085)  ->  Abs (  1082,  1085)
	  1: Rel (  -968,     0)  ->  Abs (   114,  1085)
	  2: Rel (     0,   167)  ->  Abs (   114,  1252)
	  3: Rel (   968,     0)  ->  Abs (  1082,  1252)
	  4: Rel (     0,  -613)  ->  Abs (  1082,   639)
	  5: Rel (  -968,     0)  ->  Abs (   114,   639)
	  6: Rel (     0,   168)  ->  Abs (   114,   807)
	  7: Rel (   968,     0)  ->  Abs (  1082,   807)
	  8: Rel (     0,  -613)  ->  Abs (  1082,   194)
	  9: Rel (  -968,     0)  ->  Abs (   114,   194)
	 10: Rel (     0,   168)  ->  Abs (   114,   362)
	 11: Rel (   968,     0)  ->  Abs (  1082,   362)

	Glyph 322: off = 0x0001178E, len = 54
	  numberOfContours:	2
	  xMin:			157
	  yMin:			0
	  xMax:			1080
	  yMax:			1153

	EndPoints
	---------
	  0:  4
	  1:  9

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:                                      On
	  3:                                      On
	  4:        XDual                         On
	  5:  YDual               Y-Short         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:                                      On
	  9:                                      On

	Coordinates
	-----------
	  0: Rel (   157,     0)  ->  Abs (   157,     0)
	  1: Rel (     0,   634)  ->  Abs (   157,   634)
	  2: Rel (   461,   519)  ->  Abs (   618,  1153)
	  3: Rel (   462,  -519)  ->  Abs (  1080,   634)
	  4: Rel (     0,  -634)  ->  Abs (  1080,     0)
	  5: Rel (  -842,    81)  ->  Abs (   238,    81)
	  6: Rel (   761,     0)  ->  Abs (   999,    81)
	  7: Rel (     0,   519)  ->  Abs (   999,   600)
	  8: Rel (  -381,   427)  ->  Abs (   618,  1027)
	  9: Rel (  -380,  -427)  ->  Abs (   238,   600)

	Glyph 323: off = 0x000117C4, len = 78
	  numberOfContours:	1
	  xMin:			113
	  yMin:			424
	  xMax:			1081
	  yMax:			1030

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	45
	00000: PUSHB[5]              3    37     2     2     1 
	00006: PUSHW[1]            441 
	00009: NPUSHB      (14):     0     2    26     7     4     5    37     1     0    25 
	                             6    87    90    24 
	00025: CALL       
	00026: FLIPOFF    
	00027: SRP0       
	00028: MIRP[srp0,nmd,rd,0] 
	00029: ALIGNRP    
	00030: FLIPON     
	00031: MIRP[srp0,md,rd,1] 
	00032: ALIGNRP    
	00033: FLIPOFF    
	00034: SRP0       
	00035: MIRP[nrp0,nmd,rd,2] 
	00036: SVTCA[y-axis] 
	00037: MDAP[rd]   
	00038: FLIPON     
	00039: MIRP[srp0,md,rd,2] 
	00040: ALIGNRP    
	00041: SRP0       
	00042: MIRP[nrp0,md,rd,1] 
	00043: IUP[y]     
	00044: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   113,   424)  ->  Abs (   113,   424)
	  1: Rel (     0,   606)  ->  Abs (   113,  1030)
	  2: Rel (   968,     0)  ->  Abs (  1081,  1030)
	  3: Rel (     0,  -168)  ->  Abs (  1081,   862)
	  4: Rel (  -798,     0)  ->  Abs (   283,   862)
	  5: Rel (     0,  -438)  ->  Abs (   283,   424)

	Glyph 324: off = 0x00011812, len = 74
	  numberOfContours:	1
	  xMin:			546
	  yMin:			-515
	  xMax:			976
	  yMax:			1737

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   691,  -515)  ->  Abs (   691,  -515)
	  1: Rel (  -145,     0)  ->  Abs (   546,  -515)
	  2: Rel (     0,  1811)  ->  Abs (   546,  1296)
	  3: Rel (     0,   219)  ->  Abs (   546,  1515)
	  4: Rel (   179,   222)  ->  Abs (   725,  1737)
	  5: Rel (   113,     0)  ->  Abs (   838,  1737)
	  6: Rel (    67,     0)  ->  Abs (   905,  1737)
	  7: Rel (    71,   -65)  ->  Abs (   976,  1672)
	  8: Rel (     0,   -44)  ->  Abs (   976,  1628)
	  9: Rel (     0,   -40)  ->  Abs (   976,  1588)
	 10: Rel (   -51,   -52)  ->  Abs (   925,  1536)
	 11: Rel (   -37,     0)  ->  Abs (   888,  1536)
	 12: Rel (   -30,     0)  ->  Abs (   858,  1536)
	 13: Rel (   -27,    15)  ->  Abs (   831,  1551)
	 14: Rel (   -18,    10)  ->  Abs (   813,  1561)
	 15: Rel (   -47,    73)  ->  Abs (   766,  1634)
	 16: Rel (   -23,     0)  ->  Abs (   743,  1634)
	 17: Rel (   -17,     0)  ->  Abs (   726,  1634)
	 18: Rel (   -14,   -12)  ->  Abs (   712,  1622)
	 19: Rel (   -10,    -8)  ->  Abs (   702,  1614)
	 20: Rel (    -4,   -19)  ->  Abs (   698,  1595)
	 21: Rel (    -7,   -33)  ->  Abs (   691,  1562)
	 22: Rel (     0,  -106)  ->  Abs (   691,  1456)

	Glyph 325: off = 0x0001185C, len = 74
	  numberOfContours:	1
	  xMin:			261
	  yMin:			-515
	  xMax:			691
	  yMax:			1737

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   546,  1737)  ->  Abs (   546,  1737)
	  1: Rel (   145,     0)  ->  Abs (   691,  1737)
	  2: Rel (     0, -1811)  ->  Abs (   691,   -74)
	  3: Rel (     0,  -219)  ->  Abs (   691,  -293)
	  4: Rel (  -179,  -222)  ->  Abs (   512,  -515)
	  5: Rel (  -113,     0)  ->  Abs (   399,  -515)
	  6: Rel (   -67,     0)  ->  Abs (   332,  -515)
	  7: Rel (   -71,    65)  ->  Abs (   261,  -450)
	  8: Rel (     0,    44)  ->  Abs (   261,  -406)
	  9: Rel (     0,    40)  ->  Abs (   261,  -366)
	 10: Rel (    51,    52)  ->  Abs (   312,  -314)
	 11: Rel (    36,     0)  ->  Abs (   348,  -314)
	 12: Rel (    31,     0)  ->  Abs (   379,  -314)
	 13: Rel (    28,   -16)  ->  Abs (   407,  -330)
	 14: Rel (    18,   -10)  ->  Abs (   425,  -340)
	 15: Rel (    46,   -72)  ->  Abs (   471,  -412)
	 16: Rel (    23,     0)  ->  Abs (   494,  -412)
	 17: Rel (    17,     0)  ->  Abs (   511,  -412)
	 18: Rel (    14,    12)  ->  Abs (   525,  -400)
	 19: Rel (    10,     7)  ->  Abs (   535,  -393)
	 20: Rel (     4,    21)  ->  Abs (   539,  -372)
	 21: Rel (     7,    32)  ->  Abs (   546,  -340)
	 22: Rel (     0,   106)  ->  Abs (   546,  -234)

	Glyph 326: off = 0x000118A6, len = 28
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	  xMin:			-23
	  yMin:			534
	  xMax:			1473
	  yMax:			709

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	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1473,   534)  ->  Abs (  1473,   534)
	  1: Rel ( -1496,     0)  ->  Abs (   -23,   534)
	  2: Rel (     0,   175)  ->  Abs (   -23,   709)
	  3: Rel (  1496,     0)  ->  Abs (  1473,   709)

	Glyph 327: off = 0x000118C2, len = 28
	  numberOfContours:	1
	  xMin:			457
	  yMin:			-621
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	EndPoints
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	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   457,  -621)  ->  Abs (   457,  -621)
	  1: Rel (     0,  2485)  ->  Abs (   457,  1864)
	  2: Rel (   175,     0)  ->  Abs (   632,  1864)
	  3: Rel (     0, -2485)  ->  Abs (   632,  -621)

	Glyph 328: off = 0x000118DE, len = 32
	  numberOfContours:	1
	  xMin:			638
	  yMin:			-621
	  xMax:			1474
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	---------
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	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual                       X-Short On
	  5:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  1474,   709)  ->  Abs (  1474,   709)
	  1: Rel (     0,  -175)  ->  Abs (  1474,   534)
	  2: Rel (  -661,     0)  ->  Abs (   813,   534)
	  3: Rel (     0, -1155)  ->  Abs (   813,  -621)
	  4: Rel (  -175,     0)  ->  Abs (   638,  -621)
	  5: Rel (     0,  1330)  ->  Abs (   638,   709)

	Glyph 329: off = 0x000118FE, len = 32
	  numberOfContours:	1
	  xMin:			-23
	  yMin:			-621
	  xMax:			812
	  yMax:			709

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	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   637,   534)  ->  Abs (   637,   534)
	  1: Rel (  -660,     0)  ->  Abs (   -23,   534)
	  2: Rel (     0,   175)  ->  Abs (   -23,   709)
	  3: Rel (   835,     0)  ->  Abs (   812,   709)
	  4: Rel (     0, -1330)  ->  Abs (   812,  -621)
	  5: Rel (  -175,     0)  ->  Abs (   637,  -621)

	Glyph 330: off = 0x0001191E, len = 32
	  numberOfContours:	1
	  xMin:			638
	  yMin:			534
	  xMax:			1474
	  yMax:			1864

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   638,   534)  ->  Abs (   638,   534)
	  1: Rel (     0,  1330)  ->  Abs (   638,  1864)
	  2: Rel (   175,     0)  ->  Abs (   813,  1864)
	  3: Rel (     0, -1155)  ->  Abs (   813,   709)
	  4: Rel (   661,     0)  ->  Abs (  1474,   709)
	  5: Rel (     0,  -175)  ->  Abs (  1474,   534)

	Glyph 331: off = 0x0001193E, len = 32
	  numberOfContours:	1
	  xMin:			-23
	  yMin:			534
	  xMax:			812
	  yMax:			1864

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	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   812,   534)  ->  Abs (   812,   534)
	  1: Rel (  -835,     0)  ->  Abs (   -23,   534)
	  2: Rel (     0,   175)  ->  Abs (   -23,   709)
	  3: Rel (   660,     0)  ->  Abs (   637,   709)
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	  5: Rel (   175,     0)  ->  Abs (   812,  1864)

	Glyph 332: off = 0x0001195E, len = 38
	  numberOfContours:	1
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	  yMin:			-621
	  xMax:			1474
	  yMax:			1864

	EndPoints
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	  0:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
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	  7: Rel (  -125,     0)  ->  Abs (   600,  1739)
	  8: Rel (   499,   125)  ->  Abs (  1099,  1864)
	  9: Rel (   125,     0)  ->  Abs (  1224,  1864)
	 10: Rel (     0,  -125)  ->  Abs (  1224,  1739)
	 11: Rel (  -125,     0)  ->  Abs (  1099,  1739)
	 12: Rel (  -748,  -124)  ->  Abs (   351,  1615)
	 13: Rel (   125,     0)  ->  Abs (   476,  1615)
	 14: Rel (     0,  -125)  ->  Abs (   476,  1490)
	 15: Rel (  -125,     0)  ->  Abs (   351,  1490)
	 16: Rel (   499,   125)  ->  Abs (   850,  1615)
	 17: Rel (   124,     0)  ->  Abs (   974,  1615)
	 18: Rel (     0,  -125)  ->  Abs (   974,  1490)
	 19: Rel (  -124,     0)  ->  Abs (   850,  1490)
	 20: Rel (   498,   125)  ->  Abs (  1348,  1615)
	 21: Rel (   125,     0)  ->  Abs (  1473,  1615)
	 22: Rel (     0,  -125)  ->  Abs (  1473,  1490)
	 23: Rel (  -125,     0)  ->  Abs (  1348,  1490)
	 24: Rel (  -249,  -124)  ->  Abs (  1099,  1366)
	 25: Rel (   125,     0)  ->  Abs (  1224,  1366)
	 26: Rel (     0,  -125)  ->  Abs (  1224,  1241)
	 27: Rel (  -125,     0)  ->  Abs (  1099,  1241)
	 28: Rel (  -499,   125)  ->  Abs (   600,  1366)
	 29: Rel (   125,     0)  ->  Abs (   725,  1366)
	 30: Rel (     0,  -125)  ->  Abs (   725,  1241)
	 31: Rel (  -125,     0)  ->  Abs (   600,  1241)
	 32: Rel (  -498,   125)  ->  Abs (   102,  1366)
	 33: Rel (   125,     0)  ->  Abs (   227,  1366)
	 34: Rel (     0,  -125)  ->  Abs (   227,  1241)
	 35: Rel (  -125,     0)  ->  Abs (   102,  1241)
	 36: Rel (  1246,  -125)  ->  Abs (  1348,  1116)
	 37: Rel (   125,     0)  ->  Abs (  1473,  1116)
	 38: Rel (     0,  -124)  ->  Abs (  1473,   992)
	 39: Rel (  -125,     0)  ->  Abs (  1348,   992)
	 40: Rel (  -498,   124)  ->  Abs (   850,  1116)
	 41: Rel (   124,     0)  ->  Abs (   974,  1116)
	 42: Rel (     0,  -124)  ->  Abs (   974,   992)
	 43: Rel (  -124,     0)  ->  Abs (   850,   992)
	 44: Rel (  -499,   124)  ->  Abs (   351,  1116)
	 45: Rel (   125,     0)  ->  Abs (   476,  1116)
	 46: Rel (     0,  -124)  ->  Abs (   476,   992)
	 47: Rel (  -125,     0)  ->  Abs (   351,   992)
	 48: Rel (  -249,  -125)  ->  Abs (   102,   867)
	 49: Rel (   125,     0)  ->  Abs (   227,   867)
	 50: Rel (     0,  -125)  ->  Abs (   227,   742)
	 51: Rel (  -125,     0)  ->  Abs (   102,   742)
	 52: Rel (   498,   125)  ->  Abs (   600,   867)
	 53: Rel (   125,     0)  ->  Abs (   725,   867)
	 54: Rel (     0,  -125)  ->  Abs (   725,   742)
	 55: Rel (  -125,     0)  ->  Abs (   600,   742)
	 56: Rel (   499,   125)  ->  Abs (  1099,   867)
	 57: Rel (   125,     0)  ->  Abs (  1224,   867)
	 58: Rel (     0,  -125)  ->  Abs (  1224,   742)
	 59: Rel (  -125,     0)  ->  Abs (  1099,   742)
	 60: Rel (   249,  -124)  ->  Abs (  1348,   618)
	 61: Rel (   125,     0)  ->  Abs (  1473,   618)
	 62: Rel (     0,  -125)  ->  Abs (  1473,   493)
	 63: Rel (  -125,     0)  ->  Abs (  1348,   493)
	 64: Rel (  -498,   125)  ->  Abs (   850,   618)
	 65: Rel (   124,     0)  ->  Abs (   974,   618)
	 66: Rel (     0,  -125)  ->  Abs (   974,   493)
	 67: Rel (  -124,     0)  ->  Abs (   850,   493)
	 68: Rel (  -499,   125)  ->  Abs (   351,   618)
	 69: Rel (   125,     0)  ->  Abs (   476,   618)
	 70: Rel (     0,  -125)  ->  Abs (   476,   493)
	 71: Rel (  -125,     0)  ->  Abs (   351,   493)
	 72: Rel (  -249,  -124)  ->  Abs (   102,   369)
	 73: Rel (   125,     0)  ->  Abs (   227,   369)
	 74: Rel (     0,  -125)  ->  Abs (   227,   244)
	 75: Rel (  -125,     0)  ->  Abs (   102,   244)
	 76: Rel (   498,   125)  ->  Abs (   600,   369)
	 77: Rel (   125,     0)  ->  Abs (   725,   369)
	 78: Rel (     0,  -125)  ->  Abs (   725,   244)
	 79: Rel (  -125,     0)  ->  Abs (   600,   244)
	 80: Rel (   499,   125)  ->  Abs (  1099,   369)
	 81: Rel (   125,     0)  ->  Abs (  1224,   369)
	 82: Rel (     0,  -125)  ->  Abs (  1224,   244)
	 83: Rel (  -125,     0)  ->  Abs (  1099,   244)
	 84: Rel (  -748,  -125)  ->  Abs (   351,   119)
	 85: Rel (   125,     0)  ->  Abs (   476,   119)
	 86: Rel (     0,  -124)  ->  Abs (   476,    -5)
	 87: Rel (  -125,     0)  ->  Abs (   351,    -5)
	 88: Rel (   499,   124)  ->  Abs (   850,   119)
	 89: Rel (   124,     0)  ->  Abs (   974,   119)
	 90: Rel (     0,  -124)  ->  Abs (   974,    -5)
	 91: Rel (  -124,     0)  ->  Abs (   850,    -5)
	 92: Rel (   498,   124)  ->  Abs (  1348,   119)
	 93: Rel (   125,     0)  ->  Abs (  1473,   119)
	 94: Rel (     0,  -124)  ->  Abs (  1473,    -5)
	 95: Rel (  -125,     0)  ->  Abs (  1348,    -5)
	 96: Rel (  -249,  -125)  ->  Abs (  1099,  -130)
	 97: Rel (   125,     0)  ->  Abs (  1224,  -130)
	 98: Rel (     0,  -125)  ->  Abs (  1224,  -255)
	 99: Rel (  -125,     0)  ->  Abs (  1099,  -255)
	100: Rel (  -499,   125)  ->  Abs (   600,  -130)
	101: Rel (   125,     0)  ->  Abs (   725,  -130)
	102: Rel (     0,  -125)  ->  Abs (   725,  -255)
	103: Rel (  -125,     0)  ->  Abs (   600,  -255)
	104: Rel (  -498,   125)  ->  Abs (   102,  -130)
	105: Rel (   125,     0)  ->  Abs (   227,  -130)
	106: Rel (     0,  -125)  ->  Abs (   227,  -255)
	107: Rel (  -125,     0)  ->  Abs (   102,  -255)
	108: Rel (   249,  -124)  ->  Abs (   351,  -379)
	109: Rel (   125,     0)  ->  Abs (   476,  -379)
	110: Rel (     0,  -125)  ->  Abs (   476,  -504)
	111: Rel (  -125,     0)  ->  Abs (   351,  -504)
	112: Rel (   499,   125)  ->  Abs (   850,  -379)
	113: Rel (   124,     0)  ->  Abs (   974,  -379)
	114: Rel (     0,  -125)  ->  Abs (   974,  -504)
	115: Rel (  -124,     0)  ->  Abs (   850,  -504)
	116: Rel (   498,   125)  ->  Abs (  1348,  -379)
	117: Rel (   125,     0)  ->  Abs (  1473,  -379)
	118: Rel (     0,  -125)  ->  Abs (  1473,  -504)
	119: Rel (  -125,     0)  ->  Abs (  1348,  -504)

	Glyph 372: off = 0x0001221E, len = 720
	  numberOfContours:	63
	  xMin:			-22
	  yMin:			-504
	  xMax:			1473
	  yMax:			1864

	EndPoints
	---------
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	  1:  7
	  2:  11
	  3:  15
	  4:  19
	  5:  23
	  6:  27
	  7:  31
	  8:  35
	  9:  39
	 10:  43
	 11:  47
	 12:  51
	 13:  55
	 14:  59
	 15:  63
	 16:  67
	 17:  71
	 18:  75
	 19:  79
	 20:  83
	 21:  87
	 22:  91
	 23:  95
	 24:  99
	 25:  107
	 26:  111
	 27:  115
	 28:  119
	 29:  123
	 30:  127
	 31:  131
	 32:  135
	 33:  139
	 34:  143
	 35:  147
	 36:  151
	 37:  155
	 38:  159
	 39:  163
	 40:  167
	 41:  171
	 42:  175
	 43:  179
	 44:  183
	 45:  187
	 46:  191
	 47:  195
	 48:  199
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	 51:  211
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	 53:  219
	 54:  223
	 55:  227
	 56:  231
	 57:  235
	 58:  239
	 59:  243
	 60:  247
	 61:  251
	 62:  255

	  Length of Instructions:	0

	Flags
	-----
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	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short         On
	  3:  YDual                       X-Short On
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
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	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short         On
	 11:  YDual                       X-Short On
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual                 X-Short On
	 14:        XDual         Y-Short         On
	 15:  YDual                       X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual                 X-Short On
	 18:        XDual         Y-Short         On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual                 X-Short On
	 22:        XDual         Y-Short         On
	 23:  YDual                       X-Short On
	 24:                      Y-Short         On
	 25:  YDual XDual                 X-Short On
	 26:        XDual         Y-Short         On
	 27:  YDual                       X-Short On
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual                 X-Short On
	 30:        XDual         Y-Short         On
	 31:  YDual                       X-Short On
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual                 X-Short On
	 34:        XDual         Y-Short         On
	 35:  YDual                       X-Short On
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual                 X-Short On
	 38:        XDual         Y-Short         On
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	 40:  YDual XDual         Y-Short X-Short On
	 41:  YDual XDual                 X-Short On
	 42:        XDual         Y-Short         On
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	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual                 X-Short On
	 46:        XDual         Y-Short         On
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	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual                 X-Short On
	 50:        XDual         Y-Short         On
	 51:  YDual                       X-Short On
	 52:  YDual XDual         Y-Short         On
	 53:  YDual XDual                 X-Short On
	 54:        XDual         Y-Short         On
	 55:  YDual                       X-Short On
	 56:                      Y-Short         On
	 57:  YDual XDual                 X-Short On
	 58:        XDual         Y-Short         On
	 59:  YDual                       X-Short On
	 60:  YDual XDual         Y-Short X-Short On
	 61:  YDual XDual                 X-Short On
	 62:        XDual         Y-Short         On
	 63:  YDual                       X-Short On
	 64:  YDual XDual         Y-Short X-Short On
	 65:  YDual XDual                 X-Short On
	 66:        XDual         Y-Short         On
	 67:  YDual                       X-Short On
	 68:  YDual XDual         Y-Short X-Short On
	 69:  YDual XDual                 X-Short On
	 70:        XDual         Y-Short         On
	 71:  YDual                       X-Short On
	 72:  YDual XDual         Y-Short X-Short On
	 73:  YDual XDual                 X-Short On
	 74:        XDual         Y-Short         On
	 75:  YDual                       X-Short On
	 76:  YDual XDual         Y-Short X-Short On
	 77:  YDual XDual                 X-Short On
	 78:        XDual         Y-Short         On
	 79:  YDual                       X-Short On
	 80:                      Y-Short         On
	 81:  YDual XDual                 X-Short On
	 82:        XDual         Y-Short         On
	 83:  YDual                       X-Short On
	 84:  YDual XDual         Y-Short X-Short On
	 85:  YDual XDual                 X-Short On
	 86:        XDual         Y-Short         On
	 87:  YDual                       X-Short On
	 88:  YDual XDual         Y-Short X-Short On
	 89:  YDual XDual                 X-Short On
	 90:        XDual         Y-Short         On
	 91:  YDual                       X-Short On
	 92:  YDual XDual         Y-Short X-Short On
	 93:  YDual XDual                 X-Short On
	 94:        XDual         Y-Short         On
	 95:  YDual                       X-Short On
	 96:  YDual XDual         Y-Short X-Short On
	 97:  YDual XDual                 X-Short On
	 98:        XDual         Y-Short         On
	 99:  YDual                       X-Short On
	100:  YDual XDual         Y-Short X-Short On
	101:  YDual XDual                 X-Short On
	102:        XDual         Y-Short         On
	103:  YDual                       X-Short On
	104:  YDual XDual         Y-Short         On
	105:  YDual XDual                 X-Short On
	106:        XDual         Y-Short         On
	107:  YDual                       X-Short On
	108:  YDual XDual         Y-Short         On
	109:  YDual XDual                 X-Short On
	110:        XDual         Y-Short         On
	111:  YDual                       X-Short On
	112:                      Y-Short         On
	113:  YDual XDual                 X-Short On
	114:        XDual         Y-Short         On
	115:  YDual                       X-Short On
	116:  YDual XDual         Y-Short X-Short On
	117:  YDual XDual                 X-Short On
	118:        XDual         Y-Short         On
	119:  YDual                       X-Short On
	120:  YDual XDual         Y-Short X-Short On
	121:  YDual XDual                 X-Short On
	122:        XDual         Y-Short         On
	123:  YDual                       X-Short On
	124:  YDual XDual         Y-Short X-Short On
	125:  YDual XDual                 X-Short On
	126:        XDual         Y-Short         On
	127:  YDual                       X-Short On
	128:  YDual XDual         Y-Short X-Short On
	129:  YDual XDual                 X-Short On
	130:        XDual         Y-Short         On
	131:  YDual                       X-Short On
	132:  YDual XDual         Y-Short X-Short On
	133:  YDual XDual                 X-Short On
	134:        XDual         Y-Short         On
	135:  YDual                       X-Short On
	136:                      Y-Short         On
	137:  YDual XDual                 X-Short On
	138:        XDual         Y-Short         On
	139:  YDual                       X-Short On
	140:  YDual               Y-Short         On
	141:  YDual XDual                 X-Short On
	142:        XDual         Y-Short         On
	143:  YDual                       X-Short On
	144:  YDual XDual         Y-Short X-Short On
	145:  YDual XDual                 X-Short On
	146:        XDual         Y-Short         On
	147:  YDual                       X-Short On
	148:  YDual XDual         Y-Short X-Short On
	149:  YDual XDual                 X-Short On
	150:        XDual         Y-Short         On
	151:  YDual                       X-Short On
	152:  YDual XDual         Y-Short X-Short On
	153:  YDual XDual                 X-Short On
	154:        XDual         Y-Short         On
	155:  YDual                       X-Short On
	156:  YDual               Y-Short         On
	157:  YDual XDual                 X-Short On
	158:        XDual         Y-Short         On
	159:  YDual                       X-Short On
	160:                      Y-Short         On
	161:  YDual XDual                 X-Short On
	162:        XDual         Y-Short         On
	163:  YDual                       X-Short On
	164:  YDual               Y-Short X-Short On
	165:  YDual XDual                 X-Short On
	166:        XDual         Y-Short         On
	167:  YDual                       X-Short On
	168:  YDual               Y-Short X-Short On
	169:  YDual XDual                 X-Short On
	170:        XDual         Y-Short         On
	171:  YDual                       X-Short On
	172:  YDual               Y-Short X-Short On
	173:  YDual XDual                 X-Short On
	174:        XDual         Y-Short         On
	175:  YDual                       X-Short On
	176:  YDual               Y-Short X-Short On
	177:  YDual XDual                 X-Short On
	178:        XDual         Y-Short         On
	179:  YDual                       X-Short On
	180:  YDual               Y-Short X-Short On
	181:  YDual XDual                 X-Short On
	182:        XDual         Y-Short         On
	183:  YDual                       X-Short On
	184:                      Y-Short X-Short On
	185:  YDual XDual                 X-Short On
	186:        XDual         Y-Short         On
	187:  YDual                       X-Short On
	188:  YDual XDual         Y-Short X-Short On
	189:  YDual XDual                 X-Short On
	190:        XDual         Y-Short         On
	191:  YDual                       X-Short On
	192:  YDual XDual         Y-Short X-Short On
	193:  YDual XDual                 X-Short On
	194:        XDual         Y-Short         On
	195:  YDual                       X-Short On
	196:  YDual XDual         Y-Short X-Short On
	197:  YDual XDual                 X-Short On
	198:        XDual         Y-Short         On
	199:  YDual                       X-Short On
	200:  YDual XDual         Y-Short X-Short On
	201:  YDual XDual                 X-Short On
	202:        XDual         Y-Short         On
	203:  YDual                       X-Short On
	204:  YDual XDual         Y-Short X-Short On
	205:  YDual XDual                 X-Short On
	206:        XDual         Y-Short         On
	207:  YDual                       X-Short On
	208:        XDual         Y-Short X-Short On
	209:  YDual XDual                 X-Short On
	210:        XDual         Y-Short         On
	211:  YDual                       X-Short On
	212:  YDual               Y-Short X-Short On
	213:  YDual XDual                 X-Short On
	214:        XDual         Y-Short         On
	215:  YDual                       X-Short On
	216:  YDual               Y-Short X-Short On
	217:  YDual XDual                 X-Short On
	218:        XDual         Y-Short         On
	219:  YDual                       X-Short On
	220:  YDual               Y-Short X-Short On
	221:  YDual XDual                 X-Short On
	222:        XDual         Y-Short         On
	223:  YDual                       X-Short On
	224:  YDual               Y-Short X-Short On
	225:  YDual XDual                 X-Short On
	226:        XDual         Y-Short         On
	227:  YDual                       X-Short On
	228:  YDual               Y-Short X-Short On
	229:  YDual XDual                 X-Short On
	230:        XDual         Y-Short         On
	231:  YDual                       X-Short On
	232:                      Y-Short X-Short On
	233:  YDual XDual                 X-Short On
	234:        XDual         Y-Short         On
	235:  YDual                       X-Short On
	236:  YDual XDual         Y-Short X-Short On
	237:  YDual XDual                 X-Short On
	238:        XDual         Y-Short         On
	239:  YDual                       X-Short On
	240:  YDual XDual         Y-Short X-Short On
	241:  YDual XDual                 X-Short On
	242:        XDual         Y-Short         On
	243:  YDual                       X-Short On
	244:  YDual XDual         Y-Short X-Short On
	245:  YDual XDual                 X-Short On
	246:        XDual         Y-Short         On
	247:  YDual                       X-Short On
	248:  YDual XDual         Y-Short X-Short On
	249:  YDual XDual                 X-Short On
	250:        XDual         Y-Short         On
	251:  YDual                       X-Short On
	252:  YDual XDual         Y-Short X-Short On
	253:  YDual XDual                 X-Short On
	254:        XDual         Y-Short         On
	255:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   103,  1864)  ->  Abs (   103,  1864)
	  1: Rel (   124,     0)  ->  Abs (   227,  1864)
	  2: Rel (     0,  -125)  ->  Abs (   227,  1739)
	  3: Rel (  -124,     0)  ->  Abs (   103,  1739)
	  4: Rel (   249,   125)  ->  Abs (   352,  1864)
	  5: Rel (   124,     0)  ->  Abs (   476,  1864)
	  6: Rel (     0,  -125)  ->  Abs (   476,  1739)
	  7: Rel (  -124,     0)  ->  Abs (   352,  1739)
	  8: Rel (   249,   125)  ->  Abs (   601,  1864)
	  9: Rel (   125,     0)  ->  Abs (   726,  1864)
	 10: Rel (     0,  -125)  ->  Abs (   726,  1739)
	 11: Rel (  -125,     0)  ->  Abs (   601,  1739)
	 12: Rel (   249,   125)  ->  Abs (   850,  1864)
	 13: Rel (   125,     0)  ->  Abs (   975,  1864)
	 14: Rel (     0,  -125)  ->  Abs (   975,  1739)
	 15: Rel (  -125,     0)  ->  Abs (   850,  1739)
	 16: Rel (   250,   125)  ->  Abs (  1100,  1864)
	 17: Rel (   124,     0)  ->  Abs (  1224,  1864)
	 18: Rel (     0,  -125)  ->  Abs (  1224,  1739)
	 19: Rel (  -124,     0)  ->  Abs (  1100,  1739)
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	 22: Rel (     0,  -125)  ->  Abs (  1473,  1739)
	 23: Rel (  -124,     0)  ->  Abs (  1349,  1739)
	 24: Rel ( -1371,  -124)  ->  Abs (   -22,  1615)
	 25: Rel (   125,     0)  ->  Abs (   103,  1615)
	 26: Rel (     0,  -125)  ->  Abs (   103,  1490)
	 27: Rel (  -125,     0)  ->  Abs (   -22,  1490)
	 28: Rel (   249,   125)  ->  Abs (   227,  1615)
	 29: Rel (   125,     0)  ->  Abs (   352,  1615)
	 30: Rel (     0,  -125)  ->  Abs (   352,  1490)
	 31: Rel (  -125,     0)  ->  Abs (   227,  1490)
	 32: Rel (   249,   125)  ->  Abs (   476,  1615)
	 33: Rel (   125,     0)  ->  Abs (   601,  1615)
	 34: Rel (     0,  -125)  ->  Abs (   601,  1490)
	 35: Rel (  -125,     0)  ->  Abs (   476,  1490)
	 36: Rel (   250,   125)  ->  Abs (   726,  1615)
	 37: Rel (   124,     0)  ->  Abs (   850,  1615)
	 38: Rel (     0,  -125)  ->  Abs (   850,  1490)
	 39: Rel (  -124,     0)  ->  Abs (   726,  1490)
	 40: Rel (   249,   125)  ->  Abs (   975,  1615)
	 41: Rel (   125,     0)  ->  Abs (  1100,  1615)
	 42: Rel (     0,  -125)  ->  Abs (  1100,  1490)
	 43: Rel (  -125,     0)  ->  Abs (   975,  1490)
	 44: Rel (   249,   125)  ->  Abs (  1224,  1615)
	 45: Rel (   125,     0)  ->  Abs (  1349,  1615)
	 46: Rel (     0,  -125)  ->  Abs (  1349,  1490)
	 47: Rel (  -125,     0)  ->  Abs (  1224,  1490)
	 48: Rel (     0,   125)  ->  Abs (  1224,  1615)
	 49: Rel (   125,     0)  ->  Abs (  1349,  1615)
	 50: Rel (     0,  -125)  ->  Abs (  1349,  1490)
	 51: Rel (  -125,     0)  ->  Abs (  1224,  1490)
	 52: Rel (     0,   125)  ->  Abs (  1224,  1615)
	 53: Rel (   125,     0)  ->  Abs (  1349,  1615)
	 54: Rel (     0,  -125)  ->  Abs (  1349,  1490)
	 55: Rel (  -125,     0)  ->  Abs (  1224,  1490)
	 56: Rel ( -1121,  -124)  ->  Abs (   103,  1366)
	 57: Rel (   124,     0)  ->  Abs (   227,  1366)
	 58: Rel (     0,  -125)  ->  Abs (   227,  1241)
	 59: Rel (  -124,     0)  ->  Abs (   103,  1241)
	 60: Rel (   249,   125)  ->  Abs (   352,  1366)
	 61: Rel (   124,     0)  ->  Abs (   476,  1366)
	 62: Rel (     0,  -125)  ->  Abs (   476,  1241)
	 63: Rel (  -124,     0)  ->  Abs (   352,  1241)
	 64: Rel (   249,   125)  ->  Abs (   601,  1366)
	 65: Rel (   125,     0)  ->  Abs (   726,  1366)
	 66: Rel (     0,  -125)  ->  Abs (   726,  1241)
	 67: Rel (  -125,     0)  ->  Abs (   601,  1241)
	 68: Rel (   249,   125)  ->  Abs (   850,  1366)
	 69: Rel (   125,     0)  ->  Abs (   975,  1366)
	 70: Rel (     0,  -125)  ->  Abs (   975,  1241)
	 71: Rel (  -125,     0)  ->  Abs (   850,  1241)
	 72: Rel (   250,   125)  ->  Abs (  1100,  1366)
	 73: Rel (   124,     0)  ->  Abs (  1224,  1366)
	 74: Rel (     0,  -125)  ->  Abs (  1224,  1241)
	 75: Rel (  -124,     0)  ->  Abs (  1100,  1241)
	 76: Rel (   249,   125)  ->  Abs (  1349,  1366)
	 77: Rel (   124,     0)  ->  Abs (  1473,  1366)
	 78: Rel (     0,  -125)  ->  Abs (  1473,  1241)
	 79: Rel (  -124,     0)  ->  Abs (  1349,  1241)
	 80: Rel ( -1371,  -125)  ->  Abs (   -22,  1116)
	 81: Rel (   125,     0)  ->  Abs (   103,  1116)
	 82: Rel (     0,  -124)  ->  Abs (   103,   992)
	 83: Rel (  -125,     0)  ->  Abs (   -22,   992)
	 84: Rel (   249,   124)  ->  Abs (   227,  1116)
	 85: Rel (   125,     0)  ->  Abs (   352,  1116)
	 86: Rel (     0,  -124)  ->  Abs (   352,   992)
	 87: Rel (  -125,     0)  ->  Abs (   227,   992)
	 88: Rel (   249,   124)  ->  Abs (   476,  1116)
	 89: Rel (   125,     0)  ->  Abs (   601,  1116)
	 90: Rel (     0,  -124)  ->  Abs (   601,   992)
	 91: Rel (  -125,     0)  ->  Abs (   476,   992)
	 92: Rel (   250,   124)  ->  Abs (   726,  1116)
	 93: Rel (   124,     0)  ->  Abs (   850,  1116)
	 94: Rel (     0,  -124)  ->  Abs (   850,   992)
	 95: Rel (  -124,     0)  ->  Abs (   726,   992)
	 96: Rel (   249,   124)  ->  Abs (   975,  1116)
	 97: Rel (   125,     0)  ->  Abs (  1100,  1116)
	 98: Rel (     0,  -124)  ->  Abs (  1100,   992)
	 99: Rel (  -125,     0)  ->  Abs (   975,   992)
	100: Rel (   249,   124)  ->  Abs (  1224,  1116)
	101: Rel (   125,     0)  ->  Abs (  1349,  1116)
	102: Rel (     0,  -124)  ->  Abs (  1349,   992)
	103: Rel (  -125,     0)  ->  Abs (  1224,   992)
	104: Rel (     0,   124)  ->  Abs (  1224,  1116)
	105: Rel (   125,     0)  ->  Abs (  1349,  1116)
	106: Rel (     0,  -124)  ->  Abs (  1349,   992)
	107: Rel (  -125,     0)  ->  Abs (  1224,   992)
	108: Rel (     0,   124)  ->  Abs (  1224,  1116)
	109: Rel (   125,     0)  ->  Abs (  1349,  1116)
	110: Rel (     0,  -124)  ->  Abs (  1349,   992)
	111: Rel (  -125,     0)  ->  Abs (  1224,   992)
	112: Rel ( -1121,  -125)  ->  Abs (   103,   867)
	113: Rel (   124,     0)  ->  Abs (   227,   867)
	114: Rel (     0,  -125)  ->  Abs (   227,   742)
	115: Rel (  -124,     0)  ->  Abs (   103,   742)
	116: Rel (   249,   125)  ->  Abs (   352,   867)
	117: Rel (   124,     0)  ->  Abs (   476,   867)
	118: Rel (     0,  -125)  ->  Abs (   476,   742)
	119: Rel (  -124,     0)  ->  Abs (   352,   742)
	120: Rel (   249,   125)  ->  Abs (   601,   867)
	121: Rel (   125,     0)  ->  Abs (   726,   867)
	122: Rel (     0,  -125)  ->  Abs (   726,   742)
	123: Rel (  -125,     0)  ->  Abs (   601,   742)
	124: Rel (   249,   125)  ->  Abs (   850,   867)
	125: Rel (   125,     0)  ->  Abs (   975,   867)
	126: Rel (     0,  -125)  ->  Abs (   975,   742)
	127: Rel (  -125,     0)  ->  Abs (   850,   742)
	128: Rel (   250,   125)  ->  Abs (  1100,   867)
	129: Rel (   124,     0)  ->  Abs (  1224,   867)
	130: Rel (     0,  -125)  ->  Abs (  1224,   742)
	131: Rel (  -124,     0)  ->  Abs (  1100,   742)
	132: Rel (   249,   125)  ->  Abs (  1349,   867)
	133: Rel (   124,     0)  ->  Abs (  1473,   867)
	134: Rel (     0,  -125)  ->  Abs (  1473,   742)
	135: Rel (  -124,     0)  ->  Abs (  1349,   742)
	136: Rel ( -1371,  -124)  ->  Abs (   -22,   618)
	137: Rel (   125,     0)  ->  Abs (   103,   618)
	138: Rel (     0,  -125)  ->  Abs (   103,   493)
	139: Rel (  -125,     0)  ->  Abs (   -22,   493)
	140: Rel (   498,   125)  ->  Abs (   476,   618)
	141: Rel (   125,     0)  ->  Abs (   601,   618)
	142: Rel (     0,  -125)  ->  Abs (   601,   493)
	143: Rel (  -125,     0)  ->  Abs (   476,   493)
	144: Rel (   250,   125)  ->  Abs (   726,   618)
	145: Rel (   124,     0)  ->  Abs (   850,   618)
	146: Rel (     0,  -125)  ->  Abs (   850,   493)
	147: Rel (  -124,     0)  ->  Abs (   726,   493)
	148: Rel (   249,   125)  ->  Abs (   975,   618)
	149: Rel (   125,     0)  ->  Abs (  1100,   618)
	150: Rel (     0,  -125)  ->  Abs (  1100,   493)
	151: Rel (  -125,     0)  ->  Abs (   975,   493)
	152: Rel (   249,   125)  ->  Abs (  1224,   618)
	153: Rel (   125,     0)  ->  Abs (  1349,   618)
	154: Rel (     0,  -125)  ->  Abs (  1349,   493)
	155: Rel (  -125,     0)  ->  Abs (  1224,   493)
	156: Rel (  -997,   125)  ->  Abs (   227,   618)
	157: Rel (   125,     0)  ->  Abs (   352,   618)
	158: Rel (     0,  -125)  ->  Abs (   352,   493)
	159: Rel (  -125,     0)  ->  Abs (   227,   493)
	160: Rel (  1122,  -124)  ->  Abs (  1349,   369)
	161: Rel (   124,     0)  ->  Abs (  1473,   369)
	162: Rel (     0,  -125)  ->  Abs (  1473,   244)
	163: Rel (  -124,     0)  ->  Abs (  1349,   244)
	164: Rel (  -249,   125)  ->  Abs (  1100,   369)
	165: Rel (   124,     0)  ->  Abs (  1224,   369)
	166: Rel (     0,  -125)  ->  Abs (  1224,   244)
	167: Rel (  -124,     0)  ->  Abs (  1100,   244)
	168: Rel (  -250,   125)  ->  Abs (   850,   369)
	169: Rel (   125,     0)  ->  Abs (   975,   369)
	170: Rel (     0,  -125)  ->  Abs (   975,   244)
	171: Rel (  -125,     0)  ->  Abs (   850,   244)
	172: Rel (  -249,   125)  ->  Abs (   601,   369)
	173: Rel (   125,     0)  ->  Abs (   726,   369)
	174: Rel (     0,  -125)  ->  Abs (   726,   244)
	175: Rel (  -125,     0)  ->  Abs (   601,   244)
	176: Rel (  -249,   125)  ->  Abs (   352,   369)
	177: Rel (   124,     0)  ->  Abs (   476,   369)
	178: Rel (     0,  -125)  ->  Abs (   476,   244)
	179: Rel (  -124,     0)  ->  Abs (   352,   244)
	180: Rel (  -249,   125)  ->  Abs (   103,   369)
	181: Rel (   124,     0)  ->  Abs (   227,   369)
	182: Rel (     0,  -125)  ->  Abs (   227,   244)
	183: Rel (  -124,     0)  ->  Abs (   103,   244)
	184: Rel (  -125,  -125)  ->  Abs (   -22,   119)
	185: Rel (   125,     0)  ->  Abs (   103,   119)
	186: Rel (     0,  -124)  ->  Abs (   103,    -5)
	187: Rel (  -125,     0)  ->  Abs (   -22,    -5)
	188: Rel (   249,   124)  ->  Abs (   227,   119)
	189: Rel (   125,     0)  ->  Abs (   352,   119)
	190: Rel (     0,  -124)  ->  Abs (   352,    -5)
	191: Rel (  -125,     0)  ->  Abs (   227,    -5)
	192: Rel (   249,   124)  ->  Abs (   476,   119)
	193: Rel (   125,     0)  ->  Abs (   601,   119)
	194: Rel (     0,  -124)  ->  Abs (   601,    -5)
	195: Rel (  -125,     0)  ->  Abs (   476,    -5)
	196: Rel (   250,   124)  ->  Abs (   726,   119)
	197: Rel (   124,     0)  ->  Abs (   850,   119)
	198: Rel (     0,  -124)  ->  Abs (   850,    -5)
	199: Rel (  -124,     0)  ->  Abs (   726,    -5)
	200: Rel (   249,   124)  ->  Abs (   975,   119)
	201: Rel (   125,     0)  ->  Abs (  1100,   119)
	202: Rel (     0,  -124)  ->  Abs (  1100,    -5)
	203: Rel (  -125,     0)  ->  Abs (   975,    -5)
	204: Rel (   249,   124)  ->  Abs (  1224,   119)
	205: Rel (   125,     0)  ->  Abs (  1349,   119)
	206: Rel (     0,  -124)  ->  Abs (  1349,    -5)
	207: Rel (  -125,     0)  ->  Abs (  1224,    -5)
	208: Rel (   125,  -125)  ->  Abs (  1349,  -130)
	209: Rel (   124,     0)  ->  Abs (  1473,  -130)
	210: Rel (     0,  -125)  ->  Abs (  1473,  -255)
	211: Rel (  -124,     0)  ->  Abs (  1349,  -255)
	212: Rel (  -249,   125)  ->  Abs (  1100,  -130)
	213: Rel (   124,     0)  ->  Abs (  1224,  -130)
	214: Rel (     0,  -125)  ->  Abs (  1224,  -255)
	215: Rel (  -124,     0)  ->  Abs (  1100,  -255)
	216: Rel (  -250,   125)  ->  Abs (   850,  -130)
	217: Rel (   125,     0)  ->  Abs (   975,  -130)
	218: Rel (     0,  -125)  ->  Abs (   975,  -255)
	219: Rel (  -125,     0)  ->  Abs (   850,  -255)
	220: Rel (  -249,   125)  ->  Abs (   601,  -130)
	221: Rel (   125,     0)  ->  Abs (   726,  -130)
	222: Rel (     0,  -125)  ->  Abs (   726,  -255)
	223: Rel (  -125,     0)  ->  Abs (   601,  -255)
	224: Rel (  -249,   125)  ->  Abs (   352,  -130)
	225: Rel (   124,     0)  ->  Abs (   476,  -130)
	226: Rel (     0,  -125)  ->  Abs (   476,  -255)
	227: Rel (  -124,     0)  ->  Abs (   352,  -255)
	228: Rel (  -249,   125)  ->  Abs (   103,  -130)
	229: Rel (   124,     0)  ->  Abs (   227,  -130)
	230: Rel (     0,  -125)  ->  Abs (   227,  -255)
	231: Rel (  -124,     0)  ->  Abs (   103,  -255)
	232: Rel (  -125,  -124)  ->  Abs (   -22,  -379)
	233: Rel (   125,     0)  ->  Abs (   103,  -379)
	234: Rel (     0,  -125)  ->  Abs (   103,  -504)
	235: Rel (  -125,     0)  ->  Abs (   -22,  -504)
	236: Rel (   249,   125)  ->  Abs (   227,  -379)
	237: Rel (   125,     0)  ->  Abs (   352,  -379)
	238: Rel (     0,  -125)  ->  Abs (   352,  -504)
	239: Rel (  -125,     0)  ->  Abs (   227,  -504)
	240: Rel (   249,   125)  ->  Abs (   476,  -379)
	241: Rel (   125,     0)  ->  Abs (   601,  -379)
	242: Rel (     0,  -125)  ->  Abs (   601,  -504)
	243: Rel (  -125,     0)  ->  Abs (   476,  -504)
	244: Rel (   250,   125)  ->  Abs (   726,  -379)
	245: Rel (   124,     0)  ->  Abs (   850,  -379)
	246: Rel (     0,  -125)  ->  Abs (   850,  -504)
	247: Rel (  -124,     0)  ->  Abs (   726,  -504)
	248: Rel (   249,   125)  ->  Abs (   975,  -379)
	249: Rel (   125,     0)  ->  Abs (  1100,  -379)
	250: Rel (     0,  -125)  ->  Abs (  1100,  -504)
	251: Rel (  -125,     0)  ->  Abs (   975,  -504)
	252: Rel (   249,   125)  ->  Abs (  1224,  -379)
	253: Rel (   125,     0)  ->  Abs (  1349,  -379)
	254: Rel (     0,  -125)  ->  Abs (  1349,  -504)
	255: Rel (  -125,     0)  ->  Abs (  1224,  -504)

	Glyph 373: off = 0x000124EE, len = 624
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	102:                      Y-Short X-Short On
	103:        XDual         Y-Short         On
	104:  YDual XDual                 X-Short On
	105:  YDual XDual         Y-Short         On
	106:  YDual XDual                 X-Short On
	107:        XDual         Y-Short         On
	108:  YDual XDual                 X-Short On
	109:  YDual XDual         Y-Short         On
	110:  YDual XDual                 X-Short On
	111:        XDual         Y-Short         On
	112:  YDual XDual                 X-Short On
	113:  YDual XDual         Y-Short         On
	114:  YDual XDual                 X-Short On
	115:        XDual         Y-Short         On
	116:  YDual XDual                 X-Short On
	117:  YDual XDual         Y-Short         On
	118:  YDual XDual                 X-Short On
	119:        XDual         Y-Short         On
	120:  YDual XDual                 X-Short On
	121:  YDual XDual         Y-Short         On
	122:                      Y-Short         On
	123:  YDual                       X-Short On
	124:        XDual         Y-Short         On
	125:  YDual XDual                 X-Short On
	126:  YDual XDual         Y-Short X-Short On
	127:        XDual         Y-Short         On
	128:  YDual XDual                 X-Short On
	129:  YDual XDual         Y-Short         On
	130:  YDual XDual                 X-Short On
	131:        XDual         Y-Short         On
	132:  YDual XDual                 X-Short On
	133:  YDual XDual         Y-Short         On
	134:  YDual XDual                 X-Short On
	135:        XDual         Y-Short         On
	136:  YDual XDual                 X-Short On
	137:  YDual XDual         Y-Short         On
	138:  YDual XDual                 X-Short On
	139:        XDual         Y-Short         On
	140:  YDual XDual                 X-Short On
	141:  YDual XDual         Y-Short         On
	142:                      Y-Short         On
	143:        XDual         Y-Short         On
	144:  YDual XDual                 X-Short On
	145:  YDual XDual         Y-Short         On
	146:  YDual                               On
	147:        XDual         Y-Short         On
	148:  YDual XDual                 X-Short On
	149:  YDual XDual         Y-Short         On
	150:                      Y-Short X-Short On
	151:  YDual XDual         Y-Short         On
	152:  YDual                       X-Short On
	153:        XDual         Y-Short         On
	154:  YDual               Y-Short         On
	155:        XDual         Y-Short         On
	156:  YDual XDual                 X-Short On
	157:  YDual XDual         Y-Short         On
	158:  YDual XDual                 X-Short On
	159:        XDual         Y-Short         On
	160:  YDual XDual                 X-Short On
	161:  YDual XDual         Y-Short         On
	162:        XDual                 X-Short On
	163:  YDual XDual         Y-Short         On
	164:  YDual                       X-Short On
	165:        XDual         Y-Short         On
	166:  YDual                       X-Short On
	167:  YDual XDual         Y-Short         On
	168:  YDual                       X-Short On
	169:        XDual         Y-Short         On
	170:  YDual                       X-Short On
	171:  YDual XDual         Y-Short         On
	172:  YDual                       X-Short On
	173:        XDual         Y-Short         On
	174:  YDual                       X-Short On
	175:  YDual XDual         Y-Short         On
	176:  YDual                       X-Short On
	177:        XDual         Y-Short         On
	178:  YDual                       X-Short On
	179:  YDual XDual         Y-Short         On
	180:  YDual                       X-Short On
	181:        XDual         Y-Short         On
	182:                      Y-Short X-Short On
	183:        XDual         Y-Short         On
	184:  YDual XDual                 X-Short On
	185:  YDual XDual         Y-Short         On
	186:  YDual XDual                 X-Short On
	187:        XDual         Y-Short         On
	188:  YDual XDual                 X-Short On
	189:  YDual XDual         Y-Short         On
	190:  YDual XDual                 X-Short On
	191:        XDual         Y-Short         On
	192:  YDual XDual                 X-Short On
	193:  YDual XDual         Y-Short         On
	194:  YDual XDual                 X-Short On
	195:        XDual         Y-Short         On
	196:  YDual XDual                 X-Short On
	197:  YDual XDual         Y-Short         On
	198:  YDual XDual                 X-Short On
	199:        XDual         Y-Short         On
	200:  YDual XDual                 X-Short On
	201:  YDual XDual         Y-Short         On
	202:        XDual                 X-Short On
	203:  YDual XDual         Y-Short         On
	204:  YDual                       X-Short On
	205:        XDual         Y-Short         On
	206:  YDual                       X-Short On
	207:  YDual XDual         Y-Short         On
	208:  YDual                       X-Short On
	209:        XDual         Y-Short         On
	210:  YDual                       X-Short On
	211:  YDual XDual         Y-Short         On
	212:  YDual                       X-Short On
	213:        XDual         Y-Short         On
	214:  YDual                       X-Short On
	215:  YDual XDual         Y-Short         On
	216:  YDual                       X-Short On
	217:        XDual         Y-Short         On
	218:  YDual                       X-Short On
	219:  YDual XDual         Y-Short         On
	220:  YDual                       X-Short On
	221:        XDual         Y-Short         On
	222:                      Y-Short X-Short On
	223:        XDual         Y-Short         On
	224:  YDual XDual                 X-Short On
	225:  YDual XDual         Y-Short         On
	226:  YDual XDual                 X-Short On
	227:        XDual         Y-Short         On
	228:  YDual XDual                 X-Short On
	229:  YDual XDual         Y-Short         On
	230:  YDual XDual                 X-Short On
	231:        XDual         Y-Short         On
	232:  YDual XDual                 X-Short On
	233:  YDual XDual         Y-Short         On
	234:  YDual XDual                 X-Short On
	235:        XDual         Y-Short         On
	236:  YDual XDual                 X-Short On
	237:  YDual XDual         Y-Short         On
	238:  YDual XDual                 X-Short On
	239:        XDual         Y-Short         On
	240:  YDual XDual                 X-Short On
	241:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1494,  1490)  ->  Abs (  1494,  1490)
	  1: Rel (     0,  -374)  ->  Abs (  1494,  1116)
	  2: Rel (  -124,     0)  ->  Abs (  1370,  1116)
	  3: Rel (     0,  -124)  ->  Abs (  1370,   992)
	  4: Rel (   124,     0)  ->  Abs (  1494,   992)
	  5: Rel (     0,  -374)  ->  Abs (  1494,   618)
	  6: Rel (  -124,     0)  ->  Abs (  1370,   618)
	  7: Rel (     0,  -125)  ->  Abs (  1370,   493)
	  8: Rel (   124,     0)  ->  Abs (  1494,   493)
	  9: Rel (     0,  -374)  ->  Abs (  1494,   119)
	 10: Rel (  -124,     0)  ->  Abs (  1370,   119)
	 11: Rel (     0,  -124)  ->  Abs (  1370,    -5)
	 12: Rel (   124,     0)  ->  Abs (  1494,    -5)
	 13: Rel (     0,  -374)  ->  Abs (  1494,  -379)
	 14: Rel (  -124,     0)  ->  Abs (  1370,  -379)
	 15: Rel (     0,  -125)  ->  Abs (  1370,  -504)
	 16: Rel (   124,     0)  ->  Abs (  1494,  -504)
	 17: Rel (     0,  -124)  ->  Abs (  1494,  -628)
	 18: Rel ( -1495,     0)  ->  Abs (    -1,  -628)
	 19: Rel (     0,   373)  ->  Abs (    -1,  -255)
	 20: Rel (   125,     0)  ->  Abs (   124,  -255)
	 21: Rel (     0,   125)  ->  Abs (   124,  -130)
	 22: Rel (  -125,     0)  ->  Abs (    -1,  -130)
	 23: Rel (     0,   374)  ->  Abs (    -1,   244)
	 24: Rel (   125,     0)  ->  Abs (   124,   244)
	 25: Rel (     0,   125)  ->  Abs (   124,   369)
	 26: Rel (  -125,     0)  ->  Abs (    -1,   369)
	 27: Rel (     0,   373)  ->  Abs (    -1,   742)
	 28: Rel (   125,     0)  ->  Abs (   124,   742)
	 29: Rel (     0,   125)  ->  Abs (   124,   867)
	 30: Rel (  -125,     0)  ->  Abs (    -1,   867)
	 31: Rel (     0,   374)  ->  Abs (    -1,  1241)
	 32: Rel (   125,     0)  ->  Abs (   124,  1241)
	 33: Rel (     0,   125)  ->  Abs (   124,  1366)
	 34: Rel (  -125,     0)  ->  Abs (    -1,  1366)
	 35: Rel (     0,   373)  ->  Abs (    -1,  1739)
	 36: Rel (   125,     0)  ->  Abs (   124,  1739)
	 37: Rel (     0,   125)  ->  Abs (   124,  1864)
	 38: Rel (   124,     0)  ->  Abs (   248,  1864)
	 39: Rel (     0,  -125)  ->  Abs (   248,  1739)
	 40: Rel (   125,     0)  ->  Abs (   373,  1739)
	 41: Rel (     0,   125)  ->  Abs (   373,  1864)
	 42: Rel (   124,     0)  ->  Abs (   497,  1864)
	 43: Rel (     0,  -125)  ->  Abs (   497,  1739)
	 44: Rel (   125,     0)  ->  Abs (   622,  1739)
	 45: Rel (     0,   125)  ->  Abs (   622,  1864)
	 46: Rel (   125,     0)  ->  Abs (   747,  1864)
	 47: Rel (     0,  -125)  ->  Abs (   747,  1739)
	 48: Rel (   124,     0)  ->  Abs (   871,  1739)
	 49: Rel (     0,   125)  ->  Abs (   871,  1864)
	 50: Rel (   125,     0)  ->  Abs (   996,  1864)
	 51: Rel (     0,  -125)  ->  Abs (   996,  1739)
	 52: Rel (   125,     0)  ->  Abs (  1121,  1739)
	 53: Rel (     0,   125)  ->  Abs (  1121,  1864)
	 54: Rel (   124,     0)  ->  Abs (  1245,  1864)
	 55: Rel (     0,  -125)  ->  Abs (  1245,  1739)
	 56: Rel (   125,     0)  ->  Abs (  1370,  1739)
	 57: Rel (     0,   125)  ->  Abs (  1370,  1864)
	 58: Rel (   124,     0)  ->  Abs (  1494,  1864)
	 59: Rel (     0,  -249)  ->  Abs (  1494,  1615)
	 60: Rel (  -124,     0)  ->  Abs (  1370,  1615)
	 61: Rel (     0,  -125)  ->  Abs (  1370,  1490)
	 62: Rel ( -1246,   125)  ->  Abs (   124,  1615)
	 63: Rel (     0,  -125)  ->  Abs (   124,  1490)
	 64: Rel (   124,     0)  ->  Abs (   248,  1490)
	 65: Rel (     0,   125)  ->  Abs (   248,  1615)
	 66: Rel (   125,     0)  ->  Abs (   373,  1615)
	 67: Rel (     0,  -125)  ->  Abs (   373,  1490)
	 68: Rel (   124,     0)  ->  Abs (   497,  1490)
	 69: Rel (     0,   125)  ->  Abs (   497,  1615)
	 70: Rel (   125,     0)  ->  Abs (   622,  1615)
	 71: Rel (     0,  -125)  ->  Abs (   622,  1490)
	 72: Rel (   125,     0)  ->  Abs (   747,  1490)
	 73: Rel (     0,   125)  ->  Abs (   747,  1615)
	 74: Rel (   124,     0)  ->  Abs (   871,  1615)
	 75: Rel (     0,  -125)  ->  Abs (   871,  1490)
	 76: Rel (   125,     0)  ->  Abs (   996,  1490)
	 77: Rel (     0,   125)  ->  Abs (   996,  1615)
	 78: Rel (   125,     0)  ->  Abs (  1121,  1615)
	 79: Rel (     0,  -125)  ->  Abs (  1121,  1490)
	 80: Rel (   124,     0)  ->  Abs (  1245,  1490)
	 81: Rel (     0,   125)  ->  Abs (  1245,  1615)
	 82: Rel (   125,  -249)  ->  Abs (  1370,  1366)
	 83: Rel (  -125,     0)  ->  Abs (  1245,  1366)
	 84: Rel (     0,  -125)  ->  Abs (  1245,  1241)
	 85: Rel (   125,     0)  ->  Abs (  1370,  1241)
	 86: Rel (  -249,   125)  ->  Abs (  1121,  1366)
	 87: Rel (  -125,     0)  ->  Abs (   996,  1366)
	 88: Rel (     0,  -125)  ->  Abs (   996,  1241)
	 89: Rel (   125,     0)  ->  Abs (  1121,  1241)
	 90: Rel (  -250,   125)  ->  Abs (   871,  1366)
	 91: Rel (  -124,     0)  ->  Abs (   747,  1366)
	 92: Rel (     0,  -125)  ->  Abs (   747,  1241)
	 93: Rel (   124,     0)  ->  Abs (   871,  1241)
	 94: Rel (  -249,   125)  ->  Abs (   622,  1366)
	 95: Rel (  -125,     0)  ->  Abs (   497,  1366)
	 96: Rel (     0,  -125)  ->  Abs (   497,  1241)
	 97: Rel (   125,     0)  ->  Abs (   622,  1241)
	 98: Rel (  -249,   125)  ->  Abs (   373,  1366)
	 99: Rel (  -125,     0)  ->  Abs (   248,  1366)
	100: Rel (     0,  -125)  ->  Abs (   248,  1241)
	101: Rel (   125,     0)  ->  Abs (   373,  1241)
	102: Rel (  -249,  -125)  ->  Abs (   124,  1116)
	103: Rel (     0,  -124)  ->  Abs (   124,   992)
	104: Rel (   124,     0)  ->  Abs (   248,   992)
	105: Rel (     0,   124)  ->  Abs (   248,  1116)
	106: Rel (   125,     0)  ->  Abs (   373,  1116)
	107: Rel (     0,  -124)  ->  Abs (   373,   992)
	108: Rel (   124,     0)  ->  Abs (   497,   992)
	109: Rel (     0,   124)  ->  Abs (   497,  1116)
	110: Rel (   125,     0)  ->  Abs (   622,  1116)
	111: Rel (     0,  -124)  ->  Abs (   622,   992)
	112: Rel (   125,     0)  ->  Abs (   747,   992)
	113: Rel (     0,   124)  ->  Abs (   747,  1116)
	114: Rel (   124,     0)  ->  Abs (   871,  1116)
	115: Rel (     0,  -124)  ->  Abs (   871,   992)
	116: Rel (   125,     0)  ->  Abs (   996,   992)
	117: Rel (     0,   124)  ->  Abs (   996,  1116)
	118: Rel (   125,     0)  ->  Abs (  1121,  1116)
	119: Rel (     0,  -124)  ->  Abs (  1121,   992)
	120: Rel (   124,     0)  ->  Abs (  1245,   992)
	121: Rel (     0,   124)  ->  Abs (  1245,  1116)
	122: Rel (  -872,  -249)  ->  Abs (   373,   867)
	123: Rel (  -125,     0)  ->  Abs (   248,   867)
	124: Rel (     0,  -125)  ->  Abs (   248,   742)
	125: Rel (   125,     0)  ->  Abs (   373,   742)
	126: Rel (   124,   125)  ->  Abs (   497,   867)
	127: Rel (     0,  -125)  ->  Abs (   497,   742)
	128: Rel (   125,     0)  ->  Abs (   622,   742)
	129: Rel (     0,   125)  ->  Abs (   622,   867)
	130: Rel (   125,     0)  ->  Abs (   747,   867)
	131: Rel (     0,  -125)  ->  Abs (   747,   742)
	132: Rel (   124,     0)  ->  Abs (   871,   742)
	133: Rel (     0,   125)  ->  Abs (   871,   867)
	134: Rel (   125,     0)  ->  Abs (   996,   867)
	135: Rel (     0,  -125)  ->  Abs (   996,   742)
	136: Rel (   125,     0)  ->  Abs (  1121,   742)
	137: Rel (     0,   125)  ->  Abs (  1121,   867)
	138: Rel (   124,     0)  ->  Abs (  1245,   867)
	139: Rel (     0,  -125)  ->  Abs (  1245,   742)
	140: Rel (   125,     0)  ->  Abs (  1370,   742)
	141: Rel (     0,   125)  ->  Abs (  1370,   867)
	142: Rel ( -1246,  -249)  ->  Abs (   124,   618)
	143: Rel (     0,  -125)  ->  Abs (   124,   493)
	144: Rel (   124,     0)  ->  Abs (   248,   493)
	145: Rel (     0,   125)  ->  Abs (   248,   618)
	146: Rel (   374,     0)  ->  Abs (   622,   618)
	147: Rel (     0,  -125)  ->  Abs (   622,   493)
	148: Rel (   125,     0)  ->  Abs (   747,   493)
	149: Rel (     0,   125)  ->  Abs (   747,   618)
	150: Rel (  -250,  -125)  ->  Abs (   497,   493)
	151: Rel (     0,   125)  ->  Abs (   497,   618)
	152: Rel (  -124,     0)  ->  Abs (   373,   618)
	153: Rel (     0,  -125)  ->  Abs (   373,   493)
	154: Rel (   498,   125)  ->  Abs (   871,   618)
	155: Rel (     0,  -125)  ->  Abs (   871,   493)
	156: Rel (   125,     0)  ->  Abs (   996,   493)
	157: Rel (     0,   125)  ->  Abs (   996,   618)
	158: Rel (   125,     0)  ->  Abs (  1121,   618)
	159: Rel (     0,  -125)  ->  Abs (  1121,   493)
	160: Rel (   124,     0)  ->  Abs (  1245,   493)
	161: Rel (     0,   125)  ->  Abs (  1245,   618)
	162: Rel (   125,  -374)  ->  Abs (  1370,   244)
	163: Rel (     0,   125)  ->  Abs (  1370,   369)
	164: Rel (  -125,     0)  ->  Abs (  1245,   369)
	165: Rel (     0,  -125)  ->  Abs (  1245,   244)
	166: Rel (  -124,     0)  ->  Abs (  1121,   244)
	167: Rel (     0,   125)  ->  Abs (  1121,   369)
	168: Rel (  -125,     0)  ->  Abs (   996,   369)
	169: Rel (     0,  -125)  ->  Abs (   996,   244)
	170: Rel (  -125,     0)  ->  Abs (   871,   244)
	171: Rel (     0,   125)  ->  Abs (   871,   369)
	172: Rel (  -124,     0)  ->  Abs (   747,   369)
	173: Rel (     0,  -125)  ->  Abs (   747,   244)
	174: Rel (  -125,     0)  ->  Abs (   622,   244)
	175: Rel (     0,   125)  ->  Abs (   622,   369)
	176: Rel (  -125,     0)  ->  Abs (   497,   369)
	177: Rel (     0,  -125)  ->  Abs (   497,   244)
	178: Rel (  -124,     0)  ->  Abs (   373,   244)
	179: Rel (     0,   125)  ->  Abs (   373,   369)
	180: Rel (  -125,     0)  ->  Abs (   248,   369)
	181: Rel (     0,  -125)  ->  Abs (   248,   244)
	182: Rel (  -124,  -125)  ->  Abs (   124,   119)
	183: Rel (     0,  -124)  ->  Abs (   124,    -5)
	184: Rel (   124,     0)  ->  Abs (   248,    -5)
	185: Rel (     0,   124)  ->  Abs (   248,   119)
	186: Rel (   125,     0)  ->  Abs (   373,   119)
	187: Rel (     0,  -124)  ->  Abs (   373,    -5)
	188: Rel (   124,     0)  ->  Abs (   497,    -5)
	189: Rel (     0,   124)  ->  Abs (   497,   119)
	190: Rel (   125,     0)  ->  Abs (   622,   119)
	191: Rel (     0,  -124)  ->  Abs (   622,    -5)
	192: Rel (   125,     0)  ->  Abs (   747,    -5)
	193: Rel (     0,   124)  ->  Abs (   747,   119)
	194: Rel (   124,     0)  ->  Abs (   871,   119)
	195: Rel (     0,  -124)  ->  Abs (   871,    -5)
	196: Rel (   125,     0)  ->  Abs (   996,    -5)
	197: Rel (     0,   124)  ->  Abs (   996,   119)
	198: Rel (   125,     0)  ->  Abs (  1121,   119)
	199: Rel (     0,  -124)  ->  Abs (  1121,    -5)
	200: Rel (   124,     0)  ->  Abs (  1245,    -5)
	201: Rel (     0,   124)  ->  Abs (  1245,   119)
	202: Rel (   125,  -374)  ->  Abs (  1370,  -255)
	203: Rel (     0,   125)  ->  Abs (  1370,  -130)
	204: Rel (  -125,     0)  ->  Abs (  1245,  -130)
	205: Rel (     0,  -125)  ->  Abs (  1245,  -255)
	206: Rel (  -124,     0)  ->  Abs (  1121,  -255)
	207: Rel (     0,   125)  ->  Abs (  1121,  -130)
	208: Rel (  -125,     0)  ->  Abs (   996,  -130)
	209: Rel (     0,  -125)  ->  Abs (   996,  -255)
	210: Rel (  -125,     0)  ->  Abs (   871,  -255)
	211: Rel (     0,   125)  ->  Abs (   871,  -130)
	212: Rel (  -124,     0)  ->  Abs (   747,  -130)
	213: Rel (     0,  -125)  ->  Abs (   747,  -255)
	214: Rel (  -125,     0)  ->  Abs (   622,  -255)
	215: Rel (     0,   125)  ->  Abs (   622,  -130)
	216: Rel (  -125,     0)  ->  Abs (   497,  -130)
	217: Rel (     0,  -125)  ->  Abs (   497,  -255)
	218: Rel (  -124,     0)  ->  Abs (   373,  -255)
	219: Rel (     0,   125)  ->  Abs (   373,  -130)
	220: Rel (  -125,     0)  ->  Abs (   248,  -130)
	221: Rel (     0,  -125)  ->  Abs (   248,  -255)
	222: Rel (  -124,  -124)  ->  Abs (   124,  -379)
	223: Rel (     0,  -125)  ->  Abs (   124,  -504)
	224: Rel (   124,     0)  ->  Abs (   248,  -504)
	225: Rel (     0,   125)  ->  Abs (   248,  -379)
	226: Rel (   125,     0)  ->  Abs (   373,  -379)
	227: Rel (     0,  -125)  ->  Abs (   373,  -504)
	228: Rel (   124,     0)  ->  Abs (   497,  -504)
	229: Rel (     0,   125)  ->  Abs (   497,  -379)
	230: Rel (   125,     0)  ->  Abs (   622,  -379)
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	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual               Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:                                      On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual               Y-Short X-Short On
	 44:                      Y-Short X-Short Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1715,   518)  ->  Abs (  1715,   518)
	  1: Rel (     0,  -264)  ->  Abs (  1715,   254)
	  2: Rel (  -373,  -373)  ->  Abs (  1342,  -119)
	  3: Rel (  -264,     0)  ->  Abs (  1078,  -119)
	  4: Rel (  -264,     0)  ->  Abs (   814,  -119)
	  5: Rel (  -374,   373)  ->  Abs (   440,   254)
	  6: Rel (     0,   264)  ->  Abs (   440,   518)
	  7: Rel (     0,   265)  ->  Abs (   440,   783)
	  8: Rel (   374,   373)  ->  Abs (   814,  1156)
	  9: Rel (   264,     0)  ->  Abs (  1078,  1156)
	 10: Rel (   264,     0)  ->  Abs (  1342,  1156)
	 11: Rel (   373,  -373)  ->  Abs (  1715,   783)
	 12: Rel (  -801,  -133)  ->  Abs (   914,   650)
	 13: Rel (     0,    34)  ->  Abs (   914,   684)
	 14: Rel (   -47,    47)  ->  Abs (   867,   731)
	 15: Rel (   -34,     0)  ->  Abs (   833,   731)
	 16: Rel (   -33,     0)  ->  Abs (   800,   731)
	 17: Rel (   -48,   -47)  ->  Abs (   752,   684)
	 18: Rel (     0,   -34)  ->  Abs (   752,   650)
	 19: Rel (     0,   -33)  ->  Abs (   752,   617)
	 20: Rel (    48,   -48)  ->  Abs (   800,   569)
	 21: Rel (    33,     0)  ->  Abs (   833,   569)
	 22: Rel (    34,     0)  ->  Abs (   867,   569)
	 23: Rel (    47,    48)  ->  Abs (   914,   617)
	 24: Rel (   489,    33)  ->  Abs (  1403,   650)
	 25: Rel (     0,    34)  ->  Abs (  1403,   684)
	 26: Rel (   -47,    47)  ->  Abs (  1356,   731)
	 27: Rel (   -34,     0)  ->  Abs (  1322,   731)
	 28: Rel (   -33,     0)  ->  Abs (  1289,   731)
	 29: Rel (   -48,   -47)  ->  Abs (  1241,   684)
	 30: Rel (     0,   -34)  ->  Abs (  1241,   650)
	 31: Rel (     0,   -33)  ->  Abs (  1241,   617)
	 32: Rel (    48,   -48)  ->  Abs (  1289,   569)
	 33: Rel (    33,     0)  ->  Abs (  1322,   569)
	 34: Rel (    34,     0)  ->  Abs (  1356,   569)
	 35: Rel (    47,    48)  ->  Abs (  1403,   617)
	 36: Rel (  -619,  -304)  ->  Abs (   784,   313)
	 37: Rel (    50,   -95)  ->  Abs (   834,   218)
	 38: Rel (   146,  -100)  ->  Abs (   980,   118)
	 39: Rel (    98,     0)  ->  Abs (  1078,   118)
	 40: Rel (    97,     0)  ->  Abs (  1175,   118)
	 41: Rel (   147,   100)  ->  Abs (  1322,   218)
	 42: Rel (    50,    95)  ->  Abs (  1372,   313)
	 43: Rel (   -63,    36)  ->  Abs (  1309,   349)
	 44: Rel (   -78,  -144)  ->  Abs (  1231,   205)
	 45: Rel (  -153,     0)  ->  Abs (  1078,   205)
	 46: Rel (  -153,     0)  ->  Abs (   925,   205)
	 47: Rel (   -79,   144)  ->  Abs (   846,   349)

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	  numberOfContours:	2
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	  1:  59

	  Length of Instructions:	0

	Flags
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	  0:                                      On
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	  2:        XDual                         On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:                                      On
	  7:        XDual         Y-Short X-Short On
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	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
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	 23:                      Y-Short X-Short On
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	 26:        XDual                         On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:                                      On
	 31:  YDual               Y-Short X-Short On
	 32:                                      On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual                               On
	 37:  YDual XDual         Y-Short         On
	 38:  YDual                               On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:                                      On
	 43:  YDual XDual         Y-Short X-Short On
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	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
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	 49:  YDual XDual         Y-Short         Off
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	 51:  YDual                       X-Short On
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	 54:        XDual         Y-Short         On
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	 56:                                      Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:                                      Off

	Coordinates
	-----------
	  0: Rel (   902,  1621)  ->  Abs (   902,  1621)
	  1: Rel (    76,     0)  ->  Abs (   978,  1621)
	  2: Rel (     0,  -337)  ->  Abs (   978,  1284)
	  3: Rel (   102,    -7)  ->  Abs (  1080,  1277)
	  4: Rel (   159,   -63)  ->  Abs (  1239,  1214)
	  5: Rel (    88,   -71)  ->  Abs (  1327,  1143)
	  6: Rel (   290,   284)  ->  Abs (  1617,  1427)
	  7: Rel (    52,   -53)  ->  Abs (  1669,  1374)
	  8: Rel (  -286,  -286)  ->  Abs (  1383,  1088)
	  9: Rel (    73,   -95)  ->  Abs (  1456,   993)
	 10: Rel (    30,   -74)  ->  Abs (  1486,   919)
	 11: Rel (    38,   -96)  ->  Abs (  1524,   823)
	 12: Rel (     2,   -93)  ->  Abs (  1526,   730)
	 13: Rel (   336,     0)  ->  Abs (  1862,   730)
	 14: Rel (     0,   -69)  ->  Abs (  1862,   661)
	 15: Rel (  -335,     0)  ->  Abs (  1527,   661)
	 16: Rel (   -19,  -189)  ->  Abs (  1508,   472)
	 17: Rel (  -124,  -158)  ->  Abs (  1384,   314)
	 18: Rel (   285,  -291)  ->  Abs (  1669,    23)
	 19: Rel (   -57,   -50)  ->  Abs (  1612,   -27)
	 20: Rel (  -283,   282)  ->  Abs (  1329,   255)
	 21: Rel (   -98,   -72)  ->  Abs (  1231,   183)
	 22: Rel (  -146,   -57)  ->  Abs (  1085,   126)
	 23: Rel (  -107,   -12)  ->  Abs (   978,   114)
	 24: Rel (     0,  -337)  ->  Abs (   978,  -223)
	 25: Rel (   -76,     0)  ->  Abs (   902,  -223)
	 26: Rel (     0,   337)  ->  Abs (   902,   114)
	 27: Rel (  -112,    15)  ->  Abs (   790,   129)
	 28: Rel (  -153,    62)  ->  Abs (   637,   191)
	 29: Rel (   -80,    61)  ->  Abs (   557,   252)
	 30: Rel (  -294,  -278)  ->  Abs (   263,   -26)
	 31: Rel (   -51,    51)  ->  Abs (   212,    25)
	 32: Rel (   285,   286)  ->  Abs (   497,   311)
	 33: Rel (   -66,    84)  ->  Abs (   431,   395)
	 34: Rel (   -68,   164)  ->  Abs (   363,   559)
	 35: Rel (   -11,   106)  ->  Abs (   352,   665)
	 36: Rel (  -336,     0)  ->  Abs (    16,   665)
	 37: Rel (     0,    69)  ->  Abs (    16,   734)
	 38: Rel (   336,     0)  ->  Abs (   352,   734)
	 39: Rel (     9,   106)  ->  Abs (   361,   840)
	 40: Rel (    66,   159)  ->  Abs (   427,   999)
	 41: Rel (    69,    84)  ->  Abs (   496,  1083)
	 42: Rel (  -284,   287)  ->  Abs (   212,  1370)
	 43: Rel (    48,    57)  ->  Abs (   260,  1427)
	 44: Rel (   292,  -282)  ->  Abs (   552,  1145)
	 45: Rel (   101,    70)  ->  Abs (   653,  1215)
	 46: Rel (   157,    61)  ->  Abs (   810,  1276)
	 47: Rel (    92,     8)  ->  Abs (   902,  1284)
	 48: Rel (   548,  -585)  ->  Abs (  1450,   699)
	 49: Rel (     0,   212)  ->  Abs (  1450,   911)
	 50: Rel (  -301,   300)  ->  Abs (  1149,  1211)
	 51: Rel (  -212,     0)  ->  Abs (   937,  1211)
	 52: Rel (  -212,     0)  ->  Abs (   725,  1211)
	 53: Rel (  -300,  -300)  ->  Abs (   425,   911)
	 54: Rel (     0,  -212)  ->  Abs (   425,   699)
	 55: Rel (     0,  -212)  ->  Abs (   425,   487)
	 56: Rel (   300,  -301)  ->  Abs (   725,   186)
	 57: Rel (   212,     0)  ->  Abs (   937,   186)
	 58: Rel (   212,     0)  ->  Abs (  1149,   186)
	 59: Rel (   301,   301)  ->  Abs (  1450,   487)

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	Flags
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	  3:        XDual         Y-Short         On
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	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On
	 11:        XDual                         On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                                      Off
	 26:                              X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                                      Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:                                      Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   796,   461)  ->  Abs (   796,   461)
	  1: Rel (     0,  -402)  ->  Abs (   796,    59)
	  2: Rel (   459,     0)  ->  Abs (  1255,    59)
	  3: Rel (     0,   -59)  ->  Abs (  1255,     0)
	  4: Rel (  -459,     0)  ->  Abs (   796,     0)
	  5: Rel (     0,  -439)  ->  Abs (   796,  -439)
	  6: Rel (   -59,     0)  ->  Abs (   737,  -439)
	  7: Rel (     0,   439)  ->  Abs (   737,     0)
	  8: Rel (  -460,     0)  ->  Abs (   277,     0)
	  9: Rel (     0,    59)  ->  Abs (   277,    59)
	 10: Rel (   460,     0)  ->  Abs (   737,    59)
	 11: Rel (     0,   402)  ->  Abs (   737,   461)
	 12: Rel (  -103,     0)  ->  Abs (   634,   461)
	 13: Rel (  -245,   131)  ->  Abs (   389,   592)
	 14: Rel (  -145,   251)  ->  Abs (   244,   843)
	 15: Rel (     0,   140)  ->  Abs (   244,   983)
	 16: Rel (     0,   136)  ->  Abs (   244,  1119)
	 17: Rel (   139,   250)  ->  Abs (   383,  1369)
	 18: Rel (   248,   138)  ->  Abs (   631,  1507)
	 19: Rel (   137,     0)  ->  Abs (   768,  1507)
	 20: Rel (   136,     0)  ->  Abs (   904,  1507)
	 21: Rel (   249,  -139)  ->  Abs (  1153,  1368)
	 22: Rel (   138,  -249)  ->  Abs (  1291,  1119)
	 23: Rel (     0,  -136)  ->  Abs (  1291,   983)
	 24: Rel (     0,  -209)  ->  Abs (  1291,   774)
	 25: Rel (  -287,  -303)  ->  Abs (  1004,   471)
	 26: Rel (  -237,   980)  ->  Abs (   767,  1451)
	 27: Rel (  -118,     0)  ->  Abs (   649,  1451)
	 28: Rel (  -225,  -121)  ->  Abs (   424,  1330)
	 29: Rel (  -126,  -226)  ->  Abs (   298,  1104)
	 30: Rel (     0,  -122)  ->  Abs (   298,   982)
	 31: Rel (     0,  -195)  ->  Abs (   298,   787)
	 32: Rel (   275,  -275)  ->  Abs (   573,   512)
	 33: Rel (   194,     0)  ->  Abs (   767,   512)
	 34: Rel (   195,     0)  ->  Abs (   962,   512)
	 35: Rel (   275,   275)  ->  Abs (  1237,   787)
	 36: Rel (     0,   195)  ->  Abs (  1237,   982)
	 37: Rel (     0,   122)  ->  Abs (  1237,  1104)
	 38: Rel (  -126,   226)  ->  Abs (  1111,  1330)
	 39: Rel (  -225,   121)  ->  Abs (   886,  1451)

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	  Length of Instructions:	0

	Flags
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	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual                 X-Short On
	  3:                      Y-Short X-Short On
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	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
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	 11:                      Y-Short X-Short Off
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	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
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	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
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	 24:  YDual               Y-Short X-Short On
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	 26:  YDual                       X-Short Off
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	 28:                      Y-Short X-Short Off
	 29:        XDual         Y-Short         On
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	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
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	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1216,  1620)  ->  Abs (  1216,  1620)
	  1: Rel (    36,   -16)  ->  Abs (  1252,  1604)
	  2: Rel (   163,  -666)  ->  Abs (  1415,   938)
	  3: Rel (   -57,   -15)  ->  Abs (  1358,   923)
	  4: Rel (  -142,   581)  ->  Abs (  1216,  1504)
	  5: Rel (  -358,  -768)  ->  Abs (   858,   736)
	  6: Rel (   148,   -75)  ->  Abs (  1006,   661)
	  7: Rel (   152,  -254)  ->  Abs (  1158,   407)
	  8: Rel (     0,  -145)  ->  Abs (  1158,   262)
	  9: Rel (     0,  -136)  ->  Abs (  1158,   126)
	 10: Rel (  -138,  -249)  ->  Abs (  1020,  -123)
	 11: Rel (  -249,  -139)  ->  Abs (   771,  -262)
	 12: Rel (  -137,     0)  ->  Abs (   634,  -262)
	 13: Rel (  -136,     0)  ->  Abs (   498,  -262)
	 14: Rel (  -249,   139)  ->  Abs (   249,  -123)
	 15: Rel (  -138,   249)  ->  Abs (   111,   126)
	 16: Rel (     0,   136)  ->  Abs (   111,   262)
	 17: Rel (     0,   217)  ->  Abs (   111,   479)
	 18: Rel (   307,   306)  ->  Abs (   418,   785)
	 19: Rel (   219,     0)  ->  Abs (   637,   785)
	 20: Rel (    78,     0)  ->  Abs (   715,   785)
	 21: Rel (    88,   -27)  ->  Abs (   803,   758)
	 22: Rel (   360,   771)  ->  Abs (  1163,  1529)
	 23: Rel (  -537,  -265)  ->  Abs (   626,  1264)
	 24: Rel (   -24,    53)  ->  Abs (   602,  1317)
	 25: Rel (    32,  -586)  ->  Abs (   634,   731)
	 26: Rel (  -118,     0)  ->  Abs (   516,   731)
	 27: Rel (  -225,  -121)  ->  Abs (   291,   610)
	 28: Rel (  -126,  -226)  ->  Abs (   165,   384)
	 29: Rel (     0,  -122)  ->  Abs (   165,   262)
	 30: Rel (     0,  -195)  ->  Abs (   165,    67)
	 31: Rel (   275,  -275)  ->  Abs (   440,  -208)
	 32: Rel (   194,     0)  ->  Abs (   634,  -208)
	 33: Rel (   195,     0)  ->  Abs (   829,  -208)
	 34: Rel (   275,   275)  ->  Abs (  1104,    67)
	 35: Rel (     0,   195)  ->  Abs (  1104,   262)
	 36: Rel (     0,   122)  ->  Abs (  1104,   384)
	 37: Rel (  -126,   226)  ->  Abs (   978,   610)
	 38: Rel (  -225,   121)  ->  Abs (   753,   731)

	Glyph 388: off = 0x00012C4C, len = 112
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	  Length of Instructions:	0

	Flags
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	  5:        XDual         Y-Short         On
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	  9:  YDual                       X-Short Off
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	 11:  YDual               Y-Short X-Short On
	 12:        XDual Rep-  2 Y-Short X-Short Off
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	 16:        XDual         Y-Short X-Short On
	 17:  YDual                               On
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   545,  1231)  ->  Abs (   545,  1231)
	  1: Rel (    26,  -108)  ->  Abs (   571,  1123)
	  2: Rel (   108,  -170)  ->  Abs (   679,   953)
	  3: Rel (   277,  -251)  ->  Abs (   956,   702)
	  4: Rel (    74,  -134)  ->  Abs (  1030,   568)
	  5: Rel (     0,   -69)  ->  Abs (  1030,   499)
	  6: Rel (     0,   -96)  ->  Abs (  1030,   403)
	  7: Rel (  -128,  -128)  ->  Abs (   902,   275)
	  8: Rel (   -92,     0)  ->  Abs (   810,   275)
	  9: Rel (   -78,     0)  ->  Abs (   732,   275)
	 10: Rel (  -127,    97)  ->  Abs (   605,   372)
	 11: Rel (   -49,    93)  ->  Abs (   556,   465)
	 12: Rel (     1,  -147)  ->  Abs (   557,   318)
	 13: Rel (    75,  -173)  ->  Abs (   632,   145)
	 14: Rel (   165,   -99)  ->  Abs (   797,    46)
	 15: Rel (   137,    -9)  ->  Abs (   934,    37)
	 16: Rel (     7,   -37)  ->  Abs (   941,     0)
	 17: Rel (  -793,     0)  ->  Abs (   148,     0)
	 18: Rel (     8,    37)  ->  Abs (   156,    37)
	 19: Rel (   184,     0)  ->  Abs (   340,    37)
	 20: Rel (   203,   215)  ->  Abs (   543,   252)
	 21: Rel (    -4,   213)  ->  Abs (   539,   465)
	 22: Rel (   -45,   -95)  ->  Abs (   494,   370)
	 23: Rel (  -133,   -95)  ->  Abs (   361,   275)
	 24: Rel (   -84,     0)  ->  Abs (   277,   275)
	 25: Rel (   -90,     0)  ->  Abs (   187,   275)
	 26: Rel (  -129,   130)  ->  Abs (    58,   405)
	 27: Rel (     0,    91)  ->  Abs (    58,   496)
	 28: Rel (     0,    73)  ->  Abs (    58,   569)
	 29: Rel (    33,    59)  ->  Abs (    91,   628)
	 30: Rel (    45,    82)  ->  Abs (   136,   710)
	 31: Rel (   202,   166)  ->  Abs (   338,   876)
	 32: Rel (    48,    54)  ->  Abs (   386,   930)
	 33: Rel (    73,    83)  ->  Abs (   459,  1013)
	 34: Rel (    67,   130)  ->  Abs (   526,  1143)

	Glyph 389: off = 0x00012CBC, len = 150
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	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
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	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
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	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
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	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On
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	 46:  YDual               Y-Short X-Short On
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	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short On
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	Coordinates
	-----------
	  0: Rel (  1098,     0)  ->  Abs (  1098,     0)
	  1: Rel (  -848,     0)  ->  Abs (   250,     0)
	  2: Rel (     8,    34)  ->  Abs (   258,    34)
	  3: Rel (   165,    35)  ->  Abs (   423,    69)
	  4: Rel (    54,    34)  ->  Abs (   477,   103)
	  5: Rel (    81,    51)  ->  Abs (   558,   154)
	  6: Rel (   103,   200)  ->  Abs (   661,   354)
	  7: Rel (     0,   111)  ->  Abs (   661,   465)
	  8: Rel (     0,    16)  ->  Abs (   661,   481)
	  9: Rel (    -1,    30)  ->  Abs (   660,   511)
	 10: Rel (   -61,  -124)  ->  Abs (   599,   387)
	 11: Rel (  -175,  -114)  ->  Abs (   424,   273)
	 12: Rel (   -91,     0)  ->  Abs (   333,   273)
	 13: Rel (  -116,     0)  ->  Abs (   217,   273)
	 14: Rel (  -162,   162)  ->  Abs (    55,   435)
	 15: Rel (     0,   118)  ->  Abs (    55,   553)
	 16: Rel (     0,   116)  ->  Abs (    55,   669)
	 17: Rel (   148,   159)  ->  Abs (   203,   828)
	 18: Rel (    94,     0)  ->  Abs (   297,   828)
	 19: Rel (    60,     0)  ->  Abs (   357,   828)
	 20: Rel (   103,   -51)  ->  Abs (   460,   777)
	 21: Rel (   -42,    70)  ->  Abs (   418,   847)
	 22: Rel (   -25,    71)  ->  Abs (   393,   918)
	 23: Rel (     0,    41)  ->  Abs (   393,   959)
	 24: Rel (     0,   114)  ->  Abs (   393,  1073)
	 25: Rel (   158,   158)  ->  Abs (   551,  1231)
	 26: Rel (   118,     0)  ->  Abs (   669,  1231)
	 27: Rel (   118,     0)  ->  Abs (   787,  1231)
	 28: Rel (   161,  -158)  ->  Abs (   948,  1073)
	 29: Rel (     0,  -109)  ->  Abs (   948,   964)
	 30: Rel (     0,   -89)  ->  Abs (   948,   875)
	 31: Rel (   -69,   -98)  ->  Abs (   879,   777)
	 32: Rel (    84,    40)  ->  Abs (   963,   817)
	 33: Rel (    17,     5)  ->  Abs (   980,   822)
	 34: Rel (    27,     8)  ->  Abs (  1007,   830)
	 35: Rel (    34,     0)  ->  Abs (  1041,   830)
	 36: Rel (   100,     0)  ->  Abs (  1141,   830)
	 37: Rel (   147,  -157)  ->  Abs (  1288,   673)
	 38: Rel (     0,  -116)  ->  Abs (  1288,   557)
	 39: Rel (     0,  -120)  ->  Abs (  1288,   437)
	 40: Rel (  -161,  -163)  ->  Abs (  1127,   274)
	 41: Rel (  -113,     0)  ->  Abs (  1014,   274)
	 42: Rel (   -63,     0)  ->  Abs (   951,   274)
	 43: Rel (  -133,    61)  ->  Abs (   818,   335)
	 44: Rel (   -49,    51)  ->  Abs (   769,   386)
	 45: Rel (   -35,    37)  ->  Abs (   734,   423)
	 46: Rel (   -52,    88)  ->  Abs (   682,   511)
	 47: Rel (     4,  -159)  ->  Abs (   686,   352)
	 48: Rel (    89,  -185)  ->  Abs (   775,   167)
	 49: Rel (    92,   -61)  ->  Abs (   867,   106)
	 50: Rel (    62,   -41)  ->  Abs (   929,    65)
	 51: Rel (   161,   -31)  ->  Abs (  1090,    34)

	Glyph 390: off = 0x00012D52, len = 94
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	  Length of Instructions:	0

	Flags
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	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
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	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   610,   -24)  ->  Abs (   610,   -24)
	  1: Rel (   -31,   118)  ->  Abs (   579,    94)
	  2: Rel (  -115,   207)  ->  Abs (   464,   301)
	  3: Rel (  -165,   218)  ->  Abs (   299,   519)
	  4: Rel (  -121,   160)  ->  Abs (   178,   679)
	  5: Rel (   -28,    43)  ->  Abs (   150,   722)
	  6: Rel (   -46,    70)  ->  Abs (   104,   792)
	  7: Rel (   -41,   117)  ->  Abs (    63,   909)
	  8: Rel (     0,    60)  ->  Abs (    63,   969)
	  9: Rel (     0,   111)  ->  Abs (    63,  1080)
	 10: Rel (   148,   150)  ->  Abs (   211,  1230)
	 11: Rel (   109,     0)  ->  Abs (   320,  1230)
	 12: Rel (   110,     0)  ->  Abs (   430,  1230)
	 13: Rel (    81,   -78)  ->  Abs (   511,  1152)
	 14: Rel (    61,   -58)  ->  Abs (   572,  1094)
	 15: Rel (    38,  -115)  ->  Abs (   610,   979)
	 16: Rel (    33,   113)  ->  Abs (   643,  1092)
	 17: Rel (    60,    59)  ->  Abs (   703,  1151)
	 18: Rel (    83,    80)  ->  Abs (   786,  1231)
	 19: Rel (   109,     0)  ->  Abs (   895,  1231)
	 20: Rel (   108,     0)  ->  Abs (  1003,  1231)
	 21: Rel (   150,  -149)  ->  Abs (  1153,  1082)
	 22: Rel (     0,  -103)  ->  Abs (  1153,   979)
	 23: Rel (     0,   -90)  ->  Abs (  1153,   889)
	 24: Rel (   -88,  -195)  ->  Abs (  1065,   694)
	 25: Rel (  -126,  -158)  ->  Abs (   939,   536)
	 26: Rel (  -164,  -207)  ->  Abs (   775,   329)
	 27: Rel (   -75,  -133)  ->  Abs (   700,   196)
	 28: Rel (   -59,  -105)  ->  Abs (   641,    91)

	Glyph 391: off = 0x00012DB0, len = 70
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	  Length of Instructions:	0

	Flags
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	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   521,  1231)  ->  Abs (   521,  1231)
	  1: Rel (    89,  -151)  ->  Abs (   610,  1080)
	  2: Rel (   130,  -173)  ->  Abs (   740,   907)
	  3: Rel (   150,  -200)  ->  Abs (   890,   707)
	  4: Rel (    92,  -103)  ->  Abs (   982,   604)
	  5: Rel (   -74,   -78)  ->  Abs (   908,   526)
	  6: Rel (  -168,  -224)  ->  Abs (   740,   302)
	  7: Rel (  -136,  -182)  ->  Abs (   604,   120)
	  8: Rel (   -82,  -144)  ->  Abs (   522,   -24)
	  9: Rel (   -27,    52)  ->  Abs (   495,    28)
	 10: Rel (   -47,    69)  ->  Abs (   448,    97)
	 11: Rel (   -81,   120)  ->  Abs (   367,   217)
	 12: Rel (  -120,   159)  ->  Abs (   247,   376)
	 13: Rel (   -26,    35)  ->  Abs (   221,   411)
	 14: Rel (  -157,   193)  ->  Abs (    64,   604)
	 15: Rel (   101,   115)  ->  Abs (   165,   719)
	 16: Rel (   159,   213)  ->  Abs (   324,   932)
	 17: Rel (   118,   158)  ->  Abs (   442,  1090)

	Glyph 392: off = 0x00012DF6, len = 94
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	  Length of Instructions:	0

	Flags
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	  0:                                      On
	  1:  YDual XDual                 X-Short On
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	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
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	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
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	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short On
	 18:        XDual                         On
	 19:        XDual         Y-Short         Off
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	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   486,  1363)  ->  Abs (   486,  1363)
	  1: Rel (    38,     0)  ->  Abs (   524,  1363)
	  2: Rel (   172,     0)  ->  Abs (   696,  1363)
	  3: Rel (    55,   -14)  ->  Abs (   751,  1349)
	  4: Rel (    79,   -20)  ->  Abs (   830,  1329)
	  5: Rel (    60,   -57)  ->  Abs (   890,  1272)
	  6: Rel (    45,   -42)  ->  Abs (   935,  1230)
	  7: Rel (    52,  -153)  ->  Abs (   987,  1077)
	  8: Rel (     0,  -102)  ->  Abs (   987,   975)
	  9: Rel (     0,  -103)  ->  Abs (   987,   872)
	 10: Rel (   -99,     0)  ->  Abs (   888,   872)
	 11: Rel (     0,    43)  ->  Abs (   888,   915)
	 12: Rel (     0,    68)  ->  Abs (   888,   983)
	 13: Rel (   -57,    95)  ->  Abs (   831,  1078)
	 14: Rel (   -56,    25)  ->  Abs (   775,  1103)
	 15: Rel (   -73,    32)  ->  Abs (   702,  1135)
	 16: Rel (   -89,     0)  ->  Abs (   613,  1135)
	 17: Rel (   -28,     0)  ->  Abs (   585,  1135)
	 18: Rel (     0,  -835)  ->  Abs (   585,   300)
	 19: Rel (     0,  -121)  ->  Abs (   585,   179)
	 20: Rel (   -64,  -135)  ->  Abs (   521,    44)
	 21: Rel (  -156,   -81)  ->  Abs (   365,   -37)
	 22: Rel (   -92,     0)  ->  Abs (   273,   -37)
	 23: Rel (  -109,     0)  ->  Abs (   164,   -37)
	 24: Rel (  -127,   123)  ->  Abs (    37,    86)
	 25: Rel (     0,   100)  ->  Abs (    37,   186)
	 26: Rel (     0,   105)  ->  Abs (    37,   291)
	 27: Rel (   152,   143)  ->  Abs (   189,   434)
	 28: Rel (   123,     0)  ->  Abs (   312,   434)
	 29: Rel (    78,     0)  ->  Abs (   390,   434)
	 30: Rel (    96,   -46)  ->  Abs (   486,   388)

	Glyph 393: off = 0x00012E54, len = 98
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	Flags
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	  0:                                      On
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	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
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	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   534,  1271)  ->  Abs (   534,  1271)
	  1: Rel (   796,   248)  ->  Abs (  1330,  1519)
	  2: Rel (     0, -1108)  ->  Abs (  1330,   411)
	  3: Rel (     0,  -124)  ->  Abs (  1330,   287)
	  4: Rel (   -63,  -126)  ->  Abs (  1267,   161)
	  5: Rel (  -151,   -82)  ->  Abs (  1116,    79)
	  6: Rel (   -95,     0)  ->  Abs (  1021,    79)
	  7: Rel (  -109,     0)  ->  Abs (   912,    79)
	  8: Rel (  -130,   125)  ->  Abs (   782,   204)
	  9: Rel (     0,    99)  ->  Abs (   782,   303)
	 10: Rel (     0,   100)  ->  Abs (   782,   403)
	 11: Rel (   154,   145)  ->  Abs (   936,   548)
	 12: Rel (   122,     0)  ->  Abs (  1058,   548)
	 13: Rel (    40,     0)  ->  Abs (  1098,   548)
	 14: Rel (    61,   -14)  ->  Abs (  1159,   534)
	 15: Rel (    69,   -29)  ->  Abs (  1228,   505)
	 16: Rel (     0,   724)  ->  Abs (  1228,  1229)
	 17: Rel (  -595,  -185)  ->  Abs (   633,  1044)
	 18: Rel (     0,  -836)  ->  Abs (   633,   208)
	 19: Rel (     0,  -121)  ->  Abs (   633,    87)
	 20: Rel (   -64,  -135)  ->  Abs (   569,   -48)
	 21: Rel (  -156,   -80)  ->  Abs (   413,  -128)
	 22: Rel (   -92,     0)  ->  Abs (   321,  -128)
	 23: Rel (  -109,     0)  ->  Abs (   212,  -128)
	 24: Rel (  -127,   123)  ->  Abs (    85,    -5)
	 25: Rel (     0,    99)  ->  Abs (    85,    94)
	 26: Rel (     0,   105)  ->  Abs (    85,   199)
	 27: Rel (   152,   143)  ->  Abs (   237,   342)
	 28: Rel (   123,     0)  ->  Abs (   360,   342)
	 29: Rel (    78,     0)  ->  Abs (   438,   342)
	 30: Rel (    96,   -46)  ->  Abs (   534,   296)

	Glyph 394: off = 0x00012EB6, len = 184
	  numberOfContours:	-1  (Composite)
	  xMin:			191
	  yMin:			-25
	  xMax:			1400
	  yMax:			1466

	     0: Flags:		0x0026
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0107
		Glyf Index:	45
		X WOffset:	535
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1     4    30    15    16     2    85     4    28    13 
	                            13     2    85     4 
	00016: PUSHW[1]            -16 
	00019: PUSHB[5]             11    11     2    85     4 
	00025: PUSHW[1]            -32 
	00028: PUSHB[5]              9    10     6    85     4 
	00034: PUSHW[1]             -4 
	00037: NPUSHB      (17):    12    12     6    85     4    18    13    13     6    85 
	                             4     9    15    15     6    85     4 
	00056: PUSHW[1]            -38 
	00059: NPUSHB      (22):    16    16     6    85    79     4    95     4   159     4 
	                           191     4   192     4     5     4     3   150    72    43 
	                             0     0 
	00083: PUSHW[1]            -10 
	00086: PUSHB[5]             16    16     2    85     0 
	00092: PUSHW[1]             -6 
	00095: PUSHB[5]             12    13     2    85     0 
	00101: PUSHW[1]            -17 
	00104: PUSHB[5]             16    16     6    85     0 
	00110: PUSHW[1]            -13 
	00113: PUSHB[5]             15    15     6    85     0 
	00119: PUSHW[1]             -7 
	00122: NPUSHB      (14):    11    13     6    85   111     0   144     0     2     0 
	                            22   191    72    43 
	00138: SVTCA[x-axis] 
	00139: CALL       
	00140: DELTAP1    
	00141: CALL       
	00142: CALL       
	00143: CALL       
	00144: CALL       
	00145: CALL       
	00146: SHC[rp1,zp0] 
	00147: CALL       
	00148: DELTAP1    
	00149: CALL       
	00150: CALL       
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: CALL       
	00157: SHC[rp2,zp1] 

	Glyph 395: off = 0x00012F6E, len = 190
	  numberOfContours:	-1  (Composite)
	  xMin:			136
	  yMin:			-431
	  xMax:			792
	  yMax:			1466

	     0: Flags:		0x0026
		Glyf Index:	76
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0107
		Glyf Index:	77
		X WOffset:	478
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     3     2    28    64    12    12     2    85    28    64 
	                             9    10     2    85    19 
	00017: PUSHW[1]             -8 
	00020: PUSHB[5]             12    13     2    85    19 
	00026: PUSHW[1]            -64 
	00029: PUSHB[5]             11    11     2    85    19 
	00035: PUSHW[1]             -4 
	00038: PUSHB[5]             16    16     6    85    19 
	00044: PUSHW[1]             -6 
	00047: PUSHB[5]             13    13     6    85    19 
	00053: PUSHW[1]            -50 
	00056: NPUSHB      (24):    11    12     6    85    96    19   112    19     2    31 
	                            19    48    19   111    19   144    19   160    19   224 
	                            19     6    19     7 
	00082: PUSHW[1]            300 
	00085: PUSHB[5]             72    43     1     0     4 
	00091: PUSHW[1]             -8 
	00094: PUSHB[5]             12    13     2    85     4 
	00100: PUSHW[1]             -4 
	00103: PUSHB[5]             16    16     6    85     4 
	00109: PUSHW[1]             -8 
	00112: PUSHB[5]             15    15     6    85     4 
	00118: PUSHW[1]             -6 
	00121: NPUSHB      (20):    11    13     6    85     0     4    16     4    32     4 
	                           127     4   143     4     5     4    27   136    72    43 
	00143: SVTCA[x-axis] 
	00144: CALL       
	00145: DELTAP1    
	00146: CALL       
	00147: CALL       
	00148: CALL       
	00149: CALL       
	00150: SHC[rp1,zp0] 
	00151: SHC[rp1,zp0] 
	00152: CALL       
	00153: DELTAP1    
	00154: DELTAP2    
	00155: CALL       
	00156: CALL       
	00157: CALL       
	00158: CALL       
	00159: CALL       
	00160: CALL       
	00161: CALL       
	00162: SHC[rp1,zp0] 
	00163: SHC[rp1,zp0] 

	Glyph 396: off = 0x0001302C, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			108
	  yMin:			0
	  xMax:			1238
	  yMax:			1481

	     0: Flags:		0x0027
		Glyf Index:	81
		X WOffset:	240
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0106
		Glyf Index:	182
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     0     1     0    35   240    72    39     1     1    24 
	                            35     0    72    39 
	00016: CALL       
	00017: CALL       

	Glyph 397: off = 0x00013058, len = 92
	  numberOfContours:	1
	  xMin:			128
	  yMin:			947
	  xMax:			398
	  yMax:			1466

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	58
	00000: NPUSHB      (35):     3    34    26    33    52     2    34    26    33    52 
	                             2     3     0     5     4     4     1     5   238     3 
	                             2     0     2   249     4   129    47     1     1     1 
	                            25     6   157   104    24 
	00037: CALL       
	00038: FLIPOFF    
	00039: SRP0       
	00040: MIRP[srp0,nmd,rd,0] 
	00041: DELTAP1    
	00042: FLIPON     
	00043: MIRP[srp0,md,rd,1] 
	00044: MIRP[nrp0,md,rd,1] 
	00045: SVTCA[y-axis] 
	00046: MIAP[rd+ci] 
	00047: ALIGNRP    
	00048: MIRP[nrp0,md,rd,1] 
	00049: SVTCA[x-axis] 
	00050: SRP1       
	00051: SRP2       
	00052: SLOOP      
	00053: IP         
	00054: IUP[y]     
	00055: IUP[x]     
	00056: CALL       
	00057: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                 X-Short On
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual                 X-Short On
	  4:                      Y-Short X-Short On
	  5:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   128,   947)  ->  Abs (   128,   947)
	  1: Rel (    12,   274)  ->  Abs (   140,  1221)
	  2: Rel (    52,   245)  ->  Abs (   192,  1466)
	  3: Rel (   206,     0)  ->  Abs (   398,  1466)
	  4: Rel (   -53,  -245)  ->  Abs (   345,  1221)
	  5: Rel (  -105,  -274)  ->  Abs (   240,   947)

	Glyph 398: off = 0x000130B4, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			947
	  xMax:			681
	  yMax:			1466

	     0: Flags:		0x0026
		Glyf Index:	397
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0107
		Glyf Index:	397
		X WOffset:	283
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: SVTCA[x-axis] 
	00001: PUSHB[2]              6     2 
	00004: RS         
	00005: EQ         
	00006: IF         
	00007: ELSE       
	00008: PUSHB[6]              1    79     7     1     7    12 
	00015: PUSHW[1]            383 
	00018: NPUSHB      (15):    72    43     0    79     1    95     1   144     1     3 
	                             1    12    70    72    43 
	00035: CALL       
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 
	00038: CALL       
	00039: DELTAP1    
	00040: SHC[rp2,zp1] 
	00041: EIF        

	Glyph 399: off = 0x000130F8, len = 364
	  numberOfContours:	4
	  xMin:			97
	  yMin:			-54
	  xMax:			1717
	  yMax:			1491

	EndPoints
	---------
	  0:  25
	  1:  29
	  2:  41
	  3:  53

	  Length of Instructions:	199
	00000: NPUSHB      (41):    33     0    32     1    47    13   128     0     4    32 
	                             1    32     2   134    19   134    22   130    44   142 
	                            47   142    50   130    53     8    28    29    29    63 
	                            26    27    20    26    26    27    29    26    56    39 
	                            51 
	00043: PUSHW[5]            702    33   357    45   702 
	00054: NPUSHB      (22):    39     9    28    27    27    10    15    14    31    14 
	                             2    14   118    17     0     0    16     0     2     0 
	                           160    23 
	00078: PUSHW[5]            702     4   357    17   702 
	00089: NPUSHB      (10):    10     3    28   232    27   160    30    48    42    36 
	00101: PUSHW[1]            701 
	00104: NPUSHB      (17):    42    42    30   110     0    29   249    26   174     0 
	                            14    42    13    58     0    42     1 
	00123: PUSHW[1]            340 
	00126: NPUSHB      (11):    20    42    63     7     1     7    25    54   113   167 
	                            24 
	00139: CALL       
	00140: FLIPOFF    
	00141: SRP0       
	00142: MIRP[srp0,nmd,rd,0] 
	00143: DELTAP1    
	00144: FLIPON     
	00145: MIRP[srp0,md,rd,1] 
	00146: MIRP[srp0,nmd,rd,0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIRP[srp0,nmd,rd,0] 
	00149: MIRP[nrp0,md,rd,1] 
	00150: RTHG       
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,0] 
	00153: RTG        
	00154: MIRP[nrp0,md,rd,1] 
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,0] 
	00157: MIRP[nrp0,md,rd,1] 
	00158: MIRP[srp0,md,rd,1] 
	00159: MIRP[nrp0,md,rd,1] 
	00160: RTHG       
	00161: SRP0       
	00162: MIRP[srp0,nmd,rd,0] 
	00163: RTG        
	00164: MIRP[nrp0,md,rd,1] 
	00165: SVTCA[y-axis] 
	00166: MIAP[rd+ci] 
	00167: MIRP[nrp0,md,rd,1] 
	00168: MIRP[srp0,md,rd,1] 
	00169: MIRP[srp0,md,rd,1] 
	00170: MIRP[nrp0,nmd,rd,0] 
	00171: DELTAP1    
	00172: SRP0       
	00173: MIRP[nrp0,nmd,rd,0] 
	00174: DELTAP1    
	00175: SRP0       
	00176: ALIGNRP    
	00177: SRP0       
	00178: ALIGNRP    
	00179: MIAP[rd+ci] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: MIRP[srp0,md,rd,1] 
	00182: MIRP[nrp0,md,rd,1] 
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,0] 
	00185: ALIGNRP    
	00186: SDPVTL[1]  
	00187: SFVTCA[x-axis] 
	00188: MDAP[nrd]  
	00189: CALL       
	00190: RDTG       
	00191: SRP0       
	00192: MDRP[nrp0,nmd,rd,0] 
	00193: IUP[y]     
	00194: IUP[x]     
	00195: SVTCA[x-axis] 
	00196: DELTAP1    
	00197: SVTCA[y-axis] 
	00198: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:                      Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:                              X-Short On
	 27:                                      On
	 28:  YDual XDual                 X-Short On
	 29:                                      On
	 30:                                      On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:        XDual         Y-Short         Off
	 44:        XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   620,  1004)  ->  Abs (   620,  1004)
	  1: Rel (   123,   -16)  ->  Abs (   743,   988)
	  2: Rel (   -20,  -128)  ->  Abs (   723,   860)
	  3: Rel (  -167,  -144)  ->  Abs (   556,   716)
	  4: Rel (  -122,     0)  ->  Abs (   434,   716)
	  5: Rel (  -152,     0)  ->  Abs (   282,   716)
	  6: Rel (  -185,   199)  ->  Abs (    97,   915)
	  7: Rel (     0,   186)  ->  Abs (    97,  1101)
	  8: Rel (     0,   192)  ->  Abs (    97,  1293)
	  9: Rel (   186,   198)  ->  Abs (   283,  1491)
	 10: Rel (   152,     0)  ->  Abs (   435,  1491)
	 11: Rel (   122,     0)  ->  Abs (   557,  1491)
	 12: Rel (   153,  -122)  ->  Abs (   710,  1369)
	 13: Rel (    21,  -112)  ->  Abs (   731,  1257)
	 14: Rel (  -122,   -20)  ->  Abs (   609,  1237)
	 15: Rel (   -17,    75)  ->  Abs (   592,  1312)
	 16: Rel (   -89,    76)  ->  Abs (   503,  1388)
	 17: Rel (   -63,     0)  ->  Abs (   440,  1388)
	 18: Rel (   -95,     0)  ->  Abs (   345,  1388)
	 19: Rel (  -119,  -136)  ->  Abs (   226,  1252)
	 20: Rel (     0,  -148)  ->  Abs (   226,  1104)
	 21: Rel (     0,  -149)  ->  Abs (   226,   955)
	 22: Rel (   115,  -136)  ->  Abs (   341,   819)
	 23: Rel (    92,     0)  ->  Abs (   433,   819)
	 24: Rel (    74,     0)  ->  Abs (   507,   819)
	 25: Rel (    99,    90)  ->  Abs (   606,   909)
	 26: Rel (  -198,  -963)  ->  Abs (   408,   -54)
	 27: Rel (   802,  1545)  ->  Abs (  1210,  1491)
	 28: Rel (   146,     0)  ->  Abs (  1356,  1491)
	 29: Rel (  -799, -1545)  ->  Abs (   557,   -54)
	 30: Rel (   464,   425)  ->  Abs (  1021,   371)
	 31: Rel (     0,   187)  ->  Abs (  1021,   558)
	 32: Rel (   192,   201)  ->  Abs (  1213,   759)
	 33: Rel (   156,     0)  ->  Abs (  1369,   759)
	 34: Rel (   154,     0)  ->  Abs (  1523,   759)
	 35: Rel (   194,  -201)  ->  Abs (  1717,   558)
	 36: Rel (     0,  -176)  ->  Abs (  1717,   382)
	 37: Rel (     0,  -198)  ->  Abs (  1717,   184)
	 38: Rel (  -191,  -201)  ->  Abs (  1526,   -17)
	 39: Rel (  -157,     0)  ->  Abs (  1369,   -17)
	 40: Rel (  -155,     0)  ->  Abs (  1214,   -17)
	 41: Rel (  -193,   200)  ->  Abs (  1021,   183)
	 42: Rel (   129,   188)  ->  Abs (  1150,   371)
	 43: Rel (     0,  -142)  ->  Abs (  1150,   229)
	 44: Rel (   125,  -142)  ->  Abs (  1275,    87)
	 45: Rel (    94,     0)  ->  Abs (  1369,    87)
	 46: Rel (    94,     0)  ->  Abs (  1463,    87)
	 47: Rel (   125,   142)  ->  Abs (  1588,   229)
	 48: Rel (     0,   146)  ->  Abs (  1588,   375)
	 49: Rel (     0,   138)  ->  Abs (  1588,   513)
	 50: Rel (  -125,   142)  ->  Abs (  1463,   655)
	 51: Rel (   -94,     0)  ->  Abs (  1369,   655)
	 52: Rel (   -94,     0)  ->  Abs (  1275,   655)
	 53: Rel (  -125,  -142)  ->  Abs (  1150,   513)

	Glyph 400: off = 0x00013264, len = 244
	  numberOfContours:	2
	  xMin:			15
	  yMin:			-24
	  xMax:			646
	  yMax:			1491

	EndPoints
	---------
	  0:  26
	  1:  38

	  Length of Instructions:	125
	00000: NPUSHB      (31):    79    40     1    25    26    26    11    11    12    11 
	                            10    25    24    27    11    26     0    25     1     4 
	                            12    24     1    60    25    25    21     5    19   249 
	                            18 
	00033: PUSHW[1]            634 
	00036: NPUSHB      (40):    15    41    21    13    34    42     5     5    19    18 
	                            39     8    41    30   108    38    38    12     2    12 
	                            41     0    24    32    24   144    24   160    24   176 
	                            24   192    24     6    24   159    39   169   122    24 
	00078: CALL       
	00079: SRP0       
	00080: MIRP[srp0,nmd,rd,2] 
	00081: DELTAP1    
	00082: MIRP[nrp0,md,rd,1] 
	00083: ALIGNRP    
	00084: SRP0       
	00085: ALIGNRP    
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,2] 
	00088: MIRP[srp0,md,rd,1] 
	00089: MIRP[srp0,nmd,rd,0] 
	00090: ALIGNRP    
	00091: SVTCA[y-axis] 
	00092: MIAP[rd+ci] 
	00093: MIRP[nrp0,md,rd,1] 
	00094: MIAP[rd+ci] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: MIRP[srp0,md,rd,1] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: SRP1       
	00099: SRP2       
	00100: IP         
	00101: MDAP[rd]   
	00102: MIRP[nrp0,md,rd,1] 
	00103: SVTCA[x-axis] 
	00104: SRP1       
	00105: SRP2       
	00106: SLOOP      
	00107: IP         
	00108: IP         
	00109: IP         
	00110: SFVTPV     
	00111: SRP0       
	00112: ALIGNRP    
	00113: SFVTL[=p1,p2] 
	00114: SRP0       
	00115: ALIGNRP    
	00116: SDPVTL[1]  
	00117: SFVTCA[y-axis] 
	00118: RDTG       
	00119: SRP0       
	00120: MDRP[nrp0,nmd,rd,0] 
	00121: IUP[y]     
	00122: IUP[x]     
	00123: SVTCA[x-axis] 
	00124: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual                         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                              X-Short Off
	 11:                      Y-Short X-Short On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:        XDual         Y-Short         On
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         On
	 26:                      Y-Short X-Short On
	 27:        XDual                 X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    15,   422)  ->  Abs (    15,   422)
	  1: Rel (   177,   235)  ->  Abs (   192,   657)
	  2: Rel (     0,   455)  ->  Abs (   192,  1112)
	  3: Rel (     0,   226)  ->  Abs (   192,  1338)
	  4: Rel (   123,   153)  ->  Abs (   315,  1491)
	  5: Rel (   111,     0)  ->  Abs (   426,  1491)
	  6: Rel (    96,     0)  ->  Abs (   522,  1491)
	  7: Rel (   124,  -130)  ->  Abs (   646,  1361)
	  8: Rel (     0,  -109)  ->  Abs (   646,  1252)
	  9: Rel (     0,   -92)  ->  Abs (   646,  1160)
	 10: Rel (  -120,  -265)  ->  Abs (   526,   895)
	 11: Rel (  -165,  -230)  ->  Abs (   361,   665)
	 12: Rel (     0,  -415)  ->  Abs (   361,   250)
	 13: Rel (     0,   -89)  ->  Abs (   361,   161)
	 14: Rel (    29,   -43)  ->  Abs (   390,   118)
	 15: Rel (    27,     0)  ->  Abs (   417,   118)
	 16: Rel (    26,     0)  ->  Abs (   443,   118)
	 17: Rel (    68,    33)  ->  Abs (   511,   151)
	 18: Rel (   105,    74)  ->  Abs (   616,   225)
	 19: Rel (     0,  -162)  ->  Abs (   616,    63)
	 20: Rel (  -111,   -87)  ->  Abs (   505,   -24)
	 21: Rel (  -114,     0)  ->  Abs (   391,   -24)
	 22: Rel (   -92,     0)  ->  Abs (   299,   -24)
	 23: Rel (  -107,   114)  ->  Abs (   192,    90)
	 24: Rel (     0,   127)  ->  Abs (   192,   217)
	 25: Rel (     0,   225)  ->  Abs (   192,   442)
	 26: Rel (   -79,   -98)  ->  Abs (   113,   344)
	 27: Rel (   248,   555)  ->  Abs (   361,   899)
	 28: Rel (    98,   169)  ->  Abs (   459,  1068)
	 29: Rel (    47,   128)  ->  Abs (   506,  1196)
	 30: Rel (     0,    55)  ->  Abs (   506,  1251)
	 31: Rel (     0,    61)  ->  Abs (   506,  1312)
	 32: Rel (   -26,    34)  ->  Abs (   480,  1346)
	 33: Rel (   -20,    25)  ->  Abs (   460,  1371)
	 34: Rel (   -30,     0)  ->  Abs (   430,  1371)
	 35: Rel (   -31,     0)  ->  Abs (   399,  1371)
	 36: Rel (   -15,   -26)  ->  Abs (   384,  1345)
	 37: Rel (   -23,   -42)  ->  Abs (   361,  1303)
	 38: Rel (     0,  -177)  ->  Abs (   361,  1126)

	Glyph 401: off = 0x00013358, len = 42
	  numberOfContours:	2
	  xMin:			146
	  yMin:			0
	  xMax:			1090
	  yMax:			944

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   146,   944)  ->  Abs (   146,   944)
	  1: Rel (   944,     0)  ->  Abs (  1090,   944)
	  2: Rel (     0,  -944)  ->  Abs (  1090,     0)
	  3: Rel (  -944,     0)  ->  Abs (   146,     0)
	  4: Rel (    76,   868)  ->  Abs (   222,   868)
	  5: Rel (     0,  -792)  ->  Abs (   222,    76)
	  6: Rel (   792,     0)  ->  Abs (  1014,    76)
	  7: Rel (     0,   792)  ->  Abs (  1014,   868)

	Glyph 402: off = 0x00013382, len = 28
	  numberOfContours:	1
	  xMin:			131
	  yMin:			445
	  xMax:			594
	  yMax:			908

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   594,   908)  ->  Abs (   594,   908)
	  1: Rel (     0,  -463)  ->  Abs (   594,   445)
	  2: Rel (  -463,     0)  ->  Abs (   131,   445)
	  3: Rel (     0,   463)  ->  Abs (   131,   908)

	Glyph 403: off = 0x0001339E, len = 44
	  numberOfContours:	2
	  xMin:			131
	  yMin:			445
	  xMax:			594
	  yMax:			908

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:                      Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   594,   908)  ->  Abs (   594,   908)
	  1: Rel (     0,  -463)  ->  Abs (   594,   445)
	  2: Rel (  -463,     0)  ->  Abs (   131,   445)
	  3: Rel (     0,   463)  ->  Abs (   131,   908)
	  4: Rel (   387,   -76)  ->  Abs (   518,   832)
	  5: Rel (  -311,     0)  ->  Abs (   207,   832)
	  6: Rel (     0,  -311)  ->  Abs (   207,   521)
	  7: Rel (   311,     0)  ->  Abs (   518,   521)

	Glyph 404: off = 0x000133CA, len = 56
	  numberOfContours:	1
	  xMin:			178
	  yMin:			137
	  xMax:			1059
	  yMax:			1018

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                                      Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                                      Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   619,  1018)  ->  Abs (   619,  1018)
	  1: Rel (   110,     0)  ->  Abs (   729,  1018)
	  2: Rel (   212,  -114)  ->  Abs (   941,   904)
	  3: Rel (   118,  -212)  ->  Abs (  1059,   692)
	  4: Rel (     0,  -114)  ->  Abs (  1059,   578)
	  5: Rel (     0,  -183)  ->  Abs (  1059,   395)
	  6: Rel (  -258,  -258)  ->  Abs (   801,   137)
	  7: Rel (  -182,     0)  ->  Abs (   619,   137)
	  8: Rel (  -183,     0)  ->  Abs (   436,   137)
	  9: Rel (  -258,   258)  ->  Abs (   178,   395)
	 10: Rel (     0,   183)  ->  Abs (   178,   578)
	 11: Rel (     0,   115)  ->  Abs (   178,   693)
	 12: Rel (   118,   211)  ->  Abs (   296,   904)
	 13: Rel (   212,   114)  ->  Abs (   508,  1018)

	Glyph 405: off = 0x00013402, len = 76
	  numberOfContours:	2
	  xMin:			112
	  yMin:			426
	  xMax:			614
	  yMax:			928

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	0

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   363,   928)  ->  Abs (   363,   928)
	  1: Rel (   104,     0)  ->  Abs (   467,   928)
	  2: Rel (   147,  -147)  ->  Abs (   614,   781)
	  3: Rel (     0,  -104)  ->  Abs (   614,   677)
	  4: Rel (     0,  -104)  ->  Abs (   614,   573)
	  5: Rel (  -147,  -147)  ->  Abs (   467,   426)
	  6: Rel (  -104,     0)  ->  Abs (   363,   426)
	  7: Rel (  -104,     0)  ->  Abs (   259,   426)
	  8: Rel (  -147,   147)  ->  Abs (   112,   573)
	  9: Rel (     0,   104)  ->  Abs (   112,   677)
	 10: Rel (     0,   104)  ->  Abs (   112,   781)
	 11: Rel (   146,   147)  ->  Abs (   258,   928)
	 12: Rel (   105,   -76)  ->  Abs (   363,   852)
	 13: Rel (   -73,     0)  ->  Abs (   290,   852)
	 14: Rel (  -102,  -103)  ->  Abs (   188,   749)
	 15: Rel (     0,   -72)  ->  Abs (   188,   677)
	 16: Rel (     0,   -73)  ->  Abs (   188,   604)
	 17: Rel (   103,  -102)  ->  Abs (   291,   502)
	 18: Rel (    72,     0)  ->  Abs (   363,   502)
	 19: Rel (    72,     0)  ->  Abs (   435,   502)
	 20: Rel (   103,   102)  ->  Abs (   538,   604)
	 21: Rel (     0,    73)  ->  Abs (   538,   677)
	 22: Rel (     0,    72)  ->  Abs (   538,   749)
	 23: Rel (  -102,   103)  ->  Abs (   436,   852)

	Glyph 406: off = 0x0001344E, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1726

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	330
		Y WOffset:	351
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (23):     2     0    15     1    16    15   208    15     2    32 
	                            15    48    15     2     0    15    18    12    12    65 
	                             2     1    15 
	00025: PUSHW[2]            545    41 
	00030: SVTCA[y-axis] 
	00031: CALL       
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: DELTAP1    
	00035: DELTAP2    
	00036: DELTAP3    
	00037: SHC[rp1,zp0] 

	Glyph 407: off = 0x0001348E, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1375

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	245
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     2   112    56     1     0    56    59     2     2    65 
	                             2     1    56 
	00015: PUSHW[2]            707    41 
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       
	00024: DELTAP1    
	00025: SHC[rp1,zp0] 

	Glyph 408: off = 0x000134C2, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			102
	  yMin:			-25
	  xMax:			1398
	  yMax:			1830

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	432
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    32    35     8    15    65     1     1    32 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 409: off = 0x000134F2, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-24
	  xMax:			1005
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	250
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    29    32     7    14    65     1     1    29 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 410: off = 0x00013522, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			102
	  yMin:			-25
	  xMax:			1398
	  yMax:			1818

	     0: Flags:		0x0226
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	432
		Y WOffset:	400
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    30    11   100    72    43     1     1    30 
	00011: PUSHW[2]            545    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 411: off = 0x00013552, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-24
	  xMax:			1005
	  yMax:			1418

	     0: Flags:		0x0226
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	240
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    27 
	00005: PUSHW[2]            546    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    27    30    11    11    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[8]            111    27     1    27    19    40    72    43 
	00037: CALL       
	00038: DELTAP1    
	00039: EIF        
	00040: SHC[rp1,zp0] 

	Glyph 412: off = 0x00013596, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1737

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	385
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    12    15     1     2    65     1     1    12 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 413: off = 0x000135C6, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1375

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    30    33     7    15    65     2     1    30 
	00012: PUSHW[2]            707    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 414: off = 0x000135F6, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1826

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	363
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    16 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    19    13     1     2    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[5]             19     5    70    72    43 
	00034: CALL       
	00035: EIF        
	00036: SHC[rp1,zp0] 

	Glyph 415: off = 0x00013636, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1464

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	244
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     1    37    22     0    72    39     2     1    34 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 416: off = 0x00013666, len = 48
	  numberOfContours:	-1  (Composite)
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	  yMin:			0
	  xMax:			1256
	  yMax:			1780

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	385
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    12    15     1     2    65     1     1    12 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 417: off = 0x00013696, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1418

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	250
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    30    33     7    15    65     2     1    30 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 418: off = 0x000136C6, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			109
	  yMin:			-25
	  xMax:			1465
	  yMax:			1825

	     0: Flags:		0x0226
		Glyf Index:	42
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	526
		Y WOffset:	351
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    40 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    40    43    14    14    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[5]             38    14     0    72    43 
	00034: CALL       
	00035: EIF        
	00036: SHC[rp1,zp0] 

	Glyph 419: off = 0x00013706, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			66
	  yMin:			-431
	  xMax:			1002
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	74
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	200
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    45    48    15    23    65     2     1    45 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 420: off = 0x00013736, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			109
	  yMin:			-25
	  xMax:			1465
	  yMax:			1769

	     0: Flags:		0x0226
		Glyf Index:	42
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	526
		Y WOffset:	351
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    38    41    10     2    65     1     1    38 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 421: off = 0x00013766, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			66
	  yMin:			-431
	  xMax:			1002
	  yMax:			1418

	     0: Flags:		0x0226
		Glyf Index:	74
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	218
		X WOffset:	228
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     2    43    41    44    72    43     2     1    43 
	00011: PUSHW[2]            546    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 422: off = 0x00013796, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			109
	  yMin:			-421
	  xMax:			1465
	  yMax:			1491

	     0: Flags:		0x0226
		Glyf Index:	42
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	220
		X WOffset:	532
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1     0    49    44    10     2    65     1     1    39 
	                             8    41 
	00014: SVTCA[y-axis] 
	00015: CALL       
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: SHC[rp1,zp0] 

	Glyph 423: off = 0x000137C4, len = 516
	  numberOfContours:	3
	  xMin:			66
	  yMin:			-431
	  xMax:			1002
	  yMax:			1576

	EndPoints
	---------
	  0:  9
	  1:  36
	  2:  48

	  Length of Instructions:	368
	00000: NPUSHB      (48):    42    18    38    26    41    41    38    45    59    18 
	                            52    26    75    18    68    26    86    15    91    18 
	                           101    15   106    18    12    53    39    53    47    68 
	                            39    68    47    83    39    83    47    97    39    98 
	                            47     8     6    49     7   146     9     0 
	00050: PUSHW[1]            560 
	00053: PUSHB[3]              1     1     2 
	00057: PUSHW[1]            596 
	00060: PUSHB[5]             25    29    28     6    27 
	00066: PUSHW[1]            639 
	00069: PUSHB[5]             46    28    25     7    11 
	00075: PUSHW[1]            682 
	00078: NPUSHB      (16):    32    10    48    10    96    10   112    10   128    10 
	                           192    10   208    10     7    10 
	00096: PUSHW[1]            637 
	00099: NPUSHB      (11):    13    28    34    15    17    69    40    28    19    10 
	                             6 
	00112: PUSHW[3]            603     7   268 
	00119: NPUSHB      (36):     9     9     1   126     2     2    29    22    28    27 
	                            51    43    51    17    37    30    30    50    64    11 
	                            11     2    85    50    64    13    13     2    85    29 
	                            18    16    16     2    85    29 
	00157: PUSHW[1]            -12 
	00160: NPUSHB      (17):    15    15     2    85    29     6    14    14     2    85 
	                            29    22    13    13     2    85    29 
	00179: PUSHW[1]            -22 
	00182: NPUSHB      (11):    11    11     6    85    29    18    16    16     6    85 
	                            29 
	00195: PUSHW[1]            -18 
	00198: PUSHB[5]             12    12     6    85    29 
	00204: PUSHW[1]             -4 
	00207: NPUSHB      (81):    13    13     6    85   208    29     1    16    29    64 
	                            29    96    29   128    29     4    29   116    22    11 
	                            37    10    34    37    36    22    32    11    11     2 
	                            85    22    26    12    12     2    85    22    34    13 
	                            13     2    85    22    28    11    11     6    85    22 
	                            12    13    13     6    85    22    26    12    12     6 
	                            85   191    22   207    22   223    22   255    22     4 
	                            31    22    63    22    79    22     3    22    25    49 
	                            52 
	00290: PUSHW[2]            266    24 
	00295: CALL       
	00296: FLIPOFF    
	00297: SRP0       
	00298: MIRP[srp0,nmd,rd,0] 
	00299: DELTAP1    
	00300: DELTAP2    
	00301: CALL       
	00302: CALL       
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: FLIPON     
	00308: MIRP[nrp0,md,rd,1] 
	00309: MIRP[srp0,nmd,rd,0] 
	00310: MIRP[nrp0,md,rd,1] 
	00311: SRP0       
	00312: MIRP[srp0,md,rd,1] 
	00313: DELTAP1    
	00314: DELTAP2    
	00315: CALL       
	00316: CALL       
	00317: CALL       
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: ALIGNRP    
	00326: SRP0       
	00327: MIRP[srp0,md,rd,1] 
	00328: MIRP[srp0,nmd,rd,0] 
	00329: MIRP[srp0,nmd,rd,1] 
	00330: ALIGNRP    
	00331: SRP1       
	00332: SRP2       
	00333: IP         
	00334: MDAP[rd]   
	00335: MIRP[nrp0,md,rd,1] 
	00336: IP         
	00337: MDAP[rd]   
	00338: MIRP[srp0,nmd,rd,0] 
	00339: MIRP[nrp0,nmd,rd,0] 
	00340: SVTCA[y-axis] 
	00341: MIAP[rd+ci] 
	00342: MIRP[nrp0,md,rd,1] 
	00343: MIRP[nrp0,nmd,rd,0] 
	00344: MIAP[rd+ci] 
	00345: MIRP[nrp0,md,rd,1] 
	00346: MIRP[srp0,md,rd,1] 
	00347: DELTAP1    
	00348: MIRP[nrp0,nmd,rd,0] 
	00349: MIAP[rd+ci] 
	00350: MIRP[nrp0,md,rd,1] 
	00351: MIRP[nrp0,nmd,rd,0] 
	00352: MIAP[rd+ci] 
	00353: ALIGNRP    
	00354: SRP0       
	00355: MIRP[srp0,md,rd,2] 
	00356: ALIGNRP    
	00357: SRP0       
	00358: MIRP[srp0,md,rd,1] 
	00359: ALIGNRP    
	00360: MIRP[srp0,nmd,rd,2] 
	00361: MIRP[nrp0,md,rd,1] 
	00362: IUP[y]     
	00363: IUP[x]     
	00364: SVTCA[x-axis] 
	00365: DELTAP1    
	00366: SVTCA[y-axis] 
	00367: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:                                      On
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                              X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:        XDual                 X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual                 X-Short On
	 30:        XDual                         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:        XDual                 X-Short On
	 38:        XDual         Y-Short         Off
	 39:        XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   632,  1345)  ->  Abs (   632,  1345)
	  1: Rel (     0,  -175)  ->  Abs (   632,  1170)
	  2: Rel (  -209,     0)  ->  Abs (   423,  1170)
	  3: Rel (     0,   117)  ->  Abs (   423,  1287)
	  4: Rel (     0,   112)  ->  Abs (   423,  1399)
	  5: Rel (    74,   140)  ->  Abs (   497,  1539)
	  6: Rel (    94,    37)  ->  Abs (   591,  1576)
	  7: Rel (    54,   -83)  ->  Abs (   645,  1493)
	  8: Rel (   -93,   -39)  ->  Abs (   552,  1454)
	  9: Rel (   -16,  -109)  ->  Abs (   536,  1345)
	 10: Rel (  -434, -1433)  ->  Abs (   102,   -88)
	 11: Rel (   175,   -26)  ->  Abs (   277,  -114)
	 12: Rel (    17,  -168)  ->  Abs (   294,  -282)
	 13: Rel (   227,     0)  ->  Abs (   521,  -282)
	 14: Rel (   121,     0)  ->  Abs (   642,  -282)
	 15: Rel (   139,    96)  ->  Abs (   781,  -186)
	 16: Rel (    38,   144)  ->  Abs (   819,   -42)
	 17: Rel (     0,   181)  ->  Abs (   819,   139)
	 18: Rel (  -117,  -139)  ->  Abs (   702,     0)
	 19: Rel (  -174,     0)  ->  Abs (   528,     0)
	 20: Rel (  -220,     0)  ->  Abs (   308,     0)
	 21: Rel (  -242,   315)  ->  Abs (    66,   315)
	 22: Rel (     0,   220)  ->  Abs (    66,   535)
	 23: Rel (     0,   241)  ->  Abs (    66,   776)
	 24: Rel (   242,   310)  ->  Abs (   308,  1086)
	 25: Rel (   220,     0)  ->  Abs (   528,  1086)
	 26: Rel (   186,     0)  ->  Abs (   714,  1086)
	 27: Rel (   122,  -152)  ->  Abs (   836,   934)
	 28: Rel (     0,   128)  ->  Abs (   836,  1062)
	 29: Rel (   166,     0)  ->  Abs (  1002,  1062)
	 30: Rel (     0,  -918)  ->  Abs (  1002,   144)
	 31: Rel (     0,  -231)  ->  Abs (  1002,   -87)
	 32: Rel (   -92,  -218)  ->  Abs (   910,  -305)
	 33: Rel (  -229,  -126)  ->  Abs (   681,  -431)
	 34: Rel (  -155,     0)  ->  Abs (   526,  -431)
	 35: Rel (  -214,     0)  ->  Abs (   312,  -431)
	 36: Rel (  -214,   187)  ->  Abs (    98,  -244)
	 37: Rel (   153,   794)  ->  Abs (   251,   550)
	 38: Rel (     0,  -213)  ->  Abs (   251,   337)
	 39: Rel (   170,  -188)  ->  Abs (   421,   149)
	 40: Rel (   121,     0)  ->  Abs (   542,   149)
	 41: Rel (   129,     0)  ->  Abs (   671,   149)
	 42: Rel (   163,   197)  ->  Abs (   834,   346)
	 43: Rel (     0,   202)  ->  Abs (   834,   548)
	 44: Rel (     0,   170)  ->  Abs (   834,   718)
	 45: Rel (  -155,   219)  ->  Abs (   679,   937)
	 46: Rel (  -140,     0)  ->  Abs (   539,   937)
	 47: Rel (  -130,     0)  ->  Abs (   409,   937)
	 48: Rel (  -158,  -207)  ->  Abs (   251,   730)

	Glyph 424: off = 0x000139C8, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			164
	  yMin:			0
	  xMax:			1314
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	43
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	430
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    14    17     1     6    65     1     1    14 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 425: off = 0x000139F8, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			135
	  yMin:			0
	  xMax:			1000
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	75
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	300
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    21     5     0    72    43     1     1    23 
	00011: PUSHW[2]            545    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 426: off = 0x00013A28, len = 336
	  numberOfContours:	2
	  xMin:			31
	  yMin:			0
	  xMax:			1447
	  yMax:			1466

	EndPoints
	---------
	  0:  19
	  1:  23

	  Length of Instructions:	262
	00000: PUSHW[2]             25   -64 
	00005: NPUSHB      (44):    19    21    52    47    25     1    17    21    20     6 
	                             4    18     0     3     4     3    19    23     8     6 
	                             2    20     1    11     2    30    12     1     1     4 
	                            22    21    30    16    17    17    19     8     4     2 
	                            15    19     8    12 
	00051: PUSHW[1]            605 
	00054: NPUSHB       (9):    15    32    14    14     9    15     8    32     9 
	00065: PUSHW[1]            -18 
	00068: PUSHB[5]             15    15     2    85     9 
	00074: PUSHW[1]            -14 
	00077: NPUSHB      (11):    13    13     2    85     9    16    12    12     2    85 
	                             9 
	00090: PUSHW[1]            -64 
	00093: NPUSHB      (19):    11    11     6    85     9     1    12    12     6    85 
	                             9    93    47    25   128    25     2    25     1 
	00114: PUSHW[1]            605 
	00117: NPUSHB      (11):    19     5    18    32    19    32    16    16     2    85 
	                            19 
	00130: PUSHW[1]            -10 
	00133: PUSHB[5]             15    15     2    85    19 
	00139: PUSHW[1]            -10 
	00142: PUSHB[5]             13    13     2    85    19 
	00148: PUSHW[1]             -6 
	00151: NPUSHB      (11):    12    12     2    85    19    48    11    11     6    85 
	                            19 
	00164: PUSHW[1]             -9 
	00167: PUSHB[5]             12    12     6    85    19 
	00173: PUSHW[1]             -8 
	00176: NPUSHB      (19):    13    13     6    85    19    93    24    32    25     1 
	                            32    25    80    25    96    25   112    25     4 
	00197: DELTAP1    
	00198: DELTAP2    
	00199: SRP0       
	00200: MIRP[srp0,nmd,rd,2] 
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: CALL       
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: MIRP[srp0,md,rd,1] 
	00209: ALIGNRP    
	00210: SRP0       
	00211: MIRP[nrp0,nmd,rd,0] 
	00212: SRP0       
	00213: DELTAP1    
	00214: MIRP[srp0,nmd,rd,2] 
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: CALL       
	00220: MIRP[srp0,md,rd,1] 
	00221: ALIGNRP    
	00222: SRP0       
	00223: ALIGNRP    
	00224: SRP0       
	00225: MIRP[nrp0,md,rd,1] 
	00226: MIRP[nrp0,nmd,rd,0] 
	00227: SVTCA[y-axis] 
	00228: MIAP[rd+ci] 
	00229: ALIGNRP    
	00230: MIAP[rd+ci] 
	00231: ALIGNRP    
	00232: SRP2       
	00233: IP         
	00234: MDAP[rd]   
	00235: ALIGNRP    
	00236: MIRP[srp0,md,rd,1] 
	00237: ALIGNRP    
	00238: SRP1       
	00239: IP         
	00240: MDAP[rd]   
	00241: ALIGNRP    
	00242: MIRP[srp0,md,rd,1] 
	00243: ALIGNRP    
	00244: SRP1       
	00245: SHP[rp1,zp0] 
	00246: SRP1       
	00247: SHP[rp1,zp0] 
	00248: SVTCA[x-axis] 
	00249: SRP1       
	00250: SHP[rp1,zp0] 
	00251: SRP1       
	00252: SLOOP      
	00253: SHP[rp1,zp0] 
	00254: SRP1       
	00255: SLOOP      
	00256: SHP[rp1,zp0] 
	00257: IUP[y]     
	00258: IUP[x]     
	00259: SVTCA[x-axis] 
	00260: DELTAP1    
	00261: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual                               On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual         Y-Short         On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:        XDual                         On
	 17:  YDual                               On
	 18:        XDual                         On
	 19:  YDual                       X-Short On
	 20:        XDual                 X-Short On
	 21:        XDual         Y-Short         On
	 22:  YDual                               On
	 23:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   164,  1099)  ->  Abs (   164,  1099)
	  1: Rel (  -133,     0)  ->  Abs (    31,  1099)
	  2: Rel (     0,   148)  ->  Abs (    31,  1247)
	  3: Rel (   133,     0)  ->  Abs (   164,  1247)
	  4: Rel (     0,   219)  ->  Abs (   164,  1466)
	  5: Rel (   194,     0)  ->  Abs (   358,  1466)
	  6: Rel (     0,  -219)  ->  Abs (   358,  1247)
	  7: Rel (   762,     0)  ->  Abs (  1120,  1247)
	  8: Rel (     0,   219)  ->  Abs (  1120,  1466)
	  9: Rel (   194,     0)  ->  Abs (  1314,  1466)
	 10: Rel (     0,  -219)  ->  Abs (  1314,  1247)
	 11: Rel (   133,     0)  ->  Abs (  1447,  1247)
	 12: Rel (     0,  -148)  ->  Abs (  1447,  1099)
	 13: Rel (  -133,     0)  ->  Abs (  1314,  1099)
	 14: Rel (     0, -1099)  ->  Abs (  1314,     0)
	 15: Rel (  -194,     0)  ->  Abs (  1120,     0)
	 16: Rel (     0,   691)  ->  Abs (  1120,   691)
	 17: Rel (  -762,     0)  ->  Abs (   358,   691)
	 18: Rel (     0,  -691)  ->  Abs (   358,     0)
	 19: Rel (  -194,     0)  ->  Abs (   164,     0)
	 20: Rel (   194,  1099)  ->  Abs (   358,  1099)
	 21: Rel (     0,  -235)  ->  Abs (   358,   864)
	 22: Rel (   762,     0)  ->  Abs (  1120,   864)
	 23: Rel (     0,   235)  ->  Abs (  1120,  1099)

	Glyph 427: off = 0x00013B78, len = 438
	  numberOfContours:	1
	  xMin:			6
	  yMin:			0
	  xMax:			1000
	  yMax:			1466

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	358
	00000: PUSHB[6]             19    34    16    23    52    27 
	00007: PUSHW[1]            -64 
	00010: PUSHB[4]             21    23    52    14 
	00015: PUSHW[1]            -64 
	00018: PUSHB[4]              9    10    52    21 
	00023: PUSHW[1]            -34 
	00026: NPUSHB      (11):    23    25    52    37    11    53    10    69    10     3 
	                            10 
	00039: PUSHW[1]            -32 
	00042: PUSHB[7]             23    25    52    10    24     7     2 
	00050: PUSHW[1]            -64 
	00053: NPUSHB      (50):    30    43    52     2   212     8     1     1    12     4 
	                             0    20    28    12     7    17    25    10     7    32 
	                             1     1     1    18    37    27    64    11    11     2 
	                            85    27    64    16    16     2    85    15    40    16 
	                            16     2    85    15    20    14    14     2    85    15 
	00105: PUSHW[1]            -20 
	00108: NPUSHB      (17):    13    13     2    85    15     4    12    12     2    85 
	                            15    26    11    11     2    85    15 
	00127: PUSHW[1]            -10 
	00130: NPUSHB      (11):    11    11     6    85    15    20    16    16     6    85 
	                            15 
	00143: PUSHW[1]             -8 
	00146: NPUSHB      (11):    13    13     6    85    15    10    15    15     6    85 
	                            15 
	00159: PUSHW[1]            -10 
	00162: NPUSHB      (18):    12    12     6    85    15    64    51    54    52   255 
	                            15     1   192    15     1    15    78    27 
	00182: PUSHW[1]            -64 
	00185: NPUSHB      (23):    52    54    52   176    27   240    27     2   112    27 
	                           160    27   176    27   255    27     4    27     5    24 
	                            37     4    25 
	00210: PUSHW[1]             -6 
	00213: PUSHB[5]             16    16     2    85    25 
	00219: PUSHW[1]             -6 
	00222: NPUSHB      (23):    14    14     2    85    25     4    12    12     2    85 
	                            25     8    11    11     2    85    25     4    11    11 
	                             6    85    25 
	00247: PUSHW[1]             -6 
	00250: NPUSHB      (17):    15    15     6    85    25     2    12    12     6    85 
	                            25     2    13    13     6    85    25 
	00269: PUSHW[1]            -64 
	00272: NPUSHB      (18):    51    54    52   240    25     1     0    25    32    25 
	                           208    25   224    25     4    25    78    26 
	00292: SRP0       
	00293: MIRP[srp0,nmd,rd,2] 
	00294: DELTAP1    
	00295: DELTAP2    
	00296: CALL       
	00297: CALL       
	00298: CALL       
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: CALL       
	00303: CALL       
	00304: CALL       
	00305: ALIGNRP    
	00306: MIRP[srp0,md,rd,1] 
	00307: ALIGNRP    
	00308: SRP0       
	00309: DELTAP1    
	00310: DELTAP2    
	00311: CALL       
	00312: MIRP[srp0,nmd,rd,2] 
	00313: DELTAP1    
	00314: DELTAP2    
	00315: CALL       
	00316: CALL       
	00317: CALL       
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: CALL       
	00327: CALL       
	00328: MIRP[nrp0,md,rd,1] 
	00329: MDAP[rd]   
	00330: DELTAP1    
	00331: MDAP[rd]   
	00332: SVTCA[y-axis] 
	00333: MIAP[rd+ci] 
	00334: ALIGNRP    
	00335: MIAP[rd+ci] 
	00336: MIRP[nrp0,md,rd,1] 
	00337: MIAP[rd+ci] 
	00338: SRP2       
	00339: IP         
	00340: MDAP[rd]   
	00341: ALIGNRP    
	00342: MIRP[srp0,md,rd,1] 
	00343: CALL       
	00344: ALIGNRP    
	00345: SVTCA[x-axis] 
	00346: SRP1       
	00347: SHP[rp1,zp0] 
	00348: IUP[y]     
	00349: IUP[x]     
	00350: SVTCA[y-axis] 
	00351: CALL       
	00352: DELTAP1    
	00353: CALL       
	00354: CALL       
	00355: SVTCA[x-axis] 
	00356: CALL       
	00357: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual                         On
	 16:        XDual                         On
	 17:  YDual                       X-Short On
	 18:        XDual                         On
	 19:        XDual                         Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   135,  1199)  ->  Abs (   135,  1199)
	  1: Rel (  -129,     0)  ->  Abs (     6,  1199)
	  2: Rel (     0,   134)  ->  Abs (     6,  1333)
	  3: Rel (   129,     0)  ->  Abs (   135,  1333)
	  4: Rel (     0,   133)  ->  Abs (   135,  1466)
	  5: Rel (   180,     0)  ->  Abs (   315,  1466)
	  6: Rel (     0,  -133)  ->  Abs (   315,  1333)
	  7: Rel (   367,     0)  ->  Abs (   682,  1333)
	  8: Rel (     0,  -134)  ->  Abs (   682,  1199)
	  9: Rel (  -367,     0)  ->  Abs (   315,  1199)
	 10: Rel (     0,  -259)  ->  Abs (   315,   940)
	 11: Rel (   122,   146)  ->  Abs (   437,  1086)
	 12: Rel (   198,     0)  ->  Abs (   635,  1086)
	 13: Rel (   137,     0)  ->  Abs (   772,  1086)
	 14: Rel (   228,  -152)  ->  Abs (  1000,   934)
	 15: Rel (     0,  -261)  ->  Abs (  1000,   673)
	 16: Rel (     0,  -673)  ->  Abs (  1000,     0)
	 17: Rel (  -180,     0)  ->  Abs (   820,     0)
	 18: Rel (     0,   673)  ->  Abs (   820,   673)
	 19: Rel (     0,   258)  ->  Abs (   820,   931)
	 20: Rel (  -225,     0)  ->  Abs (   595,   931)
	 21: Rel (  -123,     0)  ->  Abs (   472,   931)
	 22: Rel (  -157,  -161)  ->  Abs (   315,   770)
	 23: Rel (     0,  -189)  ->  Abs (   315,   581)
	 24: Rel (     0,  -581)  ->  Abs (   315,     0)
	 25: Rel (  -180,     0)  ->  Abs (   135,     0)

	Glyph 428: off = 0x00013D2E, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			-64
	  yMin:			0
	  xMax:			606
	  yMax:			1812

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	-70
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0     4    16     1     2    65     1     1    19 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 429: off = 0x00013D5E, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			-46
	  yMin:			0
	  xMax:			624
	  yMax:			1450

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	215
		X BOffset:	-52
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0     4    16     1     2    65     1     1    19 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 430: off = 0x00013D8C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			-28
	  yMin:			0
	  xMax:			596
	  yMax:			1711

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	-57
		Y WOffset:	336
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0     4     7     1     2    65     1     1     7 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 431: off = 0x00013DBC, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			-23
	  yMin:			0
	  xMax:			601
	  yMax:			1375

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	216
		X BOffset:	-52
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0     4     7     1     2    65     1     1     7 
	00012: PUSHW[2]            707    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 432: off = 0x00013DEA, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			-1
	  yMin:			0
	  xMax:			590
	  yMax:			1800

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	-47
		Y WOffset:	336
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    11     5     1     2    65     1     1     8 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 433: off = 0x00013E1A, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			-6
	  yMin:			0
	  xMax:			585
	  yMax:			1464

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	217
		X BOffset:	-52
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    11     5     1     2    65     1     1     8 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 434: off = 0x00013E48, len = 302
	  numberOfContours:	1
	  xMin:			163
	  yMin:			-426
	  xMax:			601
	  yMax:			1466

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	240
	00000: PUSHW[2]              5   605 
	00005: NPUSHB      (13):    10    15    18     8    16     2     7     8     0     0 
	                            18    15     2 
	00020: PUSHW[1]            -64 
	00023: PUSHB[4]             24    26    52     2 
	00028: PUSHW[1]            605 
	00031: PUSHB[6]             32    13     1    13    17    20 
	00038: PUSHW[1]            -64 
	00041: PUSHB[5]             13    13     2    85    20 
	00047: PUSHW[1]            -64 
	00050: PUSHB[4]             56    61    52    20 
	00055: PUSHW[1]            -64 
	00058: PUSHB[4]             51    52    52    20 
	00063: PUSHW[1]            -64 
	00066: PUSHB[4]             45    48    52    20 
	00071: PUSHW[1]            -64 
	00074: PUSHB[4]             40    41    52    20 
	00079: PUSHW[1]            -64 
	00082: PUSHB[4]             35    37    52    20 
	00087: PUSHW[1]            -64 
	00090: PUSHB[4]             29    30    52    20 
	00095: PUSHW[1]            -64 
	00098: PUSHB[4]             24    26    52    20 
	00103: PUSHW[1]            -64 
	00106: NPUSHB      (40):    13    16    52    32    20   144    20   175    20     3 
	                            18    32     0    15   143    15   160    15   176    15 
	                             4    47    15    64    15    80    15   223    15   240 
	                            15     5    18    15    24    16    16     2    85    15 
	00148: PUSHW[1]            -20 
	00151: PUSHB[5]             15    15     2    85    15 
	00157: PUSHW[1]            -18 
	00160: PUSHB[5]             13    13     2    85    15 
	00166: PUSHW[1]            -10 
	00169: NPUSHB      (20):    12    12     2    85    15    32    11    11     6    85 
	                            32    15   143    15   144    15     3    15   162    19 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,2] 
	00193: DELTAP1    
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: RS         
	00200: NOT        
	00201: IF         
	00202: PUSHB[3]            128    15     1 
	00206: SVTCA[x-axis] 
	00207: DELTAP1    
	00208: EIF        
	00209: DELTAP2    
	00210: DELTAP3    
	00211: MIRP[srp0,md,rd,1] 
	00212: DELTAP1    
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: CALL       
	00220: CALL       
	00221: CALL       
	00222: ALIGNRP    
	00223: MDAP[rd]   
	00224: DELTAP1    
	00225: MIRP[nrp0,md,rd,1] 
	00226: CALL       
	00227: SRP1       
	00228: SRP2       
	00229: IP         
	00230: MDAP[rd]   
	00231: MDAP[rd]   
	00232: ALIGNRP    
	00233: SVTCA[y-axis] 
	00234: MIAP[rd+ci] 
	00235: MIAP[rd+ci] 
	00236: MIAP[rd+ci] 
	00237: MIRP[nrp0,md,rd,1] 
	00238: IUP[y]     
	00239: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short         On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   318,     0)  ->  Abs (   318,     0)
	  1: Rel (   -29,   -78)  ->  Abs (   289,   -78)
	  2: Rel (     0,   -62)  ->  Abs (   289,  -140)
	  3: Rel (     0,   -67)  ->  Abs (   289,  -207)
	  4: Rel (    82,   -85)  ->  Abs (   371,  -292)
	  5: Rel (    62,     0)  ->  Abs (   433,  -292)
	  6: Rel (    77,     0)  ->  Abs (   510,  -292)
	  7: Rel (    91,    46)  ->  Abs (   601,  -246)
	  8: Rel (     0,  -119)  ->  Abs (   601,  -365)
	  9: Rel (  -119,   -61)  ->  Abs (   482,  -426)
	 10: Rel (  -104,     0)  ->  Abs (   378,  -426)
	 11: Rel (   -91,     0)  ->  Abs (   287,  -426)
	 12: Rel (  -124,   118)  ->  Abs (   163,  -308)
	 13: Rel (     0,   103)  ->  Abs (   163,  -205)
	 14: Rel (     0,    80)  ->  Abs (   163,  -125)
	 15: Rel (    35,   126)  ->  Abs (   198,     1)
	 16: Rel (     0,  1465)  ->  Abs (   198,  1466)
	 17: Rel (   194,     0)  ->  Abs (   392,  1466)
	 18: Rel (     0, -1466)  ->  Abs (   392,     0)

	Glyph 435: off = 0x00013F76, len = 302
	  numberOfContours:	2
	  xMin:			102
	  yMin:			-425
	  xMax:			540
	  yMax:			1466

	EndPoints
	---------
	  0:  3
	  1:  22

	  Length of Instructions:	227
	00000: NPUSHB      (85):    24    54    11    11     2    85    79    24   144    24 
	                           160    24   176    24   192    24   223    24   240    24 
	                             7     0    24    31    24   112    24   128    24   159 
	                            24   176    24   192    24   223    24   235     4   224 
	                            24   255    24    11    31    24     1     0   126     1 
	                             0    20     6    22    19    10     9    69    14    15 
	                            12    32    11     1    11     4     4    22    19     6 
	                            69    32    17     1    17     2     3     3    22     1 
	                             0     0    22    37    19 
	00087: PUSHW[1]             -8 
	00090: PUSHB[5]             16    16     2    85    19 
	00096: PUSHW[1]             -6 
	00099: NPUSHB      (23):    14    14     2    85    19     4    12    12     2    85 
	                            19    10    11    11     2    85    19    20    11    11 
	                             6    85    19 
	00124: PUSHW[1]            -22 
	00127: PUSHB[5]             16    16     6    85    19 
	00133: PUSHW[1]             -2 
	00136: PUSHB[5]             13    13     6    85    19 
	00142: PUSHW[1]             -4 
	00145: NPUSHB      (34):    12    12     6    85     0    19   159    19   160    19 
	                           176    19   192    19   224    19     6   192    19   240 
	                            19     2     0    19    32    19   208    19   224    19 
	                             4    19    78    23 
	00181: SRP0       
	00182: MIRP[srp0,nmd,rd,2] 
	00183: DELTAP1    
	00184: DELTAP2    
	00185: DELTAP3    
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: MIRP[nrp0,md,rd,1] 
	00195: ALIGNRP    
	00196: SRP0       
	00197: ALIGNRP    
	00198: SRP0       
	00199: ALIGNRP    
	00200: SRP0       
	00201: ALIGNRP    
	00202: MDAP[rd]   
	00203: DELTAP1    
	00204: MIRP[nrp0,md,rd,1] 
	00205: SRP1       
	00206: SRP2       
	00207: IP         
	00208: MDAP[rd]   
	00209: MDAP[rd]   
	00210: DELTAP1    
	00211: ALIGNRP    
	00212: SVTCA[y-axis] 
	00213: MIAP[rd+ci] 
	00214: MIRP[nrp0,md,rd,1] 
	00215: MIAP[rd+ci] 
	00216: ALIGNRP    
	00217: MIAP[rd+ci] 
	00218: MIAP[rd+ci] 
	00219: MIRP[srp0,md,rd,1] 
	00220: IUP[y]     
	00221: IUP[x]     
	00222: SVTCA[x-axis] 
	00223: DELTAP1    
	00224: DELTAP3    
	00225: DELTAP2    
	00226: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:                              X-Short On
	  5:                      Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual         Y-Short         On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual                         On
	 21:  YDual XDual                 X-Short On
	 22:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   136,  1259)  ->  Abs (   136,  1259)
	  1: Rel (     0,   207)  ->  Abs (   136,  1466)
	  2: Rel (   180,     0)  ->  Abs (   316,  1466)
	  3: Rel (     0,  -207)  ->  Abs (   316,  1259)
	  4: Rel (   -59, -1259)  ->  Abs (   257,     0)
	  5: Rel (   -29,   -78)  ->  Abs (   228,   -78)
	  6: Rel (     0,   -62)  ->  Abs (   228,  -140)
	  7: Rel (     0,   -67)  ->  Abs (   228,  -207)
	  8: Rel (    82,   -85)  ->  Abs (   310,  -292)
	  9: Rel (    62,     0)  ->  Abs (   372,  -292)
	 10: Rel (    77,     0)  ->  Abs (   449,  -292)
	 11: Rel (    91,    46)  ->  Abs (   540,  -246)
	 12: Rel (     0,  -119)  ->  Abs (   540,  -365)
	 13: Rel (  -117,   -60)  ->  Abs (   423,  -425)
	 14: Rel (  -104,     0)  ->  Abs (   319,  -425)
	 15: Rel (  -101,     0)  ->  Abs (   218,  -425)
	 16: Rel (  -116,   122)  ->  Abs (   102,  -303)
	 17: Rel (     0,    98)  ->  Abs (   102,  -205)
	 18: Rel (     0,    65)  ->  Abs (   102,  -140)
	 19: Rel (    34,   140)  ->  Abs (   136,     0)
	 20: Rel (     0,  1062)  ->  Abs (   136,  1062)
	 21: Rel (   180,     0)  ->  Abs (   316,  1062)
	 22: Rel (     0, -1062)  ->  Abs (   316,     0)

	Glyph 436: off = 0x000140A4, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			55
	  yMin:			-25
	  xMax:			1108
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	45
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	450
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    20    23     8    11    65     1     1    20 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 437: off = 0x000140D4, len = 368
	  numberOfContours:	2
	  xMin:			-94
	  yMin:			-431
	  xMax:			544
	  yMax:			1474

	EndPoints
	---------
	  0:  6
	  1:  20

	  Length of Instructions:	293
	00000: NPUSHB      (43):     4     8     3    18    32     8    32    17    32    18 
	                            59     7    51     8    50    17    72    11   134     8 
	                            10     7    19     8    14    10     0   100     4     4 
	                            15     3    31     3     2     3   135     2     5     6 
	                             6     1     2 
	00045: PUSHW[1]            546 
	00048: NPUSHB      (11):    14     6    10    28    19    15     5    60     6    61 
	                             4 
	00061: PUSHW[1]            -64 
	00064: NPUSHB      (33):     9    12    52     4   100     0   100     3   127     1 
	                            60     2    32    16    16     6    85     2    32    11 
	                            11     6    85    15     2    31     2    47     2    63 
	                             2     4     2 
	00099: PUSHW[1]            -64 
	00102: NPUSHB      (25):    11    23    52     0     2    63     2   127     2   255 
	                             2     4     2   144    22     1    22    23    23    26 
	                            16    15    37    13    14 
	00129: PUSHW[1]             -6 
	00132: NPUSHB      (67):    14    14     2    85    14    16    13    13     2    85 
	                            14    16    12    12     2    85    14    12    11    11 
	                             2    85    14    30    11    11     6    85    14    12 
	                            16    16     6    85    14     8    12    12     6    85 
	                            14    12    13    13     6    85   144    14     1    31 
	                            14    63    14    79    14     3    14    25    21     8 
	                             7    21    20     8    71    80    24 
	00201: CALL       
	00202: RS         
	00203: JROF       
	00204: NPUSHB      (12):    11    18    11    18    13    27     1    12    17    10 
	                            27     0 
	00218: SVTCA[y-axis] 
	00219: CALL       
	00220: SVTCA[x-axis] 
	00221: CALL       
	00222: FLIPRGON   
	00223: SRP1       
	00224: SHP[rp1,zp0] 
	00225: SHP[rp1,zp0] 
	00226: FLIPOFF    
	00227: SRP0       
	00228: MIRP[srp0,nmd,rd,0] 
	00229: DELTAP1    
	00230: DELTAP2    
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: ALIGNRP    
	00240: FLIPON     
	00241: MIRP[srp0,md,rd,1] 
	00242: ALIGNRP    
	00243: FLIPOFF    
	00244: RCVT       
	00245: NEG        
	00246: WCVTP      
	00247: MIRP[nrp0,nmd,rd,2] 
	00248: DELTAP2    
	00249: RTHG       
	00250: MDAP[rd]   
	00251: DELTAP1    
	00252: CALL       
	00253: DELTAP2    
	00254: CALL       
	00255: CALL       
	00256: RTG        
	00257: FLIPON     
	00258: MIRP[srp0,md,rd,1] 
	00259: RTHG       
	00260: MIRP[srp0,nmd,rd,2] 
	00261: RTG        
	00262: MIRP[srp0,md,rd,1] 
	00263: MIRP[srp0,md,rd,1] 
	00264: CALL       
	00265: RTHG       
	00266: MIRP[srp0,nmd,rd,2] 
	00267: RTG        
	00268: MIRP[nrp0,md,rd,1] 
	00269: SVTCA[y-axis] 
	00270: MIAP[rd+ci] 
	00271: MIRP[nrp0,md,rd,1] 
	00272: MIAP[rd+ci] 
	00273: MIAP[rd+ci] 
	00274: ALIGNRP    
	00275: ALIGNRP    
	00276: SRP0       
	00277: ALIGNRP    
	00278: SRP0       
	00279: MIRP[srp0,md,rd,1] 
	00280: DELTAP1    
	00281: ALIGNRP    
	00282: SRP0       
	00283: MIRP[nrp0,md,rd,1] 
	00284: SRP1       
	00285: SRP2       
	00286: IP         
	00287: SRP2       
	00288: IP         
	00289: IUP[y]     
	00290: IUP[x]     
	00291: SVTCA[x-axis] 
	00292: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short On
	  3:        XDual                 X-Short On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                 X-Short On
	  6:  YDual                       X-Short On
	  7:                                      On
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:        XDual                         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   230,  1364)  ->  Abs (   230,  1364)
	  1: Rel (  -113,  -170)  ->  Abs (   117,  1194)
	  2: Rel (  -205,     0)  ->  Abs (   -88,  1194)
	  3: Rel (   216,   280)  ->  Abs (   128,  1474)
	  4: Rel (   192,     0)  ->  Abs (   320,  1474)
	  5: Rel (   224,  -280)  ->  Abs (   544,  1194)
	  6: Rel (  -203,     0)  ->  Abs (   341,  1194)
	  7: Rel (  -435, -1606)  ->  Abs (   -94,  -412)
	  8: Rel (    34,   153)  ->  Abs (   -60,  -259)
	  9: Rel (    52,   -14)  ->  Abs (    -8,  -273)
	 10: Rel (    33,     0)  ->  Abs (    25,  -273)
	 11: Rel (    63,     0)  ->  Abs (    88,  -273)
	 12: Rel (    46,    83)  ->  Abs (   134,  -190)
	 13: Rel (     0,   136)  ->  Abs (   134,   -54)
	 14: Rel (     0,  1116)  ->  Abs (   134,  1062)
	 15: Rel (   180,     0)  ->  Abs (   314,  1062)
	 16: Rel (     0, -1120)  ->  Abs (   314,   -58)
	 17: Rel (     0,  -197)  ->  Abs (   314,  -255)
	 18: Rel (  -117,  -176)  ->  Abs (   197,  -431)
	 19: Rel (  -150,     0)  ->  Abs (    47,  -431)
	 20: Rel (   -73,     0)  ->  Abs (   -26,  -431)

	Glyph 438: off = 0x00014244, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			150
	  yMin:			-421
	  xMax:			1362
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	46
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	494
		X WOffset:	460
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    22 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (14):     9   100     6    85    32    22     1     0    22    17 
	                             0     5    65    14 
	00022: SVTCA[y-axis] 
	00023: MDAP[rd]   
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: CALL       
	00028: SHC[rp1,zp0] 

	Glyph 439: off = 0x0001427C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			136
	  yMin:			-421
	  xMax:			1016
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	78
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	494
		X WOffset:	289
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     1    32    22   144    22     2     0    22    17     0 
	                             5    65    14 
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: SVTCA[x-axis] 
	00018: CALL       
	00019: DELTAP1    
	00020: SHC[rp1,zp0] 

	Glyph 440: off = 0x000142AC, len = 402
	  numberOfContours:	1
	  xMin:			134
	  yMin:			0
	  xMax:			1014
	  yMax:			1062

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	347
	00000: PUSHW[2]              6   -24 
	00005: PUSHB[5]             12    12     2    85    10 
	00011: PUSHW[1]            -24 
	00014: PUSHB[5]             12    12     2    85     9 
	00020: PUSHW[1]            -24 
	00023: NPUSHB      (76):    12    12     2    85    23     3     1    68     3     1 
	                             6     6     4     9     2     7     6    37     6    47 
	                             7    47     8   128    13   183     5   198     5   192 
	                            13   229     6   229     9   224    13   250     4   245 
	                             6    13    63    13    90     4    89     5   105     4 
	                           105     5   152     6   168     6     7     5     6    27 
	                             4    24     9    40     9    56     9    88     4    89 
	                             5     7    74     6     1     3 
	00101: PUSHW[1]            -12 
	00104: NPUSHB      (16):    10     9    16     2     6     6     7     9    10     9 
	                             8    10     5     9     8     8 
	00122: PUSHW[1]             -8 
	00125: NPUSHB      (64):    11    12     6    85     8    37     7     6    20     7 
	                             7     6     3     4     4    37     5    10    20     5 
	                             5    10   101    10     1    10     9     6     3     4 
	                             4     1     6     5     4     6    11     8     8     7 
	                            10   171     6     1    10     9     8     6     5     4 
	                             3     7    32     7   128     7   191     7     3     7 
	                             2    11    37     0 
	00191: PUSHW[1]             -8 
	00194: PUSHB[5]             16    16     2    85     0 
	00200: PUSHW[1]             -6 
	00203: NPUSHB      (17):    14    14     2    85     0     6    12    12     2    85 
	                             0     6    11    11     2    85     0 
	00222: PUSHW[1]             -8 
	00225: PUSHB[5]             16    16     6    85     0 
	00231: PUSHW[1]            -18 
	00234: PUSHB[5]             15    15     6    85     0 
	00240: PUSHW[1]             -8 
	00243: PUSHB[5]             12    13     6    85     0 
	00249: PUSHW[1]            -64 
	00252: NPUSHB      (18):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0    78    12 
	00272: SRP0       
	00273: MIRP[srp0,nmd,rd,2] 
	00274: DELTAP1    
	00275: DELTAP2    
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: MIRP[srp0,md,rd,1] 
	00285: ALIGNRP    
	00286: RTHG       
	00287: MDAP[rd]   
	00288: DELTAP1    
	00289: SLOOP      
	00290: IP         
	00291: DELTAP2    
	00292: SVTCA[y-axis] 
	00293: RTG        
	00294: MIAP[rd+ci] 
	00295: ALIGNRP    
	00296: SRP0       
	00297: ALIGNRP    
	00298: MIAP[rd+ci] 
	00299: ALIGNRP    
	00300: MIAP[rd+ci] 
	00301: SRP1       
	00302: SLOOP      
	00303: IP         
	00304: DELTAP3    
	00305: SDPVTL[1]  
	00306: SFVTCA[x-axis] 
	00307: MDAP[nrd]  
	00308: CALL       
	00309: SFVTCA[y-axis] 
	00310: RDTG       
	00311: SRP0       
	00312: MDRP[nrp0,nmd,rd,0] 
	00313: SDPVTL[1]  
	00314: SFVTCA[x-axis] 
	00315: MDAP[nrd]  
	00316: RTG        
	00317: CALL       
	00318: CALL       
	00319: SFVTPV     
	00320: RDTG       
	00321: SRP0       
	00322: MDRP[nrp0,nmd,rd,0] 
	00323: SPVTL[p1,p2] 
	00324: SFVTL[=p1,p2] 
	00325: SRP0       
	00326: ALIGNRP    
	00327: SFVTL[=p1,p2] 
	00328: ALIGNRP    
	00329: SVTCA[y-axis] 
	00330: SLOOP      
	00331: SHPIX      
	00332: IUP[y]     
	00333: IUP[x]     
	00334: SHPIX      
	00335: SVTCA[x-axis] 
	00336: DELTAP3    
	00337: DELTAP2    
	00338: DELTAP1    
	00339: DELTAP1    
	00340: SVTCA[y-axis] 
	00341: DELTAP1    
	00342: DELTAP3    
	00343: DELTAP2    
	00344: CALL       
	00345: CALL       
	00346: CALL       

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:                                      On
	  5:  YDual XDual                 X-Short On
	  6:                                      On
	  7:                                      On
	  8:  YDual                       X-Short On
	  9:                                      On
	 10:                      Y-Short X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   134,     0)  ->  Abs (   134,     0)
	  1: Rel (     0,  1062)  ->  Abs (   134,  1062)
	  2: Rel (   180,     0)  ->  Abs (   314,  1062)
	  3: Rel (     0,  -432)  ->  Abs (   314,   630)
	  4: Rel (   426,   432)  ->  Abs (   740,  1062)
	  5: Rel (   233,     0)  ->  Abs (   973,  1062)
	  6: Rel (  -406,  -394)  ->  Abs (   567,   668)
	  7: Rel (   447,  -668)  ->  Abs (  1014,     0)
	  8: Rel (  -222,     0)  ->  Abs (   792,     0)
	  9: Rel (  -351,   543)  ->  Abs (   441,   543)
	 10: Rel (  -127,  -122)  ->  Abs (   314,   421)
	 11: Rel (     0,  -421)  ->  Abs (   314,     0)

	Glyph 441: off = 0x0001443E, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			150
	  yMin:			-421
	  xMax:			1066
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	47
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	494
		X WOffset:	340
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     1    32    22     1     0    16    11     0     5    65 
	                             8 
	00013: SVTCA[y-axis] 
	00014: MDAP[rd]   
	00015: SVTCA[x-axis] 
	00016: CALL       
	00017: DELTAP1    
	00018: SHC[rp1,zp0] 

	Glyph 442: off = 0x0001446C, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			-421
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	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	79
		X BOffset:	0
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	-110
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1    79     4     1    31     4     1 
	00008: PUSHW[1]            -28 
	00011: PUSHB[5]              4     4     0     0    65 
	00017: SVTCA[x-axis] 
	00018: CALL       
	00019: DELTAP1    
	00020: DELTAP2    
	00021: SHC[rp1,zp0] 

	Glyph 443: off = 0x0001449A, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			156
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	  xMax:			1311
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	49
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	494
		X WOffset:	486
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     1    32    20     1     0    20    15     0     5    65 
	                            12 
	00013: SVTCA[y-axis] 
	00014: MDAP[rd]   
	00015: SVTCA[x-axis] 
	00016: CALL       
	00017: DELTAP1    
	00018: SHC[rp1,zp0] 

	Glyph 444: off = 0x000144C8, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			135
	  yMin:			-421
	  xMax:			998
	  yMax:			1086

	     0: Flags:		0x0226
		Glyf Index:	81
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	494
		X WOffset:	250
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1     0    33    28     1    12    65    25 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: SVTCA[x-axis] 
	00012: CALL       
	00013: SHC[rp1,zp0] 

	Glyph 445: off = 0x000144F0, len = 350
	  numberOfContours:	1
	  xMin:			165
	  yMin:			-25
	  xMax:			1373
	  yMax:			1491

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	252
	00000: NPUSHB      (94):    59     7    52    11    63    22    65    11   105    19 
	                           108    22   123     3   117     6   114     7   117    22 
	                           139     3   155     3    12     5     3     5    25    20 
	                             3    20    25    36     3    36    19    47    22   113 
	                             2   130     2   149     2   164     2   164     3   179 
	                             2   182     3   192     2   208     2    16    15    14 
	                            14    12    15    14    23    30     5     3     1     0 
	                             2    15    14    17    30    12     9    28    29     8 
	                            15    47    14     1    14    21    38     9    36    16 
	                            16     2    85     9 
	00096: PUSHW[1]            -44 
	00099: PUSHB[5]             13    13     2    85     9 
	00105: PUSHW[1]            -16 
	00108: PUSHB[5]             11    11     2    85     9 
	00114: PUSHW[1]            -20 
	00117: PUSHB[5]             13    13     6    85     9 
	00123: PUSHW[1]            -12 
	00126: NPUSHB      (20):    11    12     6    85     0     9     1     9    86    31 
	                             1    28    32    29    32    16    16     2    85    29 
	00148: PUSHW[1]            -10 
	00151: PUSHB[5]             15    15     2    85    29 
	00157: PUSHW[1]            -10 
	00160: PUSHB[5]             13    13     2    85    29 
	00166: PUSHW[1]             -6 
	00169: PUSHB[5]             12    12     2    85    29 
	00175: PUSHW[1]            -12 
	00178: PUSHB[5]             15    15     6    85    29 
	00184: PUSHW[1]             -8 
	00187: PUSHB[5]             13    13     6    85    29 
	00193: PUSHW[1]            -10 
	00196: PUSHB[7]             12    12     6    85    29    93    30 
	00204: SRP0       
	00205: MIRP[srp0,md,rd,1] 
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: MIRP[srp0,md,rd,1] 
	00214: ALIGNRP    
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,2] 
	00217: DELTAP1    
	00218: CALL       
	00219: CALL       
	00220: CALL       
	00221: CALL       
	00222: CALL       
	00223: MIRP[nrp0,md,rd,1] 
	00224: MDAP[rd]   
	00225: DELTAP1    
	00226: MDAP[rd]   
	00227: SVTCA[y-axis] 
	00228: MIAP[rd+ci] 
	00229: ALIGNRP    
	00230: MIAP[rd+ci] 
	00231: MIRP[nrp0,md,rd,1] 
	00232: MDAP[rd]   
	00233: MDAP[rd]   
	00234: MIAP[rd+ci] 
	00235: ALIGNRP    
	00236: MIAP[rd+ci] 
	00237: MIRP[nrp0,md,rd,1] 
	00238: SVTCA[x-axis] 
	00239: SRP1       
	00240: SHP[rp1,zp0] 
	00241: SVTCA[y-axis] 
	00242: SRP1       
	00243: SHP[rp1,zp0] 
	00244: SRP1       
	00245: SHP[rp1,zp0] 
	00246: IUP[y]     
	00247: IUP[x]     
	00248: SVTCA[y-axis] 
	00249: DELTAP1    
	00250: SVTCA[x-axis] 
	00251: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short         On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual                 X-Short Off
	  9:        XDual                         On
	 10:        XDual                         Off
	 11:                                      Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:        XDual                 X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:        XDual                         Off
	 23:  YDual                               On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual                         On
	 29:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   165,  1466)  ->  Abs (   165,  1466)
	  1: Rel (   196,     0)  ->  Abs (   361,  1466)
	  2: Rel (     0,  -182)  ->  Abs (   361,  1284)
	  3: Rel (   115,   132)  ->  Abs (   476,  1416)
	  4: Rel (   226,    75)  ->  Abs (   702,  1491)
	  5: Rel (   125,     0)  ->  Abs (   827,  1491)
	  6: Rel (   181,     0)  ->  Abs (  1008,  1491)
	  7: Rel (   229,  -162)  ->  Abs (  1237,  1329)
	  8: Rel (   136,  -305)  ->  Abs (  1373,  1024)
	  9: Rel (     0,  -270)  ->  Abs (  1373,   754)
	 10: Rel (     0,  -394)  ->  Abs (  1373,   360)
	 11: Rel (  -260,  -385)  ->  Abs (  1113,   -25)
	 12: Rel (  -220,     0)  ->  Abs (   893,   -25)
	 13: Rel (  -127,     0)  ->  Abs (   766,   -25)
	 14: Rel (  -121,    72)  ->  Abs (   645,    47)
	 15: Rel (    87,   153)  ->  Abs (   732,   200)
	 16: Rel (    96,   -52)  ->  Abs (   828,   148)
	 17: Rel (    65,     0)  ->  Abs (   893,   148)
	 18: Rel (    77,     0)  ->  Abs (   970,   148)
	 19: Rel (   130,   129)  ->  Abs (  1100,   277)
	 20: Rel (    76,   263)  ->  Abs (  1176,   540)
	 21: Rel (     0,   209)  ->  Abs (  1176,   749)
	 22: Rel (     0,   579)  ->  Abs (  1176,  1328)
	 23: Rel (  -405,     0)  ->  Abs (   771,  1328)
	 24: Rel (  -133,     0)  ->  Abs (   638,  1328)
	 25: Rel (  -201,  -125)  ->  Abs (   437,  1203)
	 26: Rel (   -76,  -193)  ->  Abs (   361,  1010)
	 27: Rel (     0,  -209)  ->  Abs (   361,   801)
	 28: Rel (     0,  -801)  ->  Abs (   361,     0)
	 29: Rel (  -196,     0)  ->  Abs (   165,     0)

	Glyph 446: off = 0x0001464E, len = 408
	  numberOfContours:	1
	  xMin:			139
	  yMin:			-431
	  xMax:			1002
	  yMax:			1086

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	316
	00000: NPUSHB      (74):    36    24    52    25    68    25   224    24   229    25 
	                             5    21    28   212    17   210    18   226    18     4 
	                           133    18   157    15   172    15   170    18   188    15 
	                             5     6    18     5    28   114    18   137    15   128 
	                            17     5     7     7     6     6     9    28     4    15 
	                            21    10    16    28    26     7    23    22     6    18 
	                            16    20    12    13     1    13    37     0    18    16 
	                            16     2    85     0 
	00076: PUSHW[1]            -22 
	00079: NPUSHB      (11):    13    13     2    85     0     6    12    12     2    85 
	                             0 
	00092: PUSHW[1]            -10 
	00095: PUSHB[5]             11    11     2    85     0 
	00101: PUSHW[1]            -12 
	00104: NPUSHB      (11):    11    11     6    85     0    26    16    16     6    85 
	                             0 
	00117: PUSHW[1]             -7 
	00120: PUSHB[5]             13    13     6    85     0 
	00126: PUSHW[1]            -10 
	00129: NPUSHB      (11):    12    12     6    85   255     0     1   255     0     1 
	                             0 
	00142: PUSHW[1]            -64 
	00145: NPUSHB      (28):    51    54    52   176     0   240     0     2   112     0 
	                           160     0   176     0   192     0     4     0    69    31 
	                            24    23   154    19    20    37    22    21 
	00175: PUSHW[1]             -8 
	00178: NPUSHB      (17):    16    16     2    85    21     6    12    12     2    85 
	                            21     4    11    11     6    85    21 
	00197: PUSHW[1]             -6 
	00200: PUSHB[5]             16    16     6    85    21 
	00206: PUSHW[1]             -6 
	00209: NPUSHB      (17):    15    15     6    85    21     2    12    12     6    85 
	                            21     4    13    13     6    85    21 
	00228: PUSHW[1]            -64 
	00231: NPUSHB      (21):    51    54    52   240    21     1     0    21    32    21 
	                           208    21   224    21     4    21    78    30    18    13 
	                            20 
	00254: SRP1       
	00255: SRP2       
	00256: IP         
	00257: SRP0       
	00258: MIRP[srp0,nmd,rd,2] 
	00259: DELTAP1    
	00260: DELTAP2    
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: CALL       
	00268: CALL       
	00269: ALIGNRP    
	00270: MIRP[srp0,md,rd,1] 
	00271: ALIGNRP    
	00272: MIRP[srp0,nmd,rd,0] 
	00273: ALIGNRP    
	00274: SRP0       
	00275: MIRP[srp0,nmd,rd,2] 
	00276: DELTAP1    
	00277: DELTAP2    
	00278: CALL       
	00279: DELTAP1    
	00280: DELTAP2    
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: CALL       
	00285: CALL       
	00286: CALL       
	00287: CALL       
	00288: CALL       
	00289: MIRP[nrp0,md,rd,1] 
	00290: ALIGNRP    
	00291: SRP0       
	00292: ALIGNRP    
	00293: SVTCA[y-axis] 
	00294: SRP1       
	00295: SRP2       
	00296: IP         
	00297: MIAP[rd+ci] 
	00298: ALIGNRP    
	00299: MIAP[rd+ci] 
	00300: MIRP[nrp0,md,rd,1] 
	00301: MIAP[rd+ci] 
	00302: MIAP[rd+ci] 
	00303: MIRP[nrp0,md,rd,1] 
	00304: SHP[rp1,zp0] 
	00305: MDAP[rd]   
	00306: SHP[rp1,zp0] 
	00307: MDAP[rd]   
	00308: IUP[y]     
	00309: IUP[x]     
	00310: SVTCA[x-axis] 
	00311: DELTAP1    
	00312: DELTAP1    
	00313: DELTAP1    
	00314: SVTCA[y-axis] 
	00315: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:        XDual                         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual                         On
	 21:  YDual                       X-Short On
	 22:        XDual                         On
	 23:  YDual XDual                 X-Short On
	 24:        XDual         Y-Short         On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1002,   653)  ->  Abs (  1002,   653)
	  1: Rel (     0,  -711)  ->  Abs (  1002,   -58)
	  2: Rel (     0,  -197)  ->  Abs (  1002,  -255)
	  3: Rel (  -117,  -176)  ->  Abs (   885,  -431)
	  4: Rel (  -150,     0)  ->  Abs (   735,  -431)
	  5: Rel (   -73,     0)  ->  Abs (   662,  -431)
	  6: Rel (   -68,    19)  ->  Abs (   594,  -412)
	  7: Rel (    34,   153)  ->  Abs (   628,  -259)
	  8: Rel (    53,   -14)  ->  Abs (   681,  -273)
	  9: Rel (    32,     0)  ->  Abs (   713,  -273)
	 10: Rel (    65,     0)  ->  Abs (   778,  -273)
	 11: Rel (    44,    88)  ->  Abs (   822,  -185)
	 12: Rel (     0,   131)  ->  Abs (   822,   -54)
	 13: Rel (     0,   700)  ->  Abs (   822,   646)
	 14: Rel (     0,   148)  ->  Abs (   822,   794)
	 15: Rel (  -104,   136)  ->  Abs (   718,   930)
	 16: Rel (  -119,     0)  ->  Abs (   599,   930)
	 17: Rel (  -117,     0)  ->  Abs (   482,   930)
	 18: Rel (  -163,  -150)  ->  Abs (   319,   780)
	 19: Rel (     0,  -200)  ->  Abs (   319,   580)
	 20: Rel (     0,  -580)  ->  Abs (   319,     0)
	 21: Rel (  -180,     0)  ->  Abs (   139,     0)
	 22: Rel (     0,  1062)  ->  Abs (   139,  1062)
	 23: Rel (   162,     0)  ->  Abs (   301,  1062)
	 24: Rel (     0,  -151)  ->  Abs (   301,   911)
	 25: Rel (   117,   175)  ->  Abs (   418,  1086)
	 26: Rel (   221,     0)  ->  Abs (   639,  1086)
	 27: Rel (   130,     0)  ->  Abs (   769,  1086)
	 28: Rel (   176,  -112)  ->  Abs (   945,   974)
	 29: Rel (    57,  -165)  ->  Abs (  1002,   809)

	Glyph 447: off = 0x000147E6, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1747

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	475
		Y WOffset:	372
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2    32    28   112    28     2 
	00007: PUSHW[1]            -20 
	00010: PUSHB[8]             28    31     0     7    65     2     1    28 
	00019: PUSHW[2]            545    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 448: off = 0x0001481E, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1375

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	235
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              2     2     1    26 
	00005: PUSHW[2]            707    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    27    28     0     7    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[5]             26     2    10    72    43 
	00034: CALL       
	00035: EIF        
	00036: SHC[rp1,zp0] 

	Glyph 449: off = 0x0001485E, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1826

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	475
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (20):     2    80    35    96    35   112    35   128    35   144 
	                            35     5    35     2     0    72    43     2     1    32 
	00022: PUSHW[2]            545    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: DELTAP1    
	00032: SHC[rp1,zp0] 

	Glyph 450: off = 0x0001489A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1464

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	235
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    33    27     0     7    65     2     1    30 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 451: off = 0x000148CA, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-421
	  xMax:			1453
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	494
		X WOffset:	486
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     2    32    46     1     0    46    40     1     6    65 
	                            37 
	00013: SVTCA[y-axis] 
	00014: MDAP[rd]   
	00015: SVTCA[x-axis] 
	00016: CALL       
	00017: DELTAP1    
	00018: SHC[rp1,zp0] 

	Glyph 452: off = 0x000148F8, len = 28
	  numberOfContours:	-1  (Composite)
	  xMin:			133
	  yMin:			-421
	  xMax:			710
	  yMax:			1086

	     0: Flags:		0x0226
		Glyf Index:	85
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	494
		X BOffset:	37
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[1]             20 
	00002: SVTCA[y-axis] 
	00003: MDAP[rd]   

	Glyph 453: off = 0x00014914, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			92
	  yMin:			-25
	  xMax:			1259
	  yMax:			1830

	     0: Flags:		0x0226
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	332
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    51    54    22    22    65     1     1    50 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 454: off = 0x00014944, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			63
	  yMin:			-24
	  xMax:			945
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	190
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    51    54    21    21    65     1     1    50 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 455: off = 0x00014974, len = 240
	  numberOfContours:	1
	  xMin:			48
	  yMin:			0
	  xMax:			1210
	  yMax:			1466

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	180
	00000: NPUSHB      (38):     0    17    16    17    32    17     3    12     1    48 
	                            11     2     2    15     6     8     5    30     7     6 
	                             2    15     8    11    12    57     7     1     2    57 
	                             6    14     9     8    32     7     1     7 
	00040: PUSHW[1]            257 
	00043: PUSHB[8]              9    32     4     5    47     6     1     6 
	00052: PUSHW[1]            257 
	00055: PUSHB[3]              4     4    15 
	00059: PUSHW[1]            -24 
	00062: NPUSHB      (11):    16    16     2    85    15     8    15    15     2    85 
	                            15 
	00075: PUSHW[1]            -14 
	00078: PUSHB[5]             12    12     2    85    15 
	00084: PUSHW[1]            -30 
	00087: PUSHB[5]             13    13     2    85    15 
	00093: PUSHW[1]             -4 
	00096: PUSHB[5]             12    12     6    85    15 
	00102: PUSHW[1]            -24 
	00105: PUSHB[5]             13    13     6    85    15 
	00111: PUSHW[1]            -32 
	00114: NPUSHB      (10):    16    16     6    85    16    15    32    15     2    15 
	00126: PUSHW[1]            627 
	00129: PUSHB[4]             16   182   153    24 
	00134: CALL       
	00135: SRP0       
	00136: MIRP[srp0,md,rd,1] 
	00137: DELTAP1    
	00138: CALL       
	00139: CALL       
	00140: CALL       
	00141: CALL       
	00142: CALL       
	00143: CALL       
	00144: CALL       
	00145: ALIGNRP    
	00146: SRP0       
	00147: MIRP[srp0,nmd,rd,0] 
	00148: DELTAP1    
	00149: ALIGNRP    
	00150: SRP0       
	00151: MIRP[srp0,md,rd,1] 
	00152: MIRP[srp0,nmd,rd,0] 
	00153: DELTAP1    
	00154: ALIGNRP    
	00155: SRP0       
	00156: ALIGNRP    
	00157: SRP0       
	00158: MIRP[srp0,nmd,rd,0] 
	00159: ALIGNRP    
	00160: SRP0       
	00161: MIRP[srp0,nmd,rd,0] 
	00162: ALIGNRP    
	00163: SVTCA[y-axis] 
	00164: MIAP[rd+ci] 
	00165: MIAP[rd+ci] 
	00166: ALIGNRP    
	00167: MIRP[srp0,md,rd,1] 
	00168: ALIGNRP    
	00169: SRP1       
	00170: SRP2       
	00171: IP         
	00172: MDAP[rd]   
	00173: ALIGNRP    
	00174: MIRP[srp0,md,rd,1] 
	00175: ALIGNRP    
	00176: IUP[y]     
	00177: IUP[x]     
	00178: SVTCA[x-axis] 
	00179: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:        XDual         Y-Short         On
	 13:  YDual                               On
	 14:        XDual                         On
	 15:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   531,   629)  ->  Abs (   531,   629)
	  1: Rel (  -330,     0)  ->  Abs (   201,   629)
	  2: Rel (     0,   132)  ->  Abs (   201,   761)
	  3: Rel (   330,     0)  ->  Abs (   531,   761)
	  4: Rel (     0,   532)  ->  Abs (   531,  1293)
	  5: Rel (  -483,     0)  ->  Abs (    48,  1293)
	  6: Rel (     0,   173)  ->  Abs (    48,  1466)
	  7: Rel (  1162,     0)  ->  Abs (  1210,  1466)
	  8: Rel (     0,  -173)  ->  Abs (  1210,  1293)
	  9: Rel (  -485,     0)  ->  Abs (   725,  1293)
	 10: Rel (     0,  -532)  ->  Abs (   725,   761)
	 11: Rel (   328,     0)  ->  Abs (  1053,   761)
	 12: Rel (     0,  -132)  ->  Abs (  1053,   629)
	 13: Rel (  -328,     0)  ->  Abs (   725,   629)
	 14: Rel (     0,  -629)  ->  Abs (   725,     0)
	 15: Rel (  -194,     0)  ->  Abs (   531,     0)

	Glyph 456: off = 0x00014A64, len = 360
	  numberOfContours:	1
	  xMin:			12
	  yMin:			-14
	  xMax:			531
	  yMax:			1433

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	270
	00000: PUSHW[2]              5   -64 
	00005: PUSHB[4]             35    38    52     6 
	00010: PUSHW[1]            -64 
	00013: NPUSHB      (91):    35    38    52    47    32   128    32     2    16     1 
	                            43    15     2     2    26    12     5    43    11     6 
	                             6    22   201    26     3    24    26    23     5    21 
	                             8    52    11    12     6    85     9    52    11    12 
	                             6    85     8     9     6    17    14    13    10     4 
	                             9    18     0     3     4     7     4     8    30    15 
	                            51    11   160     2   176     2   192     2   208     2 
	                             4     2     2     6    11    12    34    23    34    24 
	                             9    18    37     8    24   255    30     6     5    69 
	                            30 
	00106: PUSHW[1]             -6 
	00109: PUSHB[5]             16    16     2    85    30 
	00115: PUSHW[1]             -6 
	00118: NPUSHB      (23):    14    14     2    85    30     4    12    13     2    85 
	                            30     8    11    11     2    85    30     6    16    16 
	                             6    85    30 
	00143: PUSHW[1]             -6 
	00146: PUSHB[5]             15    15     6    85    30 
	00152: PUSHW[1]             -4 
	00155: NPUSHB      (11):    11    11     6    85    30    18    12    12     6    85 
	                            30 
	00168: PUSHW[1]            -12 
	00171: NPUSHB      (20):    13    13     6    85   175    30   191    30     2     0 
	                            30   208    30     2    30    78    31    23    24    71 
	00193: PUSHW[2]            266    24 
	00198: CALL       
	00199: SVTCA[y-axis] 
	00200: SRP0       
	00201: MDRP[nrp0,md,nrd,1] 
	00202: SVTCA[x-axis] 
	00203: SRP0       
	00204: MIRP[srp0,nmd,rd,0] 
	00205: DELTAP1    
	00206: DELTAP2    
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: MIRP[srp0,nmd,rd,0] 
	00217: ALIGNRP    
	00218: SRP0       
	00219: MIRP[nrp0,md,rd,1] 
	00220: ALIGNRP    
	00221: MIRP[srp0,md,rd,1] 
	00222: ALIGNRP    
	00223: SRP0       
	00224: MIRP[nrp0,nmd,rd,0] 
	00225: MIRP[srp0,nmd,rd,0] 
	00226: ALIGNRP    
	00227: SRP1       
	00228: SHP[rp1,zp0] 
	00229: MDAP[rd]   
	00230: DELTAP2    
	00231: SRP0       
	00232: MIRP[nrp0,nmd,rd,0] 
	00233: SRP1       
	00234: SRP2       
	00235: SLOOP      
	00236: SHP[rp1,zp0] 
	00237: SRP1       
	00238: SRP2       
	00239: SLOOP      
	00240: SHP[rp1,zp0] 
	00241: SVTCA[y-axis] 
	00242: SRP1       
	00243: SHP[rp1,zp0] 
	00244: SHP[rp1,zp0] 
	00245: CALL       
	00246: CALL       
	00247: SRP1       
	00248: SRP2       
	00249: IP         
	00250: SRP2       
	00251: IP         
	00252: MIAP[rd+ci] 
	00253: MIRP[nrp0,md,rd,1] 
	00254: MIAP[rd+ci] 
	00255: ALIGNRP    
	00256: MIRP[srp0,md,rd,1] 
	00257: ALIGNRP    
	00258: SRP2       
	00259: IP         
	00260: MDAP[rd]   
	00261: ALIGNRP    
	00262: MIRP[srp0,md,rd,1] 
	00263: ALIGNRP    
	00264: IUP[y]     
	00265: IUP[x]     
	00266: SVTCA[x-axis] 
	00267: DELTAP1    
	00268: CALL       
	00269: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual         Y-Short         On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:        XDual         Y-Short         On
	 17:  YDual                       X-Short On
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   145,   514)  ->  Abs (   145,   514)
	  1: Rel (  -133,     0)  ->  Abs (    12,   514)
	  2: Rel (     0,   132)  ->  Abs (    12,   646)
	  3: Rel (   133,     0)  ->  Abs (   145,   646)
	  4: Rel (     0,   276)  ->  Abs (   145,   922)
	  5: Rel (  -132,     0)  ->  Abs (    13,   922)
	  6: Rel (     0,   140)  ->  Abs (    13,  1062)
	  7: Rel (   132,     0)  ->  Abs (   145,  1062)
	  8: Rel (     0,   263)  ->  Abs (   145,  1325)
	  9: Rel (   180,   108)  ->  Abs (   325,  1433)
	 10: Rel (     0,  -371)  ->  Abs (   325,  1062)
	 11: Rel (   180,     0)  ->  Abs (   505,  1062)
	 12: Rel (     0,  -140)  ->  Abs (   505,   922)
	 13: Rel (  -180,     0)  ->  Abs (   325,   922)
	 14: Rel (     0,  -276)  ->  Abs (   325,   646)
	 15: Rel (   172,     0)  ->  Abs (   497,   646)
	 16: Rel (     0,  -132)  ->  Abs (   497,   514)
	 17: Rel (  -172,     0)  ->  Abs (   325,   514)
	 18: Rel (     0,  -213)  ->  Abs (   325,   301)
	 19: Rel (     0,   -85)  ->  Abs (   325,   216)
	 20: Rel (    37,   -62)  ->  Abs (   362,   154)
	 21: Rel (    64,     0)  ->  Abs (   426,   154)
	 22: Rel (    32,     0)  ->  Abs (   458,   154)
	 23: Rel (    47,     7)  ->  Abs (   505,   161)
	 24: Rel (    26,  -159)  ->  Abs (   531,     2)
	 25: Rel (   -73,   -16)  ->  Abs (   458,   -14)
	 26: Rel (   -61,     0)  ->  Abs (   397,   -14)
	 27: Rel (  -106,     0)  ->  Abs (   291,   -14)
	 28: Rel (  -115,    72)  ->  Abs (   176,    58)
	 29: Rel (   -31,   117)  ->  Abs (   145,   175)
	 30: Rel (     0,   136)  ->  Abs (   145,   311)

	Glyph 457: off = 0x00014BCC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1806

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	420
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    21    33    17    17    65     1     1    21 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 458: off = 0x00014BFC, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1450

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	236
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     1   239    25     1    25    64    83    84    52     0 
	                            25    37    17    17    65     1     1    25 
	00020: PUSHW[2]            546    41 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: CALL       
	00030: DELTAP2    
	00031: SHC[rp1,zp0] 

	Glyph 459: off = 0x00014C36, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1731

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	420
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    21 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    21    23    11     1    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[5]             21    15     0    72    43 
	00034: CALL       
	00035: EIF        
	00036: SHC[rp1,zp0] 

	Glyph 460: off = 0x00014C76, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1375

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	236
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    25    28    10    23    65     1     1    25 
	00012: PUSHW[2]            707    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 461: off = 0x00014CA6, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1820

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	400
		Y WOffset:	356
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    28    22    11     1    65     1     1    25 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 462: off = 0x00014CD6, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1464

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	236
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    29 
	00005: PUSHW[2]            546    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    32    26    10    23    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[2]             32    11 
	00031: PUSHW[1]            -40 
	00034: PUSHB[2]             72    43 
	00037: CALL       
	00038: EIF        
	00039: SHC[rp1,zp0] 

	Glyph 463: off = 0x00014D18, len = 416
	  numberOfContours:	1
	  xMin:			161
	  yMin:			-426
	  xMax:			1314
	  yMax:			1466

	EndPoints
	---------
	  0:  34

	  Length of Instructions:	307
	00000: PUSHB[8]             88    16    88    34   201    16     3    36 
	00009: PUSHW[1]            -64 
	00012: NPUSHB      (42):    19    21    52    58    16    59    17    52    33    54 
	                            34    74    16    74    17    70    33    70    34    88 
	                            17    86    33   102    34   118    23   170    34   232 
	                            23    14    12    34    13    21    52     7   156     8 
	                             8     5 
	00056: PUSHW[1]            605 
	00059: PUSHB[6]             10    15    15     9    15    25 
	00066: PUSHW[1]            699 
	00069: NPUSHB      (10):     0     9    29    19     2    32     8     1     8     2 
	00081: PUSHW[1]            605 
	00084: NPUSHB      (16):    13    13    15     0     1   255     0     1     0   156 
	                            15    15    18    28    38    31 
	00102: PUSHW[1]            -20 
	00105: PUSHB[5]             15    15     2    85    31 
	00111: PUSHW[1]            -14 
	00114: NPUSHB      (17):    13    13     2    85    31    16    12    12     2    85 
	                            31    12    15    15     6    85    31 
	00133: PUSHW[1]            -16 
	00136: NPUSHB      (31):    11    11     6    85    32    31     1    32    31    80 
	                            31     2    96    31   112    31   128    31     3    31 
	                            93    36    21    38    18    32    16    16     2    85 
	                            18 
	00169: PUSHW[1]            -10 
	00172: PUSHB[5]             15    15     2    85    18 
	00178: PUSHW[1]            -10 
	00181: PUSHB[5]             13    13     2    85    18 
	00187: PUSHW[1]             -6 
	00190: PUSHB[5]             12    12     2    85    18 
	00196: PUSHW[1]             -4 
	00199: PUSHB[5]             11    11     6    85    18 
	00205: PUSHW[1]             -9 
	00208: PUSHB[5]             12    12     6    85    18 
	00214: PUSHW[1]             -8 
	00217: PUSHB[5]             13    13     6    85    18 
	00223: PUSHW[1]            -10 
	00226: PUSHB[8]             15    15     6    85    32    10     1    18 
	00235: PUSHW[1]            -64 
	00238: PUSHB[7]             19    21    52    18    93    35    59 
	00246: PUSHW[2]            398    24 
	00251: CALL       
	00252: SRP0       
	00253: MIRP[srp0,nmd,rd,0] 
	00254: CALL       
	00255: DELTAP1    
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: MIRP[nrp0,md,rd,1] 
	00265: SRP0       
	00266: MIRP[srp0,nmd,rd,2] 
	00267: DELTAP1    
	00268: DELTAP1    
	00269: DELTAP2    
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: MIRP[nrp0,md,rd,1] 
	00276: SRP2       
	00277: IP         
	00278: MDAP[rd]   
	00279: MIRP[nrp0,md,rd,1] 
	00280: DELTAP1    
	00281: DELTAP2    
	00282: SHP[rp1,zp0] 
	00283: MDAP[rd]   
	00284: MIRP[nrp0,md,rd,1] 
	00285: MDAP[rd]   
	00286: DELTAP1    
	00287: SVTCA[y-axis] 
	00288: MIAP[rd+ci] 
	00289: ALIGNRP    
	00290: MIAP[rd+ci] 
	00291: MIRP[nrp0,md,rd,1] 
	00292: SHP[rp1,zp0] 
	00293: MIAP[rd+ci] 
	00294: MIAP[rd+ci] 
	00295: MIRP[nrp0,md,rd,1] 
	00296: SHP[rp1,zp0] 
	00297: MDAP[rd]   
	00298: MIRP[nrp0,md,rd,1] 
	00299: IUP[y]     
	00300: IUP[x]     
	00301: SVTCA[x-axis] 
	00302: CALL       
	00303: DELTAP1    
	00304: CALL       
	00305: SVTCA[y-axis] 
	00306: DELTAP1    

	Flags
	-----
	  0:                      Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short         On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual               Y-Short         Off
	 17:                              X-Short Off
	 18:        XDual                         On
	 19:        XDual                         On
	 20:  YDual XDual                 X-Short On
	 21:        XDual                         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:        XDual                         On
	 29:        XDual                         On
	 30:  YDual XDual                 X-Short On
	 31:        XDual                         On
	 32:        XDual         Y-Short         Off
	 33:                              X-Short Off
	 34:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   786,   -24)  ->  Abs (   786,   -24)
	  1: Rel (   -20,   -71)  ->  Abs (   766,   -95)
	  2: Rel (     0,   -42)  ->  Abs (   766,  -137)
	  3: Rel (     0,   -71)  ->  Abs (   766,  -208)
	  4: Rel (    82,   -84)  ->  Abs (   848,  -292)
	  5: Rel (    62,     0)  ->  Abs (   910,  -292)
	  6: Rel (    77,     0)  ->  Abs (   987,  -292)
	  7: Rel (    91,    46)  ->  Abs (  1078,  -246)
	  8: Rel (     0,  -119)  ->  Abs (  1078,  -365)
	  9: Rel (  -118,   -61)  ->  Abs (   960,  -426)
	 10: Rel (  -101,     0)  ->  Abs (   859,  -426)
	 11: Rel (   -98,     0)  ->  Abs (   761,  -426)
	 12: Rel (  -121,   120)  ->  Abs (   640,  -306)
	 13: Rel (     0,   101)  ->  Abs (   640,  -205)
	 14: Rel (     0,    70)  ->  Abs (   640,  -135)
	 15: Rel (    28,   113)  ->  Abs (   668,   -22)
	 16: Rel (  -269,    23)  ->  Abs (   399,     1)
	 17: Rel (  -238,   282)  ->  Abs (   161,   283)
	 18: Rel (     0,   336)  ->  Abs (   161,   619)
	 19: Rel (     0,   847)  ->  Abs (   161,  1466)
	 20: Rel (   194,     0)  ->  Abs (   355,  1466)
	 21: Rel (     0,  -846)  ->  Abs (   355,   620)
	 22: Rel (     0,  -191)  ->  Abs (   355,   429)
	 23: Rel (    73,  -185)  ->  Abs (   428,   244)
	 24: Rel (   177,   -94)  ->  Abs (   605,   150)
	 25: Rel (   116,     0)  ->  Abs (   721,   150)
	 26: Rel (   219,     0)  ->  Abs (   940,   150)
	 27: Rel (   180,   196)  ->  Abs (  1120,   346)
	 28: Rel (     0,   274)  ->  Abs (  1120,   620)
	 29: Rel (     0,   846)  ->  Abs (  1120,  1466)
	 30: Rel (   194,     0)  ->  Abs (  1314,  1466)
	 31: Rel (     0,  -847)  ->  Abs (  1314,   619)
	 32: Rel (     0,  -193)  ->  Abs (  1314,   426)
	 33: Rel (   -78,  -258)  ->  Abs (  1236,   168)
	 34: Rel (  -240,  -180)  ->  Abs (   996,   -12)

	Glyph 464: off = 0x00014EB8, len = 480
	  numberOfContours:	1
	  xMin:			131
	  yMin:			-425
	  xMax:			1235
	  yMax:			1062

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	370
	00000: PUSHB[6]             12    34    15    17    52    39 
	00007: PUSHW[1]            -64 
	00010: NPUSHB       (9):    21    23    52    18    32    19    22    52    28 
	00021: PUSHW[1]            -16 
	00024: NPUSHB      (64):    18    20    52    10    21    25    21    38    18    53 
	                            18    68    18   119    28   132    28     7    42    18 
	                            43    32     2     7     7     8     8     5    69    10 
	                            15    35    24     6    37    16    11    30    28    19 
	                            11     7    32     8    64     8   112     8     3     8 
	                             2    69    13    13     0     0    37    34    33    17 
	                             3    16   154    35 
	00090: PUSHW[1]            560 
	00093: NPUSHB      (25):    37    36    64    51    54    52    39    64    16    16 
	                             2    85    36    40    16    16     2    85    36    18 
	                            14    14     2    85    36 
	00120: PUSHW[1]            -22 
	00123: NPUSHB      (11):    13    13     2    85    36     4    12    12     2    85 
	                            36 
	00136: PUSHW[1]             -4 
	00139: PUSHB[5]             11    11     2    85    36 
	00145: PUSHW[1]            -12 
	00148: NPUSHB      (11):    11    11     6    85    36    20    16    16     6    85 
	                            36 
	00161: PUSHW[1]            -10 
	00164: NPUSHB      (11):    13    13     6    85    36    12    15    15     6    85 
	                            36 
	00177: PUSHW[1]            -10 
	00180: NPUSHB      (13):    12    12     6    85   255    36     1   192    36     1 
	                            36    78    39 
	00195: PUSHW[1]            -64 
	00198: NPUSHB      (21):    52    54    52   176    39   240    39     2   112    39 
	                           160    39   176    39   255    39     4    39    26    37 
	                            23 
	00221: PUSHW[1]             -8 
	00224: PUSHB[5]             16    16     2    85    23 
	00230: PUSHW[1]             -8 
	00233: NPUSHB      (17):    14    14     2    85    23     4    12    12     2    85 
	                            23    10    11    11     6    85    23 
	00252: PUSHW[1]            -10 
	00255: NPUSHB      (17):    15    15     6    85    23     2    12    12     6    85 
	                            23     2    13    13     6    85    23 
	00274: PUSHW[1]            -64 
	00277: NPUSHB      (21):    51    54    52   240    23     1     0    23    32    23 
	                           208    23   224    23     4    23    78    38    71    80 
	                            24 
	00300: CALL       
	00301: SRP0       
	00302: MIRP[srp0,nmd,rd,0] 
	00303: DELTAP1    
	00304: DELTAP2    
	00305: CALL       
	00306: CALL       
	00307: CALL       
	00308: CALL       
	00309: CALL       
	00310: CALL       
	00311: CALL       
	00312: CALL       
	00313: MIRP[nrp0,md,rd,1] 
	00314: SRP0       
	00315: DELTAP1    
	00316: DELTAP2    
	00317: CALL       
	00318: MIRP[srp0,nmd,rd,2] 
	00319: DELTAP1    
	00320: DELTAP2    
	00321: CALL       
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: ALIGNRP    
	00334: MIRP[srp0,md,rd,1] 
	00335: MIRP[nrp0,nmd,rd,0] 
	00336: SLOOP      
	00337: IP         
	00338: SRP1       
	00339: IP         
	00340: MDAP[rd]   
	00341: SHP[rp2,zp1] 
	00342: MDAP[rd]   
	00343: MIRP[nrp0,md,rd,1] 
	00344: MDAP[rd]   
	00345: DELTAP1    
	00346: ALIGNRP    
	00347: SVTCA[y-axis] 
	00348: MIAP[rd+ci] 
	00349: MIRP[nrp0,md,rd,1] 
	00350: MIAP[rd+ci] 
	00351: ALIGNRP    
	00352: MIAP[rd+ci] 
	00353: ALIGNRP    
	00354: MIAP[rd+ci] 
	00355: MIRP[nrp0,md,rd,1] 
	00356: SHP[rp1,zp0] 
	00357: MDAP[rd]   
	00358: SHP[rp1,zp0] 
	00359: MDAP[rd]   
	00360: IUP[y]     
	00361: IUP[x]     
	00362: SVTCA[y-axis] 
	00363: DELTAP1    
	00364: SVTCA[x-axis] 
	00365: DELTAP1    
	00366: CALL       
	00367: CALL       
	00368: CALL       
	00369: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short         On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short         On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:        XDual                         On
	 36:  YDual XDual                 X-Short On
	 37:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   952,     0)  ->  Abs (   952,     0)
	  1: Rel (   -29,   -78)  ->  Abs (   923,   -78)
	  2: Rel (     0,   -62)  ->  Abs (   923,  -140)
	  3: Rel (     0,   -67)  ->  Abs (   923,  -207)
	  4: Rel (    82,   -85)  ->  Abs (  1005,  -292)
	  5: Rel (    62,     0)  ->  Abs (  1067,  -292)
	  6: Rel (    76,     0)  ->  Abs (  1143,  -292)
	  7: Rel (    92,    46)  ->  Abs (  1235,  -246)
	  8: Rel (     0,  -119)  ->  Abs (  1235,  -365)
	  9: Rel (  -117,   -60)  ->  Abs (  1118,  -425)
	 10: Rel (  -104,     0)  ->  Abs (  1014,  -425)
	 11: Rel (   -98,     0)  ->  Abs (   916,  -425)
	 12: Rel (  -119,   120)  ->  Abs (   797,  -305)
	 13: Rel (     0,   100)  ->  Abs (   797,  -205)
	 14: Rel (     0,    67)  ->  Abs (   797,  -138)
	 15: Rel (    26,   105)  ->  Abs (   823,   -33)
	 16: Rel (     8,    33)  ->  Abs (   831,     0)
	 17: Rel (     0,   156)  ->  Abs (   831,   156)
	 18: Rel (  -124,  -180)  ->  Abs (   707,   -24)
	 19: Rel (  -214,     0)  ->  Abs (   493,   -24)
	 20: Rel (  -126,     0)  ->  Abs (   367,   -24)
	 21: Rel (  -177,   112)  ->  Abs (   190,    88)
	 22: Rel (   -59,   167)  ->  Abs (   131,   255)
	 23: Rel (     0,   149)  ->  Abs (   131,   404)
	 24: Rel (     0,   658)  ->  Abs (   131,  1062)
	 25: Rel (   180,     0)  ->  Abs (   311,  1062)
	 26: Rel (     0,  -589)  ->  Abs (   311,   473)
	 27: Rel (     0,  -139)  ->  Abs (   311,   334)
	 28: Rel (    26,  -119)  ->  Abs (   337,   215)
	 29: Rel (   110,   -84)  ->  Abs (   447,   131)
	 30: Rel (    83,     0)  ->  Abs (   530,   131)
	 31: Rel (    91,     0)  ->  Abs (   621,   131)
	 32: Rel (   143,    96)  ->  Abs (   764,   227)
	 33: Rel (    48,   144)  ->  Abs (   812,   371)
	 34: Rel (     0,   122)  ->  Abs (   812,   493)
	 35: Rel (     0,   569)  ->  Abs (   812,  1062)
	 36: Rel (   180,     0)  ->  Abs (   992,  1062)
	 37: Rel (     0, -1062)  ->  Abs (   992,     0)

	Glyph 465: off = 0x00015098, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			0
	  xMax:			1910
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	58
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	620
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    27 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    27    30     8     9    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[5]             25    21     0    72    43 
	00034: CALL       
	00035: EIF        
	00036: SHC[rp1,zp0] 

	Glyph 466: off = 0x000150D8, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1463
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	90
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	410
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    21 
	00005: PUSHW[2]            546    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    21    24     7     8    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[5]             19    17     0    72    43 
	00034: CALL       
	00035: EIF        
	00036: SHC[rp1,zp0] 

	Glyph 467: off = 0x00015118, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1350
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	365
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    15    18     2    10    65     1     1    15 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 468: off = 0x00015148, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			33
	  yMin:			-431
	  xMax:			1006
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	214
		X WOffset:	215
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1    29 
	00005: PUSHW[2]            546    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]              0    29    32    12    18    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHB[5]             27    15     0    72    43 
	00034: CALL       
	00035: EIF        
	00036: SHC[rp1,zp0] 

	Glyph 469: off = 0x00015188, len = 234
	  numberOfContours:	1
	  xMin:			137
	  yMin:			0
	  xMax:			598
	  yMax:			1491

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	181
	00000: NPUSHB      (77):    79    16   144    16   160    16   176    16   192    16 
	                           223    16   240    16     7   176    16   192    16   223 
	                            16   224    16   255    16     5     0    16    31    16 
	                           112    16   128    16   159    16     5    31    16    75 
	                             3    89     3   104     3   112    16     5    10    28 
	                             5     0     0    10     7     7     0     8    32     8 
	                           112     8   128     8     4     8    13    14    37     1 
	                            16    64    11    11     2    85     0 
	00079: PUSHW[1]            -10 
	00082: NPUSHB      (23):    16    16     2    85     0     6    12    12     2    85 
	                             0    16    11    11     2    85     0     8    16    16 
	                             6    85     0 
	00107: PUSHW[1]             -4 
	00110: NPUSHB      (38):    12    13     6    85   159     0   192     0   224     0 
	                             3     0     0   160     0   176     0     3   192     0 
	                           240     0     2     0     0    32     0   208     0   224 
	                             0     4     0    78    15    71    80    24 
	00150: CALL       
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,0] 
	00153: DELTAP1    
	00154: DELTAP2    
	00155: DELTAP3    
	00156: DELTAP3    
	00157: CALL       
	00158: CALL       
	00159: CALL       
	00160: CALL       
	00161: CALL       
	00162: CALL       
	00163: ALIGNRP    
	00164: MIRP[srp0,md,rd,1] 
	00165: ALIGNRP    
	00166: MDAP[rd]   
	00167: DELTAP1    
	00168: SHP[rp1,zp0] 
	00169: MDAP[rd]   
	00170: SVTCA[y-axis] 
	00171: MIAP[rd+ci] 
	00172: MIAP[rd+ci] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: IUP[y]     
	00175: IUP[x]     
	00176: SVTCA[x-axis] 
	00177: DELTAP1    
	00178: DELTAP3    
	00179: DELTAP3    
	00180: DELTAP2    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual         Y-Short         Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   137,     0)  ->  Abs (   137,     0)
	  1: Rel (     0,  1175)  ->  Abs (   137,  1175)
	  2: Rel (     0,   115)  ->  Abs (   137,  1290)
	  3: Rel (    54,   127)  ->  Abs (   191,  1417)
	  4: Rel (   134,    74)  ->  Abs (   325,  1491)
	  5: Rel (   106,     0)  ->  Abs (   431,  1491)
	  6: Rel (    79,     0)  ->  Abs (   510,  1491)
	  7: Rel (    88,   -18)  ->  Abs (   598,  1473)
	  8: Rel (   -26,  -157)  ->  Abs (   572,  1316)
	  9: Rel (   -54,    10)  ->  Abs (   518,  1326)
	 10: Rel (   -52,     0)  ->  Abs (   466,  1326)
	 11: Rel (   -90,     0)  ->  Abs (   376,  1326)
	 12: Rel (   -59,   -79)  ->  Abs (   317,  1247)
	 13: Rel (     0,   -87)  ->  Abs (   317,  1160)
	 14: Rel (     0, -1160)  ->  Abs (   317,     0)

	Glyph 470: off = 0x00015272, len = 128
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			2060

	     0: Flags:		0x0236
		Glyf Index:	99
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	141
		X WOffset:	339
		Y WOffset:	586
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[8]              4    39    17     0    72    43     4    39 
	00009: PUSHW[1]            -64 
	00012: PUSHB[4]             51    54    52    39 
	00017: PUSHW[1]            -64 
	00020: PUSHB[4]             34    36    52    39 
	00025: PUSHW[1]            -64 
	00028: PUSHB[4]             30    32    52    39 
	00033: PUSHW[1]            -64 
	00036: PUSHB[7]             16    18    52   175    39     1    39 
	00044: SVTCA[y-axis] 
	00045: MDAP[rd]   
	00046: DELTAP1    
	00047: CALL       
	00048: CALL       
	00049: CALL       
	00050: CALL       
	00051: PUSHB[2]              6     2 
	00054: RS         
	00055: EQ         
	00056: IF         
	00057: NPUSHB       (9):     0    39    16    39     2   160    39     1    39 
	00068: PUSHW[1]            -64 
	00071: PUSHB[4]             69    69    52    39 
	00076: PUSHW[1]            -64 
	00079: PUSHB[4]             44    47    52    39 
	00084: PUSHW[1]            -64 
	00087: PUSHB[3]             23    25    52 
	00091: CALL       
	00092: CALL       
	00093: CALL       
	00094: DELTAP1    
	00095: DELTAP3    
	00096: EIF        
	00097: SHC[rp1,zp0] 
	00098: SVTCA[x-axis] 
	00099: CALL       
	00100: SHC[rp1,zp0] 

	Glyph 471: off = 0x000152F2, len = 228
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1924

	     0: Flags:		0x0226
		Glyf Index:	110
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	271
		Y WOffset:	450
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              6     2 
	00003: RS         
	00004: EQ         
	00005: IF         
	00006: NPUSHB      (42):     4     0    80    83    59    59    65     3     2     0 
	                            56    62    28    28    65     4     0    83    80    83 
	                           240    83     3    47    83   112    83   128    83     3 
	                            83     3     2    32    65   128    65     2   128    65 
	                             1    65 
	00050: SVTCA[y-axis] 
	00051: MDAP[rd]   
	00052: DELTAP2    
	00053: DELTAP3    
	00054: SHC[rp1,zp0] 
	00055: SHC[rp1,zp0] 
	00056: MDAP[rd]   
	00057: DELTAP1    
	00058: DELTAP2    
	00059: SHC[rp1,zp0] 
	00060: SVTCA[x-axis] 
	00061: CALL       
	00062: SHC[rp1,zp0] 
	00063: SHC[rp1,zp0] 
	00064: CALL       
	00065: SHC[rp1,zp0] 
	00066: ELSE       
	00067: NPUSHB      (44):     4    80    68     0    72    43    81    82    80    83 
	                           128    75    79    52    83    64    96    96    52    83 
	                            64    56    56    52     0    83    96    83   143    83 
	                           208    83     4   143    83   240    83     2    83   128 
	                            56    63    52    83 
	00113: PUSHW[1]            -64 
	00116: NPUSHB       (9):    44    46    52    83   128    41    47    52    83 
	00127: PUSHW[1]            -64 
	00130: PUSHB[4]             39    40    52    83 
	00135: PUSHW[1]           -128 
	00138: PUSHB[4]             35    36    52    83 
	00143: PUSHW[1]            -64 
	00146: PUSHB[4]             31    34    52    83 
	00151: PUSHW[1]           -128 
	00154: NPUSHB      (15):    30    30    52    83    64    21    24    52    83   128 
	                            19    20    52    83    28 
	00171: PUSHW[1]            320 
	00174: SVTCA[y-axis] 
	00175: SMD        
	00176: RTG        
	00177: SRP0       
	00178: MDRP[srp0,md,rd,0] 
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: DELTAP2    
	00189: DELTAP3    
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: MDRP[nrp0,nmd,rd,0] 
	00194: MDRP[srp0,nmd,rd,0] 
	00195: MDRP[nrp0,nmd,rd,0] 
	00196: IUP[y]     
	00197: IUP[x]     
	00198: SVTCA[x-axis] 
	00199: CALL       
	00200: SHC[rp1,zp0] 
	00201: EIF        

	Glyph 472: off = 0x000153D6, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			1
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	  xMax:			1936
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	144
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	659
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    20    22     1     4    65     2     1    23 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 473: off = 0x00015406, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1738
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	160
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	600
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     3     1    78    37     0    72    39     3     1    78 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 474: off = 0x00015436, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			83
	  yMin:			-59
	  xMax:			1517
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	145
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	459
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     3    52    25    50    72    43     3     1    52 
	00011: PUSHW[2]            545    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 475: off = 0x00015466, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			129
	  yMin:			-79
	  xMax:			1124
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	161
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	310
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     3     1    44    29    30    72    39     3     1    47 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 476: off = 0x00015496, len = 60
	  numberOfContours:	1
	  xMin:			185
	  yMin:			857
	  xMax:			390
	  yMax:			1062

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	36
	00000: NPUSHB      (14):     2     1     3     0    60     1     5   159     3    60 
	                             0    25     4   161 
	00016: PUSHW[2]            400    24 
	00021: CALL       
	00022: FLIPOFF    
	00023: SRP0       
	00024: MIRP[srp0,nmd,rd,0] 
	00025: FLIPON     
	00026: MIRP[srp0,md,rd,1] 
	00027: MIRP[nrp0,nmd,rd,2] 
	00028: SVTCA[y-axis] 
	00029: MDAP[rd]   
	00030: MIRP[srp0,md,rd,1] 
	00031: ALIGNRP    
	00032: SRP0       
	00033: ALIGNRP    
	00034: IUP[y]     
	00035: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   185,   857)  ->  Abs (   185,   857)
	  1: Rel (     0,   205)  ->  Abs (   185,  1062)
	  2: Rel (   205,     0)  ->  Abs (   390,  1062)
	  3: Rel (     0,  -205)  ->  Abs (   390,   857)

	Glyph 477: off = 0x000154D2, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			0
	  xMax:			1910
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	58
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	650
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHW[2]              1   -90 
	00005: PUSHB[8]             27    25     8     9    65     1     1    26 
	00014: PUSHW[2]            545    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 

	Glyph 478: off = 0x00015504, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1463
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	90
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	360
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHW[2]              1   -90 
	00005: PUSHB[8]             21    19     7     8    65     1     1    20 
	00014: PUSHW[2]            546    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: SHC[rp1,zp0] 

	Glyph 479: off = 0x00015536, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			0
	  xMax:			1910
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	58
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	650
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    25     8     0    72    43     1     1    25 
	00011: PUSHW[2]            545    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 480: off = 0x00015566, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1463
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	90
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	360
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    19     7     0    72    43     1     1    19 
	00011: PUSHW[2]            546    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 481: off = 0x00015596, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			0
	  xMax:			1910
	  yMax:			1761

	     0: Flags:		0x0226
		Glyf Index:	58
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	620
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     1     1     2     2    25 
	00007: PUSHW[2]            545    41 
	00012: SVTCA[y-axis] 
	00013: CALL       
	00014: SVTCA[x-axis] 
	00015: PUSHB[2]              6     2 
	00018: RS         
	00019: EQ         
	00020: IF         
	00021: PUSHB[6]              0    28    29     8     9    65 
	00028: CALL       
	00029: ELSE       
	00030: PUSHB[2]             28    23 
	00033: PUSHW[1]            -30 
	00036: PUSHB[2]             72    43 
	00039: CALL       
	00040: EIF        
	00041: SHC[rp1,zp0] 
	00042: SHC[rp1,zp0] 

	Glyph 482: off = 0x000155DC, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1463
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	90
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	410
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     2     1    22     7     0    72    43     1     2     2 
	                            22 
	00013: PUSHW[2]            546    41 
	00018: SVTCA[y-axis] 
	00019: CALL       
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 

	Glyph 483: off = 0x0001560E, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1350
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	333
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     1    14     6    26    72    39     1     1    14 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       

	Glyph 484: off = 0x0001563E, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			33
	  yMin:			-431
	  xMax:			1006
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	183
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     1    28    32    13    14     6    85    28    15    26 
	                            72    43     1     1    28 
	00017: PUSHW[2]            546    41 
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: CALL       
	00027: SHC[rp1,zp0] 

	Glyph 485: off = 0x00015674, len = 114
	  numberOfContours:	1
	  xMin:			138
	  yMin:			1001
	  xMax:			347
	  yMax:			1481

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	71
	00000: PUSHB[7]              3     1     8     0     3   171     4 
	00008: PUSHW[1]            336 
	00011: NPUSHB      (24):     9     1     0    60     9     9     8     0     4   105 
	                             3   197     0     0     9   129     7    63     8     1 
	                             8    25    10   157 
	00037: PUSHW[2]            400    24 
	00042: CALL       
	00043: FLIPOFF    
	00044: SRP0       
	00045: MIRP[srp0,nmd,rd,0] 
	00046: DELTAP1    
	00047: ALIGNRP    
	00048: FLIPON     
	00049: MIRP[srp0,md,rd,1] 
	00050: ALIGNRP    
	00051: SRP0       
	00052: MIRP[srp0,nmd,rd,0] 
	00053: MIRP[nrp0,nmd,rd,0] 
	00054: SVTCA[y-axis] 
	00055: MIAP[rd+ci] 
	00056: ALIGNRP    
	00057: SRP0       
	00058: MIRP[srp0,md,rd,1] 
	00059: ALIGNRP    
	00060: SRP0       
	00061: MIRP[srp0,md,rd,1] 
	00062: MIRP[nrp0,md,rd,1] 
	00063: SVTCA[x-axis] 
	00064: SRP1       
	00065: SRP2       
	00066: IP         
	00067: SVTCA[y-axis] 
	00068: MDRP[nrp0,md,nrd,1] 
	00069: IUP[y]     
	00070: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   331,  1272)  ->  Abs (   331,  1272)
	  1: Rel (   -94,     0)  ->  Abs (   237,  1272)
	  2: Rel (     2,  -156)  ->  Abs (   239,  1116)
	  3: Rel (   108,   -44)  ->  Abs (   347,  1072)
	  4: Rel (   -44,   -71)  ->  Abs (   303,  1001)
	  5: Rel (   -93,    42)  ->  Abs (   210,  1043)
	  6: Rel (   -72,   142)  ->  Abs (   138,  1185)
	  7: Rel (     0,   131)  ->  Abs (   138,  1316)
	  8: Rel (     0,   165)  ->  Abs (   138,  1481)
	  9: Rel (   193,     0)  ->  Abs (   331,  1481)

	Glyph 486: off = 0x000156E6, len = 52
	  numberOfContours:	1
	  xMin:			-31
	  yMin:			1227
	  xMax:			714
	  yMax:			1375

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	26
	00000: NPUSHB      (12):     1    53     0     2    26     5     0    25     4    67 
	                           104    24 
	00014: CALL       
	00015: FLIPOFF    
	00016: SRP0       
	00017: MIRP[nrp0,nmd,rd,0] 
	00018: SRP0       
	00019: MIRP[nrp0,nmd,rd,2] 
	00020: SVTCA[y-axis] 
	00021: MDAP[rd]   
	00022: FLIPON     
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   -31,  1227)  ->  Abs (   -31,  1227)
	  1: Rel (     0,   148)  ->  Abs (   -31,  1375)
	  2: Rel (   745,     0)  ->  Abs (   714,  1375)
	  3: Rel (     0,  -148)  ->  Abs (   714,  1227)

	Glyph 487: off = 0x0001571A, len = 462
	  numberOfContours:	1
	  xMin:			27
	  yMin:			-28
	  xMax:			1082
	  yMax:			1491

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	303
	00000: NPUSHB     (197):    11    36    19     4    41    24    58    18    83    46 
	                           109    44    98    46   134    40     8   219    30   223 
	                            33   218    50   233    33   250    33     5    25    33 
	                             1   117     9   134     9     2    52    53    53    30 
	                            30    31    43    32    51    50    50    33    33    95 
	                            32   223    32     2   143    32     1    15    32    31 
	                            32    47    32   159    32   175    32     5    32    32 
	                            38     2     3     3    25    25    26    43    27     1 
	                             0     0    28    28     0    27     1    47    27     1 
	                            27    27    22    38    42    39    95    41   111    41 
	                             2    41   136    64    45     1    45    41    38     1 
	                             7    30    20   106    16    13    30    14   171    11 
	                            30    16    11    23   159    22    11    33    30    28 
	                             3    25    35    50    53     0     3     3    48    42 
	                            94    41   105    13   229    32    14    48    14     2 
	                            14    26    56    51    52    52     1     1     2   135 
	                            25    94    32     3     1     3    77    48    94   191 
	                            35   207    35   239    35     3    35   114    23    32 
	                            31    31    27    27    26   197    22   171   175    31 
	                             1    23    25    55   169   141    24 
	00199: CALL       
	00200: FLIPOFF    
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,0] 
	00203: DELTAP1    
	00204: RTHG       
	00205: FLIPON     
	00206: MIRP[nrp0,nmd,rd,0] 
	00207: RTG        
	00208: MIRP[srp0,nmd,rd,0] 
	00209: ALIGNRP    
	00210: SRP0       
	00211: ALIGNRP    
	00212: SRP0       
	00213: ALIGNRP    
	00214: SRP0       
	00215: MIRP[srp0,nmd,rd,0] 
	00216: DELTAP1    
	00217: MIRP[srp0,md,rd,1] 
	00218: MIRP[srp0,nmd,rd,0] 
	00219: DELTAP1    
	00220: MIRP[nrp0,md,rd,1] 
	00221: MIRP[srp0,nmd,rd,0] 
	00222: ALIGNRP    
	00223: SRP0       
	00224: ALIGNRP    
	00225: SRP0       
	00226: ALIGNRP    
	00227: FLIPOFF    
	00228: SRP0       
	00229: MIRP[srp0,nmd,rd,2] 
	00230: DELTAP1    
	00231: FLIPON     
	00232: MIRP[nrp0,nmd,rd,0] 
	00233: MIRP[srp0,nmd,rd,0] 
	00234: MIRP[nrp0,md,rd,1] 
	00235: SRP1       
	00236: SRP2       
	00237: SLOOP      
	00238: IP         
	00239: SRP1       
	00240: SRP2       
	00241: SLOOP      
	00242: IP         
	00243: SVTCA[y-axis] 
	00244: MIAP[rd+ci] 
	00245: MIRP[nrp0,md,rd,1] 
	00246: MIAP[rd+ci] 
	00247: MIRP[nrp0,md,rd,1] 
	00248: MIRP[srp0,md,rd,1] 
	00249: MIRP[nrp0,md,rd,1] 
	00250: SRP0       
	00251: MIRP[srp0,nmd,rd,0] 
	00252: MIRP[nrp0,md,rd,1] 
	00253: MIAP[rd+ci] 
	00254: MIRP[nrp0,md,rd,1] 
	00255: DELTAP2    
	00256: MIRP[srp0,md,rd,1] 
	00257: DELTAP1    
	00258: MIRP[nrp0,nmd,rd,0] 
	00259: SRP1       
	00260: SRP2       
	00261: IP         
	00262: MDAP[rd]   
	00263: DELTAP1    
	00264: DELTAP2    
	00265: ALIGNRP    
	00266: SRP0       
	00267: ALIGNRP    
	00268: SRP0       
	00269: ALIGNRP    
	00270: SRP0       
	00271: MIRP[srp0,md,rd,1] 
	00272: ALIGNRP    
	00273: SRP0       
	00274: ALIGNRP    
	00275: SRP0       
	00276: ALIGNRP    
	00277: SRP1       
	00278: IP         
	00279: MDAP[rd]   
	00280: DELTAP1    
	00281: DELTAP2    
	00282: DELTAP3    
	00283: ALIGNRP    
	00284: SRP0       
	00285: ALIGNRP    
	00286: SRP0       
	00287: ALIGNRP    
	00288: SRP0       
	00289: MIRP[srp0,md,rd,1] 
	00290: ALIGNRP    
	00291: SRP0       
	00292: ALIGNRP    
	00293: SRP0       
	00294: ALIGNRP    
	00295: IUP[y]     
	00296: IUP[x]     
	00297: SVTCA[y-axis] 
	00298: DELTAP1    
	00299: SVTCA[x-axis] 
	00300: DELTAP3    
	00301: DELTAP2    
	00302: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short On
	 23:  YDual               Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual                       X-Short On
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual                 X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual                       X-Short On
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual                 X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short         Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short X-Short On
	 42:                      Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:                      Y-Short X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:        XDual         Y-Short X-Short On
	 51:  YDual                               On
	 52:        XDual         Y-Short         On
	 53:  YDual                               On
	 54:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   433,   614)  ->  Abs (   433,   614)
	  1: Rel (   278,     0)  ->  Abs (   711,   614)
	  2: Rel (     0,  -148)  ->  Abs (   711,   466)
	  3: Rel (  -282,     0)  ->  Abs (   429,   466)
	  4: Rel (   -33,  -144)  ->  Abs (   396,   322)
	  5: Rel (  -128,  -131)  ->  Abs (   268,   191)
	  6: Rel (    77,    22)  ->  Abs (   345,   213)
	  7: Rel (    64,     0)  ->  Abs (   409,   213)
	  8: Rel (    87,     0)  ->  Abs (   496,   213)
	  9: Rel (   103,   -25)  ->  Abs (   599,   188)
	 10: Rel (   170,   -41)  ->  Abs (   769,   147)
	 11: Rel (    68,     0)  ->  Abs (   837,   147)
	 12: Rel (    69,     0)  ->  Abs (   906,   147)
	 13: Rel (   118,    56)  ->  Abs (  1024,   203)
	 14: Rel (    58,  -165)  ->  Abs (  1082,    38)
	 15: Rel (  -146,   -63)  ->  Abs (   936,   -25)
	 16: Rel (   -92,     0)  ->  Abs (   844,   -25)
	 17: Rel (   -74,     0)  ->  Abs (   770,   -25)
	 18: Rel (  -144,    44)  ->  Abs (   626,    19)
	 19: Rel (  -151,    46)  ->  Abs (   475,    65)
	 20: Rel (   -70,     0)  ->  Abs (   405,    65)
	 21: Rel (  -165,     0)  ->  Abs (   240,    65)
	 22: Rel (  -144,   -93)  ->  Abs (    96,   -28)
	 23: Rel (   -69,   173)  ->  Abs (    27,   145)
	 24: Rel (   194,   112)  ->  Abs (   221,   257)
	 25: Rel (    32,   209)  ->  Abs (   253,   466)
	 26: Rel (  -209,     0)  ->  Abs (    44,   466)
	 27: Rel (     0,   148)  ->  Abs (    44,   614)
	 28: Rel (   209,     0)  ->  Abs (   253,   614)
	 29: Rel (    -4,    31)  ->  Abs (   249,   645)
	 30: Rel (   -37,   117)  ->  Abs (   212,   762)
	 31: Rel (  -168,     0)  ->  Abs (    44,   762)
	 32: Rel (     0,   148)  ->  Abs (    44,   910)
	 33: Rel (   126,     0)  ->  Abs (   170,   910)
	 34: Rel (   -23,    90)  ->  Abs (   147,  1000)
	 35: Rel (     0,    77)  ->  Abs (   147,  1077)
	 36: Rel (     0,   194)  ->  Abs (   147,  1271)
	 37: Rel (   265,   220)  ->  Abs (   412,  1491)
	 38: Rel (   193,     0)  ->  Abs (   605,  1491)
	 39: Rel (   166,     0)  ->  Abs (   771,  1491)
	 40: Rel (   247,  -191)  ->  Abs (  1018,  1300)
	 41: Rel (    26,  -188)  ->  Abs (  1044,  1112)
	 42: Rel (  -179,   -27)  ->  Abs (   865,  1085)
	 43: Rel (   -13,   113)  ->  Abs (   852,  1198)
	 44: Rel (  -148,   145)  ->  Abs (   704,  1343)
	 45: Rel (  -107,     0)  ->  Abs (   597,  1343)
	 46: Rel (  -117,     0)  ->  Abs (   480,  1343)
	 47: Rel (  -141,  -150)  ->  Abs (   339,  1193)
	 48: Rel (     0,   -92)  ->  Abs (   339,  1101)
	 49: Rel (     0,   -58)  ->  Abs (   339,  1043)
	 50: Rel (    28,  -133)  ->  Abs (   367,   910)
	 51: Rel (   344,     0)  ->  Abs (   711,   910)
	 52: Rel (     0,  -148)  ->  Abs (   711,   762)
	 53: Rel (  -310,     0)  ->  Abs (   401,   762)
	 54: Rel (    26,  -105)  ->  Abs (   427,   657)

	Glyph 488: off = 0x000158E8, len = 258
	  numberOfContours:	2
	  xMin:			90
	  yMin:			-34
	  xMax:			1148
	  yMax:			1096

	EndPoints
	---------
	  0:  18
	  1:  25

	  Length of Instructions:	164
	00000: NPUSHB      (80):   182     4     1    69    23    90     4    82    14    91 
	                            16    90    21    82    23   107     4   104     7     8 
	                            32    27    58     4    75     4    73    17    74    21 
	                             5    18     0    76    19    47    25   207    25     2 
	                            25    25     9    15     6   105     5     1   172     3 
	                           171     9    11    20    58    24   172    22   171    15 
	                             7     5   171   143     6   159     6   175     6   191 
	                             6   207     6   223     6     6     6     6    20    19 
	00082: PUSHW[1]            705 
	00085: NPUSHB      (21):     0    18    32    18     2    16    18    32    18    48 
	                            18     3    18    49    27     1     0    24    25    25 
	                             0 
	00108: PUSHW[1]            705 
	00111: PUSHB[8]             31    12    63    12     2    12    49    26 
	00120: SRP0       
	00121: MIRP[srp0,nmd,rd,2] 
	00122: DELTAP1    
	00123: MIRP[srp0,md,rd,1] 
	00124: ALIGNRP    
	00125: SRP0       
	00126: ALIGNRP    
	00127: SRP0       
	00128: ALIGNRP    
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,2] 
	00131: DELTAP1    
	00132: DELTAP1    
	00133: MIRP[srp0,md,rd,1] 
	00134: ALIGNRP    
	00135: IP         
	00136: MDAP[rd]   
	00137: DELTAP1    
	00138: MIRP[nrp0,md,rd,1] 
	00139: SVTCA[y-axis] 
	00140: MIAP[rd+ci] 
	00141: MIRP[srp0,md,rd,1] 
	00142: MIRP[srp0,nmd,rd,0] 
	00143: MIRP[nrp0,nmd,rd,0] 
	00144: MIAP[rd+ci] 
	00145: MIRP[srp0,md,rd,1] 
	00146: MIRP[nrp0,nmd,rd,0] 
	00147: MDAP[rd]   
	00148: MIRP[nrp0,nmd,rd,0] 
	00149: SRP1       
	00150: SRP2       
	00151: IP         
	00152: MDAP[rd]   
	00153: DELTAP1    
	00154: ALIGNRP    
	00155: MIRP[srp0,md,rd,1] 
	00156: ALIGNRP    
	00157: IUP[y]     
	00158: IUP[x]     
	00159: SVTCA[x-axis] 
	00160: DELTAP1    
	00161: DELTAP1    
	00162: SVTCA[y-axis] 
	00163: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:                                      Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:                                      Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:                                      Off
	 18:        XDual                 X-Short On
	 19:  YDual               Y-Short X-Short On
	 20:        XDual                         On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:                      Y-Short X-Short On
	 25:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   321,   531)  ->  Abs (   321,   531)
	  1: Rel (     0,  -371)  ->  Abs (   321,   160)
	  2: Rel (   120,  -121)  ->  Abs (   441,    39)
	  3: Rel (   178,     0)  ->  Abs (   619,    39)
	  4: Rel (   254,     0)  ->  Abs (   873,    39)
	  5: Rel (   141,   246)  ->  Abs (  1014,   285)
	  6: Rel (    72,   -43)  ->  Abs (  1086,   242)
	  7: Rel (  -120,  -173)  ->  Abs (   966,    69)
	  8: Rel (  -224,  -103)  ->  Abs (   742,   -34)
	  9: Rel (  -123,     0)  ->  Abs (   619,   -34)
	 10: Rel (  -237,     0)  ->  Abs (   382,   -34)
	 11: Rel (  -292,   320)  ->  Abs (    90,   286)
	 12: Rel (     0,   245)  ->  Abs (    90,   531)
	 13: Rel (     0,   247)  ->  Abs (    90,   778)
	 14: Rel (   294,   318)  ->  Abs (   384,  1096)
	 15: Rel (   235,     0)  ->  Abs (   619,  1096)
	 16: Rel (   214,     0)  ->  Abs (   833,  1096)
	 17: Rel (   304,  -284)  ->  Abs (  1137,   812)
	 18: Rel (    11,  -281)  ->  Abs (  1148,   531)
	 19: Rel (  -231,    74)  ->  Abs (   917,   605)
	 20: Rel (     0,   297)  ->  Abs (   917,   902)
	 21: Rel (  -128,   121)  ->  Abs (   789,  1023)
	 22: Rel (  -172,     0)  ->  Abs (   617,  1023)
	 23: Rel (  -175,     0)  ->  Abs (   442,  1023)
	 24: Rel (  -121,  -122)  ->  Abs (   321,   901)
	 25: Rel (     0,  -296)  ->  Abs (   321,   605)

	Glyph 489: off = 0x000159EA, len = 400
	  numberOfContours:	5
	  xMin:			107
	  yMin:			-57
	  xMax:			1664
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  13
	  2:  33
	  3:  45
	  4:  56

	  Length of Instructions:	228
	00000: NPUSHB      (14):    47    58   123    17   119    21   138    17   134    21 
	                             5     2     3     3 
	00016: PUSHW[1]            -64 
	00019: PUSHB[4]             66    92    52     3 
	00024: PUSHW[1]            -64 
	00027: NPUSHB      (17):    39    59    52     3    63     0     1    20     0     0 
	                             1    24    24    37    14    14    54 
	00046: PUSHW[1]            609 
	00049: NPUSHB      (11):    31    37    47    37    63    37     3    37    37    29 
	                            43 
	00062: PUSHW[3]            609    19   448 
	00069: NPUSHB       (9):    29     5     7   172     8   160    11     4    13 
	00080: PUSHW[1]            287 
	00083: PUSHB[5]             11    12   226     2     1 
	00089: PUSHW[4]            381     3    48   609 
	00098: NPUSHB      (13):    29   226     0     0     3     9    34    41    16    39 
	                            46    41    32 
	00113: PUSHW[1]            285 
	00116: NPUSHB      (29):    26    40    41    22    39    51    41    26    26    58 
	                             0     3     1     2     4    58    57    11    12     5 
	                             4    12    13    41     4     8     7   203     4 
	00147: PUSHW[1]            326 
	00150: PUSHB[4]             57    87   104    24 
	00155: CALL       
	00156: SRP0       
	00157: MIRP[srp0,nmd,rd,2] 
	00158: MIRP[srp0,nmd,rd,2] 
	00159: ALIGNRP    
	00160: SRP0       
	00161: MIRP[srp0,md,rd,1] 
	00162: ALIGNRP    
	00163: SRP0       
	00164: ALIGNRP    
	00165: SRP2       
	00166: IP         
	00167: SRP1       
	00168: SRP2       
	00169: SLOOP      
	00170: IP         
	00171: FLIPOFF    
	00172: SRP0       
	00173: MIRP[srp0,nmd,rd,2] 
	00174: FLIPON     
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIRP[srp0,nmd,rd,0] 
	00177: MIRP[nrp0,md,rd,1] 
	00178: SRP0       
	00179: MIRP[srp0,md,rd,1] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: MIRP[srp0,nmd,rd,0] 
	00182: MIRP[nrp0,md,rd,1] 
	00183: SVTCA[y-axis] 
	00184: MIAP[rd+ci] 
	00185: ALIGNRP    
	00186: SRP0       
	00187: MIRP[srp0,nmd,rd,2] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP0       
	00190: MIRP[srp0,md,rd,1] 
	00191: ALIGNRP    
	00192: MIRP[srp0,nmd,rd,0] 
	00193: ALIGNRP    
	00194: MIRP[srp0,md,rd,1] 
	00195: ALIGNRP    
	00196: SRP0       
	00197: MIRP[srp0,nmd,rd,0] 
	00198: MIRP[srp0,md,rd,1] 
	00199: IP         
	00200: SRP0       
	00201: MIRP[srp0,md,rd,1] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: SRP2       
	00204: IP         
	00205: MDAP[rd]   
	00206: DELTAP1    
	00207: MIRP[nrp0,md,rd,1] 
	00208: RTHG       
	00209: IP         
	00210: MDAP[rd]   
	00211: SRP1       
	00212: IP         
	00213: MDAP[rd]   
	00214: SDPVTL[1]  
	00215: SFVTCA[x-axis] 
	00216: MDAP[nrd]  
	00217: RTG        
	00218: CALL       
	00219: CALL       
	00220: CALL       
	00221: RDTG       
	00222: SRP0       
	00223: MDRP[nrp0,nmd,rd,0] 
	00224: IUP[y]     
	00225: IUP[x]     
	00226: SVTCA[x-axis] 
	00227: DELTAP1    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                              X-Short On
	  5:        XDual                         On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:                                      On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:                      Y-Short X-Short Off
	 46:                              X-Short On
	 47:        XDual         Y-Short         Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual                       X-Short On
	 55:  YDual                       X-Short Off
	 56:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   228,   -57)  ->  Abs (   228,   -57)
	  1: Rel (  1101,  1548)  ->  Abs (  1329,  1491)
	  2: Rel (   157,     0)  ->  Abs (  1486,  1491)
	  3: Rel ( -1101, -1548)  ->  Abs (   385,   -57)
	  4: Rel (   -54,   790)  ->  Abs (   331,   733)
	  5: Rel (     0,   554)  ->  Abs (   331,  1287)
	  6: Rel (  -102,   -81)  ->  Abs (   229,  1206)
	  7: Rel (  -122,   -32)  ->  Abs (   107,  1174)
	  8: Rel (     0,   123)  ->  Abs (   107,  1297)
	  9: Rel (    55,    17)  ->  Abs (   162,  1314)
	 10: Rel (   160,   109)  ->  Abs (   322,  1423)
	 11: Rel (    46,    61)  ->  Abs (   368,  1484)
	 12: Rel (   108,     0)  ->  Abs (   476,  1484)
	 13: Rel (     0,  -751)  ->  Abs (   476,   733)
	 14: Rel (   749,  -366)  ->  Abs (  1225,   367)
	 15: Rel (  -130,    47)  ->  Abs (  1095,   414)
	 16: Rel (     0,   115)  ->  Abs (  1095,   529)
	 17: Rel (     0,    80)  ->  Abs (  1095,   609)
	 18: Rel (   125,   111)  ->  Abs (  1220,   720)
	 19: Rel (   139,     0)  ->  Abs (  1359,   720)
	 20: Rel (   139,     0)  ->  Abs (  1498,   720)
	 21: Rel (   139,  -107)  ->  Abs (  1637,   613)
	 22: Rel (     0,   -86)  ->  Abs (  1637,   527)
	 23: Rel (     0,  -115)  ->  Abs (  1637,   412)
	 24: Rel (  -140,   -45)  ->  Abs (  1497,   367)
	 25: Rel (   167,   -41)  ->  Abs (  1664,   326)
	 26: Rel (     0,  -143)  ->  Abs (  1664,   183)
	 27: Rel (     0,  -106)  ->  Abs (  1664,    77)
	 28: Rel (  -168,  -126)  ->  Abs (  1496,   -49)
	 29: Rel (  -130,     0)  ->  Abs (  1366,   -49)
	 30: Rel (  -138,     0)  ->  Abs (  1228,   -49)
	 31: Rel (  -161,   127)  ->  Abs (  1067,    78)
	 32: Rel (     0,   100)  ->  Abs (  1067,   178)
	 33: Rel (     0,   148)  ->  Abs (  1067,   326)
	 34: Rel (   177,   193)  ->  Abs (  1244,   519)
	 35: Rel (     0,   -50)  ->  Abs (  1244,   469)
	 36: Rel (    70,   -52)  ->  Abs (  1314,   417)
	 37: Rel (    51,     0)  ->  Abs (  1365,   417)
	 38: Rel (    51,     0)  ->  Abs (  1416,   417)
	 39: Rel (    73,    52)  ->  Abs (  1489,   469)
	 40: Rel (     0,    45)  ->  Abs (  1489,   514)
	 41: Rel (     0,    46)  ->  Abs (  1489,   560)
	 42: Rel (   -72,    55)  ->  Abs (  1417,   615)
	 43: Rel (   -54,     0)  ->  Abs (  1363,   615)
	 44: Rel (   -55,     0)  ->  Abs (  1308,   615)
	 45: Rel (   -64,   -58)  ->  Abs (  1244,   557)
	 46: Rel (   -28,  -367)  ->  Abs (  1216,   190)
	 47: Rel (     0,  -127)  ->  Abs (  1216,    63)
	 48: Rel (   149,     0)  ->  Abs (  1365,    63)
	 49: Rel (    71,     0)  ->  Abs (  1436,    63)
	 50: Rel (    80,    69)  ->  Abs (  1516,   132)
	 51: Rel (     0,    53)  ->  Abs (  1516,   185)
	 52: Rel (     0,    58)  ->  Abs (  1516,   243)
	 53: Rel (   -86,    68)  ->  Abs (  1430,   311)
	 54: Rel (   -68,     0)  ->  Abs (  1362,   311)
	 55: Rel (   -70,     0)  ->  Abs (  1292,   311)
	 56: Rel (   -76,   -69)  ->  Abs (  1216,   242)

	Glyph 490: off = 0x00015B7A, len = 560
	  numberOfContours:	5
	  xMin:			34
	  yMin:			-57
	  xMax:			1665
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  34
	  2:  54
	  3:  66
	  4:  77

	  Length of Instructions:	337
	00000: NPUSHB      (23):    31    20   223    20     2    47    79   105    38   102 
	                            42   123    38   119    42   138    38   133    42     7 
	                             2     3     3 
	00025: PUSHW[1]            -64 
	00028: PUSHB[4]             66    92    52     3 
	00033: PUSHW[1]            -64 
	00036: NPUSHB      (21):    39    59    52     3    63     0     1    20     0     0 
	                             1    28    28    33    24    45    45    58    35    35 
	                            75 
	00059: PUSHW[1]            609 
	00062: NPUSHB      (11):    31    58    47    58    63    58     3    58    58    50 
	                            64 
	00075: PUSHW[6]            609    40   448    50    14   609 
	00088: NPUSHB      (14):    13    13    33    24     5   197    32     4    48     4 
	                             2     4   100     7 
	00104: PUSHW[6]            609    33   287    24    20   682 
	00117: NPUSHB      (23):    31    21    47    21    63    21     3   127    21     1 
	                            95    21   111    21     2    95    21   111    21     2 
	                            21   145    18 
	00142: PUSHW[1]            609 
	00145: PUSHB[4]             24   226     2     1 
	00150: PUSHW[4]            381     3    69   609 
	00159: NPUSHB      (17):    50   226     0     0     3     9    14    13   159    16 
	                            55    41    37    39    67    41    53 
	00178: PUSHW[1]            285 
	00181: NPUSHB      (27):    47    61    41    43    39    72    41    47    26    79 
	                             0     3     1     2     4    79    78    16    41    26 
	                            34    10    41    48    30     1    30 
	00210: PUSHW[1]            552 
	00213: NPUSHB      (23):     4    14    39    13   100     5    20    41    16    21 
	                           208    21     2    21    34     5    41     4    25    78 
	                           124   104    24 
	00238: CALL       
	00239: FLIPOFF    
	00240: SRP0       
	00241: MIRP[srp0,nmd,rd,0] 
	00242: FLIPON     
	00243: MIRP[nrp0,md,rd,1] 
	00244: MIRP[srp0,nmd,rd,0] 
	00245: DELTAP3    
	00246: MIRP[nrp0,md,rd,1] 
	00247: SRP0       
	00248: MIRP[srp0,nmd,rd,2] 
	00249: MIRP[nrp0,nmd,rd,0] 
	00250: SRP0       
	00251: MIRP[srp0,md,rd,1] 
	00252: DELTAP1    
	00253: MIRP[nrp0,md,rd,1] 
	00254: MIRP[srp0,nmd,rd,0] 
	00255: MIRP[nrp0,md,rd,1] 
	00256: SRP1       
	00257: SRP2       
	00258: SLOOP      
	00259: IP         
	00260: FLIPOFF    
	00261: SRP0       
	00262: MIRP[srp0,nmd,rd,2] 
	00263: FLIPON     
	00264: MIRP[nrp0,md,rd,1] 
	00265: MIRP[srp0,nmd,rd,0] 
	00266: MIRP[nrp0,md,rd,1] 
	00267: SRP0       
	00268: MIRP[srp0,md,rd,1] 
	00269: MIRP[nrp0,md,rd,1] 
	00270: MIRP[srp0,nmd,rd,0] 
	00271: MIRP[nrp0,md,rd,1] 
	00272: SRP0       
	00273: MIRP[nrp0,nmd,rd,0] 
	00274: IP         
	00275: SVTCA[y-axis] 
	00276: MIAP[rd+ci] 
	00277: ALIGNRP    
	00278: SRP0       
	00279: MIRP[srp0,nmd,rd,2] 
	00280: MIRP[nrp0,md,rd,1] 
	00281: SRP0       
	00282: MIRP[srp0,md,rd,1] 
	00283: ALIGNRP    
	00284: MIRP[srp0,nmd,rd,0] 
	00285: MIRP[srp0,md,rd,1] 
	00286: MIRP[srp0,nmd,rd,0] 
	00287: DELTAP3    
	00288: DELTAP2    
	00289: DELTAP2    
	00290: DELTAP1    
	00291: MIRP[nrp0,nmd,rd,0] 
	00292: SRP0       
	00293: MIRP[srp0,md,rd,1] 
	00294: MIRP[srp0,md,rd,1] 
	00295: MIRP[srp0,nmd,rd,0] 
	00296: DELTAP1    
	00297: MIRP[nrp0,nmd,rd,0] 
	00298: SRP1       
	00299: SRP2       
	00300: IP         
	00301: MDAP[rd]   
	00302: MIRP[nrp0,md,rd,1] 
	00303: SRP0       
	00304: MIRP[srp0,md,rd,1] 
	00305: MIRP[nrp0,md,rd,1] 
	00306: SRP2       
	00307: IP         
	00308: MDAP[rd]   
	00309: DELTAP1    
	00310: MIRP[nrp0,md,rd,1] 
	00311: RTHG       
	00312: IP         
	00313: MDAP[rd]   
	00314: SRP1       
	00315: IP         
	00316: MDAP[rd]   
	00317: SRP1       
	00318: SRP2       
	00319: IP         
	00320: MDAP[rd]   
	00321: SDPVTL[1]  
	00322: SFVTCA[x-axis] 
	00323: MDAP[nrd]  
	00324: RTG        
	00325: CALL       
	00326: CALL       
	00327: CALL       
	00328: RDTG       
	00329: SRP0       
	00330: MDRP[nrp0,nmd,rd,0] 
	00331: IUP[y]     
	00332: IUP[x]     
	00333: SVTCA[x-axis] 
	00334: DELTAP1    
	00335: SVTCA[y-axis] 
	00336: DELTAP3    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                                      On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:                      Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short On
	 21:  YDual               Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual                               Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                               Off
	 35:                                      On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short On
	 46:        XDual         Y-Short X-Short Off
	 47:        XDual         Y-Short         On
	 48:        XDual         Y-Short         Off
	 49:                      Y-Short X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:        XDual         Y-Short         Off
	 57:        XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:  YDual XDual         Y-Short X-Short Off
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual                       X-Short On
	 65:  YDual                       X-Short Off
	 66:                      Y-Short X-Short Off
	 67:                              X-Short On
	 68:        XDual         Y-Short         Off
	 69:  YDual XDual                 X-Short On
	 70:  YDual XDual                 X-Short Off
	 71:  YDual XDual         Y-Short X-Short Off
	 72:  YDual XDual         Y-Short         On
	 73:  YDual XDual         Y-Short         Off
	 74:  YDual               Y-Short X-Short Off
	 75:  YDual                       X-Short On
	 76:  YDual                       X-Short Off
	 77:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   229,   -57)  ->  Abs (   229,   -57)
	  1: Rel (  1101,  1548)  ->  Abs (  1330,  1491)
	  2: Rel (   156,     0)  ->  Abs (  1486,  1491)
	  3: Rel ( -1100, -1548)  ->  Abs (   386,   -57)
	  4: Rel (  -352,   986)  ->  Abs (    34,   929)
	  5: Rel (   146,    15)  ->  Abs (   180,   944)
	  6: Rel (    31,  -112)  ->  Abs (   211,   832)
	  7: Rel (   123,     0)  ->  Abs (   334,   832)
	  8: Rel (    67,     0)  ->  Abs (   401,   832)
	  9: Rel (    90,    75)  ->  Abs (   491,   907)
	 10: Rel (     0,    57)  ->  Abs (   491,   964)
	 11: Rel (     0,   111)  ->  Abs (   491,  1075)
	 12: Rel (  -156,     0)  ->  Abs (   335,  1075)
	 13: Rel (   -58,    -3)  ->  Abs (   277,  1072)
	 14: Rel (    22,   110)  ->  Abs (   299,  1182)
	 15: Rel (   156,     0)  ->  Abs (   455,  1182)
	 16: Rel (     0,   102)  ->  Abs (   455,  1284)
	 17: Rel (     0,    89)  ->  Abs (   455,  1373)
	 18: Rel (  -121,     0)  ->  Abs (   334,  1373)
	 19: Rel (  -104,     0)  ->  Abs (   230,  1373)
	 20: Rel (   -36,  -102)  ->  Abs (   194,  1271)
	 21: Rel (  -143,    23)  ->  Abs (    51,  1294)
	 22: Rel (    41,   111)  ->  Abs (    92,  1405)
	 23: Rel (   134,    79)  ->  Abs (   226,  1484)
	 24: Rel (   100,     0)  ->  Abs (   326,  1484)
	 25: Rel (   286,     0)  ->  Abs (   612,  1484)
	 26: Rel (     0,  -188)  ->  Abs (   612,  1296)
	 27: Rel (     0,  -120)  ->  Abs (   612,  1176)
	 28: Rel (  -138,   -39)  ->  Abs (   474,  1137)
	 29: Rel (   173,   -43)  ->  Abs (   647,  1094)
	 30: Rel (     0,  -146)  ->  Abs (   647,   948)
	 31: Rel (     0,  -101)  ->  Abs (   647,   847)
	 32: Rel (  -165,  -132)  ->  Abs (   482,   715)
	 33: Rel (  -138,     0)  ->  Abs (   344,   715)
	 34: Rel (  -267,     0)  ->  Abs (    77,   715)
	 35: Rel (  1149,  -348)  ->  Abs (  1226,   367)
	 36: Rel (  -130,    47)  ->  Abs (  1096,   414)
	 37: Rel (     0,   115)  ->  Abs (  1096,   529)
	 38: Rel (     0,    90)  ->  Abs (  1096,   619)
	 39: Rel (   137,   101)  ->  Abs (  1233,   720)
	 40: Rel (   126,     0)  ->  Abs (  1359,   720)
	 41: Rel (   140,     0)  ->  Abs (  1499,   720)
	 42: Rel (   139,  -107)  ->  Abs (  1638,   613)
	 43: Rel (     0,   -86)  ->  Abs (  1638,   527)
	 44: Rel (     0,  -112)  ->  Abs (  1638,   415)
	 45: Rel (  -141,   -48)  ->  Abs (  1497,   367)
	 46: Rel (   168,   -41)  ->  Abs (  1665,   326)
	 47: Rel (     0,  -143)  ->  Abs (  1665,   183)
	 48: Rel (     0,  -109)  ->  Abs (  1665,    74)
	 49: Rel (  -170,  -123)  ->  Abs (  1495,   -49)
	 50: Rel (  -128,     0)  ->  Abs (  1367,   -49)
	 51: Rel (  -135,     0)  ->  Abs (  1232,   -49)
	 52: Rel (  -164,   123)  ->  Abs (  1068,    74)
	 53: Rel (     0,   104)  ->  Abs (  1068,   178)
	 54: Rel (     0,   148)  ->  Abs (  1068,   326)
	 55: Rel (   177,   193)  ->  Abs (  1245,   519)
	 56: Rel (     0,   -50)  ->  Abs (  1245,   469)
	 57: Rel (    70,   -52)  ->  Abs (  1315,   417)
	 58: Rel (    51,     0)  ->  Abs (  1366,   417)
	 59: Rel (    49,     0)  ->  Abs (  1415,   417)
	 60: Rel (    74,    51)  ->  Abs (  1489,   468)
	 61: Rel (     0,    46)  ->  Abs (  1489,   514)
	 62: Rel (     0,    46)  ->  Abs (  1489,   560)
	 63: Rel (   -72,    55)  ->  Abs (  1417,   615)
	 64: Rel (   -54,     0)  ->  Abs (  1363,   615)
	 65: Rel (   -54,     0)  ->  Abs (  1309,   615)
	 66: Rel (   -64,   -58)  ->  Abs (  1245,   557)
	 67: Rel (   -28,  -367)  ->  Abs (  1217,   190)
	 68: Rel (     0,  -127)  ->  Abs (  1217,    63)
	 69: Rel (   149,     0)  ->  Abs (  1366,    63)
	 70: Rel (    72,     0)  ->  Abs (  1438,    63)
	 71: Rel (    78,    70)  ->  Abs (  1516,   133)
	 72: Rel (     0,    52)  ->  Abs (  1516,   185)
	 73: Rel (     0,    58)  ->  Abs (  1516,   243)
	 74: Rel (   -85,    68)  ->  Abs (  1431,   311)
	 75: Rel (   -68,     0)  ->  Abs (  1363,   311)
	 76: Rel (   -70,     0)  ->  Abs (  1293,   311)
	 77: Rel (   -76,   -69)  ->  Abs (  1217,   242)

	Glyph 491: off = 0x00015DAA, len = 592
	  numberOfContours:	5
	  xMin:			34
	  yMin:			-57
	  xMax:			1665
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  31
	  2:  51
	  3:  63
	  4:  74

	  Length of Instructions:	375
	00000: NPUSHB      (44):   123    35   119    39   138    35   134    39   193    27 
	                           215    27   229    27   245    21     8    18    25    32 
	                            25    47    76    49    25     4     5    21     5    27 
	                             2    20    21    21   108    16    17    20    16    16 
	                            17     2     3     3 
	00046: PUSHW[1]            -64 
	00049: PUSHB[4]             66    92    52     3 
	00054: PUSHW[1]            -64 
	00057: NPUSHB      (17):    39    59    52     3    63     0     1    20     0     0 
	                             1    42    42    55    32    32    72 
	00076: PUSHW[1]            609 
	00079: NPUSHB      (11):    31    55    47    55    63    55     3    55    55    47 
	                            61 
	00092: PUSHW[3]            609    37   448 
	00099: NPUSHB      (19):    47    21    21    13    17    16    39    95    15   111 
	                            15   127    15   143    15     4    15   171    13 
	00120: PUSHW[1]            609 
	00123: NPUSHB      (28):    15    23    64    23    80    23     3    23    23    29 
	                            17     5   197   128     4     1    32     4    48     4 
	                            64     4    80     4     4     4   100     7 
	00153: PUSHW[3]            609    29   287 
	00160: PUSHB[5]             17    19    20    18    20 
	00166: PUSHW[1]            609 
	00169: PUSHB[4]             17    39     2     1 
	00174: PUSHW[4]            381     3    66   609 
	00183: NPUSHB      (13):    47   226     0     0     3     9    52    41    34    39 
	                            64    41    50 
	00198: PUSHW[1]            285 
	00201: NPUSHB      (34):    44    58    41    40    39    69    41    44    26    76 
	                             0     3     1     2     4    76    75    21    15    16 
	                            19    15    18     1    18    34    10    41     0    26 
	                            48    26     2    26 
	00237: PUSHW[1]            552 
	00240: NPUSHB      (20):     4    20    20    17    17    15    15    15    16     1 
	                            16    39     5    41     4    25    75    87   104    24 
	00262: CALL       
	00263: FLIPOFF    
	00264: SRP0       
	00265: MIRP[srp0,nmd,rd,0] 
	00266: FLIPON     
	00267: MIRP[nrp0,md,rd,1] 
	00268: MIRP[srp0,nmd,rd,0] 
	00269: DELTAP1    
	00270: SHP[rp2,zp1] 
	00271: MDAP[rd]   
	00272: SHP[rp2,zp1] 
	00273: MDAP[rd]   
	00274: SHP[rp1,zp0] 
	00275: MDAP[rd]   
	00276: SRP0       
	00277: MIRP[srp0,md,rd,1] 
	00278: DELTAP1    
	00279: MIRP[nrp0,md,rd,1] 
	00280: MIRP[srp0,nmd,rd,0] 
	00281: DELTAP1    
	00282: ALIGNRP    
	00283: SRP1       
	00284: SRP2       
	00285: IP         
	00286: SRP1       
	00287: SRP2       
	00288: SLOOP      
	00289: IP         
	00290: FLIPOFF    
	00291: SRP0       
	00292: MIRP[srp0,nmd,rd,2] 
	00293: FLIPON     
	00294: MIRP[nrp0,md,rd,1] 
	00295: MIRP[srp0,nmd,rd,0] 
	00296: MIRP[nrp0,md,rd,1] 
	00297: SRP0       
	00298: MIRP[srp0,md,rd,1] 
	00299: MIRP[nrp0,md,rd,1] 
	00300: MIRP[srp0,nmd,rd,0] 
	00301: MIRP[nrp0,md,rd,1] 
	00302: SVTCA[y-axis] 
	00303: MIAP[rd+ci] 
	00304: ALIGNRP    
	00305: SRP0       
	00306: MIRP[srp0,nmd,rd,2] 
	00307: MIRP[nrp0,md,rd,1] 
	00308: SRP0       
	00309: MIRP[srp0,md,rd,1] 
	00310: ALIGNRP    
	00311: MIRP[srp0,nmd,rd,0] 
	00312: MIRP[nrp0,md,rd,1] 
	00313: ALIGNRP    
	00314: SRP0       
	00315: ALIGNRP    
	00316: SRP0       
	00317: MIRP[srp0,md,rd,1] 
	00318: MIRP[srp0,md,rd,1] 
	00319: MIRP[srp0,nmd,rd,0] 
	00320: DELTAP1    
	00321: DELTAP2    
	00322: MIRP[nrp0,nmd,rd,0] 
	00323: SRP1       
	00324: SRP2       
	00325: IP         
	00326: MDAP[rd]   
	00327: DELTAP1    
	00328: MIRP[srp0,md,rd,1] 
	00329: MIRP[srp0,nmd,rd,0] 
	00330: DELTAP1    
	00331: MIRP[nrp0,nmd,rd,0] 
	00332: SRP1       
	00333: SRP2       
	00334: IP         
	00335: MDAP[rd]   
	00336: SRP0       
	00337: MIRP[srp0,md,rd,1] 
	00338: MIRP[nrp0,md,rd,1] 
	00339: SRP2       
	00340: IP         
	00341: MDAP[rd]   
	00342: DELTAP1    
	00343: MIRP[nrp0,md,rd,1] 
	00344: RTHG       
	00345: IP         
	00346: MDAP[rd]   
	00347: SRP1       
	00348: IP         
	00349: MDAP[rd]   
	00350: SDPVTL[1]  
	00351: SFVTCA[x-axis] 
	00352: MDAP[nrd]  
	00353: RTG        
	00354: CALL       
	00355: CALL       
	00356: CALL       
	00357: RDTG       
	00358: SRP0       
	00359: MDRP[nrp0,nmd,rd,0] 
	00360: SDPVTL[1]  
	00361: SFVTPV     
	00362: MDAP[nrd]  
	00363: RTG        
	00364: CALL       
	00365: SFVTCA[x-axis] 
	00366: RDTG       
	00367: SRP0       
	00368: MDRP[nrp0,nmd,rd,0] 
	00369: IUP[y]     
	00370: IUP[x]     
	00371: SVTCA[x-axis] 
	00372: DELTAP2    
	00373: DELTAP1    
	00374: DELTAP1    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                                      On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short On
	 16:  YDual               Y-Short X-Short On
	 17:        XDual                 X-Short On
	 18:  YDual                               On
	 19:        XDual         Y-Short         On
	 20:  YDual                               On
	 21:                      Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:                                      On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual         Y-Short X-Short On
	 53:        XDual         Y-Short         Off
	 54:        XDual         Y-Short X-Short Off
	 55:  YDual XDual                 X-Short On
	 56:  YDual XDual                 X-Short Off
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual         Y-Short         On
	 59:  YDual XDual         Y-Short         Off
	 60:  YDual               Y-Short X-Short Off
	 61:  YDual                       X-Short On
	 62:  YDual                       X-Short Off
	 63:                      Y-Short X-Short Off
	 64:                              X-Short On
	 65:        XDual         Y-Short         Off
	 66:  YDual XDual                 X-Short On
	 67:  YDual XDual                 X-Short Off
	 68:  YDual XDual         Y-Short X-Short Off
	 69:  YDual XDual         Y-Short         On
	 70:  YDual XDual         Y-Short         Off
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual                       X-Short On
	 73:  YDual                       X-Short Off
	 74:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   229,   -57)  ->  Abs (   229,   -57)
	  1: Rel (  1101,  1548)  ->  Abs (  1330,  1491)
	  2: Rel (   156,     0)  ->  Abs (  1486,  1491)
	  3: Rel ( -1100, -1548)  ->  Abs (   386,   -57)
	  4: Rel (  -352,   983)  ->  Abs (    34,   926)
	  5: Rel (   144,    18)  ->  Abs (   178,   944)
	  6: Rel (    26,  -105)  ->  Abs (   204,   839)
	  7: Rel (   121,     0)  ->  Abs (   325,   839)
	  8: Rel (    76,     0)  ->  Abs (   401,   839)
	  9: Rel (    92,    83)  ->  Abs (   493,   922)
	 10: Rel (     0,    63)  ->  Abs (   493,   985)
	 11: Rel (     0,    58)  ->  Abs (   493,  1043)
	 12: Rel (   -83,    85)  ->  Abs (   410,  1128)
	 13: Rel (   -66,     0)  ->  Abs (   344,  1128)
	 14: Rel (   -70,     0)  ->  Abs (   274,  1128)
	 15: Rel (   -70,   -64)  ->  Abs (   204,  1064)
	 16: Rel (  -141,    25)  ->  Abs (    63,  1089)
	 17: Rel (    79,   377)  ->  Abs (   142,  1466)
	 18: Rel (   470,     0)  ->  Abs (   612,  1466)
	 19: Rel (     0,  -121)  ->  Abs (   612,  1345)
	 20: Rel (  -374,     0)  ->  Abs (   238,  1345)
	 21: Rel (   -34,  -158)  ->  Abs (   204,  1187)
	 22: Rel (    79,    53)  ->  Abs (   283,  1240)
	 23: Rel (    89,     0)  ->  Abs (   372,  1240)
	 24: Rel (   113,     0)  ->  Abs (   485,  1240)
	 25: Rel (   158,  -147)  ->  Abs (   643,  1093)
	 26: Rel (     0,  -108)  ->  Abs (   643,   985)
	 27: Rel (     0,  -120)  ->  Abs (   643,   865)
	 28: Rel (  -185,  -150)  ->  Abs (   458,   715)
	 29: Rel (  -130,     0)  ->  Abs (   328,   715)
	 30: Rel (  -118,     0)  ->  Abs (   210,   715)
	 31: Rel (  -155,   113)  ->  Abs (    55,   828)
	 32: Rel (  1171,  -461)  ->  Abs (  1226,   367)
	 33: Rel (  -130,    47)  ->  Abs (  1096,   414)
	 34: Rel (     0,   115)  ->  Abs (  1096,   529)
	 35: Rel (     0,    90)  ->  Abs (  1096,   619)
	 36: Rel (   137,   101)  ->  Abs (  1233,   720)
	 37: Rel (   126,     0)  ->  Abs (  1359,   720)
	 38: Rel (   140,     0)  ->  Abs (  1499,   720)
	 39: Rel (   139,  -107)  ->  Abs (  1638,   613)
	 40: Rel (     0,   -86)  ->  Abs (  1638,   527)
	 41: Rel (     0,  -112)  ->  Abs (  1638,   415)
	 42: Rel (  -141,   -48)  ->  Abs (  1497,   367)
	 43: Rel (   168,   -41)  ->  Abs (  1665,   326)
	 44: Rel (     0,  -143)  ->  Abs (  1665,   183)
	 45: Rel (     0,  -109)  ->  Abs (  1665,    74)
	 46: Rel (  -170,  -123)  ->  Abs (  1495,   -49)
	 47: Rel (  -128,     0)  ->  Abs (  1367,   -49)
	 48: Rel (  -135,     0)  ->  Abs (  1232,   -49)
	 49: Rel (  -164,   123)  ->  Abs (  1068,    74)
	 50: Rel (     0,   104)  ->  Abs (  1068,   178)
	 51: Rel (     0,   148)  ->  Abs (  1068,   326)
	 52: Rel (   177,   193)  ->  Abs (  1245,   519)
	 53: Rel (     0,   -50)  ->  Abs (  1245,   469)
	 54: Rel (    70,   -52)  ->  Abs (  1315,   417)
	 55: Rel (    51,     0)  ->  Abs (  1366,   417)
	 56: Rel (    49,     0)  ->  Abs (  1415,   417)
	 57: Rel (    74,    51)  ->  Abs (  1489,   468)
	 58: Rel (     0,    46)  ->  Abs (  1489,   514)
	 59: Rel (     0,    46)  ->  Abs (  1489,   560)
	 60: Rel (   -72,    55)  ->  Abs (  1417,   615)
	 61: Rel (   -54,     0)  ->  Abs (  1363,   615)
	 62: Rel (   -54,     0)  ->  Abs (  1309,   615)
	 63: Rel (   -64,   -58)  ->  Abs (  1245,   557)
	 64: Rel (   -28,  -367)  ->  Abs (  1217,   190)
	 65: Rel (     0,  -127)  ->  Abs (  1217,    63)
	 66: Rel (   149,     0)  ->  Abs (  1366,    63)
	 67: Rel (    72,     0)  ->  Abs (  1438,    63)
	 68: Rel (    78,    70)  ->  Abs (  1516,   133)
	 69: Rel (     0,    52)  ->  Abs (  1516,   185)
	 70: Rel (     0,    58)  ->  Abs (  1516,   243)
	 71: Rel (   -85,    68)  ->  Abs (  1431,   311)
	 72: Rel (   -68,     0)  ->  Abs (  1363,   311)
	 73: Rel (   -70,     0)  ->  Abs (  1293,   311)
	 74: Rel (   -76,   -69)  ->  Abs (  1217,   242)

	Glyph 492: off = 0x00015FFA, len = 402
	  numberOfContours:	5
	  xMin:			74
	  yMin:			-57
	  xMax:			1664
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  12
	  2:  32
	  3:  44
	  4:  55

	  Length of Instructions:	228
	00000: NPUSHB      (14):    47    57   125    16   119    20   139    16   134    20 
	                             5     2     3     3 
	00016: PUSHW[1]            -64 
	00019: PUSHB[4]             66    92    52     3 
	00024: PUSHW[1]            -64 
	00027: NPUSHB      (17):    39    59    52     3    63     0     1    20     0     0 
	                             1    23    23    36    13    13    53 
	00046: PUSHW[1]            609 
	00049: NPUSHB      (11):    31    36    47    36    63    36     3    36    36    28 
	                            42 
	00062: PUSHW[3]            609    18   448 
	00069: PUSHB[3]             28    12     4 
	00073: PUSHW[1]            441 
	00076: PUSHB[8]              6     7   172     9     8    39     2     1 
	00085: PUSHW[4]            381     3    47   609 
	00094: NPUSHB      (13):    28   226     0     0     3     9    33    41    15    39 
	                            45    41    31 
	00109: PUSHW[1]            285 
	00112: NPUSHB      (41):    25    39    41    21    39    50    41    25    26    57 
	                             0     3     1     2     4    57    56     6     9     4 
	                             9    32    10     1    10   135    12    41     4     8 
	                             7   172    47     4     1     4    60    56   124   104 
	                            24 
	00155: CALL       
	00156: SRP0       
	00157: MIRP[srp0,nmd,rd,2] 
	00158: DELTAP1    
	00159: MIRP[srp0,nmd,rd,0] 
	00160: ALIGNRP    
	00161: SRP0       
	00162: MIRP[srp0,md,rd,1] 
	00163: MIRP[srp0,nmd,rd,0] 
	00164: DELTAP1    
	00165: ALIGNRP    
	00166: SRP1       
	00167: SRP2       
	00168: IP         
	00169: SRP1       
	00170: SRP2       
	00171: SLOOP      
	00172: IP         
	00173: FLIPOFF    
	00174: SRP0       
	00175: MIRP[srp0,nmd,rd,2] 
	00176: FLIPON     
	00177: MIRP[nrp0,md,rd,1] 
	00178: MIRP[srp0,nmd,rd,0] 
	00179: MIRP[nrp0,md,rd,1] 
	00180: SRP0       
	00181: MIRP[srp0,md,rd,1] 
	00182: MIRP[nrp0,md,rd,1] 
	00183: MIRP[srp0,nmd,rd,0] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: SVTCA[y-axis] 
	00186: MIAP[rd+ci] 
	00187: ALIGNRP    
	00188: SRP0       
	00189: MIRP[srp0,nmd,rd,2] 
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP0       
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: MIRP[srp0,nmd,rd,0] 
	00195: ALIGNRP    
	00196: MIRP[srp0,md,rd,1] 
	00197: ALIGNRP    
	00198: MIRP[srp0,nmd,rd,2] 
	00199: ALIGNRP    
	00200: SRP0       
	00201: MIRP[srp0,md,rd,1] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: SRP2       
	00204: IP         
	00205: MDAP[rd]   
	00206: DELTAP1    
	00207: MIRP[nrp0,md,rd,1] 
	00208: RTHG       
	00209: IP         
	00210: MDAP[rd]   
	00211: SRP1       
	00212: IP         
	00213: MDAP[rd]   
	00214: SDPVTL[1]  
	00215: SFVTCA[x-axis] 
	00216: MDAP[nrd]  
	00217: RTG        
	00218: CALL       
	00219: CALL       
	00220: CALL       
	00221: RDTG       
	00222: SRP0       
	00223: MDRP[nrp0,nmd,rd,0] 
	00224: IUP[y]     
	00225: IUP[x]     
	00226: SVTCA[x-axis] 
	00227: DELTAP1    

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                              X-Short On
	  5:        XDual                 X-Short Off
	  6:        XDual                 X-Short On
	  7:  YDual                               On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual         Y-Short         On
	 11:                              X-Short Off
	 12:                              X-Short On
	 13:                                      On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:                      Y-Short X-Short Off
	 45:                              X-Short On
	 46:        XDual         Y-Short         Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   204,   -57)  ->  Abs (   204,   -57)
	  1: Rel (  1101,  1548)  ->  Abs (  1305,  1491)
	  2: Rel (   157,     0)  ->  Abs (  1462,  1491)
	  3: Rel ( -1101, -1548)  ->  Abs (   361,   -57)
	  4: Rel (  -164,   790)  ->  Abs (   197,   733)
	  5: Rel (    24,   321)  ->  Abs (   221,  1054)
	  6: Rel (   237,   291)  ->  Abs (   458,  1345)
	  7: Rel (  -384,     0)  ->  Abs (    74,  1345)
	  8: Rel (     0,   121)  ->  Abs (    74,  1466)
	  9: Rel (   549,     0)  ->  Abs (   623,  1466)
	 10: Rel (     0,   -80)  ->  Abs (   623,  1386)
	 11: Rel (  -244,  -284)  ->  Abs (   379,  1102)
	 12: Rel (   -34,  -369)  ->  Abs (   345,   733)
	 13: Rel (   880,  -366)  ->  Abs (  1225,   367)
	 14: Rel (  -130,    47)  ->  Abs (  1095,   414)
	 15: Rel (     0,   115)  ->  Abs (  1095,   529)
	 16: Rel (     0,    80)  ->  Abs (  1095,   609)
	 17: Rel (   125,   111)  ->  Abs (  1220,   720)
	 18: Rel (   139,     0)  ->  Abs (  1359,   720)
	 19: Rel (   139,     0)  ->  Abs (  1498,   720)
	 20: Rel (   139,  -107)  ->  Abs (  1637,   613)
	 21: Rel (     0,   -86)  ->  Abs (  1637,   527)
	 22: Rel (     0,  -115)  ->  Abs (  1637,   412)
	 23: Rel (  -140,   -45)  ->  Abs (  1497,   367)
	 24: Rel (   167,   -41)  ->  Abs (  1664,   326)
	 25: Rel (     0,  -143)  ->  Abs (  1664,   183)
	 26: Rel (     0,  -109)  ->  Abs (  1664,    74)
	 27: Rel (  -169,  -123)  ->  Abs (  1495,   -49)
	 28: Rel (  -129,     0)  ->  Abs (  1366,   -49)
	 29: Rel (  -134,     0)  ->  Abs (  1232,   -49)
	 30: Rel (  -165,   123)  ->  Abs (  1067,    74)
	 31: Rel (     0,   104)  ->  Abs (  1067,   178)
	 32: Rel (     0,   148)  ->  Abs (  1067,   326)
	 33: Rel (   177,   193)  ->  Abs (  1244,   519)
	 34: Rel (     0,   -49)  ->  Abs (  1244,   470)
	 35: Rel (    70,   -53)  ->  Abs (  1314,   417)
	 36: Rel (    51,     0)  ->  Abs (  1365,   417)
	 37: Rel (    49,     0)  ->  Abs (  1414,   417)
	 38: Rel (    75,    51)  ->  Abs (  1489,   468)
	 39: Rel (     0,    46)  ->  Abs (  1489,   514)
	 40: Rel (     0,    46)  ->  Abs (  1489,   560)
	 41: Rel (   -72,    55)  ->  Abs (  1417,   615)
	 42: Rel (   -54,     0)  ->  Abs (  1363,   615)
	 43: Rel (   -55,     0)  ->  Abs (  1308,   615)
	 44: Rel (   -64,   -58)  ->  Abs (  1244,   557)
	 45: Rel (   -28,  -367)  ->  Abs (  1216,   190)
	 46: Rel (     0,  -127)  ->  Abs (  1216,    63)
	 47: Rel (   149,     0)  ->  Abs (  1365,    63)
	 48: Rel (    71,     0)  ->  Abs (  1436,    63)
	 49: Rel (    80,    69)  ->  Abs (  1516,   132)
	 50: Rel (     0,    53)  ->  Abs (  1516,   185)
	 51: Rel (     0,    58)  ->  Abs (  1516,   243)
	 52: Rel (   -86,    68)  ->  Abs (  1430,   311)
	 53: Rel (   -68,     0)  ->  Abs (  1362,   311)
	 54: Rel (   -70,     0)  ->  Abs (  1292,   311)
	 55: Rel (   -76,   -69)  ->  Abs (  1216,   242)

	Glyph 493: off = 0x0001618C, len = 100
	  numberOfContours:	1
	  xMin:			226
	  yMin:			-551
	  xMax:			448
	  yMax:			-145

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	58
	00000: NPUSHB      (21):     6    62     7   108     9     9     0   159     2     1 
	                             3     2   129     1     1     0     6   229     7   226 
	                             0 
	00023: PUSHW[1]            608 
	00026: PUSHB[4]             10     9     3   217 
	00031: PUSHW[2]            400    24 
	00036: CALL       
	00037: SRP1       
	00038: IP         
	00039: SRP0       
	00040: MIRP[srp0,nmd,rd,0] 
	00041: MIRP[srp0,nmd,rd,0] 
	00042: MIRP[nrp0,nmd,rd,0] 
	00043: SRP0       
	00044: ALIGNRP    
	00045: SRP0       
	00046: MIRP[srp0,md,rd,1] 
	00047: ALIGNRP    
	00048: SVTCA[y-axis] 
	00049: MDAP[rd]   
	00050: ALIGNRP    
	00051: MIRP[srp0,md,rd,1] 
	00052: ALIGNRP    
	00053: SRP0       
	00054: MIRP[srp0,nmd,rd,2] 
	00055: MIRP[nrp0,md,rd,1] 
	00056: IUP[y]     
	00057: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   239,  -320)  ->  Abs (   239,  -320)
	  1: Rel (     0,   175)  ->  Abs (   239,  -145)
	  2: Rel (   209,     0)  ->  Abs (   448,  -145)
	  3: Rel (     0,  -117)  ->  Abs (   448,  -262)
	  4: Rel (     0,  -110)  ->  Abs (   448,  -372)
	  5: Rel (   -74,  -141)  ->  Abs (   374,  -513)
	  6: Rel (   -94,   -38)  ->  Abs (   280,  -551)
	  7: Rel (   -54,    84)  ->  Abs (   226,  -467)
	  8: Rel (    93,    40)  ->  Abs (   319,  -427)
	  9: Rel (    16,   107)  ->  Abs (   335,  -320)

	Glyph 494: off = 0x000161F0, len = 138
	  numberOfContours:	1
	  xMin:			107
	  yMin:			-421
	  xMax:			540
	  yMax:			-46

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	75
	00000: NPUSHB      (10):     8    77     0    13    16    13    32    13     3    13 
	00012: PUSHW[1]            561 
	00015: NPUSHB      (30):     2    17    58    19    77     0   127    15     2    31 
	                             2    47     2     3     2    56    20     5    41    15 
	                           249    19     0   106    10   226    11    25    20    87 
	00047: PUSHW[2]            400    24 
	00052: CALL       
	00053: FLIPOFF    
	00054: SRP0       
	00055: MIRP[srp0,nmd,rd,0] 
	00056: FLIPON     
	00057: MIRP[nrp0,nmd,rd,0] 
	00058: MIRP[srp0,nmd,rd,2] 
	00059: ALIGNRP    
	00060: MIRP[srp0,nmd,rd,0] 
	00061: MIRP[nrp0,md,rd,1] 
	00062: SVTCA[y-axis] 
	00063: SRP0       
	00064: MIRP[srp0,md,rd,2] 
	00065: DELTAP1    
	00066: MIRP[srp0,nmd,rd,0] 
	00067: MIRP[srp0,md,rd,1] 
	00068: MIRP[nrp0,nmd,rd,0] 
	00069: SRP0       
	00070: MIRP[srp0,nmd,rd,0] 
	00071: DELTAP1    
	00072: MIRP[nrp0,md,rd,1] 
	00073: IUP[y]     
	00074: IUP[x]     

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   213,   -50)  ->  Abs (   213,   -50)
	  1: Rel (    35,     4)  ->  Abs (   248,   -46)
	  2: Rel (    31,     0)  ->  Abs (   279,   -46)
	  3: Rel (   137,     0)  ->  Abs (   416,   -46)
	  4: Rel (   124,  -110)  ->  Abs (   540,  -156)
	  5: Rel (     0,   -72)  ->  Abs (   540,  -228)
	  6: Rel (     0,   -77)  ->  Abs (   540,  -305)
	  7: Rel (  -141,  -116)  ->  Abs (   399,  -421)
	  8: Rel (  -152,     0)  ->  Abs (   247,  -421)
	  9: Rel (   -63,     0)  ->  Abs (   184,  -421)
	 10: Rel (   -77,    12)  ->  Abs (   107,  -409)
	 11: Rel (    11,   117)  ->  Abs (   118,  -292)
	 12: Rel (    44,    -4)  ->  Abs (   162,  -296)
	 13: Rel (    43,     0)  ->  Abs (   205,  -296)
	 14: Rel (   167,     0)  ->  Abs (   372,  -296)
	 15: Rel (     0,    76)  ->  Abs (   372,  -220)
	 16: Rel (     0,    67)  ->  Abs (   372,  -153)
	 17: Rel (  -127,     0)  ->  Abs (   245,  -153)
	 18: Rel (   -14,     0)  ->  Abs (   231,  -153)
	 19: Rel (   -18,    -2)  ->  Abs (   213,  -155)

	Glyph 495: off = 0x0001627A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			222
	  yMin:			1194
	  xMax:			591
	  yMax:			1474

	     0: Flags:		0x0216
		Glyf Index:	141
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 496: off = 0x0001628A, len = 142
	  numberOfContours:	3
	  xMin:			-22
	  yMin:			1230
	  xMax:			705
	  yMax:			1507

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11

	  Length of Instructions:	90
	00000: NPUSHB      (56):     4   160     6     9   160    11    64     6    11     0 
	                             3     1   144     3     1     3   135   128     0     3 
	                             5   159     7     7     0     8   159    80    10    96 
	                            10     2    10    10     0     3   117   240     2     1 
	                             2    64    44    47    52     2   197     1   160    95 
	                             0     1    80     0     1     0 
	00058: MDAP[rd]   
	00059: DELTAP3    
	00060: DELTAP1    
	00061: MIRP[nrp0,md,rd,1] 
	00062: MIRP[srp0,nmd,rd,2] 
	00063: CALL       
	00064: DELTAP2    
	00065: MIRP[nrp0,md,rd,1] 
	00066: SRP1       
	00067: SHP[rp1,zp0] 
	00068: MDAP[rd]   
	00069: DELTAP1    
	00070: MIRP[nrp0,md,rd,1] 
	00071: SRP1       
	00072: SHP[rp1,zp0] 
	00073: MDAP[rd]   
	00074: MIRP[nrp0,md,rd,1] 
	00075: SVTCA[y-axis] 
	00076: MIAP[rd+ci] 
	00077: SMD        
	00078: MIRP[srp0,md,rd,1] 
	00079: DELTAP1    
	00080: DELTAP2    
	00081: ALIGNRP    
	00082: ALIGNRP    
	00083: SMD        
	00084: SRP0       
	00085: MIRP[nrp0,md,rd,1] 
	00086: SRP0       
	00087: MIRP[nrp0,md,rd,1] 
	00088: IUP[y]     
	00089: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                              X-Short On
	  3:  YDual                       X-Short On
	  4:  YDual               Y-Short         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual                       X-Short On
	  8:  YDual               Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   347,  1507)  ->  Abs (   347,  1507)
	  1: Rel (   186,     0)  ->  Abs (   533,  1507)
	  2: Rel (  -200,  -277)  ->  Abs (   333,  1230)
	  3: Rel (  -117,     0)  ->  Abs (   216,  1230)
	  4: Rel (   316,   192)  ->  Abs (   532,  1422)
	  5: Rel (   173,     0)  ->  Abs (   705,  1422)
	  6: Rel (     0,  -192)  ->  Abs (   705,  1230)
	  7: Rel (  -173,     0)  ->  Abs (   532,  1230)
	  8: Rel (  -554,   192)  ->  Abs (   -22,  1422)
	  9: Rel (   173,     0)  ->  Abs (   151,  1422)
	 10: Rel (     0,  -192)  ->  Abs (   151,  1230)
	 11: Rel (  -173,     0)  ->  Abs (   -22,  1230)

	Glyph 497: off = 0x00016318, len = 510
	  numberOfContours:	3
	  xMin:			-1
	  yMin:			0
	  xMax:			1371
	  yMax:			1466

	EndPoints
	---------
	  0:  7
	  1:  14
	  2:  18

	  Length of Instructions:	427
	00000: PUSHB[7]              1    14    15    16     2    85     2 
	00008: PUSHW[1]            -14 
	00011: PUSHB[5]             15    16     2    85     2 
	00017: PUSHW[1]             -4 
	00020: PUSHB[5]             16    16     6    85     2 
	00026: PUSHW[1]            -10 
	00029: PUSHB[5]             13    13     6    85     2 
	00035: PUSHW[1]             -8 
	00038: NPUSHB     (101):    12    12     6    85     9    12    12    12     6    85 
	                             5    12    12    12     6    85    47    20    48    20 
	                           103     8   104     9    96    20   136     3   159    15 
	                           144    20   201     5   198     6   192    20   240    20 
	                            12     8     5    89     1    86     2    80    20   104 
	                            11   176    20   243    12   243    13   243    14     9 
	                             4    12     4    13     4    14     3    15     0    18 
	                            16    18     2    18   218    16     2    11    10     9 
	                             5     4     4    12    13    14     8     6     7     7 
	                            12     9     5     4     8     6    12     7     2     3 
	                             3 
	00141: PUSHW[1]             -8 
	00144: NPUSHB      (15):    12    12     2    85     3    32     4    12    20     4 
	                             4    12     1     0     0 
	00161: PUSHW[1]             -8 
	00164: NPUSHB      (21):    12    12     2    85     0    32     7    12    20     7 
	                             7    12     9    30     5     5     8    30     6     3 
	                             6 
	00187: PUSHW[1]            624 
	00190: NPUSHB      (14):     0    12   233     2     1     2    16    82    17    82 
	                            18   233    64    15 
	00206: PUSHW[1]            -64 
	00209: PUSHB[4]             18    21    52    15 
	00214: PUSHW[1]            -64 
	00217: NPUSHB      (10):    11    12    52   223    15     1    15    84     0     2 
	00229: PUSHW[3]            267     1   267 
	00236: NPUSHB      (18):    12    32     0   101     7     3    82    80     4   207 
	                             4   223     4     3   144     4     1     4 
	00256: PUSHW[1]            257 
	00259: NPUSHB      (11):    80    12   192     7   223    12     3   144    12     1 
	                            12 
	00272: PUSHW[1]            257 
	00275: NPUSHB      (13):    15     7   207     7     2   127     7   128     7     2 
	                             7   147    19 
	00290: PUSHW[3]            411   398    24 
	00297: CALL       
	00298: SRP0       
	00299: MIRP[srp0,nmd,rd,0] 
	00300: DELTAP1    
	00301: DELTAP2    
	00302: RTHG       
	00303: MIRP[srp0,nmd,rd,0] 
	00304: DELTAP1    
	00305: DELTAP2    
	00306: MIRP[srp0,nmd,rd,0] 
	00307: DELTAP1    
	00308: DELTAP2    
	00309: RTG        
	00310: MIRP[nrp0,md,rd,1] 
	00311: SRP0       
	00312: MIRP[nrp0,md,rd,1] 
	00313: SMD        
	00314: RTHG       
	00315: SRP0       
	00316: MIRP[nrp0,md,rd,1] 
	00317: MIRP[nrp0,md,rd,1] 
	00318: RTG        
	00319: SRP0       
	00320: MIRP[srp0,nmd,rd,0] 
	00321: DELTAP3    
	00322: CALL       
	00323: CALL       
	00324: SMD        
	00325: MIRP[srp0,md,rd,1] 
	00326: MIRP[srp0,nmd,rd,0] 
	00327: MIRP[nrp0,md,rd,1] 
	00328: SVTCA[y-axis] 
	00329: MIAP[rd+ci] 
	00330: ALIGNRP    
	00331: MIRP[nrp0,md,rd,1] 
	00332: MDAP[rd]   
	00333: MIRP[nrp0,nmd,rd,0] 
	00334: ALIGNRP    
	00335: SRP0       
	00336: MIRP[nrp0,md,rd,1] 
	00337: ALIGNRP    
	00338: SRP0       
	00339: MIRP[nrp0,md,rd,1] 
	00340: SDPVTL[1]  
	00341: SFVTCA[x-axis] 
	00342: MDAP[nrd]  
	00343: CALL       
	00344: CALL       
	00345: RDTG       
	00346: SRP0       
	00347: MDRP[nrp0,nmd,rd,0] 
	00348: SDPVTL[1]  
	00349: MDAP[nrd]  
	00350: RTG        
	00351: CALL       
	00352: CALL       
	00353: RDTG       
	00354: SRP0       
	00355: MDRP[nrp0,nmd,rd,0] 
	00356: SVTCA[x-axis] 
	00357: SRP1       
	00358: SRP2       
	00359: IP         
	00360: IP         
	00361: SRP1       
	00362: IP         
	00363: IP         
	00364: SDPVTL[1]  
	00365: SRP0       
	00366: MDRP[nrp0,nmd,rd,0] 
	00367: MDRP[nrp0,nmd,rd,0] 
	00368: SFVTPV     
	00369: MDRP[nrp0,nmd,rd,0] 
	00370: MDRP[nrp0,nmd,rd,0] 
	00371: SDPVTL[1]  
	00372: SFVTCA[x-axis] 
	00373: SRP0       
	00374: MDRP[nrp0,nmd,rd,0] 
	00375: MDRP[nrp0,nmd,rd,0] 
	00376: SFVTPV     
	00377: MDRP[nrp0,nmd,rd,0] 
	00378: MDRP[nrp0,nmd,rd,0] 
	00379: SVTCA[y-axis] 
	00380: RTG        
	00381: MIAP[rd+ci] 
	00382: MIRP[srp0,md,rd,1] 
	00383: DELTAP1    
	00384: ALIGNRP    
	00385: IUP[y]     
	00386: IUP[x]     
	00387: SVTCA[x-axis] 
	00388: MPPEM      
	00389: PUSHB[1]             11 
	00391: GTEQ       
	00392: MPPEM      
	00393: PUSHB[1]             30 
	00395: LTEQ       
	00396: AND        
	00397: IF         
	00398: PUSHB[5]              4    15     3     8     7 
	00404: PUSHW[3]            -16     0    -8 
	00411: SHPIX      
	00412: SHPIX      
	00413: SHPIX      
	00414: SHPIX      
	00415: EIF        
	00416: SVTCA[x-axis] 
	00417: DELTAP3    
	00418: DELTAP2    
	00419: DELTAP1    
	00420: CALL       
	00421: CALL       
	00422: CALL       
	00423: CALL       
	00424: CALL       
	00425: CALL       
	00426: CALL       

	Flags
	-----
	  0:  YDual                       X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:  YDual                       X-Short On
	  5:                              X-Short On
	  6:  YDual                               On
	  7:                              X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual                               On
	 10:                              X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:  YDual               Y-Short         On
	 16:        XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:                              X-Short On

	Coordinates
	-----------
	  0: Rel (    -1,     0)  ->  Abs (    -1,     0)
	  1: Rel (   563,  1466)  ->  Abs (   562,  1466)
	  2: Rel (   209,     0)  ->  Abs (   771,  1466)
	  3: Rel (   600, -1466)  ->  Abs (  1371,     0)
	  4: Rel (  -221,     0)  ->  Abs (  1150,     0)
	  5: Rel (  -171,   444)  ->  Abs (   979,   444)
	  6: Rel (  -613,     0)  ->  Abs (   366,   444)
	  7: Rel (  -161,  -444)  ->  Abs (   205,     0)
	  8: Rel (   217,   602)  ->  Abs (   422,   602)
	  9: Rel (   497,     0)  ->  Abs (   919,   602)
	 10: Rel (  -153,   406)  ->  Abs (   766,  1008)
	 11: Rel (   -73,   194)  ->  Abs (   693,  1202)
	 12: Rel (   -31,   110)  ->  Abs (   662,  1312)
	 13: Rel (   -28,  -141)  ->  Abs (   634,  1171)
	 14: Rel (   -51,  -139)  ->  Abs (   583,  1032)
	 15: Rel (  -529,   154)  ->  Abs (    54,  1186)
	 16: Rel (   133,   280)  ->  Abs (   187,  1466)
	 17: Rel (   236,     0)  ->  Abs (   423,  1466)
	 18: Rel (  -220,  -280)  ->  Abs (   203,  1186)

	Glyph 498: off = 0x00016516, len = 300
	  numberOfContours:	2
	  xMin:			-89
	  yMin:			0
	  xMax:			1495
	  yMax:			1466

	EndPoints
	---------
	  0:  11
	  1:  15

	  Length of Instructions:	235
	00000: NPUSHB      (56):    12     0    15    16    15     2    15   218    13     2 
	                             6     5    30     8     8     7     7     0     3     4 
	                            30     2     1     2    10     9    30    11     0     8 
	                            13    82    14    82   144    15     1    15   233    15 
	                            12    31    12    79    12   207    12   223    12     5 
	                            12    64    14    17    52    12 
	00058: PUSHW[1]            -64 
	00061: NPUSHB      (13):     9    11    52   159    12     1    12    64    46   100 
	                            52    12     7 
	00076: PUSHW[1]            -64 
	00079: NPUSHB      (44):    16    18    52     7    84     3    74    32    10    32 
	                            13     2    10    26    17     4     9    32     1     0 
	                            50    16    16     2    85     0    10    15    15     2 
	                            85     0    26    13    13     2    85     0    38    12 
	                            12     2    85     0 
	00125: PUSHW[1]            -15 
	00128: NPUSHB      (23):    11    11     2    85     0     8    16    16     6    85 
	                             0    15    15    15     6    85     0    28    13    13 
	                             6    85     0 
	00153: PUSHW[1]            -20 
	00156: NPUSHB      (11):    12    12     6    85     0    32    11    11     6    85 
	                             0 
	00169: PUSHW[3]            278    16   393 
	00176: PUSHB[2]             91    24 
	00179: CALL       
	00180: SRP0       
	00181: MIRP[srp0,nmd,rd,2] 
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: ALIGNRP    
	00193: MIRP[srp0,md,rd,1] 
	00194: ALIGNRP    
	00195: FLIPOFF    
	00196: SRP0       
	00197: MIRP[srp0,nmd,rd,2] 
	00198: DELTAP1    
	00199: FLIPON     
	00200: MIRP[srp0,nmd,rd,0] 
	00201: MIRP[nrp0,nmd,rd,0] 
	00202: CALL       
	00203: MDAP[rd]   
	00204: CALL       
	00205: DELTAP3    
	00206: CALL       
	00207: CALL       
	00208: DELTAP2    
	00209: MIRP[srp0,md,rd,1] 
	00210: DELTAP1    
	00211: MIRP[srp0,nmd,rd,0] 
	00212: MIRP[nrp0,md,rd,1] 
	00213: SVTCA[y-axis] 
	00214: MIAP[rd+ci] 
	00215: ALIGNRP    
	00216: MIRP[srp0,md,rd,1] 
	00217: ALIGNRP    
	00218: MIAP[rd+ci] 
	00219: ALIGNRP    
	00220: MIRP[srp0,md,rd,1] 
	00221: ALIGNRP    
	00222: SRP2       
	00223: IP         
	00224: MDAP[rd]   
	00225: ALIGNRP    
	00226: SRP0       
	00227: MIRP[srp0,md,rd,1] 
	00228: ALIGNRP    
	00229: MIAP[rd+ci] 
	00230: MIRP[srp0,md,rd,1] 
	00231: DELTAP1    
	00232: ALIGNRP    
	00233: IUP[y]     
	00234: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:        XDual         Y-Short         On
	 12:                                      On
	 13:        XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   401,     0)  ->  Abs (   401,     0)
	  1: Rel (     0,  1466)  ->  Abs (   401,  1466)
	  2: Rel (  1060,     0)  ->  Abs (  1461,  1466)
	  3: Rel (     0,  -173)  ->  Abs (  1461,  1293)
	  4: Rel (  -866,     0)  ->  Abs (   595,  1293)
	  5: Rel (     0,  -449)  ->  Abs (   595,   844)
	  6: Rel (   811,     0)  ->  Abs (  1406,   844)
	  7: Rel (     0,  -172)  ->  Abs (  1406,   672)
	  8: Rel (  -811,     0)  ->  Abs (   595,   672)
	  9: Rel (     0,  -499)  ->  Abs (   595,   173)
	 10: Rel (   900,     0)  ->  Abs (  1495,   173)
	 11: Rel (     0,  -173)  ->  Abs (  1495,     0)
	 12: Rel ( -1584,  1186)  ->  Abs (   -89,  1186)
	 13: Rel (   133,   280)  ->  Abs (    44,  1466)
	 14: Rel (   236,     0)  ->  Abs (   280,  1466)
	 15: Rel (  -220,  -280)  ->  Abs (    60,  1186)

	Glyph 499: off = 0x00016642, len = 364
	  numberOfContours:	2
	  xMin:			-88
	  yMin:			0
	  xMax:			1510
	  yMax:			1466

	EndPoints
	---------
	  0:  11
	  1:  15

	  Length of Instructions:	300
	00000: PUSHW[2]             17   -64 
	00005: NPUSHB      (46):    19    21    52    12     0    15    16    15     2    15 
	                           218    13     2     4     3    30     9   160    10   208 
	                            10     2    10    10     8     5     2     2    11     8 
	                             8    13    82    14    82   144    15     1    15   233 
	                            12    64    15    17    52    12 
	00053: PUSHW[1]            -64 
	00056: NPUSHB      (29):     9    11    52    12    32    11    11     6    85    79 
	                            12    95    12   160    12     3    80    12     1    16 
	                            12     1    12     5     8    32     7     7     6 
	00087: PUSHW[1]            -35 
	00090: NPUSHB      (29):    16    16     2    85     6    12    15    15     2    85 
	                             6    30    13    13     2    85     6    10    12    12 
	                             2    85     6    18    16    16     6    85     6 
	00121: PUSHW[1]             -2 
	00124: NPUSHB      (52):    15    15     6    85     6    17    13    13     6    85 
	                             6    10    12    12     6    85    96     6   143     6 
	                             2     6    26    80    17   128    17     2    17     2 
	                            11    32     1     0     8    16    16     2    85     0 
	                            28    15    15     2    85     0    46    13    13     2 
	                            85     0 
	00178: PUSHW[1]             -6 
	00181: NPUSHB      (23):    12    12     2    85     0    48    16    16     6    85 
	                             0    25    15    15     6    85     0    38    13    13 
	                             6    85     0 
	00206: PUSHW[1]             -6 
	00209: NPUSHB      (20):    12    12     6    85     0    64    11    11     6    85 
	                            79     0    95     0   191     0     3     0   221    16 
	00231: PUSHW[1]            393 
	00234: PUSHB[2]             89    24 
	00237: CALL       
	00238: SRP0       
	00239: MIRP[srp0,nmd,rd,2] 
	00240: DELTAP1    
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: ALIGNRP    
	00251: MIRP[srp0,md,rd,1] 
	00252: ALIGNRP    
	00253: SRP0       
	00254: DELTAP1    
	00255: MIRP[srp0,nmd,rd,2] 
	00256: DELTAP1    
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: ALIGNRP    
	00266: SRP0       
	00267: MIRP[srp0,md,rd,1] 
	00268: ALIGNRP    
	00269: MDAP[rd]   
	00270: DELTAP3    
	00271: DELTAP2    
	00272: DELTAP1    
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: MIRP[srp0,md,rd,1] 
	00277: DELTAP1    
	00278: MIRP[srp0,nmd,rd,0] 
	00279: MIRP[nrp0,md,rd,1] 
	00280: SVTCA[y-axis] 
	00281: MIAP[rd+ci] 
	00282: ALIGNRP    
	00283: MIAP[rd+ci] 
	00284: ALIGNRP    
	00285: SRP2       
	00286: IP         
	00287: MDAP[rd]   
	00288: DELTAP1    
	00289: ALIGNRP    
	00290: MIRP[srp0,md,rd,1] 
	00291: ALIGNRP    
	00292: MIAP[rd+ci] 
	00293: MIRP[srp0,md,rd,1] 
	00294: DELTAP1    
	00295: ALIGNRP    
	00296: IUP[y]     
	00297: IUP[x]     
	00298: SVTCA[x-axis] 
	00299: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:        XDual                         On
	 12:                                      On
	 13:        XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   360,     0)  ->  Abs (   360,     0)
	  1: Rel (     0,  1466)  ->  Abs (   360,  1466)
	  2: Rel (   194,     0)  ->  Abs (   554,  1466)
	  3: Rel (     0,  -602)  ->  Abs (   554,   864)
	  4: Rel (   762,     0)  ->  Abs (  1316,   864)
	  5: Rel (     0,   602)  ->  Abs (  1316,  1466)
	  6: Rel (   194,     0)  ->  Abs (  1510,  1466)
	  7: Rel (     0, -1466)  ->  Abs (  1510,     0)
	  8: Rel (  -194,     0)  ->  Abs (  1316,     0)
	  9: Rel (     0,   691)  ->  Abs (  1316,   691)
	 10: Rel (  -762,     0)  ->  Abs (   554,   691)
	 11: Rel (     0,  -691)  ->  Abs (   554,     0)
	 12: Rel (  -642,  1186)  ->  Abs (   -88,  1186)
	 13: Rel (   133,   280)  ->  Abs (    45,  1466)
	 14: Rel (   236,     0)  ->  Abs (   281,  1466)
	 15: Rel (  -220,  -280)  ->  Abs (    61,  1186)

	Glyph 500: off = 0x000167AE, len = 240
	  numberOfContours:	2
	  xMin:			-88
	  yMin:			0
	  xMax:			554
	  yMax:			1466

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	198
	00000: NPUSHB      (50):    15     9    47     9    48     9   128     9     4     0 
	                             7    16     7     2     7   218     6     5     2     1 
	                             2     0     8     5    82     6    82   144     7     1 
	                             7   233     4    22    12    13     2    85     4    24 
	                            11    11     6    85     4    64    15    17    52     4 
	00052: PUSHW[1]            -64 
	00055: NPUSHB      (95):     9    11    52    79     4    95     4   160     4   176 
	                             4     4    16     4     1     4     2     3    32     1 
	                             0    10    16    16     2    85     0    28    15    15 
	                             2    85     0    46    13    13     2    85     0    56 
	                            12    12     2    85     0    10    11    11     2    85 
	                             0     4    16    16     6    85     0    12    15    15 
	                             6    85     0    42    13    13     6    85     0    18 
	                            12    12     6    85     0    24    11    11     6    85 
	                            95     0   111     0   127     0     3    79     0    95 
	                             0     2     0   221     8 
	00152: PUSHW[1]            393 
	00155: PUSHB[2]             89    24 
	00158: CALL       
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,2] 
	00161: DELTAP1    
	00162: DELTAP2    
	00163: CALL       
	00164: CALL       
	00165: CALL       
	00166: CALL       
	00167: CALL       
	00168: CALL       
	00169: CALL       
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: ALIGNRP    
	00174: MIRP[srp0,md,rd,1] 
	00175: ALIGNRP    
	00176: MDAP[rd]   
	00177: DELTAP3    
	00178: DELTAP1    
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: MIRP[srp0,md,rd,1] 
	00184: DELTAP1    
	00185: MIRP[srp0,nmd,rd,0] 
	00186: MIRP[nrp0,md,rd,1] 
	00187: SVTCA[y-axis] 
	00188: MIAP[rd+ci] 
	00189: MIAP[rd+ci] 
	00190: MIAP[rd+ci] 
	00191: ALIGNRP    
	00192: MIRP[nrp0,md,rd,1] 
	00193: DELTAP1    
	00194: IUP[y]     
	00195: IUP[x]     
	00196: SVTCA[x-axis] 
	00197: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:                                      On
	  5:        XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   360,     0)  ->  Abs (   360,     0)
	  1: Rel (     0,  1466)  ->  Abs (   360,  1466)
	  2: Rel (   194,     0)  ->  Abs (   554,  1466)
	  3: Rel (     0, -1466)  ->  Abs (   554,     0)
	  4: Rel (  -642,  1186)  ->  Abs (   -88,  1186)
	  5: Rel (   133,   280)  ->  Abs (    45,  1466)
	  6: Rel (   236,     0)  ->  Abs (   281,  1466)
	  7: Rel (  -220,  -280)  ->  Abs (    61,  1186)

	Glyph 501: off = 0x0001689E, len = 388
	  numberOfContours:	3
	  xMin:			-89
	  yMin:			-25
	  xMax:			1490
	  yMax:			1492

	EndPoints
	---------
	  0:  12
	  1:  24
	  2:  28

	  Length of Instructions:	270
	00000: NPUSHB      (86):     5    15    10    17    10    21     5    23    19    15 
	                            29    17    29    21    19    23    71    14    73    18 
	                            73    20    71    24    88     5    88     7    86    11 
	                            84    15    90    17    91    18    93    21    83    23 
	                           137    18   154     2   149     4    23     0    28    16 
	                            28     2    28   218    27    26     2    22    30     3 
	                             3    16    30     9     9    26    82    27    82   144 
	                            28     1    28   233    25    32    11    11     6    85 
	                            25    64    15    17    52    25 
	00088: PUSHW[1]            -64 
	00091: NPUSHB      (15):     9    11    52   160    25   176    25     2   128    25 
	                             1    25    19    38     6 
	00108: PUSHW[1]            -22 
	00111: NPUSHB      (11):    16    16     2    85     6     8    15    15     2    85 
	                             6 
	00124: PUSHW[1]            -18 
	00127: PUSHB[5]             13    13     2    85     6 
	00133: PUSHW[1]            -16 
	00136: NPUSHB      (11):    12    12     2    85     6    16    11    11     2    85 
	                             6 
	00149: PUSHW[1]            -11 
	00152: PUSHB[5]             13    13     6    85     6 
	00158: PUSHW[1]             -8 
	00161: NPUSHB      (55):    12    12     6    85     6    26    30    13    38     0 
	                            10    15    16     2    85     0    16    11    14     2 
	                            85     0    10     9    10     2    85     0    11    13 
	                            13     6    85     0    18    12    12     6    85     0 
	                            73    11    11     6    85    15     0    31     0    47 
	                             0     3     0    46    29 
	00218: PUSHW[1]            393 
	00221: PUSHB[2]             92    24 
	00224: CALL       
	00225: SRP0       
	00226: MIRP[srp0,nmd,rd,2] 
	00227: DELTAP1    
	00228: CALL       
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: MIRP[nrp0,md,rd,1] 
	00235: FLIPOFF    
	00236: SRP0       
	00237: MIRP[srp0,nmd,rd,2] 
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: FLIPON     
	00246: MIRP[nrp0,md,rd,1] 
	00247: MDAP[rd]   
	00248: DELTAP2    
	00249: DELTAP1    
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: MIRP[srp0,md,rd,1] 
	00254: DELTAP1    
	00255: MIRP[srp0,nmd,rd,0] 
	00256: MIRP[nrp0,md,rd,1] 
	00257: SVTCA[y-axis] 
	00258: MIAP[rd+ci] 
	00259: MIRP[nrp0,md,rd,1] 
	00260: MIAP[rd+ci] 
	00261: MIRP[nrp0,md,rd,1] 
	00262: MIAP[rd+ci] 
	00263: ALIGNRP    
	00264: MIRP[nrp0,md,rd,1] 
	00265: DELTAP1    
	00266: IUP[y]     
	00267: IUP[x]     
	00268: SVTCA[x-axis] 
	00269: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         Off
	  2:                                      Off
	  3:  YDual                               On
	  4:  YDual                               Off
	  5:                                      Off
	  6:        XDual                         On
	  7:        XDual                         Off
	  8:                                      Off
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short         Off
	 12:                              X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short         Off
	 15:                                      Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:                                      Off
	 19:        XDual                         On
	 20:        XDual                         Off
	 21:                                      Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:                                      Off
	 25:  YDual               Y-Short         On
	 26:        XDual                 X-Short On
	 27:  YDual XDual                 X-Short On
	 28:                              X-Short On

	Coordinates
	-----------
	  0: Rel (    88,   714)  ->  Abs (    88,   714)
	  1: Rel (     0,   366)  ->  Abs (    88,  1080)
	  2: Rel (   394,   412)  ->  Abs (   482,  1492)
	  3: Rel (   308,     0)  ->  Abs (   790,  1492)
	  4: Rel (   309,     0)  ->  Abs (  1099,  1492)
	  5: Rel (   391,  -419)  ->  Abs (  1490,  1073)
	  6: Rel (     0,  -342)  ->  Abs (  1490,   731)
	  7: Rel (     0,  -340)  ->  Abs (  1490,   391)
	  8: Rel (  -394,  -416)  ->  Abs (  1096,   -25)
	  9: Rel (  -307,     0)  ->  Abs (   789,   -25)
	 10: Rel (  -221,     0)  ->  Abs (   568,   -25)
	 11: Rel (  -333,   221)  ->  Abs (   235,   196)
	 12: Rel (  -147,   347)  ->  Abs (    88,   543)
	 13: Rel (   200,   168)  ->  Abs (   288,   711)
	 14: Rel (     0,  -251)  ->  Abs (   288,   460)
	 15: Rel (   272,  -319)  ->  Abs (   560,   141)
	 16: Rel (   228,     0)  ->  Abs (   788,   141)
	 17: Rel (   224,     0)  ->  Abs (  1012,   141)
	 18: Rel (   278,   315)  ->  Abs (  1290,   456)
	 19: Rel (     0,   276)  ->  Abs (  1290,   732)
	 20: Rel (     0,   280)  ->  Abs (  1290,  1012)
	 21: Rel (  -280,   313)  ->  Abs (  1010,  1325)
	 22: Rel (  -219,     0)  ->  Abs (   791,  1325)
	 23: Rel (  -215,     0)  ->  Abs (   576,  1325)
	 24: Rel (  -288,  -294)  ->  Abs (   288,  1031)
	 25: Rel (  -377,   155)  ->  Abs (   -89,  1186)
	 26: Rel (   133,   280)  ->  Abs (    44,  1466)
	 27: Rel (   236,     0)  ->  Abs (   280,  1466)
	 28: Rel (  -220,  -280)  ->  Abs (    60,  1186)

	Glyph 502: off = 0x00016A22, len = 538
	  numberOfContours:	2
	  xMin:			-89
	  yMin:			0
	  xMax:			1724
	  yMax:			1466

	EndPoints
	---------
	  0:  12
	  1:  16

	  Length of Instructions:	461
	00000: PUSHB[7]              8     9    58     3     4    59     9 
	00008: PUSHW[1]            -25 
	00011: PUSHB[4]             18    23    52     8 
	00016: PUSHW[1]            -25 
	00019: NPUSHB      (14):    18    23    52     4    25    18    23    52     3    25 
	                            18    23    52     9 
	00035: PUSHW[1]            -40 
	00038: PUSHB[4]             24    33    52     8 
	00043: PUSHW[1]            -40 
	00046: NPUSHB      (42):    24    33    52     4    40    24    33    52    18    38 
	                             4    41     8    42    10    47    18     4   104     1 
	                           104     6   104    11   222     6     4     5     4     3 
	                             3     6     8     7     9     9     6     6     3     6 
	                             9     3 
	00090: PUSHW[1]            -10 
	00093: NPUSHB      (42):    12    16     2    85     3    32     2     1    20     2 
	                             2     1     6     9     6     3     9    10    12    16 
	                             2    85     9    32    10    11    20    10    10    11 
	                             0    16    16    16     2    16   218    15    14     2 
	                             1    11 
	00137: PUSHW[1]            -32 
	00140: NPUSHB      (11):    13    13     6    85    11    32    11    11     6    85 
	                            11 
	00153: PUSHW[1]            537 
	00156: NPUSHB      (42):    10    10     9     9     3     3     2     2     0     8 
	                            11     6     1     3     2     0    14    82    15    82 
	                           144    16     1    16   233    13    25    12    12     2 
	                            85    96    13   112    13     2    13    64    15    17 
	                            52    13 
	00200: PUSHW[1]            -64 
	00203: NPUSHB      (14):     9    11    52    79    13    95    13   176    13   192 
	                            13     4    13    18 
	00219: PUSHW[1]            536 
	00222: NPUSHB       (9):    12     9    82    64    10   128    10     2    10 
	00233: PUSHW[1]            437 
	00236: NPUSHB      (13):    11    11    12    32     0     3    82    79     2   143 
	                             2     2     2 
	00251: PUSHW[1]            437 
	00254: NPUSHB      (39):     1     1     0    36    16    16     2    85     0    12 
	                            15    15     2    85     0    28    12    12     2    85 
	                             0    34    16    16     6    85     0    32    15    15 
	                             6    85     0    12    12    12     6    85     0 
	00295: PUSHW[1]            583 
	00298: PUSHB[3]             17     6    12 
	00302: PUSHW[1]            393 
	00305: PUSHB[2]            168    24 
	00308: CALL       
	00309: SRP1       
	00310: IP         
	00311: SRP0       
	00312: MIRP[srp0,nmd,rd,2] 
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: CALL       
	00317: CALL       
	00318: CALL       
	00319: ALIGNRP    
	00320: SRP0       
	00321: MIRP[srp0,nmd,rd,0] 
	00322: DELTAP1    
	00323: MIRP[nrp0,md,rd,1] 
	00324: SRP0       
	00325: MIRP[srp0,md,rd,1] 
	00326: ALIGNRP    
	00327: SRP0       
	00328: MIRP[srp0,nmd,rd,0] 
	00329: DELTAP1    
	00330: MIRP[nrp0,md,rd,1] 
	00331: SRP0       
	00332: MIRP[nrp0,nmd,rd,2] 
	00333: MDAP[rd]   
	00334: DELTAP1    
	00335: CALL       
	00336: CALL       
	00337: DELTAP2    
	00338: CALL       
	00339: MIRP[srp0,md,rd,1] 
	00340: DELTAP1    
	00341: MIRP[srp0,nmd,rd,0] 
	00342: MIRP[nrp0,md,rd,1] 
	00343: SVTCA[y-axis] 
	00344: SRP1       
	00345: SRP2       
	00346: SLOOP      
	00347: IP         
	00348: MIAP[rd+ci] 
	00349: MIAP[rd+ci] 
	00350: ALIGNRP    
	00351: SRP0       
	00352: ALIGNRP    
	00353: SRP0       
	00354: ALIGNRP    
	00355: SRP0       
	00356: MIRP[srp0,nmd,rd,0] 
	00357: CALL       
	00358: CALL       
	00359: ALIGNRP    
	00360: MIAP[rd+ci] 
	00361: ALIGNRP    
	00362: MIRP[nrp0,md,rd,1] 
	00363: DELTAP1    
	00364: SDPVTL[1]  
	00365: SFVTCA[x-axis] 
	00366: MDAP[nrd]  
	00367: CALL       
	00368: CALL       
	00369: SFVTL[=p1,p2] 
	00370: RDTG       
	00371: SRP0       
	00372: MDRP[nrp0,nmd,rd,0] 
	00373: SDPVTL[1]  
	00374: SFVTCA[x-axis] 
	00375: MDAP[nrd]  
	00376: RTG        
	00377: CALL       
	00378: CALL       
	00379: SFVTL[=p1,p2] 
	00380: RDTG       
	00381: SRP0       
	00382: MDRP[nrp0,nmd,rd,0] 
	00383: SDPVTL[1]  
	00384: SFVTPV     
	00385: SRP0       
	00386: MDRP[nrp0,nmd,rd,0] 
	00387: MDRP[nrp0,nmd,rd,0] 
	00388: SDPVTL[1]  
	00389: SFVTPV     
	00390: SRP0       
	00391: MDRP[nrp0,nmd,rd,0] 
	00392: MDRP[nrp0,nmd,rd,0] 
	00393: MPPEM      
	00394: PUSHB[1]             23 
	00396: GTEQ       
	00397: MPPEM      
	00398: PUSHB[1]             28 
	00400: LTEQ       
	00401: AND        
	00402: IF         
	00403: PUSHB[5]              8    12     9    12     4 
	00409: PUSHW[3]            -12     3   -12 
	00416: SVTCA[x-axis] 
	00417: SHPIX      
	00418: SHPIX      
	00419: SHPIX      
	00420: SHPIX      
	00421: EIF        
	00422: IUP[y]     
	00423: IUP[x]     
	00424: SVTCA[y-axis] 
	00425: DELTAP1    
	00426: SVTCA[x-axis] 
	00427: DELTAP1    
	00428: RS         
	00429: NOT        
	00430: IF         
	00431: NPUSHB       (9):     9    34    25    57     8    34    25    57     4 
	00442: PUSHW[1]            -34 
	00445: PUSHB[2]             25    57 
	00448: CALL       
	00449: CALL       
	00450: CALL       
	00451: EIF        
	00452: CALL       
	00453: CALL       
	00454: CALL       
	00455: CALL       
	00456: CALL       
	00457: CALL       
	00458: CALL       
	00459: CALL       
	00460: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:                                      On
	  3:  YDual XDual                 X-Short On
	  4:                                      On
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                                      On
	 10:  YDual XDual                 X-Short On
	 11:                                      On
	 12:        XDual                         On
	 13:                                      On
	 14:        XDual                 X-Short On
	 15:  YDual XDual                 X-Short On
	 16:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   945,     0)  ->  Abs (   945,     0)
	  1: Rel (     0,   621)  ->  Abs (   945,   621)
	  2: Rel (  -565,   845)  ->  Abs (   380,  1466)
	  3: Rel (   236,     0)  ->  Abs (   616,  1466)
	  4: Rel (   289,  -442)  ->  Abs (   905,  1024)
	  5: Rel (    85,  -131)  ->  Abs (   990,   893)
	  6: Rel (    64,  -117)  ->  Abs (  1054,   776)
	  7: Rel (    66,   115)  ->  Abs (  1120,   891)
	  8: Rel (    94,   144)  ->  Abs (  1214,  1035)
	  9: Rel (   284,   431)  ->  Abs (  1498,  1466)
	 10: Rel (   226,     0)  ->  Abs (  1724,  1466)
	 11: Rel (  -585,  -845)  ->  Abs (  1139,   621)
	 12: Rel (     0,  -621)  ->  Abs (  1139,     0)
	 13: Rel ( -1228,  1186)  ->  Abs (   -89,  1186)
	 14: Rel (   133,   280)  ->  Abs (    44,  1466)
	 15: Rel (   236,     0)  ->  Abs (   280,  1466)
	 16: Rel (  -220,  -280)  ->  Abs (    60,  1186)

	Glyph 503: off = 0x00016C3C, len = 556
	  numberOfContours:	2
	  xMin:			-89
	  yMin:			0
	  xMax:			1445
	  yMax:			1491

	EndPoints
	---------
	  0:  29
	  1:  33

	  Length of Instructions:	436
	00000: NPUSHB      (69):   159    17   159    27     2    88     1    87    13   122 
	                            18   117    26   134    24   175    35     6    92     5 
	                            80     9   111     5   100     9   118     9     5    37 
	                             9    75    18    75    20    70    24    69    26     5 
	                            11     5     4     9    29     5    20     9    42     5 
	                             5    12    21     2    23    59    26     3     0    33 
	                            16    33     2    33   218    32    31     2    22 
	00071: PUSHW[1]            584 
	00074: NPUSHB      (35):     7     3    14    13     0     1    45    27    27    17 
	                            45    13    30    15    16    29    28    28    16     8 
	                            31    82    32    82   144    33     1    33   233    30 
	                            64    15    17    52    30 
	00111: PUSHW[1]            -64 
	00114: NPUSHB      (16):     9    11    52    79    30    95    30   160    30   176 
	                            30   192    30     5    30    13 
	00132: PUSHW[1]            570 
	00135: PUSHB[4]             16    16    17     1 
	00140: PUSHW[4]            570    27    28   -10 
	00149: NPUSHB      (17):    11    11     2    85    28    17    10    11    11     2 
	                            85    47    17    79    17     2    17 
	00168: PUSHW[1]            632 
	00171: NPUSHB      (13):    14    19    38    11    74    15    14    12    16    16 
	                             2    85    14 
	00186: PUSHW[1]            -10 
	00189: NPUSHB      (11):    15    15     2    85    14     6    13    13     2    85 
	                            14 
	00202: PUSHW[1]             -4 
	00205: PUSHB[5]             12    12     2    85    14 
	00211: PUSHW[1]            -24 
	00214: NPUSHB      (11):    11    11     2    85    14    16    16    16     6    85 
	                            14 
	00227: PUSHW[1]             -6 
	00230: PUSHB[5]             12    13     6    85    14 
	00236: PUSHW[1]             -9 
	00239: NPUSHB      (18):    11    11     6    85    16    19   175    14     2    14 
	                           106    35    32    28    64    28     2    28 
	00259: PUSHW[1]            632 
	00262: PUSHB[6]             29    25    38     3    74    29 
	00269: PUSHW[1]            -32 
	00272: PUSHB[5]             16    16     2    85    29 
	00278: PUSHW[1]            -22 
	00281: PUSHB[5]             15    15     2    85    29 
	00287: PUSHW[1]            -18 
	00290: PUSHB[5]             13    13     2    85    29 
	00296: PUSHW[1]            -10 
	00299: PUSHB[5]             12    12     2    85    29 
	00305: PUSHW[1]            -32 
	00308: PUSHB[5]             16    16     6    85    29 
	00314: PUSHW[1]            -20 
	00317: PUSHB[5]             15    15     6    85    29 
	00323: PUSHW[1]            -14 
	00326: PUSHB[5]             13    13     6    85    29 
	00332: PUSHW[1]             -8 
	00335: NPUSHB      (10):    12    12     6    85    32    29     1    29   172    34 
	00347: PUSHW[3]            393   398    24 
	00354: CALL       
	00355: SRP0       
	00356: MIRP[srp0,nmd,rd,2] 
	00357: DELTAP1    
	00358: CALL       
	00359: CALL       
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: CALL       
	00365: CALL       
	00366: MIRP[srp0,nmd,rd,0] 
	00367: MIRP[nrp0,md,rd,1] 
	00368: SRP0       
	00369: MIRP[nrp0,md,rd,1] 
	00370: DELTAP1    
	00371: SRP0       
	00372: MIRP[srp0,nmd,rd,2] 
	00373: DELTAP1    
	00374: CALL       
	00375: CALL       
	00376: CALL       
	00377: CALL       
	00378: CALL       
	00379: CALL       
	00380: CALL       
	00381: CALL       
	00382: ALIGNRP    
	00383: MIRP[srp0,nmd,rd,0] 
	00384: MIRP[nrp0,md,rd,1] 
	00385: SRP0       
	00386: MIRP[nrp0,md,rd,1] 
	00387: DELTAP1    
	00388: CALL       
	00389: SRP0       
	00390: CALL       
	00391: ALIGNRP    
	00392: MIRP[nrp0,md,rd,1] 
	00393: SRP0       
	00394: ALIGNRP    
	00395: SRP0       
	00396: MIRP[nrp0,md,rd,1] 
	00397: MDAP[rd]   
	00398: DELTAP1    
	00399: CALL       
	00400: CALL       
	00401: MIRP[srp0,md,rd,1] 
	00402: DELTAP1    
	00403: MIRP[srp0,nmd,rd,0] 
	00404: MIRP[nrp0,md,rd,1] 
	00405: SVTCA[y-axis] 
	00406: MIAP[rd+ci] 
	00407: ALIGNRP    
	00408: SRP0       
	00409: ALIGNRP    
	00410: SRP0       
	00411: ALIGNRP    
	00412: MIRP[srp0,md,rd,1] 
	00413: MIRP[srp0,nmd,rd,0] 
	00414: ALIGNRP    
	00415: SRP0       
	00416: MIRP[srp0,nmd,rd,0] 
	00417: ALIGNRP    
	00418: SRP0       
	00419: ALIGNRP    
	00420: MIAP[rd+ci] 
	00421: MIRP[nrp0,md,rd,1] 
	00422: MIAP[rd+ci] 
	00423: ALIGNRP    
	00424: MIRP[nrp0,md,rd,1] 
	00425: DELTAP1    
	00426: IUP[y]     
	00427: IUP[x]     
	00428: SVTCA[x-axis] 
	00429: DELTAP2    
	00430: DELTAP1    
	00431: DELTAP1    
	00432: DELTAP1    
	00433: DELTAP1    
	00434: SVTCA[y-axis] 
	00435: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual                               On
	  2:  YDual               Y-Short         Off
	  3:        XDual                         On
	  4:  YDual XDual         Y-Short         Off
	  5:        XDual                 X-Short Off
	  6:  YDual               Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:                      Y-Short         Off
	 10:        XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual                         Off
	 13:                      Y-Short         On
	 14:  YDual                               On
	 15:        XDual         Y-Short         On
	 16:  YDual                               On
	 17:  YDual XDual         Y-Short         On
	 18:  YDual               Y-Short         Off
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short         Off
	 21:                              X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:                              X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual                         Off
	 27:                      Y-Short         On
	 28:        XDual         Y-Short         On
	 29:  YDual                               On
	 30:                              X-Short On
	 31:        XDual                 X-Short On
	 32:  YDual XDual                 X-Short On
	 33:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   107,   173)  ->  Abs (   107,   173)
	  1: Rel (   320,     0)  ->  Abs (   427,   173)
	  2: Rel (  -304,   254)  ->  Abs (   123,   427)
	  3: Rel (     0,   366)  ->  Abs (   123,   793)
	  4: Rel (     0,   199)  ->  Abs (   123,   992)
	  5: Rel (   160,   316)  ->  Abs (   283,  1308)
	  6: Rel (   292,   183)  ->  Abs (   575,  1491)
	  7: Rel (   205,     0)  ->  Abs (   780,  1491)
	  8: Rel (   203,     0)  ->  Abs (   983,  1491)
	  9: Rel (   271,  -168)  ->  Abs (  1254,  1323)
	 10: Rel (   175,  -314)  ->  Abs (  1429,  1009)
	 11: Rel (     0,  -216)  ->  Abs (  1429,   793)
	 12: Rel (     0,  -366)  ->  Abs (  1429,   427)
	 13: Rel (  -304,  -254)  ->  Abs (  1125,   173)
	 14: Rel (   320,     0)  ->  Abs (  1445,   173)
	 15: Rel (     0,  -173)  ->  Abs (  1445,     0)
	 16: Rel (  -570,     0)  ->  Abs (   875,     0)
	 17: Rel (     0,   162)  ->  Abs (   875,   162)
	 18: Rel (   356,   166)  ->  Abs (  1231,   328)
	 19: Rel (     0,   435)  ->  Abs (  1231,   763)
	 20: Rel (     0,   245)  ->  Abs (  1231,  1008)
	 21: Rel (  -251,   317)  ->  Abs (   980,  1325)
	 22: Rel (  -201,     0)  ->  Abs (   779,  1325)
	 23: Rel (  -207,     0)  ->  Abs (   572,  1325)
	 24: Rel (  -248,  -319)  ->  Abs (   324,  1006)
	 25: Rel (     0,  -233)  ->  Abs (   324,   773)
	 26: Rel (     0,  -441)  ->  Abs (   324,   332)
	 27: Rel (   354,  -170)  ->  Abs (   678,   162)
	 28: Rel (     0,  -162)  ->  Abs (   678,     0)
	 29: Rel (  -571,     0)  ->  Abs (   107,     0)
	 30: Rel (  -196,  1186)  ->  Abs (   -89,  1186)
	 31: Rel (   133,   280)  ->  Abs (    44,  1466)
	 32: Rel (   236,     0)  ->  Abs (   280,  1466)
	 33: Rel (  -220,  -280)  ->  Abs (    60,  1186)

	Glyph 504: off = 0x00016E68, len = 242
	  numberOfContours:	4
	  xMin:			-136
	  yMin:			0
	  xMax:			591
	  yMax:			1507

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11
	  3:  15

	  Length of Instructions:	179
	00000: NPUSHB      (26):     9   163    10    13   163    15    64    10    15    15 
	                             4     1   159     4     1     4    66   128     7   201 
	                             2     1     6     0    10     9 
	00028: PUSHW[1]            560 
	00031: PUSHB[4]             11    11     4    12 
	00036: PUSHW[1]            560 
	00039: NPUSHB      (12):    80    14    96    14     2    14    14     4    31     7 
	                             1     7 
	00053: PUSHW[1]            268 
	00056: NPUSHB      (20):   240     6     1     6    64    44    47    52     6    73 
	                             5    64     4    17    78     2     3    37     1     0 
	00078: PUSHW[1]             -4 
	00081: NPUSHB      (17):    14    14     2    85     0     4    11    12     2    85 
	                             0    12    16    16     6    85     0 
	00100: PUSHW[1]             -2 
	00103: PUSHB[5]             13    13     6    85     0 
	00109: PUSHW[1]             -4 
	00112: NPUSHB      (13):    12    12     6    85    16     0    32     0     2     0 
	                            69    16    71 
	00127: PUSHW[2]            266    24 
	00132: CALL       
	00133: SRP0       
	00134: MIRP[srp0,nmd,rd,2] 
	00135: DELTAP1    
	00136: CALL       
	00137: CALL       
	00138: CALL       
	00139: CALL       
	00140: CALL       
	00141: ALIGNRP    
	00142: MIRP[srp0,md,rd,1] 
	00143: ALIGNRP    
	00144: MIRP[nrp0,nmd,rd,0] 
	00145: MDAP[rd]   
	00146: MIRP[nrp0,md,rd,1] 
	00147: MIRP[srp0,nmd,rd,2] 
	00148: CALL       
	00149: DELTAP2    
	00150: MIRP[nrp0,md,rd,1] 
	00151: DELTAP2    
	00152: SRP1       
	00153: SHP[rp1,zp0] 
	00154: MDAP[rd]   
	00155: DELTAP1    
	00156: MIRP[nrp0,md,rd,1] 
	00157: SRP1       
	00158: SHP[rp1,zp0] 
	00159: MDAP[rd]   
	00160: MIRP[nrp0,md,rd,1] 
	00161: SVTCA[y-axis] 
	00162: MIAP[rd+ci] 
	00163: MIAP[rd+ci] 
	00164: ALIGNRP    
	00165: MIRP[srp0,md,rd,2] 
	00166: SMD        
	00167: MIRP[nrp0,md,rd,1] 
	00168: DELTAP1    
	00169: DELTAP2    
	00170: ALIGNRP    
	00171: ALIGNRP    
	00172: SMD        
	00173: SRP0       
	00174: MIRP[nrp0,md,rd,1] 
	00175: SRP0       
	00176: MIRP[nrp0,md,rd,1] 
	00177: IUP[y]     
	00178: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:                              X-Short On
	  5:  YDual XDual                 X-Short On
	  6:                              X-Short On
	  7:  YDual                       X-Short On
	  8:  YDual               Y-Short         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short         On
	 11:  YDual                       X-Short On
	 12:  YDual               Y-Short         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual         Y-Short         On
	 15:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   137,     0)  ->  Abs (   137,     0)
	  1: Rel (     0,  1062)  ->  Abs (   137,  1062)
	  2: Rel (   180,     0)  ->  Abs (   317,  1062)
	  3: Rel (     0, -1062)  ->  Abs (   317,     0)
	  4: Rel (   -84,  1507)  ->  Abs (   233,  1507)
	  5: Rel (   186,     0)  ->  Abs (   419,  1507)
	  6: Rel (  -200,  -277)  ->  Abs (   219,  1230)
	  7: Rel (  -117,     0)  ->  Abs (   102,  1230)
	  8: Rel (   316,   192)  ->  Abs (   418,  1422)
	  9: Rel (   173,     0)  ->  Abs (   591,  1422)
	 10: Rel (     0,  -192)  ->  Abs (   591,  1230)
	 11: Rel (  -173,     0)  ->  Abs (   418,  1230)
	 12: Rel (  -554,   192)  ->  Abs (  -136,  1422)
	 13: Rel (   173,     0)  ->  Abs (    37,  1422)
	 14: Rel (     0,  -192)  ->  Abs (    37,  1230)
	 15: Rel (  -173,     0)  ->  Abs (  -136,  1230)

	Glyph 505: off = 0x00016F5A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 506: off = 0x00016F6A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			150
	  yMin:			0
	  xMax:			1257
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	37
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 507: off = 0x00016F7A, len = 280
	  numberOfContours:	2
	  xMin:			-2
	  yMin:			0
	  xMax:			1370
	  yMax:			1466

	EndPoints
	---------
	  0:  3
	  1:  10

	  Length of Instructions:	225
	00000: NPUSHB      (60):   132     8     1   159     8     1     7     2    23     2 
	                            47    12    48    12   120     6   137     1   134     2 
	                           151     4   152     5   183     4   184     5   199     4 
	                           200     5   231     3   247     3    15     6     4     8 
	                             5    39     4    40     5    55     4    56     5     6 
	                           148     8     1     1    14    15    16     2    85     2 
	00062: PUSHW[1]            -14 
	00065: PUSHB[5]             15    16     2    85     2 
	00071: PUSHW[1]            -10 
	00074: NPUSHB      (60):    12    12     2    85     6     8     8     5    10     4 
	                             4     8     2     3     1     0     8     5     8     4 
	                             5    32     3     2    20     3     3     2     8     4 
	                             8     5     4    32     0     1    20     0     0     1 
	                             5     4    30     0     8     1     2     2     1     2 
	                             3     8     0     8     4     1     0     5     2     3 
	00136: PUSHW[3]            532     0   532 
	00143: NPUSHB      (13):     8     6    12    12     6    85   207     8     1     8 
	                             8    12    11 
	00158: RTHG       
	00159: SRP1       
	00160: SRP2       
	00161: IP         
	00162: MDAP[rd]   
	00163: DELTAP1    
	00164: CALL       
	00165: RTG        
	00166: MIRP[nrp0,md,rd,1] 
	00167: MIRP[nrp0,md,rd,1] 
	00168: IP         
	00169: IP         
	00170: SRP2       
	00171: IP         
	00172: IP         
	00173: SVTCA[y-axis] 
	00174: MIAP[rd+ci] 
	00175: MIAP[rd+ci] 
	00176: MIAP[rd+ci] 
	00177: MIAP[rd+ci] 
	00178: SRP1       
	00179: IP         
	00180: SRP0       
	00181: MIRP[srp0,md,rd,1] 
	00182: ALIGNRP    
	00183: SDPVTL[1]  
	00184: SFVTCA[x-axis] 
	00185: MDAP[nrd]  
	00186: CALL       
	00187: SFVTL[=p1,p2] 
	00188: RDTG       
	00189: SRP0       
	00190: MDRP[nrp0,nmd,rd,0] 
	00191: SDPVTL[1]  
	00192: SFVTCA[x-axis] 
	00193: MDAP[nrd]  
	00194: RTG        
	00195: CALL       
	00196: SFVTL[=p1,p2] 
	00197: RDTG       
	00198: SRP0       
	00199: MDRP[nrp0,nmd,rd,0] 
	00200: SVTCA[x-axis] 
	00201: SRP1       
	00202: IP         
	00203: SRP1       
	00204: IP         
	00205: SDPVTL[1]  
	00206: SFVTPV     
	00207: SRP0       
	00208: MDRP[nrp0,nmd,rd,0] 
	00209: SDPVTL[1]  
	00210: SFVTPV     
	00211: SRP0       
	00212: MDRP[nrp0,nmd,rd,0] 
	00213: IUP[y]     
	00214: IUP[x]     
	00215: SVTCA[x-axis] 
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: DELTAP3    
	00220: DELTAP2    
	00221: DELTAP1    
	00222: SVTCA[y-axis] 
	00223: DELTAP3    
	00224: DELTAP1    

	Flags
	-----
	  0:  YDual                       X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:                                      On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    -2,     0)  ->  Abs (    -2,     0)
	  1: Rel (   563,  1466)  ->  Abs (   561,  1466)
	  2: Rel (   209,     0)  ->  Abs (   770,  1466)
	  3: Rel (   600, -1466)  ->  Abs (  1370,     0)
	  4: Rel ( -1103,   173)  ->  Abs (   267,   173)
	  5: Rel (   815,     0)  ->  Abs (  1082,   173)
	  6: Rel (  -317,   835)  ->  Abs (   765,  1008)
	  7: Rel (   -71,   188)  ->  Abs (   694,  1196)
	  8: Rel (   -33,   116)  ->  Abs (   661,  1312)
	  9: Rel (   -27,  -136)  ->  Abs (   634,  1176)
	 10: Rel (   -52,  -144)  ->  Abs (   582,  1032)

	Glyph 508: off = 0x00017092, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 509: off = 0x000170A2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			41
	  yMin:			0
	  xMax:			1200
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 510: off = 0x000170B2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			164
	  yMin:			0
	  xMax:			1314
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	43
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 511: off = 0x000170C2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			191
	  yMin:			0
	  xMax:			385
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 512: off = 0x000170D2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			150
	  yMin:			0
	  xMax:			1362
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	46
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 513: off = 0x000170E2, len = 286
	  numberOfContours:	1
	  xMin:			11
	  yMin:			0
	  xMax:			1352
	  yMax:			1466

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	231
	00000: NPUSHB      (26):    95     5     1     0    12    47    12    48    12   111 
	                            12     4    87     3    92     4    86     5     3    10 
	                             8    15    16     2    85     0 
	00028: PUSHW[1]             -8 
	00031: NPUSHB      (17):    15    16     2    85     3     5     5     2     7     8 
	                             8     5     0     1    10     9     5 
	00050: PUSHW[1]            -18 
	00053: NPUSHB       (9):    12    12     2    85     5     2     5     8     2 
	00064: PUSHW[1]            -20 
	00067: NPUSHB      (13):    12    12     6    85     2    32     1     0    20     1 
	                             1     0     5 
	00082: PUSHW[1]            -18 
	00085: NPUSHB      (40):    12    12     2    85     5     8     5     2     8    12 
	                            12    13     6    85     8    32     9    10    20     9 
	                             9    10     5     0     1     9     8     8     2     1 
	                             8    10     0     2     8    10     9     0     2     1 
	00127: PUSHW[3]            351     9    -8 
	00134: PUSHB[5]             13    13     2    85     9 
	00140: PUSHW[3]            351     5   -12 
	00147: NPUSHB      (13):    11    11     6    85     0     5    48     5     2     5 
	                             5    12    11 
	00162: RTHG       
	00163: SRP1       
	00164: SRP2       
	00165: IP         
	00166: MDAP[rd]   
	00167: DELTAP1    
	00168: CALL       
	00169: RTG        
	00170: MIRP[nrp0,md,rd,1] 
	00171: CALL       
	00172: MIRP[nrp0,md,rd,1] 
	00173: IP         
	00174: IP         
	00175: SRP2       
	00176: IP         
	00177: IP         
	00178: SVTCA[y-axis] 
	00179: MIAP[rd+ci] 
	00180: ALIGNRP    
	00181: MIAP[rd+ci] 
	00182: ALIGNRP    
	00183: MIAP[rd+ci] 
	00184: ALIGNRP    
	00185: SRP1       
	00186: SRP2       
	00187: IP         
	00188: SDPVTL[1]  
	00189: SFVTCA[x-axis] 
	00190: MDAP[nrd]  
	00191: CALL       
	00192: CALL       
	00193: SFVTL[=p1,p2] 
	00194: RDTG       
	00195: SRP0       
	00196: MDRP[nrp0,nmd,rd,0] 
	00197: CALL       
	00198: SDPVTL[1]  
	00199: SFVTCA[x-axis] 
	00200: MDAP[nrd]  
	00201: RTG        
	00202: CALL       
	00203: CALL       
	00204: SFVTL[=p1,p2] 
	00205: RDTG       
	00206: SRP0       
	00207: MDRP[nrp0,nmd,rd,0] 
	00208: CALL       
	00209: SVTCA[x-axis] 
	00210: SRP1       
	00211: IP         
	00212: SRP1       
	00213: IP         
	00214: SDPVTL[1]  
	00215: SFVTPV     
	00216: SRP0       
	00217: MDRP[nrp0,nmd,rd,0] 
	00218: SDPVTL[1]  
	00219: SFVTPV     
	00220: SRP0       
	00221: MDRP[nrp0,nmd,rd,0] 
	00222: IUP[y]     
	00223: IUP[x]     
	00224: SVTCA[x-axis] 
	00225: CALL       
	00226: CALL       
	00227: DELTAP3    
	00228: DELTAP1    
	00229: SVTCA[y-axis] 
	00230: DELTAP3    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual                       X-Short On
	  3:                                      On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                                      On
	  9:  YDual                       X-Short On
	 10:                                      On

	Coordinates
	-----------
	  0: Rel (   784,  1466)  ->  Abs (   784,  1466)
	  1: Rel (   568, -1466)  ->  Abs (  1352,     0)
	  2: Rel (  -211,     0)  ->  Abs (  1141,     0)
	  3: Rel (  -381,  1064)  ->  Abs (   760,  1064)
	  4: Rel (   -50,   140)  ->  Abs (   710,  1204)
	  5: Rel (   -27,   101)  ->  Abs (   683,  1305)
	  6: Rel (   -33,  -121)  ->  Abs (   650,  1184)
	  7: Rel (   -45,  -120)  ->  Abs (   605,  1064)
	  8: Rel (  -396, -1064)  ->  Abs (   209,     0)
	  9: Rel (  -198,     0)  ->  Abs (    11,     0)
	 10: Rel (   573,  1466)  ->  Abs (   584,  1466)

	Glyph 514: off = 0x00017200, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			152
	  yMin:			0
	  xMax:			1551
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	48
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 515: off = 0x00017210, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			156
	  yMin:			0
	  xMax:			1311
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	49
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 516: off = 0x00017220, len = 116
	  numberOfContours:	3
	  xMin:			109
	  yMin:			0
	  xMax:			1222
	  yMax:			1466

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11

	  Length of Instructions:	62
	00000: NPUSHB      (39):     5    30    31     7     1    79     7    95     7   127 
	                             7   143     7     4     7     7     0     9    30    11 
	                             8     2    30     0     2     6   156     1    98    10 
	                            86    13     7   156     0    98    11    86    12 
	00041: SRP0       
	00042: MIRP[srp0,nmd,rd,2] 
	00043: MIRP[nrp0,nmd,rd,0] 
	00044: MIRP[nrp0,nmd,rd,0] 
	00045: SRP0       
	00046: MIRP[srp0,nmd,rd,2] 
	00047: MIRP[nrp0,nmd,rd,0] 
	00048: MIRP[nrp0,nmd,rd,0] 
	00049: SVTCA[y-axis] 
	00050: MIAP[rd+ci] 
	00051: MIRP[nrp0,md,rd,1] 
	00052: MIAP[rd+ci] 
	00053: MIRP[nrp0,md,rd,1] 
	00054: SRP2       
	00055: IP         
	00056: MDAP[rd]   
	00057: DELTAP1    
	00058: DELTAP2    
	00059: MIRP[nrp0,md,rd,1] 
	00060: IUP[y]     
	00061: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                 X-Short On
	  5:  YDual                               On
	  6:        XDual         Y-Short         On
	  7:  YDual                               On
	  8:                              X-Short On
	  9:  YDual                               On
	 10:        XDual         Y-Short         On
	 11:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   136,  1466)  ->  Abs (   136,  1466)
	  1: Rel (  1059,     0)  ->  Abs (  1195,  1466)
	  2: Rel (     0,  -173)  ->  Abs (  1195,  1293)
	  3: Rel ( -1059,     0)  ->  Abs (   136,  1293)
	  4: Rel (    94,  -474)  ->  Abs (   230,   819)
	  5: Rel (   871,     0)  ->  Abs (  1101,   819)
	  6: Rel (     0,  -172)  ->  Abs (  1101,   647)
	  7: Rel (  -871,     0)  ->  Abs (   230,   647)
	  8: Rel (  -121,  -474)  ->  Abs (   109,   173)
	  9: Rel (  1113,     0)  ->  Abs (  1222,   173)
	 10: Rel (     0,  -173)  ->  Abs (  1222,     0)
	 11: Rel ( -1113,     0)  ->  Abs (   109,     0)

	Glyph 517: off = 0x00017294, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1492

	     0: Flags:		0x0206
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 518: off = 0x000172A4, len = 208
	  numberOfContours:	1
	  xMin:			164
	  yMin:			0
	  xMax:			1314
	  yMax:			1466

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	172
	00000: PUSHW[2]              9   -64 
	00005: NPUSHB      (14):    19    21    52     3     8     0     8     5    30     1 
	                             2     5    32     3 
	00021: PUSHW[1]            -18 
	00024: PUSHB[5]             15    15     2    85     3 
	00030: PUSHW[1]            -14 
	00033: NPUSHB      (25):    13    13     2    85     3    16    12    12     2    85 
	                             3    93   128     9     1     9     6    32     0    32 
	                            16    16     2    85     0 
	00060: PUSHW[1]            -10 
	00063: PUSHB[5]             15    15     2    85     0 
	00069: PUSHW[1]            -10 
	00072: PUSHB[5]             13    13     2    85     0 
	00078: PUSHW[1]             -6 
	00081: PUSHB[5]             12    12     2    85     0 
	00087: PUSHW[1]            -11 
	00090: NPUSHB      (14):    12    13     6    85     0     8    11    11     6    85 
	                            32     0     1     0 
	00106: PUSHW[1]            -64 
	00109: PUSHB[7]             19    21    52     0    93     8     9 
	00117: PUSHW[1]            -32 
	00120: NPUSHB      (19):    11    11     6    85    32     9     1    32     9    80 
	                             9    96     9   112     9     4    59    89    24 
	00141: CALL       
	00142: DELTAP1    
	00143: DELTAP2    
	00144: CALL       
	00145: SRP0       
	00146: MIRP[srp0,nmd,rd,2] 
	00147: CALL       
	00148: DELTAP1    
	00149: CALL       
	00150: CALL       
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: MIRP[nrp0,md,rd,1] 
	00156: SRP0       
	00157: DELTAP1    
	00158: MIRP[srp0,nmd,rd,2] 
	00159: CALL       
	00160: CALL       
	00161: CALL       
	00162: MIRP[nrp0,md,rd,1] 
	00163: SVTCA[y-axis] 
	00164: MIAP[rd+ci] 
	00165: MIRP[nrp0,md,rd,1] 
	00166: MIAP[rd+ci] 
	00167: MIAP[rd+ci] 
	00168: IUP[y]     
	00169: IUP[x]     
	00170: SVTCA[x-axis] 
	00171: CALL       

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual                       X-Short On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   164,     0)  ->  Abs (   164,     0)
	  1: Rel (     0,  1466)  ->  Abs (   164,  1466)
	  2: Rel (  1150,     0)  ->  Abs (  1314,  1466)
	  3: Rel (     0, -1466)  ->  Abs (  1314,     0)
	  4: Rel (  -194,     0)  ->  Abs (  1120,     0)
	  5: Rel (     0,  1293)  ->  Abs (  1120,  1293)
	  6: Rel (  -762,     0)  ->  Abs (   358,  1293)
	  7: Rel (     0, -1293)  ->  Abs (   358,     0)

	Glyph 519: off = 0x00017374, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			0
	  xMax:			1277
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	51
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 520: off = 0x00017384, len = 274
	  numberOfContours:	1
	  xMin:			148
	  yMin:			0
	  xMax:			1186
	  yMax:			1466

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	217
	00000: NPUSHB      (60):   245     9     1    54     3    54     9     2    21     4 
	                           149     4   165     4   214     2     4     7     2    11 
	                             9    22     2    26     9    38     2    45     9    55 
	                             2    58     3    63     9    73     3    10   105     3 
	                           106     9   120     3   120     9   184     3   185     9 
	                           246     2   249     9     8     3     4     3     2     4 
	00062: PUSHW[1]            -16 
	00065: PUSHB[5]             15    16     2    85     4 
	00071: PUSHW[1]            -16 
	00074: NPUSHB      (17):    12    12     2    85     4    30     8     9    20     8 
	                             8     9     3     2     3     4     2 
	00093: PUSHW[1]            -10 
	00096: NPUSHB      (54):    15    16     2    85     2    18    12    12     6    85 
	                             2    30    10     9    20    10    10     9    10     8 
	                             9     3     4     4     2     4     5     2     1    30 
	                            11     2     5    30     7     8     4     2     9     3 
	                             4     8     8     7    10    11    11     7     0   227 
	                            32     6     1     6 
	00152: PUSHW[1]            305 
	00155: PUSHB[4]             13     7   233    12 
	00160: SRP0       
	00161: MIRP[nrp0,nmd,rd,2] 
	00162: SRP0       
	00163: MIRP[srp0,nmd,rd,2] 
	00164: DELTAP1    
	00165: MIRP[nrp0,nmd,rd,0] 
	00166: SRP0       
	00167: ALIGNRP    
	00168: SRP0       
	00169: ALIGNRP    
	00170: SRP0       
	00171: ALIGNRP    
	00172: SRP2       
	00173: SLOOP      
	00174: IP         
	00175: SVTCA[y-axis] 
	00176: MIAP[rd+ci] 
	00177: MIRP[nrp0,md,rd,1] 
	00178: MIAP[rd+ci] 
	00179: MIRP[srp0,md,rd,1] 
	00180: ALIGNRP    
	00181: SRP0       
	00182: ALIGNRP    
	00183: SRP1       
	00184: SRP2       
	00185: SLOOP      
	00186: IP         
	00187: SDPVTL[1]  
	00188: SFVTCA[x-axis] 
	00189: MDAP[nrd]  
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: SFVTL[=p1,p2] 
	00194: RDTG       
	00195: SRP0       
	00196: MDRP[nrp0,nmd,rd,0] 
	00197: SDPVTL[1]  
	00198: SFVTCA[x-axis] 
	00199: MDAP[nrd]  
	00200: RTG        
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: SFVTL[=p1,p2] 
	00205: RDTG       
	00206: SRP0       
	00207: MDRP[nrp0,nmd,rd,0] 
	00208: IUP[y]     
	00209: IUP[x]     
	00210: SVTCA[x-axis] 
	00211: DELTAP1    
	00212: DELTAP2    
	00213: DELTAP3    
	00214: SVTCA[y-axis] 
	00215: DELTAP2    
	00216: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:                                      On
	  4:                                      On
	  5:  YDual                               On
	  6:        XDual         Y-Short         On
	  7:  YDual                               On
	  8:  YDual XDual         Y-Short         On
	  9:                                      On
	 10:                                      On
	 11:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1145,  1466)  ->  Abs (  1145,  1466)
	  1: Rel (     0,  -173)  ->  Abs (  1145,  1293)
	  2: Rel (  -787,     0)  ->  Abs (   358,  1293)
	  3: Rel (   500,  -532)  ->  Abs (   858,   761)
	  4: Rel (  -500,  -588)  ->  Abs (   358,   173)
	  5: Rel (   828,     0)  ->  Abs (  1186,   173)
	  6: Rel (     0,  -173)  ->  Abs (  1186,     0)
	  7: Rel ( -1038,     0)  ->  Abs (   148,     0)
	  8: Rel (     0,   202)  ->  Abs (   148,   202)
	  9: Rel (   479,   559)  ->  Abs (   627,   761)
	 10: Rel (  -479,   510)  ->  Abs (   148,  1271)
	 11: Rel (     0,   195)  ->  Abs (   148,  1466)

	Glyph 521: off = 0x00017496, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			48
	  yMin:			0
	  xMax:			1210
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	55
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 522: off = 0x000174A6, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1350
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 523: off = 0x000174B6, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			9
	  yMin:			0
	  xMax:			1353
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	59
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 524: off = 0x000174C6, len = 350
	  numberOfContours:	1
	  xMin:			127
	  yMin:			0
	  xMax:			1584
	  yMax:			1466

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	266
	00000: NPUSHB      (74):    64     4    79     9    73    15    64    20    64    24 
	                            96    24   112    24   144    24   160    24     9     0 
	                            24    32    24    48    24    64    24     4    21    32 
	                            15    17    52    15    32    15    17    52    35     3 
	                            35    10    52     3    52    10   162    10   228    10 
	                           246    10     7     8     5    93    16    19    19     0 
	                            18    12     2     6     2     0     2    18     8     7 
	                            17    32     6    18 
	00076: PUSHW[1]             -5 
	00079: NPUSHB      (14):    12    13     6    85    18    18    22    11    32    13 
	                             1    32    22    13 
	00095: PUSHW[1]            -16 
	00098: PUSHB[5]             15    15     2    85    13 
	00104: PUSHW[1]            -22 
	00107: PUSHB[5]             12    12     2    85    13 
	00113: PUSHW[1]            -32 
	00116: NPUSHB      (27):    12    13     6    85     0    13    32    13    48    13 
	                            64    13     4    64    13    96    13   112    13   144 
	                            13   160    13   255    13     6    13 
	00145: PUSHW[1]            605 
	00148: NPUSHB      (16):    24   128    24   192    24   208    24     3   160    24 
	                           224    24   240    24     3    24 
	00166: PUSHW[1]            -64 
	00169: PUSHB[4]              9    17    52    22 
	00174: PUSHW[1]            -12 
	00177: NPUSHB      (32):    16    16     2    85    22     8    12    12     2    85 
	                            22    16    15    15     6    85    22    16    13    13 
	                             6    85    22    20    12    12     6    85    32    22 
	                             1    22 
	00211: PUSHW[2]            605    23 
	00216: SRP0       
	00217: MIRP[nrp0,nmd,rd,0] 
	00218: DELTAP1    
	00219: CALL       
	00220: CALL       
	00221: CALL       
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: DELTAP1    
	00226: DELTAP2    
	00227: SRP0       
	00228: MIRP[nrp0,nmd,rd,2] 
	00229: DELTAP1    
	00230: DELTAP2    
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: SRP0       
	00235: MIRP[nrp0,md,rd,1] 
	00236: SRP0       
	00237: MIRP[nrp0,md,rd,1] 
	00238: SRP2       
	00239: IP         
	00240: MDAP[rd]   
	00241: CALL       
	00242: ALIGNRP    
	00243: MIRP[srp0,md,rd,1] 
	00244: ALIGNRP    
	00245: SVTCA[y-axis] 
	00246: MIAP[rd+ci] 
	00247: MIAP[rd+ci] 
	00248: MIAP[rd+ci] 
	00249: MIAP[rd+ci] 
	00250: SRP1       
	00251: SRP2       
	00252: IP         
	00253: MDAP[rd]   
	00254: ALIGNRP    
	00255: MIRP[srp0,md,rd,1] 
	00256: ALIGNRP    
	00257: IUP[y]     
	00258: IUP[x]     
	00259: SVTCA[y-axis] 
	00260: DELTAP1    
	00261: CALL       
	00262: CALL       
	00263: SVTCA[x-axis] 
	00264: DELTAP2    
	00265: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:        XDual                         On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:        XDual                         Off
	 16:                      Y-Short         On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:  YDual               Y-Short         Off
	 21:                                      Off
	 22:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   127,  1466)  ->  Abs (   127,  1466)
	  1: Rel (   194,     0)  ->  Abs (   321,  1466)
	  2: Rel (     0,  -395)  ->  Abs (   321,  1071)
	  3: Rel (     0,  -241)  ->  Abs (   321,   830)
	  4: Rel (   214,  -193)  ->  Abs (   535,   637)
	  5: Rel (   223,   -18)  ->  Abs (   758,   619)
	  6: Rel (     0,   847)  ->  Abs (   758,  1466)
	  7: Rel (   194,     0)  ->  Abs (   952,  1466)
	  8: Rel (     0,  -847)  ->  Abs (   952,   619)
	  9: Rel (   210,    13)  ->  Abs (  1162,   632)
	 10: Rel (   227,   206)  ->  Abs (  1389,   838)
	 11: Rel (     0,   257)  ->  Abs (  1389,  1095)
	 12: Rel (     0,   371)  ->  Abs (  1389,  1466)
	 13: Rel (   195,     0)  ->  Abs (  1584,  1466)
	 14: Rel (     0,  -414)  ->  Abs (  1584,  1052)
	 15: Rel (     0,  -589)  ->  Abs (  1584,   463)
	 16: Rel (  -632,   -10)  ->  Abs (   952,   453)
	 17: Rel (     0,  -453)  ->  Abs (   952,     0)
	 18: Rel (  -194,     0)  ->  Abs (   758,     0)
	 19: Rel (     0,   453)  ->  Abs (   758,   453)
	 20: Rel (  -330,     6)  ->  Abs (   428,   459)
	 21: Rel (  -301,   309)  ->  Abs (   127,   768)
	 22: Rel (     0,   267)  ->  Abs (   127,  1035)

	Glyph 525: off = 0x00017624, len = 478
	  numberOfContours:	1
	  xMin:			97
	  yMin:			0
	  xMax:			1435
	  yMax:			1491

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	375
	00000: NPUSHB      (91):   159    17   159    27     2    88     1    89     4    88 
	                             5    87    13    91    20    84    21    88    23    88 
	                            24   122    18   117    26   134    24    11    92     5 
	                            80     9   111     5   100     9   118     9     5    37 
	                             9    75    18    75    20    70    24    69    26     5 
	                            11     5     4     9    29     5    20     9    42     5 
	                             5    12    21     2    23    59    26     3    22    30 
	                             7     3    14    13     0     1    45    27    27    17 
	                            45    13    30    15    16    29    28    28    16     8 
	                            13 
	00093: PUSHW[1]            570 
	00096: PUSHB[4]             16    16    17     1 
	00101: PUSHW[4]            570    27    28   -10 
	00110: NPUSHB      (17):    11    11     2    85    28    17    10    11    11     2 
	                            85    47    17    79    17     2    17 
	00129: PUSHW[1]            632 
	00132: NPUSHB      (13):    14    19    38    11    74    15    14    16    16    16 
	                             2    85    14 
	00147: PUSHW[1]            -10 
	00150: NPUSHB      (11):    15    15     2    85    14    10    13    13     2    85 
	                            14 
	00163: PUSHW[1]            -20 
	00166: NPUSHB      (11):    11    11     2    85    14    16    16    16     6    85 
	                            14 
	00179: PUSHW[1]             -6 
	00182: PUSHB[5]             12    13     6    85    14 
	00188: PUSHW[1]             -9 
	00191: NPUSHB      (19):    11    11     6    85    16    19     1    14   106    95 
	                            31     1    31    32    28    64    28     2    28 
	00212: PUSHW[1]            632 
	00215: PUSHB[6]             29    25    38     3    74    29 
	00222: PUSHW[1]            -32 
	00225: PUSHB[5]             16    16     2    85    29 
	00231: PUSHW[1]            -22 
	00234: PUSHB[5]             15    15     2    85    29 
	00240: PUSHW[1]            -18 
	00243: PUSHB[5]             13    13     2    85    29 
	00249: PUSHW[1]            -10 
	00252: PUSHB[5]             12    12     2    85    29 
	00258: PUSHW[1]            -32 
	00261: PUSHB[5]             16    16     6    85    29 
	00267: PUSHW[1]            -20 
	00270: PUSHB[5]             15    15     6    85    29 
	00276: PUSHW[1]            -14 
	00279: PUSHB[5]             13    13     6    85    29 
	00285: PUSHW[1]             -8 
	00288: NPUSHB      (15):    12    12     6    85    96    29     1     0    29    32 
	                            29     2    29   172    30 
	00305: SRP0       
	00306: MIRP[srp0,nmd,rd,2] 
	00307: DELTAP1    
	00308: DELTAP2    
	00309: CALL       
	00310: CALL       
	00311: CALL       
	00312: CALL       
	00313: CALL       
	00314: CALL       
	00315: CALL       
	00316: CALL       
	00317: MIRP[srp0,nmd,rd,0] 
	00318: MIRP[nrp0,md,rd,1] 
	00319: SRP0       
	00320: MIRP[nrp0,md,rd,1] 
	00321: DELTAP1    
	00322: SRP0       
	00323: DELTAP1    
	00324: MIRP[srp0,nmd,rd,2] 
	00325: DELTAP1    
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: ALIGNRP    
	00334: MIRP[srp0,nmd,rd,0] 
	00335: MIRP[nrp0,md,rd,1] 
	00336: SRP0       
	00337: MIRP[nrp0,md,rd,1] 
	00338: DELTAP1    
	00339: CALL       
	00340: SRP0       
	00341: CALL       
	00342: ALIGNRP    
	00343: MIRP[nrp0,md,rd,1] 
	00344: SRP0       
	00345: ALIGNRP    
	00346: SRP0       
	00347: MIRP[nrp0,md,rd,1] 
	00348: SVTCA[y-axis] 
	00349: MIAP[rd+ci] 
	00350: ALIGNRP    
	00351: SRP0       
	00352: ALIGNRP    
	00353: SRP0       
	00354: ALIGNRP    
	00355: MIRP[srp0,md,rd,1] 
	00356: MIRP[srp0,nmd,rd,0] 
	00357: ALIGNRP    
	00358: SRP0       
	00359: MIRP[srp0,nmd,rd,0] 
	00360: ALIGNRP    
	00361: SRP0       
	00362: ALIGNRP    
	00363: MIAP[rd+ci] 
	00364: MIRP[nrp0,md,rd,1] 
	00365: IUP[y]     
	00366: IUP[x]     
	00367: SVTCA[x-axis] 
	00368: DELTAP2    
	00369: DELTAP1    
	00370: DELTAP1    
	00371: DELTAP1    
	00372: DELTAP1    
	00373: SVTCA[y-axis] 
	00374: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual                               On
	  2:  YDual               Y-Short         Off
	  3:        XDual                         On
	  4:  YDual XDual         Y-Short         Off
	  5:        XDual                 X-Short Off
	  6:  YDual               Y-Short         Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:                      Y-Short         Off
	 10:        XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual                         Off
	 13:                      Y-Short         On
	 14:  YDual                               On
	 15:        XDual         Y-Short         On
	 16:  YDual                               On
	 17:  YDual XDual         Y-Short         On
	 18:  YDual               Y-Short         Off
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short         Off
	 21:                              X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:                              X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual                         Off
	 27:                      Y-Short         On
	 28:        XDual         Y-Short         On
	 29:  YDual                               On

	Coordinates
	-----------
	  0: Rel (    97,   173)  ->  Abs (    97,   173)
	  1: Rel (   320,     0)  ->  Abs (   417,   173)
	  2: Rel (  -304,   254)  ->  Abs (   113,   427)
	  3: Rel (     0,   366)  ->  Abs (   113,   793)
	  4: Rel (     0,   199)  ->  Abs (   113,   992)
	  5: Rel (   160,   316)  ->  Abs (   273,  1308)
	  6: Rel (   292,   183)  ->  Abs (   565,  1491)
	  7: Rel (   205,     0)  ->  Abs (   770,  1491)
	  8: Rel (   203,     0)  ->  Abs (   973,  1491)
	  9: Rel (   271,  -168)  ->  Abs (  1244,  1323)
	 10: Rel (   175,  -314)  ->  Abs (  1419,  1009)
	 11: Rel (     0,  -216)  ->  Abs (  1419,   793)
	 12: Rel (     0,  -366)  ->  Abs (  1419,   427)
	 13: Rel (  -304,  -254)  ->  Abs (  1115,   173)
	 14: Rel (   320,     0)  ->  Abs (  1435,   173)
	 15: Rel (     0,  -173)  ->  Abs (  1435,     0)
	 16: Rel (  -570,     0)  ->  Abs (   865,     0)
	 17: Rel (     0,   162)  ->  Abs (   865,   162)
	 18: Rel (   356,   166)  ->  Abs (  1221,   328)
	 19: Rel (     0,   435)  ->  Abs (  1221,   763)
	 20: Rel (     0,   245)  ->  Abs (  1221,  1008)
	 21: Rel (  -251,   317)  ->  Abs (   970,  1325)
	 22: Rel (  -201,     0)  ->  Abs (   769,  1325)
	 23: Rel (  -207,     0)  ->  Abs (   562,  1325)
	 24: Rel (  -248,  -319)  ->  Abs (   314,  1006)
	 25: Rel (     0,  -233)  ->  Abs (   314,   773)
	 26: Rel (     0,  -441)  ->  Abs (   314,   332)
	 27: Rel (   354,  -170)  ->  Abs (   668,   162)
	 28: Rel (     0,  -162)  ->  Abs (   668,     0)
	 29: Rel (  -571,     0)  ->  Abs (    97,     0)

	Glyph 526: off = 0x00017802, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			4
	  yMin:			0
	  xMax:			565
	  yMax:			1761

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	-57
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     1     1     2     2    11 
	00007: PUSHW[2]            545    41 
	00012: SVTCA[y-axis] 
	00013: CALL       
	00014: SVTCA[x-axis] 
	00015: PUSHB[2]              6     2 
	00018: RS         
	00019: EQ         
	00020: IF         
	00021: PUSHB[6]              0     5    10     1     2    65 
	00028: CALL       
	00029: ELSE       
	00030: PUSHB[5]              8     2     0    72    43 
	00036: CALL       
	00037: EIF        
	00038: SHC[rp1,zp0] 
	00039: SHC[rp1,zp0] 

	Glyph 527: off = 0x00017844, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1350
	  yMax:			1761

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	336
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     2     1    17    11     0    72    43     1     2     2 
	                            20 
	00013: PUSHW[3]            545    41   356 
	00020: SCANCTRL   
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: SHC[rp1,zp0] 
	00026: SHC[rp1,zp0] 

	Glyph 528: off = 0x0001787A, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			72
	  yMin:			-24
	  xMax:			1107
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	302
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	244
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2   224    33   240    33     2    33    21     0    72 
	                            43     2     1    33 
	00016: PUSHW[2]            546    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 529: off = 0x000178B0, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			98
	  yMin:			-24
	  xMax:			867
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	304
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	144
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    37    39    28     0    65     1     1    37 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 530: off = 0x000178E0, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			139
	  yMin:			-407
	  xMax:			1002
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	536
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	244
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1    20    16     0    72    43     1     1    20 
	00011: PUSHW[2]            546    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 531: off = 0x00017910, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			99
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	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	538
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	-123
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     1     1     7 
	00005: PUSHW[2]            546    41 
	00010: SVTCA[y-axis] 
	00011: CALL       
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: PUSHB[6]             21     7     7     1     2    65 
	00026: CALL       
	00027: ELSE       
	00028: PUSHW[2]              7   -64 
	00033: PUSHB[4]             23    25    52     7 
	00038: PUSHW[1]            -64 
	00041: NPUSHB      (11):    34    37    52    47     7     1     7     1    90    72 
	                            43 
	00054: CALL       
	00055: DELTAP1    
	00056: CALL       
	00057: CALL       
	00058: EIF        
	00059: SHC[rp1,zp0] 

	Glyph 532: off = 0x00017964, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			136
	  yMin:			-24
	  xMax:			986
	  yMax:			1507

	     0: Flags:		0x0226
		Glyf Index:	547
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	496
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              1     2     3     3    23 
	00006: PUSHW[2]            546    41 
	00011: SVTCA[y-axis] 
	00012: CALL       

	Glyph 533: off = 0x0001798C, len = 394
	  numberOfContours:	2
	  xMin:			140
	  yMin:			-407
	  xMax:			1085
	  yMax:			1491

	EndPoints
	---------
	  0:  20
	  1:  44

	  Length of Instructions:	262
	00000: NPUSHB      (89):    56    20    72    20    87    15   103    15   106    25 
	                           106    29   101    38   121    11   122    25   122    29 
	                           137    11   139    25   151    13    13    40    12     1 
	                            72    41    89    37   169     8   172    13     4    13 
	                            16    10    14    52   187    13   203    13     2     0 
	                             7    36   104    13     1    13    13    21    28    16 
	                            44   192    44     2    44    27    28     7    36    28 
	                            19     7     1    19    11     2    14    13    21    21 
	                             1    24    36    63    10    79    10     2    10 
	00091: PUSHW[1]            596 
	00094: NPUSHB       (9):    39    36    46    20    11    11     2    85    16 
	00105: PUSHW[1]            -16 
	00108: PUSHB[5]             11    13     6    85    16 
	00114: PUSHW[1]            -64 
	00117: NPUSHB      (20):    36    37    52    48    16     1     0    16    16    16 
	                            32    16     3    16    49    46    31     1    37     2 
	00139: PUSHW[1]            -10 
	00142: NPUSHB      (17):    16    16     2    85     2     6    12    12     2    85 
	                             2     6    11    11     2    85     2 
	00161: PUSHW[1]            -14 
	00164: NPUSHB      (17):    15    15     6    85     2     4    12    12     6    85 
	                             2     6    11    11     6    85     2 
	00183: PUSHW[1]            -64 
	00186: NPUSHB      (18):    51    54    52   240     2     1     0     2    32     2 
	                           208     2   224     2     4     2    78    45 
	00206: SRP0       
	00207: MIRP[srp0,nmd,rd,2] 
	00208: DELTAP1    
	00209: DELTAP2    
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: MIRP[srp0,md,rd,1] 
	00218: ALIGNRP    
	00219: SRP0       
	00220: MIRP[srp0,nmd,rd,2] 
	00221: DELTAP1    
	00222: DELTAP1    
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: MIRP[nrp0,md,rd,1] 
	00227: MIRP[srp0,nmd,rd,0] 
	00228: DELTAP1    
	00229: MIRP[nrp0,md,rd,1] 
	00230: SRP1       
	00231: IP         
	00232: MDAP[rd]   
	00233: IP         
	00234: SVTCA[y-axis] 
	00235: MIAP[rd+ci] 
	00236: MIAP[rd+ci] 
	00237: MIAP[rd+ci] 
	00238: SRP0       
	00239: MIRP[nrp0,md,rd,1] 
	00240: SRP0       
	00241: MIRP[nrp0,md,rd,1] 
	00242: MDAP[rd]   
	00243: DELTAP1    
	00244: MIRP[nrp0,md,rd,1] 
	00245: RTHG       
	00246: IP         
	00247: MDAP[rd]   
	00248: DELTAP1    
	00249: SRP1       
	00250: SRP2       
	00251: IP         
	00252: SVTCA[x-axis] 
	00253: DELTAP1    
	00254: CALL       
	00255: IUP[y]     
	00256: IUP[x]     
	00257: SVTCA[x-axis] 
	00258: DELTAP1    
	00259: SVTCA[y-axis] 
	00260: DELTAP2    
	00261: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                              X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:        XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual                         On
	 33:        XDual         Y-Short         Off
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   319,   135)  ->  Abs (   319,   135)
	  1: Rel (     0,  -542)  ->  Abs (   319,  -407)
	  2: Rel (  -179,     0)  ->  Abs (   140,  -407)
	  3: Rel (     0,  1413)  ->  Abs (   140,  1006)
	  4: Rel (     0,   169)  ->  Abs (   140,  1175)
	  5: Rel (    91,   191)  ->  Abs (   231,  1366)
	  6: Rel (   222,   125)  ->  Abs (   453,  1491)
	  7: Rel (   136,     0)  ->  Abs (   589,  1491)
	  8: Rel (   201,     0)  ->  Abs (   790,  1491)
	  9: Rel (   207,  -231)  ->  Abs (   997,  1260)
	 10: Rel (     0,  -137)  ->  Abs (   997,  1123)
	 11: Rel (     0,  -134)  ->  Abs (   997,   989)
	 12: Rel (  -167,  -164)  ->  Abs (   830,   825)
	 13: Rel (  -108,   -19)  ->  Abs (   722,   806)
	 14: Rel (   174,   -17)  ->  Abs (   896,   789)
	 15: Rel (   189,  -216)  ->  Abs (  1085,   573)
	 16: Rel (     0,  -158)  ->  Abs (  1085,   415)
	 17: Rel (     0,  -170)  ->  Abs (  1085,   245)
	 18: Rel (  -223,  -269)  ->  Abs (   862,   -24)
	 19: Rel (  -211,     0)  ->  Abs (   651,   -24)
	 20: Rel (  -216,     0)  ->  Abs (   435,   -24)
	 21: Rel (    43,   888)  ->  Abs (   478,   864)
	 22: Rel (   184,     0)  ->  Abs (   662,   864)
	 23: Rel (   168,   128)  ->  Abs (   830,   992)
	 24: Rel (     0,   121)  ->  Abs (   830,  1113)
	 25: Rel (     0,    98)  ->  Abs (   830,  1211)
	 26: Rel (  -143,   132)  ->  Abs (   687,  1343)
	 27: Rel (  -107,     0)  ->  Abs (   580,  1343)
	 28: Rel (   -93,     0)  ->  Abs (   487,  1343)
	 29: Rel (  -137,   -98)  ->  Abs (   350,  1245)
	 30: Rel (   -31,  -120)  ->  Abs (   319,  1125)
	 31: Rel (     0,  -150)  ->  Abs (   319,   975)
	 32: Rel (     0,  -403)  ->  Abs (   319,   572)
	 33: Rel (     0,  -172)  ->  Abs (   319,   400)
	 34: Rel (    48,  -162)  ->  Abs (   367,   238)
	 35: Rel (   158,  -130)  ->  Abs (   525,   108)
	 36: Rel (   103,     0)  ->  Abs (   628,   108)
	 37: Rel (   125,     0)  ->  Abs (   753,   108)
	 38: Rel (   145,   171)  ->  Abs (   898,   279)
	 39: Rel (     0,   126)  ->  Abs (   898,   405)
	 40: Rel (     0,   104)  ->  Abs (   898,   509)
	 41: Rel (  -107,   165)  ->  Abs (   791,   674)
	 42: Rel (  -157,    59)  ->  Abs (   634,   733)
	 43: Rel (  -130,     0)  ->  Abs (   504,   733)
	 44: Rel (   -26,     0)  ->  Abs (   478,   733)

	Glyph 534: off = 0x00017B16, len = 328
	  numberOfContours:	1
	  xMin:			25
	  yMin:			-407
	  xMax:			999
	  yMax:			1062

	EndPoints
	---------
	  0:  8

	  Length of Instructions:	282
	00000: PUSHB[4]            143    10     1     2 
	00005: PUSHW[1]            -18 
	00008: NPUSHB      (11):    15    17     2    85     2    10    13    13     2    85 
	                             2 
	00021: PUSHW[1]            -20 
	00024: NPUSHB      (15):     9    11     2    85   240     2     1     0     2     1 
	                             2     1     2     3     1 
	00041: PUSHW[1]             -4 
	00044: NPUSHB      (68):    14    17     6    85     1    37     0     8    20     0 
	                             0     8     2     3     2     1     3     4    15    17 
	                             6    85     3    37     4     5    20     4     4     5 
	                             2     1     5     7    14     4     3     3     1     1 
	                             0     6     5     8    10     3     4     6     1     0 
	                             7     4   255     6     0   255     7     5     6    37 
	                             8     7    18    17    17     2    85     7 
	00114: PUSHW[1]            -16 
	00117: NPUSHB      (17):    16    16     2    85     7    10    13    13     2    85 
	                             7    10     9     9     2    85     7 
	00136: PUSHW[1]             -2 
	00139: PUSHB[5]             16    16     6    85     7 
	00145: PUSHW[1]             -8 
	00148: NPUSHB      (38):    12    12     6    85     0     7   143     7   224     7 
	                           240     7     4    64     7     1   176     7     1     7 
	                             7    10     9     0    10    48    10    96    10   128 
	                            10   144    10     5    64    10     1    10 
	00188: PUSHW[1]            -64 
	00191: PUSHB[3]             21    26    52 
	00195: CALL       
	00196: DELTAP2    
	00197: DELTAP1    
	00198: SRP1       
	00199: SRP2       
	00200: IP         
	00201: MDAP[rd]   
	00202: DELTAP3    
	00203: DELTAP2    
	00204: DELTAP1    
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: ALIGNRP    
	00212: MIRP[srp0,md,rd,1] 
	00213: ALIGNRP    
	00214: RTHG       
	00215: SRP0       
	00216: MIRP[nrp0,nmd,rd,0] 
	00217: SRP0       
	00218: MIRP[nrp0,nmd,rd,0] 
	00219: SRP1       
	00220: SRP2       
	00221: IP         
	00222: SRP1       
	00223: SRP2       
	00224: IP         
	00225: PUSHB[2]              6     2 
	00228: RS         
	00229: EQ         
	00230: IF         
	00231: PUSHB[3]              2     6     7 
	00235: SRP1       
	00236: SRP2       
	00237: IP         
	00238: EIF        
	00239: SVTCA[y-axis] 
	00240: RTG        
	00241: MIAP[rd+ci] 
	00242: ALIGNRP    
	00243: MIAP[rd+ci] 
	00244: ALIGNRP    
	00245: SRP0       
	00246: ALIGNRP    
	00247: SRP0       
	00248: ALIGNRP    
	00249: MIAP[rd+ci] 
	00250: SRP1       
	00251: SRP2       
	00252: IP         
	00253: SDPVTL[1]  
	00254: SFVTCA[x-axis] 
	00255: MDAP[nrd]  
	00256: CALL       
	00257: CALL       
	00258: SFVTL[=p1,p2] 
	00259: RDTG       
	00260: SRP0       
	00261: MDRP[nrp0,nmd,rd,0] 
	00262: SDPVTL[1]  
	00263: SFVTCA[x-axis] 
	00264: MDAP[nrd]  
	00265: RTG        
	00266: CALL       
	00267: CALL       
	00268: SFVTL[=p1,p2] 
	00269: RDTG       
	00270: SRP0       
	00271: MDRP[nrp0,nmd,rd,0] 
	00272: IUP[y]     
	00273: IUP[x]     
	00274: SVTCA[y-axis] 
	00275: DELTAP3    
	00276: DELTAP2    
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: SVTCA[x-axis] 
	00281: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:                                      On
	  3:                                      On
	  4:  YDual XDual                 X-Short On
	  5:                                      On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On

	Coordinates
	-----------
	  0: Rel (    25,  1062)  ->  Abs (    25,  1062)
	  1: Rel (   189,     0)  ->  Abs (   214,  1062)
	  2: Rel (   297,  -837)  ->  Abs (   511,   225)
	  3: Rel (   304,   837)  ->  Abs (   815,  1062)
	  4: Rel (   184,     0)  ->  Abs (   999,  1062)
	  5: Rel (  -397, -1062)  ->  Abs (   602,     0)
	  6: Rel (     0,  -407)  ->  Abs (   602,  -407)
	  7: Rel (  -183,     0)  ->  Abs (   419,  -407)
	  8: Rel (     0,   407)  ->  Abs (   419,     0)

	Glyph 535: off = 0x00017C5E, len = 340
	  numberOfContours:	1
	  xMin:			72
	  yMin:			-431
	  xMax:			886
	  yMax:			1466

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	236
	00000: NPUSHB      (32):     8    25    24    25   108     4   119     6   134     6 
	                           166     4   169    24     7    26     3    67     3    84 
	                             3     3    55     3   122    29   139    29     3     2 
	                            30    17 
	00034: PUSHW[1]            618 
	00037: NPUSHB      (19):    16    15     8    28    23    10    30    72     0     0 
	                            30     1    16    16    12   160     0     1     0 
	00058: PUSHW[1]            -64 
	00061: PUSHB[7]              9    10    52     0     0    27    19 
	00069: PUSHW[1]            560 
	00072: NPUSHB      (19):    12    24    16    16     2    85    12    24    13    14 
	                             2    85    12    25    16    16     6    85    12 
	00093: PUSHW[1]            -12 
	00096: PUSHB[5]             15    15     6    85    12 
	00102: PUSHW[1]            -22 
	00105: NPUSHB      (18):    13    13     6    85    12    10    12    12     6    85 
	                            12    12    31     1   111     1     2     1 
	00125: PUSHW[1]            -64 
	00128: NPUSHB      (58):     9    11    52     1     5    36    27    18    11    17 
	                             2    85    27    18    16    16     6    85    27     2 
	                            15    15     6    85    27    12    13    13     6    85 
	                            27    32    12    12     6    85    27    12    11    11 
	                             6    85    31    27    63    27    79    27    95    27 
	                           127    27   143    27     6    27    40    32 
	00188: SRP0       
	00189: MIRP[srp0,nmd,rd,2] 
	00190: DELTAP1    
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: MIRP[nrp0,md,rd,1] 
	00198: MDAP[rd]   
	00199: CALL       
	00200: DELTAP1    
	00201: SHP[rp1,zp0] 
	00202: MDAP[rd]   
	00203: CALL       
	00204: CALL       
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: MIRP[nrp0,md,rd,1] 
	00210: SRP1       
	00211: SHP[rp1,zp0] 
	00212: MDAP[rd]   
	00213: CALL       
	00214: DELTAP1    
	00215: SRP1       
	00216: SHP[rp1,zp0] 
	00217: MDAP[rd]   
	00218: SRP1       
	00219: SHP[rp1,zp0] 
	00220: SVTCA[y-axis] 
	00221: MIAP[rd+ci] 
	00222: MIRP[nrp0,md,rd,1] 
	00223: MIAP[rd+ci] 
	00224: MIRP[nrp0,md,rd,1] 
	00225: MIAP[rd+ci] 
	00226: MIRP[nrp0,md,rd,1] 
	00227: SRP1       
	00228: SHP[rp1,zp0] 
	00229: IUP[y]     
	00230: IUP[x]     
	00231: SVTCA[x-axis] 
	00232: DELTAP1    
	00233: SVTCA[y-axis] 
	00234: DELTAP2    
	00235: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:                      Y-Short         Off
	  4:                                      Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual Rep-  2 Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual       Rep-  2 Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:                                      Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   234,  1466)  ->  Abs (   234,  1466)
	  1: Rel (   652,     0)  ->  Abs (   886,  1466)
	  2: Rel (     0,  -122)  ->  Abs (   886,  1344)
	  3: Rel (  -269,  -166)  ->  Abs (   617,  1178)
	  4: Rel (  -365,  -537)  ->  Abs (   252,   641)
	  5: Rel (     0,  -228)  ->  Abs (   252,   413)
	  6: Rel (     0,  -120)  ->  Abs (   252,   293)
	  7: Rel (   108,  -116)  ->  Abs (   360,   177)
	  8: Rel (   121,   -10)  ->  Abs (   481,   167)
	  9: Rel (   156,   -14)  ->  Abs (   637,   153)
	 10: Rel (   131,   -41)  ->  Abs (   768,   112)
	 11: Rel (    98,  -127)  ->  Abs (   866,   -15)
	 12: Rel (     0,   -89)  ->  Abs (   866,  -104)
	 13: Rel (     0,   -97)  ->  Abs (   866,  -201)
	 14: Rel (  -120,  -164)  ->  Abs (   746,  -365)
	 15: Rel (  -157,   -66)  ->  Abs (   589,  -431)
	 16: Rel (  -113,     0)  ->  Abs (   476,  -431)
	 17: Rel (    49,   166)  ->  Abs (   525,  -265)
	 18: Rel (   168,    19)  ->  Abs (   693,  -246)
	 19: Rel (     0,   122)  ->  Abs (   693,  -124)
	 20: Rel (     0,    41)  ->  Abs (   693,   -83)
	 21: Rel (   -54,    62)  ->  Abs (   639,   -21)
	 22: Rel (   -78,    18)  ->  Abs (   561,    -3)
	 23: Rel (  -109,     4)  ->  Abs (   452,     1)
	 24: Rel (  -151,     4)  ->  Abs (   301,     5)
	 25: Rel (  -153,   113)  ->  Abs (   148,   118)
	 26: Rel (   -76,   186)  ->  Abs (    72,   304)
	 27: Rel (     0,   117)  ->  Abs (    72,   421)
	 28: Rel (     0,   237)  ->  Abs (    72,   658)
	 29: Rel (   342,   503)  ->  Abs (   414,  1161)
	 30: Rel (   236,   159)  ->  Abs (   650,  1320)
	 31: Rel (  -416,     0)  ->  Abs (   234,  1320)

	Glyph 536: off = 0x00017DB2, len = 360
	  numberOfContours:	1
	  xMin:			139
	  yMin:			-407
	  xMax:			1002
	  yMax:			1086

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	297
	00000: NPUSHB      (87):   114    17   112    21   139    14   130    16   130    17 
	                           155    14   172    14   169    17   160    21   187    14 
	                           176    21   192    21   212    17   208    21   224    21 
	                           255    21    16   240    21     1     6     7     9    17 
	                            22     7    37     4    53     4    70     4   217    16 
	                           224     3   239    17     9    11    15     0    10    15 
	                            28     5     7     2     1     6    17    15    19    11 
	                            12    10    12    37    21    64    11    11     2    85 
	                             9    24    16    16     2    85     9 
	00089: PUSHW[1]            -22 
	00092: NPUSHB      (17):    13    13     2    85     9     6    12    12     2    85 
	                             9    28    11    11     2    85     9 
	00111: PUSHW[1]            -12 
	00114: NPUSHB      (11):    11    11     6    85     9    20    16    16     6    85 
	                             9 
	00127: PUSHW[1]             -7 
	00130: NPUSHB      (11):    13    13     6    85     9    10    15    15     6    85 
	                             9 
	00143: PUSHW[1]            -10 
	00146: NPUSHB      (26):    12    12     6    85   112     9   160     9   176     9 
	                           192     9   255     9     5     9    78    21     3     2 
	                           154    18    19    37     1     0 
	00174: PUSHW[1]             -8 
	00177: NPUSHB      (17):    16    16     2    85     0     6    11    12     2    85 
	                             0     4    11    11     6    85     0 
	00196: PUSHW[1]             -6 
	00199: NPUSHB      (17):    15    15     6    85     0     2    12    12     6    85 
	                             0     4    13    13     6    85     0 
	00218: PUSHW[1]            -64 
	00221: NPUSHB      (21):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0    78    20    17    12 
	                            19 
	00244: SRP1       
	00245: SRP2       
	00246: IP         
	00247: SRP0       
	00248: MIRP[srp0,nmd,rd,2] 
	00249: DELTAP1    
	00250: DELTAP2    
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: ALIGNRP    
	00259: MIRP[srp0,md,rd,1] 
	00260: ALIGNRP    
	00261: MIRP[srp0,nmd,rd,0] 
	00262: ALIGNRP    
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,2] 
	00265: DELTAP1    
	00266: CALL       
	00267: CALL       
	00268: CALL       
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: MIRP[nrp0,md,rd,1] 
	00277: ALIGNRP    
	00278: SRP0       
	00279: ALIGNRP    
	00280: SVTCA[y-axis] 
	00281: SRP1       
	00282: SRP2       
	00283: IP         
	00284: MIAP[rd+ci] 
	00285: ALIGNRP    
	00286: MIAP[rd+ci] 
	00287: MIRP[nrp0,md,rd,1] 
	00288: MIAP[rd+ci] 
	00289: MIAP[rd+ci] 
	00290: IUP[y]     
	00291: IUP[x]     
	00292: SVTCA[y-axis] 
	00293: DELTAP1    
	00294: SVTCA[x-axis] 
	00295: DELTAP2    
	00296: DELTAP1    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   139,     0)  ->  Abs (   139,     0)
	  1: Rel (     0,  1062)  ->  Abs (   139,  1062)
	  2: Rel (   162,     0)  ->  Abs (   301,  1062)
	  3: Rel (     0,  -151)  ->  Abs (   301,   911)
	  4: Rel (   117,   175)  ->  Abs (   418,  1086)
	  5: Rel (   221,     0)  ->  Abs (   639,  1086)
	  6: Rel (   130,     0)  ->  Abs (   769,  1086)
	  7: Rel (   176,  -112)  ->  Abs (   945,   974)
	  8: Rel (    57,  -165)  ->  Abs (  1002,   809)
	  9: Rel (     0,  -156)  ->  Abs (  1002,   653)
	 10: Rel (     0, -1060)  ->  Abs (  1002,  -407)
	 11: Rel (  -180,     0)  ->  Abs (   822,  -407)
	 12: Rel (     0,  1053)  ->  Abs (   822,   646)
	 13: Rel (     0,   148)  ->  Abs (   822,   794)
	 14: Rel (  -104,   136)  ->  Abs (   718,   930)
	 15: Rel (  -119,     0)  ->  Abs (   599,   930)
	 16: Rel (  -117,     0)  ->  Abs (   482,   930)
	 17: Rel (  -163,  -150)  ->  Abs (   319,   780)
	 18: Rel (     0,  -200)  ->  Abs (   319,   580)
	 19: Rel (     0,  -580)  ->  Abs (   319,     0)

	Glyph 537: off = 0x00017F1A, len = 388
	  numberOfContours:	3
	  xMin:			92
	  yMin:			-24
	  xMax:			1048
	  yMax:			1491

	EndPoints
	---------
	  0:  7
	  1:  13
	  2:  18

	  Length of Instructions:	308
	00000: NPUSHB      (97):    87     1    87     3    88     5    88     7   103     1 
	                           103     3     6    36    16    41    18    58    11    53 
	                            13    53    16    58    18    70     1    73     3    73 
	                             5    70     7    73    11    70    13    67    16    74 
	                            18   102     5   105     7   118    16   121    18   134 
	                            16   137    18   181    16   186    18    22     9    28 
	                           127    15   143    15     2    15    15     2    17    28 
	                             6    11    12    28     2     3     9    14    36     4 
	                             8    15    36     0    20    64    13    13     2    85 
	                            20    64    11    11     2    85     4 
	00099: PUSHW[1]            -22 
	00102: NPUSHB      (17):    15    15     2    85     4    24    13    13     2    85 
	                             4    16    11    11     2    85     4 
	00121: PUSHW[1]            -16 
	00124: PUSHB[5]             11    11     6    85     4 
	00130: PUSHW[1]            -16 
	00133: PUSHB[5]             13    13     6    85     4 
	00139: PUSHW[1]            -16 
	00142: PUSHB[5]             15    15     6    85     4 
	00148: PUSHW[1]            -16 
	00151: PUSHB[5]             12    12     6    85     4 
	00157: PUSHW[1]            -64 
	00160: NPUSHB      (21):    36    37    52    48     4     1     0     4    16     4 
	                            32     4     3     4    49     4    49   223    20     1 
	                            20 
	00183: PUSHW[1]            -64 
	00186: NPUSHB      (68):    30    35    52    48    20     1    20     0    12    14 
	                            15     2    85     0    18    13    13     2    85     0 
	                            12    12    12     2    85     0    28    11    11     2 
	                            85     0    14    11    11     6    85     0    14    13 
	                            13     6    85     0    12    16    16     6    85     0 
	                            22    12    12     6    85     0    64    36    37    52 
	                            31     0    63     0     2     0    49    19 
	00256: SRP0       
	00257: MIRP[nrp0,nmd,rd,0] 
	00258: DELTAP1    
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: CALL       
	00268: SRP0       
	00269: DELTAP2    
	00270: CALL       
	00271: DELTAP1    
	00272: MIRP[nrp0,nmd,rd,2] 
	00273: MIRP[srp0,nmd,rd,2] 
	00274: DELTAP1    
	00275: DELTAP1    
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: CALL       
	00285: CALL       
	00286: SRP0       
	00287: MIRP[srp0,md,rd,1] 
	00288: ALIGNRP    
	00289: SRP0       
	00290: MIRP[srp0,md,rd,1] 
	00291: ALIGNRP    
	00292: SVTCA[y-axis] 
	00293: MIAP[rd+ci] 
	00294: MIRP[nrp0,md,rd,1] 
	00295: MIAP[rd+ci] 
	00296: MIRP[nrp0,md,rd,1] 
	00297: SRP2       
	00298: IP         
	00299: MDAP[rd]   
	00300: DELTAP1    
	00301: MIRP[nrp0,md,rd,1] 
	00302: IUP[y]     
	00303: IUP[x]     
	00304: SVTCA[x-axis] 
	00305: DELTAP1    
	00306: SVTCA[y-axis] 
	00307: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         Off
	  2:  YDual                               On
	  3:  YDual                               Off
	  4:        XDual                         On
	  5:        XDual                         Off
	  6:  YDual                               On
	  7:  YDual                               Off
	  8:        XDual                 X-Short On
	  9:  YDual                               On
	 10:                              X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                               Off
	 14:                                      On
	 15:  YDual                               On
	 16:        XDual                 X-Short Off
	 17:  YDual                               On
	 18:  YDual                               Off

	Coordinates
	-----------
	  0: Rel (    92,   733)  ->  Abs (    92,   733)
	  1: Rel (     0,   758)  ->  Abs (    92,  1491)
	  2: Rel (   478,     0)  ->  Abs (   570,  1491)
	  3: Rel (   478,     0)  ->  Abs (  1048,  1491)
	  4: Rel (     0,  -758)  ->  Abs (  1048,   733)
	  5: Rel (     0,  -757)  ->  Abs (  1048,   -24)
	  6: Rel (  -478,     0)  ->  Abs (   570,   -24)
	  7: Rel (  -478,     0)  ->  Abs (    92,   -24)
	  8: Rel (   186,   830)  ->  Abs (   278,   806)
	  9: Rel (   584,     0)  ->  Abs (   862,   806)
	 10: Rel (   -10,   313)  ->  Abs (   852,  1119)
	 11: Rel (  -160,   224)  ->  Abs (   692,  1343)
	 12: Rel (  -124,     0)  ->  Abs (   568,  1343)
	 13: Rel (  -279,     0)  ->  Abs (   289,  1343)
	 14: Rel (   573,  -682)  ->  Abs (   862,   661)
	 15: Rel (  -584,     0)  ->  Abs (   278,   661)
	 16: Rel (    11,  -537)  ->  Abs (   289,   124)
	 17: Rel (   281,     0)  ->  Abs (   570,   124)
	 18: Rel (   282,     0)  ->  Abs (   852,   124)

	Glyph 538: off = 0x0001809E, len = 100
	  numberOfContours:	1
	  xMin:			137
	  yMin:			0
	  xMax:			317
	  yMax:			1062

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	76
	00000: NPUSHB      (18):     2     1     6     0    10     5    78     2     3    37 
	                             1     0     6    11    12     2    85     0 
	00020: PUSHW[1]             -4 
	00023: PUSHB[5]             12    12     6    85     0 
	00029: PUSHW[1]             -2 
	00032: NPUSHB      (19):    13    13     6    85     0    12    16    16     6    85 
	                             0     0    32     0     2     0    69     4    71 
	00053: PUSHW[2]            266    24 
	00058: CALL       
	00059: SRP0       
	00060: MIRP[srp0,nmd,rd,2] 
	00061: DELTAP1    
	00062: CALL       
	00063: CALL       
	00064: CALL       
	00065: CALL       
	00066: ALIGNRP    
	00067: MIRP[srp0,md,rd,1] 
	00068: ALIGNRP    
	00069: MIRP[nrp0,nmd,rd,2] 
	00070: SVTCA[y-axis] 
	00071: MIAP[rd+ci] 
	00072: MIAP[rd+ci] 
	00073: ALIGNRP    
	00074: IUP[y]     
	00075: IUP[x]     

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   137,     0)  ->  Abs (   137,     0)
	  1: Rel (     0,  1062)  ->  Abs (   137,  1062)
	  2: Rel (   180,     0)  ->  Abs (   317,  1062)
	  3: Rel (     0, -1062)  ->  Abs (   317,     0)

	Glyph 539: off = 0x00018102, len = 402
	  numberOfContours:	1
	  xMin:			134
	  yMin:			0
	  xMax:			1023
	  yMax:			1062

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	346
	00000: PUSHW[2]              5   -24 
	00005: PUSHB[5]             12    12     2    85     8 
	00011: PUSHW[1]            -24 
	00014: PUSHB[5]             12    12     2    85     9 
	00020: PUSHW[1]            -24 
	00023: NPUSHB      (62):    12    12     2    85    23     2     1    68     2     1 
	                            63    13    90     3    89     4   105     3   105     4 
	                           128    13   152     5   168     5   183     4   198     4 
	                           192    13   229     5   229     8   224    13   250     3 
	                           245     5    16     5     5    27     3    24     8    40 
	                             8    56     8    88     3    89     4     7    74     5 
	                             1     2 
	00087: PUSHW[1]            -12 
	00090: NPUSHB      (12):     9     8    16     2     5     8     9     9     4     8 
	                             7     7 
	00104: PUSHW[1]             -7 
	00107: NPUSHB      (82):    11    11     6    85     7    37     6     5    20     6 
	                             6     5     2     3     3    16    16    16     6    85 
	                             3     7    12    13     6    85     3    37     4     9 
	                            20     4     4     9   101     9     1     9     8     5 
	                             2     4     3     0     6     4     3     6    10     7 
	                             7     6    10   171     5     1     9     8     7     5 
	                             4     3     2     7    16     6    80     6   112     6 
	                           128     6   159     6   191     6     6     6     1    10 
	                            37    11 
	00191: PUSHW[1]             -8 
	00194: PUSHB[5]             16    16     2    85    11 
	00200: PUSHW[1]             -6 
	00203: NPUSHB      (17):    14    14     2    85    11     6    12    12     2    85 
	                            11     6    11    11     2    85    11 
	00222: PUSHW[1]             -4 
	00225: PUSHB[5]             16    16     6    85    11 
	00231: PUSHW[1]            -16 
	00234: PUSHB[5]             15    15     6    85    11 
	00240: PUSHW[1]             -7 
	00243: PUSHB[5]             12    13     6    85    11 
	00249: PUSHW[1]            -64 
	00252: NPUSHB      (18):    51    54    52   240    11     1     0    11    32    11 
	                           208    11   224    11     4    11    78    12 
	00272: SRP0       
	00273: MIRP[srp0,nmd,rd,2] 
	00274: DELTAP1    
	00275: DELTAP2    
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: MIRP[srp0,md,rd,1] 
	00285: ALIGNRP    
	00286: RTHG       
	00287: MDAP[rd]   
	00288: DELTAP1    
	00289: SLOOP      
	00290: IP         
	00291: DELTAP2    
	00292: SVTCA[y-axis] 
	00293: RTG        
	00294: MIAP[rd+ci] 
	00295: ALIGNRP    
	00296: SRP0       
	00297: ALIGNRP    
	00298: MIAP[rd+ci] 
	00299: ALIGNRP    
	00300: MIAP[rd+ci] 
	00301: SRP1       
	00302: SLOOP      
	00303: IP         
	00304: DELTAP3    
	00305: SDPVTL[1]  
	00306: SFVTCA[x-axis] 
	00307: MDAP[nrd]  
	00308: CALL       
	00309: CALL       
	00310: CALL       
	00311: SFVTCA[y-axis] 
	00312: RDTG       
	00313: SRP0       
	00314: MDRP[nrp0,nmd,rd,0] 
	00315: SDPVTL[1]  
	00316: SFVTCA[x-axis] 
	00317: MDAP[nrd]  
	00318: RTG        
	00319: CALL       
	00320: CALL       
	00321: SFVTPV     
	00322: RDTG       
	00323: SRP0       
	00324: MDRP[nrp0,nmd,rd,0] 
	00325: SPVTL[p1,p2] 
	00326: SFVTPV     
	00327: SRP0       
	00328: ALIGNRP    
	00329: ALIGNRP    
	00330: SVTCA[y-axis] 
	00331: SLOOP      
	00332: SHPIX      
	00333: IUP[y]     
	00334: IUP[x]     
	00335: SHPIX      
	00336: SVTCA[x-axis] 
	00337: DELTAP3    
	00338: DELTAP2    
	00339: DELTAP1    
	00340: SVTCA[y-axis] 
	00341: DELTAP3    
	00342: DELTAP2    
	00343: CALL       
	00344: CALL       
	00345: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:                                      On
	  4:  YDual XDual                 X-Short On
	  5:                                      On
	  6:                                      On
	  7:  YDual                       X-Short On
	  8:                                      On
	  9:                      Y-Short X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   134,  1062)  ->  Abs (   134,  1062)
	  1: Rel (   179,     0)  ->  Abs (   313,  1062)
	  2: Rel (     0,  -417)  ->  Abs (   313,   645)
	  3: Rel (   431,   417)  ->  Abs (   744,  1062)
	  4: Rel (   238,     0)  ->  Abs (   982,  1062)
	  5: Rel (  -475,  -441)  ->  Abs (   507,   621)
	  6: Rel (   516,  -621)  ->  Abs (  1023,     0)
	  7: Rel (  -230,     0)  ->  Abs (   793,     0)
	  8: Rel (  -414,   500)  ->  Abs (   379,   500)
	  9: Rel (   -66,   -61)  ->  Abs (   313,   439)
	 10: Rel (     0,  -439)  ->  Abs (   313,     0)
	 11: Rel (  -179,     0)  ->  Abs (   134,     0)

	Glyph 540: off = 0x00018294, len = 284
	  numberOfContours:	1
	  xMin:			24
	  yMin:			0
	  xMax:			998
	  yMax:			1466

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	239
	00000: PUSHW[2]              3   -20 
	00005: NPUSHB      (64):     9     9     2    85     0    24    14    17     2    85 
	                             3     0    19     0   121     0   137     0     4     3 
	                            16    20    25    52    55     6    70     5    86     5 
	                           104     3   167     4   167     5     6     8     3     0 
	                             9    24     3    48     9    96     9   152     0   160 
	                             9   176     9     8     0    12    11    15     6    85 
	                             5     4     7     7 
	00071: PUSHW[1]             -6 
	00074: NPUSHB      (22):    11    13     6    85     7    12    16    17     6    85 
	                             7    37     6     5    20     6     6     5     1     2 
	                             3     3 
	00098: PUSHW[1]            -12 
	00101: NPUSHB      (56):    12    13     6    85     3    12    16    17     6    85 
	                             3    37     0     1    20     0     3     4     0     1 
	                             0     3     1     5     4     0     6     7     7     2 
	                             1    10     4     4    20     4   150     0   150     4 
	                             4     3     5     4     1     4     2     7     6     2 
	                            24    17    17     2    85     2 
	00159: PUSHW[3]            283     6   283 
	00166: NPUSHB      (13):     0     0    32     0    48     0    96     0     4     0 
	                             0     9     8 
	00181: RTHG       
	00182: SRP1       
	00183: SRP2       
	00184: IP         
	00185: MDAP[rd]   
	00186: DELTAP1    
	00187: RTG        
	00188: MIRP[nrp0,md,rd,1] 
	00189: MIRP[nrp0,md,rd,1] 
	00190: CALL       
	00191: SRP2       
	00192: IP         
	00193: SRP2       
	00194: SLOOP      
	00195: IP         
	00196: DELTAP1    
	00197: SVTCA[y-axis] 
	00198: MIAP[rd+ci] 
	00199: ALIGNRP    
	00200: ALIGNRP    
	00201: SRP0       
	00202: ALIGNRP    
	00203: MIAP[rd+ci] 
	00204: ALIGNRP    
	00205: SRP2       
	00206: IP         
	00207: IP         
	00208: SDPVTL[1]  
	00209: SFVTL[=p1,p2] 
	00210: MDAP[nrd]  
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: SDPVTL[1]  
	00215: SFVTCA[x-axis] 
	00216: RDTG       
	00217: MDRP[nrp0,nmd,rd,0] 
	00218: SDPVTL[1]  
	00219: MDAP[nrd]  
	00220: RTG        
	00221: CALL       
	00222: CALL       
	00223: CALL       
	00224: SDPVTL[1]  
	00225: RDTG       
	00226: MDRP[nrp0,nmd,rd,0] 
	00227: SVTCA[y-axis] 
	00228: CALL       
	00229: IUP[y]     
	00230: IUP[x]     
	00231: SVTCA[x-axis] 
	00232: DELTAP1    
	00233: DELTAP1    
	00234: CALL       
	00235: SVTCA[y-axis] 
	00236: DELTAP1    
	00237: CALL       
	00238: CALL       

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual                       X-Short On
	  3:                                      On
	  4:                              X-Short On
	  5:  YDual XDual                 X-Short On
	  6:                                      On
	  7:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   511,   794)  ->  Abs (   511,   794)
	  1: Rel (  -297,  -794)  ->  Abs (   214,     0)
	  2: Rel (  -190,     0)  ->  Abs (    24,     0)
	  3: Rel (   394,  1042)  ->  Abs (   418,  1042)
	  4: Rel (  -158,   424)  ->  Abs (   260,  1466)
	  5: Rel (   190,     0)  ->  Abs (   450,  1466)
	  6: Rel (   548, -1466)  ->  Abs (   998,     0)
	  7: Rel (  -190,     0)  ->  Abs (   808,     0)

	Glyph 541: off = 0x000183B0, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			160
	  yMin:			-407
	  xMax:			1018
	  yMax:			1062

	     0: Flags:		0x0206
		Glyf Index:	151
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 542: off = 0x000183C0, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			26
	  yMin:			0
	  xMax:			1000
	  yMax:			1062

	     0: Flags:		0x0206
		Glyf Index:	89
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 543: off = 0x000183D0, len = 390
	  numberOfContours:	1
	  xMin:			92
	  yMin:			-431
	  xMax:			880
	  yMax:			1491

	EndPoints
	---------
	  0:  40

	  Length of Instructions:	268
	00000: NPUSHB      (49):     9    33     9    38    70    15    86    15   131    15 
	                             5     5    10    54    11   230    11     3   137     4 
	                           135     6   138    11   139    12   135    35   155    38 
	                           198    11   214    12     8   105     4   103     6   107 
	                            11   106    30   121    12   121    30     6    33 
	00051: PUSHW[1]            -24 
	00054: PUSHB[4]              9    11    52    12 
	00059: PUSHW[1]            -48 
	00062: NPUSHB      (33):    29    32    52    34     8    28   160     9     1     9 
	                             9    29    40    24    28    23    15    16    28    29 
	                            10     2    28    40     1    24    23    23    20    31 
	                             5    36    37 
	00097: PUSHW[1]            -19 
	00100: PUSHB[5]             15    16     6    85    37 
	00106: PUSHW[1]             -8 
	00109: PUSHB[5]             13    13     6    85    37 
	00115: PUSHW[1]            -12 
	00118: NPUSHB      (27):    12    12     6    85   111    37   127    37     2    37 
	                            37    31    27    28    20    10    16    16     2    85 
	                            20    20    13    13     2    85    20 
	00147: PUSHW[1]            -27 
	00150: PUSHB[5]             15    16     6    85    20 
	00156: PUSHW[1]            -27 
	00159: PUSHB[8]             13    13     6    85    31    20     1    20 
	00168: PUSHW[1]            -64 
	00171: NPUSHB      (33):     9    11    52    20    20   128     8     1     8     8 
	                             0    78    42    13    36    31    32    12    12     6 
	                            85    31     8    11    11     6    85    31    31   143 
	                            31     2    31 
	00206: PUSHW[2]            596    41 
	00211: SRP0       
	00212: MIRP[srp0,nmd,rd,2] 
	00213: DELTAP1    
	00214: CALL       
	00215: CALL       
	00216: MIRP[nrp0,md,rd,1] 
	00217: SRP0       
	00218: MIRP[srp0,nmd,rd,2] 
	00219: SHP[rp2,zp1] 
	00220: MDAP[rd]   
	00221: DELTAP1    
	00222: SHP[rp1,zp0] 
	00223: MDAP[rd]   
	00224: CALL       
	00225: DELTAP1    
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: MIRP[nrp0,md,rd,1] 
	00231: SRP1       
	00232: SHP[rp1,zp0] 
	00233: MDAP[rd]   
	00234: DELTAP1    
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: MIRP[nrp0,md,rd,1] 
	00239: SRP1       
	00240: SRP2       
	00241: IP         
	00242: MDAP[rd]   
	00243: SHP[rp1,zp0] 
	00244: SVTCA[y-axis] 
	00245: MIAP[rd+ci] 
	00246: MIRP[nrp0,md,rd,1] 
	00247: MIAP[rd+ci] 
	00248: MIRP[nrp0,md,rd,1] 
	00249: MIAP[rd+ci] 
	00250: MIRP[nrp0,md,rd,1] 
	00251: SRP1       
	00252: SRP2       
	00253: IP         
	00254: MDAP[rd]   
	00255: DELTAP1    
	00256: MIRP[srp0,md,rd,1] 
	00257: IP         
	00258: IUP[y]     
	00259: IUP[x]     
	00260: SVTCA[y-axis] 
	00261: CALL       
	00262: CALL       
	00263: DELTAP1    
	00264: DELTAP1    
	00265: DELTAP2    
	00266: SVTCA[x-axis] 
	00267: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:                      Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:  YDual                               On
	  8:  YDual XDual                 X-Short On
	  9:        XDual         Y-Short         On
	 10:  YDual                       X-Short Off
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual Rep-  2 Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short         Off
	 31:        XDual                         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   772,  1491)  ->  Abs (   772,  1491)
	  1: Rel (     0,  -149)  ->  Abs (   772,  1342)
	  2: Rel (  -147,     0)  ->  Abs (   625,  1342)
	  3: Rel (  -164,     0)  ->  Abs (   461,  1342)
	  4: Rel (  -147,   -97)  ->  Abs (   314,  1245)
	  5: Rel (     0,   -90)  ->  Abs (   314,  1155)
	  6: Rel (     0,  -172)  ->  Abs (   314,   983)
	  7: Rel (   299,     0)  ->  Abs (   613,   983)
	  8: Rel (   147,     0)  ->  Abs (   760,   983)
	  9: Rel (     0,  -149)  ->  Abs (   760,   834)
	 10: Rel (  -132,     0)  ->  Abs (   628,   834)
	 11: Rel (  -196,   -78)  ->  Abs (   432,   756)
	 12: Rel (  -157,  -202)  ->  Abs (   275,   554)
	 13: Rel (     0,  -128)  ->  Abs (   275,   426)
	 14: Rel (     0,   -96)  ->  Abs (   275,   330)
	 15: Rel (   113,  -150)  ->  Abs (   388,   180)
	 16: Rel (   186,   -21)  ->  Abs (   574,   159)
	 17: Rel (   120,   -14)  ->  Abs (   694,   145)
	 18: Rel (   112,   -61)  ->  Abs (   806,    84)
	 19: Rel (    74,  -124)  ->  Abs (   880,   -40)
	 20: Rel (     0,   -72)  ->  Abs (   880,  -112)
	 21: Rel (     0,  -132)  ->  Abs (   880,  -244)
	 22: Rel (  -218,  -185)  ->  Abs (   662,  -429)
	 23: Rel (  -185,    -2)  ->  Abs (   477,  -431)
	 24: Rel (    46,   167)  ->  Abs (   523,  -264)
	 25: Rel (    99,     7)  ->  Abs (   622,  -257)
	 26: Rel (    83,    88)  ->  Abs (   705,  -169)
	 27: Rel (     0,    46)  ->  Abs (   705,  -123)
	 28: Rel (     0,   102)  ->  Abs (   705,   -21)
	 29: Rel (  -171,    19)  ->  Abs (   534,    -2)
	 30: Rel (  -442,    48)  ->  Abs (    92,    46)
	 31: Rel (     0,   374)  ->  Abs (    92,   420)
	 32: Rel (     0,   153)  ->  Abs (    92,   573)
	 33: Rel (   183,   244)  ->  Abs (   275,   817)
	 34: Rel (   142,    61)  ->  Abs (   417,   878)
	 35: Rel (  -142,    18)  ->  Abs (   275,   896)
	 36: Rel (  -129,   179)  ->  Abs (   146,  1075)
	 37: Rel (     0,    93)  ->  Abs (   146,  1168)
	 38: Rel (     0,   130)  ->  Abs (   146,  1298)
	 39: Rel (   229,   193)  ->  Abs (   375,  1491)
	 40: Rel (   219,     0)  ->  Abs (   594,  1491)

	Glyph 544: off = 0x00018556, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1086

	     0: Flags:		0x0206
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 545: off = 0x00018566, len = 358
	  numberOfContours:	2
	  xMin:			131
	  yMin:			-407
	  xMax:			1093
	  yMax:			1086

	EndPoints
	---------
	  0:  13
	  1:  25

	  Length of Instructions:	268
	00000: NPUSHB     (100):     7     2     1   107    11   202     3   217     3   247 
	                             2   248     8     5   106    24   106    25    96    27 
	                           128    27   168     6   185     5     6    95    25    98 
	                             3   106     6   108     9    98    15   108    21     6 
	                            80     3    95     5    95     9    80    15    95    21 
	                             5    57    16    53    18    55    22    57    24    73 
	                            16    70    18    70    22    73    24    86     3    87 
	                             5    88     9    89    12   104    12   120    12   138 
	                            12    15    12    10     0    14    20    28    10    11 
	                            14    28     4     7    17    17    13    23    36     7 
	00102: PUSHW[1]            -64 
	00105: NPUSHB      (10):    36    37    52     7    14    15    15     2    85     7 
	00117: PUSHW[1]            -18 
	00120: PUSHB[5]             15    15     6    85     7 
	00126: PUSHW[1]            -18 
	00129: NPUSHB      (24):    11    13     6    85    48     7    96     7   128     7 
	                             3     0     7    16     7    32     7     3     7    49 
	                           223    27     1    27 
	00155: PUSHW[1]            -64 
	00158: NPUSHB      (10):    30    35    52    48    27     1    27    13    37     0 
	00170: PUSHW[1]             -4 
	00173: NPUSHB      (11):    14    16     2    85     0     4    11    12     2    85 
	                             0 
	00186: PUSHW[1]             -4 
	00189: NPUSHB      (11):    15    16     6    85     0     4    11    11     6    85 
	                             0 
	00202: PUSHW[1]            -64 
	00205: NPUSHB      (18):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0    78    26 
	00225: SRP0       
	00226: MIRP[srp0,nmd,rd,2] 
	00227: DELTAP1    
	00228: DELTAP2    
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: MIRP[nrp0,md,rd,1] 
	00235: SRP0       
	00236: DELTAP2    
	00237: CALL       
	00238: DELTAP1    
	00239: MIRP[srp0,nmd,rd,2] 
	00240: DELTAP1    
	00241: DELTAP1    
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: MIRP[nrp0,md,rd,1] 
	00247: SRP1       
	00248: SHP[rp1,zp0] 
	00249: MDAP[rd]   
	00250: SVTCA[y-axis] 
	00251: MIAP[rd+ci] 
	00252: MIRP[nrp0,md,rd,1] 
	00253: MIAP[rd+ci] 
	00254: MIRP[nrp0,md,rd,1] 
	00255: MIAP[rd+ci] 
	00256: SRP1       
	00257: IP         
	00258: IUP[y]     
	00259: IUP[x]     
	00260: SVTCA[y-axis] 
	00261: DELTAP1    
	00262: SVTCA[x-axis] 
	00263: DELTAP1    
	00264: DELTAP1    
	00265: DELTAP1    
	00266: DELTAP1    
	00267: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:        XDual                         Off
	  3:        XDual                 X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:                                      Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                                      Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:        XDual                         On
	 14:                                      On
	 15:  YDual                       X-Short Off
	 16:                      Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   131,  -407)  ->  Abs (   131,  -407)
	  1: Rel (     0,   901)  ->  Abs (   131,   494)
	  2: Rel (     0,   302)  ->  Abs (   131,   796)
	  3: Rel (   238,   290)  ->  Abs (   369,  1086)
	  4: Rel (   227,     0)  ->  Abs (   596,  1086)
	  5: Rel (   226,     0)  ->  Abs (   822,  1086)
	  6: Rel (   271,  -308)  ->  Abs (  1093,   778)
	  7: Rel (     0,  -246)  ->  Abs (  1093,   532)
	  8: Rel (     0,  -247)  ->  Abs (  1093,   285)
	  9: Rel (  -259,  -309)  ->  Abs (   834,   -24)
	 10: Rel (  -211,     0)  ->  Abs (   623,   -24)
	 11: Rel (  -197,     0)  ->  Abs (   426,   -24)
	 12: Rel (  -115,   125)  ->  Abs (   311,   101)
	 13: Rel (     0,  -508)  ->  Abs (   311,  -407)
	 14: Rel (   291,  1344)  ->  Abs (   602,   937)
	 15: Rel (  -131,     0)  ->  Abs (   471,   937)
	 16: Rel (  -158,  -201)  ->  Abs (   313,   736)
	 17: Rel (     0,  -219)  ->  Abs (   313,   517)
	 18: Rel (     0,  -197)  ->  Abs (   313,   320)
	 19: Rel (   156,  -196)  ->  Abs (   469,   124)
	 20: Rel (   134,     0)  ->  Abs (   603,   124)
	 21: Rel (   135,     0)  ->  Abs (   738,   124)
	 22: Rel (   170,   203)  ->  Abs (   908,   327)
	 23: Rel (     0,   195)  ->  Abs (   908,   522)
	 24: Rel (     0,   222)  ->  Abs (   908,   744)
	 25: Rel (  -182,   193)  ->  Abs (   726,   937)

	Glyph 546: off = 0x000186CC, len = 346
	  numberOfContours:	1
	  xMin:			86
	  yMin:			-431
	  xMax:			966
	  yMax:			1086

	EndPoints
	---------
	  0:  34

	  Length of Instructions:	238
	00000: NPUSHB      (75):    39     8    41    31    54     8    57    32    70     8 
	                            74    32     6   134    32   152    31   168     5   168 
	                            31   183    32   199    32   216     4   217    31     8 
	                            38    32    55    32    71    32   118    32   134     4 
	                             5     9    28    27    21    28    16    15     3    28 
	                            33     7    19    18    18    13    30     1     0     0 
	                            24    36    13     8    16    16     2    85    13     4 
	                            16    16     6    85    13 
	00077: PUSHW[1]             -4 
	00080: PUSHB[5]             15    15     6    85    13 
	00086: PUSHW[1]             -8 
	00089: PUSHB[5]             13    13     6    85    13 
	00095: PUSHW[1]            -16 
	00098: PUSHB[5]             12    12     6    85    13 
	00104: PUSHW[1]            -64 
	00107: NPUSHB      (19):    36    37    52    48    13     1     0    13    16    13 
	                            32    13     3    13    49   223    36     1    36 
	00128: PUSHW[1]            -64 
	00131: NPUSHB      (58):    30    35    52    48    36     1    36     6    36    30 
	                             8    14    14     2    85    30    12    13    13     2 
	                            85    30    12    12    12     2    85    30    16    11 
	                            11     2    85    30     4    15    16     6    85    30 
	                            19    11    13     6    85    30    64    36    37    52 
	                            31    30    63    30     2    30    49    35 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,2] 
	00193: DELTAP1    
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: MIRP[nrp0,md,rd,1] 
	00202: SRP0       
	00203: DELTAP2    
	00204: CALL       
	00205: DELTAP1    
	00206: MIRP[srp0,nmd,rd,2] 
	00207: DELTAP1    
	00208: DELTAP1    
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: MIRP[nrp0,md,rd,1] 
	00216: SHP[rp1,zp0] 
	00217: MDAP[rd]   
	00218: SHP[rp1,zp0] 
	00219: SRP1       
	00220: SRP2       
	00221: IP         
	00222: MDAP[rd]   
	00223: SHP[rp1,zp0] 
	00224: SVTCA[y-axis] 
	00225: MIAP[rd+ci] 
	00226: MIRP[nrp0,md,rd,1] 
	00227: MIAP[rd+ci] 
	00228: MIRP[nrp0,md,rd,1] 
	00229: MDAP[rd]   
	00230: MIRP[nrp0,md,rd,1] 
	00231: IUP[y]     
	00232: IUP[x]     
	00233: SVTCA[y-axis] 
	00234: DELTAP1    
	00235: DELTAP1    
	00236: SVTCA[x-axis] 
	00237: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                      Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual Rep-  2 Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:                                      Off
	 33:  YDual                               On
	 34:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   966,  1052)  ->  Abs (   966,  1052)
	  1: Rel (   -42,  -150)  ->  Abs (   924,   902)
	  2: Rel (  -112,    35)  ->  Abs (   812,   937)
	  3: Rel (  -112,     0)  ->  Abs (   700,   937)
	  4: Rel (  -201,     0)  ->  Abs (   499,   937)
	  5: Rel (  -238,  -249)  ->  Abs (   261,   688)
	  6: Rel (     0,  -168)  ->  Abs (   261,   520)
	  7: Rel (     0,  -116)  ->  Abs (   261,   404)
	  8: Rel (   131,  -179)  ->  Abs (   392,   225)
	  9: Rel (   194,   -51)  ->  Abs (   586,   174)
	 10: Rel (   139,   -37)  ->  Abs (   725,   137)
	 11: Rel (   124,   -65)  ->  Abs (   849,    72)
	 12: Rel (    70,  -115)  ->  Abs (   919,   -43)
	 13: Rel (     0,   -75)  ->  Abs (   919,  -118)
	 14: Rel (     0,  -137)  ->  Abs (   919,  -255)
	 15: Rel (  -222,  -176)  ->  Abs (   697,  -431)
	 16: Rel (  -166,     0)  ->  Abs (   531,  -431)
	 17: Rel (   -67,     0)  ->  Abs (   464,  -431)
	 18: Rel (   -85,    14)  ->  Abs (   379,  -417)
	 19: Rel (    44,   165)  ->  Abs (   423,  -252)
	 20: Rel (    58,   -12)  ->  Abs (   481,  -264)
	 21: Rel (    43,     0)  ->  Abs (   524,  -264)
	 22: Rel (    96,     0)  ->  Abs (   620,  -264)
	 23: Rel (   110,    83)  ->  Abs (   730,  -181)
	 24: Rel (     0,    59)  ->  Abs (   730,  -122)
	 25: Rel (     0,    54)  ->  Abs (   730,   -68)
	 26: Rel (   -79,    57)  ->  Abs (   651,   -11)
	 27: Rel (  -126,    27)  ->  Abs (   525,    16)
	 28: Rel (  -222,    47)  ->  Abs (   303,    63)
	 29: Rel (  -217,   252)  ->  Abs (    86,   315)
	 30: Rel (     0,   174)  ->  Abs (    86,   489)
	 31: Rel (     0,   241)  ->  Abs (    86,   730)
	 32: Rel (   345,   356)  ->  Abs (   431,  1086)
	 33: Rel (   292,     0)  ->  Abs (   723,  1086)
	 34: Rel (   123,     0)  ->  Abs (   846,  1086)

	Glyph 547: off = 0x00018826, len = 308
	  numberOfContours:	1
	  xMin:			136
	  yMin:			-24
	  xMax:			986
	  yMax:			1062

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	242
	00000: NPUSHB      (57):    68     3    68     7    84     3    83     7   154    17 
	                           150    18     6    31    21    80     4    91     7    99 
	                             4   106     7   115     4   123     7   192    21   208 
	                            21   224    21   255    21    11   112    21   176    21 
	                             2   240    21     1     5    28    15    11    10     0 
	                             6     9    10    12    10    37    11 
	00059: PUSHW[1]            -12 
	00062: NPUSHB      (17):    16    16     2    85    11    10    15    15     2    85 
	                            11    26    14    14     2    85    11 
	00081: PUSHW[1]            -12 
	00084: NPUSHB      (23):    13    13     2    85    11    12    12    12     2    85 
	                            11    24    16    16     6    85    11     8    15    15 
	                             6    85    11 
	00109: PUSHW[1]             -8 
	00112: NPUSHB      (23):    12    13     6    85    31    11   112    11   176    11 
	                           192    11   255    11     5    11    78    21     1     2 
	                            37     0    19 
	00137: PUSHW[1]             -8 
	00140: PUSHB[5]             16    16     2    85    19 
	00146: PUSHW[1]             -8 
	00149: NPUSHB      (11):    14    14     2    85    19     4    12    12     2    85 
	                            19 
	00162: PUSHW[1]             -8 
	00165: NPUSHB      (11):    15    15     6    85    19     4    11    11     6    85 
	                            19 
	00178: PUSHW[1]            -64 
	00181: NPUSHB      (18):    51    54    52   240    19     1     0    19    32    19 
	                           208    19   224    19     4    19    78    20 
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,2] 
	00203: DELTAP1    
	00204: DELTAP2    
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: ALIGNRP    
	00212: MIRP[srp0,md,rd,1] 
	00213: ALIGNRP    
	00214: SRP0       
	00215: MIRP[srp0,nmd,rd,0] 
	00216: DELTAP1    
	00217: CALL       
	00218: CALL       
	00219: CALL       
	00220: CALL       
	00221: CALL       
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: MIRP[nrp0,md,rd,1] 
	00226: ALIGNRP    
	00227: SRP0       
	00228: ALIGNRP    
	00229: SVTCA[y-axis] 
	00230: MIAP[rd+ci] 
	00231: ALIGNRP    
	00232: MIAP[rd+ci] 
	00233: MIRP[nrp0,md,rd,1] 
	00234: IUP[y]     
	00235: IUP[x]     
	00236: SVTCA[x-axis] 
	00237: DELTAP2    
	00238: DELTAP1    
	00239: DELTAP1    
	00240: SVTCA[y-axis] 
	00241: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   136,  1062)  ->  Abs (   136,  1062)
	  1: Rel (   180,     0)  ->  Abs (   316,  1062)
	  2: Rel (     0,  -629)  ->  Abs (   316,   433)
	  3: Rel (     0,  -163)  ->  Abs (   316,   270)
	  4: Rel (   146,  -146)  ->  Abs (   462,   124)
	  5: Rel (    98,     0)  ->  Abs (   560,   124)
	  6: Rel (    81,     0)  ->  Abs (   641,   124)
	  7: Rel (   120,    92)  ->  Abs (   761,   216)
	  8: Rel (    46,   120)  ->  Abs (   807,   336)
	  9: Rel (     0,   111)  ->  Abs (   807,   447)
	 10: Rel (     0,   615)  ->  Abs (   807,  1062)
	 11: Rel (   179,     0)  ->  Abs (   986,  1062)
	 12: Rel (     0,  -622)  ->  Abs (   986,   440)
	 13: Rel (     0,  -237)  ->  Abs (   986,   203)
	 14: Rel (  -236,  -227)  ->  Abs (   750,   -24)
	 15: Rel (  -193,     0)  ->  Abs (   557,   -24)
	 16: Rel (  -149,     0)  ->  Abs (   408,   -24)
	 17: Rel (  -195,   133)  ->  Abs (   213,   109)
	 18: Rel (   -77,   174)  ->  Abs (   136,   283)
	 19: Rel (     0,   150)  ->  Abs (   136,   433)

	Glyph 548: off = 0x0001895A, len = 350
	  numberOfContours:	1
	  xMin:			17
	  yMin:			-407
	  xMax:			1056
	  yMax:			1062

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	289
	00000: NPUSHB     (117):    53     2     1   161     2   205     8   240     2   255 
	                             8     4    48     2    63     8     2     5     5    10 
	                            11    21     5    26    11    56    11   119     8     6 
	                           168     3   166     8   182     5   185    11   201     2 
	                           199     5   199     8   200    11   215     8   248     3 
	                           247     9    11     7    11    15    13    23    11    32 
	                            13    57     5    55    11     6     5     1     6     4 
	                             9     8     9     4     0     7    11     0     7    10 
	                             3     2     1     6    10     3     2     8     0     9 
	                             1     0     7     7     8     9    17     2    85     7 
	                            11    13    17     6    85     7    37     6     1    20 
	                             6     6     1     3     4     9     9 
	00119: PUSHW[1]             -8 
	00122: PUSHB[5]              9    17     2    85     9 
	00128: PUSHW[1]            -11 
	00131: NPUSHB      (40):    13    17     6    85     9    37    10     3    20    10 
	                            10     3     4     3     3     1     1     0     6     9 
	                             7     7     6     6    10    14     7     9     6    10 
	                             3     1     0     4   154     6     0   143    10     6 
	00173: PUSHW[1]            -11 
	00176: PUSHB[5]             16    16     2    85     6 
	00182: PUSHW[1]            -11 
	00185: NPUSHB      (30):    10    10     2    85    15     6    31     6    32     6 
	                             3     6   154    13    10    11    17    17     2    85 
	                             0    10    16    10    32    10     3    10    73    12 
	00217: RTHG       
	00218: SRP0       
	00219: MIRP[nrp0,nmd,rd,2] 
	00220: DELTAP1    
	00221: CALL       
	00222: SRP0       
	00223: MIRP[nrp0,nmd,rd,2] 
	00224: DELTAP1    
	00225: CALL       
	00226: CALL       
	00227: RTG        
	00228: SRP0       
	00229: MIRP[nrp0,nmd,rd,0] 
	00230: SRP0       
	00231: MIRP[nrp0,nmd,rd,0] 
	00232: SRP1       
	00233: IP         
	00234: IP         
	00235: SRP1       
	00236: SRP2       
	00237: IP         
	00238: IP         
	00239: SVTCA[y-axis] 
	00240: MIAP[rd+ci] 
	00241: ALIGNRP    
	00242: SRP0       
	00243: ALIGNRP    
	00244: SRP0       
	00245: ALIGNRP    
	00246: MIAP[rd+ci] 
	00247: ALIGNRP    
	00248: SRP0       
	00249: ALIGNRP    
	00250: SRP0       
	00251: ALIGNRP    
	00252: SDPVTL[1]  
	00253: SFVTCA[x-axis] 
	00254: MDAP[nrd]  
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: SDPVTL[1]  
	00259: RDTG       
	00260: MDRP[nrp0,nmd,rd,0] 
	00261: SDPVTL[1]  
	00262: MDAP[nrd]  
	00263: RTG        
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: SDPVTL[1]  
	00268: RDTG       
	00269: MDRP[nrp0,nmd,rd,0] 
	00270: SVTCA[y-axis] 
	00271: SRP1       
	00272: SRP2       
	00273: IP         
	00274: IP         
	00275: ISECT      
	00276: ISECT      
	00277: ISECT      
	00278: ISECT      
	00279: IUP[y]     
	00280: IUP[x]     
	00281: SVTCA[x-axis] 
	00282: DELTAP1    
	00283: DELTAP2    
	00284: DELTAP3    
	00285: SVTCA[y-axis] 
	00286: DELTAP1    
	00287: DELTAP2    
	00288: DELTAP3    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:                                      On
	  3:                                      On
	  4:  YDual XDual                 X-Short On
	  5:                                      On
	  6:                                      On
	  7:  YDual                       X-Short On
	  8:                                      On
	  9:                                      On
	 10:  YDual                       X-Short On
	 11:                                      On

	Coordinates
	-----------
	  0: Rel (    48,  1062)  ->  Abs (    48,  1062)
	  1: Rel (   196,     0)  ->  Abs (   244,  1062)
	  2: Rel (   292,  -588)  ->  Abs (   536,   474)
	  3: Rel (   302,   588)  ->  Abs (   838,  1062)
	  4: Rel (   198,     0)  ->  Abs (  1036,  1062)
	  5: Rel (  -390,  -724)  ->  Abs (   646,   338)
	  6: Rel (   410,  -745)  ->  Abs (  1056,  -407)
	  7: Rel (  -205,     0)  ->  Abs (   851,  -407)
	  8: Rel (  -315,   613)  ->  Abs (   536,   206)
	  9: Rel (  -318,  -613)  ->  Abs (   218,  -407)
	 10: Rel (  -201,     0)  ->  Abs (    17,  -407)
	 11: Rel (   409,   739)  ->  Abs (   426,   332)

	Glyph 549: off = 0x00018AB8, len = 366
	  numberOfContours:	1
	  xMin:			122
	  yMin:			-407
	  xMax:			1337
	  yMax:			1062

	EndPoints
	---------
	  0:  28

	  Length of Instructions:	274
	00000: PUSHB[8]            180    19   224    30   255    30     3    11 
	00009: PUSHW[1]            -32 
	00012: PUSHB[4]             11    14    52     4 
	00017: PUSHW[1]            -32 
	00020: NPUSHB      (35):    11    14    52    18    32    36    38    52   188    26 
	                           202    26     2   121    18   121    25     2     9     6 
	                            20     6   146    23    11    22    14    14     6     7 
	                             6     0     6     8    21 
	00057: PUSHW[4]            560     7    22    -2 
	00066: PUSHB[8]             13    13     2    85    22    22    28    14 
	00075: PUSHW[1]            560 
	00078: PUSHB[7]             15    40    15    15     2    85    15 
	00086: PUSHW[1]            -22 
	00089: NPUSHB      (11):    13    13     2    85    15    12    12    12     2    85 
	                            15 
	00102: PUSHW[1]            -10 
	00105: NPUSHB      (33):    12    13     6    85    15    20    15    15     6    85 
	                            15    31    16    16     6    85    15    64    50    54 
	                            52   255    15     1   223    15   255    15     2    15 
	                            78    30     2 
	00140: PUSHW[3]            560    28    -6 
	00147: NPUSHB      (11):    16    16     2    85    28     4    11    12     2    85 
	                            28 
	00160: PUSHW[1]             -3 
	00163: PUSHB[5]             11    11     6    85    28 
	00169: PUSHW[1]            -13 
	00172: PUSHB[5]             15    15     6    85    28 
	00178: PUSHW[1]            -64 
	00181: NPUSHB      (40):    51    54    52   240    28     1     0    28    32    28 
	                           208    28   224    28     4    28    78    29    32    30 
	                           111    30   128    30   176    30   224    30     5    80 
	                            30   128    30   144    30   192    30   239    30     5 
	00223: DELTAP1    
	00224: DELTAP2    
	00225: SRP0       
	00226: MIRP[srp0,nmd,rd,0] 
	00227: DELTAP1    
	00228: DELTAP2    
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: MIRP[nrp0,md,rd,1] 
	00235: SRP0       
	00236: MIRP[srp0,nmd,rd,2] 
	00237: DELTAP1    
	00238: DELTAP2    
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: MIRP[nrp0,md,rd,1] 
	00247: SRP2       
	00248: IP         
	00249: MDAP[rd]   
	00250: CALL       
	00251: ALIGNRP    
	00252: MIRP[srp0,md,rd,1] 
	00253: ALIGNRP    
	00254: SVTCA[y-axis] 
	00255: MIAP[rd+ci] 
	00256: MIAP[rd+ci] 
	00257: MIAP[rd+ci] 
	00258: MIAP[rd+ci] 
	00259: MIAP[rd+ci] 
	00260: MIRP[nrp0,md,rd,1] 
	00261: ALIGNRP    
	00262: SRP0       
	00263: ALIGNRP    
	00264: IUP[y]     
	00265: IUP[x]     
	00266: SVTCA[y-axis] 
	00267: DELTAP1    
	00268: DELTAP2    
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: SVTCA[x-axis] 
	00273: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual                         On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                         On
	 10:  YDual XDual Rep-  2 Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:        XDual                         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:        XDual                         On
	 22:  YDual                       X-Short On
	 23:        XDual                         On
	 24:  YDual       Rep-  3 Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   122,  1062)  ->  Abs (   122,  1062)
	  1: Rel (   179,     0)  ->  Abs (   301,  1062)
	  2: Rel (     0,  -524)  ->  Abs (   301,   538)
	  3: Rel (     0,  -147)  ->  Abs (   301,   391)
	  4: Rel (    48,  -154)  ->  Abs (   349,   237)
	  5: Rel (   155,  -103)  ->  Abs (   504,   134)
	  6: Rel (   136,    -7)  ->  Abs (   640,   127)
	  7: Rel (     0,   935)  ->  Abs (   640,  1062)
	  8: Rel (   180,     0)  ->  Abs (   820,  1062)
	  9: Rel (     0,  -935)  ->  Abs (   820,   127)
	 10: Rel (   131,     7)  ->  Abs (   951,   134)
	 11: Rel (   154,    98)  ->  Abs (  1105,   232)
	 12: Rel (    53,   153)  ->  Abs (  1158,   385)
	 13: Rel (     0,   153)  ->  Abs (  1158,   538)
	 14: Rel (     0,   524)  ->  Abs (  1158,  1062)
	 15: Rel (   179,     0)  ->  Abs (  1337,  1062)
	 16: Rel (     0,  -518)  ->  Abs (  1337,   544)
	 17: Rel (     0,  -208)  ->  Abs (  1337,   336)
	 18: Rel (   -77,  -202)  ->  Abs (  1260,   134)
	 19: Rel (  -234,  -151)  ->  Abs (  1026,   -17)
	 20: Rel (  -206,    -7)  ->  Abs (   820,   -24)
	 21: Rel (     0,  -383)  ->  Abs (   820,  -407)
	 22: Rel (  -180,     0)  ->  Abs (   640,  -407)
	 23: Rel (     0,   383)  ->  Abs (   640,   -24)
	 24: Rel (  -133,     4)  ->  Abs (   507,   -20)
	 25: Rel (  -200,    68)  ->  Abs (   307,    48)
	 26: Rel (  -139,   149)  ->  Abs (   168,   197)
	 27: Rel (   -46,   164)  ->  Abs (   122,   361)
	 28: Rel (     0,   183)  ->  Abs (   122,   544)

	Glyph 550: off = 0x00018C26, len = 454
	  numberOfContours:	1
	  xMin:			87
	  yMin:			-24
	  xMax:			1512
	  yMax:			1062

	EndPoints
	---------
	  0:  36

	  Length of Instructions:	341
	00000: NPUSHB      (73):     0    38    40    30    32    38    57    30    72    30 
	                            64    38    83     5    92    18    93    29    83    31 
	                           100     5   107    18   110    29    97    31   118    24 
	                           122    29   117    31   122    36   133    24   137    36 
	                           175    38   240    38    22     0    38     1    30    11 
	                             6    17    72    28     6    72    32     0    11     1 
	                            11    11    32     0    22     6     0     6    28    11 
	                            32    11    22 
	00075: PUSHW[4]            560    23     1   560 
	00084: NPUSHB      (19):     0    23    23    25    20     0     0     3    35    30 
	                             0    13    16    13     2    80    13     1    13 
	00105: PUSHW[1]            560 
	00108: NPUSHB      (18):    10     8    15    15     6    85    10    10    35    20 
	                            64    25    10    16    16     2    85    25 
	00128: PUSHW[1]            -10 
	00131: NPUSHB      (11):    12    12     2    85    25    10    11    11     2    85 
	                            25 
	00144: PUSHW[1]            -13 
	00147: PUSHB[5]             15    15     6    85    25 
	00153: PUSHW[1]            -23 
	00156: PUSHB[5]             12    13     6    85    25 
	00162: PUSHW[1]            -64 
	00165: NPUSHB      (41):    36    37    52    32    25    48    25     2     0    25 
	                             1     0    25    16    25    32    25    48    25   175 
	                            25   240    25     6     0    25    16    25    32    25 
	                            64    25    96    25     5    25    49   223    38     1 
	                            38 
	00208: PUSHW[1]            -64 
	00211: NPUSHB      (10):    30    35    52    48    38     1    38     3    64    35 
	00223: PUSHW[1]            -10 
	00226: NPUSHB      (11):    11    11     2    85    35     5    16    16     6    85 
	                            35 
	00239: PUSHW[1]             -5 
	00242: NPUSHB      (29):    15    15     6    85    35    24    13    13     6    85 
	                            35    27    12    12     6    85    35    64    36    37 
	                            52    31    35    63    35     2    35    49    37 
	00273: SRP0       
	00274: MIRP[srp0,nmd,rd,2] 
	00275: DELTAP1    
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: MIRP[nrp0,md,rd,1] 
	00283: SRP0       
	00284: DELTAP2    
	00285: CALL       
	00286: DELTAP1    
	00287: MIRP[srp0,nmd,rd,2] 
	00288: DELTAP1    
	00289: DELTAP1    
	00290: DELTAP3    
	00291: DELTAP2    
	00292: CALL       
	00293: CALL       
	00294: CALL       
	00295: CALL       
	00296: CALL       
	00297: CALL       
	00298: MIRP[nrp0,md,rd,1] 
	00299: SRP2       
	00300: IP         
	00301: MDAP[rd]   
	00302: CALL       
	00303: MIRP[nrp0,md,rd,1] 
	00304: DELTAP2    
	00305: DELTAP3    
	00306: IP         
	00307: SRP1       
	00308: SRP2       
	00309: IP         
	00310: MDAP[rd]   
	00311: SRP1       
	00312: SRP2       
	00313: IP         
	00314: MDAP[rd]   
	00315: SRP0       
	00316: MIRP[nrp0,md,rd,1] 
	00317: SRP0       
	00318: MIRP[nrp0,md,rd,1] 
	00319: SVTCA[y-axis] 
	00320: MIAP[rd+ci] 
	00321: MIAP[rd+ci] 
	00322: MIAP[rd+ci] 
	00323: MIAP[rd+ci] 
	00324: SRP1       
	00325: SRP2       
	00326: IP         
	00327: MDAP[rd]   
	00328: DELTAP1    
	00329: SRP0       
	00330: MIRP[nrp0,md,rd,1] 
	00331: SRP0       
	00332: MIRP[nrp0,md,rd,1] 
	00333: SRP1       
	00334: SRP2       
	00335: IP         
	00336: IUP[y]     
	00337: IUP[x]     
	00338: SVTCA[x-axis] 
	00339: DELTAP3    
	00340: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:                              X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:        XDual                         On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:        XDual         Y-Short         Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:                              X-Short On
	 23:  YDual XDual                 X-Short On
	 24:        XDual                 X-Short Off
	 25:        XDual                         On
	 26:        XDual                         Off
	 27:                              X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:                      Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                              X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:        XDual                         Off

	Coordinates
	-----------
	  0: Rel (   245,  1062)  ->  Abs (   245,  1062)
	  1: Rel (   174,     0)  ->  Abs (   419,  1062)
	  2: Rel (  -149,  -329)  ->  Abs (   270,   733)
	  3: Rel (     0,  -227)  ->  Abs (   270,   506)
	  4: Rel (     0,  -175)  ->  Abs (   270,   331)
	  5: Rel (   128,  -214)  ->  Abs (   398,   117)
	  6: Rel (    99,     0)  ->  Abs (   497,   117)
	  7: Rel (    64,     0)  ->  Abs (   561,   117)
	  8: Rel (   112,   100)  ->  Abs (   673,   217)
	  9: Rel (    37,   140)  ->  Abs (   710,   357)
	 10: Rel (     0,   126)  ->  Abs (   710,   483)
	 11: Rel (     0,   311)  ->  Abs (   710,   794)
	 12: Rel (   179,     0)  ->  Abs (   889,   794)
	 13: Rel (     0,  -311)  ->  Abs (   889,   483)
	 14: Rel (     0,  -123)  ->  Abs (   889,   360)
	 15: Rel (    37,  -144)  ->  Abs (   926,   216)
	 16: Rel (   113,   -99)  ->  Abs (  1039,   117)
	 17: Rel (    64,     0)  ->  Abs (  1103,   117)
	 18: Rel (    98,     0)  ->  Abs (  1201,   117)
	 19: Rel (   128,   213)  ->  Abs (  1329,   330)
	 20: Rel (     0,   176)  ->  Abs (  1329,   506)
	 21: Rel (     0,   227)  ->  Abs (  1329,   733)
	 22: Rel (  -148,   329)  ->  Abs (  1181,  1062)
	 23: Rel (   173,     0)  ->  Abs (  1354,  1062)
	 24: Rel (   158,  -281)  ->  Abs (  1512,   781)
	 25: Rel (     0,  -264)  ->  Abs (  1512,   517)
	 26: Rel (     0,  -265)  ->  Abs (  1512,   252)
	 27: Rel (  -219,  -276)  ->  Abs (  1293,   -24)
	 28: Rel (  -170,     0)  ->  Abs (  1123,   -24)
	 29: Rel (  -226,     0)  ->  Abs (   897,   -24)
	 30: Rel (   -97,   239)  ->  Abs (   800,   215)
	 31: Rel (   -98,  -239)  ->  Abs (   702,   -24)
	 32: Rel (  -226,     0)  ->  Abs (   476,   -24)
	 33: Rel (  -179,     0)  ->  Abs (   297,   -24)
	 34: Rel (  -210,   290)  ->  Abs (    87,   266)
	 35: Rel (     0,   251)  ->  Abs (    87,   517)
	 36: Rel (     0,   264)  ->  Abs (    87,   781)

	Glyph 551: off = 0x00018DEC, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			-47
	  yMin:			0
	  xMax:			514
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	538
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	-108
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     1     1     2     2    11 
	00007: PUSHW[2]            546    41 
	00012: SVTCA[y-axis] 
	00013: CALL       
	00014: SVTCA[x-axis] 
	00015: PUSHB[2]              6     2 
	00018: RS         
	00019: EQ         
	00020: IF         
	00021: PUSHB[6]              0     5    10     1     2    65 
	00028: CALL       
	00029: ELSE       
	00030: PUSHB[5]              8     2     0    72    43 
	00036: CALL       
	00037: EIF        
	00038: SHC[rp1,zp0] 
	00039: SHC[rp1,zp0] 

	Glyph 552: off = 0x00018E2C, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			136
	  yMin:			-24
	  xMax:			986
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	547
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	240
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     2     1   112    20     1     0    20    27     0    11 
	                            65     1     2     2    20 
	00017: PUSHW[2]            546    41 
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 
	00028: SHC[rp2,zp1] 

	Glyph 553: off = 0x00018E64, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	244
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     2   224    29   240    29     2    29     4     0    72 
	                            43     2     1    29 
	00016: PUSHW[2]            546    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP1    
	00026: SHC[rp1,zp0] 

	Glyph 554: off = 0x00018E9A, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			136
	  yMin:			-24
	  xMax:			986
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	547
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1     1    20 
	00004: PUSHW[2]            546    41 
	00009: SVTCA[y-axis] 
	00010: CALL       

	Glyph 555: off = 0x00018EC0, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			87
	  yMin:			-24
	  xMax:			1512
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	550
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	480
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    37    39    11    12    65     1     1    37 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 556: off = 0x00018EF0, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1761

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	350
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[4]              1     2     2    12 
	00005: PUSHW[2]            545    41 
	00010: SVTCA[y-axis] 
	00011: CALL       

	Glyph 557: off = 0x00018F16, len = 374
	  numberOfContours:	1
	  xMin:			50
	  yMin:			-25
	  xMax:			1689
	  yMax:			1466

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	280
	00000: NPUSHB      (42):   102     4   118     4   135     4     3    34     8    25 
	                            12     4     6    23    15    93    14    74    12     6 
	                            30    23    23    27     2    29    30     0     2    27 
	                             8    17    30    12     9    15    74    14    14    20 
	                             3     2 
	00044: PUSHW[1]            648 
	00047: PUSHB[4]             27    20    38     9 
	00052: PUSHW[1]            -48 
	00055: PUSHB[5]             13    13     2    85     9 
	00061: PUSHW[1]            -14 
	00064: PUSHB[5]             11    11     2    85     9 
	00070: PUSHW[1]            -10 
	00073: PUSHB[5]             11    11     6    85     9 
	00079: PUSHW[1]            -30 
	00082: PUSHB[5]             12    12     6    85     9 
	00088: PUSHW[1]            -20 
	00091: NPUSHB      (12):    13    13     6    85     9    55    31    27    32    26 
	                            26     3 
	00105: PUSHW[3]            648     0   -32 
	00112: PUSHB[5]             16    16     2    85     0 
	00118: PUSHW[1]            -12 
	00121: PUSHB[5]             15    15     2    85     0 
	00127: PUSHW[1]            -42 
	00130: PUSHB[5]             13    13     2    85     0 
	00136: PUSHW[1]            -22 
	00139: PUSHB[5]             12    12     2    85     0 
	00145: PUSHW[1]             -6 
	00148: PUSHB[5]             11    11     2    85     0 
	00154: PUSHW[1]            -22 
	00157: PUSHB[5]             11    11     6    85     0 
	00163: PUSHW[1]            -10 
	00166: PUSHB[5]             12    12     6    85     0 
	00172: PUSHW[1]            -42 
	00175: PUSHB[5]             13    13     6    85     0 
	00181: PUSHW[1]            -15 
	00184: PUSHB[7]             15    16     6    85     0    84    30 
	00192: SRP0       
	00193: MIRP[srp0,nmd,rd,2] 
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: MIRP[srp0,md,rd,1] 
	00204: ALIGNRP    
	00205: SRP0       
	00206: MIRP[nrp0,md,rd,1] 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,2] 
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: MIRP[nrp0,md,rd,1] 
	00215: SRP0       
	00216: MIRP[nrp0,md,rd,1] 
	00217: SRP1       
	00218: SRP2       
	00219: IP         
	00220: MDAP[rd]   
	00221: MIRP[nrp0,nmd,rd,0] 
	00222: SVTCA[y-axis] 
	00223: MIAP[rd+ci] 
	00224: MIRP[nrp0,md,rd,1] 
	00225: MIAP[rd+ci] 
	00226: MIAP[rd+ci] 
	00227: MIRP[srp0,md,rd,1] 
	00228: ALIGNRP    
	00229: SRP2       
	00230: IP         
	00231: MDAP[rd]   
	00232: MIRP[nrp0,md,rd,1] 
	00233: SRP0       
	00234: MIRP[srp0,md,rd,1] 
	00235: MIRP[nrp0,md,rd,1] 
	00236: SRP1       
	00237: SRP2       
	00238: IP         
	00239: SRP2       
	00240: IP         
	00241: IUP[y]     
	00242: IUP[x]     
	00243: RS         
	00244: JROF       
	00245: NPUSHB      (24):    18    22     7    11    18    11    20    54     1    22 
	                             7    20    54     1    19    10    17    54     0    21 
	                             8    23    54     1 
	00271: CALL       
	00272: CALL       
	00273: SVTCA[x-axis] 
	00274: CALL       
	00275: CALL       
	00276: FLIPRGON   
	00277: FLIPRGON   
	00278: SVTCA[y-axis] 
	00279: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:                                      Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short On
	 26:        XDual                         On
	 27:  YDual                       X-Short On
	 28:        XDual                         On
	 29:  YDual                               On

	Coordinates
	-----------
	  0: Rel (    50,  1466)  ->  Abs (    50,  1466)
	  1: Rel (  1170,     0)  ->  Abs (  1220,  1466)
	  2: Rel (     0,  -173)  ->  Abs (  1220,  1293)
	  3: Rel (  -488,     0)  ->  Abs (   732,  1293)
	  4: Rel (     0,  -456)  ->  Abs (   732,   837)
	  5: Rel (   253,    99)  ->  Abs (   985,   936)
	  6: Rel (   187,     0)  ->  Abs (  1172,   936)
	  7: Rel (   233,     0)  ->  Abs (  1405,   936)
	  8: Rel (   284,  -282)  ->  Abs (  1689,   654)
	  9: Rel (     0,  -203)  ->  Abs (  1689,   451)
	 10: Rel (     0,  -178)  ->  Abs (  1689,   273)
	 11: Rel (  -233,  -298)  ->  Abs (  1456,   -25)
	 12: Rel (  -225,     0)  ->  Abs (  1231,   -25)
	 13: Rel (  -104,     0)  ->  Abs (  1127,   -25)
	 14: Rel (  -131,    33)  ->  Abs (   996,     8)
	 15: Rel (    31,   164)  ->  Abs (  1027,   172)
	 16: Rel (    76,   -37)  ->  Abs (  1103,   135)
	 17: Rel (    82,     0)  ->  Abs (  1185,   135)
	 18: Rel (   151,     0)  ->  Abs (  1336,   135)
	 19: Rel (   155,   176)  ->  Abs (  1491,   311)
	 20: Rel (     0,   134)  ->  Abs (  1491,   445)
	 21: Rel (     0,   142)  ->  Abs (  1491,   587)
	 22: Rel (  -179,   187)  ->  Abs (  1312,   774)
	 23: Rel (  -188,     0)  ->  Abs (  1124,   774)
	 24: Rel (  -162,     0)  ->  Abs (   962,   774)
	 25: Rel (  -230,   -94)  ->  Abs (   732,   680)
	 26: Rel (     0,  -680)  ->  Abs (   732,     0)
	 27: Rel (  -194,     0)  ->  Abs (   538,     0)
	 28: Rel (     0,  1293)  ->  Abs (   538,  1293)
	 29: Rel (  -488,     0)  ->  Abs (    50,  1293)

	Glyph 558: off = 0x0001908C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			0
	  xMax:			1109
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	573
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	251
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     1     6     3   167    72    43     1     1     6 
	00011: PUSHW[2]            545    41 
	00016: SVTCA[y-axis] 
	00017: CALL       
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: SHC[rp1,zp0] 

	Glyph 559: off = 0x000190BC, len = 310
	  numberOfContours:	1
	  xMin:			100
	  yMin:			-25
	  xMax:			1398
	  yMax:			1491

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	207
	00000: NPUSHB     (133):   169    22   180     6   185    22     3    27     6    43 
	                             6    59     6    93    25   111    25   127    25   177 
	                             9     7    41     3    41     9    41    11    53     3 
	                            59     6    53     9    59    22    71     3    75     6 
	                            69     9    75    22    86     3    84     9    86    11 
	                            84    19   106    11   119     3   121     6   120    11 
	                           135     3   137    12   168    22   181     6   200     8 
	                            24     7   227    32     8    96     8   112     8   128 
	                             8     4     8     8    10    17    21    84    20    20 
	                            10    17    26    30     2     2    10    23    30    17 
	                             3     5    30    10     9     1     1     8     2    21 
	                            38    20     7    38    20    98    47     8     1   159 
	                             8     1     8    26    32    28     1    28    26    45 
	                             2    38    13 
	00135: PUSHW[1]             -7 
	00138: NPUSHB      (19):    16    16     6    85    13    10    11    11     6    85 
	                            32    13     1    13    25    27    99    92    24 
	00159: CALL       
	00160: SRP0       
	00161: MIRP[srp0,nmd,rd,2] 
	00162: DELTAP1    
	00163: CALL       
	00164: CALL       
	00165: MIRP[srp0,md,rd,1] 
	00166: MIRP[nrp0,nmd,rd,0] 
	00167: SRP0       
	00168: DELTAP1    
	00169: MIRP[srp0,nmd,rd,0] 
	00170: DELTAP1    
	00171: DELTAP2    
	00172: MIRP[nrp0,nmd,rd,0] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: SRP0       
	00175: MIRP[nrp0,md,rd,1] 
	00176: SRP1       
	00177: SRP2       
	00178: IP         
	00179: MDAP[rd]   
	00180: SVTCA[y-axis] 
	00181: MIAP[rd+ci] 
	00182: MIRP[nrp0,md,rd,1] 
	00183: MIAP[rd+ci] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP2       
	00186: IP         
	00187: MDAP[rd]   
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP1       
	00190: SRP2       
	00191: IP         
	00192: MDAP[rd]   
	00193: MIRP[nrp0,nmd,rd,0] 
	00194: SRP1       
	00195: SRP2       
	00196: IP         
	00197: MDAP[rd]   
	00198: DELTAP1    
	00199: MIRP[nrp0,nmd,rd,0] 
	00200: IUP[y]     
	00201: IUP[x]     
	00202: SVTCA[x-axis] 
	00203: DELTAP1    
	00204: DELTAP2    
	00205: SVTCA[y-axis] 
	00206: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual                 X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual                               Off
	  7:        XDual                 X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:                              X-Short Off
	 10:  YDual                               On
	 11:  YDual                               Off
	 12:                                      Off
	 13:        XDual                 X-Short On
	 14:  YDual XDual         Y-Short         Off
	 15:        XDual                 X-Short Off
	 16:  YDual               Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:                      Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:                      Y-Short X-Short On
	 22:                              X-Short Off
	 23:  YDual                               On
	 24:  YDual                       X-Short Off
	 25:                              X-Short Off
	 26:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   857,   843)  ->  Abs (   857,   843)
	  1: Rel (     0,  -173)  ->  Abs (   857,   670)
	  2: Rel (  -545,     0)  ->  Abs (   312,   670)
	  3: Rel (    11,  -247)  ->  Abs (   323,   423)
	  4: Rel (   252,  -285)  ->  Abs (   575,   138)
	  5: Rel (   197,     0)  ->  Abs (   772,   138)
	  6: Rel (   350,     0)  ->  Abs (  1122,   138)
	  7: Rel (    89,   372)  ->  Abs (  1211,   510)
	  8: Rel (   187,   -49)  ->  Abs (  1398,   461)
	  9: Rel (  -127,  -486)  ->  Abs (  1271,   -25)
	 10: Rel (  -485,     0)  ->  Abs (   786,   -25)
	 11: Rel (  -347,     0)  ->  Abs (   439,   -25)
	 12: Rel (  -339,   447)  ->  Abs (   100,   422)
	 13: Rel (    11,   327)  ->  Abs (   111,   749)
	 14: Rel (     0,   200)  ->  Abs (   111,   949)
	 15: Rel (   151,   330)  ->  Abs (   262,  1279)
	 16: Rel (   312,   212)  ->  Abs (   574,  1491)
	 17: Rel (   216,     0)  ->  Abs (   790,  1491)
	 18: Rel (   228,     0)  ->  Abs (  1018,  1491)
	 19: Rel (   307,  -226)  ->  Abs (  1325,  1265)
	 20: Rel (    54,  -201)  ->  Abs (  1379,  1064)
	 21: Rel (  -190,   -50)  ->  Abs (  1189,  1014)
	 22: Rel (   -83,   307)  ->  Abs (  1106,  1321)
	 23: Rel (  -317,     0)  ->  Abs (   789,  1321)
	 24: Rel (  -214,     0)  ->  Abs (   575,  1321)
	 25: Rel (  -243,  -258)  ->  Abs (   332,  1063)
	 26: Rel (   -12,  -220)  ->  Abs (   320,   843)

	Glyph 560: off = 0x000191F2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			92
	  yMin:			-25
	  xMax:			1259
	  yMax:			1491

	     0: Flags:		0x0206
		Glyf Index:	54
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 561: off = 0x00019202, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			191
	  yMin:			0
	  xMax:			385
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 562: off = 0x00019212, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			4
	  yMin:			0
	  xMax:			565
	  yMax:			1761

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	-57
		Y WOffset:	286
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2     1     1     2     2    11 
	00007: PUSHW[2]            545    41 
	00012: SVTCA[y-axis] 
	00013: CALL       
	00014: SVTCA[x-axis] 
	00015: PUSHB[2]              6     2 
	00018: RS         
	00019: EQ         
	00020: IF         
	00021: PUSHB[6]              0     5    10     1     2    65 
	00028: CALL       
	00029: ELSE       
	00030: PUSHB[5]              8     2     0    72    43 
	00036: CALL       
	00037: EIF        
	00038: SHC[rp1,zp0] 
	00039: SHC[rp1,zp0] 

	Glyph 563: off = 0x00019254, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			55
	  yMin:			-25
	  xMax:			865
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	45
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 564: off = 0x00019264, len = 404
	  numberOfContours:	2
	  xMin:			13
	  yMin:			-25
	  xMax:			2089
	  yMax:			1466

	EndPoints
	---------
	  0:  27
	  1:  38

	  Length of Instructions:	280
	00000: PUSHB[3]             61     8    21 
	00004: PUSHW[1]            270 
	00007: NPUSHB      (17):    20    98    18     1    30    38    38    11    13    30 
	                            27     2    28    30    11     8    23 
	00026: PUSHW[1]            584 
	00029: NPUSHB      (30):    18     9    11    32     0    28    10    16    16     2 
	                            85    28    36    15    15     2    85    28    30    13 
	                            13     2    85    28    10    11    11     6    85    28 
	00061: PUSHW[1]            -10 
	00064: NPUSHB      (11):    12    12     6    85    28    32    13    13     6    85 
	                            28 
	00077: PUSHW[1]            -24 
	00080: NPUSHB      (19):    14    15     6    85    28    25    16    16     6    85 
	                           128    28     1    28    28    26    33    38     6 
	00101: PUSHW[1]            -11 
	00104: PUSHB[5]             12    13     6    85     6 
	00110: PUSHW[1]            -64 
	00113: NPUSHB      (19):    36    37    52    48     6     1     0     6    16     6 
	                            32     6     3     6    49    40    14    32    26 
	00134: PUSHW[1]            -16 
	00137: NPUSHB      (11):    16    16     2    85    26    10    13    13     2    85 
	                            26 
	00150: PUSHW[1]            570 
	00153: NPUSHB      (17):    21    74    20    12    11    12     6    85    20     2 
	                            16    16     6    85    20    45    39 
	00172: SRP0       
	00173: MIRP[srp0,nmd,rd,2] 
	00174: CALL       
	00175: CALL       
	00176: MIRP[nrp0,nmd,rd,0] 
	00177: MIRP[srp0,nmd,rd,0] 
	00178: CALL       
	00179: CALL       
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP0       
	00182: MIRP[srp0,nmd,rd,2] 
	00183: DELTAP1    
	00184: DELTAP1    
	00185: CALL       
	00186: CALL       
	00187: MIRP[nrp0,md,rd,1] 
	00188: SRP2       
	00189: IP         
	00190: MDAP[rd]   
	00191: DELTAP1    
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: ALIGNRP    
	00201: MIRP[nrp0,md,rd,1] 
	00202: SVTCA[y-axis] 
	00203: MIAP[rd+ci] 
	00204: MIRP[nrp0,md,rd,1] 
	00205: MIAP[rd+ci] 
	00206: MIRP[nrp0,md,rd,1] 
	00207: MIAP[rd+ci] 
	00208: MIRP[nrp0,md,rd,1] 
	00209: SRP2       
	00210: IP         
	00211: MDAP[rd]   
	00212: MIRP[nrp0,md,rd,1] 
	00213: SRP0       
	00214: MIRP[srp0,md,rd,1] 
	00215: MIRP[nrp0,md,rd,1] 
	00216: IUP[y]     
	00217: IUP[x]     
	00218: RS         
	00219: JROF       
	00220: NPUSHB      (44):    24    36     3    17    16    38     8    38    31    37 
	                             4    37    35    38    24    17    26    44     1    30 
	                             9    33    54     1    36     3    33    54     1    25 
	                            15    23    44     0    32     7    29    54     0    34 
	                             5    37    54     1 
	00266: CALL       
	00267: CALL       
	00268: CALL       
	00269: SVTCA[x-axis] 
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: FLIPRGON   
	00279: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:  YDual                               On
	 14:        XDual                         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:        XDual                         On
	 28:                                      On
	 29:  YDual                               On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1178,  1466)  ->  Abs (  1178,  1466)
	  1: Rel (     0,  -626)  ->  Abs (  1178,   840)
	  2: Rel (   350,     0)  ->  Abs (  1528,   840)
	  3: Rel (   243,     0)  ->  Abs (  1771,   840)
	  4: Rel (   220,  -111)  ->  Abs (  1991,   729)
	  5: Rel (    98,  -198)  ->  Abs (  2089,   531)
	  6: Rel (     0,  -104)  ->  Abs (  2089,   427)
	  7: Rel (     0,  -137)  ->  Abs (  2089,   290)
	  8: Rel (  -141,  -213)  ->  Abs (  1948,    77)
	  9: Rel (  -201,   -77)  ->  Abs (  1747,     0)
	 10: Rel (  -190,     0)  ->  Abs (  1557,     0)
	 11: Rel (  -573,     0)  ->  Abs (   984,     0)
	 12: Rel (     0,  1293)  ->  Abs (   984,  1293)
	 13: Rel (  -530,     0)  ->  Abs (   454,  1293)
	 14: Rel (     0,  -755)  ->  Abs (   454,   538)
	 15: Rel (     0,  -230)  ->  Abs (   454,   308)
	 16: Rel (   -43,  -214)  ->  Abs (   411,    94)
	 17: Rel (  -138,  -119)  ->  Abs (   273,   -25)
	 18: Rel (  -106,     0)  ->  Abs (   167,   -25)
	 19: Rel (   -64,     0)  ->  Abs (   103,   -25)
	 20: Rel (   -90,    24)  ->  Abs (    13,    -1)
	 21: Rel (    33,   172)  ->  Abs (    46,   171)
	 22: Rel (    48,   -20)  ->  Abs (    94,   151)
	 23: Rel (    34,     0)  ->  Abs (   128,   151)
	 24: Rel (    66,     0)  ->  Abs (   194,   151)
	 25: Rel (    66,    99)  ->  Abs (   260,   250)
	 26: Rel (     0,   184)  ->  Abs (   260,   434)
	 27: Rel (     0,  1032)  ->  Abs (   260,  1466)
	 28: Rel (   918, -1301)  ->  Abs (  1178,   165)
	 29: Rel (   388,     0)  ->  Abs (  1566,   165)
	 30: Rel (   106,     0)  ->  Abs (  1672,   165)
	 31: Rel (   122,    41)  ->  Abs (  1794,   206)
	 32: Rel (    87,   119)  ->  Abs (  1881,   325)
	 33: Rel (     0,    96)  ->  Abs (  1881,   421)
	 34: Rel (     0,    91)  ->  Abs (  1881,   512)
	 35: Rel (   -93,   123)  ->  Abs (  1788,   635)
	 36: Rel (  -157,    38)  ->  Abs (  1631,   673)
	 37: Rel (  -193,     0)  ->  Abs (  1438,   673)
	 38: Rel (  -260,     0)  ->  Abs (  1178,   673)

	Glyph 565: off = 0x000193F8, len = 428
	  numberOfContours:	2
	  xMin:			164
	  yMin:			0
	  xMax:			1993
	  yMax:			1466

	EndPoints
	---------
	  0:  20
	  1:  31

	  Length of Instructions:	324
	00000: NPUSHB      (47):    43     8    12    31    19     1    30    31    31    11 
	                            20    17     2    21    30    14    11     8    20    11 
	                            32     0    21    32    15    16     2    85    21     6 
	                            13    13     2    85    21    32    12    12     2    85 
	                            21    12    11    11     6    85    21 
	00049: PUSHW[1]            -12 
	00052: NPUSHB      (11):    12    12     6    85    21    24    13    13     6    85 
	                            21 
	00065: PUSHW[1]            -30 
	00068: NPUSHB      (34):    15    15     6    85    21    16    16    16     6    85 
	                            21    21    15    26    38     6    30    13    13     2 
	                            85     6    22    12    12     2    85     6    12    11 
	                            11     2    85     6 
	00104: PUSHW[1]            -11 
	00107: PUSHB[5]             11    11     6    85     6 
	00113: PUSHW[1]            -14 
	00116: PUSHB[5]             12    12     6    85     6 
	00122: PUSHW[1]            -12 
	00125: PUSHB[5]             13    13     6    85     6 
	00131: PUSHW[1]            -64 
	00134: NPUSHB      (26):    36    37    52    48     6     1     0     6    16     6 
	                            32     6     3     6    49    33    17    14    32    15 
	                            32    16    16     2    85    15 
	00162: PUSHW[1]            -10 
	00165: PUSHB[5]             15    15     2    85    15 
	00171: PUSHW[1]            -10 
	00174: PUSHB[5]             13    13     2    85    15 
	00180: PUSHW[1]             -6 
	00183: PUSHB[5]             12    12     2    85    15 
	00189: PUSHW[1]             -6 
	00192: PUSHB[5]             12    12     6    85    15 
	00198: PUSHW[1]            -12 
	00201: PUSHB[5]             13    13     6    85    15 
	00207: PUSHW[1]             -8 
	00210: PUSHB[5]             15    15     6    85    15 
	00216: PUSHW[1]             -4 
	00219: PUSHB[7]             16    16     6    85    15    93    32 
	00227: SRP0       
	00228: MIRP[srp0,nmd,rd,2] 
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: MIRP[srp0,md,rd,1] 
	00238: ALIGNRP    
	00239: SRP0       
	00240: MIRP[srp0,nmd,rd,0] 
	00241: DELTAP1    
	00242: DELTAP1    
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: MIRP[nrp0,md,rd,1] 
	00251: SRP2       
	00252: IP         
	00253: MDAP[rd]   
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: ALIGNRP    
	00263: MIRP[srp0,md,rd,1] 
	00264: ALIGNRP    
	00265: SVTCA[y-axis] 
	00266: MIAP[rd+ci] 
	00267: ALIGNRP    
	00268: MIRP[nrp0,md,rd,1] 
	00269: MIAP[rd+ci] 
	00270: ALIGNRP    
	00271: SRP2       
	00272: IP         
	00273: MDAP[rd]   
	00274: MIRP[srp0,md,rd,1] 
	00275: ALIGNRP    
	00276: SRP0       
	00277: ALIGNRP    
	00278: IUP[y]     
	00279: IUP[x]     
	00280: RS         
	00281: JROF       
	00282: NPUSHB      (30):     3    29     8    38    24    37     4    37    28    38 
	                            23     9    26    54     1    29     3    26    54     1 
	                            25     7    22    54     0    27     5    30    54     1 
	00314: CALL       
	00315: CALL       
	00316: SVTCA[x-axis] 
	00317: CALL       
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: CALL       
	00323: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:  YDual                               On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:        XDual                         On
	 19:  YDual                               On
	 20:        XDual                         On
	 21:        XDual                 X-Short On
	 22:  YDual                               On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1082,  1466)  ->  Abs (  1082,  1466)
	  1: Rel (     0,  -626)  ->  Abs (  1082,   840)
	  2: Rel (   326,     0)  ->  Abs (  1408,   840)
	  3: Rel (   209,     0)  ->  Abs (  1617,   840)
	  4: Rel (   233,   -70)  ->  Abs (  1850,   770)
	  5: Rel (   143,  -206)  ->  Abs (  1993,   564)
	  6: Rel (     0,  -137)  ->  Abs (  1993,   427)
	  7: Rel (     0,  -143)  ->  Abs (  1993,   284)
	  8: Rel (  -151,  -216)  ->  Abs (  1842,    68)
	  9: Rel (  -201,   -68)  ->  Abs (  1641,     0)
	 10: Rel (  -192,     0)  ->  Abs (  1449,     0)
	 11: Rel (  -561,     0)  ->  Abs (   888,     0)
	 12: Rel (     0,   673)  ->  Abs (   888,   673)
	 13: Rel (  -530,     0)  ->  Abs (   358,   673)
	 14: Rel (     0,  -673)  ->  Abs (   358,     0)
	 15: Rel (  -194,     0)  ->  Abs (   164,     0)
	 16: Rel (     0,  1466)  ->  Abs (   164,  1466)
	 17: Rel (   194,     0)  ->  Abs (   358,  1466)
	 18: Rel (     0,  -626)  ->  Abs (   358,   840)
	 19: Rel (   530,     0)  ->  Abs (   888,   840)
	 20: Rel (     0,   626)  ->  Abs (   888,  1466)
	 21: Rel (   194, -1301)  ->  Abs (  1082,   165)
	 22: Rel (   363,     0)  ->  Abs (  1445,   165)
	 23: Rel (   124,     0)  ->  Abs (  1569,   165)
	 24: Rel (   123,    36)  ->  Abs (  1692,   201)
	 25: Rel (    93,   121)  ->  Abs (  1785,   322)
	 26: Rel (     0,    99)  ->  Abs (  1785,   421)
	 27: Rel (     0,    85)  ->  Abs (  1785,   506)
	 28: Rel (   -82,   122)  ->  Abs (  1703,   628)
	 29: Rel (  -167,    45)  ->  Abs (  1536,   673)
	 30: Rel (  -218,     0)  ->  Abs (  1318,   673)
	 31: Rel (  -236,     0)  ->  Abs (  1082,   673)

	Glyph 566: off = 0x000195A4, len = 394
	  numberOfContours:	1
	  xMin:			49
	  yMin:			0
	  xMax:			1656
	  yMax:			1466

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	313
	00000: NPUSHB      (13):   102     4   119     4   135     4     3    25     8    19 
	                            12     4     6 
	00015: PUSHW[1]            584 
	00018: NPUSHB      (12):    17    17    12     2    23    30     0     2    20    12 
	                             8     2 
	00032: PUSHW[1]            648 
	00035: PUSHB[4]             21    12    32    10 
	00040: PUSHW[1]            -44 
	00043: NPUSHB      (17):    16    16     2    85    10    10    15    15     2    85 
	                            10    20    13    13     2    85    10 
	00062: PUSHW[1]            -46 
	00065: NPUSHB      (11):    12    13     2    85    10    19    16    16     6    85 
	                            10 
	00078: PUSHW[1]            -21 
	00081: PUSHB[5]             13    13     6    85    10 
	00087: PUSHW[1]            -32 
	00090: PUSHB[5]             12    12     6    85    10 
	00096: PUSHW[1]            -42 
	00099: NPUSHB      (18):    11    11     6    85    10    64    51    54    52   255 
	                            10     1   192    10     1    10    78    25 
	00119: PUSHW[1]            -64 
	00122: NPUSHB      (25):    52    54    52   176    25   240    25     2    16    25 
	                           112    25   160    25   176    25   255    25     5    25 
	                            21    32    20    20     3 
	00149: PUSHW[3]            648     0   -32 
	00156: PUSHB[5]             16    16     2    85     0 
	00162: PUSHW[1]            -38 
	00165: PUSHB[5]             13    13     2    85     0 
	00171: PUSHW[1]            -18 
	00174: PUSHB[5]             12    12     2    85     0 
	00180: PUSHW[1]             -2 
	00183: NPUSHB      (11):    11    11     2    85     0     9    16    16     6    85 
	                             0 
	00196: PUSHW[1]             -9 
	00199: PUSHB[5]             15    15     6    85     0 
	00205: PUSHW[1]            -39 
	00208: PUSHB[5]             13    13     6    85     0 
	00214: PUSHW[1]            -12 
	00217: NPUSHB      (16):    12    12     6    85     0     4    11    11     6    85 
	                             0     0     1     0   227    24 
	00235: SRP0       
	00236: MIRP[srp0,nmd,rd,2] 
	00237: DELTAP2    
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: MIRP[srp0,md,rd,1] 
	00248: ALIGNRP    
	00249: SRP0       
	00250: MIRP[nrp0,md,rd,1] 
	00251: SRP0       
	00252: DELTAP1    
	00253: DELTAP2    
	00254: CALL       
	00255: MIRP[srp0,nmd,rd,2] 
	00256: DELTAP1    
	00257: DELTAP2    
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: MIRP[nrp0,md,rd,1] 
	00268: SRP0       
	00269: MIRP[nrp0,md,rd,1] 
	00270: SVTCA[y-axis] 
	00271: MIAP[rd+ci] 
	00272: ALIGNRP    
	00273: MIAP[rd+ci] 
	00274: MIRP[srp0,md,rd,1] 
	00275: ALIGNRP    
	00276: SRP2       
	00277: IP         
	00278: MDAP[rd]   
	00279: MIRP[nrp0,md,rd,1] 
	00280: IP         
	00281: SRP2       
	00282: IP         
	00283: IUP[y]     
	00284: IUP[x]     
	00285: RS         
	00286: JROF       
	00287: NPUSHB      (16):     7    16     8    37    15    38    16     7    13    54 
	                             1    14     9    17    54     1 
	00305: CALL       
	00306: SVTCA[x-axis] 
	00307: CALL       
	00308: CALL       
	00309: CALL       
	00310: FLIPRGON   
	00311: SVTCA[y-axis] 
	00312: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual               Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual                         On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short         On
	 20:        XDual                         On
	 21:  YDual                       X-Short On
	 22:        XDual                         On
	 23:  YDual                               On

	Coordinates
	-----------
	  0: Rel (    49,  1466)  ->  Abs (    49,  1466)
	  1: Rel (  1173,     0)  ->  Abs (  1222,  1466)
	  2: Rel (     0,  -173)  ->  Abs (  1222,  1293)
	  3: Rel (  -489,     0)  ->  Abs (   733,  1293)
	  4: Rel (     0,  -451)  ->  Abs (   733,   842)
	  5: Rel (   273,    94)  ->  Abs (  1006,   936)
	  6: Rel (   164,     0)  ->  Abs (  1170,   936)
	  7: Rel (   159,     0)  ->  Abs (  1329,   936)
	  8: Rel (   236,  -129)  ->  Abs (  1565,   807)
	  9: Rel (    91,  -224)  ->  Abs (  1656,   583)
	 10: Rel (     0,  -197)  ->  Abs (  1656,   386)
	 11: Rel (     0,  -386)  ->  Abs (  1656,     0)
	 12: Rel (  -194,     0)  ->  Abs (  1462,     0)
	 13: Rel (     0,   379)  ->  Abs (  1462,   379)
	 14: Rel (     0,   144)  ->  Abs (  1462,   523)
	 15: Rel (   -54,   159)  ->  Abs (  1408,   682)
	 16: Rel (  -143,    90)  ->  Abs (  1265,   772)
	 17: Rel (  -106,     0)  ->  Abs (  1159,   772)
	 18: Rel (  -161,     0)  ->  Abs (   998,   772)
	 19: Rel (  -265,   -92)  ->  Abs (   733,   680)
	 20: Rel (     0,  -680)  ->  Abs (   733,     0)
	 21: Rel (  -194,     0)  ->  Abs (   539,     0)
	 22: Rel (     0,  1293)  ->  Abs (   539,  1293)
	 23: Rel (  -490,     0)  ->  Abs (    49,  1293)

	Glyph 567: off = 0x0001972E, len = 40
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			0
	  xMax:			1186
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	580
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	303
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1     1    34 
	00004: PUSHW[3]            545    41   356 
	00011: SCANCTRL   
	00012: SVTCA[y-axis] 
	00013: CALL       

	Glyph 568: off = 0x00019756, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			10
	  yMin:			-20
	  xMax:			1295
	  yMax:			1815

	     0: Flags:		0x0226
		Glyf Index:	589
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	356
		Y WOffset:	351
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    24    18     0     4    65     1     1    21 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 569: off = 0x00019786, len = 348
	  numberOfContours:	1
	  xMin:			160
	  yMin:			-407
	  xMax:			1313
	  yMax:			1466

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	301
	00000: NPUSHB      (25):    16    13     1    15    13    32    13   128    13   224 
	                            13     4     9     6     2     2     7    30     4     4 
	                            11     8     8    32    11 
	00027: PUSHW[1]            -28 
	00030: NPUSHB      (11):    15    15     2    85    11    16    12    12     2    85 
	                            11 
	00043: PUSHW[1]            -19 
	00046: NPUSHB      (50):    11    11     6    85    11     2    12    12     6    85 
	                            11    10    13    13     6    85    11    25    15    15 
	                             6    85    64    11    96    11     2    32    11    79 
	                            11    96    11   144    11   160    11   192    11     6 
	                            32    11    96    11   192    11   240    11     4    11 
	00098: PUSHW[1]            532 
	00101: NPUSHB      (10):     2     7    32     4    36    16    16     2    85     4 
	00113: PUSHW[1]            -25 
	00116: PUSHB[5]             15    15     2    85     4 
	00122: PUSHW[1]             -2 
	00125: PUSHB[5]             13    13     2    85     4 
	00131: PUSHW[1]             -4 
	00134: NPUSHB      (25):    12    12     2    85     4    16    11    11     2    85 
	                             4    14    11    11     6    85    64     4   143     4 
	                             2    95     4     1     4 
	00161: PUSHW[1]            532 
	00164: NPUSHB      (15):     1     6    13    13     2    85     1    30     2    12 
	                            15    15     2    85     2 
	00181: PUSHW[1]            -14 
	00184: PUSHB[5]             13    13     2    85     2 
	00190: PUSHW[1]            -16 
	00193: PUSHB[5]             11    11     2    85     2 
	00199: PUSHW[1]            -10 
	00202: PUSHB[5]             11    11     6    85     2 
	00208: PUSHW[1]             -6 
	00211: PUSHB[5]             12    12     6    85     2 
	00217: PUSHW[1]             -8 
	00220: PUSHB[5]             13    13     6    85     2 
	00226: PUSHW[1]            -10 
	00229: NPUSHB      (22):    15    15     6    85     0     2    80     2   160     2 
	                           176     2   240     2     5    80     2     1   144     2 
	                             1     2 
	00253: MDAP[rd]   
	00254: DELTAP1    
	00255: DELTAP2    
	00256: DELTAP3    
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: MIRP[srp0,md,rd,1] 
	00265: CALL       
	00266: MIRP[srp0,md,rd,1] 
	00267: DELTAP1    
	00268: DELTAP2    
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: MIRP[nrp0,md,rd,1] 
	00276: SRP0       
	00277: MIRP[srp0,md,rd,1] 
	00278: DELTAP1    
	00279: DELTAP2    
	00280: DELTAP3    
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: CALL       
	00285: CALL       
	00286: CALL       
	00287: MIRP[nrp0,md,rd,1] 
	00288: SVTCA[y-axis] 
	00289: MIAP[rd+ci] 
	00290: ALIGNRP    
	00291: SRP0       
	00292: MIRP[nrp0,md,rd,1] 
	00293: MDAP[rd]   
	00294: MIAP[rd+ci] 
	00295: ALIGNRP    
	00296: IUP[y]     
	00297: IUP[x]     
	00298: SVTCA[x-axis] 
	00299: DELTAP1    
	00300: DELTAP2    

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   823,     0)  ->  Abs (   823,     0)
	  1: Rel (     0,  -407)  ->  Abs (   823,  -407)
	  2: Rel (  -173,     0)  ->  Abs (   650,  -407)
	  3: Rel (     0,   407)  ->  Abs (   650,     0)
	  4: Rel (  -490,     0)  ->  Abs (   160,     0)
	  5: Rel (     0,  1466)  ->  Abs (   160,  1466)
	  6: Rel (   194,     0)  ->  Abs (   354,  1466)
	  7: Rel (     0, -1293)  ->  Abs (   354,   173)
	  8: Rel (   764,     0)  ->  Abs (  1118,   173)
	  9: Rel (     0,  1293)  ->  Abs (  1118,  1466)
	 10: Rel (   195,     0)  ->  Abs (  1313,  1466)
	 11: Rel (     0, -1466)  ->  Abs (  1313,     0)

	Glyph 570: off = 0x000198E2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 571: off = 0x000198F2, len = 312
	  numberOfContours:	2
	  xMin:			167
	  yMin:			0
	  xMax:			1272
	  yMax:			1466

	EndPoints
	---------
	  0:  14
	  1:  24

	  Length of Instructions:	228
	00000: NPUSHB      (21):    40     8     4    30    24    24    14     3    30     0 
	                             2    15    30    14     8     2     2     0    19    38 
	                             9 
	00023: PUSHW[1]            -15 
	00026: PUSHB[5]             11    12     6    85     9 
	00032: PUSHW[1]             -8 
	00035: NPUSHB      (11):    13    13     6    85     9     4    16    16     6    85 
	                             9 
	00048: PUSHW[1]            -64 
	00051: NPUSHB      (19):    36    37    52    48     9     1     0     9    16     9 
	                            32     9     3     9    49   223    26     1    26 
	00072: PUSHW[1]            -64 
	00075: NPUSHB      (17):    30    35    52    48    26     1    26     3    15    32 
	                             0    32    16    16     2    85     0 
	00094: PUSHW[1]            -10 
	00097: PUSHB[5]             15    15     2    85     0 
	00103: PUSHW[1]            -10 
	00106: PUSHB[5]             13    13     2    85     0 
	00112: PUSHW[1]             -6 
	00115: PUSHB[5]             12    12     2    85     0 
	00121: PUSHW[1]            -10 
	00124: PUSHB[5]             12    12     6    85     0 
	00130: PUSHW[1]            -18 
	00133: PUSHB[5]             13    13     6    85     0 
	00139: PUSHW[1]            -10 
	00142: PUSHB[7]             15    16     6    85     0    93    25 
	00150: SRP0       
	00151: MIRP[srp0,nmd,rd,2] 
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: CALL       
	00157: CALL       
	00158: CALL       
	00159: MIRP[srp0,md,rd,1] 
	00160: ALIGNRP    
	00161: SRP0       
	00162: DELTAP2    
	00163: CALL       
	00164: DELTAP1    
	00165: MIRP[srp0,nmd,rd,2] 
	00166: DELTAP1    
	00167: DELTAP1    
	00168: CALL       
	00169: CALL       
	00170: CALL       
	00171: CALL       
	00172: MIRP[nrp0,md,rd,1] 
	00173: SRP2       
	00174: IP         
	00175: MDAP[rd]   
	00176: SVTCA[y-axis] 
	00177: MIAP[rd+ci] 
	00178: MIRP[nrp0,md,rd,1] 
	00179: MIAP[rd+ci] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: SRP2       
	00182: IP         
	00183: MDAP[rd]   
	00184: MIRP[srp0,md,rd,1] 
	00185: IUP[y]     
	00186: IUP[x]     
	00187: RS         
	00188: JROF       
	00189: NPUSHB      (28):     6    22    11    38     7    37    21    38    17    12 
	                            19    54     1    22     6    19    54     1    18    10 
	                            16    54     0    20     8    23    54     1 
	00219: CALL       
	00220: CALL       
	00221: SVTCA[x-axis] 
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: FLIPRGON   

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                               On
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual                               On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   167,  1466)  ->  Abs (   167,  1466)
	  1: Rel (   951,     0)  ->  Abs (  1118,  1466)
	  2: Rel (     0,  -173)  ->  Abs (  1118,  1293)
	  3: Rel (  -757,     0)  ->  Abs (   361,  1293)
	  4: Rel (     0,  -452)  ->  Abs (   361,   841)
	  5: Rel (   350,     0)  ->  Abs (   711,   841)
	  6: Rel (   194,     0)  ->  Abs (   905,   841)
	  7: Rel (   229,   -74)  ->  Abs (  1134,   767)
	  8: Rel (   138,  -205)  ->  Abs (  1272,   562)
	  9: Rel (     0,  -136)  ->  Abs (  1272,   426)
	 10: Rel (     0,  -111)  ->  Abs (  1272,   315)
	 11: Rel (   -99,  -193)  ->  Abs (  1173,   122)
	 12: Rel (  -196,  -122)  ->  Abs (   977,     0)
	 13: Rel (  -236,     0)  ->  Abs (   741,     0)
	 14: Rel (  -574,     0)  ->  Abs (   167,     0)
	 15: Rel (   194,   165)  ->  Abs (   361,   165)
	 16: Rel (   388,     0)  ->  Abs (   749,   165)
	 17: Rel (   157,     0)  ->  Abs (   906,   165)
	 18: Rel (   157,   128)  ->  Abs (  1063,   293)
	 19: Rel (     0,   128)  ->  Abs (  1063,   421)
	 20: Rel (     0,    91)  ->  Abs (  1063,   512)
	 21: Rel (   -90,   122)  ->  Abs (   973,   634)
	 22: Rel (  -160,    40)  ->  Abs (   813,   674)
	 23: Rel (  -193,     0)  ->  Abs (   620,   674)
	 24: Rel (  -259,     0)  ->  Abs (   361,   674)

	Glyph 572: off = 0x00019A2A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			150
	  yMin:			0
	  xMax:			1257
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	37
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 573: off = 0x00019A3A, len = 154
	  numberOfContours:	1
	  xMin:			161
	  yMin:			0
	  xMax:			1109
	  yMax:			1466

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	123
	00000: NPUSHB      (23):     2     3    30     1     0     2     5     8     1    26 
	                             7     3     4    32     5     5     0    36    16    16 
	                             2    85     0 
	00025: PUSHW[1]            -14 
	00028: PUSHB[5]             15    15     2    85     0 
	00034: PUSHW[1]            -22 
	00037: PUSHB[5]             13    13     2    85     0 
	00043: PUSHW[1]             -2 
	00046: PUSHB[5]             12    12     2    85     0 
	00052: PUSHW[1]            -10 
	00055: PUSHB[5]             16    16     6    85     0 
	00061: PUSHW[1]            -12 
	00064: PUSHB[5]             15    15     6    85     0 
	00070: PUSHW[1]            -23 
	00073: PUSHB[5]             13    13     6    85     0 
	00079: PUSHW[1]            -10 
	00082: NPUSHB      (10):    12    12     6    85     0    25     6    59   142    24 
	00094: CALL       
	00095: FLIPOFF    
	00096: SRP0       
	00097: MIRP[srp0,nmd,rd,0] 
	00098: CALL       
	00099: CALL       
	00100: CALL       
	00101: CALL       
	00102: CALL       
	00103: CALL       
	00104: CALL       
	00105: CALL       
	00106: ALIGNRP    
	00107: FLIPON     
	00108: SRP0       
	00109: MIRP[srp0,md,rd,1] 
	00110: ALIGNRP    
	00111: FLIPOFF    
	00112: SRP0       
	00113: MIRP[nrp0,nmd,rd,2] 
	00114: SVTCA[y-axis] 
	00115: MIAP[rd+ci] 
	00116: MIAP[rd+ci] 
	00117: ALIGNRP    
	00118: FLIPON     
	00119: MIRP[srp0,md,rd,1] 
	00120: ALIGNRP    
	00121: IUP[y]     
	00122: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   161,  1466)  ->  Abs (   161,  1466)
	  1: Rel (   948,     0)  ->  Abs (  1109,  1466)
	  2: Rel (     0,  -173)  ->  Abs (  1109,  1293)
	  3: Rel (  -754,     0)  ->  Abs (   355,  1293)
	  4: Rel (     0, -1293)  ->  Abs (   355,     0)
	  5: Rel (  -194,     0)  ->  Abs (   161,     0)

	Glyph 574: off = 0x00019AD4, len = 352
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-342
	  xMax:			1315
	  yMax:			1466

	EndPoints
	---------
	  0:  13
	  1:  20

	  Length of Instructions:	274
	00000: NPUSHB      (21):    15    22    47    22     2    15    30     0     2     5 
	                             9     2    19     3    10    30     7     8    13    30 
	                            16 
	00023: PUSHW[1]            -32 
	00026: PUSHB[5]             16    16     2    85    16 
	00032: PUSHW[1]            -14 
	00035: PUSHB[5]             13    13     2    85    16 
	00041: PUSHW[1]            -24 
	00044: NPUSHB      (11):    11    11     2    85    16    10    13    13     6    85 
	                            16 
	00057: PUSHW[1]             -8 
	00060: PUSHB[5]             15    15     6    85    16 
	00066: PUSHW[1]            -14 
	00069: NPUSHB      (11):    16    16     6    85    16    16     3     9    20    32 
	                             2 
	00082: PUSHW[1]             -2 
	00085: PUSHB[5]             12    12     2    85     2 
	00091: PUSHW[1]            -24 
	00094: PUSHB[5]             11    11     2    85     2 
	00100: PUSHW[1]            -10 
	00103: PUSHB[5]             11    12     6    85     2 
	00109: PUSHW[1]            605 
	00112: PUSHB[3]              5    30     3 
	00116: PUSHW[1]            -32 
	00119: NPUSHB      (17):    15    15     2    85     3    34    13    13     2    85 
	                             3    10    11    12     6    85     3 
	00138: PUSHW[1]            -40 
	00141: PUSHB[5]             13    13     6    85     3 
	00147: PUSHW[1]            -16 
	00150: NPUSHB      (46):    15    15     6    85     3    10    16    16     6    85 
	                             9    15     3     1    58    31     3   223     3     2 
	                            15     3   143     3     2    15     3   159     3   175 
	                             3   191     3   255     3     5     3    75    22    19 
	                           101    11    11     8    30     9 
	00198: PUSHW[1]            -10 
	00201: NPUSHB      (16):    11    13     6    85     9    10    16    16     6    85 
	                             9    31     9     1     9    21 
	00219: SRP0       
	00220: ALIGNRP    
	00221: DELTAP3    
	00222: SRP0       
	00223: CALL       
	00224: CALL       
	00225: MIRP[nrp0,md,rd,1] 
	00226: IP         
	00227: MDAP[rd]   
	00228: MIRP[nrp0,md,rd,1] 
	00229: SRP0       
	00230: MIRP[srp0,nmd,rd,2] 
	00231: DELTAP1    
	00232: DELTAP2    
	00233: DELTAP3    
	00234: SDB        
	00235: DELTAP1    
	00236: SDB        
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: MIRP[nrp0,md,rd,1] 
	00244: MIRP[srp0,nmd,rd,0] 
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: MIRP[nrp0,md,rd,1] 
	00249: SRP1       
	00250: SRP2       
	00251: IP         
	00252: MDAP[rd]   
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: MIRP[nrp0,md,rd,1] 
	00260: SVTCA[y-axis] 
	00261: MIAP[rd+ci] 
	00262: MIRP[srp0,md,rd,1] 
	00263: ALIGNRP    
	00264: ALIGNRP    
	00265: ALIGNRP    
	00266: MDAP[rd]   
	00267: ALIGNRP    
	00268: MIAP[rd+ci] 
	00269: MIRP[nrp0,md,rd,1] 
	00270: IUP[y]     
	00271: IUP[x]     
	00272: SVTCA[x-axis] 
	00273: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                 X-Short Off
	 13:        XDual                         On
	 14:  YDual               Y-Short         On
	 15:  YDual                               On
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                              X-Short Off
	 19:                      Y-Short X-Short On
	 20:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   291,  1466)  ->  Abs (   291,  1466)
	  1: Rel (   892,     0)  ->  Abs (  1183,  1466)
	  2: Rel (     0, -1293)  ->  Abs (  1183,   173)
	  3: Rel (   132,     0)  ->  Abs (  1315,   173)
	  4: Rel (     0,  -515)  ->  Abs (  1315,  -342)
	  5: Rel (  -173,     0)  ->  Abs (  1142,  -342)
	  6: Rel (     0,   342)  ->  Abs (  1142,     0)
	  7: Rel (  -969,     0)  ->  Abs (   173,     0)
	  8: Rel (     0,  -342)  ->  Abs (   173,  -342)
	  9: Rel (  -173,     0)  ->  Abs (     0,  -342)
	 10: Rel (     0,   515)  ->  Abs (     0,   173)
	 11: Rel (   114,     0)  ->  Abs (   114,   173)
	 12: Rel (   177,   267)  ->  Abs (   291,   440)
	 13: Rel (     0,   812)  ->  Abs (   291,  1252)
	 14: Rel (   698,    41)  ->  Abs (   989,  1293)
	 15: Rel (  -511,     0)  ->  Abs (   478,  1293)
	 16: Rel (     0,   -75)  ->  Abs (   478,  1218)
	 17: Rel (     0,  -187)  ->  Abs (   478,  1031)
	 18: Rel (   -67,  -649)  ->  Abs (   411,   382)
	 19: Rel (   -98,  -209)  ->  Abs (   313,   173)
	 20: Rel (   676,     0)  ->  Abs (   989,   173)

	Glyph 575: off = 0x00019C34, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 576: off = 0x00019C44, len = 614
	  numberOfContours:	1
	  xMin:			7
	  yMin:			0
	  xMax:			1883
	  yMax:			1467

	EndPoints
	---------
	  0:  61

	  Length of Instructions:	422
	00000: NPUSHB     (165):   141    24   132    26   139    38   130    40     4    47 
	                            63     1    15    63    47    63    64    63   119    20 
	                           112    63   135    20   128    63   150    20   150    23 
	                           153    41   153    44   224    63    12    40    28    40 
	                            35    57    18    56    28    56    35    56    46    73 
	                            46   104    27   104    36   136    44    10    73    18 
	                            73    28    73    35   118    23   118    41   120    44 
	                             6    39    25    56    58    58    32    44    46    20 
	                            44    44    46    37    38    38    32    39    40    20 
	                            39    39    40     5     3     3    32    20    18    20 
	                            20    20    18    27    26    26    32    25    24    20 
	                            25    25    24    58    56     3     5     4     8    60 
	                            44    46    20    18     4    49    42    22    42    60 
	                            37    40    27    24     4    33    37    40    32    39 
	                            27    26    24     3    25     3     5    18    20    22 
	                             3    31    11    46    44    42     3    58    56    32 
	                            50     1    60    30    60 
	00167: PUSHW[1]            605 
	00170: PUSHB[8]             33    33    61    38    26    32     8    49 
	00179: PUSHW[4]            584    53    11   270 
	00188: NPUSHB      (22):    53     8   123    61     2   159    50     1    50    45 
	                            39    26    11    11     6    85    79    39   143    39 
	                             2    39 
	00212: PUSHW[1]            370 
	00215: PUSHB[7]             31   144    11     1    11    45    25 
	00223: PUSHW[1]            -16 
	00226: NPUSHB      (10):    11    11     6    85    64    25   128    25     2    25 
	00238: PUSHW[1]            370 
	00241: NPUSHB      (12):    32     0    31   101    61    32    12    16    16     2 
	                            85    32 
	00255: PUSHW[1]             -8 
	00258: PUSHB[5]             15    15     2    85    32 
	00264: PUSHW[1]             -2 
	00267: PUSHB[5]             12    12     2    85    32 
	00273: PUSHW[1]             -6 
	00276: PUSHB[5]             11    11     6    85    32 
	00282: PUSHW[1]             -2 
	00285: NPUSHB      (13):    15    15     6    85   240    32     1   112    32   224 
	                            32     2    32 
	00300: MDAP[rd]   
	00301: DELTAP1    
	00302: DELTAP2    
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: CALL       
	00308: ALIGNRP    
	00309: MIRP[srp0,md,rd,1] 
	00310: ALIGNRP    
	00311: SRP0       
	00312: MIRP[srp0,md,rd,1] 
	00313: DELTAP1    
	00314: CALL       
	00315: MIRP[nrp0,nmd,rd,0] 
	00316: DELTAP2    
	00317: SRP0       
	00318: MIRP[srp0,md,rd,1] 
	00319: DELTAP1    
	00320: CALL       
	00321: MIRP[nrp0,nmd,rd,0] 
	00322: DELTAP2    
	00323: SVTCA[y-axis] 
	00324: MIAP[rd+ci] 
	00325: MIRP[srp0,nmd,rd,0] 
	00326: ALIGNRP    
	00327: MIRP[nrp0,md,rd,1] 
	00328: SRP0       
	00329: MIRP[nrp0,md,rd,1] 
	00330: MIAP[rd+ci] 
	00331: ALIGNRP    
	00332: ALIGNRP    
	00333: SRP2       
	00334: IP         
	00335: MDAP[rd]   
	00336: MIRP[nrp0,md,rd,1] 
	00337: ALIGNRP    
	00338: SRP0       
	00339: ALIGNRP    
	00340: SVTCA[x-axis] 
	00341: SRP1       
	00342: SRP2       
	00343: IP         
	00344: IP         
	00345: SLOOP      
	00346: IP         
	00347: SRP1       
	00348: SRP2       
	00349: SLOOP      
	00350: IP         
	00351: IP         
	00352: IP         
	00353: SRP1       
	00354: SLOOP      
	00355: IP         
	00356: SRP1       
	00357: SRP2       
	00358: IP         
	00359: IP         
	00360: SVTCA[y-axis] 
	00361: SRP1       
	00362: SLOOP      
	00363: IP         
	00364: SRP2       
	00365: IP         
	00366: IP         
	00367: SRP1       
	00368: SRP2       
	00369: SLOOP      
	00370: IP         
	00371: SRP1       
	00372: SRP2       
	00373: SLOOP      
	00374: IP         
	00375: SDPVTL[1]  
	00376: SFVTCA[x-axis] 
	00377: MDAP[nrd]  
	00378: CALL       
	00379: SFVTPV     
	00380: RDTG       
	00381: SRP0       
	00382: MDRP[nrp0,nmd,rd,0] 
	00383: SDPVTL[1]  
	00384: SFVTPV     
	00385: MDAP[nrd]  
	00386: RTG        
	00387: CALL       
	00388: SFVTPV     
	00389: RDTG       
	00390: SRP0       
	00391: MDRP[nrp0,nmd,rd,0] 
	00392: SDPVTL[1]  
	00393: SFVTCA[x-axis] 
	00394: MDAP[nrd]  
	00395: RTG        
	00396: CALL       
	00397: SFVTPV     
	00398: RDTG       
	00399: SRP0       
	00400: MDRP[nrp0,nmd,rd,0] 
	00401: SDPVTL[1]  
	00402: SFVTPV     
	00403: MDAP[nrd]  
	00404: RTG        
	00405: CALL       
	00406: SFVTPV     
	00407: RDTG       
	00408: SRP0       
	00409: MDRP[nrp0,nmd,rd,0] 
	00410: SVTCA[y-axis] 
	00411: MDAP[nrd]  
	00412: MDAP[nrd]  
	00413: IUP[y]     
	00414: IUP[x]     
	00415: SVTCA[y-axis] 
	00416: DELTAP1    
	00417: DELTAP1    
	00418: SVTCA[x-axis] 
	00419: DELTAP1    
	00420: DELTAP1    
	00421: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual Rep-  2 Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short         On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:                                      On
	 26:  YDual                       X-Short On
	 27:                              X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:        XDual                         On
	 32:  YDual                       X-Short On
	 33:        XDual                         On
	 34:  YDual                       X-Short Off
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short On
	 38:                              X-Short On
	 39:  YDual                       X-Short On
	 40:                                      On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual               Y-Short X-Short On
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual               Y-Short X-Short On
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:                      Y-Short X-Short On
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off
	 55:        XDual         Y-Short X-Short Off
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short X-Short Off
	 60:        XDual         Y-Short X-Short On
	 61:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  1045,  1466)  ->  Abs (  1045,  1466)
	  1: Rel (     0,  -642)  ->  Abs (  1045,   824)
	  2: Rel (   143,     0)  ->  Abs (  1188,   824)
	  3: Rel (   107,   105)  ->  Abs (  1295,   929)
	  4: Rel (    83,   194)  ->  Abs (  1378,  1123)
	  5: Rel (    61,   144)  ->  Abs (  1439,  1267)
	  6: Rel (    79,   119)  ->  Abs (  1518,  1386)
	  7: Rel (   146,    81)  ->  Abs (  1664,  1467)
	  8: Rel (    87,     0)  ->  Abs (  1751,  1467)
	  9: Rel (    95,     0)  ->  Abs (  1846,  1467)
	 10: Rel (    23,    -2)  ->  Abs (  1869,  1465)
	 11: Rel (     0,  -168)  ->  Abs (  1869,  1297)
	 12: Rel (    -9,     0)  ->  Abs (  1860,  1297)
	 13: Rel (   -29,     1)  ->  Abs (  1831,  1298)
	 14: Rel (   -32,     1)  ->  Abs (  1799,  1299)
	 15: Rel (    -7,     0)  ->  Abs (  1792,  1299)
	 16: Rel (   -93,     0)  ->  Abs (  1699,  1299)
	 17: Rel (   -45,   -45)  ->  Abs (  1654,  1254)
	 18: Rel (   -46,   -45)  ->  Abs (  1608,  1209)
	 19: Rel (   -59,  -147)  ->  Abs (  1549,  1062)
	 20: Rel (   -64,  -159)  ->  Abs (  1485,   903)
	 21: Rel (   -94,  -115)  ->  Abs (  1391,   788)
	 22: Rel (   -89,   -38)  ->  Abs (  1302,   750)
	 23: Rel (   144,   -40)  ->  Abs (  1446,   710)
	 24: Rel (   135,  -222)  ->  Abs (  1581,   488)
	 25: Rel (   302,  -488)  ->  Abs (  1883,     0)
	 26: Rel (  -240,     0)  ->  Abs (  1643,     0)
	 27: Rel (  -245,   398)  ->  Abs (  1398,   398)
	 28: Rel (   -98,   158)  ->  Abs (  1300,   556)
	 29: Rel (  -134,   130)  ->  Abs (  1166,   686)
	 30: Rel (  -121,     0)  ->  Abs (  1045,   686)
	 31: Rel (     0,  -686)  ->  Abs (  1045,     0)
	 32: Rel (  -199,     0)  ->  Abs (   846,     0)
	 33: Rel (     0,   686)  ->  Abs (   846,   686)
	 34: Rel (   -96,     0)  ->  Abs (   750,   686)
	 35: Rel (  -147,  -101)  ->  Abs (   603,   585)
	 36: Rel (   -98,  -167)  ->  Abs (   505,   418)
	 37: Rel (   -12,   -20)  ->  Abs (   493,   398)
	 38: Rel (  -245,  -398)  ->  Abs (   248,     0)
	 39: Rel (  -241,     0)  ->  Abs (     7,     0)
	 40: Rel (   302,   488)  ->  Abs (   309,   488)
	 41: Rel (   138,   223)  ->  Abs (   447,   711)
	 42: Rel (   142,    39)  ->  Abs (   589,   750)
	 43: Rel (   -79,    32)  ->  Abs (   510,   782)
	 44: Rel (  -100,   107)  ->  Abs (   410,   889)
	 45: Rel (   -69,   173)  ->  Abs (   341,  1062)
	 46: Rel (   -63,   157)  ->  Abs (   278,  1219)
	 47: Rel (   -45,    40)  ->  Abs (   233,  1259)
	 48: Rel (   -45,    40)  ->  Abs (   188,  1299)
	 49: Rel (   -89,     0)  ->  Abs (    99,  1299)
	 50: Rel (   -78,    -2)  ->  Abs (    21,  1297)
	 51: Rel (     0,   168)  ->  Abs (    21,  1465)
	 52: Rel (    11,     2)  ->  Abs (    32,  1467)
	 53: Rel (   101,     0)  ->  Abs (   133,  1467)
	 54: Rel (    96,     0)  ->  Abs (   229,  1467)
	 55: Rel (   141,   -79)  ->  Abs (   370,  1388)
	 56: Rel (    80,  -119)  ->  Abs (   450,  1269)
	 57: Rel (    63,  -146)  ->  Abs (   513,  1123)
	 58: Rel (    84,  -197)  ->  Abs (   597,   926)
	 59: Rel (   105,  -100)  ->  Abs (   702,   826)
	 60: Rel (   144,    -2)  ->  Abs (   846,   824)
	 61: Rel (     0,   642)  ->  Abs (   846,  1466)

	Glyph 577: off = 0x00019EAA, len = 394
	  numberOfContours:	1
	  xMin:			78
	  yMin:			-25
	  xMax:			1154
	  yMax:			1491

	EndPoints
	---------
	  0:  38

	  Length of Instructions:	278
	00000: NPUSHB      (83):    78    25   196     3     2     6    31    57    14    70 
	                            30   101    33   117    30   165    31     6     7    25 
	                            75    30    90    30   116     3     4   192     1   193 
	                            22   203    23   200    24     4    40     8    31    11 
	                            64    31    80    31    96    31   112    31   128    31 
	                             5    31    29    12    23   227    63    24    79    24 
	                            95    24   127    24     4    24    24    37    26     1 
	                           227    48     0    64     0    80     0     3     0     0 
	                            26    37    12 
	00085: PUSHW[1]            584 
	00088: PUSHB[4]             10    10    37    19 
	00093: PUSHW[1]            584 
	00096: PUSHB[3]             26     3     4 
	00100: PUSHW[1]            584 
	00103: NPUSHB      (20):    37     9    11    11    23    16    38    29    16    11 
	                            11     6    85    29    16    13    13     6    85    29 
	00125: PUSHW[1]            -25 
	00128: NPUSHB      (14):    15    16     6    85   159    29   175    29     2    29 
	                            75     7    38    34 
	00144: PUSHW[1]            -18 
	00147: PUSHB[5]             12    12     2    85    34 
	00153: PUSHW[1]            -19 
	00156: NPUSHB      (17):    11    12     6    85    32    34     1    34    92    40 
	                            23    38    24    98     1    38     0 
	00175: PUSHW[2]            305    39 
	00180: SRP0       
	00181: MIRP[srp0,nmd,rd,0] 
	00182: MIRP[nrp0,md,rd,1] 
	00183: MIRP[srp0,nmd,rd,0] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP0       
	00186: MIRP[srp0,nmd,rd,2] 
	00187: DELTAP1    
	00188: CALL       
	00189: CALL       
	00190: MIRP[nrp0,md,rd,1] 
	00191: MIRP[srp0,nmd,rd,0] 
	00192: DELTAP1    
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: MIRP[nrp0,md,rd,1] 
	00197: SRP1       
	00198: IP         
	00199: MDAP[rd]   
	00200: SVTCA[y-axis] 
	00201: MIAP[rd+ci] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: MIAP[rd+ci] 
	00204: MIRP[nrp0,md,rd,1] 
	00205: SRP2       
	00206: IP         
	00207: MDAP[rd]   
	00208: MIRP[nrp0,md,rd,1] 
	00209: SRP1       
	00210: SRP2       
	00211: IP         
	00212: MDAP[rd]   
	00213: DELTAP1    
	00214: MIRP[nrp0,nmd,rd,0] 
	00215: SRP1       
	00216: SRP2       
	00217: IP         
	00218: MDAP[rd]   
	00219: DELTAP1    
	00220: MIRP[nrp0,nmd,rd,0] 
	00221: SVTCA[x-axis] 
	00222: SRP1       
	00223: SRP2       
	00224: IP         
	00225: DELTAP1    
	00226: SVTCA[y-axis] 
	00227: SRP2       
	00228: IP         
	00229: IUP[y]     
	00230: IUP[x]     
	00231: RS         
	00232: JROF       
	00233: NPUSHB      (28):    35    36    27    28    17    18     5     6    18    27 
	                            16    54     1     5    36     7    54     1    17    28 
	                            19    54     1     6    35     4    54     0 
	00263: CALL       
	00264: CALL       
	00265: SVTCA[x-axis] 
	00266: CALL       
	00267: CALL       
	00268: FLIPRGON   
	00269: FLIPRGON   
	00270: FLIPRGON   
	00271: FLIPRGON   
	00272: SVTCA[y-axis] 
	00273: DELTAP2    
	00274: DELTAP1    
	00275: SVTCA[x-axis] 
	00276: DELTAP1    
	00277: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short On
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:  YDual               Y-Short X-Short On
	 25:        XDual                 X-Short Off
	 26:  YDual                               On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short         Off
	 37:  YDual                       X-Short On
	 38:  YDual                               Off

	Coordinates
	-----------
	  0: Rel (    78,   414)  ->  Abs (    78,   414)
	  1: Rel (   185,    48)  ->  Abs (   263,   462)
	  2: Rel (    21,  -107)  ->  Abs (   284,   355)
	  3: Rel (   183,  -214)  ->  Abs (   467,   141)
	  4: Rel (   151,     0)  ->  Abs (   618,   141)
	  5: Rel (   154,     0)  ->  Abs (   772,   141)
	  6: Rel (   178,   158)  ->  Abs (   950,   299)
	  7: Rel (     0,   112)  ->  Abs (   950,   411)
	  8: Rel (     0,   121)  ->  Abs (   950,   532)
	  9: Rel (  -188,   143)  ->  Abs (   762,   675)
	 10: Rel (  -162,     0)  ->  Abs (   600,   675)
	 11: Rel (   -93,     0)  ->  Abs (   507,   675)
	 12: Rel (     0,   169)  ->  Abs (   507,   844)
	 13: Rel (   134,     0)  ->  Abs (   641,   844)
	 14: Rel (   142,    31)  ->  Abs (   783,   875)
	 15: Rel (   109,   127)  ->  Abs (   892,  1002)
	 16: Rel (     0,    81)  ->  Abs (   892,  1083)
	 17: Rel (     0,    96)  ->  Abs (   892,  1179)
	 18: Rel (  -149,   142)  ->  Abs (   743,  1321)
	 19: Rel (  -127,     0)  ->  Abs (   616,  1321)
	 20: Rel (  -111,     0)  ->  Abs (   505,  1321)
	 21: Rel (  -157,  -111)  ->  Abs (   348,  1210)
	 22: Rel (   -60,  -183)  ->  Abs (   288,  1027)
	 23: Rel (     0,   -45)  ->  Abs (   288,   982)
	 24: Rel (  -186,    42)  ->  Abs (   102,  1024)
	 25: Rel (    69,   467)  ->  Abs (   171,  1491)
	 26: Rel (   447,     0)  ->  Abs (   618,  1491)
	 27: Rel (   215,     0)  ->  Abs (   833,  1491)
	 28: Rel (   252,  -239)  ->  Abs (  1085,  1252)
	 29: Rel (     0,  -160)  ->  Abs (  1085,  1092)
	 30: Rel (     0,  -205)  ->  Abs (  1085,   887)
	 31: Rel (  -194,  -113)  ->  Abs (   891,   774)
	 32: Rel (   112,   -31)  ->  Abs (  1003,   743)
	 33: Rel (   151,  -191)  ->  Abs (  1154,   552)
	 34: Rel (     0,  -133)  ->  Abs (  1154,   419)
	 35: Rel (     0,  -189)  ->  Abs (  1154,   230)
	 36: Rel (  -293,  -255)  ->  Abs (   861,   -25)
	 37: Rel (  -242,     0)  ->  Abs (   619,   -25)
	 38: Rel (  -416,     0)  ->  Abs (   203,   -25)

	Glyph 578: off = 0x0001A034, len = 360
	  numberOfContours:	1
	  xMin:			161
	  yMin:			0
	  xMax:			1312
	  yMax:			1466

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	314
	00000: NPUSHB      (10):    47    11     1     7    24    12    28     2    85     2 
	00012: PUSHW[1]            -24 
	00015: NPUSHB      (20):    12    28     2    85    55     2    56     7    86     2 
	                            89     7   105     7   118     2   121     7     7     2 
	00037: PUSHW[1]            -12 
	00040: NPUSHB      (34):    16    16     6    85     7    76    15    16     6    85 
	                             7    60    12    12     6    85     7    78    11    11 
	                             6    85     3     7     8     8    32     2     3    20 
	                             2     2     3     2 
	00076: PUSHW[1]            -32 
	00079: PUSHB[5]             11    11     6    85     7 
	00085: PUSHW[1]            -52 
	00088: NPUSHB      (20):    11    11     6    85     2     7     8     3     1     2 
	                             8     6     8     3     8     6     2     7    32     4 
	00110: PUSHW[1]            -20 
	00113: PUSHB[5]             15    15     2    85     4 
	00119: PUSHW[1]            -18 
	00122: NPUSHB      (11):    13    13     2    85     4    18    12    12     2    85 
	                             4 
	00135: PUSHW[1]             -4 
	00138: PUSHB[5]             11    11     6    85     4 
	00144: PUSHW[1]             -2 
	00147: NPUSHB      (25):    12    13     6    85     4     8    15    15     6    85 
	                             4    57    15    11     1    11     2    32     0    36 
	                            16    16     2    85     0 
	00174: PUSHW[1]            -10 
	00177: PUSHB[5]             15    15     2    85     0 
	00183: PUSHW[1]             -6 
	00186: PUSHB[5]             13    13     2    85     0 
	00192: PUSHW[1]             -4 
	00195: PUSHB[5]             12    12     2    85     0 
	00201: PUSHW[1]            -10 
	00204: PUSHB[5]             11    11     6    85     0 
	00210: PUSHW[1]             -6 
	00213: PUSHB[5]             12    13     6    85     0 
	00219: PUSHW[1]             -9 
	00222: PUSHB[7]             15    15     6    85     0    57    10 
	00230: SRP0       
	00231: MIRP[srp0,nmd,rd,2] 
	00232: CALL       
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: MIRP[nrp0,md,rd,1] 
	00240: SRP0       
	00241: DELTAP1    
	00242: MIRP[srp0,nmd,rd,2] 
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: MIRP[nrp0,md,rd,1] 
	00250: SRP1       
	00251: SRP2       
	00252: IP         
	00253: IP         
	00254: SVTCA[y-axis] 
	00255: MIAP[rd+ci] 
	00256: ALIGNRP    
	00257: MIAP[rd+ci] 
	00258: ALIGNRP    
	00259: SRP2       
	00260: IP         
	00261: IP         
	00262: CALL       
	00263: CALL       
	00264: SDPVTL[1]  
	00265: SFVTCA[x-axis] 
	00266: MDAP[nrd]  
	00267: CALL       
	00268: SDPVTL[1]  
	00269: RDTG       
	00270: MDRP[nrp0,nmd,rd,0] 
	00271: PUSHB[2]              6     2 
	00274: RS         
	00275: EQ         
	00276: IF         
	00277: NPUSHB      (12):     6     2    15     7    21     2    91     7   138     7 
	                             5     2 
	00291: PUSHW[1]            -32 
	00294: PUSHB[3]             12    17    52 
	00298: SVTCA[y-axis] 
	00299: CALL       
	00300: DELTAP1    
	00301: EIF        
	00302: CALL       
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: IUP[y]     
	00307: IUP[x]     
	00308: SVTCA[y-axis] 
	00309: DELTAP1    
	00310: CALL       
	00311: CALL       
	00312: SVTCA[x-axis] 
	00313: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:                                      On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:                                      On
	  9:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   161,  1466)  ->  Abs (   161,  1466)
	  1: Rel (   176,     0)  ->  Abs (   337,  1466)
	  2: Rel (     0, -1161)  ->  Abs (   337,   305)
	  3: Rel (   780,  1161)  ->  Abs (  1117,  1466)
	  4: Rel (   195,     0)  ->  Abs (  1312,  1466)
	  5: Rel (     0, -1466)  ->  Abs (  1312,     0)
	  6: Rel (  -176,     0)  ->  Abs (  1136,     0)
	  7: Rel (     0,  1158)  ->  Abs (  1136,  1158)
	  8: Rel (  -781, -1158)  ->  Abs (   355,     0)
	  9: Rel (  -194,     0)  ->  Abs (   161,     0)

	Glyph 579: off = 0x0001A19C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			0
	  xMax:			1312
	  yMax:			1815

	     0: Flags:		0x0226
		Glyf Index:	578
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	376
		Y WOffset:	351
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    17    11     0     4    65     1     1    14 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 580: off = 0x0001A1CC, len = 374
	  numberOfContours:	1
	  xMin:			161
	  yMin:			0
	  xMax:			1186
	  yMax:			1467

	EndPoints
	---------
	  0:  33

	  Length of Instructions:	265
	00000: NPUSHB      (67):   139    25   132    27     2    10     7    29     7    44 
	                             7    47    35   118    24   137     7   141    30     7 
	                            58    19    58    21    56    29     3     6     4     4 
	                            37    21    19    20    21    21    19    28    27    27 
	                             8    11    16     6    85    27    32    26    25    20 
	                            26    26    25    25    28    31    27     6     4     9 
	                             2    19    21    16    23    23     2 
	00069: PUSHW[1]            605 
	00072: PUSHB[4]             31    31    33    16 
	00077: PUSHW[1]            584 
	00080: NPUSHB      (33):     9   123     0     2    26    27    27    33     8    27 
	                            28    25     3    26     6     4    23    21    19     3 
	                            32   144    11     1    11    45    26    45    35     1 
	                            32    32    33 
	00115: PUSHW[1]            -22 
	00118: PUSHB[5]             16    16     2    85    33 
	00124: PUSHW[1]            -10 
	00127: PUSHB[5]             15    15     2    85    33 
	00133: PUSHW[1]             -6 
	00136: PUSHB[5]             13    13     2    85    33 
	00142: PUSHW[1]             -2 
	00145: PUSHB[5]             12    12     2    85    33 
	00151: PUSHW[1]             -8 
	00154: PUSHB[5]             11    11     6    85    33 
	00160: PUSHW[1]             -4 
	00163: PUSHB[5]             12    12     6    85    33 
	00169: PUSHW[1]            -12 
	00172: PUSHB[5]             13    13     6    85    33 
	00178: PUSHW[1]            -12 
	00181: PUSHB[7]             15    15     6    85    33    57    34 
	00189: SRP0       
	00190: MIRP[srp0,nmd,rd,2] 
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: MIRP[srp0,md,rd,1] 
	00200: ALIGNRP    
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,2] 
	00203: MIRP[nrp0,nmd,rd,0] 
	00204: DELTAP2    
	00205: SRP1       
	00206: SLOOP      
	00207: IP         
	00208: IP         
	00209: IP         
	00210: SRP2       
	00211: SLOOP      
	00212: IP         
	00213: SVTCA[y-axis] 
	00214: MIAP[rd+ci] 
	00215: ALIGNRP    
	00216: SRP0       
	00217: ALIGNRP    
	00218: MIAP[rd+ci] 
	00219: MIRP[srp0,nmd,rd,0] 
	00220: MIRP[nrp0,md,rd,1] 
	00221: SRP2       
	00222: IP         
	00223: MDAP[rd]   
	00224: MIRP[nrp0,md,rd,1] 
	00225: RTHG       
	00226: IP         
	00227: MDAP[rd]   
	00228: SRP2       
	00229: IP         
	00230: IP         
	00231: SRP1       
	00232: SRP2       
	00233: IP         
	00234: IP         
	00235: SRP1       
	00236: SRP2       
	00237: IP         
	00238: IP         
	00239: SDPVTL[1]  
	00240: SFVTCA[x-axis] 
	00241: MDAP[nrd]  
	00242: RTG        
	00243: CALL       
	00244: CALL       
	00245: SFVTPV     
	00246: RDTG       
	00247: SRP0       
	00248: MDRP[nrp0,nmd,rd,0] 
	00249: SDPVTL[1]  
	00250: SFVTPV     
	00251: MDAP[nrd]  
	00252: RTG        
	00253: CALL       
	00254: SFVTPV     
	00255: RDTG       
	00256: SRP0       
	00257: MDRP[nrp0,nmd,rd,0] 
	00258: IUP[y]     
	00259: IUP[x]     
	00260: SVTCA[y-axis] 
	00261: DELTAP1    
	00262: SVTCA[x-axis] 
	00263: DELTAP1    
	00264: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual Rep-  2 Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short         On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:                                      On
	 27:  YDual                       X-Short On
	 28:                              X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:        XDual                         On
	 33:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   161,  1466)  ->  Abs (   161,  1466)
	  1: Rel (   194,     0)  ->  Abs (   355,  1466)
	  2: Rel (     0,  -642)  ->  Abs (   355,   824)
	  3: Rel (   133,     0)  ->  Abs (   488,   824)
	  4: Rel (   108,   103)  ->  Abs (   596,   927)
	  5: Rel (    84,   196)  ->  Abs (   680,  1123)
	  6: Rel (    61,   144)  ->  Abs (   741,  1267)
	  7: Rel (    79,   119)  ->  Abs (   820,  1386)
	  8: Rel (   146,    81)  ->  Abs (   966,  1467)
	  9: Rel (    88,     0)  ->  Abs (  1054,  1467)
	 10: Rel (   112,     0)  ->  Abs (  1166,  1467)
	 11: Rel (     6,    -2)  ->  Abs (  1172,  1465)
	 12: Rel (     0,  -168)  ->  Abs (  1172,  1297)
	 13: Rel (   -10,     0)  ->  Abs (  1162,  1297)
	 14: Rel (   -29,     1)  ->  Abs (  1133,  1298)
	 15: Rel (   -32,     1)  ->  Abs (  1101,  1299)
	 16: Rel (    -7,     0)  ->  Abs (  1094,  1299)
	 17: Rel (   -93,     0)  ->  Abs (  1001,  1299)
	 18: Rel (   -45,   -45)  ->  Abs (   956,  1254)
	 19: Rel (   -46,   -45)  ->  Abs (   910,  1209)
	 20: Rel (   -59,  -147)  ->  Abs (   851,  1062)
	 21: Rel (   -74,  -186)  ->  Abs (   777,   876)
	 22: Rel (  -102,   -97)  ->  Abs (   675,   779)
	 23: Rel (   -71,   -29)  ->  Abs (   604,   750)
	 24: Rel (   142,   -39)  ->  Abs (   746,   711)
	 25: Rel (   138,  -223)  ->  Abs (   884,   488)
	 26: Rel (   302,  -488)  ->  Abs (  1186,     0)
	 27: Rel (  -241,     0)  ->  Abs (   945,     0)
	 28: Rel (  -245,   398)  ->  Abs (   700,   398)
	 29: Rel (  -101,   165)  ->  Abs (   599,   563)
	 30: Rel (  -136,   123)  ->  Abs (   463,   686)
	 31: Rel (  -108,     0)  ->  Abs (   355,   686)
	 32: Rel (     0,  -686)  ->  Abs (   355,     0)
	 33: Rel (  -194,     0)  ->  Abs (   161,     0)

	Glyph 581: off = 0x0001A342, len = 306
	  numberOfContours:	1
	  xMin:			18
	  yMin:			-25
	  xMax:			1183
	  yMax:			1466

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	239
	00000: PUSHB[3]             25     8    13 
	00004: PUSHW[1]            270 
	00007: PUSHB[8]             12    98    10     5    30     0     2    15 
	00016: PUSHW[1]            584 
	00019: NPUSHB      (13):    10     9     3     8     3    32     2     6    16    16 
	                             2    85     2 
	00034: PUSHW[1]            -20 
	00037: NPUSHB      (17):    15    15     2    85     2    38    13    13     2    85 
	                             2     6    12    12     2    85     2 
	00056: PUSHW[1]            -24 
	00059: PUSHB[5]             11    11     2    85     2 
	00065: PUSHW[1]            -22 
	00068: NPUSHB      (25):    11    11     6    85     2     8    13    13     6    85 
	                             2     8    15    15     6    85     2    93   128    20 
	                             1    20     6    32    18 
	00095: PUSHW[1]            -28 
	00098: PUSHB[5]             16    16     2    85    18 
	00104: PUSHW[1]             -8 
	00107: NPUSHB      (17):    15    15     2    85    18     2    13    13     2    85 
	                            18     8    12    12     2    85    18 
	00126: PUSHW[1]            -28 
	00129: NPUSHB      (11):    11    11     2    85    18    26    11    11     6    85 
	                            18 
	00142: PUSHW[1]            570 
	00145: NPUSHB       (9):    13    74    12     6    12    12     6    85    12 
	00156: PUSHW[1]             -8 
	00159: PUSHB[5]             13    13     6    85    12 
	00165: PUSHW[1]             -8 
	00168: PUSHB[7]             15    15     6    85    12    98    19 
	00176: SRP0       
	00177: MIRP[srp0,nmd,rd,2] 
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: MIRP[nrp0,nmd,rd,0] 
	00182: MIRP[srp0,nmd,rd,0] 
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: MIRP[nrp0,md,rd,1] 
	00190: SRP0       
	00191: DELTAP1    
	00192: MIRP[srp0,nmd,rd,2] 
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: MIRP[srp0,md,rd,1] 
	00202: SVTCA[y-axis] 
	00203: MIAP[rd+ci] 
	00204: MIAP[rd+ci] 
	00205: MIRP[nrp0,md,rd,1] 
	00206: MIAP[rd+ci] 
	00207: MIRP[nrp0,md,rd,1] 
	00208: SRP0       
	00209: MIRP[srp0,md,rd,1] 
	00210: MIRP[nrp0,md,rd,1] 
	00211: IUP[y]     
	00212: IUP[x]     
	00213: RS         
	00214: JROF       
	00215: NPUSHB      (16):    16    17     7     9     8    38    16     9    18    44 
	                             1    17     7    15    44     0 
	00233: CALL       
	00234: SVTCA[x-axis] 
	00235: CALL       
	00236: CALL       
	00237: FLIPRGON   
	00238: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   265,  1466)  ->  Abs (   265,  1466)
	  1: Rel (   918,     0)  ->  Abs (  1183,  1466)
	  2: Rel (     0, -1466)  ->  Abs (  1183,     0)
	  3: Rel (  -194,     0)  ->  Abs (   989,     0)
	  4: Rel (     0,  1293)  ->  Abs (   989,  1293)
	  5: Rel (  -530,     0)  ->  Abs (   459,  1293)
	  6: Rel (     0,  -755)  ->  Abs (   459,   538)
	  7: Rel (     0,  -230)  ->  Abs (   459,   308)
	  8: Rel (   -43,  -214)  ->  Abs (   416,    94)
	  9: Rel (  -138,  -119)  ->  Abs (   278,   -25)
	 10: Rel (  -106,     0)  ->  Abs (   172,   -25)
	 11: Rel (   -64,     0)  ->  Abs (   108,   -25)
	 12: Rel (   -90,    24)  ->  Abs (    18,    -1)
	 13: Rel (    33,   172)  ->  Abs (    51,   171)
	 14: Rel (    48,   -20)  ->  Abs (    99,   151)
	 15: Rel (    34,     0)  ->  Abs (   133,   151)
	 16: Rel (    66,     0)  ->  Abs (   199,   151)
	 17: Rel (    66,    99)  ->  Abs (   265,   250)
	 18: Rel (     0,   184)  ->  Abs (   265,   434)

	Glyph 582: off = 0x0001A474, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			152
	  yMin:			0
	  xMax:			1551
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	48
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 583: off = 0x0001A484, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			164
	  yMin:			0
	  xMax:			1314
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	43
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 584: off = 0x0001A494, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1492

	     0: Flags:		0x0206
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 585: off = 0x0001A4A4, len = 218
	  numberOfContours:	1
	  xMin:			160
	  yMin:			0
	  xMax:			1313
	  yMax:			1466

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	180
	00000: PUSHW[2]              9   -64 
	00005: NPUSHB      (13):    19    21    52     3     7     8     5    30     0     2 
	                             3    32     2 
	00020: PUSHW[1]            -18 
	00023: PUSHB[5]             15    15     2    85     2 
	00029: PUSHW[1]            -18 
	00032: NPUSHB      (11):    13    13     2    85     2    16    12    12     2    85 
	                             2 
	00045: PUSHW[1]            -32 
	00048: PUSHB[5]             11    11     6    85     2 
	00054: PUSHW[1]             -2 
	00057: NPUSHB      (21):    12    13     6    85     2    57    15     9   128     9 
	                             2     9     6    32     7    32    16    16     2    85 
	                             7 
	00080: PUSHW[1]            -10 
	00083: PUSHB[5]             15    15     2    85     7 
	00089: PUSHW[1]            -10 
	00092: PUSHB[5]             13    13     2    85     7 
	00098: PUSHW[1]             -6 
	00101: NPUSHB      (11):    12    12     2    85     7    10    11    11     6    85 
	                             7 
	00114: PUSHW[1]            -10 
	00117: PUSHB[8]             12    13     6    85    32     7     1     7 
	00126: PUSHW[1]            -64 
	00129: NPUSHB      (18):    19    21    52     7    93     8    32     9     1    32 
	                             9    80     9    96     9   112     9     4 
	00149: DELTAP1    
	00150: DELTAP2    
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,2] 
	00153: CALL       
	00154: DELTAP1    
	00155: CALL       
	00156: CALL       
	00157: CALL       
	00158: CALL       
	00159: CALL       
	00160: CALL       
	00161: MIRP[nrp0,md,rd,1] 
	00162: SRP0       
	00163: DELTAP1    
	00164: MIRP[srp0,nmd,rd,2] 
	00165: CALL       
	00166: CALL       
	00167: CALL       
	00168: CALL       
	00169: CALL       
	00170: MIRP[nrp0,md,rd,1] 
	00171: SVTCA[y-axis] 
	00172: MIAP[rd+ci] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: MIAP[rd+ci] 
	00175: ALIGNRP    
	00176: IUP[y]     
	00177: IUP[x]     
	00178: SVTCA[x-axis] 
	00179: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   160,  1466)  ->  Abs (   160,  1466)
	  1: Rel (  1153,     0)  ->  Abs (  1313,  1466)
	  2: Rel (     0, -1466)  ->  Abs (  1313,     0)
	  3: Rel (  -195,     0)  ->  Abs (  1118,     0)
	  4: Rel (     0,  1293)  ->  Abs (  1118,  1293)
	  5: Rel (  -764,     0)  ->  Abs (   354,  1293)
	  6: Rel (     0, -1293)  ->  Abs (   354,     0)
	  7: Rel (  -194,     0)  ->  Abs (   160,     0)

	Glyph 586: off = 0x0001A57E, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			158
	  yMin:			0
	  xMax:			1277
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	51
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 587: off = 0x0001A58E, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			102
	  yMin:			-25
	  xMax:			1398
	  yMax:			1491

	     0: Flags:		0x0206
		Glyf Index:	38
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 588: off = 0x0001A59E, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			48
	  yMin:			0
	  xMax:			1210
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	55
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 589: off = 0x0001A5AE, len = 248
	  numberOfContours:	1
	  xMin:			10
	  yMin:			-20
	  xMax:			1295
	  yMax:			1466

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	183
	00000: NPUSHB      (23):   102     2     1   155     2     1   104     2     1   156 
	                             1   147     3     2     2    16     2     1    16     3 
	                             1     2     2 
	00025: PUSHW[1]            -12 
	00028: NPUSHB      (17):    13    13     6    85     2    30    16     0    20    16 
	                             2     3    16     0     3     2     2 
	00047: PUSHW[1]            -12 
	00050: NPUSHB      (32):    13    13     6    85     2    30     5     4    20     5 
	                             2     1     5     4     2    16     5     3     8     0 
	                            11    93    10    74     8     4     3     3     1     0 
	                             2    13 
	00084: PUSHW[1]            584 
	00087: NPUSHB      (16):     8     9    16     1     0     5     3     4     2    32 
	                            10     1    10   147     0     4 
	00105: PUSHW[3]            348     0   348 
	00112: PUSHB[4]              2     2    18    17 
	00117: RTHG       
	00118: SRP1       
	00119: SRP2       
	00120: IP         
	00121: MDAP[rd]   
	00122: RTG        
	00123: MIRP[nrp0,md,rd,1] 
	00124: MIRP[nrp0,md,rd,1] 
	00125: RTHG       
	00126: SRP0       
	00127: MIRP[nrp0,nmd,rd,0] 
	00128: DELTAP1    
	00129: SRP1       
	00130: SRP2       
	00131: IP         
	00132: IP         
	00133: SRP2       
	00134: IP         
	00135: IP         
	00136: SVTCA[y-axis] 
	00137: RTG        
	00138: MIAP[rd+ci] 
	00139: MIRP[nrp0,md,rd,1] 
	00140: MIAP[rd+ci] 
	00141: ALIGNRP    
	00142: ALIGNRP    
	00143: SRP0       
	00144: ALIGNRP    
	00145: SRP0       
	00146: MIRP[srp0,nmd,rd,0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP1       
	00149: SRP2       
	00150: SLOOP      
	00151: IP         
	00152: SDPVTL[1]  
	00153: SFVTL[=p1,p2] 
	00154: MDAP[nrd]  
	00155: CALL       
	00156: CALL       
	00157: SFVTCA[x-axis] 
	00158: RDTG       
	00159: SRP0       
	00160: MDRP[nrp0,nmd,rd,0] 
	00161: SDPVTL[1]  
	00162: SFVTL[=p1,p2] 
	00163: MDAP[nrd]  
	00164: RTG        
	00165: CALL       
	00166: CALL       
	00167: SFVTCA[x-axis] 
	00168: RDTG       
	00169: SRP0       
	00170: MDRP[nrp0,nmd,rd,0] 
	00171: SDPVTL[1]  
	00172: SFVTL[=p1,p2] 
	00173: SRP0       
	00174: MDRP[nrp0,nmd,rd,0] 
	00175: IUP[y]     
	00176: IUP[x]     
	00177: SVTCA[x-axis] 
	00178: DELTAP3    
	00179: DELTAP1    
	00180: SVTCA[y-axis] 
	00181: DELTAP3    
	00182: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:                                      On
	  3:                                      On
	  4:  YDual XDual                 X-Short On
	  5:                                      On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short         On
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    10,  1466)  ->  Abs (    10,  1466)
	  1: Rel (   196,     0)  ->  Abs (   206,  1466)
	  2: Rel (   478,  -898)  ->  Abs (   684,   568)
	  3: Rel (   418,   898)  ->  Abs (  1102,  1466)
	  4: Rel (   193,     0)  ->  Abs (  1295,  1466)
	  5: Rel (  -550, -1140)  ->  Abs (   745,   326)
	  6: Rel (  -103,  -214)  ->  Abs (   642,   112)
	  7: Rel (  -132,  -132)  ->  Abs (   510,   -20)
	  8: Rel (  -123,     0)  ->  Abs (   387,   -20)
	  9: Rel (   -75,     0)  ->  Abs (   312,   -20)
	 10: Rel (  -109,    35)  ->  Abs (   203,    15)
	 11: Rel (     0,   166)  ->  Abs (   203,   181)
	 12: Rel (    78,   -45)  ->  Abs (   281,   136)
	 13: Rel (    87,     0)  ->  Abs (   368,   136)
	 14: Rel (    71,     0)  ->  Abs (   439,   136)
	 15: Rel (   103,    91)  ->  Abs (   542,   227)
	 16: Rel (    62,   162)  ->  Abs (   604,   389)

	Glyph 590: off = 0x0001A6A6, len = 378
	  numberOfContours:	3
	  xMin:			82
	  yMin:			0
	  xMax:			1474
	  yMax:			1478

	EndPoints
	---------
	  0:  17
	  1:  24
	  2:  31

	  Length of Instructions:	263
	00000: NPUSHB      (73):    32    33     1    16    33    79    33   112    33   208 
	                            33   224    33     5    37    21    43    23    43    27 
	                            37    29     4    18   123    25     9    12    19   123 
	                            31    30    48    12     1   111    12   127    12     2 
	                            12   147    11    25    30     0    63     3     1   112 
	                             3     1     3   147     1     2    11     8    28    38 
	                            15    18    15    15     6    85    15    20    13    13 
	                             6    85    15 
	00075: PUSHW[1]            -10 
	00078: NPUSHB      (21):    11    12     6    85    15    15    63    15     2    31 
	                            15   111    15   127    15   143    15   239    15     5 
	                            15 
	00101: PUSHW[1]            451 
	00104: PUSHB[4]             10    22    38     6 
	00109: PUSHW[1]            -12 
	00112: PUSHB[5]             15    15     6    85     6 
	00118: PUSHW[1]            -10 
	00121: NPUSHB      (27):    13    13     6    85     6    10    11    12     6    85 
	                             0     6    48     6     2    16     6    96     6   112 
	                             6   128     6   224     6     5     6 
	00150: PUSHW[1]            451 
	00153: NPUSHB      (13):    11    19    10    25    11     2    64    10     1    10 
	                            30     1    11 
	00168: PUSHW[1]             -4 
	00171: NPUSHB      (11):    15    15     2    85    11    10    15    15     6    85 
	                            11 
	00184: PUSHW[1]             -6 
	00187: NPUSHB      (19):    13    13     6    85     0    11   144    11   192    11 
	                             3    32    11    79    11   176    11     3    11 
	00208: MDAP[rd]   
	00209: DELTAP1    
	00210: DELTAP3    
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: ALIGNRP    
	00215: MIRP[srp0,md,rd,1] 
	00216: DELTAP2    
	00217: ALIGNRP    
	00218: SRP0       
	00219: ALIGNRP    
	00220: SRP0       
	00221: ALIGNRP    
	00222: SRP0       
	00223: MIRP[srp0,md,rd,1] 
	00224: DELTAP1    
	00225: DELTAP2    
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: MIRP[nrp0,md,rd,1] 
	00230: SRP0       
	00231: MIRP[srp0,md,rd,1] 
	00232: DELTAP1    
	00233: DELTAP2    
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: MIRP[nrp0,md,rd,1] 
	00238: SVTCA[y-axis] 
	00239: MIAP[rd+ci] 
	00240: MIAP[rd+ci] 
	00241: MIRP[srp0,nmd,rd,0] 
	00242: DELTAP1    
	00243: DELTAP2    
	00244: ALIGNRP    
	00245: MIRP[nrp0,md,rd,1] 
	00246: SRP0       
	00247: MIRP[srp0,nmd,rd,0] 
	00248: DELTAP1    
	00249: DELTAP2    
	00250: MIRP[srp0,md,rd,1] 
	00251: MIRP[nrp0,nmd,rd,0] 
	00252: SRP0       
	00253: ALIGNRP    
	00254: SRP0       
	00255: MIRP[nrp0,nmd,rd,0] 
	00256: IUP[y]     
	00257: IUP[x]     
	00258: SVTCA[y-axis] 
	00259: DELTAP1    
	00260: SVTCA[x-axis] 
	00261: DELTAP1    
	00262: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:                      Y-Short         Off
	  5:                                      Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                                      Off
	  9:                      Y-Short         On
	 10:        XDual         Y-Short         On
	 11:  YDual                       X-Short On
	 12:  YDual XDual         Y-Short         On
	 13:  YDual               Y-Short         Off
	 14:                                      Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:                                      Off
	 18:                      Y-Short         On
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short         On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   688,  1290)  ->  Abs (   688,  1290)
	  1: Rel (     0,   188)  ->  Abs (   688,  1478)
	  2: Rel (   182,     0)  ->  Abs (   870,  1478)
	  3: Rel (     0,  -188)  ->  Abs (   870,  1290)
	  4: Rel (   280,   -15)  ->  Abs (  1150,  1275)
	  5: Rel (   324,  -307)  ->  Abs (  1474,   968)
	  6: Rel (     0,  -228)  ->  Abs (  1474,   740)
	  7: Rel (     0,  -223)  ->  Abs (  1474,   517)
	  8: Rel (  -314,  -312)  ->  Abs (  1160,   205)
	  9: Rel (  -290,   -16)  ->  Abs (   870,   189)
	 10: Rel (     0,  -189)  ->  Abs (   870,     0)
	 11: Rel (  -182,     0)  ->  Abs (   688,     0)
	 12: Rel (     0,   189)  ->  Abs (   688,   189)
	 13: Rel (  -260,    10)  ->  Abs (   428,   199)
	 14: Rel (  -346,   297)  ->  Abs (    82,   496)
	 15: Rel (     0,   244)  ->  Abs (    82,   740)
	 16: Rel (     0,   245)  ->  Abs (    82,   985)
	 17: Rel (   345,   294)  ->  Abs (   427,  1279)
	 18: Rel (   443,  -155)  ->  Abs (   870,  1124)
	 19: Rel (     0,  -768)  ->  Abs (   870,   356)
	 20: Rel (   188,     9)  ->  Abs (  1058,   365)
	 21: Rel (   216,   200)  ->  Abs (  1274,   565)
	 22: Rel (     0,   175)  ->  Abs (  1274,   740)
	 23: Rel (     0,   172)  ->  Abs (  1274,   912)
	 24: Rel (  -212,   201)  ->  Abs (  1062,  1113)
	 25: Rel (  -374,    10)  ->  Abs (   688,  1123)
	 26: Rel (  -181,    -8)  ->  Abs (   507,  1115)
	 27: Rel (  -224,  -198)  ->  Abs (   283,   917)
	 28: Rel (     0,  -177)  ->  Abs (   283,   740)
	 29: Rel (     0,  -175)  ->  Abs (   283,   565)
	 30: Rel (   221,  -200)  ->  Abs (   504,   365)
	 31: Rel (   184,    -8)  ->  Abs (   688,   357)

	Glyph 591: off = 0x0001A820, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			9
	  yMin:			0
	  xMax:			1353
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	59
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 592: off = 0x0001A830, len = 296
	  numberOfContours:	1
	  xMin:			159
	  yMin:			-407
	  xMax:			1446
	  yMax:			1466

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	249
	00000: NPUSHB      (23):    32    13   224    13     2     4     1     2     9     7 
	                             2    30    11     8     3    32     6     0    15    15 
	                             2    85     6 
	00025: PUSHW[1]            -14 
	00028: PUSHB[5]             13    13     2    85     6 
	00034: PUSHW[1]            -10 
	00037: PUSHB[5]             12    12     2    85     6 
	00043: PUSHW[1]            -44 
	00046: PUSHB[5]             16    16     6    85     6 
	00052: PUSHW[1]            -10 
	00055: NPUSHB      (14):    11    11     6    85    96     6   128     6     2     6 
	                             6     9    30     7 
	00071: PUSHW[1]            -22 
	00074: NPUSHB      (11):    15    15     2    85     7    24    12    12     2    85 
	                             7 
	00087: PUSHW[1]            -35 
	00090: PUSHB[5]             15    15     6    85     7 
	00096: PUSHW[1]            -35 
	00099: NPUSHB      (31):    13    13     6    85     7     6    12    12     6    85 
	                            32     7   159     7   175     7   191     7     4     7 
	                            75    13     2    32    11    36    16    16     2    85 
	                            11 
	00132: PUSHW[1]            -10 
	00135: PUSHB[5]             15    15     2    85    11 
	00141: PUSHW[1]             -6 
	00144: PUSHB[5]             13    13     2    85    11 
	00150: PUSHW[1]             -2 
	00153: PUSHB[5]             12    12     2    85    11 
	00159: PUSHW[1]             -2 
	00162: PUSHB[5]             16    16     6    85    11 
	00168: PUSHW[1]            -12 
	00171: PUSHB[5]             15    15     6    85    11 
	00177: PUSHW[1]            -12 
	00180: PUSHB[5]             13    13     6    85    11 
	00186: PUSHW[1]             -6 
	00189: NPUSHB      (16):    12    12     6    85    11     6    11    11     6    85 
	                            32    11     1    11    57    12 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,2] 
	00209: DELTAP1    
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: MIRP[nrp0,md,rd,1] 
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,2] 
	00222: DELTAP1    
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: MIRP[srp0,md,rd,1] 
	00229: IP         
	00230: MDAP[rd]   
	00231: DELTAP1    
	00232: CALL       
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: MIRP[nrp0,md,rd,1] 
	00238: SVTCA[y-axis] 
	00239: MIAP[rd+ci] 
	00240: MIRP[srp0,md,rd,1] 
	00241: ALIGNRP    
	00242: MDAP[rd]   
	00243: MIAP[rd+ci] 
	00244: ALIGNRP    
	00245: IUP[y]     
	00246: IUP[x]     
	00247: SVTCA[x-axis] 
	00248: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   159,  1466)  ->  Abs (   159,  1466)
	  1: Rel (   194,     0)  ->  Abs (   353,  1466)
	  2: Rel (     0, -1293)  ->  Abs (   353,   173)
	  3: Rel (   764,     0)  ->  Abs (  1117,   173)
	  4: Rel (     0,  1293)  ->  Abs (  1117,  1466)
	  5: Rel (   195,     0)  ->  Abs (  1312,  1466)
	  6: Rel (     0, -1293)  ->  Abs (  1312,   173)
	  7: Rel (   134,     0)  ->  Abs (  1446,   173)
	  8: Rel (     0,  -580)  ->  Abs (  1446,  -407)
	  9: Rel (  -172,     0)  ->  Abs (  1274,  -407)
	 10: Rel (     0,   407)  ->  Abs (  1274,     0)
	 11: Rel ( -1115,     0)  ->  Abs (   159,     0)

	Glyph 593: off = 0x0001A958, len = 308
	  numberOfContours:	1
	  xMin:			87
	  yMin:			0
	  xMax:			1204
	  yMax:			1466

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	244
	00000: NPUSHB      (11):   105     2   121     2   137     2     3    22     8     2 
	                             4 
	00013: PUSHW[1]            584 
	00016: NPUSHB      (11):    14    14    17    10     2     1     8    17     1    32 
	                             0 
	00029: PUSHW[1]             -8 
	00032: PUSHB[5]             16    16     2    85     0 
	00038: PUSHW[1]            -28 
	00041: NPUSHB      (11):    15    15     2    85     0    30    13    13     2    85 
	                             0 
	00054: PUSHW[1]             -2 
	00057: PUSHB[5]             12    12     2    85     0 
	00063: PUSHW[1]            -24 
	00066: NPUSHB      (11):    11    11     2    85     0     6    13    13     6    85 
	                             0 
	00079: PUSHW[1]             -4 
	00082: NPUSHB      (43):    12    12     6    85     0    93   128    20     1    20 
	                            11    32     8    10    16    16     2    85     8    20 
	                            15    15     2    85     8    22    13    13     2    85 
	                             8    26    12    12     2    85     8    18    11    11 
	                             2    85     8 
	00127: PUSHW[1]            -14 
	00130: NPUSHB      (26):    16    16     6    85     8    14    15    15     6    85 
	                             8    12    13    13     6    85     8    24    12    12 
	                             6    85    32     8     1     8 
	00158: PUSHW[1]            -64 
	00161: NPUSHB      (18):    19    21    52     8    93    19    32    20     1    32 
	                            20    80    20    96    20   112    20     4 
	00181: DELTAP1    
	00182: DELTAP2    
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,2] 
	00185: CALL       
	00186: DELTAP1    
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: MIRP[nrp0,md,rd,1] 
	00197: SRP0       
	00198: DELTAP1    
	00199: MIRP[srp0,nmd,rd,2] 
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: CALL       
	00205: CALL       
	00206: CALL       
	00207: MIRP[srp0,md,rd,1] 
	00208: ALIGNRP    
	00209: SVTCA[y-axis] 
	00210: MIAP[rd+ci] 
	00211: MIAP[rd+ci] 
	00212: ALIGNRP    
	00213: IP         
	00214: MDAP[rd]   
	00215: MIRP[nrp0,md,rd,1] 
	00216: IP         
	00217: IUP[y]     
	00218: IUP[x]     
	00219: RS         
	00220: JROF       
	00221: NPUSHB      (14):     5    13     6    37    13     5    11    54     0    12 
	                             7    14    54     0 
	00237: CALL       
	00238: SVTCA[x-axis] 
	00239: CALL       
	00240: CALL       
	00241: FLIPRGON   
	00242: SVTCA[y-axis] 
	00243: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:                      Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                         On
	 12:        XDual         Y-Short         Off
	 13:        XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual                         On
	 18:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1204,     0)  ->  Abs (  1204,     0)
	  1: Rel (  -194,     0)  ->  Abs (  1010,     0)
	  2: Rel (     0,   591)  ->  Abs (  1010,   591)
	  3: Rel (  -261,   -97)  ->  Abs (   749,   494)
	  4: Rel (  -196,     0)  ->  Abs (   553,   494)
	  5: Rel (  -153,     0)  ->  Abs (   400,   494)
	  6: Rel (  -234,   143)  ->  Abs (   166,   637)
	  7: Rel (   -79,   220)  ->  Abs (    87,   857)
	  8: Rel (     0,   178)  ->  Abs (    87,  1035)
	  9: Rel (     0,   431)  ->  Abs (    87,  1466)
	 10: Rel (   194,     0)  ->  Abs (   281,  1466)
	 11: Rel (     0,  -413)  ->  Abs (   281,  1053)
	 12: Rel (     0,  -240)  ->  Abs (   281,   813)
	 13: Rel (   175,  -151)  ->  Abs (   456,   662)
	 14: Rel (   123,     0)  ->  Abs (   579,   662)
	 15: Rel (   205,     0)  ->  Abs (   784,   662)
	 16: Rel (   226,    91)  ->  Abs (  1010,   753)
	 17: Rel (     0,   713)  ->  Abs (  1010,  1466)
	 18: Rel (   194,     0)  ->  Abs (  1204,  1466)

	Glyph 594: off = 0x0001AA8C, len = 338
	  numberOfContours:	1
	  xMin:			161
	  yMin:			0
	  xMax:			1717
	  yMax:			1466

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	290
	00000: NPUSHB      (79):    15    13    64    13   112    13   128    13   191    13 
	                           192    13   239    13     7     7     2    30    11     8 
	                             4     4     1    16     2    32    11    42    16    16 
	                             2    85    11    14    15    15     2    85    11     6 
	                            13    13     2    85    11    16    12    12     2    85 
	                            11    10    11    11     2    85    11    26    15    15 
	                             6    85    11    15    12    13     6    85    15    11 
	                             1    79    11   127    11   143    11     3    11 
	00081: PUSHW[1]            365 
	00084: PUSHB[4]              6     7    32    10 
	00089: PUSHW[1]            -40 
	00092: PUSHB[5]             16    16     2    85    10 
	00098: PUSHW[1]            -18 
	00101: PUSHB[5]             15    15     2    85    10 
	00107: PUSHW[1]             -2 
	00110: PUSHB[5]             13    13     2    85    10 
	00116: PUSHW[1]            -16 
	00119: PUSHB[5]             12    12     2    85    10 
	00125: PUSHW[1]            -32 
	00128: PUSHB[5]             11    11     2    85    10 
	00134: PUSHW[1]            -26 
	00137: PUSHB[5]             15    15     6    85    10 
	00143: PUSHW[1]            -18 
	00146: NPUSHB      (18):    12    13     6    85    80    10     1     0    10     1 
	                            64    10   112    10   128    10     3    10 
	00166: PUSHW[1]            365 
	00169: NPUSHB       (9):     6    32     3    16    16    16     2    85     3 
	00180: PUSHW[1]            -10 
	00183: PUSHB[5]             15    15     2    85     3 
	00189: PUSHW[1]             -2 
	00192: NPUSHB      (11):    12    12     2    85     3     7    16    16     6    85 
	                             3 
	00205: PUSHW[1]             -4 
	00208: PUSHB[5]             15    15     6    85     3 
	00214: PUSHW[1]             -2 
	00217: NPUSHB      (24):    11    13     6    85    64     3   144     3     2    32 
	                             3   112     3   160     3   192     3   239     3     5 
	                             3   112    13     1 
	00243: DELTAP1    
	00244: MDAP[rd]   
	00245: DELTAP1    
	00246: DELTAP3    
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: MIRP[nrp0,md,rd,1] 
	00254: MIRP[srp0,md,rd,1] 
	00255: DELTAP1    
	00256: DELTAP2    
	00257: DELTAP3    
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: MIRP[nrp0,md,rd,1] 
	00266: SRP0       
	00267: MIRP[srp0,md,rd,1] 
	00268: DELTAP1    
	00269: DELTAP2    
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: MIRP[nrp0,md,rd,1] 
	00278: SVTCA[y-axis] 
	00279: MIAP[rd+ci] 
	00280: ALIGNRP    
	00281: SRP0       
	00282: ALIGNRP    
	00283: MDAP[rd]   
	00284: MIRP[srp0,md,rd,1] 
	00285: ALIGNRP    
	00286: IUP[y]     
	00287: IUP[x]     
	00288: SVTCA[x-axis] 
	00289: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   161,  1466)  ->  Abs (   161,  1466)
	  1: Rel (   194,     0)  ->  Abs (   355,  1466)
	  2: Rel (     0, -1293)  ->  Abs (   355,   173)
	  3: Rel (   487,     0)  ->  Abs (   842,   173)
	  4: Rel (     0,  1293)  ->  Abs (   842,  1466)
	  5: Rel (   194,     0)  ->  Abs (  1036,  1466)
	  6: Rel (     0, -1293)  ->  Abs (  1036,   173)
	  7: Rel (   487,     0)  ->  Abs (  1523,   173)
	  8: Rel (     0,  1293)  ->  Abs (  1523,  1466)
	  9: Rel (   194,     0)  ->  Abs (  1717,  1466)
	 10: Rel (     0, -1466)  ->  Abs (  1717,     0)
	 11: Rel ( -1556,     0)  ->  Abs (   161,     0)

	Glyph 595: off = 0x0001ABDE, len = 404
	  numberOfContours:	1
	  xMin:			161
	  yMin:			-407
	  xMax:			1850
	  yMax:			1466

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	345
	00000: NPUSHB      (37):    64    17   111    17   112    17   128    17   160    17 
	                             5     8     4     4     1     2    13     6    11     2 
	                            30    15     8    12    30   144    14   160    14   176 
	                            14     3    14    14     7    32    10 
	00039: PUSHW[1]            -40 
	00042: PUSHB[5]             16    16     2    85    10 
	00048: PUSHW[1]            -18 
	00051: PUSHB[5]             15    15     2    85    10 
	00057: PUSHW[1]             -2 
	00060: PUSHB[5]             13    13     2    85    10 
	00066: PUSHW[1]            -16 
	00069: PUSHB[5]             12    12     2    85    10 
	00075: PUSHW[1]            -32 
	00078: PUSHB[5]             11    11     2    85    10 
	00084: PUSHW[1]            -18 
	00087: PUSHB[5]             16    16     6    85    10 
	00093: PUSHW[1]            -45 
	00096: PUSHB[5]             15    15     6    85    10 
	00102: PUSHW[1]            -10 
	00105: NPUSHB      (28):    12    13     6    85    10    10    11    11     6    85 
	                             0    10    80    10     2     0    10    16    10     2 
	                            64    10   112    10   128    10     3    10 
	00135: PUSHW[1]            365 
	00138: NPUSHB      (52):     3     2    32    15    42    16    16     2    85    15 
	                            14    15    15     2    85    15     6    13    13     2 
	                            85    15    16    12    12     2    85    15    10    11 
	                            11     2    85    15    14    16    16     6    85    15 
	                            40    15    15     6    85    15    10    12    12     6 
	                            85    15 
	00192: PUSHW[1]            -10 
	00195: NPUSHB      (15):    11    11     6    85    15    15     1    79    15   127 
	                            15   143    15     3    15 
	00212: PUSHW[1]            365 
	00215: NPUSHB       (9):     6    32     3    16    16    16     2    85     3 
	00226: PUSHW[1]            -10 
	00229: PUSHB[5]             15    15     2    85     3 
	00235: PUSHW[1]             -2 
	00238: PUSHB[5]             12    12     2    85     3 
	00244: PUSHW[1]            -14 
	00247: PUSHB[5]             16    16     6    85     3 
	00253: PUSHW[1]            -24 
	00256: NPUSHB      (30):    15    15     6    85     3     6    11    13     6    85 
	                            64     3     1   239     3     1     0     3    32     3 
	                           111     3   112     3   160     3   239     3     6     3 
	00288: MDAP[rd]   
	00289: DELTAP1    
	00290: DELTAP2    
	00291: DELTAP3    
	00292: CALL       
	00293: CALL       
	00294: CALL       
	00295: CALL       
	00296: CALL       
	00297: CALL       
	00298: MIRP[srp0,md,rd,1] 
	00299: MIRP[srp0,md,rd,1] 
	00300: DELTAP1    
	00301: DELTAP2    
	00302: CALL       
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: CALL       
	00308: CALL       
	00309: CALL       
	00310: CALL       
	00311: MIRP[nrp0,md,rd,1] 
	00312: SRP0       
	00313: MIRP[srp0,md,rd,1] 
	00314: DELTAP1    
	00315: DELTAP2    
	00316: DELTAP3    
	00317: CALL       
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: CALL       
	00322: CALL       
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: MIRP[srp0,md,rd,1] 
	00327: IP         
	00328: MDAP[rd]   
	00329: DELTAP1    
	00330: MIRP[nrp0,md,rd,1] 
	00331: SVTCA[y-axis] 
	00332: MIAP[rd+ci] 
	00333: MIRP[srp0,md,rd,1] 
	00334: ALIGNRP    
	00335: ALIGNRP    
	00336: MDAP[rd]   
	00337: MIAP[rd+ci] 
	00338: ALIGNRP    
	00339: SRP0       
	00340: ALIGNRP    
	00341: IUP[y]     
	00342: IUP[x]     
	00343: SVTCA[x-axis] 
	00344: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   161,  1466)  ->  Abs (   161,  1466)
	  1: Rel (   194,     0)  ->  Abs (   355,  1466)
	  2: Rel (     0, -1293)  ->  Abs (   355,   173)
	  3: Rel (   487,     0)  ->  Abs (   842,   173)
	  4: Rel (     0,  1293)  ->  Abs (   842,  1466)
	  5: Rel (   194,     0)  ->  Abs (  1036,  1466)
	  6: Rel (     0, -1293)  ->  Abs (  1036,   173)
	  7: Rel (   487,     0)  ->  Abs (  1523,   173)
	  8: Rel (     0,  1293)  ->  Abs (  1523,  1466)
	  9: Rel (   194,     0)  ->  Abs (  1717,  1466)
	 10: Rel (     0, -1293)  ->  Abs (  1717,   173)
	 11: Rel (   133,     0)  ->  Abs (  1850,   173)
	 12: Rel (     0,  -580)  ->  Abs (  1850,  -407)
	 13: Rel (  -173,     0)  ->  Abs (  1677,  -407)
	 14: Rel (     0,   407)  ->  Abs (  1677,     0)
	 15: Rel ( -1516,     0)  ->  Abs (   161,     0)

	Glyph 596: off = 0x0001AD72, len = 286
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			1551
	  yMax:			1466

	EndPoints
	---------
	  0:  12
	  1:  22

	  Length of Instructions:	203
	00000: NPUSHB      (30):    34     8     2    30    22    22    10    12    30     0 
	                             2    13    30    10     8    17    38     6    20    16 
	                            16     2    85     6    12    13    13     2    85     6 
	00032: PUSHW[1]            -10 
	00035: PUSHB[5]             11    13     6    85     6 
	00041: PUSHW[1]            -64 
	00044: NPUSHB      (29):    36    37    52    48     6     1     0     6    16     6 
	                            32     6     3     6    49    32    24     1    24     1 
	                            13    32    10    24    16    16     2    85    10 
	00075: PUSHW[1]            -10 
	00078: NPUSHB      (23):    15    15     2    85    10     6    13    13     2    85 
	                            10    20    12    12     2    85    10    26    11    11 
	                             2    85    10 
	00103: PUSHW[1]            -18 
	00106: NPUSHB      (11):    11    11     6    85    10    10    12    13     6    85 
	                            10 
	00119: PUSHW[1]            -18 
	00122: NPUSHB       (9):    15    16     6    85    10   237     0     0    23 
	00133: SRP0       
	00134: ALIGNRP    
	00135: SRP0       
	00136: MIRP[srp0,nmd,rd,0] 
	00137: CALL       
	00138: CALL       
	00139: CALL       
	00140: CALL       
	00141: CALL       
	00142: CALL       
	00143: CALL       
	00144: CALL       
	00145: MIRP[srp0,md,rd,1] 
	00146: ALIGNRP    
	00147: SRP0       
	00148: DELTAP1    
	00149: MIRP[srp0,nmd,rd,2] 
	00150: DELTAP1    
	00151: DELTAP1    
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: MIRP[nrp0,md,rd,1] 
	00157: SVTCA[y-axis] 
	00158: MIAP[rd+ci] 
	00159: MIRP[nrp0,md,rd,1] 
	00160: MIAP[rd+ci] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: SRP2       
	00163: IP         
	00164: MDAP[rd]   
	00165: MIRP[srp0,md,rd,1] 
	00166: IUP[y]     
	00167: IUP[x]     
	00168: RS         
	00169: JROF       
	00170: NPUSHB      (24):     4    20    19    38    15     8    17    54     1    20 
	                             4    17    54     1    16     7    14    54     0    18 
	                             5    21    54     1 
	00196: CALL       
	00197: CALL       
	00198: SVTCA[x-axis] 
	00199: CALL       
	00200: CALL       
	00201: CALL       
	00202: FLIPRGON   

	Flags
	-----
	  0:        XDual                         On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:  YDual                               Off
	  5:        XDual                 X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                               On
	 10:  YDual                               On
	 11:        XDual                         On
	 12:  YDual                               On
	 13:                                      On
	 14:  YDual                               On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                               On

	Coordinates
	-----------
	  0: Rel (     0,  1466)  ->  Abs (     0,  1466)
	  1: Rel (   640,     0)  ->  Abs (   640,  1466)
	  2: Rel (     0,  -626)  ->  Abs (   640,   840)
	  3: Rel (   351,     0)  ->  Abs (   991,   840)
	  4: Rel (   345,     0)  ->  Abs (  1336,   840)
	  5: Rel (   215,  -256)  ->  Abs (  1551,   584)
	  6: Rel (     0,  -160)  ->  Abs (  1551,   424)
	  7: Rel (     0,  -184)  ->  Abs (  1551,   240)
	  8: Rel (  -249,  -240)  ->  Abs (  1302,     0)
	  9: Rel (  -299,     0)  ->  Abs (  1003,     0)
	 10: Rel (  -557,     0)  ->  Abs (   446,     0)
	 11: Rel (     0,  1293)  ->  Abs (   446,  1293)
	 12: Rel (  -446,     0)  ->  Abs (     0,  1293)
	 13: Rel (   640, -1128)  ->  Abs (   640,   165)
	 14: Rel (   355,     0)  ->  Abs (   995,   165)
	 15: Rel (   183,     0)  ->  Abs (  1178,   165)
	 16: Rel (   164,   123)  ->  Abs (  1342,   288)
	 17: Rel (     0,   134)  ->  Abs (  1342,   422)
	 18: Rel (     0,    91)  ->  Abs (  1342,   513)
	 19: Rel (   -97,   125)  ->  Abs (  1245,   638)
	 20: Rel (  -160,    35)  ->  Abs (  1085,   673)
	 21: Rel (  -186,     0)  ->  Abs (   899,   673)
	 22: Rel (  -259,     0)  ->  Abs (   640,   673)

	Glyph 597: off = 0x0001AE90, len = 396
	  numberOfContours:	3
	  xMin:			168
	  yMin:			0
	  xMax:			1643
	  yMax:			1466

	EndPoints
	---------
	  0:  10
	  1:  20
	  2:  24

	  Length of Instructions:	308
	00000: NPUSHB      (18):    34     8     2    30    20    20    10    21     1     2 
	                            11    30    24    10     8    15    38     6 
	00020: PUSHW[1]            -22 
	00023: PUSHB[5]             15    15     2    85     6 
	00029: PUSHW[1]            -36 
	00032: PUSHB[5]             13    13     2    85     6 
	00038: PUSHW[1]            -50 
	00041: PUSHB[5]             12    12     2    85     6 
	00047: PUSHW[1]            -30 
	00050: NPUSHB      (39):    13    13     6    85     6     3    15    15     6    85 
	                            80     6     1    16     6    32     6   192     6   208 
	                             6   224     6     5    64     6    96     6   128     6 
	                           175     6     4     6     6    10    24    32    22 
	00091: PUSHW[1]            -36 
	00094: PUSHB[5]             16    16     2    85    22 
	00100: PUSHW[1]            -52 
	00103: NPUSHB      (17):    15    15     2    85    22    46    13    13     2    85 
	                            22    22    12    12     2    85    22 
	00122: PUSHW[1]            -23 
	00125: PUSHB[5]             11    11     6    85    22 
	00131: PUSHW[1]             -8 
	00134: NPUSHB      (17):    12    12     6    85    22     8    13    13     6    85 
	                            22    10    15    15     6    85    22 
	00153: PUSHW[1]            270 
	00156: NPUSHB      (22):    32    26    48    26    64    26    80    26   128    26 
	                             5    26     1    11    32    10    32    16    16     2 
	                            85    10 
	00180: PUSHW[1]            -10 
	00183: PUSHB[5]             15    15     2    85    10 
	00189: PUSHW[1]            -10 
	00192: PUSHB[5]             13    13     2    85    10 
	00198: PUSHW[1]             -6 
	00201: PUSHB[5]             12    12     2    85    10 
	00207: PUSHW[1]             -8 
	00210: PUSHB[5]             13    13     6    85    10 
	00216: PUSHW[1]             -8 
	00219: PUSHB[7]             15    16     6    85    10    93    25 
	00227: SRP0       
	00228: MIRP[srp0,nmd,rd,2] 
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: CALL       
	00235: MIRP[srp0,md,rd,1] 
	00236: ALIGNRP    
	00237: SRP0       
	00238: DELTAP1    
	00239: MIRP[srp0,nmd,rd,2] 
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: MIRP[srp0,md,rd,1] 
	00249: SRP1       
	00250: IP         
	00251: MDAP[rd]   
	00252: DELTAP1    
	00253: DELTAP2    
	00254: DELTAP3    
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: MIRP[nrp0,md,rd,1] 
	00261: SVTCA[y-axis] 
	00262: MIAP[rd+ci] 
	00263: ALIGNRP    
	00264: MIRP[nrp0,md,rd,1] 
	00265: MIAP[rd+ci] 
	00266: ALIGNRP    
	00267: SRP2       
	00268: IP         
	00269: MDAP[rd]   
	00270: MIRP[nrp0,md,rd,1] 
	00271: IUP[y]     
	00272: IUP[x]     
	00273: RS         
	00274: JROF       
	00275: NPUSHB      (24):     4    18    17    38    13     8    15    54     1    18 
	                             4    15    54     1    14     7    12    54     0    16 
	                             5    19    54     1 
	00301: CALL       
	00302: CALL       
	00303: SVTCA[x-axis] 
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: FLIPRGON   

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:  YDual                               Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                               On
	 10:  YDual                               On
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual                               On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                               On
	 21:                                      On
	 22:  YDual XDual                 X-Short On
	 23:        XDual                         On
	 24:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   168,  1466)  ->  Abs (   168,  1466)
	  1: Rel (   194,     0)  ->  Abs (   362,  1466)
	  2: Rel (     0,  -626)  ->  Abs (   362,   840)
	  3: Rel (   350,     0)  ->  Abs (   712,   840)
	  4: Rel (   344,     0)  ->  Abs (  1056,   840)
	  5: Rel (   217,  -254)  ->  Abs (  1273,   586)
	  6: Rel (     0,  -161)  ->  Abs (  1273,   425)
	  7: Rel (     0,  -170)  ->  Abs (  1273,   255)
	  8: Rel (  -232,  -255)  ->  Abs (  1041,     0)
	  9: Rel (  -315,     0)  ->  Abs (   726,     0)
	 10: Rel (  -558,     0)  ->  Abs (   168,     0)
	 11: Rel (   194,   165)  ->  Abs (   362,   165)
	 12: Rel (   355,     0)  ->  Abs (   717,   165)
	 13: Rel (   183,     0)  ->  Abs (   900,   165)
	 14: Rel (   165,   123)  ->  Abs (  1065,   288)
	 15: Rel (     0,   135)  ->  Abs (  1065,   423)
	 16: Rel (     0,    92)  ->  Abs (  1065,   515)
	 17: Rel (  -100,   124)  ->  Abs (   965,   639)
	 18: Rel (  -158,    34)  ->  Abs (   807,   673)
	 19: Rel (  -185,     0)  ->  Abs (   622,   673)
	 20: Rel (  -260,     0)  ->  Abs (   362,   673)
	 21: Rel (  1087,   793)  ->  Abs (  1449,  1466)
	 22: Rel (   194,     0)  ->  Abs (  1643,  1466)
	 23: Rel (     0, -1466)  ->  Abs (  1643,     0)
	 24: Rel (  -194,     0)  ->  Abs (  1449,     0)

	Glyph 598: off = 0x0001B01C, len = 274
	  numberOfContours:	2
	  xMin:			165
	  yMin:			0
	  xMax:			1270
	  yMax:			1466

	EndPoints
	---------
	  0:  11
	  1:  21

	  Length of Instructions:	197
	00000: NPUSHB      (22):    37     8     2    30    21    21    11     0     2    12 
	                            30    11     8    16    38     7    22    16    16     2 
	                            85     7 
	00024: PUSHW[1]            -16 
	00027: PUSHB[5]             12    12     2    85     7 
	00033: PUSHW[1]            -13 
	00036: PUSHB[5]             11    13     6    85     7 
	00042: PUSHW[1]            -64 
	00045: NPUSHB      (35):    36    37    52    48     7     1     0     7    16     7 
	                            32     7     3     7    49    64    23   128    23   144 
	                            23   175    23     4    23     1    12    32    11    32 
	                            16    16     2    85    11 
	00082: PUSHW[1]            -10 
	00085: PUSHB[5]             15    15     2    85    11 
	00091: PUSHW[1]            -10 
	00094: PUSHB[5]             13    13     2    85    11 
	00100: PUSHW[1]             -6 
	00103: PUSHB[5]             12    12     2    85    11 
	00109: PUSHW[1]            -10 
	00112: PUSHB[5]             12    13     6    85    11 
	00118: PUSHW[1]            -14 
	00121: PUSHB[7]             15    16     6    85    11    93    22 
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,2] 
	00131: CALL       
	00132: CALL       
	00133: CALL       
	00134: CALL       
	00135: CALL       
	00136: CALL       
	00137: MIRP[srp0,md,rd,1] 
	00138: ALIGNRP    
	00139: SRP0       
	00140: DELTAP1    
	00141: MIRP[srp0,nmd,rd,2] 
	00142: DELTAP1    
	00143: DELTAP1    
	00144: CALL       
	00145: CALL       
	00146: CALL       
	00147: CALL       
	00148: MIRP[nrp0,md,rd,1] 
	00149: SVTCA[y-axis] 
	00150: MIAP[rd+ci] 
	00151: MIRP[nrp0,md,rd,1] 
	00152: MIAP[rd+ci] 
	00153: SRP2       
	00154: IP         
	00155: MDAP[rd]   
	00156: MIRP[srp0,md,rd,1] 
	00157: IUP[y]     
	00158: IUP[x]     
	00159: RS         
	00160: JROF       
	00161: NPUSHB      (26):     4    19     5    37    18    38    14     9    16    54 
	                             1    19     4    16    54     1    15     8    13    54 
	                             0    17     6    20    54     1 
	00189: CALL       
	00190: CALL       
	00191: SVTCA[x-axis] 
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: FLIPRGON   

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                              X-Short Off
	 10:  YDual                               On
	 11:  YDual                               On
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   165,  1466)  ->  Abs (   165,  1466)
	  1: Rel (   194,     0)  ->  Abs (   359,  1466)
	  2: Rel (     0,  -626)  ->  Abs (   359,   840)
	  3: Rel (   350,     0)  ->  Abs (   709,   840)
	  4: Rel (   245,     0)  ->  Abs (   954,   840)
	  5: Rel (   220,  -114)  ->  Abs (  1174,   726)
	  6: Rel (    96,  -196)  ->  Abs (  1270,   530)
	  7: Rel (     0,  -104)  ->  Abs (  1270,   426)
	  8: Rel (     0,  -170)  ->  Abs (  1270,   256)
	  9: Rel (  -232,  -256)  ->  Abs (  1038,     0)
	 10: Rel (  -316,     0)  ->  Abs (   722,     0)
	 11: Rel (  -557,     0)  ->  Abs (   165,     0)
	 12: Rel (   194,   165)  ->  Abs (   359,   165)
	 13: Rel (   355,     0)  ->  Abs (   714,   165)
	 14: Rel (   216,     0)  ->  Abs (   930,   165)
	 15: Rel (   131,   153)  ->  Abs (  1061,   318)
	 16: Rel (     0,   108)  ->  Abs (  1061,   426)
	 17: Rel (     0,    88)  ->  Abs (  1061,   514)
	 18: Rel (   -95,   123)  ->  Abs (   966,   637)
	 19: Rel (  -158,    36)  ->  Abs (   808,   673)
	 20: Rel (  -189,     0)  ->  Abs (   619,   673)
	 21: Rel (  -260,     0)  ->  Abs (   359,   673)

	Glyph 599: off = 0x0001B12E, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-25
	  xMax:			1372
	  yMax:			1491

	     0: Flags:		0x0153
		Glyf Index:	559
		X WOffset:	1472
		Y WOffset:	0
		X Scale:	-1.000000
		Y Scale:	 1.000000
		Other:		                   No Overlap

	Instructions:
	-------------
	00000: NPUSHB       (9):     0    13    13    39    16    16     2    85    13 
	00011: PUSHW[1]            -35 
	00014: PUSHB[7]             13    13     2    85    13    92    28 
	00022: FLIPOFF    
	00023: SRP0       
	00024: MIRP[srp0,nmd,rd,2] 
	00025: CALL       
	00026: CALL       
	00027: SRP1       
	00028: SHC[rp1,zp0] 

	Glyph 600: off = 0x0001B164, len = 566
	  numberOfContours:	2
	  xMin:			164
	  yMin:			-25
	  xMax:			1965
	  yMax:			1491

	EndPoints
	---------
	  0:  18
	  1:  30

	  Length of Instructions:	444
	00000: NPUSHB      (54):     6    21     9    23     9    27     6    29    21    21 
	                            27    23    27    27    21    29    37     7    38    11 
	                            43    13    38    21    42    23    42    27    37    29 
	                            70    20    72    24    73    26    71    30    80    21 
	                            91    23    92    27    83    29   123    14   139    14 
	                           156     4    26    14 
	00056: PUSHW[1]            -24 
	00059: PUSHB[5]             16    17     2    85    14 
	00065: PUSHW[1]            -24 
	00068: PUSHB[5]             13    14     2    85    14 
	00074: PUSHW[1]            -24 
	00077: PUSHB[5]             11    11     2    85     4 
	00083: PUSHW[1]            -24 
	00086: PUSHB[5]             16    17     2    85     4 
	00092: PUSHW[1]            -24 
	00095: PUSHB[5]             13    14     2    85     4 
	00101: PUSHW[1]            -24 
	00104: NPUSHB      (49):    11    11     2    85     2    30    16    64    16    17 
	                             2    85    16    64    13    14     2    85    16    64 
	                            11    11     2    85    16    64    11    11     6    85 
	                            16    16    18     0    28    30     6     3     0     2 
	                            18     8    22    30    12     9    25    38     9 
	00155: PUSHW[1]            -10 
	00158: PUSHB[5]             16    16     2    85     9 
	00164: PUSHW[1]            -14 
	00167: PUSHB[5]             15    15     2    85     9 
	00173: PUSHW[1]            -18 
	00176: PUSHB[5]             13    13     2    85     9 
	00182: PUSHW[1]            -16 
	00185: PUSHB[5]             12    12     2    85     9 
	00191: PUSHW[1]            -18 
	00194: PUSHB[5]             11    11     2    85     9 
	00200: PUSHW[1]             -2 
	00203: PUSHB[5]             11    11     6    85     9 
	00209: PUSHW[1]            -10 
	00212: PUSHB[5]             13    13     6    85     9 
	00218: PUSHW[1]             -8 
	00221: NPUSHB      (15):    15    15     6    85     9    92   128    32     1    32 
	                            19    38    15   123     3 
	00238: PUSHW[1]            -42 
	00241: NPUSHB      (11):    16    16     2    85     3    20    15    15     2    85 
	                             3 
	00254: PUSHW[1]             -4 
	00257: NPUSHB      (11):    13    13     2    85     3     4    12    12     2    85 
	                             3 
	00270: PUSHW[1]            -24 
	00273: NPUSHB      (17):    11    11     2    85     3    26    11    11     6    85 
	                             3    10    12    12     6    85     3 
	00292: PUSHW[1]             -8 
	00295: NPUSHB      (29):    13    13     6    85     3    26    15    15     6    85 
	                            32     3   127     3   143     3     3     3   218     1 
	                            17    32    18    32    16    16     2    85    18 
	00326: PUSHW[1]            -10 
	00329: PUSHB[5]             15    15     2    85    18 
	00335: PUSHW[1]            -10 
	00338: PUSHB[5]             13    13     2    85    18 
	00344: PUSHW[1]             -6 
	00347: PUSHB[5]             12    12     2    85    18 
	00353: PUSHW[1]             -8 
	00356: PUSHB[5]             15    16     6    85    18 
	00362: PUSHW[1]            -10 
	00365: PUSHB[5]             13    13     6    85    18 
	00371: PUSHW[1]             -6 
	00374: PUSHB[7]             12    12     6    85    18    93    31 
	00382: SRP0       
	00383: MIRP[srp0,nmd,rd,2] 
	00384: CALL       
	00385: CALL       
	00386: CALL       
	00387: CALL       
	00388: CALL       
	00389: CALL       
	00390: CALL       
	00391: MIRP[srp0,md,rd,1] 
	00392: ALIGNRP    
	00393: MIRP[srp0,nmd,rd,2] 
	00394: DELTAP1    
	00395: CALL       
	00396: CALL       
	00397: CALL       
	00398: CALL       
	00399: CALL       
	00400: CALL       
	00401: CALL       
	00402: CALL       
	00403: CALL       
	00404: MIRP[srp0,nmd,rd,0] 
	00405: MIRP[nrp0,md,rd,1] 
	00406: SRP0       
	00407: DELTAP1    
	00408: MIRP[srp0,nmd,rd,0] 
	00409: CALL       
	00410: CALL       
	00411: CALL       
	00412: CALL       
	00413: CALL       
	00414: CALL       
	00415: CALL       
	00416: CALL       
	00417: MIRP[nrp0,md,rd,1] 
	00418: SVTCA[y-axis] 
	00419: MIAP[rd+ci] 
	00420: MIRP[nrp0,md,rd,1] 
	00421: MIAP[rd+ci] 
	00422: MIAP[rd+ci] 
	00423: MIAP[rd+ci] 
	00424: MIRP[nrp0,md,rd,1] 
	00425: SRP1       
	00426: SRP2       
	00427: IP         
	00428: MDAP[rd]   
	00429: CALL       
	00430: CALL       
	00431: CALL       
	00432: CALL       
	00433: MIRP[nrp0,md,rd,1] 
	00434: IUP[y]     
	00435: IUP[x]     
	00436: CALL       
	00437: CALL       
	00438: CALL       
	00439: CALL       
	00440: CALL       
	00441: CALL       
	00442: SVTCA[x-axis] 
	00443: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                 X-Short Off
	  5:                                      Off
	  6:  YDual                               On
	  7:  YDual                               Off
	  8:                                      Off
	  9:        XDual                         On
	 10:        XDual                         Off
	 11:                                      Off
	 12:  YDual                               On
	 13:  YDual                               Off
	 14:                                      Off
	 15:                              X-Short On
	 16:  YDual                               On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:                                      On
	 20:        XDual                         Off
	 21:                                      Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual                 X-Short Off
	 25:        XDual                         On
	 26:        XDual                         Off
	 27:                              X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                              X-Short Off

	Coordinates
	-----------
	  0: Rel (   164,  1466)  ->  Abs (   164,  1466)
	  1: Rel (   194,     0)  ->  Abs (   358,  1466)
	  2: Rel (     0,  -658)  ->  Abs (   358,   808)
	  3: Rel (   282,     0)  ->  Abs (   640,   808)
	  4: Rel (    21,   312)  ->  Abs (   661,  1120)
	  5: Rel (   368,   371)  ->  Abs (  1029,  1491)
	  6: Rel (   272,     0)  ->  Abs (  1301,  1491)
	  7: Rel (   287,     0)  ->  Abs (  1588,  1491)
	  8: Rel (   377,  -404)  ->  Abs (  1965,  1087)
	  9: Rel (     0,  -346)  ->  Abs (  1965,   741)
	 10: Rel (     0,  -360)  ->  Abs (  1965,   381)
	 11: Rel (  -376,  -406)  ->  Abs (  1589,   -25)
	 12: Rel (  -293,     0)  ->  Abs (  1296,   -25)
	 13: Rel (  -266,     0)  ->  Abs (  1030,   -25)
	 14: Rel (  -355,   351)  ->  Abs (   675,   326)
	 15: Rel (   -31,   310)  ->  Abs (   644,   636)
	 16: Rel (  -286,     0)  ->  Abs (   358,   636)
	 17: Rel (     0,  -636)  ->  Abs (   358,     0)
	 18: Rel (  -194,     0)  ->  Abs (   164,     0)
	 19: Rel (   671,   726)  ->  Abs (   835,   726)
	 20: Rel (     0,  -278)  ->  Abs (   835,   448)
	 21: Rel (   256,  -307)  ->  Abs (  1091,   141)
	 22: Rel (   208,     0)  ->  Abs (  1299,   141)
	 23: Rel (   213,     0)  ->  Abs (  1512,   141)
	 24: Rel (   254,   308)  ->  Abs (  1766,   449)
	 25: Rel (     0,   289)  ->  Abs (  1766,   738)
	 26: Rel (     0,   274)  ->  Abs (  1766,  1012)
	 27: Rel (  -250,   315)  ->  Abs (  1516,  1327)
	 28: Rel (  -213,     0)  ->  Abs (  1303,  1327)
	 29: Rel (  -217,     0)  ->  Abs (  1086,  1327)
	 30: Rel (  -251,  -319)  ->  Abs (   835,  1008)

	Glyph 601: off = 0x0001B39A, len = 160
	  numberOfContours:	-1  (Composite)
	  xMin:			26
	  yMin:			0
	  xMax:			1318
	  yMax:			1466

	     0: Flags:		0x0153
		Glyf Index:	53
		X WOffset:	1479
		Y WOffset:	0
		X Scale:	-1.000000
		Y Scale:	 1.000000
		Other:		                   No Overlap

	Instructions:
	-------------
	00000: PUSHW[2]             15   -12 
	00005: PUSHB[5]             11    16     6    85    16 
	00011: PUSHW[1]            -12 
	00014: NPUSHB      (14):    11    16     6    85     1     0     0     0    34    16 
	                            16     2    85     0 
	00030: PUSHW[1]            -18 
	00033: PUSHB[5]             15    15     2    85     0 
	00039: PUSHW[1]            -14 
	00042: NPUSHB      (11):    13    13     2    85     0    16    12    12     2    85 
	                             0 
	00055: PUSHW[1]            -10 
	00058: PUSHB[5]             11    11     2    85     0 
	00064: PUSHW[1]             -4 
	00067: PUSHB[5]             16    16     6    85     0 
	00073: PUSHW[1]            -16 
	00076: NPUSHB      (11):    15    15     6    85     0     2    13    13     6    85 
	                             0 
	00089: PUSHW[1]             -4 
	00092: PUSHB[5]             12    12     6    85     0 
	00098: PUSHW[1]            -14 
	00101: NPUSHB      (13):    11    11     6    85    32     0     1    32     0     1 
	                             0    93    36 
	00116: SVTCA[x-axis] 
	00117: SRP0       
	00118: MIRP[srp0,nmd,rd,2] 
	00119: DELTAP1    
	00120: DELTAP1    
	00121: CALL       
	00122: CALL       
	00123: CALL       
	00124: CALL       
	00125: CALL       
	00126: CALL       
	00127: CALL       
	00128: CALL       
	00129: CALL       
	00130: CALL       
	00131: SRP1       
	00132: SHC[rp1,zp0] 
	00133: SHC[rp1,zp0] 
	00134: CALL       
	00135: CALL       

	Glyph 602: off = 0x0001B43A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1086

	     0: Flags:		0x0206
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 603: off = 0x0001B44A, len = 406
	  numberOfContours:	2
	  xMin:			91
	  yMin:			-24
	  xMax:			1092
	  yMax:			1501

	EndPoints
	---------
	  0:  28
	  1:  40

	  Length of Instructions:	275
	00000: NPUSHB      (69):    57    10    53    37    57    39    73    10    70    37 
	                            72    39    89    14    89    17    85    21    91    31 
	                            81    37    92    39    12    61    24     1     9    32 
	                            38     9    35    23     0    51     1   143     5    28 
	                            26     0    32    28    12     7    38    28    19    11 
	                             0   146     1   154    29    36    42    64    13    13 
	                             2    85    42    64    11    11     2    85    15 
	00071: PUSHW[1]            -16 
	00074: NPUSHB      (17):    16    16     2    85    15    10    15    15     2    85 
	                            15    10    13    13     2    85    15 
	00093: PUSHW[1]            -10 
	00096: NPUSHB      (11):    12    12     2    85    15     4    11    11     2    85 
	                            15 
	00109: PUSHW[1]            -16 
	00112: PUSHB[5]             11    13     6    85    15 
	00118: PUSHW[1]             -8 
	00121: PUSHB[5]             15    15     6    85    15 
	00127: PUSHW[1]            -64 
	00130: NPUSHB      (16):    36    37    52    48    15     1     0    15    16    15 
	                            32    15     3    15    49    42 
	00148: PUSHW[1]            -64 
	00151: NPUSHB      (67):    30    35    52    48    42     1    42   128    42     1 
	                            35    36    23    12    14    15     2    85    23    18 
	                            13    13     2    85    23    12    12    12     2    85 
	                            23    28    11    11     2    85    23    18    11    11 
	                             6    85    23    22    12    13     6    85    23    14 
	                            16    16     6    85    23    64    36    37    52    31 
	                            23    63    23     2    23    49    41 
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,2] 
	00222: DELTAP1    
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: CALL       
	00231: MIRP[nrp0,md,rd,1] 
	00232: DELTAP1    
	00233: SRP0       
	00234: DELTAP2    
	00235: CALL       
	00236: MIRP[srp0,nmd,rd,2] 
	00237: DELTAP1    
	00238: DELTAP1    
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: MIRP[nrp0,md,rd,1] 
	00250: MIRP[srp0,nmd,rd,0] 
	00251: MIRP[nrp0,md,rd,1] 
	00252: SVTCA[y-axis] 
	00253: MIAP[rd+ci] 
	00254: MIRP[nrp0,md,rd,1] 
	00255: MIAP[rd+ci] 
	00256: MIRP[nrp0,md,rd,1] 
	00257: MIAP[rd+ci] 
	00258: MIRP[nrp0,md,rd,1] 
	00259: MIRP[srp0,nmd,rd,0] 
	00260: MIRP[nrp0,nmd,rd,0] 
	00261: SVTCA[x-axis] 
	00262: SRP1       
	00263: SRP2       
	00264: IP         
	00265: SVTCA[y-axis] 
	00266: SRP1       
	00267: SRP2       
	00268: IP         
	00269: IUP[y]     
	00270: IUP[x]     
	00271: SVTCA[y-axis] 
	00272: DELTAP2    
	00273: SVTCA[x-axis] 
	00274: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:              Rep-  2 Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:                                      Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:                              X-Short Off
	 23:        XDual                         On
	 24:        XDual                         Off
	 25:                                      Off
	 26:  YDual                               On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:                              X-Short On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   913,  1501)  ->  Abs (   913,  1501)
	  1: Rel (   159,    -2)  ->  Abs (  1072,  1499)
	  2: Rel (   -11,  -107)  ->  Abs (  1061,  1392)
	  3: Rel (   -73,   -84)  ->  Abs (   988,  1308)
	  4: Rel (  -115,   -24)  ->  Abs (   873,  1284)
	  5: Rel (  -168,     0)  ->  Abs (   705,  1284)
	  6: Rel (  -223,     0)  ->  Abs (   482,  1284)
	  7: Rel (  -162,   -86)  ->  Abs (   320,  1198)
	  8: Rel (   -71,  -189)  ->  Abs (   249,  1009)
	  9: Rel (    -4,  -149)  ->  Abs (   245,   860)
	 10: Rel (    68,   101)  ->  Abs (   313,   961)
	 11: Rel (   182,   101)  ->  Abs (   495,  1062)
	 12: Rel (   114,     0)  ->  Abs (   609,  1062)
	 13: Rel (   209,     0)  ->  Abs (   818,  1062)
	 14: Rel (   274,  -287)  ->  Abs (  1092,   775)
	 15: Rel (     0,  -245)  ->  Abs (  1092,   530)
	 16: Rel (     0,  -186)  ->  Abs (  1092,   344)
	 17: Rel (  -138,  -238)  ->  Abs (   954,   106)
	 18: Rel (  -189,  -130)  ->  Abs (   765,   -24)
	 19: Rel (  -163,     0)  ->  Abs (   602,   -24)
	 20: Rel (  -189,     0)  ->  Abs (   413,   -24)
	 21: Rel (  -210,   173)  ->  Abs (   203,   149)
	 22: Rel (  -112,   270)  ->  Abs (    91,   419)
	 23: Rel (     0,   335)  ->  Abs (    91,   754)
	 24: Rel (     0,   421)  ->  Abs (    91,  1175)
	 25: Rel (   285,   292)  ->  Abs (   376,  1467)
	 26: Rel (   296,     0)  ->  Abs (   672,  1467)
	 27: Rel (   184,     0)  ->  Abs (   856,  1467)
	 28: Rel (    50,    12)  ->  Abs (   906,  1479)
	 29: Rel (    -2,  -944)  ->  Abs (   904,   535)
	 30: Rel (     0,   166)  ->  Abs (   904,   701)
	 31: Rel (  -157,   212)  ->  Abs (   747,   913)
	 32: Rel (  -143,     0)  ->  Abs (   604,   913)
	 33: Rel (  -149,     0)  ->  Abs (   455,   913)
	 34: Rel (  -162,  -224)  ->  Abs (   293,   689)
	 35: Rel (     0,  -187)  ->  Abs (   293,   502)
	 36: Rel (     0,  -185)  ->  Abs (   293,   317)
	 37: Rel (   179,  -196)  ->  Abs (   472,   121)
	 38: Rel (   131,     0)  ->  Abs (   603,   121)
	 39: Rel (   134,     0)  ->  Abs (   737,   121)
	 40: Rel (   167,   227)  ->  Abs (   904,   348)

	Glyph 604: off = 0x0001B5E0, len = 418
	  numberOfContours:	3
	  xMin:			136
	  yMin:			0
	  xMax:			1008
	  yMax:			1062

	EndPoints
	---------
	  0:  15
	  1:  25
	  2:  35

	  Length of Instructions:	306
	00000: NPUSHB      (54):    15    37    47    37     2    70     8     8    16    35 
	                             8     5    30    16    43    35    35    15    25    43 
	                             0     6    26    43    15    10    21    36     5    12 
	                            12    13     6    85     5     8    15    15     6    85 
	                             5    22    16    16     6    85   208     5     1     5 
	                           170    30    36    11 
	00056: PUSHW[1]             -4 
	00059: PUSHB[5]             13    13     2    85    11 
	00065: PUSHW[1]            -18 
	00068: PUSHB[5]             12    12     6    85    11 
	00074: PUSHW[1]             -8 
	00077: PUSHB[5]             13    13     6    85    11 
	00083: PUSHW[1]            -12 
	00086: NPUSHB      (11):    15    15     6    85    11     6    16    16     6    85 
	                            11 
	00099: PUSHW[1]            -64 
	00102: NPUSHB      (19):    36    37    52    48    11     1     0    11    16    11 
	                            32    11     3    11    49   223    37     1    37 
	00123: PUSHW[1]            -64 
	00126: NPUSHB      (29):    30    35    52    48    37     1    37    25    26    37 
	                            15     4    12    12     2    85    15    10    11    11 
	                             2    85    15     4     9     9     2    85    15 
	00157: PUSHW[1]            -10 
	00160: NPUSHB      (11):    11    11     6    85    15    10    12    12     6    85 
	                            15 
	00173: PUSHW[1]            -14 
	00176: PUSHB[7]             15    16     6    85    15    69    36 
	00184: SRP0       
	00185: MIRP[srp0,nmd,rd,2] 
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: MIRP[srp0,md,rd,1] 
	00193: ALIGNRP    
	00194: SRP0       
	00195: DELTAP2    
	00196: CALL       
	00197: DELTAP1    
	00198: MIRP[srp0,nmd,rd,2] 
	00199: DELTAP1    
	00200: DELTAP1    
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: CALL       
	00205: CALL       
	00206: CALL       
	00207: MIRP[nrp0,md,rd,1] 
	00208: MIRP[srp0,nmd,rd,0] 
	00209: DELTAP1    
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: MIRP[nrp0,md,rd,1] 
	00214: SVTCA[y-axis] 
	00215: MIAP[rd+ci] 
	00216: MIRP[nrp0,md,rd,1] 
	00217: MIAP[rd+ci] 
	00218: MIRP[nrp0,md,rd,1] 
	00219: SRP2       
	00220: IP         
	00221: MDAP[rd]   
	00222: MIRP[srp0,md,rd,1] 
	00223: SVTCA[x-axis] 
	00224: SRP1       
	00225: SRP2       
	00226: IP         
	00227: SVTCA[y-axis] 
	00228: SRP1       
	00229: SRP2       
	00230: IP         
	00231: IUP[y]     
	00232: IUP[x]     
	00233: RS         
	00234: JROF       
	00235: NPUSHB      (51):     2    33    19    37     3    37    32    38    18     7 
	                            21    27     1    23     2    21    27     1    28    13 
	                            30    27     1    33     9    30    27     1    20     6 
	                            17    27     0     7    22     4    24    27     1    29 
	                            12    27    27     0    31    10    34    27     1     9 
	                             8 
	00288: SRP0       
	00289: ALIGNRP    
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: ALIGNRP    
	00294: CALL       
	00295: SVTCA[x-axis] 
	00296: CALL       
	00297: CALL       
	00298: CALL       
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: CALL       
	00303: FLIPRGON   
	00304: SVTCA[x-axis] 
	00305: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                               On
	 16:        XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short On
	 26:        XDual                         On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   136,  1062)  ->  Abs (   136,  1062)
	  1: Rel (   415,     0)  ->  Abs (   551,  1062)
	  2: Rel (   153,     0)  ->  Abs (   704,  1062)
	  3: Rel (   149,   -51)  ->  Abs (   853,  1011)
	  4: Rel (   107,  -136)  ->  Abs (   960,   875)
	  5: Rel (     0,   -95)  ->  Abs (   960,   780)
	  6: Rel (     0,   -76)  ->  Abs (   960,   704)
	  7: Rel (   -63,  -113)  ->  Abs (   897,   591)
	  8: Rel (   -63,   -38)  ->  Abs (   834,   553)
	  9: Rel (    75,   -25)  ->  Abs (   909,   528)
	 10: Rel (    99,  -137)  ->  Abs (  1008,   391)
	 11: Rel (     0,   -94)  ->  Abs (  1008,   297)
	 12: Rel (   -10,  -151)  ->  Abs (   998,   146)
	 13: Rel (  -196,  -146)  ->  Abs (   802,     0)
	 14: Rel (  -187,     0)  ->  Abs (   615,     0)
	 15: Rel (  -479,     0)  ->  Abs (   136,     0)
	 16: Rel (   180,   615)  ->  Abs (   316,   615)
	 17: Rel (   192,     0)  ->  Abs (   508,   615)
	 18: Rel (   115,     0)  ->  Abs (   623,   615)
	 19: Rel (    86,    24)  ->  Abs (   709,   639)
	 20: Rel (    68,    73)  ->  Abs (   777,   712)
	 21: Rel (     0,    51)  ->  Abs (   777,   763)
	 22: Rel (     0,    84)  ->  Abs (   777,   847)
	 23: Rel (  -119,    66)  ->  Abs (   658,   913)
	 24: Rel (  -144,     0)  ->  Abs (   514,   913)
	 25: Rel (  -198,     0)  ->  Abs (   316,   913)
	 26: Rel (     0,  -765)  ->  Abs (   316,   148)
	 27: Rel (   237,     0)  ->  Abs (   553,   148)
	 28: Rel (   153,     0)  ->  Abs (   706,   148)
	 29: Rel (   114,    71)  ->  Abs (   820,   219)
	 30: Rel (     3,    87)  ->  Abs (   823,   306)
	 31: Rel (     0,    51)  ->  Abs (   823,   357)
	 32: Rel (   -66,    87)  ->  Abs (   757,   444)
	 33: Rel (  -106,    23)  ->  Abs (   651,   467)
	 34: Rel (  -117,     0)  ->  Abs (   534,   467)
	 35: Rel (  -218,     0)  ->  Abs (   316,   467)

	Glyph 605: off = 0x0001B782, len = 132
	  numberOfContours:	1
	  xMin:			136
	  yMin:			0
	  xMax:			747
	  yMax:			1062

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	100
	00000: NPUSHB      (11):     3    43     0     6     5    10     1     7     4    37 
	                             0 
	00013: PUSHW[1]            -10 
	00016: PUSHB[5]             17    17     2    85     0 
	00022: PUSHW[1]             -6 
	00025: NPUSHB      (17):    14    14     2    85     0     4    12    12     2    85 
	                             0    10    11    11     2    85     0 
	00044: PUSHW[1]            -12 
	00047: PUSHB[5]             16    16     6    85     0 
	00053: PUSHW[1]             -4 
	00056: NPUSHB      (22):    13    13     6    85     0    12    12    12     6    85 
	                             0     4    11    11     6    85     0     0     1     0 
	                            69     6 
	00080: SRP0       
	00081: MIRP[srp0,nmd,rd,2] 
	00082: DELTAP1    
	00083: CALL       
	00084: CALL       
	00085: CALL       
	00086: CALL       
	00087: CALL       
	00088: CALL       
	00089: CALL       
	00090: CALL       
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP0       
	00093: ALIGNRP    
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIAP[rd+ci] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: IUP[y]     
	00099: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   136,  1062)  ->  Abs (   136,  1062)
	  1: Rel (   611,     0)  ->  Abs (   747,  1062)
	  2: Rel (     0,  -149)  ->  Abs (   747,   913)
	  3: Rel (  -431,     0)  ->  Abs (   316,   913)
	  4: Rel (     0,  -913)  ->  Abs (   316,     0)
	  5: Rel (  -180,     0)  ->  Abs (   136,     0)

	Glyph 606: off = 0x0001B806, len = 386
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-301
	  xMax:			1132
	  yMax:			1062

	EndPoints
	---------
	  0:  12
	  1:  17

	  Length of Instructions:	315
	00000: NPUSHB      (15):    13    43     0     6     5     9    15     3    10    43 
	                             7    10    13   146     0 
	00017: PUSHW[1]            -18 
	00020: NPUSHB      (11):    16    16     2    85     0    22    12    12     2    85 
	                             0 
	00033: PUSHW[1]            -14 
	00036: PUSHB[5]             11    11     2    85     0 
	00042: PUSHW[1]             -8 
	00045: PUSHB[5]             11    11     6    85     0 
	00051: PUSHW[1]            -22 
	00054: NPUSHB      (25):    12    12     6    85   143     0     1     0    64    15 
	                           201     0    11    16    11    32    11     3    11    11 
	                             8     9    16    37     2 
	00081: PUSHW[1]            -12 
	00084: NPUSHB      (23):    12    12     6    85     2     2    16    16     6    85 
	                            15     2     1    15     2   207     2     2     2     2 
	                             5    43     3 
	00109: PUSHW[1]            -30 
	00112: NPUSHB      (17):    16    16     2    85     3     0    15    15     2    85 
	                             3    14    14    14     2    85     3 
	00131: PUSHW[1]            -10 
	00134: NPUSHB      (11):    13    13     2    85     3     6    12    12     2    85 
	                             3 
	00147: PUSHW[1]            -10 
	00150: NPUSHB      (17):    11    11     2    85     3     8    11    11     6    85 
	                             3    18    12    12     6    85     3 
	00169: PUSHW[1]            -38 
	00172: PUSHB[5]             13    13     6    85     3 
	00178: PUSHW[1]            -26 
	00181: PUSHB[5]             15    15     6    85     3 
	00187: PUSHW[1]            -11 
	00190: NPUSHB      (36):    16    16     6    85    31     3    63     3   159     3 
	                           175     3   191     3   223     3   239     3   255     3 
	                             8    79     3   143     3     2   223     3     1     3 
	                            78    19     8    43     9     9 
	00228: PUSHW[1]             -8 
	00231: PUSHB[5]             12    13     6    85     9 
	00237: PUSHW[1]            -12 
	00240: NPUSHB      (15):    15    15     6    85   223     9     1    15     9     1 
	                            31     9     1     9    18 
	00257: SRP0       
	00258: ALIGNRP    
	00259: DELTAP1    
	00260: DELTAP2    
	00261: DELTAP3    
	00262: CALL       
	00263: CALL       
	00264: SRP0       
	00265: MIRP[nrp0,md,rd,1] 
	00266: SRP0       
	00267: MIRP[srp0,nmd,rd,2] 
	00268: DELTAP3    
	00269: DELTAP2    
	00270: DELTAP1    
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: MIRP[srp0,md,rd,1] 
	00283: IP         
	00284: MDAP[rd]   
	00285: DELTAP1    
	00286: DELTAP2    
	00287: CALL       
	00288: CALL       
	00289: MIRP[nrp0,md,rd,1] 
	00290: SRP1       
	00291: SRP2       
	00292: IP         
	00293: MDAP[rd]   
	00294: DELTAP1    
	00295: MIRP[nrp0,md,rd,1] 
	00296: MIRP[srp0,nmd,rd,0] 
	00297: DELTAP1    
	00298: CALL       
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: CALL       
	00303: MIRP[nrp0,md,rd,1] 
	00304: SVTCA[y-axis] 
	00305: MIAP[rd+ci] 
	00306: MIRP[srp0,md,rd,1] 
	00307: ALIGNRP    
	00308: ALIGNRP    
	00309: MDAP[rd]   
	00310: ALIGNRP    
	00311: MIAP[rd+ci] 
	00312: MIRP[nrp0,md,rd,1] 
	00313: IUP[y]     
	00314: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                 X-Short Off
	 13:        XDual                 X-Short On
	 14:                              X-Short Off
	 15:                      Y-Short X-Short On
	 16:  YDual                               On
	 17:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   277,  1062)  ->  Abs (   277,  1062)
	  1: Rel (   740,     0)  ->  Abs (  1017,  1062)
	  2: Rel (     0,  -914)  ->  Abs (  1017,   148)
	  3: Rel (   115,     0)  ->  Abs (  1132,   148)
	  4: Rel (     0,  -449)  ->  Abs (  1132,  -301)
	  5: Rel (  -148,     0)  ->  Abs (   984,  -301)
	  6: Rel (     0,   301)  ->  Abs (   984,     0)
	  7: Rel (  -836,     0)  ->  Abs (   148,     0)
	  8: Rel (     0,  -301)  ->  Abs (   148,  -301)
	  9: Rel (  -148,     0)  ->  Abs (     0,  -301)
	 10: Rel (     0,   449)  ->  Abs (     0,   148)
	 11: Rel (    95,     0)  ->  Abs (    95,   148)
	 12: Rel (   190,   258)  ->  Abs (   285,   406)
	 13: Rel (   142,   507)  ->  Abs (   427,   913)
	 14: Rel (   -20,  -517)  ->  Abs (   407,   396)
	 15: Rel (  -140,  -248)  ->  Abs (   267,   148)
	 16: Rel (   571,     0)  ->  Abs (   838,   148)
	 17: Rel (     0,   765)  ->  Abs (   838,   913)

	Glyph 607: off = 0x0001B988, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1086

	     0: Flags:		0x0206
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 608: off = 0x0001B998, len = 616
	  numberOfContours:	1
	  xMin:			-5
	  yMin:			0
	  xMax:			1376
	  yMax:			1062

	EndPoints
	---------
	  0:  56

	  Length of Instructions:	440
	00000: NPUSHB      (57):    39     5     1     3    18    12    37    19    18    28 
	                            37    16    58    47    58    63    58    96    58   112 
	                            58   175    58    10     0    58    31    58    48    58 
	                            79    58   127    58   128    58   223    58   239    58 
	                             8    52    22    59    33   132    22   139    33   148 
	                            22   155    33     6    53    51    51 
	00059: PUSHW[1]             -8 
	00062: PUSHB[5]             16    16     2    85    51 
	00068: PUSHW[1]            -14 
	00071: NPUSHB      (74):    15    17     6    85    51    43    41    39    20    41 
	                            41    39     3     5     5    14    15    17     6    85 
	                             5    43    14    16    20    14    14    16    23    22 
	                            22    37    21    20    20    21    21    20    32    33 
	                            33    37    34    35    20    34    34    35     3     5 
	                            53    51     4     8     1    16    14    39    41     4 
	                            11    18    37    18     1    35    32    23    20     4 
	                            29    34    55     1 
	00147: PUSHW[1]            268 
	00150: NPUSHB      (63):    29    26    26     0    27    46    51    11    48    11 
	                            72     8     8     0     6    34    33    33    27    27 
	                            22    22    21    10    37    39    53    41    51     5 
	                            47    35    33    32     3    28    34    18    16    14 
	                             3     5     5    10    23    22    20     3    27    64 
	                            10     1    10   170   128    21     1     0    21    16 
	                            21     2    21 
	00215: PUSHW[1]            552 
	00218: NPUSHB      (11):     0    27    37    56    28    10    15    16     2    85 
	                            28 
	00231: PUSHW[1]            -14 
	00234: PUSHB[5]             14    14     2    85    28 
	00240: PUSHW[1]             -4 
	00243: PUSHB[5]             12    12     2    85    28 
	00249: PUSHW[1]            -10 
	00252: PUSHB[5]             11    11     2    85    28 
	00258: PUSHW[1]             -9 
	00261: PUSHB[5]             11    13     6    85    28 
	00267: PUSHW[1]             -8 
	00270: NPUSHB      (13):    16    16     6    85   128    28     1     0    28    16 
	                            28     2    28 
	00285: PUSHW[1]            552 
	00288: NPUSHB      (29):    79    47     1    47   170     0    34   144    34   208 
	                            34     3    80    34   176    34   240    34     3   112 
	                            34   224    34   240    34     3    34    51    57 
	00319: SRP0       
	00320: MIRP[srp0,nmd,rd,1] 
	00321: DELTAP1    
	00322: DELTAP2    
	00323: DELTAP3    
	00324: MIRP[nrp0,nmd,rd,0] 
	00325: DELTAP2    
	00326: MIRP[srp0,nmd,rd,0] 
	00327: DELTAP1    
	00328: DELTAP2    
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: CALL       
	00334: CALL       
	00335: ALIGNRP    
	00336: MIRP[srp0,md,rd,1] 
	00337: ALIGNRP    
	00338: MIRP[srp0,nmd,rd,0] 
	00339: DELTAP1    
	00340: DELTAP2    
	00341: MIRP[nrp0,nmd,rd,0] 
	00342: DELTAP2    
	00343: SRP2       
	00344: SLOOP      
	00345: IP         
	00346: SRP1       
	00347: SLOOP      
	00348: IP         
	00349: SRP1       
	00350: SRP2       
	00351: SLOOP      
	00352: IP         
	00353: SRP1       
	00354: SLOOP      
	00355: IP         
	00356: SVTCA[y-axis] 
	00357: MIAP[rd+ci] 
	00358: ALIGNRP    
	00359: SRP0       
	00360: ALIGNRP    
	00361: SRP0       
	00362: ALIGNRP    
	00363: SRP0       
	00364: ALIGNRP    
	00365: MIAP[rd+ci] 
	00366: ALIGNRP    
	00367: SRP0       
	00368: MIRP[nrp0,md,rd,1] 
	00369: ALIGNRP    
	00370: SRP0       
	00371: MIRP[nrp0,nmd,rd,0] 
	00372: SRP1       
	00373: SRP2       
	00374: IP         
	00375: MDAP[rd]   
	00376: ALIGNRP    
	00377: MIRP[srp0,md,rd,1] 
	00378: ALIGNRP    
	00379: SRP1       
	00380: SRP2       
	00381: SLOOP      
	00382: IP         
	00383: SRP1       
	00384: IP         
	00385: IP         
	00386: SRP1       
	00387: SRP2       
	00388: SLOOP      
	00389: IP         
	00390: SRP1       
	00391: SRP2       
	00392: SLOOP      
	00393: IP         
	00394: SDPVTL[1]  
	00395: SFVTCA[x-axis] 
	00396: MDAP[nrd]  
	00397: CALL       
	00398: SFVTPV     
	00399: RDTG       
	00400: SRP0       
	00401: MDRP[nrp0,nmd,rd,0] 
	00402: SDPVTL[1]  
	00403: SFVTCA[x-axis] 
	00404: MDAP[nrd]  
	00405: RTG        
	00406: CALL       
	00407: SFVTPV     
	00408: RDTG       
	00409: SRP0       
	00410: MDRP[nrp0,nmd,rd,0] 
	00411: SDPVTL[1]  
	00412: SFVTPV     
	00413: MDAP[nrd]  
	00414: RTG        
	00415: CALL       
	00416: CALL       
	00417: SFVTPV     
	00418: RDTG       
	00419: SRP0       
	00420: MDRP[nrp0,nmd,rd,0] 
	00421: SDPVTL[1]  
	00422: SFVTPV     
	00423: MDAP[nrd]  
	00424: RTG        
	00425: CALL       
	00426: CALL       
	00427: CALL       
	00428: SFVTPV     
	00429: RDTG       
	00430: SRP0       
	00431: MDRP[nrp0,nmd,rd,0] 
	00432: IUP[y]     
	00433: IUP[x]     
	00434: SVTCA[x-axis] 
	00435: DELTAP2    
	00436: DELTAP2    
	00437: DELTAP1    
	00438: SVTCA[y-axis] 
	00439: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short Off
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short         On
	 11:  YDual               Y-Short X-Short On
	 12:  YDual                       X-Short Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual                 X-Short On
	 22:  YDual                       X-Short On
	 23:                              X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:        XDual                         On
	 28:  YDual                       X-Short On
	 29:        XDual                         On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:                              X-Short On
	 34:  YDual                       X-Short On
	 35:        XDual                 X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short On
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:                      Y-Short X-Short On
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:        XDual         Y-Short X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short X-Short Off
	 55:  YDual XDual                 X-Short On
	 56:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   777,  1062)  ->  Abs (   777,  1062)
	  1: Rel (     0,  -459)  ->  Abs (   777,   603)
	  2: Rel (    86,     0)  ->  Abs (   863,   603)
	  3: Rel (    70,    66)  ->  Abs (   933,   669)
	  4: Rel (    67,   159)  ->  Abs (  1000,   828)
	  5: Rel (    63,   151)  ->  Abs (  1063,   979)
	  6: Rel (    50,    42)  ->  Abs (  1113,  1021)
	  7: Rel (    49,    41)  ->  Abs (  1162,  1062)
	  8: Rel (   107,     0)  ->  Abs (  1269,  1062)
	  9: Rel (    66,     0)  ->  Abs (  1335,  1062)
	 10: Rel (     0,  -149)  ->  Abs (  1335,   913)
	 11: Rel (   -49,     1)  ->  Abs (  1286,   914)
	 12: Rel (   -72,     0)  ->  Abs (  1214,   914)
	 13: Rel (   -20,   -21)  ->  Abs (  1194,   893)
	 14: Rel (   -21,   -22)  ->  Abs (  1173,   871)
	 15: Rel (   -43,  -109)  ->  Abs (  1130,   762)
	 16: Rel (   -40,  -104)  ->  Abs (  1090,   658)
	 17: Rel (   -68,   -80)  ->  Abs (  1022,   578)
	 18: Rel (   -72,   -33)  ->  Abs (   950,   545)
	 19: Rel (   117,   -31)  ->  Abs (  1067,   514)
	 20: Rel (   111,  -185)  ->  Abs (  1178,   329)
	 21: Rel (   198,  -329)  ->  Abs (  1376,     0)
	 22: Rel (  -198,     0)  ->  Abs (  1178,     0)
	 23: Rel (  -193,   329)  ->  Abs (   985,   329)
	 24: Rel (   -59,   100)  ->  Abs (   926,   429)
	 25: Rel (   -88,    62)  ->  Abs (   838,   491)
	 26: Rel (   -61,     0)  ->  Abs (   777,   491)
	 27: Rel (     0,  -491)  ->  Abs (   777,     0)
	 28: Rel (  -184,     0)  ->  Abs (   593,     0)
	 29: Rel (     0,   491)  ->  Abs (   593,   491)
	 30: Rel (   -60,     0)  ->  Abs (   533,   491)
	 31: Rel (   -88,   -61)  ->  Abs (   445,   430)
	 32: Rel (   -59,  -101)  ->  Abs (   386,   329)
	 33: Rel (  -193,  -329)  ->  Abs (   193,     0)
	 34: Rel (  -198,     0)  ->  Abs (    -5,     0)
	 35: Rel (   197,   329)  ->  Abs (   192,   329)
	 36: Rel (   112,   185)  ->  Abs (   304,   514)
	 37: Rel (   117,    31)  ->  Abs (   421,   545)
	 38: Rel (   -80,    37)  ->  Abs (   341,   582)
	 39: Rel (   -64,    87)  ->  Abs (   277,   669)
	 40: Rel (   -64,   164)  ->  Abs (   213,   833)
	 41: Rel (   -22,    55)  ->  Abs (   191,   888)
	 42: Rel (   -25,    13)  ->  Abs (   166,   901)
	 43: Rel (   -26,    13)  ->  Abs (   140,   914)
	 44: Rel (   -51,     0)  ->  Abs (    89,   914)
	 45: Rel (   -13,     0)  ->  Abs (    76,   914)
	 46: Rel (   -40,    -1)  ->  Abs (    36,   913)
	 47: Rel (     0,   149)  ->  Abs (    36,  1062)
	 48: Rel (    25,     0)  ->  Abs (    61,  1062)
	 49: Rel (   104,     0)  ->  Abs (   165,  1062)
	 50: Rel (    85,   -25)  ->  Abs (   250,  1037)
	 51: Rel (    67,   -81)  ->  Abs (   317,   956)
	 52: Rel (    54,  -128)  ->  Abs (   371,   828)
	 53: Rel (    66,  -157)  ->  Abs (   437,   671)
	 54: Rel (    69,   -68)  ->  Abs (   506,   603)
	 55: Rel (    87,     0)  ->  Abs (   593,   603)
	 56: Rel (     0,   459)  ->  Abs (   593,  1062)

	Glyph 609: off = 0x0001BC00, len = 384
	  numberOfContours:	1
	  xMin:			50
	  yMin:			-24
	  xMax:			866
	  yMax:			1086

	EndPoints
	---------
	  0:  38

	  Length of Instructions:	266
	00000: NPUSHB      (93):   212     9     1    16    40    85    29   128     9   132 
	                            12   130    29     5     8    25     1    59     8    18 
	                             0     1    26   143     0    27    80    27    96    27 
	                           112    27   176    27     5   208    27     1    27    27 
	                            30     0    11   143    15    10   127    10     2    10 
	                            10     8    64     1     1     1    72   144     0   160 
	                             0     2     0     0    24     8    72    13     7    30 
	                            72    24    11    18    16    33     1     1     5    10 
	                           201    11   143    27   201    26     5    36    16   143 
	                            33    36    21 
	00095: PUSHW[1]            -16 
	00098: PUSHB[5]             16    16     2    85    21 
	00104: PUSHW[1]            -64 
	00107: NPUSHB      (17):    36    37    52    48    21     1     0    21    16    21 
	                            32    21     3    21    49    40    26 
	00126: PUSHW[1]            -16 
	00129: NPUSHB      (13):    16    16     2    85    64    26     1   143    26   176 
	                            26     2    26 
	00144: PUSHW[2]            603    39 
	00149: SRP0       
	00150: MIRP[nrp0,nmd,rd,2] 
	00151: DELTAP1    
	00152: DELTAP2    
	00153: CALL       
	00154: SRP0       
	00155: MIRP[srp0,nmd,rd,2] 
	00156: DELTAP1    
	00157: DELTAP1    
	00158: CALL       
	00159: CALL       
	00160: MIRP[nrp0,md,rd,1] 
	00161: MIRP[srp0,nmd,rd,0] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: SRP0       
	00164: MIRP[nrp0,md,rd,1] 
	00165: MIRP[srp0,nmd,rd,0] 
	00166: MIRP[srp0,md,rd,1] 
	00167: SRP1       
	00168: IP         
	00169: MDAP[rd]   
	00170: SRP1       
	00171: SRP2       
	00172: IP         
	00173: SVTCA[y-axis] 
	00174: MIAP[rd+ci] 
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIAP[rd+ci] 
	00177: MIRP[nrp0,md,rd,1] 
	00178: SRP2       
	00179: IP         
	00180: MDAP[rd]   
	00181: DELTAP1    
	00182: MIRP[nrp0,md,rd,1] 
	00183: DELTAP2    
	00184: SRP1       
	00185: IP         
	00186: MDAP[rd]   
	00187: DELTAP1    
	00188: MIRP[nrp0,nmd,rd,0] 
	00189: SRP1       
	00190: SRP2       
	00191: IP         
	00192: MDAP[rd]   
	00193: DELTAP2    
	00194: DELTAP1    
	00195: MIRP[nrp0,nmd,rd,0] 
	00196: SRP1       
	00197: SRP2       
	00198: IP         
	00199: IUP[y]     
	00200: IUP[x]     
	00201: RS         
	00202: JROF       
	00203: NPUSHB      (42):    31    36    19    23    14    15     6     7    35    38 
	                             7    14     5    27     1    31    23    33    27     1 
	                            36    19    33    27     3     6    15     8    27     1 
	                            32    22    30    27     0    34    20    37    27     1 
	                            19    18 
	00247: SRP0       
	00248: ALIGNRP    
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: SVTCA[x-axis] 
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: FLIPRGON   
	00258: FLIPRGON   
	00259: FLIPRGON   
	00260: FLIPRGON   
	00261: SVTCA[y-axis] 
	00262: DELTAP1    
	00263: SVTCA[x-axis] 
	00264: DELTAP1    
	00265: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual Rep-  2 Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:                      Y-Short X-Short On
	 11:  YDual               Y-Short X-Short On
	 12:        XDual                 X-Short Off
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                               Off
	 26:                              X-Short On
	 27:  YDual XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   370,   480)  ->  Abs (   370,   480)
	  1: Rel (     0,   141)  ->  Abs (   370,   621)
	  2: Rel (   114,     1)  ->  Abs (   484,   622)
	  3: Rel (    83,    16)  ->  Abs (   567,   638)
	  4: Rel (    74,    80)  ->  Abs (   641,   718)
	  5: Rel (     0,    60)  ->  Abs (   641,   778)
	  6: Rel (     0,    73)  ->  Abs (   641,   851)
	  7: Rel (   -97,    87)  ->  Abs (   544,   938)
	  8: Rel (   -77,     0)  ->  Abs (   467,   938)
	  9: Rel (  -152,     0)  ->  Abs (   315,   938)
	 10: Rel (   -61,  -179)  ->  Abs (   254,   759)
	 11: Rel (  -171,    28)  ->  Abs (    83,   787)
	 12: Rel (    80,   299)  ->  Abs (   163,  1086)
	 13: Rel (   306,     0)  ->  Abs (   469,  1086)
	 14: Rel (   170,     0)  ->  Abs (   639,  1086)
	 15: Rel (   193,  -186)  ->  Abs (   832,   900)
	 16: Rel (     0,  -129)  ->  Abs (   832,   771)
	 17: Rel (     0,  -130)  ->  Abs (   832,   641)
	 18: Rel (  -126,   -77)  ->  Abs (   706,   564)
	 19: Rel (    80,   -43)  ->  Abs (   786,   521)
	 20: Rel (    80,  -133)  ->  Abs (   866,   388)
	 21: Rel (     0,   -91)  ->  Abs (   866,   297)
	 22: Rel (     0,  -143)  ->  Abs (   866,   154)
	 23: Rel (  -208,  -178)  ->  Abs (   658,   -24)
	 24: Rel (  -187,     0)  ->  Abs (   471,   -24)
	 25: Rel (  -363,     0)  ->  Abs (   108,   -24)
	 26: Rel (   -58,   323)  ->  Abs (    50,   299)
	 27: Rel (   169,    36)  ->  Abs (   219,   335)
	 28: Rel (    23,  -102)  ->  Abs (   242,   233)
	 29: Rel (   141,  -112)  ->  Abs (   383,   121)
	 30: Rel (    91,     0)  ->  Abs (   474,   121)
	 31: Rel (    91,     0)  ->  Abs (   565,   121)
	 32: Rel (   121,   103)  ->  Abs (   686,   224)
	 33: Rel (     0,    80)  ->  Abs (   686,   304)
	 34: Rel (     0,    62)  ->  Abs (   686,   366)
	 35: Rel (   -76,    92)  ->  Abs (   610,   458)
	 36: Rel (   -86,    23)  ->  Abs (   524,   481)
	 37: Rel (  -113,     0)  ->  Abs (   411,   481)
	 38: Rel (    -9,     0)  ->  Abs (   402,   481)

	Glyph 610: off = 0x0001BD80, len = 384
	  numberOfContours:	1
	  xMin:			135
	  yMin:			0
	  xMax:			1008
	  yMax:			1062

	EndPoints
	---------
	  0:  9

	  Length of Instructions:	338
	00000: NPUSHB      (17):    25     3    20     8     2    86     2   103     2   123 
	                             7   132     2   141     7     5     2 
	00019: PUSHW[1]            -22 
	00022: NPUSHB      (11):     9    17     2    85     7    22     9    17     2    85 
	                             2 
	00035: PUSHW[1]            -22 
	00038: NPUSHB      (57):     9    17     6    85     7    22     9    17     6    85 
	                             3     7     8     8    43     2     3    20     2     2 
	                             3     2     7     8     3     1     6     8     6    10 
	                             7    37    11    64    16    16     2    85    11    64 
	                            11    11     2    85     4    36    16    17     2    85 
	                             4    18    14    14     2    85     4 
	00097: PUSHW[1]            -19 
	00100: NPUSHB      (29):    13    13     2    85     4     6    12    12     2    85 
	                             4    26    11    11     2    85     4    22    16    16 
	                             6    85     4     6    15    15     6    85     4 
	00131: PUSHW[1]            -12 
	00134: PUSHB[5]             12    13     6    85     4 
	00140: PUSHW[1]             -4 
	00143: NPUSHB      (18):    11    11     6    85     4    64    51    54    52   255 
	                             4     1   255     4     1     4    78    11 
	00163: PUSHW[1]            -64 
	00166: NPUSHB      (23):    52    54    52   176    11   240    11     2   112    11 
	                           128    11   160    11   176    11   192    11     5    11 
	                             2    37     9 
	00191: PUSHW[1]             -6 
	00194: PUSHB[5]             16    16     2    85     9 
	00200: PUSHW[1]             -6 
	00203: NPUSHB      (11):    14    14     2    85     9     6    11    12     2    85 
	                             9 
	00216: PUSHW[1]             -6 
	00219: NPUSHB      (11):    15    15     6    85     9     4    11    11     6    85 
	                             9 
	00232: PUSHW[1]            -64 
	00235: NPUSHB      (18):    51    54    52   240     9     1     0     9    32     9 
	                           208     9   224     9     4     9    78    10 
	00255: SRP0       
	00256: MIRP[srp0,nmd,rd,2] 
	00257: DELTAP1    
	00258: DELTAP2    
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: MIRP[nrp0,md,rd,1] 
	00266: SRP0       
	00267: DELTAP1    
	00268: DELTAP2    
	00269: CALL       
	00270: MIRP[srp0,nmd,rd,2] 
	00271: DELTAP1    
	00272: DELTAP2    
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: CALL       
	00285: MIRP[nrp0,md,rd,1] 
	00286: PUSHB[2]              6     2 
	00289: RS         
	00290: EQ         
	00291: IF         
	00292: PUSHB[4]              3     8     7     2 
	00297: SRP1       
	00298: SRP2       
	00299: IP         
	00300: IP         
	00301: ELSE       
	00302: PUSHB[4]              3     8     6     2 
	00307: SRP1       
	00308: SRP2       
	00309: IP         
	00310: IP         
	00311: EIF        
	00312: SVTCA[y-axis] 
	00313: MIAP[rd+ci] 
	00314: ALIGNRP    
	00315: MIAP[rd+ci] 
	00316: ALIGNRP    
	00317: SRP2       
	00318: IP         
	00319: IP         
	00320: SDPVTL[1]  
	00321: SFVTCA[x-axis] 
	00322: MDAP[nrd]  
	00323: CALL       
	00324: SDPVTL[1]  
	00325: RDTG       
	00326: MDRP[nrp0,nmd,rd,0] 
	00327: SVTCA[y-axis] 
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: IUP[y]     
	00333: IUP[x]     
	00334: SVTCA[y-axis] 
	00335: DELTAP1    
	00336: SVTCA[x-axis] 
	00337: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:                                      On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:                                      On
	  9:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   135,  1062)  ->  Abs (   135,  1062)
	  1: Rel (   180,     0)  ->  Abs (   315,  1062)
	  2: Rel (     0,  -810)  ->  Abs (   315,   252)
	  3: Rel (   499,   810)  ->  Abs (   814,  1062)
	  4: Rel (   194,     0)  ->  Abs (  1008,  1062)
	  5: Rel (     0, -1062)  ->  Abs (  1008,     0)
	  6: Rel (  -180,     0)  ->  Abs (   828,     0)
	  7: Rel (     0,   805)  ->  Abs (   828,   805)
	  8: Rel (  -499,  -805)  ->  Abs (   329,     0)
	  9: Rel (  -194,     0)  ->  Abs (   135,     0)

	Glyph 611: off = 0x0001BF00, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			135
	  yMin:			0
	  xMax:			1008
	  yMax:			1464

	     0: Flags:		0x0226
		Glyf Index:	610
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	246
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    17    11     0     4    65     1     1    14 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 612: off = 0x0001BF30, len = 416
	  numberOfContours:	1
	  xMin:			134
	  yMin:			0
	  xMax:			912
	  yMax:			1062

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	318
	00000: NPUSHB      (75):    62     5    63     6    63     7    68     5    68    23 
	                           148    23     6    13     6    47     4    44     5    47 
	                             6    47    31    76     6    94     6   122     7   139 
	                             7   150     6    10    75     4    75     6   155     4 
	                           155     6   171     4   171     6   187     4   187     6 
	                           203     4   203     6    10    31    31    63    31   123 
	                             4   123     6   143     4   143     6     6     4    17 
	                             6    15    24    23    23 
	00077: PUSHW[1]            -16 
	00080: NPUSHB      (27):    12    13     6    85    23    37    22    21    20    22 
	                            22    21     6     4     9     2    17    15     4     6 
	                             4    12    21    24    28    19     2 
	00109: PUSHW[1]            268 
	00112: NPUSHB      (42):    27    27    22     1    12    72     9     9     1     6 
	                            28    23    23    22    10     4     6    19    17    15 
	                             5    11    24    21    23     3    28    11   170     0 
	                            22     1    22    73    32    31     1    31     1    28 
	                            37     0 
	00156: PUSHW[1]             -8 
	00159: PUSHB[5]             16    16     2    85     0 
	00165: PUSHW[1]             -6 
	00168: NPUSHB      (17):    14    14     2    85     0     6    12    12     2    85 
	                             0     6    11    11     2    85     0 
	00187: PUSHW[1]             -6 
	00190: PUSHB[5]             12    12     6    85     0 
	00196: PUSHW[1]             -4 
	00199: PUSHB[5]             13    13     6    85     0 
	00205: PUSHW[1]            -16 
	00208: PUSHB[5]             15    15     6    85     0 
	00214: PUSHW[1]            -10 
	00217: PUSHB[5]             16    16     6    85     0 
	00223: PUSHW[1]            -64 
	00226: NPUSHB      (18):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0    78    30 
	00246: SRP0       
	00247: MIRP[srp0,nmd,rd,0] 
	00248: DELTAP1    
	00249: DELTAP2    
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: MIRP[srp0,md,rd,1] 
	00260: ALIGNRP    
	00261: SRP0       
	00262: DELTAP1    
	00263: MIRP[srp0,nmd,rd,1] 
	00264: DELTAP1    
	00265: MIRP[nrp0,nmd,rd,0] 
	00266: SRP2       
	00267: SLOOP      
	00268: IP         
	00269: SRP1       
	00270: SLOOP      
	00271: IP         
	00272: SVTCA[y-axis] 
	00273: MIAP[rd+ci] 
	00274: ALIGNRP    
	00275: SRP0       
	00276: ALIGNRP    
	00277: MIAP[rd+ci] 
	00278: ALIGNRP    
	00279: SRP0       
	00280: MIRP[nrp0,md,rd,1] 
	00281: SRP1       
	00282: SRP2       
	00283: IP         
	00284: MDAP[rd]   
	00285: MIRP[nrp0,md,rd,1] 
	00286: IP         
	00287: SRP2       
	00288: IP         
	00289: IP         
	00290: SRP2       
	00291: SLOOP      
	00292: IP         
	00293: SRP1       
	00294: SRP2       
	00295: IP         
	00296: IP         
	00297: SDPVTL[1]  
	00298: SFVTCA[x-axis] 
	00299: MDAP[nrd]  
	00300: CALL       
	00301: CALL       
	00302: SFVTPV     
	00303: RDTG       
	00304: SRP0       
	00305: MDRP[nrp0,nmd,rd,0] 
	00306: SVTCA[x-axis] 
	00307: SRP1       
	00308: SHP[rp1,zp0] 
	00309: SRP1       
	00310: SHP[rp1,zp0] 
	00311: DELTAP1    
	00312: DELTAP2    
	00313: IUP[y]     
	00314: IUP[x]     
	00315: SVTCA[x-axis] 
	00316: DELTAP1    
	00317: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual Rep-  2 Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short On
	 11:        XDual         Y-Short         On
	 12:  YDual               Y-Short X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual                 X-Short On
	 23:  YDual                       X-Short On
	 24:                              X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:        XDual                         On
	 29:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   134,  1062)  ->  Abs (   134,  1062)
	  1: Rel (   180,     0)  ->  Abs (   314,  1062)
	  2: Rel (     0,  -459)  ->  Abs (   314,   603)
	  3: Rel (    86,     0)  ->  Abs (   400,   603)
	  4: Rel (    69,    66)  ->  Abs (   469,   669)
	  5: Rel (    67,   159)  ->  Abs (   536,   828)
	  6: Rel (    53,   126)  ->  Abs (   589,   954)
	  7: Rel (    66,    80)  ->  Abs (   655,  1034)
	  8: Rel (    86,    28)  ->  Abs (   741,  1062)
	  9: Rel (    95,     0)  ->  Abs (   836,  1062)
	 10: Rel (    36,     0)  ->  Abs (   872,  1062)
	 11: Rel (     0,  -149)  ->  Abs (   872,   913)
	 12: Rel (   -50,     1)  ->  Abs (   822,   914)
	 13: Rel (   -71,     0)  ->  Abs (   751,   914)
	 14: Rel (   -20,   -21)  ->  Abs (   731,   893)
	 15: Rel (   -21,   -22)  ->  Abs (   710,   871)
	 16: Rel (   -43,  -109)  ->  Abs (   667,   762)
	 17: Rel (   -41,  -104)  ->  Abs (   626,   658)
	 18: Rel (   -68,   -80)  ->  Abs (   558,   578)
	 19: Rel (   -71,   -33)  ->  Abs (   487,   545)
	 20: Rel (   116,   -31)  ->  Abs (   603,   514)
	 21: Rel (   112,  -185)  ->  Abs (   715,   329)
	 22: Rel (   197,  -329)  ->  Abs (   912,     0)
	 23: Rel (  -198,     0)  ->  Abs (   714,     0)
	 24: Rel (  -192,   329)  ->  Abs (   522,   329)
	 25: Rel (   -59,    99)  ->  Abs (   463,   428)
	 26: Rel (   -88,    63)  ->  Abs (   375,   491)
	 27: Rel (   -61,     0)  ->  Abs (   314,   491)
	 28: Rel (     0,  -491)  ->  Abs (   314,     0)
	 29: Rel (  -180,     0)  ->  Abs (   134,     0)

	Glyph 613: off = 0x0001C0D0, len = 390
	  numberOfContours:	1
	  xMin:			24
	  yMin:			-7
	  xMax:			1059
	  yMax:			1062

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	326
	00000: NPUSHB      (22):    28     8     5    43     0     6     3    51    12    14 
	                            28    10    10     3    37    20    64    11    11     2 
	                            85     2 
	00024: PUSHW[1]            -52 
	00027: NPUSHB      (11):    16    16     2    85     2    40    15    15     2    85 
	                             2 
	00040: PUSHW[1]             -6 
	00043: NPUSHB      (11):    14    14     2    85     2    20    13    13     2    85 
	                             2 
	00056: PUSHW[1]            -14 
	00059: NPUSHB      (11):    12    12     2    85     2    10    11    11     2    85 
	                             2 
	00072: PUSHW[1]            -20 
	00075: PUSHB[5]              9     9     2    85     2 
	00081: PUSHW[1]            -15 
	00084: PUSHB[5]             11    12     6    85     2 
	00090: PUSHW[1]            -10 
	00093: NPUSHB      (27):    13    13     6    85     2     4    15    15     6    85 
	                             2    16    16    16     6    85     2    64    51    54 
	                            52   255     2     1     2    78    20 
	00122: PUSHW[1]            -64 
	00125: NPUSHB      (25):    52    54    52   176    20   240    20     2    64    20 
	                            96    20   112    20   160    20   176    20   192    20 
	                             6    20     5    37    18 
	00152: PUSHW[1]            -10 
	00155: PUSHB[5]             17    17     2    85    18 
	00161: PUSHW[1]            -48 
	00164: NPUSHB      (17):    16    16     2    85    18    22    15    15     2    85 
	                            18    22    13    13     2    85    18 
	00183: PUSHW[1]            -26 
	00186: PUSHB[5]             12    12     2    85    18 
	00192: PUSHW[1]            -20 
	00195: PUSHB[5]             11    11     2    85    18 
	00201: PUSHW[1]            -18 
	00204: PUSHB[5]             12    12     6    85    18 
	00210: PUSHW[1]            -14 
	00213: PUSHB[5]             13    13     6    85    18 
	00219: PUSHW[1]            -32 
	00222: NPUSHB      (22):    15    16     6    85    79    18    95    18   111    18 
	                           112    18   223    18     5    18   187    12    12    20 
	                            19   124 
	00246: PUSHW[2]            266    24 
	00251: CALL       
	00252: SRP1       
	00253: SRP2       
	00254: IP         
	00255: MDAP[rd]   
	00256: MIRP[srp0,nmd,rd,0] 
	00257: DELTAP1    
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: MIRP[nrp0,md,rd,1] 
	00268: SRP0       
	00269: DELTAP1    
	00270: DELTAP2    
	00271: CALL       
	00272: MIRP[srp0,nmd,rd,2] 
	00273: DELTAP2    
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: CALL       
	00283: CALL       
	00284: CALL       
	00285: CALL       
	00286: CALL       
	00287: MIRP[nrp0,md,rd,1] 
	00288: SVTCA[y-axis] 
	00289: MIAP[rd+ci] 
	00290: MIRP[nrp0,md,rd,1] 
	00291: SRP0       
	00292: MIRP[nrp0,nmd,rd,0] 
	00293: MIAP[rd+ci] 
	00294: MIRP[nrp0,md,rd,1] 
	00295: IUP[y]     
	00296: IUP[x]     
	00297: RS         
	00298: JROF       
	00299: NPUSHB      (18):    15    17     7     9     8    38    16    37    15     9 
	                            18    27     1    17     7    14    27     0 
	00319: CALL       
	00320: SVTCA[x-axis] 
	00321: CALL       
	00322: CALL       
	00323: CALL       
	00324: FLIPRGON   
	00325: FLIPRGON   

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   223,  1062)  ->  Abs (   223,  1062)
	  1: Rel (   836,     0)  ->  Abs (  1059,  1062)
	  2: Rel (     0, -1062)  ->  Abs (  1059,     0)
	  3: Rel (  -179,     0)  ->  Abs (   880,     0)
	  4: Rel (     0,   913)  ->  Abs (   880,   913)
	  5: Rel (  -477,     0)  ->  Abs (   403,   913)
	  6: Rel (     0,  -529)  ->  Abs (   403,   384)
	  7: Rel (     0,  -185)  ->  Abs (   403,   199)
	  8: Rel (   -24,  -118)  ->  Abs (   379,    81)
	  9: Rel (  -108,   -88)  ->  Abs (   271,    -7)
	 10: Rel (  -102,     0)  ->  Abs (   169,    -7)
	 11: Rel (   -63,     0)  ->  Abs (   106,    -7)
	 12: Rel (   -82,     8)  ->  Abs (    24,     1)
	 13: Rel (     0,   150)  ->  Abs (    24,   151)
	 14: Rel (    79,     0)  ->  Abs (   103,   151)
	 15: Rel (    56,     0)  ->  Abs (   159,   151)
	 16: Rel (    48,    23)  ->  Abs (   207,   174)
	 17: Rel (    16,    50)  ->  Abs (   223,   224)
	 18: Rel (     0,   138)  ->  Abs (   223,   362)

	Glyph 614: off = 0x0001C256, len = 452
	  numberOfContours:	1
	  xMin:			140
	  yMin:			0
	  xMax:			1268
	  yMax:			1062

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	392
	00000: PUSHB[7]              7    28    10    13     2    85     2 
	00008: PUSHW[1]            -28 
	00011: NPUSHB     (118):    10    12     2    85    14     2   181    10   197    10 
	                             3    18     2    27     7     2     4     1    12     3 
	                             3     8    12     9    70     1    74     3    69     8 
	                            74     9    86     8    90     9   132     1   143     3 
	                           129     8   143     9   208     1   223     3   208     8 
	                           223     9   245     8   250     9    20     8     9    25 
	                             2    27     9   120     2   120     9   136     9   148 
	                             1   155     3   148     8   155     9   164     1   171 
	                             3   180     1   187     3   182     8   196     1   203 
	                             3   198     8    18     5     8    10     9    20     1 
	                            26     3    22     8    27     9   149     1   153     2 
	                           154     3   149     8   158     9    11     1 
	00131: PUSHW[1]            -10 
	00134: NPUSHB      (21):     1    10     9     9    11    10    12     6    85     9 
	                            43     2     1    20     2     2     1     3     7     8 
	                             8 
	00157: PUSHW[1]            -20 
	00160: PUSHB[5]             10    12     6    85     8 
	00166: PUSHW[1]            -11 
	00169: NPUSHB      (39):    13    13     6    85     8    43     2     3    20     2 
	                             2     3    10     7     2     3    11     3     1     6 
	                            11     9     9     8     8     6    10     2     9     8 
	                             1     3     5     6    11     6     7    37     4 
	00210: PUSHW[1]            -28 
	00213: NPUSHB      (11):    16    16     2    85     4    28    14    14     2    85 
	                             4 
	00226: PUSHW[1]            -20 
	00229: PUSHB[5]             12    12     2    85     4 
	00235: PUSHW[1]             -6 
	00238: PUSHB[5]             12    12     6    85     4 
	00244: PUSHW[1]             -2 
	00247: NPUSHB      (33):    13    13     6    85     4     8    15    15     6    85 
	                             4    32    16    17     6    85     4    78   128    14 
	                           176    14   192    14     3    14    63    14     1    11 
	                            10    37     0 
	00282: PUSHW[1]             -6 
	00285: NPUSHB      (11):    16    16     2    85     0     6    11    12     2    85 
	                             0 
	00298: PUSHW[1]             -2 
	00301: PUSHB[5]             12    12     6    85     0 
	00307: PUSHW[1]            -12 
	00310: NPUSHB      (12):    15    17     6    85     0     0    32     0     2     0 
	                            78    13 
	00324: SRP0       
	00325: MIRP[srp0,nmd,rd,2] 
	00326: DELTAP1    
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: MIRP[srp0,md,rd,1] 
	00332: ALIGNRP    
	00333: DELTAP1    
	00334: SRP0       
	00335: DELTAP1    
	00336: MIRP[srp0,nmd,rd,2] 
	00337: CALL       
	00338: CALL       
	00339: CALL       
	00340: CALL       
	00341: CALL       
	00342: CALL       
	00343: CALL       
	00344: MIRP[srp0,md,rd,1] 
	00345: ALIGNRP    
	00346: SRP1       
	00347: SRP2       
	00348: SLOOP      
	00349: IP         
	00350: SVTCA[y-axis] 
	00351: MIAP[rd+ci] 
	00352: ALIGNRP    
	00353: SRP0       
	00354: ALIGNRP    
	00355: SRP0       
	00356: ALIGNRP    
	00357: MIAP[rd+ci] 
	00358: ALIGNRP    
	00359: SRP2       
	00360: SLOOP      
	00361: IP         
	00362: SDPVTL[1]  
	00363: SFVTCA[x-axis] 
	00364: MDAP[nrd]  
	00365: CALL       
	00366: CALL       
	00367: CALL       
	00368: SDPVTL[1]  
	00369: RDTG       
	00370: MDRP[nrp0,nmd,rd,0] 
	00371: SDPVTL[1]  
	00372: MDAP[nrd]  
	00373: RTG        
	00374: CALL       
	00375: CALL       
	00376: SDPVTL[1]  
	00377: RDTG       
	00378: MDRP[nrp0,nmd,rd,0] 
	00379: IUP[y]     
	00380: IUP[x]     
	00381: SVTCA[x-axis] 
	00382: SHPIX      
	00383: SVTCA[x-axis] 
	00384: DELTAP3    
	00385: DELTAP1    
	00386: DELTAP2    
	00387: SVTCA[y-axis] 
	00388: DELTAP3    
	00389: DELTAP1    
	00390: CALL       
	00391: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:                                      On
	  3:                                      On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:                                      On
	  9:  YDual                       X-Short On
	 10:                                      On
	 11:        XDual                         On
	 12:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   140,  1062)  ->  Abs (   140,  1062)
	  1: Rel (   280,     0)  ->  Abs (   420,  1062)
	  2: Rel (   279,  -850)  ->  Abs (   699,   212)
	  3: Rel (   310,   850)  ->  Abs (  1009,  1062)
	  4: Rel (   259,     0)  ->  Abs (  1268,  1062)
	  5: Rel (     0, -1062)  ->  Abs (  1268,     0)
	  6: Rel (  -180,     0)  ->  Abs (  1088,     0)
	  7: Rel (     0,   855)  ->  Abs (  1088,   855)
	  8: Rel (  -314,  -855)  ->  Abs (   774,     0)
	  9: Rel (  -161,     0)  ->  Abs (   613,     0)
	 10: Rel (  -297,   896)  ->  Abs (   316,   896)
	 11: Rel (     0,  -896)  ->  Abs (   316,     0)
	 12: Rel (  -176,     0)  ->  Abs (   140,     0)

	Glyph 615: off = 0x0001C41A, len = 300
	  numberOfContours:	1
	  xMin:			136
	  yMin:			0
	  xMax:			995
	  yMax:			1062

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	252
	00000: NPUSHB      (25):   208    13   224    13     2     2    43     9     9     4 
	                             1     6    10     7    10     4     7    37    13    64 
	                            11    11     2    85     5 
	00027: PUSHW[1]            -20 
	00030: NPUSHB      (11):    16    16     2    85     5    22    14    14     2    85 
	                             5 
	00043: PUSHW[1]            -20 
	00046: NPUSHB      (17):    13    13     2    85     5     8    12    12     2    85 
	                             5    34    11    11     2    85     5 
	00065: PUSHW[1]            -10 
	00068: NPUSHB      (30):    11    13     6    85     5    10    15    15     6    85 
	                             5    22    16    16     6    85     5    64    51    54 
	                            52   255     5     1   255     5     1     5    78    13 
	00100: PUSHW[1]            -64 
	00103: NPUSHB      (22):    52    54    52   176    13   240    13     2   112    13 
	                           160    13   176    13   192    13     4    13     1    10 
	                            37     0 
	00127: PUSHW[1]            -10 
	00130: PUSHB[5]             17    17     2    85     0 
	00136: PUSHW[1]             -6 
	00139: PUSHB[5]             16    16     2    85     0 
	00145: PUSHW[1]             -6 
	00148: NPUSHB      (23):    14    14     2    85     0     4    12    12     2    85 
	                             0    10    11    11     2    85     0     3    11    11 
	                             6    85     0 
	00173: PUSHW[1]            -10 
	00176: PUSHB[5]             15    15     6    85     0 
	00182: PUSHW[1]            -64 
	00185: NPUSHB      (20):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0   240     0     5     0    78    12 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,2] 
	00209: DELTAP1    
	00210: DELTAP2    
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: MIRP[srp0,md,rd,1] 
	00220: ALIGNRP    
	00221: SRP0       
	00222: DELTAP1    
	00223: DELTAP2    
	00224: CALL       
	00225: MIRP[srp0,nmd,rd,2] 
	00226: DELTAP1    
	00227: DELTAP2    
	00228: CALL       
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: MIRP[srp0,md,rd,1] 
	00239: ALIGNRP    
	00240: SVTCA[y-axis] 
	00241: MIAP[rd+ci] 
	00242: ALIGNRP    
	00243: MIAP[rd+ci] 
	00244: ALIGNRP    
	00245: IP         
	00246: MDAP[rd]   
	00247: MIRP[nrp0,md,rd,1] 
	00248: IUP[y]     
	00249: IUP[x]     
	00250: SVTCA[x-axis] 
	00251: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   136,  1062)  ->  Abs (   136,  1062)
	  1: Rel (   180,     0)  ->  Abs (   316,  1062)
	  2: Rel (     0,  -442)  ->  Abs (   316,   620)
	  3: Rel (   499,     0)  ->  Abs (   815,   620)
	  4: Rel (     0,   442)  ->  Abs (   815,  1062)
	  5: Rel (   180,     0)  ->  Abs (   995,  1062)
	  6: Rel (     0, -1062)  ->  Abs (   995,     0)
	  7: Rel (  -180,     0)  ->  Abs (   815,     0)
	  8: Rel (     0,   471)  ->  Abs (   815,   471)
	  9: Rel (  -499,     0)  ->  Abs (   316,   471)
	 10: Rel (     0,  -471)  ->  Abs (   316,     0)
	 11: Rel (  -180,     0)  ->  Abs (   136,     0)

	Glyph 616: off = 0x0001C546, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1086

	     0: Flags:		0x0206
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 617: off = 0x0001C556, len = 304
	  numberOfContours:	1
	  xMin:			136
	  yMin:			0
	  xMax:			974
	  yMax:			1062

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	267
	00000: NPUSHB      (16):     4    43     0     6     6     3    10     3    37     9 
	                            64    11    11     2    85     1 
	00018: PUSHW[1]             -5 
	00021: NPUSHB      (17):    16    16     2    85     1    12    15    15     2    85 
	                             1    22    14    14     2    85     1 
	00040: PUSHW[1]             -8 
	00043: NPUSHB      (17):    13    13     2    85     1    16    12    12     2    85 
	                             1    38    11    11     2    85     1 
	00062: PUSHW[1]             -8 
	00065: PUSHB[5]             12    12     6    85     1 
	00071: PUSHW[1]             -6 
	00074: NPUSHB      (32):    13    13     6    85     1    14    15    15     6    85 
	                             1    24    16    16     6    85     1    64    51    54 
	                            52   255     1     1   223     1   255     1     2     1 
	                            78     9 
	00108: PUSHW[1]            -64 
	00111: NPUSHB      (23):    52    54    52   176     9   240     9     2    31     9 
	                           112     9   160     9   176     9   192     9     5     9 
	                             6    37     0 
	00136: PUSHW[1]            -10 
	00139: PUSHB[5]             17    17     2    85     0 
	00145: PUSHW[1]             -6 
	00148: PUSHB[5]             16    16     2    85     0 
	00154: PUSHW[1]             -6 
	00157: NPUSHB      (17):    14    14     2    85     0     4    12    12     2    85 
	                             0    10    11    11     2    85     0 
	00176: PUSHW[1]             -2 
	00179: PUSHB[5]             12    12     6    85     0 
	00185: PUSHW[1]             -8 
	00188: PUSHB[5]             15    15     6    85     0 
	00194: PUSHW[1]             -4 
	00197: PUSHB[5]             16    16     6    85     0 
	00203: PUSHW[1]            -64 
	00206: NPUSHB      (18):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0    78     8 
	00226: SRP0       
	00227: MIRP[srp0,nmd,rd,2] 
	00228: DELTAP1    
	00229: DELTAP2    
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: MIRP[nrp0,md,rd,1] 
	00240: SRP0       
	00241: DELTAP1    
	00242: DELTAP2    
	00243: CALL       
	00244: MIRP[srp0,nmd,rd,2] 
	00245: DELTAP1    
	00246: DELTAP2    
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: MIRP[srp0,md,rd,1] 
	00260: SVTCA[y-axis] 
	00261: MIAP[rd+ci] 
	00262: ALIGNRP    
	00263: MIAP[rd+ci] 
	00264: MIRP[nrp0,md,rd,1] 
	00265: IUP[y]     
	00266: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   136,  1062)  ->  Abs (   136,  1062)
	  1: Rel (   838,     0)  ->  Abs (   974,  1062)
	  2: Rel (     0, -1062)  ->  Abs (   974,     0)
	  3: Rel (  -180,     0)  ->  Abs (   794,     0)
	  4: Rel (     0,   913)  ->  Abs (   794,   913)
	  5: Rel (  -478,     0)  ->  Abs (   316,   913)
	  6: Rel (     0,  -913)  ->  Abs (   316,     0)
	  7: Rel (  -180,     0)  ->  Abs (   136,     0)

	Glyph 618: off = 0x0001C686, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			135
	  yMin:			-407
	  xMax:			1057
	  yMax:			1086

	     0: Flags:		0x0206
		Glyf Index:	83
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 619: off = 0x0001C696, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-24
	  xMax:			1005
	  yMax:			1086

	     0: Flags:		0x0206
		Glyf Index:	70
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 620: off = 0x0001C6A6, len = 192
	  numberOfContours:	1
	  xMin:			38
	  yMin:			0
	  xMax:			901
	  yMax:			1062

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	154
	00000: NPUSHB      (19):    47     9    48     9    64     9    95     9   160     9 
	                             5     2     7    43     0     6     5    10     7 
	00021: PUSHW[4]            343     4     2   343 
	00030: PUSHB[3]              4    37     5 
	00034: PUSHW[1]            -10 
	00037: NPUSHB      (11):    16    16     2    85     5    10    15    15     2    85 
	                             5 
	00050: PUSHW[1]            -12 
	00053: PUSHB[5]             13    13     2    85     5 
	00059: PUSHW[1]            -10 
	00062: PUSHB[5]             11    11     2    85     5 
	00068: PUSHW[1]            -18 
	00071: PUSHB[5]             11    11     6    85     5 
	00077: PUSHW[1]             -8 
	00080: PUSHB[5]             12    12     6    85     5 
	00086: PUSHW[1]             -5 
	00089: NPUSHB      (38):    13    13     6    85     5     6    16    16     6    85 
	                             0     5    16     5    80     5   176     5   192     5 
	                             5     0     5    80     5    96     5   160     5   176 
	                             5     5     0     5   160     5     2     5 
	00129: MDAP[rd]   
	00130: DELTAP1    
	00131: DELTAP2    
	00132: DELTAP3    
	00133: CALL       
	00134: CALL       
	00135: CALL       
	00136: CALL       
	00137: CALL       
	00138: CALL       
	00139: CALL       
	00140: CALL       
	00141: MIRP[nrp0,md,rd,1] 
	00142: MIRP[nrp0,md,rd,1] 
	00143: SRP0       
	00144: MIRP[nrp0,md,rd,1] 
	00145: SVTCA[y-axis] 
	00146: MIAP[rd+ci] 
	00147: MIAP[rd+ci] 
	00148: MIRP[srp0,md,rd,1] 
	00149: ALIGNRP    
	00150: IUP[y]     
	00151: IUP[x]     
	00152: SVTCA[x-axis] 
	00153: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (    38,  1062)  ->  Abs (    38,  1062)
	  1: Rel (   863,     0)  ->  Abs (   901,  1062)
	  2: Rel (     0,  -149)  ->  Abs (   901,   913)
	  3: Rel (  -342,     0)  ->  Abs (   559,   913)
	  4: Rel (     0,  -913)  ->  Abs (   559,     0)
	  5: Rel (  -179,     0)  ->  Abs (   380,     0)
	  6: Rel (     0,   913)  ->  Abs (   380,   913)
	  7: Rel (  -342,     0)  ->  Abs (    38,   913)

	Glyph 621: off = 0x0001C766, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			33
	  yMin:			-431
	  xMax:			1006
	  yMax:			1062

	     0: Flags:		0x0206
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 622: off = 0x0001C776, len = 486
	  numberOfContours:	3
	  xMin:			75
	  yMin:			-407
	  xMax:			1610
	  yMax:			1466

	EndPoints
	---------
	  0:  29
	  1:  41
	  2:  53

	  Length of Instructions:	324
	00000: NPUSHB      (98):    88    18     1     4     6     4    10    11    21    11 
	                            25    15    55    31    55    91     3    92    13    85 
	                            18    83    28    89    32    89    34    89    38    85 
	                            44    86    46    85    52   106     3   106    13   101 
	                            18   100    28   106    32   110    34   110    38   104 
	                            40   102    44   101    46   102    52   121     3   118 
	                             6   121    13   118    18   118    28   131     6   137 
	                            13   133    18    35    30    48     1     0    39    51 
	                            51    28     5    26     7    33    51    45    28    11 
	                            20    11    16    14     0     0     1    15 
	00100: PUSHW[1]            -10 
	00103: PUSHB[8]             15    16     2    85    15    37     0    16 
	00112: PUSHW[1]            -16 
	00115: PUSHB[5]             12    12     6    85    16 
	00121: PUSHW[1]            -13 
	00124: NPUSHB      (10):    13    13     6    85    16    16    23    36    36     8 
	00136: PUSHW[1]            -10 
	00139: PUSHB[5]             10    11     2    85     8 
	00145: PUSHW[1]            -28 
	00148: PUSHB[5]             11    12     6    85     8 
	00154: PUSHW[1]            -22 
	00157: PUSHB[5]             13    13     6    85     8 
	00163: PUSHW[1]            -22 
	00166: PUSHB[5]             15    15     6    85     8 
	00172: PUSHW[1]            -64 
	00175: NPUSHB      (36):    36    37    52    48     8     1    32     8     1     8 
	                            49     0    55    64    55    80    55    96    55   128 
	                            55   144    55     6     0    55    32    55    48    55 
	                            64    55   223    55     5    55 
	00213: PUSHW[1]            -64 
	00216: NPUSHB      (52):    30    35    52    48    55     1    55    42    36    23 
	                            24    11    11     6    85    23    35    12    12     6 
	                            85    23    28    13    13     6    85    23     8    15 
	                            15     6    85    23    14    16    16     6    85    23 
	                            64    36    37    52    31    23    63    23     2    23 
	                            49    54 
	00270: SRP0       
	00271: MIRP[srp0,nmd,rd,2] 
	00272: DELTAP1    
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: MIRP[nrp0,md,rd,1] 
	00280: SRP0       
	00281: DELTAP2    
	00282: CALL       
	00283: DELTAP1    
	00284: DELTAP1    
	00285: MIRP[srp0,nmd,rd,0] 
	00286: DELTAP1    
	00287: DELTAP1    
	00288: CALL       
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: MIRP[nrp0,md,rd,1] 
	00294: SRP2       
	00295: IP         
	00296: MDAP[rd]   
	00297: CALL       
	00298: CALL       
	00299: ALIGNRP    
	00300: MIRP[srp0,md,rd,1] 
	00301: CALL       
	00302: ALIGNRP    
	00303: SVTCA[y-axis] 
	00304: MIAP[rd+ci] 
	00305: MIAP[rd+ci] 
	00306: MIAP[rd+ci] 
	00307: ALIGNRP    
	00308: MIRP[srp0,md,rd,1] 
	00309: MIRP[nrp0,nmd,rd,0] 
	00310: MIAP[rd+ci] 
	00311: ALIGNRP    
	00312: MIRP[srp0,md,rd,1] 
	00313: MIRP[nrp0,nmd,rd,0] 
	00314: SVTCA[x-axis] 
	00315: SRP1       
	00316: SRP2       
	00317: IP         
	00318: IP         
	00319: IUP[y]     
	00320: IUP[x]     
	00321: DELTAP1    
	00322: SVTCA[y-axis] 
	00323: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                              X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:        XDual                         On
	 16:  YDual                       X-Short On
	 17:        XDual                         On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                              X-Short Off
	 23:        XDual                         On
	 24:  YDual XDual         Y-Short         Off
	 25:        XDual                 X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual                 X-Short On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:        XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   753,  1466)  ->  Abs (   753,  1466)
	  1: Rel (   180,     0)  ->  Abs (   933,  1466)
	  2: Rel (     0,  -507)  ->  Abs (   933,   959)
	  3: Rel (    56,    64)  ->  Abs (   989,  1023)
	  4: Rel (   134,    63)  ->  Abs (  1123,  1086)
	  5: Rel (    77,     0)  ->  Abs (  1200,  1086)
	  6: Rel (   189,     0)  ->  Abs (  1389,  1086)
	  7: Rel (   221,  -315)  ->  Abs (  1610,   771)
	  8: Rel (     0,  -239)  ->  Abs (  1610,   532)
	  9: Rel (     0,  -249)  ->  Abs (  1610,   283)
	 10: Rel (  -238,  -307)  ->  Abs (  1372,   -24)
	 11: Rel (  -177,     0)  ->  Abs (  1195,   -24)
	 12: Rel (   -58,     0)  ->  Abs (  1137,   -24)
	 13: Rel (  -120,    36)  ->  Abs (  1017,    12)
	 14: Rel (   -84,    80)  ->  Abs (   933,    92)
	 15: Rel (     0,  -499)  ->  Abs (   933,  -407)
	 16: Rel (  -180,     0)  ->  Abs (   753,  -407)
	 17: Rel (     0,   499)  ->  Abs (   753,    92)
	 18: Rel (   -54,   -58)  ->  Abs (   699,    34)
	 19: Rel (  -131,   -58)  ->  Abs (   568,   -24)
	 20: Rel (   -76,     0)  ->  Abs (   492,   -24)
	 21: Rel (  -167,     0)  ->  Abs (   325,   -24)
	 22: Rel (  -250,   293)  ->  Abs (    75,   269)
	 23: Rel (     0,   273)  ->  Abs (    75,   542)
	 24: Rel (     0,   231)  ->  Abs (    75,   773)
	 25: Rel (   226,   313)  ->  Abs (   301,  1086)
	 26: Rel (   191,     0)  ->  Abs (   492,  1086)
	 27: Rel (    80,     0)  ->  Abs (   572,  1086)
	 28: Rel (   130,   -63)  ->  Abs (   702,  1023)
	 29: Rel (    51,   -64)  ->  Abs (   753,   959)
	 30: Rel (   179,  -432)  ->  Abs (   932,   527)
	 31: Rel (     0,  -240)  ->  Abs (   932,   287)
	 32: Rel (   132,  -165)  ->  Abs (  1064,   122)
	 33: Rel (    99,     0)  ->  Abs (  1163,   122)
	 34: Rel (   110,     0)  ->  Abs (  1273,   122)
	 35: Rel (   155,   203)  ->  Abs (  1428,   325)
	 36: Rel (     0,   214)  ->  Abs (  1428,   539)
	 37: Rel (     0,   202)  ->  Abs (  1428,   741)
	 38: Rel (  -143,   198)  ->  Abs (  1285,   939)
	 39: Rel (  -112,     0)  ->  Abs (  1173,   939)
	 40: Rel (  -120,     0)  ->  Abs (  1053,   939)
	 41: Rel (  -121,  -206)  ->  Abs (   932,   733)
	 42: Rel (  -674,  -186)  ->  Abs (   258,   547)
	 43: Rel (     0,  -225)  ->  Abs (   258,   322)
	 44: Rel (   151,  -198)  ->  Abs (   409,   124)
	 45: Rel (   112,     0)  ->  Abs (   521,   124)
	 46: Rel (   117,     0)  ->  Abs (   638,   124)
	 47: Rel (   116,   197)  ->  Abs (   754,   321)
	 48: Rel (     0,   197)  ->  Abs (   754,   518)
	 49: Rel (     0,   210)  ->  Abs (   754,   728)
	 50: Rel (  -122,   210)  ->  Abs (   632,   938)
	 51: Rel (  -123,     0)  ->  Abs (   509,   938)
	 52: Rel (  -111,     0)  ->  Abs (   398,   938)
	 53: Rel (  -140,  -205)  ->  Abs (   258,   733)

	Glyph 623: off = 0x0001C95C, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			15
	  yMin:			0
	  xMax:			1009
	  yMax:			1062

	     0: Flags:		0x0206
		Glyf Index:	91
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 624: off = 0x0001C96C, len = 310
	  numberOfContours:	1
	  xMin:			138
	  yMin:			-301
	  xMax:			1112
	  yMax:			1062

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	262
	00000: NPUSHB      (22):    95    13     1     4     1     6     7     2    43    11 
	                            10     9    14     3    37    13    64    11    11     2 
	                            85     6 
	00024: PUSHW[1]            -22 
	00027: PUSHB[5]             16    16     2    85     6 
	00033: PUSHW[1]            -32 
	00036: PUSHB[5]             13    13     2    85     6 
	00042: PUSHW[1]             -6 
	00045: NPUSHB      (11):    12    12     2    85     6    22    11    11     2    85 
	                             6 
	00058: PUSHW[1]            -14 
	00061: PUSHB[5]             11    13     6    85     6 
	00067: PUSHW[1]            -26 
	00070: PUSHB[5]             15    15     6    85     6 
	00076: PUSHW[1]            -18 
	00079: PUSHB[8]             16    16     6    85     6     9    43     7 
	00088: PUSHW[1]            -16 
	00091: PUSHB[5]             16    16     2    85     7 
	00097: PUSHW[1]            -16 
	00100: NPUSHB      (17):    13    13     2    85     7    40    11    11     2    85 
	                             7     8    13    13     6    85     7 
	00119: PUSHW[1]            -10 
	00122: PUSHB[5]             15    16     6    85     7 
	00128: PUSHW[1]            268 
	00131: NPUSHB      (16):   144     6     1    96     6   128     6   192     6     3 
	                             6    78    13     2    37     0 
	00149: PUSHW[1]             -6 
	00152: NPUSHB      (23):    16    16     2    85     0     6    11    12     2    85 
	                             0    14    11    11     6    85     0     4    12    12 
	                             6    85     0 
	00177: PUSHW[1]            -15 
	00180: PUSHB[5]             15    15     6    85     0 
	00186: PUSHW[1]            -10 
	00189: PUSHB[5]             16    16     6    85     0 
	00195: PUSHW[1]            -64 
	00198: NPUSHB      (18):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0    78    12 
	00218: SRP0       
	00219: MIRP[srp0,nmd,rd,2] 
	00220: DELTAP1    
	00221: DELTAP2    
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: MIRP[nrp0,md,rd,1] 
	00230: SRP0       
	00231: MIRP[srp0,nmd,rd,2] 
	00232: DELTAP1    
	00233: DELTAP3    
	00234: MIRP[srp0,md,rd,0] 
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: MIRP[nrp0,md,rd,1] 
	00241: SRP0       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: MIRP[nrp0,md,rd,1] 
	00251: SVTCA[y-axis] 
	00252: MIAP[rd+ci] 
	00253: MIAP[rd+ci] 
	00254: MIRP[srp0,md,rd,1] 
	00255: ALIGNRP    
	00256: MIAP[rd+ci] 
	00257: ALIGNRP    
	00258: IUP[y]     
	00259: IUP[x]     
	00260: SVTCA[x-axis] 
	00261: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   138,  1062)  ->  Abs (   138,  1062)
	  1: Rel (   180,     0)  ->  Abs (   318,  1062)
	  2: Rel (     0,  -914)  ->  Abs (   318,   148)
	  3: Rel (   498,     0)  ->  Abs (   816,   148)
	  4: Rel (     0,   914)  ->  Abs (   816,  1062)
	  5: Rel (   180,     0)  ->  Abs (   996,  1062)
	  6: Rel (     0,  -914)  ->  Abs (   996,   148)
	  7: Rel (   116,     0)  ->  Abs (  1112,   148)
	  8: Rel (     0,  -449)  ->  Abs (  1112,  -301)
	  9: Rel (  -148,     0)  ->  Abs (   964,  -301)
	 10: Rel (     0,   301)  ->  Abs (   964,     0)
	 11: Rel (  -826,     0)  ->  Abs (   138,     0)

	Glyph 625: off = 0x0001CAA2, len = 270
	  numberOfContours:	1
	  xMin:			69
	  yMin:			0
	  xMax:			931
	  yMax:			1062

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	205
	00000: NPUSHB      (18):    28     8     8     1    13    15    72     6     6     9 
	                             1     6    12    10     9    12    37    10 
	00020: PUSHW[1]            -48 
	00023: NPUSHB      (17):    16    16     2    85    10    32    15    15     2    85 
	                            10    10    13    13     2    85    10 
	00042: PUSHW[1]             -6 
	00045: PUSHB[5]             10    11     2    85    10 
	00051: PUSHW[1]             -8 
	00054: NPUSHB      (22):    12    12     6    85    10    20    15    15     6    85 
	                            10    26    16    16     6    85    10    78    21     1 
	                            37     0 
	00078: PUSHW[1]            -32 
	00081: NPUSHB      (17):    16    16     2    85     0    28    15    15     2    85 
	                             0    22    13    13     2    85     0 
	00100: PUSHW[1]             -4 
	00103: NPUSHB      (36):    12    12     2    85     0    22    11    12     6    85 
	                             0    24    13    13     6    85     0    24    15    15 
	                             6    85     0    28    16    16     6    85    31     0 
	                            79     0     2     0    40    20 
	00141: SRP0       
	00142: MIRP[srp0,nmd,rd,2] 
	00143: DELTAP1    
	00144: CALL       
	00145: CALL       
	00146: CALL       
	00147: CALL       
	00148: CALL       
	00149: CALL       
	00150: CALL       
	00151: CALL       
	00152: MIRP[nrp0,md,rd,1] 
	00153: SRP0       
	00154: MIRP[srp0,nmd,rd,0] 
	00155: CALL       
	00156: CALL       
	00157: CALL       
	00158: CALL       
	00159: CALL       
	00160: CALL       
	00161: CALL       
	00162: MIRP[srp0,md,rd,1] 
	00163: ALIGNRP    
	00164: SVTCA[y-axis] 
	00165: MIAP[rd+ci] 
	00166: MIAP[rd+ci] 
	00167: ALIGNRP    
	00168: IP         
	00169: MDAP[rd]   
	00170: MIRP[nrp0,md,rd,1] 
	00171: IP         
	00172: SRP2       
	00173: IP         
	00174: IUP[y]     
	00175: IUP[x]     
	00176: RS         
	00177: JROF       
	00178: NPUSHB      (18):    16    18     3     5     4    38    17    37     5    16 
	                             2    29     0     3    18     6    29     0 
	00198: CALL       
	00199: SVTCA[x-axis] 
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: FLIPRGON   
	00204: FLIPRGON   

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                         On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    69,  1062)  ->  Abs (    69,  1062)
	  1: Rel (   180,     0)  ->  Abs (   249,  1062)
	  2: Rel (     0,  -201)  ->  Abs (   249,   861)
	  3: Rel (     0,  -130)  ->  Abs (   249,   731)
	  4: Rel (    31,  -117)  ->  Abs (   280,   614)
	  5: Rel (   118,   -87)  ->  Abs (   398,   527)
	  6: Rel (    89,     0)  ->  Abs (   487,   527)
	  7: Rel (   102,     0)  ->  Abs (   589,   527)
	  8: Rel (   162,    54)  ->  Abs (   751,   581)
	  9: Rel (     0,   481)  ->  Abs (   751,  1062)
	 10: Rel (   180,     0)  ->  Abs (   931,  1062)
	 11: Rel (     0, -1062)  ->  Abs (   931,     0)
	 12: Rel (  -180,     0)  ->  Abs (   751,     0)
	 13: Rel (     0,   428)  ->  Abs (   751,   428)
	 14: Rel (  -166,   -52)  ->  Abs (   585,   376)
	 15: Rel (  -144,     0)  ->  Abs (   441,   376)
	 16: Rel (  -121,     0)  ->  Abs (   320,   376)
	 17: Rel (  -185,   123)  ->  Abs (   135,   499)
	 18: Rel (   -66,   178)  ->  Abs (    69,   677)
	 19: Rel (     0,   107)  ->  Abs (    69,   784)

	Glyph 626: off = 0x0001CBB0, len = 428
	  numberOfContours:	1
	  xMin:			141
	  yMin:			0
	  xMax:			1501
	  yMax:			1062

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	380
	00000: NPUSHB      (37):     0    13    16    13   112    13     3    32    13    48 
	                            13    79    13    96    13   112    13   160    13   192 
	                            13   239    13     8     8     4     4     1     6     7 
	                             2    43    11    10     7    37     9 
	00039: PUSHW[1]            -10 
	00042: PUSHB[5]             16    16     2    85     9 
	00048: PUSHW[1]            -18 
	00051: NPUSHB      (11):    13    13     2    85     9     6    12    12     2    85 
	                             9 
	00064: PUSHW[1]            -16 
	00067: PUSHB[5]             11    11     2    85     9 
	00073: PUSHW[1]            -24 
	00076: PUSHB[5]             12    12     6    85     9 
	00082: PUSHW[1]             -5 
	00085: PUSHB[5]             15    15     6    85     9 
	00091: PUSHW[1]             -3 
	00094: NPUSHB      (36):    16    16     6    85    48     9     1     0     9    16 
	                             9    48     9    64     9   176     9   208     9   224 
	                             9     7    16     9    32     9    48     9    96     9 
	                           112     9   128     9     6     9 
	00132: PUSHW[1]            452 
	00135: PUSHB[6]             64     5     1     3    37     5 
	00142: PUSHW[1]            -20 
	00145: PUSHB[5]             16    16     2    85     5 
	00151: PUSHW[1]            -22 
	00154: PUSHB[5]             13    13     2    85     5 
	00160: PUSHW[1]            -12 
	00163: PUSHB[5]             12    12     2    85     5 
	00169: PUSHW[1]            -12 
	00172: PUSHB[5]             11    11     2    85     5 
	00178: PUSHW[1]            -19 
	00181: PUSHB[5]             12    12     6    85     5 
	00187: PUSHW[1]            -10 
	00190: PUSHB[5]             15    15     6    85     5 
	00196: PUSHW[1]             -6 
	00199: NPUSHB      (36):    16    16     6    85    31     5    47     5   175     5 
	                           223     5     4     0     5    48     5   208     5   224 
	                             5     4    16     5    32     5    48     5    96     5 
	                           112     5   128     5     6     5 
	00237: PUSHW[1]            452 
	00240: PUSHB[3]              2    37     0 
	00244: PUSHW[1]             -6 
	00247: PUSHB[5]             16    16     2    85     0 
	00253: PUSHW[1]            -12 
	00256: NPUSHB      (11):    14    14     2    85     0     6    11    11     2    85 
	                             0 
	00269: PUSHW[1]            -16 
	00272: NPUSHB      (11):     9    10     2    85     0     6    16    16     6    85 
	                             0 
	00285: PUSHW[1]             -2 
	00288: PUSHB[5]             15    15     6    85     0 
	00294: PUSHW[1]             -8 
	00297: NPUSHB      (28):    13    13     6    85     0     9    12    12     6    85 
	                             0     5    11    11     6    85    15     0     1    79 
	                             0     1     0     0     1     0    78    12 
	00327: SRP0       
	00328: MIRP[srp0,nmd,rd,2] 
	00329: DELTAP1    
	00330: DELTAP2    
	00331: DELTAP3    
	00332: CALL       
	00333: CALL       
	00334: CALL       
	00335: CALL       
	00336: CALL       
	00337: CALL       
	00338: CALL       
	00339: CALL       
	00340: CALL       
	00341: MIRP[nrp0,md,rd,1] 
	00342: MIRP[srp0,md,rd,1] 
	00343: DELTAP1    
	00344: DELTAP2    
	00345: DELTAP3    
	00346: CALL       
	00347: CALL       
	00348: CALL       
	00349: CALL       
	00350: CALL       
	00351: CALL       
	00352: CALL       
	00353: MIRP[srp0,md,rd,1] 
	00354: DELTAP2    
	00355: MIRP[srp0,md,rd,1] 
	00356: DELTAP1    
	00357: DELTAP2    
	00358: DELTAP3    
	00359: CALL       
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: CALL       
	00365: CALL       
	00366: MIRP[nrp0,md,rd,1] 
	00367: SVTCA[y-axis] 
	00368: MIAP[rd+ci] 
	00369: MIRP[srp0,md,rd,1] 
	00370: ALIGNRP    
	00371: MIAP[rd+ci] 
	00372: ALIGNRP    
	00373: SRP0       
	00374: ALIGNRP    
	00375: IUP[y]     
	00376: IUP[x]     
	00377: SVTCA[x-axis] 
	00378: DELTAP1    
	00379: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   141,  1062)  ->  Abs (   141,  1062)
	  1: Rel (   180,     0)  ->  Abs (   321,  1062)
	  2: Rel (     0,  -913)  ->  Abs (   321,   149)
	  3: Rel (   410,     0)  ->  Abs (   731,   149)
	  4: Rel (     0,   913)  ->  Abs (   731,  1062)
	  5: Rel (   180,     0)  ->  Abs (   911,  1062)
	  6: Rel (     0,  -913)  ->  Abs (   911,   149)
	  7: Rel (   411,     0)  ->  Abs (  1322,   149)
	  8: Rel (     0,   913)  ->  Abs (  1322,  1062)
	  9: Rel (   179,     0)  ->  Abs (  1501,  1062)
	 10: Rel (     0, -1062)  ->  Abs (  1501,     0)
	 11: Rel ( -1360,     0)  ->  Abs (   141,     0)

	Glyph 627: off = 0x0001CD5C, len = 438
	  numberOfContours:	1
	  xMin:			141
	  yMin:			-301
	  xMax:			1620
	  yMax:			1062

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	380
	00000: NPUSHB      (46):    16    17     1    32    17    79    17    96    17   112 
	                            17   160    17   192    17   239    17     7     8     4 
	                             4     1     6     6    11     2    43    15    10    13 
	                            14    14    43    12    10    16    16     6    85    12 
	                            20    15    15     6    85    12 
	00048: PUSHW[1]            -17 
	00051: NPUSHB      (25):    13    13     6    85    12    17    12    12     6    85 
	                            12    12    17    48    17    80    17   112    17   160 
	                            17     4     7    37     9 
	00078: PUSHW[1]            -10 
	00081: PUSHB[5]             16    16     2    85     9 
	00087: PUSHW[1]            -18 
	00090: NPUSHB      (11):    13    13     2    85     9     6    12    12     2    85 
	                             9 
	00103: PUSHW[1]            -16 
	00106: PUSHB[5]             11    11     2    85     9 
	00112: PUSHW[1]            -19 
	00115: NPUSHB      (42):    12    13     6    85     9     3    16    16     6    85 
	                            48     9     1     0     9    16     9    48     9    64 
	                             9   176     9   208     9   224     9     7    16     9 
	                            32     9    48     9    96     9   112     9   128     9 
	                             6     9 
	00159: PUSHW[1]            452 
	00162: PUSHB[6]             64     5     1     3    37     5 
	00169: PUSHW[1]            -20 
	00172: PUSHB[5]             16    16     2    85     5 
	00178: PUSHW[1]            -22 
	00181: PUSHB[5]             13    13     2    85     5 
	00187: PUSHW[1]            -12 
	00190: PUSHB[5]             12    12     2    85     5 
	00196: PUSHW[1]            -12 
	00199: PUSHB[5]             11    11     2    85     5 
	00205: PUSHW[1]            -15 
	00208: NPUSHB      (36):    12    13     6    85    31     5    47     5   175     5 
	                           223     5     4     0     5    48     5   208     5   224 
	                             5     4    16     5    32     5    48     5    96     5 
	                           112     5   128     5     6     5 
	00246: PUSHW[1]            452 
	00249: PUSHB[3]              2    37     0 
	00253: PUSHW[1]             -6 
	00256: PUSHB[5]             16    16     2    85     0 
	00262: PUSHW[1]            -12 
	00265: NPUSHB      (11):    14    14     2    85     0     6    11    11     2    85 
	                             0 
	00278: PUSHW[1]            -16 
	00281: NPUSHB      (11):     9    10     2    85     0    10    16    16     6    85 
	                             0 
	00294: PUSHW[1]            -13 
	00297: NPUSHB      (22):    13    13     6    85     0    13    12    12     6    85 
	                            15     0     1    79     0     1     0     0     1     0 
	                            78    16 
	00321: SRP0       
	00322: MIRP[srp0,nmd,rd,2] 
	00323: DELTAP1    
	00324: DELTAP2    
	00325: DELTAP3    
	00326: CALL       
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: MIRP[nrp0,md,rd,1] 
	00334: MIRP[srp0,md,rd,1] 
	00335: DELTAP1    
	00336: DELTAP2    
	00337: DELTAP3    
	00338: CALL       
	00339: CALL       
	00340: CALL       
	00341: CALL       
	00342: CALL       
	00343: MIRP[srp0,md,rd,1] 
	00344: DELTAP2    
	00345: MIRP[srp0,md,rd,1] 
	00346: DELTAP1    
	00347: DELTAP2    
	00348: DELTAP3    
	00349: CALL       
	00350: CALL       
	00351: CALL       
	00352: CALL       
	00353: CALL       
	00354: CALL       
	00355: MIRP[nrp0,md,rd,1] 
	00356: DELTAP1    
	00357: SRP2       
	00358: IP         
	00359: MDAP[rd]   
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: MIRP[nrp0,md,rd,1] 
	00365: SVTCA[y-axis] 
	00366: MIAP[rd+ci] 
	00367: MIAP[rd+ci] 
	00368: MIRP[srp0,md,rd,1] 
	00369: ALIGNRP    
	00370: ALIGNRP    
	00371: MIAP[rd+ci] 
	00372: ALIGNRP    
	00373: SRP0       
	00374: ALIGNRP    
	00375: IUP[y]     
	00376: IUP[x]     
	00377: SVTCA[x-axis] 
	00378: DELTAP1    
	00379: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   141,  1062)  ->  Abs (   141,  1062)
	  1: Rel (   180,     0)  ->  Abs (   321,  1062)
	  2: Rel (     0,  -914)  ->  Abs (   321,   148)
	  3: Rel (   410,     0)  ->  Abs (   731,   148)
	  4: Rel (     0,   914)  ->  Abs (   731,  1062)
	  5: Rel (   180,     0)  ->  Abs (   911,  1062)
	  6: Rel (     0,  -914)  ->  Abs (   911,   148)
	  7: Rel (   411,     0)  ->  Abs (  1322,   148)
	  8: Rel (     0,   914)  ->  Abs (  1322,  1062)
	  9: Rel (   179,     0)  ->  Abs (  1501,  1062)
	 10: Rel (     0,  -914)  ->  Abs (  1501,   148)
	 11: Rel (   119,     0)  ->  Abs (  1620,   148)
	 12: Rel (     0,  -449)  ->  Abs (  1620,  -301)
	 13: Rel (  -149,     0)  ->  Abs (  1471,  -301)
	 14: Rel (     0,   301)  ->  Abs (  1471,     0)
	 15: Rel ( -1330,     0)  ->  Abs (   141,     0)

	Glyph 628: off = 0x0001CF12, len = 322
	  numberOfContours:	2
	  xMin:			40
	  yMin:			0
	  xMax:			1207
	  yMax:			1062

	EndPoints
	---------
	  0:  12
	  1:  21

	  Length of Instructions:	248
	00000: NPUSHB      (28):    19    16     1    25    19     1    25    18     1    25 
	                             4     1    21    43     2     2    10    12    43     0 
	                             6    13    43    10    10    17    36     6 
	00030: PUSHW[1]            -26 
	00033: PUSHB[5]             13    13     2    85     6 
	00039: PUSHW[1]             -6 
	00042: PUSHB[5]             11    11     2    85     6 
	00048: PUSHW[1]             -2 
	00051: PUSHB[5]             11    11     6    85     6 
	00057: PUSHW[1]            -22 
	00060: PUSHB[5]             12    12     6    85     6 
	00066: PUSHW[1]            -20 
	00069: NPUSHB      (10):    15    15     6    85     6    23   223    23     1    23 
	00081: PUSHW[1]            -64 
	00084: NPUSHB      (22):    30    35    52    48    23     1     2    13    37    10 
	                            12    16    16     2    85    10    16    15    15     2 
	                            85    10 
	00108: PUSHW[1]            -38 
	00111: PUSHB[5]             13    13     2    85    10 
	00117: PUSHW[1]            -22 
	00120: PUSHB[5]             12    12     2    85    10 
	00126: PUSHW[1]            -12 
	00129: PUSHB[5]             11    11     2    85    10 
	00135: PUSHW[1]            -64 
	00138: PUSHB[4]             25    76    52    10 
	00143: PUSHW[1]            -64 
	00146: NPUSHB      (10):    11    13    52   144    10     1    10    12    12     0 
	00158: PUSHW[1]            -14 
	00161: PUSHB[5]             11    11     6    85     0 
	00167: PUSHW[1]            -32 
	00170: PUSHB[5]             12    13     6    85     0 
	00176: PUSHW[1]            -45 
	00179: PUSHB[5]             15    15     6    85     0 
	00185: PUSHW[1]            -54 
	00188: NPUSHB      (11):    16    16     6    85     0    64    25    76    52     0 
	                            22 
	00201: SRP0       
	00202: MDRP[srp0,md,rd,2] 
	00203: CALL       
	00204: CALL       
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: ALIGNRP    
	00209: SRP0       
	00210: MDRP[srp0,md,rd,2] 
	00211: DELTAP1    
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: MIRP[srp0,md,rd,1] 
	00220: ALIGNRP    
	00221: SVTCA[x-axis] 
	00222: DELTAP2    
	00223: CALL       
	00224: DELTAP1    
	00225: SRP0       
	00226: MDRP[srp0,md,rd,2] 
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: MIRP[nrp0,md,rd,1] 
	00233: SVTCA[y-axis] 
	00234: MIAP[rd+ci] 
	00235: MIRP[nrp0,md,rd,1] 
	00236: MIAP[rd+ci] 
	00237: MIRP[nrp0,md,rd,1] 
	00238: SRP2       
	00239: IP         
	00240: MDAP[rd]   
	00241: MIRP[nrp0,md,rd,1] 
	00242: IUP[y]     
	00243: IUP[x]     
	00244: DELTAP3    
	00245: DELTAP3    
	00246: DELTAP3    
	00247: DELTAP3    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                               On
	 11:        XDual                         On
	 12:  YDual                               On
	 13:                                      On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (    40,  1062)  ->  Abs (    40,  1062)
	  1: Rel (   475,     0)  ->  Abs (   515,  1062)
	  2: Rel (     0,  -415)  ->  Abs (   515,   647)
	  3: Rel (   229,     0)  ->  Abs (   744,   647)
	  4: Rel (   243,     0)  ->  Abs (   987,   647)
	  5: Rel (   220,  -189)  ->  Abs (  1207,   458)
	  6: Rel (     0,  -137)  ->  Abs (  1207,   321)
	  7: Rel (     0,  -142)  ->  Abs (  1207,   179)
	  8: Rel (  -213,  -179)  ->  Abs (   994,     0)
	  9: Rel (  -208,     0)  ->  Abs (   786,     0)
	 10: Rel (  -451,     0)  ->  Abs (   335,     0)
	 11: Rel (     0,   913)  ->  Abs (   335,   913)
	 12: Rel (  -295,     0)  ->  Abs (    40,   913)
	 13: Rel (   475,  -767)  ->  Abs (   515,   146)
	 14: Rel (   189,     0)  ->  Abs (   704,   146)
	 15: Rel (   172,     0)  ->  Abs (   876,   146)
	 16: Rel (   144,    83)  ->  Abs (  1020,   229)
	 17: Rel (     0,    92)  ->  Abs (  1020,   321)
	 18: Rel (     0,    84)  ->  Abs (  1020,   405)
	 19: Rel (  -123,    92)  ->  Abs (   897,   497)
	 20: Rel (  -169,     0)  ->  Abs (   728,   497)
	 21: Rel (  -213,     0)  ->  Abs (   515,   497)

	Glyph 629: off = 0x0001D054, len = 368
	  numberOfContours:	3
	  xMin:			139
	  yMin:			0
	  xMax:			1326
	  yMax:			1062

	EndPoints
	---------
	  0:  3
	  1:  14
	  2:  23

	  Length of Instructions:	288
	00000: NPUSHB      (19):    31     8     6    43    23    23     3     5     0     6 
	                            15    43    14    14     3    10    19    36    10 
	00021: PUSHW[1]            -20 
	00024: NPUSHB      (11):    15    16     2    85    10    10    13    13     2    85 
	                            10 
	00037: PUSHW[1]            -38 
	00040: PUSHB[5]             15    15     6    85    10 
	00046: PUSHW[1]            -20 
	00049: NPUSHB      (39):    16    16     6    85    80    10   144    10     2    15 
	                            10     1    96    10   112    10   128    10   192    10 
	                             4    10    10    15     3    37     1     4    16    16 
	                             2    85     1    32    15    15     2    85     1 
	00090: PUSHW[1]            -30 
	00093: NPUSHB      (11):    13    13     2    85     1    10    12    12     2    85 
	                             1 
	00106: PUSHW[1]            -20 
	00109: PUSHB[5]             10    11     2    85     1 
	00115: PUSHW[1]            -28 
	00118: PUSHB[5]             11    11     6    85     1 
	00124: PUSHW[1]            -12 
	00127: NPUSHB      (23):    12    13     6    85     1    16    15    15     6    85 
	                             1    36    16    16     6    85     1    78    25     5 
	                            15    37     4 
	00152: PUSHW[1]             -4 
	00155: NPUSHB      (11):    16    16     2    85     4     4    11    12     2    85 
	                             4 
	00168: PUSHW[1]            -12 
	00171: PUSHB[5]             15    15     6    85     4 
	00177: PUSHW[1]            -16 
	00180: PUSHB[5]             16    16     6    85     4 
	00186: PUSHW[1]            -64 
	00189: NPUSHB      (18):    51    54    52   240     4     1     0     4    32     4 
	                           208     4   224     4     4     4    78    24 
	00209: SRP0       
	00210: MIRP[srp0,nmd,rd,2] 
	00211: DELTAP1    
	00212: DELTAP2    
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: MIRP[srp0,md,rd,1] 
	00219: ALIGNRP    
	00220: SRP0       
	00221: MIRP[srp0,nmd,rd,2] 
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: CALL       
	00231: MIRP[srp0,md,rd,1] 
	00232: SRP1       
	00233: IP         
	00234: MDAP[rd]   
	00235: DELTAP1    
	00236: DELTAP2    
	00237: DELTAP3    
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: MIRP[nrp0,md,rd,1] 
	00243: SVTCA[y-axis] 
	00244: MIAP[rd+ci] 
	00245: ALIGNRP    
	00246: SRP0       
	00247: MIRP[nrp0,md,rd,1] 
	00248: MIAP[rd+ci] 
	00249: ALIGNRP    
	00250: SRP2       
	00251: IP         
	00252: MDAP[rd]   
	00253: MIRP[srp0,md,rd,1] 
	00254: IUP[y]     
	00255: IUP[x]     
	00256: RS         
	00257: JROF       
	00258: NPUSHB      (22):     8    21    17    12    19    27     1    21     8    19 
	                            27     1    18    11    16    27     0    20     9    22 
	                            27     1 
	00282: CALL       
	00283: CALL       
	00284: SVTCA[x-axis] 
	00285: CALL       
	00286: CALL       
	00287: FLIPRGON   

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:                                      On
	  5:  YDual XDual                 X-Short On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                               On
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1146,  1062)  ->  Abs (  1146,  1062)
	  1: Rel (   180,     0)  ->  Abs (  1326,  1062)
	  2: Rel (     0, -1062)  ->  Abs (  1326,     0)
	  3: Rel (  -180,     0)  ->  Abs (  1146,     0)
	  4: Rel ( -1007,  1062)  ->  Abs (   139,  1062)
	  5: Rel (   180,     0)  ->  Abs (   319,  1062)
	  6: Rel (     0,  -415)  ->  Abs (   319,   647)
	  7: Rel (   228,     0)  ->  Abs (   547,   647)
	  8: Rel (   223,     0)  ->  Abs (   770,   647)
	  9: Rel (   241,  -173)  ->  Abs (  1011,   474)
	 10: Rel (     0,  -152)  ->  Abs (  1011,   322)
	 11: Rel (     0,  -133)  ->  Abs (  1011,   189)
	 12: Rel (  -201,  -189)  ->  Abs (   810,     0)
	 13: Rel (  -221,     0)  ->  Abs (   589,     0)
	 14: Rel (  -450,     0)  ->  Abs (   139,     0)
	 15: Rel (   180,   148)  ->  Abs (   319,   148)
	 16: Rel (   189,     0)  ->  Abs (   508,   148)
	 17: Rel (   171,     0)  ->  Abs (   679,   148)
	 18: Rel (   146,    84)  ->  Abs (   825,   232)
	 19: Rel (     0,    89)  ->  Abs (   825,   321)
	 20: Rel (     0,    69)  ->  Abs (   825,   390)
	 21: Rel (  -108,   108)  ->  Abs (   717,   498)
	 22: Rel (  -185,     0)  ->  Abs (   532,   498)
	 23: Rel (  -213,     0)  ->  Abs (   319,   498)

	Glyph 630: off = 0x0001D1C4, len = 328
	  numberOfContours:	2
	  xMin:			132
	  yMin:			0
	  xMax:			1004
	  yMax:			1062

	EndPoints
	---------
	  0:  10
	  1:  19

	  Length of Instructions:	262
	00000: NPUSHB      (22):    31     8     2    43    19    19    10     0     6    11 
	                            43    10    10    15    36     6    14    12    12     2 
	                            85     6 
	00024: PUSHW[1]             -4 
	00027: PUSHB[5]             11    11     6    85     6 
	00033: PUSHW[1]            -15 
	00036: PUSHB[5]             12    12     6    85     6 
	00042: PUSHW[1]            -10 
	00045: NPUSHB      (11):    15    15     6    85     6     6    16    16     6    85 
	                             6 
	00058: PUSHW[1]            -64 
	00061: NPUSHB      (55):    36    37    52    48     6     1     0     6    16     6 
	                            32     6     3     6    49    31    21    63    21    95 
	                            21   127    21   159    21   175    21   191    21   223 
	                            21     8    15    21     1    15    21   143    21   175 
	                            21   191    21   207    21   223    21   239    21     7 
	                            21     1    11    37     0 
	00118: PUSHW[1]             -4 
	00121: NPUSHB      (11):    16    16     2    85     0     4    11    12     2    85 
	                             0 
	00134: PUSHW[1]             -4 
	00137: PUSHB[5]             12    12     6    85     0 
	00143: PUSHW[1]             -2 
	00146: PUSHB[5]             13    13     6    85     0 
	00152: PUSHW[1]            -12 
	00155: PUSHB[5]             15    15     6    85     0 
	00161: PUSHW[1]            -20 
	00164: PUSHB[5]             16    16     6    85     0 
	00170: PUSHW[1]            -64 
	00173: NPUSHB      (18):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0    78    20 
	00193: SRP0       
	00194: MIRP[srp0,nmd,rd,2] 
	00195: DELTAP1    
	00196: DELTAP2    
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: MIRP[srp0,md,rd,1] 
	00205: ALIGNRP    
	00206: SRP0       
	00207: DELTAP2    
	00208: DELTAP3    
	00209: DELTAP1    
	00210: MIRP[srp0,nmd,rd,2] 
	00211: DELTAP1    
	00212: DELTAP1    
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: MIRP[nrp0,md,rd,1] 
	00220: SVTCA[y-axis] 
	00221: MIAP[rd+ci] 
	00222: MIRP[nrp0,md,rd,1] 
	00223: MIAP[rd+ci] 
	00224: SRP2       
	00225: IP         
	00226: MDAP[rd]   
	00227: MIRP[srp0,md,rd,1] 
	00228: IUP[y]     
	00229: IUP[x]     
	00230: RS         
	00231: JROF       
	00232: NPUSHB      (22):     4    17    13     8    15    27     1    17     4    15 
	                            27     1    14     7    12    27     0    16     5    18 
	                            27     1 
	00256: CALL       
	00257: CALL       
	00258: SVTCA[x-axis] 
	00259: CALL       
	00260: CALL       
	00261: FLIPRGON   

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                               On
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   132,  1062)  ->  Abs (   132,  1062)
	  1: Rel (   180,     0)  ->  Abs (   312,  1062)
	  2: Rel (     0,  -415)  ->  Abs (   312,   647)
	  3: Rel (   228,     0)  ->  Abs (   540,   647)
	  4: Rel (   223,     0)  ->  Abs (   763,   647)
	  5: Rel (   241,  -173)  ->  Abs (  1004,   474)
	  6: Rel (     0,  -152)  ->  Abs (  1004,   322)
	  7: Rel (     0,  -133)  ->  Abs (  1004,   189)
	  8: Rel (  -201,  -189)  ->  Abs (   803,     0)
	  9: Rel (  -221,     0)  ->  Abs (   582,     0)
	 10: Rel (  -450,     0)  ->  Abs (   132,     0)
	 11: Rel (   180,   148)  ->  Abs (   312,   148)
	 12: Rel (   189,     0)  ->  Abs (   501,   148)
	 13: Rel (   171,     0)  ->  Abs (   672,   148)
	 14: Rel (   146,    84)  ->  Abs (   818,   232)
	 15: Rel (     0,    89)  ->  Abs (   818,   321)
	 16: Rel (     0,    69)  ->  Abs (   818,   390)
	 17: Rel (  -108,   108)  ->  Abs (   710,   498)
	 18: Rel (  -185,     0)  ->  Abs (   525,   498)
	 19: Rel (  -213,     0)  ->  Abs (   312,   498)

	Glyph 631: off = 0x0001D30C, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			43
	  yMin:			-37
	  xMax:			970
	  yMax:			1086

	     0: Flags:		0x0153
		Glyf Index:	637
		X WOffset:	1045
		Y WOffset:	0
		X Scale:	-1.000000
		Y Scale:	 1.000000
		Other:		                   No Overlap

	Instructions:
	-------------
	00000: PUSHB[2]              0    14 
	00003: PUSHW[1]             -6 
	00006: NPUSHB      (11):    16    16     2    85    14     6    15    15     2    85 
	                            14 
	00019: PUSHW[1]            -12 
	00022: PUSHB[5]             12    12     2    85    14 
	00028: PUSHW[1]             -2 
	00031: NPUSHB      (14):    15    15     6    85    14     6    16    16     6    85 
	                            14    14    55    28 
	00047: FLIPOFF    
	00048: SRP0       
	00049: MIRP[srp0,nmd,rd,2] 
	00050: SRP1       
	00051: CALL       
	00052: CALL       
	00053: CALL       
	00054: CALL       
	00055: CALL       
	00056: SHC[rp1,zp0] 

	Glyph 632: off = 0x0001D35E, len = 482
	  numberOfContours:	2
	  xMin:			137
	  yMin:			-24
	  xMax:			1453
	  yMax:			1086

	EndPoints
	---------
	  0:  19
	  1:  31

	  Length of Instructions:	381
	00000: NPUSHB      (94):    10     4     1    52    25    71    25    90     8    95 
	                            12    80    14    83    21    83    25    95    27    91 
	                            31   110     8   111    12   101    14    99    21    99 
	                            25   111    27   110    31   185     4   203     4   217 
	                             4   217    15   219    21   217    22   219    25   213 
	                            27   211    31   233     4   231    15   249     4   251 
	                             5   247    15   249    21   250    25   245    27   243 
	                            31    34     2    43    17    17    19     0    20    28 
	                             6     7     0     6    19    10    26    28    13    11 
	                             3    16    36    23 
	00096: PUSHW[1]            -18 
	00099: PUSHB[5]             16    16     2    85    23 
	00105: PUSHW[1]            -28 
	00108: PUSHB[5]             13    13     2    85    23 
	00114: PUSHW[1]            -19 
	00117: NPUSHB      (11):    16    16     6    85    23    16    13    13     6    85 
	                            23 
	00130: PUSHW[1]             -9 
	00133: NPUSHB      (24):    12    12     6    85    48    23   255    23     2   159 
	                            23   208    23   224    23   240    23     4    23    23 
	                             0    29    36    10 
	00159: PUSHW[1]             -4 
	00162: PUSHB[5]             16    16     2    85    10 
	00168: PUSHW[1]            -14 
	00171: PUSHB[5]             15    15     2    85    10 
	00177: PUSHW[1]            -12 
	00180: PUSHB[5]             15    15     6    85    10 
	00186: PUSHW[1]            -10 
	00189: PUSHB[5]             13    13     6    85    10 
	00195: PUSHW[1]            -16 
	00198: PUSHB[5]             11    12     6    85    10 
	00204: PUSHW[1]            -64 
	00207: NPUSHB      (20):    36    37    52    48    10     1     0    10    16    10 
	                            32    10     3    10    49    33     1    18    37     0 
	00229: PUSHW[1]            -10 
	00232: PUSHB[5]             17    17     2    85     0 
	00238: PUSHW[1]             -6 
	00241: PUSHB[5]             16    16     2    85     0 
	00247: PUSHW[1]             -6 
	00250: NPUSHB      (23):    14    14     2    85     0     4    12    12     2    85 
	                             0    10    11    11     2    85     0     4    11    12 
	                             6    85     0 
	00275: PUSHW[1]             -2 
	00278: PUSHB[5]             13    13     6    85     0 
	00284: PUSHW[1]             -8 
	00287: PUSHB[5]             15    15     6    85     0 
	00293: PUSHW[1]            -12 
	00296: PUSHB[5]             16    16     6    85     0 
	00302: PUSHW[1]            -64 
	00305: NPUSHB      (18):    51    54    52   240     0     1     0     0    32     0 
	                           208     0   224     0     4     0    78    32 
	00325: SRP0       
	00326: MIRP[srp0,nmd,rd,2] 
	00327: DELTAP1    
	00328: DELTAP2    
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: CALL       
	00333: CALL       
	00334: CALL       
	00335: CALL       
	00336: CALL       
	00337: CALL       
	00338: CALL       
	00339: MIRP[srp0,md,rd,1] 
	00340: ALIGNRP    
	00341: SRP0       
	00342: MIRP[srp0,nmd,rd,2] 
	00343: DELTAP1    
	00344: DELTAP1    
	00345: CALL       
	00346: CALL       
	00347: CALL       
	00348: CALL       
	00349: CALL       
	00350: CALL       
	00351: MIRP[nrp0,md,rd,1] 
	00352: SRP2       
	00353: IP         
	00354: MDAP[rd]   
	00355: DELTAP1    
	00356: DELTAP2    
	00357: CALL       
	00358: CALL       
	00359: CALL       
	00360: CALL       
	00361: CALL       
	00362: MIRP[srp0,md,rd,1] 
	00363: ALIGNRP    
	00364: SVTCA[y-axis] 
	00365: MIAP[rd+ci] 
	00366: MIRP[nrp0,md,rd,1] 
	00367: MIAP[rd+ci] 
	00368: MIAP[rd+ci] 
	00369: MIAP[rd+ci] 
	00370: MIRP[nrp0,md,rd,1] 
	00371: SRP1       
	00372: SRP2       
	00373: IP         
	00374: MDAP[rd]   
	00375: MIRP[nrp0,md,rd,1] 
	00376: IUP[y]     
	00377: IUP[x]     
	00378: SVTCA[x-axis] 
	00379: DELTAP1    
	00380: DELTAP2    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual                         Off
	 12:                              X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                              X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual                       X-Short On
	 18:        XDual                         On
	 19:  YDual                       X-Short On
	 20:                                      On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   137,  1062)  ->  Abs (   137,  1062)
	  1: Rel (   180,     0)  ->  Abs (   317,  1062)
	  2: Rel (     0,  -444)  ->  Abs (   317,   618)
	  3: Rel (   218,     0)  ->  Abs (   535,   618)
	  4: Rel (    24,   228)  ->  Abs (   559,   846)
	  5: Rel (   237,   240)  ->  Abs (   796,  1086)
	  6: Rel (   189,     0)  ->  Abs (   985,  1086)
	  7: Rel (   161,     0)  ->  Abs (  1146,  1086)
	  8: Rel (   186,  -130)  ->  Abs (  1332,   956)
	  9: Rel (   121,  -228)  ->  Abs (  1453,   728)
	 10: Rel (     0,  -193)  ->  Abs (  1453,   535)
	 11: Rel (     0,  -275)  ->  Abs (  1453,   260)
	 12: Rel (  -250,  -284)  ->  Abs (  1203,   -24)
	 13: Rel (  -214,     0)  ->  Abs (   989,   -24)
	 14: Rel (  -199,     0)  ->  Abs (   790,   -24)
	 15: Rel (  -240,   264)  ->  Abs (   550,   240)
	 16: Rel (   -15,   230)  ->  Abs (   535,   470)
	 17: Rel (  -218,     0)  ->  Abs (   317,   470)
	 18: Rel (     0,  -470)  ->  Abs (   317,     0)
	 19: Rel (  -180,     0)  ->  Abs (   137,     0)
	 20: Rel (   858,   933)  ->  Abs (   995,   933)
	 21: Rel (  -132,     0)  ->  Abs (   863,   933)
	 22: Rel (  -147,  -203)  ->  Abs (   716,   730)
	 23: Rel (     0,  -183)  ->  Abs (   716,   547)
	 24: Rel (     0,  -219)  ->  Abs (   716,   328)
	 25: Rel (   148,  -204)  ->  Abs (   864,   124)
	 26: Rel (   124,     0)  ->  Abs (   988,   124)
	 27: Rel (   123,     0)  ->  Abs (  1111,   124)
	 28: Rel (   157,   189)  ->  Abs (  1268,   313)
	 29: Rel (     0,   210)  ->  Abs (  1268,   523)
	 30: Rel (     0,   205)  ->  Abs (  1268,   728)
	 31: Rel (  -136,   205)  ->  Abs (  1132,   933)

	Glyph 633: off = 0x0001D540, len = 380
	  numberOfContours:	2
	  xMin:			31
	  yMin:			0
	  xMax:			971
	  yMax:			1062

	EndPoints
	---------
	  0:  18
	  1:  27

	  Length of Instructions:	288
	00000: NPUSHB      (38):     4     9    29     8    52    12    68    12    91     8 
	                            84    12   212    12     7   121    11     1    36     8 
	                            12     2    10     6     8     8    10    12    12     2 
	                            85     8     6    12    12     6    85     8 
	00040: PUSHW[1]            -10 
	00043: NPUSHB      (42):    16    16     6    85     8    37     9    11    20     9 
	                             9    11    11    12     6     9     3    12    12    27 
	                            43     3     3     2    20    43    18     6     9     8 
	                             8     2    10    11     6     8     3     9    19     2 
	                            37     0 
	00087: PUSHW[1]             -4 
	00090: NPUSHB      (11):    16    16     2    85     0    18    15    15     2    85 
	                             0 
	00103: PUSHW[1]            -10 
	00106: NPUSHB      (11):    13    13     2    85     0    18    12    12     2    85 
	                             0 
	00119: PUSHW[1]            -18 
	00122: PUSHB[5]             11    11     2    85     0 
	00128: PUSHW[1]            -22 
	00131: PUSHB[5]             10    10     2    85     0 
	00137: PUSHW[1]             -8 
	00140: PUSHB[5]             12    12     6    85     0 
	00146: PUSHW[1]             -6 
	00149: NPUSHB      (24):    13    13     6    85     0    14    15    15     6    85 
	                             0    34    16    16     6    85     0    78    29     9 
	                            40    23    36    15 
	00175: PUSHW[1]             -8 
	00178: PUSHB[7]             10    10     2    85    15   145    28 
	00186: SRP0       
	00187: MIRP[srp0,nmd,rd,2] 
	00188: CALL       
	00189: MIRP[nrp0,md,rd,1] 
	00190: RTHG       
	00191: MIRP[nrp0,nmd,rd,0] 
	00192: RTG        
	00193: SRP0       
	00194: MIRP[srp0,nmd,rd,2] 
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: CALL       
	00205: MIRP[srp0,md,rd,1] 
	00206: ALIGNRP    
	00207: SRP1       
	00208: SLOOP      
	00209: IP         
	00210: SVTCA[y-axis] 
	00211: MIAP[rd+ci] 
	00212: ALIGNRP    
	00213: SRP0       
	00214: ALIGNRP    
	00215: MIAP[rd+ci] 
	00216: MIRP[nrp0,md,rd,1] 
	00217: SRP2       
	00218: IP         
	00219: MDAP[rd]   
	00220: MIRP[nrp0,md,rd,1] 
	00221: RTHG       
	00222: IP         
	00223: MDAP[rd]   
	00224: SRP1       
	00225: SRP2       
	00226: IP         
	00227: SRP1       
	00228: IP         
	00229: SDPVTL[1]  
	00230: SFVTCA[x-axis] 
	00231: MDAP[nrd]  
	00232: RTG        
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: SFVTPV     
	00238: RDTG       
	00239: SRP0       
	00240: MDRP[nrp0,nmd,rd,0] 
	00241: SVTCA[x-axis] 
	00242: SRP1       
	00243: SRP2       
	00244: IP         
	00245: IUP[y]     
	00246: IUP[x]     
	00247: RTG        
	00248: RS         
	00249: JROF       
	00250: NPUSHB      (24):    13    25    25    13    23    27     2    21    17    23 
	                            27     0    24    14    26    27     0    13    12    22 
	                            16    20    27     1 
	00276: SVTCA[y-axis] 
	00277: CALL       
	00278: SRP0       
	00279: ALIGNRP    
	00280: CALL       
	00281: SVTCA[x-axis] 
	00282: CALL       
	00283: CALL       
	00284: FLIPRGON   
	00285: SVTCA[x-axis] 
	00286: DELTAP1    
	00287: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short On
	  9:  YDual                       X-Short On
	 10:        XDual                 X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:                      Y-Short         On
	 20:  YDual                               On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   971,  1062)  ->  Abs (   971,  1062)
	  1: Rel (     0, -1062)  ->  Abs (   971,     0)
	  2: Rel (  -179,     0)  ->  Abs (   792,     0)
	  3: Rel (     0,   414)  ->  Abs (   792,   414)
	  4: Rel (  -104,     0)  ->  Abs (   688,   414)
	  5: Rel (   -95,     0)  ->  Abs (   593,   414)
	  6: Rel (   -93,   -49)  ->  Abs (   500,   365)
	  7: Rel (   -89,  -133)  ->  Abs (   411,   232)
	  8: Rel (  -157,  -232)  ->  Abs (   254,     0)
	  9: Rel (  -223,     0)  ->  Abs (    31,     0)
	 10: Rel (   194,   286)  ->  Abs (   225,   286)
	 11: Rel (    89,   131)  ->  Abs (   314,   417)
	 12: Rel (    88,    17)  ->  Abs (   402,   434)
	 13: Rel (  -154,    21)  ->  Abs (   248,   455)
	 14: Rel (  -149,   180)  ->  Abs (    99,   635)
	 15: Rel (     0,   117)  ->  Abs (    99,   752)
	 16: Rel (     0,   138)  ->  Abs (    99,   890)
	 17: Rel (   195,   172)  ->  Abs (   294,  1062)
	 18: Rel (   185,     0)  ->  Abs (   479,  1062)
	 19: Rel (   313,  -149)  ->  Abs (   792,   913)
	 20: Rel (  -256,     0)  ->  Abs (   536,   913)
	 21: Rel (  -161,     0)  ->  Abs (   375,   913)
	 22: Rel (   -93,  -100)  ->  Abs (   282,   813)
	 23: Rel (     0,   -67)  ->  Abs (   282,   746)
	 24: Rel (     0,   -95)  ->  Abs (   282,   651)
	 25: Rel (   137,   -89)  ->  Abs (   419,   562)
	 26: Rel (   174,     0)  ->  Abs (   593,   562)
	 27: Rel (   199,     0)  ->  Abs (   792,   562)

	Glyph 634: off = 0x0001D6BC, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	142
		X WOffset:	223
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (20):     3     2    34    64    11    11     2    85   175    34 
	                             1    34    10    80    72    43     2     3     2    37 
	00022: PUSHW[2]            546    41 
	00027: SVTCA[y-axis] 
	00028: CALL       
	00029: SVTCA[x-axis] 
	00030: CALL       
	00031: DELTAP1    
	00032: CALL       
	00033: SHC[rp1,zp0] 
	00034: SHC[rp1,zp0] 

	Glyph 635: off = 0x0001D6FA, len = 422
	  numberOfContours:	1
	  xMin:			0
	  yMin:			-431
	  xMax:			1000
	  yMax:			1466

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	312
	00000: NPUSHB      (30):     3    15    20    15    37    11    53    11    70    11 
	                             5    54    18    69    19   122    31   139    31     4 
	                            23    23    22    22    26    28    20    15     7     2 
	00032: PUSHW[1]            -64 
	00035: NPUSHB      (55):    30    43    52     2   212     8     1     1    13     4 
	                             0    32    28    13     7    36    37    10    23     0 
	                            22     1    22     7    32     2     1     2    29    37 
	                            39    64    11    11     2    85    39    64    16    16 
	                             2    85    16    40    16    16     2    85    16    20 
	                            14    14     2    85    16 
	00092: PUSHW[1]            -20 
	00095: NPUSHB      (17):    13    13     2    85    16     4    12    12     2    85 
	                            16    26    11    11     2    85    16 
	00114: PUSHW[1]            -10 
	00117: NPUSHB      (30):    11    13     6    85    16    10    15    15     6    85 
	                            16    20    16    16     6    85    16    64    51    54 
	                            52   255    16     1   192    16     1    16    78    39 
	00149: PUSHW[1]            -64 
	00152: NPUSHB      (24):    52    54    52   176    39   240    39     2   112    39 
	                           160    39   176    39   255    39     4    39    10     5 
	                            36    37     4    37 
	00178: PUSHW[1]             -6 
	00181: PUSHB[5]             16    16     2    85    37 
	00187: PUSHW[1]             -6 
	00190: NPUSHB      (23):    14    14     2    85    37     4    12    12     2    85 
	                            37     8    11    11     2    85    37     8    11    11 
	                             6    85    37 
	00215: PUSHW[1]             -8 
	00218: PUSHB[5]             15    15     6    85    37 
	00224: PUSHW[1]            -64 
	00227: NPUSHB      (18):    51    54    52   240    37     1     0    37    32    37 
	                           208    37   224    37     4    37    78    38 
	00247: SRP0       
	00248: MIRP[srp0,md,rd,1] 
	00249: DELTAP1    
	00250: DELTAP2    
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: ALIGNRP    
	00259: MIRP[srp0,md,rd,1] 
	00260: ALIGNRP    
	00261: ALIGNRP    
	00262: SRP0       
	00263: DELTAP1    
	00264: DELTAP2    
	00265: CALL       
	00266: MIRP[srp0,nmd,rd,2] 
	00267: DELTAP1    
	00268: DELTAP2    
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: MIRP[nrp0,md,rd,1] 
	00281: MDAP[rd]   
	00282: DELTAP1    
	00283: MDAP[rd]   
	00284: MDAP[rd]   
	00285: DELTAP1    
	00286: SHP[rp1,zp0] 
	00287: SVTCA[y-axis] 
	00288: MIAP[rd+ci] 
	00289: ALIGNRP    
	00290: MIAP[rd+ci] 
	00291: MIRP[nrp0,md,rd,1] 
	00292: MIAP[rd+ci] 
	00293: SRP2       
	00294: IP         
	00295: MDAP[rd]   
	00296: ALIGNRP    
	00297: MIRP[srp0,md,rd,1] 
	00298: CALL       
	00299: ALIGNRP    
	00300: MIAP[rd+ci] 
	00301: MIRP[nrp0,md,rd,1] 
	00302: SHP[rp1,zp0] 
	00303: MDAP[rd]   
	00304: SHP[rp1,zp0] 
	00305: MDAP[rd]   
	00306: IUP[y]     
	00307: IUP[x]     
	00308: SVTCA[x-axis] 
	00309: DELTAP1    
	00310: SVTCA[y-axis] 
	00311: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual                               On
	  8:        XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual                         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:        XDual                         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual                         On
	 37:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   135,  1217)  ->  Abs (   135,  1217)
	  1: Rel (  -134,     0)  ->  Abs (     1,  1217)
	  2: Rel (    -1,   119)  ->  Abs (     0,  1336)
	  3: Rel (   135,     0)  ->  Abs (   135,  1336)
	  4: Rel (     0,   130)  ->  Abs (   135,  1466)
	  5: Rel (   179,     0)  ->  Abs (   314,  1466)
	  6: Rel (     0,  -130)  ->  Abs (   314,  1336)
	  7: Rel (   343,     0)  ->  Abs (   657,  1336)
	  8: Rel (     0,  -119)  ->  Abs (   657,  1217)
	  9: Rel (  -343,     0)  ->  Abs (   314,  1217)
	 10: Rel (     0,  -278)  ->  Abs (   314,   939)
	 11: Rel (    61,    74)  ->  Abs (   375,  1013)
	 12: Rel (   161,    73)  ->  Abs (   536,  1086)
	 13: Rel (    99,     0)  ->  Abs (   635,  1086)
	 14: Rel (   175,     0)  ->  Abs (   810,  1086)
	 15: Rel (   190,  -184)  ->  Abs (  1000,   902)
	 16: Rel (     0,  -229)  ->  Abs (  1000,   673)
	 17: Rel (     0,  -731)  ->  Abs (  1000,   -58)
	 18: Rel (     0,  -238)  ->  Abs (  1000,  -296)
	 19: Rel (  -152,  -135)  ->  Abs (   848,  -431)
	 20: Rel (  -114,     0)  ->  Abs (   734,  -431)
	 21: Rel (   -79,     0)  ->  Abs (   655,  -431)
	 22: Rel (   -63,    19)  ->  Abs (   592,  -412)
	 23: Rel (    34,   153)  ->  Abs (   626,  -259)
	 24: Rel (    52,   -14)  ->  Abs (   678,  -273)
	 25: Rel (    32,     0)  ->  Abs (   710,  -273)
	 26: Rel (    47,     0)  ->  Abs (   757,  -273)
	 27: Rel (    63,    63)  ->  Abs (   820,  -210)
	 28: Rel (     0,   156)  ->  Abs (   820,   -54)
	 29: Rel (     0,   727)  ->  Abs (   820,   673)
	 30: Rel (     0,   129)  ->  Abs (   820,   802)
	 31: Rel (  -113,   129)  ->  Abs (   707,   931)
	 32: Rel (  -113,     0)  ->  Abs (   594,   931)
	 33: Rel (   -99,     0)  ->  Abs (   495,   931)
	 34: Rel (  -181,  -138)  ->  Abs (   314,   793)
	 35: Rel (     0,  -212)  ->  Abs (   314,   581)
	 36: Rel (     0,  -581)  ->  Abs (   314,     0)
	 37: Rel (  -179,     0)  ->  Abs (   135,     0)

	Glyph 636: off = 0x0001D8A0, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			136
	  yMin:			0
	  xMax:			747
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	605
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	120
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1     1     6 
	00004: PUSHW[2]            546    41 
	00009: SVTCA[y-axis] 
	00010: CALL       

	Glyph 637: off = 0x0001D8C4, len = 320
	  numberOfContours:	1
	  xMin:			75
	  yMin:			-37
	  xMax:			1002
	  yMax:			1086

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	226
	00000: NPUSHB      (58):    31    28    69    24    85     4    85    24   107    12 
	                           108    13   108    16   115     9   115    10   123    12 
	                           116    18   117    19   133    18   149    18   144    24 
	                            15    20   143    95    21   111    21     2    21    21 
	                            11    17     8    34    48     7    64     7    96     7 
	                           160     7     4     7     7    17    11    26 
	00060: PUSHW[1]            -64 
	00063: NPUSHB      (72):    30    32    52    26    43     2     2    11    23    28 
	                            17     7     5    28    11    11     1     1     7     2 
	                            21    36    20   154     7    36    31     8     1     8 
	                            55    28    26     2    36    14     8    14    14     2 
	                            85    14    12    13    13     2    85    14    12    12 
	                            12     2    85    14    16    11    11     2    85    14 
	                            16    12    12     6    85    14    10    11    13     6 
	                            85    14 
	00137: PUSHW[1]             -4 
	00140: NPUSHB      (24):    15    15     6    85    14    14    16    16     6    85 
	                            14    64    36    37    52    31    14    63    14     2 
	                            14    49    27    52 
	00166: PUSHW[2]            266    24 
	00171: CALL       
	00172: FLIPOFF    
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,0] 
	00175: DELTAP1    
	00176: CALL       
	00177: CALL       
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: FLIPON     
	00186: MIRP[srp0,md,rd,1] 
	00187: ALIGNRP    
	00188: FLIPOFF    
	00189: SRP0       
	00190: MIRP[srp0,nmd,rd,2] 
	00191: DELTAP1    
	00192: FLIPON     
	00193: MIRP[nrp0,md,rd,1] 
	00194: MIRP[srp0,nmd,rd,0] 
	00195: MIRP[nrp0,md,rd,1] 
	00196: SRP1       
	00197: SRP2       
	00198: IP         
	00199: MDAP[rd]   
	00200: SVTCA[y-axis] 
	00201: MIAP[rd+ci] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: MIAP[rd+ci] 
	00204: MIRP[nrp0,md,rd,1] 
	00205: SRP2       
	00206: IP         
	00207: MDAP[rd]   
	00208: MIRP[nrp0,md,rd,1] 
	00209: CALL       
	00210: SRP1       
	00211: SRP2       
	00212: IP         
	00213: MDAP[rd]   
	00214: DELTAP1    
	00215: MIRP[nrp0,nmd,rd,0] 
	00216: SRP1       
	00217: SRP2       
	00218: IP         
	00219: MDAP[rd]   
	00220: DELTAP1    
	00221: MIRP[nrp0,nmd,rd,0] 
	00222: IUP[y]     
	00223: IUP[x]     
	00224: SVTCA[x-axis] 
	00225: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual                 X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:                      Y-Short X-Short Off
	 13:                              X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:        XDual                         Off
	 16:                                      Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:                      Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   641,   618)  ->  Abs (   641,   618)
	  1: Rel (     0,  -148)  ->  Abs (   641,   470)
	  2: Rel (  -375,     0)  ->  Abs (   266,   470)
	  3: Rel (    17,  -173)  ->  Abs (   283,   297)
	  4: Rel (   145,  -173)  ->  Abs (   428,   124)
	  5: Rel (   129,     0)  ->  Abs (   557,   124)
	  6: Rel (   228,     0)  ->  Abs (   785,   124)
	  7: Rel (    41,   264)  ->  Abs (   826,   388)
	  8: Rel (   176,   -23)  ->  Abs (  1002,   365)
	  9: Rel (   -28,  -175)  ->  Abs (   974,   190)
	 10: Rel (  -235,  -214)  ->  Abs (   739,   -24)
	 11: Rel (  -190,     0)  ->  Abs (   549,   -24)
	 12: Rel (  -226,   -13)  ->  Abs (   323,   -37)
	 13: Rel (  -248,   313)  ->  Abs (    75,   276)
	 14: Rel (     6,   255)  ->  Abs (    81,   531)
	 15: Rel (     0,   259)  ->  Abs (    81,   790)
	 16: Rel (   258,   296)  ->  Abs (   339,  1086)
	 17: Rel (   223,     0)  ->  Abs (   562,  1086)
	 18: Rel (   178,     0)  ->  Abs (   740,  1086)
	 19: Rel (   220,  -189)  ->  Abs (   960,   897)
	 20: Rel (    24,  -149)  ->  Abs (   984,   748)
	 21: Rel (  -175,   -28)  ->  Abs (   809,   720)
	 22: Rel (   -44,   217)  ->  Abs (   765,   937)
	 23: Rel (  -209,     0)  ->  Abs (   556,   937)
	 24: Rel (  -120,     0)  ->  Abs (   436,   937)
	 25: Rel (  -153,  -177)  ->  Abs (   283,   760)
	 26: Rel (   -17,  -142)  ->  Abs (   266,   618)

	Glyph 638: off = 0x0001DA04, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			63
	  yMin:			-24
	  xMax:			945
	  yMax:			1086

	     0: Flags:		0x0206
		Glyf Index:	86
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 639: off = 0x0001DA14, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			136
	  yMin:			0
	  xMax:			316
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	76
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 640: off = 0x0001DA24, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			9
	  yMin:			0
	  xMax:			570
	  yMax:			1475

	     0: Flags:		0x0226
		Glyf Index:	213
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	142
		X BOffset:	-52
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     2     1     8    32    11    11     6    85     8     2 
	                             0    72    43     1     2     2    11 
	00019: PUSHW[2]            546    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: CALL       
	00029: SHC[rp1,zp0] 
	00030: SHC[rp1,zp0] 

	Glyph 641: off = 0x0001DA5C, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			-94
	  yMin:			-431
	  xMax:			314
	  yMax:			1466

	     0: Flags:		0x0206
		Glyf Index:	77
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	Glyph 642: off = 0x0001DA6C, len = 396
	  numberOfContours:	2
	  xMin:			19
	  yMin:			-6
	  xMax:			1784
	  yMax:			1062

	EndPoints
	---------
	  0:  25
	  1:  34

	  Length of Instructions:	288
	00000: NPUSHB      (31):    21     4    21     6    16    36     3     1    43    34 
	                            34     9    11    43    25     6    26    43     9    19 
	                            43    18    18     9    10    16    10     0    26    37 
	                             9 
	00033: PUSHW[1]            -12 
	00036: NPUSHB      (11):    16    16     2    85     9    12    15    15     2    85 
	                             9 
	00049: PUSHW[1]            -12 
	00052: PUSHB[5]             13    13     2    85     9 
	00058: PUSHW[1]            -20 
	00061: PUSHB[5]             11    11     6    85     9 
	00067: PUSHW[1]            -39 
	00070: PUSHB[5]             12    12     6    85     9 
	00076: PUSHW[1]            -16 
	00079: PUSHB[5]             13    13     6    85     9 
	00085: PUSHW[1]            -30 
	00088: NPUSHB      (18):    16    16     6    85    64     9    96     9     2   144 
	                             9     1     9     9    12    30    36     5 
	00108: PUSHW[1]            -10 
	00111: PUSHB[5]             11    11     6    85     5 
	00117: PUSHW[1]            -28 
	00120: PUSHB[5]             12    12     6    85     5 
	00126: PUSHW[1]            -10 
	00129: NPUSHB      (11):    15    15     6    85     5     4    16    16     6    85 
	                             5 
	00142: PUSHW[1]            -64 
	00145: NPUSHB      (19):    36    37    52    48     5     1     0     5    16     5 
	                            32     5     3     5    49   223    36     1    36 
	00166: PUSHW[1]            -64 
	00169: NPUSHB      (22):    30    35    52    48    36     1    36    12    37    24 
	                             8    15    16     2    85    24    18    13    13     2 
	                            85    24 
	00193: PUSHW[1]            -12 
	00196: NPUSHB      (34):    11    12     2    85    24    32    11    11     6    85 
	                            24    28    12    12     6    85    24    20    13    13 
	                             6    85    79    24    95    24   223    24     3    24 
	                           164    19   154    35 
	00232: SRP0       
	00233: MIRP[srp0,nmd,rd,2] 
	00234: MIRP[srp0,nmd,rd,2] 
	00235: DELTAP1    
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: MIRP[nrp0,md,rd,1] 
	00243: SRP0       
	00244: DELTAP2    
	00245: CALL       
	00246: DELTAP1    
	00247: MIRP[srp0,nmd,rd,0] 
	00248: DELTAP1    
	00249: DELTAP1    
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: MIRP[srp0,md,rd,1] 
	00256: SRP1       
	00257: IP         
	00258: MDAP[rd]   
	00259: DELTAP1    
	00260: DELTAP2    
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: CALL       
	00267: CALL       
	00268: MIRP[srp0,md,rd,1] 
	00269: ALIGNRP    
	00270: SVTCA[y-axis] 
	00271: MIAP[rd+ci] 
	00272: MIAP[rd+ci] 
	00273: ALIGNRP    
	00274: SRP0       
	00275: MIRP[nrp0,md,rd,1] 
	00276: SRP0       
	00277: MIRP[nrp0,md,rd,1] 
	00278: MIAP[rd+ci] 
	00279: MIRP[nrp0,md,rd,1] 
	00280: SRP2       
	00281: IP         
	00282: MDAP[rd]   
	00283: MIRP[nrp0,md,rd,1] 
	00284: IUP[y]     
	00285: IUP[x]     
	00286: SVTCA[x-axis] 
	00287: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual XDual         Y-Short         On
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:        XDual                         On
	 26:                                      On
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1092,  1062)  ->  Abs (  1092,  1062)
	  1: Rel (     0,  -415)  ->  Abs (  1092,   647)
	  2: Rel (   229,     0)  ->  Abs (  1321,   647)
	  3: Rel (   220,     0)  ->  Abs (  1541,   647)
	  4: Rel (   243,  -172)  ->  Abs (  1784,   475)
	  5: Rel (     0,  -153)  ->  Abs (  1784,   322)
	  6: Rel (     0,  -128)  ->  Abs (  1784,   194)
	  7: Rel (  -196,  -194)  ->  Abs (  1588,     0)
	  8: Rel (  -226,     0)  ->  Abs (  1362,     0)
	  9: Rel (  -450,     0)  ->  Abs (   912,     0)
	 10: Rel (     0,   913)  ->  Abs (   912,   913)
	 11: Rel (  -499,     0)  ->  Abs (   413,   913)
	 12: Rel (     0,  -529)  ->  Abs (   413,   384)
	 13: Rel (     0,  -175)  ->  Abs (   413,   209)
	 14: Rel (   -39,  -144)  ->  Abs (   374,    65)
	 15: Rel (  -111,   -71)  ->  Abs (   263,    -6)
	 16: Rel (  -104,     0)  ->  Abs (   159,    -6)
	 17: Rel (   -29,     0)  ->  Abs (   130,    -6)
	 18: Rel (  -111,     6)  ->  Abs (    19,     0)
	 19: Rel (     0,   147)  ->  Abs (    19,   147)
	 20: Rel (    71,   -10)  ->  Abs (    90,   137)
	 21: Rel (    40,     0)  ->  Abs (   130,   137)
	 22: Rel (    63,     0)  ->  Abs (   193,   137)
	 23: Rel (    40,    78)  ->  Abs (   233,   215)
	 24: Rel (     0,   147)  ->  Abs (   233,   362)
	 25: Rel (     0,   700)  ->  Abs (   233,  1062)
	 26: Rel (   859,  -914)  ->  Abs (  1092,   148)
	 27: Rel (   189,     0)  ->  Abs (  1281,   148)
	 28: Rel (   172,     0)  ->  Abs (  1453,   148)
	 29: Rel (   146,    83)  ->  Abs (  1599,   231)
	 30: Rel (     0,    90)  ->  Abs (  1599,   321)
	 31: Rel (     0,    70)  ->  Abs (  1599,   391)
	 32: Rel (  -107,   107)  ->  Abs (  1492,   498)
	 33: Rel (  -186,     0)  ->  Abs (  1306,   498)
	 34: Rel (  -214,     0)  ->  Abs (  1092,   498)

	Glyph 643: off = 0x0001DBF8, len = 366
	  numberOfContours:	2
	  xMin:			131
	  yMin:			0
	  xMax:			1593
	  yMax:			1062

	EndPoints
	---------
	  0:  18
	  1:  27

	  Length of Instructions:	278
	00000: NPUSHB      (40):    21     3    21     5     2     1    15    43    26    10 
	                            10     8    17    14     6    19    43    11     8    10 
	                            17     8    37     0    27    18    18    19    28    16 
	                            16     2    85    19    20    13    13     2    85    19 
	00042: PUSHW[1]            -14 
	00045: NPUSHB      (11):    12    12     6    85    19    10    13    13     6    85 
	                            19 
	00058: PUSHW[1]            -12 
	00061: NPUSHB      (21):    15    15     6    85    19    25    16    16     6    85 
	                            15    19    47    19     2    19    19    12    23    36 
	                             4 
	00084: PUSHW[1]             -8 
	00087: PUSHB[5]             11    11     6    85     4 
	00093: PUSHW[1]            -28 
	00096: PUSHB[5]             12    12     6    85     4 
	00102: PUSHW[1]            -12 
	00105: PUSHB[5]             15    15     6    85     4 
	00111: PUSHW[1]            -64 
	00114: NPUSHB      (17):    36    37    52    48     4     1     0     4    32     4 
	                             2     4    49   223    29     1    29 
	00133: PUSHW[1]            -64 
	00136: NPUSHB      (11):    30    35    52    48    29     1    29    14    11    37 
	                            12 
	00149: PUSHW[1]             -8 
	00152: NPUSHB      (17):    16    16     2    85    12     4    11    12     2    85 
	                            12     4    12    12     6    85    12 
	00171: PUSHW[1]             -4 
	00174: PUSHB[5]             13    13     6    85    12 
	00180: PUSHW[1]            -12 
	00183: PUSHB[5]             15    15     6    85    12 
	00189: PUSHW[1]            -12 
	00192: PUSHB[5]             16    16     6    85    12 
	00198: PUSHW[1]            -64 
	00201: NPUSHB      (18):    51    54    52   240    12     1     0    12    32    12 
	                           208    12   224    12     4    12    78    28 
	00221: SRP0       
	00222: MIRP[srp0,nmd,rd,2] 
	00223: DELTAP1    
	00224: DELTAP2    
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: MIRP[srp0,md,rd,1] 
	00233: ALIGNRP    
	00234: SRP0       
	00235: DELTAP2    
	00236: CALL       
	00237: DELTAP1    
	00238: MIRP[srp0,nmd,rd,2] 
	00239: DELTAP1    
	00240: DELTAP1    
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: MIRP[nrp0,md,rd,1] 
	00246: SRP2       
	00247: IP         
	00248: MDAP[rd]   
	00249: DELTAP1    
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: ALIGNRP    
	00257: SRP2       
	00258: IP         
	00259: IP         
	00260: MIRP[srp0,md,rd,1] 
	00261: ALIGNRP    
	00262: SVTCA[y-axis] 
	00263: MIAP[rd+ci] 
	00264: ALIGNRP    
	00265: MIRP[nrp0,md,rd,1] 
	00266: MIAP[rd+ci] 
	00267: ALIGNRP    
	00268: SRP2       
	00269: IP         
	00270: MDAP[rd]   
	00271: ALIGNRP    
	00272: MIRP[srp0,md,rd,1] 
	00273: ALIGNRP    
	00274: IUP[y]     
	00275: IUP[x]     
	00276: SVTCA[x-axis] 
	00277: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:  YDual XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:  YDual                               On
	 11:        XDual                         On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:        XDual                         On
	 16:  YDual                               On
	 17:        XDual                         On
	 18:  YDual XDual                 X-Short On
	 19:        XDual                         On
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   901,   620)  ->  Abs (   901,   620)
	  1: Rel (   229,     0)  ->  Abs (  1130,   620)
	  2: Rel (   222,     0)  ->  Abs (  1352,   620)
	  3: Rel (   241,  -166)  ->  Abs (  1593,   454)
	  4: Rel (     0,  -145)  ->  Abs (  1593,   309)
	  5: Rel (     0,  -129)  ->  Abs (  1593,   180)
	  6: Rel (  -202,  -180)  ->  Abs (  1391,     0)
	  7: Rel (  -220,     0)  ->  Abs (  1171,     0)
	  8: Rel (  -450,     0)  ->  Abs (   721,     0)
	  9: Rel (     0,   471)  ->  Abs (   721,   471)
	 10: Rel (  -410,     0)  ->  Abs (   311,   471)
	 11: Rel (     0,  -471)  ->  Abs (   311,     0)
	 12: Rel (  -180,     0)  ->  Abs (   131,     0)
	 13: Rel (     0,  1062)  ->  Abs (   131,  1062)
	 14: Rel (   180,     0)  ->  Abs (   311,  1062)
	 15: Rel (     0,  -442)  ->  Abs (   311,   620)
	 16: Rel (   410,     0)  ->  Abs (   721,   620)
	 17: Rel (     0,   442)  ->  Abs (   721,  1062)
	 18: Rel (   180,     0)  ->  Abs (   901,  1062)
	 19: Rel (     0,  -921)  ->  Abs (   901,   141)
	 20: Rel (   189,     0)  ->  Abs (  1090,   141)
	 21: Rel (   173,     0)  ->  Abs (  1263,   141)
	 22: Rel (   144,    79)  ->  Abs (  1407,   220)
	 23: Rel (     0,    84)  ->  Abs (  1407,   304)
	 24: Rel (     0,    66)  ->  Abs (  1407,   370)
	 25: Rel (  -107,   101)  ->  Abs (  1300,   471)
	 26: Rel (  -186,     0)  ->  Abs (  1114,   471)
	 27: Rel (  -213,     0)  ->  Abs (   901,   471)

	Glyph 644: off = 0x0001DD66, len = 372
	  numberOfContours:	1
	  xMin:			0
	  yMin:			0
	  xMax:			1000
	  yMax:			1466

	EndPoints
	---------
	  0:  27

	  Length of Instructions:	286
	00000: NPUSHB      (18):     3    12    20    12    37     8    53     8    70     8 
	                             5   122    18   138    18     2     4    27 
	00020: PUSHW[1]            -64 
	00023: NPUSHB      (50):    30    43    52    27   212     5    26    26    10     1 
	                             0    19    28    10     7    15    24    10     4    32 
	                            27     1    27    16    37    29    64    11    11     2 
	                            85    29    64    16    16     2    85    13    40    16 
	                            16     2    85    13    20    14    14     2    85    13 
	00075: PUSHW[1]            -20 
	00078: NPUSHB      (17):    13    13     2    85    13     4    12    12     2    85 
	                            13    26    11    11     2    85    13 
	00097: PUSHW[1]            -10 
	00100: NPUSHB      (30):    11    13     6    85    13    10    15    15     6    85 
	                            13    22    16    16     6    85    13    64    51    54 
	                            52   255    13     1   192    13     1    13    78    29 
	00132: PUSHW[1]            -64 
	00135: NPUSHB      (24):    52    54    52   176    29   240    29     2   112    29 
	                           160    29   176    29   255    29     4    29     7     2 
	                            23    37     1    24 
	00161: PUSHW[1]             -6 
	00164: PUSHB[5]             16    16     2    85    24 
	00170: PUSHW[1]             -6 
	00173: NPUSHB      (23):    14    14     2    85    24     4    12    12     2    85 
	                            24     8    11    11     2    85    24     6    11    11 
	                             6    85    24 
	00198: PUSHW[1]             -6 
	00201: PUSHB[5]             15    15     6    85    24 
	00207: PUSHW[1]            -64 
	00210: NPUSHB      (18):    51    54    52   240    24     1     0    24    32    24 
	                           208    24   224    24     4    24    78    28 
	00230: SRP0       
	00231: MIRP[srp0,nmd,rd,2] 
	00232: DELTAP1    
	00233: DELTAP2    
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: ALIGNRP    
	00242: MIRP[srp0,md,rd,1] 
	00243: ALIGNRP    
	00244: ALIGNRP    
	00245: SRP0       
	00246: DELTAP1    
	00247: DELTAP2    
	00248: CALL       
	00249: MIRP[srp0,nmd,rd,2] 
	00250: DELTAP1    
	00251: DELTAP2    
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: MIRP[nrp0,md,rd,1] 
	00264: MDAP[rd]   
	00265: DELTAP1    
	00266: MDAP[rd]   
	00267: SVTCA[y-axis] 
	00268: MIAP[rd+ci] 
	00269: ALIGNRP    
	00270: MIAP[rd+ci] 
	00271: MIRP[nrp0,md,rd,1] 
	00272: MIAP[rd+ci] 
	00273: SRP2       
	00274: IP         
	00275: MDAP[rd]   
	00276: ALIGNRP    
	00277: MIRP[srp0,md,rd,1] 
	00278: CALL       
	00279: ALIGNRP    
	00280: IUP[y]     
	00281: IUP[x]     
	00282: SVTCA[x-axis] 
	00283: DELTAP1    
	00284: SVTCA[y-axis] 
	00285: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:        XDual                         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual                         On
	 24:  YDual                       X-Short On
	 25:        XDual                         On
	 26:  YDual                       X-Short On
	 27:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   135,  1336)  ->  Abs (   135,  1336)
	  1: Rel (     0,   130)  ->  Abs (   135,  1466)
	  2: Rel (   179,     0)  ->  Abs (   314,  1466)
	  3: Rel (     0,  -130)  ->  Abs (   314,  1336)
	  4: Rel (   343,     0)  ->  Abs (   657,  1336)
	  5: Rel (     0,  -119)  ->  Abs (   657,  1217)
	  6: Rel (  -343,     0)  ->  Abs (   314,  1217)
	  7: Rel (     0,  -278)  ->  Abs (   314,   939)
	  8: Rel (    61,    74)  ->  Abs (   375,  1013)
	  9: Rel (   161,    73)  ->  Abs (   536,  1086)
	 10: Rel (    99,     0)  ->  Abs (   635,  1086)
	 11: Rel (   175,     0)  ->  Abs (   810,  1086)
	 12: Rel (   190,  -184)  ->  Abs (  1000,   902)
	 13: Rel (     0,  -229)  ->  Abs (  1000,   673)
	 14: Rel (     0,  -673)  ->  Abs (  1000,     0)
	 15: Rel (  -180,     0)  ->  Abs (   820,     0)
	 16: Rel (     0,   673)  ->  Abs (   820,   673)
	 17: Rel (     0,   129)  ->  Abs (   820,   802)
	 18: Rel (  -113,   129)  ->  Abs (   707,   931)
	 19: Rel (  -113,     0)  ->  Abs (   594,   931)
	 20: Rel (   -99,     0)  ->  Abs (   495,   931)
	 21: Rel (  -181,  -138)  ->  Abs (   314,   793)
	 22: Rel (     0,  -212)  ->  Abs (   314,   581)
	 23: Rel (     0,  -581)  ->  Abs (   314,     0)
	 24: Rel (  -179,     0)  ->  Abs (   135,     0)
	 25: Rel (     0,  1217)  ->  Abs (   135,  1217)
	 26: Rel (  -134,     0)  ->  Abs (     1,  1217)
	 27: Rel (    -1,   119)  ->  Abs (     0,  1336)

	Glyph 645: off = 0x0001DEDA, len = 36
	  numberOfContours:	-1  (Composite)
	  xMin:			134
	  yMin:			0
	  xMax:			912
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	612
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	141
		X BOffset:	120
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[3]              1     1    30 
	00004: PUSHW[2]            546    41 
	00009: SVTCA[y-axis] 
	00010: CALL       

	Glyph 646: off = 0x0001DEFE, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			33
	  yMin:			-431
	  xMax:			1006
	  yMax:			1464

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	217
		X WOffset:	183
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    34    28    11    19    65     1     1    31 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 647: off = 0x0001DF2E, len = 366
	  numberOfContours:	1
	  xMin:			136
	  yMin:			-302
	  xMax:			995
	  yMax:			1062

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	318
	00000: NPUSHB      (14):     9     6     6     2    14     7    43     4     4    11 
	                            10     0    43     3 
	00016: PUSHW[1]             -6 
	00019: PUSHB[5]             10    13     2    85     3 
	00025: PUSHW[1]             -4 
	00028: PUSHB[5]             12    12     6    85     3 
	00034: PUSHW[1]             -8 
	00037: PUSHB[5]             13    13     6    85     3 
	00043: PUSHW[1]            -16 
	00046: NPUSHB      (23):    15    16     6    85    95     3   111     3   127     3 
	                             3     3     3     4     8    37    13    64    11    11 
	                             2    85    11 
	00071: PUSHW[1]            -15 
	00074: NPUSHB      (11):    16    16     2    85    11    22    14    14     2    85 
	                            11 
	00087: PUSHW[1]            -16 
	00090: NPUSHB      (17):    13    13     2    85    11    10    12    12     2    85 
	                            11    38    11    11     2    85    11 
	00109: PUSHW[1]             -9 
	00112: PUSHB[5]             11    11     6    85    11 
	00118: PUSHW[1]            -11 
	00121: PUSHB[5]             12    12     6    85    11 
	00127: PUSHW[1]             -8 
	00130: NPUSHB      (30):    13    13     6    85    11     8    15    15     6    85 
	                            11    22    16    16     6    85    11    64    51    54 
	                            52   255    11     1   255    11     1    11    78    13 
	00162: PUSHW[1]            -64 
	00165: NPUSHB      (21):    52    54    52   176    13   240    13     2   112    13 
	                           160    13   176    13   192    13     4    13     7    37 
	                             4 
	00188: PUSHW[1]            -10 
	00191: PUSHB[5]             17    17     2    85     4 
	00197: PUSHW[1]             -6 
	00200: PUSHB[5]             16    16     2    85     4 
	00206: PUSHW[1]             -6 
	00209: NPUSHB      (23):    14    14     2    85     4     4    12    12     2    85 
	                             4    10    11    11     2    85     4     4    11    11 
	                             6    85     4 
	00234: PUSHW[1]             -8 
	00237: PUSHB[5]             15    15     6    85     4 
	00243: PUSHW[1]            -64 
	00246: NPUSHB      (18):    51    54    52   240     4     1     0     4    32     4 
	                           208     4   224     4     4     4    78    12 
	00266: SRP0       
	00267: MIRP[srp0,nmd,rd,2] 
	00268: DELTAP1    
	00269: DELTAP2    
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: MIRP[nrp0,md,rd,1] 
	00279: SRP0       
	00280: DELTAP1    
	00281: DELTAP2    
	00282: CALL       
	00283: MIRP[srp0,nmd,rd,2] 
	00284: DELTAP1    
	00285: DELTAP2    
	00286: CALL       
	00287: CALL       
	00288: CALL       
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: CALL       
	00294: CALL       
	00295: CALL       
	00296: CALL       
	00297: CALL       
	00298: MIRP[nrp0,md,rd,1] 
	00299: SRP2       
	00300: IP         
	00301: MDAP[rd]   
	00302: DELTAP1    
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: MIRP[nrp0,md,rd,1] 
	00308: SVTCA[y-axis] 
	00309: MIAP[rd+ci] 
	00310: ALIGNRP    
	00311: SRP0       
	00312: MIRP[nrp0,md,rd,1] 
	00313: MIAP[rd+ci] 
	00314: MIAP[rd+ci] 
	00315: ALIGNRP    
	00316: IUP[y]     
	00317: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   640,     0)  ->  Abs (   640,     0)
	  1: Rel (     0,  -302)  ->  Abs (   640,  -302)
	  2: Rel (  -149,     0)  ->  Abs (   491,  -302)
	  3: Rel (     0,   302)  ->  Abs (   491,     0)
	  4: Rel (  -355,     0)  ->  Abs (   136,     0)
	  5: Rel (     0,  1062)  ->  Abs (   136,  1062)
	  6: Rel (   180,     0)  ->  Abs (   316,  1062)
	  7: Rel (     0,  -914)  ->  Abs (   316,   148)
	  8: Rel (   499,     0)  ->  Abs (   815,   148)
	  9: Rel (     0,   914)  ->  Abs (   815,  1062)
	 10: Rel (   180,     0)  ->  Abs (   995,  1062)
	 11: Rel (     0, -1062)  ->  Abs (   995,     0)

	Glyph 648: off = 0x0001E09C, len = 178
	  numberOfContours:	1
	  xMin:			161
	  yMin:			0
	  xMax:			940
	  yMax:			1872

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	140
	00000: NPUSHB      (46):     1     4    30     7     2     6     8     0    30     3 
	                            22    15    15     2    85     3    18    12    12     2 
	                            85     3     9    11    11     6    85     3    19    12 
	                            13     6    85     3    30    15    15     6    85     3 
	                             3     8     9     5    32     6 
	00048: PUSHW[1]            -28 
	00051: PUSHB[5]             16    16     2    85     6 
	00057: PUSHW[1]            -12 
	00060: PUSHB[5]             15    15     2    85     6 
	00066: PUSHW[1]             -6 
	00069: PUSHB[5]             13    13     2    85     6 
	00075: PUSHW[1]             -2 
	00078: PUSHB[5]             12    12     2    85     6 
	00084: PUSHW[1]             -3 
	00087: PUSHB[5]             15    16     6    85     6 
	00093: PUSHW[1]             -1 
	00096: PUSHB[5]             13    13     6    85     6 
	00102: PUSHW[1]             -6 
	00105: PUSHB[7]             12    12     6    85     6    57     8 
	00113: SRP0       
	00114: MIRP[srp0,nmd,rd,2] 
	00115: CALL       
	00116: CALL       
	00117: CALL       
	00118: CALL       
	00119: CALL       
	00120: CALL       
	00121: CALL       
	00122: MIRP[nrp0,md,rd,1] 
	00123: SRP1       
	00124: SRP2       
	00125: IP         
	00126: MDAP[rd]   
	00127: CALL       
	00128: CALL       
	00129: CALL       
	00130: CALL       
	00131: CALL       
	00132: MIRP[nrp0,md,rd,1] 
	00133: SVTCA[y-axis] 
	00134: MIAP[rd+ci] 
	00135: MIAP[rd+ci] 
	00136: MIRP[nrp0,md,rd,1] 
	00137: MDAP[rd]   
	00138: IUP[y]     
	00139: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   767,  1466)  ->  Abs (   767,  1466)
	  1: Rel (     0,   406)  ->  Abs (   767,  1872)
	  2: Rel (   173,     0)  ->  Abs (   940,  1872)
	  3: Rel (     0,  -579)  ->  Abs (   940,  1293)
	  4: Rel (  -585,     0)  ->  Abs (   355,  1293)
	  5: Rel (     0, -1293)  ->  Abs (   355,     0)
	  6: Rel (  -194,     0)  ->  Abs (   161,     0)
	  7: Rel (     0,  1466)  ->  Abs (   161,  1466)

	Glyph 649: off = 0x0001E14E, len = 190
	  numberOfContours:	1
	  xMin:			136
	  yMin:			0
	  xMax:			780
	  yMax:			1468

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	151
	00000: NPUSHB      (35):     1     0     4    43     7     6     6    10     0    37 
	                             3    22    15    15     2    85     3    12    12    12 
	                             2    85     3    10    11    11     6    85     3    20 
	                            12    13     6    85     3 
	00037: PUSHW[1]            -25 
	00040: PUSHB[5]             15    15     6    85     3 
	00046: PUSHW[1]            -13 
	00049: NPUSHB      (14):    16    16     6    85    32     3     1     3     3     8 
	                             9     5    37     6 
	00065: PUSHW[1]            -10 
	00068: PUSHB[5]             17    17     2    85     6 
	00074: PUSHW[1]             -6 
	00077: NPUSHB      (23):    14    14     2    85     6     4    12    12     2    85 
	                             6    10    11    11     2    85     6     2    12    12 
	                             6    85     6 
	00102: PUSHW[1]             -4 
	00105: PUSHB[5]             15    15     6    85     6 
	00111: PUSHW[1]            -13 
	00114: PUSHB[7]             16    16     6    85     6    69     8 
	00122: SRP0       
	00123: MIRP[srp0,nmd,rd,2] 
	00124: CALL       
	00125: CALL       
	00126: CALL       
	00127: CALL       
	00128: CALL       
	00129: CALL       
	00130: CALL       
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP1       
	00133: SRP2       
	00134: IP         
	00135: MDAP[rd]   
	00136: DELTAP1    
	00137: CALL       
	00138: CALL       
	00139: CALL       
	00140: CALL       
	00141: CALL       
	00142: CALL       
	00143: MIRP[nrp0,md,rd,1] 
	00144: SVTCA[y-axis] 
	00145: MIAP[rd+ci] 
	00146: MIAP[rd+ci] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIAP[rd+ci] 
	00149: IUP[y]     
	00150: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   631,  1062)  ->  Abs (   631,  1062)
	  1: Rel (     0,   406)  ->  Abs (   631,  1468)
	  2: Rel (   149,     0)  ->  Abs (   780,  1468)
	  3: Rel (     0,  -555)  ->  Abs (   780,   913)
	  4: Rel (  -464,     0)  ->  Abs (   316,   913)
	  5: Rel (     0,  -913)  ->  Abs (   316,     0)
	  6: Rel (  -180,     0)  ->  Abs (   136,     0)
	  7: Rel (     0,  1062)  ->  Abs (   136,  1062)

	Glyph 650: off = 0x0001E20C, len = 46
	  numberOfContours:	1
	  xMin:			65
	  yMin:			458
	  xMax:			1984
	  yMax:			603

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	20
	00000: NPUSHB       (9):     1    30     0     2   171     5     0   171     4 
	00011: SRP0       
	00012: MIRP[nrp0,nmd,rd,2] 
	00013: SRP0       
	00014: MIRP[nrp0,nmd,rd,2] 
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: MIRP[nrp0,md,rd,1] 
	00018: IUP[y]     
	00019: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    65,   458)  ->  Abs (    65,   458)
	  1: Rel (     0,   145)  ->  Abs (    65,   603)
	  2: Rel (  1919,     0)  ->  Abs (  1984,   603)
	  3: Rel (     0,  -145)  ->  Abs (  1984,   458)

	Glyph 651: off = 0x0001E23A, len = 438
	  numberOfContours:	4
	  xMin:			160
	  yMin:			0
	  xMax:			2112
	  yMax:			1466

	EndPoints
	---------
	  0:  9
	  1:  21
	  2:  33
	  3:  37

	  Length of Instructions:	314
	00000: NPUSHB      (24):    39     1    40     6    47    39   138     1   134     6 
	                           170    11   163    14   170    21     8     7    24     9 
	                            22     2    85     2 
	00026: PUSHW[1]            -24 
	00029: NPUSHB      (37):     9    22     2    85    55     2   102     2   117     2 
	                           133     2   143     7     5    56     8     1     7     6 
	                             6   186     2     1    20     2     2     1     2     7 
	                             6     3     1     2    31    42    13 
	00068: PUSHW[1]            358 
	00071: NPUSHB      (40):    25    42    19    77    35    34    53    36    37   117 
	                             8     8     6     8     1     6     2     8     2     3 
	                            32     5    22    16    16     2    85     5     4    15 
	                            15     2    85     5    10    13    13     2    85     5 
	00113: PUSHW[1]            -32 
	00116: NPUSHB      (16):    12    12     2    85     5     5     8    10    36   197 
	                            16    37   197    22    94    10 
	00134: PUSHW[1]            354 
	00137: NPUSHB      (23):    28    94    16     6    11    12     2    85    16    62 
	                            39     7     8    32     9     9     0    28    16    16 
	                             2    85     0 
	00162: PUSHW[1]            -12 
	00165: PUSHB[5]             15    15     2    85     0 
	00171: PUSHW[1]            -14 
	00174: PUSHB[5]             13    13     2    85     0 
	00180: PUSHW[1]             -6 
	00183: PUSHB[7]             11    12     2    85     0   249    38 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,2] 
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: ALIGNRP    
	00198: SRP0       
	00199: MIRP[srp0,md,rd,1] 
	00200: ALIGNRP    
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,2] 
	00203: CALL       
	00204: MIRP[nrp0,md,rd,1] 
	00205: MIRP[srp0,md,rd,1] 
	00206: MIRP[nrp0,md,rd,1] 
	00207: MIRP[nrp0,nmd,rd,0] 
	00208: SRP0       
	00209: MIRP[nrp0,nmd,rd,0] 
	00210: SRP1       
	00211: SRP2       
	00212: IP         
	00213: MDAP[rd]   
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: MIRP[srp0,md,rd,1] 
	00219: ALIGNRP    
	00220: SRP1       
	00221: SRP2       
	00222: IP         
	00223: IP         
	00224: SVTCA[y-axis] 
	00225: MIAP[rd+ci] 
	00226: ALIGNRP    
	00227: SRP0       
	00228: MIRP[srp0,nmd,rd,0] 
	00229: ALIGNRP    
	00230: MIRP[srp0,md,rd,1] 
	00231: ALIGNRP    
	00232: MIRP[srp0,md,rd,2] 
	00233: MIRP[nrp0,md,rd,1] 
	00234: MIRP[srp0,md,rd,1] 
	00235: MIRP[nrp0,md,rd,1] 
	00236: MIAP[rd+ci] 
	00237: ALIGNRP    
	00238: SRP2       
	00239: IP         
	00240: IP         
	00241: SDPVTL[1]  
	00242: SFVTCA[x-axis] 
	00243: MDAP[nrd]  
	00244: CALL       
	00245: SDPVTL[1]  
	00246: RDTG       
	00247: MDRP[nrp0,nmd,rd,0] 
	00248: IUP[y]     
	00249: IUP[x]     
	00250: RTG        
	00251: RS         
	00252: JROF       
	00253: NPUSHB      (42):    11    33    26    18    28    31     1    24    20    22 
	                            31     0    30    14    28    31     1    32    12    22 
	                            31     0    27    17    25    31     0    23    21    25 
	                            31     0    29    15    31    31     1    33    11    31 
	                            31     1 
	00297: SVTCA[y-axis] 
	00298: CALL       
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: SVTCA[x-axis] 
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: CALL       
	00307: FLIPRGON   
	00308: SVTCA[y-axis] 
	00309: DELTAP1    
	00310: CALL       
	00311: CALL       
	00312: SVTCA[x-axis] 
	00313: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:                                      On
	  3:        XDual                         On
	  4:  YDual XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:                                      On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:                                      On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:        XDual         Y-Short         Off
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short Off
	 34:                              X-Short On
	 35:  YDual                               On
	 36:        XDual         Y-Short         On
	 37:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   160,  1466)  ->  Abs (   160,  1466)
	  1: Rel (   195,     0)  ->  Abs (   355,  1466)
	  2: Rel (   717, -1136)  ->  Abs (  1072,   330)
	  3: Rel (     0,  1136)  ->  Abs (  1072,  1466)
	  4: Rel (   185,     0)  ->  Abs (  1257,  1466)
	  5: Rel (     0, -1466)  ->  Abs (  1257,     0)
	  6: Rel (  -194,     0)  ->  Abs (  1063,     0)
	  7: Rel (  -721,  1131)  ->  Abs (   342,  1131)
	  8: Rel (     0, -1131)  ->  Abs (   342,     0)
	  9: Rel (  -182,     0)  ->  Abs (   160,     0)
	 10: Rel (  1231,   785)  ->  Abs (  1391,   785)
	 11: Rel (     0,   177)  ->  Abs (  1391,   962)
	 12: Rel (   199,   210)  ->  Abs (  1590,  1172)
	 13: Rel (   164,     0)  ->  Abs (  1754,  1172)
	 14: Rel (   163,     0)  ->  Abs (  1917,  1172)
	 15: Rel (   195,  -216)  ->  Abs (  2112,   956)
	 16: Rel (     0,  -183)  ->  Abs (  2112,   773)
	 17: Rel (     0,  -185)  ->  Abs (  2112,   588)
	 18: Rel (  -201,  -216)  ->  Abs (  1911,   372)
	 19: Rel (  -165,     0)  ->  Abs (  1746,   372)
	 20: Rel (  -142,     0)  ->  Abs (  1604,   372)
	 21: Rel (  -213,   195)  ->  Abs (  1391,   567)
	 22: Rel (   175,   212)  ->  Abs (  1566,   779)
	 23: Rel (     0,  -134)  ->  Abs (  1566,   645)
	 24: Rel (   107,  -136)  ->  Abs (  1673,   509)
	 25: Rel (    78,     0)  ->  Abs (  1751,   509)
	 26: Rel (    73,     0)  ->  Abs (  1824,   509)
	 27: Rel (   113,   131)  ->  Abs (  1937,   640)
	 28: Rel (     0,   133)  ->  Abs (  1937,   773)
	 29: Rel (     0,   140)  ->  Abs (  1937,   913)
	 30: Rel (  -117,   125)  ->  Abs (  1820,  1038)
	 31: Rel (   -70,     0)  ->  Abs (  1750,  1038)
	 32: Rel (   -75,     0)  ->  Abs (  1675,  1038)
	 33: Rel (  -109,  -130)  ->  Abs (  1566,   908)
	 34: Rel (  -156,  -642)  ->  Abs (  1410,   266)
	 35: Rel (   681,     0)  ->  Abs (  2091,   266)
	 36: Rel (     0,  -148)  ->  Abs (  2091,   118)
	 37: Rel (  -681,     0)  ->  Abs (  1410,   118)

	Glyph 652: off = 0x0001E3F0, len = 248
	  numberOfContours:	1
	  xMin:			45
	  yMin:			0
	  xMax:			1369
	  yMax:			1062

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	200
	00000: NPUSHB      (22):    15    13    47    13     2    10    10     2    10     8 
	                             0     4    43     5     6    11    37     9     0    37 
	                             2     9 
	00024: PUSHW[1]            -24 
	00027: PUSHB[5]             16    16     2    85     9 
	00033: PUSHW[1]             -8 
	00036: PUSHB[5]             13    13     2    85     9 
	00042: PUSHW[1]            -14 
	00045: PUSHB[5]             12    12     2    85     9 
	00051: PUSHW[1]            -19 
	00054: PUSHB[5]             12    12     6    85     9 
	00060: PUSHW[1]             -4 
	00063: NPUSHB      (20):    13    13     6    85     9    10    15    15     6    85 
	                             9    38    16    16     6    85     9    66     6     2 
	00085: PUSHW[1]            -24 
	00088: PUSHB[5]             15    16     2    85     2 
	00094: PUSHW[1]            -12 
	00097: NPUSHB      (11):    13    13     2    85     2    10    11    11     2    85 
	                             2 
	00110: PUSHW[1]            -18 
	00113: NPUSHB      (11):    11    11     6    85     2     8    12    12     6    85 
	                             2 
	00126: PUSHW[1]             -8 
	00129: PUSHB[5]             13    13     6    85     2 
	00135: PUSHW[1]            -22 
	00138: PUSHB[5]             15    15     6    85     2 
	00144: PUSHW[1]            -32 
	00147: NPUSHB      (13):    16    16     6    85     2    66     5     6   196    13 
	                             5   124    12 
	00162: SRP0       
	00163: MIRP[nrp0,nmd,rd,2] 
	00164: SRP0       
	00165: MIRP[nrp0,nmd,rd,2] 
	00166: SRP0       
	00167: MIRP[nrp0,nmd,rd,0] 
	00168: CALL       
	00169: CALL       
	00170: CALL       
	00171: CALL       
	00172: CALL       
	00173: CALL       
	00174: CALL       
	00175: CALL       
	00176: SRP0       
	00177: MIRP[nrp0,nmd,rd,0] 
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: SRP0       
	00186: MIRP[nrp0,md,rd,1] 
	00187: SRP0       
	00188: MIRP[nrp0,md,rd,1] 
	00189: SVTCA[y-axis] 
	00190: MIAP[rd+ci] 
	00191: MIRP[srp0,md,rd,1] 
	00192: ALIGNRP    
	00193: ALIGNRP    
	00194: MIAP[rd+ci] 
	00195: MIAP[rd+ci] 
	00196: IUP[y]     
	00197: IUP[x]     
	00198: SVTCA[x-axis] 
	00199: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   505,   916)  ->  Abs (   505,   916)
	  1: Rel (     0,  -916)  ->  Abs (   505,     0)
	  2: Rel (  -180,     0)  ->  Abs (   325,     0)
	  3: Rel (     0,   916)  ->  Abs (   325,   916)
	  4: Rel (  -280,     0)  ->  Abs (    45,   916)
	  5: Rel (     0,   146)  ->  Abs (    45,  1062)
	  6: Rel (  1324,     0)  ->  Abs (  1369,  1062)
	  7: Rel (     0,  -146)  ->  Abs (  1369,   916)
	  8: Rel (  -242,     0)  ->  Abs (  1127,   916)
	  9: Rel (     0,  -916)  ->  Abs (  1127,     0)
	 10: Rel (  -180,     0)  ->  Abs (   947,     0)
	 11: Rel (     0,   916)  ->  Abs (   947,   916)

	Glyph 653: off = 0x0001E4E8, len = 142
	  numberOfContours:	2
	  xMin:			257
	  yMin:			-430
	  xMax:			425
	  yMax:			-50

	EndPoints
	---------
	  0:  14
	  1:  29

	  Length of Instructions:	49
	00000: PUSHW[2]              0   723 
	00005: PUSHB[8]              8    64    13    23    52     8     8    15 
	00014: PUSHW[6]            723    23   708    19     4   723 
	00027: PUSHB[7]             27    12    64    26    27    52    12 
	00035: MDAP[rd]   
	00036: CALL       
	00037: ALIGNRP    
	00038: MIRP[srp0,md,rd,1] 
	00039: ALIGNRP    
	00040: SVTCA[y-axis] 
	00041: MIAP[rd+ci] 
	00042: MIRP[srp0,md,rd,1] 
	00043: SHP[rp2,zp1] 
	00044: MDAP[rd]   
	00045: CALL       
	00046: MIRP[srp0,md,rd,1] 
	00047: IUP[y]     
	00048: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   341,   -50)  ->  Abs (   341,   -50)
	  1: Rel (    24,     0)  ->  Abs (   365,   -50)
	  2: Rel (    38,   -22)  ->  Abs (   403,   -72)
	  3: Rel (    22,   -38)  ->  Abs (   425,  -110)
	  4: Rel (     0,   -24)  ->  Abs (   425,  -134)
	  5: Rel (     0,   -24)  ->  Abs (   425,  -158)
	  6: Rel (   -22,   -37)  ->  Abs (   403,  -195)
	  7: Rel (   -38,   -23)  ->  Abs (   365,  -218)
	  8: Rel (   -24,     0)  ->  Abs (   341,  -218)
	  9: Rel (   -24,     0)  ->  Abs (   317,  -218)
	 10: Rel (   -38,    23)  ->  Abs (   279,  -195)
	 11: Rel (   -22,    37)  ->  Abs (   257,  -158)
	 12: Rel (     0,    24)  ->  Abs (   257,  -134)
	 13: Rel (     0,    31)  ->  Abs (   257,  -103)
	 14: Rel (    43,    53)  ->  Abs (   300,   -50)
	 15: Rel (    41,  -212)  ->  Abs (   341,  -262)
	 16: Rel (    24,     0)  ->  Abs (   365,  -262)
	 17: Rel (    38,   -22)  ->  Abs (   403,  -284)
	 18: Rel (    22,   -38)  ->  Abs (   425,  -322)
	 19: Rel (     0,   -24)  ->  Abs (   425,  -346)
	 20: Rel (     0,   -24)  ->  Abs (   425,  -370)
	 21: Rel (   -22,   -37)  ->  Abs (   403,  -407)
	 22: Rel (   -38,   -23)  ->  Abs (   365,  -430)
	 23: Rel (   -24,     0)  ->  Abs (   341,  -430)
	 24: Rel (   -24,     0)  ->  Abs (   317,  -430)
	 25: Rel (   -38,    23)  ->  Abs (   279,  -407)
	 26: Rel (   -22,    37)  ->  Abs (   257,  -370)
	 27: Rel (     0,    24)  ->  Abs (   257,  -346)
	 28: Rel (     0,    36)  ->  Abs (   257,  -310)
	 29: Rel (    48,    48)  ->  Abs (   305,  -262)

	Glyph 654: off = 0x0001E576, len = 300
	  numberOfContours:	5
	  xMin:			30
	  yMin:			-430
	  xMax:			652
	  yMax:			-50

	EndPoints
	---------
	  0:  14
	  1:  29
	  2:  42
	  3:  55
	  4:  70

	  Length of Instructions:	99
	00000: PUSHB[3]             30    15     0 
	00004: PUSHW[1]            723 
	00007: NPUSHB      (11):    37    23     8    64    13    23    52     8     8    56 
	                            43 
	00020: PUSHW[6]            723    64    49   708    46   723 
	00033: PUSHB[3]             53    53    12 
	00037: PUSHW[1]            723 
	00040: PUSHB[5]              4   229    27    60    33 
	00046: PUSHW[1]            723 
	00049: PUSHB[4]             68    40   229    19 
	00054: PUSHW[1]            723 
	00057: NPUSHB       (9):    27    64    26    27    52    27    27    72    71 
	00068: SRP1       
	00069: SRP2       
	00070: IP         
	00071: MDAP[rd]   
	00072: CALL       
	00073: MIRP[srp0,md,rd,1] 
	00074: MIRP[srp0,md,rd,2] 
	00075: ALIGNRP    
	00076: MIRP[srp0,md,rd,1] 
	00077: ALIGNRP    
	00078: SRP0       
	00079: MIRP[srp0,md,rd,2] 
	00080: MIRP[srp0,md,rd,1] 
	00081: IP         
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MIAP[rd+ci] 
	00086: ALIGNRP    
	00087: MIRP[srp0,md,rd,1] 
	00088: ALIGNRP    
	00089: SHP[rp2,zp1] 
	00090: MDAP[rd]   
	00091: CALL       
	00092: ALIGNRP    
	00093: ALIGNRP    
	00094: MIRP[srp0,md,rd,1] 
	00095: ALIGNRP    
	00096: ALIGNRP    
	00097: IUP[y]     
	00098: IUP[x]     

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual                               On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual                               On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:                      Y-Short         On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual XDual         Y-Short         On
	 54:  YDual XDual         Y-Short         Off
	 55:  YDual XDual         Y-Short X-Short Off
	 56:  YDual                               On
	 57:  YDual XDual                 X-Short Off
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:                      Y-Short X-Short Off
	 63:                      Y-Short X-Short Off
	 64:  YDual                       X-Short On
	 65:  YDual                       X-Short Off
	 66:  YDual               Y-Short X-Short Off
	 67:  YDual               Y-Short X-Short Off
	 68:  YDual XDual         Y-Short         On
	 69:  YDual XDual         Y-Short         Off
	 70:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   114,   -50)  ->  Abs (   114,   -50)
	  1: Rel (    24,     0)  ->  Abs (   138,   -50)
	  2: Rel (    37,   -22)  ->  Abs (   175,   -72)
	  3: Rel (    23,   -38)  ->  Abs (   198,  -110)
	  4: Rel (     0,   -24)  ->  Abs (   198,  -134)
	  5: Rel (     0,   -24)  ->  Abs (   198,  -158)
	  6: Rel (   -23,   -37)  ->  Abs (   175,  -195)
	  7: Rel (   -37,   -23)  ->  Abs (   138,  -218)
	  8: Rel (   -24,     0)  ->  Abs (   114,  -218)
	  9: Rel (   -24,     0)  ->  Abs (    90,  -218)
	 10: Rel (   -38,    23)  ->  Abs (    52,  -195)
	 11: Rel (   -22,    37)  ->  Abs (    30,  -158)
	 12: Rel (     0,    24)  ->  Abs (    30,  -134)
	 13: Rel (     0,    31)  ->  Abs (    30,  -103)
	 14: Rel (    43,    53)  ->  Abs (    73,   -50)
	 15: Rel (   268,     0)  ->  Abs (   341,   -50)
	 16: Rel (    22,     0)  ->  Abs (   363,   -50)
	 17: Rel (    37,   -19)  ->  Abs (   400,   -69)
	 18: Rel (    25,   -39)  ->  Abs (   425,  -108)
	 19: Rel (     0,   -26)  ->  Abs (   425,  -134)
	 20: Rel (     0,   -24)  ->  Abs (   425,  -158)
	 21: Rel (   -22,   -37)  ->  Abs (   403,  -195)
	 22: Rel (   -38,   -23)  ->  Abs (   365,  -218)
	 23: Rel (   -24,     0)  ->  Abs (   341,  -218)
	 24: Rel (   -24,     0)  ->  Abs (   317,  -218)
	 25: Rel (   -38,    23)  ->  Abs (   279,  -195)
	 26: Rel (   -22,    37)  ->  Abs (   257,  -158)
	 27: Rel (     0,    24)  ->  Abs (   257,  -134)
	 28: Rel (     0,    36)  ->  Abs (   257,   -98)
	 29: Rel (    48,    48)  ->  Abs (   305,   -50)
	 30: Rel (   263,     0)  ->  Abs (   568,   -50)
	 31: Rel (    41,     0)  ->  Abs (   609,   -50)
	 32: Rel (    43,   -53)  ->  Abs (   652,  -103)
	 33: Rel (     0,   -31)  ->  Abs (   652,  -134)
	 34: Rel (     0,   -24)  ->  Abs (   652,  -158)
	 35: Rel (   -22,   -37)  ->  Abs (   630,  -195)
	 36: Rel (   -38,   -23)  ->  Abs (   592,  -218)
	 37: Rel (   -24,     0)  ->  Abs (   568,  -218)
	 38: Rel (   -35,     0)  ->  Abs (   533,  -218)
	 39: Rel (   -49,    49)  ->  Abs (   484,  -169)
	 40: Rel (     0,    35)  ->  Abs (   484,  -134)
	 41: Rel (     0,    36)  ->  Abs (   484,   -98)
	 42: Rel (    48,    48)  ->  Abs (   532,   -50)
	 43: Rel (  -306,  -212)  ->  Abs (   226,  -262)
	 44: Rel (    31,     0)  ->  Abs (   257,  -262)
	 45: Rel (    53,   -43)  ->  Abs (   310,  -305)
	 46: Rel (     0,   -41)  ->  Abs (   310,  -346)
	 47: Rel (     0,   -35)  ->  Abs (   310,  -381)
	 48: Rel (   -48,   -49)  ->  Abs (   262,  -430)
	 49: Rel (   -36,     0)  ->  Abs (   226,  -430)
	 50: Rel (   -24,     0)  ->  Abs (   202,  -430)
	 51: Rel (   -37,    23)  ->  Abs (   165,  -407)
	 52: Rel (   -23,    37)  ->  Abs (   142,  -370)
	 53: Rel (     0,    24)  ->  Abs (   142,  -346)
	 54: Rel (     0,    31)  ->  Abs (   142,  -315)
	 55: Rel (    44,    53)  ->  Abs (   186,  -262)
	 56: Rel (   382,     0)  ->  Abs (   568,  -262)
	 57: Rel (    22,     0)  ->  Abs (   590,  -262)
	 58: Rel (    37,   -19)  ->  Abs (   627,  -281)
	 59: Rel (    25,   -39)  ->  Abs (   652,  -320)
	 60: Rel (     0,   -26)  ->  Abs (   652,  -346)
	 61: Rel (     0,   -24)  ->  Abs (   652,  -370)
	 62: Rel (   -22,   -37)  ->  Abs (   630,  -407)
	 63: Rel (   -38,   -23)  ->  Abs (   592,  -430)
	 64: Rel (   -24,     0)  ->  Abs (   568,  -430)
	 65: Rel (   -21,     0)  ->  Abs (   547,  -430)
	 66: Rel (   -37,    20)  ->  Abs (   510,  -410)
	 67: Rel (   -26,    38)  ->  Abs (   484,  -372)
	 68: Rel (     0,    26)  ->  Abs (   484,  -346)
	 69: Rel (     0,    36)  ->  Abs (   484,  -310)
	 70: Rel (    48,    48)  ->  Abs (   532,  -262)

	Glyph 655: off = 0x0001E6A2, len = 180
	  numberOfContours:	3
	  xMin:			49
	  yMin:			-430
	  xMax:			633
	  yMax:			-50

	EndPoints
	---------
	  0:  12
	  1:  16
	  2:  31

	  Length of Instructions:	80
	00000: PUSHB[5]             16   100    14    14     0 
	00006: PUSHW[1]            723 
	00009: PUSHB[8]              6    64    13    23    52     6     6    17 
	00018: PUSHW[3]            723    24   708 
	00025: PUSHB[7]             14    14    15    85     9    21     3 
	00033: PUSHW[1]            723 
	00036: NPUSHB      (16):    28    95     9     1   127     9     1     9    64    23 
	                            25    52     9     9    33    32 
	00054: SRP1       
	00055: SRP2       
	00056: IP         
	00057: MDAP[rd]   
	00058: CALL       
	00059: DELTAP1    
	00060: DELTAP3    
	00061: ALIGNRP    
	00062: MIRP[srp0,md,rd,1] 
	00063: ALIGNRP    
	00064: SRP0       
	00065: MIRP[srp0,md,rd,2] 
	00066: SHP[rp2,zp1] 
	00067: MDAP[rd]   
	00068: SVTCA[y-axis] 
	00069: MIAP[rd+ci] 
	00070: MIRP[srp0,md,rd,1] 
	00071: SHP[rp2,zp1] 
	00072: MDAP[rd]   
	00073: CALL       
	00074: MIRP[srp0,md,rd,1] 
	00075: SHP[rp2,zp1] 
	00076: MDAP[rd]   
	00077: MIRP[nrp0,md,rd,1] 
	00078: IUP[y]     
	00079: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:                      Y-Short         On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual                               On
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   549,   -50)  ->  Abs (   549,   -50)
	  1: Rel (    40,     0)  ->  Abs (   589,   -50)
	  2: Rel (    44,   -53)  ->  Abs (   633,  -103)
	  3: Rel (     0,   -31)  ->  Abs (   633,  -134)
	  4: Rel (     0,   -31)  ->  Abs (   633,  -165)
	  5: Rel (   -44,   -53)  ->  Abs (   589,  -218)
	  6: Rel (   -40,     0)  ->  Abs (   549,  -218)
	  7: Rel (   -36,     0)  ->  Abs (   513,  -218)
	  8: Rel (   -48,    49)  ->  Abs (   465,  -169)
	  9: Rel (     0,    35)  ->  Abs (   465,  -134)
	 10: Rel (     0,    24)  ->  Abs (   465,  -110)
	 11: Rel (    22,    38)  ->  Abs (   487,   -72)
	 12: Rel (    38,    22)  ->  Abs (   525,   -50)
	 13: Rel (  -476,  -114)  ->  Abs (    49,  -164)
	 14: Rel (     0,   104)  ->  Abs (    49,   -60)
	 15: Rel (   336,     0)  ->  Abs (   385,   -60)
	 16: Rel (     0,  -104)  ->  Abs (   385,  -164)
	 17: Rel (   164,   -98)  ->  Abs (   549,  -262)
	 18: Rel (    21,     0)  ->  Abs (   570,  -262)
	 19: Rel (    37,   -19)  ->  Abs (   607,  -281)
	 20: Rel (    26,   -39)  ->  Abs (   633,  -320)
	 21: Rel (     0,   -26)  ->  Abs (   633,  -346)
	 22: Rel (     0,   -31)  ->  Abs (   633,  -377)
	 23: Rel (   -44,   -53)  ->  Abs (   589,  -430)
	 24: Rel (   -40,     0)  ->  Abs (   549,  -430)
	 25: Rel (   -22,     0)  ->  Abs (   527,  -430)
	 26: Rel (   -37,    20)  ->  Abs (   490,  -410)
	 27: Rel (   -25,    38)  ->  Abs (   465,  -372)
	 28: Rel (     0,    26)  ->  Abs (   465,  -346)
	 29: Rel (     0,    22)  ->  Abs (   465,  -324)
	 30: Rel (    19,    37)  ->  Abs (   484,  -287)
	 31: Rel (    39,    25)  ->  Abs (   523,  -262)

	Glyph 656: off = 0x0001E756, len = 218
	  numberOfContours:	3
	  xMin:			49
	  yMin:			-430
	  xMax:			633
	  yMax:			-50

	EndPoints
	---------
	  0:  12
	  1:  20
	  2:  35

	  Length of Instructions:	108
	00000: NPUSHB      (12):    32    20     1    20    20    28    14    19   100    16 
	                            16     0 
	00014: PUSHW[1]            723 
	00017: PUSHB[8]              6    64    13    23    52     6     6    21 
	00026: PUSHW[6]            723    28   708    25     3   723 
	00039: NPUSHB      (34):    32     9    85    18    15   117    14   117    19   117 
	                            47    18    63    18     2    18    64    32    34    52 
	                            18    64    45    47    52    18    64    63    67    52 
	                            18    18    37    36 
	00075: SRP1       
	00076: SRP2       
	00077: IP         
	00078: MDAP[rd]   
	00079: CALL       
	00080: CALL       
	00081: CALL       
	00082: DELTAP2    
	00083: MIRP[srp0,nmd,rd,0] 
	00084: MIRP[srp0,md,rd,1] 
	00085: MIRP[nrp0,nmd,rd,0] 
	00086: SRP0       
	00087: MIRP[srp0,md,rd,2] 
	00088: ALIGNRP    
	00089: MIRP[srp0,md,rd,1] 
	00090: ALIGNRP    
	00091: SVTCA[y-axis] 
	00092: MIAP[rd+ci] 
	00093: MIRP[srp0,md,rd,1] 
	00094: SHP[rp2,zp1] 
	00095: MDAP[rd]   
	00096: CALL       
	00097: MIRP[srp0,md,rd,1] 
	00098: SHP[rp2,zp1] 
	00099: MDAP[rd]   
	00100: MIRP[srp0,md,rd,1] 
	00101: ALIGNRP    
	00102: SRP1       
	00103: IP         
	00104: MDAP[rd]   
	00105: DELTAP2    
	00106: IUP[y]     
	00107: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:                                      On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual                       X-Short On
	 16:  YDual XDual         Y-Short         On
	 17:  YDual                               On
	 18:        XDual         Y-Short         On
	 19:  YDual                       X-Short On
	 20:        XDual         Y-Short         On
	 21:  YDual               Y-Short         On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   549,   -50)  ->  Abs (   549,   -50)
	  1: Rel (    40,     0)  ->  Abs (   589,   -50)
	  2: Rel (    44,   -53)  ->  Abs (   633,  -103)
	  3: Rel (     0,   -31)  ->  Abs (   633,  -134)
	  4: Rel (     0,   -31)  ->  Abs (   633,  -165)
	  5: Rel (   -44,   -53)  ->  Abs (   589,  -218)
	  6: Rel (   -40,     0)  ->  Abs (   549,  -218)
	  7: Rel (   -36,     0)  ->  Abs (   513,  -218)
	  8: Rel (   -48,    49)  ->  Abs (   465,  -169)
	  9: Rel (     0,    35)  ->  Abs (   465,  -134)
	 10: Rel (     0,    24)  ->  Abs (   465,  -110)
	 11: Rel (    22,    38)  ->  Abs (   487,   -72)
	 12: Rel (    38,    22)  ->  Abs (   525,   -50)
	 13: Rel (  -363,  -262)  ->  Abs (   162,  -312)
	 14: Rel (     0,   148)  ->  Abs (   162,  -164)
	 15: Rel (  -113,     0)  ->  Abs (    49,  -164)
	 16: Rel (     0,   104)  ->  Abs (    49,   -60)
	 17: Rel (   336,     0)  ->  Abs (   385,   -60)
	 18: Rel (     0,  -104)  ->  Abs (   385,  -164)
	 19: Rel (  -107,     0)  ->  Abs (   278,  -164)
	 20: Rel (     0,  -148)  ->  Abs (   278,  -312)
	 21: Rel (   271,    50)  ->  Abs (   549,  -262)
	 22: Rel (    21,     0)  ->  Abs (   570,  -262)
	 23: Rel (    37,   -19)  ->  Abs (   607,  -281)
	 24: Rel (    26,   -39)  ->  Abs (   633,  -320)
	 25: Rel (     0,   -26)  ->  Abs (   633,  -346)
	 26: Rel (     0,   -31)  ->  Abs (   633,  -377)
	 27: Rel (   -44,   -53)  ->  Abs (   589,  -430)
	 28: Rel (   -40,     0)  ->  Abs (   549,  -430)
	 29: Rel (   -22,     0)  ->  Abs (   527,  -430)
	 30: Rel (   -37,    20)  ->  Abs (   490,  -410)
	 31: Rel (   -25,    38)  ->  Abs (   465,  -372)
	 32: Rel (     0,    26)  ->  Abs (   465,  -346)
	 33: Rel (     0,    22)  ->  Abs (   465,  -324)
	 34: Rel (    19,    37)  ->  Abs (   484,  -287)
	 35: Rel (    39,    25)  ->  Abs (   523,  -262)

	Glyph 657: off = 0x0001E830, len = 74
	  numberOfContours:	1
	  xMin:			257
	  yMin:			-369
	  xMax:			425
	  yMax:			-201

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	20
	00000: PUSHW[6]              0   723     8     4   723    12 
	00013: MDAP[rd]   
	00014: MIRP[nrp0,md,rd,1] 
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: MIRP[srp0,md,rd,1] 
	00018: IUP[y]     
	00019: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   341,  -201)  ->  Abs (   341,  -201)
	  1: Rel (    24,     0)  ->  Abs (   365,  -201)
	  2: Rel (    38,   -22)  ->  Abs (   403,  -223)
	  3: Rel (    22,   -38)  ->  Abs (   425,  -261)
	  4: Rel (     0,   -24)  ->  Abs (   425,  -285)
	  5: Rel (     0,   -24)  ->  Abs (   425,  -309)
	  6: Rel (   -22,   -37)  ->  Abs (   403,  -346)
	  7: Rel (   -38,   -23)  ->  Abs (   365,  -369)
	  8: Rel (   -24,     0)  ->  Abs (   341,  -369)
	  9: Rel (   -24,     0)  ->  Abs (   317,  -369)
	 10: Rel (   -38,    23)  ->  Abs (   279,  -346)
	 11: Rel (   -22,    37)  ->  Abs (   257,  -309)
	 12: Rel (     0,    24)  ->  Abs (   257,  -285)
	 13: Rel (     0,    31)  ->  Abs (   257,  -254)
	 14: Rel (    43,    53)  ->  Abs (   300,  -201)

	Glyph 658: off = 0x0001E87A, len = 126
	  numberOfContours:	2
	  xMin:			126
	  yMin:			-369
	  xMax:			556
	  yMax:			-201

	EndPoints
	---------
	  0:  12
	  1:  27

	  Length of Instructions:	39
	00000: PUSHB[2]             13     0 
	00003: PUSHW[1]            723 
	00006: PUSHB[3]             20     6    16 
	00010: PUSHW[1]            723 
	00013: PUSHB[3]             24   106    10 
	00017: PUSHW[1]            723 
	00020: PUSHB[4]              3     3    29    28 
	00025: SRP1       
	00026: SRP2       
	00027: IP         
	00028: MDAP[rd]   
	00029: MIRP[nrp0,md,rd,1] 
	00030: MIRP[srp0,md,rd,2] 
	00031: MIRP[nrp0,md,rd,1] 
	00032: SVTCA[y-axis] 
	00033: MDAP[rd]   
	00034: ALIGNRP    
	00035: MIRP[srp0,md,rd,1] 
	00036: ALIGNRP    
	00037: IUP[y]     
	00038: IUP[x]     

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   210,  -201)  ->  Abs (   210,  -201)
	  1: Rel (    30,     0)  ->  Abs (   240,  -201)
	  2: Rel (    54,   -43)  ->  Abs (   294,  -244)
	  3: Rel (     0,   -41)  ->  Abs (   294,  -285)
	  4: Rel (     0,   -35)  ->  Abs (   294,  -320)
	  5: Rel (   -48,   -49)  ->  Abs (   246,  -369)
	  6: Rel (   -36,     0)  ->  Abs (   210,  -369)
	  7: Rel (   -24,     0)  ->  Abs (   186,  -369)
	  8: Rel (   -38,    23)  ->  Abs (   148,  -346)
	  9: Rel (   -22,    37)  ->  Abs (   126,  -309)
	 10: Rel (     0,    24)  ->  Abs (   126,  -285)
	 11: Rel (     0,    36)  ->  Abs (   126,  -249)
	 12: Rel (    48,    48)  ->  Abs (   174,  -201)
	 13: Rel (   298,     0)  ->  Abs (   472,  -201)
	 14: Rel (    40,     0)  ->  Abs (   512,  -201)
	 15: Rel (    44,   -53)  ->  Abs (   556,  -254)
	 16: Rel (     0,   -31)  ->  Abs (   556,  -285)
	 17: Rel (     0,   -24)  ->  Abs (   556,  -309)
	 18: Rel (   -22,   -37)  ->  Abs (   534,  -346)
	 19: Rel (   -38,   -23)  ->  Abs (   496,  -369)
	 20: Rel (   -24,     0)  ->  Abs (   472,  -369)
	 21: Rel (   -22,     0)  ->  Abs (   450,  -369)
	 22: Rel (   -37,    20)  ->  Abs (   413,  -349)
	 23: Rel (   -25,    38)  ->  Abs (   388,  -311)
	 24: Rel (     0,    26)  ->  Abs (   388,  -285)
	 25: Rel (     0,    22)  ->  Abs (   388,  -263)
	 26: Rel (    19,    37)  ->  Abs (   407,  -226)
	 27: Rel (    39,    25)  ->  Abs (   446,  -201)

	Glyph 659: off = 0x0001E8F8, len = 198
	  numberOfContours:	3
	  xMin:			126
	  yMin:			-430
	  xMax:			556
	  yMax:			-50

	EndPoints
	---------
	  0:  12
	  1:  27
	  2:  42

	  Length of Instructions:	72
	00000: PUSHB[2]             13     0 
	00003: PUSHW[1]            723 
	00006: NPUSHB       (9):    20     6    64    13    23    52     6     6    28 
	00017: PUSHW[5]            723    36   708    32   723 
	00028: PUSHB[5]             40    40     3    10    16 
	00034: PUSHW[1]            723 
	00037: PUSHB[3]             24   106    10 
	00041: PUSHW[1]            723 
	00044: PUSHB[4]              3     3    44    43 
	00049: SRP1       
	00050: SRP2       
	00051: IP         
	00052: MDAP[rd]   
	00053: MIRP[nrp0,md,rd,1] 
	00054: MIRP[srp0,md,rd,2] 
	00055: MIRP[nrp0,md,rd,1] 
	00056: SRP1       
	00057: SRP2       
	00058: IP         
	00059: MDAP[rd]   
	00060: MIRP[nrp0,md,rd,1] 
	00061: SVTCA[y-axis] 
	00062: MIAP[rd+ci] 
	00063: MIRP[srp0,md,rd,1] 
	00064: SHP[rp2,zp1] 
	00065: MDAP[rd]   
	00066: CALL       
	00067: ALIGNRP    
	00068: MIRP[srp0,md,rd,1] 
	00069: ALIGNRP    
	00070: IUP[y]     
	00071: IUP[x]     

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual                               On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:                      Y-Short X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   210,   -50)  ->  Abs (   210,   -50)
	  1: Rel (    30,     0)  ->  Abs (   240,   -50)
	  2: Rel (    54,   -43)  ->  Abs (   294,   -93)
	  3: Rel (     0,   -41)  ->  Abs (   294,  -134)
	  4: Rel (     0,   -35)  ->  Abs (   294,  -169)
	  5: Rel (   -48,   -49)  ->  Abs (   246,  -218)
	  6: Rel (   -36,     0)  ->  Abs (   210,  -218)
	  7: Rel (   -24,     0)  ->  Abs (   186,  -218)
	  8: Rel (   -38,    23)  ->  Abs (   148,  -195)
	  9: Rel (   -22,    37)  ->  Abs (   126,  -158)
	 10: Rel (     0,    24)  ->  Abs (   126,  -134)
	 11: Rel (     0,    36)  ->  Abs (   126,   -98)
	 12: Rel (    48,    48)  ->  Abs (   174,   -50)
	 13: Rel (   298,     0)  ->  Abs (   472,   -50)
	 14: Rel (    40,     0)  ->  Abs (   512,   -50)
	 15: Rel (    44,   -53)  ->  Abs (   556,  -103)
	 16: Rel (     0,   -31)  ->  Abs (   556,  -134)
	 17: Rel (     0,   -24)  ->  Abs (   556,  -158)
	 18: Rel (   -22,   -37)  ->  Abs (   534,  -195)
	 19: Rel (   -38,   -23)  ->  Abs (   496,  -218)
	 20: Rel (   -24,     0)  ->  Abs (   472,  -218)
	 21: Rel (   -22,     0)  ->  Abs (   450,  -218)
	 22: Rel (   -37,    20)  ->  Abs (   413,  -198)
	 23: Rel (   -25,    38)  ->  Abs (   388,  -160)
	 24: Rel (     0,    26)  ->  Abs (   388,  -134)
	 25: Rel (     0,    22)  ->  Abs (   388,  -112)
	 26: Rel (    19,    37)  ->  Abs (   407,   -75)
	 27: Rel (    39,    25)  ->  Abs (   446,   -50)
	 28: Rel (  -105,  -212)  ->  Abs (   341,  -262)
	 29: Rel (    24,     0)  ->  Abs (   365,  -262)
	 30: Rel (    38,   -22)  ->  Abs (   403,  -284)
	 31: Rel (    22,   -38)  ->  Abs (   425,  -322)
	 32: Rel (     0,   -24)  ->  Abs (   425,  -346)
	 33: Rel (     0,   -24)  ->  Abs (   425,  -370)
	 34: Rel (   -22,   -37)  ->  Abs (   403,  -407)
	 35: Rel (   -38,   -23)  ->  Abs (   365,  -430)
	 36: Rel (   -24,     0)  ->  Abs (   341,  -430)
	 37: Rel (   -24,     0)  ->  Abs (   317,  -430)
	 38: Rel (   -38,    23)  ->  Abs (   279,  -407)
	 39: Rel (   -22,    37)  ->  Abs (   257,  -370)
	 40: Rel (     0,    24)  ->  Abs (   257,  -346)
	 41: Rel (     0,    36)  ->  Abs (   257,  -310)
	 42: Rel (    48,    48)  ->  Abs (   305,  -262)

	Glyph 660: off = 0x0001E9BE, len = 40
	  numberOfContours:	1
	  xMin:			140
	  yMin:			-315
	  xMax:			542
	  yMax:			-211

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	15
	00000: PUSHB[6]              1   100     0     2     2     1 
	00007: MDAP[rd]   
	00008: SHP[rp1,zp0] 
	00009: MDAP[rd]   
	00010: SVTCA[y-axis] 
	00011: MDAP[rd]   
	00012: MIRP[nrp0,md,rd,1] 
	00013: IUP[y]     
	00014: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   140,  -315)  ->  Abs (   140,  -315)
	  1: Rel (     0,   104)  ->  Abs (   140,  -211)
	  2: Rel (   402,     0)  ->  Abs (   542,  -211)
	  3: Rel (     0,  -104)  ->  Abs (   542,  -315)

	Glyph 661: off = 0x0001E9E6, len = 74
	  numberOfContours:	1
	  xMin:			140
	  yMin:			-430
	  xMax:			542
	  yMax:			-158

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	40
	00000: PUSHB[6]              3   100     6     2   159     0 
	00007: PUSHW[1]            708 
	00010: NPUSHB      (11):     5     5     6   117     1     2     2     1     1     9 
	                             8 
	00023: SRP1       
	00024: SRP2       
	00025: IP         
	00026: MDAP[rd]   
	00027: SHP[rp1,zp0] 
	00028: MDAP[rd]   
	00029: SRP0       
	00030: MIRP[srp0,md,rd,1] 
	00031: SHP[rp2,zp1] 
	00032: MDAP[rd]   
	00033: SVTCA[y-axis] 
	00034: MIAP[rd+ci] 
	00035: MIRP[srp0,nmd,rd,0] 
	00036: ALIGNRP    
	00037: MIRP[nrp0,md,rd,1] 
	00038: IUP[y]     
	00039: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   284,  -430)  ->  Abs (   284,  -430)
	  1: Rel (     0,   168)  ->  Abs (   284,  -262)
	  2: Rel (  -144,     0)  ->  Abs (   140,  -262)
	  3: Rel (     0,   104)  ->  Abs (   140,  -158)
	  4: Rel (   402,     0)  ->  Abs (   542,  -158)
	  5: Rel (     0,  -104)  ->  Abs (   542,  -262)
	  6: Rel (  -142,     0)  ->  Abs (   400,  -262)
	  7: Rel (     0,  -168)  ->  Abs (   400,  -430)

	Glyph 662: off = 0x0001EA30, len = 86
	  numberOfContours:	1
	  xMin:			257
	  yMin:			1182
	  xMax:			425
	  yMax:			1350

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	32
	00000: PUSHW[2]              0   723 
	00005: PUSHB[5]             16     8     1     8     4 
	00011: PUSHW[1]            723 
	00014: PUSHB[8]             31    12    47    12   175    12     3    12 
	00023: MDAP[rd]   
	00024: DELTAP2    
	00025: MIRP[nrp0,md,rd,1] 
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: DELTAP1    
	00029: MIRP[nrp0,md,rd,1] 
	00030: IUP[y]     
	00031: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   341,  1350)  ->  Abs (   341,  1350)
	  1: Rel (    22,     0)  ->  Abs (   363,  1350)
	  2: Rel (    37,   -20)  ->  Abs (   400,  1330)
	  3: Rel (    25,   -38)  ->  Abs (   425,  1292)
	  4: Rel (     0,   -26)  ->  Abs (   425,  1266)
	  5: Rel (     0,   -24)  ->  Abs (   425,  1242)
	  6: Rel (   -22,   -38)  ->  Abs (   403,  1204)
	  7: Rel (   -38,   -22)  ->  Abs (   365,  1182)
	  8: Rel (   -24,     0)  ->  Abs (   341,  1182)
	  9: Rel (   -24,     0)  ->  Abs (   317,  1182)
	 10: Rel (   -37,    22)  ->  Abs (   280,  1204)
	 11: Rel (   -23,    38)  ->  Abs (   257,  1242)
	 12: Rel (     0,    24)  ->  Abs (   257,  1266)
	 13: Rel (     0,    35)  ->  Abs (   257,  1301)
	 14: Rel (    48,    49)  ->  Abs (   305,  1350)

	Glyph 663: off = 0x0001EA86, len = 236
	  numberOfContours:	3
	  xMin:			16
	  yMin:			-431
	  xMax:			666
	  yMax:			-51

	EndPoints
	---------
	  0:  15
	  1:  30
	  2:  45

	  Length of Instructions:	98
	00000: PUSHW[2]             16   723 
	00005: PUSHB[4]             24    24    39     0 
	00010: PUSHW[1]            723 
	00013: NPUSHB      (18):     8    64    53    57    52     8    64    33    37    52 
	                             8    64     9    23    52     8     8    31 
	00033: PUSHW[3]            723    39   -64 
	00040: PUSHB[4]              9    12    52    39 
	00045: PUSHW[3]            708    35   723 
	00052: PUSHB[3]             43   171    20 
	00056: PUSHW[4]            723    28    12   723 
	00065: PUSHB[6]              4   171    28    28    47    46 
	00072: SRP1       
	00073: SRP2       
	00074: IP         
	00075: MDAP[rd]   
	00076: MIRP[srp0,nmd,rd,2] 
	00077: MIRP[nrp0,md,rd,1] 
	00078: SRP0       
	00079: MIRP[srp0,md,rd,1] 
	00080: MIRP[srp0,nmd,rd,2] 
	00081: MIRP[nrp0,md,rd,1] 
	00082: SVTCA[y-axis] 
	00083: MIAP[rd+ci] 
	00084: CALL       
	00085: MIRP[srp0,md,rd,1] 
	00086: SHP[rp2,zp1] 
	00087: MDAP[rd]   
	00088: CALL       
	00089: CALL       
	00090: CALL       
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP2       
	00093: IP         
	00094: MDAP[rd]   
	00095: MIRP[nrp0,md,rd,1] 
	00096: IUP[y]     
	00097: IUP[x]     

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:                      Y-Short         On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:                      Y-Short         On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   100,   -51)  ->  Abs (   100,   -51)
	  1: Rel (    22,     0)  ->  Abs (   122,   -51)
	  2: Rel (    37,   -19)  ->  Abs (   159,   -70)
	  3: Rel (    25,   -39)  ->  Abs (   184,  -109)
	  4: Rel (     0,   -26)  ->  Abs (   184,  -135)
	  5: Rel (     0,   -24)  ->  Abs (   184,  -159)
	  6: Rel (   -22,   -37)  ->  Abs (   162,  -196)
	  7: Rel (   -38,   -23)  ->  Abs (   124,  -219)
	  8: Rel (   -24,     0)  ->  Abs (   100,  -219)
	  9: Rel (   -24,     0)  ->  Abs (    76,  -219)
	 10: Rel (   -37,    23)  ->  Abs (    39,  -196)
	 11: Rel (   -23,    37)  ->  Abs (    16,  -159)
	 12: Rel (     0,    24)  ->  Abs (    16,  -135)
	 13: Rel (     0,    22)  ->  Abs (    16,  -113)
	 14: Rel (    20,    37)  ->  Abs (    36,   -76)
	 15: Rel (    38,    25)  ->  Abs (    74,   -51)
	 16: Rel (   267,  -108)  ->  Abs (   341,  -159)
	 17: Rel (    24,     0)  ->  Abs (   365,  -159)
	 18: Rel (    38,   -22)  ->  Abs (   403,  -181)
	 19: Rel (    22,   -38)  ->  Abs (   425,  -219)
	 20: Rel (     0,   -24)  ->  Abs (   425,  -243)
	 21: Rel (     0,   -24)  ->  Abs (   425,  -267)
	 22: Rel (   -22,   -37)  ->  Abs (   403,  -304)
	 23: Rel (   -38,   -23)  ->  Abs (   365,  -327)
	 24: Rel (   -24,     0)  ->  Abs (   341,  -327)
	 25: Rel (   -24,     0)  ->  Abs (   317,  -327)
	 26: Rel (   -38,    23)  ->  Abs (   279,  -304)
	 27: Rel (   -22,    37)  ->  Abs (   257,  -267)
	 28: Rel (     0,    24)  ->  Abs (   257,  -243)
	 29: Rel (     0,    36)  ->  Abs (   257,  -207)
	 30: Rel (    48,    48)  ->  Abs (   305,  -159)
	 31: Rel (   277,  -104)  ->  Abs (   582,  -263)
	 32: Rel (    24,     0)  ->  Abs (   606,  -263)
	 33: Rel (    37,   -22)  ->  Abs (   643,  -285)
	 34: Rel (    23,   -38)  ->  Abs (   666,  -323)
	 35: Rel (     0,   -24)  ->  Abs (   666,  -347)
	 36: Rel (     0,   -24)  ->  Abs (   666,  -371)
	 37: Rel (   -23,   -37)  ->  Abs (   643,  -408)
	 38: Rel (   -37,   -23)  ->  Abs (   606,  -431)
	 39: Rel (   -24,     0)  ->  Abs (   582,  -431)
	 40: Rel (   -24,     0)  ->  Abs (   558,  -431)
	 41: Rel (   -38,    23)  ->  Abs (   520,  -408)
	 42: Rel (   -22,    37)  ->  Abs (   498,  -371)
	 43: Rel (     0,    24)  ->  Abs (   498,  -347)
	 44: Rel (     0,    36)  ->  Abs (   498,  -311)
	 45: Rel (    48,    48)  ->  Abs (   546,  -263)

	Glyph 664: off = 0x0001EB72, len = 74
	  numberOfContours:	1
	  xMin:			257
	  yMin:			494
	  xMax:			425
	  yMax:			662

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	26
	00000: PUSHW[5]              6   723     0     3   723 
	00011: PUSHB[6]             31    10    47    10     2    10 
	00018: MDAP[rd]   
	00019: DELTAP2    
	00020: MIRP[nrp0,md,rd,1] 
	00021: SVTCA[y-axis] 
	00022: MDAP[rd]   
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   341,   662)  ->  Abs (   341,   662)
	  1: Rel (    30,     0)  ->  Abs (   371,   662)
	  2: Rel (    54,   -44)  ->  Abs (   425,   618)
	  3: Rel (     0,   -40)  ->  Abs (   425,   578)
	  4: Rel (     0,   -36)  ->  Abs (   425,   542)
	  5: Rel (   -49,   -48)  ->  Abs (   376,   494)
	  6: Rel (   -35,     0)  ->  Abs (   341,   494)
	  7: Rel (   -24,     0)  ->  Abs (   317,   494)
	  8: Rel (   -38,    22)  ->  Abs (   279,   516)
	  9: Rel (   -22,    37)  ->  Abs (   257,   553)
	 10: Rel (     0,    25)  ->  Abs (   257,   578)
	 11: Rel (     0,    31)  ->  Abs (   257,   609)
	 12: Rel (    43,    53)  ->  Abs (   300,   662)

	Glyph 665: off = 0x0001EBBC, len = 52
	  numberOfContours:	1
	  xMin:			289
	  yMin:			-431
	  xMax:			393
	  yMax:			-51

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	26
	00000: PUSHW[2]              0   -64 
	00005: PUSHB[5]             13    19    52     0     3 
	00011: PUSHW[1]            708 
	00014: PUSHB[3]              1   100     0 
	00018: MDAP[rd]   
	00019: MIRP[nrp0,md,rd,1] 
	00020: SVTCA[y-axis] 
	00021: MIAP[rd+ci] 
	00022: MDAP[rd]   
	00023: CALL       
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   289,   -51)  ->  Abs (   289,   -51)
	  1: Rel (   104,     0)  ->  Abs (   393,   -51)
	  2: Rel (     0,  -380)  ->  Abs (   393,  -431)
	  3: Rel (  -104,     0)  ->  Abs (   289,  -431)

	Glyph 666: off = 0x0001EBF0, len = 40
	  numberOfContours:	1
	  xMin:			125
	  yMin:			901
	  xMax:			659
	  yMax:			1061

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	14
	00000: PUSHB[6]              0   249     1     3   238     0 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[srp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   125,   901)  ->  Abs (   125,   901)
	  1: Rel (     0,   160)  ->  Abs (   125,  1061)
	  2: Rel (   534,     0)  ->  Abs (   659,  1061)
	  3: Rel (     0,  -160)  ->  Abs (   659,   901)

	Glyph 667: off = 0x0001EC18, len = 40
	  numberOfContours:	1
	  xMin:			140
	  yMin:			1251
	  xMax:			542
	  yMax:			1355

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	14
	00000: PUSHB[6]              0   100     1     3   110     0 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[srp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   140,  1251)  ->  Abs (   140,  1251)
	  1: Rel (     0,   104)  ->  Abs (   140,  1355)
	  2: Rel (   402,     0)  ->  Abs (   542,  1355)
	  3: Rel (     0,  -104)  ->  Abs (   542,  1251)

	Glyph 668: off = 0x0001EC40, len = 52
	  numberOfContours:	1
	  xMin:			210
	  yMin:			-20
	  xMax:			353
	  yMax:			1281

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	27
	00000: PUSHB[4]              1     1     0     5 
	00005: PUSHW[1]            712 
	00008: PUSHB[3]              3    32     0 
	00012: PUSHW[2]            711     4 
	00017: SRP0       
	00018: MIRP[srp0,nmd,rd,2] 
	00019: MIRP[srp0,md,rd,1] 
	00020: MIRP[nrp0,nmd,rd,2] 
	00021: SVTCA[y-axis] 
	00022: MDAP[rd]   
	00023: SHP[rp1,zp0] 
	00024: MDAP[rd]   
	00025: IUP[y]     
	00026: IUP[x]     

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   210,   -20)  ->  Abs (   210,   -20)
	  1: Rel (     0,  1301)  ->  Abs (   210,  1281)
	  2: Rel (   143,     0)  ->  Abs (   353,  1281)
	  3: Rel (     0, -1301)  ->  Abs (   353,   -20)

	Glyph 669: off = 0x0001EC74, len = 68
	  numberOfContours:	1
	  xMin:			779
	  yMin:			1182
	  xMax:			947
	  yMax:			1351

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	20
	00000: PUSHW[6]              7   723     0     3   723    10 
	00013: MDAP[rd]   
	00014: MIRP[nrp0,md,rd,1] 
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: MIRP[nrp0,md,rd,1] 
	00018: IUP[y]     
	00019: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   863,  1351)  ->  Abs (   863,  1351)
	  1: Rel (    41,     0)  ->  Abs (   904,  1351)
	  2: Rel (    43,   -53)  ->  Abs (   947,  1298)
	  3: Rel (     0,   -32)  ->  Abs (   947,  1266)
	  4: Rel (     0,   -22)  ->  Abs (   947,  1244)
	  5: Rel (   -18,   -36)  ->  Abs (   929,  1208)
	  6: Rel (   -39,   -26)  ->  Abs (   890,  1182)
	  7: Rel (   -27,     0)  ->  Abs (   863,  1182)
	  8: Rel (   -35,     0)  ->  Abs (   828,  1182)
	  9: Rel (   -49,    49)  ->  Abs (   779,  1231)
	 10: Rel (     0,    35)  ->  Abs (   779,  1266)
	 11: Rel (     0,    41)  ->  Abs (   779,  1307)
	 12: Rel (    54,    44)  ->  Abs (   833,  1351)

	Glyph 670: off = 0x0001ECB8, len = 68
	  numberOfContours:	1
	  xMin:			-252
	  yMin:			1182
	  xMax:			-84
	  yMax:			1351

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	20
	00000: PUSHW[6]              7   723     0    10   723     3 
	00013: MDAP[rd]   
	00014: MIRP[nrp0,md,rd,1] 
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: MIRP[nrp0,md,rd,1] 
	00018: IUP[y]     
	00019: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:              Rep-  2 Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  -168,  1351)  ->  Abs (  -168,  1351)
	  1: Rel (    40,     0)  ->  Abs (  -128,  1351)
	  2: Rel (    44,   -53)  ->  Abs (   -84,  1298)
	  3: Rel (     0,   -32)  ->  Abs (   -84,  1266)
	  4: Rel (    -1,   -24)  ->  Abs (   -85,  1242)
	  5: Rel (   -22,   -37)  ->  Abs (  -107,  1205)
	  6: Rel (   -37,   -23)  ->  Abs (  -144,  1182)
	  7: Rel (   -24,     0)  ->  Abs (  -168,  1182)
	  8: Rel (   -36,     0)  ->  Abs (  -204,  1182)
	  9: Rel (   -48,    49)  ->  Abs (  -252,  1231)
	 10: Rel (     0,    35)  ->  Abs (  -252,  1266)
	 11: Rel (     0,    41)  ->  Abs (  -252,  1307)
	 12: Rel (    53,    44)  ->  Abs (  -199,  1351)

	Glyph 671: off = 0x0001ECFC, len = 62
	  numberOfContours:	2
	  xMin:			185
	  yMin:			0
	  xMax:			390
	  yMax:			1062

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	26
	00000: NPUSHB      (12):     0    60     1     5    60     4     3     7     0     7 
	                            60     4 
	00014: MDAP[rd]   
	00015: MIRP[nrp0,md,rd,1] 
	00016: ALIGNRP    
	00017: SRP0       
	00018: ALIGNRP    
	00019: SVTCA[y-axis] 
	00020: MDAP[rd]   
	00021: MIRP[nrp0,md,rd,1] 
	00022: MDAP[rd]   
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:                              X-Short On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual                 X-Short On
	  7:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   185,   857)  ->  Abs (   185,   857)
	  1: Rel (     0,   205)  ->  Abs (   185,  1062)
	  2: Rel (   205,     0)  ->  Abs (   390,  1062)
	  3: Rel (     0,  -205)  ->  Abs (   390,   857)
	  4: Rel (  -205,  -857)  ->  Abs (   185,     0)
	  5: Rel (     0,   205)  ->  Abs (   185,   205)
	  6: Rel (   205,     0)  ->  Abs (   390,   205)
	  7: Rel (     0,  -205)  ->  Abs (   390,     0)

	Glyph 672: off = 0x0001ED3A, len = 318
	  numberOfContours:	1
	  xMin:			105
	  yMin:			0
	  xMax:			1098
	  yMax:			1061

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	233
	00000: NPUSHB     (122):    25     8    38    12    56     1    58     2    59     8 
	                            59     9    57    12    59    21    72     1    77     2 
	                            73     8    77     9    73    12    77    21    85     3 
	                            86     9    86    12   103     3   127     8   115    20 
	                           140     9   130    20   128    21   167    12   216     0 
	                           215    21    26     8     2    41    19    40    21    61 
	                             2    63    21   129     9   143    21   166    12   218 
	                            21     9    21    12    11    11     0     2     9    10 
	                             1     1     0    11    11    32    10     1    20    10 
	                            10     1    21    12     1     9     4    10     6     5 
	                             0     1    10    17    16    11    10     6    15    16 
	                            18     4     5     7     9     2    12    21     4    17 
	                             6     1 
	00124: PUSHW[1]            608 
	00127: PUSHB[8]            128     0     1     0     0    16    32    17 
	00136: PUSHW[1]            714 
	00139: PUSHB[7]             23    11    10     5    32    10     6 
	00147: PUSHW[2]            713    22 
	00152: SRP0       
	00153: MIRP[srp0,nmd,rd,2] 
	00154: SHP[rp2,zp1] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: MDAP[rd]   
	00157: SHP[rp1,zp0] 
	00158: SRP0       
	00159: MIRP[srp0,nmd,rd,2] 
	00160: MIRP[nrp0,md,rd,1] 
	00161: SHP[rp1,zp0] 
	00162: MDAP[rd]   
	00163: DELTAP1    
	00164: MIRP[nrp0,md,rd,1] 
	00165: SRP1       
	00166: SRP2       
	00167: SLOOP      
	00168: IP         
	00169: SHP[rp1,zp0] 
	00170: SRP1       
	00171: SHP[rp1,zp0] 
	00172: SHP[rp2,zp1] 
	00173: SRP1       
	00174: SHP[rp1,zp0] 
	00175: SVTCA[y-axis] 
	00176: MIAP[rd+ci] 
	00177: ALIGNRP    
	00178: ALIGNRP    
	00179: ALIGNRP    
	00180: MIAP[rd+ci] 
	00181: ALIGNRP    
	00182: ALIGNRP    
	00183: ALIGNRP    
	00184: SRP2       
	00185: SLOOP      
	00186: IP         
	00187: SDPVTL[1]  
	00188: SFVTCA[x-axis] 
	00189: MDAP[nrd]  
	00190: CALL       
	00191: SDPVTL[1]  
	00192: RDTG       
	00193: MDRP[nrp0,nmd,rd,0] 
	00194: SPVTL[p1,p2] 
	00195: SFVTPV     
	00196: ALIGNRP    
	00197: ALIGNRP    
	00198: SDPVTL[1]  
	00199: SFVTPV     
	00200: SRP0       
	00201: MDRP[nrp0,nmd,rd,0] 
	00202: ALIGNRP    
	00203: PUSHB[2]              6     2 
	00206: RS         
	00207: EQ         
	00208: IF         
	00209: PUSHB[6]              2    24    12    17    52    12 
	00216: PUSHW[1]            -24 
	00219: PUSHB[3]             12    17    52 
	00223: SVTCA[y-axis] 
	00224: CALL       
	00225: CALL       
	00226: EIF        
	00227: IUP[y]     
	00228: IUP[x]     
	00229: SVTCA[y-axis] 
	00230: DELTAP1    
	00231: SVTCA[x-axis] 
	00232: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                              X-Short On
	  6:  YDual                       X-Short On
	  7:        XDual                 X-Short On
	  8:        XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:                              X-Short On
	 11:  YDual XDual                 X-Short On
	 12:                                      On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual                 X-Short On
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1098,     0)  ->  Abs (  1098,     0)
	  1: Rel (  -236,     0)  ->  Abs (   862,     0)
	  2: Rel (  -405,   573)  ->  Abs (   457,   573)
	  3: Rel (   -94,   -51)  ->  Abs (   363,   522)
	  4: Rel (   -17,  -155)  ->  Abs (   346,   367)
	  5: Rel (   -43,  -367)  ->  Abs (   303,     0)
	  6: Rel (  -198,     0)  ->  Abs (   105,     0)
	  7: Rel (    43,   367)  ->  Abs (   148,   367)
	  8: Rel (    30,   256)  ->  Abs (   178,   623)
	  9: Rel (   178,    90)  ->  Abs (   356,   713)
	 10: Rel (  -247,   348)  ->  Abs (   109,  1061)
	 11: Rel (   235,     0)  ->  Abs (   344,  1061)
	 12: Rel (   340,  -475)  ->  Abs (   684,   586)
	 13: Rel (    62,    41)  ->  Abs (   746,   627)
	 14: Rel (    49,   103)  ->  Abs (   795,   730)
	 15: Rel (    14,   118)  ->  Abs (   809,   848)
	 16: Rel (    25,   213)  ->  Abs (   834,  1061)
	 17: Rel (   198,     0)  ->  Abs (  1032,  1061)
	 18: Rel (   -24,  -219)  ->  Abs (  1008,   842)
	 19: Rel (   -16,  -141)  ->  Abs (   992,   701)
	 20: Rel (   -95,  -181)  ->  Abs (   897,   520)
	 21: Rel (  -117,   -71)  ->  Abs (   780,   449)

	Glyph 673: off = 0x0001EE78, len = 184
	  numberOfContours:	1
	  xMin:			50
	  yMin:			0
	  xMax:			1065
	  yMax:			1073

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	118
	00000: NPUSHB      (44):     5    16    22    16    84    16    99    16   226    16 
	                             5     0     4   249     3    10    12   249    13    12 
	                           249    13    13    10   249    15     7     5    32     0 
	                             0     1    20    12    12     6    85     1    26    13 
	                            13     6    85     1 
	00046: PUSHW[1]            -16 
	00049: NPUSHB      (11):    15    15     6    85     1     8    16    16     6    85 
	                             1 
	00062: PUSHW[1]            716 
	00065: PUSHB[5]             20    12    12    13    12 
	00071: PUSHW[1]            -64 
	00074: PUSHB[6]             13    17    52    12    13     4 
	00081: PUSHW[2]            715    19 
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,2] 
	00088: SHP[rp2,zp1] 
	00089: MDAP[rd]   
	00090: CALL       
	00091: SRP1       
	00092: SHP[rp1,zp0] 
	00093: MDAP[rd]   
	00094: SRP0       
	00095: MIRP[srp0,nmd,rd,2] 
	00096: CALL       
	00097: CALL       
	00098: CALL       
	00099: CALL       
	00100: SHP[rp2,zp1] 
	00101: MDAP[rd]   
	00102: MIRP[nrp0,md,rd,1] 
	00103: SVTCA[y-axis] 
	00104: MIAP[rd+ci] 
	00105: MIRP[nrp0,md,rd,1] 
	00106: SHP[rp1,zp0] 
	00107: MDAP[rd]   
	00108: MIRP[nrp0,md,rd,1] 
	00109: MDAP[rd]   
	00110: MIRP[nrp0,md,rd,1] 
	00111: MIAP[rd+ci] 
	00112: MIRP[srp0,md,rd,1] 
	00113: ALIGNRP    
	00114: IUP[y]     
	00115: IUP[x]     
	00116: SVTCA[x-axis] 
	00117: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual                 X-Short On
	  2:        XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual               Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual                               Off
	 17:                      Y-Short         Off
	 18:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   896,   160)  ->  Abs (   896,   160)
	  1: Rel (   169,     0)  ->  Abs (  1065,   160)
	  2: Rel (     0,  -160)  ->  Abs (  1065,     0)
	  3: Rel ( -1015,     0)  ->  Abs (    50,     0)
	  4: Rel (     0,   160)  ->  Abs (    50,   160)
	  5: Rel (   655,     0)  ->  Abs (   705,   160)
	  6: Rel (     0,   362)  ->  Abs (   705,   522)
	  7: Rel (     0,   148)  ->  Abs (   705,   670)
	  8: Rel (   -66,   149)  ->  Abs (   639,   819)
	  9: Rel (  -173,    88)  ->  Abs (   466,   907)
	 10: Rel (  -183,     0)  ->  Abs (   283,   907)
	 11: Rel (   -65,     0)  ->  Abs (   218,   907)
	 12: Rel (  -136,   -14)  ->  Abs (    82,   893)
	 13: Rel (   -16,   158)  ->  Abs (    66,  1051)
	 14: Rel (   135,    22)  ->  Abs (   201,  1073)
	 15: Rel (   152,     0)  ->  Abs (   353,  1073)
	 16: Rel (   286,     0)  ->  Abs (   639,  1073)
	 17: Rel (   257,  -248)  ->  Abs (   896,   825)
	 18: Rel (     0,  -252)  ->  Abs (   896,   573)

	Glyph 674: off = 0x0001EF30, len = 288
	  numberOfContours:	1
	  xMin:			25
	  yMin:			0
	  xMax:			744
	  yMax:			1073

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	201
	00000: NPUSHB      (86):     3    24    18    24    35    24    47    27    56    10 
	                            52    24    75    10    89    10   106    10   123    10 
	                           133     6   144     5   169    11    13     3     4     4 
	                           186     1     2    20     1     1     2     5     7     7 
	                            35     8    10    20     8     8    10     5     4    10 
	                             8     1    12   232     0     4    16     4     2     4 
	                             4    22     8     7     2     3    10    19   249    20 
	                             7    20    17   249    22     7     5    10    12     8 
	                            19   197    20    20     7     8 
	00088: PUSHW[1]            -16 
	00091: NPUSHB      (17):     8     8     4    12    32     1     3   159     2   175 
	                             2   191     2     3     2     2     1 
	00110: PUSHW[1]            -10 
	00113: NPUSHB      (14):    12    12     6    85     1    10    15    16     6    85 
	                            47     1     1     1 
	00129: PUSHW[2]            712    27 
	00134: SRP0       
	00135: MIRP[srp0,nmd,rd,2] 
	00136: DELTAP1    
	00137: CALL       
	00138: CALL       
	00139: SHP[rp2,zp1] 
	00140: RDTG       
	00141: MDAP[rd]   
	00142: RTG        
	00143: DELTAP1    
	00144: SHP[rp1,zp0] 
	00145: SRP0       
	00146: MIRP[srp0,md,rd,1] 
	00147: SHP[rp2,zp1] 
	00148: SHP[rp1,zp0] 
	00149: MDAP[rd]   
	00150: SHPIX      
	00151: SHP[rp1,zp0] 
	00152: SHP[rp1,zp0] 
	00153: MDAP[rd]   
	00154: MIRP[nrp0,nmd,rd,0] 
	00155: SRP1       
	00156: SRP2       
	00157: IP         
	00158: IP         
	00159: SVTCA[y-axis] 
	00160: MIAP[rd+ci] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: SHP[rp1,zp0] 
	00163: MIAP[rd+ci] 
	00164: MIRP[nrp0,md,rd,1] 
	00165: MIAP[rd+ci] 
	00166: ALIGNRP    
	00167: ALIGNRP    
	00168: ALIGNRP    
	00169: RUTG       
	00170: SRP2       
	00171: IP         
	00172: MDAP[rd]   
	00173: DELTAP1    
	00174: RTG        
	00175: MIRP[nrp0,md,rd,1] 
	00176: SHP[rp1,zp0] 
	00177: SRP1       
	00178: IP         
	00179: SRP2       
	00180: IP         
	00181: SDPVTL[1]  
	00182: SFVTCA[x-axis] 
	00183: MDAP[nrd]  
	00184: CALL       
	00185: SFVTPV     
	00186: RDTG       
	00187: SRP0       
	00188: MDRP[nrp0,nmd,rd,0] 
	00189: SDPVTL[1]  
	00190: SFVTCA[x-axis] 
	00191: MDAP[nrd]  
	00192: RTG        
	00193: CALL       
	00194: RDTG       
	00195: SRP0       
	00196: MDRP[nrp0,nmd,rd,0] 
	00197: IUP[y]     
	00198: IUP[x]     
	00199: SVTCA[x-axis] 
	00200: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual                 X-Short On
	  3:  YDual                       X-Short On
	  4:                              X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:  YDual                       X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short On
	 20:  YDual               Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   646,   686)  ->  Abs (   646,   686)
	  1: Rel (     0,  -326)  ->  Abs (   646,   360)
	  2: Rel (    98,  -360)  ->  Abs (   744,     0)
	  3: Rel (  -187,     0)  ->  Abs (   557,     0)
	  4: Rel (   -73,   260)  ->  Abs (   484,   260)
	  5: Rel (  -123,     0)  ->  Abs (   361,   260)
	  6: Rel (   -82,  -149)  ->  Abs (   279,   111)
	  7: Rel (   -59,  -111)  ->  Abs (   220,     0)
	  8: Rel (  -195,     0)  ->  Abs (    25,     0)
	  9: Rel (    84,   164)  ->  Abs (   109,   164)
	 10: Rel (    75,   146)  ->  Abs (   184,   310)
	 11: Rel (   198,    91)  ->  Abs (   382,   401)
	 12: Rel (    73,     0)  ->  Abs (   455,   401)
	 13: Rel (     0,   279)  ->  Abs (   455,   680)
	 14: Rel (     0,    86)  ->  Abs (   455,   766)
	 15: Rel (   -25,    89)  ->  Abs (   430,   855)
	 16: Rel (   -86,    54)  ->  Abs (   344,   909)
	 17: Rel (   -71,     0)  ->  Abs (   273,   909)
	 18: Rel (   -61,     0)  ->  Abs (   212,   909)
	 19: Rel (   -48,   -10)  ->  Abs (   164,   899)
	 20: Rel (   -14,   152)  ->  Abs (   150,  1051)
	 21: Rel (    67,    22)  ->  Abs (   217,  1073)
	 22: Rel (    97,     0)  ->  Abs (   314,  1073)
	 23: Rel (   136,     0)  ->  Abs (   450,  1073)
	 24: Rel (   144,  -102)  ->  Abs (   594,   971)
	 25: Rel (    52,  -149)  ->  Abs (   646,   822)

	Glyph 675: off = 0x0001F050, len = 118
	  numberOfContours:	1
	  xMin:			45
	  yMin:			0
	  xMax:			996
	  yMax:			1061

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	81
	00000: NPUSHB      (16):     3    10     1     5   249     6     6     4    32     1 
	                            12    11    12     6    85     1 
	00018: PUSHW[1]            -20 
	00021: PUSHB[5]             13    13     6    85     1 
	00027: PUSHW[1]             -4 
	00030: NPUSHB      (16):    15    15     6    85     1    10    16    16     6    85 
	                           159     1     1     1   160     7 
	00048: PUSHW[1]            716 
	00051: PUSHB[5]              9    48     6     1     6 
	00057: PUSHW[2]            715     8 
	00062: SRP0       
	00063: MIRP[nrp0,nmd,rd,2] 
	00064: DELTAP1    
	00065: SRP0       
	00066: MIRP[srp0,nmd,rd,2] 
	00067: MIRP[srp0,nmd,rd,0] 
	00068: DELTAP1    
	00069: CALL       
	00070: CALL       
	00071: CALL       
	00072: CALL       
	00073: MIRP[nrp0,md,rd,1] 
	00074: SVTCA[y-axis] 
	00075: MIAP[rd+ci] 
	00076: MIRP[srp0,md,rd,1] 
	00077: ALIGNRP    
	00078: MIAP[rd+ci] 
	00079: IUP[y]     
	00080: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   996,   901)  ->  Abs (   996,   901)
	  1: Rel (  -181,     0)  ->  Abs (   815,   901)
	  2: Rel (     0,  -901)  ->  Abs (   815,     0)
	  3: Rel (  -190,     0)  ->  Abs (   625,     0)
	  4: Rel (     0,   901)  ->  Abs (   625,   901)
	  5: Rel (  -580,     0)  ->  Abs (    45,   901)
	  6: Rel (     0,   160)  ->  Abs (    45,  1061)
	  7: Rel (   951,     0)  ->  Abs (   996,  1061)

	Glyph 676: off = 0x0001F0C6, len = 206
	  numberOfContours:	2
	  xMin:			150
	  yMin:			0
	  xMax:			1088
	  yMax:			1073

	EndPoints
	---------
	  0:  14
	  1:  18

	  Length of Instructions:	138
	00000: NPUSHB      (31):    50     3    52     4    69     3    69     4    86     3 
	                            86     4   102     4     7    14   249     0    18     7 
	                            17    10    14    12   249     0     2     7     8    32 
	                             5 
	00033: PUSHW[1]            -20 
	00036: NPUSHB      (11):    16    16     6    85     5    16    15    15     6    85 
	                             5 
	00049: PUSHW[1]            -16 
	00052: PUSHB[5]             12    12     6    85     5 
	00058: PUSHW[1]            712 
	00061: NPUSHB      (14):    20    14    14     0     0    15    32    18    42    16 
	                            16     6    85    18 
	00077: PUSHW[1]            -18 
	00080: PUSHB[5]             15    15     6    85    18 
	00086: PUSHW[1]            -10 
	00089: NPUSHB      (11):    13    13     6    85    18     4    12    12     6    85 
	                            18 
	00102: PUSHW[2]            711    19 
	00107: SRP0       
	00108: MIRP[srp0,nmd,rd,2] 
	00109: CALL       
	00110: CALL       
	00111: CALL       
	00112: CALL       
	00113: MIRP[nrp0,md,rd,1] 
	00114: SHP[rp1,zp0] 
	00115: MDAP[rd]   
	00116: SHP[rp1,zp0] 
	00117: MDAP[rd]   
	00118: SRP0       
	00119: MIRP[srp0,nmd,rd,2] 
	00120: CALL       
	00121: CALL       
	00122: CALL       
	00123: MIRP[nrp0,md,rd,1] 
	00124: SVTCA[y-axis] 
	00125: MIAP[rd+ci] 
	00126: SHP[rp1,zp0] 
	00127: MIRP[srp0,md,rd,1] 
	00128: SHP[rp2,zp1] 
	00129: MIAP[rd+ci] 
	00130: ALIGNRP    
	00131: MDAP[rd]   
	00132: MDAP[rd]   
	00133: MIRP[nrp0,md,rd,1] 
	00134: IUP[y]     
	00135: IUP[x]     
	00136: SVTCA[x-axis] 
	00137: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual                               Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:        XDual                 X-Short On
	 16:        XDual                         On
	 17:  YDual                       X-Short On
	 18:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   150,  1042)  ->  Abs (   150,  1042)
	  1: Rel (   181,    31)  ->  Abs (   331,  1073)
	  2: Rel (   171,     0)  ->  Abs (   502,  1073)
	  3: Rel (   332,     0)  ->  Abs (   834,  1073)
	  4: Rel (   254,  -246)  ->  Abs (  1088,   827)
	  5: Rel (     0,  -254)  ->  Abs (  1088,   573)
	  6: Rel (     0,  -573)  ->  Abs (  1088,     0)
	  7: Rel (  -191,     0)  ->  Abs (   897,     0)
	  8: Rel (     0,   522)  ->  Abs (   897,   522)
	  9: Rel (     0,   159)  ->  Abs (   897,   681)
	 10: Rel (   -74,   149)  ->  Abs (   823,   830)
	 11: Rel (  -181,    77)  ->  Abs (   642,   907)
	 12: Rel (  -173,     0)  ->  Abs (   469,   907)
	 13: Rel (  -136,     0)  ->  Abs (   333,   907)
	 14: Rel (  -167,   -28)  ->  Abs (   166,   879)
	 15: Rel (   187,  -281)  ->  Abs (   353,   598)
	 16: Rel (     0,  -598)  ->  Abs (   353,     0)
	 17: Rel (  -191,     0)  ->  Abs (   162,     0)
	 18: Rel (     0,   598)  ->  Abs (   162,   598)

	Glyph 677: off = 0x0001F194, len = 82
	  numberOfContours:	1
	  xMin:			155
	  yMin:			0
	  xMax:			350
	  yMax:			1061

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	55
	00000: PUSHB[5]              2    10     3     6     5 
	00006: PUSHW[1]            712 
	00009: PUSHB[3]              0    32     3 
	00013: PUSHW[1]             -2 
	00016: PUSHB[5]             11    11     6    85     3 
	00022: PUSHW[1]             -2 
	00025: NPUSHB      (11):    13    13     6    85     3    20    16    16     6    85 
	                             3 
	00038: PUSHW[2]            711     4 
	00043: SRP0       
	00044: MIRP[srp0,nmd,rd,2] 
	00045: CALL       
	00046: CALL       
	00047: CALL       
	00048: MIRP[srp0,md,rd,1] 
	00049: MIRP[nrp0,nmd,rd,0] 
	00050: SVTCA[y-axis] 
	00051: MIAP[rd+ci] 
	00052: MIAP[rd+ci] 
	00053: IUP[y]     
	00054: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   350,  1061)  ->  Abs (   350,  1061)
	  1: Rel (     0, -1061)  ->  Abs (   350,     0)
	  2: Rel (  -195,     0)  ->  Abs (   155,     0)
	  3: Rel (     0,  1061)  ->  Abs (   155,  1061)

	Glyph 678: off = 0x0001F1E6, len = 146
	  numberOfContours:	1
	  xMin:			95
	  yMin:			0
	  xMax:			738
	  yMax:			1061

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	80
	00000: NPUSHB      (30):    15    21    32    21     2     9    10     0   232    17 
	                           249    18     6    16    16     0    17     8    32     9 
	                             9     3    32    14    14    18    15    19     1    19 
	00032: PUSHW[1]            716 
	00035: NPUSHB      (11):    21    18    20    12    13     6    85    32    18     1 
	                            18 
	00048: PUSHW[2]            709    20 
	00053: SRP0       
	00054: MIRP[nrp0,nmd,rd,2] 
	00055: DELTAP1    
	00056: CALL       
	00057: SRP0       
	00058: MIRP[nrp0,nmd,rd,2] 
	00059: DELTAP1    
	00060: SRP1       
	00061: IP         
	00062: MDAP[rd]   
	00063: MIRP[nrp0,md,rd,1] 
	00064: IP         
	00065: MDAP[rd]   
	00066: MIRP[nrp0,md,rd,1] 
	00067: SRP1       
	00068: SRP2       
	00069: IP         
	00070: MDAP[rd]   
	00071: SVTCA[y-axis] 
	00072: MIAP[rd+ci] 
	00073: MIRP[nrp0,md,rd,1] 
	00074: MIRP[nrp0,md,rd,1] 
	00075: MIAP[rd+ci] 
	00076: IUP[y]     
	00077: IUP[x]     
	00078: SVTCA[x-axis] 
	00079: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:                      Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual                               On
	 18:  YDual XDual         Y-Short         On
	 19:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   738,   926)  ->  Abs (   738,   926)
	  1: Rel (  -153,     0)  ->  Abs (   585,   926)
	  2: Rel (  -173,  -175)  ->  Abs (   412,   751)
	  3: Rel (     0,  -147)  ->  Abs (   412,   604)
	  4: Rel (     0,   -29)  ->  Abs (   412,   575)
	  5: Rel (     9,   -84)  ->  Abs (   421,   491)
	  6: Rel (    26,  -242)  ->  Abs (   447,   249)
	  7: Rel (     0,  -102)  ->  Abs (   447,   147)
	  8: Rel (     0,  -147)  ->  Abs (   447,     0)
	  9: Rel (  -192,     0)  ->  Abs (   255,     0)
	 10: Rel (     0,   174)  ->  Abs (   255,   174)
	 11: Rel (     0,   106)  ->  Abs (   255,   280)
	 12: Rel (   -20,   220)  ->  Abs (   235,   500)
	 13: Rel (    -7,    74)  ->  Abs (   228,   574)
	 14: Rel (     0,    49)  ->  Abs (   228,   623)
	 15: Rel (     0,   165)  ->  Abs (   228,   788)
	 16: Rel (   135,   113)  ->  Abs (   363,   901)
	 17: Rel (  -268,     0)  ->  Abs (    95,   901)
	 18: Rel (     0,   160)  ->  Abs (    95,  1061)
	 19: Rel (   643,     0)  ->  Abs (   738,  1061)

	Glyph 679: off = 0x0001F278, len = 176
	  numberOfContours:	1
	  xMin:			155
	  yMin:			0
	  xMax:			1081
	  yMax:			1073

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	115
	00000: NPUSHB      (20):    99    15   115    16     2    67    15    83    15     2 
	                             1    10    10     6   249    13     7     2    32    17 
	00022: PUSHW[1]            -20 
	00025: NPUSHB      (11):    16    16     6    85    17    16    15    15     6    85 
	                            17 
	00038: PUSHW[1]            -16 
	00041: PUSHB[5]             12    12     6    85    17 
	00047: PUSHW[1]            712 
	00050: NPUSHB      (10):    19     8    32    11    42    16    16     6    85    11 
	00062: PUSHW[1]            -18 
	00065: PUSHB[5]             15    15     6    85    11 
	00071: PUSHW[1]            -10 
	00074: NPUSHB      (11):    13    13     6    85    11     4    12    12     6    85 
	                            11 
	00087: PUSHW[2]            711    18 
	00092: SRP0       
	00093: MIRP[srp0,nmd,rd,2] 
	00094: CALL       
	00095: CALL       
	00096: CALL       
	00097: CALL       
	00098: MIRP[nrp0,md,rd,1] 
	00099: SRP0       
	00100: MIRP[srp0,nmd,rd,0] 
	00101: CALL       
	00102: CALL       
	00103: CALL       
	00104: MIRP[nrp0,md,rd,1] 
	00105: SVTCA[y-axis] 
	00106: MIAP[rd+ci] 
	00107: MIRP[nrp0,md,rd,1] 
	00108: MIAP[rd+ci] 
	00109: ALIGNRP    
	00110: IUP[y]     
	00111: IUP[x]     
	00112: SVTCA[x-axis] 
	00113: DELTAP1    
	00114: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:                      Y-Short X-Short On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1081,     0)  ->  Abs (  1081,     0)
	  1: Rel (  -191,     0)  ->  Abs (   890,     0)
	  2: Rel (     0,   575)  ->  Abs (   890,   575)
	  3: Rel (     0,   117)  ->  Abs (   890,   692)
	  4: Rel (   -52,   134)  ->  Abs (   838,   826)
	  5: Rel (  -156,    81)  ->  Abs (   682,   907)
	  6: Rel (  -146,     0)  ->  Abs (   536,   907)
	  7: Rel (   -85,     0)  ->  Abs (   451,   907)
	  8: Rel (  -105,   -14)  ->  Abs (   346,   893)
	  9: Rel (     0,  -893)  ->  Abs (   346,     0)
	 10: Rel (  -191,     0)  ->  Abs (   155,     0)
	 11: Rel (     0,  1038)  ->  Abs (   155,  1038)
	 12: Rel (   214,    35)  ->  Abs (   369,  1073)
	 13: Rel (   179,     0)  ->  Abs (   548,  1073)
	 14: Rel (   196,     0)  ->  Abs (   744,  1073)
	 15: Rel (   239,  -115)  ->  Abs (   983,   958)
	 16: Rel (    98,  -192)  ->  Abs (  1081,   766)
	 17: Rel (     0,  -172)  ->  Abs (  1081,   594)

	Glyph 680: off = 0x0001F328, len = 244
	  numberOfContours:	1
	  xMin:			140
	  yMin:			-29
	  xMax:			1088
	  yMax:			1083

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	156
	00000: NPUSHB      (41):    47    31     1   107    27   123    27     2     3    18 
	                            19    18    35    18     3    70     5    86     5   107 
	                            23   123    23     4     5   249    25    11    31    14 
	                             1    14    14    12   249    17     7     0     6    15 
	                            14 
	00043: PUSHW[1]            -16 
	00046: NPUSHB      (23):     2    15    15   159    14   175    14     2    14    14 
	                             0     9    32    21    16    16    16     6    85    47 
	                            21     1    21 
	00071: PUSHW[1]            712 
	00074: PUSHB[4]             31     1    32     0 
	00079: PUSHW[1]            -10 
	00082: PUSHB[5]             16    16     6    85     0 
	00088: PUSHW[1]            -17 
	00091: PUSHB[5]             15    15     6    85     0 
	00097: PUSHW[1]            -12 
	00100: PUSHB[5]             13    13     6    85     0 
	00106: PUSHW[1]             -2 
	00109: PUSHB[5]             11    11     6    85     0 
	00115: PUSHW[2]            711    30 
	00120: SRP0       
	00121: MIRP[srp0,nmd,rd,2] 
	00122: CALL       
	00123: CALL       
	00124: CALL       
	00125: CALL       
	00126: MIRP[nrp0,md,rd,1] 
	00127: SRP0       
	00128: MIRP[srp0,nmd,rd,2] 
	00129: DELTAP1    
	00130: CALL       
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP2       
	00133: IP         
	00134: MDAP[rd]   
	00135: DELTAP1    
	00136: SHP[rp1,zp0] 
	00137: MDAP[rd]   
	00138: SLOOP      
	00139: SHPIX      
	00140: SVTCA[y-axis] 
	00141: MIAP[rd+ci] 
	00142: MIAP[rd+ci] 
	00143: MIRP[srp0,md,rd,1] 
	00144: SHP[rp2,zp1] 
	00145: MDAP[rd]   
	00146: DELTAP1    
	00147: MIAP[rd+ci] 
	00148: MIRP[nrp0,md,rd,1] 
	00149: DELTAP1    
	00150: DELTAP1    
	00151: IUP[y]     
	00152: IUP[x]     
	00153: SVTCA[x-axis] 
	00154: DELTAP1    
	00155: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   140,  1061)  ->  Abs (   140,  1061)
	  1: Rel (   191,     0)  ->  Abs (   331,  1061)
	  2: Rel (     0,  -551)  ->  Abs (   331,   510)
	  3: Rel (     0,  -235)  ->  Abs (   331,   275)
	  4: Rel (   173,  -150)  ->  Abs (   504,   125)
	  5: Rel (   107,     0)  ->  Abs (   611,   125)
	  6: Rel (   114,     0)  ->  Abs (   725,   125)
	  7: Rel (   133,   106)  ->  Abs (   858,   231)
	  8: Rel (    40,   170)  ->  Abs (   898,   401)
	  9: Rel (     0,   144)  ->  Abs (   898,   545)
	 10: Rel (     0,   135)  ->  Abs (   898,   680)
	 11: Rel (     0,   233)  ->  Abs (   898,   913)
	 12: Rel (  -135,     0)  ->  Abs (   763,   913)
	 13: Rel (   -95,     0)  ->  Abs (   668,   913)
	 14: Rel (   -79,  -106)  ->  Abs (   589,   807)
	 15: Rel (   -60,    98)  ->  Abs (   529,   905)
	 16: Rel (   108,   178)  ->  Abs (   637,  1083)
	 17: Rel (   167,     0)  ->  Abs (   804,  1083)
	 18: Rel (   140,     0)  ->  Abs (   944,  1083)
	 19: Rel (   144,  -220)  ->  Abs (  1088,   863)
	 20: Rel (     0,  -212)  ->  Abs (  1088,   651)
	 21: Rel (     0,   -76)  ->  Abs (  1088,   575)
	 22: Rel (     0,  -206)  ->  Abs (  1088,   369)
	 23: Rel (   -79,  -232)  ->  Abs (  1009,   137)
	 24: Rel (  -223,  -166)  ->  Abs (   786,   -29)
	 25: Rel (  -175,     0)  ->  Abs (   611,   -29)
	 26: Rel (  -154,     0)  ->  Abs (   457,   -29)
	 27: Rel (  -227,   152)  ->  Abs (   230,   123)
	 28: Rel (   -90,   232)  ->  Abs (   140,   355)
	 29: Rel (     0,   208)  ->  Abs (   140,   563)

	Glyph 681: off = 0x0001F41C, len = 84
	  numberOfContours:	1
	  xMin:			155
	  yMin:			512
	  xMax:			350
	  yMax:			1061

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	56
	00000: PUSHB[5]              2     2     3     6     5 
	00006: PUSHW[1]            712 
	00009: PUSHB[3]              0    32     3 
	00013: PUSHW[1]             -2 
	00016: PUSHB[5]             11    11     6    85     3 
	00022: PUSHW[1]             -2 
	00025: NPUSHB      (11):    13    13     6    85     3    16    16    16     6    85 
	                             3 
	00038: PUSHW[2]            711     4 
	00043: SRP0       
	00044: MIRP[srp0,nmd,rd,0] 
	00045: CALL       
	00046: CALL       
	00047: CALL       
	00048: MIRP[srp0,md,rd,1] 
	00049: MIRP[nrp0,nmd,rd,2] 
	00050: SVTCA[y-axis] 
	00051: MIAP[rd+ci] 
	00052: SHP[rp1,zp0] 
	00053: MDAP[rd]   
	00054: IUP[y]     
	00055: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   350,  1061)  ->  Abs (   350,  1061)
	  1: Rel (     0,  -549)  ->  Abs (   350,   512)
	  2: Rel (  -195,     0)  ->  Abs (   155,   512)
	  3: Rel (     0,   549)  ->  Abs (   155,  1061)

	Glyph 682: off = 0x0001F470, len = 150
	  numberOfContours:	1
	  xMin:			40
	  yMin:			-408
	  xMax:			898
	  yMax:			1073

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	94
	00000: PUSHB[6]             43    10    59    10     2     3 
	00007: PUSHW[3]            -16     4   -16 
	00014: NPUSHB      (19):     7    14    14   249     0     6     0    12   249     2 
	                             7    14    14     0     0    15     8    32     5 
	00035: PUSHW[1]            -14 
	00038: NPUSHB      (23):    11    12     6    85     5    10    13    13     6    85 
	                             5    22    15    15     6    85     5    32    16    16 
	                             6    85     5 
	00063: PUSHW[2]            712    16 
	00068: SRP0       
	00069: MIRP[srp0,nmd,rd,2] 
	00070: CALL       
	00071: CALL       
	00072: CALL       
	00073: CALL       
	00074: MIRP[nrp0,md,rd,1] 
	00075: SRP1       
	00076: SHP[rp1,zp0] 
	00077: MDAP[rd]   
	00078: SHP[rp1,zp0] 
	00079: MDAP[rd]   
	00080: SVTCA[y-axis] 
	00081: MIAP[rd+ci] 
	00082: MIRP[nrp0,md,rd,1] 
	00083: SHP[rp1,zp0] 
	00084: MIAP[rd+ci] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: MIAP[rd+ci] 
	00087: IUP[y]     
	00088: IUP[x]     
	00089: SHPIX      
	00090: SVTCA[x-axis] 
	00091: SHPIX      
	00092: SVTCA[x-axis] 
	00093: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual                               Off
	  4:                      Y-Short         Off
	  5:        XDual                         On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    40,  1051)  ->  Abs (    40,  1051)
	  1: Rel (   154,    22)  ->  Abs (   194,  1073)
	  2: Rel (   128,     0)  ->  Abs (   322,  1073)
	  3: Rel (   298,     0)  ->  Abs (   620,  1073)
	  4: Rel (   278,  -227)  ->  Abs (   898,   846)
	  5: Rel (     0,  -273)  ->  Abs (   898,   573)
	  6: Rel (     0,  -981)  ->  Abs (   898,  -408)
	  7: Rel (  -191,     0)  ->  Abs (   707,  -408)
	  8: Rel (     0,   930)  ->  Abs (   707,   522)
	  9: Rel (     0,   173)  ->  Abs (   707,   695)
	 10: Rel (   -89,   146)  ->  Abs (   618,   841)
	 11: Rel (  -184,    66)  ->  Abs (   434,   907)
	 12: Rel (  -122,     0)  ->  Abs (   312,   907)
	 13: Rel (  -108,     0)  ->  Abs (   204,   907)
	 14: Rel (  -148,   -20)  ->  Abs (    56,   887)

	Glyph 683: off = 0x0001F506, len = 190
	  numberOfContours:	1
	  xMin:			80
	  yMin:			-16
	  xMax:			854
	  yMax:			1079

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	113
	00000: NPUSHB      (53):    74     5    74     9    92     5    92     9    89    17 
	                            89    20     6    42     5    44     9    59     5    59 
	                             9     4     1   159     0     0     3   159    22    11 
	                            12   159    13    13    10   159    15     7     1    12 
	                             1     0     0    12    63    13     1    13    13    24 
	                             7    38    18 
	00055: PUSHW[1]             -8 
	00058: PUSHB[5]             11    13     6    85    18 
	00064: PUSHW[1]             -8 
	00067: PUSHB[8]             15    15     6    85    32    18     1    18 
	00076: PUSHW[2]            710    25 
	00081: SRP0       
	00082: MIRP[srp0,nmd,rd,2] 
	00083: DELTAP1    
	00084: CALL       
	00085: CALL       
	00086: MIRP[nrp0,md,rd,1] 
	00087: SRP1       
	00088: SHP[rp1,zp0] 
	00089: MDAP[rd]   
	00090: DELTAP1    
	00091: SHP[rp1,zp0] 
	00092: ALIGNRP    
	00093: SRP1       
	00094: SHP[rp1,zp0] 
	00095: MDAP[rd]   
	00096: MDAP[rd]   
	00097: SVTCA[y-axis] 
	00098: MIAP[rd+ci] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SHP[rp1,zp0] 
	00101: MDAP[rd]   
	00102: MIRP[nrp0,md,rd,1] 
	00103: MIAP[rd+ci] 
	00104: MIRP[nrp0,md,rd,1] 
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: MIRP[nrp0,md,rd,1] 
	00108: IUP[y]     
	00109: IUP[x]     
	00110: SVTCA[x-axis] 
	00111: DELTAP1    
	00112: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual               Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual                               Off
	 17:                                      Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (    80,    14)  ->  Abs (    80,    14)
	  1: Rel (    26,   172)  ->  Abs (   106,   186)
	  2: Rel (    94,   -30)  ->  Abs (   200,   156)
	  3: Rel (    99,     0)  ->  Abs (   299,   156)
	  4: Rel (   113,     0)  ->  Abs (   412,   156)
	  5: Rel (   154,    93)  ->  Abs (   566,   249)
	  6: Rel (    83,   170)  ->  Abs (   649,   419)
	  7: Rel (     0,   111)  ->  Abs (   649,   530)
	  8: Rel (     0,   167)  ->  Abs (   649,   697)
	  9: Rel (  -181,   210)  ->  Abs (   468,   907)
	 10: Rel (  -169,     0)  ->  Abs (   299,   907)
	 11: Rel (  -100,     0)  ->  Abs (   199,   907)
	 12: Rel (   -93,   -30)  ->  Abs (   106,   877)
	 13: Rel (   -26,   172)  ->  Abs (    80,  1049)
	 14: Rel (   117,    30)  ->  Abs (   197,  1079)
	 15: Rel (    92,     0)  ->  Abs (   289,  1079)
	 16: Rel (   266,     0)  ->  Abs (   555,  1079)
	 17: Rel (   299,  -310)  ->  Abs (   854,   769)
	 18: Rel (     0,  -239)  ->  Abs (   854,   530)
	 19: Rel (     0,  -156)  ->  Abs (   854,   374)
	 20: Rel (  -129,  -240)  ->  Abs (   725,   134)
	 21: Rel (  -246,  -150)  ->  Abs (   479,   -16)
	 22: Rel (  -190,     0)  ->  Abs (   289,   -16)
	 23: Rel (   -93,     0)  ->  Abs (   196,   -16)

	Glyph 684: off = 0x0001F5C4, len = 234
	  numberOfContours:	1
	  xMin:			60
	  yMin:			0
	  xMax:			838
	  yMax:			1466

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	159
	00000: NPUSHB      (28):    54     6    68     6    84     6   117     6   131     6 
	                             5    10    10    20   249     0     6    21     2     8 
	                            32    11     8    11    13     6    85    11 
	00030: PUSHW[1]            -25 
	00033: PUSHB[5]             15    15     6    85    11 
	00039: PUSHW[1]            -32 
	00042: NPUSHB      (10):    16    16     6    85    11    11    20    19    32     1 
	00054: PUSHW[1]            -20 
	00057: PUSHB[5]             11    11     6    85     1 
	00063: PUSHW[1]            -24 
	00066: PUSHB[5]             12    13     6    85     1 
	00072: PUSHW[1]             -8 
	00075: PUSHB[5]             15    15     6    85     1 
	00081: PUSHW[1]             -2 
	00084: PUSHB[5]             16    16     6    85     1 
	00090: PUSHW[1]            714 
	00093: PUSHB[4]             24     0    32    20 
	00098: PUSHW[1]            -10 
	00101: NPUSHB      (25):    11    11     6    85    20    25    12    13     6    85 
	                            20    25    15    15     6    85    20    34    16    16 
	                             6    85    20    20    23 
	00128: SRP1       
	00129: SHP[rp1,zp0] 
	00130: MDAP[rd]   
	00131: CALL       
	00132: CALL       
	00133: CALL       
	00134: CALL       
	00135: MIRP[nrp0,md,rd,1] 
	00136: SRP0       
	00137: MIRP[srp0,nmd,rd,0] 
	00138: CALL       
	00139: CALL       
	00140: CALL       
	00141: CALL       
	00142: MIRP[nrp0,md,rd,1] 
	00143: SRP2       
	00144: IP         
	00145: MDAP[rd]   
	00146: CALL       
	00147: CALL       
	00148: CALL       
	00149: MIRP[nrp0,md,rd,1] 
	00150: SVTCA[y-axis] 
	00151: MIAP[rd+ci] 
	00152: MIAP[rd+ci] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: MIAP[rd+ci] 
	00155: IUP[y]     
	00156: IUP[x]     
	00157: SVTCA[x-axis] 
	00158: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         On
	 10:  YDual                       X-Short On
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         On
	 20:  YDual                               On
	 21:        XDual                         On
	 22:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   250,  1061)  ->  Abs (   250,  1061)
	  1: Rel (   588,     0)  ->  Abs (   838,  1061)
	  2: Rel (     0,  -264)  ->  Abs (   838,   797)
	  3: Rel (     0,  -112)  ->  Abs (   838,   685)
	  4: Rel (   -42,  -139)  ->  Abs (   796,   546)
	  5: Rel (   -52,   -71)  ->  Abs (   744,   475)
	  6: Rel (   -54,   -72)  ->  Abs (   690,   403)
	  7: Rel (   -81,  -109)  ->  Abs (   609,   294)
	  8: Rel (     0,  -124)  ->  Abs (   609,   170)
	  9: Rel (     0,  -170)  ->  Abs (   609,     0)
	 10: Rel (  -191,     0)  ->  Abs (   418,     0)
	 11: Rel (     0,   143)  ->  Abs (   418,   143)
	 12: Rel (     0,   129)  ->  Abs (   418,   272)
	 13: Rel (    51,   130)  ->  Abs (   469,   402)
	 14: Rel (    49,    63)  ->  Abs (   518,   465)
	 15: Rel (    60,    76)  ->  Abs (   578,   541)
	 16: Rel (    44,    56)  ->  Abs (   622,   597)
	 17: Rel (    25,    90)  ->  Abs (   647,   687)
	 18: Rel (     0,    71)  ->  Abs (   647,   758)
	 19: Rel (     0,   143)  ->  Abs (   647,   901)
	 20: Rel (  -587,     0)  ->  Abs (    60,   901)
	 21: Rel (     0,   565)  ->  Abs (    60,  1466)
	 22: Rel (   190,     0)  ->  Abs (   250,  1466)

	Glyph 685: off = 0x0001F6AE, len = 178
	  numberOfContours:	2
	  xMin:			155
	  yMin:			0
	  xMax:			1081
	  yMax:			1073

	EndPoints
	---------
	  0:  8
	  1:  17

	  Length of Instructions:	112
	00000: NPUSHB      (18):    67     6    83     6   102     6     3    17   249     1 
	                            10    14   249     4     7    10    32     8 
	00020: PUSHW[1]            -20 
	00023: NPUSHB      (11):    16    16     6    85     8    14    15    15     6    85 
	                             8 
	00036: PUSHW[1]            -14 
	00039: PUSHB[5]             12    12     6    85     8 
	00045: PUSHW[1]            712 
	00048: NPUSHB      (10):    19    16    32     2    60    16    16     6    85     2 
	00060: PUSHW[1]            -18 
	00063: PUSHB[5]             15    16     6    85     2 
	00069: PUSHW[1]            -12 
	00072: NPUSHB      (11):    13    13     6    85     2     4    12    12     6    85 
	                             2 
	00085: PUSHW[2]            711    18 
	00090: SRP0       
	00091: MIRP[srp0,nmd,rd,2] 
	00092: CALL       
	00093: CALL       
	00094: CALL       
	00095: CALL       
	00096: MIRP[nrp0,md,rd,1] 
	00097: SRP0       
	00098: MIRP[srp0,nmd,rd,2] 
	00099: CALL       
	00100: CALL       
	00101: CALL       
	00102: MIRP[nrp0,md,rd,1] 
	00103: SVTCA[y-axis] 
	00104: MIAP[rd+ci] 
	00105: MIRP[nrp0,md,rd,1] 
	00106: MIAP[rd+ci] 
	00107: MIRP[nrp0,md,rd,1] 
	00108: IUP[y]     
	00109: IUP[x]     
	00110: SVTCA[x-axis] 
	00111: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:                              X-Short On
	 10:        XDual                         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:                      Y-Short X-Short On
	 17:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  1081,     0)  ->  Abs (  1081,     0)
	  1: Rel (  -926,     0)  ->  Abs (   155,     0)
	  2: Rel (     0,  1038)  ->  Abs (   155,  1038)
	  3: Rel (   214,    35)  ->  Abs (   369,  1073)
	  4: Rel (   179,     0)  ->  Abs (   548,  1073)
	  5: Rel (   196,     0)  ->  Abs (   744,  1073)
	  6: Rel (   239,  -115)  ->  Abs (   983,   958)
	  7: Rel (    98,  -192)  ->  Abs (  1081,   766)
	  8: Rel (     0,  -172)  ->  Abs (  1081,   594)
	  9: Rel (  -191,  -434)  ->  Abs (   890,   160)
	 10: Rel (     0,   415)  ->  Abs (   890,   575)
	 11: Rel (     0,   117)  ->  Abs (   890,   692)
	 12: Rel (   -52,   134)  ->  Abs (   838,   826)
	 13: Rel (  -156,    81)  ->  Abs (   682,   907)
	 14: Rel (  -146,     0)  ->  Abs (   536,   907)
	 15: Rel (   -85,     0)  ->  Abs (   451,   907)
	 16: Rel (  -105,   -14)  ->  Abs (   346,   893)
	 17: Rel (     0,  -733)  ->  Abs (   346,   160)

	Glyph 686: off = 0x0001F760, len = 288
	  numberOfContours:	1
	  xMin:			80
	  yMin:			0
	  xMax:			1086
	  yMax:			1073

	EndPoints
	---------
	  0:  26

	  Length of Instructions:	197
	00000: NPUSHB      (22):    10     4     7     8     8    21    41     4    54    21 
	                            90     4    90     5   105     5   106    18     9     0 
	                            16     3 
	00024: PUSHW[1]            -16 
	00027: NPUSHB      (75):    12    12    15    23     3     2     2    32     1     0 
	                            20     1     1     0    21    23    23    18    11    13 
	                             6    85    23    32    24     0    20    24    24     0 
	                             0     3    21     3    24     1    19   249     6     7 
	                             2     1     6    13   249    11    11    23    24    10 
	                             0     3     2    23    21     5    10     1     1    24 
	                            30    16    16     6    85    63    24    95    24     2 
	                            24    24    15    32    10 
	00104: PUSHW[1]            -20 
	00107: NPUSHB      (11):    16    16     6    85    10    16    15    15     6    85 
	                            10 
	00120: PUSHW[1]            -16 
	00123: PUSHB[5]             12    12     6    85    10 
	00129: PUSHW[2]            712    28 
	00134: SRP0       
	00135: MIRP[srp0,nmd,rd,2] 
	00136: CALL       
	00137: CALL       
	00138: CALL       
	00139: MIRP[nrp0,md,rd,1] 
	00140: SHP[rp1,zp0] 
	00141: MDAP[rd]   
	00142: DELTAP1    
	00143: CALL       
	00144: RTHG       
	00145: SHP[rp1,zp0] 
	00146: MDAP[rd]   
	00147: RTG        
	00148: SRP2       
	00149: SLOOP      
	00150: IP         
	00151: SVTCA[y-axis] 
	00152: MIAP[rd+ci] 
	00153: ALIGNRP    
	00154: ALIGNRP    
	00155: SRP0       
	00156: MIRP[nrp0,md,rd,1] 
	00157: MIAP[rd+ci] 
	00158: ALIGNRP    
	00159: MIAP[rd+ci] 
	00160: MIRP[nrp0,md,rd,1] 
	00161: SRP1       
	00162: SRP2       
	00163: SLOOP      
	00164: IP         
	00165: SDPVTL[1]  
	00166: SFVTCA[x-axis] 
	00167: MDAP[nrd]  
	00168: CALL       
	00169: CALL       
	00170: SFVTPV     
	00171: RDTG       
	00172: SRP0       
	00173: MDRP[nrp0,nmd,rd,0] 
	00174: SDPVTL[1]  
	00175: SFVTCA[x-axis] 
	00176: MDAP[nrd]  
	00177: RTG        
	00178: CALL       
	00179: SFVTPV     
	00180: RDTG       
	00181: SRP0       
	00182: MDRP[nrp0,nmd,rd,0] 
	00183: SVTCA[x-axis] 
	00184: RTG        
	00185: SRP1       
	00186: SRP2       
	00187: IP         
	00188: MDAP[rd]   
	00189: SVTCA[y-axis] 
	00190: SHPIX      
	00191: SVTCA[x-axis] 
	00192: SHPIX      
	00193: IUP[y]     
	00194: IUP[x]     
	00195: SVTCA[x-axis] 
	00196: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                              X-Short On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual                         On
	 12:  YDual                               On
	 13:  YDual XDual         Y-Short         On
	 14:  YDual                               On
	 15:        XDual                         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short Off
	 22:                              X-Short On
	 23:                              X-Short On
	 24:  YDual                       X-Short On
	 25:        XDual                 X-Short On
	 26:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   244,   618)  ->  Abs (   244,   618)
	  1: Rel (  -164,   443)  ->  Abs (    80,  1061)
	  2: Rel (   187,     0)  ->  Abs (   267,  1061)
	  3: Rel (    78,  -234)  ->  Abs (   345,   827)
	  4: Rel (    47,   103)  ->  Abs (   392,   930)
	  5: Rel (   200,   143)  ->  Abs (   592,  1073)
	  6: Rel (   115,     0)  ->  Abs (   707,  1073)
	  7: Rel (   122,     0)  ->  Abs (   829,  1073)
	  8: Rel (   177,  -125)  ->  Abs (  1006,   948)
	  9: Rel (    80,  -240)  ->  Abs (  1086,   708)
	 10: Rel (     0,  -241)  ->  Abs (  1086,   467)
	 11: Rel (     0,  -467)  ->  Abs (  1086,     0)
	 12: Rel (  -547,     0)  ->  Abs (   539,     0)
	 13: Rel (     0,   160)  ->  Abs (   539,   160)
	 14: Rel (   354,     0)  ->  Abs (   893,   160)
	 15: Rel (     0,   311)  ->  Abs (   893,   471)
	 16: Rel (     0,   176)  ->  Abs (   893,   647)
	 17: Rel (   -23,   161)  ->  Abs (   870,   808)
	 18: Rel (   -95,   101)  ->  Abs (   775,   909)
	 19: Rel (   -72,     0)  ->  Abs (   703,   909)
	 20: Rel (  -112,     0)  ->  Abs (   591,   909)
	 21: Rel (  -157,  -231)  ->  Abs (   434,   678)
	 22: Rel (   -55,  -285)  ->  Abs (   379,   393)
	 23: Rel (   -75,  -393)  ->  Abs (   304,     0)
	 24: Rel (  -193,     0)  ->  Abs (   111,     0)
	 25: Rel (    84,   414)  ->  Abs (   195,   414)
	 26: Rel (    12,    59)  ->  Abs (   207,   473)

	Glyph 687: off = 0x0001F880, len = 82
	  numberOfContours:	1
	  xMin:			155
	  yMin:			-408
	  xMax:			350
	  yMax:			1061

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	55
	00000: PUSHB[5]              2    14     3     6     5 
	00006: PUSHW[1]            712 
	00009: PUSHB[3]              0    32     3 
	00013: PUSHW[1]             -2 
	00016: PUSHB[5]             11    11     6    85     3 
	00022: PUSHW[1]             -2 
	00025: NPUSHB      (11):    13    13     6    85     3    16    16    16     6    85 
	                             3 
	00038: PUSHW[2]            711     4 
	00043: SRP0       
	00044: MIRP[srp0,nmd,rd,2] 
	00045: CALL       
	00046: CALL       
	00047: CALL       
	00048: MIRP[srp0,md,rd,1] 
	00049: MIRP[nrp0,nmd,rd,2] 
	00050: SVTCA[y-axis] 
	00051: MIAP[rd+ci] 
	00052: MIAP[rd+ci] 
	00053: IUP[y]     
	00054: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   350,  1061)  ->  Abs (   350,  1061)
	  1: Rel (     0, -1469)  ->  Abs (   350,  -408)
	  2: Rel (  -195,     0)  ->  Abs (   155,  -408)
	  3: Rel (     0,  1469)  ->  Abs (   155,  1061)

	Glyph 688: off = 0x0001F8D2, len = 170
	  numberOfContours:	1
	  xMin:			60
	  yMin:			0
	  xMax:			572
	  yMax:			1073

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	108
	00000: NPUSHB      (35):     4    15    20    15    36    15    47    19    52    15 
	                             5     2   249     1    10    10   249    11    11     8 
	                           249    13     7    11     2     2    10    16    11     1 
	                            11    11     4    32    17 
	00037: PUSHW[1]            -17 
	00040: NPUSHB      (17):    16    16     6    85    17     7    15    15     6    85 
	                            17    14    13    13     6    85    17 
	00059: PUSHW[1]            -17 
	00062: NPUSHB      (12):    12    12     6    85    47    17   191    17   207    17 
	                             3    17 
	00076: PUSHW[2]            712    19 
	00081: SRP0       
	00082: MIRP[srp0,nmd,rd,2] 
	00083: DELTAP1    
	00084: CALL       
	00085: CALL       
	00086: CALL       
	00087: CALL       
	00088: MIRP[nrp0,md,rd,1] 
	00089: SHP[rp1,zp0] 
	00090: MDAP[rd]   
	00091: DELTAP1    
	00092: SHP[rp1,zp0] 
	00093: SHP[rp1,zp0] 
	00094: MDAP[rd]   
	00095: MDAP[rd]   
	00096: SVTCA[y-axis] 
	00097: MIAP[rd+ci] 
	00098: MIRP[nrp0,md,rd,1] 
	00099: SHP[rp1,zp0] 
	00100: MDAP[rd]   
	00101: MIRP[nrp0,md,rd,1] 
	00102: MIAP[rd+ci] 
	00103: MIRP[nrp0,md,rd,1] 
	00104: IUP[y]     
	00105: IUP[x]     
	00106: SVTCA[x-axis] 
	00107: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:                      Y-Short X-Short On
	 11:  YDual               Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   572,     0)  ->  Abs (   572,     0)
	  1: Rel (  -512,     0)  ->  Abs (    60,     0)
	  2: Rel (     0,   160)  ->  Abs (    60,   160)
	  3: Rel (   321,     0)  ->  Abs (   381,   160)
	  4: Rel (     0,   520)  ->  Abs (   381,   680)
	  5: Rel (     0,    86)  ->  Abs (   381,   766)
	  6: Rel (   -26,    89)  ->  Abs (   355,   855)
	  7: Rel (   -85,    54)  ->  Abs (   270,   909)
	  8: Rel (   -71,     0)  ->  Abs (   199,   909)
	  9: Rel (   -61,     0)  ->  Abs (   138,   909)
	 10: Rel (   -48,   -10)  ->  Abs (    90,   899)
	 11: Rel (   -14,   152)  ->  Abs (    76,  1051)
	 12: Rel (    67,    22)  ->  Abs (   143,  1073)
	 13: Rel (    97,     0)  ->  Abs (   240,  1073)
	 14: Rel (   136,     0)  ->  Abs (   376,  1073)
	 15: Rel (   144,  -102)  ->  Abs (   520,   971)
	 16: Rel (    52,  -149)  ->  Abs (   572,   822)
	 17: Rel (     0,  -136)  ->  Abs (   572,   686)

	Glyph 689: off = 0x0001F97C, len = 310
	  numberOfContours:	2
	  xMin:			90
	  yMin:			-31
	  xMax:			1086
	  yMax:			1090

	EndPoints
	---------
	  0:  13
	  1:  25

	  Length of Instructions:	223
	00000: NPUSHB      (42):    47    27    55    24    71    24    83     2    89     5 
	                            89     9    83    12    83    16    92    18    92    22 
	                            83    24   167     9   168    13   231     1   233     6 
	                            15    17   249    11    11    23   249     3     7    20 
	                            38     7 
	00044: PUSHW[1]            -12 
	00047: NPUSHB      (11):    16    16     2    85     7    12    15    15     2    85 
	                             7 
	00060: PUSHW[1]            -12 
	00063: NPUSHB      (11):    14    14     2    85     7    10    13    13     2    85 
	                             7 
	00076: PUSHW[1]            -10 
	00079: NPUSHB      (11):    12    12     2    85     7     0    11    11     2    85 
	                             7 
	00092: PUSHW[1]            -26 
	00095: PUSHB[5]             11    11     6    85     7 
	00101: PUSHW[1]            -16 
	00104: PUSHB[5]             13    13     6    85     7 
	00110: PUSHW[1]            -14 
	00113: PUSHB[5]             12    12     6    85     7 
	00119: PUSHW[1]             -8 
	00122: PUSHB[5]             15    15     6    85     7 
	00128: PUSHW[1]            710 
	00131: NPUSHB      (10):    27    14    38     0    10    12    15     2    85     0 
	00143: PUSHW[1]            -10 
	00146: NPUSHB      (29):    11    11     2    85     0    14    11    11     6    85 
	                             0    14    13    13     6    85     0    12    16    16 
	                             6    85     0    20    12    12     6    85     0 
	00177: PUSHW[1]            -10 
	00180: PUSHB[5]             15    15     6    85     0 
	00186: PUSHW[2]            709    26 
	00191: SRP0       
	00192: MIRP[srp0,nmd,rd,2] 
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: CALL       
	00198: CALL       
	00199: CALL       
	00200: MIRP[nrp0,md,rd,1] 
	00201: SRP0       
	00202: MIRP[srp0,nmd,rd,2] 
	00203: CALL       
	00204: CALL       
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: MIRP[nrp0,md,rd,1] 
	00214: SVTCA[y-axis] 
	00215: MIAP[rd+ci] 
	00216: MIRP[nrp0,md,rd,1] 
	00217: MIAP[rd+ci] 
	00218: MIRP[nrp0,md,rd,1] 
	00219: IUP[y]     
	00220: IUP[x]     
	00221: SVTCA[x-axis] 
	00222: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:                                      Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:                                      Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    90,   526)  ->  Abs (    90,   526)
	  1: Rel (     0,   254)  ->  Abs (    90,   780)
	  2: Rel (   273,   310)  ->  Abs (   363,  1090)
	  3: Rel (   225,     0)  ->  Abs (   588,  1090)
	  4: Rel (   134,     0)  ->  Abs (   722,  1090)
	  5: Rel (   216,  -117)  ->  Abs (   938,   973)
	  6: Rel (   148,  -256)  ->  Abs (  1086,   717)
	  7: Rel (     0,  -191)  ->  Abs (  1086,   526)
	  8: Rel (     0,  -157)  ->  Abs (  1086,   369)
	  9: Rel (  -112,  -248)  ->  Abs (   974,   121)
	 10: Rel (  -226,  -152)  ->  Abs (   748,   -31)
	 11: Rel (  -160,     0)  ->  Abs (   588,   -31)
	 12: Rel (  -225,     0)  ->  Abs (   363,   -31)
	 13: Rel (  -273,   305)  ->  Abs (    90,   274)
	 14: Rel (   209,   252)  ->  Abs (   299,   526)
	 15: Rel (     0,  -188)  ->  Abs (   299,   338)
	 16: Rel (   152,  -209)  ->  Abs (   451,   129)
	 17: Rel (   137,     0)  ->  Abs (   588,   129)
	 18: Rel (   148,     0)  ->  Abs (   736,   129)
	 19: Rel (   143,   226)  ->  Abs (   879,   355)
	 20: Rel (     0,   173)  ->  Abs (   879,   528)
	 21: Rel (     0,   192)  ->  Abs (   879,   720)
	 22: Rel (  -154,   214)  ->  Abs (   725,   934)
	 23: Rel (  -137,     0)  ->  Abs (   588,   934)
	 24: Rel (  -145,     0)  ->  Abs (   443,   934)
	 25: Rel (  -144,  -231)  ->  Abs (   299,   703)

	Glyph 690: off = 0x0001FAB2, len = 216
	  numberOfContours:	1
	  xMin:			25
	  yMin:			-98
	  xMax:			949
	  yMax:			1061

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	145
	00000: NPUSHB      (31):   135    17     1     8     0    53    13   121     0   121 
	                             3   117    12   117    13   137     0     7    27     0 
	                            24     3    59     4   105     4     4     0     3     2 
	                             2 
	00033: PUSHW[1]             -8 
	00036: NPUSHB      (54):    15    16     6    85     2    32     1     0    20     1 
	                             1     0     3     0     2    16   249     0    15    16 
	                            15     2    15     7     2     1     6     3     3    16 
	                             3     2     0     2     1    18    12    12     6    85 
	                             1     1     8    16    15    15    31    16     1    16 
	                            16     7    32     8 
	00092: PUSHW[2]            717    19 
	00097: SRP0       
	00098: MIRP[srp0,nmd,rd,2] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SHP[rp1,zp0] 
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: SHP[rp1,zp0] 
	00104: MDAP[rd]   
	00105: SRP1       
	00106: SRP2       
	00107: IP         
	00108: MDAP[rd]   
	00109: CALL       
	00110: SHP[rp1,zp0] 
	00111: SHP[rp1,zp0] 
	00112: SRP1       
	00113: SHP[rp1,zp0] 
	00114: RTHG       
	00115: SRP1       
	00116: IP         
	00117: MDAP[rd]   
	00118: SVTCA[y-axis] 
	00119: RTG        
	00120: MIAP[rd+ci] 
	00121: ALIGNRP    
	00122: ALIGNRP    
	00123: MDAP[rd]   
	00124: DELTAP1    
	00125: MIRP[srp0,md,rd,1] 
	00126: SRP1       
	00127: IP         
	00128: IP         
	00129: SDPVTL[1]  
	00130: SFVTCA[x-axis] 
	00131: MDAP[nrd]  
	00132: CALL       
	00133: CALL       
	00134: SDPVTL[1]  
	00135: SFVTPV     
	00136: RDTG       
	00137: MDRP[nrp0,nmd,rd,0] 
	00138: IUP[y]     
	00139: IUP[x]     
	00140: SVTCA[x-axis] 
	00141: DELTAP1    
	00142: DELTAP1    
	00143: SVTCA[y-axis] 
	00144: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                              X-Short On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                 X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:        XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:                              X-Short On
	 10:              Rep-  3 Y-Short X-Short Off
	 14:                      Y-Short         Off
	 15:                      Y-Short         On
	 16:  YDual               Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   316,   129)  ->  Abs (   316,   129)
	  1: Rel (  -184,   932)  ->  Abs (   132,  1061)
	  2: Rel (   201,     0)  ->  Abs (   333,  1061)
	  3: Rel (   157,  -873)  ->  Abs (   490,   188)
	  4: Rel (   170,    67)  ->  Abs (   660,   255)
	  5: Rel (    86,   251)  ->  Abs (   746,   506)
	  6: Rel (     0,   190)  ->  Abs (   746,   696)
	  7: Rel (    10,   365)  ->  Abs (   756,  1061)
	  8: Rel (   193,     0)  ->  Abs (   949,  1061)
	  9: Rel (   -10,  -281)  ->  Abs (   939,   780)
	 10: Rel (    -8,  -203)  ->  Abs (   931,   577)
	 11: Rel (   -19,  -164)  ->  Abs (   912,   413)
	 12: Rel (   -85,  -197)  ->  Abs (   827,   216)
	 13: Rel (  -164,  -145)  ->  Abs (   663,    71)
	 14: Rel (  -317,  -120)  ->  Abs (   346,   -49)
	 15: Rel (  -294,   -49)  ->  Abs (    52,   -98)
	 16: Rel (   -27,   166)  ->  Abs (    25,    68)
	 17: Rel (   179,    26)  ->  Abs (   204,    94)

	Glyph 691: off = 0x0001FB8A, len = 230
	  numberOfContours:	1
	  xMin:			110
	  yMin:			-408
	  xMax:			1015
	  yMax:			1073

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	146
	00000: NPUSHB       (9):    56    22    73    22    91    22     3    15    23 
	00011: PUSHW[1]            -16 
	00014: PUSHB[3]              2    16    21 
	00018: PUSHW[1]            -16 
	00021: NPUSHB      (23):     2     3   108     8     8    14    26    19    14    12 
	                            12    24   249    14     7     5     5     6     6     0 
	                            20    32    17 
	00046: PUSHW[1]             -8 
	00049: PUSHB[5]             11    12     6    85    17 
	00055: PUSHW[1]             -4 
	00058: NPUSHB      (17):    13    13     6    85    17    20    15    15     6    85 
	                            17    35    16    16     6    85    17 
	00077: PUSHW[1]            712 
	00080: NPUSHB      (22):    27     0    32    12    18    11    13     6    85    12 
	                             8    15    15     6    85    12    18    16    16     6 
	                            85    12 
	00104: PUSHW[2]            713    26 
	00109: SRP0       
	00110: MIRP[srp0,nmd,rd,2] 
	00111: CALL       
	00112: CALL       
	00113: CALL       
	00114: MIRP[nrp0,md,rd,1] 
	00115: SRP0       
	00116: MIRP[srp0,nmd,rd,2] 
	00117: CALL       
	00118: CALL       
	00119: CALL       
	00120: CALL       
	00121: MIRP[nrp0,md,rd,1] 
	00122: SRP1       
	00123: IP         
	00124: MDAP[rd]   
	00125: SHP[rp1,zp0] 
	00126: MDAP[rd]   
	00127: SVTCA[y-axis] 
	00128: MIAP[rd+ci] 
	00129: MIRP[nrp0,md,rd,1] 
	00130: SHP[rp1,zp0] 
	00131: MDAP[rd]   
	00132: MIAP[rd+ci] 
	00133: SRP1       
	00134: SRP2       
	00135: IP         
	00136: MDAP[rd]   
	00137: MIRP[nrp0,md,rd,1] 
	00138: IUP[y]     
	00139: IUP[x]     
	00140: SLOOP      
	00141: SHPIX      
	00142: SVTCA[x-axis] 
	00143: SLOOP      
	00144: SHPIX      
	00145: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:        XDual                         On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:                      Y-Short         Off
	 17:        XDual                         On
	 18:        XDual                         On
	 19:  YDual                       X-Short On
	 20:        XDual                         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   294,   897)  ->  Abs (   294,   897)
	  1: Rel (     0,  -281)  ->  Abs (   294,   616)
	  2: Rel (     0,  -122)  ->  Abs (   294,   494)
	  3: Rel (   123,     0)  ->  Abs (   417,   494)
	  4: Rel (    50,     0)  ->  Abs (   467,   494)
	  5: Rel (    34,    12)  ->  Abs (   501,   506)
	  6: Rel (    21,  -139)  ->  Abs (   522,   367)
	  7: Rel (   -59,   -25)  ->  Abs (   463,   342)
	  8: Rel (   -76,     0)  ->  Abs (   387,   342)
	  9: Rel (  -130,     0)  ->  Abs (   257,   342)
	 10: Rel (  -147,   140)  ->  Abs (   110,   482)
	 11: Rel (     0,   139)  ->  Abs (   110,   621)
	 12: Rel (     0,   399)  ->  Abs (   110,  1020)
	 13: Rel (   180,    53)  ->  Abs (   290,  1073)
	 14: Rel (   193,     0)  ->  Abs (   483,  1073)
	 15: Rel (   240,     0)  ->  Abs (   723,  1073)
	 16: Rel (   292,  -198)  ->  Abs (  1015,   875)
	 17: Rel (     0,  -281)  ->  Abs (  1015,   594)
	 18: Rel (     0, -1002)  ->  Abs (  1015,  -408)
	 19: Rel (  -190,     0)  ->  Abs (   825,  -408)
	 20: Rel (     0,   983)  ->  Abs (   825,   575)
	 21: Rel (     0,   111)  ->  Abs (   825,   686)
	 22: Rel (   -51,   137)  ->  Abs (   774,   823)
	 23: Rel (  -160,    92)  ->  Abs (   614,   915)
	 24: Rel (  -143,     0)  ->  Abs (   471,   915)
	 25: Rel (   -98,     0)  ->  Abs (   373,   915)

	Glyph 692: off = 0x0001FC70, len = 262
	  numberOfContours:	1
	  xMin:			115
	  yMin:			-16
	  xMax:			1029
	  yMax:			1079

	EndPoints
	---------
	  0:  32

	  Length of Instructions:	160
	00000: NPUSHB      (57):    77    14    75    18   122    14   139    14     4    47 
	                            14    47    18    61    14    61    18     4    24   108 
	                            29    29     2     8    11   249    10    10    13   249 
	                             8    11     0     0    19   249     2     7    11    11 
	                            10    10    32    26    26    27    27    22    16    38 
	                             5     8    16    16     6    85     5 
	00059: PUSHW[1]             -8 
	00062: PUSHB[5]             15    15     6    85     5 
	00068: PUSHW[1]             -8 
	00071: PUSHB[8]             11    13     6    85    32     5     1     5 
	00080: PUSHW[6]            710    34    22   719    32    -8 
	00093: NPUSHB      (17):    16    16     6    85    32    14    15    15     6    85 
	                            32    14    11    13     6    85    32 
	00112: PUSHW[2]            713    33 
	00117: SRP0       
	00118: MIRP[srp0,nmd,rd,0] 
	00119: CALL       
	00120: CALL       
	00121: CALL       
	00122: MIRP[nrp0,md,rd,1] 
	00123: SRP0       
	00124: MIRP[srp0,nmd,rd,0] 
	00125: DELTAP1    
	00126: CALL       
	00127: CALL       
	00128: CALL       
	00129: MIRP[nrp0,md,rd,1] 
	00130: SRP1       
	00131: IP         
	00132: MDAP[rd]   
	00133: SHP[rp1,zp0] 
	00134: MDAP[rd]   
	00135: SRP1       
	00136: SHP[rp1,zp0] 
	00137: MDAP[rd]   
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: SVTCA[y-axis] 
	00141: MIAP[rd+ci] 
	00142: MIRP[nrp0,md,rd,1] 
	00143: SHP[rp1,zp0] 
	00144: MDAP[rd]   
	00145: MIAP[rd+ci] 
	00146: MIRP[nrp0,md,rd,1] 
	00147: SHP[rp1,zp0] 
	00148: MDAP[rd]   
	00149: MIRP[nrp0,md,rd,1] 
	00150: SRP1       
	00151: SRP2       
	00152: IP         
	00153: MDAP[rd]   
	00154: MIRP[nrp0,md,rd,1] 
	00155: IUP[y]     
	00156: IUP[x]     
	00157: SVTCA[x-axis] 
	00158: DELTAP1    
	00159: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:                                      Off
	  5:        XDual                         On
	  6:        XDual                         Off
	  7:                                      Off
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   122,  1026)  ->  Abs (   122,  1026)
	  1: Rel (   173,    53)  ->  Abs (   295,  1079)
	  2: Rel (   189,     0)  ->  Abs (   484,  1079)
	  3: Rel (   233,     0)  ->  Abs (   717,  1079)
	  4: Rel (   312,  -274)  ->  Abs (  1029,   805)
	  5: Rel (     0,  -260)  ->  Abs (  1029,   545)
	  6: Rel (     0,  -257)  ->  Abs (  1029,   288)
	  7: Rel (  -320,  -304)  ->  Abs (   709,   -16)
	  8: Rel (  -286,     0)  ->  Abs (   423,   -16)
	  9: Rel (  -195,     0)  ->  Abs (   228,   -16)
	 10: Rel (  -113,    71)  ->  Abs (   115,    55)
	 11: Rel (    46,   158)  ->  Abs (   161,   213)
	 12: Rel (    98,   -63)  ->  Abs (   259,   150)
	 13: Rel (   151,     0)  ->  Abs (   410,   150)
	 14: Rel (   171,     0)  ->  Abs (   581,   150)
	 15: Rel (   247,   195)  ->  Abs (   828,   345)
	 16: Rel (     0,   196)  ->  Abs (   828,   541)
	 17: Rel (     0,   172)  ->  Abs (   828,   713)
	 18: Rel (  -194,   209)  ->  Abs (   634,   922)
	 19: Rel (  -162,     0)  ->  Abs (   472,   922)
	 20: Rel (   -84,     0)  ->  Abs (   388,   922)
	 21: Rel (   -82,   -19)  ->  Abs (   306,   903)
	 22: Rel (     0,  -194)  ->  Abs (   306,   709)
	 23: Rel (     0,  -123)  ->  Abs (   306,   586)
	 24: Rel (   123,     0)  ->  Abs (   429,   586)
	 25: Rel (    50,     0)  ->  Abs (   479,   586)
	 26: Rel (    34,    12)  ->  Abs (   513,   598)
	 27: Rel (    20,  -139)  ->  Abs (   533,   459)
	 28: Rel (   -58,   -25)  ->  Abs (   475,   434)
	 29: Rel (   -77,     0)  ->  Abs (   398,   434)
	 30: Rel (  -130,     0)  ->  Abs (   268,   434)
	 31: Rel (  -146,   141)  ->  Abs (   122,   575)
	 32: Rel (     0,   138)  ->  Abs (   122,   713)

	Glyph 693: off = 0x0001FD76, len = 230
	  numberOfContours:	1
	  xMin:			25
	  yMin:			-408
	  xMax:			865
	  yMax:			1061

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	166
	00000: PUSHW[2]              3   -20 
	00005: NPUSHB      (65):    15    16     6    85     9     3     1    87     4   104 
	                             2   102     3   102     4   120     2   118     4   233 
	                             3   249     3     8    25     1    20    11    38    11 
	                            47    15    54    11    72     2    71     4    88     2 
	                             8    12    16     1     4   108     0    12    16    12 
	                             2    12    12     2     0    14     9     8     3     2 
	                             6     4    12    32     1 
	00072: PUSHW[1]             -8 
	00075: NPUSHB      (26):    11    13     6    85     1    36    15    16     6    85 
	                           143     1     1    31     1    47     1   111     1   127 
	                             1     4     1     1     9     2 
	00103: PUSHW[1]            -16 
	00106: NPUSHB      (16):     3    32    15     2    63     2    95     2   127     2 
	                             4     2     2     8    32     9 
	00124: PUSHW[2]            710    15 
	00129: SRP0       
	00130: MIRP[srp0,nmd,rd,2] 
	00131: MIRP[nrp0,md,rd,1] 
	00132: SHP[rp1,zp0] 
	00133: MDAP[rd]   
	00134: DELTAP1    
	00135: MIRP[nrp0,md,rd,1] 
	00136: SHPIX      
	00137: SRP2       
	00138: IP         
	00139: MDAP[rd]   
	00140: DELTAP1    
	00141: DELTAP2    
	00142: CALL       
	00143: CALL       
	00144: MIRP[nrp0,md,rd,1] 
	00145: IP         
	00146: SVTCA[y-axis] 
	00147: MIAP[rd+ci] 
	00148: ALIGNRP    
	00149: ALIGNRP    
	00150: ALIGNRP    
	00151: MIAP[rd+ci] 
	00152: SRP2       
	00153: IP         
	00154: MDAP[rd]   
	00155: DELTAP1    
	00156: MIRP[nrp0,md,rd,1] 
	00157: SHP[rp1,zp0] 
	00158: SHPIX      
	00159: IUP[y]     
	00160: IUP[x]     
	00161: SVTCA[x-axis] 
	00162: DELTAP1    
	00163: DELTAP1    
	00164: DELTAP2    
	00165: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:                                      On
	  3:  YDual XDual                 X-Short On
	  4:                                      On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual                 X-Short On
	  9:  YDual XDual                 X-Short On
	 10:                              X-Short On
	 11:                              X-Short Off
	 12:                      Y-Short         On
	 13:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   345,  -408)  ->  Abs (   345,  -408)
	  1: Rel (     0,   809)  ->  Abs (   345,   401)
	  2: Rel (  -320,   660)  ->  Abs (    25,  1061)
	  3: Rel (   203,     0)  ->  Abs (   228,  1061)
	  4: Rel (   256,  -529)  ->  Abs (   484,   532)
	  5: Rel (    79,    47)  ->  Abs (   563,   579)
	  6: Rel (    64,   115)  ->  Abs (   627,   694)
	  7: Rel (    10,    97)  ->  Abs (   637,   791)
	  8: Rel (    29,   270)  ->  Abs (   666,  1061)
	  9: Rel (   199,     0)  ->  Abs (   865,  1061)
	 10: Rel (   -33,  -307)  ->  Abs (   832,   754)
	 11: Rel (   -29,  -270)  ->  Abs (   803,   484)
	 12: Rel (  -270,  -105)  ->  Abs (   533,   379)
	 13: Rel (     0,  -787)  ->  Abs (   533,  -408)

	Glyph 694: off = 0x0001FE5C, len = 226
	  numberOfContours:	1
	  xMin:			10
	  yMin:			0
	  xMax:			870
	  yMax:			1061

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	155
	00000: PUSHW[2]             10   -20 
	00005: NPUSHB      (28):    11    12     6    85    11    20    13    16     6    85 
	                             7    13    47    19    58     5    58    10    72    10 
	                           118     4   132     4     7    12    16     5 
	00035: PUSHW[3]            -16    13   -16 
	00042: NPUSHB      (30):     5    13     5    13     6    12    10     6    12    12 
	                           186    11    10    20    11    11    10     6    10   249 
	                             7    10    17    12    11     6     9     9    12    11 
	00074: PUSHW[1]            -16 
	00077: NPUSHB      (22):    15    11    47    11     2    11    11     0    10     6 
	                             6     7     7    17    10    16    16     6    85    17 
	                            32     0 
	00101: PUSHW[2]            710    19 
	00106: SRP0       
	00107: MIRP[srp0,nmd,rd,2] 
	00108: MIRP[nrp0,md,rd,1] 
	00109: CALL       
	00110: SHP[rp1,zp0] 
	00111: MDAP[rd]   
	00112: ALIGNRP    
	00113: SRP1       
	00114: SHP[rp1,zp0] 
	00115: SRP1       
	00116: SHP[rp1,zp0] 
	00117: MDAP[rd]   
	00118: DELTAP1    
	00119: SHPIX      
	00120: SHP[rp1,zp0] 
	00121: SHP[rp1,zp0] 
	00122: MDAP[rd]   
	00123: SVTCA[y-axis] 
	00124: MIAP[rd+ci] 
	00125: ALIGNRP    
	00126: ALIGNRP    
	00127: MIAP[rd+ci] 
	00128: MIRP[srp0,md,rd,1] 
	00129: IP         
	00130: SDPVTL[1]  
	00131: SFVTCA[x-axis] 
	00132: MDAP[nrd]  
	00133: CALL       
	00134: SDPVTL[1]  
	00135: RDTG       
	00136: MDRP[nrp0,nmd,rd,0] 
	00137: SVTCA[x-axis] 
	00138: SRP1       
	00139: SRP2       
	00140: IP         
	00141: IP         
	00142: SVTCA[y-axis] 
	00143: IP         
	00144: IP         
	00145: SHPIX      
	00146: SVTCA[x-axis] 
	00147: SHPIX      
	00148: SHPIX      
	00149: IUP[y]     
	00150: IUP[x]     
	00151: SVTCA[x-axis] 
	00152: DELTAP1    
	00153: CALL       
	00154: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:              Rep-  2 Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:        XDual                 X-Short On
	  7:        XDual         Y-Short         On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On
	 11:                                      On
	 12:  YDual XDual                 X-Short On
	 13:                                      On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   870,  1061)  ->  Abs (   870,  1061)
	  1: Rel (   -10,  -191)  ->  Abs (   860,   870)
	  2: Rel (    -5,   -95)  ->  Abs (   855,   775)
	  3: Rel (   -33,  -117)  ->  Abs (   822,   658)
	  4: Rel (  -106,  -124)  ->  Abs (   716,   534)
	  5: Rel (  -116,   -67)  ->  Abs (   600,   467)
	  6: Rel (   227,  -354)  ->  Abs (   827,   113)
	  7: Rel (     0,  -113)  ->  Abs (   827,     0)
	  8: Rel (  -764,     0)  ->  Abs (    63,     0)
	  9: Rel (     0,   160)  ->  Abs (    63,   160)
	 10: Rel (   533,     0)  ->  Abs (   596,   160)
	 11: Rel (  -586,   901)  ->  Abs (    10,  1061)
	 12: Rel (   217,     0)  ->  Abs (   227,  1061)
	 13: Rel (   295,  -471)  ->  Abs (   522,   590)
	 14: Rel (    75,    55)  ->  Abs (   597,   645)
	 15: Rel (    64,   125)  ->  Abs (   661,   770)
	 16: Rel (     0,   115)  ->  Abs (   661,   885)
	 17: Rel (    10,   176)  ->  Abs (   671,  1061)

	Glyph 695: off = 0x0001FF3E, len = 244
	  numberOfContours:	2
	  xMin:			150
	  yMin:			-408
	  xMax:			1016
	  yMax:			1061

	EndPoints
	---------
	  0:  20
	  1:  24

	  Length of Instructions:	159
	00000: NPUSHB      (25):    16    26   117     6   131     6     3    22    21    14 
	                            10    10    20   249     0     6     8    32    11    14 
	                            16    16     6    85    11 
	00027: PUSHW[1]            -12 
	00030: NPUSHB      (28):    15    15     6    85    11    12    13    13     6    85 
	                            11    22    12    12     6    85    11    11     0    18 
	                            32     2     6    16    16     6    85     2 
	00060: PUSHW[1]            -11 
	00063: PUSHB[5]             15    15     6    85     2 
	00069: PUSHW[1]            -11 
	00072: PUSHB[8]             11    12     6    85    16     2     1     2 
	00081: PUSHW[4]            714    26    23   739 
	00090: PUSHB[3]             22    22     0 
	00094: PUSHW[1]            -23 
	00097: PUSHB[5]             15    16     6    85     0 
	00103: PUSHW[1]            -13 
	00106: PUSHB[5]             13    13     6    85     0 
	00112: PUSHW[1]            -11 
	00115: PUSHB[5]             12    12     6    85     0 
	00121: PUSHW[2]            711    25 
	00126: SRP0       
	00127: MIRP[srp0,nmd,rd,2] 
	00128: CALL       
	00129: CALL       
	00130: CALL       
	00131: SHP[rp2,zp1] 
	00132: MDAP[rd]   
	00133: MIRP[nrp0,md,rd,1] 
	00134: SRP0       
	00135: MIRP[srp0,nmd,rd,2] 
	00136: DELTAP1    
	00137: CALL       
	00138: CALL       
	00139: CALL       
	00140: MIRP[nrp0,md,rd,1] 
	00141: SRP2       
	00142: IP         
	00143: MDAP[rd]   
	00144: CALL       
	00145: CALL       
	00146: CALL       
	00147: CALL       
	00148: MIRP[nrp0,md,rd,1] 
	00149: SVTCA[y-axis] 
	00150: MIAP[rd+ci] 
	00151: MIRP[nrp0,md,rd,1] 
	00152: MIAP[rd+ci] 
	00153: MIAP[rd+ci] 
	00154: MDAP[rd]   
	00155: IUP[y]     
	00156: IUP[x]     
	00157: SVTCA[x-axis] 
	00158: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         On
	 10:  YDual                       X-Short On
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         On
	 20:  YDual                               On
	 21:        XDual                 X-Short On
	 22:        XDual                         On
	 23:  YDual XDual                 X-Short On
	 24:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   150,  1061)  ->  Abs (   150,  1061)
	  1: Rel (   866,     0)  ->  Abs (  1016,  1061)
	  2: Rel (     0,  -264)  ->  Abs (  1016,   797)
	  3: Rel (     0,  -113)  ->  Abs (  1016,   684)
	  4: Rel (   -41,  -137)  ->  Abs (   975,   547)
	  5: Rel (   -53,   -72)  ->  Abs (   922,   475)
	  6: Rel (   -53,   -72)  ->  Abs (   869,   403)
	  7: Rel (   -82,  -110)  ->  Abs (   787,   293)
	  8: Rel (     0,  -123)  ->  Abs (   787,   170)
	  9: Rel (     0,  -170)  ->  Abs (   787,     0)
	 10: Rel (  -191,     0)  ->  Abs (   596,     0)
	 11: Rel (     0,   143)  ->  Abs (   596,   143)
	 12: Rel (     0,   109)  ->  Abs (   596,   252)
	 13: Rel (    39,   135)  ->  Abs (   635,   387)
	 14: Rel (    62,    78)  ->  Abs (   697,   465)
	 15: Rel (    59,    76)  ->  Abs (   756,   541)
	 16: Rel (    43,    55)  ->  Abs (   799,   596)
	 17: Rel (    27,    89)  ->  Abs (   826,   685)
	 18: Rel (     0,    73)  ->  Abs (   826,   758)
	 19: Rel (     0,   143)  ->  Abs (   826,   901)
	 20: Rel (  -676,     0)  ->  Abs (   150,   901)
	 21: Rel (    16, -1309)  ->  Abs (   166,  -408)
	 22: Rel (     0,  1006)  ->  Abs (   166,   598)
	 23: Rel (   183,     0)  ->  Abs (   349,   598)
	 24: Rel (     0, -1006)  ->  Abs (   349,  -408)

	Glyph 696: off = 0x00020032, len = 158
	  numberOfContours:	1
	  xMin:			40
	  yMin:			0
	  xMax:			898
	  yMax:			1073

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	104
	00000: PUSHB[8]             43    10    59    10    73    10     3     3 
	00009: PUSHW[3]            -16     4   -16 
	00016: NPUSHB      (21):     7    10    14   249     0     6     0    12   249     2 
	                             7    14    14    47     0     1     0     0     8    32 
	                             5 
	00039: PUSHW[1]            -14 
	00042: NPUSHB      (11):    12    12     6    85     5     8    13    13     6    85 
	                             5 
	00055: PUSHW[1]            -35 
	00058: PUSHB[5]             15    15     6    85     5 
	00064: PUSHW[1]            -32 
	00067: PUSHB[5]             16    16     6    85     5 
	00073: PUSHW[2]            712    16 
	00078: SRP0       
	00079: MIRP[srp0,nmd,rd,2] 
	00080: CALL       
	00081: CALL       
	00082: CALL       
	00083: CALL       
	00084: MIRP[nrp0,md,rd,1] 
	00085: SHP[rp1,zp0] 
	00086: MDAP[rd]   
	00087: DELTAP1    
	00088: SHP[rp1,zp0] 
	00089: MDAP[rd]   
	00090: SVTCA[y-axis] 
	00091: MIAP[rd+ci] 
	00092: MIRP[nrp0,md,rd,1] 
	00093: SHP[rp1,zp0] 
	00094: MIAP[rd+ci] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: MIAP[rd+ci] 
	00097: IUP[y]     
	00098: IUP[x]     
	00099: SHPIX      
	00100: SVTCA[x-axis] 
	00101: SHPIX      
	00102: SVTCA[x-axis] 
	00103: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual                               Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    40,  1051)  ->  Abs (    40,  1051)
	  1: Rel (   154,    22)  ->  Abs (   194,  1073)
	  2: Rel (   129,     0)  ->  Abs (   323,  1073)
	  3: Rel (   322,     0)  ->  Abs (   645,  1073)
	  4: Rel (   253,  -249)  ->  Abs (   898,   824)
	  5: Rel (     0,  -251)  ->  Abs (   898,   573)
	  6: Rel (     0,  -573)  ->  Abs (   898,     0)
	  7: Rel (  -190,     0)  ->  Abs (   708,     0)
	  8: Rel (     0,   522)  ->  Abs (   708,   522)
	  9: Rel (     0,   145)  ->  Abs (   708,   667)
	 10: Rel (   -62,   148)  ->  Abs (   646,   815)
	 11: Rel (  -176,    92)  ->  Abs (   470,   907)
	 12: Rel (  -158,     0)  ->  Abs (   312,   907)
	 13: Rel (  -107,     0)  ->  Abs (   205,   907)
	 14: Rel (  -149,   -20)  ->  Abs (    56,   887)

	Glyph 697: off = 0x000200D0, len = 262
	  numberOfContours:	1
	  xMin:			100
	  yMin:			-29
	  xMax:			1322
	  yMax:			1061

	EndPoints
	---------
	  0:  33

	  Length of Instructions:	145
	00000: NPUSHB      (70):     7    15     8    19    22    15    28    19    25    26 
	                            43    31    47    35    49    15    53    16    61    19 
	                            61    26    49    30    72    20    72    25    89     5 
	                            92    18    90    31   104     5   106    18   106    31 
	                           117    11   114    12   116    16   118    26   121    31 
	                           140     5   137    30   137    31    28    14     3     3 
	                            33    17   249    28    11    22     7    33     6     8 
	00072: PUSHW[1]             -8 
	00075: NPUSHB      (24):    16    16     6    85    22     8    16    16     6    85 
	                            33     8    16    16     6    85     8    32     7     7 
	                            33    22    32    23 
	00101: PUSHW[1]            710 
	00104: PUSHB[6]             35    14     3     0    32    33 
	00111: PUSHW[2]            709    34 
	00116: SRP0       
	00117: MIRP[srp0,nmd,rd,0] 
	00118: MIRP[srp0,md,rd,1] 
	00119: SHP[rp2,zp1] 
	00120: SHP[rp2,zp1] 
	00121: SRP0       
	00122: MIRP[srp0,nmd,rd,2] 
	00123: MIRP[nrp0,md,rd,1] 
	00124: SRP2       
	00125: IP         
	00126: MDAP[rd]   
	00127: MIRP[nrp0,md,rd,1] 
	00128: CALL       
	00129: CALL       
	00130: CALL       
	00131: SVTCA[y-axis] 
	00132: MIAP[rd+ci] 
	00133: ALIGNRP    
	00134: ALIGNRP    
	00135: MIAP[rd+ci] 
	00136: MIRP[nrp0,md,rd,1] 
	00137: SRP2       
	00138: IP         
	00139: MDAP[rd]   
	00140: SHP[rp1,zp0] 
	00141: IUP[y]     
	00142: IUP[x]     
	00143: SVTCA[x-axis] 
	00144: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:        XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:                              X-Short On
	 10:              Rep-  3 Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:        XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:                              X-Short On
	 25:                      Y-Short X-Short Off
	 26:                              X-Short Off
	 27:                      Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:                              X-Short Off
	 32:        XDual                         On
	 33:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   294,  1061)  ->  Abs (   294,  1061)
	  1: Rel (     4,  -172)  ->  Abs (   298,   889)
	  2: Rel (     6,  -265)  ->  Abs (   304,   624)
	  3: Rel (    17,  -102)  ->  Abs (   321,   522)
	  4: Rel (   106,     0)  ->  Abs (   427,   522)
	  5: Rel (   170,   106)  ->  Abs (   597,   628)
	  6: Rel (     0,   148)  ->  Abs (   597,   776)
	  7: Rel (    21,   285)  ->  Abs (   618,  1061)
	  8: Rel (   192,     0)  ->  Abs (   810,  1061)
	  9: Rel (   -24,  -334)  ->  Abs (   786,   727)
	 10: Rel (    -6,   -85)  ->  Abs (   780,   642)
	 11: Rel (   -26,   -88)  ->  Abs (   754,   554)
	 12: Rel (   -81,   -98)  ->  Abs (   673,   456)
	 13: Rel (  -175,   -73)  ->  Abs (   498,   383)
	 14: Rel (  -148,   -12)  ->  Abs (   350,   371)
	 15: Rel (    25,  -108)  ->  Abs (   375,   263)
	 16: Rel (   182,  -130)  ->  Abs (   557,   133)
	 17: Rel (   133,     0)  ->  Abs (   690,   133)
	 18: Rel (   123,     0)  ->  Abs (   813,   133)
	 19: Rel (   176,   117)  ->  Abs (   989,   250)
	 20: Rel (    84,   185)  ->  Abs (  1073,   435)
	 21: Rel (    14,   171)  ->  Abs (  1087,   606)
	 22: Rel (    43,   455)  ->  Abs (  1130,  1061)
	 23: Rel (   192,     0)  ->  Abs (  1322,  1061)
	 24: Rel (   -36,  -393)  ->  Abs (  1286,   668)
	 25: Rel (   -21,  -221)  ->  Abs (  1265,   447)
	 26: Rel (  -108,  -294)  ->  Abs (  1157,   153)
	 27: Rel (  -267,  -182)  ->  Abs (   890,   -29)
	 28: Rel (  -211,     0)  ->  Abs (   679,   -29)
	 29: Rel (  -187,     0)  ->  Abs (   492,   -29)
	 30: Rel (  -253,   181)  ->  Abs (   239,   152)
	 31: Rel (  -125,   336)  ->  Abs (   114,   488)
	 32: Rel (     0,   280)  ->  Abs (   114,   768)
	 33: Rel (   -14,   293)  ->  Abs (   100,  1061)

	Glyph 698: off = 0x000201D6, len = 250
	  numberOfContours:	1
	  xMin:			40
	  yMin:			-8
	  xMax:			1171
	  yMax:			1073

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	154
	00000: NPUSHB      (76):    73    21    73    22    90    21   101    15   117    15 
	                             5     1   232     0     0     3   249    29    10    18 
	                            10     7    24   249    12     7    10    10     0    24 
	                            32     7    11    11    11     6    85     7    15    12 
	                            12     6    85     7    15    15    15     6    85     7 
	                             8    16    16     6    85    64     7     1     7     7 
	                            16     0     0     1     1    10     9     9    47    10 
	                             1    10    10    19    32    16 
	00078: PUSHW[1]            -11 
	00081: PUSHB[5]             12    12     6    85    16 
	00087: PUSHW[1]            -35 
	00090: PUSHB[5]             15    15     6    85    16 
	00096: PUSHW[1]            -32 
	00099: PUSHB[5]             16    16     6    85    16 
	00105: PUSHW[2]            712    32 
	00110: SRP0       
	00111: MIRP[srp0,nmd,rd,2] 
	00112: CALL       
	00113: CALL       
	00114: CALL       
	00115: MIRP[nrp0,md,rd,1] 
	00116: SHP[rp1,zp0] 
	00117: MDAP[rd]   
	00118: DELTAP1    
	00119: SHP[rp1,zp0] 
	00120: MDAP[rd]   
	00121: SRP1       
	00122: SHP[rp1,zp0] 
	00123: MDAP[rd]   
	00124: SHP[rp1,zp0] 
	00125: MDAP[rd]   
	00126: SRP2       
	00127: IP         
	00128: MDAP[rd]   
	00129: DELTAP2    
	00130: CALL       
	00131: CALL       
	00132: CALL       
	00133: CALL       
	00134: MIRP[nrp0,md,rd,1] 
	00135: SRP2       
	00136: IP         
	00137: MDAP[rd]   
	00138: SVTCA[y-axis] 
	00139: MIAP[rd+ci] 
	00140: MIRP[srp0,md,rd,1] 
	00141: SHP[rp2,zp1] 
	00142: MIAP[rd+ci] 
	00143: MIAP[rd+ci] 
	00144: MIRP[nrp0,md,rd,1] 
	00145: SHP[rp1,zp0] 
	00146: RTHG       
	00147: MDAP[rd]   
	00148: RTG        
	00149: MIRP[nrp0,md,rd,1] 
	00150: IUP[y]     
	00151: IUP[x]     
	00152: SVTCA[x-axis] 
	00153: DELTAP1    

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:        XDual                         On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:                      Y-Short         Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:                      Y-Short X-Short On
	 25:        XDual                         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (    40,    25)  ->  Abs (    40,    25)
	  1: Rel (    33,   143)  ->  Abs (    73,   168)
	  2: Rel (    52,   -18)  ->  Abs (   125,   150)
	  3: Rel (    61,     0)  ->  Abs (   186,   150)
	  4: Rel (    69,     0)  ->  Abs (   255,   150)
	  5: Rel (    52,    61)  ->  Abs (   307,   211)
	  6: Rel (     0,    80)  ->  Abs (   307,   291)
	  7: Rel (     0,   612)  ->  Abs (   307,   903)
	  8: Rel (   -86,     0)  ->  Abs (   221,   903)
	  9: Rel (  -125,   -18)  ->  Abs (    96,   885)
	 10: Rel (   -17,   159)  ->  Abs (    79,  1044)
	 11: Rel (   228,    29)  ->  Abs (   307,  1073)
	 12: Rel (   235,     0)  ->  Abs (   542,  1073)
	 13: Rel (   238,     0)  ->  Abs (   780,  1073)
	 14: Rel (   256,   -80)  ->  Abs (  1036,   993)
	 15: Rel (   135,  -213)  ->  Abs (  1171,   780)
	 16: Rel (     0,  -207)  ->  Abs (  1171,   573)
	 17: Rel (     0,  -573)  ->  Abs (  1171,     0)
	 18: Rel (  -191,     0)  ->  Abs (   980,     0)
	 19: Rel (     0,   522)  ->  Abs (   980,   522)
	 20: Rel (     0,   155)  ->  Abs (   980,   677)
	 21: Rel (   -47,   144)  ->  Abs (   933,   821)
	 22: Rel (  -158,    90)  ->  Abs (   775,   911)
	 23: Rel (  -182,     0)  ->  Abs (   593,   911)
	 24: Rel (   -96,    -2)  ->  Abs (   497,   909)
	 25: Rel (     0,  -643)  ->  Abs (   497,   266)
	 26: Rel (     0,  -100)  ->  Abs (   497,   166)
	 27: Rel (   -37,  -106)  ->  Abs (   460,    60)
	 28: Rel (  -117,   -68)  ->  Abs (   343,    -8)
	 29: Rel (  -116,     0)  ->  Abs (   227,    -8)
	 30: Rel (   -94,     0)  ->  Abs (   133,    -8)

	Glyph 699: off = 0x000202D0, len = 120
	  numberOfContours:	2
	  xMin:			155
	  yMin:			0
	  xMax:			855
	  yMax:			1061

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	79
	00000: PUSHB[7]              2     6    10     3     7     6     9 
	00008: PUSHW[1]            712 
	00011: NPUSHB      (25):     0    32     3    13    15    15     6    85     3     3 
	                            12    12     6    85     3   148     4    32     7    20 
	                            16    16     6    85     7 
	00038: PUSHW[1]             -3 
	00041: PUSHB[5]             13    13     6    85     7 
	00047: PUSHW[1]             -3 
	00050: PUSHB[5]             11    11     6    85     7 
	00056: PUSHW[2]            711     8 
	00061: SRP0       
	00062: MIRP[srp0,nmd,rd,2] 
	00063: CALL       
	00064: CALL       
	00065: CALL       
	00066: MIRP[srp0,md,rd,1] 
	00067: MIRP[srp0,nmd,rd,2] 
	00068: CALL       
	00069: CALL       
	00070: MIRP[srp0,md,rd,1] 
	00071: MIRP[nrp0,nmd,rd,2] 
	00072: SVTCA[y-axis] 
	00073: MIAP[rd+ci] 
	00074: ALIGNRP    
	00075: MIAP[rd+ci] 
	00076: ALIGNRP    
	00077: IUP[y]     
	00078: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   855,  1061)  ->  Abs (   855,  1061)
	  1: Rel (     0, -1061)  ->  Abs (   855,     0)
	  2: Rel (  -195,     0)  ->  Abs (   660,     0)
	  3: Rel (     0,  1061)  ->  Abs (   660,  1061)
	  4: Rel (  -310,     0)  ->  Abs (   350,  1061)
	  5: Rel (     0, -1061)  ->  Abs (   350,     0)
	  6: Rel (  -195,     0)  ->  Abs (   155,     0)
	  7: Rel (     0,  1061)  ->  Abs (   155,  1061)

	Glyph 700: off = 0x00020348, len = 120
	  numberOfContours:	2
	  xMin:			155
	  yMin:			0
	  xMax:			855
	  yMax:			1061

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	79
	00000: PUSHB[7]              2    10     6     3     7     6     9 
	00008: PUSHW[1]            712 
	00011: NPUSHB      (25):     0    32     3    13    15    15     6    85     3     3 
	                            12    12     6    85     3   148     4    32     7    20 
	                            16    16     6    85     7 
	00038: PUSHW[1]             -3 
	00041: PUSHB[5]             13    13     6    85     7 
	00047: PUSHW[1]             -3 
	00050: PUSHB[5]             11    11     6    85     7 
	00056: PUSHW[2]            711     8 
	00061: SRP0       
	00062: MIRP[srp0,nmd,rd,2] 
	00063: CALL       
	00064: CALL       
	00065: CALL       
	00066: MIRP[srp0,md,rd,1] 
	00067: MIRP[srp0,nmd,rd,2] 
	00068: CALL       
	00069: CALL       
	00070: MIRP[srp0,md,rd,1] 
	00071: MIRP[nrp0,nmd,rd,2] 
	00072: SVTCA[y-axis] 
	00073: MIAP[rd+ci] 
	00074: ALIGNRP    
	00075: MDAP[rd]   
	00076: MIAP[rd+ci] 
	00077: IUP[y]     
	00078: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   855,  1061)  ->  Abs (   855,  1061)
	  1: Rel (     0, -1061)  ->  Abs (   855,     0)
	  2: Rel (  -195,     0)  ->  Abs (   660,     0)
	  3: Rel (     0,  1061)  ->  Abs (   660,  1061)
	  4: Rel (  -310,     0)  ->  Abs (   350,  1061)
	  5: Rel (     0,  -549)  ->  Abs (   350,   512)
	  6: Rel (  -195,     0)  ->  Abs (   155,   512)
	  7: Rel (     0,   549)  ->  Abs (   155,  1061)

	Glyph 701: off = 0x000203C0, len = 118
	  numberOfContours:	2
	  xMin:			155
	  yMin:			512
	  xMax:			855
	  yMax:			1061

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	78
	00000: PUSHB[6]              2     6     3     7     6     9 
	00007: PUSHW[1]            712 
	00010: NPUSHB      (25):     0    32     3    13    15    15     6    85     3     3 
	                            12    12     6    85     3   148     4    32     7    20 
	                            16    16     6    85     7 
	00037: PUSHW[1]             -3 
	00040: PUSHB[5]             13    13     6    85     7 
	00046: PUSHW[1]             -3 
	00049: PUSHB[5]             11    11     6    85     7 
	00055: PUSHW[2]            711     8 
	00060: SRP0       
	00061: MIRP[srp0,nmd,rd,2] 
	00062: CALL       
	00063: CALL       
	00064: CALL       
	00065: MIRP[srp0,md,rd,1] 
	00066: MIRP[srp0,nmd,rd,2] 
	00067: CALL       
	00068: CALL       
	00069: MIRP[srp0,md,rd,1] 
	00070: MIRP[nrp0,nmd,rd,2] 
	00071: SVTCA[y-axis] 
	00072: MIAP[rd+ci] 
	00073: ALIGNRP    
	00074: MDAP[rd]   
	00075: MDAP[rd]   
	00076: IUP[y]     
	00077: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   855,  1061)  ->  Abs (   855,  1061)
	  1: Rel (     0,  -549)  ->  Abs (   855,   512)
	  2: Rel (  -195,     0)  ->  Abs (   660,   512)
	  3: Rel (     0,   549)  ->  Abs (   660,  1061)
	  4: Rel (  -310,     0)  ->  Abs (   350,  1061)
	  5: Rel (     0,  -549)  ->  Abs (   350,   512)
	  6: Rel (  -195,     0)  ->  Abs (   155,   512)
	  7: Rel (     0,   549)  ->  Abs (   155,  1061)

	Glyph 702: off = 0x00020436, len = 54
	  numberOfContours:	1
	  xMin:			90
	  yMin:			676
	  xMax:			393
	  yMax:			1061

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	25
	00000: NPUSHB      (12):     3     0     0     1     6     2    60     1   100     3 
	                           172     0 
	00014: MDAP[rd]   
	00015: MIRP[nrp0,md,rd,1] 
	00016: MIRP[srp0,md,rd,0] 
	00017: MIRP[nrp0,md,rd,1] 
	00018: SVTCA[y-axis] 
	00019: MIAP[rd+ci] 
	00020: SHP[rp1,zp0] 
	00021: MDAP[rd]   
	00022: ALIGNRP    
	00023: IUP[y]     
	00024: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                 X-Short On
	  2:  YDual XDual                 X-Short On
	  3:                              X-Short On

	Coordinates
	-----------
	  0: Rel (    90,   676)  ->  Abs (    90,   676)
	  1: Rel (    98,   385)  ->  Abs (   188,  1061)
	  2: Rel (   205,     0)  ->  Abs (   393,  1061)
	  3: Rel (  -182,  -385)  ->  Abs (   211,   676)

	Glyph 703: off = 0x0002046C, len = 92
	  numberOfContours:	2
	  xMin:			90
	  yMin:			676
	  xMax:			764
	  yMax:			1061

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	48
	00000: NPUSHB      (26):     0     4     1     5     4     4     5     6     2    60 
	                             1   100     3   172    95     0     1     0     0     6 
	                            60     5   100     7   172     4 
	00028: MDAP[rd]   
	00029: MIRP[nrp0,md,rd,1] 
	00030: MIRP[srp0,md,rd,0] 
	00031: MIRP[srp0,md,rd,1] 
	00032: SHP[rp2,zp1] 
	00033: MDAP[rd]   
	00034: DELTAP1    
	00035: MIRP[nrp0,md,rd,1] 
	00036: MIRP[srp0,md,rd,0] 
	00037: MIRP[nrp0,md,rd,1] 
	00038: SVTCA[y-axis] 
	00039: MIAP[rd+ci] 
	00040: SHP[rp1,zp0] 
	00041: MDAP[rd]   
	00042: SRP0       
	00043: ALIGNRP    
	00044: SRP0       
	00045: ALIGNRP    
	00046: IUP[y]     
	00047: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                 X-Short On
	  2:  YDual XDual                 X-Short On
	  3:                              X-Short On
	  4:  YDual                               On
	  5:        XDual                 X-Short On
	  6:  YDual XDual                 X-Short On
	  7:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   461,   676)  ->  Abs (   461,   676)
	  1: Rel (    98,   385)  ->  Abs (   559,  1061)
	  2: Rel (   205,     0)  ->  Abs (   764,  1061)
	  3: Rel (  -182,  -385)  ->  Abs (   582,   676)
	  4: Rel (  -492,     0)  ->  Abs (    90,   676)
	  5: Rel (    98,   385)  ->  Abs (   188,  1061)
	  6: Rel (   205,     0)  ->  Abs (   393,  1061)
	  7: Rel (  -182,  -385)  ->  Abs (   211,   676)

	Glyph 704: off = 0x000204C8, len = 200
	  numberOfContours:	2
	  xMin:			155
	  yMin:			0
	  xMax:			1515
	  yMax:			1061

	EndPoints
	---------
	  0:  13
	  1:  27

	  Length of Instructions:	106
	00000: NPUSHB       (9):    22     6     2    16    15     1    15    18    17 
	00011: PUSHW[1]            722 
	00014: PUSHB[6]             14    14     9    10     6     7 
	00021: PUSHW[1]            722 
	00024: PUSHB[3]             10     6    29 
	00028: PUSHW[5]            712    23   720    22   721 
	00039: PUSHB[5]              1     1     0     2     0 
	00045: PUSHW[3]            720     3   721 
	00052: PUSHB[4]             17    16    14    16 
	00057: PUSHW[8]            720    15   721     7   720    10   711    28 
	00074: SRP0       
	00075: MIRP[srp0,nmd,rd,2] 
	00076: MIRP[srp0,md,rd,1] 
	00077: MIRP[srp0,nmd,rd,2] 
	00078: MIRP[nrp0,md,rd,1] 
	00079: ALIGNRP    
	00080: SRP0       
	00081: ALIGNRP    
	00082: MIRP[srp0,nmd,rd,2] 
	00083: MIRP[nrp0,md,rd,1] 
	00084: ALIGNRP    
	00085: SRP0       
	00086: ALIGNRP    
	00087: SRP0       
	00088: MIRP[srp0,nmd,rd,2] 
	00089: MIRP[srp0,md,rd,1] 
	00090: MIRP[nrp0,nmd,rd,2] 
	00091: SVTCA[y-axis] 
	00092: MIAP[rd+ci] 
	00093: MIRP[srp0,md,rd,1] 
	00094: ALIGNRP    
	00095: MIAP[rd+ci] 
	00096: ALIGNRP    
	00097: SRP0       
	00098: MIRP[srp0,md,rd,1] 
	00099: ALIGNRP    
	00100: MDAP[rd]   
	00101: DELTAP1    
	00102: MDAP[rd]   
	00103: MIAP[rd+ci] 
	00104: IUP[y]     
	00105: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                               On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:                                      On
	 15:        XDual                         On
	 16:  YDual XDual                 X-Short On
	 17:        XDual                         On
	 18:  YDual                               On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:        XDual                         On
	 23:  YDual XDual                 X-Short On
	 24:        XDual                         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  1118,   791)  ->  Abs (  1118,   791)
	  1: Rel (     0,  -447)  ->  Abs (  1118,   344)
	  2: Rel (  -168,     0)  ->  Abs (   950,   344)
	  3: Rel (     0,   430)  ->  Abs (   950,   774)
	  4: Rel (     0,    77)  ->  Abs (   950,   851)
	  5: Rel (   -70,    67)  ->  Abs (   880,   918)
	  6: Rel (   -78,     0)  ->  Abs (   802,   918)
	  7: Rel (  -479,     0)  ->  Abs (   323,   918)
	  8: Rel (     0,  -918)  ->  Abs (   323,     0)
	  9: Rel (  -168,     0)  ->  Abs (   155,     0)
	 10: Rel (     0,  1061)  ->  Abs (   155,  1061)
	 11: Rel (   680,     0)  ->  Abs (   835,  1061)
	 12: Rel (   139,     0)  ->  Abs (   974,  1061)
	 13: Rel (   144,  -149)  ->  Abs (  1118,   912)
	 14: Rel (  -566,  -912)  ->  Abs (   552,     0)
	 15: Rel (     0,   717)  ->  Abs (   552,   717)
	 16: Rel (   168,     0)  ->  Abs (   720,   717)
	 17: Rel (     0,  -574)  ->  Abs (   720,   143)
	 18: Rel (   479,     0)  ->  Abs (  1199,   143)
	 19: Rel (    88,     0)  ->  Abs (  1287,   143)
	 20: Rel (    60,    78)  ->  Abs (  1347,   221)
	 21: Rel (     0,    66)  ->  Abs (  1347,   287)
	 22: Rel (     0,   774)  ->  Abs (  1347,  1061)
	 23: Rel (   168,     0)  ->  Abs (  1515,  1061)
	 24: Rel (     0,  -791)  ->  Abs (  1515,   270)
	 25: Rel (     0,  -115)  ->  Abs (  1515,   155)
	 26: Rel (  -136,  -155)  ->  Abs (  1379,     0)
	 27: Rel (  -147,     0)  ->  Abs (  1232,     0)

	Glyph 705: off = 0x00020590, len = 140
	  numberOfContours:	2
	  xMin:			-84
	  yMin:			0
	  xMax:			350
	  yMax:			1351

	EndPoints
	---------
	  0:  12
	  1:  16

	  Length of Instructions:	78
	00000: PUSHW[2]              0   723 
	00005: PUSHB[8]              7   172    16    15    10    16     6    10 
	00014: PUSHW[1]            723 
	00017: PUSHB[5]             47     3     1     3    18 
	00023: PUSHW[1]            712 
	00026: PUSHB[3]             13    32    16 
	00030: PUSHW[1]             -2 
	00033: PUSHB[5]             11    11     6    85    16 
	00039: PUSHW[1]             -2 
	00042: NPUSHB      (11):    13    13     6    85    16    18    16    16     6    85 
	                            16 
	00055: PUSHW[2]            711    17 
	00060: SRP0       
	00061: MIRP[srp0,nmd,rd,0] 
	00062: CALL       
	00063: CALL       
	00064: CALL       
	00065: MIRP[srp0,md,rd,1] 
	00066: MIRP[nrp0,nmd,rd,2] 
	00067: MDAP[rd]   
	00068: DELTAP1    
	00069: MIRP[nrp0,md,rd,1] 
	00070: SVTCA[y-axis] 
	00071: MIAP[rd+ci] 
	00072: MIAP[rd+ci] 
	00073: SRP0       
	00074: MIRP[srp0,md,rd,2] 
	00075: MIRP[nrp0,md,rd,1] 
	00076: IUP[y]     
	00077: IUP[x]     

	Flags
	-----
	  0:        XDual                         On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:                                      On
	 14:        XDual                         On
	 15:  YDual                       X-Short On
	 16:        XDual                         On

	Coordinates
	-----------
	  0: Rel (     0,  1351)  ->  Abs (     0,  1351)
	  1: Rel (    41,     0)  ->  Abs (    41,  1351)
	  2: Rel (    43,   -53)  ->  Abs (    84,  1298)
	  3: Rel (     0,   -32)  ->  Abs (    84,  1266)
	  4: Rel (     0,   -24)  ->  Abs (    84,  1242)
	  5: Rel (   -22,   -38)  ->  Abs (    62,  1204)
	  6: Rel (   -38,   -22)  ->  Abs (    24,  1182)
	  7: Rel (   -24,     0)  ->  Abs (     0,  1182)
	  8: Rel (   -37,     1)  ->  Abs (   -37,  1183)
	  9: Rel (   -47,    50)  ->  Abs (   -84,  1233)
	 10: Rel (     0,    33)  ->  Abs (   -84,  1266)
	 11: Rel (     0,    37)  ->  Abs (   -84,  1303)
	 12: Rel (    49,    48)  ->  Abs (   -35,  1351)
	 13: Rel (   385,  -290)  ->  Abs (   350,  1061)
	 14: Rel (     0, -1061)  ->  Abs (   350,     0)
	 15: Rel (  -195,     0)  ->  Abs (   155,     0)
	 16: Rel (     0,  1061)  ->  Abs (   155,  1061)

	Glyph 706: off = 0x0002061C, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			40
	  yMin:			-408
	  xMax:			898
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	682
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	653
		X WOffset:	8
		Y WOffset:	502
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     2     1   143    15     1     0    15    15     2     2 
	                            65     1     2     2    15 
	00017: PUSHW[2]            730    41 
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 
	00028: SHC[rp1,zp0] 

	Glyph 707: off = 0x00020654, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			40
	  yMin:			-408
	  xMax:			898
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	682
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	661
		X WOffset:	8
		Y WOffset:	502
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1    80    15   144    15     2   144    15   176    15 
	                             2    15 
	00014: PUSHW[1]            -64 
	00017: NPUSHB      (12):     9    12    52     0    15    15     2     2    65     1 
	                             1    18 
	00031: PUSHW[2]            730    41 
	00036: SVTCA[y-axis] 
	00037: CALL       
	00038: SVTCA[x-axis] 
	00039: CALL       
	00040: CALL       
	00041: DELTAP1    
	00042: DELTAP2    
	00043: SHC[rp1,zp0] 

	Glyph 708: off = 0x0002069A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			-169
	  yMin:			0
	  xMax:			838
	  yMax:			1466

	     0: Flags:		0x0026
		Glyf Index:	684
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	-426
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    27    27    38    38    65     1     1    23 
	00012: PUSHW[2]            731    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 709: off = 0x000206CA, len = 106
	  numberOfContours:	-1  (Composite)
	  xMin:			-169
	  yMin:			0
	  xMax:			838
	  yMax:			1466

	     0: Flags:		0x0026
		Glyf Index:	684
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0027
		Glyf Index:	662
		X WOffset:	-426
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-31
		Y BOffset:	57
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    48 
	00003: PUSHW[1]            -30 
	00006: PUSHB[5]             10    10     6    85    48 
	00012: PUSHW[1]            -30 
	00015: PUSHB[8]             15    15     6    85     0    48     1    48 
	00024: PUSHW[1]            -64 
	00027: NPUSHB      (19):    12    14    52     0    48    41    20    19    65     1 
	                             0    27    27    51    51    65     2     1    38 
	00048: PUSHW[1]            732 
	00051: PUSHB[4]             41     1     1    23 
	00056: PUSHW[2]            731    41 
	00061: SVTCA[y-axis] 
	00062: CALL       
	00063: CALL       
	00064: SVTCA[x-axis] 
	00065: CALL       
	00066: SHC[rp1,zp0] 
	00067: CALL       
	00068: CALL       
	00069: DELTAP1    
	00070: CALL       
	00071: CALL       
	00072: SHC[rp1,zp0] 

	Glyph 710: off = 0x00020734, len = 192
	  numberOfContours:	1
	  xMin:			45
	  yMin:			0
	  xMax:			961
	  yMax:			1061

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	130
	00000: NPUSHB      (32):    47    15    59     9    58    10   121     6   121     9 
	                           121    10   129     2     7    42     2    42     6    42 
	                             9    42    10    60     2    59     6     6     6     9 
	                             8     8 
	00034: PUSHW[1]            -10 
	00037: NPUSHB      (46):    14    17     6    85     8   186     7     6    20     7 
	                             7     6     6     9    58     5   249     4     4     3 
	                            10    12     7     6     9     9     4     9     8     6 
	                             8     7     7    13     4     4    12    32    47    13 
	                           191    13   207    13     3    13 
	00085: PUSHW[2]            717    15 
	00090: SRP0       
	00091: MIRP[srp0,nmd,rd,2] 
	00092: DELTAP1    
	00093: MIRP[nrp0,md,rd,1] 
	00094: SHP[rp1,zp0] 
	00095: MDAP[rd]   
	00096: SRP2       
	00097: IP         
	00098: MDAP[rd]   
	00099: SHP[rp1,zp0] 
	00100: SHP[rp1,zp0] 
	00101: SRP1       
	00102: SHP[rp1,zp0] 
	00103: RTHG       
	00104: SRP1       
	00105: IP         
	00106: MDAP[rd]   
	00107: SVTCA[y-axis] 
	00108: RTG        
	00109: MIAP[rd+ci] 
	00110: ALIGNRP    
	00111: MIAP[rd+ci] 
	00112: ALIGNRP    
	00113: SRP0       
	00114: MIRP[srp0,md,rd,1] 
	00115: MIRP[nrp0,nmd,rd,0] 
	00116: IP         
	00117: SDPVTL[1]  
	00118: SFVTCA[x-axis] 
	00119: MDAP[nrd]  
	00120: CALL       
	00121: CALL       
	00122: SDPVTL[1]  
	00123: RDTG       
	00124: MDRP[nrp0,nmd,rd,0] 
	00125: IUP[y]     
	00126: IUP[x]     
	00127: SVTCA[x-axis] 
	00128: DELTAP1    
	00129: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                              X-Short Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                               On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:                              X-Short On
	  8:  YDual XDual                 X-Short On
	  9:        XDual                 X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:        XDual                 X-Short On
	 12:        XDual                 X-Short On
	 13:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   951,   780)  ->  Abs (   951,   780)
	  1: Rel (   -17,  -472)  ->  Abs (   934,   308)
	  2: Rel (  -261,  -308)  ->  Abs (   673,     0)
	  3: Rel (  -234,     0)  ->  Abs (   439,     0)
	  4: Rel (  -394,     0)  ->  Abs (    45,     0)
	  5: Rel (     0,   160)  ->  Abs (    45,   160)
	  6: Rel (   276,     0)  ->  Abs (   321,   160)
	  7: Rel (  -177,   901)  ->  Abs (   144,  1061)
	  8: Rel (   201,     0)  ->  Abs (   345,  1061)
	  9: Rel (   162,  -903)  ->  Abs (   507,   158)
	 10: Rel (   238,    67)  ->  Abs (   745,   225)
	 11: Rel (    13,   471)  ->  Abs (   758,   696)
	 12: Rel (    10,   365)  ->  Abs (   768,  1061)
	 13: Rel (   193,     0)  ->  Abs (   961,  1061)

	Glyph 711: off = 0x000207F4, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			100
	  yMin:			-29
	  xMax:			1322
	  yMax:			1350

	     0: Flags:		0x0226
		Glyf Index:	697
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	893
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     1    79    46     1    10    46    46    22    22    65 
	                             1     1    34 
	00015: PUSHW[2]            733    41 
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       
	00024: DELTAP2    
	00025: SHC[rp1,zp0] 

	Glyph 712: off = 0x00020828, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			100
	  yMin:			-29
	  xMax:			1322
	  yMax:			1350

	     0: Flags:		0x0226
		Glyf Index:	697
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	-150
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    46    46    33    33    65     1     1    34 
	00012: PUSHW[2]            733    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 713: off = 0x00020858, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			100
	  yMin:			-29
	  xMax:			1322
	  yMax:			1350

	     0: Flags:		0x0226
		Glyf Index:	737
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	893
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (13):     2    79    59     1    10    59    59    22    22    65 
	                             2     1    47 
	00015: PUSHW[2]            733    41 
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       
	00024: DELTAP2    
	00025: SHC[rp1,zp0] 

	Glyph 714: off = 0x0002088C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			100
	  yMin:			-29
	  xMax:			1322
	  yMax:			1350

	     0: Flags:		0x0226
		Glyf Index:	737
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	662
		X WOffset:	-150
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    59    59    33    33    65     2     1    47 
	00012: PUSHW[2]            733    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 715: off = 0x000208BC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			105
	  yMin:			-315
	  xMax:			1098
	  yMax:			1061

	     0: Flags:		0x0226
		Glyf Index:	672
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	660
		X WOffset:	235
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    23    24     6    17    65     1     1    23 
	00012: PUSHW[2]            734    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 716: off = 0x000208EC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			105
	  yMin:			-430
	  xMax:			1098
	  yMax:			1061

	     0: Flags:		0x0226
		Glyf Index:	672
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	661
		X WOffset:	235
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    25    26     6    17    65     1     1    25 
	00012: PUSHW[2]            734    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 717: off = 0x0002091C, len = 416
	  numberOfContours:	2
	  xMin:			105
	  yMin:			0
	  xMax:			1098
	  yMax:			1061

	EndPoints
	---------
	  0:  21
	  1:  37

	  Length of Instructions:	286
	00000: NPUSHB      (83):   130    20   128    21   167    12   216     0   215    21 
	                             5    85     3    86     9    86    12   103     3   127 
	                             8   115    20   140     9     7    59    21    72     1 
	                            77     2    73     8    77     9    73    12    77    21 
	                             7    25     8    38    12    56     1    58     2    59 
	                             8    59     9    57    12     7    63    21   129     9 
	                           143    21   166    12   218    21     5     8     2    41 
	                            19    40    21    61     2     4     2    24    12    17 
	                             6    85    12 
	00085: PUSHW[1]            -24 
	00088: PUSHB[5]             12    17     6    85    34 
	00094: PUSHW[1]            723 
	00097: NPUSHB      (44):   176    26     1    26    26     6    10    21    12    11 
	                            11     0     2     9    10     1     1     0    11    11 
	                           186    10     1    20    10    10     1    21    12     1 
	                             9     4    10     6     5     0     1    10    17    16 
	                            11    10     6    30 
	00143: PUSHW[1]            723 
	00146: NPUSHB      (33):     0    22    32    22   127    22   175    22   191    22 
	                             5    31    22    47    22     2    22    22     5    15 
	                            16    18     4     5     7     9     2    12    21     4 
	                            17     6     1 
	00181: PUSHW[1]            608 
	00184: PUSHB[8]            128     0     1     0     0    16    32    17 
	00193: PUSHW[1]            714 
	00196: PUSHB[7]             39    11    10     5    32    10     6 
	00204: PUSHW[2]            713    38 
	00209: SRP0       
	00210: MIRP[srp0,nmd,rd,2] 
	00211: SHP[rp2,zp1] 
	00212: MIRP[nrp0,md,rd,1] 
	00213: MDAP[rd]   
	00214: SHP[rp1,zp0] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,2] 
	00217: MIRP[nrp0,md,rd,1] 
	00218: SHP[rp1,zp0] 
	00219: MDAP[rd]   
	00220: DELTAP1    
	00221: MIRP[nrp0,md,rd,1] 
	00222: SRP1       
	00223: SRP2       
	00224: SLOOP      
	00225: IP         
	00226: SHP[rp1,zp0] 
	00227: SRP1       
	00228: SHP[rp1,zp0] 
	00229: SHP[rp2,zp1] 
	00230: SRP1       
	00231: SHP[rp1,zp0] 
	00232: SRP2       
	00233: IP         
	00234: MDAP[rd]   
	00235: DELTAP2    
	00236: DELTAP1    
	00237: MIRP[nrp0,md,rd,1] 
	00238: SVTCA[y-axis] 
	00239: MIAP[rd+ci] 
	00240: ALIGNRP    
	00241: ALIGNRP    
	00242: ALIGNRP    
	00243: MIAP[rd+ci] 
	00244: ALIGNRP    
	00245: ALIGNRP    
	00246: ALIGNRP    
	00247: SRP2       
	00248: SLOOP      
	00249: IP         
	00250: SDPVTL[1]  
	00251: SFVTCA[x-axis] 
	00252: MDAP[nrd]  
	00253: CALL       
	00254: SDPVTL[1]  
	00255: RDTG       
	00256: MDRP[nrp0,nmd,rd,0] 
	00257: SPVTL[p1,p2] 
	00258: SFVTPV     
	00259: ALIGNRP    
	00260: ALIGNRP    
	00261: SDPVTL[1]  
	00262: SFVTPV     
	00263: SRP0       
	00264: MDRP[nrp0,nmd,rd,0] 
	00265: ALIGNRP    
	00266: SVTCA[y-axis] 
	00267: RTG        
	00268: SRP1       
	00269: SRP2       
	00270: IP         
	00271: MDAP[rd]   
	00272: DELTAP1    
	00273: MIRP[nrp0,md,rd,1] 
	00274: CALL       
	00275: CALL       
	00276: IUP[y]     
	00277: IUP[x]     
	00278: SVTCA[y-axis] 
	00279: DELTAP1    
	00280: DELTAP1    
	00281: SVTCA[x-axis] 
	00282: DELTAP1    
	00283: DELTAP1    
	00284: DELTAP1    
	00285: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                              X-Short On
	  6:  YDual                       X-Short On
	  7:        XDual                 X-Short On
	  8:        XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:                              X-Short On
	 11:  YDual XDual                 X-Short On
	 12:                                      On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual                 X-Short On
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:                                      On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1098,     0)  ->  Abs (  1098,     0)
	  1: Rel (  -236,     0)  ->  Abs (   862,     0)
	  2: Rel (  -405,   573)  ->  Abs (   457,   573)
	  3: Rel (   -93,   -51)  ->  Abs (   364,   522)
	  4: Rel (   -18,  -155)  ->  Abs (   346,   367)
	  5: Rel (   -43,  -367)  ->  Abs (   303,     0)
	  6: Rel (  -198,     0)  ->  Abs (   105,     0)
	  7: Rel (    43,   367)  ->  Abs (   148,   367)
	  8: Rel (    30,   256)  ->  Abs (   178,   623)
	  9: Rel (   178,    90)  ->  Abs (   356,   713)
	 10: Rel (  -247,   348)  ->  Abs (   109,  1061)
	 11: Rel (   235,     0)  ->  Abs (   344,  1061)
	 12: Rel (   340,  -475)  ->  Abs (   684,   586)
	 13: Rel (    62,    41)  ->  Abs (   746,   627)
	 14: Rel (    50,   109)  ->  Abs (   796,   736)
	 15: Rel (    13,   112)  ->  Abs (   809,   848)
	 16: Rel (    25,   213)  ->  Abs (   834,  1061)
	 17: Rel (   198,     0)  ->  Abs (  1032,  1061)
	 18: Rel (   -24,  -219)  ->  Abs (  1008,   842)
	 19: Rel (   -17,  -156)  ->  Abs (   991,   686)
	 20: Rel (  -108,  -175)  ->  Abs (   883,   511)
	 21: Rel (  -103,   -62)  ->  Abs (   780,   449)
	 22: Rel (  -339,  -291)  ->  Abs (   441,   158)
	 23: Rel (     0,    24)  ->  Abs (   441,   182)
	 24: Rel (    23,    37)  ->  Abs (   464,   219)
	 25: Rel (    38,    23)  ->  Abs (   502,   242)
	 26: Rel (    23,     0)  ->  Abs (   525,   242)
	 27: Rel (    24,     0)  ->  Abs (   549,   242)
	 28: Rel (    38,   -23)  ->  Abs (   587,   219)
	 29: Rel (    22,   -37)  ->  Abs (   609,   182)
	 30: Rel (     0,   -24)  ->  Abs (   609,   158)
	 31: Rel (     0,   -24)  ->  Abs (   609,   134)
	 32: Rel (   -22,   -37)  ->  Abs (   587,    97)
	 33: Rel (   -38,   -23)  ->  Abs (   549,    74)
	 34: Rel (   -24,     0)  ->  Abs (   525,    74)
	 35: Rel (   -23,     0)  ->  Abs (   502,    74)
	 36: Rel (   -38,    23)  ->  Abs (   464,    97)
	 37: Rel (   -22,    37)  ->  Abs (   442,   134)

	Glyph 718: off = 0x00020ABC, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			50
	  yMin:			0
	  xMax:			1065
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	673
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	8
		Y BOffset:	-20
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     1     0    29    16    29    32    29    96    29     4 
	                             0    29    22    15    15    65     1     1    19 
	00021: PUSHW[2]            735    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 719: off = 0x00020AF4, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			0
	  xMax:			744
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	674
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-40
		Y BOffset:	70
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (26):     1    64    36   128    36     2    32    36    80    36 
	                           144    36   176    36   192    36     5     0    36    29 
	                            17    17    65     1     1    26 
	00028: PUSHW[2]            736    41 
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: DELTAP1    
	00038: DELTAP2    
	00039: SHC[rp1,zp0] 

	Glyph 720: off = 0x00020B34, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			45
	  yMin:			0
	  xMax:			996
	  yMax:			1061

	     0: Flags:		0x0226
		Glyf Index:	675
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	78
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     1     0    18    16    18    32    18   176    18     4 
	                             0    18    11     5     4    65     1     1     8 
	00021: PUSHW[2]            732    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: SHC[rp1,zp0] 

	Glyph 721: off = 0x00020B6C, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			150
	  yMin:			0
	  xMax:			1088
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	676
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	664
		X WOffset:	268
		Y WOffset:	-66
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     2    64    29   112    29   176    29     3     0    29 
	                            22    15     8    65     2     1    19 
	00019: PUSHW[2]            737    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: SHC[rp1,zp0] 

	Glyph 722: off = 0x00020BA4, len = 156
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			432
	  yMax:			1061

	EndPoints
	---------
	  0:  3
	  1:  18

	  Length of Instructions:	87
	00000: PUSHW[2]             12   723 
	00005: PUSHB[8]              4     2    10     3     6     3    32     0 
	00014: PUSHW[1]            -18 
	00017: NPUSHB      (28):    16    16     6    85     0    10    13    15     6    85 
	                             0    64    67    68    52     0    64    61    53   159 
	                             0     1    79     0   255     0     2     0 
	00047: PUSHW[4]            712    20     8   723 
	00056: NPUSHB       (9):    47    15     1    15    64    16    17    52    15 
	00067: MDAP[rd]   
	00068: CALL       
	00069: DELTAP2    
	00070: MIRP[nrp0,md,rd,1] 
	00071: SRP0       
	00072: MIRP[srp0,nmd,rd,2] 
	00073: DELTAP2    
	00074: DELTAP3    
	00075: CALL       
	00076: CALL       
	00077: CALL       
	00078: CALL       
	00079: MIRP[srp0,md,rd,1] 
	00080: SVTCA[y-axis] 
	00081: MIAP[rd+ci] 
	00082: MIAP[rd+ci] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: IUP[y]     
	00086: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:                              X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   432,  1061)  ->  Abs (   432,  1061)
	  1: Rel (     0, -1061)  ->  Abs (   432,     0)
	  2: Rel (  -194,     0)  ->  Abs (   238,     0)
	  3: Rel (     0,  1061)  ->  Abs (   238,  1061)
	  4: Rel (  -154,  -399)  ->  Abs (    84,   662)
	  5: Rel (    22,     0)  ->  Abs (   106,   662)
	  6: Rel (    37,   -20)  ->  Abs (   143,   642)
	  7: Rel (    25,   -38)  ->  Abs (   168,   604)
	  8: Rel (     0,   -26)  ->  Abs (   168,   578)
	  9: Rel (     0,   -24)  ->  Abs (   168,   554)
	 10: Rel (   -22,   -38)  ->  Abs (   146,   516)
	 11: Rel (   -38,   -22)  ->  Abs (   108,   494)
	 12: Rel (   -24,     0)  ->  Abs (    84,   494)
	 13: Rel (   -31,     0)  ->  Abs (    53,   494)
	 14: Rel (   -53,    43)  ->  Abs (     0,   537)
	 15: Rel (     0,    41)  ->  Abs (     0,   578)
	 16: Rel (     0,    24)  ->  Abs (     0,   602)
	 17: Rel (    22,    37)  ->  Abs (    22,   639)
	 18: Rel (    38,    23)  ->  Abs (    60,   662)

	Glyph 723: off = 0x00020C40, len = 250
	  numberOfContours:	2
	  xMin:			0
	  yMin:			0
	  xMax:			827
	  yMax:			1061

	EndPoints
	---------
	  0:  19
	  1:  34

	  Length of Instructions:	142
	00000: NPUSHB      (10):    15    36    31    36    80     1    98     1     4    28 
	00012: PUSHW[1]            723 
	00015: NPUSHB      (29):    16    20     1    20     9    10     0    39    17   249 
	                            18     6    16    16     0    17     8    32     9     2 
	                            16    16     6    85     9     9     3    32    14 
	00046: PUSHW[1]             -6 
	00049: NPUSHB      (43):    11    13     6    85    14    22    15    15     6    85 
	                            14     2    16    16     6    85    14    64    14    16 
	                            52    79    14     1    15    14   207    14   223    14 
	                             3    14    19    64    14    23    52    15    19    31 
	                            19     2    19 
	00094: PUSHW[1]            716 
	00097: PUSHB[4]             36    18   197    24 
	00102: PUSHW[2]            723    32 
	00107: MDAP[rd]   
	00108: MIRP[srp0,md,rd,1] 
	00109: MIRP[nrp0,nmd,rd,2] 
	00110: SRP0       
	00111: MIRP[nrp0,nmd,rd,2] 
	00112: DELTAP1    
	00113: CALL       
	00114: MDAP[rd]   
	00115: DELTAP1    
	00116: DELTAP2    
	00117: CALL       
	00118: CALL       
	00119: CALL       
	00120: CALL       
	00121: MIRP[nrp0,md,rd,1] 
	00122: SHP[rp1,zp0] 
	00123: MDAP[rd]   
	00124: CALL       
	00125: MIRP[nrp0,md,rd,1] 
	00126: SRP1       
	00127: SRP2       
	00128: IP         
	00129: MDAP[rd]   
	00130: SVTCA[y-axis] 
	00131: MIAP[rd+ci] 
	00132: MIRP[srp0,md,rd,1] 
	00133: MIRP[nrp0,nmd,rd,0] 
	00134: MIAP[rd+ci] 
	00135: MDAP[rd]   
	00136: DELTAP1    
	00137: MIRP[nrp0,md,rd,1] 
	00138: IUP[y]     
	00139: IUP[x]     
	00140: SVTCA[x-axis] 
	00141: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:                      Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual                               On
	 18:  YDual XDual         Y-Short         On
	 19:  YDual                               On
	 20:                                      On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   827,   926)  ->  Abs (   827,   926)
	  1: Rel (  -153,     0)  ->  Abs (   674,   926)
	  2: Rel (  -173,  -175)  ->  Abs (   501,   751)
	  3: Rel (     0,  -147)  ->  Abs (   501,   604)
	  4: Rel (     0,   -29)  ->  Abs (   501,   575)
	  5: Rel (     9,   -84)  ->  Abs (   510,   491)
	  6: Rel (    26,  -242)  ->  Abs (   536,   249)
	  7: Rel (     0,  -102)  ->  Abs (   536,   147)
	  8: Rel (     0,  -147)  ->  Abs (   536,     0)
	  9: Rel (  -192,     0)  ->  Abs (   344,     0)
	 10: Rel (     0,   174)  ->  Abs (   344,   174)
	 11: Rel (     0,   106)  ->  Abs (   344,   280)
	 12: Rel (   -20,   220)  ->  Abs (   324,   500)
	 13: Rel (    -7,    74)  ->  Abs (   317,   574)
	 14: Rel (     0,    49)  ->  Abs (   317,   623)
	 15: Rel (     0,   165)  ->  Abs (   317,   788)
	 16: Rel (   135,   113)  ->  Abs (   452,   901)
	 17: Rel (  -268,     0)  ->  Abs (   184,   901)
	 18: Rel (     0,   160)  ->  Abs (   184,  1061)
	 19: Rel (   643,     0)  ->  Abs (   827,  1061)
	 20: Rel (  -743,  -342)  ->  Abs (    84,   719)
	 21: Rel (    22,     0)  ->  Abs (   106,   719)
	 22: Rel (    37,   -20)  ->  Abs (   143,   699)
	 23: Rel (    25,   -38)  ->  Abs (   168,   661)
	 24: Rel (     0,   -26)  ->  Abs (   168,   635)
	 25: Rel (     0,   -24)  ->  Abs (   168,   611)
	 26: Rel (   -22,   -38)  ->  Abs (   146,   573)
	 27: Rel (   -38,   -22)  ->  Abs (   108,   551)
	 28: Rel (   -24,     0)  ->  Abs (    84,   551)
	 29: Rel (   -24,     0)  ->  Abs (    60,   551)
	 30: Rel (   -37,    22)  ->  Abs (    23,   573)
	 31: Rel (   -23,    38)  ->  Abs (     0,   611)
	 32: Rel (     0,    24)  ->  Abs (     0,   635)
	 33: Rel (     0,    35)  ->  Abs (     0,   670)
	 34: Rel (    48,    49)  ->  Abs (    48,   719)

	Glyph 724: off = 0x00020D3A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			140
	  yMin:			-29
	  xMax:			1088
	  yMax:			1083

	     0: Flags:		0x0226
		Glyf Index:	680
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	664
		X WOffset:	276
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    40    33    29    22    65     1     1    30 
	00012: PUSHW[2]            735    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 725: off = 0x00020D6A, len = 164
	  numberOfContours:	2
	  xMin:			0
	  yMin:			512
	  xMax:			432
	  yMax:			1061

	EndPoints
	---------
	  0:  3
	  1:  16

	  Length of Instructions:	102
	00000: PUSHW[2]             10   723 
	00005: NPUSHB      (12):     4     4     0     2     1     2     2     3     6     3 
	                            32     0 
	00019: PUSHW[1]            -18 
	00022: NPUSHB      (34):    16    16     6    85     0    10    13    15     6    85 
	                             0    40    11    12     6    85     0    64    67    68 
	                            52     0    64    61    53   159     0     1    79     0 
	                           255     0     2     0 
	00058: PUSHW[4]            712    18     7   723 
	00067: NPUSHB       (9):    47    13     1    13    64    16    17    52    13 
	00078: MDAP[rd]   
	00079: CALL       
	00080: DELTAP2    
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP0       
	00083: MIRP[srp0,nmd,rd,0] 
	00084: DELTAP2    
	00085: DELTAP3    
	00086: CALL       
	00087: CALL       
	00088: CALL       
	00089: CALL       
	00090: CALL       
	00091: MIRP[srp0,md,rd,1] 
	00092: SVTCA[y-axis] 
	00093: MIAP[rd+ci] 
	00094: SHP[rp1,zp0] 
	00095: MDAP[rd]   
	00096: DELTAP1    
	00097: IP         
	00098: MDAP[rd]   
	00099: MIRP[nrp0,md,rd,1] 
	00100: IUP[y]     
	00101: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:                      Y-Short X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   432,  1061)  ->  Abs (   432,  1061)
	  1: Rel (     0,  -549)  ->  Abs (   432,   512)
	  2: Rel (  -194,     0)  ->  Abs (   238,   512)
	  3: Rel (     0,   549)  ->  Abs (   238,  1061)
	  4: Rel (  -154,  -246)  ->  Abs (    84,   815)
	  5: Rel (    31,     0)  ->  Abs (   115,   815)
	  6: Rel (    53,   -43)  ->  Abs (   168,   772)
	  7: Rel (     0,   -41)  ->  Abs (   168,   731)
	  8: Rel (     0,   -35)  ->  Abs (   168,   696)
	  9: Rel (   -49,   -49)  ->  Abs (   119,   647)
	 10: Rel (   -35,     0)  ->  Abs (    84,   647)
	 11: Rel (   -31,     0)  ->  Abs (    53,   647)
	 12: Rel (   -53,    44)  ->  Abs (     0,   691)
	 13: Rel (     0,    40)  ->  Abs (     0,   731)
	 14: Rel (     0,    24)  ->  Abs (     0,   755)
	 15: Rel (    22,    38)  ->  Abs (    22,   793)
	 16: Rel (    38,    22)  ->  Abs (    60,   815)

	Glyph 726: off = 0x00020E0E, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			40
	  yMin:			-408
	  xMax:			898
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	682
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	18
		Y BOffset:	-72
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    25    18    14     8    65     1     1    15 
	00012: PUSHW[2]            737    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 727: off = 0x00020E3C, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-16
	  xMax:			854
	  yMax:			1079

	     0: Flags:		0x0226
		Glyf Index:	683
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	-11
		Y BOffset:	-52
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    34 
	00003: PUSHW[1]            -32 
	00006: NPUSHB      (20):    11    11     6    85     0    34    96    34   112    34 
	                             3     0    34    27    13     7    65     1     1    24 
	00028: PUSHW[2]            735    41 
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: DELTAP1    
	00038: CALL       
	00039: SHC[rp1,zp0] 

	Glyph 728: off = 0x00020E7C, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			60
	  yMin:			0
	  xMax:			838
	  yMax:			1466

	     0: Flags:		0x0026
		Glyf Index:	684
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	31
		Y BOffset:	57
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    33 
	00003: PUSHW[1]            -30 
	00006: PUSHB[5]             15    15     6    85    33 
	00012: PUSHW[1]            -30 
	00015: PUSHB[8]             10    10     6    85     0    33     1    33 
	00024: PUSHW[1]            -64 
	00027: NPUSHB      (12):    12    14    52     0    33    26    20    19    65     1 
	                             1    23 
	00041: PUSHW[2]            732    41 
	00046: SVTCA[y-axis] 
	00047: CALL       
	00048: SVTCA[x-axis] 
	00049: CALL       
	00050: CALL       
	00051: DELTAP1    
	00052: CALL       
	00053: CALL       
	00054: SHC[rp1,zp0] 

	Glyph 729: off = 0x00020ECC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			0
	  xMax:			1086
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	686
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	664
		X WOffset:	319
		Y WOffset:	-68
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    37    30    21    14    65     1     1    27 
	00012: PUSHW[2]            735    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 730: off = 0x00020EFC, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			60
	  yMin:			0
	  xMax:			572
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	688
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	664
		X WOffset:	-158
		Y WOffset:	-50
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    28 
	00003: PUSHW[1]            -30 
	00006: PUSHB[5]             11    13     6    85    28 
	00012: PUSHW[1]            -64 
	00015: PUSHB[8]             12    14    52    16    28   144    28     2 
	00024: PUSHW[1]            -22 
	00027: PUSHB[8]             28    21     2     3    65     1     1    18 
	00036: PUSHW[2]            735    41 
	00041: SVTCA[y-axis] 
	00042: CALL       
	00043: SVTCA[x-axis] 
	00044: CALL       
	00045: DELTAP1    
	00046: CALL       
	00047: CALL       
	00048: SHC[rp1,zp0] 

	Glyph 731: off = 0x00020F48, len = 408
	  numberOfContours:	3
	  xMin:			90
	  yMin:			-31
	  xMax:			1086
	  yMax:			1090

	EndPoints
	---------
	  0:  13
	  1:  25
	  2:  40

	  Length of Instructions:	281
	00000: NPUSHB      (33):    47    42    92    18    92    22    83    24   167     9 
	                           168    13   231     1   233     6     8    55    24    71 
	                            24    83     2    89     5    89     9    83    12    83 
	                            16     7    34 
	00035: PUSHW[1]            723 
	00038: NPUSHB      (25):   127    26   159    26     2    32    26   223    26     2 
	                            47    26     1    26    26    23    17   249    11    11 
	                            23   249     3     7    30 
	00065: PUSHW[1]            723 
	00068: NPUSHB      (18):    31    38    79    38     2    95    38   143    38   159 
	                            38     3    38    38    14    20    38     7 
	00088: PUSHW[1]            -12 
	00091: NPUSHB      (11):    16    16     2    85     7    12    15    15     2    85 
	                             7 
	00104: PUSHW[1]            -12 
	00107: NPUSHB      (11):    14    14     2    85     7    10    13    13     2    85 
	                             7 
	00120: PUSHW[1]            -10 
	00123: NPUSHB      (11):    12    12     2    85     7     0    11    11     2    85 
	                             7 
	00136: PUSHW[1]            -26 
	00139: PUSHB[5]             11    11     6    85     7 
	00145: PUSHW[1]            -16 
	00148: PUSHB[5]             13    13     6    85     7 
	00154: PUSHW[1]            -14 
	00157: PUSHB[5]             12    12     6    85     7 
	00163: PUSHW[1]             -8 
	00166: PUSHB[5]             15    15     6    85     7 
	00172: PUSHW[1]            710 
	00175: NPUSHB      (10):    42    14    38     0    10    12    15     2    85     0 
	00187: PUSHW[1]            -10 
	00190: NPUSHB      (29):    11    11     2    85     0    14    11    11     6    85 
	                             0    14    13    13     6    85     0    12    16    16 
	                             6    85     0    20    12    12     6    85     0 
	00221: PUSHW[1]            -10 
	00224: PUSHB[5]             15    15     6    85     0 
	00230: PUSHW[2]            709    41 
	00235: SRP0       
	00236: MIRP[srp0,nmd,rd,2] 
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: MIRP[nrp0,md,rd,1] 
	00245: SRP0       
	00246: MIRP[srp0,nmd,rd,2] 
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: MIRP[nrp0,md,rd,1] 
	00258: SRP1       
	00259: IP         
	00260: MDAP[rd]   
	00261: DELTAP1    
	00262: DELTAP2    
	00263: MIRP[nrp0,md,rd,1] 
	00264: SVTCA[y-axis] 
	00265: MIAP[rd+ci] 
	00266: MIRP[nrp0,md,rd,1] 
	00267: MIAP[rd+ci] 
	00268: MIRP[srp0,md,rd,1] 
	00269: SRP1       
	00270: IP         
	00271: MDAP[rd]   
	00272: DELTAP1    
	00273: DELTAP2    
	00274: DELTAP3    
	00275: MIRP[nrp0,md,rd,1] 
	00276: IUP[y]     
	00277: IUP[x]     
	00278: SVTCA[x-axis] 
	00279: DELTAP1    
	00280: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:                                      Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:                                      Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short         On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    90,   526)  ->  Abs (    90,   526)
	  1: Rel (     0,   254)  ->  Abs (    90,   780)
	  2: Rel (   273,   310)  ->  Abs (   363,  1090)
	  3: Rel (   225,     0)  ->  Abs (   588,  1090)
	  4: Rel (   134,     0)  ->  Abs (   722,  1090)
	  5: Rel (   216,  -117)  ->  Abs (   938,   973)
	  6: Rel (   148,  -256)  ->  Abs (  1086,   717)
	  7: Rel (     0,  -191)  ->  Abs (  1086,   526)
	  8: Rel (     0,  -157)  ->  Abs (  1086,   369)
	  9: Rel (  -112,  -248)  ->  Abs (   974,   121)
	 10: Rel (  -226,  -152)  ->  Abs (   748,   -31)
	 11: Rel (  -160,     0)  ->  Abs (   588,   -31)
	 12: Rel (  -225,     0)  ->  Abs (   363,   -31)
	 13: Rel (  -273,   305)  ->  Abs (    90,   274)
	 14: Rel (   209,   252)  ->  Abs (   299,   526)
	 15: Rel (     0,  -188)  ->  Abs (   299,   338)
	 16: Rel (   152,  -209)  ->  Abs (   451,   129)
	 17: Rel (   137,     0)  ->  Abs (   588,   129)
	 18: Rel (   148,     0)  ->  Abs (   736,   129)
	 19: Rel (   143,   226)  ->  Abs (   879,   355)
	 20: Rel (     0,   173)  ->  Abs (   879,   528)
	 21: Rel (     0,   192)  ->  Abs (   879,   720)
	 22: Rel (  -154,   214)  ->  Abs (   725,   934)
	 23: Rel (  -137,     0)  ->  Abs (   588,   934)
	 24: Rel (  -145,     0)  ->  Abs (   443,   934)
	 25: Rel (  -144,  -231)  ->  Abs (   299,   703)
	 26: Rel (   291,   -89)  ->  Abs (   590,   614)
	 27: Rel (    22,     0)  ->  Abs (   612,   614)
	 28: Rel (    37,   -20)  ->  Abs (   649,   594)
	 29: Rel (    25,   -38)  ->  Abs (   674,   556)
	 30: Rel (     0,   -26)  ->  Abs (   674,   530)
	 31: Rel (     0,   -24)  ->  Abs (   674,   506)
	 32: Rel (   -22,   -38)  ->  Abs (   652,   468)
	 33: Rel (   -38,   -22)  ->  Abs (   614,   446)
	 34: Rel (   -24,     0)  ->  Abs (   590,   446)
	 35: Rel (   -24,     0)  ->  Abs (   566,   446)
	 36: Rel (   -37,    22)  ->  Abs (   529,   468)
	 37: Rel (   -23,    38)  ->  Abs (   506,   506)
	 38: Rel (     0,    24)  ->  Abs (   506,   530)
	 39: Rel (     0,    35)  ->  Abs (   506,   565)
	 40: Rel (    48,    49)  ->  Abs (   554,   614)

	Glyph 732: off = 0x000210E0, len = 358
	  numberOfContours:	2
	  xMin:			110
	  yMin:			-408
	  xMax:			1015
	  yMax:			1073

	EndPoints
	---------
	  0:  24
	  1:  40

	  Length of Instructions:	233
	00000: NPUSHB      (32):     9    32    31    34    52     9    32    14    17    52 
	                            73    21    75    22    91    21   139    22   184    15 
	                             5    25    21    41    21    56    21    61    22     4 
	                            15    23 
	00034: PUSHW[1]            -16 
	00037: PUSHB[3]              2    14    21 
	00041: PUSHW[4]            -16     2    25   723 
	00050: NPUSHB      (19):    33    33     3   108     8     8    13    41    18    14 
	                            11    11    23   249    13     7     5   197     6 
	00071: PUSHW[1]            -64 
	00074: PUSHB[6]             25    40    52     6    85    29 
	00081: PUSHW[1]            723 
	00084: PUSHB[7]             37    20    15    15     6    85    37 
	00092: PUSHW[1]            -22 
	00095: NPUSHB      (20):    12    13     6    85    37    64    35    38    52    37 
	                            64    25    28    52    37    37     0    19    32    16 
	00117: PUSHW[1]             -8 
	00120: PUSHB[5]             11    12     6    85    16 
	00126: PUSHW[1]             -4 
	00129: NPUSHB      (20):    13    13     6    85    16    20    15    15     6    85 
	                            16    35    16    16     6    85    47    16     1    16 
	00151: PUSHW[1]            712 
	00154: NPUSHB      (22):    42     0    32    11    18    11    13     6    85    11 
	                             8    15    15     6    85    11    18    16    16     6 
	                            85    11 
	00178: PUSHW[2]            713    41 
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,2] 
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: MIRP[nrp0,md,rd,1] 
	00189: SRP0       
	00190: MIRP[srp0,nmd,rd,2] 
	00191: DELTAP1    
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: MIRP[nrp0,md,rd,1] 
	00197: SRP1       
	00198: IP         
	00199: MDAP[rd]   
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: CALL       
	00204: MIRP[nrp0,md,rd,1] 
	00205: MIRP[srp0,md,rd,2] 
	00206: CALL       
	00207: MIRP[nrp0,nmd,rd,0] 
	00208: SVTCA[y-axis] 
	00209: MIAP[rd+ci] 
	00210: MIRP[nrp0,md,rd,1] 
	00211: SHP[rp1,zp0] 
	00212: MDAP[rd]   
	00213: MIAP[rd+ci] 
	00214: SRP1       
	00215: SRP2       
	00216: IP         
	00217: MDAP[rd]   
	00218: MIRP[nrp0,md,rd,1] 
	00219: SHP[rp1,zp0] 
	00220: MDAP[rd]   
	00221: MIRP[nrp0,md,rd,1] 
	00222: IUP[y]     
	00223: IUP[x]     
	00224: SLOOP      
	00225: SHPIX      
	00226: SVTCA[x-axis] 
	00227: SLOOP      
	00228: SHPIX      
	00229: DELTAP1    
	00230: DELTAP1    
	00231: CALL       
	00232: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:        XDual         Y-Short         Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:        XDual                         On
	 11:        XDual                         On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual                               Off
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual                         On
	 18:  YDual                       X-Short On
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                                      On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short         Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   294,   897)  ->  Abs (   294,   897)
	  1: Rel (     0,  -281)  ->  Abs (   294,   616)
	  2: Rel (     0,  -122)  ->  Abs (   294,   494)
	  3: Rel (    92,     0)  ->  Abs (   386,   494)
	  4: Rel (    45,     0)  ->  Abs (   431,   494)
	  5: Rel (    31,    12)  ->  Abs (   462,   506)
	  6: Rel (    19,  -139)  ->  Abs (   481,   367)
	  7: Rel (   -54,   -25)  ->  Abs (   427,   342)
	  8: Rel (   -68,     0)  ->  Abs (   359,   342)
	  9: Rel (  -249,     0)  ->  Abs (   110,   342)
	 10: Rel (     0,   279)  ->  Abs (   110,   621)
	 11: Rel (     0,   399)  ->  Abs (   110,  1020)
	 12: Rel (   180,    53)  ->  Abs (   290,  1073)
	 13: Rel (   193,     0)  ->  Abs (   483,  1073)
	 14: Rel (   282,     0)  ->  Abs (   765,  1073)
	 15: Rel (   250,  -230)  ->  Abs (  1015,   843)
	 16: Rel (     0,  -249)  ->  Abs (  1015,   594)
	 17: Rel (     0, -1002)  ->  Abs (  1015,  -408)
	 18: Rel (  -190,     0)  ->  Abs (   825,  -408)
	 19: Rel (     0,   983)  ->  Abs (   825,   575)
	 20: Rel (     0,   117)  ->  Abs (   825,   692)
	 21: Rel (   -63,   145)  ->  Abs (   762,   837)
	 22: Rel (  -165,    78)  ->  Abs (   597,   915)
	 23: Rel (  -126,     0)  ->  Abs (   471,   915)
	 24: Rel (   -98,     0)  ->  Abs (   373,   915)
	 25: Rel (   267,  -349)  ->  Abs (   640,   566)
	 26: Rel (    24,     0)  ->  Abs (   664,   566)
	 27: Rel (    37,   -23)  ->  Abs (   701,   543)
	 28: Rel (    23,   -37)  ->  Abs (   724,   506)
	 29: Rel (     0,   -24)  ->  Abs (   724,   482)
	 30: Rel (     0,   -25)  ->  Abs (   724,   457)
	 31: Rel (   -22,   -37)  ->  Abs (   702,   420)
	 32: Rel (   -37,   -22)  ->  Abs (   665,   398)
	 33: Rel (   -25,     0)  ->  Abs (   640,   398)
	 34: Rel (   -24,     0)  ->  Abs (   616,   398)
	 35: Rel (   -38,    22)  ->  Abs (   578,   420)
	 36: Rel (   -22,    38)  ->  Abs (   556,   458)
	 37: Rel (     0,    24)  ->  Abs (   556,   482)
	 38: Rel (     0,    22)  ->  Abs (   556,   504)
	 39: Rel (    19,    37)  ->  Abs (   575,   541)
	 40: Rel (    39,    25)  ->  Abs (   614,   566)

	Glyph 733: off = 0x00021246, len = 352
	  numberOfContours:	2
	  xMin:			115
	  yMin:			-16
	  xMax:			1029
	  yMax:			1079

	EndPoints
	---------
	  0:  32
	  1:  45

	  Length of Instructions:	214
	00000: NPUSHB      (19):    77    14    75    18   122    14   139    14     4    47 
	                            14    47    18    61    14    61    18     4    33 
	00021: PUSHW[1]            723 
	00024: NPUSHB      (28):    40    40    24   108    29    29     2     8    11   249 
	                            10    10    13   249     8    11     0     0    19   249 
	                             2     7    11    11    10    10    32    27 
	00054: PUSHW[1]            -64 
	00057: PUSHB[6]             25    35    52    27    62    37 
	00064: PUSHW[3]            723    43   -28 
	00071: NPUSHB      (32):    12    13     6    85    43     8    16    16     6    85 
	                            43    64    33    35    52    43    64    25    28    52 
	                            43    43    22    16    38     5     8    16    16     6 
	                            85     5 
	00105: PUSHW[1]             -8 
	00108: PUSHB[5]             15    15     6    85     5 
	00114: PUSHW[1]             -8 
	00117: PUSHB[8]             11    13     6    85    32     5     1     5 
	00126: PUSHW[6]            710    47    22   719    32    -8 
	00139: NPUSHB      (17):    16    16     6    85    32    14    15    15     6    85 
	                            32    14    11    13     6    85    32 
	00158: PUSHW[2]            713    46 
	00163: SRP0       
	00164: MIRP[srp0,nmd,rd,2] 
	00165: CALL       
	00166: CALL       
	00167: CALL       
	00168: MIRP[nrp0,md,rd,1] 
	00169: SRP0       
	00170: MIRP[srp0,nmd,rd,0] 
	00171: DELTAP1    
	00172: CALL       
	00173: CALL       
	00174: CALL       
	00175: MIRP[nrp0,md,rd,1] 
	00176: SRP1       
	00177: IP         
	00178: MDAP[rd]   
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: MIRP[nrp0,md,rd,1] 
	00184: MIRP[nrp0,md,rd,2] 
	00185: CALL       
	00186: SRP1       
	00187: SHP[rp1,zp0] 
	00188: MDAP[rd]   
	00189: SHP[rp1,zp0] 
	00190: MDAP[rd]   
	00191: SVTCA[y-axis] 
	00192: MIAP[rd+ci] 
	00193: MIRP[nrp0,md,rd,1] 
	00194: SHP[rp1,zp0] 
	00195: MDAP[rd]   
	00196: MIAP[rd+ci] 
	00197: MIRP[nrp0,md,rd,1] 
	00198: SHP[rp1,zp0] 
	00199: MDAP[rd]   
	00200: MIRP[nrp0,md,rd,1] 
	00201: SRP1       
	00202: SRP2       
	00203: IP         
	00204: MDAP[rd]   
	00205: MIRP[nrp0,md,rd,1] 
	00206: SHP[rp1,zp0] 
	00207: MDAP[rd]   
	00208: MIRP[nrp0,md,rd,1] 
	00209: IUP[y]     
	00210: IUP[x]     
	00211: SVTCA[x-axis] 
	00212: DELTAP1    
	00213: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:                                      Off
	  5:        XDual                         On
	  6:        XDual                         Off
	  7:                                      Off
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:                      Y-Short         On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   122,  1026)  ->  Abs (   122,  1026)
	  1: Rel (   173,    53)  ->  Abs (   295,  1079)
	  2: Rel (   189,     0)  ->  Abs (   484,  1079)
	  3: Rel (   233,     0)  ->  Abs (   717,  1079)
	  4: Rel (   312,  -274)  ->  Abs (  1029,   805)
	  5: Rel (     0,  -260)  ->  Abs (  1029,   545)
	  6: Rel (     0,  -257)  ->  Abs (  1029,   288)
	  7: Rel (  -320,  -304)  ->  Abs (   709,   -16)
	  8: Rel (  -286,     0)  ->  Abs (   423,   -16)
	  9: Rel (  -195,     0)  ->  Abs (   228,   -16)
	 10: Rel (  -113,    71)  ->  Abs (   115,    55)
	 11: Rel (    46,   158)  ->  Abs (   161,   213)
	 12: Rel (    98,   -63)  ->  Abs (   259,   150)
	 13: Rel (   151,     0)  ->  Abs (   410,   150)
	 14: Rel (   171,     0)  ->  Abs (   581,   150)
	 15: Rel (   247,   195)  ->  Abs (   828,   345)
	 16: Rel (     0,   196)  ->  Abs (   828,   541)
	 17: Rel (     0,   172)  ->  Abs (   828,   713)
	 18: Rel (  -194,   209)  ->  Abs (   634,   922)
	 19: Rel (  -162,     0)  ->  Abs (   472,   922)
	 20: Rel (   -84,     0)  ->  Abs (   388,   922)
	 21: Rel (   -82,   -19)  ->  Abs (   306,   903)
	 22: Rel (     0,  -194)  ->  Abs (   306,   709)
	 23: Rel (     0,  -123)  ->  Abs (   306,   586)
	 24: Rel (   123,     0)  ->  Abs (   429,   586)
	 25: Rel (    18,     0)  ->  Abs (   447,   586)
	 26: Rel (    10,     2)  ->  Abs (   457,   588)
	 27: Rel (    21,  -135)  ->  Abs (   478,   453)
	 28: Rel (   -39,   -19)  ->  Abs (   439,   434)
	 29: Rel (   -66,     0)  ->  Abs (   373,   434)
	 30: Rel (   -98,     0)  ->  Abs (   275,   434)
	 31: Rel (  -153,   131)  ->  Abs (   122,   565)
	 32: Rel (     0,   135)  ->  Abs (   122,   700)
	 33: Rel (   522,   -73)  ->  Abs (   644,   627)
	 34: Rel (    24,     0)  ->  Abs (   668,   627)
	 35: Rel (    37,   -23)  ->  Abs (   705,   604)
	 36: Rel (    23,   -37)  ->  Abs (   728,   567)
	 37: Rel (     0,   -24)  ->  Abs (   728,   543)
	 38: Rel (     0,   -36)  ->  Abs (   728,   507)
	 39: Rel (   -48,   -48)  ->  Abs (   680,   459)
	 40: Rel (   -36,     0)  ->  Abs (   644,   459)
	 41: Rel (   -35,     0)  ->  Abs (   609,   459)
	 42: Rel (   -49,    48)  ->  Abs (   560,   507)
	 43: Rel (     0,    36)  ->  Abs (   560,   543)
	 44: Rel (     0,    35)  ->  Abs (   560,   578)
	 45: Rel (    48,    49)  ->  Abs (   608,   627)

	Glyph 734: off = 0x000213A6, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			10
	  yMin:			0
	  xMax:			870
	  yMax:			1061

	     0: Flags:		0x0226
		Glyf Index:	694
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	664
		X WOffset:	-155
		Y WOffset:	-115
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              1    28    18    11    12     6    85    28 
	00009: PUSHW[1]            -18 
	00012: NPUSHB      (16):    13    13     6    85     0    28    28     9     9    65 
	                            71    11     1     1     1    18 
	00030: PUSHW[2]            737    41 
	00035: SVTCA[y-axis] 
	00036: CALL       
	00037: SVTCA[x-axis] 
	00038: DELTAP2    
	00039: CALL       
	00040: CALL       
	00041: CALL       
	00042: SHC[rp1,zp0] 

	Glyph 735: off = 0x000213EC, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			150
	  yMin:			-408
	  xMax:			1016
	  yMax:			1061

	     0: Flags:		0x0226
		Glyf Index:	695
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	664
		X WOffset:	200
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (28):     2    35     8    16    16     6    85    35    64    62 
	                            67    52    35    64    51    55    52    35    64    29 
	                            31    52   255    35     1   112    35     1 
	00030: PUSHW[1]            -93 
	00033: PUSHB[8]             35    28    23    19    65     2     1    25 
	00042: PUSHW[2]            738    41 
	00047: SVTCA[y-axis] 
	00048: CALL       
	00049: SVTCA[x-axis] 
	00050: CALL       
	00051: DELTAP1    
	00052: DELTAP2    
	00053: CALL       
	00054: CALL       
	00055: CALL       
	00056: CALL       
	00057: SHC[rp1,zp0] 

	Glyph 736: off = 0x00021440, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			40
	  yMin:			0
	  xMax:			898
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	696
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	664
		X BOffset:	18
		Y BOffset:	-72
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    25 
	00003: PUSHW[1]            -18 
	00006: NPUSHB      (13):    13    13     6    85     0    25    18    14     8    65 
	                             1     1    15 
	00021: PUSHW[2]            737    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: CALL       
	00031: SHC[rp1,zp0] 

	Glyph 737: off = 0x00021478, len = 370
	  numberOfContours:	2
	  xMin:			100
	  yMin:			-29
	  xMax:			1322
	  yMax:			1061

	EndPoints
	---------
	  0:  33
	  1:  46

	  Length of Instructions:	216
	00000: NPUSHB      (90):    47    48   205    19   203    20   203    25   218    20 
	                           218    25     6   164    11   164    12   170    20   170 
	                            25   187    20   187    25     6   121    31   140     5 
	                           137    30   137    31   155    20   153    25     6   106 
	                            18   106    31   117    11   114    12   116    16   118 
	                            26     6    72    20    72    25    89     5    92    18 
	                            90    31   104     5     6    43    31    49    15    53 
	                            16    61    19    61    26    49    30     6     7    15 
	                             8    19    22    15    28    19    25    26     5    34 
	00092: PUSHW[1]            723 
	00095: NPUSHB      (16):    40    40    17    14     3     3    33    17   249    28 
	                            11    22     7    33     6    37 
	00113: PUSHW[1]            723 
	00116: PUSHB[7]            111    44     1    44    44    22     8 
	00124: PUSHW[1]             -8 
	00127: NPUSHB      (27):    16    16     6    85    22     8    16    16     6    85 
	                            33     8    16    16     6    85     8    32    48     7 
	                             1     7     7    33    22    32    23 
	00156: PUSHW[1]            710 
	00159: PUSHB[6]             48    14     3     0    32    33 
	00166: PUSHW[2]            709    47 
	00171: SRP0       
	00172: MIRP[srp0,nmd,rd,2] 
	00173: MIRP[srp0,md,rd,1] 
	00174: SHP[rp2,zp1] 
	00175: SHP[rp2,zp1] 
	00176: SRP0       
	00177: MIRP[srp0,nmd,rd,2] 
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP2       
	00180: IP         
	00181: MDAP[rd]   
	00182: DELTAP1    
	00183: MIRP[srp0,md,rd,1] 
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: SRP1       
	00188: IP         
	00189: MDAP[rd]   
	00190: DELTAP1    
	00191: MIRP[nrp0,md,rd,1] 
	00192: SVTCA[y-axis] 
	00193: MIAP[rd+ci] 
	00194: ALIGNRP    
	00195: ALIGNRP    
	00196: MIAP[rd+ci] 
	00197: MIRP[nrp0,md,rd,1] 
	00198: SRP2       
	00199: IP         
	00200: MDAP[rd]   
	00201: SHP[rp1,zp0] 
	00202: SRP1       
	00203: IP         
	00204: MDAP[rd]   
	00205: MIRP[nrp0,md,rd,1] 
	00206: IUP[y]     
	00207: IUP[x]     
	00208: SVTCA[x-axis] 
	00209: DELTAP1    
	00210: DELTAP1    
	00211: DELTAP1    
	00212: DELTAP1    
	00213: DELTAP1    
	00214: DELTAP1    
	00215: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short On
	  2:        XDual                 X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:        XDual                 X-Short On
	  8:  YDual XDual                 X-Short On
	  9:                              X-Short On
	 10:              Rep-  3 Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:        XDual                 X-Short On
	 23:  YDual XDual                 X-Short On
	 24:                              X-Short On
	 25:                      Y-Short X-Short Off
	 26:                              X-Short Off
	 27:                      Y-Short         Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:                              X-Short Off
	 32:        XDual                         On
	 33:                              X-Short On
	 34:                                      On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   294,  1061)  ->  Abs (   294,  1061)
	  1: Rel (     4,  -172)  ->  Abs (   298,   889)
	  2: Rel (     6,  -265)  ->  Abs (   304,   624)
	  3: Rel (    17,  -102)  ->  Abs (   321,   522)
	  4: Rel (   106,     0)  ->  Abs (   427,   522)
	  5: Rel (   170,   106)  ->  Abs (   597,   628)
	  6: Rel (     0,   148)  ->  Abs (   597,   776)
	  7: Rel (    21,   285)  ->  Abs (   618,  1061)
	  8: Rel (   192,     0)  ->  Abs (   810,  1061)
	  9: Rel (   -24,  -334)  ->  Abs (   786,   727)
	 10: Rel (    -6,   -85)  ->  Abs (   780,   642)
	 11: Rel (   -26,   -88)  ->  Abs (   754,   554)
	 12: Rel (   -81,   -98)  ->  Abs (   673,   456)
	 13: Rel (  -175,   -73)  ->  Abs (   498,   383)
	 14: Rel (  -148,   -12)  ->  Abs (   350,   371)
	 15: Rel (    25,  -108)  ->  Abs (   375,   263)
	 16: Rel (   182,  -130)  ->  Abs (   557,   133)
	 17: Rel (   133,     0)  ->  Abs (   690,   133)
	 18: Rel (   123,     0)  ->  Abs (   813,   133)
	 19: Rel (   176,   117)  ->  Abs (   989,   250)
	 20: Rel (    84,   185)  ->  Abs (  1073,   435)
	 21: Rel (    14,   171)  ->  Abs (  1087,   606)
	 22: Rel (    43,   455)  ->  Abs (  1130,  1061)
	 23: Rel (   192,     0)  ->  Abs (  1322,  1061)
	 24: Rel (   -36,  -393)  ->  Abs (  1286,   668)
	 25: Rel (   -21,  -221)  ->  Abs (  1265,   447)
	 26: Rel (  -108,  -294)  ->  Abs (  1157,   153)
	 27: Rel (  -267,  -182)  ->  Abs (   890,   -29)
	 28: Rel (  -211,     0)  ->  Abs (   679,   -29)
	 29: Rel (  -187,     0)  ->  Abs (   492,   -29)
	 30: Rel (  -253,   181)  ->  Abs (   239,   152)
	 31: Rel (  -125,   336)  ->  Abs (   114,   488)
	 32: Rel (     0,   280)  ->  Abs (   114,   768)
	 33: Rel (   -14,   293)  ->  Abs (   100,  1061)
	 34: Rel (   784,  -510)  ->  Abs (   884,   551)
	 35: Rel (    35,     0)  ->  Abs (   919,   551)
	 36: Rel (    49,   -49)  ->  Abs (   968,   502)
	 37: Rel (     0,   -35)  ->  Abs (   968,   467)
	 38: Rel (     0,   -35)  ->  Abs (   968,   432)
	 39: Rel (   -48,   -49)  ->  Abs (   920,   383)
	 40: Rel (   -36,     0)  ->  Abs (   884,   383)
	 41: Rel (   -21,     0)  ->  Abs (   863,   383)
	 42: Rel (   -37,    19)  ->  Abs (   826,   402)
	 43: Rel (   -26,    39)  ->  Abs (   800,   441)
	 44: Rel (     0,    26)  ->  Abs (   800,   467)
	 45: Rel (     0,    35)  ->  Abs (   800,   502)
	 46: Rel (    48,    49)  ->  Abs (   848,   551)

	Glyph 738: off = 0x000215EA, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			40
	  yMin:			-8
	  xMax:			1171
	  yMax:			1073

	     0: Flags:		0x0226
		Glyf Index:	698
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	664
		X WOffset:	390
		Y WOffset:	-93
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     1   160    41   176    41     2     0    41    34    24 
	                            18    65     1     1    31 
	00017: PUSHW[2]            737    41 
	00022: SVTCA[y-axis] 
	00023: CALL       
	00024: SVTCA[x-axis] 
	00025: CALL       
	00026: DELTAP1    
	00027: SHC[rp1,zp0] 

	Glyph 739: off = 0x00021620, len = 146
	  numberOfContours:	2
	  xMin:			155
	  yMin:			0
	  xMax:			350
	  yMax:			1350

	EndPoints
	---------
	  0:  3
	  1:  18

	  Length of Instructions:	78
	00000: PUSHW[4]             12   723     4   733 
	00009: PUSHB[5]              2    10     3     6     8 
	00015: PUSHW[1]            723 
	00018: PUSHB[4]             16    16     3    20 
	00023: PUSHW[1]            712 
	00026: PUSHB[3]              0    32     3 
	00030: PUSHW[1]             -2 
	00033: PUSHB[5]             11    11     6    85     3 
	00039: PUSHW[1]             -2 
	00042: NPUSHB      (11):    13    13     6    85     3    20    16    16     6    85 
	                             3 
	00055: PUSHW[2]            711    19 
	00060: SRP0       
	00061: MIRP[srp0,nmd,rd,2] 
	00062: CALL       
	00063: CALL       
	00064: CALL       
	00065: MIRP[srp0,md,rd,1] 
	00066: MIRP[nrp0,nmd,rd,2] 
	00067: SRP2       
	00068: IP         
	00069: MDAP[rd]   
	00070: MIRP[nrp0,md,rd,1] 
	00071: SVTCA[y-axis] 
	00072: MIAP[rd+ci] 
	00073: MIAP[rd+ci] 
	00074: MIAP[rd+ci] 
	00075: MIRP[nrp0,md,rd,1] 
	00076: IUP[y]     
	00077: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:        XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   350,  1061)  ->  Abs (   350,  1061)
	  1: Rel (     0, -1061)  ->  Abs (   350,     0)
	  2: Rel (  -195,     0)  ->  Abs (   155,     0)
	  3: Rel (     0,  1061)  ->  Abs (   155,  1061)
	  4: Rel (    96,   289)  ->  Abs (   251,  1350)
	  5: Rel (    22,     0)  ->  Abs (   273,  1350)
	  6: Rel (    37,   -20)  ->  Abs (   310,  1330)
	  7: Rel (    25,   -38)  ->  Abs (   335,  1292)
	  8: Rel (     0,   -26)  ->  Abs (   335,  1266)
	  9: Rel (     0,   -24)  ->  Abs (   335,  1242)
	 10: Rel (   -22,   -38)  ->  Abs (   313,  1204)
	 11: Rel (   -38,   -22)  ->  Abs (   275,  1182)
	 12: Rel (   -24,     0)  ->  Abs (   251,  1182)
	 13: Rel (   -24,     0)  ->  Abs (   227,  1182)
	 14: Rel (   -37,    22)  ->  Abs (   190,  1204)
	 15: Rel (   -23,    38)  ->  Abs (   167,  1242)
	 16: Rel (     0,    24)  ->  Abs (   167,  1266)
	 17: Rel (     0,    35)  ->  Abs (   167,  1301)
	 18: Rel (    48,    49)  ->  Abs (   215,  1350)

	Glyph 740: off = 0x000216B2, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			50
	  yMin:			0
	  xMax:			1065
	  yMax:			1355

	     0: Flags:		0x0226
		Glyf Index:	673
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	667
		X WOffset:	134
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (22):     1    20    64    18    21    52     0    20    16    20 
	                           224    20     3     0    20    21    11    11    65     1 
	                             1    20 
	00024: PUSHW[2]            733    41 
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: DELTAP1    
	00034: CALL       
	00035: SHC[rp1,zp0] 

	Glyph 741: off = 0x000216F0, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-16
	  xMax:			854
	  yMax:			1355

	     0: Flags:		0x0226
		Glyf Index:	683
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0106
		Glyf Index:	667
		X BOffset:	100
		Y BOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    25    26    13     7    65     1     1    25 
	00012: PUSHW[2]            733    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 742: off = 0x0002171E, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			115
	  yMin:			-16
	  xMax:			1029
	  yMax:			1355

	     0: Flags:		0x0226
		Glyf Index:	692
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	667
		X WOffset:	188
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              1    64    34     1    34 
	00006: PUSHW[1]            -64 
	00009: NPUSHB      (12):     9    11    52     0    34    35     2     2    65     1 
	                             1    34 
	00023: PUSHW[2]            733    41 
	00028: SVTCA[y-axis] 
	00029: CALL       
	00030: SVTCA[x-axis] 
	00031: CALL       
	00032: CALL       
	00033: DELTAP1    
	00034: SHC[rp1,zp0] 

	Glyph 743: off = 0x0002175C, len = 304
	  numberOfContours:	1
	  xMin:			60
	  yMin:			0
	  xMax:			1124
	  yMax:			1466

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	210
	00000: NPUSHB      (35):   108     2   113     8   115     9     3     5    15    26 
	                             8    39    24    52     3    75     0    75     1    87 
	                            25   111     8   138     8   130    24    10     2    24 
	                            12    17     6    85    16 
	00037: PUSHW[1]            -24 
	00040: NPUSHB      (59):    12    17     6    85    12    25    16    15    15     0 
	                             2     9    10     1     1    10    10    32    15     0 
	                            20    15    15     0    25    16     2     9     4    14 
	                             6     5     0     1    10    11   249    14    20    21 
	                            21    15    15    14     6    22    19    20     4     5 
	                             7     9     2    25    16     4    21     6     1 
	00101: PUSHW[1]            608 
	00104: PUSHB[8]            128     0     1     0     0    20    32    21 
	00113: PUSHW[1]            714 
	00116: NPUSHB      (15):    27    10    11    12    15   117    14    14    13    32 
	                            12    12     5    32     6 
	00133: PUSHW[2]            713    26 
	00138: SRP0       
	00139: MIRP[srp0,nmd,rd,2] 
	00140: MIRP[nrp0,md,rd,1] 
	00141: SHP[rp1,zp0] 
	00142: MDAP[rd]   
	00143: MIRP[srp0,md,rd,1] 
	00144: ALIGNRP    
	00145: SRP0       
	00146: MIRP[nrp0,nmd,rd,0] 
	00147: SRP0       
	00148: ALIGNRP    
	00149: SHP[rp2,zp1] 
	00150: SRP0       
	00151: MIRP[srp0,nmd,rd,2] 
	00152: MIRP[nrp0,md,rd,1] 
	00153: SHP[rp1,zp0] 
	00154: MDAP[rd]   
	00155: DELTAP1    
	00156: MIRP[nrp0,md,rd,1] 
	00157: SRP1       
	00158: SRP2       
	00159: SLOOP      
	00160: IP         
	00161: SHP[rp1,zp0] 
	00162: SRP1       
	00163: SHP[rp1,zp0] 
	00164: SRP1       
	00165: SHP[rp1,zp0] 
	00166: SHP[rp2,zp1] 
	00167: SVTCA[y-axis] 
	00168: MIAP[rd+ci] 
	00169: ALIGNRP    
	00170: SRP0       
	00171: ALIGNRP    
	00172: SRP0       
	00173: ALIGNRP    
	00174: SRP0       
	00175: MIRP[nrp0,md,rd,1] 
	00176: MIAP[rd+ci] 
	00177: ALIGNRP    
	00178: ALIGNRP    
	00179: ALIGNRP    
	00180: SRP2       
	00181: SLOOP      
	00182: IP         
	00183: SDPVTL[1]  
	00184: SFVTCA[x-axis] 
	00185: MDAP[nrd]  
	00186: CALL       
	00187: RDTG       
	00188: SRP0       
	00189: MDRP[nrp0,nmd,rd,0] 
	00190: SPVTL[p1,p2] 
	00191: SFVTPV     
	00192: ALIGNRP    
	00193: ALIGNRP    
	00194: SDPVTL[1]  
	00195: SFVTPV     
	00196: SRP0       
	00197: MDRP[nrp0,nmd,rd,0] 
	00198: ALIGNRP    
	00199: SVTCA[y-axis] 
	00200: RTG        
	00201: MDAP[rd]   
	00202: CALL       
	00203: CALL       
	00204: IUP[y]     
	00205: IUP[x]     
	00206: SVTCA[x-axis] 
	00207: DELTAP1    
	00208: SVTCA[y-axis] 
	00209: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:                                      On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                              X-Short On
	  6:  YDual                       X-Short On
	  7:        XDual                 X-Short On
	  8:        XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On
	 16:                                      On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual                 X-Short On
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1124,     0)  ->  Abs (  1124,     0)
	  1: Rel (  -236,     0)  ->  Abs (   888,     0)
	  2: Rel (  -405,   573)  ->  Abs (   483,   573)
	  3: Rel (   -93,   -51)  ->  Abs (   390,   522)
	  4: Rel (   -18,  -155)  ->  Abs (   372,   367)
	  5: Rel (   -43,  -367)  ->  Abs (   329,     0)
	  6: Rel (  -198,     0)  ->  Abs (   131,     0)
	  7: Rel (    43,   367)  ->  Abs (   174,   367)
	  8: Rel (    30,   256)  ->  Abs (   204,   623)
	  9: Rel (   178,    90)  ->  Abs (   382,   713)
	 10: Rel (  -134,   188)  ->  Abs (   248,   901)
	 11: Rel (  -188,     0)  ->  Abs (    60,   901)
	 12: Rel (     0,   565)  ->  Abs (    60,  1466)
	 13: Rel (   190,     0)  ->  Abs (   250,  1466)
	 14: Rel (     0,  -405)  ->  Abs (   250,  1061)
	 15: Rel (   120,     0)  ->  Abs (   370,  1061)
	 16: Rel (   340,  -475)  ->  Abs (   710,   586)
	 17: Rel (    62,    41)  ->  Abs (   772,   627)
	 18: Rel (    50,   109)  ->  Abs (   822,   736)
	 19: Rel (    13,   112)  ->  Abs (   835,   848)
	 20: Rel (    25,   213)  ->  Abs (   860,  1061)
	 21: Rel (   198,     0)  ->  Abs (  1058,  1061)
	 22: Rel (   -24,  -219)  ->  Abs (  1034,   842)
	 23: Rel (   -17,  -156)  ->  Abs (  1017,   686)
	 24: Rel (  -108,  -175)  ->  Abs (   909,   511)
	 25: Rel (  -103,   -62)  ->  Abs (   806,   449)

	Glyph 744: off = 0x0002188C, len = 40
	  numberOfContours:	1
	  xMin:			-36
	  yMin:			-275
	  xMax:			36
	  yMax:			1289

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	13
	00000: PUSHB[5]              2     3     0   171     3 
	00006: MDAP[rd]   
	00007: MIRP[nrp0,md,rd,1] 
	00008: SVTCA[y-axis] 
	00009: MDAP[rd]   
	00010: MDAP[rd]   
	00011: IUP[y]     
	00012: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (    36,  1289)  ->  Abs (    36,  1289)
	  1: Rel (     0, -1564)  ->  Abs (    36,  -275)
	  2: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	  3: Rel (     0,  1564)  ->  Abs (   -36,  1289)

	Glyph 745: off = 0x000218B4, len = 316
	  numberOfContours:	1
	  xMin:			-219
	  yMin:			-275
	  xMax:			219
	  yMax:			1413

	EndPoints
	---------
	  0:  14

	  Length of Instructions:	257
	00000: NPUSHB      (18):    24     5    23    11     2    77     2    77    14     2 
	                             1    12   229    13    13     4   229     3 
	00020: PUSHW[1]            -64 
	00023: PUSHB[4]              9    14    52     3 
	00028: PUSHW[1]            728 
	00031: NPUSHB      (13):     5    10   229     9     6   229     9     7    64     9 
	                            14    52     7 
	00046: PUSHW[1]            728 
	00049: PUSHB[7]              5     8    64    63    63    52     8 
	00057: PUSHW[1]            -64 
	00060: NPUSHB      (52):    22    23    52     8     8     5    11     5    14     2 
	                            64   141   142    52     2    64    91    92    52     2 
	                            64    38    41    52     2    64    14    23    52     2 
	                             2     5    34     9    20    52     5    12   229    13 
	                            10   229     9    13    64    43    45    52     0    13 
	                             1    13 
	00114: PUSHW[1]            726 
	00117: NPUSHB       (9):     9    64    43    45    52     0     9     1     9 
	00128: PUSHW[3]            726    11   -34 
	00135: NPUSHB      (15):    43    51    52    11    11    14   171     2     4   229 
	                             3     6   229     7     3 
	00152: PUSHW[1]            -64 
	00155: PUSHB[7]             43    45    52    15     3     1     3 
	00163: PUSHW[3]            726     7   -64 
	00170: PUSHB[7]             43    45    52    15     7     1     7 
	00178: PUSHW[1]            726 
	00181: PUSHB[8]              5    34    43    51    52     5     5     2 
	00190: MDAP[rd]   
	00191: SHP[rp1,zp0] 
	00192: MDAP[rd]   
	00193: CALL       
	00194: MIRP[nrp0,nmd,rd,0] 
	00195: DELTAP1    
	00196: CALL       
	00197: MIRP[nrp0,nmd,rd,0] 
	00198: DELTAP1    
	00199: CALL       
	00200: SRP0       
	00201: MIRP[nrp0,md,rd,0] 
	00202: SRP0       
	00203: MIRP[nrp0,md,rd,0] 
	00204: SRP0       
	00205: MIRP[srp0,md,rd,1] 
	00206: SHP[rp2,zp1] 
	00207: MDAP[rd]   
	00208: CALL       
	00209: MIRP[nrp0,nmd,rd,0] 
	00210: DELTAP1    
	00211: CALL       
	00212: MIRP[nrp0,nmd,rd,0] 
	00213: DELTAP1    
	00214: CALL       
	00215: SRP0       
	00216: MIRP[nrp0,md,rd,0] 
	00217: SRP0       
	00218: MIRP[nrp0,md,rd,0] 
	00219: SVTCA[y-axis] 
	00220: MDAP[rd]   
	00221: CALL       
	00222: SHP[rp1,zp0] 
	00223: MDAP[rd]   
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: ALIGNRP    
	00229: SRP0       
	00230: ALIGNRP    
	00231: SRP1       
	00232: SHP[rp1,zp0] 
	00233: MDAP[rd]   
	00234: CALL       
	00235: CALL       
	00236: SRP0       
	00237: MIRP[srp0,md,rd,1] 
	00238: CALL       
	00239: ALIGNRP    
	00240: MIRP[nrp0,md,rd,0] 
	00241: SRP0       
	00242: MIRP[nrp0,md,rd,0] 
	00243: SRP0       
	00244: MIRP[srp0,md,rd,1] 
	00245: CALL       
	00246: MIRP[nrp0,md,rd,0] 
	00247: ALIGNRP    
	00248: SRP0       
	00249: MIRP[nrp0,md,rd,0] 
	00250: MDAP[rd]   
	00251: IUP[y]     
	00252: IUP[x]     
	00253: SVTCA[y-axis] 
	00254: DELTAP1    
	00255: SVTCA[x-axis] 
	00256: DELTAP3    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short On
	 12:        XDual         Y-Short X-Short On
	 13:                      Y-Short X-Short On
	 14:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    36,  -275)  ->  Abs (    36,  -275)
	  1: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	  2: Rel (     0,  1389)  ->  Abs (   -36,  1114)
	  3: Rel (  -134,  -136)  ->  Abs (  -170,   978)
	  4: Rel (   -49,    49)  ->  Abs (  -219,  1027)
	  5: Rel (   171,   169)  ->  Abs (   -48,  1196)
	  6: Rel (  -171,   168)  ->  Abs (  -219,  1364)
	  7: Rel (    49,    49)  ->  Abs (  -170,  1413)
	  8: Rel (   170,  -171)  ->  Abs (     0,  1242)
	  9: Rel (   170,   171)  ->  Abs (   170,  1413)
	 10: Rel (    49,   -49)  ->  Abs (   219,  1364)
	 11: Rel (  -171,  -168)  ->  Abs (    48,  1196)
	 12: Rel (   171,  -169)  ->  Abs (   219,  1027)
	 13: Rel (   -49,   -49)  ->  Abs (   170,   978)
	 14: Rel (  -134,   136)  ->  Abs (    36,  1114)

	Glyph 746: off = 0x000219F0, len = 144
	  numberOfContours:	1
	  xMin:			-36
	  yMin:			-275
	  xMax:			430
	  yMax:			1413

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	95
	00000: NPUSHB      (54):     6    10   229     9   114     8     0     0     3     8 
	                             1   229     2   114     3     3     4   171     8     7 
	                             0   114     8     5   171     6     6     7    10   229 
	                             9     1   229     2     2     9   232     8     8     3 
	                            34    40    41    52     3    64     9    11    52     3 
	                           165     4   171     7 
	00056: MDAP[rd]   
	00057: MIRP[srp0,md,rd,1] 
	00058: MIRP[srp0,nmd,rd,2] 
	00059: CALL       
	00060: CALL       
	00061: ALIGNRP    
	00062: SRP0       
	00063: MIRP[srp0,nmd,rd,0] 
	00064: ALIGNRP    
	00065: SRP0       
	00066: MIRP[nrp0,md,rd,0] 
	00067: SRP0       
	00068: MIRP[nrp0,md,rd,0] 
	00069: SRP0       
	00070: ALIGNRP    
	00071: SRP0       
	00072: MIRP[nrp0,md,rd,1] 
	00073: SRP0       
	00074: MIRP[nrp0,md,rd,1] 
	00075: SVTCA[y-axis] 
	00076: MDAP[rd]   
	00077: ALIGNRP    
	00078: MIRP[srp0,md,rd,1] 
	00079: ALIGNRP    
	00080: SRP0       
	00081: MIRP[srp0,nmd,rd,0] 
	00082: MIRP[nrp0,nmd,rd,0] 
	00083: RTHG       
	00084: SRP1       
	00085: SRP2       
	00086: IP         
	00087: MDAP[rd]   
	00088: RTG        
	00089: SRP0       
	00090: MIRP[srp0,nmd,rd,0] 
	00091: MIRP[nrp0,nmd,rd,0] 
	00092: MDAP[rd]   
	00093: IUP[y]     
	00094: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:  YDual               Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   430,  1198)  ->  Abs (   430,  1198)
	  1: Rel (  -217,  -214)  ->  Abs (   213,   984)
	  2: Rel (   -49,    49)  ->  Abs (   164,  1033)
	  3: Rel (   137,   130)  ->  Abs (   301,  1163)
	  4: Rel (  -266,     0)  ->  Abs (    35,  1163)
	  5: Rel (     0, -1438)  ->  Abs (    35,  -275)
	  6: Rel (   -71,     0)  ->  Abs (   -36,  -275)
	  7: Rel (     0,  1509)  ->  Abs (   -36,  1234)
	  8: Rel (   337,     0)  ->  Abs (   301,  1234)
	  9: Rel (  -137,   130)  ->  Abs (   164,  1364)
	 10: Rel (    49,    49)  ->  Abs (   213,  1413)

	Glyph 747: off = 0x00021A80, len = 170
	  numberOfContours:	1
	  xMin:			-431
	  yMin:			-275
	  xMax:			35
	  yMax:			1413

	EndPoints
	---------
	  0:  10

	  Length of Instructions:	122
	00000: NPUSHB      (46):    12    64     9    10    52     1     7   229     8   114 
	                             9     6     6     9     3     5   229     4   114     3 
	                           171     9     2   171     9    10     6   114     9     1 
	                           171     0     0    10     7   229     8     5   229     4 
	                             4     8   232     9     9     3 
	00048: PUSHW[1]            -34 
	00051: PUSHB[4]             40    41    52     3 
	00056: PUSHW[1]            -64 
	00059: NPUSHB      (13):     9    11    52     3   165     2   171    10    64     9 
	                            10    52    10 
	00074: PUSHW[2]            729    12 
	00079: SRP0       
	00080: MIRP[srp0,nmd,rd,1] 
	00081: CALL       
	00082: MIRP[srp0,md,rd,1] 
	00083: MIRP[srp0,nmd,rd,2] 
	00084: CALL       
	00085: CALL       
	00086: ALIGNRP    
	00087: SRP0       
	00088: MIRP[srp0,nmd,rd,0] 
	00089: ALIGNRP    
	00090: SRP0       
	00091: MIRP[nrp0,md,rd,0] 
	00092: SRP0       
	00093: MIRP[nrp0,md,rd,0] 
	00094: SRP0       
	00095: ALIGNRP    
	00096: SRP0       
	00097: MIRP[nrp0,md,rd,1] 
	00098: SRP0       
	00099: MIRP[nrp0,md,rd,1] 
	00100: SVTCA[y-axis] 
	00101: MDAP[rd]   
	00102: ALIGNRP    
	00103: MIRP[nrp0,md,rd,1] 
	00104: SRP0       
	00105: MIRP[srp0,md,rd,1] 
	00106: MIRP[srp0,nmd,rd,0] 
	00107: MIRP[nrp0,nmd,rd,0] 
	00108: RTHG       
	00109: SRP1       
	00110: SRP2       
	00111: IP         
	00112: MDAP[rd]   
	00113: RTG        
	00114: SRP0       
	00115: MIRP[srp0,nmd,rd,0] 
	00116: MIRP[nrp0,nmd,rd,0] 
	00117: MDAP[rd]   
	00118: IUP[y]     
	00119: IUP[x]     
	00120: SVTCA[x-axis] 
	00121: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual         Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:  YDual                               On

	Coordinates
	-----------
	  0: Rel (    35,  -275)  ->  Abs (    35,  -275)
	  1: Rel (   -71,     0)  ->  Abs (   -36,  -275)
	  2: Rel (     0,  1438)  ->  Abs (   -36,  1163)
	  3: Rel (  -266,     0)  ->  Abs (  -302,  1163)
	  4: Rel (   137,  -130)  ->  Abs (  -165,  1033)
	  5: Rel (   -49,   -49)  ->  Abs (  -214,   984)
	  6: Rel (  -217,   214)  ->  Abs (  -431,  1198)
	  7: Rel (   217,   215)  ->  Abs (  -214,  1413)
	  8: Rel (    49,   -49)  ->  Abs (  -165,  1364)
	  9: Rel (  -137,  -130)  ->  Abs (  -302,  1234)
	 10: Rel (   337,     0)  ->  Abs (    35,  1234)

	Glyph 748: off = 0x00021B2A, len = 130
	  numberOfContours:	1
	  xMin:			171
	  yMin:			280
	  xMax:			493
	  yMax:			908

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	67
	00000: PUSHB[2]             11    10 
	00003: PUSHW[1]            -64 
	00006: PUSHB[4]             15    17    52    10 
	00011: PUSHW[1]            -64 
	00014: PUSHB[6]             12    17    52    10    10     3 
	00021: PUSHW[1]            748 
	00024: PUSHB[8]             11    10    10     0    15    15     6     0 
	00033: PUSHW[1]            -64 
	00036: PUSHB[6]             16    17    52     0     0     6 
	00043: PUSHW[1]            284 
	00046: SCANCTRL   
	00047: MDAP[rd]   
	00048: SHP[rp1,zp0] 
	00049: MDAP[rd]   
	00050: CALL       
	00051: SRP2       
	00052: IP         
	00053: MDAP[rd]   
	00054: SRP2       
	00055: IP         
	00056: MDAP[rd]   
	00057: SHP[rp1,zp0] 
	00058: SVTCA[y-axis] 
	00059: MIAP[rd+ci] 
	00060: SHP[rp1,zp0] 
	00061: MDAP[rd]   
	00062: CALL       
	00063: CALL       
	00064: SHP[rp1,zp0] 
	00065: IUP[y]     
	00066: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   493,   417)  ->  Abs (   493,   417)
	  1: Rel (     0,   -53)  ->  Abs (   493,   364)
	  2: Rel (   -80,   -84)  ->  Abs (   413,   280)
	  3: Rel (   -63,     0)  ->  Abs (   350,   280)
	  4: Rel (   -77,     0)  ->  Abs (   273,   280)
	  5: Rel (  -102,   144)  ->  Abs (   171,   424)
	  6: Rel (     0,   107)  ->  Abs (   171,   531)
	  7: Rel (     0,   149)  ->  Abs (   171,   680)
	  8: Rel (    88,   112)  ->  Abs (   259,   792)
	  9: Rel (    43,    55)  ->  Abs (   302,   847)
	 10: Rel (    86,    61)  ->  Abs (   388,   908)
	 11: Rel (    33,   -55)  ->  Abs (   421,   853)
	 12: Rel (   -59,   -54)  ->  Abs (   362,   799)
	 13: Rel (   -31,   -40)  ->  Abs (   331,   759)
	 14: Rel (   -55,   -71)  ->  Abs (   276,   688)
	 15: Rel (     0,   -54)  ->  Abs (   276,   634)
	 16: Rel (     0,   -54)  ->  Abs (   276,   580)
	 17: Rel (   217,   -48)  ->  Abs (   493,   532)

	Glyph 749: off = 0x00021BAC, len = 188
	  numberOfContours:	2
	  xMin:			160
	  yMin:			278
	  xMax:			482
	  yMax:			1248

	EndPoints
	---------
	  0:  17
	  1:  29

	  Length of Instructions:	93
	00000: PUSHB[2]             11    10 
	00003: PUSHW[1]            -64 
	00006: PUSHB[4]             15    17    52    10 
	00011: PUSHW[1]            -64 
	00014: NPUSHB      (11):    12    17    52    10    10    15     3     1     3     3 
	                            27 
	00027: PUSHW[5]            750    21   748    18   749 
	00038: NPUSHB      (11):    24    24     6    11    10    10     0    15    15     6 
	                             0 
	00051: PUSHW[1]            -64 
	00054: PUSHB[6]             16    17    52     0     0     6 
	00061: PUSHW[1]            284 
	00064: SCANCTRL   
	00065: MDAP[rd]   
	00066: SHP[rp1,zp0] 
	00067: MDAP[rd]   
	00068: CALL       
	00069: SRP2       
	00070: IP         
	00071: MDAP[rd]   
	00072: SRP2       
	00073: IP         
	00074: MDAP[rd]   
	00075: SHP[rp1,zp0] 
	00076: SRP1       
	00077: SHP[rp1,zp0] 
	00078: MDAP[rd]   
	00079: MIRP[nrp0,md,rd,1] 
	00080: SVTCA[y-axis] 
	00081: MIAP[rd+ci] 
	00082: MIRP[srp0,md,rd,1] 
	00083: SHP[rp2,zp1] 
	00084: MDAP[rd]   
	00085: DELTAP1    
	00086: SHP[rp1,zp0] 
	00087: MDAP[rd]   
	00088: CALL       
	00089: CALL       
	00090: SHP[rp1,zp0] 
	00091: IUP[y]     
	00092: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:                              X-Short On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   482,   757)  ->  Abs (   482,   757)
	  1: Rel (     0,   -53)  ->  Abs (   482,   704)
	  2: Rel (   -80,   -84)  ->  Abs (   402,   620)
	  3: Rel (   -63,     0)  ->  Abs (   339,   620)
	  4: Rel (   -77,     0)  ->  Abs (   262,   620)
	  5: Rel (  -102,   144)  ->  Abs (   160,   764)
	  6: Rel (     0,   107)  ->  Abs (   160,   871)
	  7: Rel (     0,   149)  ->  Abs (   160,  1020)
	  8: Rel (    88,   112)  ->  Abs (   248,  1132)
	  9: Rel (    43,    55)  ->  Abs (   291,  1187)
	 10: Rel (    86,    61)  ->  Abs (   377,  1248)
	 11: Rel (    33,   -55)  ->  Abs (   410,  1193)
	 12: Rel (   -59,   -54)  ->  Abs (   351,  1139)
	 13: Rel (   -31,   -40)  ->  Abs (   320,  1099)
	 14: Rel (   -55,   -71)  ->  Abs (   265,  1028)
	 15: Rel (     0,   -54)  ->  Abs (   265,   974)
	 16: Rel (     0,   -54)  ->  Abs (   265,   920)
	 17: Rel (   217,   -48)  ->  Abs (   482,   872)
	 18: Rel (   -27,  -478)  ->  Abs (   455,   394)
	 19: Rel (     0,   -47)  ->  Abs (   455,   347)
	 20: Rel (   -67,   -69)  ->  Abs (   388,   278)
	 21: Rel (   -48,     0)  ->  Abs (   340,   278)
	 22: Rel (   -48,     0)  ->  Abs (   292,   278)
	 23: Rel (   -71,    69)  ->  Abs (   221,   347)
	 24: Rel (     0,    47)  ->  Abs (   221,   394)
	 25: Rel (     0,    48)  ->  Abs (   221,   442)
	 26: Rel (    70,    68)  ->  Abs (   291,   510)
	 27: Rel (    49,     0)  ->  Abs (   340,   510)
	 28: Rel (    49,     0)  ->  Abs (   389,   510)
	 29: Rel (    66,   -66)  ->  Abs (   455,   444)

	Glyph 750: off = 0x00021C68, len = 280
	  numberOfContours:	2
	  xMin:			67
	  yMin:			280
	  xMax:			668
	  yMax:			1457

	EndPoints
	---------
	  0:  39
	  1:  51

	  Length of Instructions:	131
	00000: PUSHW[2]             20   -52 
	00005: PUSHB[4]             14    17    52    20 
	00010: PUSHW[1]            -32 
	00013: NPUSHB      (17):    10    12    52     4    64    21    26    52     4    64 
	                             9    17    52     4     4    25    13 
	00032: PUSHW[3]            753    37   754 
	00039: PUSHB[8]             25    64     9    11    52    25    25    49 
	00048: PUSHW[5]            750    43   748    24   753 
	00059: PUSHB[7]             25    25    40    46    10    10     0 
	00067: PUSHW[1]            749 
	00070: NPUSHB      (15):     7    64    18    19    52     7     7   128    16     1 
	                            16    16    34    34    40 
	00087: PUSHW[3]            749    46   292 
	00094: SCANCTRL   
	00095: MDAP[rd]   
	00096: MIRP[nrp0,md,rd,1] 
	00097: SHP[rp1,zp0] 
	00098: MDAP[rd]   
	00099: SHP[rp1,zp0] 
	00100: MDAP[rd]   
	00101: DELTAP1    
	00102: SHP[rp1,zp0] 
	00103: MDAP[rd]   
	00104: CALL       
	00105: MIRP[nrp0,md,rd,1] 
	00106: IP         
	00107: MDAP[rd]   
	00108: SRP1       
	00109: SRP2       
	00110: IP         
	00111: MDAP[rd]   
	00112: MIRP[nrp0,md,rd,1] 
	00113: SVTCA[y-axis] 
	00114: MIAP[rd+ci] 
	00115: MIRP[srp0,md,rd,1] 
	00116: SHP[rp2,zp1] 
	00117: MDAP[rd]   
	00118: CALL       
	00119: MIAP[rd+ci] 
	00120: MIRP[nrp0,md,rd,1] 
	00121: SRP1       
	00122: IP         
	00123: MDAP[rd]   
	00124: CALL       
	00125: CALL       
	00126: IUP[y]     
	00127: IUP[x]     
	00128: SVTCA[x-axis] 
	00129: CALL       
	00130: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short Off
	 16:        XDual         Y-Short         On
	 17:        XDual         Y-Short         Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:  YDual               Y-Short X-Short On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:                              X-Short On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   668,  1209)  ->  Abs (   668,  1209)
	  1: Rel (     0,   -62)  ->  Abs (   668,  1147)
	  2: Rel (   -36,   -47)  ->  Abs (   632,  1100)
	  3: Rel (   -41,   -53)  ->  Abs (   591,  1047)
	  4: Rel (   -64,     0)  ->  Abs (   527,  1047)
	  5: Rel (   -50,     0)  ->  Abs (   477,  1047)
	  6: Rel (   -66,    66)  ->  Abs (   411,  1113)
	  7: Rel (     0,    44)  ->  Abs (   411,  1157)
	  8: Rel (     0,    68)  ->  Abs (   411,  1225)
	  9: Rel (   110,    68)  ->  Abs (   521,  1293)
	 10: Rel (     0,    22)  ->  Abs (   521,  1315)
	 11: Rel (     0,    34)  ->  Abs (   521,  1349)
	 12: Rel (   -64,    42)  ->  Abs (   457,  1391)
	 13: Rel (   -52,     0)  ->  Abs (   405,  1391)
	 14: Rel (   -65,     0)  ->  Abs (   340,  1391)
	 15: Rel (   -83,   -73)  ->  Abs (   257,  1318)
	 16: Rel (     0,   -53)  ->  Abs (   257,  1265)
	 17: Rel (     0,   -49)  ->  Abs (   257,  1216)
	 18: Rel (    42,   -76)  ->  Abs (   299,  1140)
	 19: Rel (    64,  -116)  ->  Abs (   363,  1024)
	 20: Rel (    14,   -34)  ->  Abs (   377,   990)
	 21: Rel (    42,  -105)  ->  Abs (   419,   885)
	 22: Rel (     0,  -122)  ->  Abs (   419,   763)
	 23: Rel (     0,   -66)  ->  Abs (   419,   697)
	 24: Rel (   -10,   -82)  ->  Abs (   409,   615)
	 25: Rel (   -61,     1)  ->  Abs (   348,   616)
	 26: Rel (     0,    18)  ->  Abs (   348,   634)
	 27: Rel (     1,    10)  ->  Abs (   349,   644)
	 28: Rel (     5,    52)  ->  Abs (   354,   696)
	 29: Rel (     0,    56)  ->  Abs (   354,   752)
	 30: Rel (   -74,    66)  ->  Abs (   280,   818)
	 31: Rel (  -126,   112)  ->  Abs (   154,   930)
	 32: Rel (   -12,    14)  ->  Abs (   142,   944)
	 33: Rel (   -75,    89)  ->  Abs (    67,  1033)
	 34: Rel (     0,   111)  ->  Abs (    67,  1144)
	 35: Rel (     0,   135)  ->  Abs (    67,  1279)
	 36: Rel (   180,   178)  ->  Abs (   247,  1457)
	 37: Rel (   133,     0)  ->  Abs (   380,  1457)
	 38: Rel (   120,     0)  ->  Abs (   500,  1457)
	 39: Rel (   168,  -137)  ->  Abs (   668,  1320)
	 40: Rel (  -182,  -916)  ->  Abs (   486,   404)
	 41: Rel (     0,   -51)  ->  Abs (   486,   353)
	 42: Rel (   -73,   -73)  ->  Abs (   413,   280)
	 43: Rel (   -52,     0)  ->  Abs (   361,   280)
	 44: Rel (   -49,     0)  ->  Abs (   312,   280)
	 45: Rel (   -72,    74)  ->  Abs (   240,   354)
	 46: Rel (     0,    50)  ->  Abs (   240,   404)
	 47: Rel (     0,    52)  ->  Abs (   240,   456)
	 48: Rel (    73,    73)  ->  Abs (   313,   529)
	 49: Rel (    52,     0)  ->  Abs (   365,   529)
	 50: Rel (    51,     0)  ->  Abs (   416,   529)
	 51: Rel (    70,   -74)  ->  Abs (   486,   455)

	Glyph 751: off = 0x00021D80, len = 270
	  numberOfContours:	1
	  xMin:			121
	  yMin:			147
	  xMax:			744
	  yMax:			819

	EndPoints
	---------
	  0:  36

	  Length of Instructions:	151
	00000: PUSHB[6]             11    32    16    17    52    33 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (15):    16    17    52    23    19    24    64    14    21    52 
	                            24    24    28    35     0 
	00027: PUSHW[3]            751     1   -64 
	00034: PUSHB[8]              9    13    52     1     1    35    10    19 
	00043: PUSHW[1]            751 
	00046: PUSHB[3]             28    28    35 
	00050: PUSHW[1]            751 
	00053: PUSHB[6]             10     6    10     5     5    10 
	00060: PUSHW[1]            747 
	00063: NPUSHB      (13):    35    35    24    24    23    23     1     0     0     1 
	                             1    38     6 
	00078: PUSHW[1]            -64 
	00081: NPUSHB      (12):     9    10    52     6     5    16    14    15    52     5 
	                             5    31 
	00095: PUSHW[3]            755    13   278 
	00102: SCANCTRL   
	00103: MDAP[rd]   
	00104: MIRP[nrp0,md,rd,1] 
	00105: IP         
	00106: MDAP[rd]   
	00107: CALL       
	00108: SHP[rp1,zp0] 
	00109: CALL       
	00110: SRP1       
	00111: SHP[rp1,zp0] 
	00112: MDAP[rd]   
	00113: SHP[rp1,zp0] 
	00114: MDAP[rd]   
	00115: SRP1       
	00116: IP         
	00117: MDAP[rd]   
	00118: IP         
	00119: MDAP[rd]   
	00120: IP         
	00121: MDAP[rd]   
	00122: SVTCA[y-axis] 
	00123: MIAP[rd+ci] 
	00124: SHP[rp1,zp0] 
	00125: MDAP[rd]   
	00126: SRP2       
	00127: IP         
	00128: SRP0       
	00129: MIRP[srp0,md,rd,1] 
	00130: SHP[rp2,zp1] 
	00131: MDAP[rd]   
	00132: MIRP[nrp0,md,rd,1] 
	00133: SRP1       
	00134: SRP2       
	00135: IP         
	00136: MDAP[rd]   
	00137: CALL       
	00138: MIRP[nrp0,md,rd,1] 
	00139: SRP1       
	00140: SRP2       
	00141: IP         
	00142: MDAP[rd]   
	00143: CALL       
	00144: SRP1       
	00145: IP         
	00146: IUP[y]     
	00147: IUP[x]     
	00148: SVTCA[x-axis] 
	00149: CALL       
	00150: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:                      Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:                      Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   744,   537)  ->  Abs (   744,   537)
	  1: Rel (   -48,  -164)  ->  Abs (   696,   373)
	  2: Rel (  -152,   -38)  ->  Abs (   544,   335)
	  3: Rel (   -98,   -47)  ->  Abs (   446,   288)
	  4: Rel (  -113,   -54)  ->  Abs (   333,   234)
	  5: Rel (   -93,   -87)  ->  Abs (   240,   147)
	  6: Rel (   -31,    17)  ->  Abs (   209,   164)
	  7: Rel (    13,    46)  ->  Abs (   222,   210)
	  8: Rel (    22,    39)  ->  Abs (   244,   249)
	  9: Rel (    19,    34)  ->  Abs (   263,   283)
	 10: Rel (    25,    27)  ->  Abs (   288,   310)
	 11: Rel (  -116,    66)  ->  Abs (   172,   376)
	 12: Rel (   -51,    34)  ->  Abs (   121,   410)
	 13: Rel (     0,    40)  ->  Abs (   121,   450)
	 14: Rel (     0,    32)  ->  Abs (   121,   482)
	 15: Rel (    40,    84)  ->  Abs (   161,   566)
	 16: Rel (    48,   100)  ->  Abs (   209,   666)
	 17: Rel (    62,    67)  ->  Abs (   271,   733)
	 18: Rel (    80,    86)  ->  Abs (   351,   819)
	 19: Rel (    81,     0)  ->  Abs (   432,   819)
	 20: Rel (    75,     0)  ->  Abs (   507,   819)
	 21: Rel (    49,   -43)  ->  Abs (   556,   776)
	 22: Rel (    11,    -9)  ->  Abs (   567,   767)
	 23: Rel (    40,   -46)  ->  Abs (   607,   721)
	 24: Rel (   -52,  -131)  ->  Abs (   555,   590)
	 25: Rel (   -37,    25)  ->  Abs (   518,   615)
	 26: Rel (    -7,     5)  ->  Abs (   511,   620)
	 27: Rel (   -61,    39)  ->  Abs (   450,   659)
	 28: Rel (   -39,     0)  ->  Abs (   411,   659)
	 29: Rel (   -48,     0)  ->  Abs (   363,   659)
	 30: Rel (  -104,   -54)  ->  Abs (   259,   605)
	 31: Rel (     0,   -34)  ->  Abs (   259,   571)
	 32: Rel (     0,   -41)  ->  Abs (   259,   530)
	 33: Rel (    60,   -38)  ->  Abs (   319,   492)
	 34: Rel (    47,   -29)  ->  Abs (   366,   463)
	 35: Rel (    95,   -34)  ->  Abs (   461,   429)
	 36: Rel (   139,    67)  ->  Abs (   600,   496)

	Glyph 752: off = 0x00021E8E, len = 52
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			494
	  yMax:			467

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	24
	00000: PUSHW[6]              2   751     1   747     0   752 
	00013: PUSHB[2]              5     1 
	00016: MDAP[rd]   
	00017: SRP0       
	00018: MIRP[nrp0,nmd,rd,0] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[nrp0,md,rd,1] 
	00022: IUP[y]     
	00023: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   494,   293)  ->  Abs (   494,   293)
	  1: Rel (  -494,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   494,     0)  ->  Abs (   494,   467)

	Glyph 753: off = 0x00021EC2, len = 134
	  numberOfContours:	2
	  xMin:			70
	  yMin:			1239
	  xMax:			412
	  yMax:			1597

	EndPoints
	---------
	  0:  7
	  1:  16

	  Length of Instructions:	68
	00000: PUSHW[2]              0   757 
	00005: PUSHB[3]              2     2     6 
	00009: PUSHW[1]            757 
	00012: NPUSHB       (9):     4    64     9    14    52     4     4    15     8 
	00023: PUSHW[1]            757 
	00026: PUSHB[3]             11    11    15 
	00030: PUSHW[3]            757    13   756 
	00037: PUSHB[5]              0     8     8     4    13 
	00043: PUSHW[1]            292 
	00046: SCANCTRL   
	00047: MDAP[rd]   
	00048: ALIGNRP    
	00049: SHP[rp1,zp0] 
	00050: MDAP[rd]   
	00051: ALIGNRP    
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: SHP[rp1,zp0] 
	00056: MDAP[rd]   
	00057: MIRP[nrp0,md,rd,1] 
	00058: SRP1       
	00059: SHP[rp1,zp0] 
	00060: MDAP[rd]   
	00061: CALL       
	00062: MIRP[nrp0,md,rd,1] 
	00063: SHP[rp1,zp0] 
	00064: MDAP[rd]   
	00065: MIRP[srp0,md,rd,1] 
	00066: IUP[y]     
	00067: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   412,  1597)  ->  Abs (   412,  1597)
	  1: Rel (     0,   -46)  ->  Abs (   412,  1551)
	  2: Rel (   -51,   -43)  ->  Abs (   361,  1508)
	  3: Rel (   -91,   -37)  ->  Abs (   270,  1471)
	  4: Rel (  -200,   -80)  ->  Abs (    70,  1391)
	  5: Rel (     0,    43)  ->  Abs (    70,  1434)
	  6: Rel (    44,    40)  ->  Abs (   114,  1474)
	  7: Rel (    83,    35)  ->  Abs (   197,  1509)
	  8: Rel (   215,   -62)  ->  Abs (   412,  1447)
	  9: Rel (     0,   -48)  ->  Abs (   412,  1399)
	 10: Rel (   -27,   -23)  ->  Abs (   385,  1376)
	 11: Rel (   -23,   -20)  ->  Abs (   362,  1356)
	 12: Rel (   -92,   -37)  ->  Abs (   270,  1319)
	 13: Rel (  -200,   -80)  ->  Abs (    70,  1239)
	 14: Rel (     0,    43)  ->  Abs (    70,  1282)
	 15: Rel (    44,    40)  ->  Abs (   114,  1322)
	 16: Rel (    83,    35)  ->  Abs (   197,  1357)

	Glyph 754: off = 0x00021F48, len = 348
	  numberOfContours:	2
	  xMin:			70
	  yMin:			1239
	  xMax:			485
	  yMax:			1626

	EndPoints
	---------
	  0:  47
	  1:  58

	  Length of Instructions:	173
	00000: NPUSHB       (9):     3    57     9    37     8     8    35    13    45 
	00011: PUSHW[3]            757    51   -64 
	00018: PUSHB[6]             11    15    52    51    51    57 
	00025: PUSHW[1]            757 
	00028: PUSHB[7]             37    37    20    24    24    35    28 
	00036: PUSHW[1]            757 
	00039: PUSHB[3]             20    20    35 
	00043: PUSHW[3]            757    13   756 
	00050: NPUSHB      (14):     8     6    57     9    48    37    53    41    35    31 
	                            17     6     6     0 
	00066: PUSHW[3]            758    48   -64 
	00073: PUSHB[6]              9    10    52    48    48    53 
	00080: PUSHW[1]            758 
	00083: NPUSHB      (12):    41    64     9    17    52    41    41    31    13    24 
	                            24    17 
	00097: PUSHW[3]            758    31   -64 
	00104: PUSHB[4]             23    27    52    31 
	00109: PUSHW[1]            -64 
	00112: PUSHB[4]             14    18    52    31 
	00117: MDAP[rd]   
	00118: CALL       
	00119: CALL       
	00120: MIRP[srp0,md,rd,1] 
	00121: SHP[rp2,zp1] 
	00122: MDAP[rd]   
	00123: IP         
	00124: SRP1       
	00125: SHP[rp1,zp0] 
	00126: MDAP[rd]   
	00127: CALL       
	00128: MIRP[srp0,md,rd,1] 
	00129: SHP[rp2,zp1] 
	00130: MDAP[rd]   
	00131: CALL       
	00132: MIRP[nrp0,md,rd,1] 
	00133: IP         
	00134: MDAP[rd]   
	00135: SRP1       
	00136: SRP2       
	00137: IP         
	00138: SRP1       
	00139: SRP2       
	00140: IP         
	00141: SRP1       
	00142: IP         
	00143: IP         
	00144: SRP2       
	00145: IP         
	00146: SVTCA[y-axis] 
	00147: MIAP[rd+ci] 
	00148: MIRP[srp0,md,rd,1] 
	00149: SHP[rp2,zp1] 
	00150: MDAP[rd]   
	00151: MIRP[nrp0,md,rd,1] 
	00152: SRP2       
	00153: IP         
	00154: MDAP[rd]   
	00155: SRP1       
	00156: IP         
	00157: MDAP[rd]   
	00158: MIRP[srp0,md,rd,1] 
	00159: SHP[rp2,zp1] 
	00160: MDAP[rd]   
	00161: CALL       
	00162: MIRP[nrp0,md,rd,1] 
	00163: SRP1       
	00164: SRP2       
	00165: IP         
	00166: MDAP[rd]   
	00167: SRP2       
	00168: IP         
	00169: SRP1       
	00170: IP         
	00171: IUP[y]     
	00172: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short Off
	 48:                      Y-Short X-Short On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:        XDual         Y-Short         On
	 54:        XDual         Y-Short         Off
	 55:        XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   485,  1562)  ->  Abs (   485,  1562)
	  1: Rel (     0,   -37)  ->  Abs (   485,  1525)
	  2: Rel (   -22,   -65)  ->  Abs (   463,  1460)
	  3: Rel (   -22,   -34)  ->  Abs (   441,  1426)
	  4: Rel (    14,   -10)  ->  Abs (   455,  1416)
	  5: Rel (    18,   -23)  ->  Abs (   473,  1393)
	  6: Rel (     0,   -13)  ->  Abs (   473,  1380)
	  7: Rel (     0,   -47)  ->  Abs (   473,  1333)
	  8: Rel (    -7,   -41)  ->  Abs (   466,  1292)
	  9: Rel (   -86,    67)  ->  Abs (   380,  1359)
	 10: Rel (   -46,   -54)  ->  Abs (   334,  1305)
	 11: Rel (   -58,   -30)  ->  Abs (   276,  1275)
	 12: Rel (   -71,   -36)  ->  Abs (   205,  1239)
	 13: Rel (   -87,     0)  ->  Abs (   118,  1239)
	 14: Rel (    40,    66)  ->  Abs (   158,  1305)
	 15: Rel (     4,     9)  ->  Abs (   162,  1314)
	 16: Rel (    12,    27)  ->  Abs (   174,  1341)
	 17: Rel (     0,    24)  ->  Abs (   174,  1365)
	 18: Rel (     0,    24)  ->  Abs (   174,  1389)
	 19: Rel (   -20,    37)  ->  Abs (   154,  1426)
	 20: Rel (   -19,     0)  ->  Abs (   135,  1426)
	 21: Rel (   -20,     0)  ->  Abs (   115,  1426)
	 22: Rel (   -18,   -24)  ->  Abs (    97,  1402)
	 23: Rel (    -7,   -10)  ->  Abs (    90,  1392)
	 24: Rel (   -20,   -35)  ->  Abs (    70,  1357)
	 25: Rel (     7,    70)  ->  Abs (    77,  1427)
	 26: Rel (    11,    31)  ->  Abs (    88,  1458)
	 27: Rel (    20,    55)  ->  Abs (   108,  1513)
	 28: Rel (    46,     0)  ->  Abs (   154,  1513)
	 29: Rel (    34,     0)  ->  Abs (   188,  1513)
	 30: Rel (    38,   -66)  ->  Abs (   226,  1447)
	 31: Rel (     0,   -42)  ->  Abs (   226,  1405)
	 32: Rel (     0,   -21)  ->  Abs (   226,  1384)
	 33: Rel (    -4,   -21)  ->  Abs (   222,  1363)
	 34: Rel (    -7,   -29)  ->  Abs (   215,  1334)
	 35: Rel (    -3,   -15)  ->  Abs (   212,  1319)
	 36: Rel (    69,    20)  ->  Abs (   281,  1339)
	 37: Rel (    63,    47)  ->  Abs (   344,  1386)
	 38: Rel (   -17,    16)  ->  Abs (   327,  1402)
	 39: Rel (   -16,    17)  ->  Abs (   311,  1419)
	 40: Rel (   -26,    29)  ->  Abs (   285,  1448)
	 41: Rel (     0,    32)  ->  Abs (   285,  1480)
	 42: Rel (     0,    47)  ->  Abs (   285,  1527)
	 43: Rel (    39,    47)  ->  Abs (   324,  1574)
	 44: Rel (    43,    52)  ->  Abs (   367,  1626)
	 45: Rel (    53,     0)  ->  Abs (   420,  1626)
	 46: Rel (    27,     0)  ->  Abs (   447,  1626)
	 47: Rel (    38,   -38)  ->  Abs (   485,  1588)
	 48: Rel (   -71,   -85)  ->  Abs (   414,  1503)
	 49: Rel (     0,    23)  ->  Abs (   414,  1526)
	 50: Rel (   -24,    38)  ->  Abs (   390,  1564)
	 51: Rel (   -20,     0)  ->  Abs (   370,  1564)
	 52: Rel (   -22,     0)  ->  Abs (   348,  1564)
	 53: Rel (     0,   -28)  ->  Abs (   348,  1536)
	 54: Rel (     0,   -18)  ->  Abs (   348,  1518)
	 55: Rel (    18,   -20)  ->  Abs (   366,  1498)
	 56: Rel (     5,    -6)  ->  Abs (   371,  1492)
	 57: Rel (    30,   -27)  ->  Abs (   401,  1465)
	 58: Rel (    13,    19)  ->  Abs (   414,  1484)

	Glyph 755: off = 0x000220A4, len = 130
	  numberOfContours:	2
	  xMin:			70
	  yMin:			-266
	  xMax:			412
	  yMax:			91

	EndPoints
	---------
	  0:  7
	  1:  15

	  Length of Instructions:	69
	00000: PUSHW[2]              8   757 
	00005: PUSHB[3]             10    10    12 
	00009: PUSHW[3]            757    14   -64 
	00016: PUSHB[7]              9    15    52    14    14     4     0 
	00024: PUSHW[1]            757 
	00027: PUSHB[3]              2     2     6 
	00031: PUSHW[3]            757     4   759 
	00038: PUSHB[5]              0     8     8     4    12 
	00044: PUSHW[1]            292 
	00047: SCANCTRL   
	00048: MDAP[rd]   
	00049: ALIGNRP    
	00050: SHP[rp1,zp0] 
	00051: MDAP[rd]   
	00052: ALIGNRP    
	00053: SVTCA[y-axis] 
	00054: MIAP[rd+ci] 
	00055: MIRP[nrp0,md,rd,1] 
	00056: SHP[rp1,zp0] 
	00057: MDAP[rd]   
	00058: MIRP[nrp0,md,rd,1] 
	00059: SRP1       
	00060: SHP[rp1,zp0] 
	00061: MDAP[rd]   
	00062: CALL       
	00063: MIRP[srp0,md,rd,1] 
	00064: SHP[rp2,zp1] 
	00065: MDAP[rd]   
	00066: MIRP[nrp0,md,rd,1] 
	00067: IUP[y]     
	00068: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   412,    91)  ->  Abs (   412,    91)
	  1: Rel (     0,   -47)  ->  Abs (   412,    44)
	  2: Rel (   -52,   -44)  ->  Abs (   360,     0)
	  3: Rel (   -90,   -35)  ->  Abs (   270,   -35)
	  4: Rel (  -200,   -81)  ->  Abs (    70,  -116)
	  5: Rel (     0,    44)  ->  Abs (    70,   -72)
	  6: Rel (    44,    40)  ->  Abs (   114,   -32)
	  7: Rel (    83,    34)  ->  Abs (   197,     2)
	  8: Rel (   215,   -59)  ->  Abs (   412,   -57)
	  9: Rel (     0,   -47)  ->  Abs (   412,  -104)
	 10: Rel (   -52,   -45)  ->  Abs (   360,  -149)
	 11: Rel (   -90,   -35)  ->  Abs (   270,  -184)
	 12: Rel (  -200,   -82)  ->  Abs (    70,  -266)
	 13: Rel (     0,    43)  ->  Abs (    70,  -223)
	 14: Rel (    44,    42)  ->  Abs (   114,  -181)
	 15: Rel (    83,    35)  ->  Abs (   197,  -146)

	Glyph 756: off = 0x00022126, len = 74
	  numberOfContours:	1
	  xMin:			70
	  yMin:			1378
	  xMax:			412
	  yMax:			1585

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	35
	00000: PUSHW[2]              0   757 
	00005: PUSHB[3]              2     2     6 
	00009: PUSHW[3]            757     4   756 
	00016: PUSHB[3]              0     0     4 
	00020: PUSHW[1]            292 
	00023: SCANCTRL   
	00024: MDAP[rd]   
	00025: SHP[rp1,zp0] 
	00026: MDAP[rd]   
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MIRP[nrp0,md,rd,1] 
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: MIRP[srp0,md,rd,1] 
	00033: IUP[y]     
	00034: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   412,  1585)  ->  Abs (   412,  1585)
	  1: Rel (     0,   -46)  ->  Abs (   412,  1539)
	  2: Rel (   -52,   -45)  ->  Abs (   360,  1494)
	  3: Rel (   -90,   -35)  ->  Abs (   270,  1459)
	  4: Rel (  -200,   -81)  ->  Abs (    70,  1378)
	  5: Rel (     0,    44)  ->  Abs (    70,  1422)
	  6: Rel (    44,    40)  ->  Abs (   114,  1462)
	  7: Rel (    83,    35)  ->  Abs (   197,  1497)

	Glyph 757: off = 0x00022170, len = 266
	  numberOfContours:	2
	  xMin:			72
	  yMin:			1239
	  xMax:			429
	  yMax:			1674

	EndPoints
	---------
	  0:  29
	  1:  40

	  Length of Instructions:	138
	00000: PUSHB[6]             26    39     4    13     3    20 
	00007: PUSHW[3]            757    33   -64 
	00014: NPUSHB      (10):    11    13    52    33    33    39     3     3     9    39 
	00026: PUSHW[1]            757 
	00029: PUSHB[3]             13    13     9 
	00033: PUSHW[1]            756 
	00036: NPUSHB      (12):     3     0    23    13     4    39     3    30    36     0 
	                             0    23 
	00050: PUSHW[1]            758 
	00053: PUSHB[4]             30    30    36     8 
	00058: PUSHW[1]            758 
	00061: PUSHB[3]              9     9    17 
	00065: PUSHW[3]            758    36   -64 
	00072: PUSHB[4]             26    28    52    36 
	00077: PUSHW[1]            -64 
	00080: PUSHB[4]             19    21    52    36 
	00085: PUSHW[1]            -64 
	00088: PUSHB[4]             14    16    52    36 
	00093: PUSHW[1]            285 
	00096: SCANCTRL   
	00097: MDAP[rd]   
	00098: CALL       
	00099: CALL       
	00100: CALL       
	00101: MIRP[srp0,md,rd,1] 
	00102: SHP[rp2,zp1] 
	00103: MDAP[rd]   
	00104: MIRP[nrp0,md,rd,1] 
	00105: SRP1       
	00106: SHP[rp1,zp0] 
	00107: MDAP[rd]   
	00108: MIRP[srp0,md,rd,1] 
	00109: SHP[rp2,zp1] 
	00110: MDAP[rd]   
	00111: SRP1       
	00112: SRP2       
	00113: SLOOP      
	00114: IP         
	00115: SRP1       
	00116: SRP2       
	00117: IP         
	00118: SVTCA[y-axis] 
	00119: MIAP[rd+ci] 
	00120: SHP[rp1,zp0] 
	00121: MDAP[rd]   
	00122: MIRP[nrp0,md,rd,1] 
	00123: SRP2       
	00124: IP         
	00125: MDAP[rd]   
	00126: SRP1       
	00127: SHP[rp1,zp0] 
	00128: MDAP[rd]   
	00129: CALL       
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP1       
	00132: SRP2       
	00133: IP         
	00134: SRP1       
	00135: IP         
	00136: IUP[y]     
	00137: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:                      Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:        XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   429,  1405)  ->  Abs (   429,  1405)
	  1: Rel (     0,   -17)  ->  Abs (   429,  1388)
	  2: Rel (    -6,   -36)  ->  Abs (   423,  1352)
	  3: Rel (    -3,   -18)  ->  Abs (   420,  1334)
	  4: Rel (   -83,    50)  ->  Abs (   337,  1384)
	  5: Rel (   -50,   -55)  ->  Abs (   287,  1329)
	  6: Rel (   -18,   -18)  ->  Abs (   269,  1311)
	  7: Rel (   -74,   -72)  ->  Abs (   195,  1239)
	  8: Rel (   -50,     0)  ->  Abs (   145,  1239)
	  9: Rel (   -73,     0)  ->  Abs (    72,  1239)
	 10: Rel (    53,    25)  ->  Abs (   125,  1264)
	 11: Rel (    71,    56)  ->  Abs (   196,  1320)
	 12: Rel (    64,    51)  ->  Abs (   260,  1371)
	 13: Rel (    33,    39)  ->  Abs (   293,  1410)
	 14: Rel (   -31,    19)  ->  Abs (   262,  1429)
	 15: Rel (   -16,    21)  ->  Abs (   246,  1450)
	 16: Rel (   -20,    26)  ->  Abs (   226,  1476)
	 17: Rel (     0,    31)  ->  Abs (   226,  1507)
	 18: Rel (     0,    66)  ->  Abs (   226,  1573)
	 19: Rel (    77,   101)  ->  Abs (   303,  1674)
	 20: Rel (    45,     0)  ->  Abs (   348,  1674)
	 21: Rel (    26,     0)  ->  Abs (   374,  1674)
	 22: Rel (    42,   -56)  ->  Abs (   416,  1618)
	 23: Rel (     0,   -40)  ->  Abs (   416,  1578)
	 24: Rel (     0,   -19)  ->  Abs (   416,  1559)
	 25: Rel (   -11,   -41)  ->  Abs (   405,  1518)
	 26: Rel (   -20,   -55)  ->  Abs (   385,  1463)
	 27: Rel (    16,   -14)  ->  Abs (   401,  1449)
	 28: Rel (    17,   -13)  ->  Abs (   418,  1436)
	 29: Rel (    11,   -11)  ->  Abs (   429,  1425)
	 30: Rel (   -75,    93)  ->  Abs (   354,  1518)
	 31: Rel (     0,    27)  ->  Abs (   354,  1545)
	 32: Rel (   -38,    46)  ->  Abs (   316,  1591)
	 33: Rel (   -18,     0)  ->  Abs (   298,  1591)
	 34: Rel (   -10,     0)  ->  Abs (   288,  1591)
	 35: Rel (   -11,   -14)  ->  Abs (   277,  1577)
	 36: Rel (     0,    -7)  ->  Abs (   277,  1570)
	 37: Rel (     0,   -22)  ->  Abs (   277,  1548)
	 38: Rel (    25,   -24)  ->  Abs (   302,  1524)
	 39: Rel (    44,   -34)  ->  Abs (   346,  1490)
	 40: Rel (     8,    20)  ->  Abs (   354,  1510)

	Glyph 758: off = 0x0002227A, len = 72
	  numberOfContours:	1
	  xMin:			70
	  yMin:			-43
	  xMax:			412
	  yMax:			164

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	35
	00000: PUSHW[2]              0   757 
	00005: PUSHB[3]              2     2     6 
	00009: PUSHW[3]            757     4   760 
	00016: PUSHB[3]              0     0     4 
	00020: PUSHW[1]            292 
	00023: SCANCTRL   
	00024: MDAP[rd]   
	00025: SHP[rp1,zp0] 
	00026: MDAP[rd]   
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MIRP[nrp0,md,rd,1] 
	00030: SHP[rp1,zp0] 
	00031: MDAP[rd]   
	00032: MIRP[nrp0,md,rd,1] 
	00033: IUP[y]     
	00034: IUP[x]     

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   412,   164)  ->  Abs (   412,   164)
	  1: Rel (     0,   -48)  ->  Abs (   412,   116)
	  2: Rel (   -52,   -44)  ->  Abs (   360,    72)
	  3: Rel (   -90,   -35)  ->  Abs (   270,    37)
	  4: Rel (  -200,   -80)  ->  Abs (    70,   -43)
	  5: Rel (     0,    43)  ->  Abs (    70,     0)
	  6: Rel (    44,    40)  ->  Abs (   114,    40)
	  7: Rel (    83,    34)  ->  Abs (   197,    74)

	Glyph 759: off = 0x000222C2, len = 260
	  numberOfContours:	1
	  xMin:			70
	  yMin:			1239
	  xMax:			433
	  yMax:			1561

	EndPoints
	---------
	  0:  40

	  Length of Instructions:	135
	00000: NPUSHB      (27):     7    24     4    37    38    33    28    29    17    24 
	                            29    29    18    38    64     9    10    52    38    38 
	                            15    18     1    18    18    24    33 
	00029: PUSHW[1]            757 
	00032: PUSHB[3]              4     4    24 
	00036: PUSHW[3]            757    11   756 
	00043: PUSHB[8]              7    29    28    21    18    17     0    38 
	00052: PUSHW[1]            761 
	00055: PUSHB[5]             37    37    29    14    17 
	00061: PUSHW[1]            761 
	00064: PUSHB[3]             18    18    29 
	00068: PUSHW[3]            761    28   -64 
	00075: PUSHB[4]             21    23    52    28 
	00080: PUSHW[1]            -64 
	00083: PUSHB[4]             13    16    52    28 
	00088: MDAP[rd]   
	00089: CALL       
	00090: CALL       
	00091: MIRP[nrp0,md,rd,1] 
	00092: SHP[rp1,zp0] 
	00093: MDAP[rd]   
	00094: MIRP[srp0,md,rd,1] 
	00095: SHP[rp2,zp1] 
	00096: SRP1       
	00097: SHP[rp1,zp0] 
	00098: MDAP[rd]   
	00099: MIRP[srp0,md,rd,1] 
	00100: SHP[rp2,zp1] 
	00101: SRP1       
	00102: SRP2       
	00103: IP         
	00104: SRP1       
	00105: SRP2       
	00106: IP         
	00107: SVTCA[y-axis] 
	00108: MIAP[rd+ci] 
	00109: MIRP[nrp0,md,rd,1] 
	00110: IP         
	00111: MDAP[rd]   
	00112: MIRP[nrp0,md,rd,1] 
	00113: SRP1       
	00114: SHP[rp1,zp0] 
	00115: MDAP[rd]   
	00116: DELTAP1    
	00117: SHP[rp1,zp0] 
	00118: MDAP[rd]   
	00119: CALL       
	00120: SRP2       
	00121: IP         
	00122: MDAP[rd]   
	00123: SRP1       
	00124: IP         
	00125: SRP2       
	00126: IP         
	00127: SRP1       
	00128: SRP2       
	00129: IP         
	00130: SRP1       
	00131: SRP2       
	00132: IP         
	00133: IUP[y]     
	00134: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:  YDual XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   433,  1477)  ->  Abs (   433,  1477)
	  1: Rel (     0,   -75)  ->  Abs (   433,  1402)
	  2: Rel (   -26,   -48)  ->  Abs (   407,  1354)
	  3: Rel (   -29,   -54)  ->  Abs (   378,  1300)
	  4: Rel (   -51,     0)  ->  Abs (   327,  1300)
	  5: Rel (   -18,     0)  ->  Abs (   309,  1300)
	  6: Rel (   -30,    12)  ->  Abs (   279,  1312)
	  7: Rel (   -19,    13)  ->  Abs (   260,  1325)
	  8: Rel (   -21,   -36)  ->  Abs (   239,  1289)
	  9: Rel (   -18,   -18)  ->  Abs (   221,  1271)
	 10: Rel (   -32,   -32)  ->  Abs (   189,  1239)
	 11: Rel (   -35,     0)  ->  Abs (   154,  1239)
	 12: Rel (   -42,     0)  ->  Abs (   112,  1239)
	 13: Rel (   -42,    57)  ->  Abs (    70,  1296)
	 14: Rel (     0,    50)  ->  Abs (    70,  1346)
	 15: Rel (     0,    26)  ->  Abs (    70,  1372)
	 16: Rel (    14,    50)  ->  Abs (    84,  1422)
	 17: Rel (    13,    32)  ->  Abs (    97,  1454)
	 18: Rel (    21,     9)  ->  Abs (   118,  1463)
	 19: Rel (     0,    -8)  ->  Abs (   118,  1455)
	 20: Rel (    -4,   -36)  ->  Abs (   114,  1419)
	 21: Rel (     0,   -12)  ->  Abs (   114,  1407)
	 22: Rel (     0,   -22)  ->  Abs (   114,  1385)
	 23: Rel (    18,   -35)  ->  Abs (   132,  1350)
	 24: Rel (    18,     0)  ->  Abs (   150,  1350)
	 25: Rel (    43,     0)  ->  Abs (   193,  1350)
	 26: Rel (    26,    56)  ->  Abs (   219,  1406)
	 27: Rel (    12,    26)  ->  Abs (   231,  1432)
	 28: Rel (    18,    75)  ->  Abs (   249,  1507)
	 29: Rel (    21,     6)  ->  Abs (   270,  1513)
	 30: Rel (     8,   -49)  ->  Abs (   278,  1464)
	 31: Rel (     5,   -11)  ->  Abs (   283,  1453)
	 32: Rel (    12,   -31)  ->  Abs (   295,  1422)
	 33: Rel (    28,     0)  ->  Abs (   323,  1422)
	 34: Rel (    38,     0)  ->  Abs (   361,  1422)
	 35: Rel (    22,    50)  ->  Abs (   383,  1472)
	 36: Rel (    18,    40)  ->  Abs (   401,  1512)
	 37: Rel (     0,    43)  ->  Abs (   401,  1555)
	 38: Rel (    21,     6)  ->  Abs (   422,  1561)
	 39: Rel (     4,   -19)  ->  Abs (   426,  1542)
	 40: Rel (     7,   -47)  ->  Abs (   433,  1495)

	Glyph 760: off = 0x000223C6, len = 124
	  numberOfContours:	2
	  xMin:			70
	  yMin:			1239
	  xMax:			337
	  yMax:			1549

	EndPoints
	---------
	  0:  11
	  1:  24

	  Length of Instructions:	45
	00000: PUSHW[2]              9   757 
	00005: PUSHB[3]             15    15    22 
	00009: PUSHW[5]            757     3   756     0   758 
	00020: PUSHB[3]             12    12     6 
	00024: PUSHW[3]            762    18   285 
	00031: SCANCTRL   
	00032: MDAP[rd]   
	00033: MIRP[nrp0,md,rd,1] 
	00034: SHP[rp1,zp0] 
	00035: MDAP[rd]   
	00036: MIRP[nrp0,md,rd,1] 
	00037: SVTCA[y-axis] 
	00038: MIAP[rd+ci] 
	00039: MIRP[srp0,md,rd,1] 
	00040: SHP[rp2,zp1] 
	00041: MDAP[rd]   
	00042: MIRP[nrp0,md,rd,1] 
	00043: IUP[y]     
	00044: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   337,  1399)  ->  Abs (   337,  1399)
	  1: Rel (     0,   -62)  ->  Abs (   337,  1337)
	  2: Rel (   -92,   -98)  ->  Abs (   245,  1239)
	  3: Rel (   -67,     0)  ->  Abs (   178,  1239)
	  4: Rel (   -54,     0)  ->  Abs (   124,  1239)
	  5: Rel (   -54,    60)  ->  Abs (    70,  1299)
	  6: Rel (     0,    54)  ->  Abs (    70,  1353)
	  7: Rel (     0,    77)  ->  Abs (    70,  1430)
	  8: Rel (    80,   119)  ->  Abs (   150,  1549)
	  9: Rel (    59,     0)  ->  Abs (   209,  1549)
	 10: Rel (    54,     0)  ->  Abs (   263,  1549)
	 11: Rel (    74,   -90)  ->  Abs (   337,  1459)
	 12: Rel (   -60,   -87)  ->  Abs (   277,  1372)
	 13: Rel (     0,    28)  ->  Abs (   277,  1400)
	 14: Rel (   -78,    68)  ->  Abs (   199,  1468)
	 15: Rel (   -27,     0)  ->  Abs (   172,  1468)
	 16: Rel (   -26,     0)  ->  Abs (   146,  1468)
	 17: Rel (   -36,   -45)  ->  Abs (   110,  1423)
	 18: Rel (     0,   -24)  ->  Abs (   110,  1399)
	 19: Rel (     0,   -35)  ->  Abs (   110,  1364)
	 20: Rel (    33,   -14)  ->  Abs (   143,  1350)
	 21: Rel (    26,   -11)  ->  Abs (   169,  1339)
	 22: Rel (    49,     0)  ->  Abs (   218,  1339)
	 23: Rel (    25,     0)  ->  Abs (   243,  1339)
	 24: Rel (    34,    14)  ->  Abs (   277,  1353)

	Glyph 761: off = 0x00022442, len = 88
	  numberOfContours:	1
	  xMin:			380
	  yMin:			448
	  xMax:			705
	  yMax:			925

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	29
	00000: NPUSHB      (14):    10    10     3    10    32    16    19    52     3    10 
	                             7     0     0     7 
	00016: MDAP[rd]   
	00017: SHP[rp1,zp0] 
	00018: MDAP[rd]   
	00019: SRP2       
	00020: IP         
	00021: IP         
	00022: CALL       
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: SHP[rp1,zp0] 
	00026: MDAP[rd]   
	00027: IUP[y]     
	00028: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   705,   744)  ->  Abs (   705,   744)
	  1: Rel (   -28,   -87)  ->  Abs (   677,   657)
	  2: Rel (   -28,  -108)  ->  Abs (   649,   549)
	  3: Rel (   -19,  -101)  ->  Abs (   630,   448)
	  4: Rel (   -85,    48)  ->  Abs (   545,   496)
	  5: Rel (   -48,    34)  ->  Abs (   497,   530)
	  6: Rel (   -32,    23)  ->  Abs (   465,   553)
	  7: Rel (   -85,    68)  ->  Abs (   380,   621)
	  8: Rel (    21,    91)  ->  Abs (   401,   712)
	  9: Rel (    35,   118)  ->  Abs (   436,   830)
	 10: Rel (    34,    95)  ->  Abs (   470,   925)
	 11: Rel (    56,   -49)  ->  Abs (   526,   876)
	 12: Rel (    57,   -44)  ->  Abs (   583,   832)
	 13: Rel (    38,   -29)  ->  Abs (   621,   803)

	Glyph 762: off = 0x0002249A, len = 132
	  numberOfContours:	1
	  xMin:			302
	  yMin:			293
	  xMax:			670
	  yMax:			1467

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	59
	00000: PUSHB[3]             13    13    14 
	00004: PUSHW[5]            754     5   747    18   -16 
	00015: NPUSHB      (16):     9    18    52     7     4    14    14     5    13    64 
	                            11    29    52    13    13     4 
	00033: PUSHW[2]            763     5 
	00038: MDAP[rd]   
	00039: MIRP[nrp0,md,rd,1] 
	00040: SHP[rp1,zp0] 
	00041: MDAP[rd]   
	00042: CALL       
	00043: RTHG       
	00044: SRP2       
	00045: IP         
	00046: MDAP[rd]   
	00047: SRP1       
	00048: IP         
	00049: CALL       
	00050: SVTCA[y-axis] 
	00051: RTG        
	00052: MIAP[rd+ci] 
	00053: MIAP[rd+ci] 
	00054: IP         
	00055: MDAP[rd]   
	00056: IUP[y]     
	00057: IUP[x]     
	00058: SVTCA[x-axis] 

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   670,   711)  ->  Abs (   670,   711)
	  1: Rel (     0,   -90)  ->  Abs (   670,   621)
	  2: Rel (   -14,  -119)  ->  Abs (   656,   502)
	  3: Rel (    -3,   -29)  ->  Abs (   653,   473)
	  4: Rel (   -25,  -180)  ->  Abs (   628,   293)
	  5: Rel (   -34,     0)  ->  Abs (   594,   293)
	  6: Rel (     0,    24)  ->  Abs (   594,   317)
	  7: Rel (     4,   115)  ->  Abs (   598,   432)
	  8: Rel (     0,   212)  ->  Abs (   598,   644)
	  9: Rel (   -58,   184)  ->  Abs (   540,   828)
	 10: Rel (   -45,   143)  ->  Abs (   495,   971)
	 11: Rel (   -79,   126)  ->  Abs (   416,  1097)
	 12: Rel (   -40,    64)  ->  Abs (   376,  1161)
	 13: Rel (   -74,    90)  ->  Abs (   302,  1251)
	 14: Rel (    96,   216)  ->  Abs (   398,  1467)
	 15: Rel (    79,   -95)  ->  Abs (   477,  1372)
	 16: Rel (    48,   -81)  ->  Abs (   525,  1291)
	 17: Rel (    68,  -115)  ->  Abs (   593,  1176)
	 18: Rel (    35,  -128)  ->  Abs (   628,  1048)
	 19: Rel (    42,  -152)  ->  Abs (   670,   896)

	Glyph 763: off = 0x0002251E, len = 234
	  numberOfContours:	1
	  xMin:			183
	  yMin:			293
	  xMax:			801
	  yMax:			1480

	EndPoints
	---------
	  0:  32

	  Length of Instructions:	127
	00000: PUSHB[2]              6     4 
	00003: PUSHW[1]            751 
	00006: NPUSHB      (12):    25    64    14    17    52    25    25    21    20    20 
	                            15    21 
	00020: PUSHW[5]            754    29   754    15   747 
	00031: PUSHB[6]             17    64    14    24    52     9 
	00038: PUSHW[1]            -12 
	00041: PUSHB[4]              9    17    52    29 
	00046: PUSHW[1]            763 
	00049: PUSHB[4]             30    30    14     6 
	00054: PUSHW[1]            -42 
	00057: NPUSHB      (15):    14    17    52     6    21    21    15    20    64    11 
	                            29    52    20    20    14 
	00074: PUSHW[2]            763    15 
	00079: MDAP[rd]   
	00080: MIRP[nrp0,md,rd,1] 
	00081: SHP[rp1,zp0] 
	00082: MDAP[rd]   
	00083: CALL       
	00084: RTHG       
	00085: SRP2       
	00086: IP         
	00087: MDAP[rd]   
	00088: IP         
	00089: CALL       
	00090: SRP1       
	00091: SHP[rp1,zp0] 
	00092: RTG        
	00093: MDAP[rd]   
	00094: MIRP[nrp0,md,rd,1] 
	00095: CALL       
	00096: CALL       
	00097: SVTCA[y-axis] 
	00098: MIAP[rd+ci] 
	00099: MIAP[rd+ci] 
	00100: MIAP[rd+ci] 
	00101: SRP2       
	00102: IP         
	00103: MDAP[rd]   
	00104: SRP1       
	00105: IP         
	00106: MDAP[rd]   
	00107: CALL       
	00108: MIRP[srp0,md,rd,1] 
	00109: IP         
	00110: PUSHB[2]              6     2 
	00113: RS         
	00114: EQ         
	00115: IF         
	00116: PUSHB[5]             20    64    15    17    52 
	00122: SVTCA[y-axis] 
	00123: CALL       
	00124: EIF        
	00125: IUP[y]     
	00126: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:  YDual                       X-Short On
	 16:                              X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   801,  1307)  ->  Abs (   801,  1307)
	  1: Rel (     0,  -110)  ->  Abs (   801,  1197)
	  2: Rel (   -52,   -66)  ->  Abs (   749,  1131)
	  3: Rel (   -57,   -72)  ->  Abs (   692,  1059)
	  4: Rel (  -104,     0)  ->  Abs (   588,  1059)
	  5: Rel (   -13,     0)  ->  Abs (   575,  1059)
	  6: Rel (   -56,     8)  ->  Abs (   519,  1067)
	  7: Rel (    38,   -80)  ->  Abs (   557,   987)
	  8: Rel (    16,   -47)  ->  Abs (   573,   940)
	  9: Rel (    27,   -79)  ->  Abs (   600,   861)
	 10: Rel (    28,  -212)  ->  Abs (   628,   649)
	 11: Rel (     0,  -178)  ->  Abs (   628,   471)
	 12: Rel (     0,   -31)  ->  Abs (   628,   440)
	 13: Rel (    -4,  -141)  ->  Abs (   624,   299)
	 14: Rel (     0,    -6)  ->  Abs (   624,   293)
	 15: Rel (   -30,     0)  ->  Abs (   594,   293)
	 16: Rel (   -76,   323)  ->  Abs (   518,   616)
	 17: Rel (   -25,    85)  ->  Abs (   493,   701)
	 18: Rel (   -48,   166)  ->  Abs (   445,   867)
	 19: Rel (  -131,   247)  ->  Abs (   314,  1114)
	 20: Rel (  -131,   164)  ->  Abs (   183,  1278)
	 21: Rel (    66,   202)  ->  Abs (   249,  1480)
	 22: Rel (    67,   -95)  ->  Abs (   316,  1385)
	 23: Rel (    52,   -46)  ->  Abs (   368,  1339)
	 24: Rel (    95,   -84)  ->  Abs (   463,  1255)
	 25: Rel (   106,     0)  ->  Abs (   569,  1255)
	 26: Rel (   112,     0)  ->  Abs (   681,  1255)
	 27: Rel (    43,    75)  ->  Abs (   724,  1330)
	 28: Rel (    24,    41)  ->  Abs (   748,  1371)
	 29: Rel (    13,   107)  ->  Abs (   761,  1478)
	 30: Rel (    32,     2)  ->  Abs (   793,  1480)
	 31: Rel (     4,   -35)  ->  Abs (   797,  1445)
	 32: Rel (     4,   -93)  ->  Abs (   801,  1352)

	Glyph 764: off = 0x00022608, len = 278
	  numberOfContours:	1
	  xMin:			129
	  yMin:			293
	  xMax:			964
	  yMax:			1480

	EndPoints
	---------
	  0:  41

	  Length of Instructions:	150
	00000: PUSHB[8]             21    32    14    17    52     6    28     3 
	00009: PUSHW[1]            751 
	00012: PUSHB[4]             36    36    24     9 
	00017: PUSHW[1]            751 
	00020: NPUSHB      (11):   143    28     1    28    28    18    23    23    24    18 
	                            38 
	00033: NPUSHW       (9):   754    32   754    24   754    18   747    32   763 
	00053: PUSHB[4]             33    33    17    39 
	00058: PUSHW[3]            763    38   -64 
	00065: NPUSHB      (23):    12    18    52    38    38    14    17   128     9     1 
	                             9    23    24    24    18    23    64    10    29    52 
	                            23    23    17 
	00090: PUSHW[3]            763    18   -64 
	00097: PUSHB[4]              9    12    52    18 
	00102: MDAP[rd]   
	00103: CALL       
	00104: MIRP[nrp0,md,rd,1] 
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: CALL       
	00108: RTHG       
	00109: SRP2       
	00110: IP         
	00111: MDAP[rd]   
	00112: SRP1       
	00113: IP         
	00114: DELTAP1    
	00115: SRP1       
	00116: SHP[rp1,zp0] 
	00117: SHP[rp1,zp0] 
	00118: RTG        
	00119: MDAP[rd]   
	00120: CALL       
	00121: MIRP[nrp0,md,rd,1] 
	00122: SRP2       
	00123: IP         
	00124: MDAP[rd]   
	00125: MIRP[nrp0,md,rd,1] 
	00126: SVTCA[y-axis] 
	00127: MIAP[rd+ci] 
	00128: MIAP[rd+ci] 
	00129: MIAP[rd+ci] 
	00130: MIAP[rd+ci] 
	00131: SRP1       
	00132: SRP2       
	00133: IP         
	00134: MDAP[rd]   
	00135: SRP1       
	00136: IP         
	00137: MDAP[rd]   
	00138: DELTAP1    
	00139: MIRP[nrp0,md,rd,1] 
	00140: SRP2       
	00141: IP         
	00142: MDAP[rd]   
	00143: MIRP[srp0,md,rd,1] 
	00144: SRP1       
	00145: IP         
	00146: IUP[y]     
	00147: IUP[x]     
	00148: SVTCA[x-axis] 
	00149: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:  YDual                       X-Short On
	 19:  YDual XDual         Y-Short         Off
	 20:                              X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual                 X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual                 X-Short On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   964,  1379)  ->  Abs (   964,  1379)
	  1: Rel (     0,  -125)  ->  Abs (   964,  1254)
	  2: Rel (   -95,  -132)  ->  Abs (   869,  1122)
	  3: Rel (   -99,     0)  ->  Abs (   770,  1122)
	  4: Rel (   -57,     0)  ->  Abs (   713,  1122)
	  5: Rel (   -84,    36)  ->  Abs (   629,  1158)
	  6: Rel (   -20,    37)  ->  Abs (   609,  1195)
	  7: Rel (   -34,   -56)  ->  Abs (   575,  1139)
	  8: Rel (  -104,   -57)  ->  Abs (   471,  1082)
	  9: Rel (   -73,     0)  ->  Abs (   398,  1082)
	 10: Rel (    37,   -73)  ->  Abs (   435,  1009)
	 11: Rel (    16,   -39)  ->  Abs (   451,   970)
	 12: Rel (    29,   -71)  ->  Abs (   480,   899)
	 13: Rel (    31,  -160)  ->  Abs (   511,   739)
	 14: Rel (     0,  -113)  ->  Abs (   511,   626)
	 15: Rel (     0,   -63)  ->  Abs (   511,   563)
	 16: Rel (   -11,  -117)  ->  Abs (   500,   446)
	 17: Rel (   -24,  -153)  ->  Abs (   476,   293)
	 18: Rel (   -40,     0)  ->  Abs (   436,   293)
	 19: Rel (     0,   220)  ->  Abs (   436,   513)
	 20: Rel (   -56,   282)  ->  Abs (   380,   795)
	 21: Rel (   -68,   133)  ->  Abs (   312,   928)
	 22: Rel (   -52,   101)  ->  Abs (   260,  1029)
	 23: Rel (  -131,   193)  ->  Abs (   129,  1222)
	 24: Rel (    73,   237)  ->  Abs (   202,  1459)
	 25: Rel (    52,   -86)  ->  Abs (   254,  1373)
	 26: Rel (    60,   -44)  ->  Abs (   314,  1329)
	 27: Rel (    67,   -49)  ->  Abs (   381,  1280)
	 28: Rel (    82,     0)  ->  Abs (   463,  1280)
	 29: Rel (    85,     0)  ->  Abs (   548,  1280)
	 30: Rel (    48,    58)  ->  Abs (   596,  1338)
	 31: Rel (    41,    50)  ->  Abs (   637,  1388)
	 32: Rel (    16,    92)  ->  Abs (   653,  1480)
	 33: Rel (    32,     0)  ->  Abs (   685,  1480)
	 34: Rel (     8,   -92)  ->  Abs (   693,  1388)
	 35: Rel (    56,   -74)  ->  Abs (   749,  1314)
	 36: Rel (    52,     0)  ->  Abs (   801,  1314)
	 37: Rel (   105,     0)  ->  Abs (   906,  1314)
	 38: Rel (    20,   166)  ->  Abs (   926,  1480)
	 39: Rel (    33,     0)  ->  Abs (   959,  1480)
	 40: Rel (     0,   -22)  ->  Abs (   959,  1458)
	 41: Rel (     5,   -73)  ->  Abs (   964,  1385)

	Glyph 765: off = 0x0002271E, len = 252
	  numberOfContours:	1
	  xMin:			300
	  yMin:			293
	  xMax:			814
	  yMax:			1461

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	114
	00000: PUSHB[4]            132    31     1    31 
	00005: PUSHW[1]            -64 
	00008: PUSHB[4]             11    17    52    32 
	00013: PUSHW[1]            -64 
	00016: PUSHB[8]             10    17    52    32    13    13     0    24 
	00025: PUSHW[7]            751    23   754     0   751     1   747 
	00040: PUSHB[7]              1     0     0    24    23    23    34 
	00048: PUSHW[1]            764 
	00051: PUSHB[4]             13    13    40    17 
	00056: PUSHW[1]            764 
	00059: PUSHB[3]             28    28     7 
	00063: PUSHW[3]            764    40   302 
	00070: SCANCTRL   
	00071: MDAP[rd]   
	00072: MIRP[srp0,md,rd,1] 
	00073: IP         
	00074: MDAP[rd]   
	00075: MIRP[nrp0,md,rd,1] 
	00076: SRP1       
	00077: SHP[rp1,zp0] 
	00078: MDAP[rd]   
	00079: MIRP[nrp0,md,rd,1] 
	00080: IP         
	00081: MDAP[rd]   
	00082: SHP[rp1,zp0] 
	00083: SHP[rp2,zp1] 
	00084: MDAP[rd]   
	00085: SHP[rp1,zp0] 
	00086: SVTCA[y-axis] 
	00087: MIAP[rd+ci] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: MIAP[rd+ci] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: SRP1       
	00092: IP         
	00093: MDAP[rd]   
	00094: IP         
	00095: CALL       
	00096: PUSHB[2]              6     2 
	00099: RS         
	00100: EQ         
	00101: IF         
	00102: PUSHB[3]              9    13     1 
	00106: SVTCA[y-axis] 
	00107: DELTAP1    
	00108: EIF        
	00109: IUP[y]     
	00110: IUP[x]     
	00111: SVTCA[x-axis] 
	00112: CALL       
	00113: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   814,   495)  ->  Abs (   814,   495)
	  1: Rel (   -63,  -202)  ->  Abs (   751,   293)
	  2: Rel (   -90,     0)  ->  Abs (   661,   293)
	  3: Rel (   -83,    13)  ->  Abs (   578,   306)
	  4: Rel (  -110,    17)  ->  Abs (   468,   323)
	  5: Rel (   -67,    34)  ->  Abs (   401,   357)
	  6: Rel (   -82,    41)  ->  Abs (   319,   398)
	  7: Rel (     0,    61)  ->  Abs (   319,   459)
	  8: Rel (     0,    57)  ->  Abs (   319,   516)
	  9: Rel (    35,    60)  ->  Abs (   354,   576)
	 10: Rel (    30,    51)  ->  Abs (   384,   627)
	 11: Rel (    62,    66)  ->  Abs (   446,   693)
	 12: Rel (    33,    35)  ->  Abs (   479,   728)
	 13: Rel (    92,    87)  ->  Abs (   571,   815)
	 14: Rel (   -85,    32)  ->  Abs (   486,   847)
	 15: Rel (   -85,    33)  ->  Abs (   401,   880)
	 16: Rel (  -101,    45)  ->  Abs (   300,   925)
	 17: Rel (     0,    46)  ->  Abs (   300,   971)
	 18: Rel (     0,    76)  ->  Abs (   300,  1047)
	 19: Rel (    74,   100)  ->  Abs (   374,  1147)
	 20: Rel (    57,    77)  ->  Abs (   431,  1224)
	 21: Rel (   109,    98)  ->  Abs (   540,  1322)
	 22: Rel (    76,    68)  ->  Abs (   616,  1390)
	 23: Rel (    93,    71)  ->  Abs (   709,  1461)
	 24: Rel (   -31,  -192)  ->  Abs (   678,  1269)
	 25: Rel (  -111,   -41)  ->  Abs (   567,  1228)
	 26: Rel (   -37,   -18)  ->  Abs (   530,  1210)
	 27: Rel (   -88,   -43)  ->  Abs (   442,  1167)
	 28: Rel (     0,   -36)  ->  Abs (   442,  1131)
	 29: Rel (     0,   -32)  ->  Abs (   442,  1099)
	 30: Rel (    75,   -33)  ->  Abs (   517,  1066)
	 31: Rel (    70,   -27)  ->  Abs (   587,  1039)
	 32: Rel (    71,   -26)  ->  Abs (   658,  1013)
	 33: Rel (    76,   -31)  ->  Abs (   734,   982)
	 34: Rel (     0,   -26)  ->  Abs (   734,   956)
	 35: Rel (     0,   -29)  ->  Abs (   734,   927)
	 36: Rel (   -68,   -72)  ->  Abs (   666,   855)
	 37: Rel (   -63,   -66)  ->  Abs (   603,   789)
	 38: Rel (   -63,   -65)  ->  Abs (   540,   724)
	 39: Rel (   -68,   -77)  ->  Abs (   472,   647)
	 40: Rel (     0,   -41)  ->  Abs (   472,   606)
	 41: Rel (     0,   -48)  ->  Abs (   472,   558)
	 42: Rel (   137,   -32)  ->  Abs (   609,   526)
	 43: Rel (    89,   -21)  ->  Abs (   698,   505)

	Glyph 766: off = 0x0002281A, len = 170
	  numberOfContours:	2
	  xMin:			190
	  yMin:			506
	  xMax:			896
	  yMax:			1273

	EndPoints
	---------
	  0:  16
	  1:  33

	  Length of Instructions:	64
	00000: NPUSHB      (16):    20    64    14    17    52    25    32    14    17    52 
	                            20    64     9    17    52    14 
	00018: PUSHW[1]            751 
	00021: PUSHB[3]             23    23    31 
	00025: PUSHW[4]            751     4     0   766 
	00034: PUSHB[3]             17    17     8 
	00038: PUSHW[3]            765    27   308 
	00045: SCANCTRL   
	00046: MDAP[rd]   
	00047: MIRP[nrp0,md,rd,1] 
	00048: SHP[rp1,zp0] 
	00049: MDAP[rd]   
	00050: MIRP[nrp0,md,rd,1] 
	00051: SVTCA[y-axis] 
	00052: MDAP[rd]   
	00053: MIRP[srp0,md,rd,1] 
	00054: SHP[rp2,zp1] 
	00055: MDAP[rd]   
	00056: MIRP[nrp0,md,rd,1] 
	00057: IUP[y]     
	00058: IUP[x]     
	00059: SVTCA[x-axis] 
	00060: CALL       
	00061: CALL       
	00062: SVTCA[y-axis] 
	00063: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   896,   921)  ->  Abs (   896,   921)
	  1: Rel (     0,  -173)  ->  Abs (   896,   748)
	  2: Rel (  -103,  -113)  ->  Abs (   793,   635)
	  3: Rel (  -117,  -129)  ->  Abs (   676,   506)
	  4: Rel (  -215,     0)  ->  Abs (   461,   506)
	  5: Rel (  -121,     0)  ->  Abs (   340,   506)
	  6: Rel (   -70,    42)  ->  Abs (   270,   548)
	  7: Rel (   -80,    48)  ->  Abs (   190,   596)
	  8: Rel (     0,    91)  ->  Abs (   190,   687)
	  9: Rel (     0,    81)  ->  Abs (   190,   768)
	 10: Rel (    44,   135)  ->  Abs (   234,   903)
	 11: Rel (    50,   152)  ->  Abs (   284,  1055)
	 12: Rel (    70,    98)  ->  Abs (   354,  1153)
	 13: Rel (    86,   120)  ->  Abs (   440,  1273)
	 14: Rel (    92,     0)  ->  Abs (   532,  1273)
	 15: Rel (   118,     0)  ->  Abs (   650,  1273)
	 16: Rel (   246,  -238)  ->  Abs (   896,  1035)
	 17: Rel (   -74,  -220)  ->  Abs (   822,   815)
	 18: Rel (     0,    57)  ->  Abs (   822,   872)
	 19: Rel (   -80,    66)  ->  Abs (   742,   938)
	 20: Rel (   -67,    55)  ->  Abs (   675,   993)
	 21: Rel (  -101,    45)  ->  Abs (   574,  1038)
	 22: Rel (   -93,    41)  ->  Abs (   481,  1079)
	 23: Rel (   -47,     0)  ->  Abs (   434,  1079)
	 24: Rel (   -66,     0)  ->  Abs (   368,  1079)
	 25: Rel (   -44,   -90)  ->  Abs (   324,   989)
	 26: Rel (   -36,   -73)  ->  Abs (   288,   916)
	 27: Rel (     0,   -72)  ->  Abs (   288,   844)
	 28: Rel (     0,   -82)  ->  Abs (   288,   762)
	 29: Rel (    69,   -38)  ->  Abs (   357,   724)
	 30: Rel (    63,   -35)  ->  Abs (   420,   689)
	 31: Rel (   124,     0)  ->  Abs (   544,   689)
	 32: Rel (   122,     0)  ->  Abs (   666,   689)
	 33: Rel (   156,    73)  ->  Abs (   822,   762)

	Glyph 767: off = 0x000228C4, len = 240
	  numberOfContours:	1
	  xMin:			175
	  yMin:			320
	  xMax:			839
	  yMax:			1455

	EndPoints
	---------
	  0:  40

	  Length of Instructions:	111
	00000: PUSHW[2]             40   -32 
	00005: PUSHB[4]             12    17    52    39 
	00010: PUSHW[1]            -24 
	00013: PUSHB[7]              9    17    52    31    22    11    15 
	00021: PUSHW[1]            767 
	00024: PUSHB[4]             27    27    22     0 
	00029: PUSHW[1]            -64 
	00032: PUSHB[7]             14    17    52     0     0     1    22 
	00040: PUSHW[5]            754     1   747    23   763 
	00051: PUSHB[7]             22    22     7    31     1    11     7 
	00059: PUSHW[1]            766 
	00062: NPUSHB      (11):    35    64    16    17    52    35    35     1     0     0 
	                             1 
	00075: RTHG       
	00076: MDAP[rd]   
	00077: SHP[rp1,zp0] 
	00078: RTG        
	00079: MDAP[rd]   
	00080: SRP1       
	00081: SHP[rp1,zp0] 
	00082: MDAP[rd]   
	00083: CALL       
	00084: MIRP[srp0,md,rd,1] 
	00085: IP         
	00086: SRP2       
	00087: IP         
	00088: SRP1       
	00089: SHP[rp1,zp0] 
	00090: MDAP[rd]   
	00091: MIRP[nrp0,md,rd,1] 
	00092: SVTCA[y-axis] 
	00093: MIAP[rd+ci] 
	00094: MIAP[rd+ci] 
	00095: SRP2       
	00096: IP         
	00097: MDAP[rd]   
	00098: CALL       
	00099: SRP1       
	00100: IP         
	00101: MDAP[rd]   
	00102: MIRP[srp0,md,rd,1] 
	00103: IP         
	00104: SRP2       
	00105: IP         
	00106: IUP[y]     
	00107: IUP[x]     
	00108: SVTCA[x-axis] 
	00109: CALL       
	00110: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual         Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   839,   548)  ->  Abs (   839,   548)
	  1: Rel (   -38,  -228)  ->  Abs (   801,   320)
	  2: Rel (   -65,    43)  ->  Abs (   736,   363)
	  3: Rel (   -33,    37)  ->  Abs (   703,   400)
	  4: Rel (   -56,    61)  ->  Abs (   647,   461)
	  5: Rel (   -29,    91)  ->  Abs (   618,   552)
	  6: Rel (   -36,   111)  ->  Abs (   582,   663)
	  7: Rel (     0,   163)  ->  Abs (   582,   826)
	  8: Rel (     0,    58)  ->  Abs (   582,   884)
	  9: Rel (     5,    61)  ->  Abs (   587,   945)
	 10: Rel (     1,    17)  ->  Abs (   588,   962)
	 11: Rel (    21,   182)  ->  Abs (   609,  1144)
	 12: Rel (   -48,    -9)  ->  Abs (   561,  1135)
	 13: Rel (   -23,    -4)  ->  Abs (   538,  1131)
	 14: Rel (   -74,   -14)  ->  Abs (   464,  1117)
	 15: Rel (   -47,     0)  ->  Abs (   417,  1117)
	 16: Rel (  -156,     0)  ->  Abs (   261,  1117)
	 17: Rel (   -48,    32)  ->  Abs (   213,  1149)
	 18: Rel (   -38,    25)  ->  Abs (   175,  1174)
	 19: Rel (     0,    78)  ->  Abs (   175,  1252)
	 20: Rel (     0,    33)  ->  Abs (   175,  1285)
	 21: Rel (     6,   132)  ->  Abs (   181,  1417)
	 22: Rel (     0,    34)  ->  Abs (   181,  1451)
	 23: Rel (    36,     4)  ->  Abs (   217,  1455)
	 24: Rel (    24,   -55)  ->  Abs (   241,  1400)
	 25: Rel (    22,   -18)  ->  Abs (   263,  1382)
	 26: Rel (    46,   -37)  ->  Abs (   309,  1345)
	 27: Rel (   106,     0)  ->  Abs (   415,  1345)
	 28: Rel (    79,     0)  ->  Abs (   494,  1345)
	 29: Rel (    99,    19)  ->  Abs (   593,  1364)
	 30: Rel (    22,     4)  ->  Abs (   615,  1368)
	 31: Rel (    85,    19)  ->  Abs (   700,  1387)
	 32: Rel (   -17,  -103)  ->  Abs (   683,  1284)
	 33: Rel (    -7,   -51)  ->  Abs (   676,  1233)
	 34: Rel (   -12,   -87)  ->  Abs (   664,  1146)
	 35: Rel (     0,   -65)  ->  Abs (   664,  1081)
	 36: Rel (     0,  -161)  ->  Abs (   664,   920)
	 37: Rel (    28,  -110)  ->  Abs (   692,   810)
	 38: Rel (    22,   -87)  ->  Abs (   714,   723)
	 39: Rel (    46,   -72)  ->  Abs (   760,   651)
	 40: Rel (    16,   -25)  ->  Abs (   776,   626)

	Glyph 768: off = 0x000229B4, len = 210
	  numberOfContours:	1
	  xMin:			129
	  yMin:			293
	  xMax:			940
	  yMax:			1455

	EndPoints
	---------
	  0:  17

	  Length of Instructions:	133
	00000: NPUSHB      (32):    12    32    14    17    52     3    38    14    17    52 
	                             3    52     9    13    52     1     1     0     8    64 
	                            14    17    52     8    64    10    17    52     8     8 
	                             9     0 
	00034: PUSHW[3]            754     9   754 
	00041: PUSHB[6]             13    32     9    13    52    13 
	00048: PUSHW[3]            767     5   747 
	00055: NPUSHB      (11):    14    13     5     8     9     1     0     0     9     4 
	                             5 
	00068: PUSHW[1]            327 
	00071: SCANCTRL   
	00072: RTHG       
	00073: MDAP[rd]   
	00074: SHP[rp1,zp0] 
	00075: SHP[rp1,zp0] 
	00076: SHP[rp1,zp0] 
	00077: MDAP[rd]   
	00078: SHP[rp1,zp0] 
	00079: MDAP[rd]   
	00080: SHP[rp1,zp0] 
	00081: SRP1       
	00082: SHP[rp1,zp0] 
	00083: SHP[rp1,zp0] 
	00084: SVTCA[y-axis] 
	00085: RTG        
	00086: MIAP[rd+ci] 
	00087: MIRP[nrp0,md,rd,1] 
	00088: CALL       
	00089: MIAP[rd+ci] 
	00090: MIAP[rd+ci] 
	00091: SRP1       
	00092: IP         
	00093: MDAP[rd]   
	00094: CALL       
	00095: CALL       
	00096: SRP2       
	00097: IP         
	00098: MDAP[rd]   
	00099: PUSHB[2]              6     2 
	00102: RS         
	00103: EQ         
	00104: IF         
	00105: NPUSHB      (15):    13   200    15    17    52    13   150    14    14    52 
	                            13    64     9    13    52 
	00122: SVTCA[y-axis] 
	00123: CALL       
	00124: CALL       
	00125: CALL       
	00126: EIF        
	00127: IUP[y]     
	00128: IUP[x]     
	00129: SVTCA[x-axis] 
	00130: CALL       
	00131: CALL       
	00132: CALL       

	Flags
	-----
	  0:                                      On
	  1:                              X-Short On
	  2:                      Y-Short X-Short Off
	  3:                              X-Short Off
	  4:                              X-Short On
	  5:  YDual                       X-Short On
	  6:                              X-Short Off
	  7:                              X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:        XDual                 X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:        XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   940,  1455)  ->  Abs (   940,  1455)
	  1: Rel (    -8,  -287)  ->  Abs (   932,  1168)
	  2: Rel (  -148,  -151)  ->  Abs (   784,  1017)
	  3: Rel (  -174,  -418)  ->  Abs (   610,   599)
	  4: Rel (   -41,  -306)  ->  Abs (   569,   293)
	  5: Rel (   -14,     0)  ->  Abs (   555,   293)
	  6: Rel (   -64,   307)  ->  Abs (   491,   600)
	  7: Rel (  -199,   388)  ->  Abs (   292,   988)
	  8: Rel (  -163,   146)  ->  Abs (   129,  1134)
	  9: Rel (    36,   317)  ->  Abs (   165,  1451)
	 10: Rel (   155,  -181)  ->  Abs (   320,  1270)
	 11: Rel (   101,  -209)  ->  Abs (   421,  1061)
	 12: Rel (    98,  -203)  ->  Abs (   519,   858)
	 13: Rel (    63,  -264)  ->  Abs (   582,   594)
	 14: Rel (    10,     0)  ->  Abs (   592,   594)
	 15: Rel (    39,   278)  ->  Abs (   631,   872)
	 16: Rel (    89,   217)  ->  Abs (   720,  1089)
	 17: Rel (    86,   210)  ->  Abs (   806,  1299)

	Glyph 769: off = 0x00022A86, len = 234
	  numberOfContours:	1
	  xMin:			154
	  yMin:			305
	  xMax:			966
	  yMax:			1467

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	147
	00000: NPUSHB      (19):     6    84    14    17    52    19    38    14    17    52 
	                            19    52     9    13    52    12    12    11     0 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]             14    17    52     0 
	00029: PUSHW[1]            -64 
	00032: PUSHB[6]             10    17    52     0     0     1 
	00039: PUSHW[5]            747    11   747     4   -32 
	00050: PUSHB[4]              9    13    52     4 
	00055: PUSHW[3]            767    17   754 
	00062: NPUSHB      (11):     5     4    17    12    11     0     1     1    11    16 
	                            17 
	00075: PUSHW[1]            327 
	00078: SCANCTRL   
	00079: RTHG       
	00080: MDAP[rd]   
	00081: SHP[rp1,zp0] 
	00082: SHP[rp1,zp0] 
	00083: SHP[rp1,zp0] 
	00084: MDAP[rd]   
	00085: SHP[rp1,zp0] 
	00086: MDAP[rd]   
	00087: SHP[rp1,zp0] 
	00088: SRP1       
	00089: SHP[rp1,zp0] 
	00090: SHP[rp1,zp0] 
	00091: SVTCA[y-axis] 
	00092: RTG        
	00093: MIAP[rd+ci] 
	00094: MIRP[nrp0,md,rd,1] 
	00095: CALL       
	00096: MIAP[rd+ci] 
	00097: MIAP[rd+ci] 
	00098: IP         
	00099: MDAP[rd]   
	00100: CALL       
	00101: CALL       
	00102: SRP2       
	00103: IP         
	00104: MDAP[rd]   
	00105: PUSHB[2]              6     2 
	00108: RS         
	00109: EQ         
	00110: IF         
	00111: PUSHW[2]              4  -200 
	00116: PUSHB[4]             15    17    52     4 
	00121: PUSHW[1]           -150 
	00124: PUSHB[4]             14    14    52     4 
	00129: PUSHW[1]            -64 
	00132: PUSHB[3]              9    13    52 
	00136: SVTCA[y-axis] 
	00137: CALL       
	00138: CALL       
	00139: CALL       
	00140: EIF        
	00141: IUP[y]     
	00142: IUP[x]     
	00143: SVTCA[x-axis] 
	00144: CALL       
	00145: CALL       
	00146: CALL       

	Flags
	-----
	  0:                                      On
	  1:                              X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:                              X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:  YDual                       X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:        XDual                         On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:        XDual                 X-Short On
	 17:  YDual XDual                 X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   966,   627)  ->  Abs (   966,   627)
	  1: Rel (   -36,  -316)  ->  Abs (   930,   311)
	  2: Rel (  -148,   153)  ->  Abs (   782,   464)
	  3: Rel (  -222,   456)  ->  Abs (   560,   920)
	  4: Rel (   -49,   253)  ->  Abs (   511,  1173)
	  5: Rel (    -7,     0)  ->  Abs (   504,  1173)
	  6: Rel (   -43,  -225)  ->  Abs (   461,   948)
	  7: Rel (   -32,  -114)  ->  Abs (   429,   834)
	  8: Rel (   -42,  -151)  ->  Abs (   387,   683)
	  9: Rel (   -60,  -118)  ->  Abs (   327,   565)
	 10: Rel (   -63,  -124)  ->  Abs (   264,   441)
	 11: Rel (  -110,  -136)  ->  Abs (   154,   305)
	 12: Rel (     0,   286)  ->  Abs (   154,   591)
	 13: Rel (   144,   133)  ->  Abs (   298,   724)
	 14: Rel (    89,   213)  ->  Abs (   387,   937)
	 15: Rel (    86,   207)  ->  Abs (   473,  1144)
	 16: Rel (    50,   323)  ->  Abs (   523,  1467)
	 17: Rel (    19,     0)  ->  Abs (   542,  1467)
	 18: Rel (    51,  -238)  ->  Abs (   593,  1229)
	 19: Rel (    63,  -158)  ->  Abs (   656,  1071)
	 20: Rel (    59,  -148)  ->  Abs (   715,   923)
	 21: Rel (    80,  -110)  ->  Abs (   795,   813)
	 22: Rel (    66,   -90)  ->  Abs (   861,   723)

	Glyph 770: off = 0x00022B70, len = 232
	  numberOfContours:	2
	  xMin:			219
	  yMin:			293
	  xMax:			845
	  yMax:			1484

	EndPoints
	---------
	  0:  26
	  1:  39

	  Length of Instructions:	106
	00000: PUSHW[2]             26   -32 
	00005: NPUSHB      (13):    12    17    52     3    16     9    10    52    27    31 
	                             5    37     0 
	00020: PUSHW[1]            -64 
	00023: PUSHB[7]             15    17    52     0     0     1     8 
	00031: PUSHW[1]            751 
	00034: PUSHB[4]             37    37     1    31 
	00039: PUSHW[7]            751    17   754     1   747    11   765 
	00054: PUSHB[3]             34    34    27 
	00058: PUSHW[3]            765     5   765 
	00065: PUSHB[6]             23    23     1     0     0     1 
	00072: RTHG       
	00073: MDAP[rd]   
	00074: SHP[rp1,zp0] 
	00075: RTG        
	00076: MDAP[rd]   
	00077: SRP1       
	00078: SHP[rp1,zp0] 
	00079: MDAP[rd]   
	00080: MIRP[nrp0,md,rd,1] 
	00081: MIRP[srp0,md,rd,1] 
	00082: SHP[rp2,zp1] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SVTCA[y-axis] 
	00086: MIAP[rd+ci] 
	00087: MIAP[rd+ci] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: SRP1       
	00090: IP         
	00091: MDAP[rd]   
	00092: MIRP[nrp0,md,rd,1] 
	00093: SRP1       
	00094: IP         
	00095: MDAP[rd]   
	00096: CALL       
	00097: SRP1       
	00098: IP         
	00099: SRP2       
	00100: IP         
	00101: IUP[y]     
	00102: IUP[x]     
	00103: SVTCA[x-axis] 
	00104: CALL       
	00105: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:        XDual                         On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:                              X-Short On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   845,   506)  ->  Abs (   845,   506)
	  1: Rel (   -61,  -213)  ->  Abs (   784,   293)
	  2: Rel (  -100,    61)  ->  Abs (   684,   354)
	  3: Rel (   -32,   144)  ->  Abs (   652,   498)
	  4: Rel (   -26,   118)  ->  Abs (   626,   616)
	  5: Rel (     0,   301)  ->  Abs (   626,   917)
	  6: Rel (   -68,   -24)  ->  Abs (   558,   893)
	  7: Rel (   -68,   -14)  ->  Abs (   490,   879)
	  8: Rel (   -33,     0)  ->  Abs (   457,   879)
	  9: Rel (  -109,     0)  ->  Abs (   348,   879)
	 10: Rel (  -129,    90)  ->  Abs (   219,   969)
	 11: Rel (     0,    84)  ->  Abs (   219,  1053)
	 12: Rel (     0,    62)  ->  Abs (   219,  1115)
	 13: Rel (    30,    91)  ->  Abs (   249,  1206)
	 14: Rel (    38,   116)  ->  Abs (   287,  1322)
	 15: Rel (    64,    71)  ->  Abs (   351,  1393)
	 16: Rel (    82,    91)  ->  Abs (   433,  1484)
	 17: Rel (   111,     0)  ->  Abs (   544,  1484)
	 18: Rel (    83,     0)  ->  Abs (   627,  1484)
	 19: Rel (    43,   -87)  ->  Abs (   670,  1397)
	 20: Rel (    35,   -70)  ->  Abs (   705,  1327)
	 21: Rel (    11,  -139)  ->  Abs (   716,  1188)
	 22: Rel (     7,   -86)  ->  Abs (   723,  1102)
	 23: Rel (     0,  -168)  ->  Abs (   723,   934)
	 24: Rel (    20,  -230)  ->  Abs (   743,   704)
	 25: Rel (    34,   -93)  ->  Abs (   777,   611)
	 26: Rel (    15,   -41)  ->  Abs (   792,   570)
	 27: Rel (  -174,   522)  ->  Abs (   618,  1092)
	 28: Rel (     0,    91)  ->  Abs (   618,  1183)
	 29: Rel (   -23,    47)  ->  Abs (   595,  1230)
	 30: Rel (   -31,    64)  ->  Abs (   564,  1294)
	 31: Rel (   -80,     0)  ->  Abs (   484,  1294)
	 32: Rel (   -60,     0)  ->  Abs (   424,  1294)
	 33: Rel (  -112,   -90)  ->  Abs (   312,  1204)
	 34: Rel (     0,   -39)  ->  Abs (   312,  1165)
	 35: Rel (     0,   -42)  ->  Abs (   312,  1123)
	 36: Rel (    98,   -46)  ->  Abs (   410,  1077)
	 37: Rel (    70,     0)  ->  Abs (   480,  1077)
	 38: Rel (    30,     0)  ->  Abs (   510,  1077)
	 39: Rel (    86,    12)  ->  Abs (   596,  1089)

	Glyph 771: off = 0x00022C58, len = 176
	  numberOfContours:	3
	  xMin:			133
	  yMin:			172
	  xMax:			948
	  yMax:			1592

	EndPoints
	---------
	  0:  11
	  1:  15
	  2:  27

	  Length of Instructions:	80
	00000: NPUSHB       (9):    15     2    15    27    52     6    13     1     3 
	00011: PUSHW[1]            750 
	00014: PUSHB[4]              9     9    15    25 
	00019: PUSHW[1]            750 
	00022: PUSHB[4]             19    19    14    22 
	00027: PUSHW[1]            749 
	00030: PUSHB[3]             16    16    15 
	00034: PUSHW[1]            768 
	00037: PUSHB[4]             12    12    29     0 
	00042: PUSHW[1]            749 
	00045: PUSHB[3]              6     6    13 
	00049: PUSHW[2]            768    14 
	00054: MDAP[rd]   
	00055: MIRP[nrp0,md,rd,1] 
	00056: IP         
	00057: MDAP[rd]   
	00058: MIRP[nrp0,md,rd,1] 
	00059: SRP1       
	00060: SHP[rp1,zp0] 
	00061: MDAP[rd]   
	00062: MIRP[srp0,md,rd,1] 
	00063: IP         
	00064: MDAP[rd]   
	00065: MIRP[nrp0,md,rd,1] 
	00066: SVTCA[y-axis] 
	00067: MDAP[rd]   
	00068: SHP[rp1,zp0] 
	00069: MDAP[rd]   
	00070: MIRP[nrp0,md,rd,1] 
	00071: MDAP[rd]   
	00072: SHP[rp1,zp0] 
	00073: MDAP[rd]   
	00074: MIRP[nrp0,md,rd,1] 
	00075: IUP[y]     
	00076: IUP[x]     
	00077: SVTCA[x-axis] 
	00078: DELTAP1    
	00079: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:  YDual               Y-Short         On
	 13:                                      On
	 14:  YDual                       X-Short On
	 15:                                      On
	 16:        XDual                 X-Short On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   436,  1465)  ->  Abs (   436,  1465)
	  1: Rel (     0,   -55)  ->  Abs (   436,  1410)
	  2: Rel (   -76,   -78)  ->  Abs (   360,  1332)
	  3: Rel (   -55,     0)  ->  Abs (   305,  1332)
	  4: Rel (   -54,     0)  ->  Abs (   251,  1332)
	  5: Rel (   -77,    79)  ->  Abs (   174,  1411)
	  6: Rel (     0,    54)  ->  Abs (   174,  1465)
	  7: Rel (     0,    53)  ->  Abs (   174,  1518)
	  8: Rel (    76,    74)  ->  Abs (   250,  1592)
	  9: Rel (    55,     0)  ->  Abs (   305,  1592)
	 10: Rel (    55,     0)  ->  Abs (   360,  1592)
	 11: Rel (    76,   -72)  ->  Abs (   436,  1520)
	 12: Rel (   512,    71)  ->  Abs (   948,  1591)
	 13: Rel (  -706, -1402)  ->  Abs (   242,   189)
	 14: Rel (  -109,     0)  ->  Abs (   133,   189)
	 15: Rel (   700,  1402)  ->  Abs (   833,  1591)
	 16: Rel (    68, -1289)  ->  Abs (   901,   302)
	 17: Rel (     0,   -54)  ->  Abs (   901,   248)
	 18: Rel (   -76,   -76)  ->  Abs (   825,   172)
	 19: Rel (   -56,     0)  ->  Abs (   769,   172)
	 20: Rel (   -55,     0)  ->  Abs (   714,   172)
	 21: Rel (   -74,    76)  ->  Abs (   640,   248)
	 22: Rel (     0,    54)  ->  Abs (   640,   302)
	 23: Rel (     0,    54)  ->  Abs (   640,   356)
	 24: Rel (    75,    79)  ->  Abs (   715,   435)
	 25: Rel (    54,     0)  ->  Abs (   769,   435)
	 26: Rel (    54,     0)  ->  Abs (   823,   435)
	 27: Rel (    78,   -78)  ->  Abs (   901,   357)

	Glyph 772: off = 0x00022D08, len = 130
	  numberOfContours:	1
	  xMin:			193
	  yMin:			48
	  xMax:			471
	  yMax:			546

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	57
	00000: PUSHW[2]             18   -64 
	00005: PUSHB[6]             12    17    52    18     7     6 
	00012: PUSHW[1]            -64 
	00015: PUSHB[7]             12    14    52     6     6    18    11 
	00023: PUSHW[1]            748 
	00026: NPUSHB       (9):     7     6     6    11    11    15     0     0    15 
	00037: MDAP[rd]   
	00038: SHP[rp1,zp0] 
	00039: MDAP[rd]   
	00040: SRP2       
	00041: IP         
	00042: MDAP[rd]   
	00043: IP         
	00044: MDAP[rd]   
	00045: SHP[rp1,zp0] 
	00046: SVTCA[y-axis] 
	00047: MIAP[rd+ci] 
	00048: SHP[rp1,zp0] 
	00049: SHP[rp1,zp0] 
	00050: MDAP[rd]   
	00051: CALL       
	00052: SHP[rp1,zp0] 
	00053: MDAP[rd]   
	00054: CALL       
	00055: IUP[y]     
	00056: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   471,   410)  ->  Abs (   471,   410)
	  1: Rel (     0,   -85)  ->  Abs (   471,   325)
	  2: Rel (   -38,   -73)  ->  Abs (   433,   252)
	  3: Rel (   -31,   -59)  ->  Abs (   402,   193)
	  4: Rel (   -59,   -57)  ->  Abs (   343,   136)
	  5: Rel (   -34,   -33)  ->  Abs (   309,   103)
	  6: Rel (   -74,   -55)  ->  Abs (   235,    48)
	  7: Rel (   -42,    55)  ->  Abs (   193,   103)
	  8: Rel (    69,    55)  ->  Abs (   262,   158)
	  9: Rel (    23,    25)  ->  Abs (   285,   183)
	 10: Rel (    41,    45)  ->  Abs (   326,   228)
	 11: Rel (     0,    40)  ->  Abs (   326,   268)
	 12: Rel (   -49,    19)  ->  Abs (   277,   287)
	 13: Rel (   -37,    32)  ->  Abs (   240,   319)
	 14: Rel (   -41,    36)  ->  Abs (   199,   355)
	 15: Rel (     0,    60)  ->  Abs (   199,   415)
	 16: Rel (     0,    54)  ->  Abs (   199,   469)
	 17: Rel (    75,    77)  ->  Abs (   274,   546)
	 18: Rel (    54,     0)  ->  Abs (   328,   546)
	 19: Rel (    57,     0)  ->  Abs (   385,   546)
	 20: Rel (    86,   -80)  ->  Abs (   471,   466)

	Glyph 773: off = 0x00022D8A, len = 606
	  numberOfContours:	2
	  xMin:			179
	  yMin:			826
	  xMax:			868
	  yMax:			1524

	EndPoints
	---------
	  0:  103
	  1:  115

	  Length of Instructions:	284
	00000: PUSHW[2]             13   -32 
	00005: PUSHB[4]             11    16    52    35 
	00010: PUSHW[1]            -32 
	00013: NPUSHB      (50):    11    16    52    13    35    24     3    48    30   113 
	                           101    54   107    89    32    11    16    52    66    32 
	                            11    16    52    89    66    71    78    24    24    44 
	                            57     6    97     4   107    31    42    15     7     4 
	                           113    30    70    85    59    96     4   107    71    30 
	00065: PUSHW[5]            763    17   763   113   -64 
	00076: PUSHB[6]             10    13    52   113   113    84 
	00083: PUSHW[3]            763    71   763 
	00090: PUSHB[6]             31   107     1   107   107    78 
	00097: PUSHW[1]            754 
	00100: NPUSHB      (25):    10    32    11    16    52    92    32    11    16    52 
	                            10    92    95     0     1     0     0    81    21    97 
	                           104    75    27   110    63 
	00127: PUSHW[1]            -32 
	00130: PUSHB[4]             11    16    52    38 
	00135: PUSHW[1]            -32 
	00138: NPUSHB      (30):    11    16    52    63    38    44    80    51     1    51 
	                            51    70    71    84    85    15    17    30    31     8 
	                           110     7    96    97   104    59    42   110    44     6 
	00170: PUSHW[3]            763    97   763 
	00177: PUSHB[8]            104    64    10    12    52   104   104    57 
	00186: PUSHW[5]            763    44   763   110   320 
	00197: SCANCTRL   
	00198: MDAP[rd]   
	00199: MIRP[nrp0,nmd,rd,1] 
	00200: MIRP[nrp0,nmd,rd,1] 
	00201: SHP[rp1,zp0] 
	00202: MDAP[rd]   
	00203: CALL       
	00204: MIRP[nrp0,nmd,rd,1] 
	00205: MIRP[nrp0,nmd,rd,1] 
	00206: SRP1       
	00207: SRP2       
	00208: IP         
	00209: IP         
	00210: SRP1       
	00211: SRP2       
	00212: IP         
	00213: IP         
	00214: SRP2       
	00215: SLOOP      
	00216: IP         
	00217: SHP[rp2,zp1] 
	00218: MDAP[rd]   
	00219: DELTAP2    
	00220: SRP2       
	00221: IP         
	00222: IP         
	00223: CALL       
	00224: CALL       
	00225: SRP1       
	00226: IP         
	00227: IP         
	00228: SRP1       
	00229: SRP2       
	00230: IP         
	00231: IP         
	00232: SHP[rp1,zp0] 
	00233: MDAP[rd]   
	00234: DELTAP2    
	00235: IP         
	00236: IP         
	00237: CALL       
	00238: CALL       
	00239: SVTCA[y-axis] 
	00240: MIAP[rd+ci] 
	00241: SHP[rp1,zp0] 
	00242: MDAP[rd]   
	00243: DELTAP1    
	00244: MIRP[nrp0,nmd,rd,1] 
	00245: MIRP[nrp0,nmd,rd,1] 
	00246: SHP[rp1,zp0] 
	00247: MDAP[rd]   
	00248: CALL       
	00249: MIRP[nrp0,nmd,rd,1] 
	00250: MIRP[nrp0,nmd,rd,1] 
	00251: SRP1       
	00252: SRP2       
	00253: SLOOP      
	00254: IP         
	00255: SRP1       
	00256: SRP2       
	00257: SLOOP      
	00258: IP         
	00259: SRP1       
	00260: SLOOP      
	00261: IP         
	00262: SHP[rp2,zp1] 
	00263: MDAP[rd]   
	00264: SRP1       
	00265: SRP2       
	00266: IP         
	00267: IP         
	00268: CALL       
	00269: CALL       
	00270: SRP1       
	00271: IP         
	00272: IP         
	00273: SRP1       
	00274: SRP2       
	00275: IP         
	00276: IP         
	00277: SRP1       
	00278: IP         
	00279: IP         
	00280: CALL       
	00281: CALL       
	00282: IUP[y]     
	00283: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual               Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual XDual         Y-Short X-Short On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On
	 47:                      Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short Off
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short X-Short On
	 60:  YDual               Y-Short X-Short Off
	 61:  YDual               Y-Short X-Short On
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual XDual         Y-Short         On
	 64:  YDual XDual         Y-Short         Off
	 65:  YDual XDual         Y-Short X-Short Off
	 66:  YDual XDual                 X-Short On
	 67:  YDual XDual                 X-Short Off
	 68:        XDual         Y-Short X-Short On
	 69:        XDual         Y-Short X-Short Off
	 70:        XDual         Y-Short X-Short On
	 71:  YDual XDual         Y-Short X-Short On
	 72:  YDual               Y-Short X-Short Off
	 73:  YDual               Y-Short X-Short On
	 74:  YDual               Y-Short X-Short Off
	 75:  YDual XDual         Y-Short         On
	 76:  YDual XDual         Y-Short         Off
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual                 X-Short On
	 79:  YDual XDual                 X-Short Off
	 80:        XDual         Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:                      Y-Short X-Short Off
	 84:                      Y-Short X-Short On
	 85:        XDual         Y-Short X-Short On
	 86:  YDual XDual         Y-Short X-Short Off
	 87:  YDual XDual         Y-Short X-Short On
	 88:  YDual XDual         Y-Short X-Short Off
	 89:  YDual XDual                 X-Short On
	 90:  YDual XDual                 X-Short Off
	 91:        XDual         Y-Short X-Short Off
	 92:        XDual         Y-Short         On
	 93:        XDual         Y-Short         Off
	 94:                      Y-Short X-Short On
	 95:                      Y-Short X-Short Off
	 96:                      Y-Short X-Short On
	 97:        XDual         Y-Short X-Short On
	 98:  YDual XDual         Y-Short X-Short Off
	 99:  YDual XDual         Y-Short X-Short On
	100:  YDual XDual         Y-Short X-Short Off
	101:  YDual XDual                 X-Short On
	102:  YDual XDual                 X-Short Off
	103:        XDual         Y-Short X-Short Off
	104:                      Y-Short         On
	105:  YDual XDual         Y-Short         Off
	106:  YDual               Y-Short X-Short Off
	107:  YDual                       X-Short On
	108:  YDual                       X-Short Off
	109:                      Y-Short X-Short Off
	110:        XDual         Y-Short         On
	111:        XDual         Y-Short         Off
	112:        XDual         Y-Short X-Short Off
	113:  YDual XDual                 X-Short On
	114:  YDual XDual                 X-Short Off
	115:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   868,  1174)  ->  Abs (   868,  1174)
	  1: Rel (     0,   -29)  ->  Abs (   868,  1145)
	  2: Rel (   -44,   -36)  ->  Abs (   824,  1109)
	  3: Rel (   -33,     0)  ->  Abs (   791,  1109)
	  4: Rel (   -53,     0)  ->  Abs (   738,  1109)
	  5: Rel (   -74,    25)  ->  Abs (   664,  1134)
	  6: Rel (   -74,    26)  ->  Abs (   590,  1160)
	  7: Rel (   -10,   -30)  ->  Abs (   580,  1130)
	  8: Rel (   118,   -58)  ->  Abs (   698,  1072)
	  9: Rel (    86,   -47)  ->  Abs (   784,  1025)
	 10: Rel (     0,   -54)  ->  Abs (   784,   971)
	 11: Rel (     0,   -28)  ->  Abs (   784,   943)
	 12: Rel (   -37,   -39)  ->  Abs (   747,   904)
	 13: Rel (   -28,     0)  ->  Abs (   719,   904)
	 14: Rel (   -52,     0)  ->  Abs (   667,   904)
	 15: Rel (  -106,   207)  ->  Abs (   561,  1111)
	 16: Rel (    -9,    -6)  ->  Abs (   552,  1105)
	 17: Rel (   -12,    -3)  ->  Abs (   540,  1102)
	 18: Rel (    22,   -68)  ->  Abs (   562,  1034)
	 19: Rel (     9,   -34)  ->  Abs (   571,  1000)
	 20: Rel (    17,   -60)  ->  Abs (   588,   940)
	 21: Rel (     0,   -44)  ->  Abs (   588,   896)
	 22: Rel (     0,   -30)  ->  Abs (   588,   866)
	 23: Rel (   -33,   -40)  ->  Abs (   555,   826)
	 24: Rel (   -32,     0)  ->  Abs (   523,   826)
	 25: Rel (   -31,     0)  ->  Abs (   492,   826)
	 26: Rel (   -33,    39)  ->  Abs (   459,   865)
	 27: Rel (     0,    31)  ->  Abs (   459,   896)
	 28: Rel (     0,    45)  ->  Abs (   459,   941)
	 29: Rel (    36,   110)  ->  Abs (   495,  1051)
	 30: Rel (    18,    51)  ->  Abs (   513,  1102)
	 31: Rel (   -27,     9)  ->  Abs (   486,  1111)
	 32: Rel (   -34,   -64)  ->  Abs (   452,  1047)
	 33: Rel (   -33,   -63)  ->  Abs (   419,   984)
	 34: Rel (   -46,   -80)  ->  Abs (   373,   904)
	 35: Rel (   -48,     0)  ->  Abs (   325,   904)
	 36: Rel (   -28,     0)  ->  Abs (   297,   904)
	 37: Rel (   -36,    38)  ->  Abs (   261,   942)
	 38: Rel (     0,    29)  ->  Abs (   261,   971)
	 39: Rel (     0,    54)  ->  Abs (   261,  1025)
	 40: Rel (    86,    46)  ->  Abs (   347,  1071)
	 41: Rel (     8,     4)  ->  Abs (   355,  1075)
	 42: Rel (   113,    55)  ->  Abs (   468,  1130)
	 43: Rel (    -8,    16)  ->  Abs (   460,  1146)
	 44: Rel (    -3,    14)  ->  Abs (   457,  1160)
	 45: Rel (   -67,   -23)  ->  Abs (   390,  1137)
	 46: Rel (   -33,   -10)  ->  Abs (   357,  1127)
	 47: Rel (   -59,   -18)  ->  Abs (   298,  1109)
	 48: Rel (   -43,     0)  ->  Abs (   255,  1109)
	 49: Rel (   -33,     0)  ->  Abs (   222,  1109)
	 50: Rel (   -43,    35)  ->  Abs (   179,  1144)
	 51: Rel (     0,    30)  ->  Abs (   179,  1174)
	 52: Rel (     0,    31)  ->  Abs (   179,  1205)
	 53: Rel (    42,    36)  ->  Abs (   221,  1241)
	 54: Rel (    34,     0)  ->  Abs (   255,  1241)
	 55: Rel (    44,     0)  ->  Abs (   299,  1241)
	 56: Rel (   107,   -37)  ->  Abs (   406,  1204)
	 57: Rel (    51,   -18)  ->  Abs (   457,  1186)
	 58: Rel (     3,    16)  ->  Abs (   460,  1202)
	 59: Rel (     8,    18)  ->  Abs (   468,  1220)
	 60: Rel (   -61,    28)  ->  Abs (   407,  1248)
	 61: Rel (   -60,    29)  ->  Abs (   347,  1277)
	 62: Rel (   -86,    45)  ->  Abs (   261,  1322)
	 63: Rel (     0,    54)  ->  Abs (   261,  1376)
	 64: Rel (     0,    29)  ->  Abs (   261,  1405)
	 65: Rel (    36,    40)  ->  Abs (   297,  1445)
	 66: Rel (    28,     0)  ->  Abs (   325,  1445)
	 67: Rel (    47,     0)  ->  Abs (   372,  1445)
	 68: Rel (    46,   -80)  ->  Abs (   418,  1365)
	 69: Rel (    40,   -76)  ->  Abs (   458,  1289)
	 70: Rel (    28,   -52)  ->  Abs (   486,  1237)
	 71: Rel (    25,     8)  ->  Abs (   511,  1245)
	 72: Rel (    -2,     9)  ->  Abs (   509,  1254)
	 73: Rel (   -23,    67)  ->  Abs (   486,  1321)
	 74: Rel (   -27,    81)  ->  Abs (   459,  1402)
	 75: Rel (     0,    49)  ->  Abs (   459,  1451)
	 76: Rel (     0,    30)  ->  Abs (   459,  1481)
	 77: Rel (    33,    43)  ->  Abs (   492,  1524)
	 78: Rel (    31,     0)  ->  Abs (   523,  1524)
	 79: Rel (    32,     0)  ->  Abs (   555,  1524)
	 80: Rel (    33,   -42)  ->  Abs (   588,  1482)
	 81: Rel (     0,   -31)  ->  Abs (   588,  1451)
	 82: Rel (     0,   -45)  ->  Abs (   588,  1406)
	 83: Rel (   -37,  -109)  ->  Abs (   551,  1297)
	 84: Rel (   -17,   -50)  ->  Abs (   534,  1247)
	 85: Rel (    27,   -10)  ->  Abs (   561,  1237)
	 86: Rel (    63,   122)  ->  Abs (   624,  1359)
	 87: Rel (     3,     5)  ->  Abs (   627,  1364)
	 88: Rel (    46,    81)  ->  Abs (   673,  1445)
	 89: Rel (    46,     0)  ->  Abs (   719,  1445)
	 90: Rel (    29,     0)  ->  Abs (   748,  1445)
	 91: Rel (    36,   -40)  ->  Abs (   784,  1405)
	 92: Rel (     0,   -29)  ->  Abs (   784,  1376)
	 93: Rel (     0,   -53)  ->  Abs (   784,  1323)
	 94: Rel (   -85,   -45)  ->  Abs (   699,  1278)
	 95: Rel (   -73,   -36)  ->  Abs (   626,  1242)
	 96: Rel (   -46,   -22)  ->  Abs (   580,  1220)
	 97: Rel (    10,   -34)  ->  Abs (   590,  1186)
	 98: Rel (    65,    24)  ->  Abs (   655,  1210)
	 99: Rel (    33,    11)  ->  Abs (   688,  1221)
	100: Rel (    60,    20)  ->  Abs (   748,  1241)
	101: Rel (    43,     0)  ->  Abs (   791,  1241)
	102: Rel (    35,     0)  ->  Abs (   826,  1241)
	103: Rel (    42,   -35)  ->  Abs (   868,  1206)
	104: Rel (  -305,   -32)  ->  Abs (   563,  1174)
	105: Rel (     0,    18)  ->  Abs (   563,  1192)
	106: Rel (   -22,    22)  ->  Abs (   541,  1214)
	107: Rel (   -18,     0)  ->  Abs (   523,  1214)
	108: Rel (   -17,     0)  ->  Abs (   506,  1214)
	109: Rel (   -22,   -22)  ->  Abs (   484,  1192)
	110: Rel (     0,   -18)  ->  Abs (   484,  1174)
	111: Rel (     0,   -16)  ->  Abs (   484,  1158)
	112: Rel (    22,   -24)  ->  Abs (   506,  1134)
	113: Rel (    17,     0)  ->  Abs (   523,  1134)
	114: Rel (    17,     0)  ->  Abs (   540,  1134)
	115: Rel (    23,    23)  ->  Abs (   563,  1157)

	Glyph 774: off = 0x00022FE8, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 775: off = 0x00023012, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 776: off = 0x0002303C, len = 184
	  numberOfContours:	2
	  xMin:			54
	  yMin:			266
	  xMax:			536
	  yMax:			881

	EndPoints
	---------
	  0:  17
	  1:  31

	  Length of Instructions:	80
	00000: NPUSHB       (9):    22    32    13    17    52    12    22    29    14 
	00011: PUSHW[1]            751 
	00014: PUSHB[3]             13    13    29 
	00018: PUSHW[3]            751     4   747 
	00025: NPUSHB       (9):    22    18    12    13     8    14    14    26    18 
	00036: PUSHW[1]            765 
	00039: PUSHB[4]              0     0    33    26 
	00044: PUSHW[3]            765     8   296 
	00051: SCANCTRL   
	00052: MDAP[rd]   
	00053: MIRP[nrp0,md,rd,1] 
	00054: SRP1       
	00055: SHP[rp1,zp0] 
	00056: MDAP[rd]   
	00057: MIRP[nrp0,md,rd,1] 
	00058: RTHG       
	00059: SRP1       
	00060: IP         
	00061: MDAP[rd]   
	00062: SRP2       
	00063: IP         
	00064: IP         
	00065: SRP2       
	00066: IP         
	00067: SVTCA[y-axis] 
	00068: RTG        
	00069: MIAP[rd+ci] 
	00070: MIRP[srp0,md,rd,1] 
	00071: SHP[rp2,zp1] 
	00072: MDAP[rd]   
	00073: MIRP[nrp0,md,rd,0] 
	00074: SRP2       
	00075: IP         
	00076: IP         
	00077: CALL       
	00078: IUP[y]     
	00079: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   536,   588)  ->  Abs (   536,   588)
	  1: Rel (     0,  -141)  ->  Abs (   536,   447)
	  2: Rel (   -46,   -71)  ->  Abs (   490,   376)
	  3: Rel (   -71,  -110)  ->  Abs (   419,   266)
	  4: Rel (  -189,     0)  ->  Abs (   230,   266)
	  5: Rel (   -73,     0)  ->  Abs (   157,   266)
	  6: Rel (   -48,    29)  ->  Abs (   109,   295)
	  7: Rel (   -55,    33)  ->  Abs (    54,   328)
	  8: Rel (     0,    61)  ->  Abs (    54,   389)
	  9: Rel (     0,    70)  ->  Abs (    54,   459)
	 10: Rel (    35,    92)  ->  Abs (    89,   551)
	 11: Rel (    32,    78)  ->  Abs (   121,   629)
	 12: Rel (    33,    79)  ->  Abs (   154,   708)
	 13: Rel (   -15,     4)  ->  Abs (   139,   712)
	 14: Rel (    61,   169)  ->  Abs (   200,   881)
	 15: Rel (   181,   -95)  ->  Abs (   381,   786)
	 16: Rel (    35,   -25)  ->  Abs (   416,   761)
	 17: Rel (   120,   -84)  ->  Abs (   536,   677)
	 18: Rel (   -87,  -167)  ->  Abs (   449,   510)
	 19: Rel (     0,    38)  ->  Abs (   449,   548)
	 20: Rel (  -110,    63)  ->  Abs (   339,   611)
	 21: Rel (   -47,    27)  ->  Abs (   292,   638)
	 22: Rel (   -54,    26)  ->  Abs (   238,   664)
	 23: Rel (   -45,   -49)  ->  Abs (   193,   615)
	 24: Rel (    -9,   -12)  ->  Abs (   184,   603)
	 25: Rel (   -28,   -39)  ->  Abs (   156,   564)
	 26: Rel (     0,   -35)  ->  Abs (   156,   529)
	 27: Rel (     0,   -51)  ->  Abs (   156,   478)
	 28: Rel (    57,   -57)  ->  Abs (   213,   421)
	 29: Rel (    48,     0)  ->  Abs (   261,   421)
	 30: Rel (    56,     0)  ->  Abs (   317,   421)
	 31: Rel (   132,    63)  ->  Abs (   449,   484)

	Glyph 777: off = 0x000230F4, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 778: off = 0x0002311E, len = 322
	  numberOfContours:	1
	  xMin:			158
	  yMin:			301
	  xMax:			932
	  yMax:			1475

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	183
	00000: PUSHW[2]             18   -32 
	00005: PUSHB[7]             16    17    52    11    12    25     4 
	00013: PUSHW[1]            -32 
	00016: NPUSHB      (11):     9    17    52     4    19    16    26    25    32    29 
	                            25 
	00029: PUSHW[1]            -64 
	00032: NPUSHB      (10):     9    14    52    25    25    22    16    16     7    29 
	00044: PUSHW[1]            751 
	00047: PUSHB[6]              0    22     1    22    22     7 
	00054: PUSHW[1]            754 
	00057: PUSHB[4]              0     0    39     1 
	00062: PUSHW[3]            754    39   747 
	00069: NPUSHB      (10):    12    11    11    19    36    26    38    32     0    19 
	00081: PUSHW[1]            763 
	00084: PUSHB[5]              4     4    38     0    25 
	00090: PUSHW[1]            763 
	00093: NPUSHB      (16):    26    26    32    38     0     1     1    39     0    64 
	                            12    29    52     0     0    38 
	00111: PUSHW[1]            763 
	00114: PUSHB[4]             48    39     1    39 
	00119: MDAP[rd]   
	00120: DELTAP1    
	00121: MIRP[nrp0,md,rd,1] 
	00122: SHP[rp1,zp0] 
	00123: MDAP[rd]   
	00124: CALL       
	00125: RTHG       
	00126: SRP2       
	00127: IP         
	00128: MDAP[rd]   
	00129: SRP1       
	00130: SRP2       
	00131: IP         
	00132: SHP[rp2,zp1] 
	00133: RTG        
	00134: MDAP[rd]   
	00135: MIRP[nrp0,md,rd,1] 
	00136: SRP1       
	00137: SRP2       
	00138: IP         
	00139: MDAP[rd]   
	00140: MIRP[nrp0,md,rd,1] 
	00141: SRP2       
	00142: IP         
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: SRP1       
	00147: IP         
	00148: MDAP[rd]   
	00149: SHP[rp1,zp0] 
	00150: SVTCA[y-axis] 
	00151: MIAP[rd+ci] 
	00152: MIAP[rd+ci] 
	00153: SRP2       
	00154: IP         
	00155: MDAP[rd]   
	00156: MIAP[rd+ci] 
	00157: IP         
	00158: MDAP[rd]   
	00159: DELTAP1    
	00160: MIRP[nrp0,md,rd,1] 
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: SRP2       
	00165: IP         
	00166: MDAP[rd]   
	00167: CALL       
	00168: SRP1       
	00169: IP         
	00170: SRP1       
	00171: IP         
	00172: SRP1       
	00173: IP         
	00174: IP         
	00175: CALL       
	00176: SRP2       
	00177: IP         
	00178: IP         
	00179: IUP[y]     
	00180: IUP[x]     
	00181: SVTCA[x-axis] 
	00182: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:                      Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short On
	 39:  YDual                       X-Short On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual               Y-Short X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short On
	 44:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   158,  1227)  ->  Abs (   158,  1227)
	  1: Rel (    75,   240)  ->  Abs (   233,  1467)
	  2: Rel (    90,  -162)  ->  Abs (   323,  1305)
	  3: Rel (    74,   -96)  ->  Abs (   397,  1209)
	  4: Rel (    71,   -42)  ->  Abs (   468,  1167)
	  5: Rel (    14,   163)  ->  Abs (   482,  1330)
	  6: Rel (    95,   145)  ->  Abs (   577,  1475)
	  7: Rel (    91,     0)  ->  Abs (   668,  1475)
	  8: Rel (    61,     0)  ->  Abs (   729,  1475)
	  9: Rel (    49,   -30)  ->  Abs (   778,  1445)
	 10: Rel (    45,   -27)  ->  Abs (   823,  1418)
	 11: Rel (    49,   -60)  ->  Abs (   872,  1358)
	 12: Rel (    -8,   -12)  ->  Abs (   864,  1346)
	 13: Rel (    -5,     1)  ->  Abs (   859,  1347)
	 14: Rel (   -33,    11)  ->  Abs (   826,  1358)
	 15: Rel (   -49,    16)  ->  Abs (   777,  1374)
	 16: Rel (   -46,     0)  ->  Abs (   731,  1374)
	 17: Rel (   -93,     0)  ->  Abs (   638,  1374)
	 18: Rel (  -113,  -105)  ->  Abs (   525,  1269)
	 19: Rel (   -29,  -116)  ->  Abs (   496,  1153)
	 20: Rel (    51,   -16)  ->  Abs (   547,  1137)
	 21: Rel (    73,   -15)  ->  Abs (   620,  1122)
	 22: Rel (    31,     0)  ->  Abs (   651,  1122)
	 23: Rel (    82,     0)  ->  Abs (   733,  1122)
	 24: Rel (   114,    56)  ->  Abs (   847,  1178)
	 25: Rel (    62,    75)  ->  Abs (   909,  1253)
	 26: Rel (    23,    -8)  ->  Abs (   932,  1245)
	 27: Rel (   -28,  -147)  ->  Abs (   904,  1098)
	 28: Rel (  -155,  -154)  ->  Abs (   749,   944)
	 29: Rel (  -122,     0)  ->  Abs (   627,   944)
	 30: Rel (   -59,     0)  ->  Abs (   568,   944)
	 31: Rel (   -69,    21)  ->  Abs (   499,   965)
	 32: Rel (   -40,    29)  ->  Abs (   459,   994)
	 33: Rel (    42,   -96)  ->  Abs (   501,   898)
	 34: Rel (    12,   -65)  ->  Abs (   513,   833)
	 35: Rel (     9,   -50)  ->  Abs (   522,   783)
	 36: Rel (     0,  -107)  ->  Abs (   522,   676)
	 37: Rel (     0,  -142)  ->  Abs (   522,   534)
	 38: Rel (   -51,  -233)  ->  Abs (   471,   301)
	 39: Rel (   -35,     0)  ->  Abs (   436,   301)
	 40: Rel (     0,   219)  ->  Abs (   436,   520)
	 41: Rel (   -39,   180)  ->  Abs (   397,   700)
	 42: Rel (   -34,   159)  ->  Abs (   363,   859)
	 43: Rel (   -68,   142)  ->  Abs (   295,  1001)
	 44: Rel (   -54,   113)  ->  Abs (   241,  1114)

	Glyph 779: off = 0x00023260, len = 262
	  numberOfContours:	2
	  xMin:			152
	  yMin:			326
	  xMax:			903
	  yMax:			1450

	EndPoints
	---------
	  0:  22
	  1:  44

	  Length of Instructions:	123
	00000: NPUSHB      (25):    35    32    11    17    52    31    32    11    17    52 
	                            23    33    22     3     0    26    12    42     9     0 
	                            64    14    17    52     0 
	00027: PUSHW[5]            767     1   754    26   767 
	00038: PUSHB[3]              9     9    42 
	00042: PUSHW[3]            767    15   747 
	00049: NPUSHB      (16):    23    12    33    22    42    11    17    52    22    22 
	                            29     0     1     1    19    29 
	00067: PUSHW[1]            766 
	00070: PUSHB[4]              5     5    46    39 
	00075: PUSHW[3]            764    19   300 
	00082: SCANCTRL   
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SRP1       
	00086: SHP[rp1,zp0] 
	00087: MDAP[rd]   
	00088: MIRP[nrp0,md,rd,1] 
	00089: RTHG       
	00090: SRP2       
	00091: IP         
	00092: MDAP[rd]   
	00093: SHP[rp1,zp0] 
	00094: SRP2       
	00095: IP         
	00096: MDAP[rd]   
	00097: CALL       
	00098: SHP[rp1,zp0] 
	00099: IP         
	00100: IP         
	00101: SVTCA[y-axis] 
	00102: RTG        
	00103: MIAP[rd+ci] 
	00104: MIRP[nrp0,md,rd,1] 
	00105: IP         
	00106: MDAP[rd]   
	00107: MIRP[nrp0,md,rd,1] 
	00108: MIAP[rd+ci] 
	00109: MIRP[nrp0,md,rd,1] 
	00110: CALL       
	00111: SRP1       
	00112: SRP2       
	00113: IP         
	00114: SRP1       
	00115: SRP2       
	00116: SLOOP      
	00117: IP         
	00118: IUP[y]     
	00119: IUP[x]     
	00120: SVTCA[x-axis] 
	00121: CALL       
	00122: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:        XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:        XDual                 X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual               Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:                      Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   430,  1231)  ->  Abs (   430,  1231)
	  1: Rel (    66,   219)  ->  Abs (   496,  1450)
	  2: Rel (   210,  -209)  ->  Abs (   706,  1241)
	  3: Rel (   105,  -208)  ->  Abs (   811,  1033)
	  4: Rel (    92,  -182)  ->  Abs (   903,   851)
	  5: Rel (     0,  -151)  ->  Abs (   903,   700)
	  6: Rel (     0,  -120)  ->  Abs (   903,   580)
	  7: Rel (   -65,  -105)  ->  Abs (   838,   475)
	  8: Rel (   -74,  -119)  ->  Abs (   764,   356)
	  9: Rel (  -107,     0)  ->  Abs (   657,   356)
	 10: Rel (   -28,     0)  ->  Abs (   629,   356)
	 11: Rel (   -48,    14)  ->  Abs (   581,   370)
	 12: Rel (   -28,    23)  ->  Abs (   553,   393)
	 13: Rel (   -44,   -37)  ->  Abs (   509,   356)
	 14: Rel (   -89,   -30)  ->  Abs (   420,   326)
	 15: Rel (   -47,     0)  ->  Abs (   373,   326)
	 16: Rel (   -95,     0)  ->  Abs (   278,   326)
	 17: Rel (   -61,    52)  ->  Abs (   217,   378)
	 18: Rel (   -65,    55)  ->  Abs (   152,   433)
	 19: Rel (     0,    95)  ->  Abs (   152,   528)
	 20: Rel (     0,   113)  ->  Abs (   152,   641)
	 21: Rel (   162,   285)  ->  Abs (   314,   926)
	 22: Rel (   196,   228)  ->  Abs (   510,  1154)
	 23: Rel (    80,  -556)  ->  Abs (   590,   598)
	 24: Rel (    22,   -23)  ->  Abs (   612,   575)
	 25: Rel (    77,   -32)  ->  Abs (   689,   543)
	 26: Rel (    40,     0)  ->  Abs (   729,   543)
	 27: Rel (    48,     0)  ->  Abs (   777,   543)
	 28: Rel (    65,    51)  ->  Abs (   842,   594)
	 29: Rel (     0,    39)  ->  Abs (   842,   633)
	 30: Rel (     0,    74)  ->  Abs (   842,   707)
	 31: Rel (   -87,   135)  ->  Abs (   755,   842)
	 32: Rel (   -80,   124)  ->  Abs (   675,   966)
	 33: Rel (  -141,   158)  ->  Abs (   534,  1124)
	 34: Rel (   -41,   -43)  ->  Abs (   493,  1081)
	 35: Rel (   -48,   -67)  ->  Abs (   445,  1014)
	 36: Rel (   -64,   -89)  ->  Abs (   381,   925)
	 37: Rel (   -39,   -82)  ->  Abs (   342,   843)
	 38: Rel (   -49,  -103)  ->  Abs (   293,   740)
	 39: Rel (     0,   -74)  ->  Abs (   293,   666)
	 40: Rel (     0,   -64)  ->  Abs (   293,   602)
	 41: Rel (    68,   -74)  ->  Abs (   361,   528)
	 42: Rel (    61,     0)  ->  Abs (   422,   528)
	 43: Rel (    43,     0)  ->  Abs (   465,   528)
	 44: Rel (    71,    28)  ->  Abs (   536,   556)

	Glyph 780: off = 0x00023366, len = 234
	  numberOfContours:	1
	  xMin:			203
	  yMin:			301
	  xMax:			891
	  yMax:			1469

	EndPoints
	---------
	  0:  35

	  Length of Instructions:	121
	00000: PUSHB[6]             21    32    14    22    52    10 
	00007: PUSHW[1]            -32 
	00010: PUSHB[7]             11    17    52    15    16    19    29 
	00018: PUSHW[1]            751 
	00021: PUSHB[7]             28    28    25    19    19    12     3 
	00029: PUSHW[1]            751 
	00032: PUSHB[4]             25    25     0    12 
	00037: PUSHW[3]            754     0   747 
	00044: NPUSHB      (21):     3    64    15    16    52     3    64    11    13    52 
	                             3    28    35    16    15    15    29    28    28    35 
	                            22 
	00067: PUSHW[1]            755 
	00070: PUSHB[3]              6     6    35 
	00074: PUSHW[3]            763     0   290 
	00081: SCANCTRL   
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SHP[rp1,zp0] 
	00085: MDAP[rd]   
	00086: MIRP[nrp0,md,rd,1] 
	00087: SRP1       
	00088: SHP[rp1,zp0] 
	00089: MDAP[rd]   
	00090: SHP[rp1,zp0] 
	00091: IP         
	00092: MDAP[rd]   
	00093: SHP[rp1,zp0] 
	00094: SRP1       
	00095: SRP2       
	00096: IP         
	00097: CALL       
	00098: CALL       
	00099: SVTCA[y-axis] 
	00100: MIAP[rd+ci] 
	00101: MIAP[rd+ci] 
	00102: SRP2       
	00103: IP         
	00104: MDAP[rd]   
	00105: MIRP[nrp0,md,rd,1] 
	00106: SRP2       
	00107: IP         
	00108: MDAP[rd]   
	00109: SRP2       
	00110: IP         
	00111: MDAP[rd]   
	00112: MIRP[nrp0,md,rd,1] 
	00113: SRP2       
	00114: IP         
	00115: IP         
	00116: IUP[y]     
	00117: IUP[x]     
	00118: SVTCA[x-axis] 
	00119: CALL       
	00120: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:        XDual                 X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   344,   301)  ->  Abs (   344,   301)
	  1: Rel (     0,   171)  ->  Abs (   344,   472)
	  2: Rel (    71,   302)  ->  Abs (   415,   774)
	  3: Rel (    81,   133)  ->  Abs (   496,   907)
	  4: Rel (  -149,     0)  ->  Abs (   347,   907)
	  5: Rel (  -144,    63)  ->  Abs (   203,   970)
	  6: Rel (     0,    62)  ->  Abs (   203,  1032)
	  7: Rel (     0,    47)  ->  Abs (   203,  1079)
	  8: Rel (    78,   145)  ->  Abs (   281,  1224)
	  9: Rel (    75,    89)  ->  Abs (   356,  1313)
	 10: Rel (    59,    74)  ->  Abs (   415,  1387)
	 11: Rel (   118,    82)  ->  Abs (   533,  1469)
	 12: Rel (    45,     0)  ->  Abs (   578,  1469)
	 13: Rel (    53,     0)  ->  Abs (   631,  1469)
	 14: Rel (   115,   -86)  ->  Abs (   746,  1383)
	 15: Rel (    75,   -95)  ->  Abs (   821,  1288)
	 16: Rel (   -10,   -10)  ->  Abs (   811,  1278)
	 17: Rel (   -73,    25)  ->  Abs (   738,  1303)
	 18: Rel (   -77,    16)  ->  Abs (   661,  1319)
	 19: Rel (   -49,     0)  ->  Abs (   612,  1319)
	 20: Rel (  -125,     0)  ->  Abs (   487,  1319)
	 21: Rel (  -149,   -67)  ->  Abs (   338,  1252)
	 22: Rel (     0,   -50)  ->  Abs (   338,  1202)
	 23: Rel (     0,   -54)  ->  Abs (   338,  1148)
	 24: Rel (   108,   -60)  ->  Abs (   446,  1088)
	 25: Rel (    95,     0)  ->  Abs (   541,  1088)
	 26: Rel (    86,     0)  ->  Abs (   627,  1088)
	 27: Rel (   141,    34)  ->  Abs (   768,  1122)
	 28: Rel (   123,    56)  ->  Abs (   891,  1178)
	 29: Rel (   -45,  -191)  ->  Abs (   846,   987)
	 30: Rel (   -98,   -34)  ->  Abs (   748,   953)
	 31: Rel (   -94,   -88)  ->  Abs (   654,   865)
	 32: Rel (  -104,   -97)  ->  Abs (   550,   768)
	 33: Rel (   -68,  -135)  ->  Abs (   482,   633)
	 34: Rel (   -77,  -152)  ->  Abs (   405,   481)
	 35: Rel (   -20,  -180)  ->  Abs (   385,   301)

	Glyph 781: off = 0x00023450, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 782: off = 0x0002347A, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 783: off = 0x000234A4, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 784: off = 0x000234CE, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 785: off = 0x000234F8, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 786: off = 0x00023522, len = 384
	  numberOfContours:	3
	  xMin:			70
	  yMin:			1239
	  xMax:			433
	  yMax:			1879

	EndPoints
	---------
	  0:  7
	  1:  16
	  2:  58

	  Length of Instructions:	206
	00000: PUSHW[2]              0   757 
	00005: PUSHB[3]              2     2     6 
	00009: PUSHW[1]            757 
	00012: NPUSHB       (9):     4    64     9    14    52     4     4    15     8 
	00023: PUSHW[1]            757 
	00026: PUSHB[3]             11    11    15 
	00030: PUSHW[1]            757 
	00033: NPUSHB      (27):    13    64     9    17    52    13    13    36    24    42 
	                            21    55    56    51    46    47    35    42    47    47 
	                            36    56    56    36    36    42    51 
	00062: PUSHW[1]            757 
	00065: PUSHB[3]             21    21    42 
	00069: PUSHW[3]            757    28   756 
	00076: PUSHB[5]              0     8     8     4    13 
	00082: PUSHW[1]            -63 
	00085: NPUSHB      (12):    15    16    52    13    24    47    46    39    36    35 
	                            17    56 
	00099: PUSHW[1]            761 
	00102: PUSHB[5]             55    55    47    31    35 
	00108: PUSHW[1]            761 
	00111: PUSHB[3]             36    36    47 
	00115: PUSHW[3]            761    46   -64 
	00122: PUSHB[4]             21    23    52    46 
	00127: PUSHW[1]            -64 
	00130: PUSHB[4]             13    16    52    46 
	00135: PUSHW[1]            292 
	00138: SCANCTRL   
	00139: MDAP[rd]   
	00140: CALL       
	00141: CALL       
	00142: MIRP[nrp0,md,rd,1] 
	00143: SHP[rp1,zp0] 
	00144: MDAP[rd]   
	00145: MIRP[srp0,md,rd,1] 
	00146: SHP[rp2,zp1] 
	00147: SRP1       
	00148: SHP[rp1,zp0] 
	00149: MDAP[rd]   
	00150: MIRP[srp0,md,rd,1] 
	00151: SHP[rp2,zp1] 
	00152: SRP1       
	00153: SRP2       
	00154: IP         
	00155: SRP1       
	00156: SRP2       
	00157: IP         
	00158: MDAP[rd]   
	00159: CALL       
	00160: ALIGNRP    
	00161: SHP[rp1,zp0] 
	00162: MDAP[rd]   
	00163: ALIGNRP    
	00164: SVTCA[y-axis] 
	00165: MIAP[rd+ci] 
	00166: MIRP[nrp0,md,rd,1] 
	00167: IP         
	00168: MDAP[rd]   
	00169: MIRP[nrp0,md,rd,1] 
	00170: SRP1       
	00171: SHP[rp1,zp0] 
	00172: MDAP[rd]   
	00173: SHP[rp2,zp1] 
	00174: MDAP[rd]   
	00175: SRP2       
	00176: IP         
	00177: MDAP[rd]   
	00178: SRP1       
	00179: IP         
	00180: SRP2       
	00181: IP         
	00182: SRP1       
	00183: SRP2       
	00184: IP         
	00185: SRP1       
	00186: SRP2       
	00187: IP         
	00188: SRP1       
	00189: SHP[rp1,zp0] 
	00190: MDAP[rd]   
	00191: CALL       
	00192: MIRP[nrp0,md,rd,1] 
	00193: SHP[rp1,zp0] 
	00194: MDAP[rd]   
	00195: MIRP[nrp0,md,rd,1] 
	00196: SRP1       
	00197: SHP[rp1,zp0] 
	00198: MDAP[rd]   
	00199: CALL       
	00200: MIRP[nrp0,md,rd,1] 
	00201: SHP[rp1,zp0] 
	00202: MDAP[rd]   
	00203: MIRP[nrp0,md,rd,1] 
	00204: IUP[y]     
	00205: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short On
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short On
	 50:        XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short X-Short On
	 57:        XDual         Y-Short X-Short Off
	 58:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   412,  1879)  ->  Abs (   412,  1879)
	  1: Rel (     0,   -46)  ->  Abs (   412,  1833)
	  2: Rel (   -51,   -43)  ->  Abs (   361,  1790)
	  3: Rel (   -91,   -37)  ->  Abs (   270,  1753)
	  4: Rel (  -200,   -80)  ->  Abs (    70,  1673)
	  5: Rel (     0,    43)  ->  Abs (    70,  1716)
	  6: Rel (    44,    40)  ->  Abs (   114,  1756)
	  7: Rel (    83,    35)  ->  Abs (   197,  1791)
	  8: Rel (   215,   -62)  ->  Abs (   412,  1729)
	  9: Rel (     0,   -48)  ->  Abs (   412,  1681)
	 10: Rel (   -27,   -23)  ->  Abs (   385,  1658)
	 11: Rel (   -23,   -20)  ->  Abs (   362,  1638)
	 12: Rel (   -92,   -37)  ->  Abs (   270,  1601)
	 13: Rel (  -200,   -80)  ->  Abs (    70,  1521)
	 14: Rel (     0,    43)  ->  Abs (    70,  1564)
	 15: Rel (    44,    40)  ->  Abs (   114,  1604)
	 16: Rel (    83,    35)  ->  Abs (   197,  1639)
	 17: Rel (   236,  -162)  ->  Abs (   433,  1477)
	 18: Rel (     0,   -76)  ->  Abs (   433,  1401)
	 19: Rel (   -26,   -48)  ->  Abs (   407,  1353)
	 20: Rel (   -29,   -54)  ->  Abs (   378,  1299)
	 21: Rel (   -51,     0)  ->  Abs (   327,  1299)
	 22: Rel (   -17,     0)  ->  Abs (   310,  1299)
	 23: Rel (   -33,    13)  ->  Abs (   277,  1312)
	 24: Rel (   -17,    12)  ->  Abs (   260,  1324)
	 25: Rel (   -20,   -34)  ->  Abs (   240,  1290)
	 26: Rel (   -19,   -19)  ->  Abs (   221,  1271)
	 27: Rel (   -32,   -32)  ->  Abs (   189,  1239)
	 28: Rel (   -35,     0)  ->  Abs (   154,  1239)
	 29: Rel (   -41,     0)  ->  Abs (   113,  1239)
	 30: Rel (   -43,    57)  ->  Abs (    70,  1296)
	 31: Rel (     0,    49)  ->  Abs (    70,  1345)
	 32: Rel (     0,    26)  ->  Abs (    70,  1371)
	 33: Rel (     8,    29)  ->  Abs (    78,  1400)
	 34: Rel (     5,    18)  ->  Abs (    83,  1418)
	 35: Rel (    14,    36)  ->  Abs (    97,  1454)
	 36: Rel (    21,     8)  ->  Abs (   118,  1462)
	 37: Rel (     0,    -8)  ->  Abs (   118,  1454)
	 38: Rel (    -4,   -36)  ->  Abs (   114,  1418)
	 39: Rel (     0,   -12)  ->  Abs (   114,  1406)
	 40: Rel (     0,   -22)  ->  Abs (   114,  1384)
	 41: Rel (    18,   -35)  ->  Abs (   132,  1349)
	 42: Rel (    18,     0)  ->  Abs (   150,  1349)
	 43: Rel (    43,     0)  ->  Abs (   193,  1349)
	 44: Rel (    26,    56)  ->  Abs (   219,  1405)
	 45: Rel (    12,    25)  ->  Abs (   231,  1430)
	 46: Rel (    18,    75)  ->  Abs (   249,  1505)
	 47: Rel (    21,     7)  ->  Abs (   270,  1512)
	 48: Rel (     9,   -49)  ->  Abs (   279,  1463)
	 49: Rel (     4,   -11)  ->  Abs (   283,  1452)
	 50: Rel (    12,   -32)  ->  Abs (   295,  1420)
	 51: Rel (    28,     0)  ->  Abs (   323,  1420)
	 52: Rel (    38,     0)  ->  Abs (   361,  1420)
	 53: Rel (    22,    50)  ->  Abs (   383,  1470)
	 54: Rel (    18,    41)  ->  Abs (   401,  1511)
	 55: Rel (     0,    45)  ->  Abs (   401,  1556)
	 56: Rel (    21,     6)  ->  Abs (   422,  1562)
	 57: Rel (     4,   -19)  ->  Abs (   426,  1543)
	 58: Rel (     7,   -49)  ->  Abs (   433,  1494)

	Glyph 787: off = 0x000236A2, len = 42
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	  yMin:			0
	  xMax:			1280
	  yMax:			1280

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	---------
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	  1:  7

	  Length of Instructions:	0

	Flags
	-----
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	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	---------
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	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
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	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	  Length of Instructions:	0

	Flags
	-----
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	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	Flags
	-----
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	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	Flags
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	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	  Length of Instructions:	0

	Flags
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	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	Flags
	-----
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	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	  xMin:			0
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	---------
	  0:  3

	  Length of Instructions:	24
	00000: PUSHW[6]              2   751     1   747     0   752 
	00013: PUSHB[2]              5     1 
	00016: MDAP[rd]   
	00017: SRP0       
	00018: MIRP[nrp0,nmd,rd,0] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[nrp0,md,rd,1] 
	00022: IUP[y]     
	00023: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1367,   293)  ->  Abs (  1367,   293)
	  1: Rel ( -1367,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (  1367,     0)  ->  Abs (  1367,   467)

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	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
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	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	---------
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	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	  numberOfContours:	4
	  xMin:			128
	  yMin:			-359
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	EndPoints
	---------
	  0:  28
	  1:  32
	  2:  36
	  3:  40

	  Length of Instructions:	238
	00000: PUSHB[6]             36    16    18    21    52    30 
	00007: PUSHW[1]            -16 
	00010: PUSHB[4]             18    21    52    40 
	00015: PUSHW[1]            -16 
	00018: PUSHB[4]             18    21    52    16 
	00023: PUSHW[1]            -64 
	00026: NPUSHB      (11):    14    17    52    22    52    12    17    52    33    35 
	                            34 
	00039: PUSHW[1]            770 
	00042: PUSHB[6]             36    36    30    37    39    38 
	00049: PUSHW[1]            770 
	00052: PUSHB[5]             40    40    29    31    30 
	00058: PUSHW[1]            770 
	00061: NPUSHB      (12):   111    32     1   223    32     1    32    32     1    10 
	                            18     9 
	00075: NPUSHW       (9):   772    23   751    24   772    18   751     1   747 
	00095: PUSHB[3]             34    36    33 
	00099: PUSHW[1]            769 
	00102: PUSHB[6]             35    35    37    30    32    29 
	00109: PUSHW[1]            769 
	00112: PUSHB[5]             31    31    38    40    39 
	00118: PUSHW[1]            769 
	00121: PUSHB[8]             37    37     5    24    24    23    23    19 
	00130: NPUSHW      (10):   771    64     0   752    42    10   763    32     9   -64 
	00152: PUSHB[6]              9    11    52     9     9    14 
	00159: PUSHW[3]            771     5   298 
	00166: SCANCTRL   
	00167: MDAP[rd]   
	00168: MIRP[srp0,md,rd,1] 
	00169: SHP[rp2,zp1] 
	00170: RTHG       
	00171: MDAP[rd]   
	00172: CALL       
	00173: SMD        
	00174: MIRP[nrp0,md,rd,1] 
	00175: RTG        
	00176: SRP0       
	00177: MIRP[srp0,nmd,rd,0] 
	00178: SMD        
	00179: MIRP[srp0,md,rd,1] 
	00180: SHP[rp2,zp1] 
	00181: MDAP[rd]   
	00182: RTHG       
	00183: IP         
	00184: MDAP[rd]   
	00185: RTG        
	00186: SRP1       
	00187: IP         
	00188: MDAP[rd]   
	00189: MIRP[srp0,md,rd,1] 
	00190: IP         
	00191: IP         
	00192: SHP[rp1,zp0] 
	00193: MDAP[rd]   
	00194: MIRP[nrp0,md,rd,1] 
	00195: IP         
	00196: IP         
	00197: SRP1       
	00198: SHP[rp1,zp0] 
	00199: MDAP[rd]   
	00200: MIRP[nrp0,md,rd,1] 
	00201: IP         
	00202: IP         
	00203: SVTCA[y-axis] 
	00204: MIAP[rd+ci] 
	00205: MIRP[nrp0,md,rd,1] 
	00206: MIAP[rd+ci] 
	00207: MIRP[nrp0,md,rd,1] 
	00208: MIAP[rd+ci] 
	00209: SRP2       
	00210: IP         
	00211: SRP1       
	00212: SHP[rp1,zp0] 
	00213: MDAP[rd]   
	00214: DELTAP1    
	00215: DELTAP2    
	00216: MIRP[srp0,md,rd,1] 
	00217: IP         
	00218: IP         
	00219: SHP[rp1,zp0] 
	00220: MDAP[rd]   
	00221: MIRP[srp0,md,rd,1] 
	00222: IP         
	00223: IP         
	00224: SRP1       
	00225: SHP[rp1,zp0] 
	00226: MDAP[rd]   
	00227: MIRP[srp0,md,rd,1] 
	00228: IP         
	00229: IP         
	00230: IUP[y]     
	00231: IUP[x]     
	00232: SVTCA[x-axis] 
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual                               On
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:                                      On
	 30:                      Y-Short X-Short On
	 31:  YDual               Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short On
	 33:        XDual                 X-Short On
	 34:                      Y-Short X-Short On
	 35:  YDual               Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual               Y-Short X-Short On
	 38:                      Y-Short X-Short On
	 39:  YDual               Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1531,   293)  ->  Abs (  1531,   293)
	  1: Rel (  -954,     0)  ->  Abs (   577,   293)
	  2: Rel (  -192,     0)  ->  Abs (   385,   293)
	  3: Rel (  -114,    67)  ->  Abs (   271,   360)
	  4: Rel (  -143,    84)  ->  Abs (   128,   444)
	  5: Rel (     0,   179)  ->  Abs (   128,   623)
	  6: Rel (     0,    93)  ->  Abs (   128,   716)
	  7: Rel (    42,    97)  ->  Abs (   170,   813)
	  8: Rel (    15,    35)  ->  Abs (   185,   848)
	  9: Rel (    57,    98)  ->  Abs (   242,   946)
	 10: Rel (    30,   -19)  ->  Abs (   272,   927)
	 11: Rel (   -22,   -46)  ->  Abs (   250,   881)
	 12: Rel (   -21,   -46)  ->  Abs (   229,   835)
	 13: Rel (   -29,   -71)  ->  Abs (   200,   764)
	 14: Rel (     0,   -56)  ->  Abs (   200,   708)
	 15: Rel (     0,  -118)  ->  Abs (   200,   590)
	 16: Rel (   124,   -65)  ->  Abs (   324,   525)
	 17: Rel (   111,   -58)  ->  Abs (   435,   467)
	 18: Rel (   170,     0)  ->  Abs (   605,   467)
	 19: Rel (   847,     0)  ->  Abs (  1452,   467)
	 20: Rel (     0,    27)  ->  Abs (  1452,   494)
	 21: Rel (     0,   112)  ->  Abs (  1452,   606)
	 22: Rel (   -54,   141)  ->  Abs (  1398,   747)
	 23: Rel (   -65,    50)  ->  Abs (  1333,   797)
	 24: Rel (    77,   163)  ->  Abs (  1410,   960)
	 25: Rel (    44,   -55)  ->  Abs (  1454,   905)
	 26: Rel (     9,   -14)  ->  Abs (  1463,   891)
	 27: Rel (    68,  -112)  ->  Abs (  1531,   779)
	 28: Rel (     0,  -214)  ->  Abs (  1531,   565)
	 29: Rel (  -443,  -509)  ->  Abs (  1088,    56)
	 30: Rel (   -74,  -145)  ->  Abs (  1014,   -89)
	 31: Rel (  -164,    84)  ->  Abs (   850,    -5)
	 32: Rel (    76,   145)  ->  Abs (   926,   140)
	 33: Rel (   128,  -353)  ->  Abs (  1054,  -213)
	 34: Rel (   -74,  -146)  ->  Abs (   980,  -359)
	 35: Rel (  -163,    86)  ->  Abs (   817,  -273)
	 36: Rel (    77,   146)  ->  Abs (   894,  -127)
	 37: Rel (   -34,    90)  ->  Abs (   860,   -37)
	 38: Rel (   -75,  -143)  ->  Abs (   785,  -180)
	 39: Rel (  -165,    85)  ->  Abs (   620,   -95)
	 40: Rel (    78,   144)  ->  Abs (   698,    49)

	Glyph 800: off = 0x00023A1E, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-359
	  xMax:			1531
	  yMax:			960

	     0: Flags:		0x0016
		Glyf Index:	799
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 801: off = 0x00023A2E, len = 290
	  numberOfContours:	4
	  xMin:			-3
	  yMin:			-359
	  xMax:			571
	  yMax:			934

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11
	  3:  24

	  Length of Instructions:	194
	00000: PUSHB[6]              7    16    18    21    52     1 
	00007: PUSHW[1]            -16 
	00010: PUSHB[4]             18    21    52    11 
	00015: PUSHW[1]            -16 
	00018: NPUSHB      (11):    18    21    52    18    52    12    17    52     4     6 
	                             5 
	00031: PUSHW[1]            770 
	00034: PUSHB[6]              7     7     1     8    10     9 
	00041: PUSHW[1]            770 
	00044: PUSHB[5]             11    11     0     2     1 
	00050: PUSHW[1]            770 
	00053: NPUSHB      (10):   111     3     1   223     3     1     3     3    13    19 
	00065: PUSHW[7]            751    20   772    14   751    13   747 
	00080: PUSHB[3]              5     7     4 
	00084: PUSHW[1]            769 
	00087: PUSHB[6]              6     6     8     1     3     0 
	00094: PUSHW[1]            769 
	00097: PUSHB[5]              2     2     9    11    10 
	00103: PUSHW[1]            769 
	00106: NPUSHB      (13):     8    64     9    10    52     8     8    13    20    20 
	                            19    19    15 
	00121: PUSHW[6]            771    12   752    26    13   298 
	00134: SCANCTRL   
	00135: MDAP[rd]   
	00136: SRP0       
	00137: MIRP[srp0,nmd,rd,1] 
	00138: MIRP[srp0,md,rd,1] 
	00139: SHP[rp2,zp1] 
	00140: MDAP[rd]   
	00141: RTHG       
	00142: IP         
	00143: MDAP[rd]   
	00144: RTG        
	00145: SRP1       
	00146: IP         
	00147: MDAP[rd]   
	00148: CALL       
	00149: MIRP[srp0,md,rd,1] 
	00150: IP         
	00151: IP         
	00152: SHP[rp1,zp0] 
	00153: MDAP[rd]   
	00154: MIRP[nrp0,md,rd,1] 
	00155: IP         
	00156: IP         
	00157: SRP1       
	00158: SHP[rp1,zp0] 
	00159: MDAP[rd]   
	00160: MIRP[nrp0,md,rd,1] 
	00161: IP         
	00162: IP         
	00163: SVTCA[y-axis] 
	00164: MIAP[rd+ci] 
	00165: MIRP[nrp0,md,rd,1] 
	00166: MIAP[rd+ci] 
	00167: MIRP[nrp0,md,rd,1] 
	00168: SRP1       
	00169: SHP[rp1,zp0] 
	00170: MDAP[rd]   
	00171: DELTAP1    
	00172: DELTAP2    
	00173: MIRP[srp0,md,rd,1] 
	00174: IP         
	00175: IP         
	00176: SHP[rp1,zp0] 
	00177: MDAP[rd]   
	00178: MIRP[srp0,md,rd,1] 
	00179: IP         
	00180: IP         
	00181: SRP1       
	00182: SHP[rp1,zp0] 
	00183: MDAP[rd]   
	00184: MIRP[srp0,md,rd,1] 
	00185: IP         
	00186: IP         
	00187: IUP[y]     
	00188: IUP[x]     
	00189: SVTCA[x-axis] 
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual                 X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short         On
	 13:  YDual                               On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual                               On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   465,    56)  ->  Abs (   465,    56)
	  1: Rel (   -74,  -145)  ->  Abs (   391,   -89)
	  2: Rel (  -164,    84)  ->  Abs (   227,    -5)
	  3: Rel (    76,   145)  ->  Abs (   303,   140)
	  4: Rel (   128,  -353)  ->  Abs (   431,  -213)
	  5: Rel (   -74,  -146)  ->  Abs (   357,  -359)
	  6: Rel (  -163,    86)  ->  Abs (   194,  -273)
	  7: Rel (    77,   146)  ->  Abs (   271,  -127)
	  8: Rel (   -34,    90)  ->  Abs (   237,   -37)
	  9: Rel (   -75,  -143)  ->  Abs (   162,  -180)
	 10: Rel (  -165,    85)  ->  Abs (    -3,   -95)
	 11: Rel (    78,   144)  ->  Abs (    75,    49)
	 12: Rel (   496,   244)  ->  Abs (   571,   293)
	 13: Rel (  -570,     0)  ->  Abs (     1,   293)
	 14: Rel (     0,   174)  ->  Abs (     1,   467)
	 15: Rel (   497,     0)  ->  Abs (   498,   467)
	 16: Rel (     0,   118)  ->  Abs (   498,   585)
	 17: Rel (   -28,    62)  ->  Abs (   470,   647)
	 18: Rel (   -19,    43)  ->  Abs (   451,   690)
	 19: Rel (   -75,    81)  ->  Abs (   376,   771)
	 20: Rel (    78,   163)  ->  Abs (   454,   934)
	 21: Rel (    72,   -91)  ->  Abs (   526,   843)
	 22: Rel (    18,   -51)  ->  Abs (   544,   792)
	 23: Rel (    27,   -77)  ->  Abs (   571,   715)
	 24: Rel (     0,  -178)  ->  Abs (   571,   537)

	Glyph 802: off = 0x00023B50, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			-359
	  xMax:			571
	  yMax:			934

	     0: Flags:		0x0016
		Glyf Index:	801
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 803: off = 0x00023B60, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 804: off = 0x00023B8A, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 805: off = 0x00023BB4, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 806: off = 0x00023BDE, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 807: off = 0x00023C08, len = 426
	  numberOfContours:	4
	  xMin:			54
	  yMin:			-434
	  xMax:			1056
	  yMax:			885

	EndPoints
	---------
	  0:  44
	  1:  48
	  2:  52
	  3:  56

	  Length of Instructions:	246
	00000: PUSHB[6]             52    16    18    21    52    46 
	00007: PUSHW[1]            -16 
	00010: PUSHB[4]             18    21    52    56 
	00015: PUSHW[1]            -16 
	00018: NPUSHB      (17):    18    21    52    41    32    10    11    52    24    42 
	                            10    11    52   121    42     1    27 
	00037: PUSHW[1]            -74 
	00040: PUSHB[6]              9    17    52    49    51    50 
	00047: PUSHW[1]            770 
	00050: PUSHB[6]             52    52    46    53    55    54 
	00057: PUSHW[1]            770 
	00060: PUSHB[5]             56    56    45    47    46 
	00066: PUSHW[3]            770    48   -64 
	00073: NPUSHB      (10):    11    17    52    48    48    19     7     3    31    30 
	00085: PUSHW[3]            751    32   774 
	00092: PUSHB[5]             15    18     0    19    11 
	00098: PUSHW[1]            751 
	00101: PUSHB[3]              3     3    18 
	00105: PUSHW[3]            751    19   775 
	00112: PUSHB[3]             50    52    49 
	00116: PUSHW[1]            769 
	00119: PUSHB[6]             51    51    53    46    48    45 
	00126: PUSHW[1]            769 
	00129: PUSHB[5]             47    47    54    56    55 
	00135: PUSHW[1]            769 
	00138: NPUSHB      (23):    53    64    10    11    52    53    53   143     0     1 
	                             0    18    30    32    31    31    19    18    18    58 
	                             7     7    25 
	00163: PUSHW[3]            771    39   298 
	00170: SCANCTRL   
	00171: MDAP[rd]   
	00172: MIRP[nrp0,md,rd,1] 
	00173: SHP[rp1,zp0] 
	00174: MDAP[rd]   
	00175: SRP1       
	00176: SHP[rp1,zp0] 
	00177: MDAP[rd]   
	00178: SHP[rp1,zp0] 
	00179: SHP[rp1,zp0] 
	00180: MDAP[rd]   
	00181: IP         
	00182: IP         
	00183: SRP1       
	00184: IP         
	00185: DELTAP1    
	00186: IP         
	00187: MDAP[rd]   
	00188: CALL       
	00189: MIRP[srp0,md,rd,1] 
	00190: IP         
	00191: IP         
	00192: SHP[rp1,zp0] 
	00193: MDAP[rd]   
	00194: MIRP[nrp0,md,rd,1] 
	00195: IP         
	00196: IP         
	00197: SRP1       
	00198: SHP[rp1,zp0] 
	00199: MDAP[rd]   
	00200: MIRP[nrp0,md,rd,1] 
	00201: IP         
	00202: IP         
	00203: SVTCA[y-axis] 
	00204: MIAP[rd+ci] 
	00205: MIRP[nrp0,md,rd,1] 
	00206: IP         
	00207: MDAP[rd]   
	00208: MIRP[nrp0,md,rd,1] 
	00209: SRP2       
	00210: IP         
	00211: SRP1       
	00212: IP         
	00213: MIAP[rd+ci] 
	00214: MIRP[nrp0,md,rd,1] 
	00215: IP         
	00216: SRP1       
	00217: IP         
	00218: SRP1       
	00219: IP         
	00220: MDAP[rd]   
	00221: CALL       
	00222: MIRP[srp0,md,rd,1] 
	00223: IP         
	00224: IP         
	00225: SHP[rp1,zp0] 
	00226: MDAP[rd]   
	00227: MIRP[srp0,md,rd,1] 
	00228: IP         
	00229: IP         
	00230: SRP1       
	00231: SHP[rp1,zp0] 
	00232: MDAP[rd]   
	00233: MIRP[srp0,md,rd,1] 
	00234: IP         
	00235: IP         
	00236: IUP[y]     
	00237: IUP[x]     
	00238: SVTCA[x-axis] 
	00239: CALL       
	00240: DELTAP1    
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual                               On
	 30:  YDual XDual                 X-Short On
	 31:        XDual         Y-Short X-Short On
	 32:                      Y-Short X-Short On
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:                      Y-Short         On
	 46:                      Y-Short X-Short On
	 47:  YDual               Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short On
	 49:        XDual                 X-Short On
	 50:                      Y-Short X-Short On
	 51:  YDual               Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short On
	 53:  YDual               Y-Short X-Short On
	 54:                      Y-Short X-Short On
	 55:  YDual               Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   484,   696)  ->  Abs (   484,   696)
	  1: Rel (   -20,     0)  ->  Abs (   464,   696)
	  2: Rel (   -76,     6)  ->  Abs (   388,   702)
	  3: Rel (   -19,     0)  ->  Abs (   369,   702)
	  4: Rel (   -64,     0)  ->  Abs (   305,   702)
	  5: Rel (   -80,   -12)  ->  Abs (   225,   690)
	  6: Rel (   -52,    -8)  ->  Abs (   173,   682)
	  7: Rel (   -90,   -18)  ->  Abs (    83,   664)
	  8: Rel (    40,   113)  ->  Abs (   123,   777)
	  9: Rel (    35,    34)  ->  Abs (   158,   811)
	 10: Rel (    75,    74)  ->  Abs (   233,   885)
	 11: Rel (   177,     0)  ->  Abs (   410,   885)
	 12: Rel (    66,     0)  ->  Abs (   476,   885)
	 13: Rel (   204,   -28)  ->  Abs (   680,   857)
	 14: Rel (    95,   -13)  ->  Abs (   775,   844)
	 15: Rel (    69,     0)  ->  Abs (   844,   844)
	 16: Rel (    29,     0)  ->  Abs (   873,   844)
	 17: Rel (   112,    14)  ->  Abs (   985,   858)
	 18: Rel (    28,     0)  ->  Abs (  1013,   858)
	 19: Rel (   -37,  -169)  ->  Abs (   976,   689)
	 20: Rel (  -211,   -36)  ->  Abs (   765,   653)
	 21: Rel (  -148,   -46)  ->  Abs (   617,   607)
	 22: Rel (  -220,   -68)  ->  Abs (   397,   539)
	 23: Rel (  -123,   -98)  ->  Abs (   274,   441)
	 24: Rel (  -153,  -122)  ->  Abs (   121,   319)
	 25: Rel (     0,  -166)  ->  Abs (   121,   153)
	 26: Rel (     0,  -215)  ->  Abs (   121,   -62)
	 27: Rel (   224,  -108)  ->  Abs (   345,  -170)
	 28: Rel (   195,   -94)  ->  Abs (   540,  -264)
	 29: Rel (   326,     0)  ->  Abs (   866,  -264)
	 30: Rel (   184,     0)  ->  Abs (  1050,  -264)
	 31: Rel (     6,   -11)  ->  Abs (  1056,  -275)
	 32: Rel (  -226,  -159)  ->  Abs (   830,  -434)
	 33: Rel (   -58,     0)  ->  Abs (   772,  -434)
	 34: Rel (  -216,     0)  ->  Abs (   556,  -434)
	 35: Rel (  -143,    40)  ->  Abs (   413,  -394)
	 36: Rel (  -171,    48)  ->  Abs (   242,  -346)
	 37: Rel (   -88,   106)  ->  Abs (   154,  -240)
	 38: Rel (  -100,   121)  ->  Abs (    54,  -119)
	 39: Rel (     0,   199)  ->  Abs (    54,    80)
	 40: Rel (     0,   168)  ->  Abs (    54,   248)
	 41: Rel (    79,   134)  ->  Abs (   133,   382)
	 42: Rel (    60,   102)  ->  Abs (   193,   484)
	 43: Rel (   115,    91)  ->  Abs (   308,   575)
	 44: Rel (    35,    28)  ->  Abs (   343,   603)
	 45: Rel (   513,  -243)  ->  Abs (   856,   360)
	 46: Rel (   -74,  -145)  ->  Abs (   782,   215)
	 47: Rel (  -164,    84)  ->  Abs (   618,   299)
	 48: Rel (    76,   145)  ->  Abs (   694,   444)
	 49: Rel (   128,  -353)  ->  Abs (   822,    91)
	 50: Rel (   -74,  -146)  ->  Abs (   748,   -55)
	 51: Rel (  -163,    86)  ->  Abs (   585,    31)
	 52: Rel (    77,   146)  ->  Abs (   662,   177)
	 53: Rel (   -34,    90)  ->  Abs (   628,   267)
	 54: Rel (   -75,  -143)  ->  Abs (   553,   124)
	 55: Rel (  -165,    85)  ->  Abs (   388,   209)
	 56: Rel (    78,   144)  ->  Abs (   466,   353)

	Glyph 808: off = 0x00023DB2, len = 540
	  numberOfContours:	4
	  xMin:			54
	  yMin:			-434
	  xMax:			1147
	  yMax:			873

	EndPoints
	---------
	  0:  62
	  1:  66
	  2:  70
	  3:  74

	  Length of Instructions:	310
	00000: PUSHB[6]             70    16    18    21    52    64 
	00007: PUSHW[1]            -16 
	00010: PUSHB[4]             18    21    52    74 
	00015: PUSHW[1]            -16 
	00018: NPUSHB      (17):    18    21    52    30    32    10    11    52    13    42 
	                            10    11    52   121    31     1    16 
	00037: PUSHW[1]            -94 
	00040: PUSHB[6]              9    17    52    71    73    72 
	00047: PUSHW[1]            770 
	00050: PUSHB[5]             74    74    65    63    66 
	00056: PUSHW[1]            770 
	00059: PUSHB[5]             64    64    67    69    70 
	00065: PUSHW[1]            770 
	00068: NPUSHB      (15):   208    68     1    68    68     1    19    56     8    52 
	                            61    41    37    20    19 
	00085: PUSHW[3]            751    21   774 
	00092: PUSHB[5]             48    51    34    52    45 
	00098: PUSHW[1]            751 
	00101: PUSHB[3]             37    37    51 
	00105: PUSHW[7]            751    52   775    61   751     1   747 
	00120: PUSHB[3]             68    70    67 
	00124: PUSHW[1]            769 
	00127: PUSHB[6]             69    69    65    72    74    73 
	00134: PUSHW[1]            769 
	00137: PUSHB[5]             71    71    64    66    65 
	00143: PUSHW[1]            769 
	00146: NPUSHB      (18):    63    64    18    25    52    95    63   127    63     2 
	                            63    63     4    14    56    51     8     4 
	00166: PUSHW[1]            771 
	00169: NPUSHB      (16):    57    57   143    34     1    34    51    19    21    14 
	                            20    20    52    51    51     0 
	00187: PUSHW[1]            752 
	00190: PUSHB[4]             76    41    41    14 
	00195: PUSHW[3]            771    28   298 
	00202: SCANCTRL   
	00203: MDAP[rd]   
	00204: MIRP[nrp0,md,rd,1] 
	00205: SHP[rp1,zp0] 
	00206: MDAP[rd]   
	00207: SRP0       
	00208: MIRP[nrp0,nmd,rd,0] 
	00209: SHP[rp1,zp0] 
	00210: MDAP[rd]   
	00211: SHP[rp1,zp0] 
	00212: SHP[rp1,zp0] 
	00213: MDAP[rd]   
	00214: SRP2       
	00215: IP         
	00216: IP         
	00217: SRP1       
	00218: IP         
	00219: DELTAP1    
	00220: IP         
	00221: MDAP[rd]   
	00222: MIRP[srp0,md,rd,1] 
	00223: IP         
	00224: SRP2       
	00225: IP         
	00226: SRP1       
	00227: SRP2       
	00228: IP         
	00229: MDAP[rd]   
	00230: DELTAP1    
	00231: CALL       
	00232: MIRP[srp0,md,rd,1] 
	00233: IP         
	00234: IP         
	00235: SHP[rp2,zp1] 
	00236: MDAP[rd]   
	00237: MIRP[srp0,md,rd,1] 
	00238: IP         
	00239: IP         
	00240: SRP1       
	00241: SHP[rp1,zp0] 
	00242: MDAP[rd]   
	00243: MIRP[nrp0,md,rd,1] 
	00244: IP         
	00245: IP         
	00246: SVTCA[y-axis] 
	00247: MIAP[rd+ci] 
	00248: MIRP[nrp0,md,rd,1] 
	00249: MIAP[rd+ci] 
	00250: MIRP[nrp0,md,rd,1] 
	00251: IP         
	00252: MDAP[rd]   
	00253: MIRP[nrp0,md,rd,1] 
	00254: SRP2       
	00255: IP         
	00256: SRP1       
	00257: IP         
	00258: MIAP[rd+ci] 
	00259: MIRP[nrp0,md,rd,1] 
	00260: IP         
	00261: SRP1       
	00262: IP         
	00263: SRP1       
	00264: SRP2       
	00265: IP         
	00266: IP         
	00267: SRP1       
	00268: SRP2       
	00269: IP         
	00270: MDAP[rd]   
	00271: DELTAP1    
	00272: PUSHB[2]              6     2 
	00275: RS         
	00276: EQ         
	00277: IF         
	00278: PUSHB[5]             15    68    31    68     2 
	00284: SVTCA[y-axis] 
	00285: DELTAP1    
	00286: EIF        
	00287: MIRP[nrp0,md,rd,1] 
	00288: IP         
	00289: IP         
	00290: SHP[rp2,zp1] 
	00291: MDAP[rd]   
	00292: MIRP[srp0,md,rd,1] 
	00293: IP         
	00294: IP         
	00295: SHP[rp2,zp1] 
	00296: MDAP[rd]   
	00297: MIRP[srp0,md,rd,1] 
	00298: IP         
	00299: IP         
	00300: IUP[y]     
	00301: IUP[x]     
	00302: SVTCA[x-axis] 
	00303: CALL       
	00304: DELTAP1    
	00305: CALL       
	00306: CALL       
	00307: CALL       
	00308: CALL       
	00309: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual                               On
	 19:  YDual XDual                 X-Short On
	 20:        XDual         Y-Short X-Short On
	 21:                      Y-Short X-Short On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:                      Y-Short X-Short On
	 53:                      Y-Short X-Short Off
	 54:                      Y-Short X-Short On
	 55:                      Y-Short X-Short Off
	 56:                      Y-Short X-Short On
	 57:                      Y-Short X-Short On
	 58:        XDual         Y-Short         Off
	 59:        XDual         Y-Short X-Short On
	 60:        XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short On
	 63:                      Y-Short         On
	 64:                      Y-Short X-Short On
	 65:  YDual               Y-Short X-Short On
	 66:  YDual XDual         Y-Short X-Short On
	 67:        XDual                 X-Short On
	 68:                      Y-Short X-Short On
	 69:  YDual               Y-Short X-Short On
	 70:  YDual XDual         Y-Short X-Short On
	 71:  YDual               Y-Short X-Short On
	 72:                      Y-Short X-Short On
	 73:  YDual               Y-Short X-Short On
	 74:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1147,   293)  ->  Abs (  1147,   293)
	  1: Rel (  -207,     0)  ->  Abs (   940,   293)
	  2: Rel (  -121,     0)  ->  Abs (   819,   293)
	  3: Rel (  -102,    90)  ->  Abs (   717,   383)
	  4: Rel (     0,   104)  ->  Abs (   717,   487)
	  5: Rel (     0,    39)  ->  Abs (   717,   526)
	  6: Rel (    10,    58)  ->  Abs (   727,   584)
	  7: Rel (     4,    22)  ->  Abs (   731,   606)
	  8: Rel (     7,    36)  ->  Abs (   738,   642)
	  9: Rel (  -171,   -52)  ->  Abs (   567,   590)
	 10: Rel (   -87,   -37)  ->  Abs (   480,   553)
	 11: Rel (  -160,   -68)  ->  Abs (   320,   485)
	 12: Rel (   -88,   -86)  ->  Abs (   232,   399)
	 13: Rel (  -111,  -108)  ->  Abs (   121,   291)
	 14: Rel (     0,  -138)  ->  Abs (   121,   153)
	 15: Rel (     0,  -215)  ->  Abs (   121,   -62)
	 16: Rel (   224,  -108)  ->  Abs (   345,  -170)
	 17: Rel (   195,   -94)  ->  Abs (   540,  -264)
	 18: Rel (   326,     0)  ->  Abs (   866,  -264)
	 19: Rel (   184,     0)  ->  Abs (  1050,  -264)
	 20: Rel (     6,   -11)  ->  Abs (  1056,  -275)
	 21: Rel (  -226,  -159)  ->  Abs (   830,  -434)
	 22: Rel (   -58,     0)  ->  Abs (   772,  -434)
	 23: Rel (  -216,     0)  ->  Abs (   556,  -434)
	 24: Rel (  -143,    40)  ->  Abs (   413,  -394)
	 25: Rel (  -171,    48)  ->  Abs (   242,  -346)
	 26: Rel (   -88,   106)  ->  Abs (   154,  -240)
	 27: Rel (  -100,   121)  ->  Abs (    54,  -119)
	 28: Rel (     0,   199)  ->  Abs (    54,    80)
	 29: Rel (     0,   171)  ->  Abs (    54,   251)
	 30: Rel (    85,   128)  ->  Abs (   139,   379)
	 31: Rel (    66,   100)  ->  Abs (   205,   479)
	 32: Rel (   127,    83)  ->  Abs (   332,   562)
	 33: Rel (    37,    25)  ->  Abs (   369,   587)
	 34: Rel (   169,    90)  ->  Abs (   538,   677)
	 35: Rel (   -40,     5)  ->  Abs (   498,   682)
	 36: Rel (   -89,     7)  ->  Abs (   409,   689)
	 37: Rel (   -36,     0)  ->  Abs (   373,   689)
	 38: Rel (  -101,     0)  ->  Abs (   272,   689)
	 39: Rel (   -63,    -9)  ->  Abs (   209,   680)
	 40: Rel (   -21,    -3)  ->  Abs (   188,   677)
	 41: Rel (  -110,   -24)  ->  Abs (    78,   653)
	 42: Rel (    34,    98)  ->  Abs (   112,   751)
	 43: Rel (    37,    38)  ->  Abs (   149,   789)
	 44: Rel (    83,    84)  ->  Abs (   232,   873)
	 45: Rel (   177,     0)  ->  Abs (   409,   873)
	 46: Rel (    97,     0)  ->  Abs (   506,   873)
	 47: Rel (   226,   -37)  ->  Abs (   732,   836)
	 48: Rel (    77,     0)  ->  Abs (   809,   836)
	 49: Rel (    51,     0)  ->  Abs (   860,   836)
	 50: Rel (    97,     8)  ->  Abs (   957,   844)
	 51: Rel (    53,     7)  ->  Abs (  1010,   851)
	 52: Rel (   -40,  -170)  ->  Abs (   970,   681)
	 53: Rel (   -41,    -5)  ->  Abs (   929,   676)
	 54: Rel (   -52,    -9)  ->  Abs (   877,   667)
	 55: Rel (   -33,    -6)  ->  Abs (   844,   661)
	 56: Rel (   -58,   -11)  ->  Abs (   786,   650)
	 57: Rel (    -2,   -56)  ->  Abs (   784,   594)
	 58: Rel (     0,   -82)  ->  Abs (   784,   512)
	 59: Rel (    50,   -28)  ->  Abs (   834,   484)
	 60: Rel (    31,   -17)  ->  Abs (   865,   467)
	 61: Rel (    75,     0)  ->  Abs (   940,   467)
	 62: Rel (   207,     0)  ->  Abs (  1147,   467)
	 63: Rel (  -427,  -219)  ->  Abs (   720,   248)
	 64: Rel (   -74,  -145)  ->  Abs (   646,   103)
	 65: Rel (  -164,    84)  ->  Abs (   482,   187)
	 66: Rel (    76,   145)  ->  Abs (   558,   332)
	 67: Rel (   128,  -353)  ->  Abs (   686,   -21)
	 68: Rel (   -74,  -146)  ->  Abs (   612,  -167)
	 69: Rel (  -163,    86)  ->  Abs (   449,   -81)
	 70: Rel (    77,   146)  ->  Abs (   526,    65)
	 71: Rel (   -34,    90)  ->  Abs (   492,   155)
	 72: Rel (   -75,  -143)  ->  Abs (   417,    12)
	 73: Rel (  -165,    85)  ->  Abs (   252,    97)
	 74: Rel (    78,   144)  ->  Abs (   330,   241)

	Glyph 809: off = 0x00023FCE, len = 302
	  numberOfContours:	4
	  xMin:			0
	  yMin:			-359
	  xMax:			1145
	  yMax:			875

	EndPoints
	---------
	  0:  22
	  1:  26
	  2:  30
	  3:  34

	  Length of Instructions:	177
	00000: PUSHB[6]             30    16    18    21    52    24 
	00007: PUSHW[1]            -16 
	00010: PUSHB[4]             18    21    52    34 
	00015: PUSHW[1]            -16 
	00018: PUSHB[6]             18    21    52    27    29    28 
	00025: PUSHW[1]            770 
	00028: PUSHB[6]             30    30    24    31    33    32 
	00035: PUSHW[1]            770 
	00038: PUSHB[5]             34    34    25    23    24 
	00044: PUSHW[1]            770 
	00047: PUSHB[6]             26    26     1    11     2    15 
	00054: PUSHW[1]            751 
	00057: PUSHB[4]              9     9    22     2 
	00062: PUSHW[3]            751     1   747 
	00069: PUSHB[3]             28    30    27 
	00073: PUSHW[1]            769 
	00076: PUSHB[6]             29    29    25    32    34    33 
	00083: PUSHW[1]            769 
	00086: PUSHB[5]             31    31    24    26    23 
	00092: PUSHW[1]            769 
	00095: NPUSHB      (15):    25    25     3    11    11     1     3    84     9    17 
	                            52     3     3     1     0 
	00112: PUSHW[1]            752 
	00115: PUSHB[2]             36     1 
	00118: MDAP[rd]   
	00119: SRP0       
	00120: MIRP[nrp0,nmd,rd,0] 
	00121: SRP1       
	00122: IP         
	00123: MDAP[rd]   
	00124: CALL       
	00125: SRP2       
	00126: IP         
	00127: MDAP[rd]   
	00128: SRP1       
	00129: IP         
	00130: MDAP[rd]   
	00131: MIRP[nrp0,md,rd,1] 
	00132: IP         
	00133: IP         
	00134: SHP[rp1,zp0] 
	00135: MDAP[rd]   
	00136: MIRP[nrp0,md,rd,1] 
	00137: IP         
	00138: IP         
	00139: SRP1       
	00140: SHP[rp1,zp0] 
	00141: MDAP[rd]   
	00142: MIRP[nrp0,md,rd,1] 
	00143: IP         
	00144: IP         
	00145: SVTCA[y-axis] 
	00146: MIAP[rd+ci] 
	00147: MIRP[srp0,md,rd,1] 
	00148: ALIGNRP    
	00149: SHP[rp2,zp1] 
	00150: MDAP[rd]   
	00151: MIRP[nrp0,md,rd,1] 
	00152: SRP2       
	00153: IP         
	00154: SRP1       
	00155: SHP[rp1,zp0] 
	00156: MDAP[rd]   
	00157: MIRP[nrp0,md,rd,1] 
	00158: IP         
	00159: IP         
	00160: SHP[rp1,zp0] 
	00161: MDAP[rd]   
	00162: MIRP[srp0,md,rd,1] 
	00163: IP         
	00164: IP         
	00165: SRP1       
	00166: SHP[rp1,zp0] 
	00167: MDAP[rd]   
	00168: MIRP[srp0,md,rd,1] 
	00169: IP         
	00170: IP         
	00171: IUP[y]     
	00172: IUP[x]     
	00173: SVTCA[x-axis] 
	00174: CALL       
	00175: CALL       
	00176: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:                      Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:  YDual XDual                 X-Short On
	 23:                                      On
	 24:                      Y-Short X-Short On
	 25:  YDual               Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short On
	 27:        XDual                 X-Short On
	 28:                      Y-Short X-Short On
	 29:  YDual               Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual               Y-Short X-Short On
	 32:                      Y-Short X-Short On
	 33:  YDual               Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1145,   293)  ->  Abs (  1145,   293)
	  1: Rel ( -1145,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   805,     0)  ->  Abs (   805,   467)
	  4: Rel (  -102,    79)  ->  Abs (   703,   546)
	  5: Rel (   -70,    44)  ->  Abs (   633,   590)
	  6: Rel (   -87,    55)  ->  Abs (   546,   645)
	  7: Rel (   -72,    25)  ->  Abs (   474,   670)
	  8: Rel (   -81,    28)  ->  Abs (   393,   698)
	  9: Rel (   -83,     0)  ->  Abs (   310,   698)
	 10: Rel (   -51,     0)  ->  Abs (   259,   698)
	 11: Rel (   -52,    -7)  ->  Abs (   207,   691)
	 12: Rel (    29,    74)  ->  Abs (   236,   765)
	 13: Rel (    47,    45)  ->  Abs (   283,   810)
	 14: Rel (    68,    65)  ->  Abs (   351,   875)
	 15: Rel (   104,     0)  ->  Abs (   455,   875)
	 16: Rel (   102,     0)  ->  Abs (   557,   875)
	 17: Rel (   139,  -100)  ->  Abs (   696,   775)
	 18: Rel (    69,   -50)  ->  Abs (   765,   725)
	 19: Rel (   156,  -140)  ->  Abs (   921,   585)
	 20: Rel (   121,  -109)  ->  Abs (  1042,   476)
	 21: Rel (    43,    -9)  ->  Abs (  1085,   467)
	 22: Rel (    60,     0)  ->  Abs (  1145,   467)
	 23: Rel (  -379,  -411)  ->  Abs (   766,    56)
	 24: Rel (   -74,  -145)  ->  Abs (   692,   -89)
	 25: Rel (  -164,    84)  ->  Abs (   528,    -5)
	 26: Rel (    76,   145)  ->  Abs (   604,   140)
	 27: Rel (   128,  -353)  ->  Abs (   732,  -213)
	 28: Rel (   -74,  -146)  ->  Abs (   658,  -359)
	 29: Rel (  -163,    86)  ->  Abs (   495,  -273)
	 30: Rel (    77,   146)  ->  Abs (   572,  -127)
	 31: Rel (   -34,    90)  ->  Abs (   538,   -37)
	 32: Rel (   -75,  -143)  ->  Abs (   463,  -180)
	 33: Rel (  -165,    85)  ->  Abs (   298,   -95)
	 34: Rel (    78,   144)  ->  Abs (   376,    49)

	Glyph 810: off = 0x000240FC, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-359
	  xMax:			1145
	  yMax:			875

	     0: Flags:		0x0016
		Glyf Index:	809
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 811: off = 0x0002410C, len = 380
	  numberOfContours:	4
	  xMin:			144
	  yMin:			-186
	  xMax:			1071
	  yMax:			1481

	EndPoints
	---------
	  0:  30
	  1:  34
	  2:  38
	  3:  42

	  Length of Instructions:	233
	00000: NPUSHB      (11):    42    16    18    21    52    36    16    18    21    52 
	                            32 
	00013: PUSHW[1]            -16 
	00016: NPUSHB      (14):    18    21    52    19    42     9    17    52    18    42 
	                            12    17    52     4 
	00032: PUSHW[1]            -32 
	00035: PUSHB[4]              9    17    52     3 
	00040: PUSHW[1]            -32 
	00043: PUSHB[4]              9    17    52     2 
	00048: PUSHW[1]            -42 
	00051: NPUSHB      (11):     9    17    52    24    52    12    17    52    31    33 
	                            34 
	00064: PUSHW[1]            770 
	00067: PUSHB[6]             32    32    42    35    37    38 
	00074: PUSHW[1]            770 
	00077: PUSHB[5]             36    36    39    41    42 
	00083: PUSHW[1]            770 
	00086: NPUSHB       (9):    15    40     1    40    40    26    13    12    25 
	00097: PUSHW[3]            751    26   777 
	00104: PUSHB[3]             12    58    16 
	00108: PUSHW[3]            778     6   776 
	00115: PUSHB[3]             32    34    33 
	00119: PUSHW[1]            769 
	00122: PUSHB[6]             31    31    37    40    42    41 
	00129: PUSHW[1]            769 
	00132: PUSHB[5]             39    39    36    38    35 
	00138: PUSHW[1]            769 
	00141: PUSHB[8]             37    37    25    26    26    25    25    21 
	00150: PUSHW[3]            771     0   752 
	00157: PUSHB[3]             44    13    12 
	00161: PUSHW[1]            282 
	00164: SCANCTRL   
	00165: MDAP[rd]   
	00166: SHP[rp1,zp0] 
	00167: SRP0       
	00168: MIRP[srp0,nmd,rd,0] 
	00169: MIRP[srp0,md,rd,1] 
	00170: SHP[rp2,zp1] 
	00171: MDAP[rd]   
	00172: RTHG       
	00173: IP         
	00174: MDAP[rd]   
	00175: SRP1       
	00176: SHP[rp1,zp0] 
	00177: RTG        
	00178: MDAP[rd]   
	00179: MIRP[nrp0,md,rd,1] 
	00180: IP         
	00181: IP         
	00182: SHP[rp1,zp0] 
	00183: MDAP[rd]   
	00184: MIRP[srp0,md,rd,1] 
	00185: IP         
	00186: IP         
	00187: SRP1       
	00188: SHP[rp1,zp0] 
	00189: MDAP[rd]   
	00190: MIRP[srp0,md,rd,1] 
	00191: IP         
	00192: IP         
	00193: SVTCA[y-axis] 
	00194: MIAP[rd+ci] 
	00195: MIRP[srp0,md,rd,1] 
	00196: RTHG       
	00197: MIRP[nrp0,nmd,rd,0] 
	00198: RTG        
	00199: MIAP[rd+ci] 
	00200: MIRP[nrp0,md,rd,1] 
	00201: SRP1       
	00202: IP         
	00203: SRP1       
	00204: SHP[rp1,zp0] 
	00205: MDAP[rd]   
	00206: DELTAP1    
	00207: MIRP[nrp0,md,rd,1] 
	00208: IP         
	00209: IP         
	00210: SHP[rp1,zp0] 
	00211: MDAP[rd]   
	00212: MIRP[nrp0,md,rd,1] 
	00213: IP         
	00214: IP         
	00215: SRP1       
	00216: SHP[rp1,zp0] 
	00217: MDAP[rd]   
	00218: MIRP[nrp0,md,rd,1] 
	00219: IP         
	00220: IP         
	00221: IUP[y]     
	00222: IUP[x]     
	00223: SVTCA[x-axis] 
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:                              X-Short On
	 32:                      Y-Short X-Short On
	 33:  YDual               Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short On
	 35:                                      On
	 36:                      Y-Short X-Short On
	 37:  YDual               Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short On
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short On
	 41:  YDual               Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1071,   293)  ->  Abs (  1071,   293)
	  1: Rel (     0,  -110)  ->  Abs (  1071,   183)
	  2: Rel (   -94,  -118)  ->  Abs (   977,    65)
	  3: Rel (   -82,  -104)  ->  Abs (   895,   -39)
	  4: Rel (  -122,   -75)  ->  Abs (   773,  -114)
	  5: Rel (  -116,   -72)  ->  Abs (   657,  -186)
	  6: Rel (   -75,     0)  ->  Abs (   582,  -186)
	  7: Rel (   -69,     0)  ->  Abs (   513,  -186)
	  8: Rel (   -80,    20)  ->  Abs (   433,  -166)
	  9: Rel (   -61,    15)  ->  Abs (   372,  -151)
	 10: Rel (   -85,    32)  ->  Abs (   287,  -119)
	 11: Rel (   -72,    27)  ->  Abs (   215,   -92)
	 12: Rel (   -71,    27)  ->  Abs (   144,   -65)
	 13: Rel (    17,    40)  ->  Abs (   161,   -25)
	 14: Rel (    66,   -13)  ->  Abs (   227,   -38)
	 15: Rel (   143,   -27)  ->  Abs (   370,   -65)
	 16: Rel (    58,     0)  ->  Abs (   428,   -65)
	 17: Rel (   128,     0)  ->  Abs (   556,   -65)
	 18: Rel (   139,    82)  ->  Abs (   695,    17)
	 19: Rel (   126,    75)  ->  Abs (   821,    92)
	 20: Rel (   178,   229)  ->  Abs (   999,   321)
	 21: Rel (     0,    92)  ->  Abs (   999,   413)
	 22: Rel (     0,    79)  ->  Abs (   999,   492)
	 23: Rel (   -46,    87)  ->  Abs (   953,   579)
	 24: Rel (   -37,    70)  ->  Abs (   916,   649)
	 25: Rel (   -67,    74)  ->  Abs (   849,   723)
	 26: Rel (    57,   157)  ->  Abs (   906,   880)
	 27: Rel (    82,   -76)  ->  Abs (   988,   804)
	 28: Rel (    39,   -76)  ->  Abs (  1027,   728)
	 29: Rel (    44,   -86)  ->  Abs (  1071,   642)
	 30: Rel (     0,  -106)  ->  Abs (  1071,   536)
	 31: Rel (  -223,   859)  ->  Abs (   848,  1395)
	 32: Rel (   -77,  -146)  ->  Abs (   771,  1249)
	 33: Rel (  -160,    86)  ->  Abs (   611,  1335)
	 34: Rel (    74,   146)  ->  Abs (   685,  1481)
	 35: Rel (   360,  -264)  ->  Abs (  1045,  1217)
	 36: Rel (   -78,  -144)  ->  Abs (   967,  1073)
	 37: Rel (  -162,    86)  ->  Abs (   805,  1159)
	 38: Rel (    75,   143)  ->  Abs (   880,  1302)
	 39: Rel (   -65,  -175)  ->  Abs (   815,  1127)
	 40: Rel (   -76,  -145)  ->  Abs (   739,   982)
	 41: Rel (  -162,    84)  ->  Abs (   577,  1066)
	 42: Rel (    74,   145)  ->  Abs (   651,  1211)

	Glyph 812: off = 0x00024288, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-186
	  xMax:			1071
	  yMax:			1481

	     0: Flags:		0x0016
		Glyf Index:	811
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 813: off = 0x00024298, len = 326
	  numberOfContours:	1
	  xMin:			90
	  yMin:			293
	  xMax:			1733
	  yMax:			1503

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	186
	00000: PUSHW[2]             22   -64 
	00005: NPUSHB      (19):    16    17    52     9    32    16    17    52    59     5 
	                           107     5     2     9    32     9    12    52    42 
	00026: PUSHW[1]            -32 
	00029: PUSHB[4]             16    17    52    18 
	00034: PUSHW[1]            -24 
	00037: PUSHB[4]             15    17    52    18 
	00042: PUSHW[1]            -36 
	00045: PUSHB[4]             13    14    52    18 
	00050: PUSHW[1]            -16 
	00053: NPUSHB      (10):    10    12    52     4     3     7    18     4    44    13 
	00065: NPUSHW      (11):   751    12   779    37    36   777    26    44   751    28 
	                           747 
	00089: PUSHB[4]              3     4     0     7 
	00094: PUSHW[1]            755 
	00097: PUSHB[7]             64    18    18    40    12    12     0 
	00105: NPUSHW       (9):   768    27   752    46    37   763    32    36   -64 
	00125: PUSHB[6]              9    11    52    36    36    40 
	00132: PUSHW[3]            771    32   298 
	00139: SCANCTRL   
	00140: MDAP[rd]   
	00141: MIRP[srp0,md,rd,1] 
	00142: SHP[rp2,zp1] 
	00143: RTHG       
	00144: MDAP[rd]   
	00145: CALL       
	00146: SMD        
	00147: MIRP[nrp0,md,rd,1] 
	00148: RTG        
	00149: SRP0       
	00150: MIRP[srp0,nmd,rd,1] 
	00151: RTHG       
	00152: MIRP[nrp0,md,rd,1] 
	00153: SHP[rp1,zp0] 
	00154: RTG        
	00155: MDAP[rd]   
	00156: SRP2       
	00157: IP         
	00158: MDAP[rd]   
	00159: SMD        
	00160: MIRP[nrp0,md,rd,1] 
	00161: SRP2       
	00162: IP         
	00163: IP         
	00164: SVTCA[y-axis] 
	00165: MIAP[rd+ci] 
	00166: MIRP[srp0,md,rd,1] 
	00167: ALIGNRP    
	00168: MIAP[rd+ci] 
	00169: IP         
	00170: MIAP[rd+ci] 
	00171: MIRP[nrp0,md,rd,1] 
	00172: SRP1       
	00173: SLOOP      
	00174: IP         
	00175: CALL       
	00176: CALL       
	00177: CALL       
	00178: IUP[y]     
	00179: IUP[x]     
	00180: SVTCA[x-axis] 
	00181: CALL       
	00182: CALL       
	00183: DELTAP1    
	00184: CALL       
	00185: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short         On
	 13:        XDual         Y-Short         On
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short         On
	 28:  YDual                               On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1617,   467)  ->  Abs (  1617,   467)
	  1: Rel (   -70,   106)  ->  Abs (  1547,   573)
	  2: Rel (  -180,   157)  ->  Abs (  1367,   730)
	  3: Rel (  -153,    91)  ->  Abs (  1214,   821)
	  4: Rel (   -33,   -31)  ->  Abs (  1181,   790)
	  5: Rel (  -118,    90)  ->  Abs (  1063,   880)
	  6: Rel (   -62,    52)  ->  Abs (  1001,   932)
	  7: Rel (     0,    29)  ->  Abs (  1001,   961)
	  8: Rel (     0,   172)  ->  Abs (  1001,  1133)
	  9: Rel (    84,    98)  ->  Abs (  1085,  1231)
	 10: Rel (    78,    90)  ->  Abs (  1163,  1321)
	 11: Rel (   191,    72)  ->  Abs (  1354,  1393)
	 12: Rel (   282,   110)  ->  Abs (  1636,  1503)
	 13: Rel (     0,  -173)  ->  Abs (  1636,  1330)
	 14: Rel (  -209,   -70)  ->  Abs (  1427,  1260)
	 15: Rel (  -125,   -41)  ->  Abs (  1302,  1219)
	 16: Rel (   -77,   -34)  ->  Abs (  1225,  1185)
	 17: Rel (   -98,   -43)  ->  Abs (  1127,  1142)
	 18: Rel (     0,   -23)  ->  Abs (  1127,  1119)
	 19: Rel (     0,   -23)  ->  Abs (  1127,  1096)
	 20: Rel (    64,   -48)  ->  Abs (  1191,  1048)
	 21: Rel (    40,   -30)  ->  Abs (  1231,  1018)
	 22: Rel (    41,   -30)  ->  Abs (  1272,   988)
	 23: Rel (   152,  -115)  ->  Abs (  1424,   873)
	 24: Rel (   113,  -126)  ->  Abs (  1537,   747)
	 25: Rel (   122,  -135)  ->  Abs (  1659,   612)
	 26: Rel (    74,  -145)  ->  Abs (  1733,   467)
	 27: Rel (     0,  -174)  ->  Abs (  1733,   293)
	 28: Rel ( -1195,     0)  ->  Abs (   538,   293)
	 29: Rel (  -239,     0)  ->  Abs (   299,   293)
	 30: Rel (  -101,    57)  ->  Abs (   198,   350)
	 31: Rel (  -108,    61)  ->  Abs (    90,   411)
	 32: Rel (     0,   147)  ->  Abs (    90,   558)
	 33: Rel (     0,    88)  ->  Abs (    90,   646)
	 34: Rel (    47,   112)  ->  Abs (   137,   758)
	 35: Rel (    13,    31)  ->  Abs (   150,   789)
	 36: Rel (    42,    84)  ->  Abs (   192,   873)
	 37: Rel (    34,   -20)  ->  Abs (   226,   853)
	 38: Rel (   -34,   -78)  ->  Abs (   192,   775)
	 39: Rel (   -21,   -84)  ->  Abs (   171,   691)
	 40: Rel (     0,   -38)  ->  Abs (   171,   653)
	 41: Rel (     0,  -109)  ->  Abs (   171,   544)
	 42: Rel (   115,   -44)  ->  Abs (   286,   500)
	 43: Rel (    86,   -33)  ->  Abs (   372,   467)
	 44: Rel (   166,     0)  ->  Abs (   538,   467)

	Glyph 814: off = 0x000243DE, len = 460
	  numberOfContours:	1
	  xMin:			90
	  yMin:			293
	  xMax:			1980
	  yMax:			1503

	EndPoints
	---------
	  0:  69

	  Length of Instructions:	253
	00000: PUSHW[2]             42   -42 
	00005: PUSHB[4]             16    17    52    33 
	00010: PUSHW[1]            -16 
	00013: PUSHB[4]             15    17    52    47 
	00018: PUSHW[1]            -32 
	00021: PUSHB[4]             15    17    52    44 
	00026: PUSHW[1]            -32 
	00029: PUSHB[4]             15    17    52    48 
	00034: PUSHW[1]            -32 
	00037: PUSHB[4]             13    17    52    46 
	00042: PUSHW[1]            -32 
	00045: NPUSHB      (21):    13    17    52    59    27   107    27   137    61     3 
	                            31    32     9    15    52    19    32    15    17    52 
	                            14 
	00068: PUSHW[1]            -32 
	00071: PUSHB[4]             16    17    52    40 
	00076: PUSHW[1]            -32 
	00079: PUSHB[4]             15    17    52    40 
	00084: PUSHW[1]            -36 
	00087: PUSHB[4]             13    14    52    40 
	00092: PUSHW[1]            -16 
	00095: NPUSHB      (11):    10    12    52    65    26    25    29    40     5    16 
	                            35 
	00108: NPUSHW      (12):   751    34   779     9     8   777    55    16   751    56 
	                             0   747 
	00134: PUSHB[4]             25    26    21    29 
	00139: PUSHW[1]            755 
	00142: NPUSHB      (13):    15    40    95    40     2    40    40    21    12    35 
	                            35    56    21 
	00157: PUSHW[1]            771 
	00160: PUSHB[5]             64    65    65    12    56 
	00166: PUSHW[7]            752    71     9   763    32     8   -64 
	00181: PUSHB[6]              9    11    52     8     8    12 
	00188: PUSHW[3]            771     4   298 
	00195: SCANCTRL   
	00196: MDAP[rd]   
	00197: MIRP[srp0,md,rd,1] 
	00198: SHP[rp2,zp1] 
	00199: RTHG       
	00200: MDAP[rd]   
	00201: CALL       
	00202: SMD        
	00203: MIRP[nrp0,md,rd,1] 
	00204: RTG        
	00205: SRP0       
	00206: MIRP[nrp0,nmd,rd,1] 
	00207: SRP1       
	00208: IP         
	00209: MDAP[rd]   
	00210: SMD        
	00211: MIRP[nrp0,md,rd,1] 
	00212: SRP2       
	00213: IP         
	00214: MDAP[rd]   
	00215: SRP1       
	00216: SRP2       
	00217: IP         
	00218: MDAP[rd]   
	00219: DELTAP1    
	00220: MIRP[nrp0,md,rd,1] 
	00221: SRP2       
	00222: IP         
	00223: IP         
	00224: SVTCA[y-axis] 
	00225: MIAP[rd+ci] 
	00226: ALIGNRP    
	00227: MIRP[srp0,md,rd,1] 
	00228: ALIGNRP    
	00229: MIAP[rd+ci] 
	00230: IP         
	00231: MIAP[rd+ci] 
	00232: MIRP[nrp0,md,rd,1] 
	00233: SRP1       
	00234: SLOOP      
	00235: IP         
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: IUP[y]     
	00240: IUP[x]     
	00241: SVTCA[x-axis] 
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: DELTAP1    
	00246: CALL       
	00247: CALL       
	00248: SVTCA[y-axis] 
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual                               On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:                      Y-Short X-Short On
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual               Y-Short         On
	 35:        XDual         Y-Short         On
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short X-Short On
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short X-Short On
	 47:        XDual         Y-Short X-Short Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short On
	 56:        XDual         Y-Short         On
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:  YDual               Y-Short X-Short On
	 60:  YDual               Y-Short X-Short Off
	 61:  YDual               Y-Short X-Short On
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual               Y-Short X-Short On
	 64:  YDual               Y-Short X-Short Off
	 65:  YDual               Y-Short X-Short On
	 66:        XDual         Y-Short         Off
	 67:                      Y-Short X-Short On
	 68:                      Y-Short X-Short Off
	 69:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (   538,   293)  ->  Abs (   538,   293)
	  1: Rel (  -239,     0)  ->  Abs (   299,   293)
	  2: Rel (  -101,    57)  ->  Abs (   198,   350)
	  3: Rel (  -108,    61)  ->  Abs (    90,   411)
	  4: Rel (     0,   147)  ->  Abs (    90,   558)
	  5: Rel (     0,    88)  ->  Abs (    90,   646)
	  6: Rel (    47,   112)  ->  Abs (   137,   758)
	  7: Rel (    13,    31)  ->  Abs (   150,   789)
	  8: Rel (    42,    84)  ->  Abs (   192,   873)
	  9: Rel (    34,   -20)  ->  Abs (   226,   853)
	 10: Rel (   -34,   -78)  ->  Abs (   192,   775)
	 11: Rel (   -21,   -84)  ->  Abs (   171,   691)
	 12: Rel (     0,   -38)  ->  Abs (   171,   653)
	 13: Rel (     0,  -109)  ->  Abs (   171,   544)
	 14: Rel (   115,   -44)  ->  Abs (   286,   500)
	 15: Rel (    86,   -33)  ->  Abs (   372,   467)
	 16: Rel (   166,     0)  ->  Abs (   538,   467)
	 17: Rel (   426,     0)  ->  Abs (   964,   467)
	 18: Rel (   159,     0)  ->  Abs (  1123,   467)
	 19: Rel (   108,    41)  ->  Abs (  1231,   508)
	 20: Rel (   129,    49)  ->  Abs (  1360,   557)
	 21: Rel (     0,    89)  ->  Abs (  1360,   646)
	 22: Rel (     0,    67)  ->  Abs (  1360,   713)
	 23: Rel (   -49,    46)  ->  Abs (  1311,   759)
	 24: Rel (   -25,    24)  ->  Abs (  1286,   783)
	 25: Rel (   -72,    38)  ->  Abs (  1214,   821)
	 26: Rel (   -33,   -31)  ->  Abs (  1181,   790)
	 27: Rel (  -118,    90)  ->  Abs (  1063,   880)
	 28: Rel (   -62,    52)  ->  Abs (  1001,   932)
	 29: Rel (     0,    29)  ->  Abs (  1001,   961)
	 30: Rel (     0,   172)  ->  Abs (  1001,  1133)
	 31: Rel (    84,    98)  ->  Abs (  1085,  1231)
	 32: Rel (    78,    90)  ->  Abs (  1163,  1321)
	 33: Rel (   191,    72)  ->  Abs (  1354,  1393)
	 34: Rel (   282,   110)  ->  Abs (  1636,  1503)
	 35: Rel (     0,  -173)  ->  Abs (  1636,  1330)
	 36: Rel (  -209,   -70)  ->  Abs (  1427,  1260)
	 37: Rel (  -171,   -58)  ->  Abs (  1256,  1202)
	 38: Rel (   -70,   -35)  ->  Abs (  1186,  1167)
	 39: Rel (   -59,   -30)  ->  Abs (  1127,  1137)
	 40: Rel (     0,   -18)  ->  Abs (  1127,  1119)
	 41: Rel (     0,   -23)  ->  Abs (  1127,  1096)
	 42: Rel (    64,   -48)  ->  Abs (  1191,  1048)
	 43: Rel (    40,   -30)  ->  Abs (  1231,  1018)
	 44: Rel (    41,   -30)  ->  Abs (  1272,   988)
	 45: Rel (    88,   -67)  ->  Abs (  1360,   921)
	 46: Rel (    71,   -65)  ->  Abs (  1431,   856)
	 47: Rel (    61,   -56)  ->  Abs (  1492,   800)
	 48: Rel (    53,   -60)  ->  Abs (  1545,   740)
	 49: Rel (    33,   -37)  ->  Abs (  1578,   703)
	 50: Rel (    73,   -90)  ->  Abs (  1651,   613)
	 51: Rel (    47,   -57)  ->  Abs (  1698,   556)
	 52: Rel (    45,   -38)  ->  Abs (  1743,   518)
	 53: Rel (    61,   -51)  ->  Abs (  1804,   467)
	 54: Rel (    45,     0)  ->  Abs (  1849,   467)
	 55: Rel (   131,     0)  ->  Abs (  1980,   467)
	 56: Rel (     0,  -174)  ->  Abs (  1980,   293)
	 57: Rel (  -123,     0)  ->  Abs (  1857,   293)
	 58: Rel (   -82,     0)  ->  Abs (  1775,   293)
	 59: Rel (   -90,    84)  ->  Abs (  1685,   377)
	 60: Rel (   -44,    41)  ->  Abs (  1641,   418)
	 61: Rel (   -81,   105)  ->  Abs (  1560,   523)
	 62: Rel (   -49,    63)  ->  Abs (  1511,   586)
	 63: Rel (   -11,    13)  ->  Abs (  1500,   599)
	 64: Rel (   -25,    30)  ->  Abs (  1475,   629)
	 65: Rel (   -51,    49)  ->  Abs (  1424,   678)
	 66: Rel (     0,  -178)  ->  Abs (  1424,   500)
	 67: Rel (  -111,  -100)  ->  Abs (  1313,   400)
	 68: Rel (  -119,  -107)  ->  Abs (  1194,   293)
	 69: Rel (  -235,     0)  ->  Abs (   959,   293)

	Glyph 815: off = 0x000245AA, len = 262
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			877
	  yMax:			1503

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	161
	00000: PUSHW[2]             25   -64 
	00005: NPUSHB      (19):    16    17    52    12    32    16    17    52    59     8 
	                           107     8     2    12    32     9    12    52    21 
	00026: PUSHW[1]            -24 
	00029: PUSHB[4]             15    17    52    21 
	00034: PUSHW[1]            -36 
	00037: PUSHB[4]             13    14    52    21 
	00042: PUSHW[1]            -16 
	00045: NPUSHB      (10):    10    12    52     7     6    10    21     4     2    16 
	00057: PUSHW[8]            751    15   779    29     2   751     1   747 
	00074: PUSHB[4]              6     7     3    10 
	00079: PUSHW[1]            755 
	00082: NPUSHB      (22):    64   111    21   143    21     2    15    21    47    21 
	                            95    21     3    32    21     1    21    21     1    15 
	                            15     3 
	00106: PUSHW[7]            768    32     0   752    31     1   298 
	00121: SCANCTRL   
	00122: MDAP[rd]   
	00123: SRP0       
	00124: MIRP[srp0,nmd,rd,0] 
	00125: SMD        
	00126: RTHG       
	00127: MIRP[nrp0,md,rd,1] 
	00128: SHP[rp1,zp0] 
	00129: RTG        
	00130: MDAP[rd]   
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: DELTAP1    
	00135: DELTAP1    
	00136: DELTAP1    
	00137: SMD        
	00138: MIRP[nrp0,md,rd,1] 
	00139: SRP2       
	00140: IP         
	00141: IP         
	00142: SVTCA[y-axis] 
	00143: MIAP[rd+ci] 
	00144: MIRP[srp0,md,rd,1] 
	00145: ALIGNRP    
	00146: MIAP[rd+ci] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP1       
	00149: SLOOP      
	00150: IP         
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: IUP[y]     
	00155: IUP[x]     
	00156: SVTCA[x-axis] 
	00157: CALL       
	00158: DELTAP1    
	00159: CALL       
	00160: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual               Y-Short         On
	 16:        XDual         Y-Short         On
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   877,   293)  ->  Abs (   877,   293)
	  1: Rel (  -877,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   761,     0)  ->  Abs (   761,   467)
	  4: Rel (   -70,   106)  ->  Abs (   691,   573)
	  5: Rel (  -180,   157)  ->  Abs (   511,   730)
	  6: Rel (  -153,    91)  ->  Abs (   358,   821)
	  7: Rel (   -33,   -31)  ->  Abs (   325,   790)
	  8: Rel (  -118,    90)  ->  Abs (   207,   880)
	  9: Rel (   -62,    52)  ->  Abs (   145,   932)
	 10: Rel (     0,    29)  ->  Abs (   145,   961)
	 11: Rel (     0,   172)  ->  Abs (   145,  1133)
	 12: Rel (    84,    98)  ->  Abs (   229,  1231)
	 13: Rel (    78,    90)  ->  Abs (   307,  1321)
	 14: Rel (   191,    72)  ->  Abs (   498,  1393)
	 15: Rel (   282,   110)  ->  Abs (   780,  1503)
	 16: Rel (     0,  -173)  ->  Abs (   780,  1330)
	 17: Rel (  -209,   -70)  ->  Abs (   571,  1260)
	 18: Rel (  -125,   -41)  ->  Abs (   446,  1219)
	 19: Rel (   -77,   -34)  ->  Abs (   369,  1185)
	 20: Rel (   -98,   -43)  ->  Abs (   271,  1142)
	 21: Rel (     0,   -23)  ->  Abs (   271,  1119)
	 22: Rel (     0,   -23)  ->  Abs (   271,  1096)
	 23: Rel (    64,   -48)  ->  Abs (   335,  1048)
	 24: Rel (    40,   -30)  ->  Abs (   375,  1018)
	 25: Rel (    41,   -30)  ->  Abs (   416,   988)
	 26: Rel (   152,  -115)  ->  Abs (   568,   873)
	 27: Rel (   113,  -126)  ->  Abs (   681,   747)
	 28: Rel (   122,  -135)  ->  Abs (   803,   612)
	 29: Rel (    74,  -145)  ->  Abs (   877,   467)

	Glyph 816: off = 0x000246B0, len = 384
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			1124
	  yMax:			1503

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	220
	00000: PUSHW[2]             47   -42 
	00005: PUSHB[4]             13    17    52    38 
	00010: PUSHW[1]            -16 
	00013: PUSHB[4]             13    17    52    52 
	00018: PUSHW[1]            -32 
	00021: PUSHB[4]             15    17    52    49 
	00026: PUSHW[1]            -32 
	00029: PUSHB[4]             13    17    52    53 
	00034: PUSHW[1]            -32 
	00037: PUSHB[4]             13    17    52    51 
	00042: PUSHW[1]            -32 
	00045: NPUSHB      (31):    13    17    52    84    43    84    50     2    68    43 
	                            68    50     2    59    32   107    32   137    11     3 
	                            36    32     9    15    52    24    32    15    17    52 
	                            45 
	00078: PUSHW[1]            -32 
	00081: PUSHB[4]             15    17    52    45 
	00086: PUSHW[1]            -36 
	00089: PUSHB[4]             13    14    52    45 
	00094: PUSHW[1]            -16 
	00097: NPUSHB      (14):    10    12    52     0    45     1    15    31    30    34 
	                            45     5    21    40 
	00113: NPUSHW       (9):   751    39   779     5    21   751     6    20   747 
	00133: PUSHB[4]             30    31    26    34 
	00138: PUSHW[1]            755 
	00141: NPUSHB      (11):    15    45     1    45    45    26    20    40    40     6 
	                            26 
	00154: PUSHW[1]            771 
	00157: PUSHB[4]             15    15    20     6 
	00162: PUSHW[4]            752    56    20   298 
	00171: SCANCTRL   
	00172: MDAP[rd]   
	00173: SRP0       
	00174: MIRP[nrp0,nmd,rd,1] 
	00175: SRP1       
	00176: IP         
	00177: MDAP[rd]   
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP2       
	00180: IP         
	00181: MDAP[rd]   
	00182: SRP1       
	00183: SRP2       
	00184: IP         
	00185: MDAP[rd]   
	00186: DELTAP1    
	00187: MIRP[nrp0,md,rd,1] 
	00188: SRP2       
	00189: IP         
	00190: IP         
	00191: SVTCA[y-axis] 
	00192: MIAP[rd+ci] 
	00193: ALIGNRP    
	00194: MIRP[srp0,md,rd,1] 
	00195: ALIGNRP    
	00196: MIAP[rd+ci] 
	00197: MIRP[nrp0,md,rd,1] 
	00198: SRP1       
	00199: SLOOP      
	00200: IP         
	00201: DELTAP1    
	00202: CALL       
	00203: CALL       
	00204: CALL       
	00205: IUP[y]     
	00206: IUP[x]     
	00207: SVTCA[x-axis] 
	00208: CALL       
	00209: CALL       
	00210: DELTAP1    
	00211: DELTAP1    
	00212: DELTAP1    
	00213: CALL       
	00214: CALL       
	00215: SVTCA[y-axis] 
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short On
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:                      Y-Short X-Short On
	 32:  YDual               Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual               Y-Short         On
	 40:        XDual         Y-Short         On
	 41:                      Y-Short X-Short On
	 42:                      Y-Short X-Short Off
	 43:                      Y-Short X-Short On
	 44:                      Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:        XDual         Y-Short X-Short On
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short On
	 50:        XDual         Y-Short X-Short Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   795,   613)  ->  Abs (   795,   613)
	  1: Rel (    47,   -57)  ->  Abs (   842,   556)
	  2: Rel (    45,   -38)  ->  Abs (   887,   518)
	  3: Rel (    61,   -51)  ->  Abs (   948,   467)
	  4: Rel (    45,     0)  ->  Abs (   993,   467)
	  5: Rel (   131,     0)  ->  Abs (  1124,   467)
	  6: Rel (     0,  -174)  ->  Abs (  1124,   293)
	  7: Rel (  -123,     0)  ->  Abs (  1001,   293)
	  8: Rel (   -82,     0)  ->  Abs (   919,   293)
	  9: Rel (   -90,    84)  ->  Abs (   829,   377)
	 10: Rel (   -44,    41)  ->  Abs (   785,   418)
	 11: Rel (   -81,   105)  ->  Abs (   704,   523)
	 12: Rel (   -49,    63)  ->  Abs (   655,   586)
	 13: Rel (   -11,    13)  ->  Abs (   644,   599)
	 14: Rel (   -25,    30)  ->  Abs (   619,   629)
	 15: Rel (   -51,    49)  ->  Abs (   568,   678)
	 16: Rel (     0,  -178)  ->  Abs (   568,   500)
	 17: Rel (  -111,  -100)  ->  Abs (   457,   400)
	 18: Rel (  -119,  -107)  ->  Abs (   338,   293)
	 19: Rel (  -235,     0)  ->  Abs (   103,   293)
	 20: Rel (  -103,     0)  ->  Abs (     0,   293)
	 21: Rel (     0,   174)  ->  Abs (     0,   467)
	 22: Rel (   108,     0)  ->  Abs (   108,   467)
	 23: Rel (   159,     0)  ->  Abs (   267,   467)
	 24: Rel (   108,    41)  ->  Abs (   375,   508)
	 25: Rel (   129,    49)  ->  Abs (   504,   557)
	 26: Rel (     0,    89)  ->  Abs (   504,   646)
	 27: Rel (     0,    67)  ->  Abs (   504,   713)
	 28: Rel (   -49,    46)  ->  Abs (   455,   759)
	 29: Rel (   -25,    24)  ->  Abs (   430,   783)
	 30: Rel (   -72,    38)  ->  Abs (   358,   821)
	 31: Rel (   -33,   -31)  ->  Abs (   325,   790)
	 32: Rel (  -118,    90)  ->  Abs (   207,   880)
	 33: Rel (   -62,    52)  ->  Abs (   145,   932)
	 34: Rel (     0,    29)  ->  Abs (   145,   961)
	 35: Rel (     0,   172)  ->  Abs (   145,  1133)
	 36: Rel (    84,    98)  ->  Abs (   229,  1231)
	 37: Rel (    78,    90)  ->  Abs (   307,  1321)
	 38: Rel (   191,    72)  ->  Abs (   498,  1393)
	 39: Rel (   282,   110)  ->  Abs (   780,  1503)
	 40: Rel (     0,  -173)  ->  Abs (   780,  1330)
	 41: Rel (  -209,   -70)  ->  Abs (   571,  1260)
	 42: Rel (  -125,   -41)  ->  Abs (   446,  1219)
	 43: Rel (   -77,   -34)  ->  Abs (   369,  1185)
	 44: Rel (   -98,   -43)  ->  Abs (   271,  1142)
	 45: Rel (     0,   -23)  ->  Abs (   271,  1119)
	 46: Rel (     0,   -23)  ->  Abs (   271,  1096)
	 47: Rel (    64,   -48)  ->  Abs (   335,  1048)
	 48: Rel (    40,   -30)  ->  Abs (   375,  1018)
	 49: Rel (    41,   -30)  ->  Abs (   416,   988)
	 50: Rel (    88,   -67)  ->  Abs (   504,   921)
	 51: Rel (    71,   -65)  ->  Abs (   575,   856)
	 52: Rel (    61,   -56)  ->  Abs (   636,   800)
	 53: Rel (    53,   -60)  ->  Abs (   689,   740)
	 54: Rel (    33,   -37)  ->  Abs (   722,   703)

	Glyph 817: off = 0x00024830, len = 416
	  numberOfContours:	2
	  xMin:			90
	  yMin:			293
	  xMax:			1733
	  yMax:			1776

	EndPoints
	---------
	  0:  44
	  1:  55

	  Length of Instructions:	241
	00000: NPUSHB      (16):    48     8    19    21    52    47    32    10    11    52 
	                            54    32    10    11    52    22 
	00018: PUSHW[1]            -64 
	00021: NPUSHB      (19):    16    17    52     9    32    16    17    52    59     5 
	                           107     5     2     9    32     9    12    52    42 
	00042: PUSHW[1]            -32 
	00045: PUSHB[8]             16    17    52    51    13    50    12    45 
	00054: PUSHW[1]            751 
	00057: PUSHB[7]             15    46     1    46    46    12    18 
	00065: PUSHW[1]            -24 
	00068: PUSHB[4]             15    17    52    18 
	00073: PUSHW[1]            -36 
	00076: PUSHB[4]             13    14    52    18 
	00081: PUSHW[1]            -16 
	00084: NPUSHB      (10):    10    12    52     4     3     7    18     4    44    13 
	00096: NPUSHW      (11):   751    12   779    37    36   777    26    44   751    28 
	                           747 
	00120: NPUSHB       (9):    46    12    50    50     7     3     4     0     7 
	00131: PUSHW[1]            755 
	00134: PUSHB[7]             64    18    18    40    12    12     0 
	00142: NPUSHW       (9):   768    27   752    57    37   763    32    36   -64 
	00162: PUSHB[6]              9    11    52    36    36    40 
	00169: PUSHW[3]            771    32   298 
	00176: SCANCTRL   
	00177: MDAP[rd]   
	00178: MIRP[srp0,md,rd,1] 
	00179: SHP[rp2,zp1] 
	00180: RTHG       
	00181: MDAP[rd]   
	00182: CALL       
	00183: SMD        
	00184: MIRP[nrp0,md,rd,1] 
	00185: RTG        
	00186: SRP0       
	00187: MIRP[srp0,nmd,rd,1] 
	00188: RTHG       
	00189: MIRP[nrp0,md,rd,1] 
	00190: SHP[rp1,zp0] 
	00191: RTG        
	00192: MDAP[rd]   
	00193: SRP2       
	00194: IP         
	00195: MDAP[rd]   
	00196: SMD        
	00197: MIRP[nrp0,md,rd,1] 
	00198: SRP2       
	00199: IP         
	00200: IP         
	00201: SRP1       
	00202: SHP[rp1,zp0] 
	00203: MDAP[rd]   
	00204: SRP0       
	00205: ALIGNRP    
	00206: SVTCA[y-axis] 
	00207: MIAP[rd+ci] 
	00208: MIRP[srp0,md,rd,1] 
	00209: ALIGNRP    
	00210: MIAP[rd+ci] 
	00211: IP         
	00212: MIAP[rd+ci] 
	00213: MIRP[nrp0,md,rd,1] 
	00214: SRP1       
	00215: SLOOP      
	00216: IP         
	00217: CALL       
	00218: CALL       
	00219: CALL       
	00220: SRP1       
	00221: SHP[rp1,zp0] 
	00222: MDAP[rd]   
	00223: DELTAP1    
	00224: MIRP[nrp0,md,rd,1] 
	00225: SRP1       
	00226: SHP[rp1,zp0] 
	00227: SRP2       
	00228: IP         
	00229: IUP[y]     
	00230: IUP[x]     
	00231: SVTCA[x-axis] 
	00232: CALL       
	00233: CALL       
	00234: DELTAP1    
	00235: CALL       
	00236: CALL       
	00237: SVTCA[y-axis] 
	00238: CALL       
	00239: CALL       
	00240: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short         On
	 13:        XDual         Y-Short         On
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short         On
	 28:  YDual                               On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:                                      On
	 46:        XDual         Y-Short         On
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short X-Short On
	 49:                      Y-Short X-Short Off
	 50:                      Y-Short X-Short On
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual         Y-Short X-Short On
	 55:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1617,   467)  ->  Abs (  1617,   467)
	  1: Rel (   -70,   106)  ->  Abs (  1547,   573)
	  2: Rel (  -180,   157)  ->  Abs (  1367,   730)
	  3: Rel (  -153,    91)  ->  Abs (  1214,   821)
	  4: Rel (   -33,   -31)  ->  Abs (  1181,   790)
	  5: Rel (  -118,    90)  ->  Abs (  1063,   880)
	  6: Rel (   -62,    52)  ->  Abs (  1001,   932)
	  7: Rel (     0,    29)  ->  Abs (  1001,   961)
	  8: Rel (     0,   172)  ->  Abs (  1001,  1133)
	  9: Rel (    84,    98)  ->  Abs (  1085,  1231)
	 10: Rel (    78,    90)  ->  Abs (  1163,  1321)
	 11: Rel (   191,    72)  ->  Abs (  1354,  1393)
	 12: Rel (   282,   110)  ->  Abs (  1636,  1503)
	 13: Rel (     0,  -173)  ->  Abs (  1636,  1330)
	 14: Rel (  -209,   -70)  ->  Abs (  1427,  1260)
	 15: Rel (  -125,   -41)  ->  Abs (  1302,  1219)
	 16: Rel (   -77,   -34)  ->  Abs (  1225,  1185)
	 17: Rel (   -98,   -43)  ->  Abs (  1127,  1142)
	 18: Rel (     0,   -23)  ->  Abs (  1127,  1119)
	 19: Rel (     0,   -23)  ->  Abs (  1127,  1096)
	 20: Rel (    64,   -48)  ->  Abs (  1191,  1048)
	 21: Rel (    40,   -30)  ->  Abs (  1231,  1018)
	 22: Rel (    41,   -30)  ->  Abs (  1272,   988)
	 23: Rel (   152,  -115)  ->  Abs (  1424,   873)
	 24: Rel (   113,  -126)  ->  Abs (  1537,   747)
	 25: Rel (   122,  -135)  ->  Abs (  1659,   612)
	 26: Rel (    74,  -145)  ->  Abs (  1733,   467)
	 27: Rel (     0,  -174)  ->  Abs (  1733,   293)
	 28: Rel ( -1195,     0)  ->  Abs (   538,   293)
	 29: Rel (  -239,     0)  ->  Abs (   299,   293)
	 30: Rel (  -101,    57)  ->  Abs (   198,   350)
	 31: Rel (  -108,    61)  ->  Abs (    90,   411)
	 32: Rel (     0,   147)  ->  Abs (    90,   558)
	 33: Rel (     0,    88)  ->  Abs (    90,   646)
	 34: Rel (    47,   112)  ->  Abs (   137,   758)
	 35: Rel (    13,    31)  ->  Abs (   150,   789)
	 36: Rel (    42,    84)  ->  Abs (   192,   873)
	 37: Rel (    34,   -20)  ->  Abs (   226,   853)
	 38: Rel (   -34,   -78)  ->  Abs (   192,   775)
	 39: Rel (   -21,   -84)  ->  Abs (   171,   691)
	 40: Rel (     0,   -38)  ->  Abs (   171,   653)
	 41: Rel (     0,  -109)  ->  Abs (   171,   544)
	 42: Rel (   115,   -44)  ->  Abs (   286,   500)
	 43: Rel (    86,   -33)  ->  Abs (   372,   467)
	 44: Rel (   166,     0)  ->  Abs (   538,   467)
	 45: Rel (  1098,  1309)  ->  Abs (  1636,  1776)
	 46: Rel (     0,  -169)  ->  Abs (  1636,  1607)
	 47: Rel (  -216,   -79)  ->  Abs (  1420,  1528)
	 48: Rel (  -184,   -89)  ->  Abs (  1236,  1439)
	 49: Rel (  -163,   -78)  ->  Abs (  1073,  1361)
	 50: Rel (   -93,   -63)  ->  Abs (   980,  1298)
	 51: Rel (     0,   106)  ->  Abs (   980,  1404)
	 52: Rel (    32,    36)  ->  Abs (  1012,  1440)
	 53: Rel (   192,   126)  ->  Abs (  1204,  1566)
	 54: Rel (   134,    70)  ->  Abs (  1338,  1636)
	 55: Rel (   150,    79)  ->  Abs (  1488,  1715)

	Glyph 818: off = 0x000249D0, len = 548
	  numberOfContours:	2
	  xMin:			90
	  yMin:			293
	  xMax:			1980
	  yMax:			1776

	EndPoints
	---------
	  0:  69
	  1:  80

	  Length of Instructions:	307
	00000: NPUSHB      (16):    73     8    19    21    52    72    32    10    11    52 
	                            79    32    10    11    52    42 
	00018: PUSHW[1]            -42 
	00021: PUSHB[4]             16    17    52    33 
	00026: PUSHW[1]            -16 
	00029: PUSHB[4]             15    17    52    47 
	00034: PUSHW[1]            -32 
	00037: PUSHB[4]             15    17    52    44 
	00042: PUSHW[1]            -32 
	00045: PUSHB[4]             15    17    52    48 
	00050: PUSHW[1]            -32 
	00053: PUSHB[4]             13    17    52    46 
	00058: PUSHW[1]            -32 
	00061: NPUSHB      (21):    13    17    52    59    27   107    27   137    61     3 
	                            31    32     9    15    52    19    32    15    17    52 
	                            14 
	00084: PUSHW[1]            -32 
	00087: PUSHB[8]             16    17    52    76    35    75    34    70 
	00096: PUSHW[1]            751 
	00099: PUSHB[7]             15    71     1    71    71    34    40 
	00107: PUSHW[1]            -32 
	00110: PUSHB[4]             15    17    52    40 
	00115: PUSHW[1]            -36 
	00118: PUSHB[4]             13    14    52    40 
	00123: PUSHW[1]            -16 
	00126: NPUSHB      (11):    10    12    52    65    26    25    29    40     5    16 
	                            35 
	00139: NPUSHW      (12):   751    34   779     9     8   777    55    16   751    56 
	                             0   747 
	00165: NPUSHB       (9):    71    35    75    75    29    25    26    21    29 
	00176: PUSHW[1]            755 
	00179: NPUSHB      (13):    15    40    95    40     2    40    40    21    12    35 
	                            35    56    21 
	00194: PUSHW[1]            771 
	00197: PUSHB[5]             64    65    65    12    56 
	00203: PUSHW[7]            752    82     9   763    32     8   -64 
	00218: PUSHB[6]              9    11    52     8     8    12 
	00225: PUSHW[3]            771     4   298 
	00232: SCANCTRL   
	00233: MDAP[rd]   
	00234: MIRP[srp0,md,rd,1] 
	00235: SHP[rp2,zp1] 
	00236: RTHG       
	00237: MDAP[rd]   
	00238: CALL       
	00239: SMD        
	00240: MIRP[nrp0,md,rd,1] 
	00241: RTG        
	00242: SRP0       
	00243: MIRP[nrp0,nmd,rd,1] 
	00244: SRP1       
	00245: IP         
	00246: MDAP[rd]   
	00247: SMD        
	00248: MIRP[nrp0,md,rd,1] 
	00249: SRP2       
	00250: IP         
	00251: MDAP[rd]   
	00252: SRP1       
	00253: SRP2       
	00254: IP         
	00255: MDAP[rd]   
	00256: DELTAP1    
	00257: MIRP[nrp0,md,rd,1] 
	00258: SRP2       
	00259: IP         
	00260: IP         
	00261: SRP1       
	00262: SHP[rp1,zp0] 
	00263: MDAP[rd]   
	00264: SRP0       
	00265: ALIGNRP    
	00266: SVTCA[y-axis] 
	00267: MIAP[rd+ci] 
	00268: ALIGNRP    
	00269: MIRP[srp0,md,rd,1] 
	00270: ALIGNRP    
	00271: MIAP[rd+ci] 
	00272: IP         
	00273: MIAP[rd+ci] 
	00274: MIRP[nrp0,md,rd,1] 
	00275: SRP1       
	00276: SLOOP      
	00277: IP         
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: SRP1       
	00282: SHP[rp1,zp0] 
	00283: MDAP[rd]   
	00284: DELTAP1    
	00285: MIRP[nrp0,md,rd,1] 
	00286: SRP1       
	00287: SHP[rp1,zp0] 
	00288: SRP2       
	00289: IP         
	00290: IUP[y]     
	00291: IUP[x]     
	00292: SVTCA[x-axis] 
	00293: CALL       
	00294: CALL       
	00295: CALL       
	00296: DELTAP1    
	00297: CALL       
	00298: CALL       
	00299: SVTCA[y-axis] 
	00300: CALL       
	00301: CALL       
	00302: CALL       
	00303: CALL       
	00304: CALL       
	00305: CALL       
	00306: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual                               On
	 18:  YDual XDual                 X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:                      Y-Short X-Short On
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual               Y-Short         On
	 35:        XDual         Y-Short         On
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short X-Short On
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short X-Short On
	 47:        XDual         Y-Short X-Short Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short On
	 56:        XDual         Y-Short         On
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:  YDual               Y-Short X-Short On
	 60:  YDual               Y-Short X-Short Off
	 61:  YDual               Y-Short X-Short On
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual               Y-Short X-Short On
	 64:  YDual               Y-Short X-Short Off
	 65:  YDual               Y-Short X-Short On
	 66:        XDual         Y-Short         Off
	 67:                      Y-Short X-Short On
	 68:                      Y-Short X-Short Off
	 69:  YDual                       X-Short On
	 70:                                      On
	 71:        XDual         Y-Short         On
	 72:                      Y-Short X-Short Off
	 73:                      Y-Short X-Short On
	 74:                      Y-Short X-Short Off
	 75:                      Y-Short X-Short On
	 76:  YDual XDual         Y-Short         On
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual         Y-Short X-Short Off
	 79:  YDual XDual         Y-Short X-Short On
	 80:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   538,   293)  ->  Abs (   538,   293)
	  1: Rel (  -239,     0)  ->  Abs (   299,   293)
	  2: Rel (  -101,    57)  ->  Abs (   198,   350)
	  3: Rel (  -108,    61)  ->  Abs (    90,   411)
	  4: Rel (     0,   147)  ->  Abs (    90,   558)
	  5: Rel (     0,    88)  ->  Abs (    90,   646)
	  6: Rel (    47,   112)  ->  Abs (   137,   758)
	  7: Rel (    13,    31)  ->  Abs (   150,   789)
	  8: Rel (    42,    84)  ->  Abs (   192,   873)
	  9: Rel (    34,   -20)  ->  Abs (   226,   853)
	 10: Rel (   -34,   -78)  ->  Abs (   192,   775)
	 11: Rel (   -21,   -84)  ->  Abs (   171,   691)
	 12: Rel (     0,   -38)  ->  Abs (   171,   653)
	 13: Rel (     0,  -109)  ->  Abs (   171,   544)
	 14: Rel (   115,   -44)  ->  Abs (   286,   500)
	 15: Rel (    86,   -33)  ->  Abs (   372,   467)
	 16: Rel (   166,     0)  ->  Abs (   538,   467)
	 17: Rel (   426,     0)  ->  Abs (   964,   467)
	 18: Rel (   159,     0)  ->  Abs (  1123,   467)
	 19: Rel (   108,    41)  ->  Abs (  1231,   508)
	 20: Rel (   129,    49)  ->  Abs (  1360,   557)
	 21: Rel (     0,    89)  ->  Abs (  1360,   646)
	 22: Rel (     0,    67)  ->  Abs (  1360,   713)
	 23: Rel (   -49,    46)  ->  Abs (  1311,   759)
	 24: Rel (   -25,    24)  ->  Abs (  1286,   783)
	 25: Rel (   -72,    38)  ->  Abs (  1214,   821)
	 26: Rel (   -33,   -31)  ->  Abs (  1181,   790)
	 27: Rel (  -118,    90)  ->  Abs (  1063,   880)
	 28: Rel (   -62,    52)  ->  Abs (  1001,   932)
	 29: Rel (     0,    29)  ->  Abs (  1001,   961)
	 30: Rel (     0,   172)  ->  Abs (  1001,  1133)
	 31: Rel (    84,    98)  ->  Abs (  1085,  1231)
	 32: Rel (    78,    90)  ->  Abs (  1163,  1321)
	 33: Rel (   191,    72)  ->  Abs (  1354,  1393)
	 34: Rel (   282,   110)  ->  Abs (  1636,  1503)
	 35: Rel (     0,  -173)  ->  Abs (  1636,  1330)
	 36: Rel (  -209,   -70)  ->  Abs (  1427,  1260)
	 37: Rel (  -171,   -58)  ->  Abs (  1256,  1202)
	 38: Rel (   -70,   -35)  ->  Abs (  1186,  1167)
	 39: Rel (   -59,   -30)  ->  Abs (  1127,  1137)
	 40: Rel (     0,   -18)  ->  Abs (  1127,  1119)
	 41: Rel (     0,   -23)  ->  Abs (  1127,  1096)
	 42: Rel (    64,   -48)  ->  Abs (  1191,  1048)
	 43: Rel (    40,   -30)  ->  Abs (  1231,  1018)
	 44: Rel (    41,   -30)  ->  Abs (  1272,   988)
	 45: Rel (    88,   -67)  ->  Abs (  1360,   921)
	 46: Rel (    71,   -65)  ->  Abs (  1431,   856)
	 47: Rel (    61,   -56)  ->  Abs (  1492,   800)
	 48: Rel (    53,   -60)  ->  Abs (  1545,   740)
	 49: Rel (    33,   -37)  ->  Abs (  1578,   703)
	 50: Rel (    73,   -90)  ->  Abs (  1651,   613)
	 51: Rel (    47,   -57)  ->  Abs (  1698,   556)
	 52: Rel (    45,   -38)  ->  Abs (  1743,   518)
	 53: Rel (    61,   -51)  ->  Abs (  1804,   467)
	 54: Rel (    45,     0)  ->  Abs (  1849,   467)
	 55: Rel (   131,     0)  ->  Abs (  1980,   467)
	 56: Rel (     0,  -174)  ->  Abs (  1980,   293)
	 57: Rel (  -123,     0)  ->  Abs (  1857,   293)
	 58: Rel (   -82,     0)  ->  Abs (  1775,   293)
	 59: Rel (   -90,    84)  ->  Abs (  1685,   377)
	 60: Rel (   -44,    41)  ->  Abs (  1641,   418)
	 61: Rel (   -81,   105)  ->  Abs (  1560,   523)
	 62: Rel (   -49,    63)  ->  Abs (  1511,   586)
	 63: Rel (   -11,    13)  ->  Abs (  1500,   599)
	 64: Rel (   -25,    30)  ->  Abs (  1475,   629)
	 65: Rel (   -51,    49)  ->  Abs (  1424,   678)
	 66: Rel (     0,  -178)  ->  Abs (  1424,   500)
	 67: Rel (  -111,  -100)  ->  Abs (  1313,   400)
	 68: Rel (  -119,  -107)  ->  Abs (  1194,   293)
	 69: Rel (  -235,     0)  ->  Abs (   959,   293)
	 70: Rel (   677,  1483)  ->  Abs (  1636,  1776)
	 71: Rel (     0,  -169)  ->  Abs (  1636,  1607)
	 72: Rel (  -216,   -79)  ->  Abs (  1420,  1528)
	 73: Rel (  -184,   -89)  ->  Abs (  1236,  1439)
	 74: Rel (  -163,   -78)  ->  Abs (  1073,  1361)
	 75: Rel (   -93,   -63)  ->  Abs (   980,  1298)
	 76: Rel (     0,   106)  ->  Abs (   980,  1404)
	 77: Rel (    32,    36)  ->  Abs (  1012,  1440)
	 78: Rel (   192,   126)  ->  Abs (  1204,  1566)
	 79: Rel (   134,    70)  ->  Abs (  1338,  1636)
	 80: Rel (   150,    79)  ->  Abs (  1488,  1715)

	Glyph 819: off = 0x00024BF4, len = 346
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			877
	  yMax:			1794

	EndPoints
	---------
	  0:  29
	  1:  40

	  Length of Instructions:	210
	00000: NPUSHB      (14):   200    33     1    32    32    10    11    52    39    32 
	                            10    11    52    25 
	00016: PUSHW[1]            -64 
	00019: NPUSHB      (23):    16    17    52    12    32    16    17    52    59     8 
	                           107     8     2    12    32     9    12    52    36    16 
	                            35    15    30 
	00044: PUSHW[1]            751 
	00047: PUSHB[4]             31    31    15    21 
	00052: PUSHW[1]            -24 
	00055: PUSHB[4]             15    17    52    21 
	00060: PUSHW[1]            -36 
	00063: PUSHB[4]             13    14    52    21 
	00068: PUSHW[1]            -16 
	00071: NPUSHB      (10):    10    12    52     7     6    10    21     4     2    16 
	00083: PUSHW[8]            751    15   779    29     2   751     1   747 
	00100: NPUSHB       (9):    31    15    35    35    10     6     7     3    10 
	00111: PUSHW[1]            755 
	00114: NPUSHB      (22):    64   111    21   143    21     2    15    21    47    21 
	                            95    21     3    32    21     1    21    21     1    15 
	                            15     3 
	00138: PUSHW[7]            768    32     0   752    42     1   298 
	00153: SCANCTRL   
	00154: MDAP[rd]   
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,1] 
	00157: SMD        
	00158: RTHG       
	00159: MIRP[nrp0,md,rd,1] 
	00160: SHP[rp1,zp0] 
	00161: RTG        
	00162: MDAP[rd]   
	00163: SRP2       
	00164: IP         
	00165: MDAP[rd]   
	00166: DELTAP1    
	00167: DELTAP1    
	00168: DELTAP1    
	00169: SMD        
	00170: MIRP[nrp0,md,rd,1] 
	00171: SRP2       
	00172: IP         
	00173: IP         
	00174: SRP1       
	00175: SHP[rp1,zp0] 
	00176: MDAP[rd]   
	00177: SRP0       
	00178: ALIGNRP    
	00179: SVTCA[y-axis] 
	00180: MIAP[rd+ci] 
	00181: MIRP[srp0,md,rd,1] 
	00182: ALIGNRP    
	00183: MIAP[rd+ci] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP1       
	00186: SLOOP      
	00187: IP         
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: SRP1       
	00192: SHP[rp1,zp0] 
	00193: MDAP[rd]   
	00194: MIRP[nrp0,md,rd,1] 
	00195: SRP1       
	00196: SHP[rp1,zp0] 
	00197: SRP2       
	00198: IP         
	00199: IUP[y]     
	00200: IUP[x]     
	00201: SVTCA[x-axis] 
	00202: CALL       
	00203: DELTAP1    
	00204: CALL       
	00205: CALL       
	00206: SVTCA[y-axis] 
	00207: CALL       
	00208: CALL       
	00209: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:                      Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual               Y-Short         On
	 16:        XDual         Y-Short         On
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:                              X-Short On
	 31:        XDual         Y-Short         On
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   877,   293)  ->  Abs (   877,   293)
	  1: Rel (  -877,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   761,     0)  ->  Abs (   761,   467)
	  4: Rel (   -70,   106)  ->  Abs (   691,   573)
	  5: Rel (  -180,   157)  ->  Abs (   511,   730)
	  6: Rel (  -153,    91)  ->  Abs (   358,   821)
	  7: Rel (   -33,   -31)  ->  Abs (   325,   790)
	  8: Rel (  -118,    90)  ->  Abs (   207,   880)
	  9: Rel (   -62,    52)  ->  Abs (   145,   932)
	 10: Rel (     0,    29)  ->  Abs (   145,   961)
	 11: Rel (     0,   172)  ->  Abs (   145,  1133)
	 12: Rel (    84,    98)  ->  Abs (   229,  1231)
	 13: Rel (    78,    90)  ->  Abs (   307,  1321)
	 14: Rel (   191,    72)  ->  Abs (   498,  1393)
	 15: Rel (   282,   110)  ->  Abs (   780,  1503)
	 16: Rel (     0,  -173)  ->  Abs (   780,  1330)
	 17: Rel (  -209,   -70)  ->  Abs (   571,  1260)
	 18: Rel (  -125,   -41)  ->  Abs (   446,  1219)
	 19: Rel (   -77,   -34)  ->  Abs (   369,  1185)
	 20: Rel (   -98,   -43)  ->  Abs (   271,  1142)
	 21: Rel (     0,   -23)  ->  Abs (   271,  1119)
	 22: Rel (     0,   -23)  ->  Abs (   271,  1096)
	 23: Rel (    64,   -48)  ->  Abs (   335,  1048)
	 24: Rel (    40,   -30)  ->  Abs (   375,  1018)
	 25: Rel (    41,   -30)  ->  Abs (   416,   988)
	 26: Rel (   152,  -115)  ->  Abs (   568,   873)
	 27: Rel (   113,  -126)  ->  Abs (   681,   747)
	 28: Rel (   122,  -135)  ->  Abs (   803,   612)
	 29: Rel (    74,  -145)  ->  Abs (   877,   467)
	 30: Rel (   -97,  1327)  ->  Abs (   780,  1794)
	 31: Rel (     0,  -169)  ->  Abs (   780,  1625)
	 32: Rel (  -216,   -79)  ->  Abs (   564,  1546)
	 33: Rel (  -184,   -89)  ->  Abs (   380,  1457)
	 34: Rel (  -163,   -78)  ->  Abs (   217,  1379)
	 35: Rel (   -93,   -63)  ->  Abs (   124,  1316)
	 36: Rel (     0,   106)  ->  Abs (   124,  1422)
	 37: Rel (    32,    36)  ->  Abs (   156,  1458)
	 38: Rel (   192,   126)  ->  Abs (   348,  1584)
	 39: Rel (   134,    70)  ->  Abs (   482,  1654)
	 40: Rel (   150,    79)  ->  Abs (   632,  1733)

	Glyph 820: off = 0x00024D4E, len = 482
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			1124
	  yMax:			1794

	EndPoints
	---------
	  0:  54
	  1:  65

	  Length of Instructions:	283
	00000: PUSHB[4]            200    58     1    65 
	00005: PUSHW[1]            -32 
	00008: NPUSHB      (19):    16    17    52    63    32    13    14    52    57    32 
	                            10    11    52    64    32    10    11    52    47 
	00029: PUSHW[1]            -42 
	00032: PUSHB[4]             13    17    52    38 
	00037: PUSHW[1]            -16 
	00040: PUSHB[4]             13    17    52    52 
	00045: PUSHW[1]            -32 
	00048: PUSHB[4]             15    17    52    49 
	00053: PUSHW[1]            -32 
	00056: PUSHB[4]             13    17    52    53 
	00061: PUSHW[1]            -32 
	00064: PUSHB[4]             13    17    52    51 
	00069: PUSHW[1]            -32 
	00072: NPUSHB      (35):    13    17    52    84    43    84    50     2    68    43 
	                            68    50     2    59    32   107    32   137    11     3 
	                            36    32     9    15    52    24    32    15    17    52 
	                            61    40    60    39    55 
	00109: PUSHW[1]            751 
	00112: PUSHB[4]             56    56    39    45 
	00117: PUSHW[1]            -32 
	00120: PUSHB[4]             15    17    52    45 
	00125: PUSHW[1]            -36 
	00128: PUSHB[4]             13    14    52    45 
	00133: PUSHW[1]            -16 
	00136: NPUSHB      (14):    10    12    52     0    45     1    15    31    30    34 
	                            45     5    21    40 
	00152: NPUSHW       (9):   751    39   779     5    21   751     6    20   747 
	00172: NPUSHB       (9):    56    40    60    60    34    30    31    26    34 
	00183: PUSHW[1]            755 
	00186: NPUSHB      (11):    15    45     1    45    45    26    20    40    40     6 
	                            26 
	00199: PUSHW[1]            771 
	00202: PUSHB[4]             15    15    20     6 
	00207: PUSHW[4]            752    67    20   298 
	00216: SCANCTRL   
	00217: MDAP[rd]   
	00218: SRP0       
	00219: MIRP[nrp0,nmd,rd,1] 
	00220: SRP1       
	00221: IP         
	00222: MDAP[rd]   
	00223: MIRP[nrp0,md,rd,1] 
	00224: SRP2       
	00225: IP         
	00226: MDAP[rd]   
	00227: SRP1       
	00228: SRP2       
	00229: IP         
	00230: MDAP[rd]   
	00231: DELTAP1    
	00232: MIRP[nrp0,md,rd,1] 
	00233: SRP2       
	00234: IP         
	00235: IP         
	00236: SRP1       
	00237: SHP[rp1,zp0] 
	00238: MDAP[rd]   
	00239: SRP0       
	00240: ALIGNRP    
	00241: SVTCA[y-axis] 
	00242: MIAP[rd+ci] 
	00243: ALIGNRP    
	00244: MIRP[srp0,md,rd,1] 
	00245: ALIGNRP    
	00246: MIAP[rd+ci] 
	00247: MIRP[nrp0,md,rd,1] 
	00248: SRP1       
	00249: SLOOP      
	00250: IP         
	00251: DELTAP1    
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: SRP1       
	00256: SHP[rp1,zp0] 
	00257: MDAP[rd]   
	00258: MIRP[nrp0,md,rd,1] 
	00259: SRP1       
	00260: SHP[rp1,zp0] 
	00261: SRP2       
	00262: IP         
	00263: IUP[y]     
	00264: IUP[x]     
	00265: SVTCA[x-axis] 
	00266: CALL       
	00267: CALL       
	00268: DELTAP1    
	00269: DELTAP1    
	00270: DELTAP1    
	00271: CALL       
	00272: CALL       
	00273: SVTCA[y-axis] 
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: CALL       
	00281: CALL       
	00282: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short On
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:                      Y-Short X-Short On
	 32:  YDual               Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual               Y-Short         On
	 40:        XDual         Y-Short         On
	 41:                      Y-Short X-Short On
	 42:                      Y-Short X-Short Off
	 43:                      Y-Short X-Short On
	 44:                      Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:        XDual         Y-Short X-Short On
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short On
	 50:        XDual         Y-Short X-Short Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual                 X-Short On
	 56:        XDual         Y-Short         On
	 57:                      Y-Short X-Short Off
	 58:                      Y-Short X-Short On
	 59:                      Y-Short X-Short Off
	 60:                      Y-Short X-Short On
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual         Y-Short X-Short Off
	 64:  YDual XDual         Y-Short X-Short On
	 65:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   795,   613)  ->  Abs (   795,   613)
	  1: Rel (    47,   -57)  ->  Abs (   842,   556)
	  2: Rel (    45,   -38)  ->  Abs (   887,   518)
	  3: Rel (    61,   -51)  ->  Abs (   948,   467)
	  4: Rel (    45,     0)  ->  Abs (   993,   467)
	  5: Rel (   131,     0)  ->  Abs (  1124,   467)
	  6: Rel (     0,  -174)  ->  Abs (  1124,   293)
	  7: Rel (  -123,     0)  ->  Abs (  1001,   293)
	  8: Rel (   -82,     0)  ->  Abs (   919,   293)
	  9: Rel (   -90,    84)  ->  Abs (   829,   377)
	 10: Rel (   -44,    41)  ->  Abs (   785,   418)
	 11: Rel (   -81,   105)  ->  Abs (   704,   523)
	 12: Rel (   -49,    63)  ->  Abs (   655,   586)
	 13: Rel (   -11,    13)  ->  Abs (   644,   599)
	 14: Rel (   -25,    30)  ->  Abs (   619,   629)
	 15: Rel (   -51,    49)  ->  Abs (   568,   678)
	 16: Rel (     0,  -178)  ->  Abs (   568,   500)
	 17: Rel (  -111,  -100)  ->  Abs (   457,   400)
	 18: Rel (  -119,  -107)  ->  Abs (   338,   293)
	 19: Rel (  -235,     0)  ->  Abs (   103,   293)
	 20: Rel (  -103,     0)  ->  Abs (     0,   293)
	 21: Rel (     0,   174)  ->  Abs (     0,   467)
	 22: Rel (   108,     0)  ->  Abs (   108,   467)
	 23: Rel (   159,     0)  ->  Abs (   267,   467)
	 24: Rel (   108,    41)  ->  Abs (   375,   508)
	 25: Rel (   129,    49)  ->  Abs (   504,   557)
	 26: Rel (     0,    89)  ->  Abs (   504,   646)
	 27: Rel (     0,    67)  ->  Abs (   504,   713)
	 28: Rel (   -49,    46)  ->  Abs (   455,   759)
	 29: Rel (   -25,    24)  ->  Abs (   430,   783)
	 30: Rel (   -72,    38)  ->  Abs (   358,   821)
	 31: Rel (   -33,   -31)  ->  Abs (   325,   790)
	 32: Rel (  -118,    90)  ->  Abs (   207,   880)
	 33: Rel (   -62,    52)  ->  Abs (   145,   932)
	 34: Rel (     0,    29)  ->  Abs (   145,   961)
	 35: Rel (     0,   172)  ->  Abs (   145,  1133)
	 36: Rel (    84,    98)  ->  Abs (   229,  1231)
	 37: Rel (    78,    90)  ->  Abs (   307,  1321)
	 38: Rel (   191,    72)  ->  Abs (   498,  1393)
	 39: Rel (   282,   110)  ->  Abs (   780,  1503)
	 40: Rel (     0,  -173)  ->  Abs (   780,  1330)
	 41: Rel (  -209,   -70)  ->  Abs (   571,  1260)
	 42: Rel (  -125,   -41)  ->  Abs (   446,  1219)
	 43: Rel (   -77,   -34)  ->  Abs (   369,  1185)
	 44: Rel (   -98,   -43)  ->  Abs (   271,  1142)
	 45: Rel (     0,   -23)  ->  Abs (   271,  1119)
	 46: Rel (     0,   -23)  ->  Abs (   271,  1096)
	 47: Rel (    64,   -48)  ->  Abs (   335,  1048)
	 48: Rel (    40,   -30)  ->  Abs (   375,  1018)
	 49: Rel (    41,   -30)  ->  Abs (   416,   988)
	 50: Rel (    88,   -67)  ->  Abs (   504,   921)
	 51: Rel (    71,   -65)  ->  Abs (   575,   856)
	 52: Rel (    61,   -56)  ->  Abs (   636,   800)
	 53: Rel (    53,   -60)  ->  Abs (   689,   740)
	 54: Rel (    33,   -37)  ->  Abs (   722,   703)
	 55: Rel (    58,  1091)  ->  Abs (   780,  1794)
	 56: Rel (     0,  -169)  ->  Abs (   780,  1625)
	 57: Rel (  -216,   -79)  ->  Abs (   564,  1546)
	 58: Rel (  -184,   -89)  ->  Abs (   380,  1457)
	 59: Rel (  -163,   -78)  ->  Abs (   217,  1379)
	 60: Rel (   -93,   -63)  ->  Abs (   124,  1316)
	 61: Rel (     0,   106)  ->  Abs (   124,  1422)
	 62: Rel (    32,    36)  ->  Abs (   156,  1458)
	 63: Rel (   192,   126)  ->  Abs (   348,  1584)
	 64: Rel (   134,    70)  ->  Abs (   482,  1654)
	 65: Rel (   150,    79)  ->  Abs (   632,  1733)

	Glyph 821: off = 0x00024F30, len = 324
	  numberOfContours:	1
	  xMin:			50
	  yMin:			-89
	  xMax:			1241
	  yMax:			946

	EndPoints
	---------
	  0:  59

	  Length of Instructions:	153
	00000: PUSHW[2]             38   -42 
	00005: NPUSHB      (19):    14    17    52    41    52    14    17    52    42    52 
	                            11    17    52     3     6    14    33    39    32 
	00026: NPUSHW       (9):   775     6   751    57   772    39   751    22   -64 
	00046: PUSHB[4]              9    11    52    22 
	00051: PUSHW[7]            781    14   751    48   747    51   780 
	00066: NPUSHB       (9):    10    10    44    36     3    18     0     0    44 
	00077: PUSHW[1]            765 
	00080: PUSHB[5]             64    18    18    61    33 
	00086: PUSHW[4]            763    32    32   -64 
	00095: PUSHB[6]              9    11    52    32    32    36 
	00102: PUSHW[3]            780    26   313 
	00109: SCANCTRL   
	00110: MDAP[rd]   
	00111: MIRP[srp0,md,rd,1] 
	00112: SHP[rp2,zp1] 
	00113: RTHG       
	00114: MDAP[rd]   
	00115: CALL       
	00116: SMD        
	00117: MIRP[nrp0,md,rd,1] 
	00118: SRP1       
	00119: SHP[rp1,zp0] 
	00120: RTG        
	00121: MDAP[rd]   
	00122: SMD        
	00123: MIRP[nrp0,md,rd,1] 
	00124: SHP[rp1,zp0] 
	00125: MDAP[rd]   
	00126: SRP2       
	00127: IP         
	00128: SRP1       
	00129: SRP2       
	00130: IP         
	00131: MDAP[rd]   
	00132: MIRP[nrp0,md,rd,1] 
	00133: SVTCA[y-axis] 
	00134: MIAP[rd+ci] 
	00135: MIRP[nrp0,md,rd,1] 
	00136: MIAP[rd+ci] 
	00137: CALL       
	00138: MIRP[nrp0,md,rd,1] 
	00139: MIAP[rd+ci] 
	00140: MIRP[nrp0,md,rd,1] 
	00141: MIAP[rd+ci] 
	00142: SRP2       
	00143: IP         
	00144: SRP1       
	00145: SRP2       
	00146: IP         
	00147: IUP[y]     
	00148: IUP[x]     
	00149: SVTCA[x-axis] 
	00150: CALL       
	00151: CALL       
	00152: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1241,   800)  ->  Abs (  1241,   800)
	  1: Rel (     0,   -32)  ->  Abs (  1241,   768)
	  2: Rel (   -12,   -67)  ->  Abs (  1229,   701)
	  3: Rel (    -2,   -14)  ->  Abs (  1227,   687)
	  4: Rel (   -35,    45)  ->  Abs (  1192,   732)
	  5: Rel (   -97,    52)  ->  Abs (  1095,   784)
	  6: Rel (   -50,     0)  ->  Abs (  1045,   784)
	  7: Rel (   -87,     0)  ->  Abs (   958,   784)
	  8: Rel (   -96,  -101)  ->  Abs (   862,   683)
	  9: Rel (   -88,   -93)  ->  Abs (   774,   590)
	 10: Rel (     0,   -55)  ->  Abs (   774,   535)
	 11: Rel (     0,   -19)  ->  Abs (   774,   516)
	 12: Rel (    43,   -19)  ->  Abs (   817,   497)
	 13: Rel (    53,     0)  ->  Abs (   870,   497)
	 14: Rel (    80,     0)  ->  Abs (   950,   497)
	 15: Rel (    72,     0)  ->  Abs (  1022,   497)
	 16: Rel (    69,    -3)  ->  Abs (  1091,   494)
	 17: Rel (    96,   -16)  ->  Abs (  1187,   478)
	 18: Rel (     0,   -65)  ->  Abs (  1187,   413)
	 19: Rel (     0,  -251)  ->  Abs (  1187,   162)
	 20: Rel (  -219,  -131)  ->  Abs (   968,    31)
	 21: Rel (  -201,  -120)  ->  Abs (   767,   -89)
	 22: Rel (  -343,     0)  ->  Abs (   424,   -89)
	 23: Rel (  -178,     0)  ->  Abs (   246,   -89)
	 24: Rel (   -94,    69)  ->  Abs (   152,   -20)
	 25: Rel (  -102,    75)  ->  Abs (    50,    55)
	 26: Rel (     0,   151)  ->  Abs (    50,   206)
	 27: Rel (     0,   104)  ->  Abs (    50,   310)
	 28: Rel (    34,   114)  ->  Abs (    84,   424)
	 29: Rel (    26,    87)  ->  Abs (   110,   511)
	 30: Rel (    46,    95)  ->  Abs (   156,   606)
	 31: Rel (     3,     6)  ->  Abs (   159,   612)
	 32: Rel (    60,   113)  ->  Abs (   219,   725)
	 33: Rel (    42,   -17)  ->  Abs (   261,   708)
	 34: Rel (   -63,  -112)  ->  Abs (   198,   596)
	 35: Rel (   -67,  -195)  ->  Abs (   131,   401)
	 36: Rel (     0,   -75)  ->  Abs (   131,   326)
	 37: Rel (     0,  -122)  ->  Abs (   131,   204)
	 38: Rel (   169,  -122)  ->  Abs (   300,    82)
	 39: Rel (   157,     0)  ->  Abs (   457,    82)
	 40: Rel (   120,     0)  ->  Abs (   577,    82)
	 41: Rel (   159,    48)  ->  Abs (   736,   130)
	 42: Rel (   136,    41)  ->  Abs (   872,   171)
	 43: Rel (   218,   114)  ->  Abs (  1090,   285)
	 44: Rel (     0,    27)  ->  Abs (  1090,   312)
	 45: Rel (     0,    19)  ->  Abs (  1090,   331)
	 46: Rel (   -25,    12)  ->  Abs (  1065,   343)
	 47: Rel (   -28,     0)  ->  Abs (  1037,   343)
	 48: Rel (  -234,     0)  ->  Abs (   803,   343)
	 49: Rel (   -43,     0)  ->  Abs (   760,   343)
	 50: Rel (   -66,    62)  ->  Abs (   694,   405)
	 51: Rel (     0,    49)  ->  Abs (   694,   454)
	 52: Rel (     0,    67)  ->  Abs (   694,   521)
	 53: Rel (    55,   115)  ->  Abs (   749,   636)
	 54: Rel (    60,   125)  ->  Abs (   809,   761)
	 55: Rel (    85,    84)  ->  Abs (   894,   845)
	 56: Rel (   102,   101)  ->  Abs (   996,   946)
	 57: Rel (   103,     0)  ->  Abs (  1099,   946)
	 58: Rel (    66,     0)  ->  Abs (  1165,   946)
	 59: Rel (    76,   -80)  ->  Abs (  1241,   866)

	Glyph 822: off = 0x00025074, len = 302
	  numberOfContours:	1
	  xMin:			106
	  yMin:			-225
	  xMax:			1275
	  yMax:			517

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	144
	00000: PUSHW[2]             32   -32 
	00005: NPUSHB       (9):    12    17    52    26    53    25    25    53     6 
	00016: PUSHW[1]            -64 
	00019: NPUSHB      (10):     9    10    52     6     6     1    44    44     1    34 
	00031: PUSHW[3]            751    17   -64 
	00038: PUSHB[4]              9    13    52    17 
	00043: PUSHW[7]            782    53   751     1   747    38   780 
	00058: PUSHB[4]             13    13     0    47 
	00063: PUSHW[1]            780 
	00066: PUSHB[5]             64     4     4    30     0 
	00072: PUSHW[7]            752    56    26   763    32    25   -64 
	00087: PUSHB[6]              9    11    52    25    25    30 
	00094: PUSHW[3]            780    21   313 
	00101: SCANCTRL   
	00102: MDAP[rd]   
	00103: MIRP[srp0,md,rd,1] 
	00104: SHP[rp2,zp1] 
	00105: RTHG       
	00106: MDAP[rd]   
	00107: CALL       
	00108: SMD        
	00109: MIRP[nrp0,md,rd,1] 
	00110: RTG        
	00111: SRP0       
	00112: MIRP[nrp0,nmd,rd,0] 
	00113: SRP1       
	00114: IP         
	00115: MDAP[rd]   
	00116: SMD        
	00117: MIRP[nrp0,md,rd,1] 
	00118: SRP2       
	00119: IP         
	00120: MDAP[rd]   
	00121: MIRP[nrp0,md,rd,1] 
	00122: SVTCA[y-axis] 
	00123: MIAP[rd+ci] 
	00124: MIRP[nrp0,md,rd,1] 
	00125: MIAP[rd+ci] 
	00126: CALL       
	00127: MIRP[srp0,md,rd,1] 
	00128: SRP1       
	00129: IP         
	00130: MDAP[rd]   
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: CALL       
	00135: SRP1       
	00136: SHP[rp1,zp0] 
	00137: MDAP[rd]   
	00138: SRP2       
	00139: IP         
	00140: IUP[y]     
	00141: IUP[x]     
	00142: SVTCA[x-axis] 
	00143: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:                      Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                               On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1275,   293)  ->  Abs (  1275,   293)
	  1: Rel (  -175,     0)  ->  Abs (  1100,   293)
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	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 839: off = 0x00025442, len = 572
	  numberOfContours:	3
	  xMin:			48
	  yMin:			1239
	  xMax:			463
	  yMax:			1911

	EndPoints
	---------
	  0:  45
	  1:  86
	  2:  98

	  Length of Instructions:	285
	00000: NPUSHB       (9):     3    97    10    35     9     9    33    14    43 
	00011: PUSHW[3]            757    90   -64 
	00018: PUSHB[6]             11    15    52    90    90    97 
	00025: PUSHW[1]            757 
	00028: PUSHB[7]             35    35    20    23    23    33    27 
	00036: PUSHW[1]            757 
	00039: PUSHB[3]             20    20    33 
	00043: PUSHW[1]            757 
	00046: NPUSHB      (22):    14    14    75    53    70    50    83    84    79    74 
	                            75    63    70    75    75    64    84    84    64    64 
	                            70    79 
	00070: PUSHW[1]            757 
	00073: PUSHB[3]             50    50    70 
	00077: PUSHW[3]            757    57   756 
	00084: NPUSHB      (14):     9     6    97    10    87    35    93    39    33    30 
	                            17     6     6     0 
	00100: PUSHW[3]            758    87   -64 
	00107: PUSHB[6]              9    10    52    87    87    93 
	00114: PUSHW[1]            758 
	00117: NPUSHB      (12):    39    64     9    16    52    39    39    30    14    23 
	                            23    17 
	00131: PUSHW[1]            758 
	00134: NPUSHB      (10):    30    30    53    75    74    67    64    63    46    84 
	00146: PUSHW[1]            761 
	00149: PUSHB[5]             83    83    75    60    63 
	00155: PUSHW[1]            761 
	00158: PUSHB[3]             64    64    75 
	00162: PUSHW[3]            761    74   -64 
	00169: PUSHB[4]             21    23    52    74 
	00174: PUSHW[1]            -64 
	00177: PUSHB[4]             13    16    52    74 
	00182: PUSHW[1]            292 
	00185: SCANCTRL   
	00186: MDAP[rd]   
	00187: CALL       
	00188: CALL       
	00189: MIRP[nrp0,md,rd,1] 
	00190: SHP[rp1,zp0] 
	00191: MDAP[rd]   
	00192: MIRP[srp0,md,rd,1] 
	00193: SHP[rp2,zp1] 
	00194: SRP1       
	00195: SHP[rp1,zp0] 
	00196: MDAP[rd]   
	00197: MIRP[srp0,md,rd,1] 
	00198: SHP[rp2,zp1] 
	00199: SRP1       
	00200: SRP2       
	00201: IP         
	00202: SRP1       
	00203: SRP2       
	00204: IP         
	00205: SHP[rp1,zp0] 
	00206: MDAP[rd]   
	00207: MIRP[srp0,md,rd,1] 
	00208: SHP[rp2,zp1] 
	00209: MDAP[rd]   
	00210: IP         
	00211: SRP1       
	00212: SHP[rp1,zp0] 
	00213: MDAP[rd]   
	00214: CALL       
	00215: MIRP[srp0,md,rd,1] 
	00216: SHP[rp2,zp1] 
	00217: MDAP[rd]   
	00218: CALL       
	00219: MIRP[nrp0,md,rd,1] 
	00220: IP         
	00221: MDAP[rd]   
	00222: SRP1       
	00223: SRP2       
	00224: IP         
	00225: SRP1       
	00226: SRP2       
	00227: IP         
	00228: SRP1       
	00229: IP         
	00230: IP         
	00231: SRP2       
	00232: IP         
	00233: SVTCA[y-axis] 
	00234: MIAP[rd+ci] 
	00235: MIRP[nrp0,md,rd,1] 
	00236: IP         
	00237: MDAP[rd]   
	00238: MIRP[nrp0,md,rd,1] 
	00239: SRP1       
	00240: SHP[rp1,zp0] 
	00241: MDAP[rd]   
	00242: SHP[rp2,zp1] 
	00243: MDAP[rd]   
	00244: SRP2       
	00245: IP         
	00246: MDAP[rd]   
	00247: SRP1       
	00248: IP         
	00249: SRP2       
	00250: IP         
	00251: SRP1       
	00252: SRP2       
	00253: IP         
	00254: SRP1       
	00255: SRP2       
	00256: IP         
	00257: SRP1       
	00258: SHP[rp1,zp0] 
	00259: MDAP[rd]   
	00260: MIRP[srp0,md,rd,1] 
	00261: SHP[rp2,zp1] 
	00262: MDAP[rd]   
	00263: MIRP[nrp0,md,rd,1] 
	00264: SRP2       
	00265: IP         
	00266: MDAP[rd]   
	00267: SRP1       
	00268: IP         
	00269: MDAP[rd]   
	00270: MIRP[srp0,md,rd,1] 
	00271: SHP[rp2,zp1] 
	00272: MDAP[rd]   
	00273: CALL       
	00274: MIRP[nrp0,md,rd,1] 
	00275: SRP1       
	00276: SRP2       
	00277: IP         
	00278: MDAP[rd]   
	00279: SRP2       
	00280: IP         
	00281: SRP1       
	00282: IP         
	00283: IUP[y]     
	00284: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:                              X-Short On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short On
	 49:                      Y-Short X-Short Off
	 50:  YDual                       X-Short On
	 51:  YDual                       X-Short Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual               Y-Short X-Short On
	 54:                      Y-Short X-Short Off
	 55:                      Y-Short X-Short On
	 56:                      Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:  YDual               Y-Short X-Short Off
	 60:  YDual XDual         Y-Short         On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual         Y-Short X-Short On
	 64:  YDual XDual         Y-Short X-Short On
	 65:        XDual         Y-Short         Off
	 66:                      Y-Short X-Short Off
	 67:        XDual         Y-Short         On
	 68:        XDual         Y-Short         Off
	 69:        XDual         Y-Short X-Short Off
	 70:  YDual XDual                 X-Short On
	 71:  YDual XDual                 X-Short Off
	 72:  YDual XDual         Y-Short X-Short On
	 73:  YDual XDual         Y-Short X-Short Off
	 74:  YDual XDual         Y-Short X-Short On
	 75:  YDual XDual         Y-Short X-Short On
	 76:        XDual         Y-Short X-Short Off
	 77:        XDual         Y-Short X-Short On
	 78:        XDual         Y-Short X-Short Off
	 79:  YDual XDual                 X-Short On
	 80:  YDual XDual                 X-Short Off
	 81:  YDual XDual         Y-Short X-Short On
	 82:  YDual XDual         Y-Short X-Short Off
	 83:  YDual XDual         Y-Short         On
	 84:  YDual XDual         Y-Short X-Short On
	 85:        XDual         Y-Short X-Short Off
	 86:        XDual         Y-Short X-Short Off
	 87:                              X-Short On
	 88:  YDual XDual         Y-Short         Off
	 89:  YDual               Y-Short X-Short Off
	 90:  YDual                       X-Short On
	 91:  YDual                       X-Short Off
	 92:                      Y-Short X-Short Off
	 93:        XDual         Y-Short         On
	 94:        XDual         Y-Short         Off
	 95:        XDual         Y-Short X-Short On
	 96:        XDual         Y-Short X-Short Off
	 97:        XDual         Y-Short X-Short On
	 98:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   458,  1813)  ->  Abs (   458,  1813)
	  1: Rel (    -4,   -23)  ->  Abs (   454,  1790)
	  2: Rel (   -13,   -47)  ->  Abs (   441,  1743)
	  3: Rel (   -22,   -35)  ->  Abs (   419,  1708)
	  4: Rel (    15,   -12)  ->  Abs (   434,  1696)
	  5: Rel (    17,   -21)  ->  Abs (   451,  1675)
	  6: Rel (     0,   -13)  ->  Abs (   451,  1662)
	  7: Rel (     0,   -18)  ->  Abs (   451,  1644)
	  8: Rel (    -3,   -43)  ->  Abs (   448,  1601)
	  9: Rel (    -4,   -26)  ->  Abs (   444,  1575)
	 10: Rel (   -86,    67)  ->  Abs (   358,  1642)
	 11: Rel (   -46,   -54)  ->  Abs (   312,  1588)
	 12: Rel (   -58,   -30)  ->  Abs (   254,  1558)
	 13: Rel (   -71,   -36)  ->  Abs (   183,  1522)
	 14: Rel (   -87,     0)  ->  Abs (    96,  1522)
	 15: Rel (    36,    60)  ->  Abs (   132,  1582)
	 16: Rel (    20,    37)  ->  Abs (   152,  1619)
	 17: Rel (     0,    29)  ->  Abs (   152,  1648)
	 18: Rel (     0,    22)  ->  Abs (   152,  1670)
	 19: Rel (   -20,    38)  ->  Abs (   132,  1708)
	 20: Rel (   -19,     0)  ->  Abs (   113,  1708)
	 21: Rel (   -21,     0)  ->  Abs (    92,  1708)
	 22: Rel (   -18,   -24)  ->  Abs (    74,  1684)
	 23: Rel (   -26,   -44)  ->  Abs (    48,  1640)
	 24: Rel (     7,    71)  ->  Abs (    55,  1711)
	 25: Rel (    11,    30)  ->  Abs (    66,  1741)
	 26: Rel (    20,    55)  ->  Abs (    86,  1796)
	 27: Rel (    46,     0)  ->  Abs (   132,  1796)
	 28: Rel (    34,     0)  ->  Abs (   166,  1796)
	 29: Rel (    38,   -67)  ->  Abs (   204,  1729)
	 30: Rel (     0,   -42)  ->  Abs (   204,  1687)
	 31: Rel (     0,   -17)  ->  Abs (   204,  1670)
	 32: Rel (    -7,   -35)  ->  Abs (   197,  1635)
	 33: Rel (    -8,   -33)  ->  Abs (   189,  1602)
	 34: Rel (    69,    20)  ->  Abs (   258,  1622)
	 35: Rel (    64,    46)  ->  Abs (   322,  1668)
	 36: Rel (   -32,    32)  ->  Abs (   290,  1700)
	 37: Rel (    -9,    12)  ->  Abs (   281,  1712)
	 38: Rel (   -18,    24)  ->  Abs (   263,  1736)
	 39: Rel (     0,    27)  ->  Abs (   263,  1763)
	 40: Rel (     0,    47)  ->  Abs (   263,  1810)
	 41: Rel (    37,    45)  ->  Abs (   300,  1855)
	 42: Rel (    46,    55)  ->  Abs (   346,  1910)
	 43: Rel (    50,     1)  ->  Abs (   396,  1911)
	 44: Rel (    29,    -1)  ->  Abs (   425,  1910)
	 45: Rel (    38,   -38)  ->  Abs (   463,  1872)
	 46: Rel (   -30,  -396)  ->  Abs (   433,  1476)
	 47: Rel (     0,   -75)  ->  Abs (   433,  1401)
	 48: Rel (   -26,   -48)  ->  Abs (   407,  1353)
	 49: Rel (   -29,   -54)  ->  Abs (   378,  1299)
	 50: Rel (   -51,     0)  ->  Abs (   327,  1299)
	 51: Rel (   -18,     0)  ->  Abs (   309,  1299)
	 52: Rel (   -30,    12)  ->  Abs (   279,  1311)
	 53: Rel (   -19,    13)  ->  Abs (   260,  1324)
	 54: Rel (   -20,   -34)  ->  Abs (   240,  1290)
	 55: Rel (   -19,   -19)  ->  Abs (   221,  1271)
	 56: Rel (   -32,   -32)  ->  Abs (   189,  1239)
	 57: Rel (   -35,     0)  ->  Abs (   154,  1239)
	 58: Rel (   -42,     0)  ->  Abs (   112,  1239)
	 59: Rel (   -42,    56)  ->  Abs (    70,  1295)
	 60: Rel (     0,    50)  ->  Abs (    70,  1345)
	 61: Rel (     0,    26)  ->  Abs (    70,  1371)
	 62: Rel (    14,    50)  ->  Abs (    84,  1421)
	 63: Rel (    13,    33)  ->  Abs (    97,  1454)
	 64: Rel (    21,     8)  ->  Abs (   118,  1462)
	 65: Rel (     0,    -8)  ->  Abs (   118,  1454)
	 66: Rel (    -4,   -36)  ->  Abs (   114,  1418)
	 67: Rel (     0,   -12)  ->  Abs (   114,  1406)
	 68: Rel (     0,   -22)  ->  Abs (   114,  1384)
	 69: Rel (    18,   -35)  ->  Abs (   132,  1349)
	 70: Rel (    18,     0)  ->  Abs (   150,  1349)
	 71: Rel (    43,     0)  ->  Abs (   193,  1349)
	 72: Rel (    26,    56)  ->  Abs (   219,  1405)
	 73: Rel (    12,    25)  ->  Abs (   231,  1430)
	 74: Rel (    18,    76)  ->  Abs (   249,  1506)
	 75: Rel (    21,     6)  ->  Abs (   270,  1512)
	 76: Rel (     8,   -49)  ->  Abs (   278,  1463)
	 77: Rel (     5,   -11)  ->  Abs (   283,  1452)
	 78: Rel (    12,   -31)  ->  Abs (   295,  1421)
	 79: Rel (    28,     0)  ->  Abs (   323,  1421)
	 80: Rel (    38,     0)  ->  Abs (   361,  1421)
	 81: Rel (    22,    50)  ->  Abs (   383,  1471)
	 82: Rel (    18,    41)  ->  Abs (   401,  1512)
	 83: Rel (     0,    44)  ->  Abs (   401,  1556)
	 84: Rel (    21,     6)  ->  Abs (   422,  1562)
	 85: Rel (     4,   -19)  ->  Abs (   426,  1543)
	 86: Rel (     7,   -49)  ->  Abs (   433,  1494)
	 87: Rel (   -41,   292)  ->  Abs (   392,  1786)
	 88: Rel (     0,    24)  ->  Abs (   392,  1810)
	 89: Rel (   -23,    38)  ->  Abs (   369,  1848)
	 90: Rel (   -12,     0)  ->  Abs (   357,  1848)
	 91: Rel (   -19,     0)  ->  Abs (   338,  1848)
	 92: Rel (   -12,   -17)  ->  Abs (   326,  1831)
	 93: Rel (     0,   -12)  ->  Abs (   326,  1819)
	 94: Rel (     0,   -18)  ->  Abs (   326,  1801)
	 95: Rel (    18,   -20)  ->  Abs (   344,  1781)
	 96: Rel (     5,    -6)  ->  Abs (   349,  1775)
	 97: Rel (    30,   -27)  ->  Abs (   379,  1748)
	 98: Rel (    13,    17)  ->  Abs (   392,  1765)

	Glyph 840: off = 0x0002567E, len = 380
	  numberOfContours:	3
	  xMin:			70
	  yMin:			1239
	  xMax:			433
	  yMax:			1853

	EndPoints
	---------
	  0:  41
	  1:  49
	  2:  57

	  Length of Instructions:	204
	00000: NPUSHB      (19):     7    25     4    38    39    34    29    30    18    25 
	                            30    30    19    39    39    19    19    25    34 
	00021: PUSHW[1]            757 
	00024: PUSHB[3]              4     4    25 
	00028: PUSHW[1]            757 
	00031: NPUSHB       (9):    11    64     9    12    52    11    11    48    42 
	00042: PUSHW[1]            757 
	00045: PUSHB[3]             44    44    48 
	00049: PUSHW[1]            757 
	00052: NPUSHB       (9):    46    64     9    24    52    46    46    56    50 
	00063: PUSHW[1]            757 
	00066: PUSHB[3]             52    52    56 
	00070: PUSHW[3]            757    54   756 
	00077: NPUSHB      (18):    42    50    50    46    54    64    37    40    52    54 
	                             7    30    29    22    19    18     0    39 
	00097: PUSHW[1]            761 
	00100: PUSHB[5]             38    38    30    14    18 
	00106: PUSHW[1]            761 
	00109: PUSHB[3]             19    19    30 
	00113: PUSHW[3]            761    29   -64 
	00120: PUSHB[4]             21    23    52    29 
	00125: PUSHW[1]            -64 
	00128: PUSHB[4]             13    16    52    29 
	00133: PUSHW[1]            292 
	00136: SCANCTRL   
	00137: MDAP[rd]   
	00138: CALL       
	00139: CALL       
	00140: MIRP[nrp0,md,rd,1] 
	00141: SHP[rp1,zp0] 
	00142: MDAP[rd]   
	00143: MIRP[srp0,md,rd,1] 
	00144: SHP[rp2,zp1] 
	00145: SRP1       
	00146: SHP[rp1,zp0] 
	00147: MDAP[rd]   
	00148: MIRP[srp0,md,rd,1] 
	00149: SHP[rp2,zp1] 
	00150: SRP1       
	00151: SRP2       
	00152: IP         
	00153: SRP1       
	00154: SRP2       
	00155: IP         
	00156: MDAP[rd]   
	00157: CALL       
	00158: ALIGNRP    
	00159: SHP[rp1,zp0] 
	00160: MDAP[rd]   
	00161: ALIGNRP    
	00162: SVTCA[y-axis] 
	00163: MIAP[rd+ci] 
	00164: MIRP[nrp0,md,rd,1] 
	00165: SHP[rp1,zp0] 
	00166: MDAP[rd]   
	00167: MIRP[nrp0,md,rd,1] 
	00168: SRP1       
	00169: SHP[rp1,zp0] 
	00170: MDAP[rd]   
	00171: CALL       
	00172: MIRP[nrp0,md,rd,1] 
	00173: SHP[rp1,zp0] 
	00174: MDAP[rd]   
	00175: MIRP[nrp0,md,rd,1] 
	00176: SRP1       
	00177: SHP[rp1,zp0] 
	00178: MDAP[rd]   
	00179: CALL       
	00180: MIRP[nrp0,md,rd,1] 
	00181: IP         
	00182: MDAP[rd]   
	00183: MIRP[nrp0,md,rd,1] 
	00184: SRP1       
	00185: SHP[rp1,zp0] 
	00186: MDAP[rd]   
	00187: SHP[rp2,zp1] 
	00188: MDAP[rd]   
	00189: SRP2       
	00190: IP         
	00191: MDAP[rd]   
	00192: SRP1       
	00193: IP         
	00194: SRP2       
	00195: IP         
	00196: SRP1       
	00197: SRP2       
	00198: IP         
	00199: SRP1       
	00200: SRP2       
	00201: IP         
	00202: IUP[y]     
	00203: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short         Off
	 52:                      Y-Short X-Short On
	 53:                      Y-Short X-Short Off
	 54:                      Y-Short X-Short On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual         Y-Short X-Short On
	 57:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   433,  1767)  ->  Abs (   433,  1767)
	  1: Rel (     0,   -76)  ->  Abs (   433,  1691)
	  2: Rel (   -26,   -48)  ->  Abs (   407,  1643)
	  3: Rel (   -29,   -53)  ->  Abs (   378,  1590)
	  4: Rel (   -51,     0)  ->  Abs (   327,  1590)
	  5: Rel (   -17,     0)  ->  Abs (   310,  1590)
	  6: Rel (   -33,    13)  ->  Abs (   277,  1603)
	  7: Rel (   -17,    12)  ->  Abs (   260,  1615)
	  8: Rel (   -19,   -34)  ->  Abs (   241,  1581)
	  9: Rel (   -20,   -19)  ->  Abs (   221,  1562)
	 10: Rel (   -32,   -31)  ->  Abs (   189,  1531)
	 11: Rel (   -35,     0)  ->  Abs (   154,  1531)
	 12: Rel (   -42,     0)  ->  Abs (   112,  1531)
	 13: Rel (   -42,    56)  ->  Abs (    70,  1587)
	 14: Rel (     0,    49)  ->  Abs (    70,  1636)
	 15: Rel (     0,    25)  ->  Abs (    70,  1661)
	 16: Rel (     8,    29)  ->  Abs (    78,  1690)
	 17: Rel (     5,    18)  ->  Abs (    83,  1708)
	 18: Rel (    14,    36)  ->  Abs (    97,  1744)
	 19: Rel (    21,     8)  ->  Abs (   118,  1752)
	 20: Rel (     0,    -8)  ->  Abs (   118,  1744)
	 21: Rel (    -4,   -36)  ->  Abs (   114,  1708)
	 22: Rel (     0,   -12)  ->  Abs (   114,  1696)
	 23: Rel (     0,   -23)  ->  Abs (   114,  1673)
	 24: Rel (    17,   -33)  ->  Abs (   131,  1640)
	 25: Rel (    19,     0)  ->  Abs (   150,  1640)
	 26: Rel (    43,     0)  ->  Abs (   193,  1640)
	 27: Rel (    26,    56)  ->  Abs (   219,  1696)
	 28: Rel (    13,    27)  ->  Abs (   232,  1723)
	 29: Rel (    17,    73)  ->  Abs (   249,  1796)
	 30: Rel (    21,     6)  ->  Abs (   270,  1802)
	 31: Rel (     9,   -49)  ->  Abs (   279,  1753)
	 32: Rel (     4,   -11)  ->  Abs (   283,  1742)
	 33: Rel (    12,   -32)  ->  Abs (   295,  1710)
	 34: Rel (    28,     0)  ->  Abs (   323,  1710)
	 35: Rel (    38,     0)  ->  Abs (   361,  1710)
	 36: Rel (    22,    50)  ->  Abs (   383,  1760)
	 37: Rel (    18,    41)  ->  Abs (   401,  1801)
	 38: Rel (     0,    45)  ->  Abs (   401,  1846)
	 39: Rel (    21,     7)  ->  Abs (   422,  1853)
	 40: Rel (     4,   -24)  ->  Abs (   426,  1829)
	 41: Rel (     7,   -44)  ->  Abs (   433,  1785)
	 42: Rel (   -15,  -214)  ->  Abs (   418,  1571)
	 43: Rel (     0,   -46)  ->  Abs (   418,  1525)
	 44: Rel (   -52,   -44)  ->  Abs (   366,  1481)
	 45: Rel (   -89,   -35)  ->  Abs (   277,  1446)
	 46: Rel (  -201,   -82)  ->  Abs (    76,  1364)
	 47: Rel (     0,    44)  ->  Abs (    76,  1408)
	 48: Rel (    43,    41)  ->  Abs (   119,  1449)
	 49: Rel (    84,    34)  ->  Abs (   203,  1483)
	 50: Rel (   215,   -35)  ->  Abs (   418,  1448)
	 51: Rel (     0,   -47)  ->  Abs (   418,  1401)
	 52: Rel (   -51,   -45)  ->  Abs (   367,  1356)
	 53: Rel (   -90,   -36)  ->  Abs (   277,  1320)
	 54: Rel (  -201,   -81)  ->  Abs (    76,  1239)
	 55: Rel (     0,    43)  ->  Abs (    76,  1282)
	 56: Rel (    43,    41)  ->  Abs (   119,  1323)
	 57: Rel (    84,    35)  ->  Abs (   203,  1358)

	Glyph 841: off = 0x000257FA, len = 324
	  numberOfContours:	2
	  xMin:			70
	  yMin:			1239
	  xMax:			433
	  yMax:			1721

	EndPoints
	---------
	  0:  7
	  1:  49

	  Length of Instructions:	173
	00000: PUSHW[2]              0   757 
	00005: PUSHB[3]              2     2     6 
	00009: PUSHW[1]            757 
	00012: NPUSHB      (27):     4    64     9    28    52     4     4    27    46    47 
	                            42    37    38    26    27    15    33    12    38    38 
	                            27    47    47    27    27    33    42 
	00041: PUSHW[1]            757 
	00044: PUSHB[3]             12    12    33 
	00048: PUSHW[3]            757    19   756 
	00055: PUSHB[3]              0     0     4 
	00059: PUSHW[1]            -64 
	00062: NPUSHB      (12):    14    19    52     4    15    38    37    30    27    26 
	                             8    47 
	00076: PUSHW[1]            761 
	00079: PUSHB[5]             46    46    38    22    26 
	00085: PUSHW[1]            761 
	00088: PUSHB[3]             27    27    38 
	00092: PUSHW[3]            761    37   -64 
	00099: PUSHB[4]             21    23    52    37 
	00104: PUSHW[1]            -64 
	00107: PUSHB[4]             13    16    52    37 
	00112: PUSHW[1]            292 
	00115: SCANCTRL   
	00116: MDAP[rd]   
	00117: CALL       
	00118: CALL       
	00119: MIRP[nrp0,md,rd,1] 
	00120: SHP[rp1,zp0] 
	00121: MDAP[rd]   
	00122: MIRP[srp0,md,rd,1] 
	00123: SHP[rp2,zp1] 
	00124: SRP1       
	00125: SHP[rp1,zp0] 
	00126: MDAP[rd]   
	00127: MIRP[srp0,md,rd,1] 
	00128: SHP[rp2,zp1] 
	00129: SRP1       
	00130: SRP2       
	00131: IP         
	00132: SRP1       
	00133: SRP2       
	00134: IP         
	00135: MDAP[rd]   
	00136: CALL       
	00137: SHP[rp1,zp0] 
	00138: MDAP[rd]   
	00139: SVTCA[y-axis] 
	00140: MIAP[rd+ci] 
	00141: MIRP[nrp0,md,rd,1] 
	00142: IP         
	00143: MDAP[rd]   
	00144: MIRP[nrp0,md,rd,1] 
	00145: SRP1       
	00146: SHP[rp1,zp0] 
	00147: MDAP[rd]   
	00148: SHP[rp2,zp1] 
	00149: MDAP[rd]   
	00150: SRP2       
	00151: IP         
	00152: MDAP[rd]   
	00153: SRP1       
	00154: SRP2       
	00155: IP         
	00156: SRP1       
	00157: IP         
	00158: SRP1       
	00159: IP         
	00160: SRP1       
	00161: SRP2       
	00162: IP         
	00163: SRP1       
	00164: SHP[rp1,zp0] 
	00165: MDAP[rd]   
	00166: CALL       
	00167: MIRP[nrp0,md,rd,1] 
	00168: SHP[rp1,zp0] 
	00169: MDAP[rd]   
	00170: MIRP[srp0,md,rd,1] 
	00171: IUP[y]     
	00172: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short X-Short On
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   418,  1721)  ->  Abs (   418,  1721)
	  1: Rel (     0,   -46)  ->  Abs (   418,  1675)
	  2: Rel (   -52,   -46)  ->  Abs (   366,  1629)
	  3: Rel (   -89,   -35)  ->  Abs (   277,  1594)
	  4: Rel (  -201,   -80)  ->  Abs (    76,  1514)
	  5: Rel (     0,    42)  ->  Abs (    76,  1556)
	  6: Rel (    45,    41)  ->  Abs (   121,  1597)
	  7: Rel (    82,    34)  ->  Abs (   203,  1631)
	  8: Rel (   230,  -155)  ->  Abs (   433,  1476)
	  9: Rel (     0,   -75)  ->  Abs (   433,  1401)
	 10: Rel (   -26,   -48)  ->  Abs (   407,  1353)
	 11: Rel (   -29,   -54)  ->  Abs (   378,  1299)
	 12: Rel (   -51,     0)  ->  Abs (   327,  1299)
	 13: Rel (   -17,     0)  ->  Abs (   310,  1299)
	 14: Rel (   -33,    13)  ->  Abs (   277,  1312)
	 15: Rel (   -17,    12)  ->  Abs (   260,  1324)
	 16: Rel (   -20,   -34)  ->  Abs (   240,  1290)
	 17: Rel (   -19,   -19)  ->  Abs (   221,  1271)
	 18: Rel (   -32,   -32)  ->  Abs (   189,  1239)
	 19: Rel (   -35,     0)  ->  Abs (   154,  1239)
	 20: Rel (   -42,     0)  ->  Abs (   112,  1239)
	 21: Rel (   -42,    56)  ->  Abs (    70,  1295)
	 22: Rel (     0,    50)  ->  Abs (    70,  1345)
	 23: Rel (     0,    26)  ->  Abs (    70,  1371)
	 24: Rel (     8,    29)  ->  Abs (    78,  1400)
	 25: Rel (     5,    18)  ->  Abs (    83,  1418)
	 26: Rel (    14,    36)  ->  Abs (    97,  1454)
	 27: Rel (    21,     8)  ->  Abs (   118,  1462)
	 28: Rel (     0,    -8)  ->  Abs (   118,  1454)
	 29: Rel (    -4,   -36)  ->  Abs (   114,  1418)
	 30: Rel (     0,   -12)  ->  Abs (   114,  1406)
	 31: Rel (     0,   -22)  ->  Abs (   114,  1384)
	 32: Rel (    18,   -35)  ->  Abs (   132,  1349)
	 33: Rel (    18,     0)  ->  Abs (   150,  1349)
	 34: Rel (    43,     0)  ->  Abs (   193,  1349)
	 35: Rel (    26,    56)  ->  Abs (   219,  1405)
	 36: Rel (    12,    25)  ->  Abs (   231,  1430)
	 37: Rel (    18,    76)  ->  Abs (   249,  1506)
	 38: Rel (    21,     6)  ->  Abs (   270,  1512)
	 39: Rel (     8,   -49)  ->  Abs (   278,  1463)
	 40: Rel (     5,   -11)  ->  Abs (   283,  1452)
	 41: Rel (    12,   -31)  ->  Abs (   295,  1421)
	 42: Rel (    28,     0)  ->  Abs (   323,  1421)
	 43: Rel (    38,     0)  ->  Abs (   361,  1421)
	 44: Rel (    22,    50)  ->  Abs (   383,  1471)
	 45: Rel (    18,    41)  ->  Abs (   401,  1512)
	 46: Rel (     0,    44)  ->  Abs (   401,  1556)
	 47: Rel (    21,     6)  ->  Abs (   422,  1562)
	 48: Rel (     4,   -19)  ->  Abs (   426,  1543)
	 49: Rel (     7,   -49)  ->  Abs (   433,  1494)

	Glyph 842: off = 0x0002593E, len = 488
	  numberOfContours:	3
	  xMin:			64
	  yMin:			1241
	  xMax:			433
	  yMax:			1838

	EndPoints
	---------
	  0:  32
	  1:  74
	  2:  86

	  Length of Instructions:	236
	00000: PUSHB[8]             29    84     4    15    11     0     8    22 
	00009: PUSHW[3]            757    78   -64 
	00016: NPUSHB      (10):    11    13    52    78    78    84     0     0     8    84 
	00028: PUSHW[1]            757 
	00031: NPUSHB      (29):    15    15     8    64     9    24    52     8     8    52 
	                            40    58    37    71    72    67    62    63    51    58 
	                            63    63    52    72    72    52    52    58    67 
	00062: PUSHW[1]            757 
	00065: PUSHB[3]             37    37    58 
	00069: PUSHW[3]            757    44   756 
	00076: NPUSHB       (9):    84     4    75    15    81    19     0     0    25 
	00087: PUSHW[1]            758 
	00090: PUSHB[6]             75    75    81    11    11    19 
	00097: PUSHW[1]            758 
	00100: NPUSHB      (10):    81    81    40    63    62    55    52    51    33    72 
	00112: PUSHW[1]            761 
	00115: PUSHB[5]             71    71    63    47    51 
	00121: PUSHW[1]            761 
	00124: PUSHB[3]             52    52    63 
	00128: PUSHW[3]            761    62   -64 
	00135: PUSHB[4]             21    23    52    62 
	00140: PUSHW[1]            -64 
	00143: PUSHB[4]             13    16    52    62 
	00148: PUSHW[1]            292 
	00151: SCANCTRL   
	00152: MDAP[rd]   
	00153: CALL       
	00154: CALL       
	00155: MIRP[nrp0,md,rd,1] 
	00156: SHP[rp1,zp0] 
	00157: MDAP[rd]   
	00158: MIRP[srp0,md,rd,1] 
	00159: SHP[rp2,zp1] 
	00160: SRP1       
	00161: SHP[rp1,zp0] 
	00162: MDAP[rd]   
	00163: MIRP[srp0,md,rd,1] 
	00164: SHP[rp2,zp1] 
	00165: SRP1       
	00166: SRP2       
	00167: IP         
	00168: SRP1       
	00169: SRP2       
	00170: IP         
	00171: SHP[rp1,zp0] 
	00172: MDAP[rd]   
	00173: MIRP[srp0,md,rd,1] 
	00174: SHP[rp2,zp1] 
	00175: MDAP[rd]   
	00176: SRP1       
	00177: SHP[rp1,zp0] 
	00178: MDAP[rd]   
	00179: MIRP[srp0,md,rd,1] 
	00180: SHP[rp2,zp1] 
	00181: MDAP[rd]   
	00182: SRP1       
	00183: SRP2       
	00184: IP         
	00185: SRP1       
	00186: IP         
	00187: IP         
	00188: SVTCA[y-axis] 
	00189: MIAP[rd+ci] 
	00190: MIRP[nrp0,md,rd,1] 
	00191: IP         
	00192: MDAP[rd]   
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP1       
	00195: SHP[rp1,zp0] 
	00196: MDAP[rd]   
	00197: SHP[rp2,zp1] 
	00198: MDAP[rd]   
	00199: SRP2       
	00200: IP         
	00201: MDAP[rd]   
	00202: SRP1       
	00203: IP         
	00204: SRP2       
	00205: IP         
	00206: SRP1       
	00207: SRP2       
	00208: IP         
	00209: SRP1       
	00210: SRP2       
	00211: IP         
	00212: SRP1       
	00213: SHP[rp1,zp0] 
	00214: MDAP[rd]   
	00215: CALL       
	00216: SHP[rp1,zp0] 
	00217: MDAP[rd]   
	00218: MIRP[nrp0,md,rd,1] 
	00219: SRP2       
	00220: IP         
	00221: MDAP[rd]   
	00222: SRP1       
	00223: SHP[rp1,zp0] 
	00224: MDAP[rd]   
	00225: CALL       
	00226: MIRP[nrp0,md,rd,1] 
	00227: SRP1       
	00228: SRP2       
	00229: IP         
	00230: SRP1       
	00231: IP         
	00232: SRP2       
	00233: IP         
	00234: IUP[y]     
	00235: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:                      Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short On
	 53:        XDual         Y-Short         Off
	 54:                      Y-Short X-Short Off
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:        XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:  YDual XDual         Y-Short X-Short On
	 61:  YDual XDual         Y-Short X-Short Off
	 62:  YDual XDual         Y-Short X-Short On
	 63:  YDual XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short Off
	 65:        XDual         Y-Short X-Short On
	 66:        XDual         Y-Short X-Short Off
	 67:  YDual XDual                 X-Short On
	 68:  YDual XDual                 X-Short Off
	 69:  YDual XDual         Y-Short X-Short On
	 70:  YDual XDual         Y-Short X-Short Off
	 71:  YDual XDual         Y-Short         On
	 72:  YDual XDual         Y-Short X-Short On
	 73:        XDual         Y-Short X-Short Off
	 74:        XDual         Y-Short X-Short Off
	 75:  YDual               Y-Short X-Short On
	 76:  YDual XDual         Y-Short         Off
	 77:  YDual               Y-Short X-Short Off
	 78:  YDual                       X-Short On
	 79:  YDual                       X-Short Off
	 80:                      Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:        XDual         Y-Short X-Short Off
	 84:        XDual         Y-Short X-Short On
	 85:  YDual XDual         Y-Short X-Short Off
	 86:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   433,  1585)  ->  Abs (   433,  1585)
	  1: Rel (   -35,     0)  ->  Abs (   398,  1585)
	  2: Rel (   -39,     9)  ->  Abs (   359,  1594)
	  3: Rel (    -8,     2)  ->  Abs (   351,  1596)
	  4: Rel (   -35,    10)  ->  Abs (   316,  1606)
	  5: Rel (   -57,   -49)  ->  Abs (   259,  1557)
	  6: Rel (   -23,   -14)  ->  Abs (   236,  1543)
	  7: Rel (   -60,   -38)  ->  Abs (   176,  1505)
	  8: Rel (   -56,     0)  ->  Abs (   120,  1505)
	  9: Rel (   -14,     0)  ->  Abs (   106,  1505)
	 10: Rel (   -27,     9)  ->  Abs (    79,  1514)
	 11: Rel (   -15,     8)  ->  Abs (    64,  1522)
	 12: Rel (    76,    34)  ->  Abs (   140,  1556)
	 13: Rel (    31,    15)  ->  Abs (   171,  1571)
	 14: Rel (    48,    23)  ->  Abs (   219,  1594)
	 15: Rel (    58,    33)  ->  Abs (   277,  1627)
	 16: Rel (   -23,    22)  ->  Abs (   254,  1649)
	 17: Rel (   -11,    15)  ->  Abs (   243,  1664)
	 18: Rel (   -17,    23)  ->  Abs (   226,  1687)
	 19: Rel (     0,    23)  ->  Abs (   226,  1710)
	 20: Rel (     0,    43)  ->  Abs (   226,  1753)
	 21: Rel (    71,    85)  ->  Abs (   297,  1838)
	 22: Rel (    45,     0)  ->  Abs (   342,  1838)
	 23: Rel (    29,     0)  ->  Abs (   371,  1838)
	 24: Rel (    47,   -41)  ->  Abs (   418,  1797)
	 25: Rel (     0,   -29)  ->  Abs (   418,  1768)
	 26: Rel (     0,   -21)  ->  Abs (   418,  1747)
	 27: Rel (   -10,   -23)  ->  Abs (   408,  1724)
	 28: Rel (    -3,    -7)  ->  Abs (   405,  1717)
	 29: Rel (   -20,   -35)  ->  Abs (   385,  1682)
	 30: Rel (    32,   -15)  ->  Abs (   417,  1667)
	 31: Rel (     6,   -11)  ->  Abs (   423,  1656)
	 32: Rel (    10,   -17)  ->  Abs (   433,  1639)
	 33: Rel (     0,  -161)  ->  Abs (   433,  1478)
	 34: Rel (     0,   -75)  ->  Abs (   433,  1403)
	 35: Rel (   -26,   -48)  ->  Abs (   407,  1355)
	 36: Rel (   -29,   -54)  ->  Abs (   378,  1301)
	 37: Rel (   -51,     0)  ->  Abs (   327,  1301)
	 38: Rel (   -17,     0)  ->  Abs (   310,  1301)
	 39: Rel (   -33,    13)  ->  Abs (   277,  1314)
	 40: Rel (   -17,    12)  ->  Abs (   260,  1326)
	 41: Rel (   -20,   -34)  ->  Abs (   240,  1292)
	 42: Rel (   -19,   -19)  ->  Abs (   221,  1273)
	 43: Rel (   -32,   -32)  ->  Abs (   189,  1241)
	 44: Rel (   -35,     0)  ->  Abs (   154,  1241)
	 45: Rel (   -42,     0)  ->  Abs (   112,  1241)
	 46: Rel (   -42,    56)  ->  Abs (    70,  1297)
	 47: Rel (     0,    50)  ->  Abs (    70,  1347)
	 48: Rel (     0,    26)  ->  Abs (    70,  1373)
	 49: Rel (     8,    29)  ->  Abs (    78,  1402)
	 50: Rel (     5,    18)  ->  Abs (    83,  1420)
	 51: Rel (    14,    36)  ->  Abs (    97,  1456)
	 52: Rel (    21,     8)  ->  Abs (   118,  1464)
	 53: Rel (     0,    -8)  ->  Abs (   118,  1456)
	 54: Rel (    -4,   -36)  ->  Abs (   114,  1420)
	 55: Rel (     0,   -12)  ->  Abs (   114,  1408)
	 56: Rel (     0,   -22)  ->  Abs (   114,  1386)
	 57: Rel (    18,   -35)  ->  Abs (   132,  1351)
	 58: Rel (    18,     0)  ->  Abs (   150,  1351)
	 59: Rel (    43,     0)  ->  Abs (   193,  1351)
	 60: Rel (    26,    56)  ->  Abs (   219,  1407)
	 61: Rel (    12,    25)  ->  Abs (   231,  1432)
	 62: Rel (    18,    75)  ->  Abs (   249,  1507)
	 63: Rel (    21,     7)  ->  Abs (   270,  1514)
	 64: Rel (     9,   -50)  ->  Abs (   279,  1464)
	 65: Rel (     4,   -11)  ->  Abs (   283,  1453)
	 66: Rel (    12,   -31)  ->  Abs (   295,  1422)
	 67: Rel (    28,     0)  ->  Abs (   323,  1422)
	 68: Rel (    38,     0)  ->  Abs (   361,  1422)
	 69: Rel (    22,    50)  ->  Abs (   383,  1472)
	 70: Rel (    18,    41)  ->  Abs (   401,  1513)
	 71: Rel (     0,    45)  ->  Abs (   401,  1558)
	 72: Rel (    21,     6)  ->  Abs (   422,  1564)
	 73: Rel (     4,   -20)  ->  Abs (   426,  1544)
	 74: Rel (     7,   -49)  ->  Abs (   433,  1495)
	 75: Rel (   -81,   242)  ->  Abs (   352,  1737)
	 76: Rel (     0,    21)  ->  Abs (   352,  1758)
	 77: Rel (   -30,    40)  ->  Abs (   322,  1798)
	 78: Rel (   -22,     0)  ->  Abs (   300,  1798)
	 79: Rel (    -7,     0)  ->  Abs (   293,  1798)
	 80: Rel (    -6,   -14)  ->  Abs (   287,  1784)
	 81: Rel (     0,    -9)  ->  Abs (   287,  1775)
	 82: Rel (     0,   -21)  ->  Abs (   287,  1754)
	 83: Rel (    20,   -29)  ->  Abs (   307,  1725)
	 84: Rel (    35,   -19)  ->  Abs (   342,  1706)
	 85: Rel (     3,     7)  ->  Abs (   345,  1713)
	 86: Rel (     7,    18)  ->  Abs (   352,  1731)

	Glyph 843: off = 0x00025B26, len = 328
	  numberOfContours:	2
	  xMin:			70
	  yMin:			1239
	  xMax:			433
	  yMax:			1747

	EndPoints
	---------
	  0:  41
	  1:  49

	  Length of Instructions:	177
	00000: NPUSHB      (19):     7    25     4    38    39    34    29    30    18    25 
	                            30    30    19    39    39    19    19    25    34 
	00021: PUSHW[1]            757 
	00024: PUSHB[3]              4     4    25 
	00028: PUSHW[1]            757 
	00031: NPUSHB      (14):    11    64    27    29    52    11    64     9     9    52 
	                            11    11    48    42 
	00047: PUSHW[1]            757 
	00050: PUSHB[3]             44    44    48 
	00054: PUSHW[3]            757    46   756 
	00061: NPUSHB      (16):    42    42    46    64    37    40    52    46     7    30 
	                            29    22    19    18     0    39 
	00079: PUSHW[1]            761 
	00082: PUSHB[5]             38    38    30    14    18 
	00088: PUSHW[1]            761 
	00091: PUSHB[3]             19    19    30 
	00095: PUSHW[3]            761    29   -64 
	00102: PUSHB[4]             21    23    52    29 
	00107: PUSHW[1]            -64 
	00110: PUSHB[4]             13    16    52    29 
	00115: PUSHW[1]            292 
	00118: SCANCTRL   
	00119: MDAP[rd]   
	00120: CALL       
	00121: CALL       
	00122: MIRP[nrp0,md,rd,1] 
	00123: SHP[rp1,zp0] 
	00124: MDAP[rd]   
	00125: MIRP[srp0,md,rd,1] 
	00126: SHP[rp2,zp1] 
	00127: SRP1       
	00128: SHP[rp1,zp0] 
	00129: MDAP[rd]   
	00130: MIRP[srp0,md,rd,1] 
	00131: SHP[rp2,zp1] 
	00132: SRP1       
	00133: SRP2       
	00134: IP         
	00135: SRP1       
	00136: SRP2       
	00137: IP         
	00138: MDAP[rd]   
	00139: CALL       
	00140: SHP[rp1,zp0] 
	00141: MDAP[rd]   
	00142: SVTCA[y-axis] 
	00143: MIAP[rd+ci] 
	00144: MIRP[nrp0,md,rd,1] 
	00145: SHP[rp1,zp0] 
	00146: MDAP[rd]   
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP1       
	00149: SHP[rp1,zp0] 
	00150: MDAP[rd]   
	00151: CALL       
	00152: CALL       
	00153: MIRP[nrp0,md,rd,1] 
	00154: IP         
	00155: MDAP[rd]   
	00156: MIRP[nrp0,md,rd,1] 
	00157: SRP1       
	00158: SHP[rp1,zp0] 
	00159: MDAP[rd]   
	00160: SHP[rp2,zp1] 
	00161: MDAP[rd]   
	00162: SRP2       
	00163: IP         
	00164: MDAP[rd]   
	00165: SRP1       
	00166: IP         
	00167: SRP2       
	00168: IP         
	00169: SRP1       
	00170: SRP2       
	00171: IP         
	00172: SRP1       
	00173: SRP2       
	00174: IP         
	00175: IUP[y]     
	00176: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   433,  1661)  ->  Abs (   433,  1661)
	  1: Rel (     0,   -75)  ->  Abs (   433,  1586)
	  2: Rel (   -26,   -47)  ->  Abs (   407,  1539)
	  3: Rel (   -29,   -53)  ->  Abs (   378,  1486)
	  4: Rel (   -51,     0)  ->  Abs (   327,  1486)
	  5: Rel (   -18,     0)  ->  Abs (   309,  1486)
	  6: Rel (   -30,    12)  ->  Abs (   279,  1498)
	  7: Rel (   -19,    13)  ->  Abs (   260,  1511)
	  8: Rel (   -20,   -34)  ->  Abs (   240,  1477)
	  9: Rel (   -19,   -19)  ->  Abs (   221,  1458)
	 10: Rel (   -32,   -32)  ->  Abs (   189,  1426)
	 11: Rel (   -35,     0)  ->  Abs (   154,  1426)
	 12: Rel (   -42,     0)  ->  Abs (   112,  1426)
	 13: Rel (   -42,    56)  ->  Abs (    70,  1482)
	 14: Rel (     0,    50)  ->  Abs (    70,  1532)
	 15: Rel (     0,    25)  ->  Abs (    70,  1557)
	 16: Rel (     8,    29)  ->  Abs (    78,  1586)
	 17: Rel (     5,    18)  ->  Abs (    83,  1604)
	 18: Rel (    14,    35)  ->  Abs (    97,  1639)
	 19: Rel (    21,     9)  ->  Abs (   118,  1648)
	 20: Rel (     0,    -9)  ->  Abs (   118,  1639)
	 21: Rel (    -4,   -36)  ->  Abs (   114,  1603)
	 22: Rel (     0,   -12)  ->  Abs (   114,  1591)
	 23: Rel (     0,   -22)  ->  Abs (   114,  1569)
	 24: Rel (    18,   -33)  ->  Abs (   132,  1536)
	 25: Rel (    18,     0)  ->  Abs (   150,  1536)
	 26: Rel (    43,     0)  ->  Abs (   193,  1536)
	 27: Rel (    26,    55)  ->  Abs (   219,  1591)
	 28: Rel (    12,    26)  ->  Abs (   231,  1617)
	 29: Rel (    18,    74)  ->  Abs (   249,  1691)
	 30: Rel (    21,     6)  ->  Abs (   270,  1697)
	 31: Rel (     8,   -49)  ->  Abs (   278,  1648)
	 32: Rel (     5,   -11)  ->  Abs (   283,  1637)
	 33: Rel (    12,   -31)  ->  Abs (   295,  1606)
	 34: Rel (    28,     0)  ->  Abs (   323,  1606)
	 35: Rel (    38,     0)  ->  Abs (   361,  1606)
	 36: Rel (    22,    50)  ->  Abs (   383,  1656)
	 37: Rel (    18,    41)  ->  Abs (   401,  1697)
	 38: Rel (     0,    44)  ->  Abs (   401,  1741)
	 39: Rel (    21,     6)  ->  Abs (   422,  1747)
	 40: Rel (     4,   -19)  ->  Abs (   426,  1728)
	 41: Rel (     7,   -49)  ->  Abs (   433,  1679)
	 42: Rel (   -15,  -232)  ->  Abs (   418,  1447)
	 43: Rel (     0,   -47)  ->  Abs (   418,  1400)
	 44: Rel (   -51,   -45)  ->  Abs (   367,  1355)
	 45: Rel (   -90,   -36)  ->  Abs (   277,  1319)
	 46: Rel (  -201,   -80)  ->  Abs (    76,  1239)
	 47: Rel (     0,    43)  ->  Abs (    76,  1282)
	 48: Rel (    44,    40)  ->  Abs (   120,  1322)
	 49: Rel (    83,    35)  ->  Abs (   203,  1357)

	Glyph 844: off = 0x00025C6E, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 845: off = 0x00025C98, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 846: off = 0x00025CC2, len = 48
	  numberOfContours:	1
	  xMin:			-36
	  yMin:			-275
	  xMax:			431
	  yMax:			1234

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	16
	00000: PUSHB[6]              0     3     2     5     1     2 
	00007: MDAP[rd]   
	00008: MDRP[srp0,md,rd,1] 
	00009: MDRP[nrp0,nmd,rd,2] 
	00010: SVTCA[y-axis] 
	00011: MDAP[rd]   
	00012: MDAP[rd]   
	00013: MDRP[nrp0,md,rd,1] 
	00014: IUP[y]     
	00015: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                               On
	  5:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (    36,  1163)  ->  Abs (    36,  1163)
	  1: Rel (     0, -1438)  ->  Abs (    36,  -275)
	  2: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	  3: Rel (     0,  1509)  ->  Abs (   -36,  1234)
	  4: Rel (   467,     0)  ->  Abs (   431,  1234)
	  5: Rel (     0,   -71)  ->  Abs (   431,  1163)

	Glyph 847: off = 0x00025CF2, len = 48
	  numberOfContours:	1
	  xMin:			-431
	  yMin:			-275
	  xMax:			36
	  yMax:			1234

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	16
	00000: PUSHB[6]              5     2     3     0     3     4 
	00007: MDAP[rd]   
	00008: MDRP[nrp0,md,rd,1] 
	00009: MDRP[nrp0,nmd,rd,2] 
	00010: SVTCA[y-axis] 
	00011: MDAP[rd]   
	00012: MDAP[rd]   
	00013: MDRP[nrp0,md,rd,1] 
	00014: IUP[y]     
	00015: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual                       X-Short On
	  5:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  -431,  1163)  ->  Abs (  -431,  1163)
	  1: Rel (     0,    71)  ->  Abs (  -431,  1234)
	  2: Rel (   467,     0)  ->  Abs (    36,  1234)
	  3: Rel (     0, -1509)  ->  Abs (    36,  -275)
	  4: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	  5: Rel (     0,  1438)  ->  Abs (   -36,  1163)

	Glyph 848: off = 0x00025D22, len = 80
	  numberOfContours:	1
	  xMin:			-234
	  yMin:			-275
	  xMax:			234
	  yMax:			1413

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	33
	00000: NPUSHB      (14):     6     9    10     0     5    10     3     8     0     2 
	                             3    10     5     3 
	00016: MDAP[rd]   
	00017: MDRP[srp0,nmd,rd,2] 
	00018: MDRP[nrp0,md,rd,1] 
	00019: SRP0       
	00020: MDRP[srp0,md,rd,1] 
	00021: MDRP[srp0,nmd,rd,2] 
	00022: ALIGNRP    
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: MDAP[rd]   
	00026: MDRP[srp0,md,rd,1] 
	00027: ALIGNRP    
	00028: SRP0       
	00029: MDRP[srp0,nmd,rd,2] 
	00030: MDRP[nrp0,md,rd,1] 
	00031: IUP[y]     
	00032: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:        XDual                         On
	  7:  YDual                               On
	  8:        XDual         Y-Short         On
	  9:  YDual                               On
	 10:        XDual                         On
	 11:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   234,   984)  ->  Abs (   234,   984)
	  1: Rel (  -198,     0)  ->  Abs (    36,   984)
	  2: Rel (     0, -1259)  ->  Abs (    36,  -275)
	  3: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	  4: Rel (     0,  1259)  ->  Abs (   -36,   984)
	  5: Rel (  -198,     0)  ->  Abs (  -234,   984)
	  6: Rel (     0,   429)  ->  Abs (  -234,  1413)
	  7: Rel (   468,     0)  ->  Abs (   234,  1413)
	  8: Rel (     0,   -71)  ->  Abs (   234,  1342)
	  9: Rel (  -398,     0)  ->  Abs (  -164,  1342)
	 10: Rel (     0,  -287)  ->  Abs (  -164,  1055)
	 11: Rel (   398,     0)  ->  Abs (   234,  1055)

	Glyph 849: off = 0x00025D72, len = 80
	  numberOfContours:	1
	  xMin:			-234
	  yMin:			-275
	  xMax:			234
	  yMax:			1413

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	33
	00000: NPUSHB      (14):     5     2     1    11     6     1     8     1     6     8 
	                             9     3    11     9 
	00016: MDAP[rd]   
	00017: MDRP[srp0,nmd,rd,2] 
	00018: MDRP[nrp0,nmd,nrd,0] 
	00019: SRP0       
	00020: MDRP[srp0,md,rd,1] 
	00021: MDRP[srp0,nmd,rd,2] 
	00022: MDRP[nrp0,md,rd,1] 
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: MDAP[rd]   
	00026: MDRP[srp0,md,rd,1] 
	00027: MDRP[nrp0,nmd,nrd,0] 
	00028: SRP0       
	00029: MDRP[srp0,nmd,rd,2] 
	00030: MDRP[nrp0,md,rd,1] 
	00031: IUP[y]     
	00032: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  -234,  1055)  ->  Abs (  -234,  1055)
	  1: Rel (   398,     0)  ->  Abs (   164,  1055)
	  2: Rel (     0,   287)  ->  Abs (   164,  1342)
	  3: Rel (  -398,     0)  ->  Abs (  -234,  1342)
	  4: Rel (     0,    71)  ->  Abs (  -234,  1413)
	  5: Rel (   468,     0)  ->  Abs (   234,  1413)
	  6: Rel (     0,  -429)  ->  Abs (   234,   984)
	  7: Rel (  -198,     0)  ->  Abs (    36,   984)
	  8: Rel (     0, -1259)  ->  Abs (    36,  -275)
	  9: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	 10: Rel (     0,  1259)  ->  Abs (   -36,   984)
	 11: Rel (  -198,     0)  ->  Abs (  -234,   984)

	Glyph 850: off = 0x00025DC2, len = 64
	  numberOfContours:	1
	  xMin:			-234
	  yMin:			-275
	  xMax:			234
	  yMax:			1413

	EndPoints
	---------
	  0:  7

	  Length of Instructions:	27
	00000: NPUSHB      (13):    47     6   127     6     2     6     0     5     3     0 
	                             2     5     3 
	00015: MDAP[rd]   
	00016: MDRP[nrp0,nmd,rd,2] 
	00017: MDRP[srp0,md,rd,1] 
	00018: MDRP[nrp0,nmd,rd,2] 
	00019: SVTCA[y-axis] 
	00020: MDAP[rd]   
	00021: MDAP[rd]   
	00022: ALIGNRP    
	00023: MDRP[nrp0,md,rd,1] 
	00024: DELTAP1    
	00025: IUP[y]     
	00026: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   234,   984)  ->  Abs (   234,   984)
	  1: Rel (  -198,     0)  ->  Abs (    36,   984)
	  2: Rel (     0, -1259)  ->  Abs (    36,  -275)
	  3: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	  4: Rel (     0,  1259)  ->  Abs (   -36,   984)
	  5: Rel (  -198,     0)  ->  Abs (  -234,   984)
	  6: Rel (     0,   429)  ->  Abs (  -234,  1413)
	  7: Rel (   468,     0)  ->  Abs (   234,  1413)

	Glyph 851: off = 0x00025E02, len = 114
	  numberOfContours:	2
	  xMin:			-234
	  yMin:			-275
	  xMax:			234
	  yMax:			1413

	EndPoints
	---------
	  0:  6
	  1:  10

	  Length of Instructions:	64
	00000: NPUSHB      (30):     5     7     9     3     3    10     4     8    64    16 
	                            21    52     8    10     6     2     1     8     4    10 
	                            10     0     1     7     5     0     1     9     3     1 
	00032: MDAP[rd]   
	00033: MDRP[srp0,nmd,rd,2] 
	00034: MDRP[nrp0,md,rd,1] 
	00035: SRP0       
	00036: MDRP[srp0,md,rd,1] 
	00037: MDRP[srp0,nmd,rd,2] 
	00038: MDRP[nrp0,md,rd,1] 
	00039: SRP1       
	00040: SRP2       
	00041: IP         
	00042: RTDG       
	00043: MDAP[rd]   
	00044: ALIGNRP    
	00045: ALIGNRP    
	00046: SVTCA[y-axis] 
	00047: RTG        
	00048: MDAP[rd]   
	00049: MDAP[rd]   
	00050: ALIGNRP    
	00051: MDRP[srp0,md,rd,1] 
	00052: MDRP[srp0,md,rd,2] 
	00053: CALL       
	00054: MDRP[nrp0,md,rd,1] 
	00055: SRP2       
	00056: IP         
	00057: RTDG       
	00058: MDAP[rd]   
	00059: ALIGNRP    
	00060: ALIGNRP    
	00061: ALIGNRP    
	00062: IUP[y]     
	00063: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual               Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short On
	  5:        XDual         Y-Short X-Short On
	  6:                      Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    36,  -275)  ->  Abs (    36,  -275)
	  1: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	  2: Rel (     0,  1291)  ->  Abs (   -36,  1016)
	  3: Rel (  -198,   182)  ->  Abs (  -234,  1198)
	  4: Rel (   234,   215)  ->  Abs (     0,  1413)
	  5: Rel (   234,  -215)  ->  Abs (   234,  1198)
	  6: Rel (  -198,  -182)  ->  Abs (    36,  1016)
	  7: Rel (    98,   182)  ->  Abs (   134,  1198)
	  8: Rel (  -134,   121)  ->  Abs (     0,  1319)
	  9: Rel (  -134,  -121)  ->  Abs (  -134,  1198)
	 10: Rel (   134,  -120)  ->  Abs (     0,  1078)

	Glyph 852: off = 0x00025E74, len = 84
	  numberOfContours:	1
	  xMin:			-234
	  yMin:			-275
	  xMax:			234
	  yMax:			1413

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	35
	00000: NPUSHB      (15):     4     3     7     0     8    13    11     8     6    10 
	                            11     3    13     1    11 
	00017: MDAP[rd]   
	00018: MDRP[nrp0,nmd,nrd,0] 
	00019: MDRP[srp0,nmd,rd,2] 
	00020: MDRP[nrp0,nmd,nrd,0] 
	00021: SRP0       
	00022: MDRP[srp0,md,rd,1] 
	00023: MDRP[nrp0,nmd,nrd,0] 
	00024: MDRP[nrp0,md,rd,2] 
	00025: SVTCA[y-axis] 
	00026: MDAP[rd]   
	00027: MDAP[rd]   
	00028: MDRP[nrp0,nmd,nrd,0] 
	00029: MDRP[srp0,md,rd,1] 
	00030: MDRP[nrp0,nmd,nrd,0] 
	00031: MDRP[srp0,nmd,rd,2] 
	00032: MDRP[nrp0,md,rd,1] 
	00033: IUP[y]     
	00034: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual         Y-Short         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  -234,  1055)  ->  Abs (  -234,  1055)
	  1: Rel (   198,     0)  ->  Abs (   -36,  1055)
	  2: Rel (     0,   287)  ->  Abs (   -36,  1342)
	  3: Rel (  -198,     0)  ->  Abs (  -234,  1342)
	  4: Rel (     0,    71)  ->  Abs (  -234,  1413)
	  5: Rel (   270,     0)  ->  Abs (    36,  1413)
	  6: Rel (     0,  -358)  ->  Abs (    36,  1055)
	  7: Rel (   198,     0)  ->  Abs (   234,  1055)
	  8: Rel (     0,   -71)  ->  Abs (   234,   984)
	  9: Rel (  -198,     0)  ->  Abs (    36,   984)
	 10: Rel (     0, -1259)  ->  Abs (    36,  -275)
	 11: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	 12: Rel (     0,  1259)  ->  Abs (   -36,   984)
	 13: Rel (  -198,     0)  ->  Abs (  -234,   984)

	Glyph 853: off = 0x00025EC8, len = 94
	  numberOfContours:	1
	  xMin:			-234
	  yMin:			-275
	  xMax:			234
	  yMax:			1413

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	41
	00000: NPUSHB      (18):     5     4     6     3     9     0    10    15    13     5 
	                            10     7    12    13     4    15     2    13 
	00020: MDAP[rd]   
	00021: MDRP[nrp0,nmd,nrd,0] 
	00022: MDRP[srp0,nmd,rd,2] 
	00023: MDRP[nrp0,nmd,nrd,0] 
	00024: SRP0       
	00025: MDRP[srp0,md,rd,1] 
	00026: MDRP[nrp0,nmd,nrd,0] 
	00027: MDRP[srp0,nmd,rd,2] 
	00028: MDRP[nrp0,nmd,nrd,0] 
	00029: SVTCA[y-axis] 
	00030: MDAP[rd]   
	00031: MDAP[rd]   
	00032: MDRP[nrp0,nmd,nrd,0] 
	00033: MDRP[srp0,md,rd,1] 
	00034: MDRP[nrp0,nmd,nrd,0] 
	00035: MDRP[srp0,nmd,rd,2] 
	00036: MDRP[nrp0,nmd,nrd,0] 
	00037: MDRP[srp0,md,rd,1] 
	00038: MDRP[nrp0,nmd,nrd,0] 
	00039: IUP[y]     
	00040: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual                 X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:        XDual         Y-Short         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short         On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:  YDual                       X-Short On
	 14:        XDual                         On
	 15:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  -234,  1055)  ->  Abs (  -234,  1055)
	  1: Rel (   198,     0)  ->  Abs (   -36,  1055)
	  2: Rel (     0,   287)  ->  Abs (   -36,  1342)
	  3: Rel (  -198,     0)  ->  Abs (  -234,  1342)
	  4: Rel (     0,    71)  ->  Abs (  -234,  1413)
	  5: Rel (   468,     0)  ->  Abs (   234,  1413)
	  6: Rel (     0,   -71)  ->  Abs (   234,  1342)
	  7: Rel (  -198,     0)  ->  Abs (    36,  1342)
	  8: Rel (     0,  -287)  ->  Abs (    36,  1055)
	  9: Rel (   198,     0)  ->  Abs (   234,  1055)
	 10: Rel (     0,   -71)  ->  Abs (   234,   984)
	 11: Rel (  -198,     0)  ->  Abs (    36,   984)
	 12: Rel (     0, -1259)  ->  Abs (    36,  -275)
	 13: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	 14: Rel (     0,  1259)  ->  Abs (   -36,   984)
	 15: Rel (  -198,     0)  ->  Abs (  -234,   984)

	Glyph 854: off = 0x00025F26, len = 86
	  numberOfContours:	2
	  xMin:			-234
	  yMin:			-275
	  xMax:			234
	  yMax:			1413

	EndPoints
	---------
	  0:  3
	  1:  11

	  Length of Instructions:	33
	00000: NPUSHB      (14):     5     3     0     7     4     0    10     1     7     9 
	                            10     0     4    10 
	00016: MDAP[rd]   
	00017: MDRP[srp0,nmd,rd,2] 
	00018: MDRP[nrp0,md,rd,1] 
	00019: SRP0       
	00020: MDRP[srp0,md,rd,1] 
	00021: MDRP[srp0,nmd,rd,2] 
	00022: MDRP[nrp0,md,rd,1] 
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: MDAP[rd]   
	00026: MDRP[srp0,md,rd,1] 
	00027: ALIGNRP    
	00028: SRP0       
	00029: MDRP[srp0,nmd,rd,2] 
	00030: MDRP[nrp0,md,rd,1] 
	00031: IUP[y]     
	00032: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:                              X-Short On
	  5:        XDual                         On
	  6:  YDual                               On
	  7:        XDual                         On
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On

	Coordinates
	-----------
	  0: Rel (  -164,  1055)  ->  Abs (  -164,  1055)
	  1: Rel (   328,     0)  ->  Abs (   164,  1055)
	  2: Rel (     0,   287)  ->  Abs (   164,  1342)
	  3: Rel (  -328,     0)  ->  Abs (  -164,  1342)
	  4: Rel (   -70,  -358)  ->  Abs (  -234,   984)
	  5: Rel (     0,   429)  ->  Abs (  -234,  1413)
	  6: Rel (   468,     0)  ->  Abs (   234,  1413)
	  7: Rel (     0,  -429)  ->  Abs (   234,   984)
	  8: Rel (  -198,     0)  ->  Abs (    36,   984)
	  9: Rel (     0, -1259)  ->  Abs (    36,  -275)
	 10: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	 11: Rel (     0,  1259)  ->  Abs (   -36,   984)

	Glyph 855: off = 0x00025F7C, len = 54
	  numberOfContours:	1
	  xMin:			-234
	  yMin:			-275
	  xMax:			234
	  yMax:			1413

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	20
	00000: PUSHB[8]              3     5     2     1     4     0     3     1 
	00009: MDAP[rd]   
	00010: MDRP[nrp0,nmd,rd,2] 
	00011: MDRP[srp0,md,rd,1] 
	00012: MDRP[nrp0,nmd,rd,2] 
	00013: SVTCA[y-axis] 
	00014: MDAP[rd]   
	00015: MDAP[rd]   
	00016: ALIGNRP    
	00017: MDRP[nrp0,md,rd,1] 
	00018: IUP[y]     
	00019: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:                              X-Short On
	  4:  YDual                               On
	  5:                              X-Short On

	Coordinates
	-----------
	  0: Rel (    36,  -275)  ->  Abs (    36,  -275)
	  1: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	  2: Rel (     0,  1324)  ->  Abs (   -36,  1049)
	  3: Rel (  -198,   364)  ->  Abs (  -234,  1413)
	  4: Rel (   468,     0)  ->  Abs (   234,  1413)
	  5: Rel (  -198,  -364)  ->  Abs (    36,  1049)

	Glyph 856: off = 0x00025FB2, len = 66
	  numberOfContours:	1
	  xMin:			-234
	  yMin:			-275
	  xMax:			234
	  yMax:			1413

	EndPoints
	---------
	  0:  6

	  Length of Instructions:	29
	00000: NPUSHB      (11):     5     6     4     2     5     5     2     6     1     4 
	                             2 
	00013: MDAP[rd]   
	00014: MDRP[nrp0,nmd,rd,2] 
	00015: MDRP[srp0,md,rd,1] 
	00016: MDRP[nrp0,nmd,rd,2] 
	00017: SRP2       
	00018: IP         
	00019: RTDG       
	00020: MDAP[rd]   
	00021: SVTCA[y-axis] 
	00022: RTG        
	00023: MDAP[rd]   
	00024: MDAP[rd]   
	00025: ALIGNRP    
	00026: MDRP[nrp0,md,rd,1] 
	00027: IUP[y]     
	00028: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual                       X-Short On
	  5:        XDual                 X-Short On
	  6:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (    36,   984)  ->  Abs (    36,   984)
	  1: Rel (     0, -1259)  ->  Abs (    36,  -275)
	  2: Rel (   -72,     0)  ->  Abs (   -36,  -275)
	  3: Rel (     0,  1259)  ->  Abs (   -36,   984)
	  4: Rel (  -198,     0)  ->  Abs (  -234,   984)
	  5: Rel (   234,   429)  ->  Abs (     0,  1413)
	  6: Rel (   234,  -429)  ->  Abs (   234,   984)

	Glyph 857: off = 0x00025FF4, len = 70
	  numberOfContours:	2
	  xMin:			-36
	  yMin:			-425
	  xMax:			36
	  yMax:			1831

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	29
	00000: NPUSHB      (12):     2     2     3     7     7     6     3     6     1     5 
	                             2     6 
	00014: MDAP[rd]   
	00015: ALIGNRP    
	00016: MDRP[srp0,md,rd,1] 
	00017: ALIGNRP    
	00018: SVTCA[y-axis] 
	00019: MDAP[rd]   
	00020: MDAP[rd]   
	00021: SRP2       
	00022: IP         
	00023: MDAP[rd]   
	00024: SRP2       
	00025: IP         
	00026: MDAP[rd]   
	00027: IUP[y]     
	00028: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:        XDual                 X-Short On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On

	Coordinates
	-----------
	  0: Rel (    36,  1831)  ->  Abs (    36,  1831)
	  1: Rel (     0,  -968)  ->  Abs (    36,   863)
	  2: Rel (   -72,     0)  ->  Abs (   -36,   863)
	  3: Rel (     0,   968)  ->  Abs (   -36,  1831)
	  4: Rel (    72, -1288)  ->  Abs (    36,   543)
	  5: Rel (     0,  -968)  ->  Abs (    36,  -425)
	  6: Rel (   -72,     0)  ->  Abs (   -36,  -425)
	  7: Rel (     0,   968)  ->  Abs (   -36,   543)

	Glyph 858: off = 0x0002603A, len = 74
	  numberOfContours:	1
	  xMin:			-234
	  yMin:			-425
	  xMax:			234
	  yMax:			1831

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	31
	00000: NPUSHB      (13):     7     4     5    10     1     0     7    11     9     2 
	                             4     0     2 
	00015: MDAP[rd]   
	00016: MDRP[srp0,md,rd,1] 
	00017: MDRP[nrp0,nmd,nrd,0] 
	00018: SRP0       
	00019: MDRP[srp0,md,rd,1] 
	00020: MDRP[srp0,md,rd,1] 
	00021: MDRP[nrp0,nmd,nrd,0] 
	00022: SVTCA[y-axis] 
	00023: MDAP[rd]   
	00024: MDRP[srp0,md,rd,1] 
	00025: MDRP[nrp0,nmd,nrd,0] 
	00026: MDAP[rd]   
	00027: MDRP[srp0,md,rd,1] 
	00028: MDRP[nrp0,nmd,nrd,0] 
	00029: IUP[y]     
	00030: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On
	  4:  YDual                       X-Short On
	  5:  YDual XDual         Y-Short         On
	  6:  YDual                               On
	  7:        XDual         Y-Short         On
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual XDual                 X-Short On
	 11:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  -234,  -425)  ->  Abs (  -234,  -425)
	  1: Rel (     0,    71)  ->  Abs (  -234,  -354)
	  2: Rel (   198,     0)  ->  Abs (   -36,  -354)
	  3: Rel (     0,  2114)  ->  Abs (   -36,  1760)
	  4: Rel (  -198,     0)  ->  Abs (  -234,  1760)
	  5: Rel (     0,    71)  ->  Abs (  -234,  1831)
	  6: Rel (   468,     0)  ->  Abs (   234,  1831)
	  7: Rel (     0,   -71)  ->  Abs (   234,  1760)
	  8: Rel (  -198,     0)  ->  Abs (    36,  1760)
	  9: Rel (     0, -2114)  ->  Abs (    36,  -354)
	 10: Rel (   198,     0)  ->  Abs (   234,  -354)
	 11: Rel (     0,   -71)  ->  Abs (   234,  -425)

	Glyph 859: off = 0x00026084, len = 48
	  numberOfContours:	1
	  xMin:			-36
	  yMin:			-425
	  xMax:			224
	  yMax:			1831

	EndPoints
	---------
	  0:  4

	  Length of Instructions:	19
	00000: PUSHB[7]              1     0     4     3     0     2     3 
	00008: MDAP[rd]   
	00009: MDRP[srp0,md,rd,1] 
	00010: MDRP[nrp0,md,rd,2] 
	00011: SVTCA[y-axis] 
	00012: MDAP[rd]   
	00013: MDAP[rd]   
	00014: RTHG       
	00015: MDRP[srp0,md,rd,1] 
	00016: MDRP[nrp0,md,rd,1] 
	00017: IUP[y]     
	00018: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                      Y-Short X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   224,  1646)  ->  Abs (   224,  1646)
	  1: Rel (  -188,  -142)  ->  Abs (    36,  1504)
	  2: Rel (     0, -1929)  ->  Abs (    36,  -425)
	  3: Rel (   -72,     0)  ->  Abs (   -36,  -425)
	  4: Rel (     0,  2256)  ->  Abs (   -36,  1831)

	Glyph 860: off = 0x000260B4, len = 56
	  numberOfContours:	1
	  xMin:			-224
	  yMin:			-425
	  xMax:			36
	  yMax:			1831

	EndPoints
	---------
	  0:  4

	  Length of Instructions:	27
	00000: NPUSHB      (12):     6     4    22     4     2     3     4     0     2     1 
	                             4     2 
	00014: MDAP[rd]   
	00015: MDRP[nrp0,md,rd,2] 
	00016: MDRP[nrp0,md,rd,1] 
	00017: SVTCA[y-axis] 
	00018: MDAP[rd]   
	00019: MDAP[rd]   
	00020: RTHG       
	00021: MDRP[srp0,md,rd,1] 
	00022: MDRP[nrp0,md,rd,1] 
	00023: IUP[y]     
	00024: IUP[x]     
	00025: SVTCA[y-axis] 
	00026: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual                       X-Short On
	  3:        XDual                         On
	  4:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    36,  1831)  ->  Abs (    36,  1831)
	  1: Rel (     0, -2256)  ->  Abs (    36,  -425)
	  2: Rel (   -72,     0)  ->  Abs (   -36,  -425)
	  3: Rel (     0,  1929)  ->  Abs (   -36,  1504)
	  4: Rel (  -188,   142)  ->  Abs (  -224,  1646)

	Glyph 861: off = 0x000260EC, len = 48
	  numberOfContours:	1
	  xMin:			-36
	  yMin:			-425
	  xMax:			234
	  yMax:			1831

	EndPoints
	---------
	  0:  5

	  Length of Instructions:	16
	00000: PUSHB[6]              5     1     4     3     1     4 
	00007: MDAP[rd]   
	00008: MDRP[srp0,md,rd,1] 
	00009: MDRP[nrp0,md,rd,1] 
	00010: SVTCA[y-axis] 
	00011: MDAP[rd]   
	00012: MDRP[nrp0,md,rd,1] 
	00013: MDAP[rd]   
	00014: IUP[y]     
	00015: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On

	Coordinates
	-----------
	  0: Rel (    36,  1831)  ->  Abs (    36,  1831)
	  1: Rel (     0, -2185)  ->  Abs (    36,  -354)
	  2: Rel (   198,     0)  ->  Abs (   234,  -354)
	  3: Rel (     0,   -71)  ->  Abs (   234,  -425)
	  4: Rel (  -270,     0)  ->  Abs (   -36,  -425)
	  5: Rel (     0,  2256)  ->  Abs (   -36,  1831)

	Glyph 862: off = 0x0002611C, len = 312
	  numberOfContours:	2
	  xMin:			74
	  yMin:			235
	  xMax:			1057
	  yMax:			1216

	EndPoints
	---------
	  0:  27
	  1:  39

	  Length of Instructions:	189
	00000: NPUSHB      (24):    47    41     1     8    16    14    15    22     2     0 
	                             1    23    15    17    16     9     1     3     2    22 
	                            33    16     1    16 
	00026: PUSHW[5]            674    17   696    21   696 
	00037: PUSHB[3]             31    41    19 
	00041: PUSHW[1]            361 
	00044: PUSHB[6]              5     8    46     2     1     2 
	00051: PUSHW[5]            674     7   696     3   696 
	00062: NPUSHB      (22):    37    41     5     9    46    15    48    15    64    15 
	                           130    15     4    15    62    34    41    14    62    10 
	                            62    12 
	00086: PUSHW[1]            361 
	00089: NPUSHB      (27):    28    41    26    23    33     1    63     1    79     1 
	                           141     1     4     1    62    24    62     0    62    56 
	                            26    72    26   207    26     3    26 
	00118: PUSHW[1]            510 
	00121: PUSHB[6]             40     5     7   158   121    24 
	00128: CALL       
	00129: SVTCA[y-axis] 
	00130: MIAP[rd+ci] 
	00131: SVTCA[x-axis] 
	00132: FLIPOFF    
	00133: SRP0       
	00134: MIRP[srp0,nmd,rd,0] 
	00135: DELTAP1    
	00136: FLIPON     
	00137: MIRP[nrp0,nmd,rd,0] 
	00138: MIRP[nrp0,nmd,rd,0] 
	00139: MIRP[srp0,nmd,rd,0] 
	00140: DELTAP1    
	00141: ALIGNRP    
	00142: SRP0       
	00143: MIRP[nrp0,md,rd,1] 
	00144: MIRP[srp0,md,rd,1] 
	00145: MIRP[nrp0,nmd,rd,0] 
	00146: MIRP[nrp0,nmd,rd,0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIRP[srp0,nmd,rd,0] 
	00149: DELTAP1    
	00150: ALIGNRP    
	00151: SVTCA[y-axis] 
	00152: FLIPON     
	00153: SRP0       
	00154: MIRP[nrp0,md,rd,1] 
	00155: MIRP[nrp0,nmd,rd,0] 
	00156: MIRP[nrp0,nmd,rd,0] 
	00157: MIRP[srp0,nmd,rd,0] 
	00158: DELTAP1    
	00159: ALIGNRP    
	00160: SRP0       
	00161: MIRP[srp0,md,rd,1] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: MIRP[nrp0,nmd,rd,0] 
	00164: MIRP[nrp0,nmd,rd,0] 
	00165: MIRP[srp0,nmd,rd,0] 
	00166: DELTAP1    
	00167: ALIGNRP    
	00168: SRP1       
	00169: SRP2       
	00170: IP         
	00171: IP         
	00172: SRP1       
	00173: SRP2       
	00174: IP         
	00175: IP         
	00176: SVTCA[x-axis] 
	00177: SRP1       
	00178: SRP2       
	00179: IP         
	00180: IP         
	00181: SRP1       
	00182: SRP2       
	00183: IP         
	00184: IP         
	00185: IUP[y]     
	00186: IUP[x]     
	00187: SVTCA[x-axis] 
	00188: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual               Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short On
	 10:                      Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short On
	 15:        XDual         Y-Short X-Short On
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:                      Y-Short X-Short On
	 23:  YDual               Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   213,   961)  ->  Abs (   213,   961)
	  1: Rel (  -139,   136)  ->  Abs (    74,  1097)
	  2: Rel (   115,   119)  ->  Abs (   189,  1216)
	  3: Rel (   139,  -139)  ->  Abs (   328,  1077)
	  4: Rel (   106,    72)  ->  Abs (   434,  1149)
	  5: Rel (   131,     0)  ->  Abs (   565,  1149)
	  6: Rel (   132,     0)  ->  Abs (   697,  1149)
	  7: Rel (   105,   -72)  ->  Abs (   802,  1077)
	  8: Rel (   139,   139)  ->  Abs (   941,  1216)
	  9: Rel (   116,  -119)  ->  Abs (  1057,  1097)
	 10: Rel (  -139,  -136)  ->  Abs (   918,   961)
	 11: Rel (    71,  -110)  ->  Abs (   989,   851)
	 12: Rel (     0,  -125)  ->  Abs (   989,   726)
	 13: Rel (     0,  -126)  ->  Abs (   989,   600)
	 14: Rel (   -71,  -110)  ->  Abs (   918,   490)
	 15: Rel (   139,  -136)  ->  Abs (  1057,   354)
	 16: Rel (  -116,  -119)  ->  Abs (   941,   235)
	 17: Rel (  -139,   140)  ->  Abs (   802,   375)
	 18: Rel (  -105,   -73)  ->  Abs (   697,   302)
	 19: Rel (  -132,     0)  ->  Abs (   565,   302)
	 20: Rel (  -131,     0)  ->  Abs (   434,   302)
	 21: Rel (  -106,    73)  ->  Abs (   328,   375)
	 22: Rel (  -139,  -140)  ->  Abs (   189,   235)
	 23: Rel (  -115,   119)  ->  Abs (    74,   354)
	 24: Rel (   139,   136)  ->  Abs (   213,   490)
	 25: Rel (   -71,   110)  ->  Abs (   142,   600)
	 26: Rel (     0,   126)  ->  Abs (   142,   726)
	 27: Rel (     0,   125)  ->  Abs (   142,   851)
	 28: Rel (   163,  -125)  ->  Abs (   305,   726)
	 29: Rel (     0,  -108)  ->  Abs (   305,   618)
	 30: Rel (   152,  -152)  ->  Abs (   457,   466)
	 31: Rel (   107,     0)  ->  Abs (   564,   466)
	 32: Rel (   107,     0)  ->  Abs (   671,   466)
	 33: Rel (   152,   152)  ->  Abs (   823,   618)
	 34: Rel (     0,   108)  ->  Abs (   823,   726)
	 35: Rel (     0,   107)  ->  Abs (   823,   833)
	 36: Rel (  -151,   152)  ->  Abs (   672,   985)
	 37: Rel (  -108,     0)  ->  Abs (   564,   985)
	 38: Rel (  -107,     0)  ->  Abs (   457,   985)
	 39: Rel (  -152,  -152)  ->  Abs (   305,   833)

	Glyph 863: off = 0x00026254, len = 838
	  numberOfContours:	16
	  xMin:			0
	  yMin:			0
	  xMax:			2048
	  yMax:			1473

	EndPoints
	---------
	  0:  5
	  1:  9
	  2:  13
	  3:  25
	  4:  29
	  5:  35
	  6:  46
	  7:  52
	  8:  56
	  9:  68
	 10:  72
	 11:  76
	 12:  82
	 13:  89
	 14:  96
	 15:  104

	  Length of Instructions:	510
	00000: NPUSHB     (255):   167    15   183    15     2   119    15   135    15   151 
	                            15     3   122    38     1    83    37    99    37     2 
	                            35    37    51    37    67    37     3    89    61   105 
	                            61     2    41    61    57    61    73    61     3    89 
	                            65   105    65     2    41    65    57    65    73    65 
	                             3    86    59   102    59     2    38    59    54    59 
	                            70    59     3    86    67   102    67     2    38    67 
	                            54    67    70    67     3   198   102     1   197   104 
	                             1   202    98     1   201   100     1    86    96   102 
	                            96     2    89    91   105    91     2   165    42   181 
	                            42     2    99    42     1   181    42   197    42   213 
	                            42   245    42     4   117    42   133    42   149    42 
	                             3    51    42    67    42    83    42     3    99    66 
	                            24    66    40    45    87   111    93     1    63    93 
	                            79    93    95    93     3    93    93    39    86    80 
	                            40     1    47    40    63    40    79    40     3    40 
	                            47    12    79    71     1    71     1    50    51     7 
	                            27     3    47     8    28     4    51    19    21   103 
	                            16    60    94    80    39     1    15    39    79    39 
	                            95    39     3   159    39     1    32    39    48    39 
	                            64    39     3    39    82    11    70    34    79    77 
	                            55    75    32    82    54    74    31    77    97   112 
	                            57   128    57   144    57     3    64    57    80    57 
	                            96    57     3    31    57     1    57    39    87    48 
	                            94     1    94    31    39   191    39     2    31    39 
	                            95    39   111    39   159 
	00257: NPUSHB     (102):    39   223    39   239    39     6    39    36    85    45 
	                           101    45     2    37    45    53    45    69    45     3 
	                            45    83   159    43     1    43    95    18   111    18 
	                             2    18    90    80    36     1    36    23   144    14 
	                             1   111    14   127    14     2    14    33     7    54 
	                             9    53    35     3     0    31     1    31    35     1 
	                            11    33     0    10    35   106    48   101     1   101 
	                           111    63   127    63     2    15    63    31    63    63 
	                            63    79    63     4    63    26    73    27    74    78 
	                            47    15    77     1    77    78    49    69    81    50 
	                            70    78 
	00361: MDAP[rd]   
	00362: MDRP[nrp0,nmd,nrd,0] 
	00363: MDRP[nrp0,nmd,nrd,0] 
	00364: MDRP[srp0,md,rd,1] 
	00365: MDRP[nrp0,nmd,nrd,0] 
	00366: MDRP[nrp0,nmd,nrd,0] 
	00367: SRP0       
	00368: MDRP[srp0,md,rd,1] 
	00369: DELTAP1    
	00370: MDRP[nrp0,nmd,nrd,0] 
	00371: SRP0       
	00372: MDRP[srp0,nmd,rd,0] 
	00373: MDRP[nrp0,nmd,nrd,0] 
	00374: MDRP[srp0,md,rd,1] 
	00375: MDRP[nrp0,nmd,nrd,0] 
	00376: MDAP[rd]   
	00377: DELTAP1    
	00378: DELTAP2    
	00379: MDRP[nrp0,md,rd,1] 
	00380: DELTAP3    
	00381: SRP0       
	00382: MDRP[srp0,nmd,nrd,0] 
	00383: MDRP[nrp0,nmd,nrd,0] 
	00384: MDRP[nrp0,nmd,nrd,0] 
	00385: MDRP[srp0,md,rd,1] 
	00386: MDRP[nrp0,nmd,nrd,0] 
	00387: MDRP[nrp0,nmd,nrd,0] 
	00388: SRP0       
	00389: MDRP[srp0,nmd,rd,0] 
	00390: DELTAP1    
	00391: MDRP[nrp0,nmd,nrd,0] 
	00392: SRP0       
	00393: MDRP[srp0,nmd,rd,0] 
	00394: MDRP[nrp0,nmd,nrd,0] 
	00395: MDRP[srp0,md,rd,1] 
	00396: MDRP[nrp0,nmd,nrd,0] 
	00397: SRP0       
	00398: MDRP[srp0,nmd,rd,2] 
	00399: DELTAP2    
	00400: DELTAP1    
	00401: MDRP[nrp0,md,rd,1] 
	00402: MDRP[srp0,nmd,rd,0] 
	00403: DELTAP1    
	00404: MDRP[nrp0,md,rd,1] 
	00405: MDRP[nrp0,nmd,rd,2] 
	00406: DELTAP1    
	00407: MDRP[srp0,nmd,rd,0] 
	00408: DELTAP2    
	00409: MDRP[nrp0,md,rd,1] 
	00410: SHP[rp1,zp0] 
	00411: DELTAP1    
	00412: DELTAP1    
	00413: SRP0       
	00414: MDRP[srp0,nmd,rd,0] 
	00415: DELTAP1    
	00416: DELTAP2    
	00417: MDRP[srp0,md,rd,1] 
	00418: DELTAP3    
	00419: MDRP[nrp0,nmd,nrd,0] 
	00420: SRP0       
	00421: MDRP[srp0,nmd,rd,2] 
	00422: DELTAP1    
	00423: DELTAP1    
	00424: DELTAP1    
	00425: MDRP[nrp0,md,rd,1] 
	00426: SVTCA[y-axis] 
	00427: MDAP[rd]   
	00428: MDRP[nrp0,nmd,nrd,0] 
	00429: ALIGNRP    
	00430: ALIGNRP    
	00431: MDRP[srp0,md,rd,1] 
	00432: MDRP[nrp0,nmd,nrd,0] 
	00433: ALIGNRP    
	00434: ALIGNRP    
	00435: SRP0       
	00436: MDRP[srp0,nmd,rd,0] 
	00437: MDRP[nrp0,nmd,nrd,0] 
	00438: MDRP[srp0,nmd,rd,2] 
	00439: MDRP[nrp0,nmd,nrd,0] 
	00440: SRP0       
	00441: MDRP[srp0,nmd,rd,2] 
	00442: DELTAP1    
	00443: DELTAP1    
	00444: DELTAP2    
	00445: DELTAP1    
	00446: MDRP[nrp0,md,rd,1] 
	00447: MDRP[srp0,nmd,rd,0] 
	00448: MDRP[nrp0,nmd,nrd,0] 
	00449: MDRP[srp0,md,rd,1] 
	00450: MDRP[srp0,nmd,nrd,0] 
	00451: MDRP[nrp0,nmd,rd,2] 
	00452: MDAP[rd]   
	00453: MDRP[nrp0,nmd,nrd,0] 
	00454: ALIGNRP    
	00455: ALIGNRP    
	00456: MDRP[srp0,md,rd,1] 
	00457: MDRP[nrp0,nmd,nrd,0] 
	00458: ALIGNRP    
	00459: ALIGNRP    
	00460: SRP0       
	00461: MDRP[srp0,md,rd,1] 
	00462: MDRP[nrp0,nmd,nrd,0] 
	00463: MDRP[srp0,nmd,rd,2] 
	00464: DELTAP1    
	00465: MDRP[nrp0,nmd,nrd,0] 
	00466: SRP0       
	00467: MDRP[srp0,nmd,rd,2] 
	00468: DELTAP1    
	00469: DELTAP2    
	00470: MDRP[nrp0,md,rd,1] 
	00471: SRP2       
	00472: IP         
	00473: MDAP[rd]   
	00474: DELTAP2    
	00475: DELTAP2    
	00476: MDRP[nrp0,md,rd,1] 
	00477: IP         
	00478: SRP0       
	00479: MDRP[nrp0,nmd,rd,0] 
	00480: MDRP[nrp0,nmd,nrd,0] 
	00481: SRP0       
	00482: MDRP[nrp0,md,rd,1] 
	00483: IUP[y]     
	00484: IUP[x]     
	00485: DELTAP1    
	00486: DELTAP1    
	00487: DELTAP2    
	00488: DELTAP1    
	00489: DELTAP1    
	00490: DELTAP2    
	00491: DELTAP2    
	00492: DELTAP1    
	00493: DELTAP1    
	00494: DELTAP1    
	00495: DELTAP1    
	00496: SVTCA[x-axis] 
	00497: DELTAP1    
	00498: DELTAP1    
	00499: DELTAP1    
	00500: DELTAP1    
	00501: DELTAP1    
	00502: DELTAP1    
	00503: DELTAP1    
	00504: DELTAP1    
	00505: DELTAP1    
	00506: DELTAP1    
	00507: DELTAP2    
	00508: DELTAP1    
	00509: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                       X-Short On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual                               On
	  6:                      Y-Short         On
	  7:  YDual                               On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual                               On
	 10:                                      On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:                                      On
	 15:        XDual         Y-Short         Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:        XDual                         On
	 25:  YDual XDual                 X-Short On
	 26:                                      On
	 27:  YDual                               On
	 28:  YDual XDual         Y-Short         On
	 29:  YDual                               On
	 30:                                      On
	 31:  YDual                               On
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual                 X-Short On
	 36:                                      On
	 37:        XDual         Y-Short         Off
	 38:  YDual                               On
	 39:  YDual                       X-Short On
	 40:        XDual                         On
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short On
	 46:        XDual         Y-Short X-Short Off
	 47:                                      On
	 48:  YDual                       X-Short On
	 49:        XDual         Y-Short         On
	 50:  YDual                       X-Short On
	 51:        XDual                         On
	 52:  YDual                               On
	 53:                                      On
	 54:  YDual                               On
	 55:  YDual XDual         Y-Short         On
	 56:  YDual                               On
	 57:                                      On
	 58:        XDual         Y-Short         Off
	 59:                      Y-Short X-Short Off
	 60:  YDual                       X-Short On
	 61:  YDual                       X-Short Off
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual XDual         Y-Short         On
	 64:  YDual XDual         Y-Short         Off
	 65:  YDual XDual         Y-Short X-Short Off
	 66:  YDual XDual                 X-Short On
	 67:  YDual XDual                 X-Short Off
	 68:        XDual         Y-Short X-Short Off
	 69:                                      On
	 70:  YDual                       X-Short On
	 71:        XDual                         On
	 72:  YDual XDual                 X-Short On
	 73:                                      On
	 74:  YDual                               On
	 75:  YDual XDual         Y-Short         On
	 76:  YDual                               On
	 77:                      Y-Short         On
	 78:  YDual                               On
	 79:        XDual                         On
	 80:  YDual XDual                 X-Short On
	 81:        XDual         Y-Short         On
	 82:  YDual XDual                 X-Short On
	 83:                                      On
	 84:  YDual XDual         Y-Short         Off
	 85:  YDual                       X-Short On
	 86:  YDual                       X-Short On
	 87:        XDual         Y-Short         On
	 88:  YDual XDual                 X-Short On
	 89:  YDual XDual                 X-Short Off
	 90:        XDual         Y-Short X-Short On
	 91:  YDual XDual         Y-Short         Off
	 92:  YDual                       X-Short On
	 93:  YDual                       X-Short On
	 94:        XDual         Y-Short         On
	 95:  YDual XDual                 X-Short On
	 96:  YDual XDual                 X-Short Off
	 97:  YDual               Y-Short         On
	 98:        XDual                         Off
	 99:  YDual                       X-Short On
	100:  YDual                       X-Short Off
	101:        XDual                         On
	102:        XDual                         Off
	103:  YDual XDual                 X-Short On
	104:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  2048,  1150)  ->  Abs (  2048,  1150)
	  1: Rel (  -100,     0)  ->  Abs (  1948,  1150)
	  2: Rel (     0,   223)  ->  Abs (  1948,  1373)
	  3: Rel (  -223,     0)  ->  Abs (  1725,  1373)
	  4: Rel (     0,   100)  ->  Abs (  1725,  1473)
	  5: Rel (   323,     0)  ->  Abs (  2048,  1473)
	  6: Rel (  -575,  -100)  ->  Abs (  1473,  1373)
	  7: Rel (  -323,     0)  ->  Abs (  1150,  1373)
	  8: Rel (     0,   100)  ->  Abs (  1150,  1473)
	  9: Rel (   323,     0)  ->  Abs (  1473,  1473)
	 10: Rel (   575,  -898)  ->  Abs (  2048,   575)
	 11: Rel (  -100,     0)  ->  Abs (  1948,   575)
	 12: Rel (     0,   323)  ->  Abs (  1948,   898)
	 13: Rel (   100,     0)  ->  Abs (  2048,   898)
	 14: Rel (  -266,  -287)  ->  Abs (  1782,   611)
	 15: Rel (     0,  -241)  ->  Abs (  1782,   370)
	 16: Rel (  -211,     0)  ->  Abs (  1571,   370)
	 17: Rel (   -86,     0)  ->  Abs (  1485,   370)
	 18: Rel (   -52,    45)  ->  Abs (  1433,   415)
	 19: Rel (    73,    79)  ->  Abs (  1506,   494)
	 20: Rel (    25,   -26)  ->  Abs (  1531,   468)
	 21: Rel (    40,     0)  ->  Abs (  1571,   468)
	 22: Rel (    95,     0)  ->  Abs (  1666,   468)
	 23: Rel (     0,   138)  ->  Abs (  1666,   606)
	 24: Rel (     0,   484)  ->  Abs (  1666,  1090)
	 25: Rel (   116,     0)  ->  Abs (  1782,  1090)
	 26: Rel (  -884,   283)  ->  Abs (   898,  1373)
	 27: Rel (  -323,     0)  ->  Abs (   575,  1373)
	 28: Rel (     0,   100)  ->  Abs (   575,  1473)
	 29: Rel (   323,     0)  ->  Abs (   898,  1473)
	 30: Rel (  1150, -1473)  ->  Abs (  2048,     0)
	 31: Rel (  -323,     0)  ->  Abs (  1725,     0)
	 32: Rel (     0,   100)  ->  Abs (  1725,   100)
	 33: Rel (   223,     0)  ->  Abs (  1948,   100)
	 34: Rel (     0,   223)  ->  Abs (  1948,   323)
	 35: Rel (   100,     0)  ->  Abs (  2048,   323)
	 36: Rel (  -625,   268)  ->  Abs (  1423,   591)
	 37: Rel (     0,  -209)  ->  Abs (  1423,   382)
	 38: Rel (  -274,     0)  ->  Abs (  1149,   382)
	 39: Rel (  -240,     0)  ->  Abs (   909,   382)
	 40: Rel (     0,   708)  ->  Abs (   909,  1090)
	 41: Rel (   235,     0)  ->  Abs (  1144,  1090)
	 42: Rel (   249,     0)  ->  Abs (  1393,  1090)
	 43: Rel (     0,  -186)  ->  Abs (  1393,   904)
	 44: Rel (     0,   -91)  ->  Abs (  1393,   813)
	 45: Rel (   -89,   -54)  ->  Abs (  1304,   759)
	 46: Rel (   119,   -46)  ->  Abs (  1423,   713)
	 47: Rel ( -1100,   660)  ->  Abs (   323,  1373)
	 48: Rel (  -223,     0)  ->  Abs (   100,  1373)
	 49: Rel (     0,  -223)  ->  Abs (   100,  1150)
	 50: Rel (  -100,     0)  ->  Abs (     0,  1150)
	 51: Rel (     0,   323)  ->  Abs (     0,  1473)
	 52: Rel (   323,     0)  ->  Abs (   323,  1473)
	 53: Rel (  1150, -1473)  ->  Abs (  1473,     0)
	 54: Rel (  -323,     0)  ->  Abs (  1150,     0)
	 55: Rel (     0,   100)  ->  Abs (  1150,   100)
	 56: Rel (   323,     0)  ->  Abs (  1473,   100)
	 57: Rel (  -619,   635)  ->  Abs (   854,   735)
	 58: Rel (     0,  -173)  ->  Abs (   854,   562)
	 59: Rel (  -164,  -192)  ->  Abs (   690,   370)
	 60: Rel (  -153,     0)  ->  Abs (   537,   370)
	 61: Rel (  -153,     0)  ->  Abs (   384,   370)
	 62: Rel (  -161,   192)  ->  Abs (   223,   562)
	 63: Rel (     0,   173)  ->  Abs (   223,   735)
	 64: Rel (     0,   175)  ->  Abs (   223,   910)
	 65: Rel (   161,   192)  ->  Abs (   384,  1102)
	 66: Rel (   153,     0)  ->  Abs (   537,  1102)
	 67: Rel (   153,     0)  ->  Abs (   690,  1102)
	 68: Rel (   164,  -192)  ->  Abs (   854,   910)
	 69: Rel (  -754,  -335)  ->  Abs (   100,   575)
	 70: Rel (  -100,     0)  ->  Abs (     0,   575)
	 71: Rel (     0,   323)  ->  Abs (     0,   898)
	 72: Rel (   100,     0)  ->  Abs (   100,   898)
	 73: Rel (   798,  -898)  ->  Abs (   898,     0)
	 74: Rel (  -323,     0)  ->  Abs (   575,     0)
	 75: Rel (     0,   100)  ->  Abs (   575,   100)
	 76: Rel (   323,     0)  ->  Abs (   898,   100)
	 77: Rel (  -575,  -100)  ->  Abs (   323,     0)
	 78: Rel (  -323,     0)  ->  Abs (     0,     0)
	 79: Rel (     0,   323)  ->  Abs (     0,   323)
	 80: Rel (   100,     0)  ->  Abs (   100,   323)
	 81: Rel (     0,  -223)  ->  Abs (   100,   100)
	 82: Rel (   223,     0)  ->  Abs (   323,   100)
	 83: Rel (   954,   793)  ->  Abs (  1277,   893)
	 84: Rel (     0,    99)  ->  Abs (  1277,   992)
	 85: Rel (  -163,     0)  ->  Abs (  1114,   992)
	 86: Rel (   -89,     0)  ->  Abs (  1025,   992)
	 87: Rel (     0,  -194)  ->  Abs (  1025,   798)
	 88: Rel (   101,     0)  ->  Abs (  1126,   798)
	 89: Rel (   151,     0)  ->  Abs (  1277,   798)
	 90: Rel (    30,  -207)  ->  Abs (  1307,   591)
	 91: Rel (     0,   109)  ->  Abs (  1307,   700)
	 92: Rel (  -171,     0)  ->  Abs (  1136,   700)
	 93: Rel (  -111,     0)  ->  Abs (  1025,   700)
	 94: Rel (     0,  -220)  ->  Abs (  1025,   480)
	 95: Rel (   124,     0)  ->  Abs (  1149,   480)
	 96: Rel (   158,     0)  ->  Abs (  1307,   480)
	 97: Rel (  -569,   255)  ->  Abs (   738,   735)
	 98: Rel (     0,   269)  ->  Abs (   738,  1004)
	 99: Rel (  -201,     0)  ->  Abs (   537,  1004)
	100: Rel (  -198,     0)  ->  Abs (   339,  1004)
	101: Rel (     0,  -269)  ->  Abs (   339,   735)
	102: Rel (     0,  -267)  ->  Abs (   339,   468)
	103: Rel (   198,     0)  ->  Abs (   537,   468)
	104: Rel (   201,     0)  ->  Abs (   738,   468)

	Glyph 864: off = 0x0002659A, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 865: off = 0x000265C4, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 866: off = 0x000265EE, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 867: off = 0x00026618, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 868: off = 0x00026642, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 869: off = 0x0002666C, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 870: off = 0x00026696, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
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	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
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	Glyph 889: off = 0x000269B4, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 890: off = 0x000269DE, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 891: off = 0x00026A08, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 892: off = 0x00026A32, len = 158
	  numberOfContours:	1
	  xMin:			127
	  yMin:			-429
	  xMax:			560
	  yMax:			1608

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	72
	00000: PUSHW[2]             22   -32 
	00005: PUSHB[4]             11    17    52    16 
	00010: PUSHW[1]            -12 
	00013: PUSHB[4]             14    17    52    15 
	00018: PUSHW[1]            -32 
	00021: PUSHB[5]             10    17    52     0     1 
	00027: PUSHW[1]            774 
	00030: PUSHB[3]             14    13    13 
	00034: PUSHW[1]            762 
	00037: PUSHB[3]             14    14     1 
	00041: PUSHW[1]            762 
	00044: PUSHB[3]              0     0     7 
	00048: PUSHW[2]            767    18 
	00053: MDAP[rd]   
	00054: MIRP[nrp0,md,rd,1] 
	00055: SHP[rp1,zp0] 
	00056: MDAP[rd]   
	00057: MIRP[nrp0,md,rd,0] 
	00058: ALIGNRP    
	00059: SRP0       
	00060: MIRP[srp0,md,rd,1] 
	00061: SVTCA[y-axis] 
	00062: MDAP[rd]   
	00063: SHP[rp1,zp0] 
	00064: MIAP[rd+ci] 
	00065: SHP[rp1,zp0] 
	00066: IUP[y]     
	00067: IUP[x]     
	00068: SVTCA[x-axis] 
	00069: CALL       
	00070: CALL       
	00071: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:        XDual                         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   560,  -384)  ->  Abs (   560,  -384)
	  1: Rel (   -44,   -45)  ->  Abs (   516,  -429)
	  2: Rel (  -104,   125)  ->  Abs (   412,  -304)
	  3: Rel (   -51,    78)  ->  Abs (   361,  -226)
	  4: Rel (  -103,   158)  ->  Abs (   258,   -68)
	  5: Rel (   -57,   174)  ->  Abs (   201,   106)
	  6: Rel (   -74,   228)  ->  Abs (   127,   334)
	  7: Rel (     0,   261)  ->  Abs (   127,   595)
	  8: Rel (     0,   250)  ->  Abs (   127,   845)
	  9: Rel (    74,   224)  ->  Abs (   201,  1069)
	 10: Rel (    58,   177)  ->  Abs (   259,  1246)
	 11: Rel (   102,   158)  ->  Abs (   361,  1404)
	 12: Rel (    53,    83)  ->  Abs (   414,  1487)
	 13: Rel (   100,   121)  ->  Abs (   514,  1608)
	 14: Rel (    46,   -42)  ->  Abs (   560,  1566)
	 15: Rel (  -108,  -238)  ->  Abs (   452,  1328)
	 16: Rel (   -56,  -234)  ->  Abs (   396,  1094)
	 17: Rel (   -60,  -249)  ->  Abs (   336,   845)
	 18: Rel (     0,  -242)  ->  Abs (   336,   603)
	 19: Rel (     0,  -244)  ->  Abs (   336,   359)
	 20: Rel (    34,  -194)  ->  Abs (   370,   165)
	 21: Rel (    28,  -157)  ->  Abs (   398,     8)
	 22: Rel (    56,  -150)  ->  Abs (   454,  -142)
	 23: Rel (    28,   -75)  ->  Abs (   482,  -217)

	Glyph 893: off = 0x00026AD0, len = 22
	  numberOfContours:	-1  (Composite)
	  xMin:			93
	  yMin:			-429
	  xMax:			526
	  yMax:			1608

	     0: Flags:		0x0057
		Glyf Index:	892
		X WOffset:	653
		Y WOffset:	0
		X Scale:	-1.000000
		Y Scale:	 1.000000
		Other:		Round X,Y to Grid  No Overlap


	Glyph 894: off = 0x00026AE6, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 895: off = 0x00026B10, len = 736
	  numberOfContours:	4
	  xMin:			21
	  yMin:			293
	  xMax:			1235
	  yMax:			1568

	EndPoints
	---------
	  0:  12
	  1:  47
	  2:  124
	  3:  135

	  Length of Instructions:	335
	00000: NPUSHB      (35):     5     0     1     7     7     1     1    37    45    46 
	                            41    36    37    29    30    19    33    16    37    37 
	                            30    15    46     1    46    46    30    64     9    12 
	                            52    30    30    33    41 
	00037: PUSHW[1]            757 
	00040: PUSHB[3]             16    16    33 
	00044: PUSHW[1]            757 
	00047: NPUSHB      (26):    23    23    99   130   126   133    57    87    61    64 
	                            67   126   126   133    73    73    80    80   119    99 
	                            99   133   133    87    67   107 
	00075: PUSHW[1]            751 
	00078: PUSHB[3]             53    53    87 
	00082: PUSHW[1]            751 
	00085: PUSHB[3]             61    61    67 
	00089: PUSHW[1]            747 
	00092: PUSHB[3]              5     5     1 
	00096: PUSHW[1]            761 
	00099: PUSHB[7]              0     0    19    37    36    13    46 
	00107: PUSHW[1]            761 
	00110: PUSHB[5]             45    45    37    26    29 
	00116: PUSHW[1]            761 
	00119: PUSHB[3]             30    30    36 
	00123: PUSHW[1]            761 
	00126: PUSHB[8]             64    37    37    99    57    90   103    95 
	00135: PUSHW[1]            771 
	00138: NPUSHB      (18):    99    99   119    80   103   103    48    84   130   130 
	                            70    73   126   125    64     4    84    76 
	00158: PUSHW[1]            771 
	00161: PUSHB[3]             80    80    84 
	00165: PUSHW[1]            -64 
	00168: PUSHB[4]             16    17    52    84 
	00173: PUSHW[1]            -64 
	00176: NPUSHB      (10):     9    10    52    84    84    70    53   110    48   115 
	00188: PUSHW[1]            771 
	00191: PUSHB[7]             32   119   119    48    48   137    70 
	00199: PUSHW[1]            284 
	00202: SCANCTRL   
	00203: MDAP[rd]   
	00204: SRP1       
	00205: SHP[rp1,zp0] 
	00206: MDAP[rd]   
	00207: SHP[rp1,zp0] 
	00208: RTHG       
	00209: MDAP[rd]   
	00210: SMD        
	00211: MIRP[srp0,md,rd,1] 
	00212: SRP1       
	00213: IP         
	00214: IP         
	00215: RTG        
	00216: SRP1       
	00217: IP         
	00218: MDAP[rd]   
	00219: CALL       
	00220: CALL       
	00221: SHP[rp1,zp0] 
	00222: RTHG       
	00223: MDAP[rd]   
	00224: MIRP[srp0,md,rd,1] 
	00225: SRP1       
	00226: SLOOP      
	00227: IP         
	00228: RTG        
	00229: SRP1       
	00230: IP         
	00231: MDAP[rd]   
	00232: SRP1       
	00233: SRP2       
	00234: IP         
	00235: MDAP[rd]   
	00236: RTHG       
	00237: SRP1       
	00238: SRP2       
	00239: IP         
	00240: MDAP[rd]   
	00241: MIRP[srp0,md,rd,1] 
	00242: SRP1       
	00243: IP         
	00244: IP         
	00245: SRP1       
	00246: SHP[rp1,zp0] 
	00247: RTG        
	00248: MDAP[rd]   
	00249: SMD        
	00250: MIRP[srp0,md,rd,1] 
	00251: SHP[rp2,zp1] 
	00252: MDAP[rd]   
	00253: MIRP[srp0,md,rd,1] 
	00254: SHP[rp2,zp1] 
	00255: SRP1       
	00256: SHP[rp1,zp0] 
	00257: MDAP[rd]   
	00258: MIRP[srp0,md,rd,1] 
	00259: SHP[rp2,zp1] 
	00260: SRP1       
	00261: SRP2       
	00262: IP         
	00263: SHP[rp1,zp0] 
	00264: MDAP[rd]   
	00265: MIRP[srp0,md,rd,1] 
	00266: SHP[rp2,zp1] 
	00267: MDAP[rd]   
	00268: SVTCA[y-axis] 
	00269: MIAP[rd+ci] 
	00270: ALIGNRP    
	00271: SRP0       
	00272: MIRP[nrp0,md,rd,1] 
	00273: ALIGNRP    
	00274: SRP0       
	00275: MIRP[nrp0,md,rd,1] 
	00276: SRP1       
	00277: SRP2       
	00278: IP         
	00279: MDAP[rd]   
	00280: SHP[rp2,zp1] 
	00281: MDAP[rd]   
	00282: ALIGNRP    
	00283: IP         
	00284: MDAP[rd]   
	00285: IP         
	00286: MDAP[rd]   
	00287: SRP2       
	00288: IP         
	00289: MDAP[rd]   
	00290: SRP1       
	00291: IP         
	00292: SRP1       
	00293: SRP2       
	00294: IP         
	00295: SRP1       
	00296: SRP2       
	00297: IP         
	00298: SRP1       
	00299: SHP[rp1,zp0] 
	00300: MDAP[rd]   
	00301: MIRP[nrp0,md,rd,1] 
	00302: IP         
	00303: MDAP[rd]   
	00304: MIRP[nrp0,md,rd,1] 
	00305: SRP1       
	00306: SHP[rp1,zp0] 
	00307: MDAP[rd]   
	00308: CALL       
	00309: SHP[rp2,zp1] 
	00310: MDAP[rd]   
	00311: DELTAP1    
	00312: SRP2       
	00313: IP         
	00314: MDAP[rd]   
	00315: SRP1       
	00316: SRP2       
	00317: IP         
	00318: SRP1       
	00319: IP         
	00320: SRP1       
	00321: IP         
	00322: SRP1       
	00323: SRP2       
	00324: IP         
	00325: SRP1       
	00326: SHP[rp1,zp0] 
	00327: MDAP[rd]   
	00328: SHP[rp1,zp0] 
	00329: MDAP[rd]   
	00330: SRP2       
	00331: IP         
	00332: IP         
	00333: IUP[y]     
	00334: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short On
	 47:        XDual         Y-Short X-Short Off
	 48:                                      On
	 49:        XDual         Y-Short         Off
	 50:                      Y-Short X-Short On
	 51:                      Y-Short X-Short Off
	 52:                      Y-Short X-Short On
	 53:                      Y-Short X-Short On
	 54:  YDual                       X-Short Off
	 55:  YDual               Y-Short X-Short On
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual               Y-Short X-Short On
	 58:                      Y-Short X-Short Off
	 59:                      Y-Short X-Short On
	 60:                      Y-Short X-Short Off
	 61:  YDual                       X-Short On
	 62:  YDual                       X-Short Off
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual               Y-Short X-Short On
	 65:                      Y-Short X-Short Off
	 66:                      Y-Short X-Short Off
	 67:  YDual                       X-Short On
	 68:  YDual                       X-Short Off
	 69:  YDual               Y-Short X-Short Off
	 70:  YDual XDual         Y-Short         On
	 71:  YDual XDual         Y-Short         Off
	 72:  YDual XDual         Y-Short X-Short Off
	 73:  YDual XDual         Y-Short X-Short On
	 74:  YDual               Y-Short X-Short Off
	 75:  YDual               Y-Short X-Short Off
	 76:  YDual XDual         Y-Short         On
	 77:  YDual XDual         Y-Short         Off
	 78:  YDual XDual         Y-Short X-Short On
	 79:  YDual XDual         Y-Short X-Short Off
	 80:  YDual XDual         Y-Short X-Short On
	 81:        XDual         Y-Short X-Short Off
	 82:        XDual         Y-Short X-Short On
	 83:        XDual         Y-Short X-Short Off
	 84:        XDual         Y-Short X-Short On
	 85:        XDual         Y-Short X-Short Off
	 86:        XDual         Y-Short X-Short Off
	 87:  YDual XDual                 X-Short On
	 88:  YDual XDual                 X-Short Off
	 89:  YDual XDual         Y-Short X-Short Off
	 90:  YDual XDual         Y-Short X-Short On
	 91:                              X-Short On
	 92:  YDual               Y-Short X-Short Off
	 93:  YDual               Y-Short X-Short On
	 94:  YDual               Y-Short X-Short Off
	 95:  YDual XDual         Y-Short         On
	 96:  YDual XDual         Y-Short         Off
	 97:  YDual XDual         Y-Short X-Short On
	 98:  YDual XDual         Y-Short X-Short Off
	 99:  YDual XDual         Y-Short X-Short On
	100:        XDual         Y-Short X-Short Off
	101:        XDual         Y-Short X-Short Off
	102:        XDual         Y-Short X-Short On
	103:        XDual         Y-Short X-Short On
	104:        XDual         Y-Short X-Short Off
	105:        XDual         Y-Short X-Short On
	106:        XDual         Y-Short X-Short Off
	107:  YDual XDual                 X-Short On
	108:  YDual XDual                 X-Short Off
	109:  YDual XDual         Y-Short X-Short Off
	110:  YDual XDual         Y-Short X-Short On
	111:                              X-Short On
	112:  YDual               Y-Short X-Short Off
	113:  YDual               Y-Short X-Short On
	114:  YDual               Y-Short X-Short Off
	115:  YDual XDual         Y-Short         On
	116:  YDual XDual         Y-Short         Off
	117:  YDual XDual         Y-Short X-Short On
	118:  YDual XDual         Y-Short X-Short Off
	119:  YDual XDual         Y-Short X-Short On
	120:        XDual         Y-Short X-Short Off
	121:        XDual         Y-Short X-Short On
	122:        XDual         Y-Short X-Short Off
	123:        XDual         Y-Short X-Short On
	124:        XDual         Y-Short X-Short Off
	125:                      Y-Short         On
	126:  YDual               Y-Short X-Short On
	127:                      Y-Short X-Short Off
	128:                      Y-Short X-Short On
	129:                      Y-Short X-Short Off
	130:                      Y-Short X-Short On
	131:        XDual         Y-Short X-Short Off
	132:        XDual         Y-Short X-Short Off
	133:  YDual XDual                 X-Short On
	134:  YDual XDual                 X-Short Off
	135:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   765,  1361)  ->  Abs (   765,  1361)
	  1: Rel (   -21,    -8)  ->  Abs (   744,  1353)
	  2: Rel (   -25,    61)  ->  Abs (   719,  1414)
	  3: Rel (   -51,    53)  ->  Abs (   668,  1467)
	  4: Rel (   -13,    14)  ->  Abs (   655,  1481)
	  5: Rel (   -54,    45)  ->  Abs (   601,  1526)
	  6: Rel (     9,    42)  ->  Abs (   610,  1568)
	  7: Rel (    37,     0)  ->  Abs (   647,  1568)
	  8: Rel (    37,     0)  ->  Abs (   684,  1568)
	  9: Rel (    21,   -36)  ->  Abs (   705,  1532)
	 10: Rel (    31,   -57)  ->  Abs (   736,  1475)
	 11: Rel (     5,   -12)  ->  Abs (   741,  1463)
	 12: Rel (    17,   -42)  ->  Abs (   758,  1421)
	 13: Rel (   187,  -106)  ->  Abs (   945,  1315)
	 14: Rel (     0,   -72)  ->  Abs (   945,  1243)
	 15: Rel (   -53,  -107)  ->  Abs (   892,  1136)
	 16: Rel (   -41,     0)  ->  Abs (   851,  1136)
	 17: Rel (   -23,     0)  ->  Abs (   828,  1136)
	 18: Rel (   -37,    11)  ->  Abs (   791,  1147)
	 19: Rel (   -23,    13)  ->  Abs (   768,  1160)
	 20: Rel (   -12,   -30)  ->  Abs (   756,  1130)
	 21: Rel (   -25,   -24)  ->  Abs (   731,  1106)
	 22: Rel (   -32,   -31)  ->  Abs (   699,  1075)
	 23: Rel (   -33,     0)  ->  Abs (   666,  1075)
	 24: Rel (   -42,     0)  ->  Abs (   624,  1075)
	 25: Rel (   -42,    54)  ->  Abs (   582,  1129)
	 26: Rel (     0,    45)  ->  Abs (   582,  1174)
	 27: Rel (     0,    18)  ->  Abs (   582,  1192)
	 28: Rel (     8,    45)  ->  Abs (   590,  1237)
	 29: Rel (     2,    12)  ->  Abs (   592,  1249)
	 30: Rel (    30,    12)  ->  Abs (   622,  1261)
	 31: Rel (     0,   -48)  ->  Abs (   622,  1213)
	 32: Rel (    29,   -35)  ->  Abs (   651,  1178)
	 33: Rel (    32,     0)  ->  Abs (   683,  1178)
	 34: Rel (    21,     0)  ->  Abs (   704,  1178)
	 35: Rel (    47,    85)  ->  Abs (   751,  1263)
	 36: Rel (     6,    40)  ->  Abs (   757,  1303)
	 37: Rel (    23,     6)  ->  Abs (   780,  1309)
	 38: Rel (    11,   -40)  ->  Abs (   791,  1269)
	 39: Rel (     6,    -7)  ->  Abs (   797,  1262)
	 40: Rel (    14,   -19)  ->  Abs (   811,  1243)
	 41: Rel (    38,     0)  ->  Abs (   849,  1243)
	 42: Rel (    27,     0)  ->  Abs (   876,  1243)
	 43: Rel (    19,    41)  ->  Abs (   895,  1284)
	 44: Rel (    12,    27)  ->  Abs (   907,  1311)
	 45: Rel (     8,    38)  ->  Abs (   915,  1349)
	 46: Rel (    25,     6)  ->  Abs (   940,  1355)
	 47: Rel (     5,   -20)  ->  Abs (   945,  1335)
	 48: Rel (   290,  -861)  ->  Abs (  1235,   474)
	 49: Rel (     0,   -37)  ->  Abs (  1235,   437)
	 50: Rel (    -5,   -31)  ->  Abs (  1230,   406)
	 51: Rel (    -8,   -50)  ->  Abs (  1222,   356)
	 52: Rel (   -20,   -38)  ->  Abs (  1202,   318)
	 53: Rel (   -13,   -25)  ->  Abs (  1189,   293)
	 54: Rel (  -119,     0)  ->  Abs (  1070,   293)
	 55: Rel (   -76,    35)  ->  Abs (   994,   328)
	 56: Rel (   -61,    28)  ->  Abs (   933,   356)
	 57: Rel (   -46,    59)  ->  Abs (   887,   415)
	 58: Rel (   -40,   -68)  ->  Abs (   847,   347)
	 59: Rel (   -56,   -29)  ->  Abs (   791,   318)
	 60: Rel (   -48,   -25)  ->  Abs (   743,   293)
	 61: Rel (   -63,     0)  ->  Abs (   680,   293)
	 62: Rel (   -65,     0)  ->  Abs (   615,   293)
	 63: Rel (  -123,    76)  ->  Abs (   492,   369)
	 64: Rel (   -22,    60)  ->  Abs (   470,   429)
	 65: Rel (   -40,   -59)  ->  Abs (   430,   370)
	 66: Rel (  -112,   -77)  ->  Abs (   318,   293)
	 67: Rel (   -53,     0)  ->  Abs (   265,   293)
	 68: Rel (  -112,     0)  ->  Abs (   153,   293)
	 69: Rel (  -132,    33)  ->  Abs (    21,   326)
	 70: Rel (     0,    26)  ->  Abs (    21,   352)
	 71: Rel (     0,    84)  ->  Abs (    21,   436)
	 72: Rel (   228,   213)  ->  Abs (   249,   649)
	 73: Rel (   164,    76)  ->  Abs (   413,   725)
	 74: Rel (    -4,    15)  ->  Abs (   409,   740)
	 75: Rel (   -11,    52)  ->  Abs (   398,   792)
	 76: Rel (     0,    15)  ->  Abs (   398,   807)
	 77: Rel (     0,    34)  ->  Abs (   398,   841)
	 78: Rel (    23,    42)  ->  Abs (   421,   883)
	 79: Rel (    19,    34)  ->  Abs (   440,   917)
	 80: Rel (    32,    38)  ->  Abs (   472,   955)
	 81: Rel (    13,   -82)  ->  Abs (   485,   873)
	 82: Rel (    14,   -82)  ->  Abs (   499,   791)
	 83: Rel (    21,  -123)  ->  Abs (   520,   668)
	 84: Rel (    22,  -106)  ->  Abs (   542,   562)
	 85: Rel (    12,   -55)  ->  Abs (   554,   507)
	 86: Rel (    67,   -48)  ->  Abs (   621,   459)
	 87: Rel (    57,     0)  ->  Abs (   678,   459)
	 88: Rel (    46,     0)  ->  Abs (   724,   459)
	 89: Rel (    51,    25)  ->  Abs (   775,   484)
	 90: Rel (    39,    60)  ->  Abs (   814,   544)
	 91: Rel (   -59,   273)  ->  Abs (   755,   817)
	 92: Rel (    -7,    32)  ->  Abs (   748,   849)
	 93: Rel (    -3,    20)  ->  Abs (   745,   869)
	 94: Rel (    -7,    39)  ->  Abs (   738,   908)
	 95: Rel (     0,    17)  ->  Abs (   738,   925)
	 96: Rel (     0,    35)  ->  Abs (   738,   960)
	 97: Rel (    23,    42)  ->  Abs (   761,  1002)
	 98: Rel (    19,    34)  ->  Abs (   780,  1036)
	 99: Rel (    32,    37)  ->  Abs (   812,  1073)
	100: Rel (     9,   -51)  ->  Abs (   821,  1022)
	101: Rel (    23,  -119)  ->  Abs (   844,   903)
	102: Rel (    23,  -114)  ->  Abs (   867,   789)
	103: Rel (    36,  -172)  ->  Abs (   903,   617)
	104: Rel (    16,   -73)  ->  Abs (   919,   544)
	105: Rel (    32,   -38)  ->  Abs (   951,   506)
	106: Rel (    39,   -46)  ->  Abs (   990,   460)
	107: Rel (    66,     0)  ->  Abs (  1056,   460)
	108: Rel (    28,     0)  ->  Abs (  1084,   460)
	109: Rel (    35,    45)  ->  Abs (  1119,   505)
	110: Rel (     5,    39)  ->  Abs (  1124,   544)
	111: Rel (   -58,   273)  ->  Abs (  1066,   817)
	112: Rel (    -7,    42)  ->  Abs (  1059,   859)
	113: Rel (    -2,    10)  ->  Abs (  1057,   869)
	114: Rel (    -7,    41)  ->  Abs (  1050,   910)
	115: Rel (     0,    15)  ->  Abs (  1050,   925)
	116: Rel (     0,    34)  ->  Abs (  1050,   959)
	117: Rel (    23,    43)  ->  Abs (  1073,  1002)
	118: Rel (    20,    37)  ->  Abs (  1093,  1039)
	119: Rel (    29,    34)  ->  Abs (  1122,  1073)
	120: Rel (     4,   -25)  ->  Abs (  1126,  1048)
	121: Rel (    30,  -135)  ->  Abs (  1156,   913)
	122: Rel (    36,  -164)  ->  Abs (  1192,   749)
	123: Rel (    16,   -84)  ->  Abs (  1208,   665)
	124: Rel (    27,  -142)  ->  Abs (  1235,   523)
	125: Rel (  -786,   -23)  ->  Abs (   449,   500)
	126: Rel (   -19,   111)  ->  Abs (   430,   611)
	127: Rel (   -88,   -32)  ->  Abs (   342,   579)
	128: Rel (   -46,   -31)  ->  Abs (   296,   548)
	129: Rel (   -52,   -35)  ->  Abs (   244,   513)
	130: Rel (   -35,   -56)  ->  Abs (   209,   457)
	131: Rel (    22,    -9)  ->  Abs (   231,   448)
	132: Rel (    55,   -10)  ->  Abs (   286,   438)
	133: Rel (    50,     0)  ->  Abs (   336,   438)
	134: Rel (    28,     0)  ->  Abs (   364,   438)
	135: Rel (    60,    33)  ->  Abs (   424,   471)

	Glyph 896: off = 0x00026DF0, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			121
	  yMin:			147
	  xMax:			744
	  yMax:			819

	     0: Flags:		0x0016
		Glyf Index:	751
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 897: off = 0x00026E00, len = 282
	  numberOfContours:	2
	  xMin:			14
	  yMin:			266
	  xMax:			422
	  yMax:			1693

	EndPoints
	---------
	  0:  22
	  1:  43

	  Length of Instructions:	140
	00000: NPUSHB      (14):     0    20    22    64    22    63    52    22    22    16 
	                            20    12     8    11 
	00016: PUSHW[1]            -64 
	00019: PUSHB[7]             22    63    52    11    11     4    16 
	00027: PUSHW[1]            753 
	00030: PUSHB[3]              8     8    20 
	00034: PUSHW[1]            753 
	00037: NPUSHB      (11):     4    64     9    15    52     4     4    39    28    27 
	                            36 
	00050: PUSHW[5]            751    39   779    27   783 
	00061: NPUSHB       (9):    22    22     0    11     0    11    12    12    36 
	00072: PUSHW[1]            784 
	00075: PUSHB[7]             39    39    31    28    27    27    23 
	00083: PUSHW[2]            784    31 
	00088: MDAP[rd]   
	00089: MIRP[nrp0,md,rd,1] 
	00090: RTHG       
	00091: IP         
	00092: MDAP[rd]   
	00093: SHP[rp1,zp0] 
	00094: SRP1       
	00095: IP         
	00096: MDAP[rd]   
	00097: RTG        
	00098: MIRP[srp0,md,rd,1] 
	00099: SHP[rp2,zp1] 
	00100: MDAP[rd]   
	00101: SHP[rp1,zp0] 
	00102: SHP[rp1,zp0] 
	00103: RTHG       
	00104: MDAP[rd]   
	00105: RTG        
	00106: MDAP[rd]   
	00107: SHP[rp1,zp0] 
	00108: RTHG       
	00109: MDAP[rd]   
	00110: SVTCA[y-axis] 
	00111: RTG        
	00112: MIAP[rd+ci] 
	00113: MIAP[rd+ci] 
	00114: MIRP[nrp0,nmd,rd,0] 
	00115: SRP1       
	00116: IP         
	00117: SRP1       
	00118: SHP[rp1,zp0] 
	00119: MDAP[rd]   
	00120: CALL       
	00121: MIRP[nrp0,md,rd,1] 
	00122: SHP[rp1,zp0] 
	00123: MDAP[rd]   
	00124: MIRP[nrp0,md,rd,1] 
	00125: SRP2       
	00126: IP         
	00127: MDAP[rd]   
	00128: CALL       
	00129: SRP2       
	00130: IP         
	00131: SRP1       
	00132: SRP2       
	00133: IP         
	00134: MDAP[rd]   
	00135: CALL       
	00136: SRP2       
	00137: IP         
	00138: IUP[y]     
	00139: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:                              X-Short On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:  YDual               Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:                              X-Short Off
	 34:  YDual               Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   422,  1654)  ->  Abs (   422,  1654)
	  1: Rel (   -28,   -32)  ->  Abs (   394,  1622)
	  2: Rel (   -29,   -17)  ->  Abs (   365,  1605)
	  3: Rel (   -41,   -24)  ->  Abs (   324,  1581)
	  4: Rel (   -48,     0)  ->  Abs (   276,  1581)
	  5: Rel (   -50,     0)  ->  Abs (   226,  1581)
	  6: Rel (   -45,    15)  ->  Abs (   181,  1596)
	  7: Rel (   -99,    33)  ->  Abs (    82,  1629)
	  8: Rel (    -6,     0)  ->  Abs (    76,  1629)
	  9: Rel (   -12,     0)  ->  Abs (    64,  1629)
	 10: Rel (   -24,    -7)  ->  Abs (    40,  1622)
	 11: Rel (   -15,    -7)  ->  Abs (    25,  1615)
	 12: Rel (   -11,    13)  ->  Abs (    14,  1628)
	 13: Rel (    25,    36)  ->  Abs (    39,  1664)
	 14: Rel (    11,     9)  ->  Abs (    50,  1673)
	 15: Rel (    23,    20)  ->  Abs (    73,  1693)
	 16: Rel (    38,     0)  ->  Abs (   111,  1693)
	 17: Rel (     9,     0)  ->  Abs (   120,  1693)
	 18: Rel (   100,   -32)  ->  Abs (   220,  1661)
	 19: Rel (    50,   -16)  ->  Abs (   270,  1645)
	 20: Rel (    33,     0)  ->  Abs (   303,  1645)
	 21: Rel (    53,     0)  ->  Abs (   356,  1645)
	 22: Rel (    52,    23)  ->  Abs (   408,  1668)
	 23: Rel (   -70, -1120)  ->  Abs (   338,   548)
	 24: Rel (     0,   -80)  ->  Abs (   338,   468)
	 25: Rel (   -29,   -75)  ->  Abs (   309,   393)
	 26: Rel (   -15,   -40)  ->  Abs (   294,   353)
	 27: Rel (   -50,   -87)  ->  Abs (   244,   266)
	 28: Rel (   -18,    10)  ->  Abs (   226,   276)
	 29: Rel (     3,    29)  ->  Abs (   229,   305)
	 30: Rel (     5,    76)  ->  Abs (   234,   381)
	 31: Rel (     0,    13)  ->  Abs (   234,   394)
	 32: Rel (     0,   104)  ->  Abs (   234,   498)
	 33: Rel (   -33,   373)  ->  Abs (   201,   871)
	 34: Rel (   -23,   203)  ->  Abs (   178,  1074)
	 35: Rel (   -14,   123)  ->  Abs (   164,  1197)
	 36: Rel (   -17,   128)  ->  Abs (   147,  1325)
	 37: Rel (    20,    44)  ->  Abs (   167,  1369)
	 38: Rel (    51,   102)  ->  Abs (   218,  1471)
	 39: Rel (    23,    45)  ->  Abs (   241,  1516)
	 40: Rel (    16,  -114)  ->  Abs (   257,  1402)
	 41: Rel (    49,  -396)  ->  Abs (   306,  1006)
	 42: Rel (    14,  -159)  ->  Abs (   320,   847)
	 43: Rel (    18,  -198)  ->  Abs (   338,   649)

	Glyph 898: off = 0x00026F1A, len = 290
	  numberOfContours:	2
	  xMin:			34
	  yMin:			293
	  xMax:			540
	  yMax:			1693

	EndPoints
	---------
	  0:  22
	  1:  45

	  Length of Instructions:	144
	00000: NPUSHB      (14):    23    43    45    64    22    63    52    45    45    39 
	                            43    35    31    34 
	00016: PUSHW[1]            -64 
	00019: PUSHB[7]             22    63    52    34    34    27    39 
	00027: PUSHW[1]            753 
	00030: PUSHB[3]             31    31    43 
	00034: PUSHW[1]            753 
	00037: PUSHB[8]             27    64     9    15    52    27    27    12 
	00046: PUSHW[7]            751    13   779    22   751     1   747 
	00061: NPUSHB      (18):    45    45    23    34    23    34    35    35    12    64 
	                             9    17    52    12    12    13    13     6 
	00081: PUSHW[1]            786 
	00084: PUSHB[3]             17    17     0 
	00088: PUSHW[2]            752    47 
	00093: SRP0       
	00094: MIRP[srp0,nmd,rd,1] 
	00095: SHP[rp2,zp1] 
	00096: MDAP[rd]   
	00097: MIRP[srp0,md,rd,1] 
	00098: RTHG       
	00099: IP         
	00100: MDAP[rd]   
	00101: SHP[rp2,zp1] 
	00102: RTG        
	00103: MDAP[rd]   
	00104: CALL       
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: SHP[rp1,zp0] 
	00108: SHP[rp1,zp0] 
	00109: RTHG       
	00110: MDAP[rd]   
	00111: RTG        
	00112: MDAP[rd]   
	00113: SHP[rp1,zp0] 
	00114: RTHG       
	00115: MDAP[rd]   
	00116: SVTCA[y-axis] 
	00117: RTG        
	00118: MIAP[rd+ci] 
	00119: MIRP[nrp0,md,rd,1] 
	00120: MIAP[rd+ci] 
	00121: MIRP[nrp0,md,rd,0] 
	00122: SHP[rp1,zp0] 
	00123: MDAP[rd]   
	00124: CALL       
	00125: MIRP[nrp0,md,rd,1] 
	00126: SHP[rp1,zp0] 
	00127: MDAP[rd]   
	00128: MIRP[nrp0,md,rd,1] 
	00129: SRP2       
	00130: IP         
	00131: MDAP[rd]   
	00132: CALL       
	00133: SRP2       
	00134: IP         
	00135: SRP1       
	00136: SRP2       
	00137: IP         
	00138: MDAP[rd]   
	00139: CALL       
	00140: SRP2       
	00141: IP         
	00142: IUP[y]     
	00143: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual       Rep-  2 Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual                 X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short On
	 23:                              X-Short On
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short On
	 35:  YDual               Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short On
	 42:        XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   540,   293)  ->  Abs (   540,   293)
	  1: Rel (  -140,     0)  ->  Abs (   400,   293)
	  2: Rel (   -68,     0)  ->  Abs (   332,   293)
	  3: Rel (   -41,    55)  ->  Abs (   291,   348)
	  4: Rel (   -36,    48)  ->  Abs (   255,   396)
	  5: Rel (   -37,   190)  ->  Abs (   218,   586)
	  6: Rel (   -10,   139)  ->  Abs (   208,   725)
	  7: Rel (    -6,   113)  ->  Abs (   202,   838)
	  8: Rel (   -13,   238)  ->  Abs (   189,  1076)
	  9: Rel (   -21,   123)  ->  Abs (   168,  1199)
	 10: Rel (   -18,    39)  ->  Abs (   150,  1238)
	 11: Rel (   -22,    48)  ->  Abs (   128,  1286)
	 12: Rel (   -39,    36)  ->  Abs (    89,  1322)
	 13: Rel (   123,   194)  ->  Abs (   212,  1516)
	 14: Rel (    39,  -120)  ->  Abs (   251,  1396)
	 15: Rel (    16,  -167)  ->  Abs (   267,  1229)
	 16: Rel (    10,  -104)  ->  Abs (   277,  1125)
	 17: Rel (    10,  -388)  ->  Abs (   287,   737)
	 18: Rel (    18,  -178)  ->  Abs (   305,   559)
	 19: Rel (    34,   -50)  ->  Abs (   339,   509)
	 20: Rel (    28,   -42)  ->  Abs (   367,   467)
	 21: Rel (    33,     0)  ->  Abs (   400,   467)
	 22: Rel (   140,     0)  ->  Abs (   540,   467)
	 23: Rel (   -98,  1187)  ->  Abs (   442,  1654)
	 24: Rel (   -28,   -32)  ->  Abs (   414,  1622)
	 25: Rel (   -29,   -17)  ->  Abs (   385,  1605)
	 26: Rel (   -41,   -24)  ->  Abs (   344,  1581)
	 27: Rel (   -48,     0)  ->  Abs (   296,  1581)
	 28: Rel (   -50,     0)  ->  Abs (   246,  1581)
	 29: Rel (   -45,    15)  ->  Abs (   201,  1596)
	 30: Rel (   -99,    33)  ->  Abs (   102,  1629)
	 31: Rel (    -6,     0)  ->  Abs (    96,  1629)
	 32: Rel (   -12,     0)  ->  Abs (    84,  1629)
	 33: Rel (   -24,    -7)  ->  Abs (    60,  1622)
	 34: Rel (   -15,    -7)  ->  Abs (    45,  1615)
	 35: Rel (   -11,    13)  ->  Abs (    34,  1628)
	 36: Rel (    25,    36)  ->  Abs (    59,  1664)
	 37: Rel (    11,     9)  ->  Abs (    70,  1673)
	 38: Rel (    23,    20)  ->  Abs (    93,  1693)
	 39: Rel (    38,     0)  ->  Abs (   131,  1693)
	 40: Rel (     9,     0)  ->  Abs (   140,  1693)
	 41: Rel (   100,   -32)  ->  Abs (   240,  1661)
	 42: Rel (    50,   -16)  ->  Abs (   290,  1645)
	 43: Rel (    33,     0)  ->  Abs (   323,  1645)
	 44: Rel (    53,     0)  ->  Abs (   376,  1645)
	 45: Rel (    52,    23)  ->  Abs (   428,  1668)

	Glyph 899: off = 0x0002703C, len = 318
	  numberOfContours:	2
	  xMin:			86
	  yMin:			266
	  xMax:			366
	  yMax:			1802

	EndPoints
	---------
	  0:  31
	  1:  52

	  Length of Instructions:	155
	00000: PUSHW[2]              3   -32 
	00005: PUSHB[4]             18    25    52     2 
	00010: PUSHW[1]            -32 
	00013: PUSHB[6]             11    17    52    37    36    45 
	00020: PUSHW[3]            751    48   -64 
	00027: NPUSHB      (13):     9    42    52    48    48     5    21     0    23     7 
	                            29     5     5 
	00042: PUSHW[1]            -64 
	00045: PUSHB[7]             18    25    52     5    29    29    23 
	00053: PUSHW[5]            757    15   789    36   783 
	00064: NPUSHB      (11):    21     7    18    18    26     0     0    26     5     5 
	                            11 
	00077: PUSHW[1]            773 
	00080: PUSHB[3]             26    26    45 
	00084: PUSHW[1]            784 
	00087: PUSHB[7]             48    48    40    37    36    36    32 
	00095: PUSHW[3]            784    40   315 
	00102: SCANCTRL   
	00103: MDAP[rd]   
	00104: MIRP[nrp0,md,rd,1] 
	00105: RTHG       
	00106: IP         
	00107: MDAP[rd]   
	00108: SHP[rp1,zp0] 
	00109: SRP1       
	00110: IP         
	00111: MDAP[rd]   
	00112: RTG        
	00113: MIRP[srp0,md,rd,1] 
	00114: IP         
	00115: MDAP[rd]   
	00116: MIRP[srp0,md,rd,1] 
	00117: SHP[rp2,zp1] 
	00118: MDAP[rd]   
	00119: SRP1       
	00120: SHP[rp1,zp0] 
	00121: MDAP[rd]   
	00122: SRP2       
	00123: IP         
	00124: MDAP[rd]   
	00125: IP         
	00126: IP         
	00127: SVTCA[y-axis] 
	00128: MIAP[rd+ci] 
	00129: MIAP[rd+ci] 
	00130: MIRP[srp0,md,rd,1] 
	00131: SHP[rp2,zp1] 
	00132: MDAP[rd]   
	00133: SHP[rp1,zp0] 
	00134: CALL       
	00135: MDAP[rd]   
	00136: SRP2       
	00137: IP         
	00138: SRP1       
	00139: IP         
	00140: IP         
	00141: SRP1       
	00142: SHP[rp1,zp0] 
	00143: RDTG       
	00144: MDAP[rd]   
	00145: RTG        
	00146: CALL       
	00147: MIRP[nrp0,nmd,rd,0] 
	00148: SRP1       
	00149: IP         
	00150: IUP[y]     
	00151: IUP[x]     
	00152: SVTCA[y-axis] 
	00153: CALL       
	00154: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:        XDual                 X-Short On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:  YDual               Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:                              X-Short Off
	 43:  YDual               Y-Short X-Short On
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual               Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   366,  1638)  ->  Abs (   366,  1638)
	  1: Rel (     0,   -25)  ->  Abs (   366,  1613)
	  2: Rel (   -31,   -20)  ->  Abs (   335,  1593)
	  3: Rel (   -21,   -13)  ->  Abs (   314,  1580)
	  4: Rel (   -42,   -15)  ->  Abs (   272,  1565)
	  5: Rel (  -186,   -64)  ->  Abs (    86,  1501)
	  6: Rel (     0,    46)  ->  Abs (    86,  1547)
	  7: Rel (   100,    35)  ->  Abs (   186,  1582)
	  8: Rel (   -31,    16)  ->  Abs (   155,  1598)
	  9: Rel (   -16,    15)  ->  Abs (   139,  1613)
	 10: Rel (   -21,    19)  ->  Abs (   118,  1632)
	 11: Rel (     0,    21)  ->  Abs (   118,  1653)
	 12: Rel (     0,    31)  ->  Abs (   118,  1684)
	 13: Rel (    53,    56)  ->  Abs (   171,  1740)
	 14: Rel (    59,    62)  ->  Abs (   230,  1802)
	 15: Rel (    45,     0)  ->  Abs (   275,  1802)
	 16: Rel (    20,     0)  ->  Abs (   295,  1802)
	 17: Rel (    29,   -27)  ->  Abs (   324,  1775)
	 18: Rel (     0,   -22)  ->  Abs (   324,  1753)
	 19: Rel (     0,   -14)  ->  Abs (   324,  1739)
	 20: Rel (   -12,   -29)  ->  Abs (   312,  1710)
	 21: Rel (   -11,   -18)  ->  Abs (   301,  1692)
	 22: Rel (   -31,    28)  ->  Abs (   270,  1720)
	 23: Rel (   -36,     0)  ->  Abs (   234,  1720)
	 24: Rel (   -22,     0)  ->  Abs (   212,  1720)
	 25: Rel (   -43,   -18)  ->  Abs (   169,  1702)
	 26: Rel (     0,   -12)  ->  Abs (   169,  1690)
	 27: Rel (     0,   -15)  ->  Abs (   169,  1675)
	 28: Rel (    93,   -52)  ->  Abs (   262,  1623)
	 29: Rel (    33,     0)  ->  Abs (   295,  1623)
	 30: Rel (    22,     0)  ->  Abs (   317,  1623)
	 31: Rel (    19,     3)  ->  Abs (   336,  1626)
	 32: Rel (     2, -1078)  ->  Abs (   338,   548)
	 33: Rel (     0,   -80)  ->  Abs (   338,   468)
	 34: Rel (   -29,   -75)  ->  Abs (   309,   393)
	 35: Rel (   -15,   -40)  ->  Abs (   294,   353)
	 36: Rel (   -50,   -87)  ->  Abs (   244,   266)
	 37: Rel (   -18,    10)  ->  Abs (   226,   276)
	 38: Rel (     3,    29)  ->  Abs (   229,   305)
	 39: Rel (     5,    76)  ->  Abs (   234,   381)
	 40: Rel (     0,    13)  ->  Abs (   234,   394)
	 41: Rel (     0,   104)  ->  Abs (   234,   498)
	 42: Rel (   -33,   373)  ->  Abs (   201,   871)
	 43: Rel (   -23,   203)  ->  Abs (   178,  1074)
	 44: Rel (   -14,   123)  ->  Abs (   164,  1197)
	 45: Rel (   -17,   128)  ->  Abs (   147,  1325)
	 46: Rel (    20,    44)  ->  Abs (   167,  1369)
	 47: Rel (    51,   102)  ->  Abs (   218,  1471)
	 48: Rel (    23,    45)  ->  Abs (   241,  1516)
	 49: Rel (    16,  -114)  ->  Abs (   257,  1402)
	 50: Rel (    49,  -396)  ->  Abs (   306,  1006)
	 51: Rel (    14,  -159)  ->  Abs (   320,   847)
	 52: Rel (    18,  -198)  ->  Abs (   338,   649)

	Glyph 900: off = 0x0002717A, len = 322
	  numberOfContours:	2
	  xMin:			86
	  yMin:			293
	  xMax:			540
	  yMax:			1802

	EndPoints
	---------
	  0:  31
	  1:  54

	  Length of Instructions:	156
	00000: PUSHW[2]              2   -32 
	00005: PUSHB[4]             11    17    52    44 
	00010: PUSHW[3]            751    45   -64 
	00017: NPUSHB      (13):     9    42    52    45    45     5    21     0    23     7 
	                            29     5     5 
	00032: PUSHW[1]            -64 
	00035: PUSHB[7]             18    25    52     5    29    29    23 
	00043: PUSHW[7]            757    15   789    54   751    33   747 
	00058: NPUSHB      (11):    21     7    18    18    26     0     0    26     5     5 
	                            11 
	00071: PUSHW[1]            773 
	00074: NPUSHB      (13):    26    26    45    44    64     9    17    52    44    44 
	                            45    45    38 
	00089: PUSHW[1]            786 
	00092: PUSHB[3]             49    49    32 
	00096: PUSHW[3]            752    56   315 
	00103: SCANCTRL   
	00104: SRP0       
	00105: MIRP[srp0,nmd,rd,1] 
	00106: SHP[rp2,zp1] 
	00107: MDAP[rd]   
	00108: MIRP[srp0,md,rd,1] 
	00109: RTHG       
	00110: IP         
	00111: MDAP[rd]   
	00112: SHP[rp2,zp1] 
	00113: RTG        
	00114: MDAP[rd]   
	00115: CALL       
	00116: SRP2       
	00117: IP         
	00118: MDAP[rd]   
	00119: MIRP[srp0,md,rd,1] 
	00120: SHP[rp2,zp1] 
	00121: MDAP[rd]   
	00122: SRP1       
	00123: SHP[rp1,zp0] 
	00124: MDAP[rd]   
	00125: SRP2       
	00126: IP         
	00127: MDAP[rd]   
	00128: IP         
	00129: IP         
	00130: SVTCA[y-axis] 
	00131: MIAP[rd+ci] 
	00132: MIRP[nrp0,md,rd,1] 
	00133: MIAP[rd+ci] 
	00134: MIRP[srp0,md,rd,1] 
	00135: SHP[rp2,zp1] 
	00136: MDAP[rd]   
	00137: SHP[rp1,zp0] 
	00138: CALL       
	00139: MDAP[rd]   
	00140: SRP2       
	00141: IP         
	00142: SRP1       
	00143: IP         
	00144: IP         
	00145: SRP1       
	00146: SHP[rp1,zp0] 
	00147: RDTG       
	00148: MDAP[rd]   
	00149: RTG        
	00150: CALL       
	00151: MIRP[nrp0,md,rd,0] 
	00152: IUP[y]     
	00153: IUP[x]     
	00154: SVTCA[y-axis] 
	00155: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:        XDual                 X-Short On
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual       Rep-  2 Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short On
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short On
	 46:        XDual         Y-Short X-Short Off
	 47:        XDual         Y-Short X-Short On
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual                 X-Short On
	 50:        XDual         Y-Short X-Short Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   366,  1638)  ->  Abs (   366,  1638)
	  1: Rel (     0,   -25)  ->  Abs (   366,  1613)
	  2: Rel (   -31,   -20)  ->  Abs (   335,  1593)
	  3: Rel (   -21,   -13)  ->  Abs (   314,  1580)
	  4: Rel (   -42,   -15)  ->  Abs (   272,  1565)
	  5: Rel (  -186,   -64)  ->  Abs (    86,  1501)
	  6: Rel (     0,    46)  ->  Abs (    86,  1547)
	  7: Rel (   100,    35)  ->  Abs (   186,  1582)
	  8: Rel (   -31,    16)  ->  Abs (   155,  1598)
	  9: Rel (   -16,    15)  ->  Abs (   139,  1613)
	 10: Rel (   -21,    19)  ->  Abs (   118,  1632)
	 11: Rel (     0,    21)  ->  Abs (   118,  1653)
	 12: Rel (     0,    31)  ->  Abs (   118,  1684)
	 13: Rel (    53,    56)  ->  Abs (   171,  1740)
	 14: Rel (    59,    62)  ->  Abs (   230,  1802)
	 15: Rel (    45,     0)  ->  Abs (   275,  1802)
	 16: Rel (    20,     0)  ->  Abs (   295,  1802)
	 17: Rel (    29,   -27)  ->  Abs (   324,  1775)
	 18: Rel (     0,   -22)  ->  Abs (   324,  1753)
	 19: Rel (     0,   -14)  ->  Abs (   324,  1739)
	 20: Rel (   -12,   -29)  ->  Abs (   312,  1710)
	 21: Rel (   -11,   -18)  ->  Abs (   301,  1692)
	 22: Rel (   -31,    28)  ->  Abs (   270,  1720)
	 23: Rel (   -36,     0)  ->  Abs (   234,  1720)
	 24: Rel (   -22,     0)  ->  Abs (   212,  1720)
	 25: Rel (   -43,   -18)  ->  Abs (   169,  1702)
	 26: Rel (     0,   -12)  ->  Abs (   169,  1690)
	 27: Rel (     0,   -15)  ->  Abs (   169,  1675)
	 28: Rel (    93,   -52)  ->  Abs (   262,  1623)
	 29: Rel (    33,     0)  ->  Abs (   295,  1623)
	 30: Rel (    22,     0)  ->  Abs (   317,  1623)
	 31: Rel (    19,     3)  ->  Abs (   336,  1626)
	 32: Rel (   204, -1333)  ->  Abs (   540,   293)
	 33: Rel (  -140,     0)  ->  Abs (   400,   293)
	 34: Rel (   -68,     0)  ->  Abs (   332,   293)
	 35: Rel (   -41,    55)  ->  Abs (   291,   348)
	 36: Rel (   -36,    48)  ->  Abs (   255,   396)
	 37: Rel (   -37,   190)  ->  Abs (   218,   586)
	 38: Rel (   -10,   139)  ->  Abs (   208,   725)
	 39: Rel (    -6,   113)  ->  Abs (   202,   838)
	 40: Rel (   -13,   238)  ->  Abs (   189,  1076)
	 41: Rel (   -21,   123)  ->  Abs (   168,  1199)
	 42: Rel (   -18,    39)  ->  Abs (   150,  1238)
	 43: Rel (   -22,    48)  ->  Abs (   128,  1286)
	 44: Rel (   -39,    36)  ->  Abs (    89,  1322)
	 45: Rel (   123,   194)  ->  Abs (   212,  1516)
	 46: Rel (    39,  -120)  ->  Abs (   251,  1396)
	 47: Rel (    16,  -167)  ->  Abs (   267,  1229)
	 48: Rel (    10,  -104)  ->  Abs (   277,  1125)
	 49: Rel (    10,  -388)  ->  Abs (   287,   737)
	 50: Rel (    18,  -178)  ->  Abs (   305,   559)
	 51: Rel (    34,   -50)  ->  Abs (   339,   509)
	 52: Rel (    28,   -42)  ->  Abs (   367,   467)
	 53: Rel (    33,     0)  ->  Abs (   400,   467)
	 54: Rel (   140,     0)  ->  Abs (   540,   467)

	Glyph 901: off = 0x000272BC, len = 422
	  numberOfContours:	3
	  xMin:			120
	  yMin:			-157
	  xMax:			955
	  yMax:			1137

	EndPoints
	---------
	  0:  32
	  1:  42
	  2:  74

	  Length of Instructions:	205
	00000: PUSHW[2]             45   -32 
	00005: NPUSHB       (9):    11    17    52    16    64    13    17    52     3 
	00016: PUSHW[1]            -32 
	00019: NPUSHB      (15):    11    18    52    18    64     9    17    52    64    43 
	                            66    50    72    48    58 
	00036: PUSHW[1]            757 
	00039: NPUSHB      (21):    66    66    72    64    18    25    52    72    72    48 
	                            64     9    29    52    48    48    28    11    20    10 
	                            28 
	00062: PUSHW[1]            751 
	00065: PUSHB[3]             37    37    33 
	00069: PUSHW[3]            751    20   747 
	00076: PUSHB[3]             10    10    14 
	00080: PUSHW[3]            778     4   776 
	00087: NPUSHB      (11):    64    50    61    61    69    43    43    69    48    48 
	                            54 
	00100: PUSHW[1]            773 
	00103: PUSHB[3]             69    69    24 
	00107: PUSHW[1]            765 
	00110: PUSHB[4]             40    40    10    33 
	00115: PUSHW[5]            771    20   771     0   752 
	00126: PUSHB[3]             76    11    10 
	00130: PUSHW[1]            -64 
	00133: PUSHB[4]              9    12    52    10 
	00138: PUSHW[1]            315 
	00141: SCANCTRL   
	00142: MDAP[rd]   
	00143: CALL       
	00144: SHP[rp1,zp0] 
	00145: SRP0       
	00146: MIRP[srp0,nmd,rd,0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIRP[nrp0,md,rd,1] 
	00149: SRP1       
	00150: IP         
	00151: MDAP[rd]   
	00152: MIRP[srp0,md,rd,1] 
	00153: SHP[rp2,zp1] 
	00154: MDAP[rd]   
	00155: MIRP[srp0,md,rd,1] 
	00156: SHP[rp2,zp1] 
	00157: MDAP[rd]   
	00158: SRP1       
	00159: SHP[rp1,zp0] 
	00160: MDAP[rd]   
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: IP         
	00165: IP         
	00166: SVTCA[y-axis] 
	00167: MIAP[rd+ci] 
	00168: MIRP[srp0,md,rd,1] 
	00169: SHP[rp2,zp1] 
	00170: RTHG       
	00171: MDAP[rd]   
	00172: RTG        
	00173: MIAP[rd+ci] 
	00174: MIRP[srp0,md,rd,1] 
	00175: SHP[rp2,zp1] 
	00176: MDAP[rd]   
	00177: MIRP[nrp0,md,rd,1] 
	00178: SRP1       
	00179: SRP2       
	00180: IP         
	00181: SRP1       
	00182: SHP[rp1,zp0] 
	00183: MDAP[rd]   
	00184: CALL       
	00185: SHP[rp1,zp0] 
	00186: MDAP[rd]   
	00187: CALL       
	00188: SHP[rp1,zp0] 
	00189: MDAP[rd]   
	00190: MIRP[nrp0,md,rd,1] 
	00191: SRP1       
	00192: SRP2       
	00193: IP         
	00194: SRP1       
	00195: IP         
	00196: IP         
	00197: IUP[y]     
	00198: IUP[x]     
	00199: SVTCA[x-axis] 
	00200: CALL       
	00201: CALL       
	00202: CALL       
	00203: SVTCA[y-axis] 
	00204: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:                      Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short Off
	 43:                              X-Short On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short On
	 46:                      Y-Short X-Short Off
	 47:                      Y-Short X-Short On
	 48:                      Y-Short X-Short On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual XDual         Y-Short X-Short On
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual               Y-Short X-Short On
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual XDual         Y-Short         On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual XDual         Y-Short X-Short On
	 57:  YDual XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:        XDual         Y-Short X-Short Off
	 61:        XDual         Y-Short         On
	 62:        XDual         Y-Short         Off
	 63:                      Y-Short X-Short Off
	 64:                      Y-Short X-Short On
	 65:  YDual               Y-Short X-Short Off
	 66:  YDual                       X-Short On
	 67:  YDual                       X-Short Off
	 68:                      Y-Short X-Short Off
	 69:        XDual         Y-Short         On
	 70:        XDual         Y-Short         Off
	 71:        XDual         Y-Short X-Short Off
	 72:  YDual XDual                 X-Short On
	 73:  YDual XDual                 X-Short Off
	 74:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   955,   353)  ->  Abs (   955,   353)
	  1: Rel (     0,  -165)  ->  Abs (   955,   188)
	  2: Rel (  -122,  -163)  ->  Abs (   833,    25)
	  3: Rel (  -136,  -182)  ->  Abs (   697,  -157)
	  4: Rel (  -178,     0)  ->  Abs (   519,  -157)
	  5: Rel (   -66,     0)  ->  Abs (   453,  -157)
	  6: Rel (   -70,    15)  ->  Abs (   383,  -142)
	  7: Rel (   -51,    11)  ->  Abs (   332,  -131)
	  8: Rel (   -82,    27)  ->  Abs (   250,  -104)
	  9: Rel (   -65,    23)  ->  Abs (   185,   -81)
	 10: Rel (   -65,    22)  ->  Abs (   120,   -59)
	 11: Rel (    17,    35)  ->  Abs (   137,   -24)
	 12: Rel (    56,   -13)  ->  Abs (   193,   -37)
	 13: Rel (   123,   -29)  ->  Abs (   316,   -66)
	 14: Rel (    49,     0)  ->  Abs (   365,   -66)
	 15: Rel (   122,     0)  ->  Abs (   487,   -66)
	 16: Rel (   109,    62)  ->  Abs (   596,    -4)
	 17: Rel (    85,    49)  ->  Abs (   681,    45)
	 18: Rel (    85,    93)  ->  Abs (   766,   138)
	 19: Rel (    43,    47)  ->  Abs (   809,   185)
	 20: Rel (    79,   106)  ->  Abs (   888,   291)
	 21: Rel (  -135,     0)  ->  Abs (   753,   291)
	 22: Rel (   -67,    43)  ->  Abs (   686,   334)
	 23: Rel (   -76,    49)  ->  Abs (   610,   383)
	 24: Rel (     0,   112)  ->  Abs (   610,   495)
	 25: Rel (     0,   103)  ->  Abs (   610,   598)
	 26: Rel (    48,    88)  ->  Abs (   658,   686)
	 27: Rel (    56,   102)  ->  Abs (   714,   788)
	 28: Rel (    86,     0)  ->  Abs (   800,   788)
	 29: Rel (    87,     0)  ->  Abs (   887,   788)
	 30: Rel (    38,  -101)  ->  Abs (   925,   687)
	 31: Rel (    30,   -79)  ->  Abs (   955,   608)
	 32: Rel (     0,  -141)  ->  Abs (   955,   467)
	 33: Rel (   -63,    -5)  ->  Abs (   892,   462)
	 34: Rel (   -22,    96)  ->  Abs (   870,   558)
	 35: Rel (   -31,    37)  ->  Abs (   839,   595)
	 36: Rel (   -27,    32)  ->  Abs (   812,   627)
	 37: Rel (   -39,     0)  ->  Abs (   773,   627)
	 38: Rel (   -28,     0)  ->  Abs (   745,   627)
	 39: Rel (   -41,   -37)  ->  Abs (   704,   590)
	 40: Rel (     0,   -28)  ->  Abs (   704,   562)
	 41: Rel (     0,   -49)  ->  Abs (   704,   513)
	 42: Rel (    88,   -51)  ->  Abs (   792,   462)
	 43: Rel (   -77,   511)  ->  Abs (   715,   973)
	 44: Rel (     0,   -25)  ->  Abs (   715,   948)
	 45: Rel (   -31,   -20)  ->  Abs (   684,   928)
	 46: Rel (   -21,   -13)  ->  Abs (   663,   915)
	 47: Rel (   -42,   -15)  ->  Abs (   621,   900)
	 48: Rel (  -186,   -64)  ->  Abs (   435,   836)
	 49: Rel (     0,    46)  ->  Abs (   435,   882)
	 50: Rel (   100,    35)  ->  Abs (   535,   917)
	 51: Rel (   -31,    16)  ->  Abs (   504,   933)
	 52: Rel (   -16,    15)  ->  Abs (   488,   948)
	 53: Rel (   -21,    19)  ->  Abs (   467,   967)
	 54: Rel (     0,    21)  ->  Abs (   467,   988)
	 55: Rel (     0,    31)  ->  Abs (   467,  1019)
	 56: Rel (    53,    56)  ->  Abs (   520,  1075)
	 57: Rel (    59,    62)  ->  Abs (   579,  1137)
	 58: Rel (    45,     0)  ->  Abs (   624,  1137)
	 59: Rel (    20,     0)  ->  Abs (   644,  1137)
	 60: Rel (    29,   -27)  ->  Abs (   673,  1110)
	 61: Rel (     0,   -22)  ->  Abs (   673,  1088)
	 62: Rel (     0,   -14)  ->  Abs (   673,  1074)
	 63: Rel (   -12,   -29)  ->  Abs (   661,  1045)
	 64: Rel (   -11,   -18)  ->  Abs (   650,  1027)
	 65: Rel (   -31,    28)  ->  Abs (   619,  1055)
	 66: Rel (   -36,     0)  ->  Abs (   583,  1055)
	 67: Rel (   -22,     0)  ->  Abs (   561,  1055)
	 68: Rel (   -43,   -18)  ->  Abs (   518,  1037)
	 69: Rel (     0,   -12)  ->  Abs (   518,  1025)
	 70: Rel (     0,   -15)  ->  Abs (   518,  1010)
	 71: Rel (    93,   -52)  ->  Abs (   611,   958)
	 72: Rel (    33,     0)  ->  Abs (   644,   958)
	 73: Rel (    22,     0)  ->  Abs (   666,   958)
	 74: Rel (    19,     3)  ->  Abs (   685,   961)

	Glyph 902: off = 0x00027462, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			120
	  yMin:			-157
	  xMax:			955
	  yMax:			1137

	     0: Flags:		0x0016
		Glyf Index:	901
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 903: off = 0x00027472, len = 322
	  numberOfContours:	2
	  xMin:			45
	  yMin:			-192
	  xMax:			338
	  yMax:			1516

	EndPoints
	---------
	  0:  31
	  1:  52

	  Length of Instructions:	159
	00000: PUSHW[2]              2   -32 
	00005: NPUSHB      (10):    11    17    52    21     0    23     7    29     5    15 
	00017: PUSHW[1]            757 
	00020: NPUSHB      (10):    23    23    29    64    18    25    52    29    29     5 
	00032: PUSHW[1]            -64 
	00035: PUSHB[7]             18    20    52    32     5     1     5 
	00043: PUSHW[1]            -64 
	00046: PUSHB[8]              9    15    52     5     5    37    36    45 
	00055: PUSHW[3]            751    48   779 
	00062: PUSHB[4]             47    36     1    36 
	00067: PUSHW[1]            783 
	00070: NPUSHB       (9):    21     7    18    18     0     0     5     5    26 
	00081: PUSHW[1]            773 
	00084: PUSHB[4]             11    11    40    45 
	00089: PUSHW[1]            784 
	00092: PUSHB[7]             48    48    40    37    36    36    32 
	00100: PUSHW[3]            784    40   315 
	00107: SCANCTRL   
	00108: MDAP[rd]   
	00109: MIRP[nrp0,md,rd,1] 
	00110: RTHG       
	00111: IP         
	00112: MDAP[rd]   
	00113: SHP[rp1,zp0] 
	00114: SRP1       
	00115: IP         
	00116: MDAP[rd]   
	00117: RTG        
	00118: MIRP[nrp0,md,rd,1] 
	00119: SRP1       
	00120: SHP[rp1,zp0] 
	00121: MDAP[rd]   
	00122: MIRP[nrp0,md,rd,1] 
	00123: SHP[rp1,zp0] 
	00124: MDAP[rd]   
	00125: SHP[rp2,zp1] 
	00126: MDAP[rd]   
	00127: IP         
	00128: MDAP[rd]   
	00129: IP         
	00130: IP         
	00131: SVTCA[y-axis] 
	00132: MIAP[rd+ci] 
	00133: DELTAP1    
	00134: MIAP[rd+ci] 
	00135: MIRP[nrp0,nmd,rd,0] 
	00136: SRP1       
	00137: IP         
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: CALL       
	00141: DELTAP1    
	00142: CALL       
	00143: SHP[rp1,zp0] 
	00144: MDAP[rd]   
	00145: CALL       
	00146: SHP[rp1,zp0] 
	00147: MDAP[rd]   
	00148: MIRP[nrp0,md,rd,1] 
	00149: SRP1       
	00150: SRP2       
	00151: IP         
	00152: SRP1       
	00153: IP         
	00154: IP         
	00155: IUP[y]     
	00156: IUP[x]     
	00157: SVTCA[y-axis] 
	00158: CALL       

	Flags
	-----
	  0:                      Y-Short         On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:        XDual                 X-Short On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:  YDual               Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:                              X-Short Off
	 43:  YDual               Y-Short X-Short On
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual               Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   325,   -55)  ->  Abs (   325,   -55)
	  1: Rel (     0,   -25)  ->  Abs (   325,   -80)
	  2: Rel (   -31,   -20)  ->  Abs (   294,  -100)
	  3: Rel (   -21,   -13)  ->  Abs (   273,  -113)
	  4: Rel (   -42,   -15)  ->  Abs (   231,  -128)
	  5: Rel (  -186,   -64)  ->  Abs (    45,  -192)
	  6: Rel (     0,    46)  ->  Abs (    45,  -146)
	  7: Rel (   100,    35)  ->  Abs (   145,  -111)
	  8: Rel (   -31,    16)  ->  Abs (   114,   -95)
	  9: Rel (   -16,    15)  ->  Abs (    98,   -80)
	 10: Rel (   -21,    19)  ->  Abs (    77,   -61)
	 11: Rel (     0,    21)  ->  Abs (    77,   -40)
	 12: Rel (     0,    31)  ->  Abs (    77,    -9)
	 13: Rel (    53,    56)  ->  Abs (   130,    47)
	 14: Rel (    59,    62)  ->  Abs (   189,   109)
	 15: Rel (    45,     0)  ->  Abs (   234,   109)
	 16: Rel (    20,     0)  ->  Abs (   254,   109)
	 17: Rel (    29,   -27)  ->  Abs (   283,    82)
	 18: Rel (     0,   -22)  ->  Abs (   283,    60)
	 19: Rel (     0,   -14)  ->  Abs (   283,    46)
	 20: Rel (   -12,   -29)  ->  Abs (   271,    17)
	 21: Rel (   -11,   -18)  ->  Abs (   260,    -1)
	 22: Rel (   -31,    28)  ->  Abs (   229,    27)
	 23: Rel (   -36,     0)  ->  Abs (   193,    27)
	 24: Rel (   -22,     0)  ->  Abs (   171,    27)
	 25: Rel (   -43,   -18)  ->  Abs (   128,     9)
	 26: Rel (     0,   -12)  ->  Abs (   128,    -3)
	 27: Rel (     0,   -15)  ->  Abs (   128,   -18)
	 28: Rel (    93,   -52)  ->  Abs (   221,   -70)
	 29: Rel (    33,     0)  ->  Abs (   254,   -70)
	 30: Rel (    22,     0)  ->  Abs (   276,   -70)
	 31: Rel (    19,     3)  ->  Abs (   295,   -67)
	 32: Rel (    43,   615)  ->  Abs (   338,   548)
	 33: Rel (     0,   -80)  ->  Abs (   338,   468)
	 34: Rel (   -29,   -75)  ->  Abs (   309,   393)
	 35: Rel (   -15,   -40)  ->  Abs (   294,   353)
	 36: Rel (   -50,   -87)  ->  Abs (   244,   266)
	 37: Rel (   -18,    10)  ->  Abs (   226,   276)
	 38: Rel (     3,    29)  ->  Abs (   229,   305)
	 39: Rel (     5,    76)  ->  Abs (   234,   381)
	 40: Rel (     0,    13)  ->  Abs (   234,   394)
	 41: Rel (     0,   104)  ->  Abs (   234,   498)
	 42: Rel (   -33,   373)  ->  Abs (   201,   871)
	 43: Rel (   -23,   203)  ->  Abs (   178,  1074)
	 44: Rel (   -14,   123)  ->  Abs (   164,  1197)
	 45: Rel (   -17,   128)  ->  Abs (   147,  1325)
	 46: Rel (    20,    44)  ->  Abs (   167,  1369)
	 47: Rel (    51,   102)  ->  Abs (   218,  1471)
	 48: Rel (    23,    45)  ->  Abs (   241,  1516)
	 49: Rel (    16,  -114)  ->  Abs (   257,  1402)
	 50: Rel (    49,  -396)  ->  Abs (   306,  1006)
	 51: Rel (    14,  -159)  ->  Abs (   320,   847)
	 52: Rel (    18,  -198)  ->  Abs (   338,   649)

	Glyph 904: off = 0x000275B4, len = 336
	  numberOfContours:	2
	  xMin:			89
	  yMin:			-192
	  xMax:			540
	  yMax:			1516

	EndPoints
	---------
	  0:  22
	  1:  54

	  Length of Instructions:	169
	00000: PUSHW[2]             25   -32 
	00005: NPUSHB      (10):    11    17    52    44    23    46    30    52    28    38 
	00017: PUSHW[1]            757 
	00020: NPUSHB      (13):    46    46    52    64    18    25    52    52    52   144 
	                            28     1    28 
	00035: PUSHW[1]            -64 
	00038: PUSHB[7]              9    14    52    28    28     1    12 
	00046: PUSHW[7]            751    13   779    22   751     1   747 
	00061: NPUSHB      (11):    44    30    41    41    49    23    23    49    28    28 
	                            34 
	00074: PUSHW[1]            773 
	00077: NPUSHB      (22):    49    64    13    14    52    49    64     9    10    52 
	                            49    49    12    64     9    17    52    12    12    13 
	                            13     6 
	00101: PUSHW[1]            786 
	00104: PUSHB[3]             17    17     0 
	00108: PUSHW[3]            752    56   315 
	00115: SCANCTRL   
	00116: SRP0       
	00117: MIRP[srp0,nmd,rd,0] 
	00118: SHP[rp2,zp1] 
	00119: MDAP[rd]   
	00120: MIRP[srp0,md,rd,1] 
	00121: RTHG       
	00122: IP         
	00123: MDAP[rd]   
	00124: SHP[rp2,zp1] 
	00125: RTG        
	00126: MDAP[rd]   
	00127: CALL       
	00128: SHP[rp2,zp1] 
	00129: MDAP[rd]   
	00130: CALL       
	00131: CALL       
	00132: MIRP[srp0,md,rd,1] 
	00133: SHP[rp2,zp1] 
	00134: MDAP[rd]   
	00135: SRP1       
	00136: SHP[rp1,zp0] 
	00137: MDAP[rd]   
	00138: SRP2       
	00139: IP         
	00140: MDAP[rd]   
	00141: IP         
	00142: IP         
	00143: SVTCA[y-axis] 
	00144: MIAP[rd+ci] 
	00145: MIRP[nrp0,md,rd,1] 
	00146: MIAP[rd+ci] 
	00147: MIRP[nrp0,md,rd,0] 
	00148: SRP1       
	00149: SHP[rp1,zp0] 
	00150: MDAP[rd]   
	00151: CALL       
	00152: DELTAP1    
	00153: SHP[rp1,zp0] 
	00154: MDAP[rd]   
	00155: CALL       
	00156: SHP[rp1,zp0] 
	00157: MDAP[rd]   
	00158: MIRP[nrp0,md,rd,1] 
	00159: SRP1       
	00160: SRP2       
	00161: IP         
	00162: SRP1       
	00163: IP         
	00164: IP         
	00165: IUP[y]     
	00166: IUP[x]     
	00167: SVTCA[y-axis] 
	00168: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual       Rep-  2 Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual                 X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short On
	 23:                              X-Short On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                      Y-Short X-Short Off
	 44:                      Y-Short X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:                      Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:        XDual         Y-Short X-Short Off
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off
	 54:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   540,   293)  ->  Abs (   540,   293)
	  1: Rel (  -140,     0)  ->  Abs (   400,   293)
	  2: Rel (   -68,     0)  ->  Abs (   332,   293)
	  3: Rel (   -41,    55)  ->  Abs (   291,   348)
	  4: Rel (   -36,    48)  ->  Abs (   255,   396)
	  5: Rel (   -37,   190)  ->  Abs (   218,   586)
	  6: Rel (   -10,   139)  ->  Abs (   208,   725)
	  7: Rel (    -6,   113)  ->  Abs (   202,   838)
	  8: Rel (   -13,   238)  ->  Abs (   189,  1076)
	  9: Rel (   -21,   123)  ->  Abs (   168,  1199)
	 10: Rel (   -18,    39)  ->  Abs (   150,  1238)
	 11: Rel (   -22,    48)  ->  Abs (   128,  1286)
	 12: Rel (   -39,    36)  ->  Abs (    89,  1322)
	 13: Rel (   123,   194)  ->  Abs (   212,  1516)
	 14: Rel (    39,  -120)  ->  Abs (   251,  1396)
	 15: Rel (    16,  -167)  ->  Abs (   267,  1229)
	 16: Rel (    10,  -104)  ->  Abs (   277,  1125)
	 17: Rel (    10,  -388)  ->  Abs (   287,   737)
	 18: Rel (    18,  -178)  ->  Abs (   305,   559)
	 19: Rel (    34,   -50)  ->  Abs (   339,   509)
	 20: Rel (    28,   -42)  ->  Abs (   367,   467)
	 21: Rel (    33,     0)  ->  Abs (   400,   467)
	 22: Rel (   140,     0)  ->  Abs (   540,   467)
	 23: Rel (  -165,  -522)  ->  Abs (   375,   -55)
	 24: Rel (     0,   -25)  ->  Abs (   375,   -80)
	 25: Rel (   -31,   -20)  ->  Abs (   344,  -100)
	 26: Rel (   -21,   -13)  ->  Abs (   323,  -113)
	 27: Rel (   -42,   -15)  ->  Abs (   281,  -128)
	 28: Rel (  -186,   -64)  ->  Abs (    95,  -192)
	 29: Rel (     0,    46)  ->  Abs (    95,  -146)
	 30: Rel (   100,    35)  ->  Abs (   195,  -111)
	 31: Rel (   -31,    16)  ->  Abs (   164,   -95)
	 32: Rel (   -16,    15)  ->  Abs (   148,   -80)
	 33: Rel (   -21,    19)  ->  Abs (   127,   -61)
	 34: Rel (     0,    21)  ->  Abs (   127,   -40)
	 35: Rel (     0,    31)  ->  Abs (   127,    -9)
	 36: Rel (    53,    56)  ->  Abs (   180,    47)
	 37: Rel (    59,    62)  ->  Abs (   239,   109)
	 38: Rel (    45,     0)  ->  Abs (   284,   109)
	 39: Rel (    20,     0)  ->  Abs (   304,   109)
	 40: Rel (    29,   -27)  ->  Abs (   333,    82)
	 41: Rel (     0,   -22)  ->  Abs (   333,    60)
	 42: Rel (     0,   -14)  ->  Abs (   333,    46)
	 43: Rel (   -12,   -29)  ->  Abs (   321,    17)
	 44: Rel (   -11,   -18)  ->  Abs (   310,    -1)
	 45: Rel (   -31,    28)  ->  Abs (   279,    27)
	 46: Rel (   -36,     0)  ->  Abs (   243,    27)
	 47: Rel (   -22,     0)  ->  Abs (   221,    27)
	 48: Rel (   -43,   -18)  ->  Abs (   178,     9)
	 49: Rel (     0,   -12)  ->  Abs (   178,    -3)
	 50: Rel (     0,   -15)  ->  Abs (   178,   -18)
	 51: Rel (    93,   -52)  ->  Abs (   271,   -70)
	 52: Rel (    33,     0)  ->  Abs (   304,   -70)
	 53: Rel (    22,     0)  ->  Abs (   326,   -70)
	 54: Rel (    19,     3)  ->  Abs (   345,   -67)

	Glyph 905: off = 0x00027704, len = 496
	  numberOfContours:	2
	  xMin:			50
	  yMin:			-89
	  xMax:			1241
	  yMax:			1137

	EndPoints
	---------
	  0:  59
	  1:  91

	  Length of Instructions:	240
	00000: PUSHW[2]             62   -32 
	00005: PUSHB[4]             11    17    52    38 
	00010: PUSHW[1]            -42 
	00013: NPUSHB      (20):    14    17    52    41    52    14    17    52    42    52 
	                            11    17    52    81    60    83    67    89    65    75 
	00035: PUSHW[1]            757 
	00038: NPUSHB      (21):    83    83    89    64    18    25    52    89    89    15 
	                            65     1    65    65    32     3     6    14    33    39 
	                            32 
	00061: NPUSHW       (9):   775     6   751    57   772    39   751    22   -64 
	00081: PUSHB[4]              9    11    52    22 
	00086: PUSHW[5]            781    14   751    48   747 
	00097: NPUSHB      (11):    81    67    78    78    86    60    60    86    65    65 
	                            71 
	00110: PUSHW[1]            773 
	00113: PUSHB[4]             86    86    36    51 
	00118: PUSHW[1]            780 
	00121: NPUSHB       (9):    10    10    44    36     3    18     0     0    44 
	00132: PUSHW[1]            765 
	00135: PUSHB[5]             64    18    18    93    33 
	00141: PUSHW[4]            763    32    32   -64 
	00150: PUSHB[6]              9    11    52    32    32    36 
	00157: PUSHW[3]            780    26   315 
	00164: SCANCTRL   
	00165: MDAP[rd]   
	00166: MIRP[srp0,md,rd,1] 
	00167: SHP[rp2,zp1] 
	00168: RTHG       
	00169: MDAP[rd]   
	00170: CALL       
	00171: SMD        
	00172: MIRP[nrp0,md,rd,1] 
	00173: SRP1       
	00174: SHP[rp1,zp0] 
	00175: RTG        
	00176: MDAP[rd]   
	00177: SMD        
	00178: MIRP[nrp0,md,rd,1] 
	00179: SHP[rp1,zp0] 
	00180: MDAP[rd]   
	00181: SRP2       
	00182: IP         
	00183: SRP1       
	00184: SRP2       
	00185: IP         
	00186: MDAP[rd]   
	00187: MIRP[nrp0,md,rd,1] 
	00188: SRP1       
	00189: SHP[rp1,zp0] 
	00190: MDAP[rd]   
	00191: MIRP[srp0,md,rd,1] 
	00192: SHP[rp2,zp1] 
	00193: MDAP[rd]   
	00194: SRP1       
	00195: SHP[rp1,zp0] 
	00196: MDAP[rd]   
	00197: SRP2       
	00198: IP         
	00199: MDAP[rd]   
	00200: IP         
	00201: IP         
	00202: SVTCA[y-axis] 
	00203: MIAP[rd+ci] 
	00204: MIRP[nrp0,md,rd,1] 
	00205: MIAP[rd+ci] 
	00206: CALL       
	00207: MIRP[nrp0,md,rd,1] 
	00208: MIAP[rd+ci] 
	00209: MIRP[nrp0,md,rd,1] 
	00210: MIAP[rd+ci] 
	00211: SRP2       
	00212: IP         
	00213: SRP1       
	00214: SRP2       
	00215: IP         
	00216: SRP1       
	00217: SHP[rp1,zp0] 
	00218: MDAP[rd]   
	00219: DELTAP1    
	00220: SHP[rp1,zp0] 
	00221: MDAP[rd]   
	00222: CALL       
	00223: SHP[rp1,zp0] 
	00224: MDAP[rd]   
	00225: MIRP[nrp0,md,rd,1] 
	00226: SRP1       
	00227: SRP2       
	00228: IP         
	00229: SRP1       
	00230: IP         
	00231: IP         
	00232: IUP[y]     
	00233: IUP[x]     
	00234: SVTCA[x-axis] 
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: SVTCA[y-axis] 
	00239: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:        XDual         Y-Short X-Short Off
	 60:  YDual               Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:                      Y-Short X-Short On
	 63:                      Y-Short X-Short Off
	 64:                      Y-Short X-Short On
	 65:                      Y-Short X-Short On
	 66:  YDual XDual         Y-Short         Off
	 67:  YDual XDual         Y-Short X-Short On
	 68:  YDual               Y-Short X-Short Off
	 69:  YDual               Y-Short X-Short On
	 70:  YDual               Y-Short X-Short Off
	 71:  YDual XDual         Y-Short         On
	 72:  YDual XDual         Y-Short         Off
	 73:  YDual XDual         Y-Short X-Short On
	 74:  YDual XDual         Y-Short X-Short Off
	 75:  YDual XDual                 X-Short On
	 76:  YDual XDual                 X-Short Off
	 77:        XDual         Y-Short X-Short Off
	 78:        XDual         Y-Short         On
	 79:        XDual         Y-Short         Off
	 80:                      Y-Short X-Short Off
	 81:                      Y-Short X-Short On
	 82:  YDual               Y-Short X-Short Off
	 83:  YDual                       X-Short On
	 84:  YDual                       X-Short Off
	 85:                      Y-Short X-Short Off
	 86:        XDual         Y-Short         On
	 87:        XDual         Y-Short         Off
	 88:        XDual         Y-Short X-Short Off
	 89:  YDual XDual                 X-Short On
	 90:  YDual XDual                 X-Short Off
	 91:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1241,   800)  ->  Abs (  1241,   800)
	  1: Rel (     0,   -32)  ->  Abs (  1241,   768)
	  2: Rel (   -12,   -67)  ->  Abs (  1229,   701)
	  3: Rel (    -2,   -14)  ->  Abs (  1227,   687)
	  4: Rel (   -35,    45)  ->  Abs (  1192,   732)
	  5: Rel (   -97,    52)  ->  Abs (  1095,   784)
	  6: Rel (   -50,     0)  ->  Abs (  1045,   784)
	  7: Rel (   -87,     0)  ->  Abs (   958,   784)
	  8: Rel (   -96,  -101)  ->  Abs (   862,   683)
	  9: Rel (   -88,   -93)  ->  Abs (   774,   590)
	 10: Rel (     0,   -55)  ->  Abs (   774,   535)
	 11: Rel (     0,   -19)  ->  Abs (   774,   516)
	 12: Rel (    43,   -19)  ->  Abs (   817,   497)
	 13: Rel (    53,     0)  ->  Abs (   870,   497)
	 14: Rel (    80,     0)  ->  Abs (   950,   497)
	 15: Rel (    72,     0)  ->  Abs (  1022,   497)
	 16: Rel (    69,    -3)  ->  Abs (  1091,   494)
	 17: Rel (    96,   -16)  ->  Abs (  1187,   478)
	 18: Rel (     0,   -65)  ->  Abs (  1187,   413)
	 19: Rel (     0,  -251)  ->  Abs (  1187,   162)
	 20: Rel (  -219,  -131)  ->  Abs (   968,    31)
	 21: Rel (  -201,  -120)  ->  Abs (   767,   -89)
	 22: Rel (  -343,     0)  ->  Abs (   424,   -89)
	 23: Rel (  -178,     0)  ->  Abs (   246,   -89)
	 24: Rel (   -94,    69)  ->  Abs (   152,   -20)
	 25: Rel (  -102,    75)  ->  Abs (    50,    55)
	 26: Rel (     0,   151)  ->  Abs (    50,   206)
	 27: Rel (     0,   104)  ->  Abs (    50,   310)
	 28: Rel (    34,   114)  ->  Abs (    84,   424)
	 29: Rel (    26,    87)  ->  Abs (   110,   511)
	 30: Rel (    46,    95)  ->  Abs (   156,   606)
	 31: Rel (     3,     6)  ->  Abs (   159,   612)
	 32: Rel (    60,   113)  ->  Abs (   219,   725)
	 33: Rel (    42,   -17)  ->  Abs (   261,   708)
	 34: Rel (   -63,  -112)  ->  Abs (   198,   596)
	 35: Rel (   -67,  -195)  ->  Abs (   131,   401)
	 36: Rel (     0,   -75)  ->  Abs (   131,   326)
	 37: Rel (     0,  -122)  ->  Abs (   131,   204)
	 38: Rel (   169,  -122)  ->  Abs (   300,    82)
	 39: Rel (   157,     0)  ->  Abs (   457,    82)
	 40: Rel (   120,     0)  ->  Abs (   577,    82)
	 41: Rel (   159,    48)  ->  Abs (   736,   130)
	 42: Rel (   136,    41)  ->  Abs (   872,   171)
	 43: Rel (   218,   114)  ->  Abs (  1090,   285)
	 44: Rel (     0,    27)  ->  Abs (  1090,   312)
	 45: Rel (     0,    19)  ->  Abs (  1090,   331)
	 46: Rel (   -25,    12)  ->  Abs (  1065,   343)
	 47: Rel (   -28,     0)  ->  Abs (  1037,   343)
	 48: Rel (  -234,     0)  ->  Abs (   803,   343)
	 49: Rel (   -43,     0)  ->  Abs (   760,   343)
	 50: Rel (   -66,    62)  ->  Abs (   694,   405)
	 51: Rel (     0,    49)  ->  Abs (   694,   454)
	 52: Rel (     0,    67)  ->  Abs (   694,   521)
	 53: Rel (    55,   115)  ->  Abs (   749,   636)
	 54: Rel (    60,   125)  ->  Abs (   809,   761)
	 55: Rel (    85,    84)  ->  Abs (   894,   845)
	 56: Rel (   102,   101)  ->  Abs (   996,   946)
	 57: Rel (   103,     0)  ->  Abs (  1099,   946)
	 58: Rel (    66,     0)  ->  Abs (  1165,   946)
	 59: Rel (    76,   -80)  ->  Abs (  1241,   866)
	 60: Rel (  -879,   107)  ->  Abs (   362,   973)
	 61: Rel (     0,   -25)  ->  Abs (   362,   948)
	 62: Rel (   -31,   -20)  ->  Abs (   331,   928)
	 63: Rel (   -21,   -13)  ->  Abs (   310,   915)
	 64: Rel (   -42,   -15)  ->  Abs (   268,   900)
	 65: Rel (  -186,   -64)  ->  Abs (    82,   836)
	 66: Rel (     0,    46)  ->  Abs (    82,   882)
	 67: Rel (   100,    35)  ->  Abs (   182,   917)
	 68: Rel (   -31,    16)  ->  Abs (   151,   933)
	 69: Rel (   -16,    15)  ->  Abs (   135,   948)
	 70: Rel (   -21,    19)  ->  Abs (   114,   967)
	 71: Rel (     0,    21)  ->  Abs (   114,   988)
	 72: Rel (     0,    31)  ->  Abs (   114,  1019)
	 73: Rel (    53,    56)  ->  Abs (   167,  1075)
	 74: Rel (    59,    62)  ->  Abs (   226,  1137)
	 75: Rel (    45,     0)  ->  Abs (   271,  1137)
	 76: Rel (    20,     0)  ->  Abs (   291,  1137)
	 77: Rel (    29,   -27)  ->  Abs (   320,  1110)
	 78: Rel (     0,   -22)  ->  Abs (   320,  1088)
	 79: Rel (     0,   -14)  ->  Abs (   320,  1074)
	 80: Rel (   -12,   -29)  ->  Abs (   308,  1045)
	 81: Rel (   -11,   -18)  ->  Abs (   297,  1027)
	 82: Rel (   -31,    28)  ->  Abs (   266,  1055)
	 83: Rel (   -36,     0)  ->  Abs (   230,  1055)
	 84: Rel (   -22,     0)  ->  Abs (   208,  1055)
	 85: Rel (   -43,   -18)  ->  Abs (   165,  1037)
	 86: Rel (     0,   -12)  ->  Abs (   165,  1025)
	 87: Rel (     0,   -15)  ->  Abs (   165,  1010)
	 88: Rel (    93,   -52)  ->  Abs (   258,   958)
	 89: Rel (    33,     0)  ->  Abs (   291,   958)
	 90: Rel (    22,     0)  ->  Abs (   313,   958)
	 91: Rel (    19,     3)  ->  Abs (   332,   961)

	Glyph 906: off = 0x000278F4, len = 468
	  numberOfContours:	2
	  xMin:			106
	  yMin:			-225
	  xMax:			1275
	  yMax:			1006

	EndPoints
	---------
	  0:  54
	  1:  86

	  Length of Instructions:	225
	00000: PUSHW[2]             57   -32 
	00005: PUSHB[4]             11    17    52    32 
	00010: PUSHW[1]            -32 
	00013: NPUSHB      (10):    12    17    52    76    55    78    62    84    60    70 
	00025: PUSHW[1]            757 
	00028: NPUSHB      (17):    78    78    84    64    18    25    52    84    84    60 
	                            60    26    53    25    25    53     6 
	00047: PUSHW[1]            -64 
	00050: NPUSHB      (10):     9    10    52     6     6     1    44    44     1    34 
	00062: PUSHW[3]            751    17   -64 
	00069: PUSHB[4]              9    13    52    17 
	00074: PUSHW[5]            782    53   751     1   747 
	00085: NPUSHB      (11):    76    62    73    73    81    55    55    81    60    60 
	                            66 
	00098: PUSHW[1]            773 
	00101: PUSHB[4]             81    81    30    38 
	00106: PUSHW[1]            780 
	00109: PUSHB[4]             13    13     0    47 
	00114: PUSHW[1]            780 
	00117: PUSHB[5]             64     4     4    30     0 
	00123: PUSHW[7]            752    88    26   763    32    25   -64 
	00138: PUSHB[6]              9    11    52    25    25    30 
	00145: PUSHW[3]            780    21   315 
	00152: SCANCTRL   
	00153: MDAP[rd]   
	00154: MIRP[srp0,md,rd,1] 
	00155: SHP[rp2,zp1] 
	00156: RTHG       
	00157: MDAP[rd]   
	00158: CALL       
	00159: SMD        
	00160: MIRP[nrp0,md,rd,1] 
	00161: RTG        
	00162: SRP0       
	00163: MIRP[nrp0,nmd,rd,1] 
	00164: SRP1       
	00165: IP         
	00166: MDAP[rd]   
	00167: SMD        
	00168: MIRP[nrp0,md,rd,1] 
	00169: SRP2       
	00170: IP         
	00171: MDAP[rd]   
	00172: MIRP[nrp0,md,rd,1] 
	00173: SRP1       
	00174: SHP[rp1,zp0] 
	00175: MDAP[rd]   
	00176: MIRP[srp0,md,rd,1] 
	00177: SHP[rp2,zp1] 
	00178: MDAP[rd]   
	00179: SRP1       
	00180: SHP[rp1,zp0] 
	00181: MDAP[rd]   
	00182: SRP2       
	00183: IP         
	00184: MDAP[rd]   
	00185: IP         
	00186: IP         
	00187: SVTCA[y-axis] 
	00188: MIAP[rd+ci] 
	00189: MIRP[nrp0,md,rd,1] 
	00190: MIAP[rd+ci] 
	00191: CALL       
	00192: MIRP[srp0,md,rd,1] 
	00193: SRP1       
	00194: IP         
	00195: MDAP[rd]   
	00196: SRP2       
	00197: IP         
	00198: MDAP[rd]   
	00199: CALL       
	00200: SRP1       
	00201: SHP[rp1,zp0] 
	00202: MDAP[rd]   
	00203: SRP2       
	00204: IP         
	00205: SHP[rp1,zp0] 
	00206: MDAP[rd]   
	00207: SHP[rp1,zp0] 
	00208: MDAP[rd]   
	00209: CALL       
	00210: SHP[rp1,zp0] 
	00211: MDAP[rd]   
	00212: MIRP[nrp0,md,rd,1] 
	00213: SRP1       
	00214: SRP2       
	00215: IP         
	00216: SRP1       
	00217: IP         
	00218: IP         
	00219: IUP[y]     
	00220: IUP[x]     
	00221: SVTCA[x-axis] 
	00222: CALL       
	00223: SVTCA[y-axis] 
	00224: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:                      Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                               On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short On
	 55:                                      On
	 56:        XDual         Y-Short         Off
	 57:                      Y-Short X-Short On
	 58:                      Y-Short X-Short Off
	 59:                      Y-Short X-Short On
	 60:                      Y-Short X-Short On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short On
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual               Y-Short X-Short On
	 65:  YDual               Y-Short X-Short Off
	 66:  YDual XDual         Y-Short         On
	 67:  YDual XDual         Y-Short         Off
	 68:  YDual XDual         Y-Short X-Short On
	 69:  YDual XDual         Y-Short X-Short Off
	 70:  YDual XDual                 X-Short On
	 71:  YDual XDual                 X-Short Off
	 72:        XDual         Y-Short X-Short Off
	 73:        XDual         Y-Short         On
	 74:        XDual         Y-Short         Off
	 75:                      Y-Short X-Short Off
	 76:                      Y-Short X-Short On
	 77:  YDual               Y-Short X-Short Off
	 78:  YDual                       X-Short On
	 79:  YDual                       X-Short Off
	 80:                      Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:        XDual         Y-Short X-Short Off
	 84:  YDual XDual                 X-Short On
	 85:  YDual XDual                 X-Short Off
	 86:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1275,   293)  ->  Abs (  1275,   293)
	  1: Rel (  -175,     0)  ->  Abs (  1100,   293)
	  2: Rel (  -154,     0)  ->  Abs (   946,   293)
	  3: Rel (  -155,   -16)  ->  Abs (   791,   277)
	  4: Rel (     0,   -24)  ->  Abs (   791,   253)
	  5: Rel (     0,   -33)  ->  Abs (   791,   220)
	  6: Rel (    93,     0)  ->  Abs (   884,   220)
	  7: Rel (    41,     0)  ->  Abs (   925,   220)
	  8: Rel (    48,    -4)  ->  Abs (   973,   216)
	  9: Rel (    81,    -9)  ->  Abs (  1054,   207)
	 10: Rel (    48,    -6)  ->  Abs (  1102,   201)
	 11: Rel (    18,    -9)  ->  Abs (  1120,   192)
	 12: Rel (    29,   -15)  ->  Abs (  1149,   177)
	 13: Rel (     0,   -37)  ->  Abs (  1149,   140)
	 14: Rel (     0,  -187)  ->  Abs (  1149,   -47)
	 15: Rel (  -123,   -85)  ->  Abs (  1026,  -132)
	 16: Rel (  -134,   -93)  ->  Abs (   892,  -225)
	 17: Rel (  -309,     0)  ->  Abs (   583,  -225)
	 18: Rel (  -215,     0)  ->  Abs (   368,  -225)
	 19: Rel (  -127,    73)  ->  Abs (   241,  -152)
	 20: Rel (  -135,    78)  ->  Abs (   106,   -74)
	 21: Rel (     0,   144)  ->  Abs (   106,    70)
	 22: Rel (     0,   116)  ->  Abs (   106,   186)
	 23: Rel (    64,   130)  ->  Abs (   170,   316)
	 24: Rel (    23,    47)  ->  Abs (   193,   363)
	 25: Rel (    98,   154)  ->  Abs (   291,   517)
	 26: Rel (    40,   -20)  ->  Abs (   331,   497)
	 27: Rel (   -38,   -65)  ->  Abs (   293,   432)
	 28: Rel (   -37,   -64)  ->  Abs (   256,   368)
	 29: Rel (   -57,  -110)  ->  Abs (   199,   258)
	 30: Rel (     0,   -70)  ->  Abs (   199,   188)
	 31: Rel (     0,  -123)  ->  Abs (   199,    65)
	 32: Rel (   128,   -64)  ->  Abs (   327,     1)
	 33: Rel (   122,   -61)  ->  Abs (   449,   -60)
	 34: Rel (   213,     0)  ->  Abs (   662,   -60)
	 35: Rel (   143,     0)  ->  Abs (   805,   -60)
	 36: Rel (   109,    22)  ->  Abs (   914,   -38)
	 37: Rel (   134,    27)  ->  Abs (  1048,   -11)
	 38: Rel (     0,    47)  ->  Abs (  1048,    36)
	 39: Rel (     0,    17)  ->  Abs (  1048,    53)
	 40: Rel (   -30,    17)  ->  Abs (  1018,    70)
	 41: Rel (   -35,     0)  ->  Abs (   983,    70)
	 42: Rel (   -27,     3)  ->  Abs (   956,    73)
	 43: Rel (  -115,     7)  ->  Abs (   841,    80)
	 44: Rel (   -18,     0)  ->  Abs (   823,    80)
	 45: Rel (   -63,     0)  ->  Abs (   760,    80)
	 46: Rel (   -54,    33)  ->  Abs (   706,   113)
	 47: Rel (     0,    33)  ->  Abs (   706,   146)
	 48: Rel (     0,   124)  ->  Abs (   706,   270)
	 49: Rel (    73,    79)  ->  Abs (   779,   349)
	 50: Rel (    60,    64)  ->  Abs (   839,   413)
	 51: Rel (   101,    31)  ->  Abs (   940,   444)
	 52: Rel (    76,    23)  ->  Abs (  1016,   467)
	 53: Rel (    84,     0)  ->  Abs (  1100,   467)
	 54: Rel (   175,     0)  ->  Abs (  1275,   467)
	 55: Rel (  -853,   375)  ->  Abs (   422,   842)
	 56: Rel (     0,   -25)  ->  Abs (   422,   817)
	 57: Rel (   -31,   -20)  ->  Abs (   391,   797)
	 58: Rel (   -21,   -13)  ->  Abs (   370,   784)
	 59: Rel (   -42,   -15)  ->  Abs (   328,   769)
	 60: Rel (  -186,   -64)  ->  Abs (   142,   705)
	 61: Rel (     0,    46)  ->  Abs (   142,   751)
	 62: Rel (   100,    35)  ->  Abs (   242,   786)
	 63: Rel (   -31,    16)  ->  Abs (   211,   802)
	 64: Rel (   -16,    15)  ->  Abs (   195,   817)
	 65: Rel (   -21,    19)  ->  Abs (   174,   836)
	 66: Rel (     0,    21)  ->  Abs (   174,   857)
	 67: Rel (     0,    31)  ->  Abs (   174,   888)
	 68: Rel (    53,    56)  ->  Abs (   227,   944)
	 69: Rel (    59,    62)  ->  Abs (   286,  1006)
	 70: Rel (    45,     0)  ->  Abs (   331,  1006)
	 71: Rel (    20,     0)  ->  Abs (   351,  1006)
	 72: Rel (    29,   -27)  ->  Abs (   380,   979)
	 73: Rel (     0,   -22)  ->  Abs (   380,   957)
	 74: Rel (     0,   -14)  ->  Abs (   380,   943)
	 75: Rel (   -12,   -29)  ->  Abs (   368,   914)
	 76: Rel (   -11,   -18)  ->  Abs (   357,   896)
	 77: Rel (   -31,    28)  ->  Abs (   326,   924)
	 78: Rel (   -36,     0)  ->  Abs (   290,   924)
	 79: Rel (   -22,     0)  ->  Abs (   268,   924)
	 80: Rel (   -43,   -18)  ->  Abs (   225,   906)
	 81: Rel (     0,   -12)  ->  Abs (   225,   894)
	 82: Rel (     0,   -15)  ->  Abs (   225,   879)
	 83: Rel (    93,   -52)  ->  Abs (   318,   827)
	 84: Rel (    33,     0)  ->  Abs (   351,   827)
	 85: Rel (    22,     0)  ->  Abs (   373,   827)
	 86: Rel (    19,     3)  ->  Abs (   392,   830)

	Glyph 907: off = 0x00027AC8, len = 280
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			570
	  yMax:			1369

	EndPoints
	---------
	  0:  12
	  1:  44

	  Length of Instructions:	142
	00000: PUSHW[2]             15   -32 
	00005: NPUSHB      (15):    11    17    52     6    52    12    17    52    34    13 
	                            36    20    42    18    28 
	00022: PUSHW[1]            757 
	00025: NPUSHB      (12):    36    36    42    64    18    24    52    42    42    18 
	                            18     7 
	00039: PUSHW[7]            751     8   772     2   751     1   747 
	00054: NPUSHB      (11):    34    20    31    31    39    13    13    39    18    18 
	                            24 
	00067: PUSHW[1]            773 
	00070: PUSHB[8]             39    39     1     8     8     7     7     3 
	00079: PUSHW[6]            771     0   752    46     1   315 
	00092: SCANCTRL   
	00093: MDAP[rd]   
	00094: SRP0       
	00095: MIRP[srp0,nmd,rd,1] 
	00096: MIRP[srp0,md,rd,1] 
	00097: SHP[rp2,zp1] 
	00098: MDAP[rd]   
	00099: RTHG       
	00100: IP         
	00101: MDAP[rd]   
	00102: RTG        
	00103: SRP1       
	00104: IP         
	00105: MDAP[rd]   
	00106: MIRP[srp0,md,rd,1] 
	00107: SHP[rp2,zp1] 
	00108: MDAP[rd]   
	00109: SRP1       
	00110: SHP[rp1,zp0] 
	00111: MDAP[rd]   
	00112: SRP2       
	00113: IP         
	00114: MDAP[rd]   
	00115: IP         
	00116: IP         
	00117: SVTCA[y-axis] 
	00118: MIAP[rd+ci] 
	00119: MIRP[nrp0,md,rd,1] 
	00120: MIAP[rd+ci] 
	00121: MIRP[nrp0,md,rd,1] 
	00122: SHP[rp1,zp0] 
	00123: MDAP[rd]   
	00124: SHP[rp1,zp0] 
	00125: MDAP[rd]   
	00126: CALL       
	00127: SHP[rp1,zp0] 
	00128: MDAP[rd]   
	00129: MIRP[nrp0,md,rd,1] 
	00130: SRP1       
	00131: SRP2       
	00132: IP         
	00133: SRP1       
	00134: IP         
	00135: IP         
	00136: IUP[y]     
	00137: IUP[x]     
	00138: SVTCA[x-axis] 
	00139: CALL       
	00140: SVTCA[y-axis] 
	00141: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:                              X-Short On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:                      Y-Short X-Short Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:        XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   570,   293)  ->  Abs (   570,   293)
	  1: Rel (  -570,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   497,     0)  ->  Abs (   497,   467)
	  4: Rel (     0,   118)  ->  Abs (   497,   585)
	  5: Rel (   -28,    62)  ->  Abs (   469,   647)
	  6: Rel (   -19,    43)  ->  Abs (   450,   690)
	  7: Rel (   -75,    81)  ->  Abs (   375,   771)
	  8: Rel (    78,   163)  ->  Abs (   453,   934)
	  9: Rel (    72,   -91)  ->  Abs (   525,   843)
	 10: Rel (    18,   -51)  ->  Abs (   543,   792)
	 11: Rel (    27,   -77)  ->  Abs (   570,   715)
	 12: Rel (     0,  -178)  ->  Abs (   570,   537)
	 13: Rel (  -108,   668)  ->  Abs (   462,  1205)
	 14: Rel (     0,   -25)  ->  Abs (   462,  1180)
	 15: Rel (   -31,   -20)  ->  Abs (   431,  1160)
	 16: Rel (   -21,   -13)  ->  Abs (   410,  1147)
	 17: Rel (   -42,   -15)  ->  Abs (   368,  1132)
	 18: Rel (  -186,   -64)  ->  Abs (   182,  1068)
	 19: Rel (     0,    46)  ->  Abs (   182,  1114)
	 20: Rel (   100,    35)  ->  Abs (   282,  1149)
	 21: Rel (   -31,    16)  ->  Abs (   251,  1165)
	 22: Rel (   -16,    15)  ->  Abs (   235,  1180)
	 23: Rel (   -21,    19)  ->  Abs (   214,  1199)
	 24: Rel (     0,    21)  ->  Abs (   214,  1220)
	 25: Rel (     0,    31)  ->  Abs (   214,  1251)
	 26: Rel (    53,    56)  ->  Abs (   267,  1307)
	 27: Rel (    59,    62)  ->  Abs (   326,  1369)
	 28: Rel (    45,     0)  ->  Abs (   371,  1369)
	 29: Rel (    20,     0)  ->  Abs (   391,  1369)
	 30: Rel (    29,   -27)  ->  Abs (   420,  1342)
	 31: Rel (     0,   -22)  ->  Abs (   420,  1320)
	 32: Rel (     0,   -14)  ->  Abs (   420,  1306)
	 33: Rel (   -12,   -29)  ->  Abs (   408,  1277)
	 34: Rel (   -11,   -18)  ->  Abs (   397,  1259)
	 35: Rel (   -31,    28)  ->  Abs (   366,  1287)
	 36: Rel (   -36,     0)  ->  Abs (   330,  1287)
	 37: Rel (   -22,     0)  ->  Abs (   308,  1287)
	 38: Rel (   -43,   -18)  ->  Abs (   265,  1269)
	 39: Rel (     0,   -12)  ->  Abs (   265,  1257)
	 40: Rel (     0,   -15)  ->  Abs (   265,  1242)
	 41: Rel (    93,   -52)  ->  Abs (   358,  1190)
	 42: Rel (    33,     0)  ->  Abs (   391,  1190)
	 43: Rel (    22,     0)  ->  Abs (   413,  1190)
	 44: Rel (    19,     3)  ->  Abs (   432,  1193)

	Glyph 908: off = 0x00027BE0, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			570
	  yMax:			1369

	     0: Flags:		0x0016
		Glyf Index:	907
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 909: off = 0x00027BF0, len = 130
	  numberOfContours:	1
	  xMin:			147
	  yMin:			266
	  xMax:			338
	  yMax:			1516

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	51
	00000: PUSHB[3]              5     4    13 
	00004: PUSHW[7]            751    16   779     4   783    13   784 
	00019: PUSHB[7]             16    16     8     5     4     4     0 
	00027: PUSHW[2]            784     8 
	00032: MDAP[rd]   
	00033: MIRP[nrp0,md,rd,1] 
	00034: RTHG       
	00035: IP         
	00036: MDAP[rd]   
	00037: SHP[rp1,zp0] 
	00038: SRP1       
	00039: IP         
	00040: MDAP[rd]   
	00041: RTG        
	00042: MIRP[nrp0,md,rd,1] 
	00043: SVTCA[y-axis] 
	00044: MIAP[rd+ci] 
	00045: MIAP[rd+ci] 
	00046: MIRP[nrp0,nmd,rd,0] 
	00047: SRP1       
	00048: IP         
	00049: IUP[y]     
	00050: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:  YDual               Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:                              X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   338,   548)  ->  Abs (   338,   548)
	  1: Rel (     0,   -80)  ->  Abs (   338,   468)
	  2: Rel (   -29,   -75)  ->  Abs (   309,   393)
	  3: Rel (   -15,   -40)  ->  Abs (   294,   353)
	  4: Rel (   -50,   -87)  ->  Abs (   244,   266)
	  5: Rel (   -18,    10)  ->  Abs (   226,   276)
	  6: Rel (     3,    29)  ->  Abs (   229,   305)
	  7: Rel (     5,    76)  ->  Abs (   234,   381)
	  8: Rel (     0,    13)  ->  Abs (   234,   394)
	  9: Rel (     0,   104)  ->  Abs (   234,   498)
	 10: Rel (   -33,   373)  ->  Abs (   201,   871)
	 11: Rel (   -23,   203)  ->  Abs (   178,  1074)
	 12: Rel (   -14,   123)  ->  Abs (   164,  1197)
	 13: Rel (   -17,   128)  ->  Abs (   147,  1325)
	 14: Rel (    20,    44)  ->  Abs (   167,  1369)
	 15: Rel (    51,   102)  ->  Abs (   218,  1471)
	 16: Rel (    23,    45)  ->  Abs (   241,  1516)
	 17: Rel (    16,  -114)  ->  Abs (   257,  1402)
	 18: Rel (    49,  -396)  ->  Abs (   306,  1006)
	 19: Rel (    14,  -159)  ->  Abs (   320,   847)
	 20: Rel (    18,  -198)  ->  Abs (   338,   649)

	Glyph 910: off = 0x00027C72, len = 142
	  numberOfContours:	1
	  xMin:			89
	  yMin:			293
	  xMax:			540
	  yMax:			1516

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	60
	00000: PUSHW[8]             12   751    13   779    22   751     1   747 
	00017: NPUSHB      (10):    12    64     9    17    52    12    12    13    13     6 
	00029: PUSHW[1]            786 
	00032: PUSHB[3]             17    17     0 
	00036: PUSHW[2]            752    24 
	00041: SRP0       
	00042: MIRP[srp0,nmd,rd,0] 
	00043: SHP[rp2,zp1] 
	00044: MDAP[rd]   
	00045: MIRP[srp0,md,rd,1] 
	00046: RTHG       
	00047: IP         
	00048: MDAP[rd]   
	00049: SHP[rp2,zp1] 
	00050: RTG        
	00051: MDAP[rd]   
	00052: CALL       
	00053: SVTCA[y-axis] 
	00054: MIAP[rd+ci] 
	00055: MIRP[nrp0,md,rd,1] 
	00056: MIAP[rd+ci] 
	00057: MIRP[nrp0,md,rd,0] 
	00058: IUP[y]     
	00059: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual       Rep-  2 Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual                 X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   540,   293)  ->  Abs (   540,   293)
	  1: Rel (  -140,     0)  ->  Abs (   400,   293)
	  2: Rel (   -68,     0)  ->  Abs (   332,   293)
	  3: Rel (   -41,    55)  ->  Abs (   291,   348)
	  4: Rel (   -36,    48)  ->  Abs (   255,   396)
	  5: Rel (   -37,   190)  ->  Abs (   218,   586)
	  6: Rel (   -10,   139)  ->  Abs (   208,   725)
	  7: Rel (    -6,   113)  ->  Abs (   202,   838)
	  8: Rel (   -13,   238)  ->  Abs (   189,  1076)
	  9: Rel (   -21,   123)  ->  Abs (   168,  1199)
	 10: Rel (   -18,    39)  ->  Abs (   150,  1238)
	 11: Rel (   -22,    48)  ->  Abs (   128,  1286)
	 12: Rel (   -39,    36)  ->  Abs (    89,  1322)
	 13: Rel (   123,   194)  ->  Abs (   212,  1516)
	 14: Rel (    39,  -120)  ->  Abs (   251,  1396)
	 15: Rel (    16,  -167)  ->  Abs (   267,  1229)
	 16: Rel (    10,  -104)  ->  Abs (   277,  1125)
	 17: Rel (    10,  -388)  ->  Abs (   287,   737)
	 18: Rel (    18,  -178)  ->  Abs (   305,   559)
	 19: Rel (    34,   -50)  ->  Abs (   339,   509)
	 20: Rel (    28,   -42)  ->  Abs (   367,   467)
	 21: Rel (    33,     0)  ->  Abs (   400,   467)
	 22: Rel (   140,     0)  ->  Abs (   540,   467)

	Glyph 911: off = 0x00027D00, len = 256
	  numberOfContours:	2
	  xMin:			128
	  yMin:			-95
	  xMax:			1531
	  yMax:			960

	EndPoints
	---------
	  0:  28
	  1:  32

	  Length of Instructions:	145
	00000: PUSHW[2]             16   -64 
	00005: NPUSHB      (11):    14    17    52    22    52    12    17    52    29    31 
	                            30 
	00018: PUSHW[1]            770 
	00021: PUSHB[6]             32    32     1    10    18     9 
	00028: NPUSHW       (9):   772    23   751    24   772    18   751     1   747 
	00048: PUSHB[3]             30    32    29 
	00052: PUSHW[1]            769 
	00055: PUSHB[8]             31    31     5    24    24    23    23    19 
	00064: NPUSHW      (10):   771    64     0   752    34    10   763    32     9   -64 
	00086: PUSHB[6]              9    11    52     9     9    14 
	00093: PUSHW[3]            771     5   298 
	00100: SCANCTRL   
	00101: MDAP[rd]   
	00102: MIRP[srp0,md,rd,1] 
	00103: SHP[rp2,zp1] 
	00104: RTHG       
	00105: MDAP[rd]   
	00106: CALL       
	00107: SMD        
	00108: MIRP[nrp0,md,rd,1] 
	00109: RTG        
	00110: SRP0       
	00111: MIRP[srp0,nmd,rd,0] 
	00112: SMD        
	00113: MIRP[srp0,md,rd,1] 
	00114: SHP[rp2,zp1] 
	00115: MDAP[rd]   
	00116: RTHG       
	00117: IP         
	00118: MDAP[rd]   
	00119: RTG        
	00120: SRP1       
	00121: IP         
	00122: MDAP[rd]   
	00123: MIRP[nrp0,md,rd,1] 
	00124: IP         
	00125: IP         
	00126: SVTCA[y-axis] 
	00127: MIAP[rd+ci] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: MIAP[rd+ci] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: MIAP[rd+ci] 
	00132: SRP2       
	00133: IP         
	00134: SRP1       
	00135: SHP[rp1,zp0] 
	00136: MDAP[rd]   
	00137: MIRP[srp0,md,rd,1] 
	00138: IP         
	00139: IP         
	00140: IUP[y]     
	00141: IUP[x]     
	00142: SVTCA[x-axis] 
	00143: CALL       
	00144: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual                               On
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:                                      On
	 30:                      Y-Short X-Short On
	 31:  YDual               Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1531,   293)  ->  Abs (  1531,   293)
	  1: Rel (  -954,     0)  ->  Abs (   577,   293)
	  2: Rel (  -192,     0)  ->  Abs (   385,   293)
	  3: Rel (  -114,    67)  ->  Abs (   271,   360)
	  4: Rel (  -143,    84)  ->  Abs (   128,   444)
	  5: Rel (     0,   179)  ->  Abs (   128,   623)
	  6: Rel (     0,    93)  ->  Abs (   128,   716)
	  7: Rel (    42,    97)  ->  Abs (   170,   813)
	  8: Rel (    15,    35)  ->  Abs (   185,   848)
	  9: Rel (    57,    98)  ->  Abs (   242,   946)
	 10: Rel (    30,   -19)  ->  Abs (   272,   927)
	 11: Rel (   -22,   -46)  ->  Abs (   250,   881)
	 12: Rel (   -21,   -46)  ->  Abs (   229,   835)
	 13: Rel (   -29,   -71)  ->  Abs (   200,   764)
	 14: Rel (     0,   -56)  ->  Abs (   200,   708)
	 15: Rel (     0,  -118)  ->  Abs (   200,   590)
	 16: Rel (   124,   -65)  ->  Abs (   324,   525)
	 17: Rel (   111,   -58)  ->  Abs (   435,   467)
	 18: Rel (   170,     0)  ->  Abs (   605,   467)
	 19: Rel (   847,     0)  ->  Abs (  1452,   467)
	 20: Rel (     0,    27)  ->  Abs (  1452,   494)
	 21: Rel (     0,   112)  ->  Abs (  1452,   606)
	 22: Rel (   -54,   141)  ->  Abs (  1398,   747)
	 23: Rel (   -65,    50)  ->  Abs (  1333,   797)
	 24: Rel (    77,   163)  ->  Abs (  1410,   960)
	 25: Rel (    44,   -55)  ->  Abs (  1454,   905)
	 26: Rel (     9,   -14)  ->  Abs (  1463,   891)
	 27: Rel (    68,  -112)  ->  Abs (  1531,   779)
	 28: Rel (     0,  -214)  ->  Abs (  1531,   565)
	 29: Rel (  -573,  -515)  ->  Abs (   958,    50)
	 30: Rel (   -78,  -145)  ->  Abs (   880,   -95)
	 31: Rel (  -162,    84)  ->  Abs (   718,   -11)
	 32: Rel (    74,   146)  ->  Abs (   792,   135)

	Glyph 912: off = 0x00027E00, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			-95
	  xMax:			1531
	  yMax:			960

	     0: Flags:		0x0016
		Glyf Index:	911
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 913: off = 0x00027E10, len = 160
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-95
	  xMax:			570
	  yMax:			934

	EndPoints
	---------
	  0:  12
	  1:  16

	  Length of Instructions:	93
	00000: PUSHB[8]              6    52    12    17    52    15    13    14 
	00009: PUSHW[1]            770 
	00012: PUSHB[4]             16    16     1     7 
	00017: PUSHW[7]            751     8   772     2   751     1   747 
	00032: PUSHB[3]             14    16    13 
	00036: PUSHW[1]            769 
	00039: PUSHB[8]             15    15     1     8     8     7     7     3 
	00048: PUSHW[6]            771     0   752    18     1   298 
	00061: SCANCTRL   
	00062: MDAP[rd]   
	00063: SRP0       
	00064: MIRP[srp0,nmd,rd,0] 
	00065: MIRP[srp0,md,rd,1] 
	00066: SHP[rp2,zp1] 
	00067: MDAP[rd]   
	00068: RTHG       
	00069: IP         
	00070: MDAP[rd]   
	00071: RTG        
	00072: SRP1       
	00073: IP         
	00074: MDAP[rd]   
	00075: MIRP[nrp0,md,rd,1] 
	00076: IP         
	00077: IP         
	00078: SVTCA[y-axis] 
	00079: MIAP[rd+ci] 
	00080: MIRP[nrp0,md,rd,1] 
	00081: MIAP[rd+ci] 
	00082: MIRP[nrp0,md,rd,1] 
	00083: SRP1       
	00084: SHP[rp1,zp0] 
	00085: MDAP[rd]   
	00086: MIRP[nrp0,md,rd,1] 
	00087: IP         
	00088: IP         
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:                              X-Short On
	 14:                      Y-Short X-Short On
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   570,   293)  ->  Abs (   570,   293)
	  1: Rel (  -570,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   497,     0)  ->  Abs (   497,   467)
	  4: Rel (     0,   118)  ->  Abs (   497,   585)
	  5: Rel (   -28,    62)  ->  Abs (   469,   647)
	  6: Rel (   -19,    43)  ->  Abs (   450,   690)
	  7: Rel (   -75,    81)  ->  Abs (   375,   771)
	  8: Rel (    78,   163)  ->  Abs (   453,   934)
	  9: Rel (    72,   -91)  ->  Abs (   525,   843)
	 10: Rel (    18,   -51)  ->  Abs (   543,   792)
	 11: Rel (    27,   -77)  ->  Abs (   570,   715)
	 12: Rel (     0,  -178)  ->  Abs (   570,   537)
	 13: Rel (  -102,  -487)  ->  Abs (   468,    50)
	 14: Rel (   -78,  -145)  ->  Abs (   390,   -95)
	 15: Rel (  -162,    84)  ->  Abs (   228,   -11)
	 16: Rel (    74,   146)  ->  Abs (   302,   135)

	Glyph 914: off = 0x00027EB0, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-95
	  xMax:			570
	  yMax:			934

	     0: Flags:		0x0016
		Glyf Index:	913
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 915: off = 0x00027EC0, len = 278
	  numberOfContours:	4
	  xMin:			0
	  yMin:			266
	  xMax:			556
	  yMax:			1312

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  25
	  3:  39

	  Length of Instructions:	144
	00000: PUSHB[3]              0     2     3 
	00004: PUSHW[1]            770 
	00007: PUSHB[5]              1     1     4     6     7 
	00013: PUSHW[1]            770 
	00016: NPUSHB      (15):    15     5     1     5     5    22    30    32    13    17 
	                            52    20    30    37    22 
	00033: PUSHW[1]            751 
	00036: PUSHB[3]             21    21    37 
	00040: PUSHW[3]            751    12   747 
	00047: PUSHB[3]              1     3     0 
	00051: PUSHW[1]            769 
	00054: PUSHB[5]              2     2     5     7     6 
	00060: PUSHW[1]            769 
	00063: NPUSHB      (12):     4     4    34    30    26    21    20    16    22    22 
	                            34    26 
	00077: PUSHW[1]            765 
	00080: PUSHB[4]              8     8    41    34 
	00085: PUSHW[3]            765    16   296 
	00092: SCANCTRL   
	00093: MDAP[rd]   
	00094: MIRP[nrp0,md,rd,1] 
	00095: SRP1       
	00096: SHP[rp1,zp0] 
	00097: MDAP[rd]   
	00098: MIRP[nrp0,md,rd,1] 
	00099: RTHG       
	00100: SRP1       
	00101: IP         
	00102: MDAP[rd]   
	00103: SRP2       
	00104: IP         
	00105: IP         
	00106: SRP2       
	00107: IP         
	00108: SRP1       
	00109: SHP[rp1,zp0] 
	00110: RTG        
	00111: MDAP[rd]   
	00112: MIRP[srp0,md,rd,1] 
	00113: IP         
	00114: IP         
	00115: SHP[rp1,zp0] 
	00116: MDAP[rd]   
	00117: MIRP[nrp0,md,rd,1] 
	00118: IP         
	00119: IP         
	00120: SVTCA[y-axis] 
	00121: MIAP[rd+ci] 
	00122: MIRP[srp0,md,rd,1] 
	00123: SHP[rp2,zp1] 
	00124: MDAP[rd]   
	00125: MIRP[nrp0,md,rd,0] 
	00126: SRP2       
	00127: IP         
	00128: IP         
	00129: CALL       
	00130: SRP1       
	00131: SHP[rp1,zp0] 
	00132: MDAP[rd]   
	00133: DELTAP1    
	00134: MIRP[nrp0,md,rd,1] 
	00135: IP         
	00136: IP         
	00137: SHP[rp1,zp0] 
	00138: MDAP[rd]   
	00139: MIRP[nrp0,md,rd,1] 
	00140: IP         
	00141: IP         
	00142: IUP[y]     
	00143: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   468,  1227)  ->  Abs (   468,  1227)
	  1: Rel (   -78,  -144)  ->  Abs (   390,  1083)
	  2: Rel (  -162,    86)  ->  Abs (   228,  1169)
	  3: Rel (    75,   143)  ->  Abs (   303,  1312)
	  4: Rel (   -65,  -175)  ->  Abs (   238,  1137)
	  5: Rel (   -76,  -145)  ->  Abs (   162,   992)
	  6: Rel (  -162,    84)  ->  Abs (     0,  1076)
	  7: Rel (    74,   145)  ->  Abs (    74,  1221)
	  8: Rel (   482,  -633)  ->  Abs (   556,   588)
	  9: Rel (     0,  -141)  ->  Abs (   556,   447)
	 10: Rel (   -46,   -71)  ->  Abs (   510,   376)
	 11: Rel (   -71,  -110)  ->  Abs (   439,   266)
	 12: Rel (  -189,     0)  ->  Abs (   250,   266)
	 13: Rel (   -73,     0)  ->  Abs (   177,   266)
	 14: Rel (   -48,    29)  ->  Abs (   129,   295)
	 15: Rel (   -55,    33)  ->  Abs (    74,   328)
	 16: Rel (     0,    61)  ->  Abs (    74,   389)
	 17: Rel (     0,    70)  ->  Abs (    74,   459)
	 18: Rel (    35,    92)  ->  Abs (   109,   551)
	 19: Rel (    32,    78)  ->  Abs (   141,   629)
	 20: Rel (    33,    79)  ->  Abs (   174,   708)
	 21: Rel (   -15,     4)  ->  Abs (   159,   712)
	 22: Rel (    61,   169)  ->  Abs (   220,   881)
	 23: Rel (   181,   -95)  ->  Abs (   401,   786)
	 24: Rel (    35,   -25)  ->  Abs (   436,   761)
	 25: Rel (   120,   -84)  ->  Abs (   556,   677)
	 26: Rel (   -87,  -167)  ->  Abs (   469,   510)
	 27: Rel (     0,    38)  ->  Abs (   469,   548)
	 28: Rel (  -110,    63)  ->  Abs (   359,   611)
	 29: Rel (   -47,    27)  ->  Abs (   312,   638)
	 30: Rel (   -54,    26)  ->  Abs (   258,   664)
	 31: Rel (   -45,   -49)  ->  Abs (   213,   615)
	 32: Rel (    -9,   -12)  ->  Abs (   204,   603)
	 33: Rel (   -28,   -39)  ->  Abs (   176,   564)
	 34: Rel (     0,   -35)  ->  Abs (   176,   529)
	 35: Rel (     0,   -51)  ->  Abs (   176,   478)
	 36: Rel (    57,   -57)  ->  Abs (   233,   421)
	 37: Rel (    48,     0)  ->  Abs (   281,   421)
	 38: Rel (    56,     0)  ->  Abs (   337,   421)
	 39: Rel (   132,    63)  ->  Abs (   469,   484)

	Glyph 916: off = 0x00027FD6, len = 338
	  numberOfContours:	4
	  xMin:			61
	  yMin:			293
	  xMax:			838
	  yMax:			1573

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  38
	  3:  47

	  Length of Instructions:	180
	00000: PUSHB[6]              4    11     1     0     2     3 
	00007: PUSHW[1]            770 
	00010: PUSHB[5]              1     1     4     6     7 
	00016: PUSHW[1]            770 
	00019: NPUSHB      (17):     5    64     9    11    52     5     5    29    39    43 
	                            40    13    46    16    29    29    22 
	00038: PUSHW[1]            778 
	00041: PUSHB[3]             40    40    46 
	00045: PUSHW[1]            751 
	00048: PUSHB[6]            144    16     1    16    16    38 
	00055: PUSHW[3]            751     9   747 
	00062: PUSHB[3]              1     3     0 
	00066: PUSHW[1]            769 
	00069: PUSHB[5]              2     2     5     7     6 
	00075: PUSHW[1]            769 
	00078: NPUSHB      (12):    64     4     4    43    35     8    22    40    39    13 
	                             4    25 
	00092: PUSHW[1]            766 
	00095: PUSHB[8]             32    15    29     1    29    29    43     8 
	00104: PUSHW[6]            752    49    43   787    19   275 
	00117: SCANCTRL   
	00118: MDAP[rd]   
	00119: MIRP[nrp0,md,rd,1] 
	00120: SRP0       
	00121: MIRP[nrp0,nmd,rd,1] 
	00122: RTHG       
	00123: SRP1       
	00124: IP         
	00125: MDAP[rd]   
	00126: DELTAP1    
	00127: SMD        
	00128: MIRP[srp0,md,rd,1] 
	00129: SLOOP      
	00130: IP         
	00131: SRP2       
	00132: IP         
	00133: RTG        
	00134: SRP2       
	00135: IP         
	00136: MDAP[rd]   
	00137: SMD        
	00138: MIRP[srp0,md,rd,1] 
	00139: IP         
	00140: IP         
	00141: SHP[rp1,zp0] 
	00142: MDAP[rd]   
	00143: MIRP[nrp0,md,rd,1] 
	00144: IP         
	00145: IP         
	00146: SVTCA[y-axis] 
	00147: MIAP[rd+ci] 
	00148: MIRP[srp0,md,rd,1] 
	00149: SHP[rp2,zp1] 
	00150: MDAP[rd]   
	00151: DELTAP1    
	00152: MIRP[srp0,md,rd,1] 
	00153: SHP[rp2,zp1] 
	00154: MDAP[rd]   
	00155: MIRP[srp0,md,rd,1] 
	00156: SHP[rp2,zp1] 
	00157: MDAP[rd]   
	00158: SRP1       
	00159: SRP2       
	00160: IP         
	00161: SRP1       
	00162: IP         
	00163: IP         
	00164: SRP1       
	00165: SHP[rp1,zp0] 
	00166: MDAP[rd]   
	00167: CALL       
	00168: MIRP[nrp0,md,rd,1] 
	00169: IP         
	00170: IP         
	00171: SHP[rp1,zp0] 
	00172: MDAP[rd]   
	00173: MIRP[nrp0,md,rd,1] 
	00174: IP         
	00175: IP         
	00176: IUP[y]     
	00177: IUP[x]     
	00178: SVTCA[x-axis] 
	00179: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short On
	 39:                                      On
	 40:  YDual               Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short Off
	 43:                      Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   585,  1488)  ->  Abs (   585,  1488)
	  1: Rel (   -78,  -144)  ->  Abs (   507,  1344)
	  2: Rel (  -162,    86)  ->  Abs (   345,  1430)
	  3: Rel (    75,   143)  ->  Abs (   420,  1573)
	  4: Rel (   -65,  -175)  ->  Abs (   355,  1398)
	  5: Rel (   -76,  -145)  ->  Abs (   279,  1253)
	  6: Rel (  -162,    84)  ->  Abs (   117,  1337)
	  7: Rel (    74,   145)  ->  Abs (   191,  1482)
	  8: Rel (   647, -1189)  ->  Abs (   838,   293)
	  9: Rel (  -143,     0)  ->  Abs (   695,   293)
	 10: Rel (   -72,     0)  ->  Abs (   623,   293)
	 11: Rel (   -55,   123)  ->  Abs (   568,   416)
	 12: Rel (   -41,    92)  ->  Abs (   527,   508)
	 13: Rel (   -25,   145)  ->  Abs (   502,   653)
	 14: Rel (   -30,   -56)  ->  Abs (   472,   597)
	 15: Rel (   -92,   -62)  ->  Abs (   380,   535)
	 16: Rel (   -51,     0)  ->  Abs (   329,   535)
	 17: Rel (  -115,     0)  ->  Abs (   214,   535)
	 18: Rel (  -153,    31)  ->  Abs (    61,   566)
	 19: Rel (     0,    24)  ->  Abs (    61,   590)
	 20: Rel (     0,    86)  ->  Abs (    61,   676)
	 21: Rel (   224,   209)  ->  Abs (   285,   885)
	 22: Rel (   168,    78)  ->  Abs (   453,   963)
	 23: Rel (    -2,     8)  ->  Abs (   451,   971)
	 24: Rel (   -13,    68)  ->  Abs (   438,  1039)
	 25: Rel (     0,     8)  ->  Abs (   438,  1047)
	 26: Rel (     0,    34)  ->  Abs (   438,  1081)
	 27: Rel (    23,    42)  ->  Abs (   461,  1123)
	 28: Rel (    19,    34)  ->  Abs (   480,  1157)
	 29: Rel (    31,    36)  ->  Abs (   511,  1193)
	 30: Rel (    10,   -62)  ->  Abs (   521,  1131)
	 31: Rel (    21,  -116)  ->  Abs (   542,  1015)
	 32: Rel (    14,   -62)  ->  Abs (   556,   953)
	 33: Rel (    30,  -172)  ->  Abs (   586,   781)
	 34: Rel (    25,  -142)  ->  Abs (   611,   639)
	 35: Rel (    20,   -68)  ->  Abs (   631,   571)
	 36: Rel (    31,  -104)  ->  Abs (   662,   467)
	 37: Rel (    33,     0)  ->  Abs (   695,   467)
	 38: Rel (   143,     0)  ->  Abs (   838,   467)
	 39: Rel (  -349,   273)  ->  Abs (   489,   740)
	 40: Rel (   -19,   109)  ->  Abs (   470,   849)
	 41: Rel (   -87,   -31)  ->  Abs (   383,   818)
	 42: Rel (  -100,   -67)  ->  Abs (   283,   751)
	 43: Rel (   -34,   -55)  ->  Abs (   249,   696)
	 44: Rel (    21,    -9)  ->  Abs (   270,   687)
	 45: Rel (    56,   -10)  ->  Abs (   326,   677)
	 46: Rel (    49,     0)  ->  Abs (   375,   677)
	 47: Rel (    60,     0)  ->  Abs (   435,   677)

	Glyph 917: off = 0x00028128, len = 304
	  numberOfContours:	3
	  xMin:			128
	  yMin:			293
	  xMax:			1531
	  yMax:			1286

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  36

	  Length of Instructions:	180
	00000: PUSHW[2]             24   -64 
	00005: NPUSHB      (11):    14    17    52    30    52    12    17    52     0     2 
	                             3 
	00018: PUSHW[1]            770 
	00021: PUSHB[5]              1     1     4     6     7 
	00027: PUSHW[1]            770 
	00030: NPUSHB      (11):     5    64     9    11    52     5     5    32    18    26 
	                            17 
	00043: NPUSHW       (9):   772    31   751    32   772    26   751     9   747 
	00063: PUSHB[3]              1     3     0 
	00067: PUSHW[1]            769 
	00070: PUSHB[5]              2     2     5     7     6 
	00076: PUSHW[1]            769 
	00079: PUSHB[8]              4     4    13    32    32    31    31    27 
	00088: NPUSHW      (10):   771    64     8   752    38    18   763    32    17   -64 
	00110: PUSHB[6]              9    11    52    17    17    22 
	00117: PUSHW[3]            771    13   298 
	00124: SCANCTRL   
	00125: MDAP[rd]   
	00126: MIRP[srp0,md,rd,1] 
	00127: SHP[rp2,zp1] 
	00128: RTHG       
	00129: MDAP[rd]   
	00130: CALL       
	00131: SMD        
	00132: MIRP[nrp0,md,rd,1] 
	00133: RTG        
	00134: SRP0       
	00135: MIRP[srp0,nmd,rd,1] 
	00136: SMD        
	00137: MIRP[srp0,md,rd,1] 
	00138: SHP[rp2,zp1] 
	00139: MDAP[rd]   
	00140: RTHG       
	00141: IP         
	00142: MDAP[rd]   
	00143: RTG        
	00144: SRP1       
	00145: IP         
	00146: MDAP[rd]   
	00147: MIRP[srp0,md,rd,1] 
	00148: IP         
	00149: IP         
	00150: SHP[rp1,zp0] 
	00151: MDAP[rd]   
	00152: MIRP[nrp0,md,rd,1] 
	00153: IP         
	00154: IP         
	00155: SVTCA[y-axis] 
	00156: MIAP[rd+ci] 
	00157: MIRP[nrp0,md,rd,1] 
	00158: MIAP[rd+ci] 
	00159: MIRP[nrp0,md,rd,1] 
	00160: MIAP[rd+ci] 
	00161: SRP2       
	00162: IP         
	00163: SRP1       
	00164: SHP[rp1,zp0] 
	00165: MDAP[rd]   
	00166: CALL       
	00167: MIRP[nrp0,md,rd,1] 
	00168: IP         
	00169: IP         
	00170: SHP[rp1,zp0] 
	00171: MDAP[rd]   
	00172: MIRP[nrp0,md,rd,1] 
	00173: IP         
	00174: IP         
	00175: IUP[y]     
	00176: IUP[x]     
	00177: SVTCA[x-axis] 
	00178: CALL       
	00179: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual                               On
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1061,  1201)  ->  Abs (  1061,  1201)
	  1: Rel (   -78,  -144)  ->  Abs (   983,  1057)
	  2: Rel (  -162,    86)  ->  Abs (   821,  1143)
	  3: Rel (    75,   143)  ->  Abs (   896,  1286)
	  4: Rel (   -65,  -175)  ->  Abs (   831,  1111)
	  5: Rel (   -76,  -145)  ->  Abs (   755,   966)
	  6: Rel (  -162,    84)  ->  Abs (   593,  1050)
	  7: Rel (    74,   145)  ->  Abs (   667,  1195)
	  8: Rel (   864,  -902)  ->  Abs (  1531,   293)
	  9: Rel (  -954,     0)  ->  Abs (   577,   293)
	 10: Rel (  -192,     0)  ->  Abs (   385,   293)
	 11: Rel (  -114,    67)  ->  Abs (   271,   360)
	 12: Rel (  -143,    84)  ->  Abs (   128,   444)
	 13: Rel (     0,   179)  ->  Abs (   128,   623)
	 14: Rel (     0,    93)  ->  Abs (   128,   716)
	 15: Rel (    42,    97)  ->  Abs (   170,   813)
	 16: Rel (    15,    35)  ->  Abs (   185,   848)
	 17: Rel (    57,    98)  ->  Abs (   242,   946)
	 18: Rel (    30,   -19)  ->  Abs (   272,   927)
	 19: Rel (   -22,   -46)  ->  Abs (   250,   881)
	 20: Rel (   -21,   -46)  ->  Abs (   229,   835)
	 21: Rel (   -29,   -71)  ->  Abs (   200,   764)
	 22: Rel (     0,   -56)  ->  Abs (   200,   708)
	 23: Rel (     0,  -118)  ->  Abs (   200,   590)
	 24: Rel (   124,   -65)  ->  Abs (   324,   525)
	 25: Rel (   111,   -58)  ->  Abs (   435,   467)
	 26: Rel (   170,     0)  ->  Abs (   605,   467)
	 27: Rel (   847,     0)  ->  Abs (  1452,   467)
	 28: Rel (     0,    27)  ->  Abs (  1452,   494)
	 29: Rel (     0,   112)  ->  Abs (  1452,   606)
	 30: Rel (   -54,   141)  ->  Abs (  1398,   747)
	 31: Rel (   -65,    50)  ->  Abs (  1333,   797)
	 32: Rel (    77,   163)  ->  Abs (  1410,   960)
	 33: Rel (    44,   -55)  ->  Abs (  1454,   905)
	 34: Rel (     9,   -14)  ->  Abs (  1463,   891)
	 35: Rel (    68,  -112)  ->  Abs (  1531,   779)
	 36: Rel (     0,  -214)  ->  Abs (  1531,   565)

	Glyph 918: off = 0x00028258, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			293
	  xMax:			1531
	  yMax:			1286

	     0: Flags:		0x0016
		Glyf Index:	917
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 919: off = 0x00028268, len = 206
	  numberOfContours:	3
	  xMin:			0
	  yMin:			293
	  xMax:			570
	  yMax:			1366

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  20

	  Length of Instructions:	123
	00000: PUSHB[8]             14    52    12    17    52     0     2     3 
	00009: PUSHW[1]            770 
	00012: PUSHB[5]              1     1     4     6     7 
	00018: PUSHW[1]            770 
	00021: PUSHB[6]             15     5     1     5     5    15 
	00028: PUSHW[7]            751    16   772    10   751     9   747 
	00043: PUSHB[3]              1     3     0 
	00047: PUSHW[1]            769 
	00050: PUSHB[5]              2     2     5     7     6 
	00056: PUSHW[1]            769 
	00059: PUSHB[8]              4     4     9    16    16    15    15    11 
	00068: PUSHW[6]            771     8   752    22     9   298 
	00081: SCANCTRL   
	00082: MDAP[rd]   
	00083: SRP0       
	00084: MIRP[srp0,nmd,rd,1] 
	00085: MIRP[srp0,md,rd,1] 
	00086: SHP[rp2,zp1] 
	00087: MDAP[rd]   
	00088: RTHG       
	00089: IP         
	00090: MDAP[rd]   
	00091: RTG        
	00092: SRP1       
	00093: IP         
	00094: MDAP[rd]   
	00095: MIRP[srp0,md,rd,1] 
	00096: IP         
	00097: IP         
	00098: SHP[rp1,zp0] 
	00099: MDAP[rd]   
	00100: MIRP[nrp0,md,rd,1] 
	00101: IP         
	00102: IP         
	00103: SVTCA[y-axis] 
	00104: MIAP[rd+ci] 
	00105: MIRP[nrp0,md,rd,1] 
	00106: MIAP[rd+ci] 
	00107: MIRP[nrp0,md,rd,1] 
	00108: SHP[rp1,zp0] 
	00109: MDAP[rd]   
	00110: DELTAP1    
	00111: MIRP[nrp0,md,rd,1] 
	00112: IP         
	00113: IP         
	00114: SHP[rp1,zp0] 
	00115: MDAP[rd]   
	00116: MIRP[nrp0,md,rd,1] 
	00117: IP         
	00118: IP         
	00119: IUP[y]     
	00120: IUP[x]     
	00121: SVTCA[x-axis] 
	00122: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:  YDual                               On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   505,  1281)  ->  Abs (   505,  1281)
	  1: Rel (   -78,  -144)  ->  Abs (   427,  1137)
	  2: Rel (  -162,    86)  ->  Abs (   265,  1223)
	  3: Rel (    75,   143)  ->  Abs (   340,  1366)
	  4: Rel (   -65,  -175)  ->  Abs (   275,  1191)
	  5: Rel (   -76,  -145)  ->  Abs (   199,  1046)
	  6: Rel (  -162,    84)  ->  Abs (    37,  1130)
	  7: Rel (    74,   145)  ->  Abs (   111,  1275)
	  8: Rel (   459,  -982)  ->  Abs (   570,   293)
	  9: Rel (  -570,     0)  ->  Abs (     0,   293)
	 10: Rel (     0,   174)  ->  Abs (     0,   467)
	 11: Rel (   497,     0)  ->  Abs (   497,   467)
	 12: Rel (     0,   118)  ->  Abs (   497,   585)
	 13: Rel (   -28,    62)  ->  Abs (   469,   647)
	 14: Rel (   -19,    43)  ->  Abs (   450,   690)
	 15: Rel (   -75,    81)  ->  Abs (   375,   771)
	 16: Rel (    78,   163)  ->  Abs (   453,   934)
	 17: Rel (    72,   -91)  ->  Abs (   525,   843)
	 18: Rel (    18,   -51)  ->  Abs (   543,   792)
	 19: Rel (    27,   -77)  ->  Abs (   570,   715)
	 20: Rel (     0,  -178)  ->  Abs (   570,   537)

	Glyph 920: off = 0x00028336, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			570
	  yMax:			1366

	     0: Flags:		0x0016
		Glyf Index:	919
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 921: off = 0x00028346, len = 374
	  numberOfContours:	4
	  xMin:			128
	  yMin:			293
	  xMax:			1531
	  yMax:			1465

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11
	  3:  40

	  Length of Instructions:	234
	00000: NPUSHB      (11):    11    16    18    21    52     5    16    18    21    52 
	                             1 
	00013: PUSHW[1]            -16 
	00016: PUSHB[4]             18    21    52    28 
	00021: PUSHW[1]            -64 
	00024: NPUSHB      (11):    14    17    52    34    52    12    17    52     0     2 
	                             3 
	00037: PUSHW[1]            770 
	00040: PUSHB[6]              1     1    11     4     6     7 
	00047: PUSHW[1]            770 
	00050: PUSHB[5]              5     5     8    10    11 
	00056: PUSHW[1]            770 
	00059: NPUSHB      (11):     9    64     9    11    52     9     9    36    22    30 
	                            21 
	00072: NPUSHW       (9):   772    35   751    36   772    30   751    13   747 
	00092: PUSHB[3]              1     3     2 
	00096: PUSHW[1]            769 
	00099: PUSHB[6]              0     0     8     5     7     4 
	00106: PUSHW[1]            769 
	00109: PUSHB[5]              6     6     9    11    10 
	00115: PUSHW[1]            769 
	00118: PUSHB[8]              8     8    17    36    36    35    35    31 
	00127: NPUSHW      (10):   771    64    12   752    42    22   763    32    21   -64 
	00149: PUSHB[6]              9    11    52    21    21    26 
	00156: PUSHW[3]            771    17   298 
	00163: SCANCTRL   
	00164: MDAP[rd]   
	00165: MIRP[srp0,md,rd,1] 
	00166: SHP[rp2,zp1] 
	00167: RTHG       
	00168: MDAP[rd]   
	00169: CALL       
	00170: SMD        
	00171: MIRP[nrp0,md,rd,1] 
	00172: RTG        
	00173: SRP0       
	00174: MIRP[srp0,nmd,rd,1] 
	00175: SMD        
	00176: MIRP[srp0,md,rd,1] 
	00177: SHP[rp2,zp1] 
	00178: MDAP[rd]   
	00179: RTHG       
	00180: IP         
	00181: MDAP[rd]   
	00182: RTG        
	00183: SRP1       
	00184: IP         
	00185: MDAP[rd]   
	00186: MIRP[srp0,md,rd,1] 
	00187: IP         
	00188: IP         
	00189: SHP[rp1,zp0] 
	00190: MDAP[rd]   
	00191: MIRP[nrp0,md,rd,1] 
	00192: IP         
	00193: IP         
	00194: SRP1       
	00195: SHP[rp1,zp0] 
	00196: MDAP[rd]   
	00197: MIRP[srp0,md,rd,1] 
	00198: IP         
	00199: IP         
	00200: SVTCA[y-axis] 
	00201: MIAP[rd+ci] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: MIAP[rd+ci] 
	00204: MIRP[nrp0,md,rd,1] 
	00205: MIAP[rd+ci] 
	00206: SRP2       
	00207: IP         
	00208: SRP1       
	00209: SHP[rp1,zp0] 
	00210: MDAP[rd]   
	00211: CALL       
	00212: MIRP[nrp0,md,rd,1] 
	00213: IP         
	00214: IP         
	00215: SHP[rp1,zp0] 
	00216: MDAP[rd]   
	00217: MIRP[nrp0,md,rd,1] 
	00218: IP         
	00219: IP         
	00220: SRP1       
	00221: SHP[rp1,zp0] 
	00222: MDAP[rd]   
	00223: MIRP[nrp0,md,rd,1] 
	00224: IP         
	00225: IP         
	00226: IUP[y]     
	00227: IUP[x]     
	00228: SVTCA[x-axis] 
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:                                      On
	 13:  YDual                               On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual                               On
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   864,  1379)  ->  Abs (   864,  1379)
	  1: Rel (   -77,  -146)  ->  Abs (   787,  1233)
	  2: Rel (  -160,    86)  ->  Abs (   627,  1319)
	  3: Rel (    74,   146)  ->  Abs (   701,  1465)
	  4: Rel (   360,  -264)  ->  Abs (  1061,  1201)
	  5: Rel (   -78,  -144)  ->  Abs (   983,  1057)
	  6: Rel (  -162,    86)  ->  Abs (   821,  1143)
	  7: Rel (    75,   143)  ->  Abs (   896,  1286)
	  8: Rel (   -65,  -175)  ->  Abs (   831,  1111)
	  9: Rel (   -76,  -145)  ->  Abs (   755,   966)
	 10: Rel (  -162,    84)  ->  Abs (   593,  1050)
	 11: Rel (    74,   145)  ->  Abs (   667,  1195)
	 12: Rel (   864,  -902)  ->  Abs (  1531,   293)
	 13: Rel (  -954,     0)  ->  Abs (   577,   293)
	 14: Rel (  -192,     0)  ->  Abs (   385,   293)
	 15: Rel (  -114,    67)  ->  Abs (   271,   360)
	 16: Rel (  -143,    84)  ->  Abs (   128,   444)
	 17: Rel (     0,   179)  ->  Abs (   128,   623)
	 18: Rel (     0,    93)  ->  Abs (   128,   716)
	 19: Rel (    42,    97)  ->  Abs (   170,   813)
	 20: Rel (    15,    35)  ->  Abs (   185,   848)
	 21: Rel (    57,    98)  ->  Abs (   242,   946)
	 22: Rel (    30,   -19)  ->  Abs (   272,   927)
	 23: Rel (   -22,   -46)  ->  Abs (   250,   881)
	 24: Rel (   -21,   -46)  ->  Abs (   229,   835)
	 25: Rel (   -29,   -71)  ->  Abs (   200,   764)
	 26: Rel (     0,   -56)  ->  Abs (   200,   708)
	 27: Rel (     0,  -118)  ->  Abs (   200,   590)
	 28: Rel (   124,   -65)  ->  Abs (   324,   525)
	 29: Rel (   111,   -58)  ->  Abs (   435,   467)
	 30: Rel (   170,     0)  ->  Abs (   605,   467)
	 31: Rel (   847,     0)  ->  Abs (  1452,   467)
	 32: Rel (     0,    27)  ->  Abs (  1452,   494)
	 33: Rel (     0,   112)  ->  Abs (  1452,   606)
	 34: Rel (   -54,   141)  ->  Abs (  1398,   747)
	 35: Rel (   -65,    50)  ->  Abs (  1333,   797)
	 36: Rel (    77,   163)  ->  Abs (  1410,   960)
	 37: Rel (    44,   -55)  ->  Abs (  1454,   905)
	 38: Rel (     9,   -14)  ->  Abs (  1463,   891)
	 39: Rel (    68,  -112)  ->  Abs (  1531,   779)
	 40: Rel (     0,  -214)  ->  Abs (  1531,   565)

	Glyph 922: off = 0x000284BC, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			128
	  yMin:			293
	  xMax:			1531
	  yMax:			1465

	     0: Flags:		0x0016
		Glyf Index:	921
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 923: off = 0x000284CC, len = 276
	  numberOfContours:	4
	  xMin:			0
	  yMin:			293
	  xMax:			570
	  yMax:			1545

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11
	  3:  24

	  Length of Instructions:	178
	00000: NPUSHB      (11):    11    16    18    21    52     5    16    18    21    52 
	                             1 
	00013: PUSHW[1]            -16 
	00016: NPUSHB      (11):    18    21    52    18    52    12    17    52     0     2 
	                             3 
	00029: PUSHW[1]            770 
	00032: PUSHB[6]              1     1    11     4     6     7 
	00039: PUSHW[1]            770 
	00042: PUSHB[5]              5     5     8    10    11 
	00048: PUSHW[1]            770 
	00051: PUSHB[6]             15     9     1     9     9    19 
	00058: PUSHW[7]            751    20   772    14   751    13   747 
	00073: PUSHB[3]              1     3     2 
	00077: PUSHW[1]            769 
	00080: PUSHB[6]              0     0     8     5     7     4 
	00087: PUSHW[1]            769 
	00090: PUSHB[5]              6     6     9    11    10 
	00096: PUSHW[1]            769 
	00099: PUSHB[8]              8     8    13    20    20    19    19    15 
	00108: PUSHW[6]            771    12   752    26    13   298 
	00121: SCANCTRL   
	00122: MDAP[rd]   
	00123: SRP0       
	00124: MIRP[srp0,nmd,rd,1] 
	00125: MIRP[srp0,md,rd,1] 
	00126: SHP[rp2,zp1] 
	00127: MDAP[rd]   
	00128: RTHG       
	00129: IP         
	00130: MDAP[rd]   
	00131: RTG        
	00132: SRP1       
	00133: IP         
	00134: MDAP[rd]   
	00135: MIRP[srp0,md,rd,1] 
	00136: IP         
	00137: IP         
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: MIRP[nrp0,md,rd,1] 
	00141: IP         
	00142: IP         
	00143: SRP1       
	00144: SHP[rp1,zp0] 
	00145: MDAP[rd]   
	00146: MIRP[srp0,md,rd,1] 
	00147: IP         
	00148: IP         
	00149: SVTCA[y-axis] 
	00150: MIAP[rd+ci] 
	00151: MIRP[nrp0,md,rd,1] 
	00152: MIAP[rd+ci] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: SHP[rp1,zp0] 
	00155: MDAP[rd]   
	00156: DELTAP1    
	00157: MIRP[nrp0,md,rd,1] 
	00158: IP         
	00159: IP         
	00160: SHP[rp1,zp0] 
	00161: MDAP[rd]   
	00162: MIRP[nrp0,md,rd,1] 
	00163: IP         
	00164: IP         
	00165: SRP1       
	00166: SHP[rp1,zp0] 
	00167: MDAP[rd]   
	00168: MIRP[nrp0,md,rd,1] 
	00169: IP         
	00170: IP         
	00171: IUP[y]     
	00172: IUP[x]     
	00173: SVTCA[x-axis] 
	00174: CALL       
	00175: CALL       
	00176: CALL       
	00177: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:                                      On
	 13:  YDual                               On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual                               On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   308,  1459)  ->  Abs (   308,  1459)
	  1: Rel (   -77,  -146)  ->  Abs (   231,  1313)
	  2: Rel (  -160,    86)  ->  Abs (    71,  1399)
	  3: Rel (    74,   146)  ->  Abs (   145,  1545)
	  4: Rel (   360,  -264)  ->  Abs (   505,  1281)
	  5: Rel (   -78,  -144)  ->  Abs (   427,  1137)
	  6: Rel (  -162,    86)  ->  Abs (   265,  1223)
	  7: Rel (    75,   143)  ->  Abs (   340,  1366)
	  8: Rel (   -65,  -175)  ->  Abs (   275,  1191)
	  9: Rel (   -76,  -145)  ->  Abs (   199,  1046)
	 10: Rel (  -162,    84)  ->  Abs (    37,  1130)
	 11: Rel (    74,   145)  ->  Abs (   111,  1275)
	 12: Rel (   459,  -982)  ->  Abs (   570,   293)
	 13: Rel (  -570,     0)  ->  Abs (     0,   293)
	 14: Rel (     0,   174)  ->  Abs (     0,   467)
	 15: Rel (   497,     0)  ->  Abs (   497,   467)
	 16: Rel (     0,   118)  ->  Abs (   497,   585)
	 17: Rel (   -28,    62)  ->  Abs (   469,   647)
	 18: Rel (   -19,    43)  ->  Abs (   450,   690)
	 19: Rel (   -75,    81)  ->  Abs (   375,   771)
	 20: Rel (    78,   163)  ->  Abs (   453,   934)
	 21: Rel (    72,   -91)  ->  Abs (   525,   843)
	 22: Rel (    18,   -51)  ->  Abs (   543,   792)
	 23: Rel (    27,   -77)  ->  Abs (   570,   715)
	 24: Rel (     0,  -178)  ->  Abs (   570,   537)

	Glyph 924: off = 0x000285E0, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			570
	  yMax:			1545

	     0: Flags:		0x0016
		Glyf Index:	923
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 925: off = 0x000285F0, len = 308
	  numberOfContours:	2
	  xMin:			54
	  yMin:			-434
	  xMax:			1056
	  yMax:			885

	EndPoints
	---------
	  0:  3
	  1:  48

	  Length of Instructions:	156
	00000: NPUSHB      (14):    45    32    10    11    52    28    42    10    11    52 
	                           121    46     1    31 
	00016: PUSHW[1]            -74 
	00019: PUSHB[6]              9    17    52     0     2     1 
	00026: PUSHW[3]            770     3   -64 
	00033: NPUSHB      (10):     9    10    52     3     3    23    11     7    35    34 
	00045: PUSHW[3]            751    36   774 
	00052: PUSHB[5]             19    22     4    23    15 
	00058: PUSHW[1]            751 
	00061: PUSHB[3]              7     7    22 
	00065: PUSHW[3]            751    23   775 
	00072: PUSHB[3]              1     3     2 
	00076: PUSHW[1]            769 
	00079: NPUSHB      (18):     0     0   143     4     1     4    22    34    36    35 
	                            35    23    22    22    50    11    11    29 
	00099: PUSHW[3]            771    43   298 
	00106: SCANCTRL   
	00107: MDAP[rd]   
	00108: MIRP[nrp0,md,rd,1] 
	00109: SHP[rp1,zp0] 
	00110: MDAP[rd]   
	00111: SRP1       
	00112: SHP[rp1,zp0] 
	00113: MDAP[rd]   
	00114: SHP[rp1,zp0] 
	00115: SHP[rp1,zp0] 
	00116: MDAP[rd]   
	00117: IP         
	00118: IP         
	00119: SRP1       
	00120: IP         
	00121: DELTAP1    
	00122: IP         
	00123: MDAP[rd]   
	00124: MIRP[srp0,md,rd,1] 
	00125: IP         
	00126: IP         
	00127: SVTCA[y-axis] 
	00128: MIAP[rd+ci] 
	00129: MIRP[nrp0,md,rd,1] 
	00130: IP         
	00131: MDAP[rd]   
	00132: MIRP[nrp0,md,rd,1] 
	00133: SRP2       
	00134: IP         
	00135: SRP1       
	00136: IP         
	00137: MIAP[rd+ci] 
	00138: MIRP[nrp0,md,rd,1] 
	00139: IP         
	00140: SRP1       
	00141: IP         
	00142: SRP1       
	00143: IP         
	00144: MDAP[rd]   
	00145: CALL       
	00146: MIRP[srp0,md,rd,1] 
	00147: IP         
	00148: IP         
	00149: IUP[y]     
	00150: IUP[x]     
	00151: SVTCA[x-axis] 
	00152: CALL       
	00153: DELTAP1    
	00154: CALL       
	00155: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                              X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual                               On
	 34:  YDual XDual                 X-Short On
	 35:        XDual         Y-Short X-Short On
	 36:                      Y-Short X-Short On
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   774,   263)  ->  Abs (   774,   263)
	  1: Rel (   -85,  -151)  ->  Abs (   689,   112)
	  2: Rel (  -157,    90)  ->  Abs (   532,   202)
	  3: Rel (    77,   145)  ->  Abs (   609,   347)
	  4: Rel (  -125,   349)  ->  Abs (   484,   696)
	  5: Rel (   -20,     0)  ->  Abs (   464,   696)
	  6: Rel (   -76,     6)  ->  Abs (   388,   702)
	  7: Rel (   -19,     0)  ->  Abs (   369,   702)
	  8: Rel (   -64,     0)  ->  Abs (   305,   702)
	  9: Rel (   -80,   -12)  ->  Abs (   225,   690)
	 10: Rel (   -52,    -8)  ->  Abs (   173,   682)
	 11: Rel (   -90,   -18)  ->  Abs (    83,   664)
	 12: Rel (    40,   113)  ->  Abs (   123,   777)
	 13: Rel (    35,    34)  ->  Abs (   158,   811)
	 14: Rel (    75,    74)  ->  Abs (   233,   885)
	 15: Rel (   177,     0)  ->  Abs (   410,   885)
	 16: Rel (    66,     0)  ->  Abs (   476,   885)
	 17: Rel (   204,   -28)  ->  Abs (   680,   857)
	 18: Rel (    95,   -13)  ->  Abs (   775,   844)
	 19: Rel (    69,     0)  ->  Abs (   844,   844)
	 20: Rel (    29,     0)  ->  Abs (   873,   844)
	 21: Rel (   112,    14)  ->  Abs (   985,   858)
	 22: Rel (    28,     0)  ->  Abs (  1013,   858)
	 23: Rel (   -37,  -169)  ->  Abs (   976,   689)
	 24: Rel (  -211,   -36)  ->  Abs (   765,   653)
	 25: Rel (  -148,   -46)  ->  Abs (   617,   607)
	 26: Rel (  -220,   -68)  ->  Abs (   397,   539)
	 27: Rel (  -123,   -98)  ->  Abs (   274,   441)
	 28: Rel (  -153,  -122)  ->  Abs (   121,   319)
	 29: Rel (     0,  -166)  ->  Abs (   121,   153)
	 30: Rel (     0,  -215)  ->  Abs (   121,   -62)
	 31: Rel (   224,  -108)  ->  Abs (   345,  -170)
	 32: Rel (   195,   -94)  ->  Abs (   540,  -264)
	 33: Rel (   326,     0)  ->  Abs (   866,  -264)
	 34: Rel (   184,     0)  ->  Abs (  1050,  -264)
	 35: Rel (     6,   -11)  ->  Abs (  1056,  -275)
	 36: Rel (  -226,  -159)  ->  Abs (   830,  -434)
	 37: Rel (   -58,     0)  ->  Abs (   772,  -434)
	 38: Rel (  -216,     0)  ->  Abs (   556,  -434)
	 39: Rel (  -143,    40)  ->  Abs (   413,  -394)
	 40: Rel (  -171,    48)  ->  Abs (   242,  -346)
	 41: Rel (   -88,   106)  ->  Abs (   154,  -240)
	 42: Rel (  -100,   121)  ->  Abs (    54,  -119)
	 43: Rel (     0,   199)  ->  Abs (    54,    80)
	 44: Rel (     0,   168)  ->  Abs (    54,   248)
	 45: Rel (    79,   134)  ->  Abs (   133,   382)
	 46: Rel (    60,   102)  ->  Abs (   193,   484)
	 47: Rel (   115,    91)  ->  Abs (   308,   575)
	 48: Rel (    35,    28)  ->  Abs (   343,   603)

	Glyph 926: off = 0x00028724, len = 406
	  numberOfContours:	2
	  xMin:			54
	  yMin:			-434
	  xMax:			1147
	  yMax:			873

	EndPoints
	---------
	  0:  62
	  1:  66

	  Length of Instructions:	204
	00000: NPUSHB      (14):    30    32    10    11    52    13    42    10    11    52 
	                           121    31     1    16 
	00016: PUSHW[1]            -94 
	00019: PUSHB[6]              9    17    52    65    63    64 
	00026: PUSHW[3]            770    66   -64 
	00033: NPUSHB      (15):    11    19    52    66    66     1    19    56     8    52 
	                            61    41    37    20    19 
	00050: PUSHW[3]            751    21   774 
	00057: PUSHB[5]             48    51    34    52    45 
	00063: PUSHW[1]            751 
	00066: PUSHB[3]             37    37    51 
	00070: PUSHW[7]            751    52   775    61   751     1   747 
	00085: PUSHB[3]             64    66    65 
	00089: PUSHW[1]            769 
	00092: PUSHB[8]             63    63     4    14    56    51     8     4 
	00101: PUSHW[1]            771 
	00104: NPUSHB      (16):    57    57   143    34     1    34    51    19    21    14 
	                            20    20    52    51    51     0 
	00122: PUSHW[1]            752 
	00125: PUSHB[4]             68    41    41    14 
	00130: PUSHW[3]            771    28   298 
	00137: SCANCTRL   
	00138: MDAP[rd]   
	00139: MIRP[nrp0,md,rd,1] 
	00140: SHP[rp1,zp0] 
	00141: MDAP[rd]   
	00142: SRP0       
	00143: MIRP[nrp0,nmd,rd,1] 
	00144: SHP[rp1,zp0] 
	00145: MDAP[rd]   
	00146: SHP[rp1,zp0] 
	00147: SHP[rp1,zp0] 
	00148: MDAP[rd]   
	00149: SRP2       
	00150: IP         
	00151: IP         
	00152: SRP1       
	00153: IP         
	00154: DELTAP1    
	00155: IP         
	00156: MDAP[rd]   
	00157: MIRP[srp0,md,rd,1] 
	00158: IP         
	00159: SRP2       
	00160: IP         
	00161: SRP1       
	00162: SRP2       
	00163: IP         
	00164: MDAP[rd]   
	00165: MIRP[srp0,md,rd,1] 
	00166: IP         
	00167: IP         
	00168: SVTCA[y-axis] 
	00169: MIAP[rd+ci] 
	00170: MIRP[nrp0,md,rd,1] 
	00171: MIAP[rd+ci] 
	00172: MIRP[nrp0,md,rd,1] 
	00173: IP         
	00174: MDAP[rd]   
	00175: MIRP[nrp0,md,rd,1] 
	00176: SRP2       
	00177: IP         
	00178: SRP1       
	00179: IP         
	00180: MIAP[rd+ci] 
	00181: MIRP[nrp0,md,rd,1] 
	00182: IP         
	00183: SRP1       
	00184: IP         
	00185: SRP1       
	00186: SRP2       
	00187: IP         
	00188: IP         
	00189: SRP1       
	00190: SRP2       
	00191: IP         
	00192: MDAP[rd]   
	00193: CALL       
	00194: MIRP[nrp0,md,rd,1] 
	00195: IP         
	00196: IP         
	00197: IUP[y]     
	00198: IUP[x]     
	00199: SVTCA[x-axis] 
	00200: CALL       
	00201: DELTAP1    
	00202: CALL       
	00203: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual                               On
	 19:  YDual XDual                 X-Short On
	 20:        XDual         Y-Short X-Short On
	 21:                      Y-Short X-Short On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:                      Y-Short X-Short On
	 53:                      Y-Short X-Short Off
	 54:                      Y-Short X-Short On
	 55:                      Y-Short X-Short Off
	 56:                      Y-Short X-Short On
	 57:                      Y-Short X-Short On
	 58:        XDual         Y-Short         Off
	 59:        XDual         Y-Short X-Short On
	 60:        XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short On
	 63:                                      On
	 64:                      Y-Short X-Short On
	 65:  YDual               Y-Short X-Short On
	 66:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1147,   293)  ->  Abs (  1147,   293)
	  1: Rel (  -207,     0)  ->  Abs (   940,   293)
	  2: Rel (  -121,     0)  ->  Abs (   819,   293)
	  3: Rel (  -102,    90)  ->  Abs (   717,   383)
	  4: Rel (     0,   104)  ->  Abs (   717,   487)
	  5: Rel (     0,    39)  ->  Abs (   717,   526)
	  6: Rel (    10,    58)  ->  Abs (   727,   584)
	  7: Rel (     4,    22)  ->  Abs (   731,   606)
	  8: Rel (     7,    36)  ->  Abs (   738,   642)
	  9: Rel (  -171,   -52)  ->  Abs (   567,   590)
	 10: Rel (   -87,   -37)  ->  Abs (   480,   553)
	 11: Rel (  -160,   -68)  ->  Abs (   320,   485)
	 12: Rel (   -88,   -86)  ->  Abs (   232,   399)
	 13: Rel (  -111,  -108)  ->  Abs (   121,   291)
	 14: Rel (     0,  -138)  ->  Abs (   121,   153)
	 15: Rel (     0,  -215)  ->  Abs (   121,   -62)
	 16: Rel (   224,  -108)  ->  Abs (   345,  -170)
	 17: Rel (   195,   -94)  ->  Abs (   540,  -264)
	 18: Rel (   326,     0)  ->  Abs (   866,  -264)
	 19: Rel (   184,     0)  ->  Abs (  1050,  -264)
	 20: Rel (     6,   -11)  ->  Abs (  1056,  -275)
	 21: Rel (  -226,  -159)  ->  Abs (   830,  -434)
	 22: Rel (   -58,     0)  ->  Abs (   772,  -434)
	 23: Rel (  -216,     0)  ->  Abs (   556,  -434)
	 24: Rel (  -143,    40)  ->  Abs (   413,  -394)
	 25: Rel (  -171,    48)  ->  Abs (   242,  -346)
	 26: Rel (   -88,   106)  ->  Abs (   154,  -240)
	 27: Rel (  -100,   121)  ->  Abs (    54,  -119)
	 28: Rel (     0,   199)  ->  Abs (    54,    80)
	 29: Rel (     0,   171)  ->  Abs (    54,   251)
	 30: Rel (    85,   128)  ->  Abs (   139,   379)
	 31: Rel (    66,   100)  ->  Abs (   205,   479)
	 32: Rel (   127,    83)  ->  Abs (   332,   562)
	 33: Rel (    37,    25)  ->  Abs (   369,   587)
	 34: Rel (   169,    90)  ->  Abs (   538,   677)
	 35: Rel (   -40,     5)  ->  Abs (   498,   682)
	 36: Rel (   -89,     7)  ->  Abs (   409,   689)
	 37: Rel (   -36,     0)  ->  Abs (   373,   689)
	 38: Rel (  -101,     0)  ->  Abs (   272,   689)
	 39: Rel (   -63,    -9)  ->  Abs (   209,   680)
	 40: Rel (   -21,    -3)  ->  Abs (   188,   677)
	 41: Rel (  -110,   -24)  ->  Abs (    78,   653)
	 42: Rel (    34,    98)  ->  Abs (   112,   751)
	 43: Rel (    37,    38)  ->  Abs (   149,   789)
	 44: Rel (    83,    84)  ->  Abs (   232,   873)
	 45: Rel (   177,     0)  ->  Abs (   409,   873)
	 46: Rel (    97,     0)  ->  Abs (   506,   873)
	 47: Rel (   226,   -37)  ->  Abs (   732,   836)
	 48: Rel (    77,     0)  ->  Abs (   809,   836)
	 49: Rel (    51,     0)  ->  Abs (   860,   836)
	 50: Rel (    97,     8)  ->  Abs (   957,   844)
	 51: Rel (    53,     7)  ->  Abs (  1010,   851)
	 52: Rel (   -40,  -170)  ->  Abs (   970,   681)
	 53: Rel (   -41,    -5)  ->  Abs (   929,   676)
	 54: Rel (   -52,    -9)  ->  Abs (   877,   667)
	 55: Rel (   -33,    -6)  ->  Abs (   844,   661)
	 56: Rel (   -58,   -11)  ->  Abs (   786,   650)
	 57: Rel (    -2,   -56)  ->  Abs (   784,   594)
	 58: Rel (     0,   -82)  ->  Abs (   784,   512)
	 59: Rel (    50,   -28)  ->  Abs (   834,   484)
	 60: Rel (    31,   -17)  ->  Abs (   865,   467)
	 61: Rel (    75,     0)  ->  Abs (   940,   467)
	 62: Rel (   207,     0)  ->  Abs (  1147,   467)
	 63: Rel (  -444,  -282)  ->  Abs (   703,   185)
	 64: Rel (   -77,  -146)  ->  Abs (   626,    39)
	 65: Rel (  -161,    85)  ->  Abs (   465,   124)
	 66: Rel (    77,   146)  ->  Abs (   542,   270)

	Glyph 927: off = 0x000288BA, len = 188
	  numberOfContours:	2
	  xMin:			0
	  yMin:			-68
	  xMax:			1145
	  yMax:			875

	EndPoints
	---------
	  0:  22
	  1:  26

	  Length of Instructions:	92
	00000: PUSHB[3]             25    23    24 
	00004: PUSHW[1]            770 
	00007: PUSHB[6]             26    26     1    11     2    15 
	00014: PUSHW[1]            751 
	00017: PUSHB[4]              9     9    22     2 
	00022: PUSHW[3]            751     1   747 
	00029: PUSHB[3]             24    26    23 
	00033: PUSHW[1]            769 
	00036: NPUSHB      (15):    25    25     3    11    11     1     3    84     9    17 
	                            52     3     3     1     0 
	00053: PUSHW[1]            752 
	00056: PUSHB[2]             28     1 
	00059: MDAP[rd]   
	00060: SRP0       
	00061: MIRP[nrp0,nmd,rd,1] 
	00062: SRP1       
	00063: IP         
	00064: MDAP[rd]   
	00065: CALL       
	00066: SRP2       
	00067: IP         
	00068: MDAP[rd]   
	00069: SRP1       
	00070: IP         
	00071: MDAP[rd]   
	00072: MIRP[nrp0,md,rd,1] 
	00073: IP         
	00074: IP         
	00075: SVTCA[y-axis] 
	00076: MIAP[rd+ci] 
	00077: MIRP[srp0,md,rd,1] 
	00078: ALIGNRP    
	00079: SHP[rp2,zp1] 
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: SRP1       
	00085: SHP[rp1,zp0] 
	00086: MDAP[rd]   
	00087: MIRP[nrp0,md,rd,1] 
	00088: IP         
	00089: IP         
	00090: IUP[y]     
	00091: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:                      Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:  YDual XDual                 X-Short On
	 23:                                      On
	 24:                      Y-Short X-Short On
	 25:  YDual               Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1145,   293)  ->  Abs (  1145,   293)
	  1: Rel ( -1145,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   805,     0)  ->  Abs (   805,   467)
	  4: Rel (  -102,    79)  ->  Abs (   703,   546)
	  5: Rel (   -70,    44)  ->  Abs (   633,   590)
	  6: Rel (   -87,    55)  ->  Abs (   546,   645)
	  7: Rel (   -72,    25)  ->  Abs (   474,   670)
	  8: Rel (   -81,    28)  ->  Abs (   393,   698)
	  9: Rel (   -83,     0)  ->  Abs (   310,   698)
	 10: Rel (   -51,     0)  ->  Abs (   259,   698)
	 11: Rel (   -52,    -7)  ->  Abs (   207,   691)
	 12: Rel (    29,    74)  ->  Abs (   236,   765)
	 13: Rel (    47,    45)  ->  Abs (   283,   810)
	 14: Rel (    68,    65)  ->  Abs (   351,   875)
	 15: Rel (   104,     0)  ->  Abs (   455,   875)
	 16: Rel (   102,     0)  ->  Abs (   557,   875)
	 17: Rel (   139,  -100)  ->  Abs (   696,   775)
	 18: Rel (    69,   -50)  ->  Abs (   765,   725)
	 19: Rel (   156,  -140)  ->  Abs (   921,   585)
	 20: Rel (   121,  -109)  ->  Abs (  1042,   476)
	 21: Rel (    43,    -9)  ->  Abs (  1085,   467)
	 22: Rel (    60,     0)  ->  Abs (  1145,   467)
	 23: Rel (  -509,  -391)  ->  Abs (   636,    76)
	 24: Rel (   -75,  -144)  ->  Abs (   561,   -68)
	 25: Rel (  -163,    84)  ->  Abs (   398,    16)
	 26: Rel (    78,   146)  ->  Abs (   476,   162)

	Glyph 928: off = 0x00028976, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-68
	  xMax:			1145
	  yMax:			875

	     0: Flags:		0x0016
		Glyf Index:	927
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 929: off = 0x00028986, len = 254
	  numberOfContours:	1
	  xMin:			54
	  yMin:			-434
	  xMax:			1056
	  yMax:			885

	EndPoints
	---------
	  0:  44

	  Length of Instructions:	117
	00000: NPUSHB      (14):    41    32    10    11    52    24    42    10    11    52 
	                           121    42     1    27 
	00016: PUSHW[1]            -74 
	00019: PUSHB[7]              9    17    52     7     3    31    30 
	00027: PUSHW[3]            751    32   774 
	00034: PUSHB[5]             15    18     0    19    11 
	00040: PUSHW[1]            751 
	00043: PUSHB[3]              3     3    18 
	00047: PUSHW[3]            751    19   775 
	00054: NPUSHB      (16):   143     0     1     0    18    30    32    31    31    19 
	                            18    18    46     7     7    25 
	00072: PUSHW[3]            771    39   298 
	00079: SCANCTRL   
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: SRP1       
	00085: SHP[rp1,zp0] 
	00086: MDAP[rd]   
	00087: SHP[rp1,zp0] 
	00088: SHP[rp1,zp0] 
	00089: MDAP[rd]   
	00090: IP         
	00091: IP         
	00092: SRP1       
	00093: IP         
	00094: DELTAP1    
	00095: SVTCA[y-axis] 
	00096: MIAP[rd+ci] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: IP         
	00099: MDAP[rd]   
	00100: MIRP[nrp0,md,rd,1] 
	00101: SRP2       
	00102: IP         
	00103: SRP1       
	00104: IP         
	00105: MIAP[rd+ci] 
	00106: MIRP[nrp0,md,rd,1] 
	00107: IP         
	00108: SRP1       
	00109: IP         
	00110: IUP[y]     
	00111: IUP[x]     
	00112: SVTCA[x-axis] 
	00113: CALL       
	00114: DELTAP1    
	00115: CALL       
	00116: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual                               On
	 30:  YDual XDual                 X-Short On
	 31:        XDual         Y-Short X-Short On
	 32:                      Y-Short X-Short On
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   484,   696)  ->  Abs (   484,   696)
	  1: Rel (   -20,     0)  ->  Abs (   464,   696)
	  2: Rel (   -76,     6)  ->  Abs (   388,   702)
	  3: Rel (   -19,     0)  ->  Abs (   369,   702)
	  4: Rel (   -64,     0)  ->  Abs (   305,   702)
	  5: Rel (   -80,   -12)  ->  Abs (   225,   690)
	  6: Rel (   -52,    -8)  ->  Abs (   173,   682)
	  7: Rel (   -90,   -18)  ->  Abs (    83,   664)
	  8: Rel (    40,   113)  ->  Abs (   123,   777)
	  9: Rel (    35,    34)  ->  Abs (   158,   811)
	 10: Rel (    75,    74)  ->  Abs (   233,   885)
	 11: Rel (   177,     0)  ->  Abs (   410,   885)
	 12: Rel (    66,     0)  ->  Abs (   476,   885)
	 13: Rel (   204,   -28)  ->  Abs (   680,   857)
	 14: Rel (    95,   -13)  ->  Abs (   775,   844)
	 15: Rel (    69,     0)  ->  Abs (   844,   844)
	 16: Rel (    29,     0)  ->  Abs (   873,   844)
	 17: Rel (   112,    14)  ->  Abs (   985,   858)
	 18: Rel (    28,     0)  ->  Abs (  1013,   858)
	 19: Rel (   -37,  -169)  ->  Abs (   976,   689)
	 20: Rel (  -211,   -36)  ->  Abs (   765,   653)
	 21: Rel (  -148,   -46)  ->  Abs (   617,   607)
	 22: Rel (  -220,   -68)  ->  Abs (   397,   539)
	 23: Rel (  -123,   -98)  ->  Abs (   274,   441)
	 24: Rel (  -153,  -122)  ->  Abs (   121,   319)
	 25: Rel (     0,  -166)  ->  Abs (   121,   153)
	 26: Rel (     0,  -215)  ->  Abs (   121,   -62)
	 27: Rel (   224,  -108)  ->  Abs (   345,  -170)
	 28: Rel (   195,   -94)  ->  Abs (   540,  -264)
	 29: Rel (   326,     0)  ->  Abs (   866,  -264)
	 30: Rel (   184,     0)  ->  Abs (  1050,  -264)
	 31: Rel (     6,   -11)  ->  Abs (  1056,  -275)
	 32: Rel (  -226,  -159)  ->  Abs (   830,  -434)
	 33: Rel (   -58,     0)  ->  Abs (   772,  -434)
	 34: Rel (  -216,     0)  ->  Abs (   556,  -434)
	 35: Rel (  -143,    40)  ->  Abs (   413,  -394)
	 36: Rel (  -171,    48)  ->  Abs (   242,  -346)
	 37: Rel (   -88,   106)  ->  Abs (   154,  -240)
	 38: Rel (  -100,   121)  ->  Abs (    54,  -119)
	 39: Rel (     0,   199)  ->  Abs (    54,    80)
	 40: Rel (     0,   168)  ->  Abs (    54,   248)
	 41: Rel (    79,   134)  ->  Abs (   133,   382)
	 42: Rel (    60,   102)  ->  Abs (   193,   484)
	 43: Rel (   115,    91)  ->  Abs (   308,   575)
	 44: Rel (    35,    28)  ->  Abs (   343,   603)

	Glyph 930: off = 0x00028A84, len = 346
	  numberOfContours:	1
	  xMin:			54
	  yMin:			-434
	  xMax:			1147
	  yMax:			873

	EndPoints
	---------
	  0:  62

	  Length of Instructions:	160
	00000: NPUSHB      (14):    30    32    10    11    52    13    42    10    11    52 
	                           121    31     1    16 
	00016: PUSHW[1]            -94 
	00019: NPUSHB      (11):     9    17    52    56     8    52    61    41    37    20 
	                            19 
	00032: PUSHW[3]            751    21   774 
	00039: PUSHB[5]             48    51    34    52    45 
	00045: PUSHW[1]            751 
	00048: PUSHB[3]             37    37    51 
	00052: PUSHW[7]            751    52   775    61   751     1   747 
	00067: PUSHB[4]             56    51     8     4 
	00072: PUSHW[1]            771 
	00075: NPUSHB      (16):    57    57   143    34     1    34    51    19    21    14 
	                            20    20    52    51    51     0 
	00093: PUSHW[1]            752 
	00096: PUSHB[4]             64    41    41    14 
	00101: PUSHW[3]            771    28   298 
	00108: SCANCTRL   
	00109: MDAP[rd]   
	00110: MIRP[nrp0,md,rd,1] 
	00111: SHP[rp1,zp0] 
	00112: MDAP[rd]   
	00113: SRP0       
	00114: MIRP[nrp0,nmd,rd,1] 
	00115: SHP[rp1,zp0] 
	00116: MDAP[rd]   
	00117: SHP[rp1,zp0] 
	00118: SHP[rp1,zp0] 
	00119: MDAP[rd]   
	00120: SRP2       
	00121: IP         
	00122: IP         
	00123: SRP1       
	00124: IP         
	00125: DELTAP1    
	00126: IP         
	00127: MDAP[rd]   
	00128: MIRP[srp0,md,rd,1] 
	00129: IP         
	00130: SRP2       
	00131: IP         
	00132: SVTCA[y-axis] 
	00133: MIAP[rd+ci] 
	00134: MIRP[nrp0,md,rd,1] 
	00135: MIAP[rd+ci] 
	00136: MIRP[nrp0,md,rd,1] 
	00137: IP         
	00138: MDAP[rd]   
	00139: MIRP[nrp0,md,rd,1] 
	00140: SRP2       
	00141: IP         
	00142: SRP1       
	00143: IP         
	00144: MIAP[rd+ci] 
	00145: MIRP[nrp0,md,rd,1] 
	00146: IP         
	00147: SRP1       
	00148: IP         
	00149: SRP1       
	00150: SRP2       
	00151: IP         
	00152: IP         
	00153: IUP[y]     
	00154: IUP[x]     
	00155: SVTCA[x-axis] 
	00156: CALL       
	00157: DELTAP1    
	00158: CALL       
	00159: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual                               On
	 19:  YDual XDual                 X-Short On
	 20:        XDual         Y-Short X-Short On
	 21:                      Y-Short X-Short On
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short Off
	 48:  YDual XDual                 X-Short On
	 49:  YDual XDual                 X-Short Off
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:                      Y-Short X-Short On
	 53:                      Y-Short X-Short Off
	 54:                      Y-Short X-Short On
	 55:                      Y-Short X-Short Off
	 56:                      Y-Short X-Short On
	 57:                      Y-Short X-Short On
	 58:        XDual         Y-Short         Off
	 59:        XDual         Y-Short X-Short On
	 60:        XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1147,   293)  ->  Abs (  1147,   293)
	  1: Rel (  -207,     0)  ->  Abs (   940,   293)
	  2: Rel (  -121,     0)  ->  Abs (   819,   293)
	  3: Rel (  -102,    90)  ->  Abs (   717,   383)
	  4: Rel (     0,   104)  ->  Abs (   717,   487)
	  5: Rel (     0,    39)  ->  Abs (   717,   526)
	  6: Rel (    10,    58)  ->  Abs (   727,   584)
	  7: Rel (     4,    22)  ->  Abs (   731,   606)
	  8: Rel (     7,    36)  ->  Abs (   738,   642)
	  9: Rel (  -171,   -52)  ->  Abs (   567,   590)
	 10: Rel (   -87,   -37)  ->  Abs (   480,   553)
	 11: Rel (  -160,   -68)  ->  Abs (   320,   485)
	 12: Rel (   -88,   -86)  ->  Abs (   232,   399)
	 13: Rel (  -111,  -108)  ->  Abs (   121,   291)
	 14: Rel (     0,  -138)  ->  Abs (   121,   153)
	 15: Rel (     0,  -215)  ->  Abs (   121,   -62)
	 16: Rel (   224,  -108)  ->  Abs (   345,  -170)
	 17: Rel (   195,   -94)  ->  Abs (   540,  -264)
	 18: Rel (   326,     0)  ->  Abs (   866,  -264)
	 19: Rel (   184,     0)  ->  Abs (  1050,  -264)
	 20: Rel (     6,   -11)  ->  Abs (  1056,  -275)
	 21: Rel (  -226,  -159)  ->  Abs (   830,  -434)
	 22: Rel (   -58,     0)  ->  Abs (   772,  -434)
	 23: Rel (  -216,     0)  ->  Abs (   556,  -434)
	 24: Rel (  -143,    40)  ->  Abs (   413,  -394)
	 25: Rel (  -171,    48)  ->  Abs (   242,  -346)
	 26: Rel (   -88,   106)  ->  Abs (   154,  -240)
	 27: Rel (  -100,   121)  ->  Abs (    54,  -119)
	 28: Rel (     0,   199)  ->  Abs (    54,    80)
	 29: Rel (     0,   171)  ->  Abs (    54,   251)
	 30: Rel (    85,   128)  ->  Abs (   139,   379)
	 31: Rel (    66,   100)  ->  Abs (   205,   479)
	 32: Rel (   127,    83)  ->  Abs (   332,   562)
	 33: Rel (    37,    25)  ->  Abs (   369,   587)
	 34: Rel (   169,    90)  ->  Abs (   538,   677)
	 35: Rel (   -40,     5)  ->  Abs (   498,   682)
	 36: Rel (   -89,     7)  ->  Abs (   409,   689)
	 37: Rel (   -36,     0)  ->  Abs (   373,   689)
	 38: Rel (  -101,     0)  ->  Abs (   272,   689)
	 39: Rel (   -63,    -9)  ->  Abs (   209,   680)
	 40: Rel (   -21,    -3)  ->  Abs (   188,   677)
	 41: Rel (  -110,   -24)  ->  Abs (    78,   653)
	 42: Rel (    34,    98)  ->  Abs (   112,   751)
	 43: Rel (    37,    38)  ->  Abs (   149,   789)
	 44: Rel (    83,    84)  ->  Abs (   232,   873)
	 45: Rel (   177,     0)  ->  Abs (   409,   873)
	 46: Rel (    97,     0)  ->  Abs (   506,   873)
	 47: Rel (   226,   -37)  ->  Abs (   732,   836)
	 48: Rel (    77,     0)  ->  Abs (   809,   836)
	 49: Rel (    51,     0)  ->  Abs (   860,   836)
	 50: Rel (    97,     8)  ->  Abs (   957,   844)
	 51: Rel (    53,     7)  ->  Abs (  1010,   851)
	 52: Rel (   -40,  -170)  ->  Abs (   970,   681)
	 53: Rel (   -41,    -5)  ->  Abs (   929,   676)
	 54: Rel (   -52,    -9)  ->  Abs (   877,   667)
	 55: Rel (   -33,    -6)  ->  Abs (   844,   661)
	 56: Rel (   -58,   -11)  ->  Abs (   786,   650)
	 57: Rel (    -2,   -56)  ->  Abs (   784,   594)
	 58: Rel (     0,   -82)  ->  Abs (   784,   512)
	 59: Rel (    50,   -28)  ->  Abs (   834,   484)
	 60: Rel (    31,   -17)  ->  Abs (   865,   467)
	 61: Rel (    75,     0)  ->  Abs (   940,   467)
	 62: Rel (   207,     0)  ->  Abs (  1147,   467)

	Glyph 931: off = 0x00028BDE, len = 140
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			1145
	  yMax:			875

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	60
	00000: PUSHB[3]             11     2    15 
	00004: PUSHW[1]            751 
	00007: PUSHB[4]              9     9    22     2 
	00012: PUSHW[3]            751     1   747 
	00019: NPUSHB      (12):    11    11     1     3    84     9    17    52     3     3 
	                             1     0 
	00033: PUSHW[1]            752 
	00036: PUSHB[2]             24     1 
	00039: MDAP[rd]   
	00040: SRP0       
	00041: MIRP[nrp0,nmd,rd,1] 
	00042: SRP1       
	00043: IP         
	00044: MDAP[rd]   
	00045: CALL       
	00046: SRP2       
	00047: IP         
	00048: MDAP[rd]   
	00049: SVTCA[y-axis] 
	00050: MIAP[rd+ci] 
	00051: MIRP[srp0,md,rd,1] 
	00052: ALIGNRP    
	00053: SHP[rp2,zp1] 
	00054: MDAP[rd]   
	00055: MIRP[nrp0,md,rd,1] 
	00056: SRP2       
	00057: IP         
	00058: IUP[y]     
	00059: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:                      Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1145,   293)  ->  Abs (  1145,   293)
	  1: Rel ( -1145,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   805,     0)  ->  Abs (   805,   467)
	  4: Rel (  -102,    79)  ->  Abs (   703,   546)
	  5: Rel (   -70,    44)  ->  Abs (   633,   590)
	  6: Rel (   -87,    55)  ->  Abs (   546,   645)
	  7: Rel (   -72,    25)  ->  Abs (   474,   670)
	  8: Rel (   -81,    28)  ->  Abs (   393,   698)
	  9: Rel (   -83,     0)  ->  Abs (   310,   698)
	 10: Rel (   -51,     0)  ->  Abs (   259,   698)
	 11: Rel (   -52,    -7)  ->  Abs (   207,   691)
	 12: Rel (    29,    74)  ->  Abs (   236,   765)
	 13: Rel (    47,    45)  ->  Abs (   283,   810)
	 14: Rel (    68,    65)  ->  Abs (   351,   875)
	 15: Rel (   104,     0)  ->  Abs (   455,   875)
	 16: Rel (   102,     0)  ->  Abs (   557,   875)
	 17: Rel (   139,  -100)  ->  Abs (   696,   775)
	 18: Rel (    69,   -50)  ->  Abs (   765,   725)
	 19: Rel (   156,  -140)  ->  Abs (   921,   585)
	 20: Rel (   121,  -109)  ->  Abs (  1042,   476)
	 21: Rel (    43,    -9)  ->  Abs (  1085,   467)
	 22: Rel (    60,     0)  ->  Abs (  1145,   467)

	Glyph 932: off = 0x00028C6A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1145
	  yMax:			875

	     0: Flags:		0x0016
		Glyf Index:	931
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 933: off = 0x00028C7A, len = 298
	  numberOfContours:	2
	  xMin:			54
	  yMin:			-434
	  xMax:			1056
	  yMax:			1309

	EndPoints
	---------
	  0:  3
	  1:  48

	  Length of Instructions:	147
	00000: NPUSHB      (14):    45    32    10    11    52    28    42    10    11    52 
	                           121    46     1    31 
	00016: PUSHW[1]            -74 
	00019: PUSHB[6]              9    17    52     0     2     3 
	00026: PUSHW[1]            770 
	00029: PUSHB[7]              1     1    15    11     7    35    34 
	00037: PUSHW[3]            751    36   774 
	00044: PUSHB[5]             19    22     4    23    15 
	00050: PUSHW[1]            751 
	00053: PUSHB[3]              7     7    22 
	00057: PUSHW[3]            751    23   775 
	00064: PUSHB[3]              1     3     2 
	00068: PUSHW[1]            769 
	00071: NPUSHB      (18):     0     0   143     4     1     4    22    34    36    35 
	                            35    23    22    22    50    11    11    29 
	00091: PUSHW[3]            771    43   298 
	00098: SCANCTRL   
	00099: MDAP[rd]   
	00100: MIRP[nrp0,md,rd,1] 
	00101: SHP[rp1,zp0] 
	00102: MDAP[rd]   
	00103: SRP1       
	00104: SHP[rp1,zp0] 
	00105: MDAP[rd]   
	00106: SHP[rp1,zp0] 
	00107: SHP[rp1,zp0] 
	00108: MDAP[rd]   
	00109: IP         
	00110: IP         
	00111: SRP1       
	00112: IP         
	00113: DELTAP1    
	00114: IP         
	00115: MDAP[rd]   
	00116: MIRP[srp0,md,rd,1] 
	00117: IP         
	00118: IP         
	00119: SVTCA[y-axis] 
	00120: MIAP[rd+ci] 
	00121: MIRP[nrp0,md,rd,1] 
	00122: IP         
	00123: MDAP[rd]   
	00124: MIRP[nrp0,md,rd,1] 
	00125: SRP2       
	00126: IP         
	00127: SRP1       
	00128: IP         
	00129: MIAP[rd+ci] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: IP         
	00132: SRP1       
	00133: IP         
	00134: SRP1       
	00135: SHP[rp1,zp0] 
	00136: MDAP[rd]   
	00137: MIRP[nrp0,md,rd,1] 
	00138: IP         
	00139: IP         
	00140: IUP[y]     
	00141: IUP[x]     
	00142: SVTCA[x-axis] 
	00143: CALL       
	00144: DELTAP1    
	00145: CALL       
	00146: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                              X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual                               On
	 34:  YDual XDual                 X-Short On
	 35:        XDual         Y-Short X-Short On
	 36:                      Y-Short X-Short On
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   676,  1224)  ->  Abs (   676,  1224)
	  1: Rel (   -77,  -145)  ->  Abs (   599,  1079)
	  2: Rel (  -161,    84)  ->  Abs (   438,  1163)
	  3: Rel (    75,   146)  ->  Abs (   513,  1309)
	  4: Rel (   -29,  -613)  ->  Abs (   484,   696)
	  5: Rel (   -20,     0)  ->  Abs (   464,   696)
	  6: Rel (   -76,     6)  ->  Abs (   388,   702)
	  7: Rel (   -19,     0)  ->  Abs (   369,   702)
	  8: Rel (   -64,     0)  ->  Abs (   305,   702)
	  9: Rel (   -80,   -12)  ->  Abs (   225,   690)
	 10: Rel (   -52,    -8)  ->  Abs (   173,   682)
	 11: Rel (   -90,   -18)  ->  Abs (    83,   664)
	 12: Rel (    40,   113)  ->  Abs (   123,   777)
	 13: Rel (    35,    34)  ->  Abs (   158,   811)
	 14: Rel (    75,    74)  ->  Abs (   233,   885)
	 15: Rel (   177,     0)  ->  Abs (   410,   885)
	 16: Rel (    66,     0)  ->  Abs (   476,   885)
	 17: Rel (   204,   -28)  ->  Abs (   680,   857)
	 18: Rel (    95,   -13)  ->  Abs (   775,   844)
	 19: Rel (    69,     0)  ->  Abs (   844,   844)
	 20: Rel (    29,     0)  ->  Abs (   873,   844)
	 21: Rel (   112,    14)  ->  Abs (   985,   858)
	 22: Rel (    28,     0)  ->  Abs (  1013,   858)
	 23: Rel (   -37,  -169)  ->  Abs (   976,   689)
	 24: Rel (  -211,   -36)  ->  Abs (   765,   653)
	 25: Rel (  -148,   -46)  ->  Abs (   617,   607)
	 26: Rel (  -220,   -68)  ->  Abs (   397,   539)
	 27: Rel (  -123,   -98)  ->  Abs (   274,   441)
	 28: Rel (  -153,  -122)  ->  Abs (   121,   319)
	 29: Rel (     0,  -166)  ->  Abs (   121,   153)
	 30: Rel (     0,  -215)  ->  Abs (   121,   -62)
	 31: Rel (   224,  -108)  ->  Abs (   345,  -170)
	 32: Rel (   195,   -94)  ->  Abs (   540,  -264)
	 33: Rel (   326,     0)  ->  Abs (   866,  -264)
	 34: Rel (   184,     0)  ->  Abs (  1050,  -264)
	 35: Rel (     6,   -11)  ->  Abs (  1056,  -275)
	 36: Rel (  -226,  -159)  ->  Abs (   830,  -434)
	 37: Rel (   -58,     0)  ->  Abs (   772,  -434)
	 38: Rel (  -216,     0)  ->  Abs (   556,  -434)
	 39: Rel (  -143,    40)  ->  Abs (   413,  -394)
	 40: Rel (  -171,    48)  ->  Abs (   242,  -346)
	 41: Rel (   -88,   106)  ->  Abs (   154,  -240)
	 42: Rel (  -100,   121)  ->  Abs (    54,  -119)
	 43: Rel (     0,   199)  ->  Abs (    54,    80)
	 44: Rel (     0,   168)  ->  Abs (    54,   248)
	 45: Rel (    79,   134)  ->  Abs (   133,   382)
	 46: Rel (    60,   102)  ->  Abs (   193,   484)
	 47: Rel (   115,    91)  ->  Abs (   308,   575)
	 48: Rel (    35,    28)  ->  Abs (   343,   603)

	Glyph 934: off = 0x00028DA4, len = 396
	  numberOfContours:	2
	  xMin:			54
	  yMin:			-434
	  xMax:			1147
	  yMax:			1309

	EndPoints
	---------
	  0:  3
	  1:  66

	  Length of Instructions:	194
	00000: NPUSHB      (14):    34    32    10    11    52    17    42    10    11    52 
	                           121    35     1    20 
	00016: PUSHW[1]            -94 
	00019: PUSHB[6]              9    17    52     0     2     3 
	00026: PUSHW[1]            770 
	00029: NPUSHB      (11):     1     1    49    60    12    56    65    45    41    24 
	                            23 
	00042: PUSHW[3]            751    25   774 
	00049: PUSHB[5]             52    55    38    56    49 
	00055: PUSHW[1]            751 
	00058: PUSHB[3]             41    41    55 
	00062: PUSHW[7]            751    56   775    65   751     5   747 
	00077: PUSHB[3]              1     3     2 
	00081: PUSHW[1]            769 
	00084: PUSHB[8]              0     0     8    18    60    55    12     8 
	00093: PUSHW[1]            771 
	00096: NPUSHB      (16):    61    61   143    38     1    38    55    23    25    18 
	                            24    24    56    55    55     4 
	00114: PUSHW[1]            752 
	00117: PUSHB[4]             68    45    45    18 
	00122: PUSHW[3]            771    32   298 
	00129: SCANCTRL   
	00130: MDAP[rd]   
	00131: MIRP[nrp0,md,rd,1] 
	00132: SHP[rp1,zp0] 
	00133: MDAP[rd]   
	00134: SRP0       
	00135: MIRP[nrp0,nmd,rd,1] 
	00136: SHP[rp1,zp0] 
	00137: MDAP[rd]   
	00138: SHP[rp1,zp0] 
	00139: SHP[rp1,zp0] 
	00140: MDAP[rd]   
	00141: SRP2       
	00142: IP         
	00143: IP         
	00144: SRP1       
	00145: IP         
	00146: DELTAP1    
	00147: IP         
	00148: MDAP[rd]   
	00149: MIRP[srp0,md,rd,1] 
	00150: IP         
	00151: SRP2       
	00152: IP         
	00153: SRP1       
	00154: SRP2       
	00155: IP         
	00156: MDAP[rd]   
	00157: MIRP[srp0,md,rd,1] 
	00158: IP         
	00159: IP         
	00160: SVTCA[y-axis] 
	00161: MIAP[rd+ci] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: MIAP[rd+ci] 
	00164: MIRP[nrp0,md,rd,1] 
	00165: IP         
	00166: MDAP[rd]   
	00167: MIRP[nrp0,md,rd,1] 
	00168: SRP2       
	00169: IP         
	00170: SRP1       
	00171: IP         
	00172: MIAP[rd+ci] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: IP         
	00175: SRP1       
	00176: IP         
	00177: SRP1       
	00178: SRP2       
	00179: IP         
	00180: IP         
	00181: SRP1       
	00182: SHP[rp1,zp0] 
	00183: MDAP[rd]   
	00184: MIRP[nrp0,md,rd,1] 
	00185: IP         
	00186: IP         
	00187: IUP[y]     
	00188: IUP[x]     
	00189: SVTCA[x-axis] 
	00190: CALL       
	00191: DELTAP1    
	00192: CALL       
	00193: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual                               On
	 23:  YDual XDual                 X-Short On
	 24:        XDual         Y-Short X-Short On
	 25:                      Y-Short X-Short On
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short On
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short Off
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:                      Y-Short X-Short On
	 57:                      Y-Short X-Short Off
	 58:                      Y-Short X-Short On
	 59:                      Y-Short X-Short Off
	 60:                      Y-Short X-Short On
	 61:                      Y-Short X-Short On
	 62:        XDual         Y-Short         Off
	 63:        XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short Off
	 65:  YDual XDual                 X-Short On
	 66:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   680,  1224)  ->  Abs (   680,  1224)
	  1: Rel (   -77,  -145)  ->  Abs (   603,  1079)
	  2: Rel (  -161,    84)  ->  Abs (   442,  1163)
	  3: Rel (    75,   146)  ->  Abs (   517,  1309)
	  4: Rel (   630, -1016)  ->  Abs (  1147,   293)
	  5: Rel (  -207,     0)  ->  Abs (   940,   293)
	  6: Rel (  -121,     0)  ->  Abs (   819,   293)
	  7: Rel (  -102,    90)  ->  Abs (   717,   383)
	  8: Rel (     0,   104)  ->  Abs (   717,   487)
	  9: Rel (     0,    39)  ->  Abs (   717,   526)
	 10: Rel (    10,    58)  ->  Abs (   727,   584)
	 11: Rel (     4,    22)  ->  Abs (   731,   606)
	 12: Rel (     7,    36)  ->  Abs (   738,   642)
	 13: Rel (  -171,   -52)  ->  Abs (   567,   590)
	 14: Rel (   -87,   -37)  ->  Abs (   480,   553)
	 15: Rel (  -160,   -68)  ->  Abs (   320,   485)
	 16: Rel (   -88,   -86)  ->  Abs (   232,   399)
	 17: Rel (  -111,  -108)  ->  Abs (   121,   291)
	 18: Rel (     0,  -138)  ->  Abs (   121,   153)
	 19: Rel (     0,  -215)  ->  Abs (   121,   -62)
	 20: Rel (   224,  -108)  ->  Abs (   345,  -170)
	 21: Rel (   195,   -94)  ->  Abs (   540,  -264)
	 22: Rel (   326,     0)  ->  Abs (   866,  -264)
	 23: Rel (   184,     0)  ->  Abs (  1050,  -264)
	 24: Rel (     6,   -11)  ->  Abs (  1056,  -275)
	 25: Rel (  -226,  -159)  ->  Abs (   830,  -434)
	 26: Rel (   -58,     0)  ->  Abs (   772,  -434)
	 27: Rel (  -216,     0)  ->  Abs (   556,  -434)
	 28: Rel (  -143,    40)  ->  Abs (   413,  -394)
	 29: Rel (  -171,    48)  ->  Abs (   242,  -346)
	 30: Rel (   -88,   106)  ->  Abs (   154,  -240)
	 31: Rel (  -100,   121)  ->  Abs (    54,  -119)
	 32: Rel (     0,   199)  ->  Abs (    54,    80)
	 33: Rel (     0,   171)  ->  Abs (    54,   251)
	 34: Rel (    85,   128)  ->  Abs (   139,   379)
	 35: Rel (    66,   100)  ->  Abs (   205,   479)
	 36: Rel (   127,    83)  ->  Abs (   332,   562)
	 37: Rel (    37,    25)  ->  Abs (   369,   587)
	 38: Rel (   169,    90)  ->  Abs (   538,   677)
	 39: Rel (   -40,     5)  ->  Abs (   498,   682)
	 40: Rel (   -89,     7)  ->  Abs (   409,   689)
	 41: Rel (   -36,     0)  ->  Abs (   373,   689)
	 42: Rel (  -101,     0)  ->  Abs (   272,   689)
	 43: Rel (   -63,    -9)  ->  Abs (   209,   680)
	 44: Rel (   -21,    -3)  ->  Abs (   188,   677)
	 45: Rel (  -110,   -24)  ->  Abs (    78,   653)
	 46: Rel (    34,    98)  ->  Abs (   112,   751)
	 47: Rel (    37,    38)  ->  Abs (   149,   789)
	 48: Rel (    83,    84)  ->  Abs (   232,   873)
	 49: Rel (   177,     0)  ->  Abs (   409,   873)
	 50: Rel (    97,     0)  ->  Abs (   506,   873)
	 51: Rel (   226,   -37)  ->  Abs (   732,   836)
	 52: Rel (    77,     0)  ->  Abs (   809,   836)
	 53: Rel (    51,     0)  ->  Abs (   860,   836)
	 54: Rel (    97,     8)  ->  Abs (   957,   844)
	 55: Rel (    53,     7)  ->  Abs (  1010,   851)
	 56: Rel (   -40,  -170)  ->  Abs (   970,   681)
	 57: Rel (   -41,    -5)  ->  Abs (   929,   676)
	 58: Rel (   -52,    -9)  ->  Abs (   877,   667)
	 59: Rel (   -33,    -6)  ->  Abs (   844,   661)
	 60: Rel (   -58,   -11)  ->  Abs (   786,   650)
	 61: Rel (    -2,   -56)  ->  Abs (   784,   594)
	 62: Rel (     0,   -82)  ->  Abs (   784,   512)
	 63: Rel (    50,   -28)  ->  Abs (   834,   484)
	 64: Rel (    31,   -17)  ->  Abs (   865,   467)
	 65: Rel (    75,     0)  ->  Abs (   940,   467)
	 66: Rel (   207,     0)  ->  Abs (  1147,   467)

	Glyph 935: off = 0x00028F30, len = 188
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			1145
	  yMax:			1309

	EndPoints
	---------
	  0:  3
	  1:  26

	  Length of Instructions:	92
	00000: PUSHB[3]              0     2     3 
	00004: PUSHW[1]            770 
	00007: PUSHB[6]              1     1    19    15     6    19 
	00014: PUSHW[1]            751 
	00017: PUSHB[4]             13    13    26     6 
	00022: PUSHW[3]            751     5   747 
	00029: PUSHB[3]              1     3     0 
	00033: PUSHW[1]            769 
	00036: NPUSHB      (15):     2     2     7    15    15     5     7    84     9    17 
	                            52     7     7     5     4 
	00053: PUSHW[1]            752 
	00056: PUSHB[2]             28     5 
	00059: MDAP[rd]   
	00060: SRP0       
	00061: MIRP[nrp0,nmd,rd,1] 
	00062: SRP1       
	00063: IP         
	00064: MDAP[rd]   
	00065: CALL       
	00066: SRP2       
	00067: IP         
	00068: MDAP[rd]   
	00069: SRP1       
	00070: IP         
	00071: MDAP[rd]   
	00072: MIRP[nrp0,md,rd,1] 
	00073: IP         
	00074: IP         
	00075: SVTCA[y-axis] 
	00076: MIAP[rd+ci] 
	00077: MIRP[srp0,md,rd,1] 
	00078: ALIGNRP    
	00079: SHP[rp2,zp1] 
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: SRP2       
	00083: IP         
	00084: SRP1       
	00085: SHP[rp1,zp0] 
	00086: MDAP[rd]   
	00087: MIRP[nrp0,md,rd,1] 
	00088: IP         
	00089: IP         
	00090: IUP[y]     
	00091: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:                      Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   666,  1224)  ->  Abs (   666,  1224)
	  1: Rel (   -76,  -145)  ->  Abs (   590,  1079)
	  2: Rel (  -162,    84)  ->  Abs (   428,  1163)
	  3: Rel (    74,   146)  ->  Abs (   502,  1309)
	  4: Rel (   643, -1016)  ->  Abs (  1145,   293)
	  5: Rel ( -1145,     0)  ->  Abs (     0,   293)
	  6: Rel (     0,   174)  ->  Abs (     0,   467)
	  7: Rel (   805,     0)  ->  Abs (   805,   467)
	  8: Rel (  -102,    79)  ->  Abs (   703,   546)
	  9: Rel (   -70,    44)  ->  Abs (   633,   590)
	 10: Rel (   -87,    55)  ->  Abs (   546,   645)
	 11: Rel (   -72,    25)  ->  Abs (   474,   670)
	 12: Rel (   -81,    28)  ->  Abs (   393,   698)
	 13: Rel (   -83,     0)  ->  Abs (   310,   698)
	 14: Rel (   -51,     0)  ->  Abs (   259,   698)
	 15: Rel (   -52,    -7)  ->  Abs (   207,   691)
	 16: Rel (    29,    74)  ->  Abs (   236,   765)
	 17: Rel (    47,    45)  ->  Abs (   283,   810)
	 18: Rel (    68,    65)  ->  Abs (   351,   875)
	 19: Rel (   104,     0)  ->  Abs (   455,   875)
	 20: Rel (   102,     0)  ->  Abs (   557,   875)
	 21: Rel (   139,  -100)  ->  Abs (   696,   775)
	 22: Rel (    69,   -50)  ->  Abs (   765,   725)
	 23: Rel (   156,  -140)  ->  Abs (   921,   585)
	 24: Rel (   121,  -109)  ->  Abs (  1042,   476)
	 25: Rel (    43,    -9)  ->  Abs (  1085,   467)
	 26: Rel (    60,     0)  ->  Abs (  1145,   467)

	Glyph 936: off = 0x00028FEC, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1145
	  yMax:			1309

	     0: Flags:		0x0016
		Glyf Index:	935
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 937: off = 0x00028FFC, len = 152
	  numberOfContours:	1
	  xMin:			165
	  yMin:			293
	  xMax:			761
	  yMax:			1130

	EndPoints
	---------
	  0:  22

	  Length of Instructions:	74
	00000: PUSHB[7]            102    19     1     7     7    13    18 
	00008: PUSHW[1]            751 
	00011: PUSHB[3]             17    17    13 
	00015: PUSHW[3]            751     1   747 
	00022: PUSHB[6]             18    18    17    17     8    13 
	00029: PUSHW[3]            771     0   752 
	00036: PUSHB[3]             24     4     8 
	00040: PUSHW[3]            761     7   298 
	00047: SCANCTRL   
	00048: MDAP[rd]   
	00049: MIRP[nrp0,md,rd,1] 
	00050: SHP[rp1,zp0] 
	00051: SRP0       
	00052: MIRP[srp0,nmd,rd,1] 
	00053: MIRP[nrp0,md,rd,1] 
	00054: SRP1       
	00055: IP         
	00056: MDAP[rd]   
	00057: RTHG       
	00058: IP         
	00059: MDAP[rd]   
	00060: SVTCA[y-axis] 
	00061: RTG        
	00062: MIAP[rd+ci] 
	00063: MIRP[srp0,md,rd,1] 
	00064: SHP[rp2,zp1] 
	00065: MDAP[rd]   
	00066: MIRP[nrp0,md,rd,1] 
	00067: SRP2       
	00068: IP         
	00069: MDAP[rd]   
	00070: IUP[y]     
	00071: IUP[x]     
	00072: SVTCA[x-axis] 
	00073: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual                 X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual                               On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   761,   293)  ->  Abs (   761,   293)
	  1: Rel (  -448,     0)  ->  Abs (   313,   293)
	  2: Rel (   -57,     0)  ->  Abs (   256,   293)
	  3: Rel (   -91,    66)  ->  Abs (   165,   359)
	  4: Rel (     0,    45)  ->  Abs (   165,   404)
	  5: Rel (     0,    38)  ->  Abs (   165,   442)
	  6: Rel (     8,    62)  ->  Abs (   173,   504)
	  7: Rel (    11,    37)  ->  Abs (   184,   541)
	  8: Rel (    23,     0)  ->  Abs (   207,   541)
	  9: Rel (    11,   -41)  ->  Abs (   218,   500)
	 10: Rel (    29,   -18)  ->  Abs (   247,   482)
	 11: Rel (    24,   -15)  ->  Abs (   271,   467)
	 12: Rel (    42,     0)  ->  Abs (   313,   467)
	 13: Rel (   387,     0)  ->  Abs (   700,   467)
	 14: Rel (     0,   179)  ->  Abs (   700,   646)
	 15: Rel (   -50,   109)  ->  Abs (   650,   755)
	 16: Rel (   -62,   136)  ->  Abs (   588,   891)
	 17: Rel (  -145,    45)  ->  Abs (   443,   936)
	 18: Rel (    15,   194)  ->  Abs (   458,  1130)
	 19: Rel (   173,   -85)  ->  Abs (   631,  1045)
	 20: Rel (    72,  -186)  ->  Abs (   703,   859)
	 21: Rel (    58,  -150)  ->  Abs (   761,   709)
	 22: Rel (     0,  -242)  ->  Abs (   761,   467)

	Glyph 938: off = 0x00029094, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			165
	  yMin:			293
	  xMax:			761
	  yMax:			1130

	     0: Flags:		0x0016
		Glyf Index:	937
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 939: off = 0x000290A4, len = 204
	  numberOfContours:	2
	  xMin:			165
	  yMin:			293
	  xMax:			761
	  yMax:			1555

	EndPoints
	---------
	  0:  3
	  1:  26

	  Length of Instructions:	109
	00000: PUSHB[6]            102    23     1     0     2     3 
	00007: PUSHW[1]            770 
	00010: PUSHB[7]              1     1    22    11    11    17    22 
	00018: PUSHW[1]            751 
	00021: PUSHB[3]             21    21    17 
	00025: PUSHW[3]            751     5   747 
	00032: PUSHB[3]              1     3     0 
	00036: PUSHW[1]            769 
	00039: NPUSHB      (10):     2     2    21    11    22    22    21    21    12    17 
	00051: PUSHW[3]            771     4   752 
	00058: PUSHB[3]             28     8    12 
	00062: PUSHW[3]            761    11   298 
	00069: SCANCTRL   
	00070: MDAP[rd]   
	00071: MIRP[nrp0,md,rd,1] 
	00072: SHP[rp1,zp0] 
	00073: SRP0       
	00074: MIRP[srp0,nmd,rd,1] 
	00075: MIRP[nrp0,md,rd,1] 
	00076: SRP1       
	00077: IP         
	00078: MDAP[rd]   
	00079: RTHG       
	00080: IP         
	00081: MDAP[rd]   
	00082: RTG        
	00083: SRP1       
	00084: SRP2       
	00085: IP         
	00086: MDAP[rd]   
	00087: MIRP[nrp0,md,rd,1] 
	00088: IP         
	00089: IP         
	00090: SVTCA[y-axis] 
	00091: MIAP[rd+ci] 
	00092: MIRP[srp0,md,rd,1] 
	00093: SHP[rp2,zp1] 
	00094: MDAP[rd]   
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP2       
	00097: IP         
	00098: MDAP[rd]   
	00099: SRP1       
	00100: SHP[rp1,zp0] 
	00101: MDAP[rd]   
	00102: MIRP[nrp0,md,rd,1] 
	00103: IP         
	00104: IP         
	00105: IUP[y]     
	00106: IUP[x]     
	00107: SVTCA[x-axis] 
	00108: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:  YDual                               On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual                               On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   495,  1469)  ->  Abs (   495,  1469)
	  1: Rel (   -78,  -145)  ->  Abs (   417,  1324)
	  2: Rel (  -160,    86)  ->  Abs (   257,  1410)
	  3: Rel (    73,   145)  ->  Abs (   330,  1555)
	  4: Rel (   431, -1262)  ->  Abs (   761,   293)
	  5: Rel (  -448,     0)  ->  Abs (   313,   293)
	  6: Rel (   -57,     0)  ->  Abs (   256,   293)
	  7: Rel (   -91,    66)  ->  Abs (   165,   359)
	  8: Rel (     0,    45)  ->  Abs (   165,   404)
	  9: Rel (     0,    38)  ->  Abs (   165,   442)
	 10: Rel (     8,    62)  ->  Abs (   173,   504)
	 11: Rel (    11,    37)  ->  Abs (   184,   541)
	 12: Rel (    23,     0)  ->  Abs (   207,   541)
	 13: Rel (    11,   -41)  ->  Abs (   218,   500)
	 14: Rel (    29,   -18)  ->  Abs (   247,   482)
	 15: Rel (    24,   -15)  ->  Abs (   271,   467)
	 16: Rel (    42,     0)  ->  Abs (   313,   467)
	 17: Rel (   387,     0)  ->  Abs (   700,   467)
	 18: Rel (     0,   179)  ->  Abs (   700,   646)
	 19: Rel (   -50,   109)  ->  Abs (   650,   755)
	 20: Rel (   -62,   136)  ->  Abs (   588,   891)
	 21: Rel (  -145,    45)  ->  Abs (   443,   936)
	 22: Rel (    15,   194)  ->  Abs (   458,  1130)
	 23: Rel (   173,   -85)  ->  Abs (   631,  1045)
	 24: Rel (    72,  -186)  ->  Abs (   703,   859)
	 25: Rel (    58,  -150)  ->  Abs (   761,   709)
	 26: Rel (     0,  -242)  ->  Abs (   761,   467)

	Glyph 940: off = 0x00029170, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			165
	  yMin:			293
	  xMax:			761
	  yMax:			1555

	     0: Flags:		0x0016
		Glyf Index:	939
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 941: off = 0x00029180, len = 216
	  numberOfContours:	1
	  xMin:			144
	  yMin:			-186
	  xMax:			1071
	  yMax:			880

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	114
	00000: NPUSHB      (11):    19    42     9    17    52    18    42    12    17    52 
	                             4 
	00013: PUSHW[1]            -32 
	00016: PUSHB[4]              9    17    52     3 
	00021: PUSHW[1]            -32 
	00024: PUSHB[4]              9    17    52     2 
	00029: PUSHW[1]            -42 
	00032: NPUSHB      (11):     9    17    52    24    52    12    17    52    13    12 
	                            25 
	00045: PUSHW[3]            751    26   777 
	00052: PUSHB[3]             12    58    16 
	00056: PUSHW[3]            778     6   776 
	00063: PUSHB[5]             26    26    25    25    21 
	00069: PUSHW[3]            771     0   752 
	00076: PUSHB[3]             32    13    12 
	00080: PUSHW[1]            282 
	00083: SCANCTRL   
	00084: MDAP[rd]   
	00085: SHP[rp1,zp0] 
	00086: SRP0       
	00087: MIRP[srp0,nmd,rd,0] 
	00088: MIRP[srp0,md,rd,1] 
	00089: SHP[rp2,zp1] 
	00090: MDAP[rd]   
	00091: RTHG       
	00092: IP         
	00093: MDAP[rd]   
	00094: SVTCA[y-axis] 
	00095: RTG        
	00096: MIAP[rd+ci] 
	00097: MIRP[srp0,md,rd,1] 
	00098: RTHG       
	00099: MIRP[nrp0,nmd,rd,0] 
	00100: RTG        
	00101: MIAP[rd+ci] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: SRP1       
	00104: IP         
	00105: IUP[y]     
	00106: IUP[x]     
	00107: SVTCA[x-axis] 
	00108: CALL       
	00109: CALL       
	00110: CALL       
	00111: CALL       
	00112: CALL       
	00113: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1071,   293)  ->  Abs (  1071,   293)
	  1: Rel (     0,  -110)  ->  Abs (  1071,   183)
	  2: Rel (   -94,  -118)  ->  Abs (   977,    65)
	  3: Rel (   -82,  -104)  ->  Abs (   895,   -39)
	  4: Rel (  -122,   -75)  ->  Abs (   773,  -114)
	  5: Rel (  -116,   -72)  ->  Abs (   657,  -186)
	  6: Rel (   -75,     0)  ->  Abs (   582,  -186)
	  7: Rel (   -69,     0)  ->  Abs (   513,  -186)
	  8: Rel (   -80,    20)  ->  Abs (   433,  -166)
	  9: Rel (   -61,    15)  ->  Abs (   372,  -151)
	 10: Rel (   -85,    32)  ->  Abs (   287,  -119)
	 11: Rel (   -72,    27)  ->  Abs (   215,   -92)
	 12: Rel (   -71,    27)  ->  Abs (   144,   -65)
	 13: Rel (    17,    40)  ->  Abs (   161,   -25)
	 14: Rel (    66,   -13)  ->  Abs (   227,   -38)
	 15: Rel (   143,   -27)  ->  Abs (   370,   -65)
	 16: Rel (    58,     0)  ->  Abs (   428,   -65)
	 17: Rel (   128,     0)  ->  Abs (   556,   -65)
	 18: Rel (   139,    82)  ->  Abs (   695,    17)
	 19: Rel (   126,    75)  ->  Abs (   821,    92)
	 20: Rel (   178,   229)  ->  Abs (   999,   321)
	 21: Rel (     0,    92)  ->  Abs (   999,   413)
	 22: Rel (     0,    79)  ->  Abs (   999,   492)
	 23: Rel (   -46,    87)  ->  Abs (   953,   579)
	 24: Rel (   -37,    70)  ->  Abs (   916,   649)
	 25: Rel (   -67,    74)  ->  Abs (   849,   723)
	 26: Rel (    57,   157)  ->  Abs (   906,   880)
	 27: Rel (    82,   -76)  ->  Abs (   988,   804)
	 28: Rel (    39,   -76)  ->  Abs (  1027,   728)
	 29: Rel (    44,   -86)  ->  Abs (  1071,   642)
	 30: Rel (     0,  -106)  ->  Abs (  1071,   536)

	Glyph 942: off = 0x00029258, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-186
	  xMax:			1071
	  yMax:			880

	     0: Flags:		0x0016
		Glyf Index:	941
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 943: off = 0x00029268, len = 264
	  numberOfContours:	2
	  xMin:			144
	  yMin:			-186
	  xMax:			1071
	  yMax:			1309

	EndPoints
	---------
	  0:  3
	  1:  34

	  Length of Instructions:	146
	00000: NPUSHB      (11):    23    42     9    17    52    22    42    12    17    52 
	                             8 
	00013: PUSHW[1]            -32 
	00016: PUSHB[4]              9    17    52     7 
	00021: PUSHW[1]            -32 
	00024: PUSHB[4]              9    17    52     6 
	00029: PUSHW[1]            -42 
	00032: NPUSHB      (11):     9    17    52    28    52    12    17    52     0     2 
	                             3 
	00045: PUSHW[1]            770 
	00048: PUSHB[6]              1     1    30    17    16    29 
	00055: PUSHW[3]            751    30   777 
	00062: PUSHB[3]             16    58    20 
	00066: PUSHW[3]            778    10   776 
	00073: PUSHB[3]              1     3     2 
	00077: PUSHW[1]            769 
	00080: PUSHB[8]              0     0    29    30    30    29    29    25 
	00089: PUSHW[3]            771     4   752 
	00096: PUSHB[3]             36    17    16 
	00100: PUSHW[1]            282 
	00103: SCANCTRL   
	00104: MDAP[rd]   
	00105: SHP[rp1,zp0] 
	00106: SRP0       
	00107: MIRP[srp0,nmd,rd,0] 
	00108: MIRP[srp0,md,rd,1] 
	00109: SHP[rp2,zp1] 
	00110: MDAP[rd]   
	00111: RTHG       
	00112: IP         
	00113: MDAP[rd]   
	00114: SRP1       
	00115: SHP[rp1,zp0] 
	00116: RTG        
	00117: MDAP[rd]   
	00118: MIRP[srp0,md,rd,1] 
	00119: IP         
	00120: IP         
	00121: SVTCA[y-axis] 
	00122: MIAP[rd+ci] 
	00123: MIRP[srp0,md,rd,1] 
	00124: RTHG       
	00125: MIRP[nrp0,nmd,rd,0] 
	00126: RTG        
	00127: MIAP[rd+ci] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: SRP1       
	00130: IP         
	00131: SRP1       
	00132: SHP[rp1,zp0] 
	00133: MDAP[rd]   
	00134: MIRP[nrp0,md,rd,1] 
	00135: IP         
	00136: IP         
	00137: IUP[y]     
	00138: IUP[x]     
	00139: SVTCA[x-axis] 
	00140: CALL       
	00141: CALL       
	00142: CALL       
	00143: CALL       
	00144: CALL       
	00145: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   921,  1224)  ->  Abs (   921,  1224)
	  1: Rel (   -77,  -145)  ->  Abs (   844,  1079)
	  2: Rel (  -161,    84)  ->  Abs (   683,  1163)
	  3: Rel (    75,   146)  ->  Abs (   758,  1309)
	  4: Rel (   313, -1016)  ->  Abs (  1071,   293)
	  5: Rel (     0,  -110)  ->  Abs (  1071,   183)
	  6: Rel (   -94,  -118)  ->  Abs (   977,    65)
	  7: Rel (   -82,  -104)  ->  Abs (   895,   -39)
	  8: Rel (  -122,   -75)  ->  Abs (   773,  -114)
	  9: Rel (  -116,   -72)  ->  Abs (   657,  -186)
	 10: Rel (   -75,     0)  ->  Abs (   582,  -186)
	 11: Rel (   -69,     0)  ->  Abs (   513,  -186)
	 12: Rel (   -80,    20)  ->  Abs (   433,  -166)
	 13: Rel (   -61,    15)  ->  Abs (   372,  -151)
	 14: Rel (   -85,    32)  ->  Abs (   287,  -119)
	 15: Rel (   -72,    27)  ->  Abs (   215,   -92)
	 16: Rel (   -71,    27)  ->  Abs (   144,   -65)
	 17: Rel (    17,    40)  ->  Abs (   161,   -25)
	 18: Rel (    66,   -13)  ->  Abs (   227,   -38)
	 19: Rel (   143,   -27)  ->  Abs (   370,   -65)
	 20: Rel (    58,     0)  ->  Abs (   428,   -65)
	 21: Rel (   128,     0)  ->  Abs (   556,   -65)
	 22: Rel (   139,    82)  ->  Abs (   695,    17)
	 23: Rel (   126,    75)  ->  Abs (   821,    92)
	 24: Rel (   178,   229)  ->  Abs (   999,   321)
	 25: Rel (     0,    92)  ->  Abs (   999,   413)
	 26: Rel (     0,    79)  ->  Abs (   999,   492)
	 27: Rel (   -46,    87)  ->  Abs (   953,   579)
	 28: Rel (   -37,    70)  ->  Abs (   916,   649)
	 29: Rel (   -67,    74)  ->  Abs (   849,   723)
	 30: Rel (    57,   157)  ->  Abs (   906,   880)
	 31: Rel (    82,   -76)  ->  Abs (   988,   804)
	 32: Rel (    39,   -76)  ->  Abs (  1027,   728)
	 33: Rel (    44,   -86)  ->  Abs (  1071,   642)
	 34: Rel (     0,  -106)  ->  Abs (  1071,   536)

	Glyph 944: off = 0x00029370, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			144
	  yMin:			-186
	  xMax:			1071
	  yMax:			1309

	     0: Flags:		0x0016
		Glyf Index:	943
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 945: off = 0x00029380, len = 454
	  numberOfContours:	1
	  xMin:			132
	  yMin:			-148
	  xMax:			1752
	  yMax:			855

	EndPoints
	---------
	  0:  70

	  Length of Instructions:	249
	00000: PUSHB[6]             64    32    16    17    52    30 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (26):    14    17    52    33    32    11    17    52    38    52 
	                            11    17    52    65    65    66    58    52    53    44 
	                            66    66    40    53    53    39 
	00038: PUSHW[3]            751    40   777 
	00045: PUSHB[3]             25    31    24 
	00049: PUSHW[3]            775    58   751 
	00056: PUSHB[3]              0     0    44 
	00060: PUSHW[7]            751     9   747    31   751    15   785 
	00075: PUSHB[4]              4    65    49    52 
	00080: PUSHW[3]            762    53   -64 
	00087: NPUSHB      (17):     9    16    52    53    53    65     9    40    40    15 
	                            39    31    39     2    39    39    35 
	00106: PUSHW[4]            773    44     9   -64 
	00115: NPUSHB      (15):     9    13    52     9     9    65    28    66    66    63 
	                            65     1    65    65    61 
	00132: NPUSHW      (10):   773    64     0   752    72    25   763    32    24   -64 
	00154: PUSHB[6]              9    11    52    24    24    28 
	00161: PUSHW[1]            771 
	00164: PUSHB[4]              0    19     1    19 
	00169: PUSHW[1]            298 
	00172: SCANCTRL   
	00173: MDAP[rd]   
	00174: DELTAP1    
	00175: MIRP[srp0,md,rd,1] 
	00176: SHP[rp2,zp1] 
	00177: RTHG       
	00178: MDAP[rd]   
	00179: CALL       
	00180: SMD        
	00181: MIRP[nrp0,md,rd,1] 
	00182: RTG        
	00183: SRP0       
	00184: MIRP[srp0,nmd,rd,1] 
	00185: SMD        
	00186: MIRP[srp0,md,rd,1] 
	00187: SHP[rp2,zp1] 
	00188: MDAP[rd]   
	00189: DELTAP1    
	00190: RTHG       
	00191: IP         
	00192: MDAP[rd]   
	00193: RTG        
	00194: SRP1       
	00195: SRP2       
	00196: IP         
	00197: MDAP[rd]   
	00198: CALL       
	00199: ALIGNRP    
	00200: MIRP[srp0,md,rd,1] 
	00201: SHP[rp2,zp1] 
	00202: MDAP[rd]   
	00203: DELTAP1    
	00204: RTHG       
	00205: IP         
	00206: MDAP[rd]   
	00207: SRP1       
	00208: SRP2       
	00209: IP         
	00210: MDAP[rd]   
	00211: CALL       
	00212: MIRP[srp0,nmd,rd,0] 
	00213: IP         
	00214: SRP2       
	00215: IP         
	00216: SVTCA[y-axis] 
	00217: RTG        
	00218: MIAP[rd+ci] 
	00219: MIRP[nrp0,md,rd,1] 
	00220: MIAP[rd+ci] 
	00221: MIRP[nrp0,md,rd,1] 
	00222: ALIGNRP    
	00223: SRP0       
	00224: MIRP[nrp0,md,rd,1] 
	00225: MIAP[rd+ci] 
	00226: SRP2       
	00227: IP         
	00228: MIAP[rd+ci] 
	00229: MIRP[srp0,md,rd,1] 
	00230: IP         
	00231: MDAP[rd]   
	00232: SRP2       
	00233: IP         
	00234: MDAP[rd]   
	00235: SRP1       
	00236: SRP2       
	00237: IP         
	00238: SRP1       
	00239: SRP2       
	00240: IP         
	00241: MDAP[rd]   
	00242: IUP[y]     
	00243: IUP[x]     
	00244: SVTCA[x-axis] 
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual               Y-Short X-Short On
	 53:  YDual XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short On
	 55:        XDual         Y-Short X-Short Off
	 56:        XDual         Y-Short X-Short On
	 57:        XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual XDual                 X-Short Off
	 60:  YDual XDual         Y-Short X-Short Off
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off
	 63:  YDual               Y-Short X-Short On
	 64:  YDual               Y-Short X-Short Off
	 65:  YDual               Y-Short X-Short On
	 66:  YDual XDual         Y-Short X-Short On
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short On
	 69:        XDual         Y-Short X-Short Off
	 70:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1752,   293)  ->  Abs (  1752,   293)
	  1: Rel (   -79,     0)  ->  Abs (  1673,   293)
	  2: Rel (   -60,     0)  ->  Abs (  1613,   293)
	  3: Rel (   -91,    33)  ->  Abs (  1522,   326)
	  4: Rel (   -47,    36)  ->  Abs (  1475,   362)
	  5: Rel (   -42,   -38)  ->  Abs (  1433,   324)
	  6: Rel (   -33,   -13)  ->  Abs (  1400,   311)
	  7: Rel (   -47,   -18)  ->  Abs (  1353,   293)
	  8: Rel (   -90,     0)  ->  Abs (  1263,   293)
	  9: Rel (  -123,     0)  ->  Abs (  1140,   293)
	 10: Rel (     0,   -92)  ->  Abs (  1140,   201)
	 11: Rel (   -44,   -87)  ->  Abs (  1096,   114)
	 12: Rel (   -57,  -113)  ->  Abs (  1039,     1)
	 13: Rel (  -117,   -66)  ->  Abs (   922,   -65)
	 14: Rel (  -147,   -83)  ->  Abs (   775,  -148)
	 15: Rel (  -221,     0)  ->  Abs (   554,  -148)
	 16: Rel (  -200,     0)  ->  Abs (   354,  -148)
	 17: Rel (  -106,    70)  ->  Abs (   248,   -78)
	 18: Rel (  -116,    77)  ->  Abs (   132,    -1)
	 19: Rel (     0,   159)  ->  Abs (   132,   158)
	 20: Rel (     0,    86)  ->  Abs (   132,   244)
	 21: Rel (    42,   176)  ->  Abs (   174,   420)
	 22: Rel (    36,    89)  ->  Abs (   210,   509)
	 23: Rel (    22,    54)  ->  Abs (   232,   563)
	 24: Rel (    54,   112)  ->  Abs (   286,   675)
	 25: Rel (    40,   -18)  ->  Abs (   326,   657)
	 26: Rel (   -70,  -144)  ->  Abs (   256,   513)
	 27: Rel (   -45,  -166)  ->  Abs (   211,   347)
	 28: Rel (     0,   -69)  ->  Abs (   211,   278)
	 29: Rel (     0,  -124)  ->  Abs (   211,   154)
	 30: Rel (   177,  -129)  ->  Abs (   388,    25)
	 31: Rel (   164,     0)  ->  Abs (   552,    25)
	 32: Rel (   192,     0)  ->  Abs (   744,    25)
	 33: Rel (   151,    67)  ->  Abs (   895,    92)
	 34: Rel (   188,    83)  ->  Abs (  1083,   175)
	 35: Rel (     0,   149)  ->  Abs (  1083,   324)
	 36: Rel (     0,   100)  ->  Abs (  1083,   424)
	 37: Rel (   -37,    90)  ->  Abs (  1046,   514)
	 38: Rel (   -29,    71)  ->  Abs (  1017,   585)
	 39: Rel (   -53,    65)  ->  Abs (   964,   650)
	 40: Rel (    83,   205)  ->  Abs (  1047,   855)
	 41: Rel (    50,   -82)  ->  Abs (  1097,   773)
	 42: Rel (    18,   -63)  ->  Abs (  1115,   710)
	 43: Rel (    25,   -89)  ->  Abs (  1140,   621)
	 44: Rel (     0,  -154)  ->  Abs (  1140,   467)
	 45: Rel (   123,     0)  ->  Abs (  1263,   467)
	 46: Rel (    95,     0)  ->  Abs (  1358,   467)
	 47: Rel (    40,    29)  ->  Abs (  1398,   496)
	 48: Rel (    35,    25)  ->  Abs (  1433,   521)
	 49: Rel (     0,    52)  ->  Abs (  1433,   573)
	 50: Rel (     0,    29)  ->  Abs (  1433,   602)
	 51: Rel (    -7,    59)  ->  Abs (  1426,   661)
	 52: Rel (    -7,    35)  ->  Abs (  1419,   696)
	 53: Rel (    40,    60)  ->  Abs (  1459,   756)
	 54: Rel (    16,   -97)  ->  Abs (  1475,   659)
	 55: Rel (    22,   -98)  ->  Abs (  1497,   561)
	 56: Rel (    37,   -43)  ->  Abs (  1534,   518)
	 57: Rel (    41,   -48)  ->  Abs (  1575,   470)
	 58: Rel (    75,     0)  ->  Abs (  1650,   470)
	 59: Rel (    23,     0)  ->  Abs (  1673,   470)
	 60: Rel (    25,    29)  ->  Abs (  1698,   499)
	 61: Rel (     0,    22)  ->  Abs (  1698,   521)
	 62: Rel (     0,    50)  ->  Abs (  1698,   571)
	 63: Rel (   -31,    57)  ->  Abs (  1667,   628)
	 64: Rel (   -23,    42)  ->  Abs (  1644,   670)
	 65: Rel (   -38,    42)  ->  Abs (  1606,   712)
	 66: Rel (    67,   109)  ->  Abs (  1673,   821)
	 67: Rel (    47,   -77)  ->  Abs (  1720,   744)
	 68: Rel (    10,   -28)  ->  Abs (  1730,   716)
	 69: Rel (    22,   -63)  ->  Abs (  1752,   653)
	 70: Rel (     0,  -120)  ->  Abs (  1752,   533)

	Glyph 946: off = 0x00029546, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			132
	  yMin:			-148
	  xMax:			1752
	  yMax:			855

	     0: Flags:		0x0016
		Glyf Index:	945
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 947: off = 0x00029556, len = 344
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			1157
	  yMax:			821

	EndPoints
	---------
	  0:  59

	  Length of Instructions:	170
	00000: NPUSHB      (23):    53    32    16    17    52     4    13    18    17    41 
	                            42    34    26    18    27    27    54    42    42    55 
	                            54    54    55 
	00025: PUSHW[3]            777    47   751 
	00032: PUSHB[3]              0     0    34 
	00036: PUSHW[1]            751 
	00039: PUSHB[3]              9     9    18 
	00043: PUSHW[3]            751    17   747 
	00050: PUSHB[7]              4    50    42    13    27    38    41 
	00058: PUSHW[3]            762    42   -64 
	00065: PUSHB[8]              9    14    52    42    42    54    23    26 
	00074: PUSHW[3]            762    27   -64 
	00081: NPUSHB      (17):     9    10    52    27    27    54    17    55    55    54 
	                            64    12    14    52    54    54    50 
	00100: PUSHW[3]            773     0   752 
	00107: PUSHB[2]             61    17 
	00110: MDAP[rd]   
	00111: SRP0       
	00112: MIRP[srp0,nmd,rd,1] 
	00113: MIRP[srp0,md,rd,1] 
	00114: SHP[rp2,zp1] 
	00115: MDAP[rd]   
	00116: CALL       
	00117: RTHG       
	00118: IP         
	00119: MDAP[rd]   
	00120: SRP1       
	00121: SRP2       
	00122: IP         
	00123: MDAP[rd]   
	00124: CALL       
	00125: MIRP[srp0,nmd,rd,0] 
	00126: IP         
	00127: SRP2       
	00128: IP         
	00129: MDAP[rd]   
	00130: CALL       
	00131: MIRP[srp0,nmd,rd,0] 
	00132: IP         
	00133: SRP1       
	00134: IP         
	00135: SRP1       
	00136: SRP2       
	00137: IP         
	00138: SVTCA[y-axis] 
	00139: RTG        
	00140: MIAP[rd+ci] 
	00141: MIRP[nrp0,md,rd,1] 
	00142: ALIGNRP    
	00143: SRP0       
	00144: MIRP[nrp0,md,rd,1] 
	00145: ALIGNRP    
	00146: SRP0       
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIAP[rd+ci] 
	00149: IP         
	00150: MDAP[rd]   
	00151: SRP2       
	00152: IP         
	00153: MDAP[rd]   
	00154: SRP1       
	00155: IP         
	00156: MDAP[rd]   
	00157: SRP2       
	00158: IP         
	00159: SRP1       
	00160: SRP2       
	00161: IP         
	00162: SRP1       
	00163: SRP2       
	00164: IP         
	00165: IP         
	00166: IUP[y]     
	00167: IUP[x]     
	00168: SVTCA[x-axis] 
	00169: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short X-Short On
	 46:        XDual         Y-Short X-Short Off
	 47:  YDual XDual                 X-Short On
	 48:  YDual XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short On
	 53:  YDual               Y-Short X-Short Off
	 54:  YDual               Y-Short X-Short On
	 55:  YDual XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1157,   293)  ->  Abs (  1157,   293)
	  1: Rel (   -77,     0)  ->  Abs (  1080,   293)
	  2: Rel (   -64,     0)  ->  Abs (  1016,   293)
	  3: Rel (   -92,    35)  ->  Abs (   924,   328)
	  4: Rel (   -38,    32)  ->  Abs (   886,   360)
	  5: Rel (   -47,   -37)  ->  Abs (   839,   323)
	  6: Rel (   -35,   -12)  ->  Abs (   804,   311)
	  7: Rel (   -51,   -18)  ->  Abs (   753,   293)
	  8: Rel (   -89,     0)  ->  Abs (   664,   293)
	  9: Rel (   -65,     0)  ->  Abs (   599,   293)
	 10: Rel (   -52,     0)  ->  Abs (   547,   293)
	 11: Rel (   -52,    20)  ->  Abs (   495,   313)
	 12: Rel (   -34,    13)  ->  Abs (   461,   326)
	 13: Rel (   -50,    30)  ->  Abs (   411,   356)
	 14: Rel (   -48,   -36)  ->  Abs (   363,   320)
	 15: Rel (   -80,   -27)  ->  Abs (   283,   293)
	 16: Rel (   -90,     0)  ->  Abs (   193,   293)
	 17: Rel (  -193,     0)  ->  Abs (     0,   293)
	 18: Rel (     0,   174)  ->  Abs (     0,   467)
	 19: Rel (   193,     0)  ->  Abs (   193,   467)
	 20: Rel (    81,     0)  ->  Abs (   274,   467)
	 21: Rel (    35,    14)  ->  Abs (   309,   481)
	 22: Rel (    58,    23)  ->  Abs (   367,   504)
	 23: Rel (     0,    69)  ->  Abs (   367,   573)
	 24: Rel (     0,    29)  ->  Abs (   367,   602)
	 25: Rel (    -6,    58)  ->  Abs (   361,   660)
	 26: Rel (    -8,    36)  ->  Abs (   353,   696)
	 27: Rel (    41,    60)  ->  Abs (   394,   756)
	 28: Rel (    28,   -92)  ->  Abs (   422,   664)
	 29: Rel (    18,   -42)  ->  Abs (   440,   622)
	 30: Rel (    32,   -73)  ->  Abs (   472,   549)
	 31: Rel (    38,   -37)  ->  Abs (   510,   512)
	 32: Rel (    46,   -45)  ->  Abs (   556,   467)
	 33: Rel (    64,     0)  ->  Abs (   620,   467)
	 34: Rel (    67,     0)  ->  Abs (   687,   467)
	 35: Rel (    75,     0)  ->  Abs (   762,   467)
	 36: Rel (    36,    23)  ->  Abs (   798,   490)
	 37: Rel (    40,    26)  ->  Abs (   838,   516)
	 38: Rel (     0,    57)  ->  Abs (   838,   573)
	 39: Rel (     0,    31)  ->  Abs (   838,   604)
	 40: Rel (    -8,    58)  ->  Abs (   830,   662)
	 41: Rel (    -7,    34)  ->  Abs (   823,   696)
	 42: Rel (    42,    60)  ->  Abs (   865,   756)
	 43: Rel (    21,   -94)  ->  Abs (   886,   662)
	 44: Rel (    27,  -111)  ->  Abs (   913,   551)
	 45: Rel (    39,   -43)  ->  Abs (   952,   508)
	 46: Rel (    34,   -38)  ->  Abs (   986,   470)
	 47: Rel (    58,     0)  ->  Abs (  1044,   470)
	 48: Rel (    27,     0)  ->  Abs (  1071,   470)
	 49: Rel (    33,    33)  ->  Abs (  1104,   503)
	 50: Rel (     0,    26)  ->  Abs (  1104,   529)
	 51: Rel (     0,    56)  ->  Abs (  1104,   585)
	 52: Rel (   -41,    62)  ->  Abs (  1063,   647)
	 53: Rel (    -7,    10)  ->  Abs (  1056,   657)
	 54: Rel (   -42,    55)  ->  Abs (  1014,   712)
	 55: Rel (    65,   109)  ->  Abs (  1079,   821)
	 56: Rel (    41,   -62)  ->  Abs (  1120,   759)
	 57: Rel (    15,   -45)  ->  Abs (  1135,   714)
	 58: Rel (    22,   -68)  ->  Abs (  1157,   646)
	 59: Rel (     0,  -113)  ->  Abs (  1157,   533)

	Glyph 948: off = 0x000296AE, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1157
	  yMax:			821

	     0: Flags:		0x0016
		Glyf Index:	947
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 949: off = 0x000296BE, len = 618
	  numberOfContours:	4
	  xMin:			132
	  yMin:			-148
	  xMax:			1752
	  yMax:			1465

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11
	  3:  82

	  Length of Instructions:	367
	00000: NPUSHB      (11):    11    16    18    21    52     5    16    18    21    52 
	                             1 
	00013: PUSHW[1]            -16 
	00016: NPUSHB       (9):    18    21    52    76    32    16    17    52    42 
	00027: PUSHW[1]            -32 
	00030: NPUSHB      (16):    14    17    52    45    32    11    17    52    50    52 
	                            11    17    52     0     2     3 
	00048: PUSHW[1]            770 
	00051: PUSHB[6]              1     1    11     4     6     7 
	00058: PUSHW[1]            770 
	00061: PUSHB[5]              5     5     8    10    11 
	00067: PUSHW[1]            770 
	00070: NPUSHB      (16):     9     9    52    77    77    78    70    64    65    56 
	                            78    78    52    65    65    51 
	00088: PUSHW[3]            751    52   777 
	00095: PUSHB[3]             37    43    36 
	00099: PUSHW[3]            775    70   751 
	00106: PUSHB[3]             12    12    56 
	00110: PUSHW[7]            751    21   747    43   751    27   785 
	00125: PUSHB[3]              1     3     2 
	00129: PUSHW[1]            769 
	00132: PUSHB[6]              0     0     8     5     7     4 
	00139: PUSHW[1]            769 
	00142: PUSHB[5]              6     6     9    11    10 
	00148: PUSHW[1]            769 
	00151: PUSHB[8]              8     8    73    21    16    77    61    64 
	00160: PUSHW[3]            762    65   -64 
	00167: NPUSHB      (17):     9    16    52    65    65    77    21    52    52    15 
	                            51    31    51     2    51    51    47 
	00186: PUSHW[4]            773    56    21   -64 
	00195: NPUSHB      (15):     9    13    52    21    21    77    40    78    78    63 
	                            77     1    77    77    73 
	00212: NPUSHW      (10):   773    64    12   752    84    37   763    32    36   -64 
	00234: PUSHB[6]              9    11    52    36    36    40 
	00241: PUSHW[1]            771 
	00244: PUSHB[4]              0    31     1    31 
	00249: PUSHW[1]            298 
	00252: SCANCTRL   
	00253: MDAP[rd]   
	00254: DELTAP1    
	00255: MIRP[srp0,md,rd,1] 
	00256: SHP[rp2,zp1] 
	00257: RTHG       
	00258: MDAP[rd]   
	00259: CALL       
	00260: SMD        
	00261: MIRP[nrp0,md,rd,1] 
	00262: RTG        
	00263: SRP0       
	00264: MIRP[srp0,nmd,rd,1] 
	00265: SMD        
	00266: MIRP[srp0,md,rd,1] 
	00267: SHP[rp2,zp1] 
	00268: MDAP[rd]   
	00269: DELTAP1    
	00270: RTHG       
	00271: IP         
	00272: MDAP[rd]   
	00273: RTG        
	00274: SRP1       
	00275: SRP2       
	00276: IP         
	00277: MDAP[rd]   
	00278: CALL       
	00279: ALIGNRP    
	00280: MIRP[srp0,md,rd,1] 
	00281: SHP[rp2,zp1] 
	00282: MDAP[rd]   
	00283: DELTAP1    
	00284: RTHG       
	00285: IP         
	00286: MDAP[rd]   
	00287: SRP1       
	00288: SRP2       
	00289: IP         
	00290: MDAP[rd]   
	00291: CALL       
	00292: MIRP[srp0,nmd,rd,0] 
	00293: IP         
	00294: SRP2       
	00295: IP         
	00296: RTG        
	00297: SRP1       
	00298: SRP2       
	00299: IP         
	00300: MDAP[rd]   
	00301: MIRP[srp0,md,rd,1] 
	00302: IP         
	00303: IP         
	00304: SHP[rp1,zp0] 
	00305: MDAP[rd]   
	00306: MIRP[nrp0,md,rd,1] 
	00307: IP         
	00308: IP         
	00309: SRP1       
	00310: SHP[rp1,zp0] 
	00311: MDAP[rd]   
	00312: MIRP[srp0,md,rd,1] 
	00313: IP         
	00314: IP         
	00315: SVTCA[y-axis] 
	00316: MIAP[rd+ci] 
	00317: MIRP[nrp0,md,rd,1] 
	00318: MIAP[rd+ci] 
	00319: MIRP[nrp0,md,rd,1] 
	00320: ALIGNRP    
	00321: SRP0       
	00322: MIRP[nrp0,md,rd,1] 
	00323: MIAP[rd+ci] 
	00324: SRP2       
	00325: IP         
	00326: MIAP[rd+ci] 
	00327: MIRP[srp0,md,rd,1] 
	00328: IP         
	00329: MDAP[rd]   
	00330: SRP2       
	00331: IP         
	00332: MDAP[rd]   
	00333: SRP1       
	00334: SRP2       
	00335: IP         
	00336: SRP1       
	00337: SRP2       
	00338: IP         
	00339: MDAP[rd]   
	00340: SRP1       
	00341: SHP[rp1,zp0] 
	00342: MDAP[rd]   
	00343: MIRP[nrp0,md,rd,1] 
	00344: IP         
	00345: IP         
	00346: SHP[rp1,zp0] 
	00347: MDAP[rd]   
	00348: MIRP[nrp0,md,rd,1] 
	00349: IP         
	00350: IP         
	00351: SRP1       
	00352: SHP[rp1,zp0] 
	00353: MDAP[rd]   
	00354: MIRP[nrp0,md,rd,1] 
	00355: IP         
	00356: IP         
	00357: IUP[y]     
	00358: IUP[x]     
	00359: SVTCA[x-axis] 
	00360: CALL       
	00361: CALL       
	00362: CALL       
	00363: CALL       
	00364: CALL       
	00365: CALL       
	00366: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:                                      On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual               Y-Short X-Short On
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual               Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short X-Short On
	 55:        XDual         Y-Short X-Short Off
	 56:        XDual         Y-Short         On
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:  YDual XDual         Y-Short X-Short On
	 60:  YDual XDual         Y-Short X-Short Off
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off
	 63:  YDual               Y-Short X-Short Off
	 64:  YDual               Y-Short X-Short On
	 65:  YDual XDual         Y-Short X-Short On
	 66:        XDual         Y-Short X-Short On
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short On
	 69:        XDual         Y-Short X-Short Off
	 70:  YDual XDual                 X-Short On
	 71:  YDual XDual                 X-Short Off
	 72:  YDual XDual         Y-Short X-Short Off
	 73:  YDual XDual         Y-Short         On
	 74:  YDual XDual         Y-Short         Off
	 75:  YDual               Y-Short X-Short On
	 76:  YDual               Y-Short X-Short Off
	 77:  YDual               Y-Short X-Short On
	 78:  YDual XDual         Y-Short X-Short On
	 79:        XDual         Y-Short X-Short Off
	 80:        XDual         Y-Short X-Short On
	 81:        XDual         Y-Short X-Short Off
	 82:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1476,  1379)  ->  Abs (  1476,  1379)
	  1: Rel (   -77,  -146)  ->  Abs (  1399,  1233)
	  2: Rel (  -160,    86)  ->  Abs (  1239,  1319)
	  3: Rel (    74,   146)  ->  Abs (  1313,  1465)
	  4: Rel (   360,  -264)  ->  Abs (  1673,  1201)
	  5: Rel (   -78,  -144)  ->  Abs (  1595,  1057)
	  6: Rel (  -162,    86)  ->  Abs (  1433,  1143)
	  7: Rel (    75,   143)  ->  Abs (  1508,  1286)
	  8: Rel (   -65,  -175)  ->  Abs (  1443,  1111)
	  9: Rel (   -76,  -145)  ->  Abs (  1367,   966)
	 10: Rel (  -162,    84)  ->  Abs (  1205,  1050)
	 11: Rel (    74,   145)  ->  Abs (  1279,  1195)
	 12: Rel (   473,  -902)  ->  Abs (  1752,   293)
	 13: Rel (   -79,     0)  ->  Abs (  1673,   293)
	 14: Rel (   -60,     0)  ->  Abs (  1613,   293)
	 15: Rel (   -91,    33)  ->  Abs (  1522,   326)
	 16: Rel (   -47,    36)  ->  Abs (  1475,   362)
	 17: Rel (   -42,   -38)  ->  Abs (  1433,   324)
	 18: Rel (   -33,   -13)  ->  Abs (  1400,   311)
	 19: Rel (   -47,   -18)  ->  Abs (  1353,   293)
	 20: Rel (   -90,     0)  ->  Abs (  1263,   293)
	 21: Rel (  -123,     0)  ->  Abs (  1140,   293)
	 22: Rel (     0,   -92)  ->  Abs (  1140,   201)
	 23: Rel (   -44,   -87)  ->  Abs (  1096,   114)
	 24: Rel (   -57,  -113)  ->  Abs (  1039,     1)
	 25: Rel (  -117,   -66)  ->  Abs (   922,   -65)
	 26: Rel (  -147,   -83)  ->  Abs (   775,  -148)
	 27: Rel (  -221,     0)  ->  Abs (   554,  -148)
	 28: Rel (  -200,     0)  ->  Abs (   354,  -148)
	 29: Rel (  -106,    70)  ->  Abs (   248,   -78)
	 30: Rel (  -116,    77)  ->  Abs (   132,    -1)
	 31: Rel (     0,   159)  ->  Abs (   132,   158)
	 32: Rel (     0,    86)  ->  Abs (   132,   244)
	 33: Rel (    42,   176)  ->  Abs (   174,   420)
	 34: Rel (    36,    89)  ->  Abs (   210,   509)
	 35: Rel (    22,    54)  ->  Abs (   232,   563)
	 36: Rel (    54,   112)  ->  Abs (   286,   675)
	 37: Rel (    40,   -18)  ->  Abs (   326,   657)
	 38: Rel (   -70,  -144)  ->  Abs (   256,   513)
	 39: Rel (   -45,  -166)  ->  Abs (   211,   347)
	 40: Rel (     0,   -69)  ->  Abs (   211,   278)
	 41: Rel (     0,  -124)  ->  Abs (   211,   154)
	 42: Rel (   177,  -129)  ->  Abs (   388,    25)
	 43: Rel (   164,     0)  ->  Abs (   552,    25)
	 44: Rel (   192,     0)  ->  Abs (   744,    25)
	 45: Rel (   151,    67)  ->  Abs (   895,    92)
	 46: Rel (   188,    83)  ->  Abs (  1083,   175)
	 47: Rel (     0,   149)  ->  Abs (  1083,   324)
	 48: Rel (     0,   100)  ->  Abs (  1083,   424)
	 49: Rel (   -37,    90)  ->  Abs (  1046,   514)
	 50: Rel (   -29,    71)  ->  Abs (  1017,   585)
	 51: Rel (   -53,    65)  ->  Abs (   964,   650)
	 52: Rel (    83,   205)  ->  Abs (  1047,   855)
	 53: Rel (    50,   -82)  ->  Abs (  1097,   773)
	 54: Rel (    18,   -63)  ->  Abs (  1115,   710)
	 55: Rel (    25,   -89)  ->  Abs (  1140,   621)
	 56: Rel (     0,  -154)  ->  Abs (  1140,   467)
	 57: Rel (   123,     0)  ->  Abs (  1263,   467)
	 58: Rel (    95,     0)  ->  Abs (  1358,   467)
	 59: Rel (    40,    29)  ->  Abs (  1398,   496)
	 60: Rel (    35,    25)  ->  Abs (  1433,   521)
	 61: Rel (     0,    52)  ->  Abs (  1433,   573)
	 62: Rel (     0,    29)  ->  Abs (  1433,   602)
	 63: Rel (    -7,    59)  ->  Abs (  1426,   661)
	 64: Rel (    -7,    35)  ->  Abs (  1419,   696)
	 65: Rel (    40,    60)  ->  Abs (  1459,   756)
	 66: Rel (    16,   -97)  ->  Abs (  1475,   659)
	 67: Rel (    22,   -98)  ->  Abs (  1497,   561)
	 68: Rel (    37,   -43)  ->  Abs (  1534,   518)
	 69: Rel (    41,   -48)  ->  Abs (  1575,   470)
	 70: Rel (    75,     0)  ->  Abs (  1650,   470)
	 71: Rel (    23,     0)  ->  Abs (  1673,   470)
	 72: Rel (    25,    29)  ->  Abs (  1698,   499)
	 73: Rel (     0,    22)  ->  Abs (  1698,   521)
	 74: Rel (     0,    50)  ->  Abs (  1698,   571)
	 75: Rel (   -31,    57)  ->  Abs (  1667,   628)
	 76: Rel (   -23,    42)  ->  Abs (  1644,   670)
	 77: Rel (   -38,    42)  ->  Abs (  1606,   712)
	 78: Rel (    67,   109)  ->  Abs (  1673,   821)
	 79: Rel (    47,   -77)  ->  Abs (  1720,   744)
	 80: Rel (    10,   -28)  ->  Abs (  1730,   716)
	 81: Rel (    22,   -63)  ->  Abs (  1752,   653)
	 82: Rel (     0,  -120)  ->  Abs (  1752,   533)

	Glyph 950: off = 0x00029928, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			132
	  yMin:			-148
	  xMax:			1752
	  yMax:			1465

	     0: Flags:		0x0016
		Glyf Index:	949
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 951: off = 0x00029938, len = 506
	  numberOfContours:	4
	  xMin:			0
	  yMin:			293
	  xMax:			1157
	  yMax:			1465

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11
	  3:  71

	  Length of Instructions:	286
	00000: NPUSHB      (11):    11    16    18    21    52     5    16    18    21    52 
	                             1 
	00013: PUSHW[1]            -16 
	00016: NPUSHB      (11):    18    21    52    65    32    16    17    52     0     2 
	                             3 
	00029: PUSHW[1]            770 
	00032: PUSHB[6]              1     1    11     4     6     7 
	00039: PUSHW[1]            770 
	00042: PUSHB[5]              5     5     8    10    11 
	00048: PUSHW[1]            770 
	00051: NPUSHB      (21):     9     9    67    16    25    30    29    53    54    46 
	                            38    30    39    39    66    54    54    67    66    66 
	                            67 
	00074: PUSHW[3]            777    59   751 
	00081: PUSHB[3]             12    12    46 
	00085: PUSHW[1]            751 
	00088: PUSHB[3]             21    21    30 
	00092: PUSHW[3]            751    29   747 
	00099: PUSHB[3]              1     3     2 
	00103: PUSHW[1]            769 
	00106: PUSHB[6]              0     0     8     5     7     4 
	00113: PUSHW[1]            769 
	00116: PUSHB[5]              6     6     9    11    10 
	00122: PUSHW[1]            769 
	00125: NPUSHB      (10):     8     8    53    16    62    54    25    39    50    53 
	00137: PUSHW[3]            762    54   -64 
	00144: PUSHB[8]              9    14    52    54    54    66    35    38 
	00153: PUSHW[3]            762    39   -64 
	00160: NPUSHB      (17):     9    10    52    39    39    66    29    67    67    66 
	                            64    12    14    52    66    66    62 
	00179: PUSHW[3]            773    12   752 
	00186: PUSHB[2]             73    29 
	00189: MDAP[rd]   
	00190: SRP0       
	00191: MIRP[srp0,nmd,rd,1] 
	00192: MIRP[srp0,md,rd,1] 
	00193: SHP[rp2,zp1] 
	00194: MDAP[rd]   
	00195: CALL       
	00196: RTHG       
	00197: IP         
	00198: MDAP[rd]   
	00199: SRP1       
	00200: SRP2       
	00201: IP         
	00202: MDAP[rd]   
	00203: CALL       
	00204: MIRP[srp0,nmd,rd,0] 
	00205: IP         
	00206: SRP2       
	00207: IP         
	00208: MDAP[rd]   
	00209: CALL       
	00210: MIRP[srp0,nmd,rd,0] 
	00211: IP         
	00212: SRP1       
	00213: IP         
	00214: SRP1       
	00215: SRP2       
	00216: IP         
	00217: RTG        
	00218: SRP2       
	00219: IP         
	00220: MDAP[rd]   
	00221: MIRP[srp0,md,rd,1] 
	00222: IP         
	00223: IP         
	00224: SHP[rp1,zp0] 
	00225: MDAP[rd]   
	00226: MIRP[nrp0,md,rd,1] 
	00227: IP         
	00228: IP         
	00229: SRP1       
	00230: SHP[rp1,zp0] 
	00231: MDAP[rd]   
	00232: MIRP[srp0,md,rd,1] 
	00233: IP         
	00234: IP         
	00235: SVTCA[y-axis] 
	00236: MIAP[rd+ci] 
	00237: MIRP[nrp0,md,rd,1] 
	00238: ALIGNRP    
	00239: SRP0       
	00240: MIRP[nrp0,md,rd,1] 
	00241: ALIGNRP    
	00242: SRP0       
	00243: MIRP[nrp0,md,rd,1] 
	00244: MIAP[rd+ci] 
	00245: IP         
	00246: MDAP[rd]   
	00247: SRP2       
	00248: IP         
	00249: MDAP[rd]   
	00250: SRP1       
	00251: IP         
	00252: MDAP[rd]   
	00253: SRP2       
	00254: IP         
	00255: SRP1       
	00256: SRP2       
	00257: IP         
	00258: SRP1       
	00259: SRP2       
	00260: IP         
	00261: IP         
	00262: SRP1       
	00263: SHP[rp1,zp0] 
	00264: MDAP[rd]   
	00265: MIRP[nrp0,md,rd,1] 
	00266: IP         
	00267: IP         
	00268: SHP[rp1,zp0] 
	00269: MDAP[rd]   
	00270: MIRP[nrp0,md,rd,1] 
	00271: IP         
	00272: IP         
	00273: SRP1       
	00274: SHP[rp1,zp0] 
	00275: MDAP[rd]   
	00276: MIRP[nrp0,md,rd,1] 
	00277: IP         
	00278: IP         
	00279: IUP[y]     
	00280: IUP[x]     
	00281: SVTCA[x-axis] 
	00282: CALL       
	00283: CALL       
	00284: CALL       
	00285: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:                                      On
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short On
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short X-Short On
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual               Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short On
	 55:        XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:        XDual         Y-Short X-Short Off
	 59:  YDual XDual                 X-Short On
	 60:  YDual XDual                 X-Short Off
	 61:  YDual XDual         Y-Short X-Short Off
	 62:  YDual XDual         Y-Short         On
	 63:  YDual XDual         Y-Short         Off
	 64:  YDual               Y-Short X-Short On
	 65:  YDual               Y-Short X-Short Off
	 66:  YDual               Y-Short X-Short On
	 67:  YDual XDual         Y-Short X-Short On
	 68:        XDual         Y-Short X-Short Off
	 69:        XDual         Y-Short X-Short On
	 70:        XDual         Y-Short X-Short Off
	 71:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   871,  1379)  ->  Abs (   871,  1379)
	  1: Rel (   -77,  -146)  ->  Abs (   794,  1233)
	  2: Rel (  -160,    86)  ->  Abs (   634,  1319)
	  3: Rel (    74,   146)  ->  Abs (   708,  1465)
	  4: Rel (   360,  -264)  ->  Abs (  1068,  1201)
	  5: Rel (   -78,  -144)  ->  Abs (   990,  1057)
	  6: Rel (  -162,    86)  ->  Abs (   828,  1143)
	  7: Rel (    75,   143)  ->  Abs (   903,  1286)
	  8: Rel (   -65,  -175)  ->  Abs (   838,  1111)
	  9: Rel (   -76,  -145)  ->  Abs (   762,   966)
	 10: Rel (  -162,    84)  ->  Abs (   600,  1050)
	 11: Rel (    74,   145)  ->  Abs (   674,  1195)
	 12: Rel (   483,  -902)  ->  Abs (  1157,   293)
	 13: Rel (   -77,     0)  ->  Abs (  1080,   293)
	 14: Rel (   -64,     0)  ->  Abs (  1016,   293)
	 15: Rel (   -92,    35)  ->  Abs (   924,   328)
	 16: Rel (   -38,    32)  ->  Abs (   886,   360)
	 17: Rel (   -47,   -37)  ->  Abs (   839,   323)
	 18: Rel (   -35,   -12)  ->  Abs (   804,   311)
	 19: Rel (   -51,   -18)  ->  Abs (   753,   293)
	 20: Rel (   -89,     0)  ->  Abs (   664,   293)
	 21: Rel (   -65,     0)  ->  Abs (   599,   293)
	 22: Rel (   -52,     0)  ->  Abs (   547,   293)
	 23: Rel (   -52,    20)  ->  Abs (   495,   313)
	 24: Rel (   -34,    13)  ->  Abs (   461,   326)
	 25: Rel (   -50,    30)  ->  Abs (   411,   356)
	 26: Rel (   -48,   -36)  ->  Abs (   363,   320)
	 27: Rel (   -80,   -27)  ->  Abs (   283,   293)
	 28: Rel (   -90,     0)  ->  Abs (   193,   293)
	 29: Rel (  -193,     0)  ->  Abs (     0,   293)
	 30: Rel (     0,   174)  ->  Abs (     0,   467)
	 31: Rel (   193,     0)  ->  Abs (   193,   467)
	 32: Rel (    81,     0)  ->  Abs (   274,   467)
	 33: Rel (    35,    14)  ->  Abs (   309,   481)
	 34: Rel (    58,    23)  ->  Abs (   367,   504)
	 35: Rel (     0,    69)  ->  Abs (   367,   573)
	 36: Rel (     0,    29)  ->  Abs (   367,   602)
	 37: Rel (    -6,    58)  ->  Abs (   361,   660)
	 38: Rel (    -8,    36)  ->  Abs (   353,   696)
	 39: Rel (    41,    60)  ->  Abs (   394,   756)
	 40: Rel (    28,   -92)  ->  Abs (   422,   664)
	 41: Rel (    18,   -42)  ->  Abs (   440,   622)
	 42: Rel (    32,   -73)  ->  Abs (   472,   549)
	 43: Rel (    38,   -37)  ->  Abs (   510,   512)
	 44: Rel (    46,   -45)  ->  Abs (   556,   467)
	 45: Rel (    64,     0)  ->  Abs (   620,   467)
	 46: Rel (    67,     0)  ->  Abs (   687,   467)
	 47: Rel (    75,     0)  ->  Abs (   762,   467)
	 48: Rel (    36,    23)  ->  Abs (   798,   490)
	 49: Rel (    40,    26)  ->  Abs (   838,   516)
	 50: Rel (     0,    57)  ->  Abs (   838,   573)
	 51: Rel (     0,    31)  ->  Abs (   838,   604)
	 52: Rel (    -8,    58)  ->  Abs (   830,   662)
	 53: Rel (    -7,    34)  ->  Abs (   823,   696)
	 54: Rel (    42,    60)  ->  Abs (   865,   756)
	 55: Rel (    21,   -94)  ->  Abs (   886,   662)
	 56: Rel (    27,  -111)  ->  Abs (   913,   551)
	 57: Rel (    39,   -43)  ->  Abs (   952,   508)
	 58: Rel (    34,   -38)  ->  Abs (   986,   470)
	 59: Rel (    58,     0)  ->  Abs (  1044,   470)
	 60: Rel (    27,     0)  ->  Abs (  1071,   470)
	 61: Rel (    33,    33)  ->  Abs (  1104,   503)
	 62: Rel (     0,    26)  ->  Abs (  1104,   529)
	 63: Rel (     0,    56)  ->  Abs (  1104,   585)
	 64: Rel (   -41,    62)  ->  Abs (  1063,   647)
	 65: Rel (    -7,    10)  ->  Abs (  1056,   657)
	 66: Rel (   -42,    55)  ->  Abs (  1014,   712)
	 67: Rel (    65,   109)  ->  Abs (  1079,   821)
	 68: Rel (    41,   -62)  ->  Abs (  1120,   759)
	 69: Rel (    15,   -45)  ->  Abs (  1135,   714)
	 70: Rel (    22,   -68)  ->  Abs (  1157,   646)
	 71: Rel (     0,  -113)  ->  Abs (  1157,   533)

	Glyph 952: off = 0x00029B32, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1157
	  yMax:			1465

	     0: Flags:		0x0016
		Glyf Index:	951
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 953: off = 0x00029B42, len = 362
	  numberOfContours:	2
	  xMin:			132
	  yMin:			-148
	  xMax:			2319
	  yMax:			855

	EndPoints
	---------
	  0:  49
	  1:  62

	  Length of Instructions:	173
	00000: PUSHW[2]             20   -42 
	00005: NPUSHB      (14):    14    17    52    23    52    11    17    52    28    52 
	                            11    17    52    53 
	00021: PUSHW[1]            751 
	00024: PUSHB[3]             45    45    29 
	00028: PUSHW[3]            751    30   777 
	00035: PUSHB[3]             15    21    14 
	00039: PUSHW[3]            775    60   751 
	00046: PUSHB[3]              0     0    34 
	00050: PUSHW[7]            751     1   747    21   751     5   785 
	00065: PUSHB[8]             59    50     1    30    30    29    29    25 
	00074: PUSHW[1]            773 
	00077: PUSHB[7]              1    34    34     1     1    18    50 
	00085: NPUSHW      (10):   764    64     0   752    64    15   763    32    14   -64 
	00107: PUSHB[6]              9    11    52    14    14    18 
	00114: PUSHW[3]            771     9   298 
	00121: SCANCTRL   
	00122: MDAP[rd]   
	00123: MIRP[srp0,md,rd,1] 
	00124: SHP[rp2,zp1] 
	00125: RTHG       
	00126: MDAP[rd]   
	00127: CALL       
	00128: SMD        
	00129: MIRP[nrp0,md,rd,1] 
	00130: RTG        
	00131: SRP0       
	00132: MIRP[srp0,nmd,rd,1] 
	00133: SMD        
	00134: MIRP[nrp0,md,rd,1] 
	00135: SRP1       
	00136: IP         
	00137: MDAP[rd]   
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: SRP0       
	00141: MIRP[srp0,md,rd,1] 
	00142: SHP[rp2,zp1] 
	00143: MDAP[rd]   
	00144: RTHG       
	00145: IP         
	00146: MDAP[rd]   
	00147: SRP1       
	00148: SRP2       
	00149: IP         
	00150: SVTCA[y-axis] 
	00151: RTG        
	00152: MIAP[rd+ci] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: MIAP[rd+ci] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: ALIGNRP    
	00157: SRP0       
	00158: MIRP[nrp0,md,rd,1] 
	00159: MIAP[rd+ci] 
	00160: SRP2       
	00161: IP         
	00162: MIAP[rd+ci] 
	00163: MIRP[srp0,md,rd,1] 
	00164: IP         
	00165: MDAP[rd]   
	00166: MIRP[nrp0,md,rd,1] 
	00167: IUP[y]     
	00168: IUP[x]     
	00169: SVTCA[x-axis] 
	00170: CALL       
	00171: CALL       
	00172: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:  YDual                               On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short On
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:                      Y-Short X-Short On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:                      Y-Short X-Short On
	 56:                      Y-Short X-Short Off
	 57:                      Y-Short X-Short On
	 58:                      Y-Short X-Short Off
	 59:                      Y-Short X-Short On
	 60:  YDual                               On
	 61:  YDual XDual                 X-Short Off
	 62:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  2319,   293)  ->  Abs (  2319,   293)
	  1: Rel ( -1188,     0)  ->  Abs (  1131,   293)
	  2: Rel (   -30,  -208)  ->  Abs (  1101,    85)
	  3: Rel (  -114,  -104)  ->  Abs (   987,   -19)
	  4: Rel (  -142,  -129)  ->  Abs (   845,  -148)
	  5: Rel (  -291,     0)  ->  Abs (   554,  -148)
	  6: Rel (  -200,     0)  ->  Abs (   354,  -148)
	  7: Rel (  -106,    70)  ->  Abs (   248,   -78)
	  8: Rel (  -116,    77)  ->  Abs (   132,    -1)
	  9: Rel (     0,   159)  ->  Abs (   132,   158)
	 10: Rel (     0,    86)  ->  Abs (   132,   244)
	 11: Rel (    42,   176)  ->  Abs (   174,   420)
	 12: Rel (    36,    89)  ->  Abs (   210,   509)
	 13: Rel (    22,    54)  ->  Abs (   232,   563)
	 14: Rel (    54,   112)  ->  Abs (   286,   675)
	 15: Rel (    40,   -18)  ->  Abs (   326,   657)
	 16: Rel (   -70,  -144)  ->  Abs (   256,   513)
	 17: Rel (   -45,  -166)  ->  Abs (   211,   347)
	 18: Rel (     0,   -69)  ->  Abs (   211,   278)
	 19: Rel (     0,  -124)  ->  Abs (   211,   154)
	 20: Rel (   177,  -129)  ->  Abs (   388,    25)
	 21: Rel (   164,     0)  ->  Abs (   552,    25)
	 22: Rel (   192,     0)  ->  Abs (   744,    25)
	 23: Rel (   151,    67)  ->  Abs (   895,    92)
	 24: Rel (   188,    83)  ->  Abs (  1083,   175)
	 25: Rel (     0,   149)  ->  Abs (  1083,   324)
	 26: Rel (     0,   100)  ->  Abs (  1083,   424)
	 27: Rel (   -37,    90)  ->  Abs (  1046,   514)
	 28: Rel (   -29,    71)  ->  Abs (  1017,   585)
	 29: Rel (   -53,    65)  ->  Abs (   964,   650)
	 30: Rel (    83,   205)  ->  Abs (  1047,   855)
	 31: Rel (    50,   -82)  ->  Abs (  1097,   773)
	 32: Rel (    18,   -63)  ->  Abs (  1115,   710)
	 33: Rel (    25,   -89)  ->  Abs (  1140,   621)
	 34: Rel (     0,  -154)  ->  Abs (  1140,   467)
	 35: Rel (    18,     0)  ->  Abs (  1158,   467)
	 36: Rel (   119,     0)  ->  Abs (  1277,   467)
	 37: Rel (   102,    38)  ->  Abs (  1379,   505)
	 38: Rel (    88,    33)  ->  Abs (  1467,   538)
	 39: Rel (    97,    71)  ->  Abs (  1564,   609)
	 40: Rel (   148,   103)  ->  Abs (  1712,   712)
	 41: Rel (    29,    19)  ->  Abs (  1741,   731)
	 42: Rel (    82,    52)  ->  Abs (  1823,   783)
	 43: Rel (    65,    22)  ->  Abs (  1888,   805)
	 44: Rel (    74,    25)  ->  Abs (  1962,   830)
	 45: Rel (    89,     0)  ->  Abs (  2051,   830)
	 46: Rel (   137,     0)  ->  Abs (  2188,   830)
	 47: Rel (    68,   -79)  ->  Abs (  2256,   751)
	 48: Rel (    63,   -73)  ->  Abs (  2319,   678)
	 49: Rel (     0,  -132)  ->  Abs (  2319,   546)
	 50: Rel (  -162,    -2)  ->  Abs (  2157,   544)
	 51: Rel (     0,    49)  ->  Abs (  2157,   593)
	 52: Rel (  -123,    55)  ->  Abs (  2034,   648)
	 53: Rel (   -82,     0)  ->  Abs (  1952,   648)
	 54: Rel (   -72,     0)  ->  Abs (  1880,   648)
	 55: Rel (   -89,   -32)  ->  Abs (  1791,   616)
	 56: Rel (   -63,   -23)  ->  Abs (  1728,   593)
	 57: Rel (   -97,   -50)  ->  Abs (  1631,   543)
	 58: Rel (   -73,   -38)  ->  Abs (  1558,   505)
	 59: Rel (   -72,   -38)  ->  Abs (  1486,   467)
	 60: Rel (   461,     0)  ->  Abs (  1947,   467)
	 61: Rel (    96,     0)  ->  Abs (  2043,   467)
	 62: Rel (   114,    39)  ->  Abs (  2157,   506)

	Glyph 954: off = 0x00029CAC, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			132
	  yMin:			-148
	  xMax:			2319
	  yMax:			855

	     0: Flags:		0x0016
		Glyf Index:	953
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 955: off = 0x00029CBC, len = 240
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			1803
	  yMax:			830

	EndPoints
	---------
	  0:  37
	  1:  48

	  Length of Instructions:	91
	00000: PUSHB[8]             18    19     5    10     9    19    19    33 
	00009: PUSHW[1]            751 
	00012: PUSHB[3]             41    41    45 
	00016: PUSHW[3]            751    23   751 
	00023: PUSHB[3]              1     1    10 
	00027: PUSHW[3]            751     9   747 
	00034: PUSHB[5]             45     5    38    15    18 
	00040: PUSHW[1]            762 
	00043: PUSHB[4]             19    19     9    38 
	00048: PUSHW[3]            764     0   752 
	00055: PUSHB[2]             50     9 
	00058: MDAP[rd]   
	00059: SRP0       
	00060: MIRP[srp0,nmd,rd,1] 
	00061: MIRP[nrp0,md,rd,1] 
	00062: RTHG       
	00063: SRP1       
	00064: IP         
	00065: MDAP[rd]   
	00066: MIRP[srp0,nmd,rd,0] 
	00067: IP         
	00068: SRP2       
	00069: IP         
	00070: IP         
	00071: SVTCA[y-axis] 
	00072: RTG        
	00073: MIAP[rd+ci] 
	00074: MIRP[nrp0,md,rd,1] 
	00075: ALIGNRP    
	00076: SRP0       
	00077: MIRP[nrp0,md,rd,1] 
	00078: MIRP[srp0,md,rd,1] 
	00079: SHP[rp2,zp1] 
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: IP         
	00083: MDAP[rd]   
	00084: SRP1       
	00085: SRP2       
	00086: IP         
	00087: SRP1       
	00088: IP         
	00089: IUP[y]     
	00090: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:                      Y-Short X-Short On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:                      Y-Short X-Short On
	 44:                      Y-Short X-Short Off
	 45:                      Y-Short X-Short On
	 46:  YDual                               On
	 47:  YDual XDual                 X-Short Off
	 48:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1803,   293)  ->  Abs (  1803,   293)
	  1: Rel ( -1202,     0)  ->  Abs (   601,   293)
	  2: Rel (   -54,     0)  ->  Abs (   547,   293)
	  3: Rel (   -49,    18)  ->  Abs (   498,   311)
	  4: Rel (   -37,    14)  ->  Abs (   461,   325)
	  5: Rel (   -50,    31)  ->  Abs (   411,   356)
	  6: Rel (   -42,   -36)  ->  Abs (   369,   320)
	  7: Rel (   -84,   -27)  ->  Abs (   285,   293)
	  8: Rel (   -92,     0)  ->  Abs (   193,   293)
	  9: Rel (  -193,     0)  ->  Abs (     0,   293)
	 10: Rel (     0,   174)  ->  Abs (     0,   467)
	 11: Rel (   193,     0)  ->  Abs (   193,   467)
	 12: Rel (    81,     0)  ->  Abs (   274,   467)
	 13: Rel (    35,    14)  ->  Abs (   309,   481)
	 14: Rel (    58,    23)  ->  Abs (   367,   504)
	 15: Rel (     0,    69)  ->  Abs (   367,   573)
	 16: Rel (     0,    29)  ->  Abs (   367,   602)
	 17: Rel (    -7,    59)  ->  Abs (   360,   661)
	 18: Rel (    -7,    35)  ->  Abs (   353,   696)
	 19: Rel (    41,    60)  ->  Abs (   394,   756)
	 20: Rel (    35,  -136)  ->  Abs (   429,   620)
	 21: Rel (    61,   -74)  ->  Abs (   490,   546)
	 22: Rel (    65,   -79)  ->  Abs (   555,   467)
	 23: Rel (    88,     0)  ->  Abs (   643,   467)
	 24: Rel (    84,     0)  ->  Abs (   727,   467)
	 25: Rel (   113,    38)  ->  Abs (   840,   505)
	 26: Rel (   122,    41)  ->  Abs (   962,   546)
	 27: Rel (    88,    63)  ->  Abs (  1050,   609)
	 28: Rel (   143,   102)  ->  Abs (  1193,   711)
	 29: Rel (    32,    20)  ->  Abs (  1225,   731)
	 30: Rel (    81,    52)  ->  Abs (  1306,   783)
	 31: Rel (    66,    22)  ->  Abs (  1372,   805)
	 32: Rel (    74,    25)  ->  Abs (  1446,   830)
	 33: Rel (    88,     0)  ->  Abs (  1534,   830)
	 34: Rel (   136,     0)  ->  Abs (  1670,   830)
	 35: Rel (    69,   -79)  ->  Abs (  1739,   751)
	 36: Rel (    64,   -73)  ->  Abs (  1803,   678)
	 37: Rel (     0,  -132)  ->  Abs (  1803,   546)
	 38: Rel (  -163,    -2)  ->  Abs (  1640,   544)
	 39: Rel (     0,    49)  ->  Abs (  1640,   593)
	 40: Rel (  -122,    55)  ->  Abs (  1518,   648)
	 41: Rel (   -81,     0)  ->  Abs (  1437,   648)
	 42: Rel (  -100,     0)  ->  Abs (  1337,   648)
	 43: Rel (  -142,   -67)  ->  Abs (  1195,   581)
	 44: Rel (  -113,   -57)  ->  Abs (  1082,   524)
	 45: Rel (  -112,   -57)  ->  Abs (   970,   467)
	 46: Rel (   461,     0)  ->  Abs (  1431,   467)
	 47: Rel (   109,     0)  ->  Abs (  1540,   467)
	 48: Rel (   100,    38)  ->  Abs (  1640,   505)

	Glyph 956: off = 0x00029DAC, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1803
	  yMax:			830

	     0: Flags:		0x0016
		Glyf Index:	955
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 957: off = 0x00029DBC, len = 408
	  numberOfContours:	3
	  xMin:			132
	  yMin:			-148
	  xMax:			2319
	  yMax:			1209

	EndPoints
	---------
	  0:  3
	  1:  53
	  2:  66

	  Length of Instructions:	204
	00000: PUSHW[2]             24   -42 
	00005: NPUSHB      (16):    14    17    52    27    52    11    17    52    32    52 
	                            11    17    52     0     2     3 
	00023: PUSHW[1]            770 
	00026: PUSHB[4]              1     1    34    57 
	00031: PUSHW[1]            751 
	00034: PUSHB[3]             49    49    33 
	00038: PUSHW[3]            751    34   777 
	00045: PUSHB[3]             19    25    18 
	00049: PUSHW[3]            775    64   751 
	00056: PUSHB[3]              4     4    38 
	00060: PUSHW[7]            751     5   747    25   751     9   785 
	00075: PUSHB[3]              1     3     2 
	00079: PUSHW[1]            769 
	00082: NPUSHB      (10):     0     0    63    54     5    34    34    33    33    29 
	00094: PUSHW[1]            773 
	00097: PUSHB[7]              5    38    38     5     5    22    54 
	00105: NPUSHW      (10):   764    64     4   752    68    19   763    32    18   -64 
	00127: PUSHB[6]              9    11    52    18    18    22 
	00134: PUSHW[3]            771    13   298 
	00141: SCANCTRL   
	00142: MDAP[rd]   
	00143: MIRP[srp0,md,rd,1] 
	00144: SHP[rp2,zp1] 
	00145: RTHG       
	00146: MDAP[rd]   
	00147: CALL       
	00148: SMD        
	00149: MIRP[nrp0,md,rd,1] 
	00150: RTG        
	00151: SRP0       
	00152: MIRP[srp0,nmd,rd,1] 
	00153: SMD        
	00154: MIRP[nrp0,md,rd,1] 
	00155: SRP1       
	00156: IP         
	00157: MDAP[rd]   
	00158: SHP[rp1,zp0] 
	00159: MDAP[rd]   
	00160: SRP0       
	00161: MIRP[srp0,md,rd,1] 
	00162: SHP[rp2,zp1] 
	00163: MDAP[rd]   
	00164: RTHG       
	00165: IP         
	00166: MDAP[rd]   
	00167: SRP1       
	00168: SRP2       
	00169: IP         
	00170: RTG        
	00171: IP         
	00172: MDAP[rd]   
	00173: MIRP[srp0,md,rd,1] 
	00174: IP         
	00175: IP         
	00176: SVTCA[y-axis] 
	00177: MIAP[rd+ci] 
	00178: MIRP[nrp0,md,rd,1] 
	00179: MIAP[rd+ci] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: ALIGNRP    
	00182: SRP0       
	00183: MIRP[nrp0,md,rd,1] 
	00184: MIAP[rd+ci] 
	00185: SRP2       
	00186: IP         
	00187: MIAP[rd+ci] 
	00188: MIRP[srp0,md,rd,1] 
	00189: IP         
	00190: MDAP[rd]   
	00191: MIRP[nrp0,md,rd,1] 
	00192: SRP1       
	00193: SHP[rp1,zp0] 
	00194: MDAP[rd]   
	00195: MIRP[nrp0,md,rd,1] 
	00196: IP         
	00197: IP         
	00198: IUP[y]     
	00199: IUP[x]     
	00200: SVTCA[x-axis] 
	00201: CALL       
	00202: CALL       
	00203: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:  YDual                               On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                               On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual               Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short X-Short On
	 46:  YDual XDual         Y-Short X-Short Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:                      Y-Short X-Short On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual               Y-Short X-Short Off
	 57:  YDual                       X-Short On
	 58:  YDual                       X-Short Off
	 59:                      Y-Short X-Short On
	 60:                      Y-Short X-Short Off
	 61:                      Y-Short X-Short On
	 62:                      Y-Short X-Short Off
	 63:                      Y-Short X-Short On
	 64:  YDual                               On
	 65:  YDual XDual                 X-Short Off
	 66:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1653,  1124)  ->  Abs (  1653,  1124)
	  1: Rel (   -76,  -145)  ->  Abs (  1577,   979)
	  2: Rel (  -162,    84)  ->  Abs (  1415,  1063)
	  3: Rel (    74,   146)  ->  Abs (  1489,  1209)
	  4: Rel (   830,  -916)  ->  Abs (  2319,   293)
	  5: Rel ( -1188,     0)  ->  Abs (  1131,   293)
	  6: Rel (   -30,  -208)  ->  Abs (  1101,    85)
	  7: Rel (  -114,  -104)  ->  Abs (   987,   -19)
	  8: Rel (  -142,  -129)  ->  Abs (   845,  -148)
	  9: Rel (  -291,     0)  ->  Abs (   554,  -148)
	 10: Rel (  -200,     0)  ->  Abs (   354,  -148)
	 11: Rel (  -106,    70)  ->  Abs (   248,   -78)
	 12: Rel (  -116,    77)  ->  Abs (   132,    -1)
	 13: Rel (     0,   159)  ->  Abs (   132,   158)
	 14: Rel (     0,    86)  ->  Abs (   132,   244)
	 15: Rel (    42,   176)  ->  Abs (   174,   420)
	 16: Rel (    36,    89)  ->  Abs (   210,   509)
	 17: Rel (    22,    54)  ->  Abs (   232,   563)
	 18: Rel (    54,   112)  ->  Abs (   286,   675)
	 19: Rel (    40,   -18)  ->  Abs (   326,   657)
	 20: Rel (   -70,  -144)  ->  Abs (   256,   513)
	 21: Rel (   -45,  -166)  ->  Abs (   211,   347)
	 22: Rel (     0,   -69)  ->  Abs (   211,   278)
	 23: Rel (     0,  -124)  ->  Abs (   211,   154)
	 24: Rel (   177,  -129)  ->  Abs (   388,    25)
	 25: Rel (   164,     0)  ->  Abs (   552,    25)
	 26: Rel (   192,     0)  ->  Abs (   744,    25)
	 27: Rel (   151,    67)  ->  Abs (   895,    92)
	 28: Rel (   188,    83)  ->  Abs (  1083,   175)
	 29: Rel (     0,   149)  ->  Abs (  1083,   324)
	 30: Rel (     0,   100)  ->  Abs (  1083,   424)
	 31: Rel (   -37,    90)  ->  Abs (  1046,   514)
	 32: Rel (   -29,    71)  ->  Abs (  1017,   585)
	 33: Rel (   -53,    65)  ->  Abs (   964,   650)
	 34: Rel (    83,   205)  ->  Abs (  1047,   855)
	 35: Rel (    50,   -82)  ->  Abs (  1097,   773)
	 36: Rel (    18,   -63)  ->  Abs (  1115,   710)
	 37: Rel (    25,   -89)  ->  Abs (  1140,   621)
	 38: Rel (     0,  -154)  ->  Abs (  1140,   467)
	 39: Rel (    18,     0)  ->  Abs (  1158,   467)
	 40: Rel (   119,     0)  ->  Abs (  1277,   467)
	 41: Rel (   102,    38)  ->  Abs (  1379,   505)
	 42: Rel (    88,    33)  ->  Abs (  1467,   538)
	 43: Rel (    97,    71)  ->  Abs (  1564,   609)
	 44: Rel (   148,   103)  ->  Abs (  1712,   712)
	 45: Rel (    29,    19)  ->  Abs (  1741,   731)
	 46: Rel (    82,    52)  ->  Abs (  1823,   783)
	 47: Rel (    65,    22)  ->  Abs (  1888,   805)
	 48: Rel (    74,    25)  ->  Abs (  1962,   830)
	 49: Rel (    89,     0)  ->  Abs (  2051,   830)
	 50: Rel (   137,     0)  ->  Abs (  2188,   830)
	 51: Rel (    68,   -79)  ->  Abs (  2256,   751)
	 52: Rel (    63,   -73)  ->  Abs (  2319,   678)
	 53: Rel (     0,  -132)  ->  Abs (  2319,   546)
	 54: Rel (  -162,    -2)  ->  Abs (  2157,   544)
	 55: Rel (     0,    49)  ->  Abs (  2157,   593)
	 56: Rel (  -123,    55)  ->  Abs (  2034,   648)
	 57: Rel (   -82,     0)  ->  Abs (  1952,   648)
	 58: Rel (   -72,     0)  ->  Abs (  1880,   648)
	 59: Rel (   -89,   -32)  ->  Abs (  1791,   616)
	 60: Rel (   -63,   -23)  ->  Abs (  1728,   593)
	 61: Rel (   -97,   -50)  ->  Abs (  1631,   543)
	 62: Rel (   -73,   -38)  ->  Abs (  1558,   505)
	 63: Rel (   -72,   -38)  ->  Abs (  1486,   467)
	 64: Rel (   461,     0)  ->  Abs (  1947,   467)
	 65: Rel (    96,     0)  ->  Abs (  2043,   467)
	 66: Rel (   114,    39)  ->  Abs (  2157,   506)

	Glyph 958: off = 0x00029F54, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			132
	  yMin:			-148
	  xMax:			2319
	  yMax:			1209

	     0: Flags:		0x0016
		Glyf Index:	957
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 959: off = 0x00029F64, len = 286
	  numberOfContours:	3
	  xMin:			0
	  yMin:			293
	  xMax:			1803
	  yMax:			1209

	EndPoints
	---------
	  0:  3
	  1:  41
	  2:  52

	  Length of Instructions:	122
	00000: PUSHB[3]              0     2     3 
	00004: PUSHW[1]            770 
	00007: NPUSHB      (11):     1     1    37    22    23     9    14    13    23    23 
	                            37 
	00020: PUSHW[1]            751 
	00023: PUSHB[3]             45    45    49 
	00027: PUSHW[3]            751    27   751 
	00034: PUSHB[3]              5     5    14 
	00038: PUSHW[3]            751    13   747 
	00045: PUSHB[3]              1     3     2 
	00049: PUSHW[1]            769 
	00052: PUSHB[7]              0     0    49     9    42    19    22 
	00060: PUSHW[1]            762 
	00063: PUSHB[4]             23    23    13    42 
	00068: PUSHW[3]            764     4   752 
	00075: PUSHB[2]             54    13 
	00078: MDAP[rd]   
	00079: SRP0       
	00080: MIRP[srp0,nmd,rd,1] 
	00081: MIRP[nrp0,md,rd,1] 
	00082: RTHG       
	00083: SRP1       
	00084: IP         
	00085: MDAP[rd]   
	00086: MIRP[srp0,nmd,rd,0] 
	00087: IP         
	00088: SRP2       
	00089: IP         
	00090: IP         
	00091: RTG        
	00092: IP         
	00093: MDAP[rd]   
	00094: MIRP[srp0,md,rd,1] 
	00095: IP         
	00096: IP         
	00097: SVTCA[y-axis] 
	00098: MIAP[rd+ci] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: ALIGNRP    
	00101: SRP0       
	00102: MIRP[nrp0,md,rd,1] 
	00103: MIRP[srp0,md,rd,1] 
	00104: SHP[rp2,zp1] 
	00105: MDAP[rd]   
	00106: MIRP[nrp0,md,rd,1] 
	00107: IP         
	00108: MDAP[rd]   
	00109: SRP1       
	00110: SRP2       
	00111: IP         
	00112: SRP1       
	00113: IP         
	00114: SRP1       
	00115: SHP[rp1,zp0] 
	00116: MDAP[rd]   
	00117: MIRP[nrp0,md,rd,1] 
	00118: IP         
	00119: IP         
	00120: IUP[y]     
	00121: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:  YDual                               On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:                      Y-Short X-Short On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:                      Y-Short X-Short On
	 48:                      Y-Short X-Short Off
	 49:                      Y-Short X-Short On
	 50:  YDual                               On
	 51:  YDual XDual                 X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1167,  1124)  ->  Abs (  1167,  1124)
	  1: Rel (   -76,  -145)  ->  Abs (  1091,   979)
	  2: Rel (  -162,    84)  ->  Abs (   929,  1063)
	  3: Rel (    74,   146)  ->  Abs (  1003,  1209)
	  4: Rel (   800,  -916)  ->  Abs (  1803,   293)
	  5: Rel ( -1202,     0)  ->  Abs (   601,   293)
	  6: Rel (   -54,     0)  ->  Abs (   547,   293)
	  7: Rel (   -49,    18)  ->  Abs (   498,   311)
	  8: Rel (   -37,    14)  ->  Abs (   461,   325)
	  9: Rel (   -50,    31)  ->  Abs (   411,   356)
	 10: Rel (   -42,   -36)  ->  Abs (   369,   320)
	 11: Rel (   -84,   -27)  ->  Abs (   285,   293)
	 12: Rel (   -92,     0)  ->  Abs (   193,   293)
	 13: Rel (  -193,     0)  ->  Abs (     0,   293)
	 14: Rel (     0,   174)  ->  Abs (     0,   467)
	 15: Rel (   193,     0)  ->  Abs (   193,   467)
	 16: Rel (    81,     0)  ->  Abs (   274,   467)
	 17: Rel (    35,    14)  ->  Abs (   309,   481)
	 18: Rel (    58,    23)  ->  Abs (   367,   504)
	 19: Rel (     0,    69)  ->  Abs (   367,   573)
	 20: Rel (     0,    29)  ->  Abs (   367,   602)
	 21: Rel (    -7,    59)  ->  Abs (   360,   661)
	 22: Rel (    -7,    35)  ->  Abs (   353,   696)
	 23: Rel (    41,    60)  ->  Abs (   394,   756)
	 24: Rel (    35,  -136)  ->  Abs (   429,   620)
	 25: Rel (    61,   -74)  ->  Abs (   490,   546)
	 26: Rel (    65,   -79)  ->  Abs (   555,   467)
	 27: Rel (    88,     0)  ->  Abs (   643,   467)
	 28: Rel (    84,     0)  ->  Abs (   727,   467)
	 29: Rel (   113,    38)  ->  Abs (   840,   505)
	 30: Rel (   122,    41)  ->  Abs (   962,   546)
	 31: Rel (    88,    63)  ->  Abs (  1050,   609)
	 32: Rel (   143,   102)  ->  Abs (  1193,   711)
	 33: Rel (    32,    20)  ->  Abs (  1225,   731)
	 34: Rel (    81,    52)  ->  Abs (  1306,   783)
	 35: Rel (    66,    22)  ->  Abs (  1372,   805)
	 36: Rel (    74,    25)  ->  Abs (  1446,   830)
	 37: Rel (    88,     0)  ->  Abs (  1534,   830)
	 38: Rel (   136,     0)  ->  Abs (  1670,   830)
	 39: Rel (    69,   -79)  ->  Abs (  1739,   751)
	 40: Rel (    64,   -73)  ->  Abs (  1803,   678)
	 41: Rel (     0,  -132)  ->  Abs (  1803,   546)
	 42: Rel (  -163,    -2)  ->  Abs (  1640,   544)
	 43: Rel (     0,    49)  ->  Abs (  1640,   593)
	 44: Rel (  -122,    55)  ->  Abs (  1518,   648)
	 45: Rel (   -81,     0)  ->  Abs (  1437,   648)
	 46: Rel (  -100,     0)  ->  Abs (  1337,   648)
	 47: Rel (  -142,   -67)  ->  Abs (  1195,   581)
	 48: Rel (  -113,   -57)  ->  Abs (  1082,   524)
	 49: Rel (  -112,   -57)  ->  Abs (   970,   467)
	 50: Rel (   461,     0)  ->  Abs (  1431,   467)
	 51: Rel (   109,     0)  ->  Abs (  1540,   467)
	 52: Rel (   100,    38)  ->  Abs (  1640,   505)

	Glyph 960: off = 0x0002A082, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1803
	  yMax:			1209

	     0: Flags:		0x0016
		Glyf Index:	959
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 961: off = 0x0002A092, len = 320
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			1261
	  yMax:			1625

	EndPoints
	---------
	  0:  45
	  1:  57

	  Length of Instructions:	141
	00000: PUSHW[2]             31   -16 
	00005: NPUSHB      (13):    15    17    52    37     7    49    55    17    16    24 
	                            27    41    30 
	00020: PUSHW[6]            751    20    24   779    41   751 
	00033: PUSHB[5]             49    49    55    55     2 
	00039: PUSHW[3]            751     1   747 
	00046: NPUSHB      (16):    37    33    55     7    10     1    27    24    30    20 
	                            20    17    17    24    24    16 
	00064: PUSHW[1]            786 
	00067: PUSHB[3]             30    30    33 
	00071: PUSHW[1]            786 
	00074: PUSHB[4]             10    10     1    46 
	00079: PUSHW[3]            764     0   752 
	00086: PUSHB[2]             59     1 
	00089: MDAP[rd]   
	00090: SRP0       
	00091: MIRP[srp0,nmd,rd,1] 
	00092: MIRP[nrp0,md,rd,1] 
	00093: SRP1       
	00094: IP         
	00095: MDAP[rd]   
	00096: MIRP[nrp0,md,rd,1] 
	00097: SHP[rp1,zp0] 
	00098: MDAP[rd]   
	00099: MIRP[nrp0,md,rd,1] 
	00100: SHP[rp1,zp0] 
	00101: MDAP[rd]   
	00102: SHP[rp2,zp1] 
	00103: MDAP[rd]   
	00104: RTHG       
	00105: IP         
	00106: MDAP[rd]   
	00107: SRP1       
	00108: SRP2       
	00109: IP         
	00110: SRP1       
	00111: SRP2       
	00112: IP         
	00113: IP         
	00114: SRP1       
	00115: IP         
	00116: SVTCA[y-axis] 
	00117: RTG        
	00118: MIAP[rd+ci] 
	00119: MIRP[srp0,md,rd,1] 
	00120: ALIGNRP    
	00121: SRP1       
	00122: SHP[rp1,zp0] 
	00123: MDAP[rd]   
	00124: MIRP[nrp0,md,rd,1] 
	00125: MIAP[rd+ci] 
	00126: SHP[rp1,zp0] 
	00127: MIRP[nrp0,md,rd,1] 
	00128: SRP1       
	00129: IP         
	00130: SRP1       
	00131: IP         
	00132: IP         
	00133: SRP1       
	00134: SRP2       
	00135: IP         
	00136: IP         
	00137: IUP[y]     
	00138: IUP[x]     
	00139: SVTCA[x-axis] 
	00140: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:                      Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:                      Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:  YDual XDual                 X-Short Off
	 43:        XDual         Y-Short X-Short On
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:                      Y-Short X-Short On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual               Y-Short X-Short Off
	 49:  YDual                       X-Short On
	 50:  YDual                       X-Short Off
	 51:                      Y-Short X-Short On
	 52:                      Y-Short X-Short Off
	 53:                      Y-Short X-Short On
	 54:                      Y-Short X-Short Off
	 55:                      Y-Short X-Short On
	 56:  YDual                               On
	 57:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1261,   293)  ->  Abs (  1261,   293)
	  1: Rel ( -1261,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   153,     1)  ->  Abs (   153,   468)
	  4: Rel (    68,     0)  ->  Abs (   221,   468)
	  5: Rel (    59,    18)  ->  Abs (   280,   486)
	  6: Rel (    68,    21)  ->  Abs (   348,   507)
	  7: Rel (    86,    53)  ->  Abs (   434,   560)
	  8: Rel (    18,    44)  ->  Abs (   452,   604)
	  9: Rel (    22,   101)  ->  Abs (   474,   705)
	 10: Rel (     0,    47)  ->  Abs (   474,   752)
	 11: Rel (     0,   107)  ->  Abs (   474,   859)
	 12: Rel (   -20,   129)  ->  Abs (   454,   988)
	 13: Rel (   -15,    94)  ->  Abs (   439,  1082)
	 14: Rel (   -30,   127)  ->  Abs (   409,  1209)
	 15: Rel (   -16,    66)  ->  Abs (   393,  1275)
	 16: Rel (   -26,    95)  ->  Abs (   367,  1370)
	 17: Rel (   -62,    31)  ->  Abs (   305,  1401)
	 18: Rel (     7,    60)  ->  Abs (   312,  1461)
	 19: Rel (    27,   112)  ->  Abs (   339,  1573)
	 20: Rel (    24,    52)  ->  Abs (   363,  1625)
	 21: Rel (    16,   -47)  ->  Abs (   379,  1578)
	 22: Rel (    57,   -26)  ->  Abs (   436,  1552)
	 23: Rel (    47,   -21)  ->  Abs (   483,  1531)
	 24: Rel (    73,    -7)  ->  Abs (   556,  1524)
	 25: Rel (   -10,  -103)  ->  Abs (   546,  1421)
	 26: Rel (   -10,   -56)  ->  Abs (   536,  1365)
	 27: Rel (   -14,   -41)  ->  Abs (   522,  1324)
	 28: Rel (    -7,     1)  ->  Abs (   515,  1325)
	 29: Rel (   -30,     9)  ->  Abs (   485,  1334)
	 30: Rel (   -13,     4)  ->  Abs (   472,  1338)
	 31: Rel (    35,  -117)  ->  Abs (   507,  1221)
	 32: Rel (    45,  -247)  ->  Abs (   552,   974)
	 33: Rel (     0,   -84)  ->  Abs (   552,   890)
	 34: Rel (     0,   -71)  ->  Abs (   552,   819)
	 35: Rel (   -14,   -87)  ->  Abs (   538,   732)
	 36: Rel (    -5,   -31)  ->  Abs (   533,   701)
	 37: Rel (   -13,   -65)  ->  Abs (   520,   636)
	 38: Rel (   175,   101)  ->  Abs (   695,   737)
	 39: Rel (    49,    23)  ->  Abs (   744,   760)
	 40: Rel (   148,    70)  ->  Abs (   892,   830)
	 41: Rel (   106,     0)  ->  Abs (   998,   830)
	 42: Rel (   135,     0)  ->  Abs (  1133,   830)
	 43: Rel (    67,   -79)  ->  Abs (  1200,   751)
	 44: Rel (    61,   -72)  ->  Abs (  1261,   679)
	 45: Rel (     0,  -133)  ->  Abs (  1261,   546)
	 46: Rel (  -158,    -2)  ->  Abs (  1103,   544)
	 47: Rel (     0,    51)  ->  Abs (  1103,   595)
	 48: Rel (  -105,    53)  ->  Abs (   998,   648)
	 49: Rel (   -98,     0)  ->  Abs (   900,   648)
	 50: Rel (   -73,     0)  ->  Abs (   827,   648)
	 51: Rel (   -95,   -32)  ->  Abs (   732,   616)
	 52: Rel (   -78,   -26)  ->  Abs (   654,   590)
	 53: Rel (   -88,   -46)  ->  Abs (   566,   544)
	 54: Rel (   -65,   -34)  ->  Abs (   501,   510)
	 55: Rel (   -69,   -43)  ->  Abs (   432,   467)
	 56: Rel (   435,     0)  ->  Abs (   867,   467)
	 57: Rel (   236,     0)  ->  Abs (  1103,   467)

	Glyph 962: off = 0x0002A1D2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1261
	  yMax:			1625

	     0: Flags:		0x0016
		Glyf Index:	961
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 963: off = 0x0002A1E2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1261
	  yMax:			1625

	     0: Flags:		0x0016
		Glyf Index:	961
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 964: off = 0x0002A1F2, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1261
	  yMax:			1625

	     0: Flags:		0x0016
		Glyf Index:	961
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 965: off = 0x0002A202, len = 376
	  numberOfContours:	3
	  xMin:			0
	  yMin:			293
	  xMax:			1261
	  yMax:			1625

	EndPoints
	---------
	  0:  3
	  1:  49
	  2:  61

	  Length of Instructions:	181
	00000: PUSHW[2]             35   -16 
	00005: PUSHB[6]             15    17    52     0     2     3 
	00012: PUSHW[1]            770 
	00015: NPUSHB      (13):     1     1    45    41    11    53    59    21    20    28 
	                            31    45    34 
	00030: PUSHW[6]            751    24    28   779    45   751 
	00043: PUSHB[5]             53    53    59    59     6 
	00049: PUSHW[3]            751     5   747 
	00056: PUSHB[3]              1     3     2 
	00060: PUSHW[1]            769 
	00063: NPUSHB      (25):     0    64     9    11    52     0     0    50    28    41 
	                            37    59    11    14     5    31    28    34    24    24 
	                            21    21    28    28    20 
	00090: PUSHW[1]            786 
	00093: PUSHB[3]             34    34    37 
	00097: PUSHW[1]            786 
	00100: PUSHB[4]             14    14     5    50 
	00105: PUSHW[3]            764     4   752 
	00112: PUSHB[2]             63     5 
	00115: MDAP[rd]   
	00116: SRP0       
	00117: MIRP[srp0,nmd,rd,1] 
	00118: MIRP[nrp0,md,rd,1] 
	00119: SRP1       
	00120: IP         
	00121: MDAP[rd]   
	00122: MIRP[nrp0,md,rd,1] 
	00123: SHP[rp1,zp0] 
	00124: MDAP[rd]   
	00125: MIRP[nrp0,md,rd,1] 
	00126: SHP[rp1,zp0] 
	00127: MDAP[rd]   
	00128: SHP[rp2,zp1] 
	00129: MDAP[rd]   
	00130: RTHG       
	00131: IP         
	00132: MDAP[rd]   
	00133: SRP1       
	00134: SRP2       
	00135: IP         
	00136: SRP1       
	00137: SRP2       
	00138: IP         
	00139: IP         
	00140: SRP1       
	00141: IP         
	00142: RTG        
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: MDAP[rd]   
	00147: CALL       
	00148: MIRP[srp0,md,rd,1] 
	00149: IP         
	00150: IP         
	00151: SVTCA[y-axis] 
	00152: MIAP[rd+ci] 
	00153: MIRP[srp0,md,rd,1] 
	00154: ALIGNRP    
	00155: SRP1       
	00156: SHP[rp1,zp0] 
	00157: MDAP[rd]   
	00158: MIRP[nrp0,md,rd,1] 
	00159: MIAP[rd+ci] 
	00160: SHP[rp1,zp0] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: SRP1       
	00163: IP         
	00164: SRP1       
	00165: IP         
	00166: IP         
	00167: SRP1       
	00168: SRP2       
	00169: IP         
	00170: IP         
	00171: SRP1       
	00172: SHP[rp1,zp0] 
	00173: MDAP[rd]   
	00174: MIRP[nrp0,md,rd,1] 
	00175: IP         
	00176: IP         
	00177: IUP[y]     
	00178: IUP[x]     
	00179: SVTCA[x-axis] 
	00180: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual               Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual               Y-Short X-Short On
	 34:  YDual               Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short On
	 48:        XDual         Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:                      Y-Short X-Short On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual               Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:                      Y-Short X-Short On
	 56:                      Y-Short X-Short Off
	 57:                      Y-Short X-Short On
	 58:                      Y-Short X-Short Off
	 59:                      Y-Short X-Short On
	 60:  YDual                               On
	 61:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   989,  1224)  ->  Abs (   989,  1224)
	  1: Rel (   -77,  -145)  ->  Abs (   912,  1079)
	  2: Rel (  -162,    84)  ->  Abs (   750,  1163)
	  3: Rel (    74,   146)  ->  Abs (   824,  1309)
	  4: Rel (   437, -1016)  ->  Abs (  1261,   293)
	  5: Rel ( -1261,     0)  ->  Abs (     0,   293)
	  6: Rel (     0,   174)  ->  Abs (     0,   467)
	  7: Rel (   153,     1)  ->  Abs (   153,   468)
	  8: Rel (    68,     0)  ->  Abs (   221,   468)
	  9: Rel (    59,    18)  ->  Abs (   280,   486)
	 10: Rel (    68,    21)  ->  Abs (   348,   507)
	 11: Rel (    86,    53)  ->  Abs (   434,   560)
	 12: Rel (    18,    44)  ->  Abs (   452,   604)
	 13: Rel (    22,   101)  ->  Abs (   474,   705)
	 14: Rel (     0,    47)  ->  Abs (   474,   752)
	 15: Rel (     0,   107)  ->  Abs (   474,   859)
	 16: Rel (   -20,   129)  ->  Abs (   454,   988)
	 17: Rel (   -15,    94)  ->  Abs (   439,  1082)
	 18: Rel (   -30,   127)  ->  Abs (   409,  1209)
	 19: Rel (   -16,    66)  ->  Abs (   393,  1275)
	 20: Rel (   -26,    95)  ->  Abs (   367,  1370)
	 21: Rel (   -62,    31)  ->  Abs (   305,  1401)
	 22: Rel (     7,    60)  ->  Abs (   312,  1461)
	 23: Rel (    27,   112)  ->  Abs (   339,  1573)
	 24: Rel (    24,    52)  ->  Abs (   363,  1625)
	 25: Rel (    16,   -47)  ->  Abs (   379,  1578)
	 26: Rel (    57,   -26)  ->  Abs (   436,  1552)
	 27: Rel (    47,   -21)  ->  Abs (   483,  1531)
	 28: Rel (    73,    -7)  ->  Abs (   556,  1524)
	 29: Rel (   -10,  -103)  ->  Abs (   546,  1421)
	 30: Rel (   -10,   -56)  ->  Abs (   536,  1365)
	 31: Rel (   -14,   -41)  ->  Abs (   522,  1324)
	 32: Rel (    -7,     1)  ->  Abs (   515,  1325)
	 33: Rel (   -30,     9)  ->  Abs (   485,  1334)
	 34: Rel (   -13,     4)  ->  Abs (   472,  1338)
	 35: Rel (    35,  -117)  ->  Abs (   507,  1221)
	 36: Rel (    45,  -247)  ->  Abs (   552,   974)
	 37: Rel (     0,   -84)  ->  Abs (   552,   890)
	 38: Rel (     0,   -71)  ->  Abs (   552,   819)
	 39: Rel (   -14,   -87)  ->  Abs (   538,   732)
	 40: Rel (    -5,   -31)  ->  Abs (   533,   701)
	 41: Rel (   -13,   -65)  ->  Abs (   520,   636)
	 42: Rel (   175,   101)  ->  Abs (   695,   737)
	 43: Rel (    49,    23)  ->  Abs (   744,   760)
	 44: Rel (   148,    70)  ->  Abs (   892,   830)
	 45: Rel (   106,     0)  ->  Abs (   998,   830)
	 46: Rel (   135,     0)  ->  Abs (  1133,   830)
	 47: Rel (    67,   -79)  ->  Abs (  1200,   751)
	 48: Rel (    61,   -72)  ->  Abs (  1261,   679)
	 49: Rel (     0,  -133)  ->  Abs (  1261,   546)
	 50: Rel (  -158,    -2)  ->  Abs (  1103,   544)
	 51: Rel (     0,    51)  ->  Abs (  1103,   595)
	 52: Rel (  -105,    53)  ->  Abs (   998,   648)
	 53: Rel (   -98,     0)  ->  Abs (   900,   648)
	 54: Rel (   -73,     0)  ->  Abs (   827,   648)
	 55: Rel (   -95,   -32)  ->  Abs (   732,   616)
	 56: Rel (   -78,   -26)  ->  Abs (   654,   590)
	 57: Rel (   -88,   -46)  ->  Abs (   566,   544)
	 58: Rel (   -65,   -34)  ->  Abs (   501,   510)
	 59: Rel (   -69,   -43)  ->  Abs (   432,   467)
	 60: Rel (   435,     0)  ->  Abs (   867,   467)
	 61: Rel (   236,     0)  ->  Abs (  1103,   467)

	Glyph 966: off = 0x0002A37A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1261
	  yMax:			1625

	     0: Flags:		0x0016
		Glyf Index:	965
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 967: off = 0x0002A38A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1261
	  yMax:			1625

	     0: Flags:		0x0016
		Glyf Index:	965
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 968: off = 0x0002A39A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			1261
	  yMax:			1625

	     0: Flags:		0x0016
		Glyf Index:	965
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 969: off = 0x0002A3AA, len = 338
	  numberOfContours:	1
	  xMin:			42
	  yMin:			-434
	  xMax:			1056
	  yMax:			1094

	EndPoints
	---------
	  0:  55

	  Length of Instructions:	167
	00000: PUSHB[4]            128    43     1    29 
	00005: PUSHW[1]            -32 
	00008: PUSHB[4]             14    17    52    49 
	00013: PUSHW[1]            -52 
	00016: PUSHB[4]             11    17    52    48 
	00021: PUSHW[1]            -32 
	00024: NPUSHB       (9):    11    17    52    13    32    14    17    52    13 
	00035: PUSHW[3]            751    35   -38 
	00042: PUSHB[8]             14    17    52    35    35    40     0    55 
	00051: PUSHW[5]            751     1   774    21   751 
	00062: PUSHB[3]             25    25    39 
	00066: PUSHW[3]            751    40   775 
	00073: NPUSHB      (20):    13    52    14    17    52    35    13    39    31     1 
	                             0    46    25    25    39    55     0     0    40    39 
	00095: PUSHW[1]            -64 
	00098: PUSHB[7]             12    13    52    39    39    57    31 
	00106: PUSHW[1]            780 
	00109: PUSHB[3]             17    17    46 
	00113: PUSHW[3]            780     7   287 
	00120: SCANCTRL   
	00121: MDAP[rd]   
	00122: MIRP[nrp0,md,rd,1] 
	00123: SHP[rp1,zp0] 
	00124: MDAP[rd]   
	00125: MIRP[nrp0,md,rd,1] 
	00126: SRP1       
	00127: SHP[rp1,zp0] 
	00128: MDAP[rd]   
	00129: CALL       
	00130: SHP[rp1,zp0] 
	00131: SHP[rp1,zp0] 
	00132: MDAP[rd]   
	00133: ALIGNRP    
	00134: SRP1       
	00135: IP         
	00136: MDAP[rd]   
	00137: SRP1       
	00138: SRP2       
	00139: IP         
	00140: SRP1       
	00141: SRP2       
	00142: IP         
	00143: IP         
	00144: CALL       
	00145: SVTCA[y-axis] 
	00146: MIAP[rd+ci] 
	00147: MIRP[srp0,md,rd,1] 
	00148: SHP[rp2,zp1] 
	00149: MDAP[rd]   
	00150: MIRP[nrp0,md,rd,1] 
	00151: MIAP[rd+ci] 
	00152: MIRP[nrp0,md,rd,1] 
	00153: IP         
	00154: SRP1       
	00155: IP         
	00156: MDAP[rd]   
	00157: CALL       
	00158: MIRP[nrp0,md,rd,1] 
	00159: CALL       
	00160: IUP[y]     
	00161: IUP[x]     
	00162: SVTCA[x-axis] 
	00163: CALL       
	00164: CALL       
	00165: CALL       
	00166: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:  YDual                       X-Short Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:                      Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1056,  -267)  ->  Abs (  1056,  -267)
	  1: Rel (  -253,  -167)  ->  Abs (   803,  -434)
	  2: Rel (  -208,     0)  ->  Abs (   595,  -434)
	  3: Rel (  -114,    17)  ->  Abs (   481,  -417)
	  4: Rel (  -197,    29)  ->  Abs (   284,  -388)
	  5: Rel (  -107,    87)  ->  Abs (   177,  -301)
	  6: Rel (  -135,   109)  ->  Abs (    42,  -192)
	  7: Rel (     0,   204)  ->  Abs (    42,    12)
	  8: Rel (     0,   124)  ->  Abs (    42,   136)
	  9: Rel (    38,    99)  ->  Abs (    80,   235)
	 10: Rel (    31,    81)  ->  Abs (   111,   316)
	 11: Rel (    58,    72)  ->  Abs (   169,   388)
	 12: Rel (    28,    34)  ->  Abs (   197,   422)
	 13: Rel (    70,    69)  ->  Abs (   267,   491)
	 14: Rel (   -96,    48)  ->  Abs (   171,   539)
	 15: Rel (   -37,    35)  ->  Abs (   134,   574)
	 16: Rel (   -82,    77)  ->  Abs (    52,   651)
	 17: Rel (     0,   118)  ->  Abs (    52,   769)
	 18: Rel (     0,   106)  ->  Abs (    52,   875)
	 19: Rel (    89,   102)  ->  Abs (   141,   977)
	 20: Rel (   102,   117)  ->  Abs (   243,  1094)
	 21: Rel (   145,     0)  ->  Abs (   388,  1094)
	 22: Rel (    65,     0)  ->  Abs (   453,  1094)
	 23: Rel (    73,   -38)  ->  Abs (   526,  1056)
	 24: Rel (    49,   -25)  ->  Abs (   575,  1031)
	 25: Rel (    74,   -58)  ->  Abs (   649,   973)
	 26: Rel (   -98,     0)  ->  Abs (   551,   973)
	 27: Rel (  -103,   -13)  ->  Abs (   448,   960)
	 28: Rel (  -133,   -17)  ->  Abs (   315,   943)
	 29: Rel (   -82,   -32)  ->  Abs (   233,   911)
	 30: Rel (  -100,   -39)  ->  Abs (   133,   872)
	 31: Rel (     0,   -57)  ->  Abs (   133,   815)
	 32: Rel (     0,   -61)  ->  Abs (   133,   754)
	 33: Rel (   115,   -55)  ->  Abs (   248,   699)
	 34: Rel (    97,   -46)  ->  Abs (   345,   653)
	 35: Rel (   123,   -19)  ->  Abs (   468,   634)
	 36: Rel (   100,    54)  ->  Abs (   568,   688)
	 37: Rel (    95,    38)  ->  Abs (   663,   726)
	 38: Rel (   106,    42)  ->  Abs (   769,   768)
	 39: Rel (   114,    28)  ->  Abs (   883,   796)
	 40: Rel (   -42,  -156)  ->  Abs (   841,   640)
	 41: Rel (  -208,   -81)  ->  Abs (   633,   559)
	 42: Rel (   -92,   -43)  ->  Abs (   541,   516)
	 43: Rel (  -186,   -88)  ->  Abs (   355,   428)
	 44: Rel (   -99,   -92)  ->  Abs (   256,   336)
	 45: Rel (  -127,  -118)  ->  Abs (   129,   218)
	 46: Rel (     0,  -135)  ->  Abs (   129,    83)
	 47: Rel (     0,  -141)  ->  Abs (   129,   -58)
	 48: Rel (   106,   -81)  ->  Abs (   235,  -139)
	 49: Rel (    92,   -70)  ->  Abs (   327,  -209)
	 50: Rel (   179,   -29)  ->  Abs (   506,  -238)
	 51: Rel (   142,   -23)  ->  Abs (   648,  -261)
	 52: Rel (   220,     0)  ->  Abs (   868,  -261)
	 53: Rel (    47,     0)  ->  Abs (   915,  -261)
	 54: Rel (    94,     2)  ->  Abs (  1009,  -259)
	 55: Rel (    47,     1)  ->  Abs (  1056,  -258)

	Glyph 970: off = 0x0002A4FC, len = 334
	  numberOfContours:	1
	  xMin:			54
	  yMin:			-434
	  xMax:			995
	  yMax:			883

	EndPoints
	---------
	  0:  52

	  Length of Instructions:	177
	00000: NPUSHB       (9):   232     4     1     5    32    12    14    52    49 
	00011: PUSHW[1]            -70 
	00014: PUSHB[4]              9    17    52    48 
	00019: PUSHW[1]            -52 
	00022: NPUSHB      (16):     9    17    52    11    10    27    10     2    40    31 
	                            13     3    19    35     0    52 
	00040: PUSHW[3]            751     1   774 
	00047: PUSHB[6]             16    16    23    19    19    23 
	00054: PUSHW[1]            -64 
	00057: PUSHB[6]             13    17    52    23    23    35 
	00064: PUSHW[3]            751    37   747 
	00071: NPUSHB      (15):    52     1     0    46    40    31    13    27    27    36 
	                            31    13    13    18    31 
	00088: PUSHW[1]            -64 
	00091: NPUSHB       (9):    15    17    52    31    31    18     0     0    36 
	00102: PUSHW[4]            752    54    18   761 
	00111: PUSHB[3]             19    19    46 
	00115: PUSHW[3]            780     7   286 
	00122: SCANCTRL   
	00123: MDAP[rd]   
	00124: MIRP[nrp0,md,rd,1] 
	00125: SHP[rp1,zp0] 
	00126: MDAP[rd]   
	00127: MIRP[nrp0,md,rd,1] 
	00128: SRP0       
	00129: MIRP[srp0,nmd,rd,1] 
	00130: SHP[rp2,zp1] 
	00131: MDAP[rd]   
	00132: SRP1       
	00133: IP         
	00134: MDAP[rd]   
	00135: CALL       
	00136: SRP2       
	00137: IP         
	00138: MDAP[rd]   
	00139: SRP1       
	00140: SRP2       
	00141: IP         
	00142: MDAP[rd]   
	00143: SRP1       
	00144: SRP2       
	00145: IP         
	00146: SRP1       
	00147: SRP2       
	00148: IP         
	00149: IP         
	00150: SVTCA[y-axis] 
	00151: MIAP[rd+ci] 
	00152: MIRP[srp0,md,rd,1] 
	00153: SHP[rp2,zp1] 
	00154: MDAP[rd]   
	00155: CALL       
	00156: IP         
	00157: MDAP[rd]   
	00158: SRP2       
	00159: IP         
	00160: MDAP[rd]   
	00161: MIAP[rd+ci] 
	00162: MIRP[nrp0,md,rd,1] 
	00163: IP         
	00164: SRP1       
	00165: SRP2       
	00166: SLOOP      
	00167: IP         
	00168: IUP[y]     
	00169: IUP[x]     
	00170: SVTCA[x-axis] 
	00171: DELTAP1    
	00172: CALL       
	00173: CALL       
	00174: CALL       
	00175: SVTCA[y-axis] 
	00176: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short On
	 36:        XDual         Y-Short         On
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual               Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   995,  -274)  ->  Abs (   995,  -274)
	  1: Rel (  -202,  -160)  ->  Abs (   793,  -434)
	  2: Rel (  -187,     0)  ->  Abs (   606,  -434)
	  3: Rel (  -107,    17)  ->  Abs (   499,  -417)
	  4: Rel (  -194,    31)  ->  Abs (   305,  -386)
	  5: Rel (  -110,    89)  ->  Abs (   195,  -297)
	  6: Rel (  -141,   115)  ->  Abs (    54,  -182)
	  7: Rel (     0,   207)  ->  Abs (    54,    25)
	  8: Rel (     0,   137)  ->  Abs (    54,   162)
	  9: Rel (    53,   117)  ->  Abs (   107,   279)
	 10: Rel (    42,    93)  ->  Abs (   149,   372)
	 11: Rel (    84,    94)  ->  Abs (   233,   466)
	 12: Rel (    40,    45)  ->  Abs (   273,   511)
	 13: Rel (   107,   100)  ->  Abs (   380,   611)
	 14: Rel (   -10,    34)  ->  Abs (   370,   645)
	 15: Rel (   -37,    32)  ->  Abs (   333,   677)
	 16: Rel (   -21,     0)  ->  Abs (   312,   677)
	 17: Rel (   -26,     0)  ->  Abs (   286,   677)
	 18: Rel (   -25,   -35)  ->  Abs (   261,   642)
	 19: Rel (   -17,     0)  ->  Abs (   244,   642)
	 20: Rel (    21,   105)  ->  Abs (   265,   747)
	 21: Rel (    23,    40)  ->  Abs (   288,   787)
	 22: Rel (    56,    96)  ->  Abs (   344,   883)
	 23: Rel (   128,     0)  ->  Abs (   472,   883)
	 24: Rel (    86,     0)  ->  Abs (   558,   883)
	 25: Rel (    62,   -42)  ->  Abs (   620,   841)
	 26: Rel (    69,   -47)  ->  Abs (   689,   794)
	 27: Rel (     0,   -75)  ->  Abs (   689,   719)
	 28: Rel (     0,   -49)  ->  Abs (   689,   670)
	 29: Rel (   -38,   -34)  ->  Abs (   651,   636)
	 30: Rel (   -35,   -28)  ->  Abs (   616,   608)
	 31: Rel (   -22,   -18)  ->  Abs (   594,   590)
	 32: Rel (    56,   -67)  ->  Abs (   650,   523)
	 33: Rel (   103,   -56)  ->  Abs (   753,   467)
	 34: Rel (    77,     0)  ->  Abs (   830,   467)
	 35: Rel (   162,     0)  ->  Abs (   992,   467)
	 36: Rel (     0,  -174)  ->  Abs (   992,   293)
	 37: Rel (  -162,     0)  ->  Abs (   830,   293)
	 38: Rel (  -153,     0)  ->  Abs (   677,   293)
	 39: Rel (  -169,    92)  ->  Abs (   508,   385)
	 40: Rel (   -51,   106)  ->  Abs (   457,   491)
	 41: Rel (   -73,   -47)  ->  Abs (   384,   444)
	 42: Rel (   -59,   -50)  ->  Abs (   325,   394)
	 43: Rel (   -80,   -68)  ->  Abs (   245,   326)
	 44: Rel (   -45,   -65)  ->  Abs (   200,   261)
	 45: Rel (   -56,   -81)  ->  Abs (   144,   180)
	 46: Rel (     0,   -75)  ->  Abs (   144,   105)
	 47: Rel (     0,  -169)  ->  Abs (   144,   -64)
	 48: Rel (   169,   -93)  ->  Abs (   313,  -157)
	 49: Rel (   130,   -71)  ->  Abs (   443,  -228)
	 50: Rel (   227,   -25)  ->  Abs (   670,  -253)
	 51: Rel (   120,   -13)  ->  Abs (   790,  -266)
	 52: Rel (   201,     0)  ->  Abs (   991,  -266)

	Glyph 971: off = 0x0002A64A, len = 206
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			1033
	  yMax:			967

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	110
	00000: PUSHW[2]             22   -32 
	00005: PUSHB[8]             16    17    52    17    18    18     0    21 
	00014: PUSHW[1]            751 
	00017: PUSHB[4]             47    13     1    13 
	00022: PUSHW[3]            772     0   751 
	00029: PUSHB[7]              0     1     1     1     1     6    27 
	00037: PUSHW[5]            751     6   751     5   747 
	00048: NPUSHB      (17):    18    27    17     7    52    13    17    52     7    10 
	                            17    17     1     0     0    31    24 
	00067: PUSHW[1]            768 
	00070: PUSHB[3]             10    10     5 
	00074: MDAP[rd]   
	00075: SHP[rp1,zp0] 
	00076: MDAP[rd]   
	00077: MIRP[nrp0,md,rd,1] 
	00078: SRP1       
	00079: SHP[rp1,zp0] 
	00080: MDAP[rd]   
	00081: SHP[rp1,zp0] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: SRP1       
	00085: IP         
	00086: CALL       
	00087: SRP1       
	00088: IP         
	00089: IP         
	00090: SVTCA[y-axis] 
	00091: MIAP[rd+ci] 
	00092: MIRP[nrp0,md,rd,1] 
	00093: MIRP[nrp0,md,rd,1] 
	00094: SRP2       
	00095: IP         
	00096: MDAP[rd]   
	00097: DELTAP1    
	00098: MIRP[nrp0,md,rd,1] 
	00099: MIAP[rd+ci] 
	00100: DELTAP1    
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP1       
	00103: IP         
	00104: MDAP[rd]   
	00105: IP         
	00106: IUP[y]     
	00107: IUP[x]     
	00108: SVTCA[x-axis] 
	00109: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual                 X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:                      Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1033,   605)  ->  Abs (  1033,   605)
	  1: Rel (   -69,  -182)  ->  Abs (   964,   423)
	  2: Rel (  -151,   -55)  ->  Abs (   813,   368)
	  3: Rel (  -397,   -75)  ->  Abs (   416,   293)
	  4: Rel (  -167,     0)  ->  Abs (   249,   293)
	  5: Rel (  -249,     0)  ->  Abs (     0,   293)
	  6: Rel (     0,   174)  ->  Abs (     0,   467)
	  7: Rel (   240,     0)  ->  Abs (   240,   467)
	  8: Rel (   -29,    47)  ->  Abs (   211,   514)
	  9: Rel (   -36,   119)  ->  Abs (   175,   633)
	 10: Rel (     0,    56)  ->  Abs (   175,   689)
	 11: Rel (     0,   118)  ->  Abs (   175,   807)
	 12: Rel (   197,   160)  ->  Abs (   372,   967)
	 13: Rel (   155,     0)  ->  Abs (   527,   967)
	 14: Rel (   123,     0)  ->  Abs (   650,   967)
	 15: Rel (    80,   -60)  ->  Abs (   730,   907)
	 16: Rel (    34,   -25)  ->  Abs (   764,   882)
	 17: Rel (    81,   -98)  ->  Abs (   845,   784)
	 18: Rel (   -19,   -17)  ->  Abs (   826,   767)
	 19: Rel (   -69,    19)  ->  Abs (   757,   786)
	 20: Rel (  -110,    19)  ->  Abs (   647,   805)
	 21: Rel (   -59,     0)  ->  Abs (   588,   805)
	 22: Rel (  -138,     0)  ->  Abs (   450,   805)
	 23: Rel (  -157,   -61)  ->  Abs (   293,   744)
	 24: Rel (     0,   -50)  ->  Abs (   293,   694)
	 25: Rel (     0,   -49)  ->  Abs (   293,   645)
	 26: Rel (    99,  -121)  ->  Abs (   392,   524)
	 27: Rel (    78,   -47)  ->  Abs (   470,   477)
	 28: Rel (   164,    25)  ->  Abs (   634,   502)
	 29: Rel (   210,    47)  ->  Abs (   844,   549)

	Glyph 972: off = 0x0002A718, len = 228
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			877
	  yMax:			856

	EndPoints
	---------
	  0:  40

	  Length of Instructions:	106
	00000: NPUSHB      (12):    16    36    23     5    40     0    19    19    28    23 
	                            23    28 
	00014: PUSHW[1]            -64 
	00017: PUSHB[6]             14    17    52    28    28    40 
	00024: PUSHW[1]            751 
	00027: PUSHB[3]              0     0    11 
	00031: PUSHW[3]            751    10   747 
	00038: NPUSHB      (15):     5    36    16    16    36    36    22    80    32   128 
	                            32     2    32    32     0 
	00055: PUSHW[4]            752    42    22   761 
	00064: PUSHB[3]             23    23    10 
	00068: MDAP[rd]   
	00069: SHP[rp1,zp0] 
	00070: MDAP[rd]   
	00071: MIRP[nrp0,md,rd,1] 
	00072: SRP0       
	00073: MIRP[srp0,nmd,rd,0] 
	00074: SHP[rp2,zp1] 
	00075: MDAP[rd]   
	00076: DELTAP1    
	00077: SRP2       
	00078: IP         
	00079: MDAP[rd]   
	00080: IP         
	00081: MDAP[rd]   
	00082: SRP2       
	00083: IP         
	00084: SVTCA[y-axis] 
	00085: MIAP[rd+ci] 
	00086: MIRP[nrp0,md,rd,1] 
	00087: ALIGNRP    
	00088: SRP0       
	00089: MIRP[srp0,md,rd,1] 
	00090: SHP[rp2,zp1] 
	00091: MDAP[rd]   
	00092: CALL       
	00093: IP         
	00094: MDAP[rd]   
	00095: SRP2       
	00096: IP         
	00097: MDAP[rd]   
	00098: SRP1       
	00099: SRP2       
	00100: IP         
	00101: SRP1       
	00102: IP         
	00103: IP         
	00104: IUP[y]     
	00105: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short On
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short Off
	 22:                      Y-Short X-Short On
	 23:  YDual                       X-Short On
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   877,   293)  ->  Abs (   877,   293)
	  1: Rel (  -147,     0)  ->  Abs (   730,   293)
	  2: Rel (   -65,     0)  ->  Abs (   665,   293)
	  3: Rel (   -67,    31)  ->  Abs (   598,   324)
	  4: Rel (   -80,    37)  ->  Abs (   518,   361)
	  5: Rel (   -36,    66)  ->  Abs (   482,   427)
	  6: Rel (   -67,   -60)  ->  Abs (   415,   367)
	  7: Rel (   -86,   -33)  ->  Abs (   329,   334)
	  8: Rel (  -105,   -41)  ->  Abs (   224,   293)
	  9: Rel (  -134,     0)  ->  Abs (    90,   293)
	 10: Rel (   -90,     0)  ->  Abs (     0,   293)
	 11: Rel (     0,   174)  ->  Abs (     0,   467)
	 12: Rel (    90,     0)  ->  Abs (    90,   467)
	 13: Rel (    84,     0)  ->  Abs (   174,   467)
	 14: Rel (    72,    18)  ->  Abs (   246,   485)
	 15: Rel (    82,    21)  ->  Abs (   328,   506)
	 16: Rel (    79,    46)  ->  Abs (   407,   552)
	 17: Rel (   -42,    54)  ->  Abs (   365,   606)
	 18: Rel (   -32,    38)  ->  Abs (   333,   644)
	 19: Rel (   -40,     0)  ->  Abs (   293,   644)
	 20: Rel (   -18,     0)  ->  Abs (   275,   644)
	 21: Rel (   -28,   -13)  ->  Abs (   247,   631)
	 22: Rel (   -17,   -22)  ->  Abs (   230,   609)
	 23: Rel (   -21,     0)  ->  Abs (   209,   609)
	 24: Rel (     0,    59)  ->  Abs (   209,   668)
	 25: Rel (     0,   110)  ->  Abs (   209,   778)
	 26: Rel (    58,    41)  ->  Abs (   267,   819)
	 27: Rel (    53,    37)  ->  Abs (   320,   856)
	 28: Rel (   131,     0)  ->  Abs (   451,   856)
	 29: Rel (   113,     0)  ->  Abs (   564,   856)
	 30: Rel (    71,   -30)  ->  Abs (   635,   826)
	 31: Rel (    93,   -39)  ->  Abs (   728,   787)
	 32: Rel (     0,   -81)  ->  Abs (   728,   706)
	 33: Rel (     0,   -43)  ->  Abs (   728,   663)
	 34: Rel (   -37,   -46)  ->  Abs (   691,   617)
	 35: Rel (   -27,   -34)  ->  Abs (   664,   583)
	 36: Rel (   -72,   -60)  ->  Abs (   592,   523)
	 37: Rel (    16,   -24)  ->  Abs (   608,   499)
	 38: Rel (    91,   -32)  ->  Abs (   699,   467)
	 39: Rel (    31,     0)  ->  Abs (   730,   467)
	 40: Rel (   147,     0)  ->  Abs (   877,   467)

	Glyph 973: off = 0x0002A7FC, len = 384
	  numberOfContours:	2
	  xMin:			42
	  yMin:			-434
	  xMax:			1056
	  yMax:			1509

	EndPoints
	---------
	  0:  3
	  1:  59

	  Length of Instructions:	197
	00000: PUSHB[4]            128    47     1    33 
	00005: PUSHW[1]            -32 
	00008: PUSHB[4]             14    17    52    53 
	00013: PUSHW[1]            -52 
	00016: PUSHB[4]             11    17    52    52 
	00021: PUSHW[1]            -32 
	00024: PUSHB[6]             11    17    52     0     2     3 
	00031: PUSHW[1]            770 
	00034: NPUSHB       (9):     1     1    25    17    32    14    17    52    17 
	00045: PUSHW[3]            751    39   -38 
	00052: PUSHB[8]             14    17    52    39    39    44     4    59 
	00061: PUSHW[5]            751     5   774    25   751 
	00072: PUSHB[3]             29    29    43 
	00076: PUSHW[3]            751    44   775 
	00083: PUSHB[3]              1     3     2 
	00087: PUSHW[1]            769 
	00090: NPUSHB      (22):     0     0    17    52    14    17    52    39    17    43 
	                            35     5     4    50    29    29    43    59     4     4 
	                            44    43 
	00114: PUSHW[1]            -64 
	00117: PUSHB[7]             12    13    52    43    43    61    35 
	00125: PUSHW[1]            780 
	00128: PUSHB[3]             21    21    50 
	00132: PUSHW[3]            780    11   287 
	00139: SCANCTRL   
	00140: MDAP[rd]   
	00141: MIRP[nrp0,md,rd,1] 
	00142: SHP[rp1,zp0] 
	00143: MDAP[rd]   
	00144: MIRP[nrp0,md,rd,1] 
	00145: SRP1       
	00146: SHP[rp1,zp0] 
	00147: MDAP[rd]   
	00148: CALL       
	00149: SHP[rp1,zp0] 
	00150: SHP[rp1,zp0] 
	00151: MDAP[rd]   
	00152: ALIGNRP    
	00153: SRP1       
	00154: IP         
	00155: MDAP[rd]   
	00156: SRP1       
	00157: SRP2       
	00158: IP         
	00159: SRP1       
	00160: SRP2       
	00161: IP         
	00162: IP         
	00163: CALL       
	00164: IP         
	00165: MDAP[rd]   
	00166: MIRP[srp0,md,rd,1] 
	00167: IP         
	00168: IP         
	00169: SVTCA[y-axis] 
	00170: MIAP[rd+ci] 
	00171: MIRP[srp0,md,rd,1] 
	00172: SHP[rp2,zp1] 
	00173: MDAP[rd]   
	00174: MIRP[nrp0,md,rd,1] 
	00175: MIAP[rd+ci] 
	00176: MIRP[nrp0,md,rd,1] 
	00177: IP         
	00178: SRP1       
	00179: IP         
	00180: MDAP[rd]   
	00181: CALL       
	00182: MIRP[nrp0,md,rd,1] 
	00183: CALL       
	00184: SRP1       
	00185: SHP[rp1,zp0] 
	00186: MDAP[rd]   
	00187: MIRP[nrp0,md,rd,1] 
	00188: IP         
	00189: IP         
	00190: IUP[y]     
	00191: IUP[x]     
	00192: SVTCA[x-axis] 
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:                      Y-Short X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:  YDual                       X-Short Off
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual         Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short X-Short On
	 49:                      Y-Short X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short X-Short On
	 55:        XDual         Y-Short X-Short Off
	 56:  YDual XDual                 X-Short On
	 57:  YDual XDual                 X-Short Off
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   498,  1424)  ->  Abs (   498,  1424)
	  1: Rel (   -81,  -144)  ->  Abs (   417,  1280)
	  2: Rel (  -156,    83)  ->  Abs (   261,  1363)
	  3: Rel (    81,   146)  ->  Abs (   342,  1509)
	  4: Rel (   714, -1776)  ->  Abs (  1056,  -267)
	  5: Rel (  -253,  -167)  ->  Abs (   803,  -434)
	  6: Rel (  -208,     0)  ->  Abs (   595,  -434)
	  7: Rel (  -114,    17)  ->  Abs (   481,  -417)
	  8: Rel (  -197,    29)  ->  Abs (   284,  -388)
	  9: Rel (  -107,    87)  ->  Abs (   177,  -301)
	 10: Rel (  -135,   109)  ->  Abs (    42,  -192)
	 11: Rel (     0,   204)  ->  Abs (    42,    12)
	 12: Rel (     0,   124)  ->  Abs (    42,   136)
	 13: Rel (    38,    99)  ->  Abs (    80,   235)
	 14: Rel (    31,    81)  ->  Abs (   111,   316)
	 15: Rel (    58,    72)  ->  Abs (   169,   388)
	 16: Rel (    28,    34)  ->  Abs (   197,   422)
	 17: Rel (    70,    69)  ->  Abs (   267,   491)
	 18: Rel (   -96,    48)  ->  Abs (   171,   539)
	 19: Rel (   -37,    35)  ->  Abs (   134,   574)
	 20: Rel (   -82,    77)  ->  Abs (    52,   651)
	 21: Rel (     0,   118)  ->  Abs (    52,   769)
	 22: Rel (     0,   106)  ->  Abs (    52,   875)
	 23: Rel (    89,   102)  ->  Abs (   141,   977)
	 24: Rel (   102,   117)  ->  Abs (   243,  1094)
	 25: Rel (   145,     0)  ->  Abs (   388,  1094)
	 26: Rel (    65,     0)  ->  Abs (   453,  1094)
	 27: Rel (    73,   -38)  ->  Abs (   526,  1056)
	 28: Rel (    49,   -25)  ->  Abs (   575,  1031)
	 29: Rel (    74,   -58)  ->  Abs (   649,   973)
	 30: Rel (   -98,     0)  ->  Abs (   551,   973)
	 31: Rel (  -103,   -13)  ->  Abs (   448,   960)
	 32: Rel (  -133,   -17)  ->  Abs (   315,   943)
	 33: Rel (   -82,   -32)  ->  Abs (   233,   911)
	 34: Rel (  -100,   -39)  ->  Abs (   133,   872)
	 35: Rel (     0,   -57)  ->  Abs (   133,   815)
	 36: Rel (     0,   -61)  ->  Abs (   133,   754)
	 37: Rel (   115,   -55)  ->  Abs (   248,   699)
	 38: Rel (    97,   -46)  ->  Abs (   345,   653)
	 39: Rel (   123,   -19)  ->  Abs (   468,   634)
	 40: Rel (   100,    54)  ->  Abs (   568,   688)
	 41: Rel (    95,    38)  ->  Abs (   663,   726)
	 42: Rel (   106,    42)  ->  Abs (   769,   768)
	 43: Rel (   114,    28)  ->  Abs (   883,   796)
	 44: Rel (   -42,  -156)  ->  Abs (   841,   640)
	 45: Rel (  -208,   -81)  ->  Abs (   633,   559)
	 46: Rel (   -92,   -43)  ->  Abs (   541,   516)
	 47: Rel (  -186,   -88)  ->  Abs (   355,   428)
	 48: Rel (   -99,   -92)  ->  Abs (   256,   336)
	 49: Rel (  -127,  -118)  ->  Abs (   129,   218)
	 50: Rel (     0,  -135)  ->  Abs (   129,    83)
	 51: Rel (     0,  -141)  ->  Abs (   129,   -58)
	 52: Rel (   106,   -81)  ->  Abs (   235,  -139)
	 53: Rel (    92,   -70)  ->  Abs (   327,  -209)
	 54: Rel (   179,   -29)  ->  Abs (   506,  -238)
	 55: Rel (   142,   -23)  ->  Abs (   648,  -261)
	 56: Rel (   220,     0)  ->  Abs (   868,  -261)
	 57: Rel (    47,     0)  ->  Abs (   915,  -261)
	 58: Rel (    94,     2)  ->  Abs (  1009,  -259)
	 59: Rel (    47,     1)  ->  Abs (  1056,  -258)

	Glyph 974: off = 0x0002A97C, len = 386
	  numberOfContours:	2
	  xMin:			54
	  yMin:			-434
	  xMax:			995
	  yMax:			1309

	EndPoints
	---------
	  0:  3
	  1:  56

	  Length of Instructions:	212
	00000: NPUSHB       (9):   232     8     1     9    32    12    14    52    53 
	00011: PUSHW[1]            -70 
	00014: PUSHB[4]              9    17    52    52 
	00019: PUSHW[1]            -52 
	00022: NPUSHB      (11):     9    17    52    11    14    27    14     2     0     2 
	                             3 
	00035: PUSHW[1]            770 
	00038: NPUSHB      (11):     1     1    27    44    35    17     3    23    39     4 
	                            56 
	00051: PUSHW[3]            751     5   774 
	00058: PUSHB[6]             20    20    27    23    23    27 
	00065: PUSHW[1]            -64 
	00068: PUSHB[6]             13    17    52    27    27    39 
	00075: PUSHW[3]            751    41   747 
	00082: PUSHB[3]              1     3     2 
	00086: PUSHW[1]            769 
	00089: NPUSHB      (19):     0     0    31    35    56     5     4    50    44    35 
	                            17    31    31    40    35    17    17    22    35 
	00110: PUSHW[1]            -64 
	00113: NPUSHB       (9):    15    17    52    35    35    22     4     4    40 
	00124: PUSHW[4]            752    58    22   761 
	00133: PUSHB[3]             23    23    50 
	00137: PUSHW[3]            780    11   286 
	00144: SCANCTRL   
	00145: MDAP[rd]   
	00146: MIRP[nrp0,md,rd,1] 
	00147: SHP[rp1,zp0] 
	00148: MDAP[rd]   
	00149: MIRP[nrp0,md,rd,1] 
	00150: SRP0       
	00151: MIRP[srp0,nmd,rd,1] 
	00152: SHP[rp2,zp1] 
	00153: MDAP[rd]   
	00154: SRP1       
	00155: IP         
	00156: MDAP[rd]   
	00157: CALL       
	00158: SRP2       
	00159: IP         
	00160: MDAP[rd]   
	00161: SRP1       
	00162: SRP2       
	00163: IP         
	00164: MDAP[rd]   
	00165: SRP1       
	00166: SRP2       
	00167: IP         
	00168: SRP1       
	00169: SRP2       
	00170: IP         
	00171: IP         
	00172: SRP1       
	00173: SRP2       
	00174: IP         
	00175: MDAP[rd]   
	00176: MIRP[srp0,md,rd,1] 
	00177: IP         
	00178: IP         
	00179: SVTCA[y-axis] 
	00180: MIAP[rd+ci] 
	00181: MIRP[srp0,md,rd,1] 
	00182: SHP[rp2,zp1] 
	00183: MDAP[rd]   
	00184: CALL       
	00185: IP         
	00186: MDAP[rd]   
	00187: SRP2       
	00188: IP         
	00189: MDAP[rd]   
	00190: MIAP[rd+ci] 
	00191: MIRP[nrp0,md,rd,1] 
	00192: IP         
	00193: SRP1       
	00194: SRP2       
	00195: SLOOP      
	00196: IP         
	00197: SRP1       
	00198: SHP[rp1,zp0] 
	00199: MDAP[rd]   
	00200: MIRP[nrp0,md,rd,1] 
	00201: IP         
	00202: IP         
	00203: IUP[y]     
	00204: IUP[x]     
	00205: SVTCA[x-axis] 
	00206: DELTAP1    
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: SVTCA[y-axis] 
	00211: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:                      Y-Short X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short On
	 23:  YDual                       X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short On
	 40:        XDual         Y-Short         On
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short X-Short On
	 49:                      Y-Short X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short X-Short On
	 55:        XDual         Y-Short X-Short Off
	 56:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   599,  1224)  ->  Abs (   599,  1224)
	  1: Rel (   -76,  -145)  ->  Abs (   523,  1079)
	  2: Rel (  -162,    84)  ->  Abs (   361,  1163)
	  3: Rel (    75,   146)  ->  Abs (   436,  1309)
	  4: Rel (   559, -1583)  ->  Abs (   995,  -274)
	  5: Rel (  -202,  -160)  ->  Abs (   793,  -434)
	  6: Rel (  -187,     0)  ->  Abs (   606,  -434)
	  7: Rel (  -107,    17)  ->  Abs (   499,  -417)
	  8: Rel (  -194,    31)  ->  Abs (   305,  -386)
	  9: Rel (  -110,    89)  ->  Abs (   195,  -297)
	 10: Rel (  -141,   115)  ->  Abs (    54,  -182)
	 11: Rel (     0,   207)  ->  Abs (    54,    25)
	 12: Rel (     0,   137)  ->  Abs (    54,   162)
	 13: Rel (    53,   117)  ->  Abs (   107,   279)
	 14: Rel (    42,    93)  ->  Abs (   149,   372)
	 15: Rel (    84,    94)  ->  Abs (   233,   466)
	 16: Rel (    40,    45)  ->  Abs (   273,   511)
	 17: Rel (   107,   100)  ->  Abs (   380,   611)
	 18: Rel (   -10,    34)  ->  Abs (   370,   645)
	 19: Rel (   -37,    32)  ->  Abs (   333,   677)
	 20: Rel (   -21,     0)  ->  Abs (   312,   677)
	 21: Rel (   -26,     0)  ->  Abs (   286,   677)
	 22: Rel (   -25,   -35)  ->  Abs (   261,   642)
	 23: Rel (   -17,     0)  ->  Abs (   244,   642)
	 24: Rel (    21,   105)  ->  Abs (   265,   747)
	 25: Rel (    23,    40)  ->  Abs (   288,   787)
	 26: Rel (    56,    96)  ->  Abs (   344,   883)
	 27: Rel (   128,     0)  ->  Abs (   472,   883)
	 28: Rel (    86,     0)  ->  Abs (   558,   883)
	 29: Rel (    62,   -42)  ->  Abs (   620,   841)
	 30: Rel (    69,   -47)  ->  Abs (   689,   794)
	 31: Rel (     0,   -75)  ->  Abs (   689,   719)
	 32: Rel (     0,   -49)  ->  Abs (   689,   670)
	 33: Rel (   -38,   -34)  ->  Abs (   651,   636)
	 34: Rel (   -35,   -28)  ->  Abs (   616,   608)
	 35: Rel (   -22,   -18)  ->  Abs (   594,   590)
	 36: Rel (    56,   -67)  ->  Abs (   650,   523)
	 37: Rel (   103,   -56)  ->  Abs (   753,   467)
	 38: Rel (    77,     0)  ->  Abs (   830,   467)
	 39: Rel (   162,     0)  ->  Abs (   992,   467)
	 40: Rel (     0,  -174)  ->  Abs (   992,   293)
	 41: Rel (  -162,     0)  ->  Abs (   830,   293)
	 42: Rel (  -153,     0)  ->  Abs (   677,   293)
	 43: Rel (  -169,    92)  ->  Abs (   508,   385)
	 44: Rel (   -51,   106)  ->  Abs (   457,   491)
	 45: Rel (   -73,   -47)  ->  Abs (   384,   444)
	 46: Rel (   -59,   -50)  ->  Abs (   325,   394)
	 47: Rel (   -80,   -68)  ->  Abs (   245,   326)
	 48: Rel (   -45,   -65)  ->  Abs (   200,   261)
	 49: Rel (   -56,   -81)  ->  Abs (   144,   180)
	 50: Rel (     0,   -75)  ->  Abs (   144,   105)
	 51: Rel (     0,  -169)  ->  Abs (   144,   -64)
	 52: Rel (   169,   -93)  ->  Abs (   313,  -157)
	 53: Rel (   130,   -71)  ->  Abs (   443,  -228)
	 54: Rel (   227,   -25)  ->  Abs (   670,  -253)
	 55: Rel (   120,   -13)  ->  Abs (   790,  -266)
	 56: Rel (   201,     0)  ->  Abs (   991,  -266)

	Glyph 975: off = 0x0002AAFE, len = 256
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			1033
	  yMax:			1309

	EndPoints
	---------
	  0:  3
	  1:  33

	  Length of Instructions:	145
	00000: PUSHW[2]             26   -32 
	00005: PUSHB[6]             16    17    52     0     2     3 
	00012: PUSHW[1]            770 
	00015: NPUSHB      (11):    15     1     1     1     1    17    21    22    22     4 
	                            25 
	00028: PUSHW[1]            751 
	00031: PUSHB[4]             47    17     1    17 
	00036: PUSHW[3]            772     4   751 
	00043: PUSHB[7]              0     5     1     5     5    10    31 
	00051: PUSHW[5]            751    10   751     9   747 
	00062: PUSHB[3]              1     3     2 
	00066: PUSHW[1]            769 
	00069: NPUSHB      (19):     0     0    22    31    21    11    52    13    17    52 
	                            11    14    21    21     5     4     4    35    28 
	00090: PUSHW[1]            768 
	00093: PUSHB[3]             14    14     9 
	00097: MDAP[rd]   
	00098: SHP[rp1,zp0] 
	00099: MDAP[rd]   
	00100: MIRP[nrp0,md,rd,1] 
	00101: SRP1       
	00102: SHP[rp1,zp0] 
	00103: MDAP[rd]   
	00104: SHP[rp1,zp0] 
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: SRP1       
	00108: IP         
	00109: CALL       
	00110: SRP1       
	00111: IP         
	00112: IP         
	00113: IP         
	00114: MDAP[rd]   
	00115: MIRP[srp0,md,rd,1] 
	00116: IP         
	00117: IP         
	00118: SVTCA[y-axis] 
	00119: MIAP[rd+ci] 
	00120: MIRP[nrp0,md,rd,1] 
	00121: MIRP[nrp0,md,rd,1] 
	00122: SRP2       
	00123: IP         
	00124: MDAP[rd]   
	00125: DELTAP1    
	00126: MIRP[nrp0,md,rd,1] 
	00127: MIAP[rd+ci] 
	00128: DELTAP1    
	00129: MIRP[nrp0,md,rd,1] 
	00130: SRP1       
	00131: IP         
	00132: MDAP[rd]   
	00133: IP         
	00134: SRP1       
	00135: SHP[rp1,zp0] 
	00136: MDAP[rd]   
	00137: DELTAP1    
	00138: MIRP[nrp0,md,rd,1] 
	00139: IP         
	00140: IP         
	00141: IUP[y]     
	00142: IUP[x]     
	00143: SVTCA[x-axis] 
	00144: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:                      Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:                      Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   613,  1224)  ->  Abs (   613,  1224)
	  1: Rel (   -75,  -145)  ->  Abs (   538,  1079)
	  2: Rel (  -163,    84)  ->  Abs (   375,  1163)
	  3: Rel (    76,   146)  ->  Abs (   451,  1309)
	  4: Rel (   582,  -704)  ->  Abs (  1033,   605)
	  5: Rel (   -69,  -182)  ->  Abs (   964,   423)
	  6: Rel (  -151,   -55)  ->  Abs (   813,   368)
	  7: Rel (  -397,   -75)  ->  Abs (   416,   293)
	  8: Rel (  -167,     0)  ->  Abs (   249,   293)
	  9: Rel (  -249,     0)  ->  Abs (     0,   293)
	 10: Rel (     0,   174)  ->  Abs (     0,   467)
	 11: Rel (   240,     0)  ->  Abs (   240,   467)
	 12: Rel (   -29,    47)  ->  Abs (   211,   514)
	 13: Rel (   -36,   119)  ->  Abs (   175,   633)
	 14: Rel (     0,    56)  ->  Abs (   175,   689)
	 15: Rel (     0,   118)  ->  Abs (   175,   807)
	 16: Rel (   197,   160)  ->  Abs (   372,   967)
	 17: Rel (   155,     0)  ->  Abs (   527,   967)
	 18: Rel (   123,     0)  ->  Abs (   650,   967)
	 19: Rel (    80,   -60)  ->  Abs (   730,   907)
	 20: Rel (    34,   -25)  ->  Abs (   764,   882)
	 21: Rel (    81,   -98)  ->  Abs (   845,   784)
	 22: Rel (   -19,   -17)  ->  Abs (   826,   767)
	 23: Rel (   -69,    19)  ->  Abs (   757,   786)
	 24: Rel (  -110,    19)  ->  Abs (   647,   805)
	 25: Rel (   -59,     0)  ->  Abs (   588,   805)
	 26: Rel (  -138,     0)  ->  Abs (   450,   805)
	 27: Rel (  -157,   -61)  ->  Abs (   293,   744)
	 28: Rel (     0,   -50)  ->  Abs (   293,   694)
	 29: Rel (     0,   -49)  ->  Abs (   293,   645)
	 30: Rel (    99,  -121)  ->  Abs (   392,   524)
	 31: Rel (    78,   -47)  ->  Abs (   470,   477)
	 32: Rel (   164,    25)  ->  Abs (   634,   502)
	 33: Rel (   210,    47)  ->  Abs (   844,   549)

	Glyph 976: off = 0x0002ABFE, len = 276
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			877
	  yMax:			1309

	EndPoints
	---------
	  0:  3
	  1:  44

	  Length of Instructions:	138
	00000: PUSHB[3]              0     2     3 
	00004: PUSHW[1]            770 
	00007: NPUSHB      (15):     1     1    32    20    40    27     9    44     4    23 
	                            23    32    27    27    32 
	00024: PUSHW[1]            -64 
	00027: PUSHB[6]             14    17    52    32    32    44 
	00034: PUSHW[1]            751 
	00037: PUSHB[3]              4     4    15 
	00041: PUSHW[3]            751    14   747 
	00048: PUSHB[3]              1     3     2 
	00052: PUSHW[1]            769 
	00055: NPUSHB      (18):     0     0    36     9    40    20    20    40    40    26 
	                            80    36   128    36     2    36    36     4 
	00075: PUSHW[4]            752    46    26   761 
	00084: PUSHB[3]             27    27    14 
	00088: MDAP[rd]   
	00089: SHP[rp1,zp0] 
	00090: MDAP[rd]   
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP0       
	00093: MIRP[srp0,nmd,rd,1] 
	00094: SHP[rp2,zp1] 
	00095: MDAP[rd]   
	00096: DELTAP1    
	00097: SRP2       
	00098: IP         
	00099: MDAP[rd]   
	00100: IP         
	00101: MDAP[rd]   
	00102: SRP2       
	00103: IP         
	00104: SRP2       
	00105: IP         
	00106: MDAP[rd]   
	00107: MIRP[srp0,md,rd,1] 
	00108: IP         
	00109: IP         
	00110: SVTCA[y-axis] 
	00111: MIAP[rd+ci] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: ALIGNRP    
	00114: SRP0       
	00115: MIRP[srp0,md,rd,1] 
	00116: SHP[rp2,zp1] 
	00117: MDAP[rd]   
	00118: CALL       
	00119: IP         
	00120: MDAP[rd]   
	00121: SRP2       
	00122: IP         
	00123: MDAP[rd]   
	00124: SRP1       
	00125: SRP2       
	00126: IP         
	00127: SRP1       
	00128: IP         
	00129: IP         
	00130: SRP1       
	00131: SHP[rp1,zp0] 
	00132: MDAP[rd]   
	00133: MIRP[nrp0,md,rd,1] 
	00134: IP         
	00135: IP         
	00136: IUP[y]     
	00137: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short On
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:  YDual                       X-Short On
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:                      Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   536,  1224)  ->  Abs (   536,  1224)
	  1: Rel (   -76,  -145)  ->  Abs (   460,  1079)
	  2: Rel (  -162,    84)  ->  Abs (   298,  1163)
	  3: Rel (    75,   146)  ->  Abs (   373,  1309)
	  4: Rel (   504, -1016)  ->  Abs (   877,   293)
	  5: Rel (  -147,     0)  ->  Abs (   730,   293)
	  6: Rel (   -65,     0)  ->  Abs (   665,   293)
	  7: Rel (   -67,    31)  ->  Abs (   598,   324)
	  8: Rel (   -80,    37)  ->  Abs (   518,   361)
	  9: Rel (   -36,    66)  ->  Abs (   482,   427)
	 10: Rel (   -67,   -60)  ->  Abs (   415,   367)
	 11: Rel (   -86,   -33)  ->  Abs (   329,   334)
	 12: Rel (  -105,   -41)  ->  Abs (   224,   293)
	 13: Rel (  -134,     0)  ->  Abs (    90,   293)
	 14: Rel (   -90,     0)  ->  Abs (     0,   293)
	 15: Rel (     0,   174)  ->  Abs (     0,   467)
	 16: Rel (    90,     0)  ->  Abs (    90,   467)
	 17: Rel (    84,     0)  ->  Abs (   174,   467)
	 18: Rel (    72,    18)  ->  Abs (   246,   485)
	 19: Rel (    82,    21)  ->  Abs (   328,   506)
	 20: Rel (    79,    46)  ->  Abs (   407,   552)
	 21: Rel (   -42,    54)  ->  Abs (   365,   606)
	 22: Rel (   -32,    38)  ->  Abs (   333,   644)
	 23: Rel (   -40,     0)  ->  Abs (   293,   644)
	 24: Rel (   -18,     0)  ->  Abs (   275,   644)
	 25: Rel (   -28,   -13)  ->  Abs (   247,   631)
	 26: Rel (   -17,   -22)  ->  Abs (   230,   609)
	 27: Rel (   -21,     0)  ->  Abs (   209,   609)
	 28: Rel (     0,    59)  ->  Abs (   209,   668)
	 29: Rel (     0,   110)  ->  Abs (   209,   778)
	 30: Rel (    58,    41)  ->  Abs (   267,   819)
	 31: Rel (    53,    37)  ->  Abs (   320,   856)
	 32: Rel (   131,     0)  ->  Abs (   451,   856)
	 33: Rel (   113,     0)  ->  Abs (   564,   856)
	 34: Rel (    71,   -30)  ->  Abs (   635,   826)
	 35: Rel (    93,   -39)  ->  Abs (   728,   787)
	 36: Rel (     0,   -81)  ->  Abs (   728,   706)
	 37: Rel (     0,   -43)  ->  Abs (   728,   663)
	 38: Rel (   -37,   -46)  ->  Abs (   691,   617)
	 39: Rel (   -27,   -34)  ->  Abs (   664,   583)
	 40: Rel (   -72,   -60)  ->  Abs (   592,   523)
	 41: Rel (    16,   -24)  ->  Abs (   608,   499)
	 42: Rel (    91,   -32)  ->  Abs (   699,   467)
	 43: Rel (    31,     0)  ->  Abs (   730,   467)
	 44: Rel (   147,     0)  ->  Abs (   877,   467)

	Glyph 977: off = 0x0002AD12, len = 324
	  numberOfContours:	3
	  xMin:			109
	  yMin:			293
	  xMax:			1685
	  yMax:			1395

	EndPoints
	---------
	  0:  3
	  1:  35
	  2:  46

	  Length of Instructions:	175
	00000: PUSHB[6]              9    32    16    17    52    21 
	00007: PUSHW[1]            -52 
	00010: PUSHB[4]             12    17    52    20 
	00015: PUSHW[1]            -32 
	00018: PUSHB[6]             12    17    52     0     2     3 
	00025: PUSHW[1]            770 
	00028: PUSHB[4]              1     1    31    36 
	00033: PUSHW[1]            -64 
	00036: NPUSHB       (9):    16    17    52    36    36    40    16    22    15 
	00047: NPUSHW       (9):   772    40   751    31   772    22   751     5   747 
	00067: PUSHB[3]              1     3     2 
	00071: PUSHW[1]            769 
	00074: PUSHB[7]              0     0    43    23    23    36    27 
	00082: PUSHW[1]            755 
	00085: PUSHB[3]             43    43    36 
	00089: NPUSHW      (10):   784    64     4   752    48    16   763    32    15   -64 
	00111: PUSHB[6]              9    11    52    15    15    19 
	00118: PUSHW[3]            771    11   298 
	00125: SCANCTRL   
	00126: MDAP[rd]   
	00127: MIRP[srp0,md,rd,1] 
	00128: SHP[rp2,zp1] 
	00129: RTHG       
	00130: MDAP[rd]   
	00131: CALL       
	00132: SMD        
	00133: MIRP[nrp0,md,rd,1] 
	00134: RTG        
	00135: SRP0       
	00136: MIRP[srp0,nmd,rd,1] 
	00137: SMD        
	00138: MIRP[srp0,md,rd,1] 
	00139: SHP[rp2,zp1] 
	00140: MDAP[rd]   
	00141: MIRP[nrp0,md,rd,1] 
	00142: SRP2       
	00143: IP         
	00144: MDAP[rd]   
	00145: SRP1       
	00146: IP         
	00147: MDAP[rd]   
	00148: MIRP[srp0,md,rd,1] 
	00149: IP         
	00150: IP         
	00151: SVTCA[y-axis] 
	00152: MIAP[rd+ci] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: MIAP[rd+ci] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: MIAP[rd+ci] 
	00157: SRP2       
	00158: IP         
	00159: SRP1       
	00160: IP         
	00161: MDAP[rd]   
	00162: CALL       
	00163: SRP1       
	00164: SHP[rp1,zp0] 
	00165: MDAP[rd]   
	00166: MIRP[nrp0,md,rd,1] 
	00167: IP         
	00168: IP         
	00169: IUP[y]     
	00170: IUP[x]     
	00171: SVTCA[x-axis] 
	00172: CALL       
	00173: CALL       
	00174: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:  YDual                               On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short         Off
	 22:  YDual                               On
	 23:  YDual                               On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:  YDual               Y-Short X-Short On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual               Y-Short X-Short On
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:        XDual         Y-Short X-Short On
	 46:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1486,  1309)  ->  Abs (  1486,  1309)
	  1: Rel (   -82,  -148)  ->  Abs (  1404,  1161)
	  2: Rel (  -162,    88)  ->  Abs (  1242,  1249)
	  3: Rel (    83,   146)  ->  Abs (  1325,  1395)
	  4: Rel (   360, -1102)  ->  Abs (  1685,   293)
	  5: Rel (  -917,     0)  ->  Abs (   768,   293)
	  6: Rel (  -211,     0)  ->  Abs (   557,   293)
	  7: Rel (  -129,    26)  ->  Abs (   428,   319)
	  8: Rel (  -154,    31)  ->  Abs (   274,   350)
	  9: Rel (   -79,    72)  ->  Abs (   195,   422)
	 10: Rel (   -86,    78)  ->  Abs (   109,   500)
	 11: Rel (     0,   134)  ->  Abs (   109,   634)
	 12: Rel (     0,    89)  ->  Abs (   109,   723)
	 13: Rel (    51,   119)  ->  Abs (   160,   842)
	 14: Rel (    37,    81)  ->  Abs (   197,   923)
	 15: Rel (    18,    40)  ->  Abs (   215,   963)
	 16: Rel (    40,   -23)  ->  Abs (   255,   940)
	 17: Rel (   -43,   -87)  ->  Abs (   212,   853)
	 18: Rel (   -28,   -91)  ->  Abs (   184,   762)
	 19: Rel (     0,   -37)  ->  Abs (   184,   725)
	 20: Rel (     0,  -132)  ->  Abs (   184,   593)
	 21: Rel (   288,  -126)  ->  Abs (   472,   467)
	 22: Rel (   314,     0)  ->  Abs (   786,   467)
	 23: Rel (   737,     0)  ->  Abs (  1523,   467)
	 24: Rel (  -117,    32)  ->  Abs (  1406,   499)
	 25: Rel (   -55,    42)  ->  Abs (  1351,   541)
	 26: Rel (   -63,    48)  ->  Abs (  1288,   589)
	 27: Rel (     0,    71)  ->  Abs (  1288,   660)
	 28: Rel (     0,    93)  ->  Abs (  1288,   753)
	 29: Rel (    62,   106)  ->  Abs (  1350,   859)
	 30: Rel (    70,   119)  ->  Abs (  1420,   978)
	 31: Rel (    85,     0)  ->  Abs (  1505,   978)
	 32: Rel (    99,     0)  ->  Abs (  1604,   978)
	 33: Rel (    44,  -117)  ->  Abs (  1648,   861)
	 34: Rel (    37,   -98)  ->  Abs (  1685,   763)
	 35: Rel (     0,  -181)  ->  Abs (  1685,   582)
	 36: Rel (  -104,    14)  ->  Abs (  1581,   596)
	 37: Rel (     0,    87)  ->  Abs (  1581,   683)
	 38: Rel (   -19,    47)  ->  Abs (  1562,   730)
	 39: Rel (   -23,    56)  ->  Abs (  1539,   786)
	 40: Rel (   -47,     0)  ->  Abs (  1492,   786)
	 41: Rel (   -34,     0)  ->  Abs (  1458,   786)
	 42: Rel (   -33,   -41)  ->  Abs (  1425,   745)
	 43: Rel (     0,   -37)  ->  Abs (  1425,   708)
	 44: Rel (     0,   -49)  ->  Abs (  1425,   659)
	 45: Rel (    41,   -25)  ->  Abs (  1466,   634)
	 46: Rel (    30,   -18)  ->  Abs (  1496,   616)

	Glyph 978: off = 0x0002AE56, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			109
	  yMin:			293
	  xMax:			1685
	  yMax:			1395

	     0: Flags:		0x0016
		Glyf Index:	977
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 979: off = 0x0002AE66, len = 238
	  numberOfContours:	3
	  xMin:			0
	  yMin:			293
	  xMax:			618
	  yMax:			1487

	EndPoints
	---------
	  0:  3
	  1:  25
	  2:  37

	  Length of Instructions:	116
	00000: PUSHB[3]              0     2     3 
	00004: PUSHW[1]            770 
	00007: NPUSHB       (9):     1     1    21    26    30     9    35    13    21 
	00018: PUSHW[1]            751 
	00021: PUSHB[3]             30    30    35 
	00025: PUSHW[1]            751 
	00028: PUSHB[3]             13    13     6 
	00032: PUSHW[3]            751     5   747 
	00039: PUSHB[3]              1     3     2 
	00043: PUSHW[1]            769 
	00046: NPUSHB      (11):     0     0    26    32    14    17    52     9    26     7 
	                            17 
	00059: PUSHW[1]            780 
	00062: PUSHB[4]             33    33     5     7 
	00067: PUSHW[3]            780     4   752 
	00074: PUSHB[2]             39     5 
	00077: MDAP[rd]   
	00078: SRP0       
	00079: MIRP[srp0,nmd,rd,1] 
	00080: MIRP[nrp0,md,rd,1] 
	00081: SRP1       
	00082: IP         
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SRP2       
	00086: IP         
	00087: IP         
	00088: CALL       
	00089: IP         
	00090: MDAP[rd]   
	00091: MIRP[srp0,md,rd,1] 
	00092: IP         
	00093: IP         
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIRP[srp0,md,rd,1] 
	00097: SHP[rp2,zp1] 
	00098: MDAP[rd]   
	00099: MIRP[srp0,md,rd,1] 
	00100: SHP[rp2,zp1] 
	00101: MDAP[rd]   
	00102: MIRP[nrp0,md,rd,1] 
	00103: SRP1       
	00104: SRP2       
	00105: IP         
	00106: SRP1       
	00107: IP         
	00108: SRP1       
	00109: SHP[rp1,zp0] 
	00110: MDAP[rd]   
	00111: MIRP[nrp0,md,rd,1] 
	00112: IP         
	00113: IP         
	00114: IUP[y]     
	00115: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short On
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short X-Short On
	 12:                      Y-Short X-Short Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual               Y-Short X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:                              X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short On
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:                      Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   485,  1401)  ->  Abs (   485,  1401)
	  1: Rel (   -77,  -146)  ->  Abs (   408,  1255)
	  2: Rel (  -161,    86)  ->  Abs (   247,  1341)
	  3: Rel (    74,   146)  ->  Abs (   321,  1487)
	  4: Rel (   297, -1194)  ->  Abs (   618,   293)
	  5: Rel (  -618,     0)  ->  Abs (     0,   293)
	  6: Rel (     0,   174)  ->  Abs (     0,   467)
	  7: Rel (   533,     0)  ->  Abs (   533,   467)
	  8: Rel (     0,    89)  ->  Abs (   533,   556)
	  9: Rel (   -21,    78)  ->  Abs (   512,   634)
	 10: Rel (   -52,   -17)  ->  Abs (   460,   617)
	 11: Rel (   -28,    -7)  ->  Abs (   432,   610)
	 12: Rel (   -46,   -12)  ->  Abs (   386,   598)
	 13: Rel (   -35,     0)  ->  Abs (   351,   598)
	 14: Rel (   -73,     0)  ->  Abs (   278,   598)
	 15: Rel (   -46,    37)  ->  Abs (   232,   635)
	 16: Rel (   -53,    42)  ->  Abs (   179,   677)
	 17: Rel (     0,    79)  ->  Abs (   179,   756)
	 18: Rel (     0,   139)  ->  Abs (   179,   895)
	 19: Rel (    50,   104)  ->  Abs (   229,   999)
	 20: Rel (    56,   116)  ->  Abs (   285,  1115)
	 21: Rel (    90,     0)  ->  Abs (   375,  1115)
	 22: Rel (   122,     0)  ->  Abs (   497,  1115)
	 23: Rel (    66,  -191)  ->  Abs (   563,   924)
	 24: Rel (    55,  -158)  ->  Abs (   618,   766)
	 25: Rel (     0,  -213)  ->  Abs (   618,   553)
	 26: Rel (  -163,   260)  ->  Abs (   455,   813)
	 27: Rel (   -14,    36)  ->  Abs (   441,   849)
	 28: Rel (   -31,    37)  ->  Abs (   410,   886)
	 29: Rel (   -42,    50)  ->  Abs (   368,   936)
	 30: Rel (   -38,     0)  ->  Abs (   330,   936)
	 31: Rel (   -27,     0)  ->  Abs (   303,   936)
	 32: Rel (   -35,   -45)  ->  Abs (   268,   891)
	 33: Rel (     0,   -31)  ->  Abs (   268,   860)
	 34: Rel (     0,   -80)  ->  Abs (   268,   780)
	 35: Rel (    88,     0)  ->  Abs (   356,   780)
	 36: Rel (    23,     0)  ->  Abs (   379,   780)
	 37: Rel (    52,    18)  ->  Abs (   431,   798)

	Glyph 980: off = 0x0002AF54, len = 218
	  numberOfContours:	3
	  xMin:			0
	  yMin:			293
	  xMax:			608
	  yMax:			1447

	EndPoints
	---------
	  0:  3
	  1:  22
	  2:  33

	  Length of Instructions:	106
	00000: NPUSHB      (11):    11    12     1    25    32    16    17    52     0     2 
	                             3 
	00013: PUSHW[1]            770 
	00016: PUSHB[3]              1     1    18 
	00020: PUSHW[1]            751 
	00023: PUSHB[6]             27    27    10    23    23     6 
	00030: PUSHW[3]            751     5   747 
	00037: PUSHB[3]              1     3     2 
	00041: PUSHW[1]            769 
	00044: PUSHB[7]              0     0    30    10     4    23    14 
	00052: PUSHW[1]            780 
	00055: PUSHB[4]             30    30     5    23 
	00060: PUSHW[3]            780     4   752 
	00067: PUSHB[2]             35     5 
	00070: MDAP[rd]   
	00071: SRP0       
	00072: MIRP[srp0,nmd,rd,1] 
	00073: MIRP[nrp0,md,rd,1] 
	00074: SRP1       
	00075: IP         
	00076: MDAP[rd]   
	00077: MIRP[nrp0,md,rd,1] 
	00078: SRP1       
	00079: SRP2       
	00080: IP         
	00081: SRP2       
	00082: IP         
	00083: MDAP[rd]   
	00084: MIRP[srp0,md,rd,1] 
	00085: IP         
	00086: IP         
	00087: SVTCA[y-axis] 
	00088: MIAP[rd+ci] 
	00089: MIRP[srp0,md,rd,1] 
	00090: SHP[rp2,zp1] 
	00091: MDAP[rd]   
	00092: IP         
	00093: SHP[rp1,zp0] 
	00094: MDAP[rd]   
	00095: MIRP[srp0,md,rd,1] 
	00096: SHP[rp2,zp1] 
	00097: MDAP[rd]   
	00098: MIRP[nrp0,md,rd,1] 
	00099: IP         
	00100: IP         
	00101: IUP[y]     
	00102: IUP[x]     
	00103: SVTCA[x-axis] 
	00104: CALL       
	00105: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual                 X-Short On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short         On
	 23:  YDual               Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   521,  1355)  ->  Abs (   521,  1355)
	  1: Rel (   -88,  -144)  ->  Abs (   433,  1211)
	  2: Rel (  -140,    96)  ->  Abs (   293,  1307)
	  3: Rel (    83,   140)  ->  Abs (   376,  1447)
	  4: Rel (   232, -1154)  ->  Abs (   608,   293)
	  5: Rel (  -608,     0)  ->  Abs (     0,   293)
	  6: Rel (     0,   174)  ->  Abs (     0,   467)
	  7: Rel (   343,     0)  ->  Abs (   343,   467)
	  8: Rel (    62,     0)  ->  Abs (   405,   467)
	  9: Rel (    87,     9)  ->  Abs (   492,   476)
	 10: Rel (    51,    15)  ->  Abs (   543,   491)
	 11: Rel (  -172,    25)  ->  Abs (   371,   516)
	 12: Rel (   -51,    22)  ->  Abs (   320,   538)
	 13: Rel (  -115,    50)  ->  Abs (   205,   588)
	 14: Rel (     0,   120)  ->  Abs (   205,   708)
	 15: Rel (     0,   105)  ->  Abs (   205,   813)
	 16: Rel (    55,    93)  ->  Abs (   260,   906)
	 17: Rel (    62,   105)  ->  Abs (   322,  1011)
	 18: Rel (    89,     0)  ->  Abs (   411,  1011)
	 19: Rel (   102,     0)  ->  Abs (   513,  1011)
	 20: Rel (    53,  -130)  ->  Abs (   566,   881)
	 21: Rel (    42,  -103)  ->  Abs (   608,   778)
	 22: Rel (     0,  -140)  ->  Abs (   608,   638)
	 23: Rel (   -90,     4)  ->  Abs (   518,   642)
	 24: Rel (   -23,    80)  ->  Abs (   495,   722)
	 25: Rel (   -21,    39)  ->  Abs (   474,   761)
	 26: Rel (   -41,    75)  ->  Abs (   433,   836)
	 27: Rel (   -58,     0)  ->  Abs (   375,   836)
	 28: Rel (   -28,     0)  ->  Abs (   347,   836)
	 29: Rel (   -40,   -44)  ->  Abs (   307,   792)
	 30: Rel (     0,   -30)  ->  Abs (   307,   762)
	 31: Rel (     0,   -76)  ->  Abs (   307,   686)
	 32: Rel (    79,   -26)  ->  Abs (   386,   660)
	 33: Rel (    28,    -9)  ->  Abs (   414,   651)

	Glyph 981: off = 0x0002B02E, len = 412
	  numberOfContours:	4
	  xMin:			140
	  yMin:			-153
	  xMax:			1261
	  yMax:			1399

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  53
	  3:  66

	  Length of Instructions:	209
	00000: PUSHB[4]             84    10     1     9 
	00005: PUSHW[1]            -32 
	00008: PUSHB[4]             14    17    52    29 
	00013: PUSHW[1]            -32 
	00016: NPUSHB      (11):    14    17    52    33    64    10    17    52     0     2 
	                             3 
	00029: PUSHW[1]            770 
	00032: PUSHB[5]              1     1     4     6     7 
	00038: PUSHW[1]            770 
	00041: PUSHB[3]              5     5    49 
	00045: PUSHW[1]            751 
	00048: PUSHB[3]             58    58    41 
	00052: PUSHW[1]            751 
	00055: PUSHB[4]             64    64    21    20 
	00060: PUSHW[5]            775    31   751    12   785 
	00071: PUSHB[3]              1     3     0 
	00075: PUSHW[1]            769 
	00078: PUSHB[5]              2     2     5     7     6 
	00084: PUSHW[1]            769 
	00087: NPUSHB      (11):     4     4    54    32    13    17    52    38    54    35 
	                            45 
	00100: PUSHW[1]            765 
	00103: PUSHB[4]             61    61    27    35 
	00108: NPUSHW      (10):   771    64     8   752    68    21   763    32    20   -64 
	00130: PUSHB[6]              9    11    52    20    20    27 
	00137: PUSHW[1]            771 
	00140: PUSHB[4]              0    16     1    16 
	00145: PUSHW[1]            298 
	00148: SCANCTRL   
	00149: MDAP[rd]   
	00150: DELTAP1    
	00151: MIRP[srp0,md,rd,1] 
	00152: SHP[rp2,zp1] 
	00153: RTHG       
	00154: MDAP[rd]   
	00155: CALL       
	00156: SMD        
	00157: MIRP[nrp0,md,rd,1] 
	00158: RTG        
	00159: SRP0       
	00160: MIRP[srp0,nmd,rd,1] 
	00161: SMD        
	00162: MIRP[nrp0,md,rd,1] 
	00163: SRP1       
	00164: IP         
	00165: MDAP[rd]   
	00166: MIRP[nrp0,md,rd,1] 
	00167: SRP2       
	00168: IP         
	00169: IP         
	00170: CALL       
	00171: IP         
	00172: MDAP[rd]   
	00173: MIRP[srp0,md,rd,1] 
	00174: IP         
	00175: IP         
	00176: SHP[rp1,zp0] 
	00177: MDAP[rd]   
	00178: MIRP[nrp0,md,rd,1] 
	00179: IP         
	00180: IP         
	00181: SVTCA[y-axis] 
	00182: MIAP[rd+ci] 
	00183: MIRP[nrp0,md,rd,1] 
	00184: MIAP[rd+ci] 
	00185: IP         
	00186: IP         
	00187: MDAP[rd]   
	00188: MIRP[nrp0,md,rd,1] 
	00189: SHP[rp1,zp0] 
	00190: MDAP[rd]   
	00191: MIRP[srp0,md,rd,1] 
	00192: SHP[rp2,zp1] 
	00193: MDAP[rd]   
	00194: MIRP[nrp0,md,rd,1] 
	00195: IP         
	00196: IP         
	00197: SHP[rp1,zp0] 
	00198: MDAP[rd]   
	00199: MIRP[nrp0,md,rd,1] 
	00200: IP         
	00201: IP         
	00202: IUP[y]     
	00203: IUP[x]     
	00204: SVTCA[x-axis] 
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                               On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short X-Short On
	 26:                      Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual               Y-Short X-Short Off
	 38:  YDual               Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:                      Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short On
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual         Y-Short X-Short On
	 48:  YDual XDual         Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short         On
	 54:  YDual               Y-Short X-Short On
	 55:  YDual               Y-Short X-Short Off
	 56:  YDual               Y-Short X-Short On
	 57:  YDual               Y-Short X-Short Off
	 58:  YDual                       X-Short On
	 59:  YDual                       X-Short Off
	 60:                      Y-Short X-Short Off
	 61:        XDual         Y-Short         On
	 62:        XDual         Y-Short         Off
	 63:        XDual         Y-Short X-Short Off
	 64:  YDual XDual                 X-Short On
	 65:  YDual XDual                 X-Short Off
	 66:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1144,  1314)  ->  Abs (  1144,  1314)
	  1: Rel (   -78,  -144)  ->  Abs (  1066,  1170)
	  2: Rel (  -162,    86)  ->  Abs (   904,  1256)
	  3: Rel (    75,   143)  ->  Abs (   979,  1399)
	  4: Rel (   -65,  -175)  ->  Abs (   914,  1224)
	  5: Rel (   -76,  -145)  ->  Abs (   838,  1079)
	  6: Rel (  -162,    84)  ->  Abs (   676,  1163)
	  7: Rel (    74,   145)  ->  Abs (   750,  1308)
	  8: Rel (   511, -1066)  ->  Abs (  1261,   242)
	  9: Rel (     0,  -198)  ->  Abs (  1261,    44)
	 10: Rel (  -190,  -104)  ->  Abs (  1071,   -60)
	 11: Rel (  -171,   -93)  ->  Abs (   900,  -153)
	 12: Rel (  -283,     0)  ->  Abs (   617,  -153)
	 13: Rel (  -223,     0)  ->  Abs (   394,  -153)
	 14: Rel (  -122,    80)  ->  Abs (   272,   -73)
	 15: Rel (  -132,    87)  ->  Abs (   140,    14)
	 16: Rel (     0,   171)  ->  Abs (   140,   185)
	 17: Rel (     0,   118)  ->  Abs (   140,   303)
	 18: Rel (    38,   130)  ->  Abs (   178,   433)
	 19: Rel (    35,   120)  ->  Abs (   213,   553)
	 20: Rel (    65,   120)  ->  Abs (   278,   673)
	 21: Rel (    42,   -18)  ->  Abs (   320,   655)
	 22: Rel (   -29,   -70)  ->  Abs (   291,   585)
	 23: Rel (   -20,   -54)  ->  Abs (   271,   531)
	 24: Rel (   -27,   -74)  ->  Abs (   244,   457)
	 25: Rel (   -12,   -53)  ->  Abs (   232,   404)
	 26: Rel (   -15,   -67)  ->  Abs (   217,   337)
	 27: Rel (     0,   -63)  ->  Abs (   217,   274)
	 28: Rel (     0,  -130)  ->  Abs (   217,   144)
	 29: Rel (   110,   -62)  ->  Abs (   327,    82)
	 30: Rel (   102,   -57)  ->  Abs (   429,    25)
	 31: Rel (   199,     0)  ->  Abs (   628,    25)
	 32: Rel (   213,     0)  ->  Abs (   841,    25)
	 33: Rel (   160,    70)  ->  Abs (  1001,    95)
	 34: Rel (   185,    81)  ->  Abs (  1186,   176)
	 35: Rel (     0,   138)  ->  Abs (  1186,   314)
	 36: Rel (     0,    51)  ->  Abs (  1186,   365)
	 37: Rel (    -7,    45)  ->  Abs (  1179,   410)
	 38: Rel (    -9,    23)  ->  Abs (  1170,   433)
	 39: Rel (   -38,   -18)  ->  Abs (  1132,   415)
	 40: Rel (   -77,   -21)  ->  Abs (  1055,   394)
	 41: Rel (   -39,     0)  ->  Abs (  1016,   394)
	 42: Rel (   -88,     0)  ->  Abs (   928,   394)
	 43: Rel (   -55,    40)  ->  Abs (   873,   434)
	 44: Rel (   -67,    48)  ->  Abs (   806,   482)
	 45: Rel (     0,    97)  ->  Abs (   806,   579)
	 46: Rel (     0,   113)  ->  Abs (   806,   692)
	 47: Rel (    58,   103)  ->  Abs (   864,   795)
	 48: Rel (    65,   116)  ->  Abs (   929,   911)
	 49: Rel (    89,     0)  ->  Abs (  1018,   911)
	 50: Rel (   117,     0)  ->  Abs (  1135,   911)
	 51: Rel (    68,  -160)  ->  Abs (  1203,   751)
	 52: Rel (    58,  -136)  ->  Abs (  1261,   615)
	 53: Rel (     0,  -179)  ->  Abs (  1261,   436)
	 54: Rel (  -159,   177)  ->  Abs (  1102,   613)
	 55: Rel (   -26,    62)  ->  Abs (  1076,   675)
	 56: Rel (   -11,    15)  ->  Abs (  1065,   690)
	 57: Rel (   -28,    41)  ->  Abs (  1037,   731)
	 58: Rel (   -42,     0)  ->  Abs (   995,   731)
	 59: Rel (   -48,     0)  ->  Abs (   947,   731)
	 60: Rel (   -45,   -46)  ->  Abs (   902,   685)
	 61: Rel (     0,   -35)  ->  Abs (   902,   650)
	 62: Rel (     0,   -31)  ->  Abs (   902,   619)
	 63: Rel (    58,   -36)  ->  Abs (   960,   583)
	 64: Rel (    37,     0)  ->  Abs (   997,   583)
	 65: Rel (    26,     0)  ->  Abs (  1023,   583)
	 66: Rel (    45,    15)  ->  Abs (  1068,   598)

	Glyph 982: off = 0x0002B1CA, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			140
	  yMin:			-153
	  xMax:			1261
	  yMax:			1399

	     0: Flags:		0x0016
		Glyf Index:	981
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 983: off = 0x0002B1DA, len = 286
	  numberOfContours:	4
	  xMin:			0
	  yMin:			293
	  xMax:			618
	  yMax:			1516

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  29
	  3:  41

	  Length of Instructions:	150
	00000: PUSHB[3]              0     2     3 
	00004: PUSHW[1]            770 
	00007: PUSHB[5]              1     1     4     6     7 
	00013: PUSHW[1]            770 
	00016: NPUSHB      (14):     5    64     9    12    52     5     5    25    30    34 
	                            13    39    17    25 
	00032: PUSHW[1]            751 
	00035: PUSHB[3]             34    34    39 
	00039: PUSHW[1]            751 
	00042: PUSHB[3]             17    17    10 
	00046: PUSHW[3]            751     9   747 
	00053: PUSHB[3]              1     3     0 
	00057: PUSHW[1]            769 
	00060: PUSHB[5]              2     2     5     7     6 
	00066: PUSHW[1]            769 
	00069: NPUSHB      (11):     4     4    30    32    14    17    52    13    30    11 
	                            21 
	00082: PUSHW[1]            780 
	00085: PUSHB[4]             37    37     9    11 
	00090: PUSHW[3]            780     8   752 
	00097: PUSHB[2]             43     9 
	00100: MDAP[rd]   
	00101: SRP0       
	00102: MIRP[srp0,nmd,rd,1] 
	00103: MIRP[nrp0,md,rd,1] 
	00104: SRP1       
	00105: IP         
	00106: MDAP[rd]   
	00107: MIRP[nrp0,md,rd,1] 
	00108: SRP2       
	00109: IP         
	00110: IP         
	00111: CALL       
	00112: IP         
	00113: MDAP[rd]   
	00114: MIRP[srp0,md,rd,1] 
	00115: IP         
	00116: IP         
	00117: SHP[rp1,zp0] 
	00118: MDAP[rd]   
	00119: MIRP[nrp0,md,rd,1] 
	00120: IP         
	00121: IP         
	00122: SVTCA[y-axis] 
	00123: MIAP[rd+ci] 
	00124: MIRP[srp0,md,rd,1] 
	00125: SHP[rp2,zp1] 
	00126: MDAP[rd]   
	00127: MIRP[srp0,md,rd,1] 
	00128: SHP[rp2,zp1] 
	00129: MDAP[rd]   
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP1       
	00132: SRP2       
	00133: IP         
	00134: SRP1       
	00135: IP         
	00136: SRP1       
	00137: SHP[rp1,zp0] 
	00138: MDAP[rd]   
	00139: CALL       
	00140: MIRP[nrp0,md,rd,1] 
	00141: IP         
	00142: IP         
	00143: SHP[rp1,zp0] 
	00144: MDAP[rd]   
	00145: MIRP[nrp0,md,rd,1] 
	00146: IP         
	00147: IP         
	00148: IUP[y]     
	00149: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:  YDual                               On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual               Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:                              X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   586,  1431)  ->  Abs (   586,  1431)
	  1: Rel (   -78,  -144)  ->  Abs (   508,  1287)
	  2: Rel (  -162,    86)  ->  Abs (   346,  1373)
	  3: Rel (    75,   143)  ->  Abs (   421,  1516)
	  4: Rel (   -65,  -175)  ->  Abs (   356,  1341)
	  5: Rel (   -76,  -145)  ->  Abs (   280,  1196)
	  6: Rel (  -162,    84)  ->  Abs (   118,  1280)
	  7: Rel (    74,   145)  ->  Abs (   192,  1425)
	  8: Rel (   426, -1132)  ->  Abs (   618,   293)
	  9: Rel (  -618,     0)  ->  Abs (     0,   293)
	 10: Rel (     0,   174)  ->  Abs (     0,   467)
	 11: Rel (   533,     0)  ->  Abs (   533,   467)
	 12: Rel (     0,    89)  ->  Abs (   533,   556)
	 13: Rel (   -21,    78)  ->  Abs (   512,   634)
	 14: Rel (   -52,   -17)  ->  Abs (   460,   617)
	 15: Rel (   -28,    -7)  ->  Abs (   432,   610)
	 16: Rel (   -46,   -12)  ->  Abs (   386,   598)
	 17: Rel (   -35,     0)  ->  Abs (   351,   598)
	 18: Rel (   -73,     0)  ->  Abs (   278,   598)
	 19: Rel (   -46,    37)  ->  Abs (   232,   635)
	 20: Rel (   -53,    42)  ->  Abs (   179,   677)
	 21: Rel (     0,    79)  ->  Abs (   179,   756)
	 22: Rel (     0,   139)  ->  Abs (   179,   895)
	 23: Rel (    50,   104)  ->  Abs (   229,   999)
	 24: Rel (    56,   116)  ->  Abs (   285,  1115)
	 25: Rel (    90,     0)  ->  Abs (   375,  1115)
	 26: Rel (   122,     0)  ->  Abs (   497,  1115)
	 27: Rel (    66,  -191)  ->  Abs (   563,   924)
	 28: Rel (    55,  -158)  ->  Abs (   618,   766)
	 29: Rel (     0,  -213)  ->  Abs (   618,   553)
	 30: Rel (  -163,   260)  ->  Abs (   455,   813)
	 31: Rel (   -14,    36)  ->  Abs (   441,   849)
	 32: Rel (   -31,    37)  ->  Abs (   410,   886)
	 33: Rel (   -42,    50)  ->  Abs (   368,   936)
	 34: Rel (   -38,     0)  ->  Abs (   330,   936)
	 35: Rel (   -27,     0)  ->  Abs (   303,   936)
	 36: Rel (   -35,   -45)  ->  Abs (   268,   891)
	 37: Rel (     0,   -31)  ->  Abs (   268,   860)
	 38: Rel (     0,   -80)  ->  Abs (   268,   780)
	 39: Rel (    88,     0)  ->  Abs (   356,   780)
	 40: Rel (    23,     0)  ->  Abs (   379,   780)
	 41: Rel (    52,    18)  ->  Abs (   431,   798)

	Glyph 984: off = 0x0002B2F8, len = 262
	  numberOfContours:	4
	  xMin:			0
	  yMin:			293
	  xMax:			608
	  yMax:			1488

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  26
	  3:  37

	  Length of Instructions:	134
	00000: NPUSHB      (11):    11    16     1    29    32    16    17    52     0     2 
	                             3 
	00013: PUSHW[1]            770 
	00016: PUSHB[5]              1     1     4     6     7 
	00022: PUSHW[1]            770 
	00025: PUSHB[3]              5     5    22 
	00029: PUSHW[1]            751 
	00032: PUSHB[6]             31    31    14    27    27    10 
	00039: PUSHW[3]            751     9   747 
	00046: PUSHB[3]              1     3     0 
	00050: PUSHW[1]            769 
	00053: PUSHB[5]              2     2     5     7     6 
	00059: PUSHW[1]            769 
	00062: PUSHB[7]              4     4    34    14     8    27    18 
	00070: PUSHW[1]            780 
	00073: PUSHB[4]             34    34     9    27 
	00078: PUSHW[3]            780     8   752 
	00085: PUSHB[2]             39     9 
	00088: MDAP[rd]   
	00089: SRP0       
	00090: MIRP[srp0,nmd,rd,1] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP1       
	00093: IP         
	00094: MDAP[rd]   
	00095: MIRP[nrp0,md,rd,1] 
	00096: SRP1       
	00097: SRP2       
	00098: IP         
	00099: SRP2       
	00100: IP         
	00101: MDAP[rd]   
	00102: MIRP[srp0,md,rd,1] 
	00103: IP         
	00104: IP         
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: MIRP[nrp0,md,rd,1] 
	00108: IP         
	00109: IP         
	00110: SVTCA[y-axis] 
	00111: MIAP[rd+ci] 
	00112: MIRP[srp0,md,rd,1] 
	00113: SHP[rp2,zp1] 
	00114: MDAP[rd]   
	00115: IP         
	00116: SHP[rp1,zp0] 
	00117: MDAP[rd]   
	00118: MIRP[srp0,md,rd,1] 
	00119: SHP[rp2,zp1] 
	00120: MDAP[rd]   
	00121: MIRP[nrp0,md,rd,1] 
	00122: IP         
	00123: IP         
	00124: SHP[rp1,zp0] 
	00125: MDAP[rd]   
	00126: MIRP[nrp0,md,rd,1] 
	00127: IP         
	00128: IP         
	00129: IUP[y]     
	00130: IUP[x]     
	00131: SVTCA[x-axis] 
	00132: CALL       
	00133: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short On
	  8:                                      On
	  9:  YDual                               On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual                               On
	 12:  YDual XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   565,  1407)  ->  Abs (   565,  1407)
	  1: Rel (   -85,  -134)  ->  Abs (   480,  1273)
	  2: Rel (  -125,    82)  ->  Abs (   355,  1355)
	  3: Rel (    86,   133)  ->  Abs (   441,  1488)
	  4: Rel (  -105,  -141)  ->  Abs (   336,  1347)
	  5: Rel (   -79,  -136)  ->  Abs (   257,  1211)
	  6: Rel (  -123,    81)  ->  Abs (   134,  1292)
	  7: Rel (    83,   134)  ->  Abs (   217,  1426)
	  8: Rel (   391, -1133)  ->  Abs (   608,   293)
	  9: Rel (  -608,     0)  ->  Abs (     0,   293)
	 10: Rel (     0,   174)  ->  Abs (     0,   467)
	 11: Rel (   343,     0)  ->  Abs (   343,   467)
	 12: Rel (    62,     0)  ->  Abs (   405,   467)
	 13: Rel (    87,     9)  ->  Abs (   492,   476)
	 14: Rel (    51,    15)  ->  Abs (   543,   491)
	 15: Rel (  -172,    25)  ->  Abs (   371,   516)
	 16: Rel (   -51,    22)  ->  Abs (   320,   538)
	 17: Rel (  -115,    50)  ->  Abs (   205,   588)
	 18: Rel (     0,   120)  ->  Abs (   205,   708)
	 19: Rel (     0,   105)  ->  Abs (   205,   813)
	 20: Rel (    55,    93)  ->  Abs (   260,   906)
	 21: Rel (    62,   105)  ->  Abs (   322,  1011)
	 22: Rel (    89,     0)  ->  Abs (   411,  1011)
	 23: Rel (   102,     0)  ->  Abs (   513,  1011)
	 24: Rel (    53,  -130)  ->  Abs (   566,   881)
	 25: Rel (    42,  -103)  ->  Abs (   608,   778)
	 26: Rel (     0,  -140)  ->  Abs (   608,   638)
	 27: Rel (   -90,     4)  ->  Abs (   518,   642)
	 28: Rel (   -23,    80)  ->  Abs (   495,   722)
	 29: Rel (   -21,    39)  ->  Abs (   474,   761)
	 30: Rel (   -41,    75)  ->  Abs (   433,   836)
	 31: Rel (   -58,     0)  ->  Abs (   375,   836)
	 32: Rel (   -28,     0)  ->  Abs (   347,   836)
	 33: Rel (   -40,   -44)  ->  Abs (   307,   792)
	 34: Rel (     0,   -30)  ->  Abs (   307,   762)
	 35: Rel (     0,   -76)  ->  Abs (   307,   686)
	 36: Rel (    79,   -26)  ->  Abs (   386,   660)
	 37: Rel (    28,    -9)  ->  Abs (   414,   651)

	Glyph 985: off = 0x0002B3FE, len = 520
	  numberOfContours:	2
	  xMin:			115
	  yMin:			293
	  xMax:			1301
	  yMax:			1587

	EndPoints
	---------
	  0:  40
	  1:  73

	  Length of Instructions:	302
	00000: PUSHW[2]             56   -32 
	00005: PUSHB[4]             16    17    52    27 
	00010: PUSHW[1]            778 
	00013: NPUSHB       (9):    47    28     1    28    28    72    35    18    21 
	00024: PUSHW[1]            778 
	00027: PUSHB[7]             47    38     1    38    38    72     3 
	00035: PUSHW[1]            753 
	00038: NPUSHB      (15):    12    64     9    12    52    12    12    50    58    61 
	                            60    68    71    50    72 
	00055: PUSHW[1]            751 
	00058: PUSHB[3]             65    64    68 
	00062: PUSHW[8]            779    51    50   777    58   751    42   747 
	00079: NPUSHB      (21):    28    15    27    64    11    14    52    27    27     0 
	                            15     8     7    64     9    14    52     7     7    54 
	                            24 
	00102: PUSHW[1]            765 
	00105: NPUSHB       (9):    32    64     9    10    52    32    32    54     0 
	00116: PUSHW[4]            765    64    15   -64 
	00125: PUSHB[8]              9    17    52    15    15    61    54    65 
	00134: PUSHW[1]            763 
	00137: NPUSHB      (11):    32    64    64    61    61    60    71    72    68    68 
	                            60 
	00150: PUSHW[1]            784 
	00153: PUSHB[6]             15    72     1    72    72    59 
	00160: PUSHW[8]            784    41   752    75    51   763    50   -64 
	00177: PUSHB[6]              9    17    52    50    50    54 
	00184: PUSHW[3]            780    46   -64 
	00191: PUSHB[4]              9    10    52    46 
	00196: PUSHW[1]            292 
	00199: SCANCTRL   
	00200: MDAP[rd]   
	00201: CALL       
	00202: MIRP[srp0,md,rd,1] 
	00203: SHP[rp2,zp1] 
	00204: MDAP[rd]   
	00205: CALL       
	00206: MIRP[nrp0,md,rd,1] 
	00207: SRP0       
	00208: MIRP[srp0,nmd,rd,1] 
	00209: MIRP[nrp0,md,rd,1] 
	00210: SHP[rp1,zp0] 
	00211: MDAP[rd]   
	00212: DELTAP1    
	00213: MIRP[nrp0,md,rd,1] 
	00214: SHP[rp1,zp0] 
	00215: MDAP[rd]   
	00216: SRP2       
	00217: IP         
	00218: SRP1       
	00219: SHP[rp1,zp0] 
	00220: MDAP[rd]   
	00221: SHP[rp1,zp0] 
	00222: RTHG       
	00223: MDAP[rd]   
	00224: SMD        
	00225: MIRP[nrp0,md,rd,1] 
	00226: RTG        
	00227: SRP1       
	00228: SRP2       
	00229: IP         
	00230: MDAP[rd]   
	00231: CALL       
	00232: SMD        
	00233: MIRP[nrp0,md,rd,1] 
	00234: SRP2       
	00235: IP         
	00236: MDAP[rd]   
	00237: CALL       
	00238: MIRP[nrp0,md,rd,1] 
	00239: SRP1       
	00240: IP         
	00241: MDAP[rd]   
	00242: CALL       
	00243: IP         
	00244: SRP1       
	00245: SRP2       
	00246: IP         
	00247: MDAP[rd]   
	00248: CALL       
	00249: SRP2       
	00250: IP         
	00251: SVTCA[y-axis] 
	00252: MIAP[rd+ci] 
	00253: MIRP[nrp0,md,rd,1] 
	00254: MIAP[rd+ci] 
	00255: IP         
	00256: MIAP[rd+ci] 
	00257: SHP[rp1,zp0] 
	00258: SHP[rp1,zp0] 
	00259: MIRP[nrp0,md,rd,1] 
	00260: SRP1       
	00261: IP         
	00262: SRP1       
	00263: IP         
	00264: IP         
	00265: SRP1       
	00266: SRP2       
	00267: IP         
	00268: MDAP[rd]   
	00269: CALL       
	00270: MIRP[nrp0,md,rd,1] 
	00271: SRP2       
	00272: IP         
	00273: MDAP[rd]   
	00274: DELTAP1    
	00275: PUSHB[2]              6     2 
	00278: RS         
	00279: EQ         
	00280: IF         
	00281: PUSHB[5]             11    38    27    38     2 
	00287: SVTCA[y-axis] 
	00288: DELTAP1    
	00289: EIF        
	00290: MIRP[srp0,md,rd,1] 
	00291: IP         
	00292: IP         
	00293: SRP2       
	00294: IP         
	00295: MDAP[rd]   
	00296: DELTAP1    
	00297: MIRP[nrp0,md,rd,1] 
	00298: IUP[y]     
	00299: IUP[x]     
	00300: SVTCA[x-axis] 
	00301: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual                       X-Short On
	 19:  YDual                       X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:                      Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:        XDual         Y-Short         Off
	 34:        XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:                                      On
	 42:  YDual                               On
	 43:  YDual                       X-Short Off
	 44:  YDual               Y-Short X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short On
	 52:                      Y-Short X-Short Off
	 53:                      Y-Short X-Short Off
	 54:        XDual         Y-Short         On
	 55:        XDual         Y-Short         Off
	 56:        XDual         Y-Short X-Short On
	 57:        XDual         Y-Short X-Short Off
	 58:  YDual XDual                 X-Short On
	 59:  YDual                               On
	 60:                              X-Short On
	 61:  YDual               Y-Short X-Short On
	 62:  YDual XDual         Y-Short         Off
	 63:  YDual XDual         Y-Short X-Short Off
	 64:  YDual XDual         Y-Short X-Short On
	 65:        XDual         Y-Short X-Short On
	 66:        XDual         Y-Short         Off
	 67:        XDual         Y-Short X-Short On
	 68:        XDual         Y-Short X-Short On
	 69:        XDual         Y-Short         Off
	 70:                      Y-Short X-Short Off
	 71:                      Y-Short X-Short On
	 72:  YDual               Y-Short X-Short On
	 73:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   935,   904)  ->  Abs (   935,   904)
	  1: Rel (     0,  -109)  ->  Abs (   935,   795)
	  2: Rel (  -146,  -120)  ->  Abs (   789,   675)
	  3: Rel (  -132,     0)  ->  Abs (   657,   675)
	  4: Rel (   -61,     0)  ->  Abs (   596,   675)
	  5: Rel (   -74,    17)  ->  Abs (   522,   692)
	  6: Rel (   -45,    10)  ->  Abs (   477,   702)
	  7: Rel (   -87,    27)  ->  Abs (   390,   729)
	  8: Rel (    17,    21)  ->  Abs (   407,   750)
	  9: Rel (    24,     0)  ->  Abs (   431,   750)
	 10: Rel (    34,    -3)  ->  Abs (   465,   747)
	 11: Rel (    79,    -7)  ->  Abs (   544,   740)
	 12: Rel (    19,     0)  ->  Abs (   563,   740)
	 13: Rel (   115,     0)  ->  Abs (   678,   740)
	 14: Rel (   165,    67)  ->  Abs (   843,   807)
	 15: Rel (     0,    46)  ->  Abs (   843,   853)
	 16: Rel (     0,    21)  ->  Abs (   843,   874)
	 17: Rel (   -34,    30)  ->  Abs (   809,   904)
	 18: Rel (   -23,     0)  ->  Abs (   786,   904)
	 19: Rel (   -26,     0)  ->  Abs (   760,   904)
	 20: Rel (   -14,    -1)  ->  Abs (   746,   903)
	 21: Rel (   -70,    -5)  ->  Abs (   676,   898)
	 22: Rel (   -25,     0)  ->  Abs (   651,   898)
	 23: Rel (   -35,    26)  ->  Abs (   616,   924)
	 24: Rel (     0,    31)  ->  Abs (   616,   955)
	 25: Rel (     0,    84)  ->  Abs (   616,  1039)
	 26: Rel (   175,   234)  ->  Abs (   791,  1273)
	 27: Rel (    96,    32)  ->  Abs (   887,  1305)
	 28: Rel (   -19,  -131)  ->  Abs (   868,  1174)
	 29: Rel (   -69,   -19)  ->  Abs (   799,  1155)
	 30: Rel (   -37,   -22)  ->  Abs (   762,  1133)
	 31: Rel (   -60,   -35)  ->  Abs (   702,  1098)
	 32: Rel (     0,   -49)  ->  Abs (   702,  1049)
	 33: Rel (     0,   -17)  ->  Abs (   702,  1032)
	 34: Rel (    32,   -15)  ->  Abs (   734,  1017)
	 35: Rel (    21,     0)  ->  Abs (   755,  1017)
	 36: Rel (    18,     0)  ->  Abs (   773,  1017)
	 37: Rel (    14,     2)  ->  Abs (   787,  1019)
	 38: Rel (    54,     7)  ->  Abs (   841,  1026)
	 39: Rel (    52,     0)  ->  Abs (   893,  1026)
	 40: Rel (    42,   -54)  ->  Abs (   935,   972)
	 41: Rel (   366,  -679)  ->  Abs (  1301,   293)
	 42: Rel (  -738,     0)  ->  Abs (   563,   293)
	 43: Rel (  -239,     0)  ->  Abs (   324,   293)
	 44: Rel (  -101,    57)  ->  Abs (   223,   350)
	 45: Rel (  -108,    61)  ->  Abs (   115,   411)
	 46: Rel (     0,   147)  ->  Abs (   115,   558)
	 47: Rel (     0,    88)  ->  Abs (   115,   646)
	 48: Rel (    47,   112)  ->  Abs (   162,   758)
	 49: Rel (    13,    31)  ->  Abs (   175,   789)
	 50: Rel (    42,    84)  ->  Abs (   217,   873)
	 51: Rel (    34,   -20)  ->  Abs (   251,   853)
	 52: Rel (   -34,   -78)  ->  Abs (   217,   775)
	 53: Rel (   -21,   -84)  ->  Abs (   196,   691)
	 54: Rel (     0,   -38)  ->  Abs (   196,   653)
	 55: Rel (     0,  -109)  ->  Abs (   196,   544)
	 56: Rel (   115,   -44)  ->  Abs (   311,   500)
	 57: Rel (    86,   -33)  ->  Abs (   397,   467)
	 58: Rel (   166,     0)  ->  Abs (   563,   467)
	 59: Rel (   637,     0)  ->  Abs (  1200,   467)
	 60: Rel (  -125,   848)  ->  Abs (  1075,  1315)
	 61: Rel (   -52,    25)  ->  Abs (  1023,  1340)
	 62: Rel (     0,    69)  ->  Abs (  1023,  1409)
	 63: Rel (    24,   121)  ->  Abs (  1047,  1530)
	 64: Rel (    24,    57)  ->  Abs (  1071,  1587)
	 65: Rel (    15,   -11)  ->  Abs (  1086,  1576)
	 66: Rel (     0,   -58)  ->  Abs (  1086,  1518)
	 67: Rel (    72,   -29)  ->  Abs (  1158,  1489)
	 68: Rel (   108,   -40)  ->  Abs (  1266,  1449)
	 69: Rel (     0,   -46)  ->  Abs (  1266,  1403)
	 70: Rel (   -23,  -114)  ->  Abs (  1243,  1289)
	 71: Rel (   -12,   -32)  ->  Abs (  1231,  1257)
	 72: Rel (   -48,    16)  ->  Abs (  1183,  1273)
	 73: Rel (   118,  -784)  ->  Abs (  1301,   489)

	Glyph 986: off = 0x0002B606, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			115
	  yMin:			293
	  xMax:			1301
	  yMax:			1587

	     0: Flags:		0x0016
		Glyf Index:	985
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 987: off = 0x0002B616, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			877
	  yMax:			1503

	     0: Flags:		0x0016
		Glyf Index:	815
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 988: off = 0x0002B626, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			877
	  yMax:			1503

	     0: Flags:		0x0016
		Glyf Index:	815
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 989: off = 0x0002B636, len = 330
	  numberOfContours:	1
	  xMin:			141
	  yMin:			14
	  xMax:			1107
	  yMax:			1587

	EndPoints
	---------
	  0:  55

	  Length of Instructions:	160
	00000: PUSHW[2]              2   -32 
	00005: PUSHB[4]             15    17    52    53 
	00010: PUSHW[1]            -16 
	00013: PUSHB[4]             13    17    52    25 
	00018: PUSHW[1]            -52 
	00021: NPUSHB      (14):    13    17    52    28    32    12    17    52    36    35 
	                            46    49    16    50 
	00037: PUSHW[1]            751 
	00040: PUSHB[3]             39    38    46 
	00044: NPUSHW       (9):   779    17    16   777    26   751     6    39   763 
	00064: NPUSHB      (10):    38    38    36    36    35    49    50    46    46    35 
	00076: PUSHW[1]            784 
	00079: PUSHB[3]             50    50    30 
	00083: PUSHW[8]            780     0   752    57    17   763    16   -64 
	00100: PUSHB[6]              9    11    52    16    16    23 
	00107: PUSHW[3]            780    10   293 
	00114: SCANCTRL   
	00115: MDAP[rd]   
	00116: MIRP[srp0,md,rd,1] 
	00117: SHP[rp2,zp1] 
	00118: MDAP[rd]   
	00119: CALL       
	00120: MIRP[nrp0,md,rd,1] 
	00121: SRP0       
	00122: MIRP[srp0,nmd,rd,1] 
	00123: MIRP[nrp0,md,rd,1] 
	00124: SHP[rp1,zp0] 
	00125: MDAP[rd]   
	00126: MIRP[nrp0,md,rd,1] 
	00127: SHP[rp1,zp0] 
	00128: MDAP[rd]   
	00129: SRP2       
	00130: IP         
	00131: SRP1       
	00132: SHP[rp1,zp0] 
	00133: MDAP[rd]   
	00134: SHP[rp1,zp0] 
	00135: RTHG       
	00136: MDAP[rd]   
	00137: MIRP[nrp0,nmd,rd,1] 
	00138: SVTCA[y-axis] 
	00139: RTG        
	00140: MDAP[rd]   
	00141: MIRP[nrp0,md,rd,1] 
	00142: MIAP[rd+ci] 
	00143: IP         
	00144: MIAP[rd+ci] 
	00145: SHP[rp1,zp0] 
	00146: SHP[rp1,zp0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP1       
	00149: IP         
	00150: SRP1       
	00151: IP         
	00152: IP         
	00153: IUP[y]     
	00154: IUP[x]     
	00155: SVTCA[x-axis] 
	00156: CALL       
	00157: CALL       
	00158: CALL       
	00159: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual       Rep-  2 Y-Short X-Short On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual                 X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:        XDual         Y-Short X-Short Off
	 44:        XDual         Y-Short X-Short On
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short X-Short On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off
	 49:                      Y-Short X-Short On
	 50:  YDual               Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short X-Short On
	 55:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1107,   417)  ->  Abs (  1107,   417)
	  1: Rel (     0,  -160)  ->  Abs (  1107,   257)
	  2: Rel (   -75,   -94)  ->  Abs (  1032,   163)
	  3: Rel (   -67,   -83)  ->  Abs (   965,    80)
	  4: Rel (  -130,   -36)  ->  Abs (   835,    44)
	  5: Rel (  -110,   -30)  ->  Abs (   725,    14)
	  6: Rel (  -169,     0)  ->  Abs (   556,    14)
	  7: Rel (  -193,     0)  ->  Abs (   363,    14)
	  8: Rel (  -106,    71)  ->  Abs (   257,    85)
	  9: Rel (  -116,    78)  ->  Abs (   141,   163)
	 10: Rel (     0,   155)  ->  Abs (   141,   318)
	 11: Rel (     0,    86)  ->  Abs (   141,   404)
	 12: Rel (    25,    93)  ->  Abs (   166,   497)
	 13: Rel (    21,    79)  ->  Abs (   187,   576)
	 14: Rel (    43,    94)  ->  Abs (   230,   670)
	 15: Rel (    31,    68)  ->  Abs (   261,   738)
	 16: Rel (    53,    96)  ->  Abs (   314,   834)
	 17: Rel (    32,   -19)  ->  Abs (   346,   815)
	 18: Rel (   -37,   -67)  ->  Abs (   309,   748)
	 19: Rel (   -25,   -53)  ->  Abs (   284,   695)
	 20: Rel (   -33,   -71)  ->  Abs (   251,   624)
	 21: Rel (   -16,   -56)  ->  Abs (   235,   568)
	 22: Rel (   -19,   -68)  ->  Abs (   216,   500)
	 23: Rel (     0,   -64)  ->  Abs (   216,   436)
	 24: Rel (     0,  -123)  ->  Abs (   216,   313)
	 25: Rel (   179,  -126)  ->  Abs (   395,   187)
	 26: Rel (   159,     0)  ->  Abs (   554,   187)
	 27: Rel (   169,     0)  ->  Abs (   723,   187)
	 28: Rel (   144,    58)  ->  Abs (   867,   245)
	 29: Rel (   158,    64)  ->  Abs (  1025,   309)
	 30: Rel (     0,    89)  ->  Abs (  1025,   398)
	 31: Rel (     0,    97)  ->  Abs (  1025,   495)
	 32: Rel (   -31,   232)  ->  Abs (   994,   727)
	 33: Rel (   -24,   178)  ->  Abs (   970,   905)
	 34: Rel (   -35,   220)  ->  Abs (   935,  1125)
	 35: Rel (   -33,   194)  ->  Abs (   902,  1319)
	 36: Rel (   -46,    24)  ->  Abs (   856,  1343)
	 37: Rel (     0,   134)  ->  Abs (   856,  1477)
	 38: Rel (    55,   110)  ->  Abs (   911,  1587)
	 39: Rel (    17,     0)  ->  Abs (   928,  1587)
	 40: Rel (     4,   -38)  ->  Abs (   932,  1549)
	 41: Rel (    20,   -37)  ->  Abs (   952,  1512)
	 42: Rel (    23,    -9)  ->  Abs (   975,  1503)
	 43: Rel (    31,   -13)  ->  Abs (  1006,  1490)
	 44: Rel (    37,   -18)  ->  Abs (  1043,  1472)
	 45: Rel (    27,   -13)  ->  Abs (  1070,  1459)
	 46: Rel (    20,   -10)  ->  Abs (  1090,  1449)
	 47: Rel (     0,   -70)  ->  Abs (  1090,  1379)
	 48: Rel (   -10,   -64)  ->  Abs (  1080,  1315)
	 49: Rel (   -15,   -58)  ->  Abs (  1065,  1257)
	 50: Rel (   -57,    18)  ->  Abs (  1008,  1275)
	 51: Rel (     2,   -22)  ->  Abs (  1010,  1253)
	 52: Rel (    27,  -179)  ->  Abs (  1037,  1074)
	 53: Rel (    31,  -209)  ->  Abs (  1068,   865)
	 54: Rel (    15,  -130)  ->  Abs (  1083,   735)
	 55: Rel (    24,  -208)  ->  Abs (  1107,   527)

	Glyph 990: off = 0x0002B780, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			141
	  yMin:			14
	  xMax:			1107
	  yMax:			1587

	     0: Flags:		0x0016
		Glyf Index:	989
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 991: off = 0x0002B790, len = 184
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			494
	  yMax:			1587

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	113
	00000: PUSHW[2]             18   -16 
	00005: NPUSHB      (10):    28    29    52     5     4    13    16    18     3    17 
	00017: PUSHW[1]            751 
	00020: PUSHB[3]              9     8    13 
	00024: PUSHW[8]            779     3   751    64     1   747     9   763 
	00041: NPUSHB      (11):    32     8     8     5     5     4    16    17    13    13 
	                             4 
	00054: PUSHW[1]            784 
	00057: PUSHB[3]             17    17     3 
	00061: PUSHW[6]            784     0   752    20     1   293 
	00074: SCANCTRL   
	00075: MDAP[rd]   
	00076: SRP0       
	00077: MIRP[srp0,nmd,rd,1] 
	00078: MIRP[nrp0,md,rd,1] 
	00079: SHP[rp1,zp0] 
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: SRP2       
	00085: IP         
	00086: SRP1       
	00087: SHP[rp1,zp0] 
	00088: MDAP[rd]   
	00089: SHP[rp1,zp0] 
	00090: RTHG       
	00091: MDAP[rd]   
	00092: SMD        
	00093: MIRP[nrp0,md,rd,1] 
	00094: SVTCA[y-axis] 
	00095: RTG        
	00096: MIAP[rd+ci] 
	00097: SMD        
	00098: MIRP[nrp0,md,rd,1] 
	00099: MIAP[rd+ci] 
	00100: SHP[rp1,zp0] 
	00101: SHP[rp1,zp0] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: SRP1       
	00104: IP         
	00105: IP         
	00106: SRP1       
	00107: IP         
	00108: IP         
	00109: IUP[y]     
	00110: IUP[x]     
	00111: SVTCA[y-axis] 
	00112: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:                              X-Short On
	  5:  YDual               Y-Short X-Short On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short         Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   494,   293)  ->  Abs (   494,   293)
	  1: Rel (  -494,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   393,     0)  ->  Abs (   393,   467)
	  4: Rel (  -119,   848)  ->  Abs (   274,  1315)
	  5: Rel (   -52,    25)  ->  Abs (   222,  1340)
	  6: Rel (     0,    69)  ->  Abs (   222,  1409)
	  7: Rel (    24,   121)  ->  Abs (   246,  1530)
	  8: Rel (    24,    57)  ->  Abs (   270,  1587)
	  9: Rel (    15,   -11)  ->  Abs (   285,  1576)
	 10: Rel (     0,   -58)  ->  Abs (   285,  1518)
	 11: Rel (    65,   -29)  ->  Abs (   350,  1489)
	 12: Rel (    50,   -20)  ->  Abs (   400,  1469)
	 13: Rel (    51,   -20)  ->  Abs (   451,  1449)
	 14: Rel (     0,   -50)  ->  Abs (   451,  1399)
	 15: Rel (   -16,  -114)  ->  Abs (   435,  1285)
	 16: Rel (   -11,   -28)  ->  Abs (   424,  1257)
	 17: Rel (   -48,    16)  ->  Abs (   376,  1273)
	 18: Rel (   118,  -784)  ->  Abs (   494,   489)

	Glyph 992: off = 0x0002B848, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			494
	  yMax:			1587

	     0: Flags:		0x0016
		Glyf Index:	991
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 993: off = 0x0002B858, len = 270
	  numberOfContours:	1
	  xMin:			105
	  yMin:			-434
	  xMax:			762
	  yMax:			731

	EndPoints
	---------
	  0:  42

	  Length of Instructions:	136
	00000: PUSHW[2]              8   -32 
	00005: PUSHB[4]             28    31    52     7 
	00010: PUSHW[1]             -8 
	00013: NPUSHB      (19):    17    25    52   139    19   139    24     2    32    27 
	                            31    64     9    24    52    31    31    23    36 
	00034: PUSHW[1]            751 
	00037: NPUSHB       (9):    27    64    25    26    52    27    27    23    42 
	00048: PUSHW[7]            751    23   751     1   747    12   774 
	00063: PUSHB[4]             23    23     0    31 
	00068: PUSHW[1]            762 
	00071: PUSHB[4]             32    32     5     0 
	00076: PUSHW[1]            752 
	00079: PUSHB[7]             44    12    12    18     9     9     5 
	00087: PUSHW[1]            765 
	00090: PUSHB[4]             16    18     1    18 
	00095: MDAP[rd]   
	00096: DELTAP1    
	00097: MIRP[nrp0,md,rd,1] 
	00098: SHP[rp1,zp0] 
	00099: MDAP[rd]   
	00100: RTHG       
	00101: SRP2       
	00102: IP         
	00103: MDAP[rd]   
	00104: RTG        
	00105: SRP0       
	00106: MIRP[nrp0,nmd,rd,0] 
	00107: SRP1       
	00108: IP         
	00109: MDAP[rd]   
	00110: MIRP[srp0,md,rd,1] 
	00111: SRP1       
	00112: IP         
	00113: MDAP[rd]   
	00114: SVTCA[y-axis] 
	00115: MIAP[rd+ci] 
	00116: MIAP[rd+ci] 
	00117: MIRP[nrp0,md,rd,1] 
	00118: MIRP[nrp0,md,rd,1] 
	00119: SRP1       
	00120: SHP[rp1,zp0] 
	00121: MDAP[rd]   
	00122: CALL       
	00123: MIRP[nrp0,md,rd,1] 
	00124: SRP2       
	00125: IP         
	00126: MDAP[rd]   
	00127: CALL       
	00128: SRP2       
	00129: IP         
	00130: IUP[y]     
	00131: IUP[x]     
	00132: SVTCA[x-axis] 
	00133: DELTAP1    
	00134: CALL       
	00135: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:                      Y-Short X-Short On
	  4:                      Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:  YDual               Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:        XDual         Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   762,   293)  ->  Abs (   762,   293)
	  1: Rel (  -119,     0)  ->  Abs (   643,   293)
	  2: Rel (  -166,     0)  ->  Abs (   477,   293)
	  3: Rel (  -124,   -31)  ->  Abs (   353,   262)
	  4: Rel (  -157,   -39)  ->  Abs (   196,   223)
	  5: Rel (     0,   -73)  ->  Abs (   196,   150)
	  6: Rel (     0,   -66)  ->  Abs (   196,    84)
	  7: Rel (    45,  -150)  ->  Abs (   241,   -66)
	  8: Rel (    47,  -154)  ->  Abs (   288,  -220)
	  9: Rel (     0,   -64)  ->  Abs (   288,  -284)
	 10: Rel (     0,   -38)  ->  Abs (   288,  -322)
	 11: Rel (   -11,   -62)  ->  Abs (   277,  -384)
	 12: Rel (   -14,   -50)  ->  Abs (   263,  -434)
	 13: Rel (   -26,    83)  ->  Abs (   237,  -351)
	 14: Rel (   -25,    83)  ->  Abs (   212,  -268)
	 15: Rel (   -48,   158)  ->  Abs (   164,  -110)
	 16: Rel (   -23,    81)  ->  Abs (   141,   -29)
	 17: Rel (   -36,   128)  ->  Abs (   105,    99)
	 18: Rel (     0,    26)  ->  Abs (   105,   125)
	 19: Rel (     0,   128)  ->  Abs (   105,   253)
	 20: Rel (   107,   137)  ->  Abs (   212,   390)
	 21: Rel (   111,    33)  ->  Abs (   323,   423)
	 22: Rel (    88,    26)  ->  Abs (   411,   449)
	 23: Rel (   177,    18)  ->  Abs (   588,   467)
	 24: Rel (   -63,    64)  ->  Abs (   525,   531)
	 25: Rel (   -15,    12)  ->  Abs (   510,   543)
	 26: Rel (   -51,    40)  ->  Abs (   459,   583)
	 27: Rel (   -52,     0)  ->  Abs (   407,   583)
	 28: Rel (   -33,     0)  ->  Abs (   374,   583)
	 29: Rel (   -30,   -20)  ->  Abs (   344,   563)
	 30: Rel (   -24,   -16)  ->  Abs (   320,   547)
	 31: Rel (   -34,   -39)  ->  Abs (   286,   508)
	 32: Rel (   -46,    29)  ->  Abs (   240,   537)
	 33: Rel (    30,    75)  ->  Abs (   270,   612)
	 34: Rel (    38,    45)  ->  Abs (   308,   657)
	 35: Rel (    63,    74)  ->  Abs (   371,   731)
	 36: Rel (    86,     0)  ->  Abs (   457,   731)
	 37: Rel (    62,     0)  ->  Abs (   519,   731)
	 38: Rel (    62,   -46)  ->  Abs (   581,   685)
	 39: Rel (    51,   -38)  ->  Abs (   632,   647)
	 40: Rel (    53,   -68)  ->  Abs (   685,   579)
	 41: Rel (    26,   -33)  ->  Abs (   711,   546)
	 42: Rel (    51,   -79)  ->  Abs (   762,   467)

	Glyph 994: off = 0x0002B966, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			105
	  yMin:			-434
	  xMax:			762
	  yMax:			731

	     0: Flags:		0x0016
		Glyf Index:	993
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 995: off = 0x0002B976, len = 236
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			877
	  yMax:			841

	EndPoints
	---------
	  0:  23
	  1:  35

	  Length of Instructions:	118
	00000: NPUSHB      (11):    30    32    12    13    52    27    32    12    17    52 
	                            33 
	00013: PUSHW[1]            -32 
	00016: PUSHB[4]             12    17    52    19 
	00021: PUSHW[1]            778 
	00024: PUSHB[3]             28    28    32 
	00028: PUSHW[1]            751 
	00031: PUSHB[5]              5     5    10     9    35 
	00037: PUSHW[1]            751 
	00040: PUSHB[3]              0     0    10 
	00044: PUSHW[3]            751     9   747 
	00051: PUSHB[8]             28    32    19    19    24     5     9    32 
	00060: PUSHW[1]            -32 
	00063: PUSHB[7]             17    21    52    32    32     9    24 
	00071: PUSHW[3]            768     0   752 
	00078: PUSHB[2]             37     9 
	00081: MDAP[rd]   
	00082: SRP0       
	00083: MIRP[srp0,nmd,rd,1] 
	00084: MIRP[nrp0,md,rd,1] 
	00085: SRP1       
	00086: IP         
	00087: MDAP[rd]   
	00088: CALL       
	00089: SRP2       
	00090: IP         
	00091: RTHG       
	00092: SRP2       
	00093: IP         
	00094: MDAP[rd]   
	00095: SRP2       
	00096: IP         
	00097: SVTCA[y-axis] 
	00098: RTG        
	00099: MIAP[rd+ci] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: ALIGNRP    
	00102: SRP0       
	00103: MIRP[nrp0,md,rd,1] 
	00104: SRP1       
	00105: SRP2       
	00106: IP         
	00107: MDAP[rd]   
	00108: MIRP[srp0,md,rd,1] 
	00109: SHP[rp2,zp1] 
	00110: MDAP[rd]   
	00111: MIRP[nrp0,md,rd,1] 
	00112: IUP[y]     
	00113: IUP[x]     
	00114: SVTCA[x-axis] 
	00115: CALL       
	00116: CALL       
	00117: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   877,   293)  ->  Abs (   877,   293)
	  1: Rel (  -104,     0)  ->  Abs (   773,   293)
	  2: Rel (   -67,     0)  ->  Abs (   706,   293)
	  3: Rel (   -84,    30)  ->  Abs (   622,   323)
	  4: Rel (   -97,    35)  ->  Abs (   525,   358)
	  5: Rel (   -74,    61)  ->  Abs (   451,   419)
	  6: Rel (   -58,   -71)  ->  Abs (   393,   348)
	  7: Rel (  -121,   -55)  ->  Abs (   272,   293)
	  8: Rel (  -116,     0)  ->  Abs (   156,   293)
	  9: Rel (  -156,     0)  ->  Abs (     0,   293)
	 10: Rel (     0,   174)  ->  Abs (     0,   467)
	 11: Rel (   153,     0)  ->  Abs (   153,   467)
	 12: Rel (    91,     0)  ->  Abs (   244,   467)
	 13: Rel (    71,    46)  ->  Abs (   315,   513)
	 14: Rel (    55,    36)  ->  Abs (   370,   549)
	 15: Rel (    45,    65)  ->  Abs (   415,   614)
	 16: Rel (    61,    88)  ->  Abs (   476,   702)
	 17: Rel (    89,    65)  ->  Abs (   565,   767)
	 18: Rel (    80,    58)  ->  Abs (   645,   825)
	 19: Rel (    67,    16)  ->  Abs (   712,   841)
	 20: Rel (    69,  -105)  ->  Abs (   781,   736)
	 21: Rel (    41,   -84)  ->  Abs (   822,   652)
	 22: Rel (    55,  -114)  ->  Abs (   877,   538)
	 23: Rel (     0,   -71)  ->  Abs (   877,   467)
	 24: Rel (  -115,    23)  ->  Abs (   762,   490)
	 25: Rel (   -13,    58)  ->  Abs (   749,   548)
	 26: Rel (   -27,    56)  ->  Abs (   722,   604)
	 27: Rel (   -23,    47)  ->  Abs (   699,   651)
	 28: Rel (   -38,    50)  ->  Abs (   661,   701)
	 29: Rel (   -48,   -12)  ->  Abs (   613,   689)
	 30: Rel (   -33,   -33)  ->  Abs (   580,   656)
	 31: Rel (   -22,   -21)  ->  Abs (   558,   635)
	 32: Rel (   -30,   -50)  ->  Abs (   528,   585)
	 33: Rel (    36,   -39)  ->  Abs (   564,   546)
	 34: Rel (   131,   -62)  ->  Abs (   695,   484)
	 35: Rel (    58,    -7)  ->  Abs (   753,   477)

	Glyph 996: off = 0x0002BA62, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			877
	  yMax:			841

	     0: Flags:		0x0016
		Glyf Index:	995
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 997: off = 0x0002BA72, len = 286
	  numberOfContours:	2
	  xMin:			139
	  yMin:			-148
	  xMax:			1147
	  yMax:			1142

	EndPoints
	---------
	  0:  3
	  1:  36

	  Length of Instructions:	166
	00000: PUSHW[2]              6   -32 
	00005: PUSHB[4]             13    17    52    23 
	00010: PUSHW[1]            -42 
	00013: NPUSHB      (16):    14    17    52    26    32    11    17    52    31    32 
	                            11    17    52     0     2     3 
	00031: PUSHW[1]            770 
	00034: PUSHB[3]              1     1    32 
	00038: NPUSHW      (10):   751    33   777    18    17   775    24   751     8   785 
	00060: PUSHB[3]              1     3     2 
	00064: PUSHW[3]            769     0   -64 
	00071: NPUSHB      (11):    10    14    52     0     0    21    33    33    32    32 
	                            28 
	00084: NPUSHW      (10):   771    64     4   752    38    18   763    32    17   -64 
	00106: PUSHB[6]              9    11    52    17    17    21 
	00113: PUSHW[3]            771    12   298 
	00120: SCANCTRL   
	00121: MDAP[rd]   
	00122: MIRP[srp0,md,rd,1] 
	00123: SHP[rp2,zp1] 
	00124: RTHG       
	00125: MDAP[rd]   
	00126: CALL       
	00127: SMD        
	00128: MIRP[nrp0,md,rd,1] 
	00129: RTG        
	00130: SRP0       
	00131: MIRP[srp0,nmd,rd,1] 
	00132: SMD        
	00133: MIRP[srp0,md,rd,1] 
	00134: SHP[rp2,zp1] 
	00135: MDAP[rd]   
	00136: RTHG       
	00137: IP         
	00138: MDAP[rd]   
	00139: RTG        
	00140: SRP1       
	00141: IP         
	00142: MDAP[rd]   
	00143: CALL       
	00144: MIRP[srp0,md,rd,1] 
	00145: IP         
	00146: IP         
	00147: SVTCA[y-axis] 
	00148: MIAP[rd+ci] 
	00149: MIRP[nrp0,md,rd,1] 
	00150: MIAP[rd+ci] 
	00151: IP         
	00152: MIAP[rd+ci] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: SHP[rp1,zp0] 
	00155: MDAP[rd]   
	00156: MIRP[nrp0,md,rd,1] 
	00157: IP         
	00158: IP         
	00159: IUP[y]     
	00160: IUP[x]     
	00161: SVTCA[x-axis] 
	00162: CALL       
	00163: CALL       
	00164: CALL       
	00165: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:                                      On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual               Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual               Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   775,  1060)  ->  Abs (   775,  1060)
	  1: Rel (   -75,  -143)  ->  Abs (   700,   917)
	  2: Rel (  -156,    86)  ->  Abs (   544,  1003)
	  3: Rel (    72,   139)  ->  Abs (   616,  1142)
	  4: Rel (   531,  -849)  ->  Abs (  1147,   293)
	  5: Rel (     0,  -223)  ->  Abs (  1147,    70)
	  6: Rel (  -131,  -105)  ->  Abs (  1016,   -35)
	  7: Rel (  -141,  -113)  ->  Abs (   875,  -148)
	  8: Rel (  -314,     0)  ->  Abs (   561,  -148)
	  9: Rel (  -200,     0)  ->  Abs (   361,  -148)
	 10: Rel (  -106,    70)  ->  Abs (   255,   -78)
	 11: Rel (  -116,    77)  ->  Abs (   139,    -1)
	 12: Rel (     0,   159)  ->  Abs (   139,   158)
	 13: Rel (     0,    86)  ->  Abs (   139,   244)
	 14: Rel (    42,   176)  ->  Abs (   181,   420)
	 15: Rel (    36,    89)  ->  Abs (   217,   509)
	 16: Rel (    22,    54)  ->  Abs (   239,   563)
	 17: Rel (    54,   112)  ->  Abs (   293,   675)
	 18: Rel (    40,   -18)  ->  Abs (   333,   657)
	 19: Rel (   -70,  -144)  ->  Abs (   263,   513)
	 20: Rel (   -45,  -166)  ->  Abs (   218,   347)
	 21: Rel (     0,   -69)  ->  Abs (   218,   278)
	 22: Rel (     0,  -124)  ->  Abs (   218,   154)
	 23: Rel (   177,  -129)  ->  Abs (   395,    25)
	 24: Rel (   164,     0)  ->  Abs (   559,    25)
	 25: Rel (   189,     0)  ->  Abs (   748,    25)
	 26: Rel (   146,    67)  ->  Abs (   894,    92)
	 27: Rel (   181,    83)  ->  Abs (  1075,   175)
	 28: Rel (     0,   149)  ->  Abs (  1075,   324)
	 29: Rel (     0,   102)  ->  Abs (  1075,   426)
	 30: Rel (   -30,    88)  ->  Abs (  1045,   514)
	 31: Rel (   -26,    78)  ->  Abs (  1019,   592)
	 32: Rel (   -48,    58)  ->  Abs (   971,   650)
	 33: Rel (    83,   205)  ->  Abs (  1054,   855)
	 34: Rel (    53,   -81)  ->  Abs (  1107,   774)
	 35: Rel (    40,  -168)  ->  Abs (  1147,   606)
	 36: Rel (     0,  -139)  ->  Abs (  1147,   467)

	Glyph 998: off = 0x0002BB90, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			139
	  yMin:			-148
	  xMax:			1147
	  yMax:			1142

	     0: Flags:		0x0016
		Glyf Index:	997
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 999: off = 0x0002BBA0, len = 158
	  numberOfContours:	2
	  xMin:			0
	  yMin:			293
	  xMax:			570
	  yMax:			1302

	EndPoints
	---------
	  0:  3
	  1:  16

	  Length of Instructions:	91
	00000: PUSHB[8]             10    52    12    17    52     0     2     3 
	00009: PUSHW[1]            770 
	00012: PUSHB[3]              1     1    11 
	00016: PUSHW[7]            751    12   772     6   751     5   747 
	00031: PUSHB[3]              1     3     0 
	00035: PUSHW[1]            769 
	00038: PUSHB[8]              2     2     5    12    12    11    11     7 
	00047: PUSHW[6]            771     4   752    18     5   298 
	00060: SCANCTRL   
	00061: MDAP[rd]   
	00062: SRP0       
	00063: MIRP[srp0,nmd,rd,1] 
	00064: MIRP[srp0,md,rd,1] 
	00065: SHP[rp2,zp1] 
	00066: MDAP[rd]   
	00067: RTHG       
	00068: IP         
	00069: MDAP[rd]   
	00070: RTG        
	00071: SRP1       
	00072: IP         
	00073: MDAP[rd]   
	00074: MIRP[nrp0,md,rd,1] 
	00075: IP         
	00076: IP         
	00077: SVTCA[y-axis] 
	00078: MIAP[rd+ci] 
	00079: MIRP[nrp0,md,rd,1] 
	00080: MIAP[rd+ci] 
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: IP         
	00086: IP         
	00087: IUP[y]     
	00088: IUP[x]     
	00089: SVTCA[x-axis] 
	00090: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual                 X-Short On
	  5:  YDual                               On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual                               On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   490,  1218)  ->  Abs (   490,  1218)
	  1: Rel (   -76,  -145)  ->  Abs (   414,  1073)
	  2: Rel (  -162,    84)  ->  Abs (   252,  1157)
	  3: Rel (    74,   145)  ->  Abs (   326,  1302)
	  4: Rel (   244, -1009)  ->  Abs (   570,   293)
	  5: Rel (  -570,     0)  ->  Abs (     0,   293)
	  6: Rel (     0,   174)  ->  Abs (     0,   467)
	  7: Rel (   497,     0)  ->  Abs (   497,   467)
	  8: Rel (     0,   118)  ->  Abs (   497,   585)
	  9: Rel (   -28,    62)  ->  Abs (   469,   647)
	 10: Rel (   -19,    43)  ->  Abs (   450,   690)
	 11: Rel (   -75,    81)  ->  Abs (   375,   771)
	 12: Rel (    78,   163)  ->  Abs (   453,   934)
	 13: Rel (    72,   -91)  ->  Abs (   525,   843)
	 14: Rel (    18,   -51)  ->  Abs (   543,   792)
	 15: Rel (    27,   -77)  ->  Abs (   570,   715)
	 16: Rel (     0,  -178)  ->  Abs (   570,   537)

	Glyph 1000: off = 0x0002BC3E, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			293
	  xMax:			570
	  yMax:			1302

	     0: Flags:		0x0016
		Glyf Index:	999
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1001: off = 0x0002BC4E, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			54
	  yMin:			266
	  xMax:			536
	  yMax:			881

	     0: Flags:		0x0016
		Glyf Index:	776
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1002: off = 0x0002BC5E, len = 238
	  numberOfContours:	2
	  xMin:			61
	  yMin:			293
	  xMax:			838
	  yMax:			1193

	EndPoints
	---------
	  0:  30
	  1:  39

	  Length of Instructions:	110
	00000: NPUSHB      (12):     4     3     1    31    35    32     5    38     8    21 
	                            21    14 
	00014: PUSHW[1]            778 
	00017: PUSHB[3]             32    32    38 
	00021: PUSHW[1]            751 
	00024: PUSHB[3]              8     8    30 
	00028: PUSHW[4]            751    64     1   747 
	00037: PUSHB[8]             27     0    14    32    31     5     4    17 
	00046: PUSHW[1]            766 
	00049: PUSHB[8]             32    15    21     1    21    21    35     0 
	00058: PUSHW[6]            752    41    35   787    11   275 
	00071: SCANCTRL   
	00072: MDAP[rd]   
	00073: MIRP[nrp0,md,rd,1] 
	00074: SRP0       
	00075: MIRP[nrp0,nmd,rd,1] 
	00076: RTHG       
	00077: SRP1       
	00078: IP         
	00079: MDAP[rd]   
	00080: DELTAP1    
	00081: SMD        
	00082: MIRP[srp0,md,rd,1] 
	00083: SLOOP      
	00084: IP         
	00085: SRP2       
	00086: IP         
	00087: SVTCA[y-axis] 
	00088: RTG        
	00089: MIAP[rd+ci] 
	00090: SMD        
	00091: MIRP[srp0,md,rd,1] 
	00092: SHP[rp2,zp1] 
	00093: MDAP[rd]   
	00094: MIRP[srp0,md,rd,1] 
	00095: SHP[rp2,zp1] 
	00096: MDAP[rd]   
	00097: MIRP[srp0,md,rd,1] 
	00098: SHP[rp2,zp1] 
	00099: MDAP[rd]   
	00100: SRP1       
	00101: SRP2       
	00102: IP         
	00103: SRP1       
	00104: IP         
	00105: IP         
	00106: IUP[y]     
	00107: IUP[x]     
	00108: SVTCA[x-axis] 
	00109: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short On
	 31:                                      On
	 32:  YDual               Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   838,   293)  ->  Abs (   838,   293)
	  1: Rel (  -143,     0)  ->  Abs (   695,   293)
	  2: Rel (   -72,     0)  ->  Abs (   623,   293)
	  3: Rel (   -55,   123)  ->  Abs (   568,   416)
	  4: Rel (   -41,    92)  ->  Abs (   527,   508)
	  5: Rel (   -25,   145)  ->  Abs (   502,   653)
	  6: Rel (   -30,   -56)  ->  Abs (   472,   597)
	  7: Rel (   -92,   -62)  ->  Abs (   380,   535)
	  8: Rel (   -51,     0)  ->  Abs (   329,   535)
	  9: Rel (  -115,     0)  ->  Abs (   214,   535)
	 10: Rel (  -153,    31)  ->  Abs (    61,   566)
	 11: Rel (     0,    24)  ->  Abs (    61,   590)
	 12: Rel (     0,    86)  ->  Abs (    61,   676)
	 13: Rel (   224,   209)  ->  Abs (   285,   885)
	 14: Rel (   168,    78)  ->  Abs (   453,   963)
	 15: Rel (    -2,     8)  ->  Abs (   451,   971)
	 16: Rel (   -13,    68)  ->  Abs (   438,  1039)
	 17: Rel (     0,     8)  ->  Abs (   438,  1047)
	 18: Rel (     0,    34)  ->  Abs (   438,  1081)
	 19: Rel (    23,    42)  ->  Abs (   461,  1123)
	 20: Rel (    19,    34)  ->  Abs (   480,  1157)
	 21: Rel (    31,    36)  ->  Abs (   511,  1193)
	 22: Rel (    10,   -62)  ->  Abs (   521,  1131)
	 23: Rel (    21,  -116)  ->  Abs (   542,  1015)
	 24: Rel (    14,   -62)  ->  Abs (   556,   953)
	 25: Rel (    30,  -172)  ->  Abs (   586,   781)
	 26: Rel (    25,  -142)  ->  Abs (   611,   639)
	 27: Rel (    20,   -68)  ->  Abs (   631,   571)
	 28: Rel (    31,  -104)  ->  Abs (   662,   467)
	 29: Rel (    33,     0)  ->  Abs (   695,   467)
	 30: Rel (   143,     0)  ->  Abs (   838,   467)
	 31: Rel (  -349,   273)  ->  Abs (   489,   740)
	 32: Rel (   -19,   109)  ->  Abs (   470,   849)
	 33: Rel (   -87,   -31)  ->  Abs (   383,   818)
	 34: Rel (  -100,   -67)  ->  Abs (   283,   751)
	 35: Rel (   -34,   -55)  ->  Abs (   249,   696)
	 36: Rel (    21,    -9)  ->  Abs (   270,   687)
	 37: Rel (    56,   -10)  ->  Abs (   326,   677)
	 38: Rel (    49,     0)  ->  Abs (   375,   677)
	 39: Rel (    60,     0)  ->  Abs (   435,   677)

	Glyph 1003: off = 0x0002BD4C, len = 372
	  numberOfContours:	3
	  xMin:			0
	  yMin:			256
	  xMax:			858
	  yMax:			1136

	EndPoints
	---------
	  0:  40
	  1:  53
	  2:  67

	  Length of Instructions:	167
	00000: NPUSHB      (15):    58    32    15    17    52    58    45    61    18    50 
	                            14    29    29    45    35 
	00017: PUSHW[1]            -64 
	00020: PUSHB[8]             15    17    52    35    35    45    45    50 
	00029: PUSHW[1]            751 
	00032: PUSHB[5]              8     8    14    13    65 
	00038: PUSHW[7]            751     4   747    14   751    13   747 
	00053: NPUSHB      (20):    61    58     8    50    41    29    31    35    18    32 
	                             9    14    52    18    48    22    35    35    41    22 
	00075: PUSHW[1]            768 
	00078: PUSHB[4]             48    48    13    41 
	00083: PUSHW[1]            765 
	00086: NPUSHB       (9):    58    64     9    12    52    58    58    13    54 
	00097: PUSHW[1]            768 
	00100: PUSHB[4]              0     0    69    13 
	00105: PUSHW[1]            287 
	00108: SCANCTRL   
	00109: MDAP[rd]   
	00110: SRP1       
	00111: SHP[rp1,zp0] 
	00112: MDAP[rd]   
	00113: MIRP[nrp0,md,rd,1] 
	00114: SRP1       
	00115: IP         
	00116: MDAP[rd]   
	00117: CALL       
	00118: MIRP[nrp0,md,rd,1] 
	00119: SRP1       
	00120: IP         
	00121: MDAP[rd]   
	00122: MIRP[nrp0,md,rd,1] 
	00123: RTHG       
	00124: SRP2       
	00125: IP         
	00126: MDAP[rd]   
	00127: SRP1       
	00128: SRP2       
	00129: IP         
	00130: CALL       
	00131: SRP1       
	00132: IP         
	00133: IP         
	00134: SRP1       
	00135: IP         
	00136: IP         
	00137: SRP2       
	00138: IP         
	00139: SVTCA[y-axis] 
	00140: RTG        
	00141: MIAP[rd+ci] 
	00142: MIRP[nrp0,md,rd,1] 
	00143: MIAP[rd+ci] 
	00144: MIRP[nrp0,md,rd,1] 
	00145: SRP1       
	00146: SRP2       
	00147: IP         
	00148: MDAP[rd]   
	00149: MIRP[srp0,md,rd,1] 
	00150: SHP[rp2,zp1] 
	00151: MDAP[rd]   
	00152: SHP[rp1,zp0] 
	00153: MDAP[rd]   
	00154: CALL       
	00155: SRP2       
	00156: IP         
	00157: MDAP[rd]   
	00158: SRP1       
	00159: SRP2       
	00160: IP         
	00161: IP         
	00162: SRP1       
	00163: IP         
	00164: CALL       
	00165: IUP[y]     
	00166: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short On
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual               Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual               Y-Short X-Short On
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:                      Y-Short X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:        XDual         Y-Short X-Short On
	 51:  YDual XDual         Y-Short X-Short Off
	 52:  YDual XDual         Y-Short X-Short On
	 53:  YDual XDual         Y-Short X-Short Off
	 54:        XDual         Y-Short X-Short On
	 55:  YDual XDual         Y-Short         Off
	 56:  YDual               Y-Short X-Short On
	 57:  YDual               Y-Short X-Short Off
	 58:  YDual               Y-Short X-Short On
	 59:        XDual         Y-Short         Off
	 60:                      Y-Short X-Short Off
	 61:                      Y-Short X-Short On
	 62:        XDual         Y-Short X-Short Off
	 63:        XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short Off
	 65:  YDual XDual                 X-Short On
	 66:  YDual XDual                 X-Short Off
	 67:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   858,   462)  ->  Abs (   858,   462)
	  1: Rel (     0,   -58)  ->  Abs (   858,   404)
	  2: Rel (   -36,   -71)  ->  Abs (   822,   333)
	  3: Rel (   -39,   -77)  ->  Abs (   783,   256)
	  4: Rel (   -39,     0)  ->  Abs (   744,   256)
	  5: Rel (   -41,     0)  ->  Abs (   703,   256)
	  6: Rel (  -112,    52)  ->  Abs (   591,   308)
	  7: Rel (  -103,    48)  ->  Abs (   488,   356)
	  8: Rel (   -71,    46)  ->  Abs (   417,   402)
	  9: Rel (  -116,   -66)  ->  Abs (   301,   336)
	 10: Rel (   -53,   -19)  ->  Abs (   248,   317)
	 11: Rel (   -67,   -24)  ->  Abs (   181,   293)
	 12: Rel (   -91,     0)  ->  Abs (    90,   293)
	 13: Rel (   -90,     0)  ->  Abs (     0,   293)
	 14: Rel (     0,   174)  ->  Abs (     0,   467)
	 15: Rel (    90,     0)  ->  Abs (    90,   467)
	 16: Rel (    41,     0)  ->  Abs (   131,   467)
	 17: Rel (    76,    13)  ->  Abs (   207,   480)
	 18: Rel (    65,    17)  ->  Abs (   272,   497)
	 19: Rel (   -26,    19)  ->  Abs (   246,   516)
	 20: Rel (   -26,    20)  ->  Abs (   220,   536)
	 21: Rel (   -28,    25)  ->  Abs (   192,   561)
	 22: Rel (     0,    24)  ->  Abs (   192,   585)
	 23: Rel (     0,    17)  ->  Abs (   192,   602)
	 24: Rel (     3,    16)  ->  Abs (   195,   618)
	 25: Rel (    12,    22)  ->  Abs (   207,   640)
	 26: Rel (    99,   173)  ->  Abs (   306,   813)
	 27: Rel (    20,    35)  ->  Abs (   326,   848)
	 28: Rel (    33,    27)  ->  Abs (   359,   875)
	 29: Rel (    29,     8)  ->  Abs (   388,   883)
	 30: Rel (   -69,    47)  ->  Abs (   319,   930)
	 31: Rel (     0,    20)  ->  Abs (   319,   950)
	 32: Rel (     0,    20)  ->  Abs (   319,   970)
	 33: Rel (    44,    83)  ->  Abs (   363,  1053)
	 34: Rel (    15,    28)  ->  Abs (   378,  1081)
	 35: Rel (    31,    55)  ->  Abs (   409,  1136)
	 36: Rel (    64,   -61)  ->  Abs (   473,  1075)
	 37: Rel (    97,  -116)  ->  Abs (   570,   959)
	 38: Rel (   123,  -146)  ->  Abs (   693,   813)
	 39: Rel (    71,  -115)  ->  Abs (   764,   698)
	 40: Rel (    94,  -152)  ->  Abs (   858,   546)
	 41: Rel (  -352,   133)  ->  Abs (   506,   679)
	 42: Rel (     0,    43)  ->  Abs (   506,   722)
	 43: Rel (   -18,    25)  ->  Abs (   488,   747)
	 44: Rel (   -21,    30)  ->  Abs (   467,   777)
	 45: Rel (   -46,     0)  ->  Abs (   421,   777)
	 46: Rel (   -46,     0)  ->  Abs (   375,   777)
	 47: Rel (   -80,   -61)  ->  Abs (   295,   716)
	 48: Rel (     0,   -43)  ->  Abs (   295,   673)
	 49: Rel (     0,   -41)  ->  Abs (   295,   632)
	 50: Rel (   122,   -67)  ->  Abs (   417,   565)
	 51: Rel (    43,    28)  ->  Abs (   460,   593)
	 52: Rel (    21,    26)  ->  Abs (   481,   619)
	 53: Rel (    25,    30)  ->  Abs (   506,   649)
	 54: Rel (   241,  -199)  ->  Abs (   747,   450)
	 55: Rel (     0,    35)  ->  Abs (   747,   485)
	 56: Rel (   -56,    74)  ->  Abs (   691,   559)
	 57: Rel (   -35,    47)  ->  Abs (   656,   606)
	 58: Rel (   -51,    53)  ->  Abs (   605,   659)
	 59: Rel (     0,   -49)  ->  Abs (   605,   610)
	 60: Rel (   -41,   -85)  ->  Abs (   564,   525)
	 61: Rel (   -37,   -23)  ->  Abs (   527,   502)
	 62: Rel (    60,   -31)  ->  Abs (   587,   471)
	 63: Rel (    61,   -30)  ->  Abs (   648,   441)
	 64: Rel (    50,   -22)  ->  Abs (   698,   419)
	 65: Rel (    21,     0)  ->  Abs (   719,   419)
	 66: Rel (    12,     0)  ->  Abs (   731,   419)
	 67: Rel (    16,    18)  ->  Abs (   747,   437)

	Glyph 1004: off = 0x0002BEC0, len = 300
	  numberOfContours:	3
	  xMin:			0
	  yMin:			-126
	  xMax:			877
	  yMax:			879

	EndPoints
	---------
	  0:  31
	  1:  41
	  2:  52

	  Length of Instructions:	138
	00000: PUSHB[6]             38    34    46    16    15    23 
	00007: PUSHW[1]            751 
	00010: PUSHB[4]             34    34    16     9 
	00015: PUSHW[1]            751 
	00018: PUSHB[4]             50    50    15    31 
	00023: PUSHW[1]            751 
	00026: PUSHB[3]              0     0    16 
	00030: PUSHW[3]            751    15   747 
	00037: NPUSHB      (10):     1    42    46    30    32    38    14    46    13    38 
	00049: PUSHW[1]            771 
	00052: PUSHB[3]             17    17    46 
	00056: PUSHW[1]            771 
	00059: PUSHB[5]             13    13    42    15    32 
	00065: PUSHW[1]            765 
	00068: PUSHB[3]             26    26     5 
	00072: PUSHW[1]            765 
	00075: PUSHB[4]             42    42    15     0 
	00080: PUSHW[4]            752    54    15   283 
	00089: SCANCTRL   
	00090: MDAP[rd]   
	00091: SRP0       
	00092: MIRP[nrp0,nmd,rd,0] 
	00093: SRP1       
	00094: IP         
	00095: MDAP[rd]   
	00096: MIRP[nrp0,md,rd,1] 
	00097: IP         
	00098: MDAP[rd]   
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP1       
	00101: SRP2       
	00102: IP         
	00103: MDAP[rd]   
	00104: MIRP[nrp0,md,rd,1] 
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: MIRP[nrp0,md,rd,1] 
	00108: SRP1       
	00109: SRP2       
	00110: IP         
	00111: SRP1       
	00112: SRP2       
	00113: IP         
	00114: SRP1       
	00115: SRP2       
	00116: IP         
	00117: SVTCA[y-axis] 
	00118: MIAP[rd+ci] 
	00119: MIRP[nrp0,md,rd,1] 
	00120: ALIGNRP    
	00121: SRP0       
	00122: MIRP[nrp0,md,rd,1] 
	00123: SRP1       
	00124: SHP[rp1,zp0] 
	00125: MDAP[rd]   
	00126: MIRP[nrp0,md,rd,1] 
	00127: SRP1       
	00128: SHP[rp1,zp0] 
	00129: MDAP[rd]   
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP1       
	00132: SRP2       
	00133: IP         
	00134: SRP1       
	00135: IP         
	00136: IUP[y]     
	00137: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual                       X-Short On
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:  YDual                               On
	 32:  YDual               Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:  YDual XDual         Y-Short X-Short On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:        XDual                 X-Short On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual               Y-Short X-Short On
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual               Y-Short X-Short On
	 47:        XDual         Y-Short         Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:  YDual XDual                 X-Short On
	 51:  YDual XDual                 X-Short Off
	 52:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   877,   293)  ->  Abs (   877,   293)
	  1: Rel (  -366,     0)  ->  Abs (   511,   293)
	  2: Rel (    64,   -30)  ->  Abs (   575,   263)
	  3: Rel (    45,   -55)  ->  Abs (   620,   208)
	  4: Rel (    57,   -69)  ->  Abs (   677,   139)
	  5: Rel (     0,   -81)  ->  Abs (   677,    58)
	  6: Rel (     0,   -78)  ->  Abs (   677,   -20)
	  7: Rel (   -24,   -47)  ->  Abs (   653,   -67)
	  8: Rel (   -30,   -59)  ->  Abs (   623,  -126)
	  9: Rel (   -64,     0)  ->  Abs (   559,  -126)
	 10: Rel (  -120,     0)  ->  Abs (   439,  -126)
	 11: Rel (  -100,    83)  ->  Abs (   339,   -43)
	 12: Rel (  -120,   100)  ->  Abs (   219,    57)
	 13: Rel (     0,   164)  ->  Abs (   219,   221)
	 14: Rel (     2,    72)  ->  Abs (   221,   293)
	 15: Rel (  -221,     0)  ->  Abs (     0,   293)
	 16: Rel (     0,   174)  ->  Abs (     0,   467)
	 17: Rel (   253,     0)  ->  Abs (   253,   467)
	 18: Rel (    35,    93)  ->  Abs (   288,   560)
	 19: Rel (    42,    80)  ->  Abs (   330,   640)
	 20: Rel (    53,   101)  ->  Abs (   383,   741)
	 21: Rel (    58,    64)  ->  Abs (   441,   805)
	 22: Rel (    67,    74)  ->  Abs (   508,   879)
	 23: Rel (    59,     0)  ->  Abs (   567,   879)
	 24: Rel (    31,     0)  ->  Abs (   598,   879)
	 25: Rel (    47,  -108)  ->  Abs (   645,   771)
	 26: Rel (     0,   -61)  ->  Abs (   645,   710)
	 27: Rel (     0,   -88)  ->  Abs (   645,   622)
	 28: Rel (   -46,   -55)  ->  Abs (   599,   567)
	 29: Rel (   -27,   -33)  ->  Abs (   572,   534)
	 30: Rel (  -135,   -67)  ->  Abs (   437,   467)
	 31: Rel (   440,     0)  ->  Abs (   877,   467)
	 32: Rel (  -331,   169)  ->  Abs (   546,   636)
	 33: Rel (     0,    95)  ->  Abs (   546,   731)
	 34: Rel (   -40,     0)  ->  Abs (   506,   731)
	 35: Rel (   -43,     0)  ->  Abs (   463,   731)
	 36: Rel (   -60,   -94)  ->  Abs (   403,   637)
	 37: Rel (   -29,   -45)  ->  Abs (   374,   592)
	 38: Rel (   -53,  -105)  ->  Abs (   321,   487)
	 39: Rel (    91,    25)  ->  Abs (   412,   512)
	 40: Rel (    62,    38)  ->  Abs (   474,   550)
	 41: Rel (    72,    44)  ->  Abs (   546,   594)
	 42: Rel (    40,  -520)  ->  Abs (   586,    74)
	 43: Rel (     0,    79)  ->  Abs (   586,   153)
	 44: Rel (  -116,    73)  ->  Abs (   470,   226)
	 45: Rel (   -95,    60)  ->  Abs (   375,   286)
	 46: Rel (   -92,    16)  ->  Abs (   283,   302)
	 47: Rel (     0,  -110)  ->  Abs (   283,   192)
	 48: Rel (    53,   -71)  ->  Abs (   336,   121)
	 49: Rel (    64,   -86)  ->  Abs (   400,    35)
	 50: Rel (   127,     0)  ->  Abs (   527,    35)
	 51: Rel (    24,     0)  ->  Abs (   551,    35)
	 52: Rel (    35,    20)  ->  Abs (   586,    55)

	Glyph 1005: off = 0x0002BFEC, len = 250
	  numberOfContours:	2
	  xMin:			120
	  yMin:			-157
	  xMax:			955
	  yMax:			788

	EndPoints
	---------
	  0:  32
	  1:  42

	  Length of Instructions:	117
	00000: PUSHB[6]             16    64    13    17    52     3 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (12):    11    18    52    18    64     9    17    52    11    20 
	                            10    28 
	00024: PUSHW[1]            751 
	00027: PUSHB[3]             37    37    33 
	00031: PUSHW[3]            751    20   747 
	00038: PUSHB[3]             10    10    14 
	00042: PUSHW[5]            778     4   776    24   765 
	00053: PUSHB[4]             40    40    10    33 
	00058: PUSHW[5]            771    20   771     0   752 
	00069: PUSHB[3]             44    11    10 
	00073: PUSHW[1]            -64 
	00076: PUSHB[4]              9    12    52    10 
	00081: PUSHW[1]            287 
	00084: SCANCTRL   
	00085: MDAP[rd]   
	00086: CALL       
	00087: SHP[rp1,zp0] 
	00088: SRP0       
	00089: MIRP[srp0,nmd,rd,1] 
	00090: MIRP[nrp0,md,rd,1] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP1       
	00093: IP         
	00094: MDAP[rd]   
	00095: MIRP[nrp0,md,rd,1] 
	00096: SVTCA[y-axis] 
	00097: MIAP[rd+ci] 
	00098: MIRP[srp0,md,rd,1] 
	00099: SHP[rp2,zp1] 
	00100: RTHG       
	00101: MDAP[rd]   
	00102: RTG        
	00103: MIAP[rd+ci] 
	00104: MIRP[srp0,md,rd,1] 
	00105: SHP[rp2,zp1] 
	00106: MDAP[rd]   
	00107: MIRP[nrp0,md,rd,1] 
	00108: SRP1       
	00109: SRP2       
	00110: IP         
	00111: IUP[y]     
	00112: IUP[x]     
	00113: SVTCA[x-axis] 
	00114: CALL       
	00115: CALL       
	00116: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:        XDual         Y-Short         On
	 33:                      Y-Short X-Short On
	 34:  YDual               Y-Short X-Short Off
	 35:  YDual               Y-Short X-Short On
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   955,   353)  ->  Abs (   955,   353)
	  1: Rel (     0,  -165)  ->  Abs (   955,   188)
	  2: Rel (  -122,  -163)  ->  Abs (   833,    25)
	  3: Rel (  -136,  -182)  ->  Abs (   697,  -157)
	  4: Rel (  -178,     0)  ->  Abs (   519,  -157)
	  5: Rel (   -66,     0)  ->  Abs (   453,  -157)
	  6: Rel (   -70,    15)  ->  Abs (   383,  -142)
	  7: Rel (   -51,    11)  ->  Abs (   332,  -131)
	  8: Rel (   -82,    27)  ->  Abs (   250,  -104)
	  9: Rel (   -65,    23)  ->  Abs (   185,   -81)
	 10: Rel (   -65,    22)  ->  Abs (   120,   -59)
	 11: Rel (    17,    35)  ->  Abs (   137,   -24)
	 12: Rel (    56,   -13)  ->  Abs (   193,   -37)
	 13: Rel (   123,   -29)  ->  Abs (   316,   -66)
	 14: Rel (    49,     0)  ->  Abs (   365,   -66)
	 15: Rel (   122,     0)  ->  Abs (   487,   -66)
	 16: Rel (   109,    62)  ->  Abs (   596,    -4)
	 17: Rel (    85,    49)  ->  Abs (   681,    45)
	 18: Rel (    85,    93)  ->  Abs (   766,   138)
	 19: Rel (    43,    47)  ->  Abs (   809,   185)
	 20: Rel (    79,   106)  ->  Abs (   888,   291)
	 21: Rel (  -135,     0)  ->  Abs (   753,   291)
	 22: Rel (   -67,    43)  ->  Abs (   686,   334)
	 23: Rel (   -76,    49)  ->  Abs (   610,   383)
	 24: Rel (     0,   112)  ->  Abs (   610,   495)
	 25: Rel (     0,   103)  ->  Abs (   610,   598)
	 26: Rel (    48,    88)  ->  Abs (   658,   686)
	 27: Rel (    56,   102)  ->  Abs (   714,   788)
	 28: Rel (    86,     0)  ->  Abs (   800,   788)
	 29: Rel (    87,     0)  ->  Abs (   887,   788)
	 30: Rel (    38,  -101)  ->  Abs (   925,   687)
	 31: Rel (    30,   -79)  ->  Abs (   955,   608)
	 32: Rel (     0,  -141)  ->  Abs (   955,   467)
	 33: Rel (   -63,    -5)  ->  Abs (   892,   462)
	 34: Rel (   -22,    96)  ->  Abs (   870,   558)
	 35: Rel (   -31,    37)  ->  Abs (   839,   595)
	 36: Rel (   -27,    32)  ->  Abs (   812,   627)
	 37: Rel (   -39,     0)  ->  Abs (   773,   627)
	 38: Rel (   -28,     0)  ->  Abs (   745,   627)
	 39: Rel (   -41,   -37)  ->  Abs (   704,   590)
	 40: Rel (     0,   -28)  ->  Abs (   704,   562)
	 41: Rel (     0,   -49)  ->  Abs (   704,   513)
	 42: Rel (    88,   -51)  ->  Abs (   792,   462)

	Glyph 1006: off = 0x0002C0E6, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			120
	  yMin:			-157
	  xMax:			955
	  yMax:			788

	     0: Flags:		0x0016
		Glyf Index:	1005
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1007: off = 0x0002C0F6, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			50
	  yMin:			-89
	  xMax:			1241
	  yMax:			946

	     0: Flags:		0x0016
		Glyf Index:	821
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1008: off = 0x0002C106, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			106
	  yMin:			-225
	  xMax:			1275
	  yMax:			517

	     0: Flags:		0x0016
		Glyf Index:	822
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1009: off = 0x0002C116, len = 414
	  numberOfContours:	3
	  xMin:			50
	  yMin:			-426
	  xMax:			1241
	  yMax:			946

	EndPoints
	---------
	  0:  59
	  1:  63
	  2:  67

	  Length of Instructions:	213
	00000: PUSHW[2]             38   -42 
	00005: NPUSHB      (16):    14    17    52    41    52    14    17    52    42    52 
	                            11    17    52    60    62    63 
	00023: PUSHW[1]            770 
	00026: PUSHB[5]             61    61    64    66    67 
	00032: PUSHW[3]            770    65   774 
	00039: PUSHB[6]              3     6    14    33    39    32 
	00046: NPUSHW       (9):   775     6   751    57   772    39   751    22   -64 
	00066: PUSHB[4]              9    11    52    22 
	00071: PUSHW[5]            781    14   751    48   747 
	00082: PUSHB[3]             61    63    60 
	00086: PUSHW[1]            769 
	00089: PUSHB[5]             62    62    65    67    66 
	00095: PUSHW[1]            769 
	00098: PUSHB[4]             64    64    36    51 
	00103: PUSHW[1]            780 
	00106: NPUSHB       (9):    10    10    44    36     3    18     0     0    44 
	00117: PUSHW[1]            765 
	00120: PUSHB[5]             64    18    18    69    33 
	00126: PUSHW[4]            763    32    32   -64 
	00135: PUSHB[6]              9    11    52    32    32    36 
	00142: PUSHW[3]            780    26   313 
	00149: SCANCTRL   
	00150: MDAP[rd]   
	00151: MIRP[srp0,md,rd,1] 
	00152: SHP[rp2,zp1] 
	00153: RTHG       
	00154: MDAP[rd]   
	00155: CALL       
	00156: SMD        
	00157: MIRP[nrp0,md,rd,1] 
	00158: SRP1       
	00159: SHP[rp1,zp0] 
	00160: RTG        
	00161: MDAP[rd]   
	00162: SMD        
	00163: MIRP[nrp0,md,rd,1] 
	00164: SHP[rp1,zp0] 
	00165: MDAP[rd]   
	00166: SRP2       
	00167: IP         
	00168: SRP1       
	00169: SRP2       
	00170: IP         
	00171: MDAP[rd]   
	00172: MIRP[nrp0,md,rd,1] 
	00173: SRP1       
	00174: IP         
	00175: MDAP[rd]   
	00176: MIRP[srp0,md,rd,1] 
	00177: IP         
	00178: IP         
	00179: SHP[rp1,zp0] 
	00180: MDAP[rd]   
	00181: MIRP[nrp0,md,rd,1] 
	00182: IP         
	00183: IP         
	00184: SVTCA[y-axis] 
	00185: MIAP[rd+ci] 
	00186: MIRP[nrp0,md,rd,1] 
	00187: MIAP[rd+ci] 
	00188: CALL       
	00189: MIRP[nrp0,md,rd,1] 
	00190: MIAP[rd+ci] 
	00191: MIRP[nrp0,md,rd,1] 
	00192: MIAP[rd+ci] 
	00193: SRP2       
	00194: IP         
	00195: SRP1       
	00196: SRP2       
	00197: IP         
	00198: MIAP[rd+ci] 
	00199: MIRP[nrp0,md,rd,1] 
	00200: IP         
	00201: IP         
	00202: SHP[rp1,zp0] 
	00203: MDAP[rd]   
	00204: MIRP[nrp0,md,rd,1] 
	00205: IP         
	00206: IP         
	00207: IUP[y]     
	00208: IUP[x]     
	00209: SVTCA[x-axis] 
	00210: CALL       
	00211: CALL       
	00212: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:        XDual         Y-Short X-Short Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short X-Short Off
	 22:  YDual                               On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:        XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:  YDual XDual         Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:        XDual         Y-Short X-Short Off
	 60:                                      On
	 61:                      Y-Short X-Short On
	 62:  YDual               Y-Short X-Short On
	 63:  YDual XDual         Y-Short X-Short On
	 64:                      Y-Short X-Short On
	 65:                      Y-Short X-Short On
	 66:  YDual               Y-Short X-Short On
	 67:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1241,   800)  ->  Abs (  1241,   800)
	  1: Rel (     0,   -32)  ->  Abs (  1241,   768)
	  2: Rel (   -12,   -67)  ->  Abs (  1229,   701)
	  3: Rel (    -2,   -14)  ->  Abs (  1227,   687)
	  4: Rel (   -35,    45)  ->  Abs (  1192,   732)
	  5: Rel (   -97,    52)  ->  Abs (  1095,   784)
	  6: Rel (   -50,     0)  ->  Abs (  1045,   784)
	  7: Rel (   -87,     0)  ->  Abs (   958,   784)
	  8: Rel (   -96,  -101)  ->  Abs (   862,   683)
	  9: Rel (   -88,   -93)  ->  Abs (   774,   590)
	 10: Rel (     0,   -55)  ->  Abs (   774,   535)
	 11: Rel (     0,   -19)  ->  Abs (   774,   516)
	 12: Rel (    43,   -19)  ->  Abs (   817,   497)
	 13: Rel (    53,     0)  ->  Abs (   870,   497)
	 14: Rel (    80,     0)  ->  Abs (   950,   497)
	 15: Rel (    72,     0)  ->  Abs (  1022,   497)
	 16: Rel (    69,    -3)  ->  Abs (  1091,   494)
	 17: Rel (    96,   -16)  ->  Abs (  1187,   478)
	 18: Rel (     0,   -65)  ->  Abs (  1187,   413)
	 19: Rel (     0,  -251)  ->  Abs (  1187,   162)
	 20: Rel (  -219,  -131)  ->  Abs (   968,    31)
	 21: Rel (  -201,  -120)  ->  Abs (   767,   -89)
	 22: Rel (  -343,     0)  ->  Abs (   424,   -89)
	 23: Rel (  -178,     0)  ->  Abs (   246,   -89)
	 24: Rel (   -94,    69)  ->  Abs (   152,   -20)
	 25: Rel (  -102,    75)  ->  Abs (    50,    55)
	 26: Rel (     0,   151)  ->  Abs (    50,   206)
	 27: Rel (     0,   104)  ->  Abs (    50,   310)
	 28: Rel (    34,   114)  ->  Abs (    84,   424)
	 29: Rel (    26,    87)  ->  Abs (   110,   511)
	 30: Rel (    46,    95)  ->  Abs (   156,   606)
	 31: Rel (     3,     6)  ->  Abs (   159,   612)
	 32: Rel (    60,   113)  ->  Abs (   219,   725)
	 33: Rel (    42,   -17)  ->  Abs (   261,   708)
	 34: Rel (   -63,  -112)  ->  Abs (   198,   596)
	 35: Rel (   -67,  -195)  ->  Abs (   131,   401)
	 36: Rel (     0,   -75)  ->  Abs (   131,   326)
	 37: Rel (     0,  -122)  ->  Abs (   131,   204)
	 38: Rel (   169,  -122)  ->  Abs (   300,    82)
	 39: Rel (   157,     0)  ->  Abs (   457,    82)
	 40: Rel (   120,     0)  ->  Abs (   577,    82)
	 41: Rel (   159,    48)  ->  Abs (   736,   130)
	 42: Rel (   136,    41)  ->  Abs (   872,   171)
	 43: Rel (   218,   114)  ->  Abs (  1090,   285)
	 44: Rel (     0,    27)  ->  Abs (  1090,   312)
	 45: Rel (     0,    19)  ->  Abs (  1090,   331)
	 46: Rel (   -25,    12)  ->  Abs (  1065,   343)
	 47: Rel (   -28,     0)  ->  Abs (  1037,   343)
	 48: Rel (  -234,     0)  ->  Abs (   803,   343)
	 49: Rel (   -43,     0)  ->  Abs (   760,   343)
	 50: Rel (   -66,    62)  ->  Abs (   694,   405)
	 51: Rel (     0,    49)  ->  Abs (   694,   454)
	 52: Rel (     0,    67)  ->  Abs (   694,   521)
	 53: Rel (    55,   115)  ->  Abs (   749,   636)
	 54: Rel (    60,   125)  ->  Abs (   809,   761)
	 55: Rel (    85,    84)  ->  Abs (   894,   845)
	 56: Rel (   102,   101)  ->  Abs (   996,   946)
	 57: Rel (   103,     0)  ->  Abs (  1099,   946)
	 58: Rel (    66,     0)  ->  Abs (  1165,   946)
	 59: Rel (    76,   -80)  ->  Abs (  1241,   866)
	 60: Rel (  -377, -1057)  ->  Abs (   864,  -191)
	 61: Rel (   -78,  -144)  ->  Abs (   786,  -335)
	 62: Rel (  -162,    86)  ->  Abs (   624,  -249)
	 63: Rel (    75,   143)  ->  Abs (   699,  -106)
	 64: Rel (   -65,  -175)  ->  Abs (   634,  -281)
	 65: Rel (   -76,  -145)  ->  Abs (   558,  -426)
	 66: Rel (  -162,    84)  ->  Abs (   396,  -342)
	 67: Rel (    74,   145)  ->  Abs (   470,  -197)

	Glyph 1010: off = 0x0002C2B4, len = 442
	  numberOfContours:	3
	  xMin:			106
	  yMin:			-434
	  xMax:			1275
	  yMax:			517

	EndPoints
	---------
	  0:  54
	  1:  58
	  2:  62

	  Length of Instructions:	254
	00000: PUSHB[6]            134    51   150    51     2    32 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (19):    12    24    52    58    16    18    21    52    20    24 
	                            18    20    52   150    15   167    15     2     6 
	00031: PUSHW[1]            -64 
	00034: PUSHB[7]              9    10    52     6     6     1    44 
	00042: PUSHW[1]            -64 
	00045: PUSHB[7]             46    47    52    44    44     1    34 
	00053: PUSHW[1]            751 
	00056: NPUSHB      (12):   239    17     1    17    17    62    55    57   159    58 
	                             1    58 
	00070: PUSHW[1]            788 
	00073: PUSHB[8]             56    56    59    61   159    62     1    62 
	00082: PUSHW[3]            788    60   -64 
	00089: PUSHB[4]              9    12    52    60 
	00094: PUSHW[1]            774 
	00097: PUSHB[4]             26    25    25    53 
	00102: PUSHW[3]            751     1   747 
	00109: PUSHB[3]             56    58    55 
	00113: PUSHW[1]            769 
	00116: PUSHB[5]             57    57    60    62    61 
	00122: PUSHW[1]            769 
	00125: PUSHB[8]             48    59     1    59    59    47    30    38 
	00134: PUSHW[1]            780 
	00137: PUSHB[4]             13    13     0    47 
	00142: PUSHW[1]            780 
	00145: PUSHB[5]             64     4     4    30     0 
	00151: PUSHW[7]            752    64    26   763    32    25   -64 
	00166: PUSHB[6]              9    11    52    25    25    30 
	00173: PUSHW[3]            780    21   313 
	00180: SCANCTRL   
	00181: MDAP[rd]   
	00182: MIRP[srp0,md,rd,1] 
	00183: SHP[rp2,zp1] 
	00184: RTHG       
	00185: MDAP[rd]   
	00186: CALL       
	00187: SMD        
	00188: MIRP[nrp0,md,rd,1] 
	00189: RTG        
	00190: SRP0       
	00191: MIRP[nrp0,nmd,rd,0] 
	00192: SRP1       
	00193: IP         
	00194: MDAP[rd]   
	00195: SMD        
	00196: MIRP[nrp0,md,rd,1] 
	00197: SRP2       
	00198: IP         
	00199: MDAP[rd]   
	00200: MIRP[nrp0,md,rd,1] 
	00201: SRP1       
	00202: SRP2       
	00203: IP         
	00204: MDAP[rd]   
	00205: DELTAP1    
	00206: MIRP[srp0,md,rd,1] 
	00207: IP         
	00208: IP         
	00209: SHP[rp1,zp0] 
	00210: MDAP[rd]   
	00211: MIRP[nrp0,md,rd,1] 
	00212: IP         
	00213: IP         
	00214: SVTCA[y-axis] 
	00215: MIAP[rd+ci] 
	00216: MIRP[srp0,md,rd,1] 
	00217: SHP[rp2,zp1] 
	00218: MDAP[rd]   
	00219: IP         
	00220: MIAP[rd+ci] 
	00221: CALL       
	00222: MIRP[nrp0,md,rd,1] 
	00223: DELTAP1    
	00224: IP         
	00225: IP         
	00226: SHP[rp1,zp0] 
	00227: MDAP[rd]   
	00228: MIRP[nrp0,md,rd,1] 
	00229: DELTAP1    
	00230: IP         
	00231: IP         
	00232: SRP1       
	00233: SHP[rp1,zp0] 
	00234: MDAP[rd]   
	00235: DELTAP1    
	00236: MIRP[srp0,md,rd,1] 
	00237: SRP1       
	00238: IP         
	00239: MDAP[rd]   
	00240: CALL       
	00241: SRP2       
	00242: IP         
	00243: MDAP[rd]   
	00244: CALL       
	00245: IUP[y]     
	00246: IUP[x]     
	00247: SVTCA[x-axis] 
	00248: DELTAP1    
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: SVTCA[y-axis] 
	00253: DELTAP2    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual                       X-Short Off
	  3:                      Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short X-Short On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:  YDual                               On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:        XDual         Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:  YDual XDual         Y-Short         On
	 48:  YDual XDual         Y-Short         Off
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short On
	 55:                                      On
	 56:                      Y-Short X-Short On
	 57:  YDual               Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short On
	 59:                      Y-Short X-Short On
	 60:                      Y-Short X-Short On
	 61:  YDual               Y-Short X-Short On
	 62:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1275,   293)  ->  Abs (  1275,   293)
	  1: Rel (  -175,     0)  ->  Abs (  1100,   293)
	  2: Rel (  -154,     0)  ->  Abs (   946,   293)
	  3: Rel (  -155,   -16)  ->  Abs (   791,   277)
	  4: Rel (     0,   -24)  ->  Abs (   791,   253)
	  5: Rel (     0,   -33)  ->  Abs (   791,   220)
	  6: Rel (    93,     0)  ->  Abs (   884,   220)
	  7: Rel (    41,     0)  ->  Abs (   925,   220)
	  8: Rel (    48,    -4)  ->  Abs (   973,   216)
	  9: Rel (    81,    -9)  ->  Abs (  1054,   207)
	 10: Rel (    48,    -6)  ->  Abs (  1102,   201)
	 11: Rel (    18,    -9)  ->  Abs (  1120,   192)
	 12: Rel (    29,   -15)  ->  Abs (  1149,   177)
	 13: Rel (     0,   -37)  ->  Abs (  1149,   140)
	 14: Rel (     0,  -187)  ->  Abs (  1149,   -47)
	 15: Rel (  -123,   -85)  ->  Abs (  1026,  -132)
	 16: Rel (  -134,   -93)  ->  Abs (   892,  -225)
	 17: Rel (  -309,     0)  ->  Abs (   583,  -225)
	 18: Rel (  -215,     0)  ->  Abs (   368,  -225)
	 19: Rel (  -127,    73)  ->  Abs (   241,  -152)
	 20: Rel (  -135,    78)  ->  Abs (   106,   -74)
	 21: Rel (     0,   144)  ->  Abs (   106,    70)
	 22: Rel (     0,   116)  ->  Abs (   106,   186)
	 23: Rel (    64,   130)  ->  Abs (   170,   316)
	 24: Rel (    23,    47)  ->  Abs (   193,   363)
	 25: Rel (    98,   154)  ->  Abs (   291,   517)
	 26: Rel (    40,   -20)  ->  Abs (   331,   497)
	 27: Rel (   -38,   -65)  ->  Abs (   293,   432)
	 28: Rel (   -37,   -64)  ->  Abs (   256,   368)
	 29: Rel (   -57,  -110)  ->  Abs (   199,   258)
	 30: Rel (     0,   -70)  ->  Abs (   199,   188)
	 31: Rel (     0,  -123)  ->  Abs (   199,    65)
	 32: Rel (   128,   -64)  ->  Abs (   327,     1)
	 33: Rel (   122,   -61)  ->  Abs (   449,   -60)
	 34: Rel (   213,     0)  ->  Abs (   662,   -60)
	 35: Rel (   143,     0)  ->  Abs (   805,   -60)
	 36: Rel (   109,    22)  ->  Abs (   914,   -38)
	 37: Rel (   134,    27)  ->  Abs (  1048,   -11)
	 38: Rel (     0,    47)  ->  Abs (  1048,    36)
	 39: Rel (     0,    17)  ->  Abs (  1048,    53)
	 40: Rel (   -30,    17)  ->  Abs (  1018,    70)
	 41: Rel (   -35,     0)  ->  Abs (   983,    70)
	 42: Rel (   -27,     3)  ->  Abs (   956,    73)
	 43: Rel (  -115,     7)  ->  Abs (   841,    80)
	 44: Rel (   -18,     0)  ->  Abs (   823,    80)
	 45: Rel (   -63,     0)  ->  Abs (   760,    80)
	 46: Rel (   -54,    33)  ->  Abs (   706,   113)
	 47: Rel (     0,    33)  ->  Abs (   706,   146)
	 48: Rel (     0,   124)  ->  Abs (   706,   270)
	 49: Rel (    73,    79)  ->  Abs (   779,   349)
	 50: Rel (    60,    64)  ->  Abs (   839,   413)
	 51: Rel (   101,    31)  ->  Abs (   940,   444)
	 52: Rel (    76,    23)  ->  Abs (  1016,   467)
	 53: Rel (    84,     0)  ->  Abs (  1100,   467)
	 54: Rel (   175,     0)  ->  Abs (  1275,   467)
	 55: Rel (  -414,  -815)  ->  Abs (   861,  -348)
	 56: Rel (   -93,   -86)  ->  Abs (   768,  -434)
	 57: Rel (  -112,    71)  ->  Abs (   656,  -363)
	 58: Rel (    90,    94)  ->  Abs (   746,  -269)
	 59: Rel (   -92,   -79)  ->  Abs (   654,  -348)
	 60: Rel (   -91,   -86)  ->  Abs (   563,  -434)
	 61: Rel (  -116,    71)  ->  Abs (   447,  -363)
	 62: Rel (    93,    94)  ->  Abs (   540,  -269)

	Glyph 1011: off = 0x0002C46E, len = 206
	  numberOfContours:	3
	  xMin:			0
	  yMin:			-142
	  xMax:			570
	  yMax:			934

	EndPoints
	---------
	  0:  12
	  1:  16
	  2:  20

	  Length of Instructions:	125
	00000: PUSHB[8]              6    52    12    17    52    17    19    18 
	00009: PUSHW[1]            770 
	00012: PUSHB[5]             20    20    15    13    14 
	00018: PUSHW[1]            770 
	00021: PUSHB[7]              0    16     1    16    16     1     7 
	00029: PUSHW[7]            751     8   772     2   751     1   747 
	00044: PUSHB[3]             14    16    13 
	00048: PUSHW[1]            769 
	00051: PUSHB[5]             15    15    18    20    19 
	00057: PUSHW[1]            769 
	00060: PUSHB[8]             17    17     1     8     8     7     7     3 
	00069: PUSHW[6]            771     0   752    22     1   298 
	00082: SCANCTRL   
	00083: MDAP[rd]   
	00084: SRP0       
	00085: MIRP[srp0,nmd,rd,0] 
	00086: MIRP[srp0,md,rd,1] 
	00087: SHP[rp2,zp1] 
	00088: MDAP[rd]   
	00089: RTHG       
	00090: IP         
	00091: MDAP[rd]   
	00092: RTG        
	00093: SRP1       
	00094: IP         
	00095: MDAP[rd]   
	00096: MIRP[srp0,md,rd,1] 
	00097: IP         
	00098: IP         
	00099: SHP[rp1,zp0] 
	00100: MDAP[rd]   
	00101: MIRP[nrp0,md,rd,1] 
	00102: IP         
	00103: IP         
	00104: SVTCA[y-axis] 
	00105: MIAP[rd+ci] 
	00106: MIRP[nrp0,md,rd,1] 
	00107: MIAP[rd+ci] 
	00108: MIRP[nrp0,md,rd,1] 
	00109: SRP1       
	00110: SHP[rp1,zp0] 
	00111: MDAP[rd]   
	00112: DELTAP1    
	00113: MIRP[nrp0,md,rd,1] 
	00114: IP         
	00115: IP         
	00116: SHP[rp1,zp0] 
	00117: MDAP[rd]   
	00118: MIRP[srp0,md,rd,1] 
	00119: IP         
	00120: IP         
	00121: IUP[y]     
	00122: IUP[x]     
	00123: SVTCA[x-axis] 
	00124: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short On
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:                              X-Short On
	 14:                      Y-Short X-Short On
	 15:  YDual               Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short On
	 19:  YDual               Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   570,   293)  ->  Abs (   570,   293)
	  1: Rel (  -570,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   497,     0)  ->  Abs (   497,   467)
	  4: Rel (     0,   118)  ->  Abs (   497,   585)
	  5: Rel (   -28,    62)  ->  Abs (   469,   647)
	  6: Rel (   -19,    43)  ->  Abs (   450,   690)
	  7: Rel (   -75,    81)  ->  Abs (   375,   771)
	  8: Rel (    78,   163)  ->  Abs (   453,   934)
	  9: Rel (    72,   -91)  ->  Abs (   525,   843)
	 10: Rel (    18,   -51)  ->  Abs (   543,   792)
	 11: Rel (    27,   -77)  ->  Abs (   570,   715)
	 12: Rel (     0,  -178)  ->  Abs (   570,   537)
	 13: Rel (    -5,  -444)  ->  Abs (   565,    93)
	 14: Rel (   -78,  -144)  ->  Abs (   487,   -51)
	 15: Rel (  -162,    86)  ->  Abs (   325,    35)
	 16: Rel (    75,   143)  ->  Abs (   400,   178)
	 17: Rel (   -65,  -175)  ->  Abs (   335,     3)
	 18: Rel (   -76,  -145)  ->  Abs (   259,  -142)
	 19: Rel (  -162,    84)  ->  Abs (    97,   -58)
	 20: Rel (    74,   145)  ->  Abs (   171,    87)

	Glyph 1012: off = 0x0002C53C, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			0
	  yMin:			-142
	  xMax:			570
	  yMax:			934

	     0: Flags:		0x0016
		Glyf Index:	1011
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1013: off = 0x0002C54C, len = 608
	  numberOfContours:	3
	  xMin:			64
	  yMin:			162
	  xMax:			1038
	  yMax:			1693

	EndPoints
	---------
	  0:  68
	  1:  78
	  2:  101

	  Length of Instructions:	304
	00000: NPUSHB      (19):    84     8    86    74     2    79    99   101    64    22 
	                            63    52   101   101    95    99    91    87    90 
	00021: PUSHW[1]            -64 
	00024: PUSHB[7]             22    63    52    90    90    83    95 
	00032: PUSHW[1]            753 
	00035: PUSHB[3]             87    87    99 
	00039: PUSHW[1]            753 
	00042: NPUSHB      (39):    83    83    46    60    59     0     1     2    75    31 
	                            46    55    32    12    17    52    21    72    23     7 
	                            55     5    35    14    75    17   143    35     1    35 
	                            64     9    17    52    35    35    46    75     2 
	00083: PUSHW[1]            751 
	00086: PUSHB[4]              0     0    75    63 
	00091: PUSHW[8]            754    46   754    17   751    64    75   747 
	00108: NPUSHB      (19):   101   101    79    90    79    90    91    91    31    35 
	                            42    55    72     7    75    21    23    17    64 
	00129: PUSHW[1]            763 
	00132: NPUSHB      (11):    32    63    63    60    60    59     1     2     0     0 
	                            59 
	00145: PUSHW[1]            780 
	00148: PUSHB[3]              2     2     7 
	00152: PUSHW[3]            780    23   -64 
	00159: NPUSHB       (9):     9    10    52    23    23    17    17    42    69 
	00170: PUSHW[1]            771 
	00173: NPUSHB      (17):    11    64    13    15    52    11    64     9    11    52 
	                            11    11   103    64    42     1    42 
	00192: PUSHW[1]            277 
	00195: SCANCTRL   
	00196: MDAP[rd]   
	00197: DELTAP1    
	00198: SRP1       
	00199: SHP[rp1,zp0] 
	00200: MDAP[rd]   
	00201: CALL       
	00202: CALL       
	00203: MIRP[nrp0,md,rd,1] 
	00204: SRP1       
	00205: IP         
	00206: MDAP[rd]   
	00207: IP         
	00208: MDAP[rd]   
	00209: CALL       
	00210: MIRP[srp0,md,rd,1] 
	00211: SHP[rp2,zp1] 
	00212: MDAP[rd]   
	00213: MIRP[nrp0,md,rd,1] 
	00214: SHP[rp1,zp0] 
	00215: MDAP[rd]   
	00216: SRP2       
	00217: IP         
	00218: SRP1       
	00219: SHP[rp1,zp0] 
	00220: MDAP[rd]   
	00221: SHP[rp1,zp0] 
	00222: RTHG       
	00223: MDAP[rd]   
	00224: SMD        
	00225: MIRP[nrp0,md,rd,1] 
	00226: SRP1       
	00227: SRP2       
	00228: IP         
	00229: IP         
	00230: SRP1       
	00231: IP         
	00232: IP         
	00233: SRP1       
	00234: IP         
	00235: IP         
	00236: SHP[rp1,zp0] 
	00237: RTG        
	00238: MDAP[rd]   
	00239: SHP[rp1,zp0] 
	00240: SHP[rp1,zp0] 
	00241: RTHG       
	00242: MDAP[rd]   
	00243: RTG        
	00244: MDAP[rd]   
	00245: SHP[rp1,zp0] 
	00246: RTHG       
	00247: MDAP[rd]   
	00248: SVTCA[y-axis] 
	00249: RTG        
	00250: MIAP[rd+ci] 
	00251: SMD        
	00252: MIRP[nrp0,md,rd,1] 
	00253: MIAP[rd+ci] 
	00254: MIAP[rd+ci] 
	00255: SRP2       
	00256: IP         
	00257: MDAP[rd]   
	00258: MIRP[nrp0,md,rd,1] 
	00259: SRP1       
	00260: SRP2       
	00261: IP         
	00262: MDAP[rd]   
	00263: CALL       
	00264: DELTAP1    
	00265: SRP1       
	00266: SRP2       
	00267: IP         
	00268: SRP1       
	00269: SLOOP      
	00270: IP         
	00271: CALL       
	00272: SRP2       
	00273: IP         
	00274: SRP1       
	00275: SRP2       
	00276: IP         
	00277: SRP1       
	00278: IP         
	00279: IP         
	00280: SRP1       
	00281: SHP[rp1,zp0] 
	00282: MDAP[rd]   
	00283: MIRP[nrp0,md,rd,1] 
	00284: SHP[rp1,zp0] 
	00285: MDAP[rd]   
	00286: MIRP[nrp0,md,rd,1] 
	00287: SRP2       
	00288: IP         
	00289: MDAP[rd]   
	00290: CALL       
	00291: SRP2       
	00292: IP         
	00293: SRP1       
	00294: SRP2       
	00295: IP         
	00296: MDAP[rd]   
	00297: CALL       
	00298: SRP2       
	00299: IP         
	00300: IUP[y]     
	00301: IUP[x]     
	00302: SVTCA[y-axis] 
	00303: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual               Y-Short X-Short On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short On
	 65:        XDual         Y-Short X-Short Off
	 66:        XDual         Y-Short X-Short On
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short Off
	 69:                              X-Short On
	 70:  YDual XDual         Y-Short         Off
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual               Y-Short X-Short On
	 73:                      Y-Short X-Short Off
	 74:                      Y-Short X-Short Off
	 75:                      Y-Short X-Short On
	 76:  YDual XDual                 X-Short Off
	 77:  YDual XDual         Y-Short X-Short On
	 78:  YDual XDual         Y-Short X-Short Off
	 79:                                      On
	 80:                      Y-Short X-Short Off
	 81:                      Y-Short X-Short On
	 82:                      Y-Short X-Short Off
	 83:  YDual                       X-Short On
	 84:  YDual                       X-Short Off
	 85:  YDual               Y-Short X-Short On
	 86:  YDual               Y-Short X-Short Off
	 87:  YDual                       X-Short On
	 88:  YDual                       X-Short Off
	 89:                      Y-Short X-Short Off
	 90:                      Y-Short X-Short On
	 91:  YDual               Y-Short X-Short On
	 92:  YDual XDual         Y-Short X-Short Off
	 93:  YDual XDual         Y-Short X-Short On
	 94:  YDual XDual         Y-Short X-Short Off
	 95:  YDual XDual                 X-Short On
	 96:  YDual XDual                 X-Short Off
	 97:        XDual         Y-Short X-Short On
	 98:        XDual         Y-Short X-Short Off
	 99:  YDual XDual                 X-Short On
	100:  YDual XDual                 X-Short Off
	101:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1038,  1350)  ->  Abs (  1038,  1350)
	  1: Rel (   -48,  -180)  ->  Abs (   990,  1170)
	  2: Rel (   -59,    29)  ->  Abs (   931,  1199)
	  3: Rel (     2,   -91)  ->  Abs (   933,  1108)
	  4: Rel (     0,  -134)  ->  Abs (   933,   974)
	  5: Rel (   -34,  -126)  ->  Abs (   899,   848)
	  6: Rel (   -37,  -138)  ->  Abs (   862,   710)
	  7: Rel (   -80,  -135)  ->  Abs (   782,   575)
	  8: Rel (    38,   -70)  ->  Abs (   820,   505)
	  9: Rel (    15,   -40)  ->  Abs (   835,   465)
	 10: Rel (    23,   -63)  ->  Abs (   858,   402)
	 11: Rel (     0,   -65)  ->  Abs (   858,   337)
	 12: Rel (     0,   -37)  ->  Abs (   858,   300)
	 13: Rel (    -4,   -52)  ->  Abs (   854,   248)
	 14: Rel (    -7,   -35)  ->  Abs (   847,   213)
	 15: Rel (  -106,   -24)  ->  Abs (   741,   189)
	 16: Rel (  -241,   -27)  ->  Abs (   500,   162)
	 17: Rel (  -114,     0)  ->  Abs (   386,   162)
	 18: Rel (     1,    19)  ->  Abs (   387,   181)
	 19: Rel (     0,    13)  ->  Abs (   387,   194)
	 20: Rel (     5,    76)  ->  Abs (   392,   270)
	 21: Rel (    19,    65)  ->  Abs (   411,   335)
	 22: Rel (   170,    91)  ->  Abs (   581,   426)
	 23: Rel (   117,   145)  ->  Abs (   698,   571)
	 24: Rel (   -70,   132)  ->  Abs (   628,   703)
	 25: Rel (   -32,    55)  ->  Abs (   596,   758)
	 26: Rel (   -35,    60)  ->  Abs (   561,   818)
	 27: Rel (   -84,   127)  ->  Abs (   477,   945)
	 28: Rel (   -31,    43)  ->  Abs (   446,   988)
	 29: Rel (   -24,    26)  ->  Abs (   422,  1014)
	 30: Rel (   -33,    35)  ->  Abs (   389,  1049)
	 31: Rel (   -19,     0)  ->  Abs (   370,  1049)
	 32: Rel (   -13,     0)  ->  Abs (   357,  1049)
	 33: Rel (   -30,   -15)  ->  Abs (   327,  1034)
	 34: Rel (   -16,    -8)  ->  Abs (   311,  1026)
	 35: Rel (   -11,     0)  ->  Abs (   300,  1026)
	 36: Rel (   -22,     0)  ->  Abs (   278,  1026)
	 37: Rel (   -47,    44)  ->  Abs (   231,  1070)
	 38: Rel (   -41,    39)  ->  Abs (   190,  1109)
	 39: Rel (   -45,    57)  ->  Abs (   145,  1166)
	 40: Rel (   -36,    46)  ->  Abs (   109,  1212)
	 41: Rel (   -26,    61)  ->  Abs (    83,  1273)
	 42: Rel (     0,    43)  ->  Abs (    83,  1316)
	 43: Rel (     0,    62)  ->  Abs (    83,  1378)
	 44: Rel (     8,    35)  ->  Abs (    91,  1413)
	 45: Rel (    12,    53)  ->  Abs (   103,  1466)
	 46: Rel (    29,     0)  ->  Abs (   132,  1466)
	 47: Rel (    41,     0)  ->  Abs (   173,  1466)
	 48: Rel (    78,   -78)  ->  Abs (   251,  1388)
	 49: Rel (    69,   -70)  ->  Abs (   320,  1318)
	 50: Rel (    85,  -114)  ->  Abs (   405,  1204)
	 51: Rel (    75,  -101)  ->  Abs (   480,  1103)
	 52: Rel (    73,  -117)  ->  Abs (   553,   986)
	 53: Rel (   102,  -164)  ->  Abs (   655,   822)
	 54: Rel (    45,   -74)  ->  Abs (   700,   748)
	 55: Rel (    47,   -94)  ->  Abs (   747,   654)
	 56: Rel (    67,   135)  ->  Abs (   814,   789)
	 57: Rel (    25,   138)  ->  Abs (   839,   927)
	 58: Rel (    22,   120)  ->  Abs (   861,  1047)
	 59: Rel (     0,   186)  ->  Abs (   861,  1233)
	 60: Rel (   -57,    33)  ->  Abs (   804,  1266)
	 61: Rel (     0,    66)  ->  Abs (   804,  1332)
	 62: Rel (    23,   107)  ->  Abs (   827,  1439)
	 63: Rel (    21,    44)  ->  Abs (   848,  1483)
	 64: Rel (    23,    -6)  ->  Abs (   871,  1477)
	 65: Rel (     4,   -43)  ->  Abs (   875,  1434)
	 66: Rel (    44,   -26)  ->  Abs (   919,  1408)
	 67: Rel (    24,   -14)  ->  Abs (   943,  1394)
	 68: Rel (    75,   -36)  ->  Abs (  1018,  1358)
	 69: Rel (  -240,  -981)  ->  Abs (   778,   377)
	 70: Rel (     0,    22)  ->  Abs (   778,   399)
	 71: Rel (   -17,    47)  ->  Abs (   761,   446)
	 72: Rel (   -29,    54)  ->  Abs (   732,   500)
	 73: Rel (   -30,   -39)  ->  Abs (   702,   461)
	 74: Rel (  -119,  -102)  ->  Abs (   583,   359)
	 75: Rel (   -58,   -36)  ->  Abs (   525,   323)
	 76: Rel (   118,     0)  ->  Abs (   643,   323)
	 77: Rel (    50,     7)  ->  Abs (   693,   330)
	 78: Rel (    85,    12)  ->  Abs (   778,   342)
	 79: Rel (  -306,  1312)  ->  Abs (   472,  1654)
	 80: Rel (   -28,   -32)  ->  Abs (   444,  1622)
	 81: Rel (   -29,   -17)  ->  Abs (   415,  1605)
	 82: Rel (   -41,   -24)  ->  Abs (   374,  1581)
	 83: Rel (   -48,     0)  ->  Abs (   326,  1581)
	 84: Rel (   -50,     0)  ->  Abs (   276,  1581)
	 85: Rel (   -45,    15)  ->  Abs (   231,  1596)
	 86: Rel (   -99,    33)  ->  Abs (   132,  1629)
	 87: Rel (    -6,     0)  ->  Abs (   126,  1629)
	 88: Rel (   -12,     0)  ->  Abs (   114,  1629)
	 89: Rel (   -24,    -7)  ->  Abs (    90,  1622)
	 90: Rel (   -15,    -7)  ->  Abs (    75,  1615)
	 91: Rel (   -11,    13)  ->  Abs (    64,  1628)
	 92: Rel (    25,    36)  ->  Abs (    89,  1664)
	 93: Rel (    11,     9)  ->  Abs (   100,  1673)
	 94: Rel (    23,    20)  ->  Abs (   123,  1693)
	 95: Rel (    38,     0)  ->  Abs (   161,  1693)
	 96: Rel (     9,     0)  ->  Abs (   170,  1693)
	 97: Rel (   100,   -32)  ->  Abs (   270,  1661)
	 98: Rel (    50,   -16)  ->  Abs (   320,  1645)
	 99: Rel (    33,     0)  ->  Abs (   353,  1645)
	100: Rel (    53,     0)  ->  Abs (   406,  1645)
	101: Rel (    52,    23)  ->  Abs (   458,  1668)

	Glyph 1014: off = 0x0002C7AC, len = 586
	  numberOfContours:	3
	  xMin:			64
	  yMin:			242
	  xMax:			1291
	  yMax:			1693

	EndPoints
	---------
	  0:  23
	  1:  62
	  2:  85

	  Length of Instructions:	328
	00000: PUSHW[2]             22   -32 
	00005: PUSHB[4]             15    17    52    20 
	00010: PUSHW[1]            -32 
	00013: PUSHB[4]             15    17    52    21 
	00018: PUSHW[1]            -42 
	00021: PUSHB[4]             14    17    52    41 
	00026: PUSHW[1]            -42 
	00029: PUSHB[4]             11    17    52    40 
	00034: PUSHW[1]            -32 
	00037: NPUSHB       (9):    11    17    52    91    28   137    43     2    34 
	00048: PUSHW[1]            -32 
	00051: NPUSHB      (37):     9    10    52    43    42     9    17    52    42    74 
	                             9    17    52    41    84     9    17    52    40    64 
	                             9    17    52    63    83    85    64    22    63    52 
	                            85    85    79    83    75    71    74 
	00090: PUSHW[1]            -64 
	00093: PUSHB[7]             22    63    52    74    74    67    79 
	00101: PUSHW[1]            753 
	00104: PUSHB[3]             71    71    83 
	00108: PUSHW[1]            753 
	00111: NPUSHB      (24):    67    67     7    10    64    10    17    52    10    10 
	                            18     3    32    32    48     3    64     9    24    52 
	                             3     3    62    18 
	00137: PUSHW[7]            754    48   751    51   754    39   763 
	00152: PUSHB[3]             38    38    62 
	00156: PUSHW[3]            751    25   747 
	00163: NPUSHB      (13):    85    85    63    74    63    63    74    75    75     7 
	                            10     0     3 
	00178: PUSHW[1]            -64 
	00181: PUSHB[7]             24    32    52     4     3     1     3 
	00189: PUSHW[1]            -64 
	00192: NPUSHB      (13):    10    15    52     3     3    16    32    55    45    11 
	                            48     1    48 
	00207: PUSHW[1]            784 
	00210: PUSHB[3]             51    51    45 
	00214: PUSHW[1]            784 
	00217: PUSHB[3]             55    55    24 
	00221: PUSHW[1]            752 
	00224: PUSHB[4]             87    38    38    16 
	00229: PUSHW[1]            285 
	00232: SCANCTRL   
	00233: MDAP[rd]   
	00234: SHP[rp1,zp0] 
	00235: MDAP[rd]   
	00236: SRP0       
	00237: MIRP[srp0,nmd,rd,1] 
	00238: SHP[rp2,zp1] 
	00239: MDAP[rd]   
	00240: MIRP[nrp0,md,rd,1] 
	00241: SHP[rp1,zp0] 
	00242: RTHG       
	00243: MDAP[rd]   
	00244: RTG        
	00245: MIRP[nrp0,md,rd,1] 
	00246: DELTAP1    
	00247: SRP1       
	00248: SRP2       
	00249: IP         
	00250: RTHG       
	00251: SRP2       
	00252: IP         
	00253: MDAP[rd]   
	00254: CALL       
	00255: DELTAP1    
	00256: CALL       
	00257: SHP[rp1,zp0] 
	00258: IP         
	00259: IP         
	00260: SHP[rp2,zp1] 
	00261: RTG        
	00262: MDAP[rd]   
	00263: SHP[rp1,zp0] 
	00264: SHP[rp1,zp0] 
	00265: MDAP[rd]   
	00266: RTHG       
	00267: MDAP[rd]   
	00268: SRP1       
	00269: SHP[rp1,zp0] 
	00270: MDAP[rd]   
	00271: SVTCA[y-axis] 
	00272: RTG        
	00273: MIAP[rd+ci] 
	00274: MIRP[nrp0,md,rd,1] 
	00275: SHP[rp1,zp0] 
	00276: MDAP[rd]   
	00277: MIRP[nrp0,md,rd,1] 
	00278: MIAP[rd+ci] 
	00279: MIRP[nrp0,md,rd,1] 
	00280: MIAP[rd+ci] 
	00281: SRP2       
	00282: IP         
	00283: MDAP[rd]   
	00284: CALL       
	00285: SRP1       
	00286: IP         
	00287: MDAP[rd]   
	00288: SRP1       
	00289: SRP2       
	00290: IP         
	00291: MDAP[rd]   
	00292: CALL       
	00293: IP         
	00294: SHP[rp2,zp1] 
	00295: MDAP[rd]   
	00296: MIRP[nrp0,md,rd,1] 
	00297: SHP[rp1,zp0] 
	00298: MDAP[rd]   
	00299: MIRP[nrp0,md,rd,1] 
	00300: SRP2       
	00301: IP         
	00302: MDAP[rd]   
	00303: CALL       
	00304: SRP2       
	00305: IP         
	00306: SRP1       
	00307: SRP2       
	00308: IP         
	00309: MDAP[rd]   
	00310: CALL       
	00311: SRP2       
	00312: IP         
	00313: IUP[y]     
	00314: IUP[x]     
	00315: SVTCA[x-axis] 
	00316: CALL       
	00317: CALL       
	00318: CALL       
	00319: CALL       
	00320: CALL       
	00321: DELTAP1    
	00322: SVTCA[y-axis] 
	00323: CALL       
	00324: CALL       
	00325: CALL       
	00326: CALL       
	00327: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:                                      On
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:                              X-Short Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:  YDual                               On
	 39:  YDual XDual         Y-Short         On
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual               Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short X-Short On
	 60:        XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short On
	 63:                                      On
	 64:                      Y-Short X-Short Off
	 65:                      Y-Short X-Short On
	 66:                      Y-Short X-Short Off
	 67:  YDual                       X-Short On
	 68:  YDual                       X-Short Off
	 69:  YDual               Y-Short X-Short On
	 70:  YDual               Y-Short X-Short Off
	 71:  YDual                       X-Short On
	 72:  YDual                       X-Short Off
	 73:                      Y-Short X-Short Off
	 74:                      Y-Short X-Short On
	 75:  YDual               Y-Short X-Short On
	 76:  YDual XDual         Y-Short X-Short Off
	 77:  YDual XDual         Y-Short X-Short On
	 78:  YDual XDual         Y-Short X-Short Off
	 79:  YDual XDual                 X-Short On
	 80:  YDual XDual                 X-Short Off
	 81:        XDual         Y-Short X-Short On
	 82:        XDual         Y-Short X-Short Off
	 83:  YDual XDual                 X-Short On
	 84:  YDual XDual                 X-Short Off
	 85:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   807,   816)  ->  Abs (   807,   816)
	  1: Rel (     0,   -20)  ->  Abs (   807,   796)
	  2: Rel (    -4,   -28)  ->  Abs (   803,   768)
	  3: Rel (    -8,   -21)  ->  Abs (   795,   747)
	  4: Rel (   -56,   125)  ->  Abs (   739,   872)
	  5: Rel (  -110,   133)  ->  Abs (   629,  1005)
	  6: Rel (  -122,   147)  ->  Abs (   507,  1152)
	  7: Rel (   -70,     0)  ->  Abs (   437,  1152)
	  8: Rel (   -15,     0)  ->  Abs (   422,  1152)
	  9: Rel (   -30,   -52)  ->  Abs (   392,  1100)
	 10: Rel (   -20,     0)  ->  Abs (   372,  1100)
	 11: Rel (   -27,     0)  ->  Abs (   345,  1100)
	 12: Rel (   -58,    35)  ->  Abs (   287,  1135)
	 13: Rel (   -73,    44)  ->  Abs (   214,  1179)
	 14: Rel (   -44,    58)  ->  Abs (   170,  1237)
	 15: Rel (   -59,    78)  ->  Abs (   111,  1315)
	 16: Rel (     0,    88)  ->  Abs (   111,  1403)
	 17: Rel (     0,    63)  ->  Abs (   111,  1466)
	 18: Rel (    41,     0)  ->  Abs (   152,  1466)
	 19: Rel (    72,     0)  ->  Abs (   224,  1466)
	 20: Rel (   153,   -91)  ->  Abs (   377,  1375)
	 21: Rel (   171,  -101)  ->  Abs (   548,  1274)
	 22: Rel (   116,  -135)  ->  Abs (   664,  1139)
	 23: Rel (   143,  -165)  ->  Abs (   807,   974)
	 24: Rel (   484,  -681)  ->  Abs (  1291,   293)
	 25: Rel (  -131,     0)  ->  Abs (  1160,   293)
	 26: Rel (   -84,     0)  ->  Abs (  1076,   293)
	 27: Rel (   -51,    91)  ->  Abs (  1025,   384)
	 28: Rel (   -61,   110)  ->  Abs (   964,   494)
	 29: Rel (     0,   223)  ->  Abs (   964,   717)
	 30: Rel (     0,    16)  ->  Abs (   964,   733)
	 31: Rel (    -7,    54)  ->  Abs (   957,   787)
	 32: Rel (     0,     7)  ->  Abs (   957,   794)
	 33: Rel (   -96,  -267)  ->  Abs (   861,   527)
	 34: Rel (   -75,   -99)  ->  Abs (   786,   428)
	 35: Rel (   -89,  -116)  ->  Abs (   697,   312)
	 36: Rel (  -162,   -38)  ->  Abs (   535,   274)
	 37: Rel (  -138,   -32)  ->  Abs (   397,   242)
	 38: Rel (  -332,     0)  ->  Abs (    65,   242)
	 39: Rel (     0,    28)  ->  Abs (    65,   270)
	 40: Rel (   269,    81)  ->  Abs (   334,   351)
	 41: Rel (   132,    59)  ->  Abs (   466,   410)
	 42: Rel (   213,    94)  ->  Abs (   679,   504)
	 43: Rel (   110,   123)  ->  Abs (   789,   627)
	 44: Rel (   133,   148)  ->  Abs (   922,   775)
	 45: Rel (     0,   203)  ->  Abs (   922,   978)
	 46: Rel (     0,    98)  ->  Abs (   922,  1076)
	 47: Rel (   -25,   170)  ->  Abs (   897,  1246)
	 48: Rel (   -22,    89)  ->  Abs (   875,  1335)
	 49: Rel (    33,    84)  ->  Abs (   908,  1419)
	 50: Rel (    20,    49)  ->  Abs (   928,  1468)
	 51: Rel (    17,    34)  ->  Abs (   945,  1502)
	 52: Rel (    26,  -144)  ->  Abs (   971,  1358)
	 53: Rel (    23,  -167)  ->  Abs (   994,  1191)
	 54: Rel (    16,  -115)  ->  Abs (  1010,  1076)
	 55: Rel (    15,  -132)  ->  Abs (  1025,   944)
	 56: Rel (    19,  -162)  ->  Abs (  1044,   782)
	 57: Rel (    14,   -99)  ->  Abs (  1058,   683)
	 58: Rel (    18,  -126)  ->  Abs (  1076,   557)
	 59: Rel (    36,   -54)  ->  Abs (  1112,   503)
	 60: Rel (    24,   -36)  ->  Abs (  1136,   467)
	 61: Rel (    24,     0)  ->  Abs (  1160,   467)
	 62: Rel (   131,     0)  ->  Abs (  1291,   467)
	 63: Rel (  -819,  1187)  ->  Abs (   472,  1654)
	 64: Rel (   -28,   -32)  ->  Abs (   444,  1622)
	 65: Rel (   -29,   -17)  ->  Abs (   415,  1605)
	 66: Rel (   -41,   -24)  ->  Abs (   374,  1581)
	 67: Rel (   -48,     0)  ->  Abs (   326,  1581)
	 68: Rel (   -50,     0)  ->  Abs (   276,  1581)
	 69: Rel (   -45,    15)  ->  Abs (   231,  1596)
	 70: Rel (   -99,    33)  ->  Abs (   132,  1629)
	 71: Rel (    -6,     0)  ->  Abs (   126,  1629)
	 72: Rel (   -12,     0)  ->  Abs (   114,  1629)
	 73: Rel (   -24,    -7)  ->  Abs (    90,  1622)
	 74: Rel (   -15,    -7)  ->  Abs (    75,  1615)
	 75: Rel (   -11,    13)  ->  Abs (    64,  1628)
	 76: Rel (    25,    36)  ->  Abs (    89,  1664)
	 77: Rel (    11,     9)  ->  Abs (   100,  1673)
	 78: Rel (    23,    20)  ->  Abs (   123,  1693)
	 79: Rel (    38,     0)  ->  Abs (   161,  1693)
	 80: Rel (     9,     0)  ->  Abs (   170,  1693)
	 81: Rel (   100,   -32)  ->  Abs (   270,  1661)
	 82: Rel (    50,   -16)  ->  Abs (   320,  1645)
	 83: Rel (    33,     0)  ->  Abs (   353,  1645)
	 84: Rel (    53,     0)  ->  Abs (   406,  1645)
	 85: Rel (    52,    23)  ->  Abs (   458,  1668)

	Glyph 1015: off = 0x0002C9F6, len = 646
	  numberOfContours:	3
	  xMin:			38
	  yMin:			162
	  xMax:			1038
	  yMax:			1802

	EndPoints
	---------
	  0:  68
	  1:  78
	  2:  110

	  Length of Instructions:	320
	00000: PUSHW[2]             81   -32 
	00005: NPUSHB      (44):    11    17    52    84     8    86    74     2    60    59 
	                             0     1     2    75    31    46    55    32    12    17 
	                            52    21    72    23     7    55     5    35    14    75 
	                            17   143    35     1    35    64     9    17    52    35 
	                            35    46    75     2 
	00051: PUSHW[1]            751 
	00054: PUSHB[5]              0     0    63    75    46 
	00060: PUSHW[1]            -64 
	00063: PUSHB[7]              9    29    52    46    46    84    63 
	00071: PUSHW[1]            754 
	00074: PUSHB[7]             79   100   102    86   108    84    84 
	00082: PUSHW[1]            -64 
	00085: PUSHB[7]             18    25    52    84   108   108   102 
	00093: PUSHW[1]            757 
	00096: PUSHB[6]             94    64     9    14    52    94 
	00103: PUSHW[5]            789    17   751    75   747 
	00114: NPUSHB      (11):   100    86    97    97   105    79    79   105    84    84 
	                            90 
	00127: PUSHW[1]            773 
	00130: NPUSHB      (14):    64   105   105    31    35    42    55    72     7    75 
	                            21    23    17    64 
	00146: PUSHW[1]            763 
	00149: NPUSHB      (11):    32    63    63    60    60    59     1     2     0     0 
	                            59 
	00162: PUSHW[1]            780 
	00165: PUSHB[3]              2     2     7 
	00169: PUSHW[3]            780    23   -64 
	00176: NPUSHB       (9):     9    10    52    23    23    17    17    42    69 
	00187: PUSHW[1]            771 
	00190: NPUSHB      (17):    11    64    13    15    52    11    64     9    11    52 
	                            11    11   112    64    42     1    42 
	00209: PUSHW[1]            315 
	00212: SCANCTRL   
	00213: MDAP[rd]   
	00214: DELTAP1    
	00215: SRP1       
	00216: SHP[rp1,zp0] 
	00217: MDAP[rd]   
	00218: CALL       
	00219: CALL       
	00220: MIRP[nrp0,md,rd,1] 
	00221: SRP1       
	00222: IP         
	00223: MDAP[rd]   
	00224: IP         
	00225: MDAP[rd]   
	00226: CALL       
	00227: MIRP[srp0,md,rd,1] 
	00228: SHP[rp2,zp1] 
	00229: MDAP[rd]   
	00230: MIRP[nrp0,md,rd,1] 
	00231: SHP[rp1,zp0] 
	00232: MDAP[rd]   
	00233: SRP2       
	00234: IP         
	00235: SRP1       
	00236: SHP[rp1,zp0] 
	00237: MDAP[rd]   
	00238: SHP[rp1,zp0] 
	00239: RTHG       
	00240: MDAP[rd]   
	00241: SMD        
	00242: MIRP[nrp0,md,rd,1] 
	00243: SRP1       
	00244: SRP2       
	00245: IP         
	00246: IP         
	00247: SRP1       
	00248: IP         
	00249: IP         
	00250: SRP1       
	00251: IP         
	00252: IP         
	00253: SHP[rp1,zp0] 
	00254: RTG        
	00255: MDAP[rd]   
	00256: SMD        
	00257: MIRP[srp0,md,rd,1] 
	00258: SHP[rp2,zp1] 
	00259: MDAP[rd]   
	00260: SRP1       
	00261: SHP[rp1,zp0] 
	00262: MDAP[rd]   
	00263: SRP2       
	00264: IP         
	00265: MDAP[rd]   
	00266: IP         
	00267: IP         
	00268: SVTCA[y-axis] 
	00269: MIAP[rd+ci] 
	00270: MIRP[nrp0,md,rd,1] 
	00271: MIAP[rd+ci] 
	00272: CALL       
	00273: MIRP[srp0,md,rd,1] 
	00274: SHP[rp2,zp1] 
	00275: MDAP[rd]   
	00276: SHP[rp1,zp0] 
	00277: CALL       
	00278: MDAP[rd]   
	00279: SRP2       
	00280: IP         
	00281: SRP1       
	00282: IP         
	00283: IP         
	00284: MIAP[rd+ci] 
	00285: SRP1       
	00286: SHP[rp1,zp0] 
	00287: MDAP[rd]   
	00288: CALL       
	00289: SRP1       
	00290: SRP2       
	00291: IP         
	00292: MDAP[rd]   
	00293: MIRP[nrp0,md,rd,1] 
	00294: SRP1       
	00295: SRP2       
	00296: IP         
	00297: MDAP[rd]   
	00298: CALL       
	00299: DELTAP1    
	00300: SRP1       
	00301: SRP2       
	00302: IP         
	00303: SRP1       
	00304: SLOOP      
	00305: IP         
	00306: CALL       
	00307: SRP2       
	00308: IP         
	00309: SRP1       
	00310: SRP2       
	00311: IP         
	00312: SRP1       
	00313: IP         
	00314: IP         
	00315: IUP[y]     
	00316: IUP[x]     
	00317: SVTCA[y-axis] 
	00318: DELTAP1    
	00319: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual               Y-Short X-Short On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short On
	 65:        XDual         Y-Short X-Short Off
	 66:        XDual         Y-Short X-Short On
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short Off
	 69:                              X-Short On
	 70:  YDual XDual         Y-Short         Off
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual               Y-Short X-Short On
	 73:                      Y-Short X-Short Off
	 74:                      Y-Short X-Short Off
	 75:                      Y-Short X-Short On
	 76:  YDual XDual                 X-Short Off
	 77:  YDual XDual         Y-Short X-Short On
	 78:  YDual XDual         Y-Short X-Short Off
	 79:                                      On
	 80:        XDual         Y-Short         Off
	 81:                      Y-Short X-Short On
	 82:                      Y-Short X-Short Off
	 83:                      Y-Short X-Short On
	 84:                      Y-Short X-Short On
	 85:  YDual XDual         Y-Short         Off
	 86:  YDual XDual         Y-Short X-Short On
	 87:  YDual               Y-Short X-Short Off
	 88:  YDual               Y-Short X-Short On
	 89:  YDual               Y-Short X-Short Off
	 90:  YDual XDual         Y-Short         On
	 91:  YDual XDual         Y-Short         Off
	 92:  YDual XDual         Y-Short X-Short On
	 93:  YDual XDual         Y-Short X-Short Off
	 94:  YDual XDual                 X-Short On
	 95:  YDual XDual                 X-Short Off
	 96:        XDual         Y-Short X-Short Off
	 97:        XDual         Y-Short         On
	 98:        XDual         Y-Short         Off
	 99:                      Y-Short X-Short Off
	100:                      Y-Short X-Short On
	101:  YDual               Y-Short X-Short Off
	102:  YDual                       X-Short On
	103:  YDual                       X-Short Off
	104:                      Y-Short X-Short Off
	105:        XDual         Y-Short         On
	106:        XDual         Y-Short         Off
	107:        XDual         Y-Short X-Short Off
	108:  YDual XDual                 X-Short On
	109:  YDual XDual                 X-Short Off
	110:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1038,  1350)  ->  Abs (  1038,  1350)
	  1: Rel (   -48,  -180)  ->  Abs (   990,  1170)
	  2: Rel (   -59,    29)  ->  Abs (   931,  1199)
	  3: Rel (     2,   -91)  ->  Abs (   933,  1108)
	  4: Rel (     0,  -134)  ->  Abs (   933,   974)
	  5: Rel (   -34,  -126)  ->  Abs (   899,   848)
	  6: Rel (   -37,  -138)  ->  Abs (   862,   710)
	  7: Rel (   -80,  -135)  ->  Abs (   782,   575)
	  8: Rel (    38,   -70)  ->  Abs (   820,   505)
	  9: Rel (    15,   -40)  ->  Abs (   835,   465)
	 10: Rel (    23,   -63)  ->  Abs (   858,   402)
	 11: Rel (     0,   -65)  ->  Abs (   858,   337)
	 12: Rel (     0,   -37)  ->  Abs (   858,   300)
	 13: Rel (    -4,   -52)  ->  Abs (   854,   248)
	 14: Rel (    -7,   -35)  ->  Abs (   847,   213)
	 15: Rel (  -106,   -24)  ->  Abs (   741,   189)
	 16: Rel (  -241,   -27)  ->  Abs (   500,   162)
	 17: Rel (  -114,     0)  ->  Abs (   386,   162)
	 18: Rel (     1,    19)  ->  Abs (   387,   181)
	 19: Rel (     0,    13)  ->  Abs (   387,   194)
	 20: Rel (     5,    76)  ->  Abs (   392,   270)
	 21: Rel (    19,    65)  ->  Abs (   411,   335)
	 22: Rel (   170,    91)  ->  Abs (   581,   426)
	 23: Rel (   117,   145)  ->  Abs (   698,   571)
	 24: Rel (   -70,   132)  ->  Abs (   628,   703)
	 25: Rel (   -32,    55)  ->  Abs (   596,   758)
	 26: Rel (   -35,    60)  ->  Abs (   561,   818)
	 27: Rel (   -84,   127)  ->  Abs (   477,   945)
	 28: Rel (   -31,    43)  ->  Abs (   446,   988)
	 29: Rel (   -24,    26)  ->  Abs (   422,  1014)
	 30: Rel (   -33,    35)  ->  Abs (   389,  1049)
	 31: Rel (   -19,     0)  ->  Abs (   370,  1049)
	 32: Rel (   -13,     0)  ->  Abs (   357,  1049)
	 33: Rel (   -30,   -15)  ->  Abs (   327,  1034)
	 34: Rel (   -16,    -8)  ->  Abs (   311,  1026)
	 35: Rel (   -11,     0)  ->  Abs (   300,  1026)
	 36: Rel (   -22,     0)  ->  Abs (   278,  1026)
	 37: Rel (   -47,    44)  ->  Abs (   231,  1070)
	 38: Rel (   -41,    39)  ->  Abs (   190,  1109)
	 39: Rel (   -45,    57)  ->  Abs (   145,  1166)
	 40: Rel (   -36,    46)  ->  Abs (   109,  1212)
	 41: Rel (   -26,    61)  ->  Abs (    83,  1273)
	 42: Rel (     0,    43)  ->  Abs (    83,  1316)
	 43: Rel (     0,    62)  ->  Abs (    83,  1378)
	 44: Rel (     8,    35)  ->  Abs (    91,  1413)
	 45: Rel (    12,    53)  ->  Abs (   103,  1466)
	 46: Rel (    29,     0)  ->  Abs (   132,  1466)
	 47: Rel (    41,     0)  ->  Abs (   173,  1466)
	 48: Rel (    78,   -78)  ->  Abs (   251,  1388)
	 49: Rel (    69,   -70)  ->  Abs (   320,  1318)
	 50: Rel (    85,  -114)  ->  Abs (   405,  1204)
	 51: Rel (    75,  -101)  ->  Abs (   480,  1103)
	 52: Rel (    73,  -117)  ->  Abs (   553,   986)
	 53: Rel (   102,  -164)  ->  Abs (   655,   822)
	 54: Rel (    45,   -74)  ->  Abs (   700,   748)
	 55: Rel (    47,   -94)  ->  Abs (   747,   654)
	 56: Rel (    67,   135)  ->  Abs (   814,   789)
	 57: Rel (    25,   138)  ->  Abs (   839,   927)
	 58: Rel (    22,   120)  ->  Abs (   861,  1047)
	 59: Rel (     0,   186)  ->  Abs (   861,  1233)
	 60: Rel (   -57,    33)  ->  Abs (   804,  1266)
	 61: Rel (     0,    66)  ->  Abs (   804,  1332)
	 62: Rel (    23,   107)  ->  Abs (   827,  1439)
	 63: Rel (    21,    44)  ->  Abs (   848,  1483)
	 64: Rel (    23,    -6)  ->  Abs (   871,  1477)
	 65: Rel (     4,   -43)  ->  Abs (   875,  1434)
	 66: Rel (    44,   -26)  ->  Abs (   919,  1408)
	 67: Rel (    24,   -14)  ->  Abs (   943,  1394)
	 68: Rel (    75,   -36)  ->  Abs (  1018,  1358)
	 69: Rel (  -240,  -981)  ->  Abs (   778,   377)
	 70: Rel (     0,    22)  ->  Abs (   778,   399)
	 71: Rel (   -17,    47)  ->  Abs (   761,   446)
	 72: Rel (   -29,    54)  ->  Abs (   732,   500)
	 73: Rel (   -30,   -39)  ->  Abs (   702,   461)
	 74: Rel (  -119,  -102)  ->  Abs (   583,   359)
	 75: Rel (   -58,   -36)  ->  Abs (   525,   323)
	 76: Rel (   118,     0)  ->  Abs (   643,   323)
	 77: Rel (    50,     7)  ->  Abs (   693,   330)
	 78: Rel (    85,    12)  ->  Abs (   778,   342)
	 79: Rel (  -460,  1296)  ->  Abs (   318,  1638)
	 80: Rel (     0,   -25)  ->  Abs (   318,  1613)
	 81: Rel (   -31,   -20)  ->  Abs (   287,  1593)
	 82: Rel (   -21,   -13)  ->  Abs (   266,  1580)
	 83: Rel (   -42,   -15)  ->  Abs (   224,  1565)
	 84: Rel (  -186,   -64)  ->  Abs (    38,  1501)
	 85: Rel (     0,    46)  ->  Abs (    38,  1547)
	 86: Rel (   100,    35)  ->  Abs (   138,  1582)
	 87: Rel (   -31,    16)  ->  Abs (   107,  1598)
	 88: Rel (   -16,    15)  ->  Abs (    91,  1613)
	 89: Rel (   -21,    19)  ->  Abs (    70,  1632)
	 90: Rel (     0,    21)  ->  Abs (    70,  1653)
	 91: Rel (     0,    31)  ->  Abs (    70,  1684)
	 92: Rel (    53,    56)  ->  Abs (   123,  1740)
	 93: Rel (    59,    62)  ->  Abs (   182,  1802)
	 94: Rel (    45,     0)  ->  Abs (   227,  1802)
	 95: Rel (    20,     0)  ->  Abs (   247,  1802)
	 96: Rel (    29,   -27)  ->  Abs (   276,  1775)
	 97: Rel (     0,   -22)  ->  Abs (   276,  1753)
	 98: Rel (     0,   -14)  ->  Abs (   276,  1739)
	 99: Rel (   -12,   -29)  ->  Abs (   264,  1710)
	100: Rel (   -11,   -18)  ->  Abs (   253,  1692)
	101: Rel (   -31,    28)  ->  Abs (   222,  1720)
	102: Rel (   -36,     0)  ->  Abs (   186,  1720)
	103: Rel (   -22,     0)  ->  Abs (   164,  1720)
	104: Rel (   -43,   -18)  ->  Abs (   121,  1702)
	105: Rel (     0,   -12)  ->  Abs (   121,  1690)
	106: Rel (     0,   -15)  ->  Abs (   121,  1675)
	107: Rel (    93,   -52)  ->  Abs (   214,  1623)
	108: Rel (    33,     0)  ->  Abs (   247,  1623)
	109: Rel (    22,     0)  ->  Abs (   269,  1623)
	110: Rel (    19,     3)  ->  Abs (   288,  1626)

	Glyph 1016: off = 0x0002CC7C, len = 616
	  numberOfContours:	3
	  xMin:			48
	  yMin:			242
	  xMax:			1291
	  yMax:			1802

	EndPoints
	---------
	  0:  23
	  1:  62
	  2:  94

	  Length of Instructions:	338
	00000: PUSHW[2]             65   -32 
	00005: PUSHB[4]             11    17    52    41 
	00010: PUSHW[1]            -42 
	00013: PUSHB[4]             11    17    52    40 
	00018: PUSHW[1]            -32 
	00021: NPUSHB      (18):    11    17    52   133    20   134    21   134    22   199 
	                            20     4    91    28   137    43     2    34 
	00041: PUSHW[1]            -32 
	00044: NPUSHB      (47):     9    10    52    43    42     9    17    52    42    74 
	                             9    17    52    41    84     9    17    52    40    64 
	                             9    17    52     7    32    10     1    10    64    10 
	                            17    52    10    10     3    64     9    24    52     3 
	                             3    18    62    32    32    62    48 
	00093: PUSHW[5]            751    51   754    39   763 
	00104: PUSHB[3]             38    38    62 
	00108: PUSHW[5]            751    25   747    18   -64 
	00119: PUSHB[4]             23    29    52    18 
	00124: PUSHW[1]            -64 
	00127: NPUSHB      (13):     9    17    52    18    18    68    84    63    86    70 
	                            92    68    68 
	00142: PUSHW[1]            -64 
	00145: PUSHB[7]             18    25    52    68    92    92    86 
	00153: PUSHW[1]            757 
	00156: PUSHB[6]             78    64     9    14    52    78 
	00163: PUSHW[1]            789 
	00166: NPUSHB      (11):    84    70    81    81    89    63    63    89    68    68 
	                            74 
	00179: PUSHW[1]            773 
	00182: PUSHB[6]             89    89     7    10     0     3 
	00189: PUSHW[1]            -64 
	00192: PUSHB[7]             24    32    52     4     3     1     3 
	00200: PUSHW[1]            -64 
	00203: NPUSHB      (13):    10    15    52     3     3    16    32    55    45    11 
	                            48     1    48 
	00218: PUSHW[1]            784 
	00221: PUSHB[3]             51    51    45 
	00225: PUSHW[1]            784 
	00228: PUSHB[3]             55    55    24 
	00232: PUSHW[1]            752 
	00235: PUSHB[4]             96    38    38    16 
	00240: PUSHW[1]            315 
	00243: SCANCTRL   
	00244: MDAP[rd]   
	00245: SHP[rp1,zp0] 
	00246: MDAP[rd]   
	00247: SRP0       
	00248: MIRP[srp0,nmd,rd,1] 
	00249: SHP[rp2,zp1] 
	00250: MDAP[rd]   
	00251: MIRP[nrp0,md,rd,1] 
	00252: SHP[rp1,zp0] 
	00253: RTHG       
	00254: MDAP[rd]   
	00255: RTG        
	00256: MIRP[nrp0,md,rd,1] 
	00257: DELTAP1    
	00258: SRP1       
	00259: SRP2       
	00260: IP         
	00261: RTHG       
	00262: SRP2       
	00263: IP         
	00264: MDAP[rd]   
	00265: CALL       
	00266: DELTAP1    
	00267: CALL       
	00268: SHP[rp1,zp0] 
	00269: IP         
	00270: IP         
	00271: SHP[rp2,zp1] 
	00272: RTG        
	00273: MDAP[rd]   
	00274: MIRP[srp0,md,rd,1] 
	00275: SHP[rp2,zp1] 
	00276: MDAP[rd]   
	00277: SRP1       
	00278: SHP[rp1,zp0] 
	00279: MDAP[rd]   
	00280: SRP2       
	00281: IP         
	00282: MDAP[rd]   
	00283: IP         
	00284: IP         
	00285: SVTCA[y-axis] 
	00286: MIAP[rd+ci] 
	00287: CALL       
	00288: MIRP[srp0,md,rd,1] 
	00289: SHP[rp2,zp1] 
	00290: MDAP[rd]   
	00291: SHP[rp1,zp0] 
	00292: CALL       
	00293: MDAP[rd]   
	00294: SRP2       
	00295: IP         
	00296: SRP1       
	00297: IP         
	00298: IP         
	00299: SRP1       
	00300: SHP[rp1,zp0] 
	00301: MDAP[rd]   
	00302: CALL       
	00303: CALL       
	00304: MIAP[rd+ci] 
	00305: MIRP[nrp0,md,rd,1] 
	00306: SHP[rp1,zp0] 
	00307: MDAP[rd]   
	00308: MIRP[nrp0,md,rd,1] 
	00309: MIAP[rd+ci] 
	00310: MIRP[nrp0,md,rd,1] 
	00311: SRP1       
	00312: IP         
	00313: MDAP[rd]   
	00314: SRP1       
	00315: SRP2       
	00316: IP         
	00317: MDAP[rd]   
	00318: CALL       
	00319: IP         
	00320: MDAP[rd]   
	00321: CALL       
	00322: DELTAP1    
	00323: IP         
	00324: IUP[y]     
	00325: IUP[x]     
	00326: SVTCA[x-axis] 
	00327: CALL       
	00328: CALL       
	00329: CALL       
	00330: CALL       
	00331: CALL       
	00332: DELTAP1    
	00333: SVTCA[y-axis] 
	00334: DELTAP1    
	00335: CALL       
	00336: CALL       
	00337: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:                                      On
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:                              X-Short Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:  YDual                               On
	 39:  YDual XDual         Y-Short         On
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual               Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short X-Short On
	 60:        XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short On
	 63:                                      On
	 64:        XDual         Y-Short         Off
	 65:                      Y-Short X-Short On
	 66:                      Y-Short X-Short Off
	 67:                      Y-Short X-Short On
	 68:                      Y-Short X-Short On
	 69:  YDual XDual         Y-Short         Off
	 70:  YDual XDual         Y-Short X-Short On
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual               Y-Short X-Short On
	 73:  YDual               Y-Short X-Short Off
	 74:  YDual XDual         Y-Short         On
	 75:  YDual XDual         Y-Short         Off
	 76:  YDual XDual         Y-Short X-Short On
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual                 X-Short On
	 79:  YDual XDual                 X-Short Off
	 80:        XDual         Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:                      Y-Short X-Short Off
	 84:                      Y-Short X-Short On
	 85:  YDual               Y-Short X-Short Off
	 86:  YDual                       X-Short On
	 87:  YDual                       X-Short Off
	 88:                      Y-Short X-Short Off
	 89:        XDual         Y-Short         On
	 90:        XDual         Y-Short         Off
	 91:        XDual         Y-Short X-Short Off
	 92:  YDual XDual                 X-Short On
	 93:  YDual XDual                 X-Short Off
	 94:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   807,   816)  ->  Abs (   807,   816)
	  1: Rel (     0,   -20)  ->  Abs (   807,   796)
	  2: Rel (    -4,   -28)  ->  Abs (   803,   768)
	  3: Rel (    -8,   -21)  ->  Abs (   795,   747)
	  4: Rel (   -56,   125)  ->  Abs (   739,   872)
	  5: Rel (  -110,   133)  ->  Abs (   629,  1005)
	  6: Rel (  -122,   147)  ->  Abs (   507,  1152)
	  7: Rel (   -70,     0)  ->  Abs (   437,  1152)
	  8: Rel (   -15,     0)  ->  Abs (   422,  1152)
	  9: Rel (   -30,   -52)  ->  Abs (   392,  1100)
	 10: Rel (   -20,     0)  ->  Abs (   372,  1100)
	 11: Rel (   -27,     0)  ->  Abs (   345,  1100)
	 12: Rel (   -58,    35)  ->  Abs (   287,  1135)
	 13: Rel (   -73,    44)  ->  Abs (   214,  1179)
	 14: Rel (   -44,    58)  ->  Abs (   170,  1237)
	 15: Rel (   -59,    78)  ->  Abs (   111,  1315)
	 16: Rel (     0,    88)  ->  Abs (   111,  1403)
	 17: Rel (     0,    63)  ->  Abs (   111,  1466)
	 18: Rel (    41,     0)  ->  Abs (   152,  1466)
	 19: Rel (    72,     0)  ->  Abs (   224,  1466)
	 20: Rel (   153,   -91)  ->  Abs (   377,  1375)
	 21: Rel (   171,  -101)  ->  Abs (   548,  1274)
	 22: Rel (   116,  -135)  ->  Abs (   664,  1139)
	 23: Rel (   143,  -165)  ->  Abs (   807,   974)
	 24: Rel (   484,  -681)  ->  Abs (  1291,   293)
	 25: Rel (  -131,     0)  ->  Abs (  1160,   293)
	 26: Rel (   -84,     0)  ->  Abs (  1076,   293)
	 27: Rel (   -51,    91)  ->  Abs (  1025,   384)
	 28: Rel (   -61,   110)  ->  Abs (   964,   494)
	 29: Rel (     0,   223)  ->  Abs (   964,   717)
	 30: Rel (     0,    16)  ->  Abs (   964,   733)
	 31: Rel (    -7,    54)  ->  Abs (   957,   787)
	 32: Rel (     0,     7)  ->  Abs (   957,   794)
	 33: Rel (   -96,  -267)  ->  Abs (   861,   527)
	 34: Rel (   -75,   -99)  ->  Abs (   786,   428)
	 35: Rel (   -89,  -116)  ->  Abs (   697,   312)
	 36: Rel (  -162,   -38)  ->  Abs (   535,   274)
	 37: Rel (  -138,   -32)  ->  Abs (   397,   242)
	 38: Rel (  -332,     0)  ->  Abs (    65,   242)
	 39: Rel (     0,    28)  ->  Abs (    65,   270)
	 40: Rel (   269,    81)  ->  Abs (   334,   351)
	 41: Rel (   132,    59)  ->  Abs (   466,   410)
	 42: Rel (   213,    94)  ->  Abs (   679,   504)
	 43: Rel (   110,   123)  ->  Abs (   789,   627)
	 44: Rel (   133,   148)  ->  Abs (   922,   775)
	 45: Rel (     0,   203)  ->  Abs (   922,   978)
	 46: Rel (     0,    98)  ->  Abs (   922,  1076)
	 47: Rel (   -25,   170)  ->  Abs (   897,  1246)
	 48: Rel (   -22,    89)  ->  Abs (   875,  1335)
	 49: Rel (    33,    84)  ->  Abs (   908,  1419)
	 50: Rel (    20,    49)  ->  Abs (   928,  1468)
	 51: Rel (    17,    34)  ->  Abs (   945,  1502)
	 52: Rel (    26,  -144)  ->  Abs (   971,  1358)
	 53: Rel (    23,  -167)  ->  Abs (   994,  1191)
	 54: Rel (    16,  -115)  ->  Abs (  1010,  1076)
	 55: Rel (    15,  -132)  ->  Abs (  1025,   944)
	 56: Rel (    19,  -162)  ->  Abs (  1044,   782)
	 57: Rel (    14,   -99)  ->  Abs (  1058,   683)
	 58: Rel (    18,  -126)  ->  Abs (  1076,   557)
	 59: Rel (    36,   -54)  ->  Abs (  1112,   503)
	 60: Rel (    24,   -36)  ->  Abs (  1136,   467)
	 61: Rel (    24,     0)  ->  Abs (  1160,   467)
	 62: Rel (   131,     0)  ->  Abs (  1291,   467)
	 63: Rel (  -963,  1171)  ->  Abs (   328,  1638)
	 64: Rel (     0,   -25)  ->  Abs (   328,  1613)
	 65: Rel (   -31,   -20)  ->  Abs (   297,  1593)
	 66: Rel (   -21,   -13)  ->  Abs (   276,  1580)
	 67: Rel (   -42,   -15)  ->  Abs (   234,  1565)
	 68: Rel (  -186,   -64)  ->  Abs (    48,  1501)
	 69: Rel (     0,    46)  ->  Abs (    48,  1547)
	 70: Rel (   100,    35)  ->  Abs (   148,  1582)
	 71: Rel (   -31,    16)  ->  Abs (   117,  1598)
	 72: Rel (   -16,    15)  ->  Abs (   101,  1613)
	 73: Rel (   -21,    19)  ->  Abs (    80,  1632)
	 74: Rel (     0,    21)  ->  Abs (    80,  1653)
	 75: Rel (     0,    31)  ->  Abs (    80,  1684)
	 76: Rel (    53,    56)  ->  Abs (   133,  1740)
	 77: Rel (    59,    62)  ->  Abs (   192,  1802)
	 78: Rel (    45,     0)  ->  Abs (   237,  1802)
	 79: Rel (    20,     0)  ->  Abs (   257,  1802)
	 80: Rel (    29,   -27)  ->  Abs (   286,  1775)
	 81: Rel (     0,   -22)  ->  Abs (   286,  1753)
	 82: Rel (     0,   -14)  ->  Abs (   286,  1739)
	 83: Rel (   -12,   -29)  ->  Abs (   274,  1710)
	 84: Rel (   -11,   -18)  ->  Abs (   263,  1692)
	 85: Rel (   -31,    28)  ->  Abs (   232,  1720)
	 86: Rel (   -36,     0)  ->  Abs (   196,  1720)
	 87: Rel (   -22,     0)  ->  Abs (   174,  1720)
	 88: Rel (   -43,   -18)  ->  Abs (   131,  1702)
	 89: Rel (     0,   -12)  ->  Abs (   131,  1690)
	 90: Rel (     0,   -15)  ->  Abs (   131,  1675)
	 91: Rel (    93,   -52)  ->  Abs (   224,  1623)
	 92: Rel (    33,     0)  ->  Abs (   257,  1623)
	 93: Rel (    22,     0)  ->  Abs (   279,  1623)
	 94: Rel (    19,     3)  ->  Abs (   298,  1626)

	Glyph 1017: off = 0x0002CEE4, len = 644
	  numberOfContours:	3
	  xMin:			83
	  yMin:			-227
	  xMax:			1038
	  yMax:			1483

	EndPoints
	---------
	  0:  68
	  1:  78
	  2:  110

	  Length of Instructions:	320
	00000: PUSHW[2]             81   -32 
	00005: NPUSHB      (15):    11    17    52    84     8    86    74     2   100    79 
	                           102    86   108    84    94 
	00022: PUSHW[1]            757 
	00025: NPUSHB      (15):   102   102   108    64    18    25    52   108   108    64 
	                            84   144    84     2    84 
	00042: PUSHW[1]            -64 
	00045: NPUSHB      (42):    11    23    52    84    84    17    60    59     0     1 
	                             2    75    31    46    55    32    12    17    52    21 
	                            72    23     7    55     5    35    14    75    17   143 
	                            35     1    35    64     9    17    52    35    35    46 
	                            75     2 
	00089: PUSHW[1]            751 
	00092: PUSHB[4]              0     0    75    63 
	00097: PUSHW[7]            754    46   754    17   751    75   747 
	00112: NPUSHB      (11):   100    86    97    97   105    79    79   105    84    84 
	                            90 
	00125: PUSHW[1]            773 
	00128: NPUSHB      (15):    64   105   105    17    31    35    42    55    72     7 
	                            75    21    23    17    64 
	00145: PUSHW[1]            763 
	00148: NPUSHB      (11):    32    63    63    60    60    59     1     2     0     0 
	                            59 
	00161: PUSHW[1]            780 
	00164: PUSHB[3]              2     2     7 
	00168: PUSHW[3]            780    23   -64 
	00175: NPUSHB       (9):     9    10    52    23    23    17    17    42    69 
	00186: PUSHW[1]            771 
	00189: NPUSHB      (17):    11    64    13    15    52    11    64     9    11    52 
	                            11    11   112    64    42     1    42 
	00208: PUSHW[1]            315 
	00211: SCANCTRL   
	00212: MDAP[rd]   
	00213: DELTAP1    
	00214: SRP1       
	00215: SHP[rp1,zp0] 
	00216: MDAP[rd]   
	00217: CALL       
	00218: CALL       
	00219: MIRP[nrp0,md,rd,1] 
	00220: SRP1       
	00221: IP         
	00222: MDAP[rd]   
	00223: IP         
	00224: MDAP[rd]   
	00225: CALL       
	00226: MIRP[srp0,md,rd,1] 
	00227: SHP[rp2,zp1] 
	00228: MDAP[rd]   
	00229: MIRP[nrp0,md,rd,1] 
	00230: SHP[rp1,zp0] 
	00231: MDAP[rd]   
	00232: SRP2       
	00233: IP         
	00234: SRP1       
	00235: SHP[rp1,zp0] 
	00236: MDAP[rd]   
	00237: SHP[rp1,zp0] 
	00238: RTHG       
	00239: MDAP[rd]   
	00240: SMD        
	00241: MIRP[nrp0,md,rd,1] 
	00242: SRP1       
	00243: SRP2       
	00244: IP         
	00245: IP         
	00246: SRP1       
	00247: IP         
	00248: IP         
	00249: SRP1       
	00250: IP         
	00251: IP         
	00252: SRP1       
	00253: SHP[rp1,zp0] 
	00254: RTG        
	00255: MDAP[rd]   
	00256: SMD        
	00257: MIRP[srp0,md,rd,1] 
	00258: SHP[rp2,zp1] 
	00259: MDAP[rd]   
	00260: SRP1       
	00261: SHP[rp1,zp0] 
	00262: MDAP[rd]   
	00263: SRP2       
	00264: IP         
	00265: MDAP[rd]   
	00266: IP         
	00267: IP         
	00268: SVTCA[y-axis] 
	00269: MIAP[rd+ci] 
	00270: MIRP[nrp0,md,rd,1] 
	00271: MIAP[rd+ci] 
	00272: MIAP[rd+ci] 
	00273: SRP2       
	00274: IP         
	00275: MDAP[rd]   
	00276: MIRP[nrp0,md,rd,1] 
	00277: SRP1       
	00278: SRP2       
	00279: IP         
	00280: MDAP[rd]   
	00281: CALL       
	00282: DELTAP1    
	00283: SRP1       
	00284: SRP2       
	00285: IP         
	00286: SRP1       
	00287: SLOOP      
	00288: IP         
	00289: CALL       
	00290: SRP2       
	00291: IP         
	00292: SRP1       
	00293: SRP2       
	00294: IP         
	00295: SRP1       
	00296: IP         
	00297: IP         
	00298: SRP1       
	00299: SHP[rp1,zp0] 
	00300: MDAP[rd]   
	00301: CALL       
	00302: DELTAP1    
	00303: SHP[rp1,zp0] 
	00304: MDAP[rd]   
	00305: CALL       
	00306: SHP[rp1,zp0] 
	00307: MDAP[rd]   
	00308: MIRP[nrp0,md,rd,1] 
	00309: SRP1       
	00310: SRP2       
	00311: IP         
	00312: SRP1       
	00313: IP         
	00314: IP         
	00315: IUP[y]     
	00316: IUP[x]     
	00317: SVTCA[y-axis] 
	00318: DELTAP1    
	00319: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual               Y-Short X-Short On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short On
	 65:        XDual         Y-Short X-Short Off
	 66:        XDual         Y-Short X-Short On
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short Off
	 69:                              X-Short On
	 70:  YDual XDual         Y-Short         Off
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual               Y-Short X-Short On
	 73:                      Y-Short X-Short Off
	 74:                      Y-Short X-Short Off
	 75:                      Y-Short X-Short On
	 76:  YDual XDual                 X-Short Off
	 77:  YDual XDual         Y-Short X-Short On
	 78:  YDual XDual         Y-Short X-Short Off
	 79:                              X-Short On
	 80:        XDual         Y-Short         Off
	 81:                      Y-Short X-Short On
	 82:                      Y-Short X-Short Off
	 83:                      Y-Short X-Short On
	 84:                      Y-Short X-Short On
	 85:  YDual XDual         Y-Short         Off
	 86:  YDual XDual         Y-Short X-Short On
	 87:  YDual               Y-Short X-Short Off
	 88:  YDual               Y-Short X-Short On
	 89:  YDual               Y-Short X-Short Off
	 90:  YDual XDual         Y-Short         On
	 91:  YDual XDual         Y-Short         Off
	 92:  YDual XDual         Y-Short X-Short On
	 93:  YDual XDual         Y-Short X-Short Off
	 94:  YDual XDual                 X-Short On
	 95:  YDual XDual                 X-Short Off
	 96:        XDual         Y-Short X-Short Off
	 97:        XDual         Y-Short         On
	 98:        XDual         Y-Short         Off
	 99:                      Y-Short X-Short Off
	100:                      Y-Short X-Short On
	101:  YDual               Y-Short X-Short Off
	102:  YDual                       X-Short On
	103:  YDual                       X-Short Off
	104:                      Y-Short X-Short Off
	105:        XDual         Y-Short         On
	106:        XDual         Y-Short         Off
	107:        XDual         Y-Short X-Short Off
	108:  YDual XDual                 X-Short On
	109:  YDual XDual                 X-Short Off
	110:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1038,  1350)  ->  Abs (  1038,  1350)
	  1: Rel (   -48,  -180)  ->  Abs (   990,  1170)
	  2: Rel (   -59,    29)  ->  Abs (   931,  1199)
	  3: Rel (     2,   -91)  ->  Abs (   933,  1108)
	  4: Rel (     0,  -134)  ->  Abs (   933,   974)
	  5: Rel (   -34,  -126)  ->  Abs (   899,   848)
	  6: Rel (   -37,  -138)  ->  Abs (   862,   710)
	  7: Rel (   -80,  -135)  ->  Abs (   782,   575)
	  8: Rel (    38,   -70)  ->  Abs (   820,   505)
	  9: Rel (    15,   -40)  ->  Abs (   835,   465)
	 10: Rel (    23,   -63)  ->  Abs (   858,   402)
	 11: Rel (     0,   -65)  ->  Abs (   858,   337)
	 12: Rel (     0,   -37)  ->  Abs (   858,   300)
	 13: Rel (    -4,   -52)  ->  Abs (   854,   248)
	 14: Rel (    -7,   -35)  ->  Abs (   847,   213)
	 15: Rel (  -106,   -24)  ->  Abs (   741,   189)
	 16: Rel (  -241,   -27)  ->  Abs (   500,   162)
	 17: Rel (  -114,     0)  ->  Abs (   386,   162)
	 18: Rel (     1,    19)  ->  Abs (   387,   181)
	 19: Rel (     0,    13)  ->  Abs (   387,   194)
	 20: Rel (     5,    76)  ->  Abs (   392,   270)
	 21: Rel (    19,    65)  ->  Abs (   411,   335)
	 22: Rel (   170,    91)  ->  Abs (   581,   426)
	 23: Rel (   117,   145)  ->  Abs (   698,   571)
	 24: Rel (   -70,   132)  ->  Abs (   628,   703)
	 25: Rel (   -32,    55)  ->  Abs (   596,   758)
	 26: Rel (   -35,    60)  ->  Abs (   561,   818)
	 27: Rel (   -84,   127)  ->  Abs (   477,   945)
	 28: Rel (   -31,    43)  ->  Abs (   446,   988)
	 29: Rel (   -24,    26)  ->  Abs (   422,  1014)
	 30: Rel (   -33,    35)  ->  Abs (   389,  1049)
	 31: Rel (   -19,     0)  ->  Abs (   370,  1049)
	 32: Rel (   -13,     0)  ->  Abs (   357,  1049)
	 33: Rel (   -30,   -15)  ->  Abs (   327,  1034)
	 34: Rel (   -16,    -8)  ->  Abs (   311,  1026)
	 35: Rel (   -11,     0)  ->  Abs (   300,  1026)
	 36: Rel (   -22,     0)  ->  Abs (   278,  1026)
	 37: Rel (   -47,    44)  ->  Abs (   231,  1070)
	 38: Rel (   -41,    39)  ->  Abs (   190,  1109)
	 39: Rel (   -45,    57)  ->  Abs (   145,  1166)
	 40: Rel (   -36,    46)  ->  Abs (   109,  1212)
	 41: Rel (   -26,    61)  ->  Abs (    83,  1273)
	 42: Rel (     0,    43)  ->  Abs (    83,  1316)
	 43: Rel (     0,    62)  ->  Abs (    83,  1378)
	 44: Rel (     8,    35)  ->  Abs (    91,  1413)
	 45: Rel (    12,    53)  ->  Abs (   103,  1466)
	 46: Rel (    29,     0)  ->  Abs (   132,  1466)
	 47: Rel (    41,     0)  ->  Abs (   173,  1466)
	 48: Rel (    78,   -78)  ->  Abs (   251,  1388)
	 49: Rel (    69,   -70)  ->  Abs (   320,  1318)
	 50: Rel (    85,  -114)  ->  Abs (   405,  1204)
	 51: Rel (    75,  -101)  ->  Abs (   480,  1103)
	 52: Rel (    73,  -117)  ->  Abs (   553,   986)
	 53: Rel (   102,  -164)  ->  Abs (   655,   822)
	 54: Rel (    45,   -74)  ->  Abs (   700,   748)
	 55: Rel (    47,   -94)  ->  Abs (   747,   654)
	 56: Rel (    67,   135)  ->  Abs (   814,   789)
	 57: Rel (    25,   138)  ->  Abs (   839,   927)
	 58: Rel (    22,   120)  ->  Abs (   861,  1047)
	 59: Rel (     0,   186)  ->  Abs (   861,  1233)
	 60: Rel (   -57,    33)  ->  Abs (   804,  1266)
	 61: Rel (     0,    66)  ->  Abs (   804,  1332)
	 62: Rel (    23,   107)  ->  Abs (   827,  1439)
	 63: Rel (    21,    44)  ->  Abs (   848,  1483)
	 64: Rel (    23,    -6)  ->  Abs (   871,  1477)
	 65: Rel (     4,   -43)  ->  Abs (   875,  1434)
	 66: Rel (    44,   -26)  ->  Abs (   919,  1408)
	 67: Rel (    24,   -14)  ->  Abs (   943,  1394)
	 68: Rel (    75,   -36)  ->  Abs (  1018,  1358)
	 69: Rel (  -240,  -981)  ->  Abs (   778,   377)
	 70: Rel (     0,    22)  ->  Abs (   778,   399)
	 71: Rel (   -17,    47)  ->  Abs (   761,   446)
	 72: Rel (   -29,    54)  ->  Abs (   732,   500)
	 73: Rel (   -30,   -39)  ->  Abs (   702,   461)
	 74: Rel (  -119,  -102)  ->  Abs (   583,   359)
	 75: Rel (   -58,   -36)  ->  Abs (   525,   323)
	 76: Rel (   118,     0)  ->  Abs (   643,   323)
	 77: Rel (    50,     7)  ->  Abs (   693,   330)
	 78: Rel (    85,    12)  ->  Abs (   778,   342)
	 79: Rel (  -155,  -432)  ->  Abs (   623,   -90)
	 80: Rel (     0,   -25)  ->  Abs (   623,  -115)
	 81: Rel (   -31,   -20)  ->  Abs (   592,  -135)
	 82: Rel (   -21,   -13)  ->  Abs (   571,  -148)
	 83: Rel (   -42,   -15)  ->  Abs (   529,  -163)
	 84: Rel (  -186,   -64)  ->  Abs (   343,  -227)
	 85: Rel (     0,    46)  ->  Abs (   343,  -181)
	 86: Rel (   100,    35)  ->  Abs (   443,  -146)
	 87: Rel (   -31,    16)  ->  Abs (   412,  -130)
	 88: Rel (   -16,    15)  ->  Abs (   396,  -115)
	 89: Rel (   -21,    19)  ->  Abs (   375,   -96)
	 90: Rel (     0,    21)  ->  Abs (   375,   -75)
	 91: Rel (     0,    31)  ->  Abs (   375,   -44)
	 92: Rel (    53,    56)  ->  Abs (   428,    12)
	 93: Rel (    59,    62)  ->  Abs (   487,    74)
	 94: Rel (    45,     0)  ->  Abs (   532,    74)
	 95: Rel (    20,     0)  ->  Abs (   552,    74)
	 96: Rel (    29,   -27)  ->  Abs (   581,    47)
	 97: Rel (     0,   -22)  ->  Abs (   581,    25)
	 98: Rel (     0,   -14)  ->  Abs (   581,    11)
	 99: Rel (   -12,   -29)  ->  Abs (   569,   -18)
	100: Rel (   -11,   -18)  ->  Abs (   558,   -36)
	101: Rel (   -31,    28)  ->  Abs (   527,    -8)
	102: Rel (   -36,     0)  ->  Abs (   491,    -8)
	103: Rel (   -22,     0)  ->  Abs (   469,    -8)
	104: Rel (   -43,   -18)  ->  Abs (   426,   -26)
	105: Rel (     0,   -12)  ->  Abs (   426,   -38)
	106: Rel (     0,   -15)  ->  Abs (   426,   -53)
	107: Rel (    93,   -52)  ->  Abs (   519,  -105)
	108: Rel (    33,     0)  ->  Abs (   552,  -105)
	109: Rel (    22,     0)  ->  Abs (   574,  -105)
	110: Rel (    19,     3)  ->  Abs (   593,  -102)

	Glyph 1018: off = 0x0002D168, len = 630
	  numberOfContours:	3
	  xMin:			65
	  yMin:			-227
	  xMax:			1291
	  yMax:			1502

	EndPoints
	---------
	  0:  23
	  1:  62
	  2:  94

	  Length of Instructions:	351
	00000: PUSHW[2]             65   -32 
	00005: PUSHB[4]             11    17    52    22 
	00010: PUSHW[1]            -32 
	00013: PUSHB[4]             15    17    52    20 
	00018: PUSHW[1]            -32 
	00021: PUSHB[4]             15    17    52    21 
	00026: PUSHW[1]            -42 
	00029: PUSHB[4]             14    17    52    41 
	00034: PUSHW[1]            -42 
	00037: PUSHB[4]             11    17    52    40 
	00042: PUSHW[1]            -32 
	00045: NPUSHB       (9):    11    17    52    91    28   137    43     2    34 
	00056: PUSHW[1]            -32 
	00059: NPUSHB      (30):     9    10    52    43    42     9    17    52    42    74 
	                             9    17    52    41    84     9    17    52    40    64 
	                             9    17    52    84    63    86    70    92    68    78 
	00091: PUSHW[1]            757 
	00094: NPUSHB      (10):    86    86    92    64    18    25    52    92    92    68 
	00106: PUSHW[1]            -64 
	00109: PUSHB[4]             18    19    52    68 
	00114: PUSHW[1]            -64 
	00117: NPUSHB      (28):     9    15    52    68    68    38     7    10    64    10 
	                            17    52    10    10    18     3    32    32    48     3 
	                            64     9    24    52     3     3    62    18 
	00147: PUSHW[7]            754    48   751    51   754    39   763 
	00162: PUSHB[3]             38    38    62 
	00166: PUSHW[3]            751    25   747 
	00173: NPUSHB      (11):    84    70    81    81    89    63    63    89    68    68 
	                            74 
	00186: PUSHW[1]            773 
	00189: PUSHB[8]             89    89    45    38     7    10     0     3 
	00198: PUSHW[1]            -64 
	00201: PUSHB[7]             24    32    52     4     3     1     3 
	00209: PUSHW[1]            -64 
	00212: NPUSHB      (13):    10    15    52     3     3    16    32    55    45    11 
	                            48     1    48 
	00227: PUSHW[1]            784 
	00230: PUSHB[3]             51    51    45 
	00234: PUSHW[1]            784 
	00237: PUSHB[3]             55    55    24 
	00241: PUSHW[1]            752 
	00244: PUSHB[4]             96    38    38    16 
	00249: PUSHW[1]            315 
	00252: SCANCTRL   
	00253: MDAP[rd]   
	00254: SHP[rp1,zp0] 
	00255: MDAP[rd]   
	00256: SRP0       
	00257: MIRP[srp0,nmd,rd,1] 
	00258: SHP[rp2,zp1] 
	00259: MDAP[rd]   
	00260: MIRP[nrp0,md,rd,1] 
	00261: SHP[rp1,zp0] 
	00262: RTHG       
	00263: MDAP[rd]   
	00264: RTG        
	00265: MIRP[nrp0,md,rd,1] 
	00266: DELTAP1    
	00267: SRP1       
	00268: SRP2       
	00269: IP         
	00270: RTHG       
	00271: SRP2       
	00272: IP         
	00273: MDAP[rd]   
	00274: CALL       
	00275: DELTAP1    
	00276: CALL       
	00277: SHP[rp1,zp0] 
	00278: IP         
	00279: IP         
	00280: RTG        
	00281: SRP1       
	00282: SRP2       
	00283: IP         
	00284: MDAP[rd]   
	00285: MIRP[srp0,md,rd,1] 
	00286: SHP[rp2,zp1] 
	00287: MDAP[rd]   
	00288: SRP1       
	00289: SHP[rp1,zp0] 
	00290: MDAP[rd]   
	00291: SRP2       
	00292: IP         
	00293: MDAP[rd]   
	00294: IP         
	00295: IP         
	00296: SVTCA[y-axis] 
	00297: MIAP[rd+ci] 
	00298: MIRP[nrp0,md,rd,1] 
	00299: SHP[rp1,zp0] 
	00300: MDAP[rd]   
	00301: MIRP[nrp0,md,rd,1] 
	00302: MIAP[rd+ci] 
	00303: MIRP[nrp0,md,rd,1] 
	00304: MIAP[rd+ci] 
	00305: SRP2       
	00306: IP         
	00307: MDAP[rd]   
	00308: CALL       
	00309: SRP1       
	00310: IP         
	00311: MDAP[rd]   
	00312: SRP1       
	00313: SRP2       
	00314: IP         
	00315: MDAP[rd]   
	00316: CALL       
	00317: IP         
	00318: SRP1       
	00319: SHP[rp1,zp0] 
	00320: MDAP[rd]   
	00321: CALL       
	00322: CALL       
	00323: SHP[rp1,zp0] 
	00324: MDAP[rd]   
	00325: CALL       
	00326: SHP[rp1,zp0] 
	00327: MDAP[rd]   
	00328: MIRP[nrp0,md,rd,1] 
	00329: SRP1       
	00330: SRP2       
	00331: IP         
	00332: SRP1       
	00333: IP         
	00334: IP         
	00335: IUP[y]     
	00336: IUP[x]     
	00337: SVTCA[x-axis] 
	00338: CALL       
	00339: CALL       
	00340: CALL       
	00341: CALL       
	00342: CALL       
	00343: DELTAP1    
	00344: SVTCA[y-axis] 
	00345: CALL       
	00346: CALL       
	00347: CALL       
	00348: CALL       
	00349: CALL       
	00350: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:                                      On
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:                              X-Short Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:  YDual                               On
	 39:  YDual XDual         Y-Short         On
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual               Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short X-Short On
	 60:        XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short On
	 63:                                      On
	 64:        XDual         Y-Short         Off
	 65:                      Y-Short X-Short On
	 66:                      Y-Short X-Short Off
	 67:                      Y-Short X-Short On
	 68:                      Y-Short X-Short On
	 69:  YDual XDual         Y-Short         Off
	 70:  YDual XDual         Y-Short X-Short On
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual               Y-Short X-Short On
	 73:  YDual               Y-Short X-Short Off
	 74:  YDual XDual         Y-Short         On
	 75:  YDual XDual         Y-Short         Off
	 76:  YDual XDual         Y-Short X-Short On
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual                 X-Short On
	 79:  YDual XDual                 X-Short Off
	 80:        XDual         Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:                      Y-Short X-Short Off
	 84:                      Y-Short X-Short On
	 85:  YDual               Y-Short X-Short Off
	 86:  YDual                       X-Short On
	 87:  YDual                       X-Short Off
	 88:                      Y-Short X-Short Off
	 89:        XDual         Y-Short         On
	 90:        XDual         Y-Short         Off
	 91:        XDual         Y-Short X-Short Off
	 92:  YDual XDual                 X-Short On
	 93:  YDual XDual                 X-Short Off
	 94:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   807,   816)  ->  Abs (   807,   816)
	  1: Rel (     0,   -20)  ->  Abs (   807,   796)
	  2: Rel (    -4,   -28)  ->  Abs (   803,   768)
	  3: Rel (    -8,   -21)  ->  Abs (   795,   747)
	  4: Rel (   -56,   125)  ->  Abs (   739,   872)
	  5: Rel (  -110,   133)  ->  Abs (   629,  1005)
	  6: Rel (  -122,   147)  ->  Abs (   507,  1152)
	  7: Rel (   -70,     0)  ->  Abs (   437,  1152)
	  8: Rel (   -15,     0)  ->  Abs (   422,  1152)
	  9: Rel (   -30,   -52)  ->  Abs (   392,  1100)
	 10: Rel (   -20,     0)  ->  Abs (   372,  1100)
	 11: Rel (   -27,     0)  ->  Abs (   345,  1100)
	 12: Rel (   -58,    35)  ->  Abs (   287,  1135)
	 13: Rel (   -73,    44)  ->  Abs (   214,  1179)
	 14: Rel (   -44,    58)  ->  Abs (   170,  1237)
	 15: Rel (   -59,    78)  ->  Abs (   111,  1315)
	 16: Rel (     0,    88)  ->  Abs (   111,  1403)
	 17: Rel (     0,    63)  ->  Abs (   111,  1466)
	 18: Rel (    41,     0)  ->  Abs (   152,  1466)
	 19: Rel (    72,     0)  ->  Abs (   224,  1466)
	 20: Rel (   153,   -91)  ->  Abs (   377,  1375)
	 21: Rel (   171,  -101)  ->  Abs (   548,  1274)
	 22: Rel (   116,  -135)  ->  Abs (   664,  1139)
	 23: Rel (   143,  -165)  ->  Abs (   807,   974)
	 24: Rel (   484,  -681)  ->  Abs (  1291,   293)
	 25: Rel (  -131,     0)  ->  Abs (  1160,   293)
	 26: Rel (   -84,     0)  ->  Abs (  1076,   293)
	 27: Rel (   -51,    91)  ->  Abs (  1025,   384)
	 28: Rel (   -61,   110)  ->  Abs (   964,   494)
	 29: Rel (     0,   223)  ->  Abs (   964,   717)
	 30: Rel (     0,    16)  ->  Abs (   964,   733)
	 31: Rel (    -7,    54)  ->  Abs (   957,   787)
	 32: Rel (     0,     7)  ->  Abs (   957,   794)
	 33: Rel (   -96,  -267)  ->  Abs (   861,   527)
	 34: Rel (   -75,   -99)  ->  Abs (   786,   428)
	 35: Rel (   -89,  -116)  ->  Abs (   697,   312)
	 36: Rel (  -162,   -38)  ->  Abs (   535,   274)
	 37: Rel (  -138,   -32)  ->  Abs (   397,   242)
	 38: Rel (  -332,     0)  ->  Abs (    65,   242)
	 39: Rel (     0,    28)  ->  Abs (    65,   270)
	 40: Rel (   269,    81)  ->  Abs (   334,   351)
	 41: Rel (   132,    59)  ->  Abs (   466,   410)
	 42: Rel (   213,    94)  ->  Abs (   679,   504)
	 43: Rel (   110,   123)  ->  Abs (   789,   627)
	 44: Rel (   133,   148)  ->  Abs (   922,   775)
	 45: Rel (     0,   203)  ->  Abs (   922,   978)
	 46: Rel (     0,    98)  ->  Abs (   922,  1076)
	 47: Rel (   -25,   170)  ->  Abs (   897,  1246)
	 48: Rel (   -22,    89)  ->  Abs (   875,  1335)
	 49: Rel (    33,    84)  ->  Abs (   908,  1419)
	 50: Rel (    20,    49)  ->  Abs (   928,  1468)
	 51: Rel (    17,    34)  ->  Abs (   945,  1502)
	 52: Rel (    26,  -144)  ->  Abs (   971,  1358)
	 53: Rel (    23,  -167)  ->  Abs (   994,  1191)
	 54: Rel (    16,  -115)  ->  Abs (  1010,  1076)
	 55: Rel (    15,  -132)  ->  Abs (  1025,   944)
	 56: Rel (    19,  -162)  ->  Abs (  1044,   782)
	 57: Rel (    14,   -99)  ->  Abs (  1058,   683)
	 58: Rel (    18,  -126)  ->  Abs (  1076,   557)
	 59: Rel (    36,   -54)  ->  Abs (  1112,   503)
	 60: Rel (    24,   -36)  ->  Abs (  1136,   467)
	 61: Rel (    24,     0)  ->  Abs (  1160,   467)
	 62: Rel (   131,     0)  ->  Abs (  1291,   467)
	 63: Rel (  -827,  -557)  ->  Abs (   464,   -90)
	 64: Rel (     0,   -25)  ->  Abs (   464,  -115)
	 65: Rel (   -31,   -20)  ->  Abs (   433,  -135)
	 66: Rel (   -21,   -13)  ->  Abs (   412,  -148)
	 67: Rel (   -42,   -15)  ->  Abs (   370,  -163)
	 68: Rel (  -186,   -64)  ->  Abs (   184,  -227)
	 69: Rel (     0,    46)  ->  Abs (   184,  -181)
	 70: Rel (   100,    35)  ->  Abs (   284,  -146)
	 71: Rel (   -31,    16)  ->  Abs (   253,  -130)
	 72: Rel (   -16,    15)  ->  Abs (   237,  -115)
	 73: Rel (   -21,    19)  ->  Abs (   216,   -96)
	 74: Rel (     0,    21)  ->  Abs (   216,   -75)
	 75: Rel (     0,    31)  ->  Abs (   216,   -44)
	 76: Rel (    53,    56)  ->  Abs (   269,    12)
	 77: Rel (    59,    62)  ->  Abs (   328,    74)
	 78: Rel (    45,     0)  ->  Abs (   373,    74)
	 79: Rel (    20,     0)  ->  Abs (   393,    74)
	 80: Rel (    29,   -27)  ->  Abs (   422,    47)
	 81: Rel (     0,   -22)  ->  Abs (   422,    25)
	 82: Rel (     0,   -14)  ->  Abs (   422,    11)
	 83: Rel (   -12,   -29)  ->  Abs (   410,   -18)
	 84: Rel (   -11,   -18)  ->  Abs (   399,   -36)
	 85: Rel (   -31,    28)  ->  Abs (   368,    -8)
	 86: Rel (   -36,     0)  ->  Abs (   332,    -8)
	 87: Rel (   -22,     0)  ->  Abs (   310,    -8)
	 88: Rel (   -43,   -18)  ->  Abs (   267,   -26)
	 89: Rel (     0,   -12)  ->  Abs (   267,   -38)
	 90: Rel (     0,   -15)  ->  Abs (   267,   -53)
	 91: Rel (    93,   -52)  ->  Abs (   360,  -105)
	 92: Rel (    33,     0)  ->  Abs (   393,  -105)
	 93: Rel (    22,     0)  ->  Abs (   415,  -105)
	 94: Rel (    19,     3)  ->  Abs (   434,  -102)

	Glyph 1019: off = 0x0002D3DE, len = 464
	  numberOfContours:	2
	  xMin:			83
	  yMin:			162
	  xMax:			1038
	  yMax:			1483

	EndPoints
	---------
	  0:  68
	  1:  78

	  Length of Instructions:	224
	00000: NPUSHB      (41):    84     8    86    74     2    60    59     0     1     2 
	                            75    31    46    55    32    12    17    52    21    72 
	                            23     7    55     5    35    14    75    17   143    35 
	                             1    35    64     9    17    52    35    35    46    75 
	                             2 
	00043: PUSHW[1]            751 
	00046: PUSHB[4]              0     0    75    63 
	00051: PUSHW[8]            754    46   754    17   751    64    75   747 
	00068: NPUSHB      (11):    31    35    42    55    72     7    75    21    23    17 
	                            64 
	00081: PUSHW[1]            763 
	00084: NPUSHB      (11):    32    63    63    60    60    59     1     2     0     0 
	                            59 
	00097: PUSHW[1]            780 
	00100: PUSHB[3]              2     2     7 
	00104: PUSHW[3]            780    23   -64 
	00111: NPUSHB       (9):     9    10    52    23    23    17    17    42    69 
	00122: PUSHW[1]            771 
	00125: NPUSHB      (17):    11    64    13    15    52    11    64     9    11    52 
	                            11    11    80    64    42     1    42 
	00144: PUSHW[1]            277 
	00147: SCANCTRL   
	00148: MDAP[rd]   
	00149: DELTAP1    
	00150: SRP1       
	00151: SHP[rp1,zp0] 
	00152: MDAP[rd]   
	00153: CALL       
	00154: CALL       
	00155: MIRP[nrp0,md,rd,1] 
	00156: SRP1       
	00157: IP         
	00158: MDAP[rd]   
	00159: IP         
	00160: MDAP[rd]   
	00161: CALL       
	00162: MIRP[srp0,md,rd,1] 
	00163: SHP[rp2,zp1] 
	00164: MDAP[rd]   
	00165: MIRP[nrp0,md,rd,1] 
	00166: SHP[rp1,zp0] 
	00167: MDAP[rd]   
	00168: SRP2       
	00169: IP         
	00170: SRP1       
	00171: SHP[rp1,zp0] 
	00172: MDAP[rd]   
	00173: SHP[rp1,zp0] 
	00174: RTHG       
	00175: MDAP[rd]   
	00176: SMD        
	00177: MIRP[nrp0,md,rd,1] 
	00178: SRP1       
	00179: SRP2       
	00180: IP         
	00181: IP         
	00182: SRP1       
	00183: IP         
	00184: IP         
	00185: SRP1       
	00186: IP         
	00187: IP         
	00188: SVTCA[y-axis] 
	00189: RTG        
	00190: MIAP[rd+ci] 
	00191: SMD        
	00192: MIRP[nrp0,md,rd,1] 
	00193: MIAP[rd+ci] 
	00194: MIAP[rd+ci] 
	00195: SRP2       
	00196: IP         
	00197: MDAP[rd]   
	00198: MIRP[nrp0,md,rd,1] 
	00199: SRP1       
	00200: SRP2       
	00201: IP         
	00202: MDAP[rd]   
	00203: CALL       
	00204: DELTAP1    
	00205: SRP1       
	00206: SRP2       
	00207: IP         
	00208: SRP1       
	00209: SLOOP      
	00210: IP         
	00211: CALL       
	00212: SRP2       
	00213: IP         
	00214: SRP1       
	00215: SRP2       
	00216: IP         
	00217: SRP1       
	00218: IP         
	00219: IP         
	00220: IUP[y]     
	00221: IUP[x]     
	00222: SVTCA[y-axis] 
	00223: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual               Y-Short X-Short On
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:  YDual                       X-Short On
	 36:  YDual                       X-Short Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual               Y-Short X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short X-Short On
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short X-Short On
	 51:        XDual         Y-Short X-Short Off
	 52:        XDual         Y-Short X-Short On
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual         Y-Short X-Short On
	 58:  YDual XDual         Y-Short X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual               Y-Short X-Short On
	 61:  YDual XDual         Y-Short         Off
	 62:  YDual XDual         Y-Short X-Short Off
	 63:  YDual XDual         Y-Short X-Short On
	 64:        XDual         Y-Short X-Short On
	 65:        XDual         Y-Short X-Short Off
	 66:        XDual         Y-Short X-Short On
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short Off
	 69:                              X-Short On
	 70:  YDual XDual         Y-Short         Off
	 71:  YDual               Y-Short X-Short Off
	 72:  YDual               Y-Short X-Short On
	 73:                      Y-Short X-Short Off
	 74:                      Y-Short X-Short Off
	 75:                      Y-Short X-Short On
	 76:  YDual XDual                 X-Short Off
	 77:  YDual XDual         Y-Short X-Short On
	 78:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1038,  1350)  ->  Abs (  1038,  1350)
	  1: Rel (   -48,  -180)  ->  Abs (   990,  1170)
	  2: Rel (   -59,    29)  ->  Abs (   931,  1199)
	  3: Rel (     2,   -91)  ->  Abs (   933,  1108)
	  4: Rel (     0,  -134)  ->  Abs (   933,   974)
	  5: Rel (   -34,  -126)  ->  Abs (   899,   848)
	  6: Rel (   -37,  -138)  ->  Abs (   862,   710)
	  7: Rel (   -80,  -135)  ->  Abs (   782,   575)
	  8: Rel (    38,   -70)  ->  Abs (   820,   505)
	  9: Rel (    15,   -40)  ->  Abs (   835,   465)
	 10: Rel (    23,   -63)  ->  Abs (   858,   402)
	 11: Rel (     0,   -65)  ->  Abs (   858,   337)
	 12: Rel (     0,   -37)  ->  Abs (   858,   300)
	 13: Rel (    -4,   -52)  ->  Abs (   854,   248)
	 14: Rel (    -7,   -35)  ->  Abs (   847,   213)
	 15: Rel (  -106,   -24)  ->  Abs (   741,   189)
	 16: Rel (  -241,   -27)  ->  Abs (   500,   162)
	 17: Rel (  -114,     0)  ->  Abs (   386,   162)
	 18: Rel (     1,    19)  ->  Abs (   387,   181)
	 19: Rel (     0,    13)  ->  Abs (   387,   194)
	 20: Rel (     5,    76)  ->  Abs (   392,   270)
	 21: Rel (    19,    65)  ->  Abs (   411,   335)
	 22: Rel (   170,    91)  ->  Abs (   581,   426)
	 23: Rel (   117,   145)  ->  Abs (   698,   571)
	 24: Rel (   -70,   132)  ->  Abs (   628,   703)
	 25: Rel (   -32,    55)  ->  Abs (   596,   758)
	 26: Rel (   -35,    60)  ->  Abs (   561,   818)
	 27: Rel (   -84,   127)  ->  Abs (   477,   945)
	 28: Rel (   -31,    43)  ->  Abs (   446,   988)
	 29: Rel (   -24,    26)  ->  Abs (   422,  1014)
	 30: Rel (   -33,    35)  ->  Abs (   389,  1049)
	 31: Rel (   -19,     0)  ->  Abs (   370,  1049)
	 32: Rel (   -13,     0)  ->  Abs (   357,  1049)
	 33: Rel (   -30,   -15)  ->  Abs (   327,  1034)
	 34: Rel (   -16,    -8)  ->  Abs (   311,  1026)
	 35: Rel (   -11,     0)  ->  Abs (   300,  1026)
	 36: Rel (   -22,     0)  ->  Abs (   278,  1026)
	 37: Rel (   -47,    44)  ->  Abs (   231,  1070)
	 38: Rel (   -41,    39)  ->  Abs (   190,  1109)
	 39: Rel (   -45,    57)  ->  Abs (   145,  1166)
	 40: Rel (   -36,    46)  ->  Abs (   109,  1212)
	 41: Rel (   -26,    61)  ->  Abs (    83,  1273)
	 42: Rel (     0,    43)  ->  Abs (    83,  1316)
	 43: Rel (     0,    62)  ->  Abs (    83,  1378)
	 44: Rel (     8,    35)  ->  Abs (    91,  1413)
	 45: Rel (    12,    53)  ->  Abs (   103,  1466)
	 46: Rel (    29,     0)  ->  Abs (   132,  1466)
	 47: Rel (    41,     0)  ->  Abs (   173,  1466)
	 48: Rel (    78,   -78)  ->  Abs (   251,  1388)
	 49: Rel (    69,   -70)  ->  Abs (   320,  1318)
	 50: Rel (    85,  -114)  ->  Abs (   405,  1204)
	 51: Rel (    75,  -101)  ->  Abs (   480,  1103)
	 52: Rel (    73,  -117)  ->  Abs (   553,   986)
	 53: Rel (   102,  -164)  ->  Abs (   655,   822)
	 54: Rel (    45,   -74)  ->  Abs (   700,   748)
	 55: Rel (    47,   -94)  ->  Abs (   747,   654)
	 56: Rel (    67,   135)  ->  Abs (   814,   789)
	 57: Rel (    25,   138)  ->  Abs (   839,   927)
	 58: Rel (    22,   120)  ->  Abs (   861,  1047)
	 59: Rel (     0,   186)  ->  Abs (   861,  1233)
	 60: Rel (   -57,    33)  ->  Abs (   804,  1266)
	 61: Rel (     0,    66)  ->  Abs (   804,  1332)
	 62: Rel (    23,   107)  ->  Abs (   827,  1439)
	 63: Rel (    21,    44)  ->  Abs (   848,  1483)
	 64: Rel (    23,    -6)  ->  Abs (   871,  1477)
	 65: Rel (     4,   -43)  ->  Abs (   875,  1434)
	 66: Rel (    44,   -26)  ->  Abs (   919,  1408)
	 67: Rel (    24,   -14)  ->  Abs (   943,  1394)
	 68: Rel (    75,   -36)  ->  Abs (  1018,  1358)
	 69: Rel (  -240,  -981)  ->  Abs (   778,   377)
	 70: Rel (     0,    22)  ->  Abs (   778,   399)
	 71: Rel (   -17,    47)  ->  Abs (   761,   446)
	 72: Rel (   -29,    54)  ->  Abs (   732,   500)
	 73: Rel (   -30,   -39)  ->  Abs (   702,   461)
	 74: Rel (  -119,  -102)  ->  Abs (   583,   359)
	 75: Rel (   -58,   -36)  ->  Abs (   525,   323)
	 76: Rel (   118,     0)  ->  Abs (   643,   323)
	 77: Rel (    50,     7)  ->  Abs (   693,   330)
	 78: Rel (    85,    12)  ->  Abs (   778,   342)

	Glyph 1020: off = 0x0002D5AE, len = 442
	  numberOfContours:	2
	  xMin:			65
	  yMin:			242
	  xMax:			1291
	  yMax:			1502

	EndPoints
	---------
	  0:  23
	  1:  62

	  Length of Instructions:	249
	00000: PUSHW[2]             22   -32 
	00005: PUSHB[4]             15    17    52    20 
	00010: PUSHW[1]            -32 
	00013: PUSHB[4]             15    17    52    21 
	00018: PUSHW[1]            -42 
	00021: PUSHB[4]             14    17    52    41 
	00026: PUSHW[1]            -42 
	00029: PUSHB[4]             11    17    52    40 
	00034: PUSHW[1]            -32 
	00037: NPUSHB       (9):    11    17    52    91    28   137    43     2    34 
	00048: PUSHW[1]            -32 
	00051: NPUSHB      (45):     9    10    52    43    42     9    17    52    42    74 
	                             9    17    52    41    84     9    17    52    40    64 
	                             9    17    52     7    10    64    10    17    52    10 
	                            10    18     3    32    32    48     3    64     9    24 
	                            52     3     3    62    18 
	00098: PUSHW[7]            754    48   751    51   754    39   763 
	00113: PUSHB[3]             38    38    62 
	00117: PUSHW[3]            751    25   747 
	00124: PUSHB[4]              7    10     0     3 
	00129: PUSHW[1]            -64 
	00132: PUSHB[7]             24    32    52     4     3     1     3 
	00140: PUSHW[1]            -64 
	00143: NPUSHB      (13):    10    15    52     3     3    16    32    55    45    11 
	                            48     1    48 
	00158: PUSHW[1]            784 
	00161: PUSHB[3]             51    51    45 
	00165: PUSHW[1]            784 
	00168: PUSHB[3]             55    55    24 
	00172: PUSHW[1]            752 
	00175: PUSHB[4]             64    38    38    16 
	00180: PUSHW[1]            285 
	00183: SCANCTRL   
	00184: MDAP[rd]   
	00185: SHP[rp1,zp0] 
	00186: MDAP[rd]   
	00187: SRP0       
	00188: MIRP[srp0,nmd,rd,1] 
	00189: SHP[rp2,zp1] 
	00190: MDAP[rd]   
	00191: MIRP[nrp0,md,rd,1] 
	00192: SHP[rp1,zp0] 
	00193: RTHG       
	00194: MDAP[rd]   
	00195: RTG        
	00196: MIRP[nrp0,md,rd,1] 
	00197: DELTAP1    
	00198: SRP1       
	00199: SRP2       
	00200: IP         
	00201: RTHG       
	00202: SRP2       
	00203: IP         
	00204: MDAP[rd]   
	00205: CALL       
	00206: DELTAP1    
	00207: CALL       
	00208: SHP[rp1,zp0] 
	00209: IP         
	00210: IP         
	00211: SVTCA[y-axis] 
	00212: RTG        
	00213: MIAP[rd+ci] 
	00214: MIRP[nrp0,md,rd,1] 
	00215: SHP[rp1,zp0] 
	00216: MDAP[rd]   
	00217: MIRP[nrp0,md,rd,1] 
	00218: MIAP[rd+ci] 
	00219: MIRP[nrp0,md,rd,1] 
	00220: MIAP[rd+ci] 
	00221: SRP2       
	00222: IP         
	00223: MDAP[rd]   
	00224: CALL       
	00225: SRP1       
	00226: IP         
	00227: MDAP[rd]   
	00228: SRP1       
	00229: SRP2       
	00230: IP         
	00231: MDAP[rd]   
	00232: CALL       
	00233: IP         
	00234: IUP[y]     
	00235: IUP[x]     
	00236: SVTCA[x-axis] 
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: DELTAP1    
	00243: SVTCA[y-axis] 
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:                      Y-Short X-Short On
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:                                      On
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:                              X-Short Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:  YDual                               On
	 39:  YDual XDual         Y-Short         On
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short On
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual               Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:        XDual         Y-Short X-Short Off
	 53:        XDual         Y-Short X-Short On
	 54:        XDual         Y-Short X-Short Off
	 55:        XDual         Y-Short X-Short On
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short X-Short On
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short X-Short On
	 60:        XDual         Y-Short X-Short Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   807,   816)  ->  Abs (   807,   816)
	  1: Rel (     0,   -20)  ->  Abs (   807,   796)
	  2: Rel (    -4,   -28)  ->  Abs (   803,   768)
	  3: Rel (    -8,   -21)  ->  Abs (   795,   747)
	  4: Rel (   -56,   125)  ->  Abs (   739,   872)
	  5: Rel (  -110,   133)  ->  Abs (   629,  1005)
	  6: Rel (  -122,   147)  ->  Abs (   507,  1152)
	  7: Rel (   -70,     0)  ->  Abs (   437,  1152)
	  8: Rel (   -15,     0)  ->  Abs (   422,  1152)
	  9: Rel (   -30,   -52)  ->  Abs (   392,  1100)
	 10: Rel (   -20,     0)  ->  Abs (   372,  1100)
	 11: Rel (   -27,     0)  ->  Abs (   345,  1100)
	 12: Rel (   -58,    35)  ->  Abs (   287,  1135)
	 13: Rel (   -73,    44)  ->  Abs (   214,  1179)
	 14: Rel (   -44,    58)  ->  Abs (   170,  1237)
	 15: Rel (   -59,    78)  ->  Abs (   111,  1315)
	 16: Rel (     0,    88)  ->  Abs (   111,  1403)
	 17: Rel (     0,    63)  ->  Abs (   111,  1466)
	 18: Rel (    41,     0)  ->  Abs (   152,  1466)
	 19: Rel (    72,     0)  ->  Abs (   224,  1466)
	 20: Rel (   153,   -91)  ->  Abs (   377,  1375)
	 21: Rel (   171,  -101)  ->  Abs (   548,  1274)
	 22: Rel (   116,  -135)  ->  Abs (   664,  1139)
	 23: Rel (   143,  -165)  ->  Abs (   807,   974)
	 24: Rel (   484,  -681)  ->  Abs (  1291,   293)
	 25: Rel (  -131,     0)  ->  Abs (  1160,   293)
	 26: Rel (   -84,     0)  ->  Abs (  1076,   293)
	 27: Rel (   -51,    91)  ->  Abs (  1025,   384)
	 28: Rel (   -61,   110)  ->  Abs (   964,   494)
	 29: Rel (     0,   223)  ->  Abs (   964,   717)
	 30: Rel (     0,    16)  ->  Abs (   964,   733)
	 31: Rel (    -7,    54)  ->  Abs (   957,   787)
	 32: Rel (     0,     7)  ->  Abs (   957,   794)
	 33: Rel (   -96,  -267)  ->  Abs (   861,   527)
	 34: Rel (   -75,   -99)  ->  Abs (   786,   428)
	 35: Rel (   -89,  -116)  ->  Abs (   697,   312)
	 36: Rel (  -162,   -38)  ->  Abs (   535,   274)
	 37: Rel (  -138,   -32)  ->  Abs (   397,   242)
	 38: Rel (  -332,     0)  ->  Abs (    65,   242)
	 39: Rel (     0,    28)  ->  Abs (    65,   270)
	 40: Rel (   269,    81)  ->  Abs (   334,   351)
	 41: Rel (   132,    59)  ->  Abs (   466,   410)
	 42: Rel (   213,    94)  ->  Abs (   679,   504)
	 43: Rel (   110,   123)  ->  Abs (   789,   627)
	 44: Rel (   133,   148)  ->  Abs (   922,   775)
	 45: Rel (     0,   203)  ->  Abs (   922,   978)
	 46: Rel (     0,    98)  ->  Abs (   922,  1076)
	 47: Rel (   -25,   170)  ->  Abs (   897,  1246)
	 48: Rel (   -22,    89)  ->  Abs (   875,  1335)
	 49: Rel (    33,    84)  ->  Abs (   908,  1419)
	 50: Rel (    20,    49)  ->  Abs (   928,  1468)
	 51: Rel (    17,    34)  ->  Abs (   945,  1502)
	 52: Rel (    26,  -144)  ->  Abs (   971,  1358)
	 53: Rel (    23,  -167)  ->  Abs (   994,  1191)
	 54: Rel (    16,  -115)  ->  Abs (  1010,  1076)
	 55: Rel (    15,  -132)  ->  Abs (  1025,   944)
	 56: Rel (    19,  -162)  ->  Abs (  1044,   782)
	 57: Rel (    14,   -99)  ->  Abs (  1058,   683)
	 58: Rel (    18,  -126)  ->  Abs (  1076,   557)
	 59: Rel (    36,   -54)  ->  Abs (  1112,   503)
	 60: Rel (    24,   -36)  ->  Abs (  1136,   467)
	 61: Rel (    24,     0)  ->  Abs (  1160,   467)
	 62: Rel (   131,     0)  ->  Abs (  1291,   467)

	Glyph 1021: off = 0x0002D768, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 1022: off = 0x0002D792, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 1023: off = 0x0002D7BC, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			70
	  yMin:			1378
	  xMax:			412
	  yMax:			1585

	     0: Flags:		0x0016
		Glyf Index:	756
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1024: off = 0x0002D7CC, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			70
	  yMin:			1239
	  xMax:			412
	  yMax:			1597

	     0: Flags:		0x0016
		Glyf Index:	753
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1025: off = 0x0002D7DC, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

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	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 1026: off = 0x0002D806, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
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	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 1027: off = 0x0002D830, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
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	  yMax:			1280

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	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 1028: off = 0x0002D85A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			70
	  yMin:			1239
	  xMax:			337
	  yMax:			1549

	     0: Flags:		0x0016
		Glyf Index:	760
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1029: off = 0x0002D86A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			70
	  yMin:			1239
	  xMax:			433
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	     0: Flags:		0x0016
		Glyf Index:	759
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap


	Glyph 1030: off = 0x0002D87A, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
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	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
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	  Length of Instructions:	62
	00000: PUSHW[2]             16   754 
	00005: PUSHB[8]              7    64     9    10    52     7     7    28 
	00014: PUSHW[5]            750    22   748     6   753 
	00025: PUSHB[5]              7     7    19    25     0 
	00031: PUSHW[1]            749 
	00034: PUSHB[3]             13    13    19 
	00038: PUSHW[2]            749    25 
	00043: MDAP[rd]   
	00044: MIRP[nrp0,md,rd,1] 
	00045: SHP[rp1,zp0] 
	00046: MDAP[rd]   
	00047: MIRP[nrp0,md,rd,1] 
	00048: SRP1       
	00049: SRP2       
	00050: IP         
	00051: MDAP[rd]   
	00052: MIRP[nrp0,md,rd,1] 
	00053: SVTCA[y-axis] 
	00054: MIAP[rd+ci] 
	00055: MIRP[srp0,md,rd,1] 
	00056: SHP[rp2,zp1] 
	00057: MDAP[rd]   
	00058: CALL       
	00059: MIAP[rd+ci] 
	00060: IUP[y]     
	00061: IUP[x]     

	Flags
	-----
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	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:  YDual                       X-Short On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual               Y-Short X-Short On
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:                              X-Short On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short Off
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	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   457,  1309)  ->  Abs (   457,  1309)
	  1: Rel (     0,   -67)  ->  Abs (   457,  1242)
	  2: Rel (   -26,  -118)  ->  Abs (   431,  1124)
	  3: Rel (   -43,  -195)  ->  Abs (   388,   929)
	  4: Rel (    -5,   -28)  ->  Abs (   383,   901)
	  5: Rel (   -26,  -146)  ->  Abs (   357,   755)
	  6: Rel (     0,  -136)  ->  Abs (   357,   619)
	  7: Rel (   -57,     0)  ->  Abs (   300,   619)
	  8: Rel (     0,   126)  ->  Abs (   300,   745)
	  9: Rel (   -25,   153)  ->  Abs (   275,   898)
	 10: Rel (   -10,    58)  ->  Abs (   265,   956)
	 11: Rel (   -37,   182)  ->  Abs (   228,  1138)
	 12: Rel (   -26,   126)  ->  Abs (   202,  1264)
	 13: Rel (     0,    45)  ->  Abs (   202,  1309)
	 14: Rel (     0,    61)  ->  Abs (   202,  1370)
	 15: Rel (    70,    93)  ->  Abs (   272,  1463)
	 16: Rel (    55,     0)  ->  Abs (   327,  1463)
	 17: Rel (    57,     0)  ->  Abs (   384,  1463)
	 18: Rel (    73,   -92)  ->  Abs (   457,  1371)
	 19: Rel (    -6,  -969)  ->  Abs (   451,   402)
	 20: Rel (     0,   -50)  ->  Abs (   451,   352)
	 21: Rel (   -72,   -72)  ->  Abs (   379,   280)
	 22: Rel (   -52,     0)  ->  Abs (   327,   280)
	 23: Rel (   -50,     0)  ->  Abs (   277,   280)
	 24: Rel (   -72,    72)  ->  Abs (   205,   352)
	 25: Rel (     0,    50)  ->  Abs (   205,   402)
	 26: Rel (     0,    51)  ->  Abs (   205,   453)
	 27: Rel (    72,    74)  ->  Abs (   277,   527)
	 28: Rel (    52,     0)  ->  Abs (   329,   527)
	 29: Rel (    50,     0)  ->  Abs (   379,   527)
	 30: Rel (    72,   -74)  ->  Abs (   451,   453)

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	  yMin:			280
	  xMax:			463
	  yMax:			546

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	  Length of Instructions:	22
	00000: PUSHW[7]              9   750     3   748     0   749     6 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,md,rd,1] 
	00017: SVTCA[y-axis] 
	00018: MIAP[rd+ci] 
	00019: MIRP[nrp0,md,rd,1] 
	00020: IUP[y]     
	00021: IUP[x]     

	Flags
	-----
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	  2:                      Y-Short X-Short Off
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	  4:  YDual                       X-Short Off
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	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
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	  1: Rel (     0,   -54)  ->  Abs (   463,   359)
	  2: Rel (   -79,   -79)  ->  Abs (   384,   280)
	  3: Rel (   -55,     0)  ->  Abs (   329,   280)
	  4: Rel (   -54,     0)  ->  Abs (   275,   280)
	  5: Rel (   -76,    78)  ->  Abs (   199,   358)
	  6: Rel (     0,    55)  ->  Abs (   199,   413)
	  7: Rel (     0,    54)  ->  Abs (   199,   467)
	  8: Rel (    77,    79)  ->  Abs (   276,   546)
	  9: Rel (    53,     0)  ->  Abs (   329,   546)
	 10: Rel (    56,     0)  ->  Abs (   385,   546)
	 11: Rel (    78,   -78)  ->  Abs (   463,   468)

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	  Length of Instructions:	42
	00000: PUSHW[2]              9   750 
	00005: PUSHB[3]              3     3    21 
	00009: PUSHW[5]            750    15   748     0   749 
	00020: PUSHB[3]              6     6    12 
	00024: PUSHW[2]            749    18 
	00029: MDAP[rd]   
	00030: MIRP[nrp0,md,rd,1] 
	00031: SHP[rp1,zp0] 
	00032: MDAP[rd]   
	00033: MIRP[nrp0,md,rd,1] 
	00034: SVTCA[y-axis] 
	00035: MIAP[rd+ci] 
	00036: MIRP[srp0,md,rd,1] 
	00037: SHP[rp2,zp1] 
	00038: MDAP[rd]   
	00039: MIRP[nrp0,md,rd,1] 
	00040: IUP[y]     
	00041: IUP[x]     

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	-----
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	  4:  YDual                       X-Short Off
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	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual                         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   461,   978)  ->  Abs (   461,   978)
	  1: Rel (     0,   -56)  ->  Abs (   461,   922)
	  2: Rel (   -78,   -78)  ->  Abs (   383,   844)
	  3: Rel (   -56,     0)  ->  Abs (   327,   844)
	  4: Rel (   -53,     0)  ->  Abs (   274,   844)
	  5: Rel (   -76,    78)  ->  Abs (   198,   922)
	  6: Rel (     0,    56)  ->  Abs (   198,   978)
	  7: Rel (     0,    55)  ->  Abs (   198,  1033)
	  8: Rel (    74,    78)  ->  Abs (   272,  1111)
	  9: Rel (    55,     0)  ->  Abs (   327,  1111)
	 10: Rel (    56,     0)  ->  Abs (   383,  1111)
	 11: Rel (    78,   -78)  ->  Abs (   461,  1033)
	 12: Rel (     0,  -620)  ->  Abs (   461,   413)
	 13: Rel (     0,   -54)  ->  Abs (   461,   359)
	 14: Rel (   -79,   -79)  ->  Abs (   382,   280)
	 15: Rel (   -55,     0)  ->  Abs (   327,   280)
	 16: Rel (   -53,     0)  ->  Abs (   274,   280)
	 17: Rel (   -76,    78)  ->  Abs (   198,   358)
	 18: Rel (     0,    55)  ->  Abs (   198,   413)
	 19: Rel (     0,    54)  ->  Abs (   198,   467)
	 20: Rel (    75,    79)  ->  Abs (   273,   546)
	 21: Rel (    54,     0)  ->  Abs (   327,   546)
	 22: Rel (    56,     0)  ->  Abs (   383,   546)
	 23: Rel (    78,   -78)  ->  Abs (   461,   468)

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	  yMax:			1280

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	  1:  7

	  Length of Instructions:	0

	Flags
	-----
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	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

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	  yMax:			1280

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	  1:  7

	  Length of Instructions:	0

	Flags
	-----
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	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
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	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 1124: off = 0x0002E7BE, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 1125: off = 0x0002E7E8, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 1126: off = 0x0002E812, len = 42
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1280
	  yMax:			1280

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	0

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1280)  ->  Abs (   256,  1280)
	  2: Rel (  1024,     0)  ->  Abs (  1280,  1280)
	  3: Rel (     0, -1280)  ->  Abs (  1280,     0)
	  4: Rel (  -992,    32)  ->  Abs (   288,    32)
	  5: Rel (   960,     0)  ->  Abs (  1248,    32)
	  6: Rel (     0,  1216)  ->  Abs (  1248,  1248)
	  7: Rel (  -960,     0)  ->  Abs (   288,  1248)

	Glyph 1127: off = 0x0002E83C, len = 52
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			326
	  yMax:			467

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	24
	00000: PUSHW[6]              2   751     1   747     0   752 
	00013: PUSHB[2]              5     1 
	00016: MDAP[rd]   
	00017: SRP0       
	00018: MIRP[nrp0,nmd,rd,1] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[nrp0,md,rd,1] 
	00022: IUP[y]     
	00023: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   326,   293)  ->  Abs (   326,   293)
	  1: Rel (  -326,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (   326,     0)  ->  Abs (   326,   467)

	Glyph 1128: off = 0x0002E870, len = 52
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			2118
	  yMax:			467

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	24
	00000: PUSHW[6]              2   751     1   747     0   752 
	00013: PUSHB[2]              5     1 
	00016: MDAP[rd]   
	00017: SRP0       
	00018: MIRP[nrp0,nmd,rd,1] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[nrp0,md,rd,1] 
	00022: IUP[y]     
	00023: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  2118,   293)  ->  Abs (  2118,   293)
	  1: Rel ( -2118,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (  2118,     0)  ->  Abs (  2118,   467)

	Glyph 1129: off = 0x0002E8A4, len = 52
	  numberOfContours:	1
	  xMin:			0
	  yMin:			293
	  xMax:			4154
	  yMax:			467

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	24
	00000: PUSHW[6]              2   751     1   747     0   752 
	00013: PUSHB[2]              5     1 
	00016: MDAP[rd]   
	00017: SRP0       
	00018: MIRP[nrp0,nmd,rd,1] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[nrp0,md,rd,1] 
	00022: IUP[y]     
	00023: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  4154,   293)  ->  Abs (  4154,   293)
	  1: Rel ( -4154,     0)  ->  Abs (     0,   293)
	  2: Rel (     0,   174)  ->  Abs (     0,   467)
	  3: Rel (  4154,     0)  ->  Abs (  4154,   467)

	Glyph 1130: off = 0x0002E8D8, len = 402
	  numberOfContours:	2
	  xMin:			99
	  yMin:			-25
	  xMax:			1708
	  yMax:			1492

	EndPoints
	---------
	  0:  15
	  1:  44

	  Length of Instructions:	257
	00000: PUSHB[6]             27    16    13    14    52    39 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (19):    16    17    52    39    32     9    10    52    10    32 
	                             9    14    52     6    32     9    14    52     2 
	00031: PUSHW[1]            -32 
	00034: PUSHB[4]              9    14    52    14 
	00039: PUSHW[1]            -32 
	00042: NPUSHB      (70):     9    14    52    40    16    23    23    12     4    16 
	                            30    17     3    12    30    37     3     4    30    29 
	                             9    23    40    25     8    44    44    18    38    17 
	                            26    16    16     2    85    17    35    11    11     6 
	                            85    17    28    12    12     6    85    17    22    13 
	                            13     6    85    17    12    15    15     6    85    17 
	                            56    16    16     6    85    17    17     8    38    25 
	00114: PUSHW[1]            -26 
	00117: PUSHB[5]             16    16     2    85    25 
	00123: PUSHW[1]            -32 
	00126: PUSHB[5]             13    13     2    85    25 
	00132: PUSHW[1]            -34 
	00135: PUSHB[5]             12    12     2    85    25 
	00141: PUSHW[1]            -32 
	00144: PUSHB[5]             11    11     6    85    25 
	00150: PUSHW[1]            -28 
	00153: PUSHB[5]             12    12     6    85    25 
	00159: PUSHW[1]            -24 
	00162: PUSHB[5]             13    13     6    85    25 
	00168: PUSHW[1]            -46 
	00171: PUSHB[5]             16    16     6    85    25 
	00177: PUSHW[1]            -64 
	00180: NPUSHB      (21):    11    13    52     0    25     1    25     0    38    33 
	                             8    11    11     6    85    32    33     1    33    99 
	                            45 
	00203: SRP0       
	00204: MIRP[srp0,nmd,rd,2] 
	00205: DELTAP1    
	00206: CALL       
	00207: MIRP[nrp0,md,rd,1] 
	00208: MDAP[rd]   
	00209: DELTAP1    
	00210: CALL       
	00211: CALL       
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: MIRP[nrp0,md,rd,1] 
	00219: SHP[rp1,zp0] 
	00220: MDAP[rd]   
	00221: CALL       
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: MIRP[nrp0,md,rd,1] 
	00228: IP         
	00229: MDAP[rd]   
	00230: SRP1       
	00231: SRP2       
	00232: IP         
	00233: IP         
	00234: SVTCA[y-axis] 
	00235: MIAP[rd+ci] 
	00236: MIRP[nrp0,md,rd,1] 
	00237: MIAP[rd+ci] 
	00238: MIRP[nrp0,md,rd,1] 
	00239: MIAP[rd+ci] 
	00240: MIRP[nrp0,md,rd,1] 
	00241: SRP1       
	00242: SRP2       
	00243: IP         
	00244: MDAP[rd]   
	00245: SRP2       
	00246: IP         
	00247: IUP[y]     
	00248: IUP[x]     
	00249: SVTCA[x-axis] 
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual                         Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:        XDual                         On
	  9:        XDual                         Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual               Y-Short         On
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual                 X-Short On
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                              X-Short Off
	 28:                      Y-Short         Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short         Off
	 32:                              X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:        XDual                         Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual                               On
	 38:  YDual XDual                 X-Short Off
	 39:                      Y-Short         Off
	 40:        XDual         Y-Short X-Short On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   299,   711)  ->  Abs (   299,   711)
	  1: Rel (     0,  -260)  ->  Abs (   299,   451)
	  2: Rel (   143,  -158)  ->  Abs (   442,   293)
	  3: Rel (   138,  -152)  ->  Abs (   580,   141)
	  4: Rel (   219,     0)  ->  Abs (   799,   141)
	  5: Rel (   224,     0)  ->  Abs (  1023,   141)
	  6: Rel (   137,   154)  ->  Abs (  1160,   295)
	  7: Rel (   141,   160)  ->  Abs (  1301,   455)
	  8: Rel (     0,   277)  ->  Abs (  1301,   732)
	  9: Rel (     0,   370)  ->  Abs (  1301,  1102)
	 10: Rel (  -237,   150)  ->  Abs (  1064,  1252)
	 11: Rel (  -117,    73)  ->  Abs (   947,  1325)
	 12: Rel (  -145,     0)  ->  Abs (   802,  1325)
	 13: Rel (  -223,     0)  ->  Abs (   579,  1325)
	 14: Rel (  -131,  -141)  ->  Abs (   448,  1184)
	 15: Rel (  -149,  -160)  ->  Abs (   299,  1024)
	 16: Rel (  1216,   249)  ->  Abs (  1515,  1273)
	 17: Rel (     0,   209)  ->  Abs (  1515,  1482)
	 18: Rel (   193,     0)  ->  Abs (  1708,  1482)
	 19: Rel (     0,  -165)  ->  Abs (  1708,  1317)
	 20: Rel (     0,  -124)  ->  Abs (  1708,  1193)
	 21: Rel (   -38,   -66)  ->  Abs (  1670,  1127)
	 22: Rel (   -52,   -91)  ->  Abs (  1618,  1036)
	 23: Rel (  -143,   -76)  ->  Abs (  1475,   960)
	 24: Rel (    26,  -108)  ->  Abs (  1501,   852)
	 25: Rel (     0,  -121)  ->  Abs (  1501,   731)
	 26: Rel (     0,  -224)  ->  Abs (  1501,   507)
	 27: Rel (  -181,  -351)  ->  Abs (  1320,   156)
	 28: Rel (  -329,  -181)  ->  Abs (   991,   -25)
	 29: Rel (  -191,     0)  ->  Abs (   800,   -25)
	 30: Rel (  -206,     0)  ->  Abs (   594,   -25)
	 31: Rel (  -327,   199)  ->  Abs (   267,   174)
	 32: Rel (  -168,   347)  ->  Abs (    99,   521)
	 33: Rel (     0,   193)  ->  Abs (    99,   714)
	 34: Rel (     0,   360)  ->  Abs (    99,  1074)
	 35: Rel (   196,   212)  ->  Abs (   295,  1286)
	 36: Rel (   191,   206)  ->  Abs (   486,  1492)
	 37: Rel (   315,     0)  ->  Abs (   801,  1492)
	 38: Rel (   227,     0)  ->  Abs (  1028,  1492)
	 39: Rel (   351,  -247)  ->  Abs (  1379,  1245)
	 40: Rel (    73,  -208)  ->  Abs (  1452,  1037)
	 41: Rel (    91,    49)  ->  Abs (  1543,  1086)
	 42: Rel (    37,    56)  ->  Abs (  1580,  1142)
	 43: Rel (    30,    45)  ->  Abs (  1610,  1187)
	 44: Rel (    -1,    86)  ->  Abs (  1609,  1273)

	Glyph 1131: off = 0x0002EA6A, len = 412
	  numberOfContours:	2
	  xMin:			68
	  yMin:			-24
	  xMax:			1280
	  yMax:			1088

	EndPoints
	---------
	  0:  15
	  1:  44

	  Length of Instructions:	275
	00000: NPUSHB      (14):    89    39     1     6    32    12    14    52    10    32 
	                            12    14    52     2 
	00016: PUSHW[1]            -32 
	00019: PUSHB[4]             12    14    52    14 
	00024: PUSHW[1]            -32 
	00027: NPUSHB      (52):    12    14    52    41    16    23    23    12     4    16 
	                            28    17     7    12    28    37     7     4    28    29 
	                            11    23    40    25     8    44    44    18    38    17 
	                            32    16    16     6    85    17    48    15    15     6 
	                            85    17    18    11    13     6    85    17    17     8 
	                            36    25 
	00081: PUSHW[1]            -26 
	00084: NPUSHB      (17):    15    15     2    85    25    24    13    13     2    85 
	                            25    16    11    11     2    85    25 
	00103: PUSHW[1]            -15 
	00106: PUSHB[5]             16    16     6    85    25 
	00112: PUSHW[1]            -45 
	00115: PUSHB[5]             15    15     6    85    25 
	00121: PUSHW[1]            -42 
	00124: PUSHB[5]             13    13     6    85    25 
	00130: PUSHW[1]             -8 
	00133: NPUSHB      (48):    11    12     6    85     0    25    32    25     2    25 
	                             0    36     0    64    36    37    52    33    12    14 
	                            15     2    85    33    18    13    13     2    85    33 
	                            12    12    12     2    85    33    28    11    11     2 
	                            85    33     8    16    16     6    85    33 
	00183: PUSHW[1]             -4 
	00186: NPUSHB      (30):    15    15     6    85    33     8    13    13     6    85 
	                            33    22    12    12     6    85    33    14    11    11 
	                             6    85    31    33    63    33     2    33    49    45 
	00218: SRP0       
	00219: MIRP[srp0,nmd,rd,2] 
	00220: DELTAP1    
	00221: CALL       
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: CALL       
	00230: CALL       
	00231: MIRP[nrp0,md,rd,1] 
	00232: MDAP[rd]   
	00233: DELTAP1    
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: MIRP[nrp0,md,rd,1] 
	00242: SHP[rp1,zp0] 
	00243: MDAP[rd]   
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: MIRP[nrp0,md,rd,1] 
	00248: IP         
	00249: MDAP[rd]   
	00250: SRP1       
	00251: SRP2       
	00252: IP         
	00253: IP         
	00254: SVTCA[y-axis] 
	00255: MIAP[rd+ci] 
	00256: MIRP[nrp0,md,rd,1] 
	00257: MIAP[rd+ci] 
	00258: MIRP[nrp0,md,rd,1] 
	00259: MIAP[rd+ci] 
	00260: MIRP[nrp0,md,rd,1] 
	00261: SRP1       
	00262: SRP2       
	00263: IP         
	00264: MDAP[rd]   
	00265: SRP2       
	00266: IP         
	00267: IUP[y]     
	00268: IUP[x]     
	00269: SVTCA[x-axis] 
	00270: CALL       
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual         Y-Short         Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual               Y-Short         On
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual                 X-Short On
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:        XDual         Y-Short         Off
	 25:        XDual         Y-Short         On
	 26:        XDual                         Off
	 27:                      Y-Short X-Short On
	 28:                      Y-Short X-Short Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short On
	 32:  YDual               Y-Short X-Short Off
	 33:        XDual                         On
	 34:        XDual                         Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short X-Short On
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual               Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   253,   531)  ->  Abs (   253,   531)
	  1: Rel (     0,  -197)  ->  Abs (   253,   334)
	  2: Rel (    89,  -108)  ->  Abs (   342,   226)
	  3: Rel (    84,  -102)  ->  Abs (   426,   124)
	  4: Rel (   140,     0)  ->  Abs (   566,   124)
	  5: Rel (   140,     0)  ->  Abs (   706,   124)
	  6: Rel (    83,   102)  ->  Abs (   789,   226)
	  7: Rel (    89,   109)  ->  Abs (   878,   335)
	  8: Rel (     0,   202)  ->  Abs (   878,   537)
	  9: Rel (     0,   191)  ->  Abs (   878,   728)
	 10: Rel (   -90,   107)  ->  Abs (   788,   835)
	 11: Rel (   -84,   102)  ->  Abs (   704,   937)
	 12: Rel (  -138,     0)  ->  Abs (   566,   937)
	 13: Rel (  -141,     0)  ->  Abs (   425,   937)
	 14: Rel (   -83,  -101)  ->  Abs (   342,   836)
	 15: Rel (   -89,  -108)  ->  Abs (   253,   728)
	 16: Rel (   834,   151)  ->  Abs (  1087,   879)
	 17: Rel (     0,   209)  ->  Abs (  1087,  1088)
	 18: Rel (   193,     0)  ->  Abs (  1280,  1088)
	 19: Rel (     0,  -165)  ->  Abs (  1280,   923)
	 20: Rel (     0,  -124)  ->  Abs (  1280,   799)
	 21: Rel (   -38,   -66)  ->  Abs (  1242,   733)
	 22: Rel (   -49,   -86)  ->  Abs (  1193,   647)
	 23: Rel (  -130,   -72)  ->  Abs (  1063,   575)
	 24: Rel (     0,   -14)  ->  Abs (  1063,   561)
	 25: Rel (     0,   -15)  ->  Abs (  1063,   546)
	 26: Rel (     0,  -372)  ->  Abs (  1063,   174)
	 27: Rel (  -240,  -133)  ->  Abs (   823,    41)
	 28: Rel (  -118,   -65)  ->  Abs (   705,   -24)
	 29: Rel (  -139,     0)  ->  Abs (   566,   -24)
	 30: Rel (  -228,     0)  ->  Abs (   338,   -24)
	 31: Rel (  -133,   143)  ->  Abs (   205,   119)
	 32: Rel (  -137,   148)  ->  Abs (    68,   267)
	 33: Rel (     0,   264)  ->  Abs (    68,   531)
	 34: Rel (     0,   295)  ->  Abs (    68,   826)
	 35: Rel (   164,   142)  ->  Abs (   232,   968)
	 36: Rel (   137,   118)  ->  Abs (   369,  1086)
	 37: Rel (   197,     0)  ->  Abs (   566,  1086)
	 38: Rel (   219,     0)  ->  Abs (   785,  1086)
	 39: Rel (   139,  -143)  ->  Abs (   924,   943)
	 40: Rel (   105,  -109)  ->  Abs (  1029,   834)
	 41: Rel (    26,  -172)  ->  Abs (  1055,   662)
	 42: Rel (    68,    42)  ->  Abs (  1123,   704)
	 43: Rel (    59,    90)  ->  Abs (  1182,   794)
	 44: Rel (    -1,    85)  ->  Abs (  1181,   879)

	Glyph 1132: off = 0x0002EC06, len = 412
	  numberOfContours:	1
	  xMin:			161
	  yMin:			-25
	  xMax:			1666
	  yMax:			1466

	EndPoints
	---------
	  0:  37

	  Length of Instructions:	293
	00000: PUSHB[6]             15    52    12    14    52    12 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (19):    12    14    52    38    24     1    33     7     7    26 
	                             0    28     1     2    31     2    19     2    26 
	00031: PUSHW[1]            699 
	00034: NPUSHB      (54):    14     9    37    37     2    14     9    13     2    85 
	                             2    38     1    18    10    10     2    85     1    68 
	                            11    11     6    85     1     8    12    12     6    85 
	                             1    30    13    13     6    85     1    68    15    15 
	                             6    85     1    68    16    16     6    85     1     1 
	                            30    38    32     8 
	00090: PUSHW[1]            -20 
	00093: PUSHB[5]             15    15     2    85     8 
	00099: PUSHW[1]            -18 
	00102: NPUSHB      (11):    13    13     2    85     8    16    12    12     2    85 
	                             8 
	00115: PUSHW[1]            -59 
	00118: NPUSHB      (11):    11    11     6    85     8    28    12    12     6    85 
	                             8 
	00131: PUSHW[1]            -15 
	00134: PUSHB[5]             13    13     6    85     8 
	00140: PUSHW[1]            -45 
	00143: PUSHB[5]             15    15     6    85     8 
	00149: PUSHW[1]            -45 
	00152: NPUSHB      (14):    16    16     6    85     8    21    38    18    32    16 
	                            16     2    85    18 
	00168: PUSHW[1]            -10 
	00171: PUSHB[5]             15    15     2    85    18 
	00177: PUSHW[1]            -10 
	00180: PUSHB[5]             13    13     2    85    18 
	00186: PUSHW[1]             -6 
	00189: PUSHB[5]             12    12     2    85    18 
	00195: PUSHW[1]             -6 
	00198: PUSHB[5]             12    12     6    85    18 
	00204: PUSHW[1]            -10 
	00207: PUSHB[5]             13    13     6    85    18 
	00213: PUSHW[1]            -15 
	00216: PUSHB[5]             15    15     6    85    18 
	00222: PUSHW[1]             -8 
	00225: PUSHB[5]             16    16     6    85    18 
	00231: PUSHW[1]            -64 
	00234: PUSHB[6]             19    21    52    18    93    38 
	00241: SRP0       
	00242: MIRP[srp0,nmd,rd,2] 
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: MIRP[nrp0,md,rd,1] 
	00253: MDAP[rd]   
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: ALIGNRP    
	00263: MIRP[nrp0,md,rd,1] 
	00264: SHP[rp1,zp0] 
	00265: MDAP[rd]   
	00266: CALL       
	00267: CALL       
	00268: CALL       
	00269: CALL       
	00270: CALL       
	00271: CALL       
	00272: MIRP[nrp0,md,rd,1] 
	00273: CALL       
	00274: IP         
	00275: MDAP[rd]   
	00276: SVTCA[y-axis] 
	00277: MIAP[rd+ci] 
	00278: MIRP[nrp0,md,rd,1] 
	00279: MIAP[rd+ci] 
	00280: MIAP[rd+ci] 
	00281: MIAP[rd+ci] 
	00282: MIRP[nrp0,md,rd,1] 
	00283: SRP1       
	00284: IP         
	00285: MDAP[rd]   
	00286: IP         
	00287: IUP[y]     
	00288: IUP[x]     
	00289: SVTCA[x-axis] 
	00290: DELTAP1    
	00291: CALL       
	00292: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:        XDual                         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                               Off
	 16:                              X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:        XDual                         On
	 20:  YDual XDual                 X-Short On
	 21:        XDual                         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:        XDual                         On
	 31:        XDual                         On
	 32:  YDual XDual                 X-Short On
	 33:        XDual                         On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1473,  1257)  ->  Abs (  1473,  1257)
	  1: Rel (     0,   209)  ->  Abs (  1473,  1466)
	  2: Rel (   193,     0)  ->  Abs (  1666,  1466)
	  3: Rel (     0,  -165)  ->  Abs (  1666,  1301)
	  4: Rel (     0,  -157)  ->  Abs (  1666,  1144)
	  5: Rel (   -36,   -62)  ->  Abs (  1630,  1082)
	  6: Rel (   -99,  -173)  ->  Abs (  1531,   909)
	  7: Rel (  -217,   -10)  ->  Abs (  1314,   899)
	  8: Rel (     0,  -280)  ->  Abs (  1314,   619)
	  9: Rel (     0,  -225)  ->  Abs (  1314,   394)
	 10: Rel (   -50,  -126)  ->  Abs (  1264,   268)
	 11: Rel (   -52,  -131)  ->  Abs (  1212,   137)
	 12: Rel (  -128,   -80)  ->  Abs (  1084,    57)
	 13: Rel (  -131,   -82)  ->  Abs (   953,   -25)
	 14: Rel (  -212,     0)  ->  Abs (   741,   -25)
	 15: Rel (  -409,     0)  ->  Abs (   332,   -25)
	 16: Rel (  -115,   277)  ->  Abs (   217,   252)
	 17: Rel (   -56,   134)  ->  Abs (   161,   386)
	 18: Rel (     0,   233)  ->  Abs (   161,   619)
	 19: Rel (     0,   847)  ->  Abs (   161,  1466)
	 20: Rel (   194,     0)  ->  Abs (   355,  1466)
	 21: Rel (     0,  -846)  ->  Abs (   355,   620)
	 22: Rel (     0,  -189)  ->  Abs (   355,   431)
	 23: Rel (    36,   -93)  ->  Abs (   391,   338)
	 24: Rel (    34,   -89)  ->  Abs (   425,   249)
	 25: Rel (   174,   -99)  ->  Abs (   599,   150)
	 26: Rel (   125,     0)  ->  Abs (   724,   150)
	 27: Rel (   219,     0)  ->  Abs (   943,   150)
	 28: Rel (    86,    97)  ->  Abs (  1029,   247)
	 29: Rel (    91,   102)  ->  Abs (  1120,   349)
	 30: Rel (     0,   271)  ->  Abs (  1120,   620)
	 31: Rel (     0,   846)  ->  Abs (  1120,  1466)
	 32: Rel (   194,     0)  ->  Abs (  1314,  1466)
	 33: Rel (     0,  -493)  ->  Abs (  1314,   973)
	 34: Rel (   156,    16)  ->  Abs (  1470,   989)
	 35: Rel (    70,   108)  ->  Abs (  1540,  1097)
	 36: Rel (    27,    42)  ->  Abs (  1567,  1139)
	 37: Rel (     0,   118)  ->  Abs (  1567,  1257)

	Glyph 1133: off = 0x0002EDA2, len = 396
	  numberOfContours:	1
	  xMin:			131
	  yMin:			-24
	  xMax:			1309
	  yMax:			1062

	EndPoints
	---------
	  0:  36

	  Length of Instructions:	284
	00000: PUSHB[6]             27    16    11    13    52    24 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (83):    16    17    52    14    32     9    10    52    10    19 
	                            25    32     7     7    25     0    28     1     6    30 
	                             6    19     6     9    10    25    28    12    36    36 
	                             2    38     1    30    11    11     6    85     1    20 
	                            12    12     6    85     1    45    13    13     6    85 
	                             1    12    15    15     6    85     1    32    16    16 
	                             6    85     1     1     8     9    51    29    37    31 
	                             8    44    16    16     2    85     8    18    14    14 
	                             2    85     8 
	00095: PUSHW[1]            -16 
	00098: NPUSHB      (11):    13    13     2    85     8    10    12    12     2    85 
	                             8 
	00111: PUSHW[1]            -12 
	00114: NPUSHB      (11):    11    11     6    85     8    10    12    12     6    85 
	                             8 
	00127: PUSHW[1]            -30 
	00130: PUSHB[5]             13    13     6    85     8 
	00136: PUSHW[1]            -34 
	00139: PUSHB[8]             16    16     6    85     8    21    37    18 
	00148: PUSHW[1]             -8 
	00151: PUSHB[5]             16    16     2    85    18 
	00157: PUSHW[1]             -8 
	00160: NPUSHB      (23):    14    14     2    85    18     4    12    12     2    85 
	                            18    10    11    11     6    85    18     4    12    12 
	                             6    85    18 
	00185: PUSHW[1]             -4 
	00188: PUSHB[5]             13    13     6    85    18 
	00194: PUSHW[1]            -14 
	00197: PUSHB[5]             15    16     6    85    18 
	00203: PUSHW[1]            -64 
	00206: NPUSHB      (18):    51    54    52   240    18     1     0    18    32    18 
	                           208    18   224    18     4    18    78    37 
	00226: SRP0       
	00227: MIRP[srp0,nmd,rd,2] 
	00228: DELTAP1    
	00229: DELTAP2    
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: MIRP[nrp0,md,rd,1] 
	00239: MDAP[rd]   
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: ALIGNRP    
	00249: MIRP[srp0,md,rd,1] 
	00250: MIRP[nrp0,nmd,rd,0] 
	00251: SRP1       
	00252: SHP[rp1,zp0] 
	00253: MDAP[rd]   
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: CALL       
	00258: CALL       
	00259: MIRP[nrp0,md,rd,1] 
	00260: IP         
	00261: MDAP[rd]   
	00262: SVTCA[y-axis] 
	00263: MDAP[rd]   
	00264: MIRP[nrp0,md,rd,1] 
	00265: MIAP[rd+ci] 
	00266: MIAP[rd+ci] 
	00267: MIAP[rd+ci] 
	00268: MIAP[rd+ci] 
	00269: MIRP[nrp0,md,rd,1] 
	00270: SRP1       
	00271: IP         
	00272: MDAP[rd]   
	00273: IP         
	00274: SRP1       
	00275: SRP2       
	00276: IP         
	00277: IUP[y]     
	00278: IUP[x]     
	00279: SVTCA[x-axis] 
	00280: CALL       
	00281: CALL       
	00282: SVTCA[y-axis] 
	00283: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:        XDual                         On
	 20:  YDual XDual                 X-Short On
	 21:        XDual                         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:        XDual                         On
	 31:  YDual XDual                 X-Short On
	 32:        XDual                         On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1116,   853)  ->  Abs (  1116,   853)
	  1: Rel (     0,   209)  ->  Abs (  1116,  1062)
	  2: Rel (   193,     0)  ->  Abs (  1309,  1062)
	  3: Rel (     0,  -165)  ->  Abs (  1309,   897)
	  4: Rel (     0,  -157)  ->  Abs (  1309,   740)
	  5: Rel (   -36,   -62)  ->  Abs (  1273,   678)
	  6: Rel (   -92,  -160)  ->  Abs (  1181,   518)
	  7: Rel (  -189,   -20)  ->  Abs (   992,   498)
	  8: Rel (     0,  -498)  ->  Abs (   992,     0)
	  9: Rel (  -161,     0)  ->  Abs (   831,     0)
	 10: Rel (     0,   156)  ->  Abs (   831,   156)
	 11: Rel (  -124,  -180)  ->  Abs (   707,   -24)
	 12: Rel (  -213,     0)  ->  Abs (   494,   -24)
	 13: Rel (   -93,     0)  ->  Abs (   401,   -24)
	 14: Rel (  -163,    71)  ->  Abs (   238,    47)
	 15: Rel (   -80,   110)  ->  Abs (   158,   157)
	 16: Rel (   -16,    79)  ->  Abs (   142,   236)
	 17: Rel (   -11,    54)  ->  Abs (   131,   290)
	 18: Rel (     0,   114)  ->  Abs (   131,   404)
	 19: Rel (     0,   658)  ->  Abs (   131,  1062)
	 20: Rel (   180,     0)  ->  Abs (   311,  1062)
	 21: Rel (     0,  -589)  ->  Abs (   311,   473)
	 22: Rel (     0,  -143)  ->  Abs (   311,   330)
	 23: Rel (    11,   -47)  ->  Abs (   322,   283)
	 24: Rel (    35,  -152)  ->  Abs (   357,   131)
	 25: Rel (   173,     0)  ->  Abs (   530,   131)
	 26: Rel (    83,     0)  ->  Abs (   613,   131)
	 27: Rel (   141,    84)  ->  Abs (   754,   215)
	 28: Rel (    58,   142)  ->  Abs (   812,   357)
	 29: Rel (     0,   136)  ->  Abs (   812,   493)
	 30: Rel (     0,   569)  ->  Abs (   812,  1062)
	 31: Rel (   180,     0)  ->  Abs (   992,  1062)
	 32: Rel (     0,  -488)  ->  Abs (   992,   574)
	 33: Rel (   127,    22)  ->  Abs (  1119,   596)
	 34: Rel (    63,    97)  ->  Abs (  1182,   693)
	 35: Rel (    28,    42)  ->  Abs (  1210,   735)
	 36: Rel (     0,   118)  ->  Abs (  1210,   853)

	Glyph 1134: off = 0x0002EF2E, len = 70
	  numberOfContours:	1
	  xMin:			-548
	  yMin:			1677
	  xMax:			-187
	  yMax:			1835

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	44
	00000: PUSHB[8]              1    32    14    17    52     1   128     2 
	00009: PUSHW[3]            791     0   595 
	00016: PUSHB[8]              1   134    64     3   208     3     2     3 
	00025: PUSHW[2]            608     2 
	00030: MDAP[rd]   
	00031: MIRP[nrp0,md,rd,1] 
	00032: DELTAP1    
	00033: MIRP[srp0,md,rd,1] 
	00034: MIRP[nrp0,md,rd,1] 
	00035: SVTCA[y-axis] 
	00036: RDTG       
	00037: MIAP[rd+ci] 
	00038: SMD        
	00039: MDRP[nrp0,md,rd,1] 
	00040: IUP[y]     
	00041: IUP[x]     
	00042: SVTCA[x-axis] 
	00043: CALL       

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual                       X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  -187,  1677)  ->  Abs (  -187,  1677)
	  1: Rel (  -130,     0)  ->  Abs (  -317,  1677)
	  2: Rel (  -231,   158)  ->  Abs (  -548,  1835)
	  3: Rel (   226,     0)  ->  Abs (  -322,  1835)

	Glyph 1135: off = 0x0002EF74, len = 70
	  numberOfContours:	1
	  xMin:			-977
	  yMin:			1677
	  xMax:			-616
	  yMax:			1835

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	44
	00000: PUSHB[8]              1    32    14    17    52     1   128     2 
	00009: PUSHW[3]            791     0   595 
	00016: PUSHB[8]              1   134    64     3   208     3     2     3 
	00025: PUSHW[2]            608     2 
	00030: MDAP[rd]   
	00031: MIRP[nrp0,md,rd,1] 
	00032: DELTAP1    
	00033: MIRP[srp0,md,rd,1] 
	00034: MIRP[nrp0,md,rd,1] 
	00035: SVTCA[y-axis] 
	00036: RDTG       
	00037: MIAP[rd+ci] 
	00038: SMD        
	00039: MDRP[nrp0,md,rd,1] 
	00040: IUP[y]     
	00041: IUP[x]     
	00042: SVTCA[x-axis] 
	00043: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  -616,  1677)  ->  Abs (  -616,  1677)
	  1: Rel (  -130,     0)  ->  Abs (  -746,  1677)
	  2: Rel (  -231,   158)  ->  Abs (  -977,  1835)
	  3: Rel (   226,     0)  ->  Abs (  -751,  1835)

	Glyph 1136: off = 0x0002EFBA, len = 110
	  numberOfContours:	1
	  xMin:			-858
	  yMin:			1547
	  xMax:			-482
	  yMax:			1827

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	83
	00000: PUSHB[6]              1    32    14    17    52     1 
	00007: PUSHW[1]            -64 
	00010: NPUSHB      (31):     9    10    52     1   135    31     2    47     2     2 
	                            31     2    47     2   143     2   159     2     4   175 
	                             2   191     2     2     2    64     9    16    52     2 
	                             0 
	00043: PUSHW[1]            595 
	00046: PUSHB[8]              1   134    64     3   208     3     2     3 
	00055: PUSHW[1]            608 
	00058: PUSHB[6]            112     2   176     2     2     2 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: MIRP[nrp0,md,rd,1] 
	00068: DELTAP1    
	00069: MIRP[srp0,md,rd,1] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: SVTCA[y-axis] 
	00072: MDAP[rd]   
	00073: CALL       
	00074: DELTAP1    
	00075: DELTAP2    
	00076: DELTAP3    
	00077: MIRP[nrp0,md,rd,1] 
	00078: CALL       
	00079: IUP[y]     
	00080: IUP[x]     
	00081: SVTCA[x-axis] 
	00082: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:                              X-Short On
	  3:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  -482,  1547)  ->  Abs (  -482,  1547)
	  1: Rel (  -145,     0)  ->  Abs (  -627,  1547)
	  2: Rel (  -231,   280)  ->  Abs (  -858,  1827)
	  3: Rel (   241,     0)  ->  Abs (  -617,  1827)

	Glyph 1137: off = 0x0002F028, len = 92
	  numberOfContours:	1
	  xMin:			-428
	  yMin:			1677
	  xMax:			-67
	  yMax:			1835

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	65
	00000: PUSHW[2]              2   -32 
	00005: PUSHB[4]             14    17    52     1 
	00010: PUSHW[1]            -32 
	00013: PUSHB[6]             14    17    52     2   128     0 
	00020: PUSHW[3]            791     3   -12 
	00027: PUSHB[4]              9    18    52     3 
	00032: PUSHW[1]            595 
	00035: PUSHB[8]              2   134    79     0   223     0     2     0 
	00044: PUSHW[2]            608     1 
	00049: MDAP[rd]   
	00050: MIRP[nrp0,md,rd,1] 
	00051: DELTAP1    
	00052: MIRP[srp0,md,rd,1] 
	00053: MIRP[nrp0,md,rd,1] 
	00054: CALL       
	00055: SVTCA[y-axis] 
	00056: RDTG       
	00057: MIAP[rd+ci] 
	00058: SMD        
	00059: MDRP[nrp0,md,rd,1] 
	00060: IUP[y]     
	00061: IUP[x]     
	00062: SVTCA[x-axis] 
	00063: CALL       
	00064: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                      Y-Short X-Short On
	  3:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  -293,  1835)  ->  Abs (  -293,  1835)
	  1: Rel (   226,     0)  ->  Abs (   -67,  1835)
	  2: Rel (  -231,  -158)  ->  Abs (  -298,  1677)
	  3: Rel (  -130,     0)  ->  Abs (  -428,  1677)

	Glyph 1138: off = 0x0002F084, len = 82
	  numberOfContours:	1
	  xMin:			-809
	  yMin:			1677
	  xMax:			-448
	  yMax:			1835

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	56
	00000: PUSHW[2]              2   -32 
	00005: PUSHB[6]             14    17    52     2   128     0 
	00012: PUSHW[3]            791     3   -12 
	00019: PUSHB[4]              9    18    52     3 
	00024: PUSHW[1]            595 
	00027: PUSHB[8]              2   134    79     0   223     0     2     0 
	00036: PUSHW[2]            608     1 
	00041: MDAP[rd]   
	00042: MIRP[nrp0,md,rd,1] 
	00043: DELTAP1    
	00044: MIRP[srp0,md,rd,1] 
	00045: MIRP[nrp0,md,rd,1] 
	00046: CALL       
	00047: SVTCA[y-axis] 
	00048: RDTG       
	00049: MIAP[rd+ci] 
	00050: SMD        
	00051: MDRP[nrp0,md,rd,1] 
	00052: IUP[y]     
	00053: IUP[x]     
	00054: SVTCA[x-axis] 
	00055: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                      Y-Short X-Short On
	  3:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  -674,  1835)  ->  Abs (  -674,  1835)
	  1: Rel (   226,     0)  ->  Abs (  -448,  1835)
	  2: Rel (  -231,  -158)  ->  Abs (  -679,  1677)
	  3: Rel (  -130,     0)  ->  Abs (  -809,  1677)

	Glyph 1139: off = 0x0002F0D6, len = 112
	  numberOfContours:	1
	  xMin:			-653
	  yMin:			1547
	  xMax:			-277
	  yMax:			1827

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	84
	00000: PUSHB[4]            153     2     1     2 
	00005: PUSHW[1]            -32 
	00008: PUSHB[4]             14    17    52     2 
	00013: PUSHW[1]            -64 
	00016: NPUSHB      (31):     9    10    52     2   135    31     1    47     1     2 
	                            31     1    47     1   143     1   159     1     4   175 
	                             1   191     1     2     1    64     9    16    52     1 
	                             3 
	00049: PUSHW[1]            595 
	00052: PUSHB[8]              2   134    79     0   223     0     2     0 
	00061: PUSHW[2]            608     1 
	00066: MDAP[rd]   
	00067: MIRP[nrp0,md,rd,1] 
	00068: DELTAP1    
	00069: MIRP[srp0,md,rd,1] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: SVTCA[y-axis] 
	00072: MDAP[rd]   
	00073: CALL       
	00074: DELTAP1    
	00075: DELTAP2    
	00076: DELTAP3    
	00077: MIRP[nrp0,md,rd,1] 
	00078: CALL       
	00079: IUP[y]     
	00080: IUP[x]     
	00081: SVTCA[x-axis] 
	00082: CALL       
	00083: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                              X-Short On
	  3:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  -518,  1827)  ->  Abs (  -518,  1827)
	  1: Rel (   241,     0)  ->  Abs (  -277,  1827)
	  2: Rel (  -231,  -280)  ->  Abs (  -508,  1547)
	  3: Rel (  -145,     0)  ->  Abs (  -653,  1547)

	Glyph 1140: off = 0x0002F146, len = 216
	  numberOfContours:	1
	  xMin:			-471
	  yMin:			1512
	  xMax:			-34
	  yMax:			1836

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	139
	00000: PUSHW[2]             17   -64 
	00005: NPUSHB       (9):     9    24    52    10    12     9     7    21    18 
	00016: PUSHW[1]            -64 
	00019: NPUSHB      (14):    18    24    52    18   144    20     1   127    20     1 
	                           144    20     1    20 
	00035: PUSHW[1]            -64 
	00038: PUSHB[4]              9    12    52    20 
	00043: PUSHW[1]            -64 
	00046: PUSHB[4]             25    37    52    20 
	00051: PUSHW[1]            -64 
	00054: NPUSHB      (10):    55    57    52    20    64    83    90    52    20     7 
	00066: PUSHW[3]            790    12   791 
	00073: NPUSHB      (12):    16   201     3     3    19     9    20    10    10    19 
	                            87    20 
	00087: PUSHW[1]            -64 
	00090: NPUSHB       (9):    11    13    52     0    20   112    20     2    20 
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: CALL       
	00104: MIRP[nrp0,md,rd,1] 
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: SRP2       
	00108: IP         
	00109: SRP1       
	00110: SHP[rp1,zp0] 
	00111: MDAP[rd]   
	00112: MIRP[nrp0,md,rd,1] 
	00113: SVTCA[y-axis] 
	00114: RDTG       
	00115: MIAP[rd+ci] 
	00116: RTG        
	00117: MIRP[nrp0,md,rd,1] 
	00118: RDTG       
	00119: MDRP[srp0,nmd,rd,0] 
	00120: CALL       
	00121: CALL       
	00122: CALL       
	00123: CALL       
	00124: DELTAP1    
	00125: DELTAP2    
	00126: DELTAP3    
	00127: RTG        
	00128: MDRP[srp0,md,rd,1] 
	00129: CALL       
	00130: MDRP[nrp0,md,rd,1] 
	00131: SRP1       
	00132: IP         
	00133: SRP2       
	00134: IP         
	00135: IUP[y]     
	00136: IUP[x]     
	00137: SVTCA[x-axis] 
	00138: CALL       

	Flags
	-----
	  0:                                      Off
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short         On
	 20:  YDual                       X-Short On
	 21:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  -275,  1630)  ->  Abs (  -275,  1630)
	  1: Rel (    16,     5)  ->  Abs (  -259,  1635)
	  2: Rel (    53,    13)  ->  Abs (  -206,  1648)
	  3: Rel (     1,    28)  ->  Abs (  -205,  1676)
	  4: Rel (     1,    23)  ->  Abs (  -204,  1699)
	  5: Rel (   -29,    16)  ->  Abs (  -233,  1715)
	  6: Rel (   -42,    23)  ->  Abs (  -275,  1738)
	  7: Rel (   -91,     0)  ->  Abs (  -366,  1738)
	  8: Rel (   -31,     0)  ->  Abs (  -397,  1738)
	  9: Rel (   -63,    -4)  ->  Abs (  -460,  1734)
	 10: Rel (   -11,    94)  ->  Abs (  -471,  1828)
	 11: Rel (    39,     8)  ->  Abs (  -432,  1836)
	 12: Rel (   105,    -1)  ->  Abs (  -327,  1835)
	 13: Rel (   123,    -1)  ->  Abs (  -204,  1834)
	 14: Rel (    78,   -39)  ->  Abs (  -126,  1795)
	 15: Rel (    86,   -42)  ->  Abs (   -40,  1753)
	 16: Rel (     2,   -67)  ->  Abs (   -38,  1686)
	 17: Rel (     4,  -101)  ->  Abs (   -34,  1585)
	 18: Rel (  -186,   -23)  ->  Abs (  -220,  1562)
	 19: Rel (     0,   -50)  ->  Abs (  -220,  1512)
	 20: Rel (  -112,     0)  ->  Abs (  -332,  1512)
	 21: Rel (     0,   112)  ->  Abs (  -332,  1624)

	Glyph 1141: off = 0x0002F21E, len = 204
	  numberOfContours:	1
	  xMin:			-499
	  yMin:			1645
	  xMax:			-95
	  yMax:			1836

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	128
	00000: PUSHW[2]             16   -64 
	00005: NPUSHB      (42):     9    32    52    11    13    10     7    17    17    20 
	                            64    19    64   124   138    52    19    64    82    85 
	                            52    19    64    75    76    52    19    64    60    62 
	                            52    19    64    38    54    52    16    19     1    19 
	                           128     7 
	00049: PUSHW[5]            399    13   791    15   -64 
	00060: NPUSHB      (15):    22    24    52    15   248     3     3    18    10    19 
	                            11    11    18   144    19 
	00077: MDAP[rd]   
	00078: MIRP[nrp0,md,rd,1] 
	00079: SHP[rp1,zp0] 
	00080: MDAP[rd]   
	00081: SRP2       
	00082: IP         
	00083: SRP1       
	00084: SHP[rp1,zp0] 
	00085: MDAP[rd]   
	00086: MIRP[nrp0,md,rd,1] 
	00087: CALL       
	00088: SVTCA[y-axis] 
	00089: RDTG       
	00090: MIAP[rd+ci] 
	00091: RTG        
	00092: MIRP[nrp0,md,rd,1] 
	00093: SMD        
	00094: MDRP[srp0,md,rd,0] 
	00095: DELTAP2    
	00096: CALL       
	00097: CALL       
	00098: CALL       
	00099: CALL       
	00100: CALL       
	00101: SMD        
	00102: MDRP[nrp0,md,rd,1] 
	00103: IP         
	00104: MDAP[rd]   
	00105: SRP1       
	00106: IP         
	00107: SRP2       
	00108: IP         
	00109: PUSHB[2]              6     2 
	00112: RS         
	00113: EQ         
	00114: IF         
	00115: PUSHB[5]             17    64     9    25    52 
	00121: SVTCA[y-axis] 
	00122: CALL       
	00123: EIF        
	00124: IUP[y]     
	00125: IUP[x]     
	00126: SVTCA[x-axis] 
	00127: CALL       

	Flags
	-----
	  0:                                      Off
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:  YDual               Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:                      Y-Short         Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:        XDual         Y-Short         On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  -321,  1702)  ->  Abs (  -321,  1702)
	  1: Rel (    18,     4)  ->  Abs (  -303,  1706)
	  2: Rel (    49,    11)  ->  Abs (  -254,  1717)
	  3: Rel (     1,    22)  ->  Abs (  -253,  1739)
	  4: Rel (     1,    13)  ->  Abs (  -252,  1752)
	  5: Rel (   -27,     9)  ->  Abs (  -279,  1761)
	  6: Rel (   -39,    13)  ->  Abs (  -318,  1774)
	  7: Rel (   -84,     0)  ->  Abs (  -402,  1774)
	  8: Rel (    -8,     0)  ->  Abs (  -410,  1774)
	  9: Rel (   -60,    -5)  ->  Abs (  -470,  1769)
	 10: Rel (   -18,    -3)  ->  Abs (  -488,  1766)
	 11: Rel (   -11,    65)  ->  Abs (  -499,  1831)
	 12: Rel (    36,     5)  ->  Abs (  -463,  1836)
	 13: Rel (    98,    -1)  ->  Abs (  -365,  1835)
	 14: Rel (   262,    -1)  ->  Abs (  -103,  1834)
	 15: Rel (     5,   -90)  ->  Abs (   -98,  1744)
	 16: Rel (     3,   -63)  ->  Abs (   -95,  1681)
	 17: Rel (  -172,   -14)  ->  Abs (  -267,  1667)
	 18: Rel (     0,   -22)  ->  Abs (  -267,  1645)
	 19: Rel (   -93,     0)  ->  Abs (  -360,  1645)
	 20: Rel (     0,    55)  ->  Abs (  -360,  1700)

	Glyph 1142: off = 0x0002F2EA, len = 216
	  numberOfContours:	1
	  xMin:			-751
	  yMin:			1512
	  xMax:			-314
	  yMax:			1836

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	139
	00000: PUSHW[2]             17   -64 
	00005: NPUSHB       (9):     9    24    52    10    12     9     7    21    18 
	00016: PUSHW[1]            -64 
	00019: NPUSHB      (14):    18    24    52    18   144    20     1   127    20     1 
	                           144    20     1    20 
	00035: PUSHW[1]            -64 
	00038: PUSHB[4]              9    12    52    20 
	00043: PUSHW[1]            -64 
	00046: PUSHB[4]             25    37    52    20 
	00051: PUSHW[1]            -64 
	00054: NPUSHB      (10):    55    57    52    20    64    83    90    52    20     7 
	00066: PUSHW[3]            790    12   791 
	00073: NPUSHB      (12):    16   201     3     3    19     9    20    10    10    19 
	                            87    20 
	00087: PUSHW[1]            -64 
	00090: NPUSHB       (9):    11    13    52     0    20   112    20     2    20 
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: CALL       
	00104: MIRP[nrp0,md,rd,1] 
	00105: SHP[rp1,zp0] 
	00106: MDAP[rd]   
	00107: SRP2       
	00108: IP         
	00109: SRP1       
	00110: SHP[rp1,zp0] 
	00111: MDAP[rd]   
	00112: MIRP[nrp0,md,rd,1] 
	00113: SVTCA[y-axis] 
	00114: RDTG       
	00115: MIAP[rd+ci] 
	00116: RTG        
	00117: MIRP[nrp0,md,rd,1] 
	00118: RDTG       
	00119: MDRP[srp0,nmd,rd,0] 
	00120: CALL       
	00121: CALL       
	00122: CALL       
	00123: CALL       
	00124: DELTAP1    
	00125: DELTAP2    
	00126: DELTAP3    
	00127: RTG        
	00128: MDRP[srp0,md,rd,1] 
	00129: CALL       
	00130: MDRP[nrp0,md,rd,1] 
	00131: SRP1       
	00132: IP         
	00133: SRP2       
	00134: IP         
	00135: IUP[y]     
	00136: IUP[x]     
	00137: SVTCA[x-axis] 
	00138: CALL       

	Flags
	-----
	  0:                                      Off
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short         On
	 20:  YDual                       X-Short On
	 21:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  -555,  1630)  ->  Abs (  -555,  1630)
	  1: Rel (    16,     5)  ->  Abs (  -539,  1635)
	  2: Rel (    53,    13)  ->  Abs (  -486,  1648)
	  3: Rel (     1,    28)  ->  Abs (  -485,  1676)
	  4: Rel (     1,    23)  ->  Abs (  -484,  1699)
	  5: Rel (   -29,    16)  ->  Abs (  -513,  1715)
	  6: Rel (   -42,    23)  ->  Abs (  -555,  1738)
	  7: Rel (   -91,     0)  ->  Abs (  -646,  1738)
	  8: Rel (   -31,     0)  ->  Abs (  -677,  1738)
	  9: Rel (   -63,    -4)  ->  Abs (  -740,  1734)
	 10: Rel (   -11,    94)  ->  Abs (  -751,  1828)
	 11: Rel (    39,     8)  ->  Abs (  -712,  1836)
	 12: Rel (   105,    -1)  ->  Abs (  -607,  1835)
	 13: Rel (   123,    -1)  ->  Abs (  -484,  1834)
	 14: Rel (    78,   -39)  ->  Abs (  -406,  1795)
	 15: Rel (    86,   -42)  ->  Abs (  -320,  1753)
	 16: Rel (     2,   -75)  ->  Abs (  -318,  1678)
	 17: Rel (     4,   -93)  ->  Abs (  -314,  1585)
	 18: Rel (  -186,   -23)  ->  Abs (  -500,  1562)
	 19: Rel (     0,   -50)  ->  Abs (  -500,  1512)
	 20: Rel (  -112,     0)  ->  Abs (  -612,  1512)
	 21: Rel (     0,   112)  ->  Abs (  -612,  1624)

	Glyph 1143: off = 0x0002F3C2, len = 204
	  numberOfContours:	1
	  xMin:			-921
	  yMin:			1645
	  xMax:			-517
	  yMax:			1836

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	128
	00000: PUSHW[2]             16   -64 
	00005: NPUSHB      (42):     9    32    52    11    13    10     7    17    17    20 
	                            64    19    64   124   138    52    19    64    82    85 
	                            52    19    64    75    76    52    19    64    60    62 
	                            52    19    64    38    54    52    16    19     1    19 
	                           128     7 
	00049: PUSHW[5]            399    13   791    15   -64 
	00060: NPUSHB      (15):    22    24    52    15   248     3     3    18    10    19 
	                            11    11    18   144    19 
	00077: MDAP[rd]   
	00078: MIRP[nrp0,md,rd,1] 
	00079: SHP[rp1,zp0] 
	00080: MDAP[rd]   
	00081: SRP2       
	00082: IP         
	00083: SRP1       
	00084: SHP[rp1,zp0] 
	00085: MDAP[rd]   
	00086: MIRP[nrp0,md,rd,1] 
	00087: CALL       
	00088: SVTCA[y-axis] 
	00089: RDTG       
	00090: MIAP[rd+ci] 
	00091: RTG        
	00092: MIRP[nrp0,md,rd,1] 
	00093: SMD        
	00094: MDRP[srp0,md,rd,0] 
	00095: DELTAP2    
	00096: CALL       
	00097: CALL       
	00098: CALL       
	00099: CALL       
	00100: CALL       
	00101: SMD        
	00102: MDRP[nrp0,md,rd,1] 
	00103: IP         
	00104: MDAP[rd]   
	00105: SRP1       
	00106: IP         
	00107: SRP2       
	00108: IP         
	00109: PUSHB[2]              6     2 
	00112: RS         
	00113: EQ         
	00114: IF         
	00115: PUSHB[5]             17    64     9    25    52 
	00121: SVTCA[y-axis] 
	00122: CALL       
	00123: EIF        
	00124: IUP[y]     
	00125: IUP[x]     
	00126: SVTCA[x-axis] 
	00127: CALL       

	Flags
	-----
	  0:                                      Off
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:  YDual               Y-Short X-Short On
	 12:  YDual XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:                      Y-Short         Off
	 15:        XDual         Y-Short X-Short On
	 16:        XDual         Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:        XDual         Y-Short         On
	 19:  YDual                       X-Short On
	 20:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  -743,  1702)  ->  Abs (  -743,  1702)
	  1: Rel (    18,     4)  ->  Abs (  -725,  1706)
	  2: Rel (    49,    11)  ->  Abs (  -676,  1717)
	  3: Rel (     1,    22)  ->  Abs (  -675,  1739)
	  4: Rel (     1,    13)  ->  Abs (  -674,  1752)
	  5: Rel (   -27,     9)  ->  Abs (  -701,  1761)
	  6: Rel (   -39,    13)  ->  Abs (  -740,  1774)
	  7: Rel (   -84,     0)  ->  Abs (  -824,  1774)
	  8: Rel (    -8,     0)  ->  Abs (  -832,  1774)
	  9: Rel (   -60,    -5)  ->  Abs (  -892,  1769)
	 10: Rel (   -18,    -3)  ->  Abs (  -910,  1766)
	 11: Rel (   -11,    65)  ->  Abs (  -921,  1831)
	 12: Rel (    36,     5)  ->  Abs (  -885,  1836)
	 13: Rel (    98,    -1)  ->  Abs (  -787,  1835)
	 14: Rel (   262,    -1)  ->  Abs (  -525,  1834)
	 15: Rel (     5,   -90)  ->  Abs (  -520,  1744)
	 16: Rel (     3,   -63)  ->  Abs (  -517,  1681)
	 17: Rel (  -172,   -14)  ->  Abs (  -689,  1667)
	 18: Rel (     0,   -22)  ->  Abs (  -689,  1645)
	 19: Rel (   -93,     0)  ->  Abs (  -782,  1645)
	 20: Rel (     0,    55)  ->  Abs (  -782,  1700)

	Glyph 1144: off = 0x0002F48E, len = 160
	  numberOfContours:	1
	  xMin:			-611
	  yMin:			1609
	  xMax:			59
	  yMax:			1840

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	95
	00000: PUSHB[6]             14    32     9    17    52    11 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (55):     9    19    52     2    32     9    17    52     0     0 
	                           239    12     1    12    69     7     7   239    16     1 
	                            16    69     3     3    31     9   223     9     2   143 
	                             9     1     9    64     9    16    52    63     9   191 
	                             9     2     9    10   118     9     9     0   118    64 
	                            18   111    18     2    18 
	00067: MDAP[rd]   
	00068: DELTAP1    
	00069: MIRP[nrp0,md,rd,1] 
	00070: SHP[rp1,zp0] 
	00071: MDAP[rd]   
	00072: MIRP[nrp0,md,rd,1] 
	00073: SVTCA[y-axis] 
	00074: MDAP[rd]   
	00075: DELTAP1    
	00076: CALL       
	00077: DELTAP2    
	00078: DELTAP3    
	00079: SHP[rp1,zp0] 
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: DELTAP1    
	00083: IP         
	00084: MDAP[rd]   
	00085: MIRP[nrp0,md,rd,1] 
	00086: DELTAP1    
	00087: SHP[rp2,zp1] 
	00088: MDAP[rd]   
	00089: IUP[y]     
	00090: IUP[x]     
	00091: SVTCA[x-axis] 
	00092: CALL       
	00093: CALL       
	00094: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  -610,  1609)  ->  Abs (  -610,  1609)
	  1: Rel (    -1,   102)  ->  Abs (  -611,  1711)
	  2: Rel (   113,   126)  ->  Abs (  -498,  1837)
	  3: Rel (    91,     0)  ->  Abs (  -407,  1837)
	  4: Rel (    62,     0)  ->  Abs (  -345,  1837)
	  5: Rel (   107,   -54)  ->  Abs (  -238,  1783)
	  6: Rel (    59,   -30)  ->  Abs (  -179,  1753)
	  7: Rel (    35,     0)  ->  Abs (  -144,  1753)
	  8: Rel (    61,     0)  ->  Abs (   -83,  1753)
	  9: Rel (    12,    87)  ->  Abs (   -71,  1840)
	 10: Rel (   130,     0)  ->  Abs (    59,  1840)
	 11: Rel (    -6,  -228)  ->  Abs (    53,  1612)
	 12: Rel (  -190,     0)  ->  Abs (  -137,  1612)
	 13: Rel (   -63,     0)  ->  Abs (  -200,  1612)
	 14: Rel (  -103,    56)  ->  Abs (  -303,  1668)
	 15: Rel (   -67,    36)  ->  Abs (  -370,  1704)
	 16: Rel (   -31,     0)  ->  Abs (  -401,  1704)
	 17: Rel (   -78,     0)  ->  Abs (  -479,  1704)
	 18: Rel (     2,   -95)  ->  Abs (  -477,  1609)

	Glyph 1145: off = 0x0002F52E, len = 282
	  numberOfContours:	1
	  xMin:			-1035
	  yMin:			1660
	  xMax:			-365
	  yMax:			1835

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	217
	00000: PUSHB[4]             75    14     1    11 
	00005: PUSHW[1]            -32 
	00008: NPUSHB      (11):    10    19    52     2    32    10    17    52     0     0 
	                             7 
	00021: PUSHW[1]            790 
	00024: NPUSHB      (31):    64    12    64    94    53    12    64    79    83    52 
	                            12    64    67    69    52    12    64    43    45    52 
	                           111    12   127    12     2    15    12     1    12   128 
	                            16 
	00057: PUSHW[1]            790 
	00060: NPUSHB      (97):     3     3    15     9   239     9     2    31     9    47 
	                             9    79     9    95     9   143     9   159     9     6 
	                            15     9    95     9   111     9   127     9   191     9 
	                           240     9     6     9    64   139    53     9    64   106 
	                           108    52     9    64    97    53     9    64    92    93 
	                            52     9    64    87    89    52     9    64    77    81 
	                            52     9    64    68    73    52     9    64    58    53 
	                             9    64    49    52    52     9    64    46    66    52 
	                             9    64    39    44    52     9    64    18    37    52 
	                             9   128    10    13    52     9    10 
	00159: PUSHW[1]            790 
	00162: PUSHB[3]              9     9     0 
	00166: PUSHW[2]            790    18 
	00171: MDAP[rd]   
	00172: MIRP[nrp0,md,rd,1] 
	00173: SHP[rp1,zp0] 
	00174: MDAP[rd]   
	00175: MIRP[nrp0,md,rd,1] 
	00176: SVTCA[y-axis] 
	00177: RDTG       
	00178: MDAP[rd]   
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: DELTAP1    
	00193: DELTAP2    
	00194: DELTAP3    
	00195: SHP[rp1,zp0] 
	00196: RTG        
	00197: MDAP[rd]   
	00198: MIRP[nrp0,md,rd,1] 
	00199: SMD        
	00200: MDRP[srp0,md,rd,1] 
	00201: DELTAP1    
	00202: DELTAP2    
	00203: CALL       
	00204: CALL       
	00205: CALL       
	00206: CALL       
	00207: SMD        
	00208: MIRP[nrp0,md,rd,1] 
	00209: SHP[rp1,zp0] 
	00210: MDAP[rd]   
	00211: IUP[y]     
	00212: IUP[x]     
	00213: SVTCA[x-axis] 
	00214: CALL       
	00215: CALL       
	00216: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1034,  1660)  ->  Abs ( -1034,  1660)
	  1: Rel (    -1,    82)  ->  Abs ( -1035,  1742)
	  2: Rel (   113,    91)  ->  Abs (  -922,  1833)
	  3: Rel (    91,     0)  ->  Abs (  -831,  1833)
	  4: Rel (    62,     0)  ->  Abs (  -769,  1833)
	  5: Rel (   107,   -44)  ->  Abs (  -662,  1789)
	  6: Rel (    59,   -24)  ->  Abs (  -603,  1765)
	  7: Rel (    68,     0)  ->  Abs (  -535,  1765)
	  8: Rel (    61,     0)  ->  Abs (  -474,  1765)
	  9: Rel (    12,    70)  ->  Abs (  -462,  1835)
	 10: Rel (    97,     0)  ->  Abs (  -365,  1835)
	 11: Rel (    -6,  -172)  ->  Abs (  -371,  1663)
	 12: Rel (  -190,     0)  ->  Abs (  -561,  1663)
	 13: Rel (   -63,     0)  ->  Abs (  -624,  1663)
	 14: Rel (  -103,    44)  ->  Abs (  -727,  1707)
	 15: Rel (   -67,    29)  ->  Abs (  -794,  1736)
	 16: Rel (   -67,     0)  ->  Abs (  -861,  1736)
	 17: Rel (   -78,     0)  ->  Abs (  -939,  1736)
	 18: Rel (     2,   -76)  ->  Abs (  -937,  1660)

	Glyph 1146: off = 0x0002F648, len = 180
	  numberOfContours:	1
	  xMin:			-910
	  yMin:			1547
	  xMax:			-240
	  yMax:			1778

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	115
	00000: PUSHB[6]             14    32     9    17    52    11 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (16):     9    19    52     2    32     9    17    52     0     0 
	                           239    12     1    12    69     7 
	00028: PUSHW[1]            -64 
	00031: NPUSHB      (52):    33    38    52     7     7   239    16     1    16    69 
	                             3     3    31     9    47     9    63     9     3    47 
	                             9   143     9     2     9    64     9    16    52     9 
	                            64    54    62    52    63     9   191     9     2     9 
	                            10   118     9     9     0   118    64    18   111    18 
	                             2    18 
	00085: MDAP[rd]   
	00086: DELTAP1    
	00087: MIRP[nrp0,md,rd,1] 
	00088: SHP[rp1,zp0] 
	00089: MDAP[rd]   
	00090: MIRP[nrp0,md,rd,1] 
	00091: SVTCA[y-axis] 
	00092: MDAP[rd]   
	00093: DELTAP1    
	00094: CALL       
	00095: CALL       
	00096: DELTAP2    
	00097: DELTAP3    
	00098: SHP[rp1,zp0] 
	00099: MDAP[rd]   
	00100: MIRP[nrp0,md,rd,1] 
	00101: DELTAP1    
	00102: IP         
	00103: MDAP[rd]   
	00104: CALL       
	00105: MIRP[nrp0,md,rd,1] 
	00106: DELTAP1    
	00107: SHP[rp2,zp1] 
	00108: MDAP[rd]   
	00109: IUP[y]     
	00110: IUP[x]     
	00111: SVTCA[x-axis] 
	00112: CALL       
	00113: CALL       
	00114: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  -909,  1547)  ->  Abs (  -909,  1547)
	  1: Rel (    -1,   102)  ->  Abs (  -910,  1649)
	  2: Rel (   113,   126)  ->  Abs (  -797,  1775)
	  3: Rel (    91,     0)  ->  Abs (  -706,  1775)
	  4: Rel (    62,     0)  ->  Abs (  -644,  1775)
	  5: Rel (   107,   -54)  ->  Abs (  -537,  1721)
	  6: Rel (    59,   -30)  ->  Abs (  -478,  1691)
	  7: Rel (    35,     0)  ->  Abs (  -443,  1691)
	  8: Rel (    61,     0)  ->  Abs (  -382,  1691)
	  9: Rel (    12,    87)  ->  Abs (  -370,  1778)
	 10: Rel (   130,     0)  ->  Abs (  -240,  1778)
	 11: Rel (    -6,  -228)  ->  Abs (  -246,  1550)
	 12: Rel (  -190,     0)  ->  Abs (  -436,  1550)
	 13: Rel (   -63,     0)  ->  Abs (  -499,  1550)
	 14: Rel (  -103,    56)  ->  Abs (  -602,  1606)
	 15: Rel (   -67,    36)  ->  Abs (  -669,  1642)
	 16: Rel (   -31,     0)  ->  Abs (  -700,  1642)
	 17: Rel (   -78,     0)  ->  Abs (  -778,  1642)
	 18: Rel (     2,   -95)  ->  Abs (  -776,  1547)

	Glyph 1147: off = 0x0002F6FC, len = 130
	  numberOfContours:	1
	  xMin:			-299
	  yMin:			1492
	  xMax:			284
	  yMax:			1638

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	61
	00000: PUSHW[2]             10   -16 
	00005: PUSHB[4]             22    31    52     4 
	00010: PUSHW[1]            -16 
	00013: PUSHB[5]             22    31    52    11     2 
	00019: PUSHW[1]            -64 
	00022: NPUSHB      (19):    35    40    52     2   128   240     7     1     7   128 
	                            16     3    12   128    11    11     2   128     3 
	00043: MDAP[rd]   
	00044: MIRP[nrp0,md,rd,1] 
	00045: SHP[rp1,zp0] 
	00046: MDAP[rd]   
	00047: MIRP[nrp0,md,rd,1] 
	00048: SVTCA[y-axis] 
	00049: MIAP[rd+ci] 
	00050: MIRP[nrp0,md,rd,1] 
	00051: DELTAP2    
	00052: SMD        
	00053: MDRP[srp0,md,rd,1] 
	00054: CALL       
	00055: MDRP[nrp0,nmd,nrd,0] 
	00056: IUP[y]     
	00057: IUP[x]     
	00058: SVTCA[y-axis] 
	00059: CALL       
	00060: CALL       

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual XDual                 X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  -252,  1571)  ->  Abs (  -252,  1571)
	  1: Rel (   -30,    30)  ->  Abs (  -282,  1601)
	  2: Rel (   -17,    37)  ->  Abs (  -299,  1638)
	  3: Rel (    78,     0)  ->  Abs (  -221,  1638)
	  4: Rel (    24,   -29)  ->  Abs (  -197,  1609)
	  5: Rel (    59,   -19)  ->  Abs (  -138,  1590)
	  6: Rel (    64,   -20)  ->  Abs (   -74,  1570)
	  7: Rel (    65,     0)  ->  Abs (    -9,  1570)
	  8: Rel (    67,     0)  ->  Abs (    58,  1570)
	  9: Rel (    64,    20)  ->  Abs (   122,  1590)
	 10: Rel (    59,    18)  ->  Abs (   181,  1608)
	 11: Rel (    24,    30)  ->  Abs (   205,  1638)
	 12: Rel (    79,     0)  ->  Abs (   284,  1638)
	 13: Rel (   -31,   -72)  ->  Abs (   253,  1566)
	 14: Rel (   -73,   -36)  ->  Abs (   180,  1530)
	 15: Rel (   -77,   -38)  ->  Abs (   103,  1492)
	 16: Rel (  -112,     0)  ->  Abs (    -9,  1492)
	 17: Rel (   -35,     0)  ->  Abs (   -44,  1492)
	 18: Rel (   -31,     4)  ->  Abs (   -75,  1496)
	 19: Rel (  -118,    14)  ->  Abs (  -193,  1510)

	Glyph 1148: off = 0x0002F77E, len = 90
	  numberOfContours:	1
	  xMin:			-299
	  yMin:			1492
	  xMax:			313
	  yMax:			1615

	EndPoints
	---------
	  0:  6

	  Length of Instructions:	57
	00000: NPUSHB      (17):     0     3     6    15     3     1     3   128     2     3 
	                             3     4     0     3     1     5     6 
	00019: PUSHW[1]            -64 
	00022: PUSHB[4]             20    24    52     6 
	00027: PUSHW[1]            -64 
	00030: PUSHB[6]             12    17    52     6     2     1 
	00037: MDAP[rd]   
	00038: MDRP[nrp0,md,rd,1] 
	00039: MDRP[srp0,nmd,rd,2] 
	00040: CALL       
	00041: CALL       
	00042: MDRP[nrp0,md,rd,1] 
	00043: SRP2       
	00044: SLOOP      
	00045: IP         
	00046: SVTCA[y-axis] 
	00047: MIAP[rd+ci] 
	00048: SMD        
	00049: MDRP[nrp0,md,rd,1] 
	00050: DELTAP3    
	00051: MDRP[nrp0,nmd,nrd,0] 
	00052: SRP2       
	00053: IP         
	00054: IUP[y]     
	00055: IUP[x]     
	00056: SVTCA[x-axis] 

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual                 X-Short On
	  5:        XDual         Y-Short X-Short On
	  6:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (     7,  1559)  ->  Abs (     7,  1559)
	  1: Rel (  -131,   -67)  ->  Abs (  -124,  1492)
	  2: Rel (  -175,     0)  ->  Abs (  -299,  1492)
	  3: Rel (   209,   123)  ->  Abs (   -90,  1615)
	  4: Rel (   195,     0)  ->  Abs (   105,  1615)
	  5: Rel (   208,  -123)  ->  Abs (   313,  1492)
	  6: Rel (  -175,     0)  ->  Abs (   138,  1492)

	Glyph 1149: off = 0x0002F7D8, len = 64
	  numberOfContours:	1
	  xMin:			-254
	  yMin:			-325
	  xMax:			-49
	  yMax:			-120

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	40
	00000: NPUSHB      (19):     0    60    80     1   144     1   208     1     3     0 
	                             1     1     1     3    60    64     0     1     0 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]              9    10    52     0 
	00029: MDAP[rd]   
	00030: CALL       
	00031: DELTAP2    
	00032: MIRP[nrp0,md,rd,1] 
	00033: SVTCA[y-axis] 
	00034: MDAP[rd]   
	00035: DELTAP2    
	00036: DELTAP3    
	00037: MIRP[nrp0,md,rd,1] 
	00038: IUP[y]     
	00039: IUP[x]     

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual         Y-Short         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  -254,  -325)  ->  Abs (  -254,  -325)
	  1: Rel (     0,   205)  ->  Abs (  -254,  -120)
	  2: Rel (   205,     0)  ->  Abs (   -49,  -120)
	  3: Rel (     0,  -205)  ->  Abs (   -49,  -325)

	Glyph 1150: off = 0x0002F818, len = 286
	  numberOfContours:	3
	  xMin:			160
	  yMin:			246
	  xMax:			905
	  yMax:			1466

	EndPoints
	---------
	  0:  24
	  1:  36
	  2:  40

	  Length of Instructions:	164
	00000: NPUSHB      (21):   143    16   128    20     2   137    12   134    24     2 
	                             7     2    46     8     1     1     4    22    38    46 
	                            39 
	00023: PUSHW[1]            -64 
	00026: NPUSHB      (23):     9    11    52    39    39    14    24    12    34    11 
	                            11    28   145    14    64    10    12    52    14    14 
	                            34   145    22 
	00051: PUSHW[1]            -64 
	00054: NPUSHB      (14):    10    12    52    22    22     4     2    31     0    11 
	                            11    10     0     2 
	00070: PUSHW[1]            -64 
	00073: NPUSHB      (12):    10    22    52     2     2     4    25     7    37    37 
	                             4     0 
	00087: PUSHW[1]            654 
	00090: NPUSHB      (10):     5    32    10     1    10    10    42    38    38    25 
	00102: PUSHW[2]            654    18 
	00107: MDAP[rd]   
	00108: MIRP[nrp0,md,rd,1] 
	00109: SHP[rp1,zp0] 
	00110: MDAP[rd]   
	00111: SRP1       
	00112: SHP[rp1,zp0] 
	00113: MDAP[rd]   
	00114: DELTAP1    
	00115: ALIGNRP    
	00116: MIRP[srp0,md,rd,1] 
	00117: ALIGNRP    
	00118: SHP[rp1,zp0] 
	00119: MDAP[rd]   
	00120: ALIGNRP    
	00121: SRP1       
	00122: SRP2       
	00123: IP         
	00124: MDAP[rd]   
	00125: CALL       
	00126: SRP1       
	00127: SRP2       
	00128: IP         
	00129: MDAP[rd]   
	00130: SRP2       
	00131: IP         
	00132: SVTCA[y-axis] 
	00133: MIAP[rd+ci] 
	00134: SHP[rp1,zp0] 
	00135: MDAP[rd]   
	00136: CALL       
	00137: MIRP[nrp0,md,rd,1] 
	00138: SHP[rp1,zp0] 
	00139: MDAP[rd]   
	00140: CALL       
	00141: MIRP[nrp0,md,rd,1] 
	00142: IP         
	00143: MDAP[rd]   
	00144: SRP1       
	00145: IP         
	00146: IP         
	00147: SRP1       
	00148: SHP[rp1,zp0] 
	00149: MDAP[rd]   
	00150: CALL       
	00151: MIRP[nrp0,md,rd,1] 
	00152: SRP1       
	00153: SRP2       
	00154: IP         
	00155: MDAP[rd]   
	00156: ALIGNRP    
	00157: MIRP[srp0,md,rd,1] 
	00158: ALIGNRP    
	00159: IUP[y]     
	00160: IUP[x]     
	00161: SVTCA[y-axis] 
	00162: DELTAP1    
	00163: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual                 X-Short On
	  6:        XDual         Y-Short         On
	  7:  YDual XDual                 X-Short On
	  8:        XDual         Y-Short         On
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:  YDual XDual         Y-Short         On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:                                      On
	 26:        XDual         Y-Short         Off
	 27:        XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual               Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:                      Y-Short X-Short Off
	 37:                                      On
	 38:  YDual                               On
	 39:  YDual XDual         Y-Short         On
	 40:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   678,  1293)  ->  Abs (   678,  1293)
	  1: Rel (   -94,     0)  ->  Abs (   584,  1293)
	  2: Rel (     0,    92)  ->  Abs (   584,  1385)
	  3: Rel (    94,     0)  ->  Abs (   678,  1385)
	  4: Rel (     0,    81)  ->  Abs (   678,  1466)
	  5: Rel (   125,     0)  ->  Abs (   803,  1466)
	  6: Rel (     0,   -81)  ->  Abs (   803,  1385)
	  7: Rel (   102,     0)  ->  Abs (   905,  1385)
	  8: Rel (     0,   -92)  ->  Abs (   905,  1293)
	  9: Rel (  -102,     0)  ->  Abs (   803,  1293)
	 10: Rel (     0,  -851)  ->  Abs (   803,   442)
	 11: Rel (  -116,     0)  ->  Abs (   687,   442)
	 12: Rel (     0,    93)  ->  Abs (   687,   535)
	 13: Rel (   -71,  -111)  ->  Abs (   616,   424)
	 14: Rel (  -137,     0)  ->  Abs (   479,   424)
	 15: Rel (  -191,     0)  ->  Abs (   288,   424)
	 16: Rel (   -87,   187)  ->  Abs (   201,   611)
	 17: Rel (   -41,    87)  ->  Abs (   160,   698)
	 18: Rel (     0,   114)  ->  Abs (   160,   812)
	 19: Rel (     0,   244)  ->  Abs (   160,  1056)
	 20: Rel (   148,    96)  ->  Abs (   308,  1152)
	 21: Rel (    74,    49)  ->  Abs (   382,  1201)
	 22: Rel (    92,     0)  ->  Abs (   474,  1201)
	 23: Rel (   130,     0)  ->  Abs (   604,  1201)
	 24: Rel (    74,  -103)  ->  Abs (   678,  1098)
	 25: Rel (  -389,  -286)  ->  Abs (   289,   812)
	 26: Rel (     0,  -130)  ->  Abs (   289,   682)
	 27: Rel (   111,  -154)  ->  Abs (   400,   528)
	 28: Rel (    91,     0)  ->  Abs (   491,   528)
	 29: Rel (    91,     0)  ->  Abs (   582,   528)
	 30: Rel (   107,   147)  ->  Abs (   689,   675)
	 31: Rel (     0,   126)  ->  Abs (   689,   801)
	 32: Rel (     0,   140)  ->  Abs (   689,   941)
	 33: Rel (  -109,   156)  ->  Abs (   580,  1097)
	 34: Rel (   -95,     0)  ->  Abs (   485,  1097)
	 35: Rel (   -92,     0)  ->  Abs (   393,  1097)
	 36: Rel (  -104,  -150)  ->  Abs (   289,   947)
	 37: Rel (   616,  -701)  ->  Abs (   905,   246)
	 38: Rel (  -745,     0)  ->  Abs (   160,   246)
	 39: Rel (     0,    91)  ->  Abs (   160,   337)
	 40: Rel (   745,     0)  ->  Abs (   905,   337)

	Glyph 1151: off = 0x0002F936, len = 330
	  numberOfContours:	3
	  xMin:			107
	  yMin:			-57
	  xMax:			1686
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  12
	  2:  48

	  Length of Instructions:	177
	00000: NPUSHB      (21):     2     3     3    63     0     1    20     0     0     1 
	                            34    33    33    31    27    13    14    14    18    41 
	                            27 
	00023: PUSHW[1]            609 
	00026: PUSHB[4]             26    26    18    31 
	00031: PUSHW[5]            609    37   287    18   609 
	00042: NPUSHB       (9):    47   226     3     0     9     5     7   232     8 
	00053: PUSHW[3]            675     4   287 
	00060: NPUSHB      (22):    10   226     2     1     1     2     1    14    41    21 
	                            27    26    26    29    14    33    41    34    34    14 
	                            41    13 
	00084: PUSHW[1]            552 
	00087: NPUSHB      (20):    43    29    41    39    39    21    41    43    43    50 
	                             3    12     0     7    10    12    41     7   203     4 
	00109: MDAP[rd]   
	00110: MIRP[nrp0,nmd,rd,2] 
	00111: MIRP[nrp0,md,rd,1] 
	00112: IP         
	00113: SRP2       
	00114: IP         
	00115: SRP2       
	00116: IP         
	00117: SRP1       
	00118: SHP[rp1,zp0] 
	00119: MDAP[rd]   
	00120: MIRP[srp0,md,rd,1] 
	00121: IP         
	00122: MDAP[rd]   
	00123: MIRP[nrp0,md,rd,1] 
	00124: SRP0       
	00125: MIRP[srp0,md,rd,1] 
	00126: MIRP[nrp0,md,rd,1] 
	00127: SHP[rp1,zp0] 
	00128: MDAP[rd]   
	00129: MIRP[nrp0,md,rd,1] 
	00130: SRP1       
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: IP         
	00135: SRP1       
	00136: IP         
	00137: SRP2       
	00138: IP         
	00139: IP         
	00140: SVTCA[y-axis] 
	00141: MIAP[rd+ci] 
	00142: ALIGNRP    
	00143: MIRP[srp0,nmd,rd,0] 
	00144: MIRP[nrp0,md,rd,1] 
	00145: MIRP[srp0,nmd,rd,0] 
	00146: MIRP[srp0,md,rd,1] 
	00147: IP         
	00148: MIAP[rd+ci] 
	00149: ALIGNRP    
	00150: MIRP[srp0,nmd,rd,2] 
	00151: MIRP[nrp0,md,rd,1] 
	00152: MIRP[srp0,md,rd,1] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: SRP1       
	00155: IP         
	00156: MDAP[rd]   
	00157: MIRP[nrp0,md,rd,0] 
	00158: IP         
	00159: SRP2       
	00160: IP         
	00161: MDAP[rd]   
	00162: IP         
	00163: SRP1       
	00164: SRP2       
	00165: IP         
	00166: MDAP[rd]   
	00167: IP         
	00168: SDPVTL[1]  
	00169: SFVTCA[x-axis] 
	00170: MDAP[nrd]  
	00171: CALL       
	00172: RDTG       
	00173: SRP0       
	00174: MDRP[nrp0,nmd,rd,0] 
	00175: IUP[y]     
	00176: IUP[x]     

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:                              X-Short On
	  5:        XDual                         On
	  6:                      Y-Short X-Short Off
	  7:                      Y-Short X-Short On
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:                                      On
	 14:  YDual XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:                      Y-Short X-Short On
	 34:  YDual               Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual                               Off
	 39:        XDual         Y-Short         On
	 40:        XDual         Y-Short         Off
	 41:                      Y-Short X-Short On
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                      Y-Short X-Short On
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                               Off

	Coordinates
	-----------
	  0: Rel (   228,   -57)  ->  Abs (   228,   -57)
	  1: Rel (  1101,  1548)  ->  Abs (  1329,  1491)
	  2: Rel (   157,     0)  ->  Abs (  1486,  1491)
	  3: Rel ( -1101, -1548)  ->  Abs (   385,   -57)
	  4: Rel (   -54,   790)  ->  Abs (   331,   733)
	  5: Rel (     0,   554)  ->  Abs (   331,  1287)
	  6: Rel (  -102,   -81)  ->  Abs (   229,  1206)
	  7: Rel (  -122,   -32)  ->  Abs (   107,  1174)
	  8: Rel (     0,   123)  ->  Abs (   107,  1297)
	  9: Rel (   156,    50)  ->  Abs (   263,  1347)
	 10: Rel (   105,   137)  ->  Abs (   368,  1484)
	 11: Rel (   108,     0)  ->  Abs (   476,  1484)
	 12: Rel (     0,  -751)  ->  Abs (   476,   733)
	 13: Rel (   597,  -566)  ->  Abs (  1073,   167)
	 14: Rel (   146,    15)  ->  Abs (  1219,   182)
	 15: Rel (    20,   -59)  ->  Abs (  1239,   123)
	 16: Rel (    32,   -23)  ->  Abs (  1271,   100)
	 17: Rel (    43,   -30)  ->  Abs (  1314,    70)
	 18: Rel (    59,     0)  ->  Abs (  1373,    70)
	 19: Rel (    70,     0)  ->  Abs (  1443,    70)
	 20: Rel (    87,    77)  ->  Abs (  1530,   147)
	 21: Rel (     0,    56)  ->  Abs (  1530,   203)
	 22: Rel (     0,   110)  ->  Abs (  1530,   313)
	 23: Rel (  -159,     0)  ->  Abs (  1371,   313)
	 24: Rel (    -7,     0)  ->  Abs (  1364,   313)
	 25: Rel (   -41,    -3)  ->  Abs (  1323,   310)
	 26: Rel (    -7,     0)  ->  Abs (  1316,   310)
	 27: Rel (    22,   110)  ->  Abs (  1338,   420)
	 28: Rel (   156,    -2)  ->  Abs (  1494,   418)
	 29: Rel (     0,   104)  ->  Abs (  1494,   522)
	 30: Rel (     0,    89)  ->  Abs (  1494,   611)
	 31: Rel (  -119,     0)  ->  Abs (  1375,   611)
	 32: Rel (  -101,     0)  ->  Abs (  1274,   611)
	 33: Rel (   -41,  -102)  ->  Abs (  1233,   509)
	 34: Rel (  -143,    23)  ->  Abs (  1090,   532)
	 35: Rel (    41,   107)  ->  Abs (  1131,   639)
	 36: Rel (   125,    83)  ->  Abs (  1256,   722)
	 37: Rel (   120,     0)  ->  Abs (  1376,   722)
	 38: Rel (   275,     0)  ->  Abs (  1651,   722)
	 39: Rel (     0,  -187)  ->  Abs (  1651,   535)
	 40: Rel (     0,  -120)  ->  Abs (  1651,   415)
	 41: Rel (  -138,   -40)  ->  Abs (  1513,   375)
	 42: Rel (   173,   -42)  ->  Abs (  1686,   333)
	 43: Rel (     0,  -149)  ->  Abs (  1686,   184)
	 44: Rel (     0,   -97)  ->  Abs (  1686,    87)
	 45: Rel (   -79,   -65)  ->  Abs (  1607,    22)
	 46: Rel (   -84,   -69)  ->  Abs (  1523,   -47)
	 47: Rel (  -141,     0)  ->  Abs (  1382,   -47)
	 48: Rel (  -265,     0)  ->  Abs (  1117,   -47)

	Glyph 1152: off = 0x0002FA80, len = 408
	  numberOfContours:	3
	  xMin:			25
	  yMin:			-57
	  xMax:			1676
	  yMax:			1491

	EndPoints
	---------
	  0:  3
	  1:  39
	  2:  66

	  Length of Instructions:	208
	00000: NPUSHB      (21):     2     3     3    63     0     1    20     0     0     1 
	                            25    24    24    22    18     4     5     5     9    32 
	                            18 
	00023: PUSHW[1]            609 
	00026: PUSHB[4]             17    17     9    22 
	00031: PUSHW[5]            609    28   287     9   609 
	00042: NPUSHB      (11):    38   226     3     0     9    52    51    51    48    65 
	                            64 
	00055: PUSHW[5]            609    66   287    48   609 
	00066: NPUSHB      (22):    54   226     2     1     1     2     1    24    32    12 
	                            18    17    17    20     5    24    41    25    25     5 
	                            41     4 
	00090: PUSHW[1]            552 
	00093: NPUSHB      (13):    34    20    41    30    30    12    41    34    34    68 
	                             3     0    64 
	00108: PUSHW[1]            -32 
	00111: NPUSHB      (18):    15    17    52    64    46    40    66    58    46    41 
	                            58   191    40    51    41    52    39    40 
	00131: MDAP[rd]   
	00132: MIRP[srp0,nmd,rd,0] 
	00133: MIRP[nrp0,md,rd,1] 
	00134: SRP0       
	00135: MIRP[srp0,md,rd,1] 
	00136: MIRP[nrp0,md,rd,1] 
	00137: MIRP[nrp0,nmd,rd,0] 
	00138: SRP1       
	00139: SRP2       
	00140: IP         
	00141: CALL       
	00142: IP         
	00143: IP         
	00144: SRP1       
	00145: SHP[rp1,zp0] 
	00146: MDAP[rd]   
	00147: MIRP[srp0,md,rd,1] 
	00148: IP         
	00149: MDAP[rd]   
	00150: MIRP[nrp0,md,rd,1] 
	00151: SRP0       
	00152: MIRP[srp0,md,rd,1] 
	00153: MIRP[nrp0,md,rd,1] 
	00154: SHP[rp1,zp0] 
	00155: MDAP[rd]   
	00156: MIRP[nrp0,md,rd,1] 
	00157: SRP1       
	00158: SRP2       
	00159: IP         
	00160: MDAP[rd]   
	00161: IP         
	00162: SRP1       
	00163: IP         
	00164: SRP1       
	00165: IP         
	00166: IP         
	00167: SVTCA[y-axis] 
	00168: MIAP[rd+ci] 
	00169: ALIGNRP    
	00170: MIRP[srp0,nmd,rd,0] 
	00171: MIRP[nrp0,md,rd,1] 
	00172: MIRP[srp0,md,rd,1] 
	00173: MIRP[nrp0,md,rd,1] 
	00174: SRP1       
	00175: SRP2       
	00176: IP         
	00177: MDAP[rd]   
	00178: IP         
	00179: MIAP[rd+ci] 
	00180: ALIGNRP    
	00181: MIRP[srp0,nmd,rd,2] 
	00182: MIRP[nrp0,md,rd,1] 
	00183: MIRP[srp0,md,rd,1] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP1       
	00186: IP         
	00187: MDAP[rd]   
	00188: MIRP[nrp0,md,rd,0] 
	00189: IP         
	00190: SRP2       
	00191: IP         
	00192: MDAP[rd]   
	00193: IP         
	00194: SRP1       
	00195: SRP2       
	00196: IP         
	00197: MDAP[rd]   
	00198: IP         
	00199: SDPVTL[1]  
	00200: SFVTCA[x-axis] 
	00201: MDAP[nrd]  
	00202: CALL       
	00203: RDTG       
	00204: SRP0       
	00205: MDRP[nrp0,nmd,rd,0] 
	00206: IUP[y]     
	00207: IUP[x]     

	Flags
	-----
	  0:        XDual         Y-Short X-Short On
	  1:                                      On
	  2:  YDual XDual                 X-Short On
	  3:                                      On
	  4:  YDual               Y-Short         On
	  5:  YDual XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:        XDual         Y-Short X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:                      Y-Short X-Short On
	 25:  YDual               Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual                               Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short On
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual                               Off
	 40:                                      On
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:                      Y-Short X-Short Off
	 51:                      Y-Short X-Short On
	 52:  YDual               Y-Short X-Short On
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short Off
	 56:        XDual         Y-Short X-Short On
	 57:        XDual         Y-Short X-Short Off
	 58:        XDual         Y-Short         On
	 59:        XDual         Y-Short         Off
	 60:                      Y-Short X-Short On
	 61:                      Y-Short X-Short Off
	 62:                      Y-Short X-Short On
	 63:                      Y-Short X-Short Off
	 64:                      Y-Short X-Short On
	 65:  YDual                               On
	 66:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   228,   -57)  ->  Abs (   228,   -57)
	  1: Rel (  1101,  1548)  ->  Abs (  1329,  1491)
	  2: Rel (   157,     0)  ->  Abs (  1486,  1491)
	  3: Rel ( -1101, -1548)  ->  Abs (   385,   -57)
	  4: Rel (   678,   224)  ->  Abs (  1063,   167)
	  5: Rel (   146,    15)  ->  Abs (  1209,   182)
	  6: Rel (    20,   -59)  ->  Abs (  1229,   123)
	  7: Rel (    32,   -23)  ->  Abs (  1261,   100)
	  8: Rel (    43,   -30)  ->  Abs (  1304,    70)
	  9: Rel (    59,     0)  ->  Abs (  1363,    70)
	 10: Rel (    70,     0)  ->  Abs (  1433,    70)
	 11: Rel (    87,    77)  ->  Abs (  1520,   147)
	 12: Rel (     0,    56)  ->  Abs (  1520,   203)
	 13: Rel (     0,   110)  ->  Abs (  1520,   313)
	 14: Rel (  -159,     0)  ->  Abs (  1361,   313)
	 15: Rel (    -7,     0)  ->  Abs (  1354,   313)
	 16: Rel (   -41,    -3)  ->  Abs (  1313,   310)
	 17: Rel (    -7,     0)  ->  Abs (  1306,   310)
	 18: Rel (    22,   110)  ->  Abs (  1328,   420)
	 19: Rel (   156,    -2)  ->  Abs (  1484,   418)
	 20: Rel (     0,   104)  ->  Abs (  1484,   522)
	 21: Rel (     0,    89)  ->  Abs (  1484,   611)
	 22: Rel (  -119,     0)  ->  Abs (  1365,   611)
	 23: Rel (  -101,     0)  ->  Abs (  1264,   611)
	 24: Rel (   -41,  -102)  ->  Abs (  1223,   509)
	 25: Rel (  -143,    23)  ->  Abs (  1080,   532)
	 26: Rel (    41,   107)  ->  Abs (  1121,   639)
	 27: Rel (   125,    83)  ->  Abs (  1246,   722)
	 28: Rel (   120,     0)  ->  Abs (  1366,   722)
	 29: Rel (   275,     0)  ->  Abs (  1641,   722)
	 30: Rel (     0,  -187)  ->  Abs (  1641,   535)
	 31: Rel (     0,  -120)  ->  Abs (  1641,   415)
	 32: Rel (  -138,   -40)  ->  Abs (  1503,   375)
	 33: Rel (   173,   -42)  ->  Abs (  1676,   333)
	 34: Rel (     0,  -149)  ->  Abs (  1676,   184)
	 35: Rel (     0,   -97)  ->  Abs (  1676,    87)
	 36: Rel (   -79,   -65)  ->  Abs (  1597,    22)
	 37: Rel (   -84,   -69)  ->  Abs (  1513,   -47)
	 38: Rel (  -141,     0)  ->  Abs (  1372,   -47)
	 39: Rel (  -265,     0)  ->  Abs (  1107,   -47)
	 40: Rel ( -1082,   780)  ->  Abs (    25,   733)
	 41: Rel (    14,   130)  ->  Abs (    39,   863)
	 42: Rel (   240,   175)  ->  Abs (   279,  1038)
	 43: Rel (   144,   104)  ->  Abs (   423,  1142)
	 44: Rel (    27,    30)  ->  Abs (   450,  1172)
	 45: Rel (    37,    41)  ->  Abs (   487,  1213)
	 46: Rel (     0,    43)  ->  Abs (   487,  1256)
	 47: Rel (     0,   110)  ->  Abs (   487,  1366)
	 48: Rel (  -138,     0)  ->  Abs (   349,  1366)
	 49: Rel (   -67,     0)  ->  Abs (   282,  1366)
	 50: Rel (   -64,   -48)  ->  Abs (   218,  1318)
	 51: Rel (   -21,   -66)  ->  Abs (   197,  1252)
	 52: Rel (  -151,    16)  ->  Abs (    46,  1268)
	 53: Rel (    56,   216)  ->  Abs (   102,  1484)
	 54: Rel (   250,     0)  ->  Abs (   352,  1484)
	 55: Rel (   144,     0)  ->  Abs (   496,  1484)
	 56: Rel (    78,   -59)  ->  Abs (   574,  1425)
	 57: Rel (    70,   -54)  ->  Abs (   644,  1371)
	 58: Rel (     0,   -90)  ->  Abs (   644,  1281)
	 59: Rel (     0,   -85)  ->  Abs (   644,  1196)
	 60: Rel (   -59,   -74)  ->  Abs (   585,  1122)
	 61: Rel (   -42,   -53)  ->  Abs (   543,  1069)
	 62: Rel (  -163,  -118)  ->  Abs (   380,   951)
	 63: Rel (   -80,   -58)  ->  Abs (   300,   893)
	 64: Rel (   -38,   -39)  ->  Abs (   262,   854)
	 65: Rel (   386,     0)  ->  Abs (   648,   854)
	 66: Rel (     0,  -121)  ->  Abs (   648,   733)

	Glyph 1153: off = 0x0002FC18, len = 92
	  numberOfContours:	1
	  xMin:			-330
	  yMin:			1194
	  xMax:			46
	  yMax:			1474

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	66
	00000: PUSHB[4]            153     1     1     2 
	00005: PUSHW[1]            -32 
	00008: PUSHB[4]             14    17    52     2 
	00013: PUSHW[1]            -64 
	00016: NPUSHB      (15):     9    10    52     2   135   143     1     1     1    64 
	                             9    16    52     1     3 
	00033: PUSHW[1]            595 
	00036: PUSHB[8]              2   134    79     0   223     0     2     0 
	00045: PUSHW[2]            608     1 
	00050: MDAP[rd]   
	00051: MIRP[nrp0,md,rd,1] 
	00052: DELTAP1    
	00053: MIRP[srp0,md,rd,1] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[y-axis] 
	00056: MDAP[rd]   
	00057: CALL       
	00058: DELTAP2    
	00059: MIRP[nrp0,md,rd,1] 
	00060: CALL       
	00061: IUP[y]     
	00062: IUP[x]     
	00063: SVTCA[x-axis] 
	00064: CALL       
	00065: DELTAP1    

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual                 X-Short On
	  2:                              X-Short On
	  3:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  -195,  1474)  ->  Abs (  -195,  1474)
	  1: Rel (   241,     0)  ->  Abs (    46,  1474)
	  2: Rel (  -231,  -280)  ->  Abs (  -185,  1194)
	  3: Rel (  -145,     0)  ->  Abs (  -330,  1194)

	Glyph 1154: off = 0x0002FC74, len = 94
	  numberOfContours:	1
	  xMin:			-653
	  yMin:			1194
	  xMax:			-277
	  yMax:			1474

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	66
	00000: PUSHB[4]            153     1     1     2 
	00005: PUSHW[1]            -32 
	00008: PUSHB[4]             14    17    52     2 
	00013: PUSHW[1]            -64 
	00016: NPUSHB      (15):     9    10    52     2   135   143     1     1     1    64 
	                             9    16    52     1     3 
	00033: PUSHW[1]            595 
	00036: PUSHB[8]              2   134    79     0   223     0     2     0 
	00045: PUSHW[2]            608     1 
	00050: MDAP[rd]   
	00051: MIRP[nrp0,md,rd,1] 
	00052: DELTAP1    
	00053: MIRP[srp0,md,rd,1] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[y-axis] 
	00056: MDAP[rd]   
	00057: CALL       
	00058: DELTAP2    
	00059: MIRP[nrp0,md,rd,1] 
	00060: CALL       
	00061: IUP[y]     
	00062: IUP[x]     
	00063: SVTCA[x-axis] 
	00064: CALL       
	00065: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short On
	  2:                              X-Short On
	  3:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  -518,  1474)  ->  Abs (  -518,  1474)
	  1: Rel (   241,     0)  ->  Abs (  -277,  1474)
	  2: Rel (  -231,  -280)  ->  Abs (  -508,  1194)
	  3: Rel (  -145,     0)  ->  Abs (  -653,  1194)

	Glyph 1155: off = 0x0002FCD2, len = 92
	  numberOfContours:	1
	  xMin:			-504
	  yMin:			1194
	  xMax:			-128
	  yMax:			1474

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	65
	00000: PUSHB[6]              1    32    14    17    52     1 
	00007: PUSHW[1]            -64 
	00010: NPUSHB      (15):     9    10    52     1   135   143     2     1     2    64 
	                             9    16    52     2     0 
	00027: PUSHW[1]            595 
	00030: PUSHB[8]              1   134    64     3   208     3     2     3 
	00039: PUSHW[1]            608 
	00042: PUSHB[6]            112     2   176     2     2     2 
	00049: MDAP[rd]   
	00050: DELTAP1    
	00051: MIRP[nrp0,md,rd,1] 
	00052: DELTAP1    
	00053: MIRP[srp0,nmd,rd,0] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[y-axis] 
	00056: MDAP[rd]   
	00057: CALL       
	00058: DELTAP2    
	00059: MIRP[nrp0,md,rd,1] 
	00060: CALL       
	00061: IUP[y]     
	00062: IUP[x]     
	00063: SVTCA[x-axis] 
	00064: CALL       

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual                       X-Short On
	  2:                              X-Short On
	  3:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  -128,  1194)  ->  Abs (  -128,  1194)
	  1: Rel (  -145,     0)  ->  Abs (  -273,  1194)
	  2: Rel (  -231,   280)  ->  Abs (  -504,  1474)
	  3: Rel (   241,     0)  ->  Abs (  -263,  1474)

	Glyph 1156: off = 0x0002FD2E, len = 92
	  numberOfContours:	1
	  xMin:			-858
	  yMin:			1194
	  xMax:			-482
	  yMax:			1474

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	65
	00000: PUSHB[6]              1    32    14    17    52     1 
	00007: PUSHW[1]            -64 
	00010: NPUSHB      (15):     9    10    52     1   135   143     2     1     2    64 
	                             9    16    52     2     0 
	00027: PUSHW[1]            595 
	00030: PUSHB[8]              1   134    64     3   208     3     2     3 
	00039: PUSHW[1]            608 
	00042: PUSHB[6]            112     2   176     2     2     2 
	00049: MDAP[rd]   
	00050: DELTAP1    
	00051: MIRP[nrp0,md,rd,1] 
	00052: DELTAP1    
	00053: MIRP[srp0,nmd,rd,0] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: SVTCA[y-axis] 
	00056: MDAP[rd]   
	00057: CALL       
	00058: DELTAP2    
	00059: MIRP[nrp0,md,rd,1] 
	00060: CALL       
	00061: IUP[y]     
	00062: IUP[x]     
	00063: SVTCA[x-axis] 
	00064: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:                              X-Short On
	  3:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  -482,  1194)  ->  Abs (  -482,  1194)
	  1: Rel (  -145,     0)  ->  Abs (  -627,  1194)
	  2: Rel (  -231,   280)  ->  Abs (  -858,  1474)
	  3: Rel (   241,     0)  ->  Abs (  -617,  1474)

	Glyph 1157: off = 0x0002FD8A, len = 180
	  numberOfContours:	1
	  xMin:			-429
	  yMin:			1194
	  xMax:			8
	  yMax:			1549

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	104
	00000: PUSHW[2]             17   -64 
	00005: PUSHB[8]              9    23    52    10    12     9    21     7 
	00014: PUSHW[1]            790 
	00017: PUSHB[4]             12    21    52    18 
	00022: PUSHW[1]            -64 
	00025: PUSHB[5]              9    26    52    18    20 
	00031: PUSHW[1]            707 
	00034: NPUSHB      (12):    16   201     3     3    19     9    20    10    10    19 
	                            87    20 
	00048: PUSHW[1]            -64 
	00051: NPUSHB       (9):    11    13    52     0    20   112    20     2    20 
	00062: MDAP[rd]   
	00063: DELTAP1    
	00064: CALL       
	00065: MIRP[nrp0,md,rd,1] 
	00066: SHP[rp1,zp0] 
	00067: MDAP[rd]   
	00068: SRP2       
	00069: IP         
	00070: SRP1       
	00071: SHP[rp1,zp0] 
	00072: MDAP[rd]   
	00073: MIRP[nrp0,md,rd,1] 
	00074: SVTCA[y-axis] 
	00075: MIAP[rd+ci] 
	00076: MDRP[srp0,md,rd,1] 
	00077: CALL       
	00078: MIRP[srp0,md,rd,1] 
	00079: MDRP[srp0,nmd,rd,0] 
	00080: MIRP[nrp0,md,rd,1] 
	00081: SRP1       
	00082: IP         
	00083: SRP1       
	00084: IP         
	00085: PUSHB[2]              6     2 
	00088: RS         
	00089: EQ         
	00090: IF         
	00091: PUSHB[5]             18    64     9    13    52 
	00097: SVTCA[y-axis] 
	00098: CALL       
	00099: EIF        
	00100: IUP[y]     
	00101: IUP[x]     
	00102: SVTCA[x-axis] 
	00103: CALL       

	Flags
	-----
	  0:                              X-Short Off
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short         On
	 20:  YDual                       X-Short On
	 21:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  -233,  1320)  ->  Abs (  -233,  1320)
	  1: Rel (    16,     5)  ->  Abs (  -217,  1325)
	  2: Rel (    53,    18)  ->  Abs (  -164,  1343)
	  3: Rel (     1,    38)  ->  Abs (  -163,  1381)
	  4: Rel (     1,    23)  ->  Abs (  -162,  1404)
	  5: Rel (   -29,    16)  ->  Abs (  -191,  1420)
	  6: Rel (   -42,    23)  ->  Abs (  -233,  1443)
	  7: Rel (   -91,     0)  ->  Abs (  -324,  1443)
	  8: Rel (   -31,     0)  ->  Abs (  -355,  1443)
	  9: Rel (   -63,    -4)  ->  Abs (  -418,  1439)
	 10: Rel (   -11,   102)  ->  Abs (  -429,  1541)
	 11: Rel (    39,     8)  ->  Abs (  -390,  1549)
	 12: Rel (   105,    -1)  ->  Abs (  -285,  1548)
	 13: Rel (   123,    -1)  ->  Abs (  -162,  1547)
	 14: Rel (    78,   -39)  ->  Abs (   -84,  1508)
	 15: Rel (    86,   -42)  ->  Abs (     2,  1466)
	 16: Rel (     2,   -75)  ->  Abs (     4,  1391)
	 17: Rel (     4,  -124)  ->  Abs (     8,  1267)
	 18: Rel (  -186,   -23)  ->  Abs (  -178,  1244)
	 19: Rel (     0,   -50)  ->  Abs (  -178,  1194)
	 20: Rel (  -112,     0)  ->  Abs (  -290,  1194)
	 21: Rel (     0,   120)  ->  Abs (  -290,  1314)

	Glyph 1158: off = 0x0002FE3E, len = 182
	  numberOfContours:	1
	  xMin:			-751
	  yMin:			1194
	  xMax:			-314
	  yMax:			1549

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	104
	00000: PUSHW[2]             17   -64 
	00005: PUSHB[8]              9    23    52    10    12     9    21     7 
	00014: PUSHW[1]            790 
	00017: PUSHB[4]             12    21    52    18 
	00022: PUSHW[1]            -64 
	00025: PUSHB[5]              9    26    52    18    20 
	00031: PUSHW[1]            707 
	00034: NPUSHB      (12):    16   201     3     3    19     9    20    10    10    19 
	                            87    20 
	00048: PUSHW[1]            -64 
	00051: NPUSHB       (9):    11    13    52     0    20   112    20     2    20 
	00062: MDAP[rd]   
	00063: DELTAP1    
	00064: CALL       
	00065: MIRP[nrp0,md,rd,1] 
	00066: SHP[rp1,zp0] 
	00067: MDAP[rd]   
	00068: SRP2       
	00069: IP         
	00070: SRP1       
	00071: SHP[rp1,zp0] 
	00072: MDAP[rd]   
	00073: MIRP[nrp0,md,rd,1] 
	00074: SVTCA[y-axis] 
	00075: MIAP[rd+ci] 
	00076: MDRP[srp0,md,rd,1] 
	00077: CALL       
	00078: MIRP[srp0,md,rd,1] 
	00079: MDRP[srp0,nmd,rd,0] 
	00080: MIRP[nrp0,md,rd,1] 
	00081: SRP1       
	00082: IP         
	00083: SRP1       
	00084: IP         
	00085: PUSHB[2]              6     2 
	00088: RS         
	00089: EQ         
	00090: IF         
	00091: PUSHB[5]             18    64     9    13    52 
	00097: SVTCA[y-axis] 
	00098: CALL       
	00099: EIF        
	00100: IUP[y]     
	00101: IUP[x]     
	00102: SVTCA[x-axis] 
	00103: CALL       

	Flags
	-----
	  0:                                      Off
	  1:  YDual XDual         Y-Short X-Short On
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual               Y-Short X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:                      Y-Short X-Short On
	 10:  YDual               Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:        XDual         Y-Short         On
	 20:  YDual                       X-Short On
	 21:  YDual XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  -555,  1320)  ->  Abs (  -555,  1320)
	  1: Rel (    16,     5)  ->  Abs (  -539,  1325)
	  2: Rel (    53,    18)  ->  Abs (  -486,  1343)
	  3: Rel (     1,    38)  ->  Abs (  -485,  1381)
	  4: Rel (     1,    23)  ->  Abs (  -484,  1404)
	  5: Rel (   -29,    16)  ->  Abs (  -513,  1420)
	  6: Rel (   -42,    23)  ->  Abs (  -555,  1443)
	  7: Rel (   -91,     0)  ->  Abs (  -646,  1443)
	  8: Rel (   -31,     0)  ->  Abs (  -677,  1443)
	  9: Rel (   -63,    -4)  ->  Abs (  -740,  1439)
	 10: Rel (   -11,   102)  ->  Abs (  -751,  1541)
	 11: Rel (    39,     8)  ->  Abs (  -712,  1549)
	 12: Rel (   105,    -1)  ->  Abs (  -607,  1548)
	 13: Rel (   123,    -1)  ->  Abs (  -484,  1547)
	 14: Rel (    78,   -39)  ->  Abs (  -406,  1508)
	 15: Rel (    86,   -42)  ->  Abs (  -320,  1466)
	 16: Rel (     2,   -75)  ->  Abs (  -318,  1391)
	 17: Rel (     4,  -124)  ->  Abs (  -314,  1267)
	 18: Rel (  -186,   -23)  ->  Abs (  -500,  1244)
	 19: Rel (     0,   -50)  ->  Abs (  -500,  1194)
	 20: Rel (  -112,     0)  ->  Abs (  -612,  1194)
	 21: Rel (     0,   120)  ->  Abs (  -612,  1314)

	Glyph 1159: off = 0x0002FEF4, len = 172
	  numberOfContours:	1
	  xMin:			-1080
	  yMin:			1609
	  xMax:			-410
	  yMax:			1840

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	107
	00000: PUSHB[6]             14    32     9    17    52    11 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (65):     9    19    52     2    32     9    17    52     0     0 
	                           239    12     1    12    69     7     7   239    16     1 
	                            16    69     3     3    31     9   223     9     2    79 
	                             9     1     9    64     9    16    52    63     9    79 
	                             9   191     9     3     9    10   118     9     9     0 
	                           118   128    18     1    64    18   208    18   224    18 
	                             3    80    18     1    18 
	00077: MDAP[rd]   
	00078: DELTAP1    
	00079: DELTAP1    
	00080: DELTAP2    
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SVTCA[y-axis] 
	00086: MDAP[rd]   
	00087: DELTAP1    
	00088: CALL       
	00089: DELTAP2    
	00090: DELTAP3    
	00091: SHP[rp1,zp0] 
	00092: MDAP[rd]   
	00093: MIRP[srp0,md,rd,1] 
	00094: DELTAP1    
	00095: IP         
	00096: MDAP[rd]   
	00097: MIRP[srp0,md,rd,1] 
	00098: DELTAP1    
	00099: SHP[rp2,zp1] 
	00100: MDAP[rd]   
	00101: IUP[y]     
	00102: IUP[x]     
	00103: SVTCA[x-axis] 
	00104: CALL       
	00105: CALL       
	00106: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1079,  1609)  ->  Abs ( -1079,  1609)
	  1: Rel (    -1,   102)  ->  Abs ( -1080,  1711)
	  2: Rel (   113,   126)  ->  Abs (  -967,  1837)
	  3: Rel (    91,     0)  ->  Abs (  -876,  1837)
	  4: Rel (    62,     0)  ->  Abs (  -814,  1837)
	  5: Rel (   107,   -54)  ->  Abs (  -707,  1783)
	  6: Rel (    59,   -30)  ->  Abs (  -648,  1753)
	  7: Rel (    35,     0)  ->  Abs (  -613,  1753)
	  8: Rel (    61,     0)  ->  Abs (  -552,  1753)
	  9: Rel (    12,    87)  ->  Abs (  -540,  1840)
	 10: Rel (   130,     0)  ->  Abs (  -410,  1840)
	 11: Rel (    -6,  -228)  ->  Abs (  -416,  1612)
	 12: Rel (  -190,     0)  ->  Abs (  -606,  1612)
	 13: Rel (   -63,     0)  ->  Abs (  -669,  1612)
	 14: Rel (  -103,    56)  ->  Abs (  -772,  1668)
	 15: Rel (   -67,    36)  ->  Abs (  -839,  1704)
	 16: Rel (   -31,     0)  ->  Abs (  -870,  1704)
	 17: Rel (   -78,     0)  ->  Abs (  -948,  1704)
	 18: Rel (     2,   -95)  ->  Abs (  -946,  1609)

	Glyph 1160: off = 0x0002FFA0, len = 172
	  numberOfContours:	1
	  xMin:			-1292
	  yMin:			1609
	  xMax:			-622
	  yMax:			1840

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	107
	00000: PUSHB[6]             14    32     9    17    52    11 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (65):     9    19    52     2    32     9    17    52     0     0 
	                           239    12     1    12    69     7     7   239    16     1 
	                            16    69     3     3    31     9   223     9     2    79 
	                             9     1     9    64     9    16    52    63     9    79 
	                             9   191     9     3     9    10   118     9     9     0 
	                           118   128    18     1    64    18   208    18   224    18 
	                             3    80    18     1    18 
	00077: MDAP[rd]   
	00078: DELTAP1    
	00079: DELTAP1    
	00080: DELTAP2    
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SVTCA[y-axis] 
	00086: MDAP[rd]   
	00087: DELTAP1    
	00088: CALL       
	00089: DELTAP2    
	00090: DELTAP3    
	00091: SHP[rp1,zp0] 
	00092: MDAP[rd]   
	00093: MIRP[srp0,md,rd,1] 
	00094: DELTAP1    
	00095: IP         
	00096: MDAP[rd]   
	00097: MIRP[srp0,md,rd,1] 
	00098: DELTAP1    
	00099: SHP[rp2,zp1] 
	00100: MDAP[rd]   
	00101: IUP[y]     
	00102: IUP[x]     
	00103: SVTCA[x-axis] 
	00104: CALL       
	00105: CALL       
	00106: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1291,  1609)  ->  Abs ( -1291,  1609)
	  1: Rel (    -1,   102)  ->  Abs ( -1292,  1711)
	  2: Rel (   113,   126)  ->  Abs ( -1179,  1837)
	  3: Rel (    91,     0)  ->  Abs ( -1088,  1837)
	  4: Rel (    62,     0)  ->  Abs ( -1026,  1837)
	  5: Rel (   107,   -54)  ->  Abs (  -919,  1783)
	  6: Rel (    59,   -30)  ->  Abs (  -860,  1753)
	  7: Rel (    35,     0)  ->  Abs (  -825,  1753)
	  8: Rel (    61,     0)  ->  Abs (  -764,  1753)
	  9: Rel (    12,    87)  ->  Abs (  -752,  1840)
	 10: Rel (   130,     0)  ->  Abs (  -622,  1840)
	 11: Rel (    -6,  -228)  ->  Abs (  -628,  1612)
	 12: Rel (  -190,     0)  ->  Abs (  -818,  1612)
	 13: Rel (   -63,     0)  ->  Abs (  -881,  1612)
	 14: Rel (  -103,    56)  ->  Abs (  -984,  1668)
	 15: Rel (   -67,    36)  ->  Abs ( -1051,  1704)
	 16: Rel (   -31,     0)  ->  Abs ( -1082,  1704)
	 17: Rel (   -78,     0)  ->  Abs ( -1160,  1704)
	 18: Rel (     2,   -95)  ->  Abs ( -1158,  1609)

	Glyph 1161: off = 0x0003004C, len = 172
	  numberOfContours:	1
	  xMin:			-1361
	  yMin:			1609
	  xMax:			-691
	  yMax:			1840

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	107
	00000: PUSHB[6]             14    32     9    17    52    11 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (65):     9    19    52     2    32     9    17    52     0     0 
	                           239    12     1    12    69     7     7   239    16     1 
	                            16    69     3     3    31     9   223     9     2    79 
	                             9     1     9    64     9    16    52    63     9    79 
	                             9   191     9     3     9    10   118     9     9     0 
	                           118   128    18     1    64    18   208    18   224    18 
	                             3    80    18     1    18 
	00077: MDAP[rd]   
	00078: DELTAP1    
	00079: DELTAP1    
	00080: DELTAP2    
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SVTCA[y-axis] 
	00086: MDAP[rd]   
	00087: DELTAP1    
	00088: CALL       
	00089: DELTAP2    
	00090: DELTAP3    
	00091: SHP[rp1,zp0] 
	00092: MDAP[rd]   
	00093: MIRP[srp0,md,rd,1] 
	00094: DELTAP1    
	00095: IP         
	00096: MDAP[rd]   
	00097: MIRP[srp0,md,rd,1] 
	00098: DELTAP1    
	00099: SHP[rp2,zp1] 
	00100: MDAP[rd]   
	00101: IUP[y]     
	00102: IUP[x]     
	00103: SVTCA[x-axis] 
	00104: CALL       
	00105: CALL       
	00106: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1360,  1609)  ->  Abs ( -1360,  1609)
	  1: Rel (    -1,   102)  ->  Abs ( -1361,  1711)
	  2: Rel (   113,   126)  ->  Abs ( -1248,  1837)
	  3: Rel (    91,     0)  ->  Abs ( -1157,  1837)
	  4: Rel (    62,     0)  ->  Abs ( -1095,  1837)
	  5: Rel (   107,   -54)  ->  Abs (  -988,  1783)
	  6: Rel (    59,   -30)  ->  Abs (  -929,  1753)
	  7: Rel (    35,     0)  ->  Abs (  -894,  1753)
	  8: Rel (    61,     0)  ->  Abs (  -833,  1753)
	  9: Rel (    12,    87)  ->  Abs (  -821,  1840)
	 10: Rel (   130,     0)  ->  Abs (  -691,  1840)
	 11: Rel (    -6,  -228)  ->  Abs (  -697,  1612)
	 12: Rel (  -190,     0)  ->  Abs (  -887,  1612)
	 13: Rel (   -63,     0)  ->  Abs (  -950,  1612)
	 14: Rel (  -103,    56)  ->  Abs ( -1053,  1668)
	 15: Rel (   -67,    36)  ->  Abs ( -1120,  1704)
	 16: Rel (   -31,     0)  ->  Abs ( -1151,  1704)
	 17: Rel (   -78,     0)  ->  Abs ( -1229,  1704)
	 18: Rel (     2,   -95)  ->  Abs ( -1227,  1609)

	Glyph 1162: off = 0x000300F8, len = 184
	  numberOfContours:	1
	  xMin:			-910
	  yMin:			1219
	  xMax:			-240
	  yMax:			1450

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	105
	00000: PUSHW[2]             14   -32 
	00005: NPUSHB      (50):     9    17    52    17    32     9    17    52     2    32 
	                             9    17    52     0     0   239    15     1    15    69 
	                             8     8   239    19     1    19    69     4     4   223 
	                            11     1    15    11   127    11     2    11    64     9 
	                            14    52    11    12   118    11    11     0   118    23 
	00057: PUSHW[1]            -64 
	00060: PUSHB[4]             19    23    52    23 
	00065: PUSHW[1]            -64 
	00068: PUSHB[7]             13    14    52   111    23     1    23 
	00076: MDAP[rd]   
	00077: DELTAP1    
	00078: CALL       
	00079: CALL       
	00080: MIRP[nrp0,md,rd,1] 
	00081: SHP[rp1,zp0] 
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MDAP[rd]   
	00086: CALL       
	00087: DELTAP1    
	00088: DELTAP3    
	00089: SHP[rp1,zp0] 
	00090: MDAP[rd]   
	00091: MIRP[srp0,md,rd,1] 
	00092: DELTAP1    
	00093: IP         
	00094: MDAP[rd]   
	00095: MIRP[srp0,md,rd,1] 
	00096: DELTAP1    
	00097: SHP[rp2,zp1] 
	00098: MDAP[rd]   
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: CALL       
	00103: CALL       
	00104: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  -909,  1219)  ->  Abs (  -909,  1219)
	  1: Rel (    -1,   104)  ->  Abs (  -910,  1323)
	  2: Rel (    58,    62)  ->  Abs (  -852,  1385)
	  3: Rel (    57,    62)  ->  Abs (  -795,  1447)
	  4: Rel (    89,     0)  ->  Abs (  -706,  1447)
	  5: Rel (    62,     0)  ->  Abs (  -644,  1447)
	  6: Rel (   107,   -54)  ->  Abs (  -537,  1393)
	  7: Rel (    59,   -30)  ->  Abs (  -478,  1363)
	  8: Rel (    35,     0)  ->  Abs (  -443,  1363)
	  9: Rel (    32,     0)  ->  Abs (  -411,  1363)
	 10: Rel (    34,    35)  ->  Abs (  -377,  1398)
	 11: Rel (     7,    52)  ->  Abs (  -370,  1450)
	 12: Rel (   130,     0)  ->  Abs (  -240,  1450)
	 13: Rel (    -3,  -114)  ->  Abs (  -243,  1336)
	 14: Rel (  -109,  -114)  ->  Abs (  -352,  1222)
	 15: Rel (   -84,     0)  ->  Abs (  -436,  1222)
	 16: Rel (   -63,     0)  ->  Abs (  -499,  1222)
	 17: Rel (  -103,    56)  ->  Abs (  -602,  1278)
	 18: Rel (   -67,    36)  ->  Abs (  -669,  1314)
	 19: Rel (   -31,     0)  ->  Abs (  -700,  1314)
	 20: Rel (   -34,     0)  ->  Abs (  -734,  1314)
	 21: Rel (   -21,   -24)  ->  Abs (  -755,  1290)
	 22: Rel (   -22,   -24)  ->  Abs (  -777,  1266)
	 23: Rel (     1,   -47)  ->  Abs (  -776,  1219)

	Glyph 1163: off = 0x000301B0, len = 184
	  numberOfContours:	1
	  xMin:			-1110
	  yMin:			1219
	  xMax:			-440
	  yMax:			1450

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	105
	00000: PUSHW[2]             14   -32 
	00005: NPUSHB      (50):     9    17    52    17    32     9    17    52     2    32 
	                             9    17    52     0     0   239    15     1    15    69 
	                             8     8   239    19     1    19    69     4     4   223 
	                            11     1    15    11   127    11     2    11    64     9 
	                            14    52    11    12   118    11    11     0   118    23 
	00057: PUSHW[1]            -64 
	00060: PUSHB[4]             19    23    52    23 
	00065: PUSHW[1]            -64 
	00068: PUSHB[7]             13    14    52   111    23     1    23 
	00076: MDAP[rd]   
	00077: DELTAP1    
	00078: CALL       
	00079: CALL       
	00080: MIRP[nrp0,md,rd,1] 
	00081: SHP[rp1,zp0] 
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MDAP[rd]   
	00086: CALL       
	00087: DELTAP1    
	00088: DELTAP3    
	00089: SHP[rp1,zp0] 
	00090: MDAP[rd]   
	00091: MIRP[srp0,md,rd,1] 
	00092: DELTAP1    
	00093: IP         
	00094: MDAP[rd]   
	00095: MIRP[srp0,md,rd,1] 
	00096: DELTAP1    
	00097: SHP[rp2,zp1] 
	00098: MDAP[rd]   
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: CALL       
	00103: CALL       
	00104: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1109,  1219)  ->  Abs ( -1109,  1219)
	  1: Rel (    -1,   104)  ->  Abs ( -1110,  1323)
	  2: Rel (    58,    62)  ->  Abs ( -1052,  1385)
	  3: Rel (    57,    62)  ->  Abs (  -995,  1447)
	  4: Rel (    89,     0)  ->  Abs (  -906,  1447)
	  5: Rel (    62,     0)  ->  Abs (  -844,  1447)
	  6: Rel (   107,   -54)  ->  Abs (  -737,  1393)
	  7: Rel (    59,   -30)  ->  Abs (  -678,  1363)
	  8: Rel (    35,     0)  ->  Abs (  -643,  1363)
	  9: Rel (    32,     0)  ->  Abs (  -611,  1363)
	 10: Rel (    34,    35)  ->  Abs (  -577,  1398)
	 11: Rel (     7,    52)  ->  Abs (  -570,  1450)
	 12: Rel (   130,     0)  ->  Abs (  -440,  1450)
	 13: Rel (    -3,  -114)  ->  Abs (  -443,  1336)
	 14: Rel (  -109,  -114)  ->  Abs (  -552,  1222)
	 15: Rel (   -84,     0)  ->  Abs (  -636,  1222)
	 16: Rel (   -63,     0)  ->  Abs (  -699,  1222)
	 17: Rel (  -103,    56)  ->  Abs (  -802,  1278)
	 18: Rel (   -67,    36)  ->  Abs (  -869,  1314)
	 19: Rel (   -31,     0)  ->  Abs (  -900,  1314)
	 20: Rel (   -34,     0)  ->  Abs (  -934,  1314)
	 21: Rel (   -21,   -24)  ->  Abs (  -955,  1290)
	 22: Rel (   -22,   -24)  ->  Abs (  -977,  1266)
	 23: Rel (     1,   -47)  ->  Abs (  -976,  1219)

	Glyph 1164: off = 0x00030268, len = 184
	  numberOfContours:	1
	  xMin:			-1174
	  yMin:			1219
	  xMax:			-504
	  yMax:			1450

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	105
	00000: PUSHW[2]             14   -32 
	00005: NPUSHB      (50):     9    17    52    17    32     9    17    52     2    32 
	                             9    17    52     0     0   239    15     1    15    69 
	                             8     8   239    19     1    19    69     4     4   223 
	                            11     1    15    11   127    11     2    11    64     9 
	                            14    52    11    12   118    11    11     0   118    23 
	00057: PUSHW[1]            -64 
	00060: PUSHB[4]             19    23    52    23 
	00065: PUSHW[1]            -64 
	00068: PUSHB[7]             13    14    52   111    23     1    23 
	00076: MDAP[rd]   
	00077: DELTAP1    
	00078: CALL       
	00079: CALL       
	00080: MIRP[nrp0,md,rd,1] 
	00081: SHP[rp1,zp0] 
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MDAP[rd]   
	00086: CALL       
	00087: DELTAP1    
	00088: DELTAP3    
	00089: SHP[rp1,zp0] 
	00090: MDAP[rd]   
	00091: MIRP[srp0,md,rd,1] 
	00092: DELTAP1    
	00093: IP         
	00094: MDAP[rd]   
	00095: MIRP[srp0,md,rd,1] 
	00096: DELTAP1    
	00097: SHP[rp2,zp1] 
	00098: MDAP[rd]   
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: CALL       
	00103: CALL       
	00104: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1173,  1219)  ->  Abs ( -1173,  1219)
	  1: Rel (    -1,   104)  ->  Abs ( -1174,  1323)
	  2: Rel (    58,    62)  ->  Abs ( -1116,  1385)
	  3: Rel (    57,    62)  ->  Abs ( -1059,  1447)
	  4: Rel (    89,     0)  ->  Abs (  -970,  1447)
	  5: Rel (    62,     0)  ->  Abs (  -908,  1447)
	  6: Rel (   107,   -54)  ->  Abs (  -801,  1393)
	  7: Rel (    59,   -30)  ->  Abs (  -742,  1363)
	  8: Rel (    35,     0)  ->  Abs (  -707,  1363)
	  9: Rel (    32,     0)  ->  Abs (  -675,  1363)
	 10: Rel (    34,    35)  ->  Abs (  -641,  1398)
	 11: Rel (     7,    52)  ->  Abs (  -634,  1450)
	 12: Rel (   130,     0)  ->  Abs (  -504,  1450)
	 13: Rel (    -3,  -114)  ->  Abs (  -507,  1336)
	 14: Rel (  -109,  -114)  ->  Abs (  -616,  1222)
	 15: Rel (   -84,     0)  ->  Abs (  -700,  1222)
	 16: Rel (   -63,     0)  ->  Abs (  -763,  1222)
	 17: Rel (  -103,    56)  ->  Abs (  -866,  1278)
	 18: Rel (   -67,    36)  ->  Abs (  -933,  1314)
	 19: Rel (   -31,     0)  ->  Abs (  -964,  1314)
	 20: Rel (   -34,     0)  ->  Abs (  -998,  1314)
	 21: Rel (   -21,   -24)  ->  Abs ( -1019,  1290)
	 22: Rel (   -22,   -24)  ->  Abs ( -1041,  1266)
	 23: Rel (     1,   -47)  ->  Abs ( -1040,  1219)

	Glyph 1165: off = 0x00030320, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-783
	  yMin:			-325
	  xMax:			-578
	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-529
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1166: off = 0x00030332, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-899
	  yMin:			-325
	  xMax:			-694
	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-645
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1167: off = 0x00030344, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-1059
	  yMin:			-325
	  xMax:			-854
	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-805
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1168: off = 0x00030356, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-831
	  yMin:			-325
	  xMax:			-626
	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-577
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1169: off = 0x00030368, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-1128
	  yMin:			-325
	  xMax:			-923
	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-874
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1170: off = 0x0003037A, len = 110
	  numberOfContours:	1
	  xMin:			-534
	  yMin:			1547
	  xMax:			-158
	  yMax:			1827

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	83
	00000: PUSHB[6]              1    32    14    17    52     1 
	00007: PUSHW[1]            -64 
	00010: NPUSHB      (31):     9    10    52     1   135    31     2    47     2     2 
	                            31     2    47     2   143     2   159     2     4   175 
	                             2   191     2     2     2    64     9    16    52     2 
	                             0 
	00043: PUSHW[1]            595 
	00046: PUSHB[8]              1   134    64     3   208     3     2     3 
	00055: PUSHW[1]            608 
	00058: PUSHB[6]            112     2   176     2     2     2 
	00065: MDAP[rd]   
	00066: DELTAP1    
	00067: MIRP[nrp0,md,rd,1] 
	00068: DELTAP1    
	00069: MIRP[srp0,md,rd,1] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: SVTCA[y-axis] 
	00072: MDAP[rd]   
	00073: CALL       
	00074: DELTAP1    
	00075: DELTAP2    
	00076: DELTAP3    
	00077: MIRP[nrp0,md,rd,1] 
	00078: CALL       
	00079: IUP[y]     
	00080: IUP[x]     
	00081: SVTCA[x-axis] 
	00082: CALL       

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual                       X-Short On
	  2:                              X-Short On
	  3:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  -158,  1547)  ->  Abs (  -158,  1547)
	  1: Rel (  -145,     0)  ->  Abs (  -303,  1547)
	  2: Rel (  -231,   280)  ->  Abs (  -534,  1827)
	  3: Rel (   241,     0)  ->  Abs (  -293,  1827)

	Glyph 1171: off = 0x000303E8, len = 110
	  numberOfContours:	1
	  xMin:			-380
	  yMin:			1547
	  xMax:			-4
	  yMax:			1827

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	84
	00000: PUSHB[4]            153     1     1     2 
	00005: PUSHW[1]            -32 
	00008: PUSHB[4]             14    17    52     2 
	00013: PUSHW[1]            -64 
	00016: NPUSHB      (31):     9    10    52     2   135    31     1    47     1     2 
	                            31     1    47     1   143     1   159     1     4   175 
	                             1   191     1     2     1    64     9    16    52     1 
	                             3 
	00049: PUSHW[1]            595 
	00052: PUSHB[8]              2   134    79     0   223     0     2     0 
	00061: PUSHW[2]            608     1 
	00066: MDAP[rd]   
	00067: MIRP[nrp0,md,rd,1] 
	00068: DELTAP1    
	00069: MIRP[srp0,md,rd,1] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: SVTCA[y-axis] 
	00072: MDAP[rd]   
	00073: CALL       
	00074: DELTAP1    
	00075: DELTAP2    
	00076: DELTAP3    
	00077: MIRP[nrp0,md,rd,1] 
	00078: CALL       
	00079: IUP[y]     
	00080: IUP[x]     
	00081: SVTCA[x-axis] 
	00082: CALL       
	00083: DELTAP1    

	Flags
	-----
	  0:                              X-Short On
	  1:  YDual XDual                 X-Short On
	  2:                              X-Short On
	  3:  YDual                       X-Short On

	Coordinates
	-----------
	  0: Rel (  -245,  1827)  ->  Abs (  -245,  1827)
	  1: Rel (   241,     0)  ->  Abs (    -4,  1827)
	  2: Rel (  -231,  -280)  ->  Abs (  -235,  1547)
	  3: Rel (  -145,     0)  ->  Abs (  -380,  1547)

	Glyph 1172: off = 0x00030456, len = 184
	  numberOfContours:	1
	  xMin:			-574
	  yMin:			1219
	  xMax:			96
	  yMax:			1450

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	105
	00000: PUSHW[2]             14   -32 
	00005: NPUSHB      (50):     9    17    52    17    32     9    17    52     2    32 
	                             9    17    52     0     0   239    15     1    15    69 
	                             8     8   239    19     1    19    69     4     4   223 
	                            11     1    15    11   127    11     2    11    64     9 
	                            14    52    11    12   118    11    11     0   118    23 
	00057: PUSHW[1]            -64 
	00060: PUSHB[4]             19    23    52    23 
	00065: PUSHW[1]            -64 
	00068: PUSHB[7]             13    14    52   111    23     1    23 
	00076: MDAP[rd]   
	00077: DELTAP1    
	00078: CALL       
	00079: CALL       
	00080: MIRP[nrp0,md,rd,1] 
	00081: SHP[rp1,zp0] 
	00082: MDAP[rd]   
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MDAP[rd]   
	00086: CALL       
	00087: DELTAP1    
	00088: DELTAP3    
	00089: SHP[rp1,zp0] 
	00090: MDAP[rd]   
	00091: MIRP[srp0,md,rd,1] 
	00092: DELTAP1    
	00093: IP         
	00094: MDAP[rd]   
	00095: MIRP[srp0,md,rd,1] 
	00096: DELTAP1    
	00097: SHP[rp2,zp1] 
	00098: MDAP[rd]   
	00099: IUP[y]     
	00100: IUP[x]     
	00101: SVTCA[x-axis] 
	00102: CALL       
	00103: CALL       
	00104: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual                 X-Short On
	  5:  YDual XDual                 X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual                 X-Short On
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short On
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  -573,  1219)  ->  Abs (  -573,  1219)
	  1: Rel (    -1,   104)  ->  Abs (  -574,  1323)
	  2: Rel (    58,    62)  ->  Abs (  -516,  1385)
	  3: Rel (    57,    62)  ->  Abs (  -459,  1447)
	  4: Rel (    89,     0)  ->  Abs (  -370,  1447)
	  5: Rel (    62,     0)  ->  Abs (  -308,  1447)
	  6: Rel (   107,   -54)  ->  Abs (  -201,  1393)
	  7: Rel (    59,   -30)  ->  Abs (  -142,  1363)
	  8: Rel (    35,     0)  ->  Abs (  -107,  1363)
	  9: Rel (    32,     0)  ->  Abs (   -75,  1363)
	 10: Rel (    34,    35)  ->  Abs (   -41,  1398)
	 11: Rel (     7,    52)  ->  Abs (   -34,  1450)
	 12: Rel (   130,     0)  ->  Abs (    96,  1450)
	 13: Rel (    -3,  -114)  ->  Abs (    93,  1336)
	 14: Rel (  -109,  -114)  ->  Abs (   -16,  1222)
	 15: Rel (   -84,     0)  ->  Abs (  -100,  1222)
	 16: Rel (   -63,     0)  ->  Abs (  -163,  1222)
	 17: Rel (  -103,    56)  ->  Abs (  -266,  1278)
	 18: Rel (   -67,    36)  ->  Abs (  -333,  1314)
	 19: Rel (   -31,     0)  ->  Abs (  -364,  1314)
	 20: Rel (   -34,     0)  ->  Abs (  -398,  1314)
	 21: Rel (   -21,   -24)  ->  Abs (  -419,  1290)
	 22: Rel (   -22,   -24)  ->  Abs (  -441,  1266)
	 23: Rel (     1,   -47)  ->  Abs (  -440,  1219)

	Glyph 1173: off = 0x0003050E, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-783
	  yMin:			-325
	  xMax:			-578
	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-529
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1174: off = 0x00030520, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-673
	  yMin:			-325
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	Glyph 1175: off = 0x00030532, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-394
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	     0: Flags:		0x0217
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		X WOffset:	-140
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	Glyph 1176: off = 0x00030544, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			-324
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	  yMax:			-120

	     0: Flags:		0x0216
		Glyf Index:	1149
		X BOffset:	-70
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		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1177: off = 0x00030554, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-789
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	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-535
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	Glyph 1178: off = 0x00030566, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-660
	  yMin:			-325
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	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-406
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	Glyph 1179: off = 0x00030578, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-680
	  yMin:			-325
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	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-426
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	Glyph 1180: off = 0x0003058A, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-880
	  yMin:			-325
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	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-626
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	Glyph 1181: off = 0x0003059C, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-747
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	Glyph 1182: off = 0x000305AE, len = 18
	  numberOfContours:	-1  (Composite)
	  xMin:			-980
	  yMin:			-325
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	  yMax:			-120

	     0: Flags:		0x0217
		Glyf Index:	1149
		X WOffset:	-726
		Y WOffset:	0
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	Glyph 1183: off = 0x000305C0, len = 174
	  numberOfContours:	1
	  xMin:			-1005
	  yMin:			1660
	  xMax:			-336
	  yMax:			1835

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	110
	00000: PUSHB[4]             75    14     1    11 
	00005: PUSHW[1]            -32 
	00008: NPUSHB      (11):    10    19    52     2    32    10    17    52     0     0 
	                             7 
	00021: PUSHW[1]            790 
	00024: NPUSHB      (31):    64    12    64    94    53    12    64    79    83    52 
	                            12    64    67    69    52    12    64    43    45    52 
	                           111    12   127    12     2    15    12     1    12   128 
	                            16 
	00057: PUSHW[1]            790 
	00060: PUSHB[3]              3     3     9 
	00064: PUSHW[3]            791    10   790 
	00071: PUSHB[3]              9     9     0 
	00075: PUSHW[2]            790    18 
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SVTCA[y-axis] 
	00086: RDTG       
	00087: MIAP[rd+ci] 
	00088: SHP[rp1,zp0] 
	00089: RTG        
	00090: MDAP[rd]   
	00091: MIRP[nrp0,md,rd,1] 
	00092: SMD        
	00093: MDRP[srp0,md,rd,1] 
	00094: DELTAP1    
	00095: DELTAP2    
	00096: CALL       
	00097: CALL       
	00098: CALL       
	00099: CALL       
	00100: SMD        
	00101: MIRP[nrp0,md,rd,1] 
	00102: SHP[rp1,zp0] 
	00103: MDAP[rd]   
	00104: IUP[y]     
	00105: IUP[x]     
	00106: SVTCA[x-axis] 
	00107: CALL       
	00108: CALL       
	00109: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1005,  1660)  ->  Abs ( -1005,  1660)
	  1: Rel (     0,    82)  ->  Abs ( -1005,  1742)
	  2: Rel (   112,    91)  ->  Abs (  -893,  1833)
	  3: Rel (    91,     0)  ->  Abs (  -802,  1833)
	  4: Rel (    62,     0)  ->  Abs (  -740,  1833)
	  5: Rel (   107,   -44)  ->  Abs (  -633,  1789)
	  6: Rel (    59,   -24)  ->  Abs (  -574,  1765)
	  7: Rel (    68,     0)  ->  Abs (  -506,  1765)
	  8: Rel (    61,     0)  ->  Abs (  -445,  1765)
	  9: Rel (    12,    70)  ->  Abs (  -433,  1835)
	 10: Rel (    97,     0)  ->  Abs (  -336,  1835)
	 11: Rel (    -6,  -172)  ->  Abs (  -342,  1663)
	 12: Rel (  -190,     0)  ->  Abs (  -532,  1663)
	 13: Rel (   -63,     0)  ->  Abs (  -595,  1663)
	 14: Rel (  -103,    44)  ->  Abs (  -698,  1707)
	 15: Rel (   -67,    29)  ->  Abs (  -765,  1736)
	 16: Rel (   -64,     0)  ->  Abs (  -829,  1736)
	 17: Rel (   -81,     0)  ->  Abs (  -910,  1736)
	 18: Rel (     2,   -76)  ->  Abs (  -908,  1660)

	Glyph 1184: off = 0x0003066E, len = 172
	  numberOfContours:	1
	  xMin:			-1006
	  yMin:			1609
	  xMax:			-336
	  yMax:			1840

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	107
	00000: PUSHB[6]             14    32     9    17    52    11 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (65):     9    19    52     2    32     9    17    52     0     0 
	                           239    12     1    12    69     7     7   239    16     1 
	                            16    69     3     3    31     9   223     9     2    79 
	                             9     1     9    64     9    16    52    63     9    79 
	                             9   191     9     3     9    10   118     9     9     0 
	                           118   128    18     1    64    18   208    18   224    18 
	                             3    80    18     1    18 
	00077: MDAP[rd]   
	00078: DELTAP1    
	00079: DELTAP1    
	00080: DELTAP2    
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SVTCA[y-axis] 
	00086: MDAP[rd]   
	00087: DELTAP1    
	00088: CALL       
	00089: DELTAP2    
	00090: DELTAP3    
	00091: SHP[rp1,zp0] 
	00092: MDAP[rd]   
	00093: MIRP[srp0,md,rd,1] 
	00094: DELTAP1    
	00095: IP         
	00096: MDAP[rd]   
	00097: MIRP[srp0,md,rd,1] 
	00098: DELTAP1    
	00099: SHP[rp2,zp1] 
	00100: MDAP[rd]   
	00101: IUP[y]     
	00102: IUP[x]     
	00103: SVTCA[x-axis] 
	00104: CALL       
	00105: CALL       
	00106: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1005,  1609)  ->  Abs ( -1005,  1609)
	  1: Rel (    -1,   102)  ->  Abs ( -1006,  1711)
	  2: Rel (   113,   126)  ->  Abs (  -893,  1837)
	  3: Rel (    91,     0)  ->  Abs (  -802,  1837)
	  4: Rel (    62,     0)  ->  Abs (  -740,  1837)
	  5: Rel (   107,   -54)  ->  Abs (  -633,  1783)
	  6: Rel (    59,   -30)  ->  Abs (  -574,  1753)
	  7: Rel (    35,     0)  ->  Abs (  -539,  1753)
	  8: Rel (    61,     0)  ->  Abs (  -478,  1753)
	  9: Rel (    12,    87)  ->  Abs (  -466,  1840)
	 10: Rel (   130,     0)  ->  Abs (  -336,  1840)
	 11: Rel (    -6,  -228)  ->  Abs (  -342,  1612)
	 12: Rel (  -190,     0)  ->  Abs (  -532,  1612)
	 13: Rel (   -63,     0)  ->  Abs (  -595,  1612)
	 14: Rel (  -103,    56)  ->  Abs (  -698,  1668)
	 15: Rel (   -67,    36)  ->  Abs (  -765,  1704)
	 16: Rel (   -31,     0)  ->  Abs (  -796,  1704)
	 17: Rel (   -78,     0)  ->  Abs (  -874,  1704)
	 18: Rel (     2,   -95)  ->  Abs (  -872,  1609)

	Glyph 1185: off = 0x0003071A, len = 174
	  numberOfContours:	1
	  xMin:			-1130
	  yMin:			1660
	  xMax:			-460
	  yMax:			1835

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	110
	00000: PUSHB[4]             75    14     1    11 
	00005: PUSHW[1]            -32 
	00008: NPUSHB      (11):    10    19    52     2    32    10    17    52     0     0 
	                             7 
	00021: PUSHW[1]            790 
	00024: NPUSHB      (31):    64    12    64    94    53    12    64    79    83    52 
	                            12    64    67    69    52    12    64    43    45    52 
	                           111    12   127    12     2    15    12     1    12   128 
	                            16 
	00057: PUSHW[1]            790 
	00060: PUSHB[3]              3     3     9 
	00064: PUSHW[3]            791    10   790 
	00071: PUSHB[3]              9     9     0 
	00075: PUSHW[2]            790    18 
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SVTCA[y-axis] 
	00086: RDTG       
	00087: MIAP[rd+ci] 
	00088: SHP[rp1,zp0] 
	00089: RTG        
	00090: MDAP[rd]   
	00091: MIRP[nrp0,md,rd,1] 
	00092: SMD        
	00093: MDRP[srp0,md,rd,1] 
	00094: DELTAP1    
	00095: DELTAP2    
	00096: CALL       
	00097: CALL       
	00098: CALL       
	00099: CALL       
	00100: SMD        
	00101: MIRP[nrp0,md,rd,1] 
	00102: SHP[rp1,zp0] 
	00103: MDAP[rd]   
	00104: IUP[y]     
	00105: IUP[x]     
	00106: SVTCA[x-axis] 
	00107: CALL       
	00108: CALL       
	00109: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1129,  1660)  ->  Abs ( -1129,  1660)
	  1: Rel (    -1,    82)  ->  Abs ( -1130,  1742)
	  2: Rel (   113,    91)  ->  Abs ( -1017,  1833)
	  3: Rel (    91,     0)  ->  Abs (  -926,  1833)
	  4: Rel (    62,     0)  ->  Abs (  -864,  1833)
	  5: Rel (   107,   -44)  ->  Abs (  -757,  1789)
	  6: Rel (    59,   -24)  ->  Abs (  -698,  1765)
	  7: Rel (    68,     0)  ->  Abs (  -630,  1765)
	  8: Rel (    61,     0)  ->  Abs (  -569,  1765)
	  9: Rel (    12,    70)  ->  Abs (  -557,  1835)
	 10: Rel (    97,     0)  ->  Abs (  -460,  1835)
	 11: Rel (    -6,  -172)  ->  Abs (  -466,  1663)
	 12: Rel (  -190,     0)  ->  Abs (  -656,  1663)
	 13: Rel (   -63,     0)  ->  Abs (  -719,  1663)
	 14: Rel (  -103,    44)  ->  Abs (  -822,  1707)
	 15: Rel (   -67,    29)  ->  Abs (  -889,  1736)
	 16: Rel (   -67,     0)  ->  Abs (  -956,  1736)
	 17: Rel (   -78,     0)  ->  Abs ( -1034,  1736)
	 18: Rel (     2,   -76)  ->  Abs ( -1032,  1660)

	Glyph 1186: off = 0x000307C8, len = 172
	  numberOfContours:	1
	  xMin:			-1130
	  yMin:			1609
	  xMax:			-460
	  yMax:			1840

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	107
	00000: PUSHB[6]             14    32     9    17    52    11 
	00007: PUSHW[1]            -32 
	00010: NPUSHB      (65):     9    19    52     2    32     9    17    52     0     0 
	                           239    12     1    12    69     7     7   239    16     1 
	                            16    69     3     3    31     9   223     9     2    79 
	                             9     1     9    64     9    16    52    63     9    79 
	                             9   191     9     3     9    10   118     9     9     0 
	                           118   128    18     1    64    18   208    18   224    18 
	                             3    80    18     1    18 
	00077: MDAP[rd]   
	00078: DELTAP1    
	00079: DELTAP1    
	00080: DELTAP2    
	00081: MIRP[nrp0,md,rd,1] 
	00082: SHP[rp1,zp0] 
	00083: MDAP[rd]   
	00084: MIRP[nrp0,md,rd,1] 
	00085: SVTCA[y-axis] 
	00086: MDAP[rd]   
	00087: DELTAP1    
	00088: CALL       
	00089: DELTAP2    
	00090: DELTAP3    
	00091: SHP[rp1,zp0] 
	00092: MDAP[rd]   
	00093: MIRP[srp0,md,rd,1] 
	00094: DELTAP1    
	00095: IP         
	00096: MDAP[rd]   
	00097: MIRP[srp0,md,rd,1] 
	00098: DELTAP1    
	00099: SHP[rp2,zp1] 
	00100: MDAP[rd]   
	00101: IUP[y]     
	00102: IUP[x]     
	00103: SVTCA[x-axis] 
	00104: CALL       
	00105: CALL       
	00106: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short On
	 15:  YDual               Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel ( -1129,  1609)  ->  Abs ( -1129,  1609)
	  1: Rel (    -1,   102)  ->  Abs ( -1130,  1711)
	  2: Rel (   113,   126)  ->  Abs ( -1017,  1837)
	  3: Rel (    91,     0)  ->  Abs (  -926,  1837)
	  4: Rel (    62,     0)  ->  Abs (  -864,  1837)
	  5: Rel (   107,   -54)  ->  Abs (  -757,  1783)
	  6: Rel (    59,   -30)  ->  Abs (  -698,  1753)
	  7: Rel (    35,     0)  ->  Abs (  -663,  1753)
	  8: Rel (    61,     0)  ->  Abs (  -602,  1753)
	  9: Rel (    12,    87)  ->  Abs (  -590,  1840)
	 10: Rel (   130,     0)  ->  Abs (  -460,  1840)
	 11: Rel (    -6,  -228)  ->  Abs (  -466,  1612)
	 12: Rel (  -190,     0)  ->  Abs (  -656,  1612)
	 13: Rel (   -63,     0)  ->  Abs (  -719,  1612)
	 14: Rel (  -103,    56)  ->  Abs (  -822,  1668)
	 15: Rel (   -67,    36)  ->  Abs (  -889,  1704)
	 16: Rel (   -31,     0)  ->  Abs (  -920,  1704)
	 17: Rel (   -78,     0)  ->  Abs (  -998,  1704)
	 18: Rel (     2,   -95)  ->  Abs (  -996,  1609)

	Glyph 1187: off = 0x00030874, len = 152
	  numberOfContours:	1
	  xMin:			136
	  yMin:			0
	  xMax:			316
	  yMax:			1062

	EndPoints
	---------
	  0:  3

	  Length of Instructions:	127
	00000: NPUSHB      (64):    79     5   144     5   160     5   176     5   192     5 
	                           223     5   240     5     7     0     5    31     5   112 
	                             5   128     5   159     5   176     5   192     5   223 
	                             5   224     5   255     5    10    31     5     1     1 
	                             6     0    10     3    37     5    32    11    11     2 
	                            85     0     6    12    12     2    85     0    10    11 
	                            11     2    85     0 
	00066: PUSHW[1]            -20 
	00069: NPUSHB      (11):    10    10     2    85     0    20    11    11     6    85 
	                             0 
	00082: PUSHW[1]             -4 
	00085: PUSHB[5]             12    13     6    85     0 
	00091: PUSHW[1]            -18 
	00094: NPUSHB      (12):    16    16     6    85     0     0    32     0   224     0 
	                             3     0 
	00108: MDAP[rd]   
	00109: DELTAP1    
	00110: CALL       
	00111: CALL       
	00112: CALL       
	00113: CALL       
	00114: CALL       
	00115: CALL       
	00116: CALL       
	00117: MIRP[nrp0,md,rd,1] 
	00118: SVTCA[y-axis] 
	00119: MIAP[rd+ci] 
	00120: MIAP[rd+ci] 
	00121: IUP[y]     
	00122: IUP[x]     
	00123: SVTCA[x-axis] 
	00124: DELTAP1    
	00125: DELTAP3    
	00126: DELTAP2    

	Flags
	-----
	  0:  YDual XDual                 X-Short On
	  1:        XDual                         On
	  2:  YDual XDual                 X-Short On
	  3:        XDual                         On

	Coordinates
	-----------
	  0: Rel (   136,     0)  ->  Abs (   136,     0)
	  1: Rel (     0,  1062)  ->  Abs (   136,  1062)
	  2: Rel (   180,     0)  ->  Abs (   316,  1062)
	  3: Rel (     0, -1062)  ->  Abs (   316,     0)

	Glyph 1188: off = 0x0003090C, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
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	  yMax:			1466

	     0: Flags:		0x0226
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		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	820
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    16 
	00003: PUSHW[1]            -64 
	00006: PUSHB[4]             53    60    52    16 
	00011: PUSHW[1]            -64 
	00014: PUSHB[3]             18    23    52 
	00018: PUSHW[1]            -20 
	00021: PUSHB[5]             16    17     7     4    65 
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: CALL       
	00030: CALL       
	00031: SHC[rp1,zp0] 

	Glyph 1189: off = 0x00030946, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-325
	  xMax:			1052
	  yMax:			1086

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	712
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2    31    57     1     0    57    58    47    55    65 
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: DELTAP1    
	00015: SHC[rp1,zp0] 

	Glyph 1190: off = 0x00030970, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
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	  xMax:			1369
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	940
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2   127    35     1     0    35    34     1     2    65 
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: DELTAP1    
	00015: SHC[rp1,zp0] 

	Glyph 1191: off = 0x0003099A, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			74
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	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1157
		X WOffset:	820
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    76 
	00003: PUSHW[1]            -64 
	00006: PUSHB[5]             18    18     6    85    76 
	00012: PUSHW[1]            -64 
	00015: NPUSHB      (27):    14    16     6    85   144    76     1   112    76   128 
	                            76     2    80    76    96    76   160    76   176    76 
	                           224    76   240    76     6    76    28 
	00044: PUSHW[1]            -54 
	00047: PUSHB[2]             72    43 
	00050: SVTCA[x-axis] 
	00051: CALL       
	00052: DELTAP1    
	00053: DELTAP2    
	00054: DELTAP3    
	00055: CALL       
	00056: CALL       
	00057: SHC[rp1,zp0] 

	Glyph 1192: off = 0x000309EE, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
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	  xMax:			1369
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	653
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1137
		X WOffset:	991
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              3   208    25     1     0    25     1    25 
	00009: PUSHW[1]            -64 
	00012: NPUSHB      (22):    31    42    52    25    18     0    72    43     2     0 
	                            17    20     1     2    65     2    17    64    25    40 
	                            52    17 
	00036: SVTCA[y-axis] 
	00037: MDAP[rd]   
	00038: CALL       
	00039: SHC[rp1,zp0] 
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: SHC[rp1,zp0] 
	00043: CALL       
	00044: CALL       
	00045: DELTAP1    
	00046: DELTAP2    
	00047: SHC[rp1,zp0] 

	Glyph 1193: off = 0x00030A40, len = 124
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1827

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1171
		X WOffset:	843
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              3    95    66     1    66 
	00006: PUSHW[1]            -64 
	00009: NPUSHB      (61):    23    25    52    66    59     0    72    43     2   159 
	                            58     1    32    58    48    58   112    58   128    58 
	                             4   144    58   160    58   176    58   224    58   240 
	                            58     5    58    64    46    50    52     0    58    61 
	                            28    28    65     2    31    62    47    62     2   240 
	                            62     1    95    62     1    62    64     9    12    52 
	                            62 
	00072: SVTCA[y-axis] 
	00073: MDAP[rd]   
	00074: CALL       
	00075: DELTAP1    
	00076: DELTAP2    
	00077: DELTAP3    
	00078: SHC[rp1,zp0] 
	00079: SVTCA[x-axis] 
	00080: CALL       
	00081: CALL       
	00082: DELTAP1    
	00083: DELTAP2    
	00084: DELTAP3    
	00085: SHC[rp1,zp0] 
	00086: CALL       
	00087: CALL       
	00088: DELTAP1    
	00089: SHC[rp1,zp0] 

	Glyph 1194: off = 0x00030ABC, len = 74
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
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	  xMax:			1369
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	653
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1134
		X WOffset:	945
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (26):     3   223    22     1    15    22     1    22    19     0 
	                            72    43     2     0    17    20     1     2    65     2 
	                            17    64    25    40    52    17 
	00028: SVTCA[y-axis] 
	00029: MDAP[rd]   
	00030: CALL       
	00031: SHC[rp1,zp0] 
	00032: SVTCA[x-axis] 
	00033: CALL       
	00034: SHC[rp1,zp0] 
	00035: CALL       
	00036: DELTAP1    
	00037: DELTAP2    
	00038: SHC[rp1,zp0] 

	Glyph 1195: off = 0x00030B06, len = 124
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1827

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1170
		X WOffset:	813
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (69):     3    63    64    38    51    52    63    64    23    30 
	                            52    63    60     0    72    43     2   159    58     1 
	                            32    58    48    58   112    58   128    58     4   144 
	                            58   160    58   176    58   224    58   240    58     5 
	                            58    64    46    50    52     0    58    61    28    28 
	                            65     2    31    62    47    62     2   240    62     1 
	                            95    62     1    62    64     9    12    52    62 
	00071: SVTCA[y-axis] 
	00072: MDAP[rd]   
	00073: CALL       
	00074: DELTAP1    
	00075: DELTAP2    
	00076: DELTAP3    
	00077: SHC[rp1,zp0] 
	00078: SVTCA[x-axis] 
	00079: CALL       
	00080: CALL       
	00081: DELTAP1    
	00082: DELTAP2    
	00083: DELTAP3    
	00084: SHC[rp1,zp0] 
	00085: CALL       
	00086: CALL       
	00087: CALL       
	00088: SHC[rp1,zp0] 

	Glyph 1196: off = 0x00030B82, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	653
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1141
		X WOffset:	980
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3    41 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (29):    29    31    52   176    41     1     0    41     1     0 
	                            41    40    18    19    65     2     0    17    20     1 
	                             2    65     2    16    64    25    40    52    16 
	00037: SVTCA[y-axis] 
	00038: MDAP[rd]   
	00039: CALL       
	00040: SHC[rp1,zp0] 
	00041: SVTCA[x-axis] 
	00042: CALL       
	00043: SHC[rp1,zp0] 
	00044: CALL       
	00045: DELTAP1    
	00046: DELTAP2    
	00047: CALL       
	00048: SHC[rp1,zp0] 

	Glyph 1197: off = 0x00030BD6, len = 132
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	840
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     3   128    83     1    79    83   127    83     2    83 
	00012: PUSHW[1]            -64 
	00015: NPUSHB      (62):    18    27    52     0    83    82    59    60    65     2 
	                           159    58     1    32    58    48    58   112    58   128 
	                            58     4   144    58   160    58   176    58   224    58 
	                           240    58     5    58    64    46    50    52     0    58 
	                            61    28    28    65     2    31    62    47    62     2 
	                           240    62     1    95    62     1    62    64     9    12 
	                            52    62 
	00079: SVTCA[y-axis] 
	00080: MDAP[rd]   
	00081: CALL       
	00082: DELTAP1    
	00083: DELTAP2    
	00084: DELTAP3    
	00085: SHC[rp1,zp0] 
	00086: SVTCA[x-axis] 
	00087: CALL       
	00088: CALL       
	00089: DELTAP1    
	00090: DELTAP2    
	00091: DELTAP3    
	00092: SHC[rp1,zp0] 
	00093: CALL       
	00094: CALL       
	00095: DELTAP1    
	00096: DELTAP2    
	00097: SHC[rp1,zp0] 

	Glyph 1198: off = 0x00030C5A, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	653
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1183
		X WOffset:	1340
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (34):     3    22    64    29    32    52    22    64    20    23 
	                            52    16    22     1     0    22    32     1     2    65 
	                             2     0    17    20     1     2    65     2    17    64 
	                            25    40    52    17 
	00036: SVTCA[y-axis] 
	00037: MDAP[rd]   
	00038: CALL       
	00039: SHC[rp1,zp0] 
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: SHC[rp1,zp0] 
	00043: CALL       
	00044: DELTAP1    
	00045: CALL       
	00046: CALL       
	00047: SHC[rp1,zp0] 

	Glyph 1199: off = 0x00030CAC, len = 118
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1778

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1146
		X WOffset:	1140
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (65):     3     0    63    79    63     2     0    63    73    58 
	                            61    65     2   159    58     1    32    58    48    58 
	                           112    58   128    58     4   144    58   160    58   176 
	                            58   224    58   240    58     5    58    64    46    50 
	                            52     0    58    61    28    28    65     2    31    62 
	                            47    62     2   240    62     1    95    62     1    62 
	                            64     9    12    52    62 
	00067: SVTCA[y-axis] 
	00068: MDAP[rd]   
	00069: CALL       
	00070: DELTAP1    
	00071: DELTAP2    
	00072: DELTAP3    
	00073: SHC[rp1,zp0] 
	00074: SVTCA[x-axis] 
	00075: CALL       
	00076: CALL       
	00077: DELTAP1    
	00078: DELTAP2    
	00079: DELTAP3    
	00080: SHC[rp1,zp0] 
	00081: CALL       
	00082: DELTAP1    
	00083: SHC[rp1,zp0] 

	Glyph 1200: off = 0x00030D22, len = 88
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			-325
	  xMax:			1369
	  yMax:			1640

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	653
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	820
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3    23 
	00003: PUSHW[1]            -64 
	00006: PUSHB[4]             53    60    52    23 
	00011: PUSHW[1]            -64 
	00014: PUSHB[3]             18    23    52 
	00018: PUSHW[1]            -20 
	00021: NPUSHB      (19):    23    24     7     4    65     2     0    17    20     1 
	                             2    65     2    17    64    10    40    52    17 
	00042: SVTCA[y-axis] 
	00043: MDAP[rd]   
	00044: CALL       
	00045: SHC[rp1,zp0] 
	00046: SVTCA[x-axis] 
	00047: CALL       
	00048: SHC[rp1,zp0] 
	00049: CALL       
	00050: CALL       
	00051: CALL       
	00052: SHC[rp1,zp0] 

	Glyph 1201: off = 0x00030D7A, len = 102
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-325
	  xMax:			1052
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	712
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (48):     3    31    64     1     0    64    65    47    55    65 
	                             2   159    58     1    32    58    48    58   112    58 
	                           128    58     4   144    58   160    58   176    58   224 
	                            58   240    58     5    58    64    46    50    52     0 
	                            58    61    28    28    65     2     1    62 
	00050: PUSHW[2]            546    41 
	00055: SVTCA[y-axis] 
	00056: CALL       
	00057: SVTCA[x-axis] 
	00058: CALL       
	00059: CALL       
	00060: DELTAP1    
	00061: DELTAP2    
	00062: DELTAP3    
	00063: SHC[rp1,zp0] 
	00064: CALL       
	00065: DELTAP1    
	00066: SHC[rp1,zp0] 

	Glyph 1202: off = 0x00030DE0, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1147
		X WOffset:	683
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1137
		X WOffset:	991
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3    35 
	00003: PUSHW[1]            -64 
	00006: PUSHB[4]             65    66    52    35 
	00011: PUSHW[1]            -64 
	00014: NPUSHB      (24):    57    53   255    35     1    35    22    19    72    43 
	                             2     0    17    27     1     2    65     2    32    64 
	                            25    45    52    32 
	00040: SVTCA[y-axis] 
	00041: MDAP[rd]   
	00042: CALL       
	00043: SHC[rp1,zp0] 
	00044: SVTCA[x-axis] 
	00045: CALL       
	00046: SHC[rp1,zp0] 
	00047: CALL       
	00048: DELTAP2    
	00049: CALL       
	00050: CALL       
	00051: SHC[rp1,zp0] 

	Glyph 1203: off = 0x00030E36, len = 90
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1827

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	217
		X WOffset:	245
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1171
		X WOffset:	840
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     3    96    72   112    72     2     0    72    91    72 
	                             2    72 
	00014: PUSHW[1]            -32 
	00017: NPUSHB      (20):    15    17    52    72    67    24    72    43     2   207 
	                            60     1    60    28     3   104    43     2     1    60 
	00039: PUSHW[2]            546    41 
	00044: SVTCA[y-axis] 
	00045: CALL       
	00046: SVTCA[x-axis] 
	00047: CALL       
	00048: DELTAP1    
	00049: SHC[rp1,zp0] 
	00050: CALL       
	00051: CALL       
	00052: DELTAP1    
	00053: DELTAP2    
	00054: SHC[rp1,zp0] 

	Glyph 1204: off = 0x00030E90, len = 126
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1147
		X WOffset:	683
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1134
		X WOffset:	945
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2    32    64    25    45    52    32 
	00008: SVTCA[y-axis] 
	00009: MDAP[rd]   
	00010: CALL       
	00011: SHC[rp1,zp0] 
	00012: SVTCA[x-axis] 
	00013: PUSHB[2]              6     2 
	00016: RS         
	00017: EQ         
	00018: IF         
	00019: NPUSHB      (14):     3    84    35    35    22    22    65     2     0    31 
	                            31     1     2    65 
	00035: CALL       
	00036: SHC[rp1,zp0] 
	00037: CALL       
	00038: SHC[rp1,zp0] 
	00039: ELSE       
	00040: NPUSHB      (27):     3    35    64    56    57    52    35    64    41    49 
	                            52    35    64     9    17    52    64    35   111    35 
	                           223    35   239    35     4    35     2 
	00069: PUSHW[1]            -11 
	00072: NPUSHB       (9):    72    43     2     0    17    27     1     2    65 
	00083: CALL       
	00084: SHC[rp1,zp0] 
	00085: CALL       
	00086: DELTAP2    
	00087: CALL       
	00088: CALL       
	00089: CALL       
	00090: SHC[rp1,zp0] 
	00091: EIF        

	Glyph 1205: off = 0x00030F0E, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1827

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	217
		X WOffset:	245
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1170
		X WOffset:	860
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              3    15    73    80    73     2    73    67 
	00009: PUSHW[1]            -14 
	00012: NPUSHB      (14):    72    43     2   207    60     1    60    28     3   104 
	                            43     2     1    60 
	00028: PUSHW[2]            546    41 
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: DELTAP1    
	00038: SHC[rp1,zp0] 
	00039: CALL       
	00040: DELTAP1    
	00041: SHC[rp1,zp0] 

	Glyph 1206: off = 0x00030F5A, len = 94
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1147
		X WOffset:	683
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1141
		X WOffset:	980
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     3   176    54   192    54   208    54     3    54 
	00011: PUSHW[1]            -64 
	00014: PUSHB[4]             42    50    52    54 
	00019: PUSHW[1]            -64 
	00022: NPUSHB      (23):    33    40    52     0    54    53     1     2    65     2 
	                             0    17    27     1     2    65     2    32    64    25 
	                            45    52    32 
	00047: SVTCA[y-axis] 
	00048: MDAP[rd]   
	00049: CALL       
	00050: SHC[rp1,zp0] 
	00051: SVTCA[x-axis] 
	00052: CALL       
	00053: SHC[rp1,zp0] 
	00054: CALL       
	00055: CALL       
	00056: CALL       
	00057: DELTAP3    
	00058: SHC[rp1,zp0] 

	Glyph 1207: off = 0x00030FB8, len = 100
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	217
		X WOffset:	245
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	860
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (48):     3    80    90    96    90   144    90   160    90     4 
	                             0    90    16    90    48    90   112    90   128    90 
	                             5     0    90   128    90   192    90   208    90     4 
	                             0    90    89    28    28    65     2   207    60     1 
	                            60    28     3   104    43     2     1    60 
	00050: PUSHW[2]            546    41 
	00055: SVTCA[y-axis] 
	00056: CALL       
	00057: SVTCA[x-axis] 
	00058: CALL       
	00059: DELTAP1    
	00060: SHC[rp1,zp0] 
	00061: CALL       
	00062: DELTAP1    
	00063: DELTAP2    
	00064: DELTAP3    
	00065: SHC[rp1,zp0] 

	Glyph 1208: off = 0x0003101C, len = 78
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1147
		X WOffset:	683
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1183
		X WOffset:	1360
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (31):     3   207    35   223    35   239    35     3    47    35 
	                             1     0    35    45     1     2    65     2     0    17 
	                            27     1     2    65     2    32    64    25    45    52 
	                            32 
	00033: SVTCA[y-axis] 
	00034: MDAP[rd]   
	00035: CALL       
	00036: SHC[rp1,zp0] 
	00037: SVTCA[x-axis] 
	00038: CALL       
	00039: SHC[rp1,zp0] 
	00040: CALL       
	00041: DELTAP1    
	00042: DELTAP2    
	00043: SHC[rp1,zp0] 

	Glyph 1209: off = 0x0003106A, len = 78
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1778

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	217
		X WOffset:	245
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1146
		X WOffset:	1180
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3    70 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (21):    10    12    52     0    70    80    63    57    65     2 
	                           207    60     1    60    28     3   104    43     2     1 
	                            60 
	00029: PUSHW[2]            546    41 
	00034: SVTCA[y-axis] 
	00035: CALL       
	00036: SVTCA[x-axis] 
	00037: CALL       
	00038: DELTAP1    
	00039: SHC[rp1,zp0] 
	00040: CALL       
	00041: CALL       
	00042: SHC[rp1,zp0] 

	Glyph 1210: off = 0x000310B8, len = 88
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			-325
	  xMax:			1369
	  yMax:			1638

	     0: Flags:		0x0226
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1147
		X WOffset:	683
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	820
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3    36 
	00003: PUSHW[1]            -64 
	00006: PUSHB[4]             53    60    52    36 
	00011: PUSHW[1]            -64 
	00014: PUSHB[3]             18    23    52 
	00018: PUSHW[1]            -20 
	00021: NPUSHB      (19):    36    37     7     4    65     2     0    17    27     1 
	                             2    65     2    32    64    10    45    52    32 
	00042: SVTCA[y-axis] 
	00043: MDAP[rd]   
	00044: CALL       
	00045: SHC[rp1,zp0] 
	00046: SVTCA[x-axis] 
	00047: CALL       
	00048: SHC[rp1,zp0] 
	00049: CALL       
	00050: CALL       
	00051: CALL       
	00052: SHC[rp1,zp0] 

	Glyph 1211: off = 0x00031110, len = 72
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-325
	  xMax:			1052
	  yMax:			1464

	     0: Flags:		0x0226
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	217
		X WOffset:	245
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	712
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (22):     3    31    71     1     0    71    72    47    55    65 
	                             2   207    60     1    60    28     3   104    43     2 
	                             1    60 
	00024: PUSHW[2]            546    41 
	00029: SVTCA[y-axis] 
	00030: CALL       
	00031: SVTCA[x-axis] 
	00032: CALL       
	00033: DELTAP1    
	00034: SHC[rp1,zp0] 
	00035: CALL       
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph 1212: off = 0x00031158, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			-325
	  xMax:			1256
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	860
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    32    13     1     0    13    14     0    11    65 
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: DELTAP1    
	00015: SHC[rp1,zp0] 

	Glyph 1213: off = 0x00031182, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-325
	  xMax:			1054
	  yMax:			1086

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	730
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              2    80    31    96    31     2 
	00007: PUSHW[1]            -40 
	00010: PUSHB[5]             31    32     4     4    65 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 

	Glyph 1214: off = 0x000311B0, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	980
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    22    28     1     2    65 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1215: off = 0x000311D6, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1549

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1157
		X WOffset:	810
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     2     0    50    16    50     2   144    50   192    50 
	                           208    50     3     0    50    49    10    10    65 
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: DELTAP2    
	00025: SHC[rp1,zp0] 

	Glyph 1216: off = 0x0003120A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1812

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	380
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    12    24     1     2    65     1     1    12 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1217: off = 0x0003123A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1450

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	240
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    30    42    10    10    65     2     1    30 
	00012: PUSHW[2]            707    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1218: off = 0x0003126A, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	683
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1137
		X WOffset:	1021
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              2   208    22     1     0    22     1    22 
	00009: PUSHW[1]            -64 
	00012: NPUSHB      (22):    31    42    52    22    15     0    72    43     1     0 
	                            14    17     1     2    65     1    14    64    25    40 
	                            52    14 
	00036: SVTCA[y-axis] 
	00037: MDAP[rd]   
	00038: CALL       
	00039: SHC[rp1,zp0] 
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: SHC[rp1,zp0] 
	00043: CALL       
	00044: CALL       
	00045: DELTAP1    
	00046: DELTAP2    
	00047: SHC[rp1,zp0] 

	Glyph 1219: off = 0x000312BC, len = 110
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1827

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	223
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1171
		X WOffset:	844
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              3    95    40     1    40 
	00006: PUSHW[1]            -64 
	00009: NPUSHB      (47):    23    25    52    40    33     0    72    43     2    32 
	                            64    59    53    32    64    45    50    52    15    32 
	                           159    32     2     0    32    35    10    10    65     2 
	                            31    32    47    32     2   240    32     1    95    32 
	                             1    32    64     9    12    52    32 
	00058: SVTCA[y-axis] 
	00059: MDAP[rd]   
	00060: CALL       
	00061: DELTAP1    
	00062: DELTAP2    
	00063: DELTAP3    
	00064: SHC[rp1,zp0] 
	00065: SVTCA[x-axis] 
	00066: CALL       
	00067: DELTAP3    
	00068: CALL       
	00069: CALL       
	00070: SHC[rp1,zp0] 
	00071: CALL       
	00072: CALL       
	00073: DELTAP1    
	00074: SHC[rp1,zp0] 

	Glyph 1220: off = 0x0003132A, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	683
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1134
		X WOffset:	975
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (37):     2    19    64    58    53    15    19    31    19     2 
	                           223    19   255    19     2    15    19     1    19    16 
	                             0    72    43     1     0    14    17     1     2    65 
	                             1    14    64    25    40    52    14 
	00039: SVTCA[y-axis] 
	00040: MDAP[rd]   
	00041: CALL       
	00042: SHC[rp1,zp0] 
	00043: SVTCA[x-axis] 
	00044: CALL       
	00045: SHC[rp1,zp0] 
	00046: CALL       
	00047: DELTAP1    
	00048: DELTAP2    
	00049: DELTAP3    
	00050: CALL       
	00051: SHC[rp1,zp0] 

	Glyph 1221: off = 0x00031380, len = 116
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1827

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	223
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1170
		X WOffset:	814
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (61):     3    37    64    17    17     6    85    37    64    38 
	                            51    52    37    64    23    30    52    37    34     0 
	                            72    43     2    32    64    59    53    32    64    45 
	                            50    52    15    32   159    32     2     0    32    35 
	                            10    10    65     2    31    32    47    32     2   240 
	                            32     1    95    32     1    32    64     9    12    52 
	                            32 
	00063: SVTCA[y-axis] 
	00064: MDAP[rd]   
	00065: CALL       
	00066: DELTAP1    
	00067: DELTAP2    
	00068: DELTAP3    
	00069: SHC[rp1,zp0] 
	00070: SVTCA[x-axis] 
	00071: CALL       
	00072: DELTAP3    
	00073: CALL       
	00074: CALL       
	00075: SHC[rp1,zp0] 
	00076: CALL       
	00077: CALL       
	00078: CALL       
	00079: CALL       
	00080: SHC[rp1,zp0] 

	Glyph 1222: off = 0x000313F4, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	683
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1141
		X WOffset:	1000
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              2    38 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (29):    28    32    52   176    38     1     0    38     1     0 
	                            38    37    15    16    65     1     0    14    17     1 
	                             2    65     1    14    64    25    40    52    14 
	00037: SVTCA[y-axis] 
	00038: MDAP[rd]   
	00039: CALL       
	00040: SHC[rp1,zp0] 
	00041: SVTCA[x-axis] 
	00042: CALL       
	00043: SHC[rp1,zp0] 
	00044: CALL       
	00045: DELTAP1    
	00046: DELTAP2    
	00047: CALL       
	00048: SHC[rp1,zp0] 

	Glyph 1223: off = 0x00031448, len = 116
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	223
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	840
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     3    79    57   127    57   239    57     3    57 
	00011: PUSHW[1]            -64 
	00014: NPUSHB      (48):    18    27    52     0    57    56    33    34    65     2 
	                            32    64    59    53    32    64    45    50    52    15 
	                            32   159    32     2     0    32    35    10    10    65 
	                             2    31    32    47    32     2   240    32     1    95 
	                            32     1    32    64     9    12    52    32 
	00064: SVTCA[y-axis] 
	00065: MDAP[rd]   
	00066: CALL       
	00067: DELTAP1    
	00068: DELTAP2    
	00069: DELTAP3    
	00070: SHC[rp1,zp0] 
	00071: SVTCA[x-axis] 
	00072: CALL       
	00073: DELTAP3    
	00074: CALL       
	00075: CALL       
	00076: SHC[rp1,zp0] 
	00077: CALL       
	00078: CALL       
	00079: DELTAP1    
	00080: SHC[rp1,zp0] 

	Glyph 1224: off = 0x000314BC, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			0
	  xMax:			1256
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	683
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1183
		X WOffset:	1360
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (24):     2   176    19     1     0    19    29    14    17    65 
	                             1     0    14    17     1     2    65     1    14    64 
	                            25    40    52    14 
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: CALL       
	00029: SHC[rp1,zp0] 
	00030: SVTCA[x-axis] 
	00031: CALL       
	00032: SHC[rp1,zp0] 
	00033: CALL       
	00034: DELTAP2    
	00035: SHC[rp1,zp0] 

	Glyph 1225: off = 0x00031502, len = 104
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-24
	  xMax:			1054
	  yMax:			1778

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	223
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1146
		X WOffset:	1140
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (51):     3     0    37    79    37     2     0    37    47    32 
	                            35    65     2    32    64    59    53    32    64    45 
	                            50    52    15    32   159    32     2     0    32    35 
	                            10    10    65     2    31    32    47    32     2   240 
	                            32     1    95    32     1    32    64     9    12    52 
	                            32 
	00053: SVTCA[y-axis] 
	00054: MDAP[rd]   
	00055: CALL       
	00056: DELTAP1    
	00057: DELTAP2    
	00058: DELTAP3    
	00059: SHC[rp1,zp0] 
	00060: SVTCA[x-axis] 
	00061: CALL       
	00062: DELTAP3    
	00063: CALL       
	00064: CALL       
	00065: SHC[rp1,zp0] 
	00066: CALL       
	00067: DELTAP1    
	00068: SHC[rp1,zp0] 

	Glyph 1226: off = 0x0003156A, len = 70
	  numberOfContours:	-1  (Composite)
	  xMin:			162
	  yMin:			-325
	  xMax:			1256
	  yMax:			1640

	     0: Flags:		0x0226
		Glyf Index:	40
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	683
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	860
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (24):     2    32    20     1     0    20    21     0    11    65 
	                             1     0    14    17     1     2    65     1    14    64 
	                            10    40    52    14 
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: CALL       
	00029: SHC[rp1,zp0] 
	00030: SVTCA[x-axis] 
	00031: CALL       
	00032: SHC[rp1,zp0] 
	00033: CALL       
	00034: DELTAP1    
	00035: SHC[rp1,zp0] 

	Glyph 1227: off = 0x000315B0, len = 92
	  numberOfContours:	-1  (Composite)
	  xMin:			75
	  yMin:			-325
	  xMax:			1054
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	72
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	223
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	730
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[6]              3    80    38    96    38     2 
	00007: PUSHW[1]            -40 
	00010: NPUSHB      (29):    38    39     4     4    65     2    32    64    59    53 
	                            32    64    45    50    52    15    32   159    32     2 
	                             0    32    35    10    10    65     2     1    36 
	00041: PUSHW[2]            546    41 
	00046: SVTCA[y-axis] 
	00047: CALL       
	00048: SVTCA[x-axis] 
	00049: CALL       
	00050: DELTAP3    
	00051: CALL       
	00052: CALL       
	00053: SHC[rp1,zp0] 
	00054: CALL       
	00055: DELTAP1    
	00056: SHC[rp1,zp0] 

	Glyph 1228: off = 0x0003160C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			99
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	  xMax:			536
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	570
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    14 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (10):    16    16     6    85     0    14    20     1     2    65 
	00018: SVTCA[x-axis] 
	00019: CALL       
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1229: off = 0x0003163C, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			31
	  yMin:			0
	  xMax:			468
	  yMax:			1549

	     0: Flags:		0x0226
		Glyf Index:	1187
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1157
		X WOffset:	460
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[1]              1 
	00002: SVTCA[x-axis] 
	00003: PUSHB[2]              6     2 
	00006: RS         
	00007: EQ         
	00008: IF         
	00009: PUSHB[6]              0    24    23     1     2    65 
	00016: CALL       
	00017: ELSE       
	00018: PUSHB[8]             79    24     1    24     1    34    72    43 
	00027: CALL       
	00028: DELTAP2    
	00029: EIF        
	00030: SHC[rp1,zp0] 

	Glyph 1230: off = 0x00031676, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			186
	  yMin:			-325
	  xMax:			391
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	440
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0     5     6     0     3    65 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1231: off = 0x0003169C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			124
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	  xMax:			329
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	76
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	378
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     2     9    64   109   111    52    79     9     1     0 
	                             9    10     4     7    65 
	00017: SVTCA[x-axis] 
	00018: CALL       
	00019: DELTAP2    
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1232: off = 0x000316CC, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-325
	  xMax:			1501
	  yMax:			1492

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	940
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    29    30    11    11    65 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1233: off = 0x000316F2, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-325
	  xMax:			1063
	  yMax:			1086

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	710
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    27    28    11    11    65 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1234: off = 0x00031718, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	1080
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     2   112    48     1   144    48   176    48   192    48 
	                             3     0    48    47     3     3    65 
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: DELTAP1    
	00022: DELTAP2    
	00023: SHC[rp1,zp0] 

	Glyph 1235: off = 0x0003174A, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1549

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1157
		X WOffset:	810
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (15):     2     0    46    16    46     2   144    46     1     0 
	                            46    45     4     4    65 
	00017: SVTCA[x-axis] 
	00018: CALL       
	00019: DELTAP1    
	00020: DELTAP2    
	00021: SHC[rp1,zp0] 

	Glyph 1236: off = 0x0003177A, len = 82
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	796
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1137
		X WOffset:	1134
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[8]              3   208    38     1     0    38     1    38 
	00009: PUSHW[1]            -64 
	00012: NPUSHB      (22):    31    42    52    38    31     0    72    43     2     0 
	                            30    33     0     7    65     2    30    64    25    40 
	                            52    30 
	00036: SVTCA[y-axis] 
	00037: MDAP[rd]   
	00038: CALL       
	00039: SHC[rp1,zp0] 
	00040: SVTCA[x-axis] 
	00041: CALL       
	00042: SHC[rp1,zp0] 
	00043: CALL       
	00044: CALL       
	00045: DELTAP1    
	00046: DELTAP2    
	00047: SHC[rp1,zp0] 

	Glyph 1237: off = 0x000317CC, len = 102
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1827

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1171
		X WOffset:	845
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[5]              3    95    36     1    36 
	00006: PUSHW[1]            -64 
	00009: NPUSHB      (41):    23    25    52    36    29     0    72    43     2    28 
	                            64    46    50    52   159    28     1     0    28    31 
	                             0     7    65     2    31    28    47    28     2   240 
	                            28     1    95    28     1    28    64     9    12    52 
	                            28 
	00052: SVTCA[y-axis] 
	00053: MDAP[rd]   
	00054: CALL       
	00055: DELTAP1    
	00056: DELTAP2    
	00057: DELTAP3    
	00058: SHC[rp1,zp0] 
	00059: SVTCA[x-axis] 
	00060: CALL       
	00061: DELTAP3    
	00062: CALL       
	00063: SHC[rp1,zp0] 
	00064: CALL       
	00065: CALL       
	00066: DELTAP1    
	00067: SHC[rp1,zp0] 

	Glyph 1238: off = 0x00031832, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	796
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1134
		X WOffset:	1088
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (37):     3    35    64    58    53    15    35    31    35     2 
	                           223    35   255    35     2    15    35     1    35    32 
	                             0    72    43     2     0    30    33     0     7    65 
	                             2    30    64    25    40    52    30 
	00039: SVTCA[y-axis] 
	00040: MDAP[rd]   
	00041: CALL       
	00042: SHC[rp1,zp0] 
	00043: SVTCA[x-axis] 
	00044: CALL       
	00045: SHC[rp1,zp0] 
	00046: CALL       
	00047: DELTAP1    
	00048: DELTAP2    
	00049: DELTAP3    
	00050: CALL       
	00051: SHC[rp1,zp0] 

	Glyph 1239: off = 0x00031888, len = 102
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1827

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1170
		X WOffset:	815
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (49):     3    33    64    38    51    52    33    64    23    30 
	                            52    33    30     0    72    43     2    28    64    46 
	                            50    52   159    28     1     0    28    31     0     7 
	                            65     2    31    28    47    28     2   240    28     1 
	                            95    28     1    28    64     9    12    52    28 
	00051: SVTCA[y-axis] 
	00052: MDAP[rd]   
	00053: CALL       
	00054: DELTAP1    
	00055: DELTAP2    
	00056: DELTAP3    
	00057: SHC[rp1,zp0] 
	00058: SVTCA[x-axis] 
	00059: CALL       
	00060: DELTAP3    
	00061: CALL       
	00062: SHC[rp1,zp0] 
	00063: CALL       
	00064: CALL       
	00065: CALL       
	00066: SHC[rp1,zp0] 

	Glyph 1240: off = 0x000318EE, len = 84
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	796
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1141
		X WOffset:	1120
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              3    54 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (29):    28    32    52   176    54     1     0    54     1     0 
	                            54    53    30    33    65     2     0    30    33     0 
	                             7    65     2    30    64    25    40    52    30 
	00037: SVTCA[y-axis] 
	00038: MDAP[rd]   
	00039: CALL       
	00040: SHC[rp1,zp0] 
	00041: SVTCA[x-axis] 
	00042: CALL       
	00043: SHC[rp1,zp0] 
	00044: CALL       
	00045: DELTAP1    
	00046: DELTAP2    
	00047: CALL       
	00048: SHC[rp1,zp0] 

	Glyph 1241: off = 0x00031942, len = 110
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	840
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (11):     3    79    53   127    53   223    53   239    53     4 
	                            53 
	00013: PUSHW[1]            -64 
	00016: NPUSHB      (42):    18    27    52     0    53    52    29    30    65     2 
	                            28    64    46    50    52   159    28     1     0    28 
	                            31     0     7    65     2    31    28    47    28     2 
	                           240    28     1    95    28     1    28    64     9    12 
	                            52    28 
	00060: SVTCA[y-axis] 
	00061: MDAP[rd]   
	00062: CALL       
	00063: DELTAP1    
	00064: DELTAP2    
	00065: DELTAP3    
	00066: SHC[rp1,zp0] 
	00067: SVTCA[x-axis] 
	00068: CALL       
	00069: DELTAP3    
	00070: CALL       
	00071: SHC[rp1,zp0] 
	00072: CALL       
	00073: CALL       
	00074: DELTAP1    
	00075: SHC[rp1,zp0] 

	Glyph 1242: off = 0x000319B0, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1835

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	796
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1183
		X WOffset:	1480
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (21):     3     0    35    45    30    33    65     2     0    30 
	                            33     0     7    65     2    29    64    25    40    52 
	                            29 
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: CALL       
	00026: SHC[rp1,zp0] 
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: SHC[rp1,zp0] 
	00030: CALL       
	00031: SHC[rp1,zp0] 

	Glyph 1243: off = 0x000319F2, len = 96
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1778

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1146
		X WOffset:	1140
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (45):     3     0    33    79    33     2     0    33    43    28 
	                            31    65     2    28    64    46    50    52   159    28 
	                             1     0    28    31     0     7    65     2    31    28 
	                            47    28     2   240    28     1    95    28     1    28 
	                            64     9    12    52    28 
	00047: SVTCA[y-axis] 
	00048: MDAP[rd]   
	00049: CALL       
	00050: DELTAP1    
	00051: DELTAP2    
	00052: DELTAP3    
	00053: SHC[rp1,zp0] 
	00054: SVTCA[x-axis] 
	00055: CALL       
	00056: DELTAP3    
	00057: CALL       
	00058: SHC[rp1,zp0] 
	00059: CALL       
	00060: DELTAP1    
	00061: SHC[rp1,zp0] 

	Glyph 1244: off = 0x00031A52, len = 66
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-325
	  xMax:			1501
	  yMax:			1640

	     0: Flags:		0x0226
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	1148
		X WOffset:	796
		Y WOffset:	25
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	940
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (21):     3     0    36    37    11    11    65     2     0    30 
	                            33     0     7    65     2    30    64    10    40    52 
	                            30 
	00023: SVTCA[y-axis] 
	00024: MDAP[rd]   
	00025: CALL       
	00026: SHC[rp1,zp0] 
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: SHC[rp1,zp0] 
	00030: CALL       
	00031: SHC[rp1,zp0] 

	Glyph 1245: off = 0x00031A94, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-325
	  xMax:			1063
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	214
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	710
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (25):     3     0    34    35    11    11    65     2    28    64 
	                            46    50    52   159    28     1     0    28    31     0 
	                             7    65     2     1    32 
	00027: PUSHW[2]            546    41 
	00032: SVTCA[y-axis] 
	00033: CALL       
	00034: SVTCA[x-axis] 
	00035: CALL       
	00036: DELTAP3    
	00037: CALL       
	00038: SHC[rp1,zp0] 
	00039: CALL       
	00040: SHC[rp1,zp0] 

	Glyph 1246: off = 0x00031AE0, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1708
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	455
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     2     0    48     1   111    48   240    48     2    48 
	                            37    25    72    43     2     1    45 
	00019: PUSHW[2]            545    41 
	00024: SVTCA[y-axis] 
	00025: CALL       
	00026: SVTCA[x-axis] 
	00027: CALL       
	00028: DELTAP1    
	00029: DELTAP2    
	00030: SHC[rp1,zp0] 

	Glyph 1247: off = 0x00031B1A, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1280
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	244
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     2     0    48     1    79    48    95    48   143    48 
	                             3    48    37    49    72    43     2     1    45 
	00021: PUSHW[2]            546    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: DELTAP2    
	00032: SHC[rp1,zp0] 

	Glyph 1248: off = 0x00031B56, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1708
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	451
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB       (9):     2    15    46     1   255    46     1    46    37 
	00011: PUSHW[1]            -30 
	00014: PUSHB[5]             72    43     2     1    45 
	00020: PUSHW[2]            545    41 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: DELTAP1    
	00030: DELTAP2    
	00031: SHC[rp1,zp0] 

	Glyph 1249: off = 0x00031B90, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1280
	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     2    95    46   111    46     2    32    46    48    46 
	                             2    46    37     0    72    43     2     1    45 
	00021: PUSHW[2]            546    41 
	00026: SVTCA[y-axis] 
	00027: CALL       
	00028: SVTCA[x-axis] 
	00029: CALL       
	00030: DELTAP1    
	00031: DELTAP2    
	00032: SHC[rp1,zp0] 

	Glyph 1250: off = 0x00031BCC, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1708
	  yMax:			1861

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	1080
		Y WOffset:	25
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (19):     2    80    65     1   127    65   144    65   176    65 
	                           192    65     4     0    65    64    37    37    65 
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP1    
	00024: DELTAP2    
	00025: SHC[rp1,zp0] 

	Glyph 1251: off = 0x00031C00, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1280
	  yMax:			1549

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1157
		X WOffset:	810
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (17):     2     0    65     1   144    65   192    65   208    65 
	                             3     0    65    64    37    37    65 
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: DELTAP1    
	00022: DELTAP2    
	00023: SHC[rp1,zp0] 

	Glyph 1252: off = 0x00031C32, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1708
	  yMax:			1787

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	459
		Y WOffset:	337
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    45    57    37    37    65     2     1    45 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1253: off = 0x00031C62, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1280
	  yMax:			1450

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	224
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    45    57    37    37    65     2     1    45 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1254: off = 0x00031C92, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-325
	  xMax:			1708
	  yMax:			1492

	     0: Flags:		0x0226
		Glyf Index:	1130
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	940
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    46     1     0    46    47    29    29    65 
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: DELTAP2    
	00015: SHC[rp1,zp0] 

	Glyph 1255: off = 0x00031CBC, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-325
	  xMax:			1280
	  yMax:			1088

	     0: Flags:		0x0226
		Glyf Index:	1131
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	710
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              2     0    46    47    29    29    65 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1256: off = 0x00031CE2, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-325
	  xMax:			1314
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	880
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    79    22     1     0    22    23    17     6    65 
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: DELTAP2    
	00015: SHC[rp1,zp0] 

	Glyph 1257: off = 0x00031D0C, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-325
	  xMax:			992
	  yMax:			1062

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	680
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    80    26    96    26   112    26     3     0    26 
	                            27    12    21    65 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 

	Glyph 1258: off = 0x00031D3A, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	1000
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1   208    31     1     0    31    37    12     0    65 
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: DELTAP1    
	00015: SHC[rp1,zp0] 

	Glyph 1259: off = 0x00031D64, len = 76
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1549

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1157
		X WOffset:	795
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (28):     1    80    45   144    45   160    45   176    45     4 
	                             0    45    16    45    80    45    96    45   112    45 
	                           144    45   160    45   176    45     8    45 
	00030: PUSHW[1]            -64 
	00033: NPUSHB       (9):    23    26    52     0    45    44    11    22    65 
	00044: SVTCA[x-axis] 
	00045: CALL       
	00046: CALL       
	00047: DELTAP1    
	00048: DELTAP2    
	00049: SHC[rp1,zp0] 

	Glyph 1260: off = 0x00031DB0, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			161
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	     0: Flags:		0x0226
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	392
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		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    39 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (20):    57    53   112    39     1    47    39    95    39   143 
	                            39     3    39    26    23    72    43     1     1    38 
	00028: PUSHW[2]            545    41 
	00033: SVTCA[y-axis] 
	00034: CALL       
	00035: SVTCA[x-axis] 
	00036: CALL       
	00037: DELTAP1    
	00038: DELTAP3    
	00039: CALL       
	00040: SHC[rp1,zp0] 

	Glyph 1261: off = 0x00031DF4, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			131
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	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	1133
		X BOffset:	0
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	231
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    79    40   144    40     2    40    25    60    72 
	                            43     1     1    37 
	00016: PUSHW[2]            546    41 
	00021: SVTCA[y-axis] 
	00022: CALL       
	00023: SVTCA[x-axis] 
	00024: CALL       
	00025: DELTAP2    
	00026: SHC[rp1,zp0] 

	Glyph 1262: off = 0x00031E2A, len = 60
	  numberOfContours:	-1  (Composite)
	  xMin:			161
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	     0: Flags:		0x0226
		Glyf Index:	1132
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	389
		Y WOffset:	362
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     1   127    41     1   111    41     1   159    41     1 
	                            41    26     0    72    43     1     1    39 
	00020: PUSHW[2]            545    41 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: DELTAP1    
	00030: DELTAP2    
	00031: DELTAP3    
	00032: SHC[rp1,zp0] 

	Glyph 1263: off = 0x00031E66, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
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	  yMax:			1474

	     0: Flags:		0x0226
		Glyf Index:	1133
		X BOffset:	0
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	222
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1   224    38     1    38    25    12    72    43     1 
	                             1    38 
	00014: PUSHW[2]            546    41 
	00019: SVTCA[y-axis] 
	00020: CALL       
	00021: SVTCA[x-axis] 
	00022: CALL       
	00023: DELTAP2    
	00024: SHC[rp1,zp0] 

	Glyph 1264: off = 0x00031E9A, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1666
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	1132
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	1000
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    47    48   128    48   208    48     3     0    48 
	                            54    20    31    65 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 

	Glyph 1265: off = 0x00031EC8, len = 62
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			1309
	  yMax:			1549

	     0: Flags:		0x0226
		Glyf Index:	1133
		X BOffset:	0
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1157
		X WOffset:	795
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    57 
	00003: PUSHW[1]            -64 
	00006: NPUSHB      (16):    22    24     6    85    80    57   160    57     2   144 
	                            57   160    57     2    57    25 
	00024: PUSHW[1]            -25 
	00027: PUSHB[2]             72    43 
	00030: SVTCA[x-axis] 
	00031: CALL       
	00032: DELTAP1    
	00033: DELTAP2    
	00034: CALL       
	00035: SHC[rp1,zp0] 

	Glyph 1266: off = 0x00031F06, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
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	  yMax:			1787

	     0: Flags:		0x0226
		Glyf Index:	1132
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	409
		Y WOffset:	337
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    38    50    20    31    65     1     1    38 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1267: off = 0x00031F36, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
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	  yMax:			1450

	     0: Flags:		0x0226
		Glyf Index:	1133
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	230
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (18):     1   239    37     1    37    64    83    84    52     0 
	                            37    49    19    31    65     1     1    37 
	00020: PUSHW[2]            546    41 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: SVTCA[x-axis] 
	00028: CALL       
	00029: CALL       
	00030: DELTAP2    
	00031: SHC[rp1,zp0] 

	Glyph 1268: off = 0x00031F70, len = 42
	  numberOfContours:	-1  (Composite)
	  xMin:			161
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	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	1132
		X BOffset:	0
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	880
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1    79    39     1     0    39    40    26    14    65 
	00012: SVTCA[x-axis] 
	00013: CALL       
	00014: DELTAP2    
	00015: SHC[rp1,zp0] 

	Glyph 1269: off = 0x00031F9A, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			131
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	  yMax:			1062

	     0: Flags:		0x0226
		Glyf Index:	1133
		X BOffset:	0
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		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	680
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (14):     1    80    38    96    38   112    38     3     0    38 
	                            39    21    29    65 
	00016: SVTCA[x-axis] 
	00017: CALL       
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 

	Glyph 1270: off = 0x00031FC8, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			-325
	  xMax:			1350
	  yMax:			1466

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	820
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    14    15     0    12    65 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1271: off = 0x00031FEE, len = 38
	  numberOfContours:	-1  (Composite)
	  xMin:			33
	  yMin:			-431
	  xMax:			1006
	  yMax:			1062

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1149
		X WOffset:	940
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[7]              1     0    28    28    18    18    65 
	00008: SVTCA[x-axis] 
	00009: CALL       
	00010: SHC[rp1,zp0] 

	Glyph 1272: off = 0x00032014, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			6
	  yMin:			0
	  xMax:			1350
	  yMax:			1836

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1140
		X WOffset:	950
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (12):     1   208    23   224    23     2     0    23    29     3 
	                             9    65 
	00014: SVTCA[x-axis] 
	00015: CALL       
	00016: DELTAP1    
	00017: SHC[rp1,zp0] 

	Glyph 1273: off = 0x00032040, len = 92
	  numberOfContours:	-1  (Composite)
	  xMin:			33
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	  xMax:			1006
	  yMax:			1549

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	1157
		X WOffset:	760
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHB[2]              1    47 
	00003: PUSHW[1]            -64 
	00006: PUSHB[5]             24    24     6    85    47 
	00012: PUSHW[1]            -64 
	00015: PUSHB[5]             20    21     6    85    47 
	00021: PUSHW[1]            -64 
	00024: NPUSHB      (15):    15    17     6    85    31    47   112    47     2   144 
	                            47   160    47     2    47 
	00041: PUSHW[1]            -64 
	00044: PUSHB[5]             43    48    52    47    15 
	00050: PUSHW[1]            -55 
	00053: PUSHB[2]             72    43 
	00056: SVTCA[x-axis] 
	00057: CALL       
	00058: CALL       
	00059: DELTAP1    
	00060: DELTAP2    
	00061: CALL       
	00062: CALL       
	00063: CALL       
	00064: SHC[rp1,zp0] 

	Glyph 1274: off = 0x0003209C, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			6
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	  xMax:			1350
	  yMax:			1787

	     0: Flags:		0x0226
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	360
		Y WOffset:	337
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    13    25     3     9    65     1     1    13 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1275: off = 0x000320CC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			33
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	  xMax:			1006
	  yMax:			1450

	     0: Flags:		0x0226
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0107
		Glyf Index:	215
		X WOffset:	190
		Y WOffset:	0
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    27    39    12    18    65     1     1    27 
	00012: PUSHW[2]            546    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1276: off = 0x000320FC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			-3
	  yMin:			0
	  xMax:			1369
	  yMax:			1825

	     0: Flags:		0x0236
		Glyf Index:	36
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	310
		Y WOffset:	351
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    20    17     1     2    65     2     1    19 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1277: off = 0x0003212C, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			74
	  yMin:			-24
	  xMax:			1052
	  yMax:			1474

	     0: Flags:		0x0236
		Glyf Index:	68
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	245
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (16):     2    96    61     1   224    61     1     0    61    58 
	                            28    28    65     2     1    60 
	00018: PUSHW[2]            707    41 
	00023: SVTCA[y-axis] 
	00024: CALL       
	00025: SVTCA[x-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: DELTAP2    
	00029: SHC[rp1,zp0] 

	Glyph 1278: off = 0x00032164, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			-30
	  yMin:			0
	  xMax:			603
	  yMax:			1825

	     0: Flags:		0x0236
		Glyf Index:	44
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	-70
		Y WOffset:	351
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (13):     1    32     9     1     0     9     6     1     2    65 
	                             1     1     8 
	00015: PUSHW[2]            545    41 
	00020: SVTCA[y-axis] 
	00021: CALL       
	00022: SVTCA[x-axis] 
	00023: CALL       
	00024: DELTAP1    
	00025: SHC[rp1,zp0] 

	Glyph 1279: off = 0x00032198, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			-80
	  yMin:			0
	  xMax:			553
	  yMax:			1474

	     0: Flags:		0x0236
		Glyf Index:	1187
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0116
		Glyf Index:	223
		X BOffset:	-120
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0     9     6     1     2    65     1     1     8 
	00012: PUSHW[2]            707    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1280: off = 0x000321C6, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			99
	  yMin:			-25
	  xMax:			1501
	  yMax:			1825

	     0: Flags:		0x0236
		Glyf Index:	50
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	450
		Y WOffset:	351
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    33    30     3     3    65     2     1    32 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1281: off = 0x000321F6, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1474

	     0: Flags:		0x0236
		Glyf Index:	82
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	210
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     2     0    31    28     4     4    65     2     1    30 
	00012: PUSHW[2]            707    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1282: off = 0x00032226, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1825

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	400
		Y WOffset:	351
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    26    23    11     1    65     1     1    25 
	00012: PUSHW[2]            545    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1283: off = 0x00032256, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1474

	     0: Flags:		0x0236
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	223
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     1     0    30    27    10    23    65     1     1    29 
	00012: PUSHW[2]            707    41 
	00017: SVTCA[y-axis] 
	00018: CALL       
	00019: SVTCA[x-axis] 
	00020: CALL       
	00021: SHC[rp1,zp0] 

	Glyph 1284: off = 0x00032286, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1843

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1292
		X WOffset:	750
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (13):     3     2     1     0    30    25    11     1    65     3 
	                             2     1    23 
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: SHC[rp1,zp0] 
	00018: SHC[rp1,zp0] 
	00019: SHC[rp1,zp0] 
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 1285: off = 0x000322BA, len = 86
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1745

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	142
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	216
		X WOffset:	220
		Y WOffset:	370
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (32):     3     0    33    36    25    32    65     2     1   112 
	                            25     1     0    25    31    17    17    65     3   192 
	                            33     1    15    33    63    33     2    33     1     2 
	                             2    32 
	00034: PUSHW[2]            546    41 
	00039: SVTCA[y-axis] 
	00040: CALL       
	00041: MDAP[rd]   
	00042: DELTAP1    
	00043: DELTAP1    
	00044: SHC[rp1,zp0] 
	00045: SVTCA[x-axis] 
	00046: CALL       
	00047: DELTAP1    
	00048: SHC[rp1,zp0] 
	00049: SHC[rp1,zp0] 
	00050: CALL       
	00051: SHC[rp1,zp0] 

	Glyph 1286: off = 0x00032310, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1844

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1293
		X WOffset:	750
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (13):     3     2     1     0    30    25    11     1    65     3 
	                             2     1    30 
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: SHC[rp1,zp0] 
	00018: SHC[rp1,zp0] 
	00019: SHC[rp1,zp0] 
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 1287: off = 0x00032344, len = 96
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1844

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	142
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	141
		X WOffset:	231
		Y WOffset:	370
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: PUSHW[2]              3   -16 
	00005: NPUSHB      (18):    33    33    27    27    65     2     1   112    25     1 
	                             0    25    31    17    17    65     3    33 
	00025: PUSHW[1]            -64 
	00028: NPUSHB      (13):    15    17    52    33    64    10    12    52    33     1 
	                             2     2    25 
	00043: PUSHW[2]            546    41 
	00048: SVTCA[y-axis] 
	00049: CALL       
	00050: MDAP[rd]   
	00051: CALL       
	00052: CALL       
	00053: SHC[rp1,zp0] 
	00054: SVTCA[x-axis] 
	00055: CALL       
	00056: DELTAP1    
	00057: SHC[rp1,zp0] 
	00058: SHC[rp1,zp0] 
	00059: CALL       
	00060: SHC[rp1,zp0] 

	Glyph 1288: off = 0x000323A4, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1844

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1294
		X WOffset:	750
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (13):     3     2     1     0    33    21    11     1    65     3 
	                             2     1    33 
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: SHC[rp1,zp0] 
	00018: SHC[rp1,zp0] 
	00019: SHC[rp1,zp0] 
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 1289: off = 0x000323D8, len = 88
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1844

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	142
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	223
		X WOffset:	220
		Y WOffset:	370
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (34):     3     0    37    36    25    32    65     2     1   112 
	                            25     1     0    25    31    17    17    65     3    96 
	                            37   128    37     2    37    64    11    12    52    37 
	                             1     2     2    25 
	00036: PUSHW[2]            546    41 
	00041: SVTCA[y-axis] 
	00042: CALL       
	00043: MDAP[rd]   
	00044: CALL       
	00045: DELTAP1    
	00046: SHC[rp1,zp0] 
	00047: SVTCA[x-axis] 
	00048: CALL       
	00049: DELTAP1    
	00050: SHC[rp1,zp0] 
	00051: SHC[rp1,zp0] 
	00052: CALL       
	00053: SHC[rp1,zp0] 

	Glyph 1290: off = 0x00032430, len = 52
	  numberOfContours:	-1  (Composite)
	  xMin:			161
	  yMin:			-25
	  xMax:			1314
	  yMax:			1844

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	1295
		X WOffset:	750
		Y WOffset:	0
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (13):     3     2     1     0    30    21    11     1    65     3 
	                             2     1    30 
	00015: SVTCA[y-axis] 
	00016: MDAP[rd]   
	00017: SHC[rp1,zp0] 
	00018: SHC[rp1,zp0] 
	00019: SHC[rp1,zp0] 
	00020: SVTCA[x-axis] 
	00021: CALL       
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 
	00024: SHC[rp1,zp0] 

	Glyph 1291: off = 0x00032464, len = 92
	  numberOfContours:	-1  (Composite)
	  xMin:			131
	  yMin:			-24
	  xMax:			992
	  yMax:			1844

	     0: Flags:		0x0226
		Glyf Index:	88
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid              Use My Metrics


	     1: Flags:		0x0027
		Glyf Index:	142
		X WOffset:	220
		Y WOffset:	0
		Other:		Round X,Y to Grid            


	     2: Flags:		0x0107
		Glyf Index:	67
		X WOffset:	205
		Y WOffset:	370
		Other:		Round X,Y to Grid            

	Instructions:
	-------------
	00000: NPUSHB      (20):     3    16    33    33    30    30    65     2     1   112 
	                            25     1     0    25    31    17    17    65     3    34 
	00022: PUSHW[1]            -64 
	00025: NPUSHB      (13):    15    17    52    34    64    10    12    52    34     1 
	                             2     2    25 
	00040: PUSHW[2]            546    41 
	00045: SVTCA[y-axis] 
	00046: CALL       
	00047: MDAP[rd]   
	00048: CALL       
	00049: CALL       
	00050: SHC[rp1,zp0] 
	00051: SVTCA[x-axis] 
	00052: CALL       
	00053: DELTAP1    
	00054: SHC[rp1,zp0] 
	00055: SHC[rp1,zp0] 
	00056: CALL       
	00057: SHC[rp1,zp0] 

	Glyph 1292: off = 0x000324C0, len = 158
	  numberOfContours:	3
	  xMin:			-258
	  yMin:			1496
	  xMax:			258
	  yMax:			1843

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11

	  Length of Instructions:	108
	00000: NPUSHB      (75):     2    10     8     3     7     5     8     8     4    64 
	                            35    37    52     4    64    21    22    52     4    11 
	                            15     6     1     6     0     2    64   136   137    52 
	                             2    64    79   115    52     2    64    62    69    52 
	                             2    64    46    51    52     2    64    36    41    52 
	                            47     2     1     2    64    26    30    52   240     2 
	                             1     2    64    18    20    52   127     2     1     2 
	                            64     9    13    52     2 
	00077: SVTCA[y-axis] 
	00078: MDAP[rd]   
	00079: CALL       
	00080: DELTAP1    
	00081: CALL       
	00082: DELTAP1    
	00083: CALL       
	00084: DELTAP2    
	00085: CALL       
	00086: CALL       
	00087: CALL       
	00088: CALL       
	00089: CALL       
	00090: MDRP[srp0,md,rd,1] 
	00091: MDRP[srp0,md,rd,2] 
	00092: DELTAP1    
	00093: ALIGNRP    
	00094: MDRP[srp0,md,rd,1] 
	00095: CALL       
	00096: CALL       
	00097: ALIGNRP    
	00098: SVTCA[x-axis] 
	00099: MDAP[rd]   
	00100: MDRP[srp0,md,rd,2] 
	00101: MDRP[srp0,md,rd,1] 
	00102: ALIGNRP    
	00103: SRP0       
	00104: MDRP[srp0,md,rd,1] 
	00105: ALIGNRP    
	00106: IUP[y]     
	00107: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual                               On
	  4:        XDual                         On
	  5:  YDual                       X-Short On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual                 X-Short On
	  8:                      Y-Short         On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   258,  1726)  ->  Abs (   258,  1726)
	  1: Rel (  -516,     0)  ->  Abs (  -258,  1726)
	  2: Rel (     0,   117)  ->  Abs (  -258,  1843)
	  3: Rel (   516,     0)  ->  Abs (   258,  1843)
	  4: Rel (     0,  -347)  ->  Abs (   258,  1496)
	  5: Rel (  -135,     0)  ->  Abs (   123,  1496)
	  6: Rel (     0,   147)  ->  Abs (   123,  1643)
	  7: Rel (   135,     0)  ->  Abs (   258,  1643)
	  8: Rel (  -381,  -147)  ->  Abs (  -123,  1496)
	  9: Rel (  -135,     0)  ->  Abs (  -258,  1496)
	 10: Rel (     0,   147)  ->  Abs (  -258,  1643)
	 11: Rel (   135,     0)  ->  Abs (  -123,  1643)

	Glyph 1293: off = 0x0003255E, len = 206
	  numberOfContours:	3
	  xMin:			-258
	  yMin:			1496
	  xMax:			258
	  yMax:			1844

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11

	  Length of Instructions:	156
	00000: PUSHB[4]              3     1     2     0 
	00005: PUSHW[1]            -64 
	00008: PUSHB[4]             21    22    52     0 
	00013: PUSHW[1]            -64 
	00016: NPUSHB      (37):    12    20    52     0     7     5    64    11    20    52 
	                            63     5     1     5     2    64    11    28    52     2 
	                            10     8     8     5    64    35    37    52     5    64 
	                            21    22    52     5    10     7     1 
	00055: PUSHW[1]            -64 
	00058: NPUSHB      (57):    10    17    52     1     0    64   136   137    52     0 
	                            64    79   115    52     0    64    62    69    52     0 
	                            64    46    58    52    15     0     1     0    64    36 
	                            37    52    47     0     1     0    64    26    30    52 
	                           240     0     1     0    64    18    20    52   127     0 
	                             1     0    64     9    13    52     0 
	00117: SVTCA[y-axis] 
	00118: MDAP[rd]   
	00119: CALL       
	00120: DELTAP1    
	00121: CALL       
	00122: DELTAP1    
	00123: CALL       
	00124: DELTAP2    
	00125: CALL       
	00126: DELTAP3    
	00127: CALL       
	00128: CALL       
	00129: CALL       
	00130: CALL       
	00131: MDRP[srp0,md,rd,1] 
	00132: CALL       
	00133: MDRP[srp0,nmd,rd,2] 
	00134: ALIGNRP    
	00135: MDRP[srp0,md,rd,1] 
	00136: CALL       
	00137: CALL       
	00138: ALIGNRP    
	00139: SVTCA[x-axis] 
	00140: MDAP[rd]   
	00141: MDRP[nrp0,md,rd,1] 
	00142: MDRP[nrp0,nmd,rd,2] 
	00143: CALL       
	00144: MDRP[srp0,md,rd,2] 
	00145: DELTAP1    
	00146: CALL       
	00147: MDRP[srp0,md,rd,1] 
	00148: MDRP[nrp0,nmd,rd,2] 
	00149: CALL       
	00150: CALL       
	00151: SRP1       
	00152: IP         
	00153: IP         
	00154: IUP[y]     
	00155: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:                      Y-Short X-Short On
	  2:  YDual                       X-Short On
	  3:  YDual XDual         Y-Short X-Short On
	  4:        XDual                 X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual                 X-Short On
	  8:                      Y-Short         On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   253,  1844)  ->  Abs (   253,  1844)
	  1: Rel (  -231,  -178)  ->  Abs (    22,  1666)
	  2: Rel (  -130,     0)  ->  Abs (  -108,  1666)
	  3: Rel (   135,   178)  ->  Abs (    27,  1844)
	  4: Rel (   231,  -348)  ->  Abs (   258,  1496)
	  5: Rel (  -135,     0)  ->  Abs (   123,  1496)
	  6: Rel (     0,   147)  ->  Abs (   123,  1643)
	  7: Rel (   135,     0)  ->  Abs (   258,  1643)
	  8: Rel (  -381,  -147)  ->  Abs (  -123,  1496)
	  9: Rel (  -135,     0)  ->  Abs (  -258,  1496)
	 10: Rel (     0,   147)  ->  Abs (  -258,  1643)
	 11: Rel (   135,     0)  ->  Abs (  -123,  1643)

	Glyph 1294: off = 0x0003262C, len = 288
	  numberOfContours:	3
	  xMin:			-258
	  yMin:			1496
	  xMax:			258
	  yMax:			1844

	EndPoints
	---------
	  0:  3
	  1:  10
	  2:  14

	  Length of Instructions:	229
	00000: PUSHB[3]              9    10     8 
	00004: PUSHW[1]            -64 
	00007: PUSHB[4]             48    52    52     8 
	00012: PUSHW[1]           -100 
	00015: PUSHB[8]             21    22    52     8     6     5     4     7 
	00024: PUSHW[1]            -64 
	00027: NPUSHB      (28):    35    37    52     7    64    11    22    52     7    13 
	                            11    10    64    49    52    52    10   100    21    22 
	                            52    10     4    64    35    37    52     4 
	00057: PUSHW[1]            -64 
	00060: NPUSHB      (20):    12    22    52     4     3     1    64    15    20    52 
	                             1    64    11    14    52    63     1     1     1    11 
	00082: PUSHW[1]            -64 
	00085: NPUSHB      (25):    12    22    52    11    12     1    64    35    37    52 
	                             1    64    21    22    52     1    14     3    64    43 
	                            44    52     3     9     5 
	00112: PUSHW[1]            -64 
	00115: NPUSHB      (58):     9    17    52     5     4     8    64   136   137    52 
	                             8    64    79   115    52     8    64    62    69    52 
	                             8    64    46    58    52    15     8     1     8    64 
	                            36    37    52    47     8     1     8    64    26    30 
	                            52   240     8     1     8    64    18    20    52   127 
	                             8     1     8    64     9    13    52     8 
	00175: SVTCA[y-axis] 
	00176: MDAP[rd]   
	00177: CALL       
	00178: DELTAP1    
	00179: CALL       
	00180: DELTAP1    
	00181: CALL       
	00182: DELTAP2    
	00183: CALL       
	00184: DELTAP3    
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: ALIGNRP    
	00190: MDRP[srp0,md,rd,1] 
	00191: CALL       
	00192: IP         
	00193: MDRP[srp0,nmd,rd,2] 
	00194: CALL       
	00195: ALIGNRP    
	00196: MDRP[srp0,md,rd,1] 
	00197: CALL       
	00198: CALL       
	00199: ALIGNRP    
	00200: SVTCA[x-axis] 
	00201: MDAP[rd]   
	00202: CALL       
	00203: MDRP[srp0,md,rd,2] 
	00204: DELTAP1    
	00205: CALL       
	00206: CALL       
	00207: MDRP[srp0,md,rd,1] 
	00208: MDRP[srp0,nmd,rd,2] 
	00209: CALL       
	00210: CALL       
	00211: MDRP[nrp0,md,rd,1] 
	00212: CALL       
	00213: CALL       
	00214: SRP0       
	00215: MDRP[srp0,md,rd,1] 
	00216: MDRP[srp0,nmd,rd,2] 
	00217: CALL       
	00218: CALL       
	00219: SRP1       
	00220: IP         
	00221: IP         
	00222: MDRP[nrp0,md,rd,1] 
	00223: CALL       
	00224: CALL       
	00225: SRP1       
	00226: IP         
	00227: IUP[y]     
	00228: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual               Y-Short X-Short On
	  5:                      Y-Short X-Short On
	  6:  YDual                       X-Short On
	  7:  YDual               Y-Short X-Short On
	  8:  YDual XDual                 X-Short On
	  9:        XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short On
	 11:                              X-Short On
	 12:  YDual                       X-Short On
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   258,  1496)  ->  Abs (   258,  1496)
	  1: Rel (  -135,     0)  ->  Abs (   123,  1496)
	  2: Rel (     0,   147)  ->  Abs (   123,  1643)
	  3: Rel (   135,     0)  ->  Abs (   258,  1643)
	  4: Rel (   -30,   201)  ->  Abs (   228,  1844)
	  5: Rel (  -162,  -177)  ->  Abs (    66,  1667)
	  6: Rel (  -138,     0)  ->  Abs (   -72,  1667)
	  7: Rel (  -156,   177)  ->  Abs (  -228,  1844)
	  8: Rel (   149,     0)  ->  Abs (   -79,  1844)
	  9: Rel (    81,   -98)  ->  Abs (     2,  1746)
	 10: Rel (    79,    98)  ->  Abs (    81,  1844)
	 11: Rel (  -204,  -348)  ->  Abs (  -123,  1496)
	 12: Rel (  -135,     0)  ->  Abs (  -258,  1496)
	 13: Rel (     0,   147)  ->  Abs (  -258,  1643)
	 14: Rel (   135,     0)  ->  Abs (  -123,  1643)

	Glyph 1295: off = 0x0003274C, len = 200
	  numberOfContours:	3
	  xMin:			-258
	  yMin:			1496
	  xMax:			258
	  yMax:			1844

	EndPoints
	---------
	  0:  3
	  1:  7
	  2:  11

	  Length of Instructions:	150
	00000: NPUSHB      (12):     5     7     4     6    64    12    22    52     6    10 
	                             8     4 
	00014: PUSHW[1]            -64 
	00017: NPUSHB      (30):    11    28    52     4     3     1    64    11    20    52 
	                            63     1     1     1     8     9     1    64    35    37 
	                            52     1    64    21    22    52     1    11     3     5 
	00049: PUSHW[1]            -64 
	00052: NPUSHB      (57):    10    17    52     5     7    64   136   137    52     7 
	                            64    79   115    52     7    64    62    69    52     7 
	                            64    46    58    52    15     7     1     7    64    36 
	                            37    52    47     7     1     7    64    26    30    52 
	                           240     7     1     7    64    18    20    52   127     7 
	                             1     7    64     9    13    52     7 
	00111: SVTCA[y-axis] 
	00112: MDAP[rd]   
	00113: CALL       
	00114: DELTAP1    
	00115: CALL       
	00116: DELTAP1    
	00117: CALL       
	00118: DELTAP2    
	00119: CALL       
	00120: DELTAP3    
	00121: CALL       
	00122: CALL       
	00123: CALL       
	00124: CALL       
	00125: MDRP[srp0,md,rd,1] 
	00126: CALL       
	00127: MDRP[srp0,nmd,rd,2] 
	00128: ALIGNRP    
	00129: MDRP[srp0,md,rd,1] 
	00130: CALL       
	00131: CALL       
	00132: ALIGNRP    
	00133: SVTCA[x-axis] 
	00134: MDAP[rd]   
	00135: MDRP[srp0,md,rd,2] 
	00136: DELTAP1    
	00137: CALL       
	00138: MDRP[nrp0,md,rd,1] 
	00139: MDRP[nrp0,nmd,rd,2] 
	00140: CALL       
	00141: SRP0       
	00142: MDRP[srp0,md,rd,1] 
	00143: MDRP[nrp0,nmd,rd,2] 
	00144: CALL       
	00145: SRP1       
	00146: IP         
	00147: IP         
	00148: IUP[y]     
	00149: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual                 X-Short On
	  4:  YDual               Y-Short X-Short On
	  5:  YDual                       X-Short On
	  6:  YDual               Y-Short X-Short On
	  7:  YDual XDual                 X-Short On
	  8:                              X-Short On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   258,  1496)  ->  Abs (   258,  1496)
	  1: Rel (  -135,     0)  ->  Abs (   123,  1496)
	  2: Rel (     0,   147)  ->  Abs (   123,  1643)
	  3: Rel (   135,     0)  ->  Abs (   258,  1643)
	  4: Rel (  -150,    23)  ->  Abs (   108,  1666)
	  5: Rel (  -130,     0)  ->  Abs (   -22,  1666)
	  6: Rel (  -231,   178)  ->  Abs (  -253,  1844)
	  7: Rel (   226,     0)  ->  Abs (   -27,  1844)
	  8: Rel (   -96,  -348)  ->  Abs (  -123,  1496)
	  9: Rel (  -135,     0)  ->  Abs (  -258,  1496)
	 10: Rel (     0,   147)  ->  Abs (  -258,  1643)
	 11: Rel (   135,     0)  ->  Abs (  -123,  1643)

	Glyph 1296: off = 0x00032814, len = 144
	  numberOfContours:	1
	  xMin:			-3
	  yMin:			0
	  xMax:			1109
	  yMax:			1466

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	90
	00000: NPUSHB      (17):     3     3     5     0    15     1     5    32    11     9 
	                             7    32    16    16     2    85     7 
	00019: PUSHW[1]            -12 
	00022: PUSHB[5]             15    15     2    85     7 
	00028: PUSHW[1]            -10 
	00031: PUSHB[5]             13    13     2    85     7 
	00037: PUSHW[1]             -6 
	00040: NPUSHB      (20):    12    12     2    85     7    93    14    10     2    30 
	                             4     8     8     7     1    30    13     2     7     8 
	00062: SVTCA[y-axis] 
	00063: MIAP[rd+ci] 
	00064: MIAP[rd+ci] 
	00065: MIRP[nrp0,md,rd,1] 
	00066: SRP1       
	00067: IP         
	00068: MDAP[rd]   
	00069: MDRP[nrp0,nmd,nrd,0] 
	00070: MIRP[srp0,md,rd,1] 
	00071: MDRP[nrp0,nmd,nrd,0] 
	00072: SVTCA[x-axis] 
	00073: SRP0       
	00074: MIRP[srp0,nmd,rd,2] 
	00075: CALL       
	00076: CALL       
	00077: CALL       
	00078: CALL       
	00079: MDRP[nrp0,md,rd,2] 
	00080: MDRP[nrp0,nmd,nrd,0] 
	00081: MIRP[srp0,md,rd,1] 
	00082: MDRP[nrp0,nmd,nrd,0] 
	00083: SRP0       
	00084: MDRP[nrp0,nmd,nrd,0] 
	00085: SRP1       
	00086: IP         
	00087: MDAP[rd]   
	00088: IUP[y]     
	00089: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual                               On
	  4:        XDual         Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                               On

	Coordinates
	-----------
	  0: Rel (  1109,  1293)  ->  Abs (  1109,  1293)
	  1: Rel (  -754,     0)  ->  Abs (   355,  1293)
	  2: Rel (     0,  -494)  ->  Abs (   355,   799)
	  3: Rel (   401,     0)  ->  Abs (   756,   799)
	  4: Rel (     0,  -132)  ->  Abs (   756,   667)
	  5: Rel (  -401,     0)  ->  Abs (   355,   667)
	  6: Rel (     0,  -667)  ->  Abs (   355,     0)
	  7: Rel (  -194,     0)  ->  Abs (   161,     0)
	  8: Rel (     0,   667)  ->  Abs (   161,   667)
	  9: Rel (  -164,     0)  ->  Abs (    -3,   667)
	 10: Rel (     0,   132)  ->  Abs (    -3,   799)
	 11: Rel (   164,     0)  ->  Abs (   161,   799)
	 12: Rel (     0,   667)  ->  Abs (   161,  1466)
	 13: Rel (   948,     0)  ->  Abs (  1109,  1466)

	Glyph 1297: off = 0x000328A4, len = 150
	  numberOfContours:	1
	  xMin:			12
	  yMin:			0
	  xMax:			747
	  yMax:			1062

	EndPoints
	---------
	  0:  13

	  Length of Instructions:	98
	00000: NPUSHB      (11):     3     3     5     0    15     2     5    37    11     9 
	                             7 
	00013: PUSHW[1]             -8 
	00016: PUSHB[5]             16    17     2    85     7 
	00022: PUSHW[1]             -6 
	00025: NPUSHB      (24):    14    14     2    85     7     4    12    12     2    85 
	                             7    10    11    11     2    85     7    78    14    10 
	                             2    43     4     8 
	00051: PUSHW[1]            -64 
	00054: NPUSHB      (13):    16    19     2    85     8     8     7     1    43    13 
	                             6     7    10 
	00069: SVTCA[y-axis] 
	00070: MIAP[rd+ci] 
	00071: MIAP[rd+ci] 
	00072: MIRP[nrp0,md,rd,1] 
	00073: SRP1       
	00074: IP         
	00075: MDAP[rd]   
	00076: CALL       
	00077: MDRP[nrp0,nmd,nrd,0] 
	00078: MIRP[srp0,md,rd,1] 
	00079: MDRP[nrp0,nmd,nrd,0] 
	00080: SVTCA[x-axis] 
	00081: SRP0       
	00082: MIRP[srp0,nmd,rd,2] 
	00083: CALL       
	00084: CALL       
	00085: CALL       
	00086: CALL       
	00087: MDRP[nrp0,md,rd,2] 
	00088: MDRP[nrp0,nmd,nrd,0] 
	00089: MIRP[srp0,md,rd,1] 
	00090: MDRP[nrp0,nmd,nrd,0] 
	00091: SRP0       
	00092: MDRP[nrp0,nmd,nrd,0] 
	00093: SRP1       
	00094: IP         
	00095: MDAP[rd]   
	00096: IUP[y]     
	00097: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:        XDual                         On
	  3:  YDual XDual                 X-Short On
	  4:        XDual         Y-Short         On
	  5:  YDual                       X-Short On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual                       X-Short On
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual                 X-Short On
	 12:        XDual                         On
	 13:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   747,   913)  ->  Abs (   747,   913)
	  1: Rel (  -431,     0)  ->  Abs (   316,   913)
	  2: Rel (     0,  -267)  ->  Abs (   316,   646)
	  3: Rel (   231,     0)  ->  Abs (   547,   646)
	  4: Rel (     0,  -132)  ->  Abs (   547,   514)
	  5: Rel (  -231,     0)  ->  Abs (   316,   514)
	  6: Rel (     0,  -514)  ->  Abs (   316,     0)
	  7: Rel (  -180,     0)  ->  Abs (   136,     0)
	  8: Rel (     0,   514)  ->  Abs (   136,   514)
	  9: Rel (  -124,     0)  ->  Abs (    12,   514)
	 10: Rel (     0,   132)  ->  Abs (    12,   646)
	 11: Rel (   124,     0)  ->  Abs (   136,   646)
	 12: Rel (     0,   416)  ->  Abs (   136,  1062)
	 13: Rel (   611,     0)  ->  Abs (   747,  1062)

	Glyph 1298: off = 0x0003293A, len = 492
	  numberOfContours:	1
	  xMin:			7
	  yMin:			-407
	  xMax:			1883
	  yMax:			1467

	EndPoints
	---------
	  0:  70

	  Length of Instructions:	275
	00000: NPUSHB      (95):    56    49     1    55    36    71    36     2     8    20 
	                            24    20     2    69    13     1    41     6    57     6 
	                             2    36    38    38    32    25    27    20    25    25 
	                            27    27    25    30    41    17    18    18    32    19 
	                            20    20    19    19    20    20    22    19    41    10 
	                            30    19    10     5     3     3    32    69    68    20 
	                            69    69    68    66    68     8    69    49    47    47 
	                            32    63    61    20    63    63    61    63    61    43 
	                            54     2    32     0    69    43     8    32    10    12 
	                            16    16     2    85    10 
	00097: PUSHW[1]             -8 
	00100: PUSHB[5]             15    15     2    85    10 
	00106: PUSHW[1]             -2 
	00109: PUSHB[5]             12    12     2    85    10 
	00115: PUSHW[1]             -3 
	00118: NPUSHB      (51):    15    15     6    85    10    38    47    49    36     4 
	                            44    55    30    54    42    25    63    61    27     4 
	                            11    30    30    31    42    20    68    70    44    66 
	                            22    41    30    17     5     3     8    11    11    10 
	                            42     2    69    70    30     3    19    18     1    10 
	                             8 
	00171: SVTCA[y-axis] 
	00172: MIAP[rd+ci] 
	00173: MDRP[nrp0,md,rd,2] 
	00174: MDRP[nrp0,nmd,nrd,0] 
	00175: MDRP[nrp0,nmd,nrd,0] 
	00176: MDRP[srp0,nmd,nrd,0] 
	00177: MIRP[srp0,md,rd,1] 
	00178: MDRP[nrp0,nmd,nrd,0] 
	00179: MIAP[rd+ci] 
	00180: SRP2       
	00181: IP         
	00182: MDAP[rd]   
	00183: MDRP[nrp0,nmd,nrd,0] 
	00184: SRP1       
	00185: IP         
	00186: IP         
	00187: MIRP[srp0,md,rd,1] 
	00188: IP         
	00189: IP         
	00190: MDRP[nrp0,nmd,nrd,0] 
	00191: SRP1       
	00192: IP         
	00193: IP         
	00194: SRP0       
	00195: MDRP[srp0,nmd,rd,0] 
	00196: MIRP[nrp0,md,rd,1] 
	00197: SRP1       
	00198: SLOOP      
	00199: IP         
	00200: SRP0       
	00201: MDRP[srp0,nmd,rd,0] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: SRP2       
	00204: SLOOP      
	00205: IP         
	00206: SVTCA[x-axis] 
	00207: MDAP[rd]   
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: MIRP[srp0,md,rd,1] 
	00213: MDRP[nrp0,nmd,nrd,0] 
	00214: MDRP[srp0,nmd,rd,0] 
	00215: MDRP[srp0,md,rd,1] 
	00216: MIRP[nrp0,md,rd,1] 
	00217: MDRP[nrp0,nmd,rd,0] 
	00218: SRP1       
	00219: IP         
	00220: IP         
	00221: SDPVTL[1]  
	00222: SRP0       
	00223: CALL       
	00224: RDTG       
	00225: SRP0       
	00226: MDRP[nrp0,nmd,rd,0] 
	00227: SVTCA[x-axis] 
	00228: SRP1       
	00229: SRP2       
	00230: IP         
	00231: IP         
	00232: SDPVTL[1]  
	00233: RTG        
	00234: SRP0       
	00235: CALL       
	00236: RDTG       
	00237: SRP0       
	00238: MDRP[nrp0,nmd,rd,0] 
	00239: SVTCA[x-axis] 
	00240: RTG        
	00241: SRP0       
	00242: MDRP[srp0,nmd,rd,0] 
	00243: MDRP[nrp0,nmd,rd,2] 
	00244: SRP0       
	00245: MDRP[nrp0,nmd,nrd,0] 
	00246: SRP1       
	00247: IP         
	00248: IP         
	00249: SDPVTL[1]  
	00250: SRP0       
	00251: CALL       
	00252: RDTG       
	00253: SRP0       
	00254: MDRP[nrp0,nmd,rd,0] 
	00255: SVTCA[x-axis] 
	00256: SRP1       
	00257: SRP2       
	00258: IP         
	00259: IP         
	00260: SDPVTL[1]  
	00261: RTG        
	00262: SRP0       
	00263: CALL       
	00264: RDTG       
	00265: SRP0       
	00266: MDRP[nrp0,nmd,rd,0] 
	00267: IUP[y]     
	00268: IUP[x]     
	00269: SVTCA[x-axis] 
	00270: DELTAP1    
	00271: DELTAP1    
	00272: DELTAP1    
	00273: DELTAP1    
	00274: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:                              X-Short On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On
	 12:  YDual                       X-Short Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                              X-Short On
	 19:  YDual                       X-Short On
	 20:                                      On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short On
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short X-Short On
	 42:        XDual                         On
	 43:  YDual XDual                 X-Short On
	 44:        XDual                         On
	 45:  YDual XDual                 X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short Off
	 50:  YDual XDual         Y-Short X-Short On
	 51:  YDual XDual         Y-Short X-Short Off
	 52:  YDual XDual                 X-Short On
	 53:  YDual XDual                 X-Short Off
	 54:        XDual         Y-Short X-Short On
	 55:        XDual         Y-Short         On
	 56:  YDual                       X-Short Off
	 57:  YDual               Y-Short X-Short Off
	 58:  YDual                       X-Short On
	 59:  YDual                       X-Short Off
	 60:                      Y-Short X-Short On
	 61:                      Y-Short X-Short Off
	 62:                      Y-Short X-Short On
	 63:                      Y-Short X-Short Off
	 64:                      Y-Short X-Short On
	 65:                      Y-Short X-Short Off
	 66:                      Y-Short X-Short On
	 67:        XDual         Y-Short X-Short Off
	 68:        XDual         Y-Short X-Short On
	 69:        XDual                 X-Short On
	 70:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1883,  -407)  ->  Abs (  1883,  -407)
	  1: Rel (  -172,     0)  ->  Abs (  1711,  -407)
	  2: Rel (     0,   407)  ->  Abs (  1711,     0)
	  3: Rel (   -69,     0)  ->  Abs (  1642,     0)
	  4: Rel (  -244,   398)  ->  Abs (  1398,   398)
	  5: Rel (   -93,   152)  ->  Abs (  1305,   550)
	  6: Rel (   -46,    46)  ->  Abs (  1259,   596)
	  7: Rel (   -90,    90)  ->  Abs (  1169,   686)
	  8: Rel (  -124,     0)  ->  Abs (  1045,   686)
	  9: Rel (     0,  -686)  ->  Abs (  1045,     0)
	 10: Rel (  -199,     0)  ->  Abs (   846,     0)
	 11: Rel (     0,   686)  ->  Abs (   846,   686)
	 12: Rel (   -96,     0)  ->  Abs (   750,   686)
	 13: Rel (   -73,   -50)  ->  Abs (   677,   636)
	 14: Rel (   -66,   -45)  ->  Abs (   611,   591)
	 15: Rel (  -106,  -173)  ->  Abs (   505,   418)
	 16: Rel (     1,     2)  ->  Abs (   506,   420)
	 17: Rel (   -11,   -18)  ->  Abs (   495,   402)
	 18: Rel (  -247,  -402)  ->  Abs (   248,     0)
	 19: Rel (  -241,     0)  ->  Abs (     7,     0)
	 20: Rel (   302,   488)  ->  Abs (   309,   488)
	 21: Rel (   138,   223)  ->  Abs (   447,   711)
	 22: Rel (   142,    39)  ->  Abs (   589,   750)
	 23: Rel (  -100,    41)  ->  Abs (   489,   791)
	 24: Rel (   -58,    84)  ->  Abs (   431,   875)
	 25: Rel (   -36,    51)  ->  Abs (   395,   926)
	 26: Rel (   -54,   136)  ->  Abs (   341,  1062)
	 27: Rel (   -63,   157)  ->  Abs (   278,  1219)
	 28: Rel (   -92,    82)  ->  Abs (   186,  1301)
	 29: Rel (   -87,    -2)  ->  Abs (    99,  1299)
	 30: Rel (   -78,    -2)  ->  Abs (    21,  1297)
	 31: Rel (     0,   168)  ->  Abs (    21,  1465)
	 32: Rel (    11,     2)  ->  Abs (    32,  1467)
	 33: Rel (   101,     0)  ->  Abs (   133,  1467)
	 34: Rel (   184,     0)  ->  Abs (   317,  1467)
	 35: Rel (    93,  -138)  ->  Abs (   410,  1329)
	 36: Rel (    41,   -60)  ->  Abs (   451,  1269)
	 37: Rel (    62,  -146)  ->  Abs (   513,  1123)
	 38: Rel (    77,  -180)  ->  Abs (   590,   943)
	 39: Rel (    36,   -40)  ->  Abs (   626,   903)
	 40: Rel (    68,   -77)  ->  Abs (   694,   826)
	 41: Rel (   152,    -2)  ->  Abs (   846,   824)
	 42: Rel (     0,   642)  ->  Abs (   846,  1466)
	 43: Rel (   199,     0)  ->  Abs (  1045,  1466)
	 44: Rel (     0,  -642)  ->  Abs (  1045,   824)
	 45: Rel (   150,     0)  ->  Abs (  1195,   824)
	 46: Rel (    70,    79)  ->  Abs (  1265,   903)
	 47: Rel (    37,    42)  ->  Abs (  1302,   945)
	 48: Rel (    76,   178)  ->  Abs (  1378,  1123)
	 49: Rel (    62,   145)  ->  Abs (  1440,  1268)
	 50: Rel (    39,    59)  ->  Abs (  1479,  1327)
	 51: Rel (    93,   140)  ->  Abs (  1572,  1467)
	 52: Rel (   179,     0)  ->  Abs (  1751,  1467)
	 53: Rel (    95,     0)  ->  Abs (  1846,  1467)
	 54: Rel (    23,    -2)  ->  Abs (  1869,  1465)
	 55: Rel (     0,  -168)  ->  Abs (  1869,  1297)
	 56: Rel (   -13,     0)  ->  Abs (  1856,  1297)
	 57: Rel (   -51,     2)  ->  Abs (  1805,  1299)
	 58: Rel (   -13,     0)  ->  Abs (  1792,  1299)
	 59: Rel (  -103,     0)  ->  Abs (  1689,  1299)
	 60: Rel (   -57,   -71)  ->  Abs (  1632,  1228)
	 61: Rel (   -32,   -38)  ->  Abs (  1600,  1190)
	 62: Rel (   -51,  -128)  ->  Abs (  1549,  1062)
	 63: Rel (   -54,  -135)  ->  Abs (  1495,   927)
	 64: Rel (   -35,   -51)  ->  Abs (  1460,   876)
	 65: Rel (   -58,   -83)  ->  Abs (  1402,   793)
	 66: Rel (  -100,   -43)  ->  Abs (  1302,   750)
	 67: Rel (   141,   -39)  ->  Abs (  1443,   711)
	 68: Rel (   138,  -223)  ->  Abs (  1581,   488)
	 69: Rel (   195,  -315)  ->  Abs (  1776,   173)
	 70: Rel (   107,     0)  ->  Abs (  1883,   173)

	Glyph 1299: off = 0x00032B26, len = 508
	  numberOfContours:	1
	  xMin:			-5
	  yMin:			-301
	  xMax:			1360
	  yMax:			1062

	EndPoints
	---------
	  0:  66

	  Length of Instructions:	305
	00000: NPUSHB      (59):     7    35     1   104     6     1    36    38    38    12 
	                            16    16     2    85    38    12    15    16     6    85 
	                            38    37    23    25    20    23    23    25    25    23 
	                            29    41    15    16    16    15    12    13     6    85 
	                            16    37    17    18    20    17    17    18    18    20 
	                            17    41    10    29    17    10    48    47    47 
	00061: PUSHW[1]            -12 
	00064: NPUSHB      (23):    15    16     6    85    47    37    59    57    20    59 
	                            59    57    59    57    44    53     2    37    66    65 
	                             5     3     3 
	00089: PUSHW[1]            -15 
	00092: NPUSHB      (25):    12    13     6    85     3    37    65    63    20    65 
	                            63    63    62    44    65    44     9    37    10    14 
	                            15    16     2    85    10 
	00119: PUSHW[1]            -10 
	00122: NPUSHB      (11):    14    14     2    85    10     8    13    13     2    85 
	                            10 
	00135: PUSHW[1]            -14 
	00138: NPUSHB      (59):    11    11     2    85    10     9    16    16     6    85 
	                            10    25    57    23    59     4     8    53    43    48 
	                            36    38    47     4    44    52    42    29    43    30 
	                            42    63    65    44    20    62    41    43     5    18 
	                            15     3     3     8    11    11    10    42     6    17 
	                            16    10    66    65    43     3     1    10    10 
	00199: SVTCA[y-axis] 
	00200: MIAP[rd+ci] 
	00201: MDRP[nrp0,md,rd,2] 
	00202: MDRP[srp0,nmd,nrd,0] 
	00203: MIRP[srp0,md,rd,1] 
	00204: MDRP[nrp0,nmd,nrd,0] 
	00205: SRP0       
	00206: MDRP[srp0,nmd,nrd,0] 
	00207: MDRP[nrp0,nmd,nrd,0] 
	00208: MIAP[rd+ci] 
	00209: SRP2       
	00210: IP         
	00211: MDAP[rd]   
	00212: MDRP[nrp0,nmd,nrd,0] 
	00213: SRP1       
	00214: SLOOP      
	00215: IP         
	00216: MIRP[srp0,md,rd,1] 
	00217: IP         
	00218: IP         
	00219: MDRP[nrp0,nmd,nrd,0] 
	00220: SRP1       
	00221: IP         
	00222: SRP0       
	00223: MDRP[srp0,nmd,nrd,0] 
	00224: MIRP[nrp0,md,rd,1] 
	00225: SRP0       
	00226: MDRP[srp0,nmd,nrd,0] 
	00227: SRP1       
	00228: SLOOP      
	00229: IP         
	00230: MIRP[nrp0,md,rd,1] 
	00231: SRP1       
	00232: SLOOP      
	00233: IP         
	00234: SVTCA[x-axis] 
	00235: MDAP[rd]   
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: MIRP[srp0,md,rd,1] 
	00242: MDRP[nrp0,nmd,nrd,0] 
	00243: MDRP[srp0,nmd,rd,0] 
	00244: SRP1       
	00245: IP         
	00246: IP         
	00247: SDPVTL[1]  
	00248: CALL       
	00249: CALL       
	00250: RDTG       
	00251: SRP0       
	00252: MDRP[nrp0,nmd,rd,0] 
	00253: SVTCA[x-axis] 
	00254: RTG        
	00255: SRP0       
	00256: MDRP[srp0,md,rd,1] 
	00257: MIRP[nrp0,md,rd,1] 
	00258: MDRP[nrp0,nmd,rd,2] 
	00259: SRP1       
	00260: IP         
	00261: IP         
	00262: SDPVTL[1]  
	00263: SRP0       
	00264: CALL       
	00265: CALL       
	00266: RDTG       
	00267: SRP0       
	00268: MDRP[nrp0,nmd,rd,0] 
	00269: SVTCA[x-axis] 
	00270: RTG        
	00271: SRP0       
	00272: MDRP[srp0,nmd,rd,0] 
	00273: MDRP[nrp0,nmd,rd,2] 
	00274: SRP0       
	00275: MDRP[nrp0,nmd,nrd,0] 
	00276: SRP1       
	00277: IP         
	00278: IP         
	00279: SDPVTL[1]  
	00280: SRP0       
	00281: CALL       
	00282: CALL       
	00283: RDTG       
	00284: SRP0       
	00285: MDRP[nrp0,nmd,rd,0] 
	00286: SVTCA[x-axis] 
	00287: SRP1       
	00288: SRP2       
	00289: IP         
	00290: IP         
	00291: SDPVTL[1]  
	00292: RTG        
	00293: SRP0       
	00294: CALL       
	00295: CALL       
	00296: CALL       
	00297: RDTG       
	00298: SRP0       
	00299: MDRP[nrp0,nmd,rd,0] 
	00300: IUP[y]     
	00301: IUP[x]     
	00302: SVTCA[x-axis] 
	00303: DELTAP1    
	00304: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:                              X-Short On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On
	 12:  YDual                       X-Short Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:                              X-Short On
	 17:  YDual                       X-Short On
	 18:        XDual                 X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short On
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:        XDual         Y-Short X-Short On
	 40:        XDual         Y-Short X-Short Off
	 41:  YDual XDual                 X-Short On
	 42:        XDual                         On
	 43:  YDual XDual                 X-Short On
	 44:        XDual                         On
	 45:  YDual XDual                 X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual XDual         Y-Short X-Short Off
	 48:        XDual                 X-Short Off
	 49:  YDual XDual         Y-Short X-Short On
	 50:  YDual XDual         Y-Short X-Short Off
	 51:  YDual XDual                 X-Short On
	 52:  YDual XDual                 X-Short On
	 53:        XDual         Y-Short         On
	 54:  YDual               Y-Short X-Short On
	 55:  YDual               Y-Short X-Short Off
	 56:                      Y-Short X-Short On
	 57:                      Y-Short X-Short Off
	 58:                      Y-Short X-Short On
	 59:                      Y-Short X-Short Off
	 60:                      Y-Short X-Short On
	 61:                      Y-Short X-Short Off
	 62:                      Y-Short X-Short On
	 63:        XDual         Y-Short X-Short Off
	 64:        XDual         Y-Short X-Short On
	 65:        XDual         Y-Short X-Short On
	 66:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1360,  -301)  ->  Abs (  1360,  -301)
	  1: Rel (  -148,     0)  ->  Abs (  1212,  -301)
	  2: Rel (     0,   301)  ->  Abs (  1212,     0)
	  3: Rel (   -34,     0)  ->  Abs (  1178,     0)
	  4: Rel (  -193,   329)  ->  Abs (   985,   329)
	  5: Rel (   -48,    81)  ->  Abs (   937,   410)
	  6: Rel (   -34,    32)  ->  Abs (   903,   442)
	  7: Rel (   -53,    49)  ->  Abs (   850,   491)
	  8: Rel (   -73,     0)  ->  Abs (   777,   491)
	  9: Rel (     0,  -491)  ->  Abs (   777,     0)
	 10: Rel (  -184,     0)  ->  Abs (   593,     0)
	 11: Rel (     0,   491)  ->  Abs (   593,   491)
	 12: Rel (   -74,     0)  ->  Abs (   519,   491)
	 13: Rel (   -52,   -48)  ->  Abs (   467,   443)
	 14: Rel (   -32,   -31)  ->  Abs (   435,   412)
	 15: Rel (   -49,   -83)  ->  Abs (   386,   329)
	 16: Rel (  -193,  -329)  ->  Abs (   193,     0)
	 17: Rel (  -198,     0)  ->  Abs (    -5,     0)
	 18: Rel (   197,   329)  ->  Abs (   192,   329)
	 19: Rel (   111,   185)  ->  Abs (   303,   514)
	 20: Rel (   118,    31)  ->  Abs (   421,   545)
	 21: Rel (   -90,    41)  ->  Abs (   331,   586)
	 22: Rel (   -45,    76)  ->  Abs (   286,   662)
	 23: Rel (   -17,    28)  ->  Abs (   269,   690)
	 24: Rel (   -56,   143)  ->  Abs (   213,   833)
	 25: Rel (   -20,    51)  ->  Abs (   193,   884)
	 26: Rel (   -48,    30)  ->  Abs (   145,   914)
	 27: Rel (   -56,     0)  ->  Abs (    89,   914)
	 28: Rel (   -13,     0)  ->  Abs (    76,   914)
	 29: Rel (   -40,    -1)  ->  Abs (    36,   913)
	 30: Rel (     0,   149)  ->  Abs (    36,  1062)
	 31: Rel (    25,     0)  ->  Abs (    61,  1062)
	 32: Rel (   106,     0)  ->  Abs (   167,  1062)
	 33: Rel (    41,   -12)  ->  Abs (   208,  1050)
	 34: Rel (    57,   -17)  ->  Abs (   265,  1033)
	 35: Rel (    46,   -75)  ->  Abs (   311,   958)
	 36: Rel (    19,   -32)  ->  Abs (   330,   926)
	 37: Rel (    41,   -98)  ->  Abs (   371,   828)
	 38: Rel (    57,  -136)  ->  Abs (   428,   692)
	 39: Rel (    17,   -23)  ->  Abs (   445,   669)
	 40: Rel (    49,   -66)  ->  Abs (   494,   603)
	 41: Rel (    99,     0)  ->  Abs (   593,   603)
	 42: Rel (     0,   459)  ->  Abs (   593,  1062)
	 43: Rel (   184,     0)  ->  Abs (   777,  1062)
	 44: Rel (     0,  -459)  ->  Abs (   777,   603)
	 45: Rel (   100,     0)  ->  Abs (   877,   603)
	 46: Rel (    48,    65)  ->  Abs (   925,   668)
	 47: Rel (    18,    24)  ->  Abs (   943,   692)
	 48: Rel (   113,   270)  ->  Abs (  1056,   962)
	 49: Rel (    37,    39)  ->  Abs (  1093,  1001)
	 50: Rel (    58,    61)  ->  Abs (  1151,  1062)
	 51: Rel (   118,     0)  ->  Abs (  1269,  1062)
	 52: Rel (    66,     0)  ->  Abs (  1335,  1062)
	 53: Rel (     0,  -149)  ->  Abs (  1335,   913)
	 54: Rel (   -49,     1)  ->  Abs (  1286,   914)
	 55: Rel (   -76,     2)  ->  Abs (  1210,   916)
	 56: Rel (   -30,   -41)  ->  Abs (  1180,   875)
	 57: Rel (   -11,   -14)  ->  Abs (  1169,   861)
	 58: Rel (   -39,   -99)  ->  Abs (  1130,   762)
	 59: Rel (   -37,   -95)  ->  Abs (  1093,   667)
	 60: Rel (   -27,   -36)  ->  Abs (  1066,   631)
	 61: Rel (   -38,   -50)  ->  Abs (  1028,   581)
	 62: Rel (   -78,   -36)  ->  Abs (   950,   545)
	 63: Rel (   117,   -31)  ->  Abs (  1067,   514)
	 64: Rel (   111,  -185)  ->  Abs (  1178,   329)
	 65: Rel (   109,  -181)  ->  Abs (  1287,   148)
	 66: Rel (    73,     0)  ->  Abs (  1360,   148)

	Glyph 1300: off = 0x00032D22, len = 376
	  numberOfContours:	1
	  xMin:			161
	  yMin:			-407
	  xMax:			1186
	  yMax:			1467

	EndPoints
	---------
	  0:  39

	  Length of Instructions:	251
	00000: NPUSHB      (15):    23    37     1   137    20     1     8    19     1   137 
	                             6     1     5     3     3 
	00017: PUSHW[1]            -12 
	00020: NPUSHB      (47):    11    11     6    85     3    12    14    16     6    85 
	                             3    32    38    36    20    38    38    36   103    36 
	                             1    38    36    35     3     8    39    18    16    16 
	                            32    32    30    20    32    32    30    55    30     1 
	                            32    30    13    24     2    32    39 
	00069: PUSHW[1]            -10 
	00072: NPUSHB      (10):    11    11     2    85    39    41    13     8    32    10 
	00084: PUSHW[1]            -26 
	00087: PUSHB[5]             16    16     2    85    10 
	00093: PUSHW[1]            -10 
	00096: PUSHB[5]             15    15     2    85    10 
	00102: PUSHW[1]            -10 
	00105: PUSHB[5]             13    13     2    85    10 
	00111: PUSHW[1]             -6 
	00114: PUSHB[5]             12    12     2    85    10 
	00120: PUSHW[1]             -8 
	00123: PUSHB[5]             12    12     6    85    10 
	00129: PUSHW[1]            -16 
	00132: PUSHB[5]             13    13     6    85    10 
	00138: PUSHW[1]            -12 
	00141: NPUSHB      (35):    15    15     6    85    10    93    40    32    30     8 
	                            27    30    16    18    13    21    12    36    38    35 
	                            13    30     5     3     8     8     9    12     2    38 
	                            30     3     1     9     8 
	00178: SVTCA[y-axis] 
	00179: MIAP[rd+ci] 
	00180: MDRP[nrp0,md,rd,2] 
	00181: MDRP[srp0,nmd,nrd,0] 
	00182: MIRP[nrp0,md,rd,1] 
	00183: MIAP[rd+ci] 
	00184: SRP2       
	00185: IP         
	00186: MDAP[rd]   
	00187: SRP2       
	00188: IP         
	00189: MIRP[nrp0,md,rd,1] 
	00190: IP         
	00191: SRP1       
	00192: IP         
	00193: SRP0       
	00194: MDRP[srp0,nmd,rd,0] 
	00195: SRP1       
	00196: IP         
	00197: IP         
	00198: MIRP[nrp0,md,rd,1] 
	00199: SRP1       
	00200: IP         
	00201: IP         
	00202: SVTCA[x-axis] 
	00203: SRP0       
	00204: MIRP[srp0,nmd,rd,2] 
	00205: CALL       
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: MIRP[srp0,md,rd,1] 
	00213: MDRP[nrp0,nmd,nrd,0] 
	00214: SRP0       
	00215: MDRP[srp0,nmd,rd,2] 
	00216: CALL       
	00217: MIRP[nrp0,md,rd,1] 
	00218: MDRP[nrp0,nmd,rd,2] 
	00219: SRP1       
	00220: IP         
	00221: IP         
	00222: DELTAP1    
	00223: SDPVTL[1]  
	00224: SRP0       
	00225: CALL       
	00226: RDTG       
	00227: SRP0       
	00228: MDRP[nrp0,nmd,rd,0] 
	00229: SVTCA[x-axis] 
	00230: SRP1       
	00231: SRP2       
	00232: SLOOP      
	00233: IP         
	00234: DELTAP1    
	00235: SDPVTL[1]  
	00236: RTG        
	00237: SRP0       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: RDTG       
	00242: SRP0       
	00243: MDRP[nrp0,nmd,rd,0] 
	00244: IUP[y]     
	00245: IUP[x]     
	00246: SVTCA[x-axis] 
	00247: DELTAP1    
	00248: DELTAP1    
	00249: DELTAP1    
	00250: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:                              X-Short On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short         On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short X-Short On
	 38:        XDual                 X-Short On
	 39:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1186,  -407)  ->  Abs (  1186,  -407)
	  1: Rel (  -172,     0)  ->  Abs (  1014,  -407)
	  2: Rel (     0,   407)  ->  Abs (  1014,     0)
	  3: Rel (   -69,     0)  ->  Abs (   945,     0)
	  4: Rel (  -245,   398)  ->  Abs (   700,   398)
	  5: Rel (   -92,   150)  ->  Abs (   608,   548)
	  6: Rel (   -44,    46)  ->  Abs (   564,   594)
	  7: Rel (   -90,    92)  ->  Abs (   474,   686)
	  8: Rel (  -119,     0)  ->  Abs (   355,   686)
	  9: Rel (     0,  -686)  ->  Abs (   355,     0)
	 10: Rel (  -194,     0)  ->  Abs (   161,     0)
	 11: Rel (     0,  1466)  ->  Abs (   161,  1466)
	 12: Rel (   194,     0)  ->  Abs (   355,  1466)
	 13: Rel (     0,  -642)  ->  Abs (   355,   824)
	 14: Rel (   144,     0)  ->  Abs (   499,   824)
	 15: Rel (    70,    82)  ->  Abs (   569,   906)
	 16: Rel (    37,    43)  ->  Abs (   606,   949)
	 17: Rel (    74,   174)  ->  Abs (   680,  1123)
	 18: Rel (    62,   145)  ->  Abs (   742,  1268)
	 19: Rel (    39,    59)  ->  Abs (   781,  1327)
	 20: Rel (    93,   140)  ->  Abs (   874,  1467)
	 21: Rel (   180,     0)  ->  Abs (  1054,  1467)
	 22: Rel (   112,     0)  ->  Abs (  1166,  1467)
	 23: Rel (     6,    -2)  ->  Abs (  1172,  1465)
	 24: Rel (     0,  -168)  ->  Abs (  1172,  1297)
	 25: Rel (   -13,     0)  ->  Abs (  1159,  1297)
	 26: Rel (   -52,     2)  ->  Abs (  1107,  1299)
	 27: Rel (   -13,     0)  ->  Abs (  1094,  1299)
	 28: Rel (  -103,     0)  ->  Abs (   991,  1299)
	 29: Rel (   -57,   -71)  ->  Abs (   934,  1228)
	 30: Rel (   -32,   -39)  ->  Abs (   902,  1189)
	 31: Rel (   -51,  -127)  ->  Abs (   851,  1062)
	 32: Rel (   -55,  -139)  ->  Abs (   796,   923)
	 33: Rel (   -34,   -49)  ->  Abs (   762,   874)
	 34: Rel (   -57,   -83)  ->  Abs (   705,   791)
	 35: Rel (  -101,   -41)  ->  Abs (   604,   750)
	 36: Rel (   142,   -39)  ->  Abs (   746,   711)
	 37: Rel (   138,  -223)  ->  Abs (   884,   488)
	 38: Rel (   195,  -315)  ->  Abs (  1079,   173)
	 39: Rel (   107,     0)  ->  Abs (  1186,   173)

	Glyph 1301: off = 0x00032E9A, len = 380
	  numberOfContours:	1
	  xMin:			134
	  yMin:			-301
	  xMax:			886
	  yMax:			1062

	EndPoints
	---------
	  0:  38

	  Length of Instructions:	255
	00000: PUSHB[3]              5     3     3 
	00004: PUSHW[1]            -18 
	00007: NPUSHB      (24):    13    13     6    85     3    37    37    35    20    37 
	                            37    35    70    35     1    34    35    37     3    38 
	                             8    18    16    16 
	00033: PUSHW[1]            -18 
	00036: NPUSHB      (19):    15    16     6    85    16    37    31    29    20    31 
	                            31    29    31    29    13    25     2    37    38 
	00057: PUSHW[1]            -16 
	00060: NPUSHB      (13):    10    10     2    85    32    38     1    38    40    13 
	                             8    37    10 
	00075: PUSHW[1]             -8 
	00078: PUSHB[5]             16    16     2    85    10 
	00084: PUSHW[1]             -6 
	00087: NPUSHB      (17):    14    14     2    85    10     6    12    12     2    85 
	                            10     6    11    11     2    85    10 
	00106: PUSHW[1]            -16 
	00109: PUSHB[5]             10    10     2    85    10 
	00115: PUSHW[1]            -10 
	00118: PUSHB[5]             16    16     6    85    10 
	00124: PUSHW[1]            -18 
	00127: PUSHB[5]             15    15     6    85    10 
	00133: PUSHW[1]             -4 
	00136: NPUSHB      (46):    13    13     6    85    10    10    12    12     6    85 
	                             0    10    32    10     2    10    78    39    31    29 
	                             8    25    43    16    18    13    24    12    35    37 
	                            34    13    43     5     3     8     8     9    12     6 
	                            37    43     3     1     9    10 
	00184: SVTCA[y-axis] 
	00185: MIAP[rd+ci] 
	00186: MDRP[nrp0,md,rd,2] 
	00187: MDRP[srp0,nmd,nrd,0] 
	00188: MIRP[nrp0,md,rd,1] 
	00189: MIAP[rd+ci] 
	00190: SRP2       
	00191: IP         
	00192: MDAP[rd]   
	00193: SRP2       
	00194: IP         
	00195: MIRP[nrp0,md,rd,1] 
	00196: IP         
	00197: SRP1       
	00198: IP         
	00199: SRP0       
	00200: MDRP[srp0,nmd,nrd,0] 
	00201: SRP1       
	00202: IP         
	00203: IP         
	00204: MIRP[nrp0,md,rd,1] 
	00205: SRP1       
	00206: IP         
	00207: IP         
	00208: SVTCA[x-axis] 
	00209: SRP0       
	00210: MIRP[srp0,nmd,rd,2] 
	00211: DELTAP1    
	00212: CALL       
	00213: CALL       
	00214: CALL       
	00215: CALL       
	00216: CALL       
	00217: CALL       
	00218: CALL       
	00219: CALL       
	00220: CALL       
	00221: MIRP[srp0,md,rd,1] 
	00222: MDRP[nrp0,nmd,nrd,0] 
	00223: SRP0       
	00224: MDRP[srp0,nmd,rd,2] 
	00225: DELTAP1    
	00226: CALL       
	00227: MIRP[nrp0,md,rd,1] 
	00228: MDRP[nrp0,nmd,rd,2] 
	00229: SRP1       
	00230: IP         
	00231: IP         
	00232: SDPVTL[1]  
	00233: SRP0       
	00234: CALL       
	00235: CALL       
	00236: RDTG       
	00237: SRP0       
	00238: MDRP[nrp0,nmd,rd,0] 
	00239: SVTCA[x-axis] 
	00240: SRP1       
	00241: SRP2       
	00242: SLOOP      
	00243: IP         
	00244: DELTAP1    
	00245: SDPVTL[1]  
	00246: RTG        
	00247: SRP0       
	00248: CALL       
	00249: CALL       
	00250: RDTG       
	00251: SRP0       
	00252: MDRP[nrp0,nmd,rd,0] 
	00253: IUP[y]     
	00254: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:                              X-Short On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short On
	 25:        XDual         Y-Short         On
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:                      Y-Short X-Short On
	 29:                      Y-Short X-Short Off
	 30:                      Y-Short X-Short On
	 31:                      Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short On
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short X-Short On
	 37:        XDual         Y-Short X-Short On
	 38:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   886,  -301)  ->  Abs (   886,  -301)
	  1: Rel (  -148,     0)  ->  Abs (   738,  -301)
	  2: Rel (     0,   301)  ->  Abs (   738,     0)
	  3: Rel (   -24,     0)  ->  Abs (   714,     0)
	  4: Rel (  -192,   329)  ->  Abs (   522,   329)
	  5: Rel (   -47,    81)  ->  Abs (   475,   410)
	  6: Rel (   -35,    32)  ->  Abs (   440,   442)
	  7: Rel (   -53,    49)  ->  Abs (   387,   491)
	  8: Rel (   -73,     0)  ->  Abs (   314,   491)
	  9: Rel (     0,  -491)  ->  Abs (   314,     0)
	 10: Rel (  -180,     0)  ->  Abs (   134,     0)
	 11: Rel (     0,  1062)  ->  Abs (   134,  1062)
	 12: Rel (   180,     0)  ->  Abs (   314,  1062)
	 13: Rel (     0,  -459)  ->  Abs (   314,   603)
	 14: Rel (   100,     0)  ->  Abs (   414,   603)
	 15: Rel (    48,    65)  ->  Abs (   462,   668)
	 16: Rel (    16,    21)  ->  Abs (   478,   689)
	 17: Rel (    58,   139)  ->  Abs (   536,   828)
	 18: Rel (    40,    96)  ->  Abs (   576,   924)
	 19: Rel (    20,    32)  ->  Abs (   596,   956)
	 20: Rel (    44,    73)  ->  Abs (   640,  1029)
	 21: Rel (    58,    19)  ->  Abs (   698,  1048)
	 22: Rel (    43,    14)  ->  Abs (   741,  1062)
	 23: Rel (    95,     0)  ->  Abs (   836,  1062)
	 24: Rel (    36,     0)  ->  Abs (   872,  1062)
	 25: Rel (     0,  -149)  ->  Abs (   872,   913)
	 26: Rel (   -50,     1)  ->  Abs (   822,   914)
	 27: Rel (   -75,     1)  ->  Abs (   747,   915)
	 28: Rel (   -31,   -40)  ->  Abs (   716,   875)
	 29: Rel (   -10,   -13)  ->  Abs (   706,   862)
	 30: Rel (   -39,  -100)  ->  Abs (   667,   762)
	 31: Rel (   -37,   -94)  ->  Abs (   630,   668)
	 32: Rel (   -28,   -37)  ->  Abs (   602,   631)
	 33: Rel (   -38,   -50)  ->  Abs (   564,   581)
	 34: Rel (   -77,   -36)  ->  Abs (   487,   545)
	 35: Rel (   117,   -31)  ->  Abs (   604,   514)
	 36: Rel (   111,  -185)  ->  Abs (   715,   329)
	 37: Rel (   109,  -181)  ->  Abs (   824,   148)
	 38: Rel (    62,     0)  ->  Abs (   886,   148)

	Glyph 1302: off = 0x00033016, len = 426
	  numberOfContours:	1
	  xMin:			161
	  yMin:			0
	  xMax:			1186
	  yMax:			1467

	EndPoints
	---------
	  0:  43

	  Length of Instructions:	292
	00000: PUSHB[7]              4    38     1    22    38    36    38 
	00008: PUSHW[1]            -28 
	00011: NPUSHB      (56):    13    16     6    85    38    32    20    22    20    20 
	                            20    22    73    20    89    20   105    20     3   134 
	                            36     1    20    36    30    18     5    42     1     3 
	                             1    18    13    16     6    85     1    32     0    42 
	                            20     0     0    42     3     0    41     5    10    11 
	                            12     2    85     5    17     6 
	00069: PUSHW[1]            -18 
	00072: NPUSHB      (23):    16    16     2    85     6    10    11    12     2    85 
	                             6     6     9    30    15     0     1     0    45    14 
	                             9    32    11 
	00097: PUSHW[1]            -26 
	00100: PUSHB[5]             16    16     2    85    11 
	00106: PUSHW[1]            -10 
	00109: PUSHB[5]             15    15     2    85    11 
	00115: PUSHW[1]            -10 
	00118: PUSHB[5]             13    13     2    85    11 
	00124: PUSHW[1]             -6 
	00127: PUSHB[5]             12    12     2    85    11 
	00133: PUSHW[1]             -8 
	00136: PUSHB[5]             12    12     6    85    11 
	00142: PUSHW[1]            -16 
	00145: PUSHB[5]             13    13     6    85    11 
	00151: PUSHW[1]            -12 
	00154: NPUSHB      (49):    15    15     6    85    32    11     1    11    93    44 
	                            38    36     9    33    30    22    14    27    13    42 
	                             1    41     9    20    19    16     3    17    17    13 
	                            14    30     9     7     4     3     3     9     6     9 
	                             6     9    10    13     2     0     1    10     8 
	00205: SVTCA[y-axis] 
	00206: MIAP[rd+ci] 
	00207: MDRP[srp0,nmd,nrd,0] 
	00208: MDRP[nrp0,nmd,nrd,0] 
	00209: MIAP[rd+ci] 
	00210: SRP2       
	00211: IP         
	00212: IP         
	00213: MDAP[rd]   
	00214: MDAP[rd]   
	00215: SRP2       
	00216: SLOOP      
	00217: IP         
	00218: SRP0       
	00219: MIRP[nrp0,md,rd,1] 
	00220: SRP1       
	00221: IP         
	00222: MDAP[rd]   
	00223: SLOOP      
	00224: IP         
	00225: SRP1       
	00226: IP         
	00227: SRP1       
	00228: IP         
	00229: SRP0       
	00230: MDRP[srp0,nmd,rd,0] 
	00231: SRP1       
	00232: IP         
	00233: MIRP[nrp0,md,rd,1] 
	00234: SRP1       
	00235: IP         
	00236: IP         
	00237: SVTCA[x-axis] 
	00238: SRP0       
	00239: MIRP[srp0,nmd,rd,2] 
	00240: DELTAP1    
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: MIRP[srp0,md,rd,1] 
	00249: MDRP[nrp0,nmd,nrd,0] 
	00250: SRP0       
	00251: MDRP[srp0,nmd,rd,2] 
	00252: DELTAP1    
	00253: MDRP[nrp0,nmd,rd,2] 
	00254: SRP1       
	00255: IP         
	00256: MDAP[rd]   
	00257: CALL       
	00258: CALL       
	00259: MDRP[nrp0,nmd,nrd,0] 
	00260: MDRP[nrp0,md,rd,1] 
	00261: CALL       
	00262: SHP[rp2,zp1] 
	00263: SRP1       
	00264: IP         
	00265: SDPVTL[1]  
	00266: SRP0       
	00267: CALL       
	00268: CALL       
	00269: SDPVTL[1]  
	00270: RDTG       
	00271: MDRP[nrp0,nmd,rd,0] 
	00272: SVTCA[x-axis] 
	00273: SRP0       
	00274: MDRP[nrp0,nmd,nrd,0] 
	00275: SRP1       
	00276: IP         
	00277: IP         
	00278: DELTAP1    
	00279: DELTAP1    
	00280: SDPVTL[1]  
	00281: RTG        
	00282: SRP0       
	00283: CALL       
	00284: CALL       
	00285: SDPVTL[1]  
	00286: RDTG       
	00287: MDRP[nrp0,nmd,rd,0] 
	00288: SVTCA[x-axis] 
	00289: DELTAP1    
	00290: IUP[y]     
	00291: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:                              X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual                         On
	 18:  YDual XDual                 X-Short On
	 19:        XDual                         On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short On
	 30:        XDual         Y-Short         On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:                      Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:                      Y-Short X-Short On
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1186,     0)  ->  Abs (  1186,     0)
	  1: Rel (  -241,     0)  ->  Abs (   945,     0)
	  2: Rel (  -245,   398)  ->  Abs (   700,   398)
	  3: Rel (   -58,    95)  ->  Abs (   642,   493)
	  4: Rel (   -47,    60)  ->  Abs (   595,   553)
	  5: Rel (     0,  -314)  ->  Abs (   595,   239)
	  6: Rel (  -120,     0)  ->  Abs (   475,   239)
	  7: Rel (     0,   423)  ->  Abs (   475,   662)
	  8: Rel (   -51,    24)  ->  Abs (   424,   686)
	  9: Rel (   -69,     0)  ->  Abs (   355,   686)
	 10: Rel (     0,  -686)  ->  Abs (   355,     0)
	 11: Rel (  -194,     0)  ->  Abs (   161,     0)
	 12: Rel (     0,  1466)  ->  Abs (   161,  1466)
	 13: Rel (   194,     0)  ->  Abs (   355,  1466)
	 14: Rel (     0,  -642)  ->  Abs (   355,   824)
	 15: Rel (    71,     0)  ->  Abs (   426,   824)
	 16: Rel (    49,    15)  ->  Abs (   475,   839)
	 17: Rel (     0,   403)  ->  Abs (   475,  1242)
	 18: Rel (   120,     0)  ->  Abs (   595,  1242)
	 19: Rel (     0,  -294)  ->  Abs (   595,   948)
	 20: Rel (    38,    65)  ->  Abs (   633,  1013)
	 21: Rel (    47,   110)  ->  Abs (   680,  1123)
	 22: Rel (    55,   130)  ->  Abs (   735,  1253)
	 23: Rel (    26,    42)  ->  Abs (   761,  1295)
	 24: Rel (    54,    88)  ->  Abs (   815,  1383)
	 25: Rel (    78,    44)  ->  Abs (   893,  1427)
	 26: Rel (    72,    40)  ->  Abs (   965,  1467)
	 27: Rel (    89,     0)  ->  Abs (  1054,  1467)
	 28: Rel (   112,     0)  ->  Abs (  1166,  1467)
	 29: Rel (     6,    -2)  ->  Abs (  1172,  1465)
	 30: Rel (     0,  -168)  ->  Abs (  1172,  1297)
	 31: Rel (   -13,     0)  ->  Abs (  1159,  1297)
	 32: Rel (   -52,     2)  ->  Abs (  1107,  1299)
	 33: Rel (   -13,     0)  ->  Abs (  1094,  1299)
	 34: Rel (  -103,     0)  ->  Abs (   991,  1299)
	 35: Rel (   -57,   -71)  ->  Abs (   934,  1228)
	 36: Rel (   -32,   -39)  ->  Abs (   902,  1189)
	 37: Rel (   -51,  -127)  ->  Abs (   851,  1062)
	 38: Rel (   -55,  -139)  ->  Abs (   796,   923)
	 39: Rel (   -34,   -49)  ->  Abs (   762,   874)
	 40: Rel (   -57,   -83)  ->  Abs (   705,   791)
	 41: Rel (  -101,   -41)  ->  Abs (   604,   750)
	 42: Rel (   142,   -39)  ->  Abs (   746,   711)
	 43: Rel (   138,  -223)  ->  Abs (   884,   488)

	Glyph 1303: off = 0x000331C0, len = 434
	  numberOfContours:	1
	  xMin:			134
	  yMin:			0
	  xMax:			912
	  yMax:			1062

	EndPoints
	---------
	  0:  40

	  Length of Instructions:	308
	00000: PUSHB[7]            105    21     1    22    35    33    35 
	00008: PUSHW[1]            -18 
	00011: NPUSHB      (74):    13    17     6    85    35    37    20    22    20    20 
	                            20    22   191    33     1   235    33     1   159    33 
	                           223    33     2    20    33    29    19     5    39     1 
	                             3     1     8    15    16     6    85     1    37     0 
	                            39    20     0     0    39     3     0    38     5    16 
	                             6     6    11    14     2    85     6     6     9   175 
	                            29   191    29     2    29   207     0     1     0    42 
	                            14     9    37    11 
	00087: PUSHW[1]             -8 
	00090: PUSHB[5]             16    16     2    85    11 
	00096: PUSHW[1]             -6 
	00099: NPUSHB      (17):    14    14     2    85    11     6    12    12     2    85 
	                            11     6    11    11     2    85    11 
	00118: PUSHW[1]            -10 
	00121: PUSHB[5]             16    16     6    85    11 
	00127: PUSHW[1]            -18 
	00130: PUSHB[5]             15    15     6    85    11 
	00136: PUSHW[1]             -4 
	00139: NPUSHB      (59):    13    13     6    85    11    10    12    12     6    85 
	                             0    11    32    11    48    11     3    11    78    41 
	                            35    33     9    29    43    22    14    28    13    39 
	                             0    38     9    20    19    16     3    17    17    13 
	                            14    43     9     7     4     3     3     9     6     9 
	                             6     9    10    13     6     0     1    10    10 
	00200: SVTCA[y-axis] 
	00201: MIAP[rd+ci] 
	00202: MDRP[srp0,nmd,nrd,0] 
	00203: MDRP[nrp0,nmd,nrd,0] 
	00204: MIAP[rd+ci] 
	00205: SRP2       
	00206: IP         
	00207: IP         
	00208: MDAP[rd]   
	00209: MDAP[rd]   
	00210: SRP2       
	00211: SLOOP      
	00212: IP         
	00213: SRP0       
	00214: MIRP[nrp0,md,rd,1] 
	00215: SRP1       
	00216: IP         
	00217: MDAP[rd]   
	00218: SLOOP      
	00219: IP         
	00220: SRP1       
	00221: IP         
	00222: SRP1       
	00223: IP         
	00224: SRP0       
	00225: MDRP[srp0,nmd,nrd,0] 
	00226: SRP1       
	00227: IP         
	00228: MIRP[nrp0,md,rd,1] 
	00229: SRP1       
	00230: IP         
	00231: IP         
	00232: SVTCA[x-axis] 
	00233: SRP0       
	00234: MIRP[srp0,nmd,rd,2] 
	00235: DELTAP1    
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: MIRP[srp0,md,rd,1] 
	00245: MDRP[nrp0,nmd,nrd,0] 
	00246: SRP0       
	00247: MDRP[srp0,nmd,rd,1] 
	00248: DELTAP3    
	00249: MDRP[nrp0,nmd,rd,2] 
	00250: DELTAP3    
	00251: SRP1       
	00252: IP         
	00253: MDAP[rd]   
	00254: CALL       
	00255: MDRP[nrp0,nmd,nrd,0] 
	00256: MDRP[nrp0,md,rd,1] 
	00257: SHP[rp2,zp1] 
	00258: SRP1       
	00259: IP         
	00260: SDPVTL[1]  
	00261: SRP0       
	00262: CALL       
	00263: CALL       
	00264: SDPVTL[1]  
	00265: RDTG       
	00266: MDRP[nrp0,nmd,rd,0] 
	00267: SVTCA[x-axis] 
	00268: SRP0       
	00269: MDRP[nrp0,nmd,nrd,0] 
	00270: SRP1       
	00271: IP         
	00272: IP         
	00273: DELTAP1    
	00274: DELTAP1    
	00275: DELTAP3    
	00276: SDPVTL[1]  
	00277: RTG        
	00278: SRP0       
	00279: CALL       
	00280: CALL       
	00281: SDPVTL[1]  
	00282: RDTG       
	00283: MDRP[nrp0,nmd,rd,0] 
	00284: PUSHB[2]              6     2 
	00287: RS         
	00288: EQ         
	00289: IF         
	00290: NPUSHB       (9):    45     6    34    17    61     6    50    17     4 
	00301: SVTCA[y-axis] 
	00302: DELTAP1    
	00303: EIF        
	00304: IUP[y]     
	00305: IUP[x]     
	00306: SVTCA[x-axis] 
	00307: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:                              X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual               Y-Short X-Short On
	  5:        XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:        XDual                         On
	 11:  YDual                       X-Short On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:        XDual                         On
	 18:  YDual XDual                 X-Short On
	 19:        XDual         Y-Short         On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short On
	 29:        XDual         Y-Short         On
	 30:  YDual               Y-Short X-Short On
	 31:  YDual               Y-Short X-Short Off
	 32:                      Y-Short X-Short On
	 33:                      Y-Short X-Short Off
	 34:                      Y-Short X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   912,     0)  ->  Abs (   912,     0)
	  1: Rel (  -198,     0)  ->  Abs (   714,     0)
	  2: Rel (  -192,   329)  ->  Abs (   522,   329)
	  3: Rel (   -14,    24)  ->  Abs (   508,   353)
	  4: Rel (   -17,    25)  ->  Abs (   491,   378)
	  5: Rel (     0,  -214)  ->  Abs (   491,   164)
	  6: Rel (   -99,     0)  ->  Abs (   392,   164)
	  7: Rel (     0,   311)  ->  Abs (   392,   475)
	  8: Rel (   -35,    16)  ->  Abs (   357,   491)
	  9: Rel (   -43,     0)  ->  Abs (   314,   491)
	 10: Rel (     0,  -491)  ->  Abs (   314,     0)
	 11: Rel (  -180,     0)  ->  Abs (   134,     0)
	 12: Rel (     0,  1062)  ->  Abs (   134,  1062)
	 13: Rel (   180,     0)  ->  Abs (   314,  1062)
	 14: Rel (     0,  -459)  ->  Abs (   314,   603)
	 15: Rel (    45,     0)  ->  Abs (   359,   603)
	 16: Rel (    33,    10)  ->  Abs (   392,   613)
	 17: Rel (     0,   324)  ->  Abs (   392,   937)
	 18: Rel (    99,     0)  ->  Abs (   491,   937)
	 19: Rel (     0,  -209)  ->  Abs (   491,   728)
	 20: Rel (    21,    43)  ->  Abs (   512,   771)
	 21: Rel (    24,    57)  ->  Abs (   536,   828)
	 22: Rel (    40,    96)  ->  Abs (   576,   924)
	 23: Rel (    20,    32)  ->  Abs (   596,   956)
	 24: Rel (    44,    73)  ->  Abs (   640,  1029)
	 25: Rel (    58,    19)  ->  Abs (   698,  1048)
	 26: Rel (    43,    14)  ->  Abs (   741,  1062)
	 27: Rel (    95,     0)  ->  Abs (   836,  1062)
	 28: Rel (    36,     0)  ->  Abs (   872,  1062)
	 29: Rel (     0,  -149)  ->  Abs (   872,   913)
	 30: Rel (   -50,     1)  ->  Abs (   822,   914)
	 31: Rel (   -75,     1)  ->  Abs (   747,   915)
	 32: Rel (   -31,   -40)  ->  Abs (   716,   875)
	 33: Rel (   -10,   -13)  ->  Abs (   706,   862)
	 34: Rel (   -39,  -100)  ->  Abs (   667,   762)
	 35: Rel (   -41,  -104)  ->  Abs (   626,   658)
	 36: Rel (   -34,   -40)  ->  Abs (   592,   618)
	 37: Rel (   -41,   -48)  ->  Abs (   551,   570)
	 38: Rel (   -54,   -25)  ->  Abs (   497,   545)
	 39: Rel (   106,   -28)  ->  Abs (   603,   517)
	 40: Rel (   112,  -188)  ->  Abs (   715,   329)

	Glyph 1304: off = 0x00033372, len = 232
	  numberOfContours:	1
	  xMin:			164
	  yMin:			-407
	  xMax:			1448
	  yMax:			1466

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	174
	00000: NPUSHB      (20):    11     4    32    14     2    32     0    12    12    12 
	                             2    85     0    10    12    13     6    85     0    14 
	00022: PUSHW[1]            -18 
	00025: PUSHB[5]             15    15     2    85    14 
	00031: PUSHW[1]            -14 
	00034: NPUSHB      (11):    13    13     2    85    14    16    12    12     2    85 
	                            14 
	00047: PUSHW[1]            -14 
	00050: NPUSHB      (22):    11    11     6    85    14    10    15    15     6    85 
	                            14    17    10     5    32     7    32    16    16     2 
	                            85     7 
	00074: PUSHW[1]            -10 
	00077: PUSHB[5]             15    15     2    85     7 
	00083: PUSHW[1]            -10 
	00086: PUSHB[5]             13    13     2    85     7 
	00092: PUSHW[1]             -6 
	00095: PUSHB[5]             12    12     2    85     7 
	00101: PUSHW[1]             -9 
	00104: PUSHB[5]             12    13     6    85     7 
	00110: PUSHW[1]            -14 
	00113: NPUSHB      (21):    15    16     6    85     7    93    16    11    30     5 
	                             5     6    12     9     2    14    30     3     1     6 
	                             8 
	00136: SVTCA[y-axis] 
	00137: MIAP[rd+ci] 
	00138: MDRP[nrp0,md,rd,2] 
	00139: MDRP[srp0,nmd,nrd,0] 
	00140: MIRP[nrp0,md,rd,1] 
	00141: MIAP[rd+ci] 
	00142: MDRP[nrp0,nmd,nrd,0] 
	00143: SRP2       
	00144: IP         
	00145: MDAP[rd]   
	00146: MIRP[nrp0,md,rd,1] 
	00147: SVTCA[x-axis] 
	00148: SRP0       
	00149: MIRP[srp0,nmd,rd,2] 
	00150: CALL       
	00151: CALL       
	00152: CALL       
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: MIRP[srp0,md,rd,1] 
	00157: MDRP[nrp0,nmd,nrd,0] 
	00158: SRP0       
	00159: MDRP[srp0,nmd,rd,0] 
	00160: CALL       
	00161: CALL       
	00162: CALL       
	00163: CALL       
	00164: CALL       
	00165: MDRP[srp0,md,rd,1] 
	00166: CALL       
	00167: CALL       
	00168: MIRP[nrp0,md,rd,1] 
	00169: SRP0       
	00170: MIRP[srp0,md,rd,1] 
	00171: MDRP[nrp0,nmd,nrd,0] 
	00172: IUP[y]     
	00173: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1448,  -407)  ->  Abs (  1448,  -407)
	  1: Rel (  -172,     0)  ->  Abs (  1276,  -407)
	  2: Rel (     0,   407)  ->  Abs (  1276,     0)
	  3: Rel (  -156,     0)  ->  Abs (  1120,     0)
	  4: Rel (     0,   691)  ->  Abs (  1120,   691)
	  5: Rel (  -762,     0)  ->  Abs (   358,   691)
	  6: Rel (     0,  -691)  ->  Abs (   358,     0)
	  7: Rel (  -194,     0)  ->  Abs (   164,     0)
	  8: Rel (     0,  1466)  ->  Abs (   164,  1466)
	  9: Rel (   194,     0)  ->  Abs (   358,  1466)
	 10: Rel (     0,  -602)  ->  Abs (   358,   864)
	 11: Rel (   762,     0)  ->  Abs (  1120,   864)
	 12: Rel (     0,   602)  ->  Abs (  1120,  1466)
	 13: Rel (   194,     0)  ->  Abs (  1314,  1466)
	 14: Rel (     0, -1293)  ->  Abs (  1314,   173)
	 15: Rel (   134,     0)  ->  Abs (  1448,   173)

	Glyph 1305: off = 0x0003345A, len = 310
	  numberOfContours:	1
	  xMin:			136
	  yMin:			-301
	  xMax:			1111
	  yMax:			1062

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	251
	00000: NPUSHB      (44):    11     3    37    14     2    37    17    64    11    11 
	                             2    85     0    20    13    13     2    85     0    12 
	                            11    11     2    85     0    12    15    15     6    85 
	                             0    14    12    13     6    85     0    10    11    11 
	                             6    85     0    14 
	00046: PUSHW[1]             -6 
	00049: PUSHB[5]             17    17     2    85    14 
	00055: PUSHW[1]            -20 
	00058: NPUSHB      (11):    16    16     2    85    14    20    14    14     2    85 
	                            14 
	00071: PUSHW[1]            -20 
	00074: NPUSHB      (17):    13    13     2    85    14    10    12    12     2    85 
	                            14    34    11    11     2    85    14 
	00093: PUSHW[1]            -33 
	00096: PUSHB[5]             16    16     6    85    14 
	00102: PUSHW[1]            -10 
	00105: PUSHB[5]             12    13     6    85    14 
	00111: PUSHW[1]             -8 
	00114: NPUSHB      (10):    11    11     6    85    14    17    10     5    37     7 
	00126: PUSHW[1]            -10 
	00129: PUSHB[5]             17    17     2    85     7 
	00135: PUSHW[1]             -6 
	00138: PUSHB[5]             16    16     2    85     7 
	00144: PUSHW[1]             -6 
	00147: NPUSHB      (17):    14    14     2    85     7     4    12    12     2    85 
	                             7    10    11    11     2    85     7 
	00166: PUSHW[1]            -13 
	00169: NPUSHB      (32):    15    16     6    85     7    10    11    11     6    85 
	                             0     7    32     7     2     7    78    16    11    43 
	                             5     5     6    12     9     6    15    43     3     1 
	                             6     8 
	00203: SVTCA[y-axis] 
	00204: MIAP[rd+ci] 
	00205: MDRP[nrp0,md,rd,2] 
	00206: MDRP[srp0,nmd,nrd,0] 
	00207: MIRP[nrp0,md,rd,1] 
	00208: MIAP[rd+ci] 
	00209: MDRP[nrp0,nmd,nrd,0] 
	00210: SRP2       
	00211: IP         
	00212: MDAP[rd]   
	00213: MIRP[nrp0,md,rd,1] 
	00214: SVTCA[x-axis] 
	00215: SRP0       
	00216: MIRP[srp0,nmd,rd,2] 
	00217: DELTAP1    
	00218: CALL       
	00219: CALL       
	00220: CALL       
	00221: CALL       
	00222: CALL       
	00223: CALL       
	00224: CALL       
	00225: MIRP[srp0,md,rd,1] 
	00226: MDRP[nrp0,nmd,nrd,0] 
	00227: SRP0       
	00228: MDRP[srp0,nmd,rd,0] 
	00229: CALL       
	00230: CALL       
	00231: CALL       
	00232: CALL       
	00233: CALL       
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: MDRP[srp0,md,rd,1] 
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: CALL       
	00244: CALL       
	00245: MIRP[nrp0,md,rd,1] 
	00246: SRP0       
	00247: MIRP[srp0,md,rd,1] 
	00248: MDRP[nrp0,nmd,nrd,0] 
	00249: IUP[y]     
	00250: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                       X-Short On
	  8:        XDual                         On
	  9:  YDual XDual                 X-Short On
	 10:        XDual                         On
	 11:  YDual                               On
	 12:        XDual                         On
	 13:  YDual XDual                 X-Short On
	 14:        XDual                         On
	 15:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1111,  -301)  ->  Abs (  1111,  -301)
	  1: Rel (  -148,     0)  ->  Abs (   963,  -301)
	  2: Rel (     0,   301)  ->  Abs (   963,     0)
	  3: Rel (  -148,     0)  ->  Abs (   815,     0)
	  4: Rel (     0,   471)  ->  Abs (   815,   471)
	  5: Rel (  -499,     0)  ->  Abs (   316,   471)
	  6: Rel (     0,  -471)  ->  Abs (   316,     0)
	  7: Rel (  -180,     0)  ->  Abs (   136,     0)
	  8: Rel (     0,  1062)  ->  Abs (   136,  1062)
	  9: Rel (   180,     0)  ->  Abs (   316,  1062)
	 10: Rel (     0,  -442)  ->  Abs (   316,   620)
	 11: Rel (   499,     0)  ->  Abs (   815,   620)
	 12: Rel (     0,   442)  ->  Abs (   815,  1062)
	 13: Rel (   180,     0)  ->  Abs (   995,  1062)
	 14: Rel (     0,  -914)  ->  Abs (   995,   148)
	 15: Rel (   116,     0)  ->  Abs (  1111,   148)

	Glyph 1306: off = 0x00033590, len = 248
	  numberOfContours:	1
	  xMin:			-3
	  yMin:			0
	  xMax:			1133
	  yMax:			1466

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	186
	00000: PUSHW[2]              9   -22 
	00005: PUSHB[5]             13    16     2    85     9 
	00011: PUSHW[1]            -12 
	00014: NPUSHB      (58):    13    16     6    85     9    12    16    16     6    85 
	                             9    12     9     6    12    32     0     1    20     0 
	                             0     1     9     6     6    18    13    13     2    85 
	                             6     8    12    13     6    85     6    32     5     4 
	                            20     5     4   111     5     1     5     4     0     1 
	                            32     4     4    16    16     2    85     4 
	00074: PUSHW[1]            -28 
	00077: PUSHB[5]             15    15     2    85     4 
	00083: PUSHW[1]            -12 
	00086: NPUSHB      (11):    13    13     2    85     4     6    12    12     2    85 
	                             4 
	00099: PUSHW[1]             -4 
	00102: PUSHB[5]             12    13     6    85     4 
	00108: PUSHW[1]             -6 
	00111: NPUSHB      (24):    16    16     6    85     4     0    12     6     1     9 
	                             6    38     4    54     4     2     4     4     3     5 
	                             6     2     3     8 
	00137: SVTCA[y-axis] 
	00138: MIAP[rd+ci] 
	00139: MIAP[rd+ci] 
	00140: MDRP[nrp0,nmd,nrd,0] 
	00141: SRP2       
	00142: IP         
	00143: MDAP[rd]   
	00144: DELTAP1    
	00145: SRP2       
	00146: IP         
	00147: MDRP[nrp0,nmd,nrd,0] 
	00148: SRP0       
	00149: MDRP[srp0,nmd,nrd,0] 
	00150: MDRP[nrp0,nmd,nrd,0] 
	00151: SVTCA[x-axis] 
	00152: MDAP[rd]   
	00153: CALL       
	00154: CALL       
	00155: CALL       
	00156: CALL       
	00157: CALL       
	00158: CALL       
	00159: MIRP[srp0,md,rd,1] 
	00160: MDRP[nrp0,md,rd,1] 
	00161: SRP0       
	00162: MDRP[srp0,md,rd,1] 
	00163: DELTAP1    
	00164: SDPVTL[1]  
	00165: CALL       
	00166: CALL       
	00167: CALL       
	00168: RDTG       
	00169: SRP0       
	00170: MDRP[nrp0,nmd,rd,0] 
	00171: SDPVTL[1]  
	00172: RTG        
	00173: SRP0       
	00174: CALL       
	00175: SFVTL[=p1,p2] 
	00176: RDTG       
	00177: SRP0       
	00178: MDRP[nrp0,nmd,rd,0] 
	00179: SVTCA[x-axis] 
	00180: CALL       
	00181: SVTCA[y-axis] 
	00182: CALL       
	00183: CALL       
	00184: IUP[y]     
	00185: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:                                      On
	  6:  YDual XDual                 X-Short On
	  7:                                      On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:                                      On

	Coordinates
	-----------
	  0: Rel (  1133,  1466)  ->  Abs (  1133,  1466)
	  1: Rel (  -476,  -840)  ->  Abs (   657,   626)
	  2: Rel (     0,  -626)  ->  Abs (   657,     0)
	  3: Rel (  -180,     0)  ->  Abs (   477,     0)
	  4: Rel (     0,   626)  ->  Abs (   477,   626)
	  5: Rel (  -480,   840)  ->  Abs (    -3,  1466)
	  6: Rel (   200,     0)  ->  Abs (   197,  1466)
	  7: Rel (   290,  -516)  ->  Abs (   487,   950)
	  8: Rel (    48,   -85)  ->  Abs (   535,   865)
	  9: Rel (    28,   -69)  ->  Abs (   563,   796)
	 10: Rel (    25,    57)  ->  Abs (   588,   853)
	 11: Rel (    57,   106)  ->  Abs (   645,   959)
	 12: Rel (   274,   507)  ->  Abs (   919,  1466)

	Glyph 1307: off = 0x00033688, len = 274
	  numberOfContours:	1
	  xMin:			20
	  yMin:			-407
	  xMax:			1005
	  yMax:			1062

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	214
	00000: PUSHW[2]              9   -18 
	00005: NPUSHB      (11):    15    17     2    85     9    10    13    13     2    85 
	                             9 
	00018: PUSHW[1]            -20 
	00021: PUSHB[5]              9    11     2    85     9 
	00027: PUSHW[1]            -12 
	00030: NPUSHB      (61):    14    16     6    85     9    11    11    11     6    85 
	                             9    12     9     6    12    15    15    15     6    85 
	                            12    37     0     1    20     0     0     1     9     6 
	                             6     4    11    11     6    85     6    15    13    13 
	                             6    85     6    37     5     4    20     5     4     5 
	                             4     0     1    37     4    18    17    17     2    85 
	                             4 
	00093: PUSHW[1]            -16 
	00096: PUSHB[5]             16    16     2    85     4 
	00102: PUSHW[1]             -8 
	00105: NPUSHB      (17):    15    15     2    85     4    10    13    13     2    85 
	                             4    10     9     9     2    85     4 
	00124: PUSHW[1]             -4 
	00127: PUSHB[5]             13    13     6    85     4 
	00133: PUSHW[1]             -2 
	00136: NPUSHB      (27):    16    16     6    85     4     9     4    12     5     0 
	                             6     6     1    36     4    52     4    68     4   116 
	                             4   132     4     5     4    10     2 
	00165: SVTCA[y-axis] 
	00166: MDAP[rd]   
	00167: MIAP[rd+ci] 
	00168: DELTAP1    
	00169: MDRP[nrp0,nmd,nrd,0] 
	00170: MIAP[rd+ci] 
	00171: MDRP[nrp0,nmd,nrd,0] 
	00172: MDRP[nrp0,nmd,nrd,0] 
	00173: MDRP[nrp0,nmd,nrd,0] 
	00174: SRP2       
	00175: IP         
	00176: SVTCA[x-axis] 
	00177: MDAP[rd]   
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: MIRP[srp0,md,rd,1] 
	00186: MDRP[nrp0,md,rd,1] 
	00187: SRP0       
	00188: MDRP[srp0,md,rd,1] 
	00189: SDPVTL[1]  
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: RDTG       
	00194: SRP0       
	00195: MDRP[nrp0,nmd,rd,0] 
	00196: SDPVTL[1]  
	00197: RTG        
	00198: SRP0       
	00199: CALL       
	00200: CALL       
	00201: SFVTL[=p1,p2] 
	00202: RDTG       
	00203: SRP0       
	00204: MDRP[nrp0,nmd,rd,0] 
	00205: SVTCA[x-axis] 
	00206: CALL       
	00207: SVTCA[y-axis] 
	00208: CALL       
	00209: CALL       
	00210: CALL       
	00211: CALL       
	00212: IUP[y]     
	00213: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:        XDual                         On
	  5:                                      On
	  6:  YDual XDual                 X-Short On
	  7:        XDual                 X-Short On
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1005,  1062)  ->  Abs (  1005,  1062)
	  1: Rel (  -402, -1062)  ->  Abs (   603,     0)
	  2: Rel (     0,  -407)  ->  Abs (   603,  -407)
	  3: Rel (  -180,     0)  ->  Abs (   423,  -407)
	  4: Rel (     0,   407)  ->  Abs (   423,     0)
	  5: Rel (  -403,  1062)  ->  Abs (    20,  1062)
	  6: Rel (   194,     0)  ->  Abs (   214,  1062)
	  7: Rel (   221,  -615)  ->  Abs (   435,   447)
	  8: Rel (    46,  -127)  ->  Abs (   481,   320)
	  9: Rel (    31,  -119)  ->  Abs (   512,   201)
	 10: Rel (    29,   109)  ->  Abs (   541,   310)
	 11: Rel (    49,   137)  ->  Abs (   590,   447)
	 12: Rel (   221,   615)  ->  Abs (   811,  1062)

	Glyph 1308: off = 0x0003379A, len = 286
	  numberOfContours:	1
	  xMin:			-3
	  yMin:			0
	  xMax:			1133
	  yMax:			1466

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	209
	00000: PUSHW[2]             15   -22 
	00005: PUSHB[5]             13    17     2    85    15 
	00011: PUSHW[1]            -18 
	00014: NPUSHB      (72):    15    16     6    85     1     0     4    15    18    15 
	                            12    18     8    16    17     2    85    18     8    13 
	                            16     6    85    18    32     0     4    20     0     0 
	                             4    10    11     7    15    12    12    18    13    13 
	                             2    85    12     4    12    13     6    85    12    32 
	                            11     7    20    11     7     9    11     7     1     4 
	                            18     2     0     4    32     7     4    16    16     2 
	                            85     7 
	00088: PUSHW[1]            -28 
	00091: PUSHB[5]             15    15     2    85     7 
	00097: PUSHW[1]            -12 
	00100: NPUSHB      (11):    13    13     2    85     7     6    12    12     2    85 
	                             7 
	00113: PUSHW[1]             -4 
	00116: PUSHB[5]             16    16     6    85     7 
	00122: PUSHW[1]             -4 
	00125: NPUSHB      (21):    12    13     6    85     7    15    12     2     9    30 
	                             4     7     7     6    18    11     0    12     2     6 
	                             8 
	00148: SVTCA[y-axis] 
	00149: MIAP[rd+ci] 
	00150: MIAP[rd+ci] 
	00151: MDRP[nrp0,nmd,nrd,0] 
	00152: MDRP[nrp0,nmd,nrd,0] 
	00153: MDRP[nrp0,nmd,nrd,0] 
	00154: SRP2       
	00155: IP         
	00156: MDAP[rd]   
	00157: MDRP[nrp0,nmd,nrd,0] 
	00158: MIRP[srp0,md,rd,1] 
	00159: MDRP[nrp0,nmd,nrd,0] 
	00160: SRP2       
	00161: IP         
	00162: SVTCA[x-axis] 
	00163: MDAP[rd]   
	00164: CALL       
	00165: CALL       
	00166: CALL       
	00167: CALL       
	00168: CALL       
	00169: CALL       
	00170: MIRP[srp0,md,rd,1] 
	00171: MDRP[srp0,md,rd,0] 
	00172: MDRP[nrp0,nmd,rd,2] 
	00173: SHP[rp1,zp0] 
	00174: SRP2       
	00175: IP         
	00176: SRP0       
	00177: MDRP[srp0,md,rd,0] 
	00178: MDRP[nrp0,nmd,rd,2] 
	00179: SDPVTL[1]  
	00180: CALL       
	00181: CALL       
	00182: CALL       
	00183: RDTG       
	00184: SRP0       
	00185: MDRP[nrp0,nmd,rd,0] 
	00186: SVTCA[x-axis] 
	00187: SRP1       
	00188: SRP2       
	00189: IP         
	00190: SDPVTL[1]  
	00191: RTG        
	00192: SRP0       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: SFVTL[=p1,p2] 
	00197: RDTG       
	00198: SRP0       
	00199: MDRP[nrp0,nmd,rd,0] 
	00200: SVTCA[x-axis] 
	00201: SRP1       
	00202: SRP2       
	00203: IP         
	00204: SVTCA[y-axis] 
	00205: CALL       
	00206: CALL       
	00207: IUP[y]     
	00208: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On
	 11:                                      On
	 12:  YDual XDual                 X-Short On
	 13:                                      On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:                                      On

	Coordinates
	-----------
	  0: Rel (  1133,  1466)  ->  Abs (  1133,  1466)
	  1: Rel (  -405,  -711)  ->  Abs (   728,   755)
	  2: Rel (   341,     0)  ->  Abs (  1069,   755)
	  3: Rel (     0,  -148)  ->  Abs (  1069,   607)
	  4: Rel (  -412,     0)  ->  Abs (   657,   607)
	  5: Rel (     0,  -607)  ->  Abs (   657,     0)
	  6: Rel (  -180,     0)  ->  Abs (   477,     0)
	  7: Rel (     0,   607)  ->  Abs (   477,   607)
	  8: Rel (  -415,     0)  ->  Abs (    62,   607)
	  9: Rel (     0,   148)  ->  Abs (    62,   755)
	 10: Rel (   341,     0)  ->  Abs (   403,   755)
	 11: Rel (  -406,   711)  ->  Abs (    -3,  1466)
	 12: Rel (   200,     0)  ->  Abs (   197,  1466)
	 13: Rel (   290,  -516)  ->  Abs (   487,   950)
	 14: Rel (    48,   -85)  ->  Abs (   535,   865)
	 15: Rel (    28,   -69)  ->  Abs (   563,   796)
	 16: Rel (    25,    57)  ->  Abs (   588,   853)
	 17: Rel (    57,   106)  ->  Abs (   645,   959)
	 18: Rel (   274,   507)  ->  Abs (   919,  1466)

	Glyph 1309: off = 0x000338B8, len = 310
	  numberOfContours:	1
	  xMin:			20
	  yMin:			-407
	  xMax:			1005
	  yMax:			1062

	EndPoints
	---------
	  0:  18

	  Length of Instructions:	234
	00000: NPUSHB      (19):    38    13    70    13   118    13   134    13     4    38 
	                            17    70    17   118    17   134    17     4    15 
	00021: PUSHW[1]            -18 
	00024: NPUSHB      (11):    15    17     2    85    15    10    13    13     2    85 
	                            15 
	00037: PUSHW[1]            -20 
	00040: PUSHB[5]              9    11     2    85    15 
	00046: PUSHW[1]            -30 
	00049: NPUSHB      (71):    14    16     6    85    15    11    13    13     6    85 
	                            15    11    11    11     6    85    15    18    15    12 
	                            18    15    15    15     6    85    18    37     0     1 
	                            20     0     0     1    15    12    12     4    11    11 
	                             6    85    12    10    13    13     6    85    12    37 
	                            11    10    20    11    10     9    11    10     2     0 
	                             5     1    37     6    10    18    17    17     2    85 
	                            10 
	00122: PUSHW[1]            -16 
	00125: PUSHB[5]             16    16     2    85    10 
	00131: PUSHW[1]             -8 
	00134: NPUSHB      (17):    15    15     2    85    10    10    13    13     2    85 
	                            10    10     9     9     2    85    10 
	00153: PUSHW[1]             -4 
	00156: NPUSHB      (19):    13    13     6    85    10    15    10    18    11     0 
	                            12     6     3     8    43     1    10    10     6 
	00177: SVTCA[y-axis] 
	00178: MDAP[rd]   
	00179: MIAP[rd+ci] 
	00180: MDRP[nrp0,nmd,nrd,0] 
	00181: MIRP[srp0,md,rd,1] 
	00182: MDRP[nrp0,nmd,nrd,0] 
	00183: MIAP[rd+ci] 
	00184: MDRP[nrp0,nmd,nrd,0] 
	00185: MDRP[nrp0,nmd,nrd,0] 
	00186: MDRP[nrp0,nmd,nrd,0] 
	00187: SRP2       
	00188: IP         
	00189: SVTCA[x-axis] 
	00190: MDAP[rd]   
	00191: CALL       
	00192: CALL       
	00193: CALL       
	00194: CALL       
	00195: CALL       
	00196: CALL       
	00197: MDRP[nrp0,nmd,nrd,0] 
	00198: MIRP[srp0,md,rd,1] 
	00199: MDRP[nrp0,nmd,nrd,0] 
	00200: MDRP[srp0,md,rd,1] 
	00201: MDRP[nrp0,nmd,rd,2] 
	00202: SRP0       
	00203: MDRP[srp0,md,rd,1] 
	00204: MDRP[nrp0,nmd,rd,2] 
	00205: SDPVTL[1]  
	00206: CALL       
	00207: CALL       
	00208: CALL       
	00209: RDTG       
	00210: SRP0       
	00211: MDRP[nrp0,nmd,rd,0] 
	00212: SDPVTL[1]  
	00213: RTG        
	00214: SRP0       
	00215: CALL       
	00216: CALL       
	00217: SFVTL[=p1,p2] 
	00218: RDTG       
	00219: SRP0       
	00220: MDRP[nrp0,nmd,rd,0] 
	00221: SVTCA[x-axis] 
	00222: CALL       
	00223: CALL       
	00224: SVTCA[y-axis] 
	00225: CALL       
	00226: CALL       
	00227: CALL       
	00228: CALL       
	00229: IUP[y]     
	00230: IUP[x]     
	00231: SVTCA[y-axis] 
	00232: DELTAP1    
	00233: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                                      On
	  2:  YDual                               On
	  3:        XDual         Y-Short         On
	  4:  YDual                               On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:  YDual                               On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On
	 11:                                      On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                 X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1005,  1062)  ->  Abs (  1005,  1062)
	  1: Rel (  -402, -1062)  ->  Abs (   603,     0)
	  2: Rel (   322,     0)  ->  Abs (   925,     0)
	  3: Rel (     0,  -132)  ->  Abs (   925,  -132)
	  4: Rel (  -322,     0)  ->  Abs (   603,  -132)
	  5: Rel (     0,  -275)  ->  Abs (   603,  -407)
	  6: Rel (  -180,     0)  ->  Abs (   423,  -407)
	  7: Rel (     0,   275)  ->  Abs (   423,  -132)
	  8: Rel (  -323,     0)  ->  Abs (   100,  -132)
	  9: Rel (     0,   132)  ->  Abs (   100,     0)
	 10: Rel (   323,     0)  ->  Abs (   423,     0)
	 11: Rel (  -403,  1062)  ->  Abs (    20,  1062)
	 12: Rel (   194,     0)  ->  Abs (   214,  1062)
	 13: Rel (   221,  -615)  ->  Abs (   435,   447)
	 14: Rel (    46,  -127)  ->  Abs (   481,   320)
	 15: Rel (    31,  -119)  ->  Abs (   512,   201)
	 16: Rel (    29,   109)  ->  Abs (   541,   310)
	 17: Rel (    49,   137)  ->  Abs (   590,   447)
	 18: Rel (   221,   615)  ->  Abs (   811,  1062)

	Glyph 1310: off = 0x000339EE, len = 362
	  numberOfContours:	1
	  xMin:			9
	  yMin:			-407
	  xMax:			1353
	  yMax:			1466

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	264
	00000: PUSHW[2]             16   -12 
	00005: NPUSHB      (27):    11    11     2    85   105     3     1    68    21   116 
	                            21   132    21     3    73    11     1    22    13     1 
	                             6    14    12    17     2    85    16 
	00034: PUSHW[1]            -14 
	00037: PUSHB[5]             12    17     2    85    21 
	00043: PUSHW[1]             -8 
	00046: NPUSHB      (10):    12    17     2    85    11     8    12    17     2    85 
	00058: PUSHB[2]              6     2 
	00061: RS         
	00062: EQ         
	00063: IF         
	00064: PUSHB[8]              2    32    23    23    10    25    24    16 
	00073: PUSHW[1]            -24 
	00076: NPUSHB      (21):    10    17    52     6    24    10    17    52     6    11 
	                            21    16     4    10    12     3    10     8    19    12 
	                             2 
	00099: SVTCA[y-axis] 
	00100: MIAP[rd+ci] 
	00101: ALIGNRP    
	00102: MIAP[rd+ci] 
	00103: ALIGNRP    
	00104: SRP1       
	00105: SRP2       
	00106: SLOOP      
	00107: IP         
	00108: CALL       
	00109: CALL       
	00110: SVTCA[x-axis] 
	00111: SRP1       
	00112: SRP2       
	00113: IP         
	00114: IP         
	00115: MDAP[rd]   
	00116: MIRP[nrp0,md,rd,1] 
	00117: ELSE       
	00118: NPUSHB      (48):     6     9    20     3    12    21     9    20    22    13 
	                            16    10    19    22    13    11    10    19     3    12 
	                            13     3    12     3    32    22    13    20    22    22 
	                            13     2    32     0    22    20    19     9    20     9 
	                            32    10    19    20    10    10    19    20 
	00168: PUSHW[1]            -18 
	00171: NPUSHB      (33):     9    12     2    85    20    16    10    12     4     9 
	                            12     2    85    12    16    16    21    11     6     4 
	                             9    20    19    12    13     2    22    30     3    10 
	                             9     8     1 
	00206: SVTCA[y-axis] 
	00207: MDAP[rd]   
	00208: MIAP[rd+ci] 
	00209: MDRP[nrp0,nmd,nrd,0] 
	00210: MDRP[srp0,nmd,nrd,0] 
	00211: MIRP[nrp0,md,rd,1] 
	00212: MIAP[rd+ci] 
	00213: MDRP[nrp0,nmd,nrd,0] 
	00214: MDRP[nrp0,nmd,nrd,0] 
	00215: MDRP[nrp0,nmd,nrd,0] 
	00216: SRP2       
	00217: SLOOP      
	00218: IP         
	00219: SVTCA[x-axis] 
	00220: MDAP[rd]   
	00221: MDRP[srp0,md,rd,1] 
	00222: CALL       
	00223: MDRP[nrp0,nmd,rd,2] 
	00224: SRP0       
	00225: MDRP[nrp0,md,rd,1] 
	00226: CALL       
	00227: SDPVTL[1]  
	00228: SRP0       
	00229: CALL       
	00230: SDPVTL[1]  
	00231: RDTG       
	00232: MDRP[nrp0,nmd,rd,0] 
	00233: SVTCA[x-axis] 
	00234: RTG        
	00235: SRP0       
	00236: MDRP[srp0,nmd,rd,2] 
	00237: MDRP[srp0,md,rd,1] 
	00238: MIRP[nrp0,md,rd,1] 
	00239: SDPVTL[1]  
	00240: SRP0       
	00241: CALL       
	00242: SDPVTL[1]  
	00243: RDTG       
	00244: MDRP[nrp0,nmd,rd,0] 
	00245: ISECT      
	00246: ISECT      
	00247: ISECT      
	00248: ISECT      
	00249: EIF        
	00250: CALL       
	00251: CALL       
	00252: SVTCA[y-axis] 
	00253: CALL       
	00254: CALL       
	00255: IUP[y]     
	00256: IUP[x]     
	00257: SVTCA[x-axis] 
	00258: DELTAP1    
	00259: DELTAP1    
	00260: DELTAP1    
	00261: DELTAP1    
	00262: SVTCA[y-axis] 
	00263: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:                                      On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:                      Y-Short X-Short On
	  9:                                      On
	 10:  YDual                       X-Short On
	 11:                                      On
	 12:                                      On
	 13:  YDual XDual                 X-Short On
	 14:                                      On
	 15:        XDual         Y-Short X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:                                      On
	 20:  YDual XDual                 X-Short On
	 21:                                      On
	 22:                                      On
	 23:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1353,  -407)  ->  Abs (  1353,  -407)
	  1: Rel (  -172,     0)  ->  Abs (  1181,  -407)
	  2: Rel (     0,   407)  ->  Abs (  1181,     0)
	  3: Rel (   -68,     0)  ->  Abs (  1113,     0)
	  4: Rel (  -369,   523)  ->  Abs (   744,   523)
	  5: Rel (   -25,    36)  ->  Abs (   719,   559)
	  6: Rel (   -39,    62)  ->  Abs (   680,   621)
	  7: Rel (   -52,   -86)  ->  Abs (   628,   535)
	  8: Rel (   -18,   -24)  ->  Abs (   610,   511)
	  9: Rel (  -368,  -511)  ->  Abs (   242,     0)
	 10: Rel (  -233,     0)  ->  Abs (     9,     0)
	 11: Rel (   567,   764)  ->  Abs (   576,   764)
	 12: Rel (  -500,   702)  ->  Abs (    76,  1466)
	 13: Rel (   231,     0)  ->  Abs (   307,  1466)
	 14: Rel (   266,  -376)  ->  Abs (   573,  1090)
	 15: Rel (    84,  -119)  ->  Abs (   657,   971)
	 16: Rel (    34,   -61)  ->  Abs (   691,   910)
	 17: Rel (    45,    73)  ->  Abs (   736,   983)
	 18: Rel (    71,    94)  ->  Abs (   807,  1077)
	 19: Rel (   295,   389)  ->  Abs (  1102,  1466)
	 20: Rel (   211,     0)  ->  Abs (  1313,  1466)
	 21: Rel (  -515,  -691)  ->  Abs (   798,   775)
	 22: Rel (   430,  -602)  ->  Abs (  1228,   173)
	 23: Rel (   125,     0)  ->  Abs (  1353,   173)

	Glyph 1311: off = 0x00033B58, len = 366
	  numberOfContours:	1
	  xMin:			15
	  yMin:			-301
	  xMax:			1009
	  yMax:			1062

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	284
	00000: NPUSHB      (21):    38    17    70    17   134    17     3    38     4    70 
	                             4     2    88     7     1    38    17    70    17     2 
	                            12 
	00023: PUSHW[1]            -20 
	00026: NPUSHB      (11):    11    11     6    85     4    40    13    17     6    85 
	                            12 
	00039: PUSHW[1]            -40 
	00042: NPUSHB      (40):    13    17     6    85    12    20    11    11     6    85 
	                            12    10    13    13     6    85     4     5    16     3 
	                             8    17     5    16    18     9    12     6    15    18 
	                             9     7     6    15     3     8     3     9    18     9 
	00084: PUSHW[1]             -8 
	00087: NPUSHB      (15):    13    17     2    85     9    37     8     3    20     8 
	                             8     3     2    37     0 
	00104: PUSHW[1]             -3 
	00107: NPUSHB      (29):    12    12     6    85     0    10    13    13     6    85 
	                             0    12    15    16     6    85     0   149    18     1 
	                            48    18     1    18    16    15     5    16     5 
	00138: PUSHW[1]             -8 
	00141: NPUSHB      (30):    13    17     2    85     5    37     6    15    20     6 
	                             6    15    95    16   111    16   159    16     3    16 
	                            12     6   160     8     1     8    17     7     4    12 
	00173: PUSHW[1]            -10 
	00176: PUSHB[5]             13    13     2    85    12 
	00182: PUSHW[1]            -10 
	00185: NPUSHB      (26):    10    10     2    85    32    12     1    12    12    17 
	                             7     4     4     5    16    15     8     9     6    18 
	                            43     3     6     5    10     1 
	00213: SVTCA[y-axis] 
	00214: MDAP[rd]   
	00215: MIAP[rd+ci] 
	00216: MDRP[nrp0,nmd,nrd,0] 
	00217: MDRP[srp0,nmd,nrd,0] 
	00218: MIRP[nrp0,md,rd,1] 
	00219: MIAP[rd+ci] 
	00220: MDRP[nrp0,nmd,nrd,0] 
	00221: MDRP[nrp0,nmd,nrd,0] 
	00222: MDRP[nrp0,nmd,nrd,0] 
	00223: SRP2       
	00224: SLOOP      
	00225: IP         
	00226: SVTCA[x-axis] 
	00227: MDAP[rd]   
	00228: DELTAP1    
	00229: CALL       
	00230: CALL       
	00231: SHP[rp1,zp0] 
	00232: SHP[rp1,zp0] 
	00233: SHP[rp1,zp0] 
	00234: MDRP[srp0,md,rd,1] 
	00235: DELTAP1    
	00236: MDRP[nrp0,nmd,rd,2] 
	00237: SRP0       
	00238: MDRP[nrp0,md,rd,1] 
	00239: DELTAP1    
	00240: SDPVTL[1]  
	00241: SRP0       
	00242: CALL       
	00243: CALL       
	00244: SDPVTL[1]  
	00245: RDTG       
	00246: MDRP[nrp0,nmd,rd,0] 
	00247: SVTCA[x-axis] 
	00248: RTG        
	00249: SRP0       
	00250: MDRP[srp0,nmd,rd,2] 
	00251: DELTAP1    
	00252: DELTAP1    
	00253: MDRP[srp0,md,rd,1] 
	00254: CALL       
	00255: CALL       
	00256: CALL       
	00257: MIRP[nrp0,md,rd,1] 
	00258: SDPVTL[1]  
	00259: SRP0       
	00260: CALL       
	00261: CALL       
	00262: SDPVTL[1]  
	00263: RDTG       
	00264: MDRP[nrp0,nmd,rd,0] 
	00265: ISECT      
	00266: ISECT      
	00267: ISECT      
	00268: ISECT      
	00269: SVTCA[x-axis] 
	00270: CALL       
	00271: CALL       
	00272: SVTCA[y-axis] 
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: IUP[y]     
	00277: IUP[x]     
	00278: SVTCA[y-axis] 
	00279: DELTAP1    
	00280: DELTAP1    
	00281: DELTAP1    
	00282: SVTCA[x-axis] 
	00283: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual                       X-Short On
	  4:                                      On
	  5:                                      On
	  6:  YDual                       X-Short On
	  7:                                      On
	  8:                                      On
	  9:  YDual XDual                 X-Short On
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual         Y-Short X-Short On
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual                 X-Short On
	 17:                                      On
	 18:                                      On
	 19:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1009,  -301)  ->  Abs (  1009,  -301)
	  1: Rel (  -148,     0)  ->  Abs (   861,  -301)
	  2: Rel (     0,   301)  ->  Abs (   861,     0)
	  3: Rel (   -73,     0)  ->  Abs (   788,     0)
	  4: Rel (  -276,   419)  ->  Abs (   512,   419)
	  5: Rel (  -279,  -419)  ->  Abs (   233,     0)
	  6: Rel (  -218,     0)  ->  Abs (    15,     0)
	  7: Rel (   388,   552)  ->  Abs (   403,   552)
	  8: Rel (  -359,   510)  ->  Abs (    44,  1062)
	  9: Rel (   225,     0)  ->  Abs (   269,  1062)
	 10: Rel (   163,  -249)  ->  Abs (   432,   813)
	 11: Rel (    42,   -64)  ->  Abs (   474,   749)
	 12: Rel (    32,   -55)  ->  Abs (   506,   694)
	 13: Rel (    35,    52)  ->  Abs (   541,   746)
	 14: Rel (    46,    65)  ->  Abs (   587,   811)
	 15: Rel (   179,   251)  ->  Abs (   766,  1062)
	 16: Rel (   215,     0)  ->  Abs (   981,  1062)
	 17: Rel (  -367,  -500)  ->  Abs (   614,   562)
	 18: Rel (   292,  -414)  ->  Abs (   906,   148)
	 19: Rel (   103,     0)  ->  Abs (  1009,   148)

	Glyph 1312: off = 0x00033CC6, len = 406
	  numberOfContours:	1
	  xMin:			87
	  yMin:			0
	  xMax:			1204
	  yMax:			1466

	EndPoints
	---------
	  0:  29

	  Length of Instructions:	312
	00000: NPUSHB      (15):   100    20     1    69    20    85    20     2    54    20 
	                             1    24     4    23     6 
	00017: PUSHW[1]            -14 
	00020: NPUSHB      (11):    16    16     2    85     6     4    13    13     2    85 
	                             6 
	00033: PUSHW[1]            -14 
	00036: NPUSHB      (11):    12    12     2    85     6    14    16    16     6    85 
	                             6 
	00049: PUSHW[1]             -8 
	00052: PUSHB[5]             15    15     6    85     6 
	00058: PUSHW[1]            -14 
	00061: NPUSHB      (11):    12    12     6    85     6     6    17    27    29    32 
	                             1 
	00074: PUSHW[1]             -8 
	00077: PUSHB[5]             16    16     2    85     1 
	00083: PUSHW[1]            -28 
	00086: NPUSHB      (11):    15    15     2    85     1    30    13    13     2    85 
	                             1 
	00099: PUSHW[1]             -2 
	00102: PUSHB[5]             12    12     2    85     1 
	00108: PUSHW[1]            -24 
	00111: NPUSHB      (23):    11    11     2    85     1    10    16    16     6    85 
	                             1    18    15    15     6    85     1     8    13    13 
	                             6    85     1 
	00136: PUSHW[1]             -2 
	00139: NPUSHB      (45):    12    12     6    85     1    14    11    11     6    85 
	                             1    31    17    32    15    10    16    16     2    85 
	                            15    20    15    15     2    85    15    22    13    13 
	                             2    85    15    26    12    12     2    85    15    18 
	                            11    11     2    85    15 
	00186: PUSHW[1]            -20 
	00189: NPUSHB      (17):    16    16     6    85    15    14    13    13     6    85 
	                            15    24    12    12     6    85    15 
	00208: PUSHW[1]             -4 
	00211: NPUSHB      (33):    11    11     6    85     0    15     1    15    93    30 
	                            24    24    28    27    25    22    21    30     9     7 
	                             4     2     9     6     9     6     9     1    17    28 
	                             2     1     8 
	00246: SVTCA[y-axis] 
	00247: MIAP[rd+ci] 
	00248: MIAP[rd+ci] 
	00249: MDRP[nrp0,nmd,nrd,0] 
	00250: SRP2       
	00251: IP         
	00252: IP         
	00253: MDAP[rd]   
	00254: MDAP[rd]   
	00255: SRP1       
	00256: SHP[rp1,zp0] 
	00257: SHP[rp1,zp0] 
	00258: SHP[rp1,zp0] 
	00259: SRP0       
	00260: MIRP[nrp0,md,rd,1] 
	00261: SHP[rp2,zp1] 
	00262: SHP[rp2,zp1] 
	00263: SHP[rp2,zp1] 
	00264: SRP1       
	00265: IP         
	00266: MDAP[rd]   
	00267: SVTCA[x-axis] 
	00268: SRP0       
	00269: MIRP[srp0,nmd,rd,2] 
	00270: DELTAP1    
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: CALL       
	00276: CALL       
	00277: CALL       
	00278: CALL       
	00279: CALL       
	00280: MIRP[nrp0,md,rd,1] 
	00281: SRP0       
	00282: MDRP[srp0,nmd,rd,0] 
	00283: CALL       
	00284: CALL       
	00285: CALL       
	00286: CALL       
	00287: CALL       
	00288: CALL       
	00289: CALL       
	00290: CALL       
	00291: CALL       
	00292: CALL       
	00293: MIRP[nrp0,md,rd,1] 
	00294: MDRP[nrp0,nmd,nrd,0] 
	00295: SRP1       
	00296: IP         
	00297: MDAP[rd]   
	00298: CALL       
	00299: CALL       
	00300: CALL       
	00301: CALL       
	00302: CALL       
	00303: CALL       
	00304: MDRP[nrp0,nmd,nrd,0] 
	00305: MDRP[srp0,md,rd,1] 
	00306: MDRP[nrp0,nmd,nrd,0] 
	00307: IUP[y]     
	00308: IUP[x]     
	00309: DELTAP1    
	00310: DELTAP1    
	00311: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:        XDual                         On
	  6:  YDual                       X-Short On
	  7:        XDual                         On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:        XDual                         On
	 17:  YDual XDual                 X-Short On
	 18:        XDual                         On
	 19:        XDual         Y-Short         Off
	 20:        XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual                 X-Short On
	 23:        XDual                         On
	 24:  YDual XDual                 X-Short On
	 25:        XDual                         On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short X-Short On
	 28:        XDual                         On
	 29:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1204,     0)  ->  Abs (  1204,     0)
	  1: Rel (  -194,     0)  ->  Abs (  1010,     0)
	  2: Rel (     0,   591)  ->  Abs (  1010,   591)
	  3: Rel (  -162,   -60)  ->  Abs (   848,   531)
	  4: Rel (  -138,   -23)  ->  Abs (   710,   508)
	  5: Rel (     0,  -279)  ->  Abs (   710,   229)
	  6: Rel (  -120,     0)  ->  Abs (   590,   229)
	  7: Rel (     0,   266)  ->  Abs (   590,   495)
	  8: Rel (   -22,    -1)  ->  Abs (   568,   494)
	  9: Rel (   -15,     0)  ->  Abs (   553,   494)
	 10: Rel (  -138,     0)  ->  Abs (   415,   494)
	 11: Rel (  -116,    62)  ->  Abs (   299,   556)
	 12: Rel (  -128,    70)  ->  Abs (   171,   626)
	 13: Rel (   -44,   121)  ->  Abs (   127,   747)
	 14: Rel (   -40,   111)  ->  Abs (    87,   858)
	 15: Rel (     0,   177)  ->  Abs (    87,  1035)
	 16: Rel (     0,   431)  ->  Abs (    87,  1466)
	 17: Rel (   194,     0)  ->  Abs (   281,  1466)
	 18: Rel (     0,  -413)  ->  Abs (   281,  1053)
	 19: Rel (     0,  -239)  ->  Abs (   281,   814)
	 20: Rel (   177,  -153)  ->  Abs (   458,   661)
	 21: Rel (   121,     1)  ->  Abs (   579,   662)
	 22: Rel (    11,     0)  ->  Abs (   590,   662)
	 23: Rel (     0,   450)  ->  Abs (   590,  1112)
	 24: Rel (   120,     0)  ->  Abs (   710,  1112)
	 25: Rel (     0,  -441)  ->  Abs (   710,   671)
	 26: Rel (   145,    20)  ->  Abs (   855,   691)
	 27: Rel (   155,    62)  ->  Abs (  1010,   753)
	 28: Rel (     0,   713)  ->  Abs (  1010,  1466)
	 29: Rel (   194,     0)  ->  Abs (  1204,  1466)

	Glyph 1313: off = 0x00033E5C, len = 380
	  numberOfContours:	1
	  xMin:			69
	  yMin:			0
	  xMax:			931
	  yMax:			1062

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	284
	00000: NPUSHB      (30):   116    21   132    21     2   101    21     1    25     4 
	                            14    12    12     2    85     4    14    11    12     6 
	                            85     4    24     6    10    15    16     2    85     6 
	00032: PUSHW[1]            -10 
	00035: PUSHB[5]             12    12     2    85     6 
	00041: PUSHW[1]             -8 
	00044: NPUSHB      (17):    11    12     6    85     6    14    15    15     6    85 
	                             6     6    17    28    30    37     1 
	00063: PUSHW[1]            -52 
	00066: NPUSHB      (17):    16    16     2    85     1    32    15    15     2    85 
	                             1     8    13    13     2    85     1 
	00085: PUSHW[1]            -10 
	00088: PUSHB[5]             10    11     2    85     1 
	00094: PUSHW[1]             -8 
	00097: PUSHB[5]             11    12     6    85     1 
	00103: PUSHW[1]             -4 
	00106: NPUSHB      (27):    13    13     6    85     1    14    15    15     6    85 
	                             1    24    16    16     6    85    31     1     1     0 
	                             1     1     1    32    17    37    14 
	00135: PUSHW[1]            -32 
	00138: NPUSHB      (17):    16    16     2    85    14    28    15    15     2    85 
	                            14    22    13    13     2    85    14 
	00157: PUSHW[1]             -4 
	00160: NPUSHB      (58):    12    12     2    85    14    22    11    12     6    85 
	                            14    24    13    13     6    85    14    24    15    15 
	                             6    85    14    28    16    16     6    85    79    14 
	                            95    14     2    14    31    25    25    23    29    16 
	                            28    26    23    43     8     7     4     2     8     6 
	                             8     6     8     1    16     6     1    10 
	00220: SVTCA[y-axis] 
	00221: MIAP[rd+ci] 
	00222: MIAP[rd+ci] 
	00223: SRP2       
	00224: IP         
	00225: IP         
	00226: MDAP[rd]   
	00227: MDAP[rd]   
	00228: SRP1       
	00229: SHP[rp1,zp0] 
	00230: SHP[rp1,zp0] 
	00231: SHP[rp1,zp0] 
	00232: SRP0       
	00233: MIRP[nrp0,md,rd,1] 
	00234: SHP[rp2,zp1] 
	00235: SHP[rp2,zp1] 
	00236: SRP0       
	00237: MDRP[nrp0,nmd,nrd,0] 
	00238: SRP1       
	00239: IP         
	00240: MDAP[rd]   
	00241: SVTCA[x-axis] 
	00242: SRP0       
	00243: MDRP[srp0,nmd,rd,2] 
	00244: DELTAP1    
	00245: CALL       
	00246: CALL       
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: MIRP[nrp0,md,rd,1] 
	00254: SRP0       
	00255: MDRP[srp0,nmd,rd,0] 
	00256: DELTAP1    
	00257: DELTAP1    
	00258: CALL       
	00259: CALL       
	00260: CALL       
	00261: CALL       
	00262: CALL       
	00263: CALL       
	00264: CALL       
	00265: CALL       
	00266: MIRP[nrp0,md,rd,1] 
	00267: MDRP[nrp0,nmd,nrd,0] 
	00268: SRP1       
	00269: IP         
	00270: MDAP[rd]   
	00271: CALL       
	00272: CALL       
	00273: CALL       
	00274: CALL       
	00275: MDRP[nrp0,nmd,nrd,0] 
	00276: MDRP[srp0,md,rd,1] 
	00277: CALL       
	00278: CALL       
	00279: MDRP[nrp0,nmd,nrd,0] 
	00280: IUP[y]     
	00281: IUP[x]     
	00282: DELTAP1    
	00283: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:        XDual         Y-Short         On
	  6:  YDual                       X-Short On
	  7:  YDual XDual         Y-Short         On
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:        XDual                         On
	 16:  YDual XDual                 X-Short On
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual                         On
	 25:  YDual XDual                 X-Short On
	 26:        XDual                         On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual         Y-Short X-Short On
	 29:        XDual                         On
	 30:  YDual XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   931,     0)  ->  Abs (   931,     0)
	  1: Rel (  -180,     0)  ->  Abs (   751,     0)
	  2: Rel (     0,   428)  ->  Abs (   751,   428)
	  3: Rel (  -110,   -34)  ->  Abs (   641,   394)
	  4: Rel (  -100,   -12)  ->  Abs (   541,   382)
	  5: Rel (     0,  -214)  ->  Abs (   541,   168)
	  6: Rel (   -99,     0)  ->  Abs (   442,   168)
	  7: Rel (     0,   208)  ->  Abs (   442,   376)
	  8: Rel (   -21,     0)  ->  Abs (   421,   376)
	  9: Rel (   -89,     0)  ->  Abs (   332,   376)
	 10: Rel (   -94,    55)  ->  Abs (   238,   431)
	 11: Rel (  -100,    59)  ->  Abs (   138,   490)
	 12: Rel (   -36,    98)  ->  Abs (   102,   588)
	 13: Rel (   -33,    89)  ->  Abs (    69,   677)
	 14: Rel (     0,   107)  ->  Abs (    69,   784)
	 15: Rel (     0,   278)  ->  Abs (    69,  1062)
	 16: Rel (   180,     0)  ->  Abs (   249,  1062)
	 17: Rel (     0,  -201)  ->  Abs (   249,   861)
	 18: Rel (     0,  -116)  ->  Abs (   249,   745)
	 19: Rel (     9,   -43)  ->  Abs (   258,   702)
	 20: Rel (    18,   -84)  ->  Abs (   276,   618)
	 21: Rel (    63,   -47)  ->  Abs (   339,   571)
	 22: Rel (    44,   -33)  ->  Abs (   383,   538)
	 23: Rel (    59,    -8)  ->  Abs (   442,   530)
	 24: Rel (     0,   277)  ->  Abs (   442,   807)
	 25: Rel (    99,     0)  ->  Abs (   541,   807)
	 26: Rel (     0,  -277)  ->  Abs (   541,   530)
	 27: Rel (    87,    10)  ->  Abs (   628,   540)
	 28: Rel (   123,    41)  ->  Abs (   751,   581)
	 29: Rel (     0,   481)  ->  Abs (   751,  1062)
	 30: Rel (   180,     0)  ->  Abs (   931,  1062)

	Glyph 1314: off = 0x00033FD8, len = 272
	  numberOfContours:	1
	  xMin:			161
	  yMin:			0
	  xMax:			1278
	  yMax:			1466

	EndPoints
	---------
	  0:  21

	  Length of Instructions:	199
	00000: NPUSHB      (24):   103    19     1    91     4     1    74     4     1    21 
	                            32     1    20    16    16     2    85     1     2    13 
	                            13     2    85     1 
	00026: PUSHW[1]            -32 
	00029: PUSHB[5]             12    12     2    85     1 
	00035: PUSHW[1]            -48 
	00038: PUSHB[5]             11    11     6    85     1 
	00044: PUSHW[1]            -30 
	00047: PUSHB[5]             12    12     6    85     1 
	00053: PUSHW[1]            -16 
	00056: PUSHB[5]             13    13     6    85     1 
	00062: PUSHW[1]            -16 
	00065: PUSHB[5]             15    15     6    85     1 
	00071: PUSHW[1]            -24 
	00074: NPUSHB      (16):    16    16     6    85     1    23     9    13    32    11 
	                            32    16    16     2    85    11 
	00092: PUSHW[1]            -10 
	00095: PUSHB[5]             15    15     2    85    11 
	00101: PUSHW[1]            -10 
	00104: PUSHB[5]             13    13     2    85    11 
	00110: PUSHW[1]             -6 
	00113: PUSHB[5]             12    12     2    85    11 
	00119: PUSHW[1]             -8 
	00122: PUSHB[5]             12    12     6    85    11 
	00128: PUSHW[1]            -19 
	00131: PUSHB[5]             13    13     6    85    11 
	00137: PUSHW[1]            -29 
	00140: NPUSHB      (19):    15    15     6    85    11    93    22     8     6    30 
	                            13    15    15     9    12     2     1     9     8 
	00161: SVTCA[y-axis] 
	00162: MIAP[rd+ci] 
	00163: MDRP[nrp0,nmd,nrd,0] 
	00164: MIAP[rd+ci] 
	00165: SRP2       
	00166: IP         
	00167: MDAP[rd]   
	00168: SHP[rp1,zp0] 
	00169: MIRP[nrp0,md,rd,1] 
	00170: SHP[rp2,zp1] 
	00171: SVTCA[x-axis] 
	00172: SRP0       
	00173: MIRP[srp0,nmd,rd,2] 
	00174: CALL       
	00175: CALL       
	00176: CALL       
	00177: CALL       
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: MIRP[srp0,md,rd,1] 
	00182: MDRP[nrp0,nmd,nrd,0] 
	00183: SRP0       
	00184: MDRP[srp0,nmd,rd,0] 
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: CALL       
	00192: CALL       
	00193: MIRP[nrp0,md,rd,1] 
	00194: IUP[y]     
	00195: IUP[x]     
	00196: DELTAP1    
	00197: DELTAP1    
	00198: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:        XDual                         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual               Y-Short X-Short On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:                      Y-Short X-Short On
	  9:        XDual                         On
	 10:  YDual                       X-Short On
	 11:        XDual                         On
	 12:  YDual XDual                 X-Short On
	 13:        XDual                         On
	 14:  YDual               Y-Short         Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short On
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (  1278,     0)  ->  Abs (  1278,     0)
	  1: Rel (  -194,     0)  ->  Abs (  1084,     0)
	  2: Rel (     0,   413)  ->  Abs (  1084,   413)
	  3: Rel (     0,   184)  ->  Abs (  1084,   597)
	  4: Rel (   -56,    92)  ->  Abs (  1028,   689)
	  5: Rel (   -71,   115)  ->  Abs (   957,   804)
	  6: Rel (  -171,     0)  ->  Abs (   786,   804)
	  7: Rel (  -205,     0)  ->  Abs (   581,   804)
	  8: Rel (  -226,   -91)  ->  Abs (   355,   713)
	  9: Rel (     0,  -713)  ->  Abs (   355,     0)
	 10: Rel (  -194,     0)  ->  Abs (   161,     0)
	 11: Rel (     0,  1466)  ->  Abs (   161,  1466)
	 12: Rel (   194,     0)  ->  Abs (   355,  1466)
	 13: Rel (     0,  -591)  ->  Abs (   355,   875)
	 14: Rel (   261,    97)  ->  Abs (   616,   972)
	 15: Rel (   196,     0)  ->  Abs (   812,   972)
	 16: Rel (   139,     0)  ->  Abs (   951,   972)
	 17: Rel (   115,   -62)  ->  Abs (  1066,   910)
	 18: Rel (   129,   -69)  ->  Abs (  1195,   841)
	 19: Rel (    44,  -122)  ->  Abs (  1239,   719)
	 20: Rel (    39,  -109)  ->  Abs (  1278,   610)
	 21: Rel (     0,  -179)  ->  Abs (  1278,   431)

	Glyph 1315: off = 0x000340E8, len = 272
	  numberOfContours:	1
	  xMin:			136
	  yMin:			0
	  xMax:			998
	  yMax:			1062

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	195
	00000: NPUSHB      (12):   139     6     1   122     6     1   104     6     1    23 
	                            37     1 
	00014: PUSHW[1]            -26 
	00017: PUSHB[5]             16    16     2    85     1 
	00023: PUSHW[1]            -22 
	00026: NPUSHB      (11):    13    13     2    85     1     6    12    12     2    85 
	                             1 
	00039: PUSHW[1]            -14 
	00042: PUSHB[5]             16    16     6    85     1 
	00048: PUSHW[1]            -16 
	00051: PUSHB[5]             15    15     6    85     1 
	00057: PUSHW[1]            -32 
	00060: PUSHB[5]             12    13     6    85     1 
	00066: PUSHW[1]            -28 
	00069: NPUSHB      (17):    11    11     6    85     0     1    32     1    48     1 
	                             3     1    25    15    10    37    12 
	00088: PUSHW[1]             -6 
	00091: NPUSHB      (11):    16    16     2    85    12     6    12    12     2    85 
	                            12 
	00104: PUSHW[1]             -6 
	00107: PUSHB[5]             16    16     6    85    12 
	00113: PUSHW[1]            -12 
	00116: PUSHB[5]             15    15     6    85    12 
	00122: PUSHW[1]             -2 
	00125: NPUSHB      (30):    13    13     6    85    12     8    12    12     6    85 
	                             0    12    32    12     2    12    78    24    10     8 
	                            43    15    17    17    11    14     6     1    11    10 
	00157: SVTCA[y-axis] 
	00158: MIAP[rd+ci] 
	00159: MDRP[nrp0,nmd,nrd,0] 
	00160: MIAP[rd+ci] 
	00161: SRP2       
	00162: IP         
	00163: MDAP[rd]   
	00164: SHP[rp1,zp0] 
	00165: MIRP[nrp0,md,rd,1] 
	00166: SHP[rp2,zp1] 
	00167: SVTCA[x-axis] 
	00168: SRP0       
	00169: MIRP[srp0,nmd,rd,2] 
	00170: DELTAP1    
	00171: CALL       
	00172: CALL       
	00173: CALL       
	00174: CALL       
	00175: CALL       
	00176: CALL       
	00177: MIRP[srp0,md,rd,1] 
	00178: MDRP[nrp0,nmd,nrd,0] 
	00179: SRP0       
	00180: MDRP[srp0,nmd,rd,0] 
	00181: DELTAP1    
	00182: CALL       
	00183: CALL       
	00184: CALL       
	00185: CALL       
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: MIRP[nrp0,md,rd,1] 
	00190: IUP[y]     
	00191: IUP[x]     
	00192: DELTAP1    
	00193: DELTAP1    
	00194: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short On
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual               Y-Short X-Short On
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:                      Y-Short X-Short On
	 11:        XDual                         On
	 12:  YDual                       X-Short On
	 13:        XDual                         On
	 14:  YDual XDual                 X-Short On
	 15:        XDual                         On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short X-Short On
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On

	Coordinates
	-----------
	  0: Rel (   998,     0)  ->  Abs (   998,     0)
	  1: Rel (  -180,     0)  ->  Abs (   818,     0)
	  2: Rel (     0,   201)  ->  Abs (   818,   201)
	  3: Rel (     0,   120)  ->  Abs (   818,   321)
	  4: Rel (    -8,    40)  ->  Abs (   810,   361)
	  5: Rel (   -17,    83)  ->  Abs (   793,   444)
	  6: Rel (   -65,    48)  ->  Abs (   728,   492)
	  7: Rel (   -58,    43)  ->  Abs (   670,   535)
	  8: Rel (   -90,     0)  ->  Abs (   580,   535)
	  9: Rel (  -102,     0)  ->  Abs (   478,   535)
	 10: Rel (  -162,   -54)  ->  Abs (   316,   481)
	 11: Rel (     0,  -481)  ->  Abs (   316,     0)
	 12: Rel (  -180,     0)  ->  Abs (   136,     0)
	 13: Rel (     0,  1062)  ->  Abs (   136,  1062)
	 14: Rel (   180,     0)  ->  Abs (   316,  1062)
	 15: Rel (     0,  -428)  ->  Abs (   316,   634)
	 16: Rel (   166,    52)  ->  Abs (   482,   686)
	 17: Rel (   144,     0)  ->  Abs (   626,   686)
	 18: Rel (   111,     0)  ->  Abs (   737,   686)
	 19: Rel (    92,   -54)  ->  Abs (   829,   632)
	 20: Rel (    99,   -58)  ->  Abs (   928,   574)
	 21: Rel (    37,  -100)  ->  Abs (   965,   474)
	 22: Rel (    33,   -89)  ->  Abs (   998,   385)
	 23: Rel (     0,  -107)  ->  Abs (   998,   278)

	Glyph 1316: off = 0x000341F8, len = 300
	  numberOfContours:	2
	  xMin:			99
	  yMin:			-25
	  xMax:			1456
	  yMax:			1491

	EndPoints
	---------
	  0:  26
	  1:  33

	  Length of Instructions:	181
	00000: NPUSHB      (53):   138    32     1   109    32     1    92    32     1    26 
	                            32    74    32     2    98    30     1    85    30     1 
	                            68    30     1    21    30     1   134    29     1   119 
	                            24     1    57    19    73    19     2   132    15     1 
	                           118    15     1   106    12     1    25    12     1    10 
	                            27    38     0 
	00055: PUSHW[1]            -22 
	00058: PUSHB[5]             15    15     2    85     0 
	00064: PUSHW[1]            -20 
	00067: PUSHB[5]             11    11     2    85     0 
	00073: PUSHW[1]             -8 
	00076: PUSHB[5]             12    12     6    85     0 
	00082: PUSHW[1]            -21 
	00085: PUSHB[5]             11    11     6    85     0 
	00091: PUSHW[1]            -13 
	00094: NPUSHB      (38):    13    13     6    85     0    92    35    16    38    17 
	                            28    38    32     8     1     8    99    34    28    30 
	                            17    16    47    16     1     9    16     9    16    31 
	                            14    30    21     3    31    30     4     9 
	00134: SVTCA[y-axis] 
	00135: MIAP[rd+ci] 
	00136: MIRP[nrp0,md,rd,1] 
	00137: MIAP[rd+ci] 
	00138: MIRP[nrp0,md,rd,1] 
	00139: SRP1       
	00140: IP         
	00141: IP         
	00142: MDAP[rd]   
	00143: MDAP[rd]   
	00144: DELTAP1    
	00145: SRP1       
	00146: SHP[rp1,zp0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: SVTCA[x-axis] 
	00149: SRP0       
	00150: MIRP[srp0,nmd,rd,2] 
	00151: DELTAP1    
	00152: MIRP[nrp0,md,rd,1] 
	00153: MDRP[srp0,nmd,rd,0] 
	00154: MIRP[nrp0,md,rd,1] 
	00155: SRP0       
	00156: MIRP[srp0,nmd,rd,2] 
	00157: CALL       
	00158: CALL       
	00159: CALL       
	00160: CALL       
	00161: CALL       
	00162: MIRP[srp0,md,rd,1] 
	00163: MDRP[nrp0,nmd,rd,1] 
	00164: IUP[y]     
	00165: IUP[x]     
	00166: DELTAP1    
	00167: DELTAP1    
	00168: DELTAP1    
	00169: DELTAP1    
	00170: DELTAP1    
	00171: DELTAP1    
	00172: DELTAP1    
	00173: DELTAP1    
	00174: DELTAP1    
	00175: DELTAP1    
	00176: DELTAP1    
	00177: DELTAP1    
	00178: DELTAP1    
	00179: DELTAP1    
	00180: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                 X-Short Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                               On
	  5:  YDual                               Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:        XDual                         On
	  9:  YDual XDual         Y-Short         On
	 10:  YDual                               On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                               Off
	 16:                              X-Short On
	 17:  YDual               Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short X-Short On
	 26:        XDual         Y-Short X-Short Off
	 27:                              X-Short On
	 28:  YDual                               On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual                 X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (  1449,   749)  ->  Abs (  1449,   749)
	  1: Rel (     7,  -333)  ->  Abs (  1456,   416)
	  2: Rel (  -165,  -217)  ->  Abs (  1291,   199)
	  3: Rel (  -170,  -224)  ->  Abs (  1121,   -25)
	  4: Rel (  -347,     0)  ->  Abs (   774,   -25)
	  5: Rel (  -346,     0)  ->  Abs (   428,   -25)
	  6: Rel (  -170,   224)  ->  Abs (   258,   199)
	  7: Rel (  -159,   210)  ->  Abs (    99,   409)
	  8: Rel (     0,   340)  ->  Abs (    99,   749)
	  9: Rel (     0,    94)  ->  Abs (    99,   843)
	 10: Rel (  1141,     0)  ->  Abs (  1240,   843)
	 11: Rel (   -12,   220)  ->  Abs (  1228,  1063)
	 12: Rel (  -117,   126)  ->  Abs (  1111,  1189)
	 13: Rel (  -124,   132)  ->  Abs (   987,  1321)
	 14: Rel (  -216,     0)  ->  Abs (   771,  1321)
	 15: Rel (  -317,     0)  ->  Abs (   454,  1321)
	 16: Rel (   -83,  -307)  ->  Abs (   371,  1014)
	 17: Rel (  -190,    50)  ->  Abs (   181,  1064)
	 18: Rel (    56,   208)  ->  Abs (   237,  1272)
	 19: Rel (   160,   112)  ->  Abs (   397,  1384)
	 20: Rel (   153,   107)  ->  Abs (   550,  1491)
	 21: Rel (   220,     0)  ->  Abs (   770,  1491)
	 22: Rel (   200,     0)  ->  Abs (   970,  1491)
	 23: Rel (   159,   -98)  ->  Abs (  1129,  1393)
	 24: Rel (   163,   -99)  ->  Abs (  1292,  1294)
	 25: Rel (    82,  -180)  ->  Abs (  1374,  1114)
	 26: Rel (    71,  -154)  ->  Abs (  1445,   960)
	 27: Rel (  -197,  -290)  ->  Abs (  1248,   670)
	 28: Rel (  -948,     0)  ->  Abs (   300,   670)
	 29: Rel (    11,  -246)  ->  Abs (   311,   424)
	 30: Rel (   252,  -286)  ->  Abs (   563,   138)
	 31: Rel (   211,     0)  ->  Abs (   774,   138)
	 32: Rel (   211,     0)  ->  Abs (   985,   138)
	 33: Rel (   252,   286)  ->  Abs (  1237,   424)

	Glyph 1317: off = 0x00034324, len = 316
	  numberOfContours:	2
	  xMin:			85
	  yMin:			-24
	  xMax:			1064
	  yMax:			1086

	EndPoints
	---------
	  0:  23
	  1:  32

	  Length of Instructions:	206
	00000: NPUSHB      (45):    56    31    72    31     2    85    21   101    21     2 
	                           138    19     1   121    19     1    92    19   108    19 
	                             2    74    13     1    40    13    56    13     2   108 
	                             6     1    91     6     1    99     3     1    85     3 
	                             1    24    11    36     0 
	00047: PUSHW[1]            -26 
	00050: PUSHB[5]             15    15     2    85     0 
	00056: PUSHW[1]            -22 
	00059: PUSHB[5]             13    13     2    85     0 
	00065: PUSHW[1]            -22 
	00068: PUSHB[5]             11    11     2    85     0 
	00074: PUSHW[1]            -18 
	00077: PUSHB[5]             15    15     6    85     0 
	00083: PUSHW[1]            -14 
	00086: NPUSHB      (71):    11    13     6    85     0     7    34    17    36    18 
	                            25    36    10    12    14    15     2    85    10    20 
	                            12    13     2    85    10    28    11    13     6    85 
	                            31    10    63    10    79    10     3    10    52    33 
	                            25    43   159    11   175    11     2    18    17    15 
	                            17    31    17   159    17   175    17     4    11    17 
	                            11    17    29    15    28    20     7    29    28     4 
	                            11 
	00159: SVTCA[y-axis] 
	00160: MIAP[rd+ci] 
	00161: MIRP[nrp0,md,rd,1] 
	00162: MIAP[rd+ci] 
	00163: MIRP[nrp0,md,rd,1] 
	00164: SRP1       
	00165: IP         
	00166: IP         
	00167: MDAP[rd]   
	00168: MDAP[rd]   
	00169: DELTAP1    
	00170: SRP1       
	00171: SHP[rp1,zp0] 
	00172: DELTAP1    
	00173: MIRP[nrp0,md,rd,1] 
	00174: SVTCA[x-axis] 
	00175: SRP0       
	00176: MIRP[srp0,nmd,rd,2] 
	00177: DELTAP1    
	00178: CALL       
	00179: CALL       
	00180: CALL       
	00181: MIRP[nrp0,md,rd,1] 
	00182: MDRP[srp0,nmd,rd,2] 
	00183: MIRP[nrp0,md,rd,1] 
	00184: SRP0       
	00185: MIRP[srp0,md,rd,2] 
	00186: CALL       
	00187: CALL       
	00188: CALL       
	00189: CALL       
	00190: CALL       
	00191: MIRP[nrp0,md,rd,1] 
	00192: SHP[rp2,zp1] 
	00193: IUP[y]     
	00194: IUP[x]     
	00195: DELTAP1    
	00196: DELTAP1    
	00197: DELTAP1    
	00198: DELTAP1    
	00199: DELTAP1    
	00200: DELTAP1    
	00201: DELTAP1    
	00202: DELTAP1    
	00203: DELTAP1    
	00204: DELTAP1    
	00205: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual                               On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:                      Y-Short X-Short On
	 18:  YDual               Y-Short X-Short On
	 19:        XDual                 X-Short Off
	 20:  YDual                               On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:                              X-Short On
	 25:  YDual                               On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1064,   540)  ->  Abs (  1064,   540)
	  1: Rel (     0,  -246)  ->  Abs (  1064,   294)
	  2: Rel (  -123,  -153)  ->  Abs (   941,   141)
	  3: Rel (  -133,  -165)  ->  Abs (   808,   -24)
	  4: Rel (  -240,     0)  ->  Abs (   568,   -24)
	  5: Rel (  -234,     0)  ->  Abs (   334,   -24)
	  6: Rel (  -130,   163)  ->  Abs (   204,   139)
	  7: Rel (  -119,   150)  ->  Abs (    85,   289)
	  8: Rel (     0,   240)  ->  Abs (    85,   529)
	  9: Rel (     0,    16)  ->  Abs (    85,   545)
	 10: Rel (     1,    32)  ->  Abs (    86,   577)
	 11: Rel (   792,     0)  ->  Abs (   878,   577)
	 12: Rel (    -9,   156)  ->  Abs (   869,   733)
	 13: Rel (   -76,    96)  ->  Abs (   793,   829)
	 14: Rel (   -86,   109)  ->  Abs (   707,   938)
	 15: Rel (  -150,     0)  ->  Abs (   557,   938)
	 16: Rel (  -202,     0)  ->  Abs (   355,   938)
	 17: Rel (   -78,  -218)  ->  Abs (   277,   720)
	 18: Rel (  -186,    23)  ->  Abs (    91,   743)
	 19: Rel (    93,   343)  ->  Abs (   184,  1086)
	 20: Rel (   374,     0)  ->  Abs (   558,  1086)
	 21: Rel (   245,     0)  ->  Abs (   803,  1086)
	 22: Rel (   134,  -152)  ->  Abs (   937,   934)
	 23: Rel (   127,  -145)  ->  Abs (  1064,   789)
	 24: Rel (  -196,  -360)  ->  Abs (   868,   429)
	 25: Rel (  -593,     0)  ->  Abs (   275,   429)
	 26: Rel (    12,  -134)  ->  Abs (   287,   295)
	 27: Rel (    56,   -67)  ->  Abs (   343,   228)
	 28: Rel (    86,  -104)  ->  Abs (   429,   124)
	 29: Rel (   137,     0)  ->  Abs (   566,   124)
	 30: Rel (   131,     0)  ->  Abs (   697,   124)
	 31: Rel (    83,    88)  ->  Abs (   780,   212)
	 32: Rel (    79,    84)  ->  Abs (   859,   296)

	Glyph 1318: off = 0x00034460, len = 322
	  numberOfContours:	3
	  xMin:			96
	  yMin:			-25
	  xMax:			1498
	  yMax:			1492

	EndPoints
	---------
	  0:  17
	  1:  26
	  2:  35

	  Length of Instructions:	199
	00000: NPUSHB      (56):    89    34     1    26    34     1    22    30    86    30 
	                             2   132    24     1   117    24     1    84    24     1 
	                            22    24    70    24     2    86    23     1   138    20 
	                             1   121    20     1    92    20     1    73    20     1 
	                            26    20     1    89    16     1   120    12     1    89 
	                             2     1    27    18    38     0 
	00058: PUSHW[1]            -24 
	00061: NPUSHB      (11):    16    16     2    85     0     8    15    15     2    85 
	                             0 
	00074: PUSHW[1]            -18 
	00077: PUSHB[5]             13    13     2    85     0 
	00083: PUSHW[1]            -16 
	00086: PUSHB[5]             12    12     2    85     0 
	00092: PUSHW[1]            -12 
	00095: PUSHB[5]             13    13     6    85     0 
	00101: PUSHW[1]             -6 
	00104: NPUSHB      (47):    12    12     6    85     0    92    37    26    28    38 
	                            10     6    12    12     6    85    32    10     1    10 
	                            99    36    18    30    28    64    16    17     2    85 
	                            28    64    13    14     2    85    28    28    32    22 
	                            30    14     3    32    30     4     9 
	00153: SVTCA[y-axis] 
	00154: MIAP[rd+ci] 
	00155: MIRP[nrp0,md,rd,1] 
	00156: MIAP[rd+ci] 
	00157: MIRP[nrp0,md,rd,1] 
	00158: SRP1       
	00159: IP         
	00160: MDAP[rd]   
	00161: CALL       
	00162: CALL       
	00163: MIRP[nrp0,md,rd,1] 
	00164: SVTCA[x-axis] 
	00165: SRP0       
	00166: MIRP[srp0,nmd,rd,2] 
	00167: DELTAP1    
	00168: CALL       
	00169: MIRP[srp0,md,rd,1] 
	00170: MDRP[nrp0,nmd,rd,1] 
	00171: SRP0       
	00172: MIRP[srp0,nmd,rd,2] 
	00173: CALL       
	00174: CALL       
	00175: CALL       
	00176: CALL       
	00177: CALL       
	00178: CALL       
	00179: MIRP[srp0,md,rd,1] 
	00180: MDRP[nrp0,nmd,nrd,0] 
	00181: IUP[y]     
	00182: IUP[x]     
	00183: DELTAP1    
	00184: DELTAP1    
	00185: DELTAP1    
	00186: DELTAP1    
	00187: DELTAP1    
	00188: DELTAP1    
	00189: DELTAP1    
	00190: DELTAP1    
	00191: DELTAP1    
	00192: DELTAP1    
	00193: DELTAP1    
	00194: DELTAP1    
	00195: DELTAP1    
	00196: DELTAP1    
	00197: DELTAP1    
	00198: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                               On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:  YDual               Y-Short X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:        XDual                         Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual                               On
	 15:  YDual                               Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual               Y-Short X-Short On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short         On
	 28:  YDual                               On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1498,   731)  ->  Abs (  1498,   731)
	  1: Rel (     0,  -327)  ->  Abs (  1498,   404)
	  2: Rel (  -185,  -209)  ->  Abs (  1313,   195)
	  3: Rel (  -194,  -220)  ->  Abs (  1119,   -25)
	  4: Rel (  -322,     0)  ->  Abs (   797,   -25)
	  5: Rel (  -207,     0)  ->  Abs (   590,   -25)
	  6: Rel (  -167,   103)  ->  Abs (   423,    78)
	  7: Rel (  -174,   106)  ->  Abs (   249,   184)
	  8: Rel (   -79,   186)  ->  Abs (   170,   370)
	  9: Rel (   -74,   175)  ->  Abs (    96,   545)
	 10: Rel (     0,   169)  ->  Abs (    96,   714)
	 11: Rel (     0,   340)  ->  Abs (    96,  1054)
	 12: Rel (   178,   212)  ->  Abs (   274,  1266)
	 13: Rel (   191,   226)  ->  Abs (   465,  1492)
	 14: Rel (   333,     0)  ->  Abs (   798,  1492)
	 15: Rel (   325,     0)  ->  Abs (  1123,  1492)
	 16: Rel (   192,  -221)  ->  Abs (  1315,  1271)
	 17: Rel (   183,  -210)  ->  Abs (  1498,  1061)
	 18: Rel (  -204,  -242)  ->  Abs (  1294,   819)
	 19: Rel (   -19,   219)  ->  Abs (  1275,  1038)
	 20: Rel (  -117,   131)  ->  Abs (  1158,  1169)
	 21: Rel (  -140,   156)  ->  Abs (  1018,  1325)
	 22: Rel (  -219,     0)  ->  Abs (   799,  1325)
	 23: Rel (  -215,     0)  ->  Abs (   584,  1325)
	 24: Rel (  -144,  -147)  ->  Abs (   440,  1178)
	 25: Rel (  -118,  -120)  ->  Abs (   322,  1058)
	 26: Rel (   -21,  -239)  ->  Abs (   301,   819)
	 27: Rel (   993,  -172)  ->  Abs (  1294,   647)
	 28: Rel (  -996,     0)  ->  Abs (   298,   647)
	 29: Rel (    15,  -207)  ->  Abs (   313,   440)
	 30: Rel (   119,  -139)  ->  Abs (   432,   301)
	 31: Rel (   136,  -160)  ->  Abs (   568,   141)
	 32: Rel (   228,     0)  ->  Abs (   796,   141)
	 33: Rel (   219,     0)  ->  Abs (  1015,   141)
	 34: Rel (   134,   147)  ->  Abs (  1149,   288)
	 35: Rel (   126,   136)  ->  Abs (  1275,   424)

	Glyph 1319: off = 0x000345A2, len = 388
	  numberOfContours:	3
	  xMin:			68
	  yMin:			-24
	  xMax:			1063
	  yMax:			1086

	EndPoints
	---------
	  0:  15
	  1:  24
	  2:  33

	  Length of Instructions:	274
	00000: NPUSHB      (68):    92    32   108    32     2    83    28    99    28     2 
	                           100    22     1    85    22     1    55    22    71    22 
	                             2    91    18   107    18     2    72    18     1    57 
	                            18     1   105    14     1    88    14     1   102    10 
	                             1   102     6     1    85     6     1    90     2   106 
	                             2     2    16    25    36    35    64    13    13     2 
	                            85    35    64    11    11     2    85     0 
	00070: PUSHW[1]            -14 
	00073: NPUSHB      (17):    15    15     2    85     0    18    13    13     2    85 
	                             0    16    11    11     2    85     0 
	00092: PUSHW[1]            -16 
	00095: PUSHB[5]             11    11     6    85     0 
	00101: PUSHW[1]            -25 
	00104: PUSHB[5]             13    13     6    85     0 
	00110: PUSHW[1]             -8 
	00113: PUSHB[5]             15    15     6    85     0 
	00119: PUSHW[1]            -22 
	00122: NPUSHB      (47):    12    12     6    85     0    55    35    24    26    36 
	                             8     8    14    15     2    85     8    32    13    13 
	                             2    85     8    24    12    12     2    85     8    28 
	                            11    11     2    85     8    18    11    11     6    85 
	                             8    28    13    13     6    85     8 
	00171: PUSHW[1]             -4 
	00174: NPUSHB      (44):    15    15     6    85     8     4    16    16     6    85 
	                             8    32    12    12     6    85    31     8    63     8 
	                            79     8     3     8    52    34    16    43   144    26 
	                           160    26     2    26    26    30    20    28    12     7 
	                            30    28     4    11 
	00220: SVTCA[y-axis] 
	00221: MIAP[rd+ci] 
	00222: MIRP[nrp0,md,rd,1] 
	00223: MIAP[rd+ci] 
	00224: MIRP[nrp0,md,rd,1] 
	00225: SRP1       
	00226: IP         
	00227: MDAP[rd]   
	00228: DELTAP1    
	00229: MIRP[nrp0,md,rd,1] 
	00230: SVTCA[x-axis] 
	00231: SRP0       
	00232: MIRP[srp0,nmd,rd,2] 
	00233: DELTAP1    
	00234: CALL       
	00235: CALL       
	00236: CALL       
	00237: CALL       
	00238: CALL       
	00239: CALL       
	00240: CALL       
	00241: CALL       
	00242: CALL       
	00243: MIRP[srp0,md,rd,1] 
	00244: MDRP[nrp0,nmd,rd,1] 
	00245: SRP0       
	00246: MIRP[srp0,nmd,rd,2] 
	00247: CALL       
	00248: CALL       
	00249: CALL       
	00250: CALL       
	00251: CALL       
	00252: CALL       
	00253: CALL       
	00254: CALL       
	00255: CALL       
	00256: MIRP[srp0,md,rd,1] 
	00257: MDRP[nrp0,nmd,rd,1] 
	00258: IUP[y]     
	00259: IUP[x]     
	00260: DELTAP1    
	00261: DELTAP1    
	00262: DELTAP1    
	00263: DELTAP1    
	00264: DELTAP1    
	00265: DELTAP1    
	00266: DELTAP1    
	00267: DELTAP1    
	00268: DELTAP1    
	00269: DELTAP1    
	00270: DELTAP1    
	00271: DELTAP1    
	00272: DELTAP1    
	00273: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual                         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:        XDual                         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:                      Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short X-Short On
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short         On
	 26:  YDual                               On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1063,   546)  ->  Abs (  1063,   546)
	  1: Rel (     0,  -372)  ->  Abs (  1063,   174)
	  2: Rel (  -240,  -133)  ->  Abs (   823,    41)
	  3: Rel (  -117,   -65)  ->  Abs (   706,   -24)
	  4: Rel (  -140,     0)  ->  Abs (   566,   -24)
	  5: Rel (  -242,     0)  ->  Abs (   324,   -24)
	  6: Rel (  -133,   159)  ->  Abs (   191,   135)
	  7: Rel (  -123,   148)  ->  Abs (    68,   283)
	  8: Rel (     0,   248)  ->  Abs (    68,   531)
	  9: Rel (     0,   295)  ->  Abs (    68,   826)
	 10: Rel (   164,   142)  ->  Abs (   232,   968)
	 11: Rel (   137,   118)  ->  Abs (   369,  1086)
	 12: Rel (   197,     0)  ->  Abs (   566,  1086)
	 13: Rel (   235,     0)  ->  Abs (   801,  1086)
	 14: Rel (   134,  -155)  ->  Abs (   935,   931)
	 15: Rel (   128,  -147)  ->  Abs (  1063,   784)
	 16: Rel (  -191,  -151)  ->  Abs (   872,   633)
	 17: Rel (   -17,   129)  ->  Abs (   855,   762)
	 18: Rel (   -66,    74)  ->  Abs (   789,   836)
	 19: Rel (   -89,   101)  ->  Abs (   700,   937)
	 20: Rel (  -134,     0)  ->  Abs (   566,   937)
	 21: Rel (  -135,     0)  ->  Abs (   431,   937)
	 22: Rel (   -89,  -101)  ->  Abs (   342,   836)
	 23: Rel (   -66,   -74)  ->  Abs (   276,   762)
	 24: Rel (   -17,  -129)  ->  Abs (   259,   633)
	 25: Rel (   618,  -148)  ->  Abs (   877,   485)
	 26: Rel (  -623,     0)  ->  Abs (   254,   485)
	 27: Rel (     8,  -154)  ->  Abs (   262,   331)
	 28: Rel (    73,   -97)  ->  Abs (   335,   234)
	 29: Rel (    84,  -110)  ->  Abs (   419,   124)
	 30: Rel (   147,     0)  ->  Abs (   566,   124)
	 31: Rel (   147,     0)  ->  Abs (   713,   124)
	 32: Rel (    83,   111)  ->  Abs (   796,   235)
	 33: Rel (    72,    96)  ->  Abs (   868,   331)

lisaac_0.39_rc1/lib/unstable/freetype/toontime.txt0000644000175000017500000246444711314031254022260 0ustar  sonntagsonntag
; TrueType v1.0 Dump Program - v1.8, Oct 29 2002, rrt, dra, gch, ddb, lcp, pml
; Copyright (C) 1991 ZSoft Corporation. All rights reserved.
; Portions Copyright (C) 1991-2001 Microsoft Corporation. All rights reserved.

; Dumping file 'z:\isaac\freetype\font.ttf'

Offset Table
------ -----
  sfnt version:     1.0
  numTables =        20
  searchRange =     256
  entrySelector =     4
  rangeShift =       64

 0. 'DSIG' - chksm = 0x37490314, off = 0x000084E8, len =     6476
 1. 'GDEF' - chksm = 0x01810198, off = 0x00007E84, len =       48
 2. 'GPOS' - chksm = 0x6FC5DEF6, off = 0x00007EB4, len =     1492
 3. 'GSUB' - chksm = 0xDAB9D231, off = 0x00008488, len =       94
 4. 'LTSH' - chksm = 0xD77AD03A, off = 0x000008F8, len =      124
 5. 'OS/2' - chksm = 0x6CA7717E, off = 0x000001C8, len =       86
 6. 'VDMX' - chksm = 0x69D6715B, off = 0x00000974, len =     1504
 7. 'cmap' - chksm = 0x1EC5DA52, off = 0x00000630, len =      466
 8. 'cvt ' - chksm = 0x191B27A2, off = 0x00001A1C, len =      520
 9. 'fpgm' - chksm = 0x07DB318A, off = 0x00001260, len =     1978
10. 'glyf' - chksm = 0xC28F876E, off = 0x0000291C, len =    20602
11. 'hdmx' - chksm = 0xE3455448, off = 0x00001DF0, len =     2860
12. 'head' - chksm = 0xD3D49E88, off = 0x0000014C, len =       54
13. 'hhea' - chksm = 0x1181049A, off = 0x00000184, len =       36
14. 'hmtx' - chksm = 0xDD231B2D, off = 0x00001C24, len =      460
15. 'loca' - chksm = 0x2BD517A1, off = 0x00000804, len =      242
16. 'maxp' - chksm = 0x02950906, off = 0x000001A8, len =       32
17. 'name' - chksm = 0x1AD83746, off = 0x00000220, len =     1037
18. 'post' - chksm = 0x51FD5D61, off = 0x00007998, len =     1259
19. 'prep' - chksm = 0xFD391FDA, off = 0x00000F54, len =      780

'head' Table - Font Header
--------------------------
Size = 54 bytes (expecting 54 bytes)
  'head' version:      1.0
  fontRevision:        1.0
  checkSumAdjustment:  0x626E2E1C
  magicNumber:         0x5F0F3CF5
  flags:               0x001B- baseline(y)=0 - lsb(x)=0 - int ppem - nonlin aw
  unitsPerEm:          2048
  created:             Wed Nov 29 17:51:34 2000
  modified:            Thu May 03 01:05:42 2001
  xMin:                -313
  yMin:                -610
  xMax:                2175
  yMax:                1792
  macStyle bits:       0x0000
  lowestRecPPEM:       9
  fontDirectionHint:   1
  indexToLocFormat:    0
  glyphDataFormat:     0

'hhea' Table - Horizontal Header
--------------------------------
Size = 36 bytes (expecting 36 bytes)
	'hhea' version:         1.0
	yAscender:            2333
	yDescender:           -967
	yLineGap:             0
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	horizCaretSlopeDenom: 282
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'maxp' Table - Maximum Profile
------------------------------
Size = 32 bytes (expecting 32 bytes)
	'maxp' version:		  1.0
	numGlyphs:		120
	maxPoints:		194
	maxContours:		18
	maxCompositePoints:	88
	maxCompositeContours:	9
	maxZones:		2
	maxTwilightPoints:	16
	maxStorage:		47
	maxFunctionDefs:	83
	maxInstructionDefs:	0
	maxStackElements:	412
	maxSizeOfInstructions:	1978
	maxComponentElements:	2
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'name' Table - Naming Table
---------------------------
	Format:		0
	Count:		19
	stringOffset:	 234
Size = 1037 bytes
	  0. Platform ID:	1
	     Specific ID:	0
	     Language ID:	0
	     Name ID:		0
	     Length:		75
	     Offset:		0
		Data: 44 69 67 69 74 69 7A 65 64 20  >  Digitized 
		      64 61 74 61 20 A9 20 32 30 30  >  data © 200
		      30 2D 32 30 30 31 2C 20 41 67  >  0-2001, Ag
		      66 61 20 4D 6F 6E 6F 74 79 70  >  fa Monotyp
		      65 20 43 6F 72 70 6F 72 61 74  >  e Corporat
		      69 6F 6E 2E 20 41 6C 6C 20 72  >  ion. All r
		      69 67 68 74 73 20 72 65 73 65  >  ights rese
		      72 76 65 64 2E                 >  rved.

	  1. Platform ID:	1
	     Specific ID:	0
	     Language ID:	0
	     Name ID:		1
	     Length:		7
	     Offset:		75
		Data: 4D 56 20 42 6F 6C 69           >  MV Boli

	  2. Platform ID:	1
	     Specific ID:	0
	     Language ID:	0
	     Name ID:		2
	     Length:		7
	     Offset:		82
		Data: 52 65 67 75 6C 61 72           >  Regular

	  3. Platform ID:	1
	     Specific ID:	0
	     Language ID:	0
	     Name ID:		3
	     Length:		29
	     Offset:		89
		Data: 41 67 66 61 20 4D 6F 6E 6F 74  >  Agfa Monot
		      79 70 65 20 4D 56 20 42 6F 6C  >  ype MV Bol
		      69 20 52 65 67 75 6C 61 72     >  i Regular

	  4. Platform ID:	1
	     Specific ID:	0
	     Language ID:	0
	     Name ID:		4
	     Length:		7
	     Offset:		118
		Data: 4D 56 20 42 6F 6C 69           >  MV Boli

	  5. Platform ID:	1
	     Specific ID:	0
	     Language ID:	0
	     Name ID:		5
	     Length:		12
	     Offset:		125
		Data: 56 65 72 73 69 6F 6E 20 31 2E  >  Version 1.
		      30 30                          >  00

	  6. Platform ID:	1
	     Specific ID:	0
	     Language ID:	0
	     Name ID:		6
	     Length:		6
	     Offset:		137
		Data: 4D 56 42 6F 6C 69              >  MVBoli

	  7. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1033
	     Name ID:		0
	     Length:		150
	     Offset:		143
		Data:  0 44  0 69  0 67  0 69  0 74  >  .D.i.g.i.t
		       0 69  0 7A  0 65  0 64  0 20  >  .i.z.e.d. 
		       0 64  0 61  0 74  0 61  0 20  >  .d.a.t.a. 
		       0 A9  0 20  0 32  0 30  0 30  >  .©. .2.0.0
		       0 30  0 2D  0 32  0 30  0 30  >  .0.-.2.0.0
		       0 31  0 2C  0 20  0 41  0 67  >  .1.,. .A.g
		       0 66  0 61  0 20  0 4D  0 6F  >  .f.a. .M.o
		       0 6E  0 6F  0 74  0 79  0 70  >  .n.o.t.y.p
		       0 65  0 20  0 43  0 6F  0 72  >  .e. .C.o.r
		       0 70  0 6F  0 72  0 61  0 74  >  .p.o.r.a.t
		       0 69  0 6F  0 6E  0 2E  0 20  >  .i.o.n... 
		       0 41  0 6C  0 6C  0 20  0 72  >  .A.l.l. .r
		       0 69  0 67  0 68  0 74  0 73  >  .i.g.h.t.s
		       0 20  0 72  0 65  0 73  0 65  >  . .r.e.s.e
		       0 72  0 76  0 65  0 64  0 2E  >  .r.v.e.d..

	  8. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1033
	     Name ID:		1
	     Length:		14
	     Offset:		293
		Data:  0 4D  0 56  0 20  0 42  0 6F  >  .M.V. .B.o
		       0 6C  0 69                    >  .l.i

	  9. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1033
	     Name ID:		2
	     Length:		14
	     Offset:		307
		Data:  0 52  0 65  0 67  0 75  0 6C  >  .R.e.g.u.l
		       0 61  0 72                    >  .a.r

	 10. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1033
	     Name ID:		3
	     Length:		58
	     Offset:		321
		Data:  0 41  0 67  0 66  0 61  0 20  >  .A.g.f.a. 
		       0 4D  0 6F  0 6E  0 6F  0 74  >  .M.o.n.o.t
		       0 79  0 70  0 65  0 20  0 4D  >  .y.p.e. .M
		       0 56  0 20  0 42  0 6F  0 6C  >  .V. .B.o.l
		       0 69  0 20  0 52  0 65  0 67  >  .i. .R.e.g
		       0 75  0 6C  0 61  0 72        >  .u.l.a.r

	 11. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1033
	     Name ID:		4
	     Length:		14
	     Offset:		379
		Data:  0 4D  0 56  0 20  0 42  0 6F  >  .M.V. .B.o
		       0 6C  0 69                    >  .l.i

	 12. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1033
	     Name ID:		5
	     Length:		24
	     Offset:		393
		Data:  0 56  0 65  0 72  0 73  0 69  >  .V.e.r.s.i
		       0 6F  0 6E  0 20  0 31  0 2E  >  .o.n. .1..
		       0 30  0 30                    >  .0.0

	 13. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1033
	     Name ID:		6
	     Length:		12
	     Offset:		417
		Data:  0 4D  0 56  0 42  0 6F  0 6C  >  .M.V.B.o.l
		       0 69                          >  .i

	 14. Platform ID:	3
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	     Language ID:	1033
	     Name ID:		8
	     Length:		50
	     Offset:		429
		Data:  0 41  0 67  0 66  0 61  0 20  >  .A.g.f.a. 
		       0 4D  0 6F  0 6E  0 6F  0 74  >  .M.o.n.o.t
		       0 79  0 70  0 65  0 20  0 43  >  .y.p.e. .C
		       0 6F  0 72  0 70  0 6F  0 72  >  .o.r.p.o.r
		       0 61  0 74  0 69  0 6F  0 6E  >  .a.t.i.o.n

	 15. Platform ID:	3
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		Data:  0 54  0 68  0 6F  0 6D  0 61  >  .T.h.o.m.a
		       0 73  0 20  0 52  0 69  0 63  >  .s. .R.i.c
		       0 6B  0 6E  0 65  0 72  0 2C  >  .k.n.e.r.,
		       0 20  0 4B  0 61  0 6D  0 61  >  . .K.a.m.a
		       0 6C  0 20  0 4D  0 61  0 6E  >  .l. .M.a.n
		       0 73  0 6F  0 75  0 72        >  .s.o.u.r

	 16. Platform ID:	3
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	     Language ID:	1033
	     Name ID:		11
	     Length:		54
	     Offset:		537
		Data:  0 68  0 74  0 74  0 70  0 3A  >  .h.t.t.p.:
		       0 2F  0 2F  0 77  0 77  0 77  >  ././.w.w.w
		       0 2E  0 61  0 67  0 66  0 61  >  ...a.g.f.a
		       0 6D  0 6F  0 6E  0 6F  0 74  >  .m.o.n.o.t
		       0 79  0 70  0 65  0 2E  0 63  >  .y.p.e...c
		       0 6F  0 6D                    >  .o.m

	 17. Platform ID:	3
	     Specific ID:	1
	     Language ID:	1033
	     Name ID:		12
	     Length:		112
	     Offset:		591
		Data:  0 68  0 74  0 74  0 70  0 3A  >  .h.t.t.p.:
		       0 2F  0 2F  0 77  0 77  0 77  >  ././.w.w.w
		       0 2E  0 61  0 67  0 66  0 61  >  ...a.g.f.a
		       0 6D  0 6F  0 6E  0 6F  0 74  >  .m.o.n.o.t
		       0 79  0 70  0 65  0 2E  0 63  >  .y.p.e...c
		       0 6F  0 6D  0 2F  0 68  0 74  >  .o.m./.h.t
		       0 6D  0 6C  0 2F  0 64  0 65  >  .m.l./.d.e
		       0 73  0 69  0 67  0 6E  0 65  >  .s.i.g.n.e
		       0 72  0 2F  0 64  0 65  0 73  >  .r./.d.e.s
		       0 5F  0 69  0 6E  0 64  0 65  >  ._.i.n.d.e
		       0 78  0 2E  0 68  0 74  0 6D  >  .x...h.t.m
		       0 6C                          >  .l

	 18. Platform ID:	3
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		Data:  0 68  0 74  0 74  0 70  0 3A  >  .h.t.t.p.:
		       0 2F  0 2F  0 77  0 77  0 77  >  ././.w.w.w
		       0 2E  0 61  0 67  0 66  0 61  >  ...a.g.f.a
		       0 6D  0 6F  0 6E  0 6F  0 74  >  .m.o.n.o.t
		       0 79  0 70  0 65  0 2E  0 63  >  .y.p.e...c
		       0 6F  0 6D  0 2F  0 68  0 74  >  .o.m./.h.t
		       0 6D  0 6C  0 2F  0 74  0 79  >  .m.l./.t.y
		       0 70  0 65  0 2F  0 6C  0 69  >  .p.e./.l.i
		       0 63  0 65  0 6E  0 73  0 65  >  .c.e.n.s.e
		       0 2E  0 68  0 74  0 6D  0 6C  >  ...h.t.m.l


'OS/2' Table - OS/2 and Windows Metrics
---------------------------------------
Size = 86 bytes (expecting 86 bytes)
  'OS/2' version:           1
  xAvgCharWidth:            1025
  usWeightClass:            400
  usWidthClass:             5
  fsType:                   0x0008
  ySubscriptXSize:          1434
  ySubscriptYSize:          1331
  ySubscriptXOffset:        0
  ySubscriptYOffset:        0
  ySuperscriptXSize:        1434
  ySuperscriptYSize:        1331
  ySuperscriptXOffset:      0
  ySuperscriptYOffset:      0
  yStrikeoutSize:           102
  yStrikeoutPosition:       430
  sFamilyClass:             10    subclass = 6
  PANOSE:                   2  0  5  0  3  2  0  9  0  0
  Unicode Range 1( Bits 0 - 31 ): 00000000
  Unicode Range 2( Bits 32- 63 ): 00000000
  Unicode Range 3( Bits 64- 95 ): 00000100
  Unicode Range 4( Bits 96-127 ): 00000000
  achVendID:                'MONO'
  fsSelection:              0x0040
  usFirstCharIndex:         0x0020
  usLastCharIndex:          0xFDF2
  sTypoAscender:            1464
  sTypoDescender:           -463
  sTypoLineGap:             264
  usWinAscent:              2333
  usWinDescent:             967
  CodePage Range 1( Bits 0 - 31 ): 00000000
  CodePage Range 2( Bits 32- 63 ): 00000000

'post' Table - PostScript Metrics
---------------------------------
Size = 1259 bytes
	'post' version:	        2.0
	italicAngle:	      -16.0000
	underlinePosition:	-340
	underlineThickness:	100
	isFixedPitch:		0
	minMemType42:		0
	maxMemType42:		0
	minMemType1:		0
	maxMemType1:		0

	Format 2.0:  Non-Standard (for PostScript) TrueType Glyph Set.
	numGlyphs:	120
	Glyf   0 -> Mac Glyph # 0, '.notdef'
	Glyf   1 -> Mac Glyph # 1, 'null'
	Glyf   2 -> Mac Glyph # 2, 'CR'
	Glyf   3 -> PSGlyf Name # 1, name= 'space'
	Glyf   4 -> PSGlyf Name # 2, name= 'exclam'
	Glyf   5 -> PSGlyf Name # 3, name= 'quotedbl'
	Glyf   6 -> PSGlyf Name # 4, name= 'numbersign'
	Glyf   7 -> PSGlyf Name # 5, name= 'dollar'
	Glyf   8 -> PSGlyf Name # 6, name= 'percent'
	Glyf   9 -> PSGlyf Name # 7, name= 'ampersand'
	Glyf  10 -> PSGlyf Name # 8, name= 'quotesingle'
	Glyf  11 -> PSGlyf Name # 9, name= 'parenleft'
	Glyf  12 -> PSGlyf Name # 10, name= 'parenright'
	Glyf  13 -> PSGlyf Name # 11, name= 'asterisk'
	Glyf  14 -> PSGlyf Name # 12, name= 'plus'
	Glyf  15 -> PSGlyf Name # 13, name= 'comma'
	Glyf  16 -> PSGlyf Name # 14, name= 'hyphen'
	Glyf  17 -> PSGlyf Name # 15, name= 'period'
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	Glyf  20 -> PSGlyf Name # 18, name= 'one'
	Glyf  21 -> PSGlyf Name # 19, name= 'two'
	Glyf  22 -> PSGlyf Name # 20, name= 'three'
	Glyf  23 -> PSGlyf Name # 21, name= 'four'
	Glyf  24 -> PSGlyf Name # 22, name= 'five'
	Glyf  25 -> PSGlyf Name # 23, name= 'six'
	Glyf  26 -> PSGlyf Name # 24, name= 'seven'
	Glyf  27 -> PSGlyf Name # 25, name= 'eight'
	Glyf  28 -> PSGlyf Name # 26, name= 'nine'
	Glyf  29 -> PSGlyf Name # 27, name= 'colon'
	Glyf  30 -> PSGlyf Name # 28, name= 'semicolon'
	Glyf  31 -> PSGlyf Name # 29, name= 'less'
	Glyf  32 -> PSGlyf Name # 30, name= 'equal'
	Glyf  33 -> PSGlyf Name # 31, name= 'greater'
	Glyf  34 -> PSGlyf Name # 32, name= 'bracketleft'
	Glyf  35 -> PSGlyf Name # 33, name= 'backslash'
	Glyf  36 -> PSGlyf Name # 34, name= 'bracketright'
	Glyf  37 -> PSGlyf Name # 35, name= 'braceleft'
	Glyf  38 -> PSGlyf Name # 36, name= 'bar'
	Glyf  39 -> PSGlyf Name # 37, name= 'braceright'
	Glyf  40 -> PSGlyf Name # 38, name= 'bullet'
	Glyf  41 -> PSGlyf Name # 39, name= 'guillemotleft'
	Glyf  42 -> PSGlyf Name # 40, name= 'guillemotright'
	Glyf  43 -> PSGlyf Name # 41, name= 'endash'
	Glyf  44 -> PSGlyf Name # 42, name= 'emdash'
	Glyf  45 -> PSGlyf Name # 43, name= 'quotedblleft'
	Glyf  46 -> PSGlyf Name # 44, name= 'quotedblright'
	Glyf  47 -> PSGlyf Name # 45, name= 'quoteleft'
	Glyf  48 -> PSGlyf Name # 46, name= 'quoteright'
	Glyf  49 -> PSGlyf Name # 47, name= 'uni00B7'
	Glyf  50 -> PSGlyf Name # 48, name= 'afii57388'
	Glyf  51 -> PSGlyf Name # 49, name= 'afii57403'
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	Glyf  77 -> PSGlyf Name # 75, name= 'uni0798'
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	Glyf  80 -> PSGlyf Name # 78, name= 'uni079B'
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	Glyf  82 -> PSGlyf Name # 80, name= 'uni079D'
	Glyf  83 -> PSGlyf Name # 81, name= 'uni079E'
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	Glyf  88 -> PSGlyf Name # 86, name= 'uni07A3'
	Glyf  89 -> PSGlyf Name # 87, name= 'uni07A4'
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	Glyf 111 -> PSGlyf Name # 108, name= 'uni07A8nsp'
	Glyf 112 -> PSGlyf Name # 109, name= 'uni07A9nsp'
	Glyf 113 -> PSGlyf Name # 110, name= 'uni07AAnsp'
	Glyf 114 -> PSGlyf Name # 111, name= 'uni07ABnsp'
	Glyf 115 -> PSGlyf Name # 112, name= 'uni07ACnsp'
	Glyf 116 -> PSGlyf Name # 113, name= 'uni07ADnsp'
	Glyf 117 -> PSGlyf Name # 114, name= 'uni07AEnsp'
	Glyf 118 -> PSGlyf Name # 115, name= 'uni07AFnsp'
	Glyf 119 -> PSGlyf Name # 116, name= 'uni07B0nsp'

	Full List of PSGlyf Names
	-------------------------
	PSGlyf Name #   1: space
	PSGlyf Name #   2: exclam
	PSGlyf Name #   3: quotedbl
	PSGlyf Name #   4: numbersign
	PSGlyf Name #   5: dollar
	PSGlyf Name #   6: percent
	PSGlyf Name #   7: ampersand
	PSGlyf Name #   8: quotesingle
	PSGlyf Name #   9: parenleft
	PSGlyf Name #  10: parenright
	PSGlyf Name #  11: asterisk
	PSGlyf Name #  12: plus
	PSGlyf Name #  13: comma
	PSGlyf Name #  14: hyphen
	PSGlyf Name #  15: period
	PSGlyf Name #  16: slash
	PSGlyf Name #  17: zero
	PSGlyf Name #  18: one
	PSGlyf Name #  19: two
	PSGlyf Name #  20: three
	PSGlyf Name #  21: four
	PSGlyf Name #  22: five
	PSGlyf Name #  23: six
	PSGlyf Name #  24: seven
	PSGlyf Name #  25: eight
	PSGlyf Name #  26: nine
	PSGlyf Name #  27: colon
	PSGlyf Name #  28: semicolon
	PSGlyf Name #  29: less
	PSGlyf Name #  30: equal
	PSGlyf Name #  31: greater
	PSGlyf Name #  32: bracketleft
	PSGlyf Name #  33: backslash
	PSGlyf Name #  34: bracketright
	PSGlyf Name #  35: braceleft
	PSGlyf Name #  36: bar
	PSGlyf Name #  37: braceright
	PSGlyf Name #  38: bullet
	PSGlyf Name #  39: guillemotleft
	PSGlyf Name #  40: guillemotright
	PSGlyf Name #  41: endash
	PSGlyf Name #  42: emdash
	PSGlyf Name #  43: quotedblleft
	PSGlyf Name #  44: quotedblright
	PSGlyf Name #  45: quoteleft
	PSGlyf Name #  46: quoteright
	PSGlyf Name #  47: uni00B7
	PSGlyf Name #  48: afii57388
	PSGlyf Name #  49: afii57403
	PSGlyf Name #  50: afii57407
	PSGlyf Name #  51: uni0780
	PSGlyf Name #  52: uni0781
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	PSGlyf Name #  54: uni0783
	PSGlyf Name #  55: uni0784
	PSGlyf Name #  56: uni0785
	PSGlyf Name #  57: uni0786
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	PSGlyf Name #  59: uni0788
	PSGlyf Name #  60: uni0789
	PSGlyf Name #  61: uni078A
	PSGlyf Name #  62: uni078B
	PSGlyf Name #  63: uni078C
	PSGlyf Name #  64: uni078D
	PSGlyf Name #  65: uni078E
	PSGlyf Name #  66: uni078F
	PSGlyf Name #  67: uni0790
	PSGlyf Name #  68: uni0791
	PSGlyf Name #  69: uni0792
	PSGlyf Name #  70: uni0793
	PSGlyf Name #  71: uni0794
	PSGlyf Name #  72: uni0795
	PSGlyf Name #  73: uni0796
	PSGlyf Name #  74: uni0797
	PSGlyf Name #  75: uni0798
	PSGlyf Name #  76: uni0799
	PSGlyf Name #  77: uni079A
	PSGlyf Name #  78: uni079B
	PSGlyf Name #  79: uni079C
	PSGlyf Name #  80: uni079D
	PSGlyf Name #  81: uni079E
	PSGlyf Name #  82: uni079F
	PSGlyf Name #  83: uni07A0
	PSGlyf Name #  84: uni07A1
	PSGlyf Name #  85: uni07A2
	PSGlyf Name #  86: uni07A3
	PSGlyf Name #  87: uni07A4
	PSGlyf Name #  88: uni07A5
	PSGlyf Name #  89: uni07A6
	PSGlyf Name #  90: uni07A7
	PSGlyf Name #  91: uni07A8
	PSGlyf Name #  92: uni07A9
	PSGlyf Name #  93: uni07AA
	PSGlyf Name #  94: uni07AB
	PSGlyf Name #  95: uni07AC
	PSGlyf Name #  96: uni07AD
	PSGlyf Name #  97: uni07AE
	PSGlyf Name #  98: uni07AF
	PSGlyf Name #  99: uni07B0
	PSGlyf Name # 100: uni07B1
	PSGlyf Name # 101: DotBelow
	PSGlyf Name # 102: TwoDots
	PSGlyf Name # 103: ThreeDots
	PSGlyf Name # 104: uni25CC
	PSGlyf Name # 105: uniFDF2
	PSGlyf Name # 106: uni07A6nsp
	PSGlyf Name # 107: uni07A7nsp
	PSGlyf Name # 108: uni07A8nsp
	PSGlyf Name # 109: uni07A9nsp
	PSGlyf Name # 110: uni07AAnsp
	PSGlyf Name # 111: uni07ABnsp
	PSGlyf Name # 112: uni07ACnsp
	PSGlyf Name # 113: uni07ADnsp
	PSGlyf Name # 114: uni07AEnsp
	PSGlyf Name # 115: uni07AFnsp
	PSGlyf Name # 116: uni07B0nsp
	PSGlyf Name # 117: DotAbove

'cmap' Table - Character To Index Map
-------------------------------------
Size = 466 bytes
  'cmap' version:  0
  numTables:       2
  
Subtable  1.   Platform ID:   1
               Specific ID:   0
               'cmap' Offset: 0x00000014
	      ->Format:	0 : Byte encoding table
		Length:		262
		Version:	0

		Char   0 -> Index 0
		Char   1 -> Index 0
		Char   2 -> Index 0
		Char   3 -> Index 0
		Char   4 -> Index 0
		Char   5 -> Index 0
		Char   6 -> Index 0
		Char   7 -> Index 0
		Char   8 -> Index 0
		Char   9 -> Index 0
		Char  10 -> Index 0
		Char  11 -> Index 0
		Char  12 -> Index 0
		Char  13 -> Index 0
		Char  14 -> Index 0
		Char  15 -> Index 0
		Char  16 -> Index 0
		Char  17 -> Index 0
		Char  18 -> Index 0
		Char  19 -> Index 0
		Char  20 -> Index 0
		Char  21 -> Index 0
		Char  22 -> Index 0
		Char  23 -> Index 0
		Char  24 -> Index 0
		Char  25 -> Index 0
		Char  26 -> Index 0
		Char  27 -> Index 0
		Char  28 -> Index 0
		Char  29 -> Index 0
		Char  30 -> Index 0
		Char  31 -> Index 0
		Char  32 -> Index 3
		Char  33 -> Index 4
		Char  34 -> Index 5
		Char  35 -> Index 6
		Char  36 -> Index 7
		Char  37 -> Index 8
		Char  38 -> Index 9
		Char  39 -> Index 10
		Char  40 -> Index 11
		Char  41 -> Index 12
		Char  42 -> Index 13
		Char  43 -> Index 14
		Char  44 -> Index 15
		Char  45 -> Index 16
		Char  46 -> Index 17
		Char  47 -> Index 18
		Char  48 -> Index 19
		Char  49 -> Index 20
		Char  50 -> Index 21
		Char  51 -> Index 22
		Char  52 -> Index 23
		Char  53 -> Index 24
		Char  54 -> Index 25
		Char  55 -> Index 26
		Char  56 -> Index 27
		Char  57 -> Index 28
		Char  58 -> Index 29
		Char  59 -> Index 30
		Char  60 -> Index 31
		Char  61 -> Index 32
		Char  62 -> Index 33
		Char  63 -> Index 0
		Char  64 -> Index 0
		Char  65 -> Index 0
		Char  66 -> Index 0
		Char  67 -> Index 0
		Char  68 -> Index 0
		Char  69 -> Index 0
		Char  70 -> Index 0
		Char  71 -> Index 0
		Char  72 -> Index 0
		Char  73 -> Index 0
		Char  74 -> Index 0
		Char  75 -> Index 0
		Char  76 -> Index 0
		Char  77 -> Index 0
		Char  78 -> Index 0
		Char  79 -> Index 0
		Char  80 -> Index 0
		Char  81 -> Index 0
		Char  82 -> Index 0
		Char  83 -> Index 0
		Char  84 -> Index 0
		Char  85 -> Index 0
		Char  86 -> Index 0
		Char  87 -> Index 0
		Char  88 -> Index 0
		Char  89 -> Index 0
		Char  90 -> Index 0
		Char  91 -> Index 34
		Char  92 -> Index 35
		Char  93 -> Index 36
		Char  94 -> Index 0
		Char  95 -> Index 0
		Char  96 -> Index 0
		Char  97 -> Index 0
		Char  98 -> Index 0
		Char  99 -> Index 0
		Char 100 -> Index 0
		Char 101 -> Index 0
		Char 102 -> Index 0
		Char 103 -> Index 0
		Char 104 -> Index 0
		Char 105 -> Index 0
		Char 106 -> Index 0
		Char 107 -> Index 0
		Char 108 -> Index 0
		Char 109 -> Index 0
		Char 110 -> Index 0
		Char 111 -> Index 0
		Char 112 -> Index 0
		Char 113 -> Index 0
		Char 114 -> Index 0
		Char 115 -> Index 0
		Char 116 -> Index 0
		Char 117 -> Index 0
		Char 118 -> Index 0
		Char 119 -> Index 0
		Char 120 -> Index 0
		Char 121 -> Index 0
		Char 122 -> Index 0
		Char 123 -> Index 37
		Char 124 -> Index 38
		Char 125 -> Index 39
		Char 126 -> Index 0
		Char 127 -> Index 0
		Char 128 -> Index 0
		Char 129 -> Index 0
		Char 130 -> Index 0
		Char 131 -> Index 0
		Char 132 -> Index 0
		Char 133 -> Index 0
		Char 134 -> Index 0
		Char 135 -> Index 0
		Char 136 -> Index 0
		Char 137 -> Index 0
		Char 138 -> Index 0
		Char 139 -> Index 0
		Char 140 -> Index 0
		Char 141 -> Index 0
		Char 142 -> Index 0
		Char 143 -> Index 0
		Char 144 -> Index 0
		Char 145 -> Index 0
		Char 146 -> Index 0
		Char 147 -> Index 0
		Char 148 -> Index 0
		Char 149 -> Index 0
		Char 150 -> Index 0
		Char 151 -> Index 0
		Char 152 -> Index 0
		Char 153 -> Index 0
		Char 154 -> Index 0
		Char 155 -> Index 0
		Char 156 -> Index 0
		Char 157 -> Index 0
		Char 158 -> Index 0
		Char 159 -> Index 0
		Char 160 -> Index 0
		Char 161 -> Index 0
		Char 162 -> Index 0
		Char 163 -> Index 0
		Char 164 -> Index 0
		Char 165 -> Index 40
		Char 166 -> Index 0
		Char 167 -> Index 0
		Char 168 -> Index 0
		Char 169 -> Index 0
		Char 170 -> Index 0
		Char 171 -> Index 0
		Char 172 -> Index 0
		Char 173 -> Index 0
		Char 174 -> Index 0
		Char 175 -> Index 0
		Char 176 -> Index 0
		Char 177 -> Index 0
		Char 178 -> Index 0
		Char 179 -> Index 0
		Char 180 -> Index 0
		Char 181 -> Index 0
		Char 182 -> Index 0
		Char 183 -> Index 0
		Char 184 -> Index 0
		Char 185 -> Index 0
		Char 186 -> Index 0
		Char 187 -> Index 0
		Char 188 -> Index 0
		Char 189 -> Index 0
		Char 190 -> Index 0
		Char 191 -> Index 0
		Char 192 -> Index 0
		Char 193 -> Index 0
		Char 194 -> Index 0
		Char 195 -> Index 0
		Char 196 -> Index 0
		Char 197 -> Index 0
		Char 198 -> Index 0
		Char 199 -> Index 41
		Char 200 -> Index 42
		Char 201 -> Index 0
		Char 202 -> Index 0
		Char 203 -> Index 0
		Char 204 -> Index 0
		Char 205 -> Index 0
		Char 206 -> Index 0
		Char 207 -> Index 0
		Char 208 -> Index 43
		Char 209 -> Index 44
		Char 210 -> Index 45
		Char 211 -> Index 46
		Char 212 -> Index 47
		Char 213 -> Index 48
		Char 214 -> Index 0
		Char 215 -> Index 0
		Char 216 -> Index 0
		Char 217 -> Index 0
		Char 218 -> Index 0
		Char 219 -> Index 0
		Char 220 -> Index 0
		Char 221 -> Index 0
		Char 222 -> Index 0
		Char 223 -> Index 0
		Char 224 -> Index 0
		Char 225 -> Index 49
		Char 226 -> Index 0
		Char 227 -> Index 0
		Char 228 -> Index 0
		Char 229 -> Index 0
		Char 230 -> Index 0
		Char 231 -> Index 0
		Char 232 -> Index 0
		Char 233 -> Index 0
		Char 234 -> Index 0
		Char 235 -> Index 0
		Char 236 -> Index 0
		Char 237 -> Index 0
		Char 238 -> Index 0
		Char 239 -> Index 0
		Char 240 -> Index 0
		Char 241 -> Index 0
		Char 242 -> Index 0
		Char 243 -> Index 0
		Char 244 -> Index 0
		Char 245 -> Index 0
		Char 246 -> Index 0
		Char 247 -> Index 0
		Char 248 -> Index 0
		Char 249 -> Index 0
		Char 250 -> Index 0
		Char 251 -> Index 0
		Char 252 -> Index 0
		Char 253 -> Index 0
		Char 254 -> Index 0
		Char 255 -> Index 0
  
Subtable  2.   Platform ID:   3
               Specific ID:   1
               'cmap' Offset: 0x0000011A
	      ->Format:	4 : Segment mapping to delta values
		Length:		184
		Version:	0
		segCount:	18  (X2 = 36)
		searchRange:	32
		entrySelector:	4
		rangeShift:	4
		Seg   1 : St = 0020, En = 003E, D =    -29, RO =     0, gId# = N/A
		Seg   2 : St = 005B, En = 005D, D =    -57, RO =     0, gId# = N/A
		Seg   3 : St = 007B, En = 007D, D =    -86, RO =     0, gId# = N/A
		Seg   4 : St = 00AB, En = 00AB, D =   -130, RO =     0, gId# = N/A
		Seg   5 : St = 00B7, En = 00B7, D =   -134, RO =     0, gId# = N/A
		Seg   6 : St = 00BB, En = 00BB, D =   -145, RO =     0, gId# = N/A
		Seg   7 : St = 060C, En = 060C, D =  -1498, RO =     0, gId# = N/A
		Seg   8 : St = 061B, En = 061B, D =  -1512, RO =     0, gId# = N/A
		Seg   9 : St = 061F, En = 061F, D =  -1515, RO =     0, gId# = N/A
		Seg  10 : St = 0780, En = 07A5, D =  -1867, RO =     0, gId# = N/A
		Seg  11 : St = 07A6, En = 07B1, D =      0, RO =    16, gId# = 0
		Seg  12 : St = 2013, En = 2014, D =  -8168, RO =     0, gId# = N/A
		Seg  13 : St = 2018, En = 2019, D =  -8169, RO =     0, gId# = N/A
		Seg  14 : St = 201C, En = 201D, D =  -8175, RO =     0, gId# = N/A
		Seg  15 : St = 2022, En = 2022, D =  -8186, RO =     0, gId# = N/A
		Seg  16 : St = 25CC, En = 25CC, D =  -9569, RO =     0, gId# = N/A
		Seg  17 : St = FDF2, En = FDF2, D =    634, RO =     0, gId# = N/A
		Seg  18 : St = FFFF, En = FFFF, D =      1, RO =     0, gId# = N/A
		glyphIdArray[0] =  109 (Offset = 00A0)
		glyphIdArray[1] =  110 (Offset = 00A2)
		glyphIdArray[2] =  111 (Offset = 00A4)
		glyphIdArray[3] =  112 (Offset = 00A6)
		glyphIdArray[4] =  113 (Offset = 00A8)
		glyphIdArray[5] =  114 (Offset = 00AA)
		glyphIdArray[6] =  115 (Offset = 00AC)
		glyphIdArray[7] =  116 (Offset = 00AE)
		glyphIdArray[8] =  117 (Offset = 00B0)
		glyphIdArray[9] =  118 (Offset = 00B2)
		glyphIdArray[10] =  119 (Offset = 00B4)
		glyphIdArray[11] =  102 (Offset = 00B6)

		Which Means:
		   1. Char 0020 -> Index 3
		      Char 0021 -> Index 4
		      Char 0022 -> Index 5
		      Char 0023 -> Index 6
		      Char 0024 -> Index 7
		      Char 0025 -> Index 8
		      Char 0026 -> Index 9
		      Char 0027 -> Index 10
		      Char 0028 -> Index 11
		      Char 0029 -> Index 12
		      Char 002A -> Index 13
		      Char 002B -> Index 14
		      Char 002C -> Index 15
		      Char 002D -> Index 16
		      Char 002E -> Index 17
		      Char 002F -> Index 18
		      Char 0030 -> Index 19
		      Char 0031 -> Index 20
		      Char 0032 -> Index 21
		      Char 0033 -> Index 22
		      Char 0034 -> Index 23
		      Char 0035 -> Index 24
		      Char 0036 -> Index 25
		      Char 0037 -> Index 26
		      Char 0038 -> Index 27
		      Char 0039 -> Index 28
		      Char 003A -> Index 29
		      Char 003B -> Index 30
		      Char 003C -> Index 31
		      Char 003D -> Index 32
		      Char 003E -> Index 33
		   2. Char 005B -> Index 34
		      Char 005C -> Index 35
		      Char 005D -> Index 36
		   3. Char 007B -> Index 37
		      Char 007C -> Index 38
		      Char 007D -> Index 39
		   4. Char 00AB -> Index 41
		   5. Char 00B7 -> Index 49
		   6. Char 00BB -> Index 42
		   7. Char 060C -> Index 50
		   8. Char 061B -> Index 51
		   9. Char 061F -> Index 52
		  10. Char 0780 -> Index 53
		      Char 0781 -> Index 54
		      Char 0782 -> Index 55
		      Char 0783 -> Index 56
		      Char 0784 -> Index 57
		      Char 0785 -> Index 58
		      Char 0786 -> Index 59
		      Char 0787 -> Index 60
		      Char 0788 -> Index 61
		      Char 0789 -> Index 62
		      Char 078A -> Index 63
		      Char 078B -> Index 64
		      Char 078C -> Index 65
		      Char 078D -> Index 66
		      Char 078E -> Index 67
		      Char 078F -> Index 68
		      Char 0790 -> Index 69
		      Char 0791 -> Index 70
		      Char 0792 -> Index 71
		      Char 0793 -> Index 72
		      Char 0794 -> Index 73
		      Char 0795 -> Index 74
		      Char 0796 -> Index 75
		      Char 0797 -> Index 76
		      Char 0798 -> Index 77
		      Char 0799 -> Index 78
		      Char 079A -> Index 79
		      Char 079B -> Index 80
		      Char 079C -> Index 81
		      Char 079D -> Index 82
		      Char 079E -> Index 83
		      Char 079F -> Index 84
		      Char 07A0 -> Index 85
		      Char 07A1 -> Index 86
		      Char 07A2 -> Index 87
		      Char 07A3 -> Index 88
		      Char 07A4 -> Index 89
		      Char 07A5 -> Index 90
		  11. Char 07A6 -> Index 109
		      Char 07A7 -> Index 110
		      Char 07A8 -> Index 111
		      Char 07A9 -> Index 112
		      Char 07AA -> Index 113
		      Char 07AB -> Index 114
		      Char 07AC -> Index 115
		      Char 07AD -> Index 116
		      Char 07AE -> Index 117
		      Char 07AF -> Index 118
		      Char 07B0 -> Index 119
		      Char 07B1 -> Index 102
		  12. Char 2013 -> Index 43
		      Char 2014 -> Index 44
		  13. Char 2018 -> Index 47
		      Char 2019 -> Index 48
		  14. Char 201C -> Index 45
		      Char 201D -> Index 46
		  15. Char 2022 -> Index 40
		  16. Char 25CC -> Index 107
		  17. Char FDF2 -> Index 108

'cvt ' Table - Control Value Table
----------------------------------
Size = 520 bytes, 260 entries
	Values
	------
	   0: 0
	   1: 0
	   2: 0
	   3: 0
	   4: 0
	   5: 0
	   6: 1456
	   7: 8
	   8: 0
	   9: 0
	  10: 0
	  11: 0
	  12: 0
	  13: 0
	  14: 0
	  15: 821
	  16: 41
	  17: 187
	  18: 0
	  19: 0
	  20: 0
	  21: 0
	  22: 0
	  23: 0
	  24: 0
	  25: -8
	  26: 0
	  27: -461
	  28: 0
	  29: 0
	  30: 0
	  31: 0
	  32: 0
	  33: 0
	  34: 0
	  35: 0
	  36: 0
	  37: 0
	  38: 0
	  39: 0
	  40: 0
	  41: 0
	  42: 0
	  43: 0
	  44: 0
	  45: 0
	  46: 0
	  47: 0
	  48: 0
	  49: 0
	  50: 0
	  51: 0
	  52: 0
	  53: 0
	  54: 0
	  55: 0
	  56: 0
	  57: 0
	  58: 0
	  59: 0
	  60: 0
	  61: 0
	  62: 0
	  63: 0
	  64: 0
	  65: 2048
	  66: 0
	  67: 2048
	  68: 0
	  69: 1024
	  70: 0
	  71: 0
	  72: 0
	  73: 0
	  74: 0
	  75: 0
	  76: 0
	  77: 0
	  78: 0
	  79: 0
	  80: 0
	  81: 0
	  82: 0
	  83: 0
	  84: 0
	  85: 0
	  86: 0
	  87: 0
	  88: 0
	  89: 0
	  90: 0
	  91: 0
	  92: 0
	  93: 0
	  94: 0
	  95: 0
	  96: 0
	  97: 0
	  98: 0
	  99: 0
	 100: 0
	 101: 0
	 102: 0
	 103: 0
	 104: 0
	 105: 0
	 106: 0
	 107: 0
	 108: 0
	 109: 0
	 110: 0
	 111: 0
	 112: 0
	 113: 0
	 114: 0
	 115: 0
	 116: 0
	 117: 0
	 118: 0
	 119: 0
	 120: 0
	 121: 0
	 122: 0
	 123: 0
	 124: 0
	 125: 0
	 126: 0
	 127: 0
	 128: 0
	 129: 0
	 130: 0
	 131: 0
	 132: 0
	 133: 0
	 134: 0
	 135: 0
	 136: 0
	 137: 195
	 138: 184
	 139: 172
	 140: 142
	 141: 195
	 142: 172
	 143: 0
	 144: 0
	 145: 0
	 146: 0
	 147: 0
	 148: 0
	 149: 0
	 150: 0
	 151: 0
	 152: 0
	 153: 172
	 154: 166
	 155: 0
	 156: 139
	 157: 0
	 158: 0
	 159: 0
	 160: 0
	 161: 0
	 162: 0
	 163: 0
	 164: 0
	 165: 0
	 166: 0
	 167: 0
	 168: 422
	 169: 0
	 170: 0
	 171: 0
	 172: 0
	 173: 0
	 174: 0
	 175: 299
	 176: 299
	 177: 184
	 178: 567
	 179: 0
	 180: 39
	 181: 0
	 182: 0
	 183: 0
	 184: 0
	 185: 0
	 186: 0
	 187: 0
	 188: 0
	 189: 0
	 190: 0
	 191: 0
	 192: 0
	 193: 0
	 194: 0
	 195: 0
	 196: 0
	 197: 0
	 198: 0
	 199: 0
	 200: 0
	 201: 0
	 202: 0
	 203: 0
	 204: 0
	 205: 0
	 206: 0
	 207: 0
	 208: 0
	 209: 0
	 210: 0
	 211: 0
	 212: 0
	 213: 0
	 214: 0
	 215: 0
	 216: 0
	 217: 0
	 218: 0
	 219: 0
	 220: 0
	 221: 0
	 222: 0
	 223: 0
	 224: 0
	 225: 157
	 226: 434
	 227: 612
	 228: 821
	 229: -184
	 230: -348
	 231: 205
	 232: 184
	 233: 172
	 234: 166
	 235: 158
	 236: 150
	 237: 140
	 238: -313
	 239: -235
	 240: -115
	 241: -94
	 242: 131
	 243: -66
	 244: -52
	 245: -37
	 246: -24
	 247: 205
	 248: 198
	 249: 193
	 250: 188
	 251: 180
	 252: 152
	 253: 145
	 254: 60
	 255: 250
	 256: 61
	 257: 61
	 258: 1100
	 259: 1400

'prep' Table - Control Value Program
------------------------------------
Size = 780 bytes
	00000: NPUSHB      (83):   223   224    22    23    28   212   213    22    23    28 
	                           123   124    22    27   123   124    25   209   210    22 
	                            23    28   118   119    22    23    28   109   112    22 
	                            23    28   108   111    22    23    28   107   110    22 
	                            27   107   110   127   114    26   116   117    20    21 
	                            28   103   106    20    21    28   102   105    20    21 
	                            28   101   104    20    27   101   104   133   113    26 
	                            25   115    22   122    67    25    33   121    67    25 
	                            33     2    15 
	00085: NPUSHW      (10):   259    32   259     2    32   258   112   258   175   258 
	00107: NPUSHB      (26):     3   237   235     3    43   236   235     3    43   234 
	                           233     3    43   231   232     3    43   232   233     3 
	                            43    63   178   128   178     2 
	00135: PUSHW[1]            -64 
	00138: PUSHB[4]            176    31    36    57 
	00143: PUSHW[1]            -64 
	00146: NPUSHB      (59):   176    24    26    57    32   176     1   154   153     4 
	                            43   145   147     1    43   147   149     2    43   150 
	                           149     1    43   143   252     1   191   252     1   250 
	                           251     5    43   249   251     5    43   247   248     2 
	                            43   248   251     5    43   251   138     5    43    11 
	                           180    27   180    43   180     3   128   177     1 
	00207: PUSHW[1]            -64 
	00210: PUSHB[4]            175    31    36    57 
	00215: PUSHW[1]            -64 
	00218: NPUSHB     (189):   175    24    26    57    32   175     1   142   139    10 
	                            43   141   137    10    43   139   137     3    43   138 
	                           137     3    43   118   137   134   137     2   129   127 
	                             1    43   125   127     1    43   127   133     2    43 
	                           136   133     1    43   135   133     1    43   132   133 
	                             1    43   131   133     1    43    27    55    21    24 
	                            54    21    21    53    21    18    52    21    15    51 
	                            21    12    50    21     9    49    21     6    48    21 
	                             3    47    21     0    46    21    38    39    14    40 
	                            39    15    42    43    14    44    43    15    34    35 
	                            14    36    35    15    30    31    14    32    31    15 
	                            15    16    17    12     9    10    11    12     6     7 
	                             8    12     3     4     5    12     0     1     2    12 
	                             9     6    73     6   121     6     3    27     1    29 
	                            13    24     7    26    13    21    16    23    13    18 
	                             4    20    13    44    60    42    60    40    60    38 
	                            60    36    60    34    60    32    60    30    60    27 
	                            60    24    60    21    60    18    60    15    60     9 
	                            60     6    60     3    60     0    60    80    51 
	00409: SVTCA[x-axis] 
	00410: PUSHB[1]             18 
	00412: MPPEM      
	00413: SVTCA[y-axis] 
	00414: MPPEM      
	00415: EQ         
	00416: WS         
	00417: PUSHB[1]             19 
	00419: SVTCA[x-axis] 
	00420: MPPEM      
	00421: SVTCA[y-axis] 
	00422: MPPEM      
	00423: GTEQ       
	00424: WS         
	00425: PUSHB[1]             51 
	00427: CALL       
	00428: MPPEM      
	00429: PUSHW[1]            800 
	00432: GT         
	00433: PUSHB[1]             50 
	00435: CALL       
	00436: MPPEM      
	00437: PUSHB[1]              9 
	00439: LT         
	00440: OR         
	00441: IF         
	00442: PUSHB[2]              1     1 
	00445: INSTCTRL   
	00446: EIF        
	00447: PUSHB[1]             51 
	00449: CALL       
	00450: PUSHB[1]              2 
	00452: GETINFO    
	00453: PUSHW[1]            256 
	00456: EQ         
	00457: PUSHB[1]              4 
	00459: GETINFO    
	00460: PUSHW[1]            512 
	00463: EQ         
	00464: PUSHB[1]             18 
	00466: RS         
	00467: AND        
	00468: OR         
	00469: IF         
	00470: PUSHW[1]            281 
	00473: PUSHB[2]              1     1 
	00476: INSTCTRL   
	00477: SCANCTRL   
	00478: ELSE       
	00479: PUSHW[2]              1   256 
	00484: PUSHB[1]             75 
	00486: ADD        
	00487: SCANCTRL   
	00488: SCANTYPE   
	00489: EIF        
	00490: PUSHB[2]              2     0 
	00493: WS         
	00494: PUSHB[1]              1 
	00496: GETINFO    
	00497: PUSHB[1]             35 
	00499: GTEQ       
	00500: IF         
	00501: PUSHB[1]              1 
	00503: GETINFO    
	00504: PUSHB[1]             64 
	00506: LTEQ       
	00507: IF         
	00508: PUSHB[1]             32 
	00510: GETINFO    
	00511: PUSHW[1]           4096 
	00514: EQ         
	00515: IF         
	00516: PUSHB[2]              2     1 
	00519: WS         
	00520: EIF        
	00521: EIF        
	00522: EIF        
	00523: PUSHB[1]             55 
	00525: MPPEM      
	00526: LT         
	00527: IF         
	00528: PUSHB[2]              2     0 
	00531: WS         
	00532: EIF        
	00533: CALL       
	00534: SCVTCI     
	00535: PUSHB[1]            100 
	00537: MPPEM      
	00538: GTEQ       
	00539: IF         
	00540: PUSHB[1]            128 
	00542: SCVTCI     
	00543: EIF        
	00544: PUSHB[1]             50 
	00546: MPPEM      
	00547: GTEQ       
	00548: IF         
	00549: PUSHB[1]            144 
	00551: SCVTCI     
	00552: EIF        
	00553: SVTCA[y-axis] 
	00554: MPPEM      
	00555: PUSHB[1]             58 
	00557: LTEQ       
	00558: PUSHB[1]             27 
	00560: SWAP       
	00561: WS         
	00562: CALL       
	00563: CALL       
	00564: CALL       
	00565: CALL       
	00566: CALL       
	00567: CALL       
	00568: CALL       
	00569: CALL       
	00570: CALL       
	00571: CALL       
	00572: CALL       
	00573: CALL       
	00574: CALL       
	00575: CALL       
	00576: CALL       
	00577: CALL       
	00578: CALL       
	00579: CALL       
	00580: CALL       
	00581: CALL       
	00582: CALL       
	00583: DELTAC1    
	00584: CALL       
	00585: CALL       
	00586: CALL       
	00587: CALL       
	00588: CALL       
	00589: CALL       
	00590: CALL       
	00591: CALL       
	00592: CALL       
	00593: CALL       
	00594: CALL       
	00595: PUSHB[2]             40    38 
	00598: RCVT       
	00599: PUSHB[1]             42 
	00601: RCVT       
	00602: SUB        
	00603: PUSHB[1]             44 
	00605: RCVT       
	00606: ADD        
	00607: WCVTP      
	00608: CALL       
	00609: CALL       
	00610: CALL       
	00611: CALL       
	00612: CALL       
	00613: CALL       
	00614: CALL       
	00615: CALL       
	00616: CALL       
	00617: CALL       
	00618: CALL       
	00619: CALL       
	00620: SVTCA[x-axis] 
	00621: CALL       
	00622: CALL       
	00623: CALL       
	00624: CALL       
	00625: CALL       
	00626: CALL       
	00627: CALL       
	00628: DELTAC1    
	00629: CALL       
	00630: CALL       
	00631: CALL       
	00632: CALL       
	00633: DELTAC1    
	00634: CALL       
	00635: CALL       
	00636: DELTAC1    
	00637: DELTAC1    
	00638: CALL       
	00639: CALL       
	00640: CALL       
	00641: CALL       
	00642: CALL       
	00643: DELTAC1    
	00644: DELTAC2    
	00645: SVTCA[y-axis] 
	00646: CALL       
	00647: CALL       
	00648: CALL       
	00649: CALL       
	00650: DELTAC1    
	00651: CALL       
	00652: CALL       
	00653: DELTAC1    
	00654: CALL       
	00655: CALL       
	00656: CALL       
	00657: CALL       
	00658: CALL       
	00659: DELTAC1    
	00660: DELTAC1    
	00661: SVTCA[x-axis] 
	00662: RS         
	00663: IF         
	00664: ELSE       
	00665: EIF        
	00666: CALL       
	00667: CALL       
	00668: PUSHB[1]             24 
	00670: PUSHB[1]             35 
	00672: MPPEM      
	00673: GTEQ       
	00674: WS         
	00675: CALL       
	00676: CALL       
	00677: CALL       
	00678: CALL       
	00679: CALL       
	00680: CALL       
	00681: CALL       
	00682: CALL       
	00683: CALL       
	00684: CALL       
	00685: CALL       
	00686: CALL       
	00687: CALL       
	00688: CALL       
	00689: CALL       
	00690: CALL       
	00691: PUSHB[1]            238 
	00693: DUP        
	00694: RCVT       
	00695: ROUND[White] 
	00696: WCVTP      
	00697: PUSHB[1]            239 
	00699: DUP        
	00700: RCVT       
	00701: ROUND[White] 
	00702: WCVTP      
	00703: PUSHB[1]            240 
	00705: DUP        
	00706: RCVT       
	00707: ROUND[White] 
	00708: WCVTP      
	00709: PUSHB[1]            241 
	00711: DUP        
	00712: RCVT       
	00713: ROUND[White] 
	00714: WCVTP      
	00715: PUSHB[1]            242 
	00717: DUP        
	00718: RCVT       
	00719: ROUND[White] 
	00720: WCVTP      
	00721: PUSHB[1]            243 
	00723: DUP        
	00724: RCVT       
	00725: ROUND[White] 
	00726: WCVTP      
	00727: PUSHB[1]            244 
	00729: DUP        
	00730: RCVT       
	00731: ROUND[White] 
	00732: WCVTP      
	00733: PUSHB[1]            245 
	00735: DUP        
	00736: RCVT       
	00737: ROUND[White] 
	00738: WCVTP      
	00739: PUSHB[1]            246 
	00741: DUP        
	00742: RCVT       
	00743: ROUND[White] 
	00744: WCVTP      
	00745: PUSHB[2]              9    50 
	00748: CALL       
	00749: MPPEM      
	00750: PUSHB[1]             80 
	00752: GT         
	00753: WS         
	00754: MPPEM      
	00755: PUSHB[1]              8 
	00757: GT         
	00758: MPPEM      
	00759: PUSHB[1]              8 
	00761: LT         
	00762: OR         
	00763: PUSHB[1]             26 
	00765: SWAP       
	00766: WS         
	00767: MPPEM      
	00768: PUSHB[1]            200 
	00770: GT         
	00771: MPPEM      
	00772: PUSHB[1]             54 
	00774: LT         
	00775: OR         
	00776: PUSHB[1]             12 
	00778: SWAP       
	00779: WS         


'fpgm' Table - Font Program
---------------------------
Size = 1978 bytes
	00000: NPUSHB      (64):    82    73    72    60    59    58    57    56    55    54 
	                            53    52    51    50    49    48    47    46    45    44 
	                            43    42    41    40    39    38    37    36    35    34 
	                            33    32    31    30    29    28    27    26    25    24 
	                            23    22    21    20    19    18    17    16    15    14 
	                            13    12    11    10     9     8     7     6     5     4 
	                             3     2     1     0 
	00066: FDEF       
	00067: SVTCA[x-axis] 
	00068: RTG        
	00069: PUSHB[1]             24 
	00071: RS         
	00072: IF         
	00073: RCVT       
	00074: ROUND[White] 
	00075: PUSHB[1]             25 
	00077: RS         
	00078: ADD        
	00079: PUSHB[1]             12 
	00081: SWAP       
	00082: WCVTP      
	00083: SWAP       
	00084: SRP0       
	00085: DUP        
	00086: PUSHB[1]             12 
	00088: FLIPOFF    
	00089: MIRP[srp0,nmd,nrd,0] 
	00090: FLIPON     
	00091: MDAP[rd]   
	00092: PUSHB[1]              0 
	00094: SRP2       
	00095: ELSE       
	00096: POP        
	00097: SWAP       
	00098: SRP1       
	00099: DUP        
	00100: SHP[rp1,zp0] 
	00101: MDAP[rd]   
	00102: EIF        
	00103: ENDF       
	00104: FDEF       
	00105: SVTCA[x-axis] 
	00106: RTG        
	00107: PUSHB[1]             24 
	00109: RS         
	00110: IF         
	00111: PUSHB[1]              5 
	00113: CALL       
	00114: PUSHB[1]              0 
	00116: SZP0       
	00117: MPPEM      
	00118: PUSHB[1]             20 
	00120: LT         
	00121: IF         
	00122: PUSHB[2]              0    64 
	00125: SHPIX      
	00126: EIF        
	00127: PUSHB[1]              6 
	00129: CALL       
	00130: ELSE       
	00131: POP        
	00132: SWAP       
	00133: SRP1       
	00134: DUP        
	00135: SHP[rp1,zp0] 
	00136: MDAP[rd]   
	00137: EIF        
	00138: ENDF       
	00139: FDEF       
	00140: SVTCA[x-axis] 
	00141: RTG        
	00142: PUSHB[1]             24 
	00144: RS         
	00145: IF         
	00146: FLIPOFF    
	00147: PUSHB[1]              3 
	00149: CINDEX     
	00150: SRP0       
	00151: MIRP[srp0,nmd,nrd,2] 
	00152: POP        
	00153: PUSHB[1]              0 
	00155: SRP2       
	00156: FLIPON     
	00157: ELSE       
	00158: DUP        
	00159: RCVT       
	00160: PUSHB[1]              4 
	00162: CINDEX     
	00163: PUSHB[1]              4 
	00165: CINDEX     
	00166: SWAP       
	00167: MD[org]    
	00168: SUB        
	00169: ABS        
	00170: PUSHB[1]             40 
	00172: GT         
	00173: IF         
	00174: POP        
	00175: SWAP       
	00176: SRP0       
	00177: MDRP[srp0,nmd,rd,2] 
	00178: ELSE       
	00179: PUSHB[1]              3 
	00181: CINDEX     
	00182: SRP0       
	00183: MIRP[srp0,nmd,nrd,2] 
	00184: POP        
	00185: PUSHB[1]              0 
	00187: SRP2       
	00188: EIF        
	00189: EIF        
	00190: ENDF       
	00191: FDEF       
	00192: PUSHB[1]             26 
	00194: RS         
	00195: IF         
	00196: POP        
	00197: POP        
	00198: ELSE       
	00199: PUSHB[1]              2 
	00201: CINDEX     
	00202: PUSHB[1]              2 
	00204: CINDEX     
	00205: MD[cur]    
	00206: PUSHB[1]              3 
	00208: CINDEX     
	00209: PUSHB[1]              3 
	00211: CINDEX     
	00212: MD[org]    
	00213: SUB        
	00214: DUP        
	00215: ABS        
	00216: PUSHB[1]             16 
	00218: LT         
	00219: IF         
	00220: POP        
	00221: POP        
	00222: POP        
	00223: ELSE       
	00224: PUSHB[1]              3 
	00226: CINDEX     
	00227: PUSHB[1]              3 
	00229: CINDEX     
	00230: MD[cur]    
	00231: PUSHB[1]              0 
	00233: LT         
	00234: IF         
	00235: PUSHB[1]              0 
	00237: LT         
	00238: IF         
	00239: PUSHW[1]            -30 
	00242: SHPIX      
	00243: POP        
	00244: ELSE       
	00245: PUSHB[1]              0 
	00247: SHPIX      
	00248: POP        
	00249: EIF        
	00250: ELSE       
	00251: PUSHB[1]              0 
	00253: GT         
	00254: IF         
	00255: PUSHB[1]             30 
	00257: SHPIX      
	00258: POP        
	00259: ELSE       
	00260: PUSHB[1]              0 
	00262: SHPIX      
	00263: POP        
	00264: EIF        
	00265: EIF        
	00266: EIF        
	00267: EIF        
	00268: ENDF       
	00269: FDEF       
	00270: SVTCA[x-axis] 
	00271: RTG        
	00272: PUSHB[1]             24 
	00274: RS         
	00275: IF         
	00276: PUSHB[1]              5 
	00278: CALL       
	00279: PUSHB[1]              0 
	00281: SZP0       
	00282: MPPEM      
	00283: PUSHB[1]             20 
	00285: LT         
	00286: IF         
	00287: PUSHW[2]              0   -64 
	00292: SHPIX      
	00293: EIF        
	00294: PUSHB[1]              6 
	00296: CALL       
	00297: ELSE       
	00298: POP        
	00299: SWAP       
	00300: SRP1       
	00301: DUP        
	00302: SHP[rp1,zp0] 
	00303: MDAP[rd]   
	00304: EIF        
	00305: ENDF       
	00306: FDEF       
	00307: FLIPOFF    
	00308: SVTCA[x-axis] 
	00309: ROLL       
	00310: SRP0       
	00311: PUSHB[2]             12    25 
	00314: RS         
	00315: WCVTP      
	00316: PUSHB[1]              0 
	00318: SZP1       
	00319: PUSHB[2]              0    12 
	00322: MIRP[nrp0,nmd,nrd,2] 
	00323: PUSHB[1]              0 
	00325: SZP2       
	00326: PUSHW[2]              0   -16 
	00331: SHPIX      
	00332: SVTCA[y-axis] 
	00333: PUSHB[1]              0 
	00335: ALIGNRP    
	00336: PUSHB[1]             40 
	00338: CALL       
	00339: PUSHB[1]              2 
	00341: CINDEX     
	00342: SRP0       
	00343: PUSHB[1]              0 
	00345: ALIGNRP    
	00346: ENDF       
	00347: FDEF       
	00348: SVTCA[x-axis] 
	00349: RTG        
	00350: PUSHB[1]              0 
	00352: MDAP[rd]   
	00353: PUSHB[1]              1 
	00355: SZP1       
	00356: MIRP[srp0,nmd,nrd,2] 
	00357: PUSHB[1]              1 
	00359: SZP0       
	00360: PUSHB[1]              1 
	00362: SZP2       
	00363: FLIPON     
	00364: PUSHB[1]              0 
	00366: SRP2       
	00367: ENDF       
	00368: FDEF       
	00369: SVTCA[x-axis] 
	00370: RTG        
	00371: PUSHB[1]             24 
	00373: RS         
	00374: IF         
	00375: PUSHB[1]              5 
	00377: CALL       
	00378: PUSHB[1]              0 
	00380: SZP0       
	00381: PUSHW[2]              0   -32 
	00386: SHPIX      
	00387: PUSHB[1]              6 
	00389: CALL       
	00390: ELSE       
	00391: POP        
	00392: SWAP       
	00393: SRP1       
	00394: DUP        
	00395: SHP[rp1,zp0] 
	00396: MDAP[rd]   
	00397: EIF        
	00398: ENDF       
	00399: FDEF       
	00400: SVTCA[x-axis] 
	00401: RTG        
	00402: PUSHB[1]             24 
	00404: RS         
	00405: IF         
	00406: RCVT       
	00407: ABS        
	00408: ROUND[White] 
	00409: SWAP       
	00410: RCVT       
	00411: ABS        
	00412: ROUND[Black] 
	00413: PUSHB[1]             25 
	00415: RS         
	00416: ABS        
	00417: ADD        
	00418: ADD        
	00419: PUSHB[1]             12 
	00421: SWAP       
	00422: WCVTP      
	00423: SWAP       
	00424: SRP0       
	00425: DUP        
	00426: PUSHB[1]             12 
	00428: MIRP[srp0,nmd,nrd,0] 
	00429: MDAP[rd]   
	00430: PUSHB[1]              0 
	00432: SRP2       
	00433: ELSE       
	00434: POP        
	00435: POP        
	00436: DUP        
	00437: ROLL       
	00438: DUP        
	00439: ROLL       
	00440: GT         
	00441: IF         
	00442: SRP1       
	00443: SHP[rp1,zp0] 
	00444: ELSE       
	00445: POP        
	00446: POP        
	00447: EIF        
	00448: EIF        
	00449: ENDF       
	00450: FDEF       
	00451: SVTCA[x-axis] 
	00452: MPPEM      
	00453: PUSHB[1]            200 
	00455: LTEQ       
	00456: IF         
	00457: PUSHB[2]             11    10 
	00460: RS         
	00461: SWAP       
	00462: RS         
	00463: NEG        
	00464: SPVFS      
	00465: EIF        
	00466: ENDF       
	00467: FDEF       
	00468: SVTCA[y-axis] 
	00469: MPPEM      
	00470: PUSHB[1]            200 
	00472: LTEQ       
	00473: IF         
	00474: SVTCA[y-axis] 
	00475: PUSHB[2]             10    11 
	00478: RS         
	00479: SWAP       
	00480: RS         
	00481: SFVFS      
	00482: EIF        
	00483: ENDF       
	00484: FDEF       
	00485: SVTCA[y-axis] 
	00486: PUSHB[1]             12 
	00488: SWAP       
	00489: WCVTF      
	00490: PUSHB[2]              1    12 
	00493: MIAP[nrd+nci] 
	00494: SVTCA[x-axis] 
	00495: PUSHB[1]             12 
	00497: SWAP       
	00498: WCVTF      
	00499: PUSHB[2]              2    12 
	00502: RCVT       
	00503: MSIRP[nrp] 
	00504: PUSHB[2]              2     0 
	00507: SFVTL[=p1,p2] 
	00508: GFV        
	00509: ENDF       
	00510: FDEF       
	00511: PUSHB[1]             18 
	00513: CALL       
	00514: PUSHB[1]              2 
	00516: CINDEX     
	00517: RCVT       
	00518: PUSHB[1]              2 
	00520: CINDEX     
	00521: RCVT       
	00522: ROUND[White] 
	00523: PUSHB[1]             64 
	00525: MAX        
	00526: ADD        
	00527: PUSHB[1]              2 
	00529: CINDEX     
	00530: SWAP       
	00531: WCVTP      
	00532: POP        
	00533: POP        
	00534: POP        
	00535: ENDF       
	00536: FDEF       
	00537: PUSHB[1]             19 
	00539: CALL       
	00540: PUSHB[1]              2 
	00542: CINDEX     
	00543: RCVT       
	00544: PUSHB[1]              2 
	00546: CINDEX     
	00547: RCVT       
	00548: ROUND[White] 
	00549: PUSHW[1]            -64 
	00552: MIN        
	00553: ADD        
	00554: PUSHB[1]              2 
	00556: CINDEX     
	00557: SWAP       
	00558: WCVTP      
	00559: POP        
	00560: POP        
	00561: POP        
	00562: ENDF       
	00563: FDEF       
	00564: PUSHB[1]              0 
	00566: PUSHB[1]             18 
	00568: CALL       
	00569: POP        
	00570: POP        
	00571: POP        
	00572: ENDF       
	00573: FDEF       
	00574: PUSHB[1]              0 
	00576: PUSHB[1]             19 
	00578: CALL       
	00579: POP        
	00580: POP        
	00581: POP        
	00582: ENDF       
	00583: FDEF       
	00584: SVTCA[x-axis] 
	00585: MPPEM      
	00586: PUSHB[1]            200 
	00588: LTEQ       
	00589: IF         
	00590: PUSHB[1]              6 
	00592: RS         
	00593: PUSHB[1]              7 
	00595: RS         
	00596: NEG        
	00597: SPVFS      
	00598: EIF        
	00599: ENDF       
	00600: FDEF       
	00601: DUP        
	00602: ROUND[Black] 
	00603: PUSHB[1]             64 
	00605: SUB        
	00606: PUSHB[1]              0 
	00608: MAX        
	00609: DUP        
	00610: PUSHB[2]             44   192 
	00613: ROLL       
	00614: MIN        
	00615: PUSHW[1]           4096 
	00618: DIV        
	00619: ADD        
	00620: CALL       
	00621: GPV        
	00622: ABS        
	00623: SWAP       
	00624: ABS        
	00625: SUB        
	00626: NOT        
	00627: IF         
	00628: PUSHB[1]              3 
	00630: SUB        
	00631: EIF        
	00632: ENDF       
	00633: FDEF       
	00634: PUSHB[2]              0     3 
	00637: CINDEX     
	00638: RCVT       
	00639: ROUND[Gray] 
	00640: EQ         
	00641: PUSHB[1]             28 
	00643: MPPEM      
	00644: LT         
	00645: AND        
	00646: IF         
	00647: PUSHB[1]              3 
	00649: CINDEX     
	00650: RCVT       
	00651: PUSHB[1]              3 
	00653: CINDEX     
	00654: RCVT       
	00655: ADD        
	00656: ROUND[Gray] 
	00657: DUP        
	00658: PUSHB[1]              4 
	00660: CINDEX     
	00661: SWAP       
	00662: WCVTP      
	00663: PUSHB[1]              4 
	00665: CINDEX     
	00666: SWAP       
	00667: WCVTP      
	00668: ELSE       
	00669: PUSHB[1]              3 
	00671: CINDEX     
	00672: DUP        
	00673: RCVT       
	00674: ROUND[Gray] 
	00675: DUP        
	00676: ROLL       
	00677: SWAP       
	00678: WCVTP      
	00679: PUSHB[1]              3 
	00681: CINDEX     
	00682: RCVT       
	00683: ROUND[Gray] 
	00684: ADD        
	00685: PUSHB[1]              3 
	00687: CINDEX     
	00688: SWAP       
	00689: WCVTP      
	00690: EIF        
	00691: ENDF       
	00692: FDEF       
	00693: PUSHB[1]              3 
	00695: CINDEX     
	00696: DUP        
	00697: RCVT       
	00698: ROUND[Gray] 
	00699: DUP        
	00700: ROLL       
	00701: SWAP       
	00702: WCVTP      
	00703: PUSHB[1]              3 
	00705: CINDEX     
	00706: RCVT       
	00707: ABS        
	00708: ROUND[Gray] 
	00709: NEG        
	00710: ADD        
	00711: PUSHB[1]              4 
	00713: CINDEX     
	00714: PUSHB[1]              1 
	00716: ADD        
	00717: SWAP       
	00718: WCVTP      
	00719: ENDF       
	00720: FDEF       
	00721: PUSHB[1]              9 
	00723: RS         
	00724: IF         
	00725: SDPVTL[1]  
	00726: POP        
	00727: MDRP[nrp0,nmd,nrd,0] 
	00728: ELSE       
	00729: PUSHB[1]             18 
	00731: RS         
	00732: IF         
	00733: SDPVTL[1]  
	00734: RCVT       
	00735: PUSHB[1]             17 
	00737: CALL       
	00738: PUSHB[1]             13 
	00740: SWAP       
	00741: WCVTP      
	00742: PUSHB[1]             13 
	00744: ROFF       
	00745: MIRP[nrp0,nmd,rd,0] 
	00746: ELSE       
	00747: SPVTCA[x-axis] 
	00748: ROLL       
	00749: RCVT       
	00750: RTG        
	00751: ROUND[Black] 
	00752: DUP        
	00753: PUSHB[1]             13 
	00755: SWAP       
	00756: WCVTP      
	00757: ROLL       
	00758: ROLL       
	00759: SDPVTL[1]  
	00760: DUP        
	00761: PUSHB[1]            160 
	00763: LTEQ       
	00764: IF         
	00765: PUSHB[1]             17 
	00767: CALL       
	00768: PUSHB[1]             13 
	00770: SWAP       
	00771: WCVTP      
	00772: PUSHB[1]             13 
	00774: ROFF       
	00775: MIRP[nrp0,nmd,rd,0] 
	00776: ELSE       
	00777: POP        
	00778: PUSHB[1]             13 
	00780: ROFF       
	00781: MIRP[nrp0,nmd,rd,0] 
	00782: EIF        
	00783: EIF        
	00784: EIF        
	00785: RTG        
	00786: ENDF       
	00787: FDEF       
	00788: DUP        
	00789: ROLL       
	00790: RCVT       
	00791: SWAP       
	00792: RCVT       
	00793: ROUND[Gray] 
	00794: ADD        
	00795: WCVTP      
	00796: ENDF       
	00797: FDEF       
	00798: RCVT       
	00799: ROUND[White] 
	00800: WS         
	00801: ENDF       
	00802: FDEF       
	00803: SVTCA[x-axis] 
	00804: RTG        
	00805: MDAP[rd]   
	00806: ENDF       
	00807: FDEF       
	00808: SVTCA[x-axis] 
	00809: RTG        
	00810: PUSHB[1]             24 
	00812: RS         
	00813: IF         
	00814: PUSHB[1]              4 
	00816: CINDEX     
	00817: PUSHB[1]              4 
	00819: CINDEX     
	00820: MD[cur]    
	00821: ABS        
	00822: SWAP       
	00823: RCVT       
	00824: ABS        
	00825: ROUND[Black] 
	00826: PUSHB[1]             64 
	00828: MAX        
	00829: SUB        
	00830: DUP        
	00831: PUSHB[1]            128 
	00833: DIV        
	00834: ROUND[White] 
	00835: PUSHB[1]              2 
	00837: CINDEX     
	00838: PUSHB[1]              2 
	00840: CINDEX     
	00841: SUB        
	00842: MIN        
	00843: PUSHB[1]             25 
	00845: RS         
	00846: ADD        
	00847: PUSHB[1]             12 
	00849: SWAP       
	00850: WCVTP      
	00851: POP        
	00852: ROLL       
	00853: SRP0       
	00854: PUSHB[1]             12 
	00856: MIRP[srp0,nmd,rd,2] 
	00857: POP        
	00858: ELSE       
	00859: POP        
	00860: POP        
	00861: POP        
	00862: POP        
	00863: EIF        
	00864: ENDF       
	00865: FDEF       
	00866: SVTCA[x-axis] 
	00867: PUSHB[1]             24 
	00869: RS         
	00870: IF         
	00871: PUSHB[1]              2 
	00873: CINDEX     
	00874: RCVT       
	00875: PUSHB[1]              2 
	00877: CINDEX     
	00878: RCVT       
	00879: ABS        
	00880: ADD        
	00881: ROUND[White] 
	00882: PUSHB[1]              3 
	00884: CINDEX     
	00885: RCVT       
	00886: ROUND[White] 
	00887: SUB        
	00888: DUP        
	00889: PUSHB[1]              4 
	00891: CINDEX     
	00892: RCVT       
	00893: ROUND[White] 
	00894: DUP        
	00895: ROLL       
	00896: MAX        
	00897: NEG        
	00898: PUSHB[1]              4 
	00900: CINDEX     
	00901: SWAP       
	00902: WCVTP      
	00903: MIN        
	00904: PUSHB[1]              3 
	00906: CINDEX     
	00907: SWAP       
	00908: WCVTP      
	00909: POP        
	00910: POP        
	00911: ELSE       
	00912: DUP        
	00913: RCVT       
	00914: ROUND[White] 
	00915: WCVTP      
	00916: DUP        
	00917: RCVT       
	00918: ROUND[White] 
	00919: WCVTP      
	00920: EIF        
	00921: ENDF       
	00922: FDEF       
	00923: SVTCA[x-axis] 
	00924: DUP        
	00925: RCVT       
	00926: PUSHB[1]              0 
	00928: NEQ        
	00929: PUSHB[1]             24 
	00931: RS         
	00932: AND        
	00933: IF         
	00934: RCVT       
	00935: ROUND[Gray] 
	00936: SWAP       
	00937: RCVT       
	00938: ROUND[Black] 
	00939: PUSHB[1]             64 
	00941: MAX        
	00942: SUB        
	00943: DUP        
	00944: PUSHB[1]            128 
	00946: DIV        
	00947: ROUND[White] 
	00948: DUP        
	00949: ROLL       
	00950: SWAP       
	00951: SUB        
	00952: DUP        
	00953: PUSHB[1]              3 
	00955: CINDEX     
	00956: MAX        
	00957: NEG        
	00958: PUSHB[1]              4 
	00960: CINDEX     
	00961: SWAP       
	00962: WCVTP      
	00963: MIN        
	00964: PUSHB[1]              3 
	00966: CINDEX     
	00967: SWAP       
	00968: WCVTP      
	00969: POP        
	00970: POP        
	00971: ELSE       
	00972: POP        
	00973: POP        
	00974: PUSHB[1]             25 
	00976: CALL       
	00977: EIF        
	00978: ENDF       
	00979: FDEF       
	00980: SVTCA[x-axis] 
	00981: ROLL       
	00982: ROLL       
	00983: RCVT       
	00984: ABS        
	00985: SWAP       
	00986: RCVT       
	00987: ABS        
	00988: SUB        
	00989: ABS        
	00990: WS         
	00991: ENDF       
	00992: FDEF       
	00993: PUSHB[1]              4 
	00995: CINDEX     
	00996: PUSHB[1]              4 
	00998: CINDEX     
	00999: PUSHB[1]             25 
	01001: CALL       
	01002: PUSHB[1]             24 
	01004: RS         
	01005: IF         
	01006: PUSHB[1]              4 
	01008: CINDEX     
	01009: PUSHB[1]              4 
	01011: CINDEX     
	01012: PUSHB[1]              3 
	01014: CINDEX     
	01015: PUSHB[1]             27 
	01017: CALL       
	01018: SVTCA[x-axis] 
	01019: PUSHB[1]              2 
	01021: CINDEX     
	01022: RS         
	01023: PUSHB[1]             64 
	01025: EQ         
	01026: PUSHB[1]              2 
	01028: CINDEX     
	01029: RS         
	01030: PUSHB[1]              0 
	01032: EQ         
	01033: AND        
	01034: IF         
	01035: PUSHB[1]              3 
	01037: CINDEX     
	01038: DUP        
	01039: RCVT       
	01040: PUSHB[1]             64 
	01042: SUB        
	01043: WCVTP      
	01044: EIF        
	01045: PUSHB[1]              2 
	01047: CINDEX     
	01048: RS         
	01049: PUSHB[1]              0 
	01051: EQ         
	01052: PUSHB[1]              2 
	01054: CINDEX     
	01055: RS         
	01056: PUSHB[1]             64 
	01058: EQ         
	01059: AND        
	01060: IF         
	01061: PUSHB[1]              4 
	01063: CINDEX     
	01064: DUP        
	01065: RCVT       
	01066: PUSHB[1]             64 
	01068: ADD        
	01069: WCVTP      
	01070: EIF        
	01071: EIF        
	01072: POP        
	01073: POP        
	01074: POP        
	01075: POP        
	01076: ENDF       
	01077: FDEF       
	01078: PUSHB[1]              3 
	01080: CINDEX     
	01081: DUP        
	01082: PUSHB[1]              7 
	01084: CINDEX     
	01085: SDPVTL[1]  
	01086: SFVTCA[x-axis] 
	01087: MDAP[nrd]  
	01088: SWAP       
	01089: DUP        
	01090: ROLL       
	01091: PUSHB[1]              4 
	01093: CINDEX     
	01094: PUSHB[1]              7 
	01096: CINDEX     
	01097: PUSHB[1]             20 
	01099: CALL       
	01100: SRP0       
	01101: POP        
	01102: MDRP[nrp0,nmd,rd,0] 
	01103: POP        
	01104: ENDF       
	01105: FDEF       
	01106: MDRP[nrp0,nmd,nrd,0] 
	01107: ENDF       
	01108: FDEF       
	01109: MPPEM      
	01110: GT         
	01111: IF         
	01112: RCVT       
	01113: WCVTP      
	01114: ELSE       
	01115: POP        
	01116: POP        
	01117: EIF        
	01118: ENDF       
	01119: FDEF       
	01120: PUSHB[1]              2 
	01122: RS         
	01123: IF         
	01124: RTDG       
	01125: MIRP[nrp0,md,rd,1] 
	01126: RTG        
	01127: ELSE       
	01128: MIRP[nrp0,md,rd,1] 
	01129: EIF        
	01130: ENDF       
	01131: FDEF       
	01132: MPPEM      
	01133: LT         
	01134: IF         
	01135: RCVT       
	01136: WCVTP      
	01137: ELSE       
	01138: POP        
	01139: POP        
	01140: EIF        
	01141: ENDF       
	01142: FDEF       
	01143: SVTCA[x-axis] 
	01144: RTG        
	01145: MPPEM      
	01146: GT         
	01147: IF         
	01148: ROLL       
	01149: MDAP[rd]   
	01150: MIRP[nrp0,md,rd,1] 
	01151: ELSE       
	01152: POP        
	01153: POP        
	01154: POP        
	01155: EIF        
	01156: ENDF       
	01157: FDEF       
	01158: MPPEM      
	01159: GTEQ       
	01160: SWAP       
	01161: MPPEM      
	01162: LTEQ       
	01163: AND        
	01164: IF         
	01165: PUSHB[1]              3 
	01167: CINDEX     
	01168: RCVT       
	01169: ROUND[Gray] 
	01170: PUSHB[1]              3 
	01172: CINDEX     
	01173: RCVT       
	01174: ROUND[Gray] 
	01175: PUSHB[1]              3 
	01177: CINDEX     
	01178: ADD        
	01179: EQ         
	01180: IF         
	01181: POP        
	01182: POP        
	01183: POP        
	01184: ELSE       
	01185: PUSHB[1]              2 
	01187: CINDEX     
	01188: RCVT       
	01189: ROUND[Gray] 
	01190: ADD        
	01191: PUSHB[1]              3 
	01193: CINDEX     
	01194: SWAP       
	01195: WCVTP      
	01196: POP        
	01197: POP        
	01198: EIF        
	01199: ELSE       
	01200: POP        
	01201: POP        
	01202: POP        
	01203: EIF        
	01204: ENDF       
	01205: FDEF       
	01206: PUSHB[1]              2 
	01208: RS         
	01209: IF         
	01210: RTDG       
	01211: MDRP[nrp0,md,rd,1] 
	01212: RTG        
	01213: ELSE       
	01214: MDRP[nrp0,md,rd,1] 
	01215: EIF        
	01216: ENDF       
	01217: FDEF       
	01218: GC[cur p]  
	01219: SWAP       
	01220: GC[cur p]  
	01221: ADD        
	01222: ROLL       
	01223: ROLL       
	01224: GC[cur p]  
	01225: SWAP       
	01226: DUP        
	01227: GC[cur p]  
	01228: ROLL       
	01229: ADD        
	01230: ROLL       
	01231: SUB        
	01232: PUSHW[1]           -128 
	01235: DIV        
	01236: SWAP       
	01237: DUP        
	01238: SRP0       
	01239: SWAP       
	01240: ROLL       
	01241: PUSHB[2]             12    12 
	01244: ROLL       
	01245: WCVTF      
	01246: RCVT       
	01247: ADD        
	01248: DUP        
	01249: PUSHB[1]              0 
	01251: LT         
	01252: IF         
	01253: PUSHB[1]              1 
	01255: SUB        
	01256: PUSHW[1]            -70 
	01259: MAX        
	01260: ELSE       
	01261: PUSHB[1]             70 
	01263: MIN        
	01264: EIF        
	01265: PUSHB[1]             16 
	01267: ADD        
	01268: ROUND[Gray] 
	01269: SVTCA[x-axis] 
	01270: MSIRP[nrp] 
	01271: ENDF       
	01272: FDEF       
	01273: DUP        
	01274: RCVT       
	01275: PUSHB[1]              3 
	01277: CINDEX     
	01278: GC[cur p]  
	01279: GT         
	01280: MPPEM      
	01281: PUSHB[1]             19 
	01283: LTEQ       
	01284: OR         
	01285: IF         
	01286: PUSHB[1]              2 
	01288: CINDEX     
	01289: GC[cur p]  
	01290: DUP        
	01291: ROUND[Gray] 
	01292: SUB        
	01293: PUSHB[1]              3 
	01295: CINDEX     
	01296: PUSHB[1]              3 
	01298: CINDEX     
	01299: MIAP[rd+ci] 
	01300: SWAP       
	01301: POP        
	01302: SHPIX      
	01303: ELSE       
	01304: POP        
	01305: SRP1       
	01306: EIF        
	01307: ENDF       
	01308: FDEF       
	01309: DUP        
	01310: RCVT       
	01311: PUSHB[1]              3 
	01313: CINDEX     
	01314: GC[cur p]  
	01315: LT         
	01316: IF         
	01317: PUSHB[1]              2 
	01319: CINDEX     
	01320: GC[cur p]  
	01321: DUP        
	01322: ROUND[Gray] 
	01323: SUB        
	01324: PUSHB[1]              3 
	01326: CINDEX     
	01327: PUSHB[1]              3 
	01329: CINDEX     
	01330: MIAP[rd+ci] 
	01331: SWAP       
	01332: POP        
	01333: SHPIX      
	01334: ELSE       
	01335: POP        
	01336: SRP1       
	01337: EIF        
	01338: ENDF       
	01339: FDEF       
	01340: SVTCA[y-axis] 
	01341: MPPEM      
	01342: PUSHB[1]            200 
	01344: LTEQ       
	01345: IF         
	01346: SVTCA[y-axis] 
	01347: PUSHB[1]              7 
	01349: RS         
	01350: PUSHB[1]              6 
	01352: RS         
	01353: SFVFS      
	01354: EIF        
	01355: ENDF       
	01356: FDEF       
	01357: ROLL       
	01358: SRP0       
	01359: MIRP[nrp0,md,rd,0] 
	01360: ENDF       
	01361: FDEF       
	01362: PUSHB[1]             12 
	01364: RS         
	01365: IF         
	01366: POP        
	01367: ELSE       
	01368: DUP        
	01369: GC[cur p]  
	01370: PUSHB[1]              0 
	01372: GT         
	01373: IF         
	01374: PUSHW[1]            -16 
	01377: SHPIX      
	01378: ELSE       
	01379: PUSHB[1]             16 
	01381: SHPIX      
	01382: EIF        
	01383: EIF        
	01384: ENDF       
	01385: FDEF       
	01386: DUP        
	01387: PUSHB[1]              0 
	01389: NEQ        
	01390: IF         
	01391: PUSHW[1]           4096 
	01394: MUL        
	01395: PUSHB[1]              3 
	01397: CINDEX     
	01398: RCVT       
	01399: ABS        
	01400: PUSHB[1]              3 
	01402: CINDEX     
	01403: RCVT       
	01404: ABS        
	01405: SUB        
	01406: PUSHB[1]              0 
	01408: GTEQ       
	01409: IF         
	01410: PUSHB[1]              2 
	01412: ELSE       
	01413: PUSHB[1]             64 
	01415: SUB        
	01416: PUSHB[1]              3 
	01418: EIF        
	01419: CINDEX     
	01420: RCVT       
	01421: ROUND[Black] 
	01422: GTEQ       
	01423: IF         
	01424: RCVT       
	01425: WCVTP      
	01426: ELSE       
	01427: POP        
	01428: POP        
	01429: EIF        
	01430: ELSE       
	01431: POP        
	01432: PUSHB[1]              2 
	01434: CINDEX     
	01435: RCVT       
	01436: PUSHB[1]              2 
	01438: CINDEX     
	01439: RCVT       
	01440: SUB        
	01441: ABS        
	01442: PUSHB[1]             40 
	01444: LTEQ       
	01445: IF         
	01446: RCVT       
	01447: WCVTP      
	01448: ELSE       
	01449: POP        
	01450: POP        
	01451: EIF        
	01452: EIF        
	01453: ENDF       
	01454: FDEF       
	01455: POP        
	01456: POP        
	01457: GPV        
	01458: ABS        
	01459: SWAP       
	01460: ABS        
	01461: MAX        
	01462: PUSHW[1]          16384 
	01465: DIV        
	01466: ENDF       
	01467: FDEF       
	01468: POP        
	01469: PUSHB[1]            128 
	01471: LTEQ       
	01472: IF         
	01473: GPV        
	01474: ABS        
	01475: SWAP       
	01476: ABS        
	01477: MAX        
	01478: PUSHW[1]           8192 
	01481: DIV        
	01482: ELSE       
	01483: PUSHB[3]              0    64    47 
	01487: CALL       
	01488: EIF        
	01489: PUSHB[1]              2 
	01491: ADD        
	01492: ENDF       
	01493: FDEF       
	01494: POP        
	01495: PUSHB[1]            192 
	01497: LTEQ       
	01498: IF         
	01499: GPV        
	01500: ABS        
	01501: SWAP       
	01502: ABS        
	01503: MAX        
	01504: PUSHW[1]           5461 
	01507: DIV        
	01508: ELSE       
	01509: PUSHB[3]              0   128    47 
	01513: CALL       
	01514: EIF        
	01515: PUSHB[1]              2 
	01517: ADD        
	01518: ENDF       
	01519: FDEF       
	01520: GPV        
	01521: ABS        
	01522: SWAP       
	01523: ABS        
	01524: MAX        
	01525: PUSHW[1]          16384 
	01528: DIV        
	01529: ADD        
	01530: SWAP       
	01531: POP        
	01532: ENDF       
	01533: FDEF       
	01534: RTG        
	01535: MPPEM      
	01536: GTEQ       
	01537: IF         
	01538: PUSHB[1]              4 
	01540: CINDEX     
	01541: PUSHB[1]              4 
	01543: CINDEX     
	01544: MD[cur]    
	01545: ABS        
	01546: SWAP       
	01547: RCVT       
	01548: ABS        
	01549: ROUND[Black] 
	01550: PUSHB[1]             64 
	01552: MAX        
	01553: SUB        
	01554: DUP        
	01555: PUSHB[1]            128 
	01557: DIV        
	01558: ROUND[White] 
	01559: PUSHB[1]              2 
	01561: CINDEX     
	01562: PUSHB[1]              2 
	01564: CINDEX     
	01565: SUB        
	01566: MIN        
	01567: PUSHB[1]             12 
	01569: SWAP       
	01570: WCVTP      
	01571: POP        
	01572: ROLL       
	01573: SRP0       
	01574: PUSHB[1]             12 
	01576: MIRP[srp0,nmd,rd,2] 
	01577: POP        
	01578: ELSE       
	01579: POP        
	01580: ROLL       
	01581: SRP1       
	01582: SWAP       
	01583: SRP2       
	01584: DUP        
	01585: IP         
	01586: MDAP[rd]   
	01587: EIF        
	01588: ENDF       
	01589: FDEF       
	01590: PUSHB[1]              2 
	01592: CINDEX     
	01593: PUSHB[1]              2 
	01595: CINDEX     
	01596: MD[cur]    
	01597: ABS        
	01598: PUSHB[1]            192 
	01600: EQ         
	01601: IF         
	01602: PUSHW[1]             -8 
	01605: SHPIX      
	01606: PUSHB[1]              8 
	01608: SHPIX      
	01609: ELSE       
	01610: POP        
	01611: POP        
	01612: EIF        
	01613: ENDF       
	01614: FDEF       
	01615: PUSHB[1]             19 
	01617: RS         
	01618: IF         
	01619: SPVTCA[x-axis] 
	01620: ELSE       
	01621: SPVTCA[y-axis] 
	01622: EIF        
	01623: ENDF       
	01624: FDEF       
	01625: PUSHB[1]             19 
	01627: RS         
	01628: IF         
	01629: SPVTCA[y-axis] 
	01630: ELSE       
	01631: SPVTCA[x-axis] 
	01632: EIF        
	01633: ENDF       
	01634: FDEF       
	01635: PUSHB[1]             10 
	01637: CALL       
	01638: SWAP       
	01639: SRP0       
	01640: DUP        
	01641: ALIGNRP    
	01642: PUSHB[1]             23 
	01644: CALL       
	01645: ENDF       
	01646: FDEF       
	01647: PUSHB[1]              2 
	01649: CINDEX     
	01650: PUSHW[1]            -16 
	01653: SHPIX      
	01654: PUSHB[1]             40 
	01656: CALL       
	01657: ROLL       
	01658: SRP0       
	01659: SWAP       
	01660: DUP        
	01661: MDRP[srp0,nmd,nrd,0] 
	01662: SWAP       
	01663: PUSHB[1]             16 
	01665: CALL       
	01666: PUSHB[1]              5 
	01668: RS         
	01669: IF         
	01670: MDRP[nrp0,nmd,nrd,0] 
	01671: ELSE       
	01672: ALIGNRP    
	01673: EIF        
	01674: DUP        
	01675: SRP0       
	01676: SRP1       
	01677: PUSHB[1]              0 
	01679: SRP2       
	01680: SVTCA[x-axis] 
	01681: ENDF       
	01682: FDEF       
	01683: MPPEM      
	01684: GTEQ       
	01685: SWAP       
	01686: MPPEM      
	01687: LTEQ       
	01688: AND        
	01689: IF         
	01690: SHPIX      
	01691: ELSE       
	01692: POP        
	01693: POP        
	01694: EIF        
	01695: ENDF       
	01696: FDEF       
	01697: SVTCA[x-axis] 
	01698: PUSHB[1]              2 
	01700: CINDEX     
	01701: SRP0       
	01702: MDRP[srp0,nmd,nrd,0] 
	01703: SWAP       
	01704: MDRP[nrp0,md,nrd,1] 
	01705: SVTCA[x-axis] 
	01706: PUSHB[1]              1 
	01708: SZP0       
	01709: PUSHB[1]              0 
	01711: SZP1       
	01712: SRP0       
	01713: PUSHB[1]              1 
	01715: ALIGNRP    
	01716: PUSHB[1]              1 
	01718: SZPS       
	01719: ENDF       
	01720: FDEF       
	01721: SVTCA[x-axis] 
	01722: PUSHB[1]              0 
	01724: SZP0       
	01725: PUSHB[1]              1 
	01727: PUSHB[1]              3 
	01729: CINDEX     
	01730: MD[cur]    
	01731: PUSHB[1]              3 
	01733: SLOOP      
	01734: SHPIX      
	01735: PUSHB[1]              1 
	01737: SZP0       
	01738: ENDF       
	01739: FDEF       
	01740: MPPEM      
	01741: GTEQ       
	01742: SWAP       
	01743: MPPEM      
	01744: LTEQ       
	01745: AND        
	01746: IF         
	01747: DUP        
	01748: RCVT       
	01749: ROLL       
	01750: ADD        
	01751: WCVTP      
	01752: ELSE       
	01753: POP        
	01754: POP        
	01755: EIF        
	01756: ENDF       
	01757: FDEF       
	01758: RTG        
	01759: MPPEM      
	01760: GTEQ       
	01761: IF         
	01762: PUSHB[1]              4 
	01764: CINDEX     
	01765: PUSHB[1]              4 
	01767: CINDEX     
	01768: MD[cur]    
	01769: ABS        
	01770: PUSHB[1]              3 
	01772: CINDEX     
	01773: PUSHB[1]              3 
	01775: CINDEX     
	01776: MD[cur]    
	01777: ABS        
	01778: ROUND[Gray] 
	01779: PUSHB[1]             64 
	01781: MAX        
	01782: SUB        
	01783: DUP        
	01784: PUSHB[1]            128 
	01786: DIV        
	01787: ROUND[White] 
	01788: PUSHB[1]              2 
	01790: CINDEX     
	01791: PUSHB[1]              2 
	01793: CINDEX     
	01794: SUB        
	01795: MIN        
	01796: PUSHB[1]             12 
	01798: SWAP       
	01799: WCVTP      
	01800: POP        
	01801: PUSHB[1]              4 
	01803: CINDEX     
	01804: SRP0       
	01805: SWAP       
	01806: PUSHB[1]             12 
	01808: MIRP[srp0,nmd,rd,2] 
	01809: ELSE       
	01810: PUSHB[1]              4 
	01812: CINDEX     
	01813: PUSHB[1]              4 
	01815: CINDEX     
	01816: SRP1       
	01817: SRP2       
	01818: SWAP       
	01819: DUP        
	01820: IP         
	01821: MDAP[rd]   
	01822: EIF        
	01823: MDRP[nrp0,md,rd,0] 
	01824: POP        
	01825: POP        
	01826: ENDF       
	01827: FDEF       
	01828: SVTCA[x-axis] 
	01829: RTG        
	01830: PUSHB[1]             24 
	01832: RS         
	01833: IF         
	01834: PUSHB[1]              5 
	01836: CINDEX     
	01837: GC[cur p]  
	01838: SWAP       
	01839: RCVT       
	01840: ABS        
	01841: SUB        
	01842: ELSE       
	01843: POP        
	01844: PUSHB[1]              4 
	01846: CINDEX     
	01847: PUSHB[1]              4 
	01849: CINDEX     
	01850: MD[org]    
	01851: EIF        
	01852: PUSHB[1]             14 
	01854: SWAP       
	01855: WCVTP      
	01856: SWAP       
	01857: SRP0       
	01858: PUSHB[1]             14 
	01860: MIRP[nrp0,md,rd,0] 
	01861: SWAP       
	01862: SRP0       
	01863: PUSHB[1]             14 
	01865: MIRP[nrp0,md,rd,0] 
	01866: ENDF       
	01867: FDEF       
	01868: PUSHB[1]             27 
	01870: RS         
	01871: IF         
	01872: DUP        
	01873: PUSHB[1]              1 
	01875: ADD        
	01876: RCVT       
	01877: PUSHB[1]              0 
	01879: LTEQ       
	01880: IF         
	01881: DUP        
	01882: PUSHB[1]              1 
	01884: ADD        
	01885: DUP        
	01886: RCVT       
	01887: DUP        
	01888: ROUND[Gray] 
	01889: PUSHB[1]              0 
	01891: NEQ        
	01892: IF         
	01893: PUSHB[1]             32 
	01895: ADD        
	01896: WCVTP      
	01897: POP        
	01898: ELSE       
	01899: POP        
	01900: POP        
	01901: POP        
	01902: EIF        
	01903: ELSE       
	01904: DUP        
	01905: PUSHB[1]              1 
	01907: ADD        
	01908: DUP        
	01909: RCVT       
	01910: DUP        
	01911: ROUND[Gray] 
	01912: PUSHB[1]              0 
	01914: NEQ        
	01915: IF         
	01916: PUSHW[1]            -32 
	01919: ADD        
	01920: WCVTP      
	01921: PUSHB[1]             28 
	01923: MPPEM      
	01924: LT         
	01925: IF         
	01926: DUP        
	01927: RCVT       
	01928: PUSHB[1]             32 
	01930: ADD        
	01931: WCVTP      
	01932: ELSE       
	01933: POP        
	01934: EIF        
	01935: ELSE       
	01936: POP        
	01937: POP        
	01938: POP        
	01939: EIF        
	01940: EIF        
	01941: ELSE       
	01942: POP        
	01943: EIF        
	01944: ENDF       
	01945: FDEF       
	01946: MPPEM      
	01947: GTEQ       
	01948: SWAP       
	01949: MPPEM      
	01950: LTEQ       
	01951: AND        
	01952: IF         
	01953: SHPIX      
	01954: ELSE       
	01955: POP        
	01956: POP        
	01957: EIF        
	01958: ENDF       
	01959: FDEF       
	01960: MPPEM      
	01961: EQ         
	01962: IF         
	01963: SHPIX      
	01964: ELSE       
	01965: POP        
	01966: POP        
	01967: EIF        
	01968: ENDF       
	01969: FDEF       
	01970: MPPEM      
	01971: GT         
	01972: IF         
	01973: RDTG       
	01974: ELSE       
	01975: ROFF       
	01976: EIF        
	01977: ENDF       


'hmtx' Table - Horizontal Metrics
---------------------------------
Size = 460 bytes, 110 entries
	  0. advWid: 2048, LSdBear: 256
	  1. advWid:    0, LSdBear: 0
	  2. advWid: 1024, LSdBear: 0
	  3. advWid: 1000, LSdBear: 0
	  4. advWid:  745, LSdBear: 176
	  5. advWid:  928, LSdBear: 248
	  6. advWid: 1407, LSdBear: 100
	  7. advWid: 1147, LSdBear: 63
	  8. advWid: 1438, LSdBear: 145
	  9. advWid: 1499, LSdBear: 49
	 10. advWid:  457, LSdBear: 248
	 11. advWid: 1090, LSdBear: 195
	 12. advWid: 1090, LSdBear: -43
	 13. advWid:  754, LSdBear: 182
	 14. advWid: 1147, LSdBear: 150
	 15. advWid:  745, LSdBear: 137
	 16. advWid:  942, LSdBear: 184
	 17. advWid:  745, LSdBear: 332
	 18. advWid: 1053, LSdBear: 20
	 19. advWid: 1438, LSdBear: 178
	 20. advWid:  827, LSdBear: 227
	 21. advWid: 1368, LSdBear: 61
	 22. advWid: 1368, LSdBear: 94
	 23. advWid: 1397, LSdBear: 174
	 24. advWid: 1368, LSdBear: 88
	 25. advWid: 1368, LSdBear: 168
	 26. advWid: 1225, LSdBear: 287
	 27. advWid: 1346, LSdBear: 84
	 28. advWid: 1368, LSdBear: 217
	 29. advWid:  745, LSdBear: 176
	 30. advWid:  745, LSdBear: 137
	 31. advWid: 1147, LSdBear: 168
	 32. advWid: 1147, LSdBear: 160
	 33. advWid: 1147, LSdBear: 84
	 34. advWid:  885, LSdBear: 47
	 35. advWid: 1053, LSdBear: 303
	 36. advWid:  885, LSdBear: -121
	 37. advWid:  934, LSdBear: 100
	 38. advWid:  893, LSdBear: 168
	 39. advWid:  934, LSdBear: -182
	 40. advWid:  950, LSdBear: 274
	 41. advWid: 1229, LSdBear: 127
	 42. advWid: 1229, LSdBear: 47
	 43. advWid: 1126, LSdBear: 184
	 44. advWid: 1884, LSdBear: 184
	 45. advWid: 1217, LSdBear: 418
	 46. advWid: 1217, LSdBear: 395
	 47. advWid:  745, LSdBear: 418
	 48. advWid:  745, LSdBear: 395
	 49. advWid:  745, LSdBear: 266
	 50. advWid:  745, LSdBear: 332
	 51. advWid:  745, LSdBear: 176
	 52. advWid:  868, LSdBear: 203
	 53. advWid: 1096, LSdBear: -115
	 54. advWid: 1608, LSdBear: -115
	 55. advWid: 1710, LSdBear: -115
	 56. advWid: 1513, LSdBear: -115
	 57. advWid: 1526, LSdBear: 133
	 58. advWid: 1434, LSdBear: -115
	 59. advWid: 1180, LSdBear: 123
	 60. advWid: 1130, LSdBear: -29
	 61. advWid:  903, LSdBear: -123
	 62. advWid: 1047, LSdBear: -121
	 63. advWid: 1057, LSdBear: -313
	 64. advWid: 1294, LSdBear: -233
	 65. advWid: 1153, LSdBear: -94
	 66. advWid: 1163, LSdBear: -238
	 67. advWid: 1171, LSdBear: -78
	 68. advWid: 1378, LSdBear: 41
	 69. advWid: 2195, LSdBear: 80
	 70. advWid:  856, LSdBear: 31
	 71. advWid: 1135, LSdBear: 98
	 72. advWid: 1526, LSdBear: 131
	 73. advWid: 1458, LSdBear: -133
	 74. advWid: 1057, LSdBear: -313
	 75. advWid: 1243, LSdBear: -102
	 76. advWid: 1153, LSdBear: -94
	 77. advWid: 1153, LSdBear: -94
	 78. advWid: 1096, LSdBear: -115
	 79. advWid: 1096, LSdBear: -115
	 80. advWid: 1294, LSdBear: -233
	 81. advWid: 1513, LSdBear: -115
	 82. advWid: 2195, LSdBear: 80
	 83. advWid: 2195, LSdBear: 80
	 84. advWid: 2195, LSdBear: 80
	 85. advWid: 1153, LSdBear: -94
	 86. advWid: 1153, LSdBear: -94
	 87. advWid: 1130, LSdBear: -29
	 88. advWid: 1130, LSdBear: -29
	 89. advWid: 1171, LSdBear: -78
	 90. advWid:  903, LSdBear: -123
	 91. advWid:  600, LSdBear: 25
	 92. advWid:  887, LSdBear: 25
	 93. advWid:  618, LSdBear: 25
	 94. advWid: 1038, LSdBear: 14
	 95. advWid:  526, LSdBear: 25
	 96. advWid: 1018, LSdBear: 25
	 97. advWid:  522, LSdBear: 23
	 98. advWid: 1014, LSdBear: 23
	 99. advWid:  934, LSdBear: 25
	100. advWid: 1008, LSdBear: 37
	101. advWid:  635, LSdBear: 37
	102. advWid:  903, LSdBear: 10
	103. advWid:  682, LSdBear: 238
	104. advWid:  682, LSdBear: 238
	105. advWid:  682, LSdBear: 74
	106. advWid:  682, LSdBear: 33
	107. advWid: 1229, LSdBear: 119
	108. advWid: 1677, LSdBear: 10
	109. advWid:    0, LSdBear: 25
	LSdBear 110: 25
	LSdBear 111: 25
	LSdBear 112: 14
	LSdBear 113: 25
	LSdBear 114: 25
	LSdBear 115: 23
	LSdBear 116: 23
	LSdBear 117: 25
	LSdBear 118: 37
	LSdBear 119: 37

'VDMX' Table - Precomputed Vertical Device Metrics
--------------------------------------------------
  Version:                 1
  Number of Hgt Records:   1
  Number of Ratio Records: 1

    Ratio Record #1
	CharSetId     1
	xRatio        1
	yStartRatio   1
	yEndRatio     1
	Record Offset 12 (group #1)

   VDMX Height Record Groups
   -------------------------
   1.	Number of Hgt Records  248
	Starting Y Pel Height  8
	Ending Y Pel Height    255

	     1. Pel Height= 8
	        yMax=       7
	        yMin=       -2

	     2. Pel Height= 9
	        yMax=       8
	        yMin=       -2

	     3. Pel Height= 10
	        yMax=       9
	        yMin=       -3

	     4. Pel Height= 11
	        yMax=       9
	        yMin=       -3

	     5. Pel Height= 12
	        yMax=       11
	        yMin=       -3

	     6. Pel Height= 13
	        yMax=       11
	        yMin=       -3

	     7. Pel Height= 14
	        yMax=       13
	        yMin=       -3

	     8. Pel Height= 15
	        yMax=       13
	        yMin=       -4

	     9. Pel Height= 16
	        yMax=       14
	        yMin=       -4

	    10. Pel Height= 17
	        yMax=       15
	        yMin=       -4

	    11. Pel Height= 18
	        yMax=       16
	        yMin=       -4

	    12. Pel Height= 19
	        yMax=       17
	        yMin=       -5

	    13. Pel Height= 20
	        yMax=       17
	        yMin=       -5

	    14. Pel Height= 21
	        yMax=       18
	        yMin=       -6

	    15. Pel Height= 22
	        yMax=       19
	        yMin=       -6

	    16. Pel Height= 23
	        yMax=       20
	        yMin=       -6

	    17. Pel Height= 24
	        yMax=       21
	        yMin=       -6

	    18. Pel Height= 25
	        yMax=       22
	        yMin=       -6

	    19. Pel Height= 26
	        yMax=       22
	        yMin=       -6

	    20. Pel Height= 27
	        yMax=       24
	        yMin=       -7

	    21. Pel Height= 28
	        yMax=       24
	        yMin=       -8

	    22. Pel Height= 29
	        yMax=       26
	        yMin=       -8

	    23. Pel Height= 30
	        yMax=       26
	        yMin=       -8

	    24. Pel Height= 31
	        yMax=       27
	        yMin=       -8

	    25. Pel Height= 32
	        yMax=       28
	        yMin=       -8

	    26. Pel Height= 33
	        yMax=       29
	        yMin=       -9

	    27. Pel Height= 34
	        yMax=       30
	        yMin=       -9

	    28. Pel Height= 35
	        yMax=       31
	        yMin=       -9

	    29. Pel Height= 36
	        yMax=       31
	        yMin=       -9

	    30. Pel Height= 37
	        yMax=       33
	        yMin=       -9

	    31. Pel Height= 38
	        yMax=       33
	        yMin=       -10

	    32. Pel Height= 39
	        yMax=       34
	        yMin=       -10

	    33. Pel Height= 40
	        yMax=       35
	        yMin=       -10

	    34. Pel Height= 41
	        yMax=       35
	        yMin=       -10

	    35. Pel Height= 42
	        yMax=       37
	        yMin=       -10

	    36. Pel Height= 43
	        yMax=       37
	        yMin=       -10

	    37. Pel Height= 44
	        yMax=       39
	        yMin=       -11

	    38. Pel Height= 45
	        yMax=       39
	        yMin=       -11

	    39. Pel Height= 46
	        yMax=       40
	        yMin=       -12

	    40. Pel Height= 47
	        yMax=       41
	        yMin=       -12

	    41. Pel Height= 48
	        yMax=       42
	        yMin=       -12

	    42. Pel Height= 49
	        yMax=       43
	        yMin=       -12

	    43. Pel Height= 50
	        yMax=       44
	        yMin=       -13

	    44. Pel Height= 51
	        yMax=       45
	        yMin=       -13

	    45. Pel Height= 52
	        yMax=       46
	        yMin=       -13

	    46. Pel Height= 53
	        yMax=       46
	        yMin=       -13

	    47. Pel Height= 54
	        yMax=       48
	        yMin=       -13

	    48. Pel Height= 55
	        yMax=       48
	        yMin=       -14

	    49. Pel Height= 56
	        yMax=       50
	        yMin=       -15

	    50. Pel Height= 57
	        yMax=       50
	        yMin=       -15

	    51. Pel Height= 58
	        yMax=       50
	        yMin=       -15

	    52. Pel Height= 59
	        yMax=       52
	        yMin=       -15

	    53. Pel Height= 60
	        yMax=       52
	        yMin=       -15

	    54. Pel Height= 61
	        yMax=       54
	        yMin=       -15

	    55. Pel Height= 62
	        yMax=       54
	        yMin=       -16

	    56. Pel Height= 63
	        yMax=       55
	        yMin=       -16

	    57. Pel Height= 64
	        yMax=       56
	        yMin=       -16

	    58. Pel Height= 65
	        yMax=       57
	        yMin=       -17

	    59. Pel Height= 66
	        yMax=       58
	        yMin=       -17

	    60. Pel Height= 67
	        yMax=       59
	        yMin=       -17

	    61. Pel Height= 68
	        yMax=       59
	        yMin=       -18

	    62. Pel Height= 69
	        yMax=       61
	        yMin=       -18

	    63. Pel Height= 70
	        yMax=       61
	        yMin=       -18

	    64. Pel Height= 71
	        yMax=       63
	        yMin=       -18

	    65. Pel Height= 72
	        yMax=       63
	        yMin=       -18

	    66. Pel Height= 73
	        yMax=       64
	        yMin=       -18

	    67. Pel Height= 74
	        yMax=       65
	        yMin=       -19

	    68. Pel Height= 75
	        yMax=       65
	        yMin=       -19

	    69. Pel Height= 76
	        yMax=       67
	        yMin=       -19

	    70. Pel Height= 77
	        yMax=       67
	        yMin=       -19

	    71. Pel Height= 78
	        yMax=       68
	        yMin=       -19

	    72. Pel Height= 79
	        yMax=       69
	        yMin=       -20

	    73. Pel Height= 80
	        yMax=       70
	        yMin=       -20

	    74. Pel Height= 81
	        yMax=       71
	        yMin=       -20

	    75. Pel Height= 82
	        yMax=       72
	        yMin=       -20

	    76. Pel Height= 83
	        yMax=       72
	        yMin=       -21

	    77. Pel Height= 84
	        yMax=       74
	        yMin=       -21

	    78. Pel Height= 85
	        yMax=       74
	        yMin=       -22

	    79. Pel Height= 86
	        yMax=       76
	        yMin=       -22

	    80. Pel Height= 87
	        yMax=       76
	        yMin=       -22

	    81. Pel Height= 88
	        yMax=       77
	        yMin=       -22

	    82. Pel Height= 89
	        yMax=       78
	        yMin=       -22

	    83. Pel Height= 90
	        yMax=       79
	        yMin=       -22

	    84. Pel Height= 91
	        yMax=       80
	        yMin=       -23

	    85. Pel Height= 92
	        yMax=       81
	        yMin=       -24

	    86. Pel Height= 93
	        yMax=       81
	        yMin=       -24

	    87. Pel Height= 94
	        yMax=       82
	        yMin=       -24

	    88. Pel Height= 95
	        yMax=       83
	        yMin=       -24

	    89. Pel Height= 96
	        yMax=       84
	        yMin=       -24

	    90. Pel Height= 97
	        yMax=       85
	        yMin=       -25

	    91. Pel Height= 98
	        yMax=       85
	        yMin=       -25

	    92. Pel Height= 99
	        yMax=       87
	        yMin=       -25

	    93. Pel Height= 100
	        yMax=       87
	        yMin=       -25

	    94. Pel Height= 101
	        yMax=       89
	        yMin=       -25

	    95. Pel Height= 102
	        yMax=       89
	        yMin=       -26

	    96. Pel Height= 103
	        yMax=       90
	        yMin=       -27

	    97. Pel Height= 104
	        yMax=       91
	        yMin=       -27

	    98. Pel Height= 105
	        yMax=       92
	        yMin=       -27

	    99. Pel Height= 106
	        yMax=       93
	        yMin=       -27

	   100. Pel Height= 107
	        yMax=       94
	        yMin=       -27

	   101. Pel Height= 108
	        yMax=       94
	        yMin=       -27

	   102. Pel Height= 109
	        yMax=       96
	        yMin=       -28

	   103. Pel Height= 110
	        yMax=       96
	        yMin=       -28

	   104. Pel Height= 111
	        yMax=       98
	        yMin=       -28

	   105. Pel Height= 112
	        yMax=       98
	        yMin=       -28

	   106. Pel Height= 113
	        yMax=       98
	        yMin=       -28

	   107. Pel Height= 114
	        yMax=       100
	        yMin=       -28

	   108. Pel Height= 115
	        yMax=       100
	        yMin=       -29

	   109. Pel Height= 116
	        yMax=       102
	        yMin=       -29

	   110. Pel Height= 117
	        yMax=       102
	        yMin=       -29

	   111. Pel Height= 118
	        yMax=       103
	        yMin=       -29

	   112. Pel Height= 119
	        yMax=       104
	        yMin=       -29

	   113. Pel Height= 120
	        yMax=       105
	        yMin=       -31

	   114. Pel Height= 121
	        yMax=       106
	        yMin=       -31

	   115. Pel Height= 122
	        yMax=       107
	        yMin=       -31

	   116. Pel Height= 123
	        yMax=       107
	        yMin=       -31

	   117. Pel Height= 124
	        yMax=       109
	        yMin=       -31

	   118. Pel Height= 125
	        yMax=       109
	        yMin=       -31

	   119. Pel Height= 126
	        yMax=       111
	        yMin=       -32

	   120. Pel Height= 127
	        yMax=       111
	        yMin=       -32

	   121. Pel Height= 128
	        yMax=       112
	        yMin=       -33

	   122. Pel Height= 129
	        yMax=       113
	        yMin=       -33

	   123. Pel Height= 130
	        yMax=       114
	        yMin=       -33

	   124. Pel Height= 131
	        yMax=       115
	        yMin=       -33

	   125. Pel Height= 132
	        yMax=       115
	        yMin=       -34

	   126. Pel Height= 133
	        yMax=       116
	        yMin=       -34

	   127. Pel Height= 134
	        yMax=       117
	        yMin=       -34

	   128. Pel Height= 135
	        yMax=       118
	        yMin=       -34

	   129. Pel Height= 136
	        yMax=       119
	        yMin=       -34

	   130. Pel Height= 137
	        yMax=       120
	        yMin=       -34

	   131. Pel Height= 138
	        yMax=       120
	        yMin=       -35

	   132. Pel Height= 139
	        yMax=       122
	        yMin=       -36

	   133. Pel Height= 140
	        yMax=       122
	        yMin=       -36

	   134. Pel Height= 141
	        yMax=       124
	        yMin=       -36

	   135. Pel Height= 142
	        yMax=       124
	        yMin=       -36

	   136. Pel Height= 143
	        yMax=       125
	        yMin=       -36

	   137. Pel Height= 144
	        yMax=       126
	        yMin=       -37

	   138. Pel Height= 145
	        yMax=       127
	        yMin=       -37

	   139. Pel Height= 146
	        yMax=       128
	        yMin=       -37

	   140. Pel Height= 147
	        yMax=       129
	        yMin=       -37

	   141. Pel Height= 148
	        yMax=       129
	        yMin=       -37

	   142. Pel Height= 149
	        yMax=       131
	        yMin=       -37

	   143. Pel Height= 150
	        yMax=       131
	        yMin=       -38

	   144. Pel Height= 151
	        yMax=       132
	        yMin=       -38

	   145. Pel Height= 152
	        yMax=       133
	        yMin=       -38

	   146. Pel Height= 153
	        yMax=       133
	        yMin=       -38

	   147. Pel Height= 154
	        yMax=       135
	        yMin=       -38

	   148. Pel Height= 155
	        yMax=       135
	        yMin=       -38

	   149. Pel Height= 156
	        yMax=       137
	        yMin=       -39

	   150. Pel Height= 157
	        yMax=       137
	        yMin=       -40

	   151. Pel Height= 158
	        yMax=       139
	        yMin=       -40

	   152. Pel Height= 159
	        yMax=       139
	        yMin=       -40

	   153. Pel Height= 160
	        yMax=       140
	        yMin=       -40

	   154. Pel Height= 161
	        yMax=       141
	        yMin=       -41

	   155. Pel Height= 162
	        yMax=       142
	        yMin=       -41

	   156. Pel Height= 163
	        yMax=       143
	        yMin=       -41

	   157. Pel Height= 164
	        yMax=       144
	        yMin=       -41

	   158. Pel Height= 165
	        yMax=       144
	        yMin=       -42

	   159. Pel Height= 166
	        yMax=       146
	        yMin=       -42

	   160. Pel Height= 167
	        yMax=       146
	        yMin=       -43

	   161. Pel Height= 168
	        yMax=       147
	        yMin=       -43

	   162. Pel Height= 169
	        yMax=       148
	        yMin=       -43

	   163. Pel Height= 170
	        yMax=       148
	        yMin=       -43

	   164. Pel Height= 171
	        yMax=       150
	        yMin=       -43

	   165. Pel Height= 172
	        yMax=       150
	        yMin=       -43

	   166. Pel Height= 173
	        yMax=       152
	        yMin=       -44

	   167. Pel Height= 174
	        yMax=       152
	        yMin=       -44

	   168. Pel Height= 175
	        yMax=       153
	        yMin=       -44

	   169. Pel Height= 176
	        yMax=       154
	        yMin=       -45

	   170. Pel Height= 177
	        yMax=       155
	        yMin=       -45

	   171. Pel Height= 178
	        yMax=       156
	        yMin=       -45

	   172. Pel Height= 179
	        yMax=       157
	        yMin=       -46

	   173. Pel Height= 180
	        yMax=       157
	        yMin=       -46

	   174. Pel Height= 181
	        yMax=       159
	        yMin=       -46

	   175. Pel Height= 182
	        yMax=       159
	        yMin=       -46

	   176. Pel Height= 183
	        yMax=       161
	        yMin=       -46

	   177. Pel Height= 184
	        yMax=       161
	        yMin=       -46

	   178. Pel Height= 185
	        yMax=       162
	        yMin=       -47

	   179. Pel Height= 186
	        yMax=       163
	        yMin=       -47

	   180. Pel Height= 187
	        yMax=       163
	        yMin=       -47

	   181. Pel Height= 188
	        yMax=       165
	        yMin=       -47

	   182. Pel Height= 189
	        yMax=       165
	        yMin=       -47

	   183. Pel Height= 190
	        yMax=       166
	        yMin=       -47

	   184. Pel Height= 191
	        yMax=       167
	        yMin=       -48

	   185. Pel Height= 192
	        yMax=       168
	        yMin=       -48

	   186. Pel Height= 193
	        yMax=       169
	        yMin=       -48

	   187. Pel Height= 194
	        yMax=       170
	        yMin=       -49

	   188. Pel Height= 195
	        yMax=       170
	        yMin=       -49

	   189. Pel Height= 196
	        yMax=       172
	        yMin=       -50

	   190. Pel Height= 197
	        yMax=       172
	        yMin=       -50

	   191. Pel Height= 198
	        yMax=       174
	        yMin=       -50

	   192. Pel Height= 199
	        yMax=       174
	        yMin=       -50

	   193. Pel Height= 200
	        yMax=       175
	        yMin=       -50

	   194. Pel Height= 201
	        yMax=       176
	        yMin=       -51

	   195. Pel Height= 202
	        yMax=       177
	        yMin=       -52

	   196. Pel Height= 203
	        yMax=       178
	        yMin=       -52

	   197. Pel Height= 204
	        yMax=       179
	        yMin=       -52

	   198. Pel Height= 205
	        yMax=       179
	        yMin=       -52

	   199. Pel Height= 206
	        yMax=       180
	        yMin=       -52

	   200. Pel Height= 207
	        yMax=       181
	        yMin=       -52

	   201. Pel Height= 208
	        yMax=       182
	        yMin=       -53

	   202. Pel Height= 209
	        yMax=       183
	        yMin=       -53

	   203. Pel Height= 210
	        yMax=       183
	        yMin=       -53

	   204. Pel Height= 211
	        yMax=       185
	        yMin=       -53

	   205. Pel Height= 212
	        yMax=       185
	        yMin=       -53

	   206. Pel Height= 213
	        yMax=       187
	        yMin=       -54

	   207. Pel Height= 214
	        yMax=       187
	        yMin=       -55

	   208. Pel Height= 215
	        yMax=       188
	        yMin=       -55

	   209. Pel Height= 216
	        yMax=       189
	        yMin=       -55

	   210. Pel Height= 217
	        yMax=       190
	        yMin=       -55

	   211. Pel Height= 218
	        yMax=       191
	        yMin=       -55

	   212. Pel Height= 219
	        yMax=       192
	        yMin=       -55

	   213. Pel Height= 220
	        yMax=       192
	        yMin=       -56

	   214. Pel Height= 221
	        yMax=       194
	        yMin=       -56

	   215. Pel Height= 222
	        yMax=       194
	        yMin=       -56

	   216. Pel Height= 223
	        yMax=       196
	        yMin=       -56

	   217. Pel Height= 224
	        yMax=       196
	        yMin=       -56

	   218. Pel Height= 225
	        yMax=       196
	        yMin=       -56

	   219. Pel Height= 226
	        yMax=       198
	        yMin=       -57

	   220. Pel Height= 227
	        yMax=       198
	        yMin=       -57

	   221. Pel Height= 228
	        yMax=       200
	        yMin=       -57

	   222. Pel Height= 229
	        yMax=       200
	        yMin=       -57

	   223. Pel Height= 230
	        yMax=       201
	        yMin=       -57

	   224. Pel Height= 231
	        yMax=       202
	        yMin=       -58

	   225. Pel Height= 232
	        yMax=       203
	        yMin=       -59

	   226. Pel Height= 233
	        yMax=       204
	        yMin=       -59

	   227. Pel Height= 234
	        yMax=       205
	        yMin=       -59

	   228. Pel Height= 235
	        yMax=       205
	        yMin=       -59

	   229. Pel Height= 236
	        yMax=       207
	        yMin=       -59

	   230. Pel Height= 237
	        yMax=       207
	        yMin=       -60

	   231. Pel Height= 238
	        yMax=       209
	        yMin=       -61

	   232. Pel Height= 239
	        yMax=       209
	        yMin=       -61

	   233. Pel Height= 240
	        yMax=       210
	        yMin=       -61

	   234. Pel Height= 241
	        yMax=       211
	        yMin=       -61

	   235. Pel Height= 242
	        yMax=       212
	        yMin=       -61

	   236. Pel Height= 243
	        yMax=       213
	        yMin=       -62

	   237. Pel Height= 244
	        yMax=       213
	        yMin=       -62

	   238. Pel Height= 245
	        yMax=       214
	        yMin=       -62

	   239. Pel Height= 246
	        yMax=       215
	        yMin=       -62

	   240. Pel Height= 247
	        yMax=       216
	        yMin=       -62

	   241. Pel Height= 248
	        yMax=       217
	        yMin=       -62

	   242. Pel Height= 249
	        yMax=       218
	        yMin=       -64

	   243. Pel Height= 250
	        yMax=       218
	        yMin=       -64

	   244. Pel Height= 251
	        yMax=       220
	        yMin=       -64

	   245. Pel Height= 252
	        yMax=       220
	        yMin=       -64

	   246. Pel Height= 253
	        yMax=       222
	        yMin=       -64

	   247. Pel Height= 254
	        yMax=       222
	        yMin=       -64

	   248. Pel Height= 255
	        yMax=       223
	        yMin=       -65



'LTSH' Table - Linear Threshold Table
-------------------------------------
Size = 124 bytes
 'LTSH' Version:          0
 Number of Glyphs:        120

   Glyph #   Threshold
   -------   ---------
        0.           1
        1.           1
        2.           1
        3.           1
        4.           1
        5.           1
        6.           9
        7.           1
        8.           1
        9.          29
       10.           1
       11.          32
       12.          32
       13.           1
       14.           1
       15.           1
       16.          26
       17.           1
       18.           1
       19.           1
       20.          27
       21.           1
       22.           1
       23.           1
       24.           1
       25.           1
       26.           1
       27.           1
       28.           1
       29.           1
       30.           1
       31.           1
       32.           1
       33.           1
       34.           1
       35.           1
       36.           1
       37.           1
       38.          48
       39.           1
       40.          15
       41.           1
       42.           1
       43.          31
       44.           1
       45.           1
       46.           1
       47.           1
       48.           1
       49.           1
       50.           1
       51.           1
       52.          47
       53.          15
       54.           8
       55.           1
       56.           1
       57.           1
       58.           1
       59.           1
       60.           1
       61.          18
       62.          45
       63.           1
       64.           1
       65.           1
       66.          23
       67.           1
       68.          27
       69.           1
       70.           1
       71.          47
       72.           1
       73.          34
       74.           1
       75.          15
       76.           1
       77.           1
       78.          15
       79.          15
       80.           1
       81.           1
       82.           1
       83.           1
       84.           1
       85.           1
       86.           1
       87.           1
       88.           1
       89.           1
       90.          18
       91.          30
       92.          16
       93.           1
       94.           1
       95.           1
       96.           2
       97.           1
       98.           2
       99.           1
      100.           2
      101.           1
      102.          18
      103.           1
      104.           1
      105.           1
      106.           1
      107.           1
      108.           1
      109.           1
      110.           1
      111.           1
      112.           1
      113.           1
      114.           1
      115.           1
      116.           1
      117.           1
      118.           1
      119.           1

'hdmx' Table - Horizontal Device Metrics
----------------------------------------
Size = 2860 bytes
	'hdmx' version:		0
	# device records:	23
	Record length:		124
	DevRec  0: ppem =   9, maxWid =  10
    0.   9
    1.   0
    2.   5
    3.   4
    4.   3
    5.   4
    6.   6
    7.   5
    8.   6
    9.   7
   10.   2
   11.   5
   12.   5
   13.   3
   14.   5
   15.   3
   16.   4
   17.   3
   18.   5
   19.   6
   20.   4
   21.   6
   22.   6
   23.   6
   24.   6
   25.   6
   26.   5
   27.   6
   28.   6
   29.   3
   30.   3
   31.   5
   32.   5
   33.   5
   34.   4
   35.   5
   36.   4
   37.   4
   38.   4
   39.   4
   40.   4
   41.   5
   42.   5
   43.   5
   44.   8
   45.   5
   46.   5
   47.   3
   48.   3
   49.   3
   50.   3
   51.   3
   52.   4
   53.   5
   54.   7
   55.   8
   56.   7
   57.   7
   58.   6
   59.   5
   60.   5
   61.   4
   62.   5
   63.   5
   64.   6
   65.   5
   66.   5
   67.   5
   68.   6
   69.  10
   70.   4
   71.   5
   72.   7
   73.   6
   74.   5
   75.   5
   76.   5
   77.   5
   78.   5
   79.   5
   80.   6
   81.   7
   82.  10
   83.  10
   84.  10
   85.   5
   86.   5
   87.   5
   88.   5
   89.   5
   90.   4
   91.   3
   92.   4
   93.   3
   94.   5
   95.   2
   96.   4
   97.   2
   98.   4
   99.   4
  100.   4
  101.   3
  102.   4
  103.   3
  104.   3
  105.   3
  106.   3
  107.   5
  108.   7
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  1: ppem =  10, maxWid =  11
    0.  10
    1.   0
    2.   5
    3.   5
    4.   4
    5.   5
    6.   7
    7.   6
    8.   7
    9.   7
   10.   2
   11.   5
   12.   5
   13.   4
   14.   6
   15.   4
   16.   5
   17.   4
   18.   5
   19.   7
   20.   4
   21.   7
   22.   7
   23.   7
   24.   7
   25.   7
   26.   6
   27.   7
   28.   7
   29.   4
   30.   4
   31.   6
   32.   6
   33.   6
   34.   4
   35.   5
   36.   4
   37.   5
   38.   4
   39.   5
   40.   5
   41.   6
   42.   6
   43.   6
   44.   9
   45.   6
   46.   6
   47.   4
   48.   4
   49.   4
   50.   4
   51.   4
   52.   4
   53.   5
   54.   8
   55.   8
   56.   7
   57.   7
   58.   7
   59.   6
   60.   6
   61.   4
   62.   5
   63.   5
   64.   6
   65.   6
   66.   6
   67.   6
   68.   7
   69.  11
   70.   4
   71.   6
   72.   7
   73.   7
   74.   5
   75.   6
   76.   6
   77.   6
   78.   5
   79.   5
   80.   6
   81.   7
   82.  11
   83.  11
   84.  11
   85.   6
   86.   6
   87.   6
   88.   6
   89.   6
   90.   4
   91.   3
   92.   4
   93.   3
   94.   5
   95.   3
   96.   5
   97.   3
   98.   5
   99.   5
  100.   5
  101.   3
  102.   4
  103.   3
  104.   3
  105.   3
  106.   3
  107.   6
  108.   8
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  2: ppem =  11, maxWid =  12
    0.  11
    1.   0
    2.   6
    3.   5
    4.   4
    5.   5
    6.   8
    7.   6
    8.   8
    9.   8
   10.   2
   11.   6
   12.   6
   13.   4
   14.   6
   15.   4
   16.   5
   17.   4
   18.   6
   19.   8
   20.   4
   21.   7
   22.   7
   23.   8
   24.   7
   25.   7
   26.   7
   27.   7
   28.   7
   29.   4
   30.   4
   31.   6
   32.   6
   33.   6
   34.   5
   35.   6
   36.   5
   37.   5
   38.   5
   39.   5
   40.   5
   41.   7
   42.   7
   43.   6
   44.  10
   45.   7
   46.   7
   47.   4
   48.   4
   49.   4
   50.   4
   51.   4
   52.   5
   53.   6
   54.   9
   55.   9
   56.   8
   57.   8
   58.   8
   59.   6
   60.   6
   61.   5
   62.   6
   63.   6
   64.   7
   65.   6
   66.   6
   67.   6
   68.   7
   69.  12
   70.   5
   71.   6
   72.   8
   73.   8
   74.   6
   75.   7
   76.   6
   77.   6
   78.   6
   79.   6
   80.   7
   81.   8
   82.  12
   83.  12
   84.  12
   85.   6
   86.   6
   87.   6
   88.   6
   89.   6
   90.   5
   91.   3
   92.   5
   93.   3
   94.   6
   95.   3
   96.   5
   97.   3
   98.   5
   99.   5
  100.   5
  101.   3
  102.   5
  103.   4
  104.   4
  105.   4
  106.   4
  107.   7
  108.   9
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  3: ppem =  12, maxWid =  13
    0.  12
    1.   0
    2.   6
    3.   6
    4.   4
    5.   5
    6.   8
    7.   7
    8.   8
    9.   9
   10.   3
   11.   6
   12.   6
   13.   4
   14.   7
   15.   4
   16.   6
   17.   4
   18.   6
   19.   8
   20.   5
   21.   8
   22.   8
   23.   8
   24.   8
   25.   8
   26.   7
   27.   8
   28.   8
   29.   4
   30.   4
   31.   7
   32.   7
   33.   7
   34.   5
   35.   6
   36.   5
   37.   5
   38.   5
   39.   5
   40.   6
   41.   7
   42.   7
   43.   7
   44.  11
   45.   7
   46.   7
   47.   4
   48.   4
   49.   4
   50.   4
   51.   4
   52.   5
   53.   6
   54.   9
   55.  10
   56.   9
   57.   9
   58.   8
   59.   7
   60.   7
   61.   5
   62.   6
   63.   6
   64.   8
   65.   7
   66.   7
   67.   7
   68.   8
   69.  13
   70.   5
   71.   7
   72.   9
   73.   9
   74.   6
   75.   7
   76.   7
   77.   7
   78.   6
   79.   6
   80.   8
   81.   9
   82.  13
   83.  13
   84.  13
   85.   7
   86.   7
   87.   7
   88.   7
   89.   7
   90.   5
   91.   4
   92.   5
   93.   4
   94.   6
   95.   3
   96.   6
   97.   3
   98.   6
   99.   5
  100.   6
  101.   4
  102.   5
  103.   4
  104.   4
  105.   4
  106.   4
  107.   7
  108.  10
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  4: ppem =  13, maxWid =  14
    0.  13
    1.   0
    2.   7
    3.   6
    4.   5
    5.   6
    6.   9
    7.   7
    8.   9
    9.  10
   10.   3
   11.   7
   12.   7
   13.   5
   14.   7
   15.   5
   16.   6
   17.   5
   18.   7
   19.   9
   20.   5
   21.   9
   22.   9
   23.   9
   24.   9
   25.   9
   26.   8
   27.   9
   28.   9
   29.   5
   30.   5
   31.   7
   32.   7
   33.   7
   34.   6
   35.   7
   36.   6
   37.   6
   38.   6
   39.   6
   40.   6
   41.   8
   42.   8
   43.   7
   44.  12
   45.   8
   46.   8
   47.   5
   48.   5
   49.   5
   50.   5
   51.   5
   52.   6
   53.   7
   54.  10
   55.  11
   56.  10
   57.  10
   58.   9
   59.   7
   60.   7
   61.   6
   62.   7
   63.   7
   64.   8
   65.   7
   66.   7
   67.   7
   68.   9
   69.  14
   70.   5
   71.   7
   72.  10
   73.   9
   74.   7
   75.   8
   76.   7
   77.   7
   78.   7
   79.   7
   80.   8
   81.  10
   82.  14
   83.  14
   84.  14
   85.   7
   86.   7
   87.   7
   88.   7
   89.   7
   90.   6
   91.   4
   92.   6
   93.   4
   94.   7
   95.   3
   96.   6
   97.   3
   98.   6
   99.   6
  100.   6
  101.   4
  102.   6
  103.   4
  104.   4
  105.   4
  106.   4
  107.   8
  108.  11
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  5: ppem =  14, maxWid =  15
    0.  14
    1.   0
    2.   7
    3.   7
    4.   5
    5.   6
    6.  10
    7.   8
    8.  10
    9.  10
   10.   3
   11.   7
   12.   7
   13.   5
   14.   8
   15.   5
   16.   6
   17.   5
   18.   7
   19.  10
   20.   6
   21.   9
   22.   9
   23.  10
   24.   9
   25.   9
   26.   8
   27.   9
   28.   9
   29.   5
   30.   5
   31.   8
   32.   8
   33.   8
   34.   6
   35.   7
   36.   6
   37.   6
   38.   6
   39.   6
   40.   7
   41.   8
   42.   8
   43.   8
   44.  13
   45.   8
   46.   8
   47.   5
   48.   5
   49.   5
   50.   5
   51.   5
   52.   6
   53.   8
   54.  11
   55.  12
   56.  10
   57.  10
   58.  10
   59.   8
   60.   8
   61.   6
   62.   7
   63.   7
   64.   9
   65.   8
   66.   8
   67.   8
   68.   9
   69.  15
   70.   6
   71.   8
   72.  10
   73.  10
   74.   7
   75.   9
   76.   8
   77.   8
   78.   8
   79.   8
   80.   9
   81.  10
   82.  15
   83.  15
   84.  15
   85.   8
   86.   8
   87.   8
   88.   8
   89.   8
   90.   6
   91.   4
   92.   6
   93.   4
   94.   7
   95.   4
   96.   7
   97.   4
   98.   7
   99.   6
  100.   7
  101.   4
  102.   6
  103.   5
  104.   5
  105.   5
  106.   5
  107.   8
  108.  11
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  6: ppem =  15, maxWid =  16
    0.  15
    1.   0
    2.   8
    3.   7
    4.   5
    5.   7
    6.  10
    7.   8
    8.  11
    9.  11
   10.   3
   11.   8
   12.   8
   13.   6
   14.   8
   15.   5
   16.   7
   17.   5
   18.   8
   19.  11
   20.   6
   21.  10
   22.  10
   23.  10
   24.  10
   25.  10
   26.   9
   27.  10
   28.  10
   29.   5
   30.   5
   31.   8
   32.   8
   33.   8
   34.   6
   35.   8
   36.   6
   37.   7
   38.   7
   39.   7
   40.   7
   41.   9
   42.   9
   43.   8
   44.  14
   45.   9
   46.   9
   47.   5
   48.   5
   49.   5
   50.   5
   51.   5
   52.   6
   53.   8
   54.  12
   55.  13
   56.  11
   57.  11
   58.  11
   59.   9
   60.   8
   61.   7
   62.   8
   63.   8
   64.   9
   65.   8
   66.   9
   67.   9
   68.  10
   69.  16
   70.   6
   71.   8
   72.  11
   73.  11
   74.   8
   75.   9
   76.   8
   77.   8
   78.   8
   79.   8
   80.   9
   81.  11
   82.  16
   83.  16
   84.  16
   85.   8
   86.   8
   87.   8
   88.   8
   89.   9
   90.   7
   91.   4
   92.   7
   93.   5
   94.   8
   95.   4
   96.   7
   97.   4
   98.   7
   99.   7
  100.   7
  101.   5
  102.   7
  103.   5
  104.   5
  105.   5
  106.   5
  107.   9
  108.  12
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  7: ppem =  16, maxWid =  17
    0.  16
    1.   0
    2.   8
    3.   8
    4.   6
    5.   7
    6.  11
    7.   9
    8.  11
    9.  12
   10.   4
   11.   9
   12.   9
   13.   6
   14.   9
   15.   6
   16.   7
   17.   6
   18.   8
   19.  11
   20.   6
   21.  11
   22.  11
   23.  11
   24.  11
   25.  11
   26.  10
   27.  11
   28.  11
   29.   6
   30.   6
   31.   9
   32.   9
   33.   9
   34.   7
   35.   8
   36.   7
   37.   7
   38.   7
   39.   7
   40.   7
   41.  10
   42.  10
   43.   9
   44.  15
   45.  10
   46.  10
   47.   6
   48.   6
   49.   6
   50.   6
   51.   6
   52.   7
   53.   9
   54.  13
   55.  13
   56.  12
   57.  12
   58.  11
   59.   9
   60.   9
   61.   7
   62.   8
   63.   8
   64.  10
   65.   9
   66.   9
   67.   9
   68.  11
   69.  17
   70.   7
   71.   9
   72.  12
   73.  11
   74.   8
   75.  10
   76.   9
   77.   9
   78.   9
   79.   9
   80.  10
   81.  12
   82.  17
   83.  17
   84.  17
   85.   9
   86.   9
   87.   9
   88.   9
   89.   9
   90.   7
   91.   5
   92.   7
   93.   5
   94.   8
   95.   4
   96.   8
   97.   4
   98.   8
   99.   7
  100.   8
  101.   5
  102.   7
  103.   5
  104.   5
  105.   5
  106.   5
  107.  10
  108.  13
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  8: ppem =  17, maxWid =  18
    0.  17
    1.   0
    2.   9
    3.   8
    4.   6
    5.   8
    6.  12
    7.  10
    8.  12
    9.  12
   10.   4
   11.   9
   12.   9
   13.   6
   14.  10
   15.   6
   16.   8
   17.   6
   18.   9
   19.  12
   20.   7
   21.  11
   22.  11
   23.  12
   24.  11
   25.  11
   26.  10
   27.  11
   28.  11
   29.   6
   30.   6
   31.  10
   32.  10
   33.  10
   34.   7
   35.   9
   36.   7
   37.   8
   38.   7
   39.   8
   40.   8
   41.  10
   42.  10
   43.   9
   44.  16
   45.  10
   46.  10
   47.   6
   48.   6
   49.   6
   50.   6
   51.   6
   52.   7
   53.   9
   54.  13
   55.  14
   56.  13
   57.  13
   58.  12
   59.  10
   60.   9
   61.   8
   62.   9
   63.   9
   64.  11
   65.  10
   66.  10
   67.  10
   68.  11
   69.  18
   70.   7
   71.   9
   72.  13
   73.  12
   74.   9
   75.  10
   76.  10
   77.  10
   78.   9
   79.   9
   80.  11
   81.  13
   82.  18
   83.  18
   84.  18
   85.  10
   86.  10
   87.   9
   88.   9
   89.  10
   90.   8
   91.   5
   92.   7
   93.   5
   94.   9
   95.   4
   96.   8
   97.   4
   98.   8
   99.   8
  100.   8
  101.   5
  102.   8
  103.   6
  104.   6
  105.   6
  106.   6
  107.  10
  108.  14
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec  9: ppem =  18, maxWid =  19
    0.  18
    1.   0
    2.   9
    3.   9
    4.   7
    5.   8
    6.  12
    7.  10
    8.  13
    9.  13
   10.   4
   11.  10
   12.  10
   13.   7
   14.  10
   15.   7
   16.   8
   17.   7
   18.   9
   19.  13
   20.   7
   21.  12
   22.  12
   23.  12
   24.  12
   25.  12
   26.  11
   27.  12
   28.  12
   29.   7
   30.   7
   31.  10
   32.  10
   33.  10
   34.   8
   35.   9
   36.   8
   37.   8
   38.   8
   39.   8
   40.   8
   41.  11
   42.  11
   43.  10
   44.  17
   45.  11
   46.  11
   47.   7
   48.   7
   49.   7
   50.   7
   51.   7
   52.   8
   53.  10
   54.  14
   55.  15
   56.  13
   57.  13
   58.  13
   59.  10
   60.  10
   61.   8
   62.   9
   63.   9
   64.  11
   65.  10
   66.  10
   67.  10
   68.  12
   69.  19
   70.   8
   71.  10
   72.  13
   73.  13
   74.   9
   75.  11
   76.  10
   77.  10
   78.  10
   79.  10
   80.  11
   81.  13
   82.  19
   83.  19
   84.  19
   85.  10
   86.  10
   87.  10
   88.  10
   89.  10
   90.   8
   91.   5
   92.   8
   93.   5
   94.   9
   95.   5
   96.   9
   97.   5
   98.   9
   99.   8
  100.   9
  101.   6
  102.   8
  103.   6
  104.   6
  105.   6
  106.   6
  107.  11
  108.  15
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 10: ppem =  19, maxWid =  20
    0.  19
    1.   0
    2.  10
    3.   9
    4.   7
    5.   9
    6.  13
    7.  11
    8.  13
    9.  14
   10.   4
   11.  10
   12.  10
   13.   7
   14.  11
   15.   7
   16.   9
   17.   7
   18.  10
   19.  13
   20.   8
   21.  13
   22.  13
   23.  13
   24.  13
   25.  13
   26.  11
   27.  12
   28.  13
   29.   7
   30.   7
   31.  11
   32.  11
   33.  11
   34.   8
   35.  10
   36.   8
   37.   9
   38.   8
   39.   9
   40.   9
   41.  11
   42.  11
   43.  10
   44.  17
   45.  11
   46.  11
   47.   7
   48.   7
   49.   7
   50.   7
   51.   7
   52.   8
   53.  10
   54.  15
   55.  16
   56.  14
   57.  14
   58.  13
   59.  11
   60.  10
   61.   8
   62.  10
   63.  10
   64.  12
   65.  11
   66.  11
   67.  11
   68.  13
   69.  20
   70.   8
   71.  11
   72.  14
   73.  14
   74.  10
   75.  12
   76.  11
   77.  11
   78.  10
   79.  10
   80.  12
   81.  14
   82.  20
   83.  20
   84.  20
   85.  11
   86.  11
   87.  10
   88.  10
   89.  11
   90.   8
   91.   6
   92.   8
   93.   6
   94.  10
   95.   5
   96.   9
   97.   5
   98.   9
   99.   9
  100.   9
  101.   6
  102.   8
  103.   6
  104.   6
  105.   6
  106.   6
  107.  11
  108.  16
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 11: ppem =  20, maxWid =  21
    0.  20
    1.   0
    2.  10
    3.  10
    4.   7
    5.   9
    6.  14
    7.  11
    8.  14
    9.  15
   10.   4
   11.  11
   12.  11
   13.   7
   14.  11
   15.   7
   16.   9
   17.   7
   18.  10
   19.  14
   20.   8
   21.  13
   22.  13
   23.  14
   24.  13
   25.  13
   26.  12
   27.  13
   28.  13
   29.   7
   30.   7
   31.  11
   32.  11
   33.  11
   34.   9
   35.  10
   36.   9
   37.   9
   38.   9
   39.   9
   40.   9
   41.  12
   42.  12
   43.  11
   44.  18
   45.  12
   46.  12
   47.   7
   48.   7
   49.   7
   50.   7
   51.   7
   52.   8
   53.  11
   54.  16
   55.  17
   56.  15
   57.  15
   58.  14
   59.  12
   60.  11
   61.   9
   62.  10
   63.  10
   64.  13
   65.  11
   66.  11
   67.  11
   68.  13
   69.  21
   70.   8
   71.  11
   72.  15
   73.  14
   74.  10
   75.  12
   76.  11
   77.  11
   78.  11
   79.  11
   80.  13
   81.  15
   82.  21
   83.  21
   84.  21
   85.  11
   86.  11
   87.  11
   88.  11
   89.  11
   90.   9
   91.   6
   92.   9
   93.   6
   94.  10
   95.   5
   96.  10
   97.   5
   98.  10
   99.   9
  100.  10
  101.   6
  102.   9
  103.   7
  104.   7
  105.   7
  106.   7
  107.  12
  108.  16
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 12: ppem =  21, maxWid =  23
    0.  21
    1.   0
    2.  11
    3.  10
    4.   8
    5.  10
    6.  14
    7.  12
    8.  15
    9.  15
   10.   5
   11.  11
   12.  11
   13.   8
   14.  12
   15.   8
   16.  10
   17.   8
   18.  11
   19.  15
   20.   8
   21.  14
   22.  14
   23.  14
   24.  14
   25.  14
   26.  13
   27.  14
   28.  14
   29.   8
   30.   8
   31.  12
   32.  12
   33.  12
   34.   9
   35.  11
   36.   9
   37.  10
   38.   9
   39.  10
   40.  10
   41.  13
   42.  13
   43.  12
   44.  19
   45.  12
   46.  12
   47.   8
   48.   8
   49.   8
   50.   8
   51.   8
   52.   9
   53.  11
   54.  16
   55.  18
   56.  16
   57.  16
   58.  15
   59.  12
   60.  12
   61.   9
   62.  11
   63.  11
   64.  13
   65.  12
   66.  12
   67.  12
   68.  14
   69.  23
   70.   9
   71.  12
   72.  16
   73.  15
   74.  11
   75.  13
   76.  12
   77.  12
   78.  11
   79.  11
   80.  13
   81.  16
   82.  23
   83.  23
   84.  23
   85.  12
   86.  12
   87.  12
   88.  12
   89.  12
   90.   9
   91.   6
   92.   9
   93.   6
   94.  11
   95.   5
   96.  10
   97.   5
   98.  10
   99.  10
  100.  10
  101.   7
  102.   9
  103.   7
  104.   7
  105.   7
  106.   7
  107.  13
  108.  17
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 13: ppem =  22, maxWid =  24
    0.  22
    1.   0
    2.  11
    3.  11
    4.   8
    5.  10
    6.  15
    7.  12
    8.  15
    9.  16
   10.   5
   11.  12
   12.  12
   13.   8
   14.  12
   15.   8
   16.  10
   17.   8
   18.  11
   19.  15
   20.   9
   21.  15
   22.  15
   23.  15
   24.  15
   25.  15
   26.  13
   27.  14
   28.  15
   29.   8
   30.   8
   31.  12
   32.  12
   33.  12
   34.  10
   35.  11
   36.  10
   37.  10
   38.  10
   39.  10
   40.  10
   41.  13
   42.  13
   43.  12
   44.  20
   45.  13
   46.  13
   47.   8
   48.   8
   49.   8
   50.   8
   51.   8
   52.   9
   53.  12
   54.  17
   55.  18
   56.  16
   57.  16
   58.  15
   59.  13
   60.  12
   61.  10
   62.  11
   63.  11
   64.  14
   65.  12
   66.  13
   67.  13
   68.  15
   69.  24
   70.   9
   71.  12
   72.  16
   73.  16
   74.  11
   75.  13
   76.  12
   77.  12
   78.  12
   79.  12
   80.  14
   81.  16
   82.  24
   83.  24
   84.  24
   85.  12
   86.  12
   87.  12
   88.  12
   89.  13
   90.  10
   91.   6
   92.  10
   93.   7
   94.  11
   95.   6
   96.  11
   97.   6
   98.  11
   99.  10
  100.  11
  101.   7
  102.  10
  103.   7
  104.   7
  105.   7
  106.   7
  107.  13
  108.  18
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 14: ppem =  23, maxWid =  25
    0.  23
    1.   0
    2.  12
    3.  11
    4.   8
    5.  10
    6.  16
    7.  13
    8.  16
    9.  17
   10.   5
   11.  12
   12.  12
   13.   8
   14.  13
   15.   8
   16.  11
   17.   8
   18.  12
   19.  16
   20.   9
   21.  15
   22.  15
   23.  16
   24.  15
   25.  15
   26.  14
   27.  15
   28.  15
   29.   8
   30.   8
   31.  13
   32.  13
   33.  13
   34.  10
   35.  12
   36.  10
   37.  10
   38.  10
   39.  10
   40.  11
   41.  14
   42.  14
   43.  13
   44.  21
   45.  14
   46.  14
   47.   8
   48.   8
   49.   8
   50.   8
   51.   8
   52.  10
   53.  12
   54.  18
   55.  19
   56.  17
   57.  17
   58.  16
   59.  13
   60.  13
   61.  10
   62.  12
   63.  12
   64.  15
   65.  13
   66.  13
   67.  13
   68.  15
   69.  25
   70.  10
   71.  13
   72.  17
   73.  16
   74.  12
   75.  14
   76.  13
   77.  13
   78.  12
   79.  12
   80.  15
   81.  17
   82.  25
   83.  25
   84.  25
   85.  13
   86.  13
   87.  13
   88.  13
   89.  13
   90.  10
   91.   7
   92.  10
   93.   7
   94.  12
   95.   6
   96.  11
   97.   6
   98.  11
   99.  10
  100.  11
  101.   7
  102.  10
  103.   8
  104.   8
  105.   8
  106.   8
  107.  14
  108.  19
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 15: ppem =  24, maxWid =  26
    0.  24
    1.   0
    2.  12
    3.  12
    4.   9
    5.  11
    6.  16
    7.  13
    8.  17
    9.  18
   10.   5
   11.  13
   12.  13
   13.   9
   14.  13
   15.   9
   16.  11
   17.   9
   18.  12
   19.  17
   20.  10
   21.  16
   22.  16
   23.  16
   24.  16
   25.  16
   26.  14
   27.  16
   28.  16
   29.   9
   30.   9
   31.  13
   32.  13
   33.  13
   34.  10
   35.  12
   36.  10
   37.  11
   38.  10
   39.  11
   40.  11
   41.  14
   42.  14
   43.  13
   44.  22
   45.  14
   46.  14
   47.   9
   48.   9
   49.   9
   50.   9
   51.   9
   52.  10
   53.  13
   54.  19
   55.  20
   56.  18
   57.  18
   58.  17
   59.  14
   60.  13
   61.  11
   62.  12
   63.  12
   64.  15
   65.  14
   66.  14
   67.  14
   68.  16
   69.  26
   70.  10
   71.  13
   72.  18
   73.  17
   74.  12
   75.  15
   76.  14
   77.  14
   78.  13
   79.  13
   80.  15
   81.  18
   82.  26
   83.  26
   84.  26
   85.  14
   86.  14
   87.  13
   88.  13
   89.  14
   90.  11
   91.   7
   92.  10
   93.   7
   94.  12
   95.   6
   96.  12
   97.   6
   98.  12
   99.  11
  100.  12
  101.   7
  102.  11
  103.   8
  104.   8
  105.   8
  106.   8
  107.  14
  108.  20
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 16: ppem =  27, maxWid =  29
    0.  27
    1.   0
    2.  14
    3.  13
    4.  10
    5.  12
    6.  19
    7.  15
    8.  19
    9.  20
   10.   6
   11.  14
   12.  14
   13.  10
   14.  15
   15.  10
   16.  12
   17.  10
   18.  14
   19.  19
   20.  11
   21.  18
   22.  18
   23.  18
   24.  18
   25.  18
   26.  16
   27.  18
   28.  18
   29.  10
   30.  10
   31.  15
   32.  15
   33.  15
   34.  12
   35.  14
   36.  12
   37.  12
   38.  12
   39.  12
   40.  13
   41.  16
   42.  16
   43.  15
   44.  25
   45.  16
   46.  16
   47.  10
   48.  10
   49.  10
   50.  10
   51.  10
   52.  11
   53.  14
   54.  21
   55.  23
   56.  20
   57.  20
   58.  19
   59.  16
   60.  15
   61.  12
   62.  14
   63.  14
   64.  17
   65.  15
   66.  15
   67.  15
   68.  18
   69.  29
   70.  11
   71.  15
   72.  20
   73.  19
   74.  14
   75.  16
   76.  15
   77.  15
   78.  14
   79.  14
   80.  17
   81.  20
   82.  29
   83.  29
   84.  29
   85.  15
   86.  15
   87.  15
   88.  15
   89.  15
   90.  12
   91.   8
   92.  12
   93.   8
   94.  14
   95.   7
   96.  13
   97.   7
   98.  13
   99.  12
  100.  13
  101.   8
  102.  12
  103.   9
  104.   9
  105.   9
  106.   9
  107.  16
  108.  22
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 17: ppem =  29, maxWid =  31
    0.  29
    1.   0
    2.  15
    3.  14
    4.  11
    5.  13
    6.  20
    7.  16
    8.  20
    9.  21
   10.   6
   11.  15
   12.  15
   13.  11
   14.  16
   15.  11
   16.  13
   17.  11
   18.  15
   19.  20
   20.  12
   21.  19
   22.  19
   23.  20
   24.  19
   25.  19
   26.  17
   27.  19
   28.  19
   29.  11
   30.  11
   31.  16
   32.  16
   33.  16
   34.  13
   35.  15
   36.  13
   37.  13
   38.  13
   39.  13
   40.  13
   41.  17
   42.  17
   43.  16
   44.  27
   45.  17
   46.  17
   47.  11
   48.  11
   49.  11
   50.  11
   51.  11
   52.  12
   53.  16
   54.  23
   55.  24
   56.  21
   57.  22
   58.  20
   59.  17
   60.  16
   61.  13
   62.  15
   63.  15
   64.  18
   65.  16
   66.  16
   67.  17
   68.  20
   69.  31
   70.  12
   71.  16
   72.  22
   73.  21
   74.  15
   75.  18
   76.  16
   77.  16
   78.  16
   79.  16
   80.  18
   81.  21
   82.  31
   83.  31
   84.  31
   85.  16
   86.  16
   87.  16
   88.  16
   89.  17
   90.  13
   91.   9
   92.  13
   93.   9
   94.  15
   95.   7
   96.  14
   97.   7
   98.  14
   99.  13
  100.  14
  101.   9
  102.  13
  103.  10
  104.  10
  105.  10
  106.  10
  107.  17
  108.  24
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 18: ppem =  32, maxWid =  34
    0.  32
    1.   0
    2.  16
    3.  16
    4.  12
    5.  15
    6.  22
    7.  18
    8.  22
    9.  23
   10.   7
   11.  17
   12.  17
   13.  12
   14.  18
   15.  12
   16.  15
   17.  12
   18.  16
   19.  22
   20.  13
   21.  21
   22.  21
   23.  22
   24.  21
   25.  21
   26.  19
   27.  21
   28.  21
   29.  12
   30.  12
   31.  18
   32.  18
   33.  18
   34.  14
   35.  16
   36.  14
   37.  15
   38.  14
   39.  15
   40.  15
   41.  19
   42.  19
   43.  18
   44.  29
   45.  19
   46.  19
   47.  12
   48.  12
   49.  12
   50.  12
   51.  12
   52.  14
   53.  17
   54.  25
   55.  27
   56.  24
   57.  24
   58.  22
   59.  18
   60.  18
   61.  14
   62.  16
   63.  17
   64.  20
   65.  18
   66.  18
   67.  18
   68.  22
   69.  34
   70.  13
   71.  18
   72.  24
   73.  23
   74.  17
   75.  19
   76.  18
   77.  18
   78.  17
   79.  17
   80.  20
   81.  24
   82.  34
   83.  34
   84.  34
   85.  18
   86.  18
   87.  18
   88.  18
   89.  18
   90.  14
   91.   9
   92.  14
   93.  10
   94.  16
   95.   8
   96.  16
   97.   8
   98.  16
   99.  15
  100.  16
  101.  10
  102.  14
  103.  11
  104.  11
  105.  11
  106.  11
  107.  19
  108.  26
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 19: ppem =  33, maxWid =  35
    0.  33
    1.   0
    2.  17
    3.  16
    4.  12
    5.  15
    6.  23
    7.  18
    8.  23
    9.  24
   10.   7
   11.  18
   12.  18
   13.  12
   14.  18
   15.  12
   16.  15
   17.  12
   18.  17
   19.  23
   20.  13
   21.  22
   22.  22
   23.  23
   24.  22
   25.  22
   26.  20
   27.  22
   28.  22
   29.  12
   30.  12
   31.  18
   32.  18
   33.  18
   34.  14
   35.  17
   36.  14
   37.  15
   38.  14
   39.  15
   40.  15
   41.  20
   42.  20
   43.  18
   44.  30
   45.  20
   46.  20
   47.  12
   48.  12
   49.  12
   50.  12
   51.  12
   52.  14
   53.  18
   54.  26
   55.  28
   56.  24
   57.  25
   58.  23
   59.  19
   60.  18
   61.  15
   62.  17
   63.  17
   64.  21
   65.  19
   66.  19
   67.  19
   68.  22
   69.  35
   70.  14
   71.  18
   72.  25
   73.  24
   74.  17
   75.  20
   76.  19
   77.  19
   78.  18
   79.  18
   80.  21
   81.  24
   82.  35
   83.  35
   84.  35
   85.  19
   86.  19
   87.  18
   88.  18
   89.  19
   90.  15
   91.  10
   92.  14
   93.  10
   94.  17
   95.   8
   96.  16
   97.   8
   98.  16
   99.  15
  100.  16
  101.  10
  102.  15
  103.  11
  104.  11
  105.  11
  106.  11
  107.  20
  108.  27
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 20: ppem =  37, maxWid =  40
    0.  37
    1.   0
    2.  19
    3.  18
    4.  13
    5.  17
    6.  25
    7.  21
    8.  26
    9.  27
   10.   8
   11.  20
   12.  20
   13.  14
   14.  21
   15.  13
   16.  17
   17.  13
   18.  19
   19.  26
   20.  15
   21.  25
   22.  25
   23.  25
   24.  25
   25.  25
   26.  22
   27.  24
   28.  25
   29.  13
   30.  13
   31.  21
   32.  21
   33.  21
   34.  16
   35.  19
   36.  16
   37.  17
   38.  16
   39.  17
   40.  17
   41.  22
   42.  22
   43.  20
   44.  34
   45.  22
   46.  22
   47.  13
   48.  13
   49.  13
   50.  13
   51.  13
   52.  16
   53.  20
   54.  29
   55.  31
   56.  27
   57.  28
   58.  26
   59.  21
   60.  20
   61.  16
   62.  19
   63.  19
   64.  23
   65.  21
   66.  21
   67.  21
   68.  25
   69.  40
   70.  15
   71.  21
   72.  28
   73.  26
   74.  19
   75.  22
   76.  21
   77.  21
   78.  20
   79.  20
   80.  23
   81.  27
   82.  40
   83.  40
   84.  40
   85.  21
   86.  21
   87.  20
   88.  20
   89.  21
   90.  16
   91.  11
   92.  16
   93.  11
   94.  19
   95.  10
   96.  18
   97.   9
   98.  18
   99.  17
  100.  18
  101.  11
  102.  16
  103.  12
  104.  12
  105.  12
  106.  12
  107.  22
  108.  30
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 21: ppem =  42, maxWid =  45
    0.  42
    1.   0
    2.  21
    3.  21
    4.  15
    5.  19
    6.  29
    7.  24
    8.  29
    9.  31
   10.   9
   11.  22
   12.  22
   13.  15
   14.  24
   15.  15
   16.  19
   17.  15
   18.  22
   19.  29
   20.  17
   21.  28
   22.  28
   23.  29
   24.  28
   25.  28
   26.  25
   27.  28
   28.  28
   29.  15
   30.  15
   31.  24
   32.  24
   33.  24
   34.  18
   35.  22
   36.  18
   37.  19
   38.  18
   39.  19
   40.  19
   41.  25
   42.  25
   43.  23
   44.  39
   45.  25
   46.  25
   47.  15
   48.  15
   49.  15
   50.  15
   51.  15
   52.  18
   53.  22
   54.  33
   55.  35
   56.  31
   57.  31
   58.  29
   59.  24
   60.  23
   61.  19
   62.  21
   63.  22
   64.  27
   65.  24
   66.  24
   67.  24
   68.  28
   69.  45
   70.  18
   71.  23
   72.  31
   73.  30
   74.  22
   75.  25
   76.  24
   77.  24
   78.  22
   79.  22
   80.  27
   81.  31
   82.  45
   83.  45
   84.  45
   85.  24
   86.  24
   87.  23
   88.  23
   89.  24
   90.  19
   91.  12
   92.  18
   93.  13
   94.  21
   95.  11
   96.  21
   97.  11
   98.  21
   99.  19
  100.  21
  101.  13
  102.  19
  103.  14
  104.  14
  105.  14
  106.  14
  107.  25
  108.  34
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0


	DevRec 22: ppem =  46, maxWid =  49
    0.  46
    1.   0
    2.  23
    3.  22
    4.  17
    5.  21
    6.  32
    7.  26
    8.  32
    9.  34
   10.  10
   11.  24
   12.  24
   13.  17
   14.  26
   15.  17
   16.  21
   17.  17
   18.  24
   19.  32
   20.  19
   21.  31
   22.  31
   23.  31
   24.  31
   25.  31
   26.  28
   27.  30
   28.  31
   29.  17
   30.  17
   31.  26
   32.  26
   33.  26
   34.  20
   35.  24
   36.  20
   37.  21
   38.  20
   39.  21
   40.  21
   41.  28
   42.  28
   43.  25
   44.  42
   45.  27
   46.  27
   47.  17
   48.  17
   49.  17
   50.  17
   51.  17
   52.  20
   53.  25
   54.  36
   55.  38
   56.  34
   57.  34
   58.  32
   59.  27
   60.  25
   61.  20
   62.  24
   63.  24
   64.  29
   65.  26
   66.  26
   67.  26
   68.  31
   69.  49
   70.  19
   71.  26
   72.  34
   73.  33
   74.  24
   75.  28
   76.  26
   77.  26
   78.  25
   79.  25
   80.  29
   81.  34
   82.  49
   83.  49
   84.  49
   85.  26
   86.  26
   87.  25
   88.  25
   89.  26
   90.  20
   91.  13
   92.  20
   93.  14
   94.  23
   95.  12
   96.  23
   97.  12
   98.  23
   99.  21
  100.  23
  101.  14
  102.  20
  103.  15
  104.  15
  105.  15
  106.  15
  107.  28
  108.  38
  109.   0
  110.   0
  111.   0
  112.   0
  113.   0
  114.   0
  115.   0
  116.   0
  117.   0
  118.   0
  119.   0



; 'GPOS' Table - Glyph Positioning
; -------------------------------------

GPOSHeader GPOSHeaderT0000  
0X00010000            
ScriptListT000a       
FeatureListT0020      
LookupListT003a       

ScriptList ScriptListT000a  
1                     
                      ; ScriptRecord[0]
'thaa'                
ScriptT0012           

Script ScriptT0012  
LangSysT0016          
0                     

LangSys LangSysT0016  
NULL                  
0XFFFF                
2                     
0                     
1                     

FeatureList FeatureListT0020  
2                     
                      ; FeatureRecord[0]
'kern'                
FeatureT002e          
                      ; FeatureRecord[1]
'mark'                
FeatureT0034          

Feature FeatureT002e  
NULL                  
1                     
1                     

Feature FeatureT0034  
NULL                  
1                     
0                     

LookupList LookupListT003a  
2                     
LookupT0040           
LookupT0048           

Lookup LookupT0040  
4                     
1                     
1                     
MarkBasePosFormat1T0050 

Lookup LookupT0048  
2                     
9                     
1                     
PairPosFormat2T017e   

MarkBasePosFormat1 MarkBasePosFormat1T0050  
1                     
CoverageFormat2T0158  
CoverageFormat2T0168  
2                     
MarkArrayT005c        
BaseArrayT00b6        

MarkArray MarkArrayT005c  
22                    
                      ; MarkRecord[0]
0                     
AnchorFormat1T0376    
                      ; MarkRecord[1]
0                     
AnchorFormat1T0472    
                      ; MarkRecord[2]
1                     
AnchorFormat1T0382    
                      ; MarkRecord[3]
1                     
AnchorFormat1T0388    
                      ; MarkRecord[4]
0                     
AnchorFormat1T0484    
                      ; MarkRecord[5]
0                     
AnchorFormat1T048a    
                      ; MarkRecord[6]
0                     
AnchorFormat1T0490    
                      ; MarkRecord[7]
0                     
AnchorFormat1T0496    
                      ; MarkRecord[8]
0                     
AnchorFormat1T049c    
                      ; MarkRecord[9]
0                     
AnchorFormat1T04a2    
                      ; MarkRecord[10]
0                     
AnchorFormat1T04a8    
                      ; MarkRecord[11]
0                     
AnchorFormat1T0592    
                      ; MarkRecord[12]
0                     
AnchorFormat1T0598    
                      ; MarkRecord[13]
1                     
AnchorFormat1T05a4    
                      ; MarkRecord[14]
1                     
AnchorFormat1T059e    
                      ; MarkRecord[15]
0                     
AnchorFormat1T05ce    
                      ; MarkRecord[16]
0                     
AnchorFormat1T05c8    
                      ; MarkRecord[17]
0                     
AnchorFormat1T05c2    
                      ; MarkRecord[18]
0                     
AnchorFormat1T05bc    
                      ; MarkRecord[19]
0                     
AnchorFormat1T05b6    
                      ; MarkRecord[20]
0                     
AnchorFormat1T05b0    
                      ; MarkRecord[21]
0                     
AnchorFormat1T05aa    

BaseArray BaseArrayT00b6  
40                    
                      ; BaseRecord[0]
AnchorFormat1T0370    
AnchorFormat1T037c    
                      ; BaseRecord[1]
AnchorFormat1T04f6    
AnchorFormat1T038e    
                      ; BaseRecord[2]
AnchorFormat1T04fc    
AnchorFormat1T0394    
                      ; BaseRecord[3]
AnchorFormat1T0502    
AnchorFormat1T039a    
                      ; BaseRecord[4]
AnchorFormat1T0508    
AnchorFormat1T03a0    
                      ; BaseRecord[5]
AnchorFormat1T050e    
AnchorFormat1T03a6    
                      ; BaseRecord[6]
AnchorFormat1T0514    
AnchorFormat1T03ac    
                      ; BaseRecord[7]
AnchorFormat1T051a    
AnchorFormat1T03b2    
                      ; BaseRecord[8]
AnchorFormat1T0520    
AnchorFormat1T03b8    
                      ; BaseRecord[9]
AnchorFormat1T0526    
AnchorFormat1T03be    
                      ; BaseRecord[10]
AnchorFormat1T052c    
AnchorFormat1T03c4    
                      ; BaseRecord[11]
AnchorFormat1T0532    
AnchorFormat1T03ca    
                      ; BaseRecord[12]
AnchorFormat1T0538    
AnchorFormat1T03d0    
                      ; BaseRecord[13]
AnchorFormat1T053e    
AnchorFormat1T03d6    
                      ; BaseRecord[14]
AnchorFormat1T0544    
AnchorFormat1T03dc    
                      ; BaseRecord[15]
AnchorFormat1T054a    
AnchorFormat1T03e2    
                      ; BaseRecord[16]
AnchorFormat1T0550    
AnchorFormat1T03e8    
                      ; BaseRecord[17]
AnchorFormat1T0556    
AnchorFormat1T03ee    
                      ; BaseRecord[18]
AnchorFormat1T055c    
AnchorFormat1T03f4    
                      ; BaseRecord[19]
AnchorFormat1T0562    
AnchorFormat1T03fa    
                      ; BaseRecord[20]
AnchorFormat1T0568    
AnchorFormat1T0400    
                      ; BaseRecord[21]
AnchorFormat1T056e    
AnchorFormat1T0406    
                      ; BaseRecord[22]
AnchorFormat1T0574    
AnchorFormat1T040c    
                      ; BaseRecord[23]
AnchorFormat1T04f0    
AnchorFormat1T0412    
                      ; BaseRecord[24]
AnchorFormat1T04ea    
AnchorFormat1T0418    
                      ; BaseRecord[25]
AnchorFormat1T04e4    
AnchorFormat1T041e    
                      ; BaseRecord[26]
AnchorFormat1T04de    
AnchorFormat1T0424    
                      ; BaseRecord[27]
AnchorFormat1T04d8    
AnchorFormat1T042a    
                      ; BaseRecord[28]
AnchorFormat1T04d2    
AnchorFormat1T0430    
                      ; BaseRecord[29]
AnchorFormat1T04cc    
AnchorFormat1T0436    
                      ; BaseRecord[30]
AnchorFormat1T04c6    
AnchorFormat1T043c    
                      ; BaseRecord[31]
AnchorFormat1T04c0    
AnchorFormat1T0442    
                      ; BaseRecord[32]
AnchorFormat1T04ba    
AnchorFormat1T0448    
                      ; BaseRecord[33]
AnchorFormat1T04b4    
AnchorFormat1T044e    
                      ; BaseRecord[34]
AnchorFormat1T04ae    
AnchorFormat1T0454    
                      ; BaseRecord[35]
AnchorFormat1T047e    
AnchorFormat1T045a    
                      ; BaseRecord[36]
AnchorFormat1T0478    
AnchorFormat1T0460    
                      ; BaseRecord[37]
AnchorFormat1T046c    
AnchorFormat1T0466    
                      ; BaseRecord[38]
AnchorFormat1T057a    
AnchorFormat1T0580    
                      ; BaseRecord[39]
AnchorFormat1T0586    
AnchorFormat1T058c    

CoverageFormat2 CoverageFormat2T0158  
2                     
2                     
                      ; RangeRecord[0]
91                    
101                   
0                     
                      ; RangeRecord[1]
109                   
119                   
11                    

CoverageFormat2 CoverageFormat2T0168  
2                     
3                     
                      ; RangeRecord[0]
53                    
90                    
0                     
                      ; RangeRecord[1]
102                   
102                   
38                    
                      ; RangeRecord[2]
107                   
107                   
39                    

PairPosFormat2 PairPosFormat2T017e  
2                     
CoverageFormat2T0292  
0                     
4                     
ClassDefFormat2T02ba  
ClassDefFormat2T0354  
26                    
5                     
                      ; PairPosFormat2Class1Record[0]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
0                     
                      ; PairPosFormat2ClassRecord[3]
0                     
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[1]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[2]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[3]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[4]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[5]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[6]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[7]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[8]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
160                   
                      ; PairPosFormat2Class1Record[9]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
100                   
                      ; PairPosFormat2Class1Record[10]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[11]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
100                   
                      ; PairPosFormat2Class1Record[12]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
150                   
                      ; PairPosFormat2ClassRecord[3]
120                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[13]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
220                   
                      ; PairPosFormat2ClassRecord[3]
180                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[14]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
160                   
                      ; PairPosFormat2Class1Record[15]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
180                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[16]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[17]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[18]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[19]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[20]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
240                   
                      ; PairPosFormat2ClassRecord[3]
270                   
                      ; PairPosFormat2ClassRecord[4]
100                   
                      ; PairPosFormat2Class1Record[21]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
160                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[22]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[23]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
0                     
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
150                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[24]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
150                   
                      ; PairPosFormat2ClassRecord[3]
120                   
                      ; PairPosFormat2ClassRecord[4]
0                     
                      ; PairPosFormat2Class1Record[25]
                      ; PairPosFormat2ClassRecord[0]
0                     
                      ; PairPosFormat2ClassRecord[1]
60                    
                      ; PairPosFormat2ClassRecord[2]
180                   
                      ; PairPosFormat2ClassRecord[3]
180                   
                      ; PairPosFormat2ClassRecord[4]
0                     

CoverageFormat2 CoverageFormat2T0292  
2                     
6                     
                      ; RangeRecord[0]
53                    
56                    
0                     
                      ; RangeRecord[1]
58                    
58                    
4                     
                      ; RangeRecord[2]
61                    
67                    
5                     
                      ; RangeRecord[3]
73                    
81                    
12                    
                      ; RangeRecord[4]
85                    
86                    
21                    
                      ; RangeRecord[5]
89                    
90                    
23                    

ClassDefFormat2 ClassDefFormat2T02ba  
2                     
25                    
                      ; ClassRangeRecord[0]
53                    
53                    
1                     
                      ; ClassRangeRecord[1]
54                    
54                    
2                     
                      ; ClassRangeRecord[2]
55                    
55                    
3                     
                      ; ClassRangeRecord[3]
56                    
56                    
4                     
                      ; ClassRangeRecord[4]
58                    
58                    
5                     
                      ; ClassRangeRecord[5]
61                    
61                    
6                     
                      ; ClassRangeRecord[6]
62                    
62                    
7                     
                      ; ClassRangeRecord[7]
63                    
63                    
8                     
                      ; ClassRangeRecord[8]
64                    
64                    
9                     
                      ; ClassRangeRecord[9]
65                    
65                    
10                    
                      ; ClassRangeRecord[10]
66                    
66                    
11                    
                      ; ClassRangeRecord[11]
67                    
67                    
12                    
                      ; ClassRangeRecord[12]
73                    
73                    
13                    
                      ; ClassRangeRecord[13]
74                    
74                    
14                    
                      ; ClassRangeRecord[14]
75                    
75                    
15                    
                      ; ClassRangeRecord[15]
76                    
76                    
16                    
                      ; ClassRangeRecord[16]
77                    
77                    
17                    
                      ; ClassRangeRecord[17]
78                    
78                    
18                    
                      ; ClassRangeRecord[18]
79                    
79                    
19                    
                      ; ClassRangeRecord[19]
80                    
80                    
20                    
                      ; ClassRangeRecord[20]
81                    
81                    
21                    
                      ; ClassRangeRecord[21]
85                    
85                    
22                    
                      ; ClassRangeRecord[22]
86                    
86                    
23                    
                      ; ClassRangeRecord[23]
89                    
89                    
24                    
                      ; ClassRangeRecord[24]
90                    
90                    
25                    

ClassDefFormat2 ClassDefFormat2T0354  
2                     
4                     
                      ; ClassRangeRecord[0]
60                    
60                    
1                     
                      ; ClassRangeRecord[1]
70                    
70                    
2                     
                      ; ClassRangeRecord[2]
71                    
71                    
3                     
                      ; ClassRangeRecord[3]
72                    
72                    
4                     

AnchorFormat1 AnchorFormat1T0370  
1                     
589                   
1300                  

AnchorFormat1 AnchorFormat1T0376  
1                     
310                   
969                   

AnchorFormat1 AnchorFormat1T037c  
1                     
520                   
-220                  

AnchorFormat1 AnchorFormat1T0382  
1                     
315                   
0                     

AnchorFormat1 AnchorFormat1T0388  
1                     
510                   
0                     

AnchorFormat1 AnchorFormat1T038e  
1                     
800                   
-220                  

AnchorFormat1 AnchorFormat1T0394  
1                     
780                   
-220                  

AnchorFormat1 AnchorFormat1T039a  
1                     
780                   
-220                  

AnchorFormat1 AnchorFormat1T03a0  
1                     
765                   
-220                  

AnchorFormat1 AnchorFormat1T03a6  
1                     
760                   
-220                  

AnchorFormat1 AnchorFormat1T03ac  
1                     
550                   
-220                  

AnchorFormat1 AnchorFormat1T03b2  
1                     
540                   
-220                  

AnchorFormat1 AnchorFormat1T03b8  
1                     
440                   
-220                  

AnchorFormat1 AnchorFormat1T03be  
1                     
525                   
-220                  

AnchorFormat1 AnchorFormat1T03c4  
1                     
560                   
-300                  

AnchorFormat1 AnchorFormat1T03ca  
1                     
660                   
-300                  

AnchorFormat1 AnchorFormat1T03d0  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T03d6  
1                     
550                   
-220                  

AnchorFormat1 AnchorFormat1T03dc  
1                     
555                   
-300                  

AnchorFormat1 AnchorFormat1T03e2  
1                     
715                   
-360                  

AnchorFormat1 AnchorFormat1T03e8  
1                     
1110                  
-220                  

AnchorFormat1 AnchorFormat1T03ee  
1                     
465                   
-300                  

AnchorFormat1 AnchorFormat1T03f4  
1                     
600                   
-360                  

AnchorFormat1 AnchorFormat1T03fa  
1                     
735                   
-445                  

AnchorFormat1 AnchorFormat1T0400  
1                     
680                   
-220                  

AnchorFormat1 AnchorFormat1T0406  
1                     
580                   
-300                  

AnchorFormat1 AnchorFormat1T040c  
1                     
660                   
-445                  

AnchorFormat1 AnchorFormat1T0412  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T0418  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T041e  
1                     
520                   
-220                  

AnchorFormat1 AnchorFormat1T0424  
1                     
520                   
-220                  

AnchorFormat1 AnchorFormat1T042a  
1                     
660                   
-300                  

AnchorFormat1 AnchorFormat1T0430  
1                     
780                   
-220                  

AnchorFormat1 AnchorFormat1T0436  
1                     
1110                  
-220                  

AnchorFormat1 AnchorFormat1T043c  
1                     
1110                  
-220                  

AnchorFormat1 AnchorFormat1T0442  
1                     
1110                  
-220                  

AnchorFormat1 AnchorFormat1T0448  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T044e  
1                     
630                   
-300                  

AnchorFormat1 AnchorFormat1T0454  
1                     
540                   
-300                  

AnchorFormat1 AnchorFormat1T045a  
1                     
540                   
-220                  

AnchorFormat1 AnchorFormat1T0460  
1                     
555                   
-300                  

AnchorFormat1 AnchorFormat1T0466  
1                     
440                   
-220                  

AnchorFormat1 AnchorFormat1T046c  
1                     
461                   
1380                  

AnchorFormat1 AnchorFormat1T0472  
1                     
445                   
969                   

AnchorFormat1 AnchorFormat1T0478  
1                     
600                   
1380                  

AnchorFormat1 AnchorFormat1T047e  
1                     
595                   
1300                  

AnchorFormat1 AnchorFormat1T0484  
1                     
250                   
969                   

AnchorFormat1 AnchorFormat1T048a  
1                     
500                   
969                   

AnchorFormat1 AnchorFormat1T0490  
1                     
280                   
969                   

AnchorFormat1 AnchorFormat1T0496  
1                     
566                   
969                   

AnchorFormat1 AnchorFormat1T049c  
1                     
505                   
969                   

AnchorFormat1 AnchorFormat1T04a2  
1                     
544                   
969                   

AnchorFormat1 AnchorFormat1T04a8  
1                     
350                   
969                   

AnchorFormat1 AnchorFormat1T04ae  
1                     
595                   
1300                  

AnchorFormat1 AnchorFormat1T04b4  
1                     
625                   
1380                  

AnchorFormat1 AnchorFormat1T04ba  
1                     
625                   
1300                  

AnchorFormat1 AnchorFormat1T04c0  
1                     
1120                  
1300                  

AnchorFormat1 AnchorFormat1T04c6  
1                     
1120                  
1300                  

AnchorFormat1 AnchorFormat1T04cc  
1                     
1120                  
1300                  

AnchorFormat1 AnchorFormat1T04d2  
1                     
690                   
1300                  

AnchorFormat1 AnchorFormat1T04d8  
1                     
570                   
1300                  

AnchorFormat1 AnchorFormat1T04de  
1                     
589                   
1300                  

AnchorFormat1 AnchorFormat1T04e4  
1                     
589                   
1300                  

AnchorFormat1 AnchorFormat1T04ea  
1                     
625                   
1450                  

AnchorFormat1 AnchorFormat1T04f0  
1                     
489                   
1300                  

AnchorFormat1 AnchorFormat1T04f6  
1                     
720                   
1300                  

AnchorFormat1 AnchorFormat1T04fc  
1                     
820                   
1300                  

AnchorFormat1 AnchorFormat1T0502  
1                     
690                   
1300                  

AnchorFormat1 AnchorFormat1T0508  
1                     
797                   
1300                  

AnchorFormat1 AnchorFormat1T050e  
1                     
585                   
1300                  

AnchorFormat1 AnchorFormat1T0514  
1                     
650                   
1300                  

AnchorFormat1 AnchorFormat1T051a  
1                     
595                   
1300                  

AnchorFormat1 AnchorFormat1T0520  
1                     
461                   
1300                  

AnchorFormat1 AnchorFormat1T0526  
1                     
510                   
1300                  

AnchorFormat1 AnchorFormat1T052c  
1                     
420                   
1300                  

AnchorFormat1 AnchorFormat1T0532  
1                     
570                   
1300                  

AnchorFormat1 AnchorFormat1T0538  
1                     
625                   
1300                  

AnchorFormat1 AnchorFormat1T053e  
1                     
526                   
1300                  

AnchorFormat1 AnchorFormat1T0544  
1                     
600                   
1300                  

AnchorFormat1 AnchorFormat1T054a  
1                     
720                   
1300                  

AnchorFormat1 AnchorFormat1T0550  
1                     
1120                  
1300                  

AnchorFormat1 AnchorFormat1T0556  
1                     
405                   
1300                  

AnchorFormat1 AnchorFormat1T055c  
1                     
595                   
1300                  

AnchorFormat1 AnchorFormat1T0562  
1                     
820                   
1300                  

AnchorFormat1 AnchorFormat1T0568  
1                     
720                   
1300                  

AnchorFormat1 AnchorFormat1T056e  
1                     
420                   
1300                  

AnchorFormat1 AnchorFormat1T0574  
1                     
480                   
1300                  

AnchorFormat1 AnchorFormat1T057a  
1                     
487                   
1300                  

AnchorFormat1 AnchorFormat1T0580  
1                     
435                   
-445                  

AnchorFormat1 AnchorFormat1T0586  
1                     
615                   
1400                  

AnchorFormat1 AnchorFormat1T058c  
1                     
615                   
-100                  

AnchorFormat1 AnchorFormat1T0592  
1                     
310                   
969                   

AnchorFormat1 AnchorFormat1T0598  
1                     
445                   
969                   

AnchorFormat1 AnchorFormat1T059e  
1                     
510                   
0                     

AnchorFormat1 AnchorFormat1T05a4  
1                     
315                   
0                     

AnchorFormat1 AnchorFormat1T05aa  
1                     
350                   
969                   

AnchorFormat1 AnchorFormat1T05b0  
1                     
544                   
969                   

AnchorFormat1 AnchorFormat1T05b6  
1                     
505                   
969                   

AnchorFormat1 AnchorFormat1T05bc  
1                     
566                   
969                   

AnchorFormat1 AnchorFormat1T05c2  
1                     
280                   
969                   

AnchorFormat1 AnchorFormat1T05c8  
1                     
500                   
969                   

AnchorFormat1 AnchorFormat1T05ce  
1                     
250                   
969                   

; 'GSUB' Table - Glyph Substitution
; -------------------------------------

GSUBHeader GSUBHeaderT0000  
0X00010000            
ScriptListT000a       
FeatureListT001e      
LookupListT002c       

ScriptList ScriptListT000a  
1                     
                      ; ScriptRecord[0]
'thaa'                
ScriptT0012           

Script ScriptT0012  
LangSysT0016          
0                     

LangSys LangSysT0016  
NULL                  
0XFFFF                
1                     
0                     

FeatureList FeatureListT001e  
1                     
                      ; FeatureRecord[0]
'ccmp'                
FeatureT0026          

Feature FeatureT0026  
NULL                  
1                     
0                     

LookupList LookupListT002c  
1                     
LookupT0030           

Lookup LookupT0030  
1                     
1                     
1                     
SingleSubstFormat2T0038 

SingleSubstFormat2 SingleSubstFormat2T0038  
2                     
CoverageFormat2T0054  
11                    
109                   
110                   
111                   
112                   
113                   
114                   
115                   
116                   
117                   
118                   
119                   

CoverageFormat2 CoverageFormat2T0054  
2                     
1                     
                      ; RangeRecord[0]
91                    
101                   
0                     

; 'GDEF' Table - Glyph Definition
;-------------------------------------

GDEFHeader GDEFHeaderT0000  
0X00010000            
ClassDefFormat2T000c  
NULL                  
LigCaretListT0028     
NULL                  ; AttachClassDef (1.2)

ClassDefFormat2 ClassDefFormat2T000c  
2                     
4                     
                      ; ClassRangeRecord[0]
0                     
90                    
1                     
                      ; ClassRangeRecord[1]
91                    
101                   
3                     
                      ; ClassRangeRecord[2]
102                   
108                   
1                     
                      ; ClassRangeRecord[3]
109                   
119                   
3                     

LigCaretList LigCaretListT0028  
CoverageFormat2T002c  
0                     

CoverageFormat2 CoverageFormat2T002c  
2                     
0                     

'DSIG' Table - Digital Signature
-------------------------------------
Size = 6476 bytes
  'DSIG' version:  1
  numSigs:       1
  Flags:			0001

'loca' Table - Index To Location Table
--------------------------------------
Size = 242 bytes, 121 entries
	Idx   0 -> glyfOff 0x00000
	Idx   1 -> glyfOff 0x0003E* No contours *
	Idx   2 -> glyfOff 0x0003E* No contours *
	Idx   3 -> glyfOff 0x0003E* No contours *
	Idx   4 -> glyfOff 0x0003E
	Idx   5 -> glyfOff 0x000DC
	Idx   6 -> glyfOff 0x00154
	Idx   7 -> glyfOff 0x00334
	Idx   8 -> glyfOff 0x004B2
	Idx   9 -> glyfOff 0x00604
	Idx  10 -> glyfOff 0x0076C
	Idx  11 -> glyfOff 0x007B4
	Idx  12 -> glyfOff 0x0084E
	Idx  13 -> glyfOff 0x008EE
	Idx  14 -> glyfOff 0x009EC
	Idx  15 -> glyfOff 0x00AAE
	Idx  16 -> glyfOff 0x00B0A
	Idx  17 -> glyfOff 0x00B54
	Idx  18 -> glyfOff 0x00B90
	Idx  19 -> glyfOff 0x00C2A
	Idx  20 -> glyfOff 0x00CF6
	Idx  21 -> glyfOff 0x00DCE
	Idx  22 -> glyfOff 0x00F1A
	Idx  23 -> glyfOff 0x01042
	Idx  24 -> glyfOff 0x01162
	Idx  25 -> glyfOff 0x0127A
	Idx  26 -> glyfOff 0x01380
	Idx  27 -> glyfOff 0x01418
	Idx  28 -> glyfOff 0x01596
	Idx  29 -> glyfOff 0x01698
	Idx  30 -> glyfOff 0x01700
	Idx  31 -> glyfOff 0x01788
	Idx  32 -> glyfOff 0x01838
	Idx  33 -> glyfOff 0x018B8
	Idx  34 -> glyfOff 0x01960
	Idx  35 -> glyfOff 0x01A18
	Idx  36 -> glyfOff 0x01A94
	Idx  37 -> glyfOff 0x01B42
	Idx  38 -> glyfOff 0x01C46
	Idx  39 -> glyfOff 0x01CB0
	Idx  40 -> glyfOff 0x01DB2
	Idx  41 -> glyfOff 0x01DF6
	Idx  42 -> glyfOff 0x01F04
	Idx  43 -> glyfOff 0x0200A
	Idx  44 -> glyfOff 0x02054
	Idx  45 -> glyfOff 0x020A2
	Idx  46 -> glyfOff 0x02148
	Idx  47 -> glyfOff 0x021EE
	Idx  48 -> glyfOff 0x0224A
	Idx  49 -> glyfOff 0x022A6
	Idx  50 -> glyfOff 0x022E2
	Idx  51 -> glyfOff 0x0233E
	Idx  52 -> glyfOff 0x023C4
	Idx  53 -> glyfOff 0x024A2
	Idx  54 -> glyfOff 0x02548
	Idx  55 -> glyfOff 0x02622
	Idx  56 -> glyfOff 0x02746
	Idx  57 -> glyfOff 0x0285E
	Idx  58 -> glyfOff 0x02984
	Idx  59 -> glyfOff 0x02A76
	Idx  60 -> glyfOff 0x02B44
	Idx  61 -> glyfOff 0x02C42
	Idx  62 -> glyfOff 0x02D2A
	Idx  63 -> glyfOff 0x02DDE
	Idx  64 -> glyfOff 0x02F0E
	Idx  65 -> glyfOff 0x03058
	Idx  66 -> glyfOff 0x031A0
	Idx  67 -> glyfOff 0x0327E
	Idx  68 -> glyfOff 0x03382
	Idx  69 -> glyfOff 0x034B8
	Idx  70 -> glyfOff 0x035E4
	Idx  71 -> glyfOff 0x03712
	Idx  72 -> glyfOff 0x03834
	Idx  73 -> glyfOff 0x039C2
	Idx  74 -> glyfOff 0x03AEA
	Idx  75 -> glyfOff 0x03B22
	Idx  76 -> glyfOff 0x03C9C
	Idx  77 -> glyfOff 0x03E50
	Idx  78 -> glyfOff 0x03E88
	Idx  79 -> glyfOff 0x03EC0
	Idx  80 -> glyfOff 0x03F00
	Idx  81 -> glyfOff 0x03F3A
	Idx  82 -> glyfOff 0x03F7E
	Idx  83 -> glyfOff 0x03FB4
	Idx  84 -> glyfOff 0x03FE2
	Idx  85 -> glyfOff 0x04010
	Idx  86 -> glyfOff 0x04042
	Idx  87 -> glyfOff 0x04074
	Idx  88 -> glyfOff 0x0408C
	Idx  89 -> glyfOff 0x040DC
	Idx  90 -> glyfOff 0x0410C
	Idx  91 -> glyfOff 0x04138
	Idx  92 -> glyfOff 0x04198
	Idx  93 -> glyfOff 0x04234
	Idx  94 -> glyfOff 0x0428E
	Idx  95 -> glyfOff 0x0434A
	Idx  96 -> glyfOff 0x043C2
	Idx  97 -> glyfOff 0x0448E
	Idx  98 -> glyfOff 0x044FE
	Idx  99 -> glyfOff 0x045C6
	Idx 100 -> glyfOff 0x0467E
	Idx 101 -> glyfOff 0x04736
	Idx 102 -> glyfOff 0x047BA
	Idx 103 -> glyfOff 0x048D8
	Idx 104 -> glyfOff 0x04912
	Idx 105 -> glyfOff 0x0494C
	Idx 106 -> glyfOff 0x049B4
	Idx 107 -> glyfOff 0x04A52
	Idx 108 -> glyfOff 0x04DB2
	Idx 109 -> glyfOff 0x04FCA
	Idx 110 -> glyfOff 0x04FDA
	Idx 111 -> glyfOff 0x04FEA
	Idx 112 -> glyfOff 0x04FFA
	Idx 113 -> glyfOff 0x0500A
	Idx 114 -> glyfOff 0x0501A
	Idx 115 -> glyfOff 0x0502A
	Idx 116 -> glyfOff 0x0503A
	Idx 117 -> glyfOff 0x0504A
	Idx 118 -> glyfOff 0x0505A
	Idx 119 -> glyfOff 0x0506A
	           Ends at 0x0507A

'glyf' Table - Glyph Data
-------------------------
Size = 20602 bytes, 120 entries
	Glyph   0: off = 0x00000000, len = 62
	  numberOfContours:	2
	  xMin:			256
	  yMin:			0
	  xMax:			1792
	  yMax:			1536

	EndPoints
	---------
	  0:  3
	  1:  7

	  Length of Instructions:	20
	00000: PUSHB[8]              6     2     4     0     6     2     4     0 
	00009: MDAP[rd]   
	00010: MDRP[nrp0,md,rd,1] 
	00011: MDRP[srp0,nmd,rd,0] 
	00012: MDRP[nrp0,md,rd,1] 
	00013: SVTCA[y-axis] 
	00014: MDAP[rd]   
	00015: MDRP[nrp0,md,rd,1] 
	00016: MDRP[srp0,nmd,rd,0] 
	00017: MDRP[nrp0,md,rd,1] 
	00018: IUP[y]     
	00019: IUP[x]     

	Flags
	-----
	  0:  YDual                               On
	  1:        XDual                         On
	  2:  YDual                               On
	  3:        XDual                         On
	  4:  YDual               Y-Short         On
	  5:  YDual                               On
	  6:        XDual                         On
	  7:  YDual                               On

	Coordinates
	-----------
	  0: Rel (   256,     0)  ->  Abs (   256,     0)
	  1: Rel (     0,  1536)  ->  Abs (   256,  1536)
	  2: Rel (  1536,     0)  ->  Abs (  1792,  1536)
	  3: Rel (     0, -1536)  ->  Abs (  1792,     0)
	  4: Rel ( -1408,   128)  ->  Abs (   384,   128)
	  5: Rel (  1280,     0)  ->  Abs (  1664,   128)
	  6: Rel (     0,  1280)  ->  Abs (  1664,  1408)
	  7: Rel ( -1280,     0)  ->  Abs (   384,  1408)

	Glyph   1: off = 0x0000003E, len = 0

	Glyph   2: off = 0x0000003E, len = 0

	Glyph   3: off = 0x0000003E, len = 0

	Glyph   4: off = 0x0000003E, len = 158
	  numberOfContours:	2
	  xMin:			176
	  yMin:			-8
	  xMax:			807
	  yMax:			1462

	EndPoints
	---------
	  0:  15
	  1:  27

	  Length of Instructions:	66
	00000: PUSHB[4]            151    12     1     4 
	00005: PUSHW[1]            -16 
	00008: NPUSHB      (33):    13    17    72    13     1    82     6     0     6   141 
	                            10    13    20    10    13    13     0     6   177    10 
	                            16   175   143    22     1    22    14     7     8    25 
	                           176    19     4 
	00043: SVTCA[y-axis] 
	00044: MIAP[rd+ci] 
	00045: MIRP[srp0,md,rd,1] 
	00046: MDRP[nrp0,nmd,rd,2] 
	00047: MIAP[rd+ci] 
	00048: IUP[x]     
	00049: SVTCA[x-axis] 
	00050: MDAP[rd]   
	00051: DELTAP1    
	00052: MIRP[nrp0,md,rd,1] 
	00053: MDRP[srp0,nmd,rd,0] 
	00054: MIRP[nrp0,md,rd,1] 
	00055: MDRP[nrp0,md,rd,1] 
	00056: SHP[rp2,zp1] 
	00057: SDPVTL[1]  
	00058: CALL       
	00059: SDPVTL[1]  
	00060: CALL       
	00061: MDRP[nrp0,nmd,rd,0] 
	00062: IUP[y]     
	00063: SVTCA[x-axis] 
	00064: CALL       
	00065: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                              X-Short Off
	  5:                      Y-Short X-Short Off
	  6:                      Y-Short X-Short On
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:        XDual                 X-Short Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:                                      On
	 17:        XDual         Y-Short         Off
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   807,  1405)  ->  Abs (   807,  1405)
	  1: Rel (     0,   -42)  ->  Abs (   807,  1363)
	  2: Rel (   -41,   -85)  ->  Abs (   766,  1278)
	  3: Rel (   -31,   -65)  ->  Abs (   735,  1213)
	  4: Rel (  -183,  -489)  ->  Abs (   552,   724)
	  5: Rel (   -40,  -116)  ->  Abs (   512,   608)
	  6: Rel (   -16,   -84)  ->  Abs (   496,   524)
	  7: Rel (   -13,   -65)  ->  Abs (   483,   459)
	  8: Rel (   -77,     0)  ->  Abs (   406,   459)
	  9: Rel (   -99,     0)  ->  Abs (   307,   459)
	 10: Rel (     0,    98)  ->  Abs (   307,   557)
	 11: Rel (     0,   103)  ->  Abs (   307,   660)
	 12: Rel (   245,   585)  ->  Abs (   552,  1245)
	 13: Rel (   132,   217)  ->  Abs (   684,  1462)
	 14: Rel (    61,     0)  ->  Abs (   745,  1462)
	 15: Rel (    62,     0)  ->  Abs (   807,  1462)
	 16: Rel (  -332, -1300)  ->  Abs (   475,   162)
	 17: Rel (     0,   -69)  ->  Abs (   475,    93)
	 18: Rel (  -106,  -101)  ->  Abs (   369,    -8)
	 19: Rel (   -68,     0)  ->  Abs (   301,    -8)
	 20: Rel (   -52,     0)  ->  Abs (   249,    -8)
	 21: Rel (   -73,    73)  ->  Abs (   176,    65)
	 22: Rel (     0,    52)  ->  Abs (   176,   117)
	 23: Rel (     0,    69)  ->  Abs (   176,   186)
	 24: Rel (   111,   105)  ->  Abs (   287,   291)
	 25: Rel (    67,     0)  ->  Abs (   354,   291)
	 26: Rel (    52,     0)  ->  Abs (   406,   291)
	 27: Rel (    69,   -74)  ->  Abs (   475,   217)

	Glyph   5: off = 0x000000DC, len = 120
	  numberOfContours:	2
	  xMin:			248
	  yMin:			823
	  xMax:			1081
	  yMax:			1466

	EndPoints
	---------
	  0:  12
	  1:  25

	  Length of Instructions:	34
	00000: NPUSHB      (18):    24    19     6    11     7    21   137    17    13     0 
	                             4   137    31     8    47     8     2     8 
	00020: MDAP[rd]   
	00021: DELTAP1    
	00022: MIRP[srp0,md,rd,1] 
	00023: MDRP[srp0,nmd,rd,0] 
	00024: MDRP[srp0,nmd,rd,0] 
	00025: MDRP[srp0,nmd,rd,0] 
	00026: MIRP[nrp0,md,rd,1] 
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MDRP[nrp0,md,rd,1] 
	00030: IP         
	00031: IP         
	00032: IUP[y]     
	00033: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:        XDual                 X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:                      Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:        XDual                 X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   631,  1401)  ->  Abs (   631,  1401)
	  1: Rel (     0,   -21)  ->  Abs (   631,  1380)
	  2: Rel (   -39,   -82)  ->  Abs (   592,  1298)
	  3: Rel (   -85,  -169)  ->  Abs (   507,  1129)
	  4: Rel (   -63,  -242)  ->  Abs (   444,   887)
	  5: Rel (   -15,   -64)  ->  Abs (   429,   823)
	  6: Rel (   -83,     0)  ->  Abs (   346,   823)
	  7: Rel (   -98,     0)  ->  Abs (   248,   823)
	  8: Rel (     0,    86)  ->  Abs (   248,   909)
	  9: Rel (     0,    69)  ->  Abs (   248,   978)
	 10: Rel (   235,   488)  ->  Abs (   483,  1466)
	 11: Rel (    70,     0)  ->  Abs (   553,  1466)
	 12: Rel (    78,     0)  ->  Abs (   631,  1466)
	 13: Rel (   450,   -65)  ->  Abs (  1081,  1401)
	 14: Rel (     0,   -25)  ->  Abs (  1081,  1376)
	 15: Rel (   -39,   -78)  ->  Abs (  1042,  1298)
	 16: Rel (   -84,  -169)  ->  Abs (   958,  1129)
	 17: Rel (   -63,  -242)  ->  Abs (   895,   887)
	 18: Rel (   -16,   -64)  ->  Abs (   879,   823)
	 19: Rel (   -82,     0)  ->  Abs (   797,   823)
	 20: Rel (   -99,     0)  ->  Abs (   698,   823)
	 21: Rel (     0,    86)  ->  Abs (   698,   909)
	 22: Rel (     0,    69)  ->  Abs (   698,   978)
	 23: Rel (   235,   488)  ->  Abs (   933,  1466)
	 24: Rel (    71,     0)  ->  Abs (  1004,  1466)
	 25: Rel (    77,     0)  ->  Abs (  1081,  1466)

	Glyph   6: off = 0x00000154, len = 480
	  numberOfContours:	2
	  xMin:			100
	  yMin:			-2
	  xMax:			1454
	  yMax:			1464

	EndPoints
	---------
	  0:  70
	  1:  81

	  Length of Instructions:	247
	00000: NPUSHB     (152):    57    53   121    53     2   121    44     1   105    34 
	                             1     9    26     1    80    76    71    53    19    51 
	                            21    51    44    36    34    27    46    21     1    82 
	                            46    24    46   142    51    21    20    51    51    21 
	                            69    63     7     0    61     9    61    17    73    75 
	                            54    56     9     1    82    56    12    56   142    61 
	                             9    20    61    61     9    21    40    30    24    46 
	                           139    51     0     7    63    69     4     9    61     9 
	                            17    54    73    75     4   192    12     1    12    56 
	                           139     4    66    51    47    61     1    61    36    37 
	                            69    75    76     5    38    68   153    43    44    53 
	                            54    63     5    64    42   153    38     7    17    19 
	                            27     4    28     6   153     0    34    71    73    78 
	                            80     6   255     2     1     2    33   153   159    28 
	                             1    28    38    28    48    10    22     7    48     4 
	                            59     4 
	00154: SVTCA[y-axis] 
	00155: MIAP[rd+ci] 
	00156: MIAP[rd+ci] 
	00157: MIAP[rd+ci] 
	00158: MDRP[nrp0,nmd,rd,0] 
	00159: SRP2       
	00160: IP         
	00161: IP         
	00162: MDAP[rd]   
	00163: DELTAP1    
	00164: MIRP[srp0,md,rd,1] 
	00165: MDRP[srp0,nmd,rd,0] 
	00166: DELTAP1    
	00167: SLOOP      
	00168: IP         
	00169: MIRP[nrp0,md,rd,1] 
	00170: SRP1       
	00171: SLOOP      
	00172: IP         
	00173: MDAP[rd]   
	00174: MIRP[srp0,md,rd,1] 
	00175: MDRP[srp0,nmd,rd,0] 
	00176: SLOOP      
	00177: IP         
	00178: MIRP[nrp0,md,rd,1] 
	00179: SRP1       
	00180: SLOOP      
	00181: IP         
	00182: IUP[x]     
	00183: SVTCA[x-axis] 
	00184: MDAP[rd]   
	00185: DELTAP1    
	00186: SHP[rp1,zp0] 
	00187: MDRP[nrp0,nmd,rd,0] 
	00188: MDRP[nrp0,nmd,rd,0] 
	00189: MIRP[srp0,md,rd,1] 
	00190: MDRP[nrp0,nmd,rd,0] 
	00191: DELTAP1    
	00192: SLOOP      
	00193: IP         
	00194: SHP[rp2,zp1] 
	00195: SRP1       
	00196: SRP2       
	00197: SLOOP      
	00198: IP         
	00199: MDAP[rd]   
	00200: MIRP[srp0,md,rd,1] 
	00201: MDRP[srp0,nmd,rd,0] 
	00202: MDRP[nrp0,nmd,rd,0] 
	00203: MDRP[nrp0,nmd,rd,0] 
	00204: SHP[rp1,zp0] 
	00205: SDPVTL[1]  
	00206: SRP0       
	00207: CALL       
	00208: SDPVTL[1]  
	00209: CALL       
	00210: MDRP[nrp0,nmd,rd,0] 
	00211: SRP0       
	00212: MDRP[nrp0,nmd,nrd,0] 
	00213: MDRP[nrp0,nmd,nrd,0] 
	00214: MDRP[nrp0,nmd,nrd,0] 
	00215: MDRP[nrp0,nmd,nrd,0] 
	00216: SRP0       
	00217: SDPVTL[1]  
	00218: MDRP[nrp0,nmd,nrd,0] 
	00219: MDRP[nrp0,nmd,nrd,0] 
	00220: MDRP[nrp0,nmd,nrd,0] 
	00221: MDRP[nrp0,nmd,nrd,0] 
	00222: SDPVTL[1]  
	00223: RTG        
	00224: SRP0       
	00225: CALL       
	00226: SDPVTL[1]  
	00227: CALL       
	00228: MDRP[nrp0,nmd,rd,0] 
	00229: SRP0       
	00230: MDRP[nrp0,nmd,nrd,0] 
	00231: MDRP[nrp0,nmd,nrd,0] 
	00232: MDRP[nrp0,nmd,nrd,0] 
	00233: MDRP[nrp0,nmd,nrd,0] 
	00234: SRP0       
	00235: SDPVTL[1]  
	00236: MDRP[nrp0,nmd,nrd,0] 
	00237: MDRP[nrp0,nmd,nrd,0] 
	00238: MDRP[nrp0,nmd,nrd,0] 
	00239: MDRP[nrp0,nmd,nrd,0] 
	00240: MDRP[nrp0,nmd,nrd,0] 
	00241: IUP[y]     
	00242: SVTCA[x-axis] 
	00243: DELTAP1    
	00244: DELTAP1    
	00245: DELTAP1    
	00246: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual Rep-  1 Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual                 X-Short On
	 20:        XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:                      Y-Short X-Short On
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual       Rep-  1         X-Short On
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:                      Y-Short X-Short On
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short X-Short On
	 47:                      Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:                      Y-Short         On
	 55:                      Y-Short X-Short Off
	 56:                      Y-Short X-Short On
	 57:              Rep-  1 Y-Short X-Short Off
	 59:  YDual                       X-Short On
	 60:  YDual                       X-Short Off
	 61:  YDual XDual         Y-Short         On
	 62:  YDual XDual         Y-Short         Off
	 63:        XDual                 X-Short On
	 64:                      Y-Short X-Short On
	 65:  YDual                       X-Short Off
	 66:  YDual XDual         Y-Short         On
	 67:  YDual XDual         Y-Short         Off
	 68:  YDual XDual         Y-Short X-Short Off
	 69:  YDual XDual         Y-Short X-Short On
	 70:  YDual XDual         Y-Short X-Short Off
	 71:  YDual               Y-Short         On
	 72:                      Y-Short X-Short Off
	 73:                      Y-Short X-Short On
	 74:                      Y-Short X-Short Off
	 75:                      Y-Short X-Short On
	 76:  YDual               Y-Short         On
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual         Y-Short X-Short On
	 79:  YDual XDual         Y-Short X-Short Off
	 80:  YDual XDual         Y-Short X-Short On
	 81:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   504,   881)  ->  Abs (   504,   881)
	  1: Rel (  -139,   -21)  ->  Abs (   365,   860)
	  2: Rel (   -29,     0)  ->  Abs (   336,   860)
	  3: Rel (   -98,     0)  ->  Abs (   238,   860)
	  4: Rel (     0,    68)  ->  Abs (   238,   928)
	  5: Rel (     0,    56)  ->  Abs (   238,   984)
	  6: Rel (   111,    43)  ->  Abs (   349,  1027)
	  7: Rel (   218,    11)  ->  Abs (   567,  1038)
	  8: Rel (    76,   191)  ->  Abs (   643,  1229)
	  9: Rel (   132,   233)  ->  Abs (   775,  1462)
	 10: Rel (    56,     0)  ->  Abs (   831,  1462)
	 11: Rel (    46,     0)  ->  Abs (   877,  1462)
	 12: Rel (     0,   -24)  ->  Abs (   877,  1438)
	 13: Rel (     0,   -36)  ->  Abs (   877,  1402)
	 14: Rel (   -21,   -59)  ->  Abs (   856,  1343)
	 15: Rel (   -33,   -69)  ->  Abs (   823,  1274)
	 16: Rel (   -39,   -83)  ->  Abs (   784,  1191)
	 17: Rel (   -57,  -142)  ->  Abs (   727,  1049)
	 18: Rel (   228,     8)  ->  Abs (   955,  1057)
	 19: Rel (   118,     0)  ->  Abs (  1073,  1057)
	 20: Rel (   115,   278)  ->  Abs (  1188,  1335)
	 21: Rel (   101,   129)  ->  Abs (  1289,  1464)
	 22: Rel (    38,     0)  ->  Abs (  1327,  1464)
	 23: Rel (    57,     0)  ->  Abs (  1384,  1464)
	 24: Rel (     0,   -41)  ->  Abs (  1384,  1423)
	 25: Rel (     0,   -16)  ->  Abs (  1384,  1407)
	 26: Rel (   -86,  -184)  ->  Abs (  1298,  1223)
	 27: Rel (   -65,  -162)  ->  Abs (  1233,  1061)
	 28: Rel (   131,     0)  ->  Abs (  1364,  1061)
	 29: Rel (    90,     0)  ->  Abs (  1454,  1061)
	 30: Rel (     0,   -74)  ->  Abs (  1454,   987)
	 31: Rel (     0,   -49)  ->  Abs (  1454,   938)
	 32: Rel (   -98,   -35)  ->  Abs (  1356,   903)
	 33: Rel (  -107,     0)  ->  Abs (  1249,   903)
	 34: Rel (   -73,     0)  ->  Abs (  1176,   903)
	 35: Rel (   -45,  -119)  ->  Abs (  1131,   784)
	 36: Rel (   -64,  -211)  ->  Abs (  1067,   573)
	 37: Rel (    81,     2)  ->  Abs (  1148,   575)
	 38: Rel (   140,     0)  ->  Abs (  1288,   575)
	 39: Rel (    78,     0)  ->  Abs (  1366,   575)
	 40: Rel (     0,   -73)  ->  Abs (  1366,   502)
	 41: Rel (     0,   -84)  ->  Abs (  1366,   418)
	 42: Rel (  -113,     0)  ->  Abs (  1253,   418)
	 43: Rel (  -146,     0)  ->  Abs (  1107,   418)
	 44: Rel (   -83,    -2)  ->  Abs (  1024,   416)
	 45: Rel (   -51,  -191)  ->  Abs (   973,   225)
	 46: Rel (   -25,  -157)  ->  Abs (   948,    68)
	 47: Rel (   -10,   -70)  ->  Abs (   938,    -2)
	 48: Rel (   -76,     0)  ->  Abs (   862,    -2)
	 49: Rel (   -39,     0)  ->  Abs (   823,    -2)
	 50: Rel (   -49,    46)  ->  Abs (   774,    44)
	 51: Rel (     0,    36)  ->  Abs (   774,    80)
	 52: Rel (     0,    96)  ->  Abs (   774,   176)
	 53: Rel (    70,   238)  ->  Abs (   844,   414)
	 54: Rel (  -328,    -6)  ->  Abs (   516,   408)
	 55: Rel (   -53,  -184)  ->  Abs (   463,   224)
	 56: Rel (   -31,  -158)  ->  Abs (   432,    66)
	 57: Rel (    -5,   -30)  ->  Abs (   427,    36)
	 58: Rel (   -68,   -38)  ->  Abs (   359,    -2)
	 59: Rel (   -33,     0)  ->  Abs (   326,    -2)
	 60: Rel (   -74,     0)  ->  Abs (   252,    -2)
	 61: Rel (     0,    78)  ->  Abs (   252,    76)
	 62: Rel (     0,    60)  ->  Abs (   252,   136)
	 63: Rel (    82,   263)  ->  Abs (   334,   399)
	 64: Rel (  -176,   -14)  ->  Abs (   158,   385)
	 65: Rel (   -58,     0)  ->  Abs (   100,   385)
	 66: Rel (     0,    92)  ->  Abs (   100,   477)
	 67: Rel (     0,    36)  ->  Abs (   100,   513)
	 68: Rel (    93,    40)  ->  Abs (   193,   553)
	 69: Rel (   194,     6)  ->  Abs (   387,   559)
	 70: Rel (    81,   239)  ->  Abs (   468,   798)
	 71: Rel (   544,   103)  ->  Abs (  1012,   901)
	 72: Rel (  -233,    -4)  ->  Abs (   779,   897)
	 73: Rel (  -107,    -6)  ->  Abs (   672,   891)
	 74: Rel (   -59,  -161)  ->  Abs (   613,   730)
	 75: Rel (   -50,  -167)  ->  Abs (   563,   563)
	 76: Rel (   330,     8)  ->  Abs (   893,   571)
	 77: Rel (    44,   134)  ->  Abs (   937,   705)
	 78: Rel (    71,   184)  ->  Abs (  1008,   889)
	 79: Rel (     1,     2)  ->  Abs (  1009,   891)
	 80: Rel (     1,     4)  ->  Abs (  1010,   895)
	 81: Rel (     1,     4)  ->  Abs (  1011,   899)

	Glyph   7: off = 0x00000334, len = 382
	  numberOfContours:	3
	  xMin:			63
	  yMin:			-20
	  xMax:			1190
	  yMax:			1473

	EndPoints
	---------
	  0:  50
	  1:  58
	  2:  66

	  Length of Instructions:	186
	00000: NPUSHB     (119):   100    58     1   105    66     1    58    62   106    62 
	                             2    74    55     1    74    49    90    49     2    70 
	                            22    86    22     2     0    20    32    20   112    20 
	                           128    20     4   169    17     1    64   138    21    56 
	                           138    48    53    51    46    44    32     0    30     2 
	                            30    61    59    24    19    17     7    25     2     1 
	                            82    25     5    25   225    30     2    20    30    30 
	                             2     2     5    25    30     5    21    30    48     4 
	                            36    15    12    31    12    47    12     3    12    68 
	                            36    15    61    53    44    17   153     0     7    19 
	                            21    24    32    46    48    51    56    59    64    12 
	                            33     9     3     7    39    44   153    33    28 
	00121: SVTCA[y-axis] 
	00122: MDAP[rd]   
	00123: MDAP[rd]   
	00124: MIRP[srp0,md,rd,1] 
	00125: MDRP[nrp0,nmd,rd,0] 
	00126: MIAP[rd+ci] 
	00127: MDRP[srp0,nmd,rd,0] 
	00128: SRP1       
	00129: SLOOP      
	00130: IP         
	00131: MIRP[srp0,md,rd,1] 
	00132: SRP1       
	00133: IP         
	00134: IP         
	00135: MDRP[nrp0,nmd,rd,2] 
	00136: IUP[x]     
	00137: SVTCA[x-axis] 
	00138: MDAP[rd]   
	00139: SRP0       
	00140: MDRP[nrp0,nmd,rd,0] 
	00141: DELTAP1    
	00142: SRP1       
	00143: SLOOP      
	00144: IP         
	00145: MDAP[rd]   
	00146: SHP[rp1,zp0] 
	00147: MDAP[rd]   
	00148: SHP[rp1,zp0] 
	00149: SDPVTL[1]  
	00150: SRP0       
	00151: CALL       
	00152: SDPVTL[1]  
	00153: CALL       
	00154: MDRP[nrp0,nmd,rd,0] 
	00155: SRP0       
	00156: MDRP[nrp0,nmd,nrd,0] 
	00157: MDRP[nrp0,nmd,nrd,0] 
	00158: MDRP[nrp0,nmd,nrd,0] 
	00159: MDRP[nrp0,nmd,nrd,0] 
	00160: MDRP[nrp0,nmd,nrd,0] 
	00161: MDRP[nrp0,nmd,nrd,0] 
	00162: SRP0       
	00163: SDPVTL[1]  
	00164: MDRP[nrp0,nmd,nrd,0] 
	00165: MDRP[nrp0,nmd,nrd,0] 
	00166: MDRP[nrp0,nmd,nrd,0] 
	00167: MDRP[nrp0,nmd,nrd,0] 
	00168: MDRP[nrp0,nmd,nrd,0] 
	00169: MDRP[nrp0,nmd,nrd,0] 
	00170: SVTCA[x-axis] 
	00171: RTG        
	00172: MDAP[rd]   
	00173: MIRP[nrp0,md,rd,1] 
	00174: MDAP[rd]   
	00175: MIRP[nrp0,md,rd,1] 
	00176: IUP[y]     
	00177: DELTAP1    
	00178: DELTAP1    
	00179: DELTAP1    
	00180: DELTAP1    
	00181: DELTAP1    
	00182: DELTAP1    
	00183: DELTAP1    
	00184: SVTCA[y-axis] 
	00185: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual               Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short X-Short On
	 20:                      Y-Short         Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:              Rep-  1 Y-Short X-Short On
	 26:              Rep-  1 Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short On
	 42:        XDual         Y-Short X-Short Off
	 43:  YDual XDual Rep-  1         X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short X-Short On
	 47:  YDual               Y-Short         Off
	 48:  YDual XDual         Y-Short         On
	 49:  YDual XDual         Y-Short         Off
	 50:  YDual               Y-Short         Off
	 51:        XDual                 X-Short On
	 52:  YDual XDual         Y-Short X-Short Off
	 53:  YDual XDual         Y-Short X-Short On
	 54:              Rep-  1 Y-Short X-Short Off
	 56:        XDual         Y-Short         On
	 57:        XDual         Y-Short         Off
	 58:        XDual         Y-Short X-Short Off
	 59:        XDual         Y-Short X-Short On
	 60:                      Y-Short X-Short Off
	 61:                      Y-Short X-Short On
	 62:  YDual XDual Rep-  1 Y-Short X-Short Off
	 64:  YDual XDual         Y-Short         On
	 65:  YDual XDual         Y-Short         Off
	 66:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   823,  1286)  ->  Abs (   823,  1286)
	  1: Rel (    48,   105)  ->  Abs (   871,  1391)
	  2: Rel (    67,    82)  ->  Abs (   938,  1473)
	  3: Rel (    35,     0)  ->  Abs (   973,  1473)
	  4: Rel (    43,     0)  ->  Abs (  1016,  1473)
	  5: Rel (     0,   -27)  ->  Abs (  1016,  1446)
	  6: Rel (     0,   -45)  ->  Abs (  1016,  1401)
	  7: Rel (   -49,   -98)  ->  Abs (   967,  1303)
	  8: Rel (    83,     4)  ->  Abs (  1050,  1307)
	  9: Rel (    48,     0)  ->  Abs (  1098,  1307)
	 10: Rel (    42,     0)  ->  Abs (  1140,  1307)
	 11: Rel (    50,   -43)  ->  Abs (  1190,  1264)
	 12: Rel (     0,   -31)  ->  Abs (  1190,  1233)
	 13: Rel (     0,   -39)  ->  Abs (  1190,  1194)
	 14: Rel (   -50,   -76)  ->  Abs (  1140,  1118)
	 15: Rel (   -55,     0)  ->  Abs (  1085,  1118)
	 16: Rel (   -75,     6)  ->  Abs (  1010,  1124)
	 17: Rel (  -127,     0)  ->  Abs (   883,  1124)
	 18: Rel (   -66,  -159)  ->  Abs (   817,   965)
	 19: Rel (   -55,  -164)  ->  Abs (   762,   801)
	 20: Rel (   282,   -99)  ->  Abs (  1044,   702)
	 21: Rel (     0,  -198)  ->  Abs (  1044,   504)
	 22: Rel (     0,  -124)  ->  Abs (  1044,   380)
	 23: Rel (  -247,  -198)  ->  Abs (   797,   182)
	 24: Rel (  -215,   -39)  ->  Abs (   582,   143)
	 25: Rel (   -21,  -104)  ->  Abs (   561,    39)
	 26: Rel (    -4,   -27)  ->  Abs (   557,    12)
	 27: Rel (   -60,   -32)  ->  Abs (   497,   -20)
	 28: Rel (   -32,     0)  ->  Abs (   465,   -20)
	 29: Rel (   -57,     0)  ->  Abs (   408,   -20)
	 30: Rel (     0,    69)  ->  Abs (   408,    49)
	 31: Rel (     0,    26)  ->  Abs (   408,    75)
	 32: Rel (    12,    52)  ->  Abs (   420,   127)
	 33: Rel (   -43,     0)  ->  Abs (   377,   127)
	 34: Rel (  -133,     0)  ->  Abs (   244,   127)
	 35: Rel (  -181,    80)  ->  Abs (    63,   207)
	 36: Rel (     0,    57)  ->  Abs (    63,   264)
	 37: Rel (     0,    34)  ->  Abs (    63,   298)
	 38: Rel (    40,    46)  ->  Abs (   103,   344)
	 39: Rel (    34,     0)  ->  Abs (   137,   344)
	 40: Rel (    23,     0)  ->  Abs (   160,   344)
	 41: Rel (    54,   -15)  ->  Abs (   214,   329)
	 42: Rel (   119,   -34)  ->  Abs (   333,   295)
	 43: Rel (   109,     0)  ->  Abs (   442,   295)
	 44: Rel (    21,     0)  ->  Abs (   463,   295)
	 45: Rel (    49,   177)  ->  Abs (   512,   472)
	 46: Rel (    74,   212)  ->  Abs (   586,   684)
	 47: Rel (  -277,    97)  ->  Abs (   309,   781)
	 48: Rel (     0,   173)  ->  Abs (   309,   954)
	 49: Rel (     0,   115)  ->  Abs (   309,  1069)
	 50: Rel (   271,   180)  ->  Abs (   580,  1249)
	 51: Rel (    61,  -409)  ->  Abs (   641,   840)
	 52: Rel (    58,   159)  ->  Abs (   699,   999)
	 53: Rel (    49,   115)  ->  Abs (   748,  1114)
	 54: Rel (  -126,   -20)  ->  Abs (   622,  1094)
	 55: Rel (  -128,   -86)  ->  Abs (   494,  1008)
	 56: Rel (     0,   -45)  ->  Abs (   494,   963)
	 57: Rel (     0,   -42)  ->  Abs (   494,   921)
	 58: Rel (    67,   -56)  ->  Abs (   561,   865)
	 59: Rel (   150,  -228)  ->  Abs (   711,   637)
	 60: Rel (   -60,  -199)  ->  Abs (   651,   438)
	 61: Rel (   -30,  -121)  ->  Abs (   621,   317)
	 62: Rel (   110,    29)  ->  Abs (   731,   346)
	 63: Rel (   129,    95)  ->  Abs (   860,   441)
	 64: Rel (     0,    46)  ->  Abs (   860,   487)
	 65: Rel (     0,    51)  ->  Abs (   860,   538)
	 66: Rel (   -72,    66)  ->  Abs (   788,   604)

	Glyph   8: off = 0x000004B2, len = 338
	  numberOfContours:	5
	  xMin:			145
	  yMin:			-8
	  xMax:			1565
	  yMax:			1464

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  46
	  3:  58
	  4:  70

	  Length of Instructions:	121
	00000: NPUSHB      (82):   105    52   121    52   137    52     3    18   156     6 
	                            12   156    34     0     7    59   156    47    65   156 
	                            53    25    44    25    62   139   144    56     1    56 
	                            68   139   160    50     1    50    21   139     3    15 
	                           139    47     9    95     9     2     9    67    42   115 
	                            42     2    53    42     1   105    42     1    92    32 
	                           140    32     2   111    24   143    24     2     9    32 
	                            42    50     4    24   175    37   223    37     2    37 
	                            72    24 
	00084: MDAP[rd]   
	00085: SRP0       
	00086: MDRP[nrp0,nmd,rd,0] 
	00087: DELTAP1    
	00088: SRP1       
	00089: SLOOP      
	00090: IP         
	00091: DELTAP1    
	00092: DELTAP1    
	00093: DELTAP1    
	00094: DELTAP1    
	00095: DELTAP1    
	00096: MDAP[rd]   
	00097: DELTAP1    
	00098: MIRP[nrp0,md,rd,1] 
	00099: MDRP[srp0,nmd,rd,0] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: MIRP[nrp0,md,rd,1] 
	00104: MDRP[srp0,nmd,rd,0] 
	00105: DELTAP1    
	00106: MIRP[nrp0,md,rd,1] 
	00107: SVTCA[y-axis] 
	00108: MIAP[rd+ci] 
	00109: MIAP[rd+ci] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: MDRP[srp0,nmd,rd,0] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: MIAP[rd+ci] 
	00114: MDRP[nrp0,nmd,rd,0] 
	00115: MIRP[nrp0,md,rd,1] 
	00116: MDRP[srp0,nmd,rd,0] 
	00117: MIRP[nrp0,md,rd,1] 
	00118: IUP[y]     
	00119: IUP[x]     
	00120: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:  YDual                       X-Short Off
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:                                      On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:                                      Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:                                      Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual Rep-  1 Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short On
	 40:              Rep-  1                 Off
	 42:                      Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                       X-Short Off
	 46:  YDual               Y-Short X-Short Off
	 47:                                      On
	 48:  YDual XDual                 X-Short Off
	 49:        XDual         Y-Short X-Short Off
	 50:        XDual         Y-Short         On
	 51:        XDual         Y-Short         Off
	 52:                      Y-Short X-Short Off
	 53:  YDual                       X-Short On
	 54:  YDual                       X-Short Off
	 55:  YDual               Y-Short X-Short Off
	 56:  YDual XDual         Y-Short         On
	 57:  YDual XDual         Y-Short         Off
	 58:        XDual                 X-Short Off
	 59:        XDual         Y-Short X-Short On
	 60:  YDual                       X-Short Off
	 61:                      Y-Short X-Short Off
	 62:        XDual         Y-Short         On
	 63:        XDual         Y-Short         Off
	 64:        XDual         Y-Short X-Short Off
	 65:  YDual XDual                 X-Short On
	 66:  YDual XDual                 X-Short Off
	 67:  YDual XDual         Y-Short X-Short Off
	 68:  YDual XDual         Y-Short         On
	 69:  YDual XDual         Y-Short         Off
	 70:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   614,  1464)  ->  Abs (   614,  1464)
	  1: Rel (    93,     0)  ->  Abs (   707,  1464)
	  2: Rel (   131,  -125)  ->  Abs (   838,  1339)
	  3: Rel (     0,   -79)  ->  Abs (   838,  1260)
	  4: Rel (     0,  -169)  ->  Abs (   838,  1091)
	  5: Rel (  -230,  -251)  ->  Abs (   608,   840)
	  6: Rel (  -168,     0)  ->  Abs (   440,   840)
	  7: Rel (   -97,     0)  ->  Abs (   343,   840)
	  8: Rel (  -130,   129)  ->  Abs (   213,   969)
	  9: Rel (     0,    92)  ->  Abs (   213,  1061)
	 10: Rel (     0,   145)  ->  Abs (   213,  1206)
	 11: Rel (   242,   258)  ->  Abs (   455,  1464)
	 12: Rel (   131,  -139)  ->  Abs (   586,  1325)
	 13: Rel (   -92,     0)  ->  Abs (   494,  1325)
	 14: Rel (  -111,  -157)  ->  Abs (   383,  1168)
	 15: Rel (     0,   -87)  ->  Abs (   383,  1081)
	 16: Rel (     0,   -42)  ->  Abs (   383,  1039)
	 17: Rel (    55,   -60)  ->  Abs (   438,   979)
	 18: Rel (    39,     0)  ->  Abs (   477,   979)
	 19: Rel (    73,     0)  ->  Abs (   550,   979)
	 20: Rel (   118,   172)  ->  Abs (   668,  1151)
	 21: Rel (     0,    82)  ->  Abs (   668,  1233)
	 22: Rel (     0,    33)  ->  Abs (   668,  1266)
	 23: Rel (   -46,    59)  ->  Abs (   622,  1325)
	 24: Rel (  -477, -1255)  ->  Abs (   145,    70)
	 25: Rel (     0,    23)  ->  Abs (   145,    93)
	 26: Rel (    13,    23)  ->  Abs (   158,   116)
	 27: Rel (    26,    47)  ->  Abs (   184,   163)
	 28: Rel (   389,   447)  ->  Abs (   573,   610)
	 29: Rel (   207,   205)  ->  Abs (   780,   815)
	 30: Rel (   280,   277)  ->  Abs (  1060,  1092)
	 31: Rel (   135,   122)  ->  Abs (  1195,  1214)
	 32: Rel (   209,   189)  ->  Abs (  1404,  1403)
	 33: Rel (    66,    37)  ->  Abs (  1470,  1440)
	 34: Rel (    27,     0)  ->  Abs (  1497,  1440)
	 35: Rel (    23,     0)  ->  Abs (  1520,  1440)
	 36: Rel (    45,   -43)  ->  Abs (  1565,  1397)
	 37: Rel (     0,   -33)  ->  Abs (  1565,  1364)
	 38: Rel (     0,   -27)  ->  Abs (  1565,  1337)
	 39: Rel (   -62,   -51)  ->  Abs (  1503,  1286)
	 40: Rel (  -328,  -273)  ->  Abs (  1175,  1013)
	 41: Rel (  -642,  -674)  ->  Abs (   533,   339)
	 42: Rel (  -189,  -253)  ->  Abs (   344,    86)
	 43: Rel (   -64,   -90)  ->  Abs (   280,    -4)
	 44: Rel (   -63,     0)  ->  Abs (   217,    -4)
	 45: Rel (   -31,     0)  ->  Abs (   186,    -4)
	 46: Rel (   -41,    43)  ->  Abs (   145,    39)
	 47: Rel (  1049,   577)  ->  Abs (  1194,   616)
	 48: Rel (    93,     0)  ->  Abs (  1287,   616)
	 49: Rel (   130,  -124)  ->  Abs (  1417,   492)
	 50: Rel (     0,   -80)  ->  Abs (  1417,   412)
	 51: Rel (     0,  -169)  ->  Abs (  1417,   243)
	 52: Rel (  -229,  -251)  ->  Abs (  1188,    -8)
	 53: Rel (  -168,     0)  ->  Abs (  1020,    -8)
	 54: Rel (   -97,     0)  ->  Abs (   923,    -8)
	 55: Rel (  -130,   129)  ->  Abs (   793,   121)
	 56: Rel (     0,    92)  ->  Abs (   793,   213)
	 57: Rel (     0,   145)  ->  Abs (   793,   358)
	 58: Rel (   241,   258)  ->  Abs (  1034,   616)
	 59: Rel (   131,  -139)  ->  Abs (  1165,   477)
	 60: Rel (   -92,     0)  ->  Abs (  1073,   477)
	 61: Rel (  -110,  -157)  ->  Abs (   963,   320)
	 62: Rel (     0,   -87)  ->  Abs (   963,   233)
	 63: Rel (     0,   -41)  ->  Abs (   963,   192)
	 64: Rel (    54,   -61)  ->  Abs (  1017,   131)
	 65: Rel (    40,     0)  ->  Abs (  1057,   131)
	 66: Rel (    72,     0)  ->  Abs (  1129,   131)
	 67: Rel (   118,   173)  ->  Abs (  1247,   304)
	 68: Rel (     0,    81)  ->  Abs (  1247,   385)
	 69: Rel (     0,    33)  ->  Abs (  1247,   418)
	 70: Rel (   -46,    59)  ->  Abs (  1201,   477)

	Glyph   9: off = 0x00000604, len = 360
	  numberOfContours:	3
	  xMin:			49
	  yMin:			-4
	  xMax:			1491
	  yMax:			1464

	EndPoints
	---------
	  0:  41
	  1:  52
	  2:  63

	  Length of Instructions:	170
	00000: NPUSHB      (43):   107    63     1    73    62    89    62     2   123    61 
	                           139    61     2    58    50    74    50    90    50     3 
	                            54    40     1   121    38   137    38     2    37     7 
	                             1   102     3     1   124    54   140    54     2   120 
	                            42     1    42 
	00045: PUSHW[1]            -40 
	00048: NPUSHB      (74):    12    17    72    33    40    13    17    72    35    13 
	                            99    13   115    13   131    13     4    17     0    11 
	                            13    17    24    33    42    53    54    62    10    31 
	                            48   153     5     7    26   153    31    25    60   153 
	                            36    25    11    13    24    42     4    28    51   137 
	                             0    33    53    54    62     5    28     2    45   137 
	                             8    15   139    20     2     8    20     3    39    28 
	                            65    57   137    39 
	00124: MDAP[rd]   
	00125: MIRP[nrp0,md,rd,1] 
	00126: SRP0       
	00127: MDRP[nrp0,nmd,rd,2] 
	00128: SRP1       
	00129: SLOOP      
	00130: IP         
	00131: MDAP[rd]   
	00132: MIRP[nrp0,md,rd,1] 
	00133: MDAP[rd]   
	00134: MIRP[nrp0,md,rd,1] 
	00135: MDAP[rd]   
	00136: SRP2       
	00137: SLOOP      
	00138: IP         
	00139: MIRP[nrp0,md,rd,1] 
	00140: SRP1       
	00141: SLOOP      
	00142: IP         
	00143: SVTCA[y-axis] 
	00144: MIAP[rd+ci] 
	00145: MIRP[nrp0,md,rd,1] 
	00146: MIAP[rd+ci] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: MIAP[rd+ci] 
	00149: MIRP[nrp0,md,rd,1] 
	00150: SRP2       
	00151: SLOOP      
	00152: IP         
	00153: MDAP[rd]   
	00154: DELTAP1    
	00155: CALL       
	00156: CALL       
	00157: DELTAP1    
	00158: DELTAP1    
	00159: IUP[y]     
	00160: IUP[x]     
	00161: DELTAP1    
	00162: DELTAP1    
	00163: DELTAP1    
	00164: DELTAP1    
	00165: DELTAP1    
	00166: SVTCA[x-axis] 
	00167: DELTAP1    
	00168: DELTAP1    
	00169: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual XDual         Y-Short         On
	  3:  YDual XDual         Y-Short         Off
	  4:  YDual               Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:                      Y-Short         On
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:              Rep-  1 Y-Short X-Short Off
	 24:                      Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual               Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short         Off
	 36:  YDual                       X-Short On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short         Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual               Y-Short         On
	 43:  YDual XDual Rep-  1 Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual               Y-Short X-Short Off
	 48:  YDual                       X-Short On
	 49:  YDual                       X-Short Off
	 50:                      Y-Short X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off
	 53:                              X-Short On
	 54:                      Y-Short X-Short On
	 55:              Rep-  1 Y-Short X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:        XDual         Y-Short X-Short Off
	 60:  YDual XDual                 X-Short On
	 61:  YDual XDual                 X-Short Off
	 62:  YDual XDual         Y-Short X-Short On
	 63:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   520,   838)  ->  Abs (   520,   838)
	  1: Rel (   -45,   123)  ->  Abs (   475,   961)
	  2: Rel (     0,   110)  ->  Abs (   475,  1071)
	  3: Rel (     0,   155)  ->  Abs (   475,  1226)
	  4: Rel (   275,   238)  ->  Abs (   750,  1464)
	  5: Rel (   206,     0)  ->  Abs (   956,  1464)
	  6: Rel (   111,     0)  ->  Abs (  1067,  1464)
	  7: Rel (   184,  -155)  ->  Abs (  1251,  1309)
	  8: Rel (     0,  -103)  ->  Abs (  1251,  1206)
	  9: Rel (     0,  -122)  ->  Abs (  1251,  1084)
	 10: Rel (  -229,  -195)  ->  Abs (  1022,   889)
	 11: Rel (  -268,  -117)  ->  Abs (   754,   772)
	 12: Rel (    71,  -138)  ->  Abs (   825,   634)
	 13: Rel (   189,  -216)  ->  Abs (  1014,   418)
	 14: Rel (   171,   154)  ->  Abs (  1185,   572)
	 15: Rel (    83,   161)  ->  Abs (  1268,   733)
	 16: Rel (    19,    45)  ->  Abs (  1287,   778)
	 17: Rel (    50,     0)  ->  Abs (  1337,   778)
	 18: Rel (    34,     0)  ->  Abs (  1371,   778)
	 19: Rel (    61,   -49)  ->  Abs (  1432,   729)
	 20: Rel (     0,   -33)  ->  Abs (  1432,   696)
	 21: Rel (     0,   -25)  ->  Abs (  1432,   671)
	 22: Rel (   -42,   -80)  ->  Abs (  1390,   591)
	 23: Rel (  -156,  -185)  ->  Abs (  1234,   406)
	 24: Rel (  -108,   -99)  ->  Abs (  1126,   307)
	 25: Rel (   128,  -106)  ->  Abs (  1254,   201)
	 26: Rel (   147,   -15)  ->  Abs (  1401,   186)
	 27: Rel (    90,    -8)  ->  Abs (  1491,   178)
	 28: Rel (     0,  -100)  ->  Abs (  1491,    78)
	 29: Rel (     0,   -35)  ->  Abs (  1491,    43)
	 30: Rel (   -49,   -47)  ->  Abs (  1442,    -4)
	 31: Rel (   -39,     0)  ->  Abs (  1403,    -4)
	 32: Rel (  -197,     0)  ->  Abs (  1206,    -4)
	 33: Rel (  -221,   194)  ->  Abs (   985,   190)
	 34: Rel (  -122,   -92)  ->  Abs (   863,    98)
	 35: Rel (  -282,  -102)  ->  Abs (   581,    -4)
	 36: Rel (  -126,     0)  ->  Abs (   455,    -4)
	 37: Rel (  -143,     0)  ->  Abs (   312,    -4)
	 38: Rel (  -263,   213)  ->  Abs (    49,   209)
	 39: Rel (     0,   149)  ->  Abs (    49,   358)
	 40: Rel (     0,   143)  ->  Abs (    49,   501)
	 41: Rel (   235,   240)  ->  Abs (   284,   741)
	 42: Rel (   410,   168)  ->  Abs (   694,   909)
	 43: Rel (   190,    84)  ->  Abs (   884,   993)
	 44: Rel (   177,   137)  ->  Abs (  1061,  1130)
	 45: Rel (     0,    76)  ->  Abs (  1061,  1206)
	 46: Rel (     0,    36)  ->  Abs (  1061,  1242)
	 47: Rel (   -58,    54)  ->  Abs (  1003,  1296)
	 48: Rel (   -47,     0)  ->  Abs (   956,  1296)
	 49: Rel (  -130,     0)  ->  Abs (   826,  1296)
	 50: Rel (  -160,  -123)  ->  Abs (   666,  1173)
	 51: Rel (     0,  -102)  ->  Abs (   666,  1071)
	 52: Rel (     0,   -70)  ->  Abs (   666,  1001)
	 53: Rel (   -84,  -303)  ->  Abs (   582,   698)
	 54: Rel (    -4,    -2)  ->  Abs (   578,   696)
	 55: Rel (  -176,   -75)  ->  Abs (   402,   621)
	 56: Rel (  -158,  -161)  ->  Abs (   244,   460)
	 57: Rel (     0,  -102)  ->  Abs (   244,   358)
	 58: Rel (     0,   -87)  ->  Abs (   244,   271)
	 59: Rel (   143,  -101)  ->  Abs (   387,   170)
	 60: Rel (    86,     0)  ->  Abs (   473,   170)
	 61: Rel (   183,     0)  ->  Abs (   656,   170)
	 62: Rel (   212,   135)  ->  Abs (   868,   305)
	 63: Rel (  -191,   208)  ->  Abs (   677,   513)

	Glyph  10: off = 0x0000076C, len = 72
	  numberOfContours:	1
	  xMin:			248
	  yMin:			823
	  xMax:			631
	  yMax:			1466

	EndPoints
	---------
	  0:  12

	  Length of Instructions:	23
	00000: NPUSHB      (12):     6    11     7     0     4   137    63     8   143     8 
	                             2     8 
	00014: MDAP[rd]   
	00015: DELTAP1    
	00016: MIRP[srp0,md,rd,1] 
	00017: MDRP[nrp0,nmd,rd,0] 
	00018: SVTCA[y-axis] 
	00019: MIAP[rd+ci] 
	00020: MDRP[nrp0,md,rd,1] 
	00021: IUP[y]     
	00022: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:                      Y-Short X-Short On
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:        XDual                 X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   631,  1401)  ->  Abs (   631,  1401)
	  1: Rel (     0,   -21)  ->  Abs (   631,  1380)
	  2: Rel (   -39,   -82)  ->  Abs (   592,  1298)
	  3: Rel (   -85,  -169)  ->  Abs (   507,  1129)
	  4: Rel (   -63,  -242)  ->  Abs (   444,   887)
	  5: Rel (   -15,   -64)  ->  Abs (   429,   823)
	  6: Rel (   -83,     0)  ->  Abs (   346,   823)
	  7: Rel (   -98,     0)  ->  Abs (   248,   823)
	  8: Rel (     0,    86)  ->  Abs (   248,   909)
	  9: Rel (     0,    69)  ->  Abs (   248,   978)
	 10: Rel (   235,   488)  ->  Abs (   483,  1466)
	 11: Rel (    70,     0)  ->  Abs (   553,  1466)
	 12: Rel (    78,     0)  ->  Abs (   631,  1466)

	Glyph  11: off = 0x000007B4, len = 154
	  numberOfContours:	1
	  xMin:			195
	  yMin:			-461
	  xMax:			1231
	  yMax:			1464

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	59
	00000: NPUSHB      (41):    54    19   134    19     2   117    18   133    18     2 
	                           108     9   124     9   140     9     3    41     8     1 
	                           107     5   123     5   139     5     3     4    32    12 
	                            17    72    11     7     3    27    14     0    21   137 
	                             7 
	00043: MDAP[rd]   
	00044: MIRP[nrp0,md,rd,1] 
	00045: MDRP[nrp0,md,rd,1] 
	00046: MDRP[nrp0,nmd,rd,0] 
	00047: SVTCA[y-axis] 
	00048: MIAP[rd+ci] 
	00049: MIAP[rd+ci] 
	00050: IUP[y]     
	00051: IUP[x]     
	00052: SVTCA[x-axis] 
	00053: CALL       
	00054: DELTAP1    
	00055: DELTAP1    
	00056: DELTAP1    
	00057: DELTAP1    
	00058: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:                              X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:        XDual                         Off
	  9:              Rep-  1                 Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:              Rep-  1                 Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   623,  -393)  ->  Abs (   623,  -393)
	  1: Rel (     0,   -29)  ->  Abs (   623,  -422)
	  2: Rel (   -52,   -39)  ->  Abs (   571,  -461)
	  3: Rel (   -49,     0)  ->  Abs (   522,  -461)
	  4: Rel (   -58,     0)  ->  Abs (   464,  -461)
	  5: Rel (  -160,   178)  ->  Abs (   304,  -283)
	  6: Rel (  -109,   304)  ->  Abs (   195,    21)
	  7: Rel (     0,   161)  ->  Abs (   195,   182)
	  8: Rel (     0,   319)  ->  Abs (   195,   501)
	  9: Rel (   312,   563)  ->  Abs (   507,  1064)
	 10: Rel (   492,   400)  ->  Abs (   999,  1464)
	 11: Rel (   162,     0)  ->  Abs (  1161,  1464)
	 12: Rel (    32,     0)  ->  Abs (  1193,  1464)
	 13: Rel (    38,   -34)  ->  Abs (  1231,  1430)
	 14: Rel (     0,   -25)  ->  Abs (  1231,  1405)
	 15: Rel (     0,   -32)  ->  Abs (  1231,  1373)
	 16: Rel (   -37,   -40)  ->  Abs (  1194,  1333)
	 17: Rel (   -51,   -16)  ->  Abs (  1143,  1317)
	 18: Rel (  -119,   -37)  ->  Abs (  1024,  1280)
	 19: Rel (  -362,  -317)  ->  Abs (   662,   963)
	 20: Rel (  -271,  -533)  ->  Abs (   391,   430)
	 21: Rel (     0,  -248)  ->  Abs (   391,   182)
	 22: Rel (     0,  -133)  ->  Abs (   391,    49)
	 23: Rel (    99,  -263)  ->  Abs (   490,  -214)
	 24: Rel (    71,   -73)  ->  Abs (   561,  -287)
	 25: Rel (    62,   -64)  ->  Abs (   623,  -351)

	Glyph  12: off = 0x0000084E, len = 160
	  numberOfContours:	1
	  xMin:			-43
	  yMin:			-463
	  xMax:			993
	  yMax:			1462

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	65
	00000: NPUSHB      (28):    57    19   137    19     2   122    18   138    18     2 
	                            99     9   115     9     2    38     8   134     8     2 
	                           100     5   116     5   132     5     3     4 
	00030: PUSHW[1]            -32 
	00033: NPUSHB      (13):    12    17    72     3     7    11    27    14     0    21 
	                           137     7    27 
	00048: SRP0       
	00049: MDRP[srp0,nmd,rd,2] 
	00050: MIRP[nrp0,md,rd,1] 
	00051: MDRP[nrp0,md,rd,1] 
	00052: MDRP[nrp0,nmd,rd,0] 
	00053: SVTCA[y-axis] 
	00054: MIAP[rd+ci] 
	00055: MIAP[rd+ci] 
	00056: IUP[y]     
	00057: IUP[x]     
	00058: SVTCA[x-axis] 
	00059: CALL       
	00060: DELTAP1    
	00061: DELTAP1    
	00062: DELTAP1    
	00063: DELTAP1    
	00064: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual                         Off
	  9:              Rep-  1                 Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:              Rep-  1                 Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:                              X-Short Off
	 24:  YDual               Y-Short X-Short On
	 25:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   565,  1395)  ->  Abs (   565,  1395)
	  1: Rel (     0,    29)  ->  Abs (   565,  1424)
	  2: Rel (    53,    38)  ->  Abs (   618,  1462)
	  3: Rel (    48,     0)  ->  Abs (   666,  1462)
	  4: Rel (    58,     0)  ->  Abs (   724,  1462)
	  5: Rel (   163,  -183)  ->  Abs (   887,  1279)
	  6: Rel (   106,  -302)  ->  Abs (   993,   977)
	  7: Rel (     0,  -158)  ->  Abs (   993,   819)
	  8: Rel (     0,  -318)  ->  Abs (   993,   501)
	  9: Rel (  -312,  -564)  ->  Abs (   681,   -63)
	 10: Rel (  -492,  -400)  ->  Abs (   189,  -463)
	 11: Rel (  -162,     0)  ->  Abs (    27,  -463)
	 12: Rel (   -32,     0)  ->  Abs (    -5,  -463)
	 13: Rel (   -38,    35)  ->  Abs (   -43,  -428)
	 14: Rel (     0,    25)  ->  Abs (   -43,  -403)
	 15: Rel (     0,    35)  ->  Abs (   -43,  -368)
	 16: Rel (    42,    38)  ->  Abs (    -1,  -330)
	 17: Rel (    46,    15)  ->  Abs (    45,  -315)
	 18: Rel (   120,    37)  ->  Abs (   165,  -278)
	 19: Rel (   359,   314)  ->  Abs (   524,    36)
	 20: Rel (   273,   534)  ->  Abs (   797,   570)
	 21: Rel (     0,   249)  ->  Abs (   797,   819)
	 22: Rel (     0,   137)  ->  Abs (   797,   956)
	 23: Rel (  -100,   261)  ->  Abs (   697,  1217)
	 24: Rel (   -70,    71)  ->  Abs (   627,  1288)
	 25: Rel (   -62,    62)  ->  Abs (   565,  1350)

	Glyph  13: off = 0x000008EE, len = 254
	  numberOfContours:	1
	  xMin:			182
	  yMin:			752
	  xMax:			924
	  yMax:			1464

	EndPoints
	---------
	  0:  48

	  Length of Instructions:	114
	00000: NPUSHB      (79):   118    42   134    42   150    42     3    70    34    86 
	                            34   102    34     3    86    25   102    25     2   118 
	                             0   134     0   150     0     3     5    20    44    32 
	                             0     5     8    16    20    25    32    34    42    44 
	                            10    12    37     7     0    25    16    25     2    15 
	                             0    31     0     2    29     2     2    46     0    16 
	                            25    34     4    14    35   140    42     8    40    10 
	                           140    29    22   143    14   207    14     2    14 
	00081: MDAP[rd]   
	00082: DELTAP1    
	00083: MDRP[nrp0,nmd,rd,0] 
	00084: IP         
	00085: MIRP[srp0,md,rd,1] 
	00086: MDRP[srp0,nmd,rd,0] 
	00087: IP         
	00088: IP         
	00089: MIRP[nrp0,md,rd,1] 
	00090: SRP1       
	00091: SLOOP      
	00092: IP         
	00093: MDRP[nrp0,nmd,rd,0] 
	00094: IP         
	00095: MDAP[rd]   
	00096: MDAP[rd]   
	00097: DELTAP1    
	00098: DELTAP1    
	00099: SVTCA[y-axis] 
	00100: MIAP[rd+ci] 
	00101: MDRP[nrp0,md,rd,1] 
	00102: SLOOP      
	00103: IP         
	00104: MDAP[rd]   
	00105: MDAP[rd]   
	00106: MDAP[rd]   
	00107: MDAP[rd]   
	00108: IUP[y]     
	00109: IUP[x]     
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP1    
	00113: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual               Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:        XDual         Y-Short X-Short On
	 35:  YDual XDual Rep-  1 Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:                      Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   696,  1122)  ->  Abs (   696,  1122)
	  1: Rel (   158,  -129)  ->  Abs (   854,   993)
	  2: Rel (     0,   -57)  ->  Abs (   854,   936)
	  3: Rel (     0,   -25)  ->  Abs (   854,   911)
	  4: Rel (   -36,   -34)  ->  Abs (   818,   877)
	  5: Rel (   -25,     0)  ->  Abs (   793,   877)
	  6: Rel (   -41,     0)  ->  Abs (   752,   877)
	  7: Rel (  -106,   103)  ->  Abs (   646,   980)
	  8: Rel (   -52,    44)  ->  Abs (   594,  1024)
	  9: Rel (   -26,  -105)  ->  Abs (   568,   919)
	 10: Rel (   -15,   -92)  ->  Abs (   553,   827)
	 11: Rel (   -15,   -75)  ->  Abs (   538,   752)
	 12: Rel (   -59,     0)  ->  Abs (   479,   752)
	 13: Rel (   -69,     0)  ->  Abs (   410,   752)
	 14: Rel (     0,    90)  ->  Abs (   410,   842)
	 15: Rel (     0,    55)  ->  Abs (   410,   897)
	 16: Rel (    30,   121)  ->  Abs (   440,  1018)
	 17: Rel (   -26,   -15)  ->  Abs (   414,  1003)
	 18: Rel (   -27,   -20)  ->  Abs (   387,   983)
	 19: Rel (   -89,   -68)  ->  Abs (   298,   915)
	 20: Rel (   -46,     0)  ->  Abs (   252,   915)
	 21: Rel (   -70,     0)  ->  Abs (   182,   915)
	 22: Rel (     0,    68)  ->  Abs (   182,   983)
	 23: Rel (     0,    21)  ->  Abs (   182,  1004)
	 24: Rel (    54,    47)  ->  Abs (   236,  1051)
	 25: Rel (   190,   100)  ->  Abs (   426,  1151)
	 26: Rel (   -63,    40)  ->  Abs (   363,  1191)
	 27: Rel (   -35,    17)  ->  Abs (   328,  1208)
	 28: Rel (   -60,    32)  ->  Abs (   268,  1240)
	 29: Rel (     0,    42)  ->  Abs (   268,  1282)
	 30: Rel (     0,    27)  ->  Abs (   268,  1309)
	 31: Rel (    43,    34)  ->  Abs (   311,  1343)
	 32: Rel (    29,     0)  ->  Abs (   340,  1343)
	 33: Rel (    57,     0)  ->  Abs (   397,  1343)
	 34: Rel (   121,   -86)  ->  Abs (   518,  1257)
	 35: Rel (    37,   104)  ->  Abs (   555,  1361)
	 36: Rel (    52,   103)  ->  Abs (   607,  1464)
	 37: Rel (    28,     0)  ->  Abs (   635,  1464)
	 38: Rel (    37,     0)  ->  Abs (   672,  1464)
	 39: Rel (    24,   -27)  ->  Abs (   696,  1437)
	 40: Rel (     0,   -32)  ->  Abs (   696,  1405)
	 41: Rel (     0,   -42)  ->  Abs (   696,  1363)
	 42: Rel (   -37,  -116)  ->  Abs (   659,  1247)
	 43: Rel (   168,    53)  ->  Abs (   827,  1300)
	 44: Rel (    35,     0)  ->  Abs (   862,  1300)
	 45: Rel (    62,     0)  ->  Abs (   924,  1300)
	 46: Rel (     0,   -55)  ->  Abs (   924,  1245)
	 47: Rel (     0,   -51)  ->  Abs (   924,  1194)
	 48: Rel (  -174,   -54)  ->  Abs (   750,  1140)

	Glyph  14: off = 0x000009EC, len = 194
	  numberOfContours:	1
	  xMin:			150
	  yMin:			227
	  xMax:			1155
	  yMax:			1231

	EndPoints
	---------
	  0:  34

	  Length of Instructions:	89
	00000: NPUSHB      (53):    19    10     8    20     8    27     0     2    20     1 
	                            82     2    24     2   141     8    20    20     8     8 
	                            20    31    31   143    31     2    31    20    24     2 
	                           137    16    95     8   111     8     2     8    18   153 
	                            10     0    14     5    33   153    63    22   143    22 
	                             2    22    29 
	00055: SVTCA[y-axis] 
	00056: MDAP[rd]   
	00057: MDRP[nrp0,nmd,rd,0] 
	00058: DELTAP1    
	00059: MIRP[srp0,md,rd,1] 
	00060: MDRP[nrp0,nmd,rd,0] 
	00061: MDRP[srp0,nmd,rd,0] 
	00062: IP         
	00063: IP         
	00064: MIRP[nrp0,md,rd,1] 
	00065: IUP[x]     
	00066: SVTCA[x-axis] 
	00067: MDAP[rd]   
	00068: DELTAP1    
	00069: MDRP[nrp0,nmd,rd,0] 
	00070: MIRP[srp0,md,rd,1] 
	00071: MDRP[srp0,nmd,rd,0] 
	00072: SHP[rp2,zp1] 
	00073: MDRP[nrp0,nmd,rd,0] 
	00074: DELTAP1    
	00075: SDPVTL[1]  
	00076: SRP0       
	00077: CALL       
	00078: SDPVTL[1]  
	00079: CALL       
	00080: MDRP[nrp0,nmd,rd,0] 
	00081: SRP0       
	00082: MDRP[nrp0,nmd,nrd,0] 
	00083: MDRP[nrp0,nmd,nrd,0] 
	00084: SRP0       
	00085: SDPVTL[1]  
	00086: MDRP[nrp0,nmd,nrd,0] 
	00087: MDRP[nrp0,nmd,nrd,0] 
	00088: IUP[y]     

	Flags
	-----
	  0:                                      On
	  1:                              X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual               Y-Short         On
	 20:        XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:                              X-Short On
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   729,   647)  ->  Abs (   729,   647)
	  1: Rel (   -57,  -269)  ->  Abs (   672,   378)
	  2: Rel (     0,   -87)  ->  Abs (   672,   291)
	  3: Rel (     0,   -28)  ->  Abs (   672,   263)
	  4: Rel (   -71,   -36)  ->  Abs (   601,   227)
	  5: Rel (   -36,     0)  ->  Abs (   565,   227)
	  6: Rel (   -40,     0)  ->  Abs (   525,   227)
	  7: Rel (   -50,    40)  ->  Abs (   475,   267)
	  8: Rel (     0,    30)  ->  Abs (   475,   297)
	  9: Rel (     0,   107)  ->  Abs (   475,   404)
	 10: Rel (    57,   237)  ->  Abs (   532,   641)
	 11: Rel (  -141,    -3)  ->  Abs (   391,   638)
	 12: Rel (  -103,   -11)  ->  Abs (   288,   627)
	 13: Rel (   -60,    -6)  ->  Abs (   228,   621)
	 14: Rel (   -21,     0)  ->  Abs (   207,   621)
	 15: Rel (   -57,     0)  ->  Abs (   150,   621)
	 16: Rel (     0,   100)  ->  Abs (   150,   721)
	 17: Rel (     0,    39)  ->  Abs (   150,   760)
	 18: Rel (   111,    46)  ->  Abs (   261,   806)
	 19: Rel (   317,     5)  ->  Abs (   578,   811)
	 20: Rel (   100,   339)  ->  Abs (   678,  1150)
	 21: Rel (    54,    81)  ->  Abs (   732,  1231)
	 22: Rel (    52,     0)  ->  Abs (   784,  1231)
	 23: Rel (    82,     0)  ->  Abs (   866,  1231)
	 24: Rel (     0,   -39)  ->  Abs (   866,  1192)
	 25: Rel (     0,   -21)  ->  Abs (   866,  1171)
	 26: Rel (   -30,   -86)  ->  Abs (   836,  1085)
	 27: Rel (   -70,  -268)  ->  Abs (   766,   817)
	 28: Rel (   189,     6)  ->  Abs (   955,   823)
	 29: Rel (   122,     0)  ->  Abs (  1077,   823)
	 30: Rel (    78,     0)  ->  Abs (  1155,   823)
	 31: Rel (     0,   -78)  ->  Abs (  1155,   745)
	 32: Rel (     0,   -92)  ->  Abs (  1155,   653)
	 33: Rel (  -115,     0)  ->  Abs (  1040,   653)
	 34: Rel (  -130,     0)  ->  Abs (   910,   653)

	Glyph  15: off = 0x00000AAE, len = 92
	  numberOfContours:	1
	  xMin:			137
	  yMin:			-276
	  xMax:			475
	  yMax:			291

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	25
	00000: NPUSHB      (13):    12   178     6   176     0     4     0   177     9   175 
	                            15   180     3 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,nmd,rd,0] 
	00017: MIRP[srp0,md,rd,1] 
	00018: MIRP[nrp0,md,rd,1] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[srp0,md,rd,1] 
	00022: MIRP[nrp0,nmd,rd,0] 
	00023: IUP[y]     
	00024: IUP[x]     

	Flags
	-----
	  0:                      Y-Short         On
	  1:  YDual       Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   291,    -8)  ->  Abs (   291,    -8)
	  1: Rel (   -51,     6)  ->  Abs (   240,    -2)
	  2: Rel (   -64,    70)  ->  Abs (   176,    68)
	  3: Rel (     0,    49)  ->  Abs (   176,   117)
	  4: Rel (     0,    69)  ->  Abs (   176,   186)
	  5: Rel (   111,   105)  ->  Abs (   287,   291)
	  6: Rel (    67,     0)  ->  Abs (   354,   291)
	  7: Rel (    57,     0)  ->  Abs (   411,   291)
	  8: Rel (    64,   -80)  ->  Abs (   475,   211)
	  9: Rel (     0,   -72)  ->  Abs (   475,   139)
	 10: Rel (     0,  -114)  ->  Abs (   475,    25)
	 11: Rel (  -203,  -301)  ->  Abs (   272,  -276)
	 12: Rel (   -73,     0)  ->  Abs (   199,  -276)
	 13: Rel (   -24,     0)  ->  Abs (   175,  -276)
	 14: Rel (   -38,    35)  ->  Abs (   137,  -241)
	 15: Rel (     0,    22)  ->  Abs (   137,  -219)
	 16: Rel (     0,    28)  ->  Abs (   137,  -191)
	 17: Rel (    26,    38)  ->  Abs (   163,  -153)
	 18: Rel (    42,    30)  ->  Abs (   205,  -123)
	 19: Rel (    61,    44)  ->  Abs (   266,   -79)

	Glyph  16: off = 0x00000B0A, len = 74
	  numberOfContours:	1
	  xMin:			184
	  yMin:			612
	  xMax:			887
	  yMax:			834

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	18
	00000: PUSHB[8]              9   128     0     1     5     0     2    11 
	00009: MDAP[rd]   
	00010: MDRP[nrp0,md,rd,1] 
	00011: SVTCA[y-axis] 
	00012: MDAP[rd]   
	00013: MDRP[srp0,md,rd,1] 
	00014: DELTAP1    
	00015: MDRP[nrp0,nmd,rd,0] 
	00016: IUP[y]     
	00017: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual Rep-  1 Y-Short X-Short Off
	 15:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   819,   834)  ->  Abs (   819,   834)
	  1: Rel (    68,     0)  ->  Abs (   887,   834)
	  2: Rel (     0,   -74)  ->  Abs (   887,   760)
	  3: Rel (     0,   -54)  ->  Abs (   887,   706)
	  4: Rel (   -47,   -63)  ->  Abs (   840,   643)
	  5: Rel (   -41,     0)  ->  Abs (   799,   643)
	  6: Rel (  -230,     0)  ->  Abs (   569,   643)
	  7: Rel (  -184,   -20)  ->  Abs (   385,   623)
	  8: Rel (   -85,   -11)  ->  Abs (   300,   612)
	  9: Rel (   -50,     0)  ->  Abs (   250,   612)
	 10: Rel (   -66,     0)  ->  Abs (   184,   612)
	 11: Rel (     0,    97)  ->  Abs (   184,   709)
	 12: Rel (     0,    32)  ->  Abs (   184,   741)
	 13: Rel (    52,    53)  ->  Abs (   236,   794)
	 14: Rel (    77,    17)  ->  Abs (   313,   811)
	 15: Rel (   375,    23)  ->  Abs (   688,   834)

	Glyph  17: off = 0x00000B54, len = 60
	  numberOfContours:	1
	  xMin:			332
	  yMin:			543
	  xMax:			631
	  yMax:			842

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	14
	00000: PUSHB[6]              9   176     3     0   175     6 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[nrp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   631,   713)  ->  Abs (   631,   713)
	  1: Rel (     0,   -69)  ->  Abs (   631,   644)
	  2: Rel (  -106,  -101)  ->  Abs (   525,   543)
	  3: Rel (   -68,     0)  ->  Abs (   457,   543)
	  4: Rel (   -52,     0)  ->  Abs (   405,   543)
	  5: Rel (   -73,    73)  ->  Abs (   332,   616)
	  6: Rel (     0,    52)  ->  Abs (   332,   668)
	  7: Rel (     0,    69)  ->  Abs (   332,   737)
	  8: Rel (   111,   105)  ->  Abs (   443,   842)
	  9: Rel (    67,     0)  ->  Abs (   510,   842)
	 10: Rel (    52,     0)  ->  Abs (   562,   842)
	 11: Rel (    69,   -74)  ->  Abs (   631,   768)

	Glyph  18: off = 0x00000B90, len = 154
	  numberOfContours:	1
	  xMin:			20
	  yMin:			0
	  xMax:			1276
	  yMax:			1464

	EndPoints
	---------
	  0:  23

	  Length of Instructions:	66
	00000: NPUSHB      (19):   121    19   137    19     2    91    18     1    88    14 
	                           120    14     2   117     5   133     5     2     4 
	00021: PUSHW[1]            -72 
	00024: NPUSHB      (24):    15    17    72    67     4    83     4     2    37     4 
	                            53     4     2    53     3    69     3     2    21     7 
	                             8    24     0    11 
	00050: MDAP[rd]   
	00051: MDRP[nrp0,nmd,rd,0] 
	00052: SVTCA[y-axis] 
	00053: MIAP[rd+ci] 
	00054: MIAP[rd+ci] 
	00055: IUP[y]     
	00056: IUP[x]     
	00057: SVTCA[x-axis] 
	00058: DELTAP1    
	00059: DELTAP1    
	00060: DELTAP1    
	00061: CALL       
	00062: DELTAP1    
	00063: DELTAP1    
	00064: DELTAP1    
	00065: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:              Rep-  1                 Off
	  5:                      Y-Short X-Short On
	  6:              Rep-  1 Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual         Y-Short X-Short Off
	 15:        XDual                 X-Short On
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:                                      Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1276,  1380)  ->  Abs (  1276,  1380)
	  1: Rel (     0,   -36)  ->  Abs (  1276,  1344)
	  2: Rel (   -82,   -60)  ->  Abs (  1194,  1284)
	  3: Rel (  -310,  -278)  ->  Abs (   884,  1006)
	  4: Rel (  -564,  -750)  ->  Abs (   320,   256)
	  5: Rel (  -101,  -164)  ->  Abs (   219,    92)
	  6: Rel (   -30,   -49)  ->  Abs (   189,    43)
	  7: Rel (   -52,   -43)  ->  Abs (   137,     0)
	  8: Rel (   -43,     0)  ->  Abs (    94,     0)
	  9: Rel (   -32,     0)  ->  Abs (    62,     0)
	 10: Rel (   -42,    46)  ->  Abs (    20,    46)
	 11: Rel (     0,    32)  ->  Abs (    20,    78)
	 12: Rel (     0,    35)  ->  Abs (    20,   113)
	 13: Rel (    18,    33)  ->  Abs (    38,   146)
	 14: Rel (    40,    75)  ->  Abs (    78,   221)
	 15: Rel (   201,   277)  ->  Abs (   279,   498)
	 16: Rel (   146,   200)  ->  Abs (   425,   698)
	 17: Rel (   120,   143)  ->  Abs (   545,   841)
	 18: Rel (   187,   222)  ->  Abs (   732,  1063)
	 19: Rel (   377,   381)  ->  Abs (  1109,  1444)
	 20: Rel (    53,    20)  ->  Abs (  1162,  1464)
	 21: Rel (    38,     0)  ->  Abs (  1200,  1464)
	 22: Rel (    26,     0)  ->  Abs (  1226,  1464)
	 23: Rel (    50,   -46)  ->  Abs (  1276,  1418)

	Glyph  19: off = 0x00000C2A, len = 204
	  numberOfContours:	2
	  xMin:			178
	  yMin:			-8
	  xMax:			1442
	  yMax:			1464

	EndPoints
	---------
	  0:  13
	  1:  27

	  Length of Instructions:	101
	00000: NPUSHB      (76):   107    26     1    89    25     1     9    19     1   100 
	                            19     1    66    15    82    15     2   101    13   117 
	                            13   133    13     3    69     9   117     9   133     9 
	                             3    35     8    67     8    83     8     3    25     3 
	                            73     3   121     3   137     3     4    12     2    44 
	                             2    76     2   124     2   140     2     5    24   153 
	                            11     7    17   153     4     7    21   137     0    29 
	                            14   137   143     7     1     7 
	00078: MDAP[rd]   
	00079: DELTAP1    
	00080: MIRP[nrp0,md,rd,1] 
	00081: SRP0       
	00082: MDRP[srp0,nmd,rd,0] 
	00083: MIRP[nrp0,md,rd,1] 
	00084: SVTCA[y-axis] 
	00085: MIAP[rd+ci] 
	00086: MIRP[nrp0,md,rd,1] 
	00087: MIAP[rd+ci] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: IUP[y]     
	00090: IUP[x]     
	00091: DELTAP1    
	00092: DELTAP1    
	00093: DELTAP1    
	00094: DELTAP1    
	00095: DELTAP1    
	00096: DELTAP1    
	00097: DELTAP1    
	00098: DELTAP1    
	00099: DELTAP1    
	00100: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                              X-Short Off
	  3:                                      Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                              X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:              Rep-  1                 Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:                                      On
	 15:        XDual         Y-Short         Off
	 16:        XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:                                      Off
	 20:        XDual                 X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short         Off
	 27:                              X-Short Off

	Coordinates
	-----------
	  0: Rel (  1442,   997)  ->  Abs (  1442,   997)
	  1: Rel (     0,  -221)  ->  Abs (  1442,   776)
	  2: Rel (  -253,  -481)  ->  Abs (  1189,   295)
	  3: Rel (  -392,  -303)  ->  Abs (   797,    -8)
	  4: Rel (  -187,     0)  ->  Abs (   610,    -8)
	  5: Rel (  -194,     0)  ->  Abs (   416,    -8)
	  6: Rel (  -238,   259)  ->  Abs (   178,   251)
	  7: Rel (     0,   228)  ->  Abs (   178,   479)
	  8: Rel (     0,   218)  ->  Abs (   178,   697)
	  9: Rel (   265,   468)  ->  Abs (   443,  1165)
	 10: Rel (   407,   299)  ->  Abs (   850,  1464)
	 11: Rel (   180,     0)  ->  Abs (  1030,  1464)
	 12: Rel (   192,     0)  ->  Abs (  1222,  1464)
	 13: Rel (   220,  -250)  ->  Abs (  1442,  1214)
	 14: Rel ( -1069,  -759)  ->  Abs (   373,   455)
	 15: Rel (     0,  -128)  ->  Abs (   373,   327)
	 16: Rel (   135,  -163)  ->  Abs (   508,   164)
	 17: Rel (   106,     0)  ->  Abs (   614,   164)
	 18: Rel (   141,     0)  ->  Abs (   755,   164)
	 19: Rel (   297,   263)  ->  Abs (  1052,   427)
	 20: Rel (   195,   414)  ->  Abs (  1247,   841)
	 21: Rel (     0,   183)  ->  Abs (  1247,  1024)
	 22: Rel (     0,   129)  ->  Abs (  1247,  1153)
	 23: Rel (  -113,   139)  ->  Abs (  1134,  1292)
	 24: Rel (  -106,     0)  ->  Abs (  1028,  1292)
	 25: Rel (  -146,     0)  ->  Abs (   882,  1292)
	 26: Rel (  -309,  -253)  ->  Abs (   573,  1039)
	 27: Rel (  -200,  -401)  ->  Abs (   373,   638)

	Glyph  20: off = 0x00000CF6, len = 216
	  numberOfContours:	1
	  xMin:			227
	  yMin:			-8
	  xMax:			887
	  yMax:			1460

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	128
	00000: NPUSHB      (77):   105     9     1   137     3     1   105     2     1     0 
	                             1    82     0    23     9    11     9   142     4     0 
	                            20     4     0     9     4    25    24    23     0    25 
	                            24     0     1    82    18    14    18   141    23     0 
	                            20    23    23     0     7     0    13    23    14    18 
	                           137    63    23    79    23   143    23   223    23     4 
	                            23    23    18    13    14     4    21     9     0    47 
	                             4     1     4    11     7    21     7 
	00079: SVTCA[y-axis] 
	00080: MIAP[rd+ci] 
	00081: MIAP[rd+ci] 
	00082: MDRP[nrp0,md,rd,1] 
	00083: DELTAP1    
	00084: IP         
	00085: IP         
	00086: SRP2       
	00087: SLOOP      
	00088: IP         
	00089: SVTCA[x-axis] 
	00090: MDAP[rd]   
	00091: DELTAP1    
	00092: MIRP[srp0,md,rd,1] 
	00093: MDRP[srp0,nmd,rd,2] 
	00094: SRP1       
	00095: SRP2       
	00096: IP         
	00097: MDRP[nrp0,md,rd,1] 
	00098: SDPVTL[1]  
	00099: SRP0       
	00100: CALL       
	00101: SDPVTL[1]  
	00102: CALL       
	00103: MDRP[nrp0,nmd,rd,0] 
	00104: SVTCA[y-axis] 
	00105: IP         
	00106: IP         
	00107: SDPVTL[1]  
	00108: SFVTCA[x-axis] 
	00109: MDRP[nrp0,nmd,nrd,0] 
	00110: MDRP[nrp0,nmd,nrd,0] 
	00111: SRP0       
	00112: SVTCA[x-axis] 
	00113: MDRP[nrp0,nmd,nrd,1] 
	00114: SDPVTL[1]  
	00115: SFVTCA[y-axis] 
	00116: RTG        
	00117: CALL       
	00118: SDPVTL[1]  
	00119: SFVTL[=p1,p2] 
	00120: CALL       
	00121: MDRP[nrp0,nmd,rd,0] 
	00122: IUP[y]     
	00123: IUP[x]     
	00124: SVTCA[y-axis] 
	00125: DELTAP1    
	00126: DELTAP1    
	00127: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short         On
	 14:        XDual         Y-Short         Off
	 15:                      Y-Short X-Short On
	 16:                      Y-Short X-Short Off
	 17:                                      Off
	 18:                      Y-Short X-Short On
	 19:              Rep-  1 Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:                                      Off

	Coordinates
	-----------
	  0: Rel (   655,  1264)  ->  Abs (   655,  1264)
	  1: Rel (   -28,    -9)  ->  Abs (   627,  1255)
	  2: Rel (   -81,   -31)  ->  Abs (   546,  1224)
	  3: Rel (  -177,   -67)  ->  Abs (   369,  1157)
	  4: Rel (   -45,     0)  ->  Abs (   324,  1157)
	  5: Rel (   -31,     0)  ->  Abs (   293,  1157)
	  6: Rel (   -33,    37)  ->  Abs (   260,  1194)
	  7: Rel (     0,    25)  ->  Abs (   260,  1219)
	  8: Rel (     0,    70)  ->  Abs (   260,  1289)
	  9: Rel (   126,    72)  ->  Abs (   386,  1361)
	 10: Rel (   398,    99)  ->  Abs (   784,  1460)
	 11: Rel (    41,     0)  ->  Abs (   825,  1460)
	 12: Rel (    62,     0)  ->  Abs (   887,  1460)
	 13: Rel (     0,   -57)  ->  Abs (   887,  1403)
	 14: Rel (     0,   -41)  ->  Abs (   887,  1362)
	 15: Rel (   -43,   -74)  ->  Abs (   844,  1288)
	 16: Rel (  -102,  -174)  ->  Abs (   742,  1114)
	 17: Rel (  -290,  -799)  ->  Abs (   452,   315)
	 18: Rel (   -34,  -245)  ->  Abs (   418,    70)
	 19: Rel (    -5,   -38)  ->  Abs (   413,    32)
	 20: Rel (   -59,   -40)  ->  Abs (   354,    -8)
	 21: Rel (   -39,     0)  ->  Abs (   315,    -8)
	 22: Rel (   -88,     0)  ->  Abs (   227,    -8)
	 23: Rel (     0,    80)  ->  Abs (   227,    72)
	 24: Rel (     0,   131)  ->  Abs (   227,   203)
	 25: Rel (   290,   820)  ->  Abs (   517,  1023)

	Glyph  21: off = 0x00000DCE, len = 332
	  numberOfContours:	1
	  xMin:			61
	  yMin:			-33
	  xMax:			1321
	  yMax:			1460

	EndPoints
	---------
	  0:  50

	  Length of Instructions:	179
	00000: PUSHW[2]             49   -16 
	00005: PUSHB[4]             13    16    72    48 
	00010: PUSHW[1]            -16 
	00013: NPUSHB      (37):    13    16    72   105    41   121    41   137    41     3 
	                           101    34   117    34   133    34     3    53     0     1 
	                            84    41     1    73    35     1    75    30    91    30 
	                             2    14    16    13    17    72     5 
	00052: PUSHW[1]            -40 
	00055: NPUSHB      (69):    12    17    72    48    25    27    25   142    50    48 
	                            20    50    50    48    25    50    41    50    57    50 
	                             3    38    27     1    25    27    29    46    48    50 
	                             6     0    37    32   153    43     7    11     0    20 
	                             2   153    16    20     8    40    48    50    46     0 
	                            27    25    29   128     0     1     0     8    40     3 
	                            23    29   137    46    52   127    23     1    23 
	00126: MDAP[rd]   
	00127: DELTAP1    
	00128: SRP0       
	00129: MDRP[srp0,nmd,rd,2] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP2       
	00132: SLOOP      
	00133: IP         
	00134: DELTAP1    
	00135: SRP1       
	00136: IP         
	00137: IP         
	00138: SRP1       
	00139: SRP2       
	00140: IP         
	00141: IP         
	00142: MDAP[rd]   
	00143: MDAP[rd]   
	00144: SVTCA[y-axis] 
	00145: MDAP[rd]   
	00146: MDRP[srp0,nmd,rd,0] 
	00147: MIRP[nrp0,md,rd,1] 
	00148: SRP1       
	00149: IP         
	00150: MDRP[nrp0,nmd,rd,0] 
	00151: MIAP[rd+ci] 
	00152: MIRP[nrp0,md,rd,1] 
	00153: MDRP[nrp0,nmd,rd,0] 
	00154: SRP2       
	00155: SLOOP      
	00156: IP         
	00157: DELTAP1    
	00158: DELTAP1    
	00159: SDPVTL[1]  
	00160: SRP0       
	00161: CALL       
	00162: SDPVTL[1]  
	00163: RDTG       
	00164: MDRP[nrp0,nmd,rd,0] 
	00165: IUP[y]     
	00166: IUP[x]     
	00167: SVTCA[y-axis] 
	00168: CALL       
	00169: CALL       
	00170: DELTAP1    
	00171: DELTAP1    
	00172: DELTAP1    
	00173: SVTCA[x-axis] 
	00174: DELTAP1    
	00175: DELTAP1    
	00176: DELTAP1    
	00177: CALL       
	00178: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:                      Y-Short         Off
	  5:        XDual Rep-  2 Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short On
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual               Y-Short         Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:                                      Off
	 26:  YDual               Y-Short         On
	 27:  YDual               Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:                      Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:  YDual               Y-Short X-Short Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:        XDual         Y-Short X-Short Off
	 46:        XDual         Y-Short         On
	 47:        XDual         Y-Short         Off
	 48:                                      Off
	 49:                      Y-Short         On
	 50:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   399,   223)  ->  Abs (   399,   223)
	  1: Rel (    62,     4)  ->  Abs (   461,   227)
	  2: Rel (    33,     0)  ->  Abs (   494,   227)
	  3: Rel (    84,     0)  ->  Abs (   578,   227)
	  4: Rel (   393,   -35)  ->  Abs (   971,   192)
	  5: Rel (   206,   -33)  ->  Abs (  1177,   159)
	  6: Rel (    50,   -31)  ->  Abs (  1227,   128)
	  7: Rel (    30,   -53)  ->  Abs (  1257,    75)
	  8: Rel (     0,   -30)  ->  Abs (  1257,    45)
	  9: Rel (     0,   -25)  ->  Abs (  1257,    20)
	 10: Rel (   -75,   -53)  ->  Abs (  1182,   -33)
	 11: Rel (   -33,     0)  ->  Abs (  1149,   -33)
	 12: Rel (   -39,     0)  ->  Abs (  1110,   -33)
	 13: Rel (   -80,    19)  ->  Abs (  1030,   -14)
	 14: Rel (  -135,    33)  ->  Abs (   895,    19)
	 15: Rel (  -377,    34)  ->  Abs (   518,    53)
	 16: Rel (  -162,     0)  ->  Abs (   356,    53)
	 17: Rel (   -72,     0)  ->  Abs (   284,    53)
	 18: Rel (   -77,   -22)  ->  Abs (   207,    31)
	 19: Rel (   -43,   -15)  ->  Abs (   164,    16)
	 20: Rel (   -41,     0)  ->  Abs (   123,    16)
	 21: Rel (   -25,     0)  ->  Abs (    98,    16)
	 22: Rel (   -37,    30)  ->  Abs (    61,    46)
	 23: Rel (     0,    26)  ->  Abs (    61,    72)
	 24: Rel (     0,    92)  ->  Abs (    61,   164)
	 25: Rel (   285,   263)  ->  Abs (   346,   427)
	 26: Rel (   259,   133)  ->  Abs (   605,   560)
	 27: Rel (   317,   163)  ->  Abs (   922,   723)
	 28: Rel (   204,   220)  ->  Abs (  1126,   943)
	 29: Rel (     0,   106)  ->  Abs (  1126,  1049)
	 30: Rel (     0,    97)  ->  Abs (  1126,  1146)
	 31: Rel (  -151,   142)  ->  Abs (   975,  1288)
	 32: Rel (  -113,     0)  ->  Abs (   862,  1288)
	 33: Rel (  -104,     0)  ->  Abs (   758,  1288)
	 34: Rel (  -176,   -70)  ->  Abs (   582,  1218)
	 35: Rel (   -83,   -93)  ->  Abs (   499,  1125)
	 36: Rel (   -34,   -38)  ->  Abs (   465,  1087)
	 37: Rel (   -29,     0)  ->  Abs (   436,  1087)
	 38: Rel (   -36,     0)  ->  Abs (   400,  1087)
	 39: Rel (   -58,    51)  ->  Abs (   342,  1138)
	 40: Rel (     0,    33)  ->  Abs (   342,  1171)
	 41: Rel (     0,   102)  ->  Abs (   342,  1273)
	 42: Rel (   323,   187)  ->  Abs (   665,  1460)
	 43: Rel (   218,     0)  ->  Abs (   883,  1460)
	 44: Rel (   187,     0)  ->  Abs (  1070,  1460)
	 45: Rel (   251,  -226)  ->  Abs (  1321,  1234)
	 46: Rel (     0,  -179)  ->  Abs (  1321,  1055)
	 47: Rel (     0,  -178)  ->  Abs (  1321,   877)
	 48: Rel (  -273,  -299)  ->  Abs (  1048,   578)
	 49: Rel (  -374,  -179)  ->  Abs (   674,   399)
	 50: Rel (  -160,   -77)  ->  Abs (   514,   322)

	Glyph  22: off = 0x00000F1A, len = 296
	  numberOfContours:	1
	  xMin:			94
	  yMin:			-8
	  xMax:			1350
	  yMax:			1458

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	139
	00000: NPUSHB      (93):    26    54    42    54    58    54     3    86    51   102 
	                            51     2    70    47    86    47   102    47     3    41 
	                            48    14    17    72    73    37     1    85    14   101 
	                            14     2     8    32    13    17    72    15     4    31 
	                             4     2    11     3     0     1    16     1     2    16 
	                             5    32     0     6    23   153    29    64    49     6 
	                            29   153   100    48    43    39   153    49     7    12 
	                            16   153     6     7    46    26    19   137     3     0 
	                             3    26    46     4     9    36   137    52    56    32 
	                             9     1     9 
	00095: MDAP[rd]   
	00096: DELTAP1    
	00097: SRP0       
	00098: MDRP[srp0,nmd,rd,2] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP2       
	00101: SLOOP      
	00102: IP         
	00103: MDAP[rd]   
	00104: MIRP[nrp0,md,rd,1] 
	00105: MDAP[rd]   
	00106: MDAP[rd]   
	00107: SVTCA[y-axis] 
	00108: MIAP[rd+ci] 
	00109: MIRP[nrp0,md,rd,1] 
	00110: MDRP[nrp0,nmd,rd,0] 
	00111: MIAP[rd+ci] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: MDRP[nrp0,nmd,rd,0] 
	00114: CALL       
	00115: SVTCA[y-axis] 
	00116: SMD        
	00117: RTG        
	00118: SRP0       
	00119: FLIPON     
	00120: MIRP[nrp0,md,rd,1] 
	00121: SRP2       
	00122: IP         
	00123: IP         
	00124: IUP[y]     
	00125: IUP[x]     
	00126: SDS        
	00127: SDB        
	00128: DELTAP1    
	00129: SDS        
	00130: SDB        
	00131: DELTAP1    
	00132: CALL       
	00133: DELTAP1    
	00134: DELTAP1    
	00135: CALL       
	00136: DELTAP1    
	00137: DELTAP1    
	00138: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                                      Off
	  6:  YDual                               On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short         Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short On
	 15:        XDual         Y-Short X-Short Off
	 16:  YDual                               On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual       Rep-  1 Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual Rep-  1 Y-Short X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual Rep-  1 Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:                      Y-Short X-Short On
	 42:                      Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual               Y-Short         Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:                      Y-Short         Off
	 52:        XDual         Y-Short         On
	 53:        XDual         Y-Short         Off
	 54:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1032,   739)  ->  Abs (  1032,   739)
	  1: Rel (    84,   -35)  ->  Abs (  1116,   704)
	  2: Rel (   105,  -160)  ->  Abs (  1221,   544)
	  3: Rel (     0,   -79)  ->  Abs (  1221,   465)
	  4: Rel (     0,  -210)  ->  Abs (  1221,   255)
	  5: Rel (  -325,  -263)  ->  Abs (   896,    -8)
	  6: Rel (  -259,     0)  ->  Abs (   637,    -8)
	  7: Rel (  -202,     0)  ->  Abs (   435,    -8)
	  8: Rel (  -341,   202)  ->  Abs (    94,   194)
	  9: Rel (     0,   111)  ->  Abs (    94,   305)
	 10: Rel (     0,    39)  ->  Abs (    94,   344)
	 11: Rel (    54,    62)  ->  Abs (   148,   406)
	 12: Rel (    36,     0)  ->  Abs (   184,   406)
	 13: Rel (    67,     0)  ->  Abs (   251,   406)
	 14: Rel (    21,   -41)  ->  Abs (   272,   365)
	 15: Rel (   113,  -201)  ->  Abs (   385,   164)
	 16: Rel (   260,     0)  ->  Abs (   645,   164)
	 17: Rel (   182,     0)  ->  Abs (   827,   164)
	 18: Rel (   199,   163)  ->  Abs (  1026,   327)
	 19: Rel (     0,   124)  ->  Abs (  1026,   451)
	 20: Rel (     0,    64)  ->  Abs (  1026,   515)
	 21: Rel (   -79,    92)  ->  Abs (   947,   607)
	 22: Rel (  -110,    34)  ->  Abs (   837,   641)
	 23: Rel (  -147,     0)  ->  Abs (   690,   641)
	 24: Rel (   -39,     0)  ->  Abs (   651,   641)
	 25: Rel (   -47,    53)  ->  Abs (   604,   694)
	 26: Rel (     0,    35)  ->  Abs (   604,   729)
	 27: Rel (     0,    32)  ->  Abs (   604,   761)
	 28: Rel (    59,    52)  ->  Abs (   663,   813)
	 29: Rel (    52,     0)  ->  Abs (   715,   813)
	 30: Rel (    40,     0)  ->  Abs (   755,   813)
	 31: Rel (    36,    -2)  ->  Abs (   791,   811)
	 32: Rel (    71,    -6)  ->  Abs (   862,   805)
	 33: Rel (    16,     0)  ->  Abs (   878,   805)
	 34: Rel (   177,    73)  ->  Abs (  1055,   878)
	 35: Rel (   100,   119)  ->  Abs (  1155,   997)
	 36: Rel (     0,    78)  ->  Abs (  1155,  1075)
	 37: Rel (     0,    90)  ->  Abs (  1155,  1165)
	 38: Rel (  -155,   121)  ->  Abs (  1000,  1286)
	 39: Rel (  -128,     0)  ->  Abs (   872,  1286)
	 40: Rel (  -220,     0)  ->  Abs (   652,  1286)
	 41: Rel (  -115,  -153)  ->  Abs (   537,  1133)
	 42: Rel (   -31,   -43)  ->  Abs (   506,  1090)
	 43: Rel (   -49,     0)  ->  Abs (   457,  1090)
	 44: Rel (   -38,     0)  ->  Abs (   419,  1090)
	 45: Rel (   -50,    46)  ->  Abs (   369,  1136)
	 46: Rel (     0,    38)  ->  Abs (   369,  1174)
	 47: Rel (     0,    89)  ->  Abs (   369,  1263)
	 48: Rel (   322,   195)  ->  Abs (   691,  1458)
	 49: Rel (   204,     0)  ->  Abs (   895,  1458)
	 50: Rel (   194,     0)  ->  Abs (  1089,  1458)
	 51: Rel (   261,  -210)  ->  Abs (  1350,  1248)
	 52: Rel (     0,  -156)  ->  Abs (  1350,  1092)
	 53: Rel (     0,  -119)  ->  Abs (  1350,   973)
	 54: Rel (  -166,  -187)  ->  Abs (  1184,   786)

	Glyph  23: off = 0x00001042, len = 288
	  numberOfContours:	1
	  xMin:			174
	  yMin:			-8
	  xMax:			1382
	  yMax:			1460

	EndPoints
	---------
	  0:  47

	  Length of Instructions:	139
	00000: NPUSHB      (80):   105    28     1    34    36     1    82    36   141    26 
	                            27    20    26    26    27    27    26    25    16    31 
	                             1    31    31    40    25     0    10    13    44    13 
	                            38    20    18    40    40     1    82    13    44    13 
	                           141    18    40    20    18    18    40    40     5    44 
	                            13   137    47    18   143    18     2    18   143    25 
	                             1    25    38     0    36     2   153    20    10     8 
	                            36   153    22    22    15    29    42     7    15    25 
	00082: SVTCA[y-axis] 
	00083: MIAP[rd+ci] 
	00084: MIAP[rd+ci] 
	00085: MDRP[nrp0,nmd,rd,0] 
	00086: SRP2       
	00087: IP         
	00088: MDAP[rd]   
	00089: MIRP[nrp0,md,rd,1] 
	00090: MDRP[srp0,nmd,rd,0] 
	00091: IP         
	00092: IP         
	00093: MIRP[nrp0,md,rd,1] 
	00094: SRP1       
	00095: IP         
	00096: IP         
	00097: IUP[x]     
	00098: SVTCA[x-axis] 
	00099: MDAP[rd]   
	00100: DELTAP1    
	00101: MDAP[rd]   
	00102: DELTAP1    
	00103: MIRP[srp0,md,rd,1] 
	00104: MDRP[srp0,nmd,rd,0] 
	00105: MDRP[nrp0,nmd,rd,0] 
	00106: SHP[rp1,zp0] 
	00107: SDPVTL[1]  
	00108: SRP0       
	00109: CALL       
	00110: SDPVTL[1]  
	00111: CALL       
	00112: MDRP[nrp0,nmd,rd,0] 
	00113: SDPVTL[1]  
	00114: MDRP[nrp0,nmd,nrd,0] 
	00115: MDRP[nrp0,nmd,nrd,0] 
	00116: SRP0       
	00117: SDPVTL[1]  
	00118: MDRP[nrp0,nmd,nrd,0] 
	00119: MDRP[nrp0,nmd,nrd,0] 
	00120: SVTCA[x-axis] 
	00121: SRP1       
	00122: SRP2       
	00123: IP         
	00124: RTG        
	00125: MDAP[rd]   
	00126: DELTAP1    
	00127: SRP2       
	00128: IP         
	00129: IP         
	00130: SDPVTL[1]  
	00131: SRP0       
	00132: CALL       
	00133: CALL       
	00134: SRP0       
	00135: MDRP[nrp0,nmd,rd,0] 
	00136: IUP[y]     
	00137: SVTCA[x-axis] 
	00138: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:                      Y-Short X-Short On
	 11:                              X-Short Off
	 12:                      Y-Short X-Short On
	 13:              Rep-  1 Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:        XDual                 X-Short On
	 21:                      Y-Short         Off
	 22:  YDual                       X-Short On
	 23:  YDual                       X-Short Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:        XDual                 X-Short Off
	 28:                                      Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short On
	 34:                      Y-Short X-Short Off
	 35:                                      Off
	 36:                      Y-Short X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual               Y-Short         On
	 39:        XDual Rep-  1         X-Short Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (  1106,   743)  ->  Abs (  1106,   743)
	  1: Rel (   166,     5)  ->  Abs (  1272,   748)
	  2: Rel (    39,     0)  ->  Abs (  1311,   748)
	  3: Rel (    36,     0)  ->  Abs (  1347,   748)
	  4: Rel (    35,   -27)  ->  Abs (  1382,   721)
	  5: Rel (     0,   -41)  ->  Abs (  1382,   680)
	  6: Rel (     0,   -51)  ->  Abs (  1382,   629)
	  7: Rel (   -62,   -60)  ->  Abs (  1320,   569)
	  8: Rel (   -54,     0)  ->  Abs (  1266,   569)
	  9: Rel (  -141,     0)  ->  Abs (  1125,   569)
	 10: Rel (   -78,    -2)  ->  Abs (  1047,   567)
	 11: Rel (   -90,  -266)  ->  Abs (   957,   301)
	 12: Rel (   -20,  -131)  ->  Abs (   937,   170)
	 13: Rel (   -17,  -108)  ->  Abs (   920,    62)
	 14: Rel (   -38,   -70)  ->  Abs (   882,    -8)
	 15: Rel (   -63,     0)  ->  Abs (   819,    -8)
	 16: Rel (   -43,     0)  ->  Abs (   776,    -8)
	 17: Rel (   -47,    57)  ->  Abs (   729,    49)
	 18: Rel (     0,    47)  ->  Abs (   729,    96)
	 19: Rel (     0,   101)  ->  Abs (   729,   197)
	 20: Rel (   131,   366)  ->  Abs (   860,   563)
	 21: Rel (  -481,   -12)  ->  Abs (   379,   551)
	 22: Rel (   -90,     0)  ->  Abs (   289,   551)
	 23: Rel (   -48,     0)  ->  Abs (   241,   551)
	 24: Rel (   -67,    72)  ->  Abs (   174,   623)
	 25: Rel (     0,    45)  ->  Abs (   174,   668)
	 26: Rel (     0,    53)  ->  Abs (   174,   721)
	 27: Rel (   228,   389)  ->  Abs (   402,  1110)
	 28: Rel (   296,   320)  ->  Abs (   698,  1430)
	 29: Rel (    86,     0)  ->  Abs (   784,  1430)
	 30: Rel (    84,     0)  ->  Abs (   868,  1430)
	 31: Rel (     0,   -52)  ->  Abs (   868,  1378)
	 32: Rel (     0,   -35)  ->  Abs (   868,  1343)
	 33: Rel (   -49,   -34)  ->  Abs (   819,  1309)
	 34: Rel (  -132,   -91)  ->  Abs (   687,  1218)
	 35: Rel (  -275,  -419)  ->  Abs (   412,   799)
	 36: Rel (   -25,   -78)  ->  Abs (   387,   721)
	 37: Rel (    86,     0)  ->  Abs (   473,   721)
	 38: Rel (   451,    16)  ->  Abs (   924,   737)
	 39: Rel (   112,   301)  ->  Abs (  1036,  1038)
	 40: Rel (   147,   322)  ->  Abs (  1183,  1360)
	 41: Rel (    74,   100)  ->  Abs (  1257,  1460)
	 42: Rel (    50,     0)  ->  Abs (  1307,  1460)
	 43: Rel (    53,     0)  ->  Abs (  1360,  1460)
	 44: Rel (     0,   -57)  ->  Abs (  1360,  1403)
	 45: Rel (     0,   -33)  ->  Abs (  1360,  1370)
	 46: Rel (   -91,  -195)  ->  Abs (  1269,  1175)
	 47: Rel (   -51,  -133)  ->  Abs (  1218,  1042)

	Glyph  24: off = 0x00001162, len = 280
	  numberOfContours:	1
	  xMin:			88
	  yMin:			-8
	  xMax:			1430
	  yMax:			1460

	EndPoints
	---------
	  0:  47

	  Length of Instructions:	137
	00000: NPUSHB      (92):   121    26   137    26     2    75    22    91    22   107 
	                            22     3   112    16   128    16     2    10    32    13 
	                            17    72    75     9    91     9   107     9     3    10 
	                             6    26     6    42     6   122     6   138     6     5 
	                            27     0    46    46     0     1    82     0   142    32 
	                            34    20    32    34    34    15    32    31    32    47 
	                            32     3    32    32    11    41    21   137     5    49 
	                            11     0     2    28    24   153     2     2    38     8 
	                            36   153    46    44   153    38     7    14    18   153 
	                             8    25 
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIRP[nrp0,md,rd,1] 
	00097: MDRP[nrp0,nmd,rd,0] 
	00098: MIAP[rd+ci] 
	00099: MIRP[srp0,md,rd,1] 
	00100: MDRP[srp0,nmd,rd,2] 
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP1       
	00103: SRP2       
	00104: IP         
	00105: MDAP[rd]   
	00106: MIRP[srp0,md,rd,1] 
	00107: MDRP[nrp0,nmd,rd,0] 
	00108: SRP1       
	00109: IP         
	00110: IUP[x]     
	00111: SVTCA[x-axis] 
	00112: MDAP[rd]   
	00113: SRP0       
	00114: MDRP[srp0,nmd,rd,2] 
	00115: MIRP[nrp0,md,rd,1] 
	00116: MDRP[nrp0,nmd,rd,0] 
	00117: SRP2       
	00118: IP         
	00119: MDAP[rd]   
	00120: DELTAP1    
	00121: SHP[rp1,zp0] 
	00122: SDPVTL[1]  
	00123: CALL       
	00124: CALL       
	00125: SRP0       
	00126: MDRP[nrp0,nmd,rd,0] 
	00127: SDPVTL[1]  
	00128: MDRP[nrp0,nmd,nrd,0] 
	00129: IUP[y]     
	00130: SVTCA[y-axis] 
	00131: DELTAP1    
	00132: DELTAP1    
	00133: CALL       
	00134: DELTAP1    
	00135: DELTAP1    
	00136: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short On
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual                               On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:        XDual                 X-Short Off
	 34:  YDual XDual Rep-  2 Y-Short X-Short Off
	 37:  YDual               Y-Short         Off
	 38:  YDual XDual                 X-Short On
	 39:  YDual XDual                 X-Short Off
	 40:        XDual         Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:                      Y-Short X-Short Off
	 44:  YDual                       X-Short On
	 45:  YDual                               Off
	 46:                      Y-Short         On
	 47:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   506,   887)  ->  Abs (   506,   887)
	  1: Rel (   138,    63)  ->  Abs (   644,   950)
	  2: Rel (   155,     0)  ->  Abs (   799,   950)
	  3: Rel (   206,     0)  ->  Abs (  1005,   950)
	  4: Rel (   255,  -248)  ->  Abs (  1260,   702)
	  5: Rel (     0,  -163)  ->  Abs (  1260,   539)
	  6: Rel (     0,  -239)  ->  Abs (  1260,   300)
	  7: Rel (  -363,  -308)  ->  Abs (   897,    -8)
	  8: Rel (  -309,     0)  ->  Abs (   588,    -8)
	  9: Rel (  -209,     0)  ->  Abs (   379,    -8)
	 10: Rel (  -291,   206)  ->  Abs (    88,   198)
	 11: Rel (     0,   105)  ->  Abs (    88,   303)
	 12: Rel (     0,    45)  ->  Abs (    88,   348)
	 13: Rel (    50,    70)  ->  Abs (   138,   418)
	 14: Rel (    36,     0)  ->  Abs (   174,   418)
	 15: Rel (    74,     0)  ->  Abs (   248,   418)
	 16: Rel (    14,   -39)  ->  Abs (   262,   379)
	 17: Rel (    86,  -213)  ->  Abs (   348,   166)
	 18: Rel (   281,     0)  ->  Abs (   629,   166)
	 19: Rel (   192,     0)  ->  Abs (   821,   166)
	 20: Rel (   244,   223)  ->  Abs (  1065,   389)
	 21: Rel (     0,   131)  ->  Abs (  1065,   520)
	 22: Rel (     0,   115)  ->  Abs (  1065,   635)
	 23: Rel (  -147,   141)  ->  Abs (   918,   776)
	 24: Rel (  -160,     0)  ->  Abs (   758,   776)
	 25: Rel (   -81,     0)  ->  Abs (   677,   776)
	 26: Rel (  -124,   -39)  ->  Abs (   553,   737)
	 27: Rel (  -101,   -32)  ->  Abs (   452,   705)
	 28: Rel (   -55,     0)  ->  Abs (   397,   705)
	 29: Rel (   -33,     0)  ->  Abs (   364,   705)
	 30: Rel (   -49,    50)  ->  Abs (   315,   755)
	 31: Rel (     0,    36)  ->  Abs (   315,   791)
	 32: Rel (     0,    59)  ->  Abs (   315,   850)
	 33: Rel (    99,   323)  ->  Abs (   414,  1173)
	 34: Rel (    77,   154)  ->  Abs (   491,  1327)
	 35: Rel (    75,    80)  ->  Abs (   566,  1407)
	 36: Rel (    58,    17)  ->  Abs (   624,  1424)
	 37: Rel (   531,    36)  ->  Abs (  1155,  1460)
	 38: Rel (   203,     0)  ->  Abs (  1358,  1460)
	 39: Rel (    36,     0)  ->  Abs (  1394,  1460)
	 40: Rel (    36,   -27)  ->  Abs (  1430,  1433)
	 41: Rel (     0,   -42)  ->  Abs (  1430,  1391)
	 42: Rel (     0,   -51)  ->  Abs (  1430,  1340)
	 43: Rel (   -64,   -62)  ->  Abs (  1366,  1278)
	 44: Rel (   -53,     0)  ->  Abs (  1313,  1278)
	 45: Rel (  -380,     0)  ->  Abs (   933,  1278)
	 46: Rel (  -294,   -27)  ->  Abs (   639,  1251)
	 47: Rel (   -79,  -163)  ->  Abs (   560,  1088)

	Glyph  25: off = 0x0000127A, len = 262
	  numberOfContours:	2
	  xMin:			168
	  yMin:			-8
	  xMax:			1432
	  yMax:			1464

	EndPoints
	---------
	  0:  27
	  1:  40

	  Length of Instructions:	133
	00000: NPUSHB      (29):   105    40     1    36    38   100    38     2    70    34 
	                            86    34     2   107    22   123    22     2   128    17 
	                             1     6    17    22    17    38    17     3    13 
	00031: PUSHW[1]            -16 
	00034: NPUSHB      (61):     9    17    72   122     6   138     6     2     6     4 
	                            22     4   118     4   134     4     4    28   153    64 
	                             0     5    31    11     4     2     2     8    20   128 
	                            25   153    15     7    36   153     8    25     0    33 
	                            18    39   137   143     5   159     5     2    16     5 
	                             1     5    42    33   137   143    11   159    11     2 
	                            11 
	00097: MDAP[rd]   
	00098: DELTAP1    
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP0       
	00101: MDRP[srp0,nmd,rd,2] 
	00102: DELTAP1    
	00103: DELTAP1    
	00104: MIRP[nrp0,md,rd,1] 
	00105: MDRP[nrp0,nmd,rd,0] 
	00106: SRP1       
	00107: IP         
	00108: SVTCA[y-axis] 
	00109: MIAP[rd+ci] 
	00110: MIRP[nrp0,md,rd,1] 
	00111: MIAP[rd+ci] 
	00112: MIRP[nrp0,md,rd,1] 
	00113: SMD        
	00114: MDRP[nrp0,md,rd,1] 
	00115: SRP2       
	00116: IP         
	00117: MDAP[rd]   
	00118: SLOOP      
	00119: IP         
	00120: SMD        
	00121: MIRP[nrp0,md,rd,1] 
	00122: IUP[y]     
	00123: IUP[x]     
	00124: DELTAP1    
	00125: DELTAP1    
	00126: CALL       
	00127: DELTAP1    
	00128: DELTAP1    
	00129: DELTAP1    
	00130: DELTAP1    
	00131: DELTAP1    
	00132: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:                                      Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:              Rep-  1                 Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual       Rep-  1 Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:                                      Off
	 28:        XDual                 X-Short On
	 29:  YDual                       X-Short Off
	 30:              Rep-  2 Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:        XDual         Y-Short X-Short Off
	 36:  YDual XDual                 X-Short On
	 37:  YDual XDual                 X-Short Off
	 38:  YDual               Y-Short         Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   430,   770)  ->  Abs (   430,   770)
	  1: Rel (   222,   137)  ->  Abs (   652,   907)
	  2: Rel (   169,     0)  ->  Abs (   821,   907)
	  3: Rel (   207,     0)  ->  Abs (  1028,   907)
	  4: Rel (   248,  -220)  ->  Abs (  1276,   687)
	  5: Rel (     0,  -189)  ->  Abs (  1276,   498)
	  6: Rel (     0,  -199)  ->  Abs (  1276,   299)
	  7: Rel (  -388,  -307)  ->  Abs (   888,    -8)
	  8: Rel (  -222,     0)  ->  Abs (   666,    -8)
	  9: Rel (  -225,     0)  ->  Abs (   441,    -8)
	 10: Rel (  -273,   265)  ->  Abs (   168,   257)
	 11: Rel (     0,   204)  ->  Abs (   168,   461)
	 12: Rel (     0,   211)  ->  Abs (   168,   672)
	 13: Rel (   256,   490)  ->  Abs (   424,  1162)
	 14: Rel (   413,   302)  ->  Abs (   837,  1464)
	 15: Rel (   226,     0)  ->  Abs (  1063,  1464)
	 16: Rel (   124,     0)  ->  Abs (  1187,  1464)
	 17: Rel (   245,  -133)  ->  Abs (  1432,  1331)
	 18: Rel (     0,   -76)  ->  Abs (  1432,  1255)
	 19: Rel (     0,  -100)  ->  Abs (  1432,  1155)
	 20: Rel (   -89,     0)  ->  Abs (  1343,  1155)
	 21: Rel (   -58,     0)  ->  Abs (  1285,  1155)
	 22: Rel (   -66,    70)  ->  Abs (  1219,  1225)
	 23: Rel (   -27,    28)  ->  Abs (  1192,  1253)
	 24: Rel (  -114,    39)  ->  Abs (  1078,  1292)
	 25: Rel (   -54,     0)  ->  Abs (  1024,  1292)
	 26: Rel (  -168,     0)  ->  Abs (   856,  1292)
	 27: Rel (  -304,  -266)  ->  Abs (   552,  1026)
	 28: Rel (   249,  -289)  ->  Abs (   801,   737)
	 29: Rel (   -86,     0)  ->  Abs (   715,   737)
	 30: Rel (  -168,   -54)  ->  Abs (   547,   683)
	 31: Rel (  -167,  -109)  ->  Abs (   380,   574)
	 32: Rel (   -18,   -70)  ->  Abs (   362,   504)
	 33: Rel (     0,   -43)  ->  Abs (   362,   461)
	 34: Rel (     0,  -138)  ->  Abs (   362,   323)
	 35: Rel (   162,  -159)  ->  Abs (   524,   164)
	 36: Rel (   142,     0)  ->  Abs (   666,   164)
	 37: Rel (   154,     0)  ->  Abs (   820,   164)
	 38: Rel (   261,   204)  ->  Abs (  1081,   368)
	 39: Rel (     0,   130)  ->  Abs (  1081,   498)
	 40: Rel (     0,   239)  ->  Abs (  1081,   737)

	Glyph  26: off = 0x00001380, len = 152
	  numberOfContours:	1
	  xMin:			287
	  yMin:			-10
	  xMax:			1409
	  yMax:			1466

	EndPoints
	---------
	  0:  25

	  Length of Instructions:	60
	00000: NPUSHB      (37):   136    16     1    15    64     9    17    72     0   153 
	                             7     9     7     8     6    19    25   150     0   166 
	                             0     2     0    40    11    17    72     0    11    17 
	                           137    21    21     4    11    27     4 
	00039: MDAP[rd]   
	00040: SRP0       
	00041: MDRP[nrp0,nmd,rd,0] 
	00042: SRP1       
	00043: IP         
	00044: MDAP[rd]   
	00045: MIRP[nrp0,md,rd,1] 
	00046: SRP2       
	00047: IP         
	00048: CALL       
	00049: DELTAP1    
	00050: SVTCA[y-axis] 
	00051: MIAP[rd+ci] 
	00052: MIAP[rd+ci] 
	00053: MIAP[rd+ci] 
	00054: SHP[rp1,zp0] 
	00055: MIRP[nrp0,md,rd,1] 
	00056: IUP[y]     
	00057: IUP[x]     
	00058: CALL       
	00059: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                               On
	  2:  YDual                       X-Short Off
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:                      Y-Short         On
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:              Rep-  1                 Off
	 16:                      Y-Short X-Short On
	 17:              Rep-  1 Y-Short X-Short Off
	 19:  YDual                       X-Short On
	 20:  YDual                       X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:              Rep-  1                 Off

	Coordinates
	-----------
	  0: Rel (  1135,  1292)  ->  Abs (  1135,  1292)
	  1: Rel (  -752,     0)  ->  Abs (   383,  1292)
	  2: Rel (   -44,     0)  ->  Abs (   339,  1292)
	  3: Rel (   -52,    54)  ->  Abs (   287,  1346)
	  4: Rel (     0,    40)  ->  Abs (   287,  1386)
	  5: Rel (     0,    34)  ->  Abs (   287,  1420)
	  6: Rel (    41,    46)  ->  Abs (   328,  1466)
	  7: Rel (    34,     0)  ->  Abs (   362,  1466)
	  8: Rel (   701,    -8)  ->  Abs (  1063,  1458)
	  9: Rel (   252,     8)  ->  Abs (  1315,  1466)
	 10: Rel (    94,     0)  ->  Abs (  1409,  1466)
	 11: Rel (     0,   -71)  ->  Abs (  1409,  1395)
	 12: Rel (     0,   -26)  ->  Abs (  1409,  1369)
	 13: Rel (   -37,   -44)  ->  Abs (  1372,  1325)
	 14: Rel (  -263,  -289)  ->  Abs (  1109,  1036)
	 15: Rel (  -462,  -701)  ->  Abs (   647,   335)
	 16: Rel (  -108,  -251)  ->  Abs (   539,    84)
	 17: Rel (   -21,   -47)  ->  Abs (   518,    37)
	 18: Rel (   -60,   -47)  ->  Abs (   458,   -10)
	 19: Rel (   -38,     0)  ->  Abs (   420,   -10)
	 20: Rel (   -98,     0)  ->  Abs (   322,   -10)
	 21: Rel (     0,    90)  ->  Abs (   322,    80)
	 22: Rel (     0,    25)  ->  Abs (   322,   105)
	 23: Rel (    35,   116)  ->  Abs (   357,   221)
	 24: Rel (   343,   532)  ->  Abs (   700,   753)
	 25: Rel (   316,   411)  ->  Abs (  1016,  1164)

	Glyph  27: off = 0x00001418, len = 382
	  numberOfContours:	3
	  xMin:			84
	  yMin:			-8
	  xMax:			1507
	  yMax:			1464

	EndPoints
	---------
	  0:  27
	  1:  36
	  2:  48

	  Length of Instructions:	232
	00000: NPUSHB      (12):    54    45     1   121    38   137    38     2    74    34 
	                             1    29 
	00014: PUSHW[1]            -64 
	00017: NPUSHB     (146):    10    14    72   118    28   134    28     2     3    19 
	                            19    19    35    19    99    19   115    19   131    19 
	                             6    84    15   100    15     2    54    10   134    10 
	                             2   122     8   138     8     2     9     7     1    73 
	                             3    89     3     2   102     0     1     0    37     0 
	                            28    37   153    12    28    20    37    12    12    28 
	                            37    28     0    28   141    12    37    20    12    12 
	                            37   165    12     1     6    12   150    12     2    45 
	                            26    61    26    77    26     3   125    26   141    26 
	                             2    26    30    20    28    47    22     1    22     0 
	                             2    12    14    22    28    35    37    46     9     6 
	                            32   153    17     7    43   153     6    25    37    12 
	                            14    46   137    28     0     2    35   137   127    14 
	                           143    14     2    14    14     2     9    30   137    24 
	                            20    50    40   137     9    49 
	00165: SRP0       
	00166: MDRP[srp0,md,rd,2] 
	00167: MIRP[nrp0,md,rd,1] 
	00168: SRP0       
	00169: MDRP[srp0,nmd,rd,0] 
	00170: MDRP[nrp0,md,rd,1] 
	00171: MIRP[nrp0,md,rd,1] 
	00172: SRP2       
	00173: IP         
	00174: IP         
	00175: MDAP[rd]   
	00176: DELTAP1    
	00177: MIRP[nrp0,md,rd,1] 
	00178: MDAP[rd]   
	00179: IP         
	00180: IP         
	00181: MIRP[nrp0,md,rd,1] 
	00182: SRP1       
	00183: IP         
	00184: IP         
	00185: SVTCA[y-axis] 
	00186: MIAP[rd+ci] 
	00187: MIRP[nrp0,md,rd,1] 
	00188: MIAP[rd+ci] 
	00189: MIRP[nrp0,md,rd,1] 
	00190: SRP2       
	00191: SLOOP      
	00192: IP         
	00193: MDAP[rd]   
	00194: DELTAP1    
	00195: SRP2       
	00196: IP         
	00197: IP         
	00198: MDRP[nrp0,md,rd,1] 
	00199: DELTAP1    
	00200: DELTAP2    
	00201: DELTAP1    
	00202: DELTAP1    
	00203: SDPVTL[1]  
	00204: SRP0       
	00205: CALL       
	00206: SDPVTL[1]  
	00207: RDTG       
	00208: MDRP[nrp0,nmd,rd,0] 
	00209: SDPVTL[1]  
	00210: SFVTL[=p1,p2] 
	00211: RTG        
	00212: CALL       
	00213: SFVTL[=p1,p2] 
	00214: RDTG       
	00215: SRP0       
	00216: MDRP[nrp0,nmd,rd,0] 
	00217: IUP[y]     
	00218: IUP[x]     
	00219: SVTCA[y-axis] 
	00220: DELTAP1    
	00221: DELTAP1    
	00222: DELTAP1    
	00223: DELTAP1    
	00224: DELTAP1    
	00225: DELTAP1    
	00226: DELTAP1    
	00227: DELTAP1    
	00228: CALL       
	00229: DELTAP1    
	00230: DELTAP1    
	00231: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short         Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:                      Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short         Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual               Y-Short         Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:                      Y-Short         Off
	 20:        XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:                      Y-Short         On
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual               Y-Short         On
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:                      Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:        XDual                 X-Short On
	 38:              Rep-  1 Y-Short X-Short Off
	 40:        XDual         Y-Short         On
	 41:        XDual         Y-Short         Off
	 42:        XDual         Y-Short X-Short Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   831,   805)  ->  Abs (   831,   805)
	  1: Rel (   310,  -204)  ->  Abs (  1141,   601)
	  2: Rel (     0,  -187)  ->  Abs (  1141,   414)
	  3: Rel (     0,  -113)  ->  Abs (  1141,   301)
	  4: Rel (  -167,  -194)  ->  Abs (   974,   107)
	  5: Rel (  -281,  -115)  ->  Abs (   693,    -8)
	  6: Rel (  -134,     0)  ->  Abs (   559,    -8)
	  7: Rel (  -205,     0)  ->  Abs (   354,    -8)
	  8: Rel (  -270,   206)  ->  Abs (    84,   198)
	  9: Rel (     0,   144)  ->  Abs (    84,   342)
	 10: Rel (     0,   144)  ->  Abs (    84,   486)
	 11: Rel (   196,   215)  ->  Abs (   280,   701)
	 12: Rel (   230,   122)  ->  Abs (   510,   823)
	 13: Rel (  -117,   106)  ->  Abs (   393,   929)
	 14: Rel (     0,   146)  ->  Abs (   393,  1075)
	 15: Rel (     0,   166)  ->  Abs (   393,  1241)
	 16: Rel (   307,   223)  ->  Abs (   700,  1464)
	 17: Rel (   215,     0)  ->  Abs (   915,  1464)
	 18: Rel (   157,     0)  ->  Abs (  1072,  1464)
	 19: Rel (   256,  -154)  ->  Abs (  1328,  1310)
	 20: Rel (    52,  -136)  ->  Abs (  1380,  1174)
	 21: Rel (    44,     4)  ->  Abs (  1424,  1178)
	 22: Rel (    22,     0)  ->  Abs (  1446,  1178)
	 23: Rel (    61,     0)  ->  Abs (  1507,  1178)
	 24: Rel (     0,   -68)  ->  Abs (  1507,  1110)
	 25: Rel (     0,  -125)  ->  Abs (  1507,   985)
	 26: Rel (  -149,     0)  ->  Abs (  1358,   985)
	 27: Rel (  -141,     0)  ->  Abs (  1217,   985)
	 28: Rel (  -539,   -78)  ->  Abs (   678,   907)
	 29: Rel (   249,   117)  ->  Abs (   927,  1024)
	 30: Rel (   279,    98)  ->  Abs (  1206,  1122)
	 31: Rel (   -56,   170)  ->  Abs (  1150,  1292)
	 32: Rel (  -251,     0)  ->  Abs (   899,  1292)
	 33: Rel (  -123,     0)  ->  Abs (   776,  1292)
	 34: Rel (  -190,  -132)  ->  Abs (   586,  1160)
	 35: Rel (     0,   -85)  ->  Abs (   586,  1075)
	 36: Rel (     0,   -99)  ->  Abs (   586,   976)
	 37: Rel (    71,  -257)  ->  Abs (   657,   719)
	 38: Rel (  -193,   -98)  ->  Abs (   464,   621)
	 39: Rel (  -185,  -182)  ->  Abs (   279,   439)
	 40: Rel (     0,   -97)  ->  Abs (   279,   342)
	 41: Rel (     0,   -67)  ->  Abs (   279,   275)
	 42: Rel (   136,  -111)  ->  Abs (   415,   164)
	 43: Rel (   144,     0)  ->  Abs (   559,   164)
	 44: Rel (   155,     0)  ->  Abs (   714,   164)
	 45: Rel (   232,   151)  ->  Abs (   946,   315)
	 46: Rel (     0,    99)  ->  Abs (   946,   414)
	 47: Rel (     0,    78)  ->  Abs (   946,   492)
	 48: Rel (  -131,   130)  ->  Abs (   815,   622)

	Glyph  28: off = 0x00001596, len = 258
	  numberOfContours:	2
	  xMin:			217
	  yMin:			-10
	  xMax:			1364
	  yMax:			1462

	EndPoints
	---------
	  0:  28
	  1:  45

	  Length of Instructions:	117
	00000: NPUSHB      (83):    69    44    85    44     2    41    42   105    42   121 
	                            42   137    42     4    52    28   100    28     2   122 
	                            14   138    14     2    41    13     1   102    11   118 
	                            11   134    11     3   105     5   121     5   137     5 
	                             3   105     1   121     1   137     1     3    29   153 
	                             0     6    12    38     4     9     3     3    16    40 
	                           153     9     7    22    26   153    16    25     0    19 
	                            38   137    12    47    43   137     6     0    19    96 
	                            19     2    19 
	00085: MDAP[rd]   
	00086: DELTAP1    
	00087: MDRP[srp0,md,rd,0] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: SRP0       
	00090: MDRP[srp0,nmd,rd,2] 
	00091: MIRP[nrp0,md,rd,1] 
	00092: SRP1       
	00093: IP         
	00094: SVTCA[y-axis] 
	00095: MIAP[rd+ci] 
	00096: MIRP[srp0,md,rd,1] 
	00097: MDRP[nrp0,nmd,rd,0] 
	00098: MIAP[rd+ci] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: SRP2       
	00101: IP         
	00102: MDAP[rd]   
	00103: SRP2       
	00104: SLOOP      
	00105: IP         
	00106: MIRP[nrp0,md,rd,1] 
	00107: IUP[y]     
	00108: IUP[x]     
	00109: DELTAP1    
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP1    
	00113: DELTAP1    
	00114: DELTAP1    
	00115: DELTAP1    
	00116: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1 Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short         Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:                                      Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:                      Y-Short         Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                              X-Short Off
	 15:                                      Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short On
	 25:        XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:                                      Off
	 29:                              X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual Rep-  6 Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:        XDual                         Off
	 40:  YDual                               On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (  1087,   668)  ->  Abs (  1087,   668)
	  1: Rel (   -69,   -56)  ->  Abs (  1018,   612)
	  2: Rel (  -190,   -67)  ->  Abs (   828,   545)
	  3: Rel (   -83,     0)  ->  Abs (   745,   545)
	  4: Rel (  -198,     0)  ->  Abs (   547,   545)
	  5: Rel (  -260,   231)  ->  Abs (   287,   776)
	  6: Rel (     0,   180)  ->  Abs (   287,   956)
	  7: Rel (     0,   195)  ->  Abs (   287,  1151)
	  8: Rel (   357,   311)  ->  Abs (   644,  1462)
	  9: Rel (   247,     0)  ->  Abs (   891,  1462)
	 10: Rel (   217,     0)  ->  Abs (  1108,  1462)
	 11: Rel (   256,  -241)  ->  Abs (  1364,  1221)
	 12: Rel (     0,  -197)  ->  Abs (  1364,  1024)
	 13: Rel (     0,  -222)  ->  Abs (  1364,   802)
	 14: Rel (  -250,  -506)  ->  Abs (  1114,   296)
	 15: Rel (  -415,  -306)  ->  Abs (   699,   -10)
	 16: Rel (  -244,     0)  ->  Abs (   455,   -10)
	 17: Rel (  -103,     0)  ->  Abs (   352,   -10)
	 18: Rel (  -135,    62)  ->  Abs (   217,    52)
	 19: Rel (     0,    50)  ->  Abs (   217,   102)
	 20: Rel (     0,    42)  ->  Abs (   217,   144)
	 21: Rel (    46,    51)  ->  Abs (   263,   195)
	 22: Rel (    38,     0)  ->  Abs (   301,   195)
	 23: Rel (    33,     0)  ->  Abs (   334,   195)
	 24: Rel (    62,   -18)  ->  Abs (   396,   177)
	 25: Rel (    54,   -15)  ->  Abs (   450,   162)
	 26: Rel (    25,     0)  ->  Abs (   475,   162)
	 27: Rel (   163,     0)  ->  Abs (   638,   162)
	 28: Rel (   354,   282)  ->  Abs (   992,   444)
	 29: Rel (  -226,   271)  ->  Abs (   766,   715)
	 30: Rel (    31,     0)  ->  Abs (   797,   715)
	 31: Rel (    64,    10)  ->  Abs (   861,   725)
	 32: Rel (    64,    21)  ->  Abs (   925,   746)
	 33: Rel (    61,    30)  ->  Abs (   986,   776)
	 34: Rel (    58,    37)  ->  Abs (  1044,   813)
	 35: Rel (    53,    46)  ->  Abs (  1097,   859)
	 36: Rel (    61,    70)  ->  Abs (  1158,   929)
	 37: Rel (    11,    74)  ->  Abs (  1169,  1003)
	 38: Rel (     0,    21)  ->  Abs (  1169,  1024)
	 39: Rel (     0,   266)  ->  Abs (  1169,  1290)
	 40: Rel (  -278,     0)  ->  Abs (   891,  1290)
	 41: Rel (  -182,     0)  ->  Abs (   709,  1290)
	 42: Rel (  -228,  -208)  ->  Abs (   481,  1082)
	 43: Rel (     0,  -126)  ->  Abs (   481,   956)
	 44: Rel (     0,  -112)  ->  Abs (   481,   844)
	 45: Rel (   160,  -129)  ->  Abs (   641,   715)

	Glyph  29: off = 0x00001698, len = 104
	  numberOfContours:	2
	  xMin:			176
	  yMin:			-8
	  xMax:			668
	  yMax:			969

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	26
	00000: NPUSHB      (13):     3   176     9    21   176    15     4     0   175     6 
	                            12   175    18 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,md,rd,1] 
	00017: MDRP[srp0,nmd,rd,0] 
	00018: MIRP[nrp0,md,rd,1] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[nrp0,md,rd,1] 
	00022: MDAP[rd]   
	00023: MIRP[nrp0,md,rd,1] 
	00024: IUP[y]     
	00025: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                              X-Short On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   668,   840)  ->  Abs (   668,   840)
	  1: Rel (     0,   -68)  ->  Abs (   668,   772)
	  2: Rel (  -106,  -102)  ->  Abs (   562,   670)
	  3: Rel (   -68,     0)  ->  Abs (   494,   670)
	  4: Rel (   -52,     0)  ->  Abs (   442,   670)
	  5: Rel (   -73,    73)  ->  Abs (   369,   743)
	  6: Rel (     0,    52)  ->  Abs (   369,   795)
	  7: Rel (     0,    68)  ->  Abs (   369,   863)
	  8: Rel (   110,   106)  ->  Abs (   479,   969)
	  9: Rel (    68,     0)  ->  Abs (   547,   969)
	 10: Rel (    52,     0)  ->  Abs (   599,   969)
	 11: Rel (    69,   -74)  ->  Abs (   668,   895)
	 12: Rel (  -193,  -733)  ->  Abs (   475,   162)
	 13: Rel (     0,   -69)  ->  Abs (   475,    93)
	 14: Rel (  -106,  -101)  ->  Abs (   369,    -8)
	 15: Rel (   -68,     0)  ->  Abs (   301,    -8)
	 16: Rel (   -52,     0)  ->  Abs (   249,    -8)
	 17: Rel (   -73,    73)  ->  Abs (   176,    65)
	 18: Rel (     0,    52)  ->  Abs (   176,   117)
	 19: Rel (     0,    69)  ->  Abs (   176,   186)
	 20: Rel (   111,   105)  ->  Abs (   287,   291)
	 21: Rel (    67,     0)  ->  Abs (   354,   291)
	 22: Rel (    52,     0)  ->  Abs (   406,   291)
	 23: Rel (    69,   -74)  ->  Abs (   475,   217)

	Glyph  30: off = 0x00001700, len = 136
	  numberOfContours:	2
	  xMin:			137
	  yMin:			-276
	  xMax:			668
	  yMax:			969

	EndPoints
	---------
	  0:  11
	  1:  31

	  Length of Instructions:	35
	00000: NPUSHB      (19):     3   176     9    24   178    18   176    12     4     6 
	                           175     0    12   177    21   175    27   180    15 
	00021: MDAP[rd]   
	00022: MIRP[nrp0,nmd,rd,0] 
	00023: MIRP[srp0,md,rd,1] 
	00024: MIRP[nrp0,md,rd,1] 
	00025: MDRP[srp0,nmd,rd,0] 
	00026: MIRP[nrp0,md,rd,1] 
	00027: SVTCA[y-axis] 
	00028: MIAP[rd+ci] 
	00029: MIRP[srp0,md,rd,1] 
	00030: MIRP[nrp0,nmd,rd,0] 
	00031: MDAP[rd]   
	00032: MIRP[nrp0,md,rd,1] 
	00033: IUP[y]     
	00034: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                                      On
	 13:  YDual       Rep-  1 Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                              X-Short Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   668,   840)  ->  Abs (   668,   840)
	  1: Rel (     0,   -68)  ->  Abs (   668,   772)
	  2: Rel (  -106,  -102)  ->  Abs (   562,   670)
	  3: Rel (   -68,     0)  ->  Abs (   494,   670)
	  4: Rel (   -52,     0)  ->  Abs (   442,   670)
	  5: Rel (   -73,    73)  ->  Abs (   369,   743)
	  6: Rel (     0,    52)  ->  Abs (   369,   795)
	  7: Rel (     0,    68)  ->  Abs (   369,   863)
	  8: Rel (   110,   106)  ->  Abs (   479,   969)
	  9: Rel (    68,     0)  ->  Abs (   547,   969)
	 10: Rel (    52,     0)  ->  Abs (   599,   969)
	 11: Rel (    69,   -74)  ->  Abs (   668,   895)
	 12: Rel (  -377,  -903)  ->  Abs (   291,    -8)
	 13: Rel (   -51,     6)  ->  Abs (   240,    -2)
	 14: Rel (   -64,    70)  ->  Abs (   176,    68)
	 15: Rel (     0,    49)  ->  Abs (   176,   117)
	 16: Rel (     0,    69)  ->  Abs (   176,   186)
	 17: Rel (   111,   105)  ->  Abs (   287,   291)
	 18: Rel (    67,     0)  ->  Abs (   354,   291)
	 19: Rel (    57,     0)  ->  Abs (   411,   291)
	 20: Rel (    64,   -80)  ->  Abs (   475,   211)
	 21: Rel (     0,   -72)  ->  Abs (   475,   139)
	 22: Rel (     0,  -114)  ->  Abs (   475,    25)
	 23: Rel (  -203,  -301)  ->  Abs (   272,  -276)
	 24: Rel (   -73,     0)  ->  Abs (   199,  -276)
	 25: Rel (   -24,     0)  ->  Abs (   175,  -276)
	 26: Rel (   -38,    35)  ->  Abs (   137,  -241)
	 27: Rel (     0,    22)  ->  Abs (   137,  -219)
	 28: Rel (     0,    28)  ->  Abs (   137,  -191)
	 29: Rel (    26,    38)  ->  Abs (   163,  -153)
	 30: Rel (    42,    30)  ->  Abs (   205,  -123)
	 31: Rel (    61,    44)  ->  Abs (   266,   -79)

	Glyph  31: off = 0x00001788, len = 176
	  numberOfContours:	1
	  xMin:			168
	  yMin:			289
	  xMax:			1219
	  yMax:			1180

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	71
	00000: NPUSHB      (18):   104    21   120    21     2    70    19    86    19     2 
	                           106    29   122    29   138    29     3     3 
	00020: PUSHW[1]            -24 
	00023: NPUSHB      (10):    13    17    72     3     0    29     3     8    24     0 
	00035: PUSHW[1]            -56 
	00038: NPUSHB      (13):    13    17    72     5     5     0    27   143    16   159 
	                            16     2    16 
	00053: MDAP[rd]   
	00054: DELTAP1    
	00055: MDRP[nrp0,md,rd,1] 
	00056: IP         
	00057: IP         
	00058: MDAP[rd]   
	00059: CALL       
	00060: SVTCA[y-axis] 
	00061: MDAP[rd]   
	00062: MDRP[nrp0,nmd,rd,0] 
	00063: SLOOP      
	00064: IP         
	00065: CALL       
	00066: DELTAP1    
	00067: IUP[y]     
	00068: IUP[x]     
	00069: DELTAP1    
	00070: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:                      Y-Short         Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                      Y-Short X-Short Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual       Rep-  1 Y-Short X-Short On
	 12:  YDual               Y-Short         On
	 13:  YDual       Rep-  2 Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual XDual Rep-  1 Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short         On
	 22:  YDual XDual Rep-  1 Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   420,   725)  ->  Abs (   420,   725)
	  1: Rel (   167,   -89)  ->  Abs (   587,   636)
	  2: Rel (   365,  -174)  ->  Abs (   952,   462)
	  3: Rel (    49,   -16)  ->  Abs (  1001,   446)
	  4: Rel (    39,   -10)  ->  Abs (  1040,   436)
	  5: Rel (     0,   -53)  ->  Abs (  1040,   383)
	  6: Rel (     0,   -42)  ->  Abs (  1040,   341)
	  7: Rel (   -40,   -52)  ->  Abs (  1000,   289)
	  8: Rel (   -37,     0)  ->  Abs (   963,   289)
	  9: Rel (   -30,     0)  ->  Abs (   933,   289)
	 10: Rel (   -88,    41)  ->  Abs (   845,   330)
	 11: Rel (  -196,    94)  ->  Abs (   649,   424)
	 12: Rel (  -266,   133)  ->  Abs (   383,   557)
	 13: Rel (  -158,    80)  ->  Abs (   225,   637)
	 14: Rel (   -41,    27)  ->  Abs (   184,   664)
	 15: Rel (   -16,    34)  ->  Abs (   168,   698)
	 16: Rel (     0,    29)  ->  Abs (   168,   727)
	 17: Rel (     0,    32)  ->  Abs (   168,   759)
	 18: Rel (    22,    40)  ->  Abs (   190,   799)
	 19: Rel (    46,    28)  ->  Abs (   236,   827)
	 20: Rel (   133,    55)  ->  Abs (   369,   882)
	 21: Rel (   339,   138)  ->  Abs (   708,  1020)
	 22: Rel (   204,    83)  ->  Abs (   912,  1103)
	 23: Rel (   212,    77)  ->  Abs (  1124,  1180)
	 24: Rel (    31,     0)  ->  Abs (  1155,  1180)
	 25: Rel (    29,     0)  ->  Abs (  1184,  1180)
	 26: Rel (    35,   -59)  ->  Abs (  1219,  1121)
	 27: Rel (     0,   -40)  ->  Abs (  1219,  1081)
	 28: Rel (     0,   -53)  ->  Abs (  1219,  1028)
	 29: Rel (   -89,   -31)  ->  Abs (  1130,   997)
	 30: Rel (   -91,   -26)  ->  Abs (  1039,   971)
	 31: Rel (  -462,  -177)  ->  Abs (   577,   794)

	Glyph  32: off = 0x00001838, len = 128
	  numberOfContours:	2
	  xMin:			160
	  yMin:			426
	  xMax:			1145
	  yMax:			1018

	EndPoints
	---------
	  0:  15
	  1:  31

	  Length of Instructions:	27
	00000: NPUSHB      (12):    25    16   153    20     9     4   153     0     2    18 
	                            11    27 
	00014: MDAP[rd]   
	00015: MDRP[nrp0,nmd,rd,0] 
	00016: MDRP[srp0,md,rd,1] 
	00017: MDRP[nrp0,nmd,rd,0] 
	00018: SVTCA[y-axis] 
	00019: MDAP[rd]   
	00020: MIRP[srp0,md,rd,1] 
	00021: MDRP[nrp0,nmd,rd,0] 
	00022: MDRP[srp0,nmd,rd,0] 
	00023: MIRP[nrp0,md,rd,1] 
	00024: MDRP[nrp0,nmd,rd,0] 
	00025: IUP[y]     
	00026: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:                      Y-Short         Off
	  7:                      Y-Short X-Short On
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual Rep-  1 Y-Short X-Short Off
	 15:  YDual               Y-Short         Off
	 16:        XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:  YDual                       X-Short On
	 21:  YDual                       X-Short Off
	 22:                      Y-Short         Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual Rep-  1 Y-Short X-Short Off
	 31:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (  1067,  1018)  ->  Abs (  1067,  1018)
	  1: Rel (    78,     0)  ->  Abs (  1145,  1018)
	  2: Rel (     0,   -78)  ->  Abs (  1145,   940)
	  3: Rel (     0,   -92)  ->  Abs (  1145,   848)
	  4: Rel (  -115,     0)  ->  Abs (  1030,   848)
	  5: Rel (  -157,     0)  ->  Abs (   873,   848)
	  6: Rel (  -430,   -18)  ->  Abs (   443,   830)
	  7: Rel (   -83,    -9)  ->  Abs (   360,   821)
	  8: Rel (   -60,    -6)  ->  Abs (   300,   815)
	  9: Rel (   -21,     0)  ->  Abs (   279,   815)
	 10: Rel (   -58,     0)  ->  Abs (   221,   815)
	 11: Rel (     0,   100)  ->  Abs (   221,   915)
	 12: Rel (     0,    33)  ->  Abs (   221,   948)
	 13: Rel (    71,    39)  ->  Abs (   292,   987)
	 14: Rel (   131,    13)  ->  Abs (   423,  1000)
	 15: Rel (   518,    18)  ->  Abs (   941,  1018)
	 16: Rel (    65,  -389)  ->  Abs (  1006,   629)
	 17: Rel (    77,     0)  ->  Abs (  1083,   629)
	 18: Rel (     0,   -78)  ->  Abs (  1083,   551)
	 19: Rel (     0,   -92)  ->  Abs (  1083,   459)
	 20: Rel (  -112,     0)  ->  Abs (   971,   459)
	 21: Rel (  -158,     0)  ->  Abs (   813,   459)
	 22: Rel (  -432,   -18)  ->  Abs (   381,   441)
	 23: Rel (   -84,    -9)  ->  Abs (   297,   432)
	 24: Rel (   -58,    -6)  ->  Abs (   239,   426)
	 25: Rel (   -20,     0)  ->  Abs (   219,   426)
	 26: Rel (   -59,     0)  ->  Abs (   160,   426)
	 27: Rel (     0,   100)  ->  Abs (   160,   526)
	 28: Rel (     0,    33)  ->  Abs (   160,   559)
	 29: Rel (    70,    39)  ->  Abs (   230,   598)
	 30: Rel (   131,    13)  ->  Abs (   361,   611)
	 31: Rel (   519,    18)  ->  Abs (   880,   629)

	Glyph  33: off = 0x000018B8, len = 168
	  numberOfContours:	1
	  xMin:			84
	  yMin:			287
	  xMax:			1135
	  yMax:			1178

	EndPoints
	---------
	  0:  31

	  Length of Instructions:	61
	00000: NPUSHB      (41):    73    19    89    19     2   101    29   117    29   133 
	                            29     3     3    24    13    17    72     3     0    29 
	                             3    24     9    70     0    86     0     2     0    56 
	                            13    17    72     6     6     0    17    31    27     1 
	                            27 
	00043: MDAP[rd]   
	00044: DELTAP1    
	00045: MDRP[nrp0,md,rd,1] 
	00046: IP         
	00047: IP         
	00048: MDAP[rd]   
	00049: CALL       
	00050: DELTAP1    
	00051: SVTCA[y-axis] 
	00052: MDAP[rd]   
	00053: MDRP[nrp0,nmd,rd,0] 
	00054: SLOOP      
	00055: IP         
	00056: CALL       
	00057: DELTAP1    
	00058: IUP[y]     
	00059: IUP[x]     
	00060: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short         Off
	  3:  YDual               Y-Short X-Short On
	  4:  YDual       Rep-  1 Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual Rep-  1 Y-Short X-Short On
	 13:                      Y-Short         On
	 14:        XDual Rep-  2 Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short X-Short On
	 21:                      Y-Short         On
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual               Y-Short         Off

	Coordinates
	-----------
	  0: Rel (   883,   741)  ->  Abs (   883,   741)
	  1: Rel (  -168,    90)  ->  Abs (   715,   831)
	  2: Rel (  -365,   173)  ->  Abs (   350,  1004)
	  3: Rel (   -49,    16)  ->  Abs (   301,  1020)
	  4: Rel (   -16,     5)  ->  Abs (   285,  1025)
	  5: Rel (   -23,    36)  ->  Abs (   262,  1061)
	  6: Rel (     0,    22)  ->  Abs (   262,  1083)
	  7: Rel (     0,    42)  ->  Abs (   262,  1125)
	  8: Rel (    40,    53)  ->  Abs (   302,  1178)
	  9: Rel (    38,     0)  ->  Abs (   340,  1178)
	 10: Rel (    30,     0)  ->  Abs (   370,  1178)
	 11: Rel (    87,   -41)  ->  Abs (   457,  1137)
	 12: Rel (   197,   -95)  ->  Abs (   654,  1042)
	 13: Rel (   266,  -133)  ->  Abs (   920,   909)
	 14: Rel (   157,   -80)  ->  Abs (  1077,   829)
	 15: Rel (    41,   -27)  ->  Abs (  1118,   802)
	 16: Rel (    17,   -34)  ->  Abs (  1135,   768)
	 17: Rel (     0,   -29)  ->  Abs (  1135,   739)
	 18: Rel (     0,   -43)  ->  Abs (  1135,   696)
	 19: Rel (   -42,   -46)  ->  Abs (  1093,   650)
	 20: Rel (  -104,   -43)  ->  Abs (   989,   607)
	 21: Rel (  -321,  -132)  ->  Abs (   668,   475)
	 22: Rel (  -216,   -89)  ->  Abs (   452,   386)
	 23: Rel (  -272,   -99)  ->  Abs (   180,   287)
	 24: Rel (   -33,     0)  ->  Abs (   147,   287)
	 25: Rel (   -28,     0)  ->  Abs (   119,   287)
	 26: Rel (   -35,    58)  ->  Abs (    84,   345)
	 27: Rel (     0,    40)  ->  Abs (    84,   385)
	 28: Rel (     0,    54)  ->  Abs (    84,   439)
	 29: Rel (    88,    30)  ->  Abs (   172,   469)
	 30: Rel (    92,    26)  ->  Abs (   264,   495)
	 31: Rel (   462,   177)  ->  Abs (   726,   672)

	Glyph  34: off = 0x00001960, len = 184
	  numberOfContours:	1
	  xMin:			47
	  yMin:			-461
	  xMax:			1100
	  yMax:			1460

	EndPoints
	---------
	  0:  34

	  Length of Instructions:	74
	00000: NPUSHB      (43):    23    34    39    34   119    34     3    32     0     1 
	                            82     0   141    15    19    20    15    15    19    32 
	                            19     0    15    63    27     1    27    27    19     8 
	                            15     0   153    13     3   153    11    27    29    32 
	                           153    22     7 
	00045: SVTCA[y-axis] 
	00046: MIAP[rd+ci] 
	00047: MIRP[srp0,md,rd,1] 
	00048: MDRP[nrp0,nmd,rd,0] 
	00049: MIAP[rd+ci] 
	00050: MIRP[nrp0,md,rd,1] 
	00051: MDRP[srp0,nmd,rd,1] 
	00052: MIRP[nrp0,md,rd,1] 
	00053: IUP[x]     
	00054: SVTCA[x-axis] 
	00055: MDAP[rd]   
	00056: MDRP[nrp0,md,rd,1] 
	00057: SHP[rp1,zp0] 
	00058: SHP[rp1,zp0] 
	00059: MDAP[rd]   
	00060: DELTAP1    
	00061: SRP1       
	00062: SHP[rp1,zp0] 
	00063: SRP1       
	00064: SHP[rp1,zp0] 
	00065: SDPVTL[1]  
	00066: SRP0       
	00067: CALL       
	00068: CALL       
	00069: SRP0       
	00070: MDRP[nrp0,nmd,rd,0] 
	00071: IUP[y]     
	00072: SVTCA[x-axis] 
	00073: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual Rep-  1 Y-Short X-Short On
	  4:        XDual Rep-  3 Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short         Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:        XDual Rep-  2         X-Short Off
	 20:  YDual XDual Rep-  1 Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual Rep-  2 Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:  YDual                       X-Short On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual                       X-Short On
	 33:                      Y-Short X-Short Off
	 34:                                      Off

	Coordinates
	-----------
	  0: Rel (   262,  -268)  ->  Abs (   262,  -268)
	  1: Rel (    50,    -2)  ->  Abs (   312,  -270)
	  2: Rel (    91,    -5)  ->  Abs (   403,  -275)
	  3: Rel (   151,   -11)  ->  Abs (   554,  -286)
	  4: Rel (    61,    -4)  ->  Abs (   615,  -290)
	  5: Rel (    25,   -12)  ->  Abs (   640,  -302)
	  6: Rel (    18,   -24)  ->  Abs (   658,  -326)
	  7: Rel (     8,   -30)  ->  Abs (   666,  -356)
	  8: Rel (     0,   -17)  ->  Abs (   666,  -373)
	  9: Rel (     0,   -33)  ->  Abs (   666,  -406)
	 10: Rel (   -60,   -55)  ->  Abs (   606,  -461)
	 11: Rel (   -49,     0)  ->  Abs (   557,  -461)
	 12: Rel (   -36,     0)  ->  Abs (   521,  -461)
	 13: Rel (  -420,    18)  ->  Abs (   101,  -443)
	 14: Rel (   -54,    33)  ->  Abs (    47,  -410)
	 15: Rel (     0,    41)  ->  Abs (    47,  -369)
	 16: Rel (     0,    43)  ->  Abs (    47,  -326)
	 17: Rel (   115,   501)  ->  Abs (   162,   175)
	 18: Rel (   192,   696)  ->  Abs (   354,   871)
	 19: Rel (   179,   517)  ->  Abs (   533,  1388)
	 20: Rel (    36,    48)  ->  Abs (   569,  1436)
	 21: Rel (    62,    24)  ->  Abs (   631,  1460)
	 22: Rel (    39,     0)  ->  Abs (   670,  1460)
	 23: Rel (   110,     0)  ->  Abs (   780,  1460)
	 24: Rel (   242,    -9)  ->  Abs (  1022,  1451)
	 25: Rel (    55,   -18)  ->  Abs (  1077,  1433)
	 26: Rel (    23,   -37)  ->  Abs (  1100,  1396)
	 27: Rel (     0,   -30)  ->  Abs (  1100,  1366)
	 28: Rel (     0,   -94)  ->  Abs (  1100,  1272)
	 29: Rel (  -103,     0)  ->  Abs (   997,  1272)
	 30: Rel (   -54,     0)  ->  Abs (   943,  1272)
	 31: Rel (  -177,    12)  ->  Abs (   766,  1284)
	 32: Rel (   -68,     0)  ->  Abs (   698,  1284)
	 33: Rel (   -92,  -223)  ->  Abs (   606,  1061)
	 34: Rel (  -316, -1150)  ->  Abs (   290,   -89)

	Glyph  35: off = 0x00001A18, len = 124
	  numberOfContours:	1
	  xMin:			303
	  yMin:			0
	  xMax:			852
	  yMax:			1464

	EndPoints
	---------
	  0:  20

	  Length of Instructions:	49
	00000: NPUSHB      (28):   135    14     1    88     5     1     2     1    82    13 
	                            18    13   141     7     2    20     7     2     2    13 
	                            15    18     1    18     7    10     7     0 
	00030: SVTCA[y-axis] 
	00031: MDAP[rd]   
	00032: MIAP[rd+ci] 
	00033: IUP[x]     
	00034: SVTCA[x-axis] 
	00035: MDAP[rd]   
	00036: MDRP[nrp0,md,rd,1] 
	00037: DELTAP1    
	00038: SHP[rp1,zp0] 
	00039: SHP[rp2,zp1] 
	00040: SDPVTL[1]  
	00041: CALL       
	00042: SDPVTL[1]  
	00043: CALL       
	00044: MDRP[nrp0,nmd,rd,0] 
	00045: IUP[y]     
	00046: SVTCA[x-axis] 
	00047: DELTAP1    
	00048: DELTAP1    

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:                              X-Short Off
	  5:                              X-Short On
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual                 X-Short On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short X-Short Off
	 13:        XDual         Y-Short X-Short On
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual Rep-  2         X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   772,     0)  ->  Abs (   772,     0)
	  1: Rel (  -108,     0)  ->  Abs (   664,     0)
	  2: Rel (   -11,    78)  ->  Abs (   653,    78)
	  3: Rel (   -30,   252)  ->  Abs (   623,   330)
	  4: Rel (  -163,   676)  ->  Abs (   460,  1006)
	  5: Rel (  -119,   271)  ->  Abs (   341,  1277)
	  6: Rel (   -38,    86)  ->  Abs (   303,  1363)
	  7: Rel (     0,    23)  ->  Abs (   303,  1386)
	  8: Rel (     0,    39)  ->  Abs (   303,  1425)
	  9: Rel (    59,    39)  ->  Abs (   362,  1464)
	 10: Rel (    27,     0)  ->  Abs (   389,  1464)
	 11: Rel (    41,     0)  ->  Abs (   430,  1464)
	 12: Rel (    37,   -15)  ->  Abs (   467,  1449)
	 13: Rel (    16,   -38)  ->  Abs (   483,  1411)
	 14: Rel (    61,  -138)  ->  Abs (   544,  1273)
	 15: Rel (   105,  -312)  ->  Abs (   649,   961)
	 16: Rel (   123,  -447)  ->  Abs (   772,   514)
	 17: Rel (    80,  -386)  ->  Abs (   852,   128)
	 18: Rel (     0,   -46)  ->  Abs (   852,    82)
	 19: Rel (     0,   -32)  ->  Abs (   852,    50)
	 20: Rel (   -46,   -50)  ->  Abs (   806,     0)

	Glyph  36: off = 0x00001A94, len = 174
	  numberOfContours:	1
	  xMin:			-121
	  yMin:			-461
	  xMax:			928
	  yMax:			1458

	EndPoints
	---------
	  0:  30

	  Length of Instructions:	70
	00000: NPUSHB      (40):    38    16    54    16     2   118    14     1     0    29 
	                             1    82    29   141    17    11    20    17    17    11 
	                             0    11    29    17     3    17    11    23     0   153 
	                             8     1   153     6     6    26    29   153    20    27 
	00042: SVTCA[y-axis] 
	00043: MIAP[rd+ci] 
	00044: MIRP[srp0,md,rd,1] 
	00045: MDRP[nrp0,nmd,rd,0] 
	00046: MIAP[rd+ci] 
	00047: MIRP[nrp0,md,rd,1] 
	00048: MDRP[srp0,nmd,rd,1] 
	00049: MIRP[nrp0,md,rd,1] 
	00050: IUP[x]     
	00051: SVTCA[x-axis] 
	00052: MDAP[rd]   
	00053: MDRP[srp0,nmd,rd,0] 
	00054: SHP[rp2,zp1] 
	00055: MDRP[nrp0,md,rd,1] 
	00056: SRP1       
	00057: SHP[rp1,zp0] 
	00058: SRP1       
	00059: SHP[rp1,zp0] 
	00060: SDPVTL[1]  
	00061: SRP0       
	00062: CALL       
	00063: CALL       
	00064: SRP0       
	00065: MDRP[nrp0,nmd,rd,0] 
	00066: IUP[y]     
	00067: SVTCA[x-axis] 
	00068: DELTAP1    
	00069: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short         Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:                      Y-Short         Off
	  9:        XDual Rep-  1 Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                              X-Short On
	 14:              Rep-  1         X-Short Off
	 16:                              X-Short On
	 17:              Rep-  2 Y-Short X-Short Off
	 20:  YDual                       X-Short On
	 21:  YDual                               Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:        XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   721,  1272)  ->  Abs (   721,  1272)
	  1: Rel (  -338,     7)  ->  Abs (   383,  1279)
	  2: Rel (   -70,    33)  ->  Abs (   313,  1312)
	  3: Rel (     0,    58)  ->  Abs (   313,  1370)
	  4: Rel (     0,    36)  ->  Abs (   313,  1406)
	  5: Rel (    61,    52)  ->  Abs (   374,  1458)
	  6: Rel (    48,     0)  ->  Abs (   422,  1458)
	  7: Rel (    73,     0)  ->  Abs (   495,  1458)
	  8: Rel (   330,   -10)  ->  Abs (   825,  1448)
	  9: Rel (    76,   -10)  ->  Abs (   901,  1438)
	 10: Rel (    27,   -33)  ->  Abs (   928,  1405)
	 11: Rel (     0,   -33)  ->  Abs (   928,  1372)
	 12: Rel (     0,   -58)  ->  Abs (   928,  1314)
	 13: Rel (  -119,  -398)  ->  Abs (   809,   916)
	 14: Rel (  -123,  -410)  ->  Abs (   686,   506)
	 15: Rel (  -136,  -525)  ->  Abs (   550,   -19)
	 16: Rel (   -67,  -306)  ->  Abs (   483,  -325)
	 17: Rel (   -14,   -62)  ->  Abs (   469,  -387)
	 18: Rel (   -25,   -46)  ->  Abs (   444,  -433)
	 19: Rel (   -47,   -28)  ->  Abs (   397,  -461)
	 20: Rel (   -30,     0)  ->  Abs (   367,  -461)
	 21: Rel (  -373,     0)  ->  Abs (    -6,  -461)
	 22: Rel (  -115,    34)  ->  Abs (  -121,  -427)
	 23: Rel (     0,    58)  ->  Abs (  -121,  -369)
	 24: Rel (     0,    39)  ->  Abs (  -121,  -330)
	 25: Rel (    55,    58)  ->  Abs (   -66,  -272)
	 26: Rel (    48,     0)  ->  Abs (   -18,  -272)
	 27: Rel (    43,     0)  ->  Abs (    25,  -272)
	 28: Rel (   196,   -11)  ->  Abs (   221,  -283)
	 29: Rel (    74,     0)  ->  Abs (   295,  -283)
	 30: Rel (   209,   944)  ->  Abs (   504,   661)

	Glyph  37: off = 0x00001B42, len = 260
	  numberOfContours:	1
	  xMin:			100
	  yMin:			-461
	  xMax:			1182
	  yMax:			1464

	EndPoints
	---------
	  0:  53

	  Length of Instructions:	108
	00000: NPUSHB      (14):   101    52   117    52     2     5    48     1    73    37 
	                            89    37     2     5 
	00016: PUSHW[1]            -16 
	00019: NPUSHB      (47):    12    17    72    48    51     1    82    51   138    33 
	                            35    20    33    33    35    48    35    51    33    35 
	                            33    43    18     0    28     3   138    22    28    12 
	                             7   138    18     0    25   154    30    30    15    45 
	                           153    40     7    10   153    15    27 
	00068: SVTCA[y-axis] 
	00069: MIAP[rd+ci] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: MIAP[rd+ci] 
	00072: MIRP[nrp0,md,rd,1] 
	00073: SRP2       
	00074: IP         
	00075: MDAP[rd]   
	00076: MIRP[nrp0,md,rd,1] 
	00077: IP         
	00078: IUP[x]     
	00079: SVTCA[x-axis] 
	00080: MDAP[rd]   
	00081: MIRP[nrp0,md,rd,1] 
	00082: MDRP[nrp0,md,rd,1] 
	00083: MDRP[nrp0,nmd,rd,0] 
	00084: MDRP[srp0,nmd,rd,0] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: SRP1       
	00087: IP         
	00088: SRP0       
	00089: MDRP[nrp0,nmd,rd,0] 
	00090: IP         
	00091: IP         
	00092: SRP1       
	00093: SHP[rp1,zp0] 
	00094: SRP1       
	00095: SHP[rp1,zp0] 
	00096: SDPVTL[1]  
	00097: SRP0       
	00098: CALL       
	00099: CALL       
	00100: SRP0       
	00101: MDRP[nrp0,nmd,rd,0] 
	00102: IUP[y]     
	00103: SVTCA[x-axis] 
	00104: CALL       
	00105: DELTAP1    
	00106: DELTAP1    
	00107: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:        XDual         Y-Short X-Short Off
	 10:        XDual         Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual               Y-Short X-Short Off
	 25:  YDual               Y-Short X-Short On
	 26:  YDual       Rep-  1 Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual Rep-  2 Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual Rep-  4 Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual                       X-Short On
	 46:  YDual                       X-Short Off
	 47:              Rep-  2 Y-Short X-Short Off
	 50:                      Y-Short X-Short On
	 51:              Rep-  2 Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   422,   551)  ->  Abs (   422,   551)
	  1: Rel (    51,   -20)  ->  Abs (   473,   531)
	  2: Rel (    57,  -105)  ->  Abs (   530,   426)
	  3: Rel (     0,   -55)  ->  Abs (   530,   371)
	  4: Rel (     0,   -98)  ->  Abs (   530,   273)
	  5: Rel (   -61,  -236)  ->  Abs (   469,    37)
	  6: Rel (   -33,  -128)  ->  Abs (   436,   -91)
	  7: Rel (     0,   -63)  ->  Abs (   436,  -154)
	  8: Rel (     0,   -48)  ->  Abs (   436,  -202)
	  9: Rel (   101,   -77)  ->  Abs (   537,  -279)
	 10: Rel (   145,   -10)  ->  Abs (   682,  -289)
	 11: Rel (    66,    -5)  ->  Abs (   748,  -294)
	 12: Rel (     0,   -79)  ->  Abs (   748,  -373)
	 13: Rel (     0,   -34)  ->  Abs (   748,  -407)
	 14: Rel (   -59,   -54)  ->  Abs (   689,  -461)
	 15: Rel (   -50,     0)  ->  Abs (   639,  -461)
	 16: Rel (  -160,     0)  ->  Abs (   479,  -461)
	 17: Rel (  -229,   174)  ->  Abs (   250,  -287)
	 18: Rel (     0,   121)  ->  Abs (   250,  -166)
	 19: Rel (     0,    84)  ->  Abs (   250,   -82)
	 20: Rel (    43,   166)  ->  Abs (   293,    84)
	 21: Rel (    51,   199)  ->  Abs (   344,   283)
	 22: Rel (     0,    65)  ->  Abs (   344,   348)
	 23: Rel (     0,    51)  ->  Abs (   344,   399)
	 24: Rel (   -92,    69)  ->  Abs (   252,   468)
	 25: Rel (   -82,     7)  ->  Abs (   170,   475)
	 26: Rel (   -28,     3)  ->  Abs (   142,   478)
	 27: Rel (   -42,    46)  ->  Abs (   100,   524)
	 28: Rel (     0,    27)  ->  Abs (   100,   551)
	 29: Rel (     0,    84)  ->  Abs (   100,   635)
	 30: Rel (    90,     6)  ->  Abs (   190,   641)
	 31: Rel (   155,    10)  ->  Abs (   345,   651)
	 32: Rel (   124,    67)  ->  Abs (   469,   718)
	 33: Rel (    55,   131)  ->  Abs (   524,   849)
	 34: Rel (    38,   167)  ->  Abs (   562,  1016)
	 35: Rel (    31,   134)  ->  Abs (   593,  1150)
	 36: Rel (    42,   105)  ->  Abs (   635,  1255)
	 37: Rel (    96,   103)  ->  Abs (   731,  1358)
	 38: Rel (   129,    75)  ->  Abs (   860,  1433)
	 39: Rel (   157,    31)  ->  Abs (  1017,  1464)
	 40: Rel (    87,     0)  ->  Abs (  1104,  1464)
	 41: Rel (    35,     0)  ->  Abs (  1139,  1464)
	 42: Rel (    43,   -49)  ->  Abs (  1182,  1415)
	 43: Rel (     0,   -39)  ->  Abs (  1182,  1376)
	 44: Rel (     0,   -90)  ->  Abs (  1182,  1286)
	 45: Rel (   -90,     0)  ->  Abs (  1092,  1286)
	 46: Rel (  -102,     0)  ->  Abs (   990,  1286)
	 47: Rel (  -136,   -53)  ->  Abs (   854,  1233)
	 48: Rel (   -80,   -93)  ->  Abs (   774,  1140)
	 49: Rel (   -29,  -109)  ->  Abs (   745,  1031)
	 50: Rel (   -18,   -78)  ->  Abs (   727,   953)
	 51: Rel (   -43,  -179)  ->  Abs (   684,   774)
	 52: Rel (   -51,  -108)  ->  Abs (   633,   666)
	 53: Rel (  -134,  -102)  ->  Abs (   499,   564)

	Glyph  38: off = 0x00001C46, len = 106
	  numberOfContours:	1
	  xMin:			168
	  yMin:			-322
	  xMax:			870
	  yMax:			1466

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	43
	00000: NPUSHB      (24):    87     4   119     4     2    12     1    82     5     0 
	                             5   141     9    12    20     9    12    12     5     0 
	                             9     7    14     7 
	00026: SVTCA[y-axis] 
	00027: MIAP[rd+ci] 
	00028: MDAP[rd]   
	00029: IUP[x]     
	00030: SVTCA[x-axis] 
	00031: MDAP[rd]   
	00032: MDRP[nrp0,md,rd,1] 
	00033: SHP[rp1,zp0] 
	00034: SHP[rp2,zp1] 
	00035: SDPVTL[1]  
	00036: CALL       
	00037: SDPVTL[1]  
	00038: CALL       
	00039: MDRP[nrp0,nmd,rd,0] 
	00040: IUP[y]     
	00041: SVTCA[x-axis] 
	00042: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short On
	  3:                              X-Short Off
	  4:                                      Off
	  5:                      Y-Short X-Short On
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:                                      Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off

	Coordinates
	-----------
	  0: Rel (   870,  1411)  ->  Abs (   870,  1411)
	  1: Rel (     0,   -41)  ->  Abs (   870,  1370)
	  2: Rel (   -39,   -90)  ->  Abs (   831,  1280)
	  3: Rel (  -128,  -295)  ->  Abs (   703,   985)
	  4: Rel (  -310,  -984)  ->  Abs (   393,     1)
	  5: Rel (   -37,  -247)  ->  Abs (   356,  -246)
	  6: Rel (   -10,   -76)  ->  Abs (   346,  -322)
	  7: Rel (   -90,     0)  ->  Abs (   256,  -322)
	  8: Rel (   -88,     0)  ->  Abs (   168,  -322)
	  9: Rel (     0,    78)  ->  Abs (   168,  -244)
	 10: Rel (     0,   125)  ->  Abs (   168,  -119)
	 11: Rel (   215,   764)  ->  Abs (   383,   645)
	 12: Rel (   305,   757)  ->  Abs (   688,  1402)
	 13: Rel (    72,    64)  ->  Abs (   760,  1466)
	 14: Rel (    45,     0)  ->  Abs (   805,  1466)
	 15: Rel (    65,     0)  ->  Abs (   870,  1466)

	Glyph  39: off = 0x00001CB0, len = 258
	  numberOfContours:	1
	  xMin:			-182
	  yMin:			-461
	  xMax:			930
	  yMax:			1464

	EndPoints
	---------
	  0:  54

	  Length of Instructions:	104
	00000: NPUSHB      (63):   105    53   121    53   137    53     3    68    38    84 
	                            38   132    38     3     6     0    22     0     2    52 
	                            49     1    82    49   138    37    33    20    37    37 
	                            33    52    33    49    37     0    28     3   138    23 
	                             7   138    37    33    44    14    28    19    56     0 
	                            30   154    26    26    41    11   154    16     7    46 
	                           153    41    27 
	00065: SVTCA[y-axis] 
	00066: MIAP[rd+ci] 
	00067: MIRP[nrp0,md,rd,1] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SRP2       
	00071: IP         
	00072: MDAP[rd]   
	00073: MIRP[nrp0,md,rd,1] 
	00074: IP         
	00075: IUP[x]     
	00076: SVTCA[x-axis] 
	00077: SRP0       
	00078: MDRP[srp0,nmd,rd,0] 
	00079: MDRP[nrp0,nmd,rd,0] 
	00080: MDRP[nrp0,md,rd,1] 
	00081: MDRP[nrp0,nmd,rd,0] 
	00082: IP         
	00083: IP         
	00084: MIRP[nrp0,md,rd,1] 
	00085: MDRP[srp0,nmd,rd,0] 
	00086: MIRP[nrp0,md,rd,1] 
	00087: SRP1       
	00088: IP         
	00089: SRP1       
	00090: SHP[rp1,zp0] 
	00091: SRP1       
	00092: SHP[rp1,zp0] 
	00093: SDPVTL[1]  
	00094: SRP0       
	00095: CALL       
	00096: CALL       
	00097: SRP0       
	00098: MDRP[nrp0,nmd,rd,0] 
	00099: IUP[y]     
	00100: SVTCA[x-axis] 
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual       Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual       Rep-  1 Y-Short X-Short Off
	 11:  YDual               Y-Short X-Short On
	 12:  YDual       Rep-  1 Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short         On
	 20:        XDual         Y-Short         Off
	 21:                      Y-Short X-Short On
	 22:                      Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:                      Y-Short X-Short On
	 31:              Rep-  3 Y-Short X-Short Off
	 35:                      Y-Short X-Short On
	 36:              Rep-  4 Y-Short X-Short Off
	 41:  YDual                       X-Short On
	 42:  YDual                       X-Short Off
	 43:  YDual               Y-Short X-Short Off
	 44:  YDual XDual         Y-Short         On
	 45:  YDual XDual         Y-Short         Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:  YDual XDual Rep-  2 Y-Short X-Short Off
	 51:  YDual XDual         Y-Short X-Short On
	 52:  YDual XDual Rep-  2 Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   594,   438)  ->  Abs (   594,   438)
	  1: Rel (   -58,    18)  ->  Abs (   536,   456)
	  2: Rel (   -67,   116)  ->  Abs (   469,   572)
	  3: Rel (     0,    55)  ->  Abs (   469,   627)
	  4: Rel (     0,    83)  ->  Abs (   469,   710)
	  5: Rel (    63,   248)  ->  Abs (   532,   958)
	  6: Rel (    23,    84)  ->  Abs (   555,  1042)
	  7: Rel (     0,    82)  ->  Abs (   555,  1124)
	  8: Rel (     0,    68)  ->  Abs (   555,  1192)
	  9: Rel (   -58,    69)  ->  Abs (   497,  1261)
	 10: Rel (   -79,    27)  ->  Abs (   418,  1288)
	 11: Rel (   -82,     8)  ->  Abs (   336,  1296)
	 12: Rel (   -35,     3)  ->  Abs (   301,  1299)
	 13: Rel (   -41,    44)  ->  Abs (   260,  1343)
	 14: Rel (     0,    31)  ->  Abs (   260,  1374)
	 15: Rel (     0,    90)  ->  Abs (   260,  1464)
	 16: Rel (   139,     0)  ->  Abs (   399,  1464)
	 17: Rel (   150,     0)  ->  Abs (   549,  1464)
	 18: Rel (   192,  -175)  ->  Abs (   741,  1289)
	 19: Rel (     0,  -132)  ->  Abs (   741,  1157)
	 20: Rel (     0,   -82)  ->  Abs (   741,  1075)
	 21: Rel (   -43,  -162)  ->  Abs (   698,   913)
	 22: Rel (   -49,  -188)  ->  Abs (   649,   725)
	 23: Rel (     0,   -80)  ->  Abs (   649,   645)
	 24: Rel (     0,   -37)  ->  Abs (   649,   608)
	 25: Rel (    69,   -76)  ->  Abs (   718,   532)
	 26: Rel (   148,   -12)  ->  Abs (   866,   520)
	 27: Rel (    64,    -5)  ->  Abs (   930,   515)
	 28: Rel (     0,   -58)  ->  Abs (   930,   457)
	 29: Rel (     0,   -93)  ->  Abs (   930,   364)
	 30: Rel (   -96,    -8)  ->  Abs (   834,   356)
	 31: Rel (  -116,   -10)  ->  Abs (   718,   346)
	 32: Rel (  -138,   -41)  ->  Abs (   580,   305)
	 33: Rel (   -79,   -80)  ->  Abs (   501,   225)
	 34: Rel (   -28,  -101)  ->  Abs (   473,   124)
	 35: Rel (   -21,  -112)  ->  Abs (   452,    12)
	 36: Rel (   -22,  -122)  ->  Abs (   430,  -110)
	 37: Rel (   -32,  -105)  ->  Abs (   398,  -215)
	 38: Rel (   -95,  -129)  ->  Abs (   303,  -344)
	 39: Rel (  -129,   -83)  ->  Abs (   174,  -427)
	 40: Rel (  -168,   -34)  ->  Abs (     6,  -461)
	 41: Rel (   -90,     0)  ->  Abs (   -84,  -461)
	 42: Rel (   -40,     0)  ->  Abs (  -124,  -461)
	 43: Rel (   -58,    53)  ->  Abs (  -182,  -408)
	 44: Rel (     0,    35)  ->  Abs (  -182,  -373)
	 45: Rel (     0,    92)  ->  Abs (  -182,  -281)
	 46: Rel (    92,     0)  ->  Abs (   -90,  -281)
	 47: Rel (   111,     0)  ->  Abs (    21,  -281)
	 48: Rel (   104,    31)  ->  Abs (   125,  -250)
	 49: Rel (    83,    66)  ->  Abs (   208,  -184)
	 50: Rel (    37,    98)  ->  Abs (   245,   -86)
	 51: Rel (    30,   135)  ->  Abs (   275,    49)
	 52: Rel (    36,   164)  ->  Abs (   311,   213)
	 53: Rel (    50,   109)  ->  Abs (   361,   322)
	 54: Rel (   137,   103)  ->  Abs (   498,   425)

	Glyph  40: off = 0x00001DB2, len = 68
	  numberOfContours:	1
	  xMin:			274
	  yMin:			287
	  xMax:			766
	  yMax:			776

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	22
	00000: NPUSHB      (11):     0    31     6   143     6   159     6     3     6     3 
	                             9 
	00013: SVTCA[y-axis] 
	00014: MDAP[rd]   
	00015: MDRP[nrp0,md,rd,1] 
	00016: SVTCA[x-axis] 
	00017: MDAP[rd]   
	00018: DELTAP1    
	00019: MDRP[nrp0,md,rd,1] 
	00020: IUP[y]     
	00021: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   766,   567)  ->  Abs (   766,   567)
	  1: Rel (     0,  -112)  ->  Abs (   766,   455)
	  2: Rel (  -175,  -168)  ->  Abs (   591,   287)
	  3: Rel (  -112,     0)  ->  Abs (   479,   287)
	  4: Rel (   -86,     0)  ->  Abs (   393,   287)
	  5: Rel (  -119,   120)  ->  Abs (   274,   407)
	  6: Rel (     0,    87)  ->  Abs (   274,   494)
	  7: Rel (     0,   111)  ->  Abs (   274,   605)
	  8: Rel (   181,   171)  ->  Abs (   455,   776)
	  9: Rel (   110,     0)  ->  Abs (   565,   776)
	 10: Rel (    85,     0)  ->  Abs (   650,   776)
	 11: Rel (   116,  -120)  ->  Abs (   766,   656)

	Glyph  41: off = 0x00001DF6, len = 270
	  numberOfContours:	2
	  xMin:			127
	  yMin:			41
	  xMax:			1231
	  yMax:			944

	EndPoints
	---------
	  0:  24
	  1:  49

	  Length of Instructions:	120
	00000: NPUSHB      (60):     6    49    22    49     2   124    48   140    48     2 
	                            55    40     1     4    38    20    38   100    38     3 
	                           138    34     1   138    33     1     6    24    22    24 
	                             2   124    23   140    23     2    55    15     1     4 
	                            13    20    13   100    13     3   138     9     1   138 
	                             8     1    42    31   143     6     1     6    17    25 
	00062: PUSHW[1]            -40 
	00065: PUSHB[4]             13    17    72     0 
	00070: PUSHW[1]            -40 
	00073: NPUSHB      (15):    13    17    72    45   227    25    29   226    36    20 
	                           227     0     4   226    11 
	00090: MDAP[rd]   
	00091: MIRP[nrp0,md,rd,1] 
	00092: IP         
	00093: MIRP[nrp0,md,rd,1] 
	00094: MDRP[srp0,nmd,rd,0] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: IP         
	00097: MIRP[nrp0,md,rd,1] 
	00098: CALL       
	00099: CALL       
	00100: SVTCA[y-axis] 
	00101: MDAP[rd]   
	00102: MDRP[nrp0,nmd,rd,0] 
	00103: DELTAP1    
	00104: IP         
	00105: IP         
	00106: IUP[y]     
	00107: IUP[x]     
	00108: DELTAP1    
	00109: DELTAP1    
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP1    
	00113: DELTAP1    
	00114: DELTAP1    
	00115: DELTAP1    
	00116: DELTAP1    
	00117: DELTAP1    
	00118: DELTAP1    
	00119: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual       Rep-  2 Y-Short X-Short Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual Rep-  1 Y-Short X-Short Off
	 15:  YDual               Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:                      Y-Short         On
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short X-Short On
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:  YDual                       X-Short On
	 32:  YDual                       X-Short Off
	 33:  YDual       Rep-  2 Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual Rep-  1 Y-Short X-Short Off
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short X-Short On
	 49:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   297,   487)  ->  Abs (   297,   487)
	  1: Rel (   106,  -149)  ->  Abs (   403,   338)
	  2: Rel (   125,  -139)  ->  Abs (   528,   199)
	  3: Rel (    33,   -36)  ->  Abs (   561,   163)
	  4: Rel (     0,   -54)  ->  Abs (   561,   109)
	  5: Rel (     0,   -68)  ->  Abs (   561,    41)
	  6: Rel (   -84,     0)  ->  Abs (   477,    41)
	  7: Rel (   -36,     0)  ->  Abs (   441,    41)
	  8: Rel (   -67,    55)  ->  Abs (   374,    96)
	  9: Rel (  -181,   244)  ->  Abs (   193,   340)
	 10: Rel (   -66,   108)  ->  Abs (   127,   448)
	 11: Rel (     0,    58)  ->  Abs (   127,   506)
	 12: Rel (     0,    30)  ->  Abs (   127,   536)
	 13: Rel (    45,    60)  ->  Abs (   172,   596)
	 14: Rel (   139,   118)  ->  Abs (   311,   714)
	 15: Rel (   257,   194)  ->  Abs (   568,   908)
	 16: Rel (    68,    36)  ->  Abs (   636,   944)
	 17: Rel (    21,     0)  ->  Abs (   657,   944)
	 18: Rel (    36,     0)  ->  Abs (   693,   944)
	 19: Rel (    46,   -39)  ->  Abs (   739,   905)
	 20: Rel (     0,   -31)  ->  Abs (   739,   874)
	 21: Rel (     0,   -29)  ->  Abs (   739,   845)
	 22: Rel (   -25,   -41)  ->  Abs (   714,   804)
	 23: Rel (   -44,   -30)  ->  Abs (   670,   774)
	 24: Rel (  -203,  -136)  ->  Abs (   467,   638)
	 25: Rel (   321,  -151)  ->  Abs (   788,   487)
	 26: Rel (   106,  -149)  ->  Abs (   894,   338)
	 27: Rel (   126,  -139)  ->  Abs (  1020,   199)
	 28: Rel (    33,   -36)  ->  Abs (  1053,   163)
	 29: Rel (     0,   -54)  ->  Abs (  1053,   109)
	 30: Rel (     0,   -68)  ->  Abs (  1053,    41)
	 31: Rel (   -84,     0)  ->  Abs (   969,    41)
	 32: Rel (   -37,     0)  ->  Abs (   932,    41)
	 33: Rel (   -66,    55)  ->  Abs (   866,    96)
	 34: Rel (  -181,   244)  ->  Abs (   685,   340)
	 35: Rel (   -67,   108)  ->  Abs (   618,   448)
	 36: Rel (     0,    58)  ->  Abs (   618,   506)
	 37: Rel (     0,    30)  ->  Abs (   618,   536)
	 38: Rel (    46,    60)  ->  Abs (   664,   596)
	 39: Rel (   139,   118)  ->  Abs (   803,   714)
	 40: Rel (   257,   194)  ->  Abs (  1060,   908)
	 41: Rel (    68,    36)  ->  Abs (  1128,   944)
	 42: Rel (    21,     0)  ->  Abs (  1149,   944)
	 43: Rel (    36,     0)  ->  Abs (  1185,   944)
	 44: Rel (    46,   -39)  ->  Abs (  1231,   905)
	 45: Rel (     0,   -31)  ->  Abs (  1231,   874)
	 46: Rel (     0,   -32)  ->  Abs (  1231,   842)
	 47: Rel (   -30,   -41)  ->  Abs (  1201,   801)
	 48: Rel (   -40,   -27)  ->  Abs (  1161,   774)
	 49: Rel (  -202,  -136)  ->  Abs (   959,   638)

	Glyph  42: off = 0x00001F04, len = 262
	  numberOfContours:	2
	  xMin:			47
	  yMin:			41
	  xMax:			1151
	  yMax:			944

	EndPoints
	---------
	  0:  24
	  1:  49

	  Length of Instructions:	113
	00000: NPUSHB      (81):     9    49    25    49     2   115    48   131    48     2 
	                            56    40     1    11    38    27    38   107    38     3 
	                           133    34     1   132    33     1     9    24    25    24 
	                             2   115    23   131    23     2    56    15     1    11 
	                            13    27    13   107    13     3   133     9     1   132 
	                             8     1    17     6   143    42     1    42    31    25 
	                            40    13    17    72     0    40    13    17    72     0 
	                             4   226    20   227    11    25    29   226    36   227 
	                            45 
	00083: MDAP[rd]   
	00084: MIRP[srp0,md,rd,1] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: IP         
	00087: MDRP[srp0,nmd,rd,0] 
	00088: MIRP[nrp0,md,rd,1] 
	00089: MIRP[nrp0,md,rd,1] 
	00090: IP         
	00091: CALL       
	00092: CALL       
	00093: SVTCA[y-axis] 
	00094: MDAP[rd]   
	00095: MDRP[nrp0,nmd,rd,0] 
	00096: DELTAP1    
	00097: IP         
	00098: IP         
	00099: IUP[y]     
	00100: IUP[x]     
	00101: DELTAP1    
	00102: DELTAP1    
	00103: DELTAP1    
	00104: DELTAP1    
	00105: DELTAP1    
	00106: DELTAP1    
	00107: DELTAP1    
	00108: DELTAP1    
	00109: DELTAP1    
	00110: DELTAP1    
	00111: DELTAP1    
	00112: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual Rep-  2 Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:              Rep-  1 Y-Short X-Short Off
	 15:                      Y-Short         Off
	 16:                      Y-Short X-Short Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual               Y-Short         On
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual               Y-Short X-Short On
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual Rep-  2 Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:              Rep-  1 Y-Short X-Short Off
	 40:                      Y-Short         Off
	 41:                      Y-Short X-Short Off
	 42:  YDual                       X-Short On
	 43:  YDual                       X-Short Off
	 44:  YDual               Y-Short X-Short Off
	 45:  YDual XDual         Y-Short         On
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:  YDual XDual         Y-Short X-Short On
	 49:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   981,   498)  ->  Abs (   981,   498)
	  1: Rel (  -106,   149)  ->  Abs (   875,   647)
	  2: Rel (  -125,   139)  ->  Abs (   750,   786)
	  3: Rel (   -33,    36)  ->  Abs (   717,   822)
	  4: Rel (     0,    55)  ->  Abs (   717,   877)
	  5: Rel (     0,    67)  ->  Abs (   717,   944)
	  6: Rel (    84,     0)  ->  Abs (   801,   944)
	  7: Rel (    36,     0)  ->  Abs (   837,   944)
	  8: Rel (    67,   -55)  ->  Abs (   904,   889)
	  9: Rel (   181,  -243)  ->  Abs (  1085,   646)
	 10: Rel (    66,  -109)  ->  Abs (  1151,   537)
	 11: Rel (     0,   -58)  ->  Abs (  1151,   479)
	 12: Rel (     0,   -30)  ->  Abs (  1151,   449)
	 13: Rel (   -45,   -60)  ->  Abs (  1106,   389)
	 14: Rel (  -139,  -118)  ->  Abs (   967,   271)
	 15: Rel (  -257,  -194)  ->  Abs (   710,    77)
	 16: Rel (   -68,   -36)  ->  Abs (   642,    41)
	 17: Rel (   -21,     0)  ->  Abs (   621,    41)
	 18: Rel (   -36,     0)  ->  Abs (   585,    41)
	 19: Rel (   -46,    39)  ->  Abs (   539,    80)
	 20: Rel (     0,    31)  ->  Abs (   539,   111)
	 21: Rel (     0,    30)  ->  Abs (   539,   141)
	 22: Rel (    25,    40)  ->  Abs (   564,   181)
	 23: Rel (    44,    30)  ->  Abs (   608,   211)
	 24: Rel (   203,   137)  ->  Abs (   811,   348)
	 25: Rel (  -322,   150)  ->  Abs (   489,   498)
	 26: Rel (  -106,   149)  ->  Abs (   383,   647)
	 27: Rel (  -125,   139)  ->  Abs (   258,   786)
	 28: Rel (   -33,    36)  ->  Abs (   225,   822)
	 29: Rel (     0,    55)  ->  Abs (   225,   877)
	 30: Rel (     0,    67)  ->  Abs (   225,   944)
	 31: Rel (    84,     0)  ->  Abs (   309,   944)
	 32: Rel (    37,     0)  ->  Abs (   346,   944)
	 33: Rel (    66,   -55)  ->  Abs (   412,   889)
	 34: Rel (   181,  -243)  ->  Abs (   593,   646)
	 35: Rel (    66,  -109)  ->  Abs (   659,   537)
	 36: Rel (     0,   -58)  ->  Abs (   659,   479)
	 37: Rel (     0,   -30)  ->  Abs (   659,   449)
	 38: Rel (   -45,   -60)  ->  Abs (   614,   389)
	 39: Rel (  -139,  -118)  ->  Abs (   475,   271)
	 40: Rel (  -257,  -194)  ->  Abs (   218,    77)
	 41: Rel (   -68,   -36)  ->  Abs (   150,    41)
	 42: Rel (   -21,     0)  ->  Abs (   129,    41)
	 43: Rel (   -36,     0)  ->  Abs (    93,    41)
	 44: Rel (   -46,    39)  ->  Abs (    47,    80)
	 45: Rel (     0,    31)  ->  Abs (    47,   111)
	 46: Rel (     0,    30)  ->  Abs (    47,   141)
	 47: Rel (    25,    40)  ->  Abs (    72,   181)
	 48: Rel (    45,    30)  ->  Abs (   117,   211)
	 49: Rel (   202,   137)  ->  Abs (   319,   348)

	Glyph  43: off = 0x0000200A, len = 74
	  numberOfContours:	1
	  xMin:			184
	  yMin:			612
	  xMax:			1071
	  yMax:			834

	EndPoints
	---------
	  0:  15

	  Length of Instructions:	18
	00000: PUSHB[7]              7    17     0    14     9   153     5 
	00008: SVTCA[y-axis] 
	00009: MDAP[rd]   
	00010: MIRP[srp0,md,rd,1] 
	00011: MDRP[nrp0,nmd,rd,0] 
	00012: SVTCA[x-axis] 
	00013: MDAP[rd]   
	00014: SRP0       
	00015: MDRP[nrp0,nmd,rd,2] 
	00016: IUP[y]     
	00017: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual Rep-  1 Y-Short X-Short Off
	  4:  YDual               Y-Short         Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short         On
	  8:        XDual         Y-Short         Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:                      Y-Short         Off
	 12:                      Y-Short X-Short On
	 13:                      Y-Short X-Short Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   184,   709)  ->  Abs (   184,   709)
	  1: Rel (     0,    37)  ->  Abs (   184,   746)
	  2: Rel (    63,    54)  ->  Abs (   247,   800)
	  3: Rel (   100,    13)  ->  Abs (   347,   813)
	  4: Rel (   524,    21)  ->  Abs (   871,   834)
	  5: Rel (   124,     0)  ->  Abs (   995,   834)
	  6: Rel (    76,     0)  ->  Abs (  1071,   834)
	  7: Rel (     0,   -74)  ->  Abs (  1071,   760)
	  8: Rel (     0,  -117)  ->  Abs (  1071,   643)
	  9: Rel (   -96,     0)  ->  Abs (   975,   643)
	 10: Rel (  -124,     0)  ->  Abs (   851,   643)
	 11: Rel (  -409,   -14)  ->  Abs (   442,   629)
	 12: Rel (   -51,    -6)  ->  Abs (   391,   623)
	 13: Rel (   -85,   -11)  ->  Abs (   306,   612)
	 14: Rel (   -48,     0)  ->  Abs (   258,   612)
	 15: Rel (   -74,     0)  ->  Abs (   184,   612)

	Glyph  44: off = 0x00002054, len = 78
	  numberOfContours:	1
	  xMin:			184
	  yMin:			612
	  xMax:			1829
	  yMax:			834

	EndPoints
	---------
	  0:  16

	  Length of Instructions:	18
	00000: PUSHB[7]              8    18     0    15    10   153     6 
	00008: SVTCA[y-axis] 
	00009: MDAP[rd]   
	00010: MIRP[srp0,md,rd,1] 
	00011: MDRP[nrp0,nmd,rd,0] 
	00012: SVTCA[x-axis] 
	00013: MDAP[rd]   
	00014: SRP0       
	00015: MDRP[nrp0,nmd,rd,2] 
	00016: IUP[y]     
	00017: IUP[x]     

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short         On
	  5:  YDual               Y-Short         Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:  YDual                       X-Short On
	 11:  YDual                       X-Short Off
	 12:                      Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   184,   709)  ->  Abs (   184,   709)
	  1: Rel (     0,    42)  ->  Abs (   184,   751)
	  2: Rel (    78,    55)  ->  Abs (   262,   806)
	  3: Rel (    69,     4)  ->  Abs (   331,   810)
	  4: Rel (   681,    14)  ->  Abs (  1012,   824)
	  5: Rel (   611,    10)  ->  Abs (  1623,   834)
	  6: Rel (   130,     0)  ->  Abs (  1753,   834)
	  7: Rel (    76,     0)  ->  Abs (  1829,   834)
	  8: Rel (     0,   -74)  ->  Abs (  1829,   760)
	  9: Rel (     0,  -117)  ->  Abs (  1829,   643)
	 10: Rel (   -96,     0)  ->  Abs (  1733,   643)
	 11: Rel (  -170,     0)  ->  Abs (  1563,   643)
	 12: Rel ( -1126,   -15)  ->  Abs (   437,   628)
	 13: Rel (   -46,    -5)  ->  Abs (   391,   623)
	 14: Rel (   -85,   -11)  ->  Abs (   306,   612)
	 15: Rel (   -48,     0)  ->  Abs (   258,   612)
	 16: Rel (   -74,     0)  ->  Abs (   184,   612)

	Glyph  45: off = 0x000020A2, len = 166
	  numberOfContours:	2
	  xMin:			418
	  yMin:			897
	  xMax:			1227
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  40

	  Length of Instructions:	42
	00000: NPUSHB      (23):    26    20     0   176     6   178    33    12     7    20 
	                           177    29   175    36   180    23    15   180     3   175 
	                             0   177     9 
	00025: MDAP[rd]   
	00026: MIRP[nrp0,md,rd,1] 
	00027: MIRP[srp0,md,rd,1] 
	00028: MIRP[nrp0,nmd,rd,0] 
	00029: MDRP[srp0,nmd,rd,0] 
	00030: MIRP[nrp0,nmd,rd,0] 
	00031: MIRP[srp0,md,rd,1] 
	00032: MIRP[nrp0,md,rd,1] 
	00033: SVTCA[y-axis] 
	00034: MIAP[rd+ci] 
	00035: SHP[rp1,zp0] 
	00036: MIRP[srp0,nmd,rd,0] 
	00037: MIRP[nrp0,md,rd,1] 
	00038: IP         
	00039: IP         
	00040: IUP[y]     
	00041: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short         On
	 21:        XDual Rep-  1 Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:                      Y-Short X-Short Off
	 26:  YDual                       X-Short On
	 27:  YDual                       X-Short Off
	 28:  YDual               Y-Short X-Short Off
	 29:  YDual XDual         Y-Short         On
	 30:  YDual XDual         Y-Short         Off
	 31:  YDual XDual Rep-  1 Y-Short X-Short Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   602,  1196)  ->  Abs (   602,  1196)
	  1: Rel (    51,    -6)  ->  Abs (   653,  1190)
	  2: Rel (    64,   -71)  ->  Abs (   717,  1119)
	  3: Rel (     0,   -48)  ->  Abs (   717,  1071)
	  4: Rel (     0,   -68)  ->  Abs (   717,  1003)
	  5: Rel (  -111,  -106)  ->  Abs (   606,   897)
	  6: Rel (   -67,     0)  ->  Abs (   539,   897)
	  7: Rel (   -57,     0)  ->  Abs (   482,   897)
	  8: Rel (   -64,    80)  ->  Abs (   418,   977)
	  9: Rel (     0,    72)  ->  Abs (   418,  1049)
	 10: Rel (     0,   114)  ->  Abs (   418,  1163)
	 11: Rel (   203,   301)  ->  Abs (   621,  1464)
	 12: Rel (    73,     0)  ->  Abs (   694,  1464)
	 13: Rel (    24,     0)  ->  Abs (   718,  1464)
	 14: Rel (    38,   -35)  ->  Abs (   756,  1429)
	 15: Rel (     0,   -22)  ->  Abs (   756,  1407)
	 16: Rel (     0,   -29)  ->  Abs (   756,  1378)
	 17: Rel (   -26,   -37)  ->  Abs (   730,  1341)
	 18: Rel (   -42,   -30)  ->  Abs (   688,  1311)
	 19: Rel (   -61,   -44)  ->  Abs (   627,  1267)
	 20: Rel (   446,   -71)  ->  Abs (  1073,  1196)
	 21: Rel (    51,    -6)  ->  Abs (  1124,  1190)
	 22: Rel (    64,   -71)  ->  Abs (  1188,  1119)
	 23: Rel (     0,   -48)  ->  Abs (  1188,  1071)
	 24: Rel (     0,   -68)  ->  Abs (  1188,  1003)
	 25: Rel (  -111,  -106)  ->  Abs (  1077,   897)
	 26: Rel (   -67,     0)  ->  Abs (  1010,   897)
	 27: Rel (   -57,     0)  ->  Abs (   953,   897)
	 28: Rel (   -64,    80)  ->  Abs (   889,   977)
	 29: Rel (     0,    72)  ->  Abs (   889,  1049)
	 30: Rel (     0,    61)  ->  Abs (   889,  1110)
	 31: Rel (    77,   183)  ->  Abs (   966,  1293)
	 32: Rel (   147,   171)  ->  Abs (  1113,  1464)
	 33: Rel (    52,     0)  ->  Abs (  1165,  1464)
	 34: Rel (    24,     0)  ->  Abs (  1189,  1464)
	 35: Rel (    38,   -35)  ->  Abs (  1227,  1429)
	 36: Rel (     0,   -22)  ->  Abs (  1227,  1407)
	 37: Rel (     0,   -33)  ->  Abs (  1227,  1374)
	 38: Rel (   -32,   -37)  ->  Abs (  1195,  1337)
	 39: Rel (   -36,   -26)  ->  Abs (  1159,  1311)
	 40: Rel (   -61,   -44)  ->  Abs (  1098,  1267)

	Glyph  46: off = 0x00002148, len = 166
	  numberOfContours:	2
	  xMin:			395
	  yMin:			897
	  xMax:			1204
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  40

	  Length of Instructions:	42
	00000: NPUSHB      (23):    33    12   178    26    20     0   176     6     7    36 
	                           180    23   175    20   177    29     0   177     9   175 
	                            15   180     3 
	00025: MDAP[rd]   
	00026: MIRP[nrp0,nmd,rd,0] 
	00027: MIRP[srp0,md,rd,1] 
	00028: MIRP[nrp0,md,rd,1] 
	00029: MDRP[srp0,nmd,rd,0] 
	00030: MIRP[nrp0,md,rd,1] 
	00031: MIRP[srp0,md,rd,1] 
	00032: MIRP[nrp0,nmd,rd,0] 
	00033: SVTCA[y-axis] 
	00034: MIAP[rd+ci] 
	00035: MIRP[nrp0,md,rd,1] 
	00036: IP         
	00037: IP         
	00038: MIRP[nrp0,nmd,rd,0] 
	00039: SHP[rp2,zp1] 
	00040: IUP[y]     
	00041: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual       Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual               Y-Short         On
	 21:  YDual       Rep-  1 Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual         Y-Short X-Short Off
	 29:        XDual         Y-Short         On
	 30:        XDual         Y-Short         Off
	 31:              Rep-  1 Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual         Y-Short X-Short On
	 40:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   549,  1165)  ->  Abs (   549,  1165)
	  1: Rel (   -51,     6)  ->  Abs (   498,  1171)
	  2: Rel (   -64,    71)  ->  Abs (   434,  1242)
	  3: Rel (     0,    48)  ->  Abs (   434,  1290)
	  4: Rel (     0,    70)  ->  Abs (   434,  1360)
	  5: Rel (   111,   104)  ->  Abs (   545,  1464)
	  6: Rel (    67,     0)  ->  Abs (   612,  1464)
	  7: Rel (    57,     0)  ->  Abs (   669,  1464)
	  8: Rel (    64,   -79)  ->  Abs (   733,  1385)
	  9: Rel (     0,   -72)  ->  Abs (   733,  1313)
	 10: Rel (     0,  -115)  ->  Abs (   733,  1198)
	 11: Rel (  -203,  -301)  ->  Abs (   530,   897)
	 12: Rel (   -73,     0)  ->  Abs (   457,   897)
	 13: Rel (   -24,     0)  ->  Abs (   433,   897)
	 14: Rel (   -38,    36)  ->  Abs (   395,   933)
	 15: Rel (     0,    21)  ->  Abs (   395,   954)
	 16: Rel (     0,    34)  ->  Abs (   395,   988)
	 17: Rel (    32,    37)  ->  Abs (   427,  1025)
	 18: Rel (    36,    26)  ->  Abs (   463,  1051)
	 19: Rel (    61,    43)  ->  Abs (   524,  1094)
	 20: Rel (   496,    71)  ->  Abs (  1020,  1165)
	 21: Rel (   -51,     6)  ->  Abs (   969,  1171)
	 22: Rel (   -64,    71)  ->  Abs (   905,  1242)
	 23: Rel (     0,    48)  ->  Abs (   905,  1290)
	 24: Rel (     0,    69)  ->  Abs (   905,  1359)
	 25: Rel (   111,   105)  ->  Abs (  1016,  1464)
	 26: Rel (    67,     0)  ->  Abs (  1083,  1464)
	 27: Rel (    57,     0)  ->  Abs (  1140,  1464)
	 28: Rel (    64,   -79)  ->  Abs (  1204,  1385)
	 29: Rel (     0,   -72)  ->  Abs (  1204,  1313)
	 30: Rel (     0,   -62)  ->  Abs (  1204,  1251)
	 31: Rel (   -77,  -182)  ->  Abs (  1127,  1069)
	 32: Rel (  -147,  -172)  ->  Abs (   980,   897)
	 33: Rel (   -52,     0)  ->  Abs (   928,   897)
	 34: Rel (   -24,     0)  ->  Abs (   904,   897)
	 35: Rel (   -38,    36)  ->  Abs (   866,   933)
	 36: Rel (     0,    21)  ->  Abs (   866,   954)
	 37: Rel (     0,    34)  ->  Abs (   866,   988)
	 38: Rel (    32,    37)  ->  Abs (   898,  1025)
	 39: Rel (    36,    26)  ->  Abs (   934,  1051)
	 40: Rel (    61,    43)  ->  Abs (   995,  1094)

	Glyph  47: off = 0x000021EE, len = 92
	  numberOfContours:	1
	  xMin:			418
	  yMin:			897
	  xMax:			756
	  yMax:			1464

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	25
	00000: NPUSHB      (13):     0   176     6   178    12     7    15   180     3   175 
	                             0   177     9 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,md,rd,1] 
	00017: MIRP[srp0,md,rd,1] 
	00018: MIRP[nrp0,nmd,rd,0] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[srp0,nmd,rd,0] 
	00022: MIRP[nrp0,md,rd,1] 
	00023: IUP[y]     
	00024: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   602,  1196)  ->  Abs (   602,  1196)
	  1: Rel (    51,    -6)  ->  Abs (   653,  1190)
	  2: Rel (    64,   -71)  ->  Abs (   717,  1119)
	  3: Rel (     0,   -48)  ->  Abs (   717,  1071)
	  4: Rel (     0,   -68)  ->  Abs (   717,  1003)
	  5: Rel (  -111,  -106)  ->  Abs (   606,   897)
	  6: Rel (   -67,     0)  ->  Abs (   539,   897)
	  7: Rel (   -57,     0)  ->  Abs (   482,   897)
	  8: Rel (   -64,    80)  ->  Abs (   418,   977)
	  9: Rel (     0,    72)  ->  Abs (   418,  1049)
	 10: Rel (     0,   114)  ->  Abs (   418,  1163)
	 11: Rel (   203,   301)  ->  Abs (   621,  1464)
	 12: Rel (    73,     0)  ->  Abs (   694,  1464)
	 13: Rel (    24,     0)  ->  Abs (   718,  1464)
	 14: Rel (    38,   -35)  ->  Abs (   756,  1429)
	 15: Rel (     0,   -22)  ->  Abs (   756,  1407)
	 16: Rel (     0,   -29)  ->  Abs (   756,  1378)
	 17: Rel (   -26,   -37)  ->  Abs (   730,  1341)
	 18: Rel (   -42,   -30)  ->  Abs (   688,  1311)
	 19: Rel (   -61,   -44)  ->  Abs (   627,  1267)

	Glyph  48: off = 0x0000224A, len = 92
	  numberOfContours:	1
	  xMin:			395
	  yMin:			897
	  xMax:			733
	  yMax:			1464

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	25
	00000: NPUSHB      (13):    12   178     0   176     6     7     0   177     9   175 
	                            15   180     3 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,nmd,rd,0] 
	00017: MIRP[srp0,md,rd,1] 
	00018: MIRP[nrp0,md,rd,1] 
	00019: SVTCA[y-axis] 
	00020: MIAP[rd+ci] 
	00021: MIRP[nrp0,md,rd,1] 
	00022: MIRP[nrp0,nmd,rd,0] 
	00023: IUP[y]     
	00024: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual       Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                              X-Short Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   549,  1165)  ->  Abs (   549,  1165)
	  1: Rel (   -51,     6)  ->  Abs (   498,  1171)
	  2: Rel (   -64,    71)  ->  Abs (   434,  1242)
	  3: Rel (     0,    48)  ->  Abs (   434,  1290)
	  4: Rel (     0,    70)  ->  Abs (   434,  1360)
	  5: Rel (   111,   104)  ->  Abs (   545,  1464)
	  6: Rel (    67,     0)  ->  Abs (   612,  1464)
	  7: Rel (    57,     0)  ->  Abs (   669,  1464)
	  8: Rel (    64,   -79)  ->  Abs (   733,  1385)
	  9: Rel (     0,   -72)  ->  Abs (   733,  1313)
	 10: Rel (     0,  -115)  ->  Abs (   733,  1198)
	 11: Rel (  -203,  -301)  ->  Abs (   530,   897)
	 12: Rel (   -73,     0)  ->  Abs (   457,   897)
	 13: Rel (   -24,     0)  ->  Abs (   433,   897)
	 14: Rel (   -38,    36)  ->  Abs (   395,   933)
	 15: Rel (     0,    21)  ->  Abs (   395,   954)
	 16: Rel (     0,    34)  ->  Abs (   395,   988)
	 17: Rel (    32,    37)  ->  Abs (   427,  1025)
	 18: Rel (    36,    26)  ->  Abs (   463,  1051)
	 19: Rel (    61,    43)  ->  Abs (   524,  1094)

	Glyph  49: off = 0x000022A6, len = 60
	  numberOfContours:	1
	  xMin:			266
	  yMin:			381
	  xMax:			565
	  yMax:			680

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	14
	00000: PUSHB[6]              3   176     9     0   175     6 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[nrp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   565,   551)  ->  Abs (   565,   551)
	  1: Rel (     0,   -69)  ->  Abs (   565,   482)
	  2: Rel (  -106,  -101)  ->  Abs (   459,   381)
	  3: Rel (   -68,     0)  ->  Abs (   391,   381)
	  4: Rel (   -52,     0)  ->  Abs (   339,   381)
	  5: Rel (   -73,    73)  ->  Abs (   266,   454)
	  6: Rel (     0,    52)  ->  Abs (   266,   506)
	  7: Rel (     0,    68)  ->  Abs (   266,   574)
	  8: Rel (   111,   106)  ->  Abs (   377,   680)
	  9: Rel (    67,     0)  ->  Abs (   444,   680)
	 10: Rel (    52,     0)  ->  Abs (   496,   680)
	 11: Rel (    69,   -74)  ->  Abs (   565,   606)

	Glyph  50: off = 0x000022E2, len = 92
	  numberOfContours:	1
	  xMin:			332
	  yMin:			543
	  xMax:			670
	  yMax:			1110

	EndPoints
	---------
	  0:  19

	  Length of Instructions:	24
	00000: NPUSHB      (12):    12   178     0   176     6    15   180     3   175     0 
	                           177     9 
	00014: MDAP[rd]   
	00015: MIRP[nrp0,md,rd,1] 
	00016: MIRP[srp0,md,rd,1] 
	00017: MIRP[nrp0,nmd,rd,0] 
	00018: SVTCA[y-axis] 
	00019: MDAP[rd]   
	00020: MIRP[nrp0,md,rd,1] 
	00021: MIRP[nrp0,nmd,rd,0] 
	00022: IUP[y]     
	00023: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   516,   842)  ->  Abs (   516,   842)
	  1: Rel (    51,    -6)  ->  Abs (   567,   836)
	  2: Rel (    64,   -71)  ->  Abs (   631,   765)
	  3: Rel (     0,   -48)  ->  Abs (   631,   717)
	  4: Rel (     0,   -69)  ->  Abs (   631,   648)
	  5: Rel (  -111,  -105)  ->  Abs (   520,   543)
	  6: Rel (   -67,     0)  ->  Abs (   453,   543)
	  7: Rel (   -56,     0)  ->  Abs (   397,   543)
	  8: Rel (   -65,    79)  ->  Abs (   332,   622)
	  9: Rel (     0,    72)  ->  Abs (   332,   694)
	 10: Rel (     0,   115)  ->  Abs (   332,   809)
	 11: Rel (   203,   301)  ->  Abs (   535,  1110)
	 12: Rel (    74,     0)  ->  Abs (   609,  1110)
	 13: Rel (    24,     0)  ->  Abs (   633,  1110)
	 14: Rel (    37,   -36)  ->  Abs (   670,  1074)
	 15: Rel (     0,   -21)  ->  Abs (   670,  1053)
	 16: Rel (     0,   -33)  ->  Abs (   670,  1020)
	 17: Rel (   -31,   -38)  ->  Abs (   639,   982)
	 18: Rel (   -37,   -25)  ->  Abs (   602,   957)
	 19: Rel (   -60,   -44)  ->  Abs (   542,   913)

	Glyph  51: off = 0x0000233E, len = 134
	  numberOfContours:	2
	  xMin:			176
	  yMin:			-8
	  xMax:			627
	  yMax:			1008

	EndPoints
	---------
	  0:  19
	  1:  31

	  Length of Instructions:	34
	00000: NPUSHB      (18):    12   178     0   176     6    29   176    23    15   180 
	                             3   175     0   177     9    20   175    26 
	00020: MDAP[rd]   
	00021: MIRP[nrp0,md,rd,1] 
	00022: MDRP[srp0,nmd,rd,0] 
	00023: MIRP[nrp0,md,rd,1] 
	00024: MIRP[srp0,md,rd,1] 
	00025: MIRP[nrp0,nmd,rd,0] 
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: MIRP[nrp0,md,rd,1] 
	00029: MDRP[srp0,nmd,rd,0] 
	00030: MIRP[nrp0,md,rd,1] 
	00031: MIRP[nrp0,nmd,rd,0] 
	00032: IUP[y]     
	00033: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:        XDual Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:                      Y-Short X-Short Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:        XDual                 X-Short Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                              X-Short On
	 21:        XDual         Y-Short         Off
	 22:                      Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   473,   739)  ->  Abs (   473,   739)
	  1: Rel (    51,    -6)  ->  Abs (   524,   733)
	  2: Rel (    64,   -70)  ->  Abs (   588,   663)
	  3: Rel (     0,   -49)  ->  Abs (   588,   614)
	  4: Rel (     0,   -68)  ->  Abs (   588,   546)
	  5: Rel (  -111,  -106)  ->  Abs (   477,   440)
	  6: Rel (   -67,     0)  ->  Abs (   410,   440)
	  7: Rel (   -57,     0)  ->  Abs (   353,   440)
	  8: Rel (   -64,    80)  ->  Abs (   289,   520)
	  9: Rel (     0,    72)  ->  Abs (   289,   592)
	 10: Rel (     0,   115)  ->  Abs (   289,   707)
	 11: Rel (   203,   301)  ->  Abs (   492,  1008)
	 12: Rel (    73,     0)  ->  Abs (   565,  1008)
	 13: Rel (    24,     0)  ->  Abs (   589,  1008)
	 14: Rel (    38,   -36)  ->  Abs (   627,   972)
	 15: Rel (     0,   -22)  ->  Abs (   627,   950)
	 16: Rel (     0,   -33)  ->  Abs (   627,   917)
	 17: Rel (   -32,   -37)  ->  Abs (   595,   880)
	 18: Rel (   -36,   -26)  ->  Abs (   559,   854)
	 19: Rel (   -61,   -44)  ->  Abs (   498,   810)
	 20: Rel (   -23,  -648)  ->  Abs (   475,   162)
	 21: Rel (     0,   -69)  ->  Abs (   475,    93)
	 22: Rel (  -106,  -101)  ->  Abs (   369,    -8)
	 23: Rel (   -68,     0)  ->  Abs (   301,    -8)
	 24: Rel (   -52,     0)  ->  Abs (   249,    -8)
	 25: Rel (   -73,    73)  ->  Abs (   176,    65)
	 26: Rel (     0,    52)  ->  Abs (   176,   117)
	 27: Rel (     0,    69)  ->  Abs (   176,   186)
	 28: Rel (   111,   105)  ->  Abs (   287,   291)
	 29: Rel (    67,     0)  ->  Abs (   354,   291)
	 30: Rel (    52,     0)  ->  Abs (   406,   291)
	 31: Rel (    69,   -74)  ->  Abs (   475,   217)

	Glyph  52: off = 0x000023C4, len = 222
	  numberOfContours:	2
	  xMin:			203
	  yMin:			-8
	  xMax:			1004
	  yMax:			1446

	EndPoints
	---------
	  0:  35
	  1:  47

	  Length of Instructions:	84
	00000: NPUSHB      (58):   106    34   122    34   138    34     3    54    29    70 
	                            29    86    29     3   121    21   137    21     2    38 
	                             5    54     5   102     5     3   144    32     1    32 
	                             0   153    27     6    11    45   176    39     4     8 
	                           137    14    18    18    30     3   137    24    36   175 
	                            79    42    95    42   111    42     3    42 
	00060: MDAP[rd]   
	00061: DELTAP1    
	00062: MIRP[nrp0,md,rd,1] 
	00063: MDRP[srp0,nmd,rd,0] 
	00064: MIRP[nrp0,md,rd,1] 
	00065: MDRP[nrp0,nmd,rd,0] 
	00066: IP         
	00067: MDAP[rd]   
	00068: MDRP[nrp0,nmd,rd,0] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: SVTCA[y-axis] 
	00071: MIAP[rd+ci] 
	00072: MIRP[srp0,md,rd,1] 
	00073: MDRP[nrp0,nmd,rd,2] 
	00074: MIAP[rd+ci] 
	00075: MIRP[nrp0,md,rd,1] 
	00076: MDRP[nrp0,md,rd,1] 
	00077: DELTAP1    
	00078: IUP[y]     
	00079: IUP[x]     
	00080: DELTAP1    
	00081: DELTAP1    
	00082: DELTAP1    
	00083: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:                      Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual Rep-  1 Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual               Y-Short X-Short Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual       Rep-  1 Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:  YDual                       X-Short On
	 33:  YDual                       X-Short Off
	 34:  YDual               Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:                              X-Short On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual XDual         Y-Short         On
	 43:  YDual XDual         Y-Short         Off
	 44:  YDual XDual         Y-Short X-Short Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:        XDual         Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   680,  1280)  ->  Abs (   680,  1280)
	  1: Rel (  -104,     0)  ->  Abs (   576,  1280)
	  2: Rel (  -134,  -145)  ->  Abs (   442,  1135)
	  3: Rel (     0,   -76)  ->  Abs (   442,  1059)
	  4: Rel (     0,   -63)  ->  Abs (   442,   996)
	  5: Rel (    68,  -115)  ->  Abs (   510,   881)
	  6: Rel (    54,   -91)  ->  Abs (   564,   790)
	  7: Rel (    28,   -97)  ->  Abs (   592,   693)
	  8: Rel (     0,   -42)  ->  Abs (   592,   651)
	  9: Rel (     0,   -69)  ->  Abs (   592,   582)
	 10: Rel (   -82,  -142)  ->  Abs (   510,   440)
	 11: Rel (   -64,     0)  ->  Abs (   446,   440)
	 12: Rel (   -30,     0)  ->  Abs (   416,   440)
	 13: Rel (   -39,    40)  ->  Abs (   377,   480)
	 14: Rel (     0,    32)  ->  Abs (   377,   512)
	 15: Rel (     0,    24)  ->  Abs (   377,   536)
	 16: Rel (    18,    37)  ->  Abs (   395,   573)
	 17: Rel (    21,    42)  ->  Abs (   416,   615)
	 18: Rel (     0,    32)  ->  Abs (   416,   647)
	 19: Rel (     0,    27)  ->  Abs (   416,   674)
	 20: Rel (   -23,    62)  ->  Abs (   393,   736)
	 21: Rel (   -46,    63)  ->  Abs (   347,   799)
	 22: Rel (   -64,    89)  ->  Abs (   283,   888)
	 23: Rel (   -35,   116)  ->  Abs (   248,  1004)
	 24: Rel (     0,    55)  ->  Abs (   248,  1059)
	 25: Rel (     0,   148)  ->  Abs (   248,  1207)
	 26: Rel (   253,   239)  ->  Abs (   501,  1446)
	 27: Rel (   204,     0)  ->  Abs (   705,  1446)
	 28: Rel (   123,     0)  ->  Abs (   828,  1446)
	 29: Rel (   176,  -119)  ->  Abs (  1004,  1327)
	 30: Rel (     0,   -74)  ->  Abs (  1004,  1253)
	 31: Rel (     0,   -77)  ->  Abs (  1004,  1176)
	 32: Rel (   -93,     0)  ->  Abs (   911,  1176)
	 33: Rel (   -29,     0)  ->  Abs (   882,  1176)
	 34: Rel (   -49,    40)  ->  Abs (   833,  1216)
	 35: Rel (   -79,    64)  ->  Abs (   754,  1280)
	 36: Rel (  -252, -1118)  ->  Abs (   502,   162)
	 37: Rel (     0,   -68)  ->  Abs (   502,    94)
	 38: Rel (  -106,  -102)  ->  Abs (   396,    -8)
	 39: Rel (   -68,     0)  ->  Abs (   328,    -8)
	 40: Rel (   -52,     0)  ->  Abs (   276,    -8)
	 41: Rel (   -73,    73)  ->  Abs (   203,    65)
	 42: Rel (     0,    52)  ->  Abs (   203,   117)
	 43: Rel (     0,    69)  ->  Abs (   203,   186)
	 44: Rel (   110,   105)  ->  Abs (   313,   291)
	 45: Rel (    68,     0)  ->  Abs (   381,   291)
	 46: Rel (    52,     0)  ->  Abs (   433,   291)
	 47: Rel (    69,   -74)  ->  Abs (   502,   217)

	Glyph  53: off = 0x000024A2, len = 166
	  numberOfContours:	3
	  xMin:			-115
	  yMin:			-219
	  xMax:			1059
	  yMax:			1100

	EndPoints
	---------
	  0:  18
	  1:  19
	  2:  20

	  Length of Instructions:	81
	00000: NPUSHB      (10):    10    14    26    14   138    14     3     9     3     5 
	00012: PUSHW[1]            -32 
	00015: NPUSHB      (14):    12    16    72     0     4     1    16     5    20     2 
	                           233    16   229    19 
	00031: PUSHW[1]            258 
	00034: NPUSHB      (18):     9    15    19    19     0    20     6   251    12    64 
	                            22    12   245     2    21     0   240     2 
	00054: CALL       
	00055: CALL       
	00056: SVTCA[x-axis] 
	00057: SMD        
	00058: RTG        
	00059: SRP0       
	00060: FLIPON     
	00061: MIRP[nrp0,md,rd,1] 
	00062: MDRP[nrp0,nmd,rd,0] 
	00063: SRP2       
	00064: IP         
	00065: MDAP[rd]   
	00066: SVTCA[y-axis] 
	00067: MIAP[rd+ci] 
	00068: MIAP[rd+ci] 
	00069: MIAP[rd+ci] 
	00070: MIRP[nrp0,md,rd,1] 
	00071: MDRP[nrp0,nmd,rd,2] 
	00072: IUP[y]     
	00073: IUP[x]     
	00074: SDS        
	00075: SDB        
	00076: DELTAP1    
	00077: CALL       
	00078: SDS        
	00079: SDB        
	00080: DELTAP1    

	Flags
	-----
	  0:                      Y-Short X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual               Y-Short         Off
	  5:                                      Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual Rep-  1 Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual         Y-Short         Off
	 14:              Rep-  1                 Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:              Rep-  1                 On

	Coordinates
	-----------
	  0: Rel (  -115,  -100)  ->  Abs (  -115,  -100)
	  1: Rel (     0,    44)  ->  Abs (  -115,   -56)
	  2: Rel (    53,    47)  ->  Abs (   -62,    -9)
	  3: Rel (    62,    19)  ->  Abs (     0,    10)
	  4: Rel (   303,    96)  ->  Abs (   303,   106)
	  5: Rel (   467,   389)  ->  Abs (   770,   495)
	  6: Rel (   111,   240)  ->  Abs (   881,   735)
	  7: Rel (    21,    45)  ->  Abs (   902,   780)
	  8: Rel (    42,    43)  ->  Abs (   944,   823)
	  9: Rel (    43,     0)  ->  Abs (   987,   823)
	 10: Rel (    33,     0)  ->  Abs (  1020,   823)
	 11: Rel (    39,   -45)  ->  Abs (  1059,   778)
	 12: Rel (     0,   -33)  ->  Abs (  1059,   745)
	 13: Rel (     0,  -118)  ->  Abs (  1059,   627)
	 14: Rel (  -389,  -455)  ->  Abs (   670,   172)
	 15: Rel (  -562,  -356)  ->  Abs (   108,  -184)
	 16: Rel (  -120,     0)  ->  Abs (   -12,  -184)
	 17: Rel (   -46,     0)  ->  Abs (   -58,  -184)
	 18: Rel (   -57,    47)  ->  Abs (  -115,  -137)
	 19: Rel (   744,  1237)  ->  Abs (   629,  1100)
	 20: Rel (   385, -1319)  ->  Abs (  1014,  -219)

	Glyph  54: off = 0x00002548, len = 218
	  numberOfContours:	3
	  xMin:			-115
	  yMin:			-184
	  xMax:			1591
	  yMax:			1100

	EndPoints
	---------
	  0:  29
	  1:  30
	  2:  31

	  Length of Instructions:	103
	00000: NPUSHB      (15):    89    11     1    28    40    10    17    72    53     9 
	                            85     9     2     3    30 
	00017: PUSHW[1]            258 
	00020: NPUSHB      (43):    11    16     0   233    19    24    16    15    31     7 
	                           234     3   229     0     0    32     0    48     0     3 
	                            12     5    30    30    27    13    11   251    64    19 
	                             0     0     6    31    27    33    27   246     2    32 
	                             6   240     2 
	00065: CALL       
	00066: CALL       
	00067: SVTCA[x-axis] 
	00068: RTG        
	00069: SRP0       
	00070: MDRP[nrp0,nmd,rd,0] 
	00071: SRP2       
	00072: IP         
	00073: MDAP[rd]   
	00074: MDRP[nrp0,nmd,rd,1] 
	00075: SMD        
	00076: FLIPON     
	00077: MIRP[srp0,md,rd,1] 
	00078: MDRP[nrp0,md,rd,1] 
	00079: SRP1       
	00080: IP         
	00081: MDAP[rd]   
	00082: SDS        
	00083: SDB        
	00084: DELTAP1    
	00085: SVTCA[y-axis] 
	00086: MIAP[rd+ci] 
	00087: MIRP[nrp0,md,rd,1] 
	00088: MDRP[nrp0,nmd,rd,0] 
	00089: MIAP[rd+ci] 
	00090: MDRP[nrp0,nmd,rd,0] 
	00091: MDRP[srp0,md,rd,1] 
	00092: MIRP[nrp0,md,rd,1] 
	00093: SRP1       
	00094: IP         
	00095: MIAP[rd+ci] 
	00096: IUP[y]     
	00097: IUP[x]     
	00098: SDS        
	00099: DELTAP1    
	00100: CALL       
	00101: SVTCA[x-axis] 
	00102: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1                 Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:                                      Off
	 11:        XDual                 X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short Off
	 19:        XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual Rep-  1 Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short         Off
	 30:                              X-Short On
	 31:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (  1065,   580)  ->  Abs (  1065,   580)
	  1: Rel (  -291,  -383)  ->  Abs (   774,   197)
	  2: Rel (  -643,  -381)  ->  Abs (   131,  -184)
	  3: Rel (  -141,     0)  ->  Abs (   -10,  -184)
	  4: Rel (   -48,     0)  ->  Abs (   -58,  -184)
	  5: Rel (   -57,    48)  ->  Abs (  -115,  -136)
	  6: Rel (     0,    40)  ->  Abs (  -115,   -96)
	  7: Rel (     0,    79)  ->  Abs (  -115,   -17)
	  8: Rel (   133,    25)  ->  Abs (    18,     8)
	  9: Rel (   217,    41)  ->  Abs (   235,    49)
	 10: Rel (   420,   290)  ->  Abs (   655,   339)
	 11: Rel (   230,   273)  ->  Abs (   885,   612)
	 12: Rel (   -49,    34)  ->  Abs (   836,   646)
	 13: Rel (     0,    54)  ->  Abs (   836,   700)
	 14: Rel (     0,    48)  ->  Abs (   836,   748)
	 15: Rel (    82,    73)  ->  Abs (   918,   821)
	 16: Rel (    51,     0)  ->  Abs (   969,   821)
	 17: Rel (    49,     0)  ->  Abs (  1018,   821)
	 18: Rel (    70,   -41)  ->  Abs (  1088,   780)
	 19: Rel (     4,   -26)  ->  Abs (  1092,   754)
	 20: Rel (   188,    14)  ->  Abs (  1280,   768)
	 21: Rel (   126,   135)  ->  Abs (  1406,   903)
	 22: Rel (    33,    35)  ->  Abs (  1439,   938)
	 23: Rel (    41,    29)  ->  Abs (  1480,   967)
	 24: Rel (    31,     0)  ->  Abs (  1511,   967)
	 25: Rel (    36,     0)  ->  Abs (  1547,   967)
	 26: Rel (    44,   -43)  ->  Abs (  1591,   924)
	 27: Rel (     0,   -33)  ->  Abs (  1591,   891)
	 28: Rel (     0,  -107)  ->  Abs (  1591,   784)
	 29: Rel (  -326,  -187)  ->  Abs (  1265,   597)
	 30: Rel (   -98,   503)  ->  Abs (  1167,  1100)
	 31: Rel (    86, -1196)  ->  Abs (  1253,   -96)

	Glyph  55: off = 0x00002622, len = 292
	  numberOfContours:	3
	  xMin:			-115
	  yMin:			-184
	  xMax:			1686
	  yMax:			1100

	EndPoints
	---------
	  0:  43
	  1:  44
	  2:  45

	  Length of Instructions:	144
	00000: NPUSHB      (33):    10    41    26    41    42    41     3     9    58    37 
	                            74    37    90    37     3     2    32    18    32    34 
	                            32     3    12    35    10     1     3     1    24     9 
	                            16    72    44 
	00035: PUSHW[1]            258 
	00038: NPUSHB      (54):    16    11    42    27    42    43    42     3    15    42 
	                            30    25    39    11     0   231    16    20    34    25 
	                            15    45    15     8     1    28     4     8   232     3 
	                           229    45    44    45    44    36    14    13    11   251 
	                            64    20     0     0    36     6    47    36   246     2 
	                            46     6   240     2 
	00094: CALL       
	00095: CALL       
	00096: SVTCA[x-axis] 
	00097: SRP1       
	00098: SRP2       
	00099: IP         
	00100: RTG        
	00101: MDAP[rd]   
	00102: SHP[rp1,zp0] 
	00103: SMD        
	00104: FLIPON     
	00105: MIRP[srp0,md,rd,1] 
	00106: MDRP[nrp0,md,rd,1] 
	00107: SRP1       
	00108: SRP2       
	00109: IP         
	00110: IP         
	00111: MDAP[rd]   
	00112: MDAP[rd]   
	00113: SVTCA[y-axis] 
	00114: MIAP[rd+ci] 
	00115: MIRP[nrp0,md,rd,1] 
	00116: SDS        
	00117: SDB        
	00118: DELTAP1    
	00119: MDRP[nrp0,nmd,rd,0] 
	00120: MIAP[rd+ci] 
	00121: MDRP[nrp0,nmd,rd,0] 
	00122: MDRP[srp0,nmd,rd,0] 
	00123: IP         
	00124: MIRP[srp0,md,rd,1] 
	00125: SHP[rp2,zp1] 
	00126: MDRP[nrp0,nmd,rd,2] 
	00127: SRP1       
	00128: IP         
	00129: IP         
	00130: SDB        
	00131: DELTAP1    
	00132: MDAP[rd]   
	00133: MIAP[rd+ci] 
	00134: IUP[y]     
	00135: IUP[x]     
	00136: CALL       
	00137: SDS        
	00138: DELTAP1    
	00139: SDB        
	00140: DELTAP1    
	00141: DELTAP1    
	00142: SDB        
	00143: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                              X-Short Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:                                      Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:        XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short X-Short On
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:  YDual XDual         Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual                 X-Short On
	 35:  YDual XDual                 X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:  YDual                       X-Short On
	 40:  YDual                       X-Short Off
	 41:  YDual               Y-Short X-Short Off
	 42:  YDual               Y-Short X-Short On
	 43:                      Y-Short X-Short Off
	 44:        XDual Rep-  1         X-Short On

	Coordinates
	-----------
	  0: Rel (   942,   483)  ->  Abs (   942,   483)
	  1: Rel (  -228,  -262)  ->  Abs (   714,   221)
	  2: Rel (  -634,  -405)  ->  Abs (    80,  -184)
	  3: Rel (   -90,     0)  ->  Abs (   -10,  -184)
	  4: Rel (   -48,     0)  ->  Abs (   -58,  -184)
	  5: Rel (   -57,    48)  ->  Abs (  -115,  -136)
	  6: Rel (     0,    40)  ->  Abs (  -115,   -96)
	  7: Rel (     0,    72)  ->  Abs (  -115,   -24)
	  8: Rel (    90,    26)  ->  Abs (   -25,     2)
	  9: Rel (   161,    47)  ->  Abs (   136,    49)
	 10: Rel (   482,   311)  ->  Abs (   618,   360)
	 11: Rel (   144,   162)  ->  Abs (   762,   522)
	 12: Rel (   -94,    54)  ->  Abs (   668,   576)
	 13: Rel (     0,    86)  ->  Abs (   668,   662)
	 14: Rel (     0,    42)  ->  Abs (   668,   704)
	 15: Rel (    57,    76)  ->  Abs (   725,   780)
	 16: Rel (    61,     0)  ->  Abs (   786,   780)
	 17: Rel (    55,     0)  ->  Abs (   841,   780)
	 18: Rel (    40,   -45)  ->  Abs (   881,   735)
	 19: Rel (    34,   -39)  ->  Abs (   915,   696)
	 20: Rel (    41,     0)  ->  Abs (   956,   696)
	 21: Rel (    28,     0)  ->  Abs (   984,   696)
	 22: Rel (    58,    23)  ->  Abs (  1042,   719)
	 23: Rel (    47,    43)  ->  Abs (  1089,   762)
	 24: Rel (    65,    59)  ->  Abs (  1154,   821)
	 25: Rel (    50,     0)  ->  Abs (  1204,   821)
	 26: Rel (    24,     0)  ->  Abs (  1228,   821)
	 27: Rel (    45,   -24)  ->  Abs (  1273,   797)
	 28: Rel (    41,   -53)  ->  Abs (  1314,   744)
	 29: Rel (    32,   -43)  ->  Abs (  1346,   701)
	 30: Rel (    20,   -19)  ->  Abs (  1366,   682)
	 31: Rel (    69,    34)  ->  Abs (  1435,   716)
	 32: Rel (    50,    97)  ->  Abs (  1485,   813)
	 33: Rel (    51,    94)  ->  Abs (  1536,   907)
	 34: Rel (    57,     0)  ->  Abs (  1593,   907)
	 35: Rel (    93,     0)  ->  Abs (  1686,   907)
	 36: Rel (     0,   -88)  ->  Abs (  1686,   819)
	 37: Rel (     0,   -75)  ->  Abs (  1686,   744)
	 38: Rel (  -233,  -248)  ->  Abs (  1453,   496)
	 39: Rel (  -103,     0)  ->  Abs (  1350,   496)
	 40: Rel (   -49,     0)  ->  Abs (  1301,   496)
	 41: Rel (   -76,    48)  ->  Abs (  1225,   544)
	 42: Rel (   -47,    60)  ->  Abs (  1178,   604)
	 43: Rel (   -69,   -94)  ->  Abs (  1109,   510)
	 44: Rel (    58,   590)  ->  Abs (  1167,  1100)
	 45: Rel (   125, -1196)  ->  Abs (  1292,   -96)

	Glyph  56: off = 0x00002746, len = 280
	  numberOfContours:	4
	  xMin:			-115
	  yMin:			-184
	  xMax:			1495
	  yMax:			1400

	EndPoints
	---------
	  0:  34
	  1:  35
	  2:  36
	  3:  37

	  Length of Instructions:	150
	00000: NPUSHB      (34):    27    25    43    25    91    25   107    25     4   110 
	                            24     1     6    19     1    11    69    18    85    18 
	                             2    23    11     1    38    10     1    10     0    26 
	                             0     2    12    37 
	00036: PUSHW[3]            259    35   258 
	00043: NPUSHB      (28):    28     0    44     0     2     3     0    11    18    26 
	                            28     5    33    20    16    15    36     8   231    64 
	                             3   229    30    13    36    37    35    26 
	00073: PUSHW[1]            -32 
	00076: NPUSHB      (29):    14    17    72    15    11    31    11     2    15     4 
	                             0    11    13    18    26    30    35    36     8    22 
	                             6    39    22   246     2    38     6   240     2 
	00107: CALL       
	00108: CALL       
	00109: SVTCA[x-axis] 
	00110: SRP1       
	00111: SRP2       
	00112: SLOOP      
	00113: IP         
	00114: SDS        
	00115: SDB        
	00116: DELTAP1    
	00117: CALL       
	00118: RTG        
	00119: MDAP[rd]   
	00120: MDRP[nrp0,nmd,rd,2] 
	00121: MDAP[rd]   
	00122: MDAP[rd]   
	00123: MDAP[rd]   
	00124: SVTCA[y-axis] 
	00125: MIAP[rd+ci] 
	00126: SMD        
	00127: FLIPON     
	00128: MIRP[nrp0,md,rd,1] 
	00129: MDRP[nrp0,nmd,rd,0] 
	00130: MIAP[rd+ci] 
	00131: MDRP[nrp0,nmd,rd,0] 
	00132: MDRP[nrp0,md,rd,1] 
	00133: SLOOP      
	00134: IP         
	00135: SDS        
	00136: DELTAP1    
	00137: MIAP[rd+ci] 
	00138: MIAP[rd+ci] 
	00139: IUP[y]     
	00140: IUP[x]     
	00141: SDB        
	00142: DELTAP1    
	00143: DELTAP1    
	00144: DELTAP1    
	00145: DELTAP1    
	00146: SDB        
	00147: DELTAP1    
	00148: DELTAP1    
	00149: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:                                      Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short X-Short Off
	 13:  YDual XDual         Y-Short         On
	 14:  YDual XDual         Y-Short         Off
	 15:  YDual XDual         Y-Short X-Short Off
	 16:  YDual XDual                 X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:        XDual         Y-Short X-Short On
	 19:                                      Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short         On
	 23:        XDual         Y-Short         Off
	 24:                      Y-Short X-Short On
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:                              X-Short On
	 36:        XDual                 X-Short On
	 37:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   944,   440)  ->  Abs (   944,   440)
	  1: Rel (  -221,  -209)  ->  Abs (   723,   231)
	  2: Rel (  -624,  -415)  ->  Abs (    99,  -184)
	  3: Rel (  -109,     0)  ->  Abs (   -10,  -184)
	  4: Rel (   -48,     0)  ->  Abs (   -58,  -184)
	  5: Rel (   -57,    48)  ->  Abs (  -115,  -136)
	  6: Rel (     0,    40)  ->  Abs (  -115,   -96)
	  7: Rel (     0,    71)  ->  Abs (  -115,   -25)
	  8: Rel (   115,    37)  ->  Abs (     0,    12)
	  9: Rel (   152,    50)  ->  Abs (   152,    62)
	 10: Rel (   458,   286)  ->  Abs (   610,   348)
	 11: Rel (   205,   193)  ->  Abs (   815,   541)
	 12: Rel (  -108,    73)  ->  Abs (   707,   614)
	 13: Rel (     0,    86)  ->  Abs (   707,   700)
	 14: Rel (     0,    56)  ->  Abs (   707,   756)
	 15: Rel (    73,    65)  ->  Abs (   780,   821)
	 16: Rel (    64,     0)  ->  Abs (   844,   821)
	 17: Rel (   105,     0)  ->  Abs (   949,   821)
	 18: Rel (    77,   -73)  ->  Abs (  1026,   748)
	 19: Rel (   260,   260)  ->  Abs (  1286,  1008)
	 20: Rel (   111,     0)  ->  Abs (  1397,  1008)
	 21: Rel (    98,     0)  ->  Abs (  1495,  1008)
	 22: Rel (     0,   -74)  ->  Abs (  1495,   934)
	 23: Rel (     0,   -86)  ->  Abs (  1495,   848)
	 24: Rel (  -115,   -53)  ->  Abs (  1380,   795)
	 25: Rel (  -103,   -49)  ->  Abs (  1277,   746)
	 26: Rel (  -128,  -121)  ->  Abs (  1149,   625)
	 27: Rel (    39,   -28)  ->  Abs (  1188,   597)
	 28: Rel (    96,   -11)  ->  Abs (  1284,   586)
	 29: Rel (   107,   -13)  ->  Abs (  1391,   573)
	 30: Rel (     0,   -96)  ->  Abs (  1391,   477)
	 31: Rel (     0,   -53)  ->  Abs (  1391,   424)
	 32: Rel (   -86,   -64)  ->  Abs (  1305,   360)
	 33: Rel (   -64,     0)  ->  Abs (  1241,   360)
	 34: Rel (  -143,     0)  ->  Abs (  1098,   360)
	 35: Rel (   -84,   740)  ->  Abs (  1014,  1100)
	 36: Rel (   254, -1186)  ->  Abs (  1268,   -86)
	 37: Rel (  -252,  1486)  ->  Abs (  1016,  1400)

	Glyph  57: off = 0x0000285E, len = 294
	  numberOfContours:	5
	  xMin:			133
	  yMin:			-180
	  xMax:			1460
	  yMax:			1100

	EndPoints
	---------
	  0:  16
	  1:  27
	  2:  39
	  3:  40
	  4:  41

	  Length of Instructions:	153
	00000: PUSHW[2]             27   -32 
	00005: NPUSHB      (47):    12    17    72    90    39     1    85    29     1    74 
	                            25   138    25     2     6    18    22    18     2     9 
	                            70    12    86    12     2    73    10    89    10     2 
	                            12     6    60     6   108     6     3    11     3     0 
	                             4    16     4     2    12     4    40 
	00054: PUSHW[1]            258 
	00057: NPUSHB      (43):    23   233     2     0     8    37   233    14    15    17 
	                            31   233     8     4    41    41    40    41    40     5 
	                            11    17     0    26   251    34    34    11    20   248 
	                             5    28   250    11    64    43     5   243     2    42 
	                            11   242     2 
	00102: CALL       
	00103: CALL       
	00104: SVTCA[x-axis] 
	00105: SMD        
	00106: RTG        
	00107: SRP0       
	00108: FLIPON     
	00109: MIRP[nrp0,md,rd,1] 
	00110: SRP0       
	00111: MIRP[nrp0,md,rd,1] 
	00112: SRP1       
	00113: IP         
	00114: MDAP[rd]   
	00115: MIRP[nrp0,md,rd,1] 
	00116: IP         
	00117: IP         
	00118: SRP1       
	00119: SRP2       
	00120: IP         
	00121: IP         
	00122: MDAP[rd]   
	00123: MDAP[rd]   
	00124: SVTCA[y-axis] 
	00125: MDAP[rd]   
	00126: MIAP[rd+ci] 
	00127: MIRP[nrp0,md,rd,1] 
	00128: SHP[rp2,zp1] 
	00129: MIAP[rd+ci] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP2       
	00132: IP         
	00133: MDRP[srp0,nmd,rd,0] 
	00134: MIRP[nrp0,md,rd,1] 
	00135: MIAP[rd+ci] 
	00136: IUP[y]     
	00137: IUP[x]     
	00138: SDS        
	00139: SDB        
	00140: DELTAP1    
	00141: SDS        
	00142: SDB        
	00143: DELTAP1    
	00144: DELTAP1    
	00145: DELTAP1    
	00146: SDB        
	00147: DELTAP1    
	00148: DELTAP1    
	00149: DELTAP1    
	00150: DELTAP1    
	00151: SVTCA[x-axis] 
	00152: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:  YDual XDual                 X-Short On
	  3:  YDual XDual                 X-Short Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short         On
	  6:        XDual         Y-Short         Off
	  7:                                      Off
	  8:  YDual                               On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:                              X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:                                      Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual                       X-Short On
	 24:  YDual                       X-Short Off
	 25:                      Y-Short X-Short Off
	 26:                      Y-Short X-Short On
	 27:                      Y-Short X-Short Off
	 28:  YDual               Y-Short         On
	 29:        XDual         Y-Short         Off
	 30:        XDual         Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short         On
	 35:  YDual XDual         Y-Short         Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual                       X-Short On
	 38:  YDual                       X-Short Off
	 39:                      Y-Short X-Short Off
	 40:                                      On
	 41:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   831,   633)  ->  Abs (   831,   633)
	  1: Rel (   146,   250)  ->  Abs (   977,   883)
	  2: Rel (   205,     0)  ->  Abs (  1182,   883)
	  3: Rel (   124,     0)  ->  Abs (  1306,   883)
	  4: Rel (   154,  -152)  ->  Abs (  1460,   731)
	  5: Rel (     0,  -119)  ->  Abs (  1460,   612)
	  6: Rel (     0,  -250)  ->  Abs (  1460,   362)
	  7: Rel (  -488,  -370)  ->  Abs (   972,    -8)
	  8: Rel (  -337,     0)  ->  Abs (   635,    -8)
	  9: Rel (  -232,     0)  ->  Abs (   403,    -8)
	 10: Rel (  -270,   243)  ->  Abs (   133,   235)
	 11: Rel (     0,   168)  ->  Abs (   133,   403)
	 12: Rel (     0,   174)  ->  Abs (   133,   577)
	 13: Rel (   243,   244)  ->  Abs (   376,   821)
	 14: Rel (   183,     0)  ->  Abs (   559,   821)
	 15: Rel (    90,     0)  ->  Abs (   649,   821)
	 16: Rel (   152,  -106)  ->  Abs (   801,   715)
	 17: Rel (   -31,  -547)  ->  Abs (   770,   168)
	 18: Rel (   219,    35)  ->  Abs (   989,   203)
	 19: Rel (   273,   263)  ->  Abs (  1262,   466)
	 20: Rel (     0,   132)  ->  Abs (  1262,   598)
	 21: Rel (     0,    47)  ->  Abs (  1262,   645)
	 22: Rel (   -64,    64)  ->  Abs (  1198,   709)
	 23: Rel (   -51,     0)  ->  Abs (  1147,   709)
	 24: Rel (   -79,     0)  ->  Abs (  1068,   709)
	 25: Rel (  -153,  -156)  ->  Abs (   915,   553)
	 26: Rel (   -30,  -117)  ->  Abs (   885,   436)
	 27: Rel (   -46,  -178)  ->  Abs (   839,   258)
	 28: Rel (  -517,   133)  ->  Abs (   322,   391)
	 29: Rel (     0,   -90)  ->  Abs (   322,   301)
	 30: Rel (   121,  -135)  ->  Abs (   443,   166)
	 31: Rel (    83,     0)  ->  Abs (   526,   166)
	 32: Rel (    70,     0)  ->  Abs (   596,   166)
	 33: Rel (   109,   208)  ->  Abs (   705,   374)
	 34: Rel (     0,   115)  ->  Abs (   705,   489)
	 35: Rel (     0,    67)  ->  Abs (   705,   556)
	 36: Rel (   -90,    93)  ->  Abs (   615,   649)
	 37: Rel (   -64,     0)  ->  Abs (   551,   649)
	 38: Rel (  -103,     0)  ->  Abs (   448,   649)
	 39: Rel (  -126,  -143)  ->  Abs (   322,   506)
	 40: Rel (   489,   594)  ->  Abs (   811,  1100)
	 41: Rel (   236, -1280)  ->  Abs (  1047,  -180)

	Glyph  58: off = 0x00002984, len = 242
	  numberOfContours:	3
	  xMin:			-115
	  yMin:			-184
	  xMax:			1399
	  yMax:			1150

	EndPoints
	---------
	  0:  38
	  1:  39
	  2:  40

	  Length of Instructions:	112
	00000: NPUSHB      (71):   122    21   138    21     2    11    28    59    28    75 
	                            28    91    28     4    27    24    14    17    72    70 
	                            20     1    18   236     0     0    23    30    39     8 
	                            23    15    40    35   231    30   229   150     0     1 
	                           143     0     1    39    15    11     1    11    15   250 
	                            64     0    18    39     3     0     5     1     9     3 
	                             5    40    26    42    26   245     2    41    33   240 
	                             2 
	00073: CALL       
	00074: CALL       
	00075: SVTCA[x-axis] 
	00076: RTG        
	00077: SRP0       
	00078: MDRP[nrp0,nmd,rd,0] 
	00079: MDRP[srp0,nmd,rd,0] 
	00080: SDS        
	00081: SDB        
	00082: DELTAP1    
	00083: SLOOP      
	00084: IP         
	00085: SMD        
	00086: FLIPON     
	00087: MIRP[srp0,md,rd,1] 
	00088: MDRP[nrp0,nmd,rd,0] 
	00089: DELTAP1    
	00090: MDAP[rd]   
	00091: DELTAP1    
	00092: DELTAP1    
	00093: SVTCA[y-axis] 
	00094: MIAP[rd+ci] 
	00095: MIRP[nrp0,md,rd,1] 
	00096: MDRP[nrp0,nmd,rd,0] 
	00097: MIAP[rd+ci] 
	00098: MDRP[srp0,nmd,rd,0] 
	00099: MDRP[nrp0,nmd,rd,2] 
	00100: SRP1       
	00101: SRP2       
	00102: IP         
	00103: MDAP[rd]   
	00104: MIRP[nrp0,md,rd,1] 
	00105: IUP[y]     
	00106: IUP[x]     
	00107: DELTAP1    
	00108: CALL       
	00109: DELTAP1    
	00110: SVTCA[x-axis] 
	00111: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short On
	 14:                      Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual                 X-Short On
	 24:  YDual XDual                 X-Short Off
	 25:        XDual         Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:              Rep-  1                 Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual               Y-Short         Off
	 39:        XDual Rep-  1         X-Short On

	Coordinates
	-----------
	  0: Rel (   958,   442)  ->  Abs (   958,   442)
	  1: Rel (    -7,    -2)  ->  Abs (   951,   440)
	  2: Rel (   -13,     0)  ->  Abs (   938,   440)
	  3: Rel (  -115,     0)  ->  Abs (   823,   440)
	  4: Rel (  -159,   123)  ->  Abs (   664,   563)
	  5: Rel (     0,   101)  ->  Abs (   664,   664)
	  6: Rel (     0,   109)  ->  Abs (   664,   773)
	  7: Rel (   156,   175)  ->  Abs (   820,   948)
	  8: Rel (    63,     0)  ->  Abs (   883,   948)
	  9: Rel (    34,     0)  ->  Abs (   917,   948)
	 10: Rel (    44,   -40)  ->  Abs (   961,   908)
	 11: Rel (     0,   -31)  ->  Abs (   961,   877)
	 12: Rel (     0,   -43)  ->  Abs (   961,   834)
	 13: Rel (   -54,   -56)  ->  Abs (   907,   778)
	 14: Rel (   -55,   -56)  ->  Abs (   852,   722)
	 15: Rel (     0,   -44)  ->  Abs (   852,   678)
	 16: Rel (     0,   -40)  ->  Abs (   852,   638)
	 17: Rel (    89,   -50)  ->  Abs (   941,   588)
	 18: Rel (    71,     0)  ->  Abs (  1012,   588)
	 19: Rel (    47,     0)  ->  Abs (  1059,   588)
	 20: Rel (    87,    67)  ->  Abs (  1146,   655)
	 21: Rel (    54,    86)  ->  Abs (  1200,   741)
	 22: Rel (    50,    80)  ->  Abs (  1250,   821)
	 23: Rel (    71,     0)  ->  Abs (  1321,   821)
	 24: Rel (    35,     0)  ->  Abs (  1356,   821)
	 25: Rel (    43,   -50)  ->  Abs (  1399,   771)
	 26: Rel (     0,   -38)  ->  Abs (  1399,   733)
	 27: Rel (     0,  -101)  ->  Abs (  1399,   632)
	 28: Rel (  -471,  -482)  ->  Abs (   928,   150)
	 29: Rel (  -726,  -334)  ->  Abs (   202,  -184)
	 30: Rel (  -212,     0)  ->  Abs (   -10,  -184)
	 31: Rel (   -48,     0)  ->  Abs (   -58,  -184)
	 32: Rel (   -57,    48)  ->  Abs (  -115,  -136)
	 33: Rel (     0,    40)  ->  Abs (  -115,   -96)
	 34: Rel (     0,    48)  ->  Abs (  -115,   -48)
	 35: Rel (    66,    64)  ->  Abs (   -49,    16)
	 36: Rel (    63,     4)  ->  Abs (    14,    20)
	 37: Rel (   224,    15)  ->  Abs (   238,    35)
	 38: Rel (   561,   239)  ->  Abs (   799,   274)
	 39: Rel (   175,   876)  ->  Abs (   974,  1150)
	 40: Rel (   255, -1269)  ->  Abs (  1229,  -119)

	Glyph  59: off = 0x00002A76, len = 206
	  numberOfContours:	3
	  xMin:			123
	  yMin:			-118
	  xMax:			1145
	  yMax:			1100

	EndPoints
	---------
	  0:  29
	  1:  30
	  2:  31

	  Length of Instructions:	97
	00000: PUSHW[2]              0   -32 
	00005: PUSHB[4]             12    16    72     2 
	00010: PUSHW[1]            -32 
	00013: PUSHB[4]             12    17    72     1 
	00018: PUSHW[1]            -32 
	00021: PUSHB[4]             12    17    72     0 
	00026: PUSHW[1]            -24 
	00029: PUSHB[4]             12    17    72    30 
	00034: PUSHW[1]            258 
	00037: NPUSHB      (26):     5     0    12    26    15    12    31    30    30    19 
	                             3   248    64    31     8    33     8   245     2    23 
	                             0    15    28   177    19    15 
	00065: MDAP[rd]   
	00066: MDRP[srp0,nmd,rd,0] 
	00067: MIRP[nrp0,md,rd,1] 
	00068: SRP1       
	00069: IP         
	00070: MDRP[nrp0,nmd,rd,0] 
	00071: CALL       
	00072: SVTCA[x-axis] 
	00073: RTG        
	00074: SRP0       
	00075: MDRP[nrp0,nmd,rd,0] 
	00076: SMD        
	00077: FLIPON     
	00078: MIRP[nrp0,md,rd,1] 
	00079: SRP2       
	00080: IP         
	00081: MDAP[rd]   
	00082: SVTCA[y-axis] 
	00083: MDAP[rd]   
	00084: MDAP[rd]   
	00085: MIAP[rd+ci] 
	00086: SRP2       
	00087: IP         
	00088: MDRP[nrp0,nmd,rd,0] 
	00089: MIAP[rd+ci] 
	00090: CALL       
	00091: IUP[y]     
	00092: IUP[x]     
	00093: CALL       
	00094: CALL       
	00095: SVTCA[x-axis] 
	00096: CALL       

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:  YDual XDual         Y-Short X-Short Off
	  2:                                      Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual                 X-Short On
	  6:  YDual XDual                 X-Short Off
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:              Rep-  1                 Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short On
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:  YDual XDual                 X-Short On
	 27:  YDual XDual                 X-Short Off
	 28:        XDual                         On
	 29:        XDual         Y-Short         Off
	 30:        XDual                 X-Short On
	 31:                                      On

	Coordinates
	-----------
	  0: Rel (   342,   180)  ->  Abs (   342,   180)
	  1: Rel (   173,    83)  ->  Abs (   515,   263)
	  2: Rel (   350,   336)  ->  Abs (   865,   599)
	  3: Rel (    83,   189)  ->  Abs (   948,   788)
	  4: Rel (    36,    80)  ->  Abs (   984,   868)
	  5: Rel (    73,     0)  ->  Abs (  1057,   868)
	  6: Rel (    40,     0)  ->  Abs (  1097,   868)
	  7: Rel (    48,   -42)  ->  Abs (  1145,   826)
	  8: Rel (     0,   -38)  ->  Abs (  1145,   788)
	  9: Rel (     0,  -108)  ->  Abs (  1145,   680)
	 10: Rel (  -331,  -397)  ->  Abs (   814,   283)
	 11: Rel (  -461,  -301)  ->  Abs (   353,   -18)
	 12: Rel (  -136,     0)  ->  Abs (   217,   -18)
	 13: Rel (   -42,     0)  ->  Abs (   175,   -18)
	 14: Rel (   -52,    48)  ->  Abs (   123,    30)
	 15: Rel (     0,    31)  ->  Abs (   123,    61)
	 16: Rel (     0,    52)  ->  Abs (   123,   113)
	 17: Rel (    45,    88)  ->  Abs (   168,   201)
	 18: Rel (    88,   172)  ->  Abs (   256,   373)
	 19: Rel (     0,   164)  ->  Abs (   256,   537)
	 20: Rel (     0,    54)  ->  Abs (   256,   591)
	 21: Rel (   -24,    66)  ->  Abs (   232,   657)
	 22: Rel (   -17,    48)  ->  Abs (   215,   705)
	 23: Rel (     0,    28)  ->  Abs (   215,   733)
	 24: Rel (     0,    37)  ->  Abs (   215,   770)
	 25: Rel (    47,    51)  ->  Abs (   262,   821)
	 26: Rel (    45,     0)  ->  Abs (   307,   821)
	 27: Rel (   133,     0)  ->  Abs (   440,   821)
	 28: Rel (     0,  -256)  ->  Abs (   440,   565)
	 29: Rel (     0,  -236)  ->  Abs (   440,   329)
	 30: Rel (   170,   771)  ->  Abs (   610,  1100)
	 31: Rel (   353, -1218)  ->  Abs (   963,  -118)

	Glyph  60: off = 0x00002B44, len = 254
	  numberOfContours:	5
	  xMin:			-29
	  yMin:			-352
	  xMax:			1077
	  yMax:			1100

	EndPoints
	---------
	  0:  28
	  1:  29
	  2:  30
	  3:  31
	  4:  32

	  Length of Instructions:	135
	00000: NPUSHB      (38):    25    32    12    16    72     9    24    25    24    41 
	                            24     3    14     5    19     1     8    64    14    17 
	                            72     5     1     1     3     0     8     1    17     5 
	                            31    30    21    21    14     3    32    29 
	00040: PUSHW[1]            258 
	00043: NPUSHB      (10):     0   232    14    15     3    32    29    29    17     2 
	00055: PUSHW[1]            -64 
	00058: PUSHB[4]             10    17    72     0 
	00063: PUSHW[1]            -16 
	00066: NPUSHB      (20):    12    17    72     2     6    14     0    23    27   251 
	                            17    64    31    30    17    34    17   244     2     6 
	00088: MDAP[rd]   
	00089: CALL       
	00090: SVTCA[x-axis] 
	00091: RTG        
	00092: SRP0       
	00093: MDRP[srp0,nmd,rd,0] 
	00094: MDRP[nrp0,nmd,rd,2] 
	00095: SMD        
	00096: SRP0       
	00097: FLIPON     
	00098: MIRP[srp0,md,rd,1] 
	00099: MDRP[nrp0,nmd,rd,0] 
	00100: MDRP[nrp0,nmd,rd,2] 
	00101: SHP[rp2,zp1] 
	00102: SRP1       
	00103: IP         
	00104: CALL       
	00105: CALL       
	00106: SRP2       
	00107: IP         
	00108: MDAP[rd]   
	00109: MDRP[nrp0,nmd,nrd,0] 
	00110: SVTCA[y-axis] 
	00111: MDAP[rd]   
	00112: MIAP[rd+ci] 
	00113: MIRP[nrp0,md,rd,1] 
	00114: MIAP[rd+ci] 
	00115: MDRP[nrp0,nmd,nrd,0] 
	00116: SRP1       
	00117: SRP2       
	00118: IP         
	00119: MDAP[rd]   
	00120: MDAP[rd]   
	00121: MDAP[rd]   
	00122: IUP[y]     
	00123: IUP[x]     
	00124: SDS        
	00125: SDB        
	00126: DELTAP1    
	00127: SVTCA[x-axis] 
	00128: SDS        
	00129: DELTAP1    
	00130: CALL       
	00131: DELTAP1    
	00132: SDB        
	00133: DELTAP1    
	00134: CALL       

	Flags
	-----
	  0:                                      On
	  1:                              X-Short Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual XDual Rep-  1 Y-Short X-Short Off
	 14:  YDual XDual                 X-Short On
	 15:  YDual XDual                 X-Short Off
	 16:        XDual         Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:              Rep-  1 Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:              Rep-  1                 On
	 31:                      Y-Short X-Short On
	 32:                                      On

	Coordinates
	-----------
	  0: Rel (   868,   631)  ->  Abs (   868,   631)
	  1: Rel (  -202,  -305)  ->  Abs (   666,   326)
	  2: Rel (  -447,  -344)  ->  Abs (   219,   -18)
	  3: Rel (  -151,     0)  ->  Abs (    68,   -18)
	  4: Rel (   -45,     0)  ->  Abs (    23,   -18)
	  5: Rel (   -52,    42)  ->  Abs (   -29,    24)
	  6: Rel (     0,    37)  ->  Abs (   -29,    61)
	  7: Rel (     0,    79)  ->  Abs (   -29,   140)
	  8: Rel (   111,    38)  ->  Abs (    82,   178)
	  9: Rel (   162,    56)  ->  Abs (   244,   234)
	 10: Rel (   301,   237)  ->  Abs (   545,   471)
	 11: Rel (   110,   162)  ->  Abs (   655,   633)
	 12: Rel (    74,   107)  ->  Abs (   729,   740)
	 13: Rel (   101,    81)  ->  Abs (   830,   821)
	 14: Rel (    51,     0)  ->  Abs (   881,   821)
	 15: Rel (    76,     0)  ->  Abs (   957,   821)
	 16: Rel (   120,  -189)  ->  Abs (  1077,   632)
	 17: Rel (     0,  -116)  ->  Abs (  1077,   516)
	 18: Rel (     0,  -158)  ->  Abs (  1077,   358)
	 19: Rel (   -70,  -248)  ->  Abs (  1007,   110)
	 20: Rel (   -68,   -85)  ->  Abs (   939,    25)
	 21: Rel (   -58,     0)  ->  Abs (   881,    25)
	 22: Rel (   -86,     0)  ->  Abs (   795,    25)
	 23: Rel (     0,    88)  ->  Abs (   795,   113)
	 24: Rel (     0,    54)  ->  Abs (   795,   167)
	 25: Rel (    49,   101)  ->  Abs (   844,   268)
	 26: Rel (    53,   114)  ->  Abs (   897,   382)
	 27: Rel (     0,   118)  ->  Abs (   897,   500)
	 28: Rel (     0,    82)  ->  Abs (   897,   582)
	 29: Rel (  -282,   518)  ->  Abs (   615,  1100)
	 30: Rel (   348, -1225)  ->  Abs (   963,  -125)
	 31: Rel (    -5,  -227)  ->  Abs (   958,  -352)
	 32: Rel (  -343,  1452)  ->  Abs (   615,  1100)

	Glyph  61: off = 0x00002C42, len = 232
	  numberOfContours:	5
	  xMin:			-123
	  yMin:			-219
	  xMax:			864
	  yMax:			1400

	EndPoints
	---------
	  0:  21
	  1:  31
	  2:  32
	  3:  33
	  4:  34

	  Length of Instructions:	111
	00000: NPUSHB       (9):    86    20     1     3    32     9    14    72    34 
	00011: PUSHW[3]            259    32   258 
	00018: NPUSHB      (53):    11     0     8     2   235    29    24   235     8    15 
	                            19   233    15   229    95     0     1    10     0    26 
	                             0    42     0     3    12    34    32     0     2    32 
	                             3    11     5   250    15    27     1    28     3    27 
	                            22   250    64    33    11    36    11   245     2    35 
	                            18   240     2 
	00073: CALL       
	00074: CALL       
	00075: SVTCA[x-axis] 
	00076: RTG        
	00077: SRP0       
	00078: MDRP[nrp0,nmd,rd,0] 
	00079: SMD        
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: MDRP[srp0,nmd,rd,0] 
	00083: SDS        
	00084: SDB        
	00085: DELTAP1    
	00086: MIRP[nrp0,md,rd,1] 
	00087: SRP1       
	00088: SLOOP      
	00089: IP         
	00090: MDAP[rd]   
	00091: MDRP[nrp0,nmd,rd,2] 
	00092: SDB        
	00093: DELTAP1    
	00094: DELTAP1    
	00095: SVTCA[y-axis] 
	00096: MIAP[rd+ci] 
	00097: MIRP[nrp0,md,rd,1] 
	00098: MIAP[rd+ci] 
	00099: MIRP[nrp0,md,rd,1] 
	00100: MDRP[srp0,nmd,rd,0] 
	00101: MIRP[nrp0,md,rd,1] 
	00102: SRP1       
	00103: IP         
	00104: IP         
	00105: MIAP[rd+ci] 
	00106: MIAP[rd+ci] 
	00107: IUP[y]     
	00108: IUP[x]     
	00109: CALL       
	00110: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                              X-Short Off
	 14:                                      Off
	 15:  YDual                       X-Short On
	 16:  YDual                       X-Short Off
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual               Y-Short         Off
	 22:                                      On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual                       X-Short On
	 25:  YDual                       X-Short Off
	 26:                      Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:  YDual XDual                 X-Short On
	 30:  YDual XDual                 X-Short Off
	 31:  YDual XDual         Y-Short X-Short Off
	 32:                              X-Short On
	 33:              Rep-  1                 On

	Coordinates
	-----------
	  0: Rel (   532,   283)  ->  Abs (   532,   283)
	  1: Rel (   -28,    -7)  ->  Abs (   504,   276)
	  2: Rel (   -31,     0)  ->  Abs (   473,   276)
	  3: Rel (  -124,     0)  ->  Abs (   349,   276)
	  4: Rel (  -154,   124)  ->  Abs (   195,   400)
	  5: Rel (     0,   102)  ->  Abs (   195,   502)
	  6: Rel (     0,   131)  ->  Abs (   195,   633)
	  7: Rel (   225,   192)  ->  Abs (   420,   825)
	  8: Rel (   149,     0)  ->  Abs (   569,   825)
	  9: Rel (   136,     0)  ->  Abs (   705,   825)
	 10: Rel (   159,  -139)  ->  Abs (   864,   686)
	 11: Rel (     0,  -123)  ->  Abs (   864,   563)
	 12: Rel (     0,  -130)  ->  Abs (   864,   433)
	 13: Rel (  -216,  -313)  ->  Abs (   648,   120)
	 14: Rel (  -503,  -304)  ->  Abs (   145,  -184)
	 15: Rel (  -163,     0)  ->  Abs (   -18,  -184)
	 16: Rel (   -48,     0)  ->  Abs (   -66,  -184)
	 17: Rel (   -57,    48)  ->  Abs (  -123,  -136)
	 18: Rel (     0,    40)  ->  Abs (  -123,   -96)
	 19: Rel (     0,    83)  ->  Abs (  -123,   -13)
	 20: Rel (   133,    23)  ->  Abs (    10,    10)
	 21: Rel (   281,    48)  ->  Abs (   291,    58)
	 22: Rel (   383,   511)  ->  Abs (   674,   569)
	 23: Rel (     0,    95)  ->  Abs (   674,   664)
	 24: Rel (  -113,     0)  ->  Abs (   561,   664)
	 25: Rel (   -71,     0)  ->  Abs (   490,   664)
	 26: Rel (  -105,   -95)  ->  Abs (   385,   569)
	 27: Rel (     0,   -47)  ->  Abs (   385,   522)
	 28: Rel (     0,   -88)  ->  Abs (   385,   434)
	 29: Rel (   119,     0)  ->  Abs (   504,   434)
	 30: Rel (    66,     0)  ->  Abs (   570,   434)
	 31: Rel (   104,    93)  ->  Abs (   674,   527)
	 32: Rel (  -213,   573)  ->  Abs (   461,  1100)
	 33: Rel (   395, -1319)  ->  Abs (   856,  -219)
	 34: Rel (  -401,  1619)  ->  Abs (   455,  1400)

	Glyph  62: off = 0x00002D2A, len = 180
	  numberOfContours:	3
	  xMin:			-121
	  yMin:			-315
	  xMax:			1028
	  yMax:			1100

	EndPoints
	---------
	  0:  24
	  1:  25
	  2:  26

	  Length of Instructions:	88
	00000: NPUSHB      (18):    52    18     1    11    16    13    17    72    15    10 
	                             1    14     0     8     1    17     5    25 
	00020: PUSHW[1]            258 
	00023: NPUSHB      (30):     9    19    19    15     0    21   233     6    15    26 
	                            15   233    12   229    25    25     3    19   249    64 
	                            26     9    28     9   246     2    27    14   240     2 
	00055: CALL       
	00056: CALL       
	00057: SVTCA[x-axis] 
	00058: RTG        
	00059: SRP0       
	00060: MDRP[nrp0,nmd,rd,0] 
	00061: SMD        
	00062: FLIPON     
	00063: MIRP[nrp0,md,rd,1] 
	00064: MDRP[nrp0,nmd,rd,0] 
	00065: IP         
	00066: MDAP[rd]   
	00067: SVTCA[y-axis] 
	00068: MIAP[rd+ci] 
	00069: MIRP[nrp0,md,rd,1] 
	00070: MDRP[nrp0,nmd,rd,2] 
	00071: MIAP[rd+ci] 
	00072: MIRP[srp0,md,rd,1] 
	00073: MDRP[nrp0,nmd,rd,0] 
	00074: SRP2       
	00075: IP         
	00076: SRP1       
	00077: SHP[rp1,zp0] 
	00078: MIAP[rd+ci] 
	00079: IUP[y]     
	00080: IUP[x]     
	00081: SDS        
	00082: SDB        
	00083: DELTAP1    
	00084: SDB        
	00085: DELTAP1    
	00086: CALL       
	00087: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                                      Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual         Y-Short X-Short Off
	 18:                                      Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:                      Y-Short X-Short On
	 24:                      Y-Short X-Short Off
	 25:        XDual Rep-  1         X-Short On

	Coordinates
	-----------
	  0: Rel (   438,   598)  ->  Abs (   438,   598)
	  1: Rel (   -39,     0)  ->  Abs (   399,   598)
	  2: Rel (   -47,    46)  ->  Abs (   352,   644)
	  3: Rel (     0,    36)  ->  Abs (   352,   680)
	  4: Rel (     0,    69)  ->  Abs (   352,   749)
	  5: Rel (   198,    76)  ->  Abs (   550,   825)
	  6: Rel (   177,     0)  ->  Abs (   727,   825)
	  7: Rel (   137,     0)  ->  Abs (   864,   825)
	  8: Rel (   164,  -102)  ->  Abs (  1028,   723)
	  9: Rel (     0,   -84)  ->  Abs (  1028,   639)
	 10: Rel (     0,  -197)  ->  Abs (  1028,   442)
	 11: Rel (  -849,  -616)  ->  Abs (   179,  -174)
	 12: Rel (  -197,     0)  ->  Abs (   -18,  -174)
	 13: Rel (  -103,     0)  ->  Abs (  -121,  -174)
	 14: Rel (     0,    84)  ->  Abs (  -121,   -90)
	 15: Rel (     0,    89)  ->  Abs (  -121,    -1)
	 16: Rel (   131,    21)  ->  Abs (    10,    20)
	 17: Rel (   224,    39)  ->  Abs (   234,    59)
	 18: Rel (   602,   454)  ->  Abs (   836,   513)
	 19: Rel (     0,   103)  ->  Abs (   836,   616)
	 20: Rel (     0,    35)  ->  Abs (   836,   651)
	 21: Rel (  -117,     0)  ->  Abs (   719,   651)
	 22: Rel (   -74,     0)  ->  Abs (   645,   651)
	 23: Rel (   -98,   -31)  ->  Abs (   547,   620)
	 24: Rel (   -70,   -22)  ->  Abs (   477,   598)
	 25: Rel (   150,   502)  ->  Abs (   627,  1100)
	 26: Rel (   207, -1415)  ->  Abs (   834,  -315)

	Glyph  63: off = 0x00002DDE, len = 304
	  numberOfContours:	4
	  xMin:			-313
	  yMin:			-457
	  xMax:			1016
	  yMax:			1100

	EndPoints
	---------
	  0:  44
	  1:  45
	  2:  46
	  3:  47

	  Length of Instructions:	146
	00000: PUSHW[2]             32   -64 
	00005: NPUSHB      (26):    13    16    72   134    29     1   138    16     1    70 
	                            13    86    13     2   134    12     1   195     3   211 
	                             3     2    57     3     1    45 
	00033: PUSHW[4]            258    18     0   -64 
	00042: NPUSHB      (54):     9    13    72     0     0     6   140    40     1    40 
	                            28    35    47    15    46    11   232     6    28    45 
	                           128    40     1    40    42    28     0    14   249     2 
	                             2    28    45     3     0    18     1     9     3    18 
	                            23   247    64    38    46    42    49    42   245     2 
	                            48     9   238     2 
	00098: CALL       
	00099: CALL       
	00100: SVTCA[x-axis] 
	00101: RTG        
	00102: SRP0       
	00103: MDRP[nrp0,nmd,rd,0] 
	00104: MDRP[nrp0,nmd,rd,0] 
	00105: SMD        
	00106: FLIPON     
	00107: MIRP[nrp0,md,rd,1] 
	00108: MDRP[nrp0,md,rd,1] 
	00109: SDS        
	00110: SDB        
	00111: DELTAP1    
	00112: SLOOP      
	00113: IP         
	00114: MDAP[rd]   
	00115: MIRP[nrp0,md,rd,1] 
	00116: IP         
	00117: MDAP[rd]   
	00118: SRP2       
	00119: IP         
	00120: DELTAP1    
	00121: MDAP[rd]   
	00122: SVTCA[y-axis] 
	00123: MIAP[rd+ci] 
	00124: MIRP[nrp0,md,rd,1] 
	00125: MDRP[nrp0,nmd,rd,0] 
	00126: MIAP[rd+ci] 
	00127: MDRP[nrp0,nmd,rd,0] 
	00128: SHP[rp1,zp0] 
	00129: SHP[rp1,zp0] 
	00130: DELTAP1    
	00131: SRP2       
	00132: IP         
	00133: MDAP[rd]   
	00134: CALL       
	00135: SHP[rp1,zp0] 
	00136: MIAP[rd+ci] 
	00137: IUP[y]     
	00138: IUP[x]     
	00139: DELTAP1    
	00140: DELTAP2    
	00141: DELTAP1    
	00142: DELTAP1    
	00143: DELTAP1    
	00144: DELTAP1    
	00145: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:              Rep-  1                 Off
	  6:  YDual                       X-Short On
	  7:  YDual                       X-Short Off
	  8:  YDual               Y-Short X-Short Off
	  9:  YDual XDual         Y-Short         On
	 10:  YDual XDual         Y-Short         Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual               Y-Short         Off
	 13:                                      Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual               Y-Short X-Short On
	 17:  YDual               Y-Short X-Short Off
	 18:  YDual XDual         Y-Short         On
	 19:  YDual XDual         Y-Short         Off
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:  YDual XDual         Y-Short         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual               Y-Short X-Short Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual Rep-  1 Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short         Off
	 44:                      Y-Short X-Short Off
	 45:                              X-Short On
	 46:        XDual                 X-Short On
	 47:                                      On

	Coordinates
	-----------
	  0: Rel (   727,   434)  ->  Abs (   727,   434)
	  1: Rel (    70,   -36)  ->  Abs (   797,   398)
	  2: Rel (     0,   -68)  ->  Abs (   797,   330)
	  3: Rel (     0,  -100)  ->  Abs (   797,   230)
	  4: Rel (  -366,  -359)  ->  Abs (   431,  -129)
	  5: Rel (  -535,  -328)  ->  Abs (  -104,  -457)
	  6: Rel (  -105,     0)  ->  Abs (  -209,  -457)
	  7: Rel (   -47,     0)  ->  Abs (  -256,  -457)
	  8: Rel (   -57,    49)  ->  Abs (  -313,  -408)
	  9: Rel (     0,    39)  ->  Abs (  -313,  -369)
	 10: Rel (     0,    72)  ->  Abs (  -313,  -297)
	 11: Rel (    90,    27)  ->  Abs (  -223,  -270)
	 12: Rel (   287,    87)  ->  Abs (    64,  -183)
	 13: Rel (   538,   411)  ->  Abs (   602,   228)
	 14: Rel (     0,    89)  ->  Abs (   602,   317)
	 15: Rel (     0,    50)  ->  Abs (   602,   367)
	 16: Rel (   -72,    20)  ->  Abs (   530,   387)
	 17: Rel (   -77,    23)  ->  Abs (   453,   410)
	 18: Rel (     0,    47)  ->  Abs (   453,   457)
	 19: Rel (     0,    38)  ->  Abs (   453,   495)
	 20: Rel (    52,    42)  ->  Abs (   505,   537)
	 21: Rel (    87,    18)  ->  Abs (   592,   555)
	 22: Rel (   207,    44)  ->  Abs (   799,   599)
	 23: Rel (     0,    56)  ->  Abs (   799,   655)
	 24: Rel (     0,    13)  ->  Abs (   799,   668)
	 25: Rel (   -65,    37)  ->  Abs (   734,   705)
	 26: Rel (   -58,    16)  ->  Abs (   676,   721)
	 27: Rel (   -62,    15)  ->  Abs (   614,   736)
	 28: Rel (     0,    57)  ->  Abs (   614,   793)
	 29: Rel (     0,    54)  ->  Abs (   614,   847)
	 30: Rel (    72,    27)  ->  Abs (   686,   874)
	 31: Rel (    33,    14)  ->  Abs (   719,   888)
	 32: Rel (   105,    62)  ->  Abs (   824,   950)
	 33: Rel (    26,    23)  ->  Abs (   850,   973)
	 34: Rel (    41,    35)  ->  Abs (   891,  1008)
	 35: Rel (    41,     0)  ->  Abs (   932,  1008)
	 36: Rel (    32,     0)  ->  Abs (   964,  1008)
	 37: Rel (    46,   -47)  ->  Abs (  1010,   961)
	 38: Rel (     0,   -33)  ->  Abs (  1010,   928)
	 39: Rel (     0,   -56)  ->  Abs (  1010,   872)
	 40: Rel (  -144,   -71)  ->  Abs (   866,   801)
	 41: Rel (   150,   -51)  ->  Abs (  1016,   750)
	 42: Rel (     0,   -97)  ->  Abs (  1016,   653)
	 43: Rel (     0,   -73)  ->  Abs (  1016,   580)
	 44: Rel (  -143,  -103)  ->  Abs (   873,   477)
	 45: Rel (  -240,   623)  ->  Abs (   633,  1100)
	 46: Rel (   201, -1520)  ->  Abs (   834,  -420)
	 47: Rel (  -834,  1241)  ->  Abs (     0,   821)

	Glyph  64: off = 0x00002F0E, len = 330
	  numberOfContours:	5
	  xMin:			-233
	  yMin:			-381
	  xMax:			1264
	  yMax:			1460

	EndPoints
	---------
	  0:  48
	  1:  49
	  2:  50
	  3:  51
	  4:  52

	  Length of Instructions:	159
	00000: NPUSHB      (43):    10    46    26    46     2    98    42   114    42   130 
	                            42     3     9    30    25    30     2   138    26     1 
	                            25    24    11    14    72     1    18    17    18     2 
	                             9     3    75     2     1    11     1    27     1     2 
	                            12    51    49 
	00045: PUSHW[1]            258 
	00048: NPUSHB      (55):    15    41     1    17     4    12     0    17    47   234 
	                            17    22    28    41    35    52    15    50     9   232 
	                             3   230    12    16    14    17    72    50    51    49 
	                            41    38    28    20     0   251    14    28    49    50 
	                             3    12    24   248    64    38    44    54    44   244 
	                             2    53     6   239     2 
	00105: CALL       
	00106: CALL       
	00107: SVTCA[x-axis] 
	00108: RTG        
	00109: SRP0       
	00110: MDRP[nrp0,nmd,rd,0] 
	00111: SMD        
	00112: FLIPON     
	00113: MIRP[nrp0,md,rd,1] 
	00114: MDRP[srp0,nmd,rd,0] 
	00115: SLOOP      
	00116: IP         
	00117: MDRP[nrp0,md,rd,1] 
	00118: MIRP[nrp0,md,rd,1] 
	00119: SHP[rp2,zp1] 
	00120: MDAP[rd]   
	00121: SRP2       
	00122: IP         
	00123: MDAP[rd]   
	00124: MDRP[nrp0,nmd,rd,2] 
	00125: MDAP[rd]   
	00126: CALL       
	00127: SVTCA[y-axis] 
	00128: MIAP[rd+ci] 
	00129: MIRP[nrp0,md,rd,1] 
	00130: MDRP[nrp0,nmd,rd,2] 
	00131: MIAP[rd+ci] 
	00132: MDRP[nrp0,nmd,rd,0] 
	00133: MDRP[srp0,nmd,rd,0] 
	00134: SHP[rp2,zp1] 
	00135: MDRP[srp0,nmd,rd,0] 
	00136: MDRP[nrp0,md,rd,0] 
	00137: MIRP[nrp0,md,rd,1] 
	00138: SRP1       
	00139: IP         
	00140: IP         
	00141: SDS        
	00142: SDB        
	00143: DELTAP1    
	00144: MIAP[rd+ci] 
	00145: MDAP[rd]   
	00146: IUP[y]     
	00147: IUP[x]     
	00148: SDB        
	00149: DELTAP1    
	00150: DELTAP1    
	00151: SDS        
	00152: SDB        
	00153: DELTAP1    
	00154: CALL       
	00155: DELTAP1    
	00156: DELTAP1    
	00157: DELTAP1    
	00158: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                                      Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:                                      Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual               Y-Short X-Short On
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short On
	 31:  YDual XDual Rep-  1 Y-Short X-Short Off
	 33:  YDual XDual         Y-Short X-Short On
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short Off
	 38:        XDual         Y-Short         On
	 39:        XDual         Y-Short         Off
	 40:                      Y-Short X-Short Off
	 41:                      Y-Short X-Short On
	 42:        XDual Rep-  1 Y-Short X-Short Off
	 44:        XDual         Y-Short         On
	 45:        XDual         Y-Short         Off
	 46:                      Y-Short X-Short Off
	 47:  YDual                       X-Short On
	 48:  YDual                       X-Short Off
	 49:        XDual Rep-  1         X-Short On
	 51:                              X-Short On
	 52:                                      On

	Coordinates
	-----------
	  0: Rel (   727,   287)  ->  Abs (   727,   287)
	  1: Rel (  -148,  -196)  ->  Abs (   579,    91)
	  2: Rel (  -536,  -439)  ->  Abs (    43,  -348)
	  3: Rel (  -180,     0)  ->  Abs (  -137,  -348)
	  4: Rel (   -44,     0)  ->  Abs (  -181,  -348)
	  5: Rel (   -52,    44)  ->  Abs (  -233,  -304)
	  6: Rel (     0,    36)  ->  Abs (  -233,  -268)
	  7: Rel (     0,    39)  ->  Abs (  -233,  -229)
	  8: Rel (    59,    47)  ->  Abs (  -174,  -182)
	  9: Rel (    70,    20)  ->  Abs (  -104,  -162)
	 10: Rel (   155,    48)  ->  Abs (    51,  -114)
	 11: Rel (   354,   262)  ->  Abs (   405,   148)
	 12: Rel (   146,   184)  ->  Abs (   551,   332)
	 13: Rel (   -47,    28)  ->  Abs (   504,   360)
	 14: Rel (     0,    54)  ->  Abs (   504,   414)
	 15: Rel (     0,    51)  ->  Abs (   504,   465)
	 16: Rel (    83,    57)  ->  Abs (   587,   522)
	 17: Rel (    56,     0)  ->  Abs (   643,   522)
	 18: Rel (    46,     0)  ->  Abs (   689,   522)
	 19: Rel (    75,   -46)  ->  Abs (   764,   476)
	 20: Rel (     8,   -27)  ->  Abs (   772,   449)
	 21: Rel (    47,   -13)  ->  Abs (   819,   436)
	 22: Rel (    58,     0)  ->  Abs (   877,   436)
	 23: Rel (   172,     0)  ->  Abs (  1049,   436)
	 24: Rel (     0,   139)  ->  Abs (  1049,   575)
	 25: Rel (     0,   104)  ->  Abs (  1049,   679)
	 26: Rel (  -195,    38)  ->  Abs (   854,   717)
	 27: Rel (   -74,    13)  ->  Abs (   780,   730)
	 28: Rel (     0,    65)  ->  Abs (   780,   795)
	 29: Rel (     0,    71)  ->  Abs (   780,   866)
	 30: Rel (    84,    15)  ->  Abs (   864,   881)
	 31: Rel (    35,     6)  ->  Abs (   899,   887)
	 32: Rel (   145,    60)  ->  Abs (  1044,   947)
	 33: Rel (    41,    26)  ->  Abs (  1085,   973)
	 34: Rel (    56,    35)  ->  Abs (  1141,  1008)
	 35: Rel (    41,     0)  ->  Abs (  1182,  1008)
	 36: Rel (    36,     0)  ->  Abs (  1218,  1008)
	 37: Rel (    46,   -46)  ->  Abs (  1264,   962)
	 38: Rel (     0,   -34)  ->  Abs (  1264,   928)
	 39: Rel (     0,   -41)  ->  Abs (  1264,   887)
	 40: Rel (  -101,   -65)  ->  Abs (  1163,   822)
	 41: Rel (   -94,   -36)  ->  Abs (  1069,   786)
	 42: Rel (    81,   -21)  ->  Abs (  1150,   765)
	 43: Rel (    97,  -115)  ->  Abs (  1247,   650)
	 44: Rel (     0,   -72)  ->  Abs (  1247,   578)
	 45: Rel (     0,  -135)  ->  Abs (  1247,   443)
	 46: Rel (  -220,  -173)  ->  Abs (  1027,   270)
	 47: Rel (  -157,     0)  ->  Abs (   870,   270)
	 48: Rel (   -80,     0)  ->  Abs (   790,   270)
	 49: Rel (    21,   830)  ->  Abs (   811,  1100)
	 50: Rel (    29, -1481)  ->  Abs (   840,  -381)
	 51: Rel (   -31,  1841)  ->  Abs (   809,  1460)
	 52: Rel (  -809,  -639)  ->  Abs (     0,   821)

	Glyph  65: off = 0x00003058, len = 328
	  numberOfContours:	6
	  xMin:			-94
	  yMin:			-471
	  xMax:			1124
	  yMax:			1530

	EndPoints
	---------
	  0:  36
	  1:  47
	  2:  48
	  3:  49
	  4:  50
	  5:  51

	  Length of Instructions:	162
	00000: NPUSHB      (23):    36    48    11    17    72    22    30    38    30     2 
	                            54    27    70    27     2    50     6     1   102     4 
	                             1    51    50 
	00025: PUSHW[3]            259    48   258 
	00032: NPUSHB      (27):    34   233    15    40     1    11    40    37     0     2 
	                            46     2     8    19    25     4    11    46   233    28 
	                            15    16   232    49    11   230    37 
	00061: PUSHW[1]            -16 
	00064: NPUSHB      (43):    12    15    72    51    50    48    19   247     0     8 
	                            16     8    32     8     3    18     3     8    37     0 
	                            43     2   247    25     8    25    48    51     4    14 
	                            43   249    64    49    31    53    31   246     2    52 
	                            14   241     2 
	00109: CALL       
	00110: CALL       
	00111: SVTCA[x-axis] 
	00112: RTG        
	00113: SRP0       
	00114: MDRP[nrp0,nmd,rd,0] 
	00115: SMD        
	00116: FLIPON     
	00117: MIRP[nrp0,md,rd,1] 
	00118: SRP2       
	00119: SLOOP      
	00120: IP         
	00121: MDAP[rd]   
	00122: MIRP[nrp0,md,rd,1] 
	00123: SRP1       
	00124: IP         
	00125: IP         
	00126: MDAP[rd]   
	00127: SDS        
	00128: SDB        
	00129: DELTAP1    
	00130: MIRP[nrp0,md,rd,1] 
	00131: MDAP[rd]   
	00132: MDRP[nrp0,nmd,nrd,0] 
	00133: MDAP[rd]   
	00134: CALL       
	00135: SVTCA[y-axis] 
	00136: MIAP[rd+ci] 
	00137: MDRP[nrp0,nmd,rd,2] 
	00138: MIRP[nrp0,md,rd,1] 
	00139: MIAP[rd+ci] 
	00140: MIRP[srp0,md,rd,1] 
	00141: SRP2       
	00142: SLOOP      
	00143: IP         
	00144: SRP1       
	00145: SRP2       
	00146: IP         
	00147: IP         
	00148: MDRP[srp0,nmd,rd,2] 
	00149: SDB        
	00150: DELTAP1    
	00151: MIRP[nrp0,md,rd,1] 
	00152: MIAP[rd+ci] 
	00153: MIAP[rd+ci] 
	00154: MDAP[rd]   
	00155: IUP[y]     
	00156: IUP[x]     
	00157: DELTAP1    
	00158: DELTAP1    
	00159: DELTAP1    
	00160: DELTAP1    
	00161: CALL       

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:        XDual         Y-Short X-Short Off
	  5:        XDual         Y-Short X-Short On
	  6:        XDual Rep-  1 Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short         Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short On
	 17:  YDual XDual Rep-  1 Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual       Rep-  1 Y-Short X-Short Off
	 25:  YDual XDual         Y-Short         On
	 26:  YDual XDual         Y-Short         Off
	 27:                                      Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short X-Short Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:        XDual Rep-  1 Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:  YDual XDual         Y-Short X-Short Off
	 43:  YDual XDual         Y-Short         On
	 44:  YDual XDual         Y-Short         Off
	 45:  YDual               Y-Short X-Short Off
	 46:  YDual                       X-Short On
	 47:  YDual                       X-Short Off
	 48:                              X-Short On
	 49:              Rep-  1                 On
	 51:  YDual XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   442,   401)  ->  Abs (   442,   401)
	  1: Rel (  -135,  -118)  ->  Abs (   307,   283)
	  2: Rel (     0,   -54)  ->  Abs (   307,   229)
	  3: Rel (     0,   -15)  ->  Abs (   307,   214)
	  4: Rel (    49,   -32)  ->  Abs (   356,   182)
	  5: Rel (    82,   -37)  ->  Abs (   438,   145)
	  6: Rel (   100,   -43)  ->  Abs (   538,   102)
	  7: Rel (    89,   -83)  ->  Abs (   627,    19)
	  8: Rel (     0,   -54)  ->  Abs (   627,   -35)
	  9: Rel (     0,   -98)  ->  Abs (   627,  -133)
	 10: Rel (  -419,  -215)  ->  Abs (   208,  -348)
	 11: Rel (  -161,     0)  ->  Abs (    47,  -348)
	 12: Rel (   -67,     0)  ->  Abs (   -20,  -348)
	 13: Rel (   -74,    50)  ->  Abs (   -94,  -298)
	 14: Rel (     0,    44)  ->  Abs (   -94,  -254)
	 15: Rel (     0,    86)  ->  Abs (   -94,  -168)
	 16: Rel (   139,    10)  ->  Abs (    45,  -158)
	 17: Rel (   113,     8)  ->  Abs (   158,  -150)
	 18: Rel (   217,    75)  ->  Abs (   375,   -75)
	 19: Rel (     0,    26)  ->  Abs (   375,   -49)
	 20: Rel (     0,    13)  ->  Abs (   375,   -36)
	 21: Rel (   -33,    19)  ->  Abs (   342,   -17)
	 22: Rel (   -51,    21)  ->  Abs (   291,     4)
	 23: Rel (  -128,    52)  ->  Abs (   163,    56)
	 24: Rel (   -79,    81)  ->  Abs (    84,   137)
	 25: Rel (     0,    68)  ->  Abs (    84,   205)
	 26: Rel (     0,   132)  ->  Abs (    84,   337)
	 27: Rel (   559,   490)  ->  Abs (   643,   827)
	 28: Rel (   225,     0)  ->  Abs (   868,   827)
	 29: Rel (   113,     0)  ->  Abs (   981,   827)
	 30: Rel (   143,  -152)  ->  Abs (  1124,   675)
	 31: Rel (     0,  -114)  ->  Abs (  1124,   561)
	 32: Rel (     0,  -152)  ->  Abs (  1124,   409)
	 33: Rel (  -200,  -206)  ->  Abs (   924,   203)
	 34: Rel (  -179,     0)  ->  Abs (   745,   203)
	 35: Rel (   -78,     0)  ->  Abs (   667,   203)
	 36: Rel (  -166,   108)  ->  Abs (   501,   311)
	 37: Rel (    70,   201)  ->  Abs (   571,   512)
	 38: Rel (    34,   -58)  ->  Abs (   605,   454)
	 39: Rel (   113,   -77)  ->  Abs (   718,   377)
	 40: Rel (    48,     0)  ->  Abs (   766,   377)
	 41: Rel (    77,     0)  ->  Abs (   843,   377)
	 42: Rel (    87,    89)  ->  Abs (   930,   466)
	 43: Rel (     0,    77)  ->  Abs (   930,   543)
	 44: Rel (     0,    50)  ->  Abs (   930,   593)
	 45: Rel (   -49,    62)  ->  Abs (   881,   655)
	 46: Rel (   -41,     0)  ->  Abs (   840,   655)
	 47: Rel (  -115,     0)  ->  Abs (   725,   655)
	 48: Rel (  -100,   445)  ->  Abs (   625,  1100)
	 49: Rel (   265, -1571)  ->  Abs (   890,  -471)
	 50: Rel (  -265,  1871)  ->  Abs (   625,  1400)
	 51: Rel (   118,   130)  ->  Abs (   743,  1530)

	Glyph  66: off = 0x000031A0, len = 222
	  numberOfContours:	3
	  xMin:			-238
	  yMin:			-348
	  xMax:			1155
	  yMax:			1140

	EndPoints
	---------
	  0:  34
	  1:  35
	  2:  36

	  Length of Instructions:	98
	00000: NPUSHB      (33):     5    33   133    33     2     3     0    24    48    24 
	                            64    24    80    24     4     9     5    35    11     0 
	                            20     5     2   234    16    20    15    36    32   232 
	                            27   230    16 
	00035: PUSHW[1]            -32 
	00038: NPUSHB      (24):    13    17    72     0    64    12    17    72    16    14 
	                            35     5    64     0    36    23    38    23   246     2 
	                            37    30   239     2 
	00064: CALL       
	00065: CALL       
	00066: SVTCA[x-axis] 
	00067: RTG        
	00068: SRP0       
	00069: MDRP[nrp0,nmd,rd,0] 
	00070: SHP[rp1,zp0] 
	00071: SMD        
	00072: MDRP[srp0,md,rd,1] 
	00073: MDRP[nrp0,nmd,rd,0] 
	00074: MDRP[nrp0,md,rd,1] 
	00075: IP         
	00076: CALL       
	00077: CALL       
	00078: SVTCA[y-axis] 
	00079: MIAP[rd+ci] 
	00080: FLIPON     
	00081: MIRP[nrp0,md,rd,1] 
	00082: MDRP[nrp0,nmd,rd,0] 
	00083: MIAP[rd+ci] 
	00084: MDRP[srp0,nmd,rd,0] 
	00085: MIRP[nrp0,md,rd,1] 
	00086: IP         
	00087: SRP1       
	00088: IP         
	00089: MDRP[srp0,md,rd,1] 
	00090: MDRP[nrp0,nmd,rd,2] 
	00091: IUP[y]     
	00092: IUP[x]     
	00093: SDS        
	00094: SDB        
	00095: DELTAP1    
	00096: SDS        
	00097: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short On
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short X-Short On
	 17:  YDual XDual                 X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual                 X-Short On
	 21:  YDual XDual                 X-Short Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short         On
	 24:        XDual         Y-Short         Off
	 25:              Rep-  1                 Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual               Y-Short         Off
	 34:                                      Off
	 35:                              X-Short On
	 36:                                      On

	Coordinates
	-----------
	  0: Rel (   915,   649)  ->  Abs (   915,   649)
	  1: Rel (  -100,   -16)  ->  Abs (   815,   633)
	  2: Rel (  -137,     0)  ->  Abs (   678,   633)
	  3: Rel (   -84,     0)  ->  Abs (   594,   633)
	  4: Rel (   -92,    61)  ->  Abs (   502,   694)
	  5: Rel (     0,    47)  ->  Abs (   502,   741)
	  6: Rel (     0,    47)  ->  Abs (   502,   788)
	  7: Rel (    43,    31)  ->  Abs (   545,   819)
	  8: Rel (   111,    80)  ->  Abs (   656,   899)
	  9: Rel (    83,    94)  ->  Abs (   739,   993)
	 10: Rel (    38,    43)  ->  Abs (   777,  1036)
	 11: Rel (    52,     0)  ->  Abs (   829,  1036)
	 12: Rel (    35,     0)  ->  Abs (   864,  1036)
	 13: Rel (    43,   -49)  ->  Abs (   907,   987)
	 14: Rel (     0,   -35)  ->  Abs (   907,   952)
	 15: Rel (     0,   -67)  ->  Abs (   907,   885)
	 16: Rel (  -139,   -88)  ->  Abs (   768,   797)
	 17: Rel (    54,     0)  ->  Abs (   822,   797)
	 18: Rel (   140,    14)  ->  Abs (   962,   811)
	 19: Rel (    97,    10)  ->  Abs (  1059,   821)
	 20: Rel (    26,     0)  ->  Abs (  1085,   821)
	 21: Rel (    31,     0)  ->  Abs (  1116,   821)
	 22: Rel (    39,   -44)  ->  Abs (  1155,   777)
	 23: Rel (     0,   -32)  ->  Abs (  1155,   745)
	 24: Rel (     0,   -69)  ->  Abs (  1155,   676)
	 25: Rel (  -453,  -522)  ->  Abs (   702,   154)
	 26: Rel (  -694,  -502)  ->  Abs (     8,  -348)
	 27: Rel (  -141,     0)  ->  Abs (  -133,  -348)
	 28: Rel (   -48,     0)  ->  Abs (  -181,  -348)
	 29: Rel (   -57,    48)  ->  Abs (  -238,  -300)
	 30: Rel (     0,    40)  ->  Abs (  -238,  -260)
	 31: Rel (     0,    64)  ->  Abs (  -238,  -196)
	 32: Rel (    91,    34)  ->  Abs (  -147,  -162)
	 33: Rel (   295,   113)  ->  Abs (   148,   -49)
	 34: Rel (   598,   474)  ->  Abs (   746,   425)
	 35: Rel (  -220,   715)  ->  Abs (   526,  1140)
	 36: Rel (   402, -1433)  ->  Abs (   928,  -293)

	Glyph  67: off = 0x0000327E, len = 260
	  numberOfContours:	4
	  xMin:			-78
	  yMin:			-348
	  xMax:			1147
	  yMax:			1400

	EndPoints
	---------
	  0:  38
	  1:  39
	  2:  40
	  3:  41

	  Length of Instructions:	123
	00000: NPUSHB      (23):    27    48    12    16    72    21    24     1   132    21 
	                             1    52     9    68     9   132     9     3    10     6 
	                             1     9    41 
	00025: PUSHW[3]            259    39   258 
	00032: NPUSHB      (47):     3     8    20    26     4    29    17   232    12    15 
	                            35     0   232    40    29   229    41    39    40     3 
	                           249    15    26    31    26     2    12     3    26    39 
	                            15    20   247    64     8    26     8    15    32    43 
	                            15   246     2    42    32   241     2 
	00081: CALL       
	00082: CALL       
	00083: SVTCA[x-axis] 
	00084: SRP1       
	00085: SRP2       
	00086: IP         
	00087: IP         
	00088: RTG        
	00089: MDAP[rd]   
	00090: SMD        
	00091: FLIPON     
	00092: MIRP[nrp0,md,rd,1] 
	00093: SRP2       
	00094: IP         
	00095: MDAP[rd]   
	00096: SDS        
	00097: SDB        
	00098: DELTAP1    
	00099: MIRP[nrp0,md,rd,1] 
	00100: MDRP[nrp0,nmd,rd,2] 
	00101: MDAP[rd]   
	00102: MDRP[nrp0,nmd,rd,2] 
	00103: SVTCA[y-axis] 
	00104: MIAP[rd+ci] 
	00105: MDRP[nrp0,nmd,rd,2] 
	00106: MIRP[srp0,md,rd,1] 
	00107: MDRP[nrp0,nmd,rd,0] 
	00108: MIAP[rd+ci] 
	00109: MIRP[nrp0,md,rd,1] 
	00110: SRP2       
	00111: SLOOP      
	00112: IP         
	00113: MIAP[rd+ci] 
	00114: MIAP[rd+ci] 
	00115: IUP[y]     
	00116: IUP[x]     
	00117: SDB        
	00118: DELTAP1    
	00119: DELTAP1    
	00120: DELTAP1    
	00121: DELTAP1    
	00122: CALL       

	Flags
	-----
	  0:  YDual                               On
	  1:  YDual XDual                 X-Short Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual               Y-Short X-Short On
	  7:  YDual               Y-Short X-Short Off
	  8:  YDual XDual         Y-Short         On
	  9:  YDual XDual         Y-Short         Off
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual               Y-Short         Off
	 12:  YDual XDual                 X-Short On
	 13:  YDual XDual                 X-Short Off
	 14:        XDual         Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short On
	 18:                      Y-Short X-Short Off
	 19:                      Y-Short         Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On
	 24:        XDual Rep-  1 Y-Short X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short         Off
	 29:  YDual                               On
	 30:  YDual                       X-Short Off
	 31:  YDual               Y-Short X-Short Off
	 32:  YDual XDual         Y-Short         On
	 33:  YDual XDual         Y-Short         Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short X-Short On
	 38:        XDual         Y-Short X-Short Off
	 39:              Rep-  2                 On

	Coordinates
	-----------
	  0: Rel (   305,     0)  ->  Abs (   305,     0)
	  1: Rel (   171,     0)  ->  Abs (   476,     0)
	  2: Rel (   239,    97)  ->  Abs (   715,    97)
	  3: Rel (     0,    75)  ->  Abs (   715,   172)
	  4: Rel (     0,    28)  ->  Abs (   715,   200)
	  5: Rel (   -94,    53)  ->  Abs (   621,   253)
	  6: Rel (  -109,    42)  ->  Abs (   512,   295)
	  7: Rel (  -154,    58)  ->  Abs (   358,   353)
	  8: Rel (     0,   118)  ->  Abs (   358,   471)
	  9: Rel (     0,    68)  ->  Abs (   358,   539)
	 10: Rel (   166,   117)  ->  Abs (   524,   656)
	 11: Rel (   409,   167)  ->  Abs (   933,   823)
	 12: Rel (   114,     0)  ->  Abs (  1047,   823)
	 13: Rel (    46,     0)  ->  Abs (  1093,   823)
	 14: Rel (    54,   -48)  ->  Abs (  1147,   775)
	 15: Rel (     0,   -36)  ->  Abs (  1147,   739)
	 16: Rel (     0,   -92)  ->  Abs (  1147,   647)
	 17: Rel (  -113,   -10)  ->  Abs (  1034,   637)
	 18: Rel (  -138,   -11)  ->  Abs (   896,   626)
	 19: Rel (  -335,  -125)  ->  Abs (   561,   501)
	 20: Rel (     0,   -34)  ->  Abs (   561,   467)
	 21: Rel (     0,   -10)  ->  Abs (   561,   457)
	 22: Rel (    21,   -14)  ->  Abs (   582,   443)
	 23: Rel (    71,   -26)  ->  Abs (   653,   417)
	 24: Rel (   160,   -59)  ->  Abs (   813,   358)
	 25: Rel (    94,  -107)  ->  Abs (   907,   251)
	 26: Rel (     0,   -54)  ->  Abs (   907,   197)
	 27: Rel (     0,  -162)  ->  Abs (   907,    35)
	 28: Rel (  -387,  -219)  ->  Abs (   520,  -184)
	 29: Rel (  -278,     0)  ->  Abs (   242,  -184)
	 30: Rel (  -136,     0)  ->  Abs (   106,  -184)
	 31: Rel (  -184,    84)  ->  Abs (   -78,  -100)
	 32: Rel (     0,    61)  ->  Abs (   -78,   -39)
	 33: Rel (     0,    36)  ->  Abs (   -78,    -3)
	 34: Rel (    46,    52)  ->  Abs (   -32,    49)
	 35: Rel (    38,     0)  ->  Abs (     6,    49)
	 36: Rel (    22,     0)  ->  Abs (    28,    49)
	 37: Rel (    53,   -15)  ->  Abs (    81,    34)
	 38: Rel (   117,   -34)  ->  Abs (   198,     0)
	 39: Rel (   432,  1100)  ->  Abs (   630,  1100)
	 40: Rel (   281, -1448)  ->  Abs (   911,  -348)
	 41: Rel (  -258,  1748)  ->  Abs (   653,  1400)

	Glyph  68: off = 0x00003382, len = 310
	  numberOfContours:	3
	  xMin:			41
	  yMin:			-537
	  xMax:			1354
	  yMax:			1100

	EndPoints
	---------
	  0:  53
	  1:  54
	  2:  55

	  Length of Instructions:	142
	00000: NPUSHB      (16):    73    49     1    34    44    50    44    66    44     3 
	                            37    40    53    40     2     9 
	00018: PUSHW[1]            -16 
	00021: NPUSHB      (24):    14    17    72    38     5    54     5    70     5     3 
	                            13     3    61     3    77     3     3    13    13     2 
	                             1    17     3    55 
	00047: PUSHW[1]            258 
	00050: NPUSHB      (42):    54    32    51   232    42     4    22    32     3     7 
	                            27    46    37    15    11     7   234    17   230    24 
	                            24    22    20    37     0    14    55    54     0    14 
	                            54    55     4    48     4   177    64    20    57    48 
	                           246     2 
	00094: CALL       
	00095: SVTCA[x-axis] 
	00096: RTG        
	00097: MDAP[rd]   
	00098: SMD        
	00099: FLIPON     
	00100: MIRP[nrp0,md,rd,1] 
	00101: SRP2       
	00102: SLOOP      
	00103: IP         
	00104: MDAP[rd]   
	00105: MDAP[rd]   
	00106: MDAP[rd]   
	00107: RTHG       
	00108: MDAP[rd]   
	00109: SHP[rp1,zp0] 
	00110: SRP2       
	00111: IP         
	00112: IP         
	00113: RTG        
	00114: MDAP[rd]   
	00115: SVTCA[y-axis] 
	00116: MIAP[rd+ci] 
	00117: MIRP[srp0,md,rd,1] 
	00118: MDRP[nrp0,nmd,rd,0] 
	00119: MIAP[rd+ci] 
	00120: MDRP[nrp0,nmd,rd,0] 
	00121: MDRP[nrp0,nmd,rd,0] 
	00122: SRP2       
	00123: SLOOP      
	00124: IP         
	00125: MDRP[srp0,nmd,rd,0] 
	00126: MIRP[nrp0,md,rd,1] 
	00127: MDAP[rd]   
	00128: MDAP[rd]   
	00129: MIAP[rd+ci] 
	00130: IUP[y]     
	00131: IUP[x]     
	00132: SDS        
	00133: SDB        
	00134: DELTAP1    
	00135: SDB        
	00136: DELTAP1    
	00137: DELTAP1    
	00138: CALL       
	00139: DELTAP1    
	00140: DELTAP1    
	00141: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                      Y-Short X-Short On
	  3:                      Y-Short         Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:        XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:  YDual XDual                 X-Short On
	 12:  YDual XDual                 X-Short Off
	 13:        XDual         Y-Short X-Short Off
	 14:        XDual         Y-Short         On
	 15:        XDual         Y-Short         Off
	 16:                      Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:        XDual                         Off
	 22:  YDual               Y-Short         On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On
	 31:        XDual         Y-Short X-Short Off
	 32:  YDual XDual                 X-Short On
	 33:  YDual XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual         Y-Short X-Short Off
	 37:  YDual XDual                 X-Short On
	 38:  YDual XDual                 X-Short Off
	 39:        XDual         Y-Short X-Short Off
	 40:        XDual         Y-Short X-Short On
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short X-Short On
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual         Y-Short X-Short On
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual                 X-Short On
	 47:  YDual XDual                 X-Short Off
	 48:        XDual         Y-Short         On
	 49:        XDual         Y-Short         Off
	 50:                      Y-Short X-Short Off
	 51:  YDual                       X-Short On
	 52:  YDual                       X-Short Off
	 53:  YDual               Y-Short X-Short Off
	 54:        XDual                 X-Short On
	 55:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   815,   608)  ->  Abs (   815,   608)
	  1: Rel (   -83,   -66)  ->  Abs (   732,   542)
	  2: Rel (  -171,  -106)  ->  Abs (   561,   436)
	  3: Rel (  -338,  -206)  ->  Abs (   223,   230)
	  4: Rel (     0,  -203)  ->  Abs (   223,    27)
	  5: Rel (     0,   -96)  ->  Abs (   223,   -69)
	  6: Rel (   142,  -117)  ->  Abs (   365,  -186)
	  7: Rel (   131,     0)  ->  Abs (   496,  -186)
	  8: Rel (   112,     0)  ->  Abs (   608,  -186)
	  9: Rel (   151,    49)  ->  Abs (   759,  -137)
	 10: Rel (    73,    24)  ->  Abs (   832,  -113)
	 11: Rel (    26,     0)  ->  Abs (   858,  -113)
	 12: Rel (    33,     0)  ->  Abs (   891,  -113)
	 13: Rel (    41,   -46)  ->  Abs (   932,  -159)
	 14: Rel (     0,   -36)  ->  Abs (   932,  -195)
	 15: Rel (     0,   -64)  ->  Abs (   932,  -259)
	 16: Rel (  -279,   -93)  ->  Abs (   653,  -352)
	 17: Rel (  -159,     0)  ->  Abs (   494,  -352)
	 18: Rel (  -216,     0)  ->  Abs (   278,  -352)
	 19: Rel (  -237,   204)  ->  Abs (    41,  -148)
	 20: Rel (     0,   168)  ->  Abs (    41,    20)
	 21: Rel (     0,   278)  ->  Abs (    41,   298)
	 22: Rel (   365,   226)  ->  Abs (   406,   524)
	 23: Rel (  -107,    49)  ->  Abs (   299,   573)
	 24: Rel (     0,    91)  ->  Abs (   299,   664)
	 25: Rel (     0,    59)  ->  Abs (   299,   723)
	 26: Rel (    82,    84)  ->  Abs (   381,   807)
	 27: Rel (    72,     0)  ->  Abs (   453,   807)
	 28: Rel (    26,     0)  ->  Abs (   479,   807)
	 29: Rel (    51,   -25)  ->  Abs (   530,   782)
	 30: Rel (    34,   -46)  ->  Abs (   564,   736)
	 31: Rel (    34,   -46)  ->  Abs (   598,   690)
	 32: Rel (    25,     0)  ->  Abs (   623,   690)
	 33: Rel (    24,     0)  ->  Abs (   647,   690)
	 34: Rel (    27,    14)  ->  Abs (   674,   704)
	 35: Rel (    28,    25)  ->  Abs (   702,   729)
	 36: Rel (    95,    92)  ->  Abs (   797,   821)
	 37: Rel (    43,     0)  ->  Abs (   840,   821)
	 38: Rel (    22,     0)  ->  Abs (   862,   821)
	 39: Rel (    44,   -33)  ->  Abs (   906,   788)
	 40: Rel (    38,   -65)  ->  Abs (   944,   723)
	 41: Rel (    36,   -61)  ->  Abs (   980,   662)
	 42: Rel (    21,   -21)  ->  Abs (  1001,   641)
	 43: Rel (    91,    30)  ->  Abs (  1092,   671)
	 44: Rel (    57,   103)  ->  Abs (  1149,   774)
	 45: Rel (    55,    98)  ->  Abs (  1204,   872)
	 46: Rel (    56,     0)  ->  Abs (  1260,   872)
	 47: Rel (    94,     0)  ->  Abs (  1354,   872)
	 48: Rel (     0,   -94)  ->  Abs (  1354,   778)
	 49: Rel (     0,   -89)  ->  Abs (  1354,   689)
	 50: Rel (  -252,  -234)  ->  Abs (  1102,   455)
	 51: Rel (  -123,     0)  ->  Abs (   979,   455)
	 52: Rel (   -37,     0)  ->  Abs (   942,   455)
	 53: Rel (   -71,    68)  ->  Abs (   871,   523)
	 54: Rel (   108, -1060)  ->  Abs (   979,  -537)
	 55: Rel (  -139,  1637)  ->  Abs (   840,  1100)

	Glyph  69: off = 0x000034B8, len = 300
	  numberOfContours:	6
	  xMin:			80
	  yMin:			-49
	  xMax:			2175
	  yMax:			1400

	EndPoints
	---------
	  0:  35
	  1:  36
	  2:  37
	  3:  38
	  4:  39
	  5:  40

	  Length of Instructions:	153
	00000: NPUSHB      (13):    31    32    14    17    72    99    26   115    26   131 
	                            26     3    24 
	00015: PUSHW[1]            -24 
	00018: PUSHB[4]             11    17    72    10 
	00023: PUSHW[1]            -32 
	00026: NPUSHB      (13):    12    16    72   133     8     1   138     2     1    39 
	                            39    36    38 
	00041: PUSHW[3]            259    36   258 
	00048: NPUSHB      (51):     0    40    16    40    32    40   144    40     4    40 
	                            37    37     3    11     0    17    34   233    64    22 
	                             3    22     3    41    27    17    15    40    15    37 
	                             1     9     3    37    38    39    36    37    36    30 
	                            14    42    30   246     2    20     0   177    14    11 
	                             6 
	00101: MDAP[rd]   
	00102: MDRP[srp0,nmd,rd,0] 
	00103: MDRP[nrp0,md,rd,1] 
	00104: MIRP[srp0,md,rd,1] 
	00105: MDRP[nrp0,nmd,rd,1] 
	00106: CALL       
	00107: SVTCA[x-axis] 
	00108: SRP1       
	00109: SRP2       
	00110: IP         
	00111: IP         
	00112: RTG        
	00113: MDAP[rd]   
	00114: MDRP[nrp0,nmd,nrd,0] 
	00115: MDRP[nrp0,nmd,nrd,0] 
	00116: MDAP[rd]   
	00117: SDS        
	00118: SDB        
	00119: DELTAP1    
	00120: MDRP[nrp0,nmd,rd,2] 
	00121: SVTCA[y-axis] 
	00122: MIAP[rd+ci] 
	00123: MDRP[nrp0,nmd,rd,0] 
	00124: SRP2       
	00125: IP         
	00126: IP         
	00127: MDAP[rd]   
	00128: MDAP[rd]   
	00129: SMD        
	00130: FLIPON     
	00131: MIRP[nrp0,md,rd,1] 
	00132: SRP1       
	00133: IP         
	00134: IP         
	00135: SRP1       
	00136: IP         
	00137: MDAP[rd]   
	00138: MDAP[rd]   
	00139: DELTAP1    
	00140: MIAP[rd+ci] 
	00141: MIAP[rd+ci] 
	00142: SRP2       
	00143: IP         
	00144: MDAP[rd]   
	00145: IUP[y]     
	00146: IUP[x]     
	00147: DELTAP1    
	00148: DELTAP1    
	00149: CALL       
	00150: CALL       
	00151: DELTAP1    
	00152: CALL       

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1 Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual Rep-  1 Y-Short X-Short Off
	 11:  YDual XDual         Y-Short X-Short On
	 12:  YDual       Rep-  1 Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short X-Short On
	 21:        XDual         Y-Short X-Short Off
	 22:  YDual                               On
	 23:  YDual                               Off
	 24:  YDual               Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                              X-Short Off
	 33:                      Y-Short         Off
	 34:  YDual                               On
	 35:  YDual                               Off
	 36:              Rep-  2                 On
	 39:        XDual         Y-Short         On
	 40:                                      On

	Coordinates
	-----------
	  0: Rel (   539,   446)  ->  Abs (   539,   446)
	  1: Rel (   -35,  -146)  ->  Abs (   504,   300)
	  2: Rel (  -214,  -206)  ->  Abs (   290,    94)
	  3: Rel (  -106,     0)  ->  Abs (   184,    94)
	  4: Rel (   -47,     0)  ->  Abs (   137,    94)
	  5: Rel (   -57,    48)  ->  Abs (    80,   142)
	  6: Rel (     0,    40)  ->  Abs (    80,   182)
	  7: Rel (     0,    76)  ->  Abs (    80,   258)
	  8: Rel (   102,    18)  ->  Abs (   182,   276)
	  9: Rel (    57,    11)  ->  Abs (   239,   287)
	 10: Rel (   102,   127)  ->  Abs (   341,   414)
	 11: Rel (    13,    75)  ->  Abs (   354,   489)
	 12: Rel (   -55,    28)  ->  Abs (   299,   517)
	 13: Rel (   -68,   108)  ->  Abs (   231,   625)
	 14: Rel (     0,    57)  ->  Abs (   231,   682)
	 15: Rel (     0,    58)  ->  Abs (   231,   740)
	 16: Rel (    78,    81)  ->  Abs (   309,   821)
	 17: Rel (    56,     0)  ->  Abs (   365,   821)
	 18: Rel (    75,     0)  ->  Abs (   440,   821)
	 19: Rel (   110,  -114)  ->  Abs (   550,   707)
	 20: Rel (    13,   -86)  ->  Abs (   563,   621)
	 21: Rel (   231,   -35)  ->  Abs (   794,   586)
	 22: Rel (   336,     0)  ->  Abs (  1130,   586)
	 23: Rel (   423,     0)  ->  Abs (  1553,   586)
	 24: Rel (   352,   191)  ->  Abs (  1905,   777)
	 25: Rel (    59,   126)  ->  Abs (  1964,   903)
	 26: Rel (    40,    86)  ->  Abs (  2004,   989)
	 27: Rel (    79,     0)  ->  Abs (  2083,   989)
	 28: Rel (    39,     0)  ->  Abs (  2122,   989)
	 29: Rel (    53,   -46)  ->  Abs (  2175,   943)
	 30: Rel (     0,   -38)  ->  Abs (  2175,   905)
	 31: Rel (     0,   -94)  ->  Abs (  2175,   811)
	 32: Rel (  -248,  -262)  ->  Abs (  1927,   549)
	 33: Rel (  -424,  -135)  ->  Abs (  1503,   414)
	 34: Rel (  -399,     0)  ->  Abs (  1104,   414)
	 35: Rel (  -353,     0)  ->  Abs (   751,   414)
	 36: Rel (   439,   686)  ->  Abs (  1190,  1100)
	 37: Rel (   283,  -895)  ->  Abs (  1473,   205)
	 38: Rel (  -283,  1195)  ->  Abs (  1190,  1400)
	 39: Rel (     0,  -250)  ->  Abs (  1190,  1150)
	 40: Rel (   290, -1199)  ->  Abs (  1480,   -49)

	Glyph  70: off = 0x000035E4, len = 302
	  numberOfContours:	3
	  xMin:			31
	  yMin:			-354
	  xMax:			901
	  yMax:			1100

	EndPoints
	---------
	  0:  38
	  1:  39
	  2:  40

	  Length of Instructions:	171
	00000: PUSHB[6]             38    24    12    17    72    35 
	00007: PUSHW[1]            -24 
	00010: NPUSHB      (31):    14    17    72    95    32     1    42    18    58    18 
	                            74    18     3    38    13    54    13    70    13     3 
	                            80    12     1    41    10    57    10    73    10     3 
	                            40 
	00043: PUSHW[1]            258 
	00046: NPUSHB      (67):    21    33    36    84    16     1    16    11    84     0 
	                             1     0     0    16    33     3     8    27    16    39 
	                             3   232    64     8   229    80    33     1    15    16 
	                             1    95    16     1    80     0     1     3     0     0 
	                            16     0     2    12     5    16     0    11    36    33 
	                            30    21     6    40     6    21    36    40     4    11 
	                            39    30    42    30   243     2    11 
	00115: MDAP[rd]   
	00116: CALL       
	00117: SVTCA[x-axis] 
	00118: RTG        
	00119: SRP0       
	00120: MDRP[nrp0,nmd,rd,2] 
	00121: SRP2       
	00122: SLOOP      
	00123: IP         
	00124: MDAP[rd]   
	00125: MDAP[rd]   
	00126: MDAP[rd]   
	00127: SRP2       
	00128: IP         
	00129: MDAP[rd]   
	00130: SRP2       
	00131: IP         
	00132: IP         
	00133: SDS        
	00134: SDB        
	00135: DELTAP1    
	00136: SDS        
	00137: DELTAP1    
	00138: DELTAP1    
	00139: DELTAP2    
	00140: DELTAP1    
	00141: SVTCA[y-axis] 
	00142: MIAP[rd+ci] 
	00143: SMD        
	00144: FLIPON     
	00145: MIRP[nrp0,md,rd,1] 
	00146: MDRP[nrp0,nmd,rd,2] 
	00147: MIAP[rd+ci] 
	00148: SRP2       
	00149: SLOOP      
	00150: IP         
	00151: RTHG       
	00152: MDAP[rd]   
	00153: DELTAP1    
	00154: SHP[rp1,zp0] 
	00155: MDAP[rd]   
	00156: DELTAP1    
	00157: SHP[rp1,zp0] 
	00158: MDAP[rd]   
	00159: SHP[rp1,zp0] 
	00160: RTG        
	00161: MIAP[rd+ci] 
	00162: IUP[y]     
	00163: IUP[x]     
	00164: DELTAP1    
	00165: DELTAP1    
	00166: DELTAP1    
	00167: DELTAP1    
	00168: DELTAP1    
	00169: CALL       
	00170: CALL       

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:        XDual         Y-Short X-Short Off
	  2:                      Y-Short         Off
	  3:        XDual         Y-Short X-Short On
	  4:        XDual Rep-  1 Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:  YDual                       X-Short On
	  9:  YDual                       X-Short Off
	 10:  YDual               Y-Short         Off
	 11:  YDual XDual         Y-Short         On
	 12:  YDual XDual         Y-Short         Off
	 13:  YDual XDual         Y-Short X-Short On
	 14:  YDual XDual Rep-  1 Y-Short X-Short Off
	 16:  YDual XDual         Y-Short         On
	 17:  YDual XDual         Y-Short         Off
	 18:  YDual               Y-Short X-Short On
	 19:  YDual       Rep-  1 Y-Short X-Short Off
	 21:  YDual XDual         Y-Short         On
	 22:  YDual XDual         Y-Short         Off
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual Rep-  1 Y-Short X-Short On
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:                      Y-Short X-Short On
	 34:        XDual Rep-  1 Y-Short X-Short Off
	 36:        XDual         Y-Short         On
	 37:        XDual         Y-Short         Off
	 38:                      Y-Short X-Short Off
	 39:              Rep-  1                 On

	Coordinates
	-----------
	  0: Rel (   250,    90)  ->  Abs (   250,    90)
	  1: Rel (    10,   -28)  ->  Abs (   260,    62)
	  2: Rel (   259,   -52)  ->  Abs (   519,    10)
	  3: Rel (   155,    -8)  ->  Abs (   674,     2)
	  4: Rel (    63,    -3)  ->  Abs (   737,    -1)
	  5: Rel (    49,   -46)  ->  Abs (   786,   -47)
	  6: Rel (     0,   -49)  ->  Abs (   786,   -96)
	  7: Rel (     0,   -84)  ->  Abs (   786,  -180)
	  8: Rel (  -116,     0)  ->  Abs (   670,  -180)
	  9: Rel (  -232,     0)  ->  Abs (   438,  -180)
	 10: Rel (  -407,   159)  ->  Abs (    31,   -21)
	 11: Rel (     0,    97)  ->  Abs (    31,    76)
	 12: Rel (     0,   108)  ->  Abs (    31,   184)
	 13: Rel (   180,    68)  ->  Abs (   211,   252)
	 14: Rel (   146,    54)  ->  Abs (   357,   306)
	 15: Rel (   149,    81)  ->  Abs (   506,   387)
	 16: Rel (     0,    16)  ->  Abs (   506,   403)
	 17: Rel (     0,    20)  ->  Abs (   506,   423)
	 18: Rel (  -211,    56)  ->  Abs (   295,   479)
	 19: Rel (   -29,     8)  ->  Abs (   266,   487)
	 20: Rel (   -39,    43)  ->  Abs (   227,   530)
	 21: Rel (     0,    29)  ->  Abs (   227,   559)
	 22: Rel (     0,    35)  ->  Abs (   227,   594)
	 23: Rel (    46,    61)  ->  Abs (   273,   655)
	 24: Rel (   111,    59)  ->  Abs (   384,   714)
	 25: Rel (   196,   103)  ->  Abs (   580,   817)
	 26: Rel (    83,    45)  ->  Abs (   663,   862)
	 27: Rel (    48,     0)  ->  Abs (   711,   862)
	 28: Rel (    31,     0)  ->  Abs (   742,   862)
	 29: Rel (    51,   -56)  ->  Abs (   793,   806)
	 30: Rel (     0,   -32)  ->  Abs (   793,   774)
	 31: Rel (     0,   -40)  ->  Abs (   793,   734)
	 32: Rel (  -115,   -71)  ->  Abs (   678,   663)
	 33: Rel (  -201,   -90)  ->  Abs (   477,   573)
	 34: Rel (   138,   -35)  ->  Abs (   615,   538)
	 35: Rel (   128,   -72)  ->  Abs (   743,   466)
	 36: Rel (     0,   -63)  ->  Abs (   743,   403)
	 37: Rel (     0,   -76)  ->  Abs (   743,   327)
	 38: Rel (  -253,  -141)  ->  Abs (   490,   186)
	 39: Rel (   411,  -540)  ->  Abs (   901,  -354)
	 40: Rel (  -469,  1454)  ->  Abs (   432,  1100)

	Glyph  71: off = 0x00003712, len = 290
	  numberOfContours:	3
	  xMin:			98
	  yMin:			-582
	  xMax:			1083
	  yMax:			1100

	EndPoints
	---------
	  0:  45
	  1:  46
	  2:  47

	  Length of Instructions:	143
	00000: NPUSHB      (11):    91    39   107    39   123    39     3   121    36     1 
	                            26 
	00013: PUSHW[1]            -32 
	00016: NPUSHB      (30):    12    17    72   102    22     1    28    20   140    20 
	                             2    75    19     1     3     9    32    13    17    72 
	                             0     1    16     1    32     1     3     9     5    47 
	00048: PUSHW[1]            258 
	00051: NPUSHB      (45):     3     0    10    19    39     4    17    44    15    28 
	                            24   234    64    34   230    46    31    15    41    47 
	                            46    10    15    19    31     4    21     0    39    41 
	                            46    47     5     6    37    49     6   244     2    21 
	                           250    31    37     1    37 
	00098: MDAP[rd]   
	00099: DELTAP1    
	00100: MIRP[nrp0,md,rd,1] 
	00101: CALL       
	00102: SVTCA[x-axis] 
	00103: SRP1       
	00104: SRP2       
	00105: SLOOP      
	00106: IP         
	00107: SRP1       
	00108: SLOOP      
	00109: IP         
	00110: RTG        
	00111: MDAP[rd]   
	00112: MDAP[rd]   
	00113: MDAP[rd]   
	00114: MDAP[rd]   
	00115: MDAP[rd]   
	00116: SVTCA[y-axis] 
	00117: MDAP[rd]   
	00118: MIAP[rd+ci] 
	00119: SMD        
	00120: FLIPON     
	00121: MIRP[srp0,md,rd,1] 
	00122: MDRP[nrp0,nmd,rd,0] 
	00123: MIAP[rd+ci] 
	00124: MDRP[nrp0,md,rd,1] 
	00125: SLOOP      
	00126: IP         
	00127: MDRP[nrp0,nmd,rd,0] 
	00128: MIAP[rd+ci] 
	00129: IUP[y]     
	00130: IUP[x]     
	00131: SDS        
	00132: SDB        
	00133: DELTAP1    
	00134: CALL       
	00135: SDS        
	00136: DELTAP1    
	00137: DELTAP1    
	00138: DELTAP1    
	00139: CALL       
	00140: DELTAP1    
	00141: SVTCA[x-axis] 
	00142: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual Rep-  1 Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short On
	  9:                      Y-Short X-Short Off
	 10:                      Y-Short X-Short On
	 11:        XDual         Y-Short X-Short Off
	 12:        XDual         Y-Short X-Short On
	 13:        XDual Rep-  1 Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:  YDual               Y-Short X-Short On
	 20:                      Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:        XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:  YDual XDual         Y-Short X-Short On
	 27:  YDual XDual         Y-Short X-Short Off
	 28:  YDual XDual                 X-Short On
	 29:  YDual XDual                 X-Short Off
	 30:        XDual         Y-Short X-Short Off
	 31:        XDual         Y-Short         On
	 32:        XDual         Y-Short         Off
	 33:                      Y-Short         Off
	 34:  YDual                       X-Short On
	 35:  YDual                       X-Short Off
	 36:  YDual               Y-Short X-Short Off
	 37:  YDual XDual         Y-Short         On
	 38:        XDual                         Off
	 39:        XDual                 X-Short On
	 40:  YDual               Y-Short X-Short Off
	 41:  YDual XDual         Y-Short         On
	 42:  YDual XDual         Y-Short         Off
	 43:  YDual XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:              Rep-  1                 On

	Coordinates
	-----------
	  0: Rel (   569,   750)  ->  Abs (   569,   750)
	  1: Rel (   132,    90)  ->  Abs (   701,   840)
	  2: Rel (   223,   102)  ->  Abs (   924,   942)
	  3: Rel (    61,     0)  ->  Abs (   985,   942)
	  4: Rel (    45,     0)  ->  Abs (  1030,   942)
	  5: Rel (    53,   -44)  ->  Abs (  1083,   898)
	  6: Rel (     0,   -38)  ->  Abs (  1083,   860)
	  7: Rel (     0,   -73)  ->  Abs (  1083,   787)
	  8: Rel (  -122,   -31)  ->  Abs (   961,   756)
	  9: Rel (  -139,   -36)  ->  Abs (   822,   720)
	 10: Rel (  -126,   -81)  ->  Abs (   696,   639)
	 11: Rel (    54,   -32)  ->  Abs (   750,   607)
	 12: Rel (    43,    -9)  ->  Abs (   793,   598)
	 13: Rel (    45,   -11)  ->  Abs (   838,   587)
	 14: Rel (    57,   -54)  ->  Abs (   895,   533)
	 15: Rel (     0,   -33)  ->  Abs (   895,   500)
	 16: Rel (     0,   -97)  ->  Abs (   895,   403)
	 17: Rel (  -135,     0)  ->  Abs (   760,   403)
	 18: Rel (  -104,     0)  ->  Abs (   656,   403)
	 19: Rel (  -154,    70)  ->  Abs (   502,   473)
	 20: Rel (  -217,  -238)  ->  Abs (   285,   235)
	 21: Rel (     0,  -223)  ->  Abs (   285,    12)
	 22: Rel (     0,   -92)  ->  Abs (   285,   -80)
	 23: Rel (   147,  -106)  ->  Abs (   432,  -186)
	 24: Rel (   133,     0)  ->  Abs (   565,  -186)
	 25: Rel (   108,     0)  ->  Abs (   673,  -186)
	 26: Rel (   177,    63)  ->  Abs (   850,  -123)
	 27: Rel (    88,    31)  ->  Abs (   938,   -92)
	 28: Rel (    27,     0)  ->  Abs (   965,   -92)
	 29: Rel (    33,     0)  ->  Abs (   998,   -92)
	 30: Rel (    40,   -46)  ->  Abs (  1038,  -138)
	 31: Rel (     0,   -36)  ->  Abs (  1038,  -174)
	 32: Rel (     0,   -65)  ->  Abs (  1038,  -239)
	 33: Rel (  -326,  -113)  ->  Abs (   712,  -352)
	 34: Rel (  -149,     0)  ->  Abs (   563,  -352)
	 35: Rel (  -214,     0)  ->  Abs (   349,  -352)
	 36: Rel (  -251,   203)  ->  Abs (    98,  -149)
	 37: Rel (     0,   161)  ->  Abs (    98,    12)
	 38: Rel (     0,   277)  ->  Abs (    98,   289)
	 39: Rel (   242,   266)  ->  Abs (   340,   555)
	 40: Rel (   -84,    52)  ->  Abs (   256,   607)
	 41: Rel (     0,    81)  ->  Abs (   256,   688)
	 42: Rel (     0,    54)  ->  Abs (   256,   742)
	 43: Rel (    84,    79)  ->  Abs (   340,   821)
	 44: Rel (    57,     0)  ->  Abs (   397,   821)
	 45: Rel (    93,     0)  ->  Abs (   490,   821)
	 46: Rel (   483, -1403)  ->  Abs (   973,  -582)
	 47: Rel (  -311,  1682)  ->  Abs (   662,  1100)

	Glyph  72: off = 0x00003834, len = 398
	  numberOfContours:	5
	  xMin:			131
	  yMin:			-610
	  xMax:			1458
	  yMax:			1100

	EndPoints
	---------
	  0:  36
	  1:  45
	  2:  57
	  3:  58
	  4:  59

	  Length of Instructions:	214
	00000: NPUSHB      (40):   106    18   122    18   138    18     3   101    56   117 
	                            56     2   139    54     1    54    47    70    47    86 
	                            47     3    45    40    13    17    72   149    35     1 
	                            12    35    28    35    44    35   140    35     4    29 
	00042: PUSHW[1]            -32 
	00045: PUSHB[4]              9    12    72    27 
	00050: PUSHW[1]            -32 
	00053: NPUSHB      (29):    11    16    72   138    20     1    10    16    26    16 
	                            42    16   122    16   138    16     5     9    22     6 
	                            38     6    54     6     3    50    28     1    59 
	00084: PUSHW[1]            258 
	00087: NPUSHB      (62):    46    52    37   233    28    19    25    15     0     1 
	                            14     3     0    43   233    31    52   233    25    15 
	                             8     4   234    58    14    28    37     0     2    28 
	                            46    19    17    49     2   177    17    11    59    58 
	                            11    17    49    58    59     5    22    40   248    34 
	                            55   250    22    64    61    34   243     2    60    22 
	                           242     2 
	00151: CALL       
	00152: CALL       
	00153: SVTCA[x-axis] 
	00154: SMD        
	00155: RTG        
	00156: SRP0       
	00157: FLIPON     
	00158: MIRP[nrp0,md,rd,1] 
	00159: SRP0       
	00160: MIRP[nrp0,md,rd,1] 
	00161: SRP2       
	00162: SLOOP      
	00163: IP         
	00164: MDAP[rd]   
	00165: MDAP[rd]   
	00166: MDAP[rd]   
	00167: MDAP[rd]   
	00168: MIRP[nrp0,md,rd,1] 
	00169: MDAP[rd]   
	00170: SRP2       
	00171: IP         
	00172: IP         
	00173: MDRP[nrp0,md,rd,1] 
	00174: SRP1       
	00175: IP         
	00176: IP         
	00177: SVTCA[y-axis] 
	00178: MIAP[rd+ci] 
	00179: MDRP[nrp0,nmd,rd,2] 
	00180: MIRP[srp0,md,rd,1] 
	00181: MDRP[nrp0,nmd,rd,0] 
	00182: MIAP[rd+ci] 
	00183: MIRP[nrp0,md,rd,1] 
	00184: MDRP[srp0,nmd,rd,0] 
	00185: MIRP[nrp0,md,rd,1] 
	00186: MDAP[rd]   
	00187: SDS        
	00188: SDB        
	00189: DELTAP1    
	00190: SRP2       
	00191: IP         
	00192: IP         
	00193: MIRP[nrp0,md,rd,1] 
	00194: SRP1       
	00195: IP         
	00196: MIAP[rd+ci] 
	00197: DELTAP1    
	00198: IUP[y]     
	00199: IUP[x]     
	00200: DELTAP1    
	00201: SDB        
	00202: DELTAP1    
	00203: DELTAP1    
	00204: CALL       
	00205: CALL       
	00206: DELTAP1    
	00207: DELTAP1    
	00208: CALL       
	00209: DELTAP1    
	00210: DELTAP1    
	00211: DELTAP1    
	00212: SVTCA[x-axis] 
	00213: DELTAP1    

	Flags
	-----
	  0:  YDual               Y-Short         On
	  1:                      Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:  YDual                               On
	  5:  YDual XDual                 X-Short Off
	  6:  YDual XDual         Y-Short X-Short On
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short         Off
	 14:  YDual                       X-Short On
	 15:  YDual                       X-Short Off
	 16:  YDual               Y-Short         Off
	 17:  YDual XDual         Y-Short         On
	 18:  YDual XDual         Y-Short         Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual       Rep-  1 Y-Short X-Short Off
	 22:  YDual XDual         Y-Short         On
	 23:  YDual XDual         Y-Short         Off
	 24:  YDual XDual         Y-Short X-Short Off
	 25:  YDual XDual                 X-Short On
	 26:  YDual XDual                 X-Short Off
	 27:        XDual         Y-Short X-Short Off
	 28:        XDual         Y-Short X-Short On
	 29:  YDual XDual Rep-  1 Y-Short X-Short Off
	 31:  YDual XDual                 X-Short On
	 32:  YDual XDual                 X-Short Off
	 33:        XDual         Y-Short X-Short Off
	 34:        XDual         Y-Short         On
	 35:        XDual         Y-Short         Off
	 36:                                      Off
	 37:  YDual               Y-Short X-Short On
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual               Y-Short         Off
	 40:  YDual XDual         Y-Short         On
	 41:  YDual XDual         Y-Short         Off
	 42:  YDual               Y-Short X-Short Off
	 43:  YDual                       X-Short On
	 44:  YDual                       X-Short Off
	 45:                      Y-Short X-Short Off
	 46:                      Y-Short         On
	 47:  YDual XDual Rep-  1 Y-Short X-Short Off
	 49:  YDual XDual         Y-Short         On
	 50:  YDual XDual         Y-Short         Off
	 51:  YDual               Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:                      Y-Short X-Short Off
	 55:        XDual         Y-Short         On
	 56:        XDual         Y-Short         Off
	 57:        XDual         Y-Short X-Short Off
	 58:                                      On
	 59:                              X-Short On

	Coordinates
	-----------
	  0: Rel (   539,    68)  ->  Abs (   539,    68)
	  1: Rel (  -111,  -115)  ->  Abs (   428,   -47)
	  2: Rel (     0,   -92)  ->  Abs (   428,  -139)
	  3: Rel (     0,  -156)  ->  Abs (   428,  -295)
	  4: Rel (   354,     0)  ->  Abs (   782,  -295)
	  5: Rel (   124,     0)  ->  Abs (   906,  -295)
	  6: Rel (   153,    61)  ->  Abs (  1059,  -234)
	  7: Rel (    70,    27)  ->  Abs (  1129,  -207)
	  8: Rel (    26,     0)  ->  Abs (  1155,  -207)
	  9: Rel (    33,     0)  ->  Abs (  1188,  -207)
	 10: Rel (    41,   -46)  ->  Abs (  1229,  -253)
	 11: Rel (     0,   -36)  ->  Abs (  1229,  -289)
	 12: Rel (     0,   -65)  ->  Abs (  1229,  -354)
	 13: Rel (  -301,  -107)  ->  Abs (   928,  -461)
	 14: Rel (  -158,     0)  ->  Abs (   770,  -461)
	 15: Rel (  -240,     0)  ->  Abs (   530,  -461)
	 16: Rel (  -288,   172)  ->  Abs (   242,  -289)
	 17: Rel (     0,   152)  ->  Abs (   242,  -137)
	 18: Rel (     0,   116)  ->  Abs (   242,   -21)
	 19: Rel (   125,   123)  ->  Abs (   367,   102)
	 20: Rel (  -100,    36)  ->  Abs (   267,   138)
	 21: Rel (  -136,   192)  ->  Abs (   131,   330)
	 22: Rel (     0,   119)  ->  Abs (   131,   449)
	 23: Rel (     0,   148)  ->  Abs (   131,   597)
	 24: Rel (   229,   224)  ->  Abs (   360,   821)
	 25: Rel (   168,     0)  ->  Abs (   528,   821)
	 26: Rel (    91,     0)  ->  Abs (   619,   821)
	 27: Rel (   141,  -108)  ->  Abs (   760,   713)
	 28: Rel (    12,   -74)  ->  Abs (   772,   639)
	 29: Rel (    73,    96)  ->  Abs (   845,   735)
	 30: Rel (   220,   121)  ->  Abs (  1065,   856)
	 31: Rel (   111,     0)  ->  Abs (  1176,   856)
	 32: Rel (   124,     0)  ->  Abs (  1300,   856)
	 33: Rel (   158,  -158)  ->  Abs (  1458,   698)
	 34: Rel (     0,  -120)  ->  Abs (  1458,   578)
	 35: Rel (     0,  -217)  ->  Abs (  1458,   361)
	 36: Rel (  -555,  -293)  ->  Abs (   903,    68)
	 37: Rel (  -229,   170)  ->  Abs (   674,   238)
	 38: Rel (   232,    10)  ->  Abs (   906,   248)
	 39: Rel (   354,   204)  ->  Abs (  1260,   452)
	 40: Rel (     0,   115)  ->  Abs (  1260,   567)
	 41: Rel (     0,    50)  ->  Abs (  1260,   617)
	 42: Rel (   -61,    65)  ->  Abs (  1199,   682)
	 43: Rel (   -52,     0)  ->  Abs (  1147,   682)
	 44: Rel (   -93,     0)  ->  Abs (  1054,   682)
	 45: Rel (  -206,  -195)  ->  Abs (   848,   487)
	 46: Rel (  -373,  -243)  ->  Abs (   475,   244)
	 47: Rel (    70,    71)  ->  Abs (   545,   315)
	 48: Rel (    88,   176)  ->  Abs (   633,   491)
	 49: Rel (     0,    56)  ->  Abs (   633,   547)
	 50: Rel (     0,    43)  ->  Abs (   633,   590)
	 51: Rel (   -66,    59)  ->  Abs (   567,   649)
	 52: Rel (   -57,     0)  ->  Abs (   510,   649)
	 53: Rel (   -79,     0)  ->  Abs (   431,   649)
	 54: Rel (  -112,  -126)  ->  Abs (   319,   523)
	 55: Rel (     0,   -85)  ->  Abs (   319,   438)
	 56: Rel (     0,   -69)  ->  Abs (   319,   369)
	 57: Rel (    89,  -109)  ->  Abs (   408,   260)
	 58: Rel (   641,  -870)  ->  Abs (  1049,  -610)
	 59: Rel (  -209,  1710)  ->  Abs (   840,  1100)

	Glyph  73: off = 0x000039C2, len = 296
	  numberOfContours:	3
	  xMin:			-133
	  yMin:			-270
	  xMax:			1376
	  yMax:			1100

	EndPoints
	---------
	  0:  41
	  1:  42
	  2:  43

	  Length of Instructions:	156
	00000: PUSHB[4]            117    36     1    35 
	00005: PUSHW[1]            -48 
	00008: NPUSHB      (29):    12    17    72   123    29   139    29     2   142    28 
	                             1   102    12   118    12     2     4    11   132    11 
	                             2     9     9     1    25     1     2    10    42 
	00039: PUSHW[1]            258 
	00042: NPUSHB      (61):    80     8     1    50     8    66     8     2     3     0 
	                             8    16     8    32     8     3    12     4     8     4 
	                            43    30    12    17    24     0   232    20    40   232 
	                            24    15     4   229    14    12   251    20     0    43 
	                            42    42    43     0     3    27     7    33    24    38 
	                           251    27    64    45    27   241     2    44     7   240 
	                             2 
	00105: CALL       
	00106: CALL       
	00107: SVTCA[x-axis] 
	00108: SMD        
	00109: RTG        
	00110: SRP0       
	00111: FLIPON     
	00112: MIRP[srp0,md,rd,1] 
	00113: IP         
	00114: MDRP[nrp0,nmd,rd,0] 
	00115: SRP1       
	00116: SRP2       
	00117: SLOOP      
	00118: IP         
	00119: MDAP[rd]   
	00120: MDAP[rd]   
	00121: MDAP[rd]   
	00122: MDRP[nrp0,nmd,rd,1] 
	00123: MIRP[srp0,md,rd,1] 
	00124: MDRP[nrp0,md,rd,1] 
	00125: SVTCA[y-axis] 
	00126: MIAP[rd+ci] 
	00127: MIAP[rd+ci] 
	00128: MIRP[nrp0,md,rd,1] 
	00129: MDRP[srp0,nmd,rd,0] 
	00130: MIRP[nrp0,md,rd,1] 
	00131: SRP1       
	00132: IP         
	00133: IP         
	00134: MDAP[rd]   
	00135: MDAP[rd]   
	00136: SRP1       
	00137: IP         
	00138: SDS        
	00139: SDB        
	00140: DELTAP1    
	00141: SDS        
	00142: DELTAP1    
	00143: DELTAP1    
	00144: MIAP[rd+ci] 
	00145: IUP[y]     
	00146: IUP[x]     
	00147: SDB        
	00148: DELTAP1    
	00149: SDB        
	00150: DELTAP1    
	00151: DELTAP1    
	00152: DELTAP1    
	00153: DELTAP1    
	00154: CALL       
	00155: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:                                      Off
	  3:                      Y-Short X-Short Off
	  4:  YDual                       X-Short On
	  5:  YDual                       X-Short Off
	  6:  YDual               Y-Short X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short         Off
	  9:  YDual XDual         Y-Short X-Short On
	 10:  YDual XDual         Y-Short X-Short Off
	 11:                                      Off
	 12:  YDual XDual         Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:        XDual         Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                              X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short On
	 36:  YDual XDual Rep-  1 Y-Short X-Short Off
	 38:  YDual XDual         Y-Short         On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual               Y-Short X-Short On
	 41:                      Y-Short X-Short Off
	 42:                              X-Short On
	 43:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   768,   500)  ->  Abs (   768,   500)
	  1: Rel (  -154,  -248)  ->  Abs (   614,   252)
	  2: Rel (  -390,  -326)  ->  Abs (   224,   -74)
	  3: Rel (  -194,  -112)  ->  Abs (    30,  -186)
	  4: Rel (   -65,     0)  ->  Abs (   -35,  -186)
	  5: Rel (   -44,     0)  ->  Abs (   -79,  -186)
	  6: Rel (   -54,    46)  ->  Abs (  -133,  -140)
	  7: Rel (     0,    38)  ->  Abs (  -133,  -102)
	  8: Rel (     0,    68)  ->  Abs (  -133,   -34)
	  9: Rel (   102,    44)  ->  Abs (   -31,    10)
	 10: Rel (   166,    72)  ->  Abs (   135,    82)
	 11: Rel (   328,   276)  ->  Abs (   463,   358)
	 12: Rel (   125,   185)  ->  Abs (   588,   543)
	 13: Rel (   -84,    48)  ->  Abs (   504,   591)
	 14: Rel (     0,    87)  ->  Abs (   504,   678)
	 15: Rel (     0,    58)  ->  Abs (   504,   736)
	 16: Rel (    85,    85)  ->  Abs (   589,   821)
	 17: Rel (    64,     0)  ->  Abs (   653,   821)
	 18: Rel (    62,     0)  ->  Abs (   715,   821)
	 19: Rel (    84,   -78)  ->  Abs (   799,   743)
	 20: Rel (     0,   -63)  ->  Abs (   799,   680)
	 21: Rel (   141,    20)  ->  Abs (   940,   700)
	 22: Rel (   168,    82)  ->  Abs (  1108,   782)
	 23: Rel (    81,    39)  ->  Abs (  1189,   821)
	 24: Rel (    40,     0)  ->  Abs (  1229,   821)
	 25: Rel (    68,     0)  ->  Abs (  1297,   821)
	 26: Rel (    79,  -150)  ->  Abs (  1376,   671)
	 27: Rel (     0,  -110)  ->  Abs (  1376,   561)
	 28: Rel (     0,  -183)  ->  Abs (  1376,   378)
	 29: Rel (  -171,  -327)  ->  Abs (  1205,    51)
	 30: Rel (  -103,     0)  ->  Abs (  1102,    51)
	 31: Rel (   -46,     0)  ->  Abs (  1056,    51)
	 32: Rel (   -57,    44)  ->  Abs (   999,    95)
	 33: Rel (     0,    34)  ->  Abs (   999,   129)
	 34: Rel (     0,    55)  ->  Abs (   999,   184)
	 35: Rel (    78,    74)  ->  Abs (  1077,   258)
	 36: Rel (    51,    47)  ->  Abs (  1128,   305)
	 37: Rel (    68,   176)  ->  Abs (  1196,   481)
	 38: Rel (     0,    78)  ->  Abs (  1196,   559)
	 39: Rel (     0,    41)  ->  Abs (  1196,   600)
	 40: Rel (   -14,    39)  ->  Abs (  1182,   639)
	 41: Rel (  -182,   -96)  ->  Abs (  1000,   543)
	 42: Rel (   -82,   557)  ->  Abs (   918,  1100)
	 43: Rel (    10, -1370)  ->  Abs (   928,  -270)

	Glyph  74: off = 0x00003AEA, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			-313
	  yMin:			-457
	  xMax:			1016
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	63
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	104
		X WOffset:	297
		Y WOffset:	-309
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     4    54     0    54     1     4    54    80    54   191 
	                            54   207    54     3    54    64     9    16    54 
	00021: CALL       
	00022: DELTAP1    
	00023: SRP1       
	00024: SHC[rp1,zp0] 
	00025: SVTCA[y-axis] 
	00026: DELTAP1    
	00027: SRP1       
	00028: SHC[rp1,zp0] 

	Glyph  75: off = 0x00003B22, len = 378
	  numberOfContours:	4
	  xMin:			-102
	  yMin:			-594
	  xMax:			1155
	  yMax:			1100

	EndPoints
	---------
	  0:  62
	  1:  63
	  2:  64
	  3:  65

	  Length of Instructions:	187
	00000: NPUSHB      (24):     9    52    25    52     2   138    48     1    47    24 
	                            11    14    72     1    40    17    40   129    40     3 
	                            52    33     1    32 
	00026: PUSHW[1]            -48 
	00029: NPUSHB      (98):     9    15    72   137    30     1   117    20   133    20 
	                             2   140    12     1    10     4    26     4     2    96 
	                             1   112     1   128     1     3   139     0     1    64 
	                            34     8    39     5   234    39     0    44    96    44 
	                             2     9    44    64    50     0    57    65    15    22 
	                            18   234    63    28    28    63    25    64     0     2 
	                            16    50    32    50    48    50     3    50    36     8 
	                            25    42    50    63     5    15    34    63    34   111 
	                            34     3    10     3    34    46   248    60     2    67 
	                            15   177    31    64    66    31   241     2 
	00129: CALL       
	00130: SVTCA[x-axis] 
	00131: SMD        
	00132: RTG        
	00133: SRP0       
	00134: FLIPON     
	00135: MIRP[nrp0,md,rd,1] 
	00136: SRP0       
	00137: MDRP[srp0,nmd,rd,2] 
	00138: MDRP[nrp0,nmd,rd,0] 
	00139: MIRP[nrp0,md,rd,1] 
	00140: MDRP[srp0,nmd,rd,0] 
	00141: SDS        
	00142: SDB        
	00143: DELTAP1    
	00144: SLOOP      
	00145: IP         
	00146: MDRP[nrp0,md,rd,1] 
	00147: MDAP[rd]   
	00148: DELTAP1    
	00149: SRP2       
	00150: IP         
	00151: MDRP[nrp0,nmd,rd,0] 
	00152: MDAP[rd]   
	00153: MDAP[rd]   
	00154: SVTCA[y-axis] 
	00155: MIAP[rd+ci] 
	00156: MDRP[nrp0,nmd,rd,2] 
	00157: MIRP[srp0,md,rd,1] 
	00158: MDRP[nrp0,nmd,rd,0] 
	00159: MIAP[rd+ci] 
	00160: MDRP[nrp0,nmd,rd,0] 
	00161: MDRP[srp0,nmd,rd,0] 
	00162: SHP[rp2,zp1] 
	00163: SHP[rp2,zp1] 
	00164: MDRP[srp0,nmd,rd,0] 
	00165: SDB        
	00166: DELTAP1    
	00167: MDRP[nrp0,md,rd,0] 
	00168: MIRP[nrp0,md,rd,1] 
	00169: SRP1       
	00170: IP         
	00171: IP         
	00172: MDAP[rd]   
	00173: DELTAP1    
	00174: IUP[y]     
	00175: IUP[x]     
	00176: DELTAP1    
	00177: DELTAP1    
	00178: DELTAP1    
	00179: DELTAP1    
	00180: DELTAP1    
	00181: CALL       
	00182: DELTAP1    
	00183: DELTAP1    
	00184: CALL       
	00185: DELTAP1    
	00186: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual       Rep-  1 Y-Short X-Short On
	  9:  YDual                       X-Short Off
	 10:              Rep-  4 Y-Short X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:        XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short X-Short Off
	 25:        XDual         Y-Short         On
	 26:        XDual         Y-Short         Off
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:        XDual                 X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual               Y-Short X-Short Off
	 36:  YDual XDual         Y-Short         On
	 37:  YDual XDual         Y-Short         Off
	 38:  YDual XDual         Y-Short X-Short Off
	 39:  YDual XDual                 X-Short On
	 40:  YDual XDual                 X-Short Off
	 41:        XDual         Y-Short X-Short Off
	 42:        XDual         Y-Short         On
	 43:        XDual         Y-Short X-Short Off
	 44:  YDual XDual                 X-Short On
	 45:  YDual XDual                 X-Short Off
	 46:  YDual XDual         Y-Short         On
	 47:  YDual XDual         Y-Short         Off
	 48:  YDual               Y-Short X-Short On
	 49:  YDual               Y-Short X-Short Off
	 50:  YDual XDual         Y-Short         On
	 51:  YDual XDual         Y-Short         Off
	 52:  YDual XDual         Y-Short X-Short On
	 53:  YDual XDual Rep-  1 Y-Short X-Short Off
	 55:  YDual XDual         Y-Short X-Short On
	 56:  YDual XDual         Y-Short X-Short Off
	 57:  YDual XDual                 X-Short On
	 58:  YDual XDual                 X-Short Off
	 59:        XDual         Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:                      Y-Short X-Short Off
	 63:              Rep-  1         X-Short On
	 65:                                      On

	Coordinates
	-----------
	  0: Rel (   956,   791)  ->  Abs (   956,   791)
	  1: Rel (   179,   -50)  ->  Abs (  1135,   741)
	  2: Rel (     0,  -145)  ->  Abs (  1135,   596)
	  3: Rel (     0,  -136)  ->  Abs (  1135,   460)
	  4: Rel (  -221,  -169)  ->  Abs (   914,   291)
	  5: Rel (  -185,     0)  ->  Abs (   729,   291)
	  6: Rel (   -39,     0)  ->  Abs (   690,   291)
	  7: Rel (   -33,     3)  ->  Abs (   657,   294)
	  8: Rel (   -63,     7)  ->  Abs (   594,   301)
	  9: Rel (   -24,     0)  ->  Abs (   570,   301)
	 10: Rel (  -202,   -89)  ->  Abs (   368,   212)
	 11: Rel (  -115,   -69)  ->  Abs (   253,   143)
	 12: Rel (   -86,   -74)  ->  Abs (   167,    69)
	 13: Rel (   -58,   -78)  ->  Abs (   109,    -9)
	 14: Rel (   -29,   -79)  ->  Abs (    80,   -88)
	 15: Rel (     0,   -39)  ->  Abs (    80,  -127)
	 16: Rel (     0,   -77)  ->  Abs (    80,  -204)
	 17: Rel (   146,   -91)  ->  Abs (   226,  -295)
	 18: Rel (   130,     0)  ->  Abs (   356,  -295)
	 19: Rel (   102,     0)  ->  Abs (   458,  -295)
	 20: Rel (   121,    43)  ->  Abs (   579,  -252)
	 21: Rel (    64,    23)  ->  Abs (   643,  -229)
	 22: Rel (    29,     0)  ->  Abs (   672,  -229)
	 23: Rel (    34,     0)  ->  Abs (   706,  -229)
	 24: Rel (    44,   -46)  ->  Abs (   750,  -275)
	 25: Rel (     0,   -34)  ->  Abs (   750,  -309)
	 26: Rel (     0,   -63)  ->  Abs (   750,  -372)
	 27: Rel (  -245,   -89)  ->  Abs (   505,  -461)
	 28: Rel (  -151,     0)  ->  Abs (   354,  -461)
	 29: Rel (  -211,     0)  ->  Abs (   143,  -461)
	 30: Rel (  -245,   189)  ->  Abs (  -102,  -272)
	 31: Rel (     0,   141)  ->  Abs (  -102,  -131)
	 32: Rel (     0,   157)  ->  Abs (  -102,    26)
	 33: Rel (   255,   266)  ->  Abs (   153,   292)
	 34: Rel (   246,    85)  ->  Abs (   399,   377)
	 35: Rel (   -32,    19)  ->  Abs (   367,   396)
	 36: Rel (     0,    46)  ->  Abs (   367,   442)
	 37: Rel (     0,    54)  ->  Abs (   367,   496)
	 38: Rel (    83,    61)  ->  Abs (   450,   557)
	 39: Rel (    70,     0)  ->  Abs (   520,   557)
	 40: Rel (    49,     0)  ->  Abs (   569,   557)
	 41: Rel (    68,   -63)  ->  Abs (   637,   494)
	 42: Rel (     0,   -27)  ->  Abs (   637,   467)
	 43: Rel (    38,   -10)  ->  Abs (   675,   457)
	 44: Rel (    60,     0)  ->  Abs (   735,   457)
	 45: Rel (   201,     0)  ->  Abs (   936,   457)
	 46: Rel (     0,   137)  ->  Abs (   936,   594)
	 47: Rel (     0,    99)  ->  Abs (   936,   693)
	 48: Rel (  -191,    28)  ->  Abs (   745,   721)
	 49: Rel (   -71,    10)  ->  Abs (   674,   731)
	 50: Rel (     0,    68)  ->  Abs (   674,   799)
	 51: Rel (     0,    67)  ->  Abs (   674,   866)
	 52: Rel (    78,    19)  ->  Abs (   752,   885)
	 53: Rel (    41,     9)  ->  Abs (   793,   894)
	 54: Rel (   143,    54)  ->  Abs (   936,   948)
	 55: Rel (    37,    23)  ->  Abs (   973,   971)
	 56: Rel (    56,    35)  ->  Abs (  1029,  1006)
	 57: Rel (    40,     0)  ->  Abs (  1069,  1006)
	 58: Rel (    37,     0)  ->  Abs (  1106,  1006)
	 59: Rel (    49,   -47)  ->  Abs (  1155,   959)
	 60: Rel (     0,   -33)  ->  Abs (  1155,   926)
	 61: Rel (     0,   -42)  ->  Abs (  1155,   884)
	 62: Rel (  -103,   -62)  ->  Abs (  1052,   822)
	 63: Rel (  -118, -1416)  ->  Abs (   934,  -594)
	 64: Rel (  -234,  1694)  ->  Abs (   700,  1100)
	 65: Rel (  -700,  -279)  ->  Abs (     0,   821)

	Glyph  76: off = 0x00003C9C, len = 436
	  numberOfContours:	4
	  xMin:			-94
	  yMin:			-465
	  xMax:			1276
	  yMax:			1393

	EndPoints
	---------
	  0:  54
	  1:  67
	  2:  68
	  3:  69

	  Length of Instructions:	224
	00000: NPUSHB      (61):    99    46   115    46     2    15    53     1    10   105 
	                            50     1    22    48    38    48     2   101    46     1 
	                            93    45   109    45     2    41    44     1    38    36 
	                             1    69    29     1    16     8    32     8    48     8 
	                             3   100     4     1    46     0     1    82    29    34 
	                            46    34     0   141    29    34    20    29    29    34 
	                            69 
	00063: PUSHW[1]            258 
	00066: NPUSHB      (76):    40    52   234    95    63     1    63    58     0     3 
	                            55     3     9    20    29    34    32     6    12    55 
	                           233    47    46    15    68    17   232    12   230     0 
	                            60     1    11    69    29    34    69     3    37    26 
	                            60   251    54     0    68    20   247     0     9     1 
	                            18     3     9    37     0    43     2     3   247    26 
	                            26     9    15    66   249    64    43    49    71    49 
	                           246     2    70    15   241     2 
	00144: CALL       
	00145: CALL       
	00146: SVTCA[x-axis] 
	00147: RTG        
	00148: SRP0       
	00149: MDRP[nrp0,nmd,rd,0] 
	00150: SMD        
	00151: FLIPON     
	00152: MIRP[nrp0,md,rd,1] 
	00153: SRP2       
	00154: IP         
	00155: IP         
	00156: MDAP[rd]   
	00157: MIRP[nrp0,md,rd,1] 
	00158: SRP1       
	00159: SRP2       
	00160: IP         
	00161: IP         
	00162: MDAP[rd]   
	00163: SDS        
	00164: SDB        
	00165: DELTAP1    
	00166: MIRP[nrp0,md,rd,1] 
	00167: MDRP[nrp0,nmd,rd,2] 
	00168: MDAP[rd]   
	00169: SHP[rp1,zp0] 
	00170: MIRP[nrp0,md,rd,1] 
	00171: SRP1       
	00172: SRP2       
	00173: SLOOP      
	00174: IP         
	00175: MDAP[rd]   
	00176: SDB        
	00177: DELTAP1    
	00178: SVTCA[y-axis] 
	00179: MIAP[rd+ci] 
	00180: MIRP[nrp0,md,rd,1] 
	00181: MDRP[nrp0,nmd,rd,2] 
	00182: MIAP[rd+ci] 
	00183: SHP[rp1,zp0] 
	00184: MIRP[nrp0,md,rd,1] 
	00185: SRP2       
	00186: SLOOP      
	00187: IP         
	00188: SRP1       
	00189: SRP2       
	00190: IP         
	00191: IP         
	00192: MDRP[srp0,nmd,rd,0] 
	00193: DELTAP1    
	00194: MIRP[nrp0,md,rd,1] 
	00195: MDAP[rd]   
	00196: MIAP[rd+ci] 
	00197: SDPVTL[1]  
	00198: SRP0       
	00199: CALL       
	00200: SRP0       
	00201: SVTCA[x-axis] 
	00202: MDRP[nrp0,nmd,nrd,1] 
	00203: SDPVTL[1]  
	00204: SFVTCA[y-axis] 
	00205: CALL       
	00206: SRP0       
	00207: MDRP[nrp0,nmd,rd,0] 
	00208: IUP[y]     
	00209: IUP[x]     
	00210: SVTCA[y-axis] 
	00211: DELTAP1    
	00212: DELTAP1    
	00213: DELTAP1    
	00214: DELTAP1    
	00215: DELTAP1    
	00216: DELTAP1    
	00217: DELTAP1    
	00218: DELTAP1    
	00219: DELTAP1    
	00220: SDB        
	00221: DELTAP1    
	00222: SVTCA[x-axis] 
	00223: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1 Y-Short X-Short Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual Rep-  1 Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual Rep-  1 Y-Short X-Short Off
	 20:  YDual XDual         Y-Short         On
	 21:  YDual XDual         Y-Short         Off
	 22:  YDual               Y-Short X-Short Off
	 23:  YDual               Y-Short X-Short On
	 24:  YDual       Rep-  1 Y-Short X-Short Off
	 26:  YDual XDual         Y-Short         On
	 27:  YDual XDual         Y-Short         Off
	 28:  YDual XDual         Y-Short X-Short Off
	 29:  YDual XDual         Y-Short X-Short On
	 30:  YDual XDual Rep-  1 Y-Short X-Short Off
	 32:  YDual XDual         Y-Short X-Short On
	 33:  YDual XDual         Y-Short X-Short Off
	 34:  YDual XDual         Y-Short X-Short On
	 35:  YDual XDual Rep-  1 Y-Short X-Short Off
	 37:  YDual XDual         Y-Short X-Short On
	 38:  YDual XDual Rep-  1 Y-Short X-Short Off
	 40:  YDual XDual                 X-Short On
	 41:  YDual XDual                 X-Short Off
	 42:        XDual         Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:                              X-Short Off
	 46:                      Y-Short X-Short On
	 47:        XDual Rep-  1 Y-Short X-Short Off
	 49:        XDual         Y-Short         On
	 50:        XDual         Y-Short         Off
	 51:                      Y-Short X-Short Off
	 52:  YDual                       X-Short On
	 53:  YDual                       X-Short Off
	 54:  YDual               Y-Short X-Short Off
	 55:                                      On
	 56:  YDual                       X-Short Off
	 57:              Rep-  2 Y-Short X-Short Off
	 60:        XDual         Y-Short         On
	 61:        XDual         Y-Short         Off
	 62:        XDual         Y-Short X-Short Off
	 63:  YDual XDual                 X-Short On
	 64:  YDual XDual                 X-Short Off
	 65:  YDual XDual         Y-Short X-Short Off
	 66:  YDual XDual         Y-Short         On
	 67:  YDual XDual         Y-Short         Off
	 68:                              X-Short On
	 69:                                      On

	Coordinates
	-----------
	  0: Rel (   475,   442)  ->  Abs (   475,   442)
	  1: Rel (  -108,  -101)  ->  Abs (   367,   341)
	  2: Rel (   -60,   -77)  ->  Abs (   307,   264)
	  3: Rel (     0,   -35)  ->  Abs (   307,   229)
	  4: Rel (     0,   -15)  ->  Abs (   307,   214)
	  5: Rel (    49,   -32)  ->  Abs (   356,   182)
	  6: Rel (    82,   -37)  ->  Abs (   438,   145)
	  7: Rel (   100,   -43)  ->  Abs (   538,   102)
	  8: Rel (    89,   -83)  ->  Abs (   627,    19)
	  9: Rel (     0,   -54)  ->  Abs (   627,   -35)
	 10: Rel (     0,   -98)  ->  Abs (   627,  -133)
	 11: Rel (  -419,  -215)  ->  Abs (   208,  -348)
	 12: Rel (  -161,     0)  ->  Abs (    47,  -348)
	 13: Rel (   -67,     0)  ->  Abs (   -20,  -348)
	 14: Rel (   -74,    50)  ->  Abs (   -94,  -298)
	 15: Rel (     0,    44)  ->  Abs (   -94,  -254)
	 16: Rel (     0,    86)  ->  Abs (   -94,  -168)
	 17: Rel (   139,    10)  ->  Abs (    45,  -158)
	 18: Rel (   113,     8)  ->  Abs (   158,  -150)
	 19: Rel (   217,    75)  ->  Abs (   375,   -75)
	 20: Rel (     0,    26)  ->  Abs (   375,   -49)
	 21: Rel (     0,    13)  ->  Abs (   375,   -36)
	 22: Rel (   -33,    19)  ->  Abs (   342,   -17)
	 23: Rel (   -51,    21)  ->  Abs (   291,     4)
	 24: Rel (  -128,    52)  ->  Abs (   163,    56)
	 25: Rel (   -79,    81)  ->  Abs (    84,   137)
	 26: Rel (     0,    68)  ->  Abs (    84,   205)
	 27: Rel (     0,    59)  ->  Abs (    84,   264)
	 28: Rel (    97,   144)  ->  Abs (   181,   408)
	 29: Rel (   112,   106)  ->  Abs (   293,   514)
	 30: Rel (    79,    75)  ->  Abs (   372,   589)
	 31: Rel (   137,   101)  ->  Abs (   509,   690)
	 32: Rel (    52,    30)  ->  Abs (   561,   720)
	 33: Rel (    17,    11)  ->  Abs (   578,   731)
	 34: Rel (    73,    66)  ->  Abs (   651,   797)
	 35: Rel (   160,   148)  ->  Abs (   811,   945)
	 36: Rel (   172,   202)  ->  Abs (   983,  1147)
	 37: Rel (   103,   159)  ->  Abs (  1086,  1306)
	 38: Rel (    37,    58)  ->  Abs (  1123,  1364)
	 39: Rel (    53,    29)  ->  Abs (  1176,  1393)
	 40: Rel (    28,     0)  ->  Abs (  1204,  1393)
	 41: Rel (    34,     0)  ->  Abs (  1238,  1393)
	 42: Rel (    38,   -39)  ->  Abs (  1276,  1354)
	 43: Rel (     0,   -31)  ->  Abs (  1276,  1323)
	 44: Rel (     0,   -68)  ->  Abs (  1276,  1255)
	 45: Rel (  -196,  -268)  ->  Abs (  1080,   987)
	 46: Rel (  -177,  -170)  ->  Abs (   903,   817)
	 47: Rel (   106,   -14)  ->  Abs (  1009,   803)
	 48: Rel (   115,  -135)  ->  Abs (  1124,   668)
	 49: Rel (     0,  -101)  ->  Abs (  1124,   567)
	 50: Rel (     0,  -144)  ->  Abs (  1124,   423)
	 51: Rel (  -232,  -218)  ->  Abs (   892,   205)
	 52: Rel (  -142,     0)  ->  Abs (   750,   205)
	 53: Rel (  -109,     0)  ->  Abs (   641,   205)
	 54: Rel (  -157,   127)  ->  Abs (   484,   332)
	 55: Rel (   356,   325)  ->  Abs (   840,   657)
	 56: Rel (   -39,     0)  ->  Abs (   801,   657)
	 57: Rel (  -113,   -51)  ->  Abs (   688,   606)
	 58: Rel (   -21,   -24)  ->  Abs (   667,   582)
	 59: Rel (   -24,   -63)  ->  Abs (   643,   519)
	 60: Rel (     0,   -38)  ->  Abs (   643,   481)
	 61: Rel (     0,   -51)  ->  Abs (   643,   430)
	 62: Rel (    58,   -61)  ->  Abs (   701,   369)
	 63: Rel (    44,     0)  ->  Abs (   745,   369)
	 64: Rel (    68,     0)  ->  Abs (   813,   369)
	 65: Rel (   117,   113)  ->  Abs (   930,   482)
	 66: Rel (     0,    73)  ->  Abs (   930,   555)
	 67: Rel (     0,   102)  ->  Abs (   930,   657)
	 68: Rel (    -8, -1122)  ->  Abs (   922,  -465)
	 69: Rel (  -406,  1565)  ->  Abs (   516,  1100)

	Glyph  77: off = 0x00003E50, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			-94
	  yMin:			-471
	  xMax:			1136
	  yMax:			1530

	     0: Flags:		0x0236
		Glyf Index:	65
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	106
		X WOffset:	489
		Y WOffset:	870
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     8     7     6    73    28     8     7     6     0    64 
	                             1   225    64    82    25    31    37 
	00019: CALL       
	00020: DELTAP1    
	00021: SHC[rp1,zp0] 
	00022: SHC[rp1,zp0] 
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP0       
	00026: MDRP[srp0,md,rd,2] 
	00027: SHC[rp2,zp1] 
	00028: SHC[rp2,zp1] 
	00029: SHC[rp2,zp1] 

	Glyph  78: off = 0x00003E88, len = 56
	  numberOfContours:	-1  (Composite)
	  xMin:			-115
	  yMin:			-219
	  xMax:			1072
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	104
		X WOffset:	630
		Y WOffset:	106
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[5]              3   144    21     1    21 
	00006: PUSHW[1]            -64 
	00009: PUSHB[4]             10    13    54     3 
	00014: PUSHW[1]            498 
	00017: PUSHB[5]             21    27     0    12    37 
	00023: CALL       
	00024: SHC[rp1,zp0] 
	00025: SVTCA[y-axis] 
	00026: CALL       
	00027: DELTAP1    
	00028: SHC[rp1,zp0] 

	Glyph  79: off = 0x00003EC0, len = 64
	  numberOfContours:	-1  (Composite)
	  xMin:			-115
	  yMin:			-219
	  xMax:			1059
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	53
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	186
		Y WOffset:	473
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (15):     3    15    21    31    21    95    21   111    21     4 
	                             3   160    21     1    21 
	00017: PUSHW[1]            -64 
	00020: NPUSHB       (9):     9    15    54    54    21    27     0    12    37 
	00031: CALL       
	00032: CALL       
	00033: DELTAP1    
	00034: SHC[rp1,zp0] 
	00035: SVTCA[y-axis] 
	00036: DELTAP1    
	00037: SHC[rp1,zp0] 

	Glyph  80: off = 0x00003F00, len = 58
	  numberOfContours:	-1  (Composite)
	  xMin:			-233
	  yMin:			-381
	  xMax:			1264
	  yMax:			1460

	     0: Flags:		0x0236
		Glyf Index:	64
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	522
		Y WOffset:	967
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):    64     5    62    62   128    52     5    48    53     1 
	00012: PUSHW[1]            -37 
	00015: PUSHB[5]             53    59    12    44    37 
	00021: CALL       
	00022: DELTAP2    
	00023: SHC[rp1,zp0] 
	00024: SVTCA[y-axis] 
	00025: SRP0       
	00026: SMD        
	00027: MDRP[srp0,md,rd,2] 
	00028: MDAP[rd]   
	00029: SHC[rp2,zp1] 
	00030: SMD        

	Glyph  81: off = 0x00003F3A, len = 68
	  numberOfContours:	-1  (Composite)
	  xMin:			-115
	  yMin:			-184
	  xMax:			1495
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	56
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	665
		Y WOffset:	895
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[5]              4    47    16     4    38 
	00006: PUSHW[1]            -64 
	00009: NPUSHB      (14):    21    25    54    48    38    64    38    80    38   144 
	                            38   160    38     5 
	00025: PUSHW[1]            -96 
	00028: PUSHB[5]             38    44    13    22    37 
	00034: CALL       
	00035: DELTAP1    
	00036: CALL       
	00037: SHC[rp1,zp0] 
	00038: SVTCA[y-axis] 
	00039: SRP0       
	00040: MDRP[srp0,md,rd,2] 
	00041: SHC[rp2,zp1] 

	Glyph  82: off = 0x00003F7E, len = 54
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-49
	  xMax:			2175
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	69
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	106
		X WOffset:	813
		Y WOffset:	676
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[8]              8     7     6    62    22     8     7     6 
	00009: PUSHW[1]            -50 
	00012: PUSHB[5]             53    71    14    30    37 
	00018: CALL       
	00019: SHC[rp1,zp0] 
	00020: SHC[rp1,zp0] 
	00021: SHC[rp1,zp0] 
	00022: SVTCA[y-axis] 
	00023: SRP0       
	00024: MDRP[srp0,md,rd,2] 
	00025: SHC[rp2,zp1] 
	00026: SHC[rp2,zp1] 
	00027: SHC[rp2,zp1] 

	Glyph  83: off = 0x00003FB4, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-49
	  xMax:			2175
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	69
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	104
		X WOffset:	813
		Y WOffset:	90
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[5]              6   144    41     1     6 
	00006: PUSHW[1]            -50 
	00009: PUSHB[5]             41    47    14    30    37 
	00015: CALL       
	00016: SHC[rp1,zp0] 
	00017: SVTCA[y-axis] 
	00018: DELTAP1    
	00019: SHC[rp1,zp0] 

	Glyph  84: off = 0x00003FE2, len = 46
	  numberOfContours:	-1  (Composite)
	  xMin:			80
	  yMin:			-49
	  xMax:			2175
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	69
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	813
		Y WOffset:	696
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: PUSHB[4]              6    50    22     6 
	00005: PUSHW[1]            -50 
	00008: PUSHB[5]             41    47    14    30    37 
	00014: CALL       
	00015: SHC[rp1,zp0] 
	00016: SVTCA[y-axis] 
	00017: SRP0       
	00018: MDRP[srp0,md,rd,2] 
	00019: SHC[rp2,zp1] 

	Glyph  85: off = 0x00004010, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			-94
	  yMin:			-471
	  xMax:			1124
	  yMax:			1530

	     0: Flags:		0x0236
		Glyf Index:	65
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	104
		X WOffset:	542
		Y WOffset:	-119
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (17):     6   144    52   160    52   176    52   192    52     4 
	                             6     7    52    58     8    31    37 
	00019: CALL       
	00020: SHC[rp1,zp0] 
	00021: SVTCA[y-axis] 
	00022: DELTAP1    
	00023: SHC[rp1,zp0] 

	Glyph  86: off = 0x00004042, len = 50
	  numberOfContours:	-1  (Composite)
	  xMin:			-94
	  yMin:			-471
	  xMax:			1124
	  yMax:			1530

	     0: Flags:		0x0236
		Glyf Index:	65
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	512
		Y WOffset:	922
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (13):     6    61    28     6     0    52     1   248    52    58 
	                            25    31    37 
	00015: SVTCA[x-axis] 
	00016: CALL       
	00017: DELTAP1    
	00018: SHC[rp1,zp0] 
	00019: SVTCA[y-axis] 
	00020: SRP0       
	00021: MDRP[srp0,md,rd,2] 
	00022: SHC[rp2,zp1] 

	Glyph  87: off = 0x00004074, len = 24
	  numberOfContours:	-1  (Composite)
	  xMin:			-29
	  yMin:			-352
	  xMax:			1077
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0017
		Glyf Index:	104
		X WOffset:	188
		Y WOffset:	-207
		Other:		Round X,Y to Grid  No Overlap


	Glyph  88: off = 0x0000408C, len = 80
	  numberOfContours:	-1  (Composite)
	  xMin:			-29
	  yMin:			-352
	  xMax:			1077
	  yMax:			1100

	     0: Flags:		0x0236
		Glyf Index:	60
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	114
		Y WOffset:	637
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (19):     5    95    33   143    33   144    33   192    33     4 
	                             5    32    33    48    33   160    33     3    33 
	00021: PUSHW[1]            -64 
	00024: PUSHB[4]             18    21    54    33 
	00029: PUSHW[1]            -64 
	00032: PUSHB[3]              9    13    54 
	00036: PUSHW[1]            -70 
	00039: PUSHB[5]             33    39     6    17    37 
	00045: CALL       
	00046: CALL       
	00047: CALL       
	00048: DELTAP2    
	00049: SHC[rp1,zp0] 
	00050: SVTCA[y-axis] 
	00051: DELTAP1    
	00052: SHC[rp1,zp0] 

	Glyph  89: off = 0x000040DC, len = 48
	  numberOfContours:	-1  (Composite)
	  xMin:			-78
	  yMin:			-348
	  xMax:			1147
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	67
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	105
		X WOffset:	413
		Y WOffset:	905
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (12):     5     4    63    12     5     4     0    42    60     8 
	                            15    37 
	00014: CALL       
	00015: SHC[rp1,zp0] 
	00016: SHC[rp1,zp0] 
	00017: SVTCA[y-axis] 
	00018: SRP0       
	00019: MDRP[srp0,md,rd,2] 
	00020: SHC[rp2,zp1] 
	00021: SHC[rp2,zp1] 

	Glyph  90: off = 0x0000410C, len = 44
	  numberOfContours:	-1  (Composite)
	  xMin:			-123
	  yMin:			-219
	  xMax:			864
	  yMax:			1400

	     0: Flags:		0x0236
		Glyf Index:	61
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid  No Overlap  Use My Metrics


	     1: Flags:		0x0117
		Glyf Index:	103
		X WOffset:	223
		Y WOffset:	922
		Other:		Round X,Y to Grid  No Overlap

	Instructions:
	-------------
	00000: NPUSHB      (10):     5    44     8     5    34    35    41     5    11    37 
	00012: CALL       
	00013: SHC[rp1,zp0] 
	00014: SVTCA[y-axis] 
	00015: SRP0       
	00016: MDRP[srp0,md,rd,2] 
	00017: SHC[rp2,zp1] 

	Glyph  91: off = 0x00004138, len = 96
	  numberOfContours:	2
	  xMin:			25
	  yMin:			969
	  xMax:			575
	  yMax:			1425

	EndPoints
	---------
	  0:  14
	  1:  15

	  Length of Instructions:	35
	00000: NPUSHB      (20):   123    10     1    84     4   100     4   132     4     3 
	                           134     3     1     7    15    12    15    15     9     0 
	00022: MDAP[rd]   
	00023: MDRP[nrp0,md,rd,1] 
	00024: IP         
	00025: MDAP[rd]   
	00026: SVTCA[y-axis] 
	00027: MDAP[rd]   
	00028: MDRP[nrp0,nmd,rd,2] 
	00029: MDRP[nrp0,md,rd,1] 
	00030: IUP[y]     
	00031: IUP[x]     
	00032: DELTAP1    
	00033: DELTAP1    
	00034: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                                      Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    25,  1038)  ->  Abs (    25,  1038)
	  1: Rel (     0,    30)  ->  Abs (    25,  1068)
	  2: Rel (    32,    34)  ->  Abs (    57,  1102)
	  3: Rel (    45,    20)  ->  Abs (   102,  1122)
	  4: Rel (   136,    59)  ->  Abs (   238,  1181)
	  5: Rel (   193,   201)  ->  Abs (   431,  1382)
	  6: Rel (    42,    43)  ->  Abs (   473,  1425)
	  7: Rel (    43,     0)  ->  Abs (   516,  1425)
	  8: Rel (    59,     0)  ->  Abs (   575,  1425)
	  9: Rel (     0,   -63)  ->  Abs (   575,  1362)
	 10: Rel (     0,   -57)  ->  Abs (   575,  1305)
	 11: Rel (  -368,  -336)  ->  Abs (   207,   969)
	 12: Rel (  -101,     0)  ->  Abs (   106,   969)
	 13: Rel (   -37,     0)  ->  Abs (    69,   969)
	 14: Rel (   -44,    38)  ->  Abs (    25,  1007)
	 15: Rel (   171,   -38)  ->  Abs (   196,   969)

	Glyph  92: off = 0x00004198, len = 156
	  numberOfContours:	3
	  xMin:			25
	  yMin:			969
	  xMax:			862
	  yMax:			1464

	EndPoints
	---------
	  0:  14
	  1:  29
	  2:  30

	  Length of Instructions:	53
	00000: NPUSHB      (31):   102    19   118    19   134    19     3   102     4   118 
	                             4   134     4     3     7    47    12     1    12    22 
	                            30    27    30    30     0    24    64    15   128     9 
	                             0 
	00033: MDAP[rd]   
	00034: MDRP[nrp0,md,rd,1] 
	00035: SMD        
	00036: MDRP[srp0,md,rd,0] 
	00037: SMD        
	00038: MDRP[nrp0,md,rd,1] 
	00039: SRP1       
	00040: IP         
	00041: MDAP[rd]   
	00042: SVTCA[y-axis] 
	00043: MDAP[rd]   
	00044: MDRP[nrp0,nmd,rd,2] 
	00045: MDRP[nrp0,md,rd,1] 
	00046: MDRP[srp0,nmd,rd,0] 
	00047: DELTAP1    
	00048: MDRP[nrp0,md,rd,1] 
	00049: IUP[y]     
	00050: IUP[x]     
	00051: DELTAP1    
	00052: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual         Y-Short X-Short On
	  4:  YDual XDual         Y-Short X-Short Off
	  5:  YDual XDual         Y-Short X-Short On
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                                      Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:                      Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual XDual         Y-Short X-Short On
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual                 X-Short On
	 23:  YDual XDual                 X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                                      Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (    25,  1124)  ->  Abs (    25,  1124)
	  1: Rel (     0,    30)  ->  Abs (    25,  1154)
	  2: Rel (    32,    34)  ->  Abs (    57,  1188)
	  3: Rel (    45,    20)  ->  Abs (   102,  1208)
	  4: Rel (   139,    62)  ->  Abs (   241,  1270)
	  5: Rel (   153,   153)  ->  Abs (   394,  1423)
	  6: Rel (    40,    41)  ->  Abs (   434,  1464)
	  7: Rel (    41,     0)  ->  Abs (   475,  1464)
	  8: Rel (    60,     0)  ->  Abs (   535,  1464)
	  9: Rel (     0,   -63)  ->  Abs (   535,  1401)
	 10: Rel (     0,   -56)  ->  Abs (   535,  1345)
	 11: Rel (  -337,  -290)  ->  Abs (   198,  1055)
	 12: Rel (   -92,     0)  ->  Abs (   106,  1055)
	 13: Rel (   -37,     0)  ->  Abs (    69,  1055)
	 14: Rel (   -44,    38)  ->  Abs (    25,  1093)
	 15: Rel (   327,   -55)  ->  Abs (   352,  1038)
	 16: Rel (     0,    31)  ->  Abs (   352,  1069)
	 17: Rel (    34,    34)  ->  Abs (   386,  1103)
	 18: Rel (    44,    19)  ->  Abs (   430,  1122)
	 19: Rel (   138,    62)  ->  Abs (   568,  1184)
	 20: Rel (   153,   153)  ->  Abs (   721,  1337)
	 21: Rel (    41,    41)  ->  Abs (   762,  1378)
	 22: Rel (    41,     0)  ->  Abs (   803,  1378)
	 23: Rel (    59,     0)  ->  Abs (   862,  1378)
	 24: Rel (     0,   -63)  ->  Abs (   862,  1315)
	 25: Rel (     0,   -56)  ->  Abs (   862,  1259)
	 26: Rel (  -336,  -290)  ->  Abs (   526,   969)
	 27: Rel (   -92,     0)  ->  Abs (   434,   969)
	 28: Rel (   -37,     0)  ->  Abs (   397,   969)
	 29: Rel (   -45,    38)  ->  Abs (   352,  1007)
	 30: Rel (    93,   -38)  ->  Abs (   445,   969)

	Glyph  93: off = 0x00004234, len = 90
	  numberOfContours:	2
	  xMin:			25
	  yMin:			-461
	  xMax:			822
	  yMax:			-69

	EndPoints
	---------
	  0:  14
	  1:  15

	  Length of Instructions:	29
	00000: NPUSHB      (16):   134     4     1    99     3   115     3   131     3     3 
	                            12    15     6    15     9     0 
	00018: MDAP[rd]   
	00019: MDRP[srp0,md,rd,1] 
	00020: MDRP[nrp0,nmd,rd,2] 
	00021: SVTCA[y-axis] 
	00022: MDAP[rd]   
	00023: MDRP[nrp0,nmd,rd,2] 
	00024: MDRP[nrp0,md,rd,1] 
	00025: IUP[y]     
	00026: IUP[x]     
	00027: DELTAP1    
	00028: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:                                      On

	Coordinates
	-----------
	  0: Rel (    25,  -397)  ->  Abs (    25,  -397)
	  1: Rel (     0,    62)  ->  Abs (    25,  -335)
	  2: Rel (    77,    28)  ->  Abs (   102,  -307)
	  3: Rel (   160,    57)  ->  Abs (   262,  -250)
	  4: Rel (   182,   111)  ->  Abs (   444,  -139)
	  5: Rel (    48,    28)  ->  Abs (   492,  -111)
	  6: Rel (    40,     0)  ->  Abs (   532,  -111)
	  7: Rel (    26,     0)  ->  Abs (   558,  -111)
	  8: Rel (    36,   -35)  ->  Abs (   594,  -146)
	  9: Rel (     0,   -22)  ->  Abs (   594,  -168)
	 10: Rel (     0,   -59)  ->  Abs (   594,  -227)
	 11: Rel (  -404,  -234)  ->  Abs (   190,  -461)
	 12: Rel (   -88,     0)  ->  Abs (   102,  -461)
	 13: Rel (   -34,     0)  ->  Abs (    68,  -461)
	 14: Rel (   -43,    37)  ->  Abs (    25,  -424)
	 15: Rel (   797,   355)  ->  Abs (   822,   -69)

	Glyph  94: off = 0x0000428E, len = 188
	  numberOfContours:	3
	  xMin:			14
	  yMin:			-517
	  xMax:			1024
	  yMax:			-111

	EndPoints
	---------
	  0:  14
	  1:  29
	  2:  30

	  Length of Instructions:	85
	00000: NPUSHB      (58):   131    19     1   131    18     1   106    26   122    26 
	                             2   106    11   122    11     2   131     4     1   131 
	                             3     1    30    30     6    27    21    12     6    30 
	                            30     0     0    24    16    24    32    24    64    24 
	                            80    24     5    24    15     0     9    16     9    32 
	                             9    64     9    80     9     5     9     0 
	00060: MDAP[rd]   
	00061: MDRP[nrp0,md,rd,1] 
	00062: DELTAP1    
	00063: MDRP[srp0,nmd,rd,0] 
	00064: MDRP[nrp0,md,rd,1] 
	00065: DELTAP1    
	00066: SRP1       
	00067: IP         
	00068: MDAP[rd]   
	00069: SVTCA[y-axis] 
	00070: MDAP[rd]   
	00071: MDRP[nrp0,md,rd,1] 
	00072: MDRP[srp0,nmd,rd,0] 
	00073: MDRP[nrp0,md,rd,1] 
	00074: SRP2       
	00075: IP         
	00076: MDAP[rd]   
	00077: IUP[y]     
	00078: IUP[x]     
	00079: DELTAP1    
	00080: DELTAP1    
	00081: DELTAP1    
	00082: DELTAP1    
	00083: DELTAP1    
	00084: DELTAP1    

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short On
	  3:  YDual XDual         Y-Short X-Short Off
	  4:  YDual XDual         Y-Short X-Short On
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short         Off
	 12:  YDual                       X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:                      Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short On
	 18:  YDual XDual         Y-Short X-Short Off
	 19:  YDual XDual         Y-Short X-Short On
	 20:  YDual XDual         Y-Short X-Short Off
	 21:  YDual XDual                 X-Short On
	 22:  YDual XDual                 X-Short Off
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short         Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short X-Short Off
	 30:                                      On

	Coordinates
	-----------
	  0: Rel (    14,  -398)  ->  Abs (    14,  -398)
	  1: Rel (     0,    62)  ->  Abs (    14,  -336)
	  2: Rel (    78,    28)  ->  Abs (    92,  -308)
	  3: Rel (   159,    57)  ->  Abs (   251,  -251)
	  4: Rel (   183,   111)  ->  Abs (   434,  -140)
	  5: Rel (    47,    29)  ->  Abs (   481,  -111)
	  6: Rel (    41,     0)  ->  Abs (   522,  -111)
	  7: Rel (    25,     0)  ->  Abs (   547,  -111)
	  8: Rel (    37,   -35)  ->  Abs (   584,  -146)
	  9: Rel (     0,   -23)  ->  Abs (   584,  -169)
	 10: Rel (     0,   -60)  ->  Abs (   584,  -229)
	 11: Rel (  -406,  -233)  ->  Abs (   178,  -462)
	 12: Rel (   -86,     0)  ->  Abs (    92,  -462)
	 13: Rel (   -34,     0)  ->  Abs (    58,  -462)
	 14: Rel (   -44,    37)  ->  Abs (    14,  -425)
	 15: Rel (   441,   -28)  ->  Abs (   455,  -453)
	 16: Rel (     0,    62)  ->  Abs (   455,  -391)
	 17: Rel (    77,    28)  ->  Abs (   532,  -363)
	 18: Rel (   160,    57)  ->  Abs (   692,  -306)
	 19: Rel (   182,   111)  ->  Abs (   874,  -195)
	 20: Rel (    48,    28)  ->  Abs (   922,  -167)
	 21: Rel (    41,     0)  ->  Abs (   963,  -167)
	 22: Rel (    25,     0)  ->  Abs (   988,  -167)
	 23: Rel (    36,   -35)  ->  Abs (  1024,  -202)
	 24: Rel (     0,   -22)  ->  Abs (  1024,  -224)
	 25: Rel (     0,   -59)  ->  Abs (  1024,  -283)
	 26: Rel (  -404,  -234)  ->  Abs (   620,  -517)
	 27: Rel (   -88,     0)  ->  Abs (   532,  -517)
	 28: Rel (   -34,     0)  ->  Abs (   498,  -517)
	 29: Rel (   -43,    37)  ->  Abs (   455,  -480)
	 30: Rel (   506,   355)  ->  Abs (   961,  -125)

	Glyph  95: off = 0x0000434A, len = 120
	  numberOfContours:	2
	  xMin:			25
	  yMin:			969
	  xMax:			502
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  20

	  Length of Instructions:	46
	00000: PUSHW[2]              9   -16 
	00005: NPUSHB      (24):    11    14    72     7    20    13   106     0   122     0 
	                           138     0     3    20     4     0     4    20     3   175 
	                            10     1    10    15 
	00031: MDAP[rd]   
	00032: MDRP[nrp0,md,rd,1] 
	00033: DELTAP1    
	00034: SLOOP      
	00035: IP         
	00036: MDAP[rd]   
	00037: MDAP[rd]   
	00038: DELTAP1    
	00039: SVTCA[y-axis] 
	00040: MDAP[rd]   
	00041: MDRP[nrp0,nmd,rd,2] 
	00042: MDRP[nrp0,nmd,rd,0] 
	00043: IUP[y]     
	00044: IUP[x]     
	00045: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:                      Y-Short         Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   350,  1257)  ->  Abs (   350,  1257)
	  1: Rel (   -64,    51)  ->  Abs (   286,  1308)
	  2: Rel (  -147,    15)  ->  Abs (   139,  1323)
	  3: Rel (   -78,     8)  ->  Abs (    61,  1331)
	  4: Rel (     0,    60)  ->  Abs (    61,  1391)
	  5: Rel (     0,    31)  ->  Abs (    61,  1422)
	  6: Rel (    45,    42)  ->  Abs (   106,  1464)
	  7: Rel (    37,     0)  ->  Abs (   143,  1464)
	  8: Rel (    93,     0)  ->  Abs (   236,  1464)
	  9: Rel (   266,  -101)  ->  Abs (   502,  1363)
	 10: Rel (     0,   -85)  ->  Abs (   502,  1278)
	 11: Rel (     0,   -80)  ->  Abs (   502,  1198)
	 12: Rel (  -321,  -229)  ->  Abs (   181,   969)
	 13: Rel (   -75,     0)  ->  Abs (   106,   969)
	 14: Rel (   -81,     0)  ->  Abs (    25,   969)
	 15: Rel (     0,    65)  ->  Abs (    25,  1034)
	 16: Rel (     0,    35)  ->  Abs (    25,  1069)
	 17: Rel (    36,    35)  ->  Abs (    61,  1104)
	 18: Rel (    41,    14)  ->  Abs (   102,  1118)
	 19: Rel (   186,    68)  ->  Abs (   288,  1186)
	 20: Rel (  -151,  -217)  ->  Abs (   137,   969)

	Glyph  96: off = 0x000043C2, len = 204
	  numberOfContours:	3
	  xMin:			25
	  yMin:			969
	  xMax:			993
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  39
	  2:  40

	  Length of Instructions:	75
	00000: PUSHW[2]             29   -16 
	00005: PUSHB[4]             11    14    72     9 
	00010: PUSHW[1]            -16 
	00013: NPUSHB      (35):    11    14    72    33    27     7    40    13   106    20 
	                           122    20   138    20     3   106     0   122     0   138 
	                             0     3    40    24     4    40    15    24    20    30 
	                            35     4     0    10    15 
	00050: MDAP[rd]   
	00051: MDRP[nrp0,md,rd,1] 
	00052: IP         
	00053: IP         
	00054: MDRP[srp0,nmd,rd,0] 
	00055: MDRP[nrp0,md,rd,1] 
	00056: IP         
	00057: IP         
	00058: SRP1       
	00059: IP         
	00060: MDAP[rd]   
	00061: MDAP[rd]   
	00062: MDAP[rd]   
	00063: DELTAP1    
	00064: DELTAP1    
	00065: SVTCA[y-axis] 
	00066: MDAP[rd]   
	00067: MDRP[nrp0,nmd,rd,2] 
	00068: MDRP[nrp0,nmd,rd,0] 
	00069: IP         
	00070: IP         
	00071: IUP[y]     
	00072: IUP[x]     
	00073: CALL       
	00074: CALL       

	Flags
	-----
	  0:                                      On
	  1:  YDual               Y-Short X-Short Off
	  2:  YDual               Y-Short X-Short On
	  3:  YDual               Y-Short X-Short Off
	  4:  YDual XDual         Y-Short         On
	  5:  YDual XDual         Y-Short         Off
	  6:  YDual XDual         Y-Short X-Short Off
	  7:  YDual XDual                 X-Short On
	  8:  YDual XDual                 X-Short Off
	  9:                      Y-Short         Off
	 10:        XDual         Y-Short         On
	 11:        XDual         Y-Short         Off
	 12:                      Y-Short         Off
	 13:  YDual                       X-Short On
	 14:  YDual                       X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual         Y-Short X-Short On
	 19:  YDual XDual         Y-Short X-Short Off
	 20:  YDual               Y-Short         On
	 21:  YDual               Y-Short X-Short Off
	 22:  YDual               Y-Short X-Short On
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual XDual         Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:                      Y-Short         Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short         Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual XDual         Y-Short         On
	 36:  YDual XDual         Y-Short         Off
	 37:  YDual XDual         Y-Short X-Short Off
	 38:  YDual XDual         Y-Short X-Short On
	 39:  YDual XDual         Y-Short X-Short Off
	 40:                      Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   350,  1257)  ->  Abs (   350,  1257)
	  1: Rel (   -64,    51)  ->  Abs (   286,  1308)
	  2: Rel (  -147,    15)  ->  Abs (   139,  1323)
	  3: Rel (   -78,     8)  ->  Abs (    61,  1331)
	  4: Rel (     0,    60)  ->  Abs (    61,  1391)
	  5: Rel (     0,    31)  ->  Abs (    61,  1422)
	  6: Rel (    45,    42)  ->  Abs (   106,  1464)
	  7: Rel (    37,     0)  ->  Abs (   143,  1464)
	  8: Rel (    93,     0)  ->  Abs (   236,  1464)
	  9: Rel (   266,  -101)  ->  Abs (   502,  1363)
	 10: Rel (     0,   -85)  ->  Abs (   502,  1278)
	 11: Rel (     0,   -80)  ->  Abs (   502,  1198)
	 12: Rel (  -321,  -229)  ->  Abs (   181,   969)
	 13: Rel (   -75,     0)  ->  Abs (   106,   969)
	 14: Rel (   -81,     0)  ->  Abs (    25,   969)
	 15: Rel (     0,    65)  ->  Abs (    25,  1034)
	 16: Rel (     0,    35)  ->  Abs (    25,  1069)
	 17: Rel (    36,    35)  ->  Abs (    61,  1104)
	 18: Rel (    41,    14)  ->  Abs (   102,  1118)
	 19: Rel (   186,    68)  ->  Abs (   288,  1186)
	 20: Rel (   554,    71)  ->  Abs (   842,  1257)
	 21: Rel (   -65,    51)  ->  Abs (   777,  1308)
	 22: Rel (  -146,    15)  ->  Abs (   631,  1323)
	 23: Rel (   -78,     8)  ->  Abs (   553,  1331)
	 24: Rel (     0,    60)  ->  Abs (   553,  1391)
	 25: Rel (     0,    32)  ->  Abs (   553,  1423)
	 26: Rel (    45,    41)  ->  Abs (   598,  1464)
	 27: Rel (    37,     0)  ->  Abs (   635,  1464)
	 28: Rel (    92,     0)  ->  Abs (   727,  1464)
	 29: Rel (   266,  -101)  ->  Abs (   993,  1363)
	 30: Rel (     0,   -85)  ->  Abs (   993,  1278)
	 31: Rel (     0,   -80)  ->  Abs (   993,  1198)
	 32: Rel (  -321,  -229)  ->  Abs (   672,   969)
	 33: Rel (   -74,     0)  ->  Abs (   598,   969)
	 34: Rel (   -82,     0)  ->  Abs (   516,   969)
	 35: Rel (     0,    65)  ->  Abs (   516,  1034)
	 36: Rel (     0,    35)  ->  Abs (   516,  1069)
	 37: Rel (    37,    35)  ->  Abs (   553,  1104)
	 38: Rel (    41,    14)  ->  Abs (   594,  1118)
	 39: Rel (   185,    68)  ->  Abs (   779,  1186)
	 40: Rel (  -173,  -217)  ->  Abs (   606,   969)

	Glyph  97: off = 0x0000448E, len = 112
	  numberOfContours:	2
	  xMin:			23
	  yMin:			969
	  xMax:			500
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  20

	  Length of Instructions:	39
	00000: NPUSHB      (23):     9    16    11    14    72    13    20     7   101     0 
	                           117     0   133     0     3    20     4     0     4    20 
	                             3    15    10 
	00025: MDAP[rd]   
	00026: MDRP[nrp0,md,rd,1] 
	00027: SLOOP      
	00028: IP         
	00029: MDAP[rd]   
	00030: MDAP[rd]   
	00031: DELTAP1    
	00032: SVTCA[y-axis] 
	00033: MDAP[rd]   
	00034: MDRP[nrp0,nmd,rd,2] 
	00035: MDRP[nrp0,nmd,rd,0] 
	00036: IUP[y]     
	00037: IUP[x]     
	00038: CALL       

	Flags
	-----
	  0:        XDual                 X-Short On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short         Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:        XDual                 X-Short On

	Coordinates
	-----------
	  0: Rel (   174,  1176)  ->  Abs (   174,  1176)
	  1: Rel (    64,   -51)  ->  Abs (   238,  1125)
	  2: Rel (   147,   -15)  ->  Abs (   385,  1110)
	  3: Rel (    78,    -8)  ->  Abs (   463,  1102)
	  4: Rel (     0,   -60)  ->  Abs (   463,  1042)
	  5: Rel (     0,   -32)  ->  Abs (   463,  1010)
	  6: Rel (   -45,   -41)  ->  Abs (   418,   969)
	  7: Rel (   -37,     0)  ->  Abs (   381,   969)
	  8: Rel (   -93,     0)  ->  Abs (   288,   969)
	  9: Rel (  -265,   101)  ->  Abs (    23,  1070)
	 10: Rel (     0,    85)  ->  Abs (    23,  1155)
	 11: Rel (     0,    81)  ->  Abs (    23,  1236)
	 12: Rel (   320,   228)  ->  Abs (   343,  1464)
	 13: Rel (    75,     0)  ->  Abs (   418,  1464)
	 14: Rel (    82,     0)  ->  Abs (   500,  1464)
	 15: Rel (     0,   -65)  ->  Abs (   500,  1399)
	 16: Rel (     0,   -35)  ->  Abs (   500,  1364)
	 17: Rel (   -37,   -35)  ->  Abs (   463,  1329)
	 18: Rel (   -41,   -14)  ->  Abs (   422,  1315)
	 19: Rel (  -186,   -68)  ->  Abs (   236,  1247)
	 20: Rel (    44,  -278)  ->  Abs (   280,   969)

	Glyph  98: off = 0x000044FE, len = 200
	  numberOfContours:	3
	  xMin:			23
	  yMin:			969
	  xMax:			991
	  yMax:			1464

	EndPoints
	---------
	  0:  19
	  1:  39
	  2:  40

	  Length of Instructions:	69
	00000: NPUSHB      (42):    29    16    11    14    72     9    16    11    14    72 
	                            33    27    13    40     7   101    20   117    20   133 
	                            20     3   101     0   117     0   133     0     3    40 
	                            24     4    40    30     4     0    15    10    24    20 
	                            35    30 
	00044: MDAP[rd]   
	00045: MDRP[nrp0,md,rd,1] 
	00046: IP         
	00047: IP         
	00048: MDRP[srp0,nmd,rd,0] 
	00049: MDRP[nrp0,md,rd,1] 
	00050: IP         
	00051: IP         
	00052: SRP1       
	00053: IP         
	00054: MDAP[rd]   
	00055: MDAP[rd]   
	00056: MDAP[rd]   
	00057: DELTAP1    
	00058: DELTAP1    
	00059: SVTCA[y-axis] 
	00060: MDAP[rd]   
	00061: MDRP[nrp0,nmd,rd,2] 
	00062: MDRP[nrp0,nmd,rd,0] 
	00063: IP         
	00064: IP         
	00065: IUP[y]     
	00066: IUP[x]     
	00067: CALL       
	00068: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short X-Short Off
	  2:        XDual         Y-Short X-Short On
	  3:        XDual         Y-Short X-Short Off
	  4:        XDual         Y-Short         On
	  5:        XDual         Y-Short         Off
	  6:                      Y-Short X-Short Off
	  7:  YDual                       X-Short On
	  8:  YDual                       X-Short Off
	  9:  YDual               Y-Short         Off
	 10:  YDual XDual         Y-Short         On
	 11:  YDual XDual         Y-Short         Off
	 12:  YDual               Y-Short         Off
	 13:  YDual XDual                 X-Short On
	 14:  YDual XDual                 X-Short Off
	 15:        XDual         Y-Short         On
	 16:        XDual         Y-Short         Off
	 17:                      Y-Short X-Short Off
	 18:                      Y-Short X-Short On
	 19:                      Y-Short X-Short Off
	 20:                      Y-Short         On
	 21:        XDual         Y-Short X-Short Off
	 22:        XDual         Y-Short X-Short On
	 23:        XDual         Y-Short X-Short Off
	 24:        XDual         Y-Short         On
	 25:        XDual         Y-Short         Off
	 26:                      Y-Short X-Short Off
	 27:  YDual                       X-Short On
	 28:  YDual                       X-Short Off
	 29:  YDual               Y-Short         Off
	 30:  YDual XDual         Y-Short         On
	 31:  YDual XDual         Y-Short         Off
	 32:  YDual               Y-Short         Off
	 33:  YDual XDual                 X-Short On
	 34:  YDual XDual                 X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:                      Y-Short X-Short On
	 39:                      Y-Short X-Short Off
	 40:                                      On

	Coordinates
	-----------
	  0: Rel (   666,  1176)  ->  Abs (   666,  1176)
	  1: Rel (    64,   -51)  ->  Abs (   730,  1125)
	  2: Rel (   147,   -15)  ->  Abs (   877,  1110)
	  3: Rel (    77,    -8)  ->  Abs (   954,  1102)
	  4: Rel (     0,   -60)  ->  Abs (   954,  1042)
	  5: Rel (     0,   -31)  ->  Abs (   954,  1011)
	  6: Rel (   -44,   -42)  ->  Abs (   910,   969)
	  7: Rel (   -38,     0)  ->  Abs (   872,   969)
	  8: Rel (   -92,     0)  ->  Abs (   780,   969)
	  9: Rel (  -266,   101)  ->  Abs (   514,  1070)
	 10: Rel (     0,    85)  ->  Abs (   514,  1155)
	 11: Rel (     0,    81)  ->  Abs (   514,  1236)
	 12: Rel (   321,   228)  ->  Abs (   835,  1464)
	 13: Rel (    74,     0)  ->  Abs (   909,  1464)
	 14: Rel (    82,     0)  ->  Abs (   991,  1464)
	 15: Rel (     0,   -65)  ->  Abs (   991,  1399)
	 16: Rel (     0,   -31)  ->  Abs (   991,  1368)
	 17: Rel (   -32,   -37)  ->  Abs (   959,  1331)
	 18: Rel (   -46,   -16)  ->  Abs (   913,  1315)
	 19: Rel (  -185,   -68)  ->  Abs (   728,  1247)
	 20: Rel (  -554,   -71)  ->  Abs (   174,  1176)
	 21: Rel (    64,   -51)  ->  Abs (   238,  1125)
	 22: Rel (   147,   -15)  ->  Abs (   385,  1110)
	 23: Rel (    78,    -8)  ->  Abs (   463,  1102)
	 24: Rel (     0,   -60)  ->  Abs (   463,  1042)
	 25: Rel (     0,   -32)  ->  Abs (   463,  1010)
	 26: Rel (   -45,   -41)  ->  Abs (   418,   969)
	 27: Rel (   -37,     0)  ->  Abs (   381,   969)
	 28: Rel (   -93,     0)  ->  Abs (   288,   969)
	 29: Rel (  -265,   101)  ->  Abs (    23,  1070)
	 30: Rel (     0,    85)  ->  Abs (    23,  1155)
	 31: Rel (     0,    81)  ->  Abs (    23,  1236)
	 32: Rel (   320,   228)  ->  Abs (   343,  1464)
	 33: Rel (    75,     0)  ->  Abs (   418,  1464)
	 34: Rel (    82,     0)  ->  Abs (   500,  1464)
	 35: Rel (     0,   -65)  ->  Abs (   500,  1399)
	 36: Rel (     0,   -35)  ->  Abs (   500,  1364)
	 37: Rel (   -37,   -35)  ->  Abs (   463,  1329)
	 38: Rel (   -41,   -14)  ->  Abs (   422,  1315)
	 39: Rel (  -186,   -68)  ->  Abs (   236,  1247)
	 40: Rel (   330,  -278)  ->  Abs (   566,   969)

	Glyph  99: off = 0x000045C6, len = 184
	  numberOfContours:	2
	  xMin:			25
	  yMin:			969
	  xMax:			909
	  yMax:			1464

	EndPoints
	---------
	  0:  41
	  1:  42

	  Length of Instructions:	53
	00000: NPUSHB      (35):     9     1    25     1     2    17    42     3   100    31 
	                           116    31   132    31     3   107    10   123    10   139 
	                            10     3    35    14    42     0    10    14    21    31 
	                            35    42     7    26     5 
	00037: MDAP[rd]   
	00038: MDRP[nrp0,md,rd,1] 
	00039: SLOOP      
	00040: IP         
	00041: MDAP[rd]   
	00042: MDAP[rd]   
	00043: MDAP[rd]   
	00044: DELTAP1    
	00045: DELTAP1    
	00046: SVTCA[y-axis] 
	00047: MDAP[rd]   
	00048: MDRP[nrp0,nmd,rd,2] 
	00049: MDRP[nrp0,nmd,rd,0] 
	00050: IUP[y]     
	00051: IUP[x]     
	00052: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:              Rep-  1 Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short X-Short Off
	 10:  YDual XDual         Y-Short X-Short On
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short X-Short On
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:  YDual XDual         Y-Short X-Short Off
	 17:  YDual XDual                 X-Short On
	 18:  YDual XDual                 X-Short Off
	 19:                      Y-Short         Off
	 20:        XDual Rep-  1 Y-Short         On
	 22:  YDual XDual Rep-  1 Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short         On
	 27:        XDual         Y-Short         Off
	 28:                      Y-Short X-Short Off
	 29:                      Y-Short X-Short On
	 30:                      Y-Short X-Short Off
	 31:                      Y-Short X-Short On
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short X-Short On
	 34:        XDual         Y-Short X-Short Off
	 35:        XDual         Y-Short         On
	 36:        XDual         Y-Short         Off
	 37:                      Y-Short X-Short Off
	 38:  YDual                       X-Short On
	 39:  YDual                       X-Short Off
	 40:  YDual               Y-Short         Off
	 41:  YDual XDual         Y-Short         On
	 42:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   432,  1157)  ->  Abs (   432,  1157)
	  1: Rel (   -56,   -56)  ->  Abs (   376,  1101)
	  2: Rel (  -214,  -132)  ->  Abs (   162,   969)
	  3: Rel (   -56,     0)  ->  Abs (   106,   969)
	  4: Rel (   -81,     0)  ->  Abs (    25,   969)
	  5: Rel (     0,    65)  ->  Abs (    25,  1034)
	  6: Rel (     0,    35)  ->  Abs (    25,  1069)
	  7: Rel (    36,    35)  ->  Abs (    61,  1104)
	  8: Rel (    41,    14)  ->  Abs (   102,  1118)
	  9: Rel (   186,    68)  ->  Abs (   288,  1186)
	 10: Rel (    62,    71)  ->  Abs (   350,  1257)
	 11: Rel (   -64,    51)  ->  Abs (   286,  1308)
	 12: Rel (  -147,    15)  ->  Abs (   139,  1323)
	 13: Rel (   -78,     8)  ->  Abs (    61,  1331)
	 14: Rel (     0,    60)  ->  Abs (    61,  1391)
	 15: Rel (     0,    31)  ->  Abs (    61,  1422)
	 16: Rel (    45,    42)  ->  Abs (   106,  1464)
	 17: Rel (    37,     0)  ->  Abs (   143,  1464)
	 18: Rel (    93,     0)  ->  Abs (   236,  1464)
	 19: Rel (   266,  -101)  ->  Abs (   502,  1363)
	 20: Rel (     0,   -85)  ->  Abs (   502,  1278)
	 21: Rel (     0,    -2)  ->  Abs (   502,  1276)
	 22: Rel (    63,    61)  ->  Abs (   565,  1337)
	 23: Rel (   207,   127)  ->  Abs (   772,  1464)
	 24: Rel (    55,     0)  ->  Abs (   827,  1464)
	 25: Rel (    82,     0)  ->  Abs (   909,  1464)
	 26: Rel (     0,   -65)  ->  Abs (   909,  1399)
	 27: Rel (     0,   -31)  ->  Abs (   909,  1368)
	 28: Rel (   -32,   -37)  ->  Abs (   877,  1331)
	 29: Rel (   -46,   -16)  ->  Abs (   831,  1315)
	 30: Rel (  -185,   -68)  ->  Abs (   646,  1247)
	 31: Rel (   -62,   -71)  ->  Abs (   584,  1176)
	 32: Rel (    64,   -51)  ->  Abs (   648,  1125)
	 33: Rel (   147,   -15)  ->  Abs (   795,  1110)
	 34: Rel (    77,    -8)  ->  Abs (   872,  1102)
	 35: Rel (     0,   -60)  ->  Abs (   872,  1042)
	 36: Rel (     0,   -32)  ->  Abs (   872,  1010)
	 37: Rel (   -45,   -41)  ->  Abs (   827,   969)
	 38: Rel (   -36,     0)  ->  Abs (   791,   969)
	 39: Rel (   -93,     0)  ->  Abs (   698,   969)
	 40: Rel (  -266,   101)  ->  Abs (   432,  1070)
	 41: Rel (     0,    85)  ->  Abs (   432,  1155)
	 42: Rel (    73,  -186)  ->  Abs (   505,   969)

	Glyph 100: off = 0x0000467E, len = 184
	  numberOfContours:	2
	  xMin:			37
	  yMin:			969
	  xMax:			971
	  yMax:			1792

	EndPoints
	---------
	  0:  34
	  1:  35

	  Length of Instructions:	69
	00000: NPUSHB      (42):   133    31     1   140    24     1   133    16     1   133 
	                            15     1    58     2    74     2     2    25     0   237 
	                             3    14    25     3    18     6   235    35    11    35 
	                            28     8    33   252     8    28    35     3    21     3 
	                           252    14 
	00044: MDAP[rd]   
	00045: MIRP[nrp0,md,rd,1] 
	00046: MDRP[srp0,nmd,rd,0] 
	00047: SLOOP      
	00048: IP         
	00049: MIRP[nrp0,md,rd,1] 
	00050: MDAP[rd]   
	00051: MDAP[rd]   
	00052: MDAP[rd]   
	00053: SVTCA[y-axis] 
	00054: MDAP[rd]   
	00055: MDRP[nrp0,nmd,rd,2] 
	00056: MIRP[nrp0,md,rd,1] 
	00057: MDRP[srp0,nmd,rd,0] 
	00058: SLOOP      
	00059: IP         
	00060: MIRP[nrp0,md,rd,1] 
	00061: MDAP[rd]   
	00062: IUP[y]     
	00063: IUP[x]     
	00064: DELTAP1    
	00065: DELTAP1    
	00066: DELTAP1    
	00067: DELTAP1    
	00068: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:                                      Off
	  3:        XDual         Y-Short         On
	  4:        XDual         Y-Short         Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short X-Short On
	  7:        XDual         Y-Short X-Short Off
	  8:        XDual         Y-Short         On
	  9:        XDual         Y-Short         Off
	 10:                      Y-Short X-Short Off
	 11:  YDual                       X-Short On
	 12:  YDual                       X-Short Off
	 13:  YDual               Y-Short X-Short Off
	 14:  YDual XDual         Y-Short         On
	 15:  YDual XDual         Y-Short         Off
	 16:                                      Off
	 17:  YDual               Y-Short         Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:              Rep-  1 Y-Short X-Short Off
	 25:  YDual                       X-Short On
	 26:  YDual                       X-Short Off
	 27:  YDual               Y-Short X-Short Off
	 28:  YDual XDual         Y-Short         On
	 29:  YDual XDual         Y-Short         Off
	 30:  YDual XDual         Y-Short X-Short Off
	 31:  YDual XDual         Y-Short X-Short On
	 32:  YDual XDual         Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:                                      On

	Coordinates
	-----------
	  0: Rel (   750,  1651)  ->  Abs (   750,  1651)
	  1: Rel (  -129,     0)  ->  Abs (   621,  1651)
	  2: Rel (  -433,  -308)  ->  Abs (   188,  1343)
	  3: Rel (     0,  -100)  ->  Abs (   188,  1243)
	  4: Rel (     0,   -48)  ->  Abs (   188,  1195)
	  5: Rel (    99,   -58)  ->  Abs (   287,  1137)
	  6: Rel (    71,   -11)  ->  Abs (   358,  1126)
	  7: Rel (    78,   -11)  ->  Abs (   436,  1115)
	  8: Rel (     0,   -73)  ->  Abs (   436,  1042)
	  9: Rel (     0,   -32)  ->  Abs (   436,  1010)
	 10: Rel (   -45,   -41)  ->  Abs (   391,   969)
	 11: Rel (   -37,     0)  ->  Abs (   354,   969)
	 12: Rel (  -108,     0)  ->  Abs (   246,   969)
	 13: Rel (  -209,   163)  ->  Abs (    37,  1132)
	 14: Rel (     0,   117)  ->  Abs (    37,  1249)
	 15: Rel (     0,    99)  ->  Abs (    37,  1348)
	 16: Rel (   273,   264)  ->  Abs (   310,  1612)
	 17: Rel (   344,   180)  ->  Abs (   654,  1792)
	 18: Rel (   106,     0)  ->  Abs (   760,  1792)
	 19: Rel (    95,     0)  ->  Abs (   855,  1792)
	 20: Rel (   116,  -102)  ->  Abs (   971,  1690)
	 21: Rel (     0,   -95)  ->  Abs (   971,  1595)
	 22: Rel (     0,   -50)  ->  Abs (   971,  1545)
	 23: Rel (   -46,  -149)  ->  Abs (   925,  1396)
	 24: Rel (  -134,  -157)  ->  Abs (   791,  1239)
	 25: Rel (   -62,     0)  ->  Abs (   729,  1239)
	 26: Rel (   -27,     0)  ->  Abs (   702,  1239)
	 27: Rel (   -45,    42)  ->  Abs (   657,  1281)
	 28: Rel (     0,    30)  ->  Abs (   657,  1311)
	 29: Rel (     0,    29)  ->  Abs (   657,  1340)
	 30: Rel (    22,    47)  ->  Abs (   679,  1387)
	 31: Rel (    38,    32)  ->  Abs (   717,  1419)
	 32: Rel (   102,    89)  ->  Abs (   819,  1508)
	 33: Rel (     0,    77)  ->  Abs (   819,  1585)
	 34: Rel (     0,    66)  ->  Abs (   819,  1651)
	 35: Rel (  -275,  -682)  ->  Abs (   544,   969)

	Glyph 101: off = 0x00004736, len = 132
	  numberOfContours:	3
	  xMin:			37
	  yMin:			969
	  xMax:			598
	  yMax:			1464

	EndPoints
	---------
	  0:  11
	  1:  22
	  2:  23

	  Length of Instructions:	51
	00000: PUSHW[2]             14   -32 
	00005: PUSHB[4]             15    18    72     7 
	00010: PUSHW[1]            -64 
	00013: NPUSHB      (19):    15    18    72    17   156     9    12   156    23     3 
	                            23    23     6    15   140     0    20   140     6 
	00034: MDAP[rd]   
	00035: MIRP[nrp0,md,rd,1] 
	00036: MDRP[srp0,nmd,rd,0] 
	00037: MIRP[nrp0,md,rd,1] 
	00038: SRP2       
	00039: IP         
	00040: MDAP[rd]   
	00041: SVTCA[y-axis] 
	00042: MDAP[rd]   
	00043: MDRP[nrp0,nmd,rd,2] 
	00044: MIRP[nrp0,md,rd,1] 
	00045: MDRP[srp0,nmd,rd,0] 
	00046: MIRP[nrp0,md,rd,1] 
	00047: IUP[y]     
	00048: IUP[x]     
	00049: CALL       
	00050: CALL       

	Flags
	-----
	  0:                                      On
	  1:        XDual         Y-Short         Off
	  2:                      Y-Short X-Short Off
	  3:  YDual                       X-Short On
	  4:  YDual                       X-Short Off
	  5:  YDual               Y-Short X-Short Off
	  6:  YDual XDual         Y-Short         On
	  7:  YDual XDual         Y-Short         Off
	  8:  YDual XDual         Y-Short X-Short Off
	  9:  YDual XDual                 X-Short On
	 10:  YDual XDual                 X-Short Off
	 11:        XDual         Y-Short X-Short Off
	 12:                                      On
	 13:  YDual XDual                 X-Short Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual                       X-Short On
	 18:  YDual                       X-Short Off
	 19:                      Y-Short X-Short Off
	 20:        XDual         Y-Short         On
	 21:        XDual         Y-Short         Off
	 22:        XDual         Y-Short X-Short Off
	 23:        XDual         Y-Short X-Short On

	Coordinates
	-----------
	  0: Rel (   598,  1286)  ->  Abs (   598,  1286)
	  1: Rel (     0,  -102)  ->  Abs (   598,  1184)
	  2: Rel (  -194,  -215)  ->  Abs (   404,   969)
	  3: Rel (  -130,     0)  ->  Abs (   274,   969)
	  4: Rel (  -103,     0)  ->  Abs (   171,   969)
	  5: Rel (  -134,   121)  ->  Abs (    37,  1090)
	  6: Rel (     0,    94)  ->  Abs (    37,  1184)
	  7: Rel (     0,    93)  ->  Abs (    37,  1277)
	  8: Rel (   241,   187)  ->  Abs (   278,  1464)
	  9: Rel (   136,     0)  ->  Abs (   414,  1464)
	 10: Rel (    84,     0)  ->  Abs (   498,  1464)
	 11: Rel (   100,   -93)  ->  Abs (   598,  1371)
	 12: Rel (  -319,  -263)  ->  Abs (   279,  1108)
	 13: Rel (    50,     0)  ->  Abs (   329,  1108)
	 14: Rel (   117,   134)  ->  Abs (   446,  1242)
	 15: Rel (     0,    40)  ->  Abs (   446,  1282)
	 16: Rel (     0,    47)  ->  Abs (   446,  1329)
	 17: Rel (   -43,     0)  ->  Abs (   403,  1329)
	 18: Rel (   -65,     0)  ->  Abs (   338,  1329)
	 19: Rel (  -150,  -111)  ->  Abs (   188,  1218)
	 20: Rel (     0,   -40)  ->  Abs (   188,  1178)
	 21: Rel (     0,   -28)  ->  Abs (   188,  1150)
	 22: Rel (    51,   -42)  ->  Abs (   239,  1108)
	 23: Rel (   162,  -139)  ->  Abs (   401,   969)

	Glyph 102: off = 0x000047BA, len = 286
	  numberOfContours:	4
	  xMin:			10
	  yMin:			-606
	  xMax:			864
	  yMax:			1100

	EndPoints
	---------
	  0:  37
	  1:  47
	  2:  48
	  3:  49

	  Length of Instructions:	137
	00000: PUSHB[7]             15    35     1    80    34     1    22 
	00008: PUSHW[1]            -40 
	00011: NPUSHB      (18):    13    17    72    15    14   111    14     2    11     0 
	                             9     1    15     3     1    14     5    48 
	00031: PUSHW[1]            258 
	00034: NPUSHB      (53):    13    64     9    17    72    13    11    17    33    17 
	                            30    11     8     2   235    45    40   235     8    15 
	                            24    19   234    49    30    28    48     0     2    13 
	                            48     4    11     5   250    43    38   250    27    49 
	                            11    17   250    33    64    51    11   245     2    50 
	                            33   246     2 
	00089: CALL       
	00090: CALL       
	00091: SVTCA[x-axis] 
	00092: SMD        
	00093: RTG        
	00094: SRP0       
	00095: FLIPON     
	00096: MIRP[nrp0,md,rd,1] 
	00097: SRP0       
	00098: MDRP[nrp0,nmd,rd,0] 
	00099: MDRP[nrp0,nmd,rd,0] 
	00100: MIRP[nrp0,md,rd,1] 
	00101: MDRP[srp0,nmd,rd,0] 
	00102: MIRP[nrp0,md,rd,1] 
	00103: SRP1       
	00104: SLOOP      
	00105: IP         
	00106: MDAP[rd]   
	00107: SVTCA[y-axis] 
	00108: MIAP[rd+ci] 
	00109: MDRP[nrp0,nmd,rd,2] 
	00110: MIRP[srp0,md,rd,1] 
	00111: MDRP[nrp0,nmd,rd,0] 
	00112: MIAP[rd+ci] 
	00113: MIRP[nrp0,md,rd,1] 
	00114: MDRP[srp0,nmd,rd,0] 
	00115: MIRP[nrp0,md,rd,1] 
	00116: SRP1       
	00117: IP         
	00118: SRP2       
	00119: IP         
	00120: IP         
	00121: SRP1       
	00122: SRP2       
	00123: IP         
	00124: CALL       
	00125: MIAP[rd+ci] 
	00126: IUP[y]     
	00127: IUP[x]     
	00128: SDS        
	00129: SDB        
	00130: DELTAP1    
	00131: DELTAP1    
	00132: SDB        
	00133: DELTAP1    
	00134: CALL       
	00135: DELTAP1    
	00136: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:                      Y-Short X-Short Off
	  2:  YDual                       X-Short On
	  3:  YDual                       X-Short Off
	  4:  YDual               Y-Short X-Short Off
	  5:  YDual XDual         Y-Short         On
	  6:  YDual XDual         Y-Short         Off
	  7:  YDual XDual         Y-Short X-Short Off
	  8:  YDual XDual                 X-Short On
	  9:  YDual XDual                 X-Short Off
	 10:        XDual         Y-Short X-Short Off
	 11:        XDual         Y-Short         On
	 12:        XDual         Y-Short         Off
	 13:                      Y-Short X-Short Off
	 14:                      Y-Short X-Short On
	 15:              Rep-  1 Y-Short X-Short Off
	 17:        XDual         Y-Short         On
	 18:        XDual         Y-Short         Off
	 19:  YDual XDual                 X-Short On
	 20:  YDual XDual                 X-Short Off
	 21:  YDual XDual         Y-Short X-Short Off
	 22:  YDual XDual         Y-Short X-Short On
	 23:  YDual XDual         Y-Short X-Short Off
	 24:  YDual XDual                 X-Short On
	 25:  YDual XDual                 X-Short Off
	 26:        XDual         Y-Short X-Short Off
	 27:        XDual         Y-Short         On
	 28:        XDual         Y-Short         Off
	 29:                      Y-Short X-Short Off
	 30:  YDual                       X-Short On
	 31:  YDual                       X-Short Off
	 32:  YDual               Y-Short X-Short Off
	 33:  YDual XDual         Y-Short         On
	 34:  YDual XDual         Y-Short         Off
	 35:  YDual XDual         Y-Short X-Short Off
	 36:  YDual XDual         Y-Short X-Short On
	 37:  YDual XDual         Y-Short X-Short Off
	 38:        XDual                 X-Short On
	 39:  YDual XDual         Y-Short         Off
	 40:  YDual                       X-Short On
	 41:  YDual                       X-Short Off
	 42:                      Y-Short X-Short Off
	 43:        XDual         Y-Short         On
	 44:        XDual         Y-Short         Off
	 45:  YDual XDual                 X-Short On
	 46:  YDual XDual                 X-Short Off
	 47:  YDual XDual         Y-Short X-Short Off
	 48:                              X-Short On
	 49:                                      On

	Coordinates
	-----------
	  0: Rel (   494,   279)  ->  Abs (   494,   279)
	  1: Rel (    -8,    -3)  ->  Abs (   486,   276)
	  2: Rel (   -13,     0)  ->  Abs (   473,   276)
	  3: Rel (  -124,     0)  ->  Abs (   349,   276)
	  4: Rel (  -154,   124)  ->  Abs (   195,   400)
	  5: Rel (     0,   102)  ->  Abs (   195,   502)
	  6: Rel (     0,   131)  ->  Abs (   195,   633)
	  7: Rel (   225,   192)  ->  Abs (   420,   825)
	  8: Rel (   149,     0)  ->  Abs (   569,   825)
	  9: Rel (   136,     0)  ->  Abs (   705,   825)
	 10: Rel (   159,  -139)  ->  Abs (   864,   686)
	 11: Rel (     0,  -123)  ->  Abs (   864,   563)
	 12: Rel (     0,  -157)  ->  Abs (   864,   406)
	 13: Rel (  -196,  -238)  ->  Abs (   668,   168)
	 14: Rel (  -205,  -109)  ->  Abs (   463,    59)
	 15: Rel (  -144,   -77)  ->  Abs (   319,   -18)
	 16: Rel (  -122,   -99)  ->  Abs (   197,  -117)
	 17: Rel (     0,   -55)  ->  Abs (   197,  -172)
	 18: Rel (     0,  -123)  ->  Abs (   197,  -295)
	 19: Rel (   219,     0)  ->  Abs (   416,  -295)
	 20: Rel (    52,     0)  ->  Abs (   468,  -295)
	 21: Rel (   111,    28)  ->  Abs (   579,  -267)
	 22: Rel (    74,    49)  ->  Abs (   653,  -218)
	 23: Rel (    54,    36)  ->  Abs (   707,  -182)
	 24: Rel (    26,     0)  ->  Abs (   733,  -182)
	 25: Rel (    34,     0)  ->  Abs (   767,  -182)
	 26: Rel (    40,   -46)  ->  Abs (   807,  -228)
	 27: Rel (     0,   -36)  ->  Abs (   807,  -264)
	 28: Rel (     0,   -73)  ->  Abs (   807,  -337)
	 29: Rel (  -234,  -124)  ->  Abs (   573,  -461)
	 30: Rel (  -159,     0)  ->  Abs (   414,  -461)
	 31: Rel (  -187,     0)  ->  Abs (   227,  -461)
	 32: Rel (  -217,   158)  ->  Abs (    10,  -303)
	 33: Rel (     0,   131)  ->  Abs (    10,  -172)
	 34: Rel (     0,   108)  ->  Abs (    10,   -64)
	 35: Rel (   148,   144)  ->  Abs (   158,    80)
	 36: Rel (   198,   110)  ->  Abs (   356,   190)
	 37: Rel (   109,    62)  ->  Abs (   465,   252)
	 38: Rel (   209,   317)  ->  Abs (   674,   569)
	 39: Rel (     0,    95)  ->  Abs (   674,   664)
	 40: Rel (  -113,     0)  ->  Abs (   561,   664)
	 41: Rel (   -71,     0)  ->  Abs (   490,   664)
	 42: Rel (  -105,   -95)  ->  Abs (   385,   569)
	 43: Rel (     0,   -47)  ->  Abs (   385,   522)
	 44: Rel (     0,   -88)  ->  Abs (   385,   434)
	 45: Rel (   119,     0)  ->  Abs (   504,   434)
	 46: Rel (    66,     0)  ->  Abs (   570,   434)
	 47: Rel (   104,    93)  ->  Abs (   674,   527)
	 48: Rel (  -187,   573)  ->  Abs (   487,  1100)
	 49: Rel (   369, -1706)  ->  Abs (   856,  -606)

	Glyph 103: off = 0x000048D8, len = 58
	  numberOfContours:	1
	  xMin:			238
	  yMin:			0
	  xMax:			442
	  yMax:			205

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	14
	00000: PUSHB[6]              3   231     9     6   247     0 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[nrp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   238,    94)  ->  Abs (   238,    94)
	  1: Rel (     0,    39)  ->  Abs (   238,   133)
	  2: Rel (    67,    72)  ->  Abs (   305,   205)
	  3: Rel (    39,     0)  ->  Abs (   344,   205)
	  4: Rel (    45,     0)  ->  Abs (   389,   205)
	  5: Rel (    53,   -54)  ->  Abs (   442,   151)
	  6: Rel (     0,   -45)  ->  Abs (   442,   106)
	  7: Rel (     0,   -41)  ->  Abs (   442,    65)
	  8: Rel (   -64,   -65)  ->  Abs (   378,     0)
	  9: Rel (   -40,     0)  ->  Abs (   338,     0)
	 10: Rel (   -46,     0)  ->  Abs (   292,     0)
	 11: Rel (   -54,    52)  ->  Abs (   238,    52)

	Glyph 104: off = 0x00004912, len = 58
	  numberOfContours:	1
	  xMin:			238
	  yMin:			0
	  xMax:			442
	  yMax:			205

	EndPoints
	---------
	  0:  11

	  Length of Instructions:	14
	00000: PUSHB[6]              3   231     9     6   247     0 
	00007: MDAP[rd]   
	00008: MIRP[nrp0,md,rd,1] 
	00009: SVTCA[y-axis] 
	00010: MDAP[rd]   
	00011: MIRP[nrp0,md,rd,1] 
	00012: IUP[y]     
	00013: IUP[x]     

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   238,    94)  ->  Abs (   238,    94)
	  1: Rel (     0,    39)  ->  Abs (   238,   133)
	  2: Rel (    67,    72)  ->  Abs (   305,   205)
	  3: Rel (    39,     0)  ->  Abs (   344,   205)
	  4: Rel (    45,     0)  ->  Abs (   389,   205)
	  5: Rel (    53,   -54)  ->  Abs (   442,   151)
	  6: Rel (     0,   -45)  ->  Abs (   442,   106)
	  7: Rel (     0,   -41)  ->  Abs (   442,    65)
	  8: Rel (   -64,   -65)  ->  Abs (   378,     0)
	  9: Rel (   -40,     0)  ->  Abs (   338,     0)
	 10: Rel (   -46,     0)  ->  Abs (   292,     0)
	 11: Rel (   -54,    52)  ->  Abs (   238,    52)

	Glyph 105: off = 0x0000494C, len = 104
	  numberOfContours:	2
	  xMin:			74
	  yMin:			0
	  xMax:			606
	  yMax:			205

	EndPoints
	---------
	  0:  11
	  1:  23

	  Length of Instructions:	28
	00000: NPUSHB      (13):    21    15     3   231     9    18   247    64    12   128 
	                             6   247     0 
	00015: MDAP[rd]   
	00016: MIRP[nrp0,md,rd,1] 
	00017: SMD        
	00018: MDRP[srp0,md,rd,0] 
	00019: SMD        
	00020: MIRP[nrp0,md,rd,1] 
	00021: SVTCA[y-axis] 
	00022: MDAP[rd]   
	00023: MIRP[nrp0,md,rd,1] 
	00024: IP         
	00025: IP         
	00026: IUP[y]     
	00027: IUP[x]     

	Flags
	-----
	  0:  YDual XDual         Y-Short X-Short On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:  YDual               Y-Short         On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (    74,    94)  ->  Abs (    74,    94)
	  1: Rel (     0,    39)  ->  Abs (    74,   133)
	  2: Rel (    67,    72)  ->  Abs (   141,   205)
	  3: Rel (    39,     0)  ->  Abs (   180,   205)
	  4: Rel (    45,     0)  ->  Abs (   225,   205)
	  5: Rel (    54,   -54)  ->  Abs (   279,   151)
	  6: Rel (     0,   -45)  ->  Abs (   279,   106)
	  7: Rel (     0,   -41)  ->  Abs (   279,    65)
	  8: Rel (   -65,   -65)  ->  Abs (   214,     0)
	  9: Rel (   -40,     0)  ->  Abs (   174,     0)
	 10: Rel (   -46,     0)  ->  Abs (   128,     0)
	 11: Rel (   -54,    52)  ->  Abs (    74,    52)
	 12: Rel (   327,    42)  ->  Abs (   401,    94)
	 13: Rel (     0,    39)  ->  Abs (   401,   133)
	 14: Rel (    68,    72)  ->  Abs (   469,   205)
	 15: Rel (    39,     0)  ->  Abs (   508,   205)
	 16: Rel (    45,     0)  ->  Abs (   553,   205)
	 17: Rel (    53,   -54)  ->  Abs (   606,   151)
	 18: Rel (     0,   -45)  ->  Abs (   606,   106)
	 19: Rel (     0,   -41)  ->  Abs (   606,    65)
	 20: Rel (   -64,   -65)  ->  Abs (   542,     0)
	 21: Rel (   -40,     0)  ->  Abs (   502,     0)
	 22: Rel (   -46,     0)  ->  Abs (   456,     0)
	 23: Rel (   -55,    52)  ->  Abs (   401,    52)

	Glyph 106: off = 0x000049B4, len = 158
	  numberOfContours:	3
	  xMin:			33
	  yMin:			0
	  xMax:			647
	  yMax:			465

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  35

	  Length of Instructions:	50
	00000: NPUSHB      (29):     3   231   159     9   175     9     2    48     9    64 
	                             9     2     9    33    27    15   231    21     6   247 
	                             0     0    12    30   247    24    18   247    12 
	00031: MDAP[rd]   
	00032: MIRP[nrp0,md,rd,1] 
	00033: MDRP[srp0,nmd,rd,0] 
	00034: MIRP[nrp0,md,rd,1] 
	00035: SRP2       
	00036: IP         
	00037: MDAP[rd]   
	00038: MIRP[nrp0,md,rd,1] 
	00039: SVTCA[y-axis] 
	00040: MDAP[rd]   
	00041: MIRP[nrp0,md,rd,1] 
	00042: IP         
	00043: IP         
	00044: MDAP[rd]   
	00045: DELTAP1    
	00046: DELTAP1    
	00047: MIRP[nrp0,md,rd,1] 
	00048: IUP[y]     
	00049: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual         Y-Short         Off
	  2:  YDual XDual         Y-Short X-Short Off
	  3:  YDual XDual                 X-Short On
	  4:  YDual XDual                 X-Short Off
	  5:        XDual         Y-Short X-Short Off
	  6:        XDual         Y-Short         On
	  7:        XDual         Y-Short         Off
	  8:                      Y-Short X-Short Off
	  9:  YDual                       X-Short On
	 10:  YDual                       X-Short Off
	 11:  YDual               Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual XDual         Y-Short         Off
	 14:  YDual XDual         Y-Short X-Short Off
	 15:  YDual XDual                 X-Short On
	 16:  YDual XDual                 X-Short Off
	 17:        XDual         Y-Short X-Short Off
	 18:        XDual         Y-Short         On
	 19:        XDual         Y-Short         Off
	 20:                      Y-Short X-Short Off
	 21:  YDual                       X-Short On
	 22:  YDual                       X-Short Off
	 23:  YDual               Y-Short X-Short Off
	 24:  YDual               Y-Short         On
	 25:  YDual XDual         Y-Short         Off
	 26:  YDual XDual         Y-Short X-Short Off
	 27:  YDual XDual                 X-Short On
	 28:  YDual XDual                 X-Short Off
	 29:        XDual         Y-Short X-Short Off
	 30:        XDual         Y-Short         On
	 31:        XDual         Y-Short         Off
	 32:                      Y-Short X-Short Off
	 33:  YDual                       X-Short On
	 34:  YDual                       X-Short Off
	 35:  YDual               Y-Short X-Short Off

	Coordinates
	-----------
	  0: Rel (   260,   354)  ->  Abs (   260,   354)
	  1: Rel (     0,    39)  ->  Abs (   260,   393)
	  2: Rel (    68,    72)  ->  Abs (   328,   465)
	  3: Rel (    39,     0)  ->  Abs (   367,   465)
	  4: Rel (    44,     0)  ->  Abs (   411,   465)
	  5: Rel (    54,   -54)  ->  Abs (   465,   411)
	  6: Rel (     0,   -44)  ->  Abs (   465,   367)
	  7: Rel (     0,   -41)  ->  Abs (   465,   326)
	  8: Rel (   -65,   -66)  ->  Abs (   400,   260)
	  9: Rel (   -40,     0)  ->  Abs (   360,   260)
	 10: Rel (   -46,     0)  ->  Abs (   314,   260)
	 11: Rel (   -54,    52)  ->  Abs (   260,   312)
	 12: Rel (  -227,  -218)  ->  Abs (    33,    94)
	 13: Rel (     0,    39)  ->  Abs (    33,   133)
	 14: Rel (    67,    72)  ->  Abs (   100,   205)
	 15: Rel (    39,     0)  ->  Abs (   139,   205)
	 16: Rel (    45,     0)  ->  Abs (   184,   205)
	 17: Rel (    54,   -54)  ->  Abs (   238,   151)
	 18: Rel (     0,   -45)  ->  Abs (   238,   106)
	 19: Rel (     0,   -41)  ->  Abs (   238,    65)
	 20: Rel (   -65,   -65)  ->  Abs (   173,     0)
	 21: Rel (   -40,     0)  ->  Abs (   133,     0)
	 22: Rel (   -46,     0)  ->  Abs (    87,     0)
	 23: Rel (   -54,    52)  ->  Abs (    33,    52)
	 24: Rel (   409,    42)  ->  Abs (   442,    94)
	 25: Rel (     0,    39)  ->  Abs (   442,   133)
	 26: Rel (    68,    72)  ->  Abs (   510,   205)
	 27: Rel (    39,     0)  ->  Abs (   549,   205)
	 28: Rel (    45,     0)  ->  Abs (   594,   205)
	 29: Rel (    53,   -54)  ->  Abs (   647,   151)
	 30: Rel (     0,   -45)  ->  Abs (   647,   106)
	 31: Rel (     0,   -41)  ->  Abs (   647,    65)
	 32: Rel (   -64,   -65)  ->  Abs (   583,     0)
	 33: Rel (   -40,     0)  ->  Abs (   543,     0)
	 34: Rel (   -46,     0)  ->  Abs (   497,     0)
	 35: Rel (   -55,    52)  ->  Abs (   442,    52)

	Glyph 107: off = 0x00004A52, len = 864
	  numberOfContours:	18
	  xMin:			119
	  yMin:			-82
	  xMax:			1106
	  yMax:			1309

	EndPoints
	---------
	  0:  11
	  1:  23
	  2:  35
	  3:  47
	  4:  59
	  5:  71
	  6:  83
	  7:  95
	  8:  107
	  9:  119
	 10:  131
	 11:  143
	 12:  155
	 13:  167
	 14:  179
	 15:  191
	 16:  192
	 17:  193

	  Length of Instructions:	329
	00000: NPUSHW      (17):    30   257    24    54   257    48    78   257    72    90 
	                           257    84   114   257   108   138   257 
	00036: PUSHB[5]            240   132     1   132   162 
	00042: NPUSHW      (10):   257   156    18   257    12    42   257    36    66   257 
	00064: PUSHB[5]            240    60     1    60   102 
	00070: PUSHW[4]            257    96   126   257 
	00079: PUSHB[5]             63   120     1   120   150 
	00085: PUSHW[4]            257   144   174   257 
	00094: PUSHB[3]            168   192     6 
	00098: PUSHW[1]            257 
	00101: NPUSHB      (17):    12    24    36    48    60    72    84    96   108   120 
	                           132   144   156   168    14     0   186 
	00120: PUSHW[1]            257 
	00123: PUSHB[5]            193   180   193   192   117 
	00129: PUSHW[4]            256   111   141   256 
	00138: PUSHB[5]            255   135     1   135   165 
	00144: NPUSHW      (28):   256   159   189   256   183   177   256   171   153   256 
	                           147   129   256   123    81   256    75    57   256    51 
	                            33   256    27     9   256     3    21   256 
	00202: PUSHB[5]            255    15     1    15    45 
	00208: PUSHW[7]            256    39    69   256    63    93   256 
	00223: NPUSHB      (19):     3    15    27    39    51    63    75   111   123   135 
	                           147   159   171   183   192   193    16    87   105 
	00244: PUSHW[2]            256    99 
	00249: MDAP[rd]   
	00250: MIRP[nrp0,md,rd,1] 
	00251: MDRP[srp0,nmd,rd,0] 
	00252: SLOOP      
	00253: IP         
	00254: MIRP[nrp0,md,rd,1] 
	00255: MDAP[rd]   
	00256: MIRP[nrp0,md,rd,1] 
	00257: MDAP[rd]   
	00258: MIRP[nrp0,md,rd,1] 
	00259: MDAP[rd]   
	00260: DELTAP1    
	00261: MIRP[nrp0,md,rd,1] 
	00262: MDAP[rd]   
	00263: MIRP[nrp0,md,rd,1] 
	00264: MDAP[rd]   
	00265: MIRP[nrp0,md,rd,1] 
	00266: MDAP[rd]   
	00267: MIRP[nrp0,md,rd,1] 
	00268: MDAP[rd]   
	00269: MIRP[nrp0,md,rd,1] 
	00270: MDAP[rd]   
	00271: MIRP[nrp0,md,rd,1] 
	00272: MDAP[rd]   
	00273: MIRP[nrp0,md,rd,1] 
	00274: MDAP[rd]   
	00275: MIRP[nrp0,md,rd,1] 
	00276: MDAP[rd]   
	00277: MIRP[nrp0,md,rd,1] 
	00278: MDAP[rd]   
	00279: MIRP[nrp0,md,rd,1] 
	00280: MDAP[rd]   
	00281: DELTAP1    
	00282: MIRP[nrp0,md,rd,1] 
	00283: MDAP[rd]   
	00284: MIRP[nrp0,md,rd,1] 
	00285: MDAP[rd]   
	00286: MDAP[rd]   
	00287: SVTCA[y-axis] 
	00288: MDAP[rd]   
	00289: MDRP[nrp0,nmd,rd,2] 
	00290: MIRP[nrp0,md,rd,1] 
	00291: MDRP[srp0,nmd,rd,0] 
	00292: SLOOP      
	00293: IP         
	00294: MIRP[srp0,md,rd,1] 
	00295: MDRP[nrp0,nmd,rd,2] 
	00296: MDAP[rd]   
	00297: MIRP[nrp0,md,rd,1] 
	00298: MDAP[rd]   
	00299: MIRP[nrp0,md,rd,1] 
	00300: MDAP[rd]   
	00301: DELTAP1    
	00302: MIRP[nrp0,md,rd,1] 
	00303: MDAP[rd]   
	00304: MIRP[nrp0,md,rd,1] 
	00305: MDAP[rd]   
	00306: DELTAP1    
	00307: MIRP[nrp0,md,rd,1] 
	00308: MDAP[rd]   
	00309: MIRP[nrp0,md,rd,1] 
	00310: MDAP[rd]   
	00311: MIRP[nrp0,md,rd,1] 
	00312: MDAP[rd]   
	00313: MIRP[nrp0,md,rd,1] 
	00314: MDAP[rd]   
	00315: DELTAP1    
	00316: MIRP[nrp0,md,rd,1] 
	00317: MDAP[rd]   
	00318: MIRP[nrp0,md,rd,1] 
	00319: MDAP[rd]   
	00320: MIRP[nrp0,md,rd,1] 
	00321: MDAP[rd]   
	00322: MIRP[nrp0,md,rd,1] 
	00323: MDAP[rd]   
	00324: MIRP[nrp0,md,rd,1] 
	00325: MDAP[rd]   
	00326: MIRP[nrp0,md,rd,1] 
	00327: IUP[y]     
	00328: IUP[x]     

	Flags
	-----
	  0:                                      On
	  1:  YDual                       X-Short Off
	  2:  YDual               Y-Short X-Short Off
	  3:  YDual XDual         Y-Short         On
	  4:  YDual XDual         Y-Short         Off
	  5:  YDual XDual         Y-Short X-Short Off
	  6:  YDual XDual                 X-Short On
	  7:  YDual XDual                 X-Short Off
	  8:        XDual         Y-Short X-Short Off
	  9:        XDual         Y-Short         On
	 10:        XDual         Y-Short         Off
	 11:                      Y-Short X-Short Off
	 12:                      Y-Short X-Short On
	 13:  YDual                       X-Short Off
	 14:  YDual               Y-Short X-Short Off
	 15:  YDual XDual         Y-Short         On
	 16:  YDual XDual         Y-Short         Off
	 17:  YDual XDual         Y-Short X-Short Off
	 18:  YDual XDual                 X-Short On
	 19:  YDual XDual                 X-Short Off
	 20:        XDual         Y-Short X-Short Off
	 21:        XDual         Y-Short         On
	 22:        XDual         Y-Short         Off
	 23:                      Y-Short X-Short Off
	 24:                      Y-Short         On
	 25:  YDual                       X-Short Off
	 26:  YDual               Y-Short X-Short Off
	 27:  YDual XDual         Y-Short         On
	 28:  YDual XDual         Y-Short         Off
	 29:  YDual XDual         Y-Short X-Short Off
	 30:  YDual XDual                 X-Short On
	 31:  YDual XDual                 X-Short Off
	 32:        XDual         Y-Short X-Short Off
	 33:        XDual         Y-Short         On
	 34:        XDual         Y-Short         Off
	 35:                      Y-Short X-Short Off
	 36:                      Y-Short         On
	 37:  YDual                       X-Short Off
	 38:  YDual               Y-Short X-Short Off
	 39:  YDual XDual         Y-Short         On
	 40:  YDual XDual         Y-Short         Off
	 41:  YDual XDual         Y-Short X-Short Off
	 42:  YDual XDual                 X-Short On
	 43:  YDual XDual                 X-Short Off
	 44:        XDual         Y-Short X-Short Off
	 45:        XDual         Y-Short         On
	 46:        XDual         Y-Short         Off
	 47:                      Y-Short X-Short Off
	 48:                      Y-Short         On
	 49:  YDual                       X-Short Off
	 50:  YDual               Y-Short X-Short Off
	 51:  YDual XDual         Y-Short         On
	 52:  YDual XDual         Y-Short         Off
	 53:  YDual XDual         Y-Short X-Short Off
	 54:  YDual XDual                 X-Short On
	 55:  YDual XDual                 X-Short Off
	 56:        XDual         Y-Short X-Short Off
	 57:        XDual         Y-Short         On
	 58:        XDual         Y-Short         Off
	 59:                      Y-Short X-Short Off
	 60:                      Y-Short         On
	 61:  YDual                       X-Short Off
	 62:  YDual               Y-Short X-Short Off
	 63:  YDual XDual         Y-Short         On
	 64:  YDual XDual         Y-Short         Off
	 65:  YDual XDual         Y-Short X-Short Off
	 66:  YDual XDual                 X-Short On
	 67:  YDual XDual                 X-Short Off
	 68:        XDual         Y-Short X-Short Off
	 69:        XDual         Y-Short         On
	 70:        XDual         Y-Short         Off
	 71:                      Y-Short X-Short Off
	 72:                      Y-Short         On
	 73:  YDual                       X-Short Off
	 74:  YDual               Y-Short X-Short Off
	 75:  YDual XDual         Y-Short         On
	 76:  YDual XDual         Y-Short         Off
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual                 X-Short On
	 79:  YDual XDual                 X-Short Off
	 80:        XDual         Y-Short X-Short Off
	 81:        XDual         Y-Short         On
	 82:        XDual         Y-Short         Off
	 83:                      Y-Short X-Short Off
	 84:        XDual         Y-Short X-Short On
	 85:  YDual                       X-Short Off
	 86:  YDual               Y-Short X-Short Off
	 87:  YDual XDual         Y-Short         On
	 88:  YDual XDual         Y-Short         Off
	 89:  YDual XDual         Y-Short X-Short Off
	 90:  YDual XDual                 X-Short On
	 91:  YDual XDual                 X-Short Off
	 92:        XDual         Y-Short X-Short Off
	 93:        XDual         Y-Short         On
	 94:        XDual         Y-Short         Off
	 95:                      Y-Short X-Short Off
	 96:  YDual                               On
	 97:  YDual                       X-Short Off
	 98:  YDual               Y-Short X-Short Off
	 99:  YDual XDual         Y-Short         On
	100:  YDual XDual         Y-Short         Off
	101:  YDual XDual         Y-Short X-Short Off
	102:  YDual XDual                 X-Short On
	103:  YDual XDual                 X-Short Off
	104:        XDual         Y-Short X-Short Off
	105:        XDual         Y-Short         On
	106:        XDual         Y-Short         Off
	107:                      Y-Short X-Short Off
	108:                      Y-Short         On
	109:  YDual                       X-Short Off
	110:  YDual               Y-Short X-Short Off
	111:  YDual XDual         Y-Short         On
	112:  YDual XDual         Y-Short         Off
	113:  YDual XDual         Y-Short X-Short Off
	114:  YDual XDual                 X-Short On
	115:  YDual XDual                 X-Short Off
	116:        XDual         Y-Short X-Short Off
	117:        XDual         Y-Short         On
	118:        XDual         Y-Short         Off
	119:                      Y-Short X-Short Off
	120:                      Y-Short         On
	121:  YDual                       X-Short Off
	122:  YDual               Y-Short X-Short Off
	123:  YDual XDual         Y-Short         On
	124:  YDual XDual         Y-Short         Off
	125:  YDual XDual         Y-Short X-Short Off
	126:  YDual XDual                 X-Short On
	127:  YDual XDual                 X-Short Off
	128:        XDual         Y-Short X-Short Off
	129:        XDual         Y-Short         On
	130:        XDual         Y-Short         Off
	131:                      Y-Short X-Short Off
	132:                      Y-Short         On
	133:  YDual                       X-Short Off
	134:  YDual               Y-Short X-Short Off
	135:  YDual XDual         Y-Short         On
	136:  YDual XDual         Y-Short         Off
	137:  YDual XDual         Y-Short X-Short Off
	138:  YDual XDual                 X-Short On
	139:  YDual XDual                 X-Short Off
	140:        XDual         Y-Short X-Short Off
	141:        XDual         Y-Short         On
	142:        XDual         Y-Short         Off
	143:                      Y-Short X-Short Off
	144:                      Y-Short         On
	145:  YDual                       X-Short Off
	146:  YDual               Y-Short X-Short Off
	147:  YDual XDual         Y-Short         On
	148:  YDual XDual         Y-Short         Off
	149:  YDual XDual         Y-Short X-Short Off
	150:  YDual XDual                 X-Short On
	151:  YDual XDual                 X-Short Off
	152:        XDual         Y-Short X-Short Off
	153:        XDual         Y-Short         On
	154:        XDual         Y-Short         Off
	155:                      Y-Short X-Short Off
	156:                      Y-Short         On
	157:  YDual                       X-Short Off
	158:  YDual               Y-Short X-Short Off
	159:  YDual XDual         Y-Short         On
	160:  YDual XDual         Y-Short         Off
	161:  YDual XDual         Y-Short X-Short Off
	162:  YDual XDual                 X-Short On
	163:  YDual XDual                 X-Short Off
	164:        XDual         Y-Short X-Short Off
	165:        XDual         Y-Short         On
	166:        XDual         Y-Short         Off
	167:                      Y-Short X-Short Off
	168:                      Y-Short         On
	169:  YDual                       X-Short Off
	170:  YDual               Y-Short X-Short Off
	171:  YDual XDual         Y-Short         On
	172:  YDual XDual         Y-Short         Off
	173:  YDual XDual         Y-Short X-Short Off
	174:  YDual XDual                 X-Short On
	175:  YDual XDual                 X-Short Off
	176:        XDual         Y-Short X-Short Off
	177:        XDual         Y-Short         On
	178:        XDual         Y-Short         Off
	179:                      Y-Short X-Short Off
	180:        XDual         Y-Short X-Short On
	181:  YDual                       X-Short Off
	182:  YDual               Y-Short X-Short Off
	183:  YDual XDual         Y-Short         On
	184:  YDual XDual         Y-Short         Off
	185:  YDual XDual         Y-Short X-Short Off
	186:  YDual XDual                 X-Short On
	187:  YDual XDual                 X-Short Off
	188:        XDual         Y-Short X-Short Off
	189:        XDual         Y-Short         On
	190:        XDual         Y-Short         Off
	191:                      Y-Short X-Short Off
	192:                              X-Short On
	193:                                      On

	Coordinates
	-----------
	  0: Rel (   614,  1028)  ->  Abs (   614,  1028)
	  1: Rel (   -12,     0)  ->  Abs (   602,  1028)
	  2: Rel (   -18,    19)  ->  Abs (   584,  1047)
	  3: Rel (     0,    12)  ->  Abs (   584,  1059)
	  4: Rel (     0,    12)  ->  Abs (   584,  1071)
	  5: Rel (    18,    19)  ->  Abs (   602,  1090)
	  6: Rel (    12,     0)  ->  Abs (   614,  1090)
	  7: Rel (    13,     0)  ->  Abs (   627,  1090)
	  8: Rel (    18,   -19)  ->  Abs (   645,  1071)
	  9: Rel (     0,   -12)  ->  Abs (   645,  1059)
	 10: Rel (     0,   -12)  ->  Abs (   645,  1047)
	 11: Rel (   -18,   -19)  ->  Abs (   627,  1028)
	 12: Rel (  -197,   -41)  ->  Abs (   430,   987)
	 13: Rel (   -12,     0)  ->  Abs (   418,   987)
	 14: Rel (   -19,    19)  ->  Abs (   399,  1006)
	 15: Rel (     0,    12)  ->  Abs (   399,  1018)
	 16: Rel (     0,    12)  ->  Abs (   399,  1030)
	 17: Rel (    19,    19)  ->  Abs (   418,  1049)
	 18: Rel (    12,     0)  ->  Abs (   430,  1049)
	 19: Rel (    12,     0)  ->  Abs (   442,  1049)
	 20: Rel (    19,   -19)  ->  Abs (   461,  1030)
	 21: Rel (     0,   -12)  ->  Abs (   461,  1018)
	 22: Rel (     0,   -12)  ->  Abs (   461,  1006)
	 23: Rel (   -19,   -19)  ->  Abs (   442,   987)
	 24: Rel (   363,    -4)  ->  Abs (   805,   983)
	 25: Rel (   -12,     0)  ->  Abs (   793,   983)
	 26: Rel (   -19,    19)  ->  Abs (   774,  1002)
	 27: Rel (     0,    12)  ->  Abs (   774,  1014)
	 28: Rel (     0,    12)  ->  Abs (   774,  1026)
	 29: Rel (    19,    18)  ->  Abs (   793,  1044)
	 30: Rel (    12,     0)  ->  Abs (   805,  1044)
	 31: Rel (    12,     0)  ->  Abs (   817,  1044)
	 32: Rel (    19,   -18)  ->  Abs (   836,  1026)
	 33: Rel (     0,   -12)  ->  Abs (   836,  1014)
	 34: Rel (     0,   -13)  ->  Abs (   836,  1001)
	 35: Rel (   -19,   -18)  ->  Abs (   817,   983)
	 36: Rel (  -528,   -96)  ->  Abs (   289,   887)
	 37: Rel (   -12,     0)  ->  Abs (   277,   887)
	 38: Rel (   -19,    18)  ->  Abs (   258,   905)
	 39: Rel (     0,    13)  ->  Abs (   258,   918)
	 40: Rel (     0,    12)  ->  Abs (   258,   930)
	 41: Rel (    18,    18)  ->  Abs (   276,   948)
	 42: Rel (    13,     0)  ->  Abs (   289,   948)
	 43: Rel (    12,     0)  ->  Abs (   301,   948)
	 44: Rel (    18,   -18)  ->  Abs (   319,   930)
	 45: Rel (     0,   -12)  ->  Abs (   319,   918)
	 46: Rel (     0,   -13)  ->  Abs (   319,   905)
	 47: Rel (   -18,   -18)  ->  Abs (   301,   887)
	 48: Rel (   660,   -17)  ->  Abs (   961,   870)
	 49: Rel (   -13,     0)  ->  Abs (   948,   870)
	 50: Rel (   -18,    19)  ->  Abs (   930,   889)
	 51: Rel (     0,    12)  ->  Abs (   930,   901)
	 52: Rel (     0,    12)  ->  Abs (   930,   913)
	 53: Rel (    18,    19)  ->  Abs (   948,   932)
	 54: Rel (    13,     0)  ->  Abs (   961,   932)
	 55: Rel (    12,     0)  ->  Abs (   973,   932)
	 56: Rel (    18,   -19)  ->  Abs (   991,   913)
	 57: Rel (     0,   -12)  ->  Abs (   991,   901)
	 58: Rel (     0,   -12)  ->  Abs (   991,   889)
	 59: Rel (   -18,   -19)  ->  Abs (   973,   870)
	 60: Rel (  -785,  -129)  ->  Abs (   188,   741)
	 61: Rel (   -12,     0)  ->  Abs (   176,   741)
	 62: Rel (   -18,    19)  ->  Abs (   158,   760)
	 63: Rel (     0,    12)  ->  Abs (   158,   772)
	 64: Rel (     0,    12)  ->  Abs (   158,   784)
	 65: Rel (    18,    19)  ->  Abs (   176,   803)
	 66: Rel (    12,     0)  ->  Abs (   188,   803)
	 67: Rel (    13,     0)  ->  Abs (   201,   803)
	 68: Rel (    18,   -19)  ->  Abs (   219,   784)
	 69: Rel (     0,   -12)  ->  Abs (   219,   772)
	 70: Rel (     0,   -12)  ->  Abs (   219,   760)
	 71: Rel (   -18,   -19)  ->  Abs (   201,   741)
	 72: Rel (   850,   -20)  ->  Abs (  1051,   721)
	 73: Rel (   -13,     0)  ->  Abs (  1038,   721)
	 74: Rel (   -18,    18)  ->  Abs (  1020,   739)
	 75: Rel (     0,    13)  ->  Abs (  1020,   752)
	 76: Rel (     0,    12)  ->  Abs (  1020,   764)
	 77: Rel (    18,    18)  ->  Abs (  1038,   782)
	 78: Rel (    13,     0)  ->  Abs (  1051,   782)
	 79: Rel (    12,     0)  ->  Abs (  1063,   782)
	 80: Rel (    18,   -18)  ->  Abs (  1081,   764)
	 81: Rel (     0,   -12)  ->  Abs (  1081,   752)
	 82: Rel (     0,   -13)  ->  Abs (  1081,   739)
	 83: Rel (   -18,   -18)  ->  Abs (  1063,   721)
	 84: Rel (    12,  -158)  ->  Abs (  1075,   563)
	 85: Rel (   -12,     0)  ->  Abs (  1063,   563)
	 86: Rel (   -19,    19)  ->  Abs (  1044,   582)
	 87: Rel (     0,    12)  ->  Abs (  1044,   594)
	 88: Rel (     0,    12)  ->  Abs (  1044,   606)
	 89: Rel (    19,    19)  ->  Abs (  1063,   625)
	 90: Rel (    12,     0)  ->  Abs (  1075,   625)
	 91: Rel (    12,     0)  ->  Abs (  1087,   625)
	 92: Rel (    19,   -19)  ->  Abs (  1106,   606)
	 93: Rel (     0,   -12)  ->  Abs (  1106,   594)
	 94: Rel (     0,   -12)  ->  Abs (  1106,   582)
	 95: Rel (   -19,   -19)  ->  Abs (  1087,   563)
	 96: Rel (  -937,     0)  ->  Abs (   150,   563)
	 97: Rel (   -13,     0)  ->  Abs (   137,   563)
	 98: Rel (   -18,    19)  ->  Abs (   119,   582)
	 99: Rel (     0,    12)  ->  Abs (   119,   594)
	100: Rel (     0,    12)  ->  Abs (   119,   606)
	101: Rel (    18,    19)  ->  Abs (   137,   625)
	102: Rel (    13,     0)  ->  Abs (   150,   625)
	103: Rel (    12,     0)  ->  Abs (   162,   625)
	104: Rel (    18,   -19)  ->  Abs (   180,   606)
	105: Rel (     0,   -12)  ->  Abs (   180,   594)
	106: Rel (     0,   -12)  ->  Abs (   180,   582)
	107: Rel (   -18,   -19)  ->  Abs (   162,   563)
	108: Rel (   878,  -180)  ->  Abs (  1040,   383)
	109: Rel (   -12,     0)  ->  Abs (  1028,   383)
	110: Rel (   -18,    18)  ->  Abs (  1010,   401)
	111: Rel (     0,    13)  ->  Abs (  1010,   414)
	112: Rel (     0,    12)  ->  Abs (  1010,   426)
	113: Rel (    18,    18)  ->  Abs (  1028,   444)
	114: Rel (    12,     0)  ->  Abs (  1040,   444)
	115: Rel (    13,     0)  ->  Abs (  1053,   444)
	116: Rel (    18,   -18)  ->  Abs (  1071,   426)
	117: Rel (     0,   -12)  ->  Abs (  1071,   414)
	118: Rel (     0,   -13)  ->  Abs (  1071,   401)
	119: Rel (   -18,   -18)  ->  Abs (  1053,   383)
	120: Rel (  -856,   -16)  ->  Abs (   197,   367)
	121: Rel (   -13,     0)  ->  Abs (   184,   367)
	122: Rel (   -18,    18)  ->  Abs (   166,   385)
	123: Rel (     0,    12)  ->  Abs (   166,   397)
	124: Rel (     0,    13)  ->  Abs (   166,   410)
	125: Rel (    18,    18)  ->  Abs (   184,   428)
	126: Rel (    13,     0)  ->  Abs (   197,   428)
	127: Rel (    12,     0)  ->  Abs (   209,   428)
	128: Rel (    18,   -18)  ->  Abs (   227,   410)
	129: Rel (     0,   -13)  ->  Abs (   227,   397)
	130: Rel (     0,   -12)  ->  Abs (   227,   385)
	131: Rel (   -18,   -18)  ->  Abs (   209,   367)
	132: Rel (   733,  -129)  ->  Abs (   942,   238)
	133: Rel (   -12,     0)  ->  Abs (   930,   238)
	134: Rel (   -19,    18)  ->  Abs (   911,   256)
	135: Rel (     0,    12)  ->  Abs (   911,   268)
	136: Rel (     0,    13)  ->  Abs (   911,   281)
	137: Rel (    19,    18)  ->  Abs (   930,   299)
	138: Rel (    12,     0)  ->  Abs (   942,   299)
	139: Rel (    12,     0)  ->  Abs (   954,   299)
	140: Rel (    19,   -18)  ->  Abs (   973,   281)
	141: Rel (     0,   -13)  ->  Abs (   973,   268)
	142: Rel (     0,   -12)  ->  Abs (   973,   256)
	143: Rel (   -19,   -18)  ->  Abs (   954,   238)
	144: Rel (  -649,   -19)  ->  Abs (   305,   219)
	145: Rel (   -12,     0)  ->  Abs (   293,   219)
	146: Rel (   -19,    19)  ->  Abs (   274,   238)
	147: Rel (     0,    12)  ->  Abs (   274,   250)
	148: Rel (     0,    12)  ->  Abs (   274,   262)
	149: Rel (    19,    19)  ->  Abs (   293,   281)
	150: Rel (    12,     0)  ->  Abs (   305,   281)
	151: Rel (    12,     0)  ->  Abs (   317,   281)
	152: Rel (    19,   -19)  ->  Abs (   336,   262)
	153: Rel (     0,   -12)  ->  Abs (   336,   250)
	154: Rel (     0,   -12)  ->  Abs (   336,   238)
	155: Rel (   -19,   -19)  ->  Abs (   317,   219)
	156: Rel (   482,   -82)  ->  Abs (   799,   137)
	157: Rel (   -12,     0)  ->  Abs (   787,   137)
	158: Rel (   -19,    19)  ->  Abs (   768,   156)
	159: Rel (     0,    12)  ->  Abs (   768,   168)
	160: Rel (     0,    12)  ->  Abs (   768,   180)
	161: Rel (    18,    19)  ->  Abs (   786,   199)
	162: Rel (    13,     0)  ->  Abs (   799,   199)
	163: Rel (    12,     0)  ->  Abs (   811,   199)
	164: Rel (    18,   -19)  ->  Abs (   829,   180)
	165: Rel (     0,   -12)  ->  Abs (   829,   168)
	166: Rel (     0,   -12)  ->  Abs (   829,   156)
	167: Rel (   -18,   -19)  ->  Abs (   811,   137)
	168: Rel (  -360,    -8)  ->  Abs (   451,   129)
	169: Rel (   -13,     0)  ->  Abs (   438,   129)
	170: Rel (   -18,    19)  ->  Abs (   420,   148)
	171: Rel (     0,    12)  ->  Abs (   420,   160)
	172: Rel (     0,    12)  ->  Abs (   420,   172)
	173: Rel (    18,    18)  ->  Abs (   438,   190)
	174: Rel (    13,     0)  ->  Abs (   451,   190)
	175: Rel (    12,     0)  ->  Abs (   463,   190)
	176: Rel (    18,   -18)  ->  Abs (   481,   172)
	177: Rel (     0,   -12)  ->  Abs (   481,   160)
	178: Rel (     0,   -12)  ->  Abs (   481,   148)
	179: Rel (   -18,   -19)  ->  Abs (   463,   129)
	180: Rel (   151,   -29)  ->  Abs (   614,   100)
	181: Rel (   -12,     0)  ->  Abs (   602,   100)
	182: Rel (   -18,    19)  ->  Abs (   584,   119)
	183: Rel (     0,    12)  ->  Abs (   584,   131)
	184: Rel (     0,    12)  ->  Abs (   584,   143)
	185: Rel (    18,    19)  ->  Abs (   602,   162)
	186: Rel (    12,     0)  ->  Abs (   614,   162)
	187: Rel (    13,     0)  ->  Abs (   627,   162)
	188: Rel (    18,   -19)  ->  Abs (   645,   143)
	189: Rel (     0,   -12)  ->  Abs (   645,   131)
	190: Rel (     0,   -12)  ->  Abs (   645,   119)
	191: Rel (   -18,   -19)  ->  Abs (   627,   100)
	192: Rel (   -28,  1209)  ->  Abs (   599,  1309)
	193: Rel (   325, -1391)  ->  Abs (   924,   -82)

	Glyph 108: off = 0x00004DB2, len = 536
	  numberOfContours:	4
	  xMin:			10
	  yMin:			-8
	  xMax:			1647
	  yMax:			1464

	EndPoints
	---------
	  0:  9
	  1:  25
	  2:  68
	  3:  117

	  Length of Instructions:	219
	00000: NPUSHB      (19):    32    79    48    79     2    74    69    90    69     2 
	                             5    64     9    13    72     5     5     0    49 
	00021: PUSHW[1]            -64 
	00024: NPUSHB     (114):    14    17    72    49    35    26    35    49     3    28 
	                            32    61     1    61    53   156    67    43   156    47 
	                            28   143    28     2    28    69   116     0    83    80 
	                            83     2    83   114   111     0    92    80    92     2 
	                            92   104    16    16    83    92   104     4    72    10 
	                            87   255   116   116    72    98   255   111   111     1 
	                           111    78   236    72     7     8   254     2    26    47 
	                           254    51    51     2    65    37    41   254    31    65 
	                            59    55   254     0    65    16    65     2    65    69 
	                            80   253   143    85     1    85   114    90   253    95 
	                            85    95    65     3    75   102   253   107    19    23 
	                           253    12   119    75 
	00140: MDAP[rd]   
	00141: SRP0       
	00142: MDRP[srp0,nmd,rd,2] 
	00143: MIRP[srp0,md,rd,1] 
	00144: MDRP[nrp0,nmd,rd,0] 
	00145: MDRP[srp0,nmd,rd,2] 
	00146: MIRP[nrp0,md,rd,1] 
	00147: SRP2       
	00148: SLOOP      
	00149: IP         
	00150: MDAP[rd]   
	00151: MIRP[nrp0,md,rd,1] 
	00152: IP         
	00153: MDAP[rd]   
	00154: DELTAP1    
	00155: MIRP[nrp0,md,rd,1] 
	00156: IP         
	00157: MDAP[rd]   
	00158: DELTAP1    
	00159: MIRP[srp0,md,rd,1] 
	00160: MDRP[nrp0,nmd,rd,0] 
	00161: SRP0       
	00162: MDRP[srp0,nmd,rd,0] 
	00163: MIRP[srp0,md,rd,1] 
	00164: MDRP[nrp0,nmd,rd,0] 
	00165: SRP2       
	00166: IP         
	00167: IP         
	00168: MDAP[rd]   
	00169: MIRP[nrp0,md,rd,1] 
	00170: IP         
	00171: MDAP[rd]   
	00172: MIRP[srp0,md,rd,1] 
	00173: MDRP[nrp0,nmd,rd,1] 
	00174: SVTCA[y-axis] 
	00175: MDAP[rd]   
	00176: MIRP[nrp0,md,rd,1] 
	00177: MDAP[rd]   
	00178: DELTAP1    
	00179: MIRP[nrp0,md,rd,1] 
	00180: SRP2       
	00181: IP         
	00182: MDAP[rd]   
	00183: MIRP[nrp0,md,rd,1] 
	00184: MDAP[rd]   
	00185: SRP2       
	00186: SLOOP      
	00187: IP         
	00188: MDAP[rd]   
	00189: MDAP[rd]   
	00190: MDAP[rd]   
	00191: DELTAP1    
	00192: SRP2       
	00193: IP         
	00194: MDAP[rd]   
	00195: DELTAP1    
	00196: SRP2       
	00197: IP         
	00198: MDAP[rd]   
	00199: DELTAP1    
	00200: MIRP[nrp0,md,rd,1] 
	00201: MDRP[srp0,nmd,rd,0] 
	00202: MIRP[nrp0,md,rd,1] 
	00203: MDRP[nrp0,nmd,rd,0] 
	00204: DELTAP1    
	00205: SRP1       
	00206: SLOOP      
	00207: IP         
	00208: MDAP[rd]   
	00209: MDAP[rd]   
	00210: CALL       
	00211: MDAP[rd]   
	00212: IP         
	00213: MDAP[rd]   
	00214: CALL       
	00215: IUP[y]     
	00216: IUP[x]     
	00217: DELTAP1    
	00218: DELTAP1    

	Flags
	-----
	  0:                                      On
	  1:  YDual XDual                 X-Short Off
	  2:        XDual         Y-Short         On
	  3:        XDual         Y-Short         Off
	  4:                      Y-Short X-Short Off
	  5:  YDual                       X-Short On
	  6:  YDual                       X-Short Off
	  7:  YDual XDual         Y-Short         On
	  8:  YDual XDual         Y-Short X-Short On
	  9:  YDual XDual         Y-Short         Off
	 10:                      Y-Short         On
	 11:  YDual XDual                 X-Short Off
	 12:        XDual         Y-Short         On
	 13:        XDual                         Off
	 14:                              X-Short Off
	 15:                      Y-Short X-Short Off
	 16:  YDual                       X-Short On
	 17:  YDual                       X-Short Off
	 18:  YDual               Y-Short X-Short Off
	 19:  YDual XDual         Y-Short         On
	 20:  YDual XDual         Y-Short         Off
	 21:  YDual XDual         Y-Short X-Short On
	 22:  YDual XDual         Y-Short X-Short Off
	 23:        XDual                         On
	 24:  YDual XDual         Y-Short         Off
	 25:  YDual XDual         Y-Short X-Short Off
	 26:                                      On
	 27:                      Y-Short X-Short Off
	 28:  YDual                       X-Short On
	 29:  YDual                       X-Short Off
	 30:  YDual               Y-Short X-Short Off
	 31:  YDual XDual         Y-Short         On
	 32:  YDual XDual         Y-Short         Off
	 33:  YDual XDual Rep-  1 Y-Short X-Short Off
	 35:  YDual XDual                 X-Short On
	 36:  YDual XDual                 X-Short Off
	 37:        XDual         Y-Short         On
	 38:        XDual         Y-Short         Off
	 39:                      Y-Short X-Short On
	 40:                      Y-Short X-Short Off
	 41:        XDual         Y-Short         On
	 42:        XDual         Y-Short         Off
	 43:  YDual XDual                 X-Short On
	 44:  YDual XDual                 X-Short Off
	 45:  YDual XDual         Y-Short X-Short Off
	 46:  YDual XDual         Y-Short         Off
	 47:  YDual XDual Rep-  1 Y-Short X-Short Off
	 49:  YDual XDual                 X-Short On
	 50:  YDual XDual                 X-Short Off
	 51:        XDual         Y-Short         On
	 52:        XDual         Y-Short         Off
	 53:  YDual XDual                 X-Short On
	 54:  YDual XDual                 X-Short Off
	 55:  YDual XDual         Y-Short         On
	 56:  YDual XDual         Y-Short         Off
	 57:  YDual               Y-Short X-Short On
	 58:  YDual               Y-Short X-Short Off
	 59:  YDual XDual         Y-Short         On
	 60:  YDual XDual         Y-Short         Off
	 61:  YDual XDual                 X-Short On
	 62:  YDual XDual                 X-Short Off
	 63:        XDual Rep-  1 Y-Short X-Short Off
	 65:        XDual         Y-Short         On
	 66:        XDual         Y-Short         Off
	 67:  YDual                       X-Short On
	 68:  YDual                       X-Short Off
	 69:                                      On
	 70:              Rep-  1 Y-Short X-Short Off
	 72:  YDual                       X-Short On
	 73:  YDual                       X-Short Off
	 74:  YDual               Y-Short X-Short Off
	 75:  YDual XDual         Y-Short         On
	 76:  YDual XDual         Y-Short         Off
	 77:  YDual XDual         Y-Short X-Short Off
	 78:  YDual XDual         Y-Short X-Short On
	 79:  YDual               Y-Short         Off
	 80:  YDual XDual         Y-Short X-Short On
	 81:  YDual XDual Rep-  1 Y-Short X-Short Off
	 83:  YDual XDual                 X-Short On
	 84:  YDual XDual                 X-Short Off
	 85:        XDual         Y-Short         On
	 86:        XDual         Y-Short         Off
	 87:  YDual XDual                 X-Short On
	 88:  YDual XDual                 X-Short Off
	 89:  YDual XDual         Y-Short X-Short Off
	 90:  YDual XDual         Y-Short         On
	 91:  YDual XDual         Y-Short         Off
	 92:  YDual XDual                 X-Short On
	 93:  YDual XDual                 X-Short Off
	 94:        XDual         Y-Short X-Short Off
	 95:        XDual         Y-Short X-Short On
	 96:        XDual Rep-  1 Y-Short X-Short Off
	 98:  YDual XDual                 X-Short On
	 99:  YDual XDual                 X-Short Off
	100:  YDual XDual         Y-Short X-Short Off
	101:        XDual                 X-Short Off
	102:  YDual XDual         Y-Short         On
	103:  YDual XDual         Y-Short         Off
	104:  YDual XDual                 X-Short On
	105:  YDual XDual                 X-Short Off
	106:        XDual         Y-Short X-Short Off
	107:        XDual         Y-Short         On
	108:        XDual         Y-Short         Off
	109:                              X-Short Off
	110:                      Y-Short X-Short Off
	111:  YDual                       X-Short On
	112:  YDual                       X-Short Off
	113:  YDual               Y-Short X-Short Off
	114:  YDual               Y-Short X-Short On
	115:                      Y-Short X-Short Off
	116:  YDual                       X-Short On
	117:  YDual                       X-Short Off

	Coordinates
	-----------
	  0: Rel (   834,  1464)  ->  Abs (   834,  1464)
	  1: Rel (    38,     0)  ->  Abs (   872,  1464)
	  2: Rel (     0,   -28)  ->  Abs (   872,  1436)
	  3: Rel (     0,  -190)  ->  Abs (   872,  1246)
	  4: Rel (   -14,   -91)  ->  Abs (   858,  1155)
	  5: Rel (   -35,     0)  ->  Abs (   823,  1155)
	  6: Rel (   -39,     0)  ->  Abs (   784,  1155)
	  7: Rel (     0,    43)  ->  Abs (   784,  1198)
	  8: Rel (     9,   211)  ->  Abs (   793,  1409)
	  9: Rel (     0,    55)  ->  Abs (   793,  1464)
	 10: Rel (   788,  -190)  ->  Abs (  1581,  1274)
	 11: Rel (    66,     0)  ->  Abs (  1647,  1274)
	 12: Rel (     0,   -76)  ->  Abs (  1647,  1198)
	 13: Rel (     0,  -334)  ->  Abs (  1647,   864)
	 14: Rel (   -51,  -527)  ->  Abs (  1596,   337)
	 15: Rel (   -59,   -81)  ->  Abs (  1537,   256)
	 16: Rel (   -40,     0)  ->  Abs (  1497,   256)
	 17: Rel (   -30,     0)  ->  Abs (  1467,   256)
	 18: Rel (   -40,    39)  ->  Abs (  1427,   295)
	 19: Rel (     0,    27)  ->  Abs (  1427,   322)
	 20: Rel (     0,    29)  ->  Abs (  1427,   351)
	 21: Rel (    17,    59)  ->  Abs (  1444,   410)
	 22: Rel (    53,   191)  ->  Abs (  1497,   601)
	 23: Rel (     0,   546)  ->  Abs (  1497,  1147)
	 24: Rel (     0,    55)  ->  Abs (  1497,  1202)
	 25: Rel (    44,    72)  ->  Abs (  1541,  1274)
	 26: Rel (  -734,  -428)  ->  Abs (   807,   846)
	 27: Rel (   -28,   -70)  ->  Abs (   779,   776)
	 28: Rel (   -74,     0)  ->  Abs (   705,   776)
	 29: Rel (   -40,     0)  ->  Abs (   665,   776)
	 30: Rel (   -59,    76)  ->  Abs (   606,   852)
	 31: Rel (     0,    51)  ->  Abs (   606,   903)
	 32: Rel (     0,    46)  ->  Abs (   606,   949)
	 33: Rel (    30,    70)  ->  Abs (   636,  1019)
	 34: Rel (    24,    30)  ->  Abs (   660,  1049)
	 35: Rel (    22,     0)  ->  Abs (   682,  1049)
	 36: Rel (    23,     0)  ->  Abs (   705,  1049)
	 37: Rel (     0,   -25)  ->  Abs (   705,  1024)
	 38: Rel (     0,   -16)  ->  Abs (   705,  1008)
	 39: Rel (   -17,   -29)  ->  Abs (   688,   979)
	 40: Rel (   -14,   -26)  ->  Abs (   674,   953)
	 41: Rel (     0,   -40)  ->  Abs (   674,   913)
	 42: Rel (     0,   -45)  ->  Abs (   674,   868)
	 43: Rel (    45,     0)  ->  Abs (   719,   868)
	 44: Rel (    24,     0)  ->  Abs (   743,   868)
	 45: Rel (    31,    29)  ->  Abs (   774,   897)
	 46: Rel (     0,    49)  ->  Abs (   774,   946)
	 47: Rel (     3,    46)  ->  Abs (   777,   992)
	 48: Rel (    14,    32)  ->  Abs (   791,  1024)
	 49: Rel (    16,     0)  ->  Abs (   807,  1024)
	 50: Rel (    33,     0)  ->  Abs (   840,  1024)
	 51: Rel (     0,   -23)  ->  Abs (   840,  1001)
	 52: Rel (     0,  -120)  ->  Abs (   840,   881)
	 53: Rel (    57,     0)  ->  Abs (   897,   881)
	 54: Rel (    47,     0)  ->  Abs (   944,   881)
	 55: Rel (     0,    59)  ->  Abs (   944,   940)
	 56: Rel (     0,    27)  ->  Abs (   944,   967)
	 57: Rel (   -11,    43)  ->  Abs (   933,  1010)
	 58: Rel (    -7,    26)  ->  Abs (   926,  1036)
	 59: Rel (     0,    11)  ->  Abs (   926,  1047)
	 60: Rel (     0,    30)  ->  Abs (   926,  1077)
	 61: Rel (    26,     0)  ->  Abs (   952,  1077)
	 62: Rel (    15,     0)  ->  Abs (   967,  1077)
	 63: Rel (    14,   -29)  ->  Abs (   981,  1048)
	 64: Rel (    16,   -85)  ->  Abs (   997,   963)
	 65: Rel (     0,   -27)  ->  Abs (   997,   936)
	 66: Rel (     0,  -148)  ->  Abs (   997,   788)
	 67: Rel (  -106,     0)  ->  Abs (   891,   788)
	 68: Rel (   -60,     0)  ->  Abs (   831,   788)
	 69: Rel (  -442,  -622)  ->  Abs (   389,   166)
	 70: Rel (   -64,   -77)  ->  Abs (   325,    89)
	 71: Rel (  -182,   -97)  ->  Abs (   143,    -8)
	 72: Rel (   -69,     0)  ->  Abs (    74,    -8)
	 73: Rel (   -29,     0)  ->  Abs (    45,    -8)
	 74: Rel (   -35,    41)  ->  Abs (    10,    33)
	 75: Rel (     0,    28)  ->  Abs (    10,    61)
	 76: Rel (     0,    31)  ->  Abs (    10,    92)
	 77: Rel (    33,    48)  ->  Abs (    43,   140)
	 78: Rel (    27,     7)  ->  Abs (    70,   147)
	 79: Rel (   264,    81)  ->  Abs (   334,   228)
	 80: Rel (    37,   249)  ->  Abs (   371,   477)
	 81: Rel (     3,    27)  ->  Abs (   374,   504)
	 82: Rel (    40,    37)  ->  Abs (   414,   541)
	 83: Rel (    26,     0)  ->  Abs (   440,   541)
	 84: Rel (    74,     0)  ->  Abs (   514,   541)
	 85: Rel (     0,   -60)  ->  Abs (   514,   481)
	 86: Rel (     0,  -200)  ->  Abs (   514,   281)
	 87: Rel (    92,     0)  ->  Abs (   606,   281)
	 88: Rel (    57,     0)  ->  Abs (   663,   281)
	 89: Rel (    72,   164)  ->  Abs (   735,   445)
	 90: Rel (     0,    98)  ->  Abs (   735,   543)
	 91: Rel (     0,   106)  ->  Abs (   735,   649)
	 92: Rel (    72,     0)  ->  Abs (   807,   649)
	 93: Rel (    41,     0)  ->  Abs (   848,   649)
	 94: Rel (    28,   -31)  ->  Abs (   876,   618)
	 95: Rel (     6,   -51)  ->  Abs (   882,   567)
	 96: Rel (    15,  -157)  ->  Abs (   897,   410)
	 97: Rel (    55,   -95)  ->  Abs (   952,   315)
	 98: Rel (    43,     0)  ->  Abs (   995,   315)
	 99: Rel (    61,     0)  ->  Abs (  1056,   315)
	100: Rel (    62,    97)  ->  Abs (  1118,   412)
	101: Rel (    25,   313)  ->  Abs (  1143,   725)
	102: Rel (     0,   158)  ->  Abs (  1143,   883)
	103: Rel (     0,    80)  ->  Abs (  1143,   963)
	104: Rel (    69,     0)  ->  Abs (  1212,   963)
	105: Rel (    25,     0)  ->  Abs (  1237,   963)
	106: Rel (    49,   -35)  ->  Abs (  1286,   928)
	107: Rel (     0,   -27)  ->  Abs (  1286,   901)
	108: Rel (     0,  -178)  ->  Abs (  1286,   723)
	109: Rel (   -29,  -414)  ->  Abs (  1257,   309)
	110: Rel (  -168,  -243)  ->  Abs (  1089,    66)
	111: Rel (  -116,     0)  ->  Abs (   973,    66)
	112: Rel (   -70,     0)  ->  Abs (   903,    66)
	113: Rel (  -111,    94)  ->  Abs (   792,   160)
	114: Rel (   -20,    78)  ->  Abs (   772,   238)
	115: Rel (   -73,  -207)  ->  Abs (   699,    31)
	116: Rel (  -136,     0)  ->  Abs (   563,    31)
	117: Rel (  -133,     0)  ->  Abs (   430,    31)

	Glyph 109: off = 0x00004FCA, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			575
	  yMax:			1425

	     0: Flags:		0x0006
		Glyf Index:	91
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 110: off = 0x00004FDA, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			862
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	92
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 111: off = 0x00004FEA, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			-461
	  xMax:			822
	  yMax:			-69

	     0: Flags:		0x0006
		Glyf Index:	93
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 112: off = 0x00004FFA, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			14
	  yMin:			-517
	  xMax:			1024
	  yMax:			-111

	     0: Flags:		0x0006
		Glyf Index:	94
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 113: off = 0x0000500A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			502
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	95
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 114: off = 0x0000501A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			993
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	96
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 115: off = 0x0000502A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			23
	  yMin:			969
	  xMax:			500
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	97
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 116: off = 0x0000503A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			23
	  yMin:			969
	  xMax:			991
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	98
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 117: off = 0x0000504A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			25
	  yMin:			969
	  xMax:			909
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	99
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 118: off = 0x0000505A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			969
	  xMax:			971
	  yMax:			1792

	     0: Flags:		0x0006
		Glyf Index:	100
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


	Glyph 119: off = 0x0000506A, len = 16
	  numberOfContours:	-1  (Composite)
	  xMin:			37
	  yMin:			969
	  xMax:			598
	  yMax:			1464

	     0: Flags:		0x0006
		Glyf Index:	101
		X BOffset:	0
		Y BOffset:	0
		Other:		Round X,Y to Grid            


lisaac_0.39_rc1/lib/unstable/freetype/tt_loca_long.li0000644000175000017500000000307611314031255022635 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_LOCA_LONG;
  - comment     :=" loca: Index Of Location: long version.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent_tt_loca:TT_LOCA := TT_LOCA;
  
Section Public
  
  + table:FIXED_ARRAY(UINTEGER);
  
  - make nglyph:NUMERIC my_file f:STD_FILE <-
  (
    max_loca := nglyph + 1;
    table := FIXED_ARRAY(UINTEGER).create_with_capacity max_loca;
    f.read table size (max_loca * 4);
    0.to nglyph do { i:INTEGER;
      table.put (PROCESSOR.to_motorola_uint (table.item i)) to i;
    };      
  );
  
  - value index:NUMERIC :UINTEGER <-
  (
    table.item index
  );
  
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/tt_loca_short.li0000644000175000017500000000347511314031255023040 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_LOCA_SHORT;
  - comment     :=" loca: Index Of Location: short version.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent_tt_loca:TT_LOCA := TT_LOCA;
  
Section Public
  
  + table:FIXED_ARRAY(USHORTINT);
  
  - make nglyph:NUMERIC my_file f:STD_FILE <-
  (
    max_loca := nglyph + 1;
    table := FIXED_ARRAY(USHORTINT).create_with_capacity max_loca;
    f.read table size (max_loca * 2);
    0.to nglyph do { i:INTEGER;
      table.put (PROCESSOR.to_motorola_ushort (table.item i)) to i;
    };      
  );
  
  - value index:NUMERIC :UINTEGER <-
  (
    (table.item index) * 2
  );
  
  - print <-
  (
    "\n********* LOCA TABLE *********\n".print;
    0.to (table.upper) do { i:INTEGER;
      "\n      [".print;
      i.print;      
      "] Ox".print;
      value i.to_hexadecimal.print;
    };
    '\n'.print;
  );
  
  
  
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/tt_raster.c_to_li0000644000175000017500000004361511314031255023207 0ustar  sonntagsonntag/***************************************************************************
*                      Isaac Object Operating System                       *
*                             Freetype Library                             *
*                      LORIA - UHP - INRIA - FRANCE                        *
*                   Jerome BOUTET  - boutet@loria.fr                       *
*                   Benoit SONNTAG - bsonntag@loria.fr                     *
*                          http://www.IsaacOS.com                          *
****************************************************************************/

Section Header
  
  + name        := TT_RASTER;
  - comment     :=" .";
    
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Private
  
  - frac x:INTEGER <- x & (precision - 1);
  
  - scaled x:INTEGER <- (x << scale_shift) - precision_half;
   
  - swap x,y:INTEGER <-
  (+ tmp:INTEGER;
    tmp := x;
    x := y;
    y := tmp;
  );
  
   - decompose_curve first,last:UINTEGER_8, flipped:BOOLEAN :BOOLEAN <-
  // scans the outline arays in order to emit individual segments and beziers by calling Line_To()
  // and Bezier_To. 
  //              It handles all weird cases, like when the first point
  //              is off the curve, or when there are simply no 'on'
  //              points in the contour!
  ( + x,y:INTEGER;   // current point
    + cx,cy:INTEGER; // current Bezier control point
    + mx,my:INTEGER; // current middle point
    + x_first,y_first:INTEGER; // first point's coordinates
    + x_last,y_last:INTEGER;   // last point's coordinates
    + index:UINTEGER_8; //current point's index
    + on_curve:BOOLEAN; // current point's state
    
    x_first := scaled (coords.item first.x);
    y_first := scaled (coords.item first.y);
    
    flipped.if {
      swap x_first,y_first;
    };
    
    x_last := scaled (coords.item last.x);
    y_last := scaled (coords.item last.y);
    
    flipped.if {
      swap x_last,y_last;
    };
    
    cx := x_first;
    last_x := cx;
    cy := y_first;
    last_y := cy;
    
    on_curve := (flags.item first & 1) > 0;
    index := first;

    // check first point to determine origin
    ( ! on_curve ).if {
      // first point is off the curve.  Yes, this happens...
      ((flags.last & 1)>0).if {
	last_x := x_last;  // start at last point if it
	last_y := y_last;  // is on the curve
      } else {
        // if both first and last points are off the curve, 
        // start at their middle and record its position    
	// for closure                                      
	last_x := (last_x + x_last) / 2 ;
	last_y := (last_y + y_last) / 2 ;
	x_last := last_x;
	y_last := last_y;
      };
    };

    // now process each contour point individually
    { index < last }.while_do {
      index := index + 1;
      x := scaled( coords.item index.x );
      y := scaled( coords.item index.y );
      
      flipped.if {
	swap x,y;
      };
      
      on_curve.if {
	// the previous point was on the curve
	on_curve := (flags.index & 1) > 0;
	on_curve.if {
	  // two successive on points => emit segment
	  line_to x,y; // JBJB return failure ?
	} else {
          // else, keep current control point for next bezier
          cx := x;
	  cy := y;
	};
      } else {
	// the previous point was off the curve
	on_curve := (flags.index & 1) > 0;
	on_curve.if {
	  // reaching an `on' point
	  bezier_to x,y,cx,cy; // JBJB return FAILURE ?
	} else {
	  // two successive `off' points => create middle point
          mx := ( cx + x ) / 2;
	  my := ( cy + y ) / 2;
	  
	  bezier_to mx,my,cx,cy;
          cx := x;
          cy := y;
	};
      };
    };

    // end of contour, close curve cleanly
    ((flags.item first & 1) > 0).if {
      on_curve.if {
	line_to x_first,y_first; // JBJB return 
      } else {
        bezier_to x_first,y_first,cx,cy; // JBJB return 
      };
    } else {
      ( !on_curve ).if {
	bezier_to x_last,y_last,cx,cy; // JBJB return 
      };
    };
  );
  
  - bezier_to x,y,cx,cy:INTEGER <-
  // Injects a new bezier arc and adjusts the profile list.
  // x,   y : arc endpoint (start point in LastX, LastY)
  // Cx, Cy : control point
  (+ y1,y2,y3,x3;
   + state_bez:UINTEGER_16;
   push_bezier last_x,last_y,cx,cy,x,y;

   {
     y1 := arc.item 2.y;
     y2 := arc.item 1.y;
     y3 := arc.item 0.y;
     x3 := arc.item 0.x;

     // first, categorize the bezier arc

     ( y1 = y2 ).if {
       ( y2 = y3 ).if {
	 state_bez := flat;
       }.elseif { y2 > y3 } then {
	 state_bez := descending;
       } else {
	 state_bez := ascending;
       };
     }.elseif { y1 > y2 } then {
       ( y2 >= y3 ).if {
	 state_bez := descending;
       } else {
	 state_bez := unknown;
       };
     }.elseif { y2 <= y3 } then {
       state_bez := ascending;
     } else {
       state_bez := unknown;
     };

     // split non-monotonic arcs, ignore flat ones, or/
     // computes the up and down ones                  
     
     (state_bez = flat).if {
       arc := arc - 2; // JBJB A VOIR !!
     }.elseif { state_bez = unknown } then {
       split_bezier arc;
       arc := arc + 2;
     } else {
       // detect a change of direction
       ( state != state_bez ).if {
	 (state != unknown).if {
	   end_profile.if {
	     // return failure
	   };
	 };
	 ( new_profile state_bez ).if {
	   // return FAILURE;
	 };
       };

       // compute
       ( state = ascending ).if {
	 bezier_up min_y,max_y; // return failure
       }.elseif { state = ascending } then {
	 bezier_down min_y,max_y; // return failure
       };
     };
   }.do_while ( arc >= arcs );

    last_x := x3;
    last_y := y3;
  );
  
  
  - bezier_up miny,maxy:INTEGER <-
  // Computes thes x-coordinates of an ascending bezier arc
  //              and stores them in the render pool.
  ( + y1,y2,e,e2,e0:INTEGER;
    + f1:INTEGER_8;
    + tmp_arc,start_arc:NATIVE_ARRAY[POINT_INT];
    + top:TT_STORAGE;

    tmp_arc := arc;
    y1  = arc[2].y;
    y2  = arc[0].y;
    top = ras.top;

    if ( y2 < miny || y1 > maxy )
      goto Fin;

    e2 = FLOOR( y2 );

    if ( e2 > maxy )
      e2 = maxy;

    e0 = miny;

    if ( y1 < miny )
      e = miny;
    else
    {
      e  = CEILING( y1 );
      f1 = FRAC( y1 );
      e0 = e;

      if ( f1 == 0 )
      {
        if ( ras.joint )
        {
          top--;
          ras.joint = FALSE;
        }

        *top++ = arc[2].x;

        DEBUG_PSET;

        e += ras.precision;
      }
    }

    if ( ras.fresh )
    {
      ras.cProfile->start = TRUNC( e0 );
      ras.fresh = FALSE;
    }

    if ( e2 < e )
      goto Fin;

    if ( ( top + TRUNC( e2 - e ) + 1 ) >= ras.maxBuff )
    {
      ras.top   = top;
      ras.error = Raster_Err_Overflow;
      return FAILURE;
    }

    start_arc = arc;

    while ( arc >= start_arc && e <= e2 )
    {
      ras.joint = FALSE;

      y2 = arc[0].y;

      if ( y2 > e )
      {
        y1 = arc[2].y;
        if ( y2 - y1 >= ras.precision_step )
        {
          Split_Bezier( arc );
          arc += 2;
        }
        else
        {
          *top++ = arc[2].x + FMulDiv( arc[0].x - arc[2].x,
                                       e - y1,
                                       y2 - y1 );
          DEBUG_PSET;

          arc -= 2;
          e   += ras.precision;
        }
      }
      else
      {
        if ( y2 == e )
        {
          ras.joint  = TRUE;
          *top++     = arc[0].x;

          DEBUG_PSET;

          e += ras.precision;
        }
        arc -= 2;
      }
    }

  Fin:
    ras.top  = top;
    ras.arc -= 2;
    return SUCCESS;
  }


/****************************************************************************/
/*                                                                          */
/* Function:    Bezier_Down                                                 */
/*                                                                          */
/* Description: Computes the x-coordinates of a descending bezier arc       */
/*              and stores them in the render pool.                         */
/*                                                                          */
/* Input:       None.  Arc is taken from the top of the Bezier stack.       */
/*                                                                          */
/* Returns:     SUCCESS on success.                                         */
/*              FAILURE on Render Pool overflow.                            */
/*                                                                          */
/****************************************************************************/

  static Bool  Bezier_Down( RAS_ARGS Long  miny, Long  maxy )
  {
    TPoint*  arc = ras.arc;
    Bool     result, fresh;


    arc[0].y = -arc[0].y;
    arc[1].y = -arc[1].y;
    arc[2].y = -arc[2].y;

    fresh = ras.fresh;

    result = Bezier_Up( RAS_VARS -maxy, -miny );

    if ( fresh && !ras.fresh )
      ras.cProfile->start = -ras.cProfile->start;

    arc[0].y = -arc[0].y;
    return result;
  }


/****************************************************************************/
/*                                                                          */
/* Function:    Line_To                                                     */
/*                                                                          */
/* Description: Injects a new line segment and adjusts Profiles list.       */
/*                                                                          */
/* Input:       x, y : segment endpoint (start point in LastX,LastY)        */
/*                                                                          */
/* Returns:     SUCCESS on success.                                         */
/*              FAILURE on Render Pool overflow or Incorrect Profile.       */
/*                                                                          */
/****************************************************************************/

  static Bool  Line_To( RAS_ARGS Long  x, Long  y )
  {
    /* First, detect a change of direction */

    switch ( ras.state )
    {
    case Unknown:
      if ( y > ras.lastY )
      {
        if ( New_Profile( RAS_VARS  Ascending ) ) return FAILURE;
      }
      else
      {
        if ( y < ras.lastY )
          if ( New_Profile( RAS_VARS  Descending ) ) return FAILURE;
      }
      break;

    case Ascending:
      if ( y < ras.lastY )
      {
        if ( End_Profile( RAS_VAR ) ||
             New_Profile( RAS_VARS  Descending ) ) return FAILURE;
      }
      break;

    case Descending:
      if ( y > ras.lastY )
      {
        if ( End_Profile( RAS_VAR ) ||
             New_Profile( RAS_VARS  Ascending ) ) return FAILURE;
      }
      break;

    default:
      ;
    }

    /* Then compute the lines */

    switch ( ras.state )
    {
    case Ascending:
      if ( Line_Up ( RAS_VARS  ras.lastX, ras.lastY,
                     x, y, ras.minY, ras.maxY ) )
        return FAILURE;
      break;

    case Descending:
      if ( Line_Down( RAS_VARS ras.lastX, ras.lastY,
                      x, y, ras.minY, ras.maxY ) )
        return FAILURE;
      break;

    default:
      ;
    }

    ras.lastX = x;
    ras.lastY = y;

    return SUCCESS;
  }

section PUBLIC
  
  - max_bezier:INTEGER_8 	:= 32;
  // The maximum number of stacked Bezier curves.
  // Setting this constant to more than 32 is a pure waste of space.
  
  - raster_render_pool:INTEGER := 64000;
  // The default render pool size
  
  - raster_gray_lines:INTEGER_8 := 2048;
  // The size of the two-lines intermediate bitmap used for anti-aliasing
  
  
  
  + precision_bits:INTEGER;       // precision related variables 
  + precision:INTEGER;
  + precision_half:INTEGER;
  + precision_mask:INTEGER;
  + precision_shift:INTEGER;
  + precision_step:INTEGER;
  + precision_jitter:INTEGER;
  
  + scale_shift:INTEGER;          // == precision_shift   for bitmaps 
  // == precision_shift+1 for pixmaps 
  
  + buff:FIXED_ARRAY[INTEGER];                 // The profiles buffer          
  + size_buff:FIXED_ARRAY[INTEGER];            // Render pool size             
  + max_buff:FIXED_ARRAY[INTEGER];             // Profiles buffer size         
  + top:NATIVE_ARRAY[INTEGER];                  // Current cursor in buffer     
  
  + error:INTEGER;
  
  + flags:FIXED_ARRAY[UINTEGER_16];               // current flags table    
  + outs:FIXED_ARRAY[UINTEGER_8];                // current outlines table 
  
  + n_points:UINTEGER_8;            // number of points in current glyph   
  + n_contours:INTEGER_8;           // number of contours in current glyph 
  + num_turns:INTEGER;             // number of Y-turns in outline        
  
  + arc:NATIVE_ARRAY[POINT_INT];                  // current Bezier arc pointer 
  
  + b_width:UINTEGER_8;              // target bitmap width  
  + b_target:FIXED_ARRAY[UINTEGER_16];             // target bitmap buffer 
  + g_target:FIXED_ARRAY[UINTEGER_16];             // target pixmap buffer 
  
  + last_x:INTEGER;
  + last_y:INTEGER;
  + min_y:INTEGER;
  + max_y:INTEGER;
  
  
  + num_profs:UINTEGER_8;            // current number of profiles 
  
  + fresh:BOOLEAN;                  
  // signals a fresh new profile which 
  // 'start' field must be completed   
  + joint:BOOLEAN  ;                
  // signals that the last arc ended   
  // exactly on a scanline.  Allows removal of doublets               
  + cprofile:TT_PROFILE;            // current profile                   
  + fprofile:TT_PROFILE;            // head of linked list of profiles   
  + gprofile:TT_PROFILE;            // contour's first profile in case   
  // of impact                         
  + state:UINTEGER_16;                  // rendering state
  // 0: Unknown
  // 1: ascending
  // 2: descending
  // 3: flat
  
  - unknown:UINTEGER_16 := 0;
  - ascending:UINTEGER_16 := 1;
  - descending:UINTEGER_16 := 2;
  - flat:UINTEGER_16 := 3;
  
  + target:TT_RASTER_MAP;           // description of target bit/pixmap 
  
  + trace_ofs:INTEGER;              // current offset in target bitmap 
  + trace_g:INTEGER;                // current offset in target pixmap 
  
  + trace_incr:INTEGER_8;            // sweep's increment in target bitmap 
  
  + gray_min_x:INTEGER_8;            // current min x during gray rendering 
  + gray_max_x:INTEGER_8;            // current max x during gray rendering 
  
  // dispatch variables 
  
  // Function_Sweep_Init*  Proc_Sweep_Init;
  // Function_Sweep_Span*  Proc_Sweep_Span;
  // Function_Sweep_Span*  Proc_Sweep_Drop;
  // Function_Sweep_Step*  Proc_Sweep_Step;
  
  + coords:FIXED_ARRAY[TT_VECTOR];
  
  + dropout_control:UINTEGER_16;       // current drop_out control method 
  
  + grays:FIXED_ARRAY[UINTEGER_16] := FIXED_ARRAY[UINTEGER_16].create 5;         // Palette of gray levels used for render 
  
  + gray_lines:FIXED_ARRAY[UINTEGER_16];       
  // Intermediate table used to render the   
  // graylevels pixmaps.                     
  // gray_lines is a buffer holding two      
  // monochrome scanlines                    
  
  + gray_width:INTEGER_8;        
  // width in bytes of one monochrome        
  // intermediate scanline of gray_lines.    
  // Each gray pixel takes 2 bits long there 
  
  // The gray_lines must hold 2 lines, thus with size 
  // in bytes of at least 'gray_width*2'              
  
  + second_pass:BOOLEAN;        
  // indicates wether a horizontal pass      
  // should be performed to control drop-out 
  // accurately when calling Render_Glyph.   
  // Note that there is no horizontal pass   
  // during gray rendering.                  
  
  + arcs:FIXED_ARRAY[TT_POINT] := FIXED_ARRAY[TT_POINT].create (2 * max_bezier + 1);
  // The Bezier stack 
  
  + band_stack:FIXED_ARRAY[TT_BAND] := FIXED_ARRAY[TT_BAND].create 16;
  // band stack used for sub-banding 
  
  + band_top:INTEGER;             // band stack top                  
  
  + count_table:FIXED_ARRAY[INTEGER] := FIXED_ARRAY[INTEGER].create 256;
  // Look-up table used to quickly count 
  // set bits in a gray 2x2 cell         
  
  - raster_init <-
  (    
    size_buff := buff + ( raster_render_pool / 4 ); // 4: sizeof (long)
       
    gray_width := raster_gray_lines / 2;

    // Initialization of Count_Table
    
    0.to 255 do { i:INTEGER;
      + l,j:INTEGER;
      l := 0;
      j := i;
      
      
      0.to 3 do { c:INTEGER;
	
	l := l << 4;

	( (j & 080h) > 0).if {
	  l := l + 1
	};
	( (j & 040h) > 0).if {
	  l := l + 1
	};
	
	j := ( j << 2 ) & 0FFh;
      };
      
      count_table.put l to i;
    };
    
    dropout_control := 2;
    error           := TT_ERROR.tt_err_ok;
  );

  - align_profile_size:INTEGER := 8;
  
  - convert_glyph flipped:INTEGER :BOOLEAN <-
  // Converts a glyph into a series of segments and arcs and makes a Profiles list with them. 
  ( + start:UINTEGER_8;
    + last_profile:TT_PROFILE;
    + result:BOOLEAN;
    
    fprofile := NULL;
    joint    := FALSE;
    fresh    := FALSE;
    
    max_buff  := size_buff - align_profile_size;

    num_turns := 0;

    cprofile  := TT_PROFILE.force_conversion top; // JBJB a voir: MAPPING dans TT_PROFILE ou
    // transformer top en f_array[profile]
    cprofile.set_offset (top.item 0);
    num_profs := 0;
    
    0.to (n_contours - 1) do { i:INTEGER;
      state    := unknown;
      gprofile := NULL;
      result := decompose_curve start,(outs.item i),flipped;
      // JBJB test failure
      
      start := outs.item i + 1;
      
      //  We must now see if the extreme arcs join or not
      ((frac last_y == 0) && {last_y >= min_y} && {last_y <= max_y }).if {
	(gprofile && (gprofile.flow) == (cprofile.flow)).if { // JBJB A VOIR !
	  top := top - 1;
	};
      };
      // Note that ras.gProfile can be nil if the contour was too small to be drawn.
      
      last_profile := cprofile;
      end_profile.if {
	result := FALSE;
      };
      
      // close the 'next profile in contour' linked list
      ( gprofile != NULL).if {
	last_profile.set_next gprofile;	  
      };
    };      
    
    (finalize_profile_table != 0).if {
      result := FALSE;
    };
    
    result := top < max_buff;    
    result
    
  );
    
  
 
  
  
  
  
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/tt_glyph_table.li0000644000175000017500000000402511314031255023165 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_GLYPH_TABLE;
  - comment     :=" FreeType Glyph Object Type.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public

  + glyph:FIXED_ARRAY(TT_GLYPH);
  
  - create loca:TT_LOCA my_file file:STD_FILE :SELF <-
  ( + result:SELF;
    ? { loca != NULL};
    ? { file != NULL};
    result := SELF.clone;
    result.make loca my_file file;
    result
  );
  
  - make loca:TT_LOCA my_file file:STD_FILE <-
  ( + cursor:UINTEGER_32;
    cursor := file.cursor;
    glyph := FIXED_ARRAY(TT_GLYPH).create (loca.max_loca - 1);
    0.to (glyph.upper) do { i:INTEGER;
      (loca.value (i + 1) - loca.value i > 0).if {
	file.set_cursor (cursor + loca.value i);
	glyph.put (TT_GLYPH.create file) to i;
      } else {
	// Size = 0
	glyph.put (TT_GLYPH.create_no_contour) to i;
      };
    };
  );

  - print <-
  (
    "\n********* GLYPH TABLE*********\n".print;
    0.to (glyph.upper) do { i:INTEGER;
      "\nGlyph #".print;
      i.print;
      '\n'.print;
      glyph.item i.print;
      '\n'.print;
    };
    '\n'.print;
  );    
  
lisaac_0.39_rc1/lib/unstable/freetype/tt_name_record.li0000644000175000017500000000510411314031255023150 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TT_NAME_RECORD;

  - comment     :="Name record.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping  
  
  + platform_id:USHORTINT;
  + encoding_id:USHORTINT;
  + language_id:USHORTINT;
  + name_id:USHORTINT;
  + string_length:USHORTINT;
  + string_offset:USHORTINT;
  
Section Public
  
  - to_big_endian <-
  (
    platform_id := PROCESSOR.to_motorola_ushort platform_id; 
    encoding_id := PROCESSOR.to_motorola_ushort encoding_id;
    language_id := PROCESSOR.to_motorola_ushort language_id;
    name_id := PROCESSOR.to_motorola_ushort name_id;
    string_length := PROCESSOR.to_motorola_ushort string_length;
    string_offset := PROCESSOR.to_motorola_ushort string_offset;        
  );
  
  - print <-
  (
    "\n       Platform: ".print;
    platform.print;
    "\n       Encoding ID: ".print;
    encoding_id.print;
    "\n       Language: 0x".print;
    //language.print;
    language_id.to_hexadecimal.print;
    "\n       Name ID: ".print;
    //name.print;
    name_id.to_hexadecimal.print;
    "\n       Str length: ".print;
    string_length.print;
    "\n       Str offset: ".print;
    string_offset.print;    
  );
  
  - platform:STRING_CONSTANT <-
  ( + result:STRING_CONSTANT;
    
    platform_id.when 0 then { result := "0.Apple" }
    .when 1 then { result := "1.Mac" }
    .when 2 then { result := "2.Iso" }
    .when 3 then { result := "3.Microsoft"};
    
    result
  );
  
  - language:STRING_CONSTANT <-
  // JBJB A REMPLIR AVEC DECODAGE
  ( 
    "toto"
  );
  
  - name:STRING_CONSTANT <-
  // JBJB A REMPLIR AVEC DECODAGE
  (
    "tata"
  );
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/point_int.li0000644000175000017500000000334011314031255022166 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := POINT_INT;
  
  - comment     := "Point graphics Vector in INTEGER.";
  
  - bibliography:= "http://IsaacOS.com";
  
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Mapping
 
  + x:INTEGER;  
  + y:INTEGER;
  
Section Public
  
  //
  // Constructor.
  // 
  
  - create (new_x,new_y:INTEGER) :SELF <-
  ( + result:SELF;
    
    result:=clone;
    result.make (new_x,new_y);
    
    result
  );
  
  //
  // Modification.
  //
  
  - make (new_x,new_y:INTEGER) <-
  (
    x:=new_x;
    y:=new_y;
  );
  
  - translate (dx,dy:INTEGER) <-
  (
    x:=x+dx;
    y:=y+dy;
  );
  
  - multiply (cx,cy:INTEGER) <-
  (
    x:=x*cx;
    y:=y*cy;
  );
  
  //
  // Display.
  //

  - display bmp:BITMAP <-
  (
    deferred;
  );lisaac_0.39_rc1/lib/unstable/freetype/font.h0000644000175000017500000001064211314031255020757 0ustar  sonntagsonntag//
// Font System 1250 bytes.
//
unsigned short __index_font[96]={
0x000,0x007,0x008,0x00B,0x012,0x017,0x021,0x028,0x029,0x02C,0x02F,0x034,
0x039,0x03B,0x03F,0x040,0x044,0x049,0x04C,0x051,0x056,0x05B,0x060,0x065,
0x06A,0x06F,0x074,0x075,0x077,0x07C,0x081,0x086,0x08B,0x097,0x0A0,0x0A7,
0x0AF,0x0B7,0x0BE,0x0C5,0x0CD,0x0D5,0x0D6,0x0DB,0x0E2,0x0E8,0x0F1,0x0F9,
0x101,0x109,0x111,0x11A,0x121,0x12A,0x132,0x13B,0x148,0x150,0x159,0x15F,
0x162,0x166,0x169,0x16E,0x175,0x177,0x17E,0x184,0x18A,0x190,0x196,0x199,
0x19F,0x1A4,0x1A5,0x1A7,0x1AD,0x1AE,0x1B7,0x1BC,0x1C2,0x1C8,0x1CE,0x1D1,
0x1D6,0x1D9,0x1DE,0x1E5,0x1EE,0x1F4,0x1FB,0x1FF,0x204,0x205,0x20A,0x211};

unsigned short __graph_font[0x211]={
0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x17F8,0x0078,0x0000,
0x0078,0x0200,0x1E40,0x03C0,0x1E78,0x03C0,0x0278,0x0040,0x08E0,0x1110,
0x3FF8,0x1110,0x0E60,0x0030,0x0848,0x0448,0x0230,0x0100,0x0080,0x0C40,
0x1220,0x1210,0x0C00,0x0E00,0x1170,0x1088,0x1188,0x1670,0x0800,0x1400,
0x0078,0x1FC0,0x6030,0x8008,0x8008,0x6030,0x1FC0,0x0050,0x0060,0x0038,
0x0060,0x0050,0x0100,0x0100,0x07C0,0x0100,0x0100,0x2000,0x1000,0x0100,
0x0100,0x0100,0x0100,0x1000,0x7000,0x0E00,0x01C0,0x0038,0x0FF0,0x1008,
0x1008,0x1008,0x0FF0,0x0010,0x0010,0x1FF8,0x1C30,0x1208,0x1108,0x1088,
0x1070,0x0810,0x1008,0x1088,0x1088,0x0F70,0x0300,0x0280,0x0260,0x0210,
0x1FF8,0x09F8,0x1088,0x1088,0x1088,0x0F08,0x0FF0,0x1108,0x1088,0x1088,
0x0F10,0x0008,0x1C08,0x0308,0x00C8,0x0038,0x0F70,0x1088,0x1088,0x1088,
0x0F70,0x08F0,0x1108,0x1108,0x1088,0x0FF0,0x1040,0x2000,0x1040,0x0100,
0x0380,0x06C0,0x0C60,0x0820,0x0280,0x0280,0x0280,0x0280,0x0280,0x0820,
0x0C60,0x06C0,0x0380,0x0100,0x0030,0x0008,0x1708,0x0088,0x0070,0x03C0,
0x0C30,0x1008,0x1008,0x2384,0x2444,0x2444,0x2244,0x25C8,0x1408,0x1430,
0x03C0,0x1800,0x0600,0x0380,0x0260,0x0218,0x0260,0x0380,0x0600,0x1800,
0x1FF8,0x1088,0x1088,0x1088,0x1088,0x1088,0x0F70,0x07E0,0x0810,0x1008,
0x1008,0x1008,0x1008,0x0810,0x0420,0x1FF8,0x1008,0x1008,0x1008,0x1008,
0x1008,0x0810,0x07E0,0x1FF8,0x1088,0x1088,0x1088,0x1088,0x1088,0x1008,
0x1FF8,0x0088,0x0088,0x0088,0x0088,0x0088,0x0008,0x07E0,0x0810,0x1008,
0x1008,0x1008,0x1108,0x0910,0x1F20,0x1FF8,0x0080,0x0080,0x0080,0x0080,
0x0080,0x0080,0x1FF8,0x1FF8,0x0C00,0x1000,0x1000,0x1000,0x0FF8,0x1FF8,
0x0080,0x0140,0x0220,0x0410,0x0808,0x1000,0x1FF8,0x1000,0x1000,0x1000,
0x1000,0x1000,0x1FF8,0x0060,0x0180,0x0600,0x1800,0x0600,0x0180,0x0060,
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0x0810,0x1008,0x1008,0x1008,0x1008,0x0810,0x07E0,0x1FF8,0x0108,0x0108,
0x0108,0x0108,0x0108,0x0090,0x0060,0x07E0,0x0810,0x1008,0x1008,0x1008,
0x1408,0x0810,0x17E0,0x1FF8,0x0108,0x0108,0x0108,0x0108,0x0108,0x0190,
0x0E60,0x1000,0x0C70,0x1088,0x1088,0x1088,0x1108,0x1108,0x0E30,0x0008,
0x0008,0x0008,0x0008,0x1FF8,0x0008,0x0008,0x0008,0x0008,0x07F8,0x0800,
0x1000,0x1000,0x1000,0x1000,0x0800,0x07F8,0x0018,0x0060,0x0180,0x0600,
0x1800,0x0600,0x0180,0x0060,0x0018,0x0038,0x00C0,0x0700,0x1800,0x0700,
0x00C0,0x0038,0x00C0,0x0700,0x1800,0x0700,0x00C0,0x0038,0x1818,0x0420,
0x0240,0x0180,0x0180,0x0240,0x0420,0x1818,0x0018,0x0020,0x0040,0x0080,
0x1F00,0x0080,0x0040,0x0020,0x0018,0x1808,0x1608,0x1108,0x1088,0x1068,
0x1018,0xFFF8,0x8008,0x8008,0x0038,0x01C0,0x0E00,0x7000,0x8008,0x8008,
0xFFF8,0x0010,0x0008,0x0004,0x0008,0x0010,0x4000,0x4000,0x4000,0x4000,
0x4000,0x4000,0x4000,0x0008,0x0010,0x0E80,0x1140,0x1140,0x1140,0x1140,
0x0F80,0x1000,0x1FF8,0x0880,0x1040,0x1040,0x1040,0x0F80,0x0F80,0x1040,
0x1040,0x1040,0x1040,0x0880,0x0F80,0x1040,0x1040,0x1040,0x0880,0x1FF8,
0x0F80,0x1240,0x1240,0x1240,0x1240,0x0B80,0x0040,0x1FF0,0x0048,0x0F80,
0x9040,0x9040,0x9040,0x8880,0x7FC0,0x1FF8,0x0080,0x0040,0x0040,0x1F80,
0x1FC8,0x8000,0x7FC8,0x1FF8,0x0200,0x0300,0x0480,0x0840,0x1000,0x1FF8,
0x1FC0,0x0080,0x0040,0x0040,0x1F80,0x0080,0x0040,0x0040,0x1F80,0x1FC0,
0x0080,0x0040,0x0040,0x1F80,0x0F80,0x1040,0x1040,0x1040,0x1040,0x0F80,
0xFFC0,0x0880,0x1040,0x1040,0x1040,0x0F80,0x0F80,0x1040,0x1040,0x1040,
0x0880,0xFFC0,0x1FC0,0x0080,0x0040,0x0980,0x1240,0x1240,0x1240,0x0C80,
0x0040,0x0FF0,0x1040,0x0FC0,0x1000,0x1000,0x0800,0x1FC0,0x00C0,0x0300,
0x0C00,0x1000,0x0C00,0x0300,0x00C0,0x00C0,0x0700,0x1800,0x0700,0x00C0,
0x0700,0x1800,0x0700,0x00C0,0x1040,0x0880,0x0700,0x0700,0x0880,0x1040,
0x80C0,0x8300,0x4C00,0x3000,0x0C00,0x0300,0x00C0,0x1840,0x1640,0x1140,
0x10C0,0x0200,0x0200,0x7DF0,0x8008,0x8008,0xFFF8,0x8008,0x8008,0x7DF0,
0x0200,0x0200,0x0030,0x0008,0x0008,0x0010,0x0020,0x0020,0x0018};
lisaac_0.39_rc1/lib/unstable/freetype/bug.li0000644000175000017500000000234111314031255020740 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header	
  
  + name        := BUG;
  - comment     :="A font viewer.";
    
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  + main <-
  ( + bool:BOOLEAN;
    bool := TRUE;
    (bool).if {
      bool := FALSE;
    };
  );    
    
lisaac_0.39_rc1/lib/unstable/freetype/tt_profile.li0000644000175000017500000000345111314031255022335 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_PROFILE;
  - comment     :=" .";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  + x:INTEGER;           // current coordinate during sweep          
  // JBJB UREAL_26_6
  
  + link:TT_PROFILE;        // link to next profile - various purpose   
  + offset:INTEGER;        // start of profile's data in render pool   
  + flow:INTEGER;          // Profile orientation: Asc/Descending      
  + height:INTEGER;        // profile's height in scanlines            
  + start:INTEGER;         // profile's starting scanline              
  
  + countl:USHORTINT;      // number of lines to step before this      
  // profile becomes drawable                 
  
  + next:TT_PROFILE;        // next profile in same contour, used       
  // during drop-out control                  
lisaac_0.39_rc1/lib/unstable/freetype/tt_cmap_subtable4_header.li0000644000175000017500000000423411314031255025072 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_SUBTABLE4_HEADER;
  - comment     :="Header Subtable";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + format:USHORTINT;
  
  + length:USHORTINT;
  
  + version:USHORTINT;
  
  + seg_countx2:USHORTINT;
  
  + search_range:USHORTINT;
  
  + entry_selector:USHORTINT;
  
  + range_shift:USHORTINT;
  
  
Section Public
  
  - to_big_endian <-
  (
    format := PROCESSOR.to_motorola_ushort format;
    length := PROCESSOR.to_motorola_ushort length;
    version := PROCESSOR.to_motorola_ushort version;
    seg_countx2 := PROCESSOR.to_motorola_ushort seg_countx2;
    search_range := PROCESSOR.to_motorola_ushort search_range;
    entry_selector := PROCESSOR.to_motorola_ushort entry_selector;
    range_shift := PROCESSOR.to_motorola_ushort range_shift;    
  );
  
  - print <-
  (
    "\n   Format:".print;
    format.print;
    "\n   length:".print;
    length.print;
    "\n   Version:".print;
    version.print;
    "\n   Seg Count:".print;
    seg_countx2.print;
    "\n   Search Range:".print;
    search_range.print;
    "\n   Entry_selector:".print;
    entry_selector.print;
    "\n   Range_shift:".print;
    range_shift.print;
  );
lisaac_0.39_rc1/lib/unstable/freetype/font.ttf0000644000175000017500000011706411314031255021333 0ustar  sonntagsonntag@DSIG7I„èLGDEF˜~„0GPOSoÅÞö~´ÔGSUBÚ¹Ò1„ˆ^LTSH×zÐ:ø|OS/2l§q~ÈVVDMXiÖq[	tàcmapÅÚR0Òcvt '¢fpgmÛ1Š`ºglyf‡n)PzhdmxãETHð,headÓÔžˆL6hheaš„$hmtxÝ#-$Ìloca+Õ¡òmaxp•	¨ nameØ7F 
postQý]ay˜ëprepý9ÚTbn._<õ¶Jt·àÖþÇýž		ü9“þÇüØÿˆnxÂX	/Sœºš3š3f®
	MONO@ ýò¸þ1	ÇêKKRYv}‰	–	%	3	:A	{	‰	¡	2­		:ß	6	pO	d¿Digitized data © 2000-2001, Agfa Monotype Corporation. All rights reserved.MV BoliRegularAgfa Monotype MV Boli RegularMV BoliVersion 1.00MVBoliDigitized data © 2000-2001, Agfa Monotype Corporation. All rights reserved.MV BoliRegularAgfa Monotype MV Boli RegularMV BoliVersion 1.00MVBoliAgfa Monotype CorporationThomas Rickner, Kamal Mansourhttp://www.agfamonotype.comhttp://www.agfamonotype.com/html/designer/des_index.htmlhttp://www.agfamonotype.com/html/type/license.html	

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4hÂïx"®lisaac_0.39_rc1/lib/unstable/freetype/tt_glyph.li0000644000175000017500000001555411314031255022027 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header	
  
  + name        := TT_GLYPH;
  - comment     :="Glyph Datas.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + header:TT_GLYPH_HEADER;
    
  + end_pts_of_contours:FAST_ARRAY(UINTEGER_8);
  
  + instruction:FAST_ARRAY(UINTEGER_16);
  
  + n_points:UINTEGER_8;
  
  + flags:FAST_ARRAY(TT_FLAG_GLYPH);
  
  + x_coordinate:FAST_ARRAY(INTEGER_8);
  
  + y_coordinate:FAST_ARRAY(INTEGER_8);
  
  + with_contour:BOOLEAN;
  
  + composite:BOOLEAN;
  
  - create_no_contour :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make_no_contour;
    result    
  );
  
  - make_no_contour <-
  (
    with_contour := FALSE;
  );
  
  - create file:STD_FILE :SELF <-
  ( + result:SELF;
    ? { file != NULL };
    result := clone;
    result.make file;
    result
  );
    
  - make file:STD_FILE <-
  ( + i:INTEGER;
    + tmp_flag:TT_FLAG_GLYPH;
    + v,old:INTEGER_8;
    + offset,cursor:UINTEGER_32;
    + tmp_buf_short:FAST_ARRAY(UINTEGER_8);
    + tmp_buf_small:FAST_ARRAY(UINTEGER_16);
    + inst_length:UINTEGER_8;
    with_contour := TRUE;
    header := TT_GLYPH_HEADER.clone;
    file.read header;
    header.to_big_endian;
    (header.number_of_contours > 0).if {
      composite := FALSE;
      end_pts_of_contours := FAST_ARRAY(UINTEGER_8).create_with_capacity (header.number_of_contours);
      file.read end_pts_of_contours size (header.number_of_contours * 2);
      to_big_endian end_pts_of_contours;
      n_points := end_pts_of_contours.item (header.number_of_contours - 1) + 1;
      
      tmp_buf_short := FAST_ARRAY(UINTEGER_8).create_with_capacity 1;
      file.read tmp_buf_short size 2;    
      inst_length := PROCESSOR.to_motorola_ushort (tmp_buf_short.item 0);
      
      instruction := FAST_ARRAY(UINTEGER_16).create_with_capacity inst_length;
      file.read instruction size inst_length;
      
      flags := FAST_ARRAY(TT_FLAG_GLYPH).create n_points;
      cursor := file.cursor;
      tmp_buf_small :=  FAST_ARRAY(UINTEGER_16).create_with_capacity n_points;
      file.read tmp_buf_small size n_points;
      // There can be less than n_points*2 bytes but it's the max    
      { i < n_points }.while_do {
	tmp_flag := TT_FLAG_GLYPH.create (tmp_buf_small.item offset);
	offset := offset + 1;
	flags.put tmp_flag to i;
	i := i + 1;
	(tmp_flag.is_repeat).if {
	  // Repeat next byte time
	  0.to (tmp_buf_small.item offset - 1) do { j:INTEGER;
	    flags.put tmp_flag to i;
	    i := i + 1;
	  };
	  offset := offset + 1;
	};
      };
      
      x_coordinate := FAST_ARRAY(INTEGER_8).create n_points;
      file.set_cursor (cursor + offset);
      cursor := file.cursor;
      tmp_buf_small :=  FAST_ARRAY(UINTEGER_16).create_with_capacity (n_points*2);
      file.read tmp_buf_small size (n_points*2);
      offset := 0;
      // There can be less than n_points*2 bytes but it's the max
      0.to (n_points - 1) do { j:INTEGER;
	(flags.item j.is_x_short).if { 
	  // Bit X_Short set: 1 byte long
	  (flags.item j.is_x_same).if {
	    // Bit X_Same set: positive
	    v := old + tmp_buf_small.item offset;  
	  } else {
	    v := old - tmp_buf_small.item offset;
	  };
	  x_coordinate.put v to j;
	  old := v;
	  offset := offset + 1;
	} else {
	  // Bit X_Short not set: 2 byte long
	  (flags.item j.is_x_same).if {
	    // Bit X_Same set: same coordinate as previous
	    v := old;
	  } else {
	    // Bit X_Same not set: short value for vector
	    v := old + ((tmp_buf_small.item offset.to_INTEGER_8 << 8) | tmp_buf_small.item (offset + 1));
	    offset := offset + 2;
	  };
	  old := v;
	  x_coordinate.put v to j;
	};
      };
      
      y_coordinate := FAST_ARRAY(INTEGER_8).create n_points;
      file.set_cursor (cursor + offset);
      cursor := file.cursor;
      tmp_buf_small :=  FAST_ARRAY(UINTEGER_16).create_with_capacity (n_points*2);
      file.read tmp_buf_small size (n_points*2);
      offset := 0;
      old := 0;
      // There can be less than n_points*2 bytes but it's the max
      0.to (n_points - 1) do { j:INTEGER;
	(flags.item j.is_y_short).if { 
	  // Bit Y_Short set: 1 byte long
	  (flags.item j.is_y_same).if {
	    // Bit Y_Same set: positive
	    v := old + tmp_buf_small.item offset;
	  } else {
	    v := old - tmp_buf_small.item offset;
	  };
	  y_coordinate.put v to j;
	  old := v;
	  offset := offset + 1;
	} else {
	  // Bit Y_Short not set: 2 byte long
	  (flags.item j.is_y_same).if {
	    // Bit Y_Same set: same coordinate as previous
	    v := old;
	  } else {
	    // Bit Y_Same not set: short value for vector
	    //v := (buf.item (offset + 1).to_INTEGER_8 << 8) | buf.item offset;
	    v := old + ((tmp_buf_small.item offset.to_INTEGER_8 << 8) | tmp_buf_small.item (offset + 1));
	    offset := offset + 2;
	  };
	  old := v;
	  y_coordinate.put v to j;
	};
      };
      file.set_cursor (cursor + offset);
    } else {
      // Composite Glyph
      composite := TRUE;
    };      
  );

  - to_big_endian buf:FAST_ARRAY(UINTEGER_8) <-
  (
    0.to (buf.upper) do { i:INTEGER;
      buf.put (PROCESSOR.to_motorola_ushort (buf.item i)) to i;
    };
  );
  
  - print <-
  (        
    with_contour.if {
      header.print;
      composite.if {
	"\n     Composite Glyph".print;
      } else {
	
	"\n     End pts of contours:".print;      
	0.to (header.number_of_contours - 1) do { i:INTEGER;
	  end_pts_of_contours.item i.print;
	  ' '.print;
	};
	
	"\n     Instruction_length:".print;
	instruction.count.print;
	"\n     Instructions:".print;
	0.to (instruction.upper) do { i:INTEGER;
	  "0x".print;
	  instruction.item i.to_hexadecimal.print;
	  ' '.print;
	};
	
	"\n     Flags:".print;
	0.to (n_points - 1) do { i:INTEGER;
	  "\n     (".print;
	  i.print;
	  ')'.print;
	  flags.item i.print;
	};
	
	"\n     Coordinates:".print;
	0.to (n_points - 1) do { i:INTEGER;
	  "\n     (".print;
	  i.print;
	  ")  ".print;
	  x_coordinate.item i.print;
	  '/'.print;
	  y_coordinate.item i.print;
	  ' '.print;
	};
      };
    } else {
      "\n No contour Glyph".print;
    };
  );





lisaac_0.39_rc1/lib/unstable/freetype/tt_view.li0000644000175000017500000001554411314031255021655 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header	
  
  + name        := TT_VIEW;
  - comment     :="A font viewer.";
  
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  + main <-
  ( + file:STD_FILE;
    + buffer:FAST_ARRAY(UINTEGER_16);
    + table_directory:TT_TABLE_DIR;
    + tmp_table_direntry:TT_TABLE_DIRENTRY;
    + table_direntry:MAP_FAST_ARRAY(TT_TABLE_DIRENTRY);    
    + b:BITMAP;
    + maxp:TT_MAXP;
    + cmap:TT_CMAP;
    + glyph:TT_GLYPH_TABLE;
    + name:TT_NAME;
    + head:TT_HEAD;
    + hhea:TT_HHEA;
    + hmtx:TT_HMTX;
    + hdmx:TT_HDMX;
    + loca:TT_LOCA;
    + os2:TT_OS2;
    + number_glyph,number_of_hmetrics:UINTEGER_8; 
    + loc_version:INTEGER_8;
    + idx_head,idx_hhea,idx_maxp,idx_name,idx_os2,idx_cmap:INTEGER;
    + idx_hmtx,idx_hdmx,idx_loca,idx_glyph:INTEGER;

    file := STD_FILE.create;
    file.connect_to "font.ttf";
    table_directory := TT_TABLE_DIR.clone;
    file.read table_directory;
    table_directory.to_big_endian;
    //table_directory.print;
    
    // Read in file order.

    table_direntry := MAP_FAST_ARRAY(TT_TABLE_DIRENTRY).create_with_capacity (table_directory.numtables);
    file.read table_direntry size ((TT_TABLE_DIRENTRY.object_size) * (table_directory.numtables));

    0.to (table_directory.numtables - 1) do { i:INTEGER;
      table_direntry.item i.to_big_endian;
      
      //@@@@@@@@ HEAD TABLE
      table_direntry.item i.is_head.if {
	idx_head := i;
      };
      
      //@@@@@@@@ HHEA TABLE
      table_direntry.item i.is_hhea.if {
	idx_hhea := i;
      };
      
      //@@@@@@@@ MAXP TABLE
      table_direntry.item i.is_maxp.if {
	idx_maxp := i;
      };
      
      //@@@@@@@@  NAME TABLE
      
      table_direntry.item i.is_name.if {
	idx_name := i;
      };
      
      //@@@@@@@@ OS2 TABLE
      table_direntry.item i.is_os2.if {
	idx_os2 := i;
      };
      
      //@@@@@@@@ CMAP TABLE
      
      table_direntry.item i.is_cmap.if {
	idx_cmap := i;
      };
      
      //@@@@@@@@ HMTX TABLE
      table_direntry.item i.is_hmtx.if {
	idx_hmtx := i;
      };
      
      //@@@@@@@@ LOCA TABLE
      table_direntry.item i.is_loca.if {
	idx_loca := i;
      };
      
      //@@@@@@@@  GLYPH TABLE
      table_direntry.item i.is_glyf.if {
	idx_glyph := i;
      };

      //@@@@@@@@ HDMX TABLE
      table_direntry.item i.is_hdmx.if {
	idx_hdmx := i;
      };

      //table_direntry.item i.print;
    };
    
    //
    // Read in logical order
    //

    //@@@@@@@@ HEAD TABLE
    //table_direntry.item idx_head.print;
    head := TT_HEAD.clone;
    file.set_cursor (table_direntry.item idx_head.offset);
    file.read head;
    head.to_big_endian;
    loc_version := head.index_to_loc_format;
    //head.print;    
    //IO.read_character;
    

    //@@@@@@@@ HHEA TABLE
    //table_direntry.item idx_hhea.print;
    hhea := TT_HHEA.clone;
    file.set_cursor (table_direntry.item idx_hhea.offset);   
    file.read hhea;
    hhea.to_big_endian;
    number_of_hmetrics := hhea.number_of_hmetrics;
    //hhea.print;   
    //IO.read_character;
    
    //@@@@@@@@ MAXP TABLE
    //table_direntry.item idx_maxp.print;
    maxp := TT_MAXP.clone;
    file.set_cursor (table_direntry.item idx_maxp.offset);
    file.read maxp;
    maxp.to_big_endian;
    number_glyph := maxp.num_glyphs;
    //maxp.print;
    //IO.read_character;
    
    //@@@@@@@@  NAME TABLE
    //table_direntry.item idx_name.print;
    file.set_cursor (table_direntry.item idx_name.offset);
    name := TT_NAME.create file;
    //name.print;
    //IO.read_character;
    
    //@@@@@@@@ OS2 TABLE 
    //table_direntry.item idx_os2.print;
    os2 := TT_OS2.clone;
    file.set_cursor (table_direntry.item idx_os2.offset);
    file.read os2;
    os2.to_big_endian;
    //os2.print;
    //IO.read_character;
    
    //@@@@@@@@ CMAP TABLE
    
    //table_direntry.item idx_cmap.print;
    file.set_cursor (table_direntry.item idx_cmap.offset);
    cmap := TT_CMAP.create file;
    //cmap.print;
    //IO.read_character;
    
    /*
    // HMTX TABLE
    table_direntry.item idx_hmtx.print;
    hmtx := TT_HMTX.create number_of_hmetrics,number_glyph,(buffer + (table_direntry.item idx_hmtx.offset));
    hmtx.print;
    */
    
    //@@@@@@@@ LOCA TABLE
    //table_direntry.item idx_loca.print;
    file.set_cursor (table_direntry.item idx_loca.offset);
    (loc_version = 0).if {
      loca := TT_LOCA_SHORT.create number_glyph my_file file;
    }.elseif {loc_version = 1} then {
      loca := TT_LOCA_LONG.create number_glyph my_file file;
    } else {
      "\nWrong Version loca".print;
      crash;
    };
    //loca.print;
    //IO.read_character;

    //@@@@@@@@  GLYPH TABLE
    //table_direntry.item idx_glyph.print;
    file.set_cursor (table_direntry.item idx_glyph.offset);    
    glyph := TT_GLYPH_TABLE.create loca my_file file;
    //glyph.print;
    //IO.read_character;
    
    /*
    //@@@@@@@@HDMX TABLE
    //table_direntry.item idx_hdmx.print;
    hdmx := TT_HDMX.create number_glyph,(buffer + (table_direntry.item idx_hdmx.offset));
    //hdmx.print;

    
    //
    // Display
    //

    table_direntry.item idx_head.print;
    head.print;
    
    table_direntry.item idx_hhea.print;
    hhea.print;
    
    table_direntry.item idx_maxp.print;
    maxp.print;
    
    table_direntry.item idx_name.print;
    name.print;
    
    table_direntry.item idx_os2.print;
    os2.print;
    
    table_direntry.item idx_cmap.print;
    cmap.print;
    
    //table_direntry.item idx_hmtx.print;
    //hmtx.print;
    
    table_direntry.item idx_loca.print;
    loca.print;
    
    table_direntry.item idx_glyph.print;
    glyph.print;
    
    //table_direntry.item idx_hdmx.print;
    //hdmx.print;
    */
    
    VIDEO.create;
    
    0.to (glyph.glyph.upper) do { i:INTEGER;
      (glyph.glyph.item i.with_contour && {!glyph.glyph.item i.composite}).if {
	"\n\n------> Glyph #".print;
	i.print;
	TT_DRAW.make (glyph.glyph.item i) bitmap VIDEO;
	IO.read_character;
	VIDEO.clear;
      };
    };
    VIDEO.close;
  );
  
  
  
  
  
  
lisaac_0.39_rc1/lib/unstable/freetype/tt_head.li0000644000175000017500000000764411314031255021606 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_HEAD;
  
  - comment     :="Font header Truetype prototype.";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Mapping
  
  + table_version:UINTEGER_32;
  + font_revision:UINTEGER_32;
  
  + checksum_adjust:UINTEGER_32;
  + magic_number:UINTEGER_32;
  
  + flags:UINTEGER_8;
  + units_per_em:UINTEGER_8;
  
  + created:ULONGINT;
  + modified:ULONGINT;
    
  + xmin:INTEGER_8;
  + ymin:INTEGER_8;
  + xmax:INTEGER_8;
  + ymax:INTEGER_8;
  
  + mac_style:UINTEGER_8;
  + lowest_rec_ppem:UINTEGER_8;
  
  + font_direction:INTEGER_8;
  + index_to_loc_format:INTEGER_8;
  + glyph_data_format:INTEGER_8;
  
Section Public
  
  - to_big_endian <-
  (
    table_version := PROCESSOR.to_motorola_uint table_version;
    font_revision := PROCESSOR.to_motorola_uint font_revision;
    
    checksum_adjust := PROCESSOR.to_motorola_uint checksum_adjust;
    magic_number := PROCESSOR.to_motorola_uint magic_number;
    
    flags := PROCESSOR.to_motorola_ushort flags;
    units_per_em := PROCESSOR.to_motorola_ushort units_per_em;
    
    created := PROCESSOR.to_motorola_ulong created;
    modified := PROCESSOR.to_motorola_ulong modified;
    
    xmin := PROCESSOR.to_motorola_short xmin;
    ymin := PROCESSOR.to_motorola_short ymin;
    xmax := PROCESSOR.to_motorola_short xmax;
    ymax := PROCESSOR.to_motorola_short ymax;
    
    mac_style := PROCESSOR.to_motorola_ushort mac_style;
    lowest_rec_ppem := PROCESSOR.to_motorola_ushort lowest_rec_ppem;
    
    font_direction := PROCESSOR.to_motorola_short font_direction;
    index_to_loc_format := PROCESSOR.to_motorola_short index_to_loc_format;
    glyph_data_format := PROCESSOR.to_motorola_short glyph_data_format;    
  );
  
  - print <-
  (
    "\n********* HEAD TABLE *********\n".print;
    "\n     table_version:".print;
    (table_version >> 16).to_hexadecimal.print;
    '.'.print;
    (table_version & 0FFFFh).to_hexadecimal.print;
    "\n     font_revision:".print;
    (font_revision >> 16).to_hexadecimal.print;
    '.'.print;
    (font_revision & 0FFFFh).to_hexadecimal.print;
    "\n     checksum_adjust: 0x".print;
    checksum_adjust.to_hexadecimal.print;
    "\n     magic_number: 0x".print;
    magic_number.to_hexadecimal.print;    

    "\n     flags: 0x".print;
    flags.to_hexadecimal.print;
    "\n     units_per_em:".print;
    units_per_em.print;
    
    "\n     created:".print;
    created.print;
    "\n     modified:".print;
    modified.print;
    
    "\n     xmin:".print;
    xmin.print;
    "\n     ymin:".print;
    ymin.print;
    "\n     xmax:".print;
    xmax.print;
    "\n     ymax:".print;
    ymax.print;
    
    "\n     mac_style: 0x".print;
    mac_style.to_hexadecimal.print;
    "\n     lowest_rec_ppem:".print;
    lowest_rec_ppem.print;
    
    "\n     font_direction:".print;
    font_direction.print;
    "\n     index_to_loc_format:".print;
    index_to_loc_format.print;
    "\n     glyph_data_format:".print;
    glyph_data_format.print;    
  );
  
lisaac_0.39_rc1/lib/unstable/freetype/mvboli.ttf0000644000175000017500000011706411314031255021655 0ustar  sonntagsonntag@DSIG7I„èLGDEF˜~„0GPOSoÅÞö~´ÔGSUBÚ¹Ò1„ˆ^LTSH×zÐ:ø|OS/2l§q~ÈVVDMXiÖq[	tàcmapÅÚR0Òcvt '¢fpgmÛ1Š`ºglyf‡n)PzhdmxãETHð,headÓÔžˆL6hheaš„$hmtxÝ#-$Ìloca+Õ¡òmaxp•	¨ nameØ7F 
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4hÂïx"®lisaac_0.39_rc1/lib/unstable/freetype/tt_cmap_subtable4.li0000644000175000017500000000636211314031255023566 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                               Lisaac Library                               //
//                                                                            //
//                        LORIA - UHP - INRIA - FRANCE                        //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                     Jerome BOUTET  - boutet@loria.fr                       //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TT_CMAP_SUBTABLE4;
  - comment     :="Format 4: Segment mapping to delta values";
  
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr)";
  - comment     :="Microsoft Standard";
  
Section Inherit

  - parent_tt_cmap_subtable:TT_CMAP_SUBTABLE := TT_CMAP_SUBTABLE; 
  
Section Public
  
  + header:TT_CMAP_SUBTABLE4_HEADER;
  
  + end_count:FAST_ARRAY(UINTEGER_8);
  
  + reserved_pad:UINTEGER_8;
  
  + start_count:FAST_ARRAY(UINTEGER_8);
  
  + id_delta:FAST_ARRAY(UINTEGER_8);
  
  + id_range_offset:FAST_ARRAY(UINTEGER_8);
  
  + glyph_id_array:FAST_ARRAY(UINTEGER_8);
   
  - make file:STD_FILE <-
  ( + seg_count:UINTEGER_32;    
    header := TT_CMAP_SUBTABLE4_HEADER.clone;
    file.read header;
    header.to_big_endian;
    
    seg_count := header.seg_countx2 / 2;
    end_count := FAST_ARRAY(UINTEGER_8).create_with_capacity seg_count;
    file.read end_count size (header.seg_countx2);
    to_big_endian end_count;
    
    file.set_cursor (file.cursor + 2);
    
    start_count := FAST_ARRAY(UINTEGER_8).create_with_capacity seg_count;    
    file.read start_count size (header.seg_countx2);
    to_big_endian start_count;
    
    id_delta := FAST_ARRAY(UINTEGER_8).create_with_capacity seg_count;
    file.read id_delta size (header.seg_countx2);
    to_big_endian id_delta;
    
    id_range_offset := FAST_ARRAY(UINTEGER_8).create_with_capacity seg_count; 
    file.read id_range_offset size (header.seg_countx2);
    to_big_endian id_range_offset;
    
    // JBJB A VOIR GLYPDHID_ARRAY (p 40)
  );
  
  - to_big_endian buf:FAST_ARRAY(UINTEGER_8) <-
  (
    0.to (buf.upper) do { i:INTEGER;
      buf.put (PROCESSOR.to_motorola_ushort (buf.item i)) to i;
    };
  );
  
  - print <-
  (
     "\n     Format 4: segment mapping to delta values\n".print;
    header.print;
    "\n         End Count: ".print;
    0.to (header.seg_countx2 / 2 - 1) do { i:INTEGER;
      end_count.item i.print;      
    };
    "\n         Start Count: ".print;
    0.to (header.seg_countx2 / 2 - 1) do { i:INTEGER;
      start_count.item i.print;      
    };
    "\n         Id_delta: ".print;
    0.to (header.seg_countx2 / 2 - 1) do { i:INTEGER;
      id_delta.item i.print;      
    };
    "\n         Id_range_offset: ".print;
    0.to (header.seg_countx2 / 2 - 1) do { i:INTEGER;
      id_range_offset.item i.print;      
    };
  );

lisaac_0.39_rc1/lib/unstable/opengl/0000755000175000017500000000000011314031324017273 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/opengl/0000755000175000017500000000000011314031324020557 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/opengl/gl.li0000644000175000017500000015363511314031255021527 0ustar  sonntagsonntag// **** file generated by glspec2li ****
Section Header

  + name     := GL;
  - comment  := "OpenGL C Specification";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public

//
// OpenGL constant.
//

  - cst_gl_version_1_1:INTEGER <- 1;
  - cst_gl_accum:INTEGER <- 00100h;
  - cst_gl_load:INTEGER <- 00101h;
  - cst_gl_return:INTEGER <- 00102h;
  - cst_gl_mult:INTEGER <- 00103h;
  - cst_gl_add:INTEGER <- 00104h;
  - cst_gl_never:INTEGER <- 00200h;
  - cst_gl_less:INTEGER <- 00201h;
  - cst_gl_equal:INTEGER <- 00202h;
  - cst_gl_lequal:INTEGER <- 00203h;
  - cst_gl_greater:INTEGER <- 00204h;
  - cst_gl_notequal:INTEGER <- 00205h;
  - cst_gl_gequal:INTEGER <- 00206h;
  - cst_gl_always:INTEGER <- 00207h;
  - cst_gl_current_bit:INTEGER <- 000000001h;
  - cst_gl_point_bit:INTEGER <- 000000002h;
  - cst_gl_line_bit:INTEGER <- 000000004h;
  - cst_gl_polygon_bit:INTEGER <- 000000008h;
  - cst_gl_polygon_stipple_bit:INTEGER <- 000000010h;
  - cst_gl_pixel_mode_bit:INTEGER <- 000000020h;
  - cst_gl_lighting_bit:INTEGER <- 000000040h;
  - cst_gl_fog_bit:INTEGER <- 000000080h;
  - cst_gl_depth_buffer_bit:INTEGER <- 000000100h;
  - cst_gl_accum_buffer_bit:INTEGER <- 000000200h;
  - cst_gl_stencil_buffer_bit:INTEGER <- 000000400h;
  - cst_gl_viewport_bit:INTEGER <- 000000800h;
  - cst_gl_transform_bit:INTEGER <- 000001000h;
  - cst_gl_enable_bit:INTEGER <- 000002000h;
  - cst_gl_color_buffer_bit:INTEGER <- 000004000h;
  - cst_gl_hint_bit:INTEGER <- 000008000h;
  - cst_gl_eval_bit:INTEGER <- 000010000h;
  - cst_gl_list_bit:INTEGER <- 000020000h;
  - cst_gl_texture_bit:INTEGER <- 000040000h;
  - cst_gl_scissor_bit:INTEGER <- 000080000h;
  - cst_gl_all_attrib_bits:INTEGER <- 0000fffffh;
  - cst_gl_points:INTEGER <- 00000h;
  - cst_gl_lines:INTEGER <- 00001h;
  - cst_gl_line_loop:INTEGER <- 00002h;
  - cst_gl_line_strip:INTEGER <- 00003h;
  - cst_gl_triangles:INTEGER <- 00004h;
  - cst_gl_triangle_strip:INTEGER <- 00005h;
  - cst_gl_triangle_fan:INTEGER <- 00006h;
  - cst_gl_quads:INTEGER <- 00007h;
  - cst_gl_quad_strip:INTEGER <- 00008h;
  - cst_gl_polygon:INTEGER <- 00009h;
  - cst_gl_zero:INTEGER <- 0;
  - cst_gl_one:INTEGER <- 1;
  - cst_gl_src_color:INTEGER <- 00300h;
  - cst_gl_one_minus_src_color:INTEGER <- 00301h;
  - cst_gl_src_alpha:INTEGER <- 00302h;
  - cst_gl_one_minus_src_alpha:INTEGER <- 00303h;
  - cst_gl_dst_alpha:INTEGER <- 00304h;
  - cst_gl_one_minus_dst_alpha:INTEGER <- 00305h;
  - cst_gl_dst_color:INTEGER <- 00306h;
  - cst_gl_one_minus_dst_color:INTEGER <- 00307h;
  - cst_gl_src_alpha_saturate:INTEGER <- 00308h;
  - cst_gl_true:INTEGER <- 1;
  - cst_gl_false:INTEGER <- 0;
  - cst_gl_clip_plane0:INTEGER <- 03000h;
  - cst_gl_clip_plane1:INTEGER <- 03001h;
  - cst_gl_clip_plane2:INTEGER <- 03002h;
  - cst_gl_clip_plane3:INTEGER <- 03003h;
  - cst_gl_clip_plane4:INTEGER <- 03004h;
  - cst_gl_clip_plane5:INTEGER <- 03005h;
  - cst_gl_byte:INTEGER <- 01400h;
  - cst_gl_unsigned_byte:INTEGER <- 01401h;
  - cst_gl_short:INTEGER <- 01402h;
  - cst_gl_unsigned_short:INTEGER <- 01403h;
  - cst_gl_int:INTEGER <- 01404h;
  - cst_gl_unsigned_int:INTEGER <- 01405h;
  - cst_gl_float:INTEGER <- 01406h;
  - cst_gl_2_bytes:INTEGER <- 01407h;
  - cst_gl_3_bytes:INTEGER <- 01408h;
  - cst_gl_4_bytes:INTEGER <- 01409h;
  - cst_gl_double:INTEGER <- 0140Ah;
  - cst_gl_none:INTEGER <- 0;
  - cst_gl_front_left:INTEGER <- 00400h;
  - cst_gl_front_right:INTEGER <- 00401h;
  - cst_gl_back_left:INTEGER <- 00402h;
  - cst_gl_back_right:INTEGER <- 00403h;
  - cst_gl_front:INTEGER <- 00404h;
  - cst_gl_back:INTEGER <- 00405h;
  - cst_gl_left:INTEGER <- 00406h;
  - cst_gl_right:INTEGER <- 00407h;
  - cst_gl_front_and_back:INTEGER <- 00408h;
  - cst_gl_aux0:INTEGER <- 00409h;
  - cst_gl_aux1:INTEGER <- 0040Ah;
  - cst_gl_aux2:INTEGER <- 0040Bh;
  - cst_gl_aux3:INTEGER <- 0040Ch;
  - cst_gl_no_error:INTEGER <- 0;
  - cst_gl_invalid_enum:INTEGER <- 00500h;
  - cst_gl_invalid_value:INTEGER <- 00501h;
  - cst_gl_invalid_operation:INTEGER <- 00502h;
  - cst_gl_stack_overflow:INTEGER <- 00503h;
  - cst_gl_stack_underflow:INTEGER <- 00504h;
  - cst_gl_out_of_memory:INTEGER <- 00505h;
  - cst_gl_2d:INTEGER <- 00600h;
  - cst_gl_3d:INTEGER <- 00601h;
  - cst_gl_3d_color:INTEGER <- 00602h;
  - cst_gl_3d_color_texture:INTEGER <- 00603h;
  - cst_gl_4d_color_texture:INTEGER <- 00604h;
  - cst_gl_pass_through_token:INTEGER <- 00700h;
  - cst_gl_point_token:INTEGER <- 00701h;
  - cst_gl_line_token:INTEGER <- 00702h;
  - cst_gl_polygon_token:INTEGER <- 00703h;
  - cst_gl_bitmap_token:INTEGER <- 00704h;
  - cst_gl_draw_pixel_token:INTEGER <- 00705h;
  - cst_gl_copy_pixel_token:INTEGER <- 00706h;
  - cst_gl_line_reset_token:INTEGER <- 00707h;
  - cst_gl_exp:INTEGER <- 00800h;
  - cst_gl_exp2:INTEGER <- 00801h;
  - cst_gl_cw:INTEGER <- 00900h;
  - cst_gl_ccw:INTEGER <- 00901h;
  - cst_gl_coeff:INTEGER <- 00A00h;
  - cst_gl_order:INTEGER <- 00A01h;
  - cst_gl_domain:INTEGER <- 00A02h;
  - cst_gl_current_color:INTEGER <- 00B00h;
  - cst_gl_current_index:INTEGER <- 00B01h;
  - cst_gl_current_normal:INTEGER <- 00B02h;
  - cst_gl_current_texture_coords:INTEGER <- 00B03h;
  - cst_gl_current_raster_color:INTEGER <- 00B04h;
  - cst_gl_current_raster_index:INTEGER <- 00B05h;
  - cst_gl_current_raster_texture_coords:INTEGER <- 00B06h;
  - cst_gl_current_raster_position:INTEGER <- 00B07h;
  - cst_gl_current_raster_position_valid:INTEGER <- 00B08h;
  - cst_gl_current_raster_distance:INTEGER <- 00B09h;
  - cst_gl_point_smooth:INTEGER <- 00B10h;
  - cst_gl_point_size:INTEGER <- 00B11h;
  - cst_gl_point_size_range:INTEGER <- 00B12h;
  - cst_gl_point_size_granularity:INTEGER <- 00B13h;
  - cst_gl_line_smooth:INTEGER <- 00B20h;
  - cst_gl_line_width:INTEGER <- 00B21h;
  - cst_gl_line_width_range:INTEGER <- 00B22h;
  - cst_gl_line_width_granularity:INTEGER <- 00B23h;
  - cst_gl_line_stipple:INTEGER <- 00B24h;
  - cst_gl_line_stipple_pattern:INTEGER <- 00B25h;
  - cst_gl_line_stipple_repeat:INTEGER <- 00B26h;
  - cst_gl_list_mode:INTEGER <- 00B30h;
  - cst_gl_max_list_nesting:INTEGER <- 00B31h;
  - cst_gl_list_base:INTEGER <- 00B32h;
  - cst_gl_list_index:INTEGER <- 00B33h;
  - cst_gl_polygon_mode:INTEGER <- 00B40h;
  - cst_gl_polygon_smooth:INTEGER <- 00B41h;
  - cst_gl_polygon_stipple:INTEGER <- 00B42h;
  - cst_gl_edge_flag:INTEGER <- 00B43h;
  - cst_gl_cull_face:INTEGER <- 00B44h;
  - cst_gl_cull_face_mode:INTEGER <- 00B45h;
  - cst_gl_front_face:INTEGER <- 00B46h;
  - cst_gl_lighting:INTEGER <- 00B50h;
  - cst_gl_light_model_local_viewer:INTEGER <- 00B51h;
  - cst_gl_light_model_two_side:INTEGER <- 00B52h;
  - cst_gl_light_model_ambient:INTEGER <- 00B53h;
  - cst_gl_shade_model:INTEGER <- 00B54h;
  - cst_gl_color_material_face:INTEGER <- 00B55h;
  - cst_gl_color_material_parameter:INTEGER <- 00B56h;
  - cst_gl_color_material:INTEGER <- 00B57h;
  - cst_gl_fog:INTEGER <- 00B60h;
  - cst_gl_fog_index:INTEGER <- 00B61h;
  - cst_gl_fog_density:INTEGER <- 00B62h;
  - cst_gl_fog_start:INTEGER <- 00B63h;
  - cst_gl_fog_end:INTEGER <- 00B64h;
  - cst_gl_fog_mode:INTEGER <- 00B65h;
  - cst_gl_fog_color:INTEGER <- 00B66h;
  - cst_gl_depth_range:INTEGER <- 00B70h;
  - cst_gl_depth_test:INTEGER <- 00B71h;
  - cst_gl_depth_writemask:INTEGER <- 00B72h;
  - cst_gl_depth_clear_value:INTEGER <- 00B73h;
  - cst_gl_depth_func:INTEGER <- 00B74h;
  - cst_gl_accum_clear_value:INTEGER <- 00B80h;
  - cst_gl_stencil_test:INTEGER <- 00B90h;
  - cst_gl_stencil_clear_value:INTEGER <- 00B91h;
  - cst_gl_stencil_func:INTEGER <- 00B92h;
  - cst_gl_stencil_value_mask:INTEGER <- 00B93h;
  - cst_gl_stencil_fail:INTEGER <- 00B94h;
  - cst_gl_stencil_pass_depth_fail:INTEGER <- 00B95h;
  - cst_gl_stencil_pass_depth_pass:INTEGER <- 00B96h;
  - cst_gl_stencil_ref:INTEGER <- 00B97h;
  - cst_gl_stencil_writemask:INTEGER <- 00B98h;
  - cst_gl_matrix_mode:INTEGER <- 00BA0h;
  - cst_gl_normalize:INTEGER <- 00BA1h;
  - cst_gl_viewport:INTEGER <- 00BA2h;
  - cst_gl_modelview_stack_depth:INTEGER <- 00BA3h;
  - cst_gl_projection_stack_depth:INTEGER <- 00BA4h;
  - cst_gl_texture_stack_depth:INTEGER <- 00BA5h;
  - cst_gl_modelview_matrix:INTEGER <- 00BA6h;
  - cst_gl_projection_matrix:INTEGER <- 00BA7h;
  - cst_gl_texture_matrix:INTEGER <- 00BA8h;
  - cst_gl_attrib_stack_depth:INTEGER <- 00BB0h;
  - cst_gl_client_attrib_stack_depth:INTEGER <- 00BB1h;
  - cst_gl_alpha_test:INTEGER <- 00BC0h;
  - cst_gl_alpha_test_func:INTEGER <- 00BC1h;
  - cst_gl_alpha_test_ref:INTEGER <- 00BC2h;
  - cst_gl_dither:INTEGER <- 00BD0h;
  - cst_gl_blend_dst:INTEGER <- 00BE0h;
  - cst_gl_blend_src:INTEGER <- 00BE1h;
  - cst_gl_blend:INTEGER <- 00BE2h;
  - cst_gl_logic_op_mode:INTEGER <- 00BF0h;
  - cst_gl_index_logic_op:INTEGER <- 00BF1h;
  - cst_gl_color_logic_op:INTEGER <- 00BF2h;
  - cst_gl_aux_buffers:INTEGER <- 00C00h;
  - cst_gl_draw_buffer:INTEGER <- 00C01h;
  - cst_gl_read_buffer:INTEGER <- 00C02h;
  - cst_gl_scissor_box:INTEGER <- 00C10h;
  - cst_gl_scissor_test:INTEGER <- 00C11h;
  - cst_gl_index_clear_value:INTEGER <- 00C20h;
  - cst_gl_index_writemask:INTEGER <- 00C21h;
  - cst_gl_color_clear_value:INTEGER <- 00C22h;
  - cst_gl_color_writemask:INTEGER <- 00C23h;
  - cst_gl_index_mode:INTEGER <- 00C30h;
  - cst_gl_rgba_mode:INTEGER <- 00C31h;
  - cst_gl_doublebuffer:INTEGER <- 00C32h;
  - cst_gl_stereo:INTEGER <- 00C33h;
  - cst_gl_render_mode:INTEGER <- 00C40h;
  - cst_gl_perspective_correction_hint:INTEGER <- 00C50h;
  - cst_gl_point_smooth_hint:INTEGER <- 00C51h;
  - cst_gl_line_smooth_hint:INTEGER <- 00C52h;
  - cst_gl_polygon_smooth_hint:INTEGER <- 00C53h;
  - cst_gl_fog_hint:INTEGER <- 00C54h;
  - cst_gl_texture_gen_s:INTEGER <- 00C60h;
  - cst_gl_texture_gen_t:INTEGER <- 00C61h;
  - cst_gl_texture_gen_r:INTEGER <- 00C62h;
  - cst_gl_texture_gen_q:INTEGER <- 00C63h;
  - cst_gl_pixel_map_i_to_i:INTEGER <- 00C70h;
  - cst_gl_pixel_map_s_to_s:INTEGER <- 00C71h;
  - cst_gl_pixel_map_i_to_r:INTEGER <- 00C72h;
  - cst_gl_pixel_map_i_to_g:INTEGER <- 00C73h;
  - cst_gl_pixel_map_i_to_b:INTEGER <- 00C74h;
  - cst_gl_pixel_map_i_to_a:INTEGER <- 00C75h;
  - cst_gl_pixel_map_r_to_r:INTEGER <- 00C76h;
  - cst_gl_pixel_map_g_to_g:INTEGER <- 00C77h;
  - cst_gl_pixel_map_b_to_b:INTEGER <- 00C78h;
  - cst_gl_pixel_map_a_to_a:INTEGER <- 00C79h;
  - cst_gl_pixel_map_i_to_i_size:INTEGER <- 00CB0h;
  - cst_gl_pixel_map_s_to_s_size:INTEGER <- 00CB1h;
  - cst_gl_pixel_map_i_to_r_size:INTEGER <- 00CB2h;
  - cst_gl_pixel_map_i_to_g_size:INTEGER <- 00CB3h;
  - cst_gl_pixel_map_i_to_b_size:INTEGER <- 00CB4h;
  - cst_gl_pixel_map_i_to_a_size:INTEGER <- 00CB5h;
  - cst_gl_pixel_map_r_to_r_size:INTEGER <- 00CB6h;
  - cst_gl_pixel_map_g_to_g_size:INTEGER <- 00CB7h;
  - cst_gl_pixel_map_b_to_b_size:INTEGER <- 00CB8h;
  - cst_gl_pixel_map_a_to_a_size:INTEGER <- 00CB9h;
  - cst_gl_unpack_swap_bytes:INTEGER <- 00CF0h;
  - cst_gl_unpack_lsb_first:INTEGER <- 00CF1h;
  - cst_gl_unpack_row_length:INTEGER <- 00CF2h;
  - cst_gl_unpack_skip_rows:INTEGER <- 00CF3h;
  - cst_gl_unpack_skip_pixels:INTEGER <- 00CF4h;
  - cst_gl_unpack_alignment:INTEGER <- 00CF5h;
  - cst_gl_pack_swap_bytes:INTEGER <- 00D00h;
  - cst_gl_pack_lsb_first:INTEGER <- 00D01h;
  - cst_gl_pack_row_length:INTEGER <- 00D02h;
  - cst_gl_pack_skip_rows:INTEGER <- 00D03h;
  - cst_gl_pack_skip_pixels:INTEGER <- 00D04h;
  - cst_gl_pack_alignment:INTEGER <- 00D05h;
  - cst_gl_map_color:INTEGER <- 00D10h;
  - cst_gl_map_stencil:INTEGER <- 00D11h;
  - cst_gl_index_shift:INTEGER <- 00D12h;
  - cst_gl_index_offset:INTEGER <- 00D13h;
  - cst_gl_red_scale:INTEGER <- 00D14h;
  - cst_gl_red_bias:INTEGER <- 00D15h;
  - cst_gl_zoom_x:INTEGER <- 00D16h;
  - cst_gl_zoom_y:INTEGER <- 00D17h;
  - cst_gl_green_scale:INTEGER <- 00D18h;
  - cst_gl_green_bias:INTEGER <- 00D19h;
  - cst_gl_blue_scale:INTEGER <- 00D1Ah;
  - cst_gl_blue_bias:INTEGER <- 00D1Bh;
  - cst_gl_alpha_scale:INTEGER <- 00D1Ch;
  - cst_gl_alpha_bias:INTEGER <- 00D1Dh;
  - cst_gl_depth_scale:INTEGER <- 00D1Eh;
  - cst_gl_depth_bias:INTEGER <- 00D1Fh;
  - cst_gl_max_eval_order:INTEGER <- 00D30h;
  - cst_gl_max_lights:INTEGER <- 00D31h;
  - cst_gl_max_clip_planes:INTEGER <- 00D32h;
  - cst_gl_max_texture_size:INTEGER <- 00D33h;
  - cst_gl_max_pixel_map_table:INTEGER <- 00D34h;
  - cst_gl_max_attrib_stack_depth:INTEGER <- 00D35h;
  - cst_gl_max_modelview_stack_depth:INTEGER <- 00D36h;
  - cst_gl_max_name_stack_depth:INTEGER <- 00D37h;
  - cst_gl_max_projection_stack_depth:INTEGER <- 00D38h;
  - cst_gl_max_texture_stack_depth:INTEGER <- 00D39h;
  - cst_gl_max_viewport_dims:INTEGER <- 00D3Ah;
  - cst_gl_max_client_attrib_stack_depth:INTEGER <- 00D3Bh;
  - cst_gl_subpixel_bits:INTEGER <- 00D50h;
  - cst_gl_index_bits:INTEGER <- 00D51h;
  - cst_gl_red_bits:INTEGER <- 00D52h;
  - cst_gl_green_bits:INTEGER <- 00D53h;
  - cst_gl_blue_bits:INTEGER <- 00D54h;
  - cst_gl_alpha_bits:INTEGER <- 00D55h;
  - cst_gl_depth_bits:INTEGER <- 00D56h;
  - cst_gl_stencil_bits:INTEGER <- 00D57h;
  - cst_gl_accum_red_bits:INTEGER <- 00D58h;
  - cst_gl_accum_green_bits:INTEGER <- 00D59h;
  - cst_gl_accum_blue_bits:INTEGER <- 00D5Ah;
  - cst_gl_accum_alpha_bits:INTEGER <- 00D5Bh;
  - cst_gl_name_stack_depth:INTEGER <- 00D70h;
  - cst_gl_auto_normal:INTEGER <- 00D80h;
  - cst_gl_map1_color_4:INTEGER <- 00D90h;
  - cst_gl_map1_index:INTEGER <- 00D91h;
  - cst_gl_map1_normal:INTEGER <- 00D92h;
  - cst_gl_map1_texture_coord_1:INTEGER <- 00D93h;
  - cst_gl_map1_texture_coord_2:INTEGER <- 00D94h;
  - cst_gl_map1_texture_coord_3:INTEGER <- 00D95h;
  - cst_gl_map1_texture_coord_4:INTEGER <- 00D96h;
  - cst_gl_map1_vertex_3:INTEGER <- 00D97h;
  - cst_gl_map1_vertex_4:INTEGER <- 00D98h;
  - cst_gl_map2_color_4:INTEGER <- 00DB0h;
  - cst_gl_map2_index:INTEGER <- 00DB1h;
  - cst_gl_map2_normal:INTEGER <- 00DB2h;
  - cst_gl_map2_texture_coord_1:INTEGER <- 00DB3h;
  - cst_gl_map2_texture_coord_2:INTEGER <- 00DB4h;
  - cst_gl_map2_texture_coord_3:INTEGER <- 00DB5h;
  - cst_gl_map2_texture_coord_4:INTEGER <- 00DB6h;
  - cst_gl_map2_vertex_3:INTEGER <- 00DB7h;
  - cst_gl_map2_vertex_4:INTEGER <- 00DB8h;
  - cst_gl_map1_grid_domain:INTEGER <- 00DD0h;
  - cst_gl_map1_grid_segments:INTEGER <- 00DD1h;
  - cst_gl_map2_grid_domain:INTEGER <- 00DD2h;
  - cst_gl_map2_grid_segments:INTEGER <- 00DD3h;
  - cst_gl_texture_1d:INTEGER <- 00DE0h;
  - cst_gl_texture_2d:INTEGER <- 00DE1h;
  - cst_gl_feedback_buffer_pointer:INTEGER <- 00DF0h;
  - cst_gl_feedback_buffer_size:INTEGER <- 00DF1h;
  - cst_gl_feedback_buffer_type:INTEGER <- 00DF2h;
  - cst_gl_selection_buffer_pointer:INTEGER <- 00DF3h;
  - cst_gl_selection_buffer_size:INTEGER <- 00DF4h;
  - cst_gl_texture_width:INTEGER <- 01000h;
  - cst_gl_texture_height:INTEGER <- 01001h;
  - cst_gl_texture_internal_format:INTEGER <- 01003h;
  - cst_gl_texture_border_color:INTEGER <- 01004h;
  - cst_gl_texture_border:INTEGER <- 01005h;
  - cst_gl_dont_care:INTEGER <- 01100h;
  - cst_gl_fastest:INTEGER <- 01101h;
  - cst_gl_nicest:INTEGER <- 01102h;
  - cst_gl_light0:INTEGER <- 04000h;
  - cst_gl_light1:INTEGER <- 04001h;
  - cst_gl_light2:INTEGER <- 04002h;
  - cst_gl_light3:INTEGER <- 04003h;
  - cst_gl_light4:INTEGER <- 04004h;
  - cst_gl_light5:INTEGER <- 04005h;
  - cst_gl_light6:INTEGER <- 04006h;
  - cst_gl_light7:INTEGER <- 04007h;
  - cst_gl_ambient:INTEGER <- 01200h;
  - cst_gl_diffuse:INTEGER <- 01201h;
  - cst_gl_specular:INTEGER <- 01202h;
  - cst_gl_position:INTEGER <- 01203h;
  - cst_gl_spot_direction:INTEGER <- 01204h;
  - cst_gl_spot_exponent:INTEGER <- 01205h;
  - cst_gl_spot_cutoff:INTEGER <- 01206h;
  - cst_gl_constant_attenuation:INTEGER <- 01207h;
  - cst_gl_linear_attenuation:INTEGER <- 01208h;
  - cst_gl_quadratic_attenuation:INTEGER <- 01209h;
  - cst_gl_compile:INTEGER <- 01300h;
  - cst_gl_compile_and_execute:INTEGER <- 01301h;
  - cst_gl_clear:INTEGER <- 01500h;
  - cst_gl_and:INTEGER <- 01501h;
  - cst_gl_and_reverse:INTEGER <- 01502h;
  - cst_gl_copy:INTEGER <- 01503h;
  - cst_gl_and_inverted:INTEGER <- 01504h;
  - cst_gl_noop:INTEGER <- 01505h;
  - cst_gl_xor:INTEGER <- 01506h;
  - cst_gl_or:INTEGER <- 01507h;
  - cst_gl_nor:INTEGER <- 01508h;
  - cst_gl_equiv:INTEGER <- 01509h;
  - cst_gl_invert:INTEGER <- 0150Ah;
  - cst_gl_or_reverse:INTEGER <- 0150Bh;
  - cst_gl_copy_inverted:INTEGER <- 0150Ch;
  - cst_gl_or_inverted:INTEGER <- 0150Dh;
  - cst_gl_nand:INTEGER <- 0150Eh;
  - cst_gl_set:INTEGER <- 0150Fh;
  - cst_gl_emission:INTEGER <- 01600h;
  - cst_gl_shininess:INTEGER <- 01601h;
  - cst_gl_ambient_and_diffuse:INTEGER <- 01602h;
  - cst_gl_color_indexes:INTEGER <- 01603h;
  - cst_gl_modelview:INTEGER <- 01700h;
  - cst_gl_projection:INTEGER <- 01701h;
  - cst_gl_texture:INTEGER <- 01702h;
  - cst_gl_color:INTEGER <- 01800h;
  - cst_gl_depth:INTEGER <- 01801h;
  - cst_gl_stencil:INTEGER <- 01802h;
  - cst_gl_color_index:INTEGER <- 01900h;
  - cst_gl_stencil_index:INTEGER <- 01901h;
  - cst_gl_depth_component:INTEGER <- 01902h;
  - cst_gl_red:INTEGER <- 01903h;
  - cst_gl_green:INTEGER <- 01904h;
  - cst_gl_blue:INTEGER <- 01905h;
  - cst_gl_alpha:INTEGER <- 01906h;
  - cst_gl_rgb:INTEGER <- 01907h;
  - cst_gl_rgba:INTEGER <- 01908h;
  - cst_gl_luminance:INTEGER <- 01909h;
  - cst_gl_luminance_alpha:INTEGER <- 0190Ah;
  - cst_gl_bitmap:INTEGER <- 01A00h;
  - cst_gl_point:INTEGER <- 01B00h;
  - cst_gl_line:INTEGER <- 01B01h;
  - cst_gl_fill:INTEGER <- 01B02h;
  - cst_gl_render:INTEGER <- 01C00h;
  - cst_gl_feedback:INTEGER <- 01C01h;
  - cst_gl_select:INTEGER <- 01C02h;
  - cst_gl_flat:INTEGER <- 01D00h;
  - cst_gl_smooth:INTEGER <- 01D01h;
  - cst_gl_keep:INTEGER <- 01E00h;
  - cst_gl_replace:INTEGER <- 01E01h;
  - cst_gl_incr:INTEGER <- 01E02h;
  - cst_gl_decr:INTEGER <- 01E03h;
  - cst_gl_vendor:INTEGER <- 01F00h;
  - cst_gl_renderer:INTEGER <- 01F01h;
  - cst_gl_version:INTEGER <- 01F02h;
  - cst_gl_extensions:INTEGER <- 01F03h;
  - cst_gl_s:INTEGER <- 02000h;
  - cst_gl_t:INTEGER <- 02001h;
  - cst_gl_r:INTEGER <- 02002h;
  - cst_gl_q:INTEGER <- 02003h;
  - cst_gl_modulate:INTEGER <- 02100h;
  - cst_gl_decal:INTEGER <- 02101h;
  - cst_gl_texture_env_mode:INTEGER <- 02200h;
  - cst_gl_texture_env_color:INTEGER <- 02201h;
  - cst_gl_texture_env:INTEGER <- 02300h;
  - cst_gl_eye_linear:INTEGER <- 02400h;
  - cst_gl_object_linear:INTEGER <- 02401h;
  - cst_gl_sphere_map:INTEGER <- 02402h;
  - cst_gl_texture_gen_mode:INTEGER <- 02500h;
  - cst_gl_object_plane:INTEGER <- 02501h;
  - cst_gl_eye_plane:INTEGER <- 02502h;
  - cst_gl_nearest:INTEGER <- 02600h;
  - cst_gl_linear:INTEGER <- 02601h;
  - cst_gl_nearest_mipmap_nearest:INTEGER <- 02700h;
  - cst_gl_linear_mipmap_nearest:INTEGER <- 02701h;
  - cst_gl_nearest_mipmap_linear:INTEGER <- 02702h;
  - cst_gl_linear_mipmap_linear:INTEGER <- 02703h;
  - cst_gl_texture_mag_filter:INTEGER <- 02800h;
  - cst_gl_texture_min_filter:INTEGER <- 02801h;
  - cst_gl_texture_wrap_s:INTEGER <- 02802h;
  - cst_gl_texture_wrap_t:INTEGER <- 02803h;
  - cst_gl_clamp:INTEGER <- 02900h;
  - cst_gl_repeat:INTEGER <- 02901h;
  - cst_gl_client_pixel_store_bit:INTEGER <- 000000001h;
  - cst_gl_client_vertex_array_bit:INTEGER <- 000000002h;
  - cst_gl_client_all_attrib_bits:INTEGER <- 0ffffffffh;
  - cst_gl_polygon_offset_factor:INTEGER <- 08038h;
  - cst_gl_polygon_offset_units:INTEGER <- 02A00h;
  - cst_gl_polygon_offset_point:INTEGER <- 02A01h;
  - cst_gl_polygon_offset_line:INTEGER <- 02A02h;
  - cst_gl_polygon_offset_fill:INTEGER <- 08037h;
  - cst_gl_alpha4:INTEGER <- 0803Bh;
  - cst_gl_alpha8:INTEGER <- 0803Ch;
  - cst_gl_alpha12:INTEGER <- 0803Dh;
  - cst_gl_alpha16:INTEGER <- 0803Eh;
  - cst_gl_luminance4:INTEGER <- 0803Fh;
  - cst_gl_luminance8:INTEGER <- 08040h;
  - cst_gl_luminance12:INTEGER <- 08041h;
  - cst_gl_luminance16:INTEGER <- 08042h;
  - cst_gl_luminance4_alpha4:INTEGER <- 08043h;
  - cst_gl_luminance6_alpha2:INTEGER <- 08044h;
  - cst_gl_luminance8_alpha8:INTEGER <- 08045h;
  - cst_gl_luminance12_alpha4:INTEGER <- 08046h;
  - cst_gl_luminance12_alpha12:INTEGER <- 08047h;
  - cst_gl_luminance16_alpha16:INTEGER <- 08048h;
  - cst_gl_intensity:INTEGER <- 08049h;
  - cst_gl_intensity4:INTEGER <- 0804Ah;
  - cst_gl_intensity8:INTEGER <- 0804Bh;
  - cst_gl_intensity12:INTEGER <- 0804Ch;
  - cst_gl_intensity16:INTEGER <- 0804Dh;
  - cst_gl_r3_g3_b2:INTEGER <- 02A10h;
  - cst_gl_rgb4:INTEGER <- 0804Fh;
  - cst_gl_rgb5:INTEGER <- 08050h;
  - cst_gl_rgb8:INTEGER <- 08051h;
  - cst_gl_rgb10:INTEGER <- 08052h;
  - cst_gl_rgb12:INTEGER <- 08053h;
  - cst_gl_rgb16:INTEGER <- 08054h;
  - cst_gl_rgba2:INTEGER <- 08055h;
  - cst_gl_rgba4:INTEGER <- 08056h;
  - cst_gl_rgb5_a1:INTEGER <- 08057h;
  - cst_gl_rgba8:INTEGER <- 08058h;
  - cst_gl_rgb10_a2:INTEGER <- 08059h;
  - cst_gl_rgba12:INTEGER <- 0805Ah;
  - cst_gl_rgba16:INTEGER <- 0805Bh;
  - cst_gl_texture_red_size:INTEGER <- 0805Ch;
  - cst_gl_texture_green_size:INTEGER <- 0805Dh;
  - cst_gl_texture_blue_size:INTEGER <- 0805Eh;
  - cst_gl_texture_alpha_size:INTEGER <- 0805Fh;
  - cst_gl_texture_luminance_size:INTEGER <- 08060h;
  - cst_gl_texture_intensity_size:INTEGER <- 08061h;
  - cst_gl_proxy_texture_1d:INTEGER <- 08063h;
  - cst_gl_proxy_texture_2d:INTEGER <- 08064h;
  - cst_gl_texture_priority:INTEGER <- 08066h;
  - cst_gl_texture_resident:INTEGER <- 08067h;
  - cst_gl_texture_binding_1d:INTEGER <- 08068h;
  - cst_gl_texture_binding_2d:INTEGER <- 08069h;
  - cst_gl_vertex_array:INTEGER <- 08074h;
  - cst_gl_normal_array:INTEGER <- 08075h;
  - cst_gl_color_array:INTEGER <- 08076h;
  - cst_gl_index_array:INTEGER <- 08077h;
  - cst_gl_texture_coord_array:INTEGER <- 08078h;
  - cst_gl_edge_flag_array:INTEGER <- 08079h;
  - cst_gl_vertex_array_size:INTEGER <- 0807Ah;
  - cst_gl_vertex_array_type:INTEGER <- 0807Bh;
  - cst_gl_vertex_array_stride:INTEGER <- 0807Ch;
  - cst_gl_normal_array_type:INTEGER <- 0807Eh;
  - cst_gl_normal_array_stride:INTEGER <- 0807Fh;
  - cst_gl_color_array_size:INTEGER <- 08081h;
  - cst_gl_color_array_type:INTEGER <- 08082h;
  - cst_gl_color_array_stride:INTEGER <- 08083h;
  - cst_gl_index_array_type:INTEGER <- 08085h;
  - cst_gl_index_array_stride:INTEGER <- 08086h;
  - cst_gl_texture_coord_array_size:INTEGER <- 08088h;
  - cst_gl_texture_coord_array_type:INTEGER <- 08089h;
  - cst_gl_texture_coord_array_stride:INTEGER <- 0808Ah;
  - cst_gl_edge_flag_array_stride:INTEGER <- 0808Ch;
  - cst_gl_vertex_array_pointer:INTEGER <- 0808Eh;
  - cst_gl_normal_array_pointer:INTEGER <- 0808Fh;
  - cst_gl_color_array_pointer:INTEGER <- 08090h;
  - cst_gl_index_array_pointer:INTEGER <- 08091h;
  - cst_gl_texture_coord_array_pointer:INTEGER <- 08092h;
  - cst_gl_edge_flag_array_pointer:INTEGER <- 08093h;
  - cst_gl_v2f:INTEGER <- 02A20h;
  - cst_gl_v3f:INTEGER <- 02A21h;
  - cst_gl_c4ub_v2f:INTEGER <- 02A22h;
  - cst_gl_c4ub_v3f:INTEGER <- 02A23h;
  - cst_gl_c3f_v3f:INTEGER <- 02A24h;
  - cst_gl_n3f_v3f:INTEGER <- 02A25h;
  - cst_gl_c4f_n3f_v3f:INTEGER <- 02A26h;
  - cst_gl_t2f_v3f:INTEGER <- 02A27h;
  - cst_gl_t4f_v4f:INTEGER <- 02A28h;
  - cst_gl_t2f_c4ub_v3f:INTEGER <- 02A29h;
  - cst_gl_t2f_c3f_v3f:INTEGER <- 02A2Ah;
  - cst_gl_t2f_n3f_v3f:INTEGER <- 02A2Bh;
  - cst_gl_t2f_c4f_n3f_v3f:INTEGER <- 02A2Ch;
  - cst_gl_t4f_c4f_n3f_v4f:INTEGER <- 02A2Dh;
  - cst_gl_ext_vertex_array:INTEGER <- 1;
  - cst_gl_win_swap_hint:INTEGER <- 1;
  - cst_gl_ext_bgra:INTEGER <- 1;
  - cst_gl_ext_paletted_texture:INTEGER <- 1;
  - cst_gl_vertex_array_ext:INTEGER <- 08074h;
  - cst_gl_normal_array_ext:INTEGER <- 08075h;
  - cst_gl_color_array_ext:INTEGER <- 08076h;
  - cst_gl_index_array_ext:INTEGER <- 08077h;
  - cst_gl_texture_coord_array_ext:INTEGER <- 08078h;
  - cst_gl_edge_flag_array_ext:INTEGER <- 08079h;
  - cst_gl_vertex_array_size_ext:INTEGER <- 0807Ah;
  - cst_gl_vertex_array_type_ext:INTEGER <- 0807Bh;
  - cst_gl_vertex_array_stride_ext:INTEGER <- 0807Ch;
  - cst_gl_vertex_array_count_ext:INTEGER <- 0807Dh;
  - cst_gl_normal_array_type_ext:INTEGER <- 0807Eh;
  - cst_gl_normal_array_stride_ext:INTEGER <- 0807Fh;
  - cst_gl_normal_array_count_ext:INTEGER <- 08080h;
  - cst_gl_color_array_size_ext:INTEGER <- 08081h;
  - cst_gl_color_array_type_ext:INTEGER <- 08082h;
  - cst_gl_color_array_stride_ext:INTEGER <- 08083h;
  - cst_gl_color_array_count_ext:INTEGER <- 08084h;
  - cst_gl_index_array_type_ext:INTEGER <- 08085h;
  - cst_gl_index_array_stride_ext:INTEGER <- 08086h;
  - cst_gl_index_array_count_ext:INTEGER <- 08087h;
  - cst_gl_texture_coord_array_size_ext:INTEGER <- 08088h;
  - cst_gl_texture_coord_array_type_ext:INTEGER <- 08089h;
  - cst_gl_texture_coord_array_stride_ext:INTEGER <- 0808Ah;
  - cst_gl_texture_coord_array_count_ext:INTEGER <- 0808Bh;
  - cst_gl_edge_flag_array_stride_ext:INTEGER <- 0808Ch;
  - cst_gl_edge_flag_array_count_ext:INTEGER <- 0808Dh;
  - cst_gl_vertex_array_pointer_ext:INTEGER <- 0808Eh;
  - cst_gl_normal_array_pointer_ext:INTEGER <- 0808Fh;
  - cst_gl_color_array_pointer_ext:INTEGER <- 08090h;
  - cst_gl_index_array_pointer_ext:INTEGER <- 08091h;
  - cst_gl_texture_coord_array_pointer_ext:INTEGER <- 08092h;
  - cst_gl_edge_flag_array_pointer_ext:INTEGER <- 08093h;
  - cst_gl_bgr_ext:INTEGER <- 080E0h;
  - cst_gl_bgra_ext:INTEGER <- 080E1h;
  - cst_gl_color_table_format_ext:INTEGER <- 080D8h;
  - cst_gl_color_table_width_ext:INTEGER <- 080D9h;
  - cst_gl_color_table_red_size_ext:INTEGER <- 080DAh;
  - cst_gl_color_table_green_size_ext:INTEGER <- 080DBh;
  - cst_gl_color_table_blue_size_ext:INTEGER <- 080DCh;
  - cst_gl_color_table_alpha_size_ext:INTEGER <- 080DDh;
  - cst_gl_color_table_luminance_size_ext:INTEGER <- 080DEh;
  - cst_gl_color_table_intensity_size_ext:INTEGER <- 080DFh;
  - cst_gl_color_index1_ext:INTEGER <- 080E2h;
  - cst_gl_color_index2_ext:INTEGER <- 080E3h;
  - cst_gl_color_index4_ext:INTEGER <- 080E4h;
  - cst_gl_color_index8_ext:INTEGER <- 080E5h;
  - cst_gl_color_index12_ext:INTEGER <- 080E6h;
  - cst_gl_color_index16_ext:INTEGER <- 080E7h;
//
// OpenGL functions.
//

  - gl_accum (op:UINTEGER_32, value:REAL_32) <- `glAccum(@op,@value)`;
  - gl_alpha_func (func:UINTEGER_32, ref:REAL_32) <- `glAlphaFunc(@func,@ref)`;
  - gl_are_textures_resident (n:INTEGER, textures:POINTER, residences:POINTER) :UINTEGER_8 <- `glAreTexturesResident(@n,@textures,@residences)`:UINTEGER_8;
  - gl_array_element (i:INTEGER) <- `glArrayElement(@i)`;
  - gl_begin (mode:UINTEGER_32) <- `glBegin(@mode)`;
  - gl_bind_texture (target:UINTEGER_32, texture:UINTEGER_32) <- `glBindTexture(@target,@texture)`;
  - gl_bitmap (width:INTEGER, height:INTEGER, xorig:REAL_32, yorig:REAL_32, xmove:REAL_32, ymove:REAL_32, bitmap:POINTER)
 <- `glBitmap(@width,@height,@xorig,@yorig,@xmove,@ymove,@bitmap)`;
  - gl_blend_func (sfactor:UINTEGER_32, dfactor:UINTEGER_32) <- `glBlendFunc(@sfactor,@dfactor)`;
  - gl_call_list (list:UINTEGER_32) <- `glCallList(@list)`;
  - gl_call_lists (n:INTEGER, type:UINTEGER_32, lists:POINTER) <- `glCallLists(@n,@type,@lists)`;
  - gl_clear (mask:UINTEGER_32) <- `glClear(@mask)`;
  - gl_clear_accum (red:REAL_32, green:REAL_32, blue:REAL_32, alpha:REAL_32) <- `glClearAccum(@red,@green,@blue,@alpha)`;
  - gl_clear_color (red:REAL_32, green:REAL_32, blue:REAL_32, alpha:REAL_32) <- `glClearColor(@red,@green,@blue,@alpha)`;
  - gl_clear_depth (depth:REAL_32) <- `glClearDepth(@depth)`;
  - gl_clear_index (c:REAL_32) <- `glClearIndex(@c)`;
  - gl_clear_stencil (s:INTEGER) <- `glClearStencil(@s)`;
  - gl_clip_plane (plane:UINTEGER_32, equation:POINTER) <- `glClipPlane(@plane,@equation)`;
  - gl_color3b (red:INTEGER_8, green:INTEGER_8, blue:INTEGER_8) <- `glColor3b(@red,@green,@blue)`;
  - gl_color3bv (v:POINTER) <- `glColor3bv(@v)`;
  - gl_color3d (red:REAL_32, green:REAL_32, blue:REAL_32) <- `glColor3d(@red,@green,@blue)`;
  - gl_color3dv (v:POINTER) <- `glColor3dv(@v)`;
  - gl_color3f (red:REAL_32, green:REAL_32, blue:REAL_32) <- `glColor3f(@red,@green,@blue)`;
  - gl_color3fv (v:POINTER) <- `glColor3fv(@v)`;
  - gl_color3i (red:INTEGER, green:INTEGER, blue:INTEGER) <- `glColor3i(@red,@green,@blue)`;
  - gl_color3iv (v:POINTER) <- `glColor3iv(@v)`;
  - gl_color3s (red:INTEGER_16, green:INTEGER_16, blue:INTEGER_16) <- `glColor3s(@red,@green,@blue)`;
  - gl_color3sv (v:POINTER) <- `glColor3sv(@v)`;
  - gl_color3ub (red:UINTEGER_8, green:UINTEGER_8, blue:UINTEGER_8) <- `glColor3ub(@red,@green,@blue)`;
  - gl_color3ubv (v:POINTER) <- `glColor3ubv(@v)`;
  - gl_color3ui (red:UINTEGER_32, green:UINTEGER_32, blue:UINTEGER_32) <- `glColor3ui(@red,@green,@blue)`;
  - gl_color3uiv (v:POINTER) <- `glColor3uiv(@v)`;
  - gl_color3us (red:UINTEGER_16, green:UINTEGER_16, blue:UINTEGER_16) <- `glColor3us(@red,@green,@blue)`;
  - gl_color3usv (v:POINTER) <- `glColor3usv(@v)`;
  - gl_color4b (red:INTEGER_8, green:INTEGER_8, blue:INTEGER_8, alpha:INTEGER_8) <- `glColor4b(@red,@green,@blue,@alpha)`;
  - gl_color4bv (v:POINTER) <- `glColor4bv(@v)`;
  - gl_color4d (red:REAL_32, green:REAL_32, blue:REAL_32, alpha:REAL_32) <- `glColor4d(@red,@green,@blue,@alpha)`;
  - gl_color4dv (v:POINTER) <- `glColor4dv(@v)`;
  - gl_color4f (red:REAL_32, green:REAL_32, blue:REAL_32, alpha:REAL_32) <- `glColor4f(@red,@green,@blue,@alpha)`;
  - gl_color4fv (v:POINTER) <- `glColor4fv(@v)`;
  - gl_color4i (red:INTEGER, green:INTEGER, blue:INTEGER, alpha:INTEGER) <- `glColor4i(@red,@green,@blue,@alpha)`;
  - gl_color4iv (v:POINTER) <- `glColor4iv(@v)`;
  - gl_color4s (red:INTEGER_16, green:INTEGER_16, blue:INTEGER_16, alpha:INTEGER_16) <- `glColor4s(@red,@green,@blue,@alpha)`;
  - gl_color4sv (v:POINTER) <- `glColor4sv(@v)`;
  - gl_color4ub (red:UINTEGER_8, green:UINTEGER_8, blue:UINTEGER_8, alpha:UINTEGER_8) <- `glColor4ub(@red,@green,@blue,@alpha)`;
  - gl_color4ubv (v:POINTER) <- `glColor4ubv(@v)`;
  - gl_color4ui (red:UINTEGER_32, green:UINTEGER_32, blue:UINTEGER_32, alpha:UINTEGER_32) <- `glColor4ui(@red,@green,@blue,@alpha)`;
  - gl_color4uiv (v:POINTER) <- `glColor4uiv(@v)`;
  - gl_color4us (red:UINTEGER_16, green:UINTEGER_16, blue:UINTEGER_16, alpha:UINTEGER_16) <- `glColor4us(@red,@green,@blue,@alpha)`;
  - gl_color4usv (v:POINTER) <- `glColor4usv(@v)`;
  - gl_color_mask (red:UINTEGER_8, green:UINTEGER_8, blue:UINTEGER_8, alpha:UINTEGER_8) <- `glColorMask(@red,@green,@blue,@alpha)`;
  - gl_color_material (face:UINTEGER_32, mode:UINTEGER_32) <- `glColorMaterial(@face,@mode)`;
  - gl_color_pointer (size:INTEGER, type:UINTEGER_32, stride:INTEGER, pointer:POINTER) <- `glColorPointer(@size,@type,@stride,@pointer)`;
  - gl_copy_pixels (x:INTEGER, y:INTEGER, width:INTEGER, height:INTEGER, type:UINTEGER_32) <- `glCopyPixels(@x,@y,@width,@height,@type)`;
  - gl_copy_tex_image1_d (target:UINTEGER_32, level:INTEGER, internal_format:UINTEGER_32, x:INTEGER, y:INTEGER, width:INTEGER, border:INTEGER)
 <- `glCopyTexImage1D(@target,@level,@internal_format,@x,@y,@width,@border)`;
  - gl_copy_tex_image2_d (target:UINTEGER_32, level:INTEGER, internal_format:UINTEGER_32, x:INTEGER, y:INTEGER, width:INTEGER, height:INTEGER, border:INTEGER)
 <- `glCopyTexImage2D(@target,@level,@internal_format,@x,@y,@width,@height,@border)`;
  - gl_copy_tex_sub_image1_d (target:UINTEGER_32, level:INTEGER, xoffset:INTEGER, x:INTEGER, y:INTEGER, width:INTEGER) <- `glCopyTexSubImage1D(@target,@level,@xoffset,@x,@y,@width)`;
  - gl_copy_tex_sub_image2_d (target:UINTEGER_32, level:INTEGER, xoffset:INTEGER, yoffset:INTEGER, x:INTEGER, y:INTEGER, width:INTEGER, height:INTEGER)
 <- `glCopyTexSubImage2D(@target,@level,@xoffset,@yoffset,@x,@y,@width,@height)`;
  - gl_cull_face (mode:UINTEGER_32) <- `glCullFace(@mode)`;
  - gl_delete_lists (list:UINTEGER_32, range:INTEGER) <- `glDeleteLists(@list,@range)`;
  - gl_delete_textures (n:INTEGER, textures:POINTER) <- `glDeleteTextures(@n,@textures)`;
  - gl_depth_func (func:UINTEGER_32) <- `glDepthFunc(@func)`;
  - gl_depth_mask (flag:UINTEGER_8) <- `glDepthMask(@flag)`;
  - gl_depth_range (z_near:REAL_32, z_far:REAL_32) <- `glDepthRange(@z_near,@z_far)`;
  - gl_disable (cap:UINTEGER_32) <- `glDisable(@cap)`;
  - gl_disable_client_state (array:UINTEGER_32) <- `glDisableClientState(@array)`;
  - gl_draw_arrays (mode:UINTEGER_32, first:INTEGER, count:INTEGER) <- `glDrawArrays(@mode,@first,@count)`;
  - gl_draw_buffer (mode:UINTEGER_32) <- `glDrawBuffer(@mode)`;
  - gl_draw_elements (mode:UINTEGER_32, count:INTEGER, type:UINTEGER_32, indices:POINTER) <- `glDrawElements(@mode,@count,@type,@indices)`;
  - gl_draw_pixels (width:INTEGER, height:INTEGER, format:UINTEGER_32, type:UINTEGER_32, pixels:POINTER) <- `glDrawPixels(@width,@height,@format,@type,@pixels)`;
  - gl_edge_flag (flag:UINTEGER_8) <- `glEdgeFlag(@flag)`;
  - gl_edge_flag_pointer (stride:INTEGER, pointer:POINTER) <- `glEdgeFlagPointer(@stride,@pointer)`;
  - gl_edge_flagv (flag:POINTER) <- `glEdgeFlagv(@flag)`;
  - gl_enable (cap:UINTEGER_32) <- `glEnable(@cap)`;
  - gl_enable_client_state (array:UINTEGER_32) <- `glEnableClientState(@array)`;
  - gl_end <- `glEnd()`;
  - gl_end_list <- `glEndList()`;
  - gl_eval_coord1d (u:REAL_32) <- `glEvalCoord1d(@u)`;
  - gl_eval_coord1dv (u:POINTER) <- `glEvalCoord1dv(@u)`;
  - gl_eval_coord1f (u:REAL_32) <- `glEvalCoord1f(@u)`;
  - gl_eval_coord1fv (u:POINTER) <- `glEvalCoord1fv(@u)`;
  - gl_eval_coord2d (u:REAL_32, v:REAL_32) <- `glEvalCoord2d(@u,@v)`;
  - gl_eval_coord2dv (u:POINTER) <- `glEvalCoord2dv(@u)`;
  - gl_eval_coord2f (u:REAL_32, v:REAL_32) <- `glEvalCoord2f(@u,@v)`;
  - gl_eval_coord2fv (u:POINTER) <- `glEvalCoord2fv(@u)`;
  - gl_eval_mesh1 (mode:UINTEGER_32, i1:INTEGER, i2:INTEGER) <- `glEvalMesh1(@mode,@i1,@i2)`;
  - gl_eval_mesh2 (mode:UINTEGER_32, i1:INTEGER, i2:INTEGER, j1:INTEGER, j2:INTEGER) <- `glEvalMesh2(@mode,@i1,@i2,@j1,@j2)`;
  - gl_eval_point1 (i:INTEGER) <- `glEvalPoint1(@i)`;
  - gl_eval_point2 (i:INTEGER, j:INTEGER) <- `glEvalPoint2(@i,@j)`;
  - gl_feedback_buffer (size:INTEGER, type:UINTEGER_32, buffer:POINTER) <- `glFeedbackBuffer(@size,@type,@buffer)`;
  - gl_finish <- `glFinish()`;
  - gl_flush <- `glFlush()`;
  - gl_fogf (pname:UINTEGER_32, param:REAL_32) <- `glFogf(@pname,@param)`;
  - gl_fogfv (pname:UINTEGER_32, params:POINTER) <- `glFogfv(@pname,@params)`;
  - gl_fogi (pname:UINTEGER_32, param:INTEGER) <- `glFogi(@pname,@param)`;
  - gl_fogiv (pname:UINTEGER_32, params:POINTER) <- `glFogiv(@pname,@params)`;
  - gl_front_face (mode:UINTEGER_32) <- `glFrontFace(@mode)`;
  - gl_frustum (left:REAL_32, right:REAL_32, bottom:REAL_32, top:REAL_32, z_near:REAL_32, z_far:REAL_32) <- `glFrustum(@left,@right,@bottom,@top,@z_near,@z_far)`;
  - gl_gen_lists (range:INTEGER) :UINTEGER_32 <- `glGenLists(@range)`:UINTEGER_32;
  - gl_gen_textures (n:INTEGER, textures:POINTER) <- `glGenTextures(@n,@textures)`;
  - gl_get_booleanv (pname:UINTEGER_32, params:POINTER) <- `glGetBooleanv(@pname,@params)`;
  - gl_get_clip_plane (plane:UINTEGER_32, equation:POINTER) <- `glGetClipPlane(@plane,@equation)`;
  - gl_get_doublev (pname:UINTEGER_32, params:POINTER) <- `glGetDoublev(@pname,@params)`;
  - gl_get_error :UINTEGER_32 <- `glGetError()`:UINTEGER_32;
  - gl_get_floatv (pname:UINTEGER_32, params:POINTER) <- `glGetFloatv(@pname,@params)`;
  - gl_get_integerv (pname:UINTEGER_32, params:POINTER) <- `glGetIntegerv(@pname,@params)`;
  - gl_get_lightfv (light:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetLightfv(@light,@pname,@params)`;
  - gl_get_lightiv (light:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetLightiv(@light,@pname,@params)`;
  - gl_get_mapdv (target:UINTEGER_32, query:UINTEGER_32, v:POINTER) <- `glGetMapdv(@target,@query,@v)`;
  - gl_get_mapfv (target:UINTEGER_32, query:UINTEGER_32, v:POINTER) <- `glGetMapfv(@target,@query,@v)`;
  - gl_get_mapiv (target:UINTEGER_32, query:UINTEGER_32, v:POINTER) <- `glGetMapiv(@target,@query,@v)`;
  - gl_get_materialfv (face:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetMaterialfv(@face,@pname,@params)`;
  - gl_get_materialiv (face:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetMaterialiv(@face,@pname,@params)`;
  - gl_get_pixel_mapfv (map:UINTEGER_32, values:POINTER) <- `glGetPixelMapfv(@map,@values)`;
  - gl_get_pixel_mapuiv (map:UINTEGER_32, values:POINTER) <- `glGetPixelMapuiv(@map,@values)`;
  - gl_get_pixel_mapusv (map:UINTEGER_32, values:POINTER) <- `glGetPixelMapusv(@map,@values)`;
  - gl_get_pointerv (pname:UINTEGER_32, params:POINTER) <- `glGetPointerv(@pname,@params)`;
  - gl_get_polygon_stipple (mask:POINTER) <- `glGetPolygonStipple(@mask)`;
  - gl_get_string (name:UINTEGER_32) :POINTER <- `glGetString(@name)`:POINTER;
  - gl_get_tex_envfv (target:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetTexEnvfv(@target,@pname,@params)`;
  - gl_get_tex_enviv (target:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetTexEnviv(@target,@pname,@params)`;
  - gl_get_tex_gendv (coord:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetTexGendv(@coord,@pname,@params)`;
  - gl_get_tex_genfv (coord:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetTexGenfv(@coord,@pname,@params)`;
  - gl_get_tex_geniv (coord:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetTexGeniv(@coord,@pname,@params)`;
  - gl_get_tex_image (target:UINTEGER_32, level:INTEGER, format:UINTEGER_32, type:UINTEGER_32, pixels:POINTER) <- `glGetTexImage(@target,@level,@format,@type,@pixels)`;
  - gl_get_tex_level_parameterfv (target:UINTEGER_32, level:INTEGER, pname:UINTEGER_32, params:POINTER) <- `glGetTexLevelParameterfv(@target,@level,@pname,@params)`;
  - gl_get_tex_level_parameteriv (target:UINTEGER_32, level:INTEGER, pname:UINTEGER_32, params:POINTER) <- `glGetTexLevelParameteriv(@target,@level,@pname,@params)`;
  - gl_get_tex_parameterfv (target:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetTexParameterfv(@target,@pname,@params)`;
  - gl_get_tex_parameteriv (target:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glGetTexParameteriv(@target,@pname,@params)`;
  - gl_hint (target:UINTEGER_32, mode:UINTEGER_32) <- `glHint(@target,@mode)`;
  - gl_index_mask (mask:UINTEGER_32) <- `glIndexMask(@mask)`;
  - gl_index_pointer (type:UINTEGER_32, stride:INTEGER, pointer:POINTER) <- `glIndexPointer(@type,@stride,@pointer)`;
  - gl_indexd (c:REAL_32) <- `glIndexd(@c)`;
  - gl_indexdv (c:POINTER) <- `glIndexdv(@c)`;
  - gl_indexf (c:REAL_32) <- `glIndexf(@c)`;
  - gl_indexfv (c:POINTER) <- `glIndexfv(@c)`;
  - gl_indexi (c:INTEGER) <- `glIndexi(@c)`;
  - gl_indexiv (c:POINTER) <- `glIndexiv(@c)`;
  - gl_indexs (c:INTEGER_16) <- `glIndexs(@c)`;
  - gl_indexsv (c:POINTER) <- `glIndexsv(@c)`;
  - gl_indexub (c:UINTEGER_8) <- `glIndexub(@c)`;
  - gl_indexubv (c:POINTER) <- `glIndexubv(@c)`;
  - gl_init_names <- `glInitNames()`;
  - gl_interleaved_arrays (format:UINTEGER_32, stride:INTEGER, pointer:POINTER) <- `glInterleavedArrays(@format,@stride,@pointer)`;
  - gl_is_enabled (cap:UINTEGER_32) :UINTEGER_8 <- `glIsEnabled(@cap)`:UINTEGER_8;
  - gl_is_list (list:UINTEGER_32) :UINTEGER_8 <- `glIsList(@list)`:UINTEGER_8;
  - gl_is_texture (texture:UINTEGER_32) :UINTEGER_8 <- `glIsTexture(@texture)`:UINTEGER_8;
  - gl_light_modelf (pname:UINTEGER_32, param:REAL_32) <- `glLightModelf(@pname,@param)`;
  - gl_light_modelfv (pname:UINTEGER_32, params:POINTER) <- `glLightModelfv(@pname,@params)`;
  - gl_light_modeli (pname:UINTEGER_32, param:INTEGER) <- `glLightModeli(@pname,@param)`;
  - gl_light_modeliv (pname:UINTEGER_32, params:POINTER) <- `glLightModeliv(@pname,@params)`;
  - gl_lightf (light:UINTEGER_32, pname:UINTEGER_32, param:REAL_32) <- `glLightf(@light,@pname,@param)`;
  - gl_lightfv (light:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glLightfv(@light,@pname,@params)`;
  - gl_lighti (light:UINTEGER_32, pname:UINTEGER_32, param:INTEGER) <- `glLighti(@light,@pname,@param)`;
  - gl_lightiv (light:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glLightiv(@light,@pname,@params)`;
  - gl_line_stipple (factor:INTEGER, pattern:UINTEGER_16) <- `glLineStipple(@factor,@pattern)`;
  - gl_line_width (width:REAL_32) <- `glLineWidth(@width)`;
  - gl_list_base (base:UINTEGER_32) <- `glListBase(@base)`;
  - gl_load_identity <- `glLoadIdentity()`;
  - gl_load_matrixd (m:POINTER) <- `glLoadMatrixd(@m)`;
  - gl_load_matrixf (m:POINTER) <- `glLoadMatrixf(@m)`;
  - gl_load_name (name:UINTEGER_32) <- `glLoadName(@name)`;
  - gl_logic_op (opcode:UINTEGER_32) <- `glLogicOp(@opcode)`;
  - gl_map1d (target:UINTEGER_32, u1:REAL_32, u2:REAL_32, stride:INTEGER, order:INTEGER, points:POINTER) <- `glMap1d(@target,@u1,@u2,@stride,@order,@points)`;
  - gl_map1f (target:UINTEGER_32, u1:REAL_32, u2:REAL_32, stride:INTEGER, order:INTEGER, points:POINTER) <- `glMap1f(@target,@u1,@u2,@stride,@order,@points)`;
  - gl_map2d (target:UINTEGER_32, u1:REAL_32, u2:REAL_32, ustride:INTEGER, uorder:INTEGER, v1:REAL_32, v2:REAL_32, vstride:INTEGER, vorder:INTEGER, points:POINTER)
 <- `glMap2d(@target,@u1,@u2,@ustride,@uorder,@v1,@v2,@vstride,@vorder,@points)`;
  - gl_map2f (target:UINTEGER_32, u1:REAL_32, u2:REAL_32, ustride:INTEGER, uorder:INTEGER, v1:REAL_32, v2:REAL_32, vstride:INTEGER, vorder:INTEGER, points:POINTER)
 <- `glMap2f(@target,@u1,@u2,@ustride,@uorder,@v1,@v2,@vstride,@vorder,@points)`;
  - gl_map_grid1d (un:INTEGER, u1:REAL_32, u2:REAL_32) <- `glMapGrid1d(@un,@u1,@u2)`;
  - gl_map_grid1f (un:INTEGER, u1:REAL_32, u2:REAL_32) <- `glMapGrid1f(@un,@u1,@u2)`;
  - gl_map_grid2d (un:INTEGER, u1:REAL_32, u2:REAL_32, vn:INTEGER, v1:REAL_32, v2:REAL_32) <- `glMapGrid2d(@un,@u1,@u2,@vn,@v1,@v2)`;
  - gl_map_grid2f (un:INTEGER, u1:REAL_32, u2:REAL_32, vn:INTEGER, v1:REAL_32, v2:REAL_32) <- `glMapGrid2f(@un,@u1,@u2,@vn,@v1,@v2)`;
  - gl_materialf (face:UINTEGER_32, pname:UINTEGER_32, param:REAL_32) <- `glMaterialf(@face,@pname,@param)`;
  - gl_materialfv (face:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glMaterialfv(@face,@pname,@params)`;
  - gl_materiali (face:UINTEGER_32, pname:UINTEGER_32, param:INTEGER) <- `glMateriali(@face,@pname,@param)`;
  - gl_materialiv (face:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glMaterialiv(@face,@pname,@params)`;
  - gl_matrix_mode (mode:UINTEGER_32) <- `glMatrixMode(@mode)`;
  - gl_mult_matrixd (m:POINTER) <- `glMultMatrixd(@m)`;
  - gl_mult_matrixf (m:POINTER) <- `glMultMatrixf(@m)`;
  - gl_new_list (list:UINTEGER_32, mode:UINTEGER_32) <- `glNewList(@list,@mode)`;
  - gl_normal3b (nx:INTEGER_8, ny:INTEGER_8, nz:INTEGER_8) <- `glNormal3b(@nx,@ny,@nz)`;
  - gl_normal3bv (v:POINTER) <- `glNormal3bv(@v)`;
  - gl_normal3d (nx:REAL_32, ny:REAL_32, nz:REAL_32) <- `glNormal3d(@nx,@ny,@nz)`;
  - gl_normal3dv (v:POINTER) <- `glNormal3dv(@v)`;
  - gl_normal3f (nx:REAL_32, ny:REAL_32, nz:REAL_32) <- `glNormal3f(@nx,@ny,@nz)`;
  - gl_normal3fv (v:POINTER) <- `glNormal3fv(@v)`;
  - gl_normal3i (nx:INTEGER, ny:INTEGER, nz:INTEGER) <- `glNormal3i(@nx,@ny,@nz)`;
  - gl_normal3iv (v:POINTER) <- `glNormal3iv(@v)`;
  - gl_normal3s (nx:INTEGER_16, ny:INTEGER_16, nz:INTEGER_16) <- `glNormal3s(@nx,@ny,@nz)`;
  - gl_normal3sv (v:POINTER) <- `glNormal3sv(@v)`;
  - gl_normal_pointer (type:UINTEGER_32, stride:INTEGER, pointer:POINTER) <- `glNormalPointer(@type,@stride,@pointer)`;
  - gl_ortho (left:REAL_32, right:REAL_32, bottom:REAL_32, top:REAL_32, z_near:REAL_32, z_far:REAL_32) <- `glOrtho(@left,@right,@bottom,@top,@z_near,@z_far)`;
  - gl_pass_through (token:REAL_32) <- `glPassThrough(@token)`;
  - gl_pixel_mapfv (map:UINTEGER_32, mapsize:INTEGER, values:POINTER) <- `glPixelMapfv(@map,@mapsize,@values)`;
  - gl_pixel_mapuiv (map:UINTEGER_32, mapsize:INTEGER, values:POINTER) <- `glPixelMapuiv(@map,@mapsize,@values)`;
  - gl_pixel_mapusv (map:UINTEGER_32, mapsize:INTEGER, values:POINTER) <- `glPixelMapusv(@map,@mapsize,@values)`;
  - gl_pixel_storef (pname:UINTEGER_32, param:REAL_32) <- `glPixelStoref(@pname,@param)`;
  - gl_pixel_storei (pname:UINTEGER_32, param:INTEGER) <- `glPixelStorei(@pname,@param)`;
  - gl_pixel_transferf (pname:UINTEGER_32, param:REAL_32) <- `glPixelTransferf(@pname,@param)`;
  - gl_pixel_transferi (pname:UINTEGER_32, param:INTEGER) <- `glPixelTransferi(@pname,@param)`;
  - gl_pixel_zoom (xfactor:REAL_32, yfactor:REAL_32) <- `glPixelZoom(@xfactor,@yfactor)`;
  - gl_point_size (size:REAL_32) <- `glPointSize(@size)`;
  - gl_polygon_mode (face:UINTEGER_32, mode:UINTEGER_32) <- `glPolygonMode(@face,@mode)`;
  - gl_polygon_offset (factor:REAL_32, units:REAL_32) <- `glPolygonOffset(@factor,@units)`;
  - gl_polygon_stipple (mask:POINTER) <- `glPolygonStipple(@mask)`;
  - gl_pop_attrib <- `glPopAttrib()`;
  - gl_pop_client_attrib <- `glPopClientAttrib()`;
  - gl_pop_matrix <- `glPopMatrix()`;
  - gl_pop_name <- `glPopName()`;
  - gl_prioritize_textures (n:INTEGER, textures:POINTER, priorities:POINTER) <- `glPrioritizeTextures(@n,@textures,@priorities)`;
  - gl_push_attrib (mask:UINTEGER_32) <- `glPushAttrib(@mask)`;
  - gl_push_client_attrib (mask:UINTEGER_32) <- `glPushClientAttrib(@mask)`;
  - gl_push_matrix <- `glPushMatrix()`;
  - gl_push_name (name:UINTEGER_32) <- `glPushName(@name)`;
  - gl_raster_pos2d (x:REAL_32, y:REAL_32) <- `glRasterPos2d(@x,@y)`;
  - gl_raster_pos2dv (v:POINTER) <- `glRasterPos2dv(@v)`;
  - gl_raster_pos2f (x:REAL_32, y:REAL_32) <- `glRasterPos2f(@x,@y)`;
  - gl_raster_pos2fv (v:POINTER) <- `glRasterPos2fv(@v)`;
  - gl_raster_pos2i (x:INTEGER, y:INTEGER) <- `glRasterPos2i(@x,@y)`;
  - gl_raster_pos2iv (v:POINTER) <- `glRasterPos2iv(@v)`;
  - gl_raster_pos2s (x:INTEGER_16, y:INTEGER_16) <- `glRasterPos2s(@x,@y)`;
  - gl_raster_pos2sv (v:POINTER) <- `glRasterPos2sv(@v)`;
  - gl_raster_pos3d (x:REAL_32, y:REAL_32, z:REAL_32) <- `glRasterPos3d(@x,@y,@z)`;
  - gl_raster_pos3dv (v:POINTER) <- `glRasterPos3dv(@v)`;
  - gl_raster_pos3f (x:REAL_32, y:REAL_32, z:REAL_32) <- `glRasterPos3f(@x,@y,@z)`;
  - gl_raster_pos3fv (v:POINTER) <- `glRasterPos3fv(@v)`;
  - gl_raster_pos3i (x:INTEGER, y:INTEGER, z:INTEGER) <- `glRasterPos3i(@x,@y,@z)`;
  - gl_raster_pos3iv (v:POINTER) <- `glRasterPos3iv(@v)`;
  - gl_raster_pos3s (x:INTEGER_16, y:INTEGER_16, z:INTEGER_16) <- `glRasterPos3s(@x,@y,@z)`;
  - gl_raster_pos3sv (v:POINTER) <- `glRasterPos3sv(@v)`;
  - gl_raster_pos4d (x:REAL_32, y:REAL_32, z:REAL_32, w:REAL_32) <- `glRasterPos4d(@x,@y,@z,@w)`;
  - gl_raster_pos4dv (v:POINTER) <- `glRasterPos4dv(@v)`;
  - gl_raster_pos4f (x:REAL_32, y:REAL_32, z:REAL_32, w:REAL_32) <- `glRasterPos4f(@x,@y,@z,@w)`;
  - gl_raster_pos4fv (v:POINTER) <- `glRasterPos4fv(@v)`;
  - gl_raster_pos4i (x:INTEGER, y:INTEGER, z:INTEGER, w:INTEGER) <- `glRasterPos4i(@x,@y,@z,@w)`;
  - gl_raster_pos4iv (v:POINTER) <- `glRasterPos4iv(@v)`;
  - gl_raster_pos4s (x:INTEGER_16, y:INTEGER_16, z:INTEGER_16, w:INTEGER_16) <- `glRasterPos4s(@x,@y,@z,@w)`;
  - gl_raster_pos4sv (v:POINTER) <- `glRasterPos4sv(@v)`;
  - gl_read_buffer (mode:UINTEGER_32) <- `glReadBuffer(@mode)`;
  - gl_read_pixels (x:INTEGER, y:INTEGER, width:INTEGER, height:INTEGER, format:UINTEGER_32, type:UINTEGER_32, pixels:POINTER)
 <- `glReadPixels(@x,@y,@width,@height,@format,@type,@pixels)`;
  - gl_rectd (x1:REAL_32, y1:REAL_32, x2:REAL_32, y2:REAL_32) <- `glRectd(@x1,@y1,@x2,@y2)`;
  - gl_rectdv (v1:POINTER, v2:POINTER) <- `glRectdv(@v1,@v2)`;
  - gl_rectf (x1:REAL_32, y1:REAL_32, x2:REAL_32, y2:REAL_32) <- `glRectf(@x1,@y1,@x2,@y2)`;
  - gl_rectfv (v1:POINTER, v2:POINTER) <- `glRectfv(@v1,@v2)`;
  - gl_recti (x1:INTEGER, y1:INTEGER, x2:INTEGER, y2:INTEGER) <- `glRecti(@x1,@y1,@x2,@y2)`;
  - gl_rectiv (v1:POINTER, v2:POINTER) <- `glRectiv(@v1,@v2)`;
  - gl_rects (x1:INTEGER_16, y1:INTEGER_16, x2:INTEGER_16, y2:INTEGER_16) <- `glRects(@x1,@y1,@x2,@y2)`;
  - gl_rectsv (v1:POINTER, v2:POINTER) <- `glRectsv(@v1,@v2)`;
  - gl_render_mode (mode:UINTEGER_32) :INTEGER <- `glRenderMode(@mode)`:INTEGER;
  - gl_rotated (angle:REAL_32, x:REAL_32, y:REAL_32, z:REAL_32) <- `glRotated(@angle,@x,@y,@z)`;
  - gl_rotatef (angle:REAL_32, x:REAL_32, y:REAL_32, z:REAL_32) <- `glRotatef(@angle,@x,@y,@z)`;
  - gl_scaled (x:REAL_32, y:REAL_32, z:REAL_32) <- `glScaled(@x,@y,@z)`;
  - gl_scalef (x:REAL_32, y:REAL_32, z:REAL_32) <- `glScalef(@x,@y,@z)`;
  - gl_scissor (x:INTEGER, y:INTEGER, width:INTEGER, height:INTEGER) <- `glScissor(@x,@y,@width,@height)`;
  - gl_select_buffer (size:INTEGER, buffer:POINTER) <- `glSelectBuffer(@size,@buffer)`;
  - gl_shade_model (mode:UINTEGER_32) <- `glShadeModel(@mode)`;
  - gl_stencil_func (func:UINTEGER_32, ref:INTEGER, mask:UINTEGER_32) <- `glStencilFunc(@func,@ref,@mask)`;
  - gl_stencil_mask (mask:UINTEGER_32) <- `glStencilMask(@mask)`;
  - gl_stencil_op (fail:UINTEGER_32, zfail:UINTEGER_32, zpass:UINTEGER_32) <- `glStencilOp(@fail,@zfail,@zpass)`;
  - gl_tex_coord1d (s:REAL_32) <- `glTexCoord1d(@s)`;
  - gl_tex_coord1dv (v:POINTER) <- `glTexCoord1dv(@v)`;
  - gl_tex_coord1f (s:REAL_32) <- `glTexCoord1f(@s)`;
  - gl_tex_coord1fv (v:POINTER) <- `glTexCoord1fv(@v)`;
  - gl_tex_coord1i (s:INTEGER) <- `glTexCoord1i(@s)`;
  - gl_tex_coord1iv (v:POINTER) <- `glTexCoord1iv(@v)`;
  - gl_tex_coord1s (s:INTEGER_16) <- `glTexCoord1s(@s)`;
  - gl_tex_coord1sv (v:POINTER) <- `glTexCoord1sv(@v)`;
  - gl_tex_coord2d (s:REAL_32, t:REAL_32) <- `glTexCoord2d(@s,@t)`;
  - gl_tex_coord2dv (v:POINTER) <- `glTexCoord2dv(@v)`;
  - gl_tex_coord2f (s:REAL_32, t:REAL_32) <- `glTexCoord2f(@s,@t)`;
  - gl_tex_coord2fv (v:POINTER) <- `glTexCoord2fv(@v)`;
  - gl_tex_coord2i (s:INTEGER, t:INTEGER) <- `glTexCoord2i(@s,@t)`;
  - gl_tex_coord2iv (v:POINTER) <- `glTexCoord2iv(@v)`;
  - gl_tex_coord2s (s:INTEGER_16, t:INTEGER_16) <- `glTexCoord2s(@s,@t)`;
  - gl_tex_coord2sv (v:POINTER) <- `glTexCoord2sv(@v)`;
  - gl_tex_coord3d (s:REAL_32, t:REAL_32, r:REAL_32) <- `glTexCoord3d(@s,@t,@r)`;
  - gl_tex_coord3dv (v:POINTER) <- `glTexCoord3dv(@v)`;
  - gl_tex_coord3f (s:REAL_32, t:REAL_32, r:REAL_32) <- `glTexCoord3f(@s,@t,@r)`;
  - gl_tex_coord3fv (v:POINTER) <- `glTexCoord3fv(@v)`;
  - gl_tex_coord3i (s:INTEGER, t:INTEGER, r:INTEGER) <- `glTexCoord3i(@s,@t,@r)`;
  - gl_tex_coord3iv (v:POINTER) <- `glTexCoord3iv(@v)`;
  - gl_tex_coord3s (s:INTEGER_16, t:INTEGER_16, r:INTEGER_16) <- `glTexCoord3s(@s,@t,@r)`;
  - gl_tex_coord3sv (v:POINTER) <- `glTexCoord3sv(@v)`;
  - gl_tex_coord4d (s:REAL_32, t:REAL_32, r:REAL_32, q:REAL_32) <- `glTexCoord4d(@s,@t,@r,@q)`;
  - gl_tex_coord4dv (v:POINTER) <- `glTexCoord4dv(@v)`;
  - gl_tex_coord4f (s:REAL_32, t:REAL_32, r:REAL_32, q:REAL_32) <- `glTexCoord4f(@s,@t,@r,@q)`;
  - gl_tex_coord4fv (v:POINTER) <- `glTexCoord4fv(@v)`;
  - gl_tex_coord4i (s:INTEGER, t:INTEGER, r:INTEGER, q:INTEGER) <- `glTexCoord4i(@s,@t,@r,@q)`;
  - gl_tex_coord4iv (v:POINTER) <- `glTexCoord4iv(@v)`;
  - gl_tex_coord4s (s:INTEGER_16, t:INTEGER_16, r:INTEGER_16, q:INTEGER_16) <- `glTexCoord4s(@s,@t,@r,@q)`;
  - gl_tex_coord4sv (v:POINTER) <- `glTexCoord4sv(@v)`;
  - gl_tex_coord_pointer (size:INTEGER, type:UINTEGER_32, stride:INTEGER, pointer:POINTER) <- `glTexCoordPointer(@size,@type,@stride,@pointer)`;
  - gl_tex_envf (target:UINTEGER_32, pname:UINTEGER_32, param:REAL_32) <- `glTexEnvf(@target,@pname,@param)`;
  - gl_tex_envfv (target:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glTexEnvfv(@target,@pname,@params)`;
  - gl_tex_envi (target:UINTEGER_32, pname:UINTEGER_32, param:INTEGER) <- `glTexEnvi(@target,@pname,@param)`;
  - gl_tex_enviv (target:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glTexEnviv(@target,@pname,@params)`;
  - gl_tex_gend (coord:UINTEGER_32, pname:UINTEGER_32, param:REAL_32) <- `glTexGend(@coord,@pname,@param)`;
  - gl_tex_gendv (coord:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glTexGendv(@coord,@pname,@params)`;
  - gl_tex_genf (coord:UINTEGER_32, pname:UINTEGER_32, param:REAL_32) <- `glTexGenf(@coord,@pname,@param)`;
  - gl_tex_genfv (coord:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glTexGenfv(@coord,@pname,@params)`;
  - gl_tex_geni (coord:UINTEGER_32, pname:UINTEGER_32, param:INTEGER) <- `glTexGeni(@coord,@pname,@param)`;
  - gl_tex_geniv (coord:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glTexGeniv(@coord,@pname,@params)`;
  - gl_tex_image1_d (target:UINTEGER_32, level:INTEGER, internalformat:INTEGER, width:INTEGER, border:INTEGER, format:UINTEGER_32, type:UINTEGER_32, pixels:POINTER)
 <- `glTexImage1D(@target,@level,@internalformat,@width,@border,@format,@type,@pixels)`;
  - gl_tex_image2_d (target:UINTEGER_32, level:INTEGER, internalformat:INTEGER, width:INTEGER, height:INTEGER, border:INTEGER, format:UINTEGER_32, type:UINTEGER_32, pixels:POINTER)
 <- `glTexImage2D(@target,@level,@internalformat,@width,@height,@border,@format,@type,@pixels)`;
  - gl_tex_parameterf (target:UINTEGER_32, pname:UINTEGER_32, param:REAL_32) <- `glTexParameterf(@target,@pname,@param)`;
  - gl_tex_parameterfv (target:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glTexParameterfv(@target,@pname,@params)`;
  - gl_tex_parameteri (target:UINTEGER_32, pname:UINTEGER_32, param:INTEGER) <- `glTexParameteri(@target,@pname,@param)`;
  - gl_tex_parameteriv (target:UINTEGER_32, pname:UINTEGER_32, params:POINTER) <- `glTexParameteriv(@target,@pname,@params)`;
  - gl_tex_sub_image1_d (target:UINTEGER_32, level:INTEGER, xoffset:INTEGER, width:INTEGER, format:UINTEGER_32, type:UINTEGER_32, pixels:POINTER)
 <- `glTexSubImage1D(@target,@level,@xoffset,@width,@format,@type,@pixels)`;
  - gl_tex_sub_image2_d (target:UINTEGER_32, level:INTEGER, xoffset:INTEGER, yoffset:INTEGER, width:INTEGER, height:INTEGER, format:UINTEGER_32, type:UINTEGER_32, pixels:POINTER)
 <- `glTexSubImage2D(@target,@level,@xoffset,@yoffset,@width,@height,@format,@type,@pixels)`;
  - gl_translated (x:REAL_32, y:REAL_32, z:REAL_32) <- `glTranslated(@x,@y,@z)`;
  - gl_translatef (x:REAL_32, y:REAL_32, z:REAL_32) <- `glTranslatef(@x,@y,@z)`;
  - gl_vertex2d (x:REAL_32, y:REAL_32) <- `glVertex2d(@x,@y)`;
  - gl_vertex2dv (v:POINTER) <- `glVertex2dv(@v)`;
  - gl_vertex2f (x:REAL_32, y:REAL_32) <- `glVertex2f(@x,@y)`;
  - gl_vertex2fv (v:POINTER) <- `glVertex2fv(@v)`;
  - gl_vertex2i (x:INTEGER, y:INTEGER) <- `glVertex2i(@x,@y)`;
  - gl_vertex2iv (v:POINTER) <- `glVertex2iv(@v)`;
  - gl_vertex2s (x:INTEGER_16, y:INTEGER_16) <- `glVertex2s(@x,@y)`;
  - gl_vertex2sv (v:POINTER) <- `glVertex2sv(@v)`;
  - gl_vertex3d (x:REAL_32, y:REAL_32, z:REAL_32) <- `glVertex3d(@x,@y,@z)`;
  - gl_vertex3dv (v:POINTER) <- `glVertex3dv(@v)`;
  - gl_vertex3f (x:REAL_32, y:REAL_32, z:REAL_32) <- `glVertex3f(@x,@y,@z)`;
  - gl_vertex3fv (v:POINTER) <- `glVertex3fv(@v)`;
  - gl_vertex3i (x:INTEGER, y:INTEGER, z:INTEGER) <- `glVertex3i(@x,@y,@z)`;
  - gl_vertex3iv (v:POINTER) <- `glVertex3iv(@v)`;
  - gl_vertex3s (x:INTEGER_16, y:INTEGER_16, z:INTEGER_16) <- `glVertex3s(@x,@y,@z)`;
  - gl_vertex3sv (v:POINTER) <- `glVertex3sv(@v)`;
  - gl_vertex4d (x:REAL_32, y:REAL_32, z:REAL_32, w:REAL_32) <- `glVertex4d(@x,@y,@z,@w)`;
  - gl_vertex4dv (v:POINTER) <- `glVertex4dv(@v)`;
  - gl_vertex4f (x:REAL_32, y:REAL_32, z:REAL_32, w:REAL_32) <- `glVertex4f(@x,@y,@z,@w)`;
  - gl_vertex4fv (v:POINTER) <- `glVertex4fv(@v)`;
  - gl_vertex4i (x:INTEGER, y:INTEGER, z:INTEGER, w:INTEGER) <- `glVertex4i(@x,@y,@z,@w)`;
  - gl_vertex4iv (v:POINTER) <- `glVertex4iv(@v)`;
  - gl_vertex4s (x:INTEGER_16, y:INTEGER_16, z:INTEGER_16, w:INTEGER_16) <- `glVertex4s(@x,@y,@z,@w)`;
  - gl_vertex4sv (v:POINTER) <- `glVertex4sv(@v)`;
  - gl_vertex_pointer (size:INTEGER, type:UINTEGER_32, stride:INTEGER, pointer:POINTER) <- `glVertexPointer(@size,@type,@stride,@pointer)`;
  - gl_viewport (x:INTEGER, y:INTEGER, width:INTEGER, height:INTEGER) <- `glViewport(@x,@y,@width,@height)`;
lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_plane.li0000644000175000017500000000473211314031255022677 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_PLANE;
  
  - comment  := "a*x+b*y+c*z+d >= 0 clipping plane";
  
Section Inherit
  
  + parent_plane:Expanded PLANE;
  
Section Public
  
  - nb_planes:INTEGER;
  
  + id:INTEGER; // OpenGL plane id
  
  - load_clipping_plane <- 
  // called while plane creation 
  (
    // OpenGl allow only 6 clipping planes at a time.
    (nb_planes >= 6).if {
      GL_ERROR.send "too much clipping planes";
    };    
    id := `GL_CLIP_PLANE0`:INTEGER + nb_planes;
    nb_planes := nb_planes + 1;
  );
  
  - clip <- 
  (
    + i:INTEGER;
    + p:POINTER;
    
    enable;
    
    i := id;
    `glEnable(@i)`;
    
    p := getv.to_external;
    `glClipPlane(@i, @p)`;
  );
  
  - push_attrib <-
  (
    `glPushAttrib(GL_ENABLE_BIT)`;
  );
  
  - pop_attrib <-
  (
    `glPopAttrib()`;
  );
  
  - unclip <-
  (
    + i:INTEGER;
    
    disable;
    
    i := id;
    `glDisable(@i)`;
  );
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/extensions/0000755000175000017500000000000011314031255022761 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/opengl/extensions/arb_vertex_shader.li0000644000175000017500000000365111314031255027003 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ARB_VERTEX_SHADER;
  
  - comment  := "GL_ARB_vertex_shader extension";
  
  - external := `
  
  #define GL_VERTEX_SHADER_ARB              0x8B31
  `;
  
Section Inherit
  
  - parent_gl_extension:GL_EXTENSION := GL_EXTENSION;
  
Section Public
  
  - name:STRING_CONSTANT := "GL_ARB_vertex_shader";
  
  - make <-
  (
  );
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/extensions/arb_fragment_shader.li0000644000175000017500000000365711314031255027277 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ARB_FRAGMENT_SHADER;
  
  - comment  := "GL_ARB_fragment_shader extension";
  
  - external := `
  
  #define GL_FRAGMENT_SHADER_ARB            0x8B30
  `;
  
Section Inherit
  
  - parent_gl_extension:GL_EXTENSION := GL_EXTENSION;
  
Section Public
  
  - name:STRING_CONSTANT := "GL_ARB_fragment_shader";
  
  - make <-
  (
  );
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/extensions/arb_vertex_buffer_object.li0000644000175000017500000001050311314031255030326 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ARB_VERTEX_BUFFER_OBJECT;
  
  - comment  := "ARB_vertex_buffer_object extension";
  
  - external := `
  
  // VBO Extension Definitions, From glext.h
  #define GL_ARRAY_BUFFER_ARB 0x8892
  #define GL_ELEMENT_ARRAY_BUFFER_ARB       0x8893
  #define GL_STATIC_DRAW_ARB 0x88E4
  typedef void (APIENTRY * PFNGLBINDBUFFERARBPROC) (GLenum target, GLuint buffer);
  typedef void (APIENTRY * PFNGLDELETEBUFFERSARBPROC) (GLsizei n, const GLuint *buffers);
  typedef void (APIENTRY * PFNGLGENBUFFERSARBPROC) (GLsizei n, GLuint *buffers);
  typedef void (APIENTRY * PFNGLBUFFERDATAARBPROC) (GLenum target, int size, const GLvoid *data, GLenum usage);
  
  // VBO Extension Function Pointers
  PFNGLGENBUFFERSARBPROC liglGenBuffersARB = NULL;					
  PFNGLBINDBUFFERARBPROC liglBindBufferARB = NULL;					
  PFNGLBUFFERDATAARBPROC liglBufferDataARB = NULL;					
  PFNGLDELETEBUFFERSARBPROC liglDeleteBuffersARB = NULL;				
  unsigned int ARB_vertex_buffer_object_id;
  `;
  
Section Inherit
  
  - parent_gl_extension:GL_EXTENSION := GL_EXTENSION;
  
Section Public
  
  - name:STRING_CONSTANT := "ARB_vertex_buffer_object";
  
  - make <-
  (
    // Get Pointers To The GL Functions
    `liglGenBuffersARB = (PFNGLGENBUFFERSARBPROC) GPA("glGenBuffersARB");
    liglBindBufferARB = (PFNGLBINDBUFFERARBPROC) GPA("glBindBufferARB");
    liglBufferDataARB = (PFNGLBUFFERDATAARBPROC) GPA("glBufferDataARB");
    liglDeleteBuffersARB = (PFNGLDELETEBUFFERSARBPROC) GPA("glDeleteBuffersARB");`;
  );
  
  - genbuffer:UINTEGER_32 <-
  (
    `liglGenBuffersARB(1, &ARB_vertex_buffer_object_id)`;
    `ARB_vertex_buffer_object_id`:UINTEGER_32
  );
  
  - genbuffers n:INTEGER :FAST_ARRAY(UINTEGER_32) <-
  (
    + p:POINTER;
    + result:FAST_ARRAY(UINTEGER_32);
    
    result := FAST_ARRAY(UINTEGER_32).create n;
    p := result.to_external;
    `liglGenBuffersARB(@n, @p)`;
    result
  );
  
  - bind buffer:UINTEGER_32 <-
  (
    `liglBindBufferARB(GL_ARRAY_BUFFER_ARB, @buffer)`;
  );
  
  - bind_index buffer:UINTEGER_32 <-
  (
    `liglBindBufferARB(GL_ELEMENT_ARRAY_BUFFER_ARB, @buffer)`;
  );
  
  - disable <-
  (
    `liglBindBufferARB(GL_ARRAY_BUFFER_ARB, 0)`;
  );
  
  - disable_index <-
  (
    `liglBindBufferARB(GL_ELEMENT_ARRAY_BUFFER_ARB, 0)`;
  );
  
  - buffer_data data:POINTER size sz:INTEGER <-
  (
    `liglBufferDataARB(GL_ARRAY_BUFFER_ARB, @sz, @data, GL_STATIC_DRAW_ARB)`;
  );
  
  - buffer_index_data data:POINTER size sz:INTEGER <-
  (
    `liglBufferDataARB(GL_ELEMENT_ARRAY_BUFFER_ARB, @sz, @data, GL_STATIC_DRAW_ARB)`;
  );
  
  - delete id:UINTEGER_32 <-
  (
    `liglDeleteBuffersARB(1, (GLuint*)@id)`;
  );
  
  - delete_buffers ids:FAST_ARRAY(UINTEGER_32) count n:INTEGER <-
  (
    + p:POINTER;
    
    p := ids.to_external;
    `liglDeleteBuffersARB(@n, @p)`;
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/extensions/arb_multitexture.li0000644000175000017500000000611711314031255026713 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ARB_MULTITEXTURE;
  
  - comment  := "GL_ARB_multitexture extension";
  
  - external := `
  
  #define GL_TEXTURE0_ARB                   0x84C0
  typedef void (APIENTRY * PFNGLACTIVETEXTUREARBPROC) (GLenum target);
  typedef void (APIENTRY * PFNGLCLIENTACTIVETEXTUREARBPROC) (GLenum texture);
  typedef void (APIENTRY * PFNGLMULTITEXCOORD2FARBPROC) (GLenum target,float s,float t);
  
  PFNGLACTIVETEXTUREARBPROC        liglActiveTextureARB = NULL;
  PFNGLCLIENTACTIVETEXTUREARBPROC  liglClientActiveTextureARB = NULL;
  PFNGLMULTITEXCOORD2FARBPROC      liglMultiTexCoord2fARB = NULL;
  `;
  
Section Inherit
  
  - parent_gl_extension:GL_EXTENSION := GL_EXTENSION;
  
Section Public
  
  - name:STRING_CONSTANT := "GL_ARB_multitexture";
  
  - make <-
  (
    `liglActiveTextureARB = (PFNGLACTIVETEXTUREARBPROC) GPA("glActiveTextureARB")`;
    `liglClientActiveTextureARB = (PFNGLCLIENTACTIVETEXTUREARBPROC) GPA("glClientActiveTextureARB")`;
    `liglMultiTexCoord2fARB = (PFNGLMULTITEXCOORD2FARBPROC) GPA("glMultiTexCoord2fARB")`;
  );
  
  - active_texture n:INTEGER <-
  (
    + unit:INTEGER;
    
    unit := `GL_TEXTURE0_ARB`:INTEGER + n;
    `liglActiveTextureARB(@unit)`;
  );
  
  - client_active_texture n:INTEGER <-
  (
    + unit:INTEGER;
    
    unit := `GL_TEXTURE0_ARB`:INTEGER + n;
    `liglClientActiveTextureARB(@unit)`;
  );
  
  - texcoord2f (s,t:REAL_32) unit n:INTEGER <-
  (
    + unit:INTEGER;
    
    unit := `GL_TEXTURE0_ARB`:INTEGER + n;
    `liglMultiTexCoord2fARB(@unit, @s, @t)`;
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/extensions/arb_shading_language_100.li0000644000175000017500000000357611314031255030006 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ARB_SHADING_LANGUAGE_100;
  
  - comment  := "GL_ARB_shading_language_100 extension";
  
Section Inherit
  
  - parent_gl_extension:GL_EXTENSION := GL_EXTENSION;
  
Section Public
  
  - name:STRING_CONSTANT := "GL_ARB_shading_language_100";
  
  - make <-
  (
    // nothing 
  );
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/extensions/arb_shader_object.li0000644000175000017500000002016111314031255026727 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ARB_SHADER_OBJECT;
  
  - comment  := "GL_ARB_shader_object extension";
  
  - external := `
  
  #define GL_OBJECT_COMPILE_STATUS_ARB      0x8B81
  #define GL_OBJECT_INFO_LOG_LENGTH_ARB     0x8B84

  typedef GLuint (APIENTRY * LIGLCREATESHADERARBPROC) (GLenum target);
  typedef void (APIENTRY * LIGLSHADERSOURCEARBPROC) (GLuint shader, int numOfStrings, char** strings, int* lenOfStrings);
  typedef void (APIENTRY * LIGLCOMPILESHADERARBPROC) (GLuint shader);
  typedef GLuint (APIENTRY * LIGLCREATEPROGRAMARBPROC) (void);
  typedef void (APIENTRY * LIGLATTACHOBJECTARBPROC) (GLuint program, GLuint shader);
  typedef void (APIENTRY * LIGLLINKPROGRAMARBPROC) (GLuint program);
  typedef void (APIENTRY * LIGLUSEPROGRAMARBPROC) (GLuint program);
  typedef void (APIENTRY * LIGLDELETEOBJECTBPROC) (GLuint object);
  
  typedef void (APIENTRY * LIGLGETINFOLOGARBPROC) (GLuint obj, GLint sz, GLint* len, char* infolog);
   typedef void (APIENTRY * LIGLPARAMARBPROC) (GLuint obj, GLenum name, GLint* params);
  
  typedef GLint (APIENTRY * LIGLGETUNIFORMLOCATIONARBPROC) (GLuint pgm, char* name);
  typedef void (APIENTRY * LIGLUNIFORM1FARBPROC) (GLint loc,GLfloat v0);
  typedef void (APIENTRY * LIGLUNIFORM2FARBPROC) (GLint loc,GLfloat v0,GLfloat v1);
  typedef void (APIENTRY * LIGLUNIFORM3FARBPROC) (GLint loc,GLfloat v0,GLfloat v1,GLfloat v2);
  typedef void (APIENTRY * LIGLUNIFORM4FARBPROC) (GLint loc,GLfloat v0,GLfloat v1,GLfloat v2,GLfloat v3);
  
  LIGLCREATESHADERARBPROC    liglCreateShaderARB = NULL;
  LIGLSHADERSOURCEARBPROC    liglShaderSourceARB = NULL;
  LIGLCOMPILESHADERARBPROC   liglCompileShaderARB = NULL;
  LIGLCREATEPROGRAMARBPROC   liglCreateProgramObjectARB = NULL;
  LIGLATTACHOBJECTARBPROC    liglAttachObjectARB = NULL;
  LIGLLINKPROGRAMARBPROC     liglLinkProgramARB = NULL;
  LIGLUSEPROGRAMARBPROC      liglUseProgramObjectARB = NULL;
  LIGLDELETEOBJECTBPROC      liglDeleteObjectARB = NULL;
  LIGLGETINFOLOGARBPROC      liglGetInfoLogARB = NULL;   
  LIGLPARAMARBPROC           liglGetParameterivARB = NULL;
  
  LIGLGETUNIFORMLOCATIONARBPROC liglGetUniformLocationARB = NULL;
  LIGLUNIFORM1FARBPROC  liglUniform1fARB = NULL;
  LIGLUNIFORM2FARBPROC  liglUniform2fARB = NULL;
  LIGLUNIFORM3FARBPROC  liglUniform3fARB = NULL;
  LIGLUNIFORM4FARBPROC  liglUniform4fARB = NULL;
  int GL_ARB_shader_object_dummy;
  `;
  
Section Inherit
  
  - parent_gl_extension:GL_EXTENSION := GL_EXTENSION;
  
Section Public
  
  - name:STRING_CONSTANT := "GL_ARB_shader_object";
  
  - make <-
  (
    `liglCreateShaderARB = (LIGLCREATESHADERARBPROC) GPA("glCreateShaderObjectARB")`;
    `liglShaderSourceARB = (LIGLSHADERSOURCEARBPROC) GPA("glShaderSourceARB")`;
    `liglCompileShaderARB = (LIGLCOMPILESHADERARBPROC) GPA("glCompileShaderARB")`;
    `liglCreateProgramObjectARB = (LIGLCREATEPROGRAMARBPROC) GPA("glCreateProgramObjectARB")`;
    `liglAttachObjectARB = (LIGLATTACHOBJECTARBPROC) GPA("glAttachObjectARB")`;
    `liglLinkProgramARB = (LIGLLINKPROGRAMARBPROC) GPA("glLinkProgramARB")`;
    `liglUseProgramObjectARB = (LIGLUSEPROGRAMARBPROC) GPA("glUseProgramObjectARB")`;
    `liglDeleteObjectARB = (LIGLDELETEOBJECTBPROC) GPA("glDeleteObjectARB")`;
    `liglGetInfoLogARB = (LIGLGETINFOLOGARBPROC) GPA("glGetInfoLogARB")`; 
    `liglGetParameterivARB = (LIGLPARAMARBPROC) GPA("glGetObjectParameterivARB")`;
    
    `liglGetUniformLocationARB = (LIGLGETUNIFORMLOCATIONARBPROC) GPA("glGetUniformLocationARB")`;
    `liglUniform1fARB = (LIGLUNIFORM1FARBPROC) GPA("glUniform1fARB")`;
    `liglUniform2fARB = (LIGLUNIFORM2FARBPROC) GPA("glUniform2fARB")`;
    `liglUniform3fARB = (LIGLUNIFORM3FARBPROC) GPA("glUniform3fARB")`;
    `liglUniform4fARB = (LIGLUNIFORM4FARBPROC) GPA("glUniform4fARB")`;
  );
  
  - create_program:UINTEGER_32 <-
  (
    `liglCreateProgramObjectARB()`:UINTEGER_32
  );
  
  - attach_object (program,shader:UINTEGER_32) <- 
  (
    `liglAttachObjectARB(@program, @shader)`;
  );
  
  - link_program program:UINTEGER_32 <-
  (
    `liglLinkProgramARB(@program)`;
  );
  
  - use_program program:UINTEGER_32 <-
  (
    `liglUseProgramObjectARB(@program)`;
  );
  
  - create_vertex_shader:UINTEGER_32 <-
  (
    `liglCreateShaderARB(GL_VERTEX_SHADER_ARB)`:UINTEGER_32
  );
  
  - create_fragment_shader:UINTEGER_32 <-
  (
    `liglCreateShaderARB(GL_FRAGMENT_SHADER_ARB)`:UINTEGER_32
  );
  /*
  - shader_source shader:INTEGER strings src:FAST_ARRAY[STRING] size sz:FAST_ARRAY[INTEGER]<-
  (
    + n:INTEGER;
    + p,p2:POINTER;
    
    n := src.count;
    p := src.to_external;
    p2 := sz.to_external;
    `liglShaderSourceARB(@shader, @n, @p, @p2)`;
  );
  */
  - shader_source shader:INTEGER string src:STRING <-
  (
    + p:NATIVE_ARRAY(CHARACTER);
    
    p := src.to_external;
    `liglShaderSourceARB(@shader, 1, (char**)(&@p), NULL)`;
  );
  /*
  - shader_source shader:INTEGER string src:STRING size n:INTEGER <-
  (
    + p:NATIVE_ARRAY[CHARACTER];
    
    p := src.to_external;
    `liglShaderSourceARB(@shader, 1, (char**)(&@p), @n)`;
  );
  */
  - compile shader:UINTEGER_32 <-
  (
    `liglCompileShaderARB(@shader)`;
  );
  
  - delete_object obj:UINTEGER_32 <-
  (
    `liglDeleteObjectARB(@obj)`;
  );
  
  - get_parameteri (obj,pname:UINTEGER_32) :INTEGER <-
  ( 
    `liglGetParameterivARB(@obj, @pname, &GL_ARB_shader_object_dummy)`;
    `GL_ARB_shader_object_dummy`:INTEGER
  );
  
  - get_parameteriv (obj,pname:UINTEGER_32) in buf:FAST_ARRAY(INTEGER) <- // ??
  ( + p:POINTER;
    
    p := buf.to_external;
    `liglGetParameterivARB(@obj, @pname, @p)`;
  );
  
  - get_infolog_status obj:UINTEGER_32 :INTEGER <-
  (
    get_parameteri (obj,`GL_OBJECT_COMPILE_STATUS_ARB`:UINTEGER_32)
  );
    
  - get_infolog_length obj:UINTEGER_32 :INTEGER <-
  (
    get_parameteri (obj,`GL_OBJECT_INFO_LOG_LENGTH_ARB`:UINTEGER_32)
  );
  
  - get_infolog obj:UINTEGER_32 in buffer:FAST_ARRAY(CHARACTER) size sz:INTEGER <-
  ( + p:POINTER;

    p := buffer.to_external;
    `liglGetInfoLogARB(@obj, @sz, &GL_ARB_shader_object_dummy, @p)`;
  );
  
  - get_uniform_location (program:UINTEGER_32, name:ABSTRACT_STRING) :INTEGER <-
  ( + p:NATIVE_ARRAY(CHARACTER);
    
    p := name.to_external;
    `liglGetUniformLocationARB(@program, @p)`:INTEGER
  );
  
  - uniform1f (location:INTEGER, v0:REAL_32) <-
  (
    `liglUniform1fARB(@location, @v0)`;
  );
  
  - uniform2f (location:INTEGER, v0,v1:REAL_32) <-
  (
    `liglUniform2fARB(@location, @v0, @v1)`;
  );
  
  - uniform3f (location:INTEGER, v0,v1,v2:REAL_32) <-
  (
    `liglUniform3fARB(@location, @v0, @v1, @v2)`;
  );
  
  - uniform4f (location:INTEGER, v0,v1,v2,v3:REAL_32) <-
  (
    `liglUniform4fARB(@location, @v0, @v1, @v2, @v3)`;
  );
  
  
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_abstract_texture.li0000644000175000017500000002030311314031255025153 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_ABSTRACT_TEXTURE;
  
  - comment  := "OpenGL rendered image";
  
  - external := `unsigned int texture_id;`;
  
Section Inherit
  
  - parent_texture:Expanded TEXTURE;
  
Section Public
  
  - decal:INTEGER <- `GL_DECAL`:INTEGER;
  - replace:INTEGER <- `GL_REPLACE`:INTEGER;
  - modulate:INTEGER <- `GL_MODULATE`:INTEGER;
  - blend:INTEGER <- `GL_BLEND`:INTEGER;
  
  - clamp:INTEGER <- `GL_CLAMP`:INTEGER;
  - repeat:INTEGER <- `GL_REPEAT`:INTEGER;
  
  - clamp_to_edge:INTEGER <- `0x812F`:INTEGER; //GL_CLAMP_TO_EDGE`:INTEGER; 
  //-> not supported on every cards & GL implementations !!
  
  
  + id:UINTEGER_32; // OpenGL id  
  
  - make_from image:IMAGE <-
  (
    + type,env_mode,mode:INTEGER;
    + data:POINTER;
    
    set_image image;
    
    (channels = 4).if {
      type := `GL_RGBA`:INTEGER;
    }.elseif {channels = 3} then {
      type := `GL_RGB`:INTEGER;
    }.elseif {channels = 1} then {  
      type := `GL_LUMINANCE`:INTEGER;
    };
    
    mode := target;
    data := image_data.to_external;
    
    // create OpenGL texture
    `glGenTextures(1, &texture_id)`;
    id := `texture_id`:INTEGER;
    
    // set pixel aligment
    `glPixelStorei (GL_UNPACK_ALIGNMENT, 1)`;
    
    // select new texture
    `glBindTexture(@mode, texture_id)`;
    
    //--- OpenGL texture parameters
    filter
    .when filter_mipmap then {
      
      `glTexParameteri(@mode,GL_TEXTURE_MIN_FILTER,GL_LINEAR_MIPMAP_NEAREST)`;
      `glTexParameteri(@mode,GL_TEXTURE_MAG_FILTER,GL_LINEAR_MIPMAP_LINEAR)`;
      raw_create_mipmap (channels,width,height,type) data data;
      
    }.when filter_linear then {
      `glTexParameteri(@mode,GL_TEXTURE_MIN_FILTER,GL_LINEAR)`;
      `glTexParameteri(@mode,GL_TEXTURE_MAG_FILTER,GL_LINEAR)`;
      
      raw_create (channels,width,height,type) data data;
      
    }.when filter_nearest then {  
      `glTexParameteri(@mode,GL_TEXTURE_MIN_FILTER,GL_NEAREST)`;
      `glTexParameteri(@mode,GL_TEXTURE_MAG_FILTER,GL_NEAREST)`;
      
      raw_create (channels,width,height,type) data data;
    };
    //---
    
    // set texture function
    env_mode := drawing_mode;
    `glTexEnvf(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, @env_mode)`;
    
    // wrapping function (clamp or repeat)
    env_mode := wrapping_mode;
    `glTexParameteri(@mode, GL_TEXTURE_WRAP_S, @env_mode)`; 
    `glTexParameteri(@mode, GL_TEXTURE_WRAP_T, @env_mode)`;
  );
  
  - make_from_data pixels:FAST_ARRAY(UINTEGER_8) size (w,h:INTEGER) type t:INTEGER <-
  (
    + image:IMAGE;
    
    image := IMAGE.create_empty "" size (w,h) type t allocate FALSE;
    image.set_data pixels;
    
    make_from image; 
  );
  
  - make_from_framebuffer (x,y,w,h:INTEGER) type t:INTEGER <-
  (
    + env_mode,mode:INTEGER;
    + image:IMAGE;
    
    image := IMAGE.create_empty "" size (w,h) type t allocate FALSE;
    set_image image;
    
    mode := target;
  
    
    // create OpenGL texture
    `glGenTextures(1, &texture_id)`;
    id := `texture_id`:INTEGER;
    
    // set pixel aligment
    `glPixelStorei (GL_UNPACK_ALIGNMENT, 1)`;
    
    // select new texture
    `glBindTexture(@mode, texture_id)`;
    
    //--- OpenGL texture parameters
    filter
    .when filter_mipmap then {  
      `glTexParameteri(@mode,GL_TEXTURE_MIN_FILTER,GL_LINEAR_MIPMAP_NEAREST)`;
      `glTexParameteri(@mode,GL_TEXTURE_MAG_FILTER,GL_LINEAR_MIPMAP_LINEAR)`;      
    }.when filter_linear then {
      `glTexParameteri(@mode,GL_TEXTURE_MIN_FILTER,GL_LINEAR)`;
      `glTexParameteri(@mode,GL_TEXTURE_MAG_FILTER,GL_LINEAR)`; 
    }.when filter_nearest then {  
      `glTexParameteri(@mode,GL_TEXTURE_MIN_FILTER,GL_NEAREST)`;
      `glTexParameteri(@mode,GL_TEXTURE_MAG_FILTER,GL_NEAREST)`;
    };
    raw_copy (x,y,w,h) type t;
    //---
    
    // set texture function
    env_mode := drawing_mode;
    `glTexEnvf(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, @env_mode)`;
    
    // wrapping function (clamp or repeat)
    env_mode := wrapping_mode;
    `glTexParameteri(@mode, GL_TEXTURE_WRAP_S, @env_mode)`; 
    `glTexParameteri(@mode, GL_TEXTURE_WRAP_T, @env_mode)`;
  );
  
  - make_empty (w,h:INTEGER) type t:INTEGER <-
  // slow...
  (
    + mode,type:INTEGER;
    + image:IMAGE;
    + p:POINTER;
    
    image := IMAGE.create_empty "" size (w,h) type t allocate TRUE;
    set_image image;
    
    mode := target;
     
    (channels = 4).if {
      type := `GL_RGBA`:INTEGER;
    }.elseif {channels = 3} then {
      type := `GL_RGB`:INTEGER;
    }.elseif {channels = 1} then {  
      type := `GL_LUMINANCE`:INTEGER;
    };
    
    // create OpenGL texture
    `glGenTextures(1, &texture_id)`;
    id := `texture_id`:INTEGER;
    
    // set pixel aligment
    `glPixelStorei (GL_UNPACK_ALIGNMENT, 1)`;
    
    // select new texture
    `glBindTexture(@mode, texture_id)`;
    
    //--- OpenGL texture parameters
    filter
    .when filter_mipmap then {  
      `glTexParameteri(@mode,GL_TEXTURE_MIN_FILTER,GL_LINEAR_MIPMAP_NEAREST)`;
      `glTexParameteri(@mode,GL_TEXTURE_MAG_FILTER,GL_LINEAR_MIPMAP_LINEAR)`;      
    }.when filter_linear then {
      `glTexParameteri(@mode,GL_TEXTURE_MIN_FILTER,GL_LINEAR)`;
      `glTexParameteri(@mode,GL_TEXTURE_MAG_FILTER,GL_LINEAR)`; 
    }.when filter_nearest then {  
      `glTexParameteri(@mode,GL_TEXTURE_MIN_FILTER,GL_NEAREST)`;
      `glTexParameteri(@mode,GL_TEXTURE_MAG_FILTER,GL_NEAREST)`;
    };
    p := image_data.to_external;
    `glTexImage2D(GL_TEXTURE_2D, 0, @t, @w, @h, 0, @type, GL_UNSIGNED_BYTE, @p)`;
    //---  
  );
  
  
  - draw (x,y:INTEGER) <- deferred;
  - draw_strech (x,y,w,h:INTEGER) <- deferred;
  
  
  - push_attrib <-
  (
    `glPushAttrib(GL_TEXTURE_BIT)`;
  );
  
  - pop_attrib <-
  (
    `glPopAttrib()`;
  );
  
  - enable <-
  (
    parent_state.enable;
    enable_unit 0;
  );
  
  - disable <-
  (
    parent_state.disable;
    disable_unit 0;
  );
  
  - enable_unit n:INTEGER <-
  ( + mode:INTEGER;
    (OPENGL.arb_multitexture != NULL).if {
      OPENGL.arb_multitexture.active_texture n;
    };
    mode := target;
    `glEnable (@mode)`;
  );
  
  - disable_unit n:INTEGER <-
  ( + mode:INTEGER;
    
    (OPENGL.arb_multitexture != NULL).if {
      OPENGL.arb_multitexture.active_texture n;
    };
    mode := target;
    `glDisable (@mode)`;
  );
  
  - bind <- 
  (
    bind_unit 0;
  );
  
  - bind_unit n:INTEGER <- 
  (
    + id_tex,mode:INTEGER;
    
    enable_unit n;
    
    id_tex := id;
    mode := target;
    `glBindTexture(@mode, @id_tex)`;
  );
  
Section GL_ABSTRACT_TEXTURE
  
  - target:INTEGER <- deferred;
  
  - raw_create (ch,w,h,type:INTEGER) data p:POINTER <- deferred;
  - raw_create_mipmap (ch,w,h,type:INTEGER) data p:POINTER <- deferred;
  
  - raw_copy (x,y,w,h:INTEGER) type t:INTEGER <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_accum_buffer.li0000644000175000017500000000420011314031255024207 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_ACCUM_BUFFER;
  
  - comment  := "OpenGL Accumulation Buffer";
  
Section Inherit
  
  - parent_accum_buffer:ACCUM_BUFFER := ACCUM_BUFFER;
  
Section Public
  
  // accumulation functions
  - accum:INTEGER <- `GL_ACCUM`:INTEGER;
  - load:INTEGER <- `GL_LOAD`:INTEGER;
  - return:INTEGER <- `GL_RETURN`:INTEGER; 
  - add:INTEGER <- `GL_ADD`:INTEGER; 
  - mult:INTEGER <- `GL_MULT`:INTEGER; 
  
  
  - clear <-
  (
    `glClear(GL_ACCUM_BUFFER_BIT)`;
  );
  
  - set_function f:INTEGER value val:REAL_32 <- 
  (
    `glAccum(@f, @val)`;
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_index_buffer.li0000644000175000017500000000641711314031255024242 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_INDEX_BUFFER;
  
Section Inherit
  
  - parent_index_buffer:INDEX_BUFFER := INDEX_BUFFER;
  
Section Public
  
  + index:FAST_ARRAY(UINTEGER_16);
  
  + index_id:UINTEGER_32;
  
  
  - make sz:INTEGER <- 
  (
    index := FAST_ARRAY(UINTEGER_16).create_with_capacity sz;
  );
  
  - build <- 
  (
    + p:POINTER;
    
    (OPENGL.arb_vertex_buffer_object != NULL).if {
      // create index array
      (index.count > 0).if {
        index_id := OPENGL.arb_vertex_buffer_object.genbuffer;
        OPENGL.arb_vertex_buffer_object.bind_index index_id;
        
        // load data into GPU cache
        p := index.to_external;
        OPENGL.arb_vertex_buffer_object.buffer_index_data p size (index.count*UINTEGER_16.object_size);
      };
    };
  );
  
  - bind <-
  (   
    (index.count > 0).if {
      (OPENGL.arb_vertex_buffer_object != NULL).if {
        // use GPU index buffer
        OPENGL.arb_vertex_buffer_object.bind_index index_id;
      };
    };    
  );
  
  - draw mode:INTEGER size sz:INTEGER <-
  (
    + p:POINTER;
    
    (OPENGL.arb_vertex_buffer_object != NULL).if {
      `glDrawElements (@mode, @sz, GL_UNSIGNED_SHORT, 0)`;
    } else {
      p := index.to_external;
      `glDrawElements (@mode, @sz, GL_UNSIGNED_SHORT, @p)`;
    };
    (OPENGL.arb_vertex_buffer_object != NULL).if {
      OPENGL.arb_vertex_buffer_object.disable_index;
    };
  );
  
  - begin_indices <-
  (
  );
  
  - end <- 
  (
    build;
  );
  
  - add_index i:UINTEGER_16 <- 
  (
    index.add_last i; 
  );
  
  - destroy <-
  // bug!!!
  (
    (OPENGL.arb_vertex_buffer_object != NULL).if {
      (index.count > 0).if {
        OPENGL.arb_vertex_buffer_object.delete index_id;
      };
    };
  );
lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_quadrics.li0000644000175000017500000000520111314031255023403 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_QUADRICS;
  
  - comment  := "glu quadrics";
  
  - external := `GLUquadric* quadric;`; 
  
Section Inherit
  
  - parent_quadrics:QUADRICS := QUADRICS;
  
Section Public
  
  - fill_mode:INTEGER  <- `GLU_FILL`:INTEGER;
  - point_mode:INTEGER  <- `GLU_POINT`:INTEGER;
  - line_mode:INTEGER  <- `GLU_LINE`:INTEGER;
  
  - begin_quadric <-
  (
    `quadric = gluNewQuadric()`;
  );
  
  - end_quadric <-
  (
    `gluDeleteQuadric(quadric)`;
  );
  
  - enable_texture <-
  (
    `gluQuadricTexture(quadric,GL_TRUE)`;
  );
  
  - disable_texture <-
  (
    `gluQuadricTexture(quadric,GL_FALSE)`;
  );
  
  - set_style style:INTEGER <-
  (
    `gluQuadricDrawStyle(quadric,@style)`;
  );
  
  - draw_sphere (radius,slices,stacks:REAL_32) <-
  (
    `gluSphere(quadric,@radius,@slices,@stacks)`; 
  );
  
  - draw_cylinder (base,top,height,slices,stacks:REAL_32) <-
  (
    `gluCylinder(quadric,@base,@top,@height,@slices,@stacks)`; 
  );

  - draw_disk (inner,outer,slices,loops:REAL_32) <-
  (   
    `gluDisk(quadric,@inner,@outer,@slices,@loops)`;
  );
lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_shader.li0000644000175000017500000001340711314031255023045 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_SHADER;
  
  - comment  := "OpengGL GLSL Shader";
  
Section Inherit
  
  - parent_shader:SHADER := SHADER;
  
Section Public
  
  //
  //  OpengGL ID handlers
  //
  + vertex_shader_id:UINTEGER_32;
  + fragment_shader_id:UINTEGER_32;
  + program_id:UINTEGER_32;
  
  + is_loaded:BOOLEAN;
  
  
  - make (vertex_shader,fragment_shader:ABSTRACT_STRING) <-
  (
    + source:STRING;
    
    // create shader program
    program_id := OPENGL.arb_shader_object.create_program;
    
    //
    // vertex shader
    //
    source := get_source vertex_shader;
    (source != NULL).if {
      
      // create shader object
      vertex_shader_id := OPENGL.arb_shader_object.create_vertex_shader;
      
      // set source code
      OPENGL.arb_shader_object.shader_source vertex_shader_id string source;
      
      // compile shader
      OPENGL.arb_shader_object.compile vertex_shader_id;
      
      // attach shader to program
      OPENGL.arb_shader_object.attach_object (program_id, vertex_shader_id);
      
      is_loaded := TRUE;
    };
    
    //
    // fragment shader
    //
    source := get_source fragment_shader;
    (source != NULL).if {
      
      // create shader object
      fragment_shader_id := OPENGL.arb_shader_object.create_fragment_shader;
      
      // set source code
      OPENGL.arb_shader_object.shader_source fragment_shader_id string source;
      
      // compile shader
      OPENGL.arb_shader_object.compile fragment_shader_id;
      
      // attach shader to program
      OPENGL.arb_shader_object.attach_object (program_id, fragment_shader_id);
      
      is_loaded := TRUE;
    };
    
    is_loaded.if {
      // link program
      OPENGL.arb_shader_object.link_program program_id;
    };
  );
  
  - has_compiled:BOOLEAN <-
  (
    (OPENGL.arb_shader_object.get_infolog_status vertex_shader_id = 1) && {OPENGL.arb_shader_object.get_infolog_status fragment_shader_id = 1}
  );
  
  - get_infolog buffer:STRING <-
  (
    + sz:UINTEGER_32;
    + tmp:FAST_ARRAY(CHARACTER); 
     
    sz := OPENGL.arb_shader_object.get_infolog_length vertex_shader_id;
    tmp := FAST_ARRAY(CHARACTER).create sz;
    
    OPENGL.arb_shader_object.get_infolog vertex_shader_id in tmp size sz;
    tmp.lower.to (tmp.upper) do { i:INTEGER;
      buffer.add_last (tmp.item i);
    };

    sz := OPENGL.arb_shader_object.get_infolog_length fragment_shader_id;
    tmp := FAST_ARRAY(CHARACTER).create sz; 
    
    OPENGL.arb_shader_object.get_infolog fragment_shader_id in tmp size sz;
    tmp.lower.to (tmp.upper) do { i:INTEGER;
      buffer.add_last (tmp.item i);
    };
  );
  
  - enable <-
  (
    is_loaded.if {
      // use program
      OPENGL.arb_shader_object.use_program program_id;
    };
  );
  
  - disable <-
  (
    is_loaded.if {
      OPENGL.arb_shader_object.use_program 0;
    };
  );
  
  - get_uniform_location varname:ABSTRACT_STRING :INTEGER <- 
  (
    OPENGL.arb_shader_object.get_uniform_location (program_id, varname)
  );
  
  - set_uniform1f loc:INTEGER to val:REAL_32 <- 
  (
    OPENGL.arb_shader_object.uniform1f (loc, val);
  );
  
  - set_uniform2f loc:INTEGER to (v0,v1:REAL_32) <- 
  (
    OPENGL.arb_shader_object.uniform2f (loc, v0,v1);
  );
  
  - set_uniform3f loc:INTEGER to (v0,v1,v2:REAL_32) <- 
  (
    OPENGL.arb_shader_object.uniform3f (loc, v0,v1,v2);
  );
  
  - set_uniform4f loc:INTEGER to (v0,v1,v2,v3:REAL_32) <- 
  (
    OPENGL.arb_shader_object.uniform4f (loc, v0,v1,v2,v3);
  );
  
  - bind_sampler tex:TEXTURE unit u:INTEGER location loc:INTEGER <-
  (
    tex.bind_unit u;
    set_uniform1f loc to u;
  );
  
  - delete <-
  (
    OPENGL.arb_shader_object.delete_object vertex_shader_id;
    OPENGL.arb_shader_object.delete_object fragment_shader_id;
    OPENGL.arb_shader_object.delete_object program_id;
  );
  
Section Private  
  
  - get_source filename:ABSTRACT_STRING :STRING <- 
  (
    + file:POINTER;
    + source:STRING;
    + sz:INTEGER;
    
    (filename != NULL).if {
      // read shader source code
      file := FS_MIN.open_read filename;
      (file != NULL).if {
        sz := FS_MIN.file_size file;
        source := STRING.create (sz+1);
        
        FS_MIN.read file in source size sz;
        FS_MIN.close file;
      };
    };
    source
  );
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_color_buffer.li0000644000175000017500000001022011314031255024234 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-OpenGL library                           //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_COLOR_BUFFER;
  
  - comment  := "OpenGL pixel color buffer";
  
Section Inherit
  
  - parent_color_buffer:COLOR_BUFFER := COLOR_BUFFER;
  
Section Public
  
  - rgb:INTEGER <- `GL_RGB`:INTEGER;
  - rgba:INTEGER <- `GL_RGBA`:INTEGER;
  - red:INTEGER <- `GL_RED`:INTEGER;
  - green:INTEGER <- `GL_GREEN`:INTEGER;
  - blue:INTEGER <- `GL_BLUE`:INTEGER;
  - alpha:INTEGER <- `GL_ALPHA`:INTEGER;
  - luminance:INTEGER <- `GL_LUMINANCE`:INTEGER; // grey (single component)
  - luminance_alpha:INTEGER <- `GL_LUMINANCE_ALPHA`:INTEGER; // grey+alpha
  - stencil_index:INTEGER <- `GL_STENCIL_INDEX`:INTEGER;
  - depth_component:INTEGER <- `GL_DEPTH_COMPONENT`:INTEGER;
  
  
  - clear <- 
  (
    `glClear(GL_COLOR_BUFFER_BIT)`;
  );
  
  - set_clear_value (r,g,b,a:REAL_32) <- 
  (
    `glClearColor(@r, @g, @b, @a)`;
  );
  
  - set_color c:COLOR <- 
  (
    + r,g,b:REAL_32;
    
    r := c.r;
    g := c.g;
    b := c.b;
    `glColor3f(@r, @g, @b)`;
  );
  
  - set_color3f (r,g,b:REAL_32) <-
  (
    `glColor3f(@r, @g, @b)`;
  );
  
  - set_color4f (r,g,b,a:REAL_32) <-
  (
    `glColor4f(@r, @g, @b, @a)`;
  );
  
  - set_mask (r,g,b,a:BOOLEAN) <-
  (
    `glColorMask(@r, @g, @b, @a)`;
  );
  
  - enable <-
  (
    `glColorMask(GL_TRUE, GL_TRUE, GL_TRUE, GL_TRUE)`;
  );
  
  - disable <-
  (
    `glColorMask(GL_FALSE, GL_FALSE, GL_FALSE, GL_FALSE)`;
  );
  
  - read (x,y:INTEGER) size (w,h:INTEGER) type t:INTEGER in buf:FAST_ARRAY(UINTEGER_8) <-
  ( + p:POINTER;
    
    p := buf.to_external;
    `glReadPixels(@x,@y,@w,@h,@t,GL_UNSIGNED_BYTE,@p)`; 
  ); 
  
  // aliases
  - read_rgb (x,y:INTEGER) size (w,h:INTEGER) in buf:FAST_ARRAY(UINTEGER_8) <-
  ( 
    read (x,y) size (w,h) type rgb in buf;
  ); 
   
 - read_rgba (x,y:INTEGER) size (w,h:INTEGER) in buf:FAST_ARRAY(UINTEGER_8) <-
  ( 
    read (x,y) size (w,h) type rgba in buf;
  );
  
  - draw_pixels pixels:FAST_ARRAY(UINTEGER_8) size (w,h:INTEGER) type t:INTEGER <-
  ( + p:POINTER;
    
    p := pixels.to_external;
    `glDrawPixels(@w,@h,GL_UNSIGNED_BYTE,@t,@p)`;
  );
  
  - draw_rgb_pixels pixels:FAST_ARRAY(UINTEGER_8) size (w,h:INTEGER) <-
  (
    draw_pixels pixels size (w,h) type rgb;
  );

  - draw_rgba_pixels pixels:FAST_ARRAY(UINTEGER_8) size (w,h:INTEGER) <-
  (
    draw_pixels pixels size (w,h) type rgba;
  );
  
  - copy (x,y:INTEGER) size (w,h:INTEGER) type t:INTEGER <-
  (
    `glCopyPixels(@x,@y,@w,@h,@t)`;
  );
  
  - copy_rgb (x,y:INTEGER) size (w,h:INTEGER) <-
  (
    copy (x,y) size (w,h) type rgb;
  );
  
  - copy_rgba (x,y:INTEGER) size (w,h:INTEGER) <-
  (
    copy (x,y) size (w,h) type rgba;
  );
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_name_stack.li0000644000175000017500000000374211314031255023705 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_NAME_STACK;
  
  - comment  := "Used by pickable objects using Selection buffer";
  
Section Inherit
  
  - parent_name_stack:NAME_STACK := NAME_STACK;
  
Section Public
  
  - init <- 
  (
    `glInitNames()`;
  );
  
  - load n:UINTEGER_32 <- 
  (
    `glLoadName(@n)`;
  );
  
  - push n:UINTEGER_32 <- 
  (
    `glPushName(@n)`;
  );
  
  - pop <- 
  (
    `glPopName()`;
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_material.li0000644000175000017500000000510311314031255023367 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_MATERIAL;
  
  - comment  := "Material: lighting properties of an object";
  
Section Inherit
  
  + parent_material:Expanded MATERIAL;
  
Section Public
  
  - apply mode:INTEGER  <- 
  (
    + m:INTEGER;
    + p:POINTER;
    + val:REAL_32;
    
    (mode = mode_front).if {
      m := `GL_FRONT`:INTEGER;
    }.elseif {mode = mode_back} then {
      m := `GL_BACK`:INTEGER;
    } else {
      m := `GL_FRONT_AND_BACK`:INTEGER;
    };
    
    p := ambient.get_array.to_external;
    `glMaterialfv(@m, GL_AMBIENT, @p)`;
    
    p := diffuse.get_array.to_external;
    `glMaterialfv(@m, GL_DIFFUSE, @p)`;
    
    p := specular.get_array.to_external;
    `glMaterialfv(@m, GL_SPECULAR, @p)`;
    
    val := shininess;
    `glMaterialf(@m, GL_SHININESS, @val)`;
    
    p := emission.get_array.to_external;
    `glMaterialfv(@m, GL_EMISSION, @p)`;
  );
  
  - enable_color <-
  (
    `glEnable(GL_COLOR_MATERIAL)`;
  );
  
  - disable_color <-
  (
    `glDisable(GL_COLOR_MATERIAL)`;
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_stencil_buffer.li0000644000175000017500000000617711314031255024577 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_STENCIL_BUFFER;
  
  - comment  := "Opengl Stencil Buffer";
  
Section Inherit
  
  - parent_buffer:STENCIL_BUFFER := STENCIL_BUFFER;
  
Section Public
  
   // pixel test functions
  - always:INTEGER <- `GL_ALWAYS`:INTEGER;
  - never:INTEGER <- `GL_NEVER`:INTEGER;
  - less:INTEGER <-  `GL_LESS`:INTEGER;
  - lequal:INTEGER <- `GL_LEQUAL`:INTEGER;
  - equal:INTEGER <- `GL_EQUAL`:INTEGER;
  - gequal:INTEGER <- `GL_GEQUAL`:INTEGER;
  - greater:INTEGER <- `GL_GREATER`:INTEGER;
  - notequal:INTEGER <- `GL_NOTEQUAL`:INTEGER;
  
  // stencil operations
  - keep:INTEGER <- `GL_KEEP`:INTEGER;
  - replace:INTEGER <- `GL_REPLACE`:INTEGER;
  - incr:INTEGER <- `GL_INCR`:INTEGER;
  - decr:INTEGER <- `GL_DECR`:INTEGER;
  - invert:INTEGER <- `GL_INVERT`:INTEGER;
  
  
  - enable <-
  (
    parent_state.enable;
    `glEnable (GL_STENCIL_TEST)`;
  );
  
  - disable <-
  (
    parent_state.disable;
    `glDisable (GL_STENCIL_TEST)`;
  );
  
  - push_attrib <-
  (
    `glPushAttrib(GL_ENABLE_BIT)`;
  );
  
  - pop_attrib <-
  (
    `glPopAttrib()`;
  ); 
  
  - set_clear_value val:REAL_32 <-
  (
    `glClearStencil(@val)`;
  );
  
  - clear <- 
  (
    `glClear(GL_STENCIL_BUFFER_BIT)`;
  );
  
  - set_function f:INTEGER value val:INTEGER_32 mask m:UINTEGER_32 <- 
  (
    `glStencilFunc(@f, @val, @m)`;
  );
  
  - when_pass op1:INTEGER when_fail op2:INTEGER when_zfail op3:INTEGER <- 
  (
    `glStencilOp(@op2, @op3, @op1)`;
  );
  
  - lock <- 
  // stencil buffer is read-only
  (
    `glStencilOp(GL_KEEP, GL_KEEP, GL_KEEP)`;
  );
  
  - unlock <-
  ( 
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_texture1d.li0000644000175000017500000000720011314031255023516 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_TEXTURE1D;
  
  - comment  := "OpenGL 1D texture";
  
Section Inherit
  
  + parent_abstract_texture:Expanded GL_ABSTRACT_TEXTURE;
  
Section Public
  
  - draw (x,y:INTEGER) <- // fixme
  (
    + w,h:INTEGER;
    
    w := width;
    h := height;
    
    bind;
    
    `glBegin (GL_QUADS);
    glTexCoord2f (0, 0);
    glVertex2f (@x, @y);
    glTexCoord2f (1, 0);
    glVertex2f (@x + @w, @y);
    glTexCoord2f (1, 1);
    glVertex2f (@x + @w, @y + @h);
    glTexCoord2f (0, 1);
    glVertex2f (@x, @y + @h);
    glEnd ();
    `;
  );
  
  - draw_strech (x,y,w,h:INTEGER) <- // fixme
  (
    bind;
    
    `glBegin (GL_QUADS);
    glTexCoord2f (0, 0);
    glVertex2f (@x, @y);
    glTexCoord2f (1, 0);
    glVertex2f (@x + @w, @y);
    glTexCoord2f (1, 1);
    glVertex2f (@x + @w, @y + @h);
    glTexCoord2f (0, 1);
    glVertex2f (@x, @y + @h);
    glEnd ();
    `;
  );
  
  - replace_region (x,y,w,h:INTEGER) with_data (pixels:FAST_ARRAY(UINTEGER_8),type:INTEGER) <-
  // y & height are always 1
  ( + p:POINTER;
    
    p := pixels.to_external;
    `glTexSubImage1D(GL_TEXTURE_1D, 0, @x, @w, @type, GL_UNSIGNED_BYTE, @p)`;
  );
  
  - replace_region (x,y,w,h:INTEGER) with image:IMAGE <-
  (
    + p:POINTER;
    + type:INTEGER;
    
    type := image.channels;
    p := image.get_pixels.to_external;
    `glTexSubImage1D(GL_TEXTURE_1D, 0, @x, @w, @type, GL_UNSIGNED_BYTE, @p)`;
  );
  
  - replace_region (x,y,w,h:INTEGER) with_framebuffer_at (x0,y0:INTEGER) <-
  // w and y = 1
  (
    `glCopyTexSubImage1D(GL_TEXTURE_1D, 0, @x, @x0,@y0, @w)`;
  );
  
Section GL_ABSTRACT_TEXTURE
  
  - target:INTEGER <- `GL_TEXTURE_1D`:INTEGER;
  
  - raw_create (ch,w,h,type:INTEGER) data p:POINTER <-
  (
    `glTexImage1D(GL_TEXTURE_1D, 0, @ch, @w, 0, @type, GL_UNSIGNED_BYTE, @p)`;
  );
  
  - raw_create_mipmap (ch,w,h,type:INTEGER) data p:POINTER <-
  (
    `gluBuild1DMipmaps(GL_TEXTURE_1D, @ch, @w, @type, GL_UNSIGNED_BYTE, @p)`;
  );
  
  - raw_copy (x,y,w,h:INTEGER) type t:INTEGER <-
  (
    `glCopyTexImage1D(GL_TEXTURE_1D, 0, @t, @x, @y, @w, @h, 0)`;
  );
  
  
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/opengl_abstract.li0000644000175000017500000001337611314031255024271 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := OPENGL_ABSTRACT;
  
Section Inherit
  
  + parent_renderer:Expanded RENDERER;
  
  - parent_opengl_specific:OPENGL_SPECIFIC := OPENGL_SPECIFIC;

Section Public

  //
  // Renderer Modules
  //
  
  - transform:TRANSFORM <- GL_TRANSFORM;
  - texture1d:TEXTURE <- GL_TEXTURE1D;
  - texture2d:TEXTURE <- GL_TEXTURE2D;
  - font:FONT <- GL_FONT;
  - light:LIGHT <- GL_LIGHT;
  - material:MATERIAL <- GL_MATERIAL;
  - plane:PLANE <- GL_PLANE;
  - quadrics:QUADRICS <- GL_QUADRICS;
  - blending:BLENDING <- GL_BLENDING;
  - culling:CULLING <- GL_CULLING;
  - fog:FOG := GL_FOG; 
  
  //
  // Renderer features
  //
  
  - vb:VERTEX_BUFFER := GL_VERTEX_BUFFER; // renderer current Vertex Buffer
  - vertex_array:VERTEX_BUFFER <- GL_VERTEX_ARRAY;
  - vertex_buffer:VERTEX_BUFFER <- GL_VERTEX_BUFFER;
  - index_buffer:INDEX_BUFFER <- GL_INDEX_BUFFER;
  - display_list:DISPLAY_LIST <- GL_DISPLAY_LIST;
  
  - color_buffer:COLOR_BUFFER <- GL_COLOR_BUFFER;
  - depth_buffer:DEPTH_BUFFER <- GL_DEPTH_BUFFER;
  - stencil_buffer:STENCIL_BUFFER <- GL_STENCIL_BUFFER;
  - accum_buffer:ACCUM_BUFFER <- GL_ACCUM_BUFFER;
  - alpha_test:ALPHA_TEST <- GL_ALPHA_TEST;
  - scissor:SCISSOR <- GL_SCISSOR;
  
  - evaluator1d:EVALUATOR1D <- GL_EVALUATOR1D;
  - evaluator2d:EVALUATOR2D <- GL_EVALUATOR2D;
  
  - shader:SHADER <- GL_SHADER;
  
  - name_stack:NAME_STACK <- GL_NAME_STACK;
  
  - error:ERROR <- GL_ERROR;
  

  - initialize <-
  (   
    reshape.set_render_system Self;
    
    `glClearColor(0, 0, 0, 1)`;
  );
  
  - begin_frame <-
  // pre rendering
  (
    clear_screen;
    
    // reset world matrix 
    `glLoadIdentity()`;
    //transform.load_identity;
  );
  
  - end_frame <-
  // post rendering
  (
    swap_buffers;
  );
  
  - new_frame body:BLOCK <-
  (
    begin_frame;
    body.value;
    end_frame;
  );
  
  - clear_screen <- 
  (    
    `glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);`;
  );
  
  - active_vertex_array sizemax:INTEGER <- 
  (
    vb := GL_VERTEX_ARRAY.create sizemax;
  );
  
  - enable_shading <- 
  (
    `glShadeModel (GL_SMOOTH)`;
  );
  
  - disable_shading <- 
  (
    `glShadeModel (GL_FLAT)`;
  );
  
  - enable_lighting <- 
  (
    `glEnable(GL_LIGHTING)`;
  );
  
  - disable_lighting <- 
  (
    `glDisable(GL_LIGHTING)`;
  );
  
  
  - wireframe_mode on:BOOLEAN <-
  (
    on.if {
      `glPolygonMode(GL_FRONT, GL_LINE)`;
      `glPolygonMode(GL_BACK, GL_LINE)`;
    } else {
      `glPolygonMode(GL_FRONT, GL_FILL)`;
      `glPolygonMode(GL_BACK, GL_FILL)`;
    };
  );
  
  - enable_auto_normal <-
  (
    `glEnable(GL_AUTO_NORMAL)`;
  );
  
  - disable_auto_normal <-
  (
    `glDisable(GL_AUTO_NORMAL)`;
  );
  
  
  - set_point_size sz:REAL_32 <-
  (
    `glPointSize(@sz)`;
  );
  
  - set_line_width w:REAL_32 <-
  (
    `glLineWidth(@w)`;
  );
  
  - set_fog f:FOG <-
  (
    fog := f;
  );
  
  - set_quality q:INTEGER <- 
  (
    + mode:INTEGER;
    
    q
    .when nicest_quality then {
      mode := `GL_NICEST`:INTEGER;
    }
    .when fastest_quality then {
      mode := `GL_FASTEST`:INTEGER;  
    }
    .when default_quality then {
      mode := `GL_DONT_CARE`:INTEGER;
    };
    `glHint(GL_PERSPECTIVE_CORRECTION_HINT, @mode)`;
  );
  
  //
  // Render modes (GL_RENDER (default), GL_SELECT, GL_FEEDBACK)
  //
  
  - begin_selection_in buffer:FAST_ARRAY(UINTEGER_32) size sz:INTEGER <-
  (
    + p:POINTER;
    
    p := buffer.to_external;
    `glSelectBuffer (@sz, @p);`;
    
    `(void) glRenderMode (GL_SELECT)`;
  );
  
  - end_selection:INTEGER <- 
  (
    `glRenderMode (GL_RENDER)`:INTEGER
  );
  
  
  - set_fullscreen <-
  (
    is_fullscreeen  := TRUE;
  );
  
  //
  // Renderer informations
  //
  
  - video_card_name buf:STRING <- 
  (
    get_value (`GL_RENDERER`:INTEGER) on buf;
  );
  - video_card_vendor buf:STRING <- 
  (
    get_value (`GL_VENDOR`:INTEGER) on buf;
  );
  - video_card_version buf:STRING <-
  (
    get_value (`GL_VERSION`:INTEGER) on buf;
  );
  
 
  
Section Private
  
  - get_value val:INTEGER on str:STRING <-
  (
    + tmp:NATIVE_ARRAY(CHARACTER);
    + i:INTEGER;
    
    tmp := `glGetString(@val)`:NATIVE_ARRAY(CHARACTER);
    {tmp.item i != '\0'}.while_do {
      // string copy
      str.add_last (tmp.item i);
      i := i+1;
    };
  );
 
lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_culling.li0000644000175000017500000000452111314031255023231 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_CULLING;
  
  - comment  := "OpenGL Culling Mode";
  
Section Inherit
  
  - parent_culling:CULLING := CULLING;
  
Section Public
  
  // culling modes
  - front:INTEGER <- `GL_FRONT`:INTEGER;
  - back:INTEGER <- `GL_BACK`:INTEGER;
  - clockwise:INTEGER <- `GL_CW`:INTEGER;
  - counter_clockwise:INTEGER <- `GL_CCW`:INTEGER;
  
  
  - apply mode:INTEGER <-
  (
    `glCullFace(@mode)`;
  );
  
  - set_orientation o:INTEGER <-
  (
    `glFrontFace(@o)`;
  );
  
  - enable <-
  (
    parent_state.enable;
    `glEnable(GL_CULL_FACE)`;
  );
  
  - disable <-
  ( 
    parent_state.disable;
    `glDisable(GL_CULL_FACE)`;
  );
  
  - push_attrib <-
  (
    `glPushAttrib(GL_ENABLE_BIT)`;
  );
  
  - pop_attrib <-
  (
    `glPopAttrib()`;
  );
  
  
lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_light.li0000644000175000017500000000700711314031255022705 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_LIGHT;
  
  - comment  := "OpenGL Light";
  
Section Inherit
  
  + parent_light:Expanded LIGHT;
  
Section Public
  
  // OpenGl allow only 8 differents lights at a time
  - nb_lights:INTEGER;
  
  + id_light:INTEGER; // OpenGL id: LIGHT0 - LIGHT7
  
  - make (a,d,s:COLOR, pos:VECTOR3(REAL_32)) <- 
  (
    parent_light.make (a,d,s,pos);
    (nb_lights < 8).if {
      
      id_light := `GL_LIGHT0`:INTEGER + nb_lights;
      
      nb_lights := nb_lights + 1;
    } else {
      GL_ERROR.send "too much lights";
    };
  );
  
  - enable <- 
  (   
    + id:INTEGER;
    + p:POINTER;
    + vec:FAST_ARRAY(REAL_32);
    
    parent_state.enable;
    id := id_light;
    
    modified.if {
      p := ambient.get_array.to_external;
      `glLightfv(@id, GL_AMBIENT, @p)`;
      
      p := diffuse.get_array.to_external;
      `glLightfv(@id, GL_DIFFUSE, @p)`;
      
      p := specular.get_array.to_external;
      `glLightfv(@id, GL_SPECULAR, @p)`;
      
      vec := position.getv;
      is_directional.if {
	vec.add_last 0.0;
	p := vec.to_external;
	`glLightfv(@id, GL_POSITION, @p)`;
      } else {
	vec.add_last 1.0;
	p := vec.to_external;
	`glLightfv(@id, GL_POSITION, @p)`;
      };
      modified := FALSE;
    };
    `glEnable(@id)`;
  );
  
  - disable <-
  (
    + id:INTEGER;
    
    id := id_light;
    `glDisable(@id)`;
  );
  
  - set_model_ambient col:RGBA <- 
  ( + p:POINTER;
    p := col.getv.to_external;
    `glLightModelfv(GL_LIGHT_MODEL_AMBIENT, @p)`;
  );
  
  - set_model_local_viewer b:BOOLEAN <- 
  (
    `glLightModeli(GL_LIGHT_MODEL_LOCAL_VIEWER, @b)`;
  );
  
  - set_model_two_side b:BOOLEAN <-
  (
    `glLightModeli(GL_LIGHT_MODEL_TWO_SIDE, @b)`;
  );
  
  
  - push_attrib <-
  (
    `glPushAttrib(GL_ENABLE_BIT)`;
  );
  
  - pop_attrib <-
  (
    `glPopAttrib()`;
  );
   
  
  - enable_default_light <- 
  (
    `glEnable(GL_LIGHT0)`;
  );
  
  - disable_default_light <-
  (
    `glDisable(GL_LIGHT0)`;
  );
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_scissor.li0000644000175000017500000000446411314031255023267 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_SCISSOR;
  
  - comment  := "Viewport clipping";
  
Section Inherit
  
  - parent_scissor:SCISSOR := SCISSOR;
  
Section Public
  
  - enable <- 
  (
    parent_state.enable;
    `glEnable(GL_SCISSOR_TEST)`;
  );
  
  - disable <- 
  (
    parent_state.disable;
    `glDisable(GL_SCISSOR_TEST)`;
  );
  
  - cut v:VIEWPORT <-
  (
    + x,y,w,h:UINTEGER_32;
    
    x := v.x0;
    y := v.y0;
    w := v.width;
    h := v.height;
    `glScissor(@x,@y,@w,@h)`;
  );
  
  - cut4i (x,y,width,height:UINTEGER_32) <-
  (
    `glScissor(@x,@y,@width,@height)`;
  );
  
  - get_scissor_box viewport:VIEWPORT <- // ?????
  (
    + p:POINTER;
    
    p := viewport.getv.to_external;
    `glGetIntegerv(GL_SCISSOR_BOX, @p)`;
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_error.li0000644000175000017500000000513711314031255022731 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_ERROR; 
  
  - comment  := "OpenGL error";
  
Section Inherit
  
  - parent_error:ERROR := ERROR;
  
Section Public
  
  // 
  // Error codes
  //
  
  - no_error:INTEGER <- `GL_NO_ERROR`:INTEGER;
  - invalid_enum:INTEGER <- `GL_INVALID_ENUM`:INTEGER;
  - invalid_value:INTEGER <- `GL_INVALID_VALUE`:INTEGER;
  - invalid_operation:INTEGER <- `GL_INVALID_OPERATION`:INTEGER;
  - stack_overflow:INTEGER <- `GL_STACK_OVERFLOW`:INTEGER;
  - stack_underflow:INTEGER <- `GL_STACK_UNDERFLOW`:INTEGER;
  - out_of_memory:INTEGER <- `GL_OUT_OF_MEMORY`:INTEGER;
  
  
  - get:INTEGER <- 
  // return current error state variable
  (
    last_error := `glGetError()`:INTEGER;
    last_error
  );
  

  - get buffer:STRING from code:INTEGER <- 
  // return details of error 
   ( + str:NATIVE_ARRAY(CHARACTER);
     + i:INTEGER;
     
     str := `gluErrorString(@code)`:NATIVE_ARRAY(CHARACTER);
     {str.item i != '\0'}.while_do {
	// copy names of supported extensions
	
	buffer.add_last (str.item i);
	i := i+1;
      };
   );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_alpha_test.li0000644000175000017500000000474411314031255023727 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_ALPHA_TEST;
  
  - comment  := "Alpha Testing (only in RGBA mode)";
  
Section Inherit
  
  - parent_alpha_test:ALPHA_TEST := ALPHA_TEST;
 
Section Public
  
  // pixel test functions
  - always:INTEGER <- `GL_ALWAYS`:INTEGER;
  - never:INTEGER <- `GL_NEVER`:INTEGER;
  - less:INTEGER <-  `GL_LESS`:INTEGER;
  - lequal:INTEGER <- `GL_LEQUAL`:INTEGER;
  - equal:INTEGER <- `GL_EQUAL`:INTEGER;
  - gequal:INTEGER <- `GL_GEQUAL`:INTEGER;
  - greater:INTEGER <- `GL_GREATER`:INTEGER;
  - notequal:INTEGER <- `GL_NOTEQUAL`:INTEGER;
  
  
  - enable <-
  (
    parent_state.enable;
    `glEnable(GL_ALPHA_TEST)`;
  );
  
  - disable <-
  ( 
    parent_state.disable;
    `glDisable(GL_ALPHA_TEST)`;
  );
  
  - push_attrib <-
  (
    `glPushAttrib(GL_ENABLE_BIT)`;
  );
  
  - pop_attrib <-
  (
    `glPopAttrib()`;
  );
  
  - apply f:INTEGER with val:REAL_32 <-
  (
    `glAlphaFunc(@f, @val)`;
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_vertex_buffer.li0000644000175000017500000001137611314031255024450 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_VERTEX_BUFFER;
  
Section Inherit
  
  - parent_vertex_buffer:VERTEX_BUFFER := VERTEX_BUFFER;
  
Section Public
  
  - make sz:INTEGER <- 
  (
    // rien
  );
  
  - destroy <-
  (
    // rien
  );
  
  - build <-
  (
    // rien
  );
  
  - points:INTEGER <- `GL_POINTS`:INTEGER;
  - lines:INTEGER <- `GL_LINES`:INTEGER;
  - polygon:INTEGER <- `GL_POLYGON`:INTEGER;
  - triangles:INTEGER <- `GL_TRIANGLES`:INTEGER;
  - quads:INTEGER <- `GL_QUADS`:INTEGER;
  - line_strip:INTEGER <- `GL_LINE_STRIP`:INTEGER;
  - line_loop:INTEGER <-  `GL_LINE_LOOP`:INTEGER;
  - triangle_strip:INTEGER <- `GL_TRIANGLE_STRIP`:INTEGER;
  - triangle_fan:INTEGER <- `GL_TRIANGLE_FAN`:INTEGER;
  - quad_strip:INTEGER <- `GL_QUAD_STRIP`:INTEGER;
  
  
  - begin_triangles <-
  (
    drawing_mode := triangles;
    `glBegin (GL_TRIANGLES)`;
  );
  
  - begin_lines <-
  (
    drawing_mode := lines;
    `glBegin (GL_LINES)`;
  );
  
  - begin_points <-
  (
    drawing_mode := points;
    `glBegin (GL_POINTS)`;
  );
  
  - begin_quads <-
  (
    drawing_mode := quads;
    `glBegin (GL_QUADS)`;
  );
  
  - begin_polygon <-
  (
    drawing_mode := polygon;
    `glBegin (GL_POLYGON)`;
  );
  
  - begin_line_strip <-
  (
    drawing_mode := line_strip;
    `glBegin (GL_LINE_STRIP)`;
  );
  
  - begin_line_loop <-
  (
    drawing_mode := line_loop;
    `glBegin (GL_LINE_LOOP)`;
  );
  
  - begin_triangle_strip <-
  (
    drawing_mode := triangle_strip;
    `glBegin (GL_TRIANGLE_STRIP)`;
  );
  
  - begin_triangle_fan <-
  (
    drawing_mode := triangle_fan;
    `glBegin (GL_TRIANGLE_FAN)`;
  );
  
  - begin_quads_strip <-
  (
    drawing_mode := quad_strip;
    `glBegin (GL_QUAD_STRIP)`;
  );
  
  - end <- 
  (
    `glEnd()`;
  );
  
  - draw <-
  (
    `glFlush()`;
  );
  
  - add_vertex2f (x,y:REAL_32) <-
  (
    `glVertex2f (@x, @y)`;
  );
  - add_vertex3f (x,y,z:REAL_32) <-
  (
    `glVertex3f (@x, @y, @z)`;
  );
  
  - add_vertex3f (x,y,z:REAL_32) color col:COLOR <-
  (
    + r,g,b:REAL_32;
    
    r := col.r;
    g := col.g;
    b := col.b;
    
    `glColor3f (@r, @g, @b)`;
    `glVertex3f (@x, @y, @z)`;
  );
  
  - add_vertex v:VERTEX <- 
  (
    + x,y,z:REAL_32;
    
    x := v.x;
    y := v.y;
    z := v.z;
    `glVertex3f (@x, @y, @z)`;
  );
  
  - add_vertex v:VERTEX color col:COLOR <- 
  (
    + r,g,b:REAL_32;
    
    r := col.r;
    g := col.g;
    b := col.b;
    `glColor3f (@r, @g, @b)`;
    
    add_vertex v;
  );
  
  - add_texel2f (s,t:REAL_32) <-
  (
    `glTexCoord2f(@s, @t)`;
  );
  
  - add_normal3f (x,y,z:REAL_32) <-
  (
    `glNormal3f(@x, @y, @z)`;
  );
  
  - add_normal v:VECTOR3(REAL_32) <-
  (
    add_normal3f (v.x, v.y, v.z);
  );
  
  - add_color c:COLOR <-
  (
    + r,g,b:REAL_32;
    
    r := c.r;
    g := c.g;
    b := c.b;
    `glColor3f(@r, @g, @b)`;
  );
  
  - add_color3f (r,g,b:REAL_32) <-
  (
    `glColor3f(@r, @g, @b)`;
  );
  
  - get_vertex_data:FAST_ARRAY(REAL_32) <- 
  (
    not_yet_implemented; NULL
  );
  
  - get_texels_data:FAST_ARRAY(REAL_32) <- 
  (
    not_yet_implemented; NULL
  );
  
  - get_normals_data:FAST_ARRAY(REAL_32) <- 
  (
    not_yet_implemented; NULL
  );
  
  - get_colors_data:FAST_ARRAY(REAL_32) <- 
  (
    not_yet_implemented; NULL
  );
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_transform.li0000644000175000017500000001163111314031255023607 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_TRANSFORM;
  
  - comment  := "3 types of transformation: modelview, projection, viewport";
  
Section Inherit
  
  - parent_transform:TRANSFORM := TRANSFORM;
  
Section Public
  
  - load_identity <-
  // clear transformation
  (
    `glLoadIdentity()`;
  );
  
  - push_matrix <- 
  (
    `glPushMatrix()`;
  );
  
  - pop_matrix <- 
  (
    `glPopMatrix()`;
  );
  
  - load_matrix m:MATRIX4(REAL_32) <- 
  ( + p:POINTER;
    
    p := m.to_external;
    `glLoadMatrixf(@p)`;
  );
  
  - mult_matrix_by m:MATRIX4(REAL_32) <- 
  ( + p:POINTER;
    
    p := m.to_external;
    `glMultMatrixf(@p)`;
  );
  
  //
  // Viewing & Modeling transformations
  //
  
  - set_modelview_mode <- 
  (
    `glMatrixMode(GL_MODELVIEW)`;
  );
  
  - translatef (x,y,z:REAL_32) <-
  (
    `glTranslatef (@x,@y,@z)`;
  );
  
  - rotatef (val,x,y,z:REAL_32) <-
  (
    `glRotatef (@val,@x,@y,@z)`;
  );
  
  - scalef (x,y,z:REAL_32) <-
  (
    `glScalef (@x,@y,@z)`;
  );
  
  - get_modelview matrix:MATRIX4(REAL_32) <-
  ( + p:POINTER;
    
    p := matrix.to_external;
    `glGetFloatv(GL_MODELVIEW_MATRIX, @p)`;
  );
  
  //
  // Projection transformations
  //
  
  - set_projection_mode <- 
  (
    `glMatrixMode(GL_PROJECTION)`;
  );
  
  - get_projection matrix:MATRIX4(REAL_32) <-
  ( + p:POINTER;
    
    p := matrix.to_external;
    `glGetFloatv(GL_PROJECTION_MATRIX, @p)`;
  );
  
  - perspective (fovy,aspect,near,far:REAL_32) <-
  (
    `gluPerspective(@fovy, @aspect, @near, @far)`;
  );
  
  - frustum (left,right,bottom,top,near,far:REAL_32) <-
  (
    `glFrustum(@left,@right,@bottom,@top,@near,@far)`;
  );
  
  - orthographic (left,right,bottom,top,near,far:REAL_32) <-
  (
    `glOrtho(@left,@right,@bottom,@top,@near,@far)`;
  );
  
  - orthographic2d (left,right,bottom,top:REAL_32) <-
  (
    `gluOrtho2D(@left,@right,@bottom,@top)`;
  );
  
  - pickmatrix (x,y,w,h:UINTEGER_32) in v:VIEWPORT <-
  (
    + p:POINTER;
    
    p := v.getv.to_external;
    `gluPickMatrix(@x, @y, @w, @h, @p)`;
  );
  
  //
  // Viewport transformations
  //
  
  - set_viewport v:VIEWPORT <-
  (
    + x,y,w,h:UINTEGER_32;
    
    x := v.x0;
    y := v.y0;
    w := v.width;
    h := v.height;
    `glViewport(@x,@y,@w,@h)`;
  );
  
  - set_viewport4i (x,y,width,height:UINTEGER_32) <-
  (
    `glViewport(@x,@y,@width,@height)`;
  );
  
  - get_viewport viewport:VIEWPORT <- // ?????
  (
    + p:POINTER;
    
    p := viewport.getv.to_external;
    `glGetIntegerv(GL_VIEWPORT, @p)`;
  );
  
  //
  //  Tranformation utility
  //
  
  - begin_ortho (w,h:INTEGER) <-
  (
    // define viewport
    set_viewport4i (0, 0, w, h);
    
    // modify projection
    set_projection_mode;
    
    // save old projection
    push_matrix;
    
    // clear our ortho projection
    load_identity;
    
    // set viewing volume
    orthographic (0, w, h, 0, -99999, 99999);
    
    // restore modelview mode
    set_modelview_mode;
    
    // clear tranformations
    load_identity;
    
    // disable states not suited for ortho mode
    `glDisable (GL_DEPTH_TEST); // fixme
    glDisable (GL_CULL_FACE);
    glDisable (GL_BLEND);
    glEnable (GL_ALPHA_TEST);
    glColor4f (1,1,1,1);`
  );
  
  - end_ortho <-
  (
    // modify projection
    set_projection_mode;
    
    // restore the previous matrix
    pop_matrix;
    
    // go back to normal mode
    set_modelview_mode;  
  );


  lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_font_abstract.li0000644000175000017500000000702411314031255024426 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_FONT_ABSTRACT;
  
  - comment  := "OpenGl rendered font";
  
Section Inherit
  
  + parent_font:Expanded FONT;
  
Section Public
  
  + base:UINTEGER_32; // GL base display list
  + text_mode:GL_DISPLAY_LIST;
  
  - unload <-
  (
    + b:UINTEGER_32;
    + n:INTEGER;
    
    b := base;
    n := nb_chars;
    `glDeleteLists(@b, @n)`;
    
    text_mode.destroy;
  );
  
  - enable <-
  (
    + b:INTEGER;
    + w,h:INTEGER;
    
    (text_mode = NULL).if {
      // not loaded
      
      b := base;
      w := OPENGL.viewport.width;
      h := OPENGL.viewport.height;
      
      text_mode := GL_DISPLAY_LIST.create {
        `glListBase(@b-32)`;
        
        `glPushAttrib(GL_ENABLE_BIT)`;// push states flags
        
        //Set projection matrix
        `glMatrixMode(GL_PROJECTION);
        glPushMatrix();
        glLoadIdentity();
        gluOrtho2D(0.0f, @w, @h, 0.0f);`;
        
        //Set modelview matrix
        `glMatrixMode(GL_MODELVIEW);
        glPushMatrix();
        glLoadIdentity();`;
        
        //Set states
        `glDisable(GL_DEPTH_TEST)`;
        `glDisable(GL_BLEND)`;
        `glDisable(GL_TEXTURE_2D)`;
        `glDisable (GL_CULL_FACE)`;
      };
    };
    text_mode.call;
  );
  
  - disable <-
  (
    //restore matrices
    `glMatrixMode(GL_PROJECTION);
    glPopMatrix();
    glMatrixMode(GL_MODELVIEW);
    glPopMatrix();`;
    
    //reset other states
    `glListBase(0)`;
    `glPopAttrib()`;
  );
  
  - print text:ABSTRACT_STRING at (x,y:INTEGER) <- 
  (
    + b:UINTEGER_32;
    + n:INTEGER;
    + txt:NATIVE_ARRAY(CHARACTER);
    + xx,yy:INTEGER;
    
    txt := text.to_external;
    n := text.count;
    b := base;
    xx := x + OPENGL.viewport.x0;
    yy := y + OPENGL.viewport.y0;
        
    //Print the text
    `#ifndef GLBINDING__USE_GUI // FIXME: raster bug with gui
    glListBase(@b - 32);

    glRasterPos2i(@xx, @yy);
    glCallLists(@n, GL_UNSIGNED_BYTE, @txt);
    #endif
    `;
  );
  
lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_depth_buffer.li0000644000175000017500000000527311314031255024236 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_DEPTH_BUFFER;
  
  - comment  := "Opengl Depth Buffer";
  
Section Inherit
  
  - parent_buffer:DEPTH_BUFFER := DEPTH_BUFFER;
  
Section Public
  
  // pixel test functions
  - always:INTEGER <- `GL_ALWAYS`:INTEGER;
  - never:INTEGER <- `GL_NEVER`:INTEGER;
  - less:INTEGER <-  `GL_LESS`:INTEGER;
  - lequal:INTEGER <- `GL_LEQUAL`:INTEGER;
  - equal:INTEGER <- `GL_EQUAL`:INTEGER;
  - gequal:INTEGER <- `GL_GEQUAL`:INTEGER;
  - greater:INTEGER <- `GL_GREATER`:INTEGER;
  - notequal:INTEGER <- `GL_NOTEQUAL`:INTEGER;
  
  - enable <-
  (
    parent_state.enable;
    `glEnable (GL_DEPTH_TEST)`;
  );
  
  - disable <-
  (
    parent_state.disable;
    `glDisable (GL_DEPTH_TEST)`;
  );
  
  - push_attrib <-
  (
    `glPushAttrib(GL_ENABLE_BIT)`;
  );
  
  - pop_attrib <-
  (
    `glPopAttrib()`;
  );
  
  - set_clear_value val:REAL_32 <-
  (
    `glClearDepth(@val)`;
  );
  
  - clear <- 
  (
    `glClear(GL_DEPTH_BUFFER_BIT)`;
  );
  
  - set_function f:INTEGER <- 
  (
    `glDepthFunc(@f)`;
  );
  
  - lock <- 
  (
    `glDepthMask(GL_TRUE)`;
  );
  
  - unlock <-
  (
    `glDepthMask(GL_FALSE)`;
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_evaluator2d.li0000644000175000017500000000643211314031255024027 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_EVALUATOR2D;
  
  - comment  := "Maps a spline surface";
  
Section Inherit
  
  + parent_evaluator2d:Expanded EVALUATOR2D;
  
Section Public
  
  // types of the control points
  - vertex3:INTEGER <- `GL_MAP2_VERTEX_3`:INTEGER;
  - vertex4:INTEGER <- `GL_MAP2_VERTEX_4`:INTEGER;
  - index:INTEGER <- `GL_MAP2_INDEX`:INTEGER;
  - normal:INTEGER <- `GL_MAP2_NORMAL`:INTEGER;
  - color4:INTEGER <- `GL_MAP2_COLOR_4`:INTEGER;
  - texture_coord1:INTEGER <- `GL_MAP2_TEXTURE_COORD_1`:INTEGER;
  - texture_coord2:INTEGER <- `GL_MAP2_TEXTURE_COORD_2`:INTEGER;
  - texture_coord3:INTEGER <- `GL_MAP2_TEXTURE_COORD_3`:INTEGER;
  - texture_coord4:INTEGER <- `GL_MAP2_TEXTURE_COORD_4`:INTEGER;
  
  // mesh drawing modes
  - line:INTEGER <- `GL_LINE`:INTEGER;
  - point:INTEGER <- `GL_POINT`:INTEGER;
  - fill:INTEGER <- `GL_FILL`:INTEGER;
  
  - enable <-
  (
    + mode:INTEGER;
    
    mode := type;
    parent_state.enable;
    `glEnable(@mode)`;
  );
  
  - disable <-
  (
    + mode:INTEGER;
    
    mode := type;
    parent_state.disable;
    `glDisable(@mode)`;
  );
  
  - map (u_order,u_size:INTEGER) and (v_order,v_size:INTEGER) range (u1,v1:REAL_32) to (u2,v2:REAL_32) <- 
  (
    + mode:INTEGER;
    + p:POINTER;
    
    mode := type;
    p := control_points.to_external;
    `glMap2f(@mode,@u1,@u2,@u_size,@u_order,@v1,@v2,@v_size,@v_order,@p)`;
  );
  
  - evaluate (x,y:REAL_32) <-
  (
    `glEvalCoord2f(@x,@y)`;
  );
  
  - generate_grid  (w,h:INTEGER) between (u1,u2:REAL_32) and  (v1,v2:REAL_32)<-
  (
    `glMapGrid2f(@w,@u1,@u2,@h,@v1,@v2)`;
  );
  
  - evaluate_mesh mode:INTEGER from (start1,start2:INTEGER) to (end1,end2:INTEGER) <-
  (
    `glEvalMesh2(@mode, @start1, @end1, @start2, @end2)`;
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_vertex_array.li0000644000175000017500000002473311314031255024316 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_VERTEX_ARRAY;
  
Section Inherit
  
  - parent_vertex_buffer:VERTEX_BUFFER := VERTEX_BUFFER;
  
Section Public
  
  + vertex:FAST_ARRAY(REAL_32);
  + texels:FAST_ARRAY(REAL_32);
  + normals:FAST_ARRAY(REAL_32);
  + colors:FAST_ARRAY(REAL_32);
  
  + vertex_id:UINTEGER_32;
  + texels_id:UINTEGER_32;
  + normals_id:UINTEGER_32;
  + colors_id:UINTEGER_32;
  
  + drawing_mode:INTEGER;
  
  + capacity:INTEGER;
  
  
  - make sz:INTEGER <- 
  (
    vertex := FAST_ARRAY(REAL_32).create_with_capacity sz;
    texels := FAST_ARRAY(REAL_32).create_with_capacity sz;
    normals := FAST_ARRAY(REAL_32).create_with_capacity sz;
    colors := FAST_ARRAY(REAL_32).create_with_capacity sz;
    
    capacity := sz;
  );
  
  - points:INTEGER <- `GL_POINTS`:INTEGER;
  - lines:INTEGER <- `GL_LINES`:INTEGER;
  - polygon:INTEGER <- `GL_POLYGON`:INTEGER;
  - triangles:INTEGER <- `GL_TRIANGLES`:INTEGER;
  - quads:INTEGER <- `GL_QUADS`:INTEGER;
  - line_strip:INTEGER <- `GL_LINE_STRIP`:INTEGER;
  - line_loop:INTEGER <-  `GL_LINE_LOOP`:INTEGER;
  - triangle_strip:INTEGER <- `GL_TRIANGLE_STRIP`:INTEGER;
  - triangle_fan:INTEGER <- `GL_TRIANGLE_FAN`:INTEGER;
  - quad_strip:INTEGER <- `GL_QUAD_STRIP`:INTEGER;
  
  
  - build <- 
  (
    + p:POINTER;
    
    (OPENGL.arb_vertex_buffer_object != NULL).if {
      // create vertex array
      (vertex.count > 0).if {
        vertex_id := OPENGL.arb_vertex_buffer_object.genbuffer;
        OPENGL.arb_vertex_buffer_object.bind vertex_id;
        
        // load data into GPU cache
        p := vertex.to_external;
        OPENGL.arb_vertex_buffer_object.buffer_data p size (3*vertex.count*REAL_32.object_size);
      };
      (texels.count > 0).if {
        texels_id := OPENGL.arb_vertex_buffer_object.genbuffer;
        OPENGL.arb_vertex_buffer_object.bind texels_id;
        
        // load data into GPU cache
        p := texels.to_external;
        OPENGL.arb_vertex_buffer_object.buffer_data p size (2*texels.count*REAL_32.object_size);
      };
      (colors.count > 0).if {
        colors_id := OPENGL.arb_vertex_buffer_object.genbuffer;
        OPENGL.arb_vertex_buffer_object.bind colors_id;
        
        // load data into GPU cache
        p := colors.to_external;
        OPENGL.arb_vertex_buffer_object.buffer_data p size (3*colors.count*REAL_32.object_size);
      };
      (normals.count > 0).if {
        normals_id := OPENGL.arb_vertex_buffer_object.genbuffer;
        OPENGL.arb_vertex_buffer_object.bind normals_id;
        
        // load data into GPU cache
        p := normals.to_external;
        OPENGL.arb_vertex_buffer_object.buffer_data p size (3*normals.count*REAL_32.object_size);
      };
    };
  );
  
  - disable <-
  (
    // disable pointers
    (vertex.count > 0).if {
      `glDisableClientState (GL_VERTEX_ARRAY)`;
    };
    (texels.count > 0).if {
      `glDisableClientState (GL_TEXTURE_COORD_ARRAY)`;
    };
    (colors.count > 0).if {
      `glDisableClientState (GL_COLOR_ARRAY)`;
    };
    (normals.count > 0).if {
      `glDisableClientState (GL_NORMAL_ARRAY)`;
    };
  );
  
  - draw <-
  (
    + sz,mode:INTEGER;
    
    // render all at once
    sz := capacity;
    mode := drawing_mode;
    `glDrawArrays (@mode, 0, @sz)`;
    
    disable;
  );
  
  - draw_using index_array:INDEX_BUFFER <-
  (
    index_array.bind;
    index_array.draw drawing_mode size capacity;
    disable;
  ); 
  
  - bind <-
  (
    + p:POINTER;
    
    (vertex.count > 0).if {
      `glEnableClientState(GL_VERTEX_ARRAY)`;
      (OPENGL.arb_vertex_buffer_object != NULL).if {
        // use GPU vertex buffer
        OPENGL.arb_vertex_buffer_object.bind vertex_id;
        `glVertexPointer(3, GL_FLOAT, 0, (char*)NULL)`;
      } else {    
        p := vertex.to_external;
        `glVertexPointer(3, GL_FLOAT, 0, @p)`;
      };
    };    
    
    (texels.count > 0).if {
      `glEnableClientState(GL_TEXTURE_COORD_ARRAY)`;
      (OPENGL.arb_vertex_buffer_object != NULL).if {
        OPENGL.arb_vertex_buffer_object.bind texels_id;
        `glTexCoordPointer(2, GL_FLOAT, 0, (char*)NULL)`;
      } else {
        p := texels.to_external;
        `glTexCoordPointer(2, GL_FLOAT, 0, @p)`;
      };
    };
    
    (colors.count > 0).if {
      `glEnableClientState(GL_COLOR_ARRAY)`;
      (OPENGL.arb_vertex_buffer_object != NULL).if {
        OPENGL.arb_vertex_buffer_object.bind colors_id;
        `glColorPointer(3, GL_FLOAT, 0, (char*)NULL)`;
      } else {
        p := colors.to_external;
        `glColorPointer(3, GL_FLOAT, 0, @p)`;
      };
    };
    
    (normals.count > 0).if {
      `glEnableClientState(GL_NORMAL_ARRAY)`;
      (OPENGL.arb_vertex_buffer_object != NULL).if {
        OPENGL.arb_vertex_buffer_object.bind normals_id;
        `glNormalPointer(GL_FLOAT, 0, (char*)NULL)`;
      } else {
        p := normals.to_external;
        `glNormalPointer(GL_FLOAT, 0, @p)`;
      };
    };
  );
  
  - bind_unit n:INTEGER <-
  (
    + p:POINTER;
    
    (vertex.count > 0).if {
      `glEnableClientState(GL_VERTEX_ARRAY)`;
      (OPENGL.arb_vertex_buffer_object != NULL).if {
        // use GPU vertex buffer
        OPENGL.arb_vertex_buffer_object.bind vertex_id;
        `glVertexPointer(3, GL_FLOAT, 0, (char*)NULL)`;
      } else {    
        p := vertex.to_external;
        `glVertexPointer(3, GL_FLOAT, 0, @p)`;
      };
    };    
    
    (texels.count > 0).if {
      `glEnableClientState(GL_TEXTURE_COORD_ARRAY)`;
      
      (OPENGL.arb_multitexture != NULL).if {
        OPENGL.arb_multitexture.client_active_texture n;
      };
      (OPENGL.arb_vertex_buffer_object != NULL).if {
        OPENGL.arb_vertex_buffer_object.bind texels_id;
        `glTexCoordPointer(2, GL_FLOAT, 0, (char*)NULL)`;
      } else {
        p := texels.to_external;
        `glTexCoordPointer(2, GL_FLOAT, 0, @p)`;
      };
    };
    
    (colors.count > 0).if {
      `glEnableClientState(GL_COLOR_ARRAY)`;
      (OPENGL.arb_vertex_buffer_object != NULL).if {
        OPENGL.arb_vertex_buffer_object.bind colors_id;
        `glColorPointer(3, GL_FLOAT, 0, (char*)NULL)`;
      } else {
        p := colors.to_external;
        `glColorPointer(3, GL_FLOAT, 0, @p)`;
      };
    };
    
    (normals.count > 0).if {
      `glEnableClientState(GL_NORMAL_ARRAY)`;
      (OPENGL.arb_vertex_buffer_object != NULL).if {
        OPENGL.arb_vertex_buffer_object.bind normals_id;
        `glNormalPointer(GL_FLOAT, 0, (char*)NULL)`;
      } else {
        p := normals.to_external;
        `glNormalPointer(GL_FLOAT, 0, @p)`;
      };
    };
  );
  
  
  - begin_triangles <-
  (
    drawing_mode := triangles;
  );
  
  - begin_lines <-
  (
    drawing_mode := lines;
  );
  
  - begin_points <-
  (
    drawing_mode := points;
  );
  
  - begin_quads <-
  (
    drawing_mode := quads;
  );
  
  - begin_polygon <-
  (
    drawing_mode := polygon;
  );
  
  - begin_line_strip <-
  (
    drawing_mode := line_strip;
  );
  
  - begin_line_loop <-
  (
    drawing_mode := line_loop;
  );
  
  - begin_triangle_strip <-
  (
    drawing_mode := triangle_strip;
  );
  
  - begin_triangle_fan <-
  (
    drawing_mode := triangle_fan;
  );
  
  - begin_quads_strip <-
  (
    drawing_mode := quad_strip;
  );
  
  - end <- 
  (
    build;
  );
  
  - add_vertex2f (x,y:REAL_32) <-
  (
    vertex.add_last x;
    vertex.add_last y;
    vertex.add_last 0;
  );
  
  - add_vertex3f (x,y,z:REAL_32) <-
  (
    vertex.add_last x;
    vertex.add_last y;
    vertex.add_last z;
  );
  
  - add_vertex3f (x,y,z:REAL_32) color col:COLOR <-
  (
    add_vertex3f (x,y,z);
    add_color col;
  );
  
  - add_vertex v:VERTEX <- 
  (
    vertex.add_last (v.x);
    vertex.add_last (v.y);
    vertex.add_last (v.z);    
  );
  
  - add_vertex v:VERTEX color col:COLOR <- 
  (
    add_vertex v;
    add_color col;
  );
  
  - add_texel2f (s,t:REAL_32) <-
  (
    texels.add_last s;
    texels.add_last t;
  );
  
  - add_normal3f (x,y,z:REAL_32) <-
  (
    normals.add_last x;
    normals.add_last y;
    normals.add_last z;
  );
  
  - add_normal v:VECTOR3(REAL_32) <-
  (
    add_normal3f (v.x, v.y, v.z);
  );
  
  - add_color (c:COLOR) <-
  (
    colors.add_last (c.r);
    colors.add_last (c.g);
    colors.add_last (c.b); 
  );
  
  - add_color3f (r,g,b:REAL_32) <-
  ( 
    colors.add_last r; 
    colors.add_last g;  
    colors.add_last b;
  );
  
  - get_vertex_data:FAST_ARRAY(REAL_32) <- 
  (
    vertex
  );
  
  - get_texels_data:FAST_ARRAY(REAL_32) <- 
  (
    texels
  );
  
  - get_normals_data:FAST_ARRAY(REAL_32) <- 
  (
    normals
  );
  
  - get_colors_data:FAST_ARRAY(REAL_32) <- 
  (
    colors
  );
  
  
  - destroy <-
  // bug!!!
  (
    (OPENGL.arb_vertex_buffer_object != NULL).if {
      (vertex.count > 0).if {
        OPENGL.arb_vertex_buffer_object.delete vertex_id;
      };
      (texels.count > 0).if {
        OPENGL.arb_vertex_buffer_object.delete texels_id;
      };
      (colors.count > 0).if {
        OPENGL.arb_vertex_buffer_object.delete colors_id;
      };
      (normals.count > 0).if {
        OPENGL.arb_vertex_buffer_object.delete normals_id;
      };
    };
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_display_list.li0000644000175000017500000000443611314031255024301 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_DISPLAY_LIST;
  
  - author   := "OpenGL display list";

Section Inherit
  
  - parent_display_list:DISPLAY_LIST := DISPLAY_LIST;
  
Section Public
  
  + id_list:INTEGER;// OpenGL id to call display list
  
  - create body:{} :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make body;
    result
  );
  
  - make body:{} <-
  (
    + id:INTEGER;
    
    id := id_list := `glGenLists(1)`:INTEGER;
    
    `glNewList(@id, GL_COMPILE)`;
    
    body.value;
    
    `glEndList()`;
  );
  
  - call <-
  (
    + id:INTEGER;
    
    id := id_list;
    `glCallList(@id)`;
  );
  
  - destroy <- 
  (
     + id:INTEGER;
    
    id := id_list;
    `glDeleteLists(@id, 1)`;
  );
lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_evaluator1d.li0000644000175000017500000000646011314031255024027 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_EVALUATOR1D;
  
  - comment  := "Maps a curve line";
  
Section Inherit
  
  + parent_evaluator1d:Expanded EVALUATOR1D;
  
Section Public
  
  // types of the control points
  - vertex3:INTEGER <- `GL_MAP1_VERTEX_3`:INTEGER;
  - vertex4:INTEGER <- `GL_MAP1_VERTEX_4`:INTEGER;
  - index:INTEGER <- `GL_MAP1_INDEX`:INTEGER;
  - normal:INTEGER <- `GL_MAP1_NORMAL`:INTEGER;
  - color4:INTEGER <- `GL_MAP1_COLOR_4`:INTEGER;
  - texture_coord1:INTEGER <- `GL_MAP1_TEXTURE_COORD_1`:INTEGER;
  - texture_coord2:INTEGER <- `GL_MAP1_TEXTURE_COORD_2`:INTEGER;
  - texture_coord3:INTEGER <- `GL_MAP1_TEXTURE_COORD_3`:INTEGER;
  - texture_coord4:INTEGER <- `GL_MAP1_TEXTURE_COORD_4`:INTEGER;
  
  // mesh drawing modes
  - line:INTEGER <- `GL_LINE`:INTEGER;
  - point:INTEGER <- `GL_POINT`:INTEGER;
  
  
  - enable <-
  (
    + mode:INTEGER;
    
    mode := type;
    parent_state.enable;
    `glEnable(@mode)`;
  );
  
  - disable <-
  (
    + mode:INTEGER;
    
    mode := type;
    parent_state.disable;
    `glDisable(@mode)`;
  );
  
  - map (n_points,point_size:INTEGER) range (t1,t2:REAL_32) <-
  (
    + mode:INTEGER;
    + p:POINTER;
    
    mode := type;
    p := control_points.to_external;
    `glMap1f(@mode, @t1, @t2, @point_size, @n_points, @p)`;
  );
  
  // generate a point for the parametric value 'val'
  - evaluate val:REAL_32 <- 
  (
    `glEvalCoord1f(@val)`;
  );
  
  // auto generate n points evenly spaced between (t1,t2)
  - generate_grid  nb_points:INTEGER between (t1,t2:REAL_32) <-
  (
    `glMapGrid1f(@nb_points, @t1, @t2)`;
  );
  
  // Warning: mode is defined in the vertex buffer prototype
  - evaluate_mesh mode:INTEGER from start:INTEGER to end:INTEGER <- 
  (
    `glEvalMesh1(@mode, @start, @end)`;
  );
  lisaac_0.39_rc1/lib/unstable/opengl/opengl/opengl_specific.li0000644000175000017500000000616611314031255024252 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := OPENGL_SPECIFIC;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  //
  // OpenGL Extensions
  //
  
  - arb_multitexture:ARB_MULTITEXTURE;
  - arb_vertex_buffer_object:ARB_VERTEX_BUFFER_OBJECT;
  
  - arb_shader_object:ARB_SHADER_OBJECT;
  - arb_vertex_shader:ARB_VERTEX_SHADER;
  - arb_fragment_shader:ARB_FRAGMENT_SHADER;
  - arb_shading_language_100:ARB_SHADING_LANGUAGE_100;
  
  
  - use_arb_multitexture:BOOLEAN <-
  (
    arb_multitexture := ARB_MULTITEXTURE.create;
    arb_multitexture != NULL
  );
  
  - use_arb_vertex_buffer_object:BOOLEAN <-
  (
    arb_vertex_buffer_object := ARB_VERTEX_BUFFER_OBJECT.create;
    arb_vertex_buffer_object != NULL
  );
  
  - use_arb_shader_object:BOOLEAN <-
  (
    arb_shader_object := ARB_SHADER_OBJECT.create;
    arb_shader_object != NULL
  );
  
  - use_arb_vertex_shader:BOOLEAN <-
  (
    arb_vertex_shader := ARB_VERTEX_SHADER.create;
    arb_vertex_shader != NULL
  );
   
  - use_arb_fragment_shader:BOOLEAN <-
  (
    arb_fragment_shader := ARB_FRAGMENT_SHADER.create;
    arb_fragment_shader != NULL
  );
  
  - use_arb_shading_language_100:BOOLEAN <-
  (
    arb_shading_language_100 := ARB_SHADING_LANGUAGE_100.create;
    arb_shading_language_100 != NULL
  );
  
  - use_shaders:BOOLEAN <-
  (
    use_arb_shader_object && {use_arb_vertex_shader} && {use_arb_fragment_shader} && {use_arb_shading_language_100}
  );
  
  - use_extensions <-
  // load everything
  (
    use_arb_vertex_buffer_object;
    use_arb_multitexture;
    
    use_shaders;
    //...
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_blending.li0000644000175000017500000000550211314031255023356 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_BLENDING;
  
  - comment  := "Opengl Blending Mode";
  
Section Inherit
  
  - parent_blending:BLENDING := BLENDING;
  
Section Public
  
  // factors values
  - zero:INTEGER <- `GL_ZERO`:INTEGER;
  - one:INTEGER <- `GL_ONE`:INTEGER;
  - dst_color:INTEGER <- `GL_DST_COLOR`:INTEGER;
  - one_minus_dst_color:INTEGER <- `GL_ONE_MINUS_DST_COLOR`:INTEGER;
  - src_color:INTEGER <- `GL_SRC_COLOR`:INTEGER;
  - one_minus_src_color:INTEGER <- `GL_ONE_MINUS_SRC_COLOR`:INTEGER;
  - src_alpha:INTEGER <- `GL_SRC_ALPHA`:INTEGER;
  - one_minus_src_alpha:INTEGER <- `GL_ONE_MINUS_SRC_ALPHA`:INTEGER;
  - dst_alpha:INTEGER <- `GL_DST_ALPHA`:INTEGER;
  - one_minus_dst_alpha:INTEGER <- `GL_ONE_MINUS_DST_ALPHA`:INTEGER;
  - src_alpha_saturate:INTEGER <- `GL_SRC_ALPHA_SATURATE`:INTEGER;
  
  - enable <-
  (
    parent_state.enable;
    `glEnable(GL_BLEND)`;
  );
  
  - disable <-
  ( 
    parent_state.disable;
    `glDisable(GL_BLEND)`;
  );
  
  - push_attrib <-
  (
    `glPushAttrib(GL_ENABLE_BIT)`;
  );
  
  - pop_attrib <-
  (
    `glPopAttrib()`;
  );
  
  - apply (src_factor,dst_factor:INTEGER) <-
  (   
    `glBlendFunc(@src_factor, @dst_factor)`;
  );
  
  - set_alpha_value alpha:REAL_32 <-
  (
    `glColor4f(1.0f, 1.0f, 1.0f, @alpha)`; 
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_texture2d.li0000644000175000017500000000730011314031255023520 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_TEXTURE2D;
  
  - comment  := "OpenGL 2D texture";
  
Section Inherit
  
  + parent_abstract_texture:Expanded GL_ABSTRACT_TEXTURE;
  
Section Public
  
  - draw (x,y:INTEGER) <-
  (
    + w,h:INTEGER;
    
    w := width;
    h := height;
    
    bind;
    
    `glBegin (GL_QUADS);
    glTexCoord2f (0, 0);
    glVertex2f (@x, @y);
    glTexCoord2f (1, 0);
    glVertex2f (@x + @w, @y);
    glTexCoord2f (1, 1);
    glVertex2f (@x + @w, @y + @h);
    glTexCoord2f (0, 1);
    glVertex2f (@x, @y + @h);
    glEnd ();
    `;
  );
  
  - draw_strech (x,y,w,h:INTEGER) <-
  (
    bind;
    
    `glBegin (GL_QUADS);
    glTexCoord2f (0, 0);
    glVertex2f (@x, @y);
    glTexCoord2f (1, 0);
    glVertex2f (@x + @w, @y);
    glTexCoord2f (1, 1);
    glVertex2f (@x + @w, @y + @h);
    glTexCoord2f (0, 1);
    glVertex2f (@x, @y + @h);
    glEnd ();
    `;
  );
  
  - replace_region (x,y,w,h:INTEGER) with_data (pixels:FAST_ARRAY(UINTEGER_8),type:INTEGER) <-
  ( + p:POINTER;
    
    p := pixels.to_external;
    `glTexSubImage2D(GL_TEXTURE_2D, 0, @x, @y, @w, @h, @type, GL_UNSIGNED_BYTE, @p)`;
  ); 
  
  - replace_region (x,y,w,h:INTEGER) with image:IMAGE <-
  (
    + p:POINTER;
    + type:INTEGER;
    
    type := image.channels;
    p := image.get_pixels.to_external;
    `glTexSubImage2D(GL_TEXTURE_2D, 0, @x, @y, @w, @h, @type, GL_UNSIGNED_BYTE, @p)`;
  );
  
  - replace_region (x,y,w,h:INTEGER) with_framebuffer_at (x0,y0:INTEGER) <-
  ( + t:INTEGER;
    
    t := channels;
    `glCopyTexSubImage2D(GL_TEXTURE_2D, 0, @x,@y, @x0,@y0, @w,@h)`;
  //  `glCopyTexImage2D(GL_TEXTURE_2D, 0, @t, @x, @y, @w, @h, 0)`;
  );
  
Section GL_ABSTRACT_TEXTURE
  
  - target:INTEGER <- `GL_TEXTURE_2D`:INTEGER;
  
  - raw_create (ch,w,h,type:INTEGER) data p:POINTER <-
  (
    `glTexImage2D(GL_TEXTURE_2D, 0, @ch, @w, @h, 0, @type, GL_UNSIGNED_BYTE, @p)`;
  );
  
  - raw_create_mipmap (ch,w,h,type:INTEGER) data p:POINTER <-
  (
    `gluBuild2DMipmaps(GL_TEXTURE_2D, @ch, @w, @h, @type, GL_UNSIGNED_BYTE, @p)`;
  );
  
  - raw_copy (x,y,w,h:INTEGER) type t:INTEGER <-
  (
    `glCopyTexImage2D(GL_TEXTURE_2D, 0, @t, @x, @y, @w, @h, 0)`;
  );
 lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_extension.li0000644000175000017500000000502011314031255023603 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_EXTENSION;
  
  - comment  := "OpenGL ARB extensions manager";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - extension_names:STRING;
  
  - name:STRING_CONSTANT <- STRING_CONSTANT;
  
  
  - create :SELF <- 
  // dont clone prototype
  (  + result:SELF;
    (SELF.is_supported).if {
      result := SELF;
      result.make;
    };
    result
  );
  
  - make <- deferred;
  
  - is_supported:BOOLEAN <-
  (
    + extensions:NATIVE_ARRAY(CHARACTER);
    + i:INTEGER;
    + result:BOOLEAN;
    
    (extension_names = NULL).if {
      extensions := `glGetString(GL_EXTENSIONS)`:NATIVE_ARRAY(CHARACTER);
      extension_names := STRING.create 256;
      
      {extensions.item i != '\0'}.while_do {
	// copy names of supported extensions
	
	extension_names.add_last (extensions.item i);
	i := i+1;
      };
    };
    (extension_names.has_substring name).if {
      result := TRUE;
    };
    result
  );lisaac_0.39_rc1/lib/unstable/opengl/opengl/gl_fog.li0000644000175000017500000000506611314031255022354 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_FOG;
  
  - comment  := "Opengl Fog";
  
Section Inherit
  
  + parent_fog:Expanded FOG;
  
Section Public
  
  - enable <-
  (
    parent_state.enable;
    `glEnable(GL_FOG)`;
  );
  
  - disable <-
  ( 
    parent_state.disable;
    `glDisable(GL_FOG)`;
  );
  
  - push_attrib <-
  (
    `glPushAttrib(GL_ENABLE_BIT)`;
  );
  
  - pop_attrib <-
  (
    `glPopAttrib()`;
  );
  
  - render <- 
  (
    + m:INTEGER;
    + p:POINTER;
    + r:REAL_32;
    
    (fogmode = filter_linear).if {
      m := `GL_LINEAR`:INTEGER;
    } else {
      m := `GL_EXP2`:INTEGER; // GL_EXP for old pc
    };
    `glFogi(GL_FOG_MODE, @m)`;
    
    p := color.get_array.to_external;
    `glFogfv(GL_FOG_COLOR, @p)`;
    
    r := density;
    `glFogf(GL_FOG_DENSITY, @r)`;
    
    `glHint(GL_FOG_HINT, GL_DONT_CARE)`; // GL_DONT_CARE, GL_NICEST or GL_FASTEST 
    r := start;
    `glFogf(GL_FOG_START, @r)`;
    
    r := end;
    `glFogf(GL_FOG_END, @r)`;
    `glEnable(GL_FOG)`;
  );
  
  lisaac_0.39_rc1/lib/unstable/opengl/gui/0000755000175000017500000000000011314031324020057 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/gui/g_gldraw.li0000644000175000017500000000513611314031255022203 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := G_GLDRAW;
  
  
  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "OpenGL output for GUI.";
  
Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Public
  
  + scene:SCENE;
  
  //
  // Width / Height
  //
  
  - predict_size txt:ABSTRACT_STRING :(INTEGER,INTEGER) <-
  ( 
    (width,height)
  );
  
  - width_min:INTEGER <-
  ( 
    width + 50
  );
  
  - height_min:INTEGER <-
  (
    height + 50
  );
  
  //
  // Creation.
  //
  
  - create sc:SCENE :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make sc;
    result
  );
  
  - make sc:SCENE <-
  (
    scene := sc;
    GL_DRIVER.add_gldraw Self;
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (         
    // 
    // Drawn later with opengl framebuffer
    //
  );
lisaac_0.39_rc1/lib/unstable/opengl/gui/windows/0000755000175000017500000000000011314031255021554 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/gui/windows/gl_event_system.li0000644000175000017500000000446111314031255025316 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := GL_EVENT_SYSTEM;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "OpenGL-win32 - Event System";
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr)";
  
Section Inherit
  
  - parent_event_system:EVENT_SYSTEM := EVENT_SYSTEM;
    
Section Public  
  
  - get_event <-
  ( + go:BOOLEAN;
    
    go := TRUE;
    {go && {`PeekMessage (&msg_glob, NULL, 0, 0, PM_REMOVE)` != 0}}.while_do {
      (`msg_glob.message`:INTEGER = `WM_QUIT`:INTEGER).if {
        //
        //// ????
        //
	go := FALSE;	
      } else {
	`TranslateMessage (&msg_glob)`;
	`DispatchMessage (&msg_glob)`;
      };
    };
  );
 
  
  









lisaac_0.39_rc1/lib/unstable/opengl/gui/gl_driver.li0000644000175000017500000001351711314031255022374 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_DRIVER;
  
  - external := `#define GLBINDING__USE_GUI`;
  
Section Inherit
  
  + parent_opengl:Expanded OPENGL;
  
  - parent_video_driver:VIDEO_DRIVER := VIDEO_DRIVER;
  
Section Private  
  
  // GUI calls affects this virtual bitmap
  - gui_screen:FAST_ARRAY(UINTEGER_8);// BITMAP(PIXEL_32);
  
Section Public
  
  - is_initialized:BOOLEAN;
  
  
  - make (w,h:INTEGER) <-
  (
    parent_opengl.make (w,h);
    gui_init (w,h);
  );
  
  - make (w,h:INTEGER) title s:ABSTRACT_STRING <-
  ( 
    parent_opengl.make (w,h) title s;
    gui_init (w,h);
  );
  
  - gui_init (w,h:INTEGER) <-
  (  
    gui_screen := FAST_ARRAY(UINTEGER_8).create (w*h*3); 
    `glPixelStorei(GL_UNPACK_ALIGNMENT, 1)`;
    
    width := w;
    height := h;

    // init minimmal Framework (used by 3D stuff)
    FRAMEWORK.make_for_gui Self;
    
    is_initialized := TRUE;
  );
  
  - render t:REAL_32 <-
  ( + p:POINTER;
    + w,h:INTEGER;
    
    parent_opengl.begin_frame;
    
    `glMatrixMode(GL_PROJECTION)`;
    `glPushMatrix()`;
    `glLoadIdentity()`;
    
    `glOrtho(0,@w,@h,0,-99999,99999)`;
    `glMatrixMode(GL_MODELVIEW)`;
    `glLoadIdentity()`;
    
    w := width;
    h := height;
    
    p := gui_screen.to_external;      
    `glDrawPixels(@w, @h, GL_RGB, GL_UNSIGNED_BYTE, @p)`; // SLOW !!!!
    `glFlush()`;
    
    `glMatrixMode(GL_PROJECTION)`;
    `glPopMatrix()`;
    
    `glMatrixMode(GL_MODELVIEW)`;
    `glLoadIdentity()`;
    
    render_gldraw t;
  );
  
  - render_gldraw t:REAL_32 <-
  ( + x0,x1,y0,y1:INTEGER;
    + h:INTEGER;
    + r,f:REAL_32;
    
    (gl_components != NULL).if {
      gl_components.lower.to (gl_components.upper) do { i:INTEGER;
        x0 := gl_components.item i.x_window;
        y0 := gl_components.item i.y_window-1;
        x1 := gl_components.item i.width + x0;
        y1 := gl_components.item i.height + y0;
        
        h := height;
        viewport.make (x0, h - y1, x1 - x0, y1 - y0);
        
        `glViewport(@x0, @h - @y1, @x1 - @x0, @y1 - @y0)`;
        `glScissor(@x0, @h - @y1, @x1 - @x0, @y1 - @y0)`;
        `glEnable(GL_SCISSOR_TEST)`;
        
        `glMatrixMode(GL_PROJECTION)`;
        `glLoadIdentity()`;
        
        r := (x1-x0).to_real / (y1-y0).to_real;
        f := fov;
        `gluPerspective(@f, @r, 0.1, 1000)`;
        
        `glMatrixMode(GL_MODELVIEW)`;
        `glLoadIdentity()`;
        
        `glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);`;
        
        // draw component
        gl_components.item i.scene.render t; 
        
        `glDisable(GL_SCISSOR_TEST)`;
      };
    };
    parent_opengl.end_frame;   
  );
  
  - close <-
  (
    (gl_components != NULL).if {
      gl_components.lower.to (gl_components.upper) do { i:INTEGER;
        gl_components.item i.scene.release;
      };
    };
    parent_opengl.close;
  );
  
  //
  // GUI-OpenGL components
  //
  
Section Public  
  
  - gl_components:LINKED_LIST(G_GLDRAW);
  
  - add_gldraw c:G_GLDRAW <-
  (
    (gl_components = NULL).if {
      gl_components := LINKED_LIST(G_GLDRAW).create;
    };
    gl_components.add_last c;
    
    //
    c.scene.initialize;
    //
  );
  
  
  // 
  // Redefine Low level Bitmap.
  //
  
Section Public
  
  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( + p:FAST_ARRAY(UINTEGER_8);
    + xx,yy:INTEGER;
    //GL_DRIVER.gui_screen.pixel_hard (x,y) color col;
    
    xx :=  x;
    yy := height - y;
    
    p := GL_DRIVER.gui_screen;
    PIXEL_32.make col;
    
    p.put (PIXEL_32.red) to ((yy*width+xx)*3);
    p.put (PIXEL_32.green) to ((yy*width+xx)*3+1);
    p.put (PIXEL_32.blue) to ((yy*width+xx)*3+2);
  );
  
  - line_h_hard (x,y:INTEGER) until x1:INTEGER color col:UINTEGER_32 <-
  ( 
    //GL_DRIVER.gui_screen.line_h_hard (x,y) until x1 color col;
    
    x.to x1 do { i:INTEGER;
      pixel_hard (i,y) color col;
    };
  );
  
  - line_h_hard (x,y:INTEGER) until x1:INTEGER 
  image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( 
    //GL_DRIVER.gui_screen.line_h_hard (x,y) until x1 image line offset ofs;
    
    x.to x1 do { i:INTEGER;
      pixel_hard (i,y) color ((line.item (ofs+i)).rgbcolor);
    };
  );
  
  - get_pixel_hard (x,y:INTEGER) :PIXEL <-
  (
    // GL_DRIVER.gui_screen.get_pixel_hard (x,y)
    
    PIXEL_32.make (gui_screen.item (x+ y*width));
    PIXEL_32
  );
lisaac_0.39_rc1/lib/unstable/opengl/gui/unix/0000755000175000017500000000000011314031255021045 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/gui/unix/gl_event_system.li0000644000175000017500000001072211314031255024604 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := GL_EVENT_SYSTEM;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment  := "X11 - Event System";
  
Section Inherit
  
  - parent_event_system:EVENT_SYSTEM := EVENT_SYSTEM;
  
Section Public  

  - make <- ();

  - get_event <-
  (
    + type:INTEGER;
    + x0,y0,x1,y1:INTEGER;
    + mouse_set:BOOLEAN;
    + mouse_motion_x, mouse_motion_y:INTEGER;

    {`XPending (win.dpy)`:INTEGER != 0}.while_do { // pb avec les bouttons...
  //  (`XPending (win.dpy)`:INTEGER != 0).if { // rame !!!
      `XNextEvent (win.dpy, &event)`;
      type := `event.type`:INTEGER;
      
      type

      //
      // Event Keyboard
      //

      .when `KeyPress`:INTEGER then {
	KEYBOARD.key `event.xkey.keycode`:UINTEGER_8 press TRUE;
      }
      .when `KeyRelease`:INTEGER then {
	KEYBOARD.key `event.xkey.keycode`:UINTEGER_8 press FALSE;
      }	

      //
      // Event Mouse
      //
      .when `ButtonPress`:INTEGER then {
	mouse_set := TRUE; 
	(`event.xbutton.button`:INTEGER = 1).if {
	  MOUSE.set (`event.xbutton.x`:INTEGER,`event.xbutton.y`:INTEGER) with (TRUE,(MOUSE.right));
	} else {
	  MOUSE.set (`event.xbutton.x`:INTEGER,`event.xbutton.y`:INTEGER) with ((MOUSE.left),TRUE);
	};
      }
      .when `ButtonRelease`:INTEGER then {
	mouse_set := TRUE; 
	(`event.xbutton.button`:INTEGER = 1).if {
	  MOUSE.set (`event.xbutton.x`:INTEGER,`event.xbutton.y`:INTEGER) with (FALSE,(MOUSE.right));
	} else {
	  MOUSE.set (`event.xbutton.x`:INTEGER,`event.xbutton.y`:INTEGER) with ((MOUSE.left),FALSE);
	};
      }
      .when `MotionNotify`:INTEGER then {
	mouse_motion_x := `event.xmotion.x`:INTEGER;
	mouse_motion_y := `event.xmotion.y`:INTEGER;
	//MOUSE.set (`event.xmotion.x`:INTEGER,`event.xmotion.y`:INTEGER) with ((MOUSE.left),(MOUSE.right));
      }

      //
      // Event Window
      //
      .when `Expose`:INTEGER then {
	// Refresh X Window
	x0 := `event.xexpose.x`:INTEGER;
	y0 := `event.xexpose.y`:INTEGER;
	x1 := x0 + `event.xexpose.width` :INTEGER - 1;
	y1 := y0 + `event.xexpose.height`:INTEGER - 1;		
	GL_DESK.physical_screen.redraw (x0,y0) to (x1,y1);
      }
      .when `ResizeRequest`:INTEGER then {
	// Resize X Window
	x1 := `event.xresizerequest.width`:INTEGER;
	y1 := `event.xresizerequest.height`:INTEGER;

	GL_DRIVER.resize (x1,y1);
	`XResizeWindow(display,window,@x1,@y1)`;
	
	VIDEO.pixel_hard (x1,10) color 0FF0000h;
	GL_DESK.resize_window (x1,y1);
      }
      .when `ConfigureNotify`:INTEGER then {
	// Resize X Window
	x1 := `event.xconfigure.width`:INTEGER;
	y1 := `event.xconfigure.height`:INTEGER;

	GL_DRIVER.resize (x1,y1);		
	GL_DESK.resize_window (x1,y1);
      }
      .when `ClientMessage`:INTEGER then {
      //  TIMER.get_event;	
      };
    };
    ((! mouse_set) && {(mouse_motion_x != 0) && {mouse_motion_y != 0}}).if { // mouse hack
      MOUSE.set (mouse_motion_x, mouse_motion_y) with ((MOUSE.left),(MOUSE.right));
    };
  );

   
  









lisaac_0.39_rc1/lib/unstable/opengl/gui/gl_desk.li0000644000175000017500000001072111314031255022021 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := GL_DESK;
  
  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="User Interface and Events managment.";
  
Section Inherit  
  
  - parent_desk:DESK := DESK;
  
  - parent_platform:PLATFORM := PLATFORM;
  
Section Private  
  
  - current_time:UINTEGER_32; 
  - prev_time:UINTEGER_32;
  - time_per_frame:UINTEGER_32;
  
Section Public
  
  //   Video.width
  // +----------+
  // | Physical |
  // |  Screen  | Video.height
  // +----------+
  //   /      \
  // |\     +----------+
  //  L     |   Desk   |  <-- double-buffered GL Desk
  // Mouse  |          |
  //        +----------+
  //             |
  //             |  Video.width * w
  //        +-----------------------+
  //        |   Virtual Screen      | Video.height * h
  //        |                       |
  //        +-----------------------+
  
  
  - make bmp:ABSTRACT_BITMAP scale (w,h:INTEGER) with elt:G_EXPR <-
  [
    -? {w > 0};
    -? {h > 0};
  ]
  ( + msg:EVENT;    
    + input:INPUT;
    + frame_time:UINTEGER_32;
    
    set_video_support bmp;
    physical_screen := AREA.clone;
    physical_screen.make NULL from (0,0) size (bmp.width,bmp.height);    
    //
    root := elt;
    //
    (GL_DRIVER.is_initialized).if {
      GL_EVENT_SYSTEM.make;
    } else {
      EVENT_SYSTEM.make;
    };    
    focus := Self;    
    //    
    set_position physical_screen at (0,0) 
    size (physical_screen.width,physical_screen.height);
    
    virtual_screen := VIRTUAL_SCREEN.create Self scale (w,h);
    connect_to MOUSE;    
    connect_to KEYBOARD;      
    connect_to TIMER;

    // Timer
    init_time;
    set_fps 60;
    current_time := get_milliseconds;
    
    {      
      (GL_DRIVER.is_initialized).if {
        GL_EVENT_SYSTEM.get_event;
      } else {
        EVENT_SYSTEM.get_event;
      };
      
      {storage_message.is_empty}.until_do {
        msg := storage_message.first;
        storage_message.remove_first;
        msg.set_destination focus;
        focus.receive msg;	
        input ?= msg.source;
        input.acknowledge;
      };
      
      (GL_DRIVER.is_initialized).if {
        
        // update timer
        prev_time := current_time;
        current_time := get_milliseconds;
        frame_time := current_time - prev_time;
        (frame_time <= 0).if {
          frame_time := 1;
        };

        //
        GL_DRIVER.render (frame_time.to_real/1000.0);
        //
        
        // sleep to keep constant framerate
        (time_per_frame > 0).if {
          (frame_time < time_per_frame).if { 
            delay (time_per_frame - frame_time);
          };
        };
      };
    }.do_while {`1`:BOOLEAN(TRUE,FALSE)}; // Infinity Loop     
    
    // unreachable !!!
    VIDEO.close;	
  );
  
  - set_fps n:INTEGER <-
  (
    time_per_frame := 1000/n;
  );
lisaac_0.39_rc1/lib/unstable/opengl/images/0000755000175000017500000000000011314031255020543 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/images/tga_header.li0000644000175000017500000000452011314031255023155 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name        := TGA_HEADER;
  
  - comment     := "Mapping TGA Image File Header structure";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Mapping
  
  //
  // TGA Header
  //
  
  + data_offset:UINTEGER_8;
  + reserved:UINTEGER_8;
  
  + type:UINTEGER_8;
  
  + not_used1:UINTEGER_32;// skip 9byte
  + not_used2:UINTEGER_32;
  + not_used3:UINTEGER_8;
  
  + map_width:UINTEGER_16;
  + map_height:UINTEGER_16;
  + bpp:UINTEGER_8;
  
  + flags:UINTEGER_8;
  
Section Public
  
  - width:INTEGER <- map_width;
  - height:INTEGER <- map_height; 
  
  - bits_per_pixel:INTEGER <- bpp;
  
  - is_compressed:BOOLEAN <-
  (
    type = 10
  );
  
  - need_flip:BOOLEAN <-
  (
    flags & 020h = 1
  );
  
  - print <-
  (
    
    '\n'.print;
  );
lisaac_0.39_rc1/lib/unstable/opengl/images/image_format.li0000644000175000017500000000421711314031255023527 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := IMAGE_FORMAT;
 
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - format:STRING_CONSTANT <- deferred;
  
  - load image:IMAGE :BOOLEAN <- 
 (
    error "Unknown format";
    FALSE
 );
  
  
  - get_format fmt:ABSTRACT_STRING :IMAGE_FORMAT <-
  (
    + result:IMAGE_FORMAT;
    
    (fmt.has_substring ".bmp").if {
      result := BMP;
    }.elseif {fmt.has_substring ".tga"} then {
      result := TGA;
    } else {
      
      result := Self;
    };
    result
  );
  
  - error err:ABSTRACT_STRING <-
  (
    err.print;
  );lisaac_0.39_rc1/lib/unstable/opengl/images/image.li0000644000175000017500000001107111314031255022153 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := IMAGE;
  
Section Inherit
  
  + parent_image_format:IMAGE_FORMAT := IMAGE_FORMAT;
  
Section IMAGE
  
  + image_data:FAST_ARRAY(UINTEGER_8);
  
Section Public
  
  + name:STRING;
  
  + width:INTEGER;
  + height:INTEGER;
  
  + channels:INTEGER;
  
  
  - create s:ABSTRACT_STRING :SELF <-
  ( + result:SELF;  
    result := SELF.clone;
    result.make s;
    result
  );
  
  - make s:ABSTRACT_STRING <-
  (
    name := STRING.create_from_string s;
    
    set_format (IMAGE_FORMAT.get_format s);
    load Self.if_false {
      OPENGL.fatal_error ("Can't load image: "+s);
    };
  );
  
  - create_empty s:ABSTRACT_STRING size (w,h:INTEGER) type n:INTEGER allocate b:BOOLEAN :SELF <-
  ( + result:SELF;  
    result := SELF.clone;
    result.make_empty (s,w,h,n,b);
    result
  );
  
  - make_empty (s:ABSTRACT_STRING,w,h,n:INTEGER,allocate:BOOLEAN) <-
  (
    name := STRING.create_from_string s;
    width := w;
    height := h;
    channels := n;
    
    allocate.if {
      image_data := FAST_ARRAY(UINTEGER_8).create (w*h*n);
    };
  );
  
  - get_red_value (x,y:INTEGER) :UINTEGER_8 <-
  (
    ? {channels >= 3};
    image_data.item (channels * (x*width+y))
  );
  
  - get_green_value (x,y:INTEGER) :UINTEGER_8 <-
  (
    ? {channels >= 3};
    image_data.item (channels * (x*width+y)+1)
  );
  
  - get_blue_value (x,y:INTEGER) :UINTEGER_8 <-
  (
    ? {channels >= 3};
    image_data.item (channels * (x*width+y)+2)
  );
  
  - get_alpha_value (x,y:INTEGER) :UINTEGER_8 <-
  (
    ? {channels > 3};
    image_data.item (channels * (x*width+y)+3)
  );
  
  - get_value (x,y:INTEGER) :UINTEGER_8 <-
  (
    image_data.item (channels * (x*width+y))
  );
  
  - item val:INTEGER <-
  (
    image_data.item val;
  );
  
  - get_pixels:FAST_ARRAY(UINTEGER_8) <- image_data;
  
  
  - set_size (w,h:INTEGER) <-
  (
    width := w;
    height := h;
  );
  
  - set_channels ch:INTEGER <- (channels := ch;);
  
  
  - set_format fmt:IMAGE_FORMAT <-
  (
    parent_image_format := fmt;
  );
  
  - set_data data:FAST_ARRAY(UINTEGER_8) <-
  (
    image_data := data;
  );  
  
  - calculate_stride :UINTEGER_32 <-
  (
    + bits_per_line,bits_to_add:UINTEGER_32;
    
    bits_per_line := width * (channels << 3);
    ((bits_per_line % 32) != 0).if {
      bits_to_add := 32 - (bits_per_line%32);
    };
    // return stride
    (bits_per_line + bits_to_add) / 8
  );
  
  - to_greyscale:IMAGE <-
  (
    + result:IMAGE;
    + grey:UINTEGER_8;
    + j:INTEGER;
    
    (channels = 1).if {
      result := Self;
    } else {
      // create new image
      result := create_empty name size (width,height) type 1 allocate TRUE;
      
      j := 0;
      0.to (width*height - 1) do { i:INTEGER;
        // convert pixels: 0.3*R + 0.59*G + 0.11*B
        
        grey := ((0.30 * image_data.item j.to_integer) + (0.59 * image_data.item (j+1).to_integer) + (0.11 * image_data.item (j+2).to_integer)).to_uinteger_8;
        result.image_data.put grey to i;
         
        j := j + channels;
      };
    };    
    result
  );lisaac_0.39_rc1/lib/unstable/opengl/images/tga.li0000644000175000017500000001773611314031255021662 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := TGA;
  
  - comment  := "tga loader";

Section Inherit
  
  - parent_format:IMAGE_FORMAT := IMAGE_FORMAT;
  
Section Public
  
  - format:STRING_CONSTANT := "tga";
  
  - load image:IMAGE :BOOLEAN <-
  (
    + result:BOOLEAN;
    + tga_buffer:FAST_ARRAY(UINTEGER_8);
    
    + buffer_pos:INTEGER;
    + header:TGA_HEADER;
    
    + image_data:FAST_ARRAY(UINTEGER_8);
    + temp:UINTEGER_8;
    
    + e:ENTRY;
    + file:FILE;

    + channels:INTEGER;
    + stride,i,line_idx:INTEGER;
  
    e := FILE_SYSTEM.get_entry (image.name);
    (e != NULL).if {
      file ?= e;
      file.open;
      
      tga_buffer := FAST_ARRAY(UINTEGER_8).create_with_capacity (file.size+1);
      
      (file.read tga_buffer size (file.size)  > 0).if {
        
        header := CONVERT(NATIVE_ARRAY(UINTEGER_8),TGA_HEADER).on (tga_buffer.storage);
        
        buffer_pos := TGA_HEADER.object_size;
        
        channels := header.bits_per_pixel >> 3;
        image.set_size (header.width, header.height);
        image.set_channels channels;
        
        (! header.is_compressed).if {
          ((channels = 3) || {channels = 4}).if {
            
            stride := image.calculate_stride;//channels * header.width;
            
            image_data := FAST_ARRAY(UINTEGER_8).create (stride * header.height);
            
            // read data line by line
            0.to (header.height-1) do { y:INTEGER;
              
              line_idx := stride*y;
              
              // read current line
              0.to (stride-1) do { k:INTEGER;
                image_data.put (tga_buffer.item buffer_pos) to (line_idx+k);
                buffer_pos := buffer_pos + 1;
              };
              
              // swap bgr to rgb colors
              i := 0;
              {i < stride}.while_do {
                
                temp := image_data.item (line_idx + i);
                image_data.put (image_data.item (line_idx+i+2)) to (line_idx+i);
                image_data.put temp to (line_idx+i+2);
                
                i := i + channels;
              };
            };
            result := TRUE;
            
          }.elseif {channels = 2} then {           
            // 16bit tga 
            
            + r,g,b:UINTEGER_8;
            
            stride := image.calculate_stride;//channels * header.width;
            
            image_data := FAST_ARRAY(UINTEGER_8).create (stride * header.height); 
            // read data
            0.to (header.width*header.height-1) do { y:INTEGER;
              
              temp := tga_buffer.item buffer_pos;
              buffer_pos := buffer_pos + 1;
              
              b := (temp & 01Fh) << 3;
              g := ((temp >> 5) & 01Fh) << 3;
              r := ((temp >> 10) & 01Fh) << 3;
              
              image_data.put r to (y*3);  
              image_data.put g to (y*3+1);
              image_data.put b to (y*3+2);
            };
            result := TRUE;
          };
        } else {
          //
          // load compressed tga
          //
          
          + temp_data:FAST_ARRAY(UINTEGER_8);
          + nb_pixels,current_pixel:INTEGER;
          + color_buffer:FAST_ARRAY(UINTEGER_8);
          + rle_id:UINTEGER_8;
          
          ((channels = 3) || {channels = 4}).if {
            temp_data := FAST_ARRAY(UINTEGER_8).create_with_capacity (header.width * header.height*channels);
            nb_pixels := header.width * header.height;
            color_buffer := FAST_ARRAY(UINTEGER_8).create_with_capacity channels;
            
            {
              // read RLE chunk header 
              rle_id := tga_buffer.item buffer_pos;
              buffer_pos := buffer_pos + 1;
              
              (rle_id < 128).if {
                // read raw colour values
                
                0.to rle_id do { counter:INTEGER;
                  color_buffer.clear;
                  
                  1.to channels do { w:INTEGER;
                    color_buffer.add_last (tga_buffer.item buffer_pos);
                    buffer_pos := buffer_pos + 1;
                  };
                  // transfer pixel colour & swap BGR to RGB
                  temp_data.add_last (color_buffer.item 2);
                  temp_data.add_last (color_buffer.item 1);
                  temp_data.add_last (color_buffer.item 0);
                  
                  (channels = 4).if {
                    temp_data.add_last (color_buffer.item 3);
                  };
                  current_pixel := current_pixel + 1;
                  
                  (current_pixel > nb_pixels).if {
                    error "too many pixels";
                  };
                };
              } else {
                // rle_id >= 128
                
                rle_id := rle_id - 127;
                
                // read chunk color
                color_buffer.clear;       
                1.to channels do { w:INTEGER;
                  color_buffer.add_last (tga_buffer.item buffer_pos);
                  buffer_pos := buffer_pos + 1;
                };
                
                // duplicate pixel value rle_id 'times
                0.to (rle_id-1) do { counter:INTEGER;
                  
                  // swap BGR to RGB
                  temp_data.add_last (color_buffer.item 2);
                  temp_data.add_last (color_buffer.item 1);
                  temp_data.add_last (color_buffer.item 0);
                  
                  (channels = 4).if {
                    temp_data.add_last (color_buffer.item 3);
                  };
                  current_pixel := current_pixel + 1;
                  
                  (current_pixel > nb_pixels).if {
                    error "too many pixels";
                  };
                };
              };
            }.do_while {current_pixel < nb_pixels};
            
            stride := image.calculate_stride;
            image_data := FAST_ARRAY(UINTEGER_8).create (stride * header.height + 1);
            // line by line copy with 32bit aligned
            0.to (header.height-1) do { row:INTEGER;
              i := stride; 
              0.to (i-1) do { j:INTEGER;
                image_data.put (temp_data.item (row*header.width*channels+j)) to (row*stride+j);
              };
            };
            result := TRUE;
          } else {
            error "image not supported";
          };
        };
      };
      image.set_data image_data;
    };
    result
  );lisaac_0.39_rc1/lib/unstable/opengl/images/bmp.li0000644000175000017500000000657511314031255021664 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := BMP;
  
  - comment  := "bmp loader";
  
Section Inherit
  
  - parent_format:IMAGE_FORMAT := IMAGE_FORMAT;
  
Section Public
  
  - format:STRING_CONSTANT := "bmp";
 
  
  - load image:IMAGE :BOOLEAN <-
  (
    + result:BOOLEAN;
    + bmp_buffer:FAST_ARRAY(UINTEGER_8);
    + header:BMP_HEADER;
    
    + columns,rows,stride:UINTEGER_32;
    + image_data:FAST_ARRAY(UINTEGER_8);
    + base,k:INTEGER;
    
    + e:ENTRY;
    + file:FILE;
    
    e := FILE_SYSTEM.get_entry (image.name);
    (e != NULL).if {
      file ?= e;
      file.open;
      
      bmp_buffer := FAST_ARRAY(UINTEGER_8).create_with_capacity (file.size+1);
      
      (file.read bmp_buffer size (file.size)  > 0).if {
	
	header := CONVERT(NATIVE_ARRAY(UINTEGER_8),BMP_HEADER).on (bmp_buffer.storage);
	
	image.set_size (header.width, header.height);
	image.set_channels (header.bits_per_pixel >> 3);
	
	((!header.is_valid) || {header.is_rle8_compressed}).if {
	  error "Only uncompressed BMP files supported";
	};
	
	(image.channels = 3).if {
	  // load 24bit bitmap
	  
	  columns := header.width;
	  rows := header.height;
	  
	  stride := image.calculate_stride;
	  
	  image_data := FAST_ARRAY(UINTEGER_8).create (stride * rows);
	  base := BMP_HEADER.object_size;
	  
	  0.to (rows-1) do { row:INTEGER;
	    k := row * stride;
	    0.to (columns-1) do { i:INTEGER;
	      // swap bytes 0 & 2 
	      image_data.put (bmp_buffer.item (base+k+i*3+2)) to (k+i*3);
	      image_data.put (bmp_buffer.item (base+k+i*3+1)) to (k+i*3+1);  
	      image_data.put (bmp_buffer.item (base+k+i*3)) to (k+i*3+2);   
	    };
	  };
	  image.set_data image_data;
	  result := TRUE;
	}.elseif {image.channels = 1} then {
	  // load8

	  error "8bit bitmap not yet supported";
	} else {
	  error "Unsupported bitmap";
	};	
      };    
    };
    result
  );lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/0000755000175000017500000000000011314031255022767 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/fog.li0000644000175000017500000000472411314031255024077 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := FOG;
  
  - comment  := "Fog properties";
  
Section Inherit
  
  + parent_state:Expanded STATE;
  
Section Public
  
  // fog modes
  - filter_linear:INTEGER <- 1;
  - filter_exp:INTEGER <- 2;
  
  - fogmode:INTEGER := filter_linear; // best fog rendering mode
  
  + color:COLOR;
  + density:REAL_32;
  
  // fog depth
  + start:REAL_32;
  + end:REAL_32;
  
  - create (c:COLOR, d,s,e:REAL_32) :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (c,d,s,e);
    result
  );
  
  - make (c:COLOR, d,s,e:REAL_32) <- 
  (
    color := c;
    density := d;
    start := s;
    end := e;
    render;
  );
  
  - set_filter f:INTEGER <- fogmode := f;
  
  - set_color c:COLOR <- 
  (
    color := c;
  );
  
  - set_density d:REAL_32 <- 
  (
    density := d;
  );
  
  - set_depth (s,e:REAL_32) <- 
  (
    start := s;
    end := e;
  );
  
  - render <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/reshape.li0000644000175000017500000000470111314031255024746 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := RESHAPE;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  - r:RENDERER;
  
Section Public
  
  - set_render_system renderer:RENDERER <-
  (
    r := renderer;
  );
  
  //
  // Reshape Events
  //
  
  - on_resize (w,h:INTEGER) <- 
  ( + ratio,f:REAL_32;
    
    `glViewport(0, 0, @w, @h)`;
    `glMatrixMode(GL_PROJECTION)`;
    `glLoadIdentity()`;
    ratio := w.to_real / h.to_real;
    f := r.fov;
    `gluPerspective(@f, @ratio, 0.1, 1000)`;
    `glMatrixMode(GL_MODELVIEW)`;
    `glLoadIdentity()`;
    
    
    /* r.transform.set_viewport (r.viewport);
    
    // modify projection matrix
    r.transform.new_projection {
      r.transform.load_identity;
      
      r.transform.perspective (r.fov, w.to_real/h.to_real, 0.1, 1000.0);
    };
    // clear modelview matrix
    r.transform.load_identity;
    */
  );
  
lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/light.li0000644000175000017500000000571411314031255024433 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := LIGHT;
  
  - comment  := "Light properties";
  
Section Inherit
  
  + parent_state:Expanded STATE;
  
Section Public
  
  + ambient:COLOR; // scattered light - no particular direction
  + diffuse:COLOR; // conic light  
  + specular:COLOR; // shininess
  
  + position:VECTOR3(REAL_32);
  
  + is_directional:BOOLEAN; // if true 'position' is the direction
  
  + modified:BOOLEAN;
  
  
  - create (a,d,s:COLOR) at (pos:VECTOR3(REAL_32)) :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (a,d,s,pos);
    result
  );
  
  - make (a,d,s:COLOR, pos:VECTOR3(REAL_32)) <- 
  (
    ambient := a;
    diffuse := d;
    specular := s;
    
    position := pos;
    modified := TRUE;
  );
  
  //
  // Lighting Model
  //
  
  - set_model_ambient col:RGBA <- deferred;
  - set_model_local_viewer b:BOOLEAN <- deferred;
  - set_model_two_side b:BOOLEAN <- deferred;
  
  
  - notify <-
  (
    modified := TRUE;
  );
  
  - set_ambient c:COLOR <- 
  (
    notify;
    ambient := c;
  );
  
  - set_diffuse c:COLOR <- 
  (
    notify;
    diffuse := c;
  );
  
  - set_specular c:COLOR <- 
  (
    notify;
    specular := c;
  );
  
  - set_position p:VECTOR3(REAL_32) <- 
  (
    notify;
    position := p;
  );
  
  - set_directional <- 
  (
    notify;
    is_directional := TRUE;
  );
  
  - enable_default_light <- deferred;
  - disable_default_light <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/rgb.li0000644000175000017500000000357611314031255024102 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := RGB;
  
  - comment  := "(r,g,b) color";
  
Section Inherit
  
  + parent_vector:Expanded VECTOR3(REAL_32);
  
  - parent_color:COLOR := COLOR;
  
Section Public
  
  - r:REAL_32 <- x;
  - g:REAL_32 <- y;
  - b:REAL_32 <- z;
  
  - get_array:FAST_ARRAY(REAL_32) <- parent_vector.getv;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/stencil_buffer.li0000644000175000017500000000427111314031255026313 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := STENCIL_BUFFER;
  
  - comment  := "store some bits for each pixels ";
  
Section Inherit
  
  + parent_depth_buffer:Expanded DEPTH_BUFFER; // extends depth buffer
  
Section Public
  
  // stencil operations
  - keep:INTEGER <- 1;   // do not change value
  - replace:INTEGER <- 2; // replace value
  - incr:INTEGER <- 3; // increment value
  - decr:INTEGER <- 4; // decrement value
  - invert:INTEGER <- 5; // invert bits value
  
  
  - set_function f:INTEGER value val:INTEGER_32 mask m:UINTEGER_32 <- deferred;
  - when_pass op1:INTEGER when_fail op2:INTEGER when_zfail op3:INTEGER <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/texture.li0000644000175000017500000000774111314031255025026 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := TEXTURE;
 
  - comment  := "rendered image";
  
Section Inherit
  
  + parent_image:IMAGE := IMAGE;
  
  + parent_state:Expanded STATE;
  
Section Public
  
  //
  // texture parameters
  //
  
  // filters: how to draw texture
  - filter_nearest:INTEGER <- 1; 
  - filter_linear:INTEGER <- 2;
  - filter_mipmap:INTEGER <- 3;
  
  - filter:INTEGER := filter_mipmap;
  
  // texture functions: how to combine texture on its polygon
  - decal:INTEGER <- 1;
  - replace:INTEGER <- 2;
  - modulate:INTEGER <- 3;
  - blend:INTEGER <- 4;
  
  - drawing_mode:INTEGER := modulate;
  
  // border behaviour: what to draw when texels outside [0,1]
  - clamp:INTEGER <- 1;
  - repeat:INTEGER <- 2;
  - clamp_to_edge:INTEGER <- 3;
  
  - wrapping_mode:INTEGER := repeat;
  
  //
  // Create.
  //
  
  - create_from image:IMAGE :SELF <- 
  ( + result:SELF;  
    result := SELF.clone;
    result.make_from image;
    result
  );
  
  - create_from_data pixels:FAST_ARRAY(UINTEGER_8) size (w,h:INTEGER) type t:INTEGER :SELF <-
  (  + result:SELF;  
    result := SELF.clone;
    result.make_from_data pixels size (w,h) type t;
    result
  );
  
  - create_from_framebuffer (x,y,w,h:INTEGER) type t:INTEGER :SELF <-
  (  + result:SELF;  
    result := SELF.clone;
    result.make_from_framebuffer (x,y,w,h) type t;
    result
  );
  
  - create_empty (w,h:INTEGER) type t:INTEGER :SELF <-
  (  + result:SELF;  
    result := SELF.clone;
    result.make_empty (w,h) type t;
    result
  );
  
  - make_from image:IMAGE <- deferred;
  - make_from_data pixels:FAST_ARRAY(UINTEGER_8) size (w,h:INTEGER) type t:INTEGER <- deferred;
  - make_from_framebuffer (x,y,w,h:INTEGER) type t:INTEGER <- deferred;
  
  - replace_region (x,y,w,h:INTEGER) with_data (pixels:FAST_ARRAY(UINTEGER_8),type:INTEGER) <- deferred;
  - replace_region (x,y,w,h:INTEGER) with image:IMAGE <- deferred;
  
  - replace_region (x,y,w,h:INTEGER) with_framebuffer_at (x0,y0:INTEGER) <- deferred;
  
  - enable_unit n:INTEGER <- deferred;
  - disable_unit n:INTEGER <- deferred;
  
  - bind <- deferred;
  - bind_unit n:INTEGER <- deferred;
  
  - set_image image:IMAGE <-
  (
    parent_image := image;
  ); 
  
  - draw (x,y:INTEGER) <- deferred;
  
  - draw_strech (x,y,w,h:INTEGER) <- deferred;
  
  - set_filter f:INTEGER <- (filter := f;);
  - set_drawing_mode f:INTEGER <- (drawing_mode := f;);
  
  - set_wrapping_mode f:INTEGER :INTEGER <- (wrapping_mode := f);
 
  
  lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/alpha_test.li0000644000175000017500000000427611314031255025452 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
 
Section Header
  
  + name     := ALPHA_TEST;
  
  - comment  := "Alpha Testing (only in RGBA mode)";
  
Section Inherit
  
  + parent_state:Expanded STATE;
  
Section Public 
  
  // pixel test functions
  - always:INTEGER <- 0; // test always sucess
  - never:INTEGER <- 1; // test always fails
  - less:INTEGER <- 2; // pixel drawn if its alpha-value is lesser than the corresponding depth buffer pixel
  - lequal:INTEGER <- 3; // lesser or equal
  - equal:INTEGER <- 4;
  - gequal:INTEGER <- 5; // greater or equal
  - greater:INTEGER <- 6;
  - notequal:INTEGER <- 7; // not equal
  
  - apply f:INTEGER with val:REAL_32 <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/font.li0000644000175000017500000000450011314031255024262 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := FONT;
 
  - comment  := "rendered font";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + name:STRING;
  
  + font_height:UINTEGER_32 := 24;
  + nb_chars:INTEGER := 96;
 
  
  - create s:ABSTRACT_STRING :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make s;
    result
  );
  
  - make s:ABSTRACT_STRING <-
  (
    name := STRING.create_from_string s;
    
    load;
  );
  
  - enable <- deferred;
  - disable <- deferred;
  
  - print_zone body:{} <-
  (
    enable;
    body.value;
    disable;
  );
  
  - load <- deferred;
  - unload <- deferred;
  
  - print text:ABSTRACT_STRING at (x,y:INTEGER) <- deferred;
  
  // get default font
  - default:FONT <- (deferred;NULL);
lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/color.li0000644000175000017500000000361311314031255024436 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := COLOR;
  
  - comment  := "Generic type for colors";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - r:REAL_32 <- deferred;
  - g:REAL_32 <- deferred;
  - b:REAL_32 <- deferred;
  - a:REAL_32 <- deferred;
  
  - get_array:FAST_ARRAY(REAL_32) <- (deferred; NULL);lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/plane.li0000644000175000017500000000413111314031255024413 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                          Lisaac-OpenGL library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := PLANE;
  
  - comment  := "a*x+b*y+c*z+d >= 0 clipping plane";
  
Section Inherit
  
  + parent_vector:Expanded VECTOR4(REAL_32);
  
  + parent_state:Expanded STATE;
  
Section Public
  
  - a:REAL_32 <- x;
  - b:REAL_32 <- y;
  - c:REAL_32 <- z;
  - d:REAL_32 <- w;
  
  - create_plane (a,b,c,d:REAL_32) :PLANE <-
  ( + result:PLANE;
    
    result := create (a,b,c,d);
    result.load_clipping_plane;
    result
  );
  
  - load_clipping_plane <- ();
  
  - clip <- deferred;
  - unclip <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/name_stack.li0000644000175000017500000000357411314031255025433 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := NAME_STACK;
  
  - comment  := "Used by pickable objects using Selection buffer";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - init <- deferred;
  
  - load n:UINTEGER_32 <- deferred;
  
  - push n:UINTEGER_32 <- deferred;
  - pop <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/accum_buffer.li0000644000175000017500000000511511314031255025740 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ACCUM_BUFFER;
  
  - comment  := "Abstract Accumulation buffer";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  // accumulation functions
  - accum:INTEGER <- 1;  // accum_buffer = accum_buffer + val * color_buffer
  - load:INTEGER <- 2;  // accum_buffer =  val * color_buffer
  - return:INTEGER <- 3;  // color_buffer = val * accum_buffer
  - add:INTEGER <- 4;  // accum_buffer = accum_buffer + val
  - mult:INTEGER <- 5;  // accum_buffer = val * accum_buffer
  
  - set_function f:INTEGER value val:REAL_32 <- deferred;
  
  
  // different way to use functions 
  - accumulate_with coef:REAL_32 <- 
  (
    set_function accum value coef;
  );
  - load_with coef:REAL_32 <- 
  (
    set_function load value coef;
  );
  - return_with coef:REAL_32 <-
  (
    set_function return value coef;
  );
  - add_with val:REAL_32 <- 
  (
    set_function add value val;
  );
  - mult_with val:REAL_32 <- 
  (
    set_function mult value val;
  );
  
  - clear <- deferred;
  
lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/display_list.li0000644000175000017500000000351411314031255026020 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := DISPLAY_LIST;
  
  - author   := "api independant display list";

Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - create body:{} :SELF <- deferred;
  
  - call <- deferred;
  
  - destroy <- deferred;
lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/scissor.li0000644000175000017500000000355511314031255025012 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SCISSOR;
  
  - comment  := "Viewport clipping";
  
Section Inherit
  
  + parent_state:Expanded STATE;
  
Section Public
  
  - cut v:VIEWPORT <- deferred;
  
  - cut4i (x,y,width,height:UINTEGER_32) <- deferred;
  
  - get_scissor_box viewport:VIEWPORT <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/blending.li0000644000175000017500000000501111314031255025074 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := BLENDING;
  
  - comment  := "Abstact Blending Mode";
  
Section Inherit
  
  + parent_state:Expanded STATE;
  
Section Public
  
  // factors values
  - zero:INTEGER <- 0; // (0, 0, 0, 0)
  - one:INTEGER <- 1; // (1, 1, 1, 1)
  - dst_color:INTEGER <- 2; // (destR, destG, destB, destA)
  - one_minus_dst_color:INTEGER <- 3; // (1-destR, 1-destG, 1-destB, 1-destA)
  - src_color:INTEGER <- 4; // (srcR, srcG, srcB, srcA)
  - one_minus_src_color:INTEGER <- 5; // (1-srcR, 1-srcG, 1-srcB, 1-srcA)
  - src_alpha:INTEGER <- 6; // (srcA, srcA, srcA, srcA)
  - one_minus_src_alpha:INTEGER <- 7; // (1-srcA, 1-srcA, 1-srcA, 1-srcA)
  - dst_alpha:INTEGER <- 8; // (destA, destA, destA, destA)
  - one_minus_dst_alpha:INTEGER <- 9; // (1-destA, 1-destA, 1-destA, 1-destA)
  - src_alpha_saturate:INTEGER <- 10; // (min(srcA, 1-destA), ...)

  - apply (src_factor,dst_factor:INTEGER) <- deferred;
  
  - set_alpha_value alpha:REAL_32 <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/capabilities.li0000644000175000017500000000677711314031255025767 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := CAPABILITIES;
  
  - comment  := "Renderer settings";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - nicest_quality:INTEGER <- 1;
  - fastest_quality:INTEGER <- 2;
  - default_quality:INTEGER <- 3;
  
  
  - quality:INTEGER              := nicest_quality;
  
  - width:INTEGER;
  - height:INTEGER;
  
  - fov:REAL_32                  := 45.0;
  
  - is_fullscreen:BOOLEAN;
  
  
  - has_doublebuffer:BOOLEAN     := TRUE;
  - buffer_size:INTEGER          := 32;
  
  - has_depth_buffer:BOOLEAN     := TRUE;
  - depth_size:INTEGER           := 16;
  
  - has_stencil_buffer:BOOLEAN;
  - stencil_size:INTEGER         := 1;
  
  - has_accum_buffer:BOOLEAN;
  - accum_red_size:INTEGER       := 8;
  - accum_green_size:INTEGER     := 8;
  - accum_blue_size:INTEGER      := 8;
  - accum_alpha_size:INTEGER     := 8;
  
  - has_alpha:BOOLEAN            := TRUE;
  
  - red_size:INTEGER             := 8;
  - green_size:INTEGER           := 8;
  - blue_size:INTEGER            := 8;
  - alpha_size:INTEGER           := 8;
  
  
  - set_dimensions (w,h:INTEGER) <-
  (
    width := w;
    heigth := h;
  );
  
  - set_fov val:REAL_32 <-
  (
    fov := val;
  );
  
  - use_fullscreen <-
  (
    has_fullscreen := TRUE;
  );
  
  - use_doublebuffer <- 
  (
    has_doublebuffer := TRUE;
  );
  
  - use_alpha_channel <- 
  (
    has_alpha := TRUE;
  );
  
  - use_depth_buffer <- 
  (
    has_depth_buffer := TRUE;
  );
  
  - use_stencil_buffer <- 
  (
    has_stencil_buffer := TRUE;
  );
  
  - use_accum_buffer <- 
  (
    has_accum_buffer := TRUE;
  );
  
  - use_default <-
  (
    quality := nicest_quality;
    
    use_doublebuffer;
    use_depth_buffer;
    use_alpha_channel;
    set_fov 45;
    
    buffer_size := 32;
    depth_size := 16;
    stencil_size := 1;
    red_size := blue_size := green_size := alpha_size := 8;
    accum_red_size := accum_blue_size := accum_green_size := accum_alpha_size := 8;
  );lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/renderer.li0000644000175000017500000001045611314031255025131 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-OpenGL library                           //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := RENDERER;
  
  - comment  := "abstract prototype for render systems";
  
Section Inherit
  
  - parent_capabilities:CAPABILITIES := CAPABILITIES;
  
Section Public
  
  - set_capabilities caps:CAPABILITIES <-
  (
    parent_capabilities := caps;
  );
  
  //
  // Renderer settings
  //
  
  - viewport:VIEWPORT; // current viewport
  
  - reshape:RESHAPE := RESHAPE; // for projection modification & re-sizing
   
  //
  // Renderer Modules
  //
  
  - transform:TRANSFORM <- deferred;  // 3D transformation & projection
  - font:FONT <- deferred;           
  - texture1d:TEXTURE <- deferred; 
  - texture2d:TEXTURE <- deferred;    
  - light:LIGHT <- deferred;         
  - material:MATERIAL <- deferred;
  - plane:PLANE <- deferred;
  - quadrics:QUADRICS <- deferred;
  - blending:BLENDING <- deferred;
  - culling:CULLING <- deferred;
  - fog:FOG;
  
  //
  // Renderer features
  //
  
  - vb:VERTEX_BUFFER;  // current vertex buffer
  - vertex_array:VERTEX_BUFFER <- deferred;
  - vertex_buffer:VERTEX_BUFFER <- deferred;
  - index_buffer:INDEX_BUFFER <- deferred;
  - display_list:DISPLAY_LIST <- deferred;
  
  - color_buffer:COLOR_BUFFER <- deferred;
  - depth_buffer:DEPTH_BUFFER <- deferred;
  - stencil_buffer:STENCIL_BUFFER <- deferred;
  - accum_buffer:ACCUM_BUFFER <- deferred;
  - alpha_test:ALPHA_TEST <- deferred;
  - scissor:SCISSOR <- deferred;
  
  - evaluator1d:EVALUATOR1D <- deferred;
  - evaluator2d:EVALUATOR2D <- deferred;
  
  - shader:SHADER <- deferred;
  
  - name_stack:NAME_STACK <- deferred;
  
  - error:ERROR <- (deferred;NULL);  


  - enable_shading <- deferred;
  - disable_shading <- deferred;
  
  - enable_lighting <- deferred;
  - disable_lighting <- deferred;
  
  - enable_auto_normal <- deferred;
  - disable_auto_normal <- deferred;
  
  - wireframe_mode on:BOOLEAN <- deferred;
  
  - set_point_size sz:REAL_32 <- deferred;
  - set_line_width w:REAL_32 <- deferred;

  //
  // Selection mode
  //
  
  - begin_selection_in buffer:FAST_ARRAY(UINTEGER_32) size sz:INTEGER <- deferred;
  - end_selection:INTEGER <- deferred;
  
  - make (w,h:INTEGER) title s:ABSTRACT_STRING <-
  (
    make (w, h) title s fullscreen is_fullscreen;
  );
  
  - initialize <- deferred;
  
  - begin_frame <- deferred;
  - end_frame <- deferred;
  - new_frame body:BLOCK <- deferred;

  - clear_screen <- deferred;

  - set_fog f:FOG <- deferred;

  - resize (w,h:INTEGER) <- deferred;

  - set_reshape r:RESHAPE <-
  (
    reshape := r;
    r.set_render_system Self;
  );
  
  - fatal_error msg:ABSTRACT_STRING <-
  (
    msg.print; 
    die_with_code exit_failure_code;
  );

  // renderer info
  - video_card_name buf:STRING <- deferred;
  - video_card_vendor buf:STRING <- deferred;
  - video_card_version buf:STRING <- deferred;


lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/evaluator2d.li0000644000175000017500000000461311314031255025551 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := EVALUATOR2D;
  
  - comment  := "Maps a spline surface";
  
Section Inherit
  
  + parent_abstract_evaluator:Expanded ABSTRACT_EVALUATOR;
  
Section Public
  
  // mesh drawing modes
  - line:INTEGER <- 1;
  - point:INTEGER <- 2;
  - fill:INTEGER <- 3;
  
  // load the map function
  - map (u_order,u_size:INTEGER) and (v_order,v_size:INTEGER) range (u1,v1:REAL_32) to (u2,v2:REAL_32) <- deferred;
  
  // generate a point for the parametric values x,y
  - evaluate (x,y:REAL_32) <- deferred;
  
  // auto generate n points evenly spaced between (t1,t2)
  - generate_grid  (w,h:INTEGER) between (u1,u2:REAL_32) and (v1,v2:REAL_32) <- deferred;
  
  // Warning: mode is defined in the vertex buffer prototype
  - evaluate_mesh mode:INTEGER from (start1,start2:INTEGER) to (end1,end2:INTEGER) <- deferred;
  
lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/abstract_evaluator.li0000644000175000017500000000743311314031255027211 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ABSTRACT_EVALUATOR;
  
  - comment  := "Maps a spline function";
  
Section Inherit
  
  + parent_state:Expanded STATE;
  
Section Public
  
  // types of the control points
  - vertex3:INTEGER <- 1;
  - vertex4:INTEGER <- 2;
  - index:INTEGER <- 3;
  - normal:INTEGER <- 4;
  - texture_coord1:INTEGER <- 5;
  - texture_coord2:INTEGER <- 6;
  - texture_coord3:INTEGER <- 7;
  - texture_coord4:INTEGER <- 8;
  - color4:INTEGER <- 9;
  
  
  + type:INTEGER;
  + capacity:INTEGER;
  
  + control_points:FAST_ARRAY(REAL_32);
  
  
  - create (t, cap:INTEGER) :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (t,cap);
    result
  );
  
  - create_for_vertex3 cap:INTEGER :SELF <- 
  (
    create (vertex3,cap)
  );
  
  - create_for_vertex4 cap:INTEGER :SELF <- 
  (
    create (vertex4,cap)
  );
  
  - create_for_index cap:INTEGER :SELF <- 
  (
    create (index,cap)
  );
  
  - create_for_normal cap:INTEGER :SELF <- 
  (
    create (normal,cap)
  );
  
  - create_for_texture_coord1 cap:INTEGER :SELF <- 
  (
    create (texture_coord1,cap)
  );
  
  - create_for_texture_coord2 cap:INTEGER :SELF <- 
  (
    create (texture_coord2,cap)
  );
  
  - create_for_texture_coord3 cap:INTEGER :SELF <- 
  (
    create (texture_coord3,cap)
  );
  
  - create_for_texture_coord4 cap:INTEGER :SELF <- 
  (
    create (texture_coord4,cap)
  );
  
  - create_for_color4 cap:INTEGER :SELF <- 
  (
    create (color4,cap)
  );
  
  - make (t,cap:INTEGER) <- 
  (
    type := t;
    capacity := cap;
  );
  
  - begin_control_points <-
  (
    control_points := FAST_ARRAY(REAL_32).create_with_capacity capacity;
  );
  - end <- ();
  - new_control_points body:{} <-
  (
    begin_control_points;
    body.value;
    end;
  );
  
  - add_point4f (x,y,z,w:REAL_32) <-
  (
    control_points.add_last x;
    control_points.add_last y;
    control_points.add_last z;
    control_points.add_last w;
  );
  
  - add_point3f (x,y,z:REAL_32) <-
  (
    control_points.add_last x;
    control_points.add_last y;
    control_points.add_last z;
  );
  
  - add_point2f (x,y:REAL_32) <-
  (
    control_points.add_last x;
    control_points.add_last y;
  );
  
  - add_point1f (x:REAL_32) <-
  (
    control_points.add_last x;
  );lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/quadrics.li0000644000175000017500000000446611314031255025142 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := QUADRICS;
  
  - comment  := "3D Primitive (sphere,cylinder,...)";

Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - fill_mode:INTEGER  <- 1;
  - point_mode:INTEGER  <- 2;
  - line_mode:INTEGER  <- 3;
  
  - begin_quadric <- deferred;
  - end_quadric <- deferred;
  
  - new_quadric body:{} <-
  (
    begin_quadric;
    body.value;
    end_quadric;
  );
  
  - enable_texture <- deferred;
  
  - disable_texture <- deferred;
  
  - set_style style:INTEGER <- deferred; 
  
  //
  // Quadrics
  //
  
  - draw_sphere (radius,slices,stacks:REAL_32) <- deferred;
  - draw_cylinder (base,top,height,slices,stacks:REAL_32) <- deferred;
  - draw_disk (inner,outer,slices,loops:REAL_32) <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/culling.li0000644000175000017500000000432611314031255024757 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := CULLING;
  
  - comment  := "Abstract Culling Mode";
  
Section Inherit
  
  + parent_state:Expanded STATE;
  
Section Public
  
  // culling modes
  - front:INTEGER <- 1;
  - back:INTEGER <- 2;
  
  // culling function
  - clockwise:INTEGER <- 3;
  - counter_clockwise:INTEGER <- 4;
  
  
  - apply mode:INTEGER <- deferred;
  - set_orientation o:INTEGER <- deferred;
  
  
  // aliases
  - apply_front <- 
  (
    apply front;
  );
  
  - apply_back <- 
  (
    apply back;
  );
  
  - set_clockwise <-
  (
    set_orientation clockwise;
  );
  
  - set_counter_clockwise <-
  (
    set_orientation counter_clockwise;
  );
  
lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/state.li0000644000175000017500000000513511314031255024441 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := STATE;
  
  - comment  := "The renderer is a Finite-State Machine";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  + stack:LINKED_LIST(BOOLEAN);
  
Section Public
  
  //
  //  Current states:
  //          - lights
  //          - planes
  //          - textures
  //          - depth test
  //          - alpha test
  //          - stencil test
  //          - scissor test
  //          - blending
  //          - culling
  //          - fog
  
  + is_enabled:BOOLEAN;
  
  
  - enable <-
  (
    is_enabled := TRUE;
  );
  
  - disable <- 
  (
    is_enabled := FALSE;
  );
  
  - push_attrib <- deferred;
  - pop_attrib <- deferred;
  - new_attrib body:BLOCK <-
  (
    push_attrib;
    body.value;
    pop_attrib;
  );
  
  
  - save <-
  (
    (stack = NULL).if {
      stack := LINKED_LIST(BOOLEAN).create;
    };
    stack.add_last is_enabled;
  );
  
  - restore <-
  (
    ? {(stack != NULL) && {stack.count > 1}};
    is_enabled := stack.last;
    stack.remove_last;
  );lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/shader.li0000644000175000017500000000504011314031255024562 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SHADER;
  
  - comment  := "Abstract Shader Object";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - create (vertex_shader,fragment_shader:ABSTRACT_STRING) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (vertex_shader,fragment_shader);
    result
  );
  
  - make (vertex_shader,fragment_shader:ABSTRACT_STRING) <- deferred;
  
  - has_compiled:BOOLEAN <- deferred;
  - get_infolog buffer:STRING <- deferred;
  
  - enable <- deferred;
  - disable <- deferred;
  
  - get_uniform_location varname:ABSTRACT_STRING :INTEGER <- deferred;
  
  - set_uniform1f loc:INTEGER to val:REAL_32 <- deferred;
  - set_uniform2f loc:INTEGER to (v0,v1:REAL_32) <- deferred;
  - set_uniform3f loc:INTEGER to (v0,v1,v2:REAL_32) <- deferred;
  - set_uniform4f loc:INTEGER to (v0,v1,v2,v3:REAL_32) <- deferred;
  
  - bind_sampler tex:TEXTURE unit u:INTEGER location loc:INTEGER <- deferred;
  
  - delete <- deferred;
lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/evaluator1d.li0000644000175000017500000000444411314031255025552 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := EVALUATOR1D;
  
  - comment  := "Maps a curve line";
  
Section Inherit
  
  + parent_abstract_evaluator:Expanded ABSTRACT_EVALUATOR;
  
Section Public
  
  // mesh drawing modes
  - line:INTEGER <- 1;
  - point:INTEGER <- 2;
  
  
  // load the map function
  - map (n_points,point_size:INTEGER) range (t1,t2:REAL_32) <- deferred;
  
  // generate a point for the parametric value 'val'
  - evaluate val:REAL_32 <- deferred;
  
  // auto generate n points evenly spaced between (t1,t2)
  - generate_grid  nb_points:INTEGER between (t1,t2:REAL_32) <- deferred;
  
  // Warning: mode is defined in the vertex buffer prototype
  - evaluate_mesh mode:INTEGER from start:INTEGER to end:INTEGER <- deferred;
  lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/color_buffer.li0000644000175000017500000000616411314031255025773 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-OpenGL library                           //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := COLOR_BUFFER;
  
  - comment  := "abstract pixel color buffer";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - rgb:INTEGER <- 0;
  - rgba:INTEGER <- 1;
  - red:INTEGER <- 2;
  - green:INTEGER <- 3;
  - blue:INTEGER <- 4;
  - alpha:INTEGER <- 5;
  - luminance:INTEGER <- 6; // grey (single component)
  - luminance_alpha:INTEGER <- 7; // grey+alpha
  - stencil_index:INTEGER <- 8;
  - depth_component:INTEGER <- 9;
  
  
  - clear <- deferred;
  - set_clear_value (r,g,b,a:REAL_32) <- deferred;
  
  - set_color c:COLOR <- deferred;
  - set_color3f (r,g,b:REAL_32) <- deferred;
  - set_color4f (r,g,b,a:REAL_32) <- deferred;
  
  - set_mask (r,g,b,a:BOOLEAN) <- deferred;
  
  - enable <- deferred;
  - disable <- deferred;
  
  //
  // FrameBuffer transfert functions
  //
  
  - read (x,y:INTEGER) size (w,h:INTEGER) type t:INTEGER in buf:FAST_ARRAY(UINTEGER_8) <- deferred;
  
  - read_rgb (x,y:INTEGER) size (w,h:INTEGER) in buf:FAST_ARRAY(UINTEGER_8) <- deferred;
  - read_rgba (x,y:INTEGER) size (w,h:INTEGER) in buf:FAST_ARRAY(UINTEGER_8) <- deferred;
  
  
  - draw_pixels pixels:FAST_ARRAY(UINTEGER_8) size (w,h:INTEGER) type t:INTEGER <- deferred;

  - draw_rgb_pixels pixels:FAST_ARRAY(UINTEGER_8) size (w,h:INTEGER) <- deferred;
  - draw_rgba_pixels pixels:FAST_ARRAY(UINTEGER_8) size (w,h:INTEGER) <- deferred;
  
  - copy (x,y:INTEGER) size (w,h:INTEGER) type t:INTEGER <- deferred;
  
  - copy_rgb (x,y:INTEGER) size (w,h:INTEGER) <- deferred;
  - copy_rgba (x,y:INTEGER) size (w,h:INTEGER) <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/material.li0000644000175000017500000000604511314031255025120 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := MATERIAL;
  
  - comment  := "Material: lighting properties of an object";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - mode_front:INTEGER <- 1;
  - mode_back:INTEGER <- 2;
  - mode_front_and_back:INTEGER <- 3;
  
  
  + ambient:COLOR; // percentage of reflected ambient light
  + diffuse:COLOR; 
  + specular:COLOR;
  
  + emission:COLOR; // emissive color of material
  
  + shininess:REAL_32; // specular exponent
   
  
  - create (a,d,s,e:COLOR, shine:REAL_32)  :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (a,d,s,e,shine);
    result
  );
  
  - make (a,d,s,e:COLOR, shine:REAL_32) <- 
  (
    ambient := a;
    diffuse := d;
    specular := s;
    emission := e;
    
    shininess := shine;
  );
  
  - enable_color <- deferred;
  - disable_color <- deferred;
  
  - notify <-
  (
  //  modified := TRUE;
  );
  
  - set_ambient c:COLOR <- 
  (
    notify;
    ambient := c;
  );
  
  - set_diffuse c:COLOR <- 
  (
    notify;
    diffuse := c;
  );
  
  - set_specular c:COLOR <- 
  (
    notify;
    specular := c;
  );
  
  - set_emission c:COLOR <- 
  (
    notify;
    emission := c;
  );
  
  - set_shininess s:REAL_32 <- 
  (
    notify;
    shininess := s;
  );
  
  - apply mode:INTEGER  <- deferred;
  
  // aliases
  - apply_front  <- 
  (
    apply mode_front;
  );
  
  - apply_back  <-
  (
    apply mode_back;
  );

  - apply_front_and_back  <-
  (
    apply mode_front_and_back;
  );lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/depth_buffer.li0000644000175000017500000000452111314031255025754 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-OpenGL library                           //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := DEPTH_BUFFER;
  
  - comment  := "abstract pixel buffer";
  
Section Inherit
  
  + parent_state:Expanded STATE;

Section Public
  
    // pixel test functions
  - always:INTEGER <- 0; // test always sucess
  - never:INTEGER <- 1; // test always fails
  - less:INTEGER <- 2; // pixel drawn if its Z-value is lesser than the corresponding depth buffer pixel
  - lequal:INTEGER <- 3; // lesser or equal: (pixelDepth <= bufferDepth) => draw pixel else don't
  - equal:INTEGER <- 4;
  - gequal:INTEGER <- 5; // greater or equal
  - greater:INTEGER <- 6;
  - notequal:INTEGER <- 7; // not equal

  - set_clear_value val:REAL_32 <- deferred;
  - clear <- deferred;
  
  - lock <- deffered;
  - unlock <- deffered;
  
  - set_function f:INTEGER <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/viewport.li0000644000175000017500000000355111314031255025200 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := VIEWPORT;
  
  - comment  := "(x0,y0,width,height) viewport";
  
Section Inherit
  
  + parent_vector:Expanded VECTOR4(UINTEGER_32);
  
Section Public
  
  - x0:UINTEGER_32 <- x;
  - y0:UINTEGER_32 <- y;
  - width:UINTEGER_32 <- z;
  - height:UINTEGER_32 <- w;
  lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/vertex.li0000644000175000017500000000334711314031255024641 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := VERTEX;
  
  - comment  := "(x,y,z) point";
  
Section Inherit
  
  + parent_vector:Expanded VECTOR3(REAL_32);
  
Section Public
  
 lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/vertex_buffer.li0000644000175000017500000001061711314031255026170 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := VERTEX_BUFFER;
  
  - comment  := "api independant vertex buffer";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - drawing_mode:INTEGER;
  - capacity:INTEGER;
  
  - points:INTEGER <- 1;
  - lines:INTEGER <- 2;
  - polygon:INTEGER <- 3;
  - triangles:INTEGER <- 4;
  - quads:INTEGER <- 5;
  - line_strip:INTEGER <- 6;
  - line_loop:INTEGER <- 7;  
  - triangle_strip:INTEGER <- 8;
  - triangle_fan:INTEGER <- 9;
  - quad_strip:INTEGER <- 10;
  
  
  - create sz:INTEGER :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make sz;
    result
  );
  
  - create_subarray :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make capacity;
    result
  );
  
  - make sz:INTEGER <- deferred;
  
  - destroy <- deferred;
  
  - begin_points <- deferred;
  - begin_lines <- deferred; 
  - begin_polygon <- deferred;
  - begin_triangles <- deferred;
  - begin_quads <- deferred;
  - begin_line_strip <- deferred;
  - begin_line_loop <- deferred;  
  - begin_triangle_strip <- deferred;
  - begin_triangle_fan <- deferred;
  - begin_quad_strip <- deferred;
  
  - end <- deferred;
  
  - new_points body:{} <- 
  (
    begin_points;
    body.value;
    end;
  );
  
  - new_lines body:{} <- 
  (
    begin_lines;
    body.value;
    end;
  );
  
  - new_polygon body:{} <- 
  (
    begin_polygon;
    body.value;
    end;
  );
  
  - new_triangles body:{} <- 
  (
    begin_triangles;
    body.value;
    end;
  );
  
  - new_quads body:{} <- 
  (
    begin_quads;
    body.value;
    end;
  );
  
  - new_line_strip body:{} <- 
  (
    begin_line_strip;
    body.value;
    end;
  );
  
  - new_line_loop body:{} <- 
  (
    begin_line_loop;
    body.value;
    end;
  );
  
  - new_triangle_strip body:{} <- 
  (
    begin_triangle_strip;
    body.value;
    end;
  );
  
  - new_triangle_fan body:{} <- 
  (
    begin_triangle_fan;
    body.value;
    end;
  );
  
  - new_quad_strip body:{} <- 
  (
    begin_quad_strip;
    body.value;
    end;
  );

  - add_vertex2f (x,y:REAL_32) <- deferred;
  - add_vertex3f (x,y,z:REAL_32) <- deferred;
  - add_vertex v:VERTEX <- deferred;
  - add_vertex v:VERTEX color col:COLOR <- deferred;
  - add_vertex3f (x,y,z:REAL_32) color col:COLOR <- deferred;
  
  - add_texel2f (s,t:REAL_32) <- deferred;
  - add_normal3f (x,y,z:REAL_32) <- deferred;
  - add_normal v:VECTOR3(REAL_32) <- deferred;
  
  - add_color (c:COLOR) <- deferred;
  - add_color3f (r,g,b:REAL_32) <- deferred;
  
  - build <- deferred;
  
  - bind <- deferred;
  - bind_unit n:INTEGER <- deferred;
  
  - draw <- deferred;
  - draw_using index_array:INDEX_BUFFER <- deferred;
  
  
  - get_vertex_data:FAST_ARRAY(REAL_32) <- deferred;
  - get_texels_data:FAST_ARRAY(REAL_32) <- deferred;
  - get_normals_data:FAST_ARRAY(REAL_32) <- deferred;
  - get_colors_data:FAST_ARRAY(REAL_32) <- deferred;
lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/rgba.li0000644000175000017500000000362111314031255024232 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := RGBA;
  
  - comment  := "(r,g,b,a) color";
  
Section Inherit
  
  + parent_vector:Expanded VECTOR4(REAL_32);
  
  - parent_color:COLOR := COLOR;
  
Section Public
  
  - r:REAL_32 <- x;
  - g:REAL_32 <- y;
  - b:REAL_32 <- z;
  - a:REAL_32 <- w;

  - getv:FAST_ARRAY(REAL_32) <- parent_vector.getv;
  lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/transform.li0000644000175000017500000000642511314031255025337 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := TRANSFORM;
  
  - comment  := "3 types of transformation: modelview, projection, viewport";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - load_identity <- deferred;
  
  - push_matrix <- deferred;
  - pop_matrix <- deferred;
  - new_matrix body:{} <- 
  (
    push_matrix;
    body.value;
    pop_matrix;
  );
  
  // operations on current matrix
  - load_matrix m:MATRIX4(REAL_32) <- deferred;
  - mult_matrix_by m:MATRIX4(REAL_32) <- deferred;
  
  
  //
  // Viewing & Modeling transformations
  //
  
  - set_modelview_mode <- deferred; 
  
  - translatef (x,y,z:REAL_32) <- deferred;
  - rotatef (val,x,y,z:REAL_32) <- deferred;
  - scalef (x,y,z:REAL_32) <- deferred;
  
  - get_modelview matrix:MATRIX4(REAL_32) <- deferred;
  
  //
  // Projection transformations
  //
  
  - set_projection_mode <- deferred;
  - new_projection body:{} <- 
  (
    set_projection_mode;
    body.value;
    set_modelview_mode;
  );
  
  - perspective (fovy,aspect,near,far:REAL_32) <- deferred;
  - frustum (left,right,bottom,top,near,far:REAL_32) <- deferred;
  
  - orthographic (left,right,bottom,top,near,far:REAL_32) <- deferred;
  - orthographic2d (left,right,bottom,top:REAL_32) <- deferred;
  
  - pickmatrix (x,y,w,h:UINTEGER_32) in v:VIEWPORT <- deferred;
  
  //
  // Viewport transformations
  //
  
  - set_viewport v:VIEWPORT <- deferred;
  - set_viewport4i (x,y,width,height:UINTEGER_32) <- deferred;
  - get_viewport viewport:VIEWPORT <- deferred;
  
  //
  //  Tranformation utility
  //
   
  - begin_ortho (w,h:INTEGER) <- deferred; 
  - end_ortho <- deferred;
  - ortho_mode (w,h:INTEGER) do body:{} <-
  (
    begin_ortho (w,h);
    body.value;
    end_ortho;
  );
  lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/index_buffer.li0000644000175000017500000000425011314031255025756 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := INDEX_BUFFER;
  
  - comment  := "api independant index buffer";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - create sz:INTEGER :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make sz;
    result
  );
  
  - make sz:INTEGER <- deferred;
  
  - bind <- deferred;
  
  - destroy <- deferred;
  
  - begin_index <- deferred;
  - end <- deferred;
  
  - new_indices body:{} <-
  (
    begin_indices;
    body.value;
    end;
  );
  
  - draw mode:INTEGER size sz:INTEGER <- deferred;
  
  - add_index i:UINTEGER_16 <- deferred;
  
lisaac_0.39_rc1/lib/unstable/opengl/abstract_renderer/error.li0000644000175000017500000000510211314031255024444 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
 
Section Header
  
  + name     := ERROR;
  
  - comment  := "Renderer error";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  // 
  // Error codes
  //
  
  - no_error:INTEGER <- 0;
  - invalid_enum:INTEGER <- 1;
  - invalid_value:INTEGER <- 2;
  - invalid_operation:INTEGER <- 3;
  - stack_overflow:INTEGER <- 4;
  - stack_underflow:INTEGER <- 5;
  - out_of_memory:INTEGER <- 6;
  
  - last_error:INTEGER := no_error;
  
  
  // return current error state variable
  - get:INTEGER <- deferred;
  
  // return details of error 
  - get buffer:STRING from code:INTEGER <- deferred;
  
  - get_string <- 
  (
    msg_error.clear;
    get msg_error from last_error;
  );
  
  - print_error <-
  (
    get_string;
    STD_ERROR.put_string msg_error;
  );
  
  - send msg:ABSTRACT_STRING <-
  (
    msg_error.clear;
    msg_error.append "\nRenderer error: ";
    msg_error.append msg;
    
    STD_ERROR.put_string msg_error;
  );  
  
Section Public
  
  - msg_error:STRING := STRING.create 256;lisaac_0.39_rc1/lib/unstable/opengl/framework/0000755000175000017500000000000011314031255021273 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/framework/event_listener.li0000644000175000017500000000365111314031255024654 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-OpenGL library                           //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := EVENT_LISTENER;
  
Section Inherit
  
  - parent_framework_any:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Public
  
  //
  // Keyboard events
  // 
  
  - keydown k:INTEGER <-
  (
  );
  
  - keyup k:INTEGER <-
  (
  );
  
  
  //
  // Mouse events
  //
  
  - move (x,y:INTEGER) <-
  (
  );
  
  - click b:INTEGER <-
  (
  );lisaac_0.39_rc1/lib/unstable/opengl/framework/windows/0000755000175000017500000000000011314031324022762 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/framework/windows/platform.li0000644000175000017500000000660311314031255025144 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := PLATFORM;
  - comment  := "Platform dependant utility toolkit";
  
  - external := `

#define WIN32_LEAN_AND_MEAN
#include 
#include 

LARGE_INTEGER freq, count;
double timer_start;
  `;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  //
  // Time handling.
  //
  
  - init_time <-
  (
    (`QueryPerformanceFrequency(&freq)`:INTEGER = 0).if {
      `freq.QuadPart = 0`;
      `timer_start = timeGetTime() / 1000.0f`;
    } else {
      `QueryPerformanceCounter(&count)`;
      `timer_start = (double)(count.QuadPart) / (double) (freq.QuadPart)`;
    };
  );
  
  - get_milliseconds:UINTEGER_32 <-
  (
    (get_current_time * 1000.0).to_uinteger_32 // fixme
  );
  
  - get_current_time:REAL_32 <-
  ( + result:REAL_32;
    
    (`freq.QuadPart`:INTEGER = 0).if {
      // no performance timer
      result :=  `(float)(timeGetTime() / 1000.0f - timer_start)`:REAL_32;
    } else {
      `QueryPerformanceCounter(&count)`;
      result := `(float)(((double)(count.QuadPart) / (double)(freq.QuadPart)) - timer_start)`:REAL_32;
    };
    result
  );
  
  /*
  - start_ticks <- 
  (
    start := get_ticks;
  );
  
  - get_ticks:UINTEGER_32 <-
  (
    now := `timeGetTime()`:UINTEGER_32;
    (now < start).if {
      ticks := (`TIME_WRAP_VALUE`:UINTEGER_32 - start) + now;
    } else {
      ticks := now - start;
    };
    ticks
  );*/
  
  - delay ms:UINTEGER_32 <- 
  (
    `Sleep(@ms)`;
  );
  
  - init_random <-
  (
    `srand((unsigned)time(NULL))`;
  );
  - random:INTEGER <-
  (
    `rand()`:INTEGER
  );

  - random_ratio:REAL_32 <-
  (
    `rand() / (float)(RAND_MAX)`:REAL_32
  );
  
  
  - frand:REAL_32 <- // 0 to 1
  (
    `(rand()&32767) * (1.0/32767)`:REAL_32
  );
  
  - crand <- // -1 to 1
  (
    `(rand()&32767)* (2.0/32767) - 1`:REAL_32
  );
  
lisaac_0.39_rc1/lib/unstable/opengl/framework/windows/framework_event.li0000644000175000017500000001163011314031255026512 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := FRAMEWORK_EVENT;
  
  - comment  := "GL Framework: handle input";
  
  - external := 
  `
  POINT p;
  
#ifndef GLBINDING__USE_GUI
  extern void resize (int,int); // pour l'instant
  extern void event_keydown (int,int);
  extern void event_keyup (int,int);
  extern int event_mousemove (int,int);
  extern int event_mouseclick (int);
  
  MSG   msg;

  
  LRESULT CALLBACK MainWndProc(HWND hwnd, UINT uMsg, WPARAM wParam, LPARAM lParam)
  { 
    LONG    lRet = 0; 
    PAINTSTRUCT    ps;
    
    
    switch (uMsg)
    {
      case WM_SIZE:
      if (!fullscreen)
      // resize only in windowed mode
      {
	resize (LOWORD(lParam),HIWORD(lParam));
	GetClientRect(win.hwnd, &win.rect);
      }
      break;
      case WM_KEYDOWN: 
      
      event_keydown (wParam, lParam);
     
      break;
      case WM_KEYUP:
  
      event_keyup (wParam, lParam);
      break;
      // Mouse
      case WM_MOUSEMOVE: 
      
      event_mousemove ((short)LOWORD(lParam), (short)HIWORD(lParam));

      break;
      
      case WM_LBUTTONDOWN:
      case WM_RBUTTONDOWN:
      
      event_mouseclick ((((wParam & MK_LBUTTON) != 0) << 1) | ((wParam & MK_RBUTTON) != 0));
      
      break;
      
      case WM_PAINT:
      BeginPaint(win.hwnd, &ps);
      EndPaint(win.hwnd, &ps);
      break;
      
      case WM_CLOSE:
      PostQuitMessage(0);
      break;
      
      default:
      return DefWindowProc(hwnd, uMsg, wParam, lParam);
    }
    return 0;
  }
#endif
`;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section External
  
  - event_keydown (wparam,lparam:INTEGER) <-
  (
    + k:INTEGER;
    
    k := KEYCODE.get_key wparam;
    keys.put TRUE to k;
    FRAMEWORK.on_keydown k;
  );
  
  - event_keyup (wparam,lparam:INTEGER) <-
  (
    + k:INTEGER;
    
    k := KEYCODE.get_key wparam;
    keys.put FALSE to k;
    FRAMEWORK.on_keyup k;
  );
  
  - event_mousemove (x,y:INTEGER) :INTEGER <-
  (
    mouse_x := x;
    mouse_y := y;
 
    FRAMEWORK.on_mousemove (x,y);
    `1`:(INTEGER) // hack to make the slot persistent
  );
  
  - event_mouseclick b:INTEGER :INTEGER <-
  (
    FRAMEWORK.on_mouseclick b;
    `1`:(INTEGER) // hack to make the slot persistent
  );
  
Section Public
  
  - make <-
  (
    // Remove this after compiler has been fixed...
    event_keydown (0,0);
    event_keyup (0,0);
    event_mousemove (0,0);
    event_mouseclick 0;
  );
  
  - keys:FAST_ARRAY(BOOLEAN) := 
  ( + result:FAST_ARRAY(BOOLEAN);
    
    result := FAST_ARRAY(BOOLEAN).create 256;
    result.set_all_with FALSE;
    result
  );
  
  - mouse_x:INTEGER;
  - mouse_y:INTEGER;
  
  // hack for windows
  - get_mouse_pos:(INTEGER,INTEGER) <- 
  (
    `GetCursorPos(&p)`;
    (`p.x`:INTEGER, `p.y`:INTEGER)
  );
  
  - update:BOOLEAN <-
  ( 
    + go:BOOLEAN;

    go := TRUE;
    {go && {`PeekMessage (&msg, NULL, 0, 0, PM_REMOVE)` != 0}}.while_do {
      (`msg.message`:INTEGER = `WM_QUIT`:INTEGER).if {
        //
        FRAMEWORK.stop;
        //
	go := FALSE;	
      } else {
	`TranslateMessage (&msg)`;
	`DispatchMessage (&msg)`;
      };
    };
    go
  );
  
  - keydown k:INTEGER :BOOLEAN <-
  (
    keys.item k
  );
  
  - keyup k:INTEGER :BOOLEAN <-
  (
    ! keys.item k
  );
  
  - set_up k:INTEGER <-
  (
    keys.put FALSE to k;
  );
  
  - warp_mouse (x,y:INTEGER) <-
  (
    mouse_x := x;
    mouse_y := y;
    `SetCursorPos (@x,@y)`;
  );
  lisaac_0.39_rc1/lib/unstable/opengl/framework/windows/gl_font.li0000644000175000017500000000522211314031255024744 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_FONT;
 
  - comment  := "Win32 - OpenGl rendered font";
  
  - external := `static HFONT  hFont,hOldFont;`;

Section Inherit
  
  + parent_font_abstract:Expanded GL_FONT_ABSTRACT;
  
Section Public
  
  - default:FONT <- 
  (
    create "Arial"
  );
  
  - load <-
  (
    + fontname:NATIVE_ARRAY(CHARACTER);
    + b,h:UINTEGER_32;
    + n:INTEGER;
    
    n := nb_chars;
    base := `glGenLists(@n)`:UINTEGER_32;
    
    h := font_height;
    fontname := name.to_external;
    `hFont = CreateFont(@h,0,0,0,FW_BOLD,
      FALSE,// italic
      FALSE,// underlined
      FALSE,// strikeout
      ANSI_CHARSET,OUT_TT_PRECIS,CLIP_DEFAULT_PRECIS,
      ANTIALIASED_QUALITY, // font quality
      FF_DONTCARE|DEFAULT_PITCH,
      @fontname);
    `;
    // select font & save old font to avoid memory leak
    `hOldFont = (HFONT)SelectObject(win.hdc, hFont)`;
    
    // cree des bitmaps a partir de la fonte
    b := base;
    `wglUseFontBitmaps(win.hdc, 32, @n, @b)`;
  );
  
  - unload <-
  (
    parent_font_abstract.unload;
    `SelectObject(win.hdc, hOldFont)`;
  );lisaac_0.39_rc1/lib/unstable/opengl/framework/windows/keycode.li0000644000175000017500000001256711314031255024751 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-SDL Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := KEYCODE;
  - comment  := "win32 key mapping";
  
Section Inherit
  
  - parent_keycode: Expanded ABSTRACT_KEYCODE;
  
Section Public
  
  - make <-
  (
    keys := HASHED_DICTIONARY(INTEGER,INTEGER).create;
    
    keys.add k_backspace to (`VK_BACK`:INTEGER);
    keys.add k_tab to (`VK_TAB`:INTEGER);
    keys.add k_clear to (`VK_CLEAR`:INTEGER);
    keys.add k_return to (`VK_RETURN`:INTEGER);
    keys.add k_pause to (`VK_PAUSE`:INTEGER);
    keys.add k_escape to (`VK_ESCAPE`:INTEGER);
    keys.add k_space to (`VK_SPACE`:INTEGER);
    
    //
    // key 33 to 127: win32 uses ASCII code
    //
    
    keys.add k_delete to (`VK_DELETE`:INTEGER);
    
    keys.add kp_0 to (`VK_NUMPAD0`:INTEGER);
    keys.add kp_1 to (`VK_NUMPAD1`:INTEGER);
    keys.add kp_2 to (`VK_NUMPAD2`:INTEGER);
    keys.add kp_3 to (`VK_NUMPAD3`:INTEGER);
    keys.add kp_4 to (`VK_NUMPAD4`:INTEGER);
    keys.add kp_5 to (`VK_NUMPAD5`:INTEGER);
    keys.add kp_6 to (`VK_NUMPAD6`:INTEGER);
    keys.add kp_7 to (`VK_NUMPAD7`:INTEGER);
    keys.add kp_8 to (`VK_NUMPAD8`:INTEGER);
    keys.add kp_9 to (`VK_NUMPAD9`:INTEGER);
    //keys.add kp_period to (`SDLK_KP_PERIOD`:INTEGER);
    keys.add kp_divide to (`VK_DIVIDE`:INTEGER);
    keys.add kp_multiply to (`VK_MULTIPLY`:INTEGER);
    keys.add kp_minus to (`VK_SUBTRACT`:INTEGER);
    keys.add kp_plus to (`VK_ADD`:INTEGER);
    // keys.add kp_enter to (`SDLK_KP_ENTER`:INTEGER);
    //keys.add kp_equals to (`SDLK_KP_EQUALS`:INTEGER);
    
    keys.add k_up to (`VK_UP`:INTEGER);
    keys.add k_down to (`VK_DOWN`:INTEGER);
    keys.add k_right to (`VK_RIGHT`:INTEGER);
    keys.add k_left to (`VK_LEFT`:INTEGER);
    keys.add k_insert to (`VK_INSERT`:INTEGER);
    keys.add k_home to (`VK_HOME`:INTEGER);
    keys.add k_end to (`VK_END`:INTEGER);
    keys.add k_pageup to (`VK_PRIOR`:INTEGER);
    keys.add k_pagedown to (`VK_NEXT`:INTEGER);
    
    keys.add k_f1 to (`VK_F1`:INTEGER);
    keys.add k_f2 to (`VK_F2`:INTEGER);
    keys.add k_f3 to (`VK_F3`:INTEGER);
    keys.add k_f4 to (`VK_F4`:INTEGER);
    keys.add k_f5 to (`VK_F5`:INTEGER);
    keys.add k_f6 to (`VK_F6`:INTEGER);
    keys.add k_f7 to (`VK_F7`:INTEGER);
    keys.add k_f8 to (`VK_F8`:INTEGER);
    keys.add k_f9 to (`VK_F9`:INTEGER);
    keys.add k_f10 to (`VK_F10`:INTEGER);
    keys.add k_f11 to (`VK_F11`:INTEGER);
    keys.add k_f12 to (`VK_F12`:INTEGER);
    keys.add k_f13 to (`VK_F13`:INTEGER);
    keys.add k_f14 to (`VK_F14`:INTEGER);
    keys.add k_f15 to (`VK_F15`:INTEGER);
    
    keys.add k_numlock to (`VK_NUMLOCK`:INTEGER);
    keys.add k_capslock to (`VK_CAPITAL`:INTEGER);
    keys.add k_scrollock to (`VK_SCROLL`:INTEGER);
    keys.add k_rshift to (`VK_RSHIFT`:INTEGER);
    keys.add k_lshift to (`VK_LSHIFT`:INTEGER);
    keys.add k_rctrl to (`VK_RCONTROL`:INTEGER);
    keys.add k_lctrl to (`VK_LCONTROL`:INTEGER);
   ////////////////// keys.add k_ralt to (`SDLK_LALT`:INTEGER); ///////
    keys.add k_lalt to (`VK_MENU`:INTEGER);
    
    //keys.add k_rmeta to (`SDLK_RMETA`:INTEGER);
    //keys.add k_lmeta to (`SDLK_LMETA`:INTEGER);
    //keys.add k_lsuper to (`SDLK_LSUPER`:INTEGER);
    //keys.add k_rsuper to (`SDLK_RSUPER`:INTEGER);
    //keys.add k_mode to (`SDLK_MODE`:INTEGER);
    //keys.add k_compose to (`SDLK_COMPOSE`:INTEGER);
    
    keys.add k_help to (`VK_HELP`:INTEGER);
    keys.add k_print to (`VK_PRINT`:INTEGER);
    //keys.add k_sysreq to (`SDLK_SYSREQ`:INTEGER);
    //keys.add k_break to (`SDLK_BREAK`:INTEGER);
    //keys.add k_menu to (`VK_MENU`:INTEGER); 
    //keys.add k_power to (`SDLK_POWER`:INTEGER);
    //keys.add k_euro to (`SDLK_EURO`:INTEGER);
    //keys.add k_undo to (`SDLK_UNDO`:INTEGER);
  );
  
  - get_key key:INTEGER :INTEGER <-
  (
    + result:INTEGER;
    
    keys.fast_has key.if {
      result := keys.fast_at key;
    } else {
      result := key;
    };    
    result
  );lisaac_0.39_rc1/lib/unstable/opengl/framework/windows/opengl.li0000644000175000017500000001677711314031255024621 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := OPENGL;
  
  - external :=   
  `#include 
  #include 
  #include 
  
  #define GPA(funcname)  wglGetProcAddress(funcname);
  
  struct glwin_window_t
  {
    HWND   hwnd;  // window handle
    RECT   rect;  // window rect
    HDC    hdc;   // device gdi
    HGLRC  hrc;   // device ogl
    
    HINSTANCE  instance;
    WNDCLASS   class;
  };
  
  struct glwin_window_t   win;
  DEVMODE   settings;
  int  fullscreen;
  
  PIXELFORMATDESCRIPTOR pfd; 
  int pixelformat; 
  /*
  int WINAPI WinMain(HINSTANCE hInstance, HINSTANCE hPrevInstance,
  LPSTR lpCmdLine, int nCmdShow)
  {
    win.instance = hInstance;
    main (0, NULL);
    return 0;
  }*/
`;
  
Section Inherit
  
  - parent_opengl_abstract:OPENGL_ABSTRACT := OPENGL_ABSTRACT;
   
Section Public
  
  - swap_buffers <-
  // post rendering
  (
    // flip double buffer
    `SwapBuffers (win.hdc)`;
  );
  
Section Public  
  
  - auto_make <-
  (
    make (800,600);
  );
  
  - make (w,h:INTEGER) <-
  (
    do_make (w,h) title "OpenGL application";
    SCENE.set_renderer Self; // make Self current
  );
  
  - make (w,h:INTEGER) title s:ABSTRACT_STRING <-
  ( 
    do_make (w,h) title s;
    SCENE.set_renderer Self; // make Self current
  );

  - do_make (w,h:INTEGER) title s:ABSTRACT_STRING <- 
  (    
    + style,size:INTEGER;
    + wintitle:NATIVE_ARRAY(CHARACTER); 
    + b:BOOLEAN;
    
    width := w;
    height := h;
    viewport := VIEWPORT.create (0,0,w,h);
    b := is_fullscreen;
     
    // Creation fenetre: 
    `fullscreen = @b;
    
    memset(&win.class, 0, sizeof(WNDCLASS));
    win.class.style = CS_HREDRAW | CS_VREDRAW;
    win.class.lpfnWndProc = MainWndProc;
    win.class.hInstance = win.instance;
    win.class.hIcon = LoadIcon(NULL, IDI_APPLICATION);
    win.class.hCursor = LoadCursor(NULL, IDC_ARROW);
    win.class.hbrBackground = (HBRUSH) (COLOR_WINDOW+1);
    win.class.lpszClassName = "IsaacClass";
    
    RegisterClass(&win.class);`;
    
    is_fullscreen.if {
      style := `WS_POPUP | WS_CLIPSIBLINGS | WS_CLIPCHILDREN`:INTEGER;
      
      gl_fullscreen;
      //`ShowCursor(FALSE)`;
    } else {
      // simple window
      style := `WS_OVERLAPPEDWINDOW | WS_CLIPSIBLINGS | WS_CLIPCHILDREN`:INTEGER;
    };
    
    `win.rect.left = 0;
    win.rect.right = @w;
    win.rect.top = 0;
    win.rect.bottom = @h;
    
    AdjustWindowRect (&win.rect, @style, 0);`;
    
    // create window
    wintitle := s.to_external;
    `win.hwnd = CreateWindow("IsaacClass", @wintitle, @style, 0, 0, win.rect.right  - win.rect.left, win.rect.bottom - win.rect.top, NULL, NULL, win.instance, NULL);`;
    (`win.hwnd`:INTEGER = 0).if {
      fatal_error "failed to create window";
    };
     `ShowWindow (win.hwnd, SW_SHOWNORMAL);
     UpdateWindow (win.hwnd);
    SetFocus (win.hwnd);
    
    win.hdc = GetDC (win.hwnd);`;

    // choose pixel format compatible for OpenGL
    `pfd.nSize = sizeof(PIXELFORMATDESCRIPTOR);
    pfd.nVersion = 1;
    pfd.dwFlags = PFD_DRAW_TO_WINDOW | PFD_SUPPORT_OPENGL;`;
    has_doublebuffer.if {
      `pfd.dwFlags |= PFD_DOUBLEBUFFER`;
    };
    `pfd.dwLayerMask = PFD_MAIN_PLANE;
    pfd.iPixelType = PFD_TYPE_RGBA;`; // PFD_TYPE_COLORINDEX;
    
    size := buffer_size;
    `pfd.cColorBits = @size`;
    
    has_depth_buffer.if {
      size := depth_size;
      `pfd.cDepthBits = @size`;
    } else {
      `pfd.cDepthBits = 0`;
    };
    has_stencil_buffer.if {
      size := stencil_size;
      `pfd.cStencilBits = @size`;
    } else {
      `pfd.cStencilBits = 0`;
    };
    has_accum_buffer.if {
      size := accum_red_size;
      `pfd.cAccumRedBits = @size`;
      size := accum_green_size;
      `pfd.cAccumGreenBits = @size`;
      size := accum_blue_size;
      `pfd.cAccumBlueBits = @size`; 
      size := accum_alpha_size;
      `pfd.cAccumAlphaBits = @size`;
      size := accum_red_size+accum_green_size+accum_blue_size+accum_alpha_size;
      `pfd.cAccumBits = @size`;
    } else {
      `pfd.cAccumBits = 0`;
    };
    size := red_size;
    `pfd.cRedBits = @size`;
    size := green_size;
    `pfd.cGreenBits = @size`;
    size := blue_size;
    `pfd.cBlueBits = @size`; 
    size := alpha_size;
    `pfd.cAlphaBits = @size`;
    
    `pixelformat = ChoosePixelFormat(win.hdc, &pfd);`;
    (`pixelformat`:INTEGER = 0).if {
      fatal_error "ChoosePixelFormat failed";
    };
    (`SetPixelFormat(win.hdc, pixelformat, &pfd)`:INTEGER = 0).if {
      fatal_error "SetPixelFormat failed";
    };
    
    `DescribePixelFormat(win.hdc, pixelformat, sizeof(pfd), &pfd)`;
    
    // create OpenGL rendering context
    `win.hrc = wglCreateContext (win.hdc);
    wglMakeCurrent(win.hdc, win.hrc);
    `;  
    
    initialize;
    resize (width,height);
  );
  
  - gl_fullscreen <-
  (
    + w,h,result:INTEGER;
    
    w := width;
    h := height;
    
    `memset(&settings,0,sizeof(settings))`;
    (`EnumDisplaySettings(NULL,ENUM_CURRENT_SETTINGS,&settings)`:INTEGER = 0).if {
      fatal_error "failed to display display settings";
    };
    `settings.dmPelsWidth = @w;
    settings.dmPelsHeight = @h;
    settings.dmFields = DM_BITSPERPEL | DM_PELSWIDTH | DM_PELSHEIGHT;`;
    
    result := `ChangeDisplaySettings(&settings,CDS_FULLSCREEN)`:INTEGER;
    (result != `DISP_CHANGE_SUCCESSFUL`:INTEGER).if {
      fatal_error "Fullscreen mode not compatible";
    };
  );
  
Section External
  
  - resize (w,h:INTEGER) <-
  (     
    (h != 0).if {
      width := w;
      height := h;
      
      viewport.make (0, 0, w, h);
      //
      reshape.on_resize (w,h);
      //
    };
  );
  
Section Public
  
  - close <-
  (
    // release OpenGl context
    (`win.hrc`:INTEGER != 0).if {
      `wglMakeCurrent (NULL, NULL)`;
      `wglDeleteContext (win.hrc)`;
    };
    // release gdi context
    (`win.hdc`:INTEGER != 0).if {
      `ReleaseDC(win.hwnd, win.hdc)`;
    };
    is_fullscreen.if {
      `ChangeDisplaySettings(NULL,0)`;
      `ShowCursor(TRUE)`;
    };
    `UnregisterClass("IsaacClass", win.instance)`;
    `PostQuitMessage(0)`;
  );
 
lisaac_0.39_rc1/lib/unstable/opengl/framework/log.li0000644000175000017500000000460711314031255022411 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LOG;

  - comment   := "Logging System";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  
  - max_level:INTEGER <- 4;
  
  + file:POINTER;
  + level:INTEGER;

  
  //
  // Creation.
  //

  - create s:ABSTRACT_STRING level l:INTEGER :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (s,l);
    result
  );

  - make (s:ABSTRACT_STRING, l:INTEGER) <-
  ( 
    level := l;
    file := FS_MIN.open_write s;
  );
  
  - append msg:ABSTRACT_STRING <-
  (
    + buf:STRING;
    
    buf := STRING.create_from_string msg;
    buf.append "\n";
    
    FS_MIN.write file with buf size(buf.count);
  );
  
  - print msg:ABSTRACT_STRING level l:INTEGER <-
  (
    (level + l >= max_level).if {  
      append msg;
    };
  );
  
  - close <-
  (
    FS_MIN.close file;
  );

lisaac_0.39_rc1/lib/unstable/opengl/framework/unix/0000755000175000017500000000000011314031255022256 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/framework/unix/platform.li0000644000175000017500000000540111314031255024430 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := PLATFORM;
  - comment  := "Platform dependant utility toolkit";
  
  - external := `
  #include 
static struct timeval start, now, tv;
  `;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  //
  // Time handling.
  //

  - init_time <-
  (
     `gettimeofday(&start, NULL)`;
  );
  
  - get_current_time:REAL_32 <-
  (
    `gettimeofday(&now, NULL)`;
    `(float)(now.tv_sec - start.tv_sec) + 0.000001f * (float)(now.tv_usec - start.tv_usec)`:REAL_32
  );

  - get_milliseconds:UINTEGER_32 <-
  (
    `gettimeofday(&now, NULL)`;
    `( now.tv_sec - start.tv_sec )*1000 + ( now.tv_usec - start.tv_usec )/1000`:UINTEGER_32
  );

  - delay ms:UINTEGER_32 <- 
  (   
    `tv.tv_sec = @ms/1000`;
    `tv.tv_usec = (@ms%1000)*1000`;
    `select(0, NULL, NULL, NULL, &tv)`;
  );

  - init_random <-
  (
    `srand((unsigned)time(NULL))`;
  );
  - random:INTEGER <-
  (
    `rand()`:INTEGER
  );

  - random_ratio:REAL_32 <-
  (
    `rand() / (float)(RAND_MAX)`:REAL_32
  );
  
  
  - frand:REAL_32 <- // 0 to 1
  (
    `(rand()&32767) * (1.0/32767)`:REAL_32
  );
  
  - crand <- // -1 to 1
  (
    `(rand()&32767)* (2.0/32767) - 1`:REAL_32
  );
lisaac_0.39_rc1/lib/unstable/opengl/framework/unix/framework_event.li0000644000175000017500000000762111314031255026010 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := FRAMEWORK_EVENT;
  
  - comment  := "GL Framework: handle input";
  
  - external := 
  `
char keybuf[64];
KeySym  keysym;
 `;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - make <-
  (
  );
  
  - keys:FAST_ARRAY(BOOLEAN) := 
  ( + result:FAST_ARRAY(BOOLEAN);
    
    result := FAST_ARRAY(BOOLEAN).create (KEYCODE.key_count);
    result.set_all_with FALSE;
    result
  );
  
  - mouse_x:INTEGER;
  - mouse_y:INTEGER;

  - get_mouse_pos:(INTEGER,INTEGER) <- 
  (
     (mouse_x, mouse_y)
  );

  - update:BOOLEAN <-
  (
    + type,k:INTEGER;
    + w,h,b:INTEGER;
  
    {`XPending (win.dpy)`:INTEGER != 0}.while_do {
      `XNextEvent (win.dpy, &event)`;
      type := `event.type`:INTEGER;
      
      type

      //
      // Event Keyboard
      //
      .when `KeyPress`:INTEGER then {
        `XLookupString(&event.xkey, keybuf, sizeof(keybuf), &keysym, 0)`;
	k := KEYCODE.get_key (`keysym`:INTEGER);

	keys.put TRUE to k;
	FRAMEWORK.on_keydown k;
      }
      .when `KeyRelease`:INTEGER then {
	`XLookupString(&event.xkey, keybuf, sizeof(keybuf), &keysym, 0)`;
	k := KEYCODE.get_key (`keysym`:INTEGER);

	keys.put FALSE to k;
	FRAMEWORK.on_keyup k;
      }	
      .when `ButtonPress`:INTEGER then {
        b := `event.xbutton.button`:INTEGER;
        FRAMEWORK.on_mouseclick (((b = 1).to_integer <<1) | (b = 3).to_integer);
      }
      .when `MotionNotify`:INTEGER then {
	mouse_x := `event.xmotion.x`:INTEGER;
        mouse_y := `event.xmotion.y`:INTEGER;
        FRAMEWORK.on_mousemove (mouse_x,mouse_y);
      }
      .when `ConfigureNotify`:INTEGER then {
	w := `event.xconfigure.width`:INTEGER;
	h := `event.xconfigure.height`:INTEGER;
	
	((w != FRAMEWORK.renderer.width) && {h != FRAMEWORK.renderer.height}).if {
	  FRAMEWORK.renderer.resize (w,h); 
	};
      }
      .when `ClientMessage`:INTEGER then {
        `*XGetAtomName(win.dpy, event.xclient.message_type) == *"WM_PROTOCOLS"`:BOOLEAN{TRUE,FALSE}.if {
	  FRAMEWORK.stop;
	};	
      };
    };
    TRUE
  );
  
  - keydown k:INTEGER :BOOLEAN <-
  (
    keys.item k
  );
  
  - keyup k:INTEGER :BOOLEAN <-
  (
    ! keys.item k
  );
  
  - set_up k:INTEGER <-
  (
    keys.put FALSE to k;
  );
  
  - warp_mouse (x,y:INTEGER) <-
  (
    mouse_x := x;
    mouse_y := y;
    `XWarpPointer (win.dpy, None, win.win, 0, 0, 0, 0, @x, @y)`; 
  );
  
lisaac_0.39_rc1/lib/unstable/opengl/framework/unix/gl_font.li0000644000175000017500000000503611314031255024240 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GL_FONT;
 
  - comment  := "X11 - OpenGl rendered font";
  
  - external := `static XFontStruct *font;`;
  
Section Inherit
  
  + parent_font_abstract:Expanded GL_FONT_ABSTRACT;
  
Section Public
  
  - default:FONT <- 
  (
    create "-*-helvetica-bold-r-normal--24-*-*-*-p-*-iso8859-1"
  );
  
  - load <-
  (
    + fontname:NATIVE_ARRAY(CHARACTER);
    + b:UINTEGER_32;
    + n:INTEGER;
    
    n := nb_chars;
    base := `glGenLists(@n)`:UINTEGER_32;

    fontname := name.to_external;
    `font = XLoadQueryFont(win.dpy, @fontname)`;
    (`font`:POINTER = NULL).if {
      
      OPENGL.error.send "Error loading font, loading default...";
      
      // last chance..
      `font = XLoadQueryFont(win.dpy,"fixed")`;
      (`font`:POINTER = NULL).if {
	OPENGL.fatal_error "Can't load font";
      };
    };
    b := base;
    `glXUseXFont(font->fid, 32, @n, @b)`;// start at char 32 -> build n display lists
    `XFreeFont(win.dpy, font)`;
  );
  
lisaac_0.39_rc1/lib/unstable/opengl/framework/unix/keycode.li0000644000175000017500000001272211314031255024233 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-SDL Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := KEYCODE;
  - comment  := "X11 key mapping";
  
Section Inherit
  
  - parent_keycode: Expanded ABSTRACT_KEYCODE;
  
Section Public
   
  - make <-
  (
    keys := HASHED_DICTIONARY(INTEGER,INTEGER).create;
 
    bind k_backspace to (`XK_BackSpace`:INTEGER);
    bind k_tab to (`XK_Tab`:INTEGER);
   // bind k_clear to (`VK_CLEAR`:INTEGER); ???
    bind k_return to (`XK_Return`:INTEGER);
    bind k_pause to (`XK_Pause`:INTEGER); 
    bind k_escape to (`XK_Escape`:INTEGER);
    bind k_space to (`XK_space`:INTEGER);
    
    //
    // key 33 to 127:  ASCII code ???
    //
    
    bind k_delete to (`XK_Delete`:INTEGER);
    
    bind kp_0 to (`XK_KP_0`:INTEGER);
    bind kp_1 to (`XK_KP_1`:INTEGER);
    bind kp_2 to (`XK_KP_2`:INTEGER);
    bind kp_3 to (`XK_KP_3`:INTEGER);
    bind kp_4 to (`XK_KP_4`:INTEGER);
    bind kp_5 to (`XK_KP_5`:INTEGER);
    bind kp_6 to (`XK_KP_6`:INTEGER);
    bind kp_7 to (`XK_KP_7`:INTEGER);
    bind kp_8 to (`XK_KP_8`:INTEGER);
    bind kp_9 to (`XK_KP_9`:INTEGER);
    //bind kp_period to (`SDLK_KP_PERIOD`:INTEGER);
    bind kp_divide to (`XK_KP_Divide`:INTEGER);
    bind kp_multiply to (`XK_KP_Multiply`:INTEGER);
    bind kp_minus to (`XK_KP_Subtract`:INTEGER);
    bind kp_plus to (`XK_KP_Add`:INTEGER);
    // bind kp_enter to (`SDLK_KP_ENTER`:INTEGER);
    //bind kp_equals to (`SDLK_KP_EQUALS`:INTEGER);
    
    bind k_up to (`XK_Up`:INTEGER);
    bind k_down to (`XK_Down`:INTEGER);
    bind k_right to (`XK_Right`:INTEGER);
    bind k_left to (`XK_Left`:INTEGER);
    bind k_insert to (`XK_Insert`:INTEGER);
    bind k_home to (`XK_Home`:INTEGER);
    bind k_end to (`XK_End`:INTEGER);
    //bind k_pageup to (`VK_PRIOR`:INTEGER);
    //bind k_pagedown to (`VK_NEXT`:INTEGER);
    
    bind k_f1 to (`XK_F1`:INTEGER);
    bind k_f2 to (`XK_F2`:INTEGER);
    bind k_f3 to (`XK_F3`:INTEGER);
    bind k_f4 to (`XK_F4`:INTEGER);
    bind k_f5 to (`XK_F5`:INTEGER);
    bind k_f6 to (`XK_F6`:INTEGER);
    bind k_f7 to (`XK_F7`:INTEGER);
    bind k_f8 to (`XK_F8`:INTEGER);
    bind k_f9 to (`XK_F9`:INTEGER);
    bind k_f10 to (`XK_F10`:INTEGER);
    bind k_f11 to (`XK_F11`:INTEGER);
    bind k_f12 to (`XK_F12`:INTEGER);
    bind k_f13 to (`XK_F13`:INTEGER);
    bind k_f14 to (`XK_F14`:INTEGER);
    bind k_f15 to (`XK_F15`:INTEGER);
    
    //bind k_numlock to (`VK_NUMLOCK`:INTEGER);
    //bind k_capslock to (`VK_CAPITAL`:INTEGER);
    //bind k_scrollock to (`VK_SCROLL`:INTEGER);
    bind k_rshift to (`XK_Shift_R`:INTEGER);
    bind k_lshift to (`XK_Shift_L`:INTEGER);
    bind k_rctrl to (`XK_Control_R`:INTEGER);
    bind k_lctrl to (`XK_Control_L`:INTEGER);
   ////////////////// bind k_ralt to (`SDLK_LALT`:INTEGER); ///////
    //bind k_lalt to (`VK_MENU`:INTEGER);
    
    //bind k_rmeta to (`SDLK_RMETA`:INTEGER);
    //bind k_lmeta to (`SDLK_LMETA`:INTEGER);
    //bind k_lsuper to (`SDLK_LSUPER`:INTEGER);
    //bind k_rsuper to (`SDLK_RSUPER`:INTEGER);
    //bind k_mode to (`SDLK_MODE`:INTEGER);
    //bind k_compose to (`SDLK_COMPOSE`:INTEGER);
    
    //bind k_help to (`VK_HELP`:INTEGER);
    //bind k_print to (`VK_PRINT`:INTEGER);
    //bind k_sysreq to (`SDLK_SYSREQ`:INTEGER);
    //bind k_break to (`SDLK_BREAK`:INTEGER);
    //bind k_menu to (`VK_MENU`:INTEGER); 
    //bind k_power to (`SDLK_POWER`:INTEGER);
    //bind k_euro to (`SDLK_EURO`:INTEGER);
    //bind k_undo to (`SDLK_UNDO`:INTEGER);
  );
  
  - get_key key:INTEGER :INTEGER <-
  (
    + result:INTEGER;
    
    keys.fast_has key.if {
      result := keys.fast_at key;
    } else {
      result := `*keybuf`:INTEGER;// conversions...
      result.in_range ('A'.to_integer) to ('Z'.to_integer).if {
	result := result - 'A'.to_integer + 'a'.to_integer;
      }.elseif {result.in_range 1 to 26} then {
	result := result + 'a'.to_integer - 1;
      };
    };   
    result
  );
  
Section Private
  
  - bind key1:INTEGER to key2:INTEGER <-
  (
    keys.fast_put key2 to key1; // add and put to not work
  );lisaac_0.39_rc1/lib/unstable/opengl/framework/unix/opengl.li0000644000175000017500000002221211314031255024067 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                         Lisaac-OpenGL Library                            //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := OPENGL;
  
  - lip  <-
  (
    add_lib " -lGL -lGLU -lXxf86vm ";
  );
  
  - external :=   
  `#include 
  #include 
  #include 
  #include 
  #include 
  #include 
  #include 
  
  #define GPA(funcname)  glXGetProcAddressARB(funcname);
  
  struct glx_window_t
  {
    Display               *dpy;
    int                    screen;
    Window                 win;
    GLXContext             context;
    XSetWindowAttributes   attributes;
    
    XF86VidModeModeInfo deskMode;   
    XVisualInfo *vi;
  };
  
  struct glx_window_t   win;
  XF86VidModeModeInfo **modes;
  int  numModes, bestMode;
  int vidModeMajorVersion, vidModeMinorVersion;
  Atom wmDelete;
  
  XEvent event;
  
  static struct timeval start, now, tv; 
  
  static int attribs[32];
  `;
  
Section Inherit
  
  - parent_opengl_abstract:OPENGL_ABSTRACT := OPENGL_ABSTRACT;
  
Section Public
  
  - swap_buffers <-
  // post rendering
  (
    // flip double buffer
    `glXSwapBuffers (win.dpy, win.win)`;
  );
  
Section Public  
  
  - make (w,h:INTEGER) <-
  (
    do_make (w,h) title "OpenGL application";
    SCENE.set_renderer Self; // make Self current
  );
  
  - make (w,h:INTEGER) title s:ABSTRACT_STRING <-
  (
    do_make (w,h) title s;	
    SCENE.set_renderer Self; // make Self current
  );
  
  - do_make (w,h:INTEGER) title s:ABSTRACT_STRING <-
  (
    + nb_mode,n,size:INTEGER;
    + title:NATIVE_ARRAY(CHARACTER);	
    
    width := w;
    height := h;
    viewport := VIEWPORT.create (0,0,w,h);
    
    // Creation fenetre X:
    `win.dpy = XOpenDisplay (NULL)`;
    `win.screen = DefaultScreen (win.dpy)`;
    `bestMode = 0`;
    
    `XF86VidModeQueryVersion(win.dpy, &vidModeMajorVersion,&vidModeMinorVersion)`;
    
    `XF86VidModeGetAllModeLines (win.dpy, win.screen, &numModes, &modes)`;
    
    `win.deskMode = *modes[0];`;
    
    // make OpenGL attributes list
    `attribs[0] = GLX_RGBA`;
    `attribs[1] = GLX_RED_SIZE`;
    size := red_size;
    `attribs[2] = @size`;
    `attribs[3] = GLX_GREEN_SIZE`;
    size := green_size;
    `attribs[4] = @size`;
    `attribs[5] = GLX_BLUE_SIZE`;
    size := blue_size;
    `attribs[6] = @size`;
    
    n := 7;
    has_alpha.if {
      `attribs[@n] = GLX_ALPHA_SIZE`;
      n := n+1;
      size := alpha_size;
      `attribs[@n] = @size`;
      n := n+1;
    };      
    has_doublebuffer.if {
      `attribs[@n] = GLX_DOUBLEBUFFER`;
      n := n+1;
    };
    has_depth_buffer.if {
      `attribs[@n] = GLX_DEPTH_SIZE`;
      n := n+1;
      
      size := depth_size;
      `attribs[@n] = @size`;
      n := n+1;
    };
    has_stencil_buffer.if {
      `attribs[@n] = GLX_STENCIL_SIZE`;
      n := n+1;
      
      size := stencil_size;
      `attribs[@n] = @size`;
      n := n+1;
    };
    has_accum_buffer.if {
      `attribs[@n] = GLX_ACCUM_RED_SIZE`;
      n := n+1;
      size := accum_red_size;
      `attribs[@n] = @size`;
      n := n+1;
      
      `attribs[@n] = GLX_ACCUM_GREEN_SIZE`;
      n := n+1;
      size := accum_green_size;
      `attribs[@n] = @size`;
      n := n+1; 
      
      `attribs[@n] = GLX_ACCUM_BLUE_SIZE`;
      n := n+1;
      size := accum_blue_size;
      `attribs[@n] = @size`;
      n := n+1;
      
      has_alpha.if {
        `attribs[@n] = GLX_ACCUM_ALPHA_SIZE`;
        n := n+1;
        size := accum_alpha_size;
        `attribs[@n] = @size`;
        n := n+1;
      };
    };
    // terminate list
    `attribs[@n] = (int) None`;
    
    `win.vi = glXChooseVisual (win.dpy, win.screen, attribs)`;
    (`win.vi`:POINTER = NULL).if {
      fatal_error "Failed to set XVisual";
    };
    
    nb_mode := `numModes`:INTEGER;
    0.to (nb_mode-1) do { i:INTEGER;
      `
      if ((modes[@i]->hdisplay == @w) &&
      (modes[@i]->vdisplay == @h))
      {
        bestMode = @i;
      }
      `;
    };
    
    // create OpenGL context
    `win.context = glXCreateContext (win.dpy, win.vi, 0, GL_TRUE)`;
    (`win.context`:POINTER = NULL).if {
      `XDestroyWindow (win.dpy, win.win)`;
      `XCloseDisplay (win.dpy)`;
      
      fatal_error "failed to create a rendering context";
    };
    
    // create a color map
    `win.attributes.colormap = XCreateColormap (win.dpy, RootWindow (win.dpy, win.vi->screen),win.vi->visual, AllocNone)`;
    `win.attributes.border_pixel = 0`;
    //`win.attributes.background_pixel = 0`;
    
    is_fullscreen.if {
      `XF86VidModeSwitchToMode (win.dpy, win.screen, modes[bestMode])`;
      `XF86VidModeSetViewPort (win.dpy, win.screen, 0, 0)`;
      width := `modes[bestMode]->hdisplay`:INTEGER;
      height := `modes[bestMode]->vdisplay`:INTEGER;
      `XFree (modes)`;
      
      // create fullscreen window
      `win.attributes.override_redirect = 1`;
      `win.attributes.event_mask = ExposureMask | KeyPressMask| ButtonPressMask|ButtonReleaseMask | PointerMotionMask | StructureNotifyMask`;
      
      `win.win = XCreateWindow (win.dpy, RootWindow (win.dpy, win.vi->screen),0, 0, @w, @h, 0, win.vi->depth, InputOutput, win.vi->visual,CWBorderPixel | CWColormap | CWEventMask | CWOverrideRedirect, &win.attributes)`;
      
      // warp mouse at center of the screen
      `XWarpPointer (win.dpy, None, win.win, 0, 0, 0, 0, @w / 2, @h / 2)`;
      `XMapRaised (win.dpy, win.win)`;
      `XGrabKeyboard (win.dpy, win.win, True, GrabModeAsync,GrabModeAsync, CurrentTime)`;
      
      `XGrabPointer (win.dpy, win.win, True, ButtonPressMask,GrabModeAsync, GrabModeAsync, win.win, None, CurrentTime)`;      
    } else {
      // window mode
      `win.attributes.event_mask = ExposureMask | KeyPressMask | ButtonPressMask|ButtonReleaseMask | PointerMotionMask | StructureNotifyMask`;
      
     // `win.attributes.event_mask |= ClientMessage | KeyReleaseMask`;

      // create simple window
      `win.win = XCreateWindow (win.dpy, RootWindow (win.dpy, win.vi->screen),0, 0, @w, @h, 0, win.vi->depth, InputOutput, win.vi->visual,CWBorderPixel | CWColormap | CWEventMask, &win.attributes)`;
      
      `#ifndef GLBINDING__USE_GUI 
      // unbind action of the close window button
      wmDelete = XInternAtom(win.dpy, "WM_DELETE_WINDOW", True);
      XSetWMProtocols(win.dpy, win.win, &wmDelete, 1);
      #endif
      `;
      title := s.to_external;
      `XSetStandardProperties(win.dpy, win.win, @title, @title, None, NULL, 0, NULL)`;
      `XMapRaised (win.dpy, win.win)`;
    };
    // `int x,y,borderDummy`;
    //`Window winDummy`;
    `glXMakeCurrent (win.dpy, win.win, win.context)`;
    // `XGetGeometry(win.dpy, win.win, &winDummy, &x, &y,&x, &y, &borderDummy, &x)`;
    
    (`glXIsDirect (win.dpy, win.context)`:INTEGER = 0).if {
      fatal_error "no direct rendering possible\n";
    };
    // Title window:
    // title := s.to_external;
    //`XStoreName(win.dpy,win.win,@title)`;  
    
    /// for GUI compatibility ///
    `#ifdef GLBINDING__USE_GUI
    display = win.dpy;	
    window = win.win;
    #endif
    `;
    ///
    
    initialize;
    resize (width,height);
  );
  
  - resize (w,h:INTEGER) <-
  (     
    (h != 0).if {
      width := w;
      height := h;
      
      viewport.make (0, 0, w, h);
      //
      reshape.on_resize (w,h);
      //
    };
  );
  
Section Public
  - close <-
  (   
    // release context
    (`win.context`:POINTER != NULL).if {
      `glXMakeCurrent (win.dpy, None, NULL)`;
      `glXDestroyContext (win.dpy, win.context)`;
      `win.context = NULL`;
    };
    is_fullscreen.if {
      `XF86VidModeSwitchToMode (win.dpy, win.screen, &win.deskMode)`;
      `XF86VidModeSetViewPort (win.dpy, win.screen, 0, 0)`;
    };
    `XDestroyWindow (win.dpy, win.win)`;
    `XCloseDisplay (win.dpy)`;
  );
  
lisaac_0.39_rc1/lib/unstable/opengl/framework/low_level/0000755000175000017500000000000011314031255023263 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/framework/low_level/framework_any.li0000644000175000017500000000454411314031255026464 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-OpenGL library                           //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := FRAMEWORK_ANY;
  
Section Inherit
  
  - parent_platform:PLATFORM := PLATFORM;
  
Section Public
  
  //
  // Framework modules.
  //

  - event:FRAMEWORK_EVENT <- FRAMEWORK_EVENT;

  
  - renderer:RENDERER; // current renderer
  
  - log:LOG; // current log file
  
  - report_error:BOOLEAN; // debug mode
  
  
  - width:INTEGER <- renderer.width;
  - height:INTEGER <- renderer.height;
  
  - screen_width:INTEGER <- width;
  - screen_height:INTEGER <- height;
  
  - track_errors <- report_error := TRUE;
  
  
  - error msg:ABSTRACT_STRING <- 
  (
    log.append "==== GL Framework Error ====";
    log.append msg;
    log.append "============================";
  );
  
  - fatal_error msg:ABSTRACT_STRING <- 
  (
    error msg;
    renderer.fatal_error msg;
  );
lisaac_0.39_rc1/lib/unstable/opengl/framework/low_level/abstract_keycode.li0000644000175000017500000001607511314031255027130 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-SDL Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ABSTRACT_KEYCODE;
  - comment  := "Plateform independant key mapping";
  - author   := "Xavier Oswald ";

Section Inherit
  
  - parent_object: OBJECT := OBJECT;

Section Private

  - keys:HASHED_DICTIONARY(INTEGER,INTEGER);

Section Public

  - max_keys: INTEGER := 322;

  - k_backspace     : INTEGER <- 8;
  - k_tab           : INTEGER <- 9;
  - k_clear         : INTEGER <- 12;
  - k_return        : INTEGER <- 13;
  - k_pause         : INTEGER <- 19;
  - k_escape        : INTEGER <- 27;
  - k_space         : INTEGER <- 32;
  - k_exclaim       : INTEGER <- 33;
  - k_quotedbl      : INTEGER <- 34;
  - k_hash          : INTEGER <- 35;
  - k_dollar        : INTEGER <- 36;
  - k_ampersand     : INTEGER <- 38;
  - k_quote         : INTEGER <- 39;
  - k_leftparen     : INTEGER <- 40;
  - k_rightparen    : INTEGER <- 41;
  - k_asterisk      : INTEGER <- 42;
  - k_plus          : INTEGER <- 43;
  - k_comma         : INTEGER <- 44;
  - k_minus         : INTEGER <- 45;
  - k_period        : INTEGER <- 46;
  - k_slash         : INTEGER <- 47;
  - k_0             : INTEGER <- 48;
  - k_1             : INTEGER <- 49;
  - k_2             : INTEGER <- 50;
  - k_3             : INTEGER <- 51;
  - k_4             : INTEGER <- 52;
  - k_5             : INTEGER <- 53;
  - k_6             : INTEGER <- 54;
  - k_7             : INTEGER <- 55;
  - k_8             : INTEGER <- 56;
  - k_9             : INTEGER <- 57;
  - k_colon         : INTEGER <- 58;
  - k_semicolon     : INTEGER <- 59;
  - k_less          : INTEGER <- 60;
  - k_equals        : INTEGER <- 61;
  - k_greater       : INTEGER <- 62;
  - k_question      : INTEGER <- 63;
  - k_at            : INTEGER <- 64;
  - k_leftbracket   : INTEGER <- 91;
  - k_backslash     : INTEGER <- 92;
  - k_rightbracket  : INTEGER <- 93;
  - k_caret         : INTEGER <- 94;
  - k_underscore    : INTEGER <- 95;
  - k_backquote     : INTEGER <- 96;
  - k_a             : INTEGER <- 97;
  - k_b             : INTEGER <- 98;
  - k_c             : INTEGER <- 99;
  - k_d             : INTEGER <- 100;
  - k_e             : INTEGER <- 101;
  - k_f             : INTEGER <- 102;
  - k_g             : INTEGER <- 103;
  - k_h             : INTEGER <- 104;
  - k_i             : INTEGER <- 105;
  - k_j             : INTEGER <- 106;
  - k_k             : INTEGER <- 107;
  - k_l             : INTEGER <- 108;
  - k_m             : INTEGER <- 109;
  - k_n             : INTEGER <- 110;
  - k_o             : INTEGER <- 111;
  - k_p             : INTEGER <- 112;
  - k_q             : INTEGER <- 113;
  - k_r             : INTEGER <- 114;
  - k_s             : INTEGER <- 115;
  - k_t             : INTEGER <- 116;
  - k_u             : INTEGER <- 117;
  - k_v             : INTEGER <- 118;
  - k_w             : INTEGER <- 119;
  - k_x             : INTEGER <- 120;
  - k_y             : INTEGER <- 121;
  - k_z             : INTEGER <- 122;
  - k_delete        : INTEGER <- 127;

  // Numeric keypad
  - kp_0            : INTEGER <- 256;
  - kp_1            : INTEGER <- 257;
  - kp_2            : INTEGER <- 258;
  - kp_3            : INTEGER <- 259;
  - kp_4            : INTEGER <- 260;
  - kp_5            : INTEGER <- 261;
  - kp_6            : INTEGER <- 262;
  - kp_7            : INTEGER <- 263;
  - kp_8            : INTEGER <- 264;
  - kp_9            : INTEGER <- 265;
  - kp_period       : INTEGER <- 266;
  - kp_divide       : INTEGER <- 267;
  - kp_multiply     : INTEGER <- 268;
  - kp_minus        : INTEGER <- 269;
  - kp_plus         : INTEGER <- 279;
  - kp_enter        : INTEGER <- 271;
  - kp_equals       : INTEGER <- 272;

  // Arrows + Home/End pad
  - k_up            : INTEGER <- 273;
  - k_down          : INTEGER <- 274;
  - k_right         : INTEGER <- 275;
  - k_left          : INTEGER <- 276;
  - k_insert        : INTEGER <- 277;
  - k_home          : INTEGER <- 278;
  - k_end           : INTEGER <- 279;
  - k_pageup        : INTEGER <- 290;
  - k_pagedown      : INTEGER <- 281;

  // Function keys
  - k_f1            : INTEGER <- 282;
  - k_f2            : INTEGER <- 283;
  - k_f3            : INTEGER <- 284;
  - k_f4            : INTEGER <- 285;
  - k_f5            : INTEGER <- 286;
  - k_f6            : INTEGER <- 287;
  - k_f7            : INTEGER <- 288;
  - k_f8            : INTEGER <- 289;
  - k_f9            : INTEGER <- 290;
  - k_f10           : INTEGER <- 291;
  - k_f11           : INTEGER <- 292;
  - k_f12           : INTEGER <- 293;
  - k_f13           : INTEGER <- 294;
  - k_f14           : INTEGER <- 295;
  - k_f15           : INTEGER <- 296;

  // Key state modifier keys
  - k_numlock       : INTEGER <- 300;
  - k_capslock      : INTEGER <- 301;
  - k_scrollock     : INTEGER <- 302;
  - k_rshift        : INTEGER <- 303;
  - k_lshift        : INTEGER <- 304;
  - k_rctrl         : INTEGER <- 305;
  - k_lctrl         : INTEGER <- 306;
  - k_ralt          : INTEGER <- 307;
  - k_lalt          : INTEGER <- 308;
  - k_rmeta         : INTEGER <- 309;
  - k_lmeta         : INTEGER <- 310;
  - k_lsuper        : INTEGER <- 311;
  - k_rsuper        : INTEGER <- 312;
  - k_mode          : INTEGER <- 313;
  - k_compose       : INTEGER <- 314;

  // Miscellaneous function keys
  - k_help          : INTEGER <- 315; 
  - k_print         : INTEGER <- 316; 
  - k_sysreq        : INTEGER <- 317; 
  - k_break         : INTEGER <- 318; 
  - k_menu          : INTEGER <- 319; 
  - k_power         : INTEGER <- 320; 
  - k_euro          : INTEGER <- 321; 
  - k_undo          : INTEGER <- 322; 
  
  - key_count:INTEGER <- 323;
  
  - get_key key:INTEGER :INTEGER <- deferred;lisaac_0.39_rc1/lib/unstable/opengl/framework/scene.li0000644000175000017500000000401311314031255022714 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SCENE;
  
  - comment  := "basic rendering scene";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - renderer:RENDERER;
  
  - set_renderer r:RENDERER <-
  (
    renderer := r;
  );
  
  
  - initialize:BOOLEAN <- TRUE;
  
  - render t:REAL_32 <-
  (
    renderer.begin_frame;
    //------------
    
    //------------
    renderer.end_frame;
  );
  
  - release <-
  (
    // nothing
  );
lisaac_0.39_rc1/lib/unstable/opengl/framework/framework.li0000644000175000017500000001521711314031255023624 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-OpenGL library                           //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := FRAMEWORK;
  
Section Inherit
  
  - parent_framework_any:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Private  
  
  - current_time:UINTEGER_32; //REAL_32;
  - prev_time:UINTEGER_32; //REAL_32;
  
Section Public

 
  //
  //
  //  

  - current_scene:SCENE;
  
  - out:FONT;
  
  - is_running:BOOLEAN;
  - frame_per_second_max:INTEGER;
  - time_per_frame:INTEGER;

  - frame_time:UINTEGER_32;
  
  
  - make r:RENDERER <-
  ( + buf:STRING;

    renderer := r;
    
    log := LOG.create "renderer.log" level 3; 
    buf := STRING.create 256;
    
    buf.append "Video Card Driver:\n";
    renderer.video_card_name buf;
    renderer.video_card_vendor buf;	    
    renderer.video_card_version buf;
    log.append buf;
	
    KEYCODE.make;
    FRAMEWORK_EVENT.make;

    out := renderer.font.default;
  );
  
  - make_for_gui r:RENDERER <-
  (
    renderer := r;
    KEYCODE.make;
    
    out := renderer.font.default;
  );
  
  - attach_scene sc:SCENE <-
  (
    current_scene := sc;
    //
    sc.initialize;
    //
  );
  
  - set_fps n:INTEGER <-
  (
    frame_per_second_max := n;
    time_per_frame := 1000/frame_per_second_max;
  );
  
  //
  // Application events.
  //
  
  - initialize:BOOLEAN <- TRUE;
  
  - load_config <- 
  (
    set_fps 60;
  );
  
  - init_time <- 
  (
    frame_time := 0;
    parent_platform.init_time;
    
    current_time := get_milliseconds;
  );
  
  - update_time <-
  (
    prev_time := current_time;
    current_time := get_milliseconds;
    
    frame_time := current_time - prev_time;
  );
  
  - make_frame <-
  (
    begin_frame;
    //
    draw_frame;
    //
    end_frame;
  );
  
  - begin_frame <- 
  (
    renderer.begin_frame;
  );
  
  - end_frame <- 
  (
    renderer.end_frame;

    report_error.if {
      //...
    };

    // sleep to keep constant framerate
    (frame_per_second_max > 0).if {

      (frame_time < time_per_frame).if { 
        delay (time_per_frame - frame_time);
      };
    };
  );
  
  - draw_frame <- 
  (
    (current_scene != NULL).if {
      current_scene.render (frame_time.to_real/1000.0);
    };
  );
  
  - on_close <-
  (
  );
  
  
  - run <-
  // main program loop
  (
    init_time;
    load_config;
    
    initialize.if {
      is_running := TRUE;
      
      //
      // main loop
      //
      {
        FRAMEWORK_EVENT.update;
        
        // (is_active).if {
        update_time;
        make_frame;
        // else 
        // sleep(100);
        
      }.do_while {is_running};
      
      // exit framework
      close; 
    };
  );
  
  - stop <-
  (
    is_running := FALSE;
  );
  
  - close <-
  (
    (current_scene != NULL).if {
      current_scene.release;
    };
    on_close;
  );

  //
  // 3D modes handling
  //

Section Private
  
  - lighting_mode:BOOLEAN;
  - blending_mode:BOOLEAN;
  - fog_mode:BOOLEAN;
  - wireframe_mode:BOOLEAN;
  - shading_mode:BOOLEAN;
  
Section Public
  
  - toggle_shading <-
  (
    shading_mode := ! shading_mode;
    shading_mode.if {
      renderer.enable_shading;
    } else {
      renderer.disable_shading;
    };
  );
  
  - toggle_lighting <- 
  (
    lighting_mode := ! lighting_mode;
    lighting_mode.if {
      renderer.enable_lighting;
    } else {
      renderer.disable_lighting;
    };
  );  
  
  - toggle_blending <- 
  (
    blending_mode := ! blending_mode;
    blending_mode.if {
      renderer.blending.enable;
      renderer.depth_buffer.disable;
    } else {
      renderer.blending.disable;
      renderer.depth_buffer.enable;
    };
  );
  
  - toggle_fog <- 
  (
    fog_mode := ! fog_mode;
    fog_mode.if {
      renderer.fog.enable;
    } else {
      renderer.fog.disable;
    };
  );
  
  - toggle_wireframe <-
  (
    wireframe_mode := ! wireframe_mode;
    renderer.wireframe_mode wireframe_mode;
  );
  
  //
  // Event management
  //
   
Section Private
  
  - key_listeners:LINKED_LIST(EVENT_LISTENER);
  - mouse_listeners:LINKED_LIST(EVENT_LISTENER);
  
Section Public  
  
  - add_key_listener kl:EVENT_LISTENER <-
  (
    (key_listeners = NULL).if {
      key_listeners := LINKED_LIST(EVENT_LISTENER).create;
    };
    key_listeners.add_last kl;
  );
  
  - add_mouse_listener ml:EVENT_LISTENER <-
  (
    (mouse_listeners = NULL).if {
      mouse_listeners := LINKED_LIST(EVENT_LISTENER).create;
    };
    mouse_listeners.add_last ml;
  );
  
  //
  // Events
  //
  
  - on_keydown k:INTEGER <-
  (
    (key_listeners != NULL).if {
      key_listeners.lower.to (key_listeners.upper) do { i:INTEGER;
        key_listeners.item i.keydown k;
      };
    };
  );
  
  - on_keyup k:INTEGER <-
  (
    (key_listeners != NULL).if {
      key_listeners.lower.to (key_listeners.upper) do { i:INTEGER;
        key_listeners.item i.keyup k;
      };
    };
  );
  
  - on_mousemove (x,y:INTEGER) <- 
  (
    (mouse_listeners != NULL).if {
      mouse_listeners.lower.to (mouse_listeners.upper) do { i:INTEGER;
        mouse_listeners.item i.move (x,y);
      };
    };
  );
  
  - on_mouseclick b:INTEGER <-
  (
    (mouse_listeners != NULL).if {
      mouse_listeners.lower.to (mouse_listeners.upper) do { i:INTEGER;
        mouse_listeners.item i.click b;
      };
    };
  );
lisaac_0.39_rc1/lib/unstable/opengl/glspec2li.li0000644000175000017500000002773711314031255021530 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-OpenGL library                           //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := GLSPEC2LI;
  
  - comment  := "Convert the GL/gl.h C header file into GL prototype";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - main <-
  ( + s,buffer:STRING;
    + p:POINTER;
    
    (COMMAND_LINE.count > 1).if {
      s := STRING.create_from_string (COMMAND_LINE.item 1);
    } else {
      "Syntax: glspec2li \n".print;
    };
    
    (s != NULL).if {
      buffer := STRING.create 2048;
      
      buffer.append "// **** file generated by glspec2li ****\n";
      convert_file s into buffer;
      
      p := FS_MIN.open_write "gl.li";
      (p != NULL).if {
        FS_MIN.write p with buffer size (buffer.count);
        FS_MIN.close p;
      } else {
        "glspec2li: can't create gl.li\n".print;
      };
    };
  );
  
Section Private
  
  - source:STRING;
  
  
  - convert_file s:STRING into out:STRING <-
  (
    + e:ENTRY;
    + file:STD_FILE;
    + buf,type_ret:STRING;
    + type_arg,name_arg:FAST_ARRAY(STRING);
    + nb_args:INTEGER;
    + end:BOOLEAN;
    
    e := FILE_SYSTEM.get_entry s;
    (e != NULL).if {
      file ?= e;
      file.open;
      
      source := STRING.create (file.size+1);
      buf := STRING.create 64;
      
      file.read source size (file.size);
      file.close;
      
      out.append "Section Header\n\n\
      \  + name     := GL;\n\
      \  - comment  := \"OpenGL C Specification\";\n\n\
      \Section Inherit\n\n\
      \  - parent_object:OBJECT := OBJECT;\n\n\
      \Section Public\n\n";
      
      //
      // Read constants.
      //
      
      out.append "//\n// OpenGL constant.\n//\n\n";
      
      {
        (read_symbol "#define").if {
          read_word;
          buf.copy last_string;
          
          read_word;
          (last_string.first.is_digit).if {
            
            out.append "  - ";
            buf.to_lower;	    
            
            // === some GL lowercased constants have same name with GL functions 
            out.append "cst_";
            // ===
            
            out.append buf;
            out.append ":INTEGER <- ";            
            
            ((last_string.count > 1) &&
              {last_string.first = '0'} && 
            {last_string.item (last_string.lower+1) = 'x'}).if {
              // convert hexa value: 0xFF -> 0FFh
              
              last_string.remove_first 2;
              last_string.add_first '0';
              last_string.add_last 'h';
            };
            out.append last_string;
            out.append ";\n";
          };
        } else {
          // skip token
          read_word;
        };
      }.do_until {position >= source.upper}; 
      
      //
      // Read functions.
      //
      
      position := 0;
      type_ret := STRING.create 16;
      type_arg := FAST_ARRAY(STRING).create_with_capacity 16;
      name_arg := FAST_ARRAY(STRING).create_with_capacity 16;
      0.to 15 do { i:INTEGER;
        type_arg.add_last (STRING.create 16);
        name_arg.add_last (STRING.create 16);
      };
      
      out.append "//\n// OpenGL functions.\n//\n\n";
      
      {
        (read_symbol "WINGDIAPI").if {
          
          // read return type
          read_word;
          (last_string == "const").if {// ignore 'const' keyword
            read_word;
          };
          type_ret.copy (to_lisaac_type last_string);
          
          // skip 'APIENTRY' macro
          read_word; 
          
          // read function name
          read_word;
          buf.copy last_string;   
          
          // emit slot
          out.append "  - ";
          out.append (to_lisaac_name buf);
          
          // read arguments
          read_word;
          nb_args := 0;
          end := FALSE;
          
          (last_string == "(void);").if_false {
            last_string.remove_first 1; // remove '('
            
            {
              (last_string == "const").if {// ignore 'const' keyword
                read_word;
              };
              
              // convert to lisaac type
              type_arg.item nb_args.copy last_string;
              to_lisaac_type (type_arg.item nb_args);
              
              // read arg name
              read_word;
              (last_string.first = '*').if {
                type_arg.item nb_args.copy "POINTER";
                last_string.remove_first 1; // remove '*'
              };
              (last_string.last = ',').if {
                last_string.remove_last 1; // remove ','
              } else {
                last_string.remove_last 2; // remove ');'
                end := TRUE;
              };
              name_arg.item nb_args.copy (to_lisaac_name last_string);
              
              (! end).if {
                read_word;
              };
              
              nb_args := nb_args + 1;
            }.do_until {end || {nb_args >= 16}};
          };
          
          // emit arguments
          (nb_args > 0).if {
            out.append " (";
            0.to (nb_args-1) do { i:INTEGER;
              out.append (name_arg.item i);
              out.append ":";
              out.append (type_arg.item i);
              (i < nb_args-1).if {
                out.append ", ";
              };
            };
            out.append ")";
          };
          // emit result type
          (type_ret == "VOID").if_false {
            out.append " :";
            out.append type_ret;
          };
          
          (nb_args > 6).if { // avoid lisaac compiler line counter overflow
            out.append "\n";
          };
          
          // emit external call
          out.append " <- `";
          out.append buf;
          out.append "(";
          0.to (nb_args-1) do { i:INTEGER;
            out.append "@";
            out.append (name_arg.item i);
            (i < nb_args-1).if {
              out.append ",";
            };
          };
          out.append ")`"; 
          
          // emit external return
          (type_ret == "VOID").if_false {
            out.append ":";
            out.append type_ret;
          };
          out.append ";\n";
          
        } else {
          // skip token
          read_word;
        };
      }.do_until {position >= source.upper};
    };
  );
  
  - tmp:STRING := STRING.create 32;
  
  - to_lisaac_name s:STRING :STRING <-
  (
    tmp.clear;
    s.lower.to (s.upper) do { i:INTEGER;
      (! s.item i.is_upper).if {
        tmp.add_last (s.item i);
      } else {
        tmp.add_last '_';
        tmp.add_last (s.item i.to_lower);
      };
    };
    tmp
  );
  
  - to_lisaac_type s:STRING :STRING <-
  (
    
    (s.last == '*').if {
      s.copy "POINTER";
    } else {
      (s == "void").if {
        s.copy "VOID";
      }.elseif {s == "GLenum"} then {
        s.copy "UINTEGER_32";
      }.elseif {s == "GLboolean"} then {  
        s.copy "UINTEGER_8";
      }.elseif {s == "GLbitfield"} then { 
        s.copy "UINTEGER_32";
      }.elseif {s == "GLbyte"} then {
        s.copy "INTEGER_8";
      }.elseif {s == "GLshort"} then {
        s.copy "INTEGER_16";
      }.elseif {s == "GLint"} then {
        s.copy "INTEGER";
      }.elseif {s == "GLsizei"} then {
        s.copy "INTEGER";
      }.elseif {s == "GLubyte"} then {
        s.copy "UINTEGER_8";
      }.elseif {s == "GLushort"} then {
        s.copy "UINTEGER_16"; 
      }.elseif {s == "GLuint"} then {
        s.copy "UINTEGER_32";
      }.elseif {s == "GLfloat"} then {
        s.copy "REAL_32";  
      }.elseif {s == "GLclampf"} then {
        s.copy "REAL_32"; 
      }.elseif {s == "GLdouble"} then {
        s.copy "REAL_32"; //            double !!!!
      }.elseif {s == "GLclampd"} then {
        s.copy "REAL_32";  //            double !!!!
      }.elseif {s == "GLvoid"} then {
        s.copy "VOID"; 
      }.elseif {s == "GLvoid*"} then {	
        s.copy "POINTER"; // FIXME: void** ??
      } else {
        "\nglspec2li: Warning: unknown C type: ".print;
        s.print;
      };
    };
    s
  );
  
  //
  // Parser.
  //
  
  - position:INTEGER;
  
  - string_tmp:STRING := STRING.create 128;
  
  
  - last_character:CHARACTER <-
  ( + result:CHARACTER;
    (position > source.upper).if {
      result := 0.to_character;
    } else {
      result := source.item position;
    };
    result
  );
  
  - last_string:STRING <- string_tmp;
  
  
  - read_space:BOOLEAN <-
  ( + pos,posold:INTEGER;
    + level_comment:INTEGER;
    
    pos := position;
    posold := -1; 
    
    {posold = position}.until_do {
      posold := position;
      
      // Skip spaces :            
      {(last_character = 0.to_character) || {last_character > ' '}}.until_do {
        position := position + 1;	
      };
      
      (position < source.upper).if {
        // Skip C comment style :
        
        ((last_character = '/') && {source.item (position+1) = '*'}).if {
          position := position + 2; 	  
          level_comment := 1;
          {
            (last_character = 0.to_character) || {level_comment = 0}
          }.until_do {
            ((last_character = '/') && {source.item (position+1) = '*'}).if {
              level_comment := level_comment + 1;
              position := position + 2;
            }.elseif {
              (last_character = '*') && {source.item (position+1) = '/'}
            } then {
              level_comment := level_comment - 1;
              position := position + 2;
            } else {
              position := position+1;
            };
          };
        };
      };
    };
    TRUE
  );
  
  - read_symbol st:ABSTRACT_STRING :BOOLEAN <-
  ( + posold,j:INTEGER;
    + result:BOOLEAN;
    // On passe les espaces :
    (! read_space).if {
      result := FALSE;
    } else {
      posold := position;    
      j := st.lower;
      {(last_character = 0.to_character) ||
      {(j > st.upper) || {last_character != st.item j}}}.until_do {
        j := j+1;
        position := position+1;
      };
      (j > st.upper).if {
        result := TRUE;
      } else {
        position := posold;
        result := FALSE;
      };
    };
    result
  );
  
  - read_word:BOOLEAN <-
  ( + result:BOOLEAN;
    // On passe les espaces :
    (! read_space).if {
      result := FALSE;
    } else {
      
      string_tmp.clear;
      string_tmp.add_last last_character;
      position := position + 1;
      
      {(last_character != 0.to_character) &&
        {! last_character.is_separator}
      }.while_do {
        string_tmp.add_last last_character;
        position := position+1;          
      };
      result := TRUE;      
    };
    result
  );
lisaac_0.39_rc1/lib/unstable/opengl/3D/0000755000175000017500000000000011314031255017544 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/3D/noise.li0000644000175000017500000001163111314031255021211 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Math-Library                                  //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := NOISE;
  
  - comment  := "3D Perlin noise";
  
  - external := `
  
  static const char  gradient[12][3] =
  {
    {1, 1, 0}, {1, -1, 0}, {-1, 1, 0}, {-1, -1, 0},
    {1, 0, 1}, {1, 0, -1}, {-1, 0, 1}, {-1, 0, -1},
    {0, 1, 1}, {0, -1, 1}, {0, 1, -1}, {0, -1, -1},
  };`;
  
Section Inherit
  
  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Public  
  
  + permutation:FAST_ARRAY(INTEGER);
  
  
  
  //
  // Creation.
  //
  
  - create:SELF <-
  ( + result:SELF;
    result := clone;
    result.make;
    result
  );
  
  - make <-
  ( 
    permutation := FAST_ARRAY(INTEGER).create 256;
    0.to 255 do { i:INTEGER;
      permutation.put (random & 0ffh) to i;
    };
  );
  
  - get (x,y,z:REAL_32) :REAL_32 <-
  // return Perlin noise at (x,y,z) point
  ( 
    + x1,y1,z1, x2,y2,z2:INTEGER;
    + gx,gy,gz:INTEGER;
    + dx1,dy1,dz1, dx2,dy2,dz2:REAL_32;
    + dot1,dot2,dot3,dot4,dot5,dot6,dot7,dot8:REAL_32;
    + idx,idy,idz:REAL_32;
    + v0,v1, v00,v01,v10,v11:REAL_32;
    
    // integer unit cube containing the point
    x1 := x.to_integer;
    y1 := y.to_integer;
    z1 := z.to_integer;
    
    x2 := x1 + 1;
    y2 := y1 + 1;
    z2 := z1 + 1;
    
    // vectors from the corners of the cube to the point
    dx1 := x - x1;
    dy1 := y - y1;
    dz1 := z - z1;
    
    dx2 := x - x2;
    dy2 := y - y2;
    dz2 := z - z2;
    
    
    // the corresponding gradients
    (gx,gy,gz) := get_gradient (get_index (x1,y1,z1));
    dot1 := dot (dx1,gx, dy1,gy, dz1,gz);
    (gx,gy,gz) := get_gradient (get_index (x1,y1,z2));
    dot2 := dot (dx1,gx, dy1,gy, dz2,gz);
    (gx,gy,gz) := get_gradient (get_index (x1,y2,z1));
    dot3 := dot (dx1,gx, dy2,gy, dz1,gz);
    (gx,gy,gz) := get_gradient (get_index (x1,y2,z2));
    dot4 := dot (dx1,gx, dy2,gy, dz2,gz);
    (gx,gy,gz) := get_gradient (get_index (x2,y1,z1));
    dot5 := dot (dx2,gx, dy1,gy, dz1,gz);
    (gx,gy,gz) := get_gradient (get_index (x2,y1,z2));
    dot6 := dot (dx2,gx, dy1,gy, dz2,gz);
    (gx,gy,gz) := get_gradient (get_index (x2,y2,z1));
    dot7 := dot (dx2,gx, dy2,gy, dz1,gz);
    (gx,gy,gz) := get_gradient (get_index (x2,y2,z2));
    dot8 := dot (dx2,gx, dy2,gy, dz2,gz);
    
    // interpolations
    idx := spline dx1;
    idy := spline dy1; 
    idz := spline dz1;
    
    v11 := linear (dot7, dot8, idz);
    v10 := linear (dot5, dot6, idz);
    v01 := linear (dot3, dot4, idz);
    v00 := linear (dot1, dot2, idz);
    
    v0 := linear (v10, v11, idy);
    v1 := linear (v00, v01, idy);
    
    linear (v0, v1, idx)
  );
  
Section Private
  
  - get_gradient i:INTEGER :(INTEGER,INTEGER,INTEGER) <-
  (
    (`gradient[@i][0]`:INTEGER,`gradient[@i][1]`:INTEGER,`gradient[@i][2]`:INTEGER)
  );
  
  - get_index (x,y,z:INTEGER) :INTEGER <- 
  (
    permutation.item ((x + permutation.item ((y + permutation.item (z & 0ffh)) & 0ffh)) & 0ffh) & 0ch
  );
  
  - prod (a,b:REAL_32) :REAL_32 <-
  ( + result:REAL_32;
    (b > 0).if {
      result := a;
    }.elseif {b < 0} then {
      result := -a;
    };
    result
  );
  
  - dot (x1,x2, y1,y2, z1,z2:REAL_32) :REAL_32 <-
  (
    prod (x1, x2) + prod (y1, y2) + prod (z1, z2)
  );
  
  - spline val:REAL_32 :REAL_32 <-
  // 3x^2 + 2x^3 curve
  (  + val2:REAL_32;
    
    val2 := val * val;
    val2 * (3.0 + val * 2.0)
  );
  
  - linear (start, end, t:REAL_32) :REAL_32 <-
  (
    start + (end - start) * t
  );
lisaac_0.39_rc1/lib/unstable/opengl/3D/model.li0000644000175000017500000000536511314031255021203 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := MODEL;
  
  - comment  := "Animated 3d model";
  
Section Inherit
  
  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Public
  
  + name:STRING;
  
  + texture:TEXTURE;
  + material:MATERIAL;
  
  + lerp:REAL_32;
  
  + current_frame:INTEGER;
  + old_frame:INTEGER;
  + nb_frames:INTEGER;
  
  - create s:ABSTRACT_STRING with tex:TEXTURE :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (s,tex);
    result
  );
  
  - create s:ABSTRACT_STRING :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (s,NULL);
    result
  );
  
  - make (s:ABSTRACT_STRING, tex:TEXTURE) <-
  (
    name := STRING.create_from_string s;
    texture := tex;
    load;
  );
  
  - set_material m:MATERIAL <- 
  (
    material := m;
  );
  
  - render <-
  (
    deferred;
  );
  
  - render_with tex:TEXTURE <-
  (
    deferred;
  );
  
  - load <- deferred;
  
  - update time:REAL_32 <-
  (
    lerp := lerp + time;
    (lerp >= 1.0).if {
      lerp := 0.0;
      old_frame := current_frame;
      current_frame := current_frame + 1;
      
      (current_frame >= nb_frames).if {
        current_frame := 0;
      };
    };
  );
lisaac_0.39_rc1/lib/unstable/opengl/3D/skybox.li0000644000175000017500000001241411314031255021413 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SKYBOX;
  
  - comment  := "render cube with sky effect";
  
Section Inherit

  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;  

Section Public
  
  // position in 3d world
  + position:VECTOR3(REAL_32); 
  
  // 3d cube
  + vertex:FAST_ARRAY(VERTEX);
  
  // skybox textures
  + textures:FAST_ARRAY(TEXTURE);
 
  
  - create (pos,dim:VECTOR3(REAL_32),tex:FAST_ARRAY(TEXTURE)) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (pos,dim,tex);
    result
  );
  
  - make (pos,dim:VECTOR3(REAL_32),tex:FAST_ARRAY(TEXTURE)) <-
  ( 
    + v:VERTEX;
    ? {tex.count = 5};
   
    
    position := pos;
    textures := tex;
    
    vertex := FAST_ARRAY(VERTEX).create_with_capacity 8;
    
    // top
    v := VERTEX.create (pos.x - dim.x, pos.y + dim.y, pos.z + dim.z);
    vertex.add_last v;
    v := VERTEX.create (pos.x + dim.x, pos.y + dim.y, pos.z + dim.z);
    vertex.add_last v;
    v := VERTEX.create (pos.x + dim.x, pos.y + dim.y, pos.z - dim.z);
    vertex.add_last v;
    v := VERTEX.create (pos.x - dim.x, pos.y + dim.y, pos.z - dim.z);
    vertex.add_last v;
    
    // bottom
    v := VERTEX.create (pos.x - dim.x, pos.y - dim.y, pos.z + dim.z);
    vertex.add_last v;
    v := VERTEX.create (pos.x + dim.x, pos.y - dim.y, pos.z + dim.z);
    vertex.add_last v;
    v := VERTEX.create (pos.x + dim.x, pos.y - dim.y, pos.z - dim.z);
    vertex.add_last v;
    v := VERTEX.create (pos.x - dim.x, pos.y - dim.y, pos.z - dim.z);
    vertex.add_last v;
  );
  
  - render <-
  (
    //
    textures.item 0.bind;
    renderer.vb.begin_quads;
    
    renderer.vb.add_texel2f (1, 0);
    renderer.vb.add_vertex (vertex.item 7);
    
    renderer.vb.add_texel2f (0, 0);
    renderer.vb.add_vertex (vertex.item 6);
    
    renderer.vb.add_texel2f (0, 1);
    renderer.vb.add_vertex (vertex.item 2);
    
    renderer.vb.add_texel2f (1, 1);
    renderer.vb.add_vertex (vertex.item 3);
    
    renderer.vb.end;
    
    //
    textures.item 1.bind;
    renderer.vb.begin_quads;
    
    renderer.vb.add_texel2f (0, 1);
    renderer.vb.add_vertex (vertex.item 1);
    
    renderer.vb.add_texel2f (1, 1);
    renderer.vb.add_vertex (vertex.item 2);
    
    renderer.vb.add_texel2f (1, 0);
    renderer.vb.add_vertex (vertex.item 6);
    
    renderer.vb.add_texel2f (0, 0);
    renderer.vb.add_vertex (vertex.item 5);
    
    renderer.vb.end; 
    
     //
    textures.item 2.bind;
    renderer.vb.begin_quads;
    
    renderer.vb.add_texel2f (0, 1);
    renderer.vb.add_vertex (vertex.item 0);
    
    renderer.vb.add_texel2f (1, 1);
    renderer.vb.add_vertex (vertex.item 1);
    
    renderer.vb.add_texel2f (1, 0);
    renderer.vb.add_vertex (vertex.item 5);
    
    renderer.vb.add_texel2f (0, 0);
    renderer.vb.add_vertex (vertex.item 4);
    
    renderer.vb.end;
    
     //
    textures.item 3.bind;
    renderer.vb.begin_quads;
    
    renderer.vb.add_texel2f (1, 0);
    renderer.vb.add_vertex (vertex.item 4);
    
    renderer.vb.add_texel2f (0, 0);
    renderer.vb.add_vertex (vertex.item 7);
    
    renderer.vb.add_texel2f (0, 1);
    renderer.vb.add_vertex (vertex.item 3);
    
    renderer.vb.add_texel2f (1, 1);
    renderer.vb.add_vertex (vertex.item 0);
    
    renderer.vb.end;
    
     //
    textures.item 4.bind;
    renderer.vb.begin_quads;
    
    renderer.vb.add_texel2f (0, 1);
    renderer.vb.add_vertex (vertex.item 3);
    
    renderer.vb.add_texel2f (1, 1);
    renderer.vb.add_vertex (vertex.item 2);
    
    renderer.vb.add_texel2f (1, 0);
    renderer.vb.add_vertex (vertex.item 1);
    
    renderer.vb.add_texel2f (0, 0);
    renderer.vb.add_vertex (vertex.item 0);
    
    renderer.vb.end;
  );
  
  - set_position p:VECTOR3(REAL_32) <-
  (
    position := p;
  );
  
lisaac_0.39_rc1/lib/unstable/opengl/3D/particles/0000755000175000017500000000000011314031324021527 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/3D/particles/point_force.li0000644000175000017500000000516611314031255024377 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := POINT_FORCE;
  
  - comment  := "part of particle engine";
  
Section Inherit
  
  - parent_constraint:CONSTRAINT := CONSTRAINT;
  
Section Public
  
  //
  // Particle properties
  //
  
  + position:VECTOR3(REAL_32);
  
  + strength:REAL_32;
  + linear_attenuation:REAL_32;
  + quadratic_attenuation:REAL_32;
  
  
  //
  // Creation.
  //

  - create (p:VECTOR3(REAL_32),s,la,qa:REAL_32) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (p,s,la,qa);
    result
  );

  - make (p:VECTOR3(REAL_32),s,la,qa:REAL_32) <-
  ( 
    position := p;
    strength := s;
    linear_attenuation := la;
    quadratic_attenuation := qa;
  );


  
  - apply_to p:PARTICLE time t:REAL_32 <-
  (
    + dir:VECTOR3(REAL_32);
    + dist:REAL_32;
    
    dir := position - p.position;
    dist := dir.magnitude;
    
    dir := dir * (strength / (1.0 + dist.sqrt*linear_attenuation + dist*quadratic_attenuation));
    
    p.set_direction (p.dir + (dir*t));
  );
  
  - set_strength str:REAL_32 <-
  (
    strength := str;
  );
 
  
  
  
  
  lisaac_0.39_rc1/lib/unstable/opengl/3D/particles/constraint.li0000644000175000017500000000350311314031255024245 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := CONSTRAINT;
  
  - comment  := "part of particle engine";
  
Section Inherit
  
  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Public
  
  - apply_to p:PARTICLE time t:REAL_32 <- deferred;
  
  
  
  
  
  
lisaac_0.39_rc1/lib/unstable/opengl/3D/particles/particle_system.li0000644000175000017500000001771111314031255025276 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := PARTICLE_SYSTEM;
  
  - comment  := "part of particle engine";
  
Section Inherit
  
  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Public
  
  //
  // Particle System properties
  //
  
  + position:VECTOR3(REAL_32);
  + direction:VECTOR3(REAL_32);
  
  + particles:LINKED_LIST(PARTICLE);
  + constraints:LINKED_LIST(CONSTRAINT);
  
  + palette:FAST_ARRAY(RGB);
  
  + spawn_rate:REAL_32;
  + size:REAL_32;
  + life:REAL_32;
  + speed:REAL_32;
    
  + size_spread:REAL_32;
  + life_spread:REAL_32;
  + speed_spread:REAL_32;
  
  
  - create p:VECTOR3(REAL_32) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make p;
    result
  );
  
  - make p:VECTOR3(REAL_32) <-
  (
    position := p;
    direction := VECTOR3(REAL_32).create (0.5,0.1,0.5);
    
    spawn_rate := 60;
    
    speed := 10;
    speed_spread := 2;
    
    size := 1;
    size_spread := 0.5;
    
    life := 5;
    life_spread := 1;
    
    particles := LINKED_LIST(PARTICLE).create;
    constraints := LINKED_LIST(CONSTRAINT).create;
    
    palette := FAST_ARRAY(RGB).create_with_capacity 12;
    0.to 12 do { i:INTEGER;
      palette.add_last (RGB.create (0,0,0));
    };
    set_color_fire;
  );
  
  - add_constraint c:CONSTRAINT <-
  (
    constraints.add_last c;
  );
  
  - set_spawn_rate sr:REAL_32 <-
  (
    spawn_rate := sr;
  );
  
  - set_life (life0, spread:REAL_32) <-
  (
    life := life0;
    life_spread := spread;
  );
  
  - set_speed (speed0, spread:REAL_32) <-
  (
    speed := speed0;
    speed_spread := spread;
  );
  
  - set_size (size0, spread:REAL_32) <-
  (
    size := size0;
    size_spread := spread;
  );
  
  //
  //  Update
  //

  - dir:VECTOR3(REAL_32) := VECTOR3(REAL_32).zero;
  
  - update time:REAL_32 <-
  (
    + nb_new_particles:INTEGER;
    + p:PARTICLE;
    + sz,lifetime:REAL_32;
   // + dir:VECTOR3(REAL_32);
    + k:INTEGER;
 
    // spawn new particles
    nb_new_particles := (time * spawn_rate).to_integer;
    
    0.to nb_new_particles do { i:INTEGER;
      
      //dir := random_vector direction spread (1,1,1);
      get_random_vector direction spread (1,1,1) in dir;

      dir.normalize;
      dir := dir * speed;
      
      sz := random_around size spread size_spread;
      lifetime := random_around life spread life_spread;
      
      p := PARTICLE.create (position.copy, dir) size sz life lifetime;
      particles.add_last p;
    };
    
    k := particles.lower;
    {k <= particles.upper}.while_do {
      p := particles.item k;
      
      p.update_life time;
      p.is_dead.if {
        // kill particle
        particles.remove k;
      } else {  
        // apply constraints to the system
        constraints.lower.to (constraints.upper) do { i:INTEGER;
          constraints.item i.apply_to p time (time);
          
          p.is_dead.if {
            // kill particle
            particles.remove k;
          };
        };
        
        // update particle
        p.update (time);
        k := k + 1;
      };
    };
  );
  
  
  - render (dx,dy:VECTOR3(REAL_32)) <-
  ( 
    + v:VECTOR3(REAL_32);
    + frac:REAL_32;
    + col_int:INTEGER;
    
    renderer.vb.new_quads {
      particles.lower.to (particles.upper) do { i:INTEGER;
        
        frac := (11.0*particles.item i.life)/particles.item i.initial_life;
        col_int := frac.to_integer;
        frac := frac - col_int;
        
        renderer.color_buffer.set_color3f (get_r col_int frac frac,get_g col_int frac frac,get_b col_int frac frac);
        
        
        // render particle
        renderer.vb.add_texel2f (0,0);
        v := particles.item i.position + ((-dx + dy) * particles.item i.size);
        renderer.vb.add_vertex3f (v.x, v.y, v.z);
        
        renderer.vb.add_texel2f (1,0);
        v := particles.item i.position + ((dx + dy) * particles.item i.size);
        renderer.vb.add_vertex3f (v.x, v.y, v.z);
        
        renderer.vb.add_texel2f (1,1);
        v := particles.item i.position + ((dx - dy) * particles.item i.size);
        renderer.vb.add_vertex3f (v.x, v.y, v.z);
        
        renderer.vb.add_texel2f (0,1);
        v := particles.item i.position + ((-dx - dy) * particles.item i.size);
        renderer.vb.add_vertex3f (v.x, v.y, v.z);
      };
    };
  );
  
  - get_r idx:INTEGER frac frac:REAL_32 :REAL_32 <-
  (
    palette.item idx.r * (1.0 - frac) + palette.item (idx+1).r * frac
  );
  - get_g idx:INTEGER frac frac:REAL_32 :REAL_32 <-
  (
    palette.item idx.g * (1.0 - frac) + palette.item (idx+1).g * frac
  );
  - get_b idx:INTEGER frac frac:REAL_32 :REAL_32 <-
  (
    palette.item idx.b * (1.0 - frac) + palette.item (idx+1).b * frac
  );
  
  - set_color_fire <-
  (
    0.to 4 do { i:INTEGER;
      palette.item i.make (i.to_real/4.0, 0, 0);
      palette.item (i+4).make (1.0, (i.to_real)/4.0, 0);
      palette.item (i+8).make ((3-i).to_real/3.0, (3-i).to_real/3.0, 1);
    };
  );
  
  - set_color_ice <-
  (
    0.to 6 do { i:INTEGER;
      palette.item i.make (0, 0, i.to_real/6.0);
      palette.item (i+6).make (i.to_real/5.0, 1, 1);
    };
  );
  
  - set_color_smoke <-
  (
    + col:REAL_32;
    
    0.to 12 do { i:INTEGER;
      col := i.to_real / 24.0;
      palette.item i.make (col, col, col);
    };
  );
  
  - set_color_rainbow <-
  (
    palette.item 0.make (0, 0, 0);
    palette.item 1.make (0, 0, 0.25);
    palette.item 2.make (0, 0, 0.5);
    palette.item 3.make (0, 0, 1);
    palette.item 4.make (0, 0.5, 1);
    palette.item 5.make (0, 1, 1);
    palette.item 6.make (0, 1, 0.5);
    palette.item 7.make (0, 1, 0);
    palette.item 8.make (0.5, 1, 0); 
    palette.item 9.make (1, 1, 0);
    palette.item 10.make (1, 0.5, 0);
    palette.item 11.make (1, 0, 0);
  );
  
Section Private
  
  - random_around val:REAL_32 spread spread_val:REAL_32 :REAL_32 <-
  (
    + r:REAL_32;
    
    r := 2.0 * random_ratio - 1.0;
    val + r * spread_val * r.abs 
  );
  
  - random_vector v:VECTOR3(REAL_32) spread (sx,sy,sz:REAL_32) :VECTOR3(REAL_32) <-
  (
    + x,y,z:REAL_32;
    
    x := v.x * random_around 0 spread sx;
    y := v.y * random_around 0 spread sy;
    z := v.z * random_around 0 spread sz;
    
    VECTOR3(REAL_32).create (x, y, z)
  );

  - get_random_vector v:VECTOR3(REAL_32) spread (sx,sy,sz:REAL_32) in vec:VECTOR3(REAL_32) <-
  (
    + x,y,z:REAL_32;
    
    x := v.x * random_around 0 spread sx;
    y := v.y * random_around 0 spread sy;
    z := v.z * random_around 0 spread sz;
    
    vec.make (x, y, z);
  );
  
  
  
  
lisaac_0.39_rc1/lib/unstable/opengl/3D/particles/kill_plane.li0000644000175000017500000000451711314031255024201 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := KILL_PLANE;
  
  - comment  := "part of particle engine";
  
Section Inherit
  
  - parent_constraint:CONSTRAINT := CONSTRAINT;
  
Section Public
  
  + normal:VECTOR3(REAL_32);
  + offset:REAL_32;
  
  //
  // Creation.
  //

  - create (n:VECTOR3(REAL_32), off:REAL_32) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (n,off);
    result
  );

  - make (n:VECTOR3(REAL_32), off:REAL_32) <-
  ( 
    normal := n;
    offset := off;
  );


  
  - apply_to p:PARTICLE time t:REAL_32 <-
  (
    + dist:REAL_32;
    
    dist := distance_to (p.position);
    
    (dist < p.size).if {
      p.kill;
    };
  );
  
Section Private
  
  - distance_to p:VECTOR3(REAL_32) :REAL_32 <-
  (
    (p.dot normal) + offset
  );

 
  
  
  
  
  lisaac_0.39_rc1/lib/unstable/opengl/3D/particles/particle.li0000644000175000017500000000536311314031255023672 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := PARTICLE;
  
  - comment  := "part of particle engine";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  //
  // Particle properties
  //
  
  + position:VECTOR3(REAL_32);
  + dir:VECTOR3(REAL_32);
  
  + size:REAL_32;
  + life:REAL_32;
  + initial_life:REAL_32;
  
  - is_dead:BOOLEAN <- life <= 0;
  
  
  - create (p,d:VECTOR3(REAL_32)) size sz:REAL_32 life t:REAL_32 :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (p,d) size sz life t;
    result
  );
  
  - make (p,d:VECTOR3(REAL_32)) size sz:REAL_32 life t:REAL_32 <-
  (
    position := p;
    dir := d;
    size := sz;
    
    initial_life := t;
    life := initial_life;
  );
  
  - set_position p:VECTOR3(REAL_32) <- 
  (
    position := p;
  );
  
  - set_direction d:VECTOR3(REAL_32) <- 
  (
    dir := d;
  );
  
  - kill <-
  (
    life := 0;
  ); 
  
  //
  //  Update
  //
  
  - update_life time:REAL_32 <-
  (
    life := life - time;
  );
  
  - update time:REAL_32 <-
  (
    position.set_x (position.x + dir.x * time); 
    position.set_y (position.y + dir.y * time); 
    position.set_z (position.z + dir.z * time); 
  );
 
  
  
  
  
  
lisaac_0.39_rc1/lib/unstable/opengl/3D/particles/bounce_plane.li0000644000175000017500000000470611314031255024521 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := BOUNCE_PLANE;
  
  - comment  := "part of particle engine";
  
Section Inherit
  
  - parent_constraint:CONSTRAINT := CONSTRAINT;
  
Section Public
  
  + normal:VECTOR3(REAL_32);
  + offset:REAL_32;
  
  //
  // Creation.
  //

  - create (n:VECTOR3(REAL_32), off:REAL_32) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (n,off);
    result
  );

  - make (n:VECTOR3(REAL_32), off:REAL_32) <-
  ( 
    normal := n;
    offset := off;
  );


  
  - apply_to p:PARTICLE time t:REAL_32 <-
  (
    + dist:REAL_32;
    
    dist := distance_to (p.position);
    
    (dist < p.size).if {
      p.set_direction (p.dir - (normal * (2.0*p.dir.dot normal)));
      p.set_position (p.position + (normal * (p.size - dist)));
    };
  );
  
Section Private
  
  - distance_to p:VECTOR3(REAL_32) :REAL_32 <-
  (
    (p.dot normal) + offset
  );

 
  
  
  
  
  lisaac_0.39_rc1/lib/unstable/opengl/3D/terrain.li0000644000175000017500000001750711314031255021550 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := TERRAIN;
  
  - comment  := "Height map";
  
Section Inherit
  
  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Public
  
  + width:INTEGER;
  + height:INTEGER;
  
  + w_step:REAL_32 := 2;
  + h_step:REAL_32 := 2;
  
  + height_factor:REAL_32 :=  2.5;
  
  + heights:FAST_ARRAY(REAL_32);
  + normals:FAST_ARRAY(VECTOR3(REAL_32));
  
  + texture:TEXTURE;
  
  - is_textured:BOOLEAN <- texture != NULL;
  
  
  //
  // Creation.
  //
  
  - create map:IMAGE texture tex:TEXTURE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (map,tex);
    result
  );
  
  - make (image:IMAGE, tex:TEXTURE) <-
  // build the terrain
  ( 
    + map:IMAGE;
    + h:REAL_32;
    
    (image.channels = 3).if {
      // we need an alpha channel or a greyscale image
      
      map := image.to_greyscale;
    } else {
      map := image;
    };
    
    texture := tex;
    width := map.width;
    height := map.height;
    
    heights := FAST_ARRAY(REAL_32).create (width*height);
    normals := FAST_ARRAY(VECTOR3(REAL_32)).create_with_capacity (width*height);  
 
    // fill data with heights
    0.to (height-1) do { j:INTEGER;
      0.to (width-1) do { i:INTEGER;
        (image.channels = 4).if {
          h := map.get_alpha_value (i,j).to_real / 256.0;
        } else {
          h := map.get_value (i,j).to_real / 256.0;
        };
        heights.put (h*height_factor) to (i*width+j);
      };
    };
    compute_normals;
  );
  
  - render vb:VERTEX_BUFFER at (xpos,ypos,zpos:REAL_32) <-
  (
    + index:INTEGER;

    is_textured.if {
      texture.enable;
      texture.bind;
    };
    
    0.to (height-2) do { i:INTEGER;
      // generate n-1 strips
      
      vb.new_triangle_strip {
        0.to (width-1) do { j:INTEGER;
          
          // first point of strip
          index := 3*((i+1)*width+j);
          
          is_textured.if {
            vb.add_texel2f ((i+1).to_real/256.0, j.to_real/256.0);
          };
          
          vb.add_vertex3f (xpos+j.to_real*w_step,ypos+ heights.item ((i+1)*width+j),zpos+(i+1).to_real*h_step);
          
          // second point
          index := 3*(i*width+j);
          
          is_textured.if {
            vb.add_texel2f (i.to_real/256.0, j.to_real/256.0);
          };
          (normals != NULL).if {
            vb.add_normal (normals.item (i*width+j));
          };
          
          vb.add_vertex3f (xpos+j.to_real*w_step, ypos+heights.item (i*width+j),zpos+i.to_real*h_step);
        };
      };
    };
  );
  
  - rescale (min,max:REAL_32) <-
  (
    + amplitude,h_min,h_max,h:REAL_32;
    + n:INTEGER;
    
    amplitude := max - min;
    n := width * height;
    
    // find actual amplitude
    h_min := heights.item 0;
    h_max := heights.item 0;
    1.to (n-1) do { i:INTEGER;
      (heights.item i > h_max).if {
        h_max := heights.item i;
      };
      (heights.item i < h_min).if {
        h_min := heights.item i;
      };
    };
    // re-scale terrain
    0.to (n-1) do { i:INTEGER;
      h := (heights.item i - h_min) / (h_max-h_min);
      heights.put (h * amplitude - min) to i;
    };
    
    // re-compute normals
    compute_normals;
  );
  
  - cross_product_p1 (x1,z1:INTEGER) p2 (x2,z2:INTEGER) p3 (x3,z3:INTEGER) :VECTOR3(REAL_32) <-
  // compute normal unit vector of the (p1,p2,p3) triangle
  (
    + v1,v2:VECTOR3(REAL_32);
    
    // vector between p1 & p2
    v1 := VECTOR3(REAL_32).create ((x2-x1).to_real*w_step, heights.item (z2*width+x2) - heights.item (z1*width+x1), (z2-z1).to_real*h_step);
    
    // vector between p1 & p3
    v2 := VECTOR3(REAL_32).create ((x3-x1).to_real*w_step, heights.item (z3*width+x3) - heights.item (z1*width+x1), (z3-z1).to_real*h_step);
    
    (v1.cross v2).normalized
  );
  
  - compute_normals <-
  (
    + v1,v2:VECTOR3(REAL_32);
    
    normals.clear;
    
    0.to (height-1) do { z:INTEGER;
      0.to (width-1) do { x:INTEGER;
        //
        // normals of the corners
        //
        ((x = 0) && {z = 0}).if {
          // bottom left
          v1 := cross_product_p1 (0,0) p2 (0,1) p3 (1,0);
        }.elseif {(z = height-1) && {x = width-1}} then {
          // top right
          v1 := cross_product_p1 (x,z) p2 (x,z-1) p3 (x-1,z);
        }.elseif {(x = 0) && {z = height-1}} then {
          // top left
          v1 := cross_product_p1 (x,z) p2 (x,z-1) p3 (x+1,z);
        }.elseif {(x = width-1) && {z = 0}} then {
          // bottom right
          v1 := cross_product_p1 (x,z) p2 (x,z+1) p3 (x-1,z); 
        }.elseif {z = 0} then {
          //
          // normals of the borders
          //
          v1 := cross_product_p1 (x,0) p2 (x-1,0) p3 (x,1); 
          v2 := cross_product_p1 (x,0) p2 (x,1) p3 (x+1,0); 
          
          v1 := v1 + v2;
        }.elseif {x = 0} then {
          // left border
          v1 := cross_product_p1 (0,z) p2 (1,z) p3 (0,z-1); 
          v2 := cross_product_p1 (0,z) p2 (0,z+1) p3 (1,z); 
          
          v1 := v1 + v2;
        }.elseif {z = height-1} then {
          // top border
          v1 := cross_product_p1 (x,z) p2 (x,z-1) p3 (x+1,z); 
          v2 := cross_product_p1 (x,z) p2 (x+1,z) p3 (x,z-1); 
          
          v1 := v1 + v2;
        }.elseif {x = width-1} then {
          // right border
          v1 := cross_product_p1 (x,z) p2 (x,z-1) p3 (x-1,z); 
          v2 := cross_product_p1 (x,z) p2 (x-1,z) p3 (x,z+1); 
          
          v1 := v1 + v2;
        } else {
          //
          // inner point: sum the 8 neighbours normals
          //
          v1 := cross_product_p1 (x,z) p2 (x-1,z) p3 (x-1,z+1); 
          v2 := cross_product_p1 (x,z) p2 (x-1,z+1) p3 (x,z+1); 
          v1 := v1 + v2;
          
          v2 := cross_product_p1 (x,z) p2 (x,z+1) p3 (x+1,z+1); 
          v1 := v1 + v2;
          v2 := cross_product_p1 (x,z) p2 (x+1,z+1) p3 (x+1,z); 
          v1 := v1 + v2;  
          v2 := cross_product_p1 (x,z) p2 (x+1,z) p3 (x+1,z-1); 
          v1 := v1 + v2;
          v2 := cross_product_p1 (x,z) p2 (x+1,z-1) p3 (x,z-1); 
          v1 := v1 + v2;
          v2 := cross_product_p1 (x,z) p2 (x,z-1) p3 (x-1,z-1); 
          v1 := v1 + v2;
          v2 := cross_product_p1 (x,z) p2 (x-1,z-1) p3 (x-1,z); 
          v1 := v1 + v2;
        };
        v1.normalize;
        v1.set_z (-v1.z);
         
        // add normal
        normals.add_last v1;
      };
    };
  );
lisaac_0.39_rc1/lib/unstable/opengl/3D/camera.li0000644000175000017500000001300011314031255021314 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := CAMERA;
  
  - comment  := "handle view (based on gluLookAt())";
  
Section Inherit
  
  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;

Section Public
  
  // position in 3d world
  + position:VECTOR3(REAL_32); 
  
  // camera's view vector
  + view:VECTOR3(REAL_32);
  
  // camera's up vector (orthonormal with view & right)
  + up:VECTOR3(REAL_32);
  
  // camera's up vector (orthonormal with view & up)
  + right:VECTOR3(REAL_32);
  
  
  // speed coeff
  - kspeed:REAL_32 := 50;
  
  
  - create_from (p,v,u,r:VECTOR3(REAL_32)) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (p,v,u,r);
    result
  );
  
  - create_position (p:VECTOR3(REAL_32)) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (p, VECTOR3(REAL_32).create (0.0,-1.0,1.0),VECTOR3(REAL_32).create (0.0,1.0,0.0),VECTOR3(REAL_32).create (1.0,0.0,0.0));
    result
  );
  
   - create_position p:VECTOR3(REAL_32) looking_at target:VECTOR3(REAL_32) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (p, (target - p).normalized, VECTOR3(REAL_32).create (0.0,1.0,0.0),VECTOR3(REAL_32).create (1.0,0.0,0.0));
    result
  );
  
  - create :SELF <-
  // default camera
  ( + result:SELF;
    result := SELF.clone;
    result.make (VECTOR3(REAL_32).create (0.0,1.0,-1.0), VECTOR3(REAL_32).create (0.0,-1.0,1.0),VECTOR3(REAL_32).create (0.0,1.0,0.0),VECTOR3(REAL_32).create (1.0,0.0,0.0));
    result
  );
  
  - make (p,v,u,r:VECTOR3(REAL_32)) <-
  (
    position := p;
    view := v;
    up := u;
    right := r;
  );
  
  - set_position p:VECTOR3(REAL_32) <-
  (
    position := p;
  );
  
  - set_view v:VECTOR3(REAL_32) <-
  (
    view := v;
  );
  
  - set_up u:VECTOR3(REAL_32) <-
  (
    up := u;
  );
  
  - set_right u:VECTOR3(REAL_32) <-
  (
    right := u;
  );
  
  - look <-
  (
    + px,py,pz,vx,vy,vz,ux,uy,uz:REAL_32;
    
    px := position.x;
    py := position.y;
    pz := position.z;
    
    vx := px + view.x;
    vy := py + view.y;
    vz := pz + view.z;
    
    ux := up.x;
    uy := up.y;
    uz := up.z;
    
    `gluLookAt (@px,@py,@pz, @vx,@vy,@vz, @ux,@uy,@uz)`;
  );
  
  - update_with_mouse <-
  (
    + midx, midy, mx, my:INTEGER;
    + angle_y, angle_x:REAL_32;
    
    midx := screen_width >> 1;
    midy := screen_height >> 1;
    
    (mx,my) := event.get_mouse_pos;
  
    ((mx = midx) && {my = midy}).if_false {
      event.warp_mouse (midx,midy); // a changer
      
      // scaled direction the moused moved in
      angle_y := (midx - mx).to_real / 1000.0;
      angle_x := (midy - my).to_real / 1000.0;
      
      rotate_y angle_y;
      rotate_x angle_x;
    };
  );

  - rotate_x angle:REAL_32 <-
  ( 
    view := ((view*angle.cos) + (up*angle.sin)).normalized;
    
    up := (view.cross right) * -1;
  );
  
  - rotate_y angle:REAL_32 <-
  (    
    view := ((view*angle.cos) - (right*angle.sin)).normalized;
    
    right := view.cross up;
  );
  
  - rotate_z angle:REAL_32 <-
  (  
    right := ((right*angle.cos) + (up*angle.sin)).normalized;
    
    up := view.cross right * -1;
  );
  
  - move (speed:REAL_32,t:REAL_32) axis v:VECTOR3(REAL_32) <-
  (  
    position.set_x (position.x + v.x * speed * t);
    position.set_y (position.y + v.y * speed * t);
    position.set_z (position.z + v.z * speed * t);
  );
  
  //   
  // just for testing
  //
  - update_with_keys time:REAL_32 <-
  (
    (event.keydown (KEYCODE.k_up)).if {
      move (kspeed,time) axis view;
      event.set_up (KEYCODE.k_up);// hack
    };
    (event.keydown (KEYCODE.k_down)).if {
      move (-kspeed,time) axis view;
      event.set_up (KEYCODE.k_down); // hack
    };
    (event.keydown (KEYCODE.k_left)).if {
      move (-kspeed,time) axis right;
      event.set_up (KEYCODE.k_left);// hack
    };
    (event.keydown (KEYCODE.k_right)).if {
      move (kspeed,time) axis right;
      event.set_up (KEYCODE.k_right); // hack
    };
  );
  
  - animate t:REAL_32 <-
  (
    update_with_mouse;
    update_with_keys t;
  );
  
  
lisaac_0.39_rc1/lib/unstable/opengl/3D/models/0000755000175000017500000000000011314031255021027 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/3D/models/md2_triangle.li0000644000175000017500000000476411314031255023737 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := MD2_TRIANGLE;
  
  - comment  := "Quake2' md2 model format";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public //Mapping
  
  + vertex_index1:INTEGER_16;
  + vertex_index2:INTEGER_16;
  + vertex_index3:INTEGER_16;
  
  + texel_index1:INTEGER_16;
  + texel_index2:INTEGER_16;
  + texel_index3:INTEGER_16;
  
Section Public
  
  - index1:(INTEGER_16,INTEGER_16) <- (vertex_index1,texel_index1);
  - index2:(INTEGER_16,INTEGER_16) <- (vertex_index2,texel_index2);
  - index3:(INTEGER_16,INTEGER_16) <- (vertex_index3,texel_index3);
  
  - create (v1,v2,v3,t1,t2,t3:INTEGER_16) :SELF<-
  ( + result:SELF;
    result := SELF.clone;
    result.make (v1,v2,v3,t1,t2,t3);
    result
  );

  - make (v1,v2,v3,t1,t2,t3:INTEGER_16) <-
  ( 
    vertex_index1 := v1;
    vertex_index2 := v2;
    vertex_index3 := v3;
    
    texel_index1 := t1;
    texel_index2 := t2;
    texel_index3 := t3;
  );

lisaac_0.39_rc1/lib/unstable/opengl/3D/models/md2_normals.li0000644000175000017500000002033711314031255023577 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := MD2_NORMALS;
  
  - comment  := "Quake2' md2 model format";
  
  - external := `
  
  typedef struct
  {
    float x,y,z; 
  } vec3_t;
  
  static vec3_t anorms[162] = {
    {-0.525731, 0.000000, 0.850651}, 
    {-0.442863, 0.238856, 0.864188}, 
    {-0.295242, 0.000000, 0.955423}, 
    {-0.309017, 0.500000, 0.809017}, 
    {-0.162460, 0.262866, 0.951056}, 
    {0.000000, 0.000000, 1.000000}, 
    {0.000000, 0.850651, 0.525731}, 
    {-0.147621, 0.716567, 0.681718}, 
    {0.147621, 0.716567, 0.681718}, 
    {0.000000, 0.525731, 0.850651}, 
    {0.309017, 0.500000, 0.809017}, 
    {0.525731, 0.000000, 0.850651}, 
    {0.295242, 0.000000, 0.955423}, 
    {0.442863, 0.238856, 0.864188}, 
    {0.162460, 0.262866, 0.951056}, 
    {-0.681718, 0.147621, 0.716567}, 
    {-0.809017, 0.309017, 0.500000}, 
    {-0.587785, 0.425325, 0.688191}, 
    {-0.850651, 0.525731, 0.000000}, 
    {-0.864188, 0.442863, 0.238856}, 
    {-0.716567, 0.681718, 0.147621}, 
    {-0.688191, 0.587785, 0.425325}, 
    {-0.500000, 0.809017, 0.309017}, 
    {-0.238856, 0.864188, 0.442863}, 
    {-0.425325, 0.688191, 0.587785}, 
    {-0.716567, 0.681718, -0.147621}, 
    {-0.500000, 0.809017, -0.309017}, 
    {-0.525731, 0.850651, 0.000000}, 
    {0.000000, 0.850651, -0.525731}, 
    {-0.238856, 0.864188, -0.442863}, 
    {0.000000, 0.955423, -0.295242}, 
    {-0.262866, 0.951056, -0.162460}, 
    {0.000000, 1.000000, 0.000000}, 
    {0.000000, 0.955423, 0.295242}, 
    {-0.262866, 0.951056, 0.162460}, 
    {0.238856, 0.864188, 0.442863}, 
    {0.262866, 0.951056, 0.162460}, 
    {0.500000, 0.809017, 0.309017}, 
    {0.238856, 0.864188, -0.442863}, 
    {0.262866, 0.951056, -0.162460}, 
    {0.500000, 0.809017, -0.309017}, 
    {0.850651, 0.525731, 0.000000}, 
    {0.716567, 0.681718, 0.147621}, 
    {0.716567, 0.681718, -0.147621}, 
    {0.525731, 0.850651, 0.000000}, 
    {0.425325, 0.688191, 0.587785}, 
    {0.864188, 0.442863, 0.238856}, 
    {0.688191, 0.587785, 0.425325}, 
    {0.809017, 0.309017, 0.500000}, 
    {0.681718, 0.147621, 0.716567}, 
    {0.587785, 0.425325, 0.688191}, 
    {0.955423, 0.295242, 0.000000}, 
    {1.000000, 0.000000, 0.000000}, 
    {0.951056, 0.162460, 0.262866}, 
    {0.850651, -0.525731, 0.000000}, 
    {0.955423, -0.295242, 0.000000}, 
    {0.864188, -0.442863, 0.238856}, 
    {0.951056, -0.162460, 0.262866}, 
    {0.809017, -0.309017, 0.500000}, 
    {0.681718, -0.147621, 0.716567}, 
    {0.850651, 0.000000, 0.525731}, 
    {0.864188, 0.442863, -0.238856}, 
    {0.809017, 0.309017, -0.500000}, 
    {0.951056, 0.162460, -0.262866}, 
    {0.525731, 0.000000, -0.850651}, 
    {0.681718, 0.147621, -0.716567}, 
    {0.681718, -0.147621, -0.716567}, 
    {0.850651, 0.000000, -0.525731}, 
    {0.809017, -0.309017, -0.500000}, 
    {0.864188, -0.442863, -0.238856}, 
    {0.951056, -0.162460, -0.262866}, 
    {0.147621, 0.716567, -0.681718}, 
    {0.309017, 0.500000, -0.809017}, 
    {0.425325, 0.688191, -0.587785}, 
    {0.442863, 0.238856, -0.864188}, 
    {0.587785, 0.425325, -0.688191}, 
    {0.688191, 0.587785, -0.425325}, 
    {-0.147621, 0.716567, -0.681718}, 
    {-0.309017, 0.500000, -0.809017}, 
    {0.000000, 0.525731, -0.850651}, 
    {-0.525731, 0.000000, -0.850651}, 
    {-0.442863, 0.238856, -0.864188}, 
    {-0.295242, 0.000000, -0.955423}, 
    {-0.162460, 0.262866, -0.951056}, 
    {0.000000, 0.000000, -1.000000}, 
    {0.295242, 0.000000, -0.955423}, 
    {0.162460, 0.262866, -0.951056}, 
    {-0.442863, -0.238856, -0.864188}, 
    {-0.309017, -0.500000, -0.809017}, 
    {-0.162460, -0.262866, -0.951056}, 
    {0.000000, -0.850651, -0.525731}, 
    {-0.147621, -0.716567, -0.681718}, 
    {0.147621, -0.716567, -0.681718}, 
    {0.000000, -0.525731, -0.850651}, 
    {0.309017, -0.500000, -0.809017}, 
    {0.442863, -0.238856, -0.864188}, 
    {0.162460, -0.262866, -0.951056}, 
    {0.238856, -0.864188, -0.442863}, 
    {0.500000, -0.809017, -0.309017}, 
    {0.425325, -0.688191, -0.587785}, 
    {0.716567, -0.681718, -0.147621}, 
    {0.688191, -0.587785, -0.425325}, 
    {0.587785, -0.425325, -0.688191}, 
    {0.000000, -0.955423, -0.295242}, 
    {0.000000, -1.000000, 0.000000}, 
    {0.262866, -0.951056, -0.162460}, 
    {0.000000, -0.850651, 0.525731}, 
    {0.000000, -0.955423, 0.295242}, 
    {0.238856, -0.864188, 0.442863}, 
    {0.262866, -0.951056, 0.162460}, 
    {0.500000, -0.809017, 0.309017}, 
    {0.716567, -0.681718, 0.147621}, 
    {0.525731, -0.850651, 0.000000}, 
    {-0.238856, -0.864188, -0.442863}, 
    {-0.500000, -0.809017, -0.309017}, 
    {-0.262866, -0.951056, -0.162460}, 
    {-0.850651, -0.525731, 0.000000}, 
    {-0.716567, -0.681718, -0.147621}, 
    {-0.716567, -0.681718, 0.147621}, 
    {-0.525731, -0.850651, 0.000000}, 
    {-0.500000, -0.809017, 0.309017}, 
    {-0.238856, -0.864188, 0.442863}, 
    {-0.262866, -0.951056, 0.162460}, 
    {-0.864188, -0.442863, 0.238856}, 
    {-0.809017, -0.309017, 0.500000}, 
    {-0.688191, -0.587785, 0.425325}, 
    {-0.681718, -0.147621, 0.716567}, 
    {-0.442863, -0.238856, 0.864188}, 
    {-0.587785, -0.425325, 0.688191}, 
    {-0.309017, -0.500000, 0.809017}, 
    {-0.147621, -0.716567, 0.681718}, 
    {-0.425325, -0.688191, 0.587785}, 
    {-0.162460, -0.262866, 0.951056}, 
    {0.442863, -0.238856, 0.864188}, 
    {0.162460, -0.262866, 0.951056}, 
    {0.309017, -0.500000, 0.809017}, 
    {0.147621, -0.716567, 0.681718}, 
    {0.000000, -0.525731, 0.850651}, 
    {0.425325, -0.688191, 0.587785}, 
    {0.587785, -0.425325, 0.688191}, 
    {0.688191, -0.587785, 0.425325}, 
    {-0.955423, 0.295242, 0.000000}, 
    {-0.951056, 0.162460, 0.262866}, 
    {-1.000000, 0.000000, 0.000000}, 
    {-0.850651, 0.000000, 0.525731}, 
    {-0.955423, -0.295242, 0.000000}, 
    {-0.951056, -0.162460, 0.262866}, 
    {-0.864188, 0.442863, -0.238856}, 
    {-0.951056, 0.162460, -0.262866}, 
    {-0.809017, 0.309017, -0.500000}, 
    {-0.864188, -0.442863, -0.238856}, 
    {-0.951056, -0.162460, -0.262866}, 
    {-0.809017, -0.309017, -0.500000}, 
    {-0.681718, 0.147621, -0.716567}, 
    {-0.681718, -0.147621, -0.716567}, 
    {-0.850651, 0.000000, -0.525731}, 
    {-0.688191, 0.587785, -0.425325}, 
    {-0.587785, 0.425325, -0.688191}, 
    {-0.425325, 0.688191, -0.587785}, 
    {-0.425325, -0.688191, -0.587785}, 
    {-0.587785, -0.425325, -0.688191}, 
  {-0.688191, -0.587785, -0.425325} };
  
  
  `;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
  
Section Public
  
  - get_normal i:INTEGER :VERTEX <-
  (
    + v:VERTEX;
    
    v := VERTEX.create (`anorms[@i].x`:REAL_32,`anorms[@i].y`:REAL_32,`anorms[@i].z`:REAL_32);
    v
  );
  
  - get_normal i:INTEGER in v:VERTEX <-
  (    
    v.make (`anorms[@i].x`:REAL_32,`anorms[@i].y`:REAL_32,`anorms[@i].z`:REAL_32);
  );lisaac_0.39_rc1/lib/unstable/opengl/3D/models/md2_frame.li0000644000175000017500000000470011314031255023212 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := MD2_FRAME;
  
  - comment  := "Quake2' md2 model format";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
 
  
Section Public
  
  - fixme:VECTOR3(REAL_32) := VECTOR3(REAL_32).zero;
  
  + name:STRING;
  
  // frame transformation
  + scale:VECTOR3(REAL_32) := fixme;
  + translate:VECTOR3(REAL_32) := fixme;
  
  + vertex:FAST_ARRAY(MD2_VERTEX);
  
  
  - create (n:ABSTRACT_STRING, s,t:VECTOR3(REAL_32), v:FAST_ARRAY(MD2_VERTEX)) :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (n,s,t,v);
    result
  );
  
  - make (n:ABSTRACT_STRING, s,t:VECTOR3(REAL_32), v:FAST_ARRAY(MD2_VERTEX)) <-
  (
    name := STRING.create_from_string n;
    scale := s;
    translate := t;
    vertex := v;
  );
  
  - print <- 
  (
    "\n-> frame ".print; name.print;
    " sc = ".print; scale.print;
    " tr = ".print; translate.print;
  );lisaac_0.39_rc1/lib/unstable/opengl/3D/models/md2_model.li0000644000175000017500000002317011314031255023222 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := MD2_MODEL;
  
  - comment  := "Quake2' md2 model format";
  
Section Inherit
  
  + parent_model:Expanded MODEL;
  
  - parent_md2_normals:MD2_NORMALS := MD2_NORMALS;
  
Section Public
  
  - md2_magic:INTEGER <- 0;
  - md2_version:INTEGER <- 1;
  
  - md2_skin_width:INTEGER <- 2;
  - md2_skin_height:INTEGER <- 3;
  
  - md2_nb_vertex:INTEGER <- 6;
  - md2_nb_texels:INTEGER <- 7;
  - md2_nb_triangles:INTEGER <- 8;
  - md2_nb_frames:INTEGER <- 10;
  
  - md2_offset_texels:INTEGER <- 12;
  - md2_offset_tris:INTEGER <- 13;
  - md2_offset_frames:INTEGER <- 14;
  
  
  // texture coordinates
  + texels:FAST_ARRAY(VECTOR2(INTEGER_16)); 
  
  // model geometry
  + triangles:FAST_ARRAY(MD2_TRIANGLE);
  
  // model frames for animation
  + frames:FAST_ARRAY(MD2_FRAME);
  
  // re-scaling model
  + scale:REAL_32;
  
  // frame start of each animation
  + anim_index:FAST_ARRAY(INTEGER);
  
  // skin texture dimensions
  + skin_width:REAL_32;
  + skin_height:REAL_32;
  
  - load <-
  (
    + header:FAST_ARRAY(UINTEGER_32);
    + buffer_16:FAST_ARRAY(INTEGER_16);
    + nb_texels,nb_tris,nb_vertex:INTEGER;
    + v:VECTOR2(INTEGER_16);
    + t:MD2_TRIANGLE;
    + x:INTEGER;
    
    + e:ENTRY;
    + file:FILE;
    
    e := FILE_SYSTEM.get_entry name;
    (e != NULL).if {
      file ?= e;
      file.open;
      
      // md2 header size = 17*4 bytes
      header := FAST_ARRAY(UINTEGER_32).create_with_capacity 17;
      
      (file.read header size (17)  > 0).if {
        // read header
        
        ((header.item md2_magic != 844121161) || {header.item md2_version != 8}).if {
          error "Bad model file";
        };
        
        nb_texels := header.item md2_nb_texels;
        nb_tris := header.item md2_nb_triangles;
        nb_frames := header.item md2_nb_frames;
        nb_vertex := header.item md2_nb_vertex;
        
        /*   "\nNb texels: ".print;nb_texels.print; 
        "\nNb tris: ".print;nb_tris.print;
        "\nNb verts: ".print;nb_vertex.print;
        "\nNb frames: ".print;nb_frames.print;      
        */ 
        texels := FAST_ARRAY(VECTOR2(INTEGER_16)).create_with_capacity nb_texels;
        triangles := FAST_ARRAY(MD2_TRIANGLE).create_with_capacity nb_tris;
        
        frames := FAST_ARRAY(MD2_FRAME).create_with_capacity nb_frames;
        
        skin_width := header.item md2_skin_width.to_real;
        skin_height := header.item md2_skin_height.to_real;
        
        // coord texture
        buffer_16 := FAST_ARRAY(INTEGER_16).create_with_capacity (nb_texels*2);
        file.set_cursor (header.item md2_offset_texels);
        (file.read buffer_16 size (nb_texels*2) <= 0).if {
          error "load model: read error";
        };
        
        // read texels
        x := 0;
        {x < nb_texels*2}.while_do {
          v := VECTOR2(INTEGER_16).create (buffer_16.item (x),buffer_16.item (x+1));
          texels.add_last v;
          x := x+2;
        };
        
        // triangles	
        buffer_16 := FAST_ARRAY(INTEGER_16).create_with_capacity (nb_tris*6);
        file.set_cursor (header.item md2_offset_tris);
        (file.read buffer_16 size (nb_tris*6) <= 0).if {
          error "load model: read error";
        };
        
        x := 0;
        {x < nb_tris*6}.while_do {
          t := MD2_TRIANGLE.create (buffer_16.item x,buffer_16.item (x+1),buffer_16.item (x+2),buffer_16.item (x+3),buffer_16.item (x+4),buffer_16.item (x+5));
          triangles.add_last t;
          
          x := x + 6;
        }; 
        
        // frames
        file.set_cursor (header.item md2_offset_frames);
        1.to nb_frames do { i:INTEGER;
          frames.add_last (load_frame (file, nb_vertex));
        };
        
        scale := 3.0;
        current_frame := 1;
      };
    };
  );
  
  - load_frame (file:FILE, nb_vertex:INTEGER) :MD2_FRAME <-
  (
    + scale,translate:VECTOR3(REAL_32);
    + vertex:FAST_ARRAY(MD2_VERTEX);
    + buffer:FAST_ARRAY(REAL_32);
    + buffer_8:FAST_ARRAY(UINTEGER_8);
    + x,y,z:REAL_32;
    + name:FAST_ARRAY(CHARACTER);
    + v:MD2_VERTEX;
    + i:INTEGER;
    
    vertex := FAST_ARRAY(MD2_VERTEX).create_with_capacity nb_vertex;
    
    // read transformation vectors
    buffer := FAST_ARRAY(REAL_32).create_with_capacity 7;
    (file.read buffer size 6 <= 0).if {
      error "load model: read error (trans)";
    };
    
    x := buffer.item 0;
    y := buffer.item 1;
    z := buffer.item 2;
    
    scale := VECTOR3(REAL_32).create (x,y,z);
    
    x := buffer.item 3;
    y := buffer.item 4;
    z := buffer.item 5;
    
    translate := VECTOR3(REAL_32).create (x,y,z);
    
    // read frame name
    name := FAST_ARRAY(CHARACTER).create_with_capacity 16;
    (file.read name size 16 <= 0).if {
      error "load model: read error (name)";
    };
    
    buffer_8 := FAST_ARRAY(UINTEGER_8).create_with_capacity (4*nb_vertex);
    (file.read buffer_8 size (4*nb_vertex) <= 0).if {
      error "load model: read error";
    };
    i := 0;
    {i < nb_vertex*4}.while_do {
      
      v := MD2_VERTEX.create (buffer_8.item i,buffer_8.item (i+1),buffer_8.item (i+2),buffer_8.item (i+3));
      
      vertex.add_last v;
      i := i + 4;
    };
    
    MD2_FRAME.create (CONVERT(FAST_ARRAY(CHARACTER),STRING).on (name), scale, translate, vertex)
  );
  
  - render_with tex:TEXTURE <-
  (
    texture := tex;
    render;
  );
  
  - n:VERTEX := VERTEX.clone;// avoid multiple cloning
  - n1:VERTEX := VERTEX.clone;
  - n2:VERTEX := VERTEX.clone;
  - v:VERTEX := VERTEX.clone;
  - v1:VERTEX := VERTEX.clone;
  - v2:VERTEX := VERTEX.clone;
  
  - render  <-
  (
    + frame1,frame2:MD2_FRAME;
    + poly:MD2_TRIANGLE;
    + verts1,verts2:MD2_VERTEX;
    + vertex_index,texel_index:INTEGER_16;
    + texel:VECTOR2(INTEGER_16);
    //+ n,n1,n2,v,v1,v2:VERTEX;
    + x,y,z:REAL_32;
    
    frame1 := frames.item old_frame;
    frame2 := frames.item current_frame;
    
    
    (material != NULL).if {
      material.apply (MATERIAL.mode_front);
    };
    (texture != NULL).if {
      texture.bind;
    };
    
    renderer.vb.begin_triangles;
    
    // draw each triangle
    triangles.lower.to (triangles.upper) do { i:INTEGER;
      poly := triangles.item i;
      
      // draw each vertex of triangle
      0.to 2 do { k:INTEGER;
        
        (k = 0).if {
          (vertex_index,texel_index) := poly.index1;
        }.elseif {k = 1} then {
          (vertex_index,texel_index) := poly.index2;
        } else {
          (vertex_index,texel_index) := poly.index3;
        };
        
        // get current vertex from the two frames
        verts1 := frame1.vertex.item vertex_index;
        verts2 := frame2.vertex.item vertex_index;
        
        // coordonnees texture
        texel := texels.item texel_index;
        
        renderer.vb.add_texel2f (texel.x.to_real / skin_width, texel.y.to_real / skin_height);
        
        // normale
        get_normal (verts1.light_index) in n1;
        get_normal (verts2.light_index) in n2;
        
        (x,y,z) := lerp_vertex (n1, n2) lerp lerp scale 1.0; 
        
        renderer.vb.add_normal3f (x, y, z);
        
        // decompression des vertex (byte -> float)
        
        x := verts1.index1 * frame1.scale.x + frame1.translate.x;
        y := verts1.index2 * frame1.scale.y + frame1.translate.y;
        z := verts1.index3 * frame1.scale.z + frame1.translate.z;
        
        v1.make (x,y,z);
        
        x := verts2.index1 * frame2.scale.x + frame2.translate.x;
        y := verts2.index2 * frame2.scale.y + frame2.translate.y;
        z := verts2.index3 * frame2.scale.z + frame2.translate.z;
        
        v2.make (x,y,z);
        
        (x,y,z) := lerp_vertex (v1, v2) lerp lerp scale scale;
        
        renderer.vb.add_vertex3f (x,y,z);
      };
    };
    
    renderer.vb.end;
  ); 
  
  - render_outlines  <-
  (
    outlines := TRUE;
    render;
    outlines := FALSE;
  );
  
  - lerp_vertex (u,v:VERTEX) lerp t:REAL_32 scale s:REAL_32 :(REAL_32,REAL_32,REAL_32) <- 
  // linear interpolation
  (
    + x,y,z:REAL_32;
    
    x := (u.x + t * (v.x - u.x)) * s;
    y := (u.y + t * (v.y - u.y)) * s;
    z := (u.z + t * (v.z - u.z)) * s;
    
   (x,y,z)
  );

  lisaac_0.39_rc1/lib/unstable/opengl/3D/models/md2_vertex.li0000644000175000017500000000510311314031255023433 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := MD2_VERTEX;
  
  - comment  := "Quake2' md2 model format";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public //Mapping
  
  + vertex_index1:UINTEGER_8;
  + vertex_index2:UINTEGER_8;
  + vertex_index3:UINTEGER_8;
  
  + lightnormal_index:UINTEGER_8;
  
Section Public
  
  - index1:REAL_32 <- vertex_index1.to_real;
  - index2:REAL_32 <- vertex_index2.to_real;
  - index3:REAL_32 <- vertex_index3.to_real;
  
  - light_index:UINTEGER_8 <- lightnormal_index;
  
  - create (v1,v2,v3:UINTEGER_8, l:UINTEGER_8) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (v1,v2,v3,l);
    result
  );

  - make (v1,v2,v3:UINTEGER_8, l:UINTEGER_8) <-
  ( 
    vertex_index1 := v1;
    vertex_index2 := v2;
    vertex_index3 := v3;
    lightnormal_index := l;
  );

  - print <-
  (
    "\nmd2 vertex: ".print; vertex_index1.print; " , ".print;
    vertex_index2.print; " , ".print;
    vertex_index2.print; " => light ".print; 
    lightnormal_index.print;
  );lisaac_0.39_rc1/lib/unstable/opengl/3D/primitives/0000755000175000017500000000000011314031256021740 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/opengl/3D/primitives/sphere.li0000644000175000017500000000461611314031256023563 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SPHERE;
  
  - comment  := "glu quadric sphere";
  
Section Inherit
  
  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Public
  
  + radius:REAL_32;
  + slices:REAL_32;
  + stacks:REAL_32;
  
  + position:VECTOR3(REAL_32);
  
  
  - create (p:VECTOR3(REAL_32),r,sl,st:REAL_32) :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (p,r,sl,st);
    result
  );
  
  - make (p:VECTOR3(REAL_32),r,sl,st:REAL_32) <-
  (
    radius := r;
    slices := sl;
    stacks := st;
    position := p;
  );
  
  - render <-
  (
    renderer.transform.push_matrix;
    
    renderer.transform.translatef (position.x, position.y, position.z);
    
    renderer.quadrics.new_quadric {
      renderer.quadrics.draw_sphere (radius,slices,stacks);
    };
    renderer.transform.pop_matrix;
  );
lisaac_0.39_rc1/lib/unstable/opengl/3D/primitives/cylinder.li0000644000175000017500000000507511314031256024106 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := CYLINDER;
  
  - comment  := "glu quadric cylinder";
  
Section Inherit
  
  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Public
  
  + radius_top:REAL_32;
  + radius_base:REAL_32;
  
  + cylinder_height:REAL_32;
  
  + slices:REAL_32;
  + stacks:REAL_32;
  
  + position:VECTOR3(REAL_32);
  
  
  - create (p:VECTOR3(REAL_32),r1,r2,h,sl,st:REAL_32) :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (p,r1,r2,h,sl,st);
    result
  );
  
  - make (p:VECTOR3(REAL_32),r1,r2,h,sl,st:REAL_32) <-
  (
    radius_top := r1;
    radius_base := r2;
    cylinder_height := h;
    slices := sl;
    stacks := st;
    position := p;
  );
  
  - render <-
  ( 
    renderer.transform.push_matrix;
    
    renderer.transform.translatef (position.x, position.y, position.z);
    
    renderer.quadrics.new_quadric {
      renderer.quadrics.draw_cylinder (radius_base,radius_top,cylinder_height,slices,stacks);
    };
    renderer.transform.pop_matrix;
  );
lisaac_0.39_rc1/lib/unstable/opengl/3D/primitives/cone.li0000644000175000017500000000464011314031256023216 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Application                                   //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := CONE;
  
  - comment  := "3D cone";
  
Section Inherit
  
  - parent_framework:FRAMEWORK_ANY := FRAMEWORK_ANY;
  
Section Public
  
  + radius_base:REAL_32;
  + cone_height:REAL_32;
  + slices:REAL_32;

  + position:VECTOR3(REAL_32);
  
  
  - create (p:VECTOR3(REAL_32),r,h,sl:REAL_32) :SELF <-
  (
    + result:SELF;
    result := SELF.clone;
    result.make (p,r,h,sl);
    result
  );
  
  - make (p:VECTOR3(REAL_32),r,h,sl:REAL_32) <-
  (
    radius_base := r;
    cone_height := h;
    slices := sl;
    position := p;
  );
  
  - render <-
  ( 
    renderer.transform.push_matrix;
    
    renderer.transform.translatef (position.x, position.y, position.z);
    
    renderer.quadrics.new_quadric {
      renderer.quadrics.draw_cylinder (radius_base,0,cone_height,slices,1);
    };
    renderer.transform.pop_matrix;
  );
lisaac_0.39_rc1/lib/unstable/math/0000755000175000017500000000000011314031255016743 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/math/matrix4.li0000644000175000017500000000411111314031255020656 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Math-Library                                  //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := MATRIX4(E);
  
  - comment  := "4x4 matrix";
  
Section Inherit
  
  + parent_matrix:Expanded ABSTRACT_MATRIX(E);
  
Section Public   
  
  - lines:INTEGER <- 4;
  - columns:INTEGER <- 4;
  
  //
  // Creation.
  //

  - create:SELF <-
  ( + result:SELF;
    result := clone;
    result.make (4,4);
    result
  );
  
  - create_value val:INTEGER :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (4,4);
    result.set_all_with val;
    result
  );

  //
  //
  //
  
 
 lisaac_0.39_rc1/lib/unstable/math/vector2.li0000644000175000017500000000626011314031255020661 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Math-Library                                  //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := VECTOR2(E);
  
  - comment  := "(x,y) vector";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + x:E;
  + y:E;
  
  - create (a,b:E) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (a,b);
    result
  );
  
  - make (a,b:E) <-
  (
    x := a;
    y := b;
  );
  
  - copy :SELF <-
  (
    create (x,y)
  );
  
  - zero:SELF <- create (E.zero,E.zero);
  
  - set_x v:E <- 
  (
    x := v;
  );
  - set_y v:E <- 
  (
    y := v;
  );
  
  - get :(E,E) <-
  (
    x, y
  );
  
  - getv:FAST_ARRAY(E) <-
  (
    + result:FAST_ARRAY(E);
    
    result := FAST_ARRAY(E).create 2;
    result.put x to 0;
    result.put y to 1;
    result
  );
  
  - Self:SELF '-' :SELF <- 
  (
    create (-x, -y)
  );
  
  - Self:SELF '+' Left 80 other:SELF :SELF <-
  (
    create (x + other.x, y + other.y)
  );

  - Self:SELF '-' Left 80 other:SELF :SELF <-
  (
    create (x - other.x, y - other.y)
  );
  
  - Self:SELF '*' Left 100 scalar:E :SELF <-
  (
    create (scalar * x, scalar * y)
  );
  
  - Self:SELF '/' Left 100 scalar:E :SELF <-
  (
    ? {scalar != 0};
    create (x / scalar, y / scalar)
  );
  
  - magnitude:E <- 
  // magnitude = sqrt(x^2 + y^2)
  (
    (x*x + y*y).sqrt
  );
  
  - normalize <-
  // normalize self vector (of length 1) 
  ( + m:E;
    
    m := magnitude;
    make (x/m, y/m); 
  );
  
  - normalized :SELF <-
  // return a normalized vector (of length 1) from self
  (
    Self / magnitude
  );

  - dot other:SELF :E <-
  (
    x*other.x + y*other.y
  );
  
  - print <-
  (
    "(".print; x.print;", ".print; y.print; ")".print;
  );lisaac_0.39_rc1/lib/unstable/math/vector3.li0000644000175000017500000000724411314031255020665 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Math-Library                                  //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
   
  + name     := VECTOR3(E);
  
  - comment  := "(x,y,z) vector";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + x:E;
  + y:E;
  + z:E;
  
  - create (a,b,c:E) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (a,b,c);
    result
  );
  
  - make (a,b,c:E) <-
  (
    x := a;
    y := b;
    z := c;
  );
  
  - copy :SELF <-
  (
    create (x,y,z)
  );
   
  - zero:SELF <- create (E.zero,E.zero,E.zero);

 
  - set_x v:E <- 
  (
    x := v;
  );
  - set_y v:E <- 
  (
    y := v;
  );
  - set_z v:E <- 
  (
    z := v;
  );
  
  - get :(E,E,E) <-
  (
    x, y, z
  );
  
  - getv:FAST_ARRAY(E) <-
  (
    + result:FAST_ARRAY(E);
    
    result := FAST_ARRAY(E).create 3;
    result.put x to 0;
    result.put y to 1;
    result.put z to 2;
    result
  );
  
  - '-' Self:SELF :SELF <- 
  (
    create (-x, -y, -z)
  );
  
  - Self:SELF '+' Left 80 other:VECTOR3(E) :SELF <-
  (
    create (x + other.x, y + other.y, z + other.z)
  );

  - Self:SELF '-' Left 80 other:VECTOR3(E) :SELF <-
  (
    create (x - other.x, y - other.y, z - other.z)
  );
  
  - Self:SELF '*' Left 100 scalar:E :SELF <-
  (
    create (scalar * x, scalar * y, scalar * z)
  );
  
  - Self:SELF '/' Left 100 scalar:E :SELF <-
  (
    ? {scalar != 0};
    create (x / scalar, y / scalar, z / scalar)
  );
  
  - magnitude:E <- 
  // magnitude = sqrt(V.x^2 + V.y^2 + V.z^2)
  (
    (x*x + y*y + z*z).sqrt
  );
   
  - normalize <-
  // normalize self vector (of length 1) 
  ( + m:E;
    
    m := magnitude;
    make (x/m, y/m, z/m); 
  );
  
  - normalized :SELF <-
  // return a normalized vector (of length 1) from self
  (
    Self / magnitude
  );
  
  - dot other:VECTOR3(E) :E <-
  (
    x*other.x + y*other.y + z*other.z
  );
  
  - cross other:VECTOR3(E) :SELF <-
  // calculate the cross product 
  (
    + nx,ny,nz:E;
    
    nx := (y * other.z) - (z * other.y);
    ny := (z * other.x) - (x * other.z);
    nz := (x * other.y) - (y * other.x);
    
    create (nx,ny,nz)
  );
  
  
  - print <-
  (
    "(".print; x.print;", ".print; y.print; ", ".print;
    z.print; ")".print;
  );lisaac_0.39_rc1/lib/unstable/math/vector4.li0000644000175000017500000000700111314031255020655 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Math-Library                                  //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := VECTOR4(E);
  
  - comment  := "(x,y,z,w) vector";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + x:E;
  + y:E;
  + z:E; 
  + w:E;
  
  - create (a,b,c,d:E) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (a,b,c,d);
    result
  );
  
  - make (a,b,c,d:E) <-
  (
    x := a;
    y := b;
    z := c;
    w := d;
  );
  
  - copy :SELF <-
  (
    create (x,y,z,w)
  );
  
  - zero:SELF <- create (E.zero,E.zero,E.zero,E.zero);
  
  - set_x v:E <- 
  (
    x := v;
  );
  - set_y v:E <- 
  (
    y := v;
  );
  - set_z v:E <- 
  (
    z := v;
  );
  - set_w v:E <- 
  (
    w := v;
  );
  - get :(E,E,E,E) <-
  (
    x, y, z, w
  );
  
  - getv:FAST_ARRAY(E) <-
  (
    + result:FAST_ARRAY(E);
    
    result := FAST_ARRAY(E).create 4;
    result.put x to 0;
    result.put y to 1;
    result.put z to 2;
    result.put w to 3;
    result
  );
  
  - Self:SELF '-' :SELF <- 
  (
    create (-x, -y, -z, -w)
  );
  
  - Self:SELF '+' Left 80 other:SELF :SELF <-
  (
    create (x + other.x, y + other.y, z + other.z, w + other.w)
  );

  - Self:SELF '-' Left 80 other:SELF :SELF <-
  (
    create (x - other.x, y - other.y, z - other.z, w - other.w)
  );
  
  - Self:SELF '*' Left 100 scalar:E :SELF <-
  (
    create (scalar * x, scalar * y, scalar * z, scalar * w)
  );
  
  - Self:SELF '/' Left 100 scalar:E :SELF <-
  (
    ? {scalar != 0};
    create (x / scalar, y / scalar, z / scalar, w / scalar)
  );
  
  - magnitude:E <- 
  // magnitude = sqrt(x^2 + y^2 + z^2 + w^2)
  (
    (x*x + y*y + z*z + w*w).sqrt
  );
  
  - normalize <-
  // normalize self vector (of length 1) 
  ( + m:E;
    
    m := magnitude;
    make (x/m, y/m, z/m, w/m); 
  );
  
  - normalized :SELF <-
  // return a normalized vector (of length 1) from self
  (
    Self / magnitude
  );
 
  
  - print <-
  (
    "(".print; x.print;", ".print; y.print; ", ".print;
    z.print; ", ".print; w.print; ")".print;
  );lisaac_0.39_rc1/lib/unstable/math/low_level/0000755000175000017500000000000011314031255020733 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/math/low_level/abstract_matrix.li0000644000175000017500000000771011314031255024455 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Math-Library                                  //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ABSTRACT_MATRIX(E);
  
  - comment  := "(n,m) matrix";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  + storage:FAST_ARRAY2(E);
  
Section Public  
  
  - lines:INTEGER <- storage.count1;
  - columns:INTEGER <- storage.coun2;
  
  
  - make (n,m:INTEGER) <-
  (
    storage := FAST_ARRAY2(E).create (n,m);
  );
  
  - create_from v:FAST_ARRAY2(E) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make_from v;
    result
  );
  
  - make_from v:FAST_ARRAY2(E) <-
  (
    storage := v;
  );
  
  
  //
  // Access.
  //
  
  - copy other:SELF <-
  (
    storage.copy (other.getv);
  );
  
  - zero:SELF <- create (lines,columns) value (E.zero);
  
  
  - put v:E to (l,c:INTEGER) <- 
  (
    storage.put v to (l,c);
  );
  
  - set_all_with val:E <-
  (
    storage.set_all_with val;
  );
  
  - item (l,c:INTEGER) :E <- 
  (
    storage.item (l,c)
  );
  
  - getv:FAST_ARRAY2(E) <-
  (
    storage
  );
  
  - to_external:POINTER <-
  (
    storage.to_external
  );
  
  //
  // Operations.
  //
  
  - put_foreach block:BLOCK <-
  (
    storage.lower1.to (storage.upper1) do { line:INTEGER;
      storage.lower2.to (storage.upper2) do { column:INTEGER;
	storage.put (block.value (line,column)) to (line, column);
      };
    };
  );
  
  - load_identity <-
  (
    put_foreach { (l,c:INTEGER);
      + result:E;
      
      (l = c).if {
        result := E.one;
      } else {
        result := E.zero;
      };
      result
    };
  );
  
  - Self:SELF '+' Left 80 other:SELF :SELF <-
  ( + m:FAST_ARRAY(E);
    
    m := FAST_ARRAY(E).create (lines,columns);
    m.put_foreach { (l,c:INTEGER);
      item (l,c) + other.item (l,c)
    };
    create_from m
  );

  - Self:SELF '-' Left 80 other:SELF :SELF <-
  ( + m:FAST_ARRAY(E);
    
    m := FAST_ARRAY(E).create (lines,columns);
    m.put_foreach { (l,c:INTEGER);
      item (l,c) - other.item (l,c)
    };
    create_from m
  );
  
  - Self:SELF '*' Left 100 scalar:E :SELF <-
  ( + m:FAST_ARRAY(E);
    
    m := FAST_ARRAY(E).create (lines,columns);
    m.put_foreach { (l,c:INTEGER);
      item (l,c) * scalar
    };
    create_from m
  );
  
  - print <-
  (
    storage.lower1.to (storage.upper1) do { line:INTEGER;
      "(  ".print;
      storage.lower2.to (storage.upper2) do { column:INTEGER;
        storage.item (line,column).print; "  ".print;
      };
      ")\n".print;
    };
  );lisaac_0.39_rc1/lib/unstable/math/matrix.li0000644000175000017500000000405011314031255020574 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Math-Library                                  //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := MATRIX(E);
  
  - comment  := "(n,m) matrix";
  
Section Inherit
  
  - parent_abstract_matrix:Expanded ABSTRACT_MATRIX(E);
  
Section Public  
  
  //
  // Creation.
  //
  
  - create (n,m:INTEGER) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (n,m);
    result
  );
 
  - create (n,m:INTEGER) value val:E :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (n,m);
    result.set_all_with val;
    result
  );lisaac_0.39_rc1/lib/unstable/reflexivity/0000755000175000017500000000000011314031256020365 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/reflexivity/view_slot.li0000644000175000017500000000530611314031256022732 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
 
  + name        := VIEW_SLOT;

    
  - comment     :="Reflexivity view slot.";
  
Section Public  
  
  //
  // General information.
  //
  
  //- name:STRING_CONSTANT <- `FUCK`;
  
  //- is_shared:BOOLEAN <- `FUCK`; 
  // TRUE if '-' style, FALSE else.
  
  //- is_data:BOOLEAN <- `FUCK`;
  
  //- is_method:BOOLEAN <- ! is_data;
  
  //- section:STRING_CONSTANT <- `FUCK`;
  
  //
  // Result analysis.
  //
  
  //- result:VIEW_OBJECT <-
  // Return the first result.  
  //[
  //  -? {upper_result = 0};
  //]
  //(
  //  `FUCK`
  //);
  
  //- lower_result:INTEGER := 0;  
  
  //- upper_result:INTEGER <-
  
  //- item_result idx:INTEGER :VIEW_OBJECT <-
  //[
  //  -? {in_range lower_result to upper_result};
  //]
  //(
  //  `FUCK`
  //);
  
  //
  // Arguments access.
  //
  
  //- lower_argument:INTEGER := 0;
  
  //- upper_argument:INTEGER <- `FUCK`;
  
  //- item_argument idx:INTEGER :VIEW_OBJECT <-
  //[
  //  -? {in_range lower_argument to upper_argument};
  //]
  //(
  //  `FUCK`
  //);
  
  //
  // Call.
  //
  
  //- call_with args:BLOCK :BLOCK <- `FUCK`;
  
  //- call:BLOCK <- 
  //(
  //  call_with NULL
  //);
  lisaac_0.39_rc1/lib/unstable/reflexivity/fifo_cop.li0000644000175000017500000000612411314031256022502 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
 
  + name     := FIFO_COP;

    
  - comment  :="FIFO call for COP.";
  
  - external := 
  `pthread_mutex_t fifo_mutex;`;
  
Section Inherit 
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  - storage:FAST_ARRAY(INTEGER_32) := FAST_ARRAY(INTEGER_32).create 8;
  // WARNING: Always power 2 for storage capacity.
  
  - first:INTEGER;
  
  - last:INTEGER;
    
Section Public
  
  //
  // Stat.
  //
  
  - is_empty:BOOLEAN <- first = last;  
  
  //
  // Push.
  //
  
  - add verrou:INTEGER_32 <-
  ( + old_count:INTEGER;
    + old_is_empty:BOOLEAN;
    
    lock;
    //
    old_is_empty := is_empty;
    storage.put verrou to last;
    last := (last + 1) & storage.upper;
    (last = first).if {
      // Resize FIFO.
      old_count := storage.count;
      storage.resize (storage.count * 2);
      0.to (first-1) do { i:INTEGER;
	storage.put (storage.item i) to (old_count + i);
      };
      last := old_count + first;
    };	
    
    (! old_is_empty).if {
      wait verrou;
    };
    //
    unlock;   
  );
  
  // 
  // Pop.  
  //
  
  - next <-
  (
    lock;
    //
    first := (first + 1) & storage.upper;    
    (! is_empty).if {
      wake_up (storage.item first);
    };
    //
    unlock;
  );
  
Section Private
  
  - lock   <- `pthread_mutex_lock(&fifo_mutex)`;
  
  - unlock <- `pthread_mutex_unlock(&fifo_mutex)`;
  
  - wait verrou:INTEGER_32 <- `pthread_cond_wait(pthread_cond_t *cond, pthread_mutex_t *mutex)`;
  
  - wake_up verrou:INTEGER_32 <- `pthread_cond_broadcast(pthread_cond_t *cond)`;
  lisaac_0.39_rc1/lib/unstable/reflexivity/view_object.li0000644000175000017500000000777311314031256023231 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
 
  + name    := VIEW_OBJECT(E);

    
  - comment := "Reflexivity view object.";
  
Section Public  
  
  //
  // General information.
  //
  
  //- name:STRING_CONSTANT <- `FUCK`;
  
  - is_separate:BOOLEAN <- `FUCK`;
  
  - is_expanded:BOOLEAN <- `FUCK`;
  
  - is_natif_expanded:BOOLEAN <- `FUCK`; 

  //
  // Data action.
  //  
  
  - forall_data action:BLOCK <- `FUCK`;
  
  - forall_set_data action:BLOCK <- `FUCK`;
  
  - has_data:BOOLEAN <- `FUCK`;
  
  //
  // Bit control access.
  //
  
  - is_marked:BOOLEAN <-   
  (
    (is_natif_expanded) || {! has_data} || {(get_idf_intern & 001b) != 0}
  );

  - is_free:BOOLEAN        <- (get_idf_intern & 010b) != 0;
  
  - is_non_mutable:BOOLEAN <- 
  (
    (is_natif_expanded) || {! has_data} || {(get_idf_intern & 100b) != 0}
  );
        
Section MEMORY  
  
  //
  // MEMORY
  //
  
  - set_mark <-
  // Recurssive set marked bit
  [ -? {! is_free}; ]
  (
    (! is_marked).if {
      set_idf_intern (get_idf_intern | 001b);
      for_all_data { obj:VIEW_OBJECT;	
	obj.mark_object;
      };
    };
  )
  [ +? {is_marked}; ];
  
  - unset_mark <-
  // Unset marked bit (non recurssive).
  [ 
    -? {is_marked};
    -? {! is_free}; 
  ]
  (    
    set_idf_intern (get_idf_intern & ~011b);
    for_all_data { obj:VIEW_OBJECT;
      ((! obj.is_natif_expanded) && {obj.is_expanded}).if {
	obj.demark_object;
      };
    };
  )
  [ +? {! is_marked}; ];
  
  - set_free <-  
  [ -? {! is_free}; ]
  (
    set_idf_intern (get_idf_intern | 010b);
  )
  [ +? {  is_free}; ];
  
  - deep_clone:VIEW_OBJECT(E) <-
  ( + result:VIEW_OBJECT;
        
    ((! is_separate) && {! is_non_mutable}).if {
      result := dico_clone.at Self else_add { 
	+ new_clone:VIEW_OBJECT(E);
	
	new_clone := clone;
	new_clone.for_all_set_data { obj:VIEW_OBJECT(F);
	  obj.deep_clone
	};
	new_clone
      };      
    } else {
      result := Self;
    };
    result
  );
  
Section Public
  
  //
  // Non mutable.
  //
  
  - set_non_mutable <-
  // Recurssive set non mutable bit.
  (
    (! is_non_mutable).if {
      set_idf_intern (get_idf_intern | 100b);
      for_all_data { obj:VIEW_OBJECT;	
	obj.set_non_mutable;
      };
    };
  );
  
Section Private
  
  - dico_clone:DICTIONARY(VIEW_OBJECT, VIEW_OBJECT) := DICTIONARY(VIEW_OBJECT, VIEW_OBJECT).create;
  
  - get_idf_intern:INTEGER <-
  [ -? {! is_natif_expanded}; ]
  (
    `FUCK`    
  );
  
  - set_idf_intern idf:INTEGER <-
  [ -? {! is_natif_expanded}; ]
  (
    `FUCK`;
  );
lisaac_0.39_rc1/lib/unstable/sdl-binding/0000755000175000017500000000000011314031324020201 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/sdl-binding/sdl/0000755000175000017500000000000011314031324020763 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/sdl-binding/sdl/sdl_cursor.li0000644000175000017500000000464311314031256023503 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac-SDL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SDL_CURSOR;
  - comment  := "Cursor related functions";
  - author   := "Xavier Oswald ";

  - external := 
  `
    SDL_Cursor *cursor;
  `;

Section Inherit
  
  - parent_object: SDL_SETTINGS := SDL_SETTINGS;
  
Section Public

  //TODO:
  //void SDL_SetCursor(SDL_Cursor *cursor);
  //SDL_Cursor *SDL_CreateCursor(Uint8 *data, Uint8 *mask,
  //                             int w, int h, int hot_x, int hot_y);
  //SDL_FreeCursor(SDL_Cursor *cursor);
  //SDL_Cursor *SDL_GetCursor(void);
  
  - show_cursor b:BOOLEAN <-
  // Toggle whether or not the cursor is shown on the screen
  ( 
    b.if{
        `SDL_ShowCursor(SDL_ENABLE);`;
        showcursor := TRUE;
    } else {
        `SDL_ShowCursor(SDL_DISABLE);`;
        showcursor := FALSE;
    };
  );
lisaac_0.39_rc1/lib/unstable/sdl-binding/sdl/keycode.li0000644000175000017500000002020611314031256022740 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-SDL Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := KEYCODE;
  - comment  := "X11 key mapping";
  - author   := "Xavier Oswald ";

  - external :=
  `
    SDL_keysym keysym;
  `;

Section Inherit
  
  - parent_keycode: Expanded ABSTRACT_KEYCODE;
  
Section Public

  - make <-
  (
    keys := HASHED_DICTIONARY(INTEGER,INTEGER).create;

    keys.add k_backspace to (`SDLK_BACKSPACE`:INTEGER);
    keys.add k_tab to (`SDLK_TAB`:INTEGER);
    keys.add k_clear to (`SDLK_CLEAR`:INTEGER);
    keys.add k_return to (`SDLK_RETURN`:INTEGER);
    keys.add k_pause to (`SDLK_PAUSE`:INTEGER);
    keys.add k_escape to (`SDLK_ESCAPE`:INTEGER);
    keys.add k_space to (`SDLK_SPACE`:INTEGER);
    keys.add k_exclaim to (`SDLK_EXCLAIM`:INTEGER);
    keys.add k_quotedbl to (`SDLK_QUOTEDBL`:INTEGER);
    keys.add k_hash to (`SDLK_HASH`:INTEGER);
    keys.add k_dollar to (`SDLK_DOLLAR`:INTEGER);
    keys.add k_ampersand to (`SDLK_AMPERSAND`:INTEGER);
    keys.add k_quote to (`SDLK_QUOTE`:INTEGER);
    keys.add k_leftparen to (`SDLK_LEFTPAREN`:INTEGER);
    keys.add k_rightparen to (`SDLK_RIGHTPAREN`:INTEGER);
    keys.add k_asterisk to (`SDLK_ASTERISK`:INTEGER);
    keys.add k_plus to (`SDLK_PLUS`:INTEGER);
    keys.add k_comma to (`SDLK_COMMA`:INTEGER);
    keys.add k_minus to (`SDLK_MINUS`:INTEGER);
    keys.add k_period to (`SDLK_PERIOD`:INTEGER);
    keys.add k_slash to (`SDLK_SLASH`:INTEGER);
    keys.add k_0 to (`SDLK_0`:INTEGER);
    keys.add k_1 to (`SDLK_1`:INTEGER);
    keys.add k_2 to (`SDLK_2`:INTEGER);
    keys.add k_3 to (`SDLK_3`:INTEGER);
    keys.add k_4 to (`SDLK_4`:INTEGER);
    keys.add k_5 to (`SDLK_5`:INTEGER);
    keys.add k_6 to (`SDLK_6`:INTEGER);
    keys.add k_7 to (`SDLK_7`:INTEGER);
    keys.add k_8 to (`SDLK_8`:INTEGER);
    keys.add k_9 to (`SDLK_9`:INTEGER);
    keys.add k_colon to (`SDLK_COLON`:INTEGER);
    keys.add k_semicolon to (`SDLK_SEMICOLON`:INTEGER);
    keys.add k_less to (`SDLK_LESS`:INTEGER);
    keys.add k_equals to (`SDLK_EQUALS`:INTEGER);
    keys.add k_greater to (`SDLK_GREATER`:INTEGER);
    keys.add k_at to (`SDLK_AT`:INTEGER);
    keys.add k_leftbracket to (`SDLK_LEFTBRACKET`:INTEGER);
    keys.add k_backslash to (`SDLK_BACKSLASH`:INTEGER);
    keys.add k_rightbracket to (`SDLK_RIGHTBRACKET`:INTEGER);
    keys.add k_caret to (`SDLK_CARET`:INTEGER);
    keys.add k_underscore to (`SDLK_UNDERSCORE`:INTEGER);
    keys.add k_backquote to (`SDLK_BACKQUOTE`:INTEGER);
    keys.add k_a to (`SDLK_a`:INTEGER);
    keys.add k_b to (`SDLK_b`:INTEGER);
    keys.add k_c to (`SDLK_c`:INTEGER);
    keys.add k_d to (`SDLK_d`:INTEGER);
    keys.add k_e to (`SDLK_e`:INTEGER);
    keys.add k_f to (`SDLK_f`:INTEGER);
    keys.add k_g to (`SDLK_g`:INTEGER);
    keys.add k_h to (`SDLK_h`:INTEGER);
    keys.add k_i to (`SDLK_i`:INTEGER);
    keys.add k_j to (`SDLK_j`:INTEGER);
    keys.add k_k to (`SDLK_k`:INTEGER);
    keys.add k_l to (`SDLK_l`:INTEGER);
    keys.add k_m to (`SDLK_m`:INTEGER);
    keys.add k_n to (`SDLK_n`:INTEGER);
    keys.add k_o to (`SDLK_o`:INTEGER);
    keys.add k_p to (`SDLK_p`:INTEGER);
    keys.add k_q to (`SDLK_q`:INTEGER);
    keys.add k_r to (`SDLK_r`:INTEGER);
    keys.add k_s to (`SDLK_s`:INTEGER);
    keys.add k_t to (`SDLK_t`:INTEGER);
    keys.add k_u to (`SDLK_u`:INTEGER);
    keys.add k_v to (`SDLK_v`:INTEGER);
    keys.add k_w to (`SDLK_w`:INTEGER);
    keys.add k_x to (`SDLK_x`:INTEGER);
    keys.add k_y to (`SDLK_y`:INTEGER);
    keys.add k_z to (`SDLK_z`:INTEGER);
    keys.add k_delete to (`SDLK_DELETE`:INTEGER);
    
    keys.add kp_0 to (`SDLK_KP0`:INTEGER);
    keys.add kp_1 to (`SDLK_KP1`:INTEGER);
    keys.add kp_2 to (`SDLK_KP2`:INTEGER);
    keys.add kp_3 to (`SDLK_KP3`:INTEGER);
    keys.add kp_4 to (`SDLK_KP4`:INTEGER);
    keys.add kp_5 to (`SDLK_KP5`:INTEGER);
    keys.add kp_6 to (`SDLK_KP6`:INTEGER);
    keys.add kp_7 to (`SDLK_KP7`:INTEGER);
    keys.add kp_8 to (`SDLK_KP8`:INTEGER);
    keys.add kp_9 to (`SDLK_KP9`:INTEGER);
    keys.add kp_period to (`SDLK_KP_PERIOD`:INTEGER);
    keys.add kp_divide to (`SDLK_KP_DIVIDE`:INTEGER);
    keys.add kp_multiply to (`SDLK_KP_MULTIPLY`:INTEGER);
    keys.add kp_minus to (`SDLK_KP_MINUS`:INTEGER);
    keys.add kp_plus to (`SDLK_KP_PLUS`:INTEGER);
    keys.add kp_enter to (`SDLK_KP_ENTER`:INTEGER);
    keys.add kp_equals to (`SDLK_KP_EQUALS`:INTEGER);
    
    keys.add k_up to (`SDLK_UP`:INTEGER);
    keys.add k_down to (`SDLK_DOWN`:INTEGER);
    keys.add k_right to (`SDLK_RIGHT`:INTEGER);
    keys.add k_left to (`SDLK_LEFT`:INTEGER);
    keys.add k_insert to (`SDLK_INSERT`:INTEGER);
    keys.add k_home to (`SDLK_HOME`:INTEGER);
    keys.add k_end to (`SDLK_END`:INTEGER);
    keys.add k_pageup to (`SDLK_PAGEUP`:INTEGER);
    keys.add k_pagedown to (`SDLK_PAGEDOWN`:INTEGER);
    
    keys.add k_f1 to (`SDLK_F1`:INTEGER);
    keys.add k_f2 to (`SDLK_F2`:INTEGER);
    keys.add k_f3 to (`SDLK_F3`:INTEGER);
    keys.add k_f4 to (`SDLK_F4`:INTEGER);
    keys.add k_f5 to (`SDLK_F5`:INTEGER);
    keys.add k_f6 to (`SDLK_F6`:INTEGER);
    keys.add k_f7 to (`SDLK_F7`:INTEGER);
    keys.add k_f8 to (`SDLK_F8`:INTEGER);
    keys.add k_f9 to (`SDLK_F9`:INTEGER);
    keys.add k_f10 to (`SDLK_F10`:INTEGER);
    keys.add k_f11 to (`SDLK_F11`:INTEGER);
    keys.add k_f12 to (`SDLK_F12`:INTEGER);
    keys.add k_f13 to (`SDLK_F13`:INTEGER);
    keys.add k_f14 to (`SDLK_F14`:INTEGER);
    keys.add k_f15 to (`SDLK_F15`:INTEGER);
    
    keys.add k_numlock to (`SDLK_NUMLOCK`:INTEGER);
    keys.add k_capslock to (`SDLK_CAPSLOCK`:INTEGER);
    keys.add k_scrollock to (`SDLK_SCROLLOCK`:INTEGER);
    keys.add k_rshift to (`SDLK_RSHIFT`:INTEGER);
    keys.add k_lshift to (`SDLK_LSHIFT`:INTEGER);
    keys.add k_rctrl to (`SDLK_RCTRL`:INTEGER);
    keys.add k_lctrl to (`SDLK_LCTRL`:INTEGER);
    keys.add k_ralt to (`SDLK_RALT`:INTEGER);
    keys.add k_lalt to (`SDLK_LALT`:INTEGER);
    keys.add k_rmeta to (`SDLK_RMETA`:INTEGER);
    keys.add k_lmeta to (`SDLK_LMETA`:INTEGER);
    keys.add k_lsuper to (`SDLK_LSUPER`:INTEGER);
    keys.add k_rsuper to (`SDLK_RSUPER`:INTEGER);
    keys.add k_mode to (`SDLK_MODE`:INTEGER);
    keys.add k_compose to (`SDLK_COMPOSE`:INTEGER);
    
    keys.add k_help to (`SDLK_HELP`:INTEGER);
    keys.add k_print to (`SDLK_PRINT`:INTEGER);
    keys.add k_sysreq to (`SDLK_SYSREQ`:INTEGER);
    keys.add k_break to (`SDLK_BREAK`:INTEGER);
    keys.add k_menu to (`SDLK_MENU`:INTEGER);
    keys.add k_power to (`SDLK_POWER`:INTEGER);
    keys.add k_euro to (`SDLK_EURO`:INTEGER);
    keys.add k_undo to (`SDLK_UNDO`:INTEGER);
  );
lisaac_0.39_rc1/lib/unstable/sdl-binding/sdl/sdl_wm.li0000644000175000017500000000521611314031256022606 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac-SDL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SDL_WM;
  - comment  := "Window actions";
  - author   := "Xavier Oswald ";

Section Inherit
  
  - parent_object: SDL_SETTINGS := SDL_SETTINGS;
  
Section Public

  - iconify_window <-
  // See SDL_APPACTIVE loss event (see SDL_ActiveEvent)
  // Iconify/Minimise the window
  ( + result: INTEGER;

    result := `SDL_WM_IconifyWindow(void)`;
    (result = 0).if{
      "SDL iconification is not suported or was refused by the window manager...\n".print;
    }
  );

  - set_caption (t:STRING_CONSTANT, i:STRING_CONSTANT) <-
  // set the window title and application name in the bar
  ( + title: NATIVE_ARRAY(CHARACTER);
    + icon : NATIVE_ARRAY(CHARACTER);

    title := t.to_external;
    icon  := i.to_external;
    `SDL_WM_SetCaption(@title, @icon);`;
  );

  - set_bmp_icon i:STRING_CONSTANT <-
  // Sets the icon for the display window.
  // Icon must be 32x32
  ( + icon: NATIVE_ARRAY(CHARACTER);

    icon := i.to_external;
    `SDL_WM_SetIcon(SDL_LoadBMP(@icon), NULL);`;
  );
lisaac_0.39_rc1/lib/unstable/sdl-binding/sdl/sdl.li0000644000175000017500000001435511314031256022107 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-SDL Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SDL;
  - comment  := "A cross-platform multimedia library designed to provide fast hardware access.";
  - author   := "Xavier Oswald ";

  - external :=
  `
   #include "SDL.h"
   SDL_Surface *screen;
  `;

Section Inherit
  
  - parent_sdl_settings: SDL_INIT := SDL_INIT;
  
Section Public
  
  - make (w,h:INTEGER) bits b:INTEGER title t:STRING_CONSTANT 
  fullscreen f:BOOLEAN video_mode v:STRING_CONSTANT <-
  (
    fullscreen    := f;
    width         := w;
    height        := h;
    title         := t;
    bits          := b;
    video_mode    := v;

    v
    .when "SDL_SWSURFACE" then {
      f.if {
        `screen = SDL_SetVideoMode(@w, @h, @b, SDL_SWSURFACE|SDL_FULLSCREEN)`;
      } else {
        `screen = SDL_SetVideoMode(@w, @h, @b, SDL_SWSURFACE)`;
      };
    }
    .when "SDL_HWSURFACE" then {
      f.if {
        `screen = SDL_SetVideoMode(@w, @h, @b, SDL_HWSURFACE|SDL_FULLSCREEN)`;
      } else {
        `screen = SDL_SetVideoMode(@w, @h, @b, SDL_HWSURFACE)`;
      };
    }
    .when "SDL_DOUBLEBUF" then {
      f.if {
        `screen = SDL_SetVideoMode(@w, @h, @b, SDL_DOUBLEBUF|SDL_FULLSCREEN)`;
      } else {
        `screen = SDL_SetVideoMode(@w, @h, @b, SDL_DOUBLEBUF)`;
      };
    }
    .when "SDL_RESIZABLE" then {
      f.if {
        `screen = SDL_SetVideoMode(@w, @h, @b, SDL_RESIZABLE|SDL_FULLSCREEN)`;
      } else {
        `screen = SDL_SetVideoMode(@w, @h, @b, SDL_RESIZABLE)`;
      };
    };

  );

    // ========================================================================
    //                             VIDEO MODES 
    // ========================================================================
    // SDL_SWSURFACE : Create the video surface in system memory
    // SDL_HWSURFACE : Create the video surface in video memory
    // SDL_ASYNCBLIT : Enables the use of asynchronous updates of the display 
    //                 surface. This will usually slow down blitting on single 
    //                 CPU machines, but may provide a speed increase on SMP 
    //                 systems.
    // SDL_ANYFORMAT : Normally, if a video surface of the requested 
    //                 bits-per-pixel (bpp) is not available, SDL will emulate 
    //                 one with a shadow surface. Passing SDL_ANYFORMAT 
    //                 prevents this and causes SDL to use the video surface,
    //                 regardless of its pixel depth.
    // SDL_HWPALETTE : Give SDL exclusive palette access. Without this flag you
    //                 may not always get the the colors you request with 
    //                 SDL_SetColors or SDL_SetPalette.
    // SDL_DOUBLEBUF : Enable hardware double buffering; only valid with 
    //                 SDL_HWSURFACE. Calling SDL_Flip will flip the buffers 
    //                 and update the screen. All drawing will take place on 
    //                 the surface that is not displayed at the moment. If 
    //                 double buffering could not be enabled then SDL_Flip will
    //                 just perform a SDL_UpdateRect on the entire screen.
    // SDL_FULLSCREEN: SDL will attempt to use a fullscreen mode. If a hardware
    //                 resolution change is not possible (for whatever reason),
    //                 the next higher resolution will be used and the display 
    //                 window centered on a black background.
    // SDL_OPENGL    : Create an OpenGL rendering context. You should have 
    //                 previously set OpenGL video attributes with 
    //                 SDL_GL_SetAttribute.
    // SDL_OPENGLBLIT: Create an OpenGL rendering context, like above, but allow
    //                 normal blitting operations. The screen (2D) surface may 
    //                 have an alpha channel, and SDL_UpdateRects must be used 
    //                 for updating changes to the screen surface. NOTE: This 
    //                 option is kept for compatibility only, and will be 
    //                 removed in next versions. Is not recommended for new 
    //                 code.
    // SDL_RESIZABLE : Create a resizable window. When the window is resized by
    //                 the user a SDL_VIDEORESIZE event is generated and 
    //                 SDL_SetVideoMode can be called again with the new size.
    // SDL_NOFRAME   : If possible, SDL_NOFRAME causes SDL to create a window 
    //                 with no title bar or frame decoration. Fullscreen modes
    //                 automatically have this flag set.
    // ========================================================================
lisaac_0.39_rc1/lib/unstable/sdl-binding/sdl/sdl_init.li0000644000175000017500000001311111314031256023117 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac-SDL Library                             //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SDL_INIT;
  - comment  := "set and refresh the init values";
  - author   := "Xavier Oswald ";

Section Inherit
  
  - parent_object: SDL_SETTINGS := SDL_SETTINGS;
  
Section Public

  - set_title t:STRING_CONSTANT <-
  (
    title := t;
  );

  - set_resolution (x,y:INTEGER) <-
  (
    width  := x;
    height := y;
  );

  - set_bits b:INTEGER <- 
  (
    bits := b
  );
  
  - set_fullscreen b:BOOLEAN <-
  (
    // add fullsreen function
    fullscreen := b;
  );

  - set_timer b:BOOLEAN <- 
  ( + result: INTEGER;
    
    b.if {
      init_timer.if_false{
        init_timer := TRUE;
        result := `SDL_InitSubSystem(SDL_INIT_TIMER)`:(INTEGER);
        (result = -1).if{
          `printf("SDL could not initialize %s\n",SDL_GetError())`;
        } else {
          "SDL timer initialized\n".print;
        };
      } else {
        "SDL timer already initilized\n".print;
      };
    } else {
      init_timer.if{
        init_timer := FALSE;
        `SDL_QuitSubSystem(SDL_INIT_TIMER)`;
        "SDL shutdown timer...\n".print;
      };
    };

  );
  
  - set_audio b:BOOLEAN <- 
  ( + result: INTEGER;
    
    b.if {
      init_audio.if_false{ 
        init_audio := TRUE;
        result := `SDL_InitSubSystem(SDL_INIT_AUDIO)`:(INTEGER);
        (result = -1).if{
          `printf("SDL could not initialize %s\n",SDL_GetError())`;
        } else {
          "SDL audio initialized\n".print;
        };
      } else {
        "SDL audio already initilized\n".print;
      };
    } else {
      init_audio.if{
        init_audio := FALSE;
        `SDL_QuitSubSystem(SDL_INIT_AUDIO)`;
        "SDL shutdown audio...\n".print;
      };
    };

  );
  
  - set_video b:BOOLEAN <- 
  ( + result: INTEGER;
    
    b.if {
      init_video.if_false{ 
        init_video := TRUE;
        result := `SDL_InitSubSystem(SDL_INIT_VIDEO)`:(INTEGER);
        (result = -1).if{
          `printf("SDL could not initialize %s\n",SDL_GetError())`;
        } else {
          "SDL video initialized\n".print;
        };
      } else {
        "SDL video already initilized\n".print;
      };
    } else {
      init_video.if{
        init_video := FALSE;
        `SDL_QuitSubSystem(SDL_INIT_VIDEO)`;
        "SDL shutdown video...\n".print;
      };
    };

  );
  
  - set_cdrom b:BOOLEAN <- 
  ( + result: INTEGER;
    
    b.if {
      init_cdrom.if_false{ 
        init_cdrom := TRUE;
        result := `SDL_InitSubSystem(SDL_INIT_CDROM)`:(INTEGER);
        (result = -1).if{
          `printf("SDL could not initialize %s\n",SDL_GetError())`;
        } else {
          "SDL cdrom initialized\n".print;
        };
      } else {
        "SDL cdrom already initilized\n".print;
      };
    } else {
      init_cdrom.if{
        init_cdrom := FALSE;
        `SDL_QuitSubSystem(SDL_INIT_CDROM)`;
        "SDL shutdown cdrom...\n".print;
      };
    };

  );

  - set_joystick b:BOOLEAN <- 
  ( + result: INTEGER;
    
    b.if {
      init_joystick.if_false{ 
        init_joystick := TRUE;
        result := `SDL_InitSubSystem(SDL_INIT_JOYSTICK)`:(INTEGER);
        (result = -1).if{
          `printf("SDL could not initialize %s\n",SDL_GetError())`;
        } else {
          "SDL joystick initialized\n".print;
        };
      } else {
        "SDL joystick already initilized\n".print;
      };
    } else {
      init_joystick.if{
        init_joystick := FALSE;
        `SDL_QuitSubSystem(SDL_INIT_JOYSTICK)`;
        "SDL shutdown joystick...\n".print;
      };
    };

  );

  - set_everything b:BOOLEAN <-
  (
    set_timer    b;
    set_audio    b;
    set_video    b;
    set_cdrom    b;
    set_joystick b;
  );

  - set_no_parachute b:BOOLEAN <-
  (
    init_no_parachute := b;
  );

  - set_event_thread b:BOOLEAN <-
  (
    init_event_thread := b;
  );

  - quit <-
  (
    `SDL_Quit()`;
    "SDL quit ...\n".print;
  );
lisaac_0.39_rc1/lib/unstable/sdl-binding/sdl_settings.li0000644000175000017500000000454211314031256023242 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-SDL Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := SDL_SETTINGS;
  - comment  := "Window settings";
  - author   := "Xavier Oswald ";

Section Inherit
  
  - parent_object: OBJECT := OBJECT;
  
Section Public

  - title:      STRING_CONSTANT;
  - video_mode: STRING_CONSTANT;

  - width : INTEGER;
  - height: INTEGER;
  - bits  : INTEGER;
  
  - fullscreen: BOOLEAN;

  - showcursor: BOOLEAN;

  - init_timer     : BOOLEAN;
  - init_audio     : BOOLEAN;
  - init_video     : BOOLEAN;
  - init_cdrom     : BOOLEAN;
  - init_joystick  : BOOLEAN;
  - init_everything: BOOLEAN;   // all above
  
  - init_no_parachute: BOOLEAN; // prevents from catching fatal signals

  - init_event_thread: BOOLEAN; // runs the event manager in a separated thread
lisaac_0.39_rc1/lib/unstable/sdl-binding/abstract_keycode.li0000644000175000017500000001624411314031256024050 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                           Lisaac-SDL Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header
  
  + name     := ABSTRACT_KEYCODE;
  - comment  := "Plateform independant key mapping";
  - author   := "Xavier Oswald ";

Section Inherit
  
  - parent_object: OBJECT := OBJECT;

Section Private

  - keys:HASHED_DICTIONARY(INTEGER,INTEGER);

Section Public

  - max_keys: INTEGER := 322;

  - k_backspace     : INTEGER <- 8;
  - k_tab           : INTEGER <- 9;
  - k_clear         : INTEGER <- 12;
  - k_return        : INTEGER <- 13;
  - k_pause         : INTEGER <- 19;
  - k_escape        : INTEGER <- 27;
  - k_space         : INTEGER <- 32;
  - k_exclaim       : INTEGER <- 33;
  - k_quotedbl      : INTEGER <- 34;
  - k_hash          : INTEGER <- 35;
  - k_dollar        : INTEGER <- 36;
  - k_ampersand     : INTEGER <- 38;
  - k_quote         : INTEGER <- 39;
  - k_leftparen     : INTEGER <- 40;
  - k_rightparen    : INTEGER <- 41;
  - k_asterisk      : INTEGER <- 42;
  - k_plus          : INTEGER <- 43;
  - k_comma         : INTEGER <- 44;
  - k_minus         : INTEGER <- 45;
  - k_period        : INTEGER <- 46;
  - k_slash         : INTEGER <- 47;
  - k_0             : INTEGER <- 48;
  - k_1             : INTEGER <- 49;
  - k_2             : INTEGER <- 50;
  - k_3             : INTEGER <- 51;
  - k_4             : INTEGER <- 52;
  - k_5             : INTEGER <- 53;
  - k_6             : INTEGER <- 54;
  - k_7             : INTEGER <- 55;
  - k_8             : INTEGER <- 56;
  - k_9             : INTEGER <- 57;
  - k_colon         : INTEGER <- 58;
  - k_semicolon     : INTEGER <- 59;
  - k_less          : INTEGER <- 60;
  - k_equals        : INTEGER <- 61;
  - k_greater       : INTEGER <- 62;
  - k_question      : INTEGER <- 63;
  - k_at            : INTEGER <- 64;
  - k_leftbracket   : INTEGER <- 91;
  - k_backslash     : INTEGER <- 92;
  - k_rightbracket  : INTEGER <- 93;
  - k_caret         : INTEGER <- 94;
  - k_underscore    : INTEGER <- 95;
  - k_backquote     : INTEGER <- 96;
  - k_a             : INTEGER <- 97;
  - k_b             : INTEGER <- 98;
  - k_c             : INTEGER <- 99;
  - k_d             : INTEGER <- 100;
  - k_e             : INTEGER <- 101;
  - k_f             : INTEGER <- 102;
  - k_g             : INTEGER <- 103;
  - k_h             : INTEGER <- 104;
  - k_i             : INTEGER <- 105;
  - k_j             : INTEGER <- 106;
  - k_k             : INTEGER <- 107;
  - k_l             : INTEGER <- 108;
  - k_m             : INTEGER <- 109;
  - k_n             : INTEGER <- 110;
  - k_o             : INTEGER <- 111;
  - k_p             : INTEGER <- 112;
  - k_q             : INTEGER <- 113;
  - k_r             : INTEGER <- 114;
  - k_s             : INTEGER <- 115;
  - k_t             : INTEGER <- 116;
  - k_u             : INTEGER <- 117;
  - k_v             : INTEGER <- 118;
  - k_w             : INTEGER <- 119;
  - k_x             : INTEGER <- 120;
  - k_y             : INTEGER <- 121;
  - k_z             : INTEGER <- 122;
  - k_delete        : INTEGER <- 127;

  // Numeric keypad
  - kp_0            : INTEGER <- 256;
  - kp_1            : INTEGER <- 257;
  - kp_2            : INTEGER <- 258;
  - kp_3            : INTEGER <- 259;
  - kp_4            : INTEGER <- 260;
  - kp_5            : INTEGER <- 261;
  - kp_6            : INTEGER <- 262;
  - kp_7            : INTEGER <- 263;
  - kp_8            : INTEGER <- 264;
  - kp_9            : INTEGER <- 265;
  - kp_period       : INTEGER <- 266;
  - kp_divide       : INTEGER <- 267;
  - kp_multiply     : INTEGER <- 268;
  - kp_minus        : INTEGER <- 269;
  - kp_plus         : INTEGER <- 279;
  - kp_enter        : INTEGER <- 271;
  - kp_equals       : INTEGER <- 272;

  // Arrows + Home/End pad
  - k_up            : INTEGER <- 273;
  - k_down          : INTEGER <- 274;
  - k_right         : INTEGER <- 275;
  - k_left          : INTEGER <- 276;
  - k_insert        : INTEGER <- 277;
  - k_home          : INTEGER <- 278;
  - k_end           : INTEGER <- 279;
  - k_pageup        : INTEGER <- 290;
  - k_pagedown      : INTEGER <- 281;

  // Function keys
  - k_f1            : INTEGER <- 282;
  - k_f2            : INTEGER <- 283;
  - k_f3            : INTEGER <- 284;
  - k_f4            : INTEGER <- 285;
  - k_f5            : INTEGER <- 286;
  - k_f6            : INTEGER <- 287;
  - k_f7            : INTEGER <- 288;
  - k_f8            : INTEGER <- 289;
  - k_f9            : INTEGER <- 290;
  - k_f10           : INTEGER <- 291;
  - k_f11           : INTEGER <- 292;
  - k_f12           : INTEGER <- 293;
  - k_f13           : INTEGER <- 294;
  - k_f14           : INTEGER <- 295;
  - k_f15           : INTEGER <- 296;

  // Key state modifier keys
  - k_numlock       : INTEGER <- 300;
  - k_capslock      : INTEGER <- 301;
  - k_scrollock     : INTEGER <- 302;
  - k_rshift        : INTEGER <- 303;
  - k_lshift        : INTEGER <- 304;
  - k_rctrl         : INTEGER <- 305;
  - k_lctrl         : INTEGER <- 306;
  - k_ralt          : INTEGER <- 307;
  - k_lalt          : INTEGER <- 308;
  - k_rmeta         : INTEGER <- 309;
  - k_lmeta         : INTEGER <- 310;
  - k_lsuper        : INTEGER <- 311;
  - k_rsuper        : INTEGER <- 312;
  - k_mode          : INTEGER <- 313;
  - k_compose       : INTEGER <- 314;

  // Miscellaneous function keys
  - k_help          : INTEGER <- 315; 
  - k_print         : INTEGER <- 316; 
  - k_sysreq        : INTEGER <- 317; 
  - k_break         : INTEGER <- 318; 
  - k_menu          : INTEGER <- 319; 
  - k_power         : INTEGER <- 320; 
  - k_euro          : INTEGER <- 321; 
  - k_undo          : INTEGER <- 322; 
lisaac_0.39_rc1/lib/unstable/lua-binding/0000755000175000017500000000000011314031324020200 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/lua-binding/lua_reader.li0000644000175000017500000000613611314031255022642 0ustar  sonntagsonntagSection Header

  + name := LUA_READER;

  - author        := "Mildred ";
  - bibliography  := "";
  - comment       := "";

  // Copyright (c) 2007 Mildred 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#define lisaac_call_lua_reader static lisaac_call_lua_reader0`;

Section Inherit

  - parent_object :OBJECT := OBJECT;

Section Private

  - size_t :UINTEGER_32;

Section External

  - lisaac_call_lua_reader (lua_p, ud:POINTER, size:POINTER) :POINTER <-
  (
    + res :NATIVE_ARRAY(UINTEGER_8);
    (lua_p != NULL).if_true {
      + self :SELF;
      self := CONVERT(POINTER, SELF).on ud;
      res := self.call_pointer lua_p;
    };
    (res != NULL).if {
      + len :INTEGER;
      len := res.element_sizeof;
      `size_t *size = (size_t *) @size;
      *size = @len;`;
    };
    res.to_pointer
  );

Section Public

  - call_pointer lua_p:POINTER :NATIVE_ARRAY(UINTEGER_8) <-
  (
    + lua :LUA_STATE;
    lua := LUA_STATE.create_import lua_p;
    call lua
  );

  - call lua:LUA_STATE :NATIVE_ARRAY(UINTEGER_8) <-
  (
    + res :NATIVE_ARRAY(UINTEGER_8);
    res := block.value lua;
    // do this in order to prevent the garbage collector to collect the data
    // until the block is called again.
    keep_reference_on_data := res;
    res
  );

Section Private

  + block :BLOCK :=
  { lua:LUA_STATE;
    lua.is_valid.if_false {
      crash_with_message "Lua call of the default C reader function.";
    };
    NATIVE_ARRAY(UINTEGER_8)
  };

  + keep_reference_on_data :NATIVE_ARRAY(UINTEGER_8) := NULL;

  - creator_of_lua_readers :NATIVE_ARRAY(UINTEGER_8) := lisaac_call_lua_reader NULL;

Section Public

  - create block:BLOCK :SELF <-
  (
    + other:SELF;
    other := clone;
    other.make block;
    other
  );

  - make block_:BLOCK <-
  (
    block := block_;
  );

  - get_pointer :POINTER <-
  (
    creator_of_lua_readers;
    `lisaac_call_lua_reader0`:POINTER
  );

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/lua-binding/lua_state.li0000644000175000017500000005611711314031255022524 0ustar  sonntagsonntagSection Header

  + name := Expanded LUA_STATE;

  - external := `
    #include 
    #include 
    #include `;

  - author        := "Mildred ";
  - bibliography  := "http://lua.org";
  - comment       := "The binding for lua_State";

  // Copyright (c) 2007 Mildred 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

Section Public

  + pointer :POINTER := NULL;

Section Public

  //
  // Misc
  //

  - atpanic block:BLOCK :POINTER <- not_yet_implemented;
  // Can't be implemented right now because there is no way we can pass userdata
  // to the panic function. This can be changed either by Lisaac by allowing to
  // get a pointer to some slot of any object or by Lua by allowing to have
  // upvalues in the panic function

  - checkstack n:INTEGER :BOOLEAN <-
  (
    + state :POINTER;
    state := pointer;
    `lua_checkstack((lua_State*) @state, @n)`:(BOOLEAN)
  );

  - concat n:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_concat((lua_State*) @state, @n)`;
  );

  - equal (index1, index2 :INTEGER) :BOOLEAN <-
  (
    + state :POINTER;
    state := pointer;
    `lua_equal((lua_State*) @state, @index1, @index2)`:(BOOLEAN)
  );

  - error <-
    // Generates a Lua error. The error message (which can actually be a Lua
    // value of any type) must be on the stack top. This function does a long
    // jump, and therefore never returns. (see luaL_error).
  (
    + state :POINTER;
    state := pointer;
    `lua_error((lua_State*) @state)`;
  );

  - gettop :INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_gettop((lua_State*) @state)`:INTEGER
  );

  - settop top:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_settop((lua_State*) @state, @top)`;
  );

  - pop n:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_pop((lua_State*) @state, @n)`:INTEGER
  );

  - rawequal (index1, index2 :INTEGER) :BOOLEAN <-
  (
    + state :POINTER;
    state := pointer;
    `lua_rawequal((lua_State*) @state, @index1, @index2)`:BOOLEAN(TRUE, FALSE)
  );

  - remove index:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_remove((lua_State*) @state, @index)`;
  );

  - replace index:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_replace((lua_State*) @state, @index)`;
  );

  - insert index:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_insert((lua_State*) @state, @index)`;
  );

  - setallocf (fn, ud :POINTER) <-
  (
    + state :POINTER;
    state := pointer;
    `lua_setallocf((lua_State*) @state, (lua_Alloc) @fm, @ud)`;
  );

  - getfenv n:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_getfenv((lua_State*) @state, @n)`;
  );

  - setfenv index:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_setfenv((lua_State*) @state, @index)`;
  );

Section Public

  //
  // Coroutine, Threads
  //

  - lua_yield :INTEGER := `LUA_YIELD`:INTEGER;

  - resume narg:INTEGER :INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_resume((lua_State*) @state, @narg)`:INTEGER
  );

  - yield nresults:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_yield((lua_State*) @state, @nresults)`:INTEGER
  );

  - xmove (other:LUA_STATE, index:INTEGER) <-
  (
    + state1 :POINTER;
    + state2 :POINTER;
    state1 := pointer;
    state2 := other.pointer;
    `lua_xmove((lua_State*) @state1, @state2, @index)`;
  );

  - status :INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_xmove((lua_State*) @state)`:INTEGER
  );

Section Public

  //
  // Table management
  //

  - globalsindex   :INTEGER := `LUA_GLOBALSINDEX`:INTEGER;
  - registeryindex :INTEGER := `LUA_REGISTERYINDEX`:INTEGER;

  - createtable (narr, nrec:INTEGER) <- createtable_arr narr rec nrec;
  - createtable_arr narr:INTEGER rec nrec:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_createtable_arr((lua_State*) @state, @narr, @nrec)`;
  );

  - newtable <-
  (
    + state :POINTER;
    state := pointer;
    `lua_newtable((lua_State*) @state)`;
  );

  - rawget index:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_rawget((lua_State*) @state, @index)`;
  );

  - rawgeti (index:INTEGER, key:INTEGER) <-
  (
    + state :POINTER;
    state := pointer;
    `lua_rawgeti((lua_State*) @state, @index, @key)`;
  );

  - rawset index:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_rawset((lua_State*) @state, @index)`;
  );

  - rawseti (index:INTEGER, key:INTEGER) <-
  (
    + state :POINTER;
    state := pointer;
    `lua_rawseti((lua_State*) @state, @index, @key)`;
  );

  - setfield (index:INTEGER, name:ABSTRACT_STRING) <-
  (
    + state :POINTER;
    + key :NATIVE_ARRAY(CHARACTER);
    key := name.to_external;
    state := pointer;
    `lua_setfield((lua_State*) @state, @index, @key)`;
  );

  - setglobal name:ABSTRACT_STRING <- setfield (globalsindex, name);
  // Pops a value from the stack and sets it as the new value of global name.

  - register name:STRING call block:BLOCK <- register (name, block);
  - register (name:STRING, block:BLOCK) <-
  (
    pushcfunction block;
    setglobal name;
  );

  - settable index:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_settable((lua_State*) @state, @index)`;
  );

Section Public

  //
  // Metatables
  //

  - setmetatable index:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_setmetatable((lua_State*) @state, @index)`;
  );

Section Public

  //
  // Call
  //

  - multret :INTEGER := `LUA_MULTRET`:INTEGER;
  - errrun  :INTEGER := `LUA_ERRRUN`:INTEGER;
  - errmem  :INTEGER := `LUA_ERRMEM`:INTEGER;
  - errerr  :INTEGER := `LUA_ERRERR`:INTEGER;

  - call (param, results :INTEGER) <-
    // Calls a function.
    // To call a function you must use the following protocol: first, the
    // function to be called is pushed onto the stack; then, the arguments to
    // the function are pushed in direct order; that is, the first argument is
    // pushed first. Finally you call lua_call; nargs is the number of arguments
    // that you pushed onto the stack. All arguments and the function value are
    // popped from the stack when the function is called. The function results
    // are pushed onto the stack when the function returns. The number of
    // results is adjusted to nresults, unless nresults is LUA_MULTRET. In this
    // case, all results from the function are pushed. Lua takes care that the
    // returned values fit into the stack space. The function results are pushed
    // onto the stack in direct order (the first result is pushed first), so
    // that after the call the last result is on the top of the stack.
    // Any error inside the called function is propagated upwards (with a
    // longjmp).
  (
    + state :POINTER;
    state := pointer;
    `lua_call((lua_State*) @state, @param, @results)`;
  );

  - call_multret param :INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_call((lua_State*) @state, @param, LUA_MULTRET)`;
  );

  - pcall (param, results, errfunc :INTEGER) :INTEGER <-
    // Calls a function in protected mode.
    // Both nargs and nresults have the same meaning as in lua_call. If there
    // are no errors during the call, lua_pcall behaves exactly like lua_call.
    // However, if there is any error, lua_pcall catches it, pushes a single
    // value on the stack (the error message), and returns an error code. Like
    // lua_call, lua_pcall always removes the function and its arguments from
    // the stack.
    // If errfunc is 0, then the error message returned on the stack is exactly
    // the original error message. Otherwise, errfunc is the stack index of an
    // error handler function. (In the current implementation, this index cannot
    // be a pseudo-index.) In case of runtime errors, this function will be
    // called with the error message and its return value will be the message
    // returned on the stack by lua_pcall.
    // Typically, the error handler function is used to add more debug
    // information to the error message, such as a stack traceback. Such
    // information cannot be gathered after the return of lua_pcall, since by
    // then the stack has unwound.
    // The lua_pcall function returns 0 in case of success or one of the
    // following error codes (defined in lua.h):
    //  * errrun (LUA_ERRRUN): a runtime error.
    //  * errmem (LUA_ERRMEM): memory allocation error. For such errors, Lua
    //    does not call the error handler function.
    //  * errerr (LUA_ERRERR): error while running the error handler function.

  (
    + state :POINTER;
    state := pointer;
    `lua_pcall((lua_State*) @state, @param, @results, @errfunc)`:(INTEGER)
  );

  - pcall_multret (param, errfunc :INTEGER) :INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_pcall((lua_State*) @state, @param, LUA_MULTRET, @errfunc)`:(INTEGER)
  );

  - cpcall block:BLOCK :INTEGER <-
  (
    + state :POINTER;
    + cfn :LUA_CFUNCTION;
    + fn :POINTER;
    + ud :POINTER;
    state := pointer;
    cfn := LUA_CFUNCTION.create block;
    fn := cfn.get_pointer;
    ud := cfn.to_pointer;
    `lua_cpcall((lua_State*) @state, (lua_CFunction) @fn, @ud)`:(INTEGER)
  );

Section Public

  //
  // Push
  //

  - pushboolean bool:BOOLEAN <-
  (
    + state :POINTER;
    state := pointer;
    `lua_pushboolean((lua_State*) @state, @bool)`;
  );

  - pushcclosure n:INTEGER call b:BLOCK <- pushcclosure (b, n);

  - pushcclosure (block:BLOCK, nupvalues_:INTEGER) <-
  (
    + state :POINTER;
    + cfn :LUA_CFUNCTION;
    + fn :POINTER;
    + nupvalues :INTEGER;
    state := pointer;
    cfn := LUA_CFUNCTION.create block;
    fn :=cfn.get_pointer;
    nupvalues := nupvalues_ + 1;
    pushlightuserdata (cfn.to_pointer);
    insert (-nupvalues);
    `lua_pushcclosure((lua_State*) @state, (lua_CFunction) @fn, @nupvalues)`;
    //`lua_pushcfunction((lua_State*) @state, (lua_CFunction) @fn)`;
  );

  - pushcfunction block:BLOCK <-
  (
    + state :POINTER;
    + cfn :LUA_CFUNCTION;
    + fn :POINTER;
    state := pointer;
    cfn := LUA_CFUNCTION.create block;
    fn :=cfn.get_pointer;
    pushlightuserdata (cfn.to_pointer);
    `lua_pushcclosure((lua_State*) @state, (lua_CFunction) @fn, 1)`;
    //`lua_pushcfunction((lua_State*) @state, (lua_CFunction) @fn)`;
  );

  - pushinteger integer:INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_pushinteger((lua_State*) @state, @integer)`;
  );

  - pushlightuserdata p:POINTER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_pushlightuserdata((lua_State*) @state, @p)`;
  );

  - pushstring string:ABSTRACT_STRING <-
  (
    + size :UNSIGNED_INTEGER;
    + array :NATIVE_ARRAY(CHARACTER);
    + state :POINTER;
    state := pointer;
    size := string.count;
    array := LUA_STRING.get_storage string;
    `lua_pushlstring(@state, @array, @size)`;
  );

  - pushnil <-
    // Pushes a nil value onto the stack.
  (
    + state :POINTER;
    state := pointer;
    `lua_pushnil((lua_State*) @state)`;
  );

  - pushnumber n:NUMERIC <-
  (
    + state :POINTER;
    state := pointer;
    `lua_pushnumber((lua_State*) @state, @n)`;
  );

  - pushthread <-
  (
    + state :POINTER;
    state := pointer;
    `lua_pushthread((lua_State*) @state)`;
  );

  - upvalueindex n_:INTEGER :INTEGER <-
  ( + n :INTEGER;
    n := n_ + 1;
    `lua_upvalueindex(@n)`:INTEGER
  );

Section Public

  //
  // To
  //

  - toboolean index:INTEGER :BOOLEAN <-
  (
    + state :POINTER;
    state := pointer;
    `lua_toboolean((lua_State*) @state, @index)`:BOOLEAN(TRUE, FALSE)
  );

  - tocfunction index:INTEGER :POINTER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_tocfunction((lua_State*) @state, @index)`:POINTER
  );

  - tointeger index:INTEGER :INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_tointeger((lua_State*) @state, @index)`:INTEGER
  );

  - tostring index:INTEGER :LUA_STRING <-
    // Converts the Lua value at the given acceptable index to a C string. If
    // len is not NULL, it also sets *len with the string length. The Lua value
    // must be a string or a number; otherwise, the function returns NULL. If
    // the value is a number, then lua_tolstring also changes the actual value
    // in the stack to a string. (This change confuses lua_next when
    // lua_tolstring is applied to keys during a table traversal.)
    // lua_tolstring returns a fully aligned pointer to a string inside the Lua
    // state. This string always has a zero ('\0') after its last character (as
    // in C), but may contain other zeros in its body. Because Lua has garbage
    // collection, there is no guarantee that the pointer returned by
    // lua_tolstring will be valid after the corresponding value is removed from
    // the stack.
  (
    + state :POINTER;
    + len :INTEGER;
    + arr :NATIVE_ARRAY(CHARACTER);
    state := pointer;
    `size_t len;`;
    arr := `lua_tolstring((lua_State*) @state, @index, &len)`:NATIVE_ARRAY(CHARACTER);
    len := `len`:INTEGER;
    LUA_STRING.create_from_external arr count len
  );

  - tonumber index:INTEGER :NUMERIC <-
  (
    + state :POINTER;
    state := pointer;
    `lua_tonumber((lua_State*) @state, @index)`:DOUBLE
  );

  - topointer index:INTEGER :POINTER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_topointer((lua_State*) @state, @index)`:POINTER
  );

  - tothread index:INTEGER :LUA_STATE <-
  (
    + state :POINTER;
    + ptr :POINTER;
    state := pointer;
    ptr := `lua_tothread((lua_State*) @state, @index)`:POINTER;
    LUA_STATE.create_import ptr
  );

  - touserdata index:INTEGER :POINTER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_touserdata((lua_State*) @state, @index)`:POINTER
  );

Section Public

  //
  // Types
  //

  - type index:INTEGER :INTEGER <-
  (
    + state :POINTER;
    state := pointer;
    `lua_type((lua_State*) @state, @index)`:INTEGER
  );

  - typename type:INTEGER :ABSTRACT_STRING <-
  (
    + state :POINTER;
    + array :NATIVE_ARRAY(CHARACTER);
    state := pointer;
    array := `lua_typename((lua_State*) @state, @type)`:NATIVE_ARRAY(CHARACTER);
    STRING.from_external arr
  );

  - tnone     :INTEGER := `LUA_TNONE`:INTEGER;
  - tnil      :INTEGER := `LUA_TNIL`:INTEGER;
  - tnumber   :INTEGER := `LUA_TNUMBER`:INTEGER;
  - tboolean  :INTEGER := `LUA_TBOOLEAN`:INTEGER;
  - tstring   :INTEGER := `LUA_TSTRING`:INTEGER;
  - ttable    :INTEGER := `LUA_TTABLE`:INTEGER;
  - tfunction :INTEGER := `LUA_TFUNCTION`:INTEGER;
  - tuserdata :INTEGER := `LUA_TUSERDATA`:INTEGER;
  - tthread   :INTEGER := `LUA_TTHREAD`:INTEGER;
  - tlightuserdata:INTEGER := `LUA_TLIGHTUSERDATA`:INTEGER;

Section Public

  //
  // Check
  //

  - checkstring narg:INTEGER :LUA_STRING <-
    // Checks whether the function argument narg is a string and returns this
    // string.
  (
    + state :POINTER;
    + len :INTEGER;
    + arr :NATIVE_ARRAY(CHARACTER);
    state := pointer;
    `size_t len;`;
    arr := `luaL_checklstring((lua_State*) @state, @narg, &len)`
      :(NATIVE_ARRAY(CHARACTER));
    len := `len`:INTEGER;
    LUA_STRING.create_from_external arr count len
  );

Section Public

  - loadfile filename:ABSTRACT_STRING :INTEGER <-
    // Loads a file as a Lua chunk. This function uses lua_load to load the
    // chunk in the file named filename. If filename is NULL, then it loads from
    // the standard input. The first line in the file is ignored if it starts
    // with a #.
    // This function returns the same results as lua_load, but it has an extra
    // error code errfile (LUA_ERRFILE) if it cannot open/read the file. The
    // other error cores are: 0 for no error, errsyntax (LUA_ERRSYNTAX) if
    // syntax error during pre-compilation and errmem (LUA_ERRMEM) if memory
    // allocation error.
    // As lua_load, this function only loads the chunk; it does not run it.
  ( + state :POINTER;
    + array :NATIVE_ARRAY(CHARACTER);
    array := filename.to_external;
    `luaL_loadfile((lua_State*) @state, @array)`:(INTEGER)
  );

  - load_file file:ABSTRACT_FILE :INTEGER <-
    // Loads a file as a Lua chunk. This function uses lua_load to load the
    // chunk in the file given. The first line in the file is ignored if it
    // starts with a #.
    // This function returns the same results as lua_load, but it has an extra
    // error code errfile (LUA_ERRFILE) if it cannot open/read the file. The
    // other error cores are: 0 for no error, errsyntax (LUA_ERRSYNTAX) if
    // syntax error during pre-compilation and errmem (LUA_ERRMEM) if memory
    // allocation error.
    // As lua_load, this function only loads the chunk; it does not run it.
  (
    loadfile (file.path)
  );

  - load_raw (reader, data:POINTER, chunkname:ABSTRACT_STRING) :INTEGER <-
    // Loads a Lua chunk. If there are no errors, lua_load pushes the compiled
    // chunk as a Lua function on top of the stack. Otherwise, it pushes an
    // error message. The return values of lua_load are:
    //  * 0: no errors;
    //  * errsyntax (LUA_ERRSYNTAX): syntax error during pre-compilation;
    //  * errmem (LUA_ERRMEM): memory allocation error.
    // This function only loads a chunk; it does not run it.
    // lua_load automatically detects whether the chunk is text or binary, and
    // loads it accordingly (see program luac).
    // The lua_load function uses a user-supplied reader function to read the
    // chunk (see lua_Reader). The data argument is an opaque value passed to
    // the reader function.
    // The chunkname argument gives a name to the chunk, which is used for error
    // messages and in debug information (see §3.8).
  ( + state :POINTER;
    + array :NATIVE_ARRAY(CHARACTER);
    array := chunkname.to_external;
    `lua_load((lua_State*) @state, (lua_Reader) @reader, @data, @array)`
      :(INTEGER)
  );

  - load chunkname:ABSTRACT_STRING with blc:BLOCK :INTEGER <-
    // Loads a Lua chunk. If there are no errors, lua_load pushes the compiled
    // chunk as a Lua function on top of the stack. Otherwise, it pushes an
    // error message. The return values of lua_load are:
    //  * 0: no errors;
    //  * errsyntax (LUA_ERRSYNTAX): syntax error during pre-compilation;
    //  * errmem (LUA_ERRMEM): memory allocation error.
    // This function only loads a chunk; it does not run it.
    // lua_load automatically detects whether the chunk is text or binary, and
    // loads it accordingly (see program luac).
    // The lua_load function uses a user-supplied block to read the chunk. Every
    // time it needs another piece of the chunk, lua_load calls the reader
    // block. The reader block must return a NATIVE_ARRAY(UINTEGER_8) object
    // that must remain in memory until the reader block function is called
    // again. To signal the end of the chunk, the reader must return NULL. The
    // reader function may return pieces of any size greater than zero.
    // The chunkname argument gives a name to the chunk, which is used for error
    // messages and in debug information (see §3.8).
  (
    + reader :LUA_READER;
    reader := LUA_READER.create blc;
    load_raw (reader.get_pointer, reader.to_pointer, chunkname)
  );

  - errfile   :INTEGER := `LUA_ERRFILE`:INTEGER;
  - errsyntax :INTEGER := `LUA_ERRSYNTAX`:INTEGER;

Section Public

  //
  // Make
  //

  - make <-
    // Creates a new Lua state. It calls lua_newstate with an allocator based on
    // the standard C realloc function and then sets a panic function (see
    // lua_atpanic) that prints an error message to the standard error output in
    // case of fatal errors.
    // Change the current object to the new state, or to the NULL state if there
    // is a memory allocation error.
  (
    pointer := `luaL_newstate()`:POINTER;
  );

  - make_with_allocation (fn, ud :POINTER) <-
    // Makes a new, independent state. Makes the NULL state if cannot create the
    // state (due to lack of memory). The argument fn is the allocator function;
    // Lua does all memory allocation for this state through this function. The
    // second argument, ud, is an opaque pointer that Lua simply passes to the
    // allocator in every call.
  (
    pointer := `lua_newstate((lua_Alloc) @fn, @ud)`;
  );

  - make_import pointer_:POINTER <-
    // Change the current object to the state pointer by the pointer given.
  (
    pointer := pointer_;
  );

Section Public

  //
  // Creation
  //

  - create :SELF <-
    // Creates a new Lua state. It calls lua_newstate with an allocator based on
    // the standard C realloc function and then sets a panic function (see
    // lua_atpanic) that prints an error message to the standard error output in
    // case of fatal errors.
    // Returns the new state, or NULL if there is a memory allocation error.
  (
    + res :SELF;
    res.make;
    res
  );

  - create_with_allocation (fn, ud :POINTER) <-
    // Creates a new, independent state. Returns NULL if cannot create the state
    // (due to lack of memory). The argument fn is the allocator function; Lua
    // does all memory allocation for this state through this function. The
    // second argument, ud, is an opaque pointer that Lua simply passes to the
    // allocator in every call.
  (
    + res :SELF;
    res.make_with_allocation (fn, ud);
    res
  );

  - create_import pointer:POINTER :SELF <-
    // Return a new state that references the state pointed by the given
    // pointer.
  (
    + res :SELF;
    res.make_import pointer;
    res
  );

  - close <-
    // Destroys all objects in the current Lua state (calling the corresponding
    // garbage-collection metamethods, if any) and frees all dynamic memory used
    // by this state. On several platforms, you may not need to call this
    // function, because all resources are naturally released when the host
    // program ends. On the other hand, long-running programs, such as a daemon
    // or a web server, might need to release states as soon as they are not
    // needed, to avoid growing too large.
  (
    + state :POINTER;
    state := pointer;
    `lua_close((lua_State*) @state)`;
    pointer := NULL;
  );

  - is_valid :BOOLEAN <- (pointer != NULL);
    // Return TRUE if the current state is valid (non NULL state), FALSE
    // otherwise.

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/lua-binding/lua_cfunction.li0000644000175000017500000000544611314031255023373 0ustar  sonntagsonntagSection Header

  + name := LUA_CFUNCTION;

  - author        := "Mildred ";
  - bibliography  := "";
  - comment       := "";

  // Copyright (c) 2007 Mildred 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#define lisaac_call_lua_cfunction static lisaac_call_lua_cfunction0`;

Section Inherit

  - parent_object :OBJECT := OBJECT;

Section External

  - lisaac_call_lua_cfunction lua_p:POINTER :INTEGER <-
  (
    + res :INTEGER;
    (lua_p != NULL).if_true {
      + self :SELF;
      + lua :LUA_STATE;
      lua := LUA_STATE.create_import lua_p;
      self := CONVERT(POINTER, SELF).on
        (lua.touserdata (`lua_upvalueindex(1)`:INTEGER));
      res := self.call lua;
    };
    res
  );

Section Public

  - call_pointer lua_p:POINTER :INTEGER <-
  (
    + lua :LUA_STATE;
    lua := LUA_STATE.create_import lua_p;
    call lua
  );

  - call lua:LUA_STATE :INTEGER <- block.value lua;

Section Private

  + block :BLOCK :=
  { lua:LUA_STATE;
    lua.is_valid.if_false {
      crash_with_message "Lua call of the default C function.";
    };
    0
  };

  - creator_of_lua_cfunctions :INTEGER :=
  ( + res :INTEGER;
    `/*`;
    res := lisaac_call_lua_cfunction NULL;
    `*/`;
    res
  );

Section Public

  - create block:BLOCK :SELF <-
  (
    + other:SELF;
    other := clone;
    other.make block;
    other
  );

  - make block_:BLOCK <-
  (
    block := block_;
  );

  - get_pointer :POINTER <-
  (
    creator_of_lua_cfunctions;
    `lisaac_call_lua_cfunction0`:POINTER
  );
  /*(
    + block :BLOCK;
    block := Self.block;
    `(void*) @block`:POINTER
  );*/

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/lua-binding/lua_string.li0000644000175000017500000000437411314031255022710 0ustar  sonntagsonntagSection Header

  + name := LUA_STRING; // <- STRING, ABSTRACT_STRING;

  - author        := "Mildred ";
  - bibliography  := "";
  - comment       := "";

  // Copyright (c) 2007 Mildred 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

Section Inherit

  - parent_abstract_string :Expanded ABSTRACT_STRING;

Section Public

  - make_from_external arr:NATIVE_ARRAY(CHARACTER) count len:INTEGER <-
  (
    storage := arr;
    count := len;
  );

  - create_from_external arr:NATIVE_ARRAY(CHARACTER) count len:INTEGER :LUA_STRING <-
  ( + res :LUA_STRING;
    res := clone;
    make_from_external arr count len;
    res
  );

  - from_abstract_string str:ABSTRACT_STRING :SELF <-
  (
    + res :SELF;
    res := clone;
    res.make_abstract_string (str);
    res
  );

  - to_string :STRING <- STRING.create_copy Self;

  - get_storage str:ABSTRACT_STRING :NATIVE_ARRAY(CHARACTER) <- str.storage;
  // Expose storage of other strings
  // Lua already makes a copy of the string when it goes to the Lua world.
  // No need to make a copy ourselves.

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/lua-binding/README0000644000175000017500000000126311314031255021065 0ustar  sonntagsonntagWARNING

This is esperimental software only.
It provides a binding for the Lua programming language.
All lua functions that work on a lua_State are slots of LUA_STATE.
But be sure to read the source code to see if the function exists. Not all
functions are bound. and if you add support for others functions, please try to
keep the source code coherent and send me the changes you made so I can include
it.

The licence is the MIT licence as specified in the source files. It is the same
licence as Lua, so you shouldn't have any problem using it.

You will need to link the resulting object file with the lua library. Usually,
this is done by adding the -llua flag to the gcc command line.
lisaac_0.39_rc1/lib/unstable/lua-binding/lua.pli0000644000175000017500000000006111314031255021467 0ustar  sonntagsonntagpublic path .
private path private
import stdlib
lisaac_0.39_rc1/lib/unstable/expat-binding/0000755000175000017500000000000011314031253020541 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/expat-binding/Libexpat.sxp0000644000175000017500000000034411314031253023046 0ustar  sonntagsonntag(
    default(
        call(lib)
        rename(
            prefix: XML_
        )
    )
    entry(lib
        path(
        public:
            "src"
        private:
            "src/private")
        cflags(-lexpat)
    )
)
lisaac_0.39_rc1/lib/unstable/expat-binding/src/0000755000175000017500000000000011314031324021327 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/expat-binding/src/context.li0000644000175000017500000000345511314031253023351 0ustar  sonntagsonntagSection Header

  + name := CONTEXT;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

Section Inherit

  + parent :Expanded OBJECT;

Section Public

  - create (s:STRING, o, sz: INTEGER) :SELF <-
  ( + res :SELF;
    res := clone;
    res.make (s, o, sz);
    res
  );

  - make (s:STRING, o, sz: INTEGER) <-
  (
    string := s;
    offset := o;
    size   := sz;
  );

  + string :STRING;
  + offset :INTEGER;
  + size   :INTEGER;

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/expat.li0000644000175000017500000000450711314031253023005 0ustar  sonntagsonntagSection Header

  + name := EXPAT;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;

Section Inherit

  + parent :Expanded EXPAT_OBJECT;

Section Private

/*
  - get_version <-
  (
    `struct XML_Expat_Version ver;
    ver = XML_ExpatVersionInfo()`;
    version_major := `ver.major`:INTEGER;
    version_minor := `ver.minor`:INTEGER;
    version_micro := `ver.micro`:INTEGER;
  );
*/

Section Public

  - version :STRING <-
  (
    version := from_external_copy (`XML_ExpatVersion()`:NATIVE_ARRAY(LCHAR));
    version
  );

/*
  - version_major :INTEGER <-
  (
    get_version;
    version_major
  );

  - version_minor :INTEGER <-
  (
    get_version;
    version_minor
  );

  - version_micro :INTEGER <-
  (
    get_version;
    version_micro
  );
*/

  - version_major :INTEGER <- `XML_MAJOR_VERSION`:INTEGER;
  - version_minor :INTEGER <- `XML_MINOR_VERSION`:INTEGER;
  - version_micro :INTEGER <- `XML_MICRO_VERSION`:INTEGER;

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/encoding.li0000644000175000017500000000662211314031253023452 0ustar  sonntagsonntagSection Header

  + name := ENCODING;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;

Section Inherit

  + parent :Expanded EXPAT_OBJECT;

Section Private

  + encoding :POINTER;

Section PARSER

  - create p:POINTER :SELF <-
  ( + res :SELF;
    res := clone;
    res.make p;
    res
  );

  - make p:POINTER <- encoding := p;

  - from_pointer p:POINTER :SELF <- create p;

Section Public

  - map :NATIVE_ARRAY(INTEGER) <-
  ( + e :POINTER;
    e := encoding;
    `((XML_Encoding*) @e)->map`:NATIVE_ARRAY(INTEGER)
  );

  - set_convert b:BLOCK <-
  ( + p :POINTER;
    convert_block := b;
    set_data to_pointer;
    p := encoding;
    `((XML_Encoding*) @p)->convert = `;
  );

  - set_release b:BLOCK <-
  ( + p :POINTER;
    release_block := b;
    set_data to_pointer;
    p := encoding;
    `((XML_Encoding*) @p)->release = `;
  );

//   - data :POINTER <-
//   ( + e :POINTER;
//     e := encoding;
//     `((XML_Encoding*) @e)->data`:POINTER
//   );

//   - convert :POINTER <-
//   ( + e :POINTER;
//     e := encoding;
//     `((XML_Encoding*) @e)->convert`:POINTER
//   );

//   - release :POINTER <-
//   ( + e :POINTER;
//     e := encoding;
//     `((XML_Encoding*) @e)->release`:POINTER
//   );

Section Private

  - set_data p:POINTER <-
  ( + e :POINTER;
    e := encoding;
    `((XML_Encoding*) @e)->data = @p`;
  );

//   - set_convert p:POINTER <-
//   ( + e :POINTER;
//     e := encoding;
//     `((XML_Encoding*) @e)->convert = @p`;
//   );

//   - set_release p:POINTER <-
//   ( + e :POINTER;
//     e := encoding;
//     `((XML_Encoding*) @e)->release = @p`;
//   );

Section External

  - lisaac_expat_encoding_convert (ud:POINTER,
      s:NATIVE_ARRAY(CHARACTER)) :INTEGER <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.convert_block.value s
  );

  - lisaac_expat_encoding_release (d:POINTER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.release_block.value;
  );

Section Private

  + convert_block :BLOCK := { s:NATIVE_ARRAY(CHARACTER) ; INTEGER };
  + release_block :BLOCK := {};

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/content_type.li0000644000175000017500000000403211314031253024370 0ustar  sonntagsonntagSection Header

  + name := CONTENT_TYPE;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - import := INTEGER;
  - export := INTEGER;

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `int`;

Section Insert

  - parent :Expanded ENUM;

Section Public

  - none  :CONTENT_TYPE := create_code (`XML_CTYPE_EMPTY` :INTEGER);
  - opt   :CONTENT_TYPE := create_code (`XML_CTYPE_ANY`   :INTEGER);
  - mixed :CONTENT_TYPE := create_code (`XML_CTYPE_MIXED` :INTEGER);
  - name  :CONTENT_TYPE := create_code (`XML_CTYPE_NAME`  :INTEGER);
  - choice:CONTENT_TYPE := create_code (`XML_CTYPE_CHOICE`:INTEGER);
  - seq   :CONTENT_TYPE := create_code (`XML_CTYPE_SEQ`   :INTEGER);

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/attribute.li0000644000175000017500000000367511314031253023674 0ustar  sonntagsonntagSection Header

  + name := Expanded ATTRIBUTE;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

Section Insert

  + parent :Expanded OBJECT;

Section Public

  + name  :ABSTRACT_STRING;
  + value :ABSTRACT_STRING;

  - set_name  n:ABSTRACT_STRING <- name  := n;
  - set_value v:ABSTRACT_STRING <- value := v;

  - make (n, v:ABSTRACT_STRING) <-
  (
    name  := n;
    value := v;
  );

  - create (n, v:ABSTRACT_STRING) :SELF <-
  ( + res :SELF;
    res := clone;
    res.make (n, v);
    res
  );

  - create n:ABSTRACT_STRING containing v:ABSTRACT_STRING <- create (n, v);

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/parser.li0000644000175000017500000004377011314031253023165 0ustar  sonntagsonntagSection Header

  + name := PARSER;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;

Section Inherit

  + parent :Expanded EXPAT_OBJECT;

Section Private

  + parser :POINTER;

  - reset <-
  ( + p:POINTER;
    + self :POINTER;
    p := parser;
    self := Self;
    `XML_SetUserData(@p, @self)`;
    `XML_SetExternalEntityRefHandlerArg(@p, @self);`;
  );

Section Public

  + handlers :HANDLERS := HANDLERS;

  - set_handlers h:HANDLERS <- handlers := h;

  - create encoding:ABSTRACT_STRING :SELF <-
  ( + res :SELF;
    res := clone;
    res.make encoding;
    res
  );

  - create_ns (encoding:ABSTRACT_STRING, sep:CHAR) :SELF <-
  ( + res :SELF;
    res := clone;
    res.make_ns (encoding, sep);
    res
  );

  - create_mm encoding:ABSTRACT_STRING :SELF <- not_yet_implemented;

  - make encoding:ABSTRACT_STRING <-
  ( + enc :NATIVE_ARRAY(CHAR);
    enc := to_external encoding;
    parser := `XML_ParserCreate(@enc)`:POINTER;
    reset;
  );

  - make_ns (encoding:ABSTRACT_STRING, sep:CHAR) <-
  ( + enc :NATIVE_ARRAY(CHAR);
    enc := to_external encoding;
    parser := `XML_ParserCreateNS(@enc, @sep)`:POINTER;
    reset;
  );

  - free <-
  ( + p:POINTER;
    p := parser;
    `XML_ParserFree(@p)`;
  );

  - reset_with encoding:ABSTRACT_STRING :BOOLEAN <-
  ( + p   :POINTER;
    + enc :NATIVE_ARRAY(CHAR);
    + res :BOOLEAN;
    enc := to_external encoding;
    p := parser;
    res := `XML_ParserReset(@p, @enc) == XML_TRUE`:(BOOLEAN);
    subscriptions := 0;
    reset;
    res
  );

  - parse (buf:ABSTRACT_STRING, is_final:BOOLEAN) :STATUS <-
  ( + p :POINTER;
    + s :NATIVE_ARRAY(CHARACTER);
    + n :INTEGER;
    p := parser;
    s := buf.to_external;
    n := buf.count;
    `XML_Parse(@p, @s, @n, @is_final)`:STATUS
  );

  - parse_buffer (len:INTEGER, is_final:BOOLEAN) :STATUS <-
  ( + p :POINTER;
    p := parser;
    `XML_ParseBuffer(@p, @len, @is_final)`:STATUS
  );

  - get_buffer len:INTEGER :NATIVE_ARRAY(CHARACTER) <-
  ( + p :POINTER;
    p := parser;
    `XML_GetBuffer(@p, @len)`:NATIVE_ARRAY(CHARACTER)
  );

  - stop_parser resumable:BOOLEAN :STATUS <-
  ( + p :POINTER;
    p := parser;
    `XML_StopParser(@p, @resumable)`:STATUS
  );

  - resume_parser :STATUS <-
  ( + p :POINTER;
    p := parser;
    `XML_ResumeParser(@p)`:STATUS
  );

  - get_parsing_status :PARSING_STATUS <-
  ( + p :POINTER;
    p := parser;
    `XML_ParsingStatus status`;
    `XML_GetParsingStatus(@p, &status)`;
    (`&status`:NATIVE_ARRAY(PARSING_STATUS)).item 0;
  );

  - get_error_code :ERROR <-
  ( + p :POINTER;
    p := parser;
    `XML_GetErrorCode(@p)`:ERROR
  );

  - get_current_byte_index :INTEGER <-
  ( + p :POINTER;
    p := parser;
    `XML_GetCurrentByteIndex(@p)`:INTEGER
  );

  - get_current_line_number :INTEGER <-
  ( + p :POINTER;
    p := parser;
    `XML_GetCurrentLineNumber(@p)`:INTEGER
  );

  - get_current_column_number :INTEGER <-
  ( + p :POINTER;
    p := parser;
    `XML_GetCurrentColumnNumber(@p)`:INTEGER
  );

  - get_current_byte_count :INTEGER <-
  ( + p :POINTER;
    p := parser;
    `XML_GetCurrentByteCount(@p)`:INTEGER
  );

  - get_input_context :CONTEXT <-
  ( + p :POINTER;
    + s :NATIVE_ARRAY(CHARACTER);
    p := parser;
    `int o, sz;`;
    s := `XML_GetInputContext(@p, &o, &sz)`:NATIVE_ARRAY(CHARACTER);
    CONTEXT.create (from_external_copy s, (`o`:INTEGER), (`sz`:INTEGER))
  );

  - set_base base:ABSTRACT_STRING :STATUS <-
  ( + p :POINTER;
    + na :NATIVE_ARRAY(CHAR);
    p := parser;
    na := to_external base;
    `XML_SetBase(@p, @na)`:STATUS
  );

  - get_base :ABSTRACT_STRING <-
  ( + p :POINTER;
    p := parser;
    from_external (`XML_GetBase(@p)`:NATIVE_ARRAY(CHAR))
  );

  - get_specified_attribute_count :INTEGER <-
  ( + p :POINTER;
    p := parser;
    `XML_GetSpecifiedAttributeCount(@p)`:INTEGER
  );

  - get_id_attribute_index :INTEGER <-
  ( + p :POINTER;
    p := parser;
    `XML_GetIdAttributeIndex(@p)`:INTEGER
  );

  - set_encoding env:ABSTRACT_STRING :STATUS <-
  ( + p :POINTER;
    + na :NATIVE_ARRAY(CHAR);
    p := parser;
    na := to_external env;
    `XML_SetEncoding(@p, @na)`:STATUS
  );

  - set_param_entity_parsing_never <-
  ( + p :POINTER;
    p := parser;
    `SetParamEntityParsing(@p, XML_PARAM_ENTITY_PARSING_NEVER)`;
  );

  - set_param_entity_parsing_unless_standalone <-
  ( + p :POINTER;
    p := parser;
    `SetParamEntityParsing(@p, XML_PARAM_ENTITY_PARSING_UNLESS_STANDALONE)`;
  );

  - set_param_entity_parsing_always <-
  ( + p :POINTER;
    p := parser;
    `SetParamEntityParsing(@p, XML_PARAM_ENTITY_PARSING_ALWAYS)`;
  );

  - use_foreign_dtd b:BOOLEAN :ERROR <-
  ( + p :POINTER;
    p := parser;
    `XML_UseForeignDTD(@p, @b)`:ERROR
  );

  - set_return_ns_triplet b:BOOLEAN <-
  ( + p :POINTER;
    p := parser;
    `XML_SetReturnNSTriplet(@p, @b)`;
  );

  - default_current <-
  ( + p :POINTER;
    p := parser;
    `XML_DefaultCurrent(@p)`;
  );

Section Private

  - from_external a:NATIVE_ARRAY(CHAR) length l:INTEGER :ABSTRACT_STRING <-
  (
    copy_strings.if {
      from_external_copy a length l;
    } else {
      from_external_const a length l;
    };
  );

  - from_external a:NATIVE_ARRAY(CHAR):ABSTRACT_STRING <-
  (
    copy_strings.if {
      from_external_copy a;
    } else {
      from_external_const a;
    };
  );

Section Public

  + copy_strings :BOOLEAN := FALSE;
  - set_copy_strings b:BOOLEAN <- copy_strings := b;

  + subscriptions :UINTEGER_32 := 0;
  + expand_internal_entities_using_default_handler :BOOLEAN := TRUE;

  - subscribe_start_element         :UINTEGER_32 := 00000000_00000000_00000001b;
  - subscribe_end_element           :UINTEGER_32 := 00000000_00000000_00000010b;
  - subscribe_character_data        :UINTEGER_32 := 00000000_00000000_00000100b;
  - subscribe_processing_instruction:UINTEGER_32 := 00000000_00000000_00001000b;
  - subscribe_comment               :UINTEGER_32 := 00000000_00000000_00010000b;
  - subscribe_start_cdata_section   :UINTEGER_32 := 00000000_00000000_00100000b;
  - subscribe_end_cdata_section     :UINTEGER_32 := 00000000_00000000_01000000b;
  - subscribe_default               :UINTEGER_32 := 00000000_00000000_10000000b;
  - subscribe_external_entity_ref   :UINTEGER_32 := 00000000_00000001_00000000b;
  - subscribe_skipped_entity        :UINTEGER_32 := 00000000_00000010_00000000b;
  - subscribe_unknown_encoding      :UINTEGER_32 := 00000000_00000100_00000000b;
  - subscribe_start_namespace_decl  :UINTEGER_32 := 00000000_00001000_00000000b;
  - subscribe_end_namespace_decl    :UINTEGER_32 := 00000000_00010000_00000000b;
  - subscribe_xml_decl              :UINTEGER_32 := 00000000_00100000_00000000b;
  - subscribe_start_doctype_decl    :UINTEGER_32 := 00000000_01000000_00000000b;
  - subscribe_end_doctype_decl      :UINTEGER_32 := 00000000_10000000_00000000b;
  - subscribe_element_decl          :UINTEGER_32 := 00000001_00000000_00000000b;
  - subscribe_attlist_decl          :UINTEGER_32 := 00000010_00000000_00000000b;
  - subscribe_entity_decl           :UINTEGER_32 := 00000100_00000000_00000000b;
  - subscribe_notation_decl         :UINTEGER_32 := 00001000_00000000_00000000b;
  - subscribe_not_standalone        :UINTEGER_32 := 00010000_00000000_00000000b;

  - refresh_subscriptions <-
  ( + p :POINTER;
    p := parser;

    has subscribe_start_element         .if {
      `XML_SetStartElementHandler(@p, lisaac_expat_handler_start_element)`;
    };
    has subscribe_end_element           .if {
      `XML_SetEndElementHandler(@p, lisaac_expat_handler_end_element)`;
    };
    has subscribe_character_data        .if {
      `XML_SetCharacterDataHandler(@p, lisaac_expat_handler_character_data)`;
    };
    has subscribe_processing_instruction.if {
      `XML_SetProcessingInstructionHandler(@p, lisaac_expat_handler_processing_instruction)`;
    };
    has subscribe_comment               .if {
      `XML_SetCommentHandler(@p, lisaac_expat_handler_comment)`;
    };
    has subscribe_start_cdata_section   .if {
      `XML_SetStartCdataSectionHandler(@p, lisaac_expat_handler_start_cdata_section)`;
    };
    has subscribe_end_cdata_section     .if {
      `XML_SetEndCdataSectionHandler(@p, lisaac_expat_handler_end_cdata_section)`;
    };
    has subscribe_default               .if {
      handlers.expand_internal_entities_using_default_handler.if {
        `XML_SetDefaultHandlerExpand(@p, lisaac_expat_handler_default)`;
      } else {
        `XML_SetDefaultHandler(@p, lisaac_expat_handler_default)`;
      };
    };
    has subscribe_external_entity_ref   .if {
      + self :SELF;
      self := Self;
      `XML_SetExternalEntityRefHandlerArg(@p, @self);`;
      `XML_SetExternalEntityRefHandler(@p, lisaac_expat_handler_external_entity_ref)`;
    };
    has subscribe_skipped_entity        .if {
      `XML_SetSkippedEntityHandler(@p, lisaac_expat_handler_skipped_entity)`;
    };
    has subscribe_unknown_encoding      .if {
      `XML_SetUnknownEncodingHandler(@p, lisaac_expat_handler_unknown_encoding)`;
    };
    has subscribe_start_namespace_decl  .if {
      `XML_SetStartNamespaceDeclHandler(@p, lisaac_expat_handler_start_namespace_decl)`;
    };
    has subscribe_end_namespace_decl    .if {
      `XML_SetEndNamespaceDeclHandler(@p, lisaac_expat_handler_end_namespace_decl)`;
    };
    has subscribe_xml_decl              .if {
      `XML_SetXmlDeclHandler(@p, lisaac_expat_handler_xml_decl)`;
    };
    has subscribe_start_doctype_decl    .if {
      `XML_SetStartDoctypeDeclHandler(@p, lisaac_expat_handler_start_doctype_decl)`;
    };
    has subscribe_end_doctype_decl      .if {
      `XML_SetEndDoctypeDeclHandler(@p, lisaac_expat_handler_end_doctype_decl)`;
    };
    has subscribe_element_decl          .if {
      `XML_SetElementDeclHandler(@p, lisaac_expat_handler_element_decl)`;
    };
    has subscribe_attlist_decl          .if {
      `XML_SetAttlistDeclHandler(@p, lisaac_expat_handler_attlist_decl)`;
    };
    has subscribe_entity_decl           .if {
      `XML_SetEntityDeclHandler(@p, lisaac_expat_handler_entity_decl)`;
    };
    has subscribe_notation_decl         .if {
      `XML_SetNotationDeclHandler(@p, lisaac_expat_handler_notation_decl)`;
    };
    has subscribe_not_standalone        .if {
      `XML_SetNotStandaloneHandler(@p, lisaac_expat_handler_not_standalone)`;
    };
  );

Section Private

  - has mask:UINTEGER_32 :BOOLEAN <- (subscriptions | mask) != 0;

Section External

  - lisaac_expat_handler_start_element (ud:POINTER, name:NATIVE_ARRAY(CHAR),
      atts:NATIVE_ARRAY(NATIVE_ARRAY(CHAR))) <-
  ( + self :SELF;
    + i :INTEGER;
    + attributes :FAST_ARRAY(ATTRIBUTE);
    self := `@ud`:SELF;
    i := 0;
    attributes := FAST_ARRAY(ATTRIBUTE).create_with_capacity 0;
    { atts.item i != NULL }.while_do {
      + a :ATTRIBUTE;
      a := ATTRIBUTE.create (atts.item i, atts.item (i+1));
      attributes.add_last a;
      i := i + 2;
    };
    self.handlers.start_element(from_external name, attributes);
  );

  - lisaac_expat_handler_end_element (ud:POINTER, name:NATIVE_ARRAY(CHAR)) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.end_element(from_external name);
  );

  - lisaac_expat_handler_character_data (ud:POINTER,
      s:NATIVE_ARRAY(CHAR), len:INTEGER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.character_data(from_external name length len);
  );

  - lisaac_expat_handler_processing_instruction (ud:POINTER,
      target:NATIVE_ARRAY(CHAR),
      data  :NATIVE_ARRAY(CHAR)) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.processing_instruction(
      from_external target,
      from_external data);
  );

  - lisaac_expat_handler_comment (ud:POINTER, data:NATIVE_ARRAY(CHAR)) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.comment(from_external data);
  );

  - lisaac_expat_handler_start_cdata_section (ud:POINTER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.start_cdata_section;
  );

  - lisaac_expat_handler_end_cdata_section (ud:POINTER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.end_cdata_section;
  );

  - lisaac_expat_handler_default (ud:POINTER,
      s:NATIVE_ARRAY(CHAR), len:INTEGER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.default(from_external s length len);
  );

  - lisaac_expat_handler_external_entity_ref (ud:POINTER,
      context  :NATIVE_ARRAY(CHAR),
      base     :NATIVE_ARRAY(CHAR),
      system_id:NATIVE_ARRAY(CHAR),
      public_id:NATIVE_ARRAY(CHAR)) :INTEGER <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.external_entity_ref(
      from_external context,
      from_external base,
      from_external system_id,
      from_external public_id)
  );

  - lisaac_expat_handler_skipped_entity (ud:POINTER,
      entity_name:NATIVE_ARRAY(CHAR),
      is_parameter_entity:INTEGER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.skipped_entity (
      from_external entity_name,
      is_parameter_entity != 0);
  );

  - lisaac_expat_handler_unknown_encoding (ud:POINTER, name:NATIVE_ARRAY(CHAR),
      info:POINTER) :INTEGER <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.unknown_encoding(from_external name, ENCODING.create info)
  );

  - lisaac_expat_handler_start_namespace_decl (ud:POINTER,
      prefix:NATIVE_ARRAY(CHAR),
      uri   :NATIVE_ARRAY(CHAR)) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.start_namespace_decl(from_external prefix, from_external uri);
  );

  - lisaac_expat_handler_end_namespace_decl (ud:POINTER,
      prefix:NATIVE_ARRAY(CHAR)) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.end_namespace_decl(from_external prefix);
  );

  - lisaac_expat_handler_xml_decl (ud:POINTER,
      version :NATIVE_ARRAY(CHAR),
      encoding:NATIVE_ARRAY(CHAR),
      standalone:INTEGER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.xml_decl(
      from_external version,
      from_external encoding,
      standalone);
  );

  - lisaac_expat_handler_start_doctype_decl (ud:POINTER,
      doctype_name:NATIVE_ARRAY(CHAR),
      sysid       :NATIVE_ARRAY(CHAR),
      pubid       :NATIVE_ARRAY(CHAR),
      has_internal_subset:INTEGER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.start_doctype_decl(
      from_external doctype_name,
      from_external sysid,
      from_external pubid,
      has_internal_subset != 0);
  );

  - lisaac_expat_handler_end_doctype_decl (ud:POINTER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.end_doctype_decl;
  );

  - lisaac_expat_handler_element_decl (ud:POINTER, name:NATIVE_ARRAY(CHAR),
      model:POINTER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.element_decl(from_external name, model);
  );

  - lisaac_expat_handler_attlist_decl (ud:POINTER,
      elname  :NATIVE_ARRAY(CHAR),
      attname :NATIVE_ARRAY(CHAR),
      att_type:NATIVE_ARRAY(CHAR),
      dflt    :NATIVE_ARRAY(CHAR),
      isrequired:INTEGER) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.attlist_decl(
      from_external elname,
      from_external attname,
      from_external att_type,
      from_external dflt,
      isrequired != 0);
  );

  - lisaac_expat_handler_entity_decl (ud:POINTER,
      entity_name       :NATIVE_ARRAY(CHAR),
      is_parameter_entry:INTEGER,
      value             :NATIVE_ARRAY(CHAR),
      value_length      :INTEGER,
      base              :NATIVE_ARRAY(CHAR),
      system_id         :NATIVE_ARRAY(CHAR),
      public_id         :NATIVE_ARRAY(CHAR),
      notation_name     :NATIVE_ARRAY(CHAR)) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.entity_decl(
      from_external entity_name,
      is_parameter_entry != 0,
      from_external value length value_length,
      from_external base,
      from_external system_id,
      from_external public_id,
      from_external notation_name);
  );

  - lisaac_expat_handler_unparsed_entity_decl (ud:POINTER,
      entity_name       :NATIVE_ARRAY(CHAR),
      base              :NATIVE_ARRAY(CHAR),
      system_id         :NATIVE_ARRAY(CHAR),
      public_id         :NATIVE_ARRAY(CHAR),
      notation_name     :NATIVE_ARRAY(CHAR)) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.unparsed_entity_decl(
      from_external entity_name,
      from_external base,
      from_external system_id,
      from_external public_id,
      from_external notation_name);
  );

  - lisaac_expat_handler_notation_decl (ud:POINTER,
      notation_name     :NATIVE_ARRAY(CHAR),
      base              :NATIVE_ARRAY(CHAR),
      system_id         :NATIVE_ARRAY(CHAR),
      public_id         :NATIVE_ARRAY(CHAR)) <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.notation_decl(
      from_external notation_name,
      from_external base,
      from_external system_id,
      from_external public_id);
  );

  - lisaac_expat_handler_not_standalone (ud:POINTER) :INTEGER <-
  ( + self :SELF;
    self := `@ud`:SELF;
    self.handlers.not_standalone
  );

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/private/0000755000175000017500000000000011314031324023001 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/expat-binding/src/private/lchar.li0000644000175000017500000000321211314031253024417 0ustar  sonntagsonntagSection Header

  + name := LCHAR;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - export := INTEGER_8, CHAR_UNICODE;

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `XML_LChar`;
  - default := '\0';

Section Insert

  - parent_character:CHARACTER := CHARACTER;

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/private/expat_object.li0000644000175000017500000000552511314031253026006 0ustar  sonntagsonntagSection Header

  + name := EXPAT_OBJECT;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;

Section Inherit

  + parent :Expanded OBJECT;

Section SELF

  - to_external s:ABSTRACT_STRING :NATIVE_ARRAY(CHAR) <-
  ( + ext :NATIVE_ARRAY(CHAR);
    ext := NATIVE_ARRAY(CHAR).create (s.count + 1);
    0.to (s.count - s.lower) do { i:INTEGER;
      ext.put (s.item (i+s.lower)) to i;
    };
    ext.put '\0' to (s.count);
  );

  - from_external_copy a:NATIVE_ARRAY(CHAR) :STRING <-
  ( + res :STRING;
    (a != NULL).if {
      res := STRING.create 0;
      res.from_external_copy a;
    };
    res
  );

  - from_external_copy a:NATIVE_ARRAY(CHAR) length l:INTEGER :STRING <-
  ( + res :STRING;
    (a != NULL).if {
      res := STRING.create (l+1);
      1.to l do { i:INTEGER;
        res.add_last (a.item i);
      };
      res.add_last '\0';
    };
    res
  );

  - from_external_const a:NATIVE_ARRAY(CHAR) :STRING_CONSTANT <-
  ( + res :STRING_CONSTANT;
    (a != NULL).if {
      res := from_external_const a length (strlen a);
    };
    res
  );

  - from_external_const a:NATIVE_ARRAY(CHAR) length l:INTEGER:STRING_CONSTANT <-
  ( + res :STRING_CONSTANT;
    (a != NULL).if {
      res := STRING_CONSTANT.new_intern a count l;
    };
    res
  );

  - strlen a:NATIVE_ARRAY(CHAR) :INTEGER <-
  ( + length :INTEGER;
    length := 0;
    {a.item length !== 0}.while_do {
      length := length + 1;
    };
    ? { `strlen(@a)`:INTEGER == length };
  );

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/private/char.li0000644000175000017500000000322111314031253024243 0ustar  sonntagsonntagSection Header

  + name := Expanded CHAR;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - export := INTEGER_8, CHAR_UNICODE;

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `XML_Char`;
  - default := '\0';

Section Insert

  - parent_character:CHARACTER := CHARACTER;

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/private/enum.li0000644000175000017500000000501411314031253024274 0ustar  sonntagsonntagSection Header

  + name := Expanded ENUM;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  //  HOWTO
  //  =====
  //
  //  Section Header
  //
  //    + name := Expanded MY_ENUM;
  //
  //    - import := INTEGER;
  //    - export := INTEGER;
  //
  //    - type := `int`;
  //
  //  Section Insert
  //
  //    - parent_enum :Expanded ENUM;
  //
  //  Section Public
  //
  //    - val1 :MY_ENUM := create;
  //    - val2 :MY_ENUM := create;
  //    ...

Section Insert

  - parent :Expanded INTEGER;

Section SELF

  + min :INTEGER := 0;
  + max :INTEGER := -1;

  - create :SELF <- create_after;

  - create_before :SELF <-
  (
    min := min - 1;
    min
  );

  - create_after :SELF <-
  (
    max := max + 1;
    max
  );

  - create_code i:INTEGER :SELF <-
  ( + res :SELF;
    (max - min < 0).if {
      min := i;
      max := i;
    } else {
      (i < min).if { min := i };
      (i > max).if { max := i };
    };
    i
  );

  - is_valid i:INTEGER :BOOLEAN <- i.in_range min to max;

  - from_integer i:INTEGER :SELF <-
  (
    ? { is_valid i };
    `@i`:SELF
  );

  - to_integer :INTEGER <-
  ( + self:SELF;
    self := Self;
    `@self`:INTEGER
  );


// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/private/xml_bool.li0000644000175000017500000000327111314031253025146 0ustar  sonntagsonntagSection Header

  + name := Expanded XML_BOOL;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - export := BOOLEAN;

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `XML_Bool`;
  - default := 0;

Section Public

  - to_boolean :BOOLEAN <-
  ( + self :SELF;
    self := Self;
    `@self`:BOOLEAN(TRUE,FALSE)
  );

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/parsing.li0000644000175000017500000000363011314031253023323 0ustar  sonntagsonntagSection Header

  + name := PARSING;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - import := INTEGER;
  - export := INTEGER;

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `enum XML_Parsing`;

Section Insert

  - parent :Expanded ENUM;

Section Public

  - initialized :PARSING := create_code (`XML_INITIALIZED`:INTEGER);
  - parsing     :PARSING := create_code (`XML_PARSING`    :INTEGER);
  - finished    :PARSING := create_code (`XML_FINISHED`   :INTEGER);
  - suspended   :PARSING := create_code (`XML_SUSPENDED`  :INTEGER);

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/parsing_status.li0000644000175000017500000000342711314031253024732 0ustar  sonntagsonntagSection Header

  + name := Expanded PARSING_STATUS;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `XML_ParsingStatus`;

Section Insert

  - parent :Expanded OBJECT;

Section Mapping

  + priv_parsing      :PARSING;
  + priv_final_buffer :XML_BOOL;

Section Public

  - parsing      :PARSING <- priv_parsing;
  - final_buffer :BOOLEAN <- priv_final_buffer;


// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/handlers.li0000644000175000017500000000731511314031253023464 0ustar  sonntagsonntagSection Header

  + name := HANDLERS;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

Section Inherit

  + parent :Expanded EXPAT_OBJECT;

Section Public

  + parser :PARSER;

  - start_element (name:ABSTRACT_STRING, atts:FAST_ARRAY(ABSTRACT_STRING)) <- ();
  - end_element (name:ABSTRACT_STRING) <- ();
  - character_data (s:ABSTRACT_STRING) <- ();
  - processing_instruction (target:ABSTRACT_STRING, data:ABSTRACT_STRING) <- ();
  - comment ( data:ABSTRACT_STRING) <- ();
  - start_cdata_section <- ();
  - end_cdata_section <- ();
  - default (s:ABSTRACT_STRING) <- ();
  - external_entity_ref (
      context  :ABSTRACT_STRING,
      base     :ABSTRACT_STRING,
      system_id:ABSTRACT_STRING,
      public_id:ABSTRACT_STRING) :STATUS <- STATUS.ok;
  - skipped_entity (entity_name:ABSTRACT_STRING, is_parameter_entity:BOOLEAN) <- ();
  - unknown_encoding (name:ABSTRACT_STRING, info:ENCODING) :STATUS <- STATUS.error;
  - start_namespace_decl (prefix:ABSTRACT_STRING, uri:ABSTRACT_STRING) <- ();
  - end_namespace_decl (prefix:ABSTRACT_STRING) <- ();
  - xml_decl (versio:ABSTRACT_STRING, encoding:ABSTRACT_STRING, standalone:INTEGER) <- ();
  - start_doctype_decl (
      doctype_name:ABSTRACT_STRING,
      sysid       :ABSTRACT_STRING,
      pubid       :ABSTRACT_STRING,
      has_internal_subset:BOOLEAN) <- ();
  - end_doctype_decl <- ();
  - element_decl (name:ABSTRACT_STRING, model:POINTER) <- ();
  - attlist_decl (
      elname  :ABSTRACT_STRING,
      attname :ABSTRACT_STRING,
      att_type:ABSTRACT_STRING,
      dflt    :ABSTRACT_STRING,
      isrequired:BOOLEAN) <- ();
  - entity_decl (
      entity_name       :ABSTRACT_STRING,
      is_parameter_entry:BOOLEAN,
      value             :ABSTRACT_STRING,
      base              :ABSTRACT_STRING,
      system_id         :ABSTRACT_STRING,
      public_id         :ABSTRACT_STRING,
      notation_name     :ABSTRACT_STRING) <- ();
  - unparsed_entity_decl (
      entity_name       :ABSTRACT_STRING,
      base              :ABSTRACT_STRING,
      system_id         :ABSTRACT_STRING,
      public_id         :ABSTRACT_STRING,
      notation_name     :ABSTRACT_STRING) <- ();
  - notation_decl (
      notation_name     :ABSTRACT_STRING,
      base              :ABSTRACT_STRING,
      system_id         :ABSTRACT_STRING,
      public_id         :ABSTRACT_STRING) <- ();
  - not_standalone :INTEGER <- STATUS.ok;


// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/str/0000755000175000017500000000000011314031324022137 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/expat-binding/src/str/lchar.li0000644000175000017500000000352111314031253023560 0ustar  sonntagsonntagSection Header

  + name := LCHAR;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `XML_Char`;
  - default := '\0';

Section Insert

  + parent :Expanded OBJECT;

Section Public

  - from_character    c:CHARACTER    :LCHAR <- `@c`:LCHAR;

  - from_uinteger_8   c:UINTEGER_8   :LCHAR <- `@c`:LCHAR;

  - from_uinteger_16  c:UINTEGER_16  :LCHAR <- `@c`:LCHAR;

  - from_char_unicode c:CHAR_UNICODE :LCHAR <- `@c`:LCHAR;

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/str/str.li0000644000175000017500000000460511314031253023303 0ustar  sonntagsonntagSection Header

  + name := STR;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - import := NATIVE_ARRAY(CHAR);
  - export := NATIVE_ARRAY(CHAR);

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

Section Inherit

  + parent :Expanded OBJECT;

Section Public

  + storage :NATIVE_ARRAY(CHAR);

  + count :INTEGER;

  - lower :INTEGER := 1;

  - upper :INTEGER <- count;

  - item i:INTEGER :CHAR <- storage.item i;

  - put c:CHAR to i:INTEGER <- storage.put c to i;

  - from_native_array_char a:NATIVE_ARRAY(CHAR) :SELF <-
  ( + res :SELF;
    + length :INTEGER;
    res := clone;
    {a.item length !== 0}.while_do {
      length := length + 1;
    };
    res.make_from_native_array_char a length length;
    res
  );

  - from_native_array_char a:NATIVE_ARRAY(CHAR) length length:INTEGER :SELF <-
  ( + res :SELF;
    res := clone;
    res.make_from_native_array_char a length length;
    res
  );

  - make_from_native_array_char a:NATIVE_ARRAY(CHAR) length c:INTEGER <-
  (
    storage := a;
    count   := c;
  );

  - to_native_array_char :NATIVE_ARRAY(CHAR) <- storage;

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/str/char.li0000644000175000017500000000526611314031253023414 0ustar  sonntagsonntagSection Header

  + name := Expanded CHAR;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - import := CHARACTER, UINTEGER_8, UINTEGER_16, CHAR_UNICODE;

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `XML_Char`;
  - default := '\0';

Section Insert

  - parent_comparable:COMPARABLE := COMPARABLE;

Section Public

  - from_character    c:CHARACTER    :CHAR <- `@c`:CHAR;

  - from_uinteger_8   c:UINTEGER_8   :CHAR <- `@c`:CHAR;

  - from_uinteger_16  c:UINTEGER_16  :CHAR <- `@c`:CHAR;

  - from_char_unicode c:CHAR_UNICODE :CHAR <- `@c`:CHAR;

  - Self:SELF '==' Right 60 other:SELF :BOOLEAN <-
  ( + self :SELF;
    self := Self;
    `@self == @other`:BOOLEAN(TRUE,FALSE)
  );

  - Self:SELF '!==' Right 60 other:SELF :BOOLEAN <-
  ( + self :SELF;
    self := Self;
    `@self != @other`:BOOLEAN(TRUE,FALSE)
  );

  - Self:SELF '<' Left 1 other:SELF :BOOLEAN <-
  ( + self :SELF;
    self := Self;
    `@self < @other`:BOOLEAN(TRUE,FALSE)
  );

  - Self:SELF '<=' Left 1 other:SELF :BOOLEAN <-
  ( + self :SELF;
    self := Self;
    `@self <= @other`:BOOLEAN(TRUE,FALSE)
  );

  - Self:SELF '>' other:SELF :BOOLEAN <-
  ( + self :SELF;
    self := Self;
    `@self > @other`:BOOLEAN(TRUE,FALSE)
  );

  - Self:SELF '>=' other:SELF :BOOLEAN <-
  ( + self :SELF;
    self := Self;
    `@self >= @other`:BOOLEAN(TRUE,FALSE)
  );

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/content_quant.li0000644000175000017500000000361511314031253024545 0ustar  sonntagsonntagSection Header

  + name := CONTENT_QUANT;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - import := INTEGER;
  - export := INTEGER;

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `int`;

Section Insert

  - parent :Expanded ENUM;

Section Public

  - none :CONTENT_QUANT := create_code (`XML_CQUANT_NONE`:INTEGER);
  - opt  :CONTENT_QUANT := create_code (`XML_CQUANT_OPT` :INTEGER);
  - rep  :CONTENT_QUANT := create_code (`XML_CQUANT_REP` :INTEGER);
  - plus :CONTENT_QUANT := create_code (`XML_CQUANT_PLUS`:INTEGER);

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/error.li0000644000175000017500000001272411314031253023015 0ustar  sonntagsonntagSection Header

  + name := ERROR;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - import := INTEGER;
  - export := INTEGER, STRING;

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `int`;

Section Insert

  - parent :Expanded ENUM;

  - parent_expat_object :Expanded EXPAT_OBJECT;

Section Public

  - none                     :ERROR := create_code (`XML_ERROR_NONE`:INTEGER);
  - no_memory                :ERROR := create_code (`XML_ERROR_NO_MEMORY`:INTEGER);
  - syntax                   :ERROR := create_code (`XML_ERROR_SYNTAX`:INTEGER);
  - no_elements              :ERROR := create_code (`XML_ERROR_NO_ELEMENTS`:INTEGER);
  - invalid_token            :ERROR := create_code (`XML_ERROR_INVALID_TOKEN`:INTEGER);
  - unclosed_token           :ERROR := create_code (`XML_ERROR_UNCLOSED_TOKEN`:INTEGER);
  - partial_char             :ERROR := create_code (`XML_ERROR_PARTIAL_CHAR`:INTEGER);
  - tag_mismatch             :ERROR := create_code (`XML_ERROR_TAG_MISMATCH`:INTEGER);
  - duplicate_attribute      :ERROR := create_code (`XML_ERROR_DUPLICATE_ATTRIBUTE`:INTEGER);
  - junk_after_doc_element   :ERROR := create_code (`XML_ERROR_JUNK_AFTER_DOC_ELEMENT`:INTEGER);
  - param_entity_ref         :ERROR := create_code (`XML_ERROR_PARAM_ENTITY_REF`:INTEGER);
  - undefined_entity         :ERROR := create_code (`XML_ERROR_UNDEFINED_ENTITY`:INTEGER);
  - recursive_entity_ref     :ERROR := create_code (`XML_ERROR_RECURSIVE_ENTITY_REF`:INTEGER);
  - async_entity             :ERROR := create_code (`XML_ERROR_ASYNC_ENTITY`:INTEGER);
  - bad_char_ref             :ERROR := create_code (`XML_ERROR_BAD_CHAR_REF`:INTEGER);
  - binary_entity_ref        :ERROR := create_code (`XML_ERROR_BINARY_ENTITY_REF`:INTEGER);
  - attribute_external_entity_ref :ERROR := create_code (`XML_ERROR_ATTRIBUTE_EXTERNAL_ENTITY_REF`:INTEGER);
  - misplaced_xml_pi         :ERROR := create_code (`XML_ERROR_MISPLACED_XML_PI`:INTEGER);
  - unknown_encoding         :ERROR := create_code (`XML_ERROR_UNKNOWN_ENCODING`:INTEGER);
  - incorrect_encoding       :ERROR := create_code (`XML_ERROR_INCORRECT_ENCODING`:INTEGER);
  - unclosed_cdata_section   :ERROR := create_code (`XML_ERROR_UNCLOSED_CDATA_SECTION`:INTEGER);
  - external_entity_handling :ERROR := create_code (`XML_ERROR_EXTERNAL_ENTITY_HANDLING`:INTEGER);
  - not_standalone           :ERROR := create_code (`XML_ERROR_NOT_STANDALONE`:INTEGER);
  - unexpected_state         :ERROR := create_code (`XML_ERROR_UNEXPECTED_STATE`:INTEGER);
  - entity_declared_in_pe    :ERROR := create_code (`XML_ERROR_ENTITY_DECLARED_IN_PE`:INTEGER);
  - feature_requires_xml_dtd :ERROR := create_code (`XML_ERROR_FEATURE_REQUIRES_XML_DTD`:INTEGER);
  - cant_change_feature_once_parsing :ERROR := create_code (`XML_ERROR_CANT_CHANGE_FEATURE_ONCE_PARSING`:INTEGER);
  - unbound_prefix           :ERROR := create_code (`XML_ERROR_UNBOUND_PREFIX`:INTEGER);
  - undeclaring_prefix       :ERROR := create_code (`XML_ERROR_UNDECLARING_PREFIX`:INTEGER);
  - incomplete_pe            :ERROR := create_code (`XML_ERROR_INCOMPLETE_PE`:INTEGER);
  - xml_decl                 :ERROR := create_code (`XML_ERROR_XML_DECL`:INTEGER);
  - text_decl                :ERROR := create_code (`XML_ERROR_TEXT_DECL`:INTEGER);
  - publicid                 :ERROR := create_code (`XML_ERROR_PUBLICID`:INTEGER);
  - suspended                :ERROR := create_code (`XML_ERROR_SUSPENDED`:INTEGER);
  - not_suspended            :ERROR := create_code (`XML_ERROR_NOT_SUSPENDED`:INTEGER);
  - aborted                  :ERROR := create_code (`XML_ERROR_ABORTED`:INTEGER);
  - finished                 :ERROR := create_code (`XML_ERROR_FINISHED`:INTEGER);
  - suspend_pe               :ERROR := create_code (`XML_ERROR_SUSPEND_PE`:INTEGER);
  - reserved_prefix_xml      :ERROR := create_code (`XML_ERROR_RESERVED_PREFIX_XML`:INTEGER);
  - reserved_prefix_xmlns    :ERROR := create_code (`XML_ERROR_RESERVED_PREFIX_XMLNS`:INTEGER);
  - reserved_namespace_uri   :ERROR := create_code (`XML_ERROR_RESERVED_NAMESPACE_URI`:INTEGER);

  - to_string :STRING <-
  ( + self :SELF;
    self := Self;
    from_external_copy (`XML_ErrorString(@self)`:NATIVE_ARRAY(CHARACTER))
  );

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on; dynamic-word-wrap off;
lisaac_0.39_rc1/lib/unstable/expat-binding/src/status.li0000644000175000017500000000351111314031253023201 0ustar  sonntagsonntagSection Header

  + name := Expanded STATUS;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - comment       := "";

  - import := INTEGER;
  - export := INTEGER;

  // Copyright (c) 2008 Mildred Ki'Lya 
  //
  // Permission is hereby granted, free of charge, to any person
  // obtaining a copy of this software and associated documentation
  // files (the "Software"), to deal in the Software without
  // restriction, including without limitation the rights to use,
  // copy, modify, merge, publish, distribute, sublicense, and/or sell
  // copies of the Software, and to permit persons to whom the
  // Software is furnished to do so, subject to the following
  // conditions:
  //
  // The above copyright notice and this permission notice shall be
  // included in all copies or substantial portions of the Software.
  //
  // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
  // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
  // OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
  // NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
  // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
  // WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
  // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
  // OTHER DEALINGS IN THE SOFTWARE.

  - external := `#include `;
  - type := `int`;

Section Insert

  - parent :Expanded ENUM;

Section Public

  - error     :STATUS := create_code (`XML_STATUS_ERROR`:INTEGER);
  - ok        :STATUS := create_code (`XML_STATUS_OK`:INTEGER);
  - suspended :STATUS := create_code (`XML_STATUS_SUSPENDED`:INTEGER);

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/unstable/sqlite-binding/0000755000175000017500000000000011314031256020724 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/sqlite-binding/sqlite3ext.h0000644000175000017500000005042211314031256023205 0ustar  sonntagsonntag/*
** 2006 June 7
**
** The author disclaims copyright to this source code.  In place of
** a legal notice, here is a blessing:
**
**    May you do good and not evil.
**    May you find forgiveness for yourself and forgive others.
**    May you share freely, never taking more than you give.
**
*************************************************************************
** This header file defines the SQLite interface for use by
** shared libraries that want to be imported as extensions into
** an SQLite instance.  Shared libraries that intend to be loaded
** as extensions by SQLite should #include this file instead of 
** sqlite3.h.
**
** @(#) $Id: sqlite3ext.h,v 1.25 2008/10/12 00:27:54 shane Exp $
*/
#ifndef _SQLITE3EXT_H_
#define _SQLITE3EXT_H_
#include "sqlite3.h"

typedef struct sqlite3_api_routines sqlite3_api_routines;

/*
** The following structure holds pointers to all of the SQLite API
** routines.
**
** WARNING:  In order to maintain backwards compatibility, add new
** interfaces to the end of this structure only.  If you insert new
** interfaces in the middle of this structure, then older different
** versions of SQLite will not be able to load each others' shared
** libraries!
*/
struct sqlite3_api_routines {
  void * (*aggregate_context)(sqlite3_context*,int nBytes);
  int  (*aggregate_count)(sqlite3_context*);
  int  (*bind_blob)(sqlite3_stmt*,int,const void*,int n,void(*)(void*));
  int  (*bind_double)(sqlite3_stmt*,int,double);
  int  (*bind_int)(sqlite3_stmt*,int,int);
  int  (*bind_int64)(sqlite3_stmt*,int,sqlite_int64);
  int  (*bind_null)(sqlite3_stmt*,int);
  int  (*bind_parameter_count)(sqlite3_stmt*);
  int  (*bind_parameter_index)(sqlite3_stmt*,const char*zName);
  const char * (*bind_parameter_name)(sqlite3_stmt*,int);
  int  (*bind_text)(sqlite3_stmt*,int,const char*,int n,void(*)(void*));
  int  (*bind_text16)(sqlite3_stmt*,int,const void*,int,void(*)(void*));
  int  (*bind_value)(sqlite3_stmt*,int,const sqlite3_value*);
  int  (*busy_handler)(sqlite3*,int(*)(void*,int),void*);
  int  (*busy_timeout)(sqlite3*,int ms);
  int  (*changes)(sqlite3*);
  int  (*close)(sqlite3*);
  int  (*collation_needed)(sqlite3*,void*,void(*)(void*,sqlite3*,int eTextRep,const char*));
  int  (*collation_needed16)(sqlite3*,void*,void(*)(void*,sqlite3*,int eTextRep,const void*));
  const void * (*column_blob)(sqlite3_stmt*,int iCol);
  int  (*column_bytes)(sqlite3_stmt*,int iCol);
  int  (*column_bytes16)(sqlite3_stmt*,int iCol);
  int  (*column_count)(sqlite3_stmt*pStmt);
  const char * (*column_database_name)(sqlite3_stmt*,int);
  const void * (*column_database_name16)(sqlite3_stmt*,int);
  const char * (*column_decltype)(sqlite3_stmt*,int i);
  const void * (*column_decltype16)(sqlite3_stmt*,int);
  double  (*column_double)(sqlite3_stmt*,int iCol);
  int  (*column_int)(sqlite3_stmt*,int iCol);
  sqlite_int64  (*column_int64)(sqlite3_stmt*,int iCol);
  const char * (*column_name)(sqlite3_stmt*,int);
  const void * (*column_name16)(sqlite3_stmt*,int);
  const char * (*column_origin_name)(sqlite3_stmt*,int);
  const void * (*column_origin_name16)(sqlite3_stmt*,int);
  const char * (*column_table_name)(sqlite3_stmt*,int);
  const void * (*column_table_name16)(sqlite3_stmt*,int);
  const unsigned char * (*column_text)(sqlite3_stmt*,int iCol);
  const void * (*column_text16)(sqlite3_stmt*,int iCol);
  int  (*column_type)(sqlite3_stmt*,int iCol);
  sqlite3_value* (*column_value)(sqlite3_stmt*,int iCol);
  void * (*commit_hook)(sqlite3*,int(*)(void*),void*);
  int  (*complete)(const char*sql);
  int  (*complete16)(const void*sql);
  int  (*create_collation)(sqlite3*,const char*,int,void*,int(*)(void*,int,const void*,int,const void*));
  int  (*create_collation16)(sqlite3*,const void*,int,void*,int(*)(void*,int,const void*,int,const void*));
  int  (*create_function)(sqlite3*,const char*,int,int,void*,void (*xFunc)(sqlite3_context*,int,sqlite3_value**),void (*xStep)(sqlite3_context*,int,sqlite3_value**),void (*xFinal)(sqlite3_context*));
  int  (*create_function16)(sqlite3*,const void*,int,int,void*,void (*xFunc)(sqlite3_context*,int,sqlite3_value**),void (*xStep)(sqlite3_context*,int,sqlite3_value**),void (*xFinal)(sqlite3_context*));
  int (*create_module)(sqlite3*,const char*,const sqlite3_module*,void*);
  int  (*data_count)(sqlite3_stmt*pStmt);
  sqlite3 * (*db_handle)(sqlite3_stmt*);
  int (*declare_vtab)(sqlite3*,const char*);
  int  (*enable_shared_cache)(int);
  int  (*errcode)(sqlite3*db);
  const char * (*errmsg)(sqlite3*);
  const void * (*errmsg16)(sqlite3*);
  int  (*exec)(sqlite3*,const char*,sqlite3_callback,void*,char**);
  int  (*expired)(sqlite3_stmt*);
  int  (*finalize)(sqlite3_stmt*pStmt);
  void  (*free)(void*);
  void  (*free_table)(char**result);
  int  (*get_autocommit)(sqlite3*);
  void * (*get_auxdata)(sqlite3_context*,int);
  int  (*get_table)(sqlite3*,const char*,char***,int*,int*,char**);
  int  (*global_recover)(void);
  void  (*interruptx)(sqlite3*);
  sqlite_int64  (*last_insert_rowid)(sqlite3*);
  const char * (*libversion)(void);
  int  (*libversion_number)(void);
  void *(*malloc)(int);
  char * (*mprintf)(const char*,...);
  int  (*open)(const char*,sqlite3**);
  int  (*open16)(const void*,sqlite3**);
  int  (*prepare)(sqlite3*,const char*,int,sqlite3_stmt**,const char**);
  int  (*prepare16)(sqlite3*,const void*,int,sqlite3_stmt**,const void**);
  void * (*profile)(sqlite3*,void(*)(void*,const char*,sqlite_uint64),void*);
  void  (*progress_handler)(sqlite3*,int,int(*)(void*),void*);
  void *(*realloc)(void*,int);
  int  (*reset)(sqlite3_stmt*pStmt);
  void  (*result_blob)(sqlite3_context*,const void*,int,void(*)(void*));
  void  (*result_double)(sqlite3_context*,double);
  void  (*result_error)(sqlite3_context*,const char*,int);
  void  (*result_error16)(sqlite3_context*,const void*,int);
  void  (*result_int)(sqlite3_context*,int);
  void  (*result_int64)(sqlite3_context*,sqlite_int64);
  void  (*result_null)(sqlite3_context*);
  void  (*result_text)(sqlite3_context*,const char*,int,void(*)(void*));
  void  (*result_text16)(sqlite3_context*,const void*,int,void(*)(void*));
  void  (*result_text16be)(sqlite3_context*,const void*,int,void(*)(void*));
  void  (*result_text16le)(sqlite3_context*,const void*,int,void(*)(void*));
  void  (*result_value)(sqlite3_context*,sqlite3_value*);
  void * (*rollback_hook)(sqlite3*,void(*)(void*),void*);
  int  (*set_authorizer)(sqlite3*,int(*)(void*,int,const char*,const char*,const char*,const char*),void*);
  void  (*set_auxdata)(sqlite3_context*,int,void*,void (*)(void*));
  char * (*snprintf)(int,char*,const char*,...);
  int  (*step)(sqlite3_stmt*);
  int  (*table_column_metadata)(sqlite3*,const char*,const char*,const char*,char const**,char const**,int*,int*,int*);
  void  (*thread_cleanup)(void);
  int  (*total_changes)(sqlite3*);
  void * (*trace)(sqlite3*,void(*xTrace)(void*,const char*),void*);
  int  (*transfer_bindings)(sqlite3_stmt*,sqlite3_stmt*);
  void * (*update_hook)(sqlite3*,void(*)(void*,int ,char const*,char const*,sqlite_int64),void*);
  void * (*user_data)(sqlite3_context*);
  const void * (*value_blob)(sqlite3_value*);
  int  (*value_bytes)(sqlite3_value*);
  int  (*value_bytes16)(sqlite3_value*);
  double  (*value_double)(sqlite3_value*);
  int  (*value_int)(sqlite3_value*);
  sqlite_int64  (*value_int64)(sqlite3_value*);
  int  (*value_numeric_type)(sqlite3_value*);
  const unsigned char * (*value_text)(sqlite3_value*);
  const void * (*value_text16)(sqlite3_value*);
  const void * (*value_text16be)(sqlite3_value*);
  const void * (*value_text16le)(sqlite3_value*);
  int  (*value_type)(sqlite3_value*);
  char *(*vmprintf)(const char*,va_list);
  /* Added ??? */
  int (*overload_function)(sqlite3*, const char *zFuncName, int nArg);
  /* Added by 3.3.13 */
  int (*prepare_v2)(sqlite3*,const char*,int,sqlite3_stmt**,const char**);
  int (*prepare16_v2)(sqlite3*,const void*,int,sqlite3_stmt**,const void**);
  int (*clear_bindings)(sqlite3_stmt*);
  /* Added by 3.4.1 */
  int (*create_module_v2)(sqlite3*,const char*,const sqlite3_module*,void*,void (*xDestroy)(void *));
  /* Added by 3.5.0 */
  int (*bind_zeroblob)(sqlite3_stmt*,int,int);
  int (*blob_bytes)(sqlite3_blob*);
  int (*blob_close)(sqlite3_blob*);
  int (*blob_open)(sqlite3*,const char*,const char*,const char*,sqlite3_int64,int,sqlite3_blob**);
  int (*blob_read)(sqlite3_blob*,void*,int,int);
  int (*blob_write)(sqlite3_blob*,const void*,int,int);
  int (*create_collation_v2)(sqlite3*,const char*,int,void*,int(*)(void*,int,const void*,int,const void*),void(*)(void*));
  int (*file_control)(sqlite3*,const char*,int,void*);
  sqlite3_int64 (*memory_highwater)(int);
  sqlite3_int64 (*memory_used)(void);
  sqlite3_mutex *(*mutex_alloc)(int);
  void (*mutex_enter)(sqlite3_mutex*);
  void (*mutex_free)(sqlite3_mutex*);
  void (*mutex_leave)(sqlite3_mutex*);
  int (*mutex_try)(sqlite3_mutex*);
  int (*open_v2)(const char*,sqlite3**,int,const char*);
  int (*release_memory)(int);
  void (*result_error_nomem)(sqlite3_context*);
  void (*result_error_toobig)(sqlite3_context*);
  int (*sleep)(int);
  void (*soft_heap_limit)(int);
  sqlite3_vfs *(*vfs_find)(const char*);
  int (*vfs_register)(sqlite3_vfs*,int);
  int (*vfs_unregister)(sqlite3_vfs*);
  int (*xthreadsafe)(void);
  void (*result_zeroblob)(sqlite3_context*,int);
  void (*result_error_code)(sqlite3_context*,int);
  int (*test_control)(int, ...);
  void (*randomness)(int,void*);
  sqlite3 *(*context_db_handle)(sqlite3_context*);
  int (*extended_result_codes)(sqlite3*,int);
  int (*limit)(sqlite3*,int,int);
  sqlite3_stmt *(*next_stmt)(sqlite3*,sqlite3_stmt*);
  const char *(*sql)(sqlite3_stmt*);
  int (*status)(int,int*,int*,int);
};

/*
** The following macros redefine the API routines so that they are
** redirected throught the global sqlite3_api structure.
**
** This header file is also used by the loadext.c source file
** (part of the main SQLite library - not an extension) so that
** it can get access to the sqlite3_api_routines structure
** definition.  But the main library does not want to redefine
** the API.  So the redefinition macros are only valid if the
** SQLITE_CORE macros is undefined.
*/
#ifndef SQLITE_CORE
#define sqlite3_aggregate_context      sqlite3_api->aggregate_context
#ifndef SQLITE_OMIT_DEPRECATED
#define sqlite3_aggregate_count        sqlite3_api->aggregate_count
#endif
#define sqlite3_bind_blob              sqlite3_api->bind_blob
#define sqlite3_bind_double            sqlite3_api->bind_double
#define sqlite3_bind_int               sqlite3_api->bind_int
#define sqlite3_bind_int64             sqlite3_api->bind_int64
#define sqlite3_bind_null              sqlite3_api->bind_null
#define sqlite3_bind_parameter_count   sqlite3_api->bind_parameter_count
#define sqlite3_bind_parameter_index   sqlite3_api->bind_parameter_index
#define sqlite3_bind_parameter_name    sqlite3_api->bind_parameter_name
#define sqlite3_bind_text              sqlite3_api->bind_text
#define sqlite3_bind_text16            sqlite3_api->bind_text16
#define sqlite3_bind_value             sqlite3_api->bind_value
#define sqlite3_busy_handler           sqlite3_api->busy_handler
#define sqlite3_busy_timeout           sqlite3_api->busy_timeout
#define sqlite3_changes                sqlite3_api->changes
#define sqlite3_close                  sqlite3_api->close
#define sqlite3_collation_needed       sqlite3_api->collation_needed
#define sqlite3_collation_needed16     sqlite3_api->collation_needed16
#define sqlite3_column_blob            sqlite3_api->column_blob
#define sqlite3_column_bytes           sqlite3_api->column_bytes
#define sqlite3_column_bytes16         sqlite3_api->column_bytes16
#define sqlite3_column_count           sqlite3_api->column_count
#define sqlite3_column_database_name   sqlite3_api->column_database_name
#define sqlite3_column_database_name16 sqlite3_api->column_database_name16
#define sqlite3_column_decltype        sqlite3_api->column_decltype
#define sqlite3_column_decltype16      sqlite3_api->column_decltype16
#define sqlite3_column_double          sqlite3_api->column_double
#define sqlite3_column_int             sqlite3_api->column_int
#define sqlite3_column_int64           sqlite3_api->column_int64
#define sqlite3_column_name            sqlite3_api->column_name
#define sqlite3_column_name16          sqlite3_api->column_name16
#define sqlite3_column_origin_name     sqlite3_api->column_origin_name
#define sqlite3_column_origin_name16   sqlite3_api->column_origin_name16
#define sqlite3_column_table_name      sqlite3_api->column_table_name
#define sqlite3_column_table_name16    sqlite3_api->column_table_name16
#define sqlite3_column_text            sqlite3_api->column_text
#define sqlite3_column_text16          sqlite3_api->column_text16
#define sqlite3_column_type            sqlite3_api->column_type
#define sqlite3_column_value           sqlite3_api->column_value
#define sqlite3_commit_hook            sqlite3_api->commit_hook
#define sqlite3_complete               sqlite3_api->complete
#define sqlite3_complete16             sqlite3_api->complete16
#define sqlite3_create_collation       sqlite3_api->create_collation
#define sqlite3_create_collation16     sqlite3_api->create_collation16
#define sqlite3_create_function        sqlite3_api->create_function
#define sqlite3_create_function16      sqlite3_api->create_function16
#define sqlite3_create_module          sqlite3_api->create_module
#define sqlite3_create_module_v2       sqlite3_api->create_module_v2
#define sqlite3_data_count             sqlite3_api->data_count
#define sqlite3_db_handle              sqlite3_api->db_handle
#define sqlite3_declare_vtab           sqlite3_api->declare_vtab
#define sqlite3_enable_shared_cache    sqlite3_api->enable_shared_cache
#define sqlite3_errcode                sqlite3_api->errcode
#define sqlite3_errmsg                 sqlite3_api->errmsg
#define sqlite3_errmsg16               sqlite3_api->errmsg16
#define sqlite3_exec                   sqlite3_api->exec
#ifndef SQLITE_OMIT_DEPRECATED
#define sqlite3_expired                sqlite3_api->expired
#endif
#define sqlite3_finalize               sqlite3_api->finalize
#define sqlite3_free                   sqlite3_api->free
#define sqlite3_free_table             sqlite3_api->free_table
#define sqlite3_get_autocommit         sqlite3_api->get_autocommit
#define sqlite3_get_auxdata            sqlite3_api->get_auxdata
#define sqlite3_get_table              sqlite3_api->get_table
#ifndef SQLITE_OMIT_DEPRECATED
#define sqlite3_global_recover         sqlite3_api->global_recover
#endif
#define sqlite3_interrupt              sqlite3_api->interruptx
#define sqlite3_last_insert_rowid      sqlite3_api->last_insert_rowid
#define sqlite3_libversion             sqlite3_api->libversion
#define sqlite3_libversion_number      sqlite3_api->libversion_number
#define sqlite3_malloc                 sqlite3_api->malloc
#define sqlite3_mprintf                sqlite3_api->mprintf
#define sqlite3_open                   sqlite3_api->open
#define sqlite3_open16                 sqlite3_api->open16
#define sqlite3_prepare                sqlite3_api->prepare
#define sqlite3_prepare16              sqlite3_api->prepare16
#define sqlite3_prepare_v2             sqlite3_api->prepare_v2
#define sqlite3_prepare16_v2           sqlite3_api->prepare16_v2
#define sqlite3_profile                sqlite3_api->profile
#define sqlite3_progress_handler       sqlite3_api->progress_handler
#define sqlite3_realloc                sqlite3_api->realloc
#define sqlite3_reset                  sqlite3_api->reset
#define sqlite3_result_blob            sqlite3_api->result_blob
#define sqlite3_result_double          sqlite3_api->result_double
#define sqlite3_result_error           sqlite3_api->result_error
#define sqlite3_result_error16         sqlite3_api->result_error16
#define sqlite3_result_int             sqlite3_api->result_int
#define sqlite3_result_int64           sqlite3_api->result_int64
#define sqlite3_result_null            sqlite3_api->result_null
#define sqlite3_result_text            sqlite3_api->result_text
#define sqlite3_result_text16          sqlite3_api->result_text16
#define sqlite3_result_text16be        sqlite3_api->result_text16be
#define sqlite3_result_text16le        sqlite3_api->result_text16le
#define sqlite3_result_value           sqlite3_api->result_value
#define sqlite3_rollback_hook          sqlite3_api->rollback_hook
#define sqlite3_set_authorizer         sqlite3_api->set_authorizer
#define sqlite3_set_auxdata            sqlite3_api->set_auxdata
#define sqlite3_snprintf               sqlite3_api->snprintf
#define sqlite3_step                   sqlite3_api->step
#define sqlite3_table_column_metadata  sqlite3_api->table_column_metadata
#define sqlite3_thread_cleanup         sqlite3_api->thread_cleanup
#define sqlite3_total_changes          sqlite3_api->total_changes
#define sqlite3_trace                  sqlite3_api->trace
#ifndef SQLITE_OMIT_DEPRECATED
#define sqlite3_transfer_bindings      sqlite3_api->transfer_bindings
#endif
#define sqlite3_update_hook            sqlite3_api->update_hook
#define sqlite3_user_data              sqlite3_api->user_data
#define sqlite3_value_blob             sqlite3_api->value_blob
#define sqlite3_value_bytes            sqlite3_api->value_bytes
#define sqlite3_value_bytes16          sqlite3_api->value_bytes16
#define sqlite3_value_double           sqlite3_api->value_double
#define sqlite3_value_int              sqlite3_api->value_int
#define sqlite3_value_int64            sqlite3_api->value_int64
#define sqlite3_value_numeric_type     sqlite3_api->value_numeric_type
#define sqlite3_value_text             sqlite3_api->value_text
#define sqlite3_value_text16           sqlite3_api->value_text16
#define sqlite3_value_text16be         sqlite3_api->value_text16be
#define sqlite3_value_text16le         sqlite3_api->value_text16le
#define sqlite3_value_type             sqlite3_api->value_type
#define sqlite3_vmprintf               sqlite3_api->vmprintf
#define sqlite3_overload_function      sqlite3_api->overload_function
#define sqlite3_prepare_v2             sqlite3_api->prepare_v2
#define sqlite3_prepare16_v2           sqlite3_api->prepare16_v2
#define sqlite3_clear_bindings         sqlite3_api->clear_bindings
#define sqlite3_bind_zeroblob          sqlite3_api->bind_zeroblob
#define sqlite3_blob_bytes             sqlite3_api->blob_bytes
#define sqlite3_blob_close             sqlite3_api->blob_close
#define sqlite3_blob_open              sqlite3_api->blob_open
#define sqlite3_blob_read              sqlite3_api->blob_read
#define sqlite3_blob_write             sqlite3_api->blob_write
#define sqlite3_create_collation_v2    sqlite3_api->create_collation_v2
#define sqlite3_file_control           sqlite3_api->file_control
#define sqlite3_memory_highwater       sqlite3_api->memory_highwater
#define sqlite3_memory_used            sqlite3_api->memory_used
#define sqlite3_mutex_alloc            sqlite3_api->mutex_alloc
#define sqlite3_mutex_enter            sqlite3_api->mutex_enter
#define sqlite3_mutex_free             sqlite3_api->mutex_free
#define sqlite3_mutex_leave            sqlite3_api->mutex_leave
#define sqlite3_mutex_try              sqlite3_api->mutex_try
#define sqlite3_open_v2                sqlite3_api->open_v2
#define sqlite3_release_memory         sqlite3_api->release_memory
#define sqlite3_result_error_nomem     sqlite3_api->result_error_nomem
#define sqlite3_result_error_toobig    sqlite3_api->result_error_toobig
#define sqlite3_sleep                  sqlite3_api->sleep
#define sqlite3_soft_heap_limit        sqlite3_api->soft_heap_limit
#define sqlite3_vfs_find               sqlite3_api->vfs_find
#define sqlite3_vfs_register           sqlite3_api->vfs_register
#define sqlite3_vfs_unregister         sqlite3_api->vfs_unregister
#define sqlite3_threadsafe             sqlite3_api->xthreadsafe
#define sqlite3_result_zeroblob        sqlite3_api->result_zeroblob
#define sqlite3_result_error_code      sqlite3_api->result_error_code
#define sqlite3_test_control           sqlite3_api->test_control
#define sqlite3_randomness             sqlite3_api->randomness
#define sqlite3_context_db_handle      sqlite3_api->context_db_handle
#define sqlite3_extended_result_codes  sqlite3_api->extended_result_codes
#define sqlite3_limit                  sqlite3_api->limit
#define sqlite3_next_stmt              sqlite3_api->next_stmt
#define sqlite3_sql                    sqlite3_api->sql
#define sqlite3_status                 sqlite3_api->status
#endif /* SQLITE_CORE */

#define SQLITE_EXTENSION_INIT1     const sqlite3_api_routines *sqlite3_api = 0;
#define SQLITE_EXTENSION_INIT2(v)  sqlite3_api = v;

#endif /* _SQLITE3EXT_H_ */
lisaac_0.39_rc1/lib/unstable/sqlite-binding/sqlite_statement.li0000644000175000017500000001575411314031256024653 0ustar  sonntagsonntagSection Header

  // Represent a SQLite prepared statement. Prepared statements execute faster
  // and are generally safer than a standard execute call as all bound
  // parameters are escaped properly.
  //
  // To create a `SQLITE_STATEMENT`, use `SQLITE.prepare`. Any valid SQL
  // can be sent to prepare. Further bound values are inserted with
  // each call to step. ? and ?NNN are supported.

  + name     := SQLITE_STATEMENT;

  - copyright := "2008, Jeremy Cowgar";

  - comment := "SQLite binding of prepared statements";

  - external := `#include "sqlite3.h"`;

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public

  - pointer :POINTER := NULL;
  // Internal pointer to the "sqlite3_stmt *" statement handle.

Section Public
  // Create/Reset/Destroy slots

  - set_stmt p:POINTER <-
  // Set the C sqlite3_stmt* handle for this statement.
  (
    pointer := p;
  );

  - make stmt:POINTER :SELF <-
  // Clone `SQLITE_STATEMENT` with the given `stmt` as the statement
  // pointer.
  (
    + result:SELF;

    result := SELF.clone;
    result.set_stmt stmt;
    result
  );

  - finalize <-
  // Finalize the prepared statement which free's all memory
  // associated with it. Once finalized, this `SQLITE_STATEMENT`
  // can no longer be used.
  (
    + stmt:POINTER;
    stmt := pointer;
    `sqlite3_finalize(@stmt)`;
    pointer := NULL;
  );

  - reset <-
  // Reset the prepared statement back to it's initial state, ready to be
  // re-executed. Any SQL statement variables that had values bound to
  // them using the `bind` slots retain their values. Use `clear_bindings`
  // to reset the bindings.
  (
    + stmt:POINTER;
    stmt := pointer;
    `sqlite3_reset(@stmt)`;
  );

  - clear_bindings <-
  // Reset all bound values of the prepared statement to NULL.
  (
    + stmt:POINTER;
    stmt := pointer;
    `sqlite3_clear_bindings(@stmt)`;
  );

Section Public
  // Movement through the result set.

  - step :INTEGER <-
  // Evaluate the next (or first) SQL statement in the prepared statement.
  (
    + stmt: POINTER;
    stmt := pointer;
    `sqlite3_step(@stmt)`:INTEGER
  );

  - foreach b:{} <-
  // Evaluate the prepared statement calling `b` for each row that is
  // returned by `step`. Warning: When completed, `foreach` does not
  // automatically call finalize. This is left up to the caller.
  (
    { step = SQLITE.row }.while_do b;
  );

Section Public
  // Binding for execute

  - bind col:INTEGER to_integer v:INTEGER <-
  // Bind the integer value `v` to the column `col`.
  (
    + stmt :POINTER;
    stmt := pointer;
    `sqlite3_bind_int(@stmt, @col, @v)`;
  );

  - bind col:INTEGER to_integer64 v:INTEGER_64 <-
  // Bind the 64bit integer value `v` to the column `col`.
  (
    + stmt :POINTER;
    stmt := pointer;
    `sqlite3_bind_int64(@stmt, @col, @v)`;
  );

  - bind col:INTEGER to_real v:REAL_64 <-
  // Bind the real value `v` to the column `col`.
  (
    + stmt :POINTER;
    stmt := pointer;
    `sqlite3_bind_double(@stmt, @col, @v)`;
  );

  - bind col:INTEGER to_string v:ABSTRACT_STRING <-
  // Bind the string value `v` to the column `col`.
  (
    + stmt    : POINTER;
    + a_value : NATIVE_ARRAY(CHARACTER);

    stmt    := pointer;
    a_value := v.to_external;

    `sqlite3_bind_text(@stmt, @col, @a_value, -1, 0)`;
  );

  - bind_nul col:INTEGER <-
  // Bind null to the colum `col`.
  (
    + stmt :POINTER;
    stmt := pointer;
    `sqlite3_bind_null(@stmt, @col)`;
  );

Section Public
  // Column Values

  - as_integer col:INTEGER :INTEGER <-
  // Get the value of `col` as an integer.
  (
    + stmt:POINTER;
    stmt := pointer;
    `sqlite3_column_int(@stmt, @col)`:INTEGER
  );

  - as_integer64 col:INTEGER :INTEGER <-
  // Get the value of `col` as a 64bit integer.
  (
    + stmt:POINTER;
    stmt := pointer;
    `sqlite3_column_int64(@stmt, @col)`:INTEGER_64
  );

  - as_double col:INTEGER :REAL_64 <-
  // Get the value of `col` as a double.
  (
    + stmt:POINTER;
    stmt := pointer;
    `sqlite3_column_double(@stmt, @col)`:REAL_64
  );

  - as_string col:INTEGER :STRING <-
  // Get the value of `col` as a string.
  (
    + stmt : POINTER;
    + value : NATIVE_ARRAY(CHARACTER);
    + result : STRING;

    stmt := pointer;
    value := `sqlite3_column_text(@stmt, @col)`:NATIVE_ARRAY(CHARACTER);

    result := STRING.clone;
    result.from_external(value);
    result
  );

Section Public
  // Column Values (by name)

  - field_as_integer name:ABSTRACT_STRING :INTEGER <-
  // Get the value of `name` as an integer.
  (
    as_integer (index name)
  );

  - field_as_integer64 name:ABSTRACT_STRING :INTEGER <-
  // Get the value of `name` as a 64bit integer.
  (
    as_integer64 (index name)
  );

  - field_as_double name:ABSTRACT_STRING :REAL_64 <-
  // Get the value of `name` as a double.
  (
    as_double (index name)
  );

  - field_as_string name:ABSTRACT_STRING :STRING <-
  // Get the value of `name` as a string.
  (
    as_string (index name)
  );

Section Public
  // Column Information

  - count :INTEGER <-
  // Get the number of columns in the prepared statement.
  (
    + stmt:POINTER;

    stmt := pointer;

    `sqlite3_column_count(@stmt)`:INTEGER
  );

  - type col:INTEGER :INTEGER <-
  // Get the column type of column `col`.
  (
    + stmt :POINTER;

    stmt := pointer;

    `sqlite3_column_type(@stmt, @col)`:INTEGER
  );

  - declared_type col:INTEGER :STRING <-
  // Get the declared type of column `col`.
  (
    + stmt:POINTER;
    + n_name:NATIVE_ARRAY(CHARACTER);
    + result:STRING;

    stmt := pointer;
    n_name := `sqlite3_column_decltype(@stmt, @col)`:NATIVE_ARRAY(CHARACTER);

    result := STRING.clone;
    result.from_external(n_name);
    result
  );

  - name col:INTEGER :STRING <-
  // Get the column name of column `col`.
  (
    + stmt:POINTER;
    + n_name:NATIVE_ARRAY(CHARACTER);
    + result:STRING;

    stmt := pointer;
    n_name := `sqlite3_column_name(@stmt, @col)`:NATIVE_ARRAY(CHARACTER);

    result := STRING.clone;
    result.from_external(n_name);
    result
  );

  - index colname:ABSTRACT_STRING :INTEGER <-
  // Get the index of the column named `colname`.
  (
    // TODO: Cache this information, then search the cache
    + result:INTEGER;
    + idx:INTEGER;

    result := -1;
    idx := 0;

    { idx < count }.while_do {
      (name idx == colname).if {
        result := idx;
        idx := count;
      };

      idx := idx + 1;
    };

    result
  );

  - table_name col:INTEGER :STRING <-
  // Get the table name of column `col`.
  (
    + stmt:POINTER;
    + n_name:NATIVE_ARRAY(CHARACTER);
    + result:STRING;

    stmt := pointer;
    n_name := `sqlite3_column_table_name(@stmt, @col)`:NATIVE_ARRAY(CHARACTER);

    result := STRING.clone;
    result.from_external(n_name);
    result
  );

  - database_name col:INTEGER :STRING <-
  // Get the database name of column `col`.
  (
    + stmt:POINTER;
    + n_name:NATIVE_ARRAY(CHARACTER);
    + result:STRING;

    stmt := pointer;
    n_name := `sqlite3_column_database_name(@stmt, @col)`:NATIVE_ARRAY(CHARACTER);

    result := STRING.clone;
    result.from_external(n_name);
    result
  );
lisaac_0.39_rc1/lib/unstable/sqlite-binding/sqlite3.h0000644000175000017500000077331411314031256022500 0ustar  sonntagsonntag/*
** 2001 September 15
**
** The author disclaims copyright to this source code.  In place of
** a legal notice, here is a blessing:
**
**    May you do good and not evil.
**    May you find forgiveness for yourself and forgive others.
**    May you share freely, never taking more than you give.
**
*************************************************************************
** This header file defines the interface that the SQLite library
** presents to client programs.  If a C-function, structure, datatype,
** or constant definition does not appear in this file, then it is
** not a published API of SQLite, is subject to change without
** notice, and should not be referenced by programs that use SQLite.
**
** Some of the definitions that are in this file are marked as
** "experimental".  Experimental interfaces are normally new
** features recently added to SQLite.  We do not anticipate changes
** to experimental interfaces but reserve to make minor changes if
** experience from use "in the wild" suggest such changes are prudent.
**
** The official C-language API documentation for SQLite is derived
** from comments in this file.  This file is the authoritative source
** on how SQLite interfaces are suppose to operate.
**
** The name of this file under configuration management is "sqlite.h.in".
** The makefile makes some minor changes to this file (such as inserting
** the version number) and changes its name to "sqlite3.h" as
** part of the build process.
**
** @(#) $Id: sqlite.h.in,v 1.458 2009/06/19 22:50:31 drh Exp $
*/
#ifndef _SQLITE3_H_
#define _SQLITE3_H_
#include      /* Needed for the definition of va_list */

/*
** Make sure we can call this stuff from C++.
*/
#ifdef __cplusplus
extern "C" {
#endif


/*
** Add the ability to override 'extern'
*/
#ifndef SQLITE_EXTERN
# define SQLITE_EXTERN extern
#endif

/*
** These no-op macros are used in front of interfaces to mark those
** interfaces as either deprecated or experimental.  New applications
** should not use deprecated intrfaces - they are support for backwards
** compatibility only.  Application writers should be aware that
** experimental interfaces are subject to change in point releases.
**
** These macros used to resolve to various kinds of compiler magic that
** would generate warning messages when they were used.  But that
** compiler magic ended up generating such a flurry of bug reports
** that we have taken it all out and gone back to using simple
** noop macros.
*/
#define SQLITE_DEPRECATED
#define SQLITE_EXPERIMENTAL

/*
** Ensure these symbols were not defined by some previous header file.
*/
#ifdef SQLITE_VERSION
# undef SQLITE_VERSION
#endif
#ifdef SQLITE_VERSION_NUMBER
# undef SQLITE_VERSION_NUMBER
#endif

/*
** CAPI3REF: Compile-Time Library Version Numbers {H10010} 
**
** The SQLITE_VERSION and SQLITE_VERSION_NUMBER #defines in
** the sqlite3.h file specify the version of SQLite with which
** that header file is associated.
**
** The "version" of SQLite is a string of the form "X.Y.Z".
** The phrase "alpha" or "beta" might be appended after the Z.
** The X value is major version number always 3 in SQLite3.
** The X value only changes when backwards compatibility is
** broken and we intend to never break backwards compatibility.
** The Y value is the minor version number and only changes when
** there are major feature enhancements that are forwards compatible
** but not backwards compatible.
** The Z value is the release number and is incremented with
** each release but resets back to 0 whenever Y is incremented.
**
** See also: [sqlite3_libversion()] and [sqlite3_libversion_number()].
**
** Requirements: [H10011] [H10014]
*/
#define SQLITE_VERSION         "3.6.16"
#define SQLITE_VERSION_NUMBER  3006016

/*
** CAPI3REF: Run-Time Library Version Numbers {H10020} 
** KEYWORDS: sqlite3_version
**
** These features provide the same information as the [SQLITE_VERSION]
** and [SQLITE_VERSION_NUMBER] #defines in the header, but are associated
** with the library instead of the header file.  Cautious programmers might
** include a check in their application to verify that
** sqlite3_libversion_number() always returns the value
** [SQLITE_VERSION_NUMBER].
**
** The sqlite3_libversion() function returns the same information as is
** in the sqlite3_version[] string constant.  The function is provided
** for use in DLLs since DLL users usually do not have direct access to string
** constants within the DLL.
**
** Requirements: [H10021] [H10022] [H10023]
*/
SQLITE_EXTERN const char sqlite3_version[];
const char *sqlite3_libversion(void);
int sqlite3_libversion_number(void);

/*
** CAPI3REF: Test To See If The Library Is Threadsafe {H10100} 
**
** SQLite can be compiled with or without mutexes.  When
** the [SQLITE_THREADSAFE] C preprocessor macro 1 or 2, mutexes
** are enabled and SQLite is threadsafe.  When the
** [SQLITE_THREADSAFE] macro is 0, 
** the mutexes are omitted.  Without the mutexes, it is not safe
** to use SQLite concurrently from more than one thread.
**
** Enabling mutexes incurs a measurable performance penalty.
** So if speed is of utmost importance, it makes sense to disable
** the mutexes.  But for maximum safety, mutexes should be enabled.
** The default behavior is for mutexes to be enabled.
**
** This interface can be used by a program to make sure that the
** version of SQLite that it is linking against was compiled with
** the desired setting of the [SQLITE_THREADSAFE] macro.
**
** This interface only reports on the compile-time mutex setting
** of the [SQLITE_THREADSAFE] flag.  If SQLite is compiled with
** SQLITE_THREADSAFE=1 then mutexes are enabled by default but
** can be fully or partially disabled using a call to [sqlite3_config()]
** with the verbs [SQLITE_CONFIG_SINGLETHREAD], [SQLITE_CONFIG_MULTITHREAD],
** or [SQLITE_CONFIG_MUTEX].  The return value of this function shows
** only the default compile-time setting, not any run-time changes
** to that setting.
**
** See the [threading mode] documentation for additional information.
**
** Requirements: [H10101] [H10102]
*/
int sqlite3_threadsafe(void);

/*
** CAPI3REF: Database Connection Handle {H12000} 
** KEYWORDS: {database connection} {database connections}
**
** Each open SQLite database is represented by a pointer to an instance of
** the opaque structure named "sqlite3".  It is useful to think of an sqlite3
** pointer as an object.  The [sqlite3_open()], [sqlite3_open16()], and
** [sqlite3_open_v2()] interfaces are its constructors, and [sqlite3_close()]
** is its destructor.  There are many other interfaces (such as
** [sqlite3_prepare_v2()], [sqlite3_create_function()], and
** [sqlite3_busy_timeout()] to name but three) that are methods on an
** sqlite3 object.
*/
typedef struct sqlite3 sqlite3;

/*
** CAPI3REF: 64-Bit Integer Types {H10200} 
** KEYWORDS: sqlite_int64 sqlite_uint64
**
** Because there is no cross-platform way to specify 64-bit integer types
** SQLite includes typedefs for 64-bit signed and unsigned integers.
**
** The sqlite3_int64 and sqlite3_uint64 are the preferred type definitions.
** The sqlite_int64 and sqlite_uint64 types are supported for backwards
** compatibility only.
**
** Requirements: [H10201] [H10202]
*/
#ifdef SQLITE_INT64_TYPE
  typedef SQLITE_INT64_TYPE sqlite_int64;
  typedef unsigned SQLITE_INT64_TYPE sqlite_uint64;
#elif defined(_MSC_VER) || defined(__BORLANDC__)
  typedef __int64 sqlite_int64;
  typedef unsigned __int64 sqlite_uint64;
#else
  typedef long long int sqlite_int64;
  typedef unsigned long long int sqlite_uint64;
#endif
typedef sqlite_int64 sqlite3_int64;
typedef sqlite_uint64 sqlite3_uint64;

/*
** If compiling for a processor that lacks floating point support,
** substitute integer for floating-point.
*/
#ifdef SQLITE_OMIT_FLOATING_POINT
# define double sqlite3_int64
#endif

/*
** CAPI3REF: Closing A Database Connection {H12010} 
**
** This routine is the destructor for the [sqlite3] object.
**
** Applications should [sqlite3_finalize | finalize] all [prepared statements]
** and [sqlite3_blob_close | close] all [BLOB handles] associated with
** the [sqlite3] object prior to attempting to close the object.
** The [sqlite3_next_stmt()] interface can be used to locate all
** [prepared statements] associated with a [database connection] if desired.
** Typical code might look like this:
**
** 
** sqlite3_stmt *pStmt;
** while( (pStmt = sqlite3_next_stmt(db, 0))!=0 ){
**     sqlite3_finalize(pStmt);
** }
** 

**
** If [sqlite3_close()] is invoked while a transaction is open,
** the transaction is automatically rolled back.
**
** The C parameter to [sqlite3_close(C)] must be either a NULL
** pointer or an [sqlite3] object pointer obtained
** from [sqlite3_open()], [sqlite3_open16()], or
** [sqlite3_open_v2()], and not previously closed.
**
** Requirements:
** [H12011] [H12012] [H12013] [H12014] [H12015] [H12019]
*/
int sqlite3_close(sqlite3 *);

/*
** The type for a callback function.
** This is legacy and deprecated.  It is included for historical
** compatibility and is not documented.
*/
typedef int (*sqlite3_callback)(void*,int,char**, char**);

/*
** CAPI3REF: One-Step Query Execution Interface {H12100} 
**
** The sqlite3_exec() interface is a convenient way of running one or more
** SQL statements without having to write a lot of C code.  The UTF-8 encoded
** SQL statements are passed in as the second parameter to sqlite3_exec().
** The statements are evaluated one by one until either an error or
** an interrupt is encountered, or until they are all done.  The 3rd parameter
** is an optional callback that is invoked once for each row of any query
** results produced by the SQL statements.  The 5th parameter tells where
** to write any error messages.
**
** The error message passed back through the 5th parameter is held
** in memory obtained from [sqlite3_malloc()].  To avoid a memory leak,
** the calling application should call [sqlite3_free()] on any error
** message returned through the 5th parameter when it has finished using
** the error message.
**
** If the SQL statement in the 2nd parameter is NULL or an empty string
** or a string containing only whitespace and comments, then no SQL
** statements are evaluated and the database is not changed.
**
** The sqlite3_exec() interface is implemented in terms of
** [sqlite3_prepare_v2()], [sqlite3_step()], and [sqlite3_finalize()].
** The sqlite3_exec() routine does nothing to the database that cannot be done
** by [sqlite3_prepare_v2()], [sqlite3_step()], and [sqlite3_finalize()].
**
** The first parameter to [sqlite3_exec()] must be an valid and open
** [database connection].
**
** The database connection must not be closed while
** [sqlite3_exec()] is running.
**
** The calling function should use [sqlite3_free()] to free
** the memory that *errmsg is left pointing at once the error
** message is no longer needed.
**
** The SQL statement text in the 2nd parameter to [sqlite3_exec()]
** must remain unchanged while [sqlite3_exec()] is running.
**
** Requirements:
** [H12101] [H12102] [H12104] [H12105] [H12107] [H12110] [H12113] [H12116]
** [H12119] [H12122] [H12125] [H12131] [H12134] [H12137] [H12138]
*/
int sqlite3_exec(
  sqlite3*,                                  /* An open database */
  const char *sql,                           /* SQL to be evaluated */
  int (*callback)(void*,int,char**,char**),  /* Callback function */
  void *,                                    /* 1st argument to callback */
  char **errmsg                              /* Error msg written here */
);

/*
** CAPI3REF: Result Codes {H10210} 
** KEYWORDS: SQLITE_OK {error code} {error codes}
** KEYWORDS: {result code} {result codes}
**
** Many SQLite functions return an integer result code from the set shown
** here in order to indicates success or failure.
**
** New error codes may be added in future versions of SQLite.
**
** See also: [SQLITE_IOERR_READ | extended result codes]
*/
#define SQLITE_OK           0   /* Successful result */
/* beginning-of-error-codes */
#define SQLITE_ERROR        1   /* SQL error or missing database */
#define SQLITE_INTERNAL     2   /* Internal logic error in SQLite */
#define SQLITE_PERM         3   /* Access permission denied */
#define SQLITE_ABORT        4   /* Callback routine requested an abort */
#define SQLITE_BUSY         5   /* The database file is locked */
#define SQLITE_LOCKED       6   /* A table in the database is locked */
#define SQLITE_NOMEM        7   /* A malloc() failed */
#define SQLITE_READONLY     8   /* Attempt to write a readonly database */
#define SQLITE_INTERRUPT    9   /* Operation terminated by sqlite3_interrupt()*/
#define SQLITE_IOERR       10   /* Some kind of disk I/O error occurred */
#define SQLITE_CORRUPT     11   /* The database disk image is malformed */
#define SQLITE_NOTFOUND    12   /* NOT USED. Table or record not found */
#define SQLITE_FULL        13   /* Insertion failed because database is full */
#define SQLITE_CANTOPEN    14   /* Unable to open the database file */
#define SQLITE_PROTOCOL    15   /* NOT USED. Database lock protocol error */
#define SQLITE_EMPTY       16   /* Database is empty */
#define SQLITE_SCHEMA      17   /* The database schema changed */
#define SQLITE_TOOBIG      18   /* String or BLOB exceeds size limit */
#define SQLITE_CONSTRAINT  19   /* Abort due to constraint violation */
#define SQLITE_MISMATCH    20   /* Data type mismatch */
#define SQLITE_MISUSE      21   /* Library used incorrectly */
#define SQLITE_NOLFS       22   /* Uses OS features not supported on host */
#define SQLITE_AUTH        23   /* Authorization denied */
#define SQLITE_FORMAT      24   /* Auxiliary database format error */
#define SQLITE_RANGE       25   /* 2nd parameter to sqlite3_bind out of range */
#define SQLITE_NOTADB      26   /* File opened that is not a database file */
#define SQLITE_ROW         100  /* sqlite3_step() has another row ready */
#define SQLITE_DONE        101  /* sqlite3_step() has finished executing */
/* end-of-error-codes */

/*
** CAPI3REF: Extended Result Codes {H10220} 
** KEYWORDS: {extended error code} {extended error codes}
** KEYWORDS: {extended result code} {extended result codes}
**
** In its default configuration, SQLite API routines return one of 26 integer
** [SQLITE_OK | result codes].  However, experience has shown that many of
** these result codes are too coarse-grained.  They do not provide as
** much information about problems as programmers might like.  In an effort to
** address this, newer versions of SQLite (version 3.3.8 and later) include
** support for additional result codes that provide more detailed information
** about errors. The extended result codes are enabled or disabled
** on a per database connection basis using the
** [sqlite3_extended_result_codes()] API.
**
** Some of the available extended result codes are listed here.
** One may expect the number of extended result codes will be expand
** over time.  Software that uses extended result codes should expect
** to see new result codes in future releases of SQLite.
**
** The SQLITE_OK result code will never be extended.  It will always
** be exactly zero.
*/
#define SQLITE_IOERR_READ              (SQLITE_IOERR | (1<<8))
#define SQLITE_IOERR_SHORT_READ        (SQLITE_IOERR | (2<<8))
#define SQLITE_IOERR_WRITE             (SQLITE_IOERR | (3<<8))
#define SQLITE_IOERR_FSYNC             (SQLITE_IOERR | (4<<8))
#define SQLITE_IOERR_DIR_FSYNC         (SQLITE_IOERR | (5<<8))
#define SQLITE_IOERR_TRUNCATE          (SQLITE_IOERR | (6<<8))
#define SQLITE_IOERR_FSTAT             (SQLITE_IOERR | (7<<8))
#define SQLITE_IOERR_UNLOCK            (SQLITE_IOERR | (8<<8))
#define SQLITE_IOERR_RDLOCK            (SQLITE_IOERR | (9<<8))
#define SQLITE_IOERR_DELETE            (SQLITE_IOERR | (10<<8))
#define SQLITE_IOERR_BLOCKED           (SQLITE_IOERR | (11<<8))
#define SQLITE_IOERR_NOMEM             (SQLITE_IOERR | (12<<8))
#define SQLITE_IOERR_ACCESS            (SQLITE_IOERR | (13<<8))
#define SQLITE_IOERR_CHECKRESERVEDLOCK (SQLITE_IOERR | (14<<8))
#define SQLITE_IOERR_LOCK              (SQLITE_IOERR | (15<<8))
#define SQLITE_IOERR_CLOSE             (SQLITE_IOERR | (16<<8))
#define SQLITE_IOERR_DIR_CLOSE         (SQLITE_IOERR | (17<<8))
#define SQLITE_LOCKED_SHAREDCACHE      (SQLITE_LOCKED | (1<<8) )

/*
** CAPI3REF: Flags For File Open Operations {H10230}  
**
** These bit values are intended for use in the
** 3rd parameter to the [sqlite3_open_v2()] interface and
** in the 4th parameter to the xOpen method of the
** [sqlite3_vfs] object.
*/
#define SQLITE_OPEN_READONLY         0x00000001  /* Ok for sqlite3_open_v2() */
#define SQLITE_OPEN_READWRITE        0x00000002  /* Ok for sqlite3_open_v2() */
#define SQLITE_OPEN_CREATE           0x00000004  /* Ok for sqlite3_open_v2() */
#define SQLITE_OPEN_DELETEONCLOSE    0x00000008  /* VFS only */
#define SQLITE_OPEN_EXCLUSIVE        0x00000010  /* VFS only */
#define SQLITE_OPEN_MAIN_DB          0x00000100  /* VFS only */
#define SQLITE_OPEN_TEMP_DB          0x00000200  /* VFS only */
#define SQLITE_OPEN_TRANSIENT_DB     0x00000400  /* VFS only */
#define SQLITE_OPEN_MAIN_JOURNAL     0x00000800  /* VFS only */
#define SQLITE_OPEN_TEMP_JOURNAL     0x00001000  /* VFS only */
#define SQLITE_OPEN_SUBJOURNAL       0x00002000  /* VFS only */
#define SQLITE_OPEN_MASTER_JOURNAL   0x00004000  /* VFS only */
#define SQLITE_OPEN_NOMUTEX          0x00008000  /* Ok for sqlite3_open_v2() */
#define SQLITE_OPEN_FULLMUTEX        0x00010000  /* Ok for sqlite3_open_v2() */

/*
** CAPI3REF: Device Characteristics {H10240} 
**
** The xDeviceCapabilities method of the [sqlite3_io_methods]
** object returns an integer which is a vector of the these
** bit values expressing I/O characteristics of the mass storage
** device that holds the file that the [sqlite3_io_methods]
** refers to.
**
** The SQLITE_IOCAP_ATOMIC property means that all writes of
** any size are atomic.  The SQLITE_IOCAP_ATOMICnnn values
** mean that writes of blocks that are nnn bytes in size and
** are aligned to an address which is an integer multiple of
** nnn are atomic.  The SQLITE_IOCAP_SAFE_APPEND value means
** that when data is appended to a file, the data is appended
** first then the size of the file is extended, never the other
** way around.  The SQLITE_IOCAP_SEQUENTIAL property means that
** information is written to disk in the same order as calls
** to xWrite().
*/
#define SQLITE_IOCAP_ATOMIC          0x00000001
#define SQLITE_IOCAP_ATOMIC512       0x00000002
#define SQLITE_IOCAP_ATOMIC1K        0x00000004
#define SQLITE_IOCAP_ATOMIC2K        0x00000008
#define SQLITE_IOCAP_ATOMIC4K        0x00000010
#define SQLITE_IOCAP_ATOMIC8K        0x00000020
#define SQLITE_IOCAP_ATOMIC16K       0x00000040
#define SQLITE_IOCAP_ATOMIC32K       0x00000080
#define SQLITE_IOCAP_ATOMIC64K       0x00000100
#define SQLITE_IOCAP_SAFE_APPEND     0x00000200
#define SQLITE_IOCAP_SEQUENTIAL      0x00000400

/*
** CAPI3REF: File Locking Levels {H10250}  
**
** SQLite uses one of these integer values as the second
** argument to calls it makes to the xLock() and xUnlock() methods
** of an [sqlite3_io_methods] object.
*/
#define SQLITE_LOCK_NONE          0
#define SQLITE_LOCK_SHARED        1
#define SQLITE_LOCK_RESERVED      2
#define SQLITE_LOCK_PENDING       3
#define SQLITE_LOCK_EXCLUSIVE     4

/*
** CAPI3REF: Synchronization Type Flags {H10260} 
**
** When SQLite invokes the xSync() method of an
** [sqlite3_io_methods] object it uses a combination of
** these integer values as the second argument.
**
** When the SQLITE_SYNC_DATAONLY flag is used, it means that the
** sync operation only needs to flush data to mass storage.  Inode
** information need not be flushed. If the lower four bits of the flag
** equal SQLITE_SYNC_NORMAL, that means to use normal fsync() semantics.
** If the lower four bits equal SQLITE_SYNC_FULL, that means
** to use Mac OS X style fullsync instead of fsync().
*/
#define SQLITE_SYNC_NORMAL        0x00002
#define SQLITE_SYNC_FULL          0x00003
#define SQLITE_SYNC_DATAONLY      0x00010

/*
** CAPI3REF: OS Interface Open File Handle {H11110} 
**
** An [sqlite3_file] object represents an open file in the OS
** interface layer.  Individual OS interface implementations will
** want to subclass this object by appending additional fields
** for their own use.  The pMethods entry is a pointer to an
** [sqlite3_io_methods] object that defines methods for performing
** I/O operations on the open file.
*/
typedef struct sqlite3_file sqlite3_file;
struct sqlite3_file {
  const struct sqlite3_io_methods *pMethods;  /* Methods for an open file */
};

/*
** CAPI3REF: OS Interface File Virtual Methods Object {H11120} 
**
** Every file opened by the [sqlite3_vfs] xOpen method populates an
** [sqlite3_file] object (or, more commonly, a subclass of the
** [sqlite3_file] object) with a pointer to an instance of this object.
** This object defines the methods used to perform various operations
** against the open file represented by the [sqlite3_file] object.
**
** If the xOpen method sets the sqlite3_file.pMethods element 
** to a non-NULL pointer, then the sqlite3_io_methods.xClose method
** may be invoked even if the xOpen reported that it failed.  The
** only way to prevent a call to xClose following a failed xOpen
** is for the xOpen to set the sqlite3_file.pMethods element to NULL.
**
** The flags argument to xSync may be one of [SQLITE_SYNC_NORMAL] or
** [SQLITE_SYNC_FULL].  The first choice is the normal fsync().
** The second choice is a Mac OS X style fullsync.  The [SQLITE_SYNC_DATAONLY]
** flag may be ORed in to indicate that only the data of the file
** and not its inode needs to be synced.
**
** The integer values to xLock() and xUnlock() are one of
** 
    
** 
  •  [SQLITE_LOCK_NONE],
** 
  •  [SQLITE_LOCK_SHARED],
** 
  •  [SQLITE_LOCK_RESERVED],
** 
  •  [SQLITE_LOCK_PENDING], or
** 
  •  [SQLITE_LOCK_EXCLUSIVE].
** 

** xLock() increases the lock. xUnlock() decreases the lock.
** The xCheckReservedLock() method checks whether any database connection,
** either in this process or in some other process, is holding a RESERVED,
** PENDING, or EXCLUSIVE lock on the file.  It returns true
** if such a lock exists and false otherwise.
**
** The xFileControl() method is a generic interface that allows custom
** VFS implementations to directly control an open file using the
** [sqlite3_file_control()] interface.  The second "op" argument is an
** integer opcode.  The third argument is a generic pointer intended to
** point to a structure that may contain arguments or space in which to
** write return values.  Potential uses for xFileControl() might be
** functions to enable blocking locks with timeouts, to change the
** locking strategy (for example to use dot-file locks), to inquire
** about the status of a lock, or to break stale locks.  The SQLite
** core reserves all opcodes less than 100 for its own use.
** A [SQLITE_FCNTL_LOCKSTATE | list of opcodes] less than 100 is available.
** Applications that define a custom xFileControl method should use opcodes
** greater than 100 to avoid conflicts.
**
** The xSectorSize() method returns the sector size of the
** device that underlies the file.  The sector size is the
** minimum write that can be performed without disturbing
** other bytes in the file.  The xDeviceCharacteristics()
** method returns a bit vector describing behaviors of the
** underlying device:
**
** 
    
** 
  •  [SQLITE_IOCAP_ATOMIC]
** 
  •  [SQLITE_IOCAP_ATOMIC512]
** 
  •  [SQLITE_IOCAP_ATOMIC1K]
** 
  •  [SQLITE_IOCAP_ATOMIC2K]
** 
  •  [SQLITE_IOCAP_ATOMIC4K]
** 
  •  [SQLITE_IOCAP_ATOMIC8K]
** 
  •  [SQLITE_IOCAP_ATOMIC16K]
** 
  •  [SQLITE_IOCAP_ATOMIC32K]
** 
  •  [SQLITE_IOCAP_ATOMIC64K]
** 
  •  [SQLITE_IOCAP_SAFE_APPEND]
** 
  •  [SQLITE_IOCAP_SEQUENTIAL]
** 

**
** The SQLITE_IOCAP_ATOMIC property means that all writes of
** any size are atomic.  The SQLITE_IOCAP_ATOMICnnn values
** mean that writes of blocks that are nnn bytes in size and
** are aligned to an address which is an integer multiple of
** nnn are atomic.  The SQLITE_IOCAP_SAFE_APPEND value means
** that when data is appended to a file, the data is appended
** first then the size of the file is extended, never the other
** way around.  The SQLITE_IOCAP_SEQUENTIAL property means that
** information is written to disk in the same order as calls
** to xWrite().
**
** If xRead() returns SQLITE_IOERR_SHORT_READ it must also fill
** in the unread portions of the buffer with zeros.  A VFS that
** fails to zero-fill short reads might seem to work.  However,
** failure to zero-fill short reads will eventually lead to
** database corruption.
*/
typedef struct sqlite3_io_methods sqlite3_io_methods;
struct sqlite3_io_methods {
  int iVersion;
  int (*xClose)(sqlite3_file*);
  int (*xRead)(sqlite3_file*, void*, int iAmt, sqlite3_int64 iOfst);
  int (*xWrite)(sqlite3_file*, const void*, int iAmt, sqlite3_int64 iOfst);
  int (*xTruncate)(sqlite3_file*, sqlite3_int64 size);
  int (*xSync)(sqlite3_file*, int flags);
  int (*xFileSize)(sqlite3_file*, sqlite3_int64 *pSize);
  int (*xLock)(sqlite3_file*, int);
  int (*xUnlock)(sqlite3_file*, int);
  int (*xCheckReservedLock)(sqlite3_file*, int *pResOut);
  int (*xFileControl)(sqlite3_file*, int op, void *pArg);
  int (*xSectorSize)(sqlite3_file*);
  int (*xDeviceCharacteristics)(sqlite3_file*);
  /* Additional methods may be added in future releases */
};

/*
** CAPI3REF: Standard File Control Opcodes {H11310} 
**
** These integer constants are opcodes for the xFileControl method
** of the [sqlite3_io_methods] object and for the [sqlite3_file_control()]
** interface.
**
** The [SQLITE_FCNTL_LOCKSTATE] opcode is used for debugging.  This
** opcode causes the xFileControl method to write the current state of
** the lock (one of [SQLITE_LOCK_NONE], [SQLITE_LOCK_SHARED],
** [SQLITE_LOCK_RESERVED], [SQLITE_LOCK_PENDING], or [SQLITE_LOCK_EXCLUSIVE])
** into an integer that the pArg argument points to. This capability
** is used during testing and only needs to be supported when SQLITE_TEST
** is defined.
*/
#define SQLITE_FCNTL_LOCKSTATE        1
#define SQLITE_GET_LOCKPROXYFILE      2
#define SQLITE_SET_LOCKPROXYFILE      3
#define SQLITE_LAST_ERRNO             4

/*
** CAPI3REF: Mutex Handle {H17110} 
**
** The mutex module within SQLite defines [sqlite3_mutex] to be an
** abstract type for a mutex object.  The SQLite core never looks
** at the internal representation of an [sqlite3_mutex].  It only
** deals with pointers to the [sqlite3_mutex] object.
**
** Mutexes are created using [sqlite3_mutex_alloc()].
*/
typedef struct sqlite3_mutex sqlite3_mutex;

/*
** CAPI3REF: OS Interface Object {H11140} 
**
** An instance of the sqlite3_vfs object defines the interface between
** the SQLite core and the underlying operating system.  The "vfs"
** in the name of the object stands for "virtual file system".
**
** The value of the iVersion field is initially 1 but may be larger in
** future versions of SQLite.  Additional fields may be appended to this
** object when the iVersion value is increased.  Note that the structure
** of the sqlite3_vfs object changes in the transaction between
** SQLite version 3.5.9 and 3.6.0 and yet the iVersion field was not
** modified.
**
** The szOsFile field is the size of the subclassed [sqlite3_file]
** structure used by this VFS.  mxPathname is the maximum length of
** a pathname in this VFS.
**
** Registered sqlite3_vfs objects are kept on a linked list formed by
** the pNext pointer.  The [sqlite3_vfs_register()]
** and [sqlite3_vfs_unregister()] interfaces manage this list
** in a thread-safe way.  The [sqlite3_vfs_find()] interface
** searches the list.  Neither the application code nor the VFS
** implementation should use the pNext pointer.
**
** The pNext field is the only field in the sqlite3_vfs
** structure that SQLite will ever modify.  SQLite will only access
** or modify this field while holding a particular static mutex.
** The application should never modify anything within the sqlite3_vfs
** object once the object has been registered.
**
** The zName field holds the name of the VFS module.  The name must
** be unique across all VFS modules.
**
** SQLite will guarantee that the zFilename parameter to xOpen
** is either a NULL pointer or string obtained
** from xFullPathname().  SQLite further guarantees that
** the string will be valid and unchanged until xClose() is
** called. Because of the previous sentence,
** the [sqlite3_file] can safely store a pointer to the
** filename if it needs to remember the filename for some reason.
** If the zFilename parameter is xOpen is a NULL pointer then xOpen
** must invent its own temporary name for the file.  Whenever the 
** xFilename parameter is NULL it will also be the case that the
** flags parameter will include [SQLITE_OPEN_DELETEONCLOSE].
**
** The flags argument to xOpen() includes all bits set in
** the flags argument to [sqlite3_open_v2()].  Or if [sqlite3_open()]
** or [sqlite3_open16()] is used, then flags includes at least
** [SQLITE_OPEN_READWRITE] | [SQLITE_OPEN_CREATE]. 
** If xOpen() opens a file read-only then it sets *pOutFlags to
** include [SQLITE_OPEN_READONLY].  Other bits in *pOutFlags may be set.
**
** SQLite will also add one of the following flags to the xOpen()
** call, depending on the object being opened:
**
** 
    
** 
  •   [SQLITE_OPEN_MAIN_DB]
** 
  •   [SQLITE_OPEN_MAIN_JOURNAL]
** 
  •   [SQLITE_OPEN_TEMP_DB]
** 
  •   [SQLITE_OPEN_TEMP_JOURNAL]
** 
  •   [SQLITE_OPEN_TRANSIENT_DB]
** 
  •   [SQLITE_OPEN_SUBJOURNAL]
** 
  •   [SQLITE_OPEN_MASTER_JOURNAL]
** 

**
** The file I/O implementation can use the object type flags to
** change the way it deals with files.  For example, an application
** that does not care about crash recovery or rollback might make
** the open of a journal file a no-op.  Writes to this journal would
** also be no-ops, and any attempt to read the journal would return
** SQLITE_IOERR.  Or the implementation might recognize that a database
** file will be doing page-aligned sector reads and writes in a random
** order and set up its I/O subsystem accordingly.
**
** SQLite might also add one of the following flags to the xOpen method:
**
** 
    
** 
  •  [SQLITE_OPEN_DELETEONCLOSE]
** 
  •  [SQLITE_OPEN_EXCLUSIVE]
** 

**
** The [SQLITE_OPEN_DELETEONCLOSE] flag means the file should be
** deleted when it is closed.  The [SQLITE_OPEN_DELETEONCLOSE]
** will be set for TEMP  databases, journals and for subjournals.
**
** The [SQLITE_OPEN_EXCLUSIVE] flag is always used in conjunction
** with the [SQLITE_OPEN_CREATE] flag, which are both directly
** analogous to the O_EXCL and O_CREAT flags of the POSIX open()
** API.  The SQLITE_OPEN_EXCLUSIVE flag, when paired with the 
** SQLITE_OPEN_CREATE, is used to indicate that file should always
** be created, and that it is an error if it already exists.
** It is not used to indicate the file should be opened 
** for exclusive access.
**
** At least szOsFile bytes of memory are allocated by SQLite
** to hold the  [sqlite3_file] structure passed as the third
** argument to xOpen.  The xOpen method does not have to
** allocate the structure; it should just fill it in.  Note that
** the xOpen method must set the sqlite3_file.pMethods to either
** a valid [sqlite3_io_methods] object or to NULL.  xOpen must do
** this even if the open fails.  SQLite expects that the sqlite3_file.pMethods
** element will be valid after xOpen returns regardless of the success
** or failure of the xOpen call.
**
** The flags argument to xAccess() may be [SQLITE_ACCESS_EXISTS]
** to test for the existence of a file, or [SQLITE_ACCESS_READWRITE] to
** test whether a file is readable and writable, or [SQLITE_ACCESS_READ]
** to test whether a file is at least readable.   The file can be a
** directory.
**
** SQLite will always allocate at least mxPathname+1 bytes for the
** output buffer xFullPathname.  The exact size of the output buffer
** is also passed as a parameter to both  methods. If the output buffer
** is not large enough, [SQLITE_CANTOPEN] should be returned. Since this is
** handled as a fatal error by SQLite, vfs implementations should endeavor
** to prevent this by setting mxPathname to a sufficiently large value.
**
** The xRandomness(), xSleep(), and xCurrentTime() interfaces
** are not strictly a part of the filesystem, but they are
** included in the VFS structure for completeness.
** The xRandomness() function attempts to return nBytes bytes
** of good-quality randomness into zOut.  The return value is
** the actual number of bytes of randomness obtained.
** The xSleep() method causes the calling thread to sleep for at
** least the number of microseconds given.  The xCurrentTime()
** method returns a Julian Day Number for the current date and time.
**
*/
typedef struct sqlite3_vfs sqlite3_vfs;
struct sqlite3_vfs {
  int iVersion;            /* Structure version number */
  int szOsFile;            /* Size of subclassed sqlite3_file */
  int mxPathname;          /* Maximum file pathname length */
  sqlite3_vfs *pNext;      /* Next registered VFS */
  const char *zName;       /* Name of this virtual file system */
  void *pAppData;          /* Pointer to application-specific data */
  int (*xOpen)(sqlite3_vfs*, const char *zName, sqlite3_file*,
               int flags, int *pOutFlags);
  int (*xDelete)(sqlite3_vfs*, const char *zName, int syncDir);
  int (*xAccess)(sqlite3_vfs*, const char *zName, int flags, int *pResOut);
  int (*xFullPathname)(sqlite3_vfs*, const char *zName, int nOut, char *zOut);
  void *(*xDlOpen)(sqlite3_vfs*, const char *zFilename);
  void (*xDlError)(sqlite3_vfs*, int nByte, char *zErrMsg);
  void (*(*xDlSym)(sqlite3_vfs*,void*, const char *zSymbol))(void);
  void (*xDlClose)(sqlite3_vfs*, void*);
  int (*xRandomness)(sqlite3_vfs*, int nByte, char *zOut);
  int (*xSleep)(sqlite3_vfs*, int microseconds);
  int (*xCurrentTime)(sqlite3_vfs*, double*);
  int (*xGetLastError)(sqlite3_vfs*, int, char *);
  /* New fields may be appended in figure versions.  The iVersion
  ** value will increment whenever this happens. */
};

/*
** CAPI3REF: Flags for the xAccess VFS method {H11190} 
**
** These integer constants can be used as the third parameter to
** the xAccess method of an [sqlite3_vfs] object. {END}  They determine
** what kind of permissions the xAccess method is looking for.
** With SQLITE_ACCESS_EXISTS, the xAccess method
** simply checks whether the file exists.
** With SQLITE_ACCESS_READWRITE, the xAccess method
** checks whether the file is both readable and writable.
** With SQLITE_ACCESS_READ, the xAccess method
** checks whether the file is readable.
*/
#define SQLITE_ACCESS_EXISTS    0
#define SQLITE_ACCESS_READWRITE 1
#define SQLITE_ACCESS_READ      2

/*
** CAPI3REF: Initialize The SQLite Library {H10130} 
**
** The sqlite3_initialize() routine initializes the
** SQLite library.  The sqlite3_shutdown() routine
** deallocates any resources that were allocated by sqlite3_initialize().
**
** A call to sqlite3_initialize() is an "effective" call if it is
** the first time sqlite3_initialize() is invoked during the lifetime of
** the process, or if it is the first time sqlite3_initialize() is invoked
** following a call to sqlite3_shutdown().  Only an effective call
** of sqlite3_initialize() does any initialization.  All other calls
** are harmless no-ops.
**
** A call to sqlite3_shutdown() is an "effective" call if it is the first
** call to sqlite3_shutdown() since the last sqlite3_initialize().  Only
** an effective call to sqlite3_shutdown() does any deinitialization.
** All other calls to sqlite3_shutdown() are harmless no-ops.
**
** Among other things, sqlite3_initialize() shall invoke
** sqlite3_os_init().  Similarly, sqlite3_shutdown()
** shall invoke sqlite3_os_end().
**
** The sqlite3_initialize() routine returns [SQLITE_OK] on success.
** If for some reason, sqlite3_initialize() is unable to initialize
** the library (perhaps it is unable to allocate a needed resource such
** as a mutex) it returns an [error code] other than [SQLITE_OK].
**
** The sqlite3_initialize() routine is called internally by many other
** SQLite interfaces so that an application usually does not need to
** invoke sqlite3_initialize() directly.  For example, [sqlite3_open()]
** calls sqlite3_initialize() so the SQLite library will be automatically
** initialized when [sqlite3_open()] is called if it has not be initialized
** already.  However, if SQLite is compiled with the [SQLITE_OMIT_AUTOINIT]
** compile-time option, then the automatic calls to sqlite3_initialize()
** are omitted and the application must call sqlite3_initialize() directly
** prior to using any other SQLite interface.  For maximum portability,
** it is recommended that applications always invoke sqlite3_initialize()
** directly prior to using any other SQLite interface.  Future releases
** of SQLite may require this.  In other words, the behavior exhibited
** when SQLite is compiled with [SQLITE_OMIT_AUTOINIT] might become the
** default behavior in some future release of SQLite.
**
** The sqlite3_os_init() routine does operating-system specific
** initialization of the SQLite library.  The sqlite3_os_end()
** routine undoes the effect of sqlite3_os_init().  Typical tasks
** performed by these routines include allocation or deallocation
** of static resources, initialization of global variables,
** setting up a default [sqlite3_vfs] module, or setting up
** a default configuration using [sqlite3_config()].
**
** The application should never invoke either sqlite3_os_init()
** or sqlite3_os_end() directly.  The application should only invoke
** sqlite3_initialize() and sqlite3_shutdown().  The sqlite3_os_init()
** interface is called automatically by sqlite3_initialize() and
** sqlite3_os_end() is called by sqlite3_shutdown().  Appropriate
** implementations for sqlite3_os_init() and sqlite3_os_end()
** are built into SQLite when it is compiled for unix, windows, or os/2.
** When built for other platforms (using the [SQLITE_OS_OTHER=1] compile-time
** option) the application must supply a suitable implementation for
** sqlite3_os_init() and sqlite3_os_end().  An application-supplied
** implementation of sqlite3_os_init() or sqlite3_os_end()
** must return [SQLITE_OK] on success and some other [error code] upon
** failure.
*/
int sqlite3_initialize(void);
int sqlite3_shutdown(void);
int sqlite3_os_init(void);
int sqlite3_os_end(void);

/*
** CAPI3REF: Configuring The SQLite Library {H14100} 
** EXPERIMENTAL
**
** The sqlite3_config() interface is used to make global configuration
** changes to SQLite in order to tune SQLite to the specific needs of
** the application.  The default configuration is recommended for most
** applications and so this routine is usually not necessary.  It is
** provided to support rare applications with unusual needs.
**
** The sqlite3_config() interface is not threadsafe.  The application
** must insure that no other SQLite interfaces are invoked by other
** threads while sqlite3_config() is running.  Furthermore, sqlite3_config()
** may only be invoked prior to library initialization using
** [sqlite3_initialize()] or after shutdown by [sqlite3_shutdown()].
** Note, however, that sqlite3_config() can be called as part of the
** implementation of an application-defined [sqlite3_os_init()].
**
** The first argument to sqlite3_config() is an integer
** [SQLITE_CONFIG_SINGLETHREAD | configuration option] that determines
** what property of SQLite is to be configured.  Subsequent arguments
** vary depending on the [SQLITE_CONFIG_SINGLETHREAD | configuration option]
** in the first argument.
**
** When a configuration option is set, sqlite3_config() returns [SQLITE_OK].
** If the option is unknown or SQLite is unable to set the option
** then this routine returns a non-zero [error code].
**
** Requirements:
** [H14103] [H14106] [H14120] [H14123] [H14126] [H14129] [H14132] [H14135]
** [H14138] [H14141] [H14144] [H14147] [H14150] [H14153] [H14156] [H14159]
** [H14162] [H14165] [H14168]
*/
SQLITE_EXPERIMENTAL int sqlite3_config(int, ...);

/*
** CAPI3REF: Configure database connections  {H14200} 
** EXPERIMENTAL
**
** The sqlite3_db_config() interface is used to make configuration
** changes to a [database connection].  The interface is similar to
** [sqlite3_config()] except that the changes apply to a single
** [database connection] (specified in the first argument).  The
** sqlite3_db_config() interface can only be used immediately after
** the database connection is created using [sqlite3_open()],
** [sqlite3_open16()], or [sqlite3_open_v2()].  
**
** The second argument to sqlite3_db_config(D,V,...)  is the
** configuration verb - an integer code that indicates what
** aspect of the [database connection] is being configured.
** The only choice for this value is [SQLITE_DBCONFIG_LOOKASIDE].
** New verbs are likely to be added in future releases of SQLite.
** Additional arguments depend on the verb.
**
** Requirements:
** [H14203] [H14206] [H14209] [H14212] [H14215]
*/
SQLITE_EXPERIMENTAL int sqlite3_db_config(sqlite3*, int op, ...);

/*
** CAPI3REF: Memory Allocation Routines {H10155} 
** EXPERIMENTAL
**
** An instance of this object defines the interface between SQLite
** and low-level memory allocation routines.
**
** This object is used in only one place in the SQLite interface.
** A pointer to an instance of this object is the argument to
** [sqlite3_config()] when the configuration option is
** [SQLITE_CONFIG_MALLOC].  By creating an instance of this object
** and passing it to [sqlite3_config()] during configuration, an
** application can specify an alternative memory allocation subsystem
** for SQLite to use for all of its dynamic memory needs.
**
** Note that SQLite comes with a built-in memory allocator that is
** perfectly adequate for the overwhelming majority of applications
** and that this object is only useful to a tiny minority of applications
** with specialized memory allocation requirements.  This object is
** also used during testing of SQLite in order to specify an alternative
** memory allocator that simulates memory out-of-memory conditions in
** order to verify that SQLite recovers gracefully from such
** conditions.
**
** The xMalloc, xFree, and xRealloc methods must work like the
** malloc(), free(), and realloc() functions from the standard library.
**
** xSize should return the allocated size of a memory allocation
** previously obtained from xMalloc or xRealloc.  The allocated size
** is always at least as big as the requested size but may be larger.
**
** The xRoundup method returns what would be the allocated size of
** a memory allocation given a particular requested size.  Most memory
** allocators round up memory allocations at least to the next multiple
** of 8.  Some allocators round up to a larger multiple or to a power of 2.
**
** The xInit method initializes the memory allocator.  (For example,
** it might allocate any require mutexes or initialize internal data
** structures.  The xShutdown method is invoked (indirectly) by
** [sqlite3_shutdown()] and should deallocate any resources acquired
** by xInit.  The pAppData pointer is used as the only parameter to
** xInit and xShutdown.
*/
typedef struct sqlite3_mem_methods sqlite3_mem_methods;
struct sqlite3_mem_methods {
  void *(*xMalloc)(int);         /* Memory allocation function */
  void (*xFree)(void*);          /* Free a prior allocation */
  void *(*xRealloc)(void*,int);  /* Resize an allocation */
  int (*xSize)(void*);           /* Return the size of an allocation */
  int (*xRoundup)(int);          /* Round up request size to allocation size */
  int (*xInit)(void*);           /* Initialize the memory allocator */
  void (*xShutdown)(void*);      /* Deinitialize the memory allocator */
  void *pAppData;                /* Argument to xInit() and xShutdown() */
};

/*
** CAPI3REF: Configuration Options {H10160} 
** EXPERIMENTAL
**
** These constants are the available integer configuration options that
** can be passed as the first argument to the [sqlite3_config()] interface.
**
** New configuration options may be added in future releases of SQLite.
** Existing configuration options might be discontinued.  Applications
** should check the return code from [sqlite3_config()] to make sure that
** the call worked.  The [sqlite3_config()] interface will return a
** non-zero [error code] if a discontinued or unsupported configuration option
** is invoked.
**
** 

** 
SQLITE_CONFIG_SINGLETHREAD

** 
There are no arguments to this option.  This option disables
** all mutexing and puts SQLite into a mode where it can only be used
** by a single thread.

**
** 
SQLITE_CONFIG_MULTITHREAD

** 
There are no arguments to this option.  This option disables
** mutexing on [database connection] and [prepared statement] objects.
** The application is responsible for serializing access to
** [database connections] and [prepared statements].  But other mutexes
** are enabled so that SQLite will be safe to use in a multi-threaded
** environment as long as no two threads attempt to use the same
** [database connection] at the same time.  See the [threading mode]
** documentation for additional information.

**
** 
SQLITE_CONFIG_SERIALIZED

** 
There are no arguments to this option.  This option enables
** all mutexes including the recursive
** mutexes on [database connection] and [prepared statement] objects.
** In this mode (which is the default when SQLite is compiled with
** [SQLITE_THREADSAFE=1]) the SQLite library will itself serialize access
** to [database connections] and [prepared statements] so that the
** application is free to use the same [database connection] or the
** same [prepared statement] in different threads at the same time.
** See the [threading mode] documentation for additional information.

**
** 
SQLITE_CONFIG_MALLOC

** 
This option takes a single argument which is a pointer to an
** instance of the [sqlite3_mem_methods] structure.  The argument specifies
** alternative low-level memory allocation routines to be used in place of
** the memory allocation routines built into SQLite.

**
** 
SQLITE_CONFIG_GETMALLOC

** 
This option takes a single argument which is a pointer to an
** instance of the [sqlite3_mem_methods] structure.  The [sqlite3_mem_methods]
** structure is filled with the currently defined memory allocation routines.
** This option can be used to overload the default memory allocation
** routines with a wrapper that simulations memory allocation failure or
** tracks memory usage, for example.

**
** 
SQLITE_CONFIG_MEMSTATUS

** 
This option takes single argument of type int, interpreted as a 
** boolean, which enables or disables the collection of memory allocation 
** statistics. When disabled, the following SQLite interfaces become 
** non-operational:
**   
    
**   
  •  [sqlite3_memory_used()]
**   
  •  [sqlite3_memory_highwater()]
**   
  •  [sqlite3_soft_heap_limit()]
**   
  •  [sqlite3_status()]
**   

** 

**
** 
SQLITE_CONFIG_SCRATCH

** 
This option specifies a static memory buffer that SQLite can use for
** scratch memory.  There are three arguments:  A pointer an 8-byte
** aligned memory buffer from which the scrach allocations will be
** drawn, the size of each scratch allocation (sz),
** and the maximum number of scratch allocations (N).  The sz
** argument must be a multiple of 16. The sz parameter should be a few bytes
** larger than the actual scratch space required due to internal overhead.
** The first argument should pointer to an 8-byte aligned buffer
** of at least sz*N bytes of memory.
** SQLite will use no more than one scratch buffer at once per thread, so
** N should be set to the expected maximum number of threads.  The sz
** parameter should be 6 times the size of the largest database page size.
** Scratch buffers are used as part of the btree balance operation.  If
** The btree balancer needs additional memory beyond what is provided by
** scratch buffers or if no scratch buffer space is specified, then SQLite
** goes to [sqlite3_malloc()] to obtain the memory it needs.

**
** 
SQLITE_CONFIG_PAGECACHE

** 
This option specifies a static memory buffer that SQLite can use for
** the database page cache with the default page cache implemenation.  
** This configuration should not be used if an application-define page
** cache implementation is loaded using the SQLITE_CONFIG_PCACHE option.
** There are three arguments to this option: A pointer to 8-byte aligned
** memory, the size of each page buffer (sz), and the number of pages (N).
** The sz argument should be the size of the largest database page
** (a power of two between 512 and 32768) plus a little extra for each
** page header.  The page header size is 20 to 40 bytes depending on
** the host architecture.  It is harmless, apart from the wasted memory,
** to make sz a little too large.  The first
** argument should point to an allocation of at least sz*N bytes of memory.
** SQLite will use the memory provided by the first argument to satisfy its
** memory needs for the first N pages that it adds to cache.  If additional
** page cache memory is needed beyond what is provided by this option, then
** SQLite goes to [sqlite3_malloc()] for the additional storage space.
** The implementation might use one or more of the N buffers to hold 
** memory accounting information. The pointer in the first argument must
** be aligned to an 8-byte boundary or subsequent behavior of SQLite
** will be undefined.

**
** 
SQLITE_CONFIG_HEAP

** 
This option specifies a static memory buffer that SQLite will use
** for all of its dynamic memory allocation needs beyond those provided
** for by [SQLITE_CONFIG_SCRATCH] and [SQLITE_CONFIG_PAGECACHE].
** There are three arguments: An 8-byte aligned pointer to the memory,
** the number of bytes in the memory buffer, and the minimum allocation size.
** If the first pointer (the memory pointer) is NULL, then SQLite reverts
** to using its default memory allocator (the system malloc() implementation),
** undoing any prior invocation of [SQLITE_CONFIG_MALLOC].  If the
** memory pointer is not NULL and either [SQLITE_ENABLE_MEMSYS3] or
** [SQLITE_ENABLE_MEMSYS5] are defined, then the alternative memory
** allocator is engaged to handle all of SQLites memory allocation needs.
** The first pointer (the memory pointer) must be aligned to an 8-byte
** boundary or subsequent behavior of SQLite will be undefined.

**
** 
SQLITE_CONFIG_MUTEX

** 
This option takes a single argument which is a pointer to an
** instance of the [sqlite3_mutex_methods] structure.  The argument specifies
** alternative low-level mutex routines to be used in place
** the mutex routines built into SQLite.

**
** 
SQLITE_CONFIG_GETMUTEX

** 
This option takes a single argument which is a pointer to an
** instance of the [sqlite3_mutex_methods] structure.  The
** [sqlite3_mutex_methods]
** structure is filled with the currently defined mutex routines.
** This option can be used to overload the default mutex allocation
** routines with a wrapper used to track mutex usage for performance
** profiling or testing, for example.

**
** 
SQLITE_CONFIG_LOOKASIDE

** 
This option takes two arguments that determine the default
** memory allcation lookaside optimization.  The first argument is the
** size of each lookaside buffer slot and the second is the number of
** slots allocated to each database connection.

**
** 
SQLITE_CONFIG_PCACHE

** 
This option takes a single argument which is a pointer to
** an [sqlite3_pcache_methods] object.  This object specifies the interface
** to a custom page cache implementation.  SQLite makes a copy of the
** object and uses it for page cache memory allocations.

**
** 
SQLITE_CONFIG_GETPCACHE

** 
This option takes a single argument which is a pointer to an
** [sqlite3_pcache_methods] object.  SQLite copies of the current
** page cache implementation into that object.

**
** 

*/
#define SQLITE_CONFIG_SINGLETHREAD  1  /* nil */
#define SQLITE_CONFIG_MULTITHREAD   2  /* nil */
#define SQLITE_CONFIG_SERIALIZED    3  /* nil */
#define SQLITE_CONFIG_MALLOC        4  /* sqlite3_mem_methods* */
#define SQLITE_CONFIG_GETMALLOC     5  /* sqlite3_mem_methods* */
#define SQLITE_CONFIG_SCRATCH       6  /* void*, int sz, int N */
#define SQLITE_CONFIG_PAGECACHE     7  /* void*, int sz, int N */
#define SQLITE_CONFIG_HEAP          8  /* void*, int nByte, int min */
#define SQLITE_CONFIG_MEMSTATUS     9  /* boolean */
#define SQLITE_CONFIG_MUTEX        10  /* sqlite3_mutex_methods* */
#define SQLITE_CONFIG_GETMUTEX     11  /* sqlite3_mutex_methods* */
/* previously SQLITE_CONFIG_CHUNKALLOC 12 which is now unused. */ 
#define SQLITE_CONFIG_LOOKASIDE    13  /* int int */
#define SQLITE_CONFIG_PCACHE       14  /* sqlite3_pcache_methods* */
#define SQLITE_CONFIG_GETPCACHE    15  /* sqlite3_pcache_methods* */

/*
** CAPI3REF: Configuration Options {H10170} 
** EXPERIMENTAL
**
** These constants are the available integer configuration options that
** can be passed as the second argument to the [sqlite3_db_config()] interface.
**
** New configuration options may be added in future releases of SQLite.
** Existing configuration options might be discontinued.  Applications
** should check the return code from [sqlite3_db_config()] to make sure that
** the call worked.  The [sqlite3_db_config()] interface will return a
** non-zero [error code] if a discontinued or unsupported configuration option
** is invoked.
**
** 

** 
SQLITE_DBCONFIG_LOOKASIDE

** 
This option takes three additional arguments that determine the 
** [lookaside memory allocator] configuration for the [database connection].
** The first argument (the third parameter to [sqlite3_db_config()] is a
** pointer to an 8-byte aligned memory buffer to use for lookaside memory.
** The first argument may be NULL in which case SQLite will allocate the
** lookaside buffer itself using [sqlite3_malloc()].  The second argument is the
** size of each lookaside buffer slot and the third argument is the number of
** slots.  The size of the buffer in the first argument must be greater than
** or equal to the product of the second and third arguments.

**
** 

*/
#define SQLITE_DBCONFIG_LOOKASIDE    1001  /* void* int int */


/*
** CAPI3REF: Enable Or Disable Extended Result Codes {H12200} 
**
** The sqlite3_extended_result_codes() routine enables or disables the
** [extended result codes] feature of SQLite. The extended result
** codes are disabled by default for historical compatibility considerations.
**
** Requirements:
** [H12201] [H12202]
*/
int sqlite3_extended_result_codes(sqlite3*, int onoff);

/*
** CAPI3REF: Last Insert Rowid {H12220} 
**
** Each entry in an SQLite table has a unique 64-bit signed
** integer key called the [ROWID | "rowid"]. The rowid is always available
** as an undeclared column named ROWID, OID, or _ROWID_ as long as those
** names are not also used by explicitly declared columns. If
** the table has a column of type [INTEGER PRIMARY KEY] then that column
** is another alias for the rowid.
**
** This routine returns the [rowid] of the most recent
** successful [INSERT] into the database from the [database connection]
** in the first argument.  If no successful [INSERT]s
** have ever occurred on that database connection, zero is returned.
**
** If an [INSERT] occurs within a trigger, then the [rowid] of the inserted
** row is returned by this routine as long as the trigger is running.
** But once the trigger terminates, the value returned by this routine
** reverts to the last value inserted before the trigger fired.
**
** An [INSERT] that fails due to a constraint violation is not a
** successful [INSERT] and does not change the value returned by this
** routine.  Thus INSERT OR FAIL, INSERT OR IGNORE, INSERT OR ROLLBACK,
** and INSERT OR ABORT make no changes to the return value of this
** routine when their insertion fails.  When INSERT OR REPLACE
** encounters a constraint violation, it does not fail.  The
** INSERT continues to completion after deleting rows that caused
** the constraint problem so INSERT OR REPLACE will always change
** the return value of this interface.
**
** For the purposes of this routine, an [INSERT] is considered to
** be successful even if it is subsequently rolled back.
**
** Requirements:
** [H12221] [H12223]
**
** If a separate thread performs a new [INSERT] on the same
** database connection while the [sqlite3_last_insert_rowid()]
** function is running and thus changes the last insert [rowid],
** then the value returned by [sqlite3_last_insert_rowid()] is
** unpredictable and might not equal either the old or the new
** last insert [rowid].
*/
sqlite3_int64 sqlite3_last_insert_rowid(sqlite3*);

/*
** CAPI3REF: Count The Number Of Rows Modified {H12240} 
**
** This function returns the number of database rows that were changed
** or inserted or deleted by the most recently completed SQL statement
** on the [database connection] specified by the first parameter.
** Only changes that are directly specified by the [INSERT], [UPDATE],
** or [DELETE] statement are counted.  Auxiliary changes caused by
** triggers are not counted. Use the [sqlite3_total_changes()] function
** to find the total number of changes including changes caused by triggers.
**
** Changes to a view that are simulated by an [INSTEAD OF trigger]
** are not counted.  Only real table changes are counted.
**
** A "row change" is a change to a single row of a single table
** caused by an INSERT, DELETE, or UPDATE statement.  Rows that
** are changed as side effects of [REPLACE] constraint resolution,
** rollback, ABORT processing, [DROP TABLE], or by any other
** mechanisms do not count as direct row changes.
**
** A "trigger context" is a scope of execution that begins and
** ends with the script of a [CREATE TRIGGER | trigger]. 
** Most SQL statements are
** evaluated outside of any trigger.  This is the "top level"
** trigger context.  If a trigger fires from the top level, a
** new trigger context is entered for the duration of that one
** trigger.  Subtriggers create subcontexts for their duration.
**
** Calling [sqlite3_exec()] or [sqlite3_step()] recursively does
** not create a new trigger context.
**
** This function returns the number of direct row changes in the
** most recent INSERT, UPDATE, or DELETE statement within the same
** trigger context.
**
** Thus, when called from the top level, this function returns the
** number of changes in the most recent INSERT, UPDATE, or DELETE
** that also occurred at the top level.  Within the body of a trigger,
** the sqlite3_changes() interface can be called to find the number of
** changes in the most recently completed INSERT, UPDATE, or DELETE
** statement within the body of the same trigger.
** However, the number returned does not include changes
** caused by subtriggers since those have their own context.
**
** See also the [sqlite3_total_changes()] interface and the
** [count_changes pragma].
**
** Requirements:
** [H12241] [H12243]
**
** If a separate thread makes changes on the same database connection
** while [sqlite3_changes()] is running then the value returned
** is unpredictable and not meaningful.
*/
int sqlite3_changes(sqlite3*);

/*
** CAPI3REF: Total Number Of Rows Modified {H12260} 
**
** This function returns the number of row changes caused by [INSERT],
** [UPDATE] or [DELETE] statements since the [database connection] was opened.
** The count includes all changes from all 
** [CREATE TRIGGER | trigger] contexts.  However,
** the count does not include changes used to implement [REPLACE] constraints,
** do rollbacks or ABORT processing, or [DROP TABLE] processing.  The
** count does not include rows of views that fire an [INSTEAD OF trigger],
** though if the INSTEAD OF trigger makes changes of its own, those changes 
** are counted.
** The changes are counted as soon as the statement that makes them is
** completed (when the statement handle is passed to [sqlite3_reset()] or
** [sqlite3_finalize()]).
**
** See also the [sqlite3_changes()] interface and the
** [count_changes pragma].
**
** Requirements:
** [H12261] [H12263]
**
** If a separate thread makes changes on the same database connection
** while [sqlite3_total_changes()] is running then the value
** returned is unpredictable and not meaningful.
*/
int sqlite3_total_changes(sqlite3*);

/*
** CAPI3REF: Interrupt A Long-Running Query {H12270} 
**
** This function causes any pending database operation to abort and
** return at its earliest opportunity. This routine is typically
** called in response to a user action such as pressing "Cancel"
** or Ctrl-C where the user wants a long query operation to halt
** immediately.
**
** It is safe to call this routine from a thread different from the
** thread that is currently running the database operation.  But it
** is not safe to call this routine with a [database connection] that
** is closed or might close before sqlite3_interrupt() returns.
**
** If an SQL operation is very nearly finished at the time when
** sqlite3_interrupt() is called, then it might not have an opportunity
** to be interrupted and might continue to completion.
**
** An SQL operation that is interrupted will return [SQLITE_INTERRUPT].
** If the interrupted SQL operation is an INSERT, UPDATE, or DELETE
** that is inside an explicit transaction, then the entire transaction
** will be rolled back automatically.
**
** The sqlite3_interrupt(D) call is in effect until all currently running
** SQL statements on [database connection] D complete.  Any new SQL statements
** that are started after the sqlite3_interrupt() call and before the 
** running statements reaches zero are interrupted as if they had been
** running prior to the sqlite3_interrupt() call.  New SQL statements
** that are started after the running statement count reaches zero are
** not effected by the sqlite3_interrupt().
** A call to sqlite3_interrupt(D) that occurs when there are no running
** SQL statements is a no-op and has no effect on SQL statements
** that are started after the sqlite3_interrupt() call returns.
**
** Requirements:
** [H12271] [H12272]
**
** If the database connection closes while [sqlite3_interrupt()]
** is running then bad things will likely happen.
*/
void sqlite3_interrupt(sqlite3*);

/*
** CAPI3REF: Determine If An SQL Statement Is Complete {H10510} 
**
** These routines are useful during command-line input to determine if the
** currently entered text seems to form a complete SQL statement or
** if additional input is needed before sending the text into
** SQLite for parsing.  These routines return 1 if the input string
** appears to be a complete SQL statement.  A statement is judged to be
** complete if it ends with a semicolon token and is not a prefix of a
** well-formed CREATE TRIGGER statement.  Semicolons that are embedded within
** string literals or quoted identifier names or comments are not
** independent tokens (they are part of the token in which they are
** embedded) and thus do not count as a statement terminator.  Whitespace
** and comments that follow the final semicolon are ignored.
**
** These routines return 0 if the statement is incomplete.  If a
** memory allocation fails, then SQLITE_NOMEM is returned.
**
** These routines do not parse the SQL statements thus
** will not detect syntactically incorrect SQL.
**
** If SQLite has not been initialized using [sqlite3_initialize()] prior 
** to invoking sqlite3_complete16() then sqlite3_initialize() is invoked
** automatically by sqlite3_complete16().  If that initialization fails,
** then the return value from sqlite3_complete16() will be non-zero
** regardless of whether or not the input SQL is complete.
**
** Requirements: [H10511] [H10512]
**
** The input to [sqlite3_complete()] must be a zero-terminated
** UTF-8 string.
**
** The input to [sqlite3_complete16()] must be a zero-terminated
** UTF-16 string in native byte order.
*/
int sqlite3_complete(const char *sql);
int sqlite3_complete16(const void *sql);

/*
** CAPI3REF: Register A Callback To Handle SQLITE_BUSY Errors {H12310} 
**
** This routine sets a callback function that might be invoked whenever
** an attempt is made to open a database table that another thread
** or process has locked.
**
** If the busy callback is NULL, then [SQLITE_BUSY] or [SQLITE_IOERR_BLOCKED]
** is returned immediately upon encountering the lock. If the busy callback
** is not NULL, then the callback will be invoked with two arguments.
**
** The first argument to the handler is a copy of the void* pointer which
** is the third argument to sqlite3_busy_handler().  The second argument to
** the handler callback is the number of times that the busy handler has
** been invoked for this locking event.  If the
** busy callback returns 0, then no additional attempts are made to
** access the database and [SQLITE_BUSY] or [SQLITE_IOERR_BLOCKED] is returned.
** If the callback returns non-zero, then another attempt
** is made to open the database for reading and the cycle repeats.
**
** The presence of a busy handler does not guarantee that it will be invoked
** when there is lock contention. If SQLite determines that invoking the busy
** handler could result in a deadlock, it will go ahead and return [SQLITE_BUSY]
** or [SQLITE_IOERR_BLOCKED] instead of invoking the busy handler.
** Consider a scenario where one process is holding a read lock that
** it is trying to promote to a reserved lock and
** a second process is holding a reserved lock that it is trying
** to promote to an exclusive lock.  The first process cannot proceed
** because it is blocked by the second and the second process cannot
** proceed because it is blocked by the first.  If both processes
** invoke the busy handlers, neither will make any progress.  Therefore,
** SQLite returns [SQLITE_BUSY] for the first process, hoping that this
** will induce the first process to release its read lock and allow
** the second process to proceed.
**
** The default busy callback is NULL.
**
** The [SQLITE_BUSY] error is converted to [SQLITE_IOERR_BLOCKED]
** when SQLite is in the middle of a large transaction where all the
** changes will not fit into the in-memory cache.  SQLite will
** already hold a RESERVED lock on the database file, but it needs
** to promote this lock to EXCLUSIVE so that it can spill cache
** pages into the database file without harm to concurrent
** readers.  If it is unable to promote the lock, then the in-memory
** cache will be left in an inconsistent state and so the error
** code is promoted from the relatively benign [SQLITE_BUSY] to
** the more severe [SQLITE_IOERR_BLOCKED].  This error code promotion
** forces an automatic rollback of the changes.  See the
** 
** CorruptionFollowingBusyError wiki page for a discussion of why
** this is important.
**
** There can only be a single busy handler defined for each
** [database connection].  Setting a new busy handler clears any
** previously set handler.  Note that calling [sqlite3_busy_timeout()]
** will also set or clear the busy handler.
**
** The busy callback should not take any actions which modify the
** database connection that invoked the busy handler.  Any such actions
** result in undefined behavior.
** 
** Requirements:
** [H12311] [H12312] [H12314] [H12316] [H12318]
**
** A busy handler must not close the database connection
** or [prepared statement] that invoked the busy handler.
*/
int sqlite3_busy_handler(sqlite3*, int(*)(void*,int), void*);

/*
** CAPI3REF: Set A Busy Timeout {H12340} 
**
** This routine sets a [sqlite3_busy_handler | busy handler] that sleeps
** for a specified amount of time when a table is locked.  The handler
** will sleep multiple times until at least "ms" milliseconds of sleeping
** have accumulated. {H12343} After "ms" milliseconds of sleeping,
** the handler returns 0 which causes [sqlite3_step()] to return
** [SQLITE_BUSY] or [SQLITE_IOERR_BLOCKED].
**
** Calling this routine with an argument less than or equal to zero
** turns off all busy handlers.
**
** There can only be a single busy handler for a particular
** [database connection] any any given moment.  If another busy handler
** was defined  (using [sqlite3_busy_handler()]) prior to calling
** this routine, that other busy handler is cleared.
**
** Requirements:
** [H12341] [H12343] [H12344]
*/
int sqlite3_busy_timeout(sqlite3*, int ms);

/*
** CAPI3REF: Convenience Routines For Running Queries {H12370} 
**
** Definition: A result table is memory data structure created by the
** [sqlite3_get_table()] interface.  A result table records the
** complete query results from one or more queries.
**
** The table conceptually has a number of rows and columns.  But
** these numbers are not part of the result table itself.  These
** numbers are obtained separately.  Let N be the number of rows
** and M be the number of columns.
**
** A result table is an array of pointers to zero-terminated UTF-8 strings.
** There are (N+1)*M elements in the array.  The first M pointers point
** to zero-terminated strings that  contain the names of the columns.
** The remaining entries all point to query results.  NULL values result
** in NULL pointers.  All other values are in their UTF-8 zero-terminated
** string representation as returned by [sqlite3_column_text()].
**
** A result table might consist of one or more memory allocations.
** It is not safe to pass a result table directly to [sqlite3_free()].
** A result table should be deallocated using [sqlite3_free_table()].
**
** As an example of the result table format, suppose a query result
** is as follows:
**
** 
**        Name        | Age
**        -----------------------
**        Alice       | 43
**        Bob         | 28
**        Cindy       | 21
** 

**
** There are two column (M==2) and three rows (N==3).  Thus the
** result table has 8 entries.  Suppose the result table is stored
** in an array names azResult.  Then azResult holds this content:
**
** 
**        azResult[0] = "Name";
**        azResult[1] = "Age";
**        azResult[2] = "Alice";
**        azResult[3] = "43";
**        azResult[4] = "Bob";
**        azResult[5] = "28";
**        azResult[6] = "Cindy";
**        azResult[7] = "21";
** 

**
** The sqlite3_get_table() function evaluates one or more
** semicolon-separated SQL statements in the zero-terminated UTF-8
** string of its 2nd parameter.  It returns a result table to the
** pointer given in its 3rd parameter.
**
** After the calling function has finished using the result, it should
** pass the pointer to the result table to sqlite3_free_table() in order to
** release the memory that was malloced.  Because of the way the
** [sqlite3_malloc()] happens within sqlite3_get_table(), the calling
** function must not try to call [sqlite3_free()] directly.  Only
** [sqlite3_free_table()] is able to release the memory properly and safely.
**
** The sqlite3_get_table() interface is implemented as a wrapper around
** [sqlite3_exec()].  The sqlite3_get_table() routine does not have access
** to any internal data structures of SQLite.  It uses only the public
** interface defined here.  As a consequence, errors that occur in the
** wrapper layer outside of the internal [sqlite3_exec()] call are not
** reflected in subsequent calls to [sqlite3_errcode()] or [sqlite3_errmsg()].
**
** Requirements:
** [H12371] [H12373] [H12374] [H12376] [H12379] [H12382]
*/
int sqlite3_get_table(
  sqlite3 *db,          /* An open database */
  const char *zSql,     /* SQL to be evaluated */
  char ***pazResult,    /* Results of the query */
  int *pnRow,           /* Number of result rows written here */
  int *pnColumn,        /* Number of result columns written here */
  char **pzErrmsg       /* Error msg written here */
);
void sqlite3_free_table(char **result);

/*
** CAPI3REF: Formatted String Printing Functions {H17400} 
**
** These routines are workalikes of the "printf()" family of functions
** from the standard C library.
**
** The sqlite3_mprintf() and sqlite3_vmprintf() routines write their
** results into memory obtained from [sqlite3_malloc()].
** The strings returned by these two routines should be
** released by [sqlite3_free()].  Both routines return a
** NULL pointer if [sqlite3_malloc()] is unable to allocate enough
** memory to hold the resulting string.
**
** In sqlite3_snprintf() routine is similar to "snprintf()" from
** the standard C library.  The result is written into the
** buffer supplied as the second parameter whose size is given by
** the first parameter. Note that the order of the
** first two parameters is reversed from snprintf().  This is an
** historical accident that cannot be fixed without breaking
** backwards compatibility.  Note also that sqlite3_snprintf()
** returns a pointer to its buffer instead of the number of
** characters actually written into the buffer.  We admit that
** the number of characters written would be a more useful return
** value but we cannot change the implementation of sqlite3_snprintf()
** now without breaking compatibility.
**
** As long as the buffer size is greater than zero, sqlite3_snprintf()
** guarantees that the buffer is always zero-terminated.  The first
** parameter "n" is the total size of the buffer, including space for
** the zero terminator.  So the longest string that can be completely
** written will be n-1 characters.
**
** These routines all implement some additional formatting
** options that are useful for constructing SQL statements.
** All of the usual printf() formatting options apply.  In addition, there
** is are "%q", "%Q", and "%z" options.
**
** The %q option works like %s in that it substitutes a null-terminated
** string from the argument list.  But %q also doubles every '\'' character.
** %q is designed for use inside a string literal.  By doubling each '\''
** character it escapes that character and allows it to be inserted into
** the string.
**
** For example, assume the string variable zText contains text as follows:
**
** 
**  char *zText = "It's a happy day!";
** 

**
** One can use this text in an SQL statement as follows:
**
** 
**  char *zSQL = sqlite3_mprintf("INSERT INTO table VALUES('%q')", zText);
**  sqlite3_exec(db, zSQL, 0, 0, 0);
**  sqlite3_free(zSQL);
** 

**
** Because the %q format string is used, the '\'' character in zText
** is escaped and the SQL generated is as follows:
**
** 
**  INSERT INTO table1 VALUES('It''s a happy day!')
** 

**
** This is correct.  Had we used %s instead of %q, the generated SQL
** would have looked like this:
**
** 
**  INSERT INTO table1 VALUES('It's a happy day!');
** 

**
** This second example is an SQL syntax error.  As a general rule you should
** always use %q instead of %s when inserting text into a string literal.
**
** The %Q option works like %q except it also adds single quotes around
** the outside of the total string.  Additionally, if the parameter in the
** argument list is a NULL pointer, %Q substitutes the text "NULL" (without
** single quotes) in place of the %Q option.  So, for example, one could say:
**
** 
**  char *zSQL = sqlite3_mprintf("INSERT INTO table VALUES(%Q)", zText);
**  sqlite3_exec(db, zSQL, 0, 0, 0);
**  sqlite3_free(zSQL);
** 

**
** The code above will render a correct SQL statement in the zSQL
** variable even if the zText variable is a NULL pointer.
**
** The "%z" formatting option works exactly like "%s" with the
** addition that after the string has been read and copied into
** the result, [sqlite3_free()] is called on the input string. {END}
**
** Requirements:
** [H17403] [H17406] [H17407]
*/
char *sqlite3_mprintf(const char*,...);
char *sqlite3_vmprintf(const char*, va_list);
char *sqlite3_snprintf(int,char*,const char*, ...);

/*
** CAPI3REF: Memory Allocation Subsystem {H17300} 
**
** The SQLite core  uses these three routines for all of its own
** internal memory allocation needs. "Core" in the previous sentence
** does not include operating-system specific VFS implementation.  The
** Windows VFS uses native malloc() and free() for some operations.
**
** The sqlite3_malloc() routine returns a pointer to a block
** of memory at least N bytes in length, where N is the parameter.
** If sqlite3_malloc() is unable to obtain sufficient free
** memory, it returns a NULL pointer.  If the parameter N to
** sqlite3_malloc() is zero or negative then sqlite3_malloc() returns
** a NULL pointer.
**
** Calling sqlite3_free() with a pointer previously returned
** by sqlite3_malloc() or sqlite3_realloc() releases that memory so
** that it might be reused.  The sqlite3_free() routine is
** a no-op if is called with a NULL pointer.  Passing a NULL pointer
** to sqlite3_free() is harmless.  After being freed, memory
** should neither be read nor written.  Even reading previously freed
** memory might result in a segmentation fault or other severe error.
** Memory corruption, a segmentation fault, or other severe error
** might result if sqlite3_free() is called with a non-NULL pointer that
** was not obtained from sqlite3_malloc() or sqlite3_realloc().
**
** The sqlite3_realloc() interface attempts to resize a
** prior memory allocation to be at least N bytes, where N is the
** second parameter.  The memory allocation to be resized is the first
** parameter.  If the first parameter to sqlite3_realloc()
** is a NULL pointer then its behavior is identical to calling
** sqlite3_malloc(N) where N is the second parameter to sqlite3_realloc().
** If the second parameter to sqlite3_realloc() is zero or
** negative then the behavior is exactly the same as calling
** sqlite3_free(P) where P is the first parameter to sqlite3_realloc().
** sqlite3_realloc() returns a pointer to a memory allocation
** of at least N bytes in size or NULL if sufficient memory is unavailable.
** If M is the size of the prior allocation, then min(N,M) bytes
** of the prior allocation are copied into the beginning of buffer returned
** by sqlite3_realloc() and the prior allocation is freed.
** If sqlite3_realloc() returns NULL, then the prior allocation
** is not freed.
**
** The memory returned by sqlite3_malloc() and sqlite3_realloc()
** is always aligned to at least an 8 byte boundary. {END}
**
** The default implementation of the memory allocation subsystem uses
** the malloc(), realloc() and free() provided by the standard C library.
** {H17382} However, if SQLite is compiled with the
** SQLITE_MEMORY_SIZE=NNN C preprocessor macro (where NNN
** is an integer), then SQLite create a static array of at least
** NNN bytes in size and uses that array for all of its dynamic
** memory allocation needs. {END}  Additional memory allocator options
** may be added in future releases.
**
** In SQLite version 3.5.0 and 3.5.1, it was possible to define
** the SQLITE_OMIT_MEMORY_ALLOCATION which would cause the built-in
** implementation of these routines to be omitted.  That capability
** is no longer provided.  Only built-in memory allocators can be used.
**
** The Windows OS interface layer calls
** the system malloc() and free() directly when converting
** filenames between the UTF-8 encoding used by SQLite
** and whatever filename encoding is used by the particular Windows
** installation.  Memory allocation errors are detected, but
** they are reported back as [SQLITE_CANTOPEN] or
** [SQLITE_IOERR] rather than [SQLITE_NOMEM].
**
** Requirements:
** [H17303] [H17304] [H17305] [H17306] [H17310] [H17312] [H17315] [H17318]
** [H17321] [H17322] [H17323]
**
** The pointer arguments to [sqlite3_free()] and [sqlite3_realloc()]
** must be either NULL or else pointers obtained from a prior
** invocation of [sqlite3_malloc()] or [sqlite3_realloc()] that have
** not yet been released.
**
** The application must not read or write any part of
** a block of memory after it has been released using
** [sqlite3_free()] or [sqlite3_realloc()].
*/
void *sqlite3_malloc(int);
void *sqlite3_realloc(void*, int);
void sqlite3_free(void*);

/*
** CAPI3REF: Memory Allocator Statistics {H17370} 
**
** SQLite provides these two interfaces for reporting on the status
** of the [sqlite3_malloc()], [sqlite3_free()], and [sqlite3_realloc()]
** routines, which form the built-in memory allocation subsystem.
**
** Requirements:
** [H17371] [H17373] [H17374] [H17375]
*/
sqlite3_int64 sqlite3_memory_used(void);
sqlite3_int64 sqlite3_memory_highwater(int resetFlag);

/*
** CAPI3REF: Pseudo-Random Number Generator {H17390} 
**
** SQLite contains a high-quality pseudo-random number generator (PRNG) used to
** select random [ROWID | ROWIDs] when inserting new records into a table that
** already uses the largest possible [ROWID].  The PRNG is also used for
** the build-in random() and randomblob() SQL functions.  This interface allows
** applications to access the same PRNG for other purposes.
**
** A call to this routine stores N bytes of randomness into buffer P.
**
** The first time this routine is invoked (either internally or by
** the application) the PRNG is seeded using randomness obtained
** from the xRandomness method of the default [sqlite3_vfs] object.
** On all subsequent invocations, the pseudo-randomness is generated
** internally and without recourse to the [sqlite3_vfs] xRandomness
** method.
**
** Requirements:
** [H17392]
*/
void sqlite3_randomness(int N, void *P);

/*
** CAPI3REF: Compile-Time Authorization Callbacks {H12500} 
**
** This routine registers a authorizer callback with a particular
** [database connection], supplied in the first argument.
** The authorizer callback is invoked as SQL statements are being compiled
** by [sqlite3_prepare()] or its variants [sqlite3_prepare_v2()],
** [sqlite3_prepare16()] and [sqlite3_prepare16_v2()].  At various
** points during the compilation process, as logic is being created
** to perform various actions, the authorizer callback is invoked to
** see if those actions are allowed.  The authorizer callback should
** return [SQLITE_OK] to allow the action, [SQLITE_IGNORE] to disallow the
** specific action but allow the SQL statement to continue to be
** compiled, or [SQLITE_DENY] to cause the entire SQL statement to be
** rejected with an error.  If the authorizer callback returns
** any value other than [SQLITE_IGNORE], [SQLITE_OK], or [SQLITE_DENY]
** then the [sqlite3_prepare_v2()] or equivalent call that triggered
** the authorizer will fail with an error message.
**
** When the callback returns [SQLITE_OK], that means the operation
** requested is ok.  When the callback returns [SQLITE_DENY], the
** [sqlite3_prepare_v2()] or equivalent call that triggered the
** authorizer will fail with an error message explaining that
** access is denied. 
**
** The first parameter to the authorizer callback is a copy of the third
** parameter to the sqlite3_set_authorizer() interface. The second parameter
** to the callback is an integer [SQLITE_COPY | action code] that specifies
** the particular action to be authorized. The third through sixth parameters
** to the callback are zero-terminated strings that contain additional
** details about the action to be authorized.
**
** If the action code is [SQLITE_READ]
** and the callback returns [SQLITE_IGNORE] then the
** [prepared statement] statement is constructed to substitute
** a NULL value in place of the table column that would have
** been read if [SQLITE_OK] had been returned.  The [SQLITE_IGNORE]
** return can be used to deny an untrusted user access to individual
** columns of a table.
** If the action code is [SQLITE_DELETE] and the callback returns
** [SQLITE_IGNORE] then the [DELETE] operation proceeds but the
** [truncate optimization] is disabled and all rows are deleted individually.
**
** An authorizer is used when [sqlite3_prepare | preparing]
** SQL statements from an untrusted source, to ensure that the SQL statements
** do not try to access data they are not allowed to see, or that they do not
** try to execute malicious statements that damage the database.  For
** example, an application may allow a user to enter arbitrary
** SQL queries for evaluation by a database.  But the application does
** not want the user to be able to make arbitrary changes to the
** database.  An authorizer could then be put in place while the
** user-entered SQL is being [sqlite3_prepare | prepared] that
** disallows everything except [SELECT] statements.
**
** Applications that need to process SQL from untrusted sources
** might also consider lowering resource limits using [sqlite3_limit()]
** and limiting database size using the [max_page_count] [PRAGMA]
** in addition to using an authorizer.
**
** Only a single authorizer can be in place on a database connection
** at a time.  Each call to sqlite3_set_authorizer overrides the
** previous call.  Disable the authorizer by installing a NULL callback.
** The authorizer is disabled by default.
**
** The authorizer callback must not do anything that will modify
** the database connection that invoked the authorizer callback.
** Note that [sqlite3_prepare_v2()] and [sqlite3_step()] both modify their
** database connections for the meaning of "modify" in this paragraph.
**
** When [sqlite3_prepare_v2()] is used to prepare a statement, the
** statement might be reprepared during [sqlite3_step()] due to a 
** schema change.  Hence, the application should ensure that the
** correct authorizer callback remains in place during the [sqlite3_step()].
**
** Note that the authorizer callback is invoked only during
** [sqlite3_prepare()] or its variants.  Authorization is not
** performed during statement evaluation in [sqlite3_step()], unless
** as stated in the previous paragraph, sqlite3_step() invokes
** sqlite3_prepare_v2() to reprepare a statement after a schema change.
**
** Requirements:
** [H12501] [H12502] [H12503] [H12504] [H12505] [H12506] [H12507] [H12510]
** [H12511] [H12512] [H12520] [H12521] [H12522]
*/
int sqlite3_set_authorizer(
  sqlite3*,
  int (*xAuth)(void*,int,const char*,const char*,const char*,const char*),
  void *pUserData
);

/*
** CAPI3REF: Authorizer Return Codes {H12590} 
**
** The [sqlite3_set_authorizer | authorizer callback function] must
** return either [SQLITE_OK] or one of these two constants in order
** to signal SQLite whether or not the action is permitted.  See the
** [sqlite3_set_authorizer | authorizer documentation] for additional
** information.
*/
#define SQLITE_DENY   1   /* Abort the SQL statement with an error */
#define SQLITE_IGNORE 2   /* Don't allow access, but don't generate an error */

/*
** CAPI3REF: Authorizer Action Codes {H12550} 
**
** The [sqlite3_set_authorizer()] interface registers a callback function
** that is invoked to authorize certain SQL statement actions.  The
** second parameter to the callback is an integer code that specifies
** what action is being authorized.  These are the integer action codes that
** the authorizer callback may be passed.
**
** These action code values signify what kind of operation is to be
** authorized.  The 3rd and 4th parameters to the authorization
** callback function will be parameters or NULL depending on which of these
** codes is used as the second parameter.  The 5th parameter to the
** authorizer callback is the name of the database ("main", "temp",
** etc.) if applicable.  The 6th parameter to the authorizer callback
** is the name of the inner-most trigger or view that is responsible for
** the access attempt or NULL if this access attempt is directly from
** top-level SQL code.
**
** Requirements:
** [H12551] [H12552] [H12553] [H12554]
*/
/******************************************* 3rd ************ 4th ***********/
#define SQLITE_CREATE_INDEX          1   /* Index Name      Table Name      */
#define SQLITE_CREATE_TABLE          2   /* Table Name      NULL            */
#define SQLITE_CREATE_TEMP_INDEX     3   /* Index Name      Table Name      */
#define SQLITE_CREATE_TEMP_TABLE     4   /* Table Name      NULL            */
#define SQLITE_CREATE_TEMP_TRIGGER   5   /* Trigger Name    Table Name      */
#define SQLITE_CREATE_TEMP_VIEW      6   /* View Name       NULL            */
#define SQLITE_CREATE_TRIGGER        7   /* Trigger Name    Table Name      */
#define SQLITE_CREATE_VIEW           8   /* View Name       NULL            */
#define SQLITE_DELETE                9   /* Table Name      NULL            */
#define SQLITE_DROP_INDEX           10   /* Index Name      Table Name      */
#define SQLITE_DROP_TABLE           11   /* Table Name      NULL            */
#define SQLITE_DROP_TEMP_INDEX      12   /* Index Name      Table Name      */
#define SQLITE_DROP_TEMP_TABLE      13   /* Table Name      NULL            */
#define SQLITE_DROP_TEMP_TRIGGER    14   /* Trigger Name    Table Name      */
#define SQLITE_DROP_TEMP_VIEW       15   /* View Name       NULL            */
#define SQLITE_DROP_TRIGGER         16   /* Trigger Name    Table Name      */
#define SQLITE_DROP_VIEW            17   /* View Name       NULL            */
#define SQLITE_INSERT               18   /* Table Name      NULL            */
#define SQLITE_PRAGMA               19   /* Pragma Name     1st arg or NULL */
#define SQLITE_READ                 20   /* Table Name      Column Name     */
#define SQLITE_SELECT               21   /* NULL            NULL            */
#define SQLITE_TRANSACTION          22   /* Operation       NULL            */
#define SQLITE_UPDATE               23   /* Table Name      Column Name     */
#define SQLITE_ATTACH               24   /* Filename        NULL            */
#define SQLITE_DETACH               25   /* Database Name   NULL            */
#define SQLITE_ALTER_TABLE          26   /* Database Name   Table Name      */
#define SQLITE_REINDEX              27   /* Index Name      NULL            */
#define SQLITE_ANALYZE              28   /* Table Name      NULL            */
#define SQLITE_CREATE_VTABLE        29   /* Table Name      Module Name     */
#define SQLITE_DROP_VTABLE          30   /* Table Name      Module Name     */
#define SQLITE_FUNCTION             31   /* NULL            Function Name   */
#define SQLITE_SAVEPOINT            32   /* Operation       Savepoint Name  */
#define SQLITE_COPY                  0   /* No longer used */

/*
** CAPI3REF: Tracing And Profiling Functions {H12280} 
** EXPERIMENTAL
**
** These routines register callback functions that can be used for
** tracing and profiling the execution of SQL statements.
**
** The callback function registered by sqlite3_trace() is invoked at
** various times when an SQL statement is being run by [sqlite3_step()].
** The callback returns a UTF-8 rendering of the SQL statement text
** as the statement first begins executing.  Additional callbacks occur
** as each triggered subprogram is entered.  The callbacks for triggers
** contain a UTF-8 SQL comment that identifies the trigger.
**
** The callback function registered by sqlite3_profile() is invoked
** as each SQL statement finishes.  The profile callback contains
** the original statement text and an estimate of wall-clock time
** of how long that statement took to run.
**
** Requirements:
** [H12281] [H12282] [H12283] [H12284] [H12285] [H12287] [H12288] [H12289]
** [H12290]
*/
SQLITE_EXPERIMENTAL void *sqlite3_trace(sqlite3*, void(*xTrace)(void*,const char*), void*);
SQLITE_EXPERIMENTAL void *sqlite3_profile(sqlite3*,
   void(*xProfile)(void*,const char*,sqlite3_uint64), void*);

/*
** CAPI3REF: Query Progress Callbacks {H12910} 
**
** This routine configures a callback function - the
** progress callback - that is invoked periodically during long
** running calls to [sqlite3_exec()], [sqlite3_step()] and
** [sqlite3_get_table()].  An example use for this
** interface is to keep a GUI updated during a large query.
**
** If the progress callback returns non-zero, the operation is
** interrupted.  This feature can be used to implement a
** "Cancel" button on a GUI progress dialog box.
**
** The progress handler must not do anything that will modify
** the database connection that invoked the progress handler.
** Note that [sqlite3_prepare_v2()] and [sqlite3_step()] both modify their
** database connections for the meaning of "modify" in this paragraph.
**
** Requirements:
** [H12911] [H12912] [H12913] [H12914] [H12915] [H12916] [H12917] [H12918]
**
*/
void sqlite3_progress_handler(sqlite3*, int, int(*)(void*), void*);

/*
** CAPI3REF: Opening A New Database Connection {H12700} 
**
** These routines open an SQLite database file whose name is given by the
** filename argument. The filename argument is interpreted as UTF-8 for
** sqlite3_open() and sqlite3_open_v2() and as UTF-16 in the native byte
** order for sqlite3_open16(). A [database connection] handle is usually
** returned in *ppDb, even if an error occurs.  The only exception is that
** if SQLite is unable to allocate memory to hold the [sqlite3] object,
** a NULL will be written into *ppDb instead of a pointer to the [sqlite3]
** object. If the database is opened (and/or created) successfully, then
** [SQLITE_OK] is returned.  Otherwise an [error code] is returned.  The
** [sqlite3_errmsg()] or [sqlite3_errmsg16()] routines can be used to obtain
** an English language description of the error.
**
** The default encoding for the database will be UTF-8 if
** sqlite3_open() or sqlite3_open_v2() is called and
** UTF-16 in the native byte order if sqlite3_open16() is used.
**
** Whether or not an error occurs when it is opened, resources
** associated with the [database connection] handle should be released by
** passing it to [sqlite3_close()] when it is no longer required.
**
** The sqlite3_open_v2() interface works like sqlite3_open()
** except that it accepts two additional parameters for additional control
** over the new database connection.  The flags parameter can take one of
** the following three values, optionally combined with the 
** [SQLITE_OPEN_NOMUTEX] or [SQLITE_OPEN_FULLMUTEX] flags:
**
** 

** 
[SQLITE_OPEN_READONLY]

** 
The database is opened in read-only mode.  If the database does not
** already exist, an error is returned.

**
** 
[SQLITE_OPEN_READWRITE]

** 
The database is opened for reading and writing if possible, or reading
** only if the file is write protected by the operating system.  In either
** case the database must already exist, otherwise an error is returned.

**
** 
[SQLITE_OPEN_READWRITE] | [SQLITE_OPEN_CREATE]

** 
The database is opened for reading and writing, and is creates it if
** it does not already exist. This is the behavior that is always used for
** sqlite3_open() and sqlite3_open16().

** 

**
** If the 3rd parameter to sqlite3_open_v2() is not one of the
** combinations shown above or one of the combinations shown above combined
** with the [SQLITE_OPEN_NOMUTEX] or [SQLITE_OPEN_FULLMUTEX] flags,
** then the behavior is undefined.
**
** If the [SQLITE_OPEN_NOMUTEX] flag is set, then the database connection
** opens in the multi-thread [threading mode] as long as the single-thread
** mode has not been set at compile-time or start-time.  If the
** [SQLITE_OPEN_FULLMUTEX] flag is set then the database connection opens
** in the serialized [threading mode] unless single-thread was
** previously selected at compile-time or start-time.
**
** If the filename is ":memory:", then a private, temporary in-memory database
** is created for the connection.  This in-memory database will vanish when
** the database connection is closed.  Future versions of SQLite might
** make use of additional special filenames that begin with the ":" character.
** It is recommended that when a database filename actually does begin with
** a ":" character you should prefix the filename with a pathname such as
** "./" to avoid ambiguity.
**
** If the filename is an empty string, then a private, temporary
** on-disk database will be created.  This private database will be
** automatically deleted as soon as the database connection is closed.
**
** The fourth parameter to sqlite3_open_v2() is the name of the
** [sqlite3_vfs] object that defines the operating system interface that
** the new database connection should use.  If the fourth parameter is
** a NULL pointer then the default [sqlite3_vfs] object is used.
**
** Note to Windows users:  The encoding used for the filename argument
** of sqlite3_open() and sqlite3_open_v2() must be UTF-8, not whatever
** codepage is currently defined.  Filenames containing international
** characters must be converted to UTF-8 prior to passing them into
** sqlite3_open() or sqlite3_open_v2().
**
** Requirements:
** [H12701] [H12702] [H12703] [H12704] [H12706] [H12707] [H12709] [H12711]
** [H12712] [H12713] [H12714] [H12717] [H12719] [H12721] [H12723]
*/
int sqlite3_open(
  const char *filename,   /* Database filename (UTF-8) */
  sqlite3 **ppDb          /* OUT: SQLite db handle */
);
int sqlite3_open16(
  const void *filename,   /* Database filename (UTF-16) */
  sqlite3 **ppDb          /* OUT: SQLite db handle */
);
int sqlite3_open_v2(
  const char *filename,   /* Database filename (UTF-8) */
  sqlite3 **ppDb,         /* OUT: SQLite db handle */
  int flags,              /* Flags */
  const char *zVfs        /* Name of VFS module to use */
);

/*
** CAPI3REF: Error Codes And Messages {H12800} 
**
** The sqlite3_errcode() interface returns the numeric [result code] or
** [extended result code] for the most recent failed sqlite3_* API call
** associated with a [database connection]. If a prior API call failed
** but the most recent API call succeeded, the return value from
** sqlite3_errcode() is undefined.  The sqlite3_extended_errcode()
** interface is the same except that it always returns the 
** [extended result code] even when extended result codes are
** disabled.
**
** The sqlite3_errmsg() and sqlite3_errmsg16() return English-language
** text that describes the error, as either UTF-8 or UTF-16 respectively.
** Memory to hold the error message string is managed internally.
** The application does not need to worry about freeing the result.
** However, the error string might be overwritten or deallocated by
** subsequent calls to other SQLite interface functions.
**
** When the serialized [threading mode] is in use, it might be the
** case that a second error occurs on a separate thread in between
** the time of the first error and the call to these interfaces.
** When that happens, the second error will be reported since these
** interfaces always report the most recent result.  To avoid
** this, each thread can obtain exclusive use of the [database connection] D
** by invoking [sqlite3_mutex_enter]([sqlite3_db_mutex](D)) before beginning
** to use D and invoking [sqlite3_mutex_leave]([sqlite3_db_mutex](D)) after
** all calls to the interfaces listed here are completed.
**
** If an interface fails with SQLITE_MISUSE, that means the interface
** was invoked incorrectly by the application.  In that case, the
** error code and message may or may not be set.
**
** Requirements:
** [H12801] [H12802] [H12803] [H12807] [H12808] [H12809]
*/
int sqlite3_errcode(sqlite3 *db);
int sqlite3_extended_errcode(sqlite3 *db);
const char *sqlite3_errmsg(sqlite3*);
const void *sqlite3_errmsg16(sqlite3*);

/*
** CAPI3REF: SQL Statement Object {H13000} 
** KEYWORDS: {prepared statement} {prepared statements}
**
** An instance of this object represents a single SQL statement.
** This object is variously known as a "prepared statement" or a
** "compiled SQL statement" or simply as a "statement".
**
** The life of a statement object goes something like this:
**
** 
    
** 
  1.  Create the object using [sqlite3_prepare_v2()] or a related
**      function.
** 
  2.  Bind values to [host parameters] using the sqlite3_bind_*()
**      interfaces.
** 
  3.  Run the SQL by calling [sqlite3_step()] one or more times.
** 
  4.  Reset the statement using [sqlite3_reset()] then go back
**      to step 2.  Do this zero or more times.
** 
  5.  Destroy the object using [sqlite3_finalize()].
** 

**
** Refer to documentation on individual methods above for additional
** information.
*/
typedef struct sqlite3_stmt sqlite3_stmt;

/*
** CAPI3REF: Run-time Limits {H12760} 
**
** This interface allows the size of various constructs to be limited
** on a connection by connection basis.  The first parameter is the
** [database connection] whose limit is to be set or queried.  The
** second parameter is one of the [limit categories] that define a
** class of constructs to be size limited.  The third parameter is the
** new limit for that construct.  The function returns the old limit.
**
** If the new limit is a negative number, the limit is unchanged.
** For the limit category of SQLITE_LIMIT_XYZ there is a 
** [limits | hard upper bound]
** set by a compile-time C preprocessor macro named 
** [limits | SQLITE_MAX_XYZ].
** (The "_LIMIT_" in the name is changed to "_MAX_".)
** Attempts to increase a limit above its hard upper bound are
** silently truncated to the hard upper limit.
**
** Run time limits are intended for use in applications that manage
** both their own internal database and also databases that are controlled
** by untrusted external sources.  An example application might be a
** web browser that has its own databases for storing history and
** separate databases controlled by JavaScript applications downloaded
** off the Internet.  The internal databases can be given the
** large, default limits.  Databases managed by external sources can
** be given much smaller limits designed to prevent a denial of service
** attack.  Developers might also want to use the [sqlite3_set_authorizer()]
** interface to further control untrusted SQL.  The size of the database
** created by an untrusted script can be contained using the
** [max_page_count] [PRAGMA].
**
** New run-time limit categories may be added in future releases.
**
** Requirements:
** [H12762] [H12766] [H12769]
*/
int sqlite3_limit(sqlite3*, int id, int newVal);

/*
** CAPI3REF: Run-Time Limit Categories {H12790} 
** KEYWORDS: {limit category} {limit categories}
**
** These constants define various performance limits
** that can be lowered at run-time using [sqlite3_limit()].
** The synopsis of the meanings of the various limits is shown below.
** Additional information is available at [limits | Limits in SQLite].
**
** 

** 
SQLITE_LIMIT_LENGTH

** 
The maximum size of any string or BLOB or table row.

**
** 
SQLITE_LIMIT_SQL_LENGTH

** 
The maximum length of an SQL statement.

**
** 
SQLITE_LIMIT_COLUMN

** 
The maximum number of columns in a table definition or in the
** result set of a [SELECT] or the maximum number of columns in an index
** or in an ORDER BY or GROUP BY clause.

**
** 
SQLITE_LIMIT_EXPR_DEPTH

** 
The maximum depth of the parse tree on any expression.

**
** 
SQLITE_LIMIT_COMPOUND_SELECT

** 
The maximum number of terms in a compound SELECT statement.

**
** 
SQLITE_LIMIT_VDBE_OP

** 
The maximum number of instructions in a virtual machine program
** used to implement an SQL statement.

**
** 
SQLITE_LIMIT_FUNCTION_ARG

** 
The maximum number of arguments on a function.

**
** 
SQLITE_LIMIT_ATTACHED

** 
The maximum number of [ATTACH | attached databases].

**
** 
SQLITE_LIMIT_LIKE_PATTERN_LENGTH

** 
The maximum length of the pattern argument to the [LIKE] or
** [GLOB] operators.

**
** 
SQLITE_LIMIT_VARIABLE_NUMBER

** 
The maximum number of variables in an SQL statement that can
** be bound.

** 

*/
#define SQLITE_LIMIT_LENGTH                    0
#define SQLITE_LIMIT_SQL_LENGTH                1
#define SQLITE_LIMIT_COLUMN                    2
#define SQLITE_LIMIT_EXPR_DEPTH                3
#define SQLITE_LIMIT_COMPOUND_SELECT           4
#define SQLITE_LIMIT_VDBE_OP                   5
#define SQLITE_LIMIT_FUNCTION_ARG              6
#define SQLITE_LIMIT_ATTACHED                  7
#define SQLITE_LIMIT_LIKE_PATTERN_LENGTH       8
#define SQLITE_LIMIT_VARIABLE_NUMBER           9

/*
** CAPI3REF: Compiling An SQL Statement {H13010} 
** KEYWORDS: {SQL statement compiler}
**
** To execute an SQL query, it must first be compiled into a byte-code
** program using one of these routines.
**
** The first argument, "db", is a [database connection] obtained from a
** prior successful call to [sqlite3_open()], [sqlite3_open_v2()] or
** [sqlite3_open16()].  The database connection must not have been closed.
**
** The second argument, "zSql", is the statement to be compiled, encoded
** as either UTF-8 or UTF-16.  The sqlite3_prepare() and sqlite3_prepare_v2()
** interfaces use UTF-8, and sqlite3_prepare16() and sqlite3_prepare16_v2()
** use UTF-16.
**
** If the nByte argument is less than zero, then zSql is read up to the
** first zero terminator. If nByte is non-negative, then it is the maximum
** number of  bytes read from zSql.  When nByte is non-negative, the
** zSql string ends at either the first '\000' or '\u0000' character or
** the nByte-th byte, whichever comes first. If the caller knows
** that the supplied string is nul-terminated, then there is a small
** performance advantage to be gained by passing an nByte parameter that
** is equal to the number of bytes in the input string including
** the nul-terminator bytes.
**
** If pzTail is not NULL then *pzTail is made to point to the first byte
** past the end of the first SQL statement in zSql.  These routines only
** compile the first statement in zSql, so *pzTail is left pointing to
** what remains uncompiled.
**
** *ppStmt is left pointing to a compiled [prepared statement] that can be
** executed using [sqlite3_step()].  If there is an error, *ppStmt is set
** to NULL.  If the input text contains no SQL (if the input is an empty
** string or a comment) then *ppStmt is set to NULL.
** The calling procedure is responsible for deleting the compiled
** SQL statement using [sqlite3_finalize()] after it has finished with it.
** ppStmt may not be NULL.
**
** On success, [SQLITE_OK] is returned, otherwise an [error code] is returned.
**
** The sqlite3_prepare_v2() and sqlite3_prepare16_v2() interfaces are
** recommended for all new programs. The two older interfaces are retained
** for backwards compatibility, but their use is discouraged.
** In the "v2" interfaces, the prepared statement
** that is returned (the [sqlite3_stmt] object) contains a copy of the
** original SQL text. This causes the [sqlite3_step()] interface to
** behave a differently in two ways:
**
** 
    
** 
  1. 
** If the database schema changes, instead of returning [SQLITE_SCHEMA] as it
** always used to do, [sqlite3_step()] will automatically recompile the SQL
** statement and try to run it again.  If the schema has changed in
** a way that makes the statement no longer valid, [sqlite3_step()] will still
** return [SQLITE_SCHEMA].  But unlike the legacy behavior, [SQLITE_SCHEMA] is
** now a fatal error.  Calling [sqlite3_prepare_v2()] again will not make the
** error go away.  Note: use [sqlite3_errmsg()] to find the text
** of the parsing error that results in an [SQLITE_SCHEMA] return.
** 
    2. 
**
** 
  2. 
** When an error occurs, [sqlite3_step()] will return one of the detailed
** [error codes] or [extended error codes].  The legacy behavior was that
** [sqlite3_step()] would only return a generic [SQLITE_ERROR] result code
** and you would have to make a second call to [sqlite3_reset()] in order
** to find the underlying cause of the problem. With the "v2" prepare
** interfaces, the underlying reason for the error is returned immediately.
** 
    3. 
** 

**
** Requirements:
** [H13011] [H13012] [H13013] [H13014] [H13015] [H13016] [H13019] [H13021]
**
*/
int sqlite3_prepare(
  sqlite3 *db,            /* Database handle */
  const char *zSql,       /* SQL statement, UTF-8 encoded */
  int nByte,              /* Maximum length of zSql in bytes. */
  sqlite3_stmt **ppStmt,  /* OUT: Statement handle */
  const char **pzTail     /* OUT: Pointer to unused portion of zSql */
);
int sqlite3_prepare_v2(
  sqlite3 *db,            /* Database handle */
  const char *zSql,       /* SQL statement, UTF-8 encoded */
  int nByte,              /* Maximum length of zSql in bytes. */
  sqlite3_stmt **ppStmt,  /* OUT: Statement handle */
  const char **pzTail     /* OUT: Pointer to unused portion of zSql */
);
int sqlite3_prepare16(
  sqlite3 *db,            /* Database handle */
  const void *zSql,       /* SQL statement, UTF-16 encoded */
  int nByte,              /* Maximum length of zSql in bytes. */
  sqlite3_stmt **ppStmt,  /* OUT: Statement handle */
  const void **pzTail     /* OUT: Pointer to unused portion of zSql */
);
int sqlite3_prepare16_v2(
  sqlite3 *db,            /* Database handle */
  const void *zSql,       /* SQL statement, UTF-16 encoded */
  int nByte,              /* Maximum length of zSql in bytes. */
  sqlite3_stmt **ppStmt,  /* OUT: Statement handle */
  const void **pzTail     /* OUT: Pointer to unused portion of zSql */
);

/*
** CAPI3REF: Retrieving Statement SQL {H13100} 
**
** This interface can be used to retrieve a saved copy of the original
** SQL text used to create a [prepared statement] if that statement was
** compiled using either [sqlite3_prepare_v2()] or [sqlite3_prepare16_v2()].
**
** Requirements:
** [H13101] [H13102] [H13103]
*/
const char *sqlite3_sql(sqlite3_stmt *pStmt);

/*
** CAPI3REF: Dynamically Typed Value Object {H15000} 
** KEYWORDS: {protected sqlite3_value} {unprotected sqlite3_value}
**
** SQLite uses the sqlite3_value object to represent all values
** that can be stored in a database table. SQLite uses dynamic typing
** for the values it stores. Values stored in sqlite3_value objects
** can be integers, floating point values, strings, BLOBs, or NULL.
**
** An sqlite3_value object may be either "protected" or "unprotected".
** Some interfaces require a protected sqlite3_value.  Other interfaces
** will accept either a protected or an unprotected sqlite3_value.
** Every interface that accepts sqlite3_value arguments specifies
** whether or not it requires a protected sqlite3_value.
**
** The terms "protected" and "unprotected" refer to whether or not
** a mutex is held.  A internal mutex is held for a protected
** sqlite3_value object but no mutex is held for an unprotected
** sqlite3_value object.  If SQLite is compiled to be single-threaded
** (with [SQLITE_THREADSAFE=0] and with [sqlite3_threadsafe()] returning 0)
** or if SQLite is run in one of reduced mutex modes 
** [SQLITE_CONFIG_SINGLETHREAD] or [SQLITE_CONFIG_MULTITHREAD]
** then there is no distinction between protected and unprotected
** sqlite3_value objects and they can be used interchangeably.  However,
** for maximum code portability it is recommended that applications
** still make the distinction between between protected and unprotected
** sqlite3_value objects even when not strictly required.
**
** The sqlite3_value objects that are passed as parameters into the
** implementation of [application-defined SQL functions] are protected.
** The sqlite3_value object returned by
** [sqlite3_column_value()] is unprotected.
** Unprotected sqlite3_value objects may only be used with
** [sqlite3_result_value()] and [sqlite3_bind_value()].
** The [sqlite3_value_blob | sqlite3_value_type()] family of
** interfaces require protected sqlite3_value objects.
*/
typedef struct Mem sqlite3_value;

/*
** CAPI3REF: SQL Function Context Object {H16001} 
**
** The context in which an SQL function executes is stored in an
** sqlite3_context object.  A pointer to an sqlite3_context object
** is always first parameter to [application-defined SQL functions].
** The application-defined SQL function implementation will pass this
** pointer through into calls to [sqlite3_result_int | sqlite3_result()],
** [sqlite3_aggregate_context()], [sqlite3_user_data()],
** [sqlite3_context_db_handle()], [sqlite3_get_auxdata()],
** and/or [sqlite3_set_auxdata()].
*/
typedef struct sqlite3_context sqlite3_context;

/*
** CAPI3REF: Binding Values To Prepared Statements {H13500} 
** KEYWORDS: {host parameter} {host parameters} {host parameter name}
** KEYWORDS: {SQL parameter} {SQL parameters} {parameter binding}
**
** In the SQL strings input to [sqlite3_prepare_v2()] and its variants,
** literals may be replaced by a [parameter] in one of these forms:
**
** 
    
** 
  •   ?
** 
  •   ?NNN
** 
  •   :VVV
** 
  •   @VVV
** 
  •   $VVV
** 

**
** In the parameter forms shown above NNN is an integer literal,
** and VVV is an alpha-numeric parameter name. The values of these
** parameters (also called "host parameter names" or "SQL parameters")
** can be set using the sqlite3_bind_*() routines defined here.
**
** The first argument to the sqlite3_bind_*() routines is always
** a pointer to the [sqlite3_stmt] object returned from
** [sqlite3_prepare_v2()] or its variants.
**
** The second argument is the index of the SQL parameter to be set.
** The leftmost SQL parameter has an index of 1.  When the same named
** SQL parameter is used more than once, second and subsequent
** occurrences have the same index as the first occurrence.
** The index for named parameters can be looked up using the
** [sqlite3_bind_parameter_index()] API if desired.  The index
** for "?NNN" parameters is the value of NNN.
** The NNN value must be between 1 and the [sqlite3_limit()]
** parameter [SQLITE_LIMIT_VARIABLE_NUMBER] (default value: 999).
**
** The third argument is the value to bind to the parameter.
**
** In those routines that have a fourth argument, its value is the
** number of bytes in the parameter.  To be clear: the value is the
** number of bytes in the value, not the number of characters.
** If the fourth parameter is negative, the length of the string is
** the number of bytes up to the first zero terminator.
**
** The fifth argument to sqlite3_bind_blob(), sqlite3_bind_text(), and
** sqlite3_bind_text16() is a destructor used to dispose of the BLOB or
** string after SQLite has finished with it. If the fifth argument is
** the special value [SQLITE_STATIC], then SQLite assumes that the
** information is in static, unmanaged space and does not need to be freed.
** If the fifth argument has the value [SQLITE_TRANSIENT], then
** SQLite makes its own private copy of the data immediately, before
** the sqlite3_bind_*() routine returns.
**
** The sqlite3_bind_zeroblob() routine binds a BLOB of length N that
** is filled with zeroes.  A zeroblob uses a fixed amount of memory
** (just an integer to hold its size) while it is being processed.
** Zeroblobs are intended to serve as placeholders for BLOBs whose
** content is later written using
** [sqlite3_blob_open | incremental BLOB I/O] routines.
** A negative value for the zeroblob results in a zero-length BLOB.
**
** The sqlite3_bind_*() routines must be called after
** [sqlite3_prepare_v2()] (and its variants) or [sqlite3_reset()] and
** before [sqlite3_step()].
** Bindings are not cleared by the [sqlite3_reset()] routine.
** Unbound parameters are interpreted as NULL.
**
** These routines return [SQLITE_OK] on success or an error code if
** anything goes wrong.  [SQLITE_RANGE] is returned if the parameter
** index is out of range.  [SQLITE_NOMEM] is returned if malloc() fails.
** [SQLITE_MISUSE] might be returned if these routines are called on a
** virtual machine that is the wrong state or which has already been finalized.
** Detection of misuse is unreliable.  Applications should not depend
** on SQLITE_MISUSE returns.  SQLITE_MISUSE is intended to indicate a
** a logic error in the application.  Future versions of SQLite might
** panic rather than return SQLITE_MISUSE.
**
** See also: [sqlite3_bind_parameter_count()],
** [sqlite3_bind_parameter_name()], and [sqlite3_bind_parameter_index()].
**
** Requirements:
** [H13506] [H13509] [H13512] [H13515] [H13518] [H13521] [H13524] [H13527]
** [H13530] [H13533] [H13536] [H13539] [H13542] [H13545] [H13548] [H13551]
**
*/
int sqlite3_bind_blob(sqlite3_stmt*, int, const void*, int n, void(*)(void*));
int sqlite3_bind_double(sqlite3_stmt*, int, double);
int sqlite3_bind_int(sqlite3_stmt*, int, int);
int sqlite3_bind_int64(sqlite3_stmt*, int, sqlite3_int64);
int sqlite3_bind_null(sqlite3_stmt*, int);
int sqlite3_bind_text(sqlite3_stmt*, int, const char*, int n, void(*)(void*));
int sqlite3_bind_text16(sqlite3_stmt*, int, const void*, int, void(*)(void*));
int sqlite3_bind_value(sqlite3_stmt*, int, const sqlite3_value*);
int sqlite3_bind_zeroblob(sqlite3_stmt*, int, int n);

/*
** CAPI3REF: Number Of SQL Parameters {H13600} 
**
** This routine can be used to find the number of [SQL parameters]
** in a [prepared statement].  SQL parameters are tokens of the
** form "?", "?NNN", ":AAA", "$AAA", or "@AAA" that serve as
** placeholders for values that are [sqlite3_bind_blob | bound]
** to the parameters at a later time.
**
** This routine actually returns the index of the largest (rightmost)
** parameter. For all forms except ?NNN, this will correspond to the
** number of unique parameters.  If parameters of the ?NNN are used,
** there may be gaps in the list.
**
** See also: [sqlite3_bind_blob|sqlite3_bind()],
** [sqlite3_bind_parameter_name()], and
** [sqlite3_bind_parameter_index()].
**
** Requirements:
** [H13601]
*/
int sqlite3_bind_parameter_count(sqlite3_stmt*);

/*
** CAPI3REF: Name Of A Host Parameter {H13620} 
**
** This routine returns a pointer to the name of the n-th
** [SQL parameter] in a [prepared statement].
** SQL parameters of the form "?NNN" or ":AAA" or "@AAA" or "$AAA"
** have a name which is the string "?NNN" or ":AAA" or "@AAA" or "$AAA"
** respectively.
** In other words, the initial ":" or "$" or "@" or "?"
** is included as part of the name.
** Parameters of the form "?" without a following integer have no name
** and are also referred to as "anonymous parameters".
**
** The first host parameter has an index of 1, not 0.
**
** If the value n is out of range or if the n-th parameter is
** nameless, then NULL is returned.  The returned string is
** always in UTF-8 encoding even if the named parameter was
** originally specified as UTF-16 in [sqlite3_prepare16()] or
** [sqlite3_prepare16_v2()].
**
** See also: [sqlite3_bind_blob|sqlite3_bind()],
** [sqlite3_bind_parameter_count()], and
** [sqlite3_bind_parameter_index()].
**
** Requirements:
** [H13621]
*/
const char *sqlite3_bind_parameter_name(sqlite3_stmt*, int);

/*
** CAPI3REF: Index Of A Parameter With A Given Name {H13640} 
**
** Return the index of an SQL parameter given its name.  The
** index value returned is suitable for use as the second
** parameter to [sqlite3_bind_blob|sqlite3_bind()].  A zero
** is returned if no matching parameter is found.  The parameter
** name must be given in UTF-8 even if the original statement
** was prepared from UTF-16 text using [sqlite3_prepare16_v2()].
**
** See also: [sqlite3_bind_blob|sqlite3_bind()],
** [sqlite3_bind_parameter_count()], and
** [sqlite3_bind_parameter_index()].
**
** Requirements:
** [H13641]
*/
int sqlite3_bind_parameter_index(sqlite3_stmt*, const char *zName);

/*
** CAPI3REF: Reset All Bindings On A Prepared Statement {H13660} 
**
** Contrary to the intuition of many, [sqlite3_reset()] does not reset
** the [sqlite3_bind_blob | bindings] on a [prepared statement].
** Use this routine to reset all host parameters to NULL.
**
** Requirements:
** [H13661]
*/
int sqlite3_clear_bindings(sqlite3_stmt*);

/*
** CAPI3REF: Number Of Columns In A Result Set {H13710} 
**
** Return the number of columns in the result set returned by the
** [prepared statement]. This routine returns 0 if pStmt is an SQL
** statement that does not return data (for example an [UPDATE]).
**
** Requirements:
** [H13711]
*/
int sqlite3_column_count(sqlite3_stmt *pStmt);

/*
** CAPI3REF: Column Names In A Result Set {H13720} 
**
** These routines return the name assigned to a particular column
** in the result set of a [SELECT] statement.  The sqlite3_column_name()
** interface returns a pointer to a zero-terminated UTF-8 string
** and sqlite3_column_name16() returns a pointer to a zero-terminated
** UTF-16 string.  The first parameter is the [prepared statement]
** that implements the [SELECT] statement. The second parameter is the
** column number.  The leftmost column is number 0.
**
** The returned string pointer is valid until either the [prepared statement]
** is destroyed by [sqlite3_finalize()] or until the next call to
** sqlite3_column_name() or sqlite3_column_name16() on the same column.
**
** If sqlite3_malloc() fails during the processing of either routine
** (for example during a conversion from UTF-8 to UTF-16) then a
** NULL pointer is returned.
**
** The name of a result column is the value of the "AS" clause for
** that column, if there is an AS clause.  If there is no AS clause
** then the name of the column is unspecified and may change from
** one release of SQLite to the next.
**
** Requirements:
** [H13721] [H13723] [H13724] [H13725] [H13726] [H13727]
*/
const char *sqlite3_column_name(sqlite3_stmt*, int N);
const void *sqlite3_column_name16(sqlite3_stmt*, int N);

/*
** CAPI3REF: Source Of Data In A Query Result {H13740} 
**
** These routines provide a means to determine what column of what
** table in which database a result of a [SELECT] statement comes from.
** The name of the database or table or column can be returned as
** either a UTF-8 or UTF-16 string.  The _database_ routines return
** the database name, the _table_ routines return the table name, and
** the origin_ routines return the column name.
** The returned string is valid until the [prepared statement] is destroyed
** using [sqlite3_finalize()] or until the same information is requested
** again in a different encoding.
**
** The names returned are the original un-aliased names of the
** database, table, and column.
**
** The first argument to the following calls is a [prepared statement].
** These functions return information about the Nth column returned by
** the statement, where N is the second function argument.
**
** If the Nth column returned by the statement is an expression or
** subquery and is not a column value, then all of these functions return
** NULL.  These routine might also return NULL if a memory allocation error
** occurs.  Otherwise, they return the name of the attached database, table
** and column that query result column was extracted from.
**
** As with all other SQLite APIs, those postfixed with "16" return
** UTF-16 encoded strings, the other functions return UTF-8. {END}
**
** These APIs are only available if the library was compiled with the
** [SQLITE_ENABLE_COLUMN_METADATA] C-preprocessor symbol defined.
**
** {A13751}
** If two or more threads call one or more of these routines against the same
** prepared statement and column at the same time then the results are
** undefined.
**
** Requirements:
** [H13741] [H13742] [H13743] [H13744] [H13745] [H13746] [H13748]
**
** If two or more threads call one or more
** [sqlite3_column_database_name | column metadata interfaces]
** for the same [prepared statement] and result column
** at the same time then the results are undefined.
*/
const char *sqlite3_column_database_name(sqlite3_stmt*,int);
const void *sqlite3_column_database_name16(sqlite3_stmt*,int);
const char *sqlite3_column_table_name(sqlite3_stmt*,int);
const void *sqlite3_column_table_name16(sqlite3_stmt*,int);
const char *sqlite3_column_origin_name(sqlite3_stmt*,int);
const void *sqlite3_column_origin_name16(sqlite3_stmt*,int);

/*
** CAPI3REF: Declared Datatype Of A Query Result {H13760} 
**
** The first parameter is a [prepared statement].
** If this statement is a [SELECT] statement and the Nth column of the
** returned result set of that [SELECT] is a table column (not an
** expression or subquery) then the declared type of the table
** column is returned.  If the Nth column of the result set is an
** expression or subquery, then a NULL pointer is returned.
** The returned string is always UTF-8 encoded. {END}
**
** For example, given the database schema:
**
** CREATE TABLE t1(c1 VARIANT);
**
** and the following statement to be compiled:
**
** SELECT c1 + 1, c1 FROM t1;
**
** this routine would return the string "VARIANT" for the second result
** column (i==1), and a NULL pointer for the first result column (i==0).
**
** SQLite uses dynamic run-time typing.  So just because a column
** is declared to contain a particular type does not mean that the
** data stored in that column is of the declared type.  SQLite is
** strongly typed, but the typing is dynamic not static.  Type
** is associated with individual values, not with the containers
** used to hold those values.
**
** Requirements:
** [H13761] [H13762] [H13763]
*/
const char *sqlite3_column_decltype(sqlite3_stmt*,int);
const void *sqlite3_column_decltype16(sqlite3_stmt*,int);

/*
** CAPI3REF: Evaluate An SQL Statement {H13200} 
**
** After a [prepared statement] has been prepared using either
** [sqlite3_prepare_v2()] or [sqlite3_prepare16_v2()] or one of the legacy
** interfaces [sqlite3_prepare()] or [sqlite3_prepare16()], this function
** must be called one or more times to evaluate the statement.
**
** The details of the behavior of the sqlite3_step() interface depend
** on whether the statement was prepared using the newer "v2" interface
** [sqlite3_prepare_v2()] and [sqlite3_prepare16_v2()] or the older legacy
** interface [sqlite3_prepare()] and [sqlite3_prepare16()].  The use of the
** new "v2" interface is recommended for new applications but the legacy
** interface will continue to be supported.
**
** In the legacy interface, the return value will be either [SQLITE_BUSY],
** [SQLITE_DONE], [SQLITE_ROW], [SQLITE_ERROR], or [SQLITE_MISUSE].
** With the "v2" interface, any of the other [result codes] or
** [extended result codes] might be returned as well.
**
** [SQLITE_BUSY] means that the database engine was unable to acquire the
** database locks it needs to do its job.  If the statement is a [COMMIT]
** or occurs outside of an explicit transaction, then you can retry the
** statement.  If the statement is not a [COMMIT] and occurs within a
** explicit transaction then you should rollback the transaction before
** continuing.
**
** [SQLITE_DONE] means that the statement has finished executing
** successfully.  sqlite3_step() should not be called again on this virtual
** machine without first calling [sqlite3_reset()] to reset the virtual
** machine back to its initial state.
**
** If the SQL statement being executed returns any data, then [SQLITE_ROW]
** is returned each time a new row of data is ready for processing by the
** caller. The values may be accessed using the [column access functions].
** sqlite3_step() is called again to retrieve the next row of data.
**
** [SQLITE_ERROR] means that a run-time error (such as a constraint
** violation) has occurred.  sqlite3_step() should not be called again on
** the VM. More information may be found by calling [sqlite3_errmsg()].
** With the legacy interface, a more specific error code (for example,
** [SQLITE_INTERRUPT], [SQLITE_SCHEMA], [SQLITE_CORRUPT], and so forth)
** can be obtained by calling [sqlite3_reset()] on the
** [prepared statement].  In the "v2" interface,
** the more specific error code is returned directly by sqlite3_step().
**
** [SQLITE_MISUSE] means that the this routine was called inappropriately.
** Perhaps it was called on a [prepared statement] that has
** already been [sqlite3_finalize | finalized] or on one that had
** previously returned [SQLITE_ERROR] or [SQLITE_DONE].  Or it could
** be the case that the same database connection is being used by two or
** more threads at the same moment in time.
**
** Goofy Interface Alert: In the legacy interface, the sqlite3_step()
** API always returns a generic error code, [SQLITE_ERROR], following any
** error other than [SQLITE_BUSY] and [SQLITE_MISUSE].  You must call
** [sqlite3_reset()] or [sqlite3_finalize()] in order to find one of the
** specific [error codes] that better describes the error.
** We admit that this is a goofy design.  The problem has been fixed
** with the "v2" interface.  If you prepare all of your SQL statements
** using either [sqlite3_prepare_v2()] or [sqlite3_prepare16_v2()] instead
** of the legacy [sqlite3_prepare()] and [sqlite3_prepare16()] interfaces,
** then the more specific [error codes] are returned directly
** by sqlite3_step().  The use of the "v2" interface is recommended.
**
** Requirements:
** [H13202] [H15304] [H15306] [H15308] [H15310]
*/
int sqlite3_step(sqlite3_stmt*);

/*
** CAPI3REF: Number of columns in a result set {H13770} 
**
** Returns the number of values in the current row of the result set.
**
** Requirements:
** [H13771] [H13772]
*/
int sqlite3_data_count(sqlite3_stmt *pStmt);

/*
** CAPI3REF: Fundamental Datatypes {H10265} 
** KEYWORDS: SQLITE_TEXT
**
** {H10266} Every value in SQLite has one of five fundamental datatypes:
**
** 
    
** 
  •  64-bit signed integer
** 
  •  64-bit IEEE floating point number
** 
  •  string
** 
  •  BLOB
** 
  •  NULL
** 
 {END}
**
** These constants are codes for each of those types.
**
** Note that the SQLITE_TEXT constant was also used in SQLite version 2
** for a completely different meaning.  Software that links against both
** SQLite version 2 and SQLite version 3 should use SQLITE3_TEXT, not
** SQLITE_TEXT.
*/
#define SQLITE_INTEGER  1
#define SQLITE_FLOAT    2
#define SQLITE_BLOB     4
#define SQLITE_NULL     5
#ifdef SQLITE_TEXT
# undef SQLITE_TEXT
#else
# define SQLITE_TEXT     3
#endif
#define SQLITE3_TEXT     3

/*
** CAPI3REF: Result Values From A Query {H13800} 
** KEYWORDS: {column access functions}
**
** These routines form the "result set query" interface.
**
** These routines return information about a single column of the current
** result row of a query.  In every case the first argument is a pointer
** to the [prepared statement] that is being evaluated (the [sqlite3_stmt*]
** that was returned from [sqlite3_prepare_v2()] or one of its variants)
** and the second argument is the index of the column for which information
** should be returned.  The leftmost column of the result set has the index 0.
**
** If the SQL statement does not currently point to a valid row, or if the
** column index is out of range, the result is undefined.
** These routines may only be called when the most recent call to
** [sqlite3_step()] has returned [SQLITE_ROW] and neither
** [sqlite3_reset()] nor [sqlite3_finalize()] have been called subsequently.
** If any of these routines are called after [sqlite3_reset()] or
** [sqlite3_finalize()] or after [sqlite3_step()] has returned
** something other than [SQLITE_ROW], the results are undefined.
** If [sqlite3_step()] or [sqlite3_reset()] or [sqlite3_finalize()]
** are called from a different thread while any of these routines
** are pending, then the results are undefined.
**
** The sqlite3_column_type() routine returns the
** [SQLITE_INTEGER | datatype code] for the initial data type
** of the result column.  The returned value is one of [SQLITE_INTEGER],
** [SQLITE_FLOAT], [SQLITE_TEXT], [SQLITE_BLOB], or [SQLITE_NULL].  The value
** returned by sqlite3_column_type() is only meaningful if no type
** conversions have occurred as described below.  After a type conversion,
** the value returned by sqlite3_column_type() is undefined.  Future
** versions of SQLite may change the behavior of sqlite3_column_type()
** following a type conversion.
**
** If the result is a BLOB or UTF-8 string then the sqlite3_column_bytes()
** routine returns the number of bytes in that BLOB or string.
** If the result is a UTF-16 string, then sqlite3_column_bytes() converts
** the string to UTF-8 and then returns the number of bytes.
** If the result is a numeric value then sqlite3_column_bytes() uses
** [sqlite3_snprintf()] to convert that value to a UTF-8 string and returns
** the number of bytes in that string.
** The value returned does not include the zero terminator at the end
** of the string.  For clarity: the value returned is the number of
** bytes in the string, not the number of characters.
**
** Strings returned by sqlite3_column_text() and sqlite3_column_text16(),
** even empty strings, are always zero terminated.  The return
** value from sqlite3_column_blob() for a zero-length BLOB is an arbitrary
** pointer, possibly even a NULL pointer.
**
** The sqlite3_column_bytes16() routine is similar to sqlite3_column_bytes()
** but leaves the result in UTF-16 in native byte order instead of UTF-8.
** The zero terminator is not included in this count.
**
** The object returned by [sqlite3_column_value()] is an
** [unprotected sqlite3_value] object.  An unprotected sqlite3_value object
** may only be used with [sqlite3_bind_value()] and [sqlite3_result_value()].
** If the [unprotected sqlite3_value] object returned by
** [sqlite3_column_value()] is used in any other way, including calls
** to routines like [sqlite3_value_int()], [sqlite3_value_text()],
** or [sqlite3_value_bytes()], then the behavior is undefined.
**
** These routines attempt to convert the value where appropriate.  For
** example, if the internal representation is FLOAT and a text result
** is requested, [sqlite3_snprintf()] is used internally to perform the
** conversion automatically.  The following table details the conversions
** that are applied:
**
** 

** 
** 
 Internal
Type 		 Requested
Type 		  Conversion
**
** 
  NULL     INTEGER    Result is 0
** 
  NULL      FLOAT     Result is 0.0
** 
  NULL       TEXT     Result is NULL pointer
** 
  NULL       BLOB     Result is NULL pointer
** 
 INTEGER    FLOAT     Convert from integer to float
** 
 INTEGER     TEXT     ASCII rendering of the integer
** 
 INTEGER     BLOB     Same as INTEGER->TEXT
** 
  FLOAT    INTEGER    Convert from float to integer
** 
  FLOAT      TEXT     ASCII rendering of the float
** 
  FLOAT      BLOB     Same as FLOAT->TEXT
** 
  TEXT     INTEGER    Use atoi()
** 
  TEXT      FLOAT     Use atof()
** 
  TEXT       BLOB     No change
** 
  BLOB     INTEGER    Convert to TEXT then use atoi()
** 
  BLOB      FLOAT     Convert to TEXT then use atof()
** 
  BLOB       TEXT     Add a zero terminator if needed
** 

** 

**
** The table above makes reference to standard C library functions atoi()
** and atof().  SQLite does not really use these functions.  It has its
** own equivalent internal routines.  The atoi() and atof() names are
** used in the table for brevity and because they are familiar to most
** C programmers.
**
** Note that when type conversions occur, pointers returned by prior
** calls to sqlite3_column_blob(), sqlite3_column_text(), and/or
** sqlite3_column_text16() may be invalidated.
** Type conversions and pointer invalidations might occur
** in the following cases:
**
** 
    
** 
  •  The initial content is a BLOB and sqlite3_column_text() or
**      sqlite3_column_text16() is called.  A zero-terminator might
**      need to be added to the string.
    • 
** 
  •  The initial content is UTF-8 text and sqlite3_column_bytes16() or
**      sqlite3_column_text16() is called.  The content must be converted
**      to UTF-16.
    • 
** 
  •  The initial content is UTF-16 text and sqlite3_column_bytes() or
**      sqlite3_column_text() is called.  The content must be converted
**      to UTF-8.
    • 
** 

**
** Conversions between UTF-16be and UTF-16le are always done in place and do
** not invalidate a prior pointer, though of course the content of the buffer
** that the prior pointer points to will have been modified.  Other kinds
** of conversion are done in place when it is possible, but sometimes they
** are not possible and in those cases prior pointers are invalidated.
**
** The safest and easiest to remember policy is to invoke these routines
** in one of the following ways:
**
** 
    
**  
  • sqlite3_column_text() followed by sqlite3_column_bytes()
    • 
**  
  • sqlite3_column_blob() followed by sqlite3_column_bytes()
    • 
**  
  • sqlite3_column_text16() followed by sqlite3_column_bytes16()
    • 
** 

**
** In other words, you should call sqlite3_column_text(),
** sqlite3_column_blob(), or sqlite3_column_text16() first to force the result
** into the desired format, then invoke sqlite3_column_bytes() or
** sqlite3_column_bytes16() to find the size of the result.  Do not mix calls
** to sqlite3_column_text() or sqlite3_column_blob() with calls to
** sqlite3_column_bytes16(), and do not mix calls to sqlite3_column_text16()
** with calls to sqlite3_column_bytes().
**
** The pointers returned are valid until a type conversion occurs as
** described above, or until [sqlite3_step()] or [sqlite3_reset()] or
** [sqlite3_finalize()] is called.  The memory space used to hold strings
** and BLOBs is freed automatically.  Do not pass the pointers returned
** [sqlite3_column_blob()], [sqlite3_column_text()], etc. into
** [sqlite3_free()].
**
** If a memory allocation error occurs during the evaluation of any
** of these routines, a default value is returned.  The default value
** is either the integer 0, the floating point number 0.0, or a NULL
** pointer.  Subsequent calls to [sqlite3_errcode()] will return
** [SQLITE_NOMEM].
**
** Requirements:
** [H13803] [H13806] [H13809] [H13812] [H13815] [H13818] [H13821] [H13824]
** [H13827] [H13830]
*/
const void *sqlite3_column_blob(sqlite3_stmt*, int iCol);
int sqlite3_column_bytes(sqlite3_stmt*, int iCol);
int sqlite3_column_bytes16(sqlite3_stmt*, int iCol);
double sqlite3_column_double(sqlite3_stmt*, int iCol);
int sqlite3_column_int(sqlite3_stmt*, int iCol);
sqlite3_int64 sqlite3_column_int64(sqlite3_stmt*, int iCol);
const unsigned char *sqlite3_column_text(sqlite3_stmt*, int iCol);
const void *sqlite3_column_text16(sqlite3_stmt*, int iCol);
int sqlite3_column_type(sqlite3_stmt*, int iCol);
sqlite3_value *sqlite3_column_value(sqlite3_stmt*, int iCol);

/*
** CAPI3REF: Destroy A Prepared Statement Object {H13300} 
**
** The sqlite3_finalize() function is called to delete a [prepared statement].
** If the statement was executed successfully or not executed at all, then
** SQLITE_OK is returned. If execution of the statement failed then an
** [error code] or [extended error code] is returned.
**
** This routine can be called at any point during the execution of the
** [prepared statement].  If the virtual machine has not
** completed execution when this routine is called, that is like
** encountering an error or an [sqlite3_interrupt | interrupt].
** Incomplete updates may be rolled back and transactions canceled,
** depending on the circumstances, and the
** [error code] returned will be [SQLITE_ABORT].
**
** Requirements:
** [H11302] [H11304]
*/
int sqlite3_finalize(sqlite3_stmt *pStmt);

/*
** CAPI3REF: Reset A Prepared Statement Object {H13330} 
**
** The sqlite3_reset() function is called to reset a [prepared statement]
** object back to its initial state, ready to be re-executed.
** Any SQL statement variables that had values bound to them using
** the [sqlite3_bind_blob | sqlite3_bind_*() API] retain their values.
** Use [sqlite3_clear_bindings()] to reset the bindings.
**
** {H11332} The [sqlite3_reset(S)] interface resets the [prepared statement] S
**          back to the beginning of its program.
**
** {H11334} If the most recent call to [sqlite3_step(S)] for the
**          [prepared statement] S returned [SQLITE_ROW] or [SQLITE_DONE],
**          or if [sqlite3_step(S)] has never before been called on S,
**          then [sqlite3_reset(S)] returns [SQLITE_OK].
**
** {H11336} If the most recent call to [sqlite3_step(S)] for the
**          [prepared statement] S indicated an error, then
**          [sqlite3_reset(S)] returns an appropriate [error code].
**
** {H11338} The [sqlite3_reset(S)] interface does not change the values
**          of any [sqlite3_bind_blob|bindings] on the [prepared statement] S.
*/
int sqlite3_reset(sqlite3_stmt *pStmt);

/*
** CAPI3REF: Create Or Redefine SQL Functions {H16100} 
** KEYWORDS: {function creation routines}
** KEYWORDS: {application-defined SQL function}
** KEYWORDS: {application-defined SQL functions}
**
** These two functions (collectively known as "function creation routines")
** are used to add SQL functions or aggregates or to redefine the behavior
** of existing SQL functions or aggregates.  The only difference between the
** two is that the second parameter, the name of the (scalar) function or
** aggregate, is encoded in UTF-8 for sqlite3_create_function() and UTF-16
** for sqlite3_create_function16().
**
** The first parameter is the [database connection] to which the SQL
** function is to be added.  If a single program uses more than one database
** connection internally, then SQL functions must be added individually to
** each database connection.
**
** The second parameter is the name of the SQL function to be created or
** redefined.  The length of the name is limited to 255 bytes, exclusive of
** the zero-terminator.  Note that the name length limit is in bytes, not
** characters.  Any attempt to create a function with a longer name
** will result in [SQLITE_ERROR] being returned.
**
** The third parameter (nArg)
** is the number of arguments that the SQL function or
** aggregate takes. If this parameter is -1, then the SQL function or
** aggregate may take any number of arguments between 0 and the limit
** set by [sqlite3_limit]([SQLITE_LIMIT_FUNCTION_ARG]).  If the third
** parameter is less than -1 or greater than 127 then the behavior is
** undefined.
**
** The fourth parameter, eTextRep, specifies what
** [SQLITE_UTF8 | text encoding] this SQL function prefers for
** its parameters.  Any SQL function implementation should be able to work
** work with UTF-8, UTF-16le, or UTF-16be.  But some implementations may be
** more efficient with one encoding than another.  It is allowed to
** invoke sqlite3_create_function() or sqlite3_create_function16() multiple
** times with the same function but with different values of eTextRep.
** When multiple implementations of the same function are available, SQLite
** will pick the one that involves the least amount of data conversion.
** If there is only a single implementation which does not care what text
** encoding is used, then the fourth argument should be [SQLITE_ANY].
**
** The fifth parameter is an arbitrary pointer.  The implementation of the
** function can gain access to this pointer using [sqlite3_user_data()].
**
** The seventh, eighth and ninth parameters, xFunc, xStep and xFinal, are
** pointers to C-language functions that implement the SQL function or
** aggregate. A scalar SQL function requires an implementation of the xFunc
** callback only, NULL pointers should be passed as the xStep and xFinal
** parameters. An aggregate SQL function requires an implementation of xStep
** and xFinal and NULL should be passed for xFunc. To delete an existing
** SQL function or aggregate, pass NULL for all three function callbacks.
**
** It is permitted to register multiple implementations of the same
** functions with the same name but with either differing numbers of
** arguments or differing preferred text encodings.  SQLite will use
** the implementation most closely matches the way in which the
** SQL function is used.  A function implementation with a non-negative
** nArg parameter is a better match than a function implementation with
** a negative nArg.  A function where the preferred text encoding
** matches the database encoding is a better
** match than a function where the encoding is different.  
** A function where the encoding difference is between UTF16le and UTF16be
** is a closer match than a function where the encoding difference is
** between UTF8 and UTF16.
**
** Built-in functions may be overloaded by new application-defined functions.
** The first application-defined function with a given name overrides all
** built-in functions in the same [database connection] with the same name.
** Subsequent application-defined functions of the same name only override 
** prior application-defined functions that are an exact match for the
** number of parameters and preferred encoding.
**
** An application-defined function is permitted to call other
** SQLite interfaces.  However, such calls must not
** close the database connection nor finalize or reset the prepared
** statement in which the function is running.
**
** Requirements:
** [H16103] [H16106] [H16109] [H16112] [H16118] [H16121] [H16127]
** [H16130] [H16133] [H16136] [H16139] [H16142]
*/
int sqlite3_create_function(
  sqlite3 *db,
  const char *zFunctionName,
  int nArg,
  int eTextRep,
  void *pApp,
  void (*xFunc)(sqlite3_context*,int,sqlite3_value**),
  void (*xStep)(sqlite3_context*,int,sqlite3_value**),
  void (*xFinal)(sqlite3_context*)
);
int sqlite3_create_function16(
  sqlite3 *db,
  const void *zFunctionName,
  int nArg,
  int eTextRep,
  void *pApp,
  void (*xFunc)(sqlite3_context*,int,sqlite3_value**),
  void (*xStep)(sqlite3_context*,int,sqlite3_value**),
  void (*xFinal)(sqlite3_context*)
);

/*
** CAPI3REF: Text Encodings {H10267}  
**
** These constant define integer codes that represent the various
** text encodings supported by SQLite.
*/
#define SQLITE_UTF8           1
#define SQLITE_UTF16LE        2
#define SQLITE_UTF16BE        3
#define SQLITE_UTF16          4    /* Use native byte order */
#define SQLITE_ANY            5    /* sqlite3_create_function only */
#define SQLITE_UTF16_ALIGNED  8    /* sqlite3_create_collation only */

/*
** CAPI3REF: Deprecated Functions
** DEPRECATED
**
** These functions are [deprecated].  In order to maintain
** backwards compatibility with older code, these functions continue 
** to be supported.  However, new applications should avoid
** the use of these functions.  To help encourage people to avoid
** using these functions, we are not going to tell you what they do.
*/
#ifndef SQLITE_OMIT_DEPRECATED
SQLITE_DEPRECATED int sqlite3_aggregate_count(sqlite3_context*);
SQLITE_DEPRECATED int sqlite3_expired(sqlite3_stmt*);
SQLITE_DEPRECATED int sqlite3_transfer_bindings(sqlite3_stmt*, sqlite3_stmt*);
SQLITE_DEPRECATED int sqlite3_global_recover(void);
SQLITE_DEPRECATED void sqlite3_thread_cleanup(void);
SQLITE_DEPRECATED int sqlite3_memory_alarm(void(*)(void*,sqlite3_int64,int),void*,sqlite3_int64);
#endif

/*
** CAPI3REF: Obtaining SQL Function Parameter Values {H15100} 
**
** The C-language implementation of SQL functions and aggregates uses
** this set of interface routines to access the parameter values on
** the function or aggregate.
**
** The xFunc (for scalar functions) or xStep (for aggregates) parameters
** to [sqlite3_create_function()] and [sqlite3_create_function16()]
** define callbacks that implement the SQL functions and aggregates.
** The 4th parameter to these callbacks is an array of pointers to
** [protected sqlite3_value] objects.  There is one [sqlite3_value] object for
** each parameter to the SQL function.  These routines are used to
** extract values from the [sqlite3_value] objects.
**
** These routines work only with [protected sqlite3_value] objects.
** Any attempt to use these routines on an [unprotected sqlite3_value]
** object results in undefined behavior.
**
** These routines work just like the corresponding [column access functions]
** except that  these routines take a single [protected sqlite3_value] object
** pointer instead of a [sqlite3_stmt*] pointer and an integer column number.
**
** The sqlite3_value_text16() interface extracts a UTF-16 string
** in the native byte-order of the host machine.  The
** sqlite3_value_text16be() and sqlite3_value_text16le() interfaces
** extract UTF-16 strings as big-endian and little-endian respectively.
**
** The sqlite3_value_numeric_type() interface attempts to apply
** numeric affinity to the value.  This means that an attempt is
** made to convert the value to an integer or floating point.  If
** such a conversion is possible without loss of information (in other
** words, if the value is a string that looks like a number)
** then the conversion is performed.  Otherwise no conversion occurs.
** The [SQLITE_INTEGER | datatype] after conversion is returned.
**
** Please pay particular attention to the fact that the pointer returned
** from [sqlite3_value_blob()], [sqlite3_value_text()], or
** [sqlite3_value_text16()] can be invalidated by a subsequent call to
** [sqlite3_value_bytes()], [sqlite3_value_bytes16()], [sqlite3_value_text()],
** or [sqlite3_value_text16()].
**
** These routines must be called from the same thread as
** the SQL function that supplied the [sqlite3_value*] parameters.
**
** Requirements:
** [H15103] [H15106] [H15109] [H15112] [H15115] [H15118] [H15121] [H15124]
** [H15127] [H15130] [H15133] [H15136]
*/
const void *sqlite3_value_blob(sqlite3_value*);
int sqlite3_value_bytes(sqlite3_value*);
int sqlite3_value_bytes16(sqlite3_value*);
double sqlite3_value_double(sqlite3_value*);
int sqlite3_value_int(sqlite3_value*);
sqlite3_int64 sqlite3_value_int64(sqlite3_value*);
const unsigned char *sqlite3_value_text(sqlite3_value*);
const void *sqlite3_value_text16(sqlite3_value*);
const void *sqlite3_value_text16le(sqlite3_value*);
const void *sqlite3_value_text16be(sqlite3_value*);
int sqlite3_value_type(sqlite3_value*);
int sqlite3_value_numeric_type(sqlite3_value*);

/*
** CAPI3REF: Obtain Aggregate Function Context {H16210} 
**
** The implementation of aggregate SQL functions use this routine to allocate
** a structure for storing their state.
**
** The first time the sqlite3_aggregate_context() routine is called for a
** particular aggregate, SQLite allocates nBytes of memory, zeroes out that
** memory, and returns a pointer to it. On second and subsequent calls to
** sqlite3_aggregate_context() for the same aggregate function index,
** the same buffer is returned. The implementation of the aggregate can use
** the returned buffer to accumulate data.
**
** SQLite automatically frees the allocated buffer when the aggregate
** query concludes.
**
** The first parameter should be a copy of the
** [sqlite3_context | SQL function context] that is the first parameter
** to the callback routine that implements the aggregate function.
**
** This routine must be called from the same thread in which
** the aggregate SQL function is running.
**
** Requirements:
** [H16211] [H16213] [H16215] [H16217]
*/
void *sqlite3_aggregate_context(sqlite3_context*, int nBytes);

/*
** CAPI3REF: User Data For Functions {H16240} 
**
** The sqlite3_user_data() interface returns a copy of
** the pointer that was the pUserData parameter (the 5th parameter)
** of the [sqlite3_create_function()]
** and [sqlite3_create_function16()] routines that originally
** registered the application defined function. {END}
**
** This routine must be called from the same thread in which
** the application-defined function is running.
**
** Requirements:
** [H16243]
*/
void *sqlite3_user_data(sqlite3_context*);

/*
** CAPI3REF: Database Connection For Functions {H16250} 
**
** The sqlite3_context_db_handle() interface returns a copy of
** the pointer to the [database connection] (the 1st parameter)
** of the [sqlite3_create_function()]
** and [sqlite3_create_function16()] routines that originally
** registered the application defined function.
**
** Requirements:
** [H16253]
*/
sqlite3 *sqlite3_context_db_handle(sqlite3_context*);

/*
** CAPI3REF: Function Auxiliary Data {H16270} 
**
** The following two functions may be used by scalar SQL functions to
** associate metadata with argument values. If the same value is passed to
** multiple invocations of the same SQL function during query execution, under
** some circumstances the associated metadata may be preserved. This may
** be used, for example, to add a regular-expression matching scalar
** function. The compiled version of the regular expression is stored as
** metadata associated with the SQL value passed as the regular expression
** pattern.  The compiled regular expression can be reused on multiple
** invocations of the same function so that the original pattern string
** does not need to be recompiled on each invocation.
**
** The sqlite3_get_auxdata() interface returns a pointer to the metadata
** associated by the sqlite3_set_auxdata() function with the Nth argument
** value to the application-defined function. If no metadata has been ever
** been set for the Nth argument of the function, or if the corresponding
** function parameter has changed since the meta-data was set,
** then sqlite3_get_auxdata() returns a NULL pointer.
**
** The sqlite3_set_auxdata() interface saves the metadata
** pointed to by its 3rd parameter as the metadata for the N-th
** argument of the application-defined function.  Subsequent
** calls to sqlite3_get_auxdata() might return this data, if it has
** not been destroyed.
** If it is not NULL, SQLite will invoke the destructor
** function given by the 4th parameter to sqlite3_set_auxdata() on
** the metadata when the corresponding function parameter changes
** or when the SQL statement completes, whichever comes first.
**
** SQLite is free to call the destructor and drop metadata on any
** parameter of any function at any time.  The only guarantee is that
** the destructor will be called before the metadata is dropped.
**
** In practice, metadata is preserved between function calls for
** expressions that are constant at compile time. This includes literal
** values and SQL variables.
**
** These routines must be called from the same thread in which
** the SQL function is running.
**
** Requirements:
** [H16272] [H16274] [H16276] [H16277] [H16278] [H16279]
*/
void *sqlite3_get_auxdata(sqlite3_context*, int N);
void sqlite3_set_auxdata(sqlite3_context*, int N, void*, void (*)(void*));


/*
** CAPI3REF: Constants Defining Special Destructor Behavior {H10280} 
**
** These are special values for the destructor that is passed in as the
** final argument to routines like [sqlite3_result_blob()].  If the destructor
** argument is SQLITE_STATIC, it means that the content pointer is constant
** and will never change.  It does not need to be destroyed.  The
** SQLITE_TRANSIENT value means that the content will likely change in
** the near future and that SQLite should make its own private copy of
** the content before returning.
**
** The typedef is necessary to work around problems in certain
** C++ compilers.  See ticket #2191.
*/
typedef void (*sqlite3_destructor_type)(void*);
#define SQLITE_STATIC      ((sqlite3_destructor_type)0)
#define SQLITE_TRANSIENT   ((sqlite3_destructor_type)-1)

/*
** CAPI3REF: Setting The Result Of An SQL Function {H16400} 
**
** These routines are used by the xFunc or xFinal callbacks that
** implement SQL functions and aggregates.  See
** [sqlite3_create_function()] and [sqlite3_create_function16()]
** for additional information.
**
** These functions work very much like the [parameter binding] family of
** functions used to bind values to host parameters in prepared statements.
** Refer to the [SQL parameter] documentation for additional information.
**
** The sqlite3_result_blob() interface sets the result from
** an application-defined function to be the BLOB whose content is pointed
** to by the second parameter and which is N bytes long where N is the
** third parameter.
**
** The sqlite3_result_zeroblob() interfaces set the result of
** the application-defined function to be a BLOB containing all zero
** bytes and N bytes in size, where N is the value of the 2nd parameter.
**
** The sqlite3_result_double() interface sets the result from
** an application-defined function to be a floating point value specified
** by its 2nd argument.
**
** The sqlite3_result_error() and sqlite3_result_error16() functions
** cause the implemented SQL function to throw an exception.
** SQLite uses the string pointed to by the
** 2nd parameter of sqlite3_result_error() or sqlite3_result_error16()
** as the text of an error message.  SQLite interprets the error
** message string from sqlite3_result_error() as UTF-8. SQLite
** interprets the string from sqlite3_result_error16() as UTF-16 in native
** byte order.  If the third parameter to sqlite3_result_error()
** or sqlite3_result_error16() is negative then SQLite takes as the error
** message all text up through the first zero character.
** If the third parameter to sqlite3_result_error() or
** sqlite3_result_error16() is non-negative then SQLite takes that many
** bytes (not characters) from the 2nd parameter as the error message.
** The sqlite3_result_error() and sqlite3_result_error16()
** routines make a private copy of the error message text before
** they return.  Hence, the calling function can deallocate or
** modify the text after they return without harm.
** The sqlite3_result_error_code() function changes the error code
** returned by SQLite as a result of an error in a function.  By default,
** the error code is SQLITE_ERROR.  A subsequent call to sqlite3_result_error()
** or sqlite3_result_error16() resets the error code to SQLITE_ERROR.
**
** The sqlite3_result_toobig() interface causes SQLite to throw an error
** indicating that a string or BLOB is to long to represent.
**
** The sqlite3_result_nomem() interface causes SQLite to throw an error
** indicating that a memory allocation failed.
**
** The sqlite3_result_int() interface sets the return value
** of the application-defined function to be the 32-bit signed integer
** value given in the 2nd argument.
** The sqlite3_result_int64() interface sets the return value
** of the application-defined function to be the 64-bit signed integer
** value given in the 2nd argument.
**
** The sqlite3_result_null() interface sets the return value
** of the application-defined function to be NULL.
**
** The sqlite3_result_text(), sqlite3_result_text16(),
** sqlite3_result_text16le(), and sqlite3_result_text16be() interfaces
** set the return value of the application-defined function to be
** a text string which is represented as UTF-8, UTF-16 native byte order,
** UTF-16 little endian, or UTF-16 big endian, respectively.
** SQLite takes the text result from the application from
** the 2nd parameter of the sqlite3_result_text* interfaces.
** If the 3rd parameter to the sqlite3_result_text* interfaces
** is negative, then SQLite takes result text from the 2nd parameter
** through the first zero character.
** If the 3rd parameter to the sqlite3_result_text* interfaces
** is non-negative, then as many bytes (not characters) of the text
** pointed to by the 2nd parameter are taken as the application-defined
** function result.
** If the 4th parameter to the sqlite3_result_text* interfaces
** or sqlite3_result_blob is a non-NULL pointer, then SQLite calls that
** function as the destructor on the text or BLOB result when it has
** finished using that result.
** If the 4th parameter to the sqlite3_result_text* interfaces or
** sqlite3_result_blob is the special constant SQLITE_STATIC, then SQLite
** assumes that the text or BLOB result is in constant space and does not
** copy the it or call a destructor when it has finished using that result.
** If the 4th parameter to the sqlite3_result_text* interfaces
** or sqlite3_result_blob is the special constant SQLITE_TRANSIENT
** then SQLite makes a copy of the result into space obtained from
** from [sqlite3_malloc()] before it returns.
**
** The sqlite3_result_value() interface sets the result of
** the application-defined function to be a copy the
** [unprotected sqlite3_value] object specified by the 2nd parameter.  The
** sqlite3_result_value() interface makes a copy of the [sqlite3_value]
** so that the [sqlite3_value] specified in the parameter may change or
** be deallocated after sqlite3_result_value() returns without harm.
** A [protected sqlite3_value] object may always be used where an
** [unprotected sqlite3_value] object is required, so either
** kind of [sqlite3_value] object can be used with this interface.
**
** If these routines are called from within the different thread
** than the one containing the application-defined function that received
** the [sqlite3_context] pointer, the results are undefined.
**
** Requirements:
** [H16403] [H16406] [H16409] [H16412] [H16415] [H16418] [H16421] [H16424]
** [H16427] [H16430] [H16433] [H16436] [H16439] [H16442] [H16445] [H16448]
** [H16451] [H16454] [H16457] [H16460] [H16463]
*/
void sqlite3_result_blob(sqlite3_context*, const void*, int, void(*)(void*));
void sqlite3_result_double(sqlite3_context*, double);
void sqlite3_result_error(sqlite3_context*, const char*, int);
void sqlite3_result_error16(sqlite3_context*, const void*, int);
void sqlite3_result_error_toobig(sqlite3_context*);
void sqlite3_result_error_nomem(sqlite3_context*);
void sqlite3_result_error_code(sqlite3_context*, int);
void sqlite3_result_int(sqlite3_context*, int);
void sqlite3_result_int64(sqlite3_context*, sqlite3_int64);
void sqlite3_result_null(sqlite3_context*);
void sqlite3_result_text(sqlite3_context*, const char*, int, void(*)(void*));
void sqlite3_result_text16(sqlite3_context*, const void*, int, void(*)(void*));
void sqlite3_result_text16le(sqlite3_context*, const void*, int,void(*)(void*));
void sqlite3_result_text16be(sqlite3_context*, const void*, int,void(*)(void*));
void sqlite3_result_value(sqlite3_context*, sqlite3_value*);
void sqlite3_result_zeroblob(sqlite3_context*, int n);

/*
** CAPI3REF: Define New Collating Sequences {H16600} 
**
** These functions are used to add new collation sequences to the
** [database connection] specified as the first argument.
**
** The name of the new collation sequence is specified as a UTF-8 string
** for sqlite3_create_collation() and sqlite3_create_collation_v2()
** and a UTF-16 string for sqlite3_create_collation16(). In all cases
** the name is passed as the second function argument.
**
** The third argument may be one of the constants [SQLITE_UTF8],
** [SQLITE_UTF16LE], or [SQLITE_UTF16BE], indicating that the user-supplied
** routine expects to be passed pointers to strings encoded using UTF-8,
** UTF-16 little-endian, or UTF-16 big-endian, respectively. The
** third argument might also be [SQLITE_UTF16] to indicate that the routine
** expects pointers to be UTF-16 strings in the native byte order, or the
** argument can be [SQLITE_UTF16_ALIGNED] if the
** the routine expects pointers to 16-bit word aligned strings
** of UTF-16 in the native byte order.
**
** A pointer to the user supplied routine must be passed as the fifth
** argument.  If it is NULL, this is the same as deleting the collation
** sequence (so that SQLite cannot call it anymore).
** Each time the application supplied function is invoked, it is passed
** as its first parameter a copy of the void* passed as the fourth argument
** to sqlite3_create_collation() or sqlite3_create_collation16().
**
** The remaining arguments to the application-supplied routine are two strings,
** each represented by a (length, data) pair and encoded in the encoding
** that was passed as the third argument when the collation sequence was
** registered. {END}  The application defined collation routine should
** return negative, zero or positive if the first string is less than,
** equal to, or greater than the second string. i.e. (STRING1 - STRING2).
**
** The sqlite3_create_collation_v2() works like sqlite3_create_collation()
** except that it takes an extra argument which is a destructor for
** the collation.  The destructor is called when the collation is
** destroyed and is passed a copy of the fourth parameter void* pointer
** of the sqlite3_create_collation_v2().
** Collations are destroyed when they are overridden by later calls to the
** collation creation functions or when the [database connection] is closed
** using [sqlite3_close()].
**
** See also:  [sqlite3_collation_needed()] and [sqlite3_collation_needed16()].
**
** Requirements:
** [H16603] [H16604] [H16606] [H16609] [H16612] [H16615] [H16618] [H16621]
** [H16624] [H16627] [H16630]
*/
int sqlite3_create_collation(
  sqlite3*, 
  const char *zName, 
  int eTextRep, 
  void*,
  int(*xCompare)(void*,int,const void*,int,const void*)
);
int sqlite3_create_collation_v2(
  sqlite3*, 
  const char *zName, 
  int eTextRep, 
  void*,
  int(*xCompare)(void*,int,const void*,int,const void*),
  void(*xDestroy)(void*)
);
int sqlite3_create_collation16(
  sqlite3*, 
  const void *zName,
  int eTextRep, 
  void*,
  int(*xCompare)(void*,int,const void*,int,const void*)
);

/*
** CAPI3REF: Collation Needed Callbacks {H16700} 
**
** To avoid having to register all collation sequences before a database
** can be used, a single callback function may be registered with the
** [database connection] to be called whenever an undefined collation
** sequence is required.
**
** If the function is registered using the sqlite3_collation_needed() API,
** then it is passed the names of undefined collation sequences as strings
** encoded in UTF-8. {H16703} If sqlite3_collation_needed16() is used,
** the names are passed as UTF-16 in machine native byte order.
** A call to either function replaces any existing callback.
**
** When the callback is invoked, the first argument passed is a copy
** of the second argument to sqlite3_collation_needed() or
** sqlite3_collation_needed16().  The second argument is the database
** connection.  The third argument is one of [SQLITE_UTF8], [SQLITE_UTF16BE],
** or [SQLITE_UTF16LE], indicating the most desirable form of the collation
** sequence function required.  The fourth parameter is the name of the
** required collation sequence.
**
** The callback function should register the desired collation using
** [sqlite3_create_collation()], [sqlite3_create_collation16()], or
** [sqlite3_create_collation_v2()].
**
** Requirements:
** [H16702] [H16704] [H16706]
*/
int sqlite3_collation_needed(
  sqlite3*, 
  void*, 
  void(*)(void*,sqlite3*,int eTextRep,const char*)
);
int sqlite3_collation_needed16(
  sqlite3*, 
  void*,
  void(*)(void*,sqlite3*,int eTextRep,const void*)
);

/*
** Specify the key for an encrypted database.  This routine should be
** called right after sqlite3_open().
**
** The code to implement this API is not available in the public release
** of SQLite.
*/
int sqlite3_key(
  sqlite3 *db,                   /* Database to be rekeyed */
  const void *pKey, int nKey     /* The key */
);

/*
** Change the key on an open database.  If the current database is not
** encrypted, this routine will encrypt it.  If pNew==0 or nNew==0, the
** database is decrypted.
**
** The code to implement this API is not available in the public release
** of SQLite.
*/
int sqlite3_rekey(
  sqlite3 *db,                   /* Database to be rekeyed */
  const void *pKey, int nKey     /* The new key */
);

/*
** CAPI3REF: Suspend Execution For A Short Time {H10530} 
**
** The sqlite3_sleep() function causes the current thread to suspend execution
** for at least a number of milliseconds specified in its parameter.
**
** If the operating system does not support sleep requests with
** millisecond time resolution, then the time will be rounded up to
** the nearest second. The number of milliseconds of sleep actually
** requested from the operating system is returned.
**
** SQLite implements this interface by calling the xSleep()
** method of the default [sqlite3_vfs] object.
**
** Requirements: [H10533] [H10536]
*/
int sqlite3_sleep(int);

/*
** CAPI3REF: Name Of The Folder Holding Temporary Files {H10310} 
**
** If this global variable is made to point to a string which is
** the name of a folder (a.k.a. directory), then all temporary files
** created by SQLite will be placed in that directory.  If this variable
** is a NULL pointer, then SQLite performs a search for an appropriate
** temporary file directory.
**
** It is not safe to read or modify this variable in more than one
** thread at a time.  It is not safe to read or modify this variable
** if a [database connection] is being used at the same time in a separate
** thread.
** It is intended that this variable be set once
** as part of process initialization and before any SQLite interface
** routines have been called and that this variable remain unchanged
** thereafter.
**
** The [temp_store_directory pragma] may modify this variable and cause
** it to point to memory obtained from [sqlite3_malloc].  Furthermore,
** the [temp_store_directory pragma] always assumes that any string
** that this variable points to is held in memory obtained from 
** [sqlite3_malloc] and the pragma may attempt to free that memory
** using [sqlite3_free].
** Hence, if this variable is modified directly, either it should be
** made NULL or made to point to memory obtained from [sqlite3_malloc]
** or else the use of the [temp_store_directory pragma] should be avoided.
*/
SQLITE_EXTERN char *sqlite3_temp_directory;

/*
** CAPI3REF: Test For Auto-Commit Mode {H12930} 
** KEYWORDS: {autocommit mode}
**
** The sqlite3_get_autocommit() interface returns non-zero or
** zero if the given database connection is or is not in autocommit mode,
** respectively.  Autocommit mode is on by default.
** Autocommit mode is disabled by a [BEGIN] statement.
** Autocommit mode is re-enabled by a [COMMIT] or [ROLLBACK].
**
** If certain kinds of errors occur on a statement within a multi-statement
** transaction (errors including [SQLITE_FULL], [SQLITE_IOERR],
** [SQLITE_NOMEM], [SQLITE_BUSY], and [SQLITE_INTERRUPT]) then the
** transaction might be rolled back automatically.  The only way to
** find out whether SQLite automatically rolled back the transaction after
** an error is to use this function.
**
** If another thread changes the autocommit status of the database
** connection while this routine is running, then the return value
** is undefined.
**
** Requirements: [H12931] [H12932] [H12933] [H12934]
*/
int sqlite3_get_autocommit(sqlite3*);

/*
** CAPI3REF: Find The Database Handle Of A Prepared Statement {H13120} 
**
** The sqlite3_db_handle interface returns the [database connection] handle
** to which a [prepared statement] belongs.  The [database connection]
** returned by sqlite3_db_handle is the same [database connection] that was the first argument
** to the [sqlite3_prepare_v2()] call (or its variants) that was used to
** create the statement in the first place.
**
** Requirements: [H13123]
*/
sqlite3 *sqlite3_db_handle(sqlite3_stmt*);

/*
** CAPI3REF: Find the next prepared statement {H13140} 
**
** This interface returns a pointer to the next [prepared statement] after
** pStmt associated with the [database connection] pDb.  If pStmt is NULL
** then this interface returns a pointer to the first prepared statement
** associated with the database connection pDb.  If no prepared statement
** satisfies the conditions of this routine, it returns NULL.
**
** The [database connection] pointer D in a call to
** [sqlite3_next_stmt(D,S)] must refer to an open database
** connection and in particular must not be a NULL pointer.
**
** Requirements: [H13143] [H13146] [H13149] [H13152]
*/
sqlite3_stmt *sqlite3_next_stmt(sqlite3 *pDb, sqlite3_stmt *pStmt);

/*
** CAPI3REF: Commit And Rollback Notification Callbacks {H12950} 
**
** The sqlite3_commit_hook() interface registers a callback
** function to be invoked whenever a transaction is [COMMIT | committed].
** Any callback set by a previous call to sqlite3_commit_hook()
** for the same database connection is overridden.
** The sqlite3_rollback_hook() interface registers a callback
** function to be invoked whenever a transaction is [ROLLBACK | rolled back].
** Any callback set by a previous call to sqlite3_commit_hook()
** for the same database connection is overridden.
** The pArg argument is passed through to the callback.
** If the callback on a commit hook function returns non-zero,
** then the commit is converted into a rollback.
**
** If another function was previously registered, its
** pArg value is returned.  Otherwise NULL is returned.
**
** The callback implementation must not do anything that will modify
** the database connection that invoked the callback.  Any actions
** to modify the database connection must be deferred until after the
** completion of the [sqlite3_step()] call that triggered the commit
** or rollback hook in the first place.
** Note that [sqlite3_prepare_v2()] and [sqlite3_step()] both modify their
** database connections for the meaning of "modify" in this paragraph.
**
** Registering a NULL function disables the callback.
**
** When the commit hook callback routine returns zero, the [COMMIT]
** operation is allowed to continue normally.  If the commit hook
** returns non-zero, then the [COMMIT] is converted into a [ROLLBACK].
** The rollback hook is invoked on a rollback that results from a commit
** hook returning non-zero, just as it would be with any other rollback.
**
** For the purposes of this API, a transaction is said to have been
** rolled back if an explicit "ROLLBACK" statement is executed, or
** an error or constraint causes an implicit rollback to occur.
** The rollback callback is not invoked if a transaction is
** automatically rolled back because the database connection is closed.
** The rollback callback is not invoked if a transaction is
** rolled back because a commit callback returned non-zero.
**  Check on this 
**
** See also the [sqlite3_update_hook()] interface.
**
** Requirements:
** [H12951] [H12952] [H12953] [H12954] [H12955]
** [H12961] [H12962] [H12963] [H12964]
*/
void *sqlite3_commit_hook(sqlite3*, int(*)(void*), void*);
void *sqlite3_rollback_hook(sqlite3*, void(*)(void *), void*);

/*
** CAPI3REF: Data Change Notification Callbacks {H12970} 
**
** The sqlite3_update_hook() interface registers a callback function
** with the [database connection] identified by the first argument
** to be invoked whenever a row is updated, inserted or deleted.
** Any callback set by a previous call to this function
** for the same database connection is overridden.
**
** The second argument is a pointer to the function to invoke when a
** row is updated, inserted or deleted.
** The first argument to the callback is a copy of the third argument
** to sqlite3_update_hook().
** The second callback argument is one of [SQLITE_INSERT], [SQLITE_DELETE],
** or [SQLITE_UPDATE], depending on the operation that caused the callback
** to be invoked.
** The third and fourth arguments to the callback contain pointers to the
** database and table name containing the affected row.
** The final callback parameter is the [rowid] of the row.
** In the case of an update, this is the [rowid] after the update takes place.
**
** The update hook is not invoked when internal system tables are
** modified (i.e. sqlite_master and sqlite_sequence).
**
** In the current implementation, the update hook
** is not invoked when duplication rows are deleted because of an
** [ON CONFLICT | ON CONFLICT REPLACE] clause.  Nor is the update hook
** invoked when rows are deleted using the [truncate optimization].
** The exceptions defined in this paragraph might change in a future
** release of SQLite.
**
** The update hook implementation must not do anything that will modify
** the database connection that invoked the update hook.  Any actions
** to modify the database connection must be deferred until after the
** completion of the [sqlite3_step()] call that triggered the update hook.
** Note that [sqlite3_prepare_v2()] and [sqlite3_step()] both modify their
** database connections for the meaning of "modify" in this paragraph.
**
** If another function was previously registered, its pArg value
** is returned.  Otherwise NULL is returned.
**
** See also the [sqlite3_commit_hook()] and [sqlite3_rollback_hook()]
** interfaces.
**
** Requirements:
** [H12971] [H12973] [H12975] [H12977] [H12979] [H12981] [H12983] [H12986]
*/
void *sqlite3_update_hook(
  sqlite3*, 
  void(*)(void *,int ,char const *,char const *,sqlite3_int64),
  void*
);

/*
** CAPI3REF: Enable Or Disable Shared Pager Cache {H10330} 
** KEYWORDS: {shared cache} {shared cache mode}
**
** This routine enables or disables the sharing of the database cache
** and schema data structures between [database connection | connections]
** to the same database. Sharing is enabled if the argument is true
** and disabled if the argument is false.
**
** Cache sharing is enabled and disabled for an entire process.
** This is a change as of SQLite version 3.5.0. In prior versions of SQLite,
** sharing was enabled or disabled for each thread separately.
**
** The cache sharing mode set by this interface effects all subsequent
** calls to [sqlite3_open()], [sqlite3_open_v2()], and [sqlite3_open16()].
** Existing database connections continue use the sharing mode
** that was in effect at the time they were opened.
**
** Virtual tables cannot be used with a shared cache.  When shared
** cache is enabled, the [sqlite3_create_module()] API used to register
** virtual tables will always return an error.
**
** This routine returns [SQLITE_OK] if shared cache was enabled or disabled
** successfully.  An [error code] is returned otherwise.
**
** Shared cache is disabled by default. But this might change in
** future releases of SQLite.  Applications that care about shared
** cache setting should set it explicitly.
**
** See Also:  [SQLite Shared-Cache Mode]
**
** Requirements: [H10331] [H10336] [H10337] [H10339]
*/
int sqlite3_enable_shared_cache(int);

/*
** CAPI3REF: Attempt To Free Heap Memory {H17340} 
**
** The sqlite3_release_memory() interface attempts to free N bytes
** of heap memory by deallocating non-essential memory allocations
** held by the database library. {END}  Memory used to cache database
** pages to improve performance is an example of non-essential memory.
** sqlite3_release_memory() returns the number of bytes actually freed,
** which might be more or less than the amount requested.
**
** Requirements: [H17341] [H17342]
*/
int sqlite3_release_memory(int);

/*
** CAPI3REF: Impose A Limit On Heap Size {H17350} 
**
** The sqlite3_soft_heap_limit() interface places a "soft" limit
** on the amount of heap memory that may be allocated by SQLite.
** If an internal allocation is requested that would exceed the
** soft heap limit, [sqlite3_release_memory()] is invoked one or
** more times to free up some space before the allocation is performed.
**
** The limit is called "soft", because if [sqlite3_release_memory()]
** cannot free sufficient memory to prevent the limit from being exceeded,
** the memory is allocated anyway and the current operation proceeds.
**
** A negative or zero value for N means that there is no soft heap limit and
** [sqlite3_release_memory()] will only be called when memory is exhausted.
** The default value for the soft heap limit is zero.
**
** SQLite makes a best effort to honor the soft heap limit.
** But if the soft heap limit cannot be honored, execution will
** continue without error or notification.  This is why the limit is
** called a "soft" limit.  It is advisory only.
**
** Prior to SQLite version 3.5.0, this routine only constrained the memory
** allocated by a single thread - the same thread in which this routine
** runs.  Beginning with SQLite version 3.5.0, the soft heap limit is
** applied to all threads. The value specified for the soft heap limit
** is an upper bound on the total memory allocation for all threads. In
** version 3.5.0 there is no mechanism for limiting the heap usage for
** individual threads.
**
** Requirements:
** [H16351] [H16352] [H16353] [H16354] [H16355] [H16358]
*/
void sqlite3_soft_heap_limit(int);

/*
** CAPI3REF: Extract Metadata About A Column Of A Table {H12850} 
**
** This routine returns metadata about a specific column of a specific
** database table accessible using the [database connection] handle
** passed as the first function argument.
**
** The column is identified by the second, third and fourth parameters to
** this function. The second parameter is either the name of the database
** (i.e. "main", "temp" or an attached database) containing the specified
** table or NULL. If it is NULL, then all attached databases are searched
** for the table using the same algorithm used by the database engine to
** resolve unqualified table references.
**
** The third and fourth parameters to this function are the table and column
** name of the desired column, respectively. Neither of these parameters
** may be NULL.
**
** Metadata is returned by writing to the memory locations passed as the 5th
** and subsequent parameters to this function. Any of these arguments may be
** NULL, in which case the corresponding element of metadata is omitted.
**
** 

** 
** 
 Parameter  Output
Type 		  Description
**
** 
 5th  const char*  Data type
** 
 6th  const char*  Name of default collation sequence
** 
 7th  int          True if column has a NOT NULL constraint
** 
 8th  int          True if column is part of the PRIMARY KEY
** 
 9th  int          True if column is [AUTOINCREMENT]
** 

** 

**
** The memory pointed to by the character pointers returned for the
** declaration type and collation sequence is valid only until the next
** call to any SQLite API function.
**
** If the specified table is actually a view, an [error code] is returned.
**
** If the specified column is "rowid", "oid" or "_rowid_" and an
** [INTEGER PRIMARY KEY] column has been explicitly declared, then the output
** parameters are set for the explicitly declared column. If there is no
** explicitly declared [INTEGER PRIMARY KEY] column, then the output
** parameters are set as follows:
**
** 
**     data type: "INTEGER"
**     collation sequence: "BINARY"
**     not null: 0
**     primary key: 1
**     auto increment: 0
** 

**
** This function may load one or more schemas from database files. If an
** error occurs during this process, or if the requested table or column
** cannot be found, an [error code] is returned and an error message left
** in the [database connection] (to be retrieved using sqlite3_errmsg()).
**
** This API is only available if the library was compiled with the
** [SQLITE_ENABLE_COLUMN_METADATA] C-preprocessor symbol defined.
*/
int sqlite3_table_column_metadata(
  sqlite3 *db,                /* Connection handle */
  const char *zDbName,        /* Database name or NULL */
  const char *zTableName,     /* Table name */
  const char *zColumnName,    /* Column name */
  char const **pzDataType,    /* OUTPUT: Declared data type */
  char const **pzCollSeq,     /* OUTPUT: Collation sequence name */
  int *pNotNull,              /* OUTPUT: True if NOT NULL constraint exists */
  int *pPrimaryKey,           /* OUTPUT: True if column part of PK */
  int *pAutoinc               /* OUTPUT: True if column is auto-increment */
);

/*
** CAPI3REF: Load An Extension {H12600} 
**
** This interface loads an SQLite extension library from the named file.
**
** {H12601} The sqlite3_load_extension() interface attempts to load an
**          SQLite extension library contained in the file zFile.
**
** {H12602} The entry point is zProc.
**
** {H12603} zProc may be 0, in which case the name of the entry point
**          defaults to "sqlite3_extension_init".
**
** {H12604} The sqlite3_load_extension() interface shall return
**          [SQLITE_OK] on success and [SQLITE_ERROR] if something goes wrong.
**
** {H12605} If an error occurs and pzErrMsg is not 0, then the
**          [sqlite3_load_extension()] interface shall attempt to
**          fill *pzErrMsg with error message text stored in memory
**          obtained from [sqlite3_malloc()]. {END}  The calling function
**          should free this memory by calling [sqlite3_free()].
**
** {H12606} Extension loading must be enabled using
**          [sqlite3_enable_load_extension()] prior to calling this API,
**          otherwise an error will be returned.
*/
int sqlite3_load_extension(
  sqlite3 *db,          /* Load the extension into this database connection */
  const char *zFile,    /* Name of the shared library containing extension */
  const char *zProc,    /* Entry point.  Derived from zFile if 0 */
  char **pzErrMsg       /* Put error message here if not 0 */
);

/*
** CAPI3REF: Enable Or Disable Extension Loading {H12620} 
**
** So as not to open security holes in older applications that are
** unprepared to deal with extension loading, and as a means of disabling
** extension loading while evaluating user-entered SQL, the following API
** is provided to turn the [sqlite3_load_extension()] mechanism on and off.
**
** Extension loading is off by default. See ticket #1863.
**
** {H12621} Call the sqlite3_enable_load_extension() routine with onoff==1
**          to turn extension loading on and call it with onoff==0 to turn
**          it back off again.
**
** {H12622} Extension loading is off by default.
*/
int sqlite3_enable_load_extension(sqlite3 *db, int onoff);

/*
** CAPI3REF: Automatically Load An Extensions {H12640} 
**
** This API can be invoked at program startup in order to register
** one or more statically linked extensions that will be available
** to all new [database connections]. {END}
**
** This routine stores a pointer to the extension in an array that is
** obtained from [sqlite3_malloc()].  If you run a memory leak checker
** on your program and it reports a leak because of this array, invoke
** [sqlite3_reset_auto_extension()] prior to shutdown to free the memory.
**
** {H12641} This function registers an extension entry point that is
**          automatically invoked whenever a new [database connection]
**          is opened using [sqlite3_open()], [sqlite3_open16()],
**          or [sqlite3_open_v2()].
**
** {H12642} Duplicate extensions are detected so calling this routine
**          multiple times with the same extension is harmless.
**
** {H12643} This routine stores a pointer to the extension in an array
**          that is obtained from [sqlite3_malloc()].
**
** {H12644} Automatic extensions apply across all threads.
*/
int sqlite3_auto_extension(void (*xEntryPoint)(void));

/*
** CAPI3REF: Reset Automatic Extension Loading {H12660} 
**
** This function disables all previously registered automatic
** extensions. {END}  It undoes the effect of all prior
** [sqlite3_auto_extension()] calls.
**
** {H12661} This function disables all previously registered
**          automatic extensions.
**
** {H12662} This function disables automatic extensions in all threads.
*/
void sqlite3_reset_auto_extension(void);

/*
****** EXPERIMENTAL - subject to change without notice **************
**
** The interface to the virtual-table mechanism is currently considered
** to be experimental.  The interface might change in incompatible ways.
** If this is a problem for you, do not use the interface at this time.
**
** When the virtual-table mechanism stabilizes, we will declare the
** interface fixed, support it indefinitely, and remove this comment.
*/

/*
** Structures used by the virtual table interface
*/
typedef struct sqlite3_vtab sqlite3_vtab;
typedef struct sqlite3_index_info sqlite3_index_info;
typedef struct sqlite3_vtab_cursor sqlite3_vtab_cursor;
typedef struct sqlite3_module sqlite3_module;

/*
** CAPI3REF: Virtual Table Object {H18000} 
** KEYWORDS: sqlite3_module {virtual table module}
** EXPERIMENTAL
**
** This structure, sometimes called a a "virtual table module", 
** defines the implementation of a [virtual tables].  
** This structure consists mostly of methods for the module.
**
** A virtual table module is created by filling in a persistent
** instance of this structure and passing a pointer to that instance
** to [sqlite3_create_module()] or [sqlite3_create_module_v2()].
** The registration remains valid until it is replaced by a different
** module or until the [database connection] closes.  The content
** of this structure must not change while it is registered with
** any database connection.
*/
struct sqlite3_module {
  int iVersion;
  int (*xCreate)(sqlite3*, void *pAux,
               int argc, const char *const*argv,
               sqlite3_vtab **ppVTab, char**);
  int (*xConnect)(sqlite3*, void *pAux,
               int argc, const char *const*argv,
               sqlite3_vtab **ppVTab, char**);
  int (*xBestIndex)(sqlite3_vtab *pVTab, sqlite3_index_info*);
  int (*xDisconnect)(sqlite3_vtab *pVTab);
  int (*xDestroy)(sqlite3_vtab *pVTab);
  int (*xOpen)(sqlite3_vtab *pVTab, sqlite3_vtab_cursor **ppCursor);
  int (*xClose)(sqlite3_vtab_cursor*);
  int (*xFilter)(sqlite3_vtab_cursor*, int idxNum, const char *idxStr,
                int argc, sqlite3_value **argv);
  int (*xNext)(sqlite3_vtab_cursor*);
  int (*xEof)(sqlite3_vtab_cursor*);
  int (*xColumn)(sqlite3_vtab_cursor*, sqlite3_context*, int);
  int (*xRowid)(sqlite3_vtab_cursor*, sqlite3_int64 *pRowid);
  int (*xUpdate)(sqlite3_vtab *, int, sqlite3_value **, sqlite3_int64 *);
  int (*xBegin)(sqlite3_vtab *pVTab);
  int (*xSync)(sqlite3_vtab *pVTab);
  int (*xCommit)(sqlite3_vtab *pVTab);
  int (*xRollback)(sqlite3_vtab *pVTab);
  int (*xFindFunction)(sqlite3_vtab *pVtab, int nArg, const char *zName,
                       void (**pxFunc)(sqlite3_context*,int,sqlite3_value**),
                       void **ppArg);
  int (*xRename)(sqlite3_vtab *pVtab, const char *zNew);
};

/*
** CAPI3REF: Virtual Table Indexing Information {H18100} 
** KEYWORDS: sqlite3_index_info
** EXPERIMENTAL
**
** The sqlite3_index_info structure and its substructures is used to
** pass information into and receive the reply from the [xBestIndex]
** method of a [virtual table module].  The fields under **Inputs** are the
** inputs to xBestIndex and are read-only.  xBestIndex inserts its
** results into the **Outputs** fields.
**
** The aConstraint[] array records WHERE clause constraints of the form:
**
** 
column OP expr

**
** where OP is =, <, <=, >, or >=.  The particular operator is
** stored in aConstraint[].op.  The index of the column is stored in
** aConstraint[].iColumn.  aConstraint[].usable is TRUE if the
** expr on the right-hand side can be evaluated (and thus the constraint
** is usable) and false if it cannot.
**
** The optimizer automatically inverts terms of the form "expr OP column"
** and makes other simplifications to the WHERE clause in an attempt to
** get as many WHERE clause terms into the form shown above as possible.
** The aConstraint[] array only reports WHERE clause terms in the correct
** form that refer to the particular virtual table being queried.
**
** Information about the ORDER BY clause is stored in aOrderBy[].
** Each term of aOrderBy records a column of the ORDER BY clause.
**
** The [xBestIndex] method must fill aConstraintUsage[] with information
** about what parameters to pass to xFilter.  If argvIndex>0 then
** the right-hand side of the corresponding aConstraint[] is evaluated
** and becomes the argvIndex-th entry in argv.  If aConstraintUsage[].omit
** is true, then the constraint is assumed to be fully handled by the
** virtual table and is not checked again by SQLite.
**
** The idxNum and idxPtr values are recorded and passed into the
** [xFilter] method.
** [sqlite3_free()] is used to free idxPtr if and only iff
** needToFreeIdxPtr is true.
**
** The orderByConsumed means that output from [xFilter]/[xNext] will occur in
** the correct order to satisfy the ORDER BY clause so that no separate
** sorting step is required.
**
** The estimatedCost value is an estimate of the cost of doing the
** particular lookup.  A full scan of a table with N entries should have
** a cost of N.  A binary search of a table of N entries should have a
** cost of approximately log(N).
*/
struct sqlite3_index_info {
  /* Inputs */
  int nConstraint;           /* Number of entries in aConstraint */
  struct sqlite3_index_constraint {
     int iColumn;              /* Column on left-hand side of constraint */
     unsigned char op;         /* Constraint operator */
     unsigned char usable;     /* True if this constraint is usable */
     int iTermOffset;          /* Used internally - xBestIndex should ignore */
  } *aConstraint;            /* Table of WHERE clause constraints */
  int nOrderBy;              /* Number of terms in the ORDER BY clause */
  struct sqlite3_index_orderby {
     int iColumn;              /* Column number */
     unsigned char desc;       /* True for DESC.  False for ASC. */
  } *aOrderBy;               /* The ORDER BY clause */
  /* Outputs */
  struct sqlite3_index_constraint_usage {
    int argvIndex;           /* if >0, constraint is part of argv to xFilter */
    unsigned char omit;      /* Do not code a test for this constraint */
  } *aConstraintUsage;
  int idxNum;                /* Number used to identify the index */
  char *idxStr;              /* String, possibly obtained from sqlite3_malloc */
  int needToFreeIdxStr;      /* Free idxStr using sqlite3_free() if true */
  int orderByConsumed;       /* True if output is already ordered */
  double estimatedCost;      /* Estimated cost of using this index */
};
#define SQLITE_INDEX_CONSTRAINT_EQ    2
#define SQLITE_INDEX_CONSTRAINT_GT    4
#define SQLITE_INDEX_CONSTRAINT_LE    8
#define SQLITE_INDEX_CONSTRAINT_LT    16
#define SQLITE_INDEX_CONSTRAINT_GE    32
#define SQLITE_INDEX_CONSTRAINT_MATCH 64

/*
** CAPI3REF: Register A Virtual Table Implementation {H18200} 
** EXPERIMENTAL
**
** This routine is used to register a new [virtual table module] name.
** Module names must be registered before
** creating a new [virtual table] using the module, or before using a
** preexisting [virtual table] for the module.
**
** The module name is registered on the [database connection] specified
** by the first parameter.  The name of the module is given by the 
** second parameter.  The third parameter is a pointer to
** the implementation of the [virtual table module].   The fourth
** parameter is an arbitrary client data pointer that is passed through
** into the [xCreate] and [xConnect] methods of the virtual table module
** when a new virtual table is be being created or reinitialized.
**
** This interface has exactly the same effect as calling
** [sqlite3_create_module_v2()] with a NULL client data destructor.
*/
SQLITE_EXPERIMENTAL int sqlite3_create_module(
  sqlite3 *db,               /* SQLite connection to register module with */
  const char *zName,         /* Name of the module */
  const sqlite3_module *p,   /* Methods for the module */
  void *pClientData          /* Client data for xCreate/xConnect */
);

/*
** CAPI3REF: Register A Virtual Table Implementation {H18210} 
** EXPERIMENTAL
**
** This routine is identical to the [sqlite3_create_module()] method,
** except that it has an extra parameter to specify 
** a destructor function for the client data pointer.  SQLite will
** invoke the destructor function (if it is not NULL) when SQLite
** no longer needs the pClientData pointer.  
*/
SQLITE_EXPERIMENTAL int sqlite3_create_module_v2(
  sqlite3 *db,               /* SQLite connection to register module with */
  const char *zName,         /* Name of the module */
  const sqlite3_module *p,   /* Methods for the module */
  void *pClientData,         /* Client data for xCreate/xConnect */
  void(*xDestroy)(void*)     /* Module destructor function */
);

/*
** CAPI3REF: Virtual Table Instance Object {H18010} 
** KEYWORDS: sqlite3_vtab
** EXPERIMENTAL
**
** Every [virtual table module] implementation uses a subclass
** of the following structure to describe a particular instance
** of the [virtual table].  Each subclass will
** be tailored to the specific needs of the module implementation.
** The purpose of this superclass is to define certain fields that are
** common to all module implementations.
**
** Virtual tables methods can set an error message by assigning a
** string obtained from [sqlite3_mprintf()] to zErrMsg.  The method should
** take care that any prior string is freed by a call to [sqlite3_free()]
** prior to assigning a new string to zErrMsg.  After the error message
** is delivered up to the client application, the string will be automatically
** freed by sqlite3_free() and the zErrMsg field will be zeroed.
*/
struct sqlite3_vtab {
  const sqlite3_module *pModule;  /* The module for this virtual table */
  int nRef;                       /* Used internally */
  char *zErrMsg;                  /* Error message from sqlite3_mprintf() */
  /* Virtual table implementations will typically add additional fields */
};

/*
** CAPI3REF: Virtual Table Cursor Object  {H18020} 
** KEYWORDS: sqlite3_vtab_cursor {virtual table cursor}
** EXPERIMENTAL
**
** Every [virtual table module] implementation uses a subclass of the
** following structure to describe cursors that point into the
** [virtual table] and are used
** to loop through the virtual table.  Cursors are created using the
** [sqlite3_module.xOpen | xOpen] method of the module and are destroyed
** by the [sqlite3_module.xClose | xClose] method.  Cussors are used
** by the [xFilter], [xNext], [xEof], [xColumn], and [xRowid] methods
** of the module.  Each module implementation will define
** the content of a cursor structure to suit its own needs.
**
** This superclass exists in order to define fields of the cursor that
** are common to all implementations.
*/
struct sqlite3_vtab_cursor {
  sqlite3_vtab *pVtab;      /* Virtual table of this cursor */
  /* Virtual table implementations will typically add additional fields */
};

/*
** CAPI3REF: Declare The Schema Of A Virtual Table {H18280} 
** EXPERIMENTAL
**
** The [xCreate] and [xConnect] methods of a
** [virtual table module] call this interface
** to declare the format (the names and datatypes of the columns) of
** the virtual tables they implement.
*/
SQLITE_EXPERIMENTAL int sqlite3_declare_vtab(sqlite3*, const char *zSQL);

/*
** CAPI3REF: Overload A Function For A Virtual Table {H18300} 
** EXPERIMENTAL
**
** Virtual tables can provide alternative implementations of functions
** using the [xFindFunction] method of the [virtual table module].  
** But global versions of those functions
** must exist in order to be overloaded.
**
** This API makes sure a global version of a function with a particular
** name and number of parameters exists.  If no such function exists
** before this API is called, a new function is created.  The implementation
** of the new function always causes an exception to be thrown.  So
** the new function is not good for anything by itself.  Its only
** purpose is to be a placeholder function that can be overloaded
** by a [virtual table].
*/
SQLITE_EXPERIMENTAL int sqlite3_overload_function(sqlite3*, const char *zFuncName, int nArg);

/*
** The interface to the virtual-table mechanism defined above (back up
** to a comment remarkably similar to this one) is currently considered
** to be experimental.  The interface might change in incompatible ways.
** If this is a problem for you, do not use the interface at this time.
**
** When the virtual-table mechanism stabilizes, we will declare the
** interface fixed, support it indefinitely, and remove this comment.
**
****** EXPERIMENTAL - subject to change without notice **************
*/

/*
** CAPI3REF: A Handle To An Open BLOB {H17800} 
** KEYWORDS: {BLOB handle} {BLOB handles}
**
** An instance of this object represents an open BLOB on which
** [sqlite3_blob_open | incremental BLOB I/O] can be performed.
** Objects of this type are created by [sqlite3_blob_open()]
** and destroyed by [sqlite3_blob_close()].
** The [sqlite3_blob_read()] and [sqlite3_blob_write()] interfaces
** can be used to read or write small subsections of the BLOB.
** The [sqlite3_blob_bytes()] interface returns the size of the BLOB in bytes.
*/
typedef struct sqlite3_blob sqlite3_blob;

/*
** CAPI3REF: Open A BLOB For Incremental I/O {H17810} 
**
** This interfaces opens a [BLOB handle | handle] to the BLOB located
** in row iRow, column zColumn, table zTable in database zDb;
** in other words, the same BLOB that would be selected by:
**
** 
**     SELECT zColumn FROM zDb.zTable WHERE [rowid] = iRow;
** 
 {END}
**
** If the flags parameter is non-zero, then the BLOB is opened for read
** and write access. If it is zero, the BLOB is opened for read access.
**
** Note that the database name is not the filename that contains
** the database but rather the symbolic name of the database that
** is assigned when the database is connected using [ATTACH].
** For the main database file, the database name is "main".
** For TEMP tables, the database name is "temp".
**
** On success, [SQLITE_OK] is returned and the new [BLOB handle] is written
** to *ppBlob. Otherwise an [error code] is returned and *ppBlob is set
** to be a null pointer.
** This function sets the [database connection] error code and message
** accessible via [sqlite3_errcode()] and [sqlite3_errmsg()] and related
** functions.  Note that the *ppBlob variable is always initialized in a
** way that makes it safe to invoke [sqlite3_blob_close()] on *ppBlob
** regardless of the success or failure of this routine.
**
** If the row that a BLOB handle points to is modified by an
** [UPDATE], [DELETE], or by [ON CONFLICT] side-effects
** then the BLOB handle is marked as "expired".
** This is true if any column of the row is changed, even a column
** other than the one the BLOB handle is open on.
** Calls to [sqlite3_blob_read()] and [sqlite3_blob_write()] for
** a expired BLOB handle fail with an return code of [SQLITE_ABORT].
** Changes written into a BLOB prior to the BLOB expiring are not
** rollback by the expiration of the BLOB.  Such changes will eventually
** commit if the transaction continues to completion.
**
** Use the [sqlite3_blob_bytes()] interface to determine the size of
** the opened blob.  The size of a blob may not be changed by this
** underface.  Use the [UPDATE] SQL command to change the size of a
** blob.
**
** The [sqlite3_bind_zeroblob()] and [sqlite3_result_zeroblob()] interfaces
** and the built-in [zeroblob] SQL function can be used, if desired,
** to create an empty, zero-filled blob in which to read or write using
** this interface.
**
** To avoid a resource leak, every open [BLOB handle] should eventually
** be released by a call to [sqlite3_blob_close()].
**
** Requirements:
** [H17813] [H17814] [H17816] [H17819] [H17821] [H17824]
*/
int sqlite3_blob_open(
  sqlite3*,
  const char *zDb,
  const char *zTable,
  const char *zColumn,
  sqlite3_int64 iRow,
  int flags,
  sqlite3_blob **ppBlob
);

/*
** CAPI3REF: Close A BLOB Handle {H17830} 
**
** Closes an open [BLOB handle].
**
** Closing a BLOB shall cause the current transaction to commit
** if there are no other BLOBs, no pending prepared statements, and the
** database connection is in [autocommit mode].
** If any writes were made to the BLOB, they might be held in cache
** until the close operation if they will fit.
**
** Closing the BLOB often forces the changes
** out to disk and so if any I/O errors occur, they will likely occur
** at the time when the BLOB is closed.  Any errors that occur during
** closing are reported as a non-zero return value.
**
** The BLOB is closed unconditionally.  Even if this routine returns
** an error code, the BLOB is still closed.
**
** Calling this routine with a null pointer (which as would be returned
** by failed call to [sqlite3_blob_open()]) is a harmless no-op.
**
** Requirements:
** [H17833] [H17836] [H17839]
*/
int sqlite3_blob_close(sqlite3_blob *);

/*
** CAPI3REF: Return The Size Of An Open BLOB {H17840} 
**
** Returns the size in bytes of the BLOB accessible via the 
** successfully opened [BLOB handle] in its only argument.  The
** incremental blob I/O routines can only read or overwriting existing
** blob content; they cannot change the size of a blob.
**
** This routine only works on a [BLOB handle] which has been created
** by a prior successful call to [sqlite3_blob_open()] and which has not
** been closed by [sqlite3_blob_close()].  Passing any other pointer in
** to this routine results in undefined and probably undesirable behavior.
**
** Requirements:
** [H17843]
*/
int sqlite3_blob_bytes(sqlite3_blob *);

/*
** CAPI3REF: Read Data From A BLOB Incrementally {H17850} 
**
** This function is used to read data from an open [BLOB handle] into a
** caller-supplied buffer. N bytes of data are copied into buffer Z
** from the open BLOB, starting at offset iOffset.
**
** If offset iOffset is less than N bytes from the end of the BLOB,
** [SQLITE_ERROR] is returned and no data is read.  If N or iOffset is
** less than zero, [SQLITE_ERROR] is returned and no data is read.
** The size of the blob (and hence the maximum value of N+iOffset)
** can be determined using the [sqlite3_blob_bytes()] interface.
**
** An attempt to read from an expired [BLOB handle] fails with an
** error code of [SQLITE_ABORT].
**
** On success, SQLITE_OK is returned.
** Otherwise, an [error code] or an [extended error code] is returned.
**
** This routine only works on a [BLOB handle] which has been created
** by a prior successful call to [sqlite3_blob_open()] and which has not
** been closed by [sqlite3_blob_close()].  Passing any other pointer in
** to this routine results in undefined and probably undesirable behavior.
**
** See also: [sqlite3_blob_write()].
**
** Requirements:
** [H17853] [H17856] [H17859] [H17862] [H17863] [H17865] [H17868]
*/
int sqlite3_blob_read(sqlite3_blob *, void *Z, int N, int iOffset);

/*
** CAPI3REF: Write Data Into A BLOB Incrementally {H17870} 
**
** This function is used to write data into an open [BLOB handle] from a
** caller-supplied buffer. N bytes of data are copied from the buffer Z
** into the open BLOB, starting at offset iOffset.
**
** If the [BLOB handle] passed as the first argument was not opened for
** writing (the flags parameter to [sqlite3_blob_open()] was zero),
** this function returns [SQLITE_READONLY].
**
** This function may only modify the contents of the BLOB; it is
** not possible to increase the size of a BLOB using this API.
** If offset iOffset is less than N bytes from the end of the BLOB,
** [SQLITE_ERROR] is returned and no data is written.  If N is
** less than zero [SQLITE_ERROR] is returned and no data is written.
** The size of the BLOB (and hence the maximum value of N+iOffset)
** can be determined using the [sqlite3_blob_bytes()] interface.
**
** An attempt to write to an expired [BLOB handle] fails with an
** error code of [SQLITE_ABORT].  Writes to the BLOB that occurred
** before the [BLOB handle] expired are not rolled back by the
** expiration of the handle, though of course those changes might
** have been overwritten by the statement that expired the BLOB handle
** or by other independent statements.
**
** On success, SQLITE_OK is returned.
** Otherwise, an  [error code] or an [extended error code] is returned.
**
** This routine only works on a [BLOB handle] which has been created
** by a prior successful call to [sqlite3_blob_open()] and which has not
** been closed by [sqlite3_blob_close()].  Passing any other pointer in
** to this routine results in undefined and probably undesirable behavior.
**
** See also: [sqlite3_blob_read()].
**
** Requirements:
** [H17873] [H17874] [H17875] [H17876] [H17877] [H17879] [H17882] [H17885]
** [H17888]
*/
int sqlite3_blob_write(sqlite3_blob *, const void *z, int n, int iOffset);

/*
** CAPI3REF: Virtual File System Objects {H11200} 
**
** A virtual filesystem (VFS) is an [sqlite3_vfs] object
** that SQLite uses to interact
** with the underlying operating system.  Most SQLite builds come with a
** single default VFS that is appropriate for the host computer.
** New VFSes can be registered and existing VFSes can be unregistered.
** The following interfaces are provided.
**
** The sqlite3_vfs_find() interface returns a pointer to a VFS given its name.
** Names are case sensitive.
** Names are zero-terminated UTF-8 strings.
** If there is no match, a NULL pointer is returned.
** If zVfsName is NULL then the default VFS is returned.
**
** New VFSes are registered with sqlite3_vfs_register().
** Each new VFS becomes the default VFS if the makeDflt flag is set.
** The same VFS can be registered multiple times without injury.
** To make an existing VFS into the default VFS, register it again
** with the makeDflt flag set.  If two different VFSes with the
** same name are registered, the behavior is undefined.  If a
** VFS is registered with a name that is NULL or an empty string,
** then the behavior is undefined.
**
** Unregister a VFS with the sqlite3_vfs_unregister() interface.
** If the default VFS is unregistered, another VFS is chosen as
** the default.  The choice for the new VFS is arbitrary.
**
** Requirements:
** [H11203] [H11206] [H11209] [H11212] [H11215] [H11218]
*/
sqlite3_vfs *sqlite3_vfs_find(const char *zVfsName);
int sqlite3_vfs_register(sqlite3_vfs*, int makeDflt);
int sqlite3_vfs_unregister(sqlite3_vfs*);

/*
** CAPI3REF: Mutexes {H17000} 
**
** The SQLite core uses these routines for thread
** synchronization. Though they are intended for internal
** use by SQLite, code that links against SQLite is
** permitted to use any of these routines.
**
** The SQLite source code contains multiple implementations
** of these mutex routines.  An appropriate implementation
** is selected automatically at compile-time.  The following
** implementations are available in the SQLite core:
**
** 
    
** 
  •    SQLITE_MUTEX_OS2
** 
  •    SQLITE_MUTEX_PTHREAD
** 
  •    SQLITE_MUTEX_W32
** 
  •    SQLITE_MUTEX_NOOP
** 

**
** The SQLITE_MUTEX_NOOP implementation is a set of routines
** that does no real locking and is appropriate for use in
** a single-threaded application.  The SQLITE_MUTEX_OS2,
** SQLITE_MUTEX_PTHREAD, and SQLITE_MUTEX_W32 implementations
** are appropriate for use on OS/2, Unix, and Windows.
**
** If SQLite is compiled with the SQLITE_MUTEX_APPDEF preprocessor
** macro defined (with "-DSQLITE_MUTEX_APPDEF=1"), then no mutex
** implementation is included with the library. In this case the
** application must supply a custom mutex implementation using the
** [SQLITE_CONFIG_MUTEX] option of the sqlite3_config() function
** before calling sqlite3_initialize() or any other public sqlite3_
** function that calls sqlite3_initialize().
**
** {H17011} The sqlite3_mutex_alloc() routine allocates a new
** mutex and returns a pointer to it. {H17012} If it returns NULL
** that means that a mutex could not be allocated. {H17013} SQLite
** will unwind its stack and return an error. {H17014} The argument
** to sqlite3_mutex_alloc() is one of these integer constants:
**
** 
    
** 
  •   SQLITE_MUTEX_FAST
** 
  •   SQLITE_MUTEX_RECURSIVE
** 
  •   SQLITE_MUTEX_STATIC_MASTER
** 
  •   SQLITE_MUTEX_STATIC_MEM
** 
  •   SQLITE_MUTEX_STATIC_MEM2
** 
  •   SQLITE_MUTEX_STATIC_PRNG
** 
  •   SQLITE_MUTEX_STATIC_LRU
** 
  •   SQLITE_MUTEX_STATIC_LRU2
** 

**
** {H17015} The first two constants cause sqlite3_mutex_alloc() to create
** a new mutex.  The new mutex is recursive when SQLITE_MUTEX_RECURSIVE
** is used but not necessarily so when SQLITE_MUTEX_FAST is used. {END}
** The mutex implementation does not need to make a distinction
** between SQLITE_MUTEX_RECURSIVE and SQLITE_MUTEX_FAST if it does
** not want to.  {H17016} But SQLite will only request a recursive mutex in
** cases where it really needs one.  {END} If a faster non-recursive mutex
** implementation is available on the host platform, the mutex subsystem
** might return such a mutex in response to SQLITE_MUTEX_FAST.
**
** {H17017} The other allowed parameters to sqlite3_mutex_alloc() each return
** a pointer to a static preexisting mutex. {END}  Four static mutexes are
** used by the current version of SQLite.  Future versions of SQLite
** may add additional static mutexes.  Static mutexes are for internal
** use by SQLite only.  Applications that use SQLite mutexes should
** use only the dynamic mutexes returned by SQLITE_MUTEX_FAST or
** SQLITE_MUTEX_RECURSIVE.
**
** {H17018} Note that if one of the dynamic mutex parameters (SQLITE_MUTEX_FAST
** or SQLITE_MUTEX_RECURSIVE) is used then sqlite3_mutex_alloc()
** returns a different mutex on every call.  {H17034} But for the static
** mutex types, the same mutex is returned on every call that has
** the same type number.
**
** {H17019} The sqlite3_mutex_free() routine deallocates a previously
** allocated dynamic mutex. {H17020} SQLite is careful to deallocate every
** dynamic mutex that it allocates. {A17021} The dynamic mutexes must not be in
** use when they are deallocated. {A17022} Attempting to deallocate a static
** mutex results in undefined behavior. {H17023} SQLite never deallocates
** a static mutex. {END}
**
** The sqlite3_mutex_enter() and sqlite3_mutex_try() routines attempt
** to enter a mutex. {H17024} If another thread is already within the mutex,
** sqlite3_mutex_enter() will block and sqlite3_mutex_try() will return
** SQLITE_BUSY. {H17025}  The sqlite3_mutex_try() interface returns [SQLITE_OK]
** upon successful entry.  {H17026} Mutexes created using
** SQLITE_MUTEX_RECURSIVE can be entered multiple times by the same thread.
** {H17027} In such cases the,
** mutex must be exited an equal number of times before another thread
** can enter.  {A17028} If the same thread tries to enter any other
** kind of mutex more than once, the behavior is undefined.
** {H17029} SQLite will never exhibit
** such behavior in its own use of mutexes.
**
** Some systems (for example, Windows 95) do not support the operation
** implemented by sqlite3_mutex_try().  On those systems, sqlite3_mutex_try()
** will always return SQLITE_BUSY.  {H17030} The SQLite core only ever uses
** sqlite3_mutex_try() as an optimization so this is acceptable behavior.
**
** {H17031} The sqlite3_mutex_leave() routine exits a mutex that was
** previously entered by the same thread.  {A17032} The behavior
** is undefined if the mutex is not currently entered by the
** calling thread or is not currently allocated.  {H17033} SQLite will
** never do either. {END}
**
** If the argument to sqlite3_mutex_enter(), sqlite3_mutex_try(), or
** sqlite3_mutex_leave() is a NULL pointer, then all three routines
** behave as no-ops.
**
** See also: [sqlite3_mutex_held()] and [sqlite3_mutex_notheld()].
*/
sqlite3_mutex *sqlite3_mutex_alloc(int);
void sqlite3_mutex_free(sqlite3_mutex*);
void sqlite3_mutex_enter(sqlite3_mutex*);
int sqlite3_mutex_try(sqlite3_mutex*);
void sqlite3_mutex_leave(sqlite3_mutex*);

/*
** CAPI3REF: Mutex Methods Object {H17120} 
** EXPERIMENTAL
**
** An instance of this structure defines the low-level routines
** used to allocate and use mutexes.
**
** Usually, the default mutex implementations provided by SQLite are
** sufficient, however the user has the option of substituting a custom
** implementation for specialized deployments or systems for which SQLite
** does not provide a suitable implementation. In this case, the user
** creates and populates an instance of this structure to pass
** to sqlite3_config() along with the [SQLITE_CONFIG_MUTEX] option.
** Additionally, an instance of this structure can be used as an
** output variable when querying the system for the current mutex
** implementation, using the [SQLITE_CONFIG_GETMUTEX] option.
**
** The xMutexInit method defined by this structure is invoked as
** part of system initialization by the sqlite3_initialize() function.
** {H17001} The xMutexInit routine shall be called by SQLite once for each
** effective call to [sqlite3_initialize()].
**
** The xMutexEnd method defined by this structure is invoked as
** part of system shutdown by the sqlite3_shutdown() function. The
** implementation of this method is expected to release all outstanding
** resources obtained by the mutex methods implementation, especially
** those obtained by the xMutexInit method. {H17003} The xMutexEnd()
** interface shall be invoked once for each call to [sqlite3_shutdown()].
**
** The remaining seven methods defined by this structure (xMutexAlloc,
** xMutexFree, xMutexEnter, xMutexTry, xMutexLeave, xMutexHeld and
** xMutexNotheld) implement the following interfaces (respectively):
**
** 
    
**   
  •   [sqlite3_mutex_alloc()] 
    • 
**   
  •   [sqlite3_mutex_free()] 
    • 
**   
  •   [sqlite3_mutex_enter()] 
    • 
**   
  •   [sqlite3_mutex_try()] 
    • 
**   
  •   [sqlite3_mutex_leave()] 
    • 
**   
  •   [sqlite3_mutex_held()] 
    • 
**   
  •   [sqlite3_mutex_notheld()] 
    • 
** 

**
** The only difference is that the public sqlite3_XXX functions enumerated
** above silently ignore any invocations that pass a NULL pointer instead
** of a valid mutex handle. The implementations of the methods defined
** by this structure are not required to handle this case, the results
** of passing a NULL pointer instead of a valid mutex handle are undefined
** (i.e. it is acceptable to provide an implementation that segfaults if
** it is passed a NULL pointer).
*/
typedef struct sqlite3_mutex_methods sqlite3_mutex_methods;
struct sqlite3_mutex_methods {
  int (*xMutexInit)(void);
  int (*xMutexEnd)(void);
  sqlite3_mutex *(*xMutexAlloc)(int);
  void (*xMutexFree)(sqlite3_mutex *);
  void (*xMutexEnter)(sqlite3_mutex *);
  int (*xMutexTry)(sqlite3_mutex *);
  void (*xMutexLeave)(sqlite3_mutex *);
  int (*xMutexHeld)(sqlite3_mutex *);
  int (*xMutexNotheld)(sqlite3_mutex *);
};

/*
** CAPI3REF: Mutex Verification Routines {H17080}  
**
** The sqlite3_mutex_held() and sqlite3_mutex_notheld() routines
** are intended for use inside assert() statements. {H17081} The SQLite core
** never uses these routines except inside an assert() and applications
** are advised to follow the lead of the core.  {H17082} The core only
** provides implementations for these routines when it is compiled
** with the SQLITE_DEBUG flag.  {A17087} External mutex implementations
** are only required to provide these routines if SQLITE_DEBUG is
** defined and if NDEBUG is not defined.
**
** {H17083} These routines should return true if the mutex in their argument
** is held or not held, respectively, by the calling thread.
**
** {X17084} The implementation is not required to provided versions of these
** routines that actually work. If the implementation does not provide working
** versions of these routines, it should at least provide stubs that always
** return true so that one does not get spurious assertion failures.
**
** {H17085} If the argument to sqlite3_mutex_held() is a NULL pointer then
** the routine should return 1.  {END} This seems counter-intuitive since
** clearly the mutex cannot be held if it does not exist.  But the
** the reason the mutex does not exist is because the build is not
** using mutexes.  And we do not want the assert() containing the
** call to sqlite3_mutex_held() to fail, so a non-zero return is
** the appropriate thing to do.  {H17086} The sqlite3_mutex_notheld()
** interface should also return 1 when given a NULL pointer.
*/
int sqlite3_mutex_held(sqlite3_mutex*);
int sqlite3_mutex_notheld(sqlite3_mutex*);

/*
** CAPI3REF: Mutex Types {H17001} 
**
** The [sqlite3_mutex_alloc()] interface takes a single argument
** which is one of these integer constants.
**
** The set of static mutexes may change from one SQLite release to the
** next.  Applications that override the built-in mutex logic must be
** prepared to accommodate additional static mutexes.
*/
#define SQLITE_MUTEX_FAST             0
#define SQLITE_MUTEX_RECURSIVE        1
#define SQLITE_MUTEX_STATIC_MASTER    2
#define SQLITE_MUTEX_STATIC_MEM       3  /* sqlite3_malloc() */
#define SQLITE_MUTEX_STATIC_MEM2      4  /* NOT USED */
#define SQLITE_MUTEX_STATIC_OPEN      4  /* sqlite3BtreeOpen() */
#define SQLITE_MUTEX_STATIC_PRNG      5  /* sqlite3_random() */
#define SQLITE_MUTEX_STATIC_LRU       6  /* lru page list */
#define SQLITE_MUTEX_STATIC_LRU2      7  /* lru page list */

/*
** CAPI3REF: Retrieve the mutex for a database connection {H17002} 
**
** This interface returns a pointer the [sqlite3_mutex] object that 
** serializes access to the [database connection] given in the argument
** when the [threading mode] is Serialized.
** If the [threading mode] is Single-thread or Multi-thread then this
** routine returns a NULL pointer.
*/
sqlite3_mutex *sqlite3_db_mutex(sqlite3*);

/*
** CAPI3REF: Low-Level Control Of Database Files {H11300} 
**
** {H11301} The [sqlite3_file_control()] interface makes a direct call to the
** xFileControl method for the [sqlite3_io_methods] object associated
** with a particular database identified by the second argument. {H11302} The
** name of the database is the name assigned to the database by the
** ATTACH SQL command that opened the
** database. {H11303} To control the main database file, use the name "main"
** or a NULL pointer. {H11304} The third and fourth parameters to this routine
** are passed directly through to the second and third parameters of
** the xFileControl method.  {H11305} The return value of the xFileControl
** method becomes the return value of this routine.
**
** {H11306} If the second parameter (zDbName) does not match the name of any
** open database file, then SQLITE_ERROR is returned. {H11307} This error
** code is not remembered and will not be recalled by [sqlite3_errcode()]
** or [sqlite3_errmsg()]. {A11308} The underlying xFileControl method might
** also return SQLITE_ERROR.  {A11309} There is no way to distinguish between
** an incorrect zDbName and an SQLITE_ERROR return from the underlying
** xFileControl method. {END}
**
** See also: [SQLITE_FCNTL_LOCKSTATE]
*/
int sqlite3_file_control(sqlite3*, const char *zDbName, int op, void*);

/*
** CAPI3REF: Testing Interface {H11400} 
**
** The sqlite3_test_control() interface is used to read out internal
** state of SQLite and to inject faults into SQLite for testing
** purposes.  The first parameter is an operation code that determines
** the number, meaning, and operation of all subsequent parameters.
**
** This interface is not for use by applications.  It exists solely
** for verifying the correct operation of the SQLite library.  Depending
** on how the SQLite library is compiled, this interface might not exist.
**
** The details of the operation codes, their meanings, the parameters
** they take, and what they do are all subject to change without notice.
** Unlike most of the SQLite API, this function is not guaranteed to
** operate consistently from one release to the next.
*/
int sqlite3_test_control(int op, ...);

/*
** CAPI3REF: Testing Interface Operation Codes {H11410} 
**
** These constants are the valid operation code parameters used
** as the first argument to [sqlite3_test_control()].
**
** These parameters and their meanings are subject to change
** without notice.  These values are for testing purposes only.
** Applications should not use any of these parameters or the
** [sqlite3_test_control()] interface.
*/
#define SQLITE_TESTCTRL_PRNG_SAVE                5
#define SQLITE_TESTCTRL_PRNG_RESTORE             6
#define SQLITE_TESTCTRL_PRNG_RESET               7
#define SQLITE_TESTCTRL_BITVEC_TEST              8
#define SQLITE_TESTCTRL_FAULT_INSTALL            9
#define SQLITE_TESTCTRL_BENIGN_MALLOC_HOOKS     10
#define SQLITE_TESTCTRL_PENDING_BYTE            11
#define SQLITE_TESTCTRL_ASSERT                  12
#define SQLITE_TESTCTRL_ALWAYS                  13

/*
** CAPI3REF: SQLite Runtime Status {H17200} 
** EXPERIMENTAL
**
** This interface is used to retrieve runtime status information
** about the preformance of SQLite, and optionally to reset various
** highwater marks.  The first argument is an integer code for
** the specific parameter to measure.  Recognized integer codes
** are of the form [SQLITE_STATUS_MEMORY_USED | SQLITE_STATUS_...].
** The current value of the parameter is returned into *pCurrent.
** The highest recorded value is returned in *pHighwater.  If the
** resetFlag is true, then the highest record value is reset after
** *pHighwater is written. Some parameters do not record the highest
** value.  For those parameters
** nothing is written into *pHighwater and the resetFlag is ignored.
** Other parameters record only the highwater mark and not the current
** value.  For these latter parameters nothing is written into *pCurrent.
**
** This routine returns SQLITE_OK on success and a non-zero
** [error code] on failure.
**
** This routine is threadsafe but is not atomic.  This routine can
** called while other threads are running the same or different SQLite
** interfaces.  However the values returned in *pCurrent and
** *pHighwater reflect the status of SQLite at different points in time
** and it is possible that another thread might change the parameter
** in between the times when *pCurrent and *pHighwater are written.
**
** See also: [sqlite3_db_status()]
*/
SQLITE_EXPERIMENTAL int sqlite3_status(int op, int *pCurrent, int *pHighwater, int resetFlag);


/*
** CAPI3REF: Status Parameters {H17250} 
** EXPERIMENTAL
**
** These integer constants designate various run-time status parameters
** that can be returned by [sqlite3_status()].
**
** 

** 
SQLITE_STATUS_MEMORY_USED

** 
This parameter is the current amount of memory checked out
** using [sqlite3_malloc()], either directly or indirectly.  The
** figure includes calls made to [sqlite3_malloc()] by the application
** and internal memory usage by the SQLite library.  Scratch memory
** controlled by [SQLITE_CONFIG_SCRATCH] and auxiliary page-cache
** memory controlled by [SQLITE_CONFIG_PAGECACHE] is not included in
** this parameter.  The amount returned is the sum of the allocation
** sizes as reported by the xSize method in [sqlite3_mem_methods].

**
** 
SQLITE_STATUS_MALLOC_SIZE

** 
This parameter records the largest memory allocation request
** handed to [sqlite3_malloc()] or [sqlite3_realloc()] (or their
** internal equivalents).  Only the value returned in the
** *pHighwater parameter to [sqlite3_status()] is of interest.  
** The value written into the *pCurrent parameter is undefined.

**
** 
SQLITE_STATUS_PAGECACHE_USED

** 
This parameter returns the number of pages used out of the
** [pagecache memory allocator] that was configured using 
** [SQLITE_CONFIG_PAGECACHE].  The
** value returned is in pages, not in bytes.

**
** 
SQLITE_STATUS_PAGECACHE_OVERFLOW

** 
This parameter returns the number of bytes of page cache
** allocation which could not be statisfied by the [SQLITE_CONFIG_PAGECACHE]
** buffer and where forced to overflow to [sqlite3_malloc()].  The
** returned value includes allocations that overflowed because they
** where too large (they were larger than the "sz" parameter to
** [SQLITE_CONFIG_PAGECACHE]) and allocations that overflowed because
** no space was left in the page cache.

**
** 
SQLITE_STATUS_PAGECACHE_SIZE

** 
This parameter records the largest memory allocation request
** handed to [pagecache memory allocator].  Only the value returned in the
** *pHighwater parameter to [sqlite3_status()] is of interest.  
** The value written into the *pCurrent parameter is undefined.

**
** 
SQLITE_STATUS_SCRATCH_USED

** 
This parameter returns the number of allocations used out of the
** [scratch memory allocator] configured using
** [SQLITE_CONFIG_SCRATCH].  The value returned is in allocations, not
** in bytes.  Since a single thread may only have one scratch allocation
** outstanding at time, this parameter also reports the number of threads
** using scratch memory at the same time.

**
** 
SQLITE_STATUS_SCRATCH_OVERFLOW

** 
This parameter returns the number of bytes of scratch memory
** allocation which could not be statisfied by the [SQLITE_CONFIG_SCRATCH]
** buffer and where forced to overflow to [sqlite3_malloc()].  The values
** returned include overflows because the requested allocation was too
** larger (that is, because the requested allocation was larger than the
** "sz" parameter to [SQLITE_CONFIG_SCRATCH]) and because no scratch buffer
** slots were available.
** 

**
** 
SQLITE_STATUS_SCRATCH_SIZE

** 
This parameter records the largest memory allocation request
** handed to [scratch memory allocator].  Only the value returned in the
** *pHighwater parameter to [sqlite3_status()] is of interest.  
** The value written into the *pCurrent parameter is undefined.

**
** 
SQLITE_STATUS_PARSER_STACK

** 
This parameter records the deepest parser stack.  It is only
** meaningful if SQLite is compiled with [YYTRACKMAXSTACKDEPTH].

** 

**
** New status parameters may be added from time to time.
*/
#define SQLITE_STATUS_MEMORY_USED          0
#define SQLITE_STATUS_PAGECACHE_USED       1
#define SQLITE_STATUS_PAGECACHE_OVERFLOW   2
#define SQLITE_STATUS_SCRATCH_USED         3
#define SQLITE_STATUS_SCRATCH_OVERFLOW     4
#define SQLITE_STATUS_MALLOC_SIZE          5
#define SQLITE_STATUS_PARSER_STACK         6
#define SQLITE_STATUS_PAGECACHE_SIZE       7
#define SQLITE_STATUS_SCRATCH_SIZE         8

/*
** CAPI3REF: Database Connection Status {H17500} 
** EXPERIMENTAL
**
** This interface is used to retrieve runtime status information 
** about a single [database connection].  The first argument is the
** database connection object to be interrogated.  The second argument
** is the parameter to interrogate.  Currently, the only allowed value
** for the second parameter is [SQLITE_DBSTATUS_LOOKASIDE_USED].
** Additional options will likely appear in future releases of SQLite.
**
** The current value of the requested parameter is written into *pCur
** and the highest instantaneous value is written into *pHiwtr.  If
** the resetFlg is true, then the highest instantaneous value is
** reset back down to the current value.
**
** See also: [sqlite3_status()] and [sqlite3_stmt_status()].
*/
SQLITE_EXPERIMENTAL int sqlite3_db_status(sqlite3*, int op, int *pCur, int *pHiwtr, int resetFlg);

/*
** CAPI3REF: Status Parameters for database connections {H17520} 
** EXPERIMENTAL
**
** Status verbs for [sqlite3_db_status()].
**
** 

** 
SQLITE_DBSTATUS_LOOKASIDE_USED

** 
This parameter returns the number of lookaside memory slots currently
** checked out.

** 

*/
#define SQLITE_DBSTATUS_LOOKASIDE_USED     0


/*
** CAPI3REF: Prepared Statement Status {H17550} 
** EXPERIMENTAL
**
** Each prepared statement maintains various
** [SQLITE_STMTSTATUS_SORT | counters] that measure the number
** of times it has performed specific operations.  These counters can
** be used to monitor the performance characteristics of the prepared
** statements.  For example, if the number of table steps greatly exceeds
** the number of table searches or result rows, that would tend to indicate
** that the prepared statement is using a full table scan rather than
** an index.  
**
** This interface is used to retrieve and reset counter values from
** a [prepared statement].  The first argument is the prepared statement
** object to be interrogated.  The second argument
** is an integer code for a specific [SQLITE_STMTSTATUS_SORT | counter]
** to be interrogated. 
** The current value of the requested counter is returned.
** If the resetFlg is true, then the counter is reset to zero after this
** interface call returns.
**
** See also: [sqlite3_status()] and [sqlite3_db_status()].
*/
SQLITE_EXPERIMENTAL int sqlite3_stmt_status(sqlite3_stmt*, int op,int resetFlg);

/*
** CAPI3REF: Status Parameters for prepared statements {H17570} 
** EXPERIMENTAL
**
** These preprocessor macros define integer codes that name counter
** values associated with the [sqlite3_stmt_status()] interface.
** The meanings of the various counters are as follows:
**
** 

** 
SQLITE_STMTSTATUS_FULLSCAN_STEP

** 
This is the number of times that SQLite has stepped forward in
** a table as part of a full table scan.  Large numbers for this counter
** may indicate opportunities for performance improvement through 
** careful use of indices.

**
** 
SQLITE_STMTSTATUS_SORT

** 
This is the number of sort operations that have occurred.
** A non-zero value in this counter may indicate an opportunity to
** improvement performance through careful use of indices.

**
** 

*/
#define SQLITE_STMTSTATUS_FULLSCAN_STEP     1
#define SQLITE_STMTSTATUS_SORT              2

/*
** CAPI3REF: Custom Page Cache Object
** EXPERIMENTAL
**
** The sqlite3_pcache type is opaque.  It is implemented by
** the pluggable module.  The SQLite core has no knowledge of
** its size or internal structure and never deals with the
** sqlite3_pcache object except by holding and passing pointers
** to the object.
**
** See [sqlite3_pcache_methods] for additional information.
*/
typedef struct sqlite3_pcache sqlite3_pcache;

/*
** CAPI3REF: Application Defined Page Cache.
** EXPERIMENTAL
**
** The [sqlite3_config]([SQLITE_CONFIG_PCACHE], ...) interface can
** register an alternative page cache implementation by passing in an 
** instance of the sqlite3_pcache_methods structure. The majority of the 
** heap memory used by sqlite is used by the page cache to cache data read 
** from, or ready to be written to, the database file. By implementing a 
** custom page cache using this API, an application can control more 
** precisely the amount of memory consumed by sqlite, the way in which 
** said memory is allocated and released, and the policies used to 
** determine exactly which parts of a database file are cached and for 
** how long.
**
** The contents of the structure are copied to an internal buffer by sqlite
** within the call to [sqlite3_config].
**
** The xInit() method is called once for each call to [sqlite3_initialize()]
** (usually only once during the lifetime of the process). It is passed
** a copy of the sqlite3_pcache_methods.pArg value. It can be used to set
** up global structures and mutexes required by the custom page cache 
** implementation. The xShutdown() method is called from within 
** [sqlite3_shutdown()], if the application invokes this API. It can be used
** to clean up any outstanding resources before process shutdown, if required.
**
** The xCreate() method is used to construct a new cache instance. The
** first parameter, szPage, is the size in bytes of the pages that must
** be allocated by the cache. szPage will not be a power of two. The
** second argument, bPurgeable, is true if the cache being created will
** be used to cache database pages read from a file stored on disk, or
** false if it is used for an in-memory database. The cache implementation
** does not have to do anything special based on the value of bPurgeable,
** it is purely advisory. 
**
** The xCachesize() method may be called at any time by SQLite to set the
** suggested maximum cache-size (number of pages stored by) the cache
** instance passed as the first argument. This is the value configured using
** the SQLite "[PRAGMA cache_size]" command. As with the bPurgeable parameter,
** the implementation is not required to do anything special with this
** value, it is advisory only.
**
** The xPagecount() method should return the number of pages currently
** stored in the cache supplied as an argument.
** 
** The xFetch() method is used to fetch a page and return a pointer to it. 
** A 'page', in this context, is a buffer of szPage bytes aligned at an
** 8-byte boundary. The page to be fetched is determined by the key. The
** mimimum key value is 1. After it has been retrieved using xFetch, the page 
** is considered to be pinned.
**
** If the requested page is already in the page cache, then a pointer to
** the cached buffer should be returned with its contents intact. If the
** page is not already in the cache, then the expected behaviour of the
** cache is determined by the value of the createFlag parameter passed
** to xFetch, according to the following table:
**
** 
**   
createFlagExpected Behaviour
**   
0NULL should be returned. No new cache entry is created.
**   
1If createFlag is set to 1, this indicates that 
**                SQLite is holding pinned pages that can be unpinned
**                by writing their contents to the database file (a
**                relatively expensive operation). In this situation the
**                cache implementation has two choices: it can return NULL,
**                in which case SQLite will attempt to unpin one or more 
**                pages before re-requesting the same page, or it can
**                allocate a new page and return a pointer to it. If a new
**                page is allocated, then the first sizeof(void*) bytes of
**                it (at least) must be zeroed before it is returned.
**   
2If createFlag is set to 2, then SQLite is not holding any
**                pinned pages associated with the specific cache passed
**                as the first argument to xFetch() that can be unpinned. The
**                cache implementation should attempt to allocate a new
**                cache entry and return a pointer to it. Again, the first
**                sizeof(void*) bytes of the page should be zeroed before 
**                it is returned. If the xFetch() method returns NULL when 
**                createFlag==2, SQLite assumes that a memory allocation 
**                failed and returns SQLITE_NOMEM to the user.
** 

**
** xUnpin() is called by SQLite with a pointer to a currently pinned page
** as its second argument. If the third parameter, discard, is non-zero,
** then the page should be evicted from the cache. In this case SQLite 
** assumes that the next time the page is retrieved from the cache using
** the xFetch() method, it will be zeroed. If the discard parameter is
** zero, then the page is considered to be unpinned. The cache implementation
** may choose to reclaim (free or recycle) unpinned pages at any time.
** SQLite assumes that next time the page is retrieved from the cache
** it will either be zeroed, or contain the same data that it did when it
** was unpinned.
**
** The cache is not required to perform any reference counting. A single 
** call to xUnpin() unpins the page regardless of the number of prior calls 
** to xFetch().
**
** The xRekey() method is used to change the key value associated with the
** page passed as the second argument from oldKey to newKey. If the cache
** previously contains an entry associated with newKey, it should be
** discarded. Any prior cache entry associated with newKey is guaranteed not
** to be pinned.
**
** When SQLite calls the xTruncate() method, the cache must discard all
** existing cache entries with page numbers (keys) greater than or equal
** to the value of the iLimit parameter passed to xTruncate(). If any
** of these pages are pinned, they are implicitly unpinned, meaning that
** they can be safely discarded.
**
** The xDestroy() method is used to delete a cache allocated by xCreate().
** All resources associated with the specified cache should be freed. After
** calling the xDestroy() method, SQLite considers the [sqlite3_pcache*]
** handle invalid, and will not use it with any other sqlite3_pcache_methods
** functions.
*/
typedef struct sqlite3_pcache_methods sqlite3_pcache_methods;
struct sqlite3_pcache_methods {
  void *pArg;
  int (*xInit)(void*);
  void (*xShutdown)(void*);
  sqlite3_pcache *(*xCreate)(int szPage, int bPurgeable);
  void (*xCachesize)(sqlite3_pcache*, int nCachesize);
  int (*xPagecount)(sqlite3_pcache*);
  void *(*xFetch)(sqlite3_pcache*, unsigned key, int createFlag);
  void (*xUnpin)(sqlite3_pcache*, void*, int discard);
  void (*xRekey)(sqlite3_pcache*, void*, unsigned oldKey, unsigned newKey);
  void (*xTruncate)(sqlite3_pcache*, unsigned iLimit);
  void (*xDestroy)(sqlite3_pcache*);
};

/*
** CAPI3REF: Online Backup Object
** EXPERIMENTAL
**
** The sqlite3_backup object records state information about an ongoing
** online backup operation.  The sqlite3_backup object is created by
** a call to [sqlite3_backup_init()] and is destroyed by a call to
** [sqlite3_backup_finish()].
**
** See Also: [Using the SQLite Online Backup API]
*/
typedef struct sqlite3_backup sqlite3_backup;

/*
** CAPI3REF: Online Backup API.
** EXPERIMENTAL
**
** This API is used to overwrite the contents of one database with that
** of another. It is useful either for creating backups of databases or
** for copying in-memory databases to or from persistent files. 
**
** See Also: [Using the SQLite Online Backup API]
**
** Exclusive access is required to the destination database for the 
** duration of the operation. However the source database is only
** read-locked while it is actually being read, it is not locked
** continuously for the entire operation. Thus, the backup may be
** performed on a live database without preventing other users from
** writing to the database for an extended period of time.
** 
** To perform a backup operation: 
**   
    
**     
  1. sqlite3_backup_init() is called once to initialize the
**         backup, 
**     
  2. sqlite3_backup_step() is called one or more times to transfer 
**         the data between the two databases, and finally
**     
  3. sqlite3_backup_finish() is called to release all resources 
**         associated with the backup operation. 
**   

** There should be exactly one call to sqlite3_backup_finish() for each
** successful call to sqlite3_backup_init().
**
** sqlite3_backup_init()
**
** The first two arguments passed to [sqlite3_backup_init()] are the database
** handle associated with the destination database and the database name 
** used to attach the destination database to the handle. The database name
** is "main" for the main database, "temp" for the temporary database, or
** the name specified as part of the [ATTACH] statement if the destination is
** an attached database. The third and fourth arguments passed to 
** sqlite3_backup_init() identify the [database connection]
** and database name used
** to access the source database. The values passed for the source and 
** destination [database connection] parameters must not be the same.
**
** If an error occurs within sqlite3_backup_init(), then NULL is returned
** and an error code and error message written into the [database connection] 
** passed as the first argument. They may be retrieved using the
** [sqlite3_errcode()], [sqlite3_errmsg()], and [sqlite3_errmsg16()] functions.
** Otherwise, if successful, a pointer to an [sqlite3_backup] object is
** returned. This pointer may be used with the sqlite3_backup_step() and
** sqlite3_backup_finish() functions to perform the specified backup 
** operation.
**
** sqlite3_backup_step()
**
** Function [sqlite3_backup_step()] is used to copy up to nPage pages between 
** the source and destination databases, where nPage is the value of the 
** second parameter passed to sqlite3_backup_step(). If nPage is a negative
** value, all remaining source pages are copied. If the required pages are 
** succesfully copied, but there are still more pages to copy before the 
** backup is complete, it returns [SQLITE_OK]. If no error occured and there 
** are no more pages to copy, then [SQLITE_DONE] is returned. If an error 
** occurs, then an SQLite error code is returned. As well as [SQLITE_OK] and
** [SQLITE_DONE], a call to sqlite3_backup_step() may return [SQLITE_READONLY],
** [SQLITE_NOMEM], [SQLITE_BUSY], [SQLITE_LOCKED], or an
** [SQLITE_IOERR_ACCESS | SQLITE_IOERR_XXX] extended error code.
**
** As well as the case where the destination database file was opened for
** read-only access, sqlite3_backup_step() may return [SQLITE_READONLY] if
** the destination is an in-memory database with a different page size
** from the source database.
**
** If sqlite3_backup_step() cannot obtain a required file-system lock, then
** the [sqlite3_busy_handler | busy-handler function]
** is invoked (if one is specified). If the 
** busy-handler returns non-zero before the lock is available, then 
** [SQLITE_BUSY] is returned to the caller. In this case the call to
** sqlite3_backup_step() can be retried later. If the source
** [database connection]
** is being used to write to the source database when sqlite3_backup_step()
** is called, then [SQLITE_LOCKED] is returned immediately. Again, in this
** case the call to sqlite3_backup_step() can be retried later on. If
** [SQLITE_IOERR_ACCESS | SQLITE_IOERR_XXX], [SQLITE_NOMEM], or
** [SQLITE_READONLY] is returned, then 
** there is no point in retrying the call to sqlite3_backup_step(). These 
** errors are considered fatal. At this point the application must accept 
** that the backup operation has failed and pass the backup operation handle 
** to the sqlite3_backup_finish() to release associated resources.
**
** Following the first call to sqlite3_backup_step(), an exclusive lock is
** obtained on the destination file. It is not released until either 
** sqlite3_backup_finish() is called or the backup operation is complete 
** and sqlite3_backup_step() returns [SQLITE_DONE]. Additionally, each time 
** a call to sqlite3_backup_step() is made a [shared lock] is obtained on
** the source database file. This lock is released before the
** sqlite3_backup_step() call returns. Because the source database is not
** locked between calls to sqlite3_backup_step(), it may be modified mid-way
** through the backup procedure. If the source database is modified by an
** external process or via a database connection other than the one being
** used by the backup operation, then the backup will be transparently
** restarted by the next call to sqlite3_backup_step(). If the source 
** database is modified by the using the same database connection as is used
** by the backup operation, then the backup database is transparently 
** updated at the same time.
**
** sqlite3_backup_finish()
**
** Once sqlite3_backup_step() has returned [SQLITE_DONE], or when the 
** application wishes to abandon the backup operation, the [sqlite3_backup]
** object should be passed to sqlite3_backup_finish(). This releases all
** resources associated with the backup operation. If sqlite3_backup_step()
** has not yet returned [SQLITE_DONE], then any active write-transaction on the
** destination database is rolled back. The [sqlite3_backup] object is invalid
** and may not be used following a call to sqlite3_backup_finish().
**
** The value returned by sqlite3_backup_finish is [SQLITE_OK] if no error
** occurred, regardless or whether or not sqlite3_backup_step() was called
** a sufficient number of times to complete the backup operation. Or, if
** an out-of-memory condition or IO error occured during a call to
** sqlite3_backup_step() then [SQLITE_NOMEM] or an
** [SQLITE_IOERR_ACCESS | SQLITE_IOERR_XXX] error code
** is returned. In this case the error code and an error message are
** written to the destination [database connection].
**
** A return of [SQLITE_BUSY] or [SQLITE_LOCKED] from sqlite3_backup_step() is
** not a permanent error and does not affect the return value of
** sqlite3_backup_finish().
**
** sqlite3_backup_remaining(), sqlite3_backup_pagecount()
**
** Each call to sqlite3_backup_step() sets two values stored internally
** by an [sqlite3_backup] object. The number of pages still to be backed
** up, which may be queried by sqlite3_backup_remaining(), and the total
** number of pages in the source database file, which may be queried by
** sqlite3_backup_pagecount().
**
** The values returned by these functions are only updated by
** sqlite3_backup_step(). If the source database is modified during a backup
** operation, then the values are not updated to account for any extra
** pages that need to be updated or the size of the source database file
** changing.
**
** Concurrent Usage of Database Handles
**
** The source [database connection] may be used by the application for other
** purposes while a backup operation is underway or being initialized.
** If SQLite is compiled and configured to support threadsafe database
** connections, then the source database connection may be used concurrently
** from within other threads.
**
** However, the application must guarantee that the destination database
** connection handle is not passed to any other API (by any thread) after 
** sqlite3_backup_init() is called and before the corresponding call to
** sqlite3_backup_finish(). Unfortunately SQLite does not currently check
** for this, if the application does use the destination [database connection]
** for some other purpose during a backup operation, things may appear to
** work correctly but in fact be subtly malfunctioning.  Use of the
** destination database connection while a backup is in progress might
** also cause a mutex deadlock.
**
** Furthermore, if running in [shared cache mode], the application must
** guarantee that the shared cache used by the destination database
** is not accessed while the backup is running. In practice this means
** that the application must guarantee that the file-system file being 
** backed up to is not accessed by any connection within the process,
** not just the specific connection that was passed to sqlite3_backup_init().
**
** The [sqlite3_backup] object itself is partially threadsafe. Multiple 
** threads may safely make multiple concurrent calls to sqlite3_backup_step().
** However, the sqlite3_backup_remaining() and sqlite3_backup_pagecount()
** APIs are not strictly speaking threadsafe. If they are invoked at the
** same time as another thread is invoking sqlite3_backup_step() it is
** possible that they return invalid values.
*/
sqlite3_backup *sqlite3_backup_init(
  sqlite3 *pDest,                        /* Destination database handle */
  const char *zDestName,                 /* Destination database name */
  sqlite3 *pSource,                      /* Source database handle */
  const char *zSourceName                /* Source database name */
);
int sqlite3_backup_step(sqlite3_backup *p, int nPage);
int sqlite3_backup_finish(sqlite3_backup *p);
int sqlite3_backup_remaining(sqlite3_backup *p);
int sqlite3_backup_pagecount(sqlite3_backup *p);

/*
** CAPI3REF: Unlock Notification
** EXPERIMENTAL
**
** When running in shared-cache mode, a database operation may fail with
** an [SQLITE_LOCKED] error if the required locks on the shared-cache or
** individual tables within the shared-cache cannot be obtained. See
** [SQLite Shared-Cache Mode] for a description of shared-cache locking. 
** This API may be used to register a callback that SQLite will invoke 
** when the connection currently holding the required lock relinquishes it.
** This API is only available if the library was compiled with the
** [SQLITE_ENABLE_UNLOCK_NOTIFY] C-preprocessor symbol defined.
**
** See Also: [Using the SQLite Unlock Notification Feature].
**
** Shared-cache locks are released when a database connection concludes
** its current transaction, either by committing it or rolling it back. 
**
** When a connection (known as the blocked connection) fails to obtain a
** shared-cache lock and SQLITE_LOCKED is returned to the caller, the
** identity of the database connection (the blocking connection) that
** has locked the required resource is stored internally. After an 
** application receives an SQLITE_LOCKED error, it may call the
** sqlite3_unlock_notify() method with the blocked connection handle as 
** the first argument to register for a callback that will be invoked
** when the blocking connections current transaction is concluded. The
** callback is invoked from within the [sqlite3_step] or [sqlite3_close]
** call that concludes the blocking connections transaction.
**
** If sqlite3_unlock_notify() is called in a multi-threaded application,
** there is a chance that the blocking connection will have already
** concluded its transaction by the time sqlite3_unlock_notify() is invoked.
** If this happens, then the specified callback is invoked immediately,
** from within the call to sqlite3_unlock_notify().
**
** If the blocked connection is attempting to obtain a write-lock on a
** shared-cache table, and more than one other connection currently holds
** a read-lock on the same table, then SQLite arbitrarily selects one of 
** the other connections to use as the blocking connection.
**
** There may be at most one unlock-notify callback registered by a 
** blocked connection. If sqlite3_unlock_notify() is called when the
** blocked connection already has a registered unlock-notify callback,
** then the new callback replaces the old. If sqlite3_unlock_notify() is
** called with a NULL pointer as its second argument, then any existing
** unlock-notify callback is cancelled. The blocked connections 
** unlock-notify callback may also be canceled by closing the blocked
** connection using [sqlite3_close()].
**
** The unlock-notify callback is not reentrant. If an application invokes
** any sqlite3_xxx API functions from within an unlock-notify callback, a
** crash or deadlock may be the result.
**
** Unless deadlock is detected (see below), sqlite3_unlock_notify() always
** returns SQLITE_OK.
**
** Callback Invocation Details
**
** When an unlock-notify callback is registered, the application provides a 
** single void* pointer that is passed to the callback when it is invoked.
** However, the signature of the callback function allows SQLite to pass
** it an array of void* context pointers. The first argument passed to
** an unlock-notify callback is a pointer to an array of void* pointers,
** and the second is the number of entries in the array.
**
** When a blocking connections transaction is concluded, there may be
** more than one blocked connection that has registered for an unlock-notify
** callback. If two or more such blocked connections have specified the
** same callback function, then instead of invoking the callback function
** multiple times, it is invoked once with the set of void* context pointers
** specified by the blocked connections bundled together into an array.
** This gives the application an opportunity to prioritize any actions 
** related to the set of unblocked database connections.
**
** Deadlock Detection
**
** Assuming that after registering for an unlock-notify callback a 
** database waits for the callback to be issued before taking any further
** action (a reasonable assumption), then using this API may cause the
** application to deadlock. For example, if connection X is waiting for
** connection Y's transaction to be concluded, and similarly connection
** Y is waiting on connection X's transaction, then neither connection
** will proceed and the system may remain deadlocked indefinitely.
**
** To avoid this scenario, the sqlite3_unlock_notify() performs deadlock
** detection. If a given call to sqlite3_unlock_notify() would put the
** system in a deadlocked state, then SQLITE_LOCKED is returned and no
** unlock-notify callback is registered. The system is said to be in
** a deadlocked state if connection A has registered for an unlock-notify
** callback on the conclusion of connection B's transaction, and connection
** B has itself registered for an unlock-notify callback when connection
** A's transaction is concluded. Indirect deadlock is also detected, so
** the system is also considered to be deadlocked if connection B has
** registered for an unlock-notify callback on the conclusion of connection
** C's transaction, where connection C is waiting on connection A. Any
** number of levels of indirection are allowed.
**
** The "DROP TABLE" Exception
**
** When a call to [sqlite3_step()] returns SQLITE_LOCKED, it is almost 
** always appropriate to call sqlite3_unlock_notify(). There is however,
** one exception. When executing a "DROP TABLE" or "DROP INDEX" statement,
** SQLite checks if there are any currently executing SELECT statements
** that belong to the same connection. If there are, SQLITE_LOCKED is
** returned. In this case there is no "blocking connection", so invoking
** sqlite3_unlock_notify() results in the unlock-notify callback being
** invoked immediately. If the application then re-attempts the "DROP TABLE"
** or "DROP INDEX" query, an infinite loop might be the result.
**
** One way around this problem is to check the extended error code returned
** by an sqlite3_step() call. If there is a blocking connection, then the
** extended error code is set to SQLITE_LOCKED_SHAREDCACHE. Otherwise, in
** the special "DROP TABLE/INDEX" case, the extended error code is just 
** SQLITE_LOCKED.
*/
int sqlite3_unlock_notify(
  sqlite3 *pBlocked,                          /* Waiting connection */
  void (*xNotify)(void **apArg, int nArg),    /* Callback function to invoke */
  void *pNotifyArg                            /* Argument to pass to xNotify */
);

/*
** Undo the hack that converts floating point types to integer for
** builds on processors without floating point support.
*/
#ifdef SQLITE_OMIT_FLOATING_POINT
# undef double
#endif

#ifdef __cplusplus
}  /* End of the 'extern "C"' block */
#endif
#endif
lisaac_0.39_rc1/lib/unstable/sqlite-binding/sqlite.li0000644000175000017500000002226211314031256022557 0ustar  sonntagsonntagSection Header

  // Binding of SQLite (http://sqlite.org) for Lisaac

  + name     := SQLITE ;

  - copyright := "2008, Jeremy Cowgar";

  - comment   := "SQLite binding";

  - external := `
  #include "sqlite3.c"
  int rc;
  sqlite3 *db;
  sqlite3_stmt *stmt;
  `;

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public

  + pointer :POINTER := NULL;
  // Internal pointer to the "sqlite3 *" database handle.

Section Public
  // Mode specifiers that can be used in conjunction with `open ... mode ...`

  - open_readonly   :INTEGER := `SQLITE_OPEN_READONLY`:INTEGER;
  // The database is opened in read-only mode. If the database does not
  // already exist, an error is returned.

  - open_readwrite  :INTEGER := `SQLITE_OPEN_READWRITE`:INTEGER;
  // The database is opened for reading and writing if possible, or reading
  // only if the file is write protected by the operating system. In either
  // case the database must already exist, otherwise an error is returned.
  // This is the behavior that is always used for `open`.

  - open_create     :INTEGER := `SQLITE_OPEN_CREATE`:INTEGER;
  // The database is created if it does not yet exist. This is the behavior
  // that is always used for `open`.

Section Public
  // Error/Success codes returned by many SQLITE slots.

  - ok:INTEGER := `SQLITE_OK`:INTEGER;
  // Successful result

  - error:INTEGER := `SQLITE_ERROR`:INTEGER;
  // SQL error or missing database

  - internal:INTEGER := `SQLITE_INTERNAL`:INTEGER;
  // Internal logic error in SQLite

  - perm:INTEGER := `SQLITE_PERM`:INTEGER;
  // Access permission denied

  - abort:INTEGER := `SQLITE_ABORT`:INTEGER;
  // Callback routine requested an abort

  - busy:INTEGER := `SQLITE_BUSY`:INTEGER;
  // The database file is locked

  - locked:INTEGER := `SQLITE_LOCKED`:INTEGER;
  // A table in the database is locked

  - nomem:INTEGER := `SQLITE_NOMEM`:INTEGER;
  // A malloc() failed

  - readonly:INTEGER := `SQLITE_READONLY`:INTEGER;
  // Attempt to write a readonly database

  - interrupt:INTEGER := `SQLITE_INTERRUPT`:INTEGER;
  // Operation terminated by sqlite3_interrupt()

  - ioerr:INTEGER := `SQLITE_IOERR`:INTEGER;
  // Some kind of disk I/O error occurred

  - corrupt:INTEGER := `SQLITE_CORRUPT`:INTEGER;
  // The database disk image is malformed

  - notfound:INTEGER := `SQLITE_NOTFOUND`:INTEGER;
  // NOT USED. Table or record not found

  - full:INTEGER := `SQLITE_FULL`:INTEGER;
  // Insertion failed because database is full

  - cantopen:INTEGER := `SQLITE_CANTOPEN`:INTEGER;
  // Unable to open the database file

  - protocol:INTEGER := `SQLITE_PROTOCOL`:INTEGER;
  // NOT USED. Database lock protocol error

  - empty:INTEGER := `SQLITE_EMPTY`:INTEGER;
  // Database is empty

  - schema:INTEGER := `SQLITE_SCHEMA`:INTEGER;
  // The database schema changed

  - toobig:INTEGER := `SQLITE_TOOBIG`:INTEGER;
  // String or BLOB exceeds size limit

  - constraint:INTEGER := `SQLITE_CONSTRAINT`:INTEGER;
  // Abort due to constraint violation

  - mismatch:INTEGER := `SQLITE_MISMATCH`:INTEGER;
  // Data type mismatch

  - misuse:INTEGER := `SQLITE_MISUSE`:INTEGER;
  // Library used incorrectly

  - nolfs:INTEGER := `SQLITE_NOLFS`:INTEGER;
  // Uses OS features not supported on host

  - auth:INTEGER := `SQLITE_AUTH`:INTEGER;
  // Authorization denied

  - format:INTEGER := `SQLITE_FORMAT`:INTEGER;
  // Auxiliary database format error

  - range:INTEGER := `SQLITE_RANGE`:INTEGER;
  // bind column index is out of range

  - notadb:INTEGER := `SQLITE_NOTADB`:INTEGER;
  // File opened that is not a database file

  - row:INTEGER := `SQLITE_ROW`:INTEGER;
  // `step` has another row ready

  - done:INTEGER := `SQLITE_DONE`:INTEGER;
  // `step` has finished executing

Section Public
  // Open/Close, Create/Destroy

  - set_dbh dbh:POINTER <-
  // Set the C sqlite3* handle for this connection.
  (
    pointer := dbh;
  );

  - make dbh:POINTER :SELF <-
  // Clone `SQLITE` with the given `dbh` as the database handle pointer.
  (
    + result:SELF;

    result := SELF.clone;
    result.set_dbh dbh;
    result
  );

  - open filename:ABSTRACT_STRING :SELF <-
  // Open a SQLite database. The database file is created if it does not
  // exist. If the `filename` is ":memory:", then a private, temporary
  // in-memory database is created for the connection. If the `filename`
  // is empty "" then a private, temporary on-disk database will be
  // created.
  (
    + result:SELF;
    + n_filename:NATIVE_ARRAY(CHARACTER);

    n_filename := filename.to_external;

    ( `sqlite3_open(@n_filename, &db)`:INTEGER = SQLITE.ok ).if {
      result := SELF.make `db`:POINTER;
    } else {
      result := SELF.make NULL;
    };

    result
  );

  - open filename:ABSTRACT_STRING mode mode:INTEGER :SELF <-
  // Open a SQLite database in the given `mode`. See `open`,
  // `open_readonly`, `open_readwrite` and `open_create` for
  // more information.
  (
    + result:SELF;
    + n_filename:NATIVE_ARRAY(CHARACTER);
    + rc:INTEGER;

    n_filename := filename.to_external;
    rc := `sqlite3_open_v2(@n_filename, &db, @mode, NULL)`:INTEGER;
    ( rc = SQLITE.ok ).if {
      result := SELF.make `db`:POINTER;
    } else {
      result := SELF.make NULL;
    };

    result
  );

  - close <-
  // Close the database.
  (
    + dbh :POINTER;
    dbh := pointer;
    `sqlite3_close(@dbh)`;
  );

Section Public
  // Error information

  - errcode :INTEGER <-
  // Returns the integer result code of the most recent failed
  // action. It is possible that it return `ok` if no failure
  // has taken place.
  (
    + dbh : POINTER;
    `sqlite3_errcode(@dbh)`:INTEGER
  );

  - errmsg :STRING <-
  // Returns the English-language text that describes the most
  // recent failed action.
  (
    + error_message : NATIVE_ARRAY(CHARACTER);
    + dbh : POINTER;
    + result : STRING;

    dbh := pointer;
    error_message := `sqlite3_errmsg(@dbh)`:NATIVE_ARRAY(CHARACTER);

    result := STRING.clone;
    result.from_external(error_message);
    result
  );

Section Public
  // Querying

  - exec sql:ABSTRACT_STRING :INTEGER <-
  // Execute one or more SQL statements. See also `prepare`, `changes`
  // and `total_changes`.
  (
    + dbh    : POINTER;
    + a_sql  : NATIVE_ARRAY(CHARACTER);

    dbh    := pointer;
    a_sql  := sql.to_external;
    `sqlite3_exec(@dbh, @a_sql, 0, 0, 0)`:INTEGER
  );

  - prepare sql:ABSTRACT_STRING :SQLITE_STATEMENT <-
  // Prepare a SQL statement for execution.
  (
    + dbh    : POINTER;
    + stmt   : POINTER;
    + a_sql  : NATIVE_ARRAY(CHARACTER);
    + result : INTEGER;
    + o_stmt : SQLITE_STATEMENT;

    dbh    := pointer;
    a_sql  := sql.to_external;
    `rc = sqlite3_prepare_v2(@dbh, @a_sql, -1, &stmt, 0)`;
    result := `rc`:INTEGER;
    stmt   := `stmt`:POINTER;

    o_stmt := SQLITE_STATEMENT.make stmt;
    o_stmt
  );

  - foreach sql:ABSTRACT_STRING do b:{SQLITE_STATEMENT;} <-
  // Execute `sql` and call `b` for each row returned by the `sql`
  // statement.
  (
    + o_stmt : SQLITE_STATEMENT;
    o_stmt := prepare(sql);
    { o_stmt.step = SQLITE.row }.while_do { b.value o_stmt };
    o_stmt.finalize;
  );

  - foreach sql:ABSTRACT_STRING do b:{SQLITE_STATEMENT;} else be:{} <-
  // Execute `sql` and call `b` for each row returned by the `sql`
  // statement. If no rows are returned execute `be` instead.
  (
    + o_stmt:SQLITE_STATEMENT;
    + count:INTEGER;

    count := 0;
    o_stmt := prepare(sql);
    { o_stmt.step = SQLITE.row }.while_do {
      b.value o_stmt;
      count := count + 1;
    };

    o_stmt.finalize;

    ( count = 0 ).if be;
  );

Section Public
  // Statistics

  - changes :INTEGER <-
  // Returns the number of row changes caused by INSERT, UPDATE and
  // DELETE statements during the last SQL statement. See also
  // `total_changes`.
  (
    + dbh:POINTER;
    dbh := pointer;
    `sqlite3_changes(@dbh)`:INTEGER
  );

  - total_changes :INTEGER <-
  // Returns the number of row changes caused by INSERT, UPDATE and
  // DELETE statements since the database connection was opened.
  // See also `changes`.
  (
    + dbh:POINTER;
    dbh := pointer;
    `sqlite3_total_changes(@dbh)`:INTEGER
  );

  - last_insert_rowid :INTEGER_64 <-
  // Each entry in an SQLite table has a unique 64-bit signed integer
  // key called the "rowid". The rowid is always available as an
  // undeclared column named ROWID, OID, or _ROWID_ as long as those
  // names are not also used by explicitly declared columns. If the
  // table has a column of type INTEGER PRIMARY KEY then that column
  // is another alias for the rowid.
  //
  // This routine returns the rowid of the most recent successful
  // INSERT into the database from the database connection in the
  // first argument. If no successful INSERTs have ever occurred on
  // that database connection, zero is returned.
  (
    + dbh:POINTER;
    dbh := pointer;
    `sqlite3_last_insert_rowid(@stmt)`:INTEGER_64
  );

  - is_empty :BOOLEAN <-
  // Query the "sqlite_master" table to determine if this SQLite
  // database has any tables. This can be used to see if a call
  // to `open` has opened or created the database file.
  (
    + s : SQLITE_STATEMENT;
    + r : BOOLEAN;

    s := prepare("SELECT COUNT(name) FROM sqlite_master");
    ( s.step = SQLITE.row ).if {
      r := (s.as_integer(0) = 0);
    } else {
      r := TRUE;
    };
    s.finalize;

    r
  );
lisaac_0.39_rc1/lib/unstable/sqlite-binding/README0000644000175000017500000000011311314031256021577 0ustar  sonntagsonntagWARNING

This is in an initial state and there will be changes to the API.
lisaac_0.39_rc1/lib/unstable/graphics/0000755000175000017500000000000011314031255017612 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/graphics/bitmap.li0000644000175000017500000001213611314031255021417 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := BITMAP(E);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Generic Bitmap.";

Section Inherit
  
  + parent_abstract_bitmap:Expanded ABSTRACT_BITMAP;
  
Section Private  
  
  + image:FAST_ARRAY(BMP_LINE(E));
  
Section Public
  
  - get_y_line y:INTEGER :ABSTRACT_BMP_LINE <-
  (
    image.item y
  );
  
  //
  // Data.
  //
  
  - pixel_geometry:PIXEL <- E;
  
  //
  // Creation. 
  //

  - make_size (w,h:INTEGER) <-
  (
    width  := w;
    height := h;
    //bytes_per_line:=(w * PIXEL_16.size + 7)>>3;
    image := FAST_ARRAY(BMP_LINE(E)).create h;
    0.to (image.upper) do { y:INTEGER;
      image.put (BMP_LINE(E).create w) to y;
    };
    clipping_off;
  );
  
  - make (w,h:INTEGER) at offset_begin:UINTEGER_32 bytes_per_line lx:INTEGER <-
  ( + offset:UINTEGER_32;
    
    width  := w;
    height := h;    
    image := FAST_ARRAY(BMP_LINE(E)).create h;
    offset:=offset_begin;
    0.to (image.upper) do { y:INTEGER;
      image.put (BMP_LINE(E).create w at offset) to y;
      offset:=offset+lx;
    };
    clipping_off;
  );

  
  //****************************************************************************
  //*                               PutImage                                   *
  //****************************************************************************
  
  - put_bitmap bmp:ABSTRACT_BITMAP to (x,y:INTEGER) <-
  ( + x1,y1,x0,y0:INTEGER;
    + y_src,x_src:INTEGER;
    + line:ABSTRACT_BMP_LINE;

    // JBJB A VOIR: SI H/W RECEVEUR < H/W BMP --> PLANTAGE !!!
    x0 := x.max clip_x0;
    y0 := y.max clip_y0;
    x1 := (x + bmp.width -1).min clip_x1; 
    y1 := (y + bmp.height-1).min clip_y1;
    ((x0<=x1) && {y0<=y1}).if {
      y_src := y0 - y;
      x_src := x0 - x;
      y0.to y1 do { y_dst:INTEGER;
	line := bmp.get_y_line y_src;
	line_h_hard (x0,y_dst) until x1 image line offset x_src;
	y_src := y_src + 1;
      };  
    };
  );

  - put_bitmap bmp:ABSTRACT_BITMAP to (x,y:INTEGER) scale (scale_x,scale_y:REAL_16_16) <-
  ( + x1,y1,x0,y0:INTEGER;
    + y_src,x_src,x_tmp:REAL_16_16;
    + line:ABSTRACT_BMP_LINE;
    + col:UINTEGER_32;

    x0 := x.max clip_x0;
    y0 := y.max clip_y0;
    x1 := (x + (bmp.width.to_real_16_16  / scale_x).to_integer -1).min clip_x1;
    y1 := (y + (bmp.height.to_real_16_16 / scale_y).to_integer -1).min clip_y1;
    ((x0<=x1) && {y0<=y1}).if {
      x_src := (x0 - x).to_real_16_16 * scale_x;
      y_src := (y0 - y).to_real_16_16 * scale_y;      
      y0.to y1 do { y_dst:INTEGER;
	line := bmp.get_y_line (y_src.to_integer);
	x_tmp := x_src;
	x0.to x1 do { x_dst:INTEGER;
	  col := line.get_color (x_tmp.to_integer);
	  pixel_hard (x_dst,y_dst) color col;
	  x_tmp := x_tmp + scale_x;
	};	
	y_src := y_src + scale_y;
      };  
    };
  );

Section Public
  
  //
  // Low level.
  //   
    
  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( 
    //image.item y.put col to x;    
    get_y_line y.put col to x;
  );
  
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 <-
  ( 
    //image.item y.put col from x to x1;
    get_y_line y0.put col from x0 to x1;
  );
    
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  (     
    //image.item y.put line offset ofs from x to x1;
    get_y_line y0.put line offset ofs from x0 to x1;
  );
  
  - get_pixel_hard (x,y:INTEGER) :PIXEL <-
  (
    //image.item y.item x
    get_y_line y.item x
  );

  - get_color_hard (x,y:INTEGER) :UINTEGER_32 <-
  (
    //image.item y.item x
    get_y_line y.get_color x
  );
  lisaac_0.39_rc1/lib/unstable/graphics/pixel_24.li0000644000175000017500000000577211314031255021601 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded PIXEL_24;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Pixel on 24 bits.";
    
Section Insert
  
  - parent_pixel:PIXEL := PIXEL;
  
Section Mapping
  
  + map_blue:UINTEGER_8;
  
  + map_green:UINTEGER_8;

  + map_red:UINTEGER_8;
  
Section Public
  
  - blue:UINTEGER_8 <- map_blue;
  
  - green:UINTEGER_8 <- map_green;

  - red:UINTEGER_8 <- map_red;
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <-
  (
    col
  );
  
  - get_color:UINTEGER_32 <-
  ( + result:UINTEGER_32;
    /* BSBS: NE MARCHE PAS (see viewer)
    result := `&(@Self)`:UINTEGER_32;
    result := result & 0FFFFFFh;
    */
    result := map_red;
    result := (result << 8) | map_green;
    result := (result << 8) | map_blue;
    
    result
  );
    
  - make col:UINTEGER_32 <-
  (
    map_red   :=  (col >> 16).to_uinteger_8;
    map_green := ((col & 00FF00h) >> 8).to_uinteger_8;
    map_blue  :=  (col & 0000FFh).to_uinteger_8;
  );  
  
  - make_rgb (r,g,b:UINTEGER_8) <-
  (
    map_red := r;
    map_green := g;
    map_blue := b;
  );
  
  - size:UINTEGER_8       := 24; 
  - red_size:UINTEGER_8   := 8;
  - red_pos:UINTEGER_8    := 16;
  - green_size:UINTEGER_8 := 8;
  - green_pos:UINTEGER_8  := 8;
  - blue_size:UINTEGER_8  := 8;
  - blue_pos:UINTEGER_8   := 0;
  - reserved_size:UINTEGER_8 :=0;
  - reserved_pos:UINTEGER_8  :=0;
        
  - to_pixel_24:PIXEL_24 <- Self;
  













lisaac_0.39_rc1/lib/unstable/graphics/bmp_line.li0000644000175000017500000001265211314031255021733 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := BMP_LINE(E);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Generic bitmap line";
  
Section Inherit
  
  + parent_abstract_bmp_line:Expanded ABSTRACT_BMP_LINE;
  
Section Private
  
  + storage:NATIVE_ARRAY(E);
  
Section Public
  
  //  
  // Creation.
  //
  
  - create n:INTEGER :SELF <-
  ( + result:SELF;
    ? {n>0};
    
    result:=clone;
    result.make n;
    
    ? {result.count    = n};
    ? {result.capacity = n};
    result
  );
  
  - make n:INTEGER <-
  (
    (n > capacity).if {
      capacity := n;      
      storage := NATIVE_ARRAY(E).create n;
    };
    upper := n - 1;
  );

  - create_with_capacity n:INTEGER :SELF <- 
  // Warning : Not storage copy.
  ( + result:SELF;
    
    result:=clone;
    result.make_with_capacity n;
    
    ? {result.count    = 0};
    ? {result.capacity = n};
    result
  );
  
  - make_with_capacity n:INTEGER <-
  (
    (n > capacity).if {
      storage := NATIVE_ARRAY(E).create n;
      capacity := n;
    };
    upper := -1;
  );
    
  - create n:INTEGER at offset:UINTEGER_32 :SELF <- 
  // Warning : Not storage copy.
  ( + result:SELF;
    
    result:=clone;
    result.make n at offset;
    
    ? {result.count    = n};
    ? {result.capacity = n};
    result
  );
  
  - make n:INTEGER at offset:UINTEGER_32 <-
  ( 
    capacity := n;
    upper    := n - 1;    
    storage  := CONVERT(UINTEGER_32,NATIVE_ARRAY(E)).on offset;    
  );
  
  - pixel_geometry:E;
   
  //
  // Put.
  //
  
  - put col:UINTEGER_32 to n:INTEGER <-
  ( ? {n.in_range 0 to upper};    
    item n.make col;    
  );
  
  - put col:UINTEGER_32 from idx_begin:INTEGER to idx_end:INTEGER <-   
  (  
    E.make col;    
    idx_begin.to idx_end do { n:INTEGER;
      storage.put E to n;
    };
  );
  
  - put bmp:ABSTRACT_BMP_LINE offset ofs:INTEGER from idx_begin:INTEGER to idx_end:INTEGER <-
  ( + offset:INTEGER;    
    + bmp_self:SELF;
    + col:UINTEGER_32;
    ? {idx_begin <= idx_end};
    ? {idx_begin >= 0};
    ? {idx_end.in_range 0 to upper};
    ? {ofs >= 0};    
    ? {(ofs + (idx_end - idx_begin)) <= bmp.upper}; 
        
    offset := ofs;
    bmp_self ?= bmp;
    (bmp_self != NULL).if {
      // Speed version.            
      idx_begin.to idx_end do { n:INTEGER;
	storage.put (bmp_self.item offset) to n;	
	offset := offset + 1;
      };
    } else {
      // Slow version (because conversion for each pixel)
      idx_begin.to idx_end do { n:INTEGER;
	col := bmp.get_color offset;				
	item n.make col;	
	offset := offset + 1;
      };
    };
  );
  
  //
  // Get.
  //
  
  - get_color n:INTEGER :UINTEGER_32 <-
  ( ? {n.in_range 0 to upper};    
    item n.rgbcolor
  );
  
  - item n:INTEGER :E <- storage.item n;
  
  - item_8  n:INTEGER :PIXEL_8  <- item n.to_pixel_8;
  
  - item_15 n:INTEGER :PIXEL_15 <- item n.to_pixel_15;

  - item_16 n:INTEGER :PIXEL_16 <- item n.to_pixel_16;

  - item_24 n:INTEGER :PIXEL_24 <- item n.to_pixel_24;

  - item_32 n:INTEGER :PIXEL_32 <- item n.to_pixel_32;
  
  //
  // Arrayed consideration.
  //
  
  - get_storage:NATIVE_ARRAY(UINTEGER_8) <- 
  CONVERT(NATIVE_ARRAY(E),NATIVE_ARRAY(UINTEGER_8)).on storage;
  
  - element_sizeof:INTEGER <- pixel_geometry.object_size;

  - valid_stream s:INTEGER :BOOLEAN <- (s % element_sizeof)=0;
  
  + ofs_buf:INTEGER;
  
  - add_last_buffer buf:FAST_ARRAY(UINTEGER_8) from beg:INTEGER to end:INTEGER <-
  ( + pos:INTEGER;
    
    // BSBS: Peu faire mieux directement avec les storages...
    pos := count * element_sizeof + ofs_buf;
    beg.to end do { j:UINTEGER_32;
      get_storage.put (buf.item j) to pos;
      ofs_buf := (ofs_buf + 1) % element_sizeof;
      (ofs_buf=0).if {
	? {count < capacity};
	upper := upper + 1;	
      };
      pos := pos + 1;
    };
  );
  
  //
  // Arrayed consideration.
  //
  
  - set_capacity new_capacity:INTEGER <-  
  (
    make_with_capacity new_capacity;
  );

  lisaac_0.39_rc1/lib/unstable/graphics/format/0000755000175000017500000000000011314031255021102 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/graphics/format/bmp/0000755000175000017500000000000011314031255021660 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/graphics/format/bmp/bmp_header.li0000644000175000017500000001137011314031255024276 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := BMP_HEADER;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Mapping BMP Image File Header structure";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Mapping
  
  //
  // File Header
  //
  
  + file_type1:CHARACTER;     //00h  Must be 'B'
  + file_type2:CHARACTER;     //01h  Must be 'M'  
  + file_size:UINTEGER_32;       //02h  Size of file
  + reserved:UINTEGER_32;        //06h
  + map_bitmap_offset:UINTEGER_32;   //0Ah   Offset of the data section  
  
  //
  // Bitmap Header
  //
  
  + header_size:UINTEGER_32;     //0Eh  Size of this header
  + map_width:INTEGER;            //12h  width (in pixel) of the image
  + map_height:INTEGER;           //16h  height (in pixel)
  + planes:UINTEGER_16;         //1Ah  number of planes use (always 1)
  + map_bits_per_pixel:UINTEGER_16; //1Ch  number of bits per pixel (1,4,8,16,24,32)
  + compression:UINTEGER_32;     //1Eh  compression method:
  // 0: no compression
  // 1: 8-bit run length encoding
  // 2: 4-bit run length encoding
  // 3: bitfields encoding

  + size_of_bitmap:UINTEGER_32;  //22h  size of image (in octet), useful for compression
  + h_resolution:UINTEGER_32;    //26h  horizontal resolution (in pixel per meter)
  + v_resolution:UINTEGER_32;    //2Ah  vertical resolution (in pixel per meter)
  + colors_used:UINTEGER_32;     //2Eh  number of colors 
  + colors_important:UINTEGER_32;//32h  number of important colors

Section Public  
  
  - bits_per_pixel:UINTEGER_16 <- map_bits_per_pixel;
  
  - width :INTEGER <- map_width;
  - height:INTEGER <- map_height;   
  - bitmap_offset:UINTEGER_32 <- map_bitmap_offset;

  - file_type:STRING <-
  ( + result:STRING;
    result := STRING.create 0;
    result.add_last file_type1;
    result.add_last file_type2;
    result
  );
  
  - is_valid:BOOLEAN <-
  (
    (file_type1 = 'B') && {file_type2 = 'M'}
  );
  
  - is_bgr_format:BOOLEAN <-
  (
    header_size = object_size + get_nb_colors * 3
  );
  
  - get_nb_colors:INTEGER <-
  ( + result:INTEGER;
    (colors_used = 0).if {
      is_8bit.if {
	result := 256;
      }.elseif {is_4bit} then {
	result := 16;
      } else {
	result := 2;
      };
    } else {
      result := colors_used.to_integer;
    };
    result
  );
  
  - is_1bit:BOOLEAN <-
  (
    bits_per_pixel = 1
  );
  
  - is_4bit:BOOLEAN <-
  (
    bits_per_pixel = 4
  );
  
  - is_8bit:BOOLEAN <-
  (
    bits_per_pixel = 8
  );
  
  - is_24bit:BOOLEAN <-
  (
    bits_per_pixel = 24
  );
  
  - is_rle8_compressed:BOOLEAN <-
  (
    compression = 1
  );
  
  - print <-
  (
    "\nFile size: ".print;
    file_size.print;
    "\nHeader size: ".print;
    header_size.print;
    "\nOffset: ".print;
    bitmap_offset.print;
    "\nBitmap size (w x h): ".print;
    width.print;
    " x ".print;
    height.print;
    "\nBits per pixel: ".print;
    bits_per_pixel.print;
    "\nCompression: ".print;
    compression
    .when 0 then {"None".print;} 
    .when 1 then {"8-bit RLE".print;}
    .when 2 then {"4-bit RLE".print;}
    .when 3 then {"Bitfield".print;};    
    "\nSize of bitmap: ".print;
    size_of_bitmap.print;
    "\nColors used: ".print;
    colors_used.print;   
    '\n'.print;
  );
lisaac_0.39_rc1/lib/unstable/graphics/format/bmp/format_bmp.li0000644000175000017500000001627111314031255024343 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := FORMAT_BMP;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Mapping BMP Image File (V < 4.0)";
    
Section Inherit
  
  + parent_format_img:Expanded FORMAT_IMG;
  
Section Public
    
  - name:STRING_CONSTANT := "Bitmap format by Microboft & IBM.";
      
  - extension:STRING_CONSTANT := "bmp";
  
  - is_bitmap:BOOLEAN := TRUE;
    
  - height:INTEGER <- header.height;
  - width:INTEGER  <- header.width;
  
  //
  // Creation.
  //

  - create_with_file f:FILE :SELF <-
  ( 
    clone.make_with_file f
  );

  - make_with_file f:FILE :SELF <-
  ( + result:SELF;    
    file := f;
    (read_header).if {
      result := Self;
      pos_buffer := BMP_HEADER.object_size;
    };
    result
  );
  
  - create_with buf:FAST_ARRAY(UINTEGER_8) :SELF <-
  ( 
    clone.make_with buf
  );

  - make_with buf:FAST_ARRAY(UINTEGER_8) :SELF <-
  ( + result:SELF;
    buffer := buf;
    (read_header).if {
      result := Self;
      pos_buffer := BMP_HEADER.object_size;
    };
    result
  );
  
  //
  // Put image.
  //
  
  - put_image_in bmp:ABSTRACT_BITMAP <-
  [
    -? {header != NULL};
    -? {(bmp.width = header.width) && {bmp.height = header.height}};
  ]
  ( + end:BOOLEAN;
    + x,y:INTEGER;
    + line_24:BMP_LINE(PIXEL_24);    
    + tmp_pix:PIXEL_24;
    + escape,cmd:UINTEGER_8;
    + align:UINTEGER_32;
    + pos:INTEGER;
    
    line_24 := BMP_LINE(PIXEL_24).create (header.width);
    header.is_8bit.if {
      //
      // 8 Bit
      // 	        
      init_color_map;      
      header.is_rle8_compressed.if {	  
        pos := header.bitmap_offset.to_integer;
        y := header.height;
        {end}.until_do {
          escape := buffer_item pos;
          pos := pos + 1;
          ? { x <= header.width};
          ? { y >= 0};
          (escape = 00h).if {
            cmd := buffer_item pos;
            pos := pos + 1;
            (cmd = 00h).if {
              bmp.line_h (0,y) until (header.width - 1) image line_24;	
              x := 0;
              y := y - 1;
            }.elseif {cmd = 01h} then {
              // End of file
              bmp.line_h (0,y) until (header.width - 1) image line_24;	
              end := TRUE;
            }.elseif {cmd = 02h} then {
              // Move cursor: usually not used except for MS icons
              pos := pos + 2;
            } else {
              // Pixel not compressed
              1.to cmd do { j:INTEGER;
                line_24.item_24 x.make (color_map.item (buffer_item pos).get_color);
                pos := pos + 1;
                x := x + 1;
              };
              cmd.is_odd.if {
                pos := pos + 1;
              };
            };				
          } else {
            // Pixel compressed
            tmp_pix := color_map.item (buffer_item pos);                        
            pos := pos + 1;
            1.to escape do { j:INTEGER;
              line_24.item_24 x.make (tmp_pix.get_color);
              x := x + 1;
            };
          };
        }; 	  	  	  
      };		
    }.elseif {header.is_24bit} then {	
      //
      // 24 Bit
      //	      
      align := ((header.width * -3) & 011b).to_uinteger_32;
      pos := header.bitmap_offset;
      // No compression
      0.to (header.height - 1) do { i:INTEGER;
        1.to (header.width) do { j:INTEGER;          
          line_24.item_24 (j-1).make_rgb (
            buffer_item (pos + 2),
            buffer_item (pos + 1),
            buffer_item (pos)
          );          
          pos := pos + 3;
        };
        pos := pos + align;
        /*
        "bmp.width    : ".print; bmp.width.print; '\n'.print;
        "header.width : ".print; header.width.print; '\n'.print;
        "line_24.width: ".print; line_24.count.print; '\n'.print;
        */
        bmp.line_h (0,header.height - i - 1) 
        until (header.width - 1) image line_24;        
      };	    
    };
  );
  
  - put_image_in bmp:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    not_yet_implemented;
  );
  
Section Private
  
  + file:FILE;
  + buffer:FAST_ARRAY(UINTEGER_8);
  + header:BMP_HEADER;
      
  - read_header:BOOLEAN <-
  (     
    (file != NULL).if {
      header := BMP_HEADER.clone;
      (file.is_open).if_false {
        (file.open).if_false {
          "FORMAT_BMP : Open file fail!\n".print;
          die_with_code 0;
        };
      };
      file.read header;
    } else {
      header := CONVERT(NATIVE_ARRAY(UINTEGER_8),BMP_HEADER).on (buffer.storage);
    };
    header.is_valid
  );
  
  - buffer_item p:INTEGER :UINTEGER_8 <-
  ( + result:UINTEGER_8;
    (buffer != NULL).if {
      result := buffer.item p;
    } else {
      `/* CUR1 */`;
      buffer := FAST_ARRAY(UINTEGER_8).create_with_capacity (file.size);
      `/* CUR2 */`;
      file.set_cursor 0;
      file.read buffer size (file.size);      
      result := buffer.item p;
    };
    result
  );
      
  
  //
  
  - color_map:FAST_ARRAY(Expanded PIXEL_24);

  
  - init_color_map <-
  ( + code,nb_colors:INTEGER;    
    ? {header != NULL};
    //
    // Init Color Table
    // 
    header.is_bgr_format.if {
      code := 3;
    } else {
      code := 4;
    };
    nb_colors := header.get_nb_colors;
    (color_map = NULL).if {
      color_map := FAST_ARRAY(PIXEL_24).create 256;
    };            
    0.to (nb_colors-1) do { j:INTEGER; 
      color_map.item j
      .make_rgb (
	buffer_item (pos_buffer + 2),
	buffer_item (pos_buffer + 1),
	buffer_item (pos_buffer + 0)
      );
      pos_buffer := pos_buffer + code;
    };
  );
          
  - buf_item :UINTEGER_8 <-
  ( + result:UINTEGER_8;
    result := bmp_buffer.item pos_buffer;
    pos_buffer := pos_buffer + 1;
    result
  );
  

  

  
lisaac_0.39_rc1/lib/unstable/graphics/format/ai/0000755000175000017500000000000011314031255021473 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/graphics/format/ai/ai_color.li0000644000175000017500000000573711314031255023624 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_COLOR;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Color of .AI document.";

  - version := 1;  
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  - gray_to_rgb g:REAL_16_16 :UINTEGER_32 <-
  ( + tmp:UINTEGER_32;
    
    tmp := (g *# 255).to_integer;
    (tmp << 16) | (tmp << 8) | tmp
  );
  
  - cmyk_to_rgb (c,m,y,k:REAL_16_16) :UINTEGER_32 <-
  ( + r,g,b:UINTEGER_32;
    r   := ((- (c + k).min 1 + 1).max 0 *# 255).to_integer;
    g   := ((- (m + k).min 1 + 1).max 0 *# 255).to_integer;
    b   := ((- (y + k).min 1 + 1).max 0 *# 255).to_integer;           
    (r << 16) | (g << 8) | b
  );
  
Section Public
  
  + rgbcolor_fill  :UINTEGER_32;
  + rgbcolor_stroke:UINTEGER_32;
  
  //
  // GRAY
  //
    
  - make_gray_stroke g:REAL_16_16 <-
  ( 
    rgbcolor_stroke := gray_to_rgb g;
  );
  
  - make_gray_fill g:REAL_16_16 <-
  ( 
    rgbcolor_fill := gray_to_rgb g;
  );
  
  //
  // CMYK
  //
  
  - make_cmyk_stroke (c,m,y,k:REAL_16_16) <-
  (
    rgbcolor_stroke := cmyk_to_rgb (c,m,y,k);
  );
  
  - make_cmyk_fill (c,m,y,k:REAL_16_16) <-
  ( 
    rgbcolor_fill := cmyk_to_rgb (c,m,y,k);
  );
  
  //
  // CMYK + GRAY
  //

  - make_cmykg_stroke (c,m,y,k,g:REAL_16_16) <-
  (
    make_cmyk_stroke (c,m,y,k);
  );
  
  - make_cmykg_fill (c,m,y,k,g:REAL_16_16) <-
  (
    make_cmyk_fill (c,m,y,k);
  );





lisaac_0.39_rc1/lib/unstable/graphics/format/ai/ai_move.li0000644000175000017500000000503611314031255023444 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_MOVE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Operation: move.";
  - version := 1;  
  
Section Inherit
  
  - parent_ai_operation:AI_OPERATION := AI_OPERATION;
  
Section Public
  
  + x:REAL_16_16;
  + y:REAL_16_16;
  
  //
  // Creation.
  //
  
  - create (lx,ly:REAL_16_16) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (lx,ly);
    result
  );
  
  - make (lx,ly:REAL_16_16) <-
  (
    x := lx;
    y := ly;
  );
  
  //
  // Draw.
  //
  
  - draw_stroke b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (    
    b.move_to (((x * s).rounded),((y * s).rounded));
  );
  
  - draw_fill b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (    
    b.poly_move_to (((x * s).rounded),((y * s).rounded));    
  );
  
  //  
  // Display.
  //
  
  - display <-
  (
    "poly_move_to ".print;
    (x *# 8).rounded.print;
    ','.print;
    (y *# 8).rounded.print;
    ";\n".print;
  );

  



lisaac_0.39_rc1/lib/unstable/graphics/format/ai/ai_line.li0000644000175000017500000000501611314031255023423 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_LINE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Operation: line.";

  - version := 1;  
  
Section Inherit
  
  - parent_ai_operation:AI_OPERATION := AI_OPERATION;
  
Section Public
  
  + x:REAL_16_16;  
  + y:REAL_16_16;
  
  //
  // Creation.
  //
  
  - create (lx,ly:REAL_16_16) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make (lx,ly);
    result
  );
  
  - make (lx,ly:REAL_16_16) <-
  (
    x := lx;
    y := ly;
  );
  
  //
  // Draw.
  //
  
  - draw_stroke b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    b.line_to (((x * s).rounded),((y * s).rounded));
  );

  - draw_fill b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    b.poly_line_to (((x * s).rounded),((y * s).rounded));
  );
  
  //
  // Display.
  //
  
  - display <-
  (
    "poly_line_to ".print;
    (x *# 8).rounded.print;
    ','.print;
    (y *# 8).rounded.print;
    ";\n".print;
  );




lisaac_0.39_rc1/lib/unstable/graphics/format/ai/ai_layer.li0000644000175000017500000000576211314031255023620 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_LAYER;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Layer of a AI document.";

  - version := 1;    
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + color:AI_COLOR;
  
  + operation:LINKED_LIST(AI_OPERATION);
  
  + is_fill:BOOLEAN;
  
  + is_stroke:BOOLEAN;
      
  //
  // Creation.
  //
  
  - create lst_op:LINKED_LIST(AI_OPERATION) color col:AI_COLOR fill f:BOOLEAN stroke s:BOOLEAN :SELF <-
  ( + result:SELF;
    result := clone;
    result.make lst_op color col fill f stroke s;
    result
  );
  
  - make lst_op:LINKED_LIST(AI_OPERATION) color col:AI_COLOR fill f:BOOLEAN stroke s:BOOLEAN <-
  (
    color     := col;
    operation := lst_op;
    is_stroke := s;
    is_fill   := f;
  );
  
  //
  // Draw
  //
  
  - draw b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    ? { color != NULL};
    ? { operation !=  NULL};
    
    /*
    (operation.lower).to (operation.upper) do { i:INTEGER;      
      operation.item i.display; 
    };
    */

    is_fill.if {      
      b.color (color.rgbcolor_fill);
      (operation.lower).to (operation.upper) do { i:INTEGER;
	operation.item i.draw_fill b scale s;
      };
      b.poly_trace;
    };
    is_stroke.if {
      b.color (color.rgbcolor_stroke);
      (operation.lower).to (operation.upper) do { i:INTEGER;
	operation.item i.draw_stroke b scale s;
      };
    };

  );
  

lisaac_0.39_rc1/lib/unstable/graphics/format/ai/ai_parser.li0000644000175000017500000011507711314031255024001 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := AI_PARSER;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Startup system : First object.";
  
  - version := 1;  
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - msg_err:STRING;

  - trace:BOOLEAN;
  
  + position:INTEGER;
  
  + source:FAST_ARRAY(CHARACTER);
  
  - string_tmp:STRING;
  
  - last_character:CHARACTER <-
  ( + result:CHARACTER;
    (position > source.upper).if {
      result := 0.to_character;
    } else {
      result := source.item position;
    };
    result
  );
  
  - end_source:BOOLEAN <-
  (
    last_character = 0.to_character
  );
  
  - last_integer:INTEGER;
  
  - last_string:STRING_CONSTANT;
  
  - last_real_16_16:REAL_16_16;
  
  - last_flag:BOOLEAN;
  
  - is_new_line:BOOLEAN;
  
  - is_space:BOOLEAN <-
  (
    { last_character = ' '  } || { last_character = '\n' } ||
    { last_character = '\t' } || { last_character = '\f' } ||
    { last_character = '\a' } || { last_character = '\r' } ||
    { last_character = '\b' } || { last_character = '\v' }
  );
  
  - read_space:BOOLEAN <-
  ( + old_pos:INTEGER;
    old_pos := position;
    { end_source || { ! is_space }}.until_do {
      ( last_character = '\n' ).if {
	is_new_line := TRUE;
      };
      position := position + 1;
    };
    (position < source.upper).if {
      // Delete Comments except the first (type of the file)
      (position > 1).if {
	((last_character = '%') & (source.item (position + 1) != '%')).if {
	  { end_source || { last_character = '\n' }}.until_do {
	    position := position + 1;
	  };
	};
      };
    };
    ((position != old_pos) | (! end_source ))
  );
    
  - read_keyword s:STRING_CONSTANT :BOOLEAN <- 
  ( + result:BOOLEAN;
    + j,old_pos:INTEGER;
    read_space;
    j := s.lower;
    old_pos := position;    
    { end_source || { j > s.upper } || { last_character != s.item j }}.until_do {
      j := j + 1;
      position := position + 1;
    };
    (j > s.upper).if {      
      result := TRUE;
      
      trace.if {
	"\n----> Read Keyword: ".print;
	s.print;
	'\n'.print;
      };
      
    } else {
      position := old_pos;
    };
    result
  );
  
  - read_identifier:BOOLEAN <-
  ( + result:BOOLEAN;
    read_space;
    string_tmp.clear;
    { end_source ||  {! ( last_character.is_letter || {last_character.is_digit} || {last_character = '_'} || {last_character = '-' })}}.until_do {
      string_tmp.add_last last_character;
      position := position + 1;
    };    
    //string_tmp.print;
    (! string_tmp.is_empty).if {
      last_string := AI_ALIAS.get string_tmp;
      result := TRUE;
    };
    
    trace.if {
      "\n----> Read_Identifier: ".print;    
      string_tmp.print;
      '\n'.print;
    };
    
    result
  );
  
  - read_string:BOOLEAN <-
  (+ result:BOOLEAN;
    read_space;
    string_tmp.clear;
    { end_source || { last_character = '(' } || { last_character = ')' } || { last_character = '\n'}}.until_do {
      string_tmp.add_last last_character;
      position := position + 1;
    };
    (! string_tmp.is_empty).if {
      last_string := AI_ALIAS.get string_tmp; 
      result := TRUE;
    };      
    result    
  );
  
  - read_flag:BOOLEAN <-
  ( + result:BOOLEAN;
    
    read_space;
    (last_character = '0').if {
      last_flag := FALSE;
      result := TRUE;
      position := position + 1;
    }.elseif {last_character = '1' } then {
      last_flag := TRUE;
      result := TRUE;
      position := position + 1;
    };
    
    trace.if {
      "\n----> Read Flag: ".print;
      last_flag.to_string.print;
      '\n'.print;
    };
    
    result  
  );
  
  - read_integer:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;        
    read_space;
    old_pos := position;
    (last_character = '-').if {
      string_tmp.add_last '-';
      position := position + 1;
      read_space;
    };
    last_character.is_digit.if {
      result := TRUE;
      string_tmp.clear;
      string_tmp.add_last last_character;
      position := position + 1;
      { ! last_character.is_digit }.until_do {
	string_tmp.add_last last_character;
	position := position + 1;
      };      
      (last_character = '.').if {
	// Real
	result := FALSE;
	position := old_pos;
      } else {
	last_integer := string_tmp.to_integer;
      };
    };
    
    trace.if {
      "\n----> Read Integer: ".print;
      last_integer.print;
      '\n'.print;
    };
    
    result    
  );
  
  - read_real_16_16:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;
    + find:BOOLEAN;
    read_space;    
    old_pos := position;
    (last_character = '-').if {
      string_tmp.add_last '-';
      position := position + 1;
      read_space;
    };
    (last_character = '.').if {
      string_tmp.add_last '.';
      position := position + 1;
      find := TRUE;
    };
    last_character.is_digit.if {
      result := TRUE;
      string_tmp.clear;
      string_tmp.add_last last_character;
      position := position + 1;
      { ! last_character.is_digit }.until_do {
	string_tmp.add_last last_character;
	position := position + 1;
      };
      (last_character = '.').if {
	find.if {
	  // Already read '.'
	  result := FALSE;
	  position := old_pos;
	} else {
	  string_tmp.add_last '.';
	  position := position + 1;
	  { ! last_character.is_digit }.until_do {
	    string_tmp.add_last last_character;
	    position := position + 1;
	  };
	};
      };

      last_real_16_16 := string_tmp.to_real_16_16;
    };
    
    trace.if {
      "\n----> Real: ".print;
      last_real_16_16.print;
      '\n'.print;
    };
    
    result    
  );
  
  - read_comment:BOOLEAN <-
  (
    { end_source || { last_character = '\n'} }.until_do {
      position := position + 1; 
    };
    TRUE 
  );

  - read_character c:CHARACTER :BOOLEAN <- 
  ( + result:BOOLEAN;
    read_space;
    (last_character = c).if {
      position := position + 1;
      result := TRUE;
    };
    result
  );

  //
  // Error Management
  // 
  
  - syntax_error txt:ABSTRACT_STRING <-
  (
    msg_err.clear;
    msg_err.append "\n--SYNTAX-------\n";
    msg_err.append txt;
    msg_err.append " Line ";
    msg_err.append (get_line.to_string);    
    msg_err.print;
    die_with_code exit_failure_code;
  );
  
  - missing_keyword txt:ABSTRACT_STRING <-
  (
    msg_err.clear;
    msg_err.append "\n--MISSING KEYWORD-------\n";
    msg_err.append txt;
    msg_err.append " Line ";
    msg_err.append (get_line.to_string);
    msg_err.print;
    die_with_code exit_failure_code;
  );
  
  - print_line <-
  (
    " Line ".print;
    get_line.to_string.print;
  );
  
  - get_line:INTEGER <-
  ( + pos:INTEGER;
    + line:INTEGER;
    pos := source.lower;
    line := 1;
    {pos = position}.until_do {
      (source.item pos = '\n').if {
	line := line + 1;
      };
      pos := pos + 1;
    };
    line
  );
  
  // Last read coordinates
  - last_x:REAL_16_16;  
  - last_y:REAL_16_16;
    
  // Current Point
  - x_cur:REAL_16_16;
  - y_cur:REAL_16_16;
  
Section Public
  
  + llx:REAL_16_16; // lower horizontal bound
  + urx:REAL_16_16; // upper horizontal bound
  + lly:REAL_16_16; // lower vertical bound
  + ury:REAL_16_16; // upper vertical bound
  
  + width :INTEGER;  
  + height:INTEGER;
    
  //
  // Results
  //
  
  + list_layer:LINKED_LIST(AI_LAYER);
  
  + current_list:LINKED_LIST(AI_OPERATION);
  
  + current_color:AI_COLOR;
  
  //
  // Grammar Rules
  //
  
  //++ DOCUMENT          -> PROLOGUE
  //++                      SCRIPT  
  - read_document <-
  (     
    trace.if {  
      "\n Read Document".print;
      print_line;
    };
    
    (! read_prologue).if {
      syntax_error "Wrong file format";
    };
    (! read_script).if {
      syntax_error "Incorrect Script";            
    };
    
    trace.if {  
      "\n## End Read Document".print;
      print_line;
    };
  );
    
  //++ PROLOGUE          -> '%!PS-Adobe-2.0 EPSF-1.2'
  //++                      [ comment ]
  //++                      '%%BoundingBox:'real real real real
  //++                      [ comment ]
  //++                      '%%EndProlog'  
  - read_prologue:BOOLEAN <-
  ( + result:BOOLEAN;   
    
    trace.if {  
      "\n Read Prologue".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.prefix_file).if {
      { read_keyword (AI_ALIAS.bounding_box) }.until_do {
        read_comment;
      };
      (! read_real_16_16).if {
        syntax_error "Missing llx";
      };
      llx := last_real_16_16;
      (! read_real_16_16).if {
        syntax_error "Missing lly";
      };
      lly := last_real_16_16;
      (! read_real_16_16).if {
        syntax_error "Missing urx";
      };
      urx := last_real_16_16;
      (! read_real_16_16).if {
        syntax_error "Missing ury";
      };
      ury := last_real_16_16;
      
      width  := (urx - llx).to_integer;
      height := (ury - lly).to_integer + 1;
      
      { read_keyword (AI_ALIAS.end_prolog) }.until_do {
        read_comment;
      };
      result := TRUE;
    };

    (trace && {result}).if {  
      "\n## End Read Prologue".print;
      print_line;
    };
        
    result
  );
  
  //++ SCRIPT            -> SETUP
  //++                      SCRIPT_BODY
  //++                      TRAILER  
  - read_script:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Script".print;
      print_line;
    };
    
    read_setup.if {
      (! read_script_body).if {
        syntax_error "Incorrect Script Body";
      };
      (! read_trailer).if {
        syntax_error "Incorrect Trailer";
      };
      result := TRUE;
    }; 
    
    (trace && {result}).if {  
      "\n## End Read Script".print;
      print_line;
    };   
    
    result
  );
  
  //++ SETUP             -> '%%BeginSetup'
  //++                      ['Adobe_illustrator_' real 'begin']
  //++                      [PROC_SETS_INIT]
  //++                      FONT_ENCODING
  //++                      [PATTERN_DEFS]
  //++                      '%%EndSetup'  
  - read_setup:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Setup".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.begin_setup).if {
      (read_keyword (AI_ALIAS.adobe_illustrator)).if {
        (! read_real_16_16).if {
          syntax_error "Wrong num version";
        };
        (! read_keyword (AI_ALIAS.begin)).if {
          missing_keyword (AI_ALIAS.begin);
        };
      };
      read_proc_sets_init;
      (! read_font_encoding).if {
        syntax_error "Incorrect font encoding";
      };
      read_pattern_defs;
      (! read_keyword (AI_ALIAS.end_setup)).if {
        missing_keyword (AI_ALIAS.end_setup);
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Setup".print;
      print_line;
    };
    
    result
  );
  
  //++ PROC_SETS_INIT    -> { INITIALIZE }
  - read_proc_sets_init:BOOLEAN <-
  (
    
    trace.if {  
      "\n Read Proc Sets Init".print;
      print_line;
    };
    
    {read_initialize}.while_do { };
    
    trace.if {  
      "\n## End Read Proc Sets Init".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ INITIALIZE        -> identifier '/initialize get exec'
  - read_initialize:BOOLEAN <-
  (+ result:BOOLEAN;
    
    trace.if {  
      "\n Read Initialize".print;
      print_line;
    };
    
    read_identifier.if {
      (! read_keyword (AI_ALIAS.initialize)).if {
        missing_keyword (AI_ALIAS.initialize);
      };
      result := TRUE;
    };

    (trace && {result}).if {  
      "\n Read Initialize".print;
      print_line;
    };
    
    result
  );
  
  //++ FONT_ENCODING     -> { RE_ENCODING }
  - read_font_encoding:BOOLEAN <-
  (    
    trace.if {  
      "\n Read Font Encoding".print;
      print_line;
    };
    
    { read_re_encoding }.while_do { };
    
    trace.if {  
      "\n## End Read Font Encoding".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ RE_ENCODING       -> '%%BeginEncoding:' newfontname oldfontname
  //++                      Z
  //++                      '%%EndEncoding'
  - read_re_encoding:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read ReEncoding".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.begin_encoding).if {
      (! read_identifier).if {
        syntax_error "Missing newfontname identifier";
      };
      (! read_identifier).if {
        syntax_error "Missing oldfontname identifier";
      };
      (! read_upper_z).if {
        syntax_error "Wrong syntax for Z operator";
      };
      (! read_keyword (AI_ALIAS.end_encoding)).if {
        missing_keyword (AI_ALIAS.end_encoding);
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read ReEncoding".print;
      print_line;
    };
    
    result
  );
  
  //++ Z                 -> '['[NEW_ENCODING]']' '/' identifier '/' identifier integer 'Z'
  - read_upper_z:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read upper Z".print;
      print_line;
    };
    
    read_character '['.if {
      read_new_encoding;
      (! read_character ']').if {
        syntax_error "Mismatch Bracket";
      };
      (!read_character '/').if {
        missing_keyword "/";
      };
      (! read_identifier).if {
        syntax_error "Missing newfontname identifier";
      };
      (! read_character '/').if {
        missing_keyword "/";
      };
      (! read_identifier).if {
        syntax_error "Missing oldfontname identifier";
      };
      read_integer;
      (! read_character 'Z').if {
        missing_keyword "Z";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read upper Z".print;
      print_line;
    };
    
    result                    
  );
  
  //++ NEW_ENCODING      -> { integer '/' identifier { '/' identifier}}
  - read_new_encoding:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read New Encoding".print;
      print_line;
    };
    
    { read_integer }.while_do {
      (! read_character '/').if {
        missing_keyword "/";
      };
      (! read_identifier).if {
        syntax_error "Missing name identifier";
      };
      { read_character '/' }.while_do {
        (! read_identifier).if {
          syntax_error "Missing name identifier";
        };
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read New Encoding".print;
      print_line;
    };
    
    result        
  );  
  
  //++ PATTERN_DEFS      -> { PATTERN }
  - read_pattern_defs:BOOLEAN <-
  (    
    trace.if {  
      "\n Read Pattern Def".print;
      print_line;
    };
    
    { read_pattern }.while_do { };

    trace.if {  
      "\n## End Read Pattern Def".print;
      print_line;
    };
    TRUE
  );
  
  //++ PATTERN           -> '%%BeginPattern:' '('patternname')'
  //++                      E
  //++                      '%%EndPattern'
  - read_pattern:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Pattern".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.begin_pattern).if {
      (! read_character '(').if {
        syntax_error "Mismatch parentheses";
      };
      (! read_identifier).if {
        syntax_error "Missing pattername identifier";
      };
      (! read_character ')').if {
        syntax_error "Mismatch parentheses";
      };
      (! read_upper_e).if {
        syntax_error "Wrong syntax for E operator";
      };
      (! read_keyword (AI_ALIAS.end_pattern)).if {
        missing_keyword (AI_ALIAS.end_pattern);
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Pattern".print;
      print_line;
    };
    
    result      
  );
  
  //++ E                 -> '(' patternname ')' real real real real real [LAYER_LIST] 'E'
  - read_upper_e:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Upper E".print;
      print_line;
    };
    
    (read_character '(').if {
      (! read_identifier).if {
        syntax_error "Missing patternname identifier";
      };
      (! read_character ')').if { 
        syntax_error "Mismatch parentheses";
      };
      (! read_real_16_16).if {
        syntax_error "Missing llx identifier";
      };
      (! read_real_16_16).if {
        syntax_error "Missing lly identifier";
      };
      (! read_real_16_16).if {
        syntax_error "Missing urx identifier";
      };
      (! read_real_16_16).if {
        syntax_error "Missing ury identifier";
      };
      read_layer_list;
      (! read_character 'E').if {
        missing_keyword "E";
      };
      
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Upper E".print;
      print_line;
    };
    
    result
  );
  
  //++ LAYER_LIST        -> { LAYER_COLOR LAYER_TILE }
  - read_layer_list:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Layer List".print;
      print_line;
    };
    
    { read_layer_color }.while_do {
      (! read_layer_tile).if {
        syntax_error "Incorrect layer tile.";
      };
    };
    
    (trace && {result}).if {  
      "\n## Read Layer List".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ LAYER_COLOR       -> '(' COLOR ')' '@'
  - read_layer_color:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Layer Color".print;
      print_line;
    };
    
    read_character '('.if {
      (! read_color).if {
        syntax_error "Incorrect Color";
      };
      (! read_character ')').if {
        missing_keyword ")";
      };
      (! read_character '@').if {
        missing_keyword "@";
      };      
    };
    
    (trace && {result}).if {  
      "\n## End Read Layer Color".print;
      print_line;
    };
    
    result
  );
  
  //++ LAYER_TILE        -> '(' TILE_DEFINITION ')' '&' 
  //++                    | '_' '&'  
  - read_layer_tile:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Layer Tile".print;
      print_line;
    };
    
    (read_character '(').if {
      (! read_tile_definition).if {
        syntax_error "Incorrect Tile Definition";        
      };
      (! read_character ')').if {
        syntax_error "Mismatch parentheses";
      };
      (! read_character '&').if {
        missing_keyword "&";
      };
      result := TRUE;
    }.elseif { read_character '_' } then {
      (! read_character '&').if {
        missing_keyword "&";
      };
      result := TRUE;
    };     
    
    (trace && {result}).if {  
      "\n## End Read Layer Tile".print;
      print_line;
    };
    
    result
  );
  
  //++ COLOR             -> COLOR_COMPOSITE { COLOR_COMPOSITE }
  - read_color:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Color".print;
      print_line;
    };
        
    read_color_composite.if {
      { read_color_composite }.while_do {
      };
      result := TRUE;
    };

    (trace && {result}).if {  
      "\n## End Read Color".print;
      print_line;
    };
    
    result
  );
  
  //++ COLOR_COMPOSITE   -> flag 'O'
  //++                    | flag 'R'
  //++                    | real 'g' 
  //++                    | real 'G' 
  //++                    | real real real real 'k' 
  //++                    | real real real real 'K'  
  //++                    | real real real real '(' string ')' real 'x' 
  //++                    | real real real real '(' string ')' real 'X'   
  - read_color_composite:BOOLEAN <-
  ( + result:BOOLEAN;
    + c,m,y,k,g:REAL_16_16;
    + old_pos:INTEGER;
    
    trace.if {  
      "\n Read Color Composite".print;
      print_line;
    };
    
    old_pos := position;
    read_flag.if {
      (read_character 'O').if {
        result := TRUE;        
      }.elseif { read_character 'R'} then {
        result := TRUE;
      } else {
        position := old_pos;
      };
    };
    ((! result) &&  {read_real_16_16}).if {
      c := last_real_16_16;
      (read_character 'g').if {
        result := TRUE;
        current_color.make_gray_fill last_real_16_16;
      }.elseif { read_character 'G' } then {
        result := TRUE;
        current_color.make_gray_stroke last_real_16_16;
      }.elseif { read_real_16_16 } then {
        m := last_real_16_16;
        (read_real_16_16).if {
	  y := last_real_16_16;
	  (! read_real_16_16).if {
	    syntax_error "Incorrect K color composite.";
	  };          
	  k := last_real_16_16;
	  (read_character 'k').if {
	    result := TRUE;
	    current_color.make_cmyk_fill (c,m,y,k);
	  }.elseif { read_character 'K'} then {
	    result := TRUE;
	    current_color.make_cmyk_stroke (c,m,y,k);
	  }.elseif { read_character '('} then {
	      (! read_string).if {
		syntax_error "Incorrect String.";
	      };
	    (! read_character ')').if {
	      syntax_error "Mismatch parentheses";
	    };        
	    (! read_real_16_16).if {
	      syntax_error "Incorrect Gray color composite.";
	    };
	    g := last_real_16_16;
	    (read_character 'x').if {
	      current_color.make_cmykg_fill (c,m,y,k,g);
	      result := TRUE;
	    }.elseif {read_character 'X'} then {
	      result := TRUE;
	      current_color.make_cmykg_fill (c,m,y,k,g);
	    };
          };                          
	} else {                    
	  position := old_pos;
	};
      };
    };

    (trace && {result}).if {  
      "\n## End Read Color Composite".print;
      print_line;
    };

    result
  );
  
  //++ TILE_DEFINITION   -> OBJ_WITHOUT_COL
  - read_tile_definition:BOOLEAN <-
  ( + result:BOOLEAN;    
    
    trace.if {  
      "\n Read Tile Definition".print;
      print_line;
    };
    
    result := read_obj_without_col;
    
    trace.if {  
      "\n## End Read Tile Definition".print;
      print_line;
    };
    
    result
  );
  
  //++ OBJECT            -> COLOR { OBJ_WITHOUT_COL }
  - read_object:BOOLEAN <-
  ( + result:BOOLEAN;
    trace.if {  
      "\n Read Object".print;
      print_line;
    };
    
    (read_color).if {
      result := TRUE;
      { read_obj_without_col }.while_do { };
    };
    
    (trace && {result}).if {  
      "\n## End Read Object".print;
      print_line;
    };
    
    result
  );
  
  //++ OBJ_WITHOUT_COL   -> [ GRAPHICS_STATE ] { '%%Note:' comment } ( GRAPHIC | TEXT )   
  - read_obj_without_col:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Obj Without col".print;
      print_line;
    };
    
    read_graphics_state;
    { read_keyword (AI_ALIAS.note)}.while_do {
      read_comment;
    };
    (read_graphic || {read_text}).if {
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Obj Without col".print;
      print_line;
    };
    
    result
  );
  
  //++ GRAPHICS_STATE    -> GRAPH_COMPOSITE { GRAPH_COMPOSITE } 
  - read_graphics_state:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Graphics State".print;
      print_line;
    };
    
    read_graph_composite.if {
      { read_graph_composite }.while_do { };
      result := TRUE;
    };

    (trace && {result}).if {  
      "\n## End Read Graphics State".print;
      print_line;
    };
    
    result
  );
  
  //++ GRAPH_COMPOSITE   -> '[' { real } ']' integer 'd'
  //++                    | integer  ( 'j' | 'J' | 'M' ) 
  //++                    | real ( 'i' | 'w' )
  - read_graph_composite:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;
    
    trace.if {  
      "\n Read Graph Composite".print;
      print_line;
    };
    
    old_pos := position;
    (read_character '[').if {
      { read_real_16_16 }.while_do {
      };
      (! read_character ']').if {
        syntax_error "Incorrect Graph Composite";
      };
      (! read_integer).if {
        syntax_error "Incorrect Graph Composite";
      };
      (! read_character 'd').if {
        missing_keyword "d";
      };
      result := TRUE;
    }.elseif {read_integer} then {
      (read_character 'j').if {
        result := TRUE;
      }.elseif {read_character 'J'} then {
        result := TRUE;
      }.elseif {read_character 'M'} then {
        result := TRUE;
      } else {                      
        position := old_pos;        
      };
    };
    ((! result) && { read_real_16_16}).if { 
      (read_character 'i').if {
        result := TRUE;
      }.elseif {read_character 'w'} then {
        result := TRUE; 
      } else {
        position := old_pos;
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read Graph Composite".print;
      print_line;
    };
    
    result
  );
  
  //++ GRAPHIC           -> PATH PAINT_OPERATOR
  - read_graphic:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Graphic".print;
      print_line;
    };
    
    read_path.if {
      (! read_paint_operator).if {
        syntax_error "Incorrect Paint operator";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Graphic".print;
      print_line;
    };
    
    result
  );
  
  //++ PATH              -> COORD 'm' {PATH_COMPOSITE}
  - read_path:BOOLEAN <-
  ( + result:BOOLEAN;
    + op:AI_OPERATION;
    
    trace.if {  
      "\n Read Path".print;
      print_line;
    };
    
    read_coord.if {
      (! read_character 'm').if {        
        missing_keyword "m";
      };
      op := AI_MOVE.create (last_x,last_y);
      current_list.add_last op;
      x_cur := last_x;
      y_cur := last_y;
      
      {read_path_composite}.while_do { };
      
      result := TRUE;      
    };    
    
    (trace && {result}).if {  
      "\n## End Read Path".print;
      print_line;
    };
    
    result
  );
  
  //++ PATH_COMPOSITE    -> COORD ( 'l' | 'L' )
  //++                    | COORD COORD ( 'v' | 'V' | 'y' | 'Y' )
  //++                    | COORD COORD COORD ( 'c' | 'C' )
  - read_path_composite:BOOLEAN <-
  ( + result:BOOLEAN;    
    + x1,y1,x2,y2,x3,y3:REAL_16_16;
    + op:AI_OPERATION;
    
    trace.if {  
      "\n Read Path Composite".print;
      print_line;
    };
    
    read_coord.if {
      x1 := last_x;
      y1 := last_y;
      ((read_character 'l') || {read_character 'L'}).if {
	result := TRUE;
	op := AI_LINE.create (x1,y1);
        x_cur := x1;
        y_cur := y1;
      }.elseif {read_coord} then {
        x2 := last_x;
        y2 := last_y;
        ((read_character 'v') || {read_character 'V'}).if {
	  result := TRUE;          
	  op := AI_BEZIER.create_w1 (x_cur,y_cur) w2 (x1,y1) to (x2,y2); 
          x_cur := x2;
          y_cur := y2;
        }.elseif {(read_character 'y') || {read_character 'Y'}} then {
	  result := TRUE;
	  op := AI_BEZIER.create_w1 (x1,y1) w2 (x2,y2) to (x2,y2); 
          x_cur := x2;
          y_cur := y2;
        }.elseif {read_coord} then {  
          x3 := last_x;
          y3 := last_y;
          ((read_character 'c') || {read_character 'C'}).if {
	    result := TRUE;
	    op := AI_BEZIER.create_w1 (x1,y1) w2 (x2,y2) to (x3,y3);
            x_cur := x3;
            y_cur := y3;
          } else {
            syntax_error "Incorrect Path Composite";
          };
        } else {
          syntax_error "Incorrect Path Composite";
        };
      } else {
        syntax_error "Incorrect Path Composite";
      };        
    };
    (op != NULL).if {
      current_list.add_last op;
    };

    (trace && {result}).if {  
      "\n## End Read Path Composite".print;
      print_line;
    };
    
    result
  );  
  
  //++ PAINT_OPERATOR    -> 'N' | 'n' | 'F' | 'f' | 'S' | 's' | 'B' | 'b' | 'H' | 'h' | 'W'
  - read_paint_operator:BOOLEAN <-
  ( + result,is_fill,is_stroke:BOOLEAN;
    + new_layer:AI_LAYER;
    
    trace.if {  
      "\n Read Paint Operator".print;
      print_line;
    };
    
    result := TRUE;
    (read_character 'N').if {
      // Nothing.
    }.elseif {read_character 'n'} then {  
      // Nothing.      
    }.elseif {read_character 'F'} then {        
      // Fill.      
      is_fill := TRUE;
    }.elseif {read_character 'f'} then {
      // Fill.
      is_fill := TRUE;
    }.elseif {read_character 'S'} then {
      // Stroke.
      is_stroke := TRUE;
    }.elseif {read_character 's'} then {
      // Stroke.
      is_stroke := TRUE;
    }.elseif {read_character 'B'} then {
      // Fill + Stroke.
      is_stroke := TRUE;
      is_fill   := TRUE;
    }.elseif {read_character 'b'} then {
      // Fill + Stroke.
      is_stroke := TRUE;
      is_fill   := TRUE;
    }.elseif {read_character 'H'} then {
      // ??
    }.elseif {read_character 'h'} then {
      // ??
    }.elseif {read_character 'W'} then {
      // ??
    } else {      
      syntax_error "Incorrect Paint Operator";
      result := FALSE;
    };
    result.if {
      new_layer := AI_LAYER.create current_list color current_color fill is_fill stroke is_stroke;
      current_list := LINKED_LIST(AI_OPERATION).create;
      current_color:= current_color.clone;
      list_layer.add_last new_layer;
    };
    
    (trace && {result}).if {  
      "\n## End Read Paint Operator".print;
      print_line;
    };
    
    result    
  );
  
  //++ TEXT              -> '/' identifier real real real integer 'z' TEXT_COMPOSITE { TEXT_CONTENT } 'T'
  - read_text:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Text".print;
      print_line;
    };
    
    (read_character '/').if {
      read_identifier.if {
        read_real_16_16.if {
          read_real_16_16.if {
            read_real_16_16.if {
              read_integer.if {
                read_character 'z'.if {
                  read_text_composite.if {
                    { read_text_content }.while_do { };
                    read_character 'T'.if {
                      result := TRUE;
                    };
                  };
                };
              };
            };
          };
        };
      };
      (! result).if {
        syntax_error "Incorrect text";
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read Text".print;
      print_line;
    };
    
    result
  );
  
  //++ TEXT_CONTENT      -> [ integer ] '(' string ')' 't' 
  - read_text_content:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Text Content".print;
      print_line;
    };
    
    read_integer;
    read_character '('.if {
      read_string.if {
        read_character ')'.if {
          read_character 't'.if {
            result := TRUE;
          };
        };
      };
      (! result).if {
        syntax_error "Incorrect Text content";
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read Text Content".print;
      print_line;
    };
    
    result
  );
  
  //++ TEXT_COMPOSITE    -> '[' real real real real real real ']' ( 'a' | 'e' | 'I' | 'o' | 'r' )
  - read_text_composite:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Text Composite".print;
      print_line;
    };
    
    read_character '['.if {
      read_real_16_16.if {
        read_real_16_16.if {
          read_real_16_16.if {
            read_real_16_16.if {  
              read_real_16_16.if {
                read_real_16_16.if {
                  read_character ']'.if { 
                    read_character 'a'.if {
                      result := TRUE;
                    }.elseif {read_character 'e'} then {
                      result := TRUE;
                    }.elseif {read_character 'I'} then {
                      result := TRUE;
                    }.elseif {read_character 'o'} then {
                      result := TRUE;
                    }.elseif {read_character 'r'} then {
                      result := TRUE;
                    };
                  };
                };
              };
            };
          };
        };
      };
      (! result).if {
        syntax_error "Incorrect Text Composite";
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read Text Composite".print;
      print_line;
    };
    
    result
  );
  
  //++ COORD             -> real real 
  - read_coord:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;
    
    trace.if {  
      "\n Read Coord".print;
      print_line;
    };
    
    old_pos := position;
    read_real_16_16.if {
      last_x := last_real_16_16 - llx;
      (! read_real_16_16).if {
        position := old_pos;
      } else {
	last_y := (- (last_real_16_16 +# 1 - lly) +# height);
	result := TRUE;
      };
    };

    (trace && {result}).if {  
      "\n## End Read Coord".print;
      print_line;
    };
    
    result    
  );
  
  //++ SCRIPT_BODY       -> { ELEMENT | IMPORT_DOC }
  - read_script_body:BOOLEAN <-
  (
    
    trace.if {  
      "\n Read Script Body".print;
      print_line;
    };
    
    { read_element || { read_import_doc } }.while_do {      
    };
    
    trace.if {  
      "\n## End Read Script Body".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ ELEMENT           -> { A }
  //++                      GROUP | OBJECT
  - read_element:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Element".print;
      print_line;
    };
    
    { read_upper_a }.while_do { };
    (read_group || { read_object }).if {
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Element".print;
      print_line;
    };
    
    result
  );
  
  //++ A                 -> flag 'A'
  - read_upper_a:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;    
    
    trace.if {  
      "\n Read A".print;
      print_line;
    };
    
    old_pos := position;
    read_flag.if {
      (! read_character 'A').if {
        position := old_pos;
      } else {
        result := TRUE;
      };
    };
    
    (trace && {result}).if {  
      "\n## End Read A".print;
      print_line;
    };
    
    result
  );
  
  //++ GROUP             -> ['*'] 'u'
  //++                      OBJECT_SEQ
  //++                      ['*'] 'U'
  //++                    | 'q'
  //++                      OBJECT_SEQ
  //++                      'Q'
  - read_group:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Group".print;
      print_line;
    };
    
    read_character '*';
    (read_character 'u').if {
      (! read_object_seq).if {
        syntax_error "Incorrect Object Seq";
      };
      read_character '*';
      (! read_character 'U').if {
        missing_keyword "U";
      };
      result := TRUE;
    }.elseif { read_character 'q' } then {
      (! read_object_seq).if {
        syntax_error "Incorrect Object Seq";
      };
      (! read_character 'Q').if {
        missing_keyword "Q";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Group".print;
      print_line;
    };
    
    result
  );
  
  //++ OBJECT_SEQ        -> { ELEMENT }
  - read_object_seq:BOOLEAN <-
  (
    
    trace.if {  
      "\n Read Object Seq".print;
      print_line;
    };
    
    { read_element }.while_do { };
    
    trace.if {  
      "\n## End Read Object Seq".print;
      print_line;
    };
    
    TRUE
  );
  
  //++ IMPORT_DOC        -> '''
  //++                      '%%IncludeFile:' filename
  //++                      '~'
  - read_import_doc:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Import Doc".print;
      print_line;
    };
    
    read_character '\''.if {
      (! read_keyword (AI_ALIAS.include_file)).if {
        missing_keyword (AI_ALIAS.include_file);
      };
      (! read_identifier).if {
        syntax_error "Missing filename identifier";
      };
      (! read_character '~').if {
        missing_keyword "~";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Import Doc".print;
      print_line;
    };
    
    result
  );
  
  //++ TRAILER           -> '%%Trailer'
  //++                      { TERMINATE }
  - read_trailer:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Trailer".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.trailer).if {
      { read_terminate }.while_do { };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Trailer".print;
      print_line;
    };
    
    result    
  );
  
  //++ TERMINATE         -> (identifier '/terminate get exec' | '_E end')
  - read_terminate:BOOLEAN <-
  ( + result:BOOLEAN;
    
    trace.if {  
      "\n Read Terminate".print;
      print_line;
    };
    
    read_keyword (AI_ALIAS.end).if {
      result := TRUE;
    }.elseif {read_identifier} then {
      (! read_keyword (AI_ALIAS.terminate)).if {
        syntax_error "Incorrect terminate.";
      };
      result := TRUE;
    };
    
    (trace && {result}).if {  
      "\n## End Read Terminate".print;
      print_line;
    };
    
    result
  );
  
  //
  // Parser
  //
  
  - create s:FAST_ARRAY(CHARACTER) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make s;
    result
  );    
  
  - make s:FAST_ARRAY(CHARACTER) <-
  (
    AI_ALIAS.make;
    source := s;
    position := 0;
    msg_err := STRING.create 80;
    string_tmp := STRING.create 250;
    list_layer := LINKED_LIST(AI_LAYER).create;
    current_color := AI_COLOR.clone;
    current_list  := LINKED_LIST(AI_OPERATION).create;
    trace := FALSE;
    read_document;    
  );
  
  - draw b:ABSTRACT_BITMAP scale coef:REAL_16_16 <-
  ( + s:REAL_16_16;
    ? {list_layer != NULL};
    ? {b != NULL};
    s := coef;
    width  := (s *# width).ceiling;
    height := (s *# height).ceiling;
    // BSBS: Avec b.make tu reallou de la mémoire, c'est à revoir ...
    ((width != b.width) || {height != b.height}).if {
      b.make_size (width,height);
      b.rectangle_fill (0,0) to ((width -1),(height - 1)) color 083AAD3h;
    };    
    (s <= 0).if {
      s := 1;
    };
    (list_layer.lower).to (list_layer.upper) do { i:INTEGER;
      list_layer.item i.draw b scale s;
    };          
  );



lisaac_0.39_rc1/lib/unstable/graphics/format/ai/ai_operation.li0000644000175000017500000000404011314031255024470 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_OPERATION;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment :="Operations of .AI document.";

  - version := 1;  
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  //
  // Draw.
  //
  
  - draw_stroke b:ABSTRACT_BITMAP scale s:REAL_16_16 <- deferred;

  - draw_fill b:ABSTRACT_BITMAP scale s:REAL_16_16 <- deferred;
  
  //
  // Display.
  //
  
  - display <- deferred;


lisaac_0.39_rc1/lib/unstable/graphics/format/ai/ai_file.li0000644000175000017500000000464511314031255023422 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := AI_FILE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Adobe Illustrator File";
    
Section Inherit
  
  + parent_std_file:Expanded FILE;

Section Public

  + width:INTEGER;

  + height:INTEGER;

  - fill_bitmap f:FILE in b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  ( + tmp_buf:FAST_ARRAY(CHARACTER);
    + ai_parser:AI_PARSER;
    
    tmp_buf := FAST_ARRAY(CHARACTER).create_with_capacity (f.size);
    f.read tmp_buf size (f.size);
    ai_parser := AI_PARSER.create tmp_buf;
    width  := ai_parser.width;
    height := ai_parser.height;
    ai_parser.draw b scale s;
  );  
  
  - is_type n:ABSTRACT_STRING :BOOLEAN <-
  // Return true if the file name has '.ai' or '.AI' suffix
  (
    ? {n != NULL};
    ? {! n.is_empty};
    (n.has_suffix ".ai") || { n.has_suffix ".AI"}
  );
  



lisaac_0.39_rc1/lib/unstable/graphics/format/ai/ai_alias.li0000644000175000017500000001042011314031255023560 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := AI_ALIAS;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Alias for Adobe Illustrator format.";
  
  - version := 1;  
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - list:HASHED_SET(ABSTRACT_STRING);
  
  //
  // Aliases keywords
  //
  
  // Symbol
  
  - start_comment:STRING_CONSTANT      := "%%";
  
  - start_comment_more:STRING_CONSTANT := "%%+";
    
  - prefix_file:STRING_CONSTANT        := "%!PS-Adobe-2.0 EPSF-1.2";

  - bounding_box:STRING_CONSTANT       := "%%BoundingBox:";

  - end_prolog:STRING_CONSTANT         := "%%EndProlog";
  
  - end_comments:STRING_CONSTANT       := "%%EndComments";  
  
  - begin_procset:STRING_CONSTANT      := "%%BeginProcset:";
  
  - begin_setup:STRING_CONSTANT        := "%%BeginSetup";
  
  - end_setup:STRING_CONSTANT          := "%%EndSetup";
  
  - adobe_illustrator:STRING_CONSTANT  := "Adobe_Illustrator_";
  
  - begin:STRING_CONSTANT              := "begin";
  
  - begin_encoding:STRING_CONSTANT     := "%%BeginEncoding:";
  
  - end_encoding:STRING_CONSTANT       := "%%EndEncoding";
  
  - begin_pattern:STRING_CONSTANT      := "%%BeginPattern";
  
  - end_pattern:STRING_CONSTANT        := "%%EndPattern";
  
  - note:STRING_CONSTANT               := "%%Note:";
  
  - include_file:STRING_CONSTANT       := "%%IncludeFile:";
  
  - trailer:STRING_CONSTANT            := "%%Trailer";
  
  - initialize:STRING_CONSTANT         := "/initialize get exec";
  
  - terminate:STRING_CONSTANT          := "/terminate get exec";
  
  - end:STRING_CONSTANT                := "_E end";
    
  //
  // Function
  //
  
  - make <-
  (
    list := HASHED_SET(ABSTRACT_STRING).create;
    // Symbol    
    list.add start_comment;      
    list.add start_comment_more; 
    //
    list.add prefix_file;
    list.add bounding_box;    
    list.add end_prolog;            
    list.add end_comments;      
    list.add begin_procset;    
    list.add begin_setup;      
    list.add end_setup;        
    list.add adobe_illustrator;
    list.add begin;            
    list.add begin_encoding;   
    list.add end_encoding;     
    list.add begin_pattern;    
    list.add end_pattern;      
    list.add note;             
    list.add include_file;     
    list.add trailer;          
    list.add initialize;  
    list.add terminate;        
    list.add end;
  );
  
  - get str:ABSTRACT_STRING :STRING_CONSTANT <-
  ( + result:STRING_CONSTANT;
    + tmp:ABSTRACT_STRING;
    ? {str != NULL};
    
    tmp := list.reference_at str;
    (tmp = NULL).if {
      result := STRING_CONSTANT.create_copy str;
      list.add result;
    } else {
      result ?= tmp;
    };
    result
  );
  
  
  



lisaac_0.39_rc1/lib/unstable/graphics/format/ai/ai_bezier.li0000644000175000017500000000675411314031255023766 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := AI_BEZIER;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "Operation: bezier";
  - version := 1;  
  
Section Inherit
  
  - parent_ai_operation:AI_OPERATION := AI_OPERATION;
  
Section Public
  
  + wx1:REAL_16_16;
  + wy1:REAL_16_16;
  
  + wx2:REAL_16_16;
  + wy2:REAL_16_16;
  
  + x:REAL_16_16;
  + y:REAL_16_16;
  
  //
  // Creation.
  //
  
  - create_w1 (lx1,ly1:REAL_16_16) w2 (lx2,ly2:REAL_16_16) to (lx3,ly3:REAL_16_16) :SELF <-
  (+ result:SELF;
    result := SELF.clone;
    result.make_w1 (lx1,ly1) w2 (lx2,ly2) to (lx3,ly3);
    result    
  );
  
  - make_w1 (lx1,ly1:REAL_16_16) w2 (lx2,ly2:REAL_16_16) to (lx3,ly3:REAL_16_16) <-
  (
    wx1 := lx1;
    wy1 := ly1;
    wx2 := lx2;
    wy2 := ly2;
    x   := lx3;
    y   := ly3;
  );
  
  //
  // Draw
  //

  - draw_stroke b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  ( + i_wx1,i_wy1,i_wx2,i_wy2,i_x,i_y:INTEGER;
    
    i_wx1 := (wx1 * s).rounded;
    i_wy1 := (wy1 * s).rounded;
    
    i_wx2 := (wx2 * s).rounded;
    i_wy2 := (wy2 * s).rounded;
    
    i_x   := (x * s).rounded;
    i_y   := (y * s).rounded;
    b.spline_w1 (i_wx1,i_wy1) w2 (i_wx2,i_wy2) to (i_x,i_y);
  ); 

  - draw_fill b:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  ( + i_wx1,i_wy1,i_wx2,i_wy2,i_x,i_y:INTEGER;
    
    i_wx1 := (wx1 * s).rounded;
    i_wy1 := (wy1 * s).rounded;
    
    i_wx2 := (wx2 * s).rounded;
    i_wy2 := (wy2 * s).rounded;
    
    i_x   := (x * s).rounded;
    i_y   := (y * s).rounded;
    b.poly_spline_w1 (i_wx1,i_wy1) w2 (i_wx2,i_wy2) to (i_x,i_y);
  ); 

  //  
  // Display.
  //
  
  - display <-
  (  
    "poly_spline_w1 ".print;
    (wx1 *# 8).rounded.print;
    ','.print;
    (wy1 *# 8).rounded.print;
    " w2 ".print;
    (wx2 *# 8).rounded.print;
    ','.print;
    (wy2 *# 8).rounded.print;
    " to ".print;
    (x *# 8).rounded.print;
    ','.print;
    (y *# 8).rounded.print;
    ";\n".print;
  );



lisaac_0.39_rc1/lib/unstable/graphics/format/format_img.li0000644000175000017500000000543311314031255023561 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := FORMAT_IMG;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "Format image generic";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  
  - name:STRING_CONSTANT <- 
  (
    deferred; 
    NULL
  );
      
  - extension:STRING_CONSTANT <-
  (
    deferred;
    NULL
  );
  
  - is_bitmap:BOOLEAN <-
  (
    deferred;
    FALSE
  );
  
  - is_vectorial:BOOLEAN <- ! is_bitmap;
  
  - height:INTEGER <- ( deferred; 0);
  - width:INTEGER  <- ( deferred; 0);
  
  //
  // Creation.
  //

  - create_with_file f:FILE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make_with_file f;
    result
  );

  - make_with_file f:FILE :SELF <-
  ( 
    deferred;
  );
  
  - create_with buf:FAST_ARRAY(UINTEGER_8) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make_with buf;
    result
  );

  - make_with buf:FAST_ARRAY(UINTEGER_8) :SELF <-
  ( 
    deferred;
  );
  
  //
  // Put image.
  //
  
  - put_image_in bmp:ABSTRACT_BITMAP <-
  (
    deferred;
  );
  
  - put_image_in bmp:ABSTRACT_BITMAP scale s:REAL_16_16 <-
  (
    deferred;
  );
  
Section FORMAT_IMG
  
  + pos_buffer:INTEGER;
  lisaac_0.39_rc1/lib/unstable/graphics/pixel_32.li0000644000175000017500000000546111314031255021573 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded PIXEL_32;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Pixel on 32 bits.";
  
Section Insert
  
  + parent_pixel:Expanded PIXEL;
  
Section Mapping
  
  + map_blue:UINTEGER_8;

  + map_green:UINTEGER_8;

  + map_red:UINTEGER_8;
    
  + map_alpha:UINTEGER_8;
  
Section Public
  
  - blue:UINTEGER_8 <- map_blue;
  
  - green:UINTEGER_8 <- map_green;

  - red:UINTEGER_8 <- map_red;
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <-
  (
    col
  );
  
  - make col:UINTEGER_32 <-
  (
    map_alpha := ((col & 0FF000000h) >> 24).to_uinteger_8;
    map_red   := ((col & 000FF0000h) >> 16).to_uinteger_8;
    map_green := ((col & 00000FF00h) >>  8).to_uinteger_8;
    map_blue  :=  (col & 0000000FFh).to_uinteger_8;    
  );
  
  - make_rgb (r,g,b:UINTEGER_8) <-
  (
    map_red   := r;
    map_green := g;
    map_blue  := b;
  );
  
  - size:UINTEGER_8       := 32; 
  - red_size:UINTEGER_8   := 8;
  - red_pos:UINTEGER_8    := 16;
  - green_size:UINTEGER_8 := 8;
  - green_pos:UINTEGER_8  := 8;
  - blue_size:UINTEGER_8  := 8;
  - blue_pos:UINTEGER_8   := 0;
  - reserved_size:UINTEGER_8 :=8;
  - reserved_pos:UINTEGER_8  :=24;
    
  - to_pixel_32:PIXEL_32 <- Self;
  






lisaac_0.39_rc1/lib/unstable/graphics/edge.li0000644000175000017500000001155711314031255021055 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EDGE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Sub prototype for BITMAP.polygone";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;  
  
Section Public
  
  // Make.
  
  + y:INTEGER;
  + x:INTEGER;   
  
  + width:INTEGER;
  + dx:INTEGER;  // REAL_24_8
  
  + is_down:BOOLEAN;
  + is_point:BOOLEAN;
  
  - x0:INTEGER <- x;
  - y0:INTEGER <- y;
  - x1:INTEGER <- dx;
  - y1:INTEGER <- width;
  
  + next_y:EDGE;
    
  + prev_x:EDGE;  // doubly linked list
  + next_x:EDGE;
  
  //
  // Function.
  // 
  
  - make (xx,yy:INTEGER) add inc:INTEGER <-
  // Flat.
  (    
    next_y   := NULL;
    is_point := TRUE;
    dx       := inc;    
    width    := 0;
    x := xx;
    y := yy;
  );
  
  - make (xx,yy:INTEGER) to (xx1,yy1:INTEGER) <-
  // Line.
  ( 
    next_y   := NULL;
    is_point := FALSE;
    (is_down := yy < yy1).if {
      // Down.
      y  := yy;
      x  := xx;            
      dx := xx1;
      width := yy1;
    } else {
      // up.
      y  := yy1;
      x  := xx1;            
      dx := xx;
      width := yy;
    };
  );
      
  - set_next_x new:EDGE <-
  (
    next_x:=new;
  );

  - set_prev_x new:EDGE <-
  (
    prev_x:=new;
  );
  
  - set_next_y new:EDGE <-
  (
    next_y := new;
  );
  
  - add old_root:EDGE :EDGE <-
  // Double link and sort with X.
  ( + pos,prv:EDGE;
    + new_root:EDGE;    
    
    to_run;
    pos:=old_root;
    {(pos!=NULL) && {(pos.x>8).print;
    ','.print;
    y.print;
    'W'.print;
    width.print;
    'D'.print;
    dx.print;    
    'N'.print;
    (next_y=NULL).if {
      "null".print;
    } else {
      "=>".print;
    };
    '@'.print;
    INTEGER.force_conversion Self .print;
    '}'.print;
  );






lisaac_0.39_rc1/lib/unstable/graphics/low_level/0000755000175000017500000000000011314031255021602 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/graphics/low_level/abstract_bmp_line.li0000644000175000017500000000544311314031255025606 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ABSTRACT_BMP_LINE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Generic bitmap line";
  
Section Inherit
  
  - parent_arrayed:ARRAYED := ARRAYED;
    
Section Public
  
  - lower:INTEGER := 0;
  
  + upper:INTEGER;
  
  + capacity:INTEGER;
  
  - count:INTEGER <- (upper + 1);
    
  //
  // Modification
  //
  
  - clear <-
  (
    upper := -1;
  );
   
  //
  // Put.
  //
  
  - put col:UINTEGER_32 to n:INTEGER <-
  ( 
    deferred;
  );
  
  - put col:UINTEGER_32 from idx_begin:INTEGER to idx_end:INTEGER <-   
  (  
    deferred;
  );
  
  - put bmp:ABSTRACT_BMP_LINE offset ofs:INTEGER from idx_begin:INTEGER to idx_end:INTEGER <-
  ( 
    deferred;
  );
  
  //
  // Get.
  //
  
  - get_color n:INTEGER :UINTEGER_32 <-
  ( 
    deferred;
  );
  
  - item_8  n:INTEGER :PIXEL_8  <- ( deferred; PIXEL_8);
  
  - item_15 n:INTEGER :PIXEL_15 <- ( deferred; PIXEL_15);

  - item_16 n:INTEGER :PIXEL_16 <- ( deferred; PIXEL_16);

  - item_24 n:INTEGER :PIXEL_24 <- ( deferred; PIXEL_24);

  - item_32 n:INTEGER :PIXEL_32 <- ( deferred; PIXEL_32);
  
  //
  // Arrayed consideration.
  //
  
  - get_storage:NATIVE_ARRAY(UINTEGER_8) <- ( deferred; NULL); 
lisaac_0.39_rc1/lib/unstable/graphics/low_level/pixel.li0000644000175000017500000000651711314031255023262 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := PIXEL;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Generic Pixel.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - red:UINTEGER_8   <- (deferred; 0);
  // Abstracted red component on 8 bits.

  - green:UINTEGER_8 <- (deferred; 0);
  // Abstracted green component on 8 bits.

  - blue:UINTEGER_8  <- (deferred; 0);
  // Abstracted blue component on 8 bits.
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <- (deferred; 0);
  
  //
  // Access color 32 bits.
  //
  
  - rgbcolor:UINTEGER_32 <-
  (
    (red.to_uinteger_32 << 16) | (green.to_uinteger_32 << 8) | blue
  );
  
  //
  // Modification 32bits.
  //
  
  - make col:UINTEGER_32 <- deferred;
  
  - make_rgb (r,g,b:UINTEGER_8) <- deferred;  // For speed conversion between pixels
  
  //
  // Consultation geometry.
  //
  
  - size:UINTEGER_8 <- ( deferred; 0); 
  - red_size:UINTEGER_8 <- ( deferred; 0);      
  - red_pos:UINTEGER_8 <- ( deferred; 0);
  - green_size:UINTEGER_8 <- ( deferred; 0);
  - green_pos:UINTEGER_8 <- ( deferred; 0);
  - blue_size:UINTEGER_8 <- ( deferred; 0);
  - blue_pos:UINTEGER_8 <- ( deferred; 0);
  - reserved_size:UINTEGER_8 <- ( deferred; 0);
  - reserved_pos:UINTEGER_8 <- ( deferred; 0);
  
  //
  // Conversion.
  //
  
  - to_pixel_8:PIXEL_8 <- 
  (     
    PIXEL_8.create_rgb (red,green,blue)        
  );

  - to_pixel_15:PIXEL_15 <-
  ( 
    PIXEL_15.color_rgb (red,green,blue)
  );
  
  - to_pixel_16:PIXEL_16 <-
  (     
    PIXEL_16.color_rgb (red,green,blue)
  );

  - to_pixel_24:PIXEL_24 <-
  (     
    PIXEL_24.color_rgb (red,green,blue)
  );

  - to_pixel_32:PIXEL_32 <-
  (     
    PIXEL_32.color_rgb (red,green,blue)
  );
  
  //
  // Display.
  //
  
  - print <- deferred;



lisaac_0.39_rc1/lib/unstable/graphics/low_level/abstract_bitmap.li0000644000175000017500000011465511314031255025303 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ABSTRACT_BITMAP;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Generic Bitmap.";
    
  - external    := `
//
// Font System 1250 bytes.
//
unsigned short __index_font[96]={
0x000,0x007,0x008,0x00B,0x012,0x017,0x021,0x028,0x029,0x02C,0x02F,0x034,
0x039,0x03B,0x03F,0x040,0x044,0x049,0x04C,0x051,0x056,0x05B,0x060,0x065,
0x06A,0x06F,0x074,0x075,0x077,0x07C,0x081,0x086,0x08B,0x097,0x0A0,0x0A7,
0x0AF,0x0B7,0x0BE,0x0C5,0x0CD,0x0D5,0x0D6,0x0DB,0x0E2,0x0E8,0x0F1,0x0F9,
0x101,0x109,0x111,0x11A,0x121,0x12A,0x132,0x13B,0x148,0x150,0x159,0x15F,
0x162,0x166,0x169,0x16E,0x175,0x177,0x17E,0x184,0x18A,0x190,0x196,0x199,
0x19F,0x1A4,0x1A5,0x1A7,0x1AD,0x1AE,0x1B7,0x1BC,0x1C2,0x1C8,0x1CE,0x1D1,
0x1D6,0x1D9,0x1DE,0x1E5,0x1EE,0x1F4,0x1FB,0x1FF,0x204,0x205,0x20A,0x211};

unsigned short __graph_font[0x211]={
0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x17F8,0x0078,0x0000,
0x0078,0x0200,0x1E40,0x03C0,0x1E78,0x03C0,0x0278,0x0040,0x08E0,0x1110,
0x3FF8,0x1110,0x0E60,0x0030,0x0848,0x0448,0x0230,0x0100,0x0080,0x0C40,
0x1220,0x1210,0x0C00,0x0E00,0x1170,0x1088,0x1188,0x1670,0x0800,0x1400,
0x0078,0x1FC0,0x6030,0x8008,0x8008,0x6030,0x1FC0,0x0050,0x0060,0x0038,
0x0060,0x0050,0x0100,0x0100,0x07C0,0x0100,0x0100,0x2000,0x1000,0x0100,
0x0100,0x0100,0x0100,0x1000,0x7000,0x0E00,0x01C0,0x0038,0x0FF0,0x1008,
0x1008,0x1008,0x0FF0,0x0010,0x0010,0x1FF8,0x1C30,0x1208,0x1108,0x1088,
0x1070,0x0810,0x1008,0x1088,0x1088,0x0F70,0x0300,0x0280,0x0260,0x0210,
0x1FF8,0x09F8,0x1088,0x1088,0x1088,0x0F08,0x0FF0,0x1108,0x1088,0x1088,
0x0F10,0x0008,0x1C08,0x0308,0x00C8,0x0038,0x0F70,0x1088,0x1088,0x1088,
0x0F70,0x08F0,0x1108,0x1108,0x1088,0x0FF0,0x1040,0x2000,0x1040,0x0100,
0x0380,0x06C0,0x0C60,0x0820,0x0280,0x0280,0x0280,0x0280,0x0280,0x0820,
0x0C60,0x06C0,0x0380,0x0100,0x0030,0x0008,0x1708,0x0088,0x0070,0x03C0,
0x0C30,0x1008,0x1008,0x2384,0x2444,0x2444,0x2244,0x25C8,0x1408,0x1430,
0x03C0,0x1800,0x0600,0x0380,0x0260,0x0218,0x0260,0x0380,0x0600,0x1800,
0x1FF8,0x1088,0x1088,0x1088,0x1088,0x1088,0x0F70,0x07E0,0x0810,0x1008,
0x1008,0x1008,0x1008,0x0810,0x0420,0x1FF8,0x1008,0x1008,0x1008,0x1008,
0x1008,0x0810,0x07E0,0x1FF8,0x1088,0x1088,0x1088,0x1088,0x1088,0x1008,
0x1FF8,0x0088,0x0088,0x0088,0x0088,0x0088,0x0008,0x07E0,0x0810,0x1008,
0x1008,0x1008,0x1108,0x0910,0x1F20,0x1FF8,0x0080,0x0080,0x0080,0x0080,
0x0080,0x0080,0x1FF8,0x1FF8,0x0C00,0x1000,0x1000,0x1000,0x0FF8,0x1FF8,
0x0080,0x0140,0x0220,0x0410,0x0808,0x1000,0x1FF8,0x1000,0x1000,0x1000,
0x1000,0x1000,0x1FF8,0x0060,0x0180,0x0600,0x1800,0x0600,0x0180,0x0060,
0x1FF8,0x1FF8,0x0010,0x0060,0x0080,0x0100,0x0600,0x0800,0x1FF8,0x07E0,
0x0810,0x1008,0x1008,0x1008,0x1008,0x0810,0x07E0,0x1FF8,0x0108,0x0108,
0x0108,0x0108,0x0108,0x0090,0x0060,0x07E0,0x0810,0x1008,0x1008,0x1008,
0x1408,0x0810,0x17E0,0x1FF8,0x0108,0x0108,0x0108,0x0108,0x0108,0x0190,
0x0E60,0x1000,0x0C70,0x1088,0x1088,0x1088,0x1108,0x1108,0x0E30,0x0008,
0x0008,0x0008,0x0008,0x1FF8,0x0008,0x0008,0x0008,0x0008,0x07F8,0x0800,
0x1000,0x1000,0x1000,0x1000,0x0800,0x07F8,0x0018,0x0060,0x0180,0x0600,
0x1800,0x0600,0x0180,0x0060,0x0018,0x0038,0x00C0,0x0700,0x1800,0x0700,
0x00C0,0x0038,0x00C0,0x0700,0x1800,0x0700,0x00C0,0x0038,0x1818,0x0420,
0x0240,0x0180,0x0180,0x0240,0x0420,0x1818,0x0018,0x0020,0x0040,0x0080,
0x1F00,0x0080,0x0040,0x0020,0x0018,0x1808,0x1608,0x1108,0x1088,0x1068,
0x1018,0xFFF8,0x8008,0x8008,0x0038,0x01C0,0x0E00,0x7000,0x8008,0x8008,
0xFFF8,0x0010,0x0008,0x0004,0x0008,0x0010,0x4000,0x4000,0x4000,0x4000,
0x4000,0x4000,0x4000,0x0008,0x0010,0x0E80,0x1140,0x1140,0x1140,0x1140,
0x0F80,0x1000,0x1FF8,0x0880,0x1040,0x1040,0x1040,0x0F80,0x0F80,0x1040,
0x1040,0x1040,0x1040,0x0880,0x0F80,0x1040,0x1040,0x1040,0x0880,0x1FF8,
0x0F80,0x1240,0x1240,0x1240,0x1240,0x0B80,0x0040,0x1FF0,0x0048,0x0F80,
0x9040,0x9040,0x9040,0x8880,0x7FC0,0x1FF8,0x0080,0x0040,0x0040,0x1F80,
0x1FC8,0x8000,0x7FC8,0x1FF8,0x0200,0x0300,0x0480,0x0840,0x1000,0x1FF8,
0x1FC0,0x0080,0x0040,0x0040,0x1F80,0x0080,0x0040,0x0040,0x1F80,0x1FC0,
0x0080,0x0040,0x0040,0x1F80,0x0F80,0x1040,0x1040,0x1040,0x1040,0x0F80,
0xFFC0,0x0880,0x1040,0x1040,0x1040,0x0F80,0x0F80,0x1040,0x1040,0x1040,
0x0880,0xFFC0,0x1FC0,0x0080,0x0040,0x0980,0x1240,0x1240,0x1240,0x0C80,
0x0040,0x0FF0,0x1040,0x0FC0,0x1000,0x1000,0x0800,0x1FC0,0x00C0,0x0300,
0x0C00,0x1000,0x0C00,0x0300,0x00C0,0x00C0,0x0700,0x1800,0x0700,0x00C0,
0x0700,0x1800,0x0700,0x00C0,0x1040,0x0880,0x0700,0x0700,0x0880,0x1040,
0x80C0,0x8300,0x4C00,0x3000,0x0C00,0x0300,0x00C0,0x1840,0x1640,0x1140,
0x10C0,0x0200,0x0200,0x7DF0,0x8008,0x8008,0xFFF8,0x8008,0x8008,0x7DF0,
0x0200,0x0200,0x0030,0x0008,0x0008,0x0010,0x0020,0x0020,0x0018};
`;

Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - get_abstract_bitmap:ABSTRACT_BITMAP <- Self;
  
  - get_y_line y:INTEGER :ABSTRACT_BMP_LINE <-
  (
    deferred;
    NULL
  );
  
  //
  // Data.
  //
  
  // Image size.
  + height:INTEGER;       
  + width:INTEGER;        
  
  - x_max:INTEGER <- width  - 1;
  - y_max:INTEGER <- height - 1;
    
  // Clipping :
  + clip_x0:INTEGER; 
  + clip_y0:INTEGER;
  + clip_x1:INTEGER;
  + clip_y1:INTEGER;
  
  // Current position.
  + spot_x:INTEGER;  
  + spot_y:INTEGER;
  
  // Current color.
  + rgbcolor    :UINTEGER_32; // Format: RRGGBB in hexadecimal
  + rgbbackcolor:UINTEGER_32;
  + transparent :BOOLEAN;
  
  + mode:UINTEGER_8 := mode_copy; // Set mode. 
  
  // Ref. `X.h'
  - mode_copy:UINTEGER_8 := 03h;
  - mode_xor :UINTEGER_8 := 06h;
  
  - set_mode m:UINTEGER_8 <-
  (
    mode := m;
  );
  
  // Macro colors
  
  - black:UINTEGER_32 := 0000000h;
  - white:UINTEGER_32 := 0FFFFFFh;
  - red:UINTEGER_32   := 0FF0000h;
  - green:UINTEGER_32 := 000FF00h;
  - blue:UINTEGER_32  := 00000FFh;
  - yellow:UINTEGER_32:= 0FFFF00h;
  - purple:UINTEGER_32:= 0FF00FFh;
  - cyan:UINTEGER_32  := 000FFFFh;
  - gray:UINTEGER_32  := 0808080h;
  - brown:UINTEGER_32 := 0400000h;  
  
  
  - pixel_geometry:PIXEL <- (deferred; NULL);
  
  //
  // Creation. 
  //

  - create_size (w,h:INTEGER) :SELF <-
  ( + result:SELF;
        
    result:=clone;
    result.make_size (w,h);
    result
  );
  
  - make_size (w,h:INTEGER) <-
  (
    deferred;
  );
  
  - create (w,h:INTEGER) at offset_begin:UINTEGER_32 bytes_per_line lx:INTEGER :SELF <-   
  ( + result:SELF;
        
    result:=clone;
    result.make (w,h) at offset_begin bytes_per_line lx;
    result
  );
  
  - make (w,h:INTEGER) at offset_begin:UINTEGER_32 bytes_per_line lx:INTEGER <-
  ( 
    deferred;
  );

Section Public
  
  //
  // Low level.
  //   
    
  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( 
    deferred;
  );
  
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 <-
  ( 
    deferred;
  );
    
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  (     
    deferred;
  );
  
  - get_pixel_hard (x,y:INTEGER) :PIXEL <-
  (
    deferred;
  );

  - get_color_hard (x,y:INTEGER) :UINTEGER_32 <-
  (
    deferred;
  );
  
Section Public  
  
  - color col:UINTEGER_32 <-
  (
    rgbcolor := col;
  );

  - backcolor col:UINTEGER_32 <-
  (
    rgbbackcolor := col;
  );
  
  - transparent_on <-
  (
    transparent := TRUE;
  );
  
  - transparent_off <-
  (
    transparent := FALSE;
  );
  
  - clipping (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + lx,ly:INTEGER;
    
    lx := width - 1;
    ly := height - 1;
    clip_x0 := x0.max 0.min lx;
    clip_x1 := x1.max 0.min lx;
    clip_y0 := y0.max 0.min ly;
    clip_y1 := y1.max 0.min ly;
  );
  
  - clipping_off <-
  (
    clip_x0 := 0;
    clip_x1 := width - 1;
    clip_y0 := 0;
    clip_y1 := height - 1;
  );
  
  - move_to (pos_x,pos_y:INTEGER) <-
  (
    spot_x := pos_x;
    spot_y := pos_y;
  );
  
  //
  // GetPixel
  //
  
  - get_pixel:BOOLEAN <-
  // Load Spot pixel.
  ( + result:BOOLEAN;
    + pix:PIXEL;
    
    ((spot_x.in_range clip_x0 to clip_x1) && {spot_y.in_range clip_y0 to clip_y1}).if {
      result:=TRUE;
      pix:=get_pixel_hard (spot_x,spot_y);
      pix.is_transparent.if {
	// Transparent.
	rgbcolor := black;
	transparent=TRUE;
      } else {
	// Read color.
	transparent:= FALSE;
	rgbcolor := pix.rgbcolor;
      };
    } else {
      rgbcolor := black;
      transparent := FALSE;
    };
    
    result
  );
  
  - get_pixel_to (x,y:INTEGER) :BOOLEAN<-
  (
    move_to (x,y);
    get_pixel
  );
  
  //
  // PutPixel
  //
  
  - pixel:BOOLEAN <-
  ( + result:BOOLEAN;
   
    // Test Clipping;
    ((spot_x.in_range clip_x0 to clip_x1) && {spot_y.in_range clip_y0 to clip_y1 }).if {
      result:=TRUE;
      pixel_hard (spot_x,spot_y) color rgbcolor;
    };  
    result
  );
  
  - pixel_to (x,y:INTEGER) :BOOLEAN <-
  (
    move_to (x,y);
    pixel
  );
  
  - pixel_color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    pixel
  );
  
  - pixel_to (x,y:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    pixel_to (x,y)
  );
  
  //
  // Line
  //
  
  - line_h (x,y:INTEGER) until x_end:INTEGER image line:ABSTRACT_BMP_LINE :BOOLEAN <-
  (
    + result:BOOLEAN;
    + x02,x1,x0:INTEGER;
    ? {x >= 0};
    ? {y >= 0};
    ? {x_end >= 0};
    ? {line != NULL};
    
    x0 := x;
    x1 := x_end;
    spot_x := x1;        
    (y.in_range clip_y0 to clip_y1).if {
      result := TRUE;
      ( x0 > x1 ).if {
	x02 := x0;
	x0 := x1;
	x1 := x02;
      };
      ( clip_x1 < x1 ).if {
	x1 := clip_x1;
	result := FALSE;
      };
      
      ( clip_x0 > x0 ).if {
	x02 := clip_x0;
	result := FALSE;
      } else {
	x02 := x0;
      };
      
      ( x0 <= x1 ).if {
	line_h_hard (x02,y) until x1 image line offset (x02-x0);
      };
    };
    result
  );
  
  - line_h_until x:INTEGER :BOOLEAN <-
  ( + result:BOOLEAN;
    + x0,x1:INTEGER;

    x0 := spot_x;
    x1 := x;
    spot_x := x1;
    
    (spot_y.in_range clip_y0 to clip_y1).if {
      result := TRUE;
      
      ( x0 > x1).if {
	+ swap:INTEGER;
	swap := x0;
	x0 := x1;
	x1 := swap;
      };
      
      ( clip_x1 < x1 ).if {
	x1 := clip_x1;
	result := FALSE;
      };
      
      ( clip_x0 > x0 ).if {
	x0 := clip_x0;
	result := FALSE;
      };
      
      (x0 <= x1).if {
	line_h_hard (x0,spot_y) until x1 color rgbcolor;
      };
    };
    result
  );
    
  - line_h_until x1:INTEGER color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_h_until x1
  );
  
  - line_h (x0,y0:INTEGER) until x1:INTEGER :BOOLEAN <-
  (
    move_to (x0,y0);
    line_h_until x1
  );
  
  
  - line_h (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_h (x0,y0) until x1
  );
  
  - line_v_until y:INTEGER :BOOLEAN <-
  ( + y0,y1:INTEGER;
    + result:BOOLEAN;
    
    y0 := spot_y;
    y1 := y;
    spot_y := y1;
    
    (spot_x.in_range clip_x0 to clip_x1).if {
      result := TRUE;
      
      ( y0 > y1 ).if {
	+ swap:INTEGER;
	swap := y0;
	y0 := y1;
	y1 := swap;
      };
      
      ( clip_y1 < y1).if {
	y1 := clip_y1;
	result := FALSE;
      };
      
      ( clip_y0 > y0 ).if {
	y0 := clip_y0;
	result := FALSE;
      };
      
      ( y0 <=y1 ).if {
	y0.to y1 do { j:INTEGER;
	  pixel_hard (spot_x,j) color rgbcolor;
	};
      };
    };    
    
    result
  );
  
  - line_v_until y1:INTEGER color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_v_until y1
  );
  
  - line_v (x0,y0:INTEGER) until y1:INTEGER :BOOLEAN <-
  (
    move_to (x0,y0);
    line_v_until y1
  );
  
  - line_v (x0,y0:INTEGER) until y1:INTEGER color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_v (x0,y0) until y1
  );
  
  
  //:UINTEGER_8 CalculCode(:INTEGER_64 X,:INTEGER_64 Y,:INTEGER_64 Xmin,:INTEGER_64 Ymin,:INTEGER_64 Xmax,:INTEGER_64 Ymax)
  //{ return( (XXmax)<<1)|((YYmax)<<3) );
  //};
  
  //************************
  //* CLIPPING DE LINE BUGGE -> Blocage !!!
  //************************
  
/*  
  char ClipLine(:INTEGER_64 x0,:INTEGER_64 y0,:INTEGER_64 x1,:INTEGER_64 y1,:INTEGER_64 Xmin,:INTEGER_64 Ymin,:INTEGER_64 Xmax,:INTEGER_64 Ymax)
  { :UINTEGER_8 Bool=0; // Accepte=Faux , Fin=Vrai
    :UINTEGER_8 cod0,cod1,codExt;
    short x,y;
    char tst;
    cod0=CalculCode(x0,y0,Xmin,Ymin,Xmax,Ymax);
    cod1=CalculCode(x1,y1,Xmin,Ymin,Xmax,Ymax);
    tst=((cod0==0) && (cod1==0));
    do {
      if ((cod0==0) && (cod1==0)) { // Interieur de la fenetre.
	Bool=3;  // Accepte=Vrai et Fin=Vrai.
      } else if ((cod0&cod1)!=0)
      Bool|=2; // Fin=Vrai
      else {                        // Segment ni accepte ni rejete.
	if (cod0!=0) codExt=cod0; else codExt=cod1;
	if (codExt&8) {
	  x=x0+(x1-x0)*(float)(Ymax-y0)/(float)(y1-y0);
	  y=Ymax;
	} else if (codExt&4) {
	  x=x0+(x1-x0)*(float)(Ymin-y0)/(float)(y1-y0);
	  y=Ymin;
	} else if (codExt&2) {
	  x=Xmax;
	  y=y0+(y1-y0)*(float)(Xmax-x0)/(float)(x1-x0);
	} else if (codExt&1) {
	  x=Xmin;
	  y=y0+(y1-y0)*(float)(Xmin-x0)/(float)(x1-x0);
	};
	if (codExt==cod0) {
	  x0=x; y0=y;
	  cod0=CalculCode(x0,y0,Xmin,Ymin,Xmax,Ymax);
	} else {
	  x1=x; y1=y;
	  cod1=CalculCode(x1,y1,Xmin,Ymin,Xmax,Ymax);
	};
      };
    } while (!(Bool&2));
    if (Bool&1) TraceLine(x0,y0,x1,y1);
    return(tst);
  };*/
    
  - line_to (x2,y2:INTEGER) :BOOLEAN <-
  (
    + result:BOOLEAN;
    + x1,y1:INTEGER;
    + dx,dy:INTEGER;
    + i1,i2:INTEGER;
    + x,y:INTEGER;
    + dd:INTEGER;
    
    x1 := spot_x;
    y1 := spot_y;
    dx := x2 - x1;
    dy := y2 - y1;
    
    ( dy = 0).if {
      result := line_h_until x2;
    }.elseif {dx = 0} then {
      result := line_v_until y2;
    } else {
      spot_x := x2;
      spot_y := y2;
      
      (dx >= 0).if {
	(dy >= 0).if {
	  (dx >= dy).if {	    	    	    
	    i1 := 2 * dy;
	    dd := i1 - dx;
	    i2 := dd - dx;
	    x := x1; 
	    y := y1;
	    {x <= x2}.while_do {
	      pixel_to (x,y);
	      (dd >= 0).if { 
		y := y+1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      x := x+1;
	    };	    
	  } else {
	    i1 := 2 * dx;
	    dd := i1 - dy;
	    i2 := dd - dy;
	    x := x1; 
	    y := y1;
	    {y <= y2}.while_do {
	      pixel_to (x,y);
	      (dd >= 0).if { 
		x := x+1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      y := y+1;
	    };	    
	  };
	} else {
	  (dx >= -dy).if {	    
	    i1 := 2 * dy;
	    dd := i1 + dx;
	    i2 := dd + dx;
	    x := x1; 
	    y := y1;
	    {x <= x2}.while_do {
	      pixel_to (x,y);
	      (dd <= 0).if { 
		y := y - 1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      x := x+1;
	    };
	  } else {
	    i1 := 2 * dx;
	    dd := i1 + dy;
	    i2 := dd + dy;
	    x := x1; 
	    y := y1;
	    {y >= y2}.while_do {
	      pixel_to (x,y);
	      (dd >= 0).if { 
		x := x+1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      y := y-1;
	    };	    
	  };	 
	};
      } else {
	(dy >= 0).if {
	  (-dx >= dy).if {
	    i1 := 2 * dy;
	    dd := i1 + dx;
	    i2 := dd + dx;
	    x := x1; 
	    y := y1;
	    {x >= x2}.while_do {
	      pixel_to (x,y);
	      (dd >= 0).if { 
		y := y + 1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      x := x - 1;
	    };
	  } else {
	    i1 := 2 * dx;
	    dd := i1 + dy;
	    i2 := dd + dy;
	    x := x1; 
	    y := y1;
	    {y <= y2}.while_do {
	      pixel_to (x,y);
	      (dd <= 0).if { 
		x := x - 1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      y := y + 1;
	    };
	  };
	} else {
	  (-dx >= -dy).if {
	    i1 := 2 * dy;
	    dd := i1 - dx;
	    i2 := dd - dx;
	    x := x1; 
	    y := y1;
	    {x >= x2}.while_do {
	      pixel_to (x,y);
	      (dd <= 0).if { 
		y := y-1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      x := x-1;
	    };
	  } else {
	    i1 := 2 * dx;
	    dd := i1 - dy;
	    i2 := dd - dy;
	    x := x1; 
	    y := y1;
	    {y >= y2}.while_do {
	      pixel_to (x,y);
	      (dd <= 0).if { 
		x := x-1; 
		dd := dd+i2; 
	      } else {
		dd := dd+i1;
	      };
	      y := y - 1;
	    };
	  };
	};	 
      };      
      result:=TRUE;
    };
    
    result
  );
  
  - line_to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line_to (x1,y1)
  );
  
  
  - line (x1,y1:INTEGER) to (x2,y2:INTEGER) :BOOLEAN <-
  (
    move_to (x1,y1);
    line_to (x2,y2)
  );
  
  
  - line (x1,y1:INTEGER) to (x2,y2:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    line (x1,y1) to (x2,y2)
  );
      
  //
  // Rectangle
  //
  
  - rectangle_to (x1,y1:INTEGER) :BOOLEAN <-
  (
    + result:BOOLEAN;
    + x0,y0:INTEGER;
    x0 := spot_x;
    y0 := spot_y;
    (y0 = y1).if {
      result := line_h_until x1;
    }.elseif {x0 = x1} then {
      result := line_v_until y1;
    } else {
      result := line_h (x0,y0) until x1 | line_h (x0,y1) until x1;
      ( y0 < y1 ).if {
	result := result | (line_v  (x0,(y0 + 1)) until (y1 - 1)) | (line_v (x1,(y0 + 1)) until (y1 - 1));
      } else {
	result := result | (line_v (x0,(y1 + 1)) until (y0 - 1)) | (line_v (x1,(y1 + 1)) until (y0 - 1));
      };
    };
    result
  );
    
  - rectangle_to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    rectangle_to (x1,y1)
  );
  
  - rectangle (x0,y0:INTEGER) to (x1,y1:INTEGER) :BOOLEAN <-
  (
    move_to (x0,y0);
    rectangle_to (x1,y1)
  );
  
  - rectangle (x0,y0:INTEGER) to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    rectangle (x0,y0) to (x1,y1)
  );
  
  - rectangle_fill_to (x,y:INTEGER) :BOOLEAN <-
  ( + x0,y0,x1,y1,tmp:INTEGER;
    + col:UINTEGER_32;
    + result:BOOLEAN;
    
    x0 := spot_x;
    y0 := spot_y;
    x1 := x;
    y1 := y;
    ( x0 > x1).if {
      tmp := x0;
      x0 := x1;
      x1 := tmp;
    };
    
    ( y0 > y1).if {
      tmp := y0;
      y0 := y1;
      y1 := tmp;
    };
    
    (( x0 > clip_x1 ) || { x1 < clip_x0 } || { y0 > clip_y1 } || { y1 < clip_y0 }).if {
      result := FALSE;
    } else {
      result := TRUE;
      
      (clip_x0 > x0).if {
	x0 := clip_x0;
	result := FALSE;
      };
      (clip_y0 > y0).if { 
	y0 := clip_y0;
	result := FALSE;
      };
      ( clip_x1 < x1 ).if {
	x1 := clip_x1;
	result := FALSE;
      };
      (clip_y1 < y1).if {
	y1 := clip_y1;
	result := FALSE;
      };            
      col := rgbcolor;
      y0.to y1 do { j:INTEGER;
	line_h_hard (x0,j) until x1 color col;
      };
    };
    result
  );
    
  - rectangle_fill (x0,y0:INTEGER) to (x1,y1:INTEGER) :BOOLEAN <-
  (
    move_to (x0,y0);
    rectangle_fill_to (x1,y1)
  );
  
  - rectangle_fill (x0,y0:INTEGER) to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    rectangle_fill (x0,y0) to (x1,y1)
  );
  
  //
  // Circle
  //
  
Section Private  
  
  - circle_points (x,y:INTEGER) centre (cx,cy:INTEGER) <-
  (     
    pixel_to ((cx+x),(cy+y));
    pixel_to ((cx+x),(cy-y));
    pixel_to ((cx+y),(cy+x));
    pixel_to ((cx+y),(cy-x));
    pixel_to ((cx-x),(cy+y));
    pixel_to ((cx-x),(cy-y));
    pixel_to ((cx-y),(cy+x));
    pixel_to ((cx-y),(cy-x));
  );
  
Section Public  
  
  - circle_fill_rayon r:INTEGER <-
  ( + cx,cy,x,y,d,de,dse:INTEGER;
    
    cx := spot_x;
    cy := spot_y;
    x   := 0;
    y   := r;
    d   := 1 - r;
    de  := 3;
    dse := 5 - (r << 1);    
    line_h ((cx-y),cy) until (cx+y);
    {y > x}.while_do {
      (d < 0).if {
	d   := d   + de;
	de  := de  + 2;
	dse := dse + 2;
	x   := x   + 1;
	
	line_h ((cx-y),(cy+x)) until (cx+y);
	line_h ((cx-y),(cy-x)) until (cx+y);
      } else {
	d   := d + dse;
	de  := de  + 2;
	dse := dse + 4;
	x   := x   + 1;
	y   := y   - 1;
	line_h ((cx-x),(cy+y)) until (cx+x);
	line_h ((cx-x),(cy-y)) until (cx+x);
	
	line_h ((cx-y),(cy+x)) until (cx+y);
	line_h ((cx-y),(cy-x)) until (cx+y);
      };      
    };
  );
  
  - circle_fill (x,y:INTEGER) rayon r:INTEGER <-
  (
    move_to (x,y);
    circle_fill_rayon r;
  );
  
  - circle_fill (x,y:INTEGER) rayon r:INTEGER color col:UINTEGER_32 <-
  (
    color col;
    circle_fill (x,y) rayon r;
  );

  - circle_rayon r:INTEGER <-
  ( + cx,cy,x,y,d,de,dse:INTEGER;
    
    cx := spot_x;
    cy := spot_y;
    x   := 0;
    y   := r;
    d   := 1 - r;
    de  := 3;
    dse := 5 - (r << 1);
    circle_points (x,y) centre (cx,cy);
    {y > x}.while_do {
      (d < 0).if {
	d   := d   + de;
	de  := de  + 2;
	dse := dse + 2;
	x   := x   + 1;
      } else {
	d   := d + dse;
	de  := de  + 2;
	dse := dse + 4;
	x   := x   + 1;
	y   := y   - 1;
      };
      circle_points (x,y) centre (cx,cy);
    };
  );
  
  - circle (x,y:INTEGER) rayon r:INTEGER <-
  (
    move_to (x,y);
    circle_rayon r;
  );
  
  - circle (x,y:INTEGER) rayon r:INTEGER color col:UINTEGER_32 <-
  (
    color col;
    circle (x,y) rayon r;
  );
  
  //
  // Spline
  //
  
Section Private  
  
  - delta_spline:REAL_16_16 := 32768.to_raw_real_16_16;
  
Section Public  
  
  - spline_w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) :BOOLEAN <-
  ( + result:BOOLEAN;
    + x0,y0,d_x,d_y:INTEGER;
    + num_points:INTEGER;
    // Derivatives of x(t) and y(t).
    + x, dx, ddx, dddx:REAL_16_16; 
    + y, dy, ddy, dddy:REAL_16_16;
    // Temp variables used in the setup.
    + dt, dt2, dt3:REAL_16_16;
    + xdt2_term, xdt3_term:REAL_16_16;
    + ydt2_term, ydt3_term:REAL_16_16;
    
    x0 := spot_x;
    y0 := spot_y;
        
    d_x := px0 - x0;
    d_y := py0 - y0;
    num_points := (d_x*d_x + d_y*d_y).sqrt;      
    
    d_x := px1 - px0;
    d_y := py1 - py0;
    num_points := num_points + (d_x*d_x + d_y*d_y).sqrt; 
    
    d_x := x1 - px1;
    d_y := y1 - py1;
    num_points := (num_points + (d_x*d_x + d_y*d_y).sqrt).sqrt;
    num_points := num_points + (num_points >> 2); // * 1.25 .sqrt
    
    
    (num_points > 128).if {
      num_points := 128; // Max points
    };
    
    (num_points < 2).if {
      num_points := 2;   // Min points
    };
    
    dt := 1.to_real_16_16 /# (num_points - 1);
    dt2 := dt * dt;
    dt3 := dt2 * dt;
    
    // x coordinates.
    xdt2_term := dt2 *# ((px1 - px0 * 2 + x0) * 3);
    xdt3_term := dt3 *# (x1 + ((px0 - px1) * 3) -x0);
    
    dddx := xdt3_term *# 6;
    ddx  := xdt3_term *# -6 + xdt2_term *# 2;
    dx   := xdt3_term - xdt2_term + dt *# ((px0 - x0)*3);  
    x    := x0.to_real_16_16;
    
    // y coordinates.
    ydt2_term := dt2 *# ((py1 - py0 * 2 + y0) * 3);
    ydt3_term := dt3 *# (y1 + ((py0 - py1) * 3) - y0);
    
    dddy := ydt3_term *# 6;
    ddy  := ydt3_term *# -6 + ydt2_term *# 2;
    dy   := ydt3_term - ydt2_term + dt *# ((py0 - y0)*3); 
    y    := y0.to_real_16_16;
        
    x := x + delta_spline;
    y := y + delta_spline;
    
    1.to (num_points - 1) do { i:INTEGER;
      ddx := ddx + dddx;
      dx := dx + ddx;
      x := x + dx;
      ddy := ddy + dddy;
      dy := dy + ddy;
      y := y + dy;
      result:= result | line_to ((x.to_integer),(y.to_integer)); 
    };    
    result    
  );
  
  - spline_w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    spline_w1 (px0,py0) w2 (px1,py1) to (x1,y1)
  );
  
  
  - spline (x0,y0:INTEGER) w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) :BOOLEAN <-
  (
    move_to (x0,y0);
    spline_w1 (px0,py0) w2 (px1,py1) to (x1,y1)
  );
  
  
  - spline (x0,y0:INTEGER) w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) color col:UINTEGER_32 :BOOLEAN <-
  (
    color col;
    spline (x0,y0) w1 (px0,py0) w2 (px1,py1) to (x1,y1)
  );
  
  //*****************************************************************************
  //*                         POLYGONE COMPLEXE                                 *
  //* V.4.0 : Il n'y a plus de contrainte de sens comme dans la version 3.0     *
  //*         Nouvelle algo made in `moi'...                                    *
  //*         Il faut juste faire attention à appeler dans l'ordre suivant :    *
  //*         => poly_move_to poly_line_to ... poly_trace                       *
  //*                                                                           *
  //* Rmq. : Il reste des optimisations à faire pour le tri (qsort) et utiliser *
  //*        des MAP_FAST_ARRAY capable de s'agrandir dynamiquement ...        *
  //*                                                                           *
  //*                                                           BeN inside      *
  //*****************************************************************************
  
Section Private  
  
  + edges:FAST_ARRAY(EDGE); // BSBS: A optimiser avec un MAP_FAST_ARRAY ... quand il y aura add_last, resize...

  + edges_upper:INTEGER;
  + poly_ymax:INTEGER := INTEGER.minimum.to_integer;
  
  + poly_list_y:FAST_ARRAY(EDGE);
    
  + begin_y:EDGE;  
  + begin_idx:INTEGER;
  
  + last_y:EDGE;  
  + last_idx:INTEGER;
  
  + x_origin:INTEGER;
  + y_origin:INTEGER;
  
Section Private  
  
  - display_poly <-
  ( + edge:EDGE;
    
    0.to (poly_list_y.upper) do { i:INTEGER;
      edge := poly_list_y.item i;
      {edge != NULL}.while_do {
	edge.display;
	';'.print;
	edge := edge.next_y;
      };
      '\n'.print;
    };
  );
  
Section Private  
  
  - connect_first <-
  (
    poly_line_to (x_origin,y_origin);
    ((begin_y!=NULL) && {begin_y.is_down = last_y.is_down}).if {
      // Connecting.
      (begin_y.is_down).if {
	// Add first list. 
	last_y.set_next_y begin_y;	
	poly_list_y.put (poly_list_y.item last_idx) to begin_idx;
      } else {
	// Add last list.
	begin_y.set_next_y last_y;
      };
      poly_list_y.remove last_idx;
    };
  );    
  
  - sort_list_y <-
  // Bubble sort :-( => BSBS: Optmize with Quick sort...
  ( + low,up,idx,upper:INTEGER;
    + swap:BOOLEAN;
    
    upper := poly_list_y.upper-1;
    
    low := 0;
    up  := upper;
    {
      swap:=FALSE;
      low.to up do { i:INTEGER;	
	(poly_list_y.item i.y0 > poly_list_y.item (i+1).y0).if {
	  poly_list_y.swap i with (i+1);
	  swap := TRUE;
	};
	
	idx := upper - i;
	(poly_list_y.item idx.y0 > poly_list_y.item (idx+1).y0).if {
	  poly_list_y.swap idx with (idx+1);
	  swap := TRUE;
	};		
      };
      up  := up - 1;
      low := low + 1;
    }.do_while {swap};
  );

Section Public  
  
  - poly_move_to (x,y:INTEGER) <-
  (     
    
    (edges = NULL).if {
      poly_list_y := FAST_ARRAY(EDGE).create_with_capacity 16;
      edges := FAST_ARRAY(EDGE).create 64;      
      0.to 63 do { n:INTEGER;
	edges.put (EDGE.clone) to n;
      };
    };
  
    (edges_upper != 0).if {      
      connect_first;
    };
    move_to (x,y); 
    x_origin := x;
    y_origin := y;
    begin_y  := NULL;
    last_y   := NULL;
    
    poly_ymax := poly_ymax.max y;
  );
  
  - poly_line_to (x1,y1:INTEGER) <-
  ( + edge,edge2:EDGE;
    + x0,y0:INTEGER;
    
    x0:=spot_x; 
    y0:=spot_y; 
    
    ((x0!=x1) || {y0!=y1}).if {
      
      move_to (x1,y1); 
            
      (edges_upper >= (edges.upper-4)).if { // BSBS: A optimiser avec MAP_ARRAY ...
	// Append 16 Edges.	
	0.to 15 do { j:INTEGER;
	  edges.add_last (EDGE.clone);
	};
      };
            
      (y0=y1).if { 
	// Flat.
	edge  := edges.item edges_upper;	
	edges_upper := edges_upper + 1;
	poly_list_y.add_last edge;
	edge2 := edges.item edges_upper;
	edges_upper := edges_upper + 1;
	poly_list_y.add_last edge2;
	
	(x0 < x1).if {
	  edge .make (x0,y0) add 1;
	  edge2.make (x1,y1) add (-1);
	} else {
	  edge .make (x0,y0) add (-1);
	  edge2.make (x1,y1) add 1;
	};
      } else { 
	// Line.	
	edge  := edges.item edges_upper;
	edges_upper := edges_upper + 1;
	edge.make (x0,y0) to (x1,y1);
	
	(begin_y=NULL).if {
	  begin_idx := poly_list_y.count;
	  begin_y   := edge;
	};
	
	((last_y=NULL) || {last_y.is_down != edge.is_down}).if {
	  // New line_y.
	  poly_list_y.add_last edge;
	  last_idx := poly_list_y.upper;
	  last_y   := edge;
	  poly_ymax := poly_ymax.max y1;
	} else {
	  // Continue line_y.
	  (edge.is_down).if {
	    // Add last.
	    last_y.set_next_y edge;
	    poly_ymax := poly_ymax.max y1;
	  } else {
	    // Add first.
	    poly_list_y.put edge to last_idx;
	    edge.set_next_y last_y;	    
	  };
	  last_y := edge;
	};
      };
    };    
  );
  
  - poly_rectangle (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    poly_move_to (x0,y0);
    poly_line_to (x1,y0);
    poly_line_to (x1,y1);
    poly_line_to (x0,y1);
    poly_line_to (x0,y0);
  );

  - poly_spline_w1 (px0,py0:INTEGER) w2 (px1,py1:INTEGER) to (x1,y1:INTEGER) <-
  ( + x0,y0,d_x,d_y:INTEGER;
    + num_points:INTEGER;
    // Derivatives of x(t) and y(t).
    + x, dx, ddx, dddx:REAL_16_16; 
    + y, dy, ddy, dddy:REAL_16_16;
    // Temp variables used in the setup.
    + dt, dt2, dt3:REAL_16_16;
    + xdt2_term, xdt3_term:REAL_16_16;
    + ydt2_term, ydt3_term:REAL_16_16;
    
    x0 := spot_x;
    y0 := spot_y;
    
    d_x := px0 - x0;
    d_y := py0 - y0;
    num_points := (d_x*d_x + d_y*d_y).sqrt;  
    
    d_x := px1 - px0;
    d_y := py1 - py0;
    num_points := num_points + (d_x*d_x + d_y*d_y).sqrt; 
    
    d_x := x1 - px1;
    d_y := y1 - py1;
    num_points := (num_points + (d_x*d_x + d_y*d_y).sqrt).sqrt;
    num_points := num_points + (num_points >> 2); // * 1.25 .sqrt
    
    num_points := num_points.min 128.max 2;
    
    dt := 1.to_real_16_16 /# (num_points - 1);
    dt2 := dt * dt;
    dt3 := dt2 * dt;
    
    // x coordinates.
    xdt2_term := dt2 *# ((px1 - px0 * 2 + x0) * 3);
    xdt3_term := dt3 *# (x1 + ((px0 - px1) * 3) -x0);
    
    dddx := xdt3_term *# 6;
    ddx  := xdt3_term *# -6 + xdt2_term *# 2;
    dx   := xdt3_term - xdt2_term + dt *# ((px0 - x0)*3);  
    x    := x0.to_real_16_16;
    
    // y coordinates.
    ydt2_term := dt2 *# ((py1 - py0 * 2 + y0) * 3);
    ydt3_term := dt3 *# (y1 + ((py0 - py1) * 3) - y0);
    
    dddy := ydt3_term *# 6;
    ddy  := ydt3_term *# -6 + ydt2_term *# 2;
    dy   := ydt3_term - ydt2_term + dt *# ((py0 - y0)*3); 
    y    := y0.to_real_16_16;
        
    x := x + delta_spline;
    y := y + delta_spline;
    
    1.to (num_points - 1) do { i:INTEGER;
      ddx := ddx + dddx;
      dx  := dx + ddx;
      x   := x + dx;
      ddy := ddy + dddy;
      dy  := dy + ddy;
      y   := y + dy;
      poly_line_to (x.to_integer,y.to_integer); 
    };    
  );
  
  - poly_ellipse (x,y:INTEGER) rays (ray_x,ray_y:INTEGER) <-
  ( + x0,y0,x1,y1,dx,dy:INTEGER;
    x0 := x - ray_x;
    x1 := x + ray_x;
    y0 := y - ray_y;
    y1 := y + ray_y;
    dx := (ray_x * 5) / 9;
    dy := (ray_y * 5) / 9;
    
    poly_move_to (x,y0);    
    poly_spline_w1 (x+dx,y0) w2 (x1,y-dy) to (x1,y) ;
    poly_spline_w1 (x1,y+dy) w2 (x+dx,y1) to (x ,y1);
    poly_spline_w1 (x-dx,y1) w2 (x0,y+dy) to (x0,y) ;
    poly_spline_w1 (x0,y-dy) w2 (x-dx,y0) to (x ,y0);     
  );
  
  - poly_trace <-
  ( + edge,next_edge,edgep:EDGE;
    + x_edges:EDGE;
    + x0,x1,new_x:INTEGER;
    + idx_y:INTEGER;
    + trace:INTEGER;
    + line :INTEGER;    
    
    (edges_upper != 0).if {
      (poly_ymax >= clip_y0).if {
        // Connexion with first point.    
        connect_first;
        
        // Optimize clip_y0
        (poly_list_y.upper).downto 0 do { j:INTEGER;
          edge := poly_list_y.item j;
          {(edge != NULL) && {edge.y1 < clip_y0}}.while_do {
            edge := edge.next_y;
          };
          (edge = NULL).if {
            poly_list_y.remove j;	  
          } else {
            poly_list_y.put edge to j;	  
          };
        };
        
        // Sort on Y.    
        sort_list_y;
        
        poly_ymax := poly_ymax.min clip_y1;
        line := 1;
        // for each scanline in the polygon.
        (poly_list_y.first.y0).to poly_ymax do { y:INTEGER;
          // Active edges.
          {(idx_y <= poly_list_y.upper) && {poly_list_y.item idx_y.y0 = y}}.while_do {
            x_edges := poly_list_y.item idx_y.add x_edges;
            idx_y   := idx_y + 1;
          };
          
          // Draw horizontal line. 
          x1:=INTEGER.minimum.to_integer;
          edge:=x_edges;
          {edge!=NULL}.while_do {
            next_edge:=edge.next_x;	
            // Trace.
            (y >= clip_y0).if { 
              
              (trace = 0).if {
                // Begin point.    
                new_x := (edge.x+127)>>8;
                ((new_x != x1) && {new_x != (x1 + 1)}).if {
                  ((x0 <= clip_x1) && {x1 >= clip_x0}).if { 
                    x0:=x0.max clip_x0;
                    x1:=x1.min clip_x1;
                    line_h_hard (x0,y) until x1 color rgbcolor; 
                  };  
                  x0 := new_x;
                };
              };
              
              (edge.is_point).if {
                trace := trace + edge.dx; 
              } else {
                trace := trace + line;
                line  := - line;
              };
              
              (trace = 0).if {
                // End point.
                x1 := (edge.x+128)>>8;	    
              };	  
            };
            
            // Inc edges.	  
            (edge.width!=0).if { 	    
              edge.new_step;
              
              // Sort with X :
              edgep:=edge.prev_x;
              {(edgep!=NULL) && {edge.x= clip_x0}).if { 
            x0:=x0.max clip_x0;
            x1:=x1.min clip_x1;
            line_h_hard (x0,y) until x1 color rgbcolor; 
          };
        };
      };
    };
    // Init structure for next.
    edges_upper:=0;
    poly_list_y.clear;
    begin_y:=NULL;
    poly_ymax:=INTEGER.minimum.to_integer;
  );
  
  - poly_trace_color col:UINTEGER_32 <-
  ( 
    color col;
    poly_trace;
  );
  
  - put_bitmap bmp:ABSTRACT_BITMAP to (x,y:INTEGER) <-
  (
    deferred;
  );

  - put_bitmap bmp:ABSTRACT_BITMAP to (x,y:INTEGER) scale (scale_x,scale_y:REAL_16_16) <-  
  (
    deferred;
  );
  
Section Public
  
  // For demo ... :-)
  
  - font_width string:ABSTRACT_STRING :INTEGER <-
  ( 
    font_width string size (string.upper)
  );
  
  - font_width_letter char:CHARACTER :INTEGER <-
  ( + offset_begin,offset_end:INTEGER;
    + car:INTEGER;

    car := char.to_integer;
    ((car < 32) || {car >= 127}).if {
      car := 0;
    } else {
      car := car-32;
    };
    offset_begin:=`__index_font[@car]`:INTEGER;
    offset_end  :=`__index_font[@car+1]`:INTEGER;
    offset_end - offset_begin + 1
  );

  - font_width string:ABSTRACT_STRING size n:INTEGER :INTEGER <-
  (     
    font_width string at (string.lower) to n
  );
  
  - font_width string:ABSTRACT_STRING at beg:INTEGER to end:INTEGER :INTEGER <-
  ( + result:INTEGER;

    beg.to end do { j:INTEGER;
      result:=result + font_width_letter (string.item j);
    };
    result
  );
  
  - print_char c:CHARACTER to (x,y:INTEGER) :INTEGER <-
  ( + pix_x,pix_y,offset_begin,offset_end:INTEGER;
    + bit_count:UINTEGER_16;
    + sz_letter:INTEGER;
    + car:UINTEGER_8;
    
    car := c.to_uinteger_8;
    ((y <= clip_y1) && {(y+15) >= clip_y0} && {x <= clip_x1}).if {
      pix_x:=x;      	
      ((car<32) || {car>=127}).if {
	car:=0;
      } else {
	car:=car-32;
      };
      offset_begin:=`__index_font[@car]`:INTEGER;
      offset_end  :=`__index_font[@car+1]`:INTEGER;
      sz_letter := offset_end-offset_begin + 1;
      ((pix_x + sz_letter) > clip_x0).if {
	{offset_begin != offset_end}.while_do {
	  (pix_x.in_range clip_x0 to clip_x1).if {
	    pix_y:=y;
	    bit_count:=1;
	    {bit_count != 0}.while_do {
	      (pix_y.in_range clip_y0 to clip_y1).if {
		((`__graph_font[@offset_begin]`:UINTEGER_16 & bit_count)!=0).if {
		  pixel_hard (pix_x,pix_y) color rgbcolor;
		};		
	      };
	      pix_y:=pix_y+1;
	      bit_count:=bit_count << 1;
	    };
	  };
	  pix_x:=pix_x+1;
	  offset_begin:=offset_begin+1;
	};
	pix_x := pix_x + 1;
      } else {
	pix_x := pix_x + sz_letter;
      };    
    };    
    pix_x
  );
  
  - print string:ABSTRACT_STRING at b:INTEGER to e:INTEGER to (x,y:INTEGER) :INTEGER <-
  ( + pix_x,pix_y,offset_begin,offset_end:INTEGER;
    + bit_count:UINTEGER_16;
    + car,sz_letter:INTEGER;
    
    ((y <= clip_y1) && {(y+15) >= clip_y0} && {x <= clip_x1}).if {
      pix_x:=x;
      b.to e do { j:INTEGER;
	car:=string.item j.to_integer;
	((car<32) || {car>=127}).if {
	  car:=0;
	} else {
	  car:=car-32;
	};
	offset_begin:=`__index_font[@car]`:INTEGER;
	offset_end  :=`__index_font[@car+1]`:INTEGER;
	sz_letter := offset_end-offset_begin + 1;
	((pix_x + sz_letter) > clip_x0).if {
	  {offset_begin != offset_end}.while_do {
	    (pix_x.in_range clip_x0 to clip_x1).if {
	      pix_y:=y;
	      bit_count:=1;
	      {bit_count != 0}.while_do {
		(pix_y.in_range clip_y0 to clip_y1).if {
		  ((`__graph_font[@offset_begin]`:UINTEGER_16 & bit_count)!=0).if {
		    pixel_hard (pix_x,pix_y) color rgbcolor;
		  };		
		};
		pix_y:=pix_y+1;
		bit_count:=bit_count << 1;
	      };
	    };
	    pix_x:=pix_x+1;
	    offset_begin:=offset_begin+1;
	  };
	  pix_x := pix_x + 1;
	} else {
	  pix_x := pix_x + sz_letter;
	};	
      };
    };
    pix_x
  );

  - print string:ABSTRACT_STRING to (x,y:INTEGER) :INTEGER <-
  ( 
    print string at (string.lower) to (string.upper) to (x,y)
  );
lisaac_0.39_rc1/lib/unstable/graphics/pixel_16.li0000644000175000017500000000721211314031255021571 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded PIXEL_16;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Pixel on 16 bits.";
    
Section Insert
  
  + parent_pixel:Expanded PIXEL;
  
Section Mapping  
  
  + real_color:UINTEGER_16;
  
Section Private  
    
  - convert_5_to_8:FAST_ARRAY(UINTEGER_8) :=
  ( + result:FAST_ARRAY(UINTEGER_8);
    + value:UINTEGER_8;
    
    result:=FAST_ARRAY(UINTEGER_8).create 32;    
    0.to 31 do { j:INTEGER;
      result.put value to j;
      value := value + 8;
    };
    result
  );
  
  - convert_6_to_8:FAST_ARRAY(UINTEGER_8) :=
  ( + result:FAST_ARRAY(UINTEGER_8);
    + value:UINTEGER_8;
    
    result:=FAST_ARRAY(UINTEGER_8).create 64;    
    0.to 63 do { j:INTEGER;
      result.put value to j;
      value := value + 4;
    };
    result
  );
      
Section Public
    
  - red:UINTEGER_8 <- 
  (
    (((real_color >> 11) & 1Fh)  << 3).to_uinteger_8
    //convert_5_to_8.item (real_color >> 11)
  );
  
  - green:UINTEGER_8 <- 
  (
    (((real_color >> 5) & 3Fh) << 2).to_uinteger_8
    //convert_6_to_8.item ((real_color >> 5) & 03Fh)
  );

  - blue:UINTEGER_8 <- 
  (
    ((real_color & 1Fh) << 3).to_uinteger_8
//    convert_5_to_8.item (real_color & 01Fh)
  );
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <-
  (
    ((col & 0F80000h) >> 8) |
    ((col & 000FC00h) >> 5) |
    ((col & 00000F8h) >> 3)
  );
  
  - make col:UINTEGER_32 <-
  (     
    real_color := (
      ((col & 0F80000h) >> 8) |
      ((col & 000FC00h) >> 5) |
      ((col & 00000F8h) >> 3)
    ).to_uinteger_16;
  );
  
  - color_rgb (r,g,b:UINTEGER_8) <-
  ( 
    real_color := (
      ((r & 0F8h).to_uinteger_16 << 8) |
      ((g & 0FCh).to_uinteger_16 << 3) |
      ((b & 0F8h).to_uinteger_16 >> 3)
    );
  );
  
  - size:UINTEGER_8       := 16; 
  - red_size:UINTEGER_8   := 5;
  - red_pos:UINTEGER_8    := 11;
  - green_size:UINTEGER_8 := 6;
  - green_pos:UINTEGER_8  := 5;
  - blue_size:UINTEGER_8  := 5;
  - blue_pos:UINTEGER_8   := 0;
  - reserved_size:UINTEGER_8 :=0;
  - reserved_pos:UINTEGER_8  :=0;
    
  - to_pixel_16:PIXEL_16 <- Self;




lisaac_0.39_rc1/lib/unstable/graphics/pixel_15.li0000644000175000017500000000637511314031255021601 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded PIXEL_15;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Pixel on 15 bits";
    
Section Insert
  
  + parent_pixel:Expanded PIXEL;
  
Section Mapping  
  
  + real_color:UINTEGER_16;
  
Section Private
      
  - convert_5_to_8:FAST_ARRAY(UINTEGER_8) :=
  ( + result:FAST_ARRAY(UINTEGER_8);
    + value:UINTEGER_8;
    
    result:=FAST_ARRAY(UINTEGER_8).create 32;
    0.to 31 do { j:INTEGER;
      result.put value to j;
      value := value + 8;      
    };
    result
  );
        
Section Public
  
  - red:UINTEGER_8 <- 
  (
    convert_5_to_8.item (real_color >> 10)
  );
  
  - green:UINTEGER_8 <- 
  (
    convert_5_to_8.item ((real_color >> 5) & 01Fh)
  );

  - blue:UINTEGER_8 <- 
  (
    convert_5_to_8.item (real_color & 01Fh)
  );
  
  - get_raw col:UINTEGER_32 :UINTEGER_32 <- 
  (
    ((col & 0F80000h) >> 9) |
    ((col & 000F800h) >> 6) |
    ((col & 00000F8h) >> 3)
  );
  
  - make col:UINTEGER_32 <-
  (   
    real_color := (
      ((col & 0F80000h) >> 9) |
      ((col & 000F800h) >> 6) |
      ((col & 00000F8h) >> 3)
    ).to_uinteger_16;
  );
  
  - make_rgb (r,g,b:UINTEGER_8) <-
  (
    real_color := (
      ((r & 0F8h).to_uinteger_16 << 7) |
      ((g & 0F8h).to_uinteger_16 << 2) |
      ((b & 0F8h).to_uinteger_16 >> 3)
    );
  );
    
  - size:UINTEGER_8          := 16; 
  - red_size:UINTEGER_8      := 5;
  - red_pos:UINTEGER_8       := 10;
  - green_size:UINTEGER_8    := 5;
  - green_pos:UINTEGER_8     := 5;
  - blue_size:UINTEGER_8     := 5;
  - blue_pos:UINTEGER_8      := 0;
  - reserved_size:UINTEGER_8 := 1;
  - reserved_pos:UINTEGER_8  :=15;
    
  - to_pixel_15:PIXEL_15 <- Self;
  

  

lisaac_0.39_rc1/lib/unstable/small-binding/0000755000175000017500000000000011314031256020533 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/small-binding/pcre/0000755000175000017500000000000011314031324021460 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/small-binding/pcre/test.li0000644000175000017500000000665311314031256023003 0ustar  sonntagsonntagSection Header

  + name := TEST;

  - copyright := "2009 Jeremy Cowgar";

  - comment := "Unit test for PCRE";

Section Public

  - main <-
  (
    + regex:PCRE;
    + name:STRING_CONSTANT;
    + tmp:STRING;

    UNIT_TEST.suite "PCRE";
    UNIT_TEST.section "Creation";

    regex := PCRE.create "([A-Z]+";
    (regex.error_code = 0).if {
      UNIT_TEST.test_failed "PCRE.create invalid pattern";
    } else {
      UNIT_TEST.test_passed "PCRE.create invalid pattern";
      UNIT_TEST.test "PCRE.error_code" integer (regex.error_code) equals 14;
      UNIT_TEST.test "PCRE.error_offset" integer (regex.error_offset) equals 8;
      UNIT_TEST.test "PCRE.error_message" string (regex.error_message) equals "missing )";
    };

    regex := PCRE.create "([A-Za-z]+) ([A-Za-z]+)";
    (regex.error_code = 0).if {
      UNIT_TEST.test_passed "PCRE.create";
    } else {
      UNIT_TEST.test_failed "PCRE.create";
    };

    name := "John Doe";

    UNIT_TEST.section "Basic Matching";
    regex := PCRE.create "[a-z]+";
    UNIT_TEST.test "PCRE.match" integer (regex.match name) equals 1;
    UNIT_TEST.test "PCRE.matches count" integer (regex.matches.count) equals 2;
    UNIT_TEST.test "PCRE.matches #1" integer (regex.matches.item 0) equals 2;
    UNIT_TEST.test "PCRE.matches #2" integer (regex.matches.item 1) equals 4;
    UNIT_TEST.test "PCRE.item #1" string (regex.item 0 on name) equals "ohn";

    UNIT_TEST.test "PCRE.match #2" integer (regex.match name since 5) equals 1;
    UNIT_TEST.test "PCRE.matches count #2" integer (regex.matches.count) equals 2;
    UNIT_TEST.test "PCRE.matches #1" integer (regex.matches.item 0) equals 7;
    UNIT_TEST.test "PCRE.matches #2" integer (regex.matches.item 1) equals 8;
    UNIT_TEST.test "PCRE.item #1" string (regex.item 0 on name) equals "oe";

    UNIT_TEST.section "Group Matching";
    regex := PCRE.create "([A-Za-z]+) ([A-Za-z]+)";
    UNIT_TEST.test "PCRE.match" integer (regex.match name) equals 3;
    UNIT_TEST.test "PCRE.matches count" integer (regex.matches.count) equals 6;
    UNIT_TEST.test "PCRE.matches #1" integer (regex.matches.item 0) equals 1;
    UNIT_TEST.test "PCRE.matches #2" integer (regex.matches.item 1) equals 8;
    UNIT_TEST.test "PCRE.matches #3" integer (regex.matches.item 2) equals 1;
    UNIT_TEST.test "PCRE.matches #4" integer (regex.matches.item 3) equals 4;
    UNIT_TEST.test "PCRE.matches #5" integer (regex.matches.item 4) equals 6;
    UNIT_TEST.test "PCRE.matches #6" integer (regex.matches.item 5) equals 8;
    UNIT_TEST.test "PCRE.item #1" string (regex.item 0 on name) equals "John Doe";
    UNIT_TEST.test "PCRE.item #2" string (regex.item 1 on name) equals "John";
    UNIT_TEST.test "PCRE.item #3" string (regex.item 2 on name) equals "Doe";

    UNIT_TEST.section "Replacement";

    regex := PCRE.create "([A-Za-z]+) ([A-Za-z]+)";
    tmp := regex.replace "John Doe" with "\\2, \\1";
    UNIT_TEST.test "PCRE.replace #1" string tmp equals "Doe, John";

    tmp := regex.replace "john doe" with "\\U\\1\\e \\2";
    UNIT_TEST.test "PCRE.replace #2" string tmp equals "JOHN doe";

    tmp := regex.replace "john doe" with "\\u\\1 \\u\\2";
    UNIT_TEST.test "PCRE.replace #3" string tmp equals "John Doe";

    tmp := regex.replace "JOHN DOE" with "\\L\\1\\e \\2";
    UNIT_TEST.test "PCRE.replace #4" string tmp equals "john DOE";

    tmp := regex.replace "JOHN DOE" with "\\l\\1 \\l\\2";
    UNIT_TEST.test "PCRE.replace #5" string tmp equals "jOHN dOE";

    UNIT_TEST.test_results;
  );
lisaac_0.39_rc1/lib/unstable/small-binding/pcre/pcre.li0000644000175000017500000002574211314031256022755 0ustar  sonntagsonntag//
// This code is released as-is for any purpose you see fit. Any
// bug fixes or enhancements you may make, it would be kind to
// contribute these back to me so others can benefit as well.
//
// Jeremy Cowgar 
//

Section Header
  // Binding for PCRE (http://pcre.org) for Lisaac

  + name      := PCRE;

  - copyright := "2009 Jeremy Cowgar";

  - comment   := "PCRE binding. Requires linking to libpcre.";

  - external := `
  #include 
  const char *PCRE_error_message;
  int PCRE_error_offset;
  int PCRE_error_code;
  int PCRE_ovector[30];
  `;

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  // Option Constants

  - default         :INTEGER := `DEFAULT`:INTEGER;
  - caseless        :INTEGER := `CASELESS`:INTEGER;
  - multiline       :INTEGER := `MULTILINE`:INTEGER;
  - dotall          :INTEGER := `DOTALL`:INTEGER;
  - extended        :INTEGER := `EXTENDED`:INTEGER;
  - anchored        :INTEGER := `ANCHORED`:INTEGER;
  - dollar_endonly  :INTEGER := `DOLLAR_ENDONLY`:INTEGER;
  - extra           :INTEGER := `EXTRA`:INTEGER;
  - notbol          :INTEGER := `NOTBOL`:INTEGER;
  - noteol          :INTEGER := `NOTEOL`:INTEGER;
  - ungreedy        :INTEGER := `UNGREEDY`:INTEGER;
  - notempty        :INTEGER := `NOTEMPTY`:INTEGER;
  - utf8            :INTEGER := `UTF8`:INTEGER;
  - no_auto_capture :INTEGER := `NO_AUTO_CAPTURE`:INTEGER;
  - no_utf8_check   :INTEGER := `NO_UTF8_CHECK`:INTEGER;
  - auto_callout    :INTEGER := `AUTO_CALLOUT`:INTEGER;
  - partial         :INTEGER := `PARTIAL`:INTEGER;
  - dfa_shortest    :INTEGER := `DFA_SHORTEST`:INTEGER;
  - dfa_restart     :INTEGER := `DFA_RESTART`:INTEGER;
  - firstline       :INTEGER := `FIRSTLINE`:INTEGER;
  - dupnames        :INTEGER := `DUPNAMES`:INTEGER;
  - newline_cr      :INTEGER := `NEWLINE_CR`:INTEGER;
  - newline_lf      :INTEGER := `NEWLINE_LF`:INTEGER;
  - newline_crlf    :INTEGER := `NEWLINE_CRLF`:INTEGER;
  - newline_any     :INTEGER := `NEWLINE_ANY`:INTEGER;
  - newline_anycrlf :INTEGER := `NEWLINE_ANYCRLF`:INTEGER;
  - bsr_anycrlf     :INTEGER := `BSR_ANYCRLF`:INTEGER;
  - bsr_unicode     :INTEGER := `BSR_UNICODE`:INTEGER;

Section Private

  + regex_pointer :POINTER := NULL;
  // Internal pointer to the "pcre *" handle.

Section Public

  + pattern:ABSTRACT_STRING;
  // Regular expression pattern

  + error_message:ABSTRACT_STRING;
  // Error message, if error_code is > 0

  + error_offset:INTEGER := 0;
  // Offset in the pattern where error occurred

  + error_code:INTEGER := 0;
  // Error code

Section Private
  // Internal setters used for creation slots

  - set_regex_pointer value:POINTER <-
  (
    regex_pointer := value;
  );

  - set_pattern value:ABSTRACT_STRING <-
  (
    pattern := value;
  );

  - set_error_message value:ABSTRACT_STRING <-
  (
    error_message := value;
  );

  - set_error_offset value:INTEGER <-
  (
    error_offset := value;
  );

  - set_error_code value:INTEGER <-
  (
    error_code := value;
  );

Section Private
  // Internal make slots

  - make pattern:ABSTRACT_STRING pointer pointer:POINTER :SELF <-
  (
    + result:SELF;

    result := SELF.clone;
    result.set_pattern pattern;
    result.set_regex_pointer pointer;
    result
  );

  - make pattern:ABSTRACT_STRING code error_code:INTEGER offset error_offset:INTEGER message error_message:ABSTRACT_STRING :SELF <-
  (
    + result:SELF;

    result := SELF.clone;
    result.set_pattern pattern;
    result.set_error_code error_code;
    result.set_error_offset error_offset;
    result.set_error_message error_message;
    result
  );

Section Public
  // Creation

  - create pattern:ABSTRACT_STRING :SELF <-
  // Create a new PCRE object.
  //
  // You should check the result.error_code. If not zero
  // then an error occurred while compiling the pattern.
  // You can retrieve detailed error information from
  // the slots `error_code`, `error_message` and
  // `error_offset`.
  (
    + pointer:POINTER;
    + n_pattern:NATIVE_ARRAY(CHARACTER);
    + error_message:STRING;
    + error_code:INTEGER;
    + error_offset:INTEGER;
    + result:SELF;

    n_pattern := pattern.to_external;

    pointer := `pcre_compile2(@n_pattern, 0, &PCRE_error_code, &PCRE_error_message, &PCRE_error_offset, NULL)`:POINTER;
    (pointer = 0). if {
      error_code := `PCRE_error_code`:INTEGER;
      error_offset := (`PCRE_error_offset`:INTEGER + 1);
      error_message := STRING.clone;
      error_message.from_external(`PCRE_error_message`:NATIVE_ARRAY(CHARACTER));

      result := SELF.make pattern code error_code offset error_offset message (error_message.to_string);
    } else {
      result := SELF.make pattern pointer pointer;
    };

    result
  );

  - clear <-
  // Clear any match data.
  (
    matches.clear;
  );

Section Public
  // Matching

  + matches:FAST_ARRAY(INTEGER);
  // Pairs of integers specifying the start and end of
  // the match for each capture group. Index 0 and 1
  // are always the entire match. Index 2 and 3 will
  // be the first matched group, 4 and 5 the second
  // matched group, etc...

  - match subject:ABSTRACT_STRING since since:INTEGER options options:INTEGER :INTEGER <-
  // Match against `subject` starting at `since` with the
  // with options `options`.
  //
  // Returns the number of matches found.
  (
    + pointer:POINTER;
    + n_subject:NATIVE_ARRAY(CHARACTER);
    + subject_len:INTEGER;
    + match_count:INTEGER;

    pointer := regex_pointer;
    n_subject := subject.to_external;
    subject_len := subject.count;

    match_count := `pcre_exec(@pointer, NULL, @n_subject, @subject_len, @since-1, @options, PCRE_ovector, 30)`:INTEGER;
    (match_count > 0).if {
      matches := FAST_ARRAY(INTEGER).create (match_count * 2);
      0.to (matches.count - 1) by 2 do { idx:INTEGER;
        matches.put (`PCRE_ovector[@idx]`:INTEGER + 1) to idx;
        matches.put (`PCRE_ovector[@idx+1]`:INTEGER) to (idx+1);
      };
    } else {
      matches := FAST_ARRAY(INTEGER).create 0;
    };

    match_count
  );

  - match subject:ABSTRACT_STRING since since:INTEGER :INTEGER <-
  // Match gainst `subject` with default options starting at
  // `since`.
  //
  // Returns the number of matches found.
  (
    match subject since since options 0
  );

  - match subject:ABSTRACT_STRING options options:INTEGER :INTEGER <-
  // Match against `subject` with `options` starting at
  // position 1 in the `subject`.
  //
  // Returns the number of matches found.
  (
    match subject since 1 options options
  );

  - match subject:ABSTRACT_STRING :INTEGER <-
  // Match against `subject` with default options starting
  // at position 1 in the `subject`.
  //
  // Returns the number of matches found.
  (
    match subject since 1 options 0
  );

  - count :INTEGER <-
  // Number of matches
  (
    (matches.count + 1) / 2 // +1 deals with the zero based index
  );

  - item idx:INTEGER on subject:ABSTRACT_STRING :STRING <-
  // Get a match item `idx` on `subject`. `idx` 0 being
  // the entire match, 1 being the first group, 2 being
  // the second, etc...
  //
  // Returns a new STRING.
  (
    + start:INTEGER;
    + result:STRING;

    (idx >= count).if {
      result := STRING.clone;
      result.make_empty;
    } else {
      start := idx * 2;

      result := (subject.substring (matches.item start) to (matches.item (start + 1)));
    };

    result
  );

Section Private

  - add_match subject:ABSTRACT_STRING match idx:INTEGER to result:STRING conversion convert:INTEGER :INTEGER <-
  (
    + value:STRING;
    + new_convert:INTEGER;
    + match_idx:INTEGER;

    match_idx := idx * 2;

    value := (subject.substring (matches.item match_idx) to (matches.item (match_idx + 1)));
    new_convert := convert;

    ( convert = 0 ).if {
      result.append value;
    }.elseif { convert = 1 } then {
      value.put ((value.item 1).to_upper) to 1;
      result.append value;
      new_convert := 0;
    }.elseif { convert = 2 } then {
      value.put ((value.item 1).to_lower) to 1;
      result.append value;
      new_convert := 0;
    }.elseif { convert = 3 } then {
      value.to_upper;
      result.append value;
    }.elseif { convert = 4 } then {
      value.to_lower;
      result.append value;
    };

    new_convert
  );

Section Public
  // Replacement
  //
  // All `replacement` values can contain a few key escaped characters:
  //
  // * \0 - recall entire match
  // * \1..\9 - recall match 1 through 9
  // * \u - convert the next character to upper case
  // * \l - convert the next character to lower case
  // * \U - convert all characters to upper case until a \E or \e is encountered
  // * \L - convert all characters to lower case until a \E or \e is encountered
  // * \E or \e - turn off upper or lower case conversion

  - replace subject:ABSTRACT_STRING with replacement:ABSTRACT_STRING since since:INTEGER options options:INTEGER :STRING <-
  // Replace `subject` with `replacement` starting at `since` with
  // the match options `options`.
  //
  // Returns a new STRING.
  (
    + ch:CHARACTER;
    + result:STRING;
    + idx:INTEGER;
    + convert:INTEGER; // 0=None, 1=Next Upper, 2=Next Lower, 3=Upper, 4=Lower

    match subject since since options options;

    result := STRING.clone;
    idx := 1;
    convert := 0;

    { idx <= replacement.count }.while_do {
      ch := replacement.item idx;

      ( ch = '\\' ).if {
        idx := idx + 1;
        ch := replacement.item idx;

        ( (ch >= '0') & (ch <= '9') ).if {
          convert := add_match subject match (ch.to_integer - 48) to result conversion convert;
        }.elseif { ch = 'u' } then {
          convert := 1;
        }.elseif { ch = 'l' } then {
          convert := 2;
        }.elseif { ch = 'U' } then {
          convert := 3;
        }.elseif { ch = 'L' } then {
          convert := 4;
        }.elseif { ch.to_upper = 'E' } then {
          convert := 0;
        };
      } else {
        ( convert = 1 ).if {
          ch := ch.to_upper;
          convert := 0;
        }.elseif { convert = 2 } then {
          ch := ch.to_lower;
          convert := 0;
        }.elseif { convert = 3 } then {
          ch := ch.to_upper;
        }.elseif { convert = 4 } then {
          ch := ch.to_lower;
        };

        result.append_character ch;
      };

      idx := idx + 1;
    };

    result
  );

  - replace subject:ABSTRACT_STRING with replacement:ABSTRACT_STRING since since:INTEGER :STRING <-
  // Replace `subject` with `replacement` starting at `since` with
  // the default match options.
  //
  // Returns a new STRING.
  (
    replace subject with replacement since since options 0
  );

  - replace subject:ABSTRACT_STRING with replacement:ABSTRACT_STRING options options:INTEGER :STRING <-
  // Replace `subject` with `replacement` starting at position
  // 1 with the default match options.
  //
  // Returns a new STRING.
  (
    replace subject with replacement since 1 options options
  );

  - replace subject:ABSTRACT_STRING with replacement:ABSTRACT_STRING :STRING <-
  // Replace `subject` with `replacement` starting at position
  // 1 with the default match options.
  //
  // Returns a new STRING.
  (
    replace subject with replacement since 1 options 0
  );
lisaac_0.39_rc1/lib/unstable/small-binding/README0000644000175000017500000000000011314031256021401 0ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/iup-binding/0000755000175000017500000000000011314031324020214 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/unstable/iup-binding/dialog.li0000644000175000017500000000376011314031255022012 0ustar  sonntagsonntagSection Header
  // Dialog

  + name      := DIALOG;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Dialog";

Section Inherit

  + parent_control:Expanded CONTROL := CONTROL;

Section Public

  + child:CONTROL;

Section Public
  // popup and show_xy possible values
  
  - show_center         :INTEGER := `IUP_CENTER`:INTEGER;
  - show_left           :INTEGER := `IUP_LEFT`:INTEGER;
  - show_right          :INTEGER := `IUP_RIGHT`:INTEGER;
  - show_mousepos       :INTEGER := `IUP_MOUSEPOS`:INTEGER;
  - show_current        :INTEGER := `IUP_CURRENT`:INTEGER;
  - show_centerparent   :INTEGER := `IUP_CENTER_PARENT`:INTEGER;
  - show_top            :INTEGER := `IUP_TOP`:INTEGER;
  - show_bottom         :INTEGER := `IUP_BOTTOM`:INTEGER;

Section Public
  // Creation
  
  - make title:ABSTRACT_STRING child control:CONTROL :SELF <-
  // Make a new dialog
  ( + result:SELF;
    + h, child_h:POINTER;
    
    child   := control;
    child_h := control.handle;
    h       := `IupDialog(@child_h)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result.store "TITLE" value title;
    result
  );
  
Section Public
  // Showing/hiding the dialog
  
  - popup (x:INTEGER,y:INTEGER) :INTEGER <-
  // Display the dialog as a modal popup dialog. You may wish to refer
  // to the documentation section "popup and show_xy possible values" for 
  // other possible values to popup.
  ( + h:POINTER;
    
    h := handle;
    `IupPopup(@h, @x, @y)`:(INTEGER)
  );
  
  - show :INTEGER <-
  // Show the dialog as a non-modal dialog
  ( + h:POINTER;
    h := handle;
    `IupShow(@h)`:(INTEGER)
  );
  
  - show x:INTEGER y y:INTEGER :INTEGER <-
  // Show the dialog as a non-modal dialog at X and Y. You may wish to refer
  // to the documentation section "popup and show_xy possible values" for 
  // other possible values to show x y.
  ( + h:POINTER;
    h := handle;
    `IupShowXY(@h, @x, @y)`:(INTEGER)
  );
  
  - hide <-
  // Hide the dialog
  ( + h:POINTER;
    h := handle;
    `IupHide(@h)`;
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/pplot.li0000644000175000017500000000075711314031255021714 0ustar  sonntagsonntagSection Header
  // PPlot

  + name      := PPLOT;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP PPlot";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Private
  
  - was_opened:BOOLEAN := FALSE;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;
    
    was_opened.if_false {
      was_opened := TRUE;
      `IupPPlotOpen()`;
    };

    h := `IupPPlot()`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/color_browser.li0000644000175000017500000000057711314031255023437 0ustar  sonntagsonntagSection Header
  // ColorBrowser

  + name      := COLOR_BROWSER;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP ColorBrowser";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupColorBrowser()`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/example.li0000644000175000017500000000123111314031255022175 0ustar  sonntagsonntagSection Header

  + name := EXAMPLE;

Section Inherit

  - parent:OBJECT := OBJECT;

Section Public

  - main <-
  ( + dlg:DIALOG;
    + main_box:HORIZONTAL_BOX;
    + hello, goodbye:BUTTON;
    
    IUP.open;
    
    hello := BUTTON.make "Say Hello";
    hello.set_expand "HORIZONTAL";
    hello.set_action { "Hello, World!".println; IUP.cb_default };

    goodbye := BUTTON.make "Say Goodbye";
    goodbye.set_action { "Goodbye, World!".println; IUP.cb_close };
    
    main_box := HORIZONTAL_BOX.make;
    main_box.add hello;
    main_box.add goodbye;

    
    dlg := DIALOG.make "Simple" child main_box;
    dlg.show;

    IUP.main_loop;
    IUP.close;
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/vertical_box.li0000644000175000017500000000065011314031255023227 0ustar  sonntagsonntagSection Header
  // Vertical box container control

  + name      := VERTICAL_BOX;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Vertical Box";

Section Inherit

  + parent:Expanded CONTAINER_CONTROL := CONTAINER_CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;
    
    h := `IupVbox(NULL)`:POINTER;
    
    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/val.li0000644000175000017500000000103611314031255021327 0ustar  sonntagsonntagSection Header
  // Val

  + name      := VAL;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Val";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make type:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    + h:POINTER;
    + n_type:NATIVE_ARRAY(CHARACTER);
    
    n_type := type.to_external;

    h := `IupVal(@n_type)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );

  - make_horizontal :SELF <- make "HORIZONTAL";
  - make_vertical :SELF <- make "VERTICAL";
lisaac_0.39_rc1/lib/unstable/iup-binding/dial.li0000644000175000017500000000111611314031255021455 0ustar  sonntagsonntagSection Header
  // Dial

  + name      := DIAL;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Dial";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make type:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    + h:POINTER;
    + n_type:NATIVE_ARRAY(CHARACTER);
    
    n_type := type.to_external;

    h := `IupDial(@n_type)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );

  - make_horizontal :SELF <- make "HORIZONTAL";
  - make_vertical :SELF <- make "VERTICAL";
  - make_circular :SELF <- make "CIRCULAR";
lisaac_0.39_rc1/lib/unstable/iup-binding/label.li0000644000175000017500000000071611314031255021630 0ustar  sonntagsonntagSection Header
  // Label

  + name      := LABEL;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Label";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make title:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    + h:POINTER;
    + n_title:NATIVE_ARRAY(CHARACTER);
    
    n_title := title.to_external;

    h := `IupLabel(@n_title)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/button.li0000644000175000017500000000501011314031255022054 0ustar  sonntagsonntagSection Header
  // Button

  + name      := BUTTON;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Button";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Private

  + action_block:{INTEGER};

Section External

  - perform_action h:POINTER :INTEGER <-
  ( + b:BUTTON;
    + obj:POINTER;
    
    obj := `IupGetCallback(@h, "LISAAC_OBJ")`:POINTER;
    b := CONVERT(POINTER, BUTTON).on obj;
    b.action_block.value
  );

Section Public
  // Creation
  
  - make title:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    + h:POINTER;
    + n_title:NATIVE_ARRAY(CHARACTER);
    
    n_title := title.to_external;

    h := `IupButton(@n_title, NULL)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    `IupSetCallback(@h, "LISAAC_OBJ", (void *) @result)`;
    result
  );
  
Section Public
  // Callbacks
  
  - set_action b:{INTEGER} <-
  ( + h:POINTER;
    
    h := handle;
    `IupSetCallback(@h, IUP_ACTION, (Icallback) perform_action)`;
    
    action_block := b;
  );

Section Public
  // Attributes
  
  - set_alignment v:ABSTRACT_STRING <- store "ALIGNMENT" value v;
  - alignment :ABSTRACT_STRING <- get "ALIGNMENT";

  - set_canfocus v:BOOLEAN <- store "CANFOCUS" boolean v;
  - canfocus :BOOLEAN <- (get "CANFOCUS") = "YES";
  
  - set_flat v:BOOLEAN <- store "FLAT" boolean v;
  - flat :BOOLEAN <- (get "FLAT") = "YES";

  - set_focusonclick v:BOOLEAN <- store "FOCUSONCLICK" boolean v;
  - focus_on_click <- (get "FOCUSONCLICK") = "YES";
  
  - set_image v:ABSTRACT_STRING <- store "IMAGE" value v;
  - image :ABSTRACT_STRING <- get "IMAGE";
  
  - set_inactive_image v:ABSTRACT_STRING <- store "IMINACTIVE" value v;
  - inactive_image :ABSTRACT_STRING <- get "IMINACTIVE";
  
  - set_press_image v:ABSTRACT_STRING <- store "IMPRESS" value v;
  - press_image :ABSTRACT_STRING <- get "IMPRESS";
  
  - set_press_border_image v:ABSTRACT_STRING <- store "IMPRESSBORDER" value v;
  - press_border_image :ABSTRACT_STRING <- get "IMPRESSBORDER";
  
  - set_image_position v:ABSTRACT_STRING <- store "IMAGEPOSITION" value v;
  - image_position :ABSTRACT_STRING <- get "IMAGEPOSITION";
  
  - set_markup v:ABSTRACT_STRING <- store "MARKUP" value v;
  - markup :ABSTRACT_STRING <- get "MARKUP";

  - set_padding v:ABSTRACT_STRING <- store "PADDING" value v;
  - padding :ABSTRACT_STRING <- get "PADDING";

  - set_spacing v:ABSTRACT_STRING <- store "SPACING" value v;
  - spacing :ABSTRACT_STRING <- get "SPACING";

  - set_title v:ABSTRACT_STRING <- store "TITLE" value v;
  - title :ABSTRACT_STRING <- get "TITLE";
lisaac_0.39_rc1/lib/unstable/iup-binding/horizontal_box.li0000644000175000017500000000065611314031255023615 0ustar  sonntagsonntagSection Header
  // Horizontal box container control

  + name      := HORIZONTAL_BOX;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Horizontal Box";

Section Inherit

  + parent:Expanded CONTAINER_CONTROL := CONTAINER_CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;
    
    h := `IupHbox(NULL)`:POINTER;
    
    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/iup.li0000644000175000017500000000745211314031255021352 0ustar  sonntagsonntagSection Header
  // Binding of IUP (http://www.tecgraf.puc-rio.br/iup/) for Lisaac

  + name      := IUP;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP binding";

  - external := `
  #include "iup.h"
  `;
  
  - lip <-
  (
    (target = "windows").if {
      add_lib "-Wl,--start-group -lgdi32 -lcomdlg32 -lcomctl32 -lopengl32 -lglu32 -lcd -liupcd -liup -liupcontrols -liupim -lim -lfreetype6 -lcomctl32 -lole32 -Wl,--end-group";
    };
  );

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  // Error information
  
  - error_message  :ABSTRACT_STRING;
  - error_code     :INTEGER := `IUP_NOERROR`:INTEGER;

  - error_none     :INTEGER := `IUP_NOERROR`:INTEGER;
  - error          :INTEGER := `IUP_ERROR`:INTEGER;
  - error_opened   :INTEGER := `IUP_OPENED`:INTEGER;

Section Public
  // Callback return values
  
  - cb_ignore      :INTEGER := `IUP_IGNORE`:INTEGER;
  - cb_default     :INTEGER := `IUP_DEFAULT`:INTEGER;
  - cb_close       :INTEGER := `IUP_CLOSE`:INTEGER;
  - cb_continue    :INTEGER := `IUP_CONTINUE`:INTEGER;

Section Private

  - set_error code:INTEGER message message:ABSTRACT_STRING <-
  (
    error_message := message.clone;
    error_code := code;
  );

Section Public
  // System
  
  - open :BOOLEAN <-
  ( + result:BOOLEAN;
    (`IupOpen(NULL, NULL)`:(INTEGER) = error_none).if {
      result := TRUE;
      `
      #if 0
      `;
      
      BUTTON.perform_action NULL;

      `
      #endif
      `;
    } else {
      result := FALSE;
    };

    result
  );
  
  - close <-
  (
    `IupClose()`;
  );
  
  - version :STRING <-
  ( + n_version : NATIVE_ARRAY(CHARACTER);
    + result : STRING;
 
    n_version := `IupVersion()`:NATIVE_ARRAY(CHARACTER);

    result := STRING.clone;
    result.from_external(n_version);
    result
  );
  
  - load filename:ABSTRACT_STRING :BOOLEAN <-
  ( + n_filename : NATIVE_ARRAY(CHARACTER);
    + n_message : NATIVE_ARRAY(CHARACTER);
    + message : STRING;
    + result : BOOLEAN;
  
    n_filename := filename.to_external;
    n_message := `IupLoad(@n_filename)`:NATIVE_ARRAY(CHARACTER);
    (n_message = NULL).if {
      result := TRUE;
    } else {
    result := FALSE;
      message := STRING.clone;
      message.from_external(n_message);
      set_error (-1) message message; 
    };

    result
  );
  
  - set_language language:ABSTRACT_STRING <-
  ( + n_language : NATIVE_ARRAY(CHARACTER);
    n_language := language.to_external;
   	`IupSetLanguage(@n_language)`;
  );
  
  - get_language :ABSTRACT_STRING <-
  ( + n_lang : NATIVE_ARRAY(CHARACTER);
    + result : STRING;
    
    n_lang := `IupGetLanguage()`:NATIVE_ARRAY(CHARACTER);
    
    result := STRING.clone;
    result.from_external(n_lang);
    result
  );

Section Public
  // Attributes
  
Section Public
  // Events
  
  - main_loop <-
  (
    `IupMainLoop()`;
  );
  
  - main_loop_level :INTEGER <-
  (
    `IupMainLoopLevel()`:INTEGER
  );
  
  - loop_step :INTEGER <-
  (
    `IupLoopStep()`:INTEGER
  );
  
  - exit_loop <-
  (
    `IupExitLoop()`;
  );
  
  - flush <-
  (
    `IupFlush()`;
  );

Section Public
  // Layout Construction
  
Section Public
  // Layout Composition
  
Section Public
  // Layout Hierarchy
  
Section Public
  // Layout Utilities
  
Section Public
  // Dialogs 
  
Section Public
  // Predefined Dialogs
  
  - message msg:ABSTRACT_STRING title title:ABSTRACT_STRING <-
  (
    + n_msg:NATIVE_ARRAY(CHARACTER);
    + n_title:NATIVE_ARRAY(CHARACTER);
    
    n_msg := msg.to_external;
    n_title := title.to_external;
    
    `IupMessage(@n_title, @n_msg)`;
  );

Section Public
  // Standard Controls
  
Section Public
  // Additional Controls
  
Section Public
  // Matrix Utilities
  
Section Public
  // Keyboard

Section Public
  // Menus

Section Public
  // Images

Section Public
  // Names

Section Public
  // Fonts

Section Public
  // Miscellaneous

lisaac_0.39_rc1/lib/unstable/iup-binding/canvas.li0000644000175000017500000000055511314031255022025 0ustar  sonntagsonntagSection Header
  // Canvas

  + name      := CANVAS;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Canvas";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupCanvas(NULL)`:POINTER;

    result := SELF.clone;
    result.set_handle hndl;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/container_control.li0000644000175000017500000000060011314031255024263 0ustar  sonntagsonntagSection Header
  // Base container control

  + name     := CONTAINER_CONTROL;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Container Control";

Section Inherit

  + parent_control:Expanded CONTROL := CONTROL;

Section Public

  - add child:CONTROL <-
  ( + h:POINTER;
    + ch:POINTER;
    
    h := handle;
    ch := child.handle;

    `IupAppend(@h, @ch)`;
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/text.li0000644000175000017500000000074111314031255021533 0ustar  sonntagsonntagSection Header
  // Text

  + name      := TEXT;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Text";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupText(NULL)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );

  - make_multiline :SELF <-
  ( + result:SELF;

    result := make;
    result.store "MULTILINE" boolean TRUE;
    result
  );lisaac_0.39_rc1/lib/unstable/iup-binding/tabs.li0000644000175000017500000000061011314031255021473 0ustar  sonntagsonntagSection Header
  // Tabs container

  + name      := TABS;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Tabs";

Section Inherit

  + parent:Expanded CONTAINER_CONTROL := CONTAINER_CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;
    
    h := `IupTabs(NULL)`:POINTER;
    
    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/cells.li0000644000175000017500000000054211314031255021650 0ustar  sonntagsonntagSection Header
  // Cells

  + name      := CELLS;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Cells";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupCells()`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/ole_control.li0000644000175000017500000000075611314031255023074 0ustar  sonntagsonntagSection Header
  // OLE Control

  + name      := OLE_CONTROL;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP OLEControl";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make prog_id:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    + h:POINTER;
    + n_prog_id:NATIVE_ARRAY(CHARACTER);
    
    n_prog_id := prog_id.to_external;

    h := `IupOleControl(@n_prog_id)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/list.li0000644000175000017500000000054211314031255021521 0ustar  sonntagsonntagSection Header
  // List

  + name      := LIST;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP List";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupList(NULL)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/toggle.li0000644000175000017500000000073011314031255022026 0ustar  sonntagsonntagSection Header
  // Toggle

  + name      := TOGGLE;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Toggle";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make title:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    + h:POINTER;
    + n_title:NATIVE_ARRAY(CHARACTER);
    
    n_title := title.to_external;

    h := `IupToggle(@n_title, NULL)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/control.li0000644000175000017500000000643011314031255022230 0ustar  sonntagsonntagSection Header
  // Base control

  + name     := CONTROL;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Control";

Section Inherit

  - parent_iup:IUP := IUP;

Section Public

  + handle:POINTER;

  - set_handle p:POINTER <-
  (
    handle := p;
  );

Section Public
  // Attribute utility methods
  
  - store name:ABSTRACT_STRING value v:ABSTRACT_STRING <-
  ( + n_name:NATIVE_ARRAY(CHARACTER);
    + n_v:NATIVE_ARRAY(CHARACTER);
    + h:POINTER;
    
    h := handle;
    n_name := name.to_external;
    n_v := v.to_external;
    
    `IupStoreAttribute(@h, @n_name, @n_v)`;
  );
  
  - store name:ABSTRACT_STRING boolean v:BOOLEAN <-
  ( + n_name:NATIVE_ARRAY(CHARACTER);
    + n_v:NATIVE_ARRAY(CHARACTER);
    + h:POINTER;
       
    h := handle;
    n_name := name.to_external;
    v.if_true { n_v := "YES".to_external; }
    else { n_v := "NO".to_external; };
       
    `IupStoreAttribute(@h, @n_name, @n_v)`;
  );
  
  - get name:ABSTRACT_STRING :ABSTRACT_STRING <-
  ( + n_name, n_val : NATIVE_ARRAY(CHARACTER);
    + h:POINTER;
    + result : STRING;
        
    h := handle;
    n_name := name.to_external;
    n_val := `IupGetAttribute(@h, @n_name)`:NATIVE_ARRAY(CHARACTER);
        
    result := STRING.clone;
    result.from_external(n_val);
    result
  );

  - set_callback name:ABSTRACT_STRING slot v:POINTER <-
  ( + n_name:NATIVE_ARRAY(CHARACTER);
    
    h := handle;
    n_name := name.to_external;
    
    `IupSetCallback(@h, @n_name, @v)`;
  );

Section Public
  // Common control attributes

  - set_active state:BOOLEAN <- store "ACTIVE" boolean state;
  - active :BOOLEAN <- (get "ACTIVE") = "YES";

  - set_background_color color:ABSTRACT_STRING <- store "BGCOLOR" value color;  
  - background_color :ABSTRACT_STRING <- get "BGCOLOR";

  - set_foreground_color color:ABSTRACT_STRING <- store "FGCOLOR" value color; 
  - foreground_color color:ABSTRACT_STRING <- get "FGCOLOR";

  - set_font font:ABSTRACT_COLOR <- store "FONT" value font;
  - font :ABSTRACT_STRING <- get "FONT";

  - set_visible state:BOOLEAN <- store "VISIBLE" value state;
  - visible :BOOLEAN <- (get "VISIBLE") = "YES";

  - clientsize :ABSTRACT_STRING <- get "CLIENTSIZE";
  
  - set_expand v:ABSTRACT_STRING <- store "EXPAND" value v;
  - expand :ABSTRACT_STRING <- get "EXPAND";
  
  - set_floating v:BOOLEAN <- store "FLOATING" boolean value;
  - floating :BOOLEAN <- (get "FLOATING") = "YES";
  
  - set_name v:ABSTRACT_STRING <- store "NAME" value v;
  - name :ABSTRACT_STRING <- get "NAME";
  
  - set_position position:ABSTRACT_STRING <- store "POSITION" value v;
  - position :ABSTRACT_STRING <- get "POSITION";
  
  - set_raster_size v:ABSTRACT_STRING <- store "RASTERSIZE" value v;
  - raster_size :ABSTRACT_STRING <- get "RASTERSIZE";
  
  - set_size v:ABSTRACT_STRING <- store "SIZE" value v;
  - size :ABSTRACT_STRING <- get "SIZE";
  
  - set_tip v:ABSTRACT_STRING <- store "TIP" value v;
  - tip :ABSTRACT_STRING <- get "TIP";
  
  - set_title v:ABSTRACT_STRING <- store "TITLE" value v;
  - title :ABSTRACT_STRING <- get "TITLE";
  
  - set_value v:ABSTRACT_STRING <- store "VALUE" value v;
  - value :ABSTRACT_STRING <- get "VALUE";
  
  - wid :ABSTRACT_STRING <- get "WID";  
  - x :ABSTRACT_STRING <- get "X";
  - y :ABSTRACT_STRING <- get "Y";

  - set_zorder v:ABSTRACT_STRING <- store "ZORDER" value v;
lisaac_0.39_rc1/lib/unstable/iup-binding/spin.li0000644000175000017500000000053611314031255021522 0ustar  sonntagsonntagSection Header
  // Spin

  + name      := SPIN;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Spin";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupSpin()`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/progress_bar.li0000644000175000017500000000057411314031255023243 0ustar  sonntagsonntagSection Header
  // Progress Bar

  + name      := PROGRESS_BAR;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP ProgressBar";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupProgressBar()`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/color_bar.li0000644000175000017500000000055711314031255022516 0ustar  sonntagsonntagSection Header
  // Colorbar

  + name      := COLOR_BAR;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP ColorBar";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupColorBar()`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/tree.li0000644000175000017500000000053611314031255021510 0ustar  sonntagsonntagSection Header
  // Tree

  + name      := TREE;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Tree";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupTree()`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/gl_canvas.li0000644000175000017500000000056411314031255022507 0ustar  sonntagsonntagSection Header
  // GL Canvas

  + name      := GL_CANVAS;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP GLCanvas";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupGLCanvas(NULL)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/README0000644000175000017500000000126511314031255021103 0ustar  sonntagsonntagThis is the very early stages of a wrapper for IUP.

It has been tested only on Windows but should work on Linux/Unix
systems fairly easy. You will need to edit the lip slot iup.li and
add the correct library definitions for your OS. That should be
all that is necessary.

To compile this on Windows, you need to download the Iup, Cd and Img
libraries for your version of MinGW. Place the libraries into your
MinGW/lib directory and the include files into your MinGW/include
directory.

You can test the interface by compiling and running the example:

  lisaac example.li

When complete, this will be an entire wrapping around Iup, Cd and Img
complete with a fully Object Oriented interface.
lisaac_0.39_rc1/lib/unstable/iup-binding/frame.li0000644000175000017500000000063611314031255021644 0ustar  sonntagsonntagSection Header
  // Frame

  + name      := FRAME;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP FRAME";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make child:CONTROL :SELF <-
  ( + result:SELF;
    + child_h, h:POINTER;

    child_h := child.handle;
    h := `IupFrame(@child_h)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/unstable/iup-binding/matrix.li0000644000175000017500000000055211314031255022053 0ustar  sonntagsonntagSection Header
  // Matrix

  + name      := MATRIX;

  - copyright := "2009, Jeremy Cowgar";

  - comment   := "IUP Matrix";

Section Inherit

  + parent:Expanded CONTROL := CONTROL;

Section Public
  
  - make :SELF <-
  ( + result:SELF;
    + h:POINTER;

    h := `IupMatrix(NULL)`:POINTER;

    result := SELF.clone;
    result.set_handle h;
    result
  );
lisaac_0.39_rc1/lib/standard/0000755000175000017500000000000011314031246015775 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/property/0000755000175000017500000000000011314031324017656 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/property/traversable.li0000644000175000017500000001063011314031246022521 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := TRAVERSABLE(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "A `TRAVERSABLE(E_)' is a finite readable sequence of objects of type E_.";
  
  // For instance, `COLLECTION's and `STRING's are `TRAVERSABLE'.
  //
  // A good performance should always be obtained by sequentially acessing a 
  // `TRAVERSABLE' with increasing indexes (from `lower' to `upper'), as 
  // demonstrated in the following code snippet :
  //
  //  i := a_traversable.lower;
  //  {i > a_traversable.upper}.until_do {
  //    do_something_with (a_traversable.item i);
  //    i := i + 1;
  //  };
  //
  // Other accessing methods (including random access and sequential access 
  // from `upper' to `lower') may or may not lead to acceptable performance, 
  // depending on the particular implementation of `TRAVERSABLE'.
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  //
  // Indexing:
  //
  
  - lower:INTEGER <-
  // Minimum index.
  //
  // See also `upper', `valid_index', `item'.
  (
    deferred;
    0
  );

  - upper:INTEGER <-
  // Maximum index.
  //
  // See also `lower', `valid_index', `item'.
  (
    deferred;
    0
  );	
  
  - valid_index i:INTEGER :BOOLEAN <-
  // True when `i' is valid (i.e., inside actual bounds).
  //
  // See also `lower', `upper', `item'.
  ( 
    (lower <= i) && {i <= upper}
  )
  [        
    "Definition." +? {Result = ((lower <= i) & (i <= upper))};
  ];

  //
  // Counting:
  //
  
  - count:INTEGER <-
  // Number of available indices.
  //
  // See also `is_empty', `lower', `upper'.
  (
    deferred;
    0
  )
  [
    "Definition." +? {Result = upper - lower + 1};
  ];

  - is_empty:BOOLEAN <-
  // Is collection empty ?
  //
  // See also `count'.
  (
    count = 0
  )
  [
    "Definition." +? {Result = (count = 0)};
  ];
  
  //
  // Accessing:
  //
  
  - item i:INTEGER :V <-
  // Item at the corresponding index `i'.
  //
  // See also `lower', `upper', `valid_index'.
  [
    -? {valid_index i};
  ]
  (
    deferred;
    V
  );

  - first:V <-
  // The very `first' item.
  //
  // See also `last', `item'.
  [
    -? {! is_empty};
  ]
  (
    item lower
  )
  [	
    "Definition." +? {Result = item lower};
  ];

  - last:V <-
  // The `last' item.
  //
  // See also `first', `item'.
  [ 
    -? {! is_empty};
  ]
  (
    item upper
  )
  [
    "Definition." +? {Result = item upper};
  ];
  
  //
  // Iterate:
  //

  - iterate :ITERATOR(V) <- ITERATOR(V).create Self;

  - iterate_index idx:INTEGER :ITERATOR(V) <-
    ITERATOR(V).create Self index idx;

  - iterate_increment inc:INTEGER :ITERATOR(V) <-
    ITERATOR(V).create Self increment inc;

  - iterate_index idx:INTEGER increment inc:INTEGER :ITERATOR(V) <-
    ITERATOR(V).create Self index idx increment inc;

  - iterate_reverse :ITERATOR(V) <- ITERATOR(V).create_reverse Self;


lisaac_0.39_rc1/lib/standard/property/hashable.li0000644000175000017500000000363211314031246021762 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := HASHABLE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :=" .";
    
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - hash_code:INTEGER <-
  // The hash-code value of `Current'.
  (
    deferred;
    // ? {  result >= 0 };
  );


lisaac_0.39_rc1/lib/standard/property/safe_equal.li0000644000175000017500000000552511314031246022323 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := SAFE_EQUAL(E);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment :="The goal of this class is to share the definition of \
              \feature `safe_equal'. Feature `safe_equal' compares  \
              \two arguments of type E, by calling `==' only  \
              \and only if both arguments have the `same_type'..";
    
Section Inherit
  
  - parent:OBJECT := OBJECT;
  
Section Public
  
  - safe_equal (e1, e2:E) :BOOLEAN <-
  // In order to avoid run-time type errors, feature `safe_equal' call
  // `==' only when `e1' and `e2' have exactly the same `generating_type'.
  // Furthermore, this feature avoid argument passing from some
  // expanded type to the corresponding reference type (no automatic
  // allocation of some reference type during the comparison).
  ( /*
    + result:BOOLEAN;
    
    ( e1.is_basic_expanded_type).if { then
      result := (e1 = e2);
    }.elseif {e1.is_expanded_type} then {
      result := e1 == e2;
    }.elseif {e1 = e2} then {
      result := true;
    }.elseif {(e1 = NULL) || {e2 = NULL}} then {
    }.elseif {e1.generating_type = e2.generating_type} then {
      result := e1 == e2;
    }; // end if
    
    result
    */
    (e1=e2) || {(e1!=NULL) && {e1==e2}}
  );
  

lisaac_0.39_rc1/lib/standard/property/comparable.li0000644000175000017500000001003711314031246022315 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := COMPARABLE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := " All classes handling COMPARABLE objects with a total order\
               \relation should inherit from this class.";
    
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - Self:SELF '=='  Right 60 other:E :BOOLEAN <- 
  ( + result:BOOLEAN;
    + same:SELF;
    same ?= other;
    (same != NULL) && {! (Self < same)} && { ! (same < Self)}
  );

  - Self:SELF '<' Left 1 other:SELF :BOOLEAN <-
  // Is `self' strictly less than `other'?
  (
    ? { other != NULL };
    deferred;
    //? { result -> ! (other < self)};
  );

  - Self:SELF '<=' Left 1 other:SELF :BOOLEAN <-
  // Is `self' less than or equal `other'?
  (
    + result:BOOLEAN;
    
    ? { other != NULL };
    result := ! (other < Self);
    ? { result = ((Self < other) | == other)};
    
    result
  );

  - Self:SELF '>' other:SELF :BOOLEAN <-
  // Is `self' strictly greater than `other'?
  (
    ?{ other != NULL };
    other < Self
  );

  - Self:SELF '>=' other:SELF :BOOLEAN <-
  // Is `self' greater than or equal than `other'?
  (
    ?{ other != NULL };
    ! (Self < other)
  );
  
  - in_range lower:SELF to upper:SELF :BOOLEAN <-
  // Return true if `self' is in range [`lower'..`upper']
  (
    (Self >= lower) && { Self <= upper }
  );

  - compare other:SELF :INTEGER <-
  // If current object equal to `other', 0;
  // if smaller,  -1; if greater, 1.
  (
    + result:INTEGER;
    ?{ other != NULL };
    (Self < other).if {
      result := -1;
    }.elseif { other < Self } then {
      result := 1;
    } else {
      result := 0;
    };
	
    ? { (result =  0) = ( == other)};
    ? { (result = -1) = (Self < other)};
    ? { (result =  1) = (Self > other)};

    result
  );

  - min other:SELF :SELF <-
  // Minimum of `self' and `other'.
  (
    + result:SELF;
    
    ?{ other != NULL };
    ( Self <= other ).if {
      result := Self;
    } else {
      result := other;
    };
    
    ? { (result <= Self) && { result <= other}};
    ? { (compare result = 0) || { other.compare result = 0 }};
    
    result
  );
  
  
  - max other:SELF :SELF <-
  // Maximum of `self' and `other'.
  (
    + result:SELF;
    ?{ other != NULL };
    
    ( Self >= other ).if {
      result := Self;
    } else {
      result := other;
    };

    ? { (result >= Self) && { result >= other }};
    ? { (compare result = 0) || {other.compare result = 0}};

    result
  );


lisaac_0.39_rc1/lib/standard/number/0000755000175000017500000000000011314031246017265 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/number/integer/0000755000175000017500000000000011314031246020722 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/number/integer/integer.li0000644000175000017500000003077311314031246022717 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name   := Expanded INTEGER;
  
  - export := 
  // Integer: 
  UINTEGER_8,  UINTEGER_16, UINTEGER_32 , UINTEGER_64,
  INTEGER_8 ,  INTEGER_16 , INTEGER_32  , INTEGER_64 ,
  UINTEGER_BIG,UINTEGER   , UINTEGER_CPU,//INTEGER_BIG,
  // Fixed real:
  UREAL_16_16, UREAL_24_8 , UREAL_26_6  , 
  REAL_16_16 , REAL_24_8  , REAL_26_6   , 
  // Float Real:
  REAL, REAL_32, REAL_64, REAL_80,
  // Other:
  POINTER;
 
  - comment := "Generic Integer.";
  
  - type    := `signed int`;
  - default := 0;

Section Insert
  
  - inherit_numeric:NUMERIC := NUMERIC;
  
Section Public
    
  //
  // Range.
  //
  
  - maximum:UINTEGER_64 <- 
  // Maximum of integer	
  07FFFFFFFh.to_raw_uinteger_64; 

  - minimum:INTEGER_64  <- 
  // Minimum of integer
  (- 07FFFFFFFh).to_raw_integer_64; 

  //
  // Binary Operator.
  //
  
  - Self:SELF '%'  Left 100 other:SELF    :SELF <- 
  // Modulo
  Self - ((Self / other) * other);
  
  - Self:SELF '%#' Left 100 other:INTEGER :SELF <- 
  // Modulo
  Self % other;
  
  - Self:SELF '**' Right 120 exp:SELF :SELF <-
  // Power
  ( + result:SELF;
    
    (exp = 0).if {
      result := 1;
    } else {
      ((exp & 1) = 0).if {
        result := (Self * Self) ** (exp / 2);
      } else {
        result := Self * (Self ** (exp - 1));
      };
    };
    result
  );

  - pow exp:SELF :SELF <-
  (
    Self ** exp
  );

  //
  // Conversion format with test.
  //
  
  - bound_test low:INTEGER_64 to up:UINTEGER_64 :BOOLEAN <-
  (
    TRUE
  );
  
//  - to_integer:INTEGER <- Self;
  
  - to_pointer:POINTER <-
  (
    to_raw_pointer
  );
  
  //
  // BCD Format. 
  //
  
  - to_binary:SELF <-
  // Self is BCD formatted, convert to binary value
  ( + result:SELF;
    + val,mul:SELF;
    
    val := Self;
    mul := 1;
    {val!=0}.while_do {
      result := result + (val & 0Fh) * mul;
      mul    := mul * 10;
      val    := val >> 4;
    };
    
    result
  );
  
  - to_bcd:SELF <-
  // Self is binary formatted, convert to bcd value
  ( + result:SELF;
    + val,mul:SELF;
    
    val := Self;
    {val != 0}.while_do {
      result := result | ((val % 10) << mul);
      mul    := mul + 4;
      val    := val / 10;
    };
    
    result    
  );
  
  //
  // Facility typing.
  //
  
  - kb:SELF <- 
  // Self in Kilobyte (ie. 1kb = 1024 bytes)
  Self << 10;
  
  - mb:SELF <- 
  // Self in megabytes
  Self << 20;

  - gb:SELF <- 
  // Self in gigabytes
  Self << 30;

  - tb:SELF <- 
  // Self in terabytes
  Self << 40;

  //
  // Logic Operator
  //
      
  - Self:SELF '&'  Left 100 other:SELF :SELF <- 
  // AND operator
  `6`;

  - Self:SELF '|'  Left 80  other:SELF :SELF <- 
  // OR operator
  ~(~Self & ~other);

  - Self:SELF '^'  Left 80  other:SELF :SELF <- 
  // XOR operator
  (~Self & other) | (Self & ~other);

  - Self:SELF '>>' Left 100 other:INTEGER :SELF <- 
  // Shift right
  `7`;

  - Self:SELF '<<' Left 100 other:INTEGER :SELF <- 
  // Shift left
  `8`;
  
  //
  // Unary operator
  //
    
  - '~' Self:SELF :SELF <- - Self - SELF.one; 
  
  //
  // Test. 
  //
  
  - align_power step:SELF :SELF <-
  [ 
    -? {step.is_power_2};
  ]
  ( + a:SELF;
    
    a := step - 1;
    (Self + a) & (~ a)
  );
  
  - is_power_2:BOOLEAN <-
  // TRUE is Self is power of 2
  ( + val:SELF;
    + result:BOOLEAN;
    
    (Self != 0).if {      
      val := Self;
      {val.is_even}.while_do {
	val := val >> 1;
      };      
      result := val = 1;      
    };
    result
  );
    
  //
  // Function :
  //
  
  - sqrt:SELF <-
  // Square root
  ( + r,x:SELF;
    
    x:=(Self + 1) >> 1;
    {x > r}.while_do {
      x:=x-r;
      r:=r+1;
    };
    r
  );
  
  - Self:SELF '!' :SELF <- 
  // Factorial. Use it like "45!" or "bar!.print;"
  factorial;
  
  - factorial:SELF <-
  // Factorial
  // * Require: Self >= 0
  [
    -? {Self >= 0};
  ]
  ( + result,value:SELF;
   
    result := 1;
    value  := Self;
    {value <= 1}.until_do {
      result := result * value;
      value  := value - 1;
    };
    result
  );
  
  - fibonacci:SELF <-
  // Fibonacci
  // * Require: Self >= 0
  [
    -? {Self >= 0};
  ]
  ( + result:SELF;
        
    (Self <= 1).if {
      result := 1;
    } else {
      result := (Self-1).fibonacci + (Self-2).fibonacci;
    };
    result
  );
  
  - is_odd:BOOLEAN  <- 
  // Is odd ?
  (Self & 1) = 1;  

  - is_even:BOOLEAN <- 
  // Is even ?
  ! is_odd; 

  - gcd other:SELF :SELF <-
  // Great Common Divisor of `self' and `other'.
  // * Require: Self >= 0
  // * Require: `other' >= 0
  // * Ensure: 
  [
    -? {Self  >= 0};
    -? {other >= 0};
  ]
  ( + result:SELF;
    
    (other = 0).if {
      result := Self;
    } else {
      result := other.gcd (Self % other);
    };
    
    result
  )
  [
    +? {result == other.gcd self};
  ];


  - is_prime : BOOLEAN <-
  // TRUE if `Self' is prime
  ( + diviseur : INTEGER;
    + sqrt_s : INTEGER;
    + result : BOOLEAN;
    diviseur := 5;
    sqrt_s := sqrt;
    result := TRUE;
    ((Self % 2 = 0) || {Self % 3 = 0}).if_false {
      1.to sqrt_s until {(Self % diviseur) = 0} do { cpt : INTEGER;
        diviseur := diviseur + 2 + (((cpt-1) & 1) << 1);
      };
      result := result  && {!((Self % diviseur) = 0)};
    };
    result
  );



  //
  // Random
  //

  - random :SELF <-
  // Random number between 0 to `maximum' in SELF.
  ( - r_seed:UINTEGER_32;
    r_seed := (110351524 * r_seed + 12345) % 214748364;
    CONVERT(UINTEGER_64,SELF).on (maximum & r_seed)
  )
  [
    +? {Result >= 0};
  ];

  - random_upper:SELF <-
  // Random number between 0 to `Self'.
  [ 
    -? {Self > 0}; 
  ]
  (
    random % (Self+1)
  )
  [
    +? {Result.in_range 0 to Self};
  ];

  - random_between lower:SELF and upper:SELF :SELF <-
  // Random number between `lower' to `upper'.
  [
    -? {lower < upper};
  ]
  ( 
    lower + (upper-lower).random_upper 
  )
  [
    +? {Result.in_range lower to upper};
  ];
  
  //
  // Looping.
  //
  
  - times action:{} <-
  (
    1.to Self do { i:INTEGER;
      action.value;
    };
  );
  
  //
  // Convertion
  //
  
  // *French, Slot, Description : Renvoi une chaîne représentant le nombre en base 10
  // *English, Slot, Description : String of the number in base 10

  - to_string : STRING <-
  ( + result : STRING;
    result := STRING.create 0;
    append_in result;
    result
  );

  - append_in buffer:STRING <- to_integer_32.append_in buffer;
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
 
  - decimal_digit:CHARACTER <-
  // Gives the corresponding CHARACTER for range 0..9.
  [
    -? {in_range 0 to 9};
  ]
  ( 
    (Self.to_integer_8 + '0'.code).to_character
  )
  [
    +? {"0123456789".has Result};
    +? {Result.decimal_value = Self};
  ];
  
  - digit:CHARACTER <- decimal_digit;
  
  - hexadecimal_digit:CHARACTER <-
  // Gives the corresponding CHARACTER for range 0..15.
  [
    -? {in_range 0 to 15};
  ]
  ( + result:CHARACTER;
        
    (Self <= 9).if {
      result := digit;
    } else {
      result := ('A'.code + (Self - 10).to_integer_8).to_character;
    };    
    result
  )
  [
    +? {"0123456789ABCDEF".has Result};
  ];
  
  - to_character:CHARACTER <- to_integer_8.to_character;
  // Return the coresponding ASCII character.
  
  - to_octal:SELF <-
  // Gives coresponding octal value.
  ( + result:SELF;
    
    deferred;
    result
  );
  
  - to_hexadecimal:STRING <-
  // Convert the hexadecimal view of `self' into a new allocated
  // STRING. For example, if `self' is -1 the new STRING is
  // "FFFFFFFF" on a 32 bit machine.
  // * See:  `to_hexadecimal_in' to save memory.
  ( + result:STRING;
    
    result := STRING.create 8;
    to_hexadecimal_in result;
    result
  );
  
  - to_hexadecimal_format s:INTEGER :STRING <-
  // Convert the hexadecimal view of `self' into a new allocated
  // STRING. For example, if `self' is -1 the new STRING is
  // "FFFFFFFF" on a 32 bit machine.
  // * See:  `to_hexadecimal_in' to save memory.
  ( + result:STRING;
    
    result := STRING.create 8;
    to_hexadecimal_in result format s;
    result
  ); 
  
  - to_hexadecimal_in buffer:STRING <-
  // Append in `buffer' the equivalent of `to_hexadecimal'. No new STRING
  // creation during the process.
  [ -? {buffer!=NULL}; ]
  ( + val:SELF;
    + i,old_count:INTEGER;
        
    (Self = 0).if {
      buffer.extend '0';
    } else {
      i := buffer.count + 1;
      val := Self;
      {val != 0}.while_do { //JBJB 
	buffer.extend ((val & 15).hexadecimal_digit);
	val := val >> 4;
      };
      old_count := buffer.count;
      {i >= old_count}.until_do {
	buffer.swap i with old_count;
	old_count := old_count - 1;
	i := i + 1;
      };
    };
  );
  
  - to_hexadecimal_in buffer:STRING format s:INTEGER <-
  // Append in `buffer' the equivalent of `to_hexadecimal'. No new STRING
  // creation during the process.
  [ -? {buffer!=NULL}; ]
  ( + val:SELF;
    + i,old_count:INTEGER;
        
    (Self = 0).if {
      buffer.extend '0';
    } else {
      i := buffer.count + 1;
      val := Self;
      {val != 0}.while_do { //JBJB 
	buffer.extend ((val & 15).hexadecimal_digit);
	val := val >> 4;
      };
      old_count := buffer.count;
      {i >= old_count}.until_do {
	buffer.swap i with old_count;
	old_count := old_count - 1;
	i := i + 1;
      };
    };
    buffer.precede_multiple '0' by (s.to_integer - buffer.count);
  ); 

  - to_binary_in buffer:STRING format s:INTEGER <-
  // Append in `buffer' the equivalent of `to_binary_string'. No new STRING
  // creation during the process.
  // * Require: buffer not null
  [ -? {buffer!=NULL}; ]
  ( + val:SELF;
    + i,old_count:INTEGER;
        
    (Self = 0).if {
      buffer.extend '0';
    } else {
      i := buffer.count + 1;
      val := Self;
      {val != 0}.while_do { 
	buffer.extend ('0' +# (val & 1));
	val := val >> 1;
      };
      old_count := buffer.count;
      {i >= old_count}.until_do {
	buffer.swap i with old_count;
	old_count := old_count - 1;
	i := i + 1;
      };
    };
    buffer.precede_multiple '0' by ((s.to_integer) - buffer.count);
  ); 
  
  //
  // Hashing:
  //
  
  - hash_code:INTEGER <-
  // Hash code
  to_integer_32.hash_code; // BSBS:  Il faut revoir => Depending processor
  
  //
  // Print
  //
  
  - print <-
  // Print
  (
    (Self = 0).if {
      '0'.print;
    }.elseif {Self < 0} then {
      '-'.print;
      (-Self).print_positif;
    } else {
      print_positif;
    };
  );
  
  - print_positif <-
  // Display this number without memory.
  // * Require: Self >= 0
  [ -? {Self >=# 0}; ]
  ( + char:CHARACTER;
    + val:SELF;    
        
    char := (Self % 10).decimal_digit;
    val  := Self / 10;
    (val != 0).if {
      val.print_positif;
    };
    char.print;
  );

  - print_hex <-
  // Display this number without memory.
  ( + char:CHARACTER;
    + val:SELF;
        
    char := (Self & 0Fh).hexadecimal_digit; 
    val  := Self / 16; 
    (val != 0).if {
      val.print_hex;
    };
    char.print;
  );
  
  //
  // Debug manager facility.
  //
  
  - Self:SELF '?' blc:{BOOLEAN} <-  blc ?# Self;
  
Section INTEGER  
  
  - to_raw_pointer:POINTER         <- CONVERT(UINTEGER_CPU,POINTER).on to_uinteger_cpu;



lisaac_0.39_rc1/lib/standard/number/integer/uinteger_32.li0000644000175000017500000000420111314031246023373 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded UINTEGER_32;

  - export  := INTEGER, UINTEGER_64, INTEGER_64;
   
  - comment := "Unsigned 32 bits integer.";
  
  - type    := `unsigned int`;
  - default := (0.to_raw_uinteger_32);

Section Insert
  
  - parent_unsigned_integer:UNSIGNED_INTEGER := UNSIGNED_INTEGER;
  
Section Public
  
  - object_size:INTEGER := 4;

  //
  // Range.
  //
  
  - maximum:UINTEGER_64 := ~ 0.to_raw_uinteger_32;
  
  //
  // Conversion with test.
  //
  
  - to_uinteger_32:UINTEGER_32 <- Self;

  - to_uinteger_64:UINTEGER_64 <- to_raw_uinteger_64;
lisaac_0.39_rc1/lib/standard/number/integer/integer_16.li0000644000175000017500000000433011314031246023213 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded INTEGER_16;

  - export  := INTEGER, INTEGER_64, INTEGER_32;
 
  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag, 2007 Xavier Oswald";
  
  - comment := "Signed 16 bits integer.";

  - type    := `signed short`;
  - default := (0.to_raw_integer_16);
  
Section Insert
  
  - parent_signed_integer:SIGNED_INTEGER := SIGNED_INTEGER;
  
Section Public
  
  - object_size:INTEGER := 2;

  //
  // Range
  //
    
  - maximum:UINTEGER_64 <- 32767.to_raw_uinteger_64;
  
  - minimum:INTEGER_64 <- - 32767.to_raw_integer_64;
  
  //
  // Conversion with test.
  //

  - to_integer_16:INTEGER_16     <- Self;
lisaac_0.39_rc1/lib/standard/number/integer/uinteger_64.li0000644000175000017500000000414511314031246023407 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded UINTEGER_64;

  - export  := INTEGER;

  - comment :="Unsigned 64 bits integer.";

  - type    := `unsigned long long`;
  - default := (0.to_raw_uinteger_64);
  
Section Insert
  
  - parent_unsigned_integer:UNSIGNED_INTEGER := UNSIGNED_INTEGER;
  
Section Public
  
  - object_size:INTEGER := 8;

  //
  // Range.
  //
  
  - maximum:UINTEGER_64 := `0xFFFFFFFFFFFFFFFFLLU`:UINTEGER_64; //BSBS pb C 0FFFFFFFFFFFFFFFFh; 
  
  //
  // Conversion with test.
  //
  
  - to_uinteger_64:UINTEGER_64   <- Self;
  lisaac_0.39_rc1/lib/standard/number/integer/uinteger_big.li0000644000175000017500000006255311314031246023726 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name        := UINTEGER_BIG; // Aucun Auto-Cast pour l'instant...(peut etre
                              // INTEGER_BIG ...)
                               
  - comment     := "Integer without bits limit! (Just for fun!)";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section UINTEGER_BIG
  
  + storage:FAST_ARRAY(UINTEGER_32);
  
  - last_modulo:UINTEGER_32;
  
  - count:INTEGER <- storage.count;

  - lower:INTEGER <- storage.lower;

  - upper:INTEGER <- storage.upper;

  - item idx:INTEGER :UINTEGER_32 <- storage.item idx;

  - copy other:UINTEGER_BIG <- storage.copy (other.storage);

  - force elt:UINTEGER_32 to idx:INTEGER <- storage.force elt to idx;
  
  - put elt:UINTEGER_32 to idx:INTEGER <- storage.put elt to idx;
  
  - add_last elt:UINTEGER_32 <- storage.add_last elt;
  
  - resize new_size:INTEGER <-
  (
    ? { new_size > 0};    
    storage.resize new_size;
  );
  
  - last:UINTEGER_32 <- storage.last;
  
  - normalize <-
  (
    {(storage.count != 1) && {storage.last == 0}}.while_do {
      storage.remove_last;
    };	
  );

Section Public 

  - create init:UINTEGER_32 :UINTEGER_BIG <- 
  ( + result:SELF;
    
    result := clone;
    result.make init;
    result
  );
        
  - make init:UINTEGER_32 :SELF <-
  (     
    (storage = NULL).if {
      storage := FAST_ARRAY(UINTEGER_32).create_with_capacity 4; 
    } else {
      storage.clear;
    };
    storage.add_last 0;
  );

  //
  // Conversion format with test.
  //
  
  - to_uinteger_64:UINTEGER_64   <- 
  [ -? {count <= 2}; ] // Bound limit control.
  ( + result:UINTEGER_64;
    
    result := storage.first;
    (count > 1).if {
      result := result | (storage.item 1.to_uinteger_64 << 32);
    };
    result
  );
  
  - to_uinteger_32:UINTEGER_32   <- 
  [ -? {count = 1}; ]
  ( 
    storage.first
  );
  
  - to_uinteger_16:UINTEGER_16 <- 
  [ -? {count = 1}; ]
  ( 
    storage.first.to_uinteger_16
  );
  
  - to_uinteger_8:UINTEGER_8 <- 
  [ -? {count = 1}; ]
  ( 
    storage.first.to_uinteger_8
  );
  
  - to_integer_64:INTEGER_64     <- 
  [ -? {(to_uinteger_64 >> 63) = 0}; ]
  ( 
    to_uinteger_64.to_integer_64
  );
  
  - to_integer:INTEGER     <- 
  [ -? {(to_uinteger_64 >> 31) = 0}; ]
  ( 
    storage.first.to_integer
  );
  
  - to_integer_16:INTEGER_16   <- 
  [ -? {(to_uinteger_16 >> 15) = 0}; ]
  ( 
    storage.first.to_uinteger_16
  );
  
  - to_integer_8:INTEGER_8   <- 
  [ -? {(to_uinteger_8 >> 7) = 0}; ]
  ( 
    storage.first.to_integer_8
  );
    
  //
  // binary operator :
  //
  
  - substract other:SELF :SELF <- 
  [ ? {Self >= other}; ]
  ( + over,substr,part1,part2:UINTEGER_64;
    + idx:INTEGER;

    (Self == other).if {
      set_with_zero;
    } else {                  
      idx := lower;
      {idx > other.upper}.until_do {
	part1 := item idx;
	part2 := other.item idx.to_uinteger_64 + over;
	substr := part1 - part2;
        over := substr >> 32;
        put ((substr & 0FFFF_FFFFh).to_uinteger_32) to idx;
        idx := idx + 1;
      };
      {over = 0}.until_do {
	part1 := item idx;
	substr := part1 - over;
        over := substr >> 32;
	put ((substr & 0FFFF_FFFFh).to_uinteger_32) to idx;
	idx := idx + 1;
      };      
      normalize;
    };    
  );
    
  - substract_integer other:INTEGER :SELF <-
  [ ? {Self >=# other}; ]
  ( + part1,over,substr:UINTEGER_64;
    + idx:INTEGER;

    (Self ==# other).if {
      set_with_zero;
    } else {      
      part1 := item 0;
      substr := part1 - other;
      over := substr >> 32;
      put ((substr & 0FFFF_FFFFh).to_uinteger_32) to 0;
      idx := idx + 1;
      {over = 0}.until_do {
	part1 := item idx;
	substr := part1 - over;
        over := substr >> 32;
	put ((substr & 0FFFF_FFFFh).to_uinteger_32) to idx;
	idx := idx + 1;
      };      
      normalize;
    };    
  );
    
  - addition other:SELF :SELF <- 
  [ -? {Self >= other}; ]
  ( + part1,part2,sum,over:UINTEGER_64;
    + idx:INTEGER;
    
    idx := lower;
    {idx > other.upper}.until_do {
      part1 := item idx;
      part2 := other.item idx;
      sum := part1 + part2 + over;
      put ((sum & 0FFFF_FFFFh).to_uinteger_32) to idx;
      over := sum >> 32;
      idx := idx + 1;
    };
    {(idx <= upper) && {over != 0}}.while_do {
      part1 := item idx;
      sum   := part1 + over;
      put ((sum & 0FFFF_FFFFh).to_uinteger_32) to idx;
      over := sum >> 32;
    };
    (over != 0).if {
      add_last (over.to_uinteger_32);
    };    
  );  
    
  - addition_integer other:INTEGER :SELF <-
  ( + part1,sum,over:UINTEGER_64;
    + idx:INTEGER;
   
    part1 := item 0;
    sum := part1 + other;
    put ((sum & 0FFFF_FFFFh).to_uinteger_32) to 0;
    idx  := idx + 1;
    over := sum >> 32;
    {(idx <= upper) && {over != 0}}.while_do {
      part1 := item idx;
      sum := part1 + over;
      put ((sum & 0FFFF_FFFFh).to_uinteger_32) to idx;
      idx  := idx + 1; 
      over := sum >> 32;
    };    
    (over != 0).if {
      add_last (over.to_uinteger_32);
    };    
  );
    
  - multiply other:SELF :SELF <- 
  ( + part1,part2,product:UINTEGER_64;
    + index_result:INTEGER;
            
    lower.to upper do { idx:INTEGER;
      + result_current:UINTEGER_BIG;
      
      result_current := 0;
      result_current.resize count;
      part1 := item idx;
      index_result := idx;
      (other.lower).to (other.upper) do { idx_other:INTEGER;
	part2 := other.item idx_other;
	product := part1 * part2;	
	(product < (UINTEGER_32.maximum.to_uinteger_64)).if {
	  result_current.put (product.to_uinteger_32) to index_result;
	} else {
	  result_current.put ((product & (UINTEGER_32.maximum.to_uinteger_64)).to_uinteger_32) to index_result;
	  index_result := index_result + 1;
	  result_current.force ((product >> 32).to_uinteger_32) to index_result;
	  index_result := index_result + 1;
	};
      };
      
      result := result + result_current;
      
    };
    result.clean;
    result
  );
  
  - Self:SELF '*#' Left 100 other:INTEGER :SELF <-
  (
    + result:UINTEGER_BIG;
    + part1,product,over:UINTEGER_64;
    
    result := 0;
    result.resize count;
    lower.to upper do { idx:INTEGER;      
      part1 := item idx;      
      product :=  part1 * other + over;      
      (product < (UINTEGER_32.maximum.to_uinteger_64)).if {
	result.put (product.to_uinteger_32) to idx;
	over := 0;
      } else {
	result.put ((product & (UINTEGER_32.maximum.to_uinteger_64)).to_uinteger_32) to idx;
	over := product >> 32;
      };
    };
    
    (over!==0).if {
      result.add_last (over.to_uinteger_32);
    };    
    
    result.clean;
    result
  );
  
  - Self:SELF '/'  Left 100 other:SELF :SELF <- 
  ( + result:UINTEGER_BIG;
    
    
  );
  
  
  - Self:SELF '/#' Left 100 other:INTEGER :SELF <-
  ( + result:SELF;
    + last_mod,div:UINTEGER_64;
    + idx:INTEGER;
    
    result.resize count;
    idx := upper;
    last_mod := item idx;    
    {idx < lower}.until_do {
      div := 0;
      (last_mod < other).if {
	idx := idx - 1;
	(idx >= lower).if {
	  last_mod := (last_mod << 32) + item idx.to_uinteger_64;
	  div := last_mod / (other.to_uinteger_64);
	  last_mod := last_mod % (other.to_uinteger_64);
	};
      } else {
	div := last_mod / (other.to_uinteger_64);
	last_mod := last_mod % (other.to_uinteger_64); 
      };      
      (div !== 0).if {
	result.put ((div & (UINTEGER_32.maximum.to_uinteger_64)).to_uinteger_32) to idx;
      };
    };
    last_modulo := last_mod.to_uinteger_32;
    result.clean;
    result
  );
    
  - and_binary other:SELF :SELF <-
  (     
    (other.upper < upper).if {
      storage.remove_tail (upper - other.upper);
    };
    lower.to upper do { i:INTEGER;
      put (item i & other.item i) to i;
    };
    normalize;
  );
  
  - or_binary other:SELF :SELF <-
  (         
    lower.to (upper.min (other.upper)) do { i:INTEGER;
      put (item i | other.item i) to i;
    };
    upper.to (other.upper) do { i:INTEGER;
      add_last (other.item i);
    };    
  );

  //
  // Test binary operator :
  //
    
  - Self:SELF '>'   Right 60 other:SELF :BOOLEAN <- 
  (
    + result:BOOLEAN;
    (count > (other.count)).if {
      result := TRUE;
    }.elseif {count < other.count} then {
      result  := FALSE;
    } else {
      + i:INTEGER;
      + find:BOOLEAN;
      i := lower;

      {find || {i > upper}}.until_do {
	(item i > other.item i).if {
	  result := TRUE;
	  find := TRUE;
	}.elseif {item i < other.item i} then {
	  result := FALSE;
	  find := TRUE;
	};

	i := i + 1; 
      };
    };
    
    result
  );
  
  
  - Self:SELF '>#' Right 60 other:INTEGER :BOOLEAN <-
  (
    + result:BOOLEAN;
    (count > 1).if {
      result := TRUE;
    } else {
      result := item 0 > other;
    };
    result
  );
  
  - Self:SELF '=='  Right 60 other:SELF :BOOLEAN <-
  (
    + result:BOOLEAN;
    + idx:INTEGER;
    (count == other.count).if {
      idx := upper;
      { (idx >= lower) && {item idx == other.item idx} }.while_do {
	idx := idx - 1;
      };
      (idx < lower).if {
	result := TRUE;
      };
    };
    
    result
  );
  
  //
  // Function.
  //

  - factorial_integer n:INTEGER <-
  [ -? {n >= 0}; ]
  (         
    (n = 0).if {
      set_with_zero;
      put 1 to 0;
    } else {
      2.to n do { i:INTEGER;
        multiply_integer i; 
      };
    };
  );
  
  //
  // conversion
  //
  
  - append_in buffer:STRING <- 
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  ( + value:UINTEGER_BIG; 
    + mod:UINTEGER_32;
    + counter:INTEGER;
    + old_upper,new_upper:INTEGER;
    
    old_upper:=buffer.upper + 1;
    
    (upper = 0).if { 
      item 0.append_in buffer;
    } else {
      value:=Self;
      {
	value:=value /# 1000000000;
	mod:=last_modulo;	
	{counter==0}.until_do {
	  buffer.extend '0';
	  counter:=counter-1;
	};
	counter := 9;
	{	
	  buffer.extend ((mod % 10).digit);
	  mod := mod / 10;
	  counter := counter-1;
	}.do_while {mod!==0};
      }.do_while {value!==0};
      
      new_upper := buffer.upper;      

      // Swap.
      {old_upper >= new_upper}.until_do {
	buffer.swap old_upper with new_upper;
	new_upper := new_upper - 1;
	old_upper := old_upper + 1;
      };
    };
  );
    
  - print_positif <-
  (
    string_tmp.clear;
    append_in string_tmp;
    string_tmp.print;
  );
/*  
  - append_in buffer:STRING <-
  ( + val:SELF;
    + i,j:INTEGER;     
    ? {buffer!=NULL};
    
    (self == 0).if {
      buffer.extend '0';
    } else {      
      i := buffer.upper + 1;      
      val.copy Self;
      {val == 0}.until_do {
	buffer.extend ((val %# 10).digit);
	val := val /# 10;
      };
      j := buffer.upper;
            
      {i >= j}.until_do {
	buffer.swap i with j;
	j := j - 1;
	i := i + 1;
      };
    };
  );
  */
Section Public
  
  - set_with_zero <-
  (
    storage.clear;
    storage.add_last 0;
  );
  
  - is_zero:BOOLEAN <- ((storage.count = 1) && {storage.first = 0});
  
  - compare other:SELF :INTEGER <-
  // -1 if Self < other
  //  0 if Self = other
  // +1 if Self > other
  ( + result,up_s,up_o:INTEGER;
    + v_s,v_o:INTEGER_32;
    + i:INTEGER;
    
    up_s := upper;
    up_o := other.upper;
    (up_s = up_o).if {
      i := upper;
      {
        v_s := item i;
        v_o := other.item i;
        (v_s < v_o).if {
          result := -1;
        } else {
          (v_s > v_o).if {
            result := 1;
          };
        };
        i := i - 1;
      }.do_until {(i < lower) || {result != 0}};
    } else {
      (up_s < up_o).if {
        result := -1;
      } else {        
        result := 1;
      };
    };
    result
  );
  
  - divide_one_word divisor:UINTEGER_32 :UINTEGER_32 <-
  // This method is used by `divide'. The one word divisor is
  // specified by `divisor' is saw as unsigned.
  // `Self' is the dividend (saw positive) at invocation but is replaced by
  // the quotient. The remainder is returned as unsigned INTEGER.
  // Note: `Current' is modified by this method.
  [ -? {divisor != 0}; ]
  ( + i, remainder_word1, remainder_word0:INTEGER;
    + result:UINTEGER_32;
    + x:UINTEGER_64;
    
    (count = 1).if {
      result := first;
      (result < divisor).if {
        set_with_zero;
      } else {
        storage.clear;
        storage.add_last (result / divisor);
        result := result % divisor;
      };
    } else {
      i := upper;
      {i < lower}.until_do {
        remainder_word0 := item i;
        x := (remainder_word1.to_uinteger_64 << 32) | remainder_word0;
        remainder_word1 := x % divisor;
        put (x / divisor) to i;       
        i := i - 1;
      };
      (item upper = 0).if {
        storage.remove_last;
        ? {item upper != 0};
      };
      result := remainder_word1;
    };		
    result
  );
  
  - normalize_shift:INTEGER_8 <-
  // Shift left until the most significant bit is on.
  // Result give the number of left shift.
  [ -? {! is_zero}; ]
  ( + head:UINTEGER_32;
    + result:INTEGER_8;
	
    head := item upper;
    {(head & 8000_0000h) != 0}.until_do {
      head := head << 1;
      result := result + 1;
    };
    (result > 0).if {
      shift_left result;
    };
    result
  )
  [ +? {item upper < 0}; ];
  
  - shift_left n:INTEGER <-
  // Shift bits of magnitude by `n' position left. (Note that no bit can
  // be lost because the `storage' area is automatically extended when
  // it is necessary.)
  [ -? {n > 0}; ]
  ( + left,right: INTEGER_8;
    + word_shift:INTEGER;
    + new_value:UINTEGER_32;
     
    (last != 0).if {
      word_shift := n >> 5;
      left  := (n & 1Fh).to_integer_8; // Optimistic prediction      
      right := 32 - left;      
      ((last >> right) = 0).if {
        storage.add 0 first (word_shift+1);
        word_shift.to (upper-1) do { i:INTEGER;
          new_value := (item (i+1) << left) | (item i >> right);
        };
        new_value := item upper >> right;
        storage.put new_value to upper;
      } else {
        storage.add 0 first word_shift;
        upper.downto (word_shift+1) do { i:INTEGER;
          new_value := (item i << left) | (item (i-1) >> right);
          storage.put new_value to i;
        };
        new_value := item word_shift << left;
        storage.put new_value to word_shift;
      };
    };        
  );
  
  - shift_right n:INTEGER <-
  // Shift bits of magnitude by `n' position right. 
  [ -? {n > 0}; ]
  ( + left,right: INTEGER_8;
    + word_right:INTEGER;
    + new_value:UINTEGER_32;
     
    (last != 0).if {
      word_right := n >> 5;
      right := (n & 1Fh).to_integer_8; // Optimistic prediction      
      left  := 32 - right;      
      word_shift.to (upper-1) do { i:INTEGER;
        new_value := (item (i+1) << left) | (item i >> right);
        storage.put new_value to (i - word_shift);
      };
      new_value := item upper >> right;
      (new_value = 0).if {
        storage.remove_tail (word_shift + 1);
      } else {
        storage.put new_value to (upper - word_shift);
        storage.remove_tail word_shift;
      };      
    };        
  );
  
  - multiply_and_subtract (u1, qhat: INTEGER, d_storage: FAST_ARRAY(UINTEGER_32), 
  d_offset:INTEGER, r_storage:FAST_ARRAY(UINTEGER_32),r_offset, length: INTEGER):BOOLEAN <-
  // Only used by `divide'.
  [ -? {qhat != 0}; ]
  ( + i, j, jmax, m1, m2: INTEGER; 
    + dec,result:BOOLEAN;
		
    (qhat = 1).if {
      i := d_offset;
      j := r_offset;
      jmax := r_offset + length;				
      {j = jmax}.until_do {
        (dec).if {
          x_32 := r_storage.item j - d_storage.item i - 1;          
          dec := x_32 >= r_storage.item j;
          r_storage.put x_32 to j;
        } else {
          x_32 := r_storage.item j - d_storage.item i;          
          dec := x_32 > r_storage.item j;
          r_storage.put x_32 to j;
        };
        i := i + 1;
        j := j + 1;
      };
      (dec).if {
        (u1 = 0).if {
          result := TRUE;
        } else {
          x_32 := r_storage.item j - 1;          
          result := r_storage.item j = 0;
          r_storage.put x_32 to j;
          ? {! result};			
        };		
      };
    } else {
      i := d_offset;
      j := r_offset;
      jmax := r_offset + length;
      {j = jmax}.until_do {
        x := qhat.to_uinteger_64 * d_storage.item i + m1;
        m2 := (x & 0FFFF_FFFFh).to_uinteger_32;
        m1 := (x >> 32).to_uinteger_32;
        (dec).if {
          x_32 := r_storage.item j - m2 - 1;          
          dec := x_32 >= r_storage.item j;
          r_storage.put x_32 to j;
        } else {
          x_32 := r_storage.item j - m2;          
          dec := x_32 > r_storage.item j;
          r_storage.put x_32 to j;
        };
        i := i + 1;
        j := j + 1;
      };
      (dec).if {
        (u1 = 0).if {
          result := TRUE;
        } else {
          x_32 := r_storage.item j - m1 - 1;          
          result := x_32 >= r_storage.item j;
          r_storage.put x_32 to j;
        };
      }.elseif {m1 = 0} then {
        // nothing to do
      }.elseif {u1 = 0} then {
        result := TRUE;
      } else {
        x_32 := r_storage.item j - m1;        
        result := x_32 > r_storage.item j;
        r_storage.put x_32 to j;
      };
    };
    result
  );

  - add_back (old_u1:INTEGER, d_storage:FAST_ARRAY(UINTEGER_32),d_offset:INTEGER,
    r_storage:FAST_ARRAY(UINTEGER_32),r_offset, length:INTEGER):BOOLEAN <-
  // Only used by `divide'.
  // `old_u1' is the value of `u1' before `multiply_and_subtract'.
  ( + i, j, jmax:INTEGER; 
    + inc,result:BOOLEAN;
		
    i := d_offset;
    j := r_offset;
    jmax := r_offset + length;
    {j = jmax}.until_do {			
      (inc).if {
        x_32 := r_storage.item j + d_storage.item i + 1;        
        inc := x_32 <= r_storage.item j;
        r_storage.put x_32 to j;
      } else {
        x_32 := r_storage.item j + d_storage.item i;
        inc := x_32 < r_storage.item j;
        r_storage.put x_32 to j;
      };
      i := i + 1;
      j := j + 1;
    };
    (inc).if {
      (old_u1 = 0).if {
        result := TRUE;
      } else {
        x_32 := r_storage.item j + 1;
        r_storage.put x_32 to j;
        result := x_32 = 0;
      };
    };
  );

  - is_a_good_divide (other, quotient, remainder:SELF) :BOOLEAN <-
  [
    -? {other     != NULL};
    -? {quotient  != NULL};
    -? {remainder != NULL};
  ]	
  ( + v:SELF;		
    v := other.twin;
    v.multiply quotient;
    v.add remainder;
    Self == v
  );
  
  - divide_to (other, quotient, remainder:SELF) <-
  // Euclidian division.
  // Calculates the `quotient' and `remainder' of `Current'
  // divided by `other'. (The contents of `Current' and `other' are
  // not changed.)			
  // Note: Uses Algorithm D in Knuth
  [ -? {! other.is_zero};
    -? {quotient  != NULL};
    -? {remainder != NULL};
    -? {quotient  != other};
    -? {quotient  != Self};
    -? {remainder != other};
    -? {remainder != Self};
  ]
  ( + cmp, shift, nlen, dlen, qlen, j, k, v1, v2, u1, u2, rem: INTEGER;
    + qhat, rhat, v2qhat_1, v2qhat_2, d_offset: INTEGER; 
    + q_storage, r_storage, d_storage:FAST_ARRAY(UINTEGER_32);
    + q_capacity, r_capacity:INTEGER;
    + borrow:BOOLEAN;
    
    (is_zero).if {
      // Dividend is zero:
      quotient.set_with_zero;
      remainder.set_with_zero;
    } else {
      cmp := compare other;
      (cmp < 0).if { 
        // Dividend less than divisor:
        quotient.set_with_zero;
        remainder.copy Self;        
      }.elseif {cmp = 0} then {
        // Dividend equal to divisor:        
        quotient.from_integer 1;
        remainder.set_with_zero;
      }.elseif {other.count = 1} then {
        // Special case one word divisor:
        quotient.copy Self;        
        remainder.storage.clear;
        rem := quotient.divide_one_word (other.first);        
        remainder.add_last rem;          
      } else {
        // Copy divisor storage to protect divisor:
        register1.copy other;
        remainder.copy Self;
        // D1 normalize the divisor:
        shift := register1.normalize_shift;        
        (shift != 0).if {
          remainder.shift_left shift;
        };
        // D2 Initialize j:        
        r_storage := remainder.storage;
        r_capacity := remainder.capacity;        
        nlen := remainder.count;  // To avoid invariant class violation
        remainder.set_with_zero;
        d_storage := register1.storage;
        d_offset := 0;
        dlen := register1.count;
        j := nlen - 1;
        u2 := r_storage.item j;
        k := dlen - 1;
        v1 := register1.item k;
        v2 := register1.item (k - 1);
        (u2 >= v1).if {
          k := nlen - dlen;
          qlen := k + 1;
        } else {
          qlen := nlen - dlen;
          k := qlen - 1;
          j := j - 1;
          u1 := u2;
          u2 := r_storage.item j;
        };
        // Resize quotient if necessary
        q_capacity := quotient.capacity;
        (q_capacity < qlen).if {
          // reallocation
          q_capacity := capacity_from_lower_bound(q_capacity, qlen);
          q_storage := storage.calloc q_capacity;
        } else {
          q_storage := quotient.storage;
        };
        // To avoid invariant violation on quotient
        quotient.set_with_zero;
        {k < 0}.until_do {				
          j := j - 1; // D3 Calculate qhat - estimate qhat
          (u1 = v1).if {
            qhat := ~0;
          } else {            
            x := (u1.to_uinteger_64 << 32) | u2;
            rhat := (x % v1).to_uinteger_32;
            qhat := (x / v1).to_uinteger_32; // Correct qhat
            (qhat = 0).if {
            } else {
              x := v2.to_uinteger_64 * qhat;
              v2qhat_2 := (x & 0FFFF_FFFFh).to_uinteger_32;
              v2qhat_1 := (x >> 32).to_uinteger_32;
              (v2qhat_1 > rhat).if {
                qhat := qhat - 1;
                x_32 := v2qhat_2;
                v2qhat_2 := x_32 - v2;
                (v2qhat_2 > x_32).if {
                  v2qhat_1 := v2qhat_1 - 1;
                };
                x_32 := rhat;
                rhat := x_32 + v1;
                (rhat < x_32).if {
                }.elseif {v2qhat_1 > rhat} then {
                  qhat := qhat - 1;
                }.elseif {j < 0} then {
                  ((v2qhat_1 = rhat) && {v2qhat_2 != 0}).if {
                    qhat := qhat - 1;
                  };
                }.elseif {(v2qhat_1 = rhat) && {v2qhat_2 > r_storage.item j}} then {
                  qhat := qhat - 1;
                };
              }.elseif {j < 0} then {
                ((v2qhat_1 = rhat) && {v2qhat_2 != 0}).if {
                  qhat := qhat - 1;
                };
              }.elseif {(v2qhat_1 = rhat) && {v2qhat_2 > r_storage.item j}} then {
                qhat := qhat - 1;
              };
            };
          };
          // D4 Multiply and subtract:
          (qhat = 0).if {
            q_storage.put 0 to k;
          } else {
            borrow := multiply_and_subtract
            (u1, qhat, d_storage, d_offset, r_storage, j - dlen + 2, dlen);
            // D5 Test remainder: Result is negative ?
            (borrow).if {
              // D6 Add back
              borrow := add_back(u1, d_storage, d_offset, r_storage, j - dlen + 2, dlen);
              ? {borrow};                
              q_storage.put (qhat - 1) to k;
            } else {
              q_storage.put qhat to k;                
            };
          };
          // D7 loop on j
          k := k - 1;
          u1 := r_storage.item (j + 1);
          u2 := r_storage.item j;
        };
        // Remove leading zero of quotient
        k := qlen - 1;
        (q_storage.item k = 0).if {
          qlen := k;
        };
        quotient.set_all(q_storage, q_capacity, qlen, 0, FALSE);
        // Remove leading zero of remainder
        j := dlen - 1;          
        {(j < 0) || {r_storage.item j != 0}}.until_do {
          j := j - 1;
        };
        j := j + 1;
        ? {j >= 0};
        (j = 0).if {
          ? {remainder.is_zero};            
        } else {
          remainder.set_all(r_storage, r_capacity, j, 0, FALSE);
        };
        // D8 Unnormalize:
        (shift > 0).if {
          remainder.shift_right shift;
        };        
      };
    };
  )
  [ 
    ? {is_a_good_divide(other, quotient, remainder)};    
  ];
lisaac_0.39_rc1/lib/standard/number/integer/uinteger_8.li0000644000175000017500000000444211314031246023325 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded UINTEGER_8;
  
  - export  := 
  UINTEGER_64, UINTEGER_32, UINTEGER_16, 
  INTEGER_64 , INTEGER_32 , INTEGER_16 ,
  INTEGER;

  - comment :="Unsigned 8 bits integer.";

  - type    := `unsigned char`;
  - default := (0.to_raw_uinteger_8);
  
Section Insert
  
  - parent_unsigned_integer:UNSIGNED_INTEGER := UNSIGNED_INTEGER;
  
Section Public
  
  - object_size:INTEGER := 1;

  //
  // Range.
  //
  
  - maximum:UINTEGER_64 := 255.to_raw_uinteger_64;
  
  //
  // Conversion with test.
  //
    
  - to_uinteger_8:UINTEGER_8 <- Self;
    
  - to_character:CHARACTER <- 
  [ -? {in_range (CHARACTER.minimum) to (CHARACTER.maximum)}; ]
  (    
    CONVERT(UINTEGER_8, CHARACTER).on Self
  );



lisaac_0.39_rc1/lib/standard/number/integer/uinteger_16.li0000644000175000017500000000427711314031246023412 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded UINTEGER_16;

  - export  :=
  UINTEGER_64, UINTEGER_32, 
  INTEGER_64 , INTEGER_32 ,
  INTEGER;
  
  - comment :="Unsigned 16 bits integer.";

  - type    := `unsigned short`;
  - default := (0.to_raw_uinteger_16);
  
Section Insert
  
  - parent_unsigned_integer:UNSIGNED_INTEGER := UNSIGNED_INTEGER;
  
Section Public

  - object_size:INTEGER := 2;  

  //
  // Range.
  //
  
  - maximum:UINTEGER_64 := 65535.to_raw_uinteger_64; 
  
  //
  // Conversion with test.
  //
  
  - to_uinteger_16:UINTEGER_16 <- Self;
  
  //- to_char_unicode:CHAR_UNICODE <- CHAR_UNICODE.force_conversion Self;



lisaac_0.39_rc1/lib/standard/number/integer/integer_32.li0000644000175000017500000000437211314031246023217 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := Expanded INTEGER_32;
  
  - export      := INTEGER, INTEGER_64, POINTER;
   
  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag, 2007 Xavier Oswald";

  - comment     :="Signed 32 bits integer.";

  - type        := `signed int`;
  - default     := (0.to_raw_integer_32);
  
Section Insert
  
  - parent_signed_integer:SIGNED_INTEGER := SIGNED_INTEGER;
  
Section Public
  
  - object_size:INTEGER := 4;

  //
  // Range
  //
  
  - maximum:UINTEGER_64 <- 07FFF_FFFFh.to_raw_uinteger_64; 
  
  - minimum:INTEGER_64 <- - 07FFF_FFFFh.to_raw_integer_64;
  
  //
  // Conversion with test.
  //
 
  - to_integer_32:INTEGER_32     <- Self;  




lisaac_0.39_rc1/lib/standard/number/integer/uinteger_cpu.li0000644000175000017500000000431111314031246023740 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded UINTEGER_CPU;

  - export  := UINTEGER_64, POINTER;
   
  - comment := "Unsigned integer (variable size according to CPU word).";
  
  - type    := `unsigned long`;
  - default := (0.to_raw_uinteger_cpu);

Section Insert
  
  - parent_unsigned_integer:UNSIGNED_INTEGER := UNSIGNED_INTEGER;
  
Section Public
  
  - object_size:INTEGER <- `sizeof(unsigned long)`:INTEGER;

  //
  // Range.
  //
  
  - maximum:UINTEGER_64 := (~ 0.to_uinteger_cpu).to_raw_uinteger_64;
  
  //
  // Conversion with test.
  //
  
  - to_uinteger_64:UINTEGER_64 <- to_raw_uinteger_64;
  
  - to_pointer:POINTER <- to_raw_pointer;lisaac_0.39_rc1/lib/standard/number/integer/integer_64.li0000644000175000017500000000426211314031246023222 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded INTEGER_64;

  - export  := INTEGER;
  
  - comment := "Signed 64 bits integer.";

  - type    := `signed long long `;
  - default := (0.to_raw_integer_64);
  
Section Insert
  
  - parent_signed_integer:SIGNED_INTEGER := SIGNED_INTEGER;
  
Section Public

  - object_size:INTEGER := 8;
  
    
  - '-' Self:SELF :SELF <- zero - Self;
  
  //
  // Range
  //
  
  - maximum:UINTEGER_64 <- `0x7FFFFFFFFFFFFFFFLLU`:UINTEGER_64;
  
  - minimum:INTEGER_64  <- `-0x8000000000000000LL`:INTEGER_64;
  
  //
  // Conversion with test.
  //
   
  - to_integer_64:INTEGER_64     <- Self;
  



lisaac_0.39_rc1/lib/standard/number/integer/integer_8.li0000644000175000017500000000454311314031246023142 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    :=Expanded INTEGER_8;

  - export  := INTEGER, INTEGER_64, INTEGER_32, INTEGER_16;

  - copyright   := 
  "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag, 2007 Xavier Oswald";

  - comment :="Signed 8 bits integer.";

  - type    := `signed char`;
  - default := (`(0)`:INTEGER_8); //CONVERT[INTEGER,INTEGER_8].on 0); //0.to_raw_integer_8);
  
Section Insert
  
  - parent_signed_integer:SIGNED_INTEGER := SIGNED_INTEGER;
  
Section Public

  - object_size:INTEGER := 1;
  
  //
  // Range
  //
  
  - maximum:UINTEGER_64 <- 127.to_raw_uinteger_64;
  
  - minimum:INTEGER_64  <- - 127.to_raw_integer_64;
  
  //
  // Conversion.
  //
  
  - to_integer_8:INTEGER_8 <- 
  [ ]
  (
    Self
  )
  [ ];

  - to_character:CHARACTER <- `@Self`:CHARACTER; // `13`;
  



	




lisaac_0.39_rc1/lib/standard/number/integer/uinteger.li0000644000175000017500000002750411314031246023102 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  //
  // BSBS : Tout a REVOIR !!!!!!!!!!!
  //
  
  + name   := Expanded UINTEGER;
  
  - export := // BSBS : A revoir!
  // Integer: 
  UINTEGER_8,  UINTEGER_16, UINTEGER_32, UINTEGER_64,
  INTEGER_8 ,  INTEGER_16 , INTEGER_32 , INTEGER_64 ,
  UINTEGER_BIG,//INTEGER_BIG,
  // Fixed real:
  UREAL_16_16, UREAL_24_8 , UREAL_26_6 , 
  REAL_16_16 , REAL_24_8  , REAL_26_6  , 
  // Float Real:
  REAL, REAL_32, REAL_64, REAL_80,
  // Other:
  POINTER;
 
  - comment := "Generic Integer.";
  
  - type    := `unsigned int`;
  - default := 0;

Section Insert
  
  - parent_numeric:NUMERIC := NUMERIC;
  
Section Public
    
  //
  // Range.
  //
  
  - maximum:UINTEGER_64 <- 07FFFFFFFh.to_raw_uinteger_64; 
  
  - minimum:INTEGER_64  <- (0).to_raw_integer_64; 
  
  //
  // Binary Operator.
  //
  
  - Self:SELF '%'  Left 100 other:SELF    :SELF <- Self - ((Self / other) * other);
  
  - Self:SELF '%#' Left 100 other:INTEGER :SELF <- Self % other;
  
  - Self:SELF '**' Right 120 exp:SELF :SELF <-
  ( + result:SELF;
    
    (exp = 0).if {
      result := 1;
    } else {
      ((exp & 1) = 0).if {
        result := (Self * Self) ** (exp / 2);
      } else {
        result := Self * (Self ** (exp - 1));
      };
    };
    result
  );

  - pow exp:SELF :SELF <-
  (
    Self ** exp
  );

  //
  // Conversion format with test.
  //
  
  - bound_test low:INTEGER_64 to up:UINTEGER_64 :BOOLEAN <-
  (
    TRUE
  );
  
//  - to_integer:INTEGER <- Self;
  
  - to_pointer:POINTER <-
  (
    to_raw_pointer
  );
  
  //
  // BCD Format. 
  //
  
  - to_binary:SELF <-
  // Self is BCD formatted, convert to binary value
  ( + result:SELF;
    + val,mul:SELF;
    
    val := Self;
    mul := 1;
    {val!=0}.while_do {
      result := result + (val & 0Fh) * mul;
      mul    := mul * 10;
      val    := val >> 4;
    };
    
    result
  );
  
  - to_bcd:SELF <-
  // Self is binary formatted, convert to bcd value
  ( + result:SELF;
    + val,mul:SELF;
    
    val := Self;
    {val != 0}.while_do {
      result := result | ((val % 10) << mul);
      mul    := mul + 4;
      val    := val / 10;
    };
    
    result    
  );
  
  //
  // Facility typing.
  //
  
  - kb:SELF <- Self << 10;
  // Self in Kilobyte (ie. 1kb = 1024 bytes)

  - mb:SELF <- Self << 20;
  // Self in megabytes

  - gb:SELF <- Self << 30;
  // Self in gigabytes

  - tb:SELF <- Self << 40;
  // Self in terabytes

  //
  // Logic Operator
  //
      
  - Self:SELF '&'  Left 100 other:SELF :SELF <- `6`;
  // AND operator

  - Self:SELF '|'  Left 80  other:SELF :SELF <- ~(~Self & ~other);
  // OR operator

  - Self:SELF '^'  Left 80  other:SELF :SELF <- (~Self & other) | (Self & ~other);
  // XOR operator

  - Self:SELF '>>' Left 100 other:INTEGER :SELF <- `7`;
  // Shift right

  - Self:SELF '<<' Left 100 other:INTEGER :SELF <- `8`;
  // Shift left

  //
  // Unary operator
  //
    
  - '~' Self:SELF :SELF <- -Self - SELF.one; //(-SELF.one) - Self;
  
  //
  // Test. 
  //
  
  - align_power step:SELF :SELF <-
  [ 
    -? {step.is_power_2};
  ]
  ( + a:SELF;
    
    a := step - 1;
    (Self + a) & (~ a)
  );
  
  - is_power_2:BOOLEAN <-
  // TRUE is Self is power of 2
  ( + val:SELF;
    + result:BOOLEAN;
    
    (Self != 0).if {      
      val := Self;
      {val.is_even}.while_do {
	val := val >> 1;
      };      
      result := val = 1;      
    };
    result
  );
    
  //
  // Function :
  //
  
  - sqrt:SELF <-
  // Square root
  ( + r,x:SELF;
    
    x:=(Self + 1) >> 1;
    {x > r}.while_do {
      x:=x-r;
      r:=r+1;
    };
    r
  );
  
  - Self:SELF '!' :SELF <- factorial;
  // Factorial. Use it like "45!;" or "bar!.print;"
  
  - factorial:SELF <-
  // Factorial. 
  // * Require: Self >= 0
  [
    -? {Self >= 0};
  ]
  ( + result,value:SELF;
   
    result := 1;
    value  := Self;
    {value <= 1}.until_do {
      result := result * value;
      value  := value - 1;
    };
    result
  );
  
  - fibonacci:SELF <-
  // Fibonacci
  // * Require: Self >= 0
  [
    -? {Self >= 0};
  ]
  ( + result:SELF;
        
    (Self <= 1).if {
      result := 1;
    } else {
      result := (Self-1).fibonacci + (Self-2).fibonacci;
    };
    result
  );
  
  - is_odd:BOOLEAN  <- (Self & 1) = 1;  // Is odd ?
  
  - is_even:BOOLEAN <- ! is_odd; // Is even ?
  
  - gcd other:SELF :SELF <-
  // Great Common Divisor of `self' and `other'.
  [
    -? {Self  >= 0};
    -? {other >= 0};
  ]
  ( + result:SELF;
    
    (other = 0).if {
      result := Self;
    } else {
      result := other.gcd (Self % other);
    };
    
    result
  )
  [
    +? {result == other.gcd self};
  ];
 
  //
  // Random
  //

  - random :SELF <-
  // Random number between 0 to `maximum' in SELF.
  ( - r_seed:UINTEGER_32;
    r_seed := (110351524 * r_seed + 12345) % 214748364;
    CONVERT(UINTEGER_64,SELF).on (maximum & r_seed)
  )
  [
    +? {Result >= 0};
  ];

  - random_upper upper:SELF :SELF <-
  // Random number between 0 to `upper'.
  [ 
    -? {upper > 0}; 
  ]
  (
    random % (upper+1)
  )
  [
    +? {Result.in_range 0 to upper};
  ];

  - random_between lower:SELF and upper:SELF :SELF <-
  // Random number between `lower' to `upper'.
  [
    -? {lower < upper};
  ]
  ( 
    lower + random_upper (upper-lower)
  )
  [
    +? {Result.in_range lower to upper};
  ];
  
  //
  // Looping.
  //
  
  - times action:BLOCK <-
  (
    1.to Self do { i:INTEGER;
      action.value;
    };
  );
  
  //
  // Convertion
  //
  
  // *French, Slot, Description : Renvoi une chaîne représentant le nombre en base 10
  // *English, Slot, Description : String of the number in base 10

  - to_string : STRING <-
  ( + result : STRING;
    result := STRING.create 0;
    append_in result;
    result
  );

  - append_in buffer:STRING <- to_integer_32.append_in buffer;
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
 
  - decimal_digit:CHARACTER <-
  // Gives the corresponding CHARACTER for range 0..9.
  [
    -? {in_range 0 to 9};
  ]
  ( 
    (Self.to_integer_8 + '0'.code).to_character
  )
  [
    +? {"0123456789".has Result};
    +? {Result.decimal_value = Self};
  ];
  
  - digit:CHARACTER <- decimal_digit;
  
  - hexadecimal_digit:CHARACTER <-
  // Gives the corresponding CHARACTER for range 0..15.
  [
    -? {in_range 0 to 15};
  ]
  ( + result:CHARACTER;
        
    (Self <= 9).if {
      result := digit;
    } else {
      result := ('A'.code + (Self - 10).to_integer_8).to_character;
    };    
    result
  )
  [
    +? {"0123456789ABCDEF".has Result};
  ];
  
  - to_character:CHARACTER <- to_integer_8.to_character;
  // Return the coresponding ASCII character.
  
  - to_octal:SELF <-
  // Gives coresponding octal value.
  ( + result:SELF;
    
    deferred;
    result
  );
  
  - to_hexadecimal:STRING <-
  // Convert the hexadecimal view of `self' into a new allocated
  // STRING. For example, if `self' is -1 the new STRING is
  // "FFFFFFFF" on a 32 bit machine.
  // * See:  `to_hexadecimal_in' to save memory.
  ( + result:STRING;
    
    result := STRING.create 8;
    to_hexadecimal_in result;
    result
  );
  
  - to_hexadecimal_format s:INTEGER :STRING <-
  // Convert the hexadecimal view of `self' into a new allocated
  // STRING. For example, if `self' is -1 the new STRING is
  // "FFFFFFFF" on a 32 bit machine.
  // * See:  `to_hexadecimal_in' to save memory.
  ( + result:STRING;
    
    result := STRING.create 8;
    to_hexadecimal_in result format s;
    result
  ); 
  
  - to_hexadecimal_in buffer:STRING <-
  // Append in `buffer' the equivalent of `to_hexadecimal'. No new STRING
  // creation during the process.
  [ -? {buffer!=NULL}; ]
  ( + val:SELF;
    + i,old_count:INTEGER;
        
    (Self = 0).if {
      buffer.extend '0';
    } else {
      i := buffer.count + 1;
      val := Self;
      {val != 0}.while_do { //JBJB 
	buffer.extend ((val & 15).hexadecimal_digit);
	val := val >> 4;
      };
      old_count := buffer.count;
      {i >= old_count}.until_do {
	buffer.swap i with old_count;
	old_count := old_count - 1;
	i := i + 1;
      };
    };
  );
  
  - to_hexadecimal_in buffer:STRING format s:INTEGER <-
  // Append in `buffer' the equivalent of `to_hexadecimal'. No new STRING
  // creation during the process.
  [ -? {buffer!=NULL}; ]
  ( + val:SELF;
    + i,old_count:INTEGER;
        
    (Self = 0).if {
      buffer.extend '0';
    } else {
      i := buffer.count + 1;
      val := Self;
      {val != 0}.while_do { //JBJB 
	buffer.extend ((val & 15).hexadecimal_digit);
	val := val >> 4;
      };
      old_count := buffer.count;
      {i >= old_count}.until_do {
	buffer.swap i with old_count;
	old_count := old_count - 1;
	i := i + 1;
      };
    };
    buffer.precede_multiple '0' by (s.to_integer - buffer.count);
  ); 

  - to_binary_in buffer:STRING format s:INTEGER <-
  // Append in `buffer' the equivalent of `to_binary_string'. No new STRING
  // creation during the process.
  [ -? {buffer!=NULL}; ]
  ( + val:SELF;
    + i,old_count:INTEGER;
        
    (Self = 0).if {
      buffer.extend '0';
    } else {
      i := buffer.count + 1;
      val := Self;
      {val != 0}.while_do { 
	buffer.extend ('0' +# (val & 1));
	val := val >> 1;
      };
      old_count := buffer.count;
      {i >= old_count}.until_do {
	buffer.swap i with old_count;
	old_count := old_count - 1;
	i := i + 1;
      };
    };
    buffer.precede_multiple '0' by ((s.to_integer) - buffer.count);
  ); 
  
  //
  // Hashing:
  //
  
  - hash_code:INTEGER <- to_integer_32.hash_code; // BSBS:  Il faut revoir => Depending processor
  
  //
  // Print
  //
  
  - print <-
  (
    (Self = 0).if {
      '0'.print;
    }.elseif {Self < 0} then {
      '-'.print;
      (-Self).print_positif;
    } else {
      print_positif;
    };
  );
  
  - print_positif <-
  // Display this number without memory.
  [ -? {Self >=# 0}; ]
  ( + char:CHARACTER;
    + val:SELF;    
        
    char := (Self % 10).decimal_digit;
    val  := Self / 10;
    (val != 0).if {
      val.print_positif;
    };
    char.print;
  );

  - print_hex <-
  // Display this number without memory.
  ( + char:CHARACTER;
    + val:SELF;
        
    char := (Self & 0Fh).hexadecimal_digit; 
    val  := Self / 16; 
    (val != 0).if {
      val.print_hex;
    };
    char.print;
  );
  
  //
  // Debug manager facility.
  //
  
  - Self:SELF '?' blc:BLOCK <-  blc ?# Self;
  
Section INTEGER  
  
  - to_raw_pointer:POINTER         <- CONVERT(SELF,POINTER).on Self;



lisaac_0.39_rc1/lib/standard/number/real/0000755000175000017500000000000011314031324020205 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/number/real/real.li0000644000175000017500000001730311314031246021465 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name   := Expanded REAL;
  
  - export :=
  REAL_32, REAL_64, REAL_80,
  REAL_16_16,  REAL_24_8,  REAL_26_6,
  UREAL_16_16, UREAL_24_8, UREAL_26_6;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag, 2007 Xavier Oswald";
  - comment := "Generic real number.";
  
  - type    := `float`;
  - default := 0.0;
  
  - lip     <-
  (
    add_lib "-lm";
  );

Section Insert
  
  - inherit_numeric:NUMERIC := NUMERIC;
  
Section Public
  
  - Self:SELF '+'  Left 80  other:SELF :SELF <- `@Self + @other`:SELF;

  - bound_test low:INTEGER_64 to up:UINTEGER_64 :BOOLEAN <-  
  (
    TRUE
  );
  
  - pi   :SELF <- 3.14159265358979323846;
  // Pi number

  - atan :SELF <- `atan(@Self)`:SELF;
  // Arctangent

  - sqrt :SELF <- `sqrt(@Self)`:SELF;
  // Square root

  - log  :SELF <- `log(@Self)`:SELF;
  // Logarithm

  - sin  :SELF <- `sin(@Self)`:SELF;
  // Sinus

  - cos  :SELF <- `cos(@Self)`:SELF;
  // Cosinus

  - pow exp:SELF :SELF <- `pow(@Self,@exp)`:SELF;
  // Power

  - Self:SELF '**' Right 120 exp:SELF :SELF <-
  // Power
  (
    Self.pow exp
  );

  - Self:SELF '^' Right 120 exp:SELF :SELF <- 
  // Power
  (
    Self.pow exp
  );

  //
  // Convertion format with test.
  //
  
  - floor:INTEGER <-
  // Greatest integral value no greater than Current.
  (     
    to_raw_integer
  );
  
  - ceiling:INTEGER <-
  // Smallest integral value no smaller than Current.
  (     
    (Self + 0.9999).floor
  );
  
  - rounded:INTEGER <-
  // Rounded integral value.
  (
    (Self + 0.5).floor
  );
  
  - truncated_to_integer:INTEGER <- floor;
  // Integer part (largest absolute value no greater than Current).
  
  //
  // Comparaison.
  //
  
  - Self:SELF '~=' other:SELF :BOOLEAN <-
  // Equal, close to 0.001
  (
    (Self - other).abs < 0.001
  );
  
  - is_not_a_number:BOOLEAN <- deferred;
  
  - is_infinity:BOOLEAN <- deferred;
  
  //
  // Print.
  //
  
  - append_in buffer:STRING <-
  // Append `Self' decimal representation in `buffer' with 4 decimal
  (
    append_in buffer decimal 4;
  );

  - to_string : STRING <-
  // * French: Renvoi une chaîne représentant le nombre en base 10
  // String of the number in base 10
  ( + result : STRING;
    result := STRING.create 0;
    append_in result;
    result
  );
 
  - append_in buffer:STRING format n:INTEGER decimal d:INTEGER <-
  (
    append_in buffer format n with ' ' decimal d;
  );
  
  - append_in buffer:STRING format n:INTEGER with c:CHARACTER decimal d:INTEGER <-
  // String of the number in base 10 with `c' replacing blanck 
  [ 
    -? {n >= 3};
  ]
  ( + old_count:INTEGER;
    
    old_count := buffer.count;
    append_in buffer decimal d;
    buffer.insert c to old_count on (n - (buffer.count - old_count));
  );
  
  - append_in buffer:STRING decimal n:INTEGER <-
  // String of the number in base 10 with 4 decimal
  ( + val:SELF;
    + val_10:INTEGER;    
    + char:CHARACTER;
    + i:INTEGER;
    
    get_map Self;
    // Sign.
    (sign).if {
      val := Self;
    } else {
      buffer.add_last '-';
      val := - Self;
    };    
    (is_zero).if {
      // Zero case.      
      buffer.add_last '0';
    }.elseif {is_infinite} then {
      // Infinite case.
      buffer.append "Infinite";
    }.elseif {is_nan} then {
      // Nan case.
      buffer.append "Nan";
    } else {    
      // Value case = 1.mantisse x 2^(exp-127)
      (val > INTEGER.maximum.to_real_32).if {
        scientific_append_in buffer;
      } else {
        val_10 := val.to_integer;	  
        val_10.append_in buffer;		
        val := val - val_10;	  
        (n != 0).if {
          buffer.add_last '.';
          i := n;
          {(val != 0) && {i > 0}}.while_do {	  
            val := val * 10;
            val_10 := val.to_integer;
            char := val_10.decimal_digit;
            buffer.add_last char;
            val := val - val_10;
            i := i - 1;
          };	  	  
          buffer.extend_multiple '0' by i;
        };
      };
    };    
  );
  
  - scientific_append_in buffer:STRING <- 
 // Scientific number representation
  ( + val:SELF;
    + val_10:INTEGER;
    + exp_10:INTEGER;
    + char:CHARACTER;
    
    get_map Self;
    // Sign.
    (sign).if {
      val := Self;
    } else {
      buffer.add_last '-';
      val := - Self;
    };    
    (is_zero).if {
      // Zero case.
      buffer.add_last '0';
    }.elseif {is_infinite} then {
      // Infinite case.
      buffer.append "Infinite";
    }.elseif {is_nan} then {
      // Nan case.
      buffer.append "Nan";
    } else {
      // Value case.
      {val > 10}.while_do {
        val    := val / 10;
        exp_10 := exp_10 + 1;
      };
      {val < 0}.while_do {
        val    := val * 10;
        exp_10 := exp_10 - 1;
      };
      val_10 := val.to_integer;
      char := val_10.decimal_digit;
      buffer.add_last char;
      buffer.add_last '.';
      val := val - val_10;
      {val != 0}.while_do {	  
        val := val * 10;
        val_10 := val.to_integer;
        char := val_10.decimal_digit;
        buffer.add_last char;
        val := val - val_10;
      };
      buffer.add_last 'E';
      exp_10.append_in buffer;
    };
  );
  
  - append_in buffer:STRING format_c fmt:ABSTRACT_STRING <-
  ( + nc_buf,nc_fmt:NATIVE_ARRAY(CHARACTER);    
    + old_count,cap:INTEGER;
    
    old_count := buffer.count;
    cap       := buffer.capacity - old_count;
    nc_buf    := buffer.to_external + old_count;
    nc_fmt    := fmt.to_external;
    `snprintf(@nc_buf,@cap,@nc_fmt,@Self)`;
    buffer.restore_after_external;
  );    
  
  - print_decimal s:INTEGER <-
  // print with `s' decimal
  (
    string_tmp.clear;
    append_in string_tmp decimal s;
    string_tmp.print;
  );
  
  - print_int i:INTEGER decimal d:INTEGER <-
  (
    print_format (i+d+1) decimal d;
  );
  
  - print_format s:INTEGER decimal d:INTEGER <-
  [
    -? {s > d};
  ]
  ( 
    print_format s with ' ' decimal d;
  );

  - print_format s:INTEGER with c:CHARACTER decimal d:INTEGER <-
  [
    -? {s > d};
  ]
  ( 
    string_tmp.clear;
    append_in string_tmp format s with c decimal d;
    string_tmp.print;
  );
  
  - print_format_c fmt:ABSTRACT_STRING <-
  (
    string_tmp.clear;
    append_in string_tmp format_c fmt;
    string_tmp.print;
  );
  
lisaac_0.39_rc1/lib/standard/number/real/real_80.li0000644000175000017500000000362011314031246021771 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := Expanded REAL_80;

  - export   := REAL;
  
  - comment  := "Float 80 bits (C `long double' mapping).";
    
  - type     := `long double`;
  - default  := (0.to_raw_real_80);
    
Section Insert
  
  - parent_float_map80:FLOAT_MAP80 := FLOAT_MAP80;

  - parent_float_real:FLOAT_REAL := FLOAT_REAL;
  
lisaac_0.39_rc1/lib/standard/number/real/real_64.li0000644000175000017500000000362311314031246021776 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := Expanded REAL_64;

  - export   := REAL, REAL_80;
  
  - comment  := "Float (C `double' mapping).";
    
  - type     := `double`;
  - default  := (0.to_raw_real_64);
    
Section Insert
  
  - parent_float_map64:FLOAT_MAP64 := FLOAT_MAP64;
  
  - parent_float_real:FLOAT_REAL := FLOAT_REAL;
  

  
  
  
lisaac_0.39_rc1/lib/standard/number/real/real_32.li0000644000175000017500000000361611314031246021773 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := Expanded REAL_32;

  - export   := REAL, REAL_64, REAL_80;
  
  - comment  := "Float (C `float' mapping).";
    
  - type     := `float`;
  - default  := (0.to_raw_real_32);
    
Section Insert
  
  - parent_float_map32:FLOAT_MAP32 := FLOAT_MAP32;

  - parent_float_real:FLOAT_REAL := FLOAT_REAL;
  
lisaac_0.39_rc1/lib/standard/number/fixed_real/0000755000175000017500000000000011314031246021367 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/number/fixed_real/real_16_16.li0000644000175000017500000000562711314031246023466 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded REAL_16_16;

  - export  := REAL_32, REAL_64;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "signed 16.16 fixed float.";
  
  - type    := `signed long`;
  - default := (0.to_raw_real_16_16);
  
Section Insert
  
  - parent_signed_fixed_real:SIGNED_FIXED_REAL := SIGNED_FIXED_REAL;
  
Section SELF

  - shift_bits:INTEGER <- 16;

Section Public
    
  //
  // Range.
  //
  
  - minimum:INTEGER_64  <- INTEGER_16.minimum; 

  - maximum:UINTEGER_64 <- INTEGER_16.maximum; 
  
  //
  // Convertion format with test.
  //
  
  - to_real_16_16:REAL_16_16 <- Self;
      
  //
  // Convertion
  //
  
  - append_in buffer:STRING <- 
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  ( + val:INTEGER;
    + old_count,new_count:INTEGER;
    ? {buffer!=NULL};
    
    val := to_raw_integer;
    
    (val < 0).if {
      val := - val;
      buffer.extend '-';
    };
    (val >> 16).append_in buffer;
    buffer.extend '.';

    old_count:=buffer.count;
    //     1/65536 = 0.00390625 => 8 digit.
    (((val & 0FFFFh).to_uinteger_64 * 100000000)>>16).to_integer.append_in buffer;
    new_count:=old_count+8;
    {buffer.count!=new_count}.while_do {
      buffer.insert '0' to old_count;
    };
  );
  
  
  
  
  
  
  
  
  
lisaac_0.39_rc1/lib/standard/number/fixed_real/real_24_8.li0000644000175000017500000000553111314031246023400 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded  REAL_24_8;

  - export  := REAL_32, REAL_64;
    
  - comment := "signed 24.8 fixed float.";
    
  - type    := `signed long`;
  - default := (0.to_raw_real_24_8);
  
Section Insert
  
  - parent_signed_fixed_real:SIGNED_FIXED_REAL := SIGNED_FIXED_REAL;
  
Section SELF

  - shift_bits:INTEGER <- 8;

Section Public
    
  //
  // Range.
  //
  
  - minimum:INTEGER_64 <- - 7F_FFFFh.to_raw_integer_64; 

  - maximum:UINTEGER_64 <- 7F_FFFFh.to_raw_uinteger_64; 
  
  //
  // Convertion format with test.
  //
    
  - to_real_24_8:REAL_24_8 <- Self;
  
  //
  // Convertion
  //
  
  - append_in buffer:STRING <- 
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  ( + val:INTEGER;
    + old_count,new_count:INTEGER;
    ? {buffer!=NULL};
    
    val := to_raw_integer;
    
    (val < 0).if {
      val := - val;
      buffer.extend '-';
    };
    (val >> 8).append_in buffer;
    buffer.extend '.';

    old_count:=buffer.count;
    //     1/256 = 0.00390625 => 8 digit.
    (((val & 255).to_uinteger_64 * 100000000)>>8).to_integer.append_in buffer;
    new_count:=old_count+8;
    {buffer.count!=new_count}.while_do {
      buffer.insert '0' to old_count;
    };

  );
  
  
  
  
  
  
  
  
  
  
lisaac_0.39_rc1/lib/standard/number/fixed_real/real_26_6.li0000644000175000017500000000550011314031246023374 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded REAL_26_6;

  - export  := REAL_32, REAL_64;
  
  - comment := "signed 26.6 fixed float.";

  - type    := `unsigned long`;
  - default := (0.to_raw_real_26_6);
  
Section Insert
  
  - parent_signed_fixed_real:SIGNED_FIXED_REAL := SIGNED_FIXED_REAL;

Section SELF

  - shift_bits:INTEGER <- 6;
  
Section Public
    
  //
  // Range.
  //
  
  - minimum:INTEGER_64  <- - 1FF_FFFFh.to_raw_integer_64;
  
  - maximum:UINTEGER_64 <- 1FF_FFFFh.to_raw_uinteger_64;
  
  //
  // Convertion format with test.
  //
  
  - to_real_26_6:REAL_26_6 <- Self;
  
  //
  // Convertion
  //
  
  - append_in buffer:STRING <- 
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  ( + val:INTEGER_32;
    + old_count,new_count:INTEGER;
    ? {buffer!=NULL};
    
    val := to_raw_integer;
    
    (val < 0).if {
      val := - val;
      buffer.extend '-';
    };
    (val >> 6).append_in buffer;
    buffer.extend '.';
    
    old_count:=buffer.count;
    //     1/64 = 0.015625 => 6 digit.    
    (((val & 63) * 1000000)>>6).append_in buffer;
    new_count:=old_count+6;
    {buffer.count!=new_count}.while_do {
      buffer.insert '0' to old_count;
    };

  );
  
  
  
  
  
  
  
  
  
  
lisaac_0.39_rc1/lib/standard/number/fixed_real/ureal_26_6.li0000644000175000017500000000541711314031246023570 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded UREAL_26_6;

  - export  := REAL_32, REAL_64;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "unsigned 26.6 fixed float.";
  
  - type    := `unsigned long`;
  - default := (0.to_raw_ureal_26_6);
  
Section Insert
  
  - parent_unsigned_fixed_real:UNSIGNED_FIXED_REAL := UNSIGNED_FIXED_REAL;

Section SELF

  - shift_bits:INTEGER <- 6;
  
Section Public
    
  //
  // Range.
  //
  
  - maximum:UINTEGER_64 <- 3FF_FFFFh.to_raw_uinteger_64;
  
  //
  // Convertion format with test.
  //
  
  - to_ureal_26_6:UREAL_26_6 <- Self;
  
  //
  // Convertion
  //
  
  - append_in buffer:STRING <- 
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  ( + val:UINTEGER_32;
    + old_count,new_count:INTEGER;
    ? {buffer!=NULL};
    
    val := to_raw_uinteger_32;
    (val >> 6).append_in buffer;
    buffer.extend '.';
    old_count:=buffer.count;
    //     1/64 = 0.015625 => 6 digit.    
    (((val & 63) * 1000000)>>6).append_in buffer;
    new_count:=old_count+6;
    {buffer.count!=new_count}.while_do {
      buffer.insert '0' to old_count;
    };

  );
  
  
  
  
  
  
  
  
  
  
lisaac_0.39_rc1/lib/standard/number/fixed_real/ureal_24_8.li0000644000175000017500000000545011314031246023565 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded UREAL_24_8;

  - export  := REAL_32, REAL_64;
  
  - comment := "signed 24.8 fixed float.";
  
  - type    := `signed long`;
  - default := (0.to_raw_ureal_24_8);
  
Section Insert
  
  - parent_unsigned_fixed_real:UNSIGNED_FIXED_REAL := UNSIGNED_FIXED_REAL;
  
Section SELF

  - shift_bits:INTEGER <- 8; 
  
Section Public
    
  //
  // Range.
  //
  
  - maximum:UINTEGER_64 <- 0FF_FFFFh.to_raw_uinteger_64; 
  
  //
  // Convertion format with test.
  //
      
  - to_real_24_8:REAL_24_8 <- Self;
  
  //
  // Convertion
  //
  
  - append_in buffer:STRING <- 
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  ( + val:INTEGER;
    + old_count,new_count:INTEGER;
    ? {buffer!=NULL};
    
    val := to_raw_integer;
    
    (val < 0).if {
      val := - val;
      buffer.extend '-';
    };
    (val >> 8).append_in buffer;
    buffer.extend '.';

    old_count:=buffer.count;
    //     1/256 = 0.00390625 => 8 digit.
    (((val & 255).to_uinteger_64 * 100000000)>>8).to_integer.append_in buffer;
    new_count:=old_count+8;
    {buffer.count!=new_count}.while_do {
      buffer.insert '0' to old_count;
    };

  );
  
  
  
  
  
  
  
  
  
  
lisaac_0.39_rc1/lib/standard/number/fixed_real/ureal_16_16.li0000644000175000017500000000545111314031246023646 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded UREAL_16_16;

  - export  := REAL_32, REAL_64;
  
  - comment := "unsigned 16.16 fixed float.";
    
  - type    := `signed long`;
  - default := (0.to_raw_ureal_16_16);
    
Section Insert
  
  - parent_unsigned_fixed_real:UNSIGNED_FIXED_REAL := UNSIGNED_FIXED_REAL;

Section SELF

  - shift_bits:INTEGER <- 16;
  
Section Public
  
  //
  // Range.
  //
  
  - maximum:UINTEGER_64 <- UINTEGER_16.maximum; 
  
  //
  // Convertion format with test.
  //
    
  - to_real_16_16:REAL_16_16 <- Self;
    
  //
  // Convertion
  //
  
  - append_in buffer:STRING <- 
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  ( + val:INTEGER;
    + old_count,new_count:INTEGER;
    ? {buffer!=NULL};
    
    val := to_raw_integer;
    
    (val < 0).if {
      val := - val;
      buffer.extend '-';
    };
    (val >> 16).append_in buffer;
    buffer.extend '.';

    old_count:=buffer.count;
    //     1/65536 = 0.00390625 => 8 digit.
    (((val & 0FFFFh).to_uinteger_64 * 100000000)>>16).to_integer.append_in buffer;
    new_count:=old_count+8;
    {buffer.count!=new_count}.while_do {
      buffer.insert '0' to old_count;
    };
  );
  
  
  
  
  
  
  
  
  
lisaac_0.39_rc1/lib/standard/boolean/0000755000175000017500000000000011314031246017414 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/boolean/false.li0000644000175000017500000000662511314031246021045 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded FALSE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "FALSE object";

  - type    := `char`;
  - default := FALSE;
  
Section Inherit
  
  - inherit_boolean:BOOLEAN := BOOLEAN;
  
Section Public
  
  //
  // Conditional :
  //
  
  - if_true block:{};
  
  - if_false block:{} <-
  ( //? {block!=NULL};
    block.value;
  );
  
  - if true_block:{} else false_block:{} <-
  (
    false_block.value;
  );

  - if_true true_block:{} else false_block:{} <-
  (
    false_block.value;
  );
  
  - if_false true_block:{} else false_block:{} <- 
  (
    true_block.value;
  );
  
  - if true_block:{} :BOOLEAN <- FALSE;
  
  - elseif cond:{BOOLEAN} then block:{} :BOOLEAN <-
  ( + result:BOOLEAN;
    
    result := cond.value;
    result.if {
      block.value;
    };
    result
  );
  
  - elseif cond:{BOOLEAN} then block:{} else block_else:{} <-
  (
    (cond.value).if {
      block.value;
    } else {
      block_else.value;
    };
  );
  
  //
  // Binary operator :
  //
  
  - Self:SELF '||'  Left 10  other:{BOOLEAN}   :BOOLEAN <- other.value;
  
  - Self:SELF '&&'  Left 20  other:{BOOLEAN}   :BOOLEAN <- FALSE;
  
  - Self:SELF '|'   Left 10  other:BOOLEAN :BOOLEAN <- other;
  
  - Self:SELF '&'   Left 20  other:BOOLEAN :BOOLEAN <- FALSE;
  
  - Self:SELF '^'  Left 10  other:BOOLEAN :BOOLEAN <- other;
  
  - Self:SELF '->'  Right 25 other:BOOLEAN :BOOLEAN <- TRUE;
  
  - Self:SELF '->>' Right 25 other:{BOOLEAN}  :BOOLEAN <- TRUE;
  
  - Self:SELF '=>' s:ABSTRACT_STRING <-
  (
  );
  
  //
  // Prefix operator
  //
  
  - '!' Self:SELF :BOOLEAN <- TRUE;
  
  //
  // Convertion
  //
  
  - to_string:STRING       <- "0".to_string;
  
  - to_integer:INTEGER     <- 0;
  
  - to_character:CHARACTER <- '0';
  
  //
  // Output.
  //
  
  - print <-
  (
    "FALSE".print;
  );
lisaac_0.39_rc1/lib/standard/boolean/boolean.li0000644000175000017500000000763011314031246021367 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded BOOLEAN;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "Boolean library (self is mapping on int C).";

  - type    := `char`;
  - default := FALSE;
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  - deferred_boolean:BOOLEAN <-
  ( + result:BOOLEAN;
    
    deferred;
    result
  );
  
Section Public

  //
  // Conditional :
  //
  
  - if_true block:{}  <- deferred;
  
  - if_false block:{} <- deferred;
  
  - if true_block:{} else false_block:{} <- `ERROR`; //deferred;
  
  - if_true true_block:{} else false_block:{} <- deferred;
  
  - if_false true_block:{} else false_block:{} <- deferred;
  
  - if true_block:{} :BOOLEAN <- deferred_boolean;
  
  - elseif cond:{BOOLEAN} then block:{} :BOOLEAN <- deferred_boolean;
  
  - elseif cond:{BOOLEAN} then block:{} else block_else:{} <- deferred;
    
  - else_if cond:{BOOLEAN} then block:{} :BOOLEAN <- 
  // Alias.
  elseif cond then block;
  
  - else_if cond:{BOOLEAN} then block:{} else block_else:{} <- 
  // Alias.
  elseif cond then block else block_else;
  
  //
  // Binary operator :
  //

  - Self:SELF '=='  Right 60 other:SELF :BOOLEAN <- Self = other;
  
  - Self:SELF '!==' Right 60 other:SELF :BOOLEAN <- Self != other;
  
  - Self:SELF '||' Left 10  other:{BOOLEAN}   :BOOLEAN <- deferred_boolean;
  
  - Self:SELF '&&' Left 20  other:{BOOLEAN}   :BOOLEAN <- deferred_boolean; 
  
  - Self:SELF '|'  Left 10  other:BOOLEAN :BOOLEAN <- deferred_boolean;
  
  - Self:SELF '&'  Left 20  other:BOOLEAN :BOOLEAN <- deferred_boolean;
  
  - Self:SELF '^' Left 10  other:BOOLEAN :BOOLEAN  <- deferred_boolean;
  
  - Self:SELF '->' Right 25 other:BOOLEAN :BOOLEAN <- deferred_boolean;

  - Self:SELF '->>' Right 25 other:{BOOLEAN}  :BOOLEAN <- deferred_boolean;
  
  - Self:SELF '=>' s:ABSTRACT_STRING <- deferred;
  
  //
  // Prefix operator
  //
  
  - '!' Self:SELF :BOOLEAN <- deferred;
  
  //
  // Convertion
  //
  
  - to_string:STRING <- 
  ( + result:STRING;
    
    deferred;
    result
  );
  
  - to_integer:INTEGER <- 
  ( + result:INTEGER;
    
    deferred;
    result
  );
  
  - to_character:CHARACTER <- 
  ( + result:CHARACTER;
    
    deferred;
    result
  );
  
  - append_in str:STRING <- str.append to_string;

  //
  // Output.
  //
  
  - print <-
  (
    deferred;
  );


lisaac_0.39_rc1/lib/standard/boolean/true.li0000644000175000017500000000647711314031246020737 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded TRUE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "TRUE object";

  - type    := `char`;
  - default := TRUE;
  
Section Inherit
  
  - inherit_boolean:BOOLEAN := BOOLEAN;
  
Section Public
  
  //
  // Conditional :
  //
  
  - if_true block:{}  <-
  (
    block.value;
  );
  
  - if_false block:{};
  
  - if true_block:{} else false_block:{} <-
  (
    true_block.value;
  );
  
  - if_true true_block:{} else false_block:{} <-
  (
    true_block.value;
  );
  
  - if_false true_block:{} else false_block:{} <- 
  (
    false_block.value;
  );
  
  - if true_block:{} :BOOLEAN <-
  (
    true_block.value;
    TRUE
  );
  
  - elseif cond:{BOOLEAN} then block:{} :BOOLEAN <- TRUE;
  
  - elseif cond:{BOOLEAN} then block:{} else block_else:{};
  
  //
  // Binary operator :
  //
    
  - Self:SELF '||'  Left 10  other:{BOOLEAN}   :BOOLEAN <- TRUE;   // or else
  
  - Self:SELF '&&'  Left 20  other:{BOOLEAN}   :BOOLEAN <- other.value;  // and then
  
  - Self:SELF '|'   Left 10  other:BOOLEAN :BOOLEAN <- TRUE;  // or
  
  - Self:SELF '&'   Left 20  other:BOOLEAN :BOOLEAN <- other; // and
  
  - Self:SELF '^'  Left 10  other:BOOLEAN :BOOLEAN <- ! other;
  
  - Self:SELF '->'  Right 25 other:BOOLEAN :BOOLEAN <- other;

  - Self:SELF '->>' Right 25 other:{BOOLEAN}  :BOOLEAN <- other.value;
  
  - Self:SELF '=>' s:ABSTRACT_STRING <-
  (
    s.print;
    `while (1)`;
  );
  
  //
  // Prefix operator
  //
  
  - '!' Self:SELF :BOOLEAN <- FALSE;
  
  //
  // Conversion
  //
  
  - to_string:STRING       <- "1".to_string; // BSBS: A revoir ...
  
  - to_integer:INTEGER     <- 1;
  
  - to_character:CHARACTER <- '1';

  //
  // Output.
  //

  - print <-
  (
    "TRUE".print;
  );






lisaac_0.39_rc1/lib/standard/kernel/0000755000175000017500000000000011314031324017252 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/kernel/pointer.li0000644000175000017500000000755011314031246021272 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded POINTER;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "References to objects (POINTER is mapped as C type 'void *')";
  
  - export  := UINTEGER_CPU;
  
  - type    := `void *`;
  
  - default := `NULL`:POINTER;
  
Section Insert
  
  - parent_unsigned_integer:UNSIGNED_INTEGER := UNSIGNED_INTEGER;
  
Section Public
  
  - in_range low:SELF to up:SELF :BOOLEAN <- TRUE; // BSBS: A revoir.

  
  - object_size:INTEGER <- `sizeof(void *)`:INTEGER;
  
  - is_null:BOOLEAN <- (Self = NULL);
  // Is the external POINTER a NULL pointer ?
  
  - is_not_null:BOOLEAN <- ! is_null;
  // Is the external POINTER a non-NULL pointer ?
  
  - to_native_array:NATIVE_ARRAY(UINTEGER_8) <- NATIVE_ARRAY(UINTEGER_8).force_conversion Self;
  // Convert `pointer' into 'native_array' type.
  
//  - to_uinteger_32:UINTEGER_32 <- `(unsigned int)@Self`:UINTEGER_32;
  // convert `pointer' into uinteger type (adress of the pointer)
  
//  - from_uinteger p:UINTEGER_32 :POINTER <- CONVERT(UINTEGER_32,POINTER).on p;
  // create POINTER from an adress
  
//  - to_integer:INTEGER <- to_raw_integer;

  - to_string :STRING <- to_uinteger_cpu.to_hexadecimal;
  
  //
  // Convertion format without test.
  //
  
  - to_raw_uinteger_cpu:UINTEGER_CPU <- CONVERT(SELF,UINTEGER_CPU).on Self;
  
  - to_raw_integer:INTEGER           <- CONVERT(UINTEGER_CPU,INTEGER).on to_raw_uinteger_cpu;
  
  - to_raw_uinteger:UINTEGER         <- CONVERT(UINTEGER_CPU,UINTEGER).on to_raw_uinteger_cpu;
  
  - to_raw_uinteger_8:UINTEGER_8     <- CONVERT(UINTEGER_CPU,UINTEGER_8 ).on to_raw_uinteger_cpu;

  - to_raw_uinteger_16:UINTEGER_16   <- CONVERT(UINTEGER_CPU,UINTEGER_16).on to_raw_uinteger_cpu;

  - to_raw_uinteger_32:UINTEGER_32   <- CONVERT(UINTEGER_CPU,UINTEGER_32).on to_raw_uinteger_cpu;

  - to_raw_uinteger_64:UINTEGER_64   <- CONVERT(UINTEGER_CPU,UINTEGER_64).on to_raw_uinteger_cpu;
  
  - to_raw_integer_8:INTEGER_8       <- CONVERT(UINTEGER_CPU,INTEGER_8 ).on to_raw_uinteger_cpu;

  - to_raw_integer_16:INTEGER_16     <- CONVERT(UINTEGER_CPU,INTEGER_16).on to_raw_uinteger_cpu;

  - to_raw_integer_32:INTEGER_32     <- CONVERT(UINTEGER_CPU,INTEGER_32).on to_raw_uinteger_cpu;

  - to_raw_integer_64:INTEGER_64     <- CONVERT(UINTEGER_CPU,INTEGER_64).on to_raw_uinteger_cpu;
  lisaac_0.39_rc1/lib/standard/kernel/convert.li0000644000175000017500000000340311314031246021263 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := CONVERT(S,D);

  - copyright := "2003-2007 Benoit Sonntag";
    
  - comment := "Don't use this prototype !";

Section Public
    
  - on src:S :D <- `13`;

  
  lisaac_0.39_rc1/lib/standard/kernel/reference.li0000644000175000017500000000424111314031246021542 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := REFERENCE(E);
  
  - import    := E;
  - export    := E,POINTER;
  
  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "Reference on object (Expanded)";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
    
  + value:E;
  
  //
  // Creation.
  //

  - create v:E :SELF <-
  ( + result:SELF;
    result := clone;
    result.make v;
    result
  );

  - make v:E <-
  ( 
    value := v;
  );
  
  //
  // Cast.
  //
  
  - to_e:E <- value;
    
  - from_e v:E :SELF <- create v;
lisaac_0.39_rc1/lib/standard/kernel/i_dont_know_prototyping.li0000644000175000017500000000450011314031246024572 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := I_DONT_KNOW_PROTOTYPING;


  - copyright   := "2003-2007 Benoit Sonntag; another idiot : Pierre-Alex";

  - comment := "Facility, but it's not in prototype spirit.";

Section Public
  
  //
  // Conditional.
  //
    
  - if cond:BOOLEAN then true_block:{} :BOOLEAN <-
  (
    cond.if true_block
  );

  - if cond:BOOLEAN then true_block:{} else false_block:{} <-
  (
    cond.if true_block else false_block;
  );
  
  //
  // Loop.
  //
  
  - while cond:{} do body:{} <-
  (
    cond.while_do body;
  );
  
  - do body:{} while cond:{} <-
  (
    body.do_while cond;
  );
  
  - repeat body:{} until cond:{} <-
  (
    body.do_until cond;
  );
  
  //
  // Print.
  //
  
  - printf str:ABSTRACT_STRING <-
  (
    str.print;
  );
  
lisaac_0.39_rc1/lib/standard/kernel/block.li0000644000175000017500000001176211314031246020704 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := BLOCK;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
   
  - comment := "Block instruction library { ... } .";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
    
  //
  // Conditional :
  //
  
  - Self:{BOOLEAN} '||' Left 10 other:{BOOLEAN} :BOOLEAN <-
  (
    value || other
  );
  
  - Self:{BOOLEAN} '&&' Left 20 other:{BOOLEAN} :BOOLEAN <-
  (
    value && other
  );
  
  - Self:{}.if test:BOOLEAN <-
  (
    test.if_true {
      value;
    };
  );
  
  //
  // Loop :
  //
  
  - Self:{}.endless_loop <-
  (
    (`1`:BOOLEAN{TRUE,FALSE}).if {
      value;
      endless_loop;
    };
  );
  
  - Self:{BOOLEAN}.while_do body:{} <-
  ( //? {body!=NULL};
    
    value.if {
      body.value;
      while_do body;
    };
  );
  
  - Self:{}.do_while test:{BOOLEAN} <-
  ( //? {test!=NULL};
    
    value;
    test.value.if {
      do_while test;
    };
  );
  
  - Self:{BOOLEAN}.until_do body:{} <-
  ( // ? {body!=NULL};
    
    (! value).if {
      body.value;
      until_do body;
    };
  );
  
  - Self:{}.do_until test:{BOOLEAN} <-
  ( //? {test!=NULL};
    
    value;
    (! test.value).if {
      do_until test;
    };
  );
  
  - Self:{BOOLEAN}.while_do body:{} ensure test:{BOOLEAN} <-
  // Mix loop version beetween `while_do' and `do_while'
  (
    value.if {
      body.value;
      test.value.if {
	while_do body ensure test;
      };
    };
  );
  
  /*
  - until_do body:BLOCK or_until test:BLOCK <-
  (
    (! value).if {
      body.value;
      (! test.value).if {
	until_do body or_until test;
      };
    };
  );
  */
  
  //
  // Debug: Require / Ensure / Check
  //
  
  - Self:{BOOLEAN} '?' msg:STRING_CONSTANT <-
  // User assertion with message.
  ( + ptr:POINTER;
    
    ptr := top_runtime_stack;
    ((debug_level >=10) && {! value}).if {      
      crash_on ptr with_message msg;   
    };
  );
  
  - '?' Self:{BOOLEAN} <-
  // User assertion without message.
  ( + ptr:POINTER;
    
    ptr := top_runtime_stack;
    ((debug_level >=10) && {! value}).if {      
      crash_on ptr with_message "User assertion violated.";   
    };
  );
  
  - Self:{BOOLEAN} '-?' msg:STRING_CONSTANT <-
  // Require assertion with message.
  ( + ptr:POINTER;
    
    ptr := top_runtime_stack;
    ((debug_level >= 5) && {! value}).if {
      crash_on ptr with_message msg;   
    };
  );
  
  - '-?' Self:{BOOLEAN} <-
  // Require assertion without message.
  ( + ptr:POINTER;
    
    ptr := top_runtime_stack;
    ((debug_level >= 5) && {! value}).if {
      crash_on ptr with_message "Require assertion violated.";   
    };
  );
  
  - Self:{BOOLEAN} '+?' msg:STRING_CONSTANT <-
  // Ensure assertion with message.
  ( + ptr:POINTER;
    
    ptr := top_runtime_stack;
    ((debug_level >= 15) && {! value}).if {
      crash_on ptr with_message msg;   
    };
  );
  
  - '+?' Self:{BOOLEAN} <-
  // Require assertion without message.
  ( + ptr:POINTER;
    
    ptr := top_runtime_stack;
    ((debug_level >= 15) && {! value}).if {
      crash_on ptr with_message "Ensure assertion violated.";   
    };
  );

  - Self:{BOOLEAN} '?#' val:INTEGER <-
  // Other assertion without message.
  ( + ptr:POINTER;
    
    ptr := top_runtime_stack;
    ((debug_level >= val) && {! value}).if {
      crash_on ptr with_message "Assertion violated.";   
    };
  );
  
  //
  // Code debug.
  //
  
  - '!' Self:{BOOLEAN} <-
  (
    (debug_level >=10).if { 
      value; 
    };
  );
  
  
  lisaac_0.39_rc1/lib/standard/kernel/object.li0000644000175000017500000001360411314031246021055 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := OBJECT;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "Root object.";
  
Section Insert
  
  - im_an_idiot:Expanded I_DONT_KNOW_PROTOTYPING;
    
Section Public
  
  //
  // Compiler consideration.
  //
  
  - object_size:INTEGER <- `12`;
  
  //- pointer_size:INTEGER <- POINTER.pointer_size;

  - is_debug_mode:BOOLEAN <- debug_level != 0;
    
  - debug_level:INTEGER               <- `11`;
  - compiler_inlining_level:INTEGER   <- `18`;
  - compiler_optimization:BOOLEAN     <- `19`; 
  - compiler_built_on:STRING_CONSTANT <- `20`;
  
  - is_ansi:BOOLEAN := SYSTEM.is_ansi;
  
  //
  // Control Error.
  //
  
  - top_runtime_stack:POINTER <- `14`;
  
  - print_runtime_stack_on ptr:POINTER <- 
  (
    (debug_level != 0).if {
      `lisaac_stack_print((_____CONTEXT *)@ptr)`;
    };
  );
  
  - wait_all_the_time <- `pthread_join(c_thread, NULL)`;
  
  - print_runtime_stack <- print_runtime_stack_on top_runtime_stack;
  
  - crash_on ptr:POINTER with_message msg:ABSTRACT_STRING <-
  (
    print_runtime_stack_on ptr;
    msg.print;
    '\n'.print;
    die_with_code exit_failure_code;    
  );
  
  - crash_with_message msg:ABSTRACT_STRING <-
  ( 
    crash_on top_runtime_stack with_message msg;
  );

  - die_with_code code:INTEGER <- SYSTEM.exit code;
  // Terminate execution with exit status code `code'.
  
  - exit_success_code:INTEGER := 0;
  
  - exit_failure_code:INTEGER := 1;
  
  - deferred <-
  ( + ptr:POINTER;
    ptr := top_runtime_stack;
    crash_on ptr with_message "Slot deferred.";
  );
    
  - crash <-
  ( + ptr:POINTER;
    ptr := top_runtime_stack;
    crash_on ptr with_message "Crash system.";
  );
  
  - not_yet_implemented <-
  ( + ptr:POINTER;
    ptr := top_runtime_stack;
    crash_on ptr with_message "Sorry, Some Feature is Not Yet Implemented.";
  );
  
  //
  // Common Function.
  //
  
  - Self:SELF '=='  Right 60 other:E :BOOLEAN <- ( deferred; FALSE);
  
  - Self:SELF '!==' Right 60 other:OBJECT :BOOLEAN <- (! (Self == other));
  
  
  - clone_allocation_size:UINTEGER_CPU;
  
  - clone:SELF <- 
  ( + result:SELF;
    + ptr:POINTER;
    + sz:UINTEGER_CPU;
    + typ_id:INTEGER;
      
    sz := object_size;        
    (sz = 0).if {      
      result := Self;
    } else {      
      typ_id := type_id_intern;      
      //ptr := `malloc(((unsigned long)(@sz + 3)) & 0xFFFFFFFC)`:POINTER;                  
      clone_allocation_size := clone_allocation_size + sz;      
      (typ_id = -1).if {
	ptr := MEMORY.alloc_size sz;
      } else {        
	ptr := MEMORY.alloc_type (typ_id.to_uinteger_32) size sz;
      };                                               
      result := CONVERT(POINTER,SELF).on ptr;            
      //MEMORY.copy to_pointer to ptr size (CONVERT(POINTER,UINTEGER_32).on sz);
      copy_intern_in result;            
      (is_cop_type).if {        
        `((lith_object *)@result)->first = NULL`;
        `((lith_object *)@result)->last  = NULL`;
      };
    };
    result
  );
  
  - free_allocation_memory <- 
  // Static free, don't use with GC.
  ( + ptr:POINTER;
    + sz:UINTEGER_CPU;
    + typ_id:INTEGER;
      
    sz := object_size;        
    (sz != 0).if {      
      typ_id := type_id_intern;      
      //ptr := `free(@Self)`;                  
      clone_allocation_size := clone_allocation_size - sz;      
      ptr := to_pointer;
      (typ_id = -1).if {
	MEMORY.free ptr size sz;
      } else {
	MEMORY.free ptr type (typ_id.to_uinteger_32);
      };                       
    };
  );
    
  - to_pointer:POINTER <- CONVERT(SELF,POINTER).on Self;

  - to_string :STRING <- to_pointer.to_string;

  - print <- to_string.print;

  - println <- 
  ( 
    to_string.println; 
  );
    
  - dynamic_type:SELF <- SELF;
  
  - same_dynamic_type other:OBJECT :BOOLEAN <-
  ( + convert:SELF;
    convert ?= other;
    convert != NULL        
  );
  
  - to_self_on obj:OBJECT :SELF <-
  [
    -? {obj != NULL};
  ]      
  ( + result:SELF;
    
    result ?= obj;
    result
  )
  [
    +? {Result != NULL};
  ];    
  
  //
  // Reflexivity.
  //
  
  - forall_data action:{ E; } <- `21`;
  
  //
  // The Guru section (Don't touch, don't use !)
  //
    
  - is_expanded_type:BOOLEAN  <- `0`;
  
  - type_id_intern:INTEGER    <- `1`;
  
  - is_cop_type:BOOLEAN       <- `15`;
    
  - copy_intern_in other:SELF <- `*@other = *@Self`;
lisaac_0.39_rc1/lib/standard/time/0000755000175000017500000000000011314031246016733 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/time/date.li0000644000175000017500000001017111314031246020176 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := Expanded  DATE;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Date";
  
  - type        := `unsigned long`;
  
  - default     := `0`:DATE;
  
Section Insert
  
  - parent_object:OBJECT := OBJECT; 
  
Section Private
  
  - to_raw:UINTEGER_32 <-
  (
    CONVERT(SELF,UINTEGER_32).on Self
  );
  
Section Public
  
  - Self:SELF '>' Right 60 other:SELF :BOOLEAN <- to_raw > other.to_raw;
  
  - Self:SELF '<' Right 60 other:SELF :BOOLEAN <- to_raw < other.to_raw;
  
  - Self:SELF '>=' Right 60 other:SELF :BOOLEAN <- to_raw >= other.to_raw;
  
  - Self:SELF '<=' Right 60 other:SELF :BOOLEAN <- to_raw <= other.to_raw;
  
  - year :UINTEGER_16 <-
  ( 
    (to_raw >> 16).to_uinteger_16
  );
  
  - month:UINTEGER_8 <-
  (
    ((to_raw & 0FF00h)>>8).to_uinteger_8 
  );
  
  - day  :UINTEGER_8 <-
  (
    (to_raw & 01Fh).to_uinteger_8 
  );
  
  - week_day :UINTEGER_8 <-
  (
    ((to_raw >> 5) & 0111b).to_uinteger_8
  );
  
  
Section Public
  
  - create (y:UINTEGER_16,m,d,wd:UINTEGER_8) :DATE <-
  ( + date:UINTEGER_32;
    ? { m.in_range 1 to 12};
    ? { d.in_range 1 to 31};
    ? { wd.in_range 1 to 7};
    date := y.to_uinteger_32 << 16;
    date := date | (m.to_uinteger_32 << 8);
    date := date | d;
    date := date | (wd << 5);
    CONVERT(UINTEGER_32,SELF).on date
  );
  
  - to_string:STRING <-
  ( + result:STRING;
    result := STRING.create 13;
    append_in result;
    result
  );
  
  - append_in str:STRING <-
  (
    week_day
    .when 1 then {
      str.append "Mo";
    }
    .when 2 then {
      str.append "Tu";
    }
    .when 3 then {
      str.append "We";
    }
    .when 4 then {
      str.append "Th";
    }
    .when 5 then {
      str.append "Fr";
    }
    .when 6 then {
      str.append "Sa";
    }
    .when 7 then {
      str.append "Su";
    };
    (week_day != 0).if {
      str.add_last ' ';
    };
    day.append_in str format 2 with '0';
    str.add_last '/';
    month.append_in str format 2 with '0';
    str.add_last '/';
    year.append_in str format 4;           
  );

  - append_short_in str:STRING <-
  (
    day.append_in str format 2 with '0';
    str.add_last '/';
    month.append_in str format 2 with '0';
    str.add_last '/';
    (year % 100).append_in str format 2 with '0';           
  );

  - append_short2_in str:STRING <-
  (
    day.append_in str format 2 with '0';
    str.add_last '/';
    month.append_in str format 2 with '0';
    str.add_last '/';
    year.append_in str format 4 with '0';           
  );
    
  - print <-
  (
    to_string.print;
  );
lisaac_0.39_rc1/lib/standard/time/time.li0000644000175000017500000001044311314031246020221 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := Expanded  TIME;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Time";
  
  - type        := `unsigned long`;
  
  - default     := `0`:TIME;
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  - to_raw:UINTEGER_32 <-
  (
    CONVERT(SELF, UINTEGER_32).on Self
  );

Section Public

  - hour:UINTEGER_8 <-
  (
    (to_raw >> 24).to_uinteger_8
  );
  
  - minute:UINTEGER_8 <-
  (
    ((to_raw & 0FF0000h) >> 16).to_uinteger_8
  );
  
  - second:UINTEGER_8 <-
  (
    ((to_raw & 0FF00h) >> 8).to_uinteger_8
  );

  - csecond:UINTEGER_8 <-
  (
    (to_raw & 0FFh).to_uinteger_8
  );
  
Section Public
  
  - Self:SELF '>' Right 60 other:SELF :BOOLEAN <- to_raw > other.to_raw;
  
  - Self:SELF '<' Right 60 other:SELF :BOOLEAN <- to_raw < other.to_raw;
  
  - Self:SELF '>=' Right 60 other:SELF :BOOLEAN <- to_raw >= other.to_raw;
  
  - Self:SELF '<=' Right 60 other:SELF :BOOLEAN <- to_raw <= other.to_raw;
  
  - to_csecond:INTEGER <- hour.to_integer * (60*60*100) + 
    minute.to_integer * (60*100) + 
    second.to_integer * 100 + 
    csecond;
  
  - Self:SELF '-' Right 60 other:SELF :SELF <- 
  ( 
    create_csecond (Self -# other)
  );
  
  // BSBS: A uniformiser -# +# ???
  
  - Self:SELF '-#' Right 60 other:SELF :INTEGER <- to_csecond - other.to_csecond;
  
  - Self:SELF '+#' Right 60 other:INTEGER :TIME <-
  ( 
    create_csecond (to_csecond + other)
  );
  
  - create (h,m,s,cs:INTEGER) :TIME <-
  ( + t:UINTEGER_32;
    ? {h.in_range 0 to 23};
    ? {m.in_range 0 to 59};
    ? {s.in_range 0 to 59};
    ? {cs.in_range 0 to 99};
    
    t := h.to_uinteger_32 <<24;
    t := t | (m.to_uinteger_32 << 16);
    t := t | (s.to_uinteger_32 << 8);
    t := t | cs;
    CONVERT(UINTEGER_32, SELF).on t
  );
  
  - create_csecond csec:INTEGER :SELF <-
  ( + h,m,s,cs,diff:INTEGER;
    
    diff := csec;
    h := diff / (60*60*100);
    diff := diff % (60*60*100);
    
    m := diff / (60*100);
    diff := diff % (60*100);
    
    s := diff / 100;
    cs := diff % 100;    
    
    create (h,m,s,cs)
  );
    
  - to_string:STRING <-
  ( + result:STRING;
    result := STRING.create 8;
    append_in result;
    result
  );
  
  - append_in str:STRING <-
  (
    hour.append_in str format 2 with '0';
    str.add_last ':';
    minute.append_in str format 2 with '0';
    str.add_last ':';
    second.append_in str format 2 with '0';
    str.add_last ',';
    csecond.append_in str format 2 with '0';
  );

  - append_short_in str:STRING <-
  (
    hour.append_in str format 2 with '0';
    str.add_last ':';
    minute.append_in str format 2 with '0';
  );
  
  - update <-
  (
    // JBJB A FAIRE !!    
  );
  
  - print <-
  (
    to_string.print;
  );
lisaac_0.39_rc1/lib/standard/collection/0000755000175000017500000000000011314031324020125 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/collection/avl_dictionary.li0000644000175000017500000001214311314031246023466 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := AVL_DICTIONARY(V, K);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Associative memory. Values of type `V' are stored using Keys of type `K'.";
	
  // Efficient implementation of DICTIONARY using an AVL balanced tree. 
  // AVL stands for the names of G. M. Adel'son-Velskii and E. M. Landis, 
  // two Russian mathematicians who first came up with this method of keeping 
  // the tree balanced.

Section Insert
  
  + parent_avl_tree:Expanded AVL_TREE(K);

Section Inherit
  
  + parent_simple_dictionary:Expanded SIMPLE_DICTIONARY(V, K);
  
Section Private
  
  - key_memory:K <- item_memory;
		
Section Public
  
  - capacity:INTEGER <- count;

  - at k:K :V <- 
  ( + dic:AVL_DICTIONARY_NODE(V,K);
    dic ?= root.at k;
    dic.value
  );

  - fast_at k:K :V <- 
  ( + dic:AVL_DICTIONARY_NODE(V,K);
    dic ?= root.fast_at k;
    dic.value
  );

  - reference_at k:K :V <-
  ( + result:V;
    + n:AVL_DICTIONARY_NODE(V, K);
    
    (root != NULL).if {
      n := root.at k;
      (n != NULL).if {
	result := n.value;
      };
    };
    result
  );

  - fast_reference_at k:K :V <-
  ( + result:V;
    + n:AVL_DICTIONARY_NODE(V, K);
		
    (root != NULL).if {
      n := root.fast_at k;
      (n != NULL).if {
	result := n.value;
      };
    };
    result
  );
  
  - put v:V to k:K <- add v to k;
  
  - add v:V to k:K <-
  (
    value_memory := v;
    key_memory := k;
    root := do_insert root;
  );

  - fast_put v:V to k:K <-
  (
    value_memory := v;
    key_memory := k;
    root := fast_do_insert root;
  );

  - occurrences v:V :INTEGER <-
  ( + result:INTEGER;
    
    (root != NULL).if {
      result := root.occurrences v;
    };
    result
  );

  - fast_occurrences v:V :INTEGER <-
  ( + result:INTEGER;
    
    (root != NULL).if {
      result := root.fast_occurrences v;
    };
    result
  );

  - key_at v:V :K <- root.key_at v;
		
  - fast_key_at v:V :K <- root.fast_key_at v;

  - clear_count <- clear_count_and_capacity;

  - clear_count_and_capacity <-
  (
    (! is_empty).if {
      clear_nodes root;
      root := NULL;
      count := 0;
      map_dirty := TRUE;
    };
  );

  - item i:INTEGER :V <-
  ( + dic:AVL_DICTIONARY_NODE(V,K);
    (map_dirty).if {
      build_map;
    };
    dic ?= map.item (i - 1);
    dic.value
  );

  - key index:INTEGER :K <-
  (
    (map_dirty).if {
      build_map;
    };
    map.item (index - 1).key
  );

  - internal_key k:K :K <- root.at(k).key;
  
  - make <-
  (
    map := FAST_ARRAY(AVL_TREE_NODE(K)).create 0;
    // lost_nodes ::= common_lost_nodes.reference_at(generating_type)
    // if lost_nodes = NULL then
    //	create lost_nodes.set_item(NULL)
    //	common_lost_nodes.add(lost_nodes, generating_type)
    //end
  );

Section Private
  
  + value_memory:V;

  - set_value_and_key n:AVL_TREE_NODE(K) <-
  ( + dic:AVL_DICTIONARY_NODE(V,K);
    
    dic ?= n;
    dic.make (value_memory, key_memory);
  );

  - set_value n:AVL_TREE_NODE(K) <-
  ( + dic:AVL_DICTIONARY_NODE(V,K);
    
    dic ?= n;
    dic.set_value value_memory;
  );

  - exchange_and_discard (n1, n2:AVL_TREE_NODE(K)) <-
  (
    n1.set_key (n2.key);
    n1.set_value (n2.value);
    rebalance := TRUE;
    count := count - 1;
    discard_node n2;
  );

  - discard_node n:AVL_DICTIONARY_NODE(V, K) <-
  ( + v:V;
    + k:K;
		
    n.make (v, k);
  );

  - a_new_node:AVL_DICTIONARY_NODE(V, K) <-
  (
    AVL_DICTIONARY_NODE(V, K).clone
  );
  
  
  //		
  //invariant
  //
  
  //[ ...
   // -? {lost_nodes != NULL};
   // -? {lost_nodes = common_lost_nodes.at generating_type};
  //]

lisaac_0.39_rc1/lib/standard/collection/array2.li0000644000175000017500000002474011314031246021665 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ARRAY2(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment :=" General prurpose, resizable, two dimensional array.";
    
Section Inherit

  + parent_collection2:Expanded COLLECTION2(V);
  
Section Public
  
  + lower1:INTEGER;
  + lower2:INTEGER;
  
  + upper1:INTEGER;
  + upper2:INTEGER;
  
Section ARRAY2
  
  + storage:NATIVE_ARRAY(V);
  // To store elements line by line.

  + capacity:INTEGER;
  // Number of elements in `storage'.
  
Section Public
  
  //
  // Creation / modification:
  //
  
  - create (line_min, column_min:INTEGER) to (line_max, column_max:INTEGER) :SELF <-
  // Reset all bounds `line_minimum' / `line_maximum' / `column_minimum' and
  // `column_maximum' using arguments as new values.
  // All elements are set to the default value of type E.
  ( + result:SELF;
    
    result:= clone;
    result.make (line_min, column_min) to (line_max, column_max);
    result
  );

  - make (line_min, column_min:INTEGER) to (line_max, column_max:INTEGER) <-
  // Reset all bounds `line_minimum' / `line_maximum' / `column_minimum' and
  // `column_maximum' using arguments as new values.
  // All elements are set to the default value of type E.
  [ ...
    -? {line_min <= line_max};
    -? {column_min <= column_max};
  ]
  (
    lower1 := line_min;
    upper1 := line_max;
    lower2 := column_min;
    upper2 := column_max;

    (capacity >= count).if {
      storage.clear_all (count - 1);
    } else {
      capacity := count;
      storage := NATIVE_ARRAY(V).create count;
    }; 
  )
  [ ...
    +? {line_minimum = line_min};
    +? {line_maximum = line_max};
    +? {column_minimum = column_min};
    +? {column_maximum = column_max};
  ];

  - from_collection2 model:COLLECTION2(V) <-
  (
    make (model.line_minimum,model.column_minimum) 
    to   (model.line_maximum,model.column_maximum);
    
    line_minimum.to line_maximum do { i:INTEGER;
      column_minimum.to column_maximum do { j:INTEGER;
      	put (model.item (i,j)) to (i,j);
      }; 
    };
  )
  [ ...
    +? { lower1 = model.lower1 };
    +? { lower2 = model.lower2 };
  ];

  - from_collection contents:COLLECTION(V) 
  size (line_min,column_min:INTEGER) to (line_max,column_max:INTEGER) <-
  //  Reset all bounds using `line_min', `line_max', `column_min',
  //  and `column_max' .
  //  Copy all elements of `contents', line by line into Current.
  [ ...
    -? { line_min <= line_max };
    -? { column_min <= column_max };
    -? { contents.count = (line_max - line_min + 1) * (column_max - column_min +1) };
  ]
  (    
    make (line_min,column_min) to (line_max,column_max);        
    0.to (count - 1) do { i:INTEGER;
      storage.put (contents.item (contents.lower + i)) to i;
    }; 
  )
  [ ...
    +? { line_minimum = line_min };
    +? { line_maximum = line_max };
    +? { column_minimum = column_min };
    +? { column_maximum = column_max };
    +? { count = contents.count };
  ];
    
  - from_model model:COLLECTION(COLLECTION(V)) <-
  // The `model' is used to fill line by line the COLLECTION2.
  // Assume all sub-collections of `model' have the same indexing.
  (
    make (model.lower,model.first.lower) to (model.upper,model.first.upper);

    (model.lower).to (modele.upper) do { line:INTEGER;
      (model.first.lower).to (model.first.upper) do { column:INTEGER;
	put (model.item line.item column) to (line,column);
      }; 
    };
  )
  [ ...
    -? { line_minimum = model.lower};
    -? { line_maximum = model.upper};
    -? { column_minimum = model.first.lower};
    -? { column_maximum = model.first.upper};
  ];
  
  //
  // Resizing:
  //
  
  - resize (line_min, column_min:INTEGER) to (line_max, column_max:INTEGER) <-
  // Resize bounds of the Current array
  [ ...
    -? { line_max >= line_min };
    -? { column_max >= column_min };
  ]
  ( + tmp:SELF;
        
    tmp := SELF.create (line_min,column_min) to (line_max, column_max);    
    // BSBS: It may be possible to avoid this ceation when :
    // BSBS:   new `capacity' <= old `capacity'
    lower1.to line_maximum do { l:INTEGER;
      lower2.to column_maximum do { c:INTEGER;
	(tmp.valid_index (l,c)).if {
	  tmp.put (item (l,c)) to (l,c);
	}; 
      }; 
    };     
    standard_copy tmp;
  )
  [ ...
    +? { line_minimum = line_min };
    +? { line_maximum = line_max };
    +? { column_minimum = column_min };
    +? { column_maximum = column_max };
  ];
  
  //
  // Implementation of others feature from COLLECTION2:
  //
  
  - item (line,column:INTEGER) :V <-
  (
    storage.item ((line - lower1) * count2 + column - lower2)
  );
    
  - put element:V to (line,column:INTEGER) <-
  (
    storage.put element to ((line - lower1) * count2 + column - lower2);
  );
    
  - count1:INTEGER <-
  (
    upper1 - lower1 + 1
  );
    
  - count2:INTEGER <-
  (
    upper2 - lower2 + 1
  );
    
  - count:INTEGER <-
  (
    count1 * count2
  );
    
  - force x:V to (line, column:INTEGER) <-
  (
    (! valid_index (line,column)).if {
      resize (line.min lower1,column.min lower2) to 
      (line.max upper1,column.max upper2);
    };
    put x to (line,column);
  );
    
  - set_all_with element:V <-
  (
    storage.set_all_with element until (count - 1);
  );
    
  - replace_all old_value:V with new_value:V <-
  (
    storage.replace_all old_value with new_value until (count - 1);
  );
    
  - fast_replace_all old_value:V with new_value:V <-
  (
    storage.fast_replace_all old_value with new_value until (count - 1);
  );
    
  - sub_collection2 (line_min, column_min:INTEGER) to (line_max, column_max:INTEGER) :SELF <- 
  ( + k:INTEGER;
    + result:SELF;
    
    result := SELF.create (line_min,column_min) to (line_max,column_max);    
    k := 0;
    line_min.to line_max do { i:INTEGER;      
      column_min.to column_max do { j:INTEGER;
	result.storage.put (item (i,j)) to k;
	k := k + 1;
      }; 
    }; 
    result
  )
  [ ...
    +? { result.lower1 = line_min };
    +? { result.lower2 = column_min };
    +? { result.upper1 = line_max };
    +? { result.upper2 = column_max };
  ];
  
  //
  // Looking and comparison:
  //
  
  - occurrences elt:V :INTEGER <-
  (
    storage.occurrences elt until (count - 1)    
  );
    
  - fast_occurrences elt:V :INTEGER <-
  (
    storage.fast_occurrences elt until (count - 1)    
  );
    
  - has x:V :BOOLEAN <-
  // Search if a element x is in the array using `equal'.
  // See also `fast_has' to chose the apropriate one.
  ( + result:BOOLEAN;
    
    (count > 0).if {
      result := storage.first_index_of x until (count - 1) <= count - 1;
    };
    result
  );
    
  - fast_has x:V :BOOLEAN <-
  //  Search if a element x is in the array using `='.
  ( + result:BOOLEAN;
    
    (count > 0).if {
      result := storage.fast_first_index_of x until (count - 1) <= count - 1;
    };
    result
  );
  
  - all_default:BOOLEAN <-
  (
    storage.all_default (count - 1)
  );
    
  - swap (line1, column1:INTEGER) with (line2, column2:INTEGER) <-
  ( + tmp:V;
    + c2, index1, index2:INTEGER; 
    
    c2 := count2;
    index1 := (line1 - lower1) * c2 + column1 - lower2;
    index2 := (line2 - lower1) * c2 + column2 - lower2;
    tmp := storage.item index1;
    storage.put (storage.item index2) to index1;
    storage.put tmp to index2;
  );
    
  - copy other:SELF <-
  (
    lower1 := other.lower1;
    upper1 := other.upper1;
    lower2 := other.lower2;
    upper2 := other.upper2;
    (capacity < count).if {
      capacity := count;
      storage := storage.calloc count;
    };
    storage.copy_from (other.storage) until (count - 1);
  );
    
  - Self:SELF '=='  Right 60 other:SELF :BOOLEAN <-
  (
    + result:BOOLEAN;
    result := FALSE;
    ( other = Self ).if {
      result := TRUE;
    }.elseif { lower1 != other.lower1 } then {
    }.elseif { lower2 != other.lower2 } then {
    }.elseif { upper1 != other.upper1 } then {
    }.elseif { upper2 != other.upper2 } then {
    } else {
      result := storage.memcmp (other.storage) until count;
    };
    
    result
  );
  
  //
  // Other features:
  //
  
  - transpose <-
  // Transpose the Current array
  ( + oldu1,oldu2 :INTEGER;
    + oldl1,oldl2 :INTEGER;
    + tmp1,tmp2:INTEGER;
    
    oldu1 := line_maximum;
    oldu2 := column_maximum;
    oldl1 := lower1;
    oldl2 := lower2;
    tmp1 := lower1.min lower2;
    tmp2 := line_maximum.max column_maximum;
    resize (tmp1,tmp1) to (tmp2,tmp2);    
    lower1.to line_maximum do { i:INTEGER;      
      (i + 1).to column_maximum do { j:INTEGER;
	swap (i,j) with (j,i);
      };
    };     
    resize (oldl2,oldl1) to (oldu2,oldu1);
  )
  [ ...
    +? { line_minimum = Old column_minimum };
    +? { column_minimum = Old line_minimum };
    +? { line_maximum = Old column_maximum };
    +? { column_maximum = Old line_maximum };
    +? { count = Old count };
  ];
  
  - to_external:POINTER <-
  // Gives C access to the internal `storage' (may be dangerous).
  (
    storage.to_external
  );
  
  //
  // Invariant.
  //
  
//  [ ...
//    -? { count2 = upper2 - lower2 + 1 };
//    -? { capacity >= count }
//  ]; 
  
lisaac_0.39_rc1/lib/standard/collection/fast_array2.li0000644000175000017500000002334711314031246022704 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FAST_ARRAY2(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment :="Resizable two dimensional array.                   \
              \Unlike ARRAY2, the `lower1' bound and the `lower2' \
              \bound are frozen to 0. Thus, one can expect better \
              \performances.";

Section Inherit
    
  + parent_collection2:Expanded COLLECTION2(V);
  
Section Public
  
  + upper1:INTEGER; 
  + count1:INTEGER;
  
  + upper2:INTEGER;
  + count2:INTEGER;
  
  + count:INTEGER;
  
Section FAST_ARRAY2
    
  + storage:NATIVE_ARRAY(V);
  
  + capacity :INTEGER; // of `storage'.
  
Section Public
  
  - lower1:INTEGER := 0;
  
  - lower2:INTEGER := 0;
  
  - create (new_count1,new_count2:INTEGER) :SELF<-
  // Create with new dimensions.
  // All elements are set to the default value of type E.
  ( + result:SELF;
    
    result := clone;
    result.make (new_count1,new_count2);
    result
  );
  
  - make (new_count1,new_count2:INTEGER) <-
  // Create or reset self with new dimensions.
  // All elements are set to the default value of type E.
  [ ...
    -? { new_count1 > 0};
    -? { new_count2 > 0};
  ]
  (    
    count1 := new_count1;
    upper1 := new_count1 - 1;
    count2 := new_count2;
    upper2 := new_count2 - 1;
    count := count1 * count2;
    (capacity < count).if {
      capacity := count;
      storage := NATIVE_ARRAY(V).create capacity;
    } else {
      storage.clear_all (capacity - 1);
    };
  )
  [ ...
    +? { count1 = new_count1};
    +? { count2 = new_count2};
    +? { all_default};
  ];
  
  
  - from_collection2 model:COLLECTION2(V) <-
  // Uses the `model' to update self.
  (
    make ((model.upper1 + 1), (model.upper2 + 1));
    
    lower1.to upper1 do { i:INTEGER;
      lower2.to upper2 do {j :INTEGER;
	put (model.item (i,j)) to (i,j);
      };
    };
  );
  
  - from_collection contents:COLLECTION(V) size (new_count1, new_count2:INTEGER) <-
  //  Reset all bounds using `new_count#i'.
  //  Copy all elements of `contents', line by line into Current.
  [ ...
    -? { new_count1 >= 0 };
    -? { new_count2 >= 0 };
    -? { contents.count = new_count1 * new_count2 };
  ]
  (
    make (new_count1, new_count2);
    0.to (count - 1) do { i:INTEGER;
      storage.put (contents.item (contents.lower + i)) to i;
    };
  )
  [ ...
    +? { line_maximum = new_count1 - 1 };
    +? { column_maximum = new_count2 - 1 };
    +? { count = contents.count };
  ];

  - from_model model:COLLECTION(COLLECTION(V)) <-
  // The `model' is used to fill line by line the COLLECTION2.
  // Assume all sub-collections of `model' have the number of items.
  ( + l,c:INTEGER;
		
    make(model.count, model.first.count);
    l := model.lower;
    lower1.to upper1 do { line:INTEGER;
      c := model.item l.lower;
      lower2.to upper2 do { column:INTEGER;
	put (model.item l.item c) to (line, column);
	c := c + 1;
      };
      l := l + 1;
    };
  );

  - sub_collection2 (line_min,column_min:INTEGER) to (line_max,column_max:INTEGER) :SELF <-
  ( + l,c:INTEGER;
    + result:SELF;
		
    result := create (line_max - line_min + 1, column_max - column_min + 1);
    l := line_min;
    (result.lower1).to (result.upper1) do { line:INTEGER;
      c := column_min;
      (result.lower2).to (result.upper2) do { column:INTEGER;
	result.put (item (l, c)) to (line, column);					
	c := c + 1;
      };      
      l := l + 1;
    };
  );
  
  //
  // Implementation of others feature from COLLECTION2:
  //
  
  - item (line, column:INTEGER) :V <-
  (
    storage.item (line * count2 + column)
  );
    
  - put element:V to (line, column:INTEGER) <-
  (
    storage.put element to (line * count2 + column);
  );
    
  - force element:V to (line , column :INTEGER) <-
  (
    (! valid_index (line, column)).if {
      resize (line.max upper1,column.max upper2);
    };    
    put element to (line,column);
  );
    
  - copy other:SELF <-
  (
    count1 := other.count1;
    upper1 := count1 - 1;
    count2 := other.count2;
    upper2 := count2 - 1;
    count := count1 * count2;
    ( capacity < count).if {
      capacity := count;
      storage := storage.create capacity;
    };
    storage.copy_from (other.storage) until (count - 1);
  );
  
  //
  // Writing.
  //
  
  - set_all_with v:V <-
  //  All element are set with the value v.
  (
    storage.set_all_with v until (count - 1);   
  ); 
    
  - all_default:BOOLEAN <-
  (
    storage.all_default (count - 1)
  );
    
  -  slice (l1,up1:INTEGER) to (l2,up2:INTEGER) :SELF <-
  // Create a new collection initialized with elements of
  // range `low'..`up'. result has the same dynamic type
  // as self collection.
  ( + result:SELF;
    
    result := SELF.create ((up1 - l1 + 1),(up2 - l2 + 1));
    l1.to up1 do { line:INTEGER;
      l2.to up2 do { column:INTEGER;
	result.put (item (line,column)) to (line - l1,column - l2);
      };
    };
  ); 
    
  - set_slice (l1,up1:INTEGER) to (l2,up2:INTEGER) with element:V <-
  // Set all the elements in the range [(l1,up1),(l2,up2)] of
  // self with the element 'element'.
  (
    (l1 * count2).to (up1 * count2) by count2 do { i:INTEGER;
      l2.to up2 do { j:INTEGER;
	storage.put element to (i + j);
      };
    };
  );
    
  - swap (line1, column1:INTEGER) with (line2, column2:INTEGER) <-
  ( + tmp:V;
    + c2, index1, index2:INTEGER;
    
    c2 := count2;
    index1 := line1 * c2 + column1;
    index2 := line2 * c2 + column2;
    tmp := storage.item  index1;
    storage.put (storage.item index2) to index1;
    storage.put tmp to index2;
  );
  
  //
  // Looking and comparison:
  //
  
  - occurrences elt:V :INTEGER <-
  (
    storage.occurrences elt until (count - 1)
  );
    
  - fast_occurrences elt:V :INTEGER <-
  (
    storage.fast_occurrences elt until (count - 1)
  );
  
  //
  // Resizing:
  //
  
  - resize (new_count1,new_count2:INTEGER) <-
  [ ...
    -? {new_count1 > 0};
    -? {new_count2 > 0};
  ]
  ( + tmp:SELF;
        
    tmp := SELF.create (new_count1, new_count2);
    // It may be possible to avoid this ceation when :
    //    new `capacity' <= old `capacity'
    line_maximum.downto 0 do { l:INTEGER;
      column_maximum.downto 0 do { c:INTEGER;
	(tmp.valid_index (l,c)).if {
	  tmp.put (item (l,c)) to (l,c);
	};
      };
    };
    
    standard_copy tmp;
  )
  [ ...
    +? { upper1 = new_count1 - 1 };
    +? { count1 = new_count1 };
    +? { upper2 = new_count2 - 1 };
    +? { count2 = new_count2 };
    +? { count = new_count1 * new_count2 };
  ];
  
  //
  // Looking and Searching:
  //
  
  - has x:V :BOOLEAN <-
  // Look for `x' using `equal' for comparison.
  ( + result:BOOLEAN;
    
    (count > 0).if {
      result := storage.first_index_of x until (count-1) <= count - 1;
    };
    result
  ); 
    
  - fast_has x:V :BOOLEAN <-
  // Same as `has' but use `=' for comparison
  ( + result:BOOLEAN;
    
    (count > 0).if {
      result := storage.fast_first_index_of x until (count - 1) <= count - 1;
    };
    result
  ); 
  
  //
  // Other features:
  //
  
  - replace_all old_value:V with new_value:V <-
  (
    storage.replace_all old_value with new_value until (count - 1);
  );
    
  - fast_replace_all old_value:V with new_value:V <-
  (
    storage.fast_replace_all old_value with new_value until (count - 1);
  );
    
  - transpose <-
  // Transpose the self array
  ( + oldu1,oldu2,tmp:INTEGER;
    
    oldu1 := upper1;
    oldu2 := upper2;
    tmp := count2.max count1;
    resize (tmp,tmp);
    
    lower1.to upper1 do {i :INTEGER;
      (i + 1).to upper2 do { j:INTEGER;
	swap (i,j) with (j,i);
      };
    };
    resize (oldu2,oldu1);
  );
    
  - to_external:POINTER <-
  // Gives C access to the internal `storage' (may be dangerous).
  (
    storage.to_external
  );
  
  //
  // Invariant.
  //
  
//  [ ...
//    -? { count1 = upper1 + 1 };
//    -? { count2 = upper2 + 1 };
//    -? { count = count1 * count2};
//    -? { capacity >= count };
//  ];
  
  
/* ------------------------------ OLD ----------------------------
  - '=='  Right 60 other:SELF :BOOLEAN <-
  ( + result:BOOLEAN;
 
    ( other = Self).if {
      result := TRUE;
    }.elseif { upper1 != other.upper1} then {
    }.elseif { upper2 != other.upper2} then {
    } else {
      result := storage.memcmp (other.storage) until count;
    };
    result
  );
*/lisaac_0.39_rc1/lib/standard/collection/fast_array.li0000644000175000017500000003521011314031246022612 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := FAST_ARRAY(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
    
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
  - comment     :="Resizable, fixed lower bound array.\
                  \Unlike ARRAY, the `lower' bound of a FAST_ARRAY is frozen \
                  \to 0. Thus, some memory is saved and looping toward `lower' \
                  \bound (which is 0) run a little bit faster.";
		  		  
  // General purpose resizable FAST_ARRAYs. The only difference with ARRAY is the 
  // fact that the `lower' bound is actually frozen to 0. The `item' access is likely
  // to be more efficient as well as loop going from `upper' to `lower' just because 
  // `lower' is 0. Keep in mind that even if the `lower' is frozen to 0
  // it is really better to use the `lower' attribute, and not 0 directly, just because 
  // you may decide in the future to use another COLLECTION implementation.
  //
  // Like ARRAY, the FAST_ARRAY implementation uses only one chunk of memory, the 
  // `storage' area which is a NATIVE_ARRAY. One must keep in mind that this internal 
  // `storage' area is always kept left align. Thus, you can expect good performances 
  // while using a FAST_ARRAY to modelize a stack behavior with 
  // `add_last' / `last' / `remove_last'. Conversely `add_first' and `remove_first' are 
  // likely to slow down your program if they are too often used. If the fact that 
  // `lower' is stuck to 0 do matter, also consider ARRAY.
		  
Section Inherit
  
  + parent_arrayed_collection:Expanded ARRAYED_COLLECTION(V);
  
Section Public
  
  - lower:INTEGER := 0; // Frozen lower bound.
  
  //
  // Creation and modification:
  //
  
  - create new_count:INTEGER :SELF <-
  // Make array with range [0 .. `new_count' - 1].
  // When `new_count' = 0 the array is empty.
  ( + result:SELF;
        
    result := clone;        
    result.make new_count;
    result
  );
  
  - create_with_capacity new_count:INTEGER :SELF <-
  // Create an empty array with at least `needed_capacity'.
  ( + result:SELF;
    
    result := clone;        
    result.with_capacity new_count;
    result
  );
  
  - create_with_native_array_byte na:NATIVE_ARRAY(UINTEGER_8) size s:INTEGER :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make_with_native_array_byte na size s;
    result
  );
  
  - make_with_map_object obj:OBJECT <-
  // BSBS: A revoir.
  [ ...
    //-? {obj.object_size!=0};
    -? {element_sizeof = 1};
  ]
  ( 
    storage := CONVERT(OBJECT,NATIVE_ARRAY(V)).on obj;
    capacity := obj.object_size;
    upper := -1;
  )
  [ ...
    +? {storage != NULL};
  ];
  
  - make_with_native_array_byte na:NATIVE_ARRAY(UINTEGER_8) size s:INTEGER <-
  [ ...
    -? {s > 0};
    -? {na != NULL};
  ]
  (    
    storage  := na;
    capacity := s;
    upper := -1;
  )
  [ ...
    +? {storage != NULL};
  ];
  
  - make new_count:INTEGER <-
  // Make array with range [0 .. `new_count' - 1].
  // When `new_count' = 0 the array is empty.
  [ ...
    -? { new_count >= 0};
  ]
  ( 
    ( new_count.to_integer > capacity).if {
      // The new one is bigger:
      storage := NATIVE_ARRAY(V).create new_count;            
      capacity := new_count;
    }.elseif { (capacity > 0) && { upper >= 0}} then { 
      // The new one is smaller and just need to be cleared:
      storage.clear 0 to upper;
    }; 
    upper := new_count - 1;
  )
  [ ...
    +? { count = new_count };
    +? { capacity >= Old capacity };
    +? { (upper >= 0) ->> {all_default} }; 
  ]; 
    
  - with_capacity needed_capacity:INTEGER <-
  // Create an empty array with at least `needed_capacity'.
  [ ...
    -? { needed_capacity >= 0 };
  ]
  (    
    (capacity < needed_capacity).if {
      storage := NATIVE_ARRAY(V).create needed_capacity;
      capacity := needed_capacity;
    //}.elseif { capacity > needed_capacity } then {
    //  storage.clear 0 to upper; // BSBS: Ca serre a quoi de le vider !
    };
    upper := -1;
  )
  [ ...
    +? { capacity >= needed_capacity };
    +? { is_empty };    
  ]; 
  
  //
  // Hashable.
  //
  
  - hash_code:INTEGER <-
  ( + result:INTEGER;
    
    (! is_empty).if {
      (last != NULL).if {
	result := last.hash_code;
      }.elseif {first != NULL} then {
	result := first.hash_code;
      };
    };
    result
  );
  
  //
  // Modification:
  //

  - set_capacity new_capacity:INTEGER <-
  // Resize capacity the array, but not count.
  [
    -? {new_capacity >= 0};
  ]
  (    
    (new_capacity > capacity).if {
      (capacity = 0).if {
  	storage := NATIVE_ARRAY(V).create new_capacity;
      } else {
  	storage := storage.realloc capacity with new_capacity;	
      }; 
      capacity := new_capacity;	
    }; 
  )
  [
    +? { capacity >= Old capacity };    
  ];
  
  - fast_resize new_count:INTEGER <-
  [
    ? {new_count <= capacity}; 
  ]
  (
    upper := new_count - 1;
  );
  
  - resize new_count:INTEGER <-
  // Resize the array. When `new_count' is greater than
  // `count', new positions are initialized with appropriate
  // default values.
  [ ...
    -? {new_count >= 0};
  ]
  ( + new_capacity:INTEGER;
           
    ( new_count > count).if {
      (capacity = 0).if {
	storage := NATIVE_ARRAY(V).create new_count;
	capacity := new_count;
      }.elseif { capacity < new_count } then {
	new_capacity := capacity * 2;
	{ new_capacity >= new_count }.until_do {
	  new_capacity := new_capacity * 2;
	}; 
	storage := storage.realloc capacity with new_capacity;
	capacity := new_capacity;	
      }; 
    }.elseif { new_count != count } then {
      storage.clear new_count to (count - 1);
    }; 
    
    upper := new_count - 1;
  ) 
  [ ...
    +? { count = new_count };
    +? { capacity >= Old capacity };    
  ]; 
  
  //
  // Implementation of deferred:
  //
  
  - is_empty:BOOLEAN <- ( upper < 0 ); // end is_empty
    
  - item i:INTEGER :V <- 
  (    
    storage.item i
  ); 
    
  - put element:V to i:INTEGER <-
  (     
    storage.put element to i;    
  ); 
  
  - add element:V first n:INTEGER <-
  [ -? {n > 0}; ]
  ( + new_capacity,new_count:INTEGER;

    new_count := count + n;
    (capacity = 0).if {
      storage := NATIVE_ARRAY(V).create new_count;
      capacity := new_count;
    }.elseif {new_count > capacity} then {
      new_capacity := capacity * 2;
      {new_capacity >= new_count}.until_do {
        new_capacity := new_capacity * 2;
      };
      storage := storage.realloc capacity with new_capacity;
      capacity := new_capacity;
    };
    storage.move 0 to upper by n;
    storage.set_slice_with element from lower until (n-1);
  );
  
  - add_first element:V <-
  ( 
    add_last element;
    (upper = 0).if {
    }.elseif {upper = 1} then {
      swap 0 with 1;
    } else {
      move 0 to (upper - 1) by 1;
      storage.put element to 0;
    }; 
  ); 
    
  - add_last element:V <-
  ( + new_capacity:INTEGER;
        
    (upper + 1 <= capacity - 1 ).if {
      upper := upper + 1;
    }.elseif {capacity = 0} then {
      storage := NATIVE_ARRAY(V).create 2;
      capacity := 2;
      upper := 0;
    } else {
      new_capacity := 2 * capacity;
      storage := storage.realloc capacity with new_capacity;
      capacity := new_capacity;
      upper := upper + 1;
    }; 
    storage.put element to upper;
  ); 
  
  - count:INTEGER <- ( upper + 1 ); // end count
    
  - clear <-
  ( 
    upper := -1;
  )
  [ ...
    +? { capacity = Old capacity };    
  ]; 
    
  - copy other:SELF <-
  // Copy `other' onto Current.
  ( + other_upper, new_capacity:INTEGER;
    
    other_upper := other.upper; 
    (other_upper >= 0).if {
      new_capacity := other_upper + 1;
      
      ( capacity < new_capacity ).if {
	storage := NATIVE_ARRAY(V).create new_capacity;
	capacity := new_capacity;
      //}.elseif { capacity > 0 } then {
      //  storage.clear_all (capacity - 1);
      }; 
      storage.copy_from (other.storage) until other_upper;
    //}.elseif { capacity > 0 } then {
    //  storage.clear_all (capacity - 1);
    }; 
    upper := other_upper;
  ); 
  
  - set_all_with v:V <-
  ( 
    storage.set_all_with v until upper;    
  ) ; 
    
  //
  // Sort (BSBS: to put in ARRAYED_COLLECTION)
  //
  
  - bubble_sort <-
  // Bubble sort 
  ( 
    bubble_sort_with { (a,b:V); a > b};
  );
  
  - bubble_sort_with cmp:{ (V,V); BOOLEAN} <-
  // Bubble sort 
  ( + low,up,idx,max:INTEGER;
    + sw:BOOLEAN;
    
    max := upper-1;
    
    low := 0;
    up  := max;
    {
      sw:=FALSE;
      low.to up do { i:INTEGER;	
	(cmp.value (item i,item (i+1))).if {
	  swap i with (i+1);
	  sw := TRUE;
	};
	
        idx := max - i;
	(cmp.value (item idx,item (idx+1))).if {
	  swap idx with (idx+1);
	  sw := TRUE;
	};		
      };
      up  := up - 1;
      low := low + 1;
    }.do_while {sw};
  );
  
  - quick_sort_from low:INTEGER to up:INTEGER <- 
  quick_sort_from low to up with { (a,b:V); a > b};
  
  - quick_sort_from low:INTEGER to up:INTEGER with cmp:{ (V,V); BOOLEAN} <-
  // Quick sort algorithm (naive implementation)
  ( + i, p:INTEGER;
    + pivot, tmp:INTEGER;

    (up > low).if {        
      pivot := (low + up) >> 1;
      swap pivot with low;
      p := low;
      (low+1).to up do { i:INTEGER;
        (cmp.value (item low,item i)).if {
          p := p + 1;
          swap i with p;
        };
      };
      swap p with low;
      quick_sort_from low to (p - 1);
      quick_sort_from (p + 1) to up;
    };
  );
    
  - quick_sort <- quick_sort_from lower to upper;
  
  - quick_sort_with cmp:{ (V,V); BOOLEAN} <- quick_sort_from lower to upper with cmp;
  
  //
  // Other.
  //
  
  - from_collection model:COLLECTION(V) <-
  ( + i1:INTEGER;
    
    with_capacity model.count;
    upper := model.count - 1;
    i1 := 0;    
    (model.lower).to (model.upper) do { i2:INTEGER;
      storage.put (model.item i2) to i1;
      i1 := i1 + 1;
    }; 
  ); 
    
  - Self:SELF '=='  Right 60 other:E :BOOLEAN <-
  ( + result:BOOLEAN;
    + same:SELF;
     
    ( Self = other).if {
      result := TRUE;
    } else {      
      same ?= other;
      ((same != NULL) && { upper = same.upper }).if {
	result := storage.fast_memcmp (same.storage) until (upper + 1) ;
      };
    };
    
    result
  ); 
    
  - is_equal_map other:SELF :BOOLEAN <- 
  ( + result:BOOLEAN;
    
    ( Self = other).if {
      result := TRUE;
    }.elseif {upper = other.upper} then {
      result := storage.memcmp (other.storage) until (upper + 1);
    }; 
    
    result
  ); 
    
  - all_default:BOOLEAN <- 
  [
    -? {storage != NULL};
  ]
  (  
    storage.all_default upper
  ); 
    
  - occurrences element:V :INTEGER <- 
  (    
    storage.occurrences element until upper    
  ); 
    
  - fast_occurrences element:V :INTEGER <- 
  (     
    storage.fast_occurrences element until upper    
  ); 
  
  - first_index_of element:V :INTEGER <- 
  ( + result:INTEGER;
    
    (upper >= 0).if {
      result := storage.first_index_of element until upper;
    };
    result
  ); 

  - index_of element:V start start_index:INTEGER :INTEGER <- 
  ( + result:INTEGER;
    
    (upper >= 0).if {
      result := storage.index_of (element,start_index) until upper;
    };    
    result 
  ); 
  
  - reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  (
    storage.reverse_index_of (element, start_index)
  );
    
  - fast_first_index_of element:V :INTEGER <- 
  ( + result:INTEGER;    
    
    (upper >= 0).if {
      result := storage.fast_first_index_of element until upper;
    };    
    result
  ); 

  - fast_index_of element:V start start_index:INTEGER :INTEGER <- 
  ( + result:INTEGER;    
    
    (upper >= 0).if {
      result := storage.fast_index_of (element,start_index) until upper;
    };    
    result
  ); 
  
  - fast_reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  (
    storage.fast_reverse_index_of (element, start_index)
  );
	  
  - subarray min:INTEGER to max:INTEGER :SELF <-  // slice
  ( + result:SELF;
    
    result := SELF.create (max - min + 1);
    result.storage.slice_copy storage to 0 from min to max;
    
    result
  ); 
    
  - force element:V to index:INTEGER <- 
  (     
    ( index <= upper ).if {
      storage.put element to index;
    }.elseif { index = (upper + 1) } then {
      add_last element;
    } else {
      resize (index + 1);
      storage.put element to index;
    }; 
  ); 
    
  - remove_first <- 
  ( + void_storage:NATIVE_ARRAY(V);
    
    ( upper = 0).if {
      storage := void_storage;
      capacity := 0;
      upper := -1;
    } else {
      storage.remove_first upper;
      upper := upper - 1;
    }; 
  )
  [ ...
    +? {lower = Old lower};
  ]; 
    
  - remove_head n:INTEGER <-
  (
    storage.move n to upper by (-n);
    upper := upper - n;
  );
    
  - remove index:INTEGER <- 
  (     
    storage.remove index until upper;
    upper := upper - 1;
  ); 
  
  - remove beg:INTEGER to end:INTEGER <-
  [ ...
    -? {beg <= end};
  ]
  ( + s:INTEGER;
    
    (beg = end).if {
      remove beg;
    } else {
      s := end - beg + 1;
      move (end+1) to upper by (-s);
      upper := upper - s;
    };
  );

  - remove_since beg:INTEGER <-
  [
    -? {beg >= 0};
  ]
  (     
    (beg <= upper).if {      
      upper := beg - 1; 
    };
  );
    
  //
  // Guru Section.
  //
  
  - set_upper new_up:INTEGER <-
  (
    upper := new_up;
  );
lisaac_0.39_rc1/lib/standard/collection/iterator.li0000644000175000017500000001170111314031246022307 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name      := ITERATOR(V);

  - copyright := "2008 Mildred Ki'Lya";
  - comment   := "Iterate over TRAVERSABLE(V)";

  - import    := TRAVERSABLE(V), ARRAY(V), FAST_ARRAY(V);

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Private

  - make_index i:INTEGER :SELF <-
  (
    index := i;
    Self
  );

Section Public

  //
  // Properties:
  //

  + traversable :TRAVERSABLE(V);

  + index :INTEGER;

  + increment :INTEGER;

  - set_increment inc:INTEGER <- increment := inc;

  //
  // Creation:
  //

  - from_traversable_of_v t:TRAVERSABLE(V) :ITERATOR(V) <- create t;
  - from_array_of_v       t:TRAVERSABLE(V) :ITERATOR(V) <- create t;
  - from_fast_array_of_v  t:TRAVERSABLE(V) :ITERATOR(V) <- create t;

  - create t:TRAVERSABLE(V) :SELF <- clone.make t;

  - create_reverse t:TRAVERSABLE(V) :SELF <- clone.make_reverse t;

  - create t:TRAVERSABLE(V) index i:INTEGER :SELF <- clone.make t index i;

  - create t:TRAVERSABLE(V) increment inc:INTEGER :SELF <-
    clone.make t increment inc;

  - create t:TRAVERSABLE(V) index i:INTEGER increment inc:INTEGER :SELF <-
    clone.make t index i increment inc;

  - make_reverse t:TRAVERSABLE(V) :SELF <-
    make t index (t.upper) increment (-1);

  - make t:TRAVERSABLE(V) :SELF <- make t index (t.lower);

  - make t:TRAVERSABLE(V) increment inc:INTEGER :SELF <-
    make t index (t.lower) increment inc;

  - make t:TRAVERSABLE(V) index i:INTEGER increment inc:INTEGER :SELF <-    
  [  
    -? {inc != 0};
    -? {t != NULL};
    -? {t.valid_index i};
  ]
  (
    increment := inc;
    traversable := t;
    index := i;
    Self    
  );

  - make t:TRAVERSABLE(V) index i:INTEGER :SELF <-
  (
    make t index i increment 1;
  );

  //
  // Check:
  //

  - valid :BOOLEAN <- traversable.valid_index index;

  - valid_relative di:INTEGER :BOOLEAN <- traversable.valid_index (index+di);

  - valid_next :BOOLEAN <- valid_relative (+increment);
  - valid_prev :BOOLEAN <- valid_relative (-increment);
  - valid_previous :BOOLEAN <- valid_prev;

  //
  // Move:
  //

  - reset :SELF <-
  (
    (increment >= 0).if {
      reset_first;
    } else {
      reset_last;
    };
    Self
  );

  - reset_first :SELF <- (index := traversable.lower; Self);
  - reset_last  :SELF <- (index := traversable.upper;  Self);

  - next :BOOLEAN <- (index := index + increment; valid);

  - prev :BOOLEAN <- (index := index - increment; valid);
  - previous :BOOLEAN <- prev;

  - move di:INTEGER :BOOLEAN <- (index := index + di; valid);
  - move_absolute i:INTEGER :BOOLEAN <- (index := i; valid);

  - Self:SELF '+' Left 80 di:INTEGER :SELF <- clone.make_index (index+di);
  - Self:SELF '-' Left 80 di:INTEGER :SELF <- clone.make_index (index-di);
  - Self:SELF '+=' Right 100 di:INTEGER :SELF <- (index := index+di; Self);
  - Self:SELF '-=' Right 100 di:INTEGER :SELF <- (index := index-di; Self);

  //
  // Get current:
  //

  - get :V <-
  [
    "Iterator.get past upper bound" ? { valid };
  ]
  (
    traversable.item index
  );


  - get_relative di:INTEGER :V <-
  [
    "Iterator.get past upper bound" ? { valid_relative di };
  ]
  (
    traversable.item (index+di)
  );

  //
  // Iterate:
  //

  - stop <-
  (
    (increment >= 0).if {
      reset_last.next;
    } else {
      reset_first.prev;
    };
  )
  [
    ? { ! valid };
  ];

  - iterate b:{} <- { valid }.while_do { b.value; next; };

  - iterate_v b:{V;} <- { valid }.while_do { b.value get; next; };

lisaac_0.39_rc1/lib/standard/collection/linked_list.li0000644000175000017500000003114411314031246022762 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := LINKED_LIST(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment :="One way linked list with internal automatic memorization of the last access.";
  
  // One way linked list implementation with internal automatic cached memorization 
  // of the last access. Because of the last access memory cache, the traversal of a 
  // LINKED_LIST from the `lower' index to the `upper' index using `item' is quite 
  // efficient. As one can expect, adding element using `add_first' or
  // `add_last' is really efficient too, actually, the total number of elements 
  // (i.e. `count') as well as a reference to the last cell is also cached automatically. 
  // Keep in mind that LINKED_LIST uses a one way linked storage from `lower' to `upper', 
  // so traversing a LINKED_LIST from `upper' to `lower' will be extremely time consumming 
  // (also consider LINKED2_LIST).
  
Section Inherit
  
  + parent_linked_collection:Expanded LINKED_COLLECTION(V);
    
Section LINKED_LIST
  
  + first_link:LINKED_LIST_NODE(V);
  // NULL when empty or gives access to the first element.
    
  + last_link:LINKED_LIST_NODE(V);
  // NULL when empty or gives access to the last element.
  
  + mem_idx:INTEGER; 
  + mem_lnk:LINKED_LIST_NODE(V);
  // To speed up accessing, `mem_idx' and `mem_lnk' is the
  // memory of the last access done. For example, after
  // item(1), `mem_idx' is 1 and `mem_lnk' is `first_link'.
  // When list is empty, `first_link' is NULL as well as
  // `mem_lnk' and `mem_idx' is 0;
  
Section Public
    
  - create:SELF <-
  // Make an empty list;
  (     
    SELF.clone    
  )
  [ ...
    +? {count = 0};
  ];
    
  - is_empty:BOOLEAN <- first_link = NULL;
  
  - add_first element:V <-
  ( 
    (first_link = NULL).if {
      first_link := LINKED_LIST_NODE(V).create element next NULL;
      upper := 1;
      last_link := first_link;
      mem_idx := 1;
      mem_lnk := first_link;
    } else {
      first_link := LINKED_LIST_NODE(V).create element next first_link;
      upper := upper + 1;
      mem_idx := mem_idx + 1;
    };    
  );
  
  - add_last element:V <-
  ( + lnk:LINKED_LIST_NODE(V);
    
    (first_link = NULL).if {
      first_link := LINKED_LIST_NODE(V).create element next NULL;
      upper := 1;
      last_link := first_link;
      mem_idx := 1;
      mem_lnk := first_link;
    } else {
      lnk := LINKED_LIST_NODE(V).create element next NULL;
      last_link.set_next lnk;
      upper := upper + 1;
      last_link := lnk;
    };
  );
  
  - add element:V to index:INTEGER <-
  ( + link:LINKED_LIST_NODE(V);

    (index = 1).if {
      add_first element;
    }.elseif { index = upper + 1 } then {
      add_last element;
    } else {
      ((index - 1) != mem_idx ).if {
	go_item (index - 1);
      };
      link := LINKED_LIST_NODE(V).create element next (mem_lnk.next);
      mem_lnk.set_next link;
      upper := upper + 1;
    };
  );
  
  - remove_first <-
  ( 
    (upper = 1).if {
      first_link := NULL;				
      last_link  := NULL;
      mem_lnk    := NULL;
      mem_idx    := 0;
      upper      := 0;
    } else {
      first_link := first_link.next;
      (mem_idx = 1).if {
	mem_lnk := first_link;
      } else {
	mem_idx := mem_idx - 1;
      };
      upper := upper - 1;
    };    
  );
  
  - remove index:INTEGER <-
  ( + link:LINKED_LIST_NODE(V);    
    
    (index = 1).if {
      remove_first;
    }.elseif {index = upper} then {
      remove_last;
    } else {
      ((index - 1) != mem_idx).if {
	go_item (index - 1);
      };
      link := mem_lnk.next;
      mem_lnk.set_next (link.next);
      upper := upper - 1;
    };    
  );
  
  - first:V <- first_link.item;
  
  - last:V <- last_link.item;
  
  - item i:INTEGER :V <-
  (
    (i != mem_idx).if {
      go_item i;
    };
    mem_lnk.item
  );
    
  - put element:V to i:INTEGER <-
  ( 
    (i != mem_idx).if {
      go_item i;
    };
    mem_lnk.set_item element;
  );
  
  - count:INTEGER <- upper;
  
  - set_all_with v:V <-
  ( 
    (first_link != NULL).if {
      first_link.set_all_with v;
    };    
  );
  
  - copy other:SELF <-
  (
    from_collection other;
  );
  
  - Self:SELF '=='  Right 60 other:SELF :BOOLEAN <-
  ( + result:BOOLEAN;
    + lnk1, lnk2:LINKED_LIST_NODE(V);
        
    (Self = other).if {
      result := TRUE;
    }.elseif {upper = other.upper} then {
      result := TRUE;
      lnk1 := first_link;
      lnk2 := other.first_link;
      {(lnk1 = NULL) || {! result}}.until_do {
	result := lnk1.item = lnk2.item;
	lnk1 := lnk1.next;
	lnk2 := lnk2.next;
      };
    };    
    result
  );
  
  - is_equal_map other:SELF :BOOLEAN <-
  ( + result:BOOLEAN;
    + lnk1, lnk2:LINKED_LIST_NODE(V);    
    + safe_equal:SAFE_EQUAL(V);
    
    ( Self = other).if {
      result := TRUE;
    }.elseif {upper = other.upper} then {
      result := TRUE;
      lnk1 := first_link;
      lnk2 := other.first_link;
      {(lnk1 = NULL) || {! result}}.until_do {
	result := safe_equal.test (lnk1.item) with (lnk2.item);
	lnk1 := lnk1.next;
	lnk2 := lnk2.next;
      };
    };    
    result
  );
  
  - index_of element:V start start_index:INTEGER :INTEGER <-
  ( + result:INTEGER;
    //+ safe_equal:SAFE_EQUAL(V);
    
    result := start_index;
    //{(result > upper) || {safe_equal.test x with (item result)}}.until_do {
    {(result > upper) || {element == item result}}.until_do {
      result := result + 1;
    };    
    result
  );

  - reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + safe_equal: SAFE_EQUAL(V); 
    + temporary_idx, new_mem_idx:INTEGER;
    + temporary_lnk, new_mem_lnk:LINKED_LIST_NODE(V);
    + result:INTEGER;

    temporary_idx := lower;
    temporary_lnk := first_link;
    {temporary_idx > start_index}.until_do {
      (safe_equal.test element with (temporary_lnk.item)).if {
	new_mem_idx := temporary_idx;
	new_mem_lnk := temporary_lnk;
      };
      temporary_idx := temporary_idx + 1;
      temporary_lnk := temporary_lnk.next;
    };
    (new_mem_lnk = NULL).if {
      result := lower - 1;
    } else {
      result := new_mem_idx;
      mem_lnk := new_mem_lnk;
      mem_idx := new_mem_idx;
    };
    result
  );
     
  - fast_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + u:INTEGER;
    + result:INTEGER;
    
    result := start_index;
    u := upper;
    {(result > u) || {element = item result}}.until_do {
      result := result + 1;
    };
    result
  );
  
  - fast_reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + safe_equal: SAFE_EQUAL(V); 
    + temporary_idx, new_mem_idx:INTEGER;
    + temporary_lnk, new_mem_lnk:LINKED_LIST_NODE(V);
    + result:INTEGER;

    temporary_idx := lower;
    temporary_lnk := first_link;
    {temporary_idx > start_index}.until_do {
      (element = temporary_lnk.item).if {
	new_mem_idx := temporary_idx;
	new_mem_lnk := temporary_lnk;
      };
      temporary_idx := temporary_idx + 1;
      temporary_lnk := temporary_lnk.next;
    };
    (new_mem_lnk = NULL).if {
      result := lower - 1;
    } else {
      result := new_mem_idx;
      mem_lnk := new_mem_lnk;
      mem_idx := new_mem_idx;
    };
    result
  );
    
  - clear <-
  (
    (first_link != NULL).if {
      first_link := NULL;
      mem_idx    := 0;
      mem_lnk    := NULL;
      upper      := 0;
      last_link  := NULL;
    };
  )
  [ ...
    +? {upper = 0};    
  ];
  
  - from_collection model:COLLECTION(V) <-
  ( + lnk:LINKED_LIST_NODE(V);
    
    (first_link = NULL).if {
      (model.lower).to (model.upper) do { i:INTEGER;
	add_last (model.item i);
      };
    } else {
      lnk := first_link;
      (model.lower).to (model.upper) do { i:INTEGER;
	(lnk = NULL).if {
	  add_last (model.item i);
	} else {
	  lnk.set_item (model.item i);
	  lnk := lnk.next;
	};
      };
      (lnk = first_link).if {
	? { model.count = 0 };	
	clear;
      }.elseif { lnk != NULL } then {
	+ i:INTEGER;
	i := model.count;
	(mem_idx != i).if {
	  go_item i;
	};
	? { lnk = mem_lnk.next };	
	mem_lnk.set_next NULL;
	upper := i;
	last_link := mem_lnk;
      };
    };    
  );
  
  - slice low:INTEGER to up:INTEGER :SELF <-
  ( + result:SELF;
    + lnk:LINKED_LIST_NODE(V);
        
    result := SELF.create;    
    (mem_idx != low).if {
      go_item low;
    };
    lnk := mem_lnk;
    (up - low + 1).downto 1 do { i:INTEGER;
      result.add_last (lnk.item);
      lnk := lnk.next;
    };
    
    result
  );
  
  - occurrences element:V :INTEGER <-
  ( + lnk:LINKED_LIST_NODE(V);
    + result:INTEGER;
    + safe_equal:SAFE_EQUAL(V);
    
    lnk := first_link;
    {lnk = NULL}.until_do {
      (safe_equal.test element with (lnk.item)).if {
	result := result + 1;
      };
      lnk := lnk.next;
    };   
    result
  );
  
  - fast_occurrences element:V :INTEGER <-
  ( + lnk:LINKED_LIST_NODE(V);
    + result:INTEGER;
    
    lnk := first_link;
    {lnk = NULL}.until_do {
      (element = lnk.item).if {
	result := result + 1;
      };
      lnk := lnk.next;
    };
    result
  );
  
  - force element:V to index:INTEGER <-
  ( + v:V;
    
    {index <= upper}.until_do {
      add_last v;
    };
    put element to index;
  );
  
  - all_default:BOOLEAN <-
  ( + result:BOOLEAN;
    + l:LINKED_LIST_NODE(V);
    + d:V;
    
    result := TRUE;
    l := first_link;
    {(! result) || {l = NULL}}.until_do {
      d := l.item;
      (d != NULL).if {
	result := d.is_default;
      };
      l := l.next;
    };
    
    result
  );
  
  - remove_last <-
  ( 
    (upper = 1).if {
      first_link := NULL;
      last_link  := NULL;
      mem_lnk    := NULL;
      mem_idx    := 0;
      upper      := 0;
    } else {
      ((upper - 1) != mem_idx).if {
	go_item (upper - 1);
      };
      upper := upper - 1;
      last_link := mem_lnk;
      last_link.set_next NULL;
    };    
  );
  
  - replace_all old_value:V with new_value:V <-
  ( + safe_equal:SAFE_EQUAL(V);
    
    lower.to upper do { i:INTEGER;
      (safe_equal.test (item i) with old_value).if {
	put new_value to i;
      };
    };    
  );
    
  - fast_replace_all old_value:V with new_value:V <-
  ( 
    lower.to upper do { i:INTEGER;
      (item i = old_value).if {
	put new_value to i;
      };
    };
  );

  - reverse <-
  ( + prev, lnk, next:LINKED_LIST_NODE(V);
		
    lnk := first_link;			
    {lnk = NULL}.until_do {
      next := lnk.next;
      lnk.set_next prev;
      prev := lnk;
      lnk := next;
    };
    last_link := first_link;
    first_link := prev;
    (mem_idx != 0).if {
      mem_idx := count - mem_idx + 1;
    };
  );
    
Section Private
  
  - go_item i:INTEGER <-
  [ 
    -? { valid_index i};
    -? { mem_idx != i};
    -? { mem_idx > 0};
    -? { mem_lnk != NULL};
  ]    
  (    
    (mem_idx > i).if {
      mem_idx := 1;
      mem_lnk := first_link;
    };
    {i = mem_idx}.until_do {
      mem_lnk := mem_lnk.next;
      mem_idx := mem_idx + 1;
    };
  )
  [
    +? {mem_idx = i};
    +? {mem_lnk != NULL};
  ];
    
  //
  // Invariant
  //
  
//  [ ...
//    "Empty status." -? {(first_link = NULL) ->>  
//    {(last_link = NULL) & (upper = 0) & (mem_idx = 0) & (mem_lnk = NULL)}};

//    "Not empty status." -? {(first_link != NULL) ->> 
//    {(last_link != NULL) & (upper > 0) & (mem_idx > 0) & (mem_lnk != NULL)}};    
//  ];
lisaac_0.39_rc1/lib/standard/collection/avl_set.li0000644000175000017500000000677511314031246022132 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := AVL_SET(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
Section Inherit
  
  + parent_set:Expanded SET(V);
  
  + parent_avl_tree:Expanded AVL_TREE(V);
  
Section Public 
  
  - add e:V <-
  (
    item_memory := e;
    root := do_insert root;
  );

  - fast_add e:V <-
  (
    item_memory := e;
    root := fast_do_insert root;
  );

  - clear_count <-
  (
    (! is_empty).if {
      clear_nodes root;
      root := NULL;
      count := 0;
      map_dirty := TRUE;
    };
  );

  - reference_at e:V :V <-
  ( + n:AVL_SET_NODE(V);
    + result:V;
    
    (root != NULL).if {
      n := root.at e;
      (n != NULL).if {
	result := n.item;
      };
    };
    result
  );

  - item index:INTEGER :V <-
  ( + result:V;
    
    (map_dirty).if {
      build_map;
    };
    map.item (index - 1).item
  );
  
Section Private
  
  - set_item n:AVL_SET_NODE(V) <-
  (
    n.make item_memory;    
  );

  - set_value n:AVL_SET_NODE(V);

  - exchange_and_discard (n1, n2:AVL_SET_NODE(V)) <-
  (
    map_dirty := TRUE;
    n1.set_item (n2.item);
    rebalance := TRUE;
    count := count - 1;
    discard_node n2;
  );

  - discard_node n:AVL_SET_NODE(V) <-
  ( //+ i:V;
    
    //n.make i;
    //n.set_left (lost_nodes.item);
    //lost_nodes.set_item n;
  );

  - a_new_node:AVL_SET_NODE(V) <-
  (
    AVL_SET_NODE(V).create
  );

Section Public  
  
  - create:SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make;
    result
  );
  
  - make <-
  (
    //(lost_nodes != NULL).if {
    //  clear_count;
    //} else {
    //  create map.make 0;
    //  lost_nodes ::= common_lost_nodes.reference_at generating_type;
    //  (lost_nodes = NULL).if {
//	create lost_nodes.set_item NULL;
//	common_lost_nodes.add (lost_nodes, generating_type);
//      };
//    };
  );
  
  //
  // Invariant.
  //
  
//  [
//    -? {lost_nodes != NULL};
//    -? {lost_nodes = common_lost_nodes.at generating_type};
//  ];

lisaac_0.39_rc1/lib/standard/collection/hashed_set.li0000644000175000017500000004420511314031246022572 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := HASHED_SET(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Definition of a mathematical set of hashable objects.";
  
  // All common operations on mathematical sets are available.
    
Section Inherit
  
  + parent_set:Expanded SET(V);
  
Section Public
  
  - default_size:INTEGER := 53;
  // Minimum size for storage in number of items.
  
Section SET
  
  + buckets:NATIVE_ARRAY(HASHED_SET_NODE(V));
  // The `buckets' storage area is the primary hash table of `capacity'
  // elements. To search some element, the first access is done in
  // `buckets' using the remainder of the division of the key `hash_code' by
  // `capacity'. In order to try to avoid clashes, `capacity' is always a
  // prime number (selected using HASH_TABLE_SIZE).
  
  //
  // Internal cache handling:
  //
  
  + cache_user:INTEGER;
  // The last user's external index in range [1 .. `count'] (see `item'
  // and `valid_index' for example) may be saved in `cache_user' otherwise
  // -1 to indicate that the cache is not active. When the cache is
  // active, the corresponding index in `buckets' is save in
  // `cache_buckets' and the corresponding node in `cache_node'.
  
  + cache_node:HASHED_SET_NODE(V);
  // Meaningful only when `cache_user' is not -1.
  
  + cache_buckets:INTEGER;
  // Meaningful only when `cache_user' is not -1.
    
Section Public
  
  - create:SELF <-
  // Create an empty set. Internal storage `capacity' of the set is
  // initialized using the `Default_size' value. Then, tuning of needed
  // storage size is done automatically according to usage. If you
  // are really sure that your set is always really bigger than
  // `Default_size', you may use `with_capacity' to save some execution time.
  ( + result:SELF;
    result := clone;
    result.make;
    result
  );
  
  - make <-  
  (    
    with_capacity default_size;
  )
  [ ...
    +? { capacity = default_size };
  ];
  
  - create_with_capacity sz:INTEGER :SELF <-
  // Create an empty set using `medium_size' as an appropriate value
  // to help initialization of `capacity'. Thus, this feature may be used
  // in place of `make' to save some execution time if one is sure that
  // storage size will rapidly become really bigger than `Default_size' (if
  // not sure, simply use `make'). Anyway, the initial `medium_size' value
  // is just an indication and never a limit for the possible
  // `capacity'. Keep in mind that the `capacity' tuning is done
  // automatically according to usage.
  ( + result:SELF;
    
    result := clone;
    result.with_capacity sz; 
    result
  );
  
  - with_capacity medium_size:INTEGER <-
  [ ...
    -? {medium_size > 0};
  ]
  ( + new_capacity:INTEGER;
        
    new_capacity := HASH_TABLE_SIZE.prime_number_ceiling medium_size;
    buckets := NATIVE_ARRAY(HASHED_SET_NODE(V)).create new_capacity;
    capacity := new_capacity;
    cache_user := -1;
    count := 0;
  )
  [ ...
    +? { is_empty };
    +? { capacity >= medium_size };
  ];
  
  //
  // Counting:
  //
  
  + capacity:INTEGER; // Of the `buckets' storage area.
  
  + count:INTEGER;
    
  //
  // Adding and removing:
  //
  
  - add e:V <-
  // Add a new item to the set:the mathematical definition of
  // adding in a set is followed.
  ( + h, idx:INTEGER;
    + node:HASHED_SET_NODE(V);
            
    cache_user := -1;
    h := e.hash_code;
    idx := h % capacity;
    node := buckets.item idx;    
    {(node = NULL) || {node.item == e}}.until_do {
      node := node.next;
    };
    (node = NULL).if {
      (capacity = count).if {
	increase_capacity;
	idx := h % capacity;
      };
      node := HASHED_SET_NODE(V).create e next (buckets.item idx);
      buckets.put node to idx;
      count := count + 1;
    };
  );

  - fast_add e:V <-
  // Add a new item to the set:the mathematical definition of
  // adding in a set is followed.
  ( + h, idx:INTEGER;
    + node:HASHED_SET_NODE(V);
        
    cache_user := -1;
    h := e.hash_code;
    idx := h % capacity;
    node := buckets.item idx;    
    {(node = NULL) || {node.item = e}}.until_do {
      node := node.next;
    };
    (node = NULL).if {
      (capacity = count).if {
	increase_capacity;
	idx := h % capacity;
      };
      node := HASHED_SET_NODE(V).create e next (buckets.item idx);
      buckets.put node to idx;
      count := count + 1;
    };   
  );  
  	 
  - remove e:V <-
  // Remove item `e' from the set:the mathematical definition of
  // removing from a set is followed.
  ( + h, idx:INTEGER;
    + node, previous_node:HASHED_SET_NODE(V);
       
    cache_user := -1;
    h := e.hash_code;
    idx := h % capacity;
    node := buckets.item idx;
    (node != NULL).if {
      ( node.item == e).if {
	count := count - 1;
	node := node.next;
	buckets.put node to idx;
      } else {
	previous_node := node;
	node := node.next;
	{(node = NULL) || {node.item == e}}.until_do {
	  previous_node := node;
	  node := node.next;
	};
	(node != NULL).if {
	  count := count - 1;
	  previous_node.set_next (node.next);
	};
      };
    };    
  );
  
  - fast_remove e:V <-
  // Remove item `e' from the set:the mathematical definition of
  // removing from a set is followed.
  ( + h, idx:INTEGER;
    + node, previous_node:HASHED_SET_NODE(V);
       
    cache_user := -1;
    h := e.hash_code;
    idx := h % capacity;
    node := buckets.item idx;
    (node != NULL).if {
      (node.item = e).if {
	count := count - 1;
	node := node.next;
	buckets.put node to idx;
      } else {
	previous_node := node;
	node := node.next;
	{(node = NULL) || {node.item = e}}.until_do {
	  previous_node := node;
	  node := node.next;
	};
	(node != NULL).if {
	  count := count - 1;
	  previous_node.set_next (node.next);
	};
      };
    };    
  );
  
  - clear <-
  // Empty the current set.
  (
    cache_user := -1;
    count := 0;
    buckets.set_all_with NULL until (capacity - 1);
  )
  [ ...
    +? {capacity = Old capacity};
  ];
  
  //
  // Looking and searching:
  //
  
  - has e:V :BOOLEAN <-
  // Is element `e' in the set?
  ( + idx:INTEGER;
    + node:HASHED_SET_NODE(V);
        
    idx := e.hash_code % capacity;
    node := buckets.item idx;
    {(node = NULL) || {node.item == e}}.until_do {
      node := node.next;
    };
    node != NULL        
  );
  
  - fast_has e:V :BOOLEAN <-
  // Is element `e' in the set?
  ( + idx:INTEGER;
    + node:HASHED_SET_NODE(V);
        
    idx := e.hash_code % capacity;
    node := buckets.item idx;
    {(node = NULL) || {node.item = e}}.until_do {
      node := node.next;
    };
    node != NULL
  );
  
  - reference_at e:V :V <-
  ( + idx:INTEGER; 
    + node:HASHED_SET_NODE(V);
    + result:V;
				
    idx := e.hash_code % capacity;
    node := buckets.item idx;
    {(node = NULL) || {node.item == e}}.until_do {
      node := node.next;
    };
    (node != NULL).if {
      result := node.item;
    };
    result
  );

  - reference_at e:V with cmp:{(V,V); BOOLEAN} :V <-
  ( + idx:INTEGER; 
    + node:HASHED_SET_NODE(V);
    + result:V;
				
    idx := e.hash_code % capacity;
    node := buckets.item idx;
    {(node = NULL) || {cmp.value (node.item,e)}}.until_do {
      node := node.next;
    };
    (node != NULL).if {
      result := node.item;
    };
    result
  );
  
  //
  // To provide iterating facilities:
  //
    
  - item i:INTEGER :V <-
  // Return the item indexed by `index'.
  (         
    set_cache_user i;
    cache_node.item
  );  
  
  //
  // Mathematical operations:
  //
  
  - intersection other:SELF <-
  // Make the intersection of the `self' set with `other'.
  ( + i,c:INTEGER;
    + node1, node2:HASHED_SET_NODE(V);
        
    cache_user := -1;
    i := capacity - 1;
    c := count;
    {c = 0}.until_do {
      node1 := buckets.item i;
      {(node1 = NULL) || {other.has (node1.item)}}.until_do {
	node1 := node1.next;
	c := c - 1;
	buckets.put node1 to i;
	count := count - 1;
      };
      (node1 != NULL).if {
	node2 := node1.next;
	c := c - 1;
	{node2 = NULL}.until_do {
	  (! other.has (node2.item)).if {
	    node1.set_next (node2.next);
	    count := count - 1;
	  } else { 
	    node1 := node2;
	  };	  
	  node2 := node2.next;
	  c := c - 1;
	};
      };
      i := i - 1;
    };    
  );
  
  - copy other:SELF <-
  // Copy 'other' into the current set
  (
    // Note:this is a naive implementation because we should
    // recycle already allocated nodes of `self'.
    ( capacity = 0 ).if {
      with_capacity (other.count + 1);
    } else {
      clear;
    };
    
    lower.to (other.count) do { i:INTEGER;
      add (other.item i);
    };
  );
  
  - from_collection model:COLLECTION(V) <-
  ( + i, up:INTEGER;
				
    with_capacity (model.count.max 1);
    up := model.upper;
    i := model.lower;
    {i > up}.until_do {
      add (model.item i);
      i := i + 1;
    };
  );
  
Section Private  
  
  - increase_capacity <-
  // There is no more free slots:the set must grow.
  ( + i,idx, new_capacity:INTEGER;
    + old_buckets:NATIVE_ARRAY(HASHED_SET_NODE(V));
    + node1, node2:HASHED_SET_NODE(V);
    
    new_capacity := HASH_TABLE_SIZE.prime_number_ceiling (capacity + 1);
    old_buckets := buckets;
    buckets := buckets.create new_capacity;
    i := capacity - 1;
    capacity := new_capacity;
    { i< 0 }.until_do {
      node1 := old_buckets.item i;
      {node1 = NULL}.until_do {
	node2 := node1.next;
	idx := node1.item.hash_code % capacity;
	node1.set_next (buckets.item idx);
	buckets.put node1 to idx;
	node1 := node2;
      };
      i := i - 1;
    };
    cache_user := -1;    
  );
  
  - set_cache_user index:INTEGER <-
  (      
    (index = cache_user + 1).if {
      cache_user := index;
      cache_node := cache_node.next;
      {cache_node != NULL}.until_do {
	cache_buckets := cache_buckets + 1;
	cache_node := buckets.item cache_buckets;
      };
    }.elseif { index = cache_user} then {
    }.elseif { index = 1} then {
      cache_user := 1;
      cache_buckets := 0;
      cache_node := buckets.item cache_buckets;
      {cache_node != NULL}.until_do {
	cache_buckets := cache_buckets + 1;
	cache_node := buckets.item cache_buckets;
      };
    } else {
      set_cache_user 1;
      {cache_user = index}.until_do {
	set_cache_user (cache_user + 1);
      };
    };
    
    ? { cache_user = index};
    ? { cache_buckets.in_range 0 to (capacity - 1)};
    ? { cache_node != NULL};
  );
  
  //
  // Invariant.
  //
  
//  [
//    -? {capacity > 0};
//    -? {capacity >= count};
//    -? {cache_user.in_range (-1) to count};
//    -? {(cache_user > 0) ->> {cache_node != NULL}};
//    -? {(cache_user > 0) ->> {cache_buckets.in_range 0 to (capacity - 1)}}
//  ];
    
  // -----------------OLD-----------------  
  
  /*
  
  
  
  - union other:SELF <-
  // Make the union of the `self' set with `other'.
  ( + e:V;
    + old_count:INTEGER;
    
    ? {old_count := count; 
       other != NULL};
    
    lower.to (other.count) do { i:INTEGER;
      e := other.item i;
      add e;
    };
    ? { count <= (old_count + other.count)};
  );

  - fast_union other:SELF <-
  // Make the union of the `self' set with `other'.
  ( + old_count:INTEGER;
    + e:V;
    ? {old_count := count; 
       other != NULL};
    
    lower.to (other.count) do { i:INTEGER;
      e := other.item i;
      fast_add e;
    };
    ? { count <= (old_count + other.count)};
  );
  
  
  - '+' Left 1 other:SELF :SELF <-
  // Return the union of the `self' set with `other'.
  (
    + result:SELF;
    
    ? { other != NULL};
    
    result := twin ;
    result.union other ;
    
    ? { result.count <= count + other.count};
    ? { (Self.is_subset_of result) && (other.is_subset_of result)};
    
    result
  );
  
  
  
  - is_disjoint other:SELF :BOOLEAN <-
  ( + j:INTEGER;
    + result:BOOLEAN;
     
    (other.count count}}.until_do {
	result := other.has (item i);
	i := i + 1;
      };
    };
    ? { result ->> {count <= other.count}};
    
    result
  );
  
  
  - is_disjoint_from other:SELF :BOOLEAN <-
  // Is the `self' set disjoint from `other' ?
  (
    + result:BOOLEAN;
    + i:INTEGER;
    
    ? { other != NULL};
    
    result := FALSE;
    
    ( Self != other).if {
      result := TRUE;
      i := 1;
      ( count <= other.count).if {
	{! result || {i > count}}.until_do {
	  result := ! other.has (item i);
	  i := i + 1;
	};
      } else {
	{! result || {i > other.count}}.until_do {
	  result := ! has (other.item i);
	  i := i + 1;
	};
      };
    };
    ? { result = (Self ^ other).is_empty };
    
    result
  );
  
  
  - '=='  Right 60 other:SELF :BOOLEAN <-
  // Is the `self' set equal to `other'?
  (
    + i:INTEGER;
    + result:BOOLEAN;
    
    result := FALSE;
    ( Self = other ).if {
      result := TRUE;
    }.elseif { count = other.count} then {
      result := TRUE;
      i := 1;
      { ! result || {i > count}}.until_do {
	result := other.fast_has (item i);
	i := i + 1;
      };
    };
    //ensure then
    //? { result = ((is_subset_of other) & (other.is_subset_of self))};
    
    result
  );
  
  

  - fast_copy other:SELF <-
  // Copy 'other' into the current set
  (
    // Note:this is a naive implementation because we should
    // recycle already allocated nodes of `self'.
    ( capacity = 0 ).if {
      with_capacity (other.count + 1);
    } else {
      clear;
    };
    
    lower.to (other.count) do { i:INTEGER;
      fast_add (other.item i);
    };
  );
  
  
  // NONE
  
    
  - force e:V <-  
  // Add a new item to the set: the mathematical definition of
  // adding in a set is followed.
  ( + h, idx: INTEGER;
    + node:HASHED_SET_NODE[V);
    ? {! fast_has e};
    h := e.hash_code;
    cache_user := -1;
    (capacity = count).if {
      increase_capacity;
    };
    idx := h % capacity;
    node := HASHED_SET_NODE[V).create e next (buckets.item idx);
    buckets.put node to idx;
    count := count + 1;
    ? {fast_has e};
  );
  
    - search e:V :V <-
  // Is element `e' in the set?
  ( + idx:INTEGER;
    + node:HASHED_SET_NODE[V];
    + result:V;
    ? { e != NULL };
    idx := e.hash_code % capacity;
    node := buckets.item idx;
    { (node = NULL) || {node.item == e}}.until_do {
      node := node.next;
    };
    (node !=NULL).if {
      result := node.item;
    };
    result
  );
  
  - get_if cmp:BLOCK with_hash h:INTEGER :V <-
  // Is element `e' in the set?
  ( + idx:INTEGER;
    + node:HASHED_SET_NODE[V];
    + result:V;

    idx := h % capacity;
    node := buckets.item idx;
    { (node = NULL) || {cmp.value (node.item)}}.until_do {
      node := node.next;
    };
    (node !=NULL).if {
      result := node.item;
    };
    result
  );

  - fast_search e:V :V <-
  // Is element `e' in the set?
  ( + idx:INTEGER;
    + node:HASHED_SET_NODE[V];
    + result:V;
    ? { e != NULL };
    idx := e.hash_code % capacity;
    node := buckets.item idx;
    { (node = NULL) || {node.item = e}}.until_do {
      node := node.next;
    };
    (node !=NULL).if {
      result := node.item;
    };
    result
  );
  
  - fast_index_of elt:V :INTEGER <-
  ( + result:INTEGER;
    
    result := upper;
    {(result.   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FAST_ARRAY3(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment :="Resizable three dimensional array.\
              \Unlike ARRAY3, the `lower1', `lower2' and `lower3' bounds \
              \are frozen to 0. Thus, one can expect better performances. .";
    
Section Inherit
  
  + parent_collection3:Expanded COLLECTION3(V);
  
Section Public
  
  + upper1:INTEGER;
  + count1:INTEGER;
  
  + upper2:INTEGER;
  + count2:INTEGER;
  
  + upper3:INTEGER;
  + count3:INTEGER;
  
  + count:INTEGER;
  
Section Private
  
  + count2x3:INTEGER;
  // To speed up access, this value is always equal to
  // `count2' * `count3'
  
Section FAST_ARRAY3
    
  + storage:NATIVE_ARRAY(V);
  
  + capacity:INTEGER; // of `storage'.
  
Section Public
  
  - lower1:INTEGER := 0;
  
  - lower2:INTEGER := 0;
  
  - lower3:INTEGER := 0;
  
  - create (new_count1, new_count2, new_count3:INTEGER) :SELF<-
  // Create or reset `Current' with new dimensions.
  // All elements are set to the default value of type E.
  ( + result:SELF;
    
    result := clone;
    result.make (new_count1, new_count2, new_count3);
    result
  );
  
  - make (new_count1, new_count2, new_count3 :INTEGER) <-
  // Create or reset `self' with new dimensions.
  // All elements are set to the default value of type E.
  [ ...
    -? { new_count1 > 0 };
    -? { new_count2 > 0 };
    -? { new_count3 > 0 };
  ]
  (    
    count1 := new_count1;
    upper1 := new_count1 - 1;
    count2 := new_count2;
    upper2 := new_count2 - 1;
    count3 := new_count3;
    count2x3 := count2 * count3;
    upper3 := new_count3 - 1;
    count := count1 * count2x3;
    (capacity < count).if {
      capacity := count;
      storage := NATIVE_ARRAY(V).create capacity;
    } else {
      storage.clear_all (capacity - 1);
    };
  )
  [ ...
    +? { count1 = new_count1 };
    +? { count2 = new_count2 };
    +? { count3 = new_count3 };
    +? { all_default };
  ];
    
  - from_collection3 model:COLLECTION3(V) <-
  // Uses the `model' to update self.
  (
    make (model.upper1 + 1, model.upper2 + 1, model.upper3 + 1);
    lower1.to upper1 do { i:INTEGER;
      lower2.to upper2 do { j:INTEGER;
	lower3.to upper3 do { k:INTEGER;
	  put (model.item (i,j,k)) to (i,j,k);
	};
      };
    };
  );
    
  - from_collection contents:COLLECTION(V) size (new_count1, new_count2, new_count3:INTEGER) <-
  //  Reset all bounds using `new_count#i'.
  //  Copy all elements of `contents', line by line into self.
  [ ...
    -? { new_count1 >= 0 };
    -? { new_count2 >= 0 };
    -? { new_count3 >= 0 };
    -? { contents.count = new_count1 * new_count2 * new_count3 };
  ]
  (    
    make (new_count1, new_count2, new_count3);
    lower1.to (count - 1) do { i:INTEGER;
      storage.put (contents.item (contents.lower + i)) to i;
    };
  )
  [ ...
    +? { line_maximum   = new_count1 - 1 };
    +? { column_maximum = new_count2 - 1 };
    +? { depth_maximum  = new_count3 - 1 };
    +? { count = contents.count };
  ];
  
  
  - from_model model:COLLECTION(COLLECTION(COLLECTION(V))) <-
  // The `model' is used to fill line by line the COLLECTION3.
  // Assume all sub-collections of have the same indexing.
  ( + n:INTEGER;
       
    make (
      model.upper - model.lower + 1, 
      model.first.upper - model.first.lower + 1, 
      model.first.first.upper - model.first.first.lower + 1
    );
    
    (model.lower).to (model.upper) do { line:INTEGER;
      (model.first.lower).to (model.first.upper) do { column:INTEGER;
	(model.first.first.lower).to (model.first.first.upper) do { depth:INTEGER;
	  storage.put (model.item line.item column.item depth) to n;
	  n := n + 1;
	};
      };
    };
  )
  [ ...
    +? { line_maximum   = model.upper - model.lower };
    +? { column_maximum = model.first.upper - model.first.lower };
    +? { depth_maximum  = model.first.first.upper - model.first.first.lower };
  ];
  
  //
  // Implementation of others feature from COLLECTION3:
  //
  
  - item (line, column, depth:INTEGER) :V <-
  (
    storage.item (line * count2x3 + column * count3 + depth)
  );
    
  - put element:V to (line, column, depth:INTEGER) <-
  (
    storage.put element to (line * count2x3 + column * count3 + depth);
  );
  
  
  - force element:V to (line, column, depth :INTEGER) <-
  (
    (! valid_index (line, column, depth)).if {
      resize (line.max upper1 + 1, column.max upper2 + 1, depth.max upper3 + 1);
    };
    put element to (line,column,depth);
  );
  
  
  - copy other:SELF <-
  (
    count1 := other.count1;
    upper1 := count1 - 1;
    count2 := other.count2;
    upper2 := count2 - 1;
    count3 := other.count3;
    count2x3 := count2 * count3;
    upper3 := count3 - 1;
    count := count1 * count2x3;
    (capacity < count).if {
      capacity := count;
      storage := storage.calloc capacity;
    };
    storage.copy_from (other.storage) until (count - 1);
  );
  
  - sub_collection3 (line_min,column_min,depth_min:INTEGER) 
  to (line_max,column_max,depth_max:INTEGER) :SELF <-
  ( + n:INTEGER;
    + result:SELF;
        
    result := SELF.create (
      line_max - line_min + 1, 
      column_max - column_min + 1, 
      depth_max - depth_min + 1
    );
    
    line_min.to line_max do { i:INTEGER;
      column_min.to column_max do { j:INTEGER;
	depth_min.to depth_max do { k:INTEGER;
	  result.storage.put (item (i,j,k)) to n;
	  n := n + 1;
	};
      };
    };
    result
  )
  [ ...
    +? { result.upper1 = line_max - line_min     };
    +? { result.upper2 = column_max - column_min };
    +? { result.upper3 = depth_max - depth_min   };    
  ];
  
  //
  // Writing:
  //
  
  - set_all_with x:V <-
  //  All element are set with the value x.
  (
    storage.set_all_with x until (count - 1);
  );
    
  - all_default:BOOLEAN <-
  (
    storage.all_default (count - 1)
  );
    
  - slice (l1,up1:INTEGER) to (l2,up2:INTEGER) to (l3,up3:INTEGER) :SELF <-
  // Create a new collection initialized with elements of
  // range `low'..`up'. result has the same dynamic type
  // as self collection.
  ( + result:SELF;
    
    result := SELF.create (up1 - l1 + 1, up2 - l2 + 1, up3 - l3 + 1);
    l1.to up1 do { line:INTEGER;
      l2.to up2 do { column:INTEGER;
	l3.to up3 do { depth:INTEGER;
	  result.put (item (line,column,depth)) to (line - l1,column - l2,depth - l3);
	};
      };
    };
  ); 
    
  - set_slice (l1,up1:INTEGER) to (l2,up2:INTEGER) to (l3,up3:INTEGER) with element:V <-
  // Set all the elements in the
  // range [(l1,up1),(l2,up2),(l3,up3)] of
  // self with the element 'element'.
  (
    (l1 * count2x3).to (up1 * count2x3) by count2x3 do { i:INTEGER;
      (l2 * count3).to (up2 * count3) by count3 do { j:INTEGER;
	l3.to up3 do { k:INTEGER;
	  storage.put element to (i + j + k);
	};
      };
    };
  );  
  
  - swap (line1, column1, depth1:INTEGER) with (line2, column2, depth2:INTEGER) <-
  ( + tmp:V;
    + c3, c2x3, index1, index2:INTEGER;
    c3   := count3;
    c2x3 := count2x3;
    index1 := line1 * c2x3 + column1 * c3 + depth1;
    index2 := line2 * c2x3 + column2 * c3 + depth2;
    tmp := storage.item index1 ;
    storage.put (storage.item index2) to index1;
    storage.put tmp to index2;
  );
  
  //
  // Looking and comparison:
  //
  
  - occurrences elt:V :INTEGER <-
  (
    storage.occurrences elt until (count - 1)
  );
    
  - fast_occurrences elt:V :INTEGER <-
  (
    storage.fast_occurrences elt until (count - 1)
  );
  
  //
  // Resizing:
  //
  
  - resize (new_count1,new_count2,new_count3:INTEGER) <-
  [ ...
    -? { new_count1 > 0};
    -? { new_count2 > 0};
    -? { new_count3 > 0};
  ]
  ( + tmp:SELF;
        
    tmp := SELF.create (new_count1, new_count2, new_count3);
    // BSBS: It may be possible to avoid this creation when :
    // BSBS:   new `capacity' <= old `capacity'
    
    line_maximum.downto 0 do { l:INTEGER;
      column_maximum.downto 0 do { c:INTEGER;
	depth_maximum.downto 0 do { d:INTEGER;
	  (tmp.valid_index (l,c,d)).if {
	    tmp.put (item (l,c,d)) to (l,c,d);
	  };
	};
      };
    };
    standard_copy tmp;
  )
  [ ...
    +? { upper1 = new_count1 - 1};
    +? { count1 = new_count1    };
    +? { upper2 = new_count2 - 1};
    +? { count2 = new_count2    };
    +? { upper3 = new_count3 - 1};
    +? { count3 = new_count3    };
    +? { count = new_count1 * new_count2 * new_count3 };
  ];
  
  //
  // Looking and Searching:
  //
  
  - has x:V :BOOLEAN <-
  // Look for `x' using `equal' for comparison.
  ( + result:BOOLEAN;
    
    (count > 0).if {
      result := storage.index_of x until (count-1) <= (count-1);
    };
    result
  );  
  
  - fast_has x:V :BOOLEAN <-
  // Same as `has' but use `=' for comparison
  ( + result:BOOLEAN;
    
    (count > 0).if {
      result := storage.fast_index_of x until (count - 1) <= (count - 1);
    };
    result
  ); 
  
  //
  // Other features:
  //
  
  - replace_all old_value:V with new_value:V <-
  (
    storage.replace_all old_value with new_value until (count - 1);
  );
  
  
  - fast_replace_all old_value:V with new_value:V <-
  (
    storage.fast_replace_all old_value with new_value until (count - 1);
  );
  
  //
  // Invariant.
  //
  
//  [ ...
//    -? {count1 = upper1 + 1};
//    -? {count2 = upper2 + 1}; 
//    -? {count3 = upper3 + 1};
//    -? {count = count1 * count2 * count3};
//    -? {count2x3 = count2 * count3};
//    -? {capacity >= count};
//  ];
  
/*
  - '=='  Right 60 other:SELF :BOOLEAN <-
  (
    + result:BOOLEAN;
    result := FALSE;
    
    (other = Self).if {
      result := TRUE;
    }.elseif { upper1 != other.upper1} then {
    }.elseif { upper2 != other.upper2} then {
    }.elseif { upper3 != other.upper3} then {
    } else {
      result := storage.memcmp (other.storage) until count;
    };
    
    result
  );
*/lisaac_0.39_rc1/lib/standard/collection/hashed_dictionary.li0000644000175000017500000005053511314031246024147 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := HASHED_DICTIONARY(V,K);


  - copyright := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment   := " Associative memory.\
  \Values of type `V' are stored using Keys of type `K'.";
  
  // Efficient implementation of DICTIONARY using `hash_code' on keys.   
	      
Section Inherit
  
  - parent_simple_dictionary:Expanded SIMPLE_DICTIONARY(V,K);
  
Section Public
// HASHED_DICTIONARY
  
  + buckets:NATIVE_ARRAY(HASHED_DICTIONARY_NODE(V,K));
  // The `buckets' storage area is the primary hash table of `capacity'
  // elements. To search some key, the first access is done in `buckets'
  // using the remainder of the division of the key `hash_code' by
  // `capacity'. In order to try to avoid clashes, `capacity' is always a
  // prime number (selected using HASH_TABLE_SIZE).
  
Section Public
  
  - default_size:INTEGER := 193;
  // Default size for the storage area in number of items.
  
  // Counting:
  
  + capacity:INTEGER;
  // Of the `buckets' storage area.
  
  + count:INTEGER;
  // Actual `count' of stored elements.
  
  //  
  // Basic access:
  //
  
  - has k:K :BOOLEAN <-
  // Is there a value currently associated with key `k'?
  ( + idx:INTEGER;
    + node:HASHED_DICTIONARY_NODE(V,K);
    
    idx := k.hash_code % capacity;
    node := buckets.item idx;    
    {(node = NULL) || {node.key == k}}.until_do {
      node := node.next;
    };
    node != NULL
  );
  
  - at k:K :V <-
  // Return the value associated to key `k'.
  // (See also `reference_at' if V is a reference type.)
  ( + idx:INTEGER;
    + node:HASHED_DICTIONARY_NODE(V,K);  
       
    idx := k.hash_code % capacity;
    node := buckets.item idx;    
    {node.key == k}.until_do {
      node := node.next;
    };
    node.item
  );
  
  - reference_at k:K :V <-
  // Return NULL or the value associated with key `k'. Actually, this 
  // feature is useful when the type of values (the type E) is a 
  // reference type, to avoid using `has' just followed by `at' to get 
  // the corresponding value.
  ( + idx:INTEGER;
    + node:HASHED_DICTIONARY_NODE(V,K);
    + result:V;
    
    idx := k.hash_code % capacity;
    node := buckets.item idx;
    {(node = NULL) ||{node.key == k}}.until_do {
      node := node.next;
    };
    (node != NULL).if {
      result := node.item;
    };        
    result
  );

  - reference_at k:K with cmp:{(K,K); BOOLEAN} :V <-
  // Return NULL or the value associated with key `k'. Actually, this 
  // feature is useful when the type of values (the type E) is a 
  // reference type, to avoid using `has' just followed by `at' to get 
  // the corresponding value.
  ( + idx:INTEGER;
    + node:HASHED_DICTIONARY_NODE(V,K);
    + result:V;
    
    idx := k.hash_code % capacity;
    node := buckets.item idx;
    {(node = NULL) ||{cmp.value (node.key,k)}}.until_do {
      node := node.next;
    };
    (node != NULL).if {
      result := node.item;
    };        
    result
  );
  
  - fast_has k:K :BOOLEAN <-
  ( + idx:INTEGER; 
    + node:HASHED_DICTIONARY_NODE(V,K);
    
    idx := k.hash_code % capacity;
    node := buckets.item idx;
    {(node = NULL) || {node.key = k}}.until_do {
      node := node.next;
    };
    node != NULL
  );

  - fast_at k:K :V <-
  ( + idx:INTEGER; 
    + node:HASHED_DICTIONARY_NODE(V,K);
    
    idx := k.hash_code % capacity;
    node := buckets.item idx;
    {node.key = k}.until_do {
      node := node.next;
    };
    node.item
  );
  
  - fast_reference_at k:K :V <-
  // Return NULL or the value associated with key `k'. Actually, this 
  // feature is useful when the type of values (the type V) is a 
  // reference type, to avoid using `has' just followed by `at' to get 
  // the corresponding value.
  ( + idx:INTEGER;
    + node:HASHED_DICTIONARY_NODE(V,K);
    + result:V;
    
    idx := k.hash_code % capacity;
    node := buckets.item idx;
    {(node = NULL) || {node.key = k}}.until_do {
      node := node.next;
    };
    ( node != NULL ).if {
      result := node.item;
    };        
    result
  );
  
Section Public  

  - put v:V to k:K  <-
  // Change some existing entry or `add' the new one. If there is
  // as yet no key `k' in the dictionary, enter it with item `v'.
  // Otherwise overwrite the item associated with key `k'.
  ( + h, idx:INTEGER;
    + node:HASHED_DICTIONARY_NODE(V,K);
        
    h := k.hash_code;
    idx := h % capacity;
    node := buckets.item idx;
        
    {(node = NULL) || {node.key == k}}.until_do {
      node := node.next;
    };
    (node = NULL).if {
      (capacity = count).if {
	increase_capacity;
	idx := h % capacity;
      };
      node := new_node v to k next (buckets.item idx);
      buckets.put node to idx;
      count := count + 1;
      cache_user := -1;
    } else {
      node.set_item v;
    };    
  );
  
  - put v:V to k:K with cmp:{(K,K); BOOLEAN} <-
  // Change some existing entry or `add' the new one. If there is
  // as yet no key `k' in the dictionary, enter it with item `v'.
  // Otherwise overwrite the item associated with key `k'.
  ( + h, idx:INTEGER;
    + node:HASHED_DICTIONARY_NODE(V,K);
        
    h := k.hash_code;
    idx := h % capacity;
    node := buckets.item idx;
        
    {(node = NULL) || {cmp.value (node.key,k)}}.until_do {
      node := node.next;
    };
    (node = NULL).if {
      (capacity = count).if {
	increase_capacity;
	idx := h % capacity;
      };
      node := new_node v to k next (buckets.item idx);
      buckets.put node to idx;
      count := count + 1;
      cache_user := -1;
    } else {
      node.set_item v;
    };    
  );

  - fast_put v:V to k:K  <-
  // Change some existing entry or `add' the new one. If there is
  // as yet no key `k' in the dictionary, enter it with item `v'.
  // Otherwise overwrite the item associated with key `k'.
  ( + h, idx:INTEGER;
    + node:HASHED_DICTIONARY_NODE(V,K);
        
    h := k.hash_code;
    idx := h % capacity;
    node := buckets.item idx;
        
    {(node = NULL) || {node.key = k}}.until_do {
      node := node.next;
    };
    (node = NULL).if {
      (capacity = count).if {
	increase_capacity;
	idx := h % capacity;
      };
      node := new_node v to k next (buckets.item idx);
      buckets.put node to idx;
      count := count + 1;
      cache_user := -1;
    } else {
      node.set_item v;
    };    
  );
    
  - add v:V to k:K <-
  // To add a new entry `k' with its associated value `v'. Actually, this
  // is equivalent to call `put', but may run a little bit faster.
  ( + idx:INTEGER;
    + node:HASHED_DICTIONARY_NODE(V,K);
       
    cache_user := -1;
    (capacity = count ).if {
      increase_capacity;
    };
    idx := k.hash_code % capacity;
    node:= new_node v to k next (buckets.item idx);
    buckets.put node to idx;
    count := count + 1;    
  );
  
  //
  // Removing:
  //
  
  - remove k:K <-
  // Remove entry `k' (which may exist or not before this call).
  ( + h, idx:INTEGER;
    + node, previous_node:HASHED_DICTIONARY_NODE(V,K); 
    
    cache_user := -1;
    h := k.hash_code;
    idx := h % capacity;
    node := buckets.item idx;
    (node != NULL ).if {
      (node.key == k ).if {
	count := count - 1;
	node := node.next;
	buckets.put node to idx;
      } else {
	previous_node := node;
	node := node.next;
	{(node = NULL) || {node.key == k}}.until_do {
	  previous_node := node;
	  node := node.next;
	};
	(node != NULL ).if {
	  count := count - 1;
	  previous_node.set_next (node.next);
	};
      };
    };    
  );
  
  - fast_remove k:K <-
  ( + h, idx:INTEGER; 
    + node, previous_node:HASHED_DICTIONARY_NODE(V,K);
		
    cache_user := -1;
    h := k.hash_code;
    idx := h % capacity;
    node := buckets.item idx;
    (node != NULL).if {
      (node.key = k).if {
	count := count - 1;
	node := dispose_node node;
	buckets.put node to idx;
      } else {					
	previous_node := node;
	node := node.next;	
	{(node = NULL) || {node.key = k}}.until_do {	  
	  previous_node := node;
	  node := node.next;
	};
	(node != NULL).if {
	  count := count - 1;
	  previous_node.set_next (dispose_node node);
	};
      };
    };
  );
  
  - clear <-
  // Discard all items.
  ( 
    cache_user := -1;
    count := 0;    
    buckets.set_all_with NULL until (capacity - 1);
  )
  [   
    +? {capacity = Old capacity};
  ];
  
  //
  // To provide iterating facilities:
  //
    
  - item i:INTEGER :V <-
  (    
    set_cache_user i;
    cache_node.item    
  );
    
  - key index:INTEGER :K <-
  (    
    set_cache_user index;
    cache_node.key    
  );
    
  - key_map_in buffer:COLLECTION(K) <-
  // Append in `buffer', all available keys (this may be useful to
  // speed up the traversal).
  ( + node:HASHED_DICTIONARY_NODE(V,K);
    + idx:INTEGER;

    node := buckets.item idx;
    count.downto 1 do { i:INTEGER;	    
      {node != NULL}.until_do {
	idx := idx + 1;
	? {idx < capacity};
	node := buckets.item idx;
      }; 
      buffer.add_last (node.key);
      node := node.next;
    }; 
  );
    
  - item_map_in buffer:COLLECTION(V)  <-
  // Append in `buffer', all available items (this may be useful to
  // speed up the traversal).
  ( + node:HASHED_DICTIONARY_NODE(V,K);
    + idx:INTEGER;

    node := buckets.item idx;
    count.downto 1 do { i:INTEGER;
      {node != NULL}.until_do {
	idx := idx + 1;
	? {idx < capacity};
	node := buckets.item idx;
      };
      buffer.add_last (node.item);
      node := node.next;
    };         
  );
    
  - copy other:SELF <-
  // Reinitialize by copying all associations of `other'.
  (    
    clear;
    (capacity < other.count).if {
      with_capacity (other.count + 1);
    }.elseif {capacity = 0} then {
      make;
    }; 
    
    1.to (other.count) do { i:INTEGER;
      put (other.item i) to (other.key i);
    }; 
  );
  
  //
  // Other features:
  //
  
  - internal_key k:K :K <-
  // Retrieve the internal key object which correspond to the existing
  // entry `k' (the one memorized into the `self' dictionary).
  ( + node:HASHED_DICTIONARY_NODE(V,K);
    + result:K;
        
    node := buckets.item (k.hash_code % capacity);
    result := node.key;
    {result == k}.until_do {
      node := node.next;
      result := node.key;
    }; 
    result
  );
  
Section Private
  
  - increase_capacity <-
  // There is no more free slots:the dictionary must grow.
  [ 
    -? {capacity = count};
  ]
  ( + idx, new_capacity,i:INTEGER;    
    + old_buckets:NATIVE_ARRAY(HASHED_DICTIONARY_NODE(V,K));
    + node1, node2:HASHED_DICTIONARY_NODE(V,K);
    
    old_buckets  := buckets;
    new_capacity := HASH_TABLE_SIZE.prime_number_ceiling (capacity + 1);
    
    buckets := NATIVE_ARRAY(HASHED_DICTIONARY_NODE(V,K)).create new_capacity;
    i := capacity -1;
    capacity := new_capacity;
    {i < 0}.until_do {
      node1 := old_buckets.item i;
      {node1 = NULL}.until_do {
	node2 := node1.next;
	idx := node1.key.hash_code % capacity;
	node1.set_next (buckets.item idx);
	buckets.put node1 to idx;
	node1 := node2;
      }; 
      i := i - 1;
    }; 
    cache_user := -1;
  )
  [
    +? { count = Old count };
    +? { capacity > Old capacity };    
  ];
    
  - set_cache_user index:INTEGER <-
  // Set the internal memory cache (`cache_user', `cache_node' and
  // `cache_buckets') to the appropriate valid value.
  [
    -? { valid_index index };
  ]
  (    
    (index = cache_user + 1).if {
      cache_user := index;
      cache_node := cache_node.next;
      {cache_node != NULL}.until_do {
	cache_buckets := cache_buckets + 1;
	cache_node := buckets.item cache_buckets;
      }; 
    }.elseif {index = cache_user} then {
    }.elseif {index = 1} then {
      cache_user := 1;
      cache_buckets := 0;
      cache_node := buckets.item cache_buckets;
      {cache_node != NULL}.until_do {
	cache_buckets := cache_buckets + 1;
	cache_node := buckets.item cache_buckets;
      }; 
    } else {
      set_cache_user 1;
      {cache_user = index}.until_do {
	set_cache_user (cache_user + 1);
      }; 
    }; 
  )
  [ 
    ...
    +? {cache_user = index};
    +? {cache_buckets.in_range 0 to (capacity - 1)};
    +? {cache_node != NULL};
  ];
  
  + cache_user:INTEGER;
  // The last user's external index in range [1 .. `count'] (see `item'
  // and `valid_index' for example) may be saved in `cache_user' otherwise
  // -1 to indicate that the cache is not active. When the cache is
  // active, the corresponding index in `buckets' is save in
  // `cache_buckets' and the corresponding node in `cache_node'.

  + cache_node:HASHED_DICTIONARY_NODE(V, K);
  // Meaningful only when `cache_user' is not -1.

  + cache_buckets:INTEGER;
  // Meaningful only when `cache_user' is not -1.

  - dispose_node node:HASHED_DICTIONARY_NODE(V, K) :HASHED_DICTIONARY_NODE(V, K) <-
  // Add `node' in the `free_nodes' list.
  [
    -? {node != NULL};
  ]
  ( + result:HASHED_DICTIONARY_NODE(V,K);
    result := node.next;
    //node.set_next (free_nodes.item)
    //free_nodes.set_item(node)
    result
  )
  [
    +? {Result = Old node.next};
  ];

  - new_node v:V to k:K next nxt:HASHED_DICTIONARY_NODE(V,K) :HASHED_DICTIONARY_NODE(V, K) <-
  // Create a new one.
  (
    HASHED_DICTIONARY_NODE(V,K).create v to k next nxt
  );
  
Section Public
  
  - create:SELF <-
  ( + result:SELF;
    result := clone;
    result.make;
    result
  );
  
  - make <-
  // Create an empty dictionary. Internal storage `capacity' of the
  // dictionary is initialized using the `Default_size' value. Then,
  // tuning of needed storage `capacity' is performed automatically
  // according to usage. if you are really sure that your dictionary
  // is always really bigger than `Default_size', you may consider to use
  // `with_capacity' to save some execution time.
  (
    with_capacity default_size;
  ) 
  [    
    +? {capacity = default_size};
  ];
    
  - with_capacity medium_size:INTEGER <-
  // May be used to save some execution time if one is sure that
  // storage size will rapidly become really bigger than `Default_size'.
  // When first `remove' occurs, storage size may naturally become
  // smaller than `medium_size'. Afterall, tuning of storage size is
  // done automatically according to usage.
  [
    -? { medium_size > 0 };
  ]
  ( + new_capacity:INTEGER;
       
    new_capacity := HASH_TABLE_SIZE.prime_number_ceiling medium_size;
    buckets := NATIVE_ARRAY(HASHED_DICTIONARY_NODE(V,K)).create new_capacity;
    capacity := new_capacity;
    cache_user := -1;
    count := 0;
  )
  [
    +? { is_empty };
    +? { capacity >= medium_size };
  ];
		
  //
  // Invariant
  //
  
//  [
//    -? {capacity > 0};
//    -? {capacity >= count};
//    -? {cache_user.in_range (-1) to count};
//    -? {(cache_user > 0) ->> {cache_node != NULL}};
//    -? {(cache_user > 0) ->> {cache_buckets.in_range 0 to (capacity - 1)}}
//  ];
  
  
 //------------------- OLD -------------------- 
  
  /*

  + cache_user :INTEGER;
  // The last user's external index in range [1 .. `count'] (see `item'
  // and `valid_index' for example) may be saved in `cache_user' otherwise
  // -1 to indicate that the cache is not active. When the cache is
  // active, the corresponding index in `buckets' is save in
  // `cache_buckets' and the corresponding node in `cache_node'.
  
  + cache_node:HASHED_DICTIONARY_NODE[V,K];
  // Meaningful only when `cache_user' is not -1.
  
  + cache_buckets:INTEGER;
  // Meaningful only when `cache_user' is not -1.
  
  
  
  - is_empty:BOOLEAN <- count = 0;
  // Is it empty ?
  
  - fast_has k:K :BOOLEAN <-
  // Is there a value currently associated with key `k'?
  (
    + idx:INTEGER;
    + node:DICTIONARY_NODE[V,K];
    
    idx := k.hash_code % capacity;
    node := buckets.item idx;
    
    { (node = NULL) || { node.key = k}}.until_do {
      node := node.next;
    };
    node != NULL
  );
  
  - fast_at k:K :V <-
  // Return the value associated to key `k'.
  // (See also `reference_at' if V is a reference type.)
  (
    + idx:INTEGER;
    + node:DICTIONARY_NODE[V,K];  
    
    ? { fast_has k };
    
    idx := k.hash_code % capacity;
    node := buckets.item idx;
    
    { node.key = k}.until_do {
      node := node.next;
    };
    node.item
  );
  
  
  - '@' Left 1 k:K :V <-
  (
    at k
  );
  
    
  // Looking and searching some value:
  
  
  - occurrences v:V :INTEGER <-
  // Number of occurrences using `equal'.
  // See also `fast_occurrences' to chose the apropriate one.
  (
    1.to count do { i:INTEGER;
      (safe_equal (v,(item i)) ).if {
	result := result + 1;
      }; // end if
    }; // end fo
    
    ? { result >= 0 };
    
    result
  );
  
  
  - fast_occurrences v:V :INTEGER <-
  // Number of occurrences using `='.
  // See also `occurrences' to chose the apropriate one.
  (
    + result:INTEGER;
    
    1.to count do { i:INTEGER;
      (v = item i ).if {
	result := result + 1;
      }; // end if
    }; // end do
    
    ? { result >= 0 };
    
    result
  );
  
  
  - key_at v:V :K <-
  // Retrieve the key used for value `v' using `equal' for comparison.
  (
    + i:INTEGER;
    + result:K;
    
    ? { occurrences v = 1};
    i := 1;
    {safe_equal (v,(item i))}.until_do {
      i := i + 1;
    };
    result := cache_node.key;
    
    ? { equal ((at result) ,v) };
    
    result
  );
  
  
  - fast_key_at v:V :K <-
  // Retrieve the key used for value `v' using `=' for comparison.
  (
    + i:INTEGER;         
    + result:K;
    
    ? { fast_occurrences v = 1 };
    i := 1;
    {v = item(i)}.until_do {
      i := i + 1;
    };
    result := cache_node.key;
    
    ? { at result = v };
    
    result
  );
  
  - upper :INTEGER <-
  (
    count
  );
  
  
  - valid_index index:INTEGER :BOOLEAN <-
  (
    + result:BOOLEAN;
    
    result := (1 <= index) && {index <= count};
    
    ? { result =  index.in_range lower to upper };
    
    result
  );
  
  
  - '=='  Right 60 other:SELF :BOOLEAN <-
  // do both dictionaries have the same set of associations?
  // Keys are compared with `==' and values are comnpared
  // with the basic = operator. See also `is_equal_map'.
  (
    + i:INTEGER;
    + result:BOOLEAN;
    
    (Self = other ).if {
      result := TRUE;
    }.elseif { count = other.count } then {
      result := TRUE;
      i := 1;
      {!result || {i > count}}.until_do {
	(other.has (key i) ).if {
	  (other.at (key i) != item i ).if {
	    result := FALSE;
	  } else {
	    i := i + 1;
	  }; // end if
	} else {
	  result := FALSE;
	}; // end if
      }; // end until_do
    }; // end if
    
    ? { result ->> {count = other.count} };
    
    result
  );
  
  
  - is_equal_map other:SELF :BOOLEAN <-
  // Do both dictionaries have the same set of associations?
  // Both keys and values are compared with `=='. See also `=='.
  (
    + i:INTEGER;
    + k:K; 
    + result:BOOLEAN;
    (Self = other ).if {
      result := TRUE;
    }.elseif { count = other.count } then {
      result := TRUE;
      i := 1;
      {! result || {i > count}}.until_do {
	k := key i;
	(other.has k ).if {
	  (! safe_equal ((other.at k),(item i)) ).if {
	    result := FALSE;
	  } else {
	    i := i + 1;
	  }; // end if
	} else {
	  result := FALSE;
	}; // end if
      }; // end until_do
    }; // end if
    
    result
  );
*/  
lisaac_0.39_rc1/lib/standard/collection/array3.li0000644000175000017500000002705711314031246021672 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ARRAY3(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment     :=" General prurpose, resizable, three dimensional array..";
    
Section Inherit
  
  + parent_collection3:Expanded COLLECTION3(V);
  
Section Public
  
  + lower1:INTEGER;
  + lower2:INTEGER;
  + lower3:INTEGER;
  
  + upper1:INTEGER;
  + upper2:INTEGER;
  + upper3:INTEGER;
  
  + count1:INTEGER;
  + count2:INTEGER;
  + count3:INTEGER;
  
  + count:INTEGER;
  
Section ARRAY3
  
  + storage:NATIVE_ARRAY(V);
  // To store elements line by line.
  
  + capacity:INTEGER;
  // Number of elements in `storage'.
  
Section Public
  
  //
  // Creation / modification:
  // 
  
  - create (line_min, column_min, depth_min:INTEGER) 
  to (line_max, column_max, depth_max:INTEGER) :SELF <-
  // Reset all bounds `line_minimum' / `line_maximum' / `column_minimum'
  // `column_maximum' / `depth_min' and `depth_max' using arguments as
  // new values. All elements are set to the default value of type E.
  ( + result:SELF;
    
    result := clone;
    result.make (line_min, column_min, depth_min) to (line_max, column_max, depth_max);
    result
  );  
  
  - make (line_min, column_min, depth_min:INTEGER) to (line_max, column_max, depth_max:INTEGER) <-
  // Reset all bounds `line_minimum' / `line_maximum' / `column_minimum'
  // `column_maximum' / `depth_min' and `depth_max' using arguments as
  // new values. All elements are set to the default value of type E.
  [ ...
    -? { line_min   <= line_max   };
    -? { column_min <= column_max };
    -? { depth_min  <= depth_max  };
  ]
  (  
    lower1 := line_min;
    upper1 := line_max;
    lower2 := column_min;
    upper2 := column_max;
    lower3 := depth_min;
    upper3 := depth_max;
    count1 := upper1 - lower1 + 1;
    count2 := upper2 - lower2 + 1;
    count3 := upper3 - lower3 + 1;
    count := count1 * count2 * count3;
    (capacity >= count).if {
      storage.clear_all (count - 1);
    } else {
      capacity := count;
      storage := NATIVE_ARRAY(V).calloc count;
    };
  )
  [ ...
    +? { line_minimum = line_min };
    +? { line_maximum = line_max };
    +? { column_minimum = column_min };
    +? { column_maximum = column_max };
    +? { depth_minimum = depth_min };
    +? { depth_maximum = depth_max };
  ];
    
  - from_collection3 model:COLLECTION3(V) <-
  (
    make (model.line_minimum, model.column_minimum, model.depth_minimum) 
    to   (model.line_maximum, model.column_maximum, model.depth_maximum);
    
    line_minimum.to line_maximum do { i:INTEGER;      
      column_minimum.to column_maximum do { j:INTEGER;	 
	depth_minimum.to depth_maximum do { k:INTEGER;
	  put (model.item (i,j,k)) to (i,j,k);
	}; 
      }; 
    }; 
  )
  [ ...
    +? { lower1 = model.lower1 };
    +? { lower2 = model.lower2 };
    +? { lower3 = model.lower3 };
  ];
    
  - from_collection contents:COLLECTION(V) 
  size (line_min,column_min,depth_min:INTEGER) 
  to (line_max,column_max,depth_max:INTEGER) <-
  // Reset all bounds using `line_min', `line_max', `column_min',
  // `column_max', `depth_min', and `depth_max'.
  // Copy all elements of `contents', line by line into Current.
  [ ...
    -? { line_min <= line_max };
    -? { column_min <= column_max };
    -? { depth_min <= depth_max };
    -? { 
      contents.count = (line_max - line_min + 1) * 
      (column_max - column_min + 1) * 
      (depth_max - depth_min + 1) 
    };
  ]
  (    
    make (line_min,column_min,depth_min) to (line_max,column_max,depth_max);
    
    0.to (count - 1) do { i:INTEGER;
      storage.put (contents.item (contents.lower + i)) to i;
    }; 
  )
  [ ...
    +? { line_minimum = line_min };
    +? { line_maximum = line_max };
    +? { column_minimum = column_min };
    +? { column_maximum = column_max };
    +? { depth_minimum = depth_min };
    +? { depth_maximum = depth_max };
    +? { count = contents.count };
  ];
    
  - from_model model:COLLECTION(COLLECTION(COLLECTION(V))) <-
  //The `model' is used to fill line by line the COLLECTION3.
  //Assume all sub-collections of have the same indexing.
  (
    make (model.lower,model.first.lower,model.first.first.lower) 
    to   (model.upper,model.first.upper,model.first.first.upper);
    
    (model.lower).to (model.upper) do { line:INTEGER;
      (model.first.lower).to (model.first.upper) do { column:INTEGER;
	(model.first.first.lower).to (model.first.first.upper) do { depth:INTEGER;
	  put (model.item line.item column.item depth) to (line,column,depth);
	}; 
      };
    };
  )
  [ ...
    -? { line_minimum = model.lower };
    -? { line_maximum = model.upper };
    -? { column_minimum = model.first.lower };
    -? { column_maximum = model.first.upper };
    -? { depth_minimum = model.first.first.lower };
    -? { depth_maximum = model.first.first.upper };
  ];
  
  //
  // Resizing:
  //
  
  - resize (line_min, column_min, depth_min:INTEGER) to (line_max, column_max, depth_max:INTEGER) <-
  // Resize bounds of the Current array
  [ ...
    -? { line_max   >= line_min   };
    -? { column_max >= column_min };
    -? { depth_max  >= depth_min  };
  ]
  ( + tmp:SELF;
        
    tmp := SELF.clone;
    tmp.make (line_min, column_min, depth_min) to (line_max, column_max, depth_max);
    //BSBS: It may be possible to avoid this creation when :
    //BSBS:   new `capacity' <= old `capacity'
    
    lower1.to line_maximum do { l:INTEGER;
      lower2.to column_maximum do { c:INTEGER;
	lower3.to depth_maximum do { d:INTEGER;
	  (tmp.valid_index (l,c,d)).if {
	    tmp.put (item (l,c,d)) to (l,c,d);
	  }; 
	}; 
      }; 
    }; 
    
    standard_copy tmp;
  )
  [ ...
    +? { line_minimum = line_min };
    +? { line_maximum = line_max };
    +? { column_minimum = column_min };
    +? { column_maximum = column_max };
    +? { depth_minimum = depth_min };
    +? { depth_maximum = depth_max };
  ];
  
  //
  // Implementation of others feature from COLLECTION3:
  //
  
  - item (line, column, depth:INTEGER) :V <-
  (
    storage.item (
      (line - lower1) * count2 * count3 + 
      (column - lower2) * count3 + depth - lower3
    )
  );
    
  - put element:V to (line, column, depth:INTEGER) <-
  (
    storage.put element to (
      (line - lower1) * count2 * count3 + 
      (column - lower2) * count3 + depth - lower3
    );
  );
    
  - force x:V to (line, column, depth:INTEGER) <-
  (
    (! valid_index (line,column,depth)).if {
      resize (line.min lower1,column.min lower2,depth.min lower3) 
      to     (line.max upper1,column.max upper2,depth.max upper3);
    };
    put x to (line,column,depth);
  );
    
  - set_all_with element:V <-
  (
    storage.set_all_with element with (count - 1);
  );
    
  - replace_all old_value:V with new_value:V <-
  (
    storage.replace_all old_value with new_value until (count - 1);
  );
    
  - fast_replace_all old_value:V with new_value:V <-
  (
    storage.fast_replace_all old_value with new_value until (count - 1);
  );
    
  - sub_collection3 (line_min, column_min, depth_min:INTEGER) 
  to (line_max, column_max, depth_max:INTEGER) :SELF <-
  ( + n:INTEGER;
    + result:SELF;
    
    result := create (line_min,column_min,depth_min) to (line_max,column_max,depth_max);
    
    line_min.to line_max do { i:INTEGER;
      column_min.to column_max do { j:INTEGER;
	depth_min.to depth_max do { k:INTEGER;
	  result.storage.put (item (i,j,k)) to n;
	  n := n + 1;
	}; 
      };
    };
    result
  )
  [ ...   
    +? { result.lower1 = line_min   };
    +? { result.lower2 = column_min };
    +? { result.lower3 = depth_min  };
    +? { result.upper1 = line_max   };
    +? { result.upper2 = column_max };
    +? { result.upper3 = depth_max  };    
  ];
  
  //
  // Looking and comparison:
  //
  
  - occurrences elt:V :INTEGER <-
  (
    storage.occurrences elt until (count - 1)
  );
    
  - fast_occurrences elt:V :INTEGER <-
  (
    storage.fast_occurrences elt until (count - 1)
  );
    
  - has x:V :BOOLEAN <-
  //Search if a element x is in the array using `equal'.
  //See also `fast_has' to choose the apropriate one.
  ( + result:BOOLEAN;
    
    (count > 0).if {
      result := storage.index_of x until (count - 1) <= count - 1;
    };
    result
  );
    
  - fast_has x:V :BOOLEAN <-
  // Search if a element x is in the array using `='.
  ( + result:BOOLEAN;
    
    (count > 0).if {
      result := storage.fast_index_of x until (count - 1) <= count -1;
    };
    result
  );
    
  - all_default:BOOLEAN <-
  (
    storage.all_default (count - 1)
  );
    
  - swap (line1, column1, depth1:INTEGER) with (line2, column2, depth2:INTEGER) <-
  ( + tmp:V;
    + index1, index2:INTEGER;
    
    index1 := (line1 - lower1) * count2 * count3 + (column1 - lower2) * count3 + depth1 - lower3;
    index2 := (line2 - lower1) * count2 * count3 + (column2 - lower2) * count3 + depth2 - lower3;
    tmp := storage.item index1;
    storage.put(storage.item index2) to index1;
    storage.put tmp to index2;
  );
    
  - copy other:SELF <-
  (
    lower1 := other.lower1;
    upper1 := other.upper1;
    lower2 := other.lower2;
    upper2 := other.upper2;
    lower3 := other.lower3;
    upper3 := other.upper3;
    count  := other.count;
    count1 := other.count1;
    count2 := other.count2;
    count3 := other.count3;
    (capacity < count).if {
      capacity := count;
      storage := storage.calloc count;
    };
    storage.copy_from (other.storage) until (count - 1);
  );
  
  //
  // Invariant.
  //
  
//  [ ...
//    -? { count1 = upper1 - lower1 + 1 };
//    -? { count2 = upper2 - lower2 + 1 };
//    -? { count3 = upper3 - lower3 + 1 };
//    -? { capacity >= count };
//  ];
  
  
/*  
  - '=='  Right 60 other:SELF :BOOLEAN <-
  (
    + result:BOOLEAN;
    result := FALSE;
    
    ( other = Self ).if {
      result := true;
    }.elseif { lower1 != other.lower1 } then {
    }.elseif { lower2 != other.lower2 } then {
    }.elseif { lower3 != other.lower3 } then {
    }.elseif { upper1 != other.upper1 } then {
    }.elseif { upper2 != other.upper2 } then {
    }.elseif { upper3 != other.upper3 } then {
    } else {
      result := storage.memcmp (other.storage) until count;
    };
    
    result
  );
*/lisaac_0.39_rc1/lib/standard/collection/array.li0000644000175000017500000003275611314031246021611 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ARRAY(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment     :=" General purpose resizable ARRAYs .";
  
  // General purpose resizable ARRAYs as they are define in the Eiffel language definition.
  // The `lower' bound can be any arbitrary value, even a negative one.
 

  //
  // This implementation uses only one chunk of memory, the `storage' area which is a 
  // NATIVE_ARRAY. One must keep in mind that this internal `storage' area is always kept 
  // left align. Thus, you can expect good performances while using an ARRAY to modelize a
  // stack behavior with `add_last' / `last' / `remove_last'.

  // Conversely `add_first' and `remove_first' are likely to slow down your program if 
  // they are too often used. If the fact that `lower' is always stuck to 0 is not a 
  // problem for you, also consider FAST_ARRAY to get better performances.

  
Section Inherit
    
  + parent_arrayed_collection:Expanded ARRAYED_COLLECTION(V);
  
Section Public
  
  + lower:INTEGER; // Lower index bound.
  
  //
  // Creation and Modification:
  //
  
  - create min_index:INTEGER to max_index:INTEGER :SELF <-
  // Prepare the array to hold values for indexes in range
  // [`min_index' .. `max_index']. Set all values to default.
  // When `max_index' = `min_index' - 1, the array `is_empty'.
  ( + result:SELF;
    
    result := SELF.clone;
    result.make min_index to max_index;
    result
  );
  
  - make min_index:INTEGER to max_index:INTEGER <-
  // Prepare the array to hold values for indexes in range
  // [`min_index' .. `max_index']. Set all values to default.
  // When `max_index' = `min_index' - 1, the array `is_empty'.
  // * Require: `min_index' inferior or equal to `max_index' + 1
  // * Ensure: `lower' is equal to `min_index'
  // * Ensure: `upper' is equal to `max_index'
  // * Ensure: all values are in default
  [ ...
    {min_index <= max_index + 1} -? "Valid bounds.";
  ]
  ( 
    ensure_capacity (max_index - min_index + 1) and_bounds min_index to max_index;
  )
  [ ...
    "Lower set." +? { lower = min_index };
    "Upper set." +? { upper = max_index };
    "Items set." +? { all_default };    
  ];
  
  - create_with_capacity needed_capacity:INTEGER lower low:INTEGER :SELF <-
  // Create an empty array with `capacity' initialized
  // at least to `needed_capacity' and `lower' set to `low'.
  ( + result:SELF;
    
    result := clone;
    result.with_capacity needed_capacity lower low;
    result
  );
  
  - with_capacity needed_capacity:INTEGER lower low:INTEGER <-
  // Create an empty array with `capacity' initialized
  // at least to `needed_capacity' and `lower' set to `low'.
  [ ...
    -? { needed_capacity >= 0};
  ]
  (
    ensure_capacity needed_capacity and_bounds low to (low-1);
  )
  [ ...
    +? { is_empty };
    +? { needed_capacity <= capacity };
    +? { lower = low };
  ];
  
Section Public
  
  - ensure_capacity needed_capacity:INTEGER and_bounds low:INTEGER to up:INTEGER <-
  // Extend needed capacity and bouds if necessary
  // * Require: `up' superior or equal to `low' - 1
  [ ...
    -? { up >= low - 1 };
    -? { needed_capacity >= up - low + 1 };
  ]
  (
    (capacity < needed_capacity).if {
      storage := NATIVE_ARRAY(V).create needed_capacity;
      capacity := needed_capacity;
    };
    lower := low;
    upper := up;
  )
  [ ...
    +? { needed_capacity <= capacity };
    +? { lower = low };
    +? { upper = up };
    +? {all_default};
  ];
  
  //
  // Modification:
  //
  
  - resize min_index:INTEGER to max_index:INTEGER <-
  // Resize to bounds `min_index' and `max_index'. Do not lose any
  // item whose index is in both [`lower' .. `upper'] and
  // [`min_index' .. `max_index']. New positions if any are
  // initialized with the appropriate default value.
  // * Require: `min_index' inferior or equal to `max_index' + 1
  // * Ensure: `lower' is equal to `min_index'
  // * Ensure: `upper' is equal to `max_index'
  [ ...
    -? { min_index <= max_index + 1 };
  ]
  ( + needed, offset, intersize:INTEGER;
       
    needed := max_index - min_index + 1;
    ( needed > 0 ).if {
      ( needed > capacity ).if {
	( capacity = 0 ).if {
	  storage := NATIVE_ARRAY(V).calloc needed;
	  capacity := needed;
	} else {
	  storage := storage.realloc capacity with needed;
	  capacity := needed;
	};
      };
      offset := lower - min_index;
      intersize := max_index.min upper - min_index.max lower + 1;
      ( intersize > 0 ).if {
	( offset = 0 ).if {
	  ( intersize < capacity ).if {
	    storage.clear intersize to (capacity - 1);
	  };
	}.elseif { offset < 0 } then {
	  storage.move (- offset) to (intersize - offset - 1) by offset;
	  ( intersize < capacity ).if {
	    storage.clear intersize to ( capacity - 1);
	  };
	} else {
	  storage.move 0 to (intersize - 1) by offset;
	  storage.clear 0 to ( offset - 1);
	  ( (intersize + offset) < capacity ).if {
	    storage.clear (intersize + offset) to (capacity - 1);
	  };
	};
      } else {
	storage.clear 0 to ( capacity - 1);
      };
    };
    lower := min_index;
    upper := max_index;
  )
  [ ...
    +? { lower = min_index };
    +? { upper = max_index };
  ];
  
  
  - reindex new_lower:INTEGER <-
  // Change indexing to take in account the expected `new_lower'
  // index. The `upper' index is translated accordingly.
  // * Ensure: `lower' is equal to `new_lower'
  // * Ensure: `count' is equal to `count' before
  ( + i:INTEGER;
    
    i := new_lower - lower;
    lower := lower + i;
    upper := upper + i;
  )
  [ ...
    +? { lower = new_lower };
    +? { count = Old count };
  ];
  
  //
  // Implementation of deferred:
  //
  
  - subarray min:INTEGER to max:INTEGER :SELF <-
  // Return the subarray between `min' to `max'
  // * Ensure: `Result.lower' is equal to `min' before
  ( + result:SELF;    

    result := slice min to max;
    result.reindex min;
    result
  )
  [ ...
    +? { Result.lower = min };
  ];
  
  - is_empty:BOOLEAN <-
  // Is Self empty ?
  ( upper < lower );
  
  - count:INTEGER <- 
  //Size of current 
  ( upper - lower + 1 );
  
  - item i:INTEGER :V <-
  // Item at the corresponding index `i'.
  // * Description en Francais : Item à l'index `i'
  // * See: `lower', `upper', `valid_index', `put', `swap'
  ( 
    storage.item (i - lower)
  );
  
  - put element:V to i:INTEGER <-
  // Make `element' the item at index `i'.
  // * See: `lower', `upper', `valid_index', `item', `swap', `force'.
  ( 
    storage.put element to (i - lower);    
  );
    
  - force element:V to index:INTEGER <-
  // Make `element' the item at index `i', reindexing array if necessary.
  // * See: `lower', `upper', `valid_index', `item', `swap', `force'.
  (     
    (upper < index).if {
      (index = upper + 1).if {
	add_last element;
      } else {
	resize (lower,index);
	put element to index;
      };
    }.elseif { index < lower } then {
      resize (index,upper);
      put element to index;
    } else {
      put element to index;
    };
  )
  [ ...
    +? { lower = index.min (Old lower) };    
  ];
  
  - copy other:SELF <-
  // Copy `other' into Self
  ( +  needed_capacity:INTEGER;
    
    lower := other.lower;
    upper := other.upper;
    needed_capacity := upper - lower + 1;
    ( capacity < needed_capacity ).if {
      storage := storage.create needed_capacity;
      capacity := needed_capacity;
    };
    ( needed_capacity > 0 ).if {
      storage.copy_from (other.storage) until (needed_capacity - 1);
    };
  );
  
  - set_all_with v:V <-
  // Set all element with `v' 
  ( 
    storage.set_all_with v until (upper - lower);    
  );
  
  - remove_first <-
  // Remove the first `element'
  // * Ensure: `upper' has same value before and after
  ( 
    storage.remove_first (upper - lower);
    lower := lower + 1;
  )
  [ ...
    +? {upper = Old upper};
  ];
  
  - remove_head n:INTEGER <-
  // Remove the n firsts `element'
  // * Ensure: `upper' has same value before and after
  (
    storage.move (n - lower + 1) to (upper - lower) by (-n);
    lower := lower + n;
  )
  [ ...
    +? {upper = Old upper};
  ];
  
  - remove index:INTEGER <-
  // Remove the nth `element'

  ( 
    storage.remove (index - lower) until (upper - lower);
    upper := upper - 1;        
  );
  
  - clear <-
  // Clear the array
  // * Ensure: `capacity' has same value before and after
  (
    upper := lower - 1;    
  )
  [ ...
    +? {capacity = Old capacity};   
  ];
  
  - add_first element:V <-
  // Add a new item in first position : `count' is increased by
  // one and all other items are shifted right.
  //
  // * See: `add_last', `first', `last', `add'.
  ( 
    (upper < lower).if {
      add_last element;
    } else {
      add_last element;
      move (lower,(upper - 1),1);
      put (element,lower);
    };
  );
  
  - add_last element:V <-
  // Add a new item at the end : `count' is increased by one.
  //
  // * See: `add_first', `last', `first', `add'.
  ( + new_capacity:INTEGER;
    
    ( capacity < count + 1 ).if {
      ( capacity = 0 ).if {
	new_capacity := 16;
	storage := storage.create new_capacity;
	capacity := new_capacity;
      } else {
	new_capacity := 2 * capacity;
	storage := storage.realloc capacity with new_capacity;
	capacity := new_capacity;
      };
    };
    upper := upper + 1;
    put element to upper;   
  );
  
  - from_collection model:COLLECTION(V) <-
  // Initialize the current object with the contents of `model'
  (
    with_capacity ((model.count),(model.lower));    
    upper := modele.upper;    
    (model.lower).to (model.upper) do { i:INTEGER;
      put ((model.item i),i);
    };
  )
  [ ...
    +? { lower = model.lower };
    +? { upper = model.upper };
  ];
  
  - all_default:BOOLEAN <-
  (
    storage.all_default (upper - lower)
  );
  
  - occurrences element:V :INTEGER <-
  ( 
    storage.occurrences element until (upper - lower)
  );
  
  - fast_occurrences element:V :INTEGER <-
  ( 
    storage.fast_occurrences element until (upper - lower)
  );
  
  - first_index_of element:V :INTEGER <-
  ( + result:INTEGER;
    
    (upper >= lower).if {
      result := lower + storage.first_index_of element until (upper - lower);
    } else {
      result := lower;
    };
  );
  
  - index_of element:V start start_index:INTEGER :INTEGER <-
  ( + result:INTEGER;
    
    (upper >= lower).if {
      result := lower + storage.index_of (element,start_index - lower) until (upper - lower);
    } else {
      result := lower;
    };
    result    
  );
  
  - reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + result:INTEGER;
    
    (upper >= lower).if {
      result := lower + storage.reverse_index_of element from (start_index - lower);
    } else {
      result := lower;
    };
  );
  
  - fast_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + result:INTEGER;
    
    (upper >= lower).if {
      result := lower + storage.fast_index_of (element,start_index - lower) until (upper - lower);
    } else {
      result := lower;
    };
    result
  );
  
  - fast_reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + result:INTEGER;
    
    (upper >= lower).if {
      result := lower + storage.fast_reverse_index_of element from (start_index - lower);
    } else {
      result := lower;
    };
    result
  );
			
  - Self:SELF '=='  Right 60 other:SELF :BOOLEAN <-
  ( + result:BOOLEAN;    
    
    (Self = other).if {
      result := true;
    }.elseif {(lower = other.lower) && {upper = other.upper}} then {
      result := storage.fast_memcmp (other.storage) until count;
    };    
    result
  );
  
  - is_equal_map other:SELF :BOOLEAN <-
  ( + result:BOOLEAN;
    
    ( Self = other ).if {
      result := true;
    }.elseif {(lower = other.lower) && {upper = other.upper}} then {
      result := storage.memcmp (other.storage) until count;
    };  
    result
  );
  
  - slice min:INTEGER to max:INTEGER :SELF <-
  ( + result:SELF;
        
    result := SELF.create lower to (lower + max - min);
    (max >= min).if {
      // Slice not empty
      result.storage.slice_copy storage to 0 from (min - lower) to (max - lower);
    };    
  );
  
lisaac_0.39_rc1/lib/standard/collection/linked_xor_list.li0000644000175000017500000003500611314031246023653 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := LINKED_XOR_LIST(V);


  - copyright   := "2003-2007 Benoit Sonntag";
  
  - comment := "One Xor way linked list with internal automatic memorization \
               \of the last access .";
	       
Section Inherit
  
  + parent_linked_collection:Expanded LINKED_COLLECTION(V);
  
Section LINKED2_LIST
  
  + first_link:LINKED_XOR_NODE(V);
  // NULL when empty or gives access to the first element.
    
  + last_link:LINKED_XOR_NODE(V);
  // NULL when empty or gives access to the last element.
  
  + mem_idx:INTEGER; 
  
  + mem_lnk:LINKED_XOR_NODE(V);
  + mem_lnk_prev:LINKED_XOR_NODE(V);
  + mem_lnk_next:LINKED_XOR_NODE(V);  
  // To speed up accessing, `mem_idx' and `mem_lnk' is the
  // memory of the last access done. For example, after
  // item(1), `mem_idx' is 1 and `mem_lnk' is `first_link'.
  // When list is empty, `first_link' is NULL as well as
  // `mem_lnk' and `mem_idx' is 0;
  
Section Public
  
  - create:SELF <-
  // Make an empty list;
  (     
    SELF.clone
  );
  
  - is_empty:BOOLEAN <- first_link = NULL;
  
  - add_first element:V <-
  ( + new:LINKED_XOR_NODE(V);
    (first_link = NULL).if {
      first_link := LINKED_XOR_NODE(V).create element previous NULL next NULL;
      last_link := first_link;
      upper := mem_idx := 1;
      mem_lnk := first_link;      
    } else {
      new := LINKED_XOR_NODE(V).create element previous NULL next first_link;
      first_link.set_link new and (first_link.next NULL);
      first_link := new;
      upper := upper + 1;
      (mem_idx = 1).if {
        mem_lnk_prev := new;
      };
      mem_idx := mem_idx + 1;
    };
  )
  [ ...
    +? { upper = 1 + Old upper };
  ];
    
  - add_last element:V <-
  ( + new:LINKED_XOR_NODE(V);
    (first_link = NULL).if {
      first_link := LINKED_XOR_NODE(V).create element previous NULL next NULL;
      last_link := first_link;
      upper := 1;
      mem_idx := 1;
      mem_lnk := first_link;
    } else {
      new := LINKED_XOR_NODE(V).create element previous last_link next NULL;
      last_link.set_link (last_link.next NULL) and new;
      last_link := new;
      (mem_idx = upper).if {
        mem_lnk_next := new;
      };
      upper := upper + 1;
    };
  );
    
  - add element:V to index:INTEGER <-
  ( + link:LINKED_XOR_NODE(V);
    
    (index = 1).if {
      add_first element;
    }.elseif {index = upper + 1} then {
      add_last element;
    } else {
      (index - 1 != mem_idx).if {
	go_item (index - 1);
      };
      link := LINKED_XOR_NODE(V).create element previous mem_lnk next (mem_lnk_next);
      mem_lnk_next.set_link link and (mem_lnk_next.next mem_lnk);
      mem_lnk.set_link mem_lnk_prev and link;
      mem_lnk_next := link;
      upper := upper + 1;
    };    
  );
    
  - remove_first <-
  ( + next,next_next:LINKED_XOR_NODE;
    (upper = 1).if {
      first_link := NULL;			
      last_link  := NULL;
      mem_lnk := mem_lnk_prev := mem_lnk_next := NULL;
      mem_idx    := 0;
      upper      := 0;
    } else {            
      next := first_link.next NULL;
      next_next := next.next first_link;
      next.set_link NULL and next_next;
      first_link := next;
      upper := upper - 1;
      (mem_idx > 1).if {
        mem_idx := mem_idx - 1;
        (mem_idx = 1).if {
          mem_lnk_prev := NULL;
        };
      } else {
        mem_lnk := first_link;
        mem_lnk_next := next_next;
	mem_idx := 1;
      };      
    };
  );
    
  - remove index:INTEGER <-
  ( + next_next:LINKED_XOR_NODE(V);
    
    (index = 1).if {
      remove_first;
    }.elseif { index = upper} then {
      remove_last;
    } else {
      (index != mem_idx).if {
	go_item index;
      };
      mem_lnk_prev.set_link (mem_lnk_prev.previous mem_lnk) and mem_lnk_next;
      next_next := mem_lnk_next.next mem_lnk;
      mem_lnk_next.set_link mem_lnk_prev and next_next;
      mem_lnk := mem_lnk_next;
      mem_lnk_next := next_next;
      upper := upper - 1;
    };
  );
    
  - first:V <- first_link.item;
  
  - last:V <- last_link.item;
  
  - item index:INTEGER :V <-
  (
    (index != mem_idx).if {
      go_item index;
    };
    mem_lnk.item
  );
    
  - put element:V to index:INTEGER <-
  ( 
    (index != mem_idx).if {
      go_item index;
    };
    mem_lnk.set_item element;    
  );
    
  - count:INTEGER <- upper;
  
  - set_all_with v:V <-
  ( 
    not_yet_implemented;
    
    (first_link != NULL).if {
      first_link.set_all_with v;
    };    
  );
    
  - copy other:SELF <-
  (
    not_yet_implemented;
    
    from_collection other;
  );
    
  - Self:SELF '==' Right 60 other:SELF :BOOLEAN <-
  ( + result:BOOLEAN;
    + lnk1, lnk2:LINKED_XOR_NODE(V);
    
    not_yet_implemented;
    
    (Self = other).if {
      result := TRUE;
    }.elseif {upper = other.upper} then {
      result := TRUE;
      lnk1 := first_link;
      lnk2 := other.first_link;
      {(lnk1 = NULL) || {! result}}.until_do {
	result := lnk1.item = lnk2.item;
	lnk1 := lnk1.next;
	lnk2 := lnk2.next;
      };
    };    
    result
  );
    
  - is_equal_map other:SELF :BOOLEAN <-
  ( + result:BOOLEAN;
    + lnk1, lnk2:LINKED_XOR_NODE(V);
    + safe_equal:SAFE_EQUAL(V);
    
    not_yet_implemented;
    
    ( Self = other ).if {
      result := TRUE;
    }.elseif {upper = other.upper} then {
      result := TRUE;
      lnk1 := first_link;
      lnk2 := other.first_link;
      {(lnk1 = NULL) || {! result}}.until_do {
	result := safe_equal.test (lnk1.item) with (lnk2.item);
	lnk1 := lnk1.next;
	lnk2 := lnk2.next;
      };
    };    
    result
  );
    
  - index_of x:V start start_index:INTEGER :INTEGER <-
  ( + result:INTEGER;
    + safe_equal:SAFE_EQUAL(V);
    
    not_yet_implemented;
    
    result := start_index;
    {(result > upper) || {safe_equal.test x with (item result)}}.until_do {
      result := result + 1;
    };    
    result
  );
  
  - reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + safe_equal:SAFE_EQUAL(V); 
    + temporary_idx:INTEGER;
    + temporary_lnk:LINKED_XOR_NODE(V);
    + result:INTEGER;
    
    not_yet_implemented;
    
    (start_index != mem_idx).if {
      go_item start_index;
    };
    temporary_idx := mem_idx;
    temporary_lnk := mem_lnk;
    {(temporary_idx < lower) || {safe_equal.test element with (temporary_lnk.item)}}.until_do {
      temporary_idx := temporary_idx - 1;
      temporary_lnk := temporary_lnk.previous;
    };
    result := temporary_idx;
    (temporary_idx >= lower).if {
      mem_idx := temporary_idx;
      mem_lnk := temporary_lnk;
    };
    result
  );

  - fast_index_of x:V start start_index:INTEGER :INTEGER <-
  ( + result:INTEGER;
    + u:INTEGER;
    
    not_yet_implemented;
    
    result := lower;
    u := upper;
    {(result > u) || {x = item result}}.until_do {
      result := result + 1;
    };
    result
  );	

  - fast_reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + temporary_idx:INTEGER;
    + temporary_lnk:LINKED_XOR_NODE(V);
    + result:INTEGER;
    
    not_yet_implemented;
    
    (start_index != mem_idx).if {
      go_item start_index;
    };
    temporary_idx := mem_idx;
    temporary_lnk := mem_lnk;			
    {(temporary_idx < lower) || {element = temporary_lnk.item}}.until_do {
      temporary_idx := temporary_idx - 1;
      temporary_lnk := temporary_lnk.previous;
    };
    result := temporary_idx;
    (temporary_idx >= lower).if {
      mem_idx := temporary_idx;
      mem_lnk := temporary_lnk;
    };
  );
    
  - clear <-
  (
    
    not_yet_implemented;
    
    (first_link != NULL).if {
      first_link := NULL;
      mem_idx := 0;
      mem_lnk := NULL;
      upper := 0;
      last_link := NULL;
    };
  )
  [ ...
    +? {upper = 0};
  ];
    
  - from_collection model:COLLECTION(V) <-
  ( + lnk:LINKED_XOR_NODE(V);
    
    not_yet_implemented;
    
    (first_link = NULL).if {
      (model.lower).to (model.upper) do { i:INTEGER;
	add_last (model.item i);
      };
    } else {
      lnk := first_link;
      (model.lower).to (model.upper) do { i:INTEGER;
	(lnk = NULL).if {
	  add_last (model.item i);
	} else {
	  lnk.set_item (model.item i);
	  lnk := lnk.next;
	};
      };
      (lnk = first_link).if {
	? {model.count = 0};
	clear;
      }.elseif {lnk != NULL} then {
	+ i:INTEGER;
	i := model.count;
	(mem_idx != i).if {
	  go_item i;
	};
	? {lnk = mem_lnk.next};
	mem_lnk.set_next NULL;
	upper := i;
	last_link := mem_lnk;
      };
    };   
  );
    
  - slice low:INTEGER to up:INTEGER :SELF <-
  ( + lnk:LINKED_XOR_NODE(V);
    + result:SELF;
    
    not_yet_implemented;
    
    result := SELF.create;    
    (mem_idx != low).if {
      go_item low;
    };
    lnk := mem_lnk;
    (up - low + 1).downto 1 do { i:INTEGER;
      result.add_last (lnk.item);
      lnk := lnk.next;
    };
    result
  );
    
  - occurrences element:V :INTEGER <-
  ( + lnk:LINKED_XOR_NODE(V);
    + safe_equal:SAFE_EQUAL(V);
    + result:INTEGER;
    
    not_yet_implemented;
    
    lnk := first_link;
    {lnk = NULL}.until_do {
      (safe_equal.test element with (lnk.item)).if {
	result := result + 1;
      };
      lnk := lnk.next;
    };    
    result
  );
    
  - fast_occurrences element:V :INTEGER <-
  ( + lnk:LINKED_XOR_NODE(V);
    + result:INTEGER;
    
    not_yet_implemented;
    
    lnk := first_link;
    {lnk = NULL}.until_do {
      (element = lnk.item).if {
	result := result + 1;
      };
      lnk := lnk.next;
    };
    result
  );
    
  - force element:V to index:INTEGER <-
  ( + v:V;
    
    not_yet_implemented;
    
    {index <= upper}.until_do {
      add_last v;
    };
    put element to index;
  );
    
  - all_default:BOOLEAN <-
  ( + l:LINKED_XOR_NODE(V);
    + d:V;
    + result:BOOLEAN;
    
    not_yet_implemented;
    
    result := TRUE;
    l := first_link;
    {(! result) || {l = NULL}}.until_do {
      d := l.item;
      (d != NULL).if {
	result := d.is_default;
      };
      l := l.next;
    };    
    result
  );
    
  - remove_last <-
  ( 
    (upper = 1).if {
      first_link := NULL;
      last_link  := NULL;
      mem_lnk := mem_lnk_prev := mem_lnk_next := NULL;
      mem_idx := 0;
      upper := 0;
    } else {
      link := last_link.previous NULL;
      link.set_link (link.previous last_link) and NULL;
      last_link := link;      
      (mem_idx = upper).if {
	mem_idx := 1;
        mem_lnk := first_link;
        mem_lnk_prev := NULL;
        mem_lnk_next := mem_lnk.next NULL;
      };
      upper := upper - 1;
    };    
  );
    
  - replace_all old_value:V with new_value:V <-
  ( + safe_equal:SAFE_EQUAL(V);
    
    not_yet_implemented;
    
    lower.to upper do { i:INTEGER;
      (safe_equal.test (item i) with old_value).if {
	put new_value to i;
      };
    };   
  );
    
  - fast_replace_all old_value:V with new_value:V <-
  ( 
    
    not_yet_implemented;
    
    lower.to upper do { i:INTEGER;
      (item i = old_value).if {
	put new_value to i;
      };
    };    
  );
  
  - reverse <-
  ( + temp:V; 
    + low:LINKED_XOR_NODE(V); 
    + high:LINKED_XOR_NODE(V);
    + i:INTEGER;
    
    not_yet_implemented;
    
    low  := first_link;
    high := last_link;
    
    i := count / 2;
    ? {(i > 0) -> ((low != NULL) & (high != NULL))};
    ? {(i > 0) -> ((low != high) & (low.previous != high))};
    {i = 0}.until_do {
      temp := low.item;
      low.set_item (high.item);
      high.set_item temp;
      low  := low.next;
      high := high.previous;
      i    := i - 1;
    };	
  );
			
Section Private
  
  - go_item index:INTEGER <-
  [ ...
    -? { valid_index index };
    -? { mem_idx != index };
    -? { mem_idx > 0 };
    -? { mem_lnk != NULL };
  ]
  (
    (index > mem_idx).if {
      ((upper - index) < (index - mem_idx)).if {
	mem_idx := upper;
        mem_lnk := last_link;
        mem_lnk_prev := last_link.previous NULL;
        mem_lnk_next := NULL;
        {index = mem_idx}.until_do {
          mem_lnk_next := mem_lnk;
          mem_lnk := mem_lnk_prev;
          mem_lnk_prev := mem_lnk.previous mem_lnk_next;
	  mem_idx := mem_idx - 1;
	};
      } else {
        {index = mem_idx}.until_do {
          mem_lnk_prev := mem_lnk;
          mem_lnk := mem_lnk_next;
          mem_lnk_next := mem_lnk.next mem_lnk_prev;
	  mem_idx := mem_idx + 1;
	};
      };
    }.elseif {(mem_idx - index) < (index - 1)} then {
      {index = mem_idx}.until_do {
        mem_lnk_next := mem_lnk;
        mem_lnk := mem_lnk_prev;
        mem_lnk_prev := mem_lnk.previous mem_lnk_next;        
	mem_idx := mem_idx - 1;
      };
    } else {
      mem_idx := 1;
      mem_lnk := first_link;
      mem_lnk_prev := NULL;
      mem_lnk_next := first_link.next NULL;
      {index = mem_idx}.until_do {
        mem_lnk_prev := mem_lnk;
        mem_lnk := mem_lnk_next;
        mem_lnk_next := mem_lnk.next mem_lnk_prev;        
	mem_idx := mem_idx + 1;
      };
    };
  )
  [ ...
    +? { mem_idx = index };
    +? { mem_lnk != NULL };
  ];
  
  //
  // Invariant.
  //
  
//  [ ...
//    "Empty status." -? {(first_link = NULL) ->
//    ((last_link = NULL) & (upper = 0) & (mem_idx = 0) & (mem_lnk = NULL))};
    
//    "Not empty status." -? {(first_link != NULL) ->
//    ((last_link != NULL) & (upper > 0) & (mem_idx > 0) & (mem_lnk != NULL))};
//  ];
lisaac_0.39_rc1/lib/standard/collection/linked2_list.li0000644000175000017500000003050611314031246023045 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := LINKED2_LIST(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Two way linked list with internal automatic memorization \
               \of the last access .";
	       
Section Inherit
  
  + parent_linked_collection:Expanded LINKED_COLLECTION(V);
  
Section LINKED2_LIST
  
  + first_link:LINK2(V);
  // NULL when empty or gives access to the first element.
    
  + last_link:LINK2(V);
  // NULL when empty or gives access to the last element.
  
  + mem_idx:INTEGER; 
  
  + mem_lnk:LINK2(V);
  // To speed up accessing, `mem_idx' and `mem_lnk' is the
  // memory of the last access done. For example, after
  // item(1), `mem_idx' is 1 and `mem_lnk' is `first_link'.
  // When list is empty, `first_link' is NULL as well as
  // `mem_lnk' and `mem_idx' is 0;
  
Section Public
  
  - create:SELF <-
  // Make an empty list;
  (     
    SELF.clone
  );
  
  - is_empty:BOOLEAN <- first_link = NULL;
  
  - add_first element:V <-
  ( 
    (first_link = NULL).if {
      first_link := LINK2(V).create element previous NULL next NULL;
      last_link := first_link;
      upper := 1;
      mem_idx := 1;
      mem_lnk := first_link;
    } else {
      first_link := LINK2(V).create element previous NULL next first_link;
      first_link.next.set_previous first_link;
      upper := upper + 1;
      mem_idx := mem_idx + 1;
    };
  )
  [ ...
    +? { upper = 1 + Old upper };
  ];
    
  - add_last element:V <-
  ( 
    (first_link = NULL).if {
      first_link := LINK2(V).create element previous NULL next NULL;
      last_link := first_link;
      upper := 1;
      mem_idx := 1;
      mem_lnk := first_link;
    } else {
      last_link := LINK2(V).create element previous last_link next NULL;
      last_link.previous.set_next last_link;
      upper := upper + 1;
    };
  );
    
  - add element:V to index:INTEGER <-
  ( + link:LINK2(V);
    
    (index = 1).if {
      add_first element;
    }.elseif {index = upper + 1} then {
      add_last element;
    } else {
      (index - 1 != mem_idx).if {
	go_item (index - 1);
      };
      link := LINK2(V).create element previous mem_lnk next (mem_lnk.next);
      link.next.set_previous link;
      mem_lnk.set_next link;
      upper := upper + 1;
    };    
  );
    
  - remove_first <-
  ( 
    (upper = 1).if {
      first_link := NULL;			
      last_link  := NULL;
      mem_lnk    := NULL;
      mem_idx := 0;
      upper   := 0;
    } else {      
      first_link := first_link.next;
      first_link.set_previous NULL;
      upper := upper - 1;
      (mem_idx > 1).if {
	mem_idx := mem_idx - 1;
      } else {
	mem_lnk := first_link;
	mem_idx := 1;
      };      
    };
  );
    
  - remove index:INTEGER <-
  ( + link:LINK2(V);
    
    (index = 1).if {
      remove_first;
    }.elseif { index = upper} then {
      remove_last;
    } else {
      ((index - 1) != mem_idx).if {
	go_item (index - 1);
      };
      link := mem_lnk.next;
      mem_lnk.set_next (link.next);
      link.next.set_previous mem_lnk;
      upper := upper - 1;
    };
  );
    
  - first:V <- first_link.item;
  
  - last:V <- last_link.item;
  
  - item index:INTEGER :V <-
  (
    (index != mem_idx).if {
      go_item index;
    };
    mem_lnk.item
  );
    
  - put element:V to index:INTEGER <-
  ( 
    (index != mem_idx).if {
      go_item index;
    };
    mem_lnk.set_item element;    
  );
    
  - count:INTEGER <- upper;
  
  - set_all_with v:V <-
  ( 
    (first_link != NULL).if {
      first_link.set_all_with v;
    };    
  );
    
  - copy other:SELF <-
  (
    from_collection other;
  );
    
  - Self:SELF '==' Right 60 other:SELF :BOOLEAN <-
  ( + result:BOOLEAN;
    + lnk1, lnk2:LINK2(V);
    
    (Self = other).if {
      result := TRUE;
    }.elseif {upper = other.upper} then {
      result := TRUE;
      lnk1 := first_link;
      lnk2 := other.first_link;
      {(lnk1 = NULL) || {! result}}.until_do {
	result := lnk1.item = lnk2.item;
	lnk1 := lnk1.next;
	lnk2 := lnk2.next;
      };
    };    
    result
  );
    
  - is_equal_map other:SELF :BOOLEAN <-
  ( + result:BOOLEAN;
    + lnk1, lnk2:LINK2(V);
    + safe_equal:SAFE_EQUAL(V);
    
    ( Self = other ).if {
      result := TRUE;
    }.elseif {upper = other.upper} then {
      result := TRUE;
      lnk1 := first_link;
      lnk2 := other.first_link;
      {(lnk1 = NULL) || {! result}}.until_do {
	result := safe_equal.test (lnk1.item) with (lnk2.item);
	lnk1 := lnk1.next;
	lnk2 := lnk2.next;
      };
    };    
    result
  );
    
  - index_of x:V start start_index:INTEGER :INTEGER <-
  ( + result:INTEGER;
    + safe_equal:SAFE_EQUAL(V);
    
    result := start_index;
    {(result > upper) || {safe_equal.test x with (item result)}}.until_do {
      result := result + 1;
    };    
    result
  );
  
  - reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + safe_equal:SAFE_EQUAL(V); 
    + temporary_idx:INTEGER;
    + temporary_lnk:LINK2(V);
    + result:INTEGER;
    
    (start_index != mem_idx).if {
      go_item start_index;
    };
    temporary_idx := mem_idx;
    temporary_lnk := mem_lnk;
    {(temporary_idx < lower) || {safe_equal.test element with (temporary_lnk.item)}}.until_do {
      temporary_idx := temporary_idx - 1;
      temporary_lnk := temporary_lnk.previous;
    };
    result := temporary_idx;
    (temporary_idx >= lower).if {
      mem_idx := temporary_idx;
      mem_lnk := temporary_lnk;
    };
    result
  );

  - fast_index_of x:V start start_index:INTEGER :INTEGER <-
  ( + result:INTEGER;
    + u:INTEGER;
    
    result := lower;
    u := upper;
    {(result > u) || {x = item result}}.until_do {
      result := result + 1;
    };
    result
  );	

  - fast_reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  ( + temporary_idx:INTEGER;
    + temporary_lnk:LINK2(V);
    + result:INTEGER;
		
    (start_index != mem_idx).if {
      go_item start_index;
    };
    temporary_idx := mem_idx;
    temporary_lnk := mem_lnk;			
    {(temporary_idx < lower) || {element = temporary_lnk.item}}.until_do {
      temporary_idx := temporary_idx - 1;
      temporary_lnk := temporary_lnk.previous;
    };
    result := temporary_idx;
    (temporary_idx >= lower).if {
      mem_idx := temporary_idx;
      mem_lnk := temporary_lnk;
    };
  );
    
  - clear <-
  (
    (first_link != NULL).if {
      first_link := NULL;
      mem_idx := 0;
      mem_lnk := NULL;
      upper := 0;
      last_link := NULL;
    };
  )
  [ ...
    +? {upper = 0};
  ];
    
  - from_collection model:COLLECTION(V) <-
  ( + lnk:LINK2(V);
    
    (first_link = NULL).if {
      (model.lower).to (model.upper) do { i:INTEGER;
	add_last (model.item i);
      };
    } else {
      lnk := first_link;
      (model.lower).to (model.upper) do { i:INTEGER;
	(lnk = NULL).if {
	  add_last (model.item i);
	} else {
	  lnk.set_item (model.item i);
	  lnk := lnk.next;
	};
      };
      (lnk = first_link).if {
	? {model.count = 0};
	clear;
      }.elseif {lnk != NULL} then {
	+ i:INTEGER;
	i := model.count;
	(mem_idx != i).if {
	  go_item i;
	};
	? {lnk = mem_lnk.next};
	mem_lnk.set_next NULL;
	upper := i;
	last_link := mem_lnk;
      };
    };   
  );
    
  - slice low:INTEGER to up:INTEGER :SELF <-
  ( + lnk:LINK2(V);
    + result:SELF;

    result := SELF.create;    
    (mem_idx != low).if {
      go_item low;
    };
    lnk := mem_lnk;
    (up - low + 1).downto 1 do { i:INTEGER;
      result.add_last (lnk.item);
      lnk := lnk.next;
    };
    result
  );
    
  - occurrences element:V :INTEGER <-
  ( + lnk:LINK2(V);
    + safe_equal:SAFE_EQUAL(V);
    + result:INTEGER;
    
    lnk := first_link;
    {lnk = NULL}.until_do {
      (safe_equal.test element with (lnk.item)).if {
	result := result + 1;
      };
      lnk := lnk.next;
    };    
    result
  );
    
  - fast_occurrences element:V :INTEGER <-
  ( + lnk:LINK2(V);
    + result:INTEGER;
    
    lnk := first_link;
    {lnk = NULL}.until_do {
      (element = lnk.item).if {
	result := result + 1;
      };
      lnk := lnk.next;
    };
    result
  );
    
  - force element:V to index:INTEGER <-
  ( + v:V;
    
    {index <= upper}.until_do {
      add_last v;
    };
    put element to index;
  );
    
  - all_default:BOOLEAN <-
  ( + l:LINK2(V);
    + d:V;
    + result:BOOLEAN;
    
    result := TRUE;
    l := first_link;
    {(! result) || {l = NULL}}.until_do {
      d := l.item;
      (d != NULL).if {
	result := d.is_default;
      };
      l := l.next;
    };    
    result
  );
    
  - remove_last <-
  ( 
    (upper = 1).if {
      first_link := NULL;
      last_link  := NULL;
      mem_lnk := NULL;
      mem_idx := 0;
      upper := 0;
    } else {
      link := last_link;
      last_link := link.previous;
      last_link.set_next NULL;
      (mem_idx = upper).if {
	mem_idx := 1;
	mem_lnk := first_link;
      };
      upper := upper - 1;
    };    
  );
    
  - replace_all old_value:V with new_value:V <-
  ( + safe_equal:SAFE_EQUAL(V);
    
    lower.to upper do { i:INTEGER;
      (safe_equal.test (item i) with old_value).if {
	put new_value to i;
      };
    };   
  );
    
  - fast_replace_all old_value:V with new_value:V <-
  ( 
    lower.to upper do { i:INTEGER;
      (item i = old_value).if {
	put new_value to i;
      };
    };    
  );
  
  - reverse <-
  ( + temp:V; 
    + low:LINK2(V); 
    + high:LINK2(V);
    + i:INTEGER;
    
    low  := first_link;
    high := last_link;
    
    i := count / 2;
    ? {(i > 0) -> ((low != NULL) & (high != NULL))};
    ? {(i > 0) -> ((low != high) & (low.previous != high))};
    {i = 0}.until_do {
      temp := low.item;
      low.set_item (high.item);
      high.set_item temp;
      low  := low.next;
      high := high.previous;
      i    := i - 1;
    };	
  );
			
Section Private
  
  - go_item index:INTEGER <-
  [ ...
    -? { valid_index index };
    -? { mem_idx != index };
    -? { mem_idx > 0 };
    -? { mem_lnk != NULL };
  ]
  (
    (index > mem_idx).if {
      ((upper - index) < (index - mem_idx)).if {
	mem_idx := upper;
	mem_lnk := last_link;
	{index = mem_idx}.until_do {
	  mem_lnk := mem_lnk.previous;
	  mem_idx := mem_idx - 1;
	};
      } else {
	{index = mem_idx}.until_do {
	  mem_lnk := mem_lnk.next;
	  mem_idx := mem_idx + 1;
	};
      };
    }.elseif {(mem_idx - index) < (index - 1)} then {
      {index = mem_idx}.until_do {
	mem_lnk := mem_lnk.previous;
	mem_idx := mem_idx - 1;
      };
    } else {
      mem_idx := 1;
      mem_lnk := first_link;
      {index = mem_idx}.until_do {
	mem_lnk := mem_lnk.next;
	mem_idx := mem_idx + 1;
      };
    };
  )
  [ ...
    +? { mem_idx = index };
    +? { mem_lnk != NULL };
  ];
  
  //
  // Invariant.
  //
  
//  [ ...
//    "Empty status." -? {(first_link = NULL) ->
//    ((last_link = NULL) & (upper = 0) & (mem_idx = 0) & (mem_lnk = NULL))};
    
//    "Not empty status." -? {(first_link != NULL) ->
//    ((last_link != NULL) & (upper > 0) & (mem_idx > 0) & (mem_lnk != NULL))};
//  ];
lisaac_0.39_rc1/lib/standard/io/0000755000175000017500000000000011314031246016404 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/io/io.li0000644000175000017500000000352011314031246017341 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := IO;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "Standard Input Output.";

Section Inherit
  
  - inherit_std_input:STD_INPUT := STD_INPUT;
  
  - inherit_std_output:STD_OUTPUT := STD_OUTPUT;
lisaac_0.39_rc1/lib/standard/io/std_output.li0000644000175000017500000000373111314031246021150 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        :=STD_OUTPUT;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Standard Output (UNIX Operating System).";
  
Section Inherit
  
  - inherit_output_stream:OUTPUT_STREAM := OUTPUT_STREAM;
  
Section Public
  
  - is_connected:BOOLEAN := TRUE;
  
  - put_character c:CHARACTER <- basic_io_putc c;
  // Put `c' on stdout


  





lisaac_0.39_rc1/lib/standard/io/std_input.li0000644000175000017500000000571511314031246020753 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := STD_INPUT;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :=" To use the standard input file. As for UNIX, the default standard input is the keyboard.";
      
Section Inherit
  
  - inherit_input_stream:INPUT_STREAM := INPUT_STREAM;
  
Section Private

  - memory:CHARACTER;
  // Memory of the last available user's value.

Section Public
  
  - is_connected:BOOLEAN := TRUE;
  
  - read_character:CHARACTER<-
  // Read character from stdin
  (
    push_back_flag.if {
      push_back_flag := FALSE;
    } else {
      memory := basic_io_getc;
    };
    last_character
  );
  
  
  - unread_character <-
  (
    push_back_flag := TRUE;
  );
  
  
  - last_character:CHARACTER <-
  // Return last character from stdin
  (
    memory
  );
  
  
  - end_of_input:BOOLEAN <-
  // Return TRUE if end of input
  (
    + result:BOOLEAN;
    (! push_back_flag).if {
      result := (memory = basic_io_eof);
    };
    result
  );
  
  - read_line_in buffer:STRING <-
  // Real all character until \n (so read a line)
  (
    + mem:CHARACTER;
    read_character;
    ( (last_character != '\n') && { memory != basic_io_eof } ).if {
      buffer.extend memory;
      mem := basic_io_getc;
      
      { (mem = basic_io_eof) || {mem = '\n'} }.until_do {
	buffer.extend mem;
	mem := basic_io_getc;
      };
      memory := mem;
    };
  );
    


lisaac_0.39_rc1/lib/standard/io/command_line.li0000644000175000017500000000514711314031246021366 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := COMMAND_LINE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
    
  - comment := "Interface Command line (Unix).";
 /* 
Section Inherit
    
  - parent_traversable:TRAVERSABLE(STRING) := TRAVERSABLE(STRING);
  */
Section Private

  - c_item idx:INTEGER :NATIVE_ARRAY(CHARACTER) <- `arg_vector[@idx]`:NATIVE_ARRAY(CHARACTER);
  
  - c_count:INTEGER <- `arg_count`:INTEGER;
  
  - args:FAST_ARRAY(STRING) :=
  ( + result:FAST_ARRAY(STRING);
    + arg:NATIVE_ARRAY(CHARACTER);
    + str:STRING;
    
    result := FAST_ARRAY(STRING).create_with_capacity c_count;
    0.to (c_count - 1) do { j:INTEGER;     
      arg := c_item j;
      str := STRING.create (arg.fast_first_index_of '\0' until 1024);
      str.from_external_copy arg;
      result.add_last str;      
    };    
    result
  );
  
Section Public

  - count:INTEGER <- args.count;

  - lower:INTEGER := 0;

  - upper:INTEGER <- args.upper;

  - item i:INTEGER :STRING <- args.item i;
  
  - executable_name:STRING <- args.first;
  








lisaac_0.39_rc1/lib/standard/io/std_error.li0000644000175000017500000000437311314031246020744 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := STD_ERROR;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := " To write on the standard error output. As for UNIX, the default\ 
               \ standard error file is the screen.                             \
               \Note: only one instance of this class should be necessary (have a look\
               \in the root classes to search for the good name to use).";
  
Section Inherit
  
  - inherit_output_stream:OUTPUT_STREAM := OUTPUT_STREAM;
  
Section Public

  - is_connected:BOOLEAN := TRUE;
  
  - make <-
  (
  );

  - put_character c:CHARACTER <-
  // Put `c' on stderr
  (
    basic_error_putc c;
  );


lisaac_0.39_rc1/lib/standard/file_system/0000755000175000017500000000000011314031246020320 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/file_system/directory.li0000644000175000017500000001675011314031246022663 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := DIRECTORY;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Basic Directory management";
  
Section Inherit
  
  - parent_entry:ENTRY := ENTRY;
  
Section DIRECTORY
  
  + list:LINKED_LIST(ENTRY);

  - alias:HASHED_DICTIONARY(ENTRY,ABSTRACT_STRING) := 
  HASHED_DICTIONARY(ENTRY,ABSTRACT_STRING).create;
  
Section Public
  
  //
  // Manager.
  //
  
  - remove_me <- remove_path ".";
  
  - remove p:ABSTRACT_STRING :BOOLEAN <-
  // Remove file or directory (WARNING: delete recursive)
  ( + dir:DIRECTORY;
    + i:INTEGER;
    + result:BOOLEAN;
    + e:ENTRY;
    
    e := get_entry p;
    (e != NULL).if {
      (e.is_directory).if {
        dir ?= e;
        result := dir.open;
        (result).if {
          i := dir.lower;        
          {(i > dir.upper) || {! result}}.until_do {
            result := remove (dir.item i.path);
            i := i + 1;
          };	        
          result.if {
            result := physical_remove (e.path);
          };
        };
      } else {
        result := physical_remove (e.path);
      };
      (result).if {
        // Remove Alias.
        alias.remove (e.path);        
      };
    };
    result
  );
  
  - move old_path:ABSTRACT_STRING to new_path:ABSTRACT_STRING :BOOLEAN <-
  ( + result:BOOLEAN;
    + e:ENTRY;
    
    "WARNING : Et les alias des sous répertoires, fichiers, ...\n".print;
    
    string_tmp.copy path;
    string_tmp.add_last '/';
    string_tmp.append old_path;    
    reduce_path string_tmp;
    string_tmp2.copy path;
    string_tmp2.add_last '/';
    string_tmp2.append new_path;    
    reduce_path string_tmp2;
    e := alias.reference_at string_tmp;
    ((result := physical_move string_tmp to string_tmp2) && {e != NULL}).if {
      alias.remove string_tmp;
      e.set_path string_tmp2;
      alias.add e to (e.path);
    };
    result
  );
  
  - get_entry p:ABSTRACT_STRING :ENTRY <- 
  ( + result:ENTRY;
    + idx:INTEGER;
    string_tmp2.copy path;
    string_tmp2.add_last '/';
    string_tmp2.append p;
    reduce_path string_tmp2;
    string_tmp3.copy string_tmp2;    
    {
      result := alias.reference_at string_tmp2; // with { (e1,e2:ABSTRACT_STRING); e1 ~= e2 };
      (result = NULL).if {
        idx := string_tmp2.fast_last_index_of '/';        
        (idx > 0).if {
          string_tmp2.keep_head (idx-1);
        } else {
          string_tmp2.clear;
        };
      };
    }.do_while {(result = NULL) && {! string_tmp2.is_empty}};       
    (result = NULL).if {
      result := FILE_SYSTEM.physical_get_entry string_tmp3;
    }.elseif {string_tmp3.count != string_tmp2.count} then {
      + dir:DIRECTORY;

      dir ?= result;            
      result := dir.physical_get_entry string_tmp3;      
    };
    result
  );  
  
  //
  // Indexing.
  //
  
  - open:BOOLEAN <-
  (
    deferred;
  )
  [
    +? {list != NULL};
  ];
  
  - is_open:BOOLEAN <- list != NULL;
  
  - lower:INTEGER := 1;
  // Minimum index.
  
  - upper:INTEGER <- 
  [
    {is_open} -? "Directory not open.";
  ]
  (
    list.upper
  );    
    
  // Maximum index.
  
  - valid_index index:INTEGER :BOOLEAN <- 
  // True when `index' is valid (ie. inside actual
  // bounds of the collection).
  [
    {is_open} -? "Directory not open.";
  ]
  ( 
    index.in_range lower to upper 
  )
  [
    +? {Result = index.in_range lower to upper};
    +? {list.count = Old list.count};
  ];
  
  //
  // Counting.
  //
  
  - count:INTEGER <- (upper - lower + 1);
  // Number of available indices.
  
  - is_empty:BOOLEAN <- count = 0;
  // Is collection empty ?
  
  //
  // Accessing.
  //
    
  - item i:INTEGER :ENTRY <-
  // Item at the corresponding index `i'. 
  [
    -? {valid_index i};
    {is_open} -? "Directory not open.";
  ]
  ( 
    list.item i
  );  
  
  - first:ENTRY <- 
  // The very `first' item.  
  [
    {is_open} -? "Directory not open.";
    -? {! is_empty};
  ]
  ( 
    item lower
  );
  
  
  - last:ENTRY <-
  // The `last' item.
  [
    {is_open} -? "Directory not open.";
    -? {! is_empty};
  ]
  (     
    item upper
  );
  
  - parent:ENTRY <-
  (
    get_entry ".."
  );
    
  //
  // Writing:
  //
  
  - make_directory p:ABSTRACT_STRING :DIRECTORY <-
  ( + result:DIRECTORY;    
    string_tmp.copy path;
    string_tmp.add_last '/';
    string_tmp.append p;        
    reduce_path string_tmp;        
    (physical_make_directory string_tmp).if {
      result ?= get_entry string_tmp;            
      ? {result != NULL};
    };
    result
  );
  
  - make_file p:ABSTRACT_STRING :FILE <-
  ( + result:FILE;    
    string_tmp.copy path;
    string_tmp.add_last '/';
    string_tmp.append p;
    reduce_path string_tmp;
    (physical_make_file string_tmp).if {
      result ?= get_entry string_tmp;
      ? {result != NULL};
    };
    result
  );
  
  - create_file p:ABSTRACT_STRING :FILE <-
  (
    make_file p
  );
  
  //
  // Display.
  //
  
  - print <-
  ( 
    lower.to upper do { j:INTEGER;      
      string_tmp.copy (item j.path); 
      (item j.is_directory).if {
        string_tmp.append " D ";
      } else {
        string_tmp.append "   ";
      };
      {string_tmp.count % 20 != 0}.while_do {
        string_tmp.add_last ' ';
      };
      string_tmp.print;
    };    
    '\n'.print;
  );
  
Section DIRECTORY
  
  //
  // Physical implementation.
  //

  - physical_get_entry new_path:ABSTRACT_STRING :ENTRY <-
  ( + result:ENTRY;
       
    ((! is_open) && {open}).if {   
      result := get_entry new_path;
    };
    result
  );
              
  - physical_make_directory new_path:ABSTRACT_STRING :BOOLEAN <-
  ( 
    deferred;
    FALSE
  );

  - physical_make_file new_path:ABSTRACT_STRING :BOOLEAN <-
  ( 
    deferred;
    FALSE
  );

  - physical_remove p:ABSTRACT_STRING :BOOLEAN <-
  ( 
    deferred;
    FALSE
  );
  
  - physical_move old_path:ABSTRACT_STRING to new_path:ABSTRACT_STRING :BOOLEAN <-
  ( 
    deferred;
    FALSE
  );
  
Section Private
  
  - string_tmp3:STRING  := STRING.create 255;
lisaac_0.39_rc1/lib/standard/file_system/file.li0000644000175000017500000001023311314031246021564 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FILE;

  - copyright   := "2003-2007 Benoit Sonntag, Jerome Hilbert";
  
  - comment := "Abstract File Management";
  
Section Inherit
  
  - parent_entry:ENTRY := ENTRY;   
  
Section Public
  
  - cursor:UINTEGER_32 <-
  [
    -? {is_open};
  ]
  ( 
    deferred;
    0
  );
  
  - size:UINTEGER_32 <-
  ( 
    deferred;
    0
  );
  
  - set_cursor n:UINTEGER_32 <-
  [
    -? {is_open};
    -? {n <= size};
  ]
  (
    deferred;    
  );
  
  //
  // Update.
  //
      
  - is_empty:BOOLEAN <- size = 0;
  // Is collection empty ?
    
  //
  // Read.
  //
  
  - read dest:OBJECT :INTEGER <- 
  // WARNING: It's good for Mapping objects, else serializable is necessary.
  [
    -? {is_open};
  ]
  ( + buf:NATIVE_ARRAY(UINTEGER_8);
    buf := CONVERT(OBJECT,NATIVE_ARRAY(UINTEGER_8)).on dest;
    physical_read buf size (dest.object_size)
  ); 
  
  - read dest:ARRAYED size nb_elt:INTEGER :INTEGER <-
  [
    -? {is_open};
  ]
  ( + buf:NATIVE_ARRAY(UINTEGER_8);
    + index,s:INTEGER;
    + result:INTEGER;
    + new_count:INTEGER;
    
    new_count := dest.count + nb_elt;
    dest.set_capacity new_count;
    buf := dest.to_native_array_uinteger_8;
    index := dest.count * dest.element_sizeof;
    s := nb_elt * dest.element_sizeof;    
    result := physical_read (buf+index) size s;
    dest.set_count new_count;
    ? {result % dest.element_sizeof = 0};
    result / dest.element_sizeof
  );
  
  //
  // Write.
  //
  
  - write src:ARRAYED from start:INTEGER size nb_elt:INTEGER :INTEGER <-
  [
    -? {is_open};
  ]
  ( + buf:NATIVE_ARRAY(UINTEGER_8);
    + index,s:INTEGER;
    + result:INTEGER;
       
    buf := src.to_native_array_uinteger_8;
    index := (start-src.lower) * src.element_sizeof;
    s := nb_elt * src.element_sizeof;
    result := physical_write (buf+index) size s;
    ? {result % src.element_sizeof = 0};
    result / src.element_sizeof
  );
  
  - write src:ARRAYED size nb_elt:INTEGER :INTEGER <-
  (
    write src from (src.lower) size nb_elt
  );
  
  - write src:ARRAYED :INTEGER <-
  (
    write src size (src.count)
  );
  
  //
  // Close.
  //
  
  - close <-
  ( 
    deferred;
  )
  [
    +? {! is_open};
  ];
  
  - open_read_only:BOOLEAN <-
  (
    deferred;
  );
    
Section FILE
  
  - physical_read buf:NATIVE_ARRAY(UINTEGER_8) size s:INTEGER :INTEGER <-
  [
    -? {is_open};
  ]
  (
    deferred;
    0
  )
  [
    +? {cursor = Old cursor + s};
  ];
    
  - physical_write buf:NATIVE_ARRAY(UINTEGER_8) size s:INTEGER :INTEGER <-
  [
    -? {is_open};
  ]
  (     
    deferred;
    0
  )
  [
    +? {cursor = Old cursor + s};
  ];
            
  
    
  
lisaac_0.39_rc1/lib/standard/file_system/entry.li0000644000175000017500000001350211314031246022010 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ENTRY;

  - copyright   := "2003-2007 Benoit Sonntag, Jerome Hilbert";
  
  - comment := "Abstract Entry.";
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Public

  //
  // Path.
  //
  
  + path:STRING_CONSTANT;
  
  + name:STRING_CONSTANT; 
  
  - dirname:STRING <-
  ( + result:STRING;
    
    result := STRING.create (path.count);
    get_parent_path path in result;
    result
  );
  
  //
  // Date / Time.
  //
  
  - access:UINTEGER_16 <- ( deferred; 0);
  
  - access_time:TIME <- ( deferred; TIME);
  - access_date:DATE <- ( deferred; DATE);
  
  - update_time:TIME <- ( deferred; TIME);
  - update_date:DATE <- ( deferred; DATE);
  
  - create_time:TIME <- ( deferred; TIME);
  - create_date:DATE <- ( deferred; DATE);
    
  //
  // type.
  //
  
  - is_directory:BOOLEAN <-
  ( + dir:DIRECTORY;
    + e:ENTRY;
    
    e := Self; // Bug Compilo
    dir ?= e;
    dir != NULL
  );
      
  - is_file:BOOLEAN <- ! is_directory;
  
  //
  // Open / Close
  //
  
  - open:BOOLEAN <-
  // Return FILE or DIRECTORY, NULL:error.
  (    
    deferred;
  );          
  
  - is_open:BOOLEAN <- 
  (
    deferred;
    FALSE
  );
    
Section ENTRY
  
  - string_tmp:STRING  := STRING.create 255;
  
  - string_tmp2:STRING  := STRING.create 255;
  
  - set_path n:ABSTRACT_STRING <-
  ( + idx:INTEGER;
    path := STRING_CONSTANT.create_copy n;
    idx := path.last_index_of '/'; 
    (name = NULL).if {
      name := STRING_CONSTANT.clone;
    };
    name.set_storage (path.storage + idx) count (path.count - idx);    
  );
  
  - reduce_path st:STRING <-
  ( + i:INTEGER;
    + stat:INTEGER;
    + car:CHARACTER;
    
    st.replace_all '\\' with '/';
    i := st.lower;

    {i > st.upper}.until_do {
      car := st.item i;
      (car = '/').if {
        // Separator character.
        stat.when 0 then {
          // foo/bar => foo/bar
          //    ^          ^
          stat := 1;
        }.when 1 then {
          // foo//bar => /bar
          //     ^       ^
          st.remove_first (i-1);
          i := st.lower;
        }.when 2 then {
          // foo/./bar => foo/bar
          //      ^          ^
          st.remove_between (i-1) to i;
          i := i - 2;
          stat := 1;
        }.when 3 then {
          // toto/foo/../bar => toto/bar 
          //            ^           ^
          + idx:INTEGER;
          idx := st.last_index_of '/' since (i-4);
          // st.last_index_of '/' since (i-4);
          (idx = 0).if {
            st.remove_first (i-1);
            i := st.lower;
          } else {
            st.remove_between idx to (i-1);
            i := idx;
          };
          stat := 1;
        };
      }.elseif {car = '.'} then {
        // Point character.
        (stat)
        .when 0 then {
          // foo.bar => foo.bar
        }.when 1 then {
          // foo/.bar => foo/.bar
          stat := 2;
        }.when 2 then {
          // foo/..bar => foo/..bar
          stat := 3;
        }.when 3 then {
          // foo/...bar => foo/...bar
          stat := 0;
        };
      }.elseif {(car = ':') && {i > 2} && 
        {st.item (i-1).is_letter} && {st.item (i-2) = '/'}
      } then {
        st.remove_first (i-2);
        i := st.lower;            
      } else {
        // Other character.
        stat := 0;
      };
      i := i + 1;
    };
    
    stat.when 0 then {
      // foo/bar  => foo/bar
      //        ^           ^
    }.when 1 then {
      // foo/  => foo
      //     ^       ^
      st.remove_last 1;
    }.when 2 then {
      // foo/.  => foo
      //      ^       ^
      st.remove_last 2;      
    }.when 3 then {
      // toto/foo/..  => toto 
      //            ^        ^
      + idx:INTEGER;
      idx := st.last_index_of '/' since (i-4);
      (idx = 0).if {
        st.clear;
      } else {
        st.remove_between idx to (i-1);
      };
    };
    
    (st.is_empty).if {
      st.add_last '/';
    };
  );

  //
  // Alias Entry.
  //
      
  - get_parent_path p:ABSTRACT_STRING in tmp:STRING <-
  [ 
    -? {p.last != '/'};
  ]
  ( + i:INTEGER;
    
    (tmp != p).if {
      tmp.copy p;
    };
    i := tmp.last_index_of '/';
    (i = 0).if {
      tmp.copy "../";
    } else {
      tmp.keep_head (i-1);
      (tmp.is_empty).if {          
        tmp.add_last '/';
      };
    };
  );
lisaac_0.39_rc1/lib/standard/string/0000755000175000017500000000000011314031324017300 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/standard/string/string_constant.li0000644000175000017500000000713311314031246023054 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Strict STRING_CONSTANT; 


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
   
  - comment := "String built in.";
  
Section Inherit
  
  - inherit_abstract_string:ABSTRACT_STRING := ABSTRACT_STRING;
        
Section Public
    
  + storage:NATIVE_ARRAY(CHARACTER);  
  
  + count:INTEGER;
  
Section Public
  
  - to_string:STRING <-
  ( + new:Strict STRING;
    new := STRING.create capacity;
    new.copy Self;
    new
  );
  
Section Public

  - capacity:INTEGER <- count;
  
  //
  // Aliasing String.
  //
  
  - bucket:SET(STRING_CONSTANT) := SET(STRING_CONSTANT).make;
  
  //
  // The Guru section: The Compiler consideration.
  //
  
  - set_storage p:NATIVE_ARRAY(CHARACTER) count nb_char:INTEGER <-
  // Do not use directly.
  (
    storage := p;
    count   := nb_char;
  );
  
  - new_intern p:NATIVE_ARRAY(CHARACTER) count nb_char:INTEGER :STRING_CONSTANT<-
  // Do not use directly. WARNING: Use by c_string and c_argument (COMMAND_LINE). 
  ( + result:STRING_CONSTANT;
    
    result := clone;
    result.set_storage p count nb_char;    
    //bucket.add result;
    result
  );
  
  - to_external:NATIVE_ARRAY(CHARACTER) <-
  // Gives C access to the internal `storage' (may be dangerous).
  // To be compatible with C, a null character is added at the end
  // of the internal `storage'. This extra null character is not
  // part of the Lisaac STRING.
  (
    storage
  );

  - create_copy other:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make_copy other;
    result
  );
  
  - make_copy other:ABSTRACT_STRING <-
  ( + c:INTEGER;
    
    c := other.count;
    (c != 0).if {
      storage := NATIVE_ARRAY(CHARACTER).create (c+1);
      storage.copy_from (other.storage) until (c-1);
      storage.put '\0' to c;
      count := c;
    };
  );

  //
  // Debug: Require / Ensure / Check
  //
  
  - Self:SELF '?'  test:{BOOLEAN} <- test ? Self;
  
  - Self:SELF '-?' test:{BOOLEAN} <- test -? Self;
  
  - Self:SELF '+?' test:{BOOLEAN} <- test +? Self;
    

lisaac_0.39_rc1/lib/standard/string/character.li0000644000175000017500000002520711314031246021573 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := Expanded CHARACTER;

  - export  := INTEGER_8, CHAR_UNICODE;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "Static Character library (self is mapping on `char' C).";

  - type    := `char`;
  - default := '\0';
  
Section Insert
  
  - parent_character_ref:CHARACTER_REF := CHARACTER_REF;
  
Section Public
      
  - in_range lower:SELF to upper:SELF :BOOLEAN <- ((Self >= lower) && {Self<= upper});
  
  //
  // General :
  //
  
  - object_size:INTEGER := 1;
  
  - maximum:INTEGER := 255;
  
  - minimum:INTEGER := 0;
  
  - to_integer:INTEGER <-
  // Sign-extended conversion.
  ( + result:INTEGER;
    result:=code.to_integer;
    ? {result.in_range (INTEGER_8.minimum) to (INTEGER_8.maximum)};
    result
  );
  
  - code:INTEGER_8 <-
  // ASCII code of Current.
  // No Sign-extended conversion.
  ( + result:INTEGER_8;
    result:=to_integer_8;
    //? {result.in_range minimum to maximum};
    result
  );
  
  - to_integer_8:INTEGER_8 <- CONVERT(CHARACTER,INTEGER_8).on Self;
  // Auto-cast.
  
  - to_uinteger_8:UINTEGER_8 <- CONVERT(CHARACTER,UINTEGER_8).on Self;
  
  //
  // Print.
  //
  
  - print <- IO.put_character Self;
  
  //
  // Switch case :
  //
  
  - when value:CHARACTER then block:{} :CHARACTER <-
  (
    (Self=value).if block;
    Self
  );

  - when value1:CHARACTER or value2:CHARACTER then block:{} :CHARACTER <-
  (
    ((Self = value1) || {Self = value2}).if block;
    Self
  );
  
  - when first_value:CHARACTER to last_value:CHARACTER then block:{} :CHARACTER <-
  ( ? {first_value<=last_value};

    ((Self>=first_value) && {Self<=last_value}).if block;
    Self
  );

  //
  // Looping.
  //
  
  - to limit_up:SELF do blc:{CHARACTER;} <-
  (
    (Self<=limit_up).if {
      blc.value Self;
      (Self+1.to_character).to limit_up do blc;
    };
  );
  
  - downto limit_down:SELF do blc:{CHARACTER;} <-
  (
    (Self>=limit_down).if {
      blc.value Self;
      (Self-1.to_character).downto limit_down do blc;
    };
  );
  
  - to limit_up:SELF by step:SELF do blc:{CHARACTER;} <-
  (
    (Self<=limit_up).if {
      blc.value Self;
      (Self+step.to_character).to limit_up by step do blc;
    };
  );
  
  - downto limit_down:SELF by step:SELF do blc:{CHARACTER;} <-
  (
    (Self>=limit_down).if {
      blc.value Self;
      (Self-step.to_character).downto limit_down by step do blc;
    };
  );
  
  //
  // Binary operator :
  //
  
  - Self:SELF '+' other:CHARACTER :CHARACTER <- (code+other.code).to_character;
  
  - Self:SELF '-' other:CHARACTER :CHARACTER <- (code-other.code).to_character;

  - Self:SELF '-!' other:CHARACTER :INTEGER   <- code - other.code;
  
  - Self:SELF '+#' other:INTEGER :CHARACTER <- (code + other).to_character;

  - Self:SELF '-#' other:INTEGER :CHARACTER <- (code - other).to_character;
  
  - Self:SELF '<' other:SELF :BOOLEAN <- ( code < other.code );
  // Comparison using `code'.
  
  - Self:SELF '<=' other:SELF :BOOLEAN <- ( code <= other.code );
  // Comparison using `code'.
  
  - Self:SELF '>' other:SELF :BOOLEAN <- ( code > other.code );
  // Comparison using `code'.
  
  - Self:SELF '>=' other:SELF :BOOLEAN <- ( code >= other.code );
  // Comparison using `code'.
  
  - decimal_value:INTEGER <-
  // Gives the value of a decimal digit.
  ( + result:INTEGER;
    ? {is_digit};
    result := to_integer - 48;
    ? {result.in_range 0 to 9};
    result
  );
  
  - binary_value:INTEGER <-
  // Gives the value of a binary digit.
  ( + result:INTEGER;
    ? {is_binary_digit};
    result := code - 48;
    ? {result.in_range 0 to 1};
    result
  );
  
  - octal_value:INTEGER <-
  // Gives the value of an octal digit.
  ( + result:INTEGER;
    ? {is_octal_digit};
    result := code - 48;
    ? {result.in_range 0 to 7};
    result
  );
  
  - hexadecimal_value:INTEGER <-
  // Gives the value of an hexadecimal digit.
  ( + result:INTEGER;
    ? {is_hexadecimal_digit};
    (code < 'A'.code).if {
      result := code - 48;
    }.elseif {code<'a'.code} then {
      result := code - 55;
    } else {
      result := code - 87;
    };
    ? {result.in_range 0 to 15};
    result
  );
  
  - same_as other:CHARACTER :BOOLEAN <-
  // Case insensitive comparison.
  // No difference between upper/lower case letters.
  ( + result:BOOLEAN;
    (Self = other).if {
      result:=TRUE;
    } else {
      code
      .when 65 to 90 then {
	result:=(code = (other.code - 32));
      }
      .when 97 to 122 then {
	result:=(code = (other.code + 32));
      };
      ? {result ->> {(to_lower = other) | (to_upper = other)}};
    };
    result
  );
  
  - to_upper:SELF <-
  // Conversion to the corresponding upper case.
  ( + result:SELF;
    ((code < 97) || {code > 122}).if {
      result := Self;
    } else {
      result := (code - 32).to_character;
    };
    result
  );
  
  - to_lower:SELF <-
  // Conversion to the corresponding lower case.
  ( + result:SELF;
    ((code < 65) || {code > 90}).if {
      result := Self;
    } else {
      result := (code + 32).to_character;
    };
    result
  );
  
  - is_letter:BOOLEAN <-
  // Is it a letter ('a' .. 'z' or 'A' .. 'Z') ?
  ( + result:BOOLEAN;
    (Self >= 'a').if {
      result := (Self <= 'z');
    }.elseif {Self >= 'A'} then {
      result := (Self <= 'Z');
    };
    ? {result = (in_range 'A' to 'Z' | in_range 'a' to 'z')};
    result
  );
  
  - is_digit:BOOLEAN <-
  // Belongs to '0'..'9'.
  ( + result:BOOLEAN;
    (Self >= '0').if {
      result := (Self <= '9');
    };
    ? {result = in_range '0' to '9'};
    result
  );
  
  - is_binary_digit:BOOLEAN <-
  // Belongs to '0'..'1'.
  ( + result:BOOLEAN;
    result:= (Self = '0') || {Self = '1'};
    ? {result = in_range '0' to '1'};
    result
  );
  
  - is_octal_digit:BOOLEAN <-
  // Belongs to '0'..'7'.
  ( + result:BOOLEAN;
    (Self >= '0').if {
      result := (Self <= '7');
    };
    ? {result = in_range '0' to '7'};
    result
  );
  
  - is_hexadecimal_digit:BOOLEAN <-
  // Is it one character of "0123456789abcdefABCDEF" ?
  ( + result:BOOLEAN;
    (is_digit).if {
      result := TRUE;
    }.elseif {Self >= 'a'} then {
      result := (Self <= 'f');
    }.elseif {Self >= 'A'} then {
      result := (Self <= 'F');
    };
    ? {result = ("0123456789abcdefABCDEF".has Self)};
    result
  );
  
  - is_lower:BOOLEAN <-
  // Is it some lowercase letter ('a'..'z')?
  ( + result:BOOLEAN;
    (Self >= 'a').if {
      result:=(Self <= 'z');
    };
    result
  );
  
  - is_upper:BOOLEAN <-
  // Is it some uppercase letter ('A'..'Z')?
  ( + result:BOOLEAN;
    (Self >= 'A').if {
      result:=(Self <= 'Z');
    };
    result
  );
  
  - is_separator:BOOLEAN <-
  // True when character is a separator (' ', '\t', '\n', '\r', '\0', '\f', '\v')?
  (
    (Self= ' ') || {Self = '\t'} || {Self='\n'} ||
    {Self='\r'} || {Self = '\0'} || {Self='\f'} || {Self='\v'}
  );
  
  - is_letter_or_digit:BOOLEAN <-
  // Is it a letter (see `is_letter') or a digit (see `is_digit') ?
  ( + result:BOOLEAN;
    result := (is_letter || {is_digit});
    ? {result = (is_letter | is_digit)};
    result
  );
  
  - is_identifier:BOOLEAN <-
  // Is it a letter or a digit or '_' ?
  (
    (is_letter_or_digit) || {Self = '_'}
  );
  
  - is_ascii:BOOLEAN := TRUE;
  // Is character a 8-bit ASCII character?
  
  - is_bit:BOOLEAN <- ((Self='0') || {Self='1'});
  // True for `0' and `1'.
  
  - next:CHARACTER <-
  // Give the next character (the following `code');
  ( ? {code<255};
    (code + 1).to_character
  );
  
  - previous:CHARACTER <-
  // Give the previous character (the `code' before);
  ( ? {code > 0};
    (code - 1).to_character
  );
  
  //
  // Conversions:
  //
  
  - to_string:STRING <-
  // Create a new STRING containing only this character.
  (
    STRING.create_filled (Self,1)
  );

  - to_string_in str:STRING <-
  // Append this character at the end of 'str'. Thus you
  // can save memory because no other STRING is allocated
  // for the job.
  (
    str.append_character Self;
  );

  - to_hexadecimal:STRING <-
  // Create a new STRING giving the `code' in hexadecimal.
  // For example :
  //    (255).to_character.to_hexadecimal gives "FF".
  // Note: see `to_hexadecimal_in' to save memory.
  ( + result:STRING;
    string:=STRING.make 2;
    to_hexadecimal_in result;
    ? {result.count = 2};
    result
  );
  
  - to_hexadecimal_in str:STRING <-
  // Append the equivalent of `to_hexadecimal' at the end of
  // `str'. Thus you can save memory because no other
  // STRING is allocate for the job.
  ( + c, old_count:INTEGER;
    
    old_count:=str.count;
    c := code >> 4;
    (c<10).if {
      str.extend (('0'.code + c).to_character);
    } else {
      str.extend (('A'.code - 10 + c).to_character);
    };
    c := code & 00001111b;
    (c<10).if {
      str.extend (('0'.code + c).to_character);
    } else {
      str.extend (('A'.code - 10 + c).to_character);
    };
    ? {str.count = (2 + old_count)};
  );
  
  //
  // Miscellaneous:
  //
  
  - is_alpha:BOOLEAN <-
  // See `is_letter' (yes this is just a call to `is_letter').
  // Isn't `is_letter' better English ;-)
  ( + result:BOOLEAN;
    result := is_letter;
    ? {result = is_letter};
    result
  );
  
  //
  // Hashing :
  //
  
  - hash_code: INTEGER <- code;
  
  

lisaac_0.39_rc1/lib/standard/string/abstract_string.li0000644000175000017500000010052411314031246023024 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ABSTRACT_STRING;

  - export  := STRING;
    
  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Generic prototype for STRING and STRING_CONSTANT";
  
Section Inherit
  
  - parent_hashable:HASHABLE := HASHABLE;
  
  - parent_comparable:COMPARABLE := COMPARABLE;
  
Section Public  //ABSTRACT_STRING, ABSTRACT_ENTRY
  
  + storage:NATIVE_ARRAY(CHARACTER);
  // Collection containing characters
  
Section Public
  
  + count:INTEGER;
  // size
  
  - lower:INTEGER := 1; 
  
  - upper:INTEGER <- count;
  // size
  
  - capacity:INTEGER <- count;
  // size
  
  //
  // Access.
  //
  
  - item index:INTEGER :CHARACTER <-
  // Character at position `index'.
  // * Require: index is valid
  [
    -? {valid_index index};
  ]
  (         
    storage.item (index - 1)
  );
  
  - Self:SELF '@' Left 1 index:INTEGER :CHARACTER <-
  // Character at position `index'.
  (
    item index
  );
  
  //
  // Switch case :
  //
  
  - when value:ABSTRACT_STRING then block:{} :ABSTRACT_STRING <-
  // When `Self' equal `value', execute `block'
  (
    (Self ~= value).if block;
    Self
  );

  - when value1:ABSTRACT_STRING or value2:ABSTRACT_STRING then block:{} :ABSTRACT_STRING <-
  // When `Self' equal `value1' or `value2', execute `block'
  (
    ((Self ~= value1) || {Self ~= value2}).if block;
    Self
  );

  - case value:ABSTRACT_STRING then block:{} :ABSTRACT_STRING <-
  // * See: `when_then'
  ( + result :ABSTRACT_STRING;
    
    ((Self != ABSTRACT_STRING) && {Self ~= value}).if {
      block.value;
      result := ABSTRACT_STRING;
    } else {
      result := Self;
    };
    result
  );

  - case_if test:{BOOLEAN} then block:{} :ABSTRACT_STRING <-
  // If `test' is true then `block'
  ( + result :ABSTRACT_STRING;
    
    ((Self != ABSTRACT_STRING) && test).if {
      block.value;
      result := ABSTRACT_STRING;
    } else {
      result := Self;
    };
    result
  );

  - case_else block:{} <-
  // otherwise, execute `block'
  (
    (Self != ABSTRACT_STRING).if block;
  );

  //
  // Testing.
  //
  
  - valid_index index:INTEGER :BOOLEAN <-
  // True when `index' is valid (i.e., inside actual bounds).
  ( index.in_range lower to count );
  
  - is_empty : BOOLEAN <- count = 0;

  
  - hash_code: INTEGER <-
  // Return a hashcode
  ( + result:INTEGER;
    
    1.to count do { i:INTEGER;
      result := (5 * result) + (item i).code;
    };
    (result < 0).if	{
      result := ~ result;
    };
    result
  );
  
  - Self:SELF '<' other:SELF :BOOLEAN <- Self ~< other;
  
  - Self:SELF '~>' other:ABSTRACT_STRING :BOOLEAN <- other ~< Self;
  
  - Self:SELF '~<' other:ABSTRACT_STRING :BOOLEAN <-
  // Is Current less than `other' ?
  ( + i: INTEGER;
    + result: BOOLEAN;
    
    i := 1;
    {(count < i) || {other.count < i} || {item i != other.item i}}.until_do {
      i := i + 1;
    };
    (count < i).if {
      result := other.count >= i;
    } else {
      (other.count < i).if {
        result := FALSE;
      } else {
        result := item i < other.item i;
      };
    };
    result
  );
  
  - Self:SELF '!<' other:ABSTRACT_STRING :BOOLEAN <-
  // Is Current less than `other' ? But, the `upper' to `lower' comparaison
  ( + i1,i2: INTEGER;
    + result:BOOLEAN;
    
    i1 := upper;
    i2 := other.upper;
    {(i1 < lower) || {i2 < other.lower} || {item i1 != other.item i2}}.until_do {
      i1 := i1 - 1;
      i2 := i2 - 1;
    };
    (i1 < lower).if {
      result := i2 >= other.lower;
    } else {
      (i2 < other.lower).if {
        result := FALSE;
      } else {
        result := item i1 < other.item i2;
      };
    };
    result
  );
  
  - compare other:ABSTRACT_STRING :INTEGER <-
  // Compare alphabetically `Self' to `other'
  ( + i: INTEGER;
    + result:INTEGER;
    i := 1;
    {(count < i) || {other.count < i} || {item i != other.item i}}.until_do {
      i := i + 1;
    };
    (count < i).if {
      (other.count < i).if {
        result := 0;
      } else {
        result := -1;
      };
    } else {
      (other.count < i).if {
        result := 1;
      } else {
        (item i < other.item i).if {
          result := -1;
        } else {
          result := 1;
        };
      };
    };
    
    result
  );
  
  - same_as other:ABSTRACT_STRING :BOOLEAN <-
  // Case insensitive `=='.
  ( + s1, s2:NATIVE_ARRAY(CHARACTER);
    + i:INTEGER;
    + result:BOOLEAN;
    ? {other != NULL};

    i := count;
    (i = other.count).if {
      (storage.fast_memcmp (other.storage) until i).if {
        result:=TRUE;
      } else {
        i := i - 1;
        s1 := storage;
        s2 := other.storage;
        result:=TRUE;
        {(i!=0) && {result}}.while_do {
          result:=s1.item i.same_as (s2.item i);
          i:=i-1;
        };
      };
    };
    result
  );
  
  - Self:SELF '==' Left 40 other:E :BOOLEAN <-
  // Has Current the same text as `other' ?
  ( + same:ABSTRACT_STRING;
    same ?= other;
    (same != NULL) && {Self ~= same}
  );

  - Self:SELF '~=' Left 40 other:ABSTRACT_STRING :BOOLEAN <-
  // Has Current the same text as `other' ?
  ( + result:BOOLEAN;
    ? {other != NULL};
    (count = other.count).if {
      (count = 0).if {
        result := TRUE;
      } else {
        result:=storage.fast_memcmp (other.storage) until count;
      };
    };
    result
  );
  
  - item_code i:INTEGER :INTEGER <-
  // Code of character at position `i'.
  (
    ? { valid_index i};
    storage.item (i - 1).code
  );
  
  - index_of ch:CHARACTER since start_index:INTEGER :INTEGER <-
  // Index of first occurrence of `c' at or after `start_index',
  // result = count + 1, if none.
  ( + result:INTEGER;
    ? { start_index.in_range 1 to (count + 1)};
    
    result := start_index;
    
    {(result > count) || {ch = item result}}.until_do {
      result := result + 1;
    };
        
    result
  );
  
  - last_index_of ch:CHARACTER since start_index:INTEGER :INTEGER <-
  // Index of first occurrence of `c' at or before `start_index',
  // 0 if none.
  ( + result:INTEGER;
    ? {start_index.in_range 0 to upper};
    
    result := start_index;
    
    {(result < lower) || {ch = item result}}.until_do {
      result := result - 1;
    };
        
    ? {(result != 0) ->> {item result = ch}};    
    result
  );
  
  - fast_index_of ch:CHARACTER :INTEGER <-
  // Gives the index of the first occurrence `ch' or
  // 0 if none.
  (+ result:INTEGER;
    result := 1 + storage.fast_index_of (ch,0) until (count - 1);
    ? {(result != count + 1) ->> {item result = ch}};
    result
  );
  
  - index_of ch:CHARACTER :INTEGER <-
  // Gives the index of the first occurrence of 'ch' or
  // 0 if none.
  (
    fast_index_of ch
  );

  - first_index_of c:CHARACTER :INTEGER <-  
  // Index of first occurrence of `c' at index 1 or after index 1.
  (
    fast_index_of c
  );
  
  - fast_last_index_of ch:CHARACTER :INTEGER <-
  // Gives the index of the last occurrence `ch' or
  // 0 if none.
  (+ result:INTEGER;
    result := 1 + storage.fast_reverse_index_of ch from (upper-1);    
    
    ? {(result != 0) ->> {item result = ch}};    
    result
  );
    
  - last_index_of c:CHARACTER :INTEGER <-
  // Index of last occurrence of `c' at index upper or before index upper.
  (
    fast_last_index_of c
  );
  
  - first_difference_index other:ABSTRACT_STRING :INTEGER <-
  // First difference index with `other'.
  // if `other' is equal `Self', return `upper' + 1
  [ -? {other != NULL}; ]
  ( + result:INTEGER;
    
    (Self = other).if {
      result := upper + 1;
    } else {
      result := lower;
      {
        (result <= upper) && 
        {result <= other.upper} && 
        {item result = other.item result}
      }.while_do {
        result := result + 1;
      };    
    };
    result
  );
  
  - has ch:CHARACTER :BOOLEAN <- storage.fast_has ch until (count - 1);
  // True if `ch' is in the STRING.
  
  - has_substring other:ABSTRACT_STRING :BOOLEAN <-
  // True if `other' is in the STRING.
  ( first_substring_index other != 0 );
    
  - occurrences c:CHARACTER :INTEGER <-
  // Number of times character `c' appears in the string.
  (
    storage.fast_occurrences c until (count - 1)
  );
  
  - has_suffix s:ABSTRACT_STRING :BOOLEAN <-
  // True if suffix of `Current' is `s'.
  (
    + result:BOOLEAN;
    + i1,i2:INTEGER;
    
    ? { s != NULL };
    
    (s.count <= count).if {
      i1 := count - s.count + 1;
      i2 := 1;
      { (i1 > count) || { i2 > s.count} || { item i1 != s.item i2}}.until_do {
        i1 := i1 + 1;
        i2 := i2 + 1;
      };
      result := i1 > count;
    };
    
    result
  );
  
  - has_prefix p:ABSTRACT_STRING :BOOLEAN <-
  // True if prefix of `Current' is `p'.
  (
    + result:BOOLEAN;
    + i:INTEGER;
    
    ? { p != NULL };
    
    ( p.count <= count ).if {
      i := p.count;
      { (i = 0) || { item i != p.item i}}.until_do {
        i := i - 1;
      };
      result := i = 0;
    };
    
    result
  );
  
  // Testing and Conversion:
  
  - is_boolean:BOOLEAN <-
  // does self represent a BOOLEAN?
  // valid BOOLEANS are "TRUE" and "FALSE".
  (
    (Self == "TRUE") || { Self == "FALSE"}
  );
  
  - to_boolean:BOOLEAN <-
  // Boolean value;
  // "true" yields true, "false" yields false (what a surprise).
  (
    ?{ is_boolean };
    Self == "TRUE"
  );
  
  - is_bit:BOOLEAN <-
  // True when the contents is a sequence of bits (i.e., mixed
  // characters `0' and characters `1').
  ( + i:INTEGER;
    + result:BOOLEAN;
    i := count;
    result := TRUE;
    { (! result) || { i = 0}}.until_do {
      result := item i.is_bit;
      i := i - 1;
    };
    ? {result = (count = occurrences '0' + occurrences '1')};
    result
  );

  - is_integer:BOOLEAN <-
  // Does self represent an INTEGER?
  // `Result' is true if and only if the following two conditions hold:
  //
  // 1. In the following BNF grammar, the value of self can be
  // produced by "Integer_literal", if leading and trailing
  // separators are ignored:
  //
  // Integer_literal = [Sign] Integer
  // Sign            = "+" | "-"
  // Integer         = Digit | Digit Integer
  // Digit           = "0"|"1"|"2"|"3"|"4"|"5"|"6"|"7"|"8"|"9"
  //
  // 2. The numerical value represented by self is within the
  // range that can be represented by an instance of type INTEGER.
  (
    + i, state, value: INTEGER;
    + negative: BOOLEAN;
    + result:BOOLEAN;
    + cc: CHARACTER;
    
    // state 0: nothing read.
    // state 1: "+" or "-" read.
    // state 2: in the number.
    // state 3: after the number.
    // state 4: error.
    
    i := 1;
    
    { (state = 4) || {i > count}}.until_do {
      cc := item i;
      ( state = 0).if {
        cc.is_separator.if {
        }.elseif {cc = '+'} then {
          state := 1;
        }.elseif {cc = '-'} then {
          negative := TRUE;
          state := 1;
        }.elseif {cc.is_digit} then {
          value := cc.decimal_value;
          state := 2;
        } else {
          state := 4;
        };
      }.elseif { state = 1} then {
        cc.is_digit.if {
          value := cc.decimal_value;
          negative.if {
            value := - value;
          };
          state := 2;
        } else {
          state := 4;
        };
      }.elseif { state = 2 } then {
        cc.is_digit.if {
          negative.if {
            value := 10 * value - cc.decimal_value;
          } else {
            value := 10 * value + cc.decimal_value;
          };
          // over/underflow check here
          ((negative && {value > 0}) || { ! negative && {value < 0}}).if {
            state := 4;
          };
        }.elseif {cc.is_separator} then {
          state := 3;
        } else {
          state := 4;
        };
      }.elseif { state = 3 } then {
        cc.is_separator.if {
        } else {            
          state := 4;
        };
      };
      
      i := i + 1;
    };
    ( (state != 0) && { state != 4}).if {
      result := TRUE;
    };
    
    result
  );
  
  - is_integer_64:BOOLEAN <-
  // Does self represent an INTEGER_64?
  // `Result' is true if and only if the following two conditions hold:
  //
  // 1. In the following BNF grammar, the value of self can be
  // produced by "Integer_literal", if leading and trailing
  // separators are ignored:
  //
  // Integer_literal = [Sign] Integer
  // Sign            = "+" | "-"
  // Integer         = Digit | Digit Integer
  // Digit           = "0"|"1"|"2"|"3"|"4"|"5"|"6"|"7"|"8"|"9"
  //
  // 2. The numerical value represented by self is within the
  // range that can be represented by an instance of type INTEGER_64.
  (
    + i, state: INTEGER;
    + value:INTEGER_64;
    + negative: BOOLEAN;
    + result:BOOLEAN;
    + cc: CHARACTER;
    
    // state 0: nothing read.
    // state 1: "+" or "-" read.
    // state 2: in the number.
    // state 3: after the number.
    // state 4: error.
    
    i := 1;
    
    { (state = 4) || {i > count}}.until_do {
      cc := item i;
      ( state = 0).if {
        cc.is_separator.if {
        }.elseif {cc = '+'} then {
          state := 1;
        }.elseif {cc = '-'} then {
          negative := TRUE;
          state := 1;
        }.elseif {cc.is_digit} then {
          value := cc.decimal_value;
          state := 2;
        } else {
          state := 4;
        };
      }.elseif { state = 1} then {
        cc.is_digit.if {
          value := cc.decimal_value;
          negative.if {
            value := - value;
          };
          state := 2;
        } else {
          state := 4;
        };
      }.elseif { state = 2 } then {
        cc.is_digit.if {
          negative.if {
            value := value * 10 - cc.decimal_value;
          } else {
            value := value * 10 + cc.decimal_value;
          };
          // over/underflow check here
          ((negative && {value > 0}) || { ! negative && {value < 0}}).if {
            state := 4;
          };
        }.elseif {cc.is_separator} then {
          state := 3;
        } else {
          state := 4;
        };
      }.elseif { state = 3 } then {
        cc.is_separator.if {
        } else {            
          state := 4;
        };
      };
      
      i := i + 1;
    };
    ( (state != 0) && { state != 4}).if {
      result := TRUE;
    };
    
    result
  );
  
  - to_integer:INTEGER <-
  // self must look like an INTEGER.
  (
    + i, state:INTEGER;
    + cc: CHARACTER;
    + negative: BOOLEAN;
    + result:INTEGER;
    
    ? { is_integer };
    // state 0: nothing read.
    // state 1: "+" or "-" read.
    // state 2: in the number.
    // state 3: after the number.

    i := 1;

    { i > count }.until_do {
      cc := item i;

      (state = 0).if {
        cc.is_separator.if {
        }.elseif {cc = '+'} then {
          state := 1;
        }.elseif {cc = '-'} then {
          negative := TRUE;
          state := 1;
        } else { // cc.is_digit
          result := cc.decimal_value;
          state := 2;
        };
      }.elseif { state = 1 } then {
        // cc.is_digit
        result := cc.decimal_value;
        negative.if {
          result := - result;
        };
        state := 2;
      }.elseif { state = 2} then {
        cc.is_digit.if {
          negative.if {
            result := 10 * result - cc.decimal_value;
          } else {
            result := 10 * result + cc.decimal_value;
          };
        } else { // cc.is_separator
          state := 3;
        };
      }.elseif { state = 3 } then {
        // cc.is_separator
        i := count; // terminate the loop
      };
      
      i := i + 1;
    };
    
    result
  );
  
  - to_integer_64:INTEGER_64 <-
  // self must look like an INTEGER.
  (
    + i, state:INTEGER;
    + cc: CHARACTER;
    + negative: BOOLEAN;
    + result:INTEGER_64;
    
    ? { is_integer };
    // state 0: nothing read.
    // state 1: "+" or "-" read.
    // state 2: in the number.
    // state 3: after the number.

    i := 1;

    { i > count }.until_do {
      cc := item i;

      (state = 0).if {
        cc.is_separator.if {
        }.elseif {cc = '+'} then {
          state := 1;
        }.elseif {cc = '-'} then {
          negative := TRUE;
          state := 1;
        } else { // cc.is_digit
          result := cc.decimal_value;
          state := 2;
        };
      }.elseif { state = 1 } then {
        // cc.is_digit
        result := cc.decimal_value;
        negative.if {
          result := - result;
        };
        state := 2;
      }.elseif { state = 2} then {
        cc.is_digit.if {
          negative.if {
            result := result * 10 - cc.decimal_value;
          } else {
            result := result * 10 + cc.decimal_value;
          };
        } else { // cc.is_separator
          state := 3;
        };
      }.elseif { state = 3 } then {
        // cc.is_separator
        i := count; // terminate the loop
      };
      
      i := i + 1;
    };
    
    result
  );
  
  - is_hexadecimal :BOOLEAN <-
  ( + j:INTEGER;
    + result:BOOLEAN;
    (is_empty).if_false {
      j := lower;
      {(j > upper) || {! item j.is_hexadecimal_digit}}.until_do {
        j:=j+1;
      };
      result := j > upper;
    };
    result
  );

  - to_hexadecimal :INTEGER_64 <-
  ( + result:INTEGER_64;
    ? {is_hexadecimal};
    lower.to upper do { j:INTEGER;
      result := (result << 4) | item j.hexadecimal_value;
    };
    result
  );

  - is_octal :BOOLEAN <-
  ( + result:BOOLEAN;
    + j:INTEGER;
    (is_empty).if_false {        
      j := lower;
      {(j > upper) || {! item j.is_octal_digit}}.until_do {
        j:=j+1;
      };
      result:= j > upper;
    };
    result
  );

  - to_octal:INTEGER_64 <-
  ( + result:INTEGER_64;
    ? {is_octal};
    
    lower.to upper do { j:INTEGER;
      result := (result << 3) | item j.octal_value;
    };
    result
  );

  - is_binary :BOOLEAN <-
  ( + result:BOOLEAN;
    + j:INTEGER;

    (is_empty).if_false {
      j := lower;
      { (j > upper) || {! item j.is_binary_digit} }.until_do {
        j := j + 1;
      };

      result := j > upper;
    };

    result
  );

  - to_binary :INTEGER_64 <-
  ( + result:INTEGER_64;
    ? {is_bit};
    
    lower.to upper do { j:INTEGER;
      result := result << 1;
      (item j = '1').if {
        result := result | 1;
      };
    };
    result
  );
  
  - is_real_16_16:BOOLEAN <-
  // Does self represent an REAl_16_16 ?
  // `Result' is true if and only if the following two conditions hold:
  //
  // 1. In the following BNF grammar, the value of self can be
  // produced by "real_literal", if leading and trailing
  // separators are ignored:
  //
  // Real_literal = [Sign] Integer [Point Integer]
  // Sign            = "+" | "-"
  // Point           = "."
  // Integer         = Digit | Digit Integer
  // Digit           = "0"|"1"|"2"|"3"|"4"|"5"|"6"|"7"|"8"|"9"
  //
  // 2. The numerical value represented by self is within the
  // range that can be represented by an instance of type REAL_16_16.
  (
    + i, state, value_int: INTEGER;
    + value:REAL_16_16;
    + negative: BOOLEAN;
    + result:BOOLEAN;
    + cc: CHARACTER;
    + d:INTEGER;
    
    // state 0: nothing read.
    // state 1: "+" or "-" read.
    // state 2: in the number before the point
    // state 3: in the number after the point
    // state 4: after the number.
    // state 5: error.
    
    i := 1;
    d := 1;
    
    { (state = 5) || {i > count}}.until_do {
      cc := item i;
      ( state = 0).if {
        cc.is_separator.if {
        }.elseif {cc = '+'} then {
          state := 1;
        }.elseif {cc = '-'} then {
          negative := TRUE;
          state := 1;
        }.elseif {cc.is_digit} then {
          value_int := cc.decimal_value;
          state := 2;
        } else {
          state := 5;
        };
      }.elseif { state = 1} then {
        cc.is_digit.if {
          value_int := cc.decimal_value;
          state := 2;
        } else {
          state := 5;
        };
      }.elseif { state = 2 } then {
        cc.is_digit.if {
          value_int := 10 * value_int + cc.decimal_value;
          (value_int < 0).if {
            state := 5;
          };
        }.elseif { cc = '.' } then {
          state := 3;
          value := value_int.to_real_16_16;
        }.elseif {cc.is_separator} then {
          state := 4;
        } else {
          state := 5;
        };
      }.elseif { state = 3 } then {
        cc.is_digit.if {
          d := d * 10;
          value := value + (cc.decimal_value.to_real_16_16) /# d;
        }.elseif {cc.is_separator} then {
          state := 4;
        } else {
          state := 5;
        };
      }.elseif { state = 4 } then {
        cc.is_separator.if {
        } else {
          state := 5;
        };
      };
      
      i := i + 1;
    };
    negative.if {
      value := - value;
    };
    ( (state != 0) && { state != 5}).if {
      result := TRUE;
    };
    
    result
  );
  
  - to_real_16_16:REAL_16_16 <-
  (
    + i, state, value_int: INTEGER;
    + value:REAL_16_16;
    + negative: BOOLEAN;    
    + cc: CHARACTER;
    + d:INTEGER;
    
    // state 0: nothing read.
    // state 1: "+" or "-" read.
    // state 2: in the number before the point
    // state 3: in the number after the point
    // state 4: after the number.
    
    i := 1;
    d := 1;

    {i > count}.until_do {
      cc := item i;
      ( state = 0).if {
        cc.is_separator.if {
        }.elseif {cc = '+'} then {
          state := 1;
        }.elseif {cc = '-'} then {
          negative := TRUE;
          state := 1;
        }.elseif {cc.is_digit} then {
          value_int := cc.decimal_value;
          state := 2;
        };
      }.elseif { state = 1} then {
        cc.is_digit.if {
          value_int := cc.decimal_value;
          state := 2;
        };
      }.elseif { state = 2 } then {
        cc.is_digit.if {
          value_int := value_int * 10 + cc.decimal_value;
        }.elseif { cc = '.' } then {
          state := 3;        
          value := value_int.to_real_16_16;
        } else {  // cc is separator
          value := value_int.to_real_16_16;
          state := 4;
        };
      }.elseif { state = 3 } then {
        cc.is_digit.if {
          d := d * 10;
          value := value + (cc.decimal_value.to_real_16_16) /# d;
        } else { // cc is separator
          state := 4;
        };
      }.elseif { state = 4 } then {
        // cc is separator
        i := count;  // terminate the loop
      };
      
      i := i + 1;
    };
    
    (state = 2).if {
      value := value_int.to_real_16_16;
    };
    
    negative.if {
      value := - value;
    };
    
    value
  );
  
  //
  // Modification:
  //
  
  - Self:SELF '+' other:ABSTRACT_STRING :STRING_BUFFER <-
  // Create a new STRING which is the concatenation of
  // `self' and `other'.
  [
    -? {other != NULL};
  ]
  ( + result:STRING_BUFFER;
    result:=STRING_BUFFER.create (count + other.count);
    result.append Self;
    result.append other;
    result
  )
  [
    +? {Result.count = count + other.count};
  ];
    
  - as_lower:STRING <-
  // New object with all letters in lower case.
  (
    + result:STRING;
    result := STRING.create capacity;
    result.copy Self;
    result.to_lower;
    result
  );
  
  - as_upper:STRING <-
  // New object with all letters in upper case.
  (
    + result:STRING;
    result := STRING.create capacity;
    result.copy Self;
    result.to_upper;
    result
  ); 
  
  // Other features:
  
  - first:CHARACTER <-
  // Access to the very `first' character.
  (
    + result:CHARACTER;
    //? {! is_empty};
    
    result := storage.item 0;
    
    //? { result == item 1};
    result
  );

  - last:CHARACTER <-
  // Access to the very `last' character.
  (
    + result:CHARACTER;
    ? {! is_empty};
    
    result := storage.item (count - 1);
    
    ? { result = item count};
    result
  );
    
  - substring start_index:INTEGER to end_index:INTEGER :STRING <-
  // New string consisting of items [`start_index'.. `end_index'].
  [
    -? { start_index >= 1 };
    -? { end_index <= count };
    -? { start_index <= end_index + 1 };
  ]
  ( + c:INTEGER;
    + result:STRING;

    
    c := end_index - start_index + 1;
    result := STRING.create c;
    result.set_count c;
    result.storage.slice_copy storage to 0 from (start_index - 1) to (end_index - 1);
    
    result
  )
  [
    +? { Result.count = end_index - start_index + 1 };
  ];
  
  - substring_begin start:INTEGER to_begin end:INTEGER :STRING <- 
  (
    substring start to end
  );
  
  - substring_begin start:INTEGER to_end end:INTEGER :STRING <-
  (
    substring start to (upper-end-1)
  );
  
  - substring_end start:INTEGER to_end end:INTEGER :STRING <-
  (
    substring (upper-start-1) to (upper-end-1)
  );
  
  - substring_index (other:ABSTRACT_STRING,start_index:INTEGER) :INTEGER <-
  // Position of the first occurrence of `other' at or after 1
  // or 0 f none.
  ( + i,s,result:INTEGER;
    
    //? {! other.is_empty };
    ? { (start_index >=1) && { start_index <= count + 1 }};
    
    s := start_index;
    {(result != 0) || {(s + other.count - 1) > count }}.until_do {
      i := 1;
      {(i > other.count) || {item (s + i - 1) != other.item i}}.until_do {
        i := i + 1;
      };
      
      (i > other.count).if {
        result := s;
      } else {
        s := s + 1;
      };
    };
    
    result
  );
  
  - first_substring_index other:ABSTRACT_STRING :INTEGER <-
  // Position of the first occurrence of `other' at or after 1
  // or 0 if none.
  (
    ? {! other.is_empty };
    
    substring_index (other,1)
  );

  //
  // Splitting a STRING:
  //
  
  - partition sep:ABSTRACT_STRING from start_index:INTEGER :(STRING, STRING, STRING) <-
  [
    -? {sep != NULL};
    -? {valid_index start_index};
  ]
  ( + i, j:INTEGER;
    + head, sep, tail :STRING;
    i := substring_index (sep, start_index);
    (i = 0).if {
      // Not found
      head := to_string;
    } else {
      // Found
      j := i + sep.count;
      (i > lower).if {
        head := substring lower to (i-1);
      };
      sep  := substring i to j;
      (j < upper).if {
        tail := substring (j+1) to upper;
      };
    };
    head, sep, tail
  );

  - partition sep:ABSTRACT_STRING :(STRING, STRING, STRING) <-
  (
    partition sep from lower
  );

  - split_str sep:ABSTRACT_STRING :ARRAY(STRING) <-
  [
    -? {sep != NULL};
  ]
  ( + result:ARRAY(STRING);
    ( count > 0 ).if {
      split_buffer.clear;
      split_str sep in split_buffer;
      (! split_buffer.is_empty).if {
        result := ARRAY(STRING).create (split_buffer.lower) to (split_buffer.upper);
        result.copy split_buffer;
      };
    };
    
    result
  )
  [
    +? { (Result != NULL) ->> { ! Result.is_empty }};
  ];
  
  - split_str sep:ABSTRACT_STRING in words:COLLECTION(STRING) <-
  // Same jobs as `split_str' but result is appended in `words'.
  [
    -? {words != NULL};
    -? {sep != NULL};
  ]
  ( + i, j:INTEGER;
    // i    first character of the next word
    // j-1  last character of the next word
    // j    first character of the next separator
    
    i := 1;
    { j := substring_index(sep, i); j != 0 }.while_do {
      words.add_last (substring i to (j-1));
      i := j + sep.count;
    };
    words.add_last (substring i to upper);
  );

  - split:ARRAY(STRING) <-
  // Split the string into an array of words. Uses `is_separator' of
  // CHARACTER to find words. Gives Void or a non empty array.
  (
    + result:ARRAY(STRING);
    ( count > 0 ).if {
      split_buffer.clear;
      split_in split_buffer;
      (! split_buffer.is_empty).if {
        result := ARRAY(STRING).create (split_buffer.lower) to (split_buffer.upper);
        result.copy split_buffer;
      };
    };
    ? { (result != NULL) ->> { ! result.is_empty }};
    
    result
  );
  
  - split_in words:COLLECTION(STRING) <-
  // Same jobs as `split' but result is appended in `words'.
  (
    + state,old_count: INTEGER;
    // state = 0: waiting next word.
    // state = 1: inside a new word.
    + c: CHARACTER;
    
    ? { words != NULL};
    old_count := words.count;
    (count > 0).if {
      1.to upper do { i:INTEGER;
        c := item i;
        (state = 0).if {
          (! c.is_separator).if {
            string_buffer.clear;
            string_buffer.append_character c;
            state := 1;
          };
        } else {
          (! c.is_separator).if {
            string_buffer.append_character c;
          } else {
            words.add_last (string_buffer.twin);            
            state := 0;
          };
        };
      };
      ( state = 1).if {
        words.add_last (string_buffer.twin);
      };
    };
    
    ? { (words.count) >= old_count };
  );
  
  - split_at sep:CHARACTER :ARRAY(STRING) <-
  // Split the string at characters `c' into an array of words.
  (
    + result:ARRAY(STRING);
    ( count > 0 ).if {
      split_buffer.clear;
      split_at sep in split_buffer;
      (! split_buffer.is_empty).if {
        result := ARRAY(STRING).create (split_buffer.lower) to (split_buffer.upper);
        result.copy split_buffer;
      };
    };
       
    result
  )
  [
    +? { (Result != NULL) ->> { ! Result.is_empty }};
  ];
  
  - split_at sep:CHARACTER in words:COLLECTION(STRING) <-
  // Same jobs as `split' but result is appended in `words'.
  (
    + state,old_count: INTEGER;
    // state = 0: waiting next word.
    // state = 1: inside a new word.
    + c: CHARACTER;
    
    ? { words != NULL};
    old_count := words.count;
    (count > 0).if {
      1.to upper do { i:INTEGER;
        c := item i;
        (state = 0).if {
          (c != sep).if {
            string_buffer.clear;
            string_buffer.append_character c;
            state := 1;
          };
        } else {
          (c != sep).if {
            string_buffer.append_character c;
          } else {
            words.add_last (string_buffer.twin);            
            state := 0;
          };
        };
      };
      ( state = 1).if {
        words.add_last (string_buffer.twin);
      };
    };
    
    ? { (words.count) >= old_count };
  );
  
  - get_new_iterator:ITERATOR(CHARACTER) <-
  (
    ITERATOR_ON_STRING(CHARACTER).create Self
  );
  
  - same_string other:ABSTRACT_STRING :BOOLEAN <-
  // Do self and other have the same character sequence?
  // Useful in proper descendants of STRING.
  (
    ? { other != NULL };
    Self == other.to_string
  );
  
  - to_string:STRING <-
  // New STRING having the same character sequence as self.
  // Useful in proper descendants of STRING.
  (
    STRING.create_from_string Self
  );
  
  - string_buffer:STRING := STRING.create 256; // Private, temporary once buffer.
  
  - split_buffer:ARRAY(STRING) := ARRAY(STRING).create_with_capacity 4 lower 1;
    
  //
  // Display.
  //
  
  - print <- 
  (    
    IO.put_string Self;      
  );

  -  printline <-
  (
    IO.put_string Self;
    IO.put_string "\n";
  );
  
  - fast_print <-
  (
    SYSTEM_IO.print_string Self;
  );
  
  - println <-
  [ -? {storage.item count = '\0'}; ]
  (
    to_external.println;
  );
  
  //
  // The guru section
  //
  
  - to_external:NATIVE_ARRAY(CHARACTER) <- 
  // Gives C access to the internal `storage' (may be dangerous).
  // To be compatible with C, a null character is added at the end
  // of the internal `storage'. This extra null character is not
  // part of the Lisaac STRING.
  (
    deferred;
    NULL
  );


lisaac_0.39_rc1/lib/standard/string/string.li0000644000175000017500000004512011314031246021141 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := STRING;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "String library.";
  
Section Inherit
  
  - inherit_abstract_string:ABSTRACT_STRING := ABSTRACT_STRING;
  
  - parent_arrayed:ARRAYED := ARRAYED;
  
Section Public //ABSTRACT_STRING, ABSTRACT_ENTRY
  
  + storage:NATIVE_ARRAY(CHARACTER);
  
Section Public
    
  + count:INTEGER;

  + capacity:INTEGER;
  
  //
  // General :
  //
  
  - set_storage tab:NATIVE_ARRAY(CHARACTER) <-
  ( ? {tab != NULL};
    storage := tab;
  );
    
  //
  // Creation / Modification :
  //
  
  - create needed_capacity:INTEGER :SELF <-
  ( + result:SELF;
    result := SELF.clone;   
    result.make needed_capacity;
    result
  );
  
  - create_from_string str:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
       
    result := create (str.count);
    result.copy str;       
    result
  );
  
  - make needed_capacity:INTEGER <-
  // Initialize the string to have at least `needed_capacity'
  // characters of storage.
  ( ? {needed_capacity >= 0};
    (needed_capacity > 0).if {
      (capacity < needed_capacity).if	{	
	storage := NATIVE_ARRAY(CHARACTER).create needed_capacity;
	capacity := needed_capacity;
      };
    };
    count := 0;
    
    //? {needed_capacity <= capacity};
    //? {count = 0};
  );
  
  - make_empty <-
  // Create an empty string
  (
    make 0;
  );  
  
  
  - create_filled (c:CHARACTER,n:INTEGER) :SELF <-
  ( + result:SELF;
    result := SELF.clone;
    result.make_filled (c,n);
    result
  );
  
  - make_filled (c:CHARACTER,n:INTEGER) <-
  // Initialize string with `n` copies of `c`
  [
    -? {n >= 0};
  ]
  (     
    make n;
    count := n;
    fill_with c;  
  )
  [
    +? {count = n};
    +? {occurrences c = count};
  ];
  
  - twin:STRING <-
  (
    create_from_string Self
  );
  
  //
  // Modification :
  //
  
  - resize new_count:INTEGER <-
  // Resize self. When `new_count' is greater than `count', 
  // new positions are initialized with the default value of CHARACTER
  [
    -? { new_count >= 0 };
  ]
  (       
    (new_count <= count).if {
    }.elseif { capacity < new_count } then {
      (capacity = 0).if {
	storage := NATIVE_ARRAY(CHARACTER).create new_count;
      } else {
	storage := storage.realloc capacity with new_count;
      };
      capacity := new_count;
    } else {
      storage.clear count to (new_count - 1);
    };    
    count := new_count;
  )
  [  
    +? {count = new_count};
    +? {capacity >= Old capacity};    
  ];

  - set_capacity new_capacity:INTEGER <-
  // Resize `capacity' self, but not count.
  ( + old_capacity:INTEGER;
    ? { new_capacity >= 0 };
    old_capacity := capacity;
    
    (new_capacity > capacity).if {   
      (capacity = 0).if {
	storage := NATIVE_ARRAY(CHARACTER).create new_capacity;
      } else {
	storage := storage.realloc capacity with new_capacity;
      };
      capacity := new_capacity;
    };
    
    ? {(new_capacity > old_capacity) ->> {new_capacity = capacity}};    
  );
  
  - clear <-
  // Clear out the current STRING.
  // Note: internal `storage' memory is neither released nor shrunk.
  (
    count := 0;
    ? {count = 0};
  );
  
  - copy other:ABSTRACT_STRING<-
  // Copy `other' onto Current.
  (    
    count := other.count;
    (count > 0).if {
      (capacity < count).if	{
	storage  := NATIVE_ARRAY(CHARACTER).create count;
	capacity := count;
      };
      storage.copy_from (other.storage) until (count-1);
    };
    ? {count = other.count};
  );
  
  - fill_with c:CHARACTER <-
  // Replace every character with `c'.
  (
    storage.set_all_with c until (count - 1);
    
    ? {occurrences c = count};
  );
  
  - replace_all old_char:CHARACTER with new_char:CHARACTER <-
  // Replace all occurrences of the element `old_char' by `new_character'
  ( 
    storage.fast_replace_all old_char with new_char until (count - 1);
  )
  [
    +? { count = Old count };
    +? { occurrences old_char = 0};
  ];
  
  - append other:ABSTRACT_STRING <-
  // Append `other' to Current.
  ( + other_count, needed_capacity:INTEGER;
    ? {other != NULL};
    
    other_count := other.count;
    needed_capacity := count + other_count;
    (capacity < needed_capacity).if	{
      (capacity = 0).if	{
	capacity := needed_capacity;
	storage  := NATIVE_ARRAY(CHARACTER).create capacity;
      } else {
	storage  := storage.realloc capacity with needed_capacity;
	capacity := needed_capacity;
      };
    };
    storage.copy (other.storage) to count until other_count;
    count := needed_capacity;
  );
  
  - Self:SELF '+=' Right other:ABSTRACT_STRING :STRING_BUFFER <-
  (
    append other;
    Self
  );
  
  - prepend other:ABSTRACT_STRING <-
  // Prepend `other' to Current
  ( + i, j: INTEGER;
    ? {other!=NULL};
    
    i := count;
    j := other.count;
    resize (i + j);
    ((i > 0) && {j > 0}).if	{
      storage.move 0 to (i - 1) by j;
    };
    storage.copy_from (other.storage) until (j - 1);    
  );
  
  - insert_string s:ABSTRACT_STRING to i:INTEGER <-
  // Insert `s' at index `i', shifting characters from index `i'
  // to `count' rightwards.
  (
    + j,k:INTEGER;
    
    ? { s != NULL };
    ? { i.in_range 1 to (count + 1)};
    
    j := count;
    k := s.count;
    resize (j + k);
    (i <= j).if {
      storage.move (i - 1) to (j - 1) by k;
    };
    storage.copy (s.storage) to (i - 1) until k;
  );
  
  - replace_substring s:ABSTRACT_STRING from start:INTEGER to end:INTEGER <-
  // Replace the substring from start to end, inclusive, with s
  (
    + remove_len,insert_len, difference, old_count: INTEGER;
    
    ? {s != NULL};
    ? { end <= count};
    ? {start.in_range 1 to (end + 1)};
    
    old_count := count;
    remove_len := end - start + 1;
    insert_len := s.count;
    difference := insert_len - remove_len;
    
    (difference > 0).if {
      resize (old_count + difference);
      (end < old_count).if { // something to move ?
	storage.move (end + 1 - 1) to (old_count - 1) by difference;
      };
    }.elseif {difference < 0} then {
      (end < count).if { // something to move?
	storage.move(end + 1 - 1) to (old_count - 1) by difference;
      };
      resize (old_count + difference)
    };
    storage.copy (s.storage) to (start - 1) until (s.count);
  );
  
  - replace_all_substring motif:ABSTRACT_STRING with txt:ABSTRACT_STRING <-
  ( + idx:INTEGER;
    
    idx := lower;
    {
      idx := substring_index (motif,idx);
      (idx != 0).if {
        replace_substring txt from idx to (idx+motif.count-1);
      };
    }.do_while {idx != 0};
  );
  
  - put ch:CHARACTER to index:INTEGER<-
  // Put `ch' at position `index'.
  ( ? {valid_index index};
    
    storage.put ch to (index - 1);
    
    ? {item index = ch};
  );
  
  - swap i1:INTEGER with i2: INTEGER <-
  ( + tmp,old_i1,old_i2: CHARACTER;
    ? {valid_index i1};
    ? {valid_index i2};
    
    old_i1:=item i1;
    old_i2:=item i2;
    tmp := item i1;
    put (item i2) to i1;
    put tmp to i2;
    
    ? {item i1 = old_i2};
    ? {item i2 = old_i1};
  );
  
  - insert ch:CHARACTER to index:INTEGER <-
  // Insert `ch' after position `index'.
  ( + i:INTEGER;
    ? {0 <= index};
    ? {index <= count};
    
    i:=count;
    extend ' ';
    {i = index}.until_do {
      put (item i) to (i + 1);
      i := i - 1;
    };
    put ch to (index + 1);
    
    ? {item (index + 1) = ch};
  );

  - insert ch:CHARACTER to index:INTEGER on nb:INTEGER <-
  // Insert `ch' after position `index'.
  ( 
    ? {0 <= index};
    ? {index <= count};

    1.to nb do { cpt:INTEGER; // Version bourin!!!
      insert ch to index;
    };
  );
    
  - shrink min_index:INTEGER to max_index:INTEGER <-
  // Keep only the slice [`min_index' .. `max_index'] or nothing
  // when the slice is empty.
  (
    ? {1 <= min_index};
    ? {max_index <= count};
    ? {min_index <= max_index + 1};
    
    (max_index < min_index).if {
      count := 0;
    } else {
      (min_index = 1).if {
	count := max_index;
      } else {
	storage.copy_slice storage to 0 from (min_index - 1) to (max_index - 1);
	count := max_index - min_index + 1
      };
    };
    
    ? {count = max_index - min_index + 1};
  );
  
  - remove index:INTEGER <-
  // Remove character at position `index'.
  ( + old_count:INTEGER;
    ? {valid_index index};
    
    old_count:=count;
    remove_between index to index;
    
    ? {count = old_count - 1};
  );
  
  - add_first ch: CHARACTER <-
  // Add `ch' at first position.
  ( + old_count: INTEGER;
    
    old_count:=count;
    add_last(' ');
    count.downto 2 do { i:INTEGER;
      put (item (i - 1)) to i;
    };
    put ch to 1;
    
    ? {count = 1 + old_count};
    ? {item 1 = ch};
  );
  
  - add_last ch:CHARACTER <-
  // Append `ch' to string
  ( + new_capacity:INTEGER;
    //+ old_count:INTEGER;
    
    //old_count:=count;
    (capacity <= count).if {
      (capacity = 0).if	{
	capacity := 32;
	storage  := NATIVE_ARRAY(CHARACTER).create capacity;
      } else {
	new_capacity := capacity * 2;
	storage      := storage.realloc capacity with new_capacity;
	capacity     := new_capacity;
      };
    };
    storage.put ch to count;
    count := count + 1;
    
    //? {count = 1 + old_count};
    //? {item count = ch};
  );
  
  - append_character c:CHARACTER <- add_last c; 

  - extend c:CHARACTER <- add_last c;
  
  - to_lower <-
  // Convert all characters to lower case.
  (
    count.downto 1 do { i:INTEGER;
      put (item i.to_lower) to i;
    };
  );
  
  - to_upper <-
  // Convert all characters to upper case.
  (
    count.downto 1 do { i:INTEGER;
      put (item i.to_upper) to i;
    };
  );
  
  - keep_head n:INTEGER <-
  // Remove all characters except for the first `n'.
  // Do nothing if `n' >= `count'.
  (
    + old_count:INTEGER;
    ? { n >= 0};
    old_count := count;
    ( n < count).if {
      remove_last (count - n);
    };
    
    ? { count = n.min old_count};
  );
  
  - keep_tail n:INTEGER <-
  // Remove all characters except for the last `n'.
  // Do nothing if `n' >= `count'.
  (
    + old_count:INTEGER;
    ? { n >= 0};
    old_count := count;
    ( n < count).if {
      remove_first (count - n);
    };
    
    ? { count = n.min old_count};
  );
  
  - remove_first n:INTEGER <-
  // Remove `n' first characters.
  // If `n' >= `count', remove all.
  (
    + old_count:INTEGER;
    ? { n >= 0};
    old_count:=count;
    (n > count).if {
      count := 0;
    } else {
      (n > 0).if {
	remove_between 1 to n;
      };
    };
    
    ? { count = 0.max(old_count - n)};
  );
  
  - remove_between start:INTEGER to end:INTEGER <-
  // Remove all characters from `strt_index' to `end_index' inclusive.
  (
    + len,old_count:INTEGER;
    ? { end <= count };
    ? { start.in_range 1 to (end + 1)};
    
    old_count := count;
    len := end - start + 1;
    (len > 0).if {
      (end + 1).to count do { i:INTEGER;
	put (item i) to  (i - len);
      };
      count := count - len;
    };
    ? { count = (old_count - (end - start + 1))};
  );
  
  - remove_suffix s:ABSTRACT_STRING <-
  // Remove the suffix `s' of current string.
  (
    ?{ has_suffix s};
    remove_last (s.count);
  );
  
  - remove_last n:INTEGER <-
  ( + old_count:INTEGER;
    // Remove `n' last characters. If `n' >= `count', remove all.
    ?{ n >= 0 };
    old_count:=count;
    
    (n > count).if {
      count := 0;
    } else {
      count := count - n;
    };

    ? { count = 0.max(old_count - n) };
  );
  
  - remove_tail n:INTEGER <-
  (
    remove_last n;
  );
      
  - remove_prefix s:ABSTRACT_STRING <-
  // Remove the prefix `s' of current string.
  (
    ?{ has_prefix s};
    remove_first (s.count);
  );
  
  - left_adjust <-
  // Remove leading blanks.
  (+ i: INTEGER;
    { ((i + 1) > count) || {item (i + 1) != ' '}}.until_do {
      i := i + 1;
    };
    remove_first i;
    ? { is_empty || {item 1 != ' '}};
  );

  - right_adjust <-
  // Remove trailing blanks.
  (
    { (count = 0) || { item count != ' '}}.until_do {
      count := count - 1;
    };
    ? { is_empty || {item count != ' '}};
  );
  
  - extend_multiple c:CHARACTER by n:INTEGER <-
  // Extend Current with `n' times character `c'.
  (
    + old_count:INTEGER;
    ? { n >= 0};
    old_count := count;
    (n - 1).downto 0 do { i:INTEGER; 
      append_character c;
    };
    
    ? { count = n + old_count};
  );
  
  - precede_multiple c:CHARACTER by n:INTEGER <-
  // Prepend `n' times character `c' to Current.
  (
    + old_count:INTEGER;
    
    ? { n >= 0 };
    old_count := count;
    (n > 0).if {
      (old_count = 0).if {
	extend_multiple c by n;
      } else {
	extend_multiple '\0' by n;
	storage.move 0 to (old_count - 1) by n;
	storage.set_all_with c until (n - 1);
      };
    }; 
    ? { count = n + old_count};
  );
  
  - extend_to_count c:CHARACTER until needed_count:INTEGER <-
  // Extend Current with `c' until `needed_count' is reached.
  // Do nothing if `needed_count' is already greater or equal
  // to `count'.
  (
    ? { needed_count >= 0 };
    (needed_count - count).downto 1 do { i:INTEGER;
      append_character(c);
    };
    
    ? { count >= needed_count};
  );
  
  -  precede_to_count c:CHARACTER until needed_count:INTEGER <-
  // Prepend `c' to Current until `needed_count' is reached.
  // Do nothing if `needed_count' is already greater or equal
  // to `count'.
  ( + offset, old_count: INTEGER;
    ? { needed_count >= 0};
    old_count := count;
    offset := needed_count - old_count;
    (offset > 0).if {
      extend_to_count '\0' until needed_count;
      storage.move 0 to (old_count - 1) by offset;
      storage.set_all_with c until (offset - 1);
    };

    ? { count >= needed_count };
  );
  
  - reverse <-
  // Reverse the string.
  (
    + i1, i2: INTEGER;
    i1 := 1;
    i2 := count;
    { i1 >= i2 }.until_do {
      swap i1 with i2;
      i1 := i1 + 1;
      i2 := i2 - 1;
    };
  );
  
  - remove_all_occurrences ch:CHARACTER <-
  // Remove all occurrences of `ch'.
  (
    +  j: INTEGER;
    j := 1;
    lower.to upper do { i:INTEGER;
      (item i != ch).if {
	put (item i) to j;
	j := j + 1;
      };
    };
    count := j - 1;
  );
  
  - extend_unless ch:CHARACTER <-
  // Extend `Current' (using `extend') with `ch' unless `ch' is
  // already the `last' character.
  (
    + old_count:INTEGER;
    old_count := count;
    ( (count = 0) || {item count != ch}).if {
      append_character ch;
    };
    
    ? { last = ch };
    ? { count >= old_count };
  );
  
  - make_from_string model:ABSTRACT_STRING <-
  // Initialize from the characters of `model'.
  // Useful in proper descendants of STRING.
  ( + c:INTEGER;

    ? { model != NULL };
    c := model.count;
    (capacity < c).if {
      storage := NATIVE_ARRAY(CHARACTER).calloc c;
      capacity := c;
    };
    count := c;
    storage.copy_from (model.storage) until (c - 1);

    ? { count = model.count};
  );
  
  - set_count new_count:INTEGER <-
  [
    -? { new_count <= capacity };
  ]
  (    
    count := new_count;
  );
  
  //
  // Interfacing with C string :
  //
  
  - to_external:NATIVE_ARRAY(CHARACTER) <-
  // Gives C access to the internal `storage' (may be dangerous).
  // To be compatible with C, a null character is added at the end
  // of the internal `storage'. This extra null character is not
  // part of the Eiffel STRING.
  (     
    // Append 0 terminal.
    (capacity > count).if {       
      storage.put '\0' to count;
    } else {
      add_last '\0';
      count := count - 1;
    }; 
    
    storage
  )
  [    
    +? {count = Old count};
    +? {Result.is_not_null};
  ];
  
  - from_external p:NATIVE_ARRAY(CHARACTER) <-
  // Internal `storage' is set using `p' (may be dangerous because
  // the external C string `p' is not duplicated).
  // Assume `p' has a null character at the end in order to
  // compute the Eiffel `count'. This extra null character
  // is not part of the Eiffel STRING.
  // Also consider `from_external_copy' to choose the most appropriate.
  ( ? {p.is_not_null};
    
    count := 0;
    {p.item count = '\0'}.until_do {
      count := count + 1;
    };
    (storage != p).if {
      storage := p;
      capacity := count + 1;
    };
    
    ? {capacity >= (count + 1)};
    ? {p = to_external};
  );
  
  - from_external_copy p:NATIVE_ARRAY(CHARACTER)  <-
  // Internal `storage' is set using a copy of `p'.
  // Assume `p' has a null character at the end in order to
  // compute the Eiffel `count'. This extra null character
  // is not part of the Eiffel STRING.
  // Also consider `from_external' to choose the most appropriate.
  ( + i:INTEGER;
    ? {p.is_not_null};
    i := 0;
    count := 0;
    {p.item i = '\0'}.until_do {
      add_last (p.item i);
      i := i + 1;
    };
  );
  
  //
  // Guru section.
  //
  
  - element_sizeof:INTEGER <- 1;
  
  - to_native_array_uinteger_8:NATIVE_ARRAY(UINTEGER_8) <- 
  (
    CONVERT(NATIVE_ARRAY(CHARACTER),NATIVE_ARRAY(UINTEGER_8)).on storage
  );
  
  - add_last_buffer buf:FAST_ARRAY(UINTEGER_8) from beg:INTEGER to end:INTEGER <-
  (
    beg.to end do { j:INTEGER;
      add_last (buf.item j.to_character);
    };
  );
    
  - item_byte idx:INTEGER offset ofs:INTEGER :UINTEGER_8 <-
  ( 
    ? {ofs = 0};
    ? {idx <= upper};
    item idx.to_uinteger_8
  );
  
  - restore_after_external <-
  (
    count := 0;
    {storage.item count = '\0'}.until_do {
      count := count + 1;
    };
  );lisaac_0.39_rc1/lib/internal/0000755000175000017500000000000011314031246016011 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/0000755000175000017500000000000011314031246020226 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/windows/0000755000175000017500000000000011314031246021720 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/windows/video/0000755000175000017500000000000011314031246023026 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/windows/video/keyboard.li0000644000175000017500000000535411314031246025163 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := KEYBOARD;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Windows (Win32) - RSXNT - Keyboard Driver";

  - version := 2;  
  
Section Inherit

  + parent_input_keyboard:Expanded INPUT_KEYBOARD;

Section Private
    
  - keyup cu:UINTEGER_8 :UINTEGER_8 <-
  ( + result:UINTEGER_8;
    
    result := cu;
    cmd := cmd & 0F7h; // Deactivate the cmd bit    
    
    cu
    .when 8 then  { cmd := cmd | 8; }
    .when 13 then { cmd := cmd | 8; };
    
    
    result
  );

  - keydown cu:UINTEGER_8 :UINTEGER_8 <-
  ( + result:UINTEGER_8;

    cu
    .when 52h then { result := 'I'.to_uinteger_8; }
    .when 53h then { result := 'S'.to_uinteger_8; }
    .when 4Fh then { result := 'E'.to_uinteger_8; }
    .when 47h then { result := 'B'.to_uinteger_8; }
    .when 49h then { result := 'A'.to_uinteger_8; }
    .when 51h then { result := 'Z'.to_uinteger_8; }
    .when 48h then { result := 'U'.to_uinteger_8; }
    .when 50h then { result := 'D'.to_uinteger_8; }
    .when 4Bh then { result := 'L'.to_uinteger_8; }
    .when 4Dh then { result := 'R'.to_uinteger_8; };
    cmd := cmd | 8;
    
    result
  );
    




lisaac_0.39_rc1/lib/internal/os_support/windows/video/event_system.li0000644000175000017500000001374011314031246026106 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EVENT_SYSTEM;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "X11 - Event System";
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr)";
  
  - external :=   
`  
void (*get_event)()=NULL;
int event_num;
int event_p1;
int event_p2;
int event_p3;
int event_p4;

unsigned char buf[50];

HDC hdc_glob; 
LRESULT CALLBACK MainWndProc(HWND hwnd, UINT uMsg, WPARAM wParam, LPARAM lParam)
{ 
  PAINTSTRUCT ps;
  HDC hdc_old;
  RECT rect;
    switch (uMsg)
    {
      // Timer
      case WM_TIMER:
      event_num = 13;
      get_event();
      return 0;
      // Create
      case WM_CREATE:	
      return 0;
      
      // Repaint
      case WM_PAINT:
      event_num = 0;
      hdc_old = hdc_glob;
      hdc_glob = BeginPaint(hwnd, &ps);
      event_p1 = ps.rcPaint.left;
      event_p2 = ps.rcPaint.top;
      event_p3 = ps.rcPaint.right;
      event_p4 = ps.rcPaint.bottom;      
      get_event();	                
      EndPaint(hwnd, &ps);
      hdc_glob = hdc_old;
      return 0;
      
      // Destroy
      case WM_DESTROY:
      PostQuitMessage(0);
      exit(0);
      return 0;
            
      // Mouse
      case WM_MOUSEMOVE:
      event_num = 1;
      event_p1 = (short)LOWORD(lParam);
      event_p2 = (short)HIWORD(lParam);
      event_p3 = (((wParam & MK_LBUTTON) != 0) << 1) | ((wParam & MK_RBUTTON) != 0);
      get_event();
      return 0;
      case WM_LBUTTONDOWN:
      event_num = 2;
      get_event();
      return 0;
      case WM_LBUTTONUP: 
      event_num = 3;
      get_event();
      return 0;
      case WM_RBUTTONDOWN:
      event_num = 4;
      get_event();
      return 0;
      case WM_RBUTTONUP: 
      event_num = 5;
      get_event();
      return 0;
      
      // Kayboard
      case WM_KEYDOWN: 
      //sprintf(buf,"KeyDown : %c(%d) ,%lx      ",wParam,wParam,lParam);
      //TextOutA(hdc_glob,10,100,buf,strlen(buf));
      event_num = 10;
      event_p1 = wParam;
      event_p2 = lParam;
      get_event();
      return 0;
      
      case WM_CHAR:
      //sprintf(buf,"Char : %c(%d) ,%lx      ",wParam,wParam,lParam);
      //TextOutA(hdc_glob,10,120,buf,strlen(buf));
      event_num = 11;
      event_p1 = wParam;
      event_p2 = lParam;
      get_event();
      return 0;
      
      case WM_KEYUP: 
      //sprintf(buf,"KeyUp : %c(%d) ,%lx      ",wParam,wParam,lParam);
      //TextOutA(hdc_glob,10,140,buf,strlen(buf));
      event_num = 12;
      event_p1 = wParam;
      event_p2 = lParam;
      get_event();
      return 0;

      default:
      return DefWindowProc(hwnd, uMsg, wParam, lParam);
    }
  }
`;

Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Interrupt  
  
  - get_physical_event <-
  ( + p1,p2,p3,p4:INTEGER;
    
    p1 := `event_p1`:INTEGER;
    p2 := `event_p2`:INTEGER;
    p3 := `event_p3`:INTEGER;
    p4 := `event_p4`:INTEGER;
    
    `event_num`:INTEGER
    //
    // Event Window
    //
    .when 0 then {
      // Refresh Linux Window
      (DESK.physical_screen != NULL).if {
	DESK.physical_screen.redraw (p1,p2) to (p3,p4);
      };
    }
    //
    // Event Mouse
    //
    .when 1 then {
      MOUSE.set (p1,p2) with (((p3 & 10b)!=0),((p3 & 01b)!=0));
    }
    .when 2 then {
      MOUSE.set ((MOUSE.x_current),(MOUSE.y_current)) with (TRUE,(MOUSE.right));
    }
    .when 3 then {
      MOUSE.set ((MOUSE.x_current),(MOUSE.y_current)) with (FALSE,(MOUSE.right));
    }
    .when 4 then {
      MOUSE.set ((MOUSE.x_current),(MOUSE.y_current)) with ((MOUSE.left),TRUE);
    }
    .when 5 then {
      MOUSE.set ((MOUSE.x_current),(MOUSE.y_current)) with ((MOUSE.left),FALSE);
    }
    //
    // Event Keyboard
    //
    .when 10 then {
      // Down
      KEYBOARD.key (((p2>>16)&0FFh).to_uinteger_8) press TRUE;
    }
    .when 11 then {
      // Char
      KEYBOARD.key (p1.to_uinteger_8) press FALSE;
    }
    //.when 11 then {
      // Up
      //KEYBOARD.key `ev.xkey.keycode`:UINTEGER_8 press FALSE;
    //}
    // Timer
    .when 13 then {
      TIMER.timer_interrupt;
      TIMER.get_event;
    };
  );
  
Section Public  
  
  - sleep n:INTEGER <-
  // Milisecond
  (
    `sleep(@n)`;
  );
  
  - make <-  
  ( + ptr:POINTER;
    
    ptr := get_physical_event;
    `get_event = @ptr`;
  );
    
  - get_event <-
  (
    `
    GetMessage(&msg_glob, NULL, 0, 0);
    TranslateMessage(&msg_glob);
    DispatchMessage(&msg_glob);
    `;
  );
  
  









lisaac_0.39_rc1/lib/internal/os_support/windows/video/video.li0000644000175000017500000001335311314031246024467 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := VIDEO;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Video Driver for Windows";

  - lip      <-
  (
    add_lib "-lgdi32";
  );

  - external := 
`
#include 
#define main main_std

#define __BEGIN_INTERRUPT__ 
#define __END_INTERRUPT__

#define lstat stat

HWND hwnd_glob;
MSG msg_glob;
WNDCLASS wc_glob;
HPEN pen;

HDC hdcbmp;
HBITMAP Bmp;
BITMAP bm;

HINSTANCE hInstance_glob;
int nCmdShow_glob;
int WINAPI WinMain(HINSTANCE hInstance, HINSTANCE hPrevInstance,
LPSTR lpCmdLine, int nCmdShow)
{
  hInstance_glob = hInstance;
  nCmdShow_glob  = nCmdShow;
  main(0,NULL);
  return 0;
}; 
`;

Section Inherit
  
  + parent_bitmap:Expanded BITMAP(PIXEL_24);
  
Section Public
  // Section VIDEO
  
  - line_tmp:ABSTRACT_BMP_LINE;  
  
Section Public
  
  - message str:ABSTRACT_STRING <-
  ( + msg:NATIVE_ARRAY(CHARACTER);
    msg := str.to_external;
    `MessageBox(hwnd_glob,@msg, "Message", MB_OK)`;
  );
    
  - is_active:BOOLEAN;
  
  - planes:UINTEGER_32;  
  
  - size_pixel:INTEGER;
  
  - make_size (w,h:INTEGER) <-
  ( 
    // Init BITMAP:
    width  := w;
    height := h;
    
    EVENT_SYSTEM.make;
    `
    wc_glob.style = 0;
    wc_glob.lpfnWndProc = MainWndProc;
    wc_glob.cbClsExtra = 0;
    wc_glob.cbWndExtra = 0;
    wc_glob.hInstance = NULL;
    wc_glob.hIcon = LoadIcon(NULL, IDI_APPLICATION);
    wc_glob.hCursor = LoadCursor(NULL, IDC_ARROW);
    wc_glob.hbrBackground = (HBRUSH)(1 + COLOR_BTNFACE);
    wc_glob.lpszMenuName =  NULL;
    wc_glob.lpszClassName = "IsaacClass";

    RegisterClass(&wc_glob);

    hwnd_glob = CreateWindow("IsaacClass", "Win-Isaac", WS_OVERLAPPEDWINDOW,
                                   CW_USEDEFAULT, CW_USEDEFAULT, @w+8, @h+34,
                                                   NULL, NULL, hInstance_glob, NULL);
    hdc_glob = GetDC(hwnd_glob);
    ShowWindow(hwnd_glob, nCmdShow_glob);
    UpdateWindow(hwnd_glob);
    
    //pen = CreatePen(PS_SOLID,1,0x151515);
    //SelectObject(hdc_glob,pen);
    
    
    hdcbmp = CreateCompatibleDC(hdc_glob);
    `;
    
    planes := `GetDeviceCaps(hdc_glob, BITSPIXEL) * GetDeviceCaps(hdc_glob, PLANES)`:UINTEGER_32;

    planes
    .when 15 then {
      size_pixel := 2;
      line_tmp := BMP_LINE(PIXEL_15).create w;
      `Bmp = CreateBitmap(@w, 1, 1, 15, NULL)`;
    }
    .when 16 then { 
      size_pixel := 2;
      line_tmp := BMP_LINE(PIXEL_16).create w; 
      `Bmp = CreateBitmap(@w, 1, 1, 16, NULL)`;
    }
    .when 24 then { 
      size_pixel := 3;
      line_tmp := BMP_LINE(PIXEL_24).create w; 
      `Bmp = CreateBitmap(@w, 1, 1, 24, NULL)`;
    }
    .when 32 then { 
      size_pixel := 4;
      line_tmp := BMP_LINE(PIXEL_32).create w; 
      `Bmp = CreateBitmap(@w, 1, 1, 32, NULL)`;
    };
    `SelectObject(hdcbmp, Bmp)`;
    is_active := TRUE;
  );
  
  - auto_make <-
  (
    make_size (800,600);
  );
  
  - close <-
  (
    ? {is_active};
    is_active := FALSE;
    ? {! is_active};
  );
  
Section Public
  
  // 
  // Redefine Low level Bitmap.
  //
  
  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( + real_col:UINTEGER_32;
    real_col := ((col>>16) & 0000FFh) | ((col<<16) & 0FF0000h) | (col & 00FF00h);
    `SetPixel(hdc_glob,@x,@y,@real_col)`;    
  );
  
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 <-
  ( + real_col:UINTEGER_32;
    + pen:UINTEGER_32;
    real_col := ((col>>16) & 0000FFh) | ((col<<16) & 0FF0000h) | (col & 00FF00h);
    pen := `CreatePen(PS_SOLID,1,@real_col)`:UINTEGER_32;
    `SelectObject(hdc_glob,(HPEN)@pen)`;
    `MoveToEx(hdc_glob,@x0,@y0,NULL)`;
    `LineTo(hdc_glob,@x1+1,@y0)`;
    `DeleteObject((HPEN)@pen)`;
  );
    
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER 
  image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( + len:INTEGER;
    + data:NATIVE_ARRAY(UINTEGER_8);
    + sz_pix:INTEGER;
    len := x1 - x0;
    VIDEO.line_tmp.put line offset ofs from 0 to len;
    
    sz_pix := VIDEO.size_pixel;
    data := VIDEO.line_tmp.get_storage;
    `SetBitmapBits(Bmp,(@len+1)*@sz_pix,@data)`;    
    `BitBlt(hdc_glob, @x0, @y0,@len+1,1, hdcbmp, 0, 0, SRCCOPY)`;
  );
  
  - get_pixel_hard (x,y:INTEGER) :PIXEL <-
  (
    not_yet_implemented;
  );



lisaac_0.39_rc1/lib/internal/os_support/windows/video/mouse.li0000644000175000017500000000737011314031246024513 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := MOUSE;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "X11 - Mouse driver";
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr)";
  
Section Inherit
  
  + parent_input:Expanded INPUT;
  
Section Public
  
  - set (x,y:INTEGER) with (left_new,right_new:BOOLEAN) <-
  ( + tmp:UINTEGER_8;
    + x_new, y_new:INTEGER;
        
    y_new := y.max y_minimum.min y_maximum;
    x_new := x.max x_minimum.min x_maximum;
          
    tmp:=(p_end+1)&003h;
    buffer_event.item p_end.make (x_new,y_new) button (left_new,right_new);

    (((tmp+2)&3)!=p_beg).if {
      p_end:=tmp;
    };
    
    get_event;
    
    // Update status.
    x_current:=x_new;
    y_current:=y_new;
    right:=right_new;
    left :=left_new;    
  );
  
Section Public
  
  + x_minimum:INTEGER;
  + x_maximum:INTEGER;
  
  + y_minimum:INTEGER;
  + y_maximum:INTEGER;
  
  + x_current:INTEGER;
  + y_current:INTEGER; 
  
  + right:BOOLEAN;
  + left:BOOLEAN;
  
Section Private
  
  + buffer_event:FAST_ARRAY(EVENT_MOUSE);
  - p_beg:UINTEGER_8;  // Pointer on the buffer (beginning)
  - p_end:UINTEGER_8;  // Pointer on the buffer (end)
    
Section Public
  
  //
  // Creation / Initialisation.
  //
  
  - make <-
  ( + new_event:EVENT_MOUSE;
    
    is_actif := TRUE;
    //
    // Mouse hardware configuration.
    //
    
    x_maximum := VIDEO.x_max;
    y_maximum := VIDEO.y_max;
    
    //
    // Software configuration.
    //
    buffer_event := FAST_ARRAY(EVENT_MOUSE).create 4;
    0.to 3 do { j:INTEGER;
      new_event := EVENT_MOUSE.clone;
      buffer_event.put new_event to j;
      (j != 0).if {
	new_event.set_prev (buffer_event.item (j-1));
      };
    };
    buffer_event.first.set_prev new_event;
  );
  
  - get_event <-
  ( + p:INTEGER;
    + evt:EVENT_MOUSE;
    
    p := p_beg;
    { p != p_end }.while_do {
      evt := buffer_event.item p;
      (list_client.lower).to (list_client.upper) do { j:INTEGER;
	list_client.item j.receive (buffer_event.item p);
      };      
      p := (p + 1) & 03h;
    };    
  );
    
  - acknowledge <-
  (
    p_beg := (p_beg+1) & 03h;
  );
  
  
  









lisaac_0.39_rc1/lib/internal/os_support/windows/video/timer.li0000644000175000017500000000617611314031246024506 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := TIMER;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment :="Windows - Timer management.";

  - version := 1;  
    
Section Inherit  
  
  + parent_input:Expanded INPUT;
  
Section Private
  
  - timer_count:UINTEGER_32;
  
  + buffer_event:FAST_ARRAY(EVENT_TIMER);
  
  - p_beg:UINTEGER_8;  // Pointer on the buffer (beginning)
  
  - p_end:UINTEGER_8;  // Pointer on the buffer (end)
    
Section Public  
  
  - timer_interrupt <-  
  ( + tmp:UINTEGER_8;     
    
    timer_count := timer_count + 1;
    
    tmp:=(p_end+1)&003h;
    buffer_event.item p_end.make timer_count; 
    (((tmp+2)&3)!=p_beg).if {
      p_end:=tmp;
    };    
  );
  
Section Public

  - make <-
  ( + new_event:EVENT_TIMER;
    
    is_actif := TRUE;
    //
    // Software configuration.
    //
    buffer_event := FAST_ARRAY(EVENT_TIMER).create 4;
    0.to 3 do { j:INTEGER;
      new_event := EVENT_TIMER.clone;
      buffer_event.put new_event to j;
      (j != 0).if {
	new_event.set_prev (buffer_event.item (j-1));
      };
    };
    buffer_event.first.set_prev new_event;
    
    //hdle := timer_interrupt;    
        
    `SetTimer(hwnd_glob, 0, 50, NULL)`;
  );

  - acknowledge <-
  (
    p_beg := (p_beg+1) & 03h;
  );

  - get_event <-
  ( + p:INTEGER;
    + evt:EVENT_TIMER;
    
    p := p_beg;
    { p != p_end }.while_do {
      evt := buffer_event.item p;
      (list_client.lower).to (list_client.upper) do { j:INTEGER;
	list_client.item j.receive (buffer_event.item p);
      };      
      p := (p + 1) & 03h;
    };    
  );
lisaac_0.39_rc1/lib/internal/os_support/windows/file_system/0000755000175000017500000000000011314031324024240 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/windows/file_system/directory_unix.li0000644000175000017500000001250511314031246027643 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        :=DIRECTORY_UNIX;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - bibliography:="http://IsaacOS.com";
  
  - author      :="Benoit Sonntag (bsonntag@loria.fr)";
  
  - comment     :="Directory management";
  
  - external := 
`
#include 
#include 
#include 
#include 
WIN32_FIND_DATA data;
HANDLE hfile;
`;
  
Section Inherit
  
  + parent_entry_unix:Expanded ENTRY_UNIX;
  
  + parent_directory:Expanded DIRECTORY;
  
Section Public
  
  //
  // Physical implementation.
  //
  
  //
  // Scanning
  //
  - is_open:BOOLEAN <- ( list != NULL);
  
  //
  // Scanning
  //
      
  - open:BOOLEAN <-
  ( + p,n:NATIVE_ARRAY(CHARACTER);
    + new_entry:ENTRY;
    + result:BOOLEAN;
    + i:INTEGER;
        
    (list = NULL).if {
      list := LINKED_LIST(ENTRY).create;
    } else {
      list.clear;
    };
    
    string_tmp.copy path;
    string_tmp.append "\\*.*";
    p := string_tmp.to_external;
    `hfile = FindFirstFile(@p,&data)`;
    (`hfile != INVALID_HANDLE_VALUE`:BOOLEAN{TRUE,FALSE}).if {
      result := TRUE;
      {
	n := `data.cFileName`:NATIVE_ARRAY(CHARACTER);	
	string_tmp.clear;
	i := 0;
	{n.item i = '\0'}.until_do { 
	  string_tmp.add_last (n.item i);
	  i := i + 1;
	};
	(string_tmp !== ".".to_string).if {
	  string_tmp.add_first '/';
	  string_tmp.prepend path;
	  reduce_path string_tmp;
	  new_entry := get_entry string_tmp;
	  (new_entry = NULL).if {
	    result := FALSE;
	  } else {
	    (new_entry.path.count < path.count).if {
	      parent := new_entry;
	    } else {
	      list.add_last new_entry;
	    };
	  };
	};
      }.do_while {(`FindNextFile(hfile,&data)`:BOOLEAN{TRUE,FALSE}) && {result}};
      `FindClose(hfile)`;
    };
    result
  );
  
Section DIRECTORY
  
  - physical_get_entry new_path:ABSTRACT_STRING :ENTRY <-
  // Same UNIX
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + result:ENTRY;
        
    pe := new_path.to_external;
    `#ifdef __MINGW_H
    `;
    `{ struct stat t`; 
      (`stat(@pe,&t)`:INTEGER = 0).if {		  
        (`S_ISDIR(t.st_mode)`:INTEGER = 0).if {
          // File.
          result := FILE_UNIX.clone;
        } else {
          // Directory.
          result := DIRECTORY_UNIX.clone;
        };          
        result.set_path new_path;
        alias.put result to (result.path); // with { (e1,e2:ABSTRACT_STRING); e1 ~=e2 };
      };
    `}`;
    `#else
    `;
    `{ struct stat64 t`; 
      (`stat64(@pe,&t)`:INTEGER = 0).if {		  
        (`S_ISDIR(t.st_mode)`:INTEGER = 0).if {
          // File.
          result := FILE_UNIX.clone;
        } else {
          // Directory.
          result := DIRECTORY_UNIX.clone;
        };          
        result.set_path new_path;
        alias.put result to (result.path); //with { (e1,e2:ABSTRACT_STRING); e1 ~=e2 };
      };
    `}`;
    `#endif
    `;
    result
  );
    
  - physical_make_directory new_path:ABSTRACT_STRING :BOOLEAN <-
  ( + p:NATIVE_ARRAY(CHARACTER);
    p := new_path.to_external;
    `mkdir(@p)`:(INTEGER) = 0
  );

  - physical_make_file new_path:ABSTRACT_STRING :BOOLEAN <-
  // Same UNIX
  ( + p:NATIVE_ARRAY(CHARACTER);
    + stream:POINTER;
    + result:BOOLEAN;
    
    p := new_path.to_external;
    stream := `fopen((char*)@p,"w+b")`:POINTER;
    (stream != NULL).if {
      result := `fclose((FILE*)@stream)`:INTEGER = 0;
    };
    result
  );

  - physical_remove p:ABSTRACT_STRING :BOOLEAN <-
  // Same UNIX
  ( + pa:NATIVE_ARRAY(CHARACTER);
    pa := p.to_external;
    `remove(@pa)`:(INTEGER) = 0
  );
      
  - physical_move old_path:ABSTRACT_STRING to new_path:ABSTRACT_STRING :BOOLEAN <-
  // Same UNIX
  ( + old_p,new_p:NATIVE_ARRAY(CHARACTER);
    old_p := old_path.to_external;
    new_p := new_path.to_external;
    `rename(@old_p,@new_p)`:(INTEGER) = 0
  );

lisaac_0.39_rc1/lib/internal/os_support/windows/file_system/file_unix.li0000644000175000017500000000717411314031246026564 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FILE_UNIX;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "File management";
    
Section Inherit
  
  + parent_entry_unix:Expanded ENTRY_UNIX;
  
  + parent_file:Expanded FILE;
  
Section Private  
  
  + stream:POINTER; // Unix file pointer (FILE *).

Section Public
    
  //
  // Physical implementation.
  //
  
  - is_open:BOOLEAN <- stream != NULL;
  
  - size:UINTEGER_32 <-
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + result:UINTEGER_32;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      result := `t.st_size`:UINTEGER_32;
    `}`;
    result
  );
  
  - cursor:UINTEGER_32 <-
  ( + str:POINTER;    
    str := stream;    
    `ftell((FILE *)@str)`:UINTEGER_32
  );
  
  - set_cursor n:UINTEGER_32 <-
  [
    ...
    -? {stream != NULL};
    -? {n <= size};
  ]
  ( + str:POINTER;    
    str := stream;    
    `fseek((FILE*)(@str),@n,SEEK_SET)`;
  );    
  
  - open:BOOLEAN <-
  [
    -? {stream = NULL};
  ]
  ( + pa:NATIVE_ARRAY(CHARACTER);    
        
    pa := path.to_external;
    stream := `fopen((char*)@pa,"r+b")`:(POINTER);         
    stream != NULL
  ); 

  - open_read_only:BOOLEAN <-
  ( + pa:NATIVE_ARRAY(CHARACTER);    
    pa := path.to_external;
    stream := `fopen((char*)@path_pointer,"rb")`:(POINTER); 
    stream != NULL
  ); 
  
  - close <-
  [
    -? {stream != NULL};
  ]
  ( + str:POINTER;
        
    str := stream;    
    `fclose((FILE*)(@str))`;        
    stream := NULL;
  );
    
Section FILE  
  
  - physical_read buf:NATIVE_ARRAY(UINTEGER_8) size s:INTEGER :INTEGER <-
  // return size read or 0 if end of input (-1 on error => exception ?)
  ( + str:POINTER;    
    str := stream;    
    `fread((void *)(@buf),(size_t)(1), (size_t)(@s),(FILE*)(@str))`:(INTEGER)
  );
  
  - physical_write buf:NATIVE_ARRAY(UINTEGER_8) size s:INTEGER :INTEGER <-
  // return size read or 0 if end of input (-1 on error => exception ?)
  ( + str:POINTER;
    str := stream;      
    `fwrite((void *)(@buf),(size_t)(1), (size_t)(@s),(FILE*)(@str))`:(INTEGER)
  );
  

  
lisaac_0.39_rc1/lib/internal/os_support/windows/file_system/entry_unix.li0000644000175000017500000001063311314031246027000 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ENTRY_UNIX;

  - copyright   := "2003-2008 Benoit Sonntag";
  
  - bibliography:= "http://IsaacOS.com";

  - author      := "Benoit Sonntag (bsonntag@loria.fr)";

  - comment     := "Entry ANSI C";
    
Section Inherit
  
  + parent_entry:Expanded ENTRY;
    
Section Public  
  
  - access:UINTEGER_16 <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + result:UINTEGER_16;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      result := `t.st_mode`:UINTEGER_16 & 111_111_111b;
    `}`;
    result
  );
    
  - access_time:TIME <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:TIME;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_atime))`:POINTER;	  
      result := to_time tt;
    `}`;
    result
  );
  
  - access_date:DATE <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:DATE;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_atime))`:POINTER;	  
      result := to_date tt;
    `}`;
    result
  );
  
  - update_time:TIME   <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:TIME;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_mtime))`:POINTER;	  
      result := to_time tt;
    `}`;
    result
  );
  
  - update_date:DATE <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:DATE;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_mtime))`:POINTER;	  
      result := to_date tt;
    `}`;
    result
  );
    
  - create_time:TIME <-
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:TIME;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_ctime))`:POINTER;	  
      result := to_time tt;
    `}`;
    result
  );
  
  - create_date:DATE <-
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:DATE;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_ctime))`:POINTER;	  
      result := to_date tt;
    `}`;
    result
  );
  
Section Private  
  
  //
  // Time / Date: Unix -> Lisaac
  //
  
  - to_date t:POINTER :DATE <-
  ( + result:DATE;
    + wd,md,m:UINTEGER_8;
    + y:UINTEGER_16;
    
    y  := `((struct tm *)@t)->tm_year`:UINTEGER_16 + 1900;
    m  := `((struct tm *)@t)->tm_mon` :UINTEGER_8 + 1;
    md := `((struct tm *)@t)->tm_mday`:UINTEGER_8;
    wd := `((struct tm *)@t)->tm_wday`:UINTEGER_8;
    (! wd.in_range 1 to 7).if { // Bug in UNIX ?
      wd := 1;
    };
    result := DATE.create (y,m,md,wd)     
  );

  - to_time t:POINTER :TIME <-
  (
    TIME.create 
    ((`((struct tm *)@t)->tm_hour`:UINTEGER_8),
    (`((struct tm *)@t)->tm_min` :UINTEGER_8),
    (`((struct tm *)@t)->tm_sec` :UINTEGER_8),
    0)
  );
  
lisaac_0.39_rc1/lib/internal/os_support/windows/file_system/file_system.li0000644000175000017500000000437211314031246027122 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        :=FILE_SYSTEM;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment     :="File System manager for Unix.";
  
  - external := `#include `; // For `getcwd'
  
Section Inherit  
  
  + parent_directory:DIRECTORY <-
  ( + cwd:NATIVE_ARRAY(CHARACTER);    
    + result:DIRECTORY;
    
    DIRECTORY.string_tmp.clear;
    cwd := DIRECTORY.string_tmp.to_external;
    `getcwd(@cwd,255)`;
    DIRECTORY.string_tmp.from_external cwd;
    
    result ?= DIRECTORY_UNIX.physical_get_entry (DIRECTORY.string_tmp);
    DIRECTORY.alias.put result to (result.path);
    ? {result != NULL};
    parent_directory := result
  );
  
  


lisaac_0.39_rc1/lib/internal/os_support/unix/0000755000175000017500000000000011314031246021211 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/unix/video/0000755000175000017500000000000011314031324022314 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/unix/video/keyboard.li0000644000175000017500000001411611314031246024450 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := KEYBOARD;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="X11 - Keyboard Driver";

  - version := 1;  
  - date    :="2003/04";
  
Section Inherit

  + parent_input_keyboard:Expanded INPUT_KEYBOARD;

Section Private
  
  // Lower case.
  - lower_case:STRING_CONSTANT := "&é\"'(-è_çà)=\8\\9\azertyuiop^$\13\ qsdfghjklmù  *wxcvbn,;:!";
  // Upper case.
  - upper_case:STRING_CONSTANT := "1234567890°+\8\\9\AZERTYUIOP\"£\13\ QSDFGHJKLM%  µWXCVBN?./§";
  
  // Num lock.
  - num_on :STRING_CONSTANT := "789-456+1230.";
  - num_off:STRING_CONSTANT := "BUA-L\0R+EDZIS";
  
  // AltGr.
  - alt_gr:STRING_CONSTANT := "¹~#{[|`\\^@]}";
  
  // Extension key.
  - ext_key:STRING_CONSTANT := "BUAL REDZIS  HP";
  
  - keyup cu:UINTEGER_8 :UINTEGER_8 <-
  ( + result,pcu:UINTEGER_8;    
    
    // Patch 64bits
    ((UINTEGER_CPU.object_size = 8) && {
        (cu = 111) || {cu = 113} || {cu = 114} || {cu = 116}
    }).if {
      (cu <= 113).if {
        pcu := cu - 13;
      } else {
        pcu := cu - 12;
      };
    } else {      
      pcu := cu;
    };    
    // End patch
    
    cmd := cmd & 0F7h; // Deactivate the cmd bit    
    //bin_code.put ((bin_code.item (pcu>>3)) & ~(1<<(pcu&7))) to (pcu>>3);
    // Analyze: for deactivate the cmd
    ((pcu = 37) || {pcu = 109}).if {
      //CTRL 1 or CTRL2
      cmd := cmd & (~01h);
    }.elseif { pcu = 113 } then {
      // Alt Gr
      cmd := cmd & (~02h);
    }.elseif { pcu = 64 } then {
      // Alt
      cmd := cmd & (~04h);      
      result := ascii_code;
      ascii_code := 0;      
    }.elseif { (pcu = 50) || { pcu = 62} } then {
      // Shift 1 or Shift 2
      cmd := cmd & (~10h);
    };
    result
  );

  - keydown cu:UINTEGER_8 :UINTEGER_8 <-
  ( + result,pcu:UINTEGER_8;
    
    // Patch 64bits
    ((UINTEGER_CPU.object_size = 8) && {
        (cu = 111) || {cu = 113} || {cu = 114} || {cu = 116}
    }).if {
      (cu <= 113).if {
        pcu := cu - 13;
      } else {
        pcu := cu - 12;
      };
    } else {      
      pcu := cu;
    };    
    // End patch
    
    //bin_code.put ((bin_code.item (pcu>>3)) | (~(1<<(pcu&7)))) to (pcu>>3); // Activate key
    // Analyze: for activate the cmd
    ((pcu = 37) || {pcu = 109}).if {
      //CTRL1 or CTRL2
      cmd := cmd | 01h;
    }.elseif { pcu = 113 } then {
      // Alt Gr
      cmd := cmd | 02h;
    }.elseif { pcu = 64 } then {
      // Alt
      cmd := cmd | 04h;    
    }.elseif { pcu = 65 } then {
      // Space
      result := ' '.to_uinteger_8;      
    }.elseif { (pcu = 50) || { pcu = 62} } then {
      // Shift 1 or Shift 2
      cmd := cmd | 10h;
      ((cmd & 20h)!=0).if {
	cmd := cmd & (~20h);
	//light;
      };
    }.elseif { pcu = 66 } then {
      // Cap
      cmd := cmd ^ 20h;
      //light;
    }.elseif { pcu = 77 } then {
      // Num Lock
      cmd := cmd ^ 40h;
    }.elseif { pcu = 78 } then {
      // Scroll Lock
      cmd := cmd ^ 80h;
    }.elseif { pcu = 9 } then {
      // Esc
      cmd :=  cmd | 08h;
      result := 27;
    }.elseif {((cmd&2)!=0) && {pcu.in_range 10 to 21}} then {
      cmd :=  cmd & (~02h);
      result := alt_gr.item (pcu-9).to_uinteger_8;
    }.elseif {pcu.in_range 10 to 61} then {
      ((cmd & 30h)=0).if {
	result := lower_case.item (pcu-9).to_uinteger_8;
      } else {
	result := upper_case.item (pcu-9).to_uinteger_8;
      };
      (result <= 13).if {
	cmd := cmd | 08h;
      };	
    }.elseif {pcu = 63} then {
      result := '*'.to_uinteger_8;
    }.elseif {pcu.in_range 67 to 76} then {
      cmd :=  cmd | 08h;      // F1 to F10 = cmd
      result :=  pcu - 67 + 'a'.to_uinteger_8;  // 'a' to 'j'
    }.elseif {pcu.in_range 79 to 91} then {  
      ((cmd & 40h) = 0).if {
	// Ver num off
	result := num_off.item (pcu-78).to_uinteger_8;
	(result.to_character.in_range 'A' to 'Z').if {
	  cmd := cmd | 8h;
	};
      } else {
	// Verr num on
	result := num_on.item (pcu-78).to_uinteger_8;
	((cmd & 4) != 0).if {
	  ascii_code := ascii_code * 10 + (result-'0'.to_uinteger_8);
	  result := 0;
	};
      };
    }.elseif {(pcu = 95) || {pcu = 96}} then { 
      cmd :=  cmd | 08h;      // F11 to F12 = cmd
      result :=  pcu - 95 + 'k'.to_uinteger_8;  // 'k' to 'l'
    }.elseif {pcu = 94} then {
      ((cmd & 30h)=0).if {
	result := '<'.to_uinteger_8;
      } else {
	result := '>'.to_uinteger_8;
      };
    }.elseif {pcu.in_range 97 to 111} then {
      cmd := cmd | 08h;
      result := ext_key.item (pcu-96).to_uinteger_8;       
    }.elseif {pcu = 112} then {
      result := '/'.to_uinteger_8;
    };
    result
  );
    




lisaac_0.39_rc1/lib/internal/os_support/unix/video/event_system.li0000644000175000017500000001204411314031246025373 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := EVENT_SYSTEM;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment  := "X11 - Event System";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  - x_root:INTEGER;
  - y_root:INTEGER;
  
  - sleep n:INTEGER <-
  // Milisecond
  (
    `usleep(@n * 1000)`;
  );
  
  - make <-  
  ( + mask:UINTEGER_32;
    
    mask := `ExposureMask`:UINTEGER_32;
    mask := mask | `KeyPressMask|KeyReleaseMask`:UINTEGER_32;
    mask := mask | `ButtonPressMask|ButtonReleaseMask|PointerMotionMask`:UINTEGER_32;
    mask := mask | `ClientMessage`:UINTEGER_32;
    //mask := mask | `ResizeRedirectMask`:UINTEGER_32;
    mask := mask | `StructureNotifyMask`:UINTEGER_32;
    `XSelectInput(display,window,@mask)`;    
  );
    
  - get_event <-
  ( //+ nb_ev:INTEGER;
    + type:INTEGER;
    + x0,y0,x1,y1:INTEGER;
       
    TIMER.get_event;        
    `{ XEvent ev`;             
      (`XPending(display)`:INTEGER != 0).if {	      
        `XNextEvent(display,&ev)`;
        type := `ev.type`:INTEGER;
            
        type
        //
        // Event Window
        //
        .when `Expose`:INTEGER then {
          // Refresh X Window
          x0 := `ev.xexpose.x`:INTEGER;
          y0 := `ev.xexpose.y`:INTEGER;
          x1 := x0 + `ev.xexpose.width` :INTEGER - 1;
          y1 := y0 + `ev.xexpose.height`:INTEGER - 1;		
          DESK.physical_screen.redraw (x0,y0) to (x1,y1);
        }
        .when `ResizeRequest`:INTEGER then {
          // Resize X Window
          x1 := `ev.xresizerequest.width`:INTEGER;
          y1 := `ev.xresizerequest.height`:INTEGER;
          `XResizeWindow(display,window,@x1,@y1)`;
          
          VIDEO.pixel_hard (x1,10) color 0FF0000h;
          
          DESK.resize_window (x1,y1);
        }
        
        .when `ConfigureNotify`:INTEGER then {
          // Resize X Window
          x1 := `ev.xconfigure.width`:INTEGER;
          y1 := `ev.xconfigure.height`:INTEGER;		
          DESK.resize_window (x1,y1);
        }
        
        //
        // Event Keyboard
        //
        .when `KeyPress`:INTEGER then {          
          KEYBOARD.key `ev.xkey.keycode`:UINTEGER_8 press TRUE;
        }
        .when `KeyRelease`:INTEGER then {
          KEYBOARD.key `ev.xkey.keycode`:UINTEGER_8 press FALSE;
        }	
        //
        // Event Mouse
        //
        .when `ButtonPress`:INTEGER then {        
          x_root := `ev.xmotion.x_root`:INTEGER;
          y_root := `ev.xmotion.y_root`:INTEGER;
          (`ev.xbutton.button`:INTEGER = 1).if {
            MOUSE.set (`ev.xbutton.x`:INTEGER,`ev.xbutton.y`:INTEGER) with (TRUE,MOUSE.right);
          } else {
            MOUSE.set (`ev.xbutton.x`:INTEGER,`ev.xbutton.y`:INTEGER) with (MOUSE.left,TRUE);
          };
        }
        .when `ButtonRelease`:INTEGER then {
          x_root := `ev.xmotion.x_root`:INTEGER;
          y_root := `ev.xmotion.y_root`:INTEGER;
          (`ev.xbutton.button`:INTEGER = 1).if {
            MOUSE.set (`ev.xbutton.x`:INTEGER,`ev.xbutton.y`:INTEGER) with (FALSE,MOUSE.right);
          } else {
            MOUSE.set (`ev.xbutton.x`:INTEGER,`ev.xbutton.y`:INTEGER) with (MOUSE.left,FALSE);
          };
        }
        .when `MotionNotify`:INTEGER then {
          x_root := `ev.xmotion.x_root`:INTEGER;
          y_root := `ev.xmotion.y_root`:INTEGER;
          MOUSE.set (`ev.xmotion.x`:INTEGER,`ev.xmotion.y`:INTEGER) with (MOUSE.left,MOUSE.right);
        };
      };
    `}`;
  );
    
  
  









lisaac_0.39_rc1/lib/internal/os_support/unix/video/video.li0000644000175000017500000002056511314031246023763 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := VIDEO;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "X11 Driver video - Xlib -";
  
  - lip      <-
  (
    add_lib "-lX11";
  );
  
  - external := 
`
#include 

// For Frame buffer.
//#include   
#include 
#include 
#include 

Display *display;
Window  window;
GC      gc;
Screen  *screen;
XImage  *ximage=NULL;
`;

Section Inherit
  
  + parent_bitmap:Expanded BITMAP(PIXEL_24);
  
Section Public //VIDEO
  
  - line_tmp:ABSTRACT_BMP_LINE;
  
Section Public
  
  - screen_width:INTEGER;
  - screen_height:INTEGER;
  
  - message str:ABSTRACT_STRING <-
  ( 
    "Message : ".print; str.print; '\n'.print;
  );
  
  - is_active:BOOLEAN;
  
  - planes:UINTEGER_32;
  
  - resize (w,h:INTEGER) <-
  (
    width  := w;
    height := h;
    clipping_off;
  );
  
  - make_size (w,h:INTEGER) <-
  ( + data:NATIVE_ARRAY(UINTEGER_8);
    + w_max:INTEGER;
    
    // Init BITMAP:
    width  := w;
    height := h;
    
    // Creation Server X:
    `display = XOpenDisplay(NULL)`;
    // Screen Default:
    `screen = ScreenOfDisplay(display,DefaultScreen(display))`;
    // Init Graphic context:
    `gc = DefaultGC(display,DefaultScreen(display))`;
    // Creation Window:
    `window = XCreateSimpleWindow(display,RootWindow(display,DefaultScreen(display)), 0,0,@w,@h,2,0,0)`; 

    // Event manager:
    //XSelectInput(display,window,ExposureMask);

    // Title window:
    `XStoreName(display,window,"X-Isaac")`;  

    // Display Window:
    `XMapWindow(display,window)`;
    
    planes := `PlanesOfScreen(screen)`:UINTEGER_32;
    "Video mode: ".print;
    planes.print; "bits\n".print;
    
    screen_width  := w_max := `WidthOfScreen(screen)`:INTEGER;
    screen_height := `HeightOfScreen(screen)`:INTEGER;
    
    planes
    .when 15 then {
      line_tmp := BMP_LINE(PIXEL_15).create w_max;
      data := line_tmp.get_storage;
      `ximage = XCreateImage(display,None,15,ZPixmap,0,(char *)@data,@w_max,1,16,0)`;
    }
    .when 16 then { 
      line_tmp := BMP_LINE(PIXEL_16).create w_max; 
      data := line_tmp.get_storage;
      `ximage = XCreateImage(display,None,16,ZPixmap,0,(char *)@data,@w_max,1,16,0)`;
    }
    .when 24 then { 
      line_tmp := BMP_LINE(PIXEL_32).create w_max; 
      data := line_tmp.get_storage;
      `ximage = XCreateImage(display,None,24,ZPixmap,0,(char *)@data,@w_max,1,32,0)`;
    }
    .when 32 then { 
      line_tmp := BMP_LINE(PIXEL_32).create w_max; 
      data := line_tmp.get_storage;
      `ximage = XCreateImage(display,None,32,ZPixmap,0,(char *)@data,@w_max,1,32,0)`;
    };
    
    is_active := TRUE;
  );
  
  - auto_make <-
  (
    make_size (800,600);
  );
  
  - close <-
  (
    ? {is_active};
    // Remove Window:
    //`XUnmap(display,window)`;
    is_active := FALSE;
    ? {! is_active};
  );

  // 
  // Redefine Low level Bitmap.
  //
  
Section Public
  
  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( + real_col:UINTEGER_32;
    + m:UINTEGER_8;
    
    VIDEO.planes
    .when 15 then { 
      real_col := PIXEL_15.get_raw col;
    }
    .when 16 then { 
      real_col := PIXEL_16.get_raw col; 
    }
    .when 24 then { 
      real_col := PIXEL_24.get_raw col; 
    }
    .when 32 then { 
      real_col := PIXEL_32.get_raw col;
    };
    m := mode;
    `XSetForeground(display,gc,(int)@real_col)`;
    `XSetFunction(display,gc,(int)@m)`;
    `XDrawPoint(display,window,gc,@x,@y)`;
  );
  
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER color col:UINTEGER_32 <-
  ( + real_col:UINTEGER_32;
    + m:UINTEGER_8;
    
    VIDEO.planes
    .when 15 then { 
      real_col := PIXEL_15.get_raw col;
    }
    .when 16 then { 
      real_col := PIXEL_16.get_raw col; 
    }
    .when 24 then { 
      real_col := PIXEL_24.get_raw col; 
    }
    .when 32 then { 
      real_col := PIXEL_32.get_raw col;
    };
    m := mode;
    `XSetForeground(display,gc,(int)@real_col)`;
    `XSetFunction(display,gc,(int)@m)`;
    `XDrawLine(display,window,gc,@x0,@y0,@x1,@y0)`;
  );
    
  - line_h_hard (x0,y0:INTEGER) until x1:INTEGER 
  image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( + len:INTEGER;

    len := x1 - x0;    
    VIDEO.line_tmp.put line offset ofs from 0 to len;
    `XPutImage(display,window,gc, ximage, 0, 0, @x0, @y0, @len+1, 1)`;
  );
  
  - get_pixel_hard (x,y:INTEGER) :PIXEL <-
  (
    not_yet_implemented;
  );
  
  //
  // Frame buffer.
  //
  
  - open_frame_buffer <-
  ( + fb,w,h:INTEGER;
    
    fb := `open("/dev/fb0", O_RDWR)`:INTEGER;
    (fb = 0).if {
      "Error: cannot open framebuffer device.\n".print;
      die_with_code 0;
    };
    
    w := screen_width;
    h := screen_height;
    view_screen := `mmap(0, @w*@h*3, PROT_READ | PROT_WRITE,MAP_SHARED,@fb, 0)`:
    NATIVE_ARRAY(UINTEGER_8);
    
    (CONVERT(NATIVE_ARRAY(UINTEGER_8),INTEGER).on view_screen = -1).if {
      "Error: failed to map framebuffer device to memory.\n".print;
      die_with_code 0;
    };
  );
  
  - get_pixel_screen (x,y:INTEGER) :UINTEGER_32 <-
  [
    -? {x.in_range 0 to (screen_width -1)};
    -? {y.in_range 0 to (screen_height-1)};
  ]
  ( + ofs:INTEGER;
    /*
    (x.in_range 0 to (screen_width -1)).if_false {
      "MERDE\n".print;
    };
    (y.in_range 0 to (screen_height-1)).if_false {
      "MERDE Y\n".print;
    };
    */
    ofs := (y * screen_width + x) * 4;
    (view_screen.item  ofs   .to_uinteger_32      ) | 
    (view_screen.item (ofs+1).to_uinteger_32 <<  8) |
    (view_screen.item (ofs+2).to_uinteger_32 << 16)    
  );
  
  - set_pixel_screen (x,y:INTEGER) color col:UINTEGER_32 <-
  ( + ofs:INTEGER;
    
    ofs := (y * screen_width + x) * 4;
    view_screen.put ((col >> 16).to_uinteger_8)         to (ofs+2);
    view_screen.put (((col >> 8) & 0FFh).to_uinteger_8) to (ofs+1);
    view_screen.put ((col & 0FFh).to_uinteger_8)        to (ofs+0);    
  );
  
Section Private
  
  - view_screen:NATIVE_ARRAY(UINTEGER_8);

  /* A voir pour bloquer la size minimum
  
// pointer to the size hints structure. 
XSizeHints* win_size_hints = XAllocSizeHints();
if (!win_size_hints) {
    fprintf(stderr, "XAllocSizeHints - out of memory\n");
    exit(1);
}

// initialize the structure appropriately. 
// first, specify which size hints we want to fill in. 
// in our case - setting the minimal size as well as the initial size. 
win_size_hints->flags = PSize | PMinSize;
// next, specify the desired limits.                             
// in our case - make the window's size at least 300x200 pixels. 
// and make its initial size 400x250.                            
win_size_hints->min_width = 300;
win_size_hints->min_height = 200;
win_size_hints->base_width = 400;
win_size_hints->base_height = 250;

// pass the size hints to the window manager. 
XSetWMNormalHints(display, win, win_size_hints);

// finally, we can free the size hints structure. 
XFree(win_size_hints);
*/lisaac_0.39_rc1/lib/internal/os_support/unix/video/mouse.li0000644000175000017500000001607611314031246024007 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := MOUSE;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "X11 - Mouse driver";
  
Section Inherit
  
  + parent_input:Expanded INPUT;
  
  + parent_window:Expanded AREA; // MASK
  
Section Public
  
  - set (x,y:INTEGER) with (left_new,right_new:BOOLEAN) <-
  ( + tmp:UINTEGER_8;
    + x_new, y_new:INTEGER;
    
    y_new := y.max y_minimum.min y_maximum;
    x_new := x.max x_minimum.min x_maximum;
          
    tmp:=(p_end+1)&003h;
    buffer_event.item p_end.make (x_new,y_new) button (left_new,right_new);

    (((tmp+2)&3)!=p_beg).if {
      p_end:=tmp;
    };
    
    get_event;
    
    // Update status.
    x_current:=x_new;
    y_current:=y_new;
    right :=right_new;
    left  :=left_new;    
  );
  
Section Public
  
  + x_minimum:INTEGER;
  - x_maximum:INTEGER <- VIDEO.x_max;
  
  + y_minimum:INTEGER;
  - y_maximum:INTEGER <- VIDEO.y_max;    
  
  + x_current:INTEGER;
  + y_current:INTEGER; 
  
  + right:BOOLEAN;
  + left :BOOLEAN;
  
Section Private
  
  + buffer_event:FAST_ARRAY(EVENT_MOUSE);
  - p_beg:UINTEGER_8;  // Pointer on the buffer (beginning)
  - p_end:UINTEGER_8;  // Pointer on the buffer (end)
    
Section Public
  
  //
  // Creation / Initialisation.
  //
  
  - make <-
  ( + new_event:EVENT_MOUSE;
    
    is_actif := TRUE;
    
    //
    // Software configuration.
    //
    buffer_event := FAST_ARRAY(EVENT_MOUSE).create 4;
    0.to 3 do { j:INTEGER;
      new_event := EVENT_MOUSE.clone;
      buffer_event.put new_event to j;
      (j != 0).if {
	new_event.set_prev (buffer_event.item (j-1));
      };
    };
    buffer_event.first.set_prev new_event;
        
    // MASK
    mask := FAST_ARRAY(UINTEGER_16).create 16;
    make (DESK.physical_screen) from (x_current,y_current) size (16,16);
  );
  
  - get_event <-
  ( + p:INTEGER;
    + evt:EVENT_MOUSE;
    
    p := p_beg;
    (p != p_end).if {
      ((x_current != x_window) || {y_current != y_window}).if {
	set_position (x_current,y_current);
      };
      { p != p_end }.while_do {
        evt := buffer_event.item p;        
	(list_client.lower).to (list_client.upper) do { j:INTEGER;
	  list_client.item j.receive (buffer_event.item p);
	};      
	p := (p + 1) & 03h;
      };    
    };
  );
    
  - acknowledge <-
  (
    p_beg := (p_beg+1) & 03h;
  );
  
  //
  // Display.
  //
  
  // BSBS: A refaire avec une bitmap en dehors contenant le dessin avec une couleur de mask!!
  // Plus simple, plus puissant, plus rapide !
  
  + mask:FAST_ARRAY(UINTEGER_16);

  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( + m:UINTEGER_16;
    ? {x<16};
    ? {y<16};

    m:=mask.item y;
    m:=m | (1<.   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := TIMER;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Unix - Timer management.";

  - version := 1;  

  - date    :="2003/04";
  
  - external := 
`
#include 
#define __BEGIN_INTERRUPT__
#define __END_INTERRUPT__
XEvent timer_ev;
`;
  
Section Inherit  
  
  + parent_input:Expanded INPUT;
  
Section Private
  
  - timer_count:UINTEGER_32;
  
  - buffer_event:FAST_ARRAY(EVENT_TIMER);
  
  - p_beg:UINTEGER_8;  // Pointer on the buffer (beginning)
  
  - p_end:UINTEGER_8;  // Pointer on the buffer (end)
    
Section Interrupt  
  
  - timer_interrupt <-  
  ( + tmp:UINTEGER_8;     
    
    timer_count := timer_count + 1;
    
    tmp:=(p_end+1)&003h;
    buffer_event.item p_end.make timer_count; 
    (((tmp+2)&3)!=p_beg).if {
      p_end:=tmp;
    };
    // ((timer_count % 20)=0).if {
    //   CLOCK.rtc;
    // };
    /*
    (`is_sleep`:INTEGER = 1).if {
      `timer_ev.type           = ClientMessage`;
      `timer_ev.xclient.format = 32`;
      (`XSendEvent(display,window,0,ClientMessage,&timer_ev)`:INTEGER != 0).if {
	`XFlush(display)`;
      };
    } else {
     // "BREAK!!!!!\n".print;
   };
   */
    `ualarm(50000,0)`;    
  );
  
Section Public

  - make <-
  ( + hdle:POINTER;
    + new_event:EVENT_TIMER;
    
    is_actif := TRUE;
    //
    // Software configuration.
    //
    buffer_event := FAST_ARRAY(EVENT_TIMER).create 4;
    0.to 3 do { j:INTEGER;
      new_event := EVENT_TIMER.clone;
      buffer_event.put new_event to j;
      (j != 0).if {
	new_event.set_prev (buffer_event.item (j-1));
      };
    };
    buffer_event.first.set_prev new_event;
            
    hdle := timer_interrupt;
    `signal(SIGALRM,@hdle)`;
    `ualarm(500000,0)`;
  );

  - acknowledge <-
  (
    p_beg := (p_beg+1) & 03h;
  );

  - get_event <-
  ( + p:INTEGER;
    + evt:EVENT_TIMER;
    
    p := p_beg;
    { p != p_end }.while_do {
      evt := buffer_event.item p;      
      (list_client.lower).to (list_client.upper) do { j:INTEGER;
        buffer_event.item p.set_destination NULL;
	list_client.item j.receive (buffer_event.item p);
      };      
      p := (p + 1) & 03h;
    };    
  );
  
  - clear <-
  (
    p_beg := p_end;
  );
  

/* 
//Other solution :
void catcher( int sig ) {

    time_count ++;
}

int main( int argc, char *argv[] ) {

  int old_time;

    struct itimerval value;

    signal(SIGALRM,catcher);

    value.it_interval.tv_sec = 1;   
    value.it_interval.tv_usec = 0;  
    value.it_value.tv_sec = 1;      
    value.it_value.tv_usec = 0;     

    setitimer(ITIMER_REAL, &value, NULL); 

    while (1) {
      if (old_time != time_count) {
	printf("Time %ld\n",time_count);
	old_time = time_count;
      };
    };

    return(0);
}
*/lisaac_0.39_rc1/lib/internal/os_support/unix/video_ascii/0000755000175000017500000000000011314031324023464 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/unix/video_ascii/bmp_line_ascii.li0000644000175000017500000000702311314031246026754 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := BMP_LINE_ASCII;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Bitmap line for text mode";
  
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";

Section Inherit
  
  + parent_bmp_line:Expanded BMP_LINE;
  
Section Public
  
  + storage:MAP_NATIVE_ARRAY(PIXEL_ASCII);
  
  - get_storage:NATIVE_ARRAY(UINTEGER_8) <- NATIVE_ARRAY(UINTEGER_8).force_conversion storage;
  
  - make n:INTEGER <-
  ( 
    capacity := n;
    upper    := n - 1;    
    storage  := MAP_NATIVE_ARRAY(PIXEL_ASCII).calloc n;    
  );
  
  - make_with_capacity n:INTEGER <-
  (
    capacity := n;
    upper    := -1;
    storage  := MAP_NATIVE_ARRAY(PIXEL_ASCII).calloc n;    
  );
  
  - make n:INTEGER at offset:UINTEGER_32 <-
  ( 
    capacity := n;
    upper    := n - 1;    
    storage  := MAP_NATIVE_ARRAY(PIXEL_ASCII).force_conversion offset;    
  );

Section Public
  
  - pixel_geometry:PIXEL := PIXEL_ASCII;
  
  //
  // Put.
  //
  
  - put col:UINTEGER_32 from idx_begin:INTEGER to idx_end:INTEGER <- 
  ( ? {idx_begin<=idx_end};
    ? {idx_begin>=0};
    ? {idx_end.in_range 0 to upper};
        
    idx_begin.to idx_end do { n:INTEGER;
      storage.item n.color col;
    };
  );
  
  - put bmp:BMP_LINE offset ofs:INTEGER from idx_begin:INTEGER to idx_end:INTEGER <-
  ( + offset:INTEGER;
    + pixel:PIXEL_ASCII;
    ? {idx_begin <= idx_end};
    ? {idx_begin >= 0};
    ? {idx_end.in_range 0 to upper};
    ? {ofs >= 0};
    ? {(ofs + (idx_end - idx_begin)) <= bmp.upper}; 
    offset := ofs;
    idx_begin.to idx_end do { n:INTEGER;
      pixel := bmp.item_ascii offset;
      storage.item n.copy pixel;
      offset := offset + 1;
    };
  );
  
  //
  // Get.
  //
  
  - item n:INTEGER :PIXEL <-
  ( ? {n.in_range 0 to upper};
    
    storage.item n
  );
  
  - print <-
  (
    0.to upper do { i:INTEGER;
      item i.print;
    };
  );

lisaac_0.39_rc1/lib/internal/os_support/unix/video_ascii/video.li0000644000175000017500000000506011314031246025124 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := VIDEO;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Generic Driver video - Text mode -";
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
Section Inherit
  
  + parent_bitmap:Expanded BITMAP_ASCII;
  
Section Public
  
  - is_active:BOOLEAN;
  
  - create <-
  ( 
    make (190,80);
    is_active := TRUE;
  );
  
  - display_screen <-
  (
    0.to (height-1) do { y:INTEGER;
      '|'.print;
      0.to (width-1) do { x:INTEGER;
	image.item y.item x.print;
      };
      '|'.print;
      '\n'.print;
    };
  );

  - display_screen low:INTEGER to up:INTEGER <-
  (
    low.to up do { y:INTEGER;
      '|'.print;
      0.to (width-1) do { x:INTEGER;
	image.item y.item x.print;
      };
      '|'.print;
      '\n'.print;
    };
  );
  
  - close <-
  (
    ? {is_active};
    is_active := FALSE;
    ? {! is_active};
  );





lisaac_0.39_rc1/lib/internal/os_support/unix/video_ascii/pixel_ascii.li0000644000175000017500000000772611314031246026322 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PIXEL_ASCII;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Version Generic ASCII";
  
  - bibliography:= "http://IsaacOS.com";
  
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
Section Inherit
  
  - parent_pixel:PIXEL := PIXEL;
  
Section Mapping
  
  + char:CHARACTER;
  
Section Public
  
  - red:UINTEGER_8 <- 
  ( + result:UINTEGER_8;
    
    char
    .when ' ' then { result := 31;  }
    .when '.' then { result := 63;  }  
    .when '-' then { result := 95;  }
    .when '=' then { result := 127; }
    .when '+' then { result := 159; }
    .when '*' then { result := 191; }
    .when '%' then { result := 223; } 
    .when '#' then { result := 255; };
    result
  );
  
  - green:UINTEGER_8 <- red;

  - blue:UINTEGER_8 <- red;
 
  - color col:UINTEGER_32 :UINTEGER_32 <- 
  ( + gray:UINTEGER_32;
    
    gray := ((col >> 16)+ ((col & 00FF00h)>>8)+ ((col & 0000FFh) >> 3))/3;
    gray
    .when 0   to 31  then { char := ' '; }
    .when 32  to 63  then { char := '.'; }  
    .when 64  to 95  then { char := '-'; }
    .when 96  to 127 then { char := '='; }
    .when 128 to 159 then { char := '+'; }
    .when 160 to 191 then { char := '*'; }
    .when 192 to 223 then { char := '%'; } 
    .when 224 to 255 then { char := '#'; };
    col
  );
  
  - color_rgb (r,g,b:UINTEGER_8) <- 
  ( + gray:INTEGER;
    
    gray := (r.to_integer+g+b)/3;
    gray
    .when 0   to 31  then { char := ' '; }
    .when 32  to 63  then { char := '.'; }  
    .when 64  to 95  then { char := '-'; }
    .when 96  to 127 then { char := '='; }
    .when 128 to 159 then { char := '+'; }
    .when 160 to 191 then { char := '*'; }
    .when 192 to 223 then { char := '%'; } 
    .when 224 to 255 then { char := '#'; };
  );
  
  - size:UINTEGER_8          := 8; 
  - red_size:UINTEGER_8      := 3;      
  - red_pos:UINTEGER_8       := 0;
  - green_size:UINTEGER_8    := 3;
  - green_pos:UINTEGER_8     := 3;
  - blue_size:UINTEGER_8     := 2;
  - blue_pos:UINTEGER_8      := 6;
  - reserved_size:UINTEGER_8 := 0;
  - reserved_pos:UINTEGER_8  := 0;
  
  - copy other:SELF <-  
  (
    color_rgb ((other.red),(other.green),(other.blue));
  );
  
  - print <-
  (
    (char=0).if {
      char:=' ';
    };
    char.print;
  );
  
  - set_char c:CHARACTER <-
  (
    char := c;
  );

  - to_pixel_ascii:PIXEL_ASCII <- Self;




lisaac_0.39_rc1/lib/internal/os_support/unix/video_ascii/bitmap_ascii.li0000644000175000017500000000574011314031246026447 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := BITMAP_ASCII;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Bitmap for text mode";
  
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
Section Inherit
  
  + parent_bitmap_generic:Expanded BITMAP;
  
Section Public
  
  - pixel_geometry:PIXEL := PIXEL_ASCII;
  
Section Public  
  
  //
  // Data.
  //
  
  // Mapping memory bitmap.
  + image:FAST_ARRAY(BMP_LINE_ASCII);
  
  - get_line y:INTEGER :BMP_LINE <-
  ( //? {y < height};
    image.item y
  );
  
  //
  // Creation. 
  //

  - make (w,h:INTEGER) <-
  (
    width  := w;
    height := h;
    //bytes_per_line:=(w * PIXEL_ASCII.size + 7)>>3;
    image := FAST_ARRAY(BMP_LINE_ASCII).create h;
    0.to (image.upper) do { y:INTEGER;
      image.put (BMP_LINE_ASCII.create w) to y;
    };
    clipping_off;
  );  
  
  - make (w,h:INTEGER) at offset_begin:UINTEGER_32 bytes_per_line lx:INTEGER <-
  ( + offset:UINTEGER_32;
    
    width  := w;
    height := h;    
    image := FAST_ARRAY(BMP_LINE_ASCII).create h;
    offset:=offset_begin;
    0.to (image.upper) do { y:INTEGER;
      image.put (BMP_LINE_ASCII.create w at offset) to y;
      offset:=offset+lx;
    };
    clipping_off;
  );
  
  - print <-
  (
    0.to (height - 1) do {h:INTEGER;
      image.item h.print;
      '\n'.print;
    };
  );
 

lisaac_0.39_rc1/lib/internal/os_support/unix/system/0000755000175000017500000000000011314031324022532 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/unix/system/environment.li0000644000175000017500000001012011314031246025421 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ENVIRONMENT;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Execute system command and to get/set environment variables.";

Section Public

  - get_environment_variable variable:ABSTRACT_STRING :STRING <-
  // Try to get the value of the system environment `variable' or some
  // `variable' in the system registry. Gives NULL when no information
  // about the `variable' is available. Under UNIX like system, this is in
  // fact the good way to know about some system environment variable.
  // Under Windows, this function also look in the system registery.
  (
    + result:STRING;
    + p:NATIVE_ARRAY(CHARACTER);
    ? { variable != NULL };
    
    p := basic_getenv(variable.to_external);
    (p != NULL).if {
      result := STRING.clone;
      result.from_external p;
    };
    result
  );

  - set_environment_variable (variable,value:ABSTRACT_STRING) <-
  // Try to assign the system environment `variable' with `value'.
  (
    ? { variable != NULL };
    ? { value != NULL };
    basic_putenv (variable,value);
  );
  
  - execute_command system_command_line:ABSTRACT_STRING :INTEGER <-
  // To execute a `system_command_line' as for example, "ls -l" on UNIX.
  // The `Result' depends of the actual operating system. As an exemple,
  // this `execute' feature is under UNIX the equivalent of a `system' call.
  (
    ? { system_command_line != NULL};
    basic_system_execute_command (system_command_line.to_external)
  );

  - execute_command_line system_command_line:ABSTRACT_STRING <-
  // The equivalent of `execute_command' without `Result'.
  (
    execute_command (system_command_line);
  );
  
Section Private

  - basic_getenv environment_variable:NATIVE_ARRAY(CHARACTER) :NATIVE_ARRAY(CHARACTER) <-
  // To implement `get_environment_variable'.
  (
    `getenv((char*)@environment_variable)`:NATIVE_ARRAY(CHARACTER)
  );
  
  - basic_putenv (variable,value:ABSTRACT_STRING) <-
  // To implement `set_environment_variable'.
  (
    + v:NATIVE_ARRAY(CHARACTER);
    
    v := NATIVE_ARRAY(CHARACTER).calloc (variable.count + value.count + 2);
    v.copy_from (variable.to_external) until (variable.upper);
    v.put '=' to (variable.count);
    v.copy (value.to_external) to (variable.count + 1) until (value.capacity);
    v.put '\0' to (variable.count + 1 + value.count);
    `putenv((char*)@v)`;
  );
  
  - basic_system_execute_command system_command_line:NATIVE_ARRAY(CHARACTER) :INTEGER <-
  (
    `system(((char*)(@system_command_line)))`:(INTEGER)
  );



lisaac_0.39_rc1/lib/internal/os_support/unix/system/system.li0000644000175000017500000001037711314031246024417 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := SYSTEM;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Generic System Object (methods).";

  - external    := `#include `;

Section Public
  
  - get_current_date:DATE <-
  ( + wd,d,mo:UINTEGER_8;    
    + y:UINTEGER_16;
    
    `{ 
      struct tm *t; time_t tt;
      tt = time(NULL);
      t = localtime(&tt)`;      
      wd := `t->tm_wday`:UINTEGER_8 + 1;
      d  := `t->tm_mday`:UINTEGER_8;
      mo := `t->tm_mon` :UINTEGER_8 + 1;
      y  := `t->tm_year`:UINTEGER_16 + 1900;    
    `}`;
    DATE.create (y,mo,d,wd)
  );
  
  - get_current_time:TIME <-
  ( + s,m,h:UINTEGER_8;
        
    `{ 
      struct tm *t; time_t tt;
      tt = time(NULL);
      t = localtime(&tt)`;      
      h := `t->tm_hour`:UINTEGER_8;
      m := `t->tm_min` :UINTEGER_8;
      s := `t->tm_sec` :UINTEGER_8;      
    `}`;    
    TIME.create (h,m,s,0)
  );

  //
  //
  //
  
  - is_ansi:BOOLEAN := TRUE;
  
  - exit code:INTEGER <- `exit(@code)`;
  
  - putb value:UINTEGER_8 to port:UINTEGER_16 <-
  // Write in port
  ( 
    `{ unsigned short val;
      val = @value;
      asm
      (
	"movw %0,%%dx \n\
	movw %1,%%ax     \n\
	outb %%al,%%dx  "
	: /* No output */ 
	:"r"(@port), "r"(val)
	:"%ax","%dx"
      );
    }`;
  );

  - itemb port:UINTEGER_16 :UINTEGER_8 <-
  // Read in port
  ( + result:UINTEGER_8;
    `{ unsigned short res;
      asm
      (
	"movw %1,%%dx \n\
	inb %%dx,%%al \n\
	movw %%ax,%0  "
	:"=r"(res)
	:"r"(@port)
	:"%ax","%dx"
      )`;
      result := `res`:UINTEGER_8;
    `}`;
    result
  );
       
  - get_universal_time:UINTEGER_64 <-
  (
    `(unsigned long long)time(NULL)`:UINTEGER_64
  );

  // Memory Management
   
  - memory:MEMORY := MEMORY;
  
  - get_begin_memory:POINTER;
  
    - get_memory_capacity:UINTEGER_CPU <- 
  ( + cap:UINTEGER_CPU;
    + mem,new_mem:POINTER;
    cap := 32.mb;
    {
      cap := cap * 2;
      mem := new_mem;
      new_mem := `realloc(@mem,@cap)`:POINTER;    
    }.do_until {(new_mem = NULL) || {(cap >> 20) = 2048}}; // BSBS: BUG COMPILO 0.13
    (new_mem = NULL).if {
      cap := cap / 2;
    } else {
      mem := new_mem;
    };
    get_begin_memory := mem;
    //
    cap
  );    
  
Section SYSTEM,MEMORY
  
  - realloc_c (beg:UINTEGER_32,nb:INTEGER) :UINTEGER_32 <-
  ( + result:UINTEGER_32;
    result := `(unsigned long)realloc((void *)@beg,@nb+15)`:UINTEGER_32;
    ((beg != 0) && {result != beg}).if {
      MEMORY.print_nbx beg;
      '\n'.print;
      MEMORY.print_nbx result;
      '\n'.print;
      exit 1;
    };
    ? {(beg != 0) ->> {beg = result}};
    ? {result != 0};
    result
  );
  
Section ISAAC  
  
  - make <-
  // Isaac compatibility.
  (
    // Nothing.
  );lisaac_0.39_rc1/lib/internal/os_support/unix/system/system_io.li0000644000175000017500000000452411314031246025103 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := SYSTEM_IO;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment  := "Lower level for Input / Output";
  
  - external := `
#include 
#include 
  
/* Hardware 'print_char' */
void print_char(char car)
{
  fputc(car,stdout);
}

/* Hardware 'exit' */
int die_with_code(int code)
{
  exit(code);
}

`;

Section Inherit
  
  - parent_object:OBJECT := OBJECT;

Section Public

  - print_char byte:CHARACTER <-
  // Low level buffered output.
  (
    `fputc((int)@byte,stdout)`;
  );
  
   - print_error_char byte:CHARACTER <-
  // Low level buffered error output.
  (
    `fputc((int)@byte,stderr)`;
  ); 
  
  - get_char :CHARACTER <- `fgetc(stdin)`:(CHARACTER);
  
  - eof:CHARACTER <- `EOF`:CHARACTER;
  lisaac_0.39_rc1/lib/internal/os_support/unix/system/processor.li0000644000175000017500000000554011314031246025106 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PROCESSOR;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Processor object.";

Section Public
  
  - to_intel_ulong v:UINTEGER_64 :UINTEGER_64 <- deferred;
  
  - to_intel_uint v:UINTEGER_32 :UINTEGER_32 <- deferred;
  
  - to_intel_ushort v:UINTEGER_16 :UINTEGER_16 <- deferred;
  
  - to_motorola_ulong v:UINTEGER_64 :UINTEGER_64 <-
  (    
    (v << 56) | ((v & 0FF00h) << 40) | ((v & 0FF0000h) << 24) | ((v & 0FF000000h) << 8) |
           (v >> 56)   | ((v >> 40) & 0FF00h) | ((v >> 24) & 0FF0000h) | ((v >> 8) & 0FF000000h)
  );
  
  - to_motorola_uint v:UINTEGER_32 :UINTEGER_32 <-
  (
    (v << 24) | ((v & 0FF00h) << 8) | ((v >> 8) & 0FF00h) | (v >> 24)     
  );
  
  - to_motorola_int v:INTEGER :INTEGER <-
  (
    // Conversion in uxxx to cut the sign
    (v  << 24) | (((v & 0FF00h) << 8).to_uinteger_16) | (((v >> 8) & 0FF00h).to_uinteger_16) | ((v >> 24).to_uinteger_8)     
  );
  
  - to_motorola_ushort v:UINTEGER_16 :UINTEGER_16 <-
  (
    (v  << 8) | (v >> 8)
  );

  - to_motorola_short v:INTEGER_16 :INTEGER_16 <-
  (
    // Conversion in usmall to cut the sign
    ((v << 8) | ((v >> 8) & 0FFh))
  );

lisaac_0.39_rc1/lib/internal/os_support/unix/system/float_processor.li0000644000175000017500000000625711314031246026301 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := FLOAT_PROCESSOR;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  
  - init; // Compatibility IsaacOS.
  
  - atan    n:REAL    :REAL    <- `atanf(@n)`:REAL;  
  - atan_32 n:REAL_32 :REAL_32 <- `atanf(@n)`:REAL_32;  
  - atan_64 n:REAL_64 :REAL_64 <- `atan(@n)`:REAL_64;
  - atan_80 n:REAL_80 :REAL_80 <- `atanl(@n)`:REAL_80;
  
  - sqrt    n:REAL    :REAL    <- `sqrtf(@n)`:REAL;
  - sqrt_32 n:REAL_32 :REAL_32 <- `sqrtf(@n)`:REAL_32;
  - sqrt_64 n:REAL_64 :REAL_64 <- `sqrt(@n)`:REAL_64;
  - sqrt_80 n:REAL_80 :REAL_80 <- `sqrtl(@n)`:REAL_80;

  - log     n:REAL    :REAL    <- `logf(@n)`:REAL;
  - log_32  n:REAL_32 :REAL_32 <- `logf(@n)`:REAL_32;
  - log_64  n:REAL_64 :REAL_64 <- `log(@n)`:REAL_64;
  - log_80  n:REAL_80 :REAL_80 <- `logl(@n)`:REAL_80;

  - sin     n:REAL    :REAL    <- `sinf(@n)`:REAL;
  - sin_32  n:REAL_32 :REAL_32 <- `sinf(@n)`:REAL_32;
  - sin_64  n:REAL_64 :REAL_64 <- `sin(@n)`:REAL_64;
  - sin_80  n:REAL_80 :REAL_80 <- `sinl(@n)`:REAL_80;

  - cos     n:REAL    :REAL    <- `cosf(@n)`:REAL;
  - cos_32  n:REAL_32 :REAL_32 <- `cosf(@n)`:REAL_32;
  - cos_64  n:REAL_64 :REAL_64 <- `cos(@n)`:REAL_64;
  - cos_80  n:REAL_80 :REAL_80 <- `cosl(@n)`:REAL_80;

  - pow    (n,exp:REAL)    :REAL    <- `powf(@n,@exp)`:REAL;
  - pow_32 (n,exp:REAL_32) :REAL_32 <- `powf(@n,@exp)`:REAL_32;
  - pow_64 (n,exp:REAL_64) :REAL_64 <- `pow(@n,@exp)`:REAL_64;
  - pow_80 (n,exp:REAL_80) :REAL_80 <- `powl(@n,@exp)`:REAL_80;

  lisaac_0.39_rc1/lib/internal/os_support/unix/system/clock.li0000644000175000017500000000526411314031246024165 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := CLOCK;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - bibliography:="http://IsaacOS.com";

  - author      := "Benoit Sonntag (bsonntag@loria.fr)";

  - comment     :="X11 - Clock management.";

  - date    :="2003/04";
  
  - external := `#include `;
  
Section Inherit  
  
  - parent_input:INPUT := INPUT;
      
Section Public  
  
  - date:DATE <-
  ( + wd,d,mo:UINTEGER_8;    
    + y:UINTEGER_16;
    
    `{ 
      struct tm *t; time_t tt;
      tt = time(NULL);
      t = localtime(&tt)`;      
      wd := `t->tm_wday`:UINTEGER_8 + 1;
      d  := `t->tm_mday`:UINTEGER_8;
      mo := `t->tm_mon` :UINTEGER_8 + 1;
      y  := `t->tm_year`:UINTEGER_16 + 1900;    
    `}`;
    DATE.create (y,mo,d,wd)
  );
    
  - time:TIME <-
  ( + s,m,h:UINTEGER_8;
        
    `{ 
      struct tm *t; time_t tt;
      tt = time(NULL);
      t = localtime(&tt)`;      
      h := `t->tm_hour`:UINTEGER_8;
      m := `t->tm_min` :UINTEGER_8;
      s := `t->tm_sec` :UINTEGER_8;      
    `}`;    
    TIME.create (h,m,s,0)
  );
  
  - make <-
  (
    // Nothing.
  );





lisaac_0.39_rc1/lib/internal/os_support/unix/file_system/0000755000175000017500000000000011314031324023531 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/unix/file_system/directory_unix.li0000644000175000017500000001260211314031246027132 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        :=DIRECTORY_UNIX;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - bibliography:="http://IsaacOS.com";
  
  - author      :="Benoit Sonntag (bsonntag@loria.fr)";
  
  - comment     :="Directory management";
  
  - external := 
`
#include 
#include 
#include 
`;
  
Section Inherit
  
  + parent_entry_unix:Expanded ENTRY_UNIX;
  
  + parent_directory:Expanded DIRECTORY;
  
Section Public
  
  - is_open:BOOLEAN <- ( list != NULL);
  
  //
  // Scanning
  //
      
  - open:BOOLEAN <-
  ( + p,n:NATIVE_ARRAY(CHARACTER);
    + dir,dirent:POINTER;
    + new_entry:ENTRY;
    + result:BOOLEAN;
    + i:INTEGER;
    
    (list = NULL).if {
      list := LINKED_LIST(ENTRY).create;
    } else {
      list.clear;
    };
        
    p := path.to_external;
    dir := `opendir(@p)`:POINTER; 
    (dir != NULL).if {
      result := TRUE;            
      {
	dirent := `readdir(@dir)`:POINTER;
	(dirent != NULL).if {
	  n := `((struct dirent *)@dirent)->d_name`:NATIVE_ARRAY(CHARACTER);	
	  string_tmp.clear;
	  i := 0;
	  {n.item i = '\0'}.until_do { 
	    string_tmp.add_last (n.item i);
	    i := i + 1;
	  };
	  (string_tmp !== ".".to_string).if {
	    string_tmp.add_first '/';
            string_tmp.prepend path;            
            reduce_path string_tmp;            
            new_entry := get_entry string_tmp;                                   
            (new_entry = NULL).if {	      	                    
              "WARNING: ".print; string_tmp.print; " no readable!\n".print;              
	      //result := FALSE;
	    } else {
	      (new_entry.path.count >= path.count).if {
		list.add_last new_entry;
	      };
	    };
	  };
	};
      }.do_while {(dirent != NULL) && {result}};
      `closedir(@dir)`;
    };
    result
  );
  
Section DIRECTORY
  
  - physical_get_entry new_path:ABSTRACT_STRING :ENTRY <-
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + result:ENTRY;
        
    pe := new_path.to_external;
    // #ifdef __MINGW_H ( voir sous winmerde )
    `#ifndef __USE_LARGEFILE64
    `;
    `{ struct stat t`; 
      (`stat(@pe,&t)`:INTEGER = 0).if {		  
        (`S_ISDIR(t.st_mode)`:INTEGER = 0).if {
          // File.
          result := FILE_UNIX.clone;
        } else {
          // Directory.
          result := DIRECTORY_UNIX.clone;
        };          
        result.set_path new_path;
        alias.put result to (result.path); // with { (e1,e2:ABSTRACT_STRING); e1 ~=e2 };
      };
    `}`;
    `#else
    `;
    `{ struct stat64 t`; 
      (`stat64(@pe,&t)`:INTEGER = 0).if {		  
        (`S_ISDIR(t.st_mode)`:INTEGER = 0).if {
          // File.
          result := FILE_UNIX.clone;
        } else {
          // Directory.
          result := DIRECTORY_UNIX.clone;
        };          
        result.set_path new_path;
        alias.put result to (result.path); //with { (e1,e2:ABSTRACT_STRING); e1 ~=e2 };
      };
    `}`;
    `#endif
    `;
    result
  );
  
  - physical_make_directory new_path:ABSTRACT_STRING :BOOLEAN <-
  ( + pa:NATIVE_ARRAY(CHARACTER);
    pa := new_path.to_external;
    `mkdir(@pa,S_IRWXU)`:(INTEGER) = 0
  );

  - physical_make_file new_path:ABSTRACT_STRING :BOOLEAN <-
  ( + pa:NATIVE_ARRAY(CHARACTER);
    + stream:POINTER;
    + result:BOOLEAN;
    
    pa := new_path.to_external;
    stream := `fopen((char*)@pa,"w+b")`:POINTER;
    (stream != NULL).if {
      result := `fclose((FILE*)@stream)`:INTEGER = 0;
    };
    result
  );

  - physical_remove p:ABSTRACT_STRING :BOOLEAN <-
  ( + pa:NATIVE_ARRAY(CHARACTER);
    pa := p.to_external;
    `remove(@pa)`:(INTEGER) = 0
  );
      
  - physical_move old_path:ABSTRACT_STRING to new_path:ABSTRACT_STRING :BOOLEAN <-
  ( + old_p,new_p:NATIVE_ARRAY(CHARACTER);
    old_p := old_path.to_external;
    new_p := new_path.to_external;
    `rename(@old_p,@new_p)`:(INTEGER) = 0
  );
lisaac_0.39_rc1/lib/internal/os_support/unix/file_system/file_unix.li0000644000175000017500000000717411314031246026055 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FILE_UNIX;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "File management";
    
Section Inherit
  
  + parent_entry_unix:Expanded ENTRY_UNIX;
  
  + parent_file:Expanded FILE;
  
Section Private  
  
  + stream:POINTER; // Unix file pointer (FILE *).

Section Public
    
  //
  // Physical implementation.
  //
  
  - is_open:BOOLEAN <- stream != NULL;
  
  - size:UINTEGER_32 <-
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + result:UINTEGER_32;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      result := `t.st_size`:UINTEGER_32;
    `}`;
    result
  );
  
  - cursor:UINTEGER_32 <-
  ( + str:POINTER;    
    str := stream;    
    `ftell((FILE *)@str)`:UINTEGER_32
  );
  
  - set_cursor n:UINTEGER_32 <-
  [
    ...
    -? {stream != NULL};
    -? {n <= size};
  ]
  ( + str:POINTER;    
    str := stream;    
    `fseek((FILE*)(@str),@n,SEEK_SET)`;
  );    
  
  - open:BOOLEAN <-
  [
    -? {stream = NULL};
  ]
  ( + pa:NATIVE_ARRAY(CHARACTER);    
        
    pa := path.to_external;
    stream := `fopen((char*)@pa,"r+b")`:(POINTER);         
    stream != NULL
  ); 

  - open_read_only:BOOLEAN <-
  ( + pa:NATIVE_ARRAY(CHARACTER);    
    pa := path.to_external;
    stream := `fopen((char*)@path_pointer,"rb")`:(POINTER); 
    stream != NULL
  ); 
  
  - close <-
  [
    -? {stream != NULL};
  ]
  ( + str:POINTER;
        
    str := stream;    
    `fclose((FILE*)(@str))`;        
    stream := NULL;
  );
    
Section FILE  
  
  - physical_read buf:NATIVE_ARRAY(UINTEGER_8) size s:INTEGER :INTEGER <-
  // return size read or 0 if end of input (-1 on error => exception ?)
  ( + str:POINTER;    
    str := stream;    
    `fread((void *)(@buf),(size_t)(1), (size_t)(@s),(FILE*)(@str))`:(INTEGER)
  );
  
  - physical_write buf:NATIVE_ARRAY(UINTEGER_8) size s:INTEGER :INTEGER <-
  // return size read or 0 if end of input (-1 on error => exception ?)
  ( + str:POINTER;
    str := stream;      
    `fwrite((void *)(@buf),(size_t)(1), (size_t)(@s),(FILE*)(@str))`:(INTEGER)
  );
  

  
lisaac_0.39_rc1/lib/internal/os_support/unix/file_system/entry_unix.li0000644000175000017500000001063311314031246026271 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ENTRY_UNIX;

  - copyright   := "2003-2008 Benoit Sonntag";
  
  - bibliography:= "http://IsaacOS.com";

  - author      := "Benoit Sonntag (bsonntag@loria.fr)";

  - comment     := "Entry ANSI C";
    
Section Inherit
  
  + parent_entry:Expanded ENTRY;
    
Section Public  
  
  - access:UINTEGER_16 <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + result:UINTEGER_16;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      result := `t.st_mode`:UINTEGER_16 & 111_111_111b;
    `}`;
    result
  );
    
  - access_time:TIME <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:TIME;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_atime))`:POINTER;	  
      result := to_time tt;
    `}`;
    result
  );
  
  - access_date:DATE <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:DATE;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_atime))`:POINTER;	  
      result := to_date tt;
    `}`;
    result
  );
  
  - update_time:TIME   <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:TIME;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_mtime))`:POINTER;	  
      result := to_time tt;
    `}`;
    result
  );
  
  - update_date:DATE <- 
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:DATE;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_mtime))`:POINTER;	  
      result := to_date tt;
    `}`;
    result
  );
    
  - create_time:TIME <-
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:TIME;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_ctime))`:POINTER;	  
      result := to_time tt;
    `}`;
    result
  );
  
  - create_date:DATE <-
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:DATE;
    pe := path.to_external;
    `{ struct stat t; stat(@pe,&t)`;		  
      tt := `localtime(&(t.st_ctime))`:POINTER;	  
      result := to_date tt;
    `}`;
    result
  );
  
Section Private  
  
  //
  // Time / Date: Unix -> Lisaac
  //
  
  - to_date t:POINTER :DATE <-
  ( + result:DATE;
    + wd,md,m:UINTEGER_8;
    + y:UINTEGER_16;
    
    y  := `((struct tm *)@t)->tm_year`:UINTEGER_16 + 1900;
    m  := `((struct tm *)@t)->tm_mon` :UINTEGER_8 + 1;
    md := `((struct tm *)@t)->tm_mday`:UINTEGER_8;
    wd := `((struct tm *)@t)->tm_wday`:UINTEGER_8;
    (! wd.in_range 1 to 7).if { // Bug in UNIX ?
      wd := 1;
    };
    result := DATE.create (y,m,md,wd)     
  );

  - to_time t:POINTER :TIME <-
  (
    TIME.create 
    ((`((struct tm *)@t)->tm_hour`:UINTEGER_8),
    (`((struct tm *)@t)->tm_min` :UINTEGER_8),
    (`((struct tm *)@t)->tm_sec` :UINTEGER_8),
    0)
  );
  
lisaac_0.39_rc1/lib/internal/os_support/unix/file_system/file_system.li0000644000175000017500000000437211314031246026413 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        :=FILE_SYSTEM;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment     :="File System manager for Unix.";
  
  - external := `#include `; // For `getcwd'
  
Section Inherit  
  
  + parent_directory:DIRECTORY <-
  ( + cwd:NATIVE_ARRAY(CHARACTER);    
    + result:DIRECTORY;
    
    DIRECTORY.string_tmp.clear;
    cwd := DIRECTORY.string_tmp.to_external;
    `getcwd(@cwd,255)`;
    DIRECTORY.string_tmp.from_external cwd;
    
    result ?= DIRECTORY_UNIX.physical_get_entry (DIRECTORY.string_tmp);
    DIRECTORY.alias.put result to (result.path);
    ? {result != NULL};
    parent_directory := result
  );
  
  


lisaac_0.39_rc1/lib/internal/os_support/dos/0000755000175000017500000000000011314031246021013 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/dos/video/0000755000175000017500000000000011314031324022116 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/dos/video/pixel_8.li0000644000175000017500000000553211314031246024024 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PIXEL_8;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Pixel 8 bits (RR-VVV-BBB)";
  
  - bibliography:= "http://IsaacOS.com";
  
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
Section Inherit
  
  - parent_pixel:PIXEL := PIXEL;
  
Section Mapping
  
  + real_color:UINTEGER_8;
        
Section Public
  
  - red:UINTEGER_8   <- real_color & 11000000b;
  
  - green:UINTEGER_8 <- (real_color & 00111000b) << 2;
  
  - blue:UINTEGER_8  <- real_color << 5;
  
  - color col:UINTEGER_32 <-
  (
    real_color := (((col >> 16).to_uinteger_8) &11000000b) | ((((col & 00FF00h) >> 10).to_uinteger_8)&00111000b) | (((col & 0000FFh).to_uinteger_8) >>5);
  );
  
  - color_rgb (r,g,b:UINTEGER_8) <-
  (
    real_color := (r &11000000b) | (g&00111000b) | (b >>5);
  );
  
  - size:UINTEGER_8       := 8; 
  - red_size:UINTEGER_8   := 2;
  - red_pos:UINTEGER_8    := 6;
  - green_size:UINTEGER_8 := 3;
  - green_pos:UINTEGER_8  := 3;
  - blue_size:UINTEGER_8  := 3;
  - blue_pos:UINTEGER_8   := 0;
  - reserved_size:UINTEGER_8 :=0;
  - reserved_pos:UINTEGER_8  :=0;
  
  - copy other:SELF <-  
  (
    real_color := other.real_color;
  );
  
  - to_pixel_8:PIXEL_8 <- Self;
  







lisaac_0.39_rc1/lib/internal/os_support/dos/video/keyboard.li0000644000175000017500000001746411314031246024263 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := KEYBOARD;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - bibliography:="http://IsaacOS.com";
  - author      :="Boutet Jerome (boutet@loria.fr),Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="Keyboard for DOS - AZERTY";

  - version := 1;  
  - date    :="2003/04";
  
Section Inherit
  
  + parent_input_keyboard:Expanded INPUT_KEYBOARD;

Section Private
 
  + e_code:BOOLEAN;   // TRUE If extended mode 
  
  // Lower case.
  - cmin:STRING_CONSTANT := "\0d\&‚\"\39d\(-Š_‡…)=\1d\\2d\azertyuiop^$\3d\^qsdfghjklm—ý^*wxcvbn,;:!^*^ ";
  // Upper case.
  - cmaj:STRING_CONSTANT := "\0d\1234567890ø+\1d\\2d\AZERTYUIOPùœ\3d\^QSDFGHJKLM%ý^æWXCVBN?./^*^ ";

  - cmm:STRING_CONSTANT  := "\27d\\8d\\9d\\13d\"; // 0:Echap 1:Del 2:Tab 3:Enter
  - caltgr:STRING_CONSTANT  := "'~#{[|`\\^@]}";
  
  // Num keyb.
  - keynum0:STRING_CONSTANT := "789-456+1230."; // from 70-82
  - keynum1:STRING_CONSTANT := "BUA\0d\LMR\0d\ELZIS"; // Without NumLock
  
  // Extended keyboard from 88 to 102
  - ext_key:STRING_CONSTANT := "\55d\\28d\\52d\\27d\\70d\\78d\\81d\\82d\\76d\\74d\\71d\\79d\\80d\\72d\\54d\"; 
  - buf_extk:STRING_CONSTANT := "\13d\BEISRLUDZAH";

Section Public  
  
  - old_scan:UINTEGER_8;
  
  //
  // Get Character (Interrupt #21)
  //

  - get_scan <-
  ( + cu,scancode,tmp:UINTEGER_8;
        
    scancode:=SYSTEM.itemb 60h;     
    (scancode != old_scan).if {
      old_scan := scancode;
      cu:=getcode (scancode-1);
      (cu!=0).if {
	// Routine Pour Reboot Violant : CTRL+(ALT | ALT Gr)+Suppr
	((cu=='S'.to_uinteger_8) && { ((cmd&0Fh)==0Dh) || {(cmd&0Fh)==0Bh} }).if {
	  "Reboot ...\n".print;
	  die_with_code exit_failure_code;
	};
	
	tmp:=(p_end+1)&003h;
	buffer_event.item p_end.make ((cmd.to_uinteger_16<<8)|cu);
	(((tmp+2)&3)!=p_beg).if {
	  p_end:=tmp;
	};
	get_event;
      };
    };
  );
  
Section Private
  
  - send_cmd (comm,dta:UINTEGER_8) <-
  // Send a command to keyboard 
  (
    // Empty buffer
    { ((SYSTEM.itemb 64h) & 2) != 0}.while_do {
      SYSTEM.itemb 60h;                         
    };    
    // Send command
    SYSTEM.putb comm to 60h;                      
    // Waiting for answer
    { ((SYSTEM.itemb 64h) & 1) == 0}.while_do {};       
    // Read answer
    SYSTEM.itemb 60h;                           
    // Send data
    SYSTEM.putb dta to 60h;                      
    // Waiting for answer
    { ((SYSTEM.itemb 64h) & 1) == 0}.while_do {};   
    // Read answer
    SYSTEM.itemb 60h;                           
  );
  
  - light <-
  (
    send_cmd (0EDh,(((cmd & 80h)>>7)|((cmd & 40h)>>5)|((cmd & 20h)>>3)));
  );

  - keyup cu:UINTEGER_8 :UINTEGER_8 <-
  ( + result:UINTEGER_8;
    cmd := cmd & 0F7h; // Deactivate the cmd bit    
    bin_code.put ((bin_code.item (cu>>3)) & ~(1<<(cu&7))) to (cu>>3);
    // Analyze: for deactivate the cmd
    ((cu == 28) || {cu == 89}).if {
      //CTRL 1 or CTRL2
      cmd := cmd & (~01h);
    }.elseif { cu == 88 } then {
      // Alt Gr
      cmd := cmd & (~02h);
    }.elseif { cu == 55 } then {
      // Alt
      cmd := cmd & (~04h);      
      result := ascii_code;
      ascii_code := 0;      
    }.elseif { (cu == 41) || { cu == 53} } then {
      // Shift 1 or Shift 2
      cmd := cmd & (~10h);
    };
    result
  );

  - keydown cu:UINTEGER_8 :UINTEGER_8 <-
  ( + cu2,result:UINTEGER_8;
    bin_code.put ((bin_code.item (cu>>3)) | (~(1<<(cu&7)))) to (cu>>3); // Activate key
    // Analyze: for activate the cmd
    ((cu == 28) || {cu == 89}).if {
      //CTRL 1 or CTRL2
      cmd := cmd | 01h;
    }.elseif { cu == 88 } then {
      // Alt Gr
      cmd := cmd | 02h;
    }.elseif { cu == 55 } then {
      // Alt
      cmd := cmd | 04h;      
    }.elseif { (cu == 41) || { cu == 53} } then {
      // Shift 1 or Shift 2
      cmd := cmd | 10h;
      ((cmd & 20h)!=0).if {
	cmd := cmd & (~20h);
	light;
      };
    }.elseif { cu == 57 } then {
      // Cap
      cmd := cmd ^ 20h;
      light;
    }.elseif { cu == 68 } then {
      // Num Lock
      cmd := cmd ^ 40h;
      light;
    }.elseif { cu == 69 } then {
      // Scroll Lock
      cmd := cmd ^ 80h;
      light;
    }.elseif { cu<=56 } then {
      (cu == 0).if {
	// Esc
	cmd :=  cmd | 08h;
	result := cmm.item 1.to_uinteger_8;
      }.elseif {((cmd&2)!=0) && {cu<=12}} then {
	cmd :=  cmd & (~02h);
	result := caltgr.item cu.to_uinteger_8;
      } else {
	((cmd & 30h)==0).if {
	  cu2 := cmin.item (cu+1).to_uinteger_8;
	} else {
	  cu2 := cmaj.item (cu+1).to_uinteger_8;
	};
	((cu2 & 0FCh)!=0).if {
	  result := cu2;
	} else {
	  cmd := cmd | 08h;
	  result := cmm.item (cu2+1).to_uinteger_8;
	};	
      };
    }.elseif {cu <= 67} then {
      cmd :=  cmd | 08h;      // F1 to F10 = cmd
      result :=  cu+39;  // 'a' to 'j'
    }.elseif {cu < 85} then {
      cu2 := keynum0.item (cu-69).to_uinteger_8;
      (cu2 < 46).if {
	result := cu2;
      }.elseif {(cmd & 40h)!=0} then {
	((cmd & 04h)==0).if {
	  result := cu2;
	} else {
	  ascii_code := (ascii_code*10)+(cu2-48);
	};
      } else {
	cmd := cmd | 08h;      // cmd
	result := cu2;
      };
    }.elseif {cu==85} then {
      ((cmd & 30h)==0).if {
	result := '<'.to_uinteger_8;
      } else {
	result := '>'.to_uinteger_8;
      };
    }.elseif {cu<=87} then {
      cmd := cmd |08h;    // 'k' to 'l'
      result := cu+21;
    }.elseif {cu==90} then {
      result := '/'.to_uinteger_8;
    } else {
      cmd := cmd | 08h;
      result := buf_extk.item (cu-90).to_uinteger_8;       
    };
    result
  );
  
  - getcode cu:UINTEGER_8 :UINTEGER_8 <-
  // Translate Scan Code -> cmd.ASCII
  ( + j:INTEGER;
    + result:UINTEGER_8;
    (! e_code).if {
      // Non extended keys
      (cu==(0E0h-1)).if {
	e_code := TRUE;  // Extended Code
      } else {
	((cu & 80h)==0).if {
	  result :=  keydown cu.to_uinteger_8;
	} else {
	  result := keyup (cu & 07Fh).to_uinteger_8;
	};
      };
    } else {
      // Extended keys
      (cu!=(0E0h-1)).if {
	// not Pause
	(cu !=41).if {
	  e_code := FALSE;               // Deactivate extended code
	  (cu != 169).if {
	    {(ext_key.item (j+1).to_uinteger_8 != (cu & 07Fh)) && {j < 15}}.while_do {
	      j := j + 1;
	    };
	    (j < 15).if {
	      ((cu & 80h)==0).if {
		result := keydown (88+j).to_uinteger_8;
	      } else {
		result := keyup (88+j).to_uinteger_8;
	      };
	    };
	  };
	};
      };
    };
    result
  );
  
  



lisaac_0.39_rc1/lib/internal/os_support/dos/video/bitmap_8.li0000644000175000017500000000546611314031246024165 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := BITMAP_8;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Bitmap 8 bits";
  
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
Section Inherit
  
  + parent_bitmap:Expanded BITMAP;
  
Section Public
  
  - pixel_geometry:PIXEL := PIXEL_8;
  
Section Private  
  
  //
  // Data.
  //
  
  // Mapping memory bitmap.
  + image:FAST_ARRAY(BMP_LINE_8);
  
  - get_line y:INTEGER :BMP_LINE <-
  (
    image.item y
  );
  
  //
  // Creation. 
  //

  - make (w,h:INTEGER) <-
  (
    width  := w;
    height := h;
    //bytes_per_line:=(w * PIXEL_8.size + 7)>>3;
    image := FAST_ARRAY(BMP_LINE_8).create h;
    0.to (image.upper) do { y:INTEGER;
      image.put (BMP_LINE_8.create w) to y;
    };
    clipping_off;
  );  
  
  - make (w,h:INTEGER) at offset_begin:UINTEGER_32 bytes_per_line lx:INTEGER <-
  ( + offset:UINTEGER_32;
    
    width  := w;
    height := h;    
    image := FAST_ARRAY(BMP_LINE_8).create h;
    offset:=offset_begin;
    0.to (image.upper) do { y:INTEGER;
      image.put (BMP_LINE_8.create w at offset) to y;
      offset:=offset+lx;
    };
    clipping_off;
  );
  
 





lisaac_0.39_rc1/lib/internal/os_support/dos/video/event_system.li0000644000175000017500000000404711314031246025201 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EVENT_SYSTEM;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "X11 - Event System";
  
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr)";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  

  - make <-  
  (
    // Nothing.
  );
    
  - get_event <-
  (     
    KEYBOARD.get_scan;
    MOUSE.get_new_event;
  );
  
  









lisaac_0.39_rc1/lib/internal/os_support/dos/video/video.li0000644000175000017500000001120611314031246023555 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := VIDEO;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Driver video - For DOS -";
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr)";
  
  - external := 
  `
#include  
#include 
#include 
#include 
#include 
#include 
unsigned short __desc_video;
void __init_video_320x200()
{ union REGS in;
  
  __desc_video=__dpmi_allocate_ldt_descriptors(1);
  __djgpp_map_physical_memory((void *)0xA0000, 64000,0xA0000);
  __dpmi_set_segment_base_address(__desc_video,0xA0000);
  __dpmi_set_segment_limit(__desc_video,63999);
  __dpmi_set_descriptor_access_rights(__desc_video,0x40F3);
  in.w.ax=0x13;
  int86(0x10,&in,&in);
};
void __init_video_text()
{ union REGS in;
  
  in.w.ax=0x03;
  int86(0x10,&in,&in);
};
`;
  
  
Section Inherit
  
  + parent_bitmap:Expanded BITMAP;
  
Section Public
  
  - message str:ABSTRACT_STRING <-
  (
    str.print;
  );
  
  - is_active:BOOLEAN;

  - make (w,h:INTEGER) <-
  (     
    ? {w = 320};
    ? {h = 200};
    
    // Init BITMAP:
    width  := w;
    height := h;
    
    //
    // Init mode 320x200.
    //
    `__init_video_320x200()`;
    
    //
    // Init palette.
    //
    SYSTEM.putb 0 to 3C8h;
    0.to 255 do { j:INTEGER;
      + r,g,b,c:UINTEGER_8;
      
      c:=j.to_uinteger_8;
      r:=(c&11000000b)>>2;
      g:=(c&00111000b);
      b:=(c&00000111b)<<3;
      SYSTEM.putb r to 3C9h;
      SYSTEM.putb g to 3C9h;
      SYSTEM.putb b to 3C9h;
    };
    is_active := TRUE;
  );

  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( + col8:UINTEGER_8;
    + ofs:INTEGER;
    col8 := 
    (((col >> 16).to_uinteger_8) & 11000000b) | // Red
    (((col >> 10).to_uinteger_8) & 00111000b) | // Green
    (((col >>  5).to_uinteger_8) & 00000111b);  // Blue
    ofs:=(y<<8)+(y<<6)+x;
    //MOUSE.display_off;
    `_farpokeb(__desc_video,@ofs,@col8)`;
    //MOUSE.display_on;
  );
  
  - line_h_hard (x,y:INTEGER) until x1:INTEGER color col:UINTEGER_32 <-
  ( + col8:UINTEGER_8;
    + ofs:INTEGER;
    col8 := (((col >> 16).to_uinteger_8) &11000000b) | ((((col & 00FF00h) >> 10).to_uinteger_8)&00111000b) | (((col & 0000FFh).to_uinteger_8) >>5);
    ofs:=(y<<8)+(y<<6)+x;
    //MOUSE.display_off;
    ofs.to (ofs+x1-x) do { j:INTEGER;
      `_farpokeb(__desc_video,@j,@col8)`;
    };
    //MOUSE.display_on;
  );

  - line_h_hard (x,y:INTEGER) until x1:INTEGER image line:BMP_LINE offset ofs:INTEGER <-
  ( + ofs2,ofs_img2:INTEGER;
    + col8:UINTEGER_8;
    + col:UINTEGER_32;
    ofs2:=(y<<8)+(y<<6)+x;
    ofs_img2:=ofs;
    //MOUSE.display_off;
    ofs2.to (ofs2+x1-x) do { j:INTEGER;
      col  := line.get_color ofs_img2;
      col8 := (((col >> 16).to_uinteger_8) &11000000b) | ((((col & 00FF00h) >> 10).to_uinteger_8)&00111000b) | (((col & 0000FFh).to_uinteger_8) >>5);
      `_farpokeb(__desc_video,@j,@col8)`;
      ofs_img2:=ofs_img2+1;
    };  
    //MOUSE.display_on;
  );

  - close <-
  (
    ? {is_active};
    `__init_video_text()`;
    is_active := FALSE;
    ? {! is_active};
  );





lisaac_0.39_rc1/lib/internal/os_support/dos/video/mouse.li0000644000175000017500000001511011314031246023575 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := MOUSE;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
    
  - bibliography:="http://IsaacOS.com";
  - author      :="Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="Mouse for DOS.";
  
  - external := `union REGS __in_mouse;`;
  
Section Inherit

  + parent_input:Expanded INPUT;
  
  + parent_window:Expanded AREA;
    
Section Public

  - set (x,y:INTEGER) with (left_new,right_new:BOOLEAN) <-
  ( + tmp:UINTEGER_8;
    + x_new, y_new:INTEGER;
    
    y_new := y.max y_minimum.min y_maximum;
    x_new := x.max x_minimum.min x_maximum;
          
    tmp:=(p_end+1)&003h;
    buffer_event.item p_end.make (x_new,y_new) button (left_new,right_new);

    (((tmp+2)&3)!=p_beg).if {
      p_end:=tmp;
    };
    
    get_event;
    
    // Update status.
    x_current:=x_new;
    y_current:=y_new;
    right:=right_new;
    left :=left_new;    
  );
  
Section Public
  
  + x_minimum:INTEGER;
  + x_maximum:INTEGER;
  
  + y_minimum:INTEGER;
  + y_maximum:INTEGER;
  
  + x_current:INTEGER;
  + y_current:INTEGER; 
  
  + right:BOOLEAN;
  + left:BOOLEAN;
  
Section Private
  
  + buffer_event:MAP_FAST_ARRAY(EVENT_MOUSE);
  - p_beg:UINTEGER_8;  // Pointer on the buffer (beginning)
  - p_end:UINTEGER_8;  // Pointer on the buffer (end)
    
Section Public
  
  //
  // Creation / Initialisation.
  //
  
  - make <-
  (
    //
    // Mouse hardware configuration.
    //
    //display_on;
    
    x_maximum := VIDEO.x_max;
    y_maximum := VIDEO.y_max;

    //
    // Software configuration.
    //
    buffer_event := MAP_FAST_ARRAY(EVENT_MOUSE).create 4;
    0.to 3 do { j:INTEGER;
      buffer_event.item j.set_prev (buffer_event.item ((j-1)&3));
    };
    
    mask := FAST_ARRAY(UINTEGER_16).create 16;
    make (INTERFACE.screen) from (x_current,y_current) size (16,16);
  );
  
  - get_event <-
  ( + p:INTEGER;
    + evt:EVENT_MOUSE;
    
    p := p_beg;
    { p != p_end }.while_do {
      evt := buffer_event.item p;
      (list_client.lower).to (list_client.upper) do { j:INTEGER;
	list_client.item j.receive (buffer_event.item p);
      };      
      p := (p + 1) & 03h;
    };    
  );
    
  - acknowledge <-
  (
    p_beg := (p_beg+1) & 03h;
  );
  
  - display_on <- `__in_mouse.w.ax=0x01; int386(0x33,&__in_mouse,&__in_mouse)`;

  - display_off <- `__in_mouse.w.ax=0x02; int386(0x33,&__in_mouse,&__in_mouse)`;
  
  - get_new_event <-
  ( + b,x,y:INTEGER;
    + new_r,new_l,is_move:BOOLEAN;
    
    `__in_mouse.w.ax=0x03; int386(0x33,&__in_mouse,&__in_mouse)`;
    b:=`__in_mouse.w.bx`:INTEGER;
    x:=`__in_mouse.w.cx`:INTEGER / 2;
    y:=`__in_mouse.w.dx`:INTEGER;
    new_l := (b & 01b) != 0;
    new_r := (b & 10b) != 0;
    (
      (is_move := (x != x_current) || {y != y_current}) || {new_l != left} || {new_r != right}
    ).if {
      (is_move).if {
	set_position (x,y);
      };
      set (x,y) with (new_l,new_r);
    };
  );
  
  //
  // Display.
  //
  
  // BSBS: A refaire avec une bitmap en dehors contenant le dessin avec une couleur de mask!!
  // Plus simple, plus puissant, plus rapide ! 
  
  + mask:FAST_ARRAY(UINTEGER_16);

  - pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <-
  ( + m:UINTEGER_16;
    ? {x<16};
    ? {y<16};

    m:=mask.item y;
    m:=m | (1<.   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := BMP_LINE_8;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Bitmap line 8 bits";
  
  - bibliography:= "http://IsaacOS.com";
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";

Section Inherit
  
  + parent_bmp_line:Expanded BMP_LINE;
  
Section Private
  
  + storage:MAP_NATIVE_ARRAY(PIXEL_8);
  
  - get_storage:NATIVE_ARRAY(UINTEGER_8) <- NATIVE_ARRAY(UINTEGER_8).force_conversion storage;
  
  - make n:INTEGER <-
  ( 
    capacity := n;
    upper    := n - 1;    
    storage  := MAP_NATIVE_ARRAY(PIXEL_8).calloc n;    
  );
  
  - make_with_capacity n:INTEGER <-
  (
    capacity := n;
    upper    := -1;
    storage  := MAP_NATIVE_ARRAY(PIXEL_8).calloc n;    
  );
  
  - make n:INTEGER at offset:UINTEGER_32 <-
  ( 
    capacity := n;
    upper    := n - 1;    
    storage  := MAP_NATIVE_ARRAY(PIXEL_8).force_conversion offset;    
  );

Section Public
  
  - pixel_geometry:PIXEL := PIXEL_8;
  
  //
  // Put.
  //
  
  - put (r,g,b:UINTEGER_8) from idx_begin:INTEGER to idx_end:INTEGER <- 
  ( + pixel:PIXEL_8;    
    ? {idx_begin<=idx_end};
    ? {idx_begin>=0};
    ? {idx_end.in_range 0 to upper};
    
    PIXEL_24.color (r,g,b);
    pixel := PIXEL_24.to_pixel_8;
    idx_begin.to idx_end do { n:INTEGER;
      storage.item n.copy pixel;
    };
  );
  
  - put bmp:BMP_LINE offset ofs:INTEGER from idx_begin:INTEGER to idx_end:INTEGER <-
  ( + offset:INTEGER;
    + pixel:PIXEL_8;
    ? {idx_begin <= idx_end};
    ? {idx_begin >= 0};
    ? {idx_end.in_range 0 to upper};
    ? {ofs >= 0};
    ? {(ofs + (idx_end - idx_begin)) <= bmp.upper};        
    
    offset := ofs;
    idx_begin.to idx_end do { n:INTEGER;
      pixel := bmp.item_8 offset;
      storage.item n.copy pixel;
      offset := offset + 1;
    };
  );
  
  //
  // Get.
  //
  
  - item n:INTEGER :PIXEL <-
  ( ? {n.in_range 0 to upper};
    storage.item n
  );
    


lisaac_0.39_rc1/lib/internal/os_support/dos/file_system/0000755000175000017500000000000011314031324023333 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/os_support/dos/file_system/entry.li0000644000175000017500000000732111314031246025030 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac OS Library                              //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ENTRY;

  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - bibliography:= "http://IsaacOS.com";

  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";  

  - comment     := "Entry ANSI";
    
Section Inherit
  
  + parent_abstract_entry:Expanded ABSTRACT_ENTRY;
    
Section Public  
    
  //
  // Physical implementation.
  //

  - physical_make:BOOLEAN <-
  ( + pe:NATIVE_ARRAY(CHARACTER);
    + tt:POINTER;
    + result:BOOLEAN;

    pe := path.to_external;
    `{ struct stat t`;
      result := `stat(@pe,&t)`:INTEGER = 0;
      (result).if {
	is_directory := `S_ISDIR(t.st_mode)`:BOOLEAN(TRUE,FALSE);
	tt := `localtime(&(t.st_atime))`:POINTER;
	access_date := to_date tt;
	access_time := to_time tt;
	tt := `localtime(&(t.st_mtime))`:POINTER;
	update_date := to_date tt;
	update_time := to_time tt;
	size := `t.st_size`:UINTEGER;
      };
    `}`;
    result
  );
  
  - physical_remove_directory:BOOLEAN <-
  ( + p:NATIVE_ARRAY(CHARACTER);
    p := path.to_external;
    `rmdir(@p)`:(INTEGER) = 0
  );
  
  - physical_remove_file:BOOLEAN <-
  ( + p:NATIVE_ARRAY(CHARACTER);
    p := path.to_external;
    `remove(@p)`:(INTEGER) = 0
  );
  
  - physical_rename old_path:ABSTRACT_STRING with new_path:ABSTRACT_STRING :BOOLEAN <-
  ( + old_p,new_p:NATIVE_ARRAY(CHARACTER);
    old_p := old_path.to_external;
    new_p := new_path.to_external;
    `rename(@old_p,@new_p)`:(INTEGER) = 0
  );
  
  //
  // Time / Date: Unix -> Lisaac
  //
  
  - to_date t:POINTER :DATE <-
  ( + result:DATE;
    + wd,md,m:UINTEGER_8;
    + y:UINTEGER_16;
    
    y  := `((struct tm *)@t)->tm_year`:UINTEGER_16 + 1900;
    m  := `((struct tm *)@t)->tm_mon` :UINTEGER_8 + 1;
    md := `((struct tm *)@t)->tm_mday`:UINTEGER_8;
    wd := `((struct tm *)@t)->tm_wday`:UINTEGER_8;
    (! wd.in_range 1 to 7).if { // Bug in UNIX ?
      wd := 1;
    };
    result := DATE.create (y,m,md,wd)     
  );

  - to_time t:POINTER :TIME <-
  (
    TIME.create 
    ((`((struct tm *)@t)->tm_hour`:UINTEGER_8),
    (`((struct tm *)@t)->tm_min` :UINTEGER_8),
    (`((struct tm *)@t)->tm_sec` :UINTEGER_8),
    0)
  );
  
lisaac_0.39_rc1/lib/internal/portable/0000755000175000017500000000000011314031246017621 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/portable/memory/0000755000175000017500000000000011314031246021131 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/portable/memory/memory.li0000644000175000017500000005655211314031246023004 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := Strict MEMORY;


  - copyright   := "2003-2007 Benoit Sonntag";
  
  - comment  := "Memory manager 32/64 bits.";
  
  - external :=
`
#define MINIMUM_SIZE 256
void *table_size[MINIMUM_SIZE/sizeof(void *)];
void *last_block[64];
`;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
  //
  // MACRO ALLOCATOR
  //
    
Section Mapping
  
  + previous_linear:MEMORY;  
  + size_and_id:UINTEGER_CPU;
    
  //---------------> Limit for Busy 
  
  + next_free    :MEMORY;
  + previous_free:MEMORY;
  
  //---------------> Limit for Free
  
Section Private  
  
  //
  // Product by compiler.
  //
    
  // For GC only.
  /*
  - get_object_size t:INTEGER :INTEGER <- `get_object_size(@t)`:INTEGER;
  
  - mark_static_object   <- `mark_static_object()`; 
  
  - demark_static_object <- `demark_static_object()`;
  
  - mark_object ptr:POINTER type t:INTEGER <- `mark_object(@ptr,@t)`;
  
  - demark_object ptr:POINTER type t:INTEGER <- `demark_object(@ptr,@t)`;
  */  
  
Section Public
    
  - object_size:INTEGER               <- POINTER.object_size + UINTEGER_CPU.object_size; 
  
Section MEMORY  
  
  - is_debug_memory:BOOLEAN := FALSE;
  
  - this:POINTER                      <- CONVERT(MEMORY,POINTER).on Self;
  
  - begin:POINTER                     <- this + object_size;
  
  - size:UINTEGER_CPU                 <- size_and_id & ~ 3.to_uinteger_cpu;
  
  - next_linear:MEMORY                <- CONVERT(POINTER,MEMORY).on (begin + size);
    
  - id:UINTEGER_CPU                   <- size_and_id & 01b;
  
  - id_end:UINTEGER_CPU               <- 10b;
  
  - is_end:BOOLEAN                    <- (size_and_id & id_end).to_boolean;
  
  - set_previous_linear p:MEMORY      <- ( previous_linear := p; );
  
  - set_size_and_id s:UINTEGER_CPU    <- ( size_and_id     := s; );
  
  - get_index p:POINTER :UINTEGER_CPU <- (p - begin_memory).to_uinteger_cpu >> 26;
  
  - nb_page:UINTEGER_CPU;
  
  - put_last m:MEMORY to idx:UINTEGER_CPU <-  
  (
    ? {idx < nb_page};
    `last_block[@idx] = @m`;
  );
  
  - get_last idx:UINTEGER_CPU :MEMORY <-
  ( 
    ? {idx < nb_page};
    `last_block[@idx]`:MEMORY
  );
  
  - search_capacity <-
  ( 
    capacity_max := SYSTEM.get_memory_capacity;
    begin_memory := SYSTEM.get_begin_memory;
    /*
    "Capacity : ".print; capacity_max.print_hex; '\n'.print;
    "Begin    : ".print; begin_memory.print_hex; '\n'.print;
    */
    {begin_memory != NULL} ? "Memory: Not memory.";
    {(begin_memory & (POINTER.object_size - 1)) = 0} ? "Memory: Alignment.";
  );

  - new_page:MEMORY <-
  ( + old_size,new_size:UINTEGER_CPU;
    + block:MEMORY;
    
    (capacity_max = 0).if {
      search_capacity;
    };
    old_size := nb_page << 26;
    nb_page  := nb_page + 1;
    new_size := old_size + 64.mb;
    (new_size > capacity_max).if {
      "Not enough memory.\n".print;
      die_with_code exit_failure_code;
    };
    /*
    "Begin_memory + old_size : ".print;  
    (begin_memory + old_size).print_hex; '\n'.print;
    "object_size  ".print; object_size.print; '\n'.print;
    */
    block := CONVERT(POINTER,MEMORY).on (begin_memory + old_size);        
    block.set_previous_linear NULL; 
    block.set_size_and_id (id_free | id_end | (64.mb - object_size));
    block.add_link_free;    
    put_last block to (nb_page - 1);

    block
  );
    
  //
  // Busy / Free Block.
  //
  
  - id_free:UINTEGER_CPU <- 00b;
  - id_busy:UINTEGER_CPU <- 01b;
  
  - set_next_free     n:MEMORY <- ( next_free     := n; );
  - set_previous_free p:MEMORY <- ( previous_free := p; );
  
  - delete_link_free <-
  ( + prev,next:MEMORY;
    
    prev := previous_free;
    next := next_free;
    (prev = NULL).if {
      first_free := next;
    } else {
      prev.set_next_free next;
    };
    (next != NULL).if {
      next.set_previous_free prev;
    };
  );
  
  - add_link_free <-
  (    
    next_free     := first_free;
    previous_free := NULL;
    (first_free != NULL).if {      
      first_free.set_previous_free Self;
    };    
    first_free := Self;    
  );
      
Section MEMORY
  
  - first_free:MEMORY;
    
  //
  // Management.
  //
  
  - to_free idx:UINTEGER_CPU <-
  ( + new_free,next:MEMORY;
    + new_size:UINTEGER_CPU;
    {id = id_busy} ? "Memory: Macro block not busy.";
    {idx.in_range 0 to 63} ? "Memory: Bound index.";    
        
    next := next_linear;
    new_free := previous_linear;
    new_size := size_and_id & ~ 1.to_uinteger_cpu;
    ((new_free = NULL) || {new_free.id != id_free}).if {
      // `Self' => Free
      new_free := Self;      
      add_link_free;            
    } else {
      // `previous_linear' => Free
      new_size := new_size + new_free.size_and_id + object_size;            
    };
        
    ((! is_end) && {next.id = id_free}).if {
      // Delete and concat `next_linear'
      new_size := new_size + next.size_and_id + object_size;
      next.delete_link_free;	            
    };    
    new_free.set_size_and_id new_size;
        
    (new_free.is_end).if {
      put_last new_free to idx;          
    } else {
      next := new_free.next_linear;
      next.set_previous_linear new_free;
    };    
  );
  
  - to_busy sz:POINTER index idx:UINTEGER_CPU <-
  ( + siz,new_size:UINTEGER_CPU;    
    + new,next:MEMORY;
    {id = id_free} ? "Memory: Macro block not free.";    
    {(sz & (POINTER.object_size - 1)) = 0} ? "Memory: Alignment.";
    
    delete_link_free;
    //    
    siz      := size_and_id;
    new_size := siz - sz;    
    (new_size > (minimum_size+object_size+object_size)).if {
      siz := sz;
      new := CONVERT(POINTER,MEMORY).on (begin+sz);
      new.set_previous_linear Self; 
      new.set_size_and_id (new_size - object_size);
      new.add_link_free;
      (new.is_end).if {
	put_last new to idx;
      } else {
	next := new.next_linear;
	next.set_previous_linear new;
      };
    };   
    size_and_id := siz | id_busy;
    {id = id_busy} ? "Memory: Macro Block not busy.";
  );
  
  - resize new_size:UINTEGER_CPU index idx:UINTEGER_CPU :MEMORY <-
  ( + nxt,result:MEMORY;
    + old_size,sz:UINTEGER_CPU;    
    
    {(new_size & (POINTER.object_size -1)) = 0} ? "Memory: Alignment.";
    {idx.in_range 0 to 63} ? "Memory: Bound index.";
    
    old_size := size;
    (new_size > old_size).if {      
      (! is_end).if {	
	nxt := next_linear;
	sz  := new_size - old_size - object_size;
	((nxt.id = id_free) && {nxt.size >= sz}).if {
	  nxt.to_busy (sz.to_pointer) index idx;
	  size_and_id := size_and_id + (nxt.size_and_id & ~ 1.to_uinteger_cpu) + object_size;
	  (is_end).if {
	    put_last Self to idx;
	  } else {
	    nxt := next_linear;
	    nxt.set_previous_linear Self;
	  };
          result := Self;
        };                
      };
      (result = NULL).if { 
	// new allocation.	
        result := search new_size;		              
        copy begin to (result.begin) size old_size;                
        to_free idx;                
      };
    } else {
      result := Self;
    };    
    result
  );
    
  //
  // Searching.
  //
  
  - search new_size:UINTEGER_CPU :MEMORY <-
  ( + result:MEMORY;
    + idx:UINTEGER_CPU;
    
    
    {new_size > minimum_size-POINTER.object_size} ? "Memory: Big block.";
    {(new_size & (POINTER.object_size - 1)) = 0} ? "Memory: Alignment.";
    
    result := first_free;        
    {(result != NULL) && {result.size < new_size}}.while_do {
      result := result.next_free;
    };
    (result = NULL).if {
      result := new_page;
    };
    idx := get_index (result.this);
    {idx.in_range 0 to 63} ? "Memory: Bound index.";
    result.to_busy new_size index idx;
    
    result
  );
  
  - new_lab t:UINTEGER_32 :POINTER <-
  ( + idx:UINTEGER_CPU;
    + blc,prev:MEMORY;
    + result:POINTER;
        
    {
      (idx < nb_page) && 
      {
	blc := get_last idx;
	(blc.size < 4096) || {blc.id = id_busy}
      }
    }.while_do {
      idx := idx + 1;
    };
    
    (idx >= nb_page).if {          
      blc := new_page;
    };        
    blc.set_size_and_id (blc.size_and_id - 4096);
    result := blc.next_linear.this;        
 
    (blc.size < minimum_size).if {
      blc.delete_link_free;
      prev := blc.previous_linear;
      (prev != NULL).if {	
	prev.set_size_and_id (prev.size_and_id + blc.size_and_id + object_size);
	put_last prev to idx;
      };
    };
    put_32 t to result;    
    
    {((result - begin_memory) & 0FFFh) = 0} ? "Memory: Alignment LAB.";
    result + UINTEGER_32.object_size
  );  
  
Section Private
    
  - minimum_size:UINTEGER_CPU <- `MINIMUM_SIZE`:UINTEGER_CPU;
  
  - table_type idx:UINTEGER_32 :POINTER <- 
  (
    //{idx.in_range 0 to 17} ? "Memory: Bound table_type.";
    `&(table_type[@idx])`:POINTER
  );
  
  - table_size idx:UINTEGER_CPU :POINTER <- 
  (
    {idx.in_range 1 to (minimum_size/POINTER.object_size)} ? 
    "Memory: Bound table_size.";
    `&(table_size[@idx-1])`:POINTER
  );
          
  - begin_memory:POINTER;
  
  - capacity_max:UINTEGER_CPU;
  
  - read_ptr p:POINTER :POINTER <-
  ( + mem:NATIVE_ARRAY(POINTER);
    mem := CONVERT(POINTER, NATIVE_ARRAY(POINTER)).on p;
    mem.item 0
  );
  
  - put_ptr v:POINTER to p:POINTER <-
  ( + mem:NATIVE_ARRAY(POINTER);
    mem := CONVERT(POINTER, NATIVE_ARRAY(POINTER)).on p;
    mem.put v to 0;
  );
  
  - put_32 v:UINTEGER_32 to p:POINTER <-
  ( + mem:NATIVE_ARRAY(UINTEGER_32);
    mem := CONVERT(POINTER, NATIVE_ARRAY(UINTEGER_32)).on p;
    mem.put v to 0;
  );
      
  - micro_alloc new_size:UINTEGER_CPU table ptr_table:POINTER lab lab_type:UINTEGER_32 :POINTER <-
  ( + result,next,next2:POINTER;
    + page:POINTER;
    {(new_size & (POINTER.object_size - 1)) = 0} ? "Memory: Alignment.";
    {new_size >= POINTER.object_size} ? "Memory: Size = 0.";

    result := read_ptr ptr_table;            
    (result = NULL).if {      
      // Allocation new LAB.                  
      result := new_lab lab_type;          
      next := result + new_size;            
      put_ptr NULL to next;
      put_ptr next to ptr_table;                
    } else {      
      // Next Linked list.
      next := read_ptr result;
      (next = NULL).if {
	// Linear allocation.
	page := (result - begin_memory) & 0FFFh;
	((page + (new_size << 1)) <= 4096).if {
	  next := result + new_size;
	} else {
	  next := new_lab lab_type;	  
	};
	put_ptr NULL to next;
	put_ptr next to ptr_table;
      } else {	
	// Linked list allocation.	
	next2 := read_ptr next & ~ 11b.to_uinteger_cpu;
	put_ptr next2 to result;	
	result := next;	
      };		      
    }; 
    result
  );
  
  - micro_free p:POINTER table ptr_table:POINTER <-
  ( + next,last:POINTER;
    {p != NULL} ? "Memory: Pointer NULL.";
    
    last := read_ptr ptr_table;
    {last != NULL} ? "Memory: Table NULL.";
    next := read_ptr last;
    put_ptr (next | 11b) to p;
    put_ptr p to last;
  );
  
Section Private

  - copy src:POINTER to dst:POINTER size sz:UINTEGER_CPU <-
  ( + na_src,na_dst:NATIVE_ARRAY(POINTER);
    + siz:INTEGER;
    
    siz := sz.to_integer;
    {(siz & (POINTER.object_size -1)) = 0} ? "Memory: Copy alignment.";
    siz := siz / POINTER.object_size;
    na_src := CONVERT(POINTER, NATIVE_ARRAY(POINTER)).on src;
    na_dst := CONVERT(POINTER, NATIVE_ARRAY(POINTER)).on dst;
    //    
    (siz - 1).downto 0 do { j:INTEGER;      
      na_dst.put (na_src.item j) to j;
    };        
  );
  
  - fill_memory src:POINTER size sz:UINTEGER_CPU <-
  // Just for debug.
  ( + na_src:NATIVE_ARRAY(POINTER);
    + siz:UINTEGER_CPU;
    
    {(sz & (POINTER.object_size -1)) = 0} ? "Memory: Copy alignment.";
    
    siz := sz.align_power (POINTER.object_size) / POINTER.object_size;    
    na_src := CONVERT(POINTER,NATIVE_ARRAY(POINTER)).on src;    
    ((siz-1).to_integer).downto 0 do { j:INTEGER;
      na_src.put NULL to j;
    };    
  );  
  /*
Section External
  
  - calloc (nb,sz:UINTEGER) :POINTER <-
  ( + result:POINTER;
    + size:UINTEGER_32;
    + tab:NATIVE_ARRAY(UINTEGER_8);
    
    size := nb*sz;
    "calloc = ".print;
    size.print; '\n'.print;    
    result := malloc (size.to_uinteger);
    tab := CONVERT(POINTER,NATIVE_ARRAY(UINTEGER_8)).on result;
    0.to (size-1) do { i:INTEGER;
      tab.put 0 to i;
    };
    result
  );
  
  - malloc sz:UINTEGER :POINTER <-
  ( + result:POINTER;
    "malloc = ".print;
    sz.print; '\n'.print;    
    result := MEMORY.alloc_dynamic (sz.to_pointer);
    (result = NULL).if {
      "MEMORY : MERDE\n".print;
    };
    "MEMORY :sortie\n".print;
    result
  );
  
  - free ptr:POINTER <-
  ( + mem:MEMORY;
    
    "FREE\n".print;
    (ptr != NULL).if {
      mem := CONVERT(POINTER, MEMORY).on (ptr - object_size);
      mem.to_free (get_index ptr);
      //MEMORY.free_dynamic ptr size 500;
    };
  );
  */
Section Public

  //
  // MICRO ALLOCATOR
  //
  
  - alloc_type t:UINTEGER_32 size sz:UINTEGER_CPU :POINTER <-
  // Allocation for object without type. (LAB_TYPE)
  ( + ptr_table,result:POINTER;    
    + new_size:UINTEGER_CPU;
    
    verify_memory "Begin alloc_type size";
    
    {sz <= minimum_size} ? "Memory: Size bound.";

    new_size  := sz.align_power (POINTER.object_size); 
    {(new_size & (POINTER.object_size - 1)) = 0} ? "Memory: Alignment.";                
    ptr_table := table_type t;
    result := micro_alloc new_size table ptr_table lab (t | 1b);        
    
    verify_memory "End alloc_type size";
    
    result
  );
  
  - free p:POINTER type t:UINTEGER_32 <-
  ( + ptr_table:POINTER;
    {p != NULL} ? "Memory: Pointer NULL.";
    
    verify_memory "Begin free type";
    
    ptr_table := table_type t;
    micro_free p table ptr_table;
    
    verify_memory "End free type";
  );
  
  - alloc_size sz:UINTEGER_CPU :POINTER <-
  // Allocation for object with type. (LAB_SIZE)
  ( + ptr_table,result:POINTER;
    + new_size:UINTEGER_CPU;
    
    verify_memory "Begin alloc_size";
    
    {sz <= minimum_size} ? "Memory: Size bound.";
        
    new_size  := sz.align_power (POINTER.object_size); 
        
    {(new_size & (POINTER.object_size - 1)) = 0} ? "Memory: Alignment.";
    
    ptr_table := table_size (new_size / POINTER.object_size);    
    result := micro_alloc new_size table ptr_table lab (new_size.to_uinteger_32);
    
    verify_memory "End alloc_size";
    result
  );
  
  - free p:POINTER size sz:UINTEGER_CPU <-
  ( + ptr_table:POINTER;
    + new_size:UINTEGER_CPU;
    {p != NULL} ? "Memory: Pointer NULL.";
    
    verify_memory "Begin free size";
    
    new_size  := sz.align_power (POINTER.object_size); 
    
    {(new_size & (POINTER.object_size - 1)) = 0} ? "Memory: Alignment.";
    
    ptr_table := table_size (new_size / POINTER.object_size);
    micro_free p table ptr_table;
    
    verify_memory "End free size";
  );
    
  - alloc_dynamic sz:UINTEGER_CPU :POINTER <-
  // Allocation NATIVE_ARRAY[E]. (LAB_SIZE or malloc)
  ( + new_size,new_size2:UINTEGER_CPU;
    + result:POINTER;
    {sz != 0} ? "Memory: Size = 0";
    
    verify_memory "Begin alloc_dynamic";
    
    new_size  := sz.align_power (POINTER.object_size); 
    new_size2 := new_size; // + UINTEGER_CPU.object_size;
    (new_size2 <= minimum_size).if {
      result := alloc_size new_size2;      
      //put_32 3 to result; // 3 : 2=NATIVE_ARRAY
      result := result; // + UINTEGER_CPU.object_size;
    } else {      
      result := search new_size .begin;      
    };
        
    verify_memory "End alloc_dynamic";
    
    result    
  );
  
  - realloc_dynamic p:POINTER old_size old_sz:UINTEGER_CPU new_size new_sz:UINTEGER_CPU :POINTER <-
  ( + old_size,old_size2,new_size:UINTEGER_CPU;
    + mem:MEMORY;
    + result:POINTER;    
    {old_size < new_sz} ? "Memory: New size < Old size.";
    
    verify_memory "Begin realloc_dynamic";
        
    old_size  := old_sz.align_power (POINTER.object_size); 
    old_size2 := old_size; // + UINTEGER_CPU.object_size;    
    new_size  := new_sz.align_power (POINTER.object_size); 
    (old_size2 <= minimum_size).if {          
      result := alloc_dynamic new_size;            
      copy p to result size old_size;
      free (p /*- UINTEGER_CPU.object_size*/) size old_size2;            
    } else {      
      mem := CONVERT(POINTER, MEMORY).on (p - object_size);
      result := mem.resize new_size index (get_index p).begin;                  
    };
    
    verify_memory "End realloc_dynamic";
    
    result
  );
  
  - free_dynamic p:POINTER size sz:UINTEGER_CPU <-
  ( + new_size,new_size2:UINTEGER_CPU;
    + mem:MEMORY;
    
    new_size  := sz.align_power (POINTER.object_size); // BSBS: Optim, alignment by compilo.
    new_size2 := new_size; // + UINTEGER_CPU.object_size;
    (new_size2 <= minimum_size).if {
      free (p /*- UINTEGER_CPU.object_size*/) size new_size2;
    } else {
      mem := CONVERT(POINTER, MEMORY).on (p - object_size);
      mem.to_free (get_index p);
    };
  );
    
  //
  // GARBAGE COLLECTOR
  //
/*
  - garbage_collector_pass <-
  (
    mark; 
    sweep;
  );
  
Section Private  
  
  - mark <-
  ( + stack,lab:NATIVE_ARRAY(POINTER);
    + ptr,beg_mem,end_mem,ptr_lab,ptr_table,lim_lab:POINTER;
    + size_stack:UINTEGER_32;
    + ptr_mem:UINTEGER_32;
    + mem:MEMORY;
    + type:UINTEGER_32;
    + type_object, size_object,step:UINTEGER_32;
    
    // Mark Global + BSS.
    mark_static_object; 
        
    // Mark Stack object.
    stack := `top_stack()`:NATIVE_ARRAY(POINTER);
    size_stack := (`@stack - begin_stack`:UINTEGER_32) / POINTER.object_size.to_uinteger_32;
    //
    beg_mem := begin_memory;
    end_mem := beg_mem + (nb_page << 26) - 1;
    size_stack.downto 0 do { i:UINTEGER_32;
      ptr := stack.item i;
      (ptr.in_range beg_mem to end_mem).if {
	// `ptr' is in Store.
	ptr_mem := ptr - begin_memory;
	mem := get_last (ptr_mem >> 26);
	(ptr > mem.next_linear.this).if {
	  // `ptr' is in LAB.
	  ptr_lab := begin_memory + (ptr_mem & 0FFFFF000h);	  
	  type := read ptr_lab .to_uinteger_32;
	  (type & 01b != 0).if {
	    // LAB Type.
	    type_object := type & 0FFFFFFFEh;
	    size_object := get_object_size type_object;
	    ptr_table   := table_type type_object;
	  } else {
	    // LAB Size.
	    type_object := read ptr .to_uinteger_32 & 0FFFFFFFCh;
	    size_object := type;
	    ptr_table   := table_size (size_object / POINTER.object_size.to_uinteger_32);
	  };
	  lim_lab := read ptr_table - begin_memory;
	  (! ptr_mem.in_range lim_lab to ((lim_lab+4095)&0FFFFF000h)).if {
	    step := ptr - ptr_lab - POINTER.object_size;
	    ((step > 0) && {(step % size_object) = 0}).if {
	      ((read ptr .to_uinteger_32 & 11b) = 0).if {
		mark_object ptr type type_object;
	      };
	    };
	  };
	};
      };
    };
  );
  
  - sweep <-
  ( + last:MEMORY;
    + ptr_lab,ptr_end,ptr,ptr_table,end_lab,ptr_max:POINTER;
    + type,type_object,size_object:UINTEGER_32;
    
    // Demark a Global + BSS.
    demark_static_object;
    
    // Demark a Store.
    ptr_end := begin_memory + 64.mb;
    (nb_page-1).downto 0 do { i:UINTEGER_32;
      last := get_last i;
      ptr_lab := last.next_linear.this;
      {ptr_lab < ptr_end}.while_do {
	type := read ptr_lab .to_uinteger_32;
	ptr  := ptr_lab + POINTER.object_size;
	ptr_lab := ptr_lab + 4096; // Next LAB
	(type & 01b != 0).if {
	  // LAB Type.
	  type_object := type & 0FFFFFFFCh;
	  size_object := get_object_size type_object;
	  ptr_table := table_type type_object;
	  end_lab   := read ptr_table;
	  (((end_lab + 4095) & 0FFFFF000h) = ptr_lab).if {
	    ptr_max := end_lab;
	  } else {
	    ptr_max := ptr_lab;
	  };
	  {ptr < ptr_max}.while_do {
	    demark_object ptr type type_object;
	    ptr := ptr + size_object;
	  };
	} else {
	  // LAB Size.	  
	  size_object := type;
	  ptr_table := table_size (size_object / POINTER.object_size.to_uinteger_32);
	  end_lab   := read ptr_table;
	  (((end_lab + 4095) & 0FFFFF000h) = ptr_lab).if {
	    ptr_max := end_lab;
	  } else {
	    ptr_max := ptr_lab;
	  };
	  {ptr < ptr_max}.while_do {
	    type_object := read ptr .to_uinteger_32 & 0FFFFFFFCh;
	    demark_object ptr type type_object;
	    ptr := ptr + size_object;
	  };
	};	    
      };
      ptr_end := ptr_end + 64.mb;
    };
  );
  */
  
Section Private
  
  - verify_memory msg:STRING_CONSTANT<-
  ( + m,next,prev:MEMORY;
    + msg_intern:STRING_CONSTANT;
    
    (is_debug_memory).if {
      (begin_memory != NULL).if {
        next := CONVERT(POINTER, MEMORY).on begin_memory;
        {
          m := next;
          next := m.next_linear;
          prev := m.previous_linear;
          
          (prev = NULL).if {
            (m != begin_memory).if {
              msg_intern := "Begin list fail!\n";
            };
          } else {        
            (prev.next_linear != m).if {
              msg_intern := "Previous fail!\n";
            };
          };      
          (m.id = id_busy).if {
            // Busy
          } else {
            // Free
            ((! m.is_end) && {next.id != id_busy}).if {
              msg_intern := "Double free fail!\n";
            };
          };
          (m.is_end).if {
            
          } else {
            (next.previous_linear != m).if {
              msg_intern := "Next fail!\n";
            };
          };      
        }.do_until {(m.is_end) || {msg_intern != NULL}};
        (msg_intern != NULL).if {
          "************* Crash memory *************\n".print;
          msg_intern.print;
          msg.print;
          '\n'.print;
          crash;
        };
      };
    };
  );
  
  - print_memory <-
  ( + m,next:MEMORY;
        
    "------------------------------------\n".print;
    "first free : ".print;
    first_free.this.print_hex; 
    '\n'.print;
    
    next := CONVERT(POINTER, MEMORY).on begin_memory;
    {
      m := next;
      next := m.next_linear;
      
      '['.print;
      (m.previous_linear = NULL).if {
	"NULL".print;
      } else {
        (m.previous_linear.this).print_hex;        
      };
      "<-".print;
      m.this.print_hex;      
      (m.id = id_busy).if {
	"(B)".print;
      } else {
	"(F)".print;
      };
      "->".print;
      (m.is_end).if {
	"NULL".print;
      } else {
	m.next_linear.this.print_hex;
      };
      ']'.print;
    }.do_until {m.is_end};
    '\n'.print;
    "------------------------------------\n".print;
  );

  - print_capacity <-
  (
    print_memory;
  );
lisaac_0.39_rc1/lib/internal/portable/number/0000755000175000017500000000000011314031324021106 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/portable/number/unsigned_fixed_real.li0000644000175000017500000001005311314031246025434 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := UNSIGNED_FIXED_REAL;
    
  - comment := "Unsigned real number of fixed decimal part.";
  
Section Inherit
  
  - parent_fixed_real:FIXED_REAL := FIXED_REAL;
  
Section Public
  
  //
  // Bound test
  //
  
  - bound_test low:INTEGER_64 to up:UINTEGER_64 :BOOLEAN <-
  (
    (up > to_raw_uinteger_64)
  );
  
  //
  // Around
  //
  
  - object_size:INTEGER := 4;
  
  - minimum:INTEGER_64 <- 0; 

  - floor:INTEGER <-
  // Greatest integral value no greater than Current.
  (     
    to_raw_uinteger_32 >> shift_bits    
  )
  [
    +? {Self <= Result};
    +? {(Self - Result) < 1};
  ];
  
  - ceiling:INTEGER <-
  // Smallest integral value no smaller than Current.
  (    
    (to_raw_uinteger_32 + ((1 << shift_bits) - 1)) >> shift_bits    
  )
  [
    +? {Self >= Result};
    +? {(Self - Result) < 1};
  ];
  
  - rounded:INTEGER <-
  // Rounded integral value.
  (
    (to_raw_uinteger_32 + ((1 << shift_bits) / 2)) >> shift_bits
  );
  
  - truncated_to_integer:INTEGER <- floor;
  // Integer part (largest absolute value no greater than Current).
  
  //
  // binary operator :
  //
  
  - Self:SELF '-'  Left 80  other:SELF :SELF <- 
  (
    CONVERT(UINTEGER_32,SELF).on (to_raw_uinteger_32 - other.to_raw_uinteger_32)
  );

  - Self:SELF '*#' Left 100 other:INTEGER :SELF <- 
  (    
    CONVERT(UINTEGER_32,SELF).on (to_raw_uinteger_32 * other)
  );
  
  - Self:SELF '*'  Left 100 other:SELF :SELF <- 
  (
    CONVERT(UINTEGER_64,SELF).on ((to_raw_uinteger_64 * other.to_raw_uinteger_64) >> shift_bits)
  );
  
  - Self:SELF '/#' Left 100 other:INTEGER :SELF <- 
  (
    CONVERT(UINTEGER_32,SELF).on (to_raw_uinteger_32 / other)
  );
  
  - Self:SELF '/'  Left 100 other:SELF :SELF <- 
  (
    CONVERT(UINTEGER_64,SELF).on ((to_raw_uinteger_64 << shift_bits) / other.to_raw_uinteger_64)
  );
  
  - Self:SELF '&'  Left 100 other:SELF :SELF <-
  (
    CONVERT(UINTEGER_32,SELF).on (to_raw_uinteger_32 & other.to_raw_uinteger_32)
  );
  
  - Self:SELF '>>' Left 100 other:INTEGER :SELF <- 
  (
    CONVERT(UINTEGER_32,SELF).on (to_raw_uinteger_32 >> other)
  );
  
  - Self:SELF '<<' Left 100 other:INTEGER :SELF <- 
  (
    CONVERT(UINTEGER_32,SELF).on (to_raw_uinteger_32 << other)
  );
  
  //
  // Test binary operator :
  //
  
  - Self:SELF '>'   Right 60 other:SELF :BOOLEAN <- 
  (
    to_raw_uinteger_32 > other.to_raw_uinteger_32
  );
  
  //
  // prefix : Unary operator
  //
  
  - '~' Self:SELF :SELF <- 
  (
    CONVERT(UINTEGER_32,SELF).on (~ to_raw_uinteger_32)
  );
    




lisaac_0.39_rc1/lib/internal/portable/number/float_real.li0000644000175000017500000000346611314031246023560 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FLOAT_REAL;
    
  - comment := "Real number of variable decimal part.";
  
  - external := `#include `; 
  
Section Insert
  
  - parent_float_map:FLOAT_MAP := FLOAT_MAP;
  
  - parent_real:REAL := REAL;
lisaac_0.39_rc1/lib/internal/portable/number/signed_fixed_real.li0000644000175000017500000001000611314031246025067 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := SIGNED_FIXED_REAL;
    
  - comment := "Signed real number of fixed decimal part.";
  
Section Insert
  
  - parent_fixed_real:FIXED_REAL := FIXED_REAL;
  
Section Public
  
  //
  // Bound test
  //
  
  - bound_test low:INTEGER_64 to up:UINTEGER_64 :BOOLEAN <-
  (
    (low < to_raw_integer_64) && {up > to_raw_uinteger_64}
  );
  
  //
  // Around
  //
    
  - object_size:INTEGER := 4;

  - floor:INTEGER <-
  // Greatest integral value no greater than Current.
  (     
    to_raw_integer_32 >> shift_bits    
  )
  [
    +? {Self >= Result};
    +? {(Self - Result) < 1};
  ];
  
  - ceiling:INTEGER <-
  // Smallest integral value no smaller than Current.
  (    
    (to_raw_integer_32 + ((1 << shift_bits) - 1)) >> shift_bits    
  )
  [
    +? {Self <= Result};
    +? {(Self - Result) < 1};
  ];
  
  - rounded:INTEGER <-
  // Rounded integral value.
  (
    (to_raw_integer_32 + ((1 << shift_bits) / 2)) >> shift_bits
  );
  
  - truncated_to_integer:INTEGER <- floor;
  // Integer part (largest absolute value no greater than Current).
  
  //
  // binary operator :
  //
  
  - Self:SELF '-'  Left 80  other:SELF :SELF <- 
  (
    CONVERT(INTEGER_32,SELF).on (to_raw_integer_32 - other.to_raw_integer_32)
  );

  - Self:SELF '*#' Left 100 other:INTEGER :SELF <- 
  (    
    CONVERT(INTEGER_32,SELF).on (to_raw_integer_32 * other)
  );
  
  - Self:SELF '*'  Left 100 other:SELF :SELF <- 
  (
    CONVERT(INTEGER_64,SELF).on ((to_raw_integer_64 * other.to_raw_integer_64) >> shift_bits)
  );
  
  - Self:SELF '/#' Left 100 other:INTEGER :SELF <- 
  (
    CONVERT(INTEGER_32,SELF).on (to_raw_integer_32 / other)
  );
  
  - Self:SELF '/'  Left 100 other:SELF :SELF <- 
  (
    CONVERT(INTEGER_64,SELF).on ((to_raw_integer_64 << shift_bits) / other.to_raw_integer_64)
  );
  
  - Self:SELF '&'  Left 100 other:SELF :SELF <-
  (
    CONVERT(INTEGER_32,SELF).on (to_raw_integer_32 & other.to_raw_integer_32)
  );
  
  - Self:SELF '>>' Left 100 other:INTEGER :SELF <- 
  (
    CONVERT(INTEGER_32,SELF).on (to_raw_integer_32 >> other)
  );
  
  - Self:SELF '<<' Left 100 other:INTEGER :SELF <- 
  (
    CONVERT(INTEGER_32,SELF).on (to_raw_integer_32 << other)
  );
  
  //
  // Test binary operator :
  //
  
  - Self:SELF '>' Right 60 other:SELF :BOOLEAN <- 
  (
    to_raw_integer_32 > other.to_raw_integer_32
  );
  
  //
  // prefix : Unary operator
  //
  
  - '~' Self:SELF :SELF <- 
  (
    CONVERT(INTEGER_32,SELF).on (~ to_raw_integer_32)
  );
    



lisaac_0.39_rc1/lib/internal/portable/number/float_map64.li0000644000175000017500000000446511314031246023564 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FLOAT_MAP64;
    
  - comment := "Mapping for REAL_64.";
    
Section Inherit
  
  - parent_float_map:FLOAT_MAP := FLOAT_MAP;
  
Section Mapping
  
  + map_64:UINTEGER_64;
  
Section REAL, REAL_32, REAL_64, REAL_80
    
  - get_map f:SELF <-
  ( + tab:NATIVE_ARRAY(SELF);
    tab := CONVERT(FLOAT_MAP64,NATIVE_ARRAY(SELF)).on FLOAT_MAP64;
    tab.put f to 0;    
  );
    
  - sign:BOOLEAN         <- (map_64 >> 63) = 0; // TRUE if positif, FALSE else.
  
  - exponent:UINTEGER_32 <- ((map_64 >> mantissa_bits) & 07_FFh).to_uinteger_32;
  
  - mantissa:UINTEGER_64 <- map_64 & ((1 << mantissa_bits)-1);
    
Section Public

  //
  // Format.
  //
  
  - mantissa_bits:INTEGER_8 := 52;

  - exponent_bits:INTEGER_8 := 11;
  
lisaac_0.39_rc1/lib/internal/portable/number/unsigned_integer.li0000644000175000017500000000665211314031246025001 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := UNSIGNED_INTEGER;
  
  - comment := "Generic Unsigned Integer.";
  
Section Insert
  
  - parent_integer:INTEGER := INTEGER;
  
Section Public
  
  //
  // Range
  //
  
  - minimum:INTEGER_64 := 0.to_raw_integer_64;
  
  //
  // Function :
  //
  
  - sign:INTEGER <-
  // Sign of Current (0 -1 or 1).
  (     
    (Self != 0).to_integer;    
  );
  
  - abs:SELF <- Self;	// Absolute value of `self'.
  
  //
  // Convertion
  //
  
  - append_in buffer:STRING <-
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  ( + val:SELF;
    + i,j:INTEGER;
    ? {buffer!=NULL};
    
    (Self = 0).if {
      buffer.extend '0';
    } else {
      
      i := buffer.upper+1;
      
      val := Self;
      {val = 0}.until_do {
	buffer.extend ((val % 10).digit);
	val := val / 10;
      };
      j := buffer.upper;
            
      {i >= j}.until_do {
	buffer.swap i with j;
	j := j - 1;
	i := i + 1;
      };

    };
  );
  
  - print <-
  (    
    print_positif;
  );
  
  - to_octal:SELF <-
  // Gives coresponding octal value.
  ( + result, unit, current:SELF;
    
    current := Self;
    unit := 1;
    {current!=0}.while_do {
      result := result + ((current & 7)*unit);
      unit := (unit << 3) + (unit << 1);
      current := current >> 3;
    };
    result
  );
  
  //
  // Hashing:
  //
  
  - hash_code:INTEGER <- to_integer;
  
  //
  // Looping
  //
  
  - downto limit_down:SELF do blc:{SELF; } <-
  (
    (Self+1).downto_unsigned limit_down do blc; 
  );
  
  //
  // Bound test
  //
  
  - bound_test low:INTEGER_64 to up:UINTEGER_64 :BOOLEAN <-
  (
    (up > to_raw_uinteger_64)
  );
  
Section Private

  - downto_unsigned limit_down:SELF do blc:{SELF; } <-
  (
    (Self > limit_down).if {
      blc.value (Self - 1);
      (Self - 1).downto_unsigned limit_down do blc;
    };
  );

  lisaac_0.39_rc1/lib/internal/portable/number/float_map32.li0000644000175000017500000000441511314031246023552 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FLOAT_MAP32;
    
  - comment := "Mapping for REAL_32.";
    
Section Inherit
  
  - parent_float_map:FLOAT_MAP := FLOAT_MAP;
  
Section Mapping
  
  + map_32:UINTEGER_32;

Section REAL, REAL_32, REAL_64, REAL_80
    
  - get_map f:SELF <-
  ( + tab:NATIVE_ARRAY(SELF);
    tab := CONVERT(FLOAT_MAP32,NATIVE_ARRAY(SELF)).on FLOAT_MAP32;
    tab.put f to 0;
  );
    
  - sign:BOOLEAN         <- (map_32 >> 31) = 0; // TRUE if positif, FALSE else.
  
  - exponent:UINTEGER_32 <- (map_32 >> mantissa_bits) & 0FFh;
  
  - mantissa:UINTEGER_64 <- (map_32 & 7F_FFFFh);
    
Section Public

  //
  // Format.
  //
  
  - mantissa_bits:INTEGER_8 := 23;

  - exponent_bits:INTEGER_8 := 8;
  
lisaac_0.39_rc1/lib/internal/portable/number/fixed_real.li0000644000175000017500000001232411314031246023543 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FIXED_REAL;
    
  - comment := "Real number of fixed decimal part.";
  
Section Insert
  
  - parent_real:REAL := REAL;
  
Section SELF

  - shift_bits:INTEGER <- 
  (
    deferred;
    0
  );
  
Section Public
  
  - floor:INTEGER <-
  (
    deferred;
  );
  
  //  
  // Conversions with tests
  //
  
  //
  // - To unsigned integers
  //

  - to_uinteger_8:UINTEGER_8     <-   
  ( 
    floor.to_raw_uinteger_8
  );

  - to_uinteger_16:UINTEGER_16   <- 
  ( 
    floor.to_raw_uinteger_16
  );

  - to_uinteger_32:UINTEGER_32   <-
  ( 
    floor.to_raw_uinteger_32
  );

  - to_uinteger_64:UINTEGER_64   <-   
  ( 
    floor.to_raw_uinteger_64
  );

  //
  // - To signed integers
  //

  - to_integer_8:INTEGER_8   <-
  ( 
    floor.to_raw_integer_8
  );

  - to_integer_16:INTEGER_16 <-
  ( 
    floor.to_raw_integer_16
  );

  - to_integer_32:INTEGER_32 <-
  ( 
    floor.to_raw_integer_32
  );

  - to_integer_64:INTEGER_64 <-
  ( 
    floor.to_raw_integer_64
  );
  
  - to_integer:INTEGER <-
  (
    floor
  );
  
  //
  // - To unsigned fixed reals
  //

  - to_ureal_16_16:UREAL_16_16 <-
  ( + result:UINTEGER_32;
    (shift_bits < 16).if {
      result := to_raw_uinteger_32 << (16 - shift_bits);
    } else {
      result := to_raw_uinteger_32 >> (shift_bits - 16);
    };
    result.to_raw_ureal_16_16
  );

  - to_ureal_24_8:UREAL_24_8   <-
  ( + result:UINTEGER_32;
    (shift_bits < 8).if {
      result := to_raw_uinteger_32 << (8 - shift_bits);
    } else {
      result := to_raw_uinteger_32 >> (shift_bits - 8);
    };
    result.to_raw_ureal_24_8
  );

  - to_ureal_26_6:UREAL_26_6   <-
  ( + result:UINTEGER_32;
    (shift_bits < 6).if {
      result := to_raw_uinteger_32 << (6 - shift_bits);
    } else {
      result := to_raw_uinteger_32 >> (shift_bits - 6);
    };
    result.to_raw_ureal_26_6    
  );
  
  //
  // - To signed fixed reals
  //
  
  - to_real_16_16:REAL_16_16 <-
  ( + result:UINTEGER_32;
    (shift_bits < 16).if {
      result := to_raw_integer_32 << (16 - shift_bits);
    } else {
      result := to_raw_integer_32 >> (shift_bits - 16);
    };
    result.to_raw_real_16_16
  );

  - to_real_24_8:REAL_24_8   <-
  ( + result:UINTEGER_32;
    (shift_bits < 8).if {
      result := to_raw_integer_32 << (8 - shift_bits);
    } else {
      result := to_raw_integer_32 >> (shift_bits - 8);
    };
    result.to_raw_real_24_8
  );

  - to_real_26_6:REAL_26_6 <-
  ( + result:UINTEGER_32;
    (shift_bits < 6).if {
      result := to_raw_integer_32 << (6 - shift_bits);
    } else {
      result := to_raw_integer_32 >> (shift_bits - 6);
    };
    result.to_raw_ureal_26_6    
  );
  
  //
  // - To float reals
  //
  
  - to_real_32:REAL_32 <-
  ( 
    to_raw_real_32 / (1 << shift_bits)
  );

  - to_real_64:REAL_64 <-
  ( 
    to_raw_real_64 / (1 << shift_bits)
  );

  - to_real_80:REAL_80 <-
  ( 
    to_raw_real_80 / (1 << shift_bits)
  );

  - atan:SELF <- not_yet_implemented;

  - sqrt:SELF <-   
  // The Heron approximation Algorithm.
  [ -? {Self > 0}; ]
  ( + result:SELF;
    result := Self;
    0.to 7 do { j:INTEGER;    
      result := (result + Self / result) /# 2;
    };
    result
  );

  - log:SELF  <- not_yet_implemented;

  - sin:SELF  <- not_yet_implemented;

  - cos:SELF  <- not_yet_implemented;

  - pow exp:SELF :SELF <- not_yet_implemented;

  //
  // Comparaison.
  //
  
  - Self:SELF '~=' other:SELF :BOOLEAN <-
  (
    Self = other
  );
  
  - is_not_a_number:BOOLEAN <- FALSE;
  
  - is_infinity:BOOLEAN <- FALSE;
 
  //
  // Print.
  //
        
  - append_in buffer:STRING decimal n:INTEGER <-
  ( 
    not_yet_implemented;
  );
  
  - scientific_append_in buffer:STRING <- 
  ( 
    not_yet_implemented;
  );
    
lisaac_0.39_rc1/lib/internal/portable/number/numeric.li0000644000175000017500000003247211314031246023111 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := NUMERIC;
  
  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag, 2007 Xavier Oswald";
  
  - comment     :="Generic number.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
    
Section Public

  //
  // Features
  //
  
  - one:SELF  <- 1; // Neutral element for `*' and `/'.
  
  - zero:SELF <- 0; // Neutral element for `+' and `-'.

  //
  // Functions
  // 
  
  - in_range low:SELF to up:SELF :BOOLEAN <- 
  (low <= Self) && {up >= Self};
    
  - sign:INTEGER <-
  // Sign of Current (0 -1 or 1).
  ( + result:INTEGER;
    
    (Self > 0).if {
      result := 1;
    }.elseif {Self < 0} then {
      result := -1;
    };
    result
  )
  [
    +? {-1 <= result};
    +? {result <= 1};    
  ];

  //
  // binary operator :
  //
  
  - Self:SELF '-'  Left 80  other:SELF :SELF <- `3`;
  
  - Self:SELF '*'  Left 100 other:SELF :SELF <- `4`;
  
  - Self:SELF '/'  Left 100 other:SELF :SELF <- `5`; // ? {other/=0}
    
  - Self:SELF '+'  Left 80  other:SELF :SELF <- Self - -other;
  
  //
  // Unary operator
  //
  
  - '+' Self:SELF :SELF <- Self;
  
  - '-' Self:SELF :SELF <- SELF.zero - Self;

  //
  // Compatibility Binary operator
  //
  
  - Self:SELF '-#'  Left 80  other:INTEGER :SELF    <- Self - other;
  
  - Self:SELF '*#'  Left 100 other:INTEGER :SELF    <- Self * other;
  
  - Self:SELF '/#'  Left 100 other:INTEGER :SELF    <- Self / other;
    
  - Self:SELF '+#'  Left 80  other:INTEGER :SELF    <- Self + other;
  
  - Self:SELF '>#'  Right 60 other:INTEGER :BOOLEAN <- Self > other;
  
  - Self:SELF '<#'  Right 60 other:INTEGER :BOOLEAN <- ! (Self >=# other);
  
  - Self:SELF '<=#' Right 60 other:INTEGER :BOOLEAN <- ! (Self ># other);
  
  - Self:SELF '>=#' Right 60 other:INTEGER :BOOLEAN <- (Self ># other) | (Self ==# other);
  
  - Self:SELF '==#' Right 60 other:INTEGER :BOOLEAN <- (Self = other);

  //
  // Test binary operator :
  //
  
  - Self:SELF '>'   Right 60 other:SELF :BOOLEAN <- `2`;
  
  - Self:SELF '<'   Right 60 other:SELF :BOOLEAN <- ! (Self >= other);
  
  - Self:SELF '<='  Right 60 other:SELF :BOOLEAN <- ! (Self > other);
  
  - Self:SELF '>='  Right 60 other:SELF :BOOLEAN <- (Self > other) | (Self = other);
  
  - Self:SELF '=='  Right 60 other:E :BOOLEAN <- 
  ( + my_other:SELF;
    
    my_other := other;
    Self = my_other
  );
  
  //
  // Switch case :
  //
    
  - when value:SELF then block:{} :SELF <-
  // when `value' equals `Self', execute `block'
  // You can chain "when ... then ..." between them like : 

  // bar.when 1 then { // code }.when 2 then { // code 2 }
  (
    (Self = value).if block;
    Self
  );
  
  - when value1:SELF or value2:SELF then block:{} :SELF <-
  // when `value1' or `value2' equal `Self', execute `block'
  (
    ((Self = value1) || {Self = value2}).if block;
    Self
  );
  
  - when first_value:SELF to last_value:SELF then block:{} :SELF <-
  // Execute `block' when  `Self' is in range of `first_value' to `last_value'
  ( 
    ? {first_value <= last_value};
    ((Self >= first_value) && {Self <= last_value}).if block;
    Self
  );
  
  - else   block:{} <-
  (
    block;
  );
  //
  // Looping.
  //
    
  - to limit_up:SELF do blc:{SELF;} <-
  // Classical loop from `Self' to `limit_up'
  (
    (Self <= limit_up).if {
      blc.value Self;
      (Self + 1).to limit_up do blc;
    };
  );
  
  - downto limit_down:SELF do blc:{SELF;} <-
  // Classical backward loop from `Self' to `limit_up'
  (
    (Self >= limit_down).if {
      blc.value Self;
      (Self-1).downto limit_down do blc;
    };
  );
  
  - to limit_up:SELF by step:SELF do blc:{SELF;} <-
  // Classical loop from `Self' to `limit_up' stepping `step'
  (
    (Self <= limit_up).if {
      blc.value Self;
      (Self + step).to limit_up by step do blc;
    };
  );
  
  - downto limit_down:SELF by step:SELF do blc:{SELF;} <-
  // Classical backward loop from `Self' to `limit_up' stepping `step'
  (
    (Self >= limit_down).if {
      blc.value Self;
      (Self - step).downto limit_down by step do blc;
    };
  );

  - to limit_up:SELF until test: {BOOLEAN} do blc:{SELF;} <-
  // Classical loop from `Self' to `limit_up' until `test' is TRUE
  (
    ((Self <= limit_up) && {!test.value}).if {
    blc.value Self;
    (Self + 1).to limit_up until test do blc;
  };
);




  //
  // Function :
  //
  
  - abs:SELF <- 
  // Absolute value of `Self'.
  ( + result:SELF;
    
    (Self < 0).if {
      result := - Self;
    } else {
      result := Self;
    };
    result
  );
  
  - min other:SELF :SELF <-
  // Minimum between value of `Self' and `other'
  ( + result:SELF;
    
    (Self > other).if {
      result := other;
    } else {
      result := Self;
    };
    result
  );
  
  - max other:SELF :SELF <-
  // Maximum between value of `Self' and `other'
  ( + result:SELF;
    
    (Self > other).if {
      result := Self;
    } else {
      result := other;
    };
    result
  );
  
  //
  // Conversion for other type.
  //
  
  - to_string:STRING <-
  // Convert the decimal view of `self' into a new allocated STRING.
  // For example, if `self' is -1 the new STRING is -1.
  // * See:  `append_in' to save memory.
  ( + result:STRING;
    
    result := STRING.create 11;
    append_in result;
    result
  );
  
  - to_boolean:BOOLEAN <- 
  // TRUE if `Self' not zero
  Self != 0;
  
  - append_in buffer:STRING <- deferred;
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  
  - to_string_format s:SELF :STRING <- 
  // Same as `to_string' but the result is on `s' character and the
  // number is right aligned.
  // * Require: s size large enough for `Self'
  // * Ensure: `s' >= of size of stringed `Self'
  // * See:  `append_in_format' to save memory.
  [
    -? {to_string.count <= s};
  ]
  ( + result:STRING;
        
    result := to_string;
    result.precede_multiple ' ' by (s.to_integer - result.count);
    
    result
  )
  [
    +? {Result.count = s};
  ];
  
  - append_in str:STRING format s:INTEGER <-
  // Append the equivalent of `to_string_format' at the end of
  // `str'. Thus you can save memory because no other
  // STRING is allocate for the job.
  ( 
    append_in str format s with ' ';
  );

  - append_in str:STRING format s:INTEGER with char:CHARACTER <-
  // Append the equivalent of `to_string_format' at the end of
  // `str'. Thus you can save memory because no other
  // STRING is allocate for the job.
  // * Require: str not null
  // * Require: `s' >= of size of stringed `Self'
  // * Ensure: size of `str' is equal to former `str' size plus `s'
  [
    -? {str != NULL};
    -? {to_string.count <= s};
  ]
  ( + old_count:INTEGER;
    
    old_count := str.count;
    append_in str;
    str.insert char to old_count on (s - (str.count - old_count));
  )
  [
    +? {str.count = (Old str.count + s)};
  ];
  
  //
  // Print
  //
  
  - print <-
  // Print
  (
    string_tmp.clear;
    append_in string_tmp;
    string_tmp.print;
  );
  
  - print_format s:SELF <-
 // Print with format size `s' 
  (
    string_tmp.clear;
    append_in string_tmp format s;
    string_tmp.print;
  );
    
  - print_format s:SELF with c:CHARACTER <-
  // Print with format size `s' replacing blank character by `c'
  (
    string_tmp.clear;
    append_in string_tmp format s with c;
    string_tmp.print;
  );
    
  //
  // Conversions with tests
  //
  
  - bound_test low:INTEGER_64 to up:UINTEGER_64 :BOOLEAN <-
  (
    deferred;
    FALSE
  );
    
  //
  // - To unsigned integers
  //

  - to_uinteger_8:UINTEGER_8     <- 
 // [ -? {bound_test (UINTEGER_8.minimum) to (UINTEGER_8.maximum)}; ]
  ( 
    to_raw_uinteger_8
  );

  - to_uinteger_16:UINTEGER_16   <- 
  [ -? {bound_test (UINTEGER_16.minimum) to (UINTEGER_16.maximum)}; ]
  ( 
    to_raw_uinteger_16
  );

  - to_uinteger_32:UINTEGER_32   <-
  [ -? {bound_test (UINTEGER_32.minimum) to (UINTEGER_32.maximum)}; ]
  ( 
    to_raw_uinteger_32
  );

  - to_uinteger_64:UINTEGER_64   <- 
  [ -? {bound_test (UINTEGER_64.minimum) to (UINTEGER_64.maximum)}; ]
  ( 
    to_raw_uinteger_64
  );

  - to_uinteger_big:UINTEGER_BIG <- 
  ( 
    UINTEGER_BIG.create Self
  );
  
  - to_uinteger:UINTEGER <-
  [ -? {Self >= 0}; ]
  (
    to_raw_uinteger
  );
  
  - to_uinteger_cpu:UINTEGER_CPU <-
  [ -? {Self >= 0}; ] 
  (
    to_raw_uinteger_cpu
  );
  
  //
  // - To signed integers
  //
  
  - to_integer:INTEGER <- to_raw_integer;  
  
  - to_integer_8:INTEGER_8   <-
  [ -? {bound_test (INTEGER_8.minimum) to (INTEGER_8.maximum)}; ]
  ( 
    to_raw_integer_8
  );

  - to_integer_16:INTEGER_16 <-
  [ -? {bound_test (INTEGER_16.minimum) to (INTEGER_16.maximum)}; ]
  ( 
    to_raw_integer_16
  );

  - to_integer_32:INTEGER_32 <-
  [ -? {bound_test (INTEGER_32.minimum) to (INTEGER_32.maximum)}; ]
  ( 
    to_raw_integer_32
  );

  - to_integer_64:INTEGER_64 <-
  //[ -? {bound_test (INTEGER_64.minimum) to (INTEGER_64.maximum)}; ]
  ( 
    to_raw_integer_64
  );

  - to_integer_big:UINTEGER_BIG <- 
  ( 
    deferred;
    NULL
  );
  
  //
  // - To unsigned fixed reals
  //

  - to_ureal_16_16:UREAL_16_16 <-
  [ -? {bound_test (UREAL_16_16.minimum) to (UREAL_16_16.maximum)}; ]
  ( 
    (Self *# 1_0000h).to_raw_ureal_16_16
  );

  - to_ureal_24_8:UREAL_24_8   <-
  [ -? {bound_test (UREAL_24_8.minimum) to (UREAL_24_8.maximum)}; ]
  ( 
    (Self *# 1_00h).to_raw_ureal_24_8
  );

  - to_ureal_26_6:UREAL_26_6   <-
  [ -? {bound_test (UREAL_26_6.minimum) to (UREAL_26_6.maximum)}; ]
  ( 
    (Self *# 100_0000b).to_raw_ureal_26_6
  );
  
  //
  // - To signed fixed reals
  //
  
  - to_real_16_16:REAL_16_16 <-
  [ -? {bound_test (REAL_16_16.minimum) to (REAL_16_16.maximum)}; ]
  ( 
    (Self *# 1_0000h).to_raw_real_16_16
  );

  - to_real_24_8:REAL_24_8   <-
  [ -? {bound_test (REAL_24_8.minimum) to (REAL_24_8.maximum)}; ]
  ( 
    (Self *# 1_00h).to_raw_real_24_8
  );

  - to_real_26_6:REAL_26_6 <-
  [ -? {bound_test (REAL_26_6.minimum) to (REAL_26_6.maximum)}; ]
  ( 
    (Self *# 100_0000b).to_raw_real_26_6
  );
  
  //
  // - To float reals
  //
  
  - to_real:REAL <- to_raw_real;
  
  - to_real_32:REAL_32 <-
  ( 
    to_raw_real_32
  );

  - to_real_64:REAL_64 <-
  ( 
    to_raw_real_64
  );

  - to_real_80:REAL_80 <-
  ( 
    to_raw_real_80
  );
  

Section Public
  
  //
  // Convertion format without test.
  //
  
  - to_raw_integer:INTEGER          <- CONVERT(SELF,INTEGER     ).on Self;

  - to_raw_uinteger:UINTEGER        <- CONVERT(SELF,UINTEGER    ).on Self;

  - to_raw_uinteger_8:UINTEGER_8    <- CONVERT(SELF,UINTEGER_8  ).on Self;

  - to_raw_uinteger_16:UINTEGER_16  <- CONVERT(SELF,UINTEGER_16 ).on Self;

  - to_raw_uinteger_32:UINTEGER_32  <- CONVERT(SELF,UINTEGER_32 ).on Self;

  - to_raw_uinteger_64:UINTEGER_64  <- CONVERT(SELF,UINTEGER_64 ).on Self;
  
  - to_raw_uinteger_cpu:UINTEGER_CPU<- CONVERT(SELF,UINTEGER_CPU).on Self;
  
  - to_raw_integer_8:INTEGER_8      <- CONVERT(SELF,INTEGER_8   ).on Self;

  - to_raw_integer_16:INTEGER_16    <- CONVERT(SELF,INTEGER_16  ).on Self;

  - to_raw_integer_32:INTEGER_32    <- CONVERT(SELF,INTEGER_32  ).on Self;

  - to_raw_integer_64:INTEGER_64    <- CONVERT(SELF,INTEGER_64  ).on Self;
  
  - to_raw_real:REAL                <- CONVERT(SELF,REAL        ).on Self;
  
  - to_raw_ureal_16_16:UREAL_16_16  <- CONVERT(SELF,UREAL_16_16 ).on Self;

  - to_raw_ureal_24_8:UREAL_24_8    <- CONVERT(SELF,UREAL_24_8  ).on Self;

  - to_raw_ureal_26_6:UREAL_26_6    <- CONVERT(SELF,UREAL_26_6  ).on Self; 

  - to_raw_real_16_16:REAL_16_16    <- CONVERT(SELF,REAL_16_16  ).on Self;

  - to_raw_real_24_8:REAL_24_8      <- CONVERT(SELF,REAL_24_8).on Self;

  - to_raw_real_26_6:REAL_26_6      <- CONVERT(SELF,REAL_26_6).on Self; 

  - to_raw_real_32:REAL_32          <- CONVERT(SELF,REAL_32).on Self;
    
  - to_raw_real_64:REAL_64          <- CONVERT(SELF,REAL_64).on Self;

  - to_raw_real_80:REAL_80          <- CONVERT(SELF,REAL_80).on Self;

Section Private
  
  - string_tmp:STRING := STRING.create 32;
  

lisaac_0.39_rc1/lib/internal/portable/number/float_map80.li0000644000175000017500000000442111314031246023552 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FLOAT_MAP80;
    
  - comment := "Mapping for REAL_80.";
    
Section Inherit
  
  - parent_float_map:FLOAT_MAP := FLOAT_MAP;
  
Section Mapping
  
  + exp_16:UINTEGER_16;
  + man_64:UINTEGER_64;
  
Section REAL, REAL_32, REAL_64, REAL_80
    
  - get_map f:SELF <-
  ( + tab:NATIVE_ARRAY(SELF);
    tab := CONVERT(FLOAT_MAP80,NATIVE_ARRAY(SELF)).on FLOAT_MAP80;
    tab.put f to 0;        
  );
    
  - sign:BOOLEAN         <- (exp_16 >> 15) = 0; // TRUE if positif, FALSE else.
  
  - exponent:UINTEGER_32 <- exp_16 & 07F_FFh;
  
  - mantissa:UINTEGER_64 <- man_64;
  
Section Public

  //
  // Format.
  //
  
  - mantissa_bits:INTEGER_8 := 64;

  - exponent_bits:INTEGER_8 := 15;
  
lisaac_0.39_rc1/lib/internal/portable/number/signed_integer.li0000644000175000017500000000613511314031246024432 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := SIGNED_INTEGER;
  
  - comment := "Generic Signed Integer.";
  
Section Insert
  
  - parent_integer:INTEGER := INTEGER;
  
Section Public
    
  - append_in buffer:STRING <-
  // Append in the `buffer' the equivalent of `to_string'. No new STRING
  // creation during the process.
  [ -? {buffer!=NULL}; ]
  ( + val:SELF;
    + i,j:INTEGER;
        
    (Self = 0).if {
      buffer.extend '0';
    } else {
      (Self > 0).if {
	val := Self;
      } else {
	val := - Self;
	buffer.extend '-';
      };
      
      i := buffer.upper+1;
      
      {val = 0}.until_do {	
	buffer.extend ((val % 10).digit);
	val := val / 10;
      };
      
      j := buffer.upper;
      {i >= j}.until_do {
	buffer.swap i with j;
	j := j - 1;
	i := i + 1;
      };      
    };
  );
  
  - to_octal:SELF <-
  // Gives coresponding octal value.
  ( + result, unit, current:SELF;
    
    (Self < 0).if {
      result := -((-Self).to_octal);
    } else {
      current := Self;
      unit := 1;
      {current != 0}.while_do {
	result := result + ((current & 7)*unit);
	unit := (unit << 3) + (unit << 1);
	current := current >> 3;
      };
    };
    result
  );
  
  //
  // Hashing:
  //
  
  - hash_code:INTEGER <-
  ( + result:INTEGER;
    
    (Self < 0).if {
      result := ~ Self;
    } else {
      result := Self;
    };
        
    result
  )
  [
    +? {Result>=0};
  ];
  
  //
  // Bound test
  //
  
  - bound_test low:INTEGER_64 to up:UINTEGER_64 :BOOLEAN <-
  (
    (low < to_raw_integer_64) && {up > to_raw_uinteger_64}
  );

  lisaac_0.39_rc1/lib/internal/portable/number/float_map.li0000644000175000017500000000463311314031246023407 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := FLOAT_MAP;
    
  - comment := "Mapping for REAL_xx.";
  
Section PRIVATE
  
  - deferred <- crash_with_message "Slot deferred.";
  
Section REAL, REAL_32, REAL_64, REAL_80
    
  - get_map f:SELF <-
  (
    deferred;
  );
  
  - sign:BOOLEAN         <- deferred; // TRUE if positif, FALSE else.
  
  - exponent:UINTEGER_32 <- deferred;
  
  - mantissa:UINTEGER_64 <- deferred; 
    
  //
  // Consultation.
  //
  
  - is_infinite:BOOLEAN <- 
  (exponent = ((1 << exponent_bits) - 1)) && {(mantissa >> (mantissa_bits-1)) = 0};
  
  - is_nan:BOOLEAN <-
  (exponent = ((1 << exponent_bits) - 1)) && {(mantissa >> (mantissa_bits-1)) != 0};
  
  - is_zero:BOOLEAN <- (exponent = 0) && {mantissa = 0};
  
Section Public

  //
  // Format.
  //
  
  - mantissa_bits:INTEGER_8 <- deferred;

  - exponent_bits:INTEGER_8 <- deferred;
lisaac_0.39_rc1/lib/internal/portable/system/0000755000175000017500000000000011314031246021145 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/portable/system/system_detect.li0000644000175000017500000000702411314031246024352 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := SYSTEM_DETECT;

  - author        := "Mildred Ki'Lya ";
  - copyright     := "2008 Mildred Ki'Lya";
  - bibliography  := "";
  - comment       := "Detect charecteristics of the system/C compiler";
  
  // Don't hesitate to add others slots to detect your platform.

Section Inherit

  - parent :Expanded OBJECT;

Section Public

  - end_of_line :STRING_CONSTANT <-
  (
    is_win32.if {
      end_of_line := "\n\r";
    } else {
      end_of_line := "\n";
    };
    end_of_line
  );

  - is_unix :BOOLEAN <-
  ( + true :TRUE;
    + false :FALSE;
    `
    #ifdef __unix__
    @true
    #else
    @false
    #endif
    `:BOOLEAN(TRUE,FALSE)
  );

  - is_windows :BOOLEAN <- is_win32;

  - is_win32 :BOOLEAN <-
  ( + true :TRUE;
    + false :FALSE;
    `
    #ifdef WIN32
    @true
    #else
    @false
    #endif
    `:BOOLEAN(TRUE,FALSE)
  );

  - is_stdc :BOOLEAN <-
  ( + true :TRUE;
    + false :FALSE;
    `
    #ifdef __STDC__
    @true
    #else
    @false
    #endif
    `:BOOLEAN(TRUE,FALSE)
  );

  - is_gnuc :BOOLEAN <-
  ( + true :TRUE;
    + false :FALSE;
    `
    #ifdef __GNUC__
    @true
    #else
    @false
    #endif
    `:BOOLEAN(TRUE,FALSE)
  );

  - is_elf :BOOLEAN <-
  ( + true :TRUE;
    + false :FALSE;
    `
    #ifdef __ELF__
    @true
    #else
    @false
    #endif
    `:BOOLEAN(TRUE,FALSE)
  );

  - is_i383 :BOOLEAN <-
  ( + true :TRUE;
    + false :FALSE;
    `
    #ifdef __i386__
    @true
    #else
    @false
    #endif
    `:BOOLEAN(TRUE,FALSE)
  );

  - is_linux :BOOLEAN <-
  ( + true :TRUE;
    + false :FALSE;
    `
    #ifdef __linux__
    @true
    #else
    @false
    #endif
    `:BOOLEAN(TRUE,FALSE)
  );

  - is_gnu_linux :BOOLEAN <-
  ( + true :TRUE;
    + false :FALSE;
    `
    #ifdef __gnu_linux__
    @true
    #else
    @false
    #endif
    `:BOOLEAN(TRUE,FALSE)
  );

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/internal/portable/collection/0000755000175000017500000000000011314031324021751 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/portable/collection/any_hashed_dictionary_node.li0000644000175000017500000000337611314031246027650 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := ANY_HASHED_DICTIONARY_NODE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;
  lisaac_0.39_rc1/lib/internal/portable/collection/native_array_volatile.li0000644000175000017500000005057511314031246026701 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
 
  + name        := Strict NATIVE_ARRAY_VOLATILE(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
    
  - comment     :="Native array of collection library.";
  
  // This class gives access to the lowest level for arrays. As any low level array, you can
  // get high performances with NATIVE_ARRAYs, but you loose most valid bounds checks (as
  // you can do in plain C code for example).
    
Section Inherit
  
  - parent_safe_equal:SAFE_EQUAL(V) := SAFE_EQUAL(V);
  
Section Public  
  
  //
  // Basic features:
  //
  
  - object_size:INTEGER := 0; // For detect error.
  
  - element_sizeof:INTEGER <- 
  // The size in number of bytes for type `E'.
  ( + result:INTEGER;
    (V.is_expanded_type).if {
      result := V.object_size;
    } else {
      result := POINTER.object_size;
    };
    result
  );
  
  - calloc_intern nb_elements:INTEGER :NATIVE_ARRAY_VOLATILE(V) <-
  // Allocate a new array of 'nb_elements' of type `E'.
  // The new array is initialized with default values.
  [ ...
    -? {nb_elements > 0};
  ]
  ( + capacity:INTEGER;
    + p:POINTER;
    + result  :NATIVE_ARRAY_VOLATILE(V);
    
    capacity := nb_elements * element_sizeof;    
    //p := `malloc(@capacity)`:POINTER; 
    p := MEMORY.alloc_dynamic (capacity.to_uinteger_32);
    result := CONVERT(POINTER,NATIVE_ARRAY_VOLATILE(V)).on p;
    result
  )
  [ ...
    +? {Result != NULL};
  ];
  
  - create nb_elements:INTEGER :NATIVE_ARRAY_VOLATILE(V) <-
  // Allocate a new array of `nb_elements' of type `E'.
  // The new array is initialized with default values.
  [ ...
    -? {nb_elements > 0};
  ]
  ( + result:NATIVE_ARRAY_VOLATILE(V);
   
    result:=calloc_intern nb_elements;
    result.clear_all (nb_elements-1); 
    result
  )
  [ ...
    +? {Result.all_default (nb_elements-1)};
  ];
  
  - realloc old_nb_elts:INTEGER with new_nb_elts:INTEGER :NATIVE_ARRAY_VOLATILE(V) <-
  // Assume Current is a valid NATIVE_ARRAY_VOLATILE in range
  // [0 .. `old_nb_elts'-1]. Allocate a bigger new array in
  // range [0 .. `new_nb_elts'-1].
  // Old range is copied in the new allocated array.
  // New items are initialized with default values.
  [ ...
    -? {Self != NULL};
    -? {old_nb_elts > 0};
    -? {old_nb_elts < new_nb_elts};
  ]
  ( + new:NATIVE_ARRAY_VOLATILE(V);
    + old_ptr,new_ptr:POINTER;
    + new_cap:INTEGER;
    
    old_ptr := CONVERT(NATIVE_ARRAY_VOLATILE(V),POINTER).on Self; 
    new_cap := new_nb_elts * element_sizeof;
    //new_ptr := `realloc(@old_ptr,@new_cap)`:POINTER;
    new_ptr := MEMORY.realloc_dynamic old_ptr 
    old_size ((old_nb_elts * element_sizeof).to_uinteger_32) 
    new_size (new_cap.to_uinteger_32);
    new := CONVERT(POINTER,NATIVE_ARRAY_VOLATILE(V)).on new_ptr;
    new.clear old_nb_elts to (new_nb_elts - 1);
    new
  )
  [ ...
    +? {Result != NULL};
  ];
  
  - first:V <- item 0;
    
  - item index:INTEGER :V <-
  // To read an `item'.
  // Assume that `calloc' is already done and that `index' is 
  // the range [0 .. `nb_elements'-1].
  [ ...
    -? {index >= 0};
  ]
  (    
    `10` 
  );
  
  - put element:V to index:INTEGER <-
  // To write an item.
  // Assume that `calloc' is already done and that `index'
  // is the range [0 .. `nb_elements'-1].
  [ ...
    -? {index >= 0};
  ]
  (     
    force_put element to index;        
  )
  [ ...
    +? {element = item index}; 
  ];
  
  //
  // Displacement
  //
  
  - Self:SELF '+' Left 80 other:INTEGER :NATIVE_ARRAY_VOLATILE(V) <- 
  // other is in element index
  ( + ptr:POINTER;
    
    ptr := to_pointer;
    ptr := ptr + other * element_sizeof;
    CONVERT(POINTER, NATIVE_ARRAY_VOLATILE(V)).on ptr
  );
  
  //
  // Comparison:
  //
  
  - memcmp other:NATIVE_ARRAY_VOLATILE(V) until capacity:INTEGER :BOOLEAN <-
  // True if all elements in range [0..capacity-1] are
  // identical using `equal'. Assume Current and `other'
  // are big enough.
  // See also `fast_memcmp'.
  [ ...
    -? {(capacity > 0) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER;
       
    i := capacity - 1;
    {(i >= 0) && {safe_equal (item i,other.item i)}}.while_do {
      i := i - 1;
    };
    i < 0
  );
  
  - slice_memcmp (at:INTEGER,other:NATIVE_ARRAY_VOLATILE(V),other_lower,other_upper:INTEGER) :BOOLEAN <-
  // True if all elements in range [0 .. `other_upper' - `other_lower'] are identical
  // to the elements in range [`other_lower' .. `other_upper'] of `other' using
  // `is_equal'. Assume `Current' and `other' are big enough.
  // See also `slice_fast_memcmp'.
  [ ...
    -? {at >= 0};
    -? {other_lower >= 0};
    -? {other_upper >= other_lower - 1};
    -? {(other_upper >= other_lower) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER;
    	
    i := other_upper - other_lower;
    {(i >= 0) && {safe_equal (item (at + i),other.item (other_lower + i))}}.while_do {
      i := i - 1;
    };
    i < 0
  );
  
  - fast_memcmp other:NATIVE_ARRAY_VOLATILE(V) until capacity:INTEGER :BOOLEAN <-
  // Same jobs as `memcmp' but uses infix `=' instead `equal'.
  [ ...
    -? {(capacity > 0) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER;
        
    i := capacity-1;
    {(i >=0 ) && {item i = other.item i}}.while_do {
      i := i - 1;
    };
    i < 0
  );
  
  - slice_fast_memcmp (at:INTEGER, other:NATIVE_ARRAY_VOLATILE(V), other_lower,other_upper:INTEGER) :BOOLEAN <-
  // Same jobs as `slice_memcmp' but uses infix "=" instead of `is_equal'.
  [ ...
    -? {at >= 0};
    -? {other_lower >= 0};
    -? {other_upper >= other_lower - 1};
    -? {(other_upper >= other_lower) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER;		
		
    i := other_upper - other_lower;
    {(i < 0) || {item (at + i) != other.item (other_lower + i)}}.until_do {
      i := i - 1;
    };
    i < 0
  );
			
  - deep_memcmp other:NATIVE_ARRAY_VOLATILE(V) until capacity:INTEGER :BOOLEAN <-
  // Same jobs as `memcmp' but uses `is_deep_equal' instead `equal'.
  [ ...
    -? {(capacity > 0) ->> {other.is_not_null}};
  ]
  ( + result:BOOLEAN;  // BEN : A REVOIR, il y a + efficace...
    + e1,e2:V;
    + i:INTEGER;
    
    result := TRUE;
    i := capacity - 1;
    {(result = FALSE) || {i < 0}}.until_do {
      e1 := item i;
      e2 := other.item i;
      (e1 != e2).if {
	((e1 != NULL) && {e2 != NULL}).if {
	  (! e1.is_deep_equal e2).if {
	    result := FALSE;
	  };
	} else {
	  result := FALSE;
	};
      };
      i := i - 1;
    };
    result
  );
  
  - slice_deep_memcmp (at:INTEGER,other:NATIVE_ARRAY_VOLATILE(V),other_lower,other_upper:INTEGER) :BOOLEAN <-
  // Same jobs as `slice_memcmp' but uses `is_deep_equal' instead of `is_equal'.
  [ ...
    -? {at >= 0};
    -? {other_lower >= 0};
    -? {other_upper >= other_lower - 1};
    -? {(other_upper >= other_lower) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER; 
    + e1,e2:V;
    + result:BOOLEAN;
	
    i := other_upper - other_lower;
    result := TRUE;
    {(! result) || {i < 0}}.until_do {
      e1 := item i;
      e2 := other.item i;
      (e1 = e2).if {
      }.elseif {e1 != NULL} then {
	(e2 != NULL).if {
	  result := e1.is_deep_equal e2;
	} else {
	  result := FALSE;
	};
      } else {
	result := FALSE;
      };
      i := i - 1;
    };
    result
  );
  
  //
  // Searching:
  //
  
  - first_index_of element:V until upper:INTEGER :INTEGER <-
  // Give the index of the first occurrence of `element' using
  // `==' for comparison.
  // Answer `upper + 1' when `element' is not inside.
  // See also `fast_index_of', `reverse_index_of'.
  [ ...
    -? {upper >= -1};
  ]
  ( + idx:INTEGER;
       
    {(idx > upper) || {safe_equal (element,item idx)}}.until_do	{
      idx := idx + 1;
    };
    idx
  );
  
  - index_of (element:V,start_index:INTEGER) until upper:INTEGER :INTEGER <-
  // Using `is_equal' for comparison, gives the index of the first occurrence of `element' 
  // at or after `start_index'. Answer `upper + 1' when the search fail.
  // See also `fast_index_of', `reverse_index_of'.
  [ ...
    -? {start_index >= 0};
    -? {start_index <= upper};
  ]
  ( + result:INTEGER;
    
    result := start_index;
    {(result > upper) || {safe_equal (element,item result)}}.until_do {
      result := result + 1;
    };
    result
  )
  [ ...
    +? {Result.in_range start_index to (upper + 1)};
    +? {(Result <= upper) ->> {safe_equal (element,item Result)}};
  ];
  
  - reverse_index_of element:V from upper:INTEGER :INTEGER <-
  // Give the index of the first occurrence of `element' using
  // `==' for comparison, from upper to lower.
  // Answer -1 when `element' is not inside.
  [ ...
    -? {upper >= -1};
  ]
  ( + idx:INTEGER;
   
    idx := upper;
    {(idx < 0) || {safe_equal (element,item idx)}}.until_do	{
      idx := idx - 1;
    };
    idx
  )
  [ ...
    +? {Result.in_range (-1) to upper};
    +? {(Result > 0) ->> {safe_equal (element, item Result)}};
  ];
  
  - fast_index_of (element:V,start_index:INTEGER) until upper:INTEGER :INTEGER <-
  // Using basic `=' for comparison, gives the index of the first occurrence of 
  // `element' at or after `start_index'. Answer `upper + 1' when the search fail.
  // See also `index_of', `reverse_index_of'.
  [ ...
    -? {start_index >= 0};
    -? {start_index <= upper};
  ]
  ( + result:INTEGER;
  
    result := start_index;
    {(result > upper) || {element = item result}}.until_do {      
      result := result + 1;
    };
    result
  )
  [ ...
    +? {Result.in_range start_index to (upper + 1)};
    +? {(Result <= upper) ->> {element = item Result}};
  ];
  
  - fast_reverse_index_of element:V from upper:INTEGER :INTEGER <-
  // Same as `reverse_index_of' but use basic `=' for comparison.
  // Search is done in reverse direction, which means from `upper' down to the
  // `0'. Answer `-1' when the search fail.
  // See also `reverse_index_of', `index_of'.
  [
    -? {upper >= -1};
  ]
  ( + idx:INTEGER;
       
    idx := upper;
    {(idx < 0) || {element = item idx}}.until_do {
      idx := idx - 1;
    };
    idx
  )
  [ ...
    +? {Result.in_range (-1) to upper};
    +? {(Result > 0) ->> {element = item Result}};
  ];

  - fast_first_index_of element:V until upper:INTEGER :INTEGER <-
  // Same as `index_of' but use basic `=' for comparison.
  // `0'. Answer `upper + 1' when the search fail.
  // See also `fast_index_of', `reverse_index_of'.
  [ ...
    -? {upper >= -1};
  ]
  ( + idx:INTEGER;
        
    {(idx > upper) || {element = item idx}}.until_do {
      idx := idx + 1;
    };
    idx
  )
  [ ...
    +? {Result.in_range 0 to (upper + 1)};
    +? {(Result <= upper) ->> {element = item Result}};
  ];    
  
  - has element:V until upper:INTEGER :BOOLEAN <-
  // Look for `element' using `==' for comparison.
  // Also consider `has' to choose the most appropriate.
  [ ...
    -? {upper >= -1};
  ]
  ( + result:BOOLEAN;
    + i:INTEGER; 
    
    i := upper;
    {(result) || {i < 0}}.until_do {
      result := safe_equal (element,item i);
      i := i - 1;
    };
    result
  );
  
  - fast_has element:V until upper:INTEGER :BOOLEAN <-
  // Look for `element' using basic `=' for comparison.
  // Also consider `has' to choose the most appropriate.
  [
    -? {upper >= -1};
  ]
  ( + i:INTEGER;
    
    i := upper;
    {(i < 0) || {element = item i}}.until_do {
      i := i - 1;
    };
    i >= 0
  );
  
  //
  // Removing:
  //
  
  - remove_first upper:INTEGER <-
  // Assume `upper' is a valid index.
  // Move range [1 .. `upper'] by 1 position left.
  [ ...
    -? {upper >= 0};
  ]
  ( + i:INTEGER;
       
    {i = upper}.until_do {
      put (item (i + 1)) to i;
      i := i + 1;
    };
  );
  
  - remove index:INTEGER until upper:INTEGER <-
  // Assume `upper' is a valid index.
  // Move range [`index' + 1 .. `upper'] by 1 position left.
  [ ...
    -? {index >= 0};
    -? {index <= upper};
  ]
  ( + i:INTEGER;
    
    i := index;
    {i = upper}.until_do {
      put (item (i + 1)) to i;
      i := i + 1;
    };
  );
  
  //
  // Replacing:
  //
  
  - replace_all old_value:V with new_value:V until upper:INTEGER <-
  // Replace all occurences of the element `old_value' by `new_value'
  // using `==' for comparison.
  // See also `fast_replace_all' to choose the apropriate one.
  [ ...
    -? {upper >= -1};
  ]
  (     
    upper.downto 0 do { i:INTEGER;
      (safe_equal (old_value,(item i))).if {
	put new_value to i;
      };
    };
  );
  
  - fast_replace_all old_value:V with new_value:V until upper:INTEGER <-
  // Replace all occurences of the element `old_value' by `new_value'
  // using basic `=' for comparison.
  // See also `replace_all' to choose the apropriate one.
  [ ...
    -? {upper >= -1};
  ]
  (     
    upper.downto 0 do { i:INTEGER;
      (old_value = item i).if {
	put new_value to i;
      };
    };
  );
  
  //
  // Adding:
  //
    
  - copy src:NATIVE_ARRAY_VOLATILE(V) to dest:INTEGER until src_capacity:INTEGER <-
  // Copy range [0 .. `src_capacity - 1'] of `src' to range
  // [`dest' .. `dest + src_capacity - 1'] of `Self'.
  // No subscript checking.
  [ ...
    -? {dest >= 0};
    -? {src_capacity >= 0};
  ]
  ( + i1, i2:INTEGER;
    
    i1 := dest;
    {i2 = src_capacity}.until_do {
      put (src.item i2) to i1;
      i2 := i2 + 1;
      i1 := i1 + 1;
    };
  );
  
  - slice_copy src:NATIVE_ARRAY_VOLATILE(V) to dest:INTEGER from src_min:INTEGER to src_max:INTEGER <-
  // Copy range [`src_min' .. `src_max'] of `src' to range
  // [`at' .. `at + src_max - src_min - 1'] of `Current'.
  // No subscript checking.
  [ ...
    -? {dest >= 0};
    -? {src_min <= src_max + 1};
    -? {(src != Self) | (dest != src_min)};
  ]
  ( + i1, i2:INTEGER;    
    
    i1 := dest;
    i2 := src_min;
    {i2 > src_max}.until_do {
      put (src.item i2) to i1;
      i2 := i2 + 1;
      i1 := i1 + 1;
    };
  );
  
  //
  // Other:
  //
  
  - set_all_with v:V until upper:INTEGER <-
  // Set all elements in range [0 .. upper] with
  // value `v'.
  [ ...
    -? {upper >= -1};
  ]
  (
    upper.downto 0 do { i:INTEGER;
      put v to i;
    };
  );
  
  - set_slice_with v:V from lower:INTEGER until upper:INTEGER <-
  // Set all elements in range [`lower' .. `upper'] with value `v'.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower - 1};
  ]
  ( + i:INTEGER;
    
    i := lower;
    {i > upper}.until_do {
      put v to i;
      i := i + 1;
    };
  );
  
  - clear_all upper:INTEGER <-
  // Set all elements in range [0 .. `upper'] with
  // the default value.
  [ ...
    -? {upper >= -1};
  ]
  ( + v:V;
    
    upper.downto 0 do { i:INTEGER;      
      put v to i;
    };
  );
  
  - clear lower:INTEGER to upper:INTEGER <-
  // Set all elements in range [`lower' .. `upper'] with
  // the default value
  [ ...
    -? {lower >= 0};
    -? {upper >= lower};
  ]
  ( + v:V;
        
    lower.to upper do { i:INTEGER;
      put v to i;
    };
  );
  
  - copy_from model:NATIVE_ARRAY_VOLATILE(V) until upper:INTEGER <-
  // Assume `upper' is a valid index both in Current and `model'.
  [ ...
    -? {upper >= -1};
  ]
  (
    upper.downto 0 do { i:INTEGER;
      put (model.item i) to i;
    };
  );
  
  - deep_twin_from capacity:INTEGER :NATIVE_ARRAY_VOLATILE(V) <-
  // To implement `deep_twin'. Allocate a new array of
  // `capacity' initialized with `deep_twin'.
  // Assume `capacity' is valid both in Current and `model'.
  [ ...
    -? {capacity >= 0};
  ]
  ( + element:V;
    + result:NATIVE_ARRAY_VOLATILE(V);
       
    (capacity > 0).if {
      result := calloc capacity;
      (capacity - 1).downto 0 do { i:INTEGER;
	element := item i;
	(element != NULL).if {
	  element := element.deep_twin;
	};
	result.put element to i;
      };
    };
  );
  
  - move lower:INTEGER to upper:INTEGER by offset:INTEGER <-
  // Move range [`lower' .. `upper'] by `offset' positions.
  // Freed positions are not initialized to default values.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower};
    -? {lower + offset >= 0};
  ]
  (     
    (offset != 0).if {
      (offset < 0).if {
	lower.to upper do { i:INTEGER;
	  put (item i) to (i + offset);
	};
      } else {
	upper.downto lower do { i:INTEGER;
	  put (item i) to (i + offset);
	};
      };
    };
  );
  
  - occurrences element:V until upper:INTEGER :INTEGER <-
  // Number of occurrences of `element' in range [0..upper]
  // using `equal' for comparison.
  // See also `fast_occurrences' to chose the apropriate one.
  [ ...
    -? {upper >= -1};
  ]
  ( + count:INTEGER;
    
    upper.downto 0 do { i:INTEGER;
      (safe_equal (element,item i)).if {
	count := count + 1;
      };
    };
    count
  );
  
  - slice_occurrences element:V from lower:INTEGER until upper:INTEGER :INTEGER <-
  // Number of occurrences of `element' in range [`lower' .. `upper'] using 
  // `is_equal' for comparison.
  // See also `slice_fast_occurrences' to chose the apropriate one.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower - 1};
  ]
  ( + i,result:INTEGER;
    
    i := lower;
    {i > upper}.until_do {
      (safe_equal (element,item i)).if {
	result := result + 1;
      };
      i := i + 1;
    };
    result
  );

  - fast_occurrences element:V until upper:INTEGER :INTEGER <-
  // Number of occurrences of `element' in range [0..upper]
  // using basic "=" for comparison.
  // See also `fast_occurrences' to chose the apropriate one.
  [
    -? {upper >= -1};
  ]
  ( + count:INTEGER;
    
    upper.downto 0 do { i:INTEGER;
      (element = item i).if {
	count := count + 1;
      };
    };
    count
  );
  
  - slice_fast_occurrences element:V from lower:INTEGER until upper:INTEGER :INTEGER <-
  // Number of occurrences of `element' in range [`lower' .. `upper']
  // using basic "=" for comparison.
  // See also `slice_occurrences' to chose the apropriate one.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower - 1};
  ]
  ( + i,result:INTEGER;
    
    i := lower;
    {i > upper}.until_do {
      (element = item i).if {
	result := result + 1;
      };
      i := i + 1;
    };
    result
  );
			
  - all_default upper:INTEGER :BOOLEAN <-
  // Do all items in range [0 .. `upper'] have their type's
  // default value?
  [ ...
    -? {upper >= -1};
  ]
  ( + result:BOOLEAN;
    + model:V;
    ? {upper >= -1};
    result := TRUE;
    upper.downto 0 do { i:INTEGER;
      (model != item i).if {
	result := FALSE;
      };
    };
    result
  );
  
  - slice_default lower:INTEGER to upper:INTEGER :BOOLEAN <-
  // Do all items in range [`lower' .. `upper'] have their type's default value?
  // Note: for non Void items, the test is performed with the `is_default' predicate.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower - 1};
  ]
  ( + i:INTEGER; 
    + v:V;
    + result:BOOLEAN;
		
    result := TRUE;
    i := lower;
    {(i > upper) || {! result}}.until_do {
      v := item i;
      (v != NULL).if {
	result := v.is_default;
      };
      i := i + 1;
    };
    result
  );
  
  //
  // Interfacing with C:
  //
  
  - to_external:POINTER <- to_pointer;
  // Gives access to the C pointer on the area of storage.
  
  - is_null:BOOLEAN <- to_pointer.is_null;
  
  - is_not_null:BOOLEAN <- to_pointer.is_not_null;
  
  //
  // Guru Section
  //
  
  - force_put element:V to index:INTEGER <-
  // Used in Memory count: not to use directly without caution !
  [ ...
    -? {index>=0};
  ]
  (    
    `9`;    
  );

lisaac_0.39_rc1/lib/internal/portable/collection/collection2.li0000644000175000017500000002636311314031246024531 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := COLLECTION2(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     := "Abstract definition of a 2 dimensional collection of elements of type E.";
  
  // The Lisaac standard library provides two implementations of COLLECTION2: 
  // ARRAY2 and FAST_ARRAY2.
  // All implementations have exactly the same behavior. Switching from one implementation to
  // another only change the memory used and the execution time.
      
Section Inherit
  
  - parent_safe_equal:SAFE_EQUAL(V) := SAFE_EQUAL(V);
  
Section Public
  
  //
  // Indexing:
  //
  
  - lower1:INTEGER <-
  // First Lower index bounds.
  (
    deferred;
    0
  );
    
  - lower2 :INTEGER <-
  // Second Lower index bounds.
  (
    deferred;
    0
  );
  
  - line_minimum:INTEGER <- lower1;
  // Equivalent of `lower1'.

  - column_minimum:INTEGER <- lower2;
  // Equivalent of `lower2'.
  
  - upper1:INTEGER <-
  // First Upper index bounds.
  (
    deferred;
    0
  );
    
  - upper2 :INTEGER <-
  // Second Upper index bounds.
  (    
    deferred;
    0
  );
  
  - line_maximum:INTEGER <- upper1;
  // Equivalent of `upper1'.

  - column_maximum:INTEGER <- upper2;
  // Equivalent of `upper2'.
  
  //
  // Reading:
  //
  
  - item (line, column:INTEGER) :V <-
  [ -? { valid_index (line,column) }; ]
  ( + result:V;
    
    deferred;
    result
  );
  
  //
  // Writing:
  //
  
  - put element:V to (line, column:INTEGER) <-
  [ -? { valid_index (line,column) }; ]
  (
    deferred;
  )
  [ +? { item (line,column) = element}; ];
    
  - force element:V to (line, column:INTEGER) <-
  // Put `element' at position (`line',`column'). Collection is
  // resized first when (`line',`column') is not inside current
  // bounds. New bounds are initialized with default values.
  [
    -? { line >= 0   };
    -? { column >= 0 };
  ]
  (
    deferred;
  )
  [
    +? { item (line,column) = element };
    +? { count >= Old count };
  ];
  
  //
  // Index validity:
  //
  
  - valid_line line:INTEGER :BOOLEAN <- 
  (
    (lower1 <= line) && { line <= upper1}
  )
  [
    +? { Result = ((lower1 <= line) && { line <= upper1 }) };
  ];
    
  - valid_index1 line:INTEGER :BOOLEAN <-
  (
    valid_line line
  );
    
  - valid_column column:INTEGER :BOOLEAN <- 
  ( 
    (lower2 <= column) && {column <= upper2}    
  )
  [    
    +? { Result = ((lower2 <= column) && {column <= upper2}) };
  ];
    
  - valid_index2 column:INTEGER :BOOLEAN <-
  (
    valid_column column
  );
    
  - valid_index (line, column:INTEGER) :BOOLEAN <-
  (
    (lower1 <= line  ) && {line <= upper1  } && 
    {lower2 <= column} && {column <= upper2}
  )
  [      
    +? { Result = ((valid_line line) && {valid_column column}) };
  ];
  
  //
  // Counting:
  //
  
  - count1:INTEGER <-
  // Size of the first dimension.
  (
    deferred;
    0
  )    
  [
    +? { Result = upper1 - lower1 + 1 };
  ];
  
  - line_count:INTEGER <- count1;
  // Equivalent of `count1'.
    
  - count2 :INTEGER <-
  // Size of the second dimension.
  (
    deferred;
    0
  )
  [
    +? { Result = upper2 - lower2 + 1 };
  ];
    
  - column_count :INTEGER <- count2;
  // Equivalent of `count2'.
  
  - count:INTEGER <-
  // Total number of elements.
  (
    deferred;
    0
  )
  [
    +? { Result = line_count * column_count };
  ];
    
  - swap (line1, column1:INTEGER) with (line2, column2:INTEGER) <-
  // Swap the element at index (`line1',`column1') with the
  // the element at index (`line2',`column2').
  [
    -? { valid_index (line1,column1) };
    -? { valid_index (line2,column2) };
  ]
  (
    deferred;
  )
  [
    +? { item (line1,column1) = Old item (line2,column2) };
    +? { item (line2,column2) = Old item (line1,column1) };
    +? { count = Old count };
  ];
    
  - set_all_with v:V <-
  // Set all item with value `v'.
  (
    deferred;
  )
  [
    +? { count = Old count };
  ];
    
  - clear_all <-
  // Set all items to default values.
  ( + value:V;
        
    set_all_with value;
  )
  [
    +? { count = Old count };
    +? { all_default };
  ];
  
  //
  // Creating or initializing:
  //
  
  - from_collection2 model:COLLECTION2(V) <-
  //  Uses `model' to initialize Current.
  [ -? { model != NULL }; ]
  (
    deferred;
  )
  [
    +? { count1 = model.count1 };
    +? { count2 = model.count2 };
  ];
    
  - from_model model:COLLECTION(COLLECTION(V)) <-
  // The `model' is used to fill line by line Current.
  // Assume all sub-collections of `model' have the same
  // number of lines.
  [
    -? { model.count >= 1 };
    -? { model.first.count >= 1 };
  ]
  (
    deferred;
  )
  [
    +? { count1 = model.count };
    +? { count2 = model.first.count };
  ];
  
  - copy_collection other:COLLECTION2(V) <-
  // Copy `other' to Current.
  //
  // * See: `copy'.
  [
    -? { other != NULL };
  ]
  ( + same:SELF;   
    
    same ?= other;
    (same != NULL).if {
      copy same;
    } else {    
      not_yet_implemented;
    };
  );
  
  //
  // Looking and comparison:
  //
  
  - all_default:BOOLEAN <-
  // Do all items have their type's default value?
  (
    deferred
    FALSE
  );
  
  - Self:SELF '==' other:COLLECTION2(V) :BOOLEAN <-
  // Do both collections have the same `lower1', `lower2', `upper1' and `upper2', and items?
  // The basic `=' is used for comparison of items.
  //
  // See also `is_equal_map'.
  ( + line, column:INTEGER;
    + result:BOOLEAN;
		
    (
      (lower1 = other.lower1) && 
      {upper1 = other.upper1} && 
      {lower2 = other.lower2} &&
      {upper2 = other.upper2}
    ).if {
      result := TRUE;
      line := upper1;
      {(! result) || {line < lower1}}.until_do {
	column := upper2;
	{(! result) || {column < lower2}}.until_do {
	  result := item (line, column) = other.item (line, column);
	  column := column - 1;
	};
	line := line - 1;
      };
    };
    result
  );

  - is_equal_map (other:COLLECTION2(V)) :BOOLEAN <-
  // Do both collections have the same `lower1', `lower2', `upper1' and `upper2', and items?
  // Feature `is_equal' is used for comparison of items.
  //
  // See also `is_equal'.
  ( + line, column:INTEGER;
    
    (
      (lower1 = other.lower1) && 
      {upper1 = other.upper1} && 
      {lower2 = other.lower2} &&
      {upper2 = other.upper2}
    ).if {
      result := TRUE;
      line := upper1;
      {(! result) || {line < lower1}}.until_do {
	column := upper2;
	{(! result) || {column < lower2}}.until_do {
	  result := safe_equal (item (line,column)) with (other.item (line, column));
	  column := column - 1;
	};
	line := line - 1;
      };
    };
    result
  );  
  
  //
  // Printing:
  //
  
  - fill_tagged_out_memory <-
  ( + line:INTEGER;
    +v:V;
    
    tagged_out_memory.append "lower1:";
    lower1.append_in tagged_out_memory;
    tagged_out_memory.append " upper1:";
    upper1.append_in tagged_out_memory;
    tagged_out_memory.append " lower2:";
    lower2.append_in tagged_out_memory;
    tagged_out_memory.append " upper2:";
    upper2.append_in tagged_out_memory;
    tagged_out_memory.append " [\n";
    
    line := lower1;
    { (line > upper1) || { tagged_out_memory.count > 4096 }}.until_do {
      tagged_out_memory.append(once "line ");
      line.append_in(tagged_out_memory);
      tagged_out_memory.append(once "\t:");
      
      lower2.to upper2 do { column:INTEGER;
	v := item (line,column);
	(v = NULL).if {
	  tagged_out_memory.append(once "NULL");
	} else {
	  v.out_in_tagged_out_memory;
	}; 
	tagged_out_memory.add_last ' ';
      }; 
      tagged_out_memory.add_last '\n';
      line := line + 1;
    }; 
    (valid_line line).if {
      tagged_out_memory.append(once "......\n");
    }; 
  );
  
  //
  // Miscellaneous features:
  //
  
  - occurrences elt:V :INTEGER <-
  // Number of occurrences using `equal'.
  //
  // See also `fast_occurrences' to chose the apropriate one.
  (
    deferred;
    0
  )
  [ +? { Result >= 0 }; ];
    
  - fast_occurrences elt:V :INTEGER <-
  // Number of occurrences using `='.
  //
  // See also `occurrences' to chose the apropriate one.
  (
    deferred
    0
  )
  [ +? { Result >= 0 }; ];
     
  - has x:V :BOOLEAN <-
  // Search if a element x is in the array using `equal'.
  //
  // See also `fast_has' to chose the apropriate one.
  (
    deferred;
    FALSE
  );
    
  - fast_has x:V :BOOLEAN <-
  //  Search if a element x is in the array using `='.
  (
    deferred;
    FALSE
  );
    
  - replace_all old_value:V with new_value:V <-
  // Replace all occurences of the element `old_value' by `new_value'
  // using `equal' for comparison.
  //
  // See also `fast_replace_all' to choose the apropriate one.
  (
    deferred;
  )
  [ 
    +? { count = Old count };
    +? { occurrences old_value = 0 };
  ];
    
  - fast_replace_all old_value:V with new_value:V <-
  // Replace all occurences of the element `old_value' by `new_value'
  // using operator `=' for comparison.
  //
  // See also `replace_all' to choose the apropriate one.
  (
    deferred;
  )
  [
    +? { count = Old count };
    +? { fast_occurrences old_value = 0 };
  ];
    
  - sub_collection2 (line_min,column_min:INTEGER) to (line_max,column_max:INTEGER) :SELF <-
  // Create a new object using selected area of `Current'.
  [
    -? { valid_index (line_min,column_min) };
    -? { valid_index (line_max,column_max) };
  ]
  (    
    deferred;
    NULL
  )
  [ 
    +? { result != NULL };
  ];
    
  - set_area (line_min,column_min:INTEGER) to (line_max,column_max:INTEGER) with element:V <-
  // Set all the elements of the selected area rectangle with `element'.
  [
    -? { valid_index (line_min,column_min) };
    -? { valid_index (line_max,column_max) };
  ]
  (       
    line_min.to line_max do { line:INTEGER;
      column_min.to column_max do { column:INTEGER;
	put element to (line,column);
      }; 
    }; 
  )
  [
    +? { count = Old count };
  ];
  
  lisaac_0.39_rc1/lib/internal/portable/collection/collection3.li0000644000175000017500000003143711314031246024530 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := COLLECTION3(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Abstract definition of a 3 dimensional collection of elements of type E.";
  
  // The Lisaac standard library provides two implementations of COLLECTION3: ARRAY3 
  // and FAST_ARRAY3. All implementations have exactly the same behavior. 
  // Switching from one implementation to another only change the memory 
  // used and the execution time.
  
Section Inherit
  
  - parent_safe_equal:SAFE_EQUAL(V) := SAFE_EQUAL(V);
  
Section Public
  
  - lower1:INTEGER <-
  // Lower index bound for dimension 1.
  (
    deferred;
    0
  );
    
  - lower2:INTEGER <-
  // Lower index bound for dimension 2.
  (
    deferred;
    0
  );
    
  - lower3:INTEGER <-
  // Lower index bound for dimension 3.
  (
    deferred;
    0
  );
    
  - line_minimum:INTEGER <- lower1;
  // Equivalent of `lower1'.
  
  - column_minimum:INTEGER <- lower2;
  // Equivalent of `lower2'.
  
  - depth_minimum:INTEGER <- lower3;
  // Equivalent of `lower3'.
  
  - upper1:INTEGER <-
  // Upper index bound for dimension 1.
  (
    deferred;
    0
  );
    
  - upper2:INTEGER <-
  // Upper index bound for dimension 2.
  (
    deferred;
    0
  );
    
  - upper3:INTEGER <-
  // Upper index bound for dimension 3.
  (
    deferred;
    0
  );
    
  - line_maximum:INTEGER <- upper1;
  // Equivalent of `upper1'.
  
  - column_maximum:INTEGER <- upper2;
  // Equivalent of `upper2'.
  
  - depth_maximum:INTEGER <- upper3;
  // Equivalent of `upper3'.
  
  //
  // Reading:
  //

  - item (line, column, depth:INTEGER) :V <-
  [ -? { valid_index (line,column,depth) }; ]
  ( + result:V;    
    
    deferred;
    result
  );
  
  //
  // Writing:
  //

  - put element:V to (line, column, depth:INTEGER) <-
  [ -? {valid_index (line,column,depth) }; ]
  (    
    deferred;
  )
  [ +? { item(line,column,depth) = element}; ];
    
  - force element:V to (line, column, depth:INTEGER) <-
  // Put `element' at position (`line',`column',`depth').
  // Collection is resized first when (`line',`column',`depth')
  // is not inside current bounds.
  // New bounds are initialized with default values.
  [
    -? { line >= 0  };
    -? { column >= 0};
    -? { depth >= 0 };
  ]
  (
    deferred;
  )
  [
    +? { item (line,column,depth) = element };
    +? { count >= Old count };
  ];
  
  //
  // Index validity:
  //
  
  - valid_line line:INTEGER :BOOLEAN <-
  (
    (lower1 <= line) && {line <= upper1}
  )
  [ +? {Result = (lower1 <= line) && {line <= upper1}}; ];
    
  - valid_index1 line:INTEGER :BOOLEAN <- valid_line line;
  
  - valid_column column:INTEGER :BOOLEAN <-
  (
    (lower2 <= column) && {column <= upper2}
  )
  [ +? {Result = (lower2 <= column) && {column <= upper2}}; ];
    
  - valid_index2 column:INTEGER :BOOLEAN <- valid_column column;
  
  - valid_depth depth:INTEGER :BOOLEAN <-
  (
    (lower3 <= depth) && {depth <= upper3}
  )
  [ +? {Result = (lower3 <= depth) && {depth <= upper3}}; ];
    
  - valid_index3 depth:INTEGER :BOOLEAN <- valid_depth depth;
  
  - valid_index (line, column, depth:INTEGER) :BOOLEAN <-
  (
    (lower1 <= line  ) && {line   <= upper1} && {lower2 <= column} && 
    {column <= upper2} && {lower3 <= depth } && {depth  <= upper3}
  )
  [ +? {Result = (valid_line line) && {valid_column column} && {valid_depth depth}}; ];
  
  //
  // Counting:
  //
  
  - count1:INTEGER <-
  // Size of the first dimension.
  (
    deferred;
    0
  )
  [ +? {Result = upper1 - lower1 + 1}; ];
  
  - line_count:INTEGER <- count1;
  // Equivalent of `count1'.
  
  - count2:INTEGER <-
  // Size of the second dimension.
  (
    deferred;
    0
  )
  [ +? {Result = upper2 - lower2 + 1}; ];
    
  - column_count:INTEGER <- count2;
  // Equivalent of `count2'.
  
  - count3:INTEGER <-
  // Size of the third dimension.
  (
    deferred;
    0
  )
  [ +? {Result = upper3 - lower3 + 1}; ];
    
  - depth_count:INTEGER <- count3;
  // Equivalent of `count3'.
    
  - count:INTEGER <-
  // Total number of elements.
  (
    deferred;
    0
  )
  [ +? {Result = line_count * column_count * depth_count}; ];

  - swap (line1, column1, depth1:INTEGER) with (line2, column2, depth2:INTEGER) <-
  // Swap the element at index (`line1',`column1',`depth1')
  // with the element at index (`line2',`column2',`depth2').
  [
    -? { valid_index (line1,column1,depth1)};
    -? { valid_index (line2,column2,depth2)};
  ]
  (    
    deferred;
  )
  [
    +? {item(line1,column1,depth1) = Old item(line2,column2,depth2)};
    +? {item(line2,column2,depth2) = Old item(line1,column1,depth1)};
    +? {count = Old count};
  ];
    
  - set_all_with v:V <-
  // Set all item with value `v'.
  (
    deferred;
  )
  [ +? {count = Old count}; ];

  - clear_all <-
  // Set all items to default values.
  ( + value:V;    
    
    set_all_with value;
  )
  [ 
    +? {count = Old count};
    +? {all_default};
  ];
  
  //
  // Creating or initializing:
  //
  
  - from_collection3 model:COLLECTION3(V) <-
  //  Uses `model' to initialize self.
  [ -? {model != NULL}; ]
  (        
    deferred;
  )
  [
    +? {count1 = model.count1};
    +? {count2 = model.count2};
    +? {count3 = model.count3};
  ];
    
  - from_model model:COLLECTION(COLLECTION(COLLECTION(V))) <-
  // The `model' is used to fill line by line self.
  // Assume all sub-collections have the same
  // dimension.
  [ -? { model != NULL }; ]
  (        
    deferred;
  )
  [
    +? {count1 = model.count};
    +? {count2 > 0 ->> {count2 = model.first.count}};
    +? {count3 > 0 ->> {count3 = model.first.first.count}};
  ];
  
  //
  // Looking and comparison:
  //

  - all_default:BOOLEAN <-
  // Do all items have their type's default value?
  (
    deferred;
  );
  
  - Self:SELF '==' other:COLLECTION3(V) :BOOLEAN <-
  // Do both collections have the same `lower1', `lower2', `lower3', `upper1', `upper2' and
  // `upper3', and items?
  // The basic `=' is used for comparison of items.
  //
  // See also `is_equal_map'.
  ( + line, column, depth: INTEGER;
    + result:BOOLEAN;
    
    (
      (lower1 = other.lower1) && 
      {upper1 = other.upper1} && 
      {lower2 = other.lower2} && 
      {upper2 = other.upper2} &&
      {lower3 = other.lower3} && 
      {upper3 = other.upper3}
    ).if { 
      result := TRUE;
      line := upper1;			
      {(! result) || {line < lower1}}.until_do {
	column := upper2;
	{(! result) || {column < lower2}}.until_do {
	  depth := upper3;
	  {(! result) || {depth < lower3}}.until_do {
	    result := item(line, column, depth) = other.item(line, column, depth);
	    depth := depth - 1;
	  };
	  column := column - 1;
	};
	line := line - 1;
      };
    };
    result
  );

  - is_equal_map other: COLLECTION3(V) :BOOLEAN <-
  // Do both collections have the same `lower1', `lower2', `lower3', `upper1', `upper2' and `upper3',
  // and items?  
  //
  // See also `=='.
  ( + line, column, depth:INTEGER;
    + result:BOOLEAN;
    
    (
      (lower1 = other.lower1) && 
      {upper1 = other.upper1} && 
      {lower2 = other.lower2} && 
      {upper2 = other.upper2} &&
      {lower3 = other.lower3} && 
      {upper3 = other.upper3}
    ).if { 
      result := TRUE;
      line := upper1;			
      {(! result) || {line < lower1}}.until_do {
	column := upper2;
	{(! result) || {column < lower2}}.until_do {
	  depth := upper3;
	  {(! result) || {depth < lower3}}.until_do {
	    result := safe_equal (item(line, column, depth)) with (other.item(line, column, depth));
	    depth := depth - 1;
	  };
	  column := column - 1;
	};
	line := line - 1;
      };
    };
    result
  );
  
  //
  // Printing:
  //

  - fill_tagged_out_memory <-
  ( + line:INTEGER;
    + v:V;
    
    tagged_out_memory.append "lower1:";
    lower1.append_in tagged_out_memory;
    tagged_out_memory.append " upper1:";
    upper1.append_in tagged_out_memory;
    tagged_out_memory.append " lower2:";
    lower2.append_in tagged_out_memory;
    tagged_out_memory.append " upper2:";
    upper2.append_in tagged_out_memory;
    tagged_out_memory.append " lower3:";
    lower3.append_in tagged_out_memory;
    tagged_out_memory.append " upper3:";
    upper3.append_in tagged_out_memory;
    tagged_out_memory.append " [\n";
    
    line := lower1;
    { (line > upper1) || { tagged_out_memory.count > 4096}}.until_do {
      tagged_out_memory.append "line ";
      line.append_in tagged_out_memory;
      tagged_out_memory.append "\t:";
      
      lower2.to upper2 do { column:INTEGER;
	tagged_out_memory.append "column ";
	column.append_in tagged_out_memory;
	tagged_out_memory.append "\t:";
	
	lower3.to upper3 do { depth:INTEGER;
	  tagged_out_memory.append "depth ";
	  depth.append_in tagged_out_memory;
	  tagged_out_memory.append "\t:";
	  v := item (line,column,depth);
	  (v = NULL).if {
	    tagged_out_memory.append "NULL";
	  } else {
	    v.out_in_tagged_out_memory;
	  };
	  tagged_out_memory.extend ' ';
	};
	
	tagged_out_memory.extend '\n';
      };
      
      tagged_out_memory.extend '\n';
      line := line + 1;
    };
    
    (valid_line line).if {
      tagged_out_memory.append "......\n";
    };
  );
  
  //
  // Miscellaneous features:
  //
  
  - occurrences elt:V :INTEGER <-
  // Number of occurrences using `equal'.
  //
  // See also `fast_occurrences' to choose the apropriate one.
  (
    deferred;
    0
  )
  [ +? {Result >= 0}; ];

  - fast_occurrences elt:V :INTEGER <-
  // Number of occurrences using `='.
  //
  // See also `occurrences' to choose the apropriate one.
  (
    deferred;
    0
  )
  [ +? {Result >= 0}; ];

  - has x:V :BOOLEAN <-
  // Search if a element x is in the array using `equal'.
  //
  // See also `fast_has' to choose the apropriate one.
  (
    deferred;
    FALSE
  );
      
  - fast_has x:V :BOOLEAN <-
  // Search if a element x is in the array using `='.
  (
    deferred;
    FALSE
  );
      
  - replace_all old_value:V with new_value:V <-
  // Replace all occurences of the element `old_value' by `new_value'
  // using `equal' for comparison.
  //
  // See also `fast_replace_all' to choose the apropriate one.
  (
    deferred;
  )
  [
    +? {count = Old count};
    +? {occurrences old_value = 0};
  ];
      
  - fast_replace_all old_value:V with new_value:V <-
  // Replace all occurences of the element `old_value' by `new_value'
  // using operator `=' for comparison.
  //
  // See also `replace_all' to choose the apropriate one.
  (
    deferred;
  )
  [
    +? {count = Old count};
    +? {fast_occurrences old_value = 0};
  ];
        
  - sub_collection3 (line_min, column_min, depth_min:INTEGER) 
  to (line_max, column_max, depth_max:INTEGER) :SELF <-
  // Create a new object using selected area of `self'.
  [
    -? { valid_index (line_min,column_min,depth_min)};
    -? { valid_index (line_max,column_max,depth_max)};
  ]
  (    
    deferred;
  )
  [ +? {Result != NULL}; ];
  
  - set_area (line_min, column_min, depth_min:INTEGER) 
  to (line_max, column_max, depth_max:INTEGER) with element:V <-
  // Set all the elements of the selected area rectangle with `element'.
  [
    -? { valid_index (line_min,column_min,depth_min)};
    -? { valid_index (line_max,column_max,depth_max)};
  ]
  (
    line_min.to line_max do { line:INTEGER;
      column_min.to column_max do { column:INTEGER;
	depth_min.to depth_max do { depth:INTEGER;
	  put element to (line,column,depth);
	};
      };
    };
  )
  [ +? {count = Old count}; ];
  
lisaac_0.39_rc1/lib/internal/portable/collection/linked_collection.li0000644000175000017500000000550511314031246025770 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := LINKED_COLLECTION(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Common root of LINKED_LIST and TWO_WAY_LINKED_LIST..";
    
Section Inherit
  
  - parent_collection:COLLECTION(V) := COLLECTION(V);
  
Section Public
  
  - lower:INTEGER := 1;
  // Lower index bound is frozen.

  + upper:INTEGER;
  // Memorized upper index bound.
  
  - create:SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make;
    result
  );
  
  - make <-
  // Make an empty list
  (
    deferred;
  );

  - remove_head n:INTEGER <-
  ( + i:INTEGER;
		
    i := n;
    {i = 0}.until_do {
      remove_first;
      i := i - 1;
    };
  );

  - remove_tail n:INTEGER <-
  ( + i:INTEGER;
		
    i := n;		
    {i = 0}.until_do {			
      remove_last;
      i := i - 1;
    };
  );

  - first_index_of element:V :INTEGER <-
  (
    index_of element start lower
  );
			
  - fast_first_index_of element:V :INTEGER <-
  (
    fast_index_of element start lower
  );
  
  //
  // Implement manifest generic creation.
  //
	
  - manifest_make needed_capacity:INTEGER <-
  // Manifest creation of a list of items of type E.
  (
    create
  );

  - manifest_put index:INTEGER to element:V <-
  (
    add_last element;
  );lisaac_0.39_rc1/lib/internal/portable/collection/set.li0000644000175000017500000003246711314031246023111 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := SET(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Definition of a mathematical set of objects.";

  // All common operations on mathematical sets are available.
  // Well knowned implementations are HASHED_SET and AVL_SET.
  
Section Inherit
  
  + parent_traversable:TRAVERSABLE(V) := TRAVERSABLE(V);
  
  + parent_safe_equal:SAFE_EQUAL(V) := SAFE_EQUAL(V);
  
Section Public
  //
  // Counting:
  //
  
  - count:INTEGER <-
  // Cardinality of the set (i.e. actual `count' of stored elements).
  (
    deferred;
    0
  );
	
  - is_empty:BOOLEAN <- count = 0;
  // Is the set empty?
  
  //
  // Adding and removing:
  //
  
  - add e:V <-
  // Add new item `e' to the set. The mathematical definition of adding 
  // in a set is followed, i.e. the element `e' is added only and only 
  // if it is not yet present in the set.
  // As this `add' feature is actually using `is_equal', you may consider 
  // to use `fast_add' for expanded objects as well while trying to get 
  // the very best performances.
  [ ...
    -? {e != NULL}; 
  ]
  (
    deferred;
  )
  [ ...
    "Added." +? {has e};
    "Not in then added." +? {(! Old has e) -> (count = Old count + 1)};
    "In then not added." +? {(Old has e) -> (count = Old count)};
  ];

  - fast_add e:V <-
  // Same job as `add', but uses basic `=' for comparison.
  [ ...
    -? {e != NULL}; 
  ]
  (
    deferred;
  )
  [ ...
    "Added." +? {fast_has e};
    "Not in then added." +? {(! Old fast_has e) -> (count = Old count + 1)};
    "In then not added." +? {(Old fast_has e) -> (count = Old count)};
  ];

  - remove e:V <-
  // Remove item `e' from the set: the mathematical definition of
  // removing from a set is followed.
  [ ...
    -? {e != NULL}; 
  ]
  (
    deferred;
  )
  [ ...
    "Removed." +? {! has e};
    "Not in not removed." +? {(! Old has e) -> (count = Old count)};
    "In then removed." +? {(Old has e) -> (count = Old count - 1)};
  ];

  - fast_remove e:V <-
  // Same job as `remove', but uses basic `=' for comparison.
  [ ...
    -? {e != NULL}; 
  ]
  (
    deferred;
  )
  [ ...
    "Removed." +? {! fast_has e};
    "Not in not removed." +? {(! Old fast_has e) -> (count = Old count)};
    "In then removed." +? {(Old fast_has e) -> (count = Old count - 1)};
  ];
  
  - clear <- clear_count;
  
  - clear_count <-
  // Empty the current set (`is_empty' is True after that call). 
  // If possible, the actual implementation is supposed to keep 
  // its internal storage area in order to refill `Current' in 
  // an efficient way.
  //
  // See also `clear_count_and_capacity' to select the most appropriate.
  (
    deferred;
  )
  [ ...
    "Is empty." +? {count = 0}; 
  ];

  - clear_count_and_capacity <-
  // Empty the current set (`is_empty' is True after that call). 
  // If possible, the actual implementation is supposed to release 
  // its internal storage area for this memory to be used by other objects.
  //
  // See also `clear_count' to select the most appropriate.
  (
    deferred;
  )
  [ ...
    "Is empty." +? {count = 0}; 
  ];
  
  //
  // Looking and searching:
  //
  
  - has e:V :BOOLEAN <-
  // Is element `e' in the set?
  // As this query is actually using `is_equal', you may consider to use 
  // `fast_has' for expanded objects as well while trying to get the very 
  // best performances.
  [ ...
    -? {e != NULL}; 
  ]
  (
    deferred;
    FALSE
  )
  [ ...
    +? {Result -> ! is_empty}; 
  ];
  
  - fast_has e:V :BOOLEAN <-
  // Is element `e' actually stored in the set?
  // Warning: this query is using basic `=' for comparison. 
  //
  // See also `has' when dealing with reference types.
  [ ...
    -? {e != NULL}; 
  ]
  (
    deferred;
  )
  [ ...
    //+? {Result ->> {e = reference_at e}}; // BSBS: Pb with '=='
  ];

  - reference_at e:V :V <-
  // Non Void when `e' is in the set. In such a situation, `Result' is the 
  // object which is actually stored in the `Current' set (see ensure assertion).
  [ ...
    -? {e != NULL};
    -? {! e.is_expanded_type};
  ]
  (
    deferred;
    NULL
  )
  [ ...
    +? {has e ->> {Result == e}}; 
  ];
  
  //
  // To provide iterating facilities:
  //
  
  - lower:INTEGER := 1;

  - upper:INTEGER <-
  ( count )
  [ ...
    +? {Result = count}; 
  ];

  - item i:INTEGER :V <-
  // Item at the corresponding index `i'.
  //
  // See also `lower', `upper', `valid_index'.
  //
  // SETs are intrinsically unordered, so there is no guarantee that 
  // `item'(i) after performing an `add' or `remove' operation is related 
  // in any way to `item'(i) before that operation.
  ( + result:V;
    
    deferred;
    result
  )
  [ ... 
    +? {fast_has Result}; 
  ]; 

  - first:V <- item lower;
  // The very `first' item.
  //
  // See also `last', `item'.
  //
  // SETs are intrinsically unordered, so there is no guarantee that 
  // `first' after performing an `add' or `remove' operation is related 
  // in any way to `first' before that operation.

  - last:V <- item upper;
  // The `last' item.
  //
  // See also `first', `item'.
  //
  // SETs are intrinsically unordered, so there is no guarantee that 
  // `last' after performing an `add' or `remove' operation is related 
  // in any way to `last' before that operation.
  
  //
  // Mathematical operations:
  //
  
  - union other:SELF <-
  // Make the union of the `Current' set with `other'.
  [ ...
    -? {other != NULL}; 
  ]
  ( + i:INTEGER;
    + e:V;
		
    i := 1;
    {i > other.count}.until_do {
      e := other.item i;
      (! has e).if {
	add e;
      };
      i := i + 1;
    };
  )
  [ ...
    +? {count <= Old count + other.count}; 
  ];
  
  - fast_union other:SELF <-
  // Make the union of the `Current' set with `other'.
  [ ...
    -? {other != NULL}; 
  ]
  ( + i:INTEGER;
    + e:V;
		
    i := 1;
    {i > other.count}.until_do {
      e := other.item i;
      (! fast_has e).if {
	fast_add e;
      };
      i := i + 1;
    };
  )
  [ ...
    +? {count <= Old count + other.count}; 
  ];
	
  - Self:SELF '+' other:SELF :SELF <-
  // Return the union of the `Current' set with `other'.
  [ ...
    -? {other != NULL}; 
  ]
  ( + result:SELF;
    
    result := twin;
    result.union other;
    result
  )
  [ ...
    +? {Result.count <= count + other.count};
    +? {(Self.is_subset_of Result) && {other.is_subset_of Result}};
  ];

  - intersection other:SELF <-
  // Make the intersection of the `Current' set with `other'.
  [ ...
    -? {other != NULL}; 
  ]
  ( + i:INTEGER; 
    + e:V;
    
    i := upper;
    {i < lower}.until_do {
      e := item i;
      (! other.has e).if {
	remove e;
      };
      i := i - 1;
    };
  )
  [ ...
    +? {count <= other.count.min (Old count)}; 
  ];

  - fast_intersection other:SELF <-
  // Make the intersection of the `Current' set with `other'.
  [ ...
    -? {other != NULL}; 
  ]
  ( + i:INTEGER; 
    + e:V;
    
    i := upper;
    {i < lower}.until_do {
      e := item i;
      (! other.fast_has e).if {
	fast_remove e;
      };
      i := i - 1;
    };
  )
  [ ...
    +? {count <= other.count.min (Old count)}; 
  ];
  
  - Self:SELF '^' other:SELF :SELF <-
  // Return the intersection of the `Current' set with `other'.
  [ ...
    -? {other != NULL}; 
  ]
  ( + result:SELF;
    
    result := twin;
    result.intersection other;
    result
  )
  [ ...
    +? {Result.count <= other.count.min count};
    +? {(Result.is_subset_of Self) && {Result.is_subset_of other}};
  ];

  - minus other:SELF <-
  // Make the set `Current' - `other'.
  [ ...
    -? {other != NULL}; 
  ]
  ( + i:INTEGER;
    
    (other = Self).if {
      clear_count;
    } else {
      i := 1;
      {i > other.count}.until_do {
	remove (other.item i);
	i := i + 1;
      };
    };
  )
  [ ...
    +? {count <= Old count}; 
  ];

  - Self:SELF '-' other:SELF :SELF <-
  // Return  the set `Current' - `other'.
  [ ...
    -? {other != NULL}; 
  ]
  ( + result:SELF;
    
    result := twin;
    result.minus other;
    result
  )
  [ ...
    +? {Result.count <= count};
    +? {Result.is_subset_of Self}; 
  ];

  //
  // Comparison:
  //
  
  - is_subset_of other:SELF :BOOLEAN <-
  // Is the `Current' set a subset of `other'?
  [ ...
    -? {other != NULL}; 
  ]
  ( + i:INTEGER;
    + result:BOOLEAN;
    
    (Self = other).if {
      result := TRUE;
    }.elseif {count <= other.count} then {
      result := TRUE;
      i := 1;
      {(! result) || {i > count}}.until_do {				
	result := other.has (item i);
	i := i + 1;
      };
    };
    result
  )
  [ ...
    +? {Result -> (count <= other.count)}; 
  ];

  - is_disjoint_from other:SELF :BOOLEAN <-
  // Is the `Current' set disjoint from `other' ?
  [ ...
    -? {other != NULL}; 
  ]
  ( + i:INTEGER;
    + result:BOOLEAN;
    
    (Self != other).if {
      result := TRUE;
      i := 1;
      (count <= other.count).if {
	{(! result) || {i > count}}.until_do {	 
	  result := ! other.has (item i);
	  i := i + 1;
	};
      } else {
	{(! result) || {i > other.count}}.until_do {
	  result := ! has (other.item i);
	  i := i + 1;
	};
      };
    };
    result
  )
  [ ...
    +? {Result = (Self ^ other).is_empty}; 
  ];
  
  - fast_is_disjoint_from other:SELF :BOOLEAN <-
  // Is the `Current' set disjoint from `other' ?
  [ ...
    -? {other != NULL}; 
  ]
  ( + i:INTEGER;
    + result:BOOLEAN;
    
    (Self != other).if {
      result := TRUE;
      i := 1;
      (count <= other.count).if {
	{(! result) || {i > count}}.until_do {	 
	  result := ! other.fast_has (item i);
	  i := i + 1;
	};
      } else {
	{(! result) || {i > other.count}}.until_do {
	  result := ! fast_has (other.item i);
	  i := i + 1;
	};
      };
    };
    result
  )
  [ ...
   // +? {Result = (Self ^ other).is_empty}; 
  ];
  
  - Self:SELF '==' other:SELF :BOOLEAN <-
  // Is the `Current' set equal to `other'?
  ( + i:INTEGER;
    + result:BOOLEAN;
    
    (Self = other).if {
      result := TRUE;
    }.elseif {count = other.count} then {
      result := TRUE;
      i := 1;
      {(! result) || {i > count}}.until_do {				
	result := other.has (item i);
	i := i + 1;
      };
    };
    result
  )
  [ ...
    "Double inclusion." +? {Result = (is_subset_of other) & (other.is_subset_of Self)};
  ];

  //
  // Duplication.
  //
  
  - copy other:SELF <-
  // Copy 'other' into the current set
  ( + i:INTEGER;
    
    // Note: this naive implementation is OK because node
    // recycling is implemented.
    // BSBS: A revoir.
    make;
    i := 1;
    {i > other.count}.until_do {			
      add (other.item i);
      i := i + 1;
    };
  );

  - from_collection model:COLLECTION(V) <-
  // Add all items of `model'.
  [ ...
    -? {model != NULL}; 
  ]
  ( + i, up:INTEGER;
    
    make
    up := model.upper;
    i  := model.lower;
    {i > up}.until_do {
      add (model.item i);
      i := i + 1;
    };
  );

  //
  // Agents based features:
  //
  
  - do_all action:BLOCK <-
  // Apply `action' to every item of `Self'.
  //
  // See also `for_all', `exists'.
  ( + i:INTEGER;
    
    i := lower;
    {i > upper}.until_do {
      action.value (item i);
      i := i + 1;
    };
  );

  - for_all predicate:BLOCK :BOOLEAN <-
  // Do all items satisfy `predicate'?
  //
  // See also `do_all', `exists'.
  ( + i:INTEGER;
    + result:BOOLEAN;
    
    result := TRUE;
    i := lower;
    {(! result) || {i > upper}}.until_do {
      result := predicate.value (item i);
      i := i + 1;
    };
    result
  );

  - exists predicate:BLOCK :BOOLEAN <-
  // Does at least one item satisfy `predicate'?
  //
  // See also `do_all', `for_all'.
  ( + i:INTEGER;
    + result:BOOLEAN;
    
    i := lower;
    {result || {i > upper}}.until_do {
      result := predicate.value (item i);
      i := i + 1;
    };
    result
  );

  //
  // Creation.
  //
  
  - create:SELF <- 
  ( + result:SELF;
    
    result := clone;
    result.make;
    result
  );
  
  - make <-
  // Creation of an empty SET.
  (
    deferred;
  )
  [ ...
    +? {is_empty}; 
  ];

lisaac_0.39_rc1/lib/internal/portable/collection/any_two_way_linked_list_node.li0000644000175000017500000000340011314031246030225 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := ANY_TWO_WAY_LINKED_LIST_NODE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;
  lisaac_0.39_rc1/lib/internal/portable/collection/linked_xor_node.li0000644000175000017500000000536011314031246025451 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := LINKED_XOR_NODE(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "To implement LINKED_XOR_LIST(V).";
    
Section Inherit
  
  - parent_any_two_way_linked_list_node:ANY_TWO_WAY_LINKED_LIST_NODE := ANY_TWO_WAY_LINKED_LIST_NODE;
  
Section Public
  
  + item:V;
  
  + link:POINTER;

Section LINKED_XOR_LIST
  
  - create i:V previous p:SELF next n:SELF :SELF<-
  ( + result:SELF;
    
    result := clone;
    result.make i previous p next n;
    result
  );
    
  - make i:V previous p:SELF next n:SELF <-
  (
    item := i;    
    link := p.to_pointer ^ n.to_pointer; // BSBS: il faut admettre NULL.to_pointer (perf!)
  )
  [
    +? {item = i};
  ];

Section LINKED_XOR_LIST,LINKED_XOR_NODE
  
  - set_item i:V <-
  (
    item := i;
  )
  [
    +? {item = i};
  ];
  
  - next prev:LINKED_XOR_NODE :LINKED_XOR_NODE <-
  ( 
    CONVERT(POINTER,LINKED_XOR_NODE).on (link ^ prev.to_pointer)
  );
  
  - previous nex:LINKED_XOR_NODE :LINKED_XOR_NODE <-
  (
    CONVERT(POINTER,LINKED_XOR_NODE).on (link ^ nex.to_pointer)
  );
    
  - set_link p:SELF and n:SELF <-
  (
    link := p.to_pointer ^ n.to_pointer;
  );
  
    lisaac_0.39_rc1/lib/internal/portable/collection/any_hashed_set_node.li0000644000175000017500000000336711314031246026276 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := ANY_HASHED_SET_NODE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;
  lisaac_0.39_rc1/lib/internal/portable/collection/any_avl_dictionary_node.li0000644000175000017500000000337611314031246027176 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := ANY_AVL_DICTIONARY_NODE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;
  
lisaac_0.39_rc1/lib/internal/portable/collection/avl_constants.li0000644000175000017500000000354311314031246025165 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := AVL_CONSTANTS;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;

Section SELF
  
  - balanced:INTEGER := 0;

  - imbalanced_left:INTEGER := -1;

  - imbalanced_right:INTEGER := 1;
lisaac_0.39_rc1/lib/internal/portable/collection/avl_set_node.li0000644000175000017500000000444411314031246024752 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := AVL_SET_NODE(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Auxiliary class to implement AVL_SET.";
	
  // This a classic implementation of an AVL tree (balanced tree first
  // designed by Adelson-Velskii and Landis, 1960)
  
Section Inherit
  
  + parent_avl_tree_node:Expanded AVL_TREE_NODE(V);
  
  - parent_any_avl_set_node:ANY_AVL_SET_NODE := ANY_AVL_SET_NODE;

Section AVL_SET
  
  //
  // Creation:
  //
  
  - create i:V :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make i;
    result
  );
  
  - make i:V <-
  (
    set_balance balanced;
    left  := NULL;
    right := NULL;
    set_item i;
  )
  [
    +? {item = i};
  ];
  


lisaac_0.39_rc1/lib/internal/portable/collection/collection.li0000644000175000017500000005745711314031246024457 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := COLLECTION(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag, 2007 Pierre-Alexandre Voye";

  - comment := "Common abstract definition of a sequenceable collection of objects."; 

  // Such a collection is traversable using a simple INTEGER index from `lower' 
  // to `upper' using `item'. All COLLECTIONs are resizable thanks to 
  // `add_last' / `remove_last', `add_first' / `remove_first' as well as 
  // `add' / `remove' .
 
 
  //
  // This abstraction provides feature to view a COLLECTION as a stack 
  // (as an example by using `add_last', `last', and `remove_last'). 
  // One can also use a COLLECTION as a queue (as an example, by using
  // `add_last', `first' and `remove_first').
  
 
  //
  // The Lisaac standard library provides five implementations of COLLECTION: 
  // ARRAY, FAST_ARRAY, LINKED_LIST and LINKED2_LIST. 
 Except for creations all 
  // implementations have exactly the same behavior. Switching from one 
  // implementation to another only change the memory used and the execution 
  // time (see header comment of ARRAY, FAST_ARRAY, LINKED_LIST and LINKED2_LIST 
  // for more details).
 
 
  
Section Inherit
  
//  - parent_storage:STORAGE := STORAGE;
  
  - parent_traversable:TRAVERSABLE(V) := TRAVERSABLE(V); 
  
Section Public
  
  //
  // Accessing:
  //
  
  - item i:INTEGER :V <-  
  // Item at the corresponding index `i'.
  // * Description en Francais : Item à l'index `i'
  // * See: `lower', `upper', `valid_index', `put', `swap'
  // * Require :  None
  // * Ensure : None 
  ( + result:V;
    
    deferred;
    result
  );
  
  //
  // Writing:
  //
  
  - put element:V to i:INTEGER <-
  // Make `element' the item at index `i'.
  // * See: `lower', `upper', `valid_index', `item', `swap', `force'.
  [
    -? { valid_index i };    
  ]
  ( 
    deferred;
  )
  [
    +? { item i = element };
    +? { count = Old count};
  ];
    
  - swap i1:INTEGER with i2:INTEGER <-
  // Swap item at index `i1' with item at index `i2'.
  // * See: `item', `put'.
  [
    -? { valid_index i1 };
    -? { valid_index i2 };
  ]
  ( + tmp:V;
   
    tmp := item i1;
    put (item i2) to i1;
    put tmp to i2;
  )
  [
    +? { item i1 = Old item i2 };
    +? { item i2 = Old item i1 };
    +? { count = Old count };
  ];
    
  - set_all_with v:V <-
  // Set all items with value `v'.
  // * See: `set_slice_with'.
  ( 
    deferred;
  )
  [
    +? { count = Old count };
  ];
    
  - set_slice lower_index:INTEGER to upper_index:INTEGER with v:V <-
  // Set all items in range [`lower_index' .. `upper_index'] with `v'.
  // * See: `set_all_with'.
  [
    -? { lower_index <= upper_index };
    -? { valid_index lower_index };
    -? { valid_index upper_index };
  ] 
  (    
    lower_index.to upper_index do { i:INTEGER;
      put v to i;
    }; 
  )
  [
    +? { count = Old count };
  ];
    
  - clear_all <-
  // Set every item to its default value.
  // The `count' is not affected 
  // see also `clear', `all_default'.
  ( + value:V;
   
    set_all_with value;
  ) 
  [
    "Stable upper." +? { upper = Old upper };
    "Stable lower." +? { lower = Old lower };
    +? { all_default };
  ];
  
  //
  // Adding:
  //
  
  - add_first element:V <-
  // Add a new item in first position : `count' is increased by
  // one and all other items are shifted right.
  //
  // * See: `add_last', `first', `last', `add'.
  ( 
    deferred;
  )
  [
    -? { first = element };
    -? { count = 1 + Old count };
    -? { lower = Old lower };
    -? { upper = 1 + Old upper };
  ];
    
  - add_last element:V <-
  // Add a new item at the end : `count' is increased by one.
  //
  // * See: `add_first', `last', `first', `add'.
  ( 
    deferred;
  )
  [
    +? { last = element };
    +? { count = 1 + Old count };
    +? { lower = Old lower };
    +? { upper = 1 + Old upper };
  ];
    
  - add element:V to index:INTEGER <-
  // Add a new `element' at rank `index' : `count' is increased
  // by one and range [`index' .. `upper'] is shifted right
  // by one position.
  //
  // * See: `add_first', `add_last', `append_collection'.
  [
    -? { index.in_range lower to (upper + 1)};
  ]
  (    
    deferred;
  )
  [
    +? { item index = element };
    +? { count = 1 + Old count };
    +? { upper = 1 + Old upper };
  ];
    
  - append_collection other:COLLECTION(V) <-
  // Append `other' to Current.
  //
  // * See: `add_last', `add_first', `add'.
  [
    -? { other != NULL };
  ]
  (    
    (other.lower).to (other.upper) do { i:INTEGER; 	
      add_last (other.item i);
    }; 
  )
  [
    +? { count = other.count + Old count };
  ];
  
  - copy_collection other:COLLECTION(V) <-
  // Copy `other' to Current.
  //
  // * See: `copy'.
  [
    -? { other != NULL };
  ]
  ( + same:SELF;   
    
    same ?= other;
    (same != NULL).if {
      copy same;
    } else {    
      clear;
      (other.lower).to (other.upper) do { i:INTEGER; 	
        add_last (other.item i);
      }; 
    };
  )
  [
    +? { count = other.count };
  ];  
  
  //
  // Modification:
  //
  
  - force element:V to index:INTEGER <-
  // Make `element' the item at `index', enlarging the collection if
  // necessary (new bounds except `index' are initialized with
  // default values).
  //
  // * See: `put', `item', `swap'.
  [
    +? { index >= lower};
  ]
  (    
    deferred;
  )
  [
    -? { upper = index.max (Old upper) };
    -? { item index = element };
  ];
    
  - copy other:SELF <-
  // Reinitialize by copying all the items of `other'.
  (
    deferred;
  );
    
  - from_collection model:COLLECTION(V) <-
  // Initialize the current object with the contents of `model'.
  [
    -? { model != NULL };
    "Useful work." -? {model != Self};
  ]
  (    
    deferred;
  )
  [
    +? { count = model.count };
  ];
  
  //
  // Removing:
  //
  
  - remove_first <-
  // Remove the `first' element of the collection.
  //
  // * See: `remove_last', `remove', `remove_head'.
  [
    -? { ! is_empty };
  ]
  ( 
    deferred;   
  )
  [
    +? { count = Old count - 1};
    +? {(lower = Old lower + 1) ^ (upper = Old upper - 1)};
  ];
  
  - remove_head n:INTEGER <-
  // Remove the `n' elements of the collection.
  //
  // * See: `remove_tail', `remove', `remove_first'.
  [
    -? {n > 0};
    -? {n <= count};
  ]
  (
    deferred;
  )
  [
    +? { count = Old count - n };
    +? {(lower = Old lower + n) ^ (upper = Old upper - n)};
  ];
  
  - remove index:INTEGER <-
  // Remove the item at position `index'. Followings items
  // are shifted left by one position.
  //
  // * See: `remove_first', `remove_head', `remove_tail', `remove_last'.
  [
    -? { valid_index index };
  ]
  ( 
    deferred;    
  )
  [
    +? { count = Old count - 1};
    +? { upper = Old upper - 1};
  ];
    
  - remove_last <-
  // Remove the `last' item.
  //
  // * See: `remove_first', `remove', `remove_tail'.
  [
    -? {! is_empty};
  ]
  (    
    deferred;    
  )
  [
    +? { count = Old count - 1 };
    +? { upper = Old upper - 1 };
  ];
  
  - remove_tail n:INTEGER <-
  // Remove the last `n' item(s).
  //
  // * See: `remove_head', `remove', `remove_last'.
  [
    -? {n > 0};
    -? {n <= count};
  ]
  (
    deferred;
  )
  [
    +? {count = Old count - n};
    +? {upper = Old upper - n};
  ];
  
  - clear <-
  // Discard all items in order to make it `is_empty'.
  //
  // * See: `clear_all'.
  (
    deferred;
  )
  [
    "Is empty." +? { count = 0 };
  ];
  
  //
  // Looking and Searching:
  //
  
  - has x:V :BOOLEAN <-
  // Look for `x' using `equal' for comparison.
  // 
  // * See: `fast_has', `index_of start', `fast_index_of start'.
  (
    valid_index (first_index_of x)
  );
    
  - fast_has x:V :BOOLEAN <-
  // Look for `x' using basic `=' for comparison.
  // 
  // * See: `has', `fast_index_of start', `index_of start'.
  (
    valid_index (fast_first_index_of x)
  );
    
  - first_index_of element:V :INTEGER <-
  // Give the index of the first occurrence of `element' using
  // `==' for comparison.
  // Answer `upper + 1' when `element' is not inside.
  //
  // * Parameter:
  //    `element' : element to search.
  // * Require: `element' not null.
  // * Ensure: Very good fonction 
  //
  // * See: `fast_first_index_of', `index_of start', `last_index_of', 
  // `reverse_index_of'.
  // 
  // * Description en Francais: Donne l'index de la premiere occurence de `element' 
  // en utilisant `==' pour la comparaison.
  // Renvoi `upper + 1' lorsque `element' est absent.
  //
  // * Parametre: 
  //    `element' : L'element que l'on veut chercher.
  // * Necessite: `element' pas null.  
  // * Voir: `fast_first_index_of', `index_of', `last_index_of', 
  // `reverse_index_of'.
  ( 
    deferred;
    0
  )
  [
    "Definition." +? {Result = index_of element start lower};
  ];  
  
  - index_of element:V start start_index:INTEGER :INTEGER <-
  // Using `is_equal' for comparison, gives the index of the first occurrence 
  // of `element' at or after `start_index'. Answer `upper + 1' when `element' 
  // when the search fail.
  //
  // * See: `fast_index_of', `reverse_index_of', `first_index_of'.
  (
    deferred;
    0
  )
  [
    +? {Result.in_range start_index to (upper + 1)};
    //+? {valid_index Result ->> { SAFE_EQUAL(V).test element with (item Result)}};
    +? {valid_index Result ->> {element == item Result}};
  ];
  
  - reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  // Using `is_equal' for comparison, gives the index of the first occurrence of 
  // `element' at or before `start_index'. Search is done in reverse direction, 
  // which means from the `start_index' down to the `lower' index . 
  // Answer `lower -1' when the search fail.
  //
  // * See: `fast_reverse_index_of', `last_index_of', `index_of'.
  [
    -? { valid_index start_index };
  ]
  (
    deferred;
    0
  )
  [
    +? {Result.in_range (lower - 1) to start_index};
    +? {valid_index Result -> (item Result == element)};
  ];

  - last_index_of element:V :INTEGER <-
  // Using `is_equal' for comparison, gives the index of the last occurrence 
  // of `element' at or before `upper'. Search is done in reverse direction, 
  // which means from the `upper' down to the `lower' index . Answer `lower -1' 
  // when the search fail.
  //
  // * See: `fast_last_index_of', `reverse_index_of', `index_of'.
  (
    reverse_index_of element start upper
  )
  [
    "Definition." +? {Result = reverse_index_of element start upper};
  ];

  - fast_first_index_of element:V :INTEGER <-
  // Give the index of the first occurrence of `element' using basic `=' 
  // for comparison. Answer `upper + 1' when `element' is not inside.
  //
  // * See: `first_index_of', `last_index_of', `fast_last_index_of'.
  (
    deferred;
    0
  )
  [
    "Definition." +? {Result = fast_index_of element start lower};
  ];

  - fast_index_of element:V start start_index:INTEGER :INTEGER <-
  // Using basic `=' for comparison, gives the index of the first occurrence 
  // of `element' at or after `start_index'. Answer `upper + 1' when `element' 
  // when the search fail.
  //
  // * See: `index_of', `fast_reverse_index_of', `fast_first_index_of'.
  (
    deferred;
    0
  )
  [
    +? {Result.in_range start_index to (upper + 1)};
    +? {valid_index Result ->> {element = item Result}};
  ];

  - fast_reverse_index_of element:V start start_index:INTEGER :INTEGER <-
  // Using basic `=' comparison, gives the index of the first occurrence 
  // of `element' at or before `start_index'. Search is done in reverse 
  // direction, which means from the `start_index' down to the `lower' 
  // index . Answer `lower -1' when the search fail.
  //
  // * See: `reverse_index_of', `fast_index_of', `fast_last_index_of'.
  [
    -? { valid_index start_index };
  ]
  (
    deferred;
    0
  )
  [
    +? { Result.in_range (lower - 1) to start_index  };
    +? { valid_index Result ->> {item Result = element}};
  ];

  - fast_last_index_of element:V :INTEGER <-
  // Using basic `=' for comparison, gives the index of the last occurrence 
  // of `element' at or before `upper'. Search is done in reverse direction, 
  // which means from the `upper' down to the `lower' index . Answer `lower -1' 
  // when the search fail.
  //
  // * See: `fast_reverse_index_of', `last_index_of'.
  (
    fast_reverse_index_of element start upper
  )
  [
    "Definition." +? {Result = fast_reverse_index_of element start upper};
  ];
  
  //
  // Looking and comparison:
  //
  
  - Self:SELF '=='  Right 60 other:E :BOOLEAN <-
  // Do both collections have the same `lower', `upper', and
  // items?
  // The basic `=' is used for comparison of items.
  //
  // * See: `is_equal_map', `same_items'.
  ( 
    deferred;
    FALSE
  )
  [ + same:SELF;
    same ?= other;
    +? {(same = NULL) || {Result ->> {(lower = same.lower) & (upper = same.upper)}} };   
  ];

  - Self:SELF '~='  Right 60 other:COLLECTION(V) :BOOLEAN <-
  // Do both collections have the same `lower', `upper', and
  // items?
  // The basic `=' is used for comparison of items.
  //
  // * See: `is_equal_map', `same_items'.
  ( 
    deferred;
    FALSE
  )
  [ 
    +? { Result ->> {(lower = other.lower) & (upper = other.upper)} };   
  ];
    
  - is_equal_map other:SELF :BOOLEAN <-
  // Do both collections have the same `lower', `upper', and
  // items?
  // Feature `==' is used for comparison of items.
  //
  // * See: `==', `same_items'.
  ( 
    deferred;
    FALSE
  )
  [
    +? { result -> ((lower = other.lower) & (upper = other.upper)) };   
  ];
    
  - all_default:BOOLEAN <-
  // Do all items have their type's default value?
  // Note: for non NULL items, the test is performed with the `is_default' predicate.
  //
  // * See: `clear_all'.
  ( 
    deferred;
    FALSE
  );
    
  - same_items other:COLLECTION(V) :BOOLEAN <-
  // Do both collections have the same items? The basic `=' is used
  // for comparison of items and indices are not considered (for
  // example this routine may yeld true with `Current' indexed in
  // range [1..2] and `other' indexed in range [2..3]).
  //
  // * See: `is_equal_map', `is_equal'.
  [
    -? { other != NULL };
  ]
  ( + result:BOOLEAN;
    + i,j:INTEGER;
       
    (count = other.count).if {
      result := TRUE;
      i := lower;
      j := other.lower;
      {(! result) || {i > upper}}.until_do {
	result := (item i = other.item j);
	i := i + 1;
	j := j + 1;
      }; 
    }; 
    result
  )
  [
    +? { result -> (count = other.count)};   
  ];
    
  - occurrences element:V :INTEGER <-
  // Number of occurrences of `element' using `equal' for comparison.
  // 
  // * See: `fast_occurrences', `index_of'.
  ( 
    deferred;
    0
  )
  [
    +? { result >= 0 };
  ];
    
  - fast_occurrences element:V :INTEGER <-
  // Number of occurrences of `element' using basic `=' for comparison.
  // 
  // * See: `occurrences', `index_of'.
  ( 
    deferred;
    0
  )
  [ 
    +? { result >= 0 };
  ];
  
  //
  // Printing:
  //
  
  - fill_tagged_out_memory <-
  ( + i:INTEGER;
    + v:V;
    
    tagged_out_memory.append "lower: ";
    lower.append_in tagged_out_memory;
    tagged_out_memory.append " upper: ";
    upper.append_in tagged_out_memory;
    tagged_out_memory.append " [";
    
    i := lower;
    {(i > upper) || {tagged_out_memory.count > 2048}}.until_do {
      v := item i;
      (v = NULL).if {
	tagged_out_memory.append "NULL";
      } else {
	v.out_in_tagged_out_memory;
      }; 
      (i < upper).if {
	tagged_out_memory.add_last ' ';
      }; 
      i := i + 1;
    }; 
    (i <= upper).if {
      tagged_out_memory.append " ...";
    }; 
    tagged_out_memory.add_last ']';
  );
  
  //
  // Agents based features:
  //
  
  - foreach action:{V; } <- do_all action;
  
  - do_all action:{V; } <-
  // Apply `action' to every item of `Self'.
  //
  // * See: `for_all', `exists'.
  (
    lower.to upper do { i:INTEGER;
      action.value (item i);
    };
  );
  
  - foreach action:{V; } while test:{V; BOOLEAN} <-
  // Apply `action' to every item of `Self' while test is true
  ( + i:INTEGER;
    + tst:BOOLEAN;
    
    i := lower;
    {(i <= upper) && {test.value (item i)}}.while_do {
      action.value (item i);
      i := i+1;
    };
  );

  - foreach action:{V; } until test:{V; BOOLEAN} <-
  // Apply `action' to every item of `Self' until test is true
  ( + i:INTEGER;
    + tst:BOOLEAN;
    
    i := lower;
    {(i <= upper) && {! test.value (item i)}}.while_do {
      action.value (item i);
      i := i+1;
    };
  );

  - foreach action:{V; } only_if test:{V; BOOLEAN} <-
  (
    lower.to upper do { i:INTEGER;
      test.value (item i).if {
	action.value (item i);
      };
    };    
  );
  
  - is_all test:{V; BOOLEAN} :BOOLEAN <- for_all test;
  
  - for_all test:{V; BOOLEAN} :BOOLEAN <-
  // Do all items satisfy `test'?
  //
  // * See: `do_all', `exists'.
  ( + i:INTEGER;
    + result:BOOLEAN;
    
    result := TRUE;
    i := lower;
    {(! result) || {i > upper}}.until_do {
      result := test.value (item i);
      i := i + 1;
    };
    result
  );
    
  - exists test:{V; BOOLEAN} :BOOLEAN <-
  // Does at least one item satisfy `test'?
  //
  // * See: `do_all', `for_all'.
  ( + i:INTEGER;
    + result:BOOLEAN;
    
    i := lower;
    {(result) || {i > upper}}.until_do {
      result := test.value (item i);
      i := i + 1;
    };
    result
  );
  
  // 
  // Traditionals features (in functional languages)
  //
  
  - filter test:{V; BOOLEAN} in other:SELF <-
  // Filter all element which `test' element is true and put the result in `other'
  // * Require : `other' not null
  [
    -? { other != NULL };
  ]
  ( + elt:V;
    
    lower.to upper do { j:INTEGER;
      elt := item j;
      (test.value elt).if {
	other.add_last elt;
      };
    };
  );

  - filter test:{V; BOOLEAN} : SELF <-
 // Filter all element which `test' element is true
  ( + result:SELF;
    result := SELF.create 0;
    filter test in result;
    result
  );

  - filter_first test:{V; BOOLEAN} :V <-
 // Filter first element which `test' element is true
  ( + result,elt:V;
    + is_end:BOOLEAN;
    + j:INTEGER;
    
    j := lower; 
    {(j <= upper) && {is_end}}.while_do {
      elt := item j;
      (is_end := test.value elt).if {
        result := elt;
      };
      j := j + 1;      
    };      
    
    result
  );

  - fold_left function:{(V,V);} with element:V :V <-
  // fold left with function `function' beginning with `element'
  ( + result:V;
    result := element;
    lower.to upper do { j:INTEGER;
      result := function.value (result,item j);
    };
    result
  );

  - fold_right function:{(V,V);} with element:V :V <-
  // fold left with function `function' beginning with `element'
  ( + result:V;
    
    result := element;
    upper.downto lower do { j:INTEGER;
      result := function.value (result,item j);
    };
    result
  );
 
  - merge other:SELF with test:{(V,V); BOOLEAN} :SELF<-
  // Return the intersection between `Self' and `other' according to `test' function
  ( + result:SELF;
    + elt:V;
    
    result := SELF.create 0;
    (other.lower).to (other.upper) do { i:INTEGER;
      lower.to upper do { j:INTEGER;
        elt := item j;
        test.value (elt,other.item i).if {
          result.add_last elt;
        };
      };
    };
    result
  );

  //
  // Other features
  //
        
  - unique:SELF <-
  // Remove every duplicated element in the collection
  // Only the first duplicate will be kept
  ( + j,i:INTEGER;
    
    j := lower;
    {j <= upper}.while_do {
      i := upper;
      {i > j}.while_do {
        (item i == item j).if {
          remove i;
        };
        i := i - 1;
      };
      j := j + 1;
    };
  );
  
  - fast_unique:SELF <-
  // Remove every duplicated element in the collection
  // Only the first duplicate will be kept
  ( + j,i:INTEGER;
    
    j := lower;
    {j <= upper}.while_do {
      i := upper;
      {i > j}.while_do {
        (item i = item j).if {
          remove i;
        };
        i := i - 1;
      };
      j := j + 1;
    };
  );

  - replace_all old_value:V with new_value:V <-
  // Replace all occurrences of the element `old_value' by `new_value'
  // using `equal' for comparison.
  //
  // * See: `fast_replace_all', `move'.
  ( 
    deferred;
  )
  [
    +? { count = Old count};
    +? { (! SAFE_EQUAL(V).test old_value with new_value) ->> {occurrences old_value = 0}};
  ];  
  
  - fast_replace_all old_value:V with new_value:V <-
  // Replace all occurrences of the element `old_value' by `new_value'
  // using operator `=' for comparison.
  //
  // * See: `replace_all', `move'.
  ( 
    deferred;
  )
  [
    +? { count = Old count };
    +? { (old_value != new_value) ->> {occurrences old_value = 0}};
  ];  
  
  - move lower_index:INTEGER to upper_index:INTEGER by distance:INTEGER <-
  // Move range `lower_index' .. `upper_index' by `distance'
  // positions. Negative distance moves towards lower indices.
  // Free places get default values.
  // * See: `slice', `replace_all'.
  [
    -? { lower_index <= upper_index };
    -? { valid_index lower_index };
    -? { valid_index (lower_index + distance) };
    -? { valid_index upper_index };
    -? { valid_index (upper_index + distance) };
  ]
  ( + default_value:V;
    
    (distance != 0).if {
      (distance < 0).if {      
	lower_index.to upper_index do { i:INTEGER;
	  put (item i) to (i + distance);
	  put default_value to i;
	}; 
      } else {
	upper_index.downto lower_index do { i:INTEGER;
	  put (item i) to (i + distance);
	  put default_value to i;
	}; 
      };
    }; 
  )
  [
    +? {count = Old count};
  ];
    
  - slice min:INTEGER to max:INTEGER :SELF <-
  // New collection consisting of items at indexes in [`min'..`max'].
  // Result has the same dynamic type as `Current'.
  // The `lower' index of the `Result' is the same as `lower'.
  // * See: `from_collection', `move', `replace_all'.
  // * require: `lower' inferior or equal to `min'
  // * require: `max' inferior or equal to `upper'
  // * require: `min' inferior or equal to `max' + 1
  // * ensure: `Self' is same dynamic type of Result
  // * ensure: Result size is equal to `max' - `min' + 1
  // * ensure: Result first element index is same as `Self' first element index 
  [
    -? { lower <= min   };
    -? { max <= upper   };
    -? { min <= max + 1 };
  ]
  (    
    deferred;
    NULL
  )
  [
    +? { same_dynamic_type Result };
    +? { Result.count = max - min + 1};
    +? { Result.lower = lower };
  ];
  
  - reverse <-
  // Reverse the order of the elements.
  (
    deferred;
  )
  [    
    +? { count = Old count };
  ];
  
  //
  // Invariant.
  //
  
  //  [
  //    -? { lower <= upper + 1 };
  //  ];
  
lisaac_0.39_rc1/lib/internal/portable/collection/arrayed.li0000644000175000017500000000545511314031246023742 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ARRAYED;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Generic collection";
  
  // BSBS: A revoir cela doit rentrer ARRAYED_COLLECTION (mais il faut voir avec STRING)
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - lower:INTEGER <- deferred;
  - upper:INTEGER <- deferred;
  - count:INTEGER <- deferred;

  - capacity:INTEGER <- deferred;
  
  - element_sizeof:INTEGER <- 
  // The size in number of bytes for type `E'.
  ( 
    deferred;
    0
  );
  
  - add_last_buffer buf:FAST_ARRAY(UINTEGER_8) from beg:INTEGER to end:INTEGER <-
  (
    deferred;
  );
    
  - item_byte idx:INTEGER offset ofs:INTEGER :UINTEGER_8 <-
  (
    deferred;
  );

  - set_capacity new_capacity:INTEGER <-
  (
    deferred;
  );
  
  - set_count new_count:INTEGER <-
  (
    deferred;
  );
  
  - to_native_array_uinteger_8:NATIVE_ARRAY(UINTEGER_8) <- 
  (
    deferred;
    NULL
  );

  - get_buffer_from_byte i:INTEGER size_bytes s:INTEGER :FAST_ARRAY(UINTEGER_8) <-
  [
    -? { i >= 0 };
    -? { s >= 0 };
    -? { i < capacity * element_sizeof };
    -? { i+s < capacity * element_sizeof };
  ]
  (
    deferred;
  )
  [
    +? { Result.count = s };
  ];

lisaac_0.39_rc1/lib/internal/portable/collection/avl_tree_node.li0000644000175000017500000001343111314031246025112 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := AVL_TREE_NODE(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Auxiliary class to implement AVL_SET.";
	
  // This a classic implementation of an AVL tree (balanced tree first designed 
  // by Adelson-Velskii and Landis (hence A.V.L.), 1960)

Section Insert
  
  - parent_avl_constants:AVL_CONSTANTS := AVL_CONSTANTS;

Section Public
  
  - out_in_tagged_out_memory <-
  (
    item.out_in_tagged_out_memory;
    tagged_out_memory.add_last '(';
    (left = NULL).if {
      tagged_out_memory.append "NULL";
    } else {
      left.out_in_tagged_out_memory;
    };
    tagged_out_memory.add_last ',';
    (right = NULL).if {
      tagged_out_memory.append "NULL";
    } else {
      right.out_in_tagged_out_memory;
    };
    tagged_out_memory.add_last ')';
  );

Section Public 
  //AVL_TREE_NODE, AVL_TREE
  
  + left:AVL_TREE_NODE(V);

  + right:AVL_TREE_NODE(V);

  + item:V;

  + balance:INTEGER;
  // Balance factor; either `balanced' (the tree is balanced),
  // `imbalanced_left' (the left branch is the longer) or
  // `imbalanced_right' (the right branch is the longer)

  - count:INTEGER <-
  ( + result:INTEGER;
    
    result := 1;
    (left != NULL).if {
      result := result + left.count;
    };
    (right != NULL).if {
      result := result + right.count;
    };
    result
  );

  - height:INTEGER <-
  ( + result:INTEGER;
		
    (left != NULL).if {
      result := left.height;
    };
    (right != NULL).if {
      result := result.max (right.height);
    };
    result + 1
  );

  - map_in map:COLLECTION(AVL_TREE_NODE(V)) <-
  [
    -? {map != NULL};
  ]
  (
    (left != NULL).if {
      left.map_in map;
    };
    map.add_last Self; 
    (right != NULL).if {
      right.map_in map;
    };
  )
  [
    +? {map.count = Old map.count + count};
  ];

  - has e:V :BOOLEAN <-
  // Is element `e' in the tree?
  ( + result:BOOLEAN;
		
    result := item == e; //SAFE_EQUAL(V).test item and e;
    (! result).if {
      (e < item).if {
	result := (left != NULL) && {left.has e};
      } else {
	result := (right != NULL) && {right.has e};
      };
    };
    result
  );	

  - fast_has e:V :BOOLEAN <-
  // Is element `e' in the tree?
  ( + result:BOOLEAN;
		
    result := item = e;
    ((! result) && {! item == e /*SAFE_EQUAL(V).test item and e*/}).if {
      (e < item).if {
	result := (left != NULL) && {left.fast_has e};
      } else {
	result := (right != NULL) && {right.fast_has e};
      };
    };
    result
  )
  [
    +? {Result -> (count > 0)};
  ];

  - at e:V :AVL_TREE_NODE(V) <-
  // Is element `e' in the tree?
  ( + result:AVL_TREE_NODE(V);
			
    (item == e /*SAFE_EQUAL(V).test item and e*/).if {
      result := Self;
    }.elseif {e < item} then {
      (left != NULL).if {
	result := left.at e;
      };
    } else {
      (right != NULL).if {
	result := right.at e;
      };
    };
    result
  );

  - set_item i:V <-
  [
    // Equality admitted for the free list
    -? {(left != NULL) ->> {(left.item = i) || {left.item < i}}};
    -? {(right != NULL) ->> {right.item > i}};
  ]
  (
    item := i;
  )
  [
    +? {item = i};
  ];

  - set_left l:AVL_TREE_NODE(V) <-
  [
    // Equality admitted for the free list
    -? {(l != NULL) -> ((l.item = item) || {l.item < item})};
  ]
  (
    left := l;
  )
  [
    +? {left = l};
  ];

  - set_right r:AVL_TREE_NODE(V) <-
  [
    -? {(r != NULL) ->> {r.item > item}};
  ]
  (
    right := r;
  )
  [
    +? {right = r};
  ];

  - set_balance b:INTEGER <-
  (
    balance := b;
  )
  [
    +? {balance = b};
  ];

Section AVL_TREE, AVL_DICTIONARY, AVL_SET
  
  //
  // Rotations:
  //
  
  - rotate_right:AVL_TREE_NODE(V) <-
  // Proceeds to some reorganisation and returns the upper node.
  ( + result:AVL_TREE_NODE(V);
    + left_right:AVL_TREE_NODE(V);
    
    result := left;
    left_right := left.right;
    left.set_right Self;
    set_left left_right;
    result
  )
  [
    +? {Result != NULL};
  ];

  - rotate_left:AVL_TREE_NODE(V) <-
  // Proceeds to some reorganisation and returns the upper node.
  ( + result:AVL_TREE_NODE(V);
    + right_left:AVL_TREE_NODE(V);
		
    result := right;
    right_left := right.left;
    right.set_left Self; 
    set_right right_left;
    result
  ) 
  [
    +? {Result != NULL};
  ];
  
lisaac_0.39_rc1/lib/internal/portable/collection/hashed_set_node.li0000644000175000017500000000452011314031246025417 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := HASHED_SET_NODE(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Auxilliary class to implement SET(V).";
    
Section Inherit
  
  - parent_any_hashed_set_node:ANY_HASHED_SET_NODE := ANY_HASHED_SET_NODE;
  
Section Public
  
  + item:V;
  
  + next:HASHED_SET_NODE(V);
  // The `next' one when some clash occurs.
  
  - set_next n:HASHED_SET_NODE(V) <-
  (
    next := n;
  )
  [
    +? {next = n};
  ];
  
Section HASHED_SET
  
  - create i:V next n:HASHED_SET_NODE(V) :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make i next n;
    result
  );
  
  - make i:V next n:HASHED_SET_NODE(V) <-
  (
    item := i;
    next := n;
  )
  [
    +? {item = i};
    +? {next = n};
  ];
  
  
lisaac_0.39_rc1/lib/internal/portable/collection/native_array.li0000644000175000017500000005024011314031246024767 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
 
  + name        := Strict NATIVE_ARRAY(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
    
  - comment     :="Native array of collection library.";
  
  // This class gives access to the lowest level for arrays. As any low level array, you can
  // get high performances with NATIVE_ARRAYs, but you loose most valid bounds checks (as
  // you can do in plain C code for example).
    
Section Inherit
  
  - parent_safe_equal:SAFE_EQUAL(V) := SAFE_EQUAL(V);
  
Section Public  
  
  //
  // Basic features:
  //
  
  - object_size:INTEGER := 0; // For detect error.
  
  - element_sizeof:INTEGER <- 
  // The size in number of bytes for type `E'.
  ( + result:INTEGER;
    (V.is_expanded_type).if {
      result := V.object_size;
    } else {
      result := POINTER.object_size;
    };
    result
  );
  
  - calloc_intern nb_elements:INTEGER :NATIVE_ARRAY(V) <-
  // Allocate a new array of 'nb_elements' of type `E'.
  // The new array is initialized with default values.
  [ ...
    -? {nb_elements > 0};
  ]
  ( + capacity:INTEGER;
    + p:POINTER;
    + result  :NATIVE_ARRAY(V);
    
    capacity := nb_elements * element_sizeof;                
    //p := `malloc(@capacity)`:POINTER; 
    p := MEMORY.alloc_dynamic capacity;
    result := CONVERT(POINTER,NATIVE_ARRAY(V)).on p;
    result
  )
  [ ...
    +? {Result != NULL};
  ];
  
  - create nb_elements:INTEGER :NATIVE_ARRAY(V) <-
  // Allocate a new array of `nb_elements' of type `E'.
  // The new array is initialized with default values.
  [ ...
    -? {nb_elements > 0};
  ]
  ( + result:NATIVE_ARRAY(V);
   
    result:=calloc_intern nb_elements;
    result.clear_all (nb_elements-1); 
    result
  )
  [ ...
//    +? {Result.all_default (nb_elements-1)};
  ];
  
  - realloc old_nb_elts:INTEGER with new_nb_elts:INTEGER :NATIVE_ARRAY(V) <-
  // Assume Current is a valid NATIVE_ARRAY in range
  // [0 .. `old_nb_elts'-1]. Allocate a bigger new array in
  // range [0 .. `new_nb_elts'-1].
  // Old range is copied in the new allocated array.
  // New items are initialized with default values.
  [ ...
    -? {Self != NULL};
    -? {old_nb_elts > 0};
    -? {old_nb_elts < new_nb_elts};
  ]
  ( + new:NATIVE_ARRAY(V);
    + old_ptr,new_ptr:POINTER;
    + new_cap:INTEGER;
    
    old_ptr := CONVERT(NATIVE_ARRAY(V),POINTER).on Self; 
    new_cap := new_nb_elts * element_sizeof;
    //new_ptr := `realloc(@old_ptr,@new_cap)`:POINTER;
    new_ptr := MEMORY.realloc_dynamic old_ptr 
    old_size (old_nb_elts * element_sizeof) new_size new_cap;
    new := CONVERT(POINTER,NATIVE_ARRAY(V)).on new_ptr;
    new.clear old_nb_elts to (new_nb_elts - 1);
    new
  )
  [ ...
    +? {Result != NULL};
  ];
  
  - first:V <- item 0;
    
  - item index:INTEGER :V <-
  // To read an `item'.
  // Assume that `calloc' is already done and that `index' is 
  // the range [0 .. `nb_elements'-1].
  [ ...
    -? {index >= 0};
  ]
  (    
    `10` 
  );
  
  - put element:V to index:INTEGER <-
  // To write an item.
  // Assume that `calloc' is already done and that `index'
  // is the range [0 .. `nb_elements'-1].
  [ ...
    -? {index >= 0};
  ]
  (     
    force_put element to index;        
  )
  [ ...
//    +? {element = item index}; 
  ];
    
  //
  // Displacement
  //
  
  - Self:SELF '+' Left 80 other:INTEGER :NATIVE_ARRAY(V) <- 
  // other is in element index
  ( + ptr:POINTER;
    
    ptr := to_pointer;
    ptr := ptr + other * element_sizeof;
    CONVERT(POINTER, NATIVE_ARRAY(V)).on ptr
  );
  
  //
  // Comparison:
  //
  
  - memcmp other:NATIVE_ARRAY(V) until capacity:INTEGER :BOOLEAN <-
  // True if all elements in range [0..capacity-1] are
  // identical using `equal'. Assume Current and `other'
  // are big enough.
  // See also `fast_memcmp'.
  [ ...
    -? {(capacity > 0) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER;
       
    i := capacity - 1;
    {(i >= 0) && {safe_equal (item i,other.item i)}}.while_do {
      i := i - 1;
    };
    i < 0
  );
  
  - slice_memcmp (at:INTEGER,other:NATIVE_ARRAY(V),other_lower,other_upper:INTEGER) :BOOLEAN <-
  // True if all elements in range [0 .. `other_upper' - `other_lower'] are identical
  // to the elements in range [`other_lower' .. `other_upper'] of `other' using
  // `is_equal'. Assume `Current' and `other' are big enough.
  // See also `slice_fast_memcmp'.
  [ ...
    -? {at >= 0};
    -? {other_lower >= 0};
    -? {other_upper >= other_lower - 1};
    -? {(other_upper >= other_lower) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER;
    	
    i := other_upper - other_lower;
    {(i >= 0) && {safe_equal (item (at + i),other.item (other_lower + i))}}.while_do {
      i := i - 1;
    };
    i < 0
  );
  
  - fast_memcmp other:NATIVE_ARRAY(V) until capacity:INTEGER :BOOLEAN <-
  // Same jobs as `memcmp' but uses infix `=' instead `equal'.
  [ ...
    -? {(capacity > 0) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER;
        
    i := capacity-1;
    {(i >=0 ) && {item i = other.item i}}.while_do {
      i := i - 1;
    };
    i < 0
  );
  
  - slice_fast_memcmp (at:INTEGER, other:NATIVE_ARRAY(V), other_lower,other_upper:INTEGER) :BOOLEAN <-
  // Same jobs as `slice_memcmp' but uses infix "=" instead of `is_equal'.
  [ ...
    -? {at >= 0};
    -? {other_lower >= 0};
    -? {other_upper >= other_lower - 1};
    -? {(other_upper >= other_lower) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER;		
		
    i := other_upper - other_lower;
    {(i < 0) || {item (at + i) != other.item (other_lower + i)}}.until_do {
      i := i - 1;
    };
    i < 0
  );
			
  - deep_memcmp other:NATIVE_ARRAY(V) until capacity:INTEGER :BOOLEAN <-
  // Same jobs as `memcmp' but uses `is_deep_equal' instead `equal'.
  [ ...
    -? {(capacity > 0) ->> {other.is_not_null}};
  ]
  ( + result:BOOLEAN;  // BEN : A REVOIR, il y a + efficace...
    + e1,e2:V;
    + i:INTEGER;
    
    result := TRUE;
    i := capacity - 1;
    {(result = FALSE) || {i < 0}}.until_do {
      e1 := item i;
      e2 := other.item i;
      (e1 != e2).if {
	((e1 != NULL) && {e2 != NULL}).if {
	  (! e1.is_deep_equal e2).if {
	    result := FALSE;
	  };
	} else {
	  result := FALSE;
	};
      };
      i := i - 1;
    };
    result
  );
  
  - slice_deep_memcmp (at:INTEGER,other:NATIVE_ARRAY(V),other_lower,other_upper:INTEGER) :BOOLEAN <-
  // Same jobs as `slice_memcmp' but uses `is_deep_equal' instead of `is_equal'.
  [ ...
    -? {at >= 0};
    -? {other_lower >= 0};
    -? {other_upper >= other_lower - 1};
    -? {(other_upper >= other_lower) ->> {other.is_not_null}};
  ]
  ( + i:INTEGER; 
    + e1,e2:V;
    + result:BOOLEAN;
	
    i := other_upper - other_lower;
    result := TRUE;
    {(! result) || {i < 0}}.until_do {
      e1 := item i;
      e2 := other.item i;
      (e1 = e2).if {
      }.elseif {e1 != NULL} then {
	(e2 != NULL).if {
	  result := e1.is_deep_equal e2;
	} else {
	  result := FALSE;
	};
      } else {
	result := FALSE;
      };
      i := i - 1;
    };
    result
  );
  
  //
  // Searching:
  //
  
  - first_index_of element:V until upper:INTEGER :INTEGER <-
  // Give the index of the first occurrence of `element' using
  // `==' for comparison.
  // Answer `upper + 1' when `element' is not inside.
  // See also `fast_index_of', `reverse_index_of'.
  [ ...
    -? {upper >= -1};
  ]
  ( + idx:INTEGER;
       
    {(idx > upper) || {safe_equal (element,item idx)}}.until_do	{
      idx := idx + 1;
    };
    idx
  );
  
  - index_of (element:V,start_index:INTEGER) until upper:INTEGER :INTEGER <-
  // Using `is_equal' for comparison, gives the index of the first occurrence of `element' 
  // at or after `start_index'. Answer `upper + 1' when the search fail.
  // See also `fast_index_of', `reverse_index_of'.
  [ ...
    -? {start_index >= 0};
    -? {start_index <= upper};
  ]
  ( + result:INTEGER;
    
    result := start_index;
    {(result > upper) || {safe_equal (element,item result)}}.until_do {
      result := result + 1;
    };
    result
  )
  [ ...
    +? {Result.in_range start_index to (upper + 1)};
    +? {(Result <= upper) ->> {safe_equal (element,item Result)}};
  ];
  
  - reverse_index_of element:V from upper:INTEGER :INTEGER <-
  // Give the index of the first occurrence of `element' using
  // `==' for comparison, from upper to lower.
  // Answer -1 when `element' is not inside.
  [ ...
    -? {upper >= -1};
  ]
  ( + idx:INTEGER;
   
    idx := upper;
    {(idx < 0) || {safe_equal (element,item idx)}}.until_do	{
      idx := idx - 1;
    };
    idx
  )
  [ ...
    +? {Result.in_range (-1) to upper};
    +? {(Result > 0) ->> {safe_equal (element, item Result)}};
  ];
  
  - fast_index_of (element:V,start_index:INTEGER) until upper:INTEGER :INTEGER <-
  // Using basic `=' for comparison, gives the index of the first occurrence of 
  // `element' at or after `start_index'. Answer `upper + 1' when the search fail.
  // See also `index_of', `reverse_index_of'.
  [ ...
    -? {start_index >= 0};
    -? {start_index <= upper};
  ]
  ( + result:INTEGER;
  
    result := start_index;
    {(result > upper) || {element = item result}}.until_do {      
      result := result + 1;
    };
    result
  )
  [ ...
    +? {Result.in_range start_index to (upper + 1)};
    +? {(Result <= upper) ->> {element = item Result}};
  ];
  
  - fast_reverse_index_of element:V from upper:INTEGER :INTEGER <-
  // Same as `reverse_index_of' but use basic `=' for comparison.
  // Search is done in reverse direction, which means from `upper' down to the
  // `0'. Answer `-1' when the search fail.
  // See also `reverse_index_of', `index_of'.
  [
    -? {upper >= -1};
  ]
  ( + idx:INTEGER;
       
    idx := upper;
    {(idx < 0) || {element = item idx}}.until_do {
      idx := idx - 1;
    };
    idx
  )
  [ ...
    +? {Result.in_range (-1) to upper};
    +? {(Result > 0) ->> {element = item Result}};
  ];

  - fast_first_index_of element:V until upper:INTEGER :INTEGER <-
  // Same as `index_of' but use basic `=' for comparison.
  // `0'. Answer `upper + 1' when the search fail.
  // See also `fast_index_of', `reverse_index_of'.
  [ ...
    -? {upper >= -1};
  ]
  ( + idx:INTEGER;
        
    {(idx > upper) || {element = item idx}}.until_do {
      idx := idx + 1;
    };
    idx
  )
  [ ...
    +? {Result.in_range 0 to (upper + 1)};
    +? {(Result <= upper) ->> {element = item Result}};
  ];    
  
  - has element:V until upper:INTEGER :BOOLEAN <-
  // Look for `element' using `==' for comparison.
  // Also consider `has' to choose the most appropriate.
  [ ...
    -? {upper >= -1};
  ]
  ( + result:BOOLEAN;
    + i:INTEGER; 
    
    i := upper;
    {(result) || {i < 0}}.until_do {
      result := safe_equal (element,item i);
      i := i - 1;
    };
    result
  );
  
  - fast_has element:V until upper:INTEGER :BOOLEAN <-
  // Look for `element' using basic `=' for comparison.
  // Also consider `has' to choose the most appropriate.
  [
    -? {upper >= -1};
  ]
  ( + i:INTEGER;
    
    i := upper;
    {(i < 0) || {element = item i}}.until_do {
      i := i - 1;
    };
    i >= 0
  );
  
  //
  // Removing:
  //
  
  - remove_first upper:INTEGER <-
  // Assume `upper' is a valid index.
  // Move range [1 .. `upper'] by 1 position left.
  [ ...
    -? {upper >= 0};
  ]
  ( + i:INTEGER;
       
    {i = upper}.until_do {
      put (item (i + 1)) to i;
      i := i + 1;
    };
  );
  
  - remove index:INTEGER until upper:INTEGER <-
  // Assume `upper' is a valid index.
  // Move range [`index' + 1 .. `upper'] by 1 position left.
  [ ...
    -? {index >= 0};
    -? {index <= upper};
  ]
  ( + i:INTEGER;
    
    i := index;
    {i = upper}.until_do {
      put (item (i + 1)) to i;
      i := i + 1;
    };
  );
  
  //
  // Replacing:
  //
  
  - replace_all old_value:V with new_value:V until upper:INTEGER <-
  // Replace all occurences of the element `old_value' by `new_value'
  // using `==' for comparison.
  // See also `fast_replace_all' to choose the apropriate one.
  [ ...
    -? {upper >= -1};
  ]
  (     
    upper.downto 0 do { i:INTEGER;
      (safe_equal (old_value,(item i))).if {
	put new_value to i;
      };
    };
  );
  
  - fast_replace_all old_value:V with new_value:V until upper:INTEGER <-
  // Replace all occurences of the element `old_value' by `new_value'
  // using basic `=' for comparison.
  // See also `replace_all' to choose the apropriate one.
  [ ...
    -? {upper >= -1};
  ]
  (     
    upper.downto 0 do { i:INTEGER;
      (old_value = item i).if {
	put new_value to i;
      };
    };
  );
  
  //
  // Adding:
  //
    
  - copy src:NATIVE_ARRAY(V) to dest:INTEGER until src_capacity:INTEGER <-
  // Copy range [0 .. `src_capacity - 1'] of `src' to range
  // [`dest' .. `dest + src_capacity - 1'] of `Self'.
  // No subscript checking.
  [ ...
    -? {dest >= 0};
    -? {src_capacity >= 0};
  ]
  ( + i1, i2:INTEGER;
    
    i1 := dest;
    {i2 = src_capacity}.until_do {
      put (src.item i2) to i1;
      i2 := i2 + 1;
      i1 := i1 + 1;
    };
  );
  
  - slice_copy src:NATIVE_ARRAY(V) to dest:INTEGER from src_min:INTEGER to src_max:INTEGER <-
  // Copy range [`src_min' .. `src_max'] of `src' to range
  // [`at' .. `at + src_max - src_min - 1'] of `Current'.
  // No subscript checking.
  [ ...
    -? {dest >= 0};
    -? {src_min <= src_max + 1};
    -? {(src != Self) | (dest != src_min)};
  ]
  ( + i1, i2:INTEGER;    
    
    i1 := dest;
    i2 := src_min;
    {i2 > src_max}.until_do {
      put (src.item i2) to i1;
      i2 := i2 + 1;
      i1 := i1 + 1;
    };
  );
  
  //
  // Other:
  //
  
  - set_all_with v:V until upper:INTEGER <-
  // Set all elements in range [0 .. upper] with
  // value `v'.
  [ ...
    -? {upper >= -1};
  ]
  (
    upper.downto 0 do { i:INTEGER;
      put v to i;
    };
  );
  
  - set_slice_with v:V from lower:INTEGER until upper:INTEGER <-
  // Set all elements in range [`lower' .. `upper'] with value `v'.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower - 1};
  ]
  ( + i:INTEGER;
    
    i := lower;
    {i > upper}.until_do {
      put v to i;
      i := i + 1;
    };
  );
  
  - clear_all upper:INTEGER <-
  // Set all elements in range [0 .. `upper'] with
  // the default value.
  [ ...
    -? {upper >= -1};
  ]
  ( + v:V;
    
    upper.downto 0 do { i:INTEGER;      
      put v to i;
    };
  );
  
  - clear lower:INTEGER to upper:INTEGER <-
  // Set all elements in range [`lower' .. `upper'] with
  // the default value
  [ ...
    -? {lower >= 0};
    -? {upper >= lower};
  ]
  ( + v:V;
        
    lower.to upper do { i:INTEGER;
      put v to i;
    };
  );
  
  - copy_from model:NATIVE_ARRAY(V) until upper:INTEGER <-
  // Assume `upper' is a valid index both in Current and `model'.
  [ ...
    -? {upper >= -1};
  ]
  (
    upper.downto 0 do { i:INTEGER;
      put (model.item i) to i;
    };
  );
  
  - deep_twin_from capacity:INTEGER :NATIVE_ARRAY(V) <-
  // To implement `deep_twin'. Allocate a new array of
  // `capacity' initialized with `deep_twin'.
  // Assume `capacity' is valid both in Current and `model'.
  [ ...
    -? {capacity >= 0};
  ]
  ( + element:V;
    + result:NATIVE_ARRAY(V);
       
    (capacity > 0).if {
      result := calloc capacity;
      (capacity - 1).downto 0 do { i:INTEGER;
	element := item i;
	(element != NULL).if {
	  element := element.deep_twin;
	};
	result.put element to i;
      };
    };
  );
  
  - move lower:INTEGER to upper:INTEGER by offset:INTEGER <-
  // Move range [`lower' .. `upper'] by `offset' positions.
  // Freed positions are not initialized to default values.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower};
    -? {lower + offset >= 0};
  ]
  (     
    (offset != 0).if {
      (offset < 0).if {
	lower.to upper do { i:INTEGER;
	  put (item i) to (i + offset);
	};
      } else {
	upper.downto lower do { i:INTEGER;
	  put (item i) to (i + offset);
	};
      };
    };
  );
  
  - occurrences element:V until upper:INTEGER :INTEGER <-
  // Number of occurrences of `element' in range [0..upper]
  // using `equal' for comparison.
  // See also `fast_occurrences' to chose the apropriate one.
  [ ...
    -? {upper >= -1};
  ]
  ( + count:INTEGER;
    
    upper.downto 0 do { i:INTEGER;
      (safe_equal (element,item i)).if {
	count := count + 1;
      };
    };
    count
  );
  
  - slice_occurrences element:V from lower:INTEGER until upper:INTEGER :INTEGER <-
  // Number of occurrences of `element' in range [`lower' .. `upper'] using 
  // `is_equal' for comparison.
  // See also `slice_fast_occurrences' to chose the apropriate one.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower - 1};
  ]
  ( + i,result:INTEGER;
    
    i := lower;
    {i > upper}.until_do {
      (safe_equal (element,item i)).if {
	result := result + 1;
      };
      i := i + 1;
    };
    result
  );

  - fast_occurrences element:V until upper:INTEGER :INTEGER <-
  // Number of occurrences of `element' in range [0..upper]
  // using basic "=" for comparison.
  // See also `fast_occurrences' to chose the apropriate one.
  [
    -? {upper >= -1};
  ]
  ( + count:INTEGER;
    
    upper.downto 0 do { i:INTEGER;
      (element = item i).if {
	count := count + 1;
      };
    };
    count
  );
  
  - slice_fast_occurrences element:V from lower:INTEGER until upper:INTEGER :INTEGER <-
  // Number of occurrences of `element' in range [`lower' .. `upper']
  // using basic "=" for comparison.
  // See also `slice_occurrences' to chose the apropriate one.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower - 1};
  ]
  ( + i,result:INTEGER;
    
    i := lower;
    {i > upper}.until_do {
      (element = item i).if {
	result := result + 1;
      };
      i := i + 1;
    };
    result
  );
			
  - all_default upper:INTEGER :BOOLEAN <-
  // Do all items in range [0 .. `upper'] have their type's
  // default value?
  [ ...
    -? {upper >= -1};
  ]
  ( + result:BOOLEAN;
    + model:V;
    ? {upper >= -1};
    result := TRUE;
    upper.downto 0 do { i:INTEGER;
      (model != item i).if {
	result := FALSE;
      };
    };
    result
  );
  
  - slice_default lower:INTEGER to upper:INTEGER :BOOLEAN <-
  // Do all items in range [`lower' .. `upper'] have their type's default value?
  // Note: for non Void items, the test is performed with the `is_default' predicate.
  [ ...
    -? {lower >= 0};
    -? {upper >= lower - 1};
  ]
  ( + i:INTEGER; 
    + v:V;
    + result:BOOLEAN;
		
    result := TRUE;
    i := lower;
    {(i > upper) || {! result}}.until_do {
      v := item i;
      (v != NULL).if {
	result := v.is_default;
      };
      i := i + 1;
    };
    result
  );
  
  //
  // Interfacing with C:
  //
  
  - to_external:POINTER <- to_pointer;
  // Gives access to the C pointer on the area of storage.
  
  - is_null:BOOLEAN <- to_pointer.is_null;
  
  - is_not_null:BOOLEAN <- to_pointer.is_not_null;
  
  //
  // Guru Section
  //
  
  - println <- `puts(@Self)`;
  
  - force_put element:V to index:INTEGER <-
  // Used in Memory count: not to use directly without caution !
  [ ...
    -? {index>=0};
  ]
  (    
    `9`;    
  );

lisaac_0.39_rc1/lib/internal/portable/collection/any_avl_set_node.li0000644000175000017500000000336411314031246025621 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := ANY_AVL_SET_NODE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;
  lisaac_0.39_rc1/lib/internal/portable/collection/any_linked_list_node.li0000644000175000017500000000337011314031246026462 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := ANY_LINKED_LIST_NODE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;
  lisaac_0.39_rc1/lib/internal/portable/collection/linked2_list_node.li0000644000175000017500000000535611314031246025703 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := LINKED2_LIST_NODE(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment := "To implement LINKED2_LIST(V).";
    
Section Inherit
  
  - parent_any_two_way_linked_list_node:ANY_TWO_WAY_LINKED_LIST_NODE := ANY_TWO_WAY_LINKED_LIST_NODE;
  
Section Public
  
  + item:V;
  
  + previous:LINKED2_LIST_NODE(V);
  
  + next:LINKED2_LIST_NODE(V);

Section LINKED2_LIST
  
  - create i:V previous p:SELF next n:SELF :SELF<-
  ( + result:SELF;
    
    result := clone;
    result.make i previous p next n;
    result
  );
    
  - make i:V previous p:SELF next n:SELF <-
  (
    item := i;
    previous := p;
    next := n;
  )
  [
    +? {item = i};
    +? {previous = p};
    +? {next = n};
  ];

Section LINKED2_LIST,LINKED2_LIST_NODE
  
  - set_item i:V <-
  (
    item := i;
  )
  [
    +? {item = i};
  ];
    
  - set_next n:SELF <-
  (
    next := n;
  )
  [
    +? {next = n};
  ];
  
  - set_all_with v:V <-
  ( + lnk:SELF;
    
    lnk := Self;    
    {lnk = NULL}.until_do {
      lnk.set_item v;
      lnk := lnk.next;
    };
  );
    
  - set_previous p:SELF <-
  (
    previous := p;
  )
  [
    +? {previous = p};
  ];
lisaac_0.39_rc1/lib/internal/portable/collection/avl_tree.li0000644000175000017500000003362411314031246024113 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := AVL_TREE(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  // Definition of a mathematical set of comparable objects. All common
  // operations on mathematical sets are available.

Section Insert
  
  - parent_avl_constants:AVL_CONSTANTS := AVL_CONSTANTS;

Section Public
  
  - debug_string:STRING <-
  ( + result:STRING;
    
    (root = NULL).if {
      result := "NULL";
    } else {
      result := tagged_out_memory;
      result.clear_count;
      root.out_in_tagged_out_memory;
    };
    result
  );

  + count:INTEGER;
  
Section Public
  
  //
  // Adding and removing:
  //
  
  - remove e:V <-
  (
    root := do_remove (root, e);
  );

  - fast_remove e:V <-
  (
    root := fast_do_remove (root, e);
  );

Section SELF
  
  + root:AVL_TREE_NODE(V);

  + rebalance:BOOLEAN;

  + item_memory:V;

  - set_value_and_key n:AVL_TREE_NODE(V) <-
  (
    deferred;
  );

  - set_value n:AVL_TREE_NODE(V) <-
  (
    deferred;
  );

  - fast_do_insert n:AVL_TREE_NODE(V) :AVL_TREE_NODE(V) <-
  ( + result:AVL_TREE_NODE(V);
    
    (n = NULL).if {
      result := new_node;
      set_value_and_key result;
      count := count + 1;
      map_dirty := TRUE;
      rebalance := TRUE;
    }.elseif {item_memory = n.item} then {
      result := n;
      set_value result;
      rebalance := FALSE;
    }.elseif {item_memory < n.item} then {
      n.set_left (do_insert (n.left));
      (rebalance).if {
	result := left_grown n;
      } else {
	result := n;
      };
    } else {
      ? {item_memory > n.item};				
      n.set_right (do_insert (n.right));
      (rebalance).if {
	result := right_grown n;
      } else {
	result := n;
      };
    };
    result
  )
  [
    +? {Result != NULL};
    +? {Result.balance = node_height (Result.right) - node_height (Result.left)};
    +? {rebalance = (node_height Result > Old node_height n)};
  ];

  - do_insert n:AVL_TREE_NODE(V) :AVL_TREE_NODE(V) <-
  ( + result:AVL_TREE_NODE(V);
    
    (n = NULL).if {
      result := new_node;
      set_value_and_key result;
      count := count + 1;
      map_dirty := TRUE;
      rebalance := TRUE;
    }.elseif {item_memory < n.item} then {
      n.set_left (do_insert (n.left));
      (rebalance).if {
	result := left_grown n;
      } else {
	result := n;
      };
    }.elseif {item_memory > n.item} then {
      n.set_right (do_insert (n.right));
      (rebalance).if {
	result := right_grown n;
      } else {
	result := n;
      };
    } else {
      ? {item_memory == n.item};				
      result := n;
      set_value result;
      rebalance := FALSE;
    };
    result
  )
  [
    +? {Result != NULL};
    +? {Result.balance = node_height (Result.right) - node_height (Result.left)};
    +? {rebalance = (node_height Result > Old node_height n)};
  ];

  - left_grown n:AVL_TREE_NODE(V) :AVL_TREE_NODE(V) <-
  [
    -? {rebalance};
    -? {n != NULL};
    -? {node_height (n.right) - node_height (n.left) + 1 = n.balance};
  ]
  ( + result:AVL_TREE_NODE(V);
    
    (n.balance)
    .when imbalanced_left then {
      (n.left.balance = imbalanced_left).if {
	n.set_balance balanced;
	n.left.set_balance balanced;
      } else {
	(n.left.right.balance)
	.when imbalanced_left then {
	  n.set_balance imbalanced_right;
	  n.left.set_balance balanced;
	}
	.when balanced then {
	  n.set_balance balanced;
	  n.left.set_balance balanced;
	}
	.when imbalanced_right then {
	  n.set_balance balanced;
	  n.left.set_balance imbalanced_left;
	};
	n.left.right.set_balance balanced;
	n.set_left (n.left.rotate_left);
      };
      result := n.rotate_right;
      rebalance := FALSE;
    }
    .when balanced then {
      n.set_balance imbalanced_left;
      result := n;
    }
    .when imbalanced_right then {
      n.set_balance balanced;
      result := n;
      rebalance := FALSE;
    };
    result
  )
  [
    +? {Result != NULL};
    +? {Result.balance = node_height (Result.right) - node_height (Result.left)};
    +? {
      rebalance = (node_height Result > 1 + 
      Old node_height (n.right).max (node_height (n.left) - 1))
    };
  ];

  - right_grown n:AVL_TREE_NODE(V) :AVL_TREE_NODE(V) <-
  [
    -? {rebalance};
    -? {n != NULL};
    -? {node_height (n.right) - 1 - node_height (n.left) = n.balance};
  ]
  ( + result:AVL_TREE_NODE(V);
    
    (n.balance)
    .when imbalanced_right then {
      (n.right.balance = imbalanced_right).if {
	n.set_balance balanced;
	n.right.set_balance balanced;
      } else {
	(n.right.left.balance)
	.when imbalanced_right then {
	  n.set_balance imbalanced_left;
	  n.right.set_balance balanced;
	}
	.when balanced then {
	  n.set_balance balanced;
	  n.right.set_balance balanced;
	}
	.when imbalanced_left then {
	  n.set_balance balanced;
	  n.right.set_balance imbalanced_right;
	};
	
	n.right.left.set_balance balanced;
	n.set_right (n.right.rotate_right);
      };
      result := n.rotate_left;
      rebalance := FALSE;
    }
    .when balanced then {
      n.set_balance imbalanced_right;
      result := n;
    }
    .when imbalanced_left then {
      n.set_balance balanced;
      result := n;
      rebalance := FALSE;
    };
    result
  )
  [
    +? {Result != NULL};
    +? {Result.balance = node_height (Result.right) - node_height (Result.left)};
    +? {
      rebalance = (node_height Result > 1 + 
      Old node_height (n.left).max (node_height (n.right) - 1))
    };
  ];

  - fast_do_remove (n:AVL_TREE_NODE(V),e:V) :AVL_TREE_NODE(V) <-
  ( + result:AVL_TREE_NODE(V);
    
    (n = NULL).if {
      rebalance := FALSE;
    }.elseif {e = n.item} then {
      (n.left = NULL).if {
	result := n.right;
	exchange_and_discard (n, n);
      }.elseif {n.right = NULL} then {
	result := n.left;
	exchange_and_discard (n, n);
      } else {
	n.set_left (remove_right (n, n.left));
	(rebalance).if {
	  result := left_shrunk n;
	} else {
	  result := n;
	};
      };
    }.elseif {e < n.item} then {
      n.set_left (do_remove (n.left, e));
      (rebalance).if {
	result := left_shrunk n;
      } else {
	result := n;
      };
    } else {
      ? {e > n.item};			
      n.set_right (do_remove (n.right, e));
      (rebalance).if {
	result := right_shrunk n;
      } else {
	result := n;
      };
    };
    result
  )
  [
    +? {Result = NULL || 
      {Result.balance = node_height (Result.right) - node_height (Result.left)}
    };
    +? {rebalance = (node_height Result < Old node_height n)};
  ];

  - do_remove (n:AVL_TREE_NODE(V),e:V) :AVL_TREE_NODE(V) <-
  ( + result:AVL_TREE_NODE(V);
    
    (n = NULL).if {
      rebalance := FALSE;
    }.elseif {e < n.item} then {
      n.set_left (do_remove (n.left, e));
      (rebalance).if {
	result := left_shrunk n;
      } else {
	result := n;
      };
    }.elseif {e > n.item} then {
      n.set_right (do_remove (n.right, e));
      (rebalance).if {
	result := right_shrunk n;
      } else {
	result := n;
      };
    }.elseif {n.left = NULL} then {
      result := n.right;
      exchange_and_discard (n, n);
    }.elseif {n.right = NULL} then {
      result := n.left;
      exchange_and_discard (n, n);
    } else {
      n.set_left (remove_right (n, n.left));
      (rebalance).if {
	result := left_shrunk n;
      } else {
	result := n;
      };
    };
    result
  )
  [
    +? {Result = NULL ||
    {Result.balance = node_height (Result.right) - node_height (Result.left)}};
    +? {rebalance = (node_height Result < Old node_height n)};
  ];

  - remove_right (n1, n2:AVL_TREE_NODE(V)) :AVL_TREE_NODE(V) <-
  [
    -? {n1 != NULL};
    -? {n2 != NULL};
  ]
  ( + result:AVL_TREE_NODE(V);
    
    (n2.right = NULL).if {
      result := n2.left;
      exchange_and_discard (n1, n2);
    } else {
      n2.set_right (remove_right (n1, n2.right));
      (rebalance).if {
	result := right_shrunk n2;
      } else {
	result := n2;
      };
    };
    result
  )
  [
    +? {Result = NULL || 
    {Result.balance = node_height (Result.right) - node_height (Result.left)}};
    +? {rebalance = (node_height Result < Old node_height n2)};
  ];

  - left_shrunk n:AVL_TREE_NODE(V) :AVL_TREE_NODE(V) <-
  [
    -? {rebalance};
    -? {n != NULL};
    -? {node_height (n.right) - node_height (n.left) - 1 = n.balance};
  ]
  ( + result:AVL_TREE_NODE(V);
				
    (n.balance)
    .when imbalanced_left then {
      n.set_balance balanced;
      result := n;
    }
    .when balanced then {
      n.set_balance imbalanced_right;
      result := n;
      rebalance := FALSE;
    }
    .when imbalanced_right then {
      (n.right.balance)
      .when imbalanced_left then {
	(n.right.left.balance)
	.when imbalanced_left then {
	  n.set_balance balanced;
	  n.right.set_balance imbalanced_right;
	}
	.when balanced then {
	  n.set_balance balanced;
	  n.right.set_balance balanced;
	}
	.when imbalanced_right then {
	  n.set_balance imbalanced_left;
	  n.right.set_balance balanced;
	};
	
	n.right.left.set_balance balanced;
	n.set_right (n.right.rotate_right);
      }
      .when balanced then {
	n.set_balance imbalanced_right;
	n.right.set_balance imbalanced_left;
	rebalance := FALSE;
      }
      .when imbalanced_right then {
	n.set_balance balanced;
	n.right.set_balance balanced;
      };
      result := n.rotate_left;
    };
    result
  )
  [		    
    +? {Result != NULL};
    +? {Result.balance = node_height (Result.right) - node_height (Result.left)};
    +? {rebalance = (node_height Result < 1 + 
    Old node_height (n.right).max (node_height (n.left) + 1))};
  ];

  - right_shrunk n:AVL_TREE_NODE(V) :AVL_TREE_NODE(V) <-
  [
    -? {rebalance};
    -? {n != NULL};
    -? {node_height (n.right) + 1 - node_height (n.left) = n.balance};
  ]
  ( + result:AVL_TREE_NODE(V);
		
    (n.balance)
    .when imbalanced_right then {
      n.set_balance balanced;
      result := n;
    }
    .when balanced then {
      n.set_balance imbalanced_left;
      result := n;
      rebalance := FALSE;
    }
    .when imbalanced_left then {
      (n.left.balance)
      .when imbalanced_right then {
	(n.left.right.balance)
	.when imbalanced_right then {
	  n.set_balance balanced;
	  n.left.set_balance imbalanced_left;
	}
	.when balanced then {
	  n.set_balance balanced;
	  n.left.set_balance balanced;
	}
	.when imbalanced_left then {
	  n.set_balance imbalanced_right;
	  n.left.set_balance balanced;
	};					
	n.left.right.set_balance balanced;
	n.set_left (n.left.rotate_left);
      }
      .when balanced then {
	n.set_balance imbalanced_left;
	n.left.set_balance imbalanced_right;
	rebalance := FALSE;
      }
      .when imbalanced_left then {
	n.set_balance balanced;
	n.left.set_balance balanced;
      };
      result := n.rotate_right;
    };
    result
  )
  [
    +? {Result != NULL};
    +? {Result.balance = node_height (Result.right) - node_height (Result.left)};
    +? {rebalance = (node_height Result < 1 + 
    Old node_height (n.left).max (node_height (n.right) + 1))};
  ];

  - exchange_and_discard (n1, n2:AVL_TREE_NODE(V)) <-
  [
    -? {n1 != NULL};
    -? {n2 != NULL};
  ]
  (
    deferred;
  )
  [
    +? {map_dirty};
    +? {count = Old count - 1};
    +? {rebalance};
  ];
	
  - clear_nodes node:AVL_TREE_NODE(V) <-
  (
    (node.left != NULL).if {
      clear_nodes (node.left);
    };
    (node.right != NULL).if {
      clear_nodes (node.right);
    };
    discard_node node;
  );

  - node_height node:AVL_TREE_NODE(V) :INTEGER <-
  ( + result:INTEGER;
    
    (node != NULL).if {
      result := node.height;
    };
    result
  );
		
Section Public		
  
  //
  // Looking and searching:
  //
  
  - has e:V :BOOLEAN <-
  // Is element `e' in the set?
  (
    (root != NULL) && {root.has e}
  );

  - fast_has e:V :BOOLEAN <-
  // Is element `e' in the set?
  (
    (root != NULL) && {root.fast_has e}
  );

Section SELF
  
  //
  // Iterating internals:
  //
  
  - build_map <-
  [
    "build_needed" -? {map_dirty};
  ]
  (
    map.clear; //_count;
    (count > 0).if {
      root.map_in map;
    };
    map_dirty := FALSE;
  )
  [
    "build_done" +? {! map_dirty};
  ];

  + map:FAST_ARRAY(AVL_TREE_NODE(V));
  // Elements in a row for iteration. See `build_map'.

  + map_dirty:BOOLEAN;
  // True when the map needs to be built again for the iterators. 
  // See `build_map'.

Section SELF
  
  - new_node:AVL_TREE_NODE(V) <-
  ( 
    a_new_node
  );

  - a_new_node:AVL_TREE_NODE(V) <-
  (
    deferred;
    NULL
  );
	
  - discard_node n:AVL_TREE_NODE(V) <-
  [
    -? {n != NULL};
  ]
  (
    deferred;
  );
	
  //	
  // invariant
  //
  
//  [
//    -? {map != NULL};
//    -? {(! map_dirty) -> (map.count = count)};
//    -? {(count > 0) -> ((root != NULL) && {root.count = count})};
//  ]

lisaac_0.39_rc1/lib/internal/portable/collection/arrayed_collection.li0000644000175000017500000001367711314031246026162 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ARRAYED_COLLECTION(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Common root for ARRAY(V) and FAST_ARRAY(V).";
  
Section Inherit
  
  - parent_arrayed:ARRAYED := ARRAYED;
  
  - parent_collection:COLLECTION(V) := COLLECTION(V);
  
Section Public //ARRAYED_COLLECTION, BMP_FILE, TYPES
  
  + storage:NATIVE_ARRAY(V);
  // Internal access to storage location.
    
Section Public
  
  - element_sizeof:INTEGER <- 
  // The size in number of bytes for type `E'.
  ( + result:INTEGER;
    
    (V.is_expanded_type).if {
      result := V.object_size;
    } else {
      result := POINTER.object_size;
    };
    result
  );
  
  + capacity:INTEGER;
  // Internal storage capacity in number of item.
  
  + upper:INTEGER;
  // Upper index bound.
      
  - subarray min:INTEGER to max:INTEGER :SELF <-
  // New collection consisting of items at indexes in [`min' .. `max'].
  // Result has the same dynamic type as `Current'.
  // See also `slice'.
  [
    -? { lower <= min };
    -? { max <= upper };
    -? { min <= max + 1 };
  ]
  (     
    deferred;
    NULL
  )
  [    
    +? { same_dynamic_type result };
    +? { result.count = max - min + 1 };
    +? { result.lower = min | (result.lower = 0) };
  ];
  
  //
  // Implementation of deferred:
  //
  
  - first:V <- storage.item 0;
  
  - second:V <- storage.item 1;
  
  - last :V <- item upper;
  
  - add element:V to index:INTEGER <-
  ( 
    (index = upper + 1).if {
      add_last element;
    } else {
      add_last element;
      move index to (upper - 1) by 1;
      put element to index;
    };
  );
    
  - remove_last <-
  ( 
    upper := upper - 1;    
  );
  
  - remove_tail n:INTEGER <-
  (
    upper := upper - n;
  );
  
  - replace_all old_value:V with new_value:V <-
  ( 
    storage.replace_all old_value with new_value until (count - 1);    
  );
    
  - fast_replace_all old_value:V with new_value:V <-
  ( 
    storage.fast_replace_all old_value with new_value until (count - 1);    
  );
  
  - reverse <-
  ( + i,j:INTEGER;
    	
    i := lower;
    j := upper;		
    {i >= j}.until_do {
      swap i with j;
      i := i + 1;
      j := j - 1;
    };
  );	
  
  //
  // Interfacing with C:
  //
  
  - to_external:POINTER <-
  // Gives C access into the internal `storage' of the ARRAY.
  // Result is pointing the element at index `lower'.
  //
  // NOTE: do not free/realloc the Result. Resizing of the array
  //       can makes this pointer invalid.
  [
    -? {! is_empty};
  ]
  ( 
    storage.to_pointer
  )
  [
    +? {Result.is_not_null};    
  ];

  - to_native_array:NATIVE_ARRAY(V) <-
  // Gives C access into the internal `storage' of the ARRAY.
  // Result is pointing the element at index `lower'.
  //
  // NOTE: do not free/realloc the Result. Resizing of the array
  //       can makes this pointer invalid.
  [
    -? {! is_empty};
  ]
  ( 
    storage
  )
  [
    +? {Result.is_not_null};    
  ];
  
Section ARRAYED_COLLECTION
  
  - set_upper new_upper:INTEGER <-
  (
    upper := new_upper;
  );
  
  //
  // invariant
  //
  
//  [
//    -? {capacity >= (upper - lower + 1)};
//    -? {(capacity > 0) ->> {storage.is_not_null}};
//  ];

Section Public
  
  - set_count new_count:INTEGER <-
  (
    upper := new_count + lower - 1;
  );

  - to_native_array_uinteger_8:NATIVE_ARRAY(UINTEGER_8) <- 
  (
    CONVERT(NATIVE_ARRAY(V),NATIVE_ARRAY(UINTEGER_8)).on storage
  );
  
  - add_last_buffer buf:FAST_ARRAY(UINTEGER_8) from beg:INTEGER to end:INTEGER <-
  ( + tab:NATIVE_ARRAY(UINTEGER_8);
    + pos_beg,size,new_capacity:INTEGER;

    pos_beg := count * element_sizeof; // + ofs_buf;
    size    := end - beg + 1;
    
    new_capacity := (pos_beg + end - beg + element_sizeof) / element_sizeof;
    (capacity < new_capacity).if {
      "cap:".print;
      capacity.print;
      "new:".print;
      new_capacity.print;
      "Crash !\n".print;
      crash;
    };
    
    tab := CONVERT(NATIVE_ARRAY(V),NATIVE_ARRAY(UINTEGER_8)).on storage;
    tab.copy (buf.storage + beg) to pos_beg until size;
    //ofs_buf := (pos_beg + size) % element_sizeof;
    upper   := (pos_beg + size - 1) / element_sizeof;
  );

  - get_buffer_from_byte i:INTEGER size_bytes s:INTEGER :FAST_ARRAY(UINTEGER_8) <-
  ( + tab:NATIVE_ARRAY(UINTEGER_8);
    tab := CONVERT(NATIVE_ARRAY(V),NATIVE_ARRAY(UINTEGER_8)).on storage;
    FAST_ARRAY(UINTEGER_8).create_with_native_array_byte (tab + i) size s
  );
lisaac_0.39_rc1/lib/internal/portable/collection/dictionary.li0000644000175000017500000003506411314031246024457 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  + name := DICTIONARY(V, K);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Associative memory. Values of type `V' are stored using Keys of type `K'.";
  
  // To make a comparison with the well knowned ARRAY class, with a DICTIONARY, 
  // index used are not only INTEGER, you can use for example a STRING to access 
  // to your information.
  //
  // Well knowned implementations, see HASHED_DICTIONARY and AVL_DICTIONARY.
  //
  // See also BIJECTIVE_DICTIONARY class.
  
Section Inherit
  
  + parent_traversable:Expanded TRAVERSABLE(V);
  
Section Public
  
  //
  // Counting:
  //
  
  - count:INTEGER <-
  // Actual `count' of stored elements.
  (
    deferred;
    0
  );

  - is_empty:BOOLEAN <- count = 0;
  // Is it empty?
  
  //
  // Basic access:
  //
  
  - has k:K :BOOLEAN <-
  // Is there a value currently associated with key `k'?
  //
  // See also `fast_has', `at'.
  [ ... 
    -? {k != NULL}; 
  ]
  (
    deferred;
    FALSE
  );

  - at k:K :V <-
  // Return the value associated to key `k'.
  //
  // See also `fast_at', `reference_at', `has'.
  [ ... 
    -? {has k}; 
  ]
  ( + result:V;
    
    deferred;
    result
  );

  - reference_at k:K :V <-
  // Return NULL or the value associated with key `k'. Actually, this
  // feature is useful when the type of values (the type V) is a
  // reference type, to avoid using `has' just followed by `at' to get
  // the corresponding value.
  //
  // See also `fast_reference_at', `at', `has'.
  [ ...
    -? {k != NULL}; 
    // "Values are expanded." -? {(Result != NULL) -> (! Result.is_expanded_type)};
  ]
  ( + result:V;
    
    deferred;    
    result
  )
  [ ...
    +? {(has k) ->> {Result = at k}}; 
  ];

  - fast_has k:K :BOOLEAN <-
  // Is there a value currently associated with key `k'?
  // Using basic `=' for comparison.
  //
  // See also `has', `at', `fast_at'.
  [ ... 
    -? {k != NULL}; 
  ]
  (
    deferred;
    FALSE
  );

  - fast_at k:K :V <-
  // Return the value associated to key `k' using basic `=' for comparison.
  //
  // See also `at', `reference_at', `fast_reference_at'.
  [ ...
    -? {fast_has k}; 
  ]
  ( + result:V;
    
    deferred;
    result
  );

  - fast_reference_at k:K :V <-
  // Same work as `reference_at', but basic `=' is used for comparison.
  //
  // See also `reference_at', `at', `has'.
  [ ...    
    -? {k != NULL}; 
    // BSBS: Il faut que tu init Result, sinon ca ne marche pas !!!
    //"Values are expanded." -? {(Result != NULL) ->> {! Result.is_expanded_type}};    
  ]
  ( + result:V; 
    
    deferred;
    result
  )
  [ ...
    +? {fast_has k ->> {Result = fast_at k}}; 
  ];
  
  //
  // Modification.
  //
  
  - put v:V to k:K <-
  // Change some existing entry or `add' the new one. If there is as yet 
  // no key `k' in the dictionary, enter it with item `v'. Otherwise 
  // overwrite the item associated with key `k'.
  // As the `put' procedure actually uses `is_equal', you may consider 
  // to use `fast_put' for expanded objects as well while trying to get
  // the very best performances.
  //
  // See also `fast_put', `add'.
  [ ... 
    -? {k != NULL}; 
  ]
  (
    deferred;
  )
  [ ...
    +? {v = at k}; 
  ];

  - fast_put v:V to k:K <-
  // Same job as `put', but uses basic `=' for comparison.
  //
  // See also `put', `add'.
  [ ... 
    -? {k != NULL}; 
  ]
  (
    deferred
  )
  [ ...
    +? {v = fast_at k}; 
  ];

  - add v:V to k:K <-
  // To add a new entry `k' with its associated value `v'.
  // Actually, this is equivalent to call `put', but it may run a little bit faster.
  //
  // See also `put', `fast_put'.
  [ ... 
    -? {! has k}; 
  ]
  (
    deferred
  )
  [ ...
    +? {count = 1 + Old count};
    +? {v = at k};
  ];
  
  //
  // Looking and searching some value:
  //
  
  - occurrences v:V :INTEGER <-
  // Number of occurrences using `is_equal' for comparison.
  //
  // See also `fast_occurrences', `fast_has', `has'.
  ( + i,result:INTEGER; 
    + safe_equal:SAFE_EQUAL(V);
    
    i := 1;
    {i > count}.until_do {
      (safe_equal.test v with (item i)).if {
	result := result + 1;
      };
      i := i + 1;
    };
    result
  )
  [ ...
    +? {Result >= 0}; 
  ];
  
  - fast_occurrences v:V :INTEGER <-
  // Number of occurrences using basic `=' for comparison.
  //
  // See also `occurrences', `fast_has', `has'.
  ( + result,i:INTEGER;
    
    i := 1;
    {i > count}.until_do {
      (v = item i).if {
	result := result + 1;
      };
      i := i + 1;
    };
    result
  )
  [ ...
    +? {Result >= 0}; 
  ];
  
  - key_at v:V :K <-
  // Retrieve the key used for value `v' using `is_equal' for comparison.
  //
  // See also `fast_key_at', `at'.
  [ ...	
    -? {occurrences v = 1};
  ]
  ( + i:INTEGER; 
    + safe_equal:SAFE_EQUAL(V);
    
    i := 1;
    {safe_equal.test v with (item i)}.until_do {
      i := i + 1;
    };
    key i
  )
  [ ...
    +? {SAFE_EQUAL(V).test (at Result) with v};
  ];

  - fast_key_at v:V :K <-
  // Retrieve the key used for value `v' using `=' for comparison.
  //
  // See also `key_at', `at'.
  [ ...
    -? {fast_occurrences v = 1};
  ]
  ( + i:INTEGER;
    
    i := 1;
    {v = item i}.until_do {
      i := i + 1;
    };
    key i
  )
  [ ...
    +? {at Result = v};
  ];			
  
  //
  // Removing:
  //
  
  - remove k:K <-
  // Remove entry `k' (which may exist or not before this call).
  // As the `remove' procedure actually uses `is_equal', you may 
  // consider to use `fast_remove' for expanded objects as well 
  // while trying to get the very best performances.
  //
  // See also `fast_remove', `clear_count'.
  [ ... 
    -? {k != NULL}; 
  ]
  (
    deferred
  )
  [ ...
    +? {! has k};   
  ];
  
  - fast_remove k:K <-
  // Same job as `remove', but uses basic `=' for comparison.
  //
  // See also `remove', `clear_count'.
  [ ... 
    -? {k != NULL}; 
  ]
  (
    deferred
  )
  [ ...
    -? {! has k};   
  ];

  - clear_count <-
  // Discard all items (`is_empty' is True after that call). 
  // The internal `capacity' is not changed by this call.
  //
  // See also `clear_count_and_capacity', `remove'.
  (
    deferred;
  )
  [ ...
    "Is empty." +? {count = 0};
    +? {capacity = Old capacity};
  ];

  - clear_count_and_capacity <-
  // Discard all items (`is_empty' is True after that call). 
  // The internal `capacity' may also be reduced after this call.
  //
  // See also `clear_count', `remove'.
  (
    deferred;
  )
  [ ...
    "Is empty." +? {count = 0};
    +? {capacity <= Old capacity};
  ];	

  - capacity:INTEGER <-
  // Approximation of the actual internal storage `capacity'. 
  // The `capacity' will grow automatically when needed 
  // (i.e. `capacity' is not a limit for the number of values stored). 
  // Also note that the `capacity' value may not be always accurate 
  // depending of the implementation (anyway, this `capacity' value 
  // is at least equals to `count').
  (
    deferred;
    0
  );
  
  //
  // To provide iterating facilities:
  //
  
  - lower:INTEGER := 1;

  - upper:INTEGER <-
  (
    count
  )
  [ ...
    +? {Result = count};
  ];

  - item i:INTEGER :V <-
  ( + result:V;
    
    deferred;
    result
  )
  [ ...
    //+? {Result = at (key i)}; // PBPB: Recurssive call with `key', `key' use `item' ...
  ];

  - first:V <- item lower;
  
  - last:V  <- item upper;

  - key index:INTEGER :K <-
  [ ...
    -? {valid_index index};
  ]
  ( + result:K;
    
    deferred;
    result
  )
  [ ...
    +? {(fast_at Result) = item index};
  ];
	
  - key_map_in buffer:COLLECTION(K) <-
  // Append in `buffer', all available keys (this may be useful to
  // speed up the traversal).
  //
  // See also `item_map_in'.
  [ ...
    -? {buffer != NULL};
  ]
  ( + i:INTEGER;
    
    i := count;
    {i < lower}.until_do {
      buffer.add_last (key i);
      i := i - 1;
    };
  )
  [ ...
    +? {buffer.count = count + Old buffer.count};
  ];

  - item_map_in buffer:COLLECTION(V) <-
  // Append in `buffer', all available items (this may be useful to
  // speed up the traversal).
  //
  // See also `key_map_in'.
  [
    -? {buffer != NULL};
  ]
  ( + i:INTEGER;
    
    i := count;
    {i < lower}.until_do {
      buffer.add_last (item i);
      i := i - 1;
    };
  )
  [
    +? {buffer.count = count + Old buffer.count};
  ];
  
  //
  // Comparaison.
  //
  
  - Self:SELF '==' other:SELF :BOOLEAN <-
  // Do both dictionaries have the same set of associations?
  // Keys are compared with `is_equal' and values are comnpared
  // with the basic = operator.
  //
  // See also `is_equal_map'.
  ( + i:INTEGER;
    + result:BOOLEAN;
    
    (Self = other).if {
      result := TRUE;
    }.elseif {count = other.count} then {
      result := TRUE;
      i := 1;
      {(! result) || {i > count}}.until_do {
	(other.has (key i)).if {
	  (other.at (key i) != item i).if {
	    result := FALSE;
	  } else {
	    i := i + 1;
	  };
	} else {
	  result := FALSE;
	};
      };
    };
    result
  )
  [ ...
    +? {Result -> (count = other.count)};
  ];

  - is_equal_map other:SELF :BOOLEAN <-
  // Do both dictionaries have the same set of associations?
  // Both keys and values are compared with `is_equal'.
  //
  // See also `is_equal'.
  ( + i:INTEGER; 
    + k:K; 
    + safe_equal:SAFE_EQUAL(V);
    + result:BOOLEAN;
    
    (Self = other).if {
      result := TRUE;
    }.elseif {count = other.count} then {				
      result := TRUE;
      i := 1;
      {(! result) || {i > count}}.until_do {
	k := key i;
	(other.has k).if {
	  (! safe_equal.test (other.at k) with (item i)).if {
	    result := FALSE;
	  } else {
	    i := i + 1;
	  };
	} else {
	  result := FALSE;
	};	
      };
    };
    result
  );

  - copy other:SELF <-
  // Reinitialize by copying all associations of `other'.
  ( + i:INTEGER;
    
    clear_count;
    i := 1;
    {i > other.count}.until_do {
      put (other.item i) to (other.key i);
      i := i + 1;
    };
  );

  //
  // Agents based features:
  //
  
  - do_all action:BLOCK <-
  // Apply `action' to every (V, K) associations of `Current'.
  //
  // See also `for_all', `exist'.
  ( + i:INTEGER; 
    + v:V; 
    + k:K;
    
    i := lower;
    {i > upper}.until_do {
      v := item i;
      k := key i;
      action.value (v, k);
      i := i + 1;
    };
  );		

  - foreach_pair action:{(K,V);} <-
  (
    lower.to upper do { j:INTEGER;
      action.value (key j,item j);
    };
  );

  - foreach_key action:{K; } <-
  (
    lower.to upper do { i:INTEGER;
      action.value (key i);
    };
  );

  - foreach_key action:{K; } until test:{K; BOOLEAN} <-
  ( + i:INTEGER;
    + k:K;
    i := lower; 
    {(i > upper) || {test.value (k := key i)}}.until_do { 
      action.value k;
      i := i + 1;
    };
  );

  - foreach_key action:{K; } while test:{K; BOOLEAN} <-
  ( + i:INTEGER;
    + k:K;
    i := lower; 
    {(i <= upper) && {test.value (k := key i)}}.while_do { 
      action.value k;
      i := i + 1;
    };
  );
  
  - foreach_value action:{V; } <-
  (
    lower.to upper do { i:INTEGER;
      action.value (item i);
    };
  );

  - foreach_value action:{V; } until test:{V; BOOLEAN} <-
  ( + i:INTEGER;
    + v:V;
    i := lower; 
    {(i > upper) || {test.value (v := item i)}}.until_do { 
      action.value v;
      i := i + 1;
    };
  );

  - foreach_value action:{V; } while test:{V; BOOLEAN} <-
  ( + i:INTEGER;
    + v:V;
    i := lower; 
    {(i <= upper) && {test.value (v := item i)}}.while_do { 
      action.value v;
      i := i + 1;
    };
  );

  - for_all test:{(V,K); } :BOOLEAN <-
  // Do all (V, K) associations satisfy `test'?
  //
  // See also `do_all', `exist'.
  ( + i:INTEGER; 
    + v:V; 
    + k:K;
    + result:BOOLEAN;
    
    result := TRUE;
    i := lower;
    {(! result) || {i > upper}}.until_do {			
      v := item i;
      k := key i;
      result := test.value (v, k);
      i := i + 1;
    };
    result
  );

  - exists test:{(V,K); } :BOOLEAN <-
  // Does at least one (V, K) association satisfy `test'?
  //
  // See also `for_all', `do_all'.
  ( + i:INTEGER; 
    + v:V; 
    + k:K;
    + result:BOOLEAN;
		    
    i := lower;		
    {result || {i > upper}}.until_do {
      v := item i;
      k := key i;
      result := test.value (v, k);      
      i := i + 1;
    };
    result
  );
  
  //
  // Other features:
  //
  
  - internal_key k:K :K <-
  // Retrieve the internal key object which correspond to the existing
  // entry `k' (the one memorized into the `Current' dictionary).
  //
  // See also `has', `fast_has'.
  [ ...
    -? {has k};
  ]
  ( + result:K;
    
    deferred;
    result
  )
  [ ...
    +? {Result == k};
  ];

  //
  // Creation.
  //
  
  - create:SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make;
    result
  );
  
  - make <-
  // Creates an empty dictionary.
  (
    deferred;
  )
  [ ...
    +? {is_empty};
  ];

  //
  //
  //
  
  - key_safe_equal k1:K with k2:K :BOOLEAN <-
  // Because keys are never NULL, we do not rely on the SAFE_EQUAL class.
  [ ...
    -? {k1 != NULL};
    -? {k2 != NULL};
  ]
  ( + result:BOOLEAN;
    
    (k1 = k2).if {
      result := TRUE;
    }.elseif {k1.same_dynamic_type k2} then {
      result := k1 == k2;
    };
    result
  );

  //
  // invariant
  //
  
//  [ -? {capacity >= count}; ]
lisaac_0.39_rc1/lib/internal/portable/collection/avl_dictionary_node.li0000644000175000017500000001064011314031246026317 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := AVL_DICTIONARY_NODE(V,K);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Auxiliary class to implement AVL_DICTIONARY.";
  
Section Inherit
  
  + parent_avl_tree_node:Expanded AVL_TREE_NODE(K);
  
  - parent_any_avl_dictionary_node:ANY_AVL_DICTIONARY_NODE := ANY_AVL_DICTIONARY_NODE;
  
Section Public
  
  - key:K <- item;
  
  - set_key i:K <- set_item i;
  
Section AVL_DICTIONARY, AVL_DICTIONARY_NODE
  
  + value:V;

  - set_value v:V <-
  (
    value := v;
  )
  [
    +? {value = v};
  ];

  - fast_at k:K :AVL_DICTIONARY_NODE(V, K) <-
  // Is element `e' in the tree?
  ( + result:AVL_DICTIONARY_NODE(V, K);
    
    (key = k).if {
      result := Self;
    }.elseif {key == k /*SAFE_EQUAL(K).test key and k*/} then {
      // because otherwise there would be an infinite recursion
      // result := NULL
    }.elseif {k < key} then {
      (left != NULL).if {
	result := left.fast_at k;
      };	
    } else {
      (right != NULL).if {
	result := right.fast_at k;
      };
    };
    result
  );

  - occurrences v:V :INTEGER <-
  (
    occurrences v start 0
  );

  - fast_occurrences v:V :INTEGER <-
  (
    fast_occurrences v start 0
  );

  - key_at v:V :K <-
  ( + result:K;
    
    (v == value /*SAFE_EQUAL(V).test v and value*/).if {
      result := key;
    }.elseif {left != NULL} then {
      result := left.key_at v;
    }.elseif {right != NULL} then {
      result := right.key_at v;
    };
    result
  );

  - fast_key_at v:V :K <-
  ( + result:K;
    
    (v = value).if {
      result := key;
    }.elseif {left != NULL} then {
      result := left.fast_key_at v;      
    }.elseif {right != NULL} then {
      result := right.fast_key_at v;
    };
    result
  );
	
Section AVL_DICTIONARY_NODE
  
  - occurrences v:V start cnt:INTEGER :INTEGER <-
  ( + result:INTEGER;

    result := cnt;
    (v == value /*SAFE_EQUAL(V).test v and value*/).if {
      result := result + 1;
    };
    (left != NULL).if {
      result := left.occurrences v start result;
    };
    (right != NULL).if {
      result := right.occurrences v start result;
    };
    result
  )
  [
    +? {Result >= cnt};
  ];

  - fast_occurrences v:V start cnt:INTEGER :INTEGER <-
  ( + result:INTEGER;
    result := cnt;
    (v = value).if {
      result := result + 1;
    };
    (left != NULL).if {
      result := left.fast_occurrences v start result;
    };
    (right != NULL).if {
      result := right.fast_occurrences v start result;
    };
    result
  )
  [
    +? {Result >= cnt};
  ];

Section AVL_DICTIONARY

  //
  // Creation:
  //
  
  - create (v:V,k:K) :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make (v,k);
    result
  );
  
  - make (v:V,k:K) <-
  (
    set_balance balanced;
    left  := NULL;
    right := NULL;
    set_value v;
    set_key k;
  )
  [
    +? {value = v};
    +? {key = k};
  ];
lisaac_0.39_rc1/lib/internal/portable/collection/any_hashed_bijective_dictionary_node.li0000644000175000017500000000341011314031246031661 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := ANY_HASHED_BIJECTIVE_DICTIONARY_NODE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
Section Insert
  
  - parent_object:OBJECT := OBJECT;
  lisaac_0.39_rc1/lib/internal/portable/collection/simple_dictionary.li0000644000175000017500000000354111314031246026023 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := SIMPLE_DICTIONARY(V, K);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  // Basic dictionaries (assymmetry value / key)
  // (class akin to DOUBLE_DICTIONARY)

Section Inherit
  
  + parent_dictionary:Expanded DICTIONARY(V,K);
lisaac_0.39_rc1/lib/internal/portable/collection/hash_table_size.li0000644000175000017500000001010111314031246025417 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := HASH_TABLE_SIZE;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "Prime INTEGER list.";

  // Some useful features to deal with prime INTEGER values in order to select 
  // an appropriate size for some hash table (used for example by the DICTIONARY 
  // class as well as by the SET class).
    
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - prime_number_ceiling integer:INTEGER :INTEGER <-
  // A good prime number, large enough, and no smaller than `integer'.
  ( + result:INTEGER;
    
    (integer <= 11).if {
      // This seems to be a good minimum value to start hashing with.
      result := 11;
    }.elseif { integer <= 23 } then {
      result := 23;
    }.elseif { integer <= 53 } then {      
      result := 53;      
    }.elseif { integer <= 97 } then {
      result := 97;
    }.elseif { integer <= 193 } then {
      result := 193;
    }.elseif { integer <= 389 } then {
      result := 389;
    }.elseif { integer <= 769 } then {
      result := 769;
    }.elseif { integer <= 1543 } then {
      result := 1543;
    }.elseif { integer <= 3079 } then {
      result := 3079;
    }.elseif { integer <= 6151 } then {
      result := 6151;
    }.elseif { integer <= 12289 } then {
      result := 12289;
    }.elseif { integer <= 24593 } then {
      result := 24593;
    }.elseif { integer <= 49157 } then {
      result := 49157;
    }.elseif { integer <= 98317 } then {
      result := 98317;
    }.elseif { integer <= 196613 } then {
      result := 196613;
    }.elseif { integer <= 393241 } then {
      result := 393241;
    }.elseif { integer <= 786433 } then {
      result := 786433;
    }.elseif { integer <= 1572869 } then {
      result := 1572869;
    }.elseif { integer <= 3145739 } then {
      result := 3145739;
    }.elseif { integer <= 6291469 } then {
      result := 6291469;
    }.elseif { integer <= 12582917 } then {
      result := 12582917;
    }.elseif { integer <= 25165843 } then {
      result := 25165843;
    }.elseif { integer <= 50331653 } then {
      result := 50331653;
    }.elseif { integer <= 100663319 } then {
      result := 100663319;
    }.elseif { integer <= 201326611 } then {
      result := 201326611;
    }.elseif { integer <= 402653189 } then {
      result := 402653189;
    }.elseif { integer <= 805306457 } then {
      result := 805306457;
    } else {
      result := 1610612741;
      // This should be enough !
    };
    
    ? {result >= integer};
    
    result
  );
  lisaac_0.39_rc1/lib/internal/portable/collection/linked_list_node.li0000644000175000017500000000506411314031246025615 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := LINKED_LIST_NODE(V);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "To implement LINKED_LIST(V). .";
    
Section Inherit
  
  - parent_any_linked_list_node:ANY_LINKED_LIST_NODE := ANY_LINKED_LIST_NODE;
  
Section Public
  
  + item:V;
  
  + next:LINKED_LIST_NODE(V);
  
Section LINKED_LIST
  
  - create i:V next n:LINKED_LIST_NODE(V) :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make i next n;
    result
  );
  
  - make i:V next n:LINKED_LIST_NODE(V) <-
  (    
    item := i;
    next := n;
  )
  [
    +? {item = i};
    +? {next = n};
  ];
  
  
Section LINKED_LIST_NODE,LINKED_LIST
  
  - set_item i:V <-
  (
    item := i;
  )
  [
    +? {item = i};
  ];
    
  - set_next n:LINKED_LIST_NODE(V) <-
  (
    next := n;
  )
  [
    +? {next = n};
  ];
    
  - set_all_with v:V <-
  ( + lnk:SELF;
    
    lnk := Self;
    {lnk = NULL}.until_do {
      lnk.set_item v;
      lnk := lnk.next;
    };
  );

lisaac_0.39_rc1/lib/internal/portable/collection/hashed_dictionary_node.li0000644000175000017500000000501711314031246026773 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := HASHED_DICTIONARY_NODE(V,K);


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment :="Auxilliary class to implement DICTIONARY(V,K).";
    
Section Inherit
  
  - parent_any_hashed_dictionary_node:ANY_HASHED_DICTIONARY_NODE := ANY_HASHED_DICTIONARY_NODE;
  
Section Public
  
  + item:V;
  
  + key:K;
  
  + next:HASHED_DICTIONARY_NODE(V,K);
  // The `next' one when some clash occurs.
  
  - set_item i:V <-
  (
    item := i;
  )
  [
    +? {item = i};
  ];
    
  - set_next n:HASHED_DICTIONARY_NODE(V,K) <-
  (
    next := n;
  )
  [
    +? {next = n};
  ];  
  
  - create i:V to k:K next n:HASHED_DICTIONARY_NODE(V,K) :SELF<-
  ( + result:SELF;
    
    result := clone;
    result.make i to k next n;
    result
  );
  
  - make i:V to k:K next n:HASHED_DICTIONARY_NODE(V,K) <-
  (
    item := i;
    key  := k;
    next := n;
  )
  [
    +? {item = i};
    +? {key  = k};
    +? {next = n};
  ];

lisaac_0.39_rc1/lib/internal/portable/io/0000755000175000017500000000000011314031246020230 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/portable/io/file_output_stream.li0000644000175000017500000000477211314031246024502 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := FILE_OUTPUT_STREAM;

  - author        := "Mildred ";
  - bibliography  := "none";
  - comment       := "Use files as streams";

Section Inherit

  - inherit_output_stream :OUTPUT_STREAM := OUTPUT_STREAM;

Section Public

  + file :FILE;

  + is_connected:BOOLEAN := FALSE;

Section Public

  - make std_file:FILE <-
  (
    file := std_file;
    is_connected := (file != NULL);
  );

  - create std_file:FILE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make std_file;
    result
  );
    
Section Public

  - put_character c:CHARACTER <-
  // Put `c' on stream
  ( 
    tmp.put c to 0;
    file.physical_write tmp size 1;
  );

  - flush <- (); //file.basic_fush;
  
Section Private
  
  - tmp:NATIVE_ARRAY(UINTEGER_8) := NATIVE_ARRAY(UINTEGER_8).create 1;
  
// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/internal/portable/io/input_stream.li0000644000175000017500000003153011314031246023272 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := INPUT_STREAM;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment := "This abstract class is the superclass of all classes \
               \representing an input stream of bytes.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - push_back_flag:BOOLEAN;
  // True if one char is already pushed back.
  
  - last_integer:INTEGER;
  // Last integer read using `read_integer'.
  
  - last_string:STRING :=
  // Access to the unique common buffer to get for example the result
  // computed by `read_line', `read_word', `newline', etc. This is a once
  // function (the same common buffer is used for all streams).
  (
    STRING.create 1024
  );
  
  
  - is_connected:BOOLEAN <-
  // True when the corresponding stream is connected
  // to some physical input device.
  (
    deferred;
  );
  
  - end_of_input:BOOLEAN <-
  // Has end-of-input been reached ?
  // True when the last character has been read.
  (
    ? { is_connected };
    deferred;
  );
  
  
  // To read one character at a time:
  
  - read_character:CHARACTER <-
  // Read a character and assign it to `last_character'.
  ( + result:CHARACTER;
    ? {! end_of_input};
    deferred;
    ? {! push_back_flag};
    result
  );
  
  
  - last_character:CHARACTER <-
  // Last character read with `read_character'.
  (
    ? { is_connected };
    deferred;
  );
  
  - unread_character <-
  // Un-read the last character read.
  (
    ? { !push_back_flag };
    deferred;
    ? { push_back_flag };
  );
  
  // Skipping separators:
  
  - skip_separators <-
  // Skip all separators (see `is_separator' of class CHARACTER) and
  // make the first non-separator available in `last_character'. This
  // non-separator character is pushed back into the stream (see
  // `unread_character') to be available one more time (the next
  // `read_character' will consider this non-separator). When
  // `end_of_input' occurs, this process is automatically stopped.
  (
    { end_of_input || {!last_character.is_separator}}.until_do {
      read_character;
    };
    ( !end_of_input && {! push_back_flag} ).if {
      unread_character;
    };
  );
  
  - skip_separators_using separators:STRING <-
  // Same job as `skip_separators' using the `separators' set.
  (
    ? { separators != NULL };
    
    { end_of_input ||{!separators.has last_character}}.until_do {
      read_character;
    };
    ( !end_of_input && {!push_back_flag} ).if {
      unread_character;
    };
  );
  
  - skip_remainder_of_line <-
  // Skip all the remainder of the line including the end of
  // line character itself.
  (
    + stop:BOOLEAN;
    stop := FALSE;
    stop.until_do {
      end_of_input.if {
        stop := TRUE;
      } else {
        (( last_character = '\n') || {last_character = '\b'}).if {
          read_character;
          stop := TRUE;
        } else {
          read_character;
        };
      };
    };
  );
  
  // To read one number at a time:
  
  - read_integer <-
  // Read an integer according to the Lisaac syntax.
  // Make result available in `last_integer'.
  // Heading separators are automatically skipped using
  // `is_separator' of class CHARACTER.
  // Trailing separators are not skipped.
  (
    + state:INTEGER;
    + sign:BOOLEAN;
    // state = 0 :waiting sign or first digit.
    // state = 1 :sign read, waiting first digit.
    // state = 2 :in the number.
    // state = 3 :end state.
    // state = 4 :error state.
    
    ? { !end_of_input };
    
    { state > 2 }.until_do {
      read_character;
      (state = 0).if {
        (last_character.is_separator).if {
        }.elseif { last_character.is_digit} then {
          last_integer := last_character.decimal_value;
          state := 2;
        }.elseif { last_character = '-'} then {
          sign := TRUE;
          state := 1;
        }.elseif { last_character = '+'} then {
          state := 1;
        } else {
          state := 4;
        };
      }.elseif {state = 1} then {
        (last_character.is_separator).if {
        }.elseif { last_character.is_digit }  then {
          last_integer := last_character.decimal_value;
          state := 2;
        } else {
          state := 4;
        };
      } else { // 2
        ( last_character.is_digit ).if {
          last_integer := (last_integer * 10) + last_character.decimal_value;
        } else {
          state := 3;
        };
      };
      
      end_of_input.if {
        state.when 0 to 1 then {
          state := 4;
        }.when 2 to 3 then {
          state := 3;
        };
      };
    };
    
    !end_of_input.if {
      unread_character;
    };
    ( state = 4 ).if {
      "Error in INPUT_STREAM.read_integer.\n".print;
      crash;
    };
    sign.if {
      last_integer := - last_integer;
    };
  );
  
  
  /*  
  - read_real <-
  // Read a REAL and make the result available in `last_real'
  // and in `last_double'.
  // The integral part is available in `last_integer'.
  (
    ? { !end_of_input };
    read_double;
    last_real := last_double.to_real;
  );
  
  - last_real:REAL;
  // Last real read with `read_real'.
  
  - read_double <-
  // Read a DOUBLE and make the result available in `last_double'.
  (
    + state:INTEGER;
    + sign:BOOLEAN;
    // state = 0 :waiting sign or first digit.
    // state = 1 :sign read, waiting first digit.
    // state = 2 :in the integral part.
    // state = 3 :in the fractional part.
    // state = 4 :end state.
    // state = 5 :error state.
    
    ? { !end_of_input };
    
    last_string.clear
    
    { state >= 4 }.until_do {
      read_character;
      ( state = 0).if {
        (last_character.is_separator).if {
        }.elseif { last_character.is_digit } then {
          last_string.add_last last_character;
          state := 2;
        }.elseif { last_character = '-' } then {
          sign := TRUE;
          state := 1;
        }.elseif { last_character = '+' } then {
          state := 1;
        }.elseif { last_character = '.' } then {
          last_string.add_last last_character;
          state := 3;
        } else {
          state := 5;
        };
      }.elseif { state = 1 } then {
        ( last_character.is_separator ).if {
        }.elseif { last_character.is_digit } then {
          last_string.add_last last_character;
          state := 2;
        } else {
          state := 5;
        };
      }.elseif { state = 2 } then {
        ( last_character.is_digit ).if {
          last_string.add_last last_character;
        }.elseif { last_character = '.' } then {
          last_string.add_last last_character;
          state := 3;
        } else {
          state := 4;
        };
      } else { // 3
        ( last_character.is_digit ).if {
          last_string.add_last last_character;
        } else {
          state := 4;
        };
      };
      
      end_of_input.if {
        state.when 2 to 4 then {
          state := 4;
        } else {
          state := 5;
        };
      };
    };
    
    (! end_of_input).if {
      unread_character;
    };
    
    ( state = 5 ).if {
      io.put_string "Error in INPUT_STREAM.read_double.\n";
      crash;
    };
    
    ( last_string.count > 0).if {
      last_double := last_string.to_double;
    } else {
      last_double := 0; // NaN
    };
    sign.if {
      last_double := - last_double;
    };
  );
  
  
  - last_double:DOUBLE;
  // Last double read with `read_double'.
  
   */
  
  // To read one line or one word at a time:
  
  - read_line <-
  // Read a complete line ended by '\n' or `end_of_input'. Make the
  // result available in `last_string' common buffer. The end of line
  // character (usually '\n') is not added in the `last_string' buffer.
  (
    ? { !end_of_input };
    last_string.clear;
    read_line_in last_string;
  );
  
  
  - read_word <-
  // Read a word using `is_separator' of class CHARACTER. Result is
  // available in the `last_string' common buffer. Heading separators are
  // automatically skipped. Trailing separators are not skipped
  // (`last_character' is left on the first one). If `end_of_input' is
  // encountered, Result can be the empty string.
  (
    ? { !end_of_input };
    
    skip_separators;
    !end_of_input.if {
      read_character;
    };
    
    last_string.clear;
    { end_of_input || { last_character.is_separator }}.until_do {
      last_string.extend last_character;
      read_character;
    };
  );
  
  - newline <-
  // Consume input until newline ('\n') is found. Corresponding
  // STRING is stored in `last_string' common buffer.
  (
    + stop:BOOLEAN;
    
    last_string.clear;
    stop := end_of_input;
    
    {stop}.until_do {
      read_character;
      ( end_of_input || { last_character = '\n' }).if {
        stop := TRUE;
      } else {
        last_string.extend last_character;
      };
    };
  );
  
  - reach_and_skip keyword:STRING <-
  // Try to skip enough characters in order to reach the `keyword'
  // which is skipped too. If the `keyword' is not in the remainder of
  // this stream, the process is stopped as soon  as `end_of_input'
  // occurs. As for `skip_separators' the following character of the
  // `keyword' is available in `last_character' and not yet read.
  (
    + stop:BOOLEAN;
    + i:INTEGER;
    + first:CHARACTER;
    
    ? { !keyword.is_empty };
    
    last_string.clear;
    first := keyword.first;
    
    { end_of_input || stop }.until_do {
      // Reach the first character of the `keyword':
      i := 2;
      { (i > last_string.count) || { last_string.item i = first }}.until_do {
        i := i + 1;
      };
      
      ( i <= last_string.count ).if {
        last_string.remove_first (i - 1);
      } else {
        last_string.clear;
        !end_of_input.if {
          read_character;
        };
        { end_of_input || { last_character = first } }.until_do {
          read_character;
        };
        last_string.extend last_character;
      };
      
      ? { !end_of_input ->> {last_string.item 1 = first}};
      ? { last_string.count <= keyword.count };
      
      // Now we need as many characters as in `keyword':
      { end_of_input || { last_string.count = keyword.count } }.until_do {
        read_character;
        last_string.extend last_character;
      };
      stop := last_string == keyword;
    };
    
    !end_of_input.if {
      read_character;
      unread_character;
    };
    
    ? {!end_of_input ->> { last_string == keyword} };
  );
  
  // Other features:
  
  - read_line_in buffer:STRING <-
  // Same jobs as `read_line' but storage is directly done in `buffer'.
  (
    ? { !end_of_input };
    ? { buffer != NULL };
    deferred;
  );
  
  - read_word_using separators:STRING <-
  // Same jobs as `read_word' using `separators'.
  (
    ? { !end_of_input };
    ? { separators != NULL };
    
    skip_separators_using separators;
    !end_of_input.if {
      read_character;
    };
    last_string.clear;
    { end_of_input || { separators.has last_character } }.until_do {
      last_string.extend last_character;
      read_character;
    };
  );
  
  - read_tail_in str:STRING <-
  // Read all remaining character of the file in `str'.
  (
    ? { str != NULL };
    
    end_of_input.until_do {
      read_character;
      !end_of_input.if {
        str.extend last_character;
      };
    };
    
    ? { end_of_input };
  );

Section Private
  
  - basic_io_getc :CHARACTER <- SYSTEM_IO.get_char;
  
  - basic_io_eof :CHARACTER <- SYSTEM_IO.eof;lisaac_0.39_rc1/lib/internal/portable/io/std_input_output.li0000644000175000017500000000465011314031246024214 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        :=STD_INPUT_OUTPUT;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="To have the useful `io'";
  
Section Inherit
  
  - inherit_input_stream:INPUT_STREAM := INPUT_STREAM;

  - inherit_output_stream:OUTPUT_STREAM := OUTPUT_STREAM;
  
Section Public

  - is_connected:BOOLEAN := TRUE;

  - make <-
  (
  );

  - read_character <-
  (
    std_input.read_character;
  );

  - unread_character <-
  (
    std_input.unread_character;
  );

  - push_back_flag:BOOLEAN <-
  (
    std_input.push_back_flag
  );

  - last_character:CHARACTER <-
  (
    std_input.last_character
  );

  - put_character c:CHARACTER <-
  (
    std_output.put_character c;
  );

  - end_of_input:BOOLEAN <-
  (
    std_input.end_of_input
  );
  
  - read_line_in str:STRING <-
  (
    std_input.read_line_in str;
  );

lisaac_0.39_rc1/lib/internal/portable/io/file_input_stream.li0000644000175000017500000000652711314031246024301 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name := FILE_INPUT_STREAM;

  - author        := "Mildred ";
  - bibliography  := "none";
  - comment       := "Use files as streams";

Section Inherit

  - inherit_input_stream :INPUT_STREAM := INPUT_STREAM;

Section Public

  + file :FILE;

  + is_connected:BOOLEAN;

  + last_character :CHARACTER;

  - end_of_input:BOOLEAN <-
  ( + result :BOOLEAN;
    result := real_end_of_input;
    push_back_flag.if_true {
      result := FALSE;
    };
    result
  );

Section Public

  - make std_file:FILE <-
  (
    file := std_file;
    is_connected := (file != NULL);
  );

  - create std_file:FILE :SELF <-
  ( + result :SELF;
    result := clone;
    result.make std_file;
    result
  );

Section Private

  - tmp :NATIVE_ARRAY(UINTEGER_8) := NATIVE_ARRAY(UINTEGER_8).create 1;

  + real_end_of_input :BOOLEAN;

Section Public

  - read_character <-
  // Return last character from stream
  ( + result:INTEGER;
    
    push_back_flag.if {
      push_back_flag := FALSE;
    } else {  
      result := file.physical_read tmp size 1;
      (result = 0).if {
        // nothing was read
        real_end_of_input := TRUE;
      } else {
        last_character := tmp.first.to_character;
        //( + tmp2 :UINTEGER_8;
        //  tmp2 := tmp.first;
        //  `printf("Read '%c' (%02x)\n", @tmp2, @tmp2);`;
        //);
      };
    };
  );

  - unread_character <- 
  ( 
    push_back_flag := TRUE;
  );

  - read_line_in buffer:STRING <-
  // Return line from stream
  (
    read_character;
    ((! end_of_input) && {last_character != '\n'}).if {
      buffer.add_last last_character;
      read_line_in buffer; // tail recursion
    };
  );

// kate: hl Lisaac v0.2; indent-width 2; space-indent on; replace-tabs off;
// kate: tab-width 8; remove-trailing-space on;
lisaac_0.39_rc1/lib/internal/portable/io/output_stream.li0000644000175000017500000001012711314031246023472 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        :=OUTPUT_STREAM;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment     :="Standard Output Stream.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - is_connected:BOOLEAN <- deferred;
  
  - put_character c:CHARACTER <-
  ( ? {is_connected};
    deferred;
  );
  
  - put_string s:ABSTRACT_STRING <-
  // Output `s' to current output device.
  ( ? {is_connected};
    ? {s!=NULL};
        
    (s.lower).to (s.count) do {i:INTEGER;
      put_character (s.item i);
    };    
  );
  
  - put_integer i:INTEGER <-
  // Output `i' to current output device.
  ( ? {is_connected};
    
    tmp_string.clear;
    i.append_in tmp_string;
    put_string tmp_string;
  );
  
  - put_integer_format (i, s:INTEGER) <-
  // Output `i' to current output device using at most
  // `s' character.
  ( ? {is_connected};
    
    tmp_string.clear;
    i.append_in_format (tmp_string,s);
    put_string tmp_string;
  );
  
  //
  // Other features:
  //
  
  - put_boolean b:BOOLEAN <-
  // Output `b' to current output device according
  // to the Eiffel format.
  ( ? {is_connected};
    
    put_string (b.to_string);
  );
  
  - put_pointer p:POINTER <-
  // Output a viewable version of `p'.
  ( ? {is_connected};
    
    tmp_string.clear;
    p.append_in tmp_string;
    put_string tmp_string;
  );
  
  - put_new_line <-
  // Output a newline character.
  ( ? {is_connected};
    
    put_character '\n';
  );
  
  - put_spaces nb:INTEGER <-
  // Output `nb' spaces character.
  ( ? {nb >= 0};
    
    1.to nb do { count:INTEGER;
      put_character ' ';
    };
  );
  
  - file_exists path:ABSTRACT_STRING :BOOLEAN<-
  (
    DIRECTORY.scan_current_working_directory;
    DIRECTORY.has path 
  );
  
  - append_file file_name:STRING <-
  (
    + c:CHARACTER;
    ? { is_connected };
    ? { file_exists file_name };

    tmp_file_read.connect_to file_name;
    tmp_file_read.read_character;
    { tmp_file_read.end_of_input }.until_do {
      c := tmp_file_read.last_character;
      put_character c;
      tmp_file_read.read_character;
    };
    tmp_file_read.disconnect;
  );

  - flush <-
  // forces a write of unwritten character (write my have been 
  // delayed, flush writes buffered characters)
  (
    deferred;
  );
  
Section Private
  
  - basic_io_putc c:CHARACTER <- SYSTEM_IO.print_char c;
  
  - basic_error_putc c:CHARACTER <- SYSTEM_IO.print_error_char c;
  
  - tmp_file_read:TEXT_FILE_READ := TEXT_FILE_READ.create;
  
  - tmp_string:STRING := STRING.create 512;
lisaac_0.39_rc1/lib/internal/portable/file_system/0000755000175000017500000000000011314031246022144 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/portable/file_system/fs_min.li0000644000175000017500000000667011314031246023756 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := FS_MIN;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";

  - comment  := "File system minimum";
  
  - external := `#include `;
  
Section Inherit
  
  - parent_object:OBJECT <- OBJECT;
  
Section Private  
  
  - string_tmp:STRING := STRING.create 128;
  
Section Public
  
  //
  // Independance File System 
  //
  
  - open_read n:ABSTRACT_STRING :POINTER <- 
  ( + buf:NATIVE_ARRAY(CHARACTER);
    string_tmp.copy n;
    buf := string_tmp.to_external;
    `fopen((char*)@buf,"rb")`:(POINTER)    
  );

  - open_write n:ABSTRACT_STRING :POINTER <- 
  ( + buf:NATIVE_ARRAY(CHARACTER);
    string_tmp.copy n;
    buf := string_tmp.to_external;
    `fopen((char*)@buf,"wb")`:(POINTER)
  );
  
  - read f:POINTER in buf:STRING size sz:INTEGER :INTEGER <-   
  ( + ptr:NATIVE_ARRAY(CHARACTER);
    + result:INTEGER;
    ptr := buf.to_external;    
    result := `fread((void *)(@ptr),(size_t)(1), (size_t)(@sz),(FILE*)(@f))`:(INTEGER);
    ptr.put '\0' to sz;
    buf.from_external ptr;
    result
  );

  - write f:POINTER with buf:STRING size sz:INTEGER :INTEGER <-   
  ( + ptr:NATIVE_ARRAY(CHARACTER);
    + result:INTEGER;
    ptr := buf.to_external;    
    result := `fwrite((void *)(@ptr),(size_t)(1), (size_t)(@sz),(FILE*)(@f))`:(INTEGER);
    result
  );
  
  - close p:POINTER <- `fclose((FILE*)(@p))`;
  
  - file_size p:POINTER :INTEGER <-
  ( + result:INTEGER;
    `fseek((FILE*)(@p),0,SEEK_END)`;
    result := `ftell((FILE *)@p)`:INTEGER;
    `fseek((FILE*)(@p),0,SEEK_SET)`;
    result
  );

  - make_file new_path:ABSTRACT_STRING :BOOLEAN <-
  ( + p:NATIVE_ARRAY(CHARACTER);
    + stream:POINTER;
    + result:BOOLEAN;
    
    string_tmp.copy new_path;
    p := string_tmp.to_external;    
    stream := `fopen((char*)@p,"w+b")`:POINTER;
    (result := (stream != NULL)).if {
      close stream; 
    };
    result
  );
  
lisaac_0.39_rc1/lib/internal/portable/string/0000755000175000017500000000000011314031246021127 5ustar  sonntagsonntaglisaac_0.39_rc1/lib/internal/portable/string/character_ref.li0000644000175000017500000000467311314031246024257 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := CHARACTER_REF;


  - copyright   := "2003-2005 Jérome Boutet, 2003-2007 Benoit Sonntag";
  
  - comment :=" .";
    
Section Inherit
  
  - parent_hashable:HASHABLE <- HASHABLE;
  
  - parent_comparable:COMPARABLE <- COMPARABLE;
  
Section Public
  
  - item:CHARACTER;
  
  - set_item value:CHARACTER <-
  (
    item := value;
  );

  - Self:SELF '<' other:SELF : BOOLEAN <-
  (
    item < other.item
  );
  
  - code:INTEGER_8 <-
  // ASCII code of Current
  (
    item.code
  );

  - to_upper:SELF <-
  (
    item.to_upper
  );

  - to_lower:SELF <-
  // Conversion of Current to lower case
  (
    item.to_lower
  );

  // Object Printing:

  - out_in_tagged_out_memory <- fill_tagged_out_memory;
      
  - fill_tagged_out_memory <-
  (
    item.fill_tagged_out_memory;
  );
      
  // Hashing:
  
  - hash_code:INTEGER <-
  (
    item.hash_code
  );
lisaac_0.39_rc1/lib/internal/portable/string/string_buffer.li0000644000175000017500000000473611314031246024326 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Library                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name      := Expanded STRING_BUFFER;

  - import    := STRING;
  - export    := STRING, ABSTRACT_STRING;

  - copyright := "2009 Mildred ";

  - comment   := "String buffer";

Section Insert

  + parent_string: STRING := STRING;

Section Private

  - set_parent s:STRING <- (parent_string := s;);

Section Public

  - clone :SELF <-
  ( + result :SELF;
    + str :STRING;
    str := parent_string;
    result.set_parent (str.create 0);
    result
  );

  - create_from s:STRING :SELF <-
  ( + result :SELF;
    result.set_parent s;
    result
  );

  - from_string s:STRING :SELF <- create_from s;

  - to_string :STRING <- parent_string;
  
  - to_abstract_string:ABSTRACT_STRING <- parent_string;

  - Self:SELF '+' other:ABSTRACT_STRING :STRING_BUFFER <-
  // Create a new STRING_BUFFER which is the concatenation of
  // `self' and `other'.
  (
    append other;
    Self
  );
lisaac_0.39_rc1/make.lip.html0000644000175000017500000000046111314031246016016 0ustar  sonntagsonntag




Lisaac prototype interface




LisaacTM Platform
../make.lip



lisaac_0.39_rc1/example/0000755000175000017500000000000011314031325015060 5ustar  sonntagsonntaglisaac_0.39_rc1/example/Makefile0000644000175000017500000000006511314031264016523 0ustar  sonntagsonntagall:
	./compile.sh

clean:
	./clean.sh
bat:
	./bat.shlisaac_0.39_rc1/example/bench/0000755000175000017500000000000011314031324016136 5ustar  sonntagsonntaglisaac_0.39_rc1/example/bench/bench.li0000644000175000017500000000111011314031256017540 0ustar  sonntagsonntagSection Header

  + name := BENCH;
  - copyright := "(c) 2009 by Jeremy Cowgar";
  - comment := "Benchmarks any console program";
  
Section Public

  - main <-
  ( + cmd:STRING;
    + time:REAL_32;
    
    (COMMAND_LINE.upper = 0).if {
      "Usage: bench program [command_line_option...]".println;
      OBJECT.die_with_code 1;
    };
  
    cmd := STRING.create 256;

    1.to (COMMAND_LINE.upper) do { y:INTEGER;
      cmd := cmd + (COMMAND_LINE.item y) + " ";
    };

    time := TOOLS.bench { ENVIRONMENT.execute_command cmd; };
    
    "Time: ".print;
    time.println;
  );
lisaac_0.39_rc1/example/gui/0000755000175000017500000000000011314031324015643 5ustar  sonntagsonntaglisaac_0.39_rc1/example/gui/predict_size/0000755000175000017500000000000011314031324020327 5ustar  sonntagsonntaglisaac_0.39_rc1/example/gui/predict_size/essai.li0000644000175000017500000000720211314031257021767 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ESSAI;
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  - win:G_WIN_OUT;
  
  - main <-
  ( + w,h:INTEGER;    
        
    VIDEO.auto_make;
    
    // Size prediction compute without allocation:    
    (w,h) := G_WIN_OUT.predict_size (
      G_DIV_EXPR.predict_size (
        G_BUTTON.predict_size (
          G_OUT.predict_size "Size window"
        )
      ) and (
        G_OR_EXPR.predict_size (
          G_BUTTON.predict_size (
            G_IMG.predict_size "tools.bmp"
          ) 
        ) and (
          G_RAW.predict_size (
            G_IN.predict_size (40,10)
          )
        )
      )
    ) with_title TRUE;
    
    "Size prediction for futur window : ".print;
    w.print; 
    " x ".print;
    h.print;
    '\n'.print;
    
    // Verification with allocation:
    "Open window and click on `Size window'...\n".print;        
    // Creation.
    win := G_WIN_OUT.create "WIN" with (
      (
        G_BUTTON.create (
          G_OUT.create "Size window"
        ) action { b:G_BUTTON; 
          "Size real for actual window      : ".print;
          win.width.print;
          " x ".print;
          win.height.print;
          '\n'.print;
        }
      ) / (
        (
          G_BUTTON.create (
            G_IMG.create "tools.bmp"
          ) action { b:G_BUTTON; "Tools\n".print; }
        ) | (
          G_RAW.create (
            G_IN.create (40,10)
          )
        )
      )
    );
    
    // +---------------------+
    // |         size        |
    // +---+-----------------+
    // | t |                 |
    // | o |                 |    => menu / (tools | page )
    // | o |     PAGE        |
    // | l |                 |
    // | s |                 |
    // +---+-----------------+
        
    DESK.make VIDEO with (
      G_BUTTON.create (G_OUT.create "Open window") connect win.fix_height /
      G_RAW.create (G_OUT.create "")
    );
  );
lisaac_0.39_rc1/example/gui/predict_size/tools.bmp0000644000175000017500000000454611314031257022205 0ustar  sonntagsonntagBMf	6(0	ÄÄÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔ×××××××××}}}ƒƒƒ××××××××××××××××××¼¼¼¼¼¼¼¼¼××××××××××××××××××½½½·········¶¶¶¶¶¶µµµµµµµµµµµµ™™™$$$×××××××××××××××¼¼¼¼¼¼¢¢¢¼¼¼×××ÙÙÙÙÙÙÙÙÙýýýäääãããããããããááááááàààààààà൵µÙÙÙÙÙÙÙÙÙÙÙÙ¾¾¾¾¾¾aaa


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ó÷ùó÷ùó÷ùEbäÜÞÞÐÓÓ¾ÁÁ·¹¹›œœ	ó÷ùó÷ùó÷ùàââÐÓÓ½ÀÀµ··˜ššó÷ùó÷ùó÷ùó÷ùó÷ùàââÐÓÓ½ÀÀ«­­‘’’ó÷ùó÷ùó÷ùó÷ùó÷ùlisaac_0.39_rc1/example/gui/msn/help.bmp0000644000175000017500000000140611314031257020076 0ustar  sonntagsonntagBM6(Ðó÷ùéìî½ÀÁ223OPQØÜÞÕØÚ())°³µ‘jlnNPQ}„u|~w}~qsvRUY
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//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := MSN;
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  - history:G_OUT;
  - win_history:G_WIN_IN;

  - input:G_IN;
  - win_send:G_WIN_IN;        
  
  - receive:G_OUT;
  - win_receive:G_WIN_IN;
  
  - main <-
  ( 
    + win_about:G_WIN_OUT;
    + win_exit:G_WIN_OUT;
    + action_send:{G_IN; };
    
    // Init window.
    VIDEO.make_size (640,400);
    
    action_send := { in:G_IN;
      history.text.append (in.text);
      win_history.set_bottom;
      in.text.clear;
    };
    
    win_history := G_WIN_IN.create (250,60) with (
      history := G_OUT.create ""
    );
    win_send := G_WIN_IN.create (250,64) with (
      input := G_IN.create (40,10) action action_send
    );
    win_receive := G_WIN_IN.create (250,60) with (
      receive := G_OUT.create ""
    );
        
    win_about := G_WIN_OUT.create "About ..." with (
      G_RAW.create (
	G_OUT.create "Isaac Mensenger V.1.0\n\n\
	\write by Foo and bar\n\
	\GNU Licence" justify (G_OUT.center)
      ) /
      G_BUTTON.create (G_OUT.create "Close" justify (G_OUT.center)) action 
      { b:G_BUTTON;
	+ w:G_WIN_OUT;
	w ?= b.parent;
	w.close;
      }
    );

    win_exit := G_WIN_OUT.create "Exit ..." with (
      G_RAW.create (
	G_OUT.create " Do you want exit MSN ? " justify (G_OUT.center)
      ) / (
	G_BUTTON.create (G_OUT.create "Yes" justify (G_OUT.center)) action 
	{ b:G_BUTTON;
	  die_with_code exit_success_code;
	} | 
	G_BUTTON.create (G_OUT.create "No" justify (G_OUT.center)) action 
	{ b:G_BUTTON;
	  + w:G_WIN_OUT;
	  w ?= b.parent;
	  w.close;
	}
      )
    );
    
    // Screen definition.
    DESK.make VIDEO with (             
      G_RAW.create (
	(G_OUT.create "Send message : ".fix_height) /
	win_history
      ) / G_RAW.create (
	(G_OUT.create "New message : ".fix_height) /
	win_send 
      ) / G_RAW.create (	
	(G_OUT.create "Receive message : ".fix_height) /
	win_receive
      ) / ((
	G_BUTTON.create (
	  ((G_IMG.create "help.bmp" | G_OUT.create " Help ").fix_width) 
	) |
	G_BUTTON.create (
	  ((G_IMG.create "exit.bmp" | G_OUT.create " Exit ").fix_width) 
	) connect win_exit |
	G_BUTTON.create (
	  ((G_IMG.create "about.bmp" | G_OUT.create " About ").fix_width)
	) connect win_about
      ).fix_height)
    );    
  );
lisaac_0.39_rc1/example/gui/mpg2/0000755000175000017500000000000011314031324016510 5ustar  sonntagsonntaglisaac_0.39_rc1/example/gui/mpg2/any_mpg2.li0000644000175000017500000002201611314031257020560 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := ANY_MPG2;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "Global variable and Define symbol.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  //
  // X11 Interface.
  //
  
  - screen:ABSTRACT_BITMAP;
  
  //
  // Compiler Flags.
  //
  
  - trace:BOOLEAN := FALSE;  
  
  - verbose:BOOLEAN := FALSE;
  
  - verbose_flag:INTEGER;
  
  // Layers: used by Verbose_Flag, Verifier_Flag, Stats_Flag, and Trace_Flag 
  - no_layer        :INTEGER := 0;
  - sequence_layer  :INTEGER := 1;
  - picture_layer   :INTEGER := 2;
  - slice_layer     :INTEGER := 3;   
  - macroblock_layer:INTEGER := 4;   
  - block_layer     :INTEGER := 5;
  - event_layer     :INTEGER := 6;
  - all_layers      :INTEGER := 7;
  - filename_length :INTEGER := 256;
  - mb_weight       :INTEGER := 32;
  - mb_class4       :INTEGER := 64;
  
  //
  // Error manager.
  //
  
  - error_text:STRING := STRING.create 256;  
  
  - error text:ABSTRACT_STRING <-
  (
    STD_ERROR.put_string text;   
    die_with_code exit_failure_code;
  );

  - print_bits (code, bits, len :INTEGER) <-
  // Trace_Flag output 
  (
    0.to (len-1) do { i:INTEGER;
      ((code >> (bits-1-i)) & 1).print;
    };
  );
  
  //
  // Define constant.
  //
 
  - error_code:INTEGER := (-1);
  
  - picture_start_code     :INTEGER := 0100h;
  - slice_start_code_min   :INTEGER := 0101h;
  - slice_start_code_max   :INTEGER := 01AFh;
  - user_data_start_code   :INTEGER := 01B2h;
  - sequence_header_code   :INTEGER := 01B3h;
  - extension_start_code   :INTEGER := 01B5h;
  - sequence_end_code      :INTEGER := 01B7h;
  - group_start_code       :INTEGER := 01B8h;
  - iso_end_code           :INTEGER := 01B9h;
  - pack_start_code        :INTEGER := 01BAh;
  - system_start_code      :INTEGER := 01BBh;
  - video_elementary_stream:INTEGER := 01E0h;

  // scalable_mode 
  - sc_none:INTEGER := 0;
  - sc_dp  :INTEGER := 1;
  - sc_spat:INTEGER := 2;
  - sc_snr :INTEGER := 3;
  - sc_temp:INTEGER := 4;

  // picture coding type 
  - i_type:INTEGER := 1;
  - p_type:INTEGER := 2;
  - b_type:INTEGER := 3;
  - d_type:INTEGER := 4;

  // picture structure 
  - top_field    :INTEGER := 1;
  - bottom_field :INTEGER := 2;
  - frame_picture:INTEGER := 3;

  // macroblock type 
  - macroblock_intra                       :INTEGER := 1;
  - macroblock_pattern                     :INTEGER := 2;
  - macroblock_motion_backward             :INTEGER := 4;
  - macroblock_motion_forward              :INTEGER := 8;
  - macroblock_quant                       :INTEGER := 16;
  - spatial_temporal_weight_code_flag      :INTEGER := 32;
  - permitted_spatial_temporal_weight_class:INTEGER := 64;

  // motion_type 
  - mc_field:INTEGER := 1;
  - mc_frame:INTEGER := 2;
  - mc_16x8 :INTEGER := 2;
  - mc_dmv  :INTEGER := 3;

  // mv_format 
  - mv_field:BOOLEAN := FALSE;
  - mv_frame:BOOLEAN := TRUE;

  // chroma_format 
  - chroma420:INTEGER := 1;
  - chroma422:INTEGER := 2;
  - chroma444:INTEGER := 3;

  // extension start code IDs 
  - sequence_extension_id                 :INTEGER := 1;
  - sequence_display_extension_id         :INTEGER := 2;
  - quant_matrix_extension_id             :INTEGER := 3;
  - copyright_extension_id                :INTEGER := 4;
  - sequence_scalable_extension_id        :INTEGER := 5;
  - picture_display_extension_id          :INTEGER := 7;
  - picture_coding_extension_id           :INTEGER := 8;
  - picture_spatial_scalable_extension_id :INTEGER := 9;
  - picture_temporal_scalable_extension_id:INTEGER := 10;
  - zig_zag                               :INTEGER := 0;
  - profile_422                           :INTEGER := (128+5);
  - main_level                            :INTEGER := 8;


  // choose between declaration (GLOBAL undefined)
  // and definition (GLOBAL defined)
  // GLOBAL is defined in exactly one file mpeg2dec.c)
  
  // output types (Output_Type) 
  - t_x11   :INTEGER := 0;
  - t_yuv   :INTEGER := 1;
  - t_sif   :INTEGER := 2;
  - t_tga   :INTEGER := 3;
  - t_ppm   :INTEGER := 4;

  //
  // Global varibale.
  //

  // decoder operation control variables 
  - output_type:INTEGER;
  - hiqdither  :INTEGER;

  // decoder operation control flags 
//  - quiet_flag              :BOOLEAN;
//  - trace_flag              :BOOLEAN;
  - fault_flag              :BOOLEAN;
//  - verbose_flag            :INTEGER;
  - spatial_flag            :BOOLEAN;  
  - system_stream_flag      :BOOLEAN;
  - big_picture_flag        :BOOLEAN;
  - user_data_flag          :BOOLEAN;
  
  // filenames 
  - output_picture_filename             :STRING;
  - main_bitstream_filename             :STRING; 
  //- output_picture_filename             :STRING_CONSTANT;
  //- main_bitstream_filename             :STRING_CONSTANT; 
  
  // buffers for multiuse purposes   
  - clip:ARRAY(UINTEGER_8) :=
  // Clip table
  ( + result:ARRAY(UINTEGER_8);
     
    result := ARRAY(UINTEGER_8).create (-384) to 639;    
    1.to 254 do { i:INTEGER;      
      result.put (i.to_uinteger_8) to i;
    };
    result.set_slice 255 to 639 with 255;
    result
  );

  // pointers to generic picture buffers 
  - backward_reference_frame:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - forward_reference_frame :NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - auxframe                :NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - current_frame           :NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  
  // pointers to scalability picture buffers 
  - llframe0:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - llframe1:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - lltmp:NATIVE_ARRAY(INTEGER_16);

  // non-normative variables derived from normative elements 
  - coded_picture_width :INTEGER;
  - coded_picture_height:INTEGER;
  - chroma_width        :INTEGER;
  - chroma_height       :INTEGER;
  - block_count         :INTEGER;
  - second_field        :BOOLEAN;
  - profile             :INTEGER;
  - level               :INTEGER;

  // normative derived variables (as per ISO/IEC 13818-2) 
  - horizontal_size:INTEGER;
  - vertical_size  :INTEGER;
  - mb_width       :INTEGER;
  - mb_height      :INTEGER;  

  // headers 
      
  // ISO/IEC 13818-2 section 6.2.2.3:  sequence_extension() 
  - profile_and_level_indication:INTEGER;
  - progressive_sequence        :BOOLEAN;
  - chroma_format               :INTEGER;  
  
  // ISO/IEC 13818-2 section 6.2.2.4:  sequence_display_extension()   
  - matrix_coefficients     :INTEGER;
    
  // ISO/IEC 13818-2 section 6.2.3: picture_header() 
  - temporal_reference      :INTEGER;
  - picture_coding_type     :INTEGER;
  - full_pel_forward_vector :BOOLEAN;
  - forward_f_code          :INTEGER;
  - full_pel_backward_vector:BOOLEAN;
  - backward_f_code         :INTEGER;
    
  // ISO/IEC 13818-2 section 6.2.3.1: picture_coding_extension() header 
//  - f_code:FIXED_ARRAY2(INTEGER) := FIXED_ARRAY2(INTEGER).create 2,2;
  - f_code:FAST_ARRAY2(INTEGER) := FAST_ARRAY2(INTEGER).create(2,2);
  - intra_dc_precision        :INTEGER;
  - picture_structure         :INTEGER;
  - top_field_first           :BOOLEAN;
  - frame_pred_frame_dct      :BOOLEAN;
  - concealment_motion_vectors:BOOLEAN;
  - intra_vlc_format          :BOOLEAN;
  - repeat_first_field        :BOOLEAN;
  - chroma_420_type           :INTEGER;
  - progressive_frame         :BOOLEAN;
   
  // ISO/IEC 13818-2 section 6.2.2.5: sequence_scalable_extension() header 
  - lower_layer_prediction_horizontal_size:INTEGER;
  - lower_layer_prediction_vertical_size  :INTEGER;
  - horizontal_subsampling_factor_m       :INTEGER;
  - horizontal_subsampling_factor_n       :INTEGER;
  - vertical_subsampling_factor_m         :INTEGER;
  - vertical_subsampling_factor_n         :INTEGER;
  
  // ISO/IEC 13818-2 section 6.2.3.5: picture_spatial_scalable_extension() header 
  - lower_layer_temporal_reference          :INTEGER;
  - lower_layer_horizontal_offset           :INTEGER;
  - lower_layer_vertical_offset             :INTEGER;
  - spatial_temporal_weight_code_table_index:INTEGER;
  - lower_layer_progressive_frame           :BOOLEAN;
  - lower_layer_deinterlaced_field_select   :BOOLEAN;

  - decode_layer :INTEGER;
  - global_mba   :INTEGER;
  - global_pic   :INTEGER;
  - true_framenum:INTEGER;

  // layer specific variables (needed for SNR and DP scalability) 
  - ld   :LAYER_DATA;
lisaac_0.39_rc1/example/gui/mpg2/mpeg2dec.li0000644000175000017500000003302311314031257020532 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := MPEG2DEC;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "main(), initialization, option processing.";
  
  // C vs Lisaac difficulty:
  // =======================
  // - `goto' used.
  // - `return()' used in middle function.
  // - adress argument for multiple result => Lisaac V0.2
  // - Allocation array in the stack       => Lisaac V0.3 ?
  // - ptr2 = ptr + 10; (pointeur) => idx := 10; (pointeur + index)
  // - (short *)tab[2] = (int)2; => Pas de pb pour C ???!!!
  //
  // Blague : ld->Bfr |= *ld->Rdptr++ << (24 - Incnt);
  //
  // Blindé de `if' => permet pas d'avoir une vue d'ensemble.
  //
  // Parlé de la Classification Objet <-> C :
  // -> C Par theme.
  // -> Data + Function.
  
Section Inherit
    
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;

  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;

Section Public
  
  - init p:ABSTRACT_STRING :G_EXPR <-
  (    
    TIMER.add_client Self;
    (page := G_RAW.create (Self.fix_height.fix_width)) /
    G_BUTTON.create (G_OUT.create "Play" justify (G_OUT.center)) action {
      b:G_BUTTON;
      (stat_mpg = 4).if {
        stat_mpg := 0;
      };
    }.fix_height 
  );

  - run p:ABSTRACT_STRING :G_WIN_OUT <-
  ( 
    is_isaacos := TRUE;
    load_default p;
    stat_mpg := 0; //4
    page := G_WIN_OUT.create "Video" with (init "./")
  );
  
  - main <-
  (     
    // decode command line arguments 
    process_options;    
    
    (output_type = 0).if {
      VIDEO.make_size (640,480);              
      DESK.make VIDEO with (
        G_OUT.create "Video" justify (G_OUT.center).fix_height / (init "./")
      ); 
    } else {  
      LAYER_DATA.make main_bitstream_filename;    
      ld := LAYER_DATA;    
      decode_bitstream;       
    };
  );
  
Section Private

  - initialize_sequence <-
  // mostly IMPLEMENTAION specific rouintes
  ( + size:INTEGER;

    // force MPEG-1 parameters for proper decoder behavior 
    // see ISO/IEC 13818-2 section D.9.14 
    (! ld.mpeg2_flag).if {
      progressive_sequence := TRUE;
      progressive_frame    := TRUE;
      picture_structure    := frame_picture;
      frame_pred_frame_dct := TRUE;
      chroma_format        := chroma420;
      matrix_coefficients  := 5;
    };    
    
    // round to nearest multiple of coded macroblocks 
    // ISO/IEC 13818-2 section 6.3.3 sequence_header() 
    mb_width := (horizontal_size + 0Fh) >> 4;
    (ld.mpeg2_flag && {!progressive_sequence}).if {
      mb_height := ((vertical_size + 1Fh) >> 5) << 1;
    } else {
      mb_height := (vertical_size + 0Fh) >> 4;
    };

    coded_picture_width  := mb_width  << 4;
    coded_picture_height := mb_height << 4;
        
    // ISO/IEC 13818-2 sections 6.1.1.8, 6.1.1.9, and 6.1.1.10 
    (chroma_format = chroma444).if {
      chroma_width := coded_picture_width;
    } else {
      chroma_width := coded_picture_width >> 1;
    };
    (chroma_format != chroma420).if {
      chroma_height := coded_picture_height;
    } else {
      chroma_height := coded_picture_height >> 1;
    };
  
    // derived based on Table 6-20 in ISO/IEC 13818-2 section 6.3.17     
    (chroma_format)
    .when 1 then { block_count :=  6; }
    .when 2 then { block_count :=  8; }
    .when 3 then { block_count := 12; };
    
    backward_reference_frame := NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)).create 3;
    forward_reference_frame  := NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)).create 3;
    current_frame            := NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)).create 3;
    auxframe                 := NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)).create 3;
    llframe0                 := NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)).create 3;
    llframe1                 := NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)).create 3;
    0.to 2 do { cc:INTEGER;
      (cc = 0).if {
        size := coded_picture_width * coded_picture_height;
      } else {
        size := chroma_width * chroma_height;
      };
      backward_reference_frame.put (NATIVE_ARRAY(UINTEGER_8).create size) to cc;
      forward_reference_frame.put (NATIVE_ARRAY(UINTEGER_8).create size) to cc;
      auxframe.put (NATIVE_ARRAY(UINTEGER_8).create size) to cc;
      
      (ld.scalable_mode = sc_spat).if {
        // this assumes lower layer is 4:2:0 
        size := lower_layer_prediction_horizontal_size*lower_layer_prediction_vertical_size;
	(cc != 0).if {
	  size := size / 4;
	};	
	llframe0.put (NATIVE_ARRAY(UINTEGER_8).create size) to cc;
	llframe1.put (NATIVE_ARRAY(UINTEGER_8).create size) to cc;
      };
    };

    // SCALABILITY: Spatial 
    (ld.scalable_mode = sc_spat).if {
      lltmp := NATIVE_ARRAY(INTEGER_16).create
      (lower_layer_prediction_horizontal_size*(
	(lower_layer_prediction_vertical_size*vertical_subsampling_factor_n)/
        vertical_subsampling_factor_m
      ));
    };
  );
  
  - load_default p:ABSTRACT_STRING <-
  (
    main_bitstream_filename := STRING.create 40;
    main_bitstream_filename.copy p;
    main_bitstream_filename.append "anim.mpe";
    output_type := 0;
  );
  
  - process_options <-
  // option processing
  ( + i:INTEGER; 
    + is_read:BOOLEAN;
    + display_option:{};
    
    display_option := {
      "MPEG2 Decoder V1.0, 2005, Isaac/Lisaac project\n\n\
      \Usage:   mpeg2dec {options} \n\n\
      \Options: file      main bitstream (base or spatial enhancement layer)\n\      
      \         -on file  output format (0:Screen 1:YUV 2:SIF 3:TGA 4:PPM)\n\n\
      \Example:        mpeg2dec bitstream.mpg -o0 rec\n\n".print;      
    };
    
    // at least one argument should be present 
    (COMMAND_LINE.count < 2).if {
      load_default "./";
    } else {
      i := 1;    
      // command-line options are proceeded by '-'     
      {i <= COMMAND_LINE.upper}.while_do {
        
        // second character, [1], after '-' is the switch 
        (COMMAND_LINE.item i.first = '-').if {	
          is_read := FALSE;
          (COMMAND_LINE.item i.item 2)	
          .when 'o' then {
            is_read := TRUE;
            output_type := COMMAND_LINE.item i.item 3.decimal_value;
            
            (output_type.in_range 0 to 4).if_false {
              display_option.value;
              error "ERROR: Invalid output type.";              
            };
            (output_type != 0).if {
              ((COMMAND_LINE.upper = i) || {COMMAND_LINE.item (i+1).first = '-'}).if {
                display_option.value;
                error "ERROR: -o must be followed by filename\n";
              } else {
                // filename is separated by space, so it becomes the next argument 
                i := i + 1;
                output_picture_filename := COMMAND_LINE.item i;
              };
            };
          };
          (! is_read).if {
            display_option.value;
            error_text.copy "undefined option -";
            error_text.add_last (COMMAND_LINE.item i.item 2);
            error_text.append " ignored. Exiting program\n"; 
            error error_text;
          };	
        } else {	
          main_bitstream_filename := COMMAND_LINE.item i;
        };
        
        i := i + 1;
    
        // check for bitstream filename argument (there must always be one, at the very end
        // of the command line arguments 
      };
        
      // options sense checking 
      (
        (main_bitstream_filename = NULL) || 
        {main_bitstream_filename.is_empty}
      ).if {
        display_option.value;
        error "There must be a main bitstream specified\n";
      };
    };
  );

  - decode_bitstream <-
  ( + bitstream_framenum:INTEGER;    
    + sequence_framenum:INTEGER;        
    
    {GETHDR.get_hdr}.while_do { 
      // Video sequence.
      initialize_sequence;

      // decode picture whose header has already been parsed in 
      // Decode_Bitstream() 
      GETPIC.decode_picture (bitstream_framenum, sequence_framenum);
      
      // update picture numbers 
      (! second_field).if {
	bitstream_framenum := bitstream_framenum + 1;
	sequence_framenum  := sequence_framenum  + 1;
      };
      
      // loop through the rest of the pictures in the sequence 
      {GETHDR.get_hdr}.while_do {
	GETPIC.decode_picture (bitstream_framenum, sequence_framenum);
	
	(! second_field).if {
	  bitstream_framenum := bitstream_framenum + 1;
	  sequence_framenum  := sequence_framenum  + 1;
	};
      };
      
      // put last frame 
      (sequence_framenum != 0).if {
	GETPIC.output_last_frame_of_sequence bitstream_framenum;
      };
      
      // deinitialize sequence
      ld.set_mpeg2_flag FALSE;      
    };
  );
  
  - stat_mpg:INTEGER_8;
  - bitstream_framenum:INTEGER;    
  - sequence_framenum:INTEGER;        
      
  - decode_picture <-
  ( 
    (stat_mpg = 0).if {
      LAYER_DATA.make main_bitstream_filename;
      ld := LAYER_DATA;
      stat_mpg := 1;
    }.elseif {stat_mpg = 1} then {
      //
      // Begin sequence.
      //      
      (GETHDR.get_hdr).if {
        // Video sequence.
        initialize_sequence;

        // decode picture whose header has already been parsed in 
        // Decode_Bitstream() 
        GETPIC.decode_picture (bitstream_framenum, sequence_framenum);
      
        // update picture numbers 
        (! second_field).if {
          bitstream_framenum := bitstream_framenum + 1;
          sequence_framenum  := sequence_framenum  + 1;
        };
        stat_mpg := 2;
      } else {
        stat_mpg := 4;
      };
    }.elseif {stat_mpg = 2} then {
      //
      // Next picture.
      //
      
      // loop through the rest of the pictures in the sequence 
      (GETHDR.get_hdr).if {
        GETPIC.decode_picture (bitstream_framenum, sequence_framenum);
        
        (! second_field).if {
          bitstream_framenum := bitstream_framenum + 1;
          sequence_framenum  := sequence_framenum  + 1;
        };
      } else {
        stat_mpg := 3;
      };      
    }.elseif {stat_mpg = 3} then {
      //
      // Last picture
      //
      
      // put last frame 
      (sequence_framenum != 0).if {
	GETPIC.output_last_frame_of_sequence bitstream_framenum;
      };
      
      // deinitialize sequence
      ld.set_mpeg2_flag FALSE;      
      stat_mpg := 1;
    }.elseif {stat_mpg = 4} then {
      //
      // End of sequence.
      //
      stat_mpg := 0;
    };
  );
  
Section Public
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  (
    clipping (x0,y0) to (x1,y1);
    (screen = NULL).if {
      rectangle_fill (x0,y0) to (x1,y1) color black;
    } else {
      put_bitmap screen to (0,0);
    };
  );
  
  //
  // Width / Height
  //
  
  - width_min:INTEGER  <-
  ( + result:INTEGER;
    
    (screen = NULL).if {
      result := 100;
    } else {
      result := screen.width;
    };
    result
  );
  
  - height_min:INTEGER <-
  ( + result:INTEGER;
    
    (screen = NULL).if {
      result := 80;
    } else {
      result := screen.height;
    };
    result
  );
  
  //
  // Events.
  //
  
  - is_isaacos:BOOLEAN;
  - page:G_GROUP;
  
  - receive msg:EVENT <-
  ( + evt_time:EVENT_TIMER;
    + evt_mous:EVENT_MOUSE;
    + win:AREA;
        
    evt_time ?= msg;    
    evt_mous ?= msg;
    (evt_mous != NULL).if {
      win := DESK.get_object (evt_mous.x_current,evt_mous.y_current);
      (win != Self).if {     
        DESK.receive msg;
      };
    }.elseif {(evt_time != NULL) && {evt_time.destination = NULL}} then {
      // Decode Picture...
      decode_picture;
      (
        (page != NULL) && {page.parent != NULL} && {
          (width != width_min) || {height != height_min}
        }
      ).if {
        (is_isaacos).if {          
          page.set_position (page.parent) 
          at   (page.get_x_window,page.get_y_window) 
          size (page.width_min,page.height_min);
        } else {
          page.set_position (page.parent) 
          at   (page.get_x_window,page.get_y_window) 
          size (page.width,page.height);
        };
      } else {
        refresh;
      };
    };
  );
lisaac_0.39_rc1/example/gui/mpg2/getvlc.li0000644000175000017500000002270011314031257020330 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := GETVLC;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "variable length decoding.";
  
Section Inherit
  
  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;
  
Section Public

  - get_macroblock_type:INTEGER <-
  ( + macroblock_type:INTEGER;
    + is_read:BOOLEAN;

    (ld.scalable_mode = sc_snr).if {
      macroblock_type := get_snr_macroblock_type;
    } else {
      (picture_coding_type)
      .when i_type then {
	is_read := TRUE;
	(ld.pict_scal).if {
	  macroblock_type := get_i_spatial_macroblock_type;
	} else {
	  macroblock_type := get_i_macroblock_type;
	};
      }
      .when p_type then {
	is_read := TRUE;
	(ld.pict_scal).if {
	  macroblock_type := get_p_spatial_macroblock_type;
	} else {
	  macroblock_type := get_p_macroblock_type;
	};      
      }
      .when b_type then {
	is_read := TRUE;
	(ld.pict_scal).if {
	  macroblock_type := get_b_spatial_macroblock_type;
	} else {
	  macroblock_type := get_b_macroblock_type;
	};      
      }
      .when d_type then {
	is_read := TRUE;
	macroblock_type := get_d_macroblock_type;
      };
      (is_read).if_false {
	"Get_macroblock_type(): unrecognized picture coding type\n".print;
      };    
    };
    
    macroblock_type
  );

Section Private

  - get_i_macroblock_type:INTEGER <-
  ( + result:INTEGER;
    
    (ld.get_boolean).if {
      result := 1;
    } else {    
      (! ld.get_boolean).if {
	fault_flag := TRUE;
      };
      result := 17;
    };
    result
  );
      
  - get_p_macroblock_type:INTEGER <-
  ( + code:INTEGER;
    + result:INTEGER;
      
    code := ld.show_bits 6;
    (code >= 8).if {
      code := code >> 3;
      ld.flush_buffer (TABLE.pmbtab0_len code);  
      result := TABLE.pmbtab0_val code;
    } else {    
      (code = 0).if {	
	fault_flag := TRUE;
	result := 0;
      } else {      
	ld.flush_buffer (TABLE.pmbtab1_len code);		
	result := TABLE.pmbtab1_val code;
      };
    };
    result
  );

  - get_b_macroblock_type:INTEGER <-
  ( + code:INTEGER;
    + result:INTEGER;
        
    code := ld.show_bits 6;
    (code >= 8).if {
      code := code >> 2;
      ld.flush_buffer (TABLE.bmbtab0_len code);
      result := TABLE.bmbtab0_val code;
    } else {    
      (code = 0).if {	
	fault_flag := TRUE;
	result := 0;
      } else {      
	ld.flush_buffer (TABLE.bmbtab1_len code);		
	result := TABLE.bmbtab1_val code;	
      };
    };
    result
  );

  - get_d_macroblock_type:INTEGER <-
  (
    (! ld.get_boolean).if {      
      fault_flag := TRUE;
    };    
    1
  );

  - get_i_spatial_macroblock_type:INTEGER <-
  // macroblock_type for pictures with spatial scalability 
  ( + code:INTEGER;
    + result:INTEGER;
        
    code := ld.show_bits 4;
    (code = 0).if {
      fault_flag := TRUE;
      result := 0;
    } else {
      ld.flush_buffer (TABLE.spimbtab_len code);
      result := TABLE.spimbtab_val code;
    };
    result
  );

  - get_p_spatial_macroblock_type:INTEGER <-
  ( + code:INTEGER;
    + result:INTEGER;
        
    code := ld.show_bits 7;
    
    (code < 2).if {
      fault_flag := TRUE;
      result := 0;
    } else {    
      (code >= 16).if {
	code := code >> 3;
	ld.flush_buffer (TABLE.sppmbtab0_len code);		
	result := TABLE.sppmbtab0_val code;
      } else {      
	ld.flush_buffer (TABLE.sppmbtab1_len code);
	result := TABLE.sppmbtab1_val code;
      };
    };
    result
  );

  - get_b_spatial_macroblock_type:INTEGER <-
  ( + code,idx:INTEGER;    
    + result:INTEGER;
        
    code := ld.show_bits 9;
    
    (code >= 64).if {
      idx := (code >> 5) - 2;
      ld.flush_buffer (TABLE.spbmbtab0_len idx);          
      result := TABLE.spbmbtab0_val idx;
    } else {
      (code >= 16).if {
	idx := (code >> 2) - 4;
	ld.flush_buffer (TABLE.bmbtab1_len idx);          
	result := TABLE.bmbtab1_val idx;
      } else {
	(code >= 8).if {
	  idx := code - 8;
	  ld.flush_buffer (TABLE.spbmbtab2_len idx);          
	  result := TABLE.spbmbtab2_val idx;
	} else {    
	  fault_flag := TRUE;      
	};
      };
    };    
    result
  );

  - get_snr_macroblock_type:INTEGER <-
  ( + code:INTEGER;
    + result:INTEGER;
        
    code := ld.show_bits 3;
    (code = 0).if {
      fault_flag := TRUE;
    } else {    
      ld.flush_buffer (TABLE.snrmbtab_len code);          
      result := TABLE.snrmbtab_val code;
    };
    result
  );

Section Public

  - get_motion_code:INTEGER <-
  ( + code:INTEGER;
    + result:INTEGER;
        
    (! ld.get_boolean).if {
      code := ld.show_bits 9;
      (code >= 64).if {
	code := code >> 6;
	ld.flush_buffer (TABLE.mvtab0_len code);
		
	(ld.get_boolean).if {
	  result := -TABLE.mvtab0_val code;
	} else {
	  result := TABLE.mvtab0_val code;
	};
      } else {
	(code >= 24).if {
	  code := code >> 3;
	  ld.flush_buffer (TABLE.mvtab1_len code);
	  
	  (ld.get_boolean).if {
	    result := -TABLE.mvtab1_val code;
	  } else {
	    result := TABLE.mvtab1_val code;
	  };
	} else {
	  
	  code := code - 12;    
	  (code < 0).if {
	    fault_flag := TRUE;
	    result := 0;
	  } else {
	    
	    ld.flush_buffer (TABLE.mvtab2_len code);	  
	    (ld.get_boolean).if {
	      result := -TABLE.mvtab2_val code;
	    } else {
	      result := TABLE.mvtab2_val code;
	    };
	  };
	};
      };
    };
    result
  );

  - get_dmvector:INTEGER <-
  // get differential motion vector (for dual prime prediction) 
  ( + result:INTEGER;
    
    (ld.get_boolean).if {          
      (ld.get_boolean).if {
	result := -1;
      } else {
	result := 1;
      };    
    };
    result
  );

  - get_coded_block_pattern:INTEGER <-
  ( + code:INTEGER;
    + result:INTEGER;
        
    code := ld.show_bits 9;
    (code >= 128).if {
      code := code >> 4;
      ld.flush_buffer (TABLE.cbptab0_len code);
      result := TABLE.cbptab0_val code;
    } else {
      (code >= 8).if {
	code := code >> 1;
	ld.flush_buffer (TABLE.cbptab1_len code);            
	result := TABLE.cbptab1_val code;
      } else { 
	(code < 1).if {	
	  fault_flag := TRUE;	
	} else {
	  ld.flush_buffer (TABLE.cbptab2_len code);		
	  result := TABLE.cbptab2_val code;
	};
      };
    };
    result
  );

  - get_macroblock_address_increment:INTEGER <-
  ( + code, val:INTEGER;
    + result:INTEGER;
        
    {((code := ld.show_bits 11) < 24) && {result = 0}}.while_do {
      (code != 15).if { // if not macroblock_stuffing 
	(code = 8).if { // if macroblock_escape 
	  val := val + 33;
	} else {	  	  
	  fault_flag := TRUE;
	  result := 1;
	};
      } else { 
	// macroblock suffing
      };
      
      (result = 0).if {
	ld.flush_buffer 11;
      };
    };
    
    (result = 0).if {
    
      // macroblock_address_increment == 1 
      // ('1' is in the MSB position of the lookahead) 
      (code >= 1024).if {
	ld.flush_buffer 1;	
	result := val + 1;
      } else {
	(code >= 128).if { // codes 00010 ... 011xx 
	  // remove leading zeros 
	  code := code >> 6;
	  ld.flush_buffer (TABLE.mbatab1_len code);	      
	  result := val + TABLE.mbatab1_val code;
	} else {      
	  // codes 00000011000 ... 0000111xxxx 
	  code := code - 24; // remove common base 
	  ld.flush_buffer (TABLE.mbatab2_len code);
	  result := val + TABLE.mbatab2_val code;
	};
      };
    };
    result
  );

  - get_luma_dc_dct_diff:INTEGER <-
  // combined MPEG-1 and MPEG-2 stage. parse VLC and 
  // perform dct_diff arithmetic.
  //
  // MPEG-1:  ISO/IEC 11172-2 section
  // MPEG-2:  ISO/IEC 13818-2 section 7.2.1 
  // 
  // Note: the arithmetic here is presented more elegantly than
  // the spec, yet the results, dct_diff, are the same.
  ( + code, size, dct_diff:INTEGER;    
    
    // decode length 
    code := ld.show_bits 5;
    
    (code < 31).if {
      size := TABLE.dclumtab0_val code;
      ld.flush_buffer (TABLE.dclumtab0_len code);
    } else {
      code := ld.show_bits 9 - 01F0h;
      size := TABLE.dclumtab1_val code;
      ld.flush_buffer (TABLE.dclumtab1_len code);
    };
    
    (size = 0).if {
      dct_diff := 0;
    } else {
      dct_diff := ld.get_bits size;
      ((dct_diff & (1 << (size - 1))) = 0).if {
	dct_diff := dct_diff - ((1 << size) - 1);
      };
    };
    
    dct_diff
  );

  - get_chroma_dc_dct_diff:INTEGER <-
  ( + code, size, dct_diff:INTEGER;
    
    // decode length 
    code := ld.show_bits 5;
    
    (code < 31).if {
      size := TABLE.dcchromtab0_val code;
      ld.flush_buffer (TABLE.dcchromtab0_len code);
      
    } else {
      code := ld.show_bits 10 - 03E0h;
      size := TABLE.dcchromtab1_val code;
      ld.flush_buffer (TABLE.dcchromtab1_len code);
    };
    
    (size = 0).if {
      dct_diff := 0;
    } else {
      dct_diff := ld.get_bits size;
      ((dct_diff & (1 << (size - 1))) = 0).if {
	dct_diff := dct_diff - ((1 << size) - 1);
      };
    };
    
    dct_diff
  );
lisaac_0.39_rc1/example/gui/mpg2/getblk.li0000644000175000017500000004204611314031257020321 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := GETBLK;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "DCT block decoding.";
  
Section Inherit
  
  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;
  
Section Public

  - decode_mpeg1_intra_block (comp:INTEGER, dc_dct_pred:NATIVE_ARRAY(INTEGER)) <-
  // decode one intra coded MPEG-1 block 
  ( + val, i, j:INTEGER;
    + code, idx:INTEGER;
    + tab_len, tab_run, tab_level:INTEGER_8;
    + bp:NATIVE_ARRAY(INTEGER_16);
    + end,sign:BOOLEAN;
        
    bp := ld.block.item comp;
    
    // ISO/IEC 11172-2 section 2.4.3.7: Block layer. 
    // decode DC coefficients 
    (comp < 4).if {
      val := dc_dct_pred.item 0 + GETVLC.get_luma_dc_dct_diff;
      dc_dct_pred.put val to 0;
    } else {
      (comp = 4).if {
	val := dc_dct_pred.item 1 + GETVLC.get_chroma_dc_dct_diff;
	dc_dct_pred.put val to 1;      
      } else {
	val := dc_dct_pred.item 2 + GETVLC.get_chroma_dc_dct_diff;
	dc_dct_pred.put val to 2;          
      };
    };
    bp.put ((val << 3).to_integer_16) to 0;
    
    // D-pictures do not contain AC coefficients 
    ((! fault_flag) && {picture_coding_type != d_type}).if {
    
      // decode AC coefficients 
      i := 1;      
      {
	code := ld.show_bits 16;
	(code >= 16384).if {
	  idx := (code >> 12) - 4;
	  tab_level := TABLE.dcttabnext_level idx;
	  tab_run := TABLE.dcttabnext_run idx;
	  tab_len := TABLE.dcttabnext_len idx;
	} else {
	  (code >= 1024).if {
	    idx := (code >> 8) - 4;
	    tab_level := TABLE.dcttab0_level idx;
	    tab_run := TABLE.dcttab0_run idx;
	    tab_len := TABLE.dcttab0_len idx;
	  } else { 
	    (code >= 512).if {
	      idx := (code >> 6) - 8;
	      tab_level := TABLE.dcttab1_level idx;
	      tab_run := TABLE.dcttab1_run idx;
	      tab_len := TABLE.dcttab1_len idx;
	    } else {
	      (code >= 256).if {
		idx := (code >> 4) - 16;
		tab_level := TABLE.dcttab2_level idx;
		tab_run := TABLE.dcttab2_run idx;
		tab_len := TABLE.dcttab2_len idx;
	      } else {
		(code >= 128).if {
		  idx := (code >> 3) - 16;
		  tab_level := TABLE.dcttab3_level idx;
		  tab_run := TABLE.dcttab3_run idx;
		  tab_len := TABLE.dcttab3_len idx;
		} else {
		  (code >= 64).if {
		    idx := (code >> 2) - 16;
		    tab_level := TABLE.dcttab4_level idx;
		    tab_run := TABLE.dcttab4_run idx;
		    tab_len := TABLE.dcttab4_len idx;
		  } else {
		    (code >= 32).if {
		      idx := (code >> 1) - 16;
		      tab_level := TABLE.dcttab5_level idx;
		      tab_run := TABLE.dcttab5_run idx;
		      tab_len := TABLE.dcttab5_len idx;
		    } else {
		      (code >= 16).if {
			idx := code - 16;
			tab_level := TABLE.dcttab6_level idx;
			tab_run := TABLE.dcttab6_run idx;
			tab_len := TABLE.dcttab6_len idx;
		      } else {
			(trace).if {
			  "invalid Huffman code in Decode_MPEG1_Intra_Block()\n".print;
			};
			fault_flag := TRUE;
			end := TRUE;
		      };
		    };
		  };
		};
	      };
	    };
	  };
	};
	
	(end).if_false {
	  ld.flush_buffer (tab_len);
	
	  (tab_run = 64).if { // end_of_block 
	    end := TRUE;
	  } else {
	
	    (tab_run = 65).if { // escape 
	      i := i + ld.get_bits 6;
	      
	      val := ld.get_bits 8;
	      (val = 0).if {
		val := ld.get_bits 8;
	      } else {
		(val = 128).if {
		  val := ld.get_bits 8 - 256;
		} else {
		  (val > 128).if {
		    val := val - 256;
		  };
		};
	      };
	      
	      sign := (val < 0);
	      (sign).if {
		val := -val;
	      };
	    } else {
	      i    := i + tab_run;
	      val  := tab_level;
	      sign := ld.get_boolean;
	    };
	    
	    (i >= 64).if {
	      (trace).if {
		STD_ERROR.put_string "DCT coeff index (i) out of bounds (intra)\n";
	      };
	      fault_flag := TRUE;
	      end := TRUE;
	    } else {
	    
	      j   := TABLE.scan (zig_zag,i);
	      val := (val * ld.quantizer_scale * ld.intra_quantizer_matrix.item j) >> 3;
	      
	      // mismatch control ('oddification') 
	      (val != 0).if { // should always be true, but it's not guaranteed 
		     val := (val - 1) | 1; // equivalent to: if ((val&1)==0) val = val - 1; 
	      };
	      
	      // saturation 
	      (! sign).if {
           // positive
		     (val > 2047).if {
		       bp.put 2047 to j;  
		     } else {
		       bp.put (val.to_integer_16) to j;
		     };
	      } else {
		     // negative 
		     (val > 2048).if {
		       bp.put (-2048) to j;
		     } else {
		       bp.put (-val.to_integer_16) to j; 
		     };
	      };
	      i := i + 1;
	    };
	  };
	};
      }.do_until {end};
    };
  );

  - decode_mpeg1_non_intra_block comp:INTEGER <-
  // decode one non-intra coded MPEG-1 block 
  ( + val, i, j:INTEGER;
    + sign:BOOLEAN;
    + code, idx:INTEGER;
    + tab_len, tab_level, tab_run:INTEGER_8;
    + bp:NATIVE_ARRAY(INTEGER_16);
    + end:BOOLEAN;
        
    bp := ld.block.item comp;
    
    // decode AC coefficients 
    {
      code := ld.show_bits 16;
      (code >= 16384).if {
	idx := (code >> 12) - 4;
	(i = 0).if {
	  tab_level := TABLE.dcttabfirst_level idx;
	  tab_run := TABLE.dcttabfirst_run idx;
	  tab_len := TABLE.dcttabfirst_len idx;
	} else {
	  tab_level := TABLE.dcttabnext_level idx;
	  tab_run := TABLE.dcttabnext_run idx;
	  tab_len := TABLE.dcttabnext_len idx;
	};
      } else {
	(code >= 1024).if {
	  idx := (code >> 8) - 4;
	  tab_level := TABLE.dcttab0_level idx;
	  tab_run := TABLE.dcttab0_run idx;
	  tab_len := TABLE.dcttab0_len idx;
	} else {
	  (code >= 512).if {
	    idx := (code >> 6) - 8;
	    tab_level := TABLE.dcttab1_level idx;
	    tab_run := TABLE.dcttab1_run idx;
	    tab_len := TABLE.dcttab1_len idx;
	  } else {
	    (code >= 256).if {
	      idx := (code >> 4) - 16;
	      tab_level := TABLE.dcttab2_level idx;
	      tab_run := TABLE.dcttab2_run idx;
	      tab_len := TABLE.dcttab2_len idx;
	    } else {
	      (code >= 128).if {
		idx := (code >> 3) - 16;
		tab_level := TABLE.dcttab3_level idx;
		tab_run := TABLE.dcttab3_run idx;
		tab_len := TABLE.dcttab3_len idx;
	      } else {
		(code >= 64).if {
		  idx := (code >> 2) - 16;
		  tab_level := TABLE.dcttab4_level idx;
		  tab_run := TABLE.dcttab4_run idx;
		  tab_len := TABLE.dcttab4_len idx;
		} else {
		  (code >= 32).if {
		    idx := (code >> 1) - 16;
		    tab_level := TABLE.dcttab5_level idx;
		    tab_run := TABLE.dcttab5_run idx;
		    tab_len := TABLE.dcttab5_len idx;
		  } else {
		    (code >= 16).if {
		      idx := code - 16;
		      tab_level := TABLE.dcttab6_level idx;
		      tab_run := TABLE.dcttab6_run idx;
		      tab_len := TABLE.dcttab6_len idx;
		    } else {
		      (trace).if {
			"invalid Huffman code in Decode_MPEG1_Non_Intra_Block()\n".print;
		      };
		      fault_flag := TRUE;
		      end := TRUE;
		    };
		  };
		};
	      };
	    };
	  };
	};
      };
      
      (end).if_false {
	ld.flush_buffer (tab_len);

	(tab_run = 64).if { // end_of_block 
	  end := TRUE;
	} else {
	
	  (tab_run = 65).if { // escape 
	    i := i + ld.get_bits 6;
	    
	    val := ld.get_bits 8;
	    (val = 0).if {
	      val := ld.get_bits 8;
	    } else {
	      (val = 128).if {
		val := ld.get_bits 8 - 256;
	      } else {
		(val > 128).if {
		  val := val - 256;
		};
	      };
	    };
	    
	    sign := (val < 0);
	    (sign).if {
	      val := -val;
	    };
	  } else {
	    i    := i + tab_run;
	    val  := tab_level;
	    sign := ld.get_boolean;
	  };
	  
	  (i >= 64).if {
	    (trace).if {
	      STD_ERROR.put_string "DCT coeff index (i) out of bounds (inter)\n";
	    };
	    fault_flag := TRUE;
	    end := TRUE;
	  } else {
	    
	    j   := TABLE.scan (zig_zag,i);
	    val := (((val << 1) + 1) * ld.quantizer_scale * ld.non_intra_quantizer_matrix.item j) >> 4;
	    
	    // mismatch control ('oddification') 
	    (val != 0).if { // should always be true, but it's not guaranteed 
	      val := (val - 1) | 1; // equivalent to: if ((val&1)==0) val = val - 1; 
	    };
	    
	    // saturation 
	    (! sign).if {
	      // positive 
	      (val > 2047).if {
		bp.put 2047 to j;
	      } else {
		bp.put (val.to_integer_16) to j;
	      };
	    } else {
	      // negative 
	      (val > 2048).if {
		bp.put (-2048) to j;
	      } else {
		bp.put (-val.to_integer_16) to j;
	      };
	    };
	    i := i + 1;
	  };
	};
      };
    }.do_until {end};
  );

  - decode_mpeg2_intra_block (comp:INTEGER,dc_dct_pred:NATIVE_ARRAY(INTEGER)) <-
  // decode one intra coded MPEG-2 block 
  ( + val, i, j, nc, cc, run:INTEGER;
    + sign:BOOLEAN;
    + code,idx:INTEGER;
    + tab_len,tab_run,tab_level:INTEGER_8;
    + bp:NATIVE_ARRAY(INTEGER_16);
    + qmat:NATIVE_ARRAY(INTEGER);
    + end:BOOLEAN;
        
    // with data partitioning, data always goes to base layer     
    bp := ld.block.item comp;
            
    (comp < 4).if {
      cc := 0;
    } else {
      cc := (comp & 1) + 1;
    };
    
    ((comp < 4) || {chroma_format = chroma420}).if {
      qmat := ld.intra_quantizer_matrix;
    } else {
      qmat := ld.chroma_intra_quantizer_matrix;	 
    };
    
    // ISO/IEC 13818-2 section 7.2.1: decode DC coefficients 
    (cc = 0).if {
      val := dc_dct_pred.item 0 + GETVLC.get_luma_dc_dct_diff;
      dc_dct_pred.put val to 0;      
    } else {
      (cc = 1).if {
	val := dc_dct_pred.item 1 + GETVLC.get_chroma_dc_dct_diff;
	dc_dct_pred.put val to 1;      
      } else {
	val := dc_dct_pred.item 2 + GETVLC.get_chroma_dc_dct_diff;
	dc_dct_pred.put val to 2;      
      };
    };
    
    (fault_flag).if_false {    
      bp.put ((val << (3-intra_dc_precision)).to_integer_16) to 0;      
      nc := 0;
                
      // decode AC coefficients 
      i := 1; 
      {
	code := ld.show_bits 16;
	((code >= 16384) && {! intra_vlc_format}).if {
	  idx := (code >> 12) - 4;
	  tab_level := TABLE.dcttabnext_level idx;
	  tab_run := TABLE.dcttabnext_run idx;
	  tab_len := TABLE.dcttabnext_len idx;
	} else {
	  (code >= 1024).if {
	    idx := (code >> 8) - 4;
	    (intra_vlc_format).if {	    
	      tab_len := TABLE.dcttab0a_len idx;
	      tab_level := TABLE.dcttab0a_level idx;
	      tab_run := TABLE.dcttab0a_run idx;
	    } else {
	      tab_len := TABLE.dcttab0_len idx;
	      tab_level := TABLE.dcttab0_level idx;
	      tab_run := TABLE.dcttab0_run idx;
	    };
	  } else {
	    (code >= 512).if {
	      idx := (code >> 6) - 8;
	      (intra_vlc_format).if {
		tab_len := TABLE.dcttab1a_len idx;
		tab_level := TABLE.dcttab1a_level idx;
		tab_run := TABLE.dcttab1a_run idx;
	      } else {
		tab_len := TABLE.dcttab1_len idx;
		tab_level := TABLE.dcttab1_level idx;
		tab_run := TABLE.dcttab1_run idx;
	      };
	    } else {
	      (code >= 256).if {
		idx := (code >> 4) - 16;
		tab_len := TABLE.dcttab2_len idx;
		tab_level := TABLE.dcttab2_level idx;
		tab_run := TABLE.dcttab2_run idx;
	      } else {
		(code >= 128).if {
		  idx := (code >> 3) - 16;
		  tab_len := TABLE.dcttab3_len idx;
		  tab_level := TABLE.dcttab3_level idx;
		  tab_run := TABLE.dcttab3_run idx;
		} else {
		  (code >= 64).if {
		    idx := (code >> 2) - 16;
		    tab_len := TABLE.dcttab4_len idx;
		    tab_level := TABLE.dcttab4_level idx;
		    tab_run := TABLE.dcttab4_run idx;
		  } else {
		    (code >= 32).if {
		      idx := (code >> 1) - 16;
		      tab_len := TABLE.dcttab5_len idx;
		      tab_level := TABLE.dcttab5_level idx;
		      tab_run := TABLE.dcttab5_run idx;
		    } else {
		      (code >= 16).if {
			idx := code - 16;
			tab_len := TABLE.dcttab6_len idx;
			tab_level := TABLE.dcttab6_level idx;
			tab_run := TABLE.dcttab6_run idx;
		      } else {
			(trace).if {
			  "invalid Huffman code in Decode_MPEG2_Intra_Block()\n".print;
			};
			fault_flag := TRUE;
			end := TRUE;
		      };
		    };
		  };
		};
	      };
	    };
	  };
	};
	
	(end).if_false {
	
	  ld.flush_buffer (tab_len);
	  	
	  (tab_run = 64).if { // end_of_block 
	    end := TRUE;
	  } else {
	    
	    (tab_run = 65).if { // escape 
	      run := ld.get_bits 6;
	      i := i + run;
	  
	      val := ld.get_bits 12;
	      ((val & 2047) = 0).if {
		(trace).if {
		  "invalid escape in Decode_MPEG2_Intra_Block()\n".print;
		};
		fault_flag := TRUE;
		end := TRUE;
	      } else {
		sign := (val >= 2048);
		(sign).if {
		  val := 4096 - val;
		};
	      };
	    } else {
	      run  := tab_run;
	      i    := i + run;
	      val  := tab_level;
	      sign := ld.get_boolean;
	    };
	    
	    (end).if_false {
	    
	      (i >= 64).if {
		(trace).if {
		  STD_ERROR.put_string "DCT coeff index (i) out of bounds (intra2)\n";
		};
		fault_flag := TRUE;
		end := TRUE;
	      } else {	    
		j := TABLE.scan ((ld.alternate_scan),i);
		val := (val * ld.quantizer_scale * qmat.item j) >> 4;
		(sign).if {
		  bp.put (-val.to_integer_16) to j;
		} else {
		  bp.put (val.to_integer_16) to j;
		};
		nc := nc + 1;
		
		((ld.scalable_mode = sc_dp) && {nc = (ld.priority_breakpoint - 63)}).if {
		  not_yet_implemented;
		};
		i := i + 1;
	      };
	    };
	  };
	};
      }.do_until {end};
    };
  );
  
  - decode_mpeg2_non_intra_block comp:INTEGER <-
  // decode one non-intra coded MPEG-2 block 
  ( + val, i, j, nc, run:INTEGER;
    + sign:BOOLEAN;
    + code,idx:INTEGER;
    + tab_len,tab_run,tab_level:INTEGER_8;
    + bp:NATIVE_ARRAY(INTEGER_16);
    + qmat:NATIVE_ARRAY(INTEGER);
    + end:BOOLEAN;
    
    bp := ld.block.item comp;
        
    ((comp < 4) || {chroma_format = chroma420}).if {
      qmat := ld.non_intra_quantizer_matrix;	 
    } else {
      qmat := ld.chroma_non_intra_quantizer_matrix;
    };
    
    nc := 0;
        
    // decode AC coefficients 
    {
      code := ld.show_bits 16;
      (code >= 16384).if {
	idx := (code >> 12) - 4;
	(i = 0).if {
	  tab_len := TABLE.dcttabfirst_len idx;
	  tab_level := TABLE.dcttabfirst_level idx;
	  tab_run := TABLE.dcttabfirst_run idx;
	} else {
	  tab_len := TABLE.dcttabnext_len idx;
	  tab_level := TABLE.dcttabnext_level idx;
	  tab_run := TABLE.dcttabnext_run idx;
	};
      } else {
	(code >= 1024).if {
	  idx := (code >> 8) - 4;
	  tab_len := TABLE.dcttab0_len idx;
	  tab_level := TABLE.dcttab0_level idx;
	  tab_run := TABLE.dcttab0_run idx;
	} else {
	  (code >= 512).if {
	    idx := (code >> 6) - 8;
	    tab_len := TABLE.dcttab1_len idx;
	    tab_level := TABLE.dcttab1_level idx;
	    tab_run := TABLE.dcttab1_run idx;
	  } else {
	    (code >= 256).if {
	      idx := (code >> 4) - 16;
	      tab_len := TABLE.dcttab2_len idx;
	      tab_level := TABLE.dcttab2_level idx;
	      tab_run := TABLE.dcttab2_run idx;
	    } else {
	      (code >= 128).if {
		idx := (code >> 3) - 16;
		tab_len := TABLE.dcttab3_len idx;
		tab_level := TABLE.dcttab3_level idx;
		tab_run := TABLE.dcttab3_run idx;
	      } else {
		(code >= 64).if {
		  idx := (code >> 2) - 16;
		  tab_len := TABLE.dcttab4_len idx;
		  tab_level := TABLE.dcttab4_level idx;
		  tab_run := TABLE.dcttab4_run idx;
		} else {
		  (code >= 32).if {
		    idx := (code >> 1) - 16;
		    tab_len := TABLE.dcttab5_len idx;
		    tab_level := TABLE.dcttab5_level idx;
		    tab_run := TABLE.dcttab5_run idx;
		  } else {
		    (code >= 16).if {
		      idx := code - 16;
		      tab_len := TABLE.dcttab6_len idx;
		      tab_level := TABLE.dcttab6_level idx;
		      tab_run := TABLE.dcttab6_run idx;
		    } else {
		      (trace).if {
			"invalid Huffman code in Decode_MPEG2_Non_Intra_Block()\n".print;
		      };
		      fault_flag := TRUE;
		      end := TRUE;
		    };
		  };
		};
	      };
	    };
	  };
	};	
      };
      
      (end).if_false {
      
	ld.flush_buffer (tab_len);
	
	(tab_run = 64).if { // end_of_block 	
	  end := TRUE;
	} else {
	
	  (tab_run = 65).if { // escape 
	    run := ld.get_bits 6;
	    i := i + run;
	    
	    val := ld.get_bits 12;
	    ((val & 2047) = 0).if {
	      (trace).if {
		"invalid escape in Decode_MPEG2_Intra_Block()\n".print;
	      };
	      fault_flag := TRUE;
	      end := TRUE;
	    } else {
	      sign := (val >= 2048);
	      (sign).if {
		val := 4096 - val;
	      };
	    };
	  } else {
	    run  := tab_run;
	    i    := i + run;
	    val  := tab_level;
	    sign := ld.get_boolean;
	  };
	  
	  (end).if_false {
	    (i >= 64).if {
	      (trace).if {
		STD_ERROR.put_string "DCT coeff index (i) out of bounds (inter2)\n";
	      };
	      fault_flag := TRUE;
	      end := TRUE;
	    };
	    
	    (end).if_false {	    
	      j   := TABLE.scan ((ld.alternate_scan),i);
	      val := (((val << 1) + 1) * ld.quantizer_scale * qmat.item j) >> 5;
	      (sign).if {
		bp.put (-val.to_integer_16) to j;
	      } else {
		bp.put (val.to_integer_16) to j;
	      };    
	      nc := nc + 1;
	      
	      i := i + 1;
	    };
	  };
	};
      };
    }.do_until {end};
  );
lisaac_0.39_rc1/example/gui/mpg2/table.li0000644000175000017500000006377311314031257020152 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := TABLE;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "Static table access.";

  - external := `
  //
  // GETHDR
  //
  
  // default intra quantization matrix 
  unsigned char default_intra_quantizer_matrix[64] = {
    8, 16, 19, 22, 26, 27, 29, 34,
    16, 16, 22, 24, 27, 29, 34, 37,
    19, 22, 26, 27, 29, 34, 34, 38,
    22, 22, 26, 27, 29, 34, 37, 40,
    22, 26, 27, 29, 32, 35, 40, 48,
    26, 27, 29, 32, 35, 40, 48, 58,
    26, 27, 29, 34, 38, 46, 56, 69,
    27, 29, 35, 38, 46, 56, 69, 83 
  };
    
  //
  // STORE
  //
  
  // color space conversion coefficients
  // for YCbCr -> RGB mapping
  //
  // entries are {crv,cbu,cgu,cgv}
  //
  // crv=(255/224)*65536*(1-cr)/0.5
  // cbu=(255/224)*65536*(1-cb)/0.5
  // cgu=(255/224)*65536*(cb/cg)*(1-cb)/0.5
  // cgv=(255/224)*65536*(cr/cg)*(1-cr)/0.5
  //
  // where Y=cr*R+cg*G+cb*B (cr+cg+cb=1)
  //
  // ISO/IEC 13818-2 section 6.3.6 sequence_display_extension() 
  int inverse_table_6_9[8][4] = {
    {117504, 138453, 13954, 34903}, // no sequence_display_extension 
    {117504, 138453, 13954, 34903}, // ITU-R Rec. 709 (1990) 
    {104597, 132201, 25675, 53279}, // unspecified 
    {104597, 132201, 25675, 53279}, // reserved 
    {104448, 132798, 24759, 53109}, // FCC 
    {104597, 132201, 25675, 53279}, // ITU-R Rec. 624-4 System B, G 
    {104597, 132201, 25675, 53279}, // SMPTE 170M 
    {117579, 136230, 16907, 35559}  // SMPTE 240M (1987) 
  };
  
  //
  // GETBLK, GETHDR
  //
  
  // zig-zag and alternate scan patterns 
  unsigned char scan[2][64] = {
    { // Zig-Zag scan pattern  
      0,1,8,16,9,2,3,10,17,24,32,25,18,11,4,5,
      12,19,26,33,40,48,41,34,27,20,13,6,7,14,21,28,
      35,42,49,56,57,50,43,36,29,22,15,23,30,37,44,51,
      58,59,52,45,38,31,39,46,53,60,61,54,47,55,62,63
    },
    { // Alternate scan pattern 
      0,8,16,24,1,9,2,10,17,25,32,40,48,56,57,49,
      41,33,26,18,3,11,4,12,19,27,34,42,50,58,35,43,
      51,59,20,28,5,13,6,14,21,29,36,44,52,60,37,45,
      53,61,22,30,7,15,23,31,38,46,54,62,39,47,55,63
    }
  };
  
  //
  // GETHDR, GETPIC
  //
  
  // non-linear quantization coefficient table 
  unsigned char non_linear_quantizer_scale[32] = {
    0 , 1, 2, 3, 4, 5, 6, 7,
    8 ,10,12,14,16,18,20,22,
    24,28,32,36,40,44,48,52,
    56,64,72,80,88,96,104,112
  };
  
  //
  // GETVLC
  //
  
  typedef struct {
    char val, len;
  } vlctab;

  // Table B-3, macroblock_type in P-pictures, codes 001..1xx 
  static vlctab pmbtab0[8] = {
    {(-1),0}, {8,3},   {2,2},   {2,2}, 
    {8|2,1},  {8|2,1}, {8|2,1}, {8|2,1}
  };

  // Table B-3, macroblock_type in P-pictures, codes 000001..00011x 
  static vlctab pmbtab1[8] = {
    {(-1),0},   {16|1,6},   {16|2,5}, {16|2,5},
    {16|8|2,5}, {16|8|2,5}, {1,5},    {1,5}
  };

  // Table B-4, macroblock_type in B-pictures, codes 0010..11xx 
  static vlctab bmbtab0[16] = {
    {(-1),0},  {(-1),0},  {8,4},     {8|2,4},
    {4,3},     {4,3},     {4|2,3},   {4|2,3},
    {8|4,2},   {8|4,2},   {8|4,2},   {8|4,2},
    {8|4|2,2}, {8|4|2,2}, {8|4|2,2}, {8|4|2,2}
  };

  // Table B-4, macroblock_type in B-pictures, codes 000001..00011x 
  static vlctab bmbtab1[8] = {
    {(-1),0},     {16|1,6},     {16|4|2,6}, {16|8|2,6},
    {16|8|4|2,5}, {16|8|4|2,5}, {1,5},      {1,5}
  };

  // Table B-5, macroblock_type in spat. scal. I-pictures, codes 0001..1xxx 
  static vlctab spimbtab[16] = {
    {(-1),0},    {64,4},      {16|1,4},    {1,4},
    {64|16|2,2}, {64|16|2,2}, {64|16|2,2}, {64|16|2,2},
    {64|2,1},    {64|2,1},    {64|2,1},    {64|2,1},
    {64|2,1},    {64|2,1},    {64|2,1},    {64|2,1}
  };

  // Table B-6, macroblock_type in spat. scal. P-pictures, codes 0010..11xx 
  static vlctab sppmbtab0[16] = {
    {(-1),0},      {(-1),0},      {8,4},         {32|8,4},
    {16|8|2,3},    {16|8|2,3},    {32|8|2,3},    {32|8|2,3},
    {8|2,2},       {8|2,2},       {8|2,2},       {8|2,2},
    {32|16|8|2,2}, {32|16|8|2,2}, {32|16|8|2,2}, {32|16|8|2,2}
  };

  // Table B-6, macroblock_type in spat. scal. P-pictures, codes 0000010..000111x 
  static vlctab sppmbtab1[16] = {
    {(-1),0}, {(-1),0}, {64|16|2,7}, {64,7},
    {2,7},    {64|2,7}, {16|1,7},    {1,7},
    {16|2,6}, {16|2,6}, {32|16|2,6}, {32|16|2,6},
    {32,6},   {32,6},   {32|2,6},    {32|2,6}
  };

  // Table B-7, macroblock_type in spat. scal. B-pictures, codes 0010..11xx 
  static vlctab spbmbtab0[14] = {
    {8,4},     {8|2,4},  {4,3},     {4,3},
    {4|2,3},   {4|2,3},  {8|4,2},   {8|4,2},
    {8|4,2},   {8|4,2},  {8|4|2,2}, {8|4|2,2},
    {8|4|2,2}, {8|4|2,2}
  };

  // Table B-7, macroblock_type in spat. scal. B-pictures, codes 0000100..000111x 
  static vlctab spbmbtab1[12] = {
    {16|8|2,7}, {16|4|2,7}, {1,7},      {16|8|4|2,7},
    {32|8,6},   {32|8,6},   {32|8|2,6}, {32|8|2,6},
    {32|4,6},   {32|4,6},   {32|4|2,6}, {32|4|2,6}
  };

  // Table B-7, macroblock_type in spat. scal. B-pictures, codes 00000100x..000001111 
  static vlctab spbmbtab2[8] = {
    {16|1,8},      {16|1,8},    {32|16|8|2,8}, {32|16|8|2,8},
    {32|16|4|2,9}, {64|16|2,9}, {64,9},        {64|2,9}
  };

  // Table B-8, macroblock_type in spat. scal. B-pictures, codes 001..1xx 
  static vlctab snrmbtab[8] = {
    {(-1),0}, {0,3}, {16|2,2}, {16|2,2},
    {2,1},    {2,1}, {2,1},    {2,1}
  };

  // Table B-10, motion_code, codes 0001 ... 01xx 
  static vlctab mvtab0[8] = { 
    {(-1),0}, {3,3}, {2,2}, {2,2}, 
    {1,1}, {1,1}, {1,1}, {1,1}
  };

  // Table B-10, motion_code, codes 0000011 ... 000011x 
  static vlctab mvtab1[8] = { 
    {(-1),0}, {(-1),0}, {(-1),0}, {7,6}, 
    {6,6}, {5,6}, {4,5}, {4,5}
  };

  // Table B-10, motion_code, codes 0000001100 ... 000001011x 
  static vlctab mvtab2[12] = { 
    {16,9}, {15,9}, {14,9}, {13,9},
    {12,9}, {11,9}, {10,8}, {10,8},
    {9,8},  {9,8},  {8,8},  {8,8}
  };

  // Table B-9, coded_block_pattern, codes 01000 ... 111xx 
  static vlctab cbptab0[32] = { 
    {(-1),0}, {(-1),0}, {(-1),0}, {(-1),0},
    {(-1),0}, {(-1),0}, {(-1),0}, {(-1),0},
    {62,5}, {2,5},  {61,5}, {1,5},  {56,5}, {52,5}, {44,5}, {28,5},
    {40,5}, {20,5}, {48,5}, {12,5}, {32,4}, {32,4}, {16,4}, {16,4},
    {8,4},  {8,4},  {4,4},  {4,4},  {60,3}, {60,3}, {60,3}, {60,3}
  };

  // Table B-9, coded_block_pattern, codes 00000100 ... 001111xx 
  static vlctab cbptab1[64] = { 
    {(-1),0}, {(-1),0}, {(-1),0}, {(-1),0},
    {58,8}, {54,8}, {46,8}, {30,8},
    {57,8}, {53,8}, {45,8}, {29,8}, {38,8}, {26,8}, {37,8}, {25,8},
    {43,8}, {23,8}, {51,8}, {15,8}, {42,8}, {22,8}, {50,8}, {14,8},
    {41,8}, {21,8}, {49,8}, {13,8}, {35,8}, {19,8}, {11,8}, {7,8},
    {34,7}, {34,7}, {18,7}, {18,7}, {10,7}, {10,7}, {6,7},  {6,7},
    {33,7}, {33,7}, {17,7}, {17,7}, {9,7},  {9,7},  {5,7},  {5,7},
    {63,6}, {63,6}, {63,6}, {63,6}, {3,6},  {3,6},  {3,6},  {3,6},
    {36,6}, {36,6}, {36,6}, {36,6}, {24,6}, {24,6}, {24,6}, {24,6}
  };

  // Table B-9, coded_block_pattern, codes 000000001 ... 000000111 
  static vlctab cbptab2[8] = { 
    {(-1),0}, {0,9},  {39,9}, {27,9}, 
    {59,9},   {55,9}, {47,9}, {31,9}
  };

  // Table B-1, macroblock_address_increment, codes 00010 ... 011xx 
  static vlctab mbatab1[16] = { 
    {(-1),0}, {(-1),0}, {7,5}, {6,5}, {5,4}, {5,4}, {4,4}, {4,4},
    {3,3}, {3,3}, {3,3}, {3,3}, {2,3}, {2,3}, {2,3}, {2,3}
  };

  // Table B-1, macroblock_address_increment, codes 00000011000 ... 0000111xxxx 
  static vlctab mbatab2[104] = {
    {33,11}, {32,11}, {31,11}, {30,11}, {29,11}, {28,11}, {27,11}, {26,11},
    {25,11}, {24,11}, {23,11}, {22,11}, {21,10}, {21,10}, {20,10}, {20,10},
    {19,10}, {19,10}, {18,10}, {18,10}, {17,10}, {17,10}, {16,10}, {16,10},
    {15,8},  {15,8},  {15,8},  {15,8},  {15,8},  {15,8},  {15,8},  {15,8},
    {14,8},  {14,8},  {14,8},  {14,8},  {14,8},  {14,8},  {14,8},  {14,8},
    {13,8},  {13,8},  {13,8},  {13,8},  {13,8},  {13,8},  {13,8},  {13,8},
    {12,8},  {12,8},  {12,8},  {12,8},  {12,8},  {12,8},  {12,8},  {12,8},
    {11,8},  {11,8},  {11,8},  {11,8},  {11,8},  {11,8},  {11,8},  {11,8},
    {10,8},  {10,8},  {10,8},  {10,8},  {10,8},  {10,8},  {10,8},  {10,8},
    {9,7},   {9,7},   {9,7},   {9,7},   {9,7},   {9,7},   {9,7},   {9,7},
    {9,7},   {9,7},   {9,7},   {9,7},   {9,7},   {9,7},   {9,7},   {9,7},
    {8,7},   {8,7},   {8,7},   {8,7},   {8,7},   {8,7},   {8,7},   {8,7},
    {8,7},   {8,7},   {8,7},   {8,7},   {8,7},   {8,7},   {8,7},   {8,7}
  };

  // Table B-12, dct_dc_size_luminance, codes 00xxx ... 11110 
  static vlctab dclumtab0[32] = { 
    {1, 2}, {1, 2}, {1, 2}, {1, 2}, {1, 2}, {1, 2}, {1, 2}, {1, 2},
    {2, 2}, {2, 2}, {2, 2}, {2, 2}, {2, 2}, {2, 2}, {2, 2}, {2, 2},
    {0, 3}, {0, 3}, {0, 3}, {0, 3}, {3, 3}, {3, 3}, {3, 3}, {3, 3},
    {4, 3}, {4, 3}, {4, 3}, {4, 3}, {5, 4}, {5, 4}, {6, 5}, {(-1), 0}
  };

  // Table B-12, dct_dc_size_luminance, codes 111110xxx ... 111111111 
  static vlctab dclumtab1[16] = { 
    {7, 6}, {7, 6}, {7, 6}, {7, 6}, {7, 6}, {7, 6}, {7, 6}, {7, 6},
    {8, 7}, {8, 7}, {8, 7}, {8, 7}, {9, 8}, {9, 8}, {10,9}, {11,9}
  };

  // Table B-13, dct_dc_size_chrominance, codes 00xxx ... 11110 
  static vlctab dcchromtab0[32] = { 
    {0, 2}, {0, 2}, {0, 2}, {0, 2}, {0, 2}, {0, 2}, {0, 2}, {0, 2},
    {1, 2}, {1, 2}, {1, 2}, {1, 2}, {1, 2}, {1, 2}, {1, 2}, {1, 2},
    {2, 2}, {2, 2}, {2, 2}, {2, 2}, {2, 2}, {2, 2}, {2, 2}, {2, 2},
    {3, 3}, {3, 3}, {3, 3}, {3, 3}, {4, 4}, {4, 4}, {5, 5}, {(-1), 0}
  };

  // Table B-13, dct_dc_size_chrominance, codes 111110xxxx ... 1111111111 
  static vlctab dcchromtab1[32] = { 
    {6, 6}, {6, 6}, {6, 6}, {6, 6}, {6, 6}, {6, 6}, {6, 6}, {6, 6},
    {6, 6}, {6, 6}, {6, 6}, {6, 6}, {6, 6}, {6, 6}, {6, 6}, {6, 6},
    {7, 7}, {7, 7}, {7, 7}, {7, 7}, {7, 7}, {7, 7}, {7, 7}, {7, 7},
    {8, 8}, {8, 8}, {8, 8}, {8, 8}, {9, 9}, {9, 9}, {10,10}, {11,10}
  };
  
  //
  // GETBLK
  //

  typedef struct {
    char run, level, len;
  } dcttab;

  // Table B-14, DCT coefficients table zero,
  // codes 0100 ... 1xxx (used for first (DC) coefficient)
  dcttab dcttabfirst[12] = {
    {0,2,4}, {2,1,4}, {1,1,3}, {1,1,3},
    {0,1,1}, {0,1,1}, {0,1,1}, {0,1,1},
    {0,1,1}, {0,1,1}, {0,1,1}, {0,1,1}
  };

  // Table B-14, DCT coefficients table zero,
  // codes 0100 ... 1xxx (used for all other coefficients)
  dcttab dcttabnext[12] = {
    {0,2,4},  {2,1,4},  {1,1,3},  {1,1,3},
    {64,0,2}, {64,0,2}, {64,0,2}, {64,0,2}, // EOB 
    {0,1,2},  {0,1,2},  {0,1,2},  {0,1,2}
  };

  // Table B-14, DCT coefficients table zero,
  // codes 000001xx ... 00111xxx
  dcttab dcttab0[60] = {
    {65,0,6}, {65,0,6}, {65,0,6}, {65,0,6}, // Escape 
    {2,2,7}, {2,2,7}, {9,1,7}, {9,1,7},
    {0,4,7}, {0,4,7}, {8,1,7}, {8,1,7},
    {7,1,6}, {7,1,6}, {7,1,6}, {7,1,6},
    {6,1,6}, {6,1,6}, {6,1,6}, {6,1,6},
    {1,2,6}, {1,2,6}, {1,2,6}, {1,2,6},
    {5,1,6}, {5,1,6}, {5,1,6}, {5,1,6},
    {13,1,8}, {0,6,8}, {12,1,8}, {11,1,8},
    {3,2,8}, {1,3,8}, {0,5,8}, {10,1,8},
    {0,3,5}, {0,3,5}, {0,3,5}, {0,3,5},
    {0,3,5}, {0,3,5}, {0,3,5}, {0,3,5},
    {4,1,5}, {4,1,5}, {4,1,5}, {4,1,5},
    {4,1,5}, {4,1,5}, {4,1,5}, {4,1,5},
    {3,1,5}, {3,1,5}, {3,1,5}, {3,1,5},
    {3,1,5}, {3,1,5}, {3,1,5}, {3,1,5}
  };

  // Table B-15, DCT coefficients table one,
  // codes 000001xx ... 11111111
  dcttab dcttab0a[252] = {
    {65,0,6}, {65,0,6}, {65,0,6}, {65,0,6}, // Escape 
    {7,1,7}, {7,1,7}, {8,1,7}, {8,1,7},
    {6,1,7}, {6,1,7}, {2,2,7}, {2,2,7},
    {0,7,6}, {0,7,6}, {0,7,6}, {0,7,6},
    {0,6,6}, {0,6,6}, {0,6,6}, {0,6,6},
    {4,1,6}, {4,1,6}, {4,1,6}, {4,1,6},
    {5,1,6}, {5,1,6}, {5,1,6}, {5,1,6},
    {1,5,8}, {11,1,8}, {0,11,8}, {0,10,8},
    {13,1,8}, {12,1,8}, {3,2,8}, {1,4,8},
    {2,1,5}, {2,1,5}, {2,1,5}, {2,1,5},
    {2,1,5}, {2,1,5}, {2,1,5}, {2,1,5},
    {1,2,5}, {1,2,5}, {1,2,5}, {1,2,5},
    {1,2,5}, {1,2,5}, {1,2,5}, {1,2,5},
    {3,1,5}, {3,1,5}, {3,1,5}, {3,1,5},
    {3,1,5}, {3,1,5}, {3,1,5}, {3,1,5},
    {1,1,3}, {1,1,3}, {1,1,3}, {1,1,3},
    {1,1,3}, {1,1,3}, {1,1,3}, {1,1,3},
    {1,1,3}, {1,1,3}, {1,1,3}, {1,1,3},
    {1,1,3}, {1,1,3}, {1,1,3}, {1,1,3},
    {1,1,3}, {1,1,3}, {1,1,3}, {1,1,3},
    {1,1,3}, {1,1,3}, {1,1,3}, {1,1,3},
    {1,1,3}, {1,1,3}, {1,1,3}, {1,1,3},
    {1,1,3}, {1,1,3}, {1,1,3}, {1,1,3},
    {64,0,4}, {64,0,4}, {64,0,4}, {64,0,4}, // EOB 
    {64,0,4}, {64,0,4}, {64,0,4}, {64,0,4},
    {64,0,4}, {64,0,4}, {64,0,4}, {64,0,4},
    {64,0,4}, {64,0,4}, {64,0,4}, {64,0,4},
    {0,3,4}, {0,3,4}, {0,3,4}, {0,3,4},
    {0,3,4}, {0,3,4}, {0,3,4}, {0,3,4},
    {0,3,4}, {0,3,4}, {0,3,4}, {0,3,4},
    {0,3,4}, {0,3,4}, {0,3,4}, {0,3,4},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,1,2}, {0,1,2}, {0,1,2}, {0,1,2},
    {0,2,3}, {0,2,3}, {0,2,3}, {0,2,3},
    {0,2,3}, {0,2,3}, {0,2,3}, {0,2,3},
    {0,2,3}, {0,2,3}, {0,2,3}, {0,2,3},
    {0,2,3}, {0,2,3}, {0,2,3}, {0,2,3},
    {0,2,3}, {0,2,3}, {0,2,3}, {0,2,3},
    {0,2,3}, {0,2,3}, {0,2,3}, {0,2,3},
    {0,2,3}, {0,2,3}, {0,2,3}, {0,2,3},
    {0,2,3}, {0,2,3}, {0,2,3}, {0,2,3},
    {0,4,5}, {0,4,5}, {0,4,5}, {0,4,5},
    {0,4,5}, {0,4,5}, {0,4,5}, {0,4,5},
    {0,5,5}, {0,5,5}, {0,5,5}, {0,5,5},
    {0,5,5}, {0,5,5}, {0,5,5}, {0,5,5},
    {9,1,7}, {9,1,7}, {1,3,7}, {1,3,7},
    {10,1,7}, {10,1,7}, {0,8,7}, {0,8,7},
    {0,9,7}, {0,9,7}, {0,12,8}, {0,13,8},
    {2,3,8}, {4,2,8}, {0,14,8}, {0,15,8}
  };

  // Table B-14, DCT coefficients table zero,
  // codes 0000001000 ... 0000001111
  dcttab dcttab1[8] = {
    {16,1,10}, {5,2,10}, {0,7,10}, {2,3,10},
    {1,4,10}, {15,1,10}, {14,1,10}, {4,2,10}
  };

  // Table B-15, DCT coefficients table one,
  // codes 000000100x ... 000000111x
  dcttab dcttab1a[8] = {
    {5,2,9}, {5,2,9}, {14,1,9}, {14,1,9},
    {2,4,10}, {16,1,10}, {15,1,9}, {15,1,9}
  };

  // Table B-14/15, DCT coefficients table zero / one,
  // codes 000000010000 ... 000000011111
  dcttab dcttab2[16] = {
    {0,11,12}, {8,2,12}, {4,3,12}, {0,10,12},
    {2,4,12}, {7,2,12}, {21,1,12}, {20,1,12},
    {0,9,12}, {19,1,12}, {18,1,12}, {1,5,12},
    {3,3,12}, {0,8,12}, {6,2,12}, {17,1,12}
  };

  // Table B-14/15, DCT coefficients table zero / one,
  // codes 0000000010000 ... 0000000011111
  dcttab dcttab3[16] = {
    {10,2,13}, {9,2,13}, {5,3,13}, {3,4,13},
    {2,5,13}, {1,7,13}, {1,6,13}, {0,15,13},
    {0,14,13}, {0,13,13}, {0,12,13}, {26,1,13},
    {25,1,13}, {24,1,13}, {23,1,13}, {22,1,13}
  };

  // Table B-14/15, DCT coefficients table zero / one,
  // codes 00000000010000 ... 00000000011111
  dcttab dcttab4[16] = {
    {0,31,14}, {0,30,14}, {0,29,14}, {0,28,14},
    {0,27,14}, {0,26,14}, {0,25,14}, {0,24,14},
    {0,23,14}, {0,22,14}, {0,21,14}, {0,20,14},
    {0,19,14}, {0,18,14}, {0,17,14}, {0,16,14}
  };

  // Table B-14/15, DCT coefficients table zero / one,
  // codes 000000000010000 ... 000000000011111
  dcttab dcttab5[16] = {
    {0,40,15}, {0,39,15}, {0,38,15}, {0,37,15},
    {0,36,15}, {0,35,15}, {0,34,15}, {0,33,15},
    {0,32,15}, {1,14,15}, {1,13,15}, {1,12,15},
    {1,11,15}, {1,10,15}, {1,9,15}, {1,8,15}
  };

  // Table B-14/15, DCT coefficients table zero / one,
  // codes 0000000000010000 ... 0000000000011111
  dcttab dcttab6[16] = {
    {1,18,16}, {1,17,16}, {1,16,16}, {1,15,16},
    { 6,3,16}, {16,2,16}, {15,2,16}, {14,2,16},
    {13,2,16}, {12,2,16}, {11,2,16}, {31,1,16},
    {30,1,16}, {29,1,16}, {28,1,16}, {27,1,16}
  };

`;

Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section GETHDR

  - default_intra_quantizer_matrix idx:INTEGER :UINTEGER_8 <-
  ( ? {idx.in_range 0 to 63};
    `default_intra_quantizer_matrix[@idx]`:UINTEGER_8
  );
  
Section STORE
  
  - inverse_table_6_9 (idx1,idx2:INTEGER) :INTEGER <-
  ( ? {idx1.in_range 0 to 7};
    ? {idx2.in_range 0 to 3};
    `inverse_table_6_9[@idx1][@idx2]`:INTEGER
  );
  
Section GETBLK, GETHDR
  
  - scan (idx1,idx2:INTEGER) :UINTEGER_8 <-
  ( ? {idx1.in_range 0 to 1};
    ? {idx2.in_range 0 to 63};
    `scan[@idx1][@idx2]`:UINTEGER_8
  );
  
Section GETHDR, GETPIC
  
  - non_linear_quantizer_scale idx:INTEGER :UINTEGER_8 <-
  ( ? {idx.in_range 0 to 31};    
    `non_linear_quantizer_scale[@idx]`:UINTEGER_8
  );
  
Section GETVLC
  
  - pmbtab0_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(pmbtab0[@idx].val)`:INTEGER_8
  );
  - pmbtab0_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(pmbtab0[@idx].len)`:INTEGER_8
  );
  
  - pmbtab1_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(pmbtab1[@idx].val)`:INTEGER_8
  ); 
  - pmbtab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(pmbtab1[@idx].len)`:INTEGER_8
  ); 

  - bmbtab0_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(bmbtab0[@idx].val)`:INTEGER_8
  );
  - bmbtab0_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(bmbtab0[@idx].len)`:INTEGER_8
  );
  
  - bmbtab1_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(bmbtab1[@idx].val)`:INTEGER_8
  );  
  - bmbtab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(bmbtab1[@idx].len)`:INTEGER_8
  );  

  - spimbtab_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(spimbtab[@idx].val)`:INTEGER_8
  );
  - spimbtab_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(spimbtab[@idx].len)`:INTEGER_8
  );
  
  - sppmbtab0_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(sppmbtab0[@idx].val)`:INTEGER_8
  );
  - sppmbtab0_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(sppmbtab0[@idx].len)`:INTEGER_8
  );
  
  - sppmbtab1_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(sppmbtab1[@idx].val)`:INTEGER_8
  );  
  - sppmbtab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(sppmbtab1[@idx].len)`:INTEGER_8
  );  

  - spbmbtab0_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 13};
    `(spbmbtab0[@idx].len)`:INTEGER_8
  );
  - spbmbtab0_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 13};
    `(spbmbtab0[@idx].val)`:INTEGER_8
  );
  
  - spbmbtab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(spbmbtab1[@idx].len)`:INTEGER_8
  );
  - spbmbtab1_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(spbmbtab1[@idx].val)`:INTEGER_8
  );
  
  - spbmbtab2_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(spbmbtab2[@idx].len)`:INTEGER_8
  );
  - spbmbtab2_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(spbmbtab2[@idx].val)`:INTEGER_8
  );
  
  - snrmbtab_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(snrmbtab[@idx].val)`:INTEGER_8
  );
  - snrmbtab_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(snrmbtab[@idx].len)`:INTEGER_8
  );
  
  - mvtab0_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(mvtab0[@idx].val)`:INTEGER_8
  );
  - mvtab0_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(mvtab0[@idx].len)`:INTEGER_8
  );
  
  - mvtab1_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(mvtab1[@idx].val)`:INTEGER_8
  );
  - mvtab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(mvtab1[@idx].len)`:INTEGER_8
  );

  - mvtab2_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(mvtab2[@idx].val)`:INTEGER_8
  );
  - mvtab2_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(mvtab2[@idx].len)`:INTEGER_8
  );

  - cbptab0_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 31};
    `(cbptab0[@idx].val)`:INTEGER_8
  );
  - cbptab0_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 31};
    `(cbptab0[@idx].len)`:INTEGER_8
  );

  - cbptab1_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 63};
    `(cbptab1[@idx].val)`:INTEGER_8
  );
  - cbptab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 63};
    `(cbptab1[@idx].len)`:INTEGER_8
  );

  - cbptab2_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(cbptab2[@idx].val)`:INTEGER_8
  );
  - cbptab2_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(cbptab2[@idx].len)`:INTEGER_8
  );

  - mbatab1_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(mbatab1[@idx].val)`:INTEGER_8
  );
  - mbatab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(mbatab1[@idx].len)`:INTEGER_8
  );

  - mbatab2_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 103};
    `(mbatab2[@idx].val)`:INTEGER_8
  );
  - mbatab2_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 103};
    `(mbatab2[@idx].len)`:INTEGER_8
  );

  - dclumtab0_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 31};
    `(dclumtab0[@idx].val)`:INTEGER_8
  );
  - dclumtab0_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 31};
    `(dclumtab0[@idx].len)`:INTEGER_8
  );

  - dclumtab1_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dclumtab1[@idx].val)`:INTEGER_8
  );
  - dclumtab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dclumtab1[@idx].len)`:INTEGER_8
  );

  - dcchromtab0_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 31};
    `(dcchromtab0[@idx].val)`:INTEGER_8
  );
  - dcchromtab0_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 31};
    `(dcchromtab0[@idx].len)`:INTEGER_8
  );

  - dcchromtab1_val idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 31};
    `(dcchromtab1[@idx].val)`:INTEGER_8
  );
  - dcchromtab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 31};
    `(dcchromtab1[@idx].len)`:INTEGER_8
  );
  
Section GETBLK
  
  - dcttabfirst_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(dcttabfirst[@idx].run)`:INTEGER_8
  );
  - dcttabfirst_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(dcttabfirst[@idx].level)`:INTEGER_8
  );
  - dcttabfirst_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(dcttabfirst[@idx].len)`:INTEGER_8
  );

  - dcttabnext_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(dcttabnext[@idx].run)`:INTEGER_8
  );
  - dcttabnext_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(dcttabnext[@idx].level)`:INTEGER_8
  );
  - dcttabnext_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 11};
    `(dcttabnext[@idx].len)`:INTEGER_8
  );

  - dcttab0_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 59};
    `(dcttab0[@idx].run)`:INTEGER_8
  );
  - dcttab0_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 59};
    `(dcttab0[@idx].level)`:INTEGER_8
  );
  - dcttab0_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 59};
    `(dcttab0[@idx].len)`:INTEGER_8
  );

  - dcttab0a_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 251};
    `(dcttab0a[@idx].run)`:INTEGER_8
  );
  - dcttab0a_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 251};
    `(dcttab0a[@idx].level)`:INTEGER_8
  );
  - dcttab0a_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 251};
    `(dcttab0a[@idx].len)`:INTEGER_8
  );

  - dcttab1_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(dcttab1[@idx].run)`:INTEGER_8
  );
  - dcttab1_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(dcttab1[@idx].level)`:INTEGER_8
  );
  - dcttab1_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(dcttab1[@idx].len)`:INTEGER_8
  );

  - dcttab1a_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(dcttab1a[@idx].run)`:INTEGER_8
  );
  - dcttab1a_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(dcttab1a[@idx].level)`:INTEGER_8
  );
  - dcttab1a_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 7};
    `(dcttab1a[@idx].len)`:INTEGER_8
  );

  - dcttab2_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab2[@idx].run)`:INTEGER_8
  );
  - dcttab2_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab2[@idx].level)`:INTEGER_8
  );
  - dcttab2_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab2[@idx].len)`:INTEGER_8
  );

  - dcttab3_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab3[@idx].run)`:INTEGER_8
  );
  - dcttab3_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab3[@idx].level)`:INTEGER_8
  );
  - dcttab3_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab3[@idx].len)`:INTEGER_8
  );

  - dcttab4_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab4[@idx].run)`:INTEGER_8
  );
  - dcttab4_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab4[@idx].level)`:INTEGER_8
  );
  - dcttab4_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab4[@idx].len)`:INTEGER_8
  );

  - dcttab5_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab5[@idx].run)`:INTEGER_8
  );
  - dcttab5_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab5[@idx].level)`:INTEGER_8
  );
  - dcttab5_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab5[@idx].len)`:INTEGER_8
  );

  - dcttab6_run idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab6[@idx].run)`:INTEGER_8
  );
  - dcttab6_level idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab6[@idx].level)`:INTEGER_8
  );
  - dcttab6_len idx:INTEGER :INTEGER_8 <-
  ( ? {idx.in_range 0 to 15};
    `(dcttab6[@idx].len)`:INTEGER_8
  );
lisaac_0.39_rc1/example/gui/mpg2/any.li0000644000175000017500000002201111314031257017626 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := ANY;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "Global variable and Define symbol.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  //
  // X11 Interface.
  //
  
  - screen:ABSTRACT_BITMAP;
  
  //
  // Compiler Flags.
  //
  
  - trace:BOOLEAN := FALSE;  
  
  - verbose:BOOLEAN := FALSE;
  
  - verbose_flag:INTEGER;
  
  // Layers: used by Verbose_Flag, Verifier_Flag, Stats_Flag, and Trace_Flag 
  - no_layer        :INTEGER := 0;
  - sequence_layer  :INTEGER := 1;
  - picture_layer   :INTEGER := 2;
  - slice_layer     :INTEGER := 3;   
  - macroblock_layer:INTEGER := 4;   
  - block_layer     :INTEGER := 5;
  - event_layer     :INTEGER := 6;
  - all_layers      :INTEGER := 7;
  - filename_length :INTEGER := 256;
  - mb_weight       :INTEGER := 32;
  - mb_class4       :INTEGER := 64;
  
  //
  // Error manager.
  //
  
  - error_text:STRING := STRING.create 256;  
  
  - error text:ABSTRACT_STRING <-
  (
    STD_ERROR.put_string text;   
    die_with_code exit_failure_code;
  );

  - print_bits (code, bits, len :INTEGER) <-
  // Trace_Flag output 
  (
    0.to (len-1) do { i:INTEGER;
      ((code >> (bits-1-i)) & 1).print;
    };
  );
  
  //
  // Define constant.
  //
 
  - error_code:INTEGER := (-1);
  
  - picture_start_code     :INTEGER := 0100h;
  - slice_start_code_min   :INTEGER := 0101h;
  - slice_start_code_max   :INTEGER := 01AFh;
  - user_data_start_code   :INTEGER := 01B2h;
  - sequence_header_code   :INTEGER := 01B3h;
  - extension_start_code   :INTEGER := 01B5h;
  - sequence_end_code      :INTEGER := 01B7h;
  - group_start_code       :INTEGER := 01B8h;
  - iso_end_code           :INTEGER := 01B9h;
  - pack_start_code        :INTEGER := 01BAh;
  - system_start_code      :INTEGER := 01BBh;
  - video_elementary_stream:INTEGER := 01E0h;

  // scalable_mode 
  - sc_none:INTEGER := 0;
  - sc_dp  :INTEGER := 1;
  - sc_spat:INTEGER := 2;
  - sc_snr :INTEGER := 3;
  - sc_temp:INTEGER := 4;

  // picture coding type 
  - i_type:INTEGER := 1;
  - p_type:INTEGER := 2;
  - b_type:INTEGER := 3;
  - d_type:INTEGER := 4;

  // picture structure 
  - top_field    :INTEGER := 1;
  - bottom_field :INTEGER := 2;
  - frame_picture:INTEGER := 3;

  // macroblock type 
  - macroblock_intra                       :INTEGER := 1;
  - macroblock_pattern                     :INTEGER := 2;
  - macroblock_motion_backward             :INTEGER := 4;
  - macroblock_motion_forward              :INTEGER := 8;
  - macroblock_quant                       :INTEGER := 16;
  - spatial_temporal_weight_code_flag      :INTEGER := 32;
  - permitted_spatial_temporal_weight_class:INTEGER := 64;

  // motion_type 
  - mc_field:INTEGER := 1;
  - mc_frame:INTEGER := 2;
  - mc_16x8 :INTEGER := 2;
  - mc_dmv  :INTEGER := 3;

  // mv_format 
  - mv_field:BOOLEAN := FALSE;
  - mv_frame:BOOLEAN := TRUE;

  // chroma_format 
  - chroma420:INTEGER := 1;
  - chroma422:INTEGER := 2;
  - chroma444:INTEGER := 3;

  // extension start code IDs 
  - sequence_extension_id                 :INTEGER := 1;
  - sequence_display_extension_id         :INTEGER := 2;
  - quant_matrix_extension_id             :INTEGER := 3;
  - copyright_extension_id                :INTEGER := 4;
  - sequence_scalable_extension_id        :INTEGER := 5;
  - picture_display_extension_id          :INTEGER := 7;
  - picture_coding_extension_id           :INTEGER := 8;
  - picture_spatial_scalable_extension_id :INTEGER := 9;
  - picture_temporal_scalable_extension_id:INTEGER := 10;
  - zig_zag                               :INTEGER := 0;
  - profile_422                           :INTEGER := (128+5);
  - main_level                            :INTEGER := 8;


  // choose between declaration (GLOBAL undefined)
  // and definition (GLOBAL defined)
  // GLOBAL is defined in exactly one file mpeg2dec.c)
  
  // output types (Output_Type) 
  - t_x11   :INTEGER := 0;
  - t_yuv   :INTEGER := 1;
  - t_sif   :INTEGER := 2;
  - t_tga   :INTEGER := 3;
  - t_ppm   :INTEGER := 4;

  //
  // Global varibale.
  //

  // decoder operation control variables 
  - output_type:INTEGER;
  - hiqdither  :INTEGER;

  // decoder operation control flags 
//  - quiet_flag              :BOOLEAN;
//  - trace_flag              :BOOLEAN;
  - fault_flag              :BOOLEAN;
//  - verbose_flag            :INTEGER;
  - spatial_flag            :BOOLEAN;  
  - system_stream_flag      :BOOLEAN;
  - big_picture_flag        :BOOLEAN;
  - user_data_flag          :BOOLEAN;
  
  // filenames 
  - output_picture_filename             :STRING;
  - main_bitstream_filename             :STRING; 
  //- output_picture_filename             :STRING_CONSTANT;
  //- main_bitstream_filename             :STRING_CONSTANT; 
  
  // buffers for multiuse purposes   
  - clip:ARRAY(UINTEGER_8) :=
  // Clip table
  ( + result:ARRAY(UINTEGER_8);
     
    result := ARRAY(UINTEGER_8).create (-384) to 639;    
    1.to 254 do { i:INTEGER;      
      result.put (i.to_uinteger_8) to i;
    };
    result.set_slice 255 to 639 with 255;
    result
  );

  // pointers to generic picture buffers 
  - backward_reference_frame:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - forward_reference_frame :NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - auxframe                :NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - current_frame           :NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  
  // pointers to scalability picture buffers 
  - llframe0:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - llframe1:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)); // [3][]
  - lltmp:NATIVE_ARRAY(INTEGER_16);

  // non-normative variables derived from normative elements 
  - coded_picture_width :INTEGER;
  - coded_picture_height:INTEGER;
  - chroma_width        :INTEGER;
  - chroma_height       :INTEGER;
  - block_count         :INTEGER;
  - second_field        :BOOLEAN;
  - profile             :INTEGER;
  - level               :INTEGER;

  // normative derived variables (as per ISO/IEC 13818-2) 
  - horizontal_size:INTEGER;
  - vertical_size  :INTEGER;
  - mb_width       :INTEGER;
  - mb_height      :INTEGER;  

  // headers 
      
  // ISO/IEC 13818-2 section 6.2.2.3:  sequence_extension() 
  - profile_and_level_indication:INTEGER;
  - progressive_sequence        :BOOLEAN;
  - chroma_format               :INTEGER;  
  
  // ISO/IEC 13818-2 section 6.2.2.4:  sequence_display_extension()   
  - matrix_coefficients     :INTEGER;
    
  // ISO/IEC 13818-2 section 6.2.3: picture_header() 
  - temporal_reference      :INTEGER;
  - picture_coding_type     :INTEGER;
  - full_pel_forward_vector :BOOLEAN;
  - forward_f_code          :INTEGER;
  - full_pel_backward_vector:BOOLEAN;
  - backward_f_code         :INTEGER;
    
  // ISO/IEC 13818-2 section 6.2.3.1: picture_coding_extension() header 
//  - f_code:FIXED_ARRAY2(INTEGER) := FIXED_ARRAY2(INTEGER).create 2,2;
  - f_code:FAST_ARRAY2(INTEGER) := FAST_ARRAY2(INTEGER).create(2,2);
  - intra_dc_precision        :INTEGER;
  - picture_structure         :INTEGER;
  - top_field_first           :BOOLEAN;
  - frame_pred_frame_dct      :BOOLEAN;
  - concealment_motion_vectors:BOOLEAN;
  - intra_vlc_format          :BOOLEAN;
  - repeat_first_field        :BOOLEAN;
  - chroma_420_type           :INTEGER;
  - progressive_frame         :BOOLEAN;
   
  // ISO/IEC 13818-2 section 6.2.2.5: sequence_scalable_extension() header 
  - lower_layer_prediction_horizontal_size:INTEGER;
  - lower_layer_prediction_vertical_size  :INTEGER;
  - horizontal_subsampling_factor_m       :INTEGER;
  - horizontal_subsampling_factor_n       :INTEGER;
  - vertical_subsampling_factor_m         :INTEGER;
  - vertical_subsampling_factor_n         :INTEGER;
  
  // ISO/IEC 13818-2 section 6.2.3.5: picture_spatial_scalable_extension() header 
  - lower_layer_temporal_reference          :INTEGER;
  - lower_layer_horizontal_offset           :INTEGER;
  - lower_layer_vertical_offset             :INTEGER;
  - spatial_temporal_weight_code_table_index:INTEGER;
  - lower_layer_progressive_frame           :BOOLEAN;
  - lower_layer_deinterlaced_field_select   :BOOLEAN;

  - decode_layer :INTEGER;
  - global_mba   :INTEGER;
  - global_pic   :INTEGER;
  - true_framenum:INTEGER;

  // layer specific variables (needed for SNR and DP scalability) 
  - ld   :LAYER_DATA;
lisaac_0.39_rc1/example/gui/mpg2/motion.li0000644000175000017500000001447711314031257020365 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := MOTION;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "motion vector decoding.";
  
Section Inherit
  
  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;
  
Section Public
  
  - motion_vectors (pmv:PMV,dmvector:VECTOR,
  motion_vertical_field_select:FAST_ARRAY2(BOOLEAN),
  s,motion_vector_count:INTEGER,mv_format:BOOLEAN,h_r_size,v_r_size:INTEGER,dmv,mvscale:BOOLEAN) <-
  // ISO/IEC 13818-2 sections 6.2.5.2, 6.3.17.2, and 7.6.3: Motion vectors   
  //  
  // int motion_vertical_field_select[2][2];  
  ( + bits:BOOLEAN;
    
    (motion_vector_count = 1).if {
      ((mv_format = mv_field) && {! dmv}).if {	
	bits := ld.get_boolean;
	motion_vertical_field_select.put bits to (1,s); 
	motion_vertical_field_select.put bits to (0,s);
      };

      motion_vector (pmv,0,s,dmvector,h_r_size,v_r_size,dmv,mvscale,FALSE);

      // update other motion vector predictors 
      pmv.put (pmv.item (0,s,0)) to (1,s,0);
      pmv.put (pmv.item (0,s,1)) to (1,s,1);      
    } else {
      bits := ld.get_boolean;
      motion_vertical_field_select.put bits to (0,s);

      motion_vector (pmv,0,s,dmvector,h_r_size,v_r_size,dmv,mvscale,FALSE);
      
      bits := ld.get_boolean;
      motion_vertical_field_select.put bits to (1,s);
      
      motion_vector (pmv,1,s,dmvector,h_r_size,v_r_size,dmv,mvscale,FALSE);
    };
  );

  - motion_vector (pmv:PMV,pmv1,pmv2:INTEGER,dmvector:VECTOR,
  h_r_size,v_r_size:INTEGER,dmv,mvscale,full_pel_vector:BOOLEAN) <-
  // get and decode motion vector and differential motion vector for one prediction
  //
  // int dmv;              MPEG-2 only: get differential motion vectors 
  // int mvscale;          MPEG-2 only: field vector in frame pic 
  // int full_pel_vector;  MPEG-1 only 
  ( + motion_code, motion_residual, new:INTEGER;
    
    // horizontal component 
    // ISO/IEC 13818-2 Table B-10 
    motion_code := GETVLC.get_motion_code;        
    ((h_r_size != 0) && {motion_code != 0}).if {
      motion_residual := ld.get_bits h_r_size;
    };
    new := decode_motion_vector ((pmv.item (pmv1,pmv2,0)),h_r_size,motion_code,motion_residual,full_pel_vector);
    pmv.put new to (pmv1,pmv2,0);
    (dmv).if {
      dmvector.put_first (GETVLC.get_dmvector);
    };

    // vertical component
    motion_code     := GETVLC.get_motion_code;
    ((v_r_size != 0) && {motion_code != 0}).if {
      motion_residual := ld.get_bits v_r_size;
    } else {
      motion_residual := 0;
    };
    (mvscale).if {      
      pmv.put (pmv.item (pmv1,pmv2,1) >> 1) to (pmv1,pmv2,1);
    };
    new := decode_motion_vector ((pmv.item (pmv1,pmv2,1)),v_r_size,motion_code,motion_residual,full_pel_vector);
    pmv.put new to (pmv1,pmv2,1);
    (mvscale).if {
      pmv.put (pmv.item (pmv1,pmv2,1) << 1) to (pmv1,pmv2,1);
    };
    (dmv).if {
      dmvector.put_second (GETVLC.get_dmvector);
    };
  );
  
Section Private
  
  - decode_motion_vector (pred,r_size,motion_code,motion_residual:INTEGER,full_pel_vector:BOOLEAN) :INTEGER <-
  // calculate motion vector component 
  // ISO/IEC 13818-2 section 7.6.3.1: Decoding the motion vectors 
  // Note: the arithmetic here is more elegant than that which is shown 
  // in 7.6.3.1.  The end results (PMV[][][]) should, however, be the same.
  //
  // int *pred;              BSBS: Return new `pred'.
  // int full_pel_vector;    MPEG-1 (ISO/IEC 11172-1) support
  ( + lim, vec, result:INTEGER;

    lim := 16 << r_size;
    (full_pel_vector).if {
      vec := pred >> 1;
    } else {
      vec := pred;
    };

    (motion_code > 0).if {
      vec := vec + ((motion_code - 1) << r_size) + motion_residual + 1;
      (vec >= lim).if {
	vec := vec - (lim + lim);
      };
    } else {
      (motion_code < 0).if {
	vec := vec - (((-motion_code-1) << r_size) + motion_residual + 1);
	(vec < -lim).if {
	  vec := vec + lim + lim;
	};
      };
    };
    
    (full_pel_vector).if {
      result := vec << 1;
    } else {
      result := vec;
    };
    result
  );
  
Section Public

  - dual_prime_arithmetic (dmv:FAST_ARRAY2(INTEGER),dmvector:VECTOR,mvx,mvy:INTEGER) <-
  // ISO/IEC 13818-2 section 7.6.3.6: Dual prime additional arithmetic 
  //
  // int DMV[][2];
  // int *dmvector;    differential motion vector
  // int mvx, mvy;     decoded mv components (always in field format) 
  ( + dmv00,dmv01,dmv10,dmv11:INTEGER;
    + incx,incy:INTEGER;
    + tmpx1,tmpy1,tmpx3,tmpy3:INTEGER;
    
    incx := (mvx > 0).to_integer;
    incy := (mvy > 0).to_integer;
    tmpx1 := ((mvx  + incx) >> 1) + dmvector.first;
    tmpy1 := ((mvy  + incy) >> 1) + dmvector.second;
    (picture_structure = frame_picture).if {
      tmpx3 := ((3*mvx + incx) >> 1) + dmvector.first;
      tmpy3 := ((3*mvy + incy) >> 1) + dmvector.second;
      (top_field_first).if {
	/// vector for prediction of top field from bottom field 
	dmv00 := tmpx1;
	dmv01 := tmpy1 - 1;	
	// vector for prediction of bottom field from top field 
	dmv10 := tmpx3;
	dmv11 := tmpy3 + 1;
      } else {
	// vector for prediction of top field from bottom field 
	dmv00 := tmpx3; 
	dmv01 := tmpy3 - 1;
	// vector for prediction of bottom field from top field 
	dmv10 := tmpx1;
	dmv11 := tmpy1 + 1;
      };      
      dmv.put dmv10 to (1,0);
      dmv.put dmv11 to (1,1);
    } else {
      // vector for prediction from field of opposite 'parity' 
      dmv00 := tmpx1;            
      // correct for vertical field shift 
      (picture_structure = top_field).if {
	dmv01 := tmpy1 - 1;
      } else {
	dmv01 := tmpy1 + 1;
      };
    };
    dmv.put dmv00 to (0,0);
    dmv.put dmv01 to (0,1);
  );
lisaac_0.39_rc1/example/gui/mpg2/store.li0000644000175000017500000004566511314031257020217 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := STORE;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "picture output routines.";
  
//  - external := `#include `;
  
Section Inherit
  
  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;
  
Section Public 
  
  - checksum:INTEGER;
  
Section Private
  
  - my_write (file:FILE,buf:FAST_ARRAY(UINTEGER_8),len:INTEGER) <-
  (
    outfile.write buf from 0 size len;
  );
  
  - obfrsize:INTEGER := 4096;
  - obfr:FAST_ARRAY(UINTEGER_8) := FAST_ARRAY(UINTEGER_8).create obfrsize;
  - optr:INTEGER;

  - outfile:FILE; 
  - outname:STRING := STRING.create 256;
  
  - openfile <-
  ( 
    outfile := FILE_SYSTEM.make_file outname;    
    outfile.open;
    optr := 0;
  );
  
  - closefile <-
  ( 
    (optr != 0).if {          
      my_write (outfile,obfr,optr); 
    };    
    outfile.close;    
  );

  - putbyte c:UINTEGER_8 <-
  (     
    obfr.put c to optr;
    optr := optr + 1;

    (optr = obfrsize).if {    
      my_write (outfile,obfr,optr); 
      optr := 0;
    };
  );
    
Section Public

  - write_frame (src:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)),frame:INTEGER) <-
  // store a picture as either one frame or two fields  
  ( //+ ofs:INTEGER;     
    (output_type = 0).if {
      
      (screen = NULL).if {
	screen := BITMAP(PIXEL_24).create_size (horizontal_size,vertical_size);
      };      
      output src bitmap screen;
    } else {      
      outname.copy output_picture_filename;
      frame.append_in outname;
      
      output_type    
      .when t_yuv then {
	store_yuv src;
      }    
      .when t_sif then {
	store_sif src;
      }
      .when t_tga then {
	store_ppm_tga src is_tga TRUE;
      }
      .when t_ppm then {
	store_ppm_tga src is_tga FALSE;
      };
    };
  );
  
Section Private
      
  - store_yuv src:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)) <-
  // separate headerless files for y, u and v   
  ( + hsize,vsize,incr:INTEGER;
        
    incr  := coded_picture_width;
    vsize := vertical_size;    
    hsize := horizontal_size;
    
    outname.append ".Y";    
    store_yuv1 ((src.item 0),incr,hsize,vsize);
    
    (chroma_format != chroma444).if {      
      incr  := incr  >> 1; 
      hsize := hsize >> 1;
    };    
    (chroma_format = chroma420).if {
      vsize := vsize >> 1;
    };
    
    outname.put 'U' to (outname.upper);    
    store_yuv1 ((src.item 1),incr,hsize,vsize);
        
    outname.put 'V' to (outname.upper);    
    store_yuv1 ((src.item 2),incr,hsize,vsize);
  );

  - store_yuv1 (src:NATIVE_ARRAY(UINTEGER_8),incr,hsize,vsize:INTEGER) <-
  // auxiliary routine   
  ( + psrc:NATIVE_ARRAY(UINTEGER_8);
    + hsize_m1:INTEGER;
    + idx:INTEGER;

    openfile;
    hsize_m1 := hsize -1;
    psrc := src;
    0.to (vsize-1) do { y:INTEGER;      
      0.to hsize_m1 do { x:INTEGER;
	     putbyte (psrc.item idx);
        idx := idx + 1;
      };      
    };
/*	 for (i=0; i> 1;
    hsize   := (horizontal_size-1) >> 1;
    0.to ((vertical_size-1)*incr_uv) by incr_uv do { luv:INTEGER;
      luv.to (luv+hsize) do { puv:INTEGER;
	py := puv << 1;
	putbyte (u422.item puv);
	putbyte (y444.item py);
	putbyte (v422.item puv);	
	putbyte (y444.item (py|1));
      };      
    };
    
    closefile;
  );

  - store_ppm_tga src:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)) is_tga tgaflag:BOOLEAN <-
  // store as PPM (PBMPLUS) or uncompressed Truevision TGA ('Targa') file
  (         
    (tgaflag).if {
      // TGA header       
      outname.append ".tga";
      openfile;
      
      0.to 11 do { i:INTEGER;
	putbyte 0;
      };
      obfr.put 2 to 2;      
      putbyte ((horizontal_size & 0FFh).to_uinteger_8); 
      putbyte ((horizontal_size >> 8  ).to_uinteger_8);
      putbyte ((vertical_size   & 0FFh).to_uinteger_8); 
      putbyte ((vertical_size   >> 8  ).to_uinteger_8);
      putbyte 24; 
      putbyte 32;
      
      output_rgb src flag TRUE;
    } else {
      // PPM header 
      outname.append ".ppm";
      openfile;
      error_text.copy "P6\n";
      horizontal_size.append_in error_text;
      error_text.add_last ' ';
      vertical_size.append_in error_text;
      error_text.append "\n255\n";            
      (error_text.lower).to (error_text.upper) do { k:INTEGER;
	putbyte (error_text.item k.to_uinteger_8);
      };
      output_rgb src flag FALSE;
    };
        
    closefile;    
  );
  
  //
  // RGB action.
  //
  
  - output_rgb src:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)) flag tga_flag:BOOLEAN <-
  ( + y, u, v:INTEGER;
    + r, g, b:UINTEGER_8;
    + crv, cbu, cgu, cgv:INTEGER; 
    + u444, v444, y444,ptr_clip:NATIVE_ARRAY(UINTEGER_8);
    + line,col,hs:INTEGER;
    //+ py,pu,pv:NATIVE_ARRAY(UINTEGER_8);
    
    y444 := src.item 0;
    (chroma_format != chroma444).if {      
      (chroma_format = chroma420).if {	      
	conv420to422 (src.item 1) and (src.item 2);
        conv422to444 u422buf and v422buf;	        
      } else {
	conv422to444 (src.item 1) and (src.item 2);	      
      };
      u444 := u444buf;
      v444 := v444buf;
    } else {
      u444 := src.item 1;
      v444 := src.item 2;  
    };
        
    // matrix coefficients 
    
    crv := TABLE.inverse_table_6_9 (matrix_coefficients,0);
    cbu := TABLE.inverse_table_6_9 (matrix_coefficients,1);
    cgu := TABLE.inverse_table_6_9 (matrix_coefficients,2);
    cgv := TABLE.inverse_table_6_9 (matrix_coefficients,3);

    ptr_clip := clip.storage+384;
    hs := horizontal_size-1;
    0.to (vertical_size-1) do { i:INTEGER;            
      //py := y444 + i;
      //pu := u444 + i;
      //pv := v444 + i; 
      col := line;
      0.to hs do { j:INTEGER;	
        /*
	u :=  pu.item 0.to_integer - 128;
	pu := pu + 1;
	v :=  pv.item 0.to_integer - 128;
	pv := pv + 1;
	y :=  (py.item 0.to_integer - 16 ) * 76309; // (255/219)*65536 
	py := py + 1;
	*/
	u :=  u444.item col.to_integer - 128;
	v :=  v444.item col.to_integer - 128;
	y := (y444.item col.to_integer - 16 ) * 76309; // (255/219)*65536 
	
	r := ptr_clip.item ((y + crv * v           + 32768) >> 16);
	g := ptr_clip.item ((y - cgu * u - cgv * v + 32768) >> 16);
	b := ptr_clip.item ((y + cbu * u           + 32786) >> 16);
	
	(tga_flag).if {
	  putbyte b; 
	  putbyte g; 
	  putbyte r;
	} else {
	  putbyte r; 
	  putbyte g; 
	  putbyte b;
	};
	
	col := col + 1;
      };
      line := line + coded_picture_width;
    };
  );  
  
  - output src:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)) bitmap bmp:ABSTRACT_BITMAP <-
  ( + y, u, v:INTEGER;
    + r, g, b:UINTEGER_8;
    + color:UINTEGER_32;
    + crv, cbu, cgu, cgv:INTEGER; 
    + u444, v444, y444,ptr_clip:NATIVE_ARRAY(UINTEGER_8);
    + line,col,hs:INTEGER;
    + bmp_line:ABSTRACT_BMP_LINE;
    + tmp:INTEGER;
    
    y444 := src.item 0;
    (chroma_format != chroma444).if {      
      (chroma_format = chroma420).if {	
	conv420to422 (src.item 1) and (src.item 2);
	conv422to444 u422buf and v422buf;	
      } else {
	conv422to444 (src.item 1) and (src.item 2);	      
      };
      u444 := u444buf;
      v444 := v444buf;
    } else {
      u444 := src.item 1;
      v444 := src.item 2;  
    };
        
    // matrix coefficients 
    
    crv := TABLE.inverse_table_6_9 (matrix_coefficients,0);
    cbu := TABLE.inverse_table_6_9 (matrix_coefficients,1);
    cgu := TABLE.inverse_table_6_9 (matrix_coefficients,2);
    cgv := TABLE.inverse_table_6_9 (matrix_coefficients,3);
        
    ptr_clip := clip.storage+384;
    hs := horizontal_size-1;
    0.to (vertical_size-1) do { i:INTEGER;                  
      col := line;
      bmp_line := bmp.get_y_line i;
      0.to hs do { j:INTEGER;	
	u :=  u444.item col.to_integer - 128;
	v :=  v444.item col.to_integer - 128;
	y := 76309 * (y444.item col.to_integer - 16 ); // (255/219)*65536 
        // BSBS: PATCH! BUG ! C LA MERDE !!!!!!
        tmp := (y + crv * v           + 32768) >> 16;
        tmp := tmp.max 0.min 255;
        r := ptr_clip.item tmp;

        tmp := (y - cgu * u - cgv * v + 32768) >> 16;
        tmp := tmp.max 0.min 255;
        g := ptr_clip.item tmp;        
        
        tmp := (y + cbu * u           + 32786) >> 16;
        tmp := tmp.max 0.min 255;
        b := ptr_clip.item tmp;
        
        color := (r.to_uinteger_32 << 16) | (g.to_uinteger_32 << 8) | b;
        bmp_line.put color to j;

	col := col + 1;
      };
      line := line + coded_picture_width;
    };
  );  
  
  //
  // Conversion.
  //
  
  - u422buf:NATIVE_ARRAY(UINTEGER_8);
  - v422buf:NATIVE_ARRAY(UINTEGER_8);
  
  - conv420to422 u420:NATIVE_ARRAY(UINTEGER_8) and v420:NATIVE_ARRAY(UINTEGER_8) <-
  ( + size:INTEGER;
    (u422buf = NULL).if {
      size    := (coded_picture_width >> 1) * coded_picture_height;
      u422buf := NATIVE_ARRAY(UINTEGER_8).calloc_intern size;
      v422buf := NATIVE_ARRAY(UINTEGER_8).calloc_intern size;
    };      
    conv420 (u420) to422 (u422buf);
    conv420 (v420) to422 (v422buf);
  );    

  - u444buf:NATIVE_ARRAY(UINTEGER_8);
  - v444buf:NATIVE_ARRAY(UINTEGER_8);
  
  - conv422to444 u422:NATIVE_ARRAY(UINTEGER_8) and v422:NATIVE_ARRAY(UINTEGER_8) <-
  ( + size:INTEGER;
    (u444buf = NULL).if {
      size    := coded_picture_width * coded_picture_height;
      u444buf := NATIVE_ARRAY(UINTEGER_8).calloc_intern size;
      v444buf := NATIVE_ARRAY(UINTEGER_8).calloc_intern size;
    };      
    conv422 (u422) to444 (u444buf);
    conv422 (v422) to444 (v444buf);
  );    
   
  //
  // Conversion Vertical / Horizontal
  //
  
  - conv420 sc:NATIVE_ARRAY(UINTEGER_8) to422 dt:NATIVE_ARRAY(UINTEGER_8) <-  
  // vertical 1:2 interpolation filter   
  ( + w, h, j2,y_up,x_up:INTEGER;    
    + jm6, jm5, jm4, jm3, jm2, jm1, jp1, jp2, jp3, jp4, jp5, jp6, jp7:INTEGER;
    + p1,p2,p3,p4,p5,p6,p7:INTEGER;
    + idx:INTEGER;
    + pclip:NATIVE_ARRAY(UINTEGER_8);
    + src,dst:NATIVE_ARRAY(UINTEGER_8);
        
    src := sc;
    dst := dt;
    
    pclip := clip.storage + 384;
    
    w := coded_picture_width  >> 1;
    h := coded_picture_height >> 1;
    
    y_up := h - 1;
    x_up := w - 1;
    //w2   := w << 1;
    //w3   := w2 + w;
            
    (progressive_frame).if {
      // intra frame 
      0.to x_up do { i:INTEGER;
	0.to y_up do { j:INTEGER;
	  j2   := j << 1;
	  //j2p1 := j2 + w;
	
	  jm3 := 0.max (j-3);
	  jm2 := 0.max (j-2);
	  jm1 := 0.max (j-1);
	  
	  jp1 := (j+1).min y_up;
	  jp2 := (j+2).min y_up;
	  jp3 := (j+3).min y_up;
	  
	  p1 := src.item (jm3 * w);
	  p2 := src.item (jm2 * w);
	  p3 := src.item (jm1 * w);
	  p4 := src.item (j   * w);
	  p5 := src.item (jp1 * w);
	  p6 := src.item (jp2 * w);
	  p7 := src.item (jp3 * w);
	  // FIR filter coefficients (*256): 5 -21 70 228 -37 11 
	  // New FIR filter coefficients (*256): 3 -16 67 227 -32 7 
          idx := (3*p1 - 16*p2 + 67*p3 + 227*p4 - 32*p5 + 7*p6 + 128) >> 8;	  
          
          // BSBS: PATCH 4012 :
          idx := idx.max 0.min 255;
          
	  dst.put (pclip.item idx) to (j2 * w);
	  
          idx := (3*p7 - 16*p6 + 67*p5 + 227*p4 - 32*p3 + 7*p2 + 128) >> 8;	  
          
          // BSBS: PATCH 2 ! BUG C la le méga merde !!!
          idx := idx.max 0.min 255;
          
	  dst.put (pclip.item idx) to ((j2 + 1) * w);
	};
	src := src + 1;
	dst := dst + 1;
      };
      /*
      0.to (w*y_up) by w do { j:INTEGER;
	j2   := j << 1;
	j2p1 := j2 + w;
	
	jm3 := 0.max (j-w3);
	jm2 := 0.max (j-w2);
	jm1 := 0.max (j-w);
	  
	jp1 := y_up.min (j+w);
	jp2 := y_up.min (j+w2);
	jp3 := y_up.min (j+w3);
	
	0.to x_up do { x:INTEGER;
	  p1 := src.item (jm3 + x);
	  p2 := src.item (jm2 + x);
	  p3 := src.item (jm1 + x);
	  p4 := src.item (j   + x);
	  p5 := src.item (jp1 + x);
	  p6 := src.item (jp2 + x);
	  p7 := src.item (jp3 + x);
	  // FIR filter coefficients (*256): 5 -21 70 228 -37 11 
	  // New FIR filter coefficients (*256): 3 -16 67 227 -32 7 
	  idx := (3*p1 - 16*p2 + 67*p3 + 227*p4 - 32*p5 + 7*p6 + 128) >> 8;	  
	  dst.put (pclip.item idx) to (j2   + x);
	  
	  idx := (3*p7 - 16*p6 + 67*p5 + 227*p4 - 32*p3 + 7*p2 + 128) >> 8;	  
	  dst.put (pclip.item idx) to (j2p1 + x);
	};
      };      
      */
    } else {
      // intra field 
      //w3 := w2 + w;
      //w4 := w << 2;
      //w5 := w4 + w;
      //w6 := w4 + w2;
      //w7 := w6 + w;
      0.to x_up do { i:INTEGER;
        0.to y_up do { j:INTEGER;           
          j2   := j << 1;
          // Top field
          jm6 := 0.max (j-6);
          jm4 := 0.max (j-4);
          jm2 := 0.max (j-2);
	  	
          jp2 := (y_up-1).min (j+2);
          jp4 := (y_up-1).min (j+4);
          jp6 := (y_up-1).min (j+6);
		
	  p1 := src.item (jm6 * w);
	  p2 := src.item (jm4 * w);
	  p3 := src.item (jm2 * w);
	  p4 := src.item (j   * w);
	  p5 := src.item (jp2 * w);
	  p6 := src.item (jp4 * w);
	  p7 := src.item (jp6 * w);
	  // Polyphase FIR filter coefficients (*256): 2 -10 35 242 -18 5 
	  // New polyphase FIR filter coefficients (*256): 1 -7 30 248 -21 5 
	  idx := (1*p1 - 7*p2 + 30*p3 + 248*p4 - 21*p5 + 5*p6 + 128) >> 8;
	  dst.put (pclip.item idx) to (j2 * w);
	  
	  // Polyphase FIR filter coefficients (*256): 11 -38 192 113 -30 8 
	  // New polyphase FIR filter coefficients (*256):7 -35 194 110 -24 4 
	  idx := (7*p2 - 35*p3 + 194*p4 + 110*p5 - 24*p6 + 4*p7 + 128) >> 8;
	  dst.put (pclip.item idx) to ((j2 + 2) * w);
	  // Polyphase FIR filter coefficients (*256): 11 -38 192 113 -30 8 
          // New polyphase FIR filter coefficients (*256):7 -35 194 110 -24 4 
          
          // bottom field 
          jm5 := (j-5).max 1;
          jm3 := (j-3).max 1;
          jm1 := (j-1).max 1;
          jp1 := (j+1).min y_up;
          jp3 := (j+3).min y_up;
          jp5 := (j+5).min y_up;
          jp7 := (j+7).min y_up;
          
          p1 := src.item (jp5 * w);
	  p2 := src.item (jp3 * w);
	  p3 := src.item (jp1 * w);
	  p4 := src.item (jm1 * w);
	  p5 := src.item (jm3 * w);
	  p6 := src.item (jm5 * w);
	  p7 := src.item (jp7 * w);
	  idx := (7*p1 - 35*p2 + 194*p3 + 110*p4 - 24*p5 + 4*p6 + 128) >> 8;
	  dst.put (pclip.item idx) to ((j2+1) * w); 
	  
	  idx := (1*p7 - 7*p1 + 30*p2 + 248*p3 - 21*p4 + 5*p5 + 128) >> 8;
	  dst.put (pclip.item idx) to ((j2+3) * w); 
        };
        src := src + 1;
        dst := dst + 1;
      };
    };    
  );
  
  - conv422 sc:NATIVE_ARRAY(UINTEGER_8) to444 dt:NATIVE_ARRAY(UINTEGER_8) <-
  // horizontal 1:2 interpolation filter  
  ( + w, im3, im2, im1, ip1, ip2, ip3:INTEGER;
    + x_up,y_up/*,y_up_x_w*/:INTEGER;
    + idx,i2:INTEGER;
    + p1,p2,p3,p4,p5,p6,p7:INTEGER;
    + pclip:NATIVE_ARRAY(UINTEGER_8);
    + src,dst:NATIVE_ARRAY(UINTEGER_8);
    src := sc;
    dst := dt;
    
    pclip := clip.storage+384;
    
    w := coded_picture_width >> 1;
    x_up := w - 1;
    y_up := coded_picture_height - 1;
    //y_up_x_w := y_up * w;
    `/* POINT 2 */`;
    (ld.mpeg2_flag).if {
      0.to y_up do { j:INTEGER;
	0.to x_up do { i:INTEGER;
	  i2 := i << 1;
	  im2 := 0.max (i-2);
	  im1 := 0.max (i-1);
	  ip1 := x_up.min (i+1);
	  ip2 := x_up.min (i+2);
	  ip3 := x_up.min (i+3);
	  
	  // FIR filter coefficients (*256): 21 0 -52 0 159 256 159 0 -52 0 21 
	  // even samples (0 0 256 0 0) 	  
	  dst.put (src.item i) to i2;
	  
	  // odd samples (21 -52 159 159 -52 21) 
	  idx := (
	    21  * (src.item im2.to_integer + src.item ip3) -
	    52  * (src.item im1.to_integer + src.item ip2) +
	    159 * (src.item i  .to_integer + src.item ip1) + 128
	  ).to_integer >> 8;
	  
	  dst.put (pclip.item idx) to (i2 + 1);
	};
	src := src + w;
	dst := dst + coded_picture_width;
      };
      /*
      0.to x_up do { i:INTEGER;
	im2 := 0.max (i-2);
	im1 := 0.max (i-1);
	ip1 := x_up.min (i+1);
	ip2 := x_up.min (i+2);
	ip3 := x_up.min (i+3);
	0.to y_up_x_w by w do { j:INTEGER;
	  // FIR filter coefficients (*256): 21 0 -52 0 159 256 159 0 -52 0 21 
	  // even samples (0 0 256 0 0) 
	  j2 := (j + i) << 1;
	  dst.put (src.item (j+i)) to j2;
	  
	  // odd samples (21 -52 159 159 -52 21) 
	  idx := (
	    21  * (src.item (j+im2).to_integer + src.item (j+ip3)) -
	    52  * (src.item (j+im1).to_integer + src.item (j+ip2)) +
	    159 * (src.item (j+i  ).to_integer + src.item (j+ip1)) + 128
	  ).to_integer >> 8;
	  
	  dst.put (pclip.item idx) to (j2 + 1);
	};
      };
      */
    } else {
      0.to y_up do { j:INTEGER;  
	0.to x_up do { i:INTEGER;
	  i2 := i << 1;
	  im3 := 0.max (i-3);
	  im2 := 0.max (i-2);
	  im1 := 0.max (i-1);
	  ip1 := x_up.min (i+1);
	  ip2 := x_up.min (i+2);
	  ip3 := x_up.min (i+3);
	  
	  p1 := src.item im3;
	  p2 := src.item im2;
	  p3 := src.item im1;
	  p4 := src.item i  ;
	  p5 := src.item ip1;
	  p6 := src.item ip2;
	  p7 := src.item ip3;
	  // FIR filter coefficients (*256): 5 -21 70 228 -37 11 
	  idx := (5*p1 - 21*p2 + 70*p3 + 228*p4 - 37*p5 + 11*p6 + 128) >> 8;	  
	  dst.put (pclip.item idx) to i2;
	  
          idx := (5*p7 - 21*p6 + 70*p5 + 228*p4 - 37*p3 + 11*p2 + 128) >> 8;	  
          // BSBS: PATCH 3 C'est la merde !
          idx := idx.max 0.min 255;
          
	  dst.put (pclip.item idx) to (i2 + 1);
	};
	src := src + w;
	dst := dst + coded_picture_width;
      };
      
      /*
      0.to x_up do { i:INTEGER;
	im3 := 0.max (i-3);
	im2 := 0.max (i-2);
	im1 := 0.max (i-1);
	ip1 := x_up.min (i+1);
	ip2 := x_up.min (i+2);
	ip3 := x_up.min (i+3);
	0.to y_up_x_w by w do { j:INTEGER;  
	  j2 := (j+i) << 1;
	  p1 := src.item (j+im3);
	  p2 := src.item (j+im2);
	  p3 := src.item (j+im1);
	  p4 := src.item (j+i  );
	  p5 := src.item (j+ip1);
	  p6 := src.item (j+ip2);
	  p7 := src.item (j+ip3);
      	  // FIR filter coefficients (*256): 5 -21 70 228 -37 11 
	  idx := (5*p1 - 21*p2 + 70*p3 + 228*p4 - 37*p5 + 11*p6 + 128) >> 8;	  
	  dst.put (pclip.item idx) to j2;
	  
	  idx := (5*p7 - 21*p6 + 70*p5 + 228*p4 - 37*p3 + 11*p2 + 128) >> 8;	  
	  dst.put (pclip.item idx) to (j2 + 1);
	};	
      };
      */
    };
  );
lisaac_0.39_rc1/example/gui/mpg2/dcttab.li0000644000175000017500000000237711314031257020315 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := DCTTAB;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "Simple struct for table.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Mapping
  
  + map_run:INTEGER_8;
  
  + map_level:INTEGER_8;

  + map_len:INTEGER_8;

Section Public
  
  - run:INTEGER_8 <- map_run;
  
  - level:INTEGER_8 <- map_level;

  - len:INTEGER_8 <- map_len;
lisaac_0.39_rc1/example/gui/mpg2/anim.mpe0000644000175000017500000427000411314031257020153 0ustar  sonntagsonntagº!€!»€!áÿàà.ÀÀ ¾Üÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿº!	a€!àî`.1~‘bq³ q   & &,,,,,,4046664444666:::DDD:::66::@@DDJLJFFDFLLPPP``\\pptŠŠ§¸@ˆ;ùIìĽv0hØÜeƒ\¤§¾o/ó%È×kÿ‘	Iäi|Tôì«XOæWrŒW	µ{|eò²¦Ü€•ê@ÈëEÚ.¥ÍKV&¥Ö3Ô
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Õ¬ŽG<ÉŸ/^áÁtº•+Þ”µCj†Ye—±{¾¯£€àôzK%ÐtÛmÕ¥å*b1•pâJ“‰Ë·ZØ@G`ŽÄÈL‡Ru%m[jZ›F£z^˜M½n>}"‘>|©S÷éR¾}#‘¾|Öµ±#:2ã.1Ë¡HRÔµ6ÛmÖꀠTªMÚr$G†Ý¼ùß>|ùë×[­¾Žÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ¹lisaac_0.39_rc1/example/gui/mpg2/idct.li0000644000175000017500000001564311314031257017777 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := IDCT;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "inverse fast discrete cosine transform."; 
  
Section Inherit
  
  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;
  
Section Public

// **********************************************************
// * inverse two dimensional DCT, Chen-Wang algorithm       *
// * (cf. IEEE ASSP-32, pp. 803-816, Aug. 1984)             *
// * 32-bit integer arithmetic (8 bit coefficients)         *
// * 11 mults, 29 adds per DCT                              *
// *                                      sE, 18.8.91       *
// **********************************************************
// * coefficients extended to 12 bit for IEEE1180-1990      *
// * compliance                           sE,  2.1.94       *
// **********************************************************

// this code assumes >> to be a two's-complement arithmetic
// right shift: (-2)>>1 == -1 , (-3)>>1 == -2               

Section Private
  
  // Constant.
  - w1:INTEGER := 2841; // 2048*sqrt(2)*cos(1*pi/16) 
  - w2:INTEGER := 2676; // 2048*sqrt(2)*cos(2*pi/16) 
  - w3:INTEGER := 2408; // 2048*sqrt(2)*cos(3*pi/16) 
  - w5:INTEGER := 1609; // 2048*sqrt(2)*cos(5*pi/16) 
  - w6:INTEGER := 1108; // 2048*sqrt(2)*cos(6*pi/16) 
  - w7:INTEGER :=  565; // 2048*sqrt(2)*cos(7*pi/16) 

  - iclip:ARRAY(INTEGER_16) := 
  // clipping table 
  ( + result:ARRAY(INTEGER_16);
    
    result := ARRAY(INTEGER_16).create (-512) to 511;
    result.set_slice (-512) to (-256) with (-256);
    result.set_slice 255    to 511    with 255;
    (-255).to 254 do { i:INTEGER; 
      result.put (i.to_integer_16) to i;
    };
    result
  );

  - idctrow blk:NATIVE_ARRAY(INTEGER_16) index idx:INTEGER <-
  // row (horizontal) IDCT
  //
  //           7                       pi         1
  // dst[k] = sum c[l] * src[l] * cos( -- * ( k + - ) * l )
  //          l=0                      8          2
  //
  // where: c[0]    = 128
  //        c[1..7] = 128*sqrt(2)
  ( + x0, x1, x2, x3, x4, x5, x6, x7, x8:INTEGER;
    + tmp:INTEGER_16;
    
    // shortcut 
    x1 := blk.item (idx + 4).to_integer << 11;
    x2 := blk.item (idx + 6);
    x3 := blk.item (idx + 2);
    x4 := blk.item (idx + 1);
    x5 := blk.item (idx + 7);
    x6 := blk.item (idx + 5);
    x7 := blk.item (idx + 3);
    ((x1 | x2 | x3 | x4 | x5 | x6 | x7) = 0).if {
      tmp := blk.item idx << 3;
      7.downto 0 do { n:INTEGER;
	blk.put tmp to (idx + n);
      };
    } else {

      x0 := (blk.item idx.to_integer << 11) + 128; // for proper rounding in the fourth stage 

      // first stage 
      x8 := w7 * (x4 + x5);
      x4 := x8 + (w1 - w7) * x4;
      x5 := x8 - (w1 + w7) * x5;
      x8 := w3 * (x6 + x7);
      x6 := x8 - (w3 - w5) * x6;
      x7 := x8 - (w3 + w5) * x7;
      
      // second stage 
      x8 := x0 + x1;
      x0 := x0 - x1;
      x1 := w6 * (x3 + x2);
      x2 := x1 - (w2 + w6) * x2;
      x3 := x1 + (w2 - w6) * x3;
      x1 := x4 + x6;
      x4 := x4 - x6;
      x6 := x5 + x7;
      x5 := x5 - x7;
      
      // third stage 
      x7 := x8 + x3;
      x8 := x8 - x3;
      x3 := x0 + x2;
      x0 := x0 - x2;
      x2 := (181 * (x4 + x5) + 128) >> 8;
      x4 := (181 * (x4 - x5) + 128) >> 8;
      
      // fourth stage 
      blk.put (((x7+x1)>>8).to_integer_16) to (idx + 0);
      blk.put (((x3+x2)>>8).to_integer_16) to (idx + 1);
      blk.put (((x0+x4)>>8).to_integer_16) to (idx + 2);
      blk.put (((x8+x6)>>8).to_integer_16) to (idx + 3);
      blk.put (((x8-x6)>>8).to_integer_16) to (idx + 4);
      blk.put (((x0-x4)>>8).to_integer_16) to (idx + 5);
      blk.put (((x3-x2)>>8).to_integer_16) to (idx + 6);
      blk.put (((x7-x1)>>8).to_integer_16) to (idx + 7);
    };
  );

  - idctcol blk:NATIVE_ARRAY(INTEGER_16) index idx:INTEGER <-
  // column (vertical) IDCT
  //
  //             7                         pi         1
  // dst[8*k] = sum c[l] * src[8*l] * cos( -- * ( k + - ) * l )
  //            l=0                        8          2
  //
  // where: c[0]    = 1/1024
  //        c[1..7] = (1/1024)*sqrt(2)
  ( + x0, x1, x2, x3, x4, x5, x6, x7, x8:INTEGER;
    + tmp:INTEGER_16;
    
    // shortcut 
    x1 := blk.item (idx + 8*4).to_integer << 8;
    x2 := blk.item (idx + 8*6);
    x3 := blk.item (idx + 8*2);
    x4 := blk.item (idx + 8*1);
    x5 := blk.item (idx + 8*7);
    x6 := blk.item (idx + 8*5);
    x7 := blk.item (idx + 8*3);
    
    ((x1 | x2 | x3 | x4 | x5 | x6 | x7) = 0).if {      
      tmp := iclip.item ((blk.item idx.to_integer + 32) >> 6);
      (7*8).downto 0 by 8 do { n:INTEGER;
	blk.put tmp to (idx + n);
      };
    } else {

      x0 := (blk.item idx.to_integer << 8) + 8192;
      
      // first stage 
      x8 := w7 * (x4 + x5) + 4;
      x4 := (x8 + (w1 - w7) * x4) >> 3;
      x5 := (x8 - (w1 + w7) * x5) >> 3;
      x8 := w3 * (x6 + x7) + 4;
      x6 := (x8 - (w3 - w5) * x6) >> 3;
      x7 := (x8 - (w3 + w5) * x7) >> 3;
      
      // second stage 
      x8 := x0 + x1;
      x0 := x0 - x1;
      x1 := w6 * (x3 + x2) + 4;
      x2 := (x1 - (w2 + w6) * x2) >> 3;
      x3 := (x1 + (w2 - w6) * x3) >> 3;
      x1 := x4 + x6;
      x4 := x4 - x6;
      x6 := x5 + x7;
      x5 := x5 - x7;
      
      // third stage 
      x7 := x8 + x3;
      x8 := x8 - x3;
      x3 := x0 + x2;
      x0 := x0 - x2;
      x2 := (181 * (x4 + x5) + 128) >> 8;
      x4 := (181 * (x4 - x5) + 128) >> 8;
      
      // fourth stage 
      blk.put (iclip.item ((x7 + x1) >> 14)) to (idx + 8*0);
      blk.put (iclip.item ((x3 + x2) >> 14)) to (idx + 8*1);
      blk.put (iclip.item ((x0 + x4) >> 14)) to (idx + 8*2);
      blk.put (iclip.item ((x8 + x6) >> 14)) to (idx + 8*3);
      blk.put (iclip.item ((x8 - x6) >> 14)) to (idx + 8*4);
      blk.put (iclip.item ((x0 - x4) >> 14)) to (idx + 8*5);
      blk.put (iclip.item ((x3 - x2) >> 14)) to (idx + 8*6);
      blk.put (iclip.item ((x7 - x1) >> 14)) to (idx + 8*7);
    };
  );

Section Public

  - idct block:NATIVE_ARRAY(INTEGER_16) <-
  // two dimensional inverse discrete cosine transform 
  (          
    0.to 7 do { i:INTEGER;
      idctrow block index (8 * i);
    };

    0.to 7 do { i:INTEGER;
      idctcol block index i;
    };
  );

  
lisaac_0.39_rc1/example/gui/mpg2/getpic.li0000644000175000017500000006476711314031257020342 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := GETPIC;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "picture decoding."; 
  
  - external := `
  static unsigned char stwc_table[3][4]
  = { {6,3,7,4}, {2,1,5,4}, {2,5,7,4} };
  static unsigned char stwclass_table[9]
  = {0, 1, 2, 1, 1, 2, 3, 3, 4};
  `;
  
Section Inherit
  
  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;
  
Section Public

  - decode_picture (bitstream_framenum, sequence_framenum:INTEGER) <-
  // decode one frame or field picture 
  (

    ((picture_structure = frame_picture) && {second_field}).if {
      // recover from illegal number of field pictures 
      "odd number of field pictures\n".print;
      second_field := FALSE;
    };

    // IMPLEMENTATION: update picture buffer pointers 
    update_picture_buffers;

    // form spatial scalable picture 
 
    // form spatial scalable picture 
    // ISO/IEC 13818-2 section 7.7: Spatial scalability 
    (ld.pict_scal && {! second_field}).if {
      not_yet_implemented;
    };

    // decode picture data ISO/IEC 13818-2 section 6.2.3.7 
    picture_data bitstream_framenum;

    // write or display current or previously decoded reference frame 
    // ISO/IEC 13818-2 section 6.1.1.11: Frame reordering 
    frame_reorder (bitstream_framenum, sequence_framenum);

    (picture_structure != frame_picture).if {
      second_field := ! second_field;
    };
  );

Section Private

  - picture_data framenum:INTEGER <- 
  // decode all macroblocks of the current picture 
  // stages described in ISO/IEC 13818-2 section 7 
  ( + mbamax:INTEGER;

    // number of macroblocks per picture 
    mbamax := mb_width * mb_height;
    
    (picture_structure != frame_picture).if {
      mbamax := mbamax >> 1; // field picture has half as mnay macroblocks as frame 
    };
   
    {slice (framenum, mbamax) < 0}.until_do { 
      // Nothing.
    };
  );
  
  - motion_vertical_field_select:FAST_ARRAY2(BOOLEAN) := FAST_ARRAY2(BOOLEAN).create (2,2);
  - dc_dct_pred:NATIVE_ARRAY(INTEGER)                   := NATIVE_ARRAY(INTEGER).create 3;
  - pmv:PMV                                            := PMV;
  - dmvector:VECTOR                                    := VECTOR.clone;
    
  - slice (framenum, mbamax:INTEGER) :INTEGER <-
  // decode all macroblocks of the current picture 
  // ISO/IEC 13818-2 section 6.3.16   
  ( + mba:INTEGER; 
    + mbainc, macroblock_type, motion_type:INTEGER;
    + dct_type:BOOLEAN;        
    + stwtype, stwclass:INTEGER;    
    + ret:INTEGER;
    // Local `start_of_slice'
    + code:INTEGER;
    + slice_vert_pos_ext:INTEGER;    
    // Local `decode_macroblock'
    + quantizer_scale_code:INTEGER; 
    + comp:INTEGER;
    + motion_vector_count:INTEGER; 
    + mv_format:BOOLEAN; 
    + dmv:BOOLEAN; 
    + mvscale:BOOLEAN;
    + coded_block_pattern:INTEGER;
    + marker:BOOLEAN;
    
    // BSBS: Begin Inlining `start_of_slice'. 
    
    // return==-1 means go to next picture 
    // the expression "start of slice" is used throughout the normative
    // body of the MPEG specification       
    ret := 1;
    
    fault_flag := FALSE;

    ld.next_start_code;
    code := ld.show_bits 32;

    ((code < slice_start_code_min) || {code > slice_start_code_max}).if {
      // only slice headers are allowed in picture_data 
      (trace).if {
	"start_of_slice(): Premature end of picture\n".print;
      };
      ret := -1;  // trigger: go to next picture 
    } else {
    
      ld.flush_buffer32; 
    
      // decode slice header (may change quantizer_scale) 
      slice_vert_pos_ext := GETHDR.slice_header;
      
      // SCALABILITY: Data Partitioning 
      (ld.scalable_mode = sc_dp).if {
	not_yet_implemented;
      };
      
      (ret != -1).if {
	// decode macroblock address increment 
	mbainc := GETVLC.get_macroblock_address_increment;
	
	(fault_flag).if {
	  "start_of_slice(): MBAinc unsuccessful\n".print;
	  ret := 0;   // trigger: go to next slice 
	} else {
	  
	  // set current location 
	  // NOTE: the arithmetic used to derive macroblock_address below is
	  //       equivalent to ISO/IEC 13818-2 section 6.3.17: Macroblock
	  mba    := ((slice_vert_pos_ext << 7) + (code & 255) - 1) * mb_width + mbainc - 1;
	  mbainc := 1; // first macroblock in slice: not skipped 
	  
	  // reset all DC coefficient and motion vector predictors 
	  // reset all DC coefficient and motion vector predictors 
	  // ISO/IEC 13818-2 section 7.2.1: DC coefficients in intra blocks 
	  dc_dct_pred.set_all_with 0 until 2; // BSBS: [0..2] => 0
	  
	  // ISO/IEC 13818-2 section 7.6.3.4: Resetting motion vector predictors 
	  pmv.clear; // BSBS: [0..1][0..1][0..1] => 0       
	};
      };
    };
    
    // BSBS: End Inlining `start_of_slice'.
    
    (ret = 1).if {

      fault_flag := FALSE;
      
      // this is how we properly exit out of picture 
      (mba >= mbamax).if {
	ret := -1; // all macroblocks decoded 
      } else {
	{		  	
	  (mbainc = 0).if {
	    ((ld.scalable_mode = sc_dp) && {ld.priority_breakpoint = 1}).if {
	      not_yet_implemented;
	    };
	    
	    ((ld.show_bits 23 = 0) || {fault_flag}).if { // next_start_code or fault 	      
	      fault_flag := FALSE;
	      ret := 0;     // trigger: go to next slice 
	    } else { // neither next_start_code nor Fault_Flag 
	      ((ld.scalable_mode = sc_dp) && {ld.priority_breakpoint = 1}).if {
		not_yet_implemented;
	      };
	      
	      // decode macroblock address increment 
	      mbainc := GETVLC.get_macroblock_address_increment;
	      
	      (fault_flag).if {
		fault_flag := FALSE;
		ret := 0;
	      };
	    };
	  };
	  
	  (ret != 0).if {
	  
	    (mba >= mbamax).if {
	      // MBAinc points beyond picture dimensions 
	      (trace).if {
		"Too many macroblocks in picture\n".print;
	      };
	      ret := -1;
	    } else {
	      
	      (mbainc = 1).if { 
		// not skipped
		
		// BSBS: Begin Inlining `decode_macroblock'
		// ISO/IEC 13818-2 sections 7.2 through 7.5
		
		ret := 1;
    
		// SCALABILITY: Data Patitioning 
		(ld.scalable_mode = sc_dp).if {
		  not_yet_implemented;		  
		};

		// ISO/IEC 13818-2 section 6.3.17.1: Macroblock modes 
		macroblock_modes;
		// BSBS: Multiple results
		macroblock_type := pmacroblock_type;
		stwtype := pstwtype;
		stwclass := pstwclass;
		motion_type := pmotion_type;
		motion_vector_count := pmotion_vector_count;
		mv_format := pmv_format;
		dmv := pdmv;
		mvscale := pmvscale;
		dct_type := pdct_type;

		(fault_flag).if {  
		  ret := 0;  // trigger: go to next slice
		} else {
		  ((macroblock_type & macroblock_quant) != 0).if {
		    quantizer_scale_code := ld.get_bits 5;
		    // ISO/IEC 13818-2 section 7.4.2.2: Quantizer scale factor 
		    (ld.mpeg2_flag).if {
		      (ld.q_scale_type).if {
			ld.set_quantizer_scale (TABLE.non_linear_quantizer_scale quantizer_scale_code);
		      } else {
			ld.set_quantizer_scale (quantizer_scale_code << 1);
		      };
		    } else {
		      ld.set_quantizer_scale quantizer_scale_code;
		    };
		    
		    // SCALABILITY: Data Partitioning 
		    (ld.scalable_mode = sc_dp).if {
		      // make sure base.quantizer_scale is valid 
		      not_yet_implemented;
		      //base.set_quantizer_scale (ld.quantizer_scale);
		    };
		  };
		  
		  // motion vectors 
		  
		  // ISO/IEC 13818-2 section 6.3.17.2: Motion vectors 
		  
		  // decode forward motion vectors 
		  (
		    ((macroblock_type & macroblock_motion_forward) != 0) || 
		    {((macroblock_type & macroblock_intra) != 0) && {concealment_motion_vectors}}
		  ).if {
		    (ld.mpeg2_flag).if {
		      MOTION.motion_vectors (pmv,dmvector,motion_vertical_field_select,
		      0,motion_vector_count,mv_format,(f_code.item (0,0) - 1),(f_code.item (0,1) - 1),
		      dmv,mvscale);
		    } else {
		      MOTION.motion_vector (pmv,0,0,dmvector,
		      (forward_f_code - 1),(forward_f_code - 1),FALSE,FALSE,full_pel_forward_vector);
		    };
		  };
		  
		  (fault_flag).if {
		    ret := 0;  // trigger: go to next slice 
		  } else {
		    // decode backward motion vectors 
		    ((macroblock_type & macroblock_motion_backward) != 0).if {
		      (ld.mpeg2_flag).if {
			MOTION.motion_vectors (pmv,dmvector,motion_vertical_field_select,
			1,motion_vector_count,mv_format,(f_code.item (1,0) - 1),(f_code.item (1,1) - 1),FALSE,
			mvscale);
		      } else {
			MOTION.motion_vector (pmv,0,1,dmvector,
			(backward_f_code - 1),(backward_f_code - 1),FALSE,FALSE,full_pel_backward_vector);
		      };
		    };
		    
		    (fault_flag).if { 
		      ret := 0;  // trigger: go to next slice 
		    } else {
		      (((macroblock_type & macroblock_intra) != 0) && {concealment_motion_vectors}).if {
			ld.flush_buffer 1; // remove marker_bit 
		      };
		      
		      ((ld.scalable_mode = sc_dp) && {ld.priority_breakpoint = 3}).if {
			not_yet_implemented;			
		      };
		      
		      // macroblock_pattern 
		      // ISO/IEC 13818-2 section 6.3.17.4: Coded block pattern 
		      ((macroblock_type & macroblock_pattern) != 0).if {
			coded_block_pattern := GETVLC.get_coded_block_pattern;
			
			(chroma_format = chroma422).if {
			  // coded_block_pattern_1 
			  coded_block_pattern := (coded_block_pattern << 2) | ld.get_bits 2; 
			} else {
			  (chroma_format = chroma444).if {
			    // coded_block_pattern_2 
			    coded_block_pattern := (coded_block_pattern << 6) | ld.get_bits 6; 
			  };
			};
		      } else {
			((macroblock_type & macroblock_intra) != 0).if {
			  coded_block_pattern := (1 << block_count) - 1;
			} else {
			  coded_block_pattern := 0;
			};
		      };     
		      
		      (fault_flag).if {
			ret := 0;  // trigger: go to next slice 
		      } else {
			// decode blocks 
			comp := 0;
			{(comp < block_count) && {ret != 0}}.while_do {
			  // SCALABILITY: Data Partitioning 
			  (ld.scalable_mode = sc_dp).if {
			    not_yet_implemented;
			  };
			  
			  clear_block comp;
			  
			  ((coded_block_pattern & (1 << (block_count-1-comp))) != 0).if {
			    ((macroblock_type & macroblock_intra) != 0).if {
			      (ld.mpeg2_flag).if {
				GETBLK.decode_mpeg2_intra_block (comp,dc_dct_pred);
			      } else {
				GETBLK.decode_mpeg1_intra_block (comp,dc_dct_pred);
			      };
			    } else {
			      (ld.mpeg2_flag).if {
				GETBLK.decode_mpeg2_non_intra_block comp;
			      } else {
				GETBLK.decode_mpeg1_non_intra_block comp;
			      };
			    };
			    
			    (fault_flag).if {
			      ret := 0;  // trigger: go to next slice 
			    };
			  };
			  comp := comp + 1;
			};
			
			(ret != 0).if {
	    
			  (picture_coding_type = d_type).if {
			    // remove end_of_macroblock (always 1, prevents startcode emulation) 
			    // ISO/IEC 11172-2 section 2.4.2.7 and 2.4.3.6 
			    marker := ld.get_boolean;
			    ? {marker};			    
			  };
			  
			  // reset intra_dc predictors 
			  // ISO/IEC 13818-2 section 7.2.1: DC coefficients in intra blocks 
			  ((macroblock_type & macroblock_intra) = 0).if {
			    dc_dct_pred.set_all_with 0 until 2; // BSBS: [0..2] => 0    
			  };
			  
			  // reset motion vector predictors 
			  (((macroblock_type & macroblock_intra) != 0) && {! concealment_motion_vectors}).if {
			    // intra mb without concealment motion vectors 
			    // ISO/IEC 13818-2 section 7.6.3.4: Resetting motion vector predictors 
			    pmv.clear; // BSBS [0..1][0..1][0..1] => 0    
			  };
			  
			  // special "No_MC" macroblock_type case 
			  // ISO/IEC 13818-2 section 7.6.3.5: Prediction in P pictures 
			  ((picture_coding_type = p_type) && 
			  {(macroblock_type & (macroblock_motion_forward|macroblock_intra)) = 0}).if {
			    // non-intra mb without forward mv in a P picture 
			    // ISO/IEC 13818-2 section 7.6.3.4: Resetting motion vector predictors 
			    pmv.put 0 to (0,0,0);
			    pmv.put 0 to (0,0,1);
			    pmv.put 0 to (1,0,0);
			    pmv.put 0 to (1,0,1);
			    
			    // derive motion_type 
			    // ISO/IEC 13818-2 section 6.3.17.1: Macroblock modes, frame_motion_type 
			    (picture_structure = frame_picture).if {
			      motion_type := mc_frame;
			    } else {
			      motion_type := mc_field;
			      // predict from field of same parity       
			      motion_vertical_field_select.put (picture_structure = bottom_field) to (0,0);
			    };
			  };
			  
			  (stwclass = 4).if {
			    // purely spatially predicted macroblock 
			    // ISO/IEC 13818-2 section 7.7.5.1: Resetting motion vector predictions 
			    pmv.clear; // BSBS [0..1][0..1][0..1] => 0    
			  };            
			};
		      };
		    };
		  };
		};		

		// BSBS: End Inlining `decode_macroblock'
		
		(ret = 0).if {
		  fault_flag := FALSE;
		};	    
	      } else { 
		// MBAinc!=1: skipped macroblock 
		// ISO/IEC 13818-2 section 7.6.6 
		
		// BSBS: Begin Inlining `skipped_macroblock'		
		( + bool:BOOLEAN; 
		  
		  // SCALABILITY: Data Paritioning 
		  (ld.scalable_mode = sc_dp).if {
		    not_yet_implemented;
		  };
    
		  0. to (block_count-1) do { comp3:INTEGER;
		    clear_block comp3;
		  };
      
		  // reset intra_dc predictors 
		  // ISO/IEC 13818-2 section 7.2.1: DC coefficients in intra blocks 
		  dc_dct_pred.set_all_with 0 until 2; // BSBS: [0..2] => 0
		  
		  // reset motion vector predictors 
		  // ISO/IEC 13818-2 section 7.6.3.4: Resetting motion vector predictors 
		  (picture_coding_type = p_type).if {
		    pmv.put 0 to (0,0,0);
		    pmv.put 0 to (0,0,1);
		    pmv.put 0 to (1,0,0);
		    pmv.put 0 to (1,0,1);      
		  };
		  
		  // derive motion_type 
		  (picture_structure = frame_picture).if {
		    motion_type := mc_frame;
		  } else {
		    motion_type := mc_field;
		    
		    // predict from field of same parity 
		    // ISO/IEC 13818-2 section 7.6.6.1 and 7.6.6.3: P field picture and B field
		    // picture 
		    bool := (picture_structure = bottom_field);
		    motion_vertical_field_select.put bool to (0,0);
		    motion_vertical_field_select.put bool to (0,1);      
		  };
		  
		  // skipped I are spatial-only predicted, 
		  // skipped P and B are temporal-only predicted 
		  // ISO/IEC 13818-2 section 7.7.6: Skipped macroblocks 
		  (picture_coding_type = i_type).if {
		    stwtype := 8;
		  } else {
		    stwtype := 0;
		  };
    
		  // IMPLEMENTATION: clear MACROBLOCK_INTRA 
		  macroblock_type := macroblock_type & (~ macroblock_intra);    
		);
		// BSBS: End Inlining `skipped_macroblock'
	      };
	    
	      ((ret != -1) && {ret != 0}).if {
			      
		// ISO/IEC 13818-2 section 7.6 
		motion_compensation (mba, macroblock_type, motion_type, stwtype, dct_type);
		
		// advance to next macroblock 
		mba    := mba + 1;
		mbainc := mbainc - 1;
				
		(mba >= mbamax).if {
		  ret := -1; // all macroblocks decoded 
		};
	      };
	    };
	  };
	}.do_until {(ret = -1) || {ret = 0}};
      };
    };
    ret
  );
  
  // BSBS: Multiple Result.
  - pmacroblock_type:INTEGER;
  - pstwtype:INTEGER;
  - pstwclass:INTEGER;
  - pmotion_type:INTEGER;
  - pmotion_vector_count:INTEGER;
  - pmv_format:BOOLEAN;
  - pdmv:BOOLEAN; 
  - pmvscale:BOOLEAN;
  - pdct_type:BOOLEAN;
  - macroblock_modes <-
  // ISO/IEC 13818-2 section 6.3.17.1: Macroblock modes 
  // int *pmacroblock_type, *pstwtype, *pstwclass;
  // int *pmotion_type, *pmotion_vector_count, *pmv_format, *pdmv, *pmvscale;
  // int *pdct_type;
  ( + macroblock_type:INTEGER;
    + stwtype, stwcode, stwclass:INTEGER;
    + motion_type:INTEGER;
    + motion_vector_count:INTEGER;
    + mv_format:BOOLEAN;
    + dmv,mvscale:BOOLEAN;
    + dct_type:BOOLEAN;    
    + tmp:INTEGER;

    // get macroblock_type 
    macroblock_type := GETVLC.get_macroblock_type;
    
    (fault_flag).if_false {
    
      // get spatial_temporal_weight_code 
      ((macroblock_type & mb_weight) != 0).if {
	(spatial_temporal_weight_code_table_index = 0).if {
	  stwtype := 4;
	} else {
	  stwcode := ld.get_bits 2;
	  tmp := spatial_temporal_weight_code_table_index-1;	  
	  stwtype := `stwc_table[@tmp][@stwcode]`:UINTEGER_8;
	};
      } else {
	((macroblock_type & mb_class4) != 0).if {
	  stwtype := 8;
	} else {
	  stwtype := 0;
	};
      };
      
      // SCALABILITY: derive spatial_temporal_weight_class (Table 7-18) 
      stwclass := `stwclass_table[@stwtype]`:UINTEGER_8;
      
      // get frame/field motion type 
      ((macroblock_type & (macroblock_motion_forward|macroblock_motion_backward)) != 0).if {
	(picture_structure = frame_picture).if { 
	  // frame_motion_type 
	  (frame_pred_frame_dct).if {
	    motion_type := mc_frame;
	  } else { 
	    motion_type := ld.get_bits 2;
	  };
	} else { 
	  // field_motion_type 
	  motion_type := ld.get_bits 2;
	};
      } else {
	(((macroblock_type & macroblock_intra) != 0) && {concealment_motion_vectors}).if {
	  // concealment motion vectors 
	  (picture_structure = frame_picture).if {
	    motion_type := mc_frame;
	  } else {
	    motion_type := mc_field;
	  };
	};
      };
      
      // derive motion_vector_count, mv_format and dmv, (table 6-17, 6-18) 
      (picture_structure = frame_picture).if {
	((motion_type = mc_field) && {stwclass < 2}).if {
	  motion_vector_count := 2;
	} else {
	  motion_vector_count := 1;
	};
	(motion_type = mc_frame).if {
	  mv_format := mv_frame;
	} else {
	  mv_format := mv_field;
	};
      } else {
	(motion_type = mc_16x8).if {
	  motion_vector_count := 2;
	} else { 
	  motion_vector_count := 1;
	};
	mv_format := mv_field;
      };
      
      dmv := (motion_type = mc_dmv); // dual prime 
      
      // field mv predictions in frame pictures have to be scaled
      // ISO/IEC 13818-2 section 7.6.3.1 Decoding the motion vectors
      // IMPLEMENTATION: mvscale is derived for later use in motion_vectors()
      // it displaces the stage:
      //
      //    if((mv_format=="field")&&(t==1)&&(picture_structure=="Frame picture"))
      //      prediction = PMV[r][s][t] DIV 2;
      
      mvscale := ((mv_format = mv_field) && {picture_structure = frame_picture});
      
      // get dct_type (frame DCT / field DCT) 
      ((picture_structure = frame_picture) && {!frame_pred_frame_dct} &&
      {(macroblock_type & (macroblock_pattern|macroblock_intra)) != 0}).if {    
	dct_type := ld.get_boolean;
      } else {
	dct_type := FALSE;
      };
            
      // return values 
      pmacroblock_type := macroblock_type;
      pstwtype := stwtype;
      pstwclass := stwclass;
      pmotion_type := motion_type;
      pmotion_vector_count := motion_vector_count;
      pmv_format := mv_format;
      pdmv := dmv;
      pmvscale := mvscale;
      pdct_type := dct_type;
    };
  );

  - add_block (comp,pbx,pby:INTEGER,dct_type,addflag:BOOLEAN) <-
  // move/add 8x8-Block from block[comp] to backward_reference_frame 
  // copy reconstructed 8x8 block from block[comp] to current_frame[]
  // ISO/IEC 13818-2 section 7.6.8: Adding prediction and coefficient data
  // This stage also embodies some of the operations implied by:
  //   - ISO/IEC 13818-2 section 7.6.7: Combining predictions
  //   - ISO/IEC 13818-2 section 6.1.3: Macroblock
  ( + cc, iincr:INTEGER;
    + frame:NATIVE_ARRAY(UINTEGER_8);
    + rfp:INTEGER;
    + b:NATIVE_ARRAY(INTEGER_16);
    + bp,bx,by:INTEGER;
    + pclip:NATIVE_ARRAY(UINTEGER_8);
    
    bx := pbx;
    by := pby;
    
    // derive color component index 
    // equivalent to ISO/IEC 13818-2 Table 7-1 
    (comp >= 4).if {
      cc := (comp&1) + 1; // color component index 
    };
        
    (cc = 0).if {
      // luminance 
      
      (picture_structure = frame_picture).if {
	(dct_type).if {
	  // field DCT coding 
	  rfp   := coded_picture_width*(by+((comp&2)>>1)) + bx + ((comp&1)<<3);	  
	  iincr := (coded_picture_width << 1) - 8;
	} else {
	  // frame DCT coding 
	  rfp   := coded_picture_width*(by+((comp&2)<<2)) + bx + ((comp&1)<<3);
	  iincr := coded_picture_width - 8;
	};
      } else {
	// field picture 
	rfp   := (coded_picture_width<<1)*(by+((comp&2)<<2)) + bx + ((comp&1)<<3);
	iincr := (coded_picture_width << 1) - 8;
      };
    } else {
      // chrominance 

      // scale coordinates 
      (chroma_format != chroma444).if {
	bx := bx >> 1;
      };
      (chroma_format = chroma420).if {
	by := by >> 1;
      };
      (picture_structure = frame_picture).if {
	(dct_type && {chroma_format != chroma420}).if {
	  // field DCT coding 
	  rfp   := chroma_width*(by+((comp&2)>>1)) + bx + (comp&8);
	  iincr := (chroma_width << 1) - 8;
	} else {
	  // frame DCT coding 
	  rfp   := chroma_width*(by+((comp&2)<<2)) + bx + (comp&8);
	  iincr := chroma_width - 8;
	};
      } else {
	// field picture 
	rfp   := (chroma_width << 1)*(by+((comp&2)<<2)) + bx + (comp&8);
	iincr := (chroma_width << 1) - 8;
      };
    };
    
    // BSBS: Warning!
    b     := ld.block.item comp;
    pclip := clip.storage; //+384;    
    frame := current_frame.item cc;
        
    (addflag).if {
      7.downto 0 do { i:INTEGER;
	7.downto 0 do { j:INTEGER;
	  frame.put (pclip.item (b.item bp.to_integer + frame.item rfp+384)) to rfp;
	  bp   := bp  + 1;
	  rfp  := rfp + 1;
	};
	rfp := rfp + iincr;
      };
    } else {
      7.downto 0 do { i:INTEGER;
	7.downto 0 do { j:INTEGER;
	  frame.put (pclip.item ((b.item bp + 128).to_integer+384)) to rfp;	  
	  bp   := bp  + 1;
	  rfp  := rfp + 1;
	};
	rfp := rfp + iincr;
      };
    };    
  );

  - clear_block comp:INTEGER <-
  // IMPLEMENTATION: set scratch pad macroblock to zero 
  (    
    ld.block.item comp.set_all_with 0 until 63; // 0..63 en Short (128 bytes) -> 0    
  );

  - saturate block_ptr:NATIVE_ARRAY(INTEGER_16) <-
  // limit coefficients to -2048..2047 
  // ISO/IEC 13818-2 section 7.4.3 and 7.4.4: Saturation and Mismatch control 
  ( + sum, val:INTEGER;
    
    // ISO/IEC 13818-2 section 7.4.3: Saturation 
    0.to 63 do { i:INTEGER;
      val := block_ptr.item i;

      (val > 2047).if {
	val := 2047;
      } else {
	(val < -2048).if {
	  val := -2048;
	};
      };

      block_ptr.put (val.to_integer_16) to i;
      sum := sum + val;
    };

    // ISO/IEC 13818-2 section 7.4.4: Mismatch control 
    ((sum&1) = 0).if {
      val := block_ptr.item 63 ^ 1;
      block_ptr.put (val.to_integer_16) to 63;      
    };
  );

  - update_picture_buffers <-
  // reuse old picture buffers as soon as they are no longer needed 
  // based on life-time axioms of MPEG 
  ( + tmp:NATIVE_ARRAY(UINTEGER_8);  // temporary swap pointer 
    
    0.to 2 do { cc:INTEGER;
      // B pictures do not need to be save for future reference 
      (picture_coding_type = b_type).if {
	current_frame.put (auxframe.item cc) to cc;
      } else {
	// only update at the beginning of the coded frame 
	(! second_field).if {
	  tmp := forward_reference_frame.item cc;

	  // the previously decoded reference frame is stored
	  // coincident with the location where the backward 
	  // reference frame is stored (backwards prediction is not
	  // needed in P pictures) 
	  forward_reference_frame.put (backward_reference_frame.item cc) to cc;
        
	  // update pointer for potential future B pictures 
	  backward_reference_frame.put tmp to cc;
	};

	// can erase over old backward reference frame since it is not used
	// in a P picture, and since any subsequent B pictures will use the 
	// previously decoded I or P frame as the backward_reference_frame 
	current_frame.put (backward_reference_frame.item cc) to cc;
      };

      // IMPLEMENTATION:
      // one-time folding of a line offset into the pointer which stores the
      // memory address of the current frame saves offsets and conditional 
      // branches throughout the remainder of the picture processing loop 
      (picture_structure = bottom_field).if {
	"GETPIC line 883\nNot yet implemented\n".print;
	//not_yet_implemented;
	/*
	(cc = 0).if {
	  current_frame.put (current_frame.item  0 + coded_picture_width) to 0;
	} else {
	  current_frame.put (current_frame.item cc + chroma_width) to cc;
	};	 
	*/
      };
    };
  );

Section Public

  - output_last_frame_of_sequence framenum:INTEGER <-
  // store last frame 
  (
    (second_field).if {
      "last frame incomplete, not stored\n".print;
    } else {
      STORE.write_frame (backward_reference_frame,(framenum - 1));
    };
  );

Section Private

  - oldref_progressive_frame:BOOLEAN;
  - newref_progressive_frame:BOOLEAN;
  - frame_reorder (bitstream_framenum, sequence_framenum:INTEGER) <-
  ( // tracking variables to insure proper output in spatial scalability 
   
    (sequence_framenum != 0).if {
      ((picture_structure = frame_picture) || {second_field}).if {
	(picture_coding_type = b_type).if {
	  STORE.write_frame (auxframe,(bitstream_framenum - 1));
	} else {
	  newref_progressive_frame := progressive_frame;
	  progressive_frame := oldref_progressive_frame;
	  
	  STORE.write_frame (forward_reference_frame,(bitstream_framenum - 1));
	  
	  oldref_progressive_frame := progressive_frame := newref_progressive_frame;
	};
      };
    } else {
      oldref_progressive_frame := progressive_frame;
    };    
  );

  - motion_compensation (mba, macroblock_type, motion_type:INTEGER, stwtype:INTEGER, dct_type:BOOLEAN) <-
  // ISO/IEC 13818-2 section 7.6 
  // 
  // int motion_vertical_field_select[2][2];  
  ( + bx, by:INTEGER;
    
    // derive current macroblock position within picture 
    // ISO/IEC 13818-2 section 6.3.1.6 and 6.3.1.7 
    bx := 16 * (mba % mb_width);
    by := 16 * (mba / mb_width);

    // motion compensation 
    ((macroblock_type & macroblock_intra) = 0).if {      
      RECON.form_predictions (bx,by,macroblock_type,motion_type,pmv,
      motion_vertical_field_select,dmvector,stwtype);
    };
  
    // SCALABILITY: Data Partitioning 
    (ld.scalable_mode = sc_dp).if {
      not_yet_implemented;
    };

    // copy or add block data into picture 
    0.to (block_count-1) do { comp:INTEGER;
      
      // MPEG-2 saturation and mismatch control 
      // base layer could be MPEG-1 stream, enhancement MPEG-2 SNR 
      // ISO/IEC 13818-2 section 7.4.3 and 7.4.4: Saturation and Mismatch control 
      (ld.mpeg2_flag).if {
	saturate (ld.block.item comp);
      };
      
      // ISO/IEC 13818-2 section Annex A: inverse DCT       
      IDCT.idct (ld.block.item comp);
    
      // ISO/IEC 13818-2 section 7.6.8: Adding prediction and coefficient data 
      add_block (comp,bx,by,dct_type,((macroblock_type & macroblock_intra) = 0));
    };
  );

lisaac_0.39_rc1/example/gui/mpg2/gethdr.li0000644000175000017500000004027211314031257020325 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := GETHDR;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "header decoding."; 
  
Section Inherit
  
  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;
  
Section Private

  - temporal_reference_base     :INTEGER;
  - true_framenum_max           :INTEGER := -1;
  - temporal_reference_gop_reset:BOOLEAN;
  
Section Public
    
  - get_hdr:BOOLEAN <-
  // decode headers from one input stream
  // until an End of Sequence or picture start code
  // is found
  ( + code:INTEGER;
    + is_read:BOOLEAN;
    + result:INTEGER;
    
    result := -1;
    {
      // look for next_start_code 
      ld.next_start_code;
      code := ld.get_bits32;
      
      is_read := FALSE;
      (code)
      .when sequence_header_code then {
	is_read := TRUE;
	sequence_header;
      }
      .when group_start_code then {
	is_read := TRUE;
	group_of_pictures_header;
      }
      .when picture_start_code then {
	is_read := TRUE;
	picture_header;
	result := 1;
      }
      .when sequence_end_code then {
	is_read := TRUE;
	result := 0;
      };
      (! is_read).if {
	(trace).if {
	  STD_ERROR.put_string "Unexpected next_start_code ";
	  STD_ERROR.put_integer code;
	  STD_ERROR.put_string " (ignored)\n";
	};
      };    
    }.do_until {result != -1};
    result = 1
  );
  
  - slice_header:INTEGER <-
  // decode slice header 
  // ISO/IEC 13818-2 section 6.2.4 
  ( + slice_vertical_position_extension:INTEGER;
    + quantizer_scale_code:INTEGER;
        
    (ld.mpeg2_flag && {vertical_size > 2800}).if {
      slice_vertical_position_extension := ld.get_bits 3;
    };
    
    (ld.scalable_mode = sc_dp).if {
      ld.set_priority_breakpoint (ld.get_bits 7);
    };
    
    quantizer_scale_code := ld.get_bits 5;  
    (ld.mpeg2_flag).if {
      (ld.q_scale_type).if {      
	ld.set_quantizer_scale (TABLE.non_linear_quantizer_scale quantizer_scale_code);
      } else {
	ld.set_quantizer_scale (quantizer_scale_code << 1);
      };
    } else {
      ld.set_quantizer_scale quantizer_scale_code;
    };
    
    // slice_id introduced in March 1995 as part of the video corridendum
    // (after the IS was drafted in November 1994) 
    (ld.get_boolean).if {      
      ld.get_bits 8; // Intra slice(1) + slice_picture_id_enable(1) + slice_picture_id(6).      
      extra_bit_information; // extra_information_slice
    };
    slice_vertical_position_extension
  );

Section Private

  - marker_bit <-
  // ISO/IEC 13818-2 section 5.3 
  // Purpose: this function is mainly designed to aid in bitstream conformance
  // testing.  A simple Flush_Buffer(1) would do 
  ( + marker:BOOLEAN;

    marker := ld.get_boolean;
    ? {marker};    
  );

  - sequence_header <-
  // decode sequence header 
  ( + b1,b2:BOOLEAN;
        
    horizontal_size := ld.get_bits 12;
    vertical_size   := ld.get_bits 12;
    ld.get_bits 26; // aspect_ratio_information(4) + frame_rate_code(4) + bit_rate_value(18)    
    marker_bit;
    ld.get_bits 11; // vbv_buffer_size(10) + constrained_parameters_flag(1)    
    
    b1 := ld.get_boolean;
    (b1).if {
      0.to 63 do { i:INTEGER;
	ld.intra_quantizer_matrix.put (ld.get_bits 8) to (TABLE.scan (zig_zag,i));
      };
    } else {
      0.to 63 do { i:INTEGER;
	ld.intra_quantizer_matrix.put (TABLE.default_intra_quantizer_matrix i) to i;
      };
    };
    
    b2 := ld.get_boolean;
    (b2).if {
      0.to 63 do { i:INTEGER;
	ld.non_intra_quantizer_matrix.put (ld.get_bits 8) to (TABLE.scan (zig_zag,i));
      };
    } else {
      ld.non_intra_quantizer_matrix.set_all_with 16 until 63;      
    };
    
    // copy luminance to chrominance matrices 
    ld.chroma_intra_quantizer_matrix    .copy_from (ld.intra_quantizer_matrix) until 63;
    ld.chroma_non_intra_quantizer_matrix.copy_from (ld.non_intra_quantizer_matrix) until 63;    
    
    extension_and_user_data;
  );

  - group_of_pictures_header <-
  // decode group of pictures header 
  // ISO/IEC 13818-2 section 6.2.2.6 
  ( 
    temporal_reference_base      := true_framenum_max + 1; 	// *CH* 
    temporal_reference_gop_reset := TRUE;
        
    ld.get_bits 12; // drop_flag(1) + hour(5) + minute(6)
    marker_bit;
    ld.get_bits 14; // second(6) + frame(6) + closed_gop(1) + broken_link(1)
    
    extension_and_user_data;
  );

  - picture_header <-
  // decode picture header 
  // ISO/IEC 13818-2 section 6.2.3 
  (     
    // unless later overwritten by picture_spatial_scalable_extension() 
    ld.set_pict_scal FALSE;
    
    temporal_reference  := ld.get_bits 10;
    picture_coding_type := ld.get_bits 3;
    ld.get_bits 16; // vbv_delay
    
    ((picture_coding_type = p_type) || {picture_coding_type = b_type}).if {
      full_pel_forward_vector := ld.get_boolean;
      forward_f_code := ld.get_bits 3;
    };
    (picture_coding_type = b_type).if {
      full_pel_backward_vector := ld.get_boolean;
      backward_f_code          := ld.get_bits 3;
    };
    
    extra_bit_information; // extra_information_byte_count    
    extension_and_user_data;
    
    // update tracking information used to assist spatial scalability 
    update_temporal_reference_tacking_data;
  );

  - extension_and_user_data <-
  // decode extension and user data 
  // ISO/IEC 13818-2 section 6.2.2.2 
  ( + code,ext_id:INTEGER;
    + is_read:BOOLEAN;
    
    ld.next_start_code;        
    {
      code := ld.show_bits 32;
      (code = extension_start_code) || {code = user_data_start_code}
    }.while_do {
      (code = extension_start_code).if {
	ld.flush_buffer32;
	ext_id := ld.get_bits 4;
	is_read := FALSE;
	(ext_id)
	.when sequence_extension_id then {
	  is_read := TRUE;
	  sequence_extension;
	}
	.when sequence_display_extension_id then {
	  is_read := TRUE;
	  sequence_display_extension;
	}
	.when quant_matrix_extension_id then {
	  is_read := TRUE;
	  quant_matrix_extension;
	}
	.when sequence_scalable_extension_id then {
	  is_read := TRUE;
	  sequence_scalable_extension;
	}
	.when picture_display_extension_id then {
	  is_read := TRUE;
	  picture_display_extension;
	}
	.when picture_coding_extension_id then {
	  is_read := TRUE;
	  picture_coding_extension;
	}
	.when picture_spatial_scalable_extension_id then {
	  is_read := TRUE;
	  picture_spatial_scalable_extension;
	}
	.when picture_temporal_scalable_extension_id then {
	  is_read := TRUE;
	  picture_temporal_scalable_extension;
	}
	.when copyright_extension_id then {
	  is_read := TRUE;
	  copyright_extension;
	};
	(is_read).if_false {
	  STD_ERROR.put_string "reserved extension start code ID ";
	  STD_ERROR.put_integer ext_id;
	  STD_ERROR.put_character '\n';
	};
	ld.next_start_code;
      } else {	
	ld.flush_buffer32;
	// User data : skip ahead to the next start code 
	ld.next_start_code;
      };
    };
  );

  - sequence_extension <-
  // decode sequence extension 
  // ISO/IEC 13818-2 section 6.2.2.3 
  ( + horizontal_size_extension:INTEGER;
    + vertical_size_extension:INTEGER;        
                
    ld.set_mpeg2_flag TRUE;
    
    ld.set_scalable_mode sc_none; // unless overwritten by sequence_scalable_extension() 
    
    profile_and_level_indication := ld.get_bits 8;
    progressive_sequence         := ld.get_boolean;
    chroma_format                := ld.get_bits 2;
    horizontal_size_extension    := ld.get_bits 2;
    vertical_size_extension      := ld.get_bits 2;
    ld.get_bits 12; // bit_rate_extension
    marker_bit;
    ld.get_bits 16; // vbv_buffer_size_extension(8) + low_delay(1) + 
    //                 frame_rate_extension_n(2) + frame_rate_extension_d(5)
            
    // special case for 422 profile & level must be made 
    ((profile_and_level_indication & 80h) != 0).if {
      // escape bit of profile_and_level_indication set 
      
      // 4:2:2 Profile @ Main Level 
      ((profile_and_level_indication & 0Fh) = 5).if {
	profile := profile_422;
	level   := main_level;  
      };
    } else {
      profile := profile_and_level_indication >> 4;  // Profile is upper nibble 
      level   := profile_and_level_indication & 0Fh; // Level is lower nibble 
    };
        
    horizontal_size := (horizontal_size_extension << 12) | horizontal_size;
    vertical_size   := (vertical_size_extension   << 12) | vertical_size;    
  );

  - sequence_display_extension <-
  // decode sequence display extension 
  ( 
    ld.get_bits 3; // video_format    
    (ld.get_boolean).if { // color_description
      ld.get_bits 16; // color_primaries(8) + transfer_characteristics(8)      
      matrix_coefficients := ld.get_bits 8;
    };

    ld.get_bits 14; // display_horizontal_size
    marker_bit;
    ld.get_bits 14; // display_vertical_size
  );

  - quant_matrix_extension <-
  // decode quant matrix entension 
  // ISO/IEC 13818-2 section 6.2.3.2 
  ( + val,idx:INTEGER;
    
    (ld.get_boolean).if {
      0.to 63 do { i:INTEGER;
	val := ld.get_bits 8;
	idx := TABLE.scan (zig_zag,i);
	ld.chroma_intra_quantizer_matrix.put val to idx;
	ld.intra_quantizer_matrix.put val to idx;
      };
    };
    
    (ld.get_boolean).if {
      0.to 63 do { i:INTEGER;
	val := ld.get_bits 8;
	idx := TABLE.scan (zig_zag,i);
	ld.chroma_non_intra_quantizer_matrix.put val to idx;
	ld.non_intra_quantizer_matrix.put val to idx;
      };
    };
    
    (ld.get_boolean).if {
      0.to 63 do { i:INTEGER;
	val := ld.get_bits 8;
	idx := TABLE.scan (zig_zag,i);
	ld.chroma_intra_quantizer_matrix.put val to idx;
      };
    };
    
    (ld.get_boolean).if {
      0.to 63 do { i:INTEGER;
	val := ld.get_bits 8;
	idx := TABLE.scan (zig_zag,i);
	ld.chroma_non_intra_quantizer_matrix.put val to idx;
      };
    };
  );

  - sequence_scalable_extension <-
  // decode sequence scalable extension 
  // ISO/IEC 13818-2   section 6.2.2.5 
  (     
    // values (without the +1 offset) of scalable_mode are defined in 
    // Table 6-10 of ISO/IEC 13818-2 
    ld.set_scalable_mode (ld.get_bits 2 + 1); // add 1 to make SC_DP != SC_NONE 
        
    ld.get_bits 4; // layer_id
    
    (ld.scalable_mode = sc_spat).if {
      lower_layer_prediction_horizontal_size := ld.get_bits 14;
      marker_bit;
      lower_layer_prediction_vertical_size   := ld.get_bits 14; 
      horizontal_subsampling_factor_m        := ld.get_bits 5;
      horizontal_subsampling_factor_n        := ld.get_bits 5;
      vertical_subsampling_factor_m          := ld.get_bits 5;
      vertical_subsampling_factor_n          := ld.get_bits 5;
    };
    
    (ld.scalable_mode = sc_temp).if {
      error "temporal scalability not implemented\n";
    };    
  );

  - picture_display_extension <-
  // decode picture display extension 
  // ISO/IEC 13818-2 section 6.2.3.3. 
  ( + number_of_frame_center_offsets:INTEGER;
        
    // based on ISO/IEC 13818-2 section 6.3.12 
    // (November 1994) Picture display extensions 
    
    // derive number_of_frame_center_offsets 
    (progressive_sequence).if {
      (repeat_first_field).if {
	(top_field_first).if {
	  number_of_frame_center_offsets := 3;
	} else {
	  number_of_frame_center_offsets := 2;
	};
      } else {
	number_of_frame_center_offsets := 1;
      };
    } else {
      (picture_structure != frame_picture).if {
	number_of_frame_center_offsets := 1;
      } else {
	(repeat_first_field).if {
	  number_of_frame_center_offsets := 3;
	} else {
	  number_of_frame_center_offsets := 2;
	};
      };
    };
    
    // now parse 
    0.to (number_of_frame_center_offsets-1) do { i:INTEGER;
      ld.get_bits 16; // frame_center_horizontal_offset
      marker_bit;      
      ld.get_bits 16; // frame_center_vertical_offset
      marker_bit;
    };
  );

  - picture_coding_extension <-
  // decode picture coding extension 
  (     
    f_code.put (ld.get_bits 4) to (0,0);
    f_code.put (ld.get_bits 4) to (0,1);
    f_code.put (ld.get_bits 4) to (1,0);
    f_code.put (ld.get_bits 4) to (1,1);
    
    intra_dc_precision         := ld.get_bits 2;
    picture_structure          := ld.get_bits 2;
    top_field_first            := ld.get_boolean;
    frame_pred_frame_dct       := ld.get_boolean;
    concealment_motion_vectors := ld.get_boolean;
    ld.set_q_scale_type        (ld.get_boolean);
    intra_vlc_format           := ld.get_boolean;
    ld.set_alternate_scan      (ld.get_bits 1);
    repeat_first_field         := ld.get_boolean;
    chroma_420_type            := ld.get_bits 1;
    progressive_frame          := ld.get_boolean;
    
    (ld.get_boolean).if { // composite_display_flag
      ld.get_bits 20; // v_axis(1) + field_sequence(3) + sub_carrier(1) + 
      //                 burst_amplitude(7) + sub_carrier_phase(8)
    };
  );

  - picture_spatial_scalable_extension <-
  // decode picture spatial scalable extension 
  // ISO/IEC 13818-2 section 6.2.3.5. 
  ( 
    ld.set_pict_scal TRUE; // use spatial scalability in this picture 

    lower_layer_temporal_reference := ld.get_bits 10;
    marker_bit;
    lower_layer_horizontal_offset  := ld.get_bits 15;
    (lower_layer_horizontal_offset >= 16384).if {
      lower_layer_horizontal_offset := lower_layer_horizontal_offset - 32768;
    };
    marker_bit;
    lower_layer_vertical_offset := ld.get_bits 15;
    (lower_layer_vertical_offset >= 16384).if {
      lower_layer_vertical_offset := lower_layer_vertical_offset - 32768;
    };
    spatial_temporal_weight_code_table_index := ld.get_bits 2;
    lower_layer_progressive_frame            := ld.get_boolean;
    lower_layer_deinterlaced_field_select    := ld.get_boolean;
  );

  - picture_temporal_scalable_extension <-
  // decode picture temporal scalable extension
  //
  // not implemented
  //
  // ISO/IEC 13818-2 section 6.2.3.4. 
  (
    error "temporal scalability not supported\n";
  );

  - extra_bit_information <-
  // decode extra bit information 
  // ISO/IEC 13818-2 section 6.2.3.4. 
  ( 
    {ld.get_boolean}.while_do {
      ld.flush_buffer 8;
    };
  );

  - copyright_extension <-
  // Copyright extension 
  // ISO/IEC 13818-2 section 6.2.3.6. 
  // (header added in November, 1994 to the IS document) 
  ( 
    ld.get_bits 17; // copyright_flag(1) + copyright_identifier(8) + original_or_copy(1) + reserved(7)
    marker_bit;
    ld.get_bits 20; // copyright_number_1
    marker_bit;
    ld.get_bits 22; // copyright_number_2
    marker_bit;
    ld.get_bits 22; // copyright_number_3
  );
  
  - temporal_reference_wrap:BOOLEAN;
  - temporal_reference_old:INTEGER;
  - update_temporal_reference_tacking_data <-
  // introduced in September 1995 to assist Spatial Scalability 
  ( 
    ((picture_coding_type != b_type) && {temporal_reference != temporal_reference_old}).if { 	
      // check first field of    						
      // non-B-frame 
      (temporal_reference_wrap).if { 		
	// wrap occured at previous I- or P-frame 
	// now all intervening B-frames which could 
	// still have high temporal_reference values are done  
	temporal_reference_base := temporal_reference_base + 1024;
	temporal_reference_wrap := FALSE;
      };
      
      // distinguish from a reset 
      ((temporal_reference < temporal_reference_old) && {! temporal_reference_gop_reset}).if {	
	temporal_reference_wrap := TRUE;  // we must have just passed a GOP-Header! 
      };
      
      temporal_reference_old := temporal_reference;
      temporal_reference_gop_reset := FALSE;
    };
    
    true_framenum := temporal_reference_base + temporal_reference;
    
    // temporary wrap of TR at 1024 for M frames 
    (temporal_reference_wrap && {temporal_reference <= temporal_reference_old}).if {	
      true_framenum := true_framenum + 1024;				
    };
    
    (true_framenum > true_framenum_max).if {
      true_framenum_max := true_framenum; 
    } else {
      true_framenum_max := true_framenum_max;
    };
  );
lisaac_0.39_rc1/example/gui/mpg2/layer_data.li0000644000175000017500000002524711314031257021162 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := LAYER_DATA;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "layer specific variables (needed for SNR and DP scalability).";
  
Section Inherit
  
  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;
  
Section Private
  
  //
  // BitStream manager.
  //
  
  - buffer:FAST_ARRAY(UINTEGER_8);  
  - pos:INTEGER;
  - max:INTEGER;
    
  - cache:INTEGER;
  - n_cache:INTEGER;
    
Section Public

  //
  // Data.
  //  
  
  // bit input 
  - infile:FILE;
     
  // sequence header and quant_matrix_extension() 
  - intra_quantizer_matrix:NATIVE_ARRAY(INTEGER);
  - non_intra_quantizer_matrix:NATIVE_ARRAY(INTEGER);
  - chroma_intra_quantizer_matrix:NATIVE_ARRAY(INTEGER);
  - chroma_non_intra_quantizer_matrix:NATIVE_ARRAY(INTEGER);
  
  - mpeg2_flag:BOOLEAN;
  - set_mpeg2_flag b:BOOLEAN <-
  (
    mpeg2_flag := b;
  );
  
  // sequence scalable extension 
  - scalable_mode:INTEGER;
  - set_scalable_mode m:INTEGER <-
  (
    scalable_mode := m;  
  );
  
  // picture coding extension 
  - q_scale_type:BOOLEAN;
  - set_q_scale_type n:BOOLEAN <-
  (
    q_scale_type := n;
  );
  
  - alternate_scan:INTEGER;
  - set_alternate_scan n:INTEGER <-
  (
    alternate_scan := n;
  );
  
  // picture spatial scalable extension 
  - pict_scal:BOOLEAN;
  - set_pict_scal b:BOOLEAN <-
  (
    pict_scal := b;
  );
  
  // slice/macroblock 
  - priority_breakpoint:INTEGER;
  - set_priority_breakpoint n:INTEGER <- // BSBS: GETHDR only
  (
    priority_breakpoint := n;
  );
  
  - quantizer_scale:INTEGER;
  - set_quantizer_scale n:INTEGER <-
  (
    quantizer_scale := n;
  );
    
  - block:NATIVE_ARRAY(NATIVE_ARRAY(INTEGER_16)); // [12][64]
  
Section Public
  
  //
  // Creation.
  //
  
  - make name:ABSTRACT_STRING <-
  ( + code:INTEGER;
        
    // Open file.        
    infile ?= FILE_SYSTEM.get_entry name;    
    
    // BSBS: PATCH !!!!!!!
    (infile.is_open).if {
      infile.close;
    };
    
    ((infile = NULL) || {! infile.open}).if {
      error_text.copy "Base layer input file ";
      error_text.append name;
      error_text.append " not found\n";
      error error_text;
    };
            
    // initialize_buffer.
    buffer := FAST_ARRAY(UINTEGER_8).create 2048;
    pos    := 2048;
    max    := 2048;
    n_cache := cache := pos := 0;
    
    // Check format.    
    flush_buffer 0; // fills valid data into bfr 
    (show_bits 8 = 47h).if {
      error "Decoder currently does not parse transport streams\n";
    };    
    next_start_code;
    code := show_bits 32;    
    ((code = pack_start_code) || {code = video_elementary_stream}).if {
      system_stream_flag := TRUE;
    } else {
      (code != sequence_header_code).if { 
	error "Unable to recognize stream type\n";
      };
    };     
    // Reset.
    //? {infile = 2048};
    //? {infile.cursor = 2048};
    n_cache := cache := pos := 0;
    flush_buffer 0;
    
    // Init Structure.
    intra_quantizer_matrix            := NATIVE_ARRAY(INTEGER).create 64;
    non_intra_quantizer_matrix        := NATIVE_ARRAY(INTEGER).create 64;
    chroma_intra_quantizer_matrix     := NATIVE_ARRAY(INTEGER).create 64;
    chroma_non_intra_quantizer_matrix := NATIVE_ARRAY(INTEGER).create 64;
    
    block := NATIVE_ARRAY(NATIVE_ARRAY(INTEGER_16)).create 12;
    0.to 11 do { j:INTEGER;
      block.put (NATIVE_ARRAY(INTEGER_16).calloc_intern 64) to j;
    };
  );
    
  //
  // BitStream manager.
  //
    
  - show_bits n:INTEGER :INTEGER <-
  // return next n bits (right adjusted) without advancing 
  (
    //(cache.to_raw_uinteger >> (32 - n)).to_integer
    (cache.to_uinteger_32 >> (32 - n)).to_integer
  );
  
  - show_boolean:BOOLEAN <- show_bits 1.to_boolean;  
  
  - flush_buffer n:INTEGER <-
  // advance by n bits 
  (     
    cache   := cache << n;    
    n_cache := n_cache - n;
    ? {n_cache >= 0};
    
    (n_cache <= 24).if {
      (system_stream_flag && {pos >= (max-4)}).if {
	{
	  (pos >= max).if {
	    next_packet;
	  };
	  cache   := cache | (get_byte << (24 - n_cache));
	  n_cache := n_cache + 8;
	}.do_while {n_cache <= 24};
      } else {
	(pos < 2044).if {  
	  {
	    cache   := cache | (buffer.item pos.to_integer << (24 - n_cache));
	    pos     := pos + 1;
	    n_cache := n_cache + 8;
	  }.do_while {n_cache <= 24};
	} else {
	  {
	    (pos >= 2048).if {
	      fill_buffer;
	    };
	    cache   := cache | (buffer.item pos.to_integer << (24 - n_cache));
	    pos     := pos + 1;
	    n_cache := n_cache + 8;
	  }.do_while {n_cache <= 24};
	};      
      };
    };
  );

  - get_bits n:INTEGER :INTEGER <-
  // return next n bits (right adjusted) 
  ( + val:INTEGER;
    
    val := show_bits n;
    flush_buffer n;
    
    val
  );
  
  - get_boolean:BOOLEAN <- get_bits 1.to_boolean;
  
  - flush_buffer32 <-
  (     
    cache := 0;
    
    n_cache := n_cache - 32; 
    
    (system_stream_flag && {pos >= (max-4)}).if {
      {n_cache <= 24}.while_do {
	(pos >= max).if {
	  next_packet;
	};
	cache   := cache | (get_byte << (24 - n_cache));
	n_cache := n_cache + 8;
      };
    } else {
      {n_cache <= 24}.while_do {
	(pos >= 2048).if {
	  fill_buffer;
	};
	cache   := cache | (buffer.item pos.to_integer << (24 - n_cache));
	pos     := pos + 1; 
	n_cache := n_cache + 8;
      };
    };       
  );

  - get_bits32:INTEGER <-
  ( + l:INTEGER;

    l := show_bits 32;
    flush_buffer32;    
    l
  );

  - next_start_code <-
  // align to start of next next_start_code 
  (
    // byte align 
    flush_buffer (n_cache & 7);
    
    {show_bits 24 != 1}.while_do {
      flush_buffer 8;
    };
  );

Section Private
  
  - fill_buffer <-
  ( + buffer_level:INTEGER;
        
    buffer.clear;
    buffer_level := infile.read buffer size 2048;    
    pos := 0;
    
    (system_stream_flag).if {
      max := max - 2048;
    };
    
    // end of the bitstream file 
    (buffer_level < 2048).if {
      // just to be safe 
      (buffer_level < 0).if {
	buffer_level := 0;
      };
      
      // pad until the next to the next 32-bit word boundary 
      {(buffer_level & 3) != 0}.while_do {
	buffer.put 0 to buffer_level;
	buffer_level := buffer_level + 1;
      };
      
      // pad the buffer with sequence end codes 
      {buffer_level < 2048}.while_do {
	buffer.put ((sequence_end_code >> 24).to_uinteger_8)  to buffer_level;
	buffer_level := buffer_level + 1;
	buffer.put (((sequence_end_code >> 16) & 0FFh).to_uinteger_8)  to buffer_level;
	buffer_level := buffer_level + 1;
	buffer.put (((sequence_end_code >> 8 ) & 0FFh).to_uinteger_8)  to buffer_level;
	buffer_level := buffer_level + 1;
	buffer.put ((sequence_end_code & 0FFh).to_uinteger_8) to buffer_level;
	buffer_level := buffer_level + 1;
      };
    };
  );
  
  - get_byte:INTEGER <-
  // MPEG-1 system layer demultiplexer 
  ( + result:INTEGER;
        
    {pos >= 2048}.while_do {      
      buffer.clear;      
      infile.read buffer size 2048;
      pos := pos - 2048;
      max := max - 2048;
    };
    result := buffer.item pos; 
    pos    := pos + 1;
    result
  );
  
  - get_word:INTEGER <-
  // extract a 16-bit word from the bitstream buffer 
  ( + val:INTEGER;

    val := get_byte;
    (val << 8) | get_byte
  );
  
  - next_packet <-
  // initialize buffer, call once before first getbits or showbits 
  // parse system layer, ignore everything we don't need 
  ( + code:INTEGER;
    + l:INTEGER;
    + is_read:BOOLEAN;
    + end:BOOLEAN;
    
    {
      code := get_long;
      
      // remove system layer byte stuffing 
      {(code & 0FFFFFF00h) != 0100h}.while_do {
	code := (code << 8) | get_byte;
      };
      
      is_read := FALSE;
      (code)
      .when pack_start_code then { // pack header 
	// skip pack header (system_clock_reference and mux_rate) 
	is_read := TRUE;
	pos     := pos + 8;
      }
      .when video_elementary_stream then {   
	is_read := TRUE;
	code    := get_word;             // packet_length 
	max     := pos + code;	
	code    := get_byte;
	
	((code >> 6) = 02h).if {
	  pos  := pos + 1;
	  code := get_byte;     // parse PES_header_data_length 
	  pos  := pos + code;   // advance pointer by PES_header_data_length 
	  //"MPEG-2 PES packet\n".print;
	  end := TRUE;
	} else {
	  (code = 0FFh).if {
	    // parse MPEG-1 packet header 
	    {(code := get_byte) = 0FFh}.while_do { 
	      // Nothing.
	    };
	  };
	};
	(end).if_false {
	  // stuffing bytes 
	  (code >= 040h).if {
	    (code >= 080h).if {
	      STD_ERROR.put_string "Error in packet header\n";
	      die_with_code 1;
	    };
	    // skip STD_buffer_scale 
	    pos  := pos + 1;
	    code := get_byte;
	  };
	  
	  (code >= 030h).if {
	    (code >= 040h).if {
	      STD_ERROR.put_string "Error in packet header\n";
	      die_with_code 1;
	    };
	    // skip presentation and decoding time stamps 
	    pos := pos + 9;
	  } else {
	    (code >= 020h).if {
	      // skip presentation time stamps 
	      pos := pos + 4;
	    } else {
	      (code != 00Fh).if {
		STD_ERROR.put_string "Error in packet header\n";
		die_with_code 1;
	      };
	    };
	  };
	  end := TRUE;
	};
      }
      .when iso_end_code then { // end       
	// simulate a buffer full of sequence end codes 
	is_read := TRUE;
	l := 0;
	{l < 2048}.while_do {
	  buffer.put ((sequence_end_code >> 24).to_uinteger_8) to l;
	  l := l + 1;
	  buffer.put (((sequence_end_code >> 16)&0FFh).to_uinteger_8) to l;
	  l := l + 1;
	  buffer.put (((sequence_end_code >> 8)&0FFh).to_uinteger_8)  to l;
	  l := l + 1;
	  buffer.put ((sequence_end_code & 0FFh).to_uinteger_8) to l;
	  l := l + 1;
	};
	pos := 0;
	max := 2048;
	end := TRUE;
      };
      (is_read).if_false {
	(code >= system_start_code).if {
	  // skip system headers and non-video packets
	  code := get_word;
	  pos  := pos + code;
	} else {
	  STD_ERROR.put_string "Unexpected startcode ";
	  STD_ERROR.put_integer code;
	  STD_ERROR.put_string " in system layer\n";
	  die_with_code 1;
	};
      };    
    }.do_until {end};
  );

  - get_long:INTEGER <-
  ( + i:INTEGER;

    i := get_word;
    (i << 16) | get_word
  );
lisaac_0.39_rc1/example/gui/mpg2/pmv.li0000644000175000017500000000312311314031257017644 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := PMV;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "Simple struct for table.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  - buffer:NATIVE_ARRAY(INTEGER) := NATIVE_ARRAY(INTEGER).create 8;
  
  - get_index (i0,i1,i2:INTEGER) :INTEGER <-
  (
    ? {i0.in_range 0 to 1};
    ? {i1.in_range 0 to 1};
    ? {i2.in_range 0 to 1};
    (i0 << 2) | (i1 << 1) | i2
  );
  
Section Public
    
  
  //
  // Manager.
  //
  
  - clear <-
  (
    buffer.clear_all 7;
  );
  
  - item (i0,i1,i2:INTEGER) :INTEGER <-
  ( 
    buffer.item (get_index (i0,i1,i2))
  );

  - put elt:INTEGER to (i0,i1,i2:INTEGER) <-
  (
    buffer.put elt to (get_index (i0,i1,i2))    
  );
lisaac_0.39_rc1/example/gui/mpg2/vector.li0000644000175000017500000000303711314031257020350 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := VECTOR;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "Simple struct for table.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + first:INTEGER;
  
  + second:INTEGER;
  
  //
  // Creation.
  //
  
  - create f:INTEGER and s:INTEGER :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make f and s;
    result
  );
  
  - make f:INTEGER and s:INTEGER <-
  (
    first  := f;
    second := s;
  );
  
  //
  // Manager.
  //
  
  - clear <-
  (
    first  := 0;
    second := 0;
  );
  
  - put_first n:INTEGER <-
  (
    first := n;
  );

  - put_second n:INTEGER <-
  (
    second := n;
  );
lisaac_0.39_rc1/example/gui/mpg2/recon.li0000644000175000017500000004114311314031257020154 0ustar  sonntagsonntag////////////////////////////////////////////////////////////////////////////////
//                                                                            //
//                             MPEG2 Decode Video                             //
//                                                                            //
//                     LORIA - UHP - INRIA - ST - FRANCE                      //
//               (c) INRIA (see `licence.txt' for more details)               //
//                     Benoit SONNTAG - bsonntag@loria.fr                     //
//                           http://www.IsaacOS.com                           //
//                                                                            //
////////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := RECON;
  
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "motion compensation routines.";
  
Section Inherit
  
  - parent_any_mpg2:ANY_MPG2 := ANY_MPG2;
  
Section Private
  
  - dmv:FAST_ARRAY2(INTEGER) := FAST_ARRAY2(INTEGER).create (2,2);
  
Section Public
  
  - form_predictions (bx,by,macroblock_type,motion_type:INTEGER,pmv:PMV,
  motion_vertical_field_select:FAST_ARRAY2(BOOLEAN),dmvector:VECTOR,stwtype:INTEGER) <-
  //
  // motion_vertical_field_select[2][2];
  ( + currentfield:BOOLEAN;
    + predframe:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8));    
    + stwtop, stwbot:INTEGER;
        
    stwtop := stwtype % 3; // 0:temporal, 1:(spat+temp)/2, 2:spatial 
    stwbot := stwtype / 3;

    (((macroblock_type & macroblock_motion_forward) != 0) || {picture_coding_type = p_type}).if {
      (picture_structure = frame_picture).if {
	((motion_type = mc_frame) || {(macroblock_type & macroblock_motion_forward) = 0}).if {
	  // frame-based prediction (broken into top and bottom halves
	  // for spatial scalability prediction purposes) 
	  (stwtop < 2).if {
	    form_prediction (forward_reference_frame,FALSE,current_frame,FALSE,
	    coded_picture_width,(coded_picture_width << 1),16,8,bx,by,
	    (pmv.item (0,0,0)),(pmv.item (0,0,1)),(stwtop!=0));
	  };
	  (stwbot < 2).if {
	    form_prediction (forward_reference_frame,TRUE,current_frame,TRUE,
	    coded_picture_width,(coded_picture_width << 1),16,8,bx,by,
	    (pmv.item (0,0,0)),(pmv.item (0,0,1)),(stwbot!=0));
	  };
	} else {
	  (motion_type = mc_field).if {
	    // field-based prediction 	   
	    (stwtop < 2).if {
	      // top field prediction
	      form_prediction
	      (forward_reference_frame,(motion_vertical_field_select.item (0,0)),
		current_frame,FALSE,(coded_picture_width << 1),(coded_picture_width << 1),16,8,
	      bx,(by >> 1),(pmv.item (0,0,0)),(pmv.item (0,0,1) >> 1),(stwtop!=0));
	    };
	    
	    (stwbot < 2).if {
	      // bottom field prediction
	      form_prediction
	      (forward_reference_frame,(motion_vertical_field_select.item (1,0)),
		current_frame,TRUE,(coded_picture_width << 1),(coded_picture_width << 1),16,8,
	      bx,(by >> 1),(pmv.item (1,0,0)),(pmv.item (1,0,1) >> 1),(stwbot!=0));
	    };
	  } else {
	    (motion_type = mc_dmv).if { 
	      // dual prime prediction 
	      
	      // calculate derived motion vectors 
	      MOTION.dual_prime_arithmetic (dmv,dmvector,(pmv.item (0,0,0)),(pmv.item
	      (0,0,1) >> 1));
	      
	      (stwtop < 2).if {
		// predict top field from top field 
		form_prediction (forward_reference_frame,FALSE,current_frame,FALSE,
		  (coded_picture_width << 1),(coded_picture_width << 1),16,8,bx,(by >> 1),
		(pmv.item (0,0,0)),(pmv.item (0,0,1) >> 1),FALSE);
		
		// predict and add to top field from bottom field 
		form_prediction (forward_reference_frame,TRUE,current_frame,FALSE,
		  (coded_picture_width << 1),(coded_picture_width << 1),16,8,bx,(by >> 1),
		(dmv.item (0,0)),(dmv.item (0,1)),TRUE);
	      };
	      
	      (stwbot < 2).if {
		// predict bottom field from bottom field 
		form_prediction (forward_reference_frame,TRUE,current_frame,TRUE,
		  (coded_picture_width << 1),(coded_picture_width << 1),16,8,bx,(by >> 1),
		(pmv.item (0,0,0)),(pmv.item (0,0,1) >> 1),FALSE);
		
		// predict and add to bottom field from top field 
		form_prediction (forward_reference_frame,FALSE,current_frame,TRUE,
		  (coded_picture_width << 1),(coded_picture_width << 1),16,8,bx,(by >> 1),
		(dmv.item (1,0)),(dmv.item (1,1)),TRUE);
	      };
	    } else {
	      // invalid motion_type 
	      "invalid motion_type\n".print;
	    };
	  };
	};
      } else {
	// TOP_FIELD or BOTTOM_FIELD 
	
	// field picture 
	currentfield := (picture_structure = bottom_field);
	
	// determine which frame to use for prediction 
	((picture_coding_type = p_type) && {second_field} && 
	{currentfield != motion_vertical_field_select.item (0,0)}).if {
	  predframe := backward_reference_frame; // same frame 
	} else {
	  predframe := forward_reference_frame; // previous frame 
	};
	
	((motion_type = mc_field) || {(macroblock_type & macroblock_motion_forward) = 0}).if {
	  // field-based prediction 
	  (stwtop < 2).if {
	    form_prediction (predframe,(motion_vertical_field_select.item (0,0)),current_frame,FALSE,
	    (coded_picture_width << 1),(coded_picture_width << 1),16,16,bx,by,
	    (pmv.item (0,0,0)),(pmv.item (0,0,1)),(stwtop!=0));
	  };
	} else {
	  (motion_type = mc_16x8).if {
	    (stwtop < 2).if {
	      form_prediction (predframe,(motion_vertical_field_select.item (0,0)),current_frame,FALSE,
		(coded_picture_width << 1),(coded_picture_width << 1),16,8,bx,by,
	      (pmv.item (0,0,0)),(pmv.item (0,0,1)),(stwtop!=0));
	      
	      // determine which frame to use for lower half prediction 
	      ((picture_coding_type = p_type) && {second_field} &&
	      {currentfield != motion_vertical_field_select.item (1,0)}).if {
		predframe := backward_reference_frame; // same frame 
	      } else {
		predframe := forward_reference_frame; // previous frame 
	      };
	      
	      form_prediction (predframe,(motion_vertical_field_select.item (1,0)),current_frame,FALSE,
		(coded_picture_width << 1),(coded_picture_width << 1),16,8,bx,(by + 8),
	      (pmv.item (1,0,0)),(pmv.item (1,0,1)),(stwtop!=0));
	    };
	  } else {
	    (motion_type = mc_dmv).if {
	      // dual prime prediction 
	      (second_field).if {
		predframe := backward_reference_frame; // same frame
	      } else {
		predframe := forward_reference_frame; // previous frame
	      };
	      
	      // calculate derived motion vectors 
	      MOTION.dual_prime_arithmetic (dmv,dmvector,(pmv.item (0,0,0)),(pmv.item
	      (0,0,1)));
	      
	      // predict from field of same parity 
	      form_prediction (forward_reference_frame,currentfield,current_frame,FALSE,
		(coded_picture_width << 1),(coded_picture_width << 1),16,16,bx,by,
	      (pmv.item (0,0,0)),(pmv.item (0,0,1)),FALSE);
	      
	      // predict from field of opposite parity 
	      form_prediction (predframe,(! currentfield),current_frame,FALSE,
		(coded_picture_width << 1),(coded_picture_width << 1),16,16,bx,by,
	      (dmv.item (0,0)),(dmv.item (0,1)),TRUE);
	    } else {
	      // invalid motion_type 
	      "invalid motion_type\n".print;
	    };
	  };
	};
      };
      stwtop := stwbot := 1;
    };
    
    ((macroblock_type & macroblock_motion_backward) != 0).if {
      (picture_structure = frame_picture).if {
	(motion_type = mc_frame).if {
	  // frame-based prediction 
	  (stwtop < 2).if {
	    form_prediction (backward_reference_frame,FALSE,current_frame,FALSE,
	    coded_picture_width,(coded_picture_width << 1),16,8,bx,by,
	    (pmv.item (0,1,0)),(pmv.item (0,1,1)),(stwtop!=0));
	  };
	  
	  (stwbot < 2).if {
	    form_prediction (backward_reference_frame,TRUE,current_frame,TRUE,
	    coded_picture_width,(coded_picture_width << 1),16,8,bx,by,
	    (pmv.item (0,1,0)),(pmv.item (0,1,1)),(stwbot!=0));
	  };
	} else { // field-based prediction          
	  (stwtop < 2).if {
	    // top field prediction
	    form_prediction
		 (backward_reference_frame,(motion_vertical_field_select.item (0,1)),
	    current_frame,FALSE,(coded_picture_width << 1),(coded_picture_width << 1),16,8,
	    bx,(by >> 1),(pmv.item (0,1,0)),(pmv.item (0,1,1) >> 1),(stwtop!=0));
	  };        
	  
	  (stwbot < 2).if {
	    // bottom field prediction 
	    form_prediction
		 (backward_reference_frame,(motion_vertical_field_select.item (1,1)),
	    current_frame,TRUE,(coded_picture_width << 1),(coded_picture_width << 1),16,8,
	    bx,(by >> 1),(pmv.item (1,1,0)),(pmv.item (1,1,1) >> 1),(stwbot!=0));
	  };
	}
      } else {
	// TOP_FIELD or BOTTOM_FIELD 
	(motion_type = mc_field).if {
	  // field-based prediction 
	  form_prediction
	  (backward_reference_frame,(motion_vertical_field_select.item (0,1)),
	  current_frame,FALSE,(coded_picture_width << 1),(coded_picture_width << 1),16,16,
	  bx,by,(pmv.item (0,1,0)),(pmv.item (0,1,1)),(stwtop!=0));
	} else {
	  (motion_type = mc_16x8).if {
	    form_prediction
	    (backward_reference_frame,(motion_vertical_field_select.item (0,1)),
	      current_frame,FALSE,(coded_picture_width << 1),(coded_picture_width << 1),16,8,
	    bx,by,(pmv.item (0,1,0)),(pmv.item (0,1,1)),(stwtop!=0));
	    
	    form_prediction
	    (backward_reference_frame,(motion_vertical_field_select.item (1,1)),
	      current_frame,FALSE,(coded_picture_width << 1),(coded_picture_width << 1),16,8,
	    bx,(by + 8),(pmv.item (1,1,0)),(pmv.item (1,1,1)),(stwtop!=0));
	  } else {
	    // invalid motion_type 
	    "invalid motion_type\n".print;
	  };
	};
      };
    };
  );
  
Section Private
  
  - form_prediction
	 (src:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)),sfield:BOOLEAN,dst:NATIVE_ARRAY(NATIVE_ARRAY(UINTEGER_8)),
  dfield:BOOLEAN,plx,plx2,pw,ph,px,py,pdx,pdy:INTEGER,average_flag:BOOLEAN) <-
  // unsigned char *src[];    prediction source buffer 
  // int sfield;              prediction source field number (0 or 1) 
  // unsigned char *dst[];    prediction destination buffer 
  // int dfield;              prediction destination field number (0 or 1)
  // int lx,lx2;              line strides 
  // int w,h;                 prediction block/sub-block width, height 
  // int x,y;                 pixel co-ordinates of top-left sample in current MB 
  // int dx,dy;               horizontal, vertical prediction address 
  // int average_flag;        add prediction error to prediction ? 
  ( + tmp_src,tmp_dst:INTEGER;
    + lx,lx2,w,x,dx,h,y,dy:INTEGER;
    
    lx  := plx; 
    lx2 := plx2;
    w   := pw;  
    x   := px;  
    dx  := pdx; 
    h   := ph;
    y   := py;
    dy  := pdy;
    
    // Y 
    (sfield).if {
      tmp_src := lx2 >> 1;
    } else {
      tmp_src := 0;
    };

    (dfield).if {
      tmp_dst := lx2 >> 1;
    } else {
      tmp_dst := 0;
    };

    form_component_prediction ((src.item 0),tmp_src,(dst.item
	 0),tmp_dst,lx,lx2,w,h,x,y,dx,dy,average_flag);
    
    (chroma_format != chroma444).if {
      lx  := lx  >> 1; 
      lx2 := lx2 >> 1; 
      w   := w   >> 1; 
      x   := x   >> 1; 
      dx  := dx  /  2;
    };
    
    (chroma_format = chroma420).if {
      h  := h >> 1; 
      y  := y >> 1; 
      dy := dy / 2;
    };
    
    (sfield).if {
      tmp_src := lx2 >> 1;
    } else {
      tmp_src := 0;
    };
    (dfield).if {
      tmp_dst := lx2 >> 1;
    } else {
      tmp_dst := 0;
    };
    
    // Cb 
    form_component_prediction ((src.item 1),tmp_src,(dst.item 1),tmp_dst,
    lx,lx2,w,h,x,y,dx,dy,average_flag);
    
    // Cr 
    form_component_prediction ((src.item 2),tmp_src,(dst.item 2),tmp_dst,
    lx,lx2,w,h,x,y,dx,dy,average_flag);
  );


  - form_component_prediction (src:NATIVE_ARRAY(UINTEGER_8),idx_src:INTEGER,
  dst:NATIVE_ARRAY(UINTEGER_8),idx_dst:INTEGER,
  lx,lx2,w,h,x,y,dx,dy:INTEGER,average_flag:BOOLEAN) <-
  // ISO/IEC 13818-2 section 7.6.4: Forming predictions 
  // NOTE: the arithmetic below produces numerically equivalent results
  // to 7.6.4, yet is more elegant. It differs in the following ways:
  //
  // 1. the vectors (dx, dy) are based on cartesian frame 
  //    coordiantes along a half-pel grid (always positive numbers)
  //    In contrast, vector[r][s][t] are differential (with positive and 
  //    negative values). As a result, deriving the integer vectors 
  //    (int_vec[t]) from dx, dy is accomplished by a simple right shift.
  //
  // 2. Half pel flags (xh, yh) are equivalent to the LSB (Least
  //    Significant Bit) of the half-pel coordinates (dx,dy).
  //
  // NOTE: the work of combining predictions (ISO/IEC 13818-2 section 7.6.7)
  // is distributed among several other stages.  This is accomplished by 
  // folding line offsets into the source and destination (src,dst)
  // addresses (note the call arguments to form_prediction() in Predict()),
  // line stride variables lx and lx2, the block dimension variables (w,h), 
  // average_flag, and by the very order in which Predict() is called.  
  // This implementation design (implicitly different than the spec) 
  // was chosen for its elegance.
  //
  // int lx;              raster line increment 
  // int average_flag;    flag that signals bi-directional or Dual-Prime 
  //                      averaging (7.6.7.1 and 7.6.7.4). if average_flag==1,
  //                      a previously formed prediction has been stored in 
  //                      pel_pred[] 
  ( + xint:INTEGER;      // horizontal integer sample vector: analogous to int_vec[0] 
    + yint:INTEGER;      // vertical integer sample vectors: analogous to int_vec[1] 
    + xh:BOOLEAN;        // horizontal half sample flag: analogous to half_flag[0]  
    + yh:BOOLEAN;        // vertical half sample flag: analogous to half_flag[1]  
    + v:INTEGER;
    + s:INTEGER;         // source pointer: analogous to pel_ref[][]   
    + d:INTEGER;         // destination pointer:  analogous to pel_pred[][]  
    + si,sil,di,wm1,hm1:INTEGER;
    + psrc,pdst:NATIVE_ARRAY(UINTEGER_8);
    
    // half pel scaling for integer vectors 
    xint := dx >> 1;
    yint := dy >> 1;

    // derive half pel flags 
    xh := (dx & 1).to_boolean;
    yh := (dy & 1).to_boolean;

    // compute the linear address of pel_ref[][] and pel_pred[][] 
    // based on cartesian/raster cordinates provided 
    s := idx_src + lx * (y + yint) + x + xint;
    d := idx_dst + lx * y + x;
    
    wm1 := w-1;
    hm1 := h-1;
    // BSBS:Warning!
    psrc := src;
    pdst := dst;
        
    ((! xh) && {! yh}).if {
      // no horizontal nor vertical half-pel 
      (average_flag).if {
	hm1.downto 0 do { j:INTEGER;
	  wm1.downto 0 do { i:INTEGER;
	    di := d+i;	    
	    v := (1 + pdst.item di + psrc.item (s+i)) >> 1;	    
	    pdst.put (v.to_uinteger_8) to di;
	  };	  
	  s := s + lx2;
	  d := d + lx2;
	};
      } else {
	hm1.downto 0 do { j:INTEGER;
	  wm1.downto 0 do { i:INTEGER;
	    pdst.put (psrc.item (s+i)) to (d+i);
	  };	  
	  s := s + lx2;
	  d := d + lx2;
	};
      };
    } else {
      ((! xh) && {yh}).if {
	// no horizontal but vertical half-pel 
	(average_flag).if {
	  hm1.downto 0 do { j:INTEGER;
	    wm1.downto 0 do { i:INTEGER;
	      di := d + i;
	      si := s + i;
	      v := (((1 + psrc.item si + psrc.item (si+lx)) >> 1) + pdst.item di + 1) >> 1;	    
	      pdst.put (v.to_uinteger_8) to di;
	    };	  
	    s := s + lx2;
	    d := d + lx2;
	  };
	} else {
	  hm1.downto 0 do { j:INTEGER;
	    wm1.downto 0 do { i:INTEGER;
	      si := s + i;	    
	      v := (1 + psrc.item si + psrc.item (si+lx)) >> 1;
	      pdst.put (v.to_uinteger_8) to (d+i);
	    };	  
	    s := s + lx2;
	    d := d + lx2;
	  };
	};
      } else {
	(xh && {! yh}).if {
	  // horizontal but no vertical half-pel 
	  (average_flag).if {	
	    hm1.downto 0 do { j:INTEGER;
	      wm1.downto 0 do { i:INTEGER;	    
		si := s + i;
		di := d + i;
		v := (((1 + psrc.item si + psrc.item (si+1)) >> 1) + pdst.item di + 1) >> 1;	    
		pdst.put (v.to_uinteger_8) to di;
	      };	  
	      s := s + lx2;
	      d := d + lx2;
	    };
	  } else {
	    hm1.downto 0 do { j:INTEGER;
	      wm1.downto 0 do { i:INTEGER;	
		si := s + i;
		v := (1 + psrc.item si + psrc.item (si+1)) >> 1;
		pdst.put (v.to_uinteger_8) to (d+i);
	      };	  
	      s := s + lx2;
	      d := d + lx2;
	    };
	  };
	} else { 
	  // if (xh && yh) horizontal and vertical half-pel 
	  (average_flag).if {
	    hm1.downto 0 do { j:INTEGER;
	      wm1.downto 0 do { i:INTEGER;
		si  := s  + i;
		sil := si + lx;
		di  := d + i;
		v := (((2 + psrc.item si + psrc.item (si+1) + 
		psrc.item sil + psrc.item (sil+1)) >> 2) + pdst.item di + 1) >> 1;	    
		pdst.put (v.to_uinteger_8) to di; 
	      };	  
	      s := s + lx2;
	      d := d + lx2;
	    };
	  } else {
	    hm1.downto 0 do { j:INTEGER;
	      wm1.downto 0 do { i:INTEGER;
		si  := s  + i;
		sil := si + lx;
		v := (2 + 
		  psrc.item si  + psrc.item (si+1 ) + 
		  psrc.item sil + psrc.item (sil+1)
		) >> 2;
		pdst.put (v.to_uinteger_8) to (d+i);
	      };	  
	      s := s + lx2;
	      d := d + lx2;
	    };
	  };
	};
      };      
    };
    
  );
lisaac_0.39_rc1/example/gui/viewer/0000755000175000017500000000000011314031324017144 5ustar  sonntagsonntaglisaac_0.39_rc1/example/gui/viewer/viewer.li0000644000175000017500000001323611314031257021005 0ustar  sonntagsonntag/***************************************************************************
*                      Isaac Object Operating System                       *
*                             Isaac Library                                *
*                      LORIA - UHP - INRIA - FRANCE                        *
*                   Jerome BOUTET  - boutet@loria.fr                       *
*                   Benoit SONNTAG - bsonntag@loria.fr                     *
*                          http://www.IsaacOS.com                          *
***************************************************************************/
Section Header
  
  + name    := VIEWER;
    
  - bibliography:="http://IsaacOS.com";
  
  - author      := "Benoit Sonntag (bsonntag@loria.fr), Jerome Boutet (boutet@loria.fr)";
  
  - comment     :="Viewer of files for Isaac Presentation.";
    
Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Private
  
  - buffer:FAST_ARRAY(UINTEGER_8) := FAST_ARRAY(UINTEGER_8).create_with_capacity (128.kb);
  
  - list:FAST_ARRAY(ABSTRACT_STRING) := FAST_ARRAY(ABSTRACT_STRING).create_with_capacity 128;
  
  - bitmap:ABSTRACT_BITMAP := 
  ( + result:ABSTRACT_BITMAP;
    
    result := BITMAP(PIXEL_24).create_size (90,30);
    result.color (result.red);
    result.print "No image" to (10,10);
    result
  );
  
  - file_index:INTEGER; // Index of the file in the directory
  
  - directory:DIRECTORY;
  
  - box_directory:G_IN;
  
  - page:G_GROUP;
  
  - is_isaacos:BOOLEAN;
  
  - open_directory n:ABSTRACT_STRING <-
  // n is the name of the directory of the images
  ( + file:FILE;
    + dir:DIRECTORY;
    + i:INTEGER;
    + e:ENTRY;
    // Open File            
    list.clear;
    e := FILE_SYSTEM.get_entry n;
    ((e != NULL) && {e.is_directory} && {e.open}).if {      
      dir ?= e;
      (dir != NULL).if {      
        i := dir.lower;
        {i > dir.upper}.until_do {
          e := dir.item i;  
          (e.is_file && {e.path.has_suffix ".bmp"}).if {
            list.add_last (e.path);
          };
          i := i + 1;
        };
        
        list.bubble_sort_with { (e1,e2:ABSTRACT_STRING); e1 ~> e2};
        /*
        (list.lower).to (list.upper) do { j:INTEGER;
          list.item j.print; '\n'.print;
        };
        '\n'.print;
        */
        (list.is_empty).if_false {                
          file_index := list.lower;
          directory  := dir;
          file ?= FILE_SYSTEM.get_entry (list.first);
          fill_with_file file;       
        }; 
      };
    };
  );
  
  - fill_with_file f:FILE <-
  ( + bmp:FORMAT_IMG;
    ? {f != NULL};
    f.open;
    buffer.clear;
    f.read buffer size (f.size);
    f.close;
    bmp := FORMAT_BMP.create_with buffer;
    (bmp != NULL).if {      
      ((bmp.width != bitmap.width) || {bmp.height != bitmap.height}).if {
        bitmap.make_size (bmp.width,bmp.height);	  
      };      
      bmp.put_image_in bitmap;
      ((page != NULL) && {page.parent != NULL} && {page.width != width_min}).if {
        (is_isaacos).if {          
          page.set_position (page.parent) 
          at   (page.get_x_window,page.get_y_window) 
          size (page.width_min,page.height_min);
        } else {
          page.set_position (page.parent) 
          at   (page.get_x_window,page.get_y_window) 
          size (page.width,page.height);
        };
      };
      refresh;
    };        
  );
    
  - previous_picture <-
  ( + file:FILE;    
        
    // Back
    (file_index != 0).if {
      file_index := file_index - 1;
      file ?= FILE_SYSTEM.get_entry (list.item file_index);
      fill_with_file file;
    };
  );
  
  - next_picture <-
  ( + file:FILE;    
        
    // next picture of directory :)
    (file_index != list.upper).if {
      file_index := file_index + 1;
      file ?= FILE_SYSTEM.get_entry (list.item file_index);
      fill_with_file file;
    };
  );
  
  - init:G_EXPR <-
  (
    box_directory := G_IN.create (30,1) action { b:G_IN; 
      (box_directory.text.last = '\n').if {
        box_directory.text.remove_last 1;
      };
      open_directory (box_directory.text);
    };
    box_directory.text.copy "/";
    open_directory (box_directory.text);
    //
    (G_RAW.create (G_OUT.create " Directory : ".fix_width | box_directory)).fix_height /      
    (page := G_RAW.create (Self.fix_height.fix_width))
  );
  
Section Public  
  
  //
  // Width / Height
  //
  
  - width_min:INTEGER  <- bitmap.width;
  
  - height_min:INTEGER <- bitmap.height;
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  - run:G_WIN_OUT <-
  (     
    is_isaacos := TRUE;
    page := G_WIN_OUT.create "Viewer" with init
  );
  
  - main <-
  (     
    // Init window.
    VIDEO.make_size (980,800);
            
    // Screen definition.
    DESK.make VIDEO with init;
  );
  
  //
  // Event.
  //
  
  - receive msg:EVENT <-  
  ( + evt_mouse:EVENT_MOUSE;
    + evt_keyb:EVENT_KEYBOARD;
    + win:AREA;
    
    evt_keyb  ?= msg;
    (evt_keyb != NULL).if {
      ((evt_keyb.key & 0FFh).to_character = ' ').if {
        next_picture;
      };
    };
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {      
      win := DESK.get_object (evt_mouse.x_current,evt_mouse.y_current);
      (win != Self).if {
        DESK.receive msg;
      } else {
        (evt_mouse.right_down).if {
          // Back
          previous_picture;
        }.elseif {evt_mouse.left_down} then {
	  // Foreward
          next_picture;
        };
      };
    };
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (
    clipping (x0,y0) to (x1,y1);    
    put_bitmap bitmap to (0,0);      
  );
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lisaac_0.39_rc1/example/gui/desktop/desk_board.li0000644000175000017500000001361711314031257021754 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := DESK_BOARD;
    
  - bibliography:="http://IsaacOS.com";
  - author      :="Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="Interface managment for Intelligent System And Advanced Concept.";

  - date    :="2003/04";
  
Section Inherit  
  
  + parent_g_raw:Expanded G_RAW;
  
Section Private
    
  - path_base:ABSTRACT_STRING;
  
  - path_tmp:STRING := STRING.create 256;
  
  - path l:ABSTRACT_STRING :STRING <-
  (
    path_tmp.copy path_base;
    path_tmp.append l; 
    path_tmp
  );    
  
Section Public
  
  - bug1:G_WIN_OUT;
  - bug2:G_WIN_OUT;

  
  - isaac:G_WIN_OUT;
  - tools:G_WIN_OUT;
  - multimedia:G_WIN_OUT;
  - game:G_WIN_OUT;
    
  - create_with path_dir:ABSTRACT_STRING :SELF <-
  (         
    path_base := path_dir;
    isaac := G_WIN_OUT.create (
      G_RAW.create (        
        G_BUTTON.create (G_IMG.create (path "terminal.bmp") | G_OUT.create " Terminal ")
        connect (SHELL.run path_dir) /
        G_BUTTON.create (G_OUT.create " Monitor ")
        connect (bug1 := MONITOR.run)
      ) /
      G_RAW.create (
        G_BUTTON.create (G_IMG.create (path "about.bmp") | G_OUT.create " About ") 
        connect (ABOUT.run path_dir) /
        G_BUTTON.create (G_IMG.create (path "reboot.bmp") | G_OUT.create " Reboot ")
        action { b:G_BUTTON; "Reboot...\n".print; die_with_code 0; }
      )
    );    
    tools := G_WIN_OUT.create (
      G_RAW.create (
        G_BUTTON.create (G_IMG.create (path "calc.bmp") | G_OUT.create " Calculator ")
        connect (CALCULATOR.run)
      )
    );
    multimedia := G_WIN_OUT.create (
      G_RAW.create (
        G_BUTTON.create (G_IMG.create (path "viewer.bmp") | G_OUT.create " Viewer ")
        connect (VIEWER.run) 
      ) /
      G_RAW.create (
        G_BUTTON.create (G_IMG.create (path "video.bmp") | G_OUT.create " Video ")
        connect (bug2 := MPEG2DEC.run path_dir)
      ) /
      G_RAW.create (
        G_BUTTON.create (G_OUT.create " Rotozoom ")
        connect (ROTOZOOM.run path_dir) /
        G_BUTTON.create (G_OUT.create " Glass ")
        connect (GLASS.run path_dir) /
        G_BUTTON.create (G_OUT.create " Fire ")
        connect (FIRE.run) 
      )
    );    
    game := G_WIN_OUT.create (
      G_RAW.create (
        G_BUTTON.create (G_IMG.create (path "tetris.bmp") | G_OUT.create " Tetris ") 
        connect (TETRIS.run) /
        G_BUTTON.create (G_IMG.create (path "power4.bmp") | G_OUT.create " Power 4 ") 
        connect (FOURONLINE.run) /
        G_BUTTON.create (G_IMG.create (path "sudoku.bmp") | G_OUT.create " Sudoku ")
        connect (SU_DOKU.run)
      )
    );
    
    make (
      G_RAW.create
      (
        G_BUTTON.create (G_IMG.create (path "isaac.bmp"))     connect isaac |
        G_BUTTON.create (G_IMG.create (path "tools.bmp"))      connect tools |
        G_BUTTON.create (G_IMG.create (path "media.bmp")) connect multimedia |
        G_BUTTON.create (G_IMG.create (path "game.bmp"))       connect game
      ).fix_width |
      G_OUT.create "Isaac Operating System" justify (G_OUT.center) |
      G_RAW.create 
      (
        G_BUTTON.create (G_IMG.create (path "desk1.bmp")) 
        action { b:G_BUTTON;
          move_virtual_screen 0;
        } |
        G_BUTTON.create (G_IMG.create (path "desk2.bmp")) 
        action { b:G_BUTTON;
          move_virtual_screen (-DESK.width);
        }
      ).fix_width |
      CLOCK_VIEW.run.fix_width
    );
    Self
  );
  
  - receive msg:EVENT <-
  ( + evt_time:EVENT_TIMER;
        
    evt_time ?= msg;    
    ((evt_time != NULL) && {evt_time.destination = NULL}).if {
      (DESK.virtual_screen.x_window != pos_v).if {
        DESK.virtual_screen.move (inc_v>>1,0);
        ((DESK.virtual_screen.x_window < pos_v) && {inc_v < 0}).if {
          inc_v := 2;
        }.elseif {(DESK.virtual_screen.x_window > pos_v) && {inc_v > 0}} then {
          inc_v := -2;
        } else {
          inc_v := inc_v + inc_v / 2;
        };
      } else {
        TIMER.sub_client Self;
      };
    } else {    
      parent_g_raw.receive msg;
    };
  );
  
Section Private
  
  - pos_v:INTEGER;
  - inc_v:INTEGER;
  
  - move_virtual_screen p:INTEGER <-
  (     
    (DESK.virtual_screen.x_window != p).if {
      pos_v := p;
      (DESK.virtual_screen.x_window > p).if {
        inc_v := -2;
      } else {
        inc_v := 2;
      };
      TIMER.add_client Self;    
    };            
  );






lisaac_0.39_rc1/example/gui/desktop/isaac.ai0000644000175000017500000007740011314031257020724 0ustar  sonntagsonntag%!PS-Adobe-2.0 EPSF-1.2
%%Creator: Adobe Illustrator(TM) 88.0 Exported from CorelDRAW 9.
%%Title:6
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%%CreationDate:(Unknown)
%%ColorUsage:
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%%EndComments
%%BeginProcSet:Adobe_Illustrator_1.1 0 0
% Version 1.0 3/27/1990 $nokeywords$
% Copyright (C) 1990,1991,1992
% Corel Corporation
% All Rights Reserved

/wPmsDict 150 dict def 
wPmsDict begin 

/$debug 25 string def 

/bd {bind def} bind def 
/ld {load def} bd 
/xd {exch def} bd 
/_ null def 

/$c 0 def 
/$m 0 def 
/$y 0 def 
/$k 0 def 
/$t 1 def 
/$n _ def 
/$o 0 def 
/$pf false def 

/$C 0 def 
/$M 0 def 
/$Y 0 def 
/$K 0 def 
/$T 1 def 
/$N _ def 
/$O 0 def 
/$PF false def 

/$h false def 

/$al 0 def 
/$tr 0 def 
/$le 0 def 
/$lx 0 def 
/$ly 0 def 

/$ctm matrix currentmatrix def 
/$ptm matrix def 

/$pn () def 
/$pm matrix def 
/$px 0 def 
/$py 0 def 
/$pxf 0 def 
/$pyf 0 def 
/$psx 10 def 
/$psy 0 def 

/$llx 0 def 
/$lly 0 def 
/$urx 0 def 
/$ury 0 def 


/$Bbllx 0 def 
/$Bblly 0 def 
/$Bburx 0 def 
/$Bbury 0 def 

/$tllx 0 def 
/$tlly 0 def 
/$turx 0 def 
/$tury 0 def 

/$pd [] def 
/$tx 0 def 
/$ty 0 def 

/$sv 0 def 
/@cp /closepath ld 
/@gs /gsave ld 
/@gr /grestore ld 
/@np /newpath ld 
/@sv {/$sv save def}bd 
/@rs {$sv restore}bd 

/@MN { 
2 copy le{pop}{exch pop}ifelse 
}bd 

/setcmykcolor where {pop} 
{ 
/setcmykcolor 
{ 
4 1 roll 
3 {3 index add 1 @MN 1 exch sub 3 1 roll} repeat 
setrgbcolor 
pop 
}bd 
}ifelse 

/@tc 
{ 
dup 1 ge 
{pop} 
{ 
4 { 
dup 
6 -1 roll 
mul 
exch 
}repeat 
pop 
}ifelse 
}bd 

/@scc 
{ 
$c $m $y $k $t @tc 
setcmykcolor 
true 
}bd 
/@SCC 
{ 
$C $M $Y $K $T @tc 
setcmykcolor 
true 
}bd 

/@sft 
{ 
(setfirsttile sft )print 
/$tx $tllx $pxf add dup $tllx gt {$pwid $psx add sub}if def 
/$ty $tury $pyf sub dup $tury lt {$phei $psy add add}if def 
(setfirsttile exit )print 
}bd 

/@stb 
{ 
pathbbox /$ury xd /$urx xd /$lly xd /$llx xd 
}bd 

/@ep 
{ 
{ 
cvx exec 
}forall 
}bd 

/@tp 
{ 

(tile pattern tp )print 
@sv 
/$in true def 
2 copy 
dup $lly le {/$in false def}if 
$phei sub $ury ge {/$in false def}if 
dup $urx ge {/$in false def}if 
$pwid add $llx le {/$in false def}if 
$in 
{ 
@np 
2 copy moveto 
$pwid 0 rlineto 
0 $phei neg rlineto 
$pwid neg 0 rlineto 
0 $phei rlineto 
clip @np 

$pn cvlit load aload pop 
7 -1 roll 
5 index sub 
7 -1 roll 
3 index sub 
translate 
@ep 
pop pop pop pop 
} 
{pop pop}ifelse 
@rs 
(tile pattern exit )print 
}bd 

/@th 
{ 
(tile horizontal th)print 
@sft 
0 1 $tly 1 sub 
{ 
dup $psx mul $tx add 
{ 
dup $llx gt {$pwid sub}{exit}ifelse 
}loop 
exch $phei mul $ty exch sub 

0 1 $tlx 1 sub 
{ 
$pwid mul 
3 copy 
3 -1 roll add exch 
@tp 
pop 
}for 
pop pop 
} for 
(tile horizontal exiting )print 
}bd 

/@tv 
{ 
(tile vertical tv)print 
@sft 
0 1 $tlx 1 sub 
{ 
dup $pwid mul $tx add 
exch $psy mul $ty exch sub 
{ 
dup $ury lt {$phei add}{exit}ifelse 
}loop 

0 1 $tly 1 sub 
{ 
$phei mul 
3 copy sub 
@tp 
pop 
}for 
pop pop 
} for 
(tile vertical exit )print 
}bd 

/@pf 
{ 
(pattern fill pf)print 
@gs 
$pm concat 
@stb 
@gs 1 setgray eofill @gr 
eoclip 
$Bburx $Bbury $pm itransform /$tury xd /$turx xd 
$Bbllx $Bblly $pm itransform /$tlly xd /$tllx xd 
/$wid $turx $tllx sub def 
/$hei $tury $tlly sub def 
$wid 0 gt $hei 0 gt and 
{ 
$pn cvlit load aload pop 
$pd xd 
3 -1 roll sub /$phei xd 
exch sub /$pwid xd 
/$tlx $wid $pwid div ceiling 1 add def 
/$tly $hei $phei div ceiling 1 add def 
$psx 0 eq 
{ 
@tv 
} 
{ 
@th 
}ifelse 
}if 

@gr 
@np 
(pattern fill exit)print 
}bd 

/@xp 
{ 
{ 
dup (text Character is:) print == 
usertime (time before is:)print == 
(0) dup 3 -1 roll 0 exch put 
@gs 
true charpath currentpoint 
$ctm setmatrix 
@pf 
@gr 
@np 
moveto $tr 0 rmoveto 
usertime (time after is:)print == 
}forall 
pop 
}bd 

/@sm 
{ 
/$ctm $ctm currentmatrix def 
}bd 

%--@lorg  move to line origin   length string @torg length string
/@lorg    % moves currentpoint to line origin according to current alignment
  {      
  $lx $ly moveto    
  /$ly $ly $le sub def      % - prepare for next line(tracking)
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    {dup      % ->len str len str
    stringwidth   % ->len str len dx dy
    exch 3 index  % ->len str dy len dx
    1 sub         % ->len str dy len dx (len-1)
    $tr mul add   % ->len str dy len dx+(len-1)*$tr
    neg
    exch neg      % ->len str -dx_total dy len
    $al 1 eq      % check for centered alignment
    {2 div exch 2 div exch} if  
    rmoveto} if
  }bd

/@ft 
{ 
$pf 
{@xp} 
{ 
@scc 
{$tr exch 0 exch ashow pop} 
{pop pop}ifelse 
}ifelse 
}bd 

/@st 
{ 
$PF 
{} 
{ 
@SCC 
{ 
{ 
(0) dup 3 -1 roll 0 exch put 
@gs 
true charpath currentpoint 
$ctm setmatrix $ptm concat 
stroke 
@gr 
moveto $tr 0 rmoveto 
}forall 
pop 
} 
{pop pop}ifelse 
}ifelse 
}bd 
/@pt 
{ 
dup length exch 
}bd 
/@te 
{ 
@pt 
@lorg 
@ft 
}bd 

/@tr 
{ 
@pt 
@lorg 
@st 
}bd 
/@ta 
{ 
@pt 
@lorg 
2 copy 
@gs @ft @gr 
/$lx 0 def 
/$ly 0 def 
@st 
}bd 















/g { 
1 exch sub /$k xd 
/$c 0 def /$m 0 def /$y 0 def /$t 1 def /$n _ def /$pf false def 
}bd 

/G { 
1 exch sub /$K xd 
/$C 0 def /$M 0 def /$Y 0 def /$T 1 def /$N _ def /$PF false def 
}bd 

/k { 
/$k xd /$y xd /$m xd /$c xd 
/$t 1 def /$n _ def /$pf false def 
}bd 

/K { 
/$K xd /$Y xd /$M xd /$C xd 
/$T 1 def /$N _ def /$PF false def 
}bd 

/x { 
/$t xd /$n xd 
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%%Trailer
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//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := MONITOR;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";
  
Section Private
  
  - box:G_OUT;
  
  - win:AREA;
  
Section Public
  
  - is_open:BOOLEAN <- (win != NULL) && {win.parent != NULL};
  
  - append str:ABSTRACT_STRING <-
  (    
    (box != NULL).if {      
      box.text.append str;
      {box.text.occurrences '\n' > 20}.while_do { 
        box.text.remove_first (box.text.first_index_of '\n');
      };
      win.refresh;
    };
  );
    
  - init:G_EXPR <-
  ( 
    G_RAW.create (box := G_OUT.create "Scan information system...\n\n\n\n\n")
  );
  
  - run:G_WIN_OUT <-
  ( 
    win := G_WIN_OUT.create "Monitor" with init
  );
  
  - main <-
  (     
    // Init window.
    VIDEO.make_size (400,400);
    DESK.make VIDEO with (
      (win := G_OUT.create "Monitor" justify (G_OUT.center).fix_height) / init
    );        
  );
  
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ÓªƒÓªƒááâÊË̺»¼±²³µ¶·µ¶··¸¹¶·¸¹º»»¼½»¼½½¾¿¿ÀÁÄÅÆÈÉÊÃÄž¿ÀÌÍÎغžÓªƒÓªƒÑÒÒŠ‹‹SWUSWUSWUSWUSWUSWUSWUSWUSWUSWUSWUSWUSWUSWUSWUSWUvvwµ¶·Ú«áÚÓ³´µSWU¥ª¦¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤¤§¤cge›œœÕÖÖÓªƒÔÕÕSWU¤§¤{~{~{~{~{~{~{~{~{~{~{~Z^\Y][Y][w{xSWU½¾¿ãäåÓªƒÓªƒSWU¤§¤{~{~{~{~{~{~{~{~{~{~{~Y^[nsqnsqx{ySWUÓªƒÓªƒÓªƒÓªƒSWU~SWUX\ZlpnSWUtyvrwtSWUqvtx~|SWUnsp[`^osqosqw{ySWUÓªƒÓªƒÓªƒÓªƒSWUknl ¦£X\ZSWU¼Â¿SWUSWUÀÅÃSWUSWU½ÃÀSWUZ_\rvtrvtx|ySWUÓªƒÓªƒÓªƒÓªƒSWU~SWUX\ZmrpSWUnrpnrqSWUlroqvtSWUnspejgX\ZX\Z„‰†SWUÓªƒÓªƒÓªƒÓªƒSWU~TUQX\ZhljSWUmqplpnSWUlpnqutSWUinlswuY^\Y^\‘•“SWUÓªƒÓªƒÓªƒÓªƒSWUknl ¦£X\ZSWU¾ÃÁSWUSWU¾ÃÁSWUSWUÂÆÅSWUZ^\’–•’–•x{ySWUÓªƒÓªƒÓªƒÓªƒSWU~TXUX\ZinlSWUnsqmqnSWUmrprwuSWUlpnuywZ_]Z_]†‰‡SWUÓªƒÓªƒÓªƒÓªƒSWU~KLHX\ZdhgSWUhlkgljSWUfjhkomSWUfkhlqoX][X][‰ŠSWUÓªƒÓªƒÓªƒÓªƒSWUknl ¦£TXUSWU±´³SWUSWU±µ´SWUSWUµ¸¶SWUZ^\“’“’x{ySWUÓªƒÓªƒÓªƒÓªƒSWUknlX\ZX\ZkpnSWUotqotqSWUpussxvSWUqustywX\ZX\Z‰ŠSWUÓªƒÓªƒÓªƒÓªƒ64.KTKB{[B|[B|[B|[B|[B|\B|\B|\B|]B|]C}]C}]C}]D}]LUM64.ÓªƒÓªƒÓªƒÓªƒ64.@xY4âŠ7à‹cä£eé¦eé¦eé¦eé¦eé¦eé¦eé¦eé¦eé¦;ãŽQæ›N‚e64.ÓªƒÓªƒÓªƒÓªƒ64.[ssë®_墮éË°óÑ®óЮóЮóЮóаóÑ´ôÔ»õØÃö܆î¹[r64.ÓªƒÓªƒÓªƒÓªƒ64.TŒncé¥h秪ãƯêÌ®êË­éÊ®ê˯ê̱êͱêͲëͲëÎqê­mê«Up64.ÓªƒÓªƒÓªƒÓªƒ64.Mo\DÆ„DÇ„EÈ…EÈ…FÈ…FÈ…GȆHɆHɇIɇIɇJɈKʈKȈNo\64.ÓªƒÓªƒÓªƒÓªƒ64.TVTjlkƒ…„€‚€…‡††ˆ‡LNLLNLLNLLNLLNLI^iHcrHcrIanSUS64.ÓªƒÓªƒÓªƒÓªƒ64.bdcbdcklkhjigihhji^`_^`_^`_^`_^`_]bd\ce[cd\cd`ca64.ÓªƒÓªƒÓªƒÓªƒzzu64.64.64.64.64.64.64.64.64.64.64.64.64.64.64.64.zzuÓªƒÓªƒlisaac_0.39_rc1/example/gui/desktop/desktop.li0000644000175000017500000000052111314031257021316 0ustar  sonntagsonntagSection Header
  
  + name := DESKTOP;

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
	
  
  - main <-
  ( 
    VIDEO.auto_make;

    // Screen definition.
    DESK.make VIDEO scale (2,1) with (                  
      DESK_BOARD.create_with "./".fix_height / G_RAW.create (G_IMG.create "isaac.ai")
    );    
  );lisaac_0.39_rc1/example/gui/desktop/tools.bmp0000644000175000017500000000260611314031257021165 0ustar  sonntagsonntagBM†6(P
:
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:
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‡F&›_µÛÉÓªƒÓªƒÓªƒ‡DÒs‡DUYXSWUSWU…Šˆ…Šˆ…Šˆ°³²ŽOºdÌpÑsËp¹d•VÓªƒÓªƒÓªƒ‡DÒs‡DSWUÿÿÿSWU…Šˆûøõûøõüúù”U¿nYÚ˜æ±NÛ“Òs‡DÓªƒÓªƒÓªƒ‡DÓt‡DUYXSWUSWU…ŠˆíÛÊíÛÊñã֯Ͳ’VŠJˆE‹GÒs‡DÓªƒÓªƒÓªƒ‡DÕw‡DSWUÿÿÿSWU…ŠˆÜ¼ŸÜ¼ŸÜ¼Ÿãɲ®±°“–”ÿÿÿ‡DÒs‡DÓªƒÓªƒÓªƒ‡D ×z‡DUYXSWUSWU…Šˆ…Šˆ…Šˆ…Šˆ…Šˆ…ŠˆSWU•˜–‡DÒt‡DÓªƒÓªƒÓªƒ‡D$Ù~‡DSWUÿÿÿSWU…Šˆûøõûøõûøõûøõ…ŠˆSWUÿÿÿ‡DÕw‡DÓªƒÓªƒÓªƒ‡D(Û‡DUYXSWUSWU…ŠˆíÛÊíÛÊíÛÊíÛÊ…ŠˆSWU„‡†‡D ×z‡DÓªƒÙ½ |ÀžŒJ,Þ„‡DSWUÿÿÿSWU…ŠˆÜ¼ŸÜ¼ŸÜ¼ŸÜ¼Ÿ…ŠˆSWUÿÿÿ‡D$Ù}‡Du½™ŽM«b(Ó}0à‡‡DUYXSWUSWU…Šˆ…Šˆ…Šˆ…Šˆ…Šˆ…ŠˆSWUtwv‡D(ÛX®d*Ö}0à‡-؃¯ePSWUÿÿÿSWU…Šˆûøõûøõûøõûøõ…ŠˆSWUÿÿÿ‡D,Þ„.ß…0à‡-؃¯eŽMnº”ãìåUYXSWUSWU…ŠˆíÛÊíÛÊíÛÊíÛÊ…ŠˆSWUcge‡D0à‡-؃¯eŽMnº”ãìåÓªƒÓªƒSWUÿÿÿSWU…ŠˆÜ¼ŸÜ¼ŸÜ¼ŸÜ¼Ÿ…ŠˆSWUÿÿÿ‡D¯eŽMnº”ãìåÓªƒÓªƒÓªƒÓªƒUYXSWUSWU…Šˆ…Šˆ…Šˆ…Šˆ…Šˆ…ŠˆSWUTXV‚Kn»”ãìåÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒ|}þþþ|}¢¥¤Þ¿¢Þ¿¢Þ¿¢Þ¿¢¢¥¤|}þþþ|}ÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒ®±±®±°®±°ÅÈÇÓªƒÓªƒÓªƒÓªƒÅÈÇ®±°®±°®±±ÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒáããûüüÚȶӪƒÓªƒÓªƒÓªƒÓªƒÓªƒÚȶûüüáããÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒÓªƒlisaac_0.39_rc1/example/gui/desktop/viewer.bmp0000644000175000017500000000271211314031257021324 0ustar  sonntagsonntagBMÊ6(”
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//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := FORMAT_BCT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  - parent_any:ANY := ANY;

Section Public
  
  - load file:FILE :BOOLEAN <-
  ( + buf:FAST_ARRAY(UINTEGER_8);
    + pos,length:INTEGER;
    + result:BOOLEAN;
    + picture_size:INTEGER;
    + lst:LINKED_LIST(GRAPH);
    + mark:MARK;
          
    // Read file.
    length := file.size;        
    buf := FAST_ARRAY(UINTEGER_8).create_with_capacity length;
    file.read buf size length;
        
    // Version verification.
    (buf.item 0 <= 010h).if {
      result := TRUE;      
      pos := pos + 1;
      // Read Page parameter.
      pos := page.make_with buf at pos;
      
      // Read magnetic mark.
      pos := pos + 1;
      
      // Read small picture.      
      picture_size := read_uinteger_16 buf at pos;
      //pos := pos + 2;
            
      //DeCompressRLE((unsigned char *)&Buf[33],Win);
      pos := pos + picture_size;
      
      // Read graphs.            
      (lst,pos) := load_draw_with buf at pos parent NULL;
      page.set_list_graph lst;
      
      // Read mark.
      page.list_mark.clear;
      {pos < length}.while_do {
        (mark,pos) := MARK.create_with buf at pos;
        page.list_mark.add_last mark;      
      };
      // Compute select object.
      (page.list_graph.lower).to (page.list_graph.upper) do { j:INTEGER;
        page.list_graph.item j.compute_select;
      };
    };
    result
  );
  
Section SELF,GROUP
  
  
  //
  // Compress RLE
  //
  
  /*
  - compress_rle bmp:ABSTRACT_BITMAP :FAST_ARRAY(UINTEGER_8) <-
  [
    ? {bmp.width = 128};
    ? {bmp.height = 128};
  ]
  ( + src,dst:FAST_ARRAY(UINTEGER_8);
    + color_8,type,cpt:UINTEGER_8;
    + pos_src,pos_dst,pos_stat,x,y:INTEGER;
    + color_24:UINTEGER_32;
      
    src := FAST_ARRAY(UINTEGER_8).create_with_capacity 16384;
    dst := FAST_ARRAY(UINTEGER_8).create_with_capacity 16600;
    // Raw image.
    (bmp.y_min).to (bmp.y_max) do { y:INTEGER;
      (bmp.x_min).to (bmp.x_max) do { x:INTEGER;
        bmp.get_pixel_to (x,y);
        color_24 := bmp.rgbcolor;
        color_8  := (((color_24>>16)&0E0h)|((color_24>>11)&01Ch)|((color_24>>6)&003h)).to_uinteger_8;
        src.add_last color_8;
      };
    };    
    // Compress src.
    pos_stat := 2; 
    pos_dst  := 3; 
    pos_src  := 0; 
    type     := 080h; 
    cpt      := 0; // Mode Different.
    {
      (type != 0).if { 
        // Mode Different.
        (
          (pos_src < 16382) && 
          {src.item pos_src = src.item (pos_src+1)} && 
          {src.item pos_src = src.item (pos_src+2)}
        ).if {
          (cpt != 0).if { 
            dst.put ((cpt-1)|0x80) to pos_stat; 
            pos_dst := pos_dst + 1;
            pos_stat := pos_dst; 
            cpt := 0; 
          };
          type := 0; 
          color_8 := src.item pos_src;
        } else {
          bufD[PosD++]=bufS[PosS++]; cpt++;
          if ((PosS==16384L) || (cpt&0x80)) { bufD[PosEtat]=(cpt-1)|0x80; PosEtat=PosD++; cpt=0; };
        };
      } else { // Mode identique.
        (src.item pos_src != color_8).if {
          bufD[PosEtat]=cpt-1; 
          bufD[PosD++]=Coul; 
          PosEtat=PosD++; 
          cpt=0; 
          type=0x80;
        } else {
          PosS++; 
          cpt++;
          ((pos_src = 16384) || {cpt&080h != 0}).if { 
            bufD[PosEtat]=cpt-1; 
            bufD[PosD++]=Coul; 
            PosEtat=PosD++; 
            cpt=0; 
            type=0x80; 
          };
        };
      };
    }.do_while {pos_src != 16384};
    dst
  );
  */
  
  //
  // Decompress RLE
  //
  
  - decompress_rle buf:FAST_ARRAY(UINTEGER_8) in bmp:ABSTRACT_BITMAP <-
  ( + pos,x,y:INTEGER;
    + cpt:UINTEGER_8;
    + color_8,color_24:UINTEGER_32;
    
    {
      cpt := buf.item pos;
      (cpt & 080h != 0).if { 
        // Variable mode.
        pos := pos + 1;
        0.to (cpt & 7Fh) do { j:INTEGER;
          color_8  := buf.item pos; 
          color_24 := ((color_8 & 0E0h)<<16)|(((color_8<<3) & 0E0h)<<8)|((color_8<<6) & 0C0h);
          pixel_to (x,y) color color_24;
          x := x + 1;
          (x = 128).if { 
            x := 0; 
            y := y + 1;
          };
          pos := pos + 1;
        };
      } else { 
        // Copy mode.
        color_8 := buf.item (pos+1); 
        color_24 := ((color_8 & 0E0h)<<16)|(((color_8<<3)&0E0h)<<8)|((color_8<<6)&0C0h);
        color color_24;        
        0.to cpt do { j:INTEGER;
          pixel_to (x,y); 
          x := x + 1;
          (x = 128).if { 
            x := 0; 
            y := y + 1; 
          };
        };
        pos := pos + 2;
      };
    }.do_while {pos < buf.upper};    
  );
      
  // 
  // Load Graph.
  //

  - load_draw_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER 
  parent father:GRAPH :(LINKED_LIST(GRAPH),INTEGER) <-
  ( + result:LINKED_LIST(GRAPH);
    + type:UINTEGER_8;
    + pos:INTEGER;
    + graph:GRAPH;
    + select:SELECT;
    
    `/* LOAD */`;
    
    pos := ps;
    result := LINKED_LIST(GRAPH).create;
    {buf.item pos != 255}.while_do {      
      // Construction de l'objet.      
      type := buf.item pos;            
      pos := pos + 1;      
      (select,pos) := SELECT.create_with buf at pos;
      `/* BEGIN */`;
      (type)
      .when 0 then { // Group
        (graph,pos) := GROUP.create_with buf at pos;        
      }
      .when 1 then { // Curve
        (graph,pos) := FORM.create_with buf at pos;          
      }
      .when 2 then { // Rectangle 
        (graph,pos) := RECTANGLE.create_with buf at pos;
      }
      .when 3 then { // Ellipse 
        (graph,pos) := ELLIPSE.create_with buf at pos;
      }
      .when 4 then { // Text
        (graph,pos) := TEXT.create_with buf at pos;          
      };
      `/* END */`;
      graph.set_select select parent father;
      result.add_last graph;
    };
    pos := pos + 1;
    result,pos
  );


/*
void LoadImgBCT(int File,struct WINDOW *Win)
{ unsigned char *Buf;
  unsigned short Size;
  // Est-ce un ancien fichier BCT :
  unsigned char Tmp;
  struct WINDOW *OldWin=WinAct;

  read(File,&Tmp,1);
  if ((Tmp=='o') || (Tmp=='v')) { // Oui, c'est un ancien fichier ...
    WinAct=Win;
    setcolor(255,255,255);
    rectangle(0,0,127,127);
    setcolor(200,0,0);
    text(2,2,60,"Ancien fichier BCT !");
    WinAct=OldWin;
    return;
  };
  lseek(File,33,SEEK_SET);
  read(File,&Size,2);
  Buf=(unsigned char *)malloc(Size);
  lseek(File,33,SEEK_SET);
  read(File,Buf,Size);
  DeCompressRLE(Buf,Win);
  free(Buf);
};
*/

lisaac_0.39_rc1/example/gui/draw/g_page.li0000644000175000017500000000475711314031260020364 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := G_PAGE;
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Output text for GUI.";

Section Inherit  
  
  + parent_area:Expanded AREA;

  - parent_g_expr:G_EXPR := G_EXPR;
          
Section Public
   
  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 64;
  
  - height_min:INTEGER := 64;
    
  //
  // Creation.
  //
  
  - create:SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make;
    result
  );
  
  - make <-
  (
    // Nothing.
  ); 

  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  (     
    clipping (x0,y0) to (x1,y1);    
    //    
    rectangle (x_min,y_min) to (x_max,y_max) color black;
    rectangle_fill (x_min+1,y_min+1) to (x_max-1,y_max-1) color yellow;
  );
lisaac_0.39_rc1/example/gui/draw/paint.bmp0000644000175000017500000000454611314031260020423 0ustar  sonntagsonntagBMf	6(0	ÄÄÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔºººM>/G8+oooÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔ××××××××××××M>0ˆZ-…NH9+ÕÕÕÖÖÖÖÖÖ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××cTFçáÝŠU#a:ÉÉÉËËËÑÑÑÖÖÖ××××××××××××××××××××××××××××××××××××××××××××××××ÙÙÙÙÙÙÙÙÙÙÙÙ½½½ƒ]8iI)iii©©©¯¯¯ÁÁÁÐÐÐÖÖÖØØØØØØØØØÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙ×××SE6LLL‹‹‹   ¸¸¸ÈÈÈÌÌÌÍÍÍÐÐÐÖÖÖÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÜÜÜÜÜÜÜÜÜÜÜÜÚÚÚ£®³OTV*++€€€”””¥¥¥«««°°°½½½ÏÏÏØØØÛÛÛÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÛÛÛÀÂÂ478u}NPQžžž¶¶¶ÆÆÆÔÔÔÚÚÚÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÐÓÔªª«lmn/14dfjŠ’ry|QUW£££ÁÁÁÖÖÖÝÝÝÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞ××ظ»¼beg^cfejkw}osv
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V|@ªØe“áááëëëëëëëëëííííííííííííííííííííííííííííííííííííííííííëëë2=0¡Õ`·Þ¸wwwãããëëëíííííííííííííííííííííííííííííííííííííííííííííííííííëëë@¨Ø‡Çåo¤EEEäääìììííííííííííííððððððððððððððððððððððððððððððððððððððððððíííS°Ü›Ðé}·)))çççïïïðððððððððððððððððððððððððððððððððððððððððððððððððððððððððïïïÌáf’JJJêêêïïïððððððððððððððððððòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòŠŒŽŠŠŠòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõlisaac_0.39_rc1/example/gui/draw/mark.li0000644000175000017500000000461611314031260020066 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := MARK;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  - parent_any:ANY := ANY;

Section Public
  
  + is_horizontal:BOOLEAN;
  - is_vertical:BOOLEAN <- ! is_horizontal;
  
  + position:INTEGER_32;
  
  //
  // Creation.
  //

  - create:SELF <-
  ( + result:SELF;
    result := clone;
    result.make;
    result
  );

  - make <-
  ( 
    
  );
  
  //
  // File.
  //
  
  - create_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :(SELF,INTEGER) <-
  ( + r:SELF;
    
    r := clone;
    r, r.make_with buf at ps
  );
  
  - make_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :INTEGER <-
  ( + t:UINTEGER_8;
    
    t := buf.item ps; 
    is_horizontal := (t != 0);
    position := read_integer_32 buf at (ps+1);
    ps + 5
  );lisaac_0.39_rc1/example/gui/draw/select.bmp0000644000175000017500000000454611314031260020567 0ustar  sonntagsonntagBMf	6(0	ÄÄÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÒÒÒÏÏÏÍÍÍÍÍÍÏÏÏÒÒÒÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔ××××××××××××××××××××××××××××××××××××ÕÕÕÑÑÑÇÇǾ¾¾¾¾¾ÇÇÇÑÑÑÕÕÕ×××××××××××××××××××××××××××××××××××××××××××××ÖÖÖÖÖÖÖÖÖÖÖÖÖÖÖÒÒÒÇÇDz²²   ¡¡¡²²²ÇÇÇÒÒÒÖÖÖ×××××××××××××××××××××ÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙØØØÕÕÕÓÓÓÒÒÒÔÔÔÔÔÔÍÍÍ   LLL¡¡¡ÀÀÀÒÒÒØØØÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙØØØÕÕÕÍÍÍÂÂÂÀÀÀÆÆÆÊÊÊÁÁÁÖÖÖõõõŸŸŸ¿¿¿ÒÒÒØØØÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÛÛÛÕÕÕÃÃ쬬¤¤¤«««´´´÷÷÷ÒÒÒ«««ÉÉÉ×××ÛÛÛÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÚÚÚÑÑÑfffŠŠŠ’’’ÖÖÖõõõqqqºººÐÐÐÙÙÙÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÜÜÜÒÒÒ¿¿¿[[[÷÷÷ÒÒÒ£££ÂÂÂÔÔÔÜÜÜÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÜÜÜÒÒÒÿÿÿÜÜÜ£££×××öööoooœœœ···ÌÌÌ×××ÜÜÜÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞáááááááááááááááßßßÕÕÕÿÿÿþþþýýýûûûøøøˆˆˆyyyŠŠŠ¢¢¢½½½ÒÒÒÝÝÝàààáááááááááááááááááááááááááááááááááßßßÕÕÕþþþýýýüüüùùùöööÑÑѲ²²³³³ÎÎÎÜÜÜàààááááááááááááááááááãããããããããããããããááá×××þþþýýýûûûøøøôôôðððíííÊÊÊ–––¼¼¼ÔÔÔßßßâââãããããããããããããããããããããããããããããããããááá×××ýýýüüüúúú÷÷÷óóóïïïëëëÉÉɶ¶¶ÎÎÎÜÜÜáááãããããããããããããããããããããæææææææææææææææäääÚÚÚýýýûûûùùùõõõòòòîîîÊÊʹ¹¹ÐÐÐÞÞÞäääæææææææææææææææææææææææææææææææææææææææäääÚÚÚýýýûûûøøøôôôðððÌÌ̹¹¹ÐÐÐÞÞÞäääæææææææææææææææææææææææææææèèèèèèèèèèèèèèèæææÜÜÜüüüúúú÷÷÷óóóÏÏϺººÒÒÒàààæææèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèæææÜÜÜûûûùùùöööÑÑѺººÒÒÒàààæææèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèëëëëëëëëëëëëëëëéééßßßûûûùùùÔÔÔ½½½ÔÔÔãããéééëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëéééßßßûûû×××½½½ÔÔÔãããéééëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëíííííííííííííííëëëâââÚÚÚÀÀÀÖÖÖåååëëëíííííííííííííííííííííííííííííííííííííííííííííííííííííííííìììåååÉÉÉØØØåååëëëíííííííííííííííííííííííííííííííííííííííííííííðððððððððððððððïïïìììàààáááéééîîîððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõõlisaac_0.39_rc1/example/gui/draw/draw0000644000175000017500000264242111314031260017472 0ustar  sonntagsonntagELFЋ4$è
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,iIVSHk_Œol€[y.   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := BEZIER;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  + parent_point:Expanded POINT;

Section Public

  + p1_x:INTEGER_32;
  + p1_y:INTEGER_32;

  + p2_x:INTEGER_32;
  + p2_y:INTEGER_32;
    
  //
  // Creation.
  //

  - create (p1x,p1y:INTEGER_32) and (p2x,p2y:INTEGER_32) end (px,py:INTEGER_32) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (p1x,p1y) and (p2x,p2y) end (px,py);
    result
  );

  - make (p1x,p1y:INTEGER_32) and (p2x,p2y:INTEGER_32) end (px,py:INTEGER_32) <-
  ( 
    x := px;
    y := py;
    p1_x := p1x;
    p1_y := p1y;
    p2_x := p2x;
    p2_y := p2y;
  );

  //
  // Transformation
  //
  
  - move (dx,dy:INTEGER_32) <-
  (
    parent_point.move (dx,dy);
    p1_x := p1_x + dx;
    p1_y := p1_y + dy;
    p2_x := p2_x + dx;
    p2_y := p2_y + dy;    
  );

  //
  // Display
  //
  
  - draw_border_in bmp:ABSTRACT_BITMAP <-
  ( + p1_xs,p1_ys,p2_xs,p2_ys:INTEGER;
    
    p1_xs := ecrx p1_x;
    p1_ys := ecry p1_y;
    p2_xs := ecrx p2_x;
    p2_ys := ecry p2_y;    
    bmp.spline_w1 (p1_xs,p1_ys) w2 (p2_xs,p2_ys) to (x_screen,y_screen);
  );

  - draw_fill_in bmp:ABSTRACT_BITMAP <-
  ( + p1_xs,p1_ys,p2_xs,p2_ys:INTEGER;
    
    p1_xs := ecrx p1_x;
    p1_ys := ecry p1_y;
    p2_xs := ecrx p2_x;
    p2_ys := ecry p2_y;        
    bmp.poly_spline_w1 (p1_xs,p1_ys) w2 (p2_xs,p2_ys) to (x_screen,y_screen);
  );
  
lisaac_0.39_rc1/example/gui/draw/move.li0000644000175000017500000000375211314031260020102 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := MOVE;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  + parent_point:Expanded POINT;

Section Public

  //
  // Display
  //
  
  - draw_border_in bmp:ABSTRACT_BITMAP <-
  (
    bmp.move_to (x_screen,y_screen);
  );

  - draw_fill_in bmp:ABSTRACT_BITMAP <-
  (
    bmp.poly_move_to (x_screen,y_screen);
  );

lisaac_0.39_rc1/example/gui/draw/example.li0000644000175000017500000003336111314031260020566 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXAMPLE;
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Private
  
  - current_directory:STRING := STRING.create 256;
  
  //
  // File manager.
  //
    
Section Private
  
  // BSBS: A mettre en lib.
  
  - path:G_IN; // BUG COMPILER !!!!!
  - dir_w:G_WIN_IN;
  - fil_w:G_WIN_IN;    

  - scan_directory_filter typ:ABSTRACT_STRING action_select select:{ABSTRACT_STRING; }
  directory_widget d_w:G_WIN_IN 
  file_widget f_w:G_WIN_IN
  path_widget p_bug:G_IN <-
  ( + bt:G_BUTTON;
    + entry:ENTRY;
    + dir,file:G_EXPR;
    + new_dir:{G_BUTTON; };
    + background:G_RAW;
    + directory:DIRECTORY;
    - select_static:{ABSTRACT_STRING; };
    - typ_static:ABSTRACT_STRING;
    select_static := select;
    typ_static := typ;
       
    new_dir := { b:G_BUTTON;
      + name:G_OUT;      
      name ?= b.root;      
      path.text.keep_head (path.text.fast_last_index_of '/');
      path.text.append (name.text);            
      scan_directory_filter typ_static action_select select_static
      directory_widget dir_w file_widget fil_w path_widget path;
    };
    
    directory ?= FILE_SYSTEM.get_entry (path.text);
    (directory.open).if_false {
      "Directory : ".print;
      directory.path.print; 
      " not open!\n".print;
      die_with_code 0;
    };
    path.text.copy (directory.path);
    path.text.add_last '/';
    path.refresh;
    dir := G_BUTTON.create (G_OUT.create "..") action new_dir;    
    (directory.lower).to (directory.upper) do { j:INTEGER;
      entry := directory.item j;
      (entry.is_directory).if {        
        bt := G_BUTTON.create (G_OUT.create (entry.name)) action new_dir;
        dir := dir / bt;
      }.elseif {(typ = NULL) || {entry.name.has_suffix typ}} then {
        bt := G_BUTTON.create (G_OUT.create (entry.name)) action { b:G_BUTTON;
          + name:G_OUT;
          name ?= b.root;
          path.text.keep_head (path.text.fast_last_index_of '/');
          path.text.append (name.text);          
          path.refresh;
          select_static.value (path.text);
        };
        (file = NULL).if {
          file := bt;
        } else {
          file := file / bt;
        };
      };      
    };    
    (file = NULL).if {
      file := G_OUT.create "no file" justify (G_OUT.center);
    };
    background ?= dir_w.win_in.root;
    background.delete;
    background.make (dir.fix_height);        
    background ?= fil_w.win_in.root;
    background.delete;
    background.make (file.fix_height);    
    dir_w.refresh_in;
    fil_w.refresh_in;
  );
  
Section Public
  
  - filesystem_window dir:ABSTRACT_STRING 
  filter suffix:ABSTRACT_STRING
  with add_widget:G_EXPR 
  action_select select:{ABSTRACT_STRING; } action_ok ok:{ABSTRACT_STRING; } <-
  ( + win:G_WIN_OUT;    
    + body:G_EXPR;    
    - ok_static:{ABSTRACT_STRING; };
    ok_static := ok;

    dir_w := G_WIN_IN.create (160,240) with (G_RAW.create (G_OUT.create ""));
    fil_w := G_WIN_IN.create (160,240) with (G_RAW.create (G_OUT.create ""));
    path := G_IN.create (64,1);
    path.text.copy dir; 
    body := 
    (
      (
        G_RAW.create (
          G_OUT.create "Directory" /            
          dir_w
        )
      ) | (
        G_RAW.create (
          G_OUT.create "File" /
          fil_w
        )
      ) 
    ) / (
      G_RAW.create (
        G_OUT.create " File name : " | path 
      )
    ) / (
      G_BUTTON.create (G_OUT.create " OK " justify (G_OUT.center)) action { b:G_BUTTON;
        + p:G_WIN_OUT;
        p ?= b.parent;          
        p.close;
        ok_static.value (path.text);          
      } |
      G_BUTTON.create (G_OUT.create "Cancel" justify (G_OUT.center)) action { b:G_BUTTON;
        + p:G_WIN_OUT;
        p ?= b.parent;          
        p.close;
      }
    );
    (add_widget != NULL).if {
      body := body | add_widget;
    };
    win := G_WIN_OUT.create "Open" with body;        
    win.open_by DESK;
        
    scan_directory_filter suffix action_select select directory_widget dir_w 
    file_widget fil_w path_widget path;
  );
  
Section Public
  
  - main <-
  ( + menu_bar:G_EXPR;
    + tools_bar:G_EXPR;
    + select,zoom,line,rectangle,ellipse,text,paint:G_CHECK;
    //
    + zoom_bar:G_WIN_OUT;
    //    
    + file_menu:G_WIN_OUT;
    + edit_menu:G_WIN_OUT;
    + present_menu:G_WIN_OUT;
    + dispo_menu:G_WIN_OUT;
    + window_menu:G_WIN_OUT;
    + help_menu:G_WIN_OUT;
    //    
    + align_win:G_WIN_OUT;
    //
    + t,m,b:G_CHECK;
    + r,c,l:G_CHECK;
    //
    + action_not_yet_implemented:{G_BUTTON; };
    
    current_directory.copy (FILE_SYSTEM.path);
    current_directory.append "/TravCUT";
    
    // Init window.
    VIDEO.make_size (800,600);
    
    action_not_yet_implemented := { bt:G_BUTTON;     
      + w:G_WIN_OUT;
      + g:AREA;
      
      g := bt.parent;
      {
        w ?= g;
        g := g.parent;
      }.do_while {(w = NULL) && {g != NULL}};     
      (w != NULL).if {
        w.close;
      };
      message_not_yet_implemented;
      
    };

    // Align Window :
    align_win := G_WIN_OUT.create "Alignment" with (
      (
	(
	  (t := G_CHECK.create_with_check (G_OUT.create "Top "))    /
	  (m := G_CHECK.create_with_check (G_OUT.create "Medium ")) /
	  (b := G_CHECK.create_with_check (G_OUT.create "Bottom ")) 
	) | (
	  (
	    (l := G_CHECK.create_with_check (G_OUT.create "Left "))   |
	    (c := G_CHECK.create_with_check (G_OUT.create "Center ")) |
	    (r := G_CHECK.create_with_check (G_OUT.create "Right "))
	  ).fix_height /
	  (
	    G_RAW.create ((G_CHECK.create_with_check (G_OUT.create "In page ").fix_height.fix_width))
	  )
	)
      ) / (
	G_BUTTON.create (G_OUT.create "  OK  " justify (G_OUT.center)) action 
        action_not_yet_implemented |
        G_BUTTON.create (G_OUT.create "Cancel" justify (G_OUT.center)) action { bt:G_BUTTON;     
          + w:G_WIN_OUT;
          w ?= bt.parent;
          w.close;          
        }
      )
    );
    t ^ m ^ b;
    l ^ c ^ r;
    
    // File menu :    
    file_menu := G_WIN_OUT.create (
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "New") action action_not_yet_implemented
      ) / 
      G_RAW.create (
        G_BUTTON.create (G_OUT.create "Open ...")    action { bt:G_BUTTON; 
          + w:G_WIN_OUT;
          w ?= bt.parent.parent;
          w.close;
          filesystem_window current_directory filter NULL
          with NULL action_select 
          { name:ABSTRACT_STRING;
            "select ".print;
            name.print; 
            '\n'.print;
          } action_ok 
          { name:ABSTRACT_STRING;
            + f:FILE;
            + e:ENTRY;
      
            e := FILE_SYSTEM.get_entry name;
            (e = NULL).if {
              "Error file!\n".print;
            } else {              
              (! e.open).if {
                "Error open\n".print;
              } else {
                f ?= e;                
                (FORMAT_BCT.load f).if {
                  f.close;
                  page.refresh;
                } else {
                  "Error format\n".print;
                };
              };
            };
          };
        } /
	G_BUTTON.create (G_OUT.create "Save")        action action_not_yet_implemented / 
	G_BUTTON.create (G_OUT.create "Save as ...") action action_not_yet_implemented
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Import ...") action action_not_yet_implemented /
	G_BUTTON.create (G_OUT.create "Export ...") action action_not_yet_implemented
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Print ...") action action_not_yet_implemented
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Exit")      action action_not_yet_implemented  
      )
    );
    
    // Edit menu :    
    edit_menu := G_WIN_OUT.create (
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Undo") action action_not_yet_implemented /
	G_BUTTON.create (G_OUT.create "Redo") action action_not_yet_implemented     
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Delete")     action action_not_yet_implemented / 
	G_BUTTON.create (G_OUT.create "Duplicate")  action action_not_yet_implemented /
	G_BUTTON.create (G_OUT.create "Select all") action action_not_yet_implemented 
      )
    );
    
    // Present menu :    
    present_menu := G_WIN_OUT.create (
      G_CHECK.create_with_check (G_OUT.create "Magnetic locate") /
      G_CHECK.create_with_check (G_OUT.create "Contour")         
    );
    
    // Dispo menu :    
    dispo_menu := G_WIN_OUT.create (      
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Text editor...") action action_not_yet_implemented /
	G_BUTTON.create (G_OUT.create "Alignment") connect align_win   /
	G_BUTTON.create (G_OUT.create "to curve") action action_not_yet_implemented       
      ) /
      G_RAW.create (	    
	G_BUTTON.create (G_OUT.create "First plan") action action_not_yet_implemented     / 
	G_BUTTON.create (G_OUT.create "Last plan") action action_not_yet_implemented      
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Group") action action_not_yet_implemented          /
	G_BUTTON.create (G_OUT.create "Degroup") action action_not_yet_implemented        /
	G_BUTTON.create (G_OUT.create "Combine") action action_not_yet_implemented        /
	G_BUTTON.create (G_OUT.create "Decombine") action action_not_yet_implemented      /        
	G_BUTTON.create (G_OUT.create "Auto-combine") action action_not_yet_implemented
      )
    );

    // Window menu :    
    window_menu := G_WIN_OUT.create (
      G_BUTTON.create (G_OUT.create "Refresh draw") action action_not_yet_implemented
    );

    // Help menu :    
    help_menu := G_WIN_OUT.create (
      G_BUTTON.create (G_OUT.create "About ...") action action_not_yet_implemented /
      G_BUTTON.create (G_OUT.create "Bugs report ...") action action_not_yet_implemented /
      G_BUTTON.create (G_OUT.create "News ...") action action_not_yet_implemented
    );

    // Menu Bar :
    menu_bar := (
      G_BUTTON.create (G_OUT.create " File ")         connect file_menu.fix_width    |
      G_BUTTON.create (G_OUT.create " Edit ")         connect edit_menu.fix_width    |
      G_BUTTON.create (G_OUT.create " Presentation ") connect present_menu.fix_width |
      G_BUTTON.create (G_OUT.create " Disposition ")  connect dispo_menu.fix_width   |
      G_BUTTON.create (G_OUT.create " Window ")       connect window_menu.fix_width  | 
      G_OUT.create " "                                                               |
      G_BUTTON.create (G_OUT.create " Help ")         connect help_menu.fix_width  
    ).fix_height;
    
    // Zoom bar.
    zoom_bar := G_WIN_OUT.create (
      G_BUTTON.create (G_IMG.create "zoom_in.bmp")     |
      G_BUTTON.create (G_IMG.create "zoom_out.bmp")    |
      G_BUTTON.create (G_IMG.create "zoom_select.bmp") |
      G_BUTTON.create (G_IMG.create "zoom_page.bmp")   |
      G_BUTTON.create (G_IMG.create "zoom_100.bmp") 
    );
    
    // Tools bar.
    tools_bar := (
      (select    := G_CHECK.create (G_IMG.create "select.bmp"))    /
      (zoom      := G_CHECK.create (G_IMG.create "zoom.bmp") connect zoom_bar) /
      (line      := G_CHECK.create (G_IMG.create "line.bmp"))      /
      (rectangle := G_CHECK.create (G_IMG.create "rectangle.bmp")) /
      (ellipse   := G_CHECK.create (G_IMG.create "ellipse.bmp"))   /
      (text      := G_CHECK.create (G_IMG.create "text.bmp"))      /
      (paint     := G_CHECK.create (G_IMG.create "paint.bmp"))
    ).fix_width.fix_height;
    select ^ zoom ^ line ^ rectangle ^ ellipse ^ text ^ paint;
    
    // Screen definition.
    DESK.make VIDEO with (             
      menu_bar  / (
        tools_bar | (
          RULER_HORIZONTAL.create / (
            RULER_VERTICAL.create | G_WIN_IN.create (320,200) with page
          )
        ) 
      ) / (
        G_RAW.create (
          G_OUT.create " Context Information ..."
        ).fix_height
      )
    );
    
    // +---------------------+
    // |         menu        |
    // +---+-----------------+
    // | t |                 |
    // | o |                 |    => menu / (tools | page )
    // | o |     PAGE        |
    // | l |                 |
    // | s |                 |
    // +---+-----------------+
  );
lisaac_0.39_rc1/example/gui/draw/ruler.li0000644000175000017500000000431111314031260020255 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := RULER;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
  - parent_any:ANY := ANY;
  
Section Public

  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  - string_tmp:STRING := STRING.create 10;
  
  - print (x,y:INTEGER) number n:REAL_32 decimal p:INTEGER <-
  (
    string_tmp.clear;
    n.append_in string_tmp decimal p;
    print string_tmp to (x,y);
  );
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type1
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type1
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lisaac_0.39_rc1/example/gui/draw/graph.li0000644000175000017500000000504111314031260020226 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := GRAPH;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  - parent_any:ANY := ANY;

Section Public
  
  + parent:GRAPH;
  
  + select:SELECT;
  
  - set_select s:SELECT parent p:GRAPH <-
  (
    parent := p;
    select := s;
  );
  
  //
  // Transformation.
  //
  
  - move (dx,dy:INTEGER_32) <-
  ( 
    select.move (dx,dy);
  );
  
  - compute_select <-
  (
    deferred; 
  );
  
  //
  // Display.
  //
  
  - draw_in bmp:ABSTRACT_BITMAP <-
  ( + x0,y0,x1,y1:INTEGER;
    + xmin,ymin,xmax,ymax:INTEGER_32;
    
    (xmin,ymin,xmax,ymax) := select.frame;
    x0 := ecrx xmin;
    y1 := ecry ymin;
    x1 := ecrx xmax;
    y0 := ecry ymax;        
    ((x0 <= bmp.clip_x1) && {x1 >= bmp.clip_x0} && {y0 <= bmp.clip_y1} && {y1 >= bmp.clip_y0}).if {
      direct_draw_in bmp;
    };    
  );
  
Section GRAPH
  
  - direct_draw_in bmp:ABSTRACT_BITMAP <-
  ( 
    deferred;
  );lisaac_0.39_rc1/example/gui/draw/any.li0000644000175000017500000001046211314031260017717 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ANY;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public

  - color_fill_current:UINTEGER_32;
  - color_border_current:UINTEGER_32;
  
  - page:PAGE := PAGE.create (64_000,18_800);
  
  - ecrx x:INTEGER_32 :INTEGER <- 
  (
    (page.zoom*(x+page.origin_x).to_real_32).to_integer + 1
  );
  
  - ecry y:INTEGER_32 :INTEGER <- 
  (
    (page.zoom*(page.origin_y-y).to_real_32).to_integer
  );
  
  - realx x:INTEGER :INTEGER_32 <-
  (
    (x.to_real_32 / page.zoom).to_integer_32 - page.origin_x
  );

  - realy y:INTEGER :INTEGER_32 <-
  (
    page.origin_y - (y.to_real_32 / page.zoom).to_integer_32
  );
  
  //
  // Service.
  //
  
  - read_integer_32 buf:FAST_ARRAY(UINTEGER_8) at pos:INTEGER :INTEGER_32 <-
  ( + storage_8:NATIVE_ARRAY(UINTEGER_8);
    + storage_32:NATIVE_ARRAY(INTEGER_32);
    
    storage_8  := buf.storage + pos;
    storage_32 := CONVERT(NATIVE_ARRAY(UINTEGER_8),NATIVE_ARRAY(INTEGER_32)).on storage_8;
    storage_32.item 0
  );

  - read_uinteger_16 buf:FAST_ARRAY(UINTEGER_8) at pos:INTEGER :INTEGER_32 <-
  ( + storage_8:NATIVE_ARRAY(UINTEGER_8);
    + storage_16:NATIVE_ARRAY(UINTEGER_16);
    
    storage_8  := buf.storage + pos;
    storage_16 := CONVERT(NATIVE_ARRAY(UINTEGER_8),NATIVE_ARRAY(UINTEGER_16)).on storage_8;
    storage_16.item 0
  );

  - read_real_32 buf:FAST_ARRAY(UINTEGER_8) at pos:INTEGER :REAL_32 <-
  ( + storage_8:NATIVE_ARRAY(UINTEGER_8);
    + storage_32:NATIVE_ARRAY(REAL_32);
    
    storage_8  := buf.storage + pos;
    storage_32 := CONVERT(NATIVE_ARRAY(UINTEGER_8),NATIVE_ARRAY(REAL_32)).on storage_8;
    storage_32.item 0
  );

  - read_string buf:FAST_ARRAY(UINTEGER_8) at pos:INTEGER :STRING <-
  ( + result:STRING;
    + p:INTEGER;
    
    result := STRING.create 64; // BSBS: Alias...
    p := pos;
    {buf.item p != 0}.while_do {
      result.add_last (buf.item p.to_character);
      p := p + 1;
    };
    result
  );
  
  //
  // Service window.
  //
  
  - warning msg:ABSTRACT_STRING help msg_help:ABSTRACT_STRING <-
  ( + win:G_WIN_OUT;
    
    win := G_WIN_OUT.create "Warning" with ( 
      G_RAW.create (
        G_OUT.create "Message :" /
        G_OUT.create msg justify (G_OUT.center)
      ) / 
      G_RAW.create (
        G_OUT.create "Note :" /
        G_OUT.create msg_help justify (G_OUT.center)
      ) /
      G_BUTTON.create (
        G_OUT.create "OK" justify (G_OUT.center)
      ) action { b:G_BUTTON;
        + p:G_WIN_OUT;
        p ?= b.parent;          
        p.close;
      }
    );
    win.open_by DESK;
  );
  
  - message_not_yet_implemented <-
  ( 
    warning "Sorry, not yet implemented." help "This is the demo version.";
  );lisaac_0.39_rc1/example/gui/draw/bct_header.li0000644000175000017500000000415111314031260021206 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := BCT_HEADER;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";


Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Mapping
  
  + version:UINTEGER_8;
  
  + width_sheet:INTEGER_32;
  + height_sheet:INTEGER_32;
  
  + red_sheet:UINTEGER_8;
  + green_sheet:UINTEGER_8;
  + blue_sheet:UINTEGER_8;
  
  + origin_x:INTEGER_32;
  + origin_y:INTEGER_32;
  
  + zoom:REAL_32;
  
  + ruler_x:INTEGER_32;
  + ruler_y:INTEGER_32;
  
  + size_img:UINTEGER_16;lisaac_0.39_rc1/example/gui/draw/zoom_100.bmp0000644000175000017500000000454611314031260020654 0ustar  sonntagsonntagBMf	6(0	ÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÌÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒ¸¸¸¸¸¸¸¸¸ÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒ¸¸¸¸¸¸žžž¸¸¸ÒÒÒÒÒÒÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔººººººaaa			ºººÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔººº


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//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := POINT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  - parent_any:ANY := ANY;

Section Public
  
  + x:INTEGER_32;
  + y:INTEGER_32;
  
  - x_screen:INTEGER <- ecrx x;
  - y_screen:INTEGER <- ecry y;
  
  //
  // Creation.
  //

  - create (px,py:INTEGER_32) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (px,py);
    result
  );

  - make (px,py:INTEGER_32) <-
  ( 
    x := px;
    y := py;    
  );
  
  //
  // Transformation
  //
  
  - move (dx,dy:INTEGER_32) <-
  (
    x := x + dx;
    y := y + dy;
  );
  
  //
  // Display
  //
  
  - draw_border_in bmp:ABSTRACT_BITMAP <-
  (
    deferred;
  );

  - draw_fill_in bmp:ABSTRACT_BITMAP <-
  (
    deferred;
  );
  
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type1
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x 27979 y 70945
x 27976 y 71070
x 27973 y 71122
x 27966 y 71248
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type1
x 21325 y 78176
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x 10414 y 74496
x 21325 y 78176
lisaac_0.39_rc1/example/gui/draw/form.li0000644000175000017500000002263511314031260020100 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := FORM;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  + parent_graph:Expanded GRAPH;

Section Public
  
  + color_border:UINTEGER_32;
  
  + color_fill:UINTEGER_32;
  
  - is_fill:BOOLEAN   <- (color_fill   & 0FF_00_00_00h) = 0;
  - is_border:BOOLEAN <- (color_border & 0FF_00_00_00h) = 0;
  
  + points:LINKED_LIST(POINT);
  
  - set_color_fill c:UINTEGER_32 <-
  (
    color_fill := c;
  );

  - set_color_border c:UINTEGER_32 <-
  (
    color_border := c;
  );
  
  //
  // Creation.
  //
  
  - create:SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make;
    result
  );
  
  - make <-
  (
    points := LINKED_LIST(POINT).create;
  );
  
  //
  // File.
  //
  
  - create_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :(SELF,INTEGER) <-
  ( + f:SELF;
    f := clone;
    f,f.make_with buf at ps
  );    
  
  - make_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :INTEGER <-
  ( + pos:INTEGER;
    + typ:UINTEGER_8;
    + color:UINTEGER_32;
    + x,y,p1x,p1y,p2x,p2y:INTEGER_32;
    + point:POINT;
    + t:CHARACTER;
    
    points := LINKED_LIST(POINT).create;
    pos := ps; 
    //
    typ := buf.item pos; // Type contour
    pos := pos + 1;        
    (typ != 0).if { // Read color.
      "WARNING !!!\n".print;
      color := buf.item pos;
      pos := pos + 1;
      color := (color << 8) | buf.item pos;
      pos := pos + 1;
      color := (color << 8) | buf.item pos;
      pos := pos + 1;      
    } else {
      color := 0; //0FF_00_00_00h;
    };
    color_border := color;
    //
    typ := buf.item pos; // Type fill.
    pos := pos + 1;        
    (typ != 0).if { // Read color.
      color := buf.item pos;
      pos := pos + 1;
      color := (color << 8) | buf.item pos;
      pos := pos + 1;
      color := (color << 8) | buf.item pos;
      pos := pos + 1;      
    } else {
      color := 0FF_00_00_00h;
    };
    color_fill := color;
    {buf.item pos != 255}.while_do {
      t := buf.item pos.to_character;
      
      pos := pos + 1;
      x := read_integer_32 buf at pos;
      pos := pos + 4;
      y := read_integer_32 buf at pos;
      pos := pos + 4;      
                        
      (t)
      .when 'm' then {
        point := MOVE.create (x,y);        
      }
      .when 'l' then {
        point := LINE_TO.create (x,y);
      }
      .when '0' then {
        p1x := x;
        p1y := y;                
        ? {buf.item pos.to_character = '1'};
        pos := pos + 1;
        p2x := read_integer_32 buf at pos;
        pos := pos + 4;
        p2y := read_integer_32 buf at pos;
        pos := pos + 4;              
        ? {buf.item pos.to_character = 'c'};
        pos := pos + 1;
        x := read_integer_32 buf at pos;
        pos := pos + 4;
        y := read_integer_32 buf at pos;                
        pos := pos + 4;              
        point := BEZIER.create (p1x,p1y) and (p2x,p2y) end (x,y);        
      };
      points.add_last point;            
    };
    pos + 1
  );
    
  //
  // Transformation.
  //

  - compute_select <-
  ( + x0,y0,x1,y1,xb,yb,xe,ye,xc,yc:INTEGER_32;
    + xp0,yp0,xp1,yp1:INTEGER_32;
    + a,b,c,t,delta:REAL_32;
    + bez:BEZIER;
    x0 := y0 := 2_147_483_647;
    x1 := y1 := -2_147_483_647;
    (points.lower).to (points.upper) do { j:INTEGER;      
      xe := points.item j.x;
      ye := points.item j.y;
      bez ?= points.item j;
      (bez != NULL).if {
        xp0 := bez.p1_x; 
        yp0 := bez.p1_y;
        xp1 := bez.p2_x;
        yp1 := bez.p2_y;
        /*                
        x0 := x0.min xp0;
        y0 := y0.min yp0;
        x1 := x1.max xp0;
        y1 := y1.max yp0;        
        
        x0 := x0.min xp1;
        y0 := y0.min yp1;
        x1 := x1.max xp1;
        y1 := y1.max yp1;        
        */
        a := ((xe-xb+(xp0-xp1)*3)*3).to_real_32;
        b := ((xb-xp0*2+xp1)*6).to_real_32;
        c := ((xp0-xb)*3).to_real_32;
	(a = 0).if {
          (b != 0).if {
	     t := -c/b;
             ((t > 0) && {t < 1}).if {
               xc := (
                 (1.0-t)*(1.0-t)*(1.0-t)* xb.to_real_32+
                 (1.0-t)*(1.0-t)*     t * ((xp0*3).to_real_32)+
                 (1.0-t)*     t *     t * ((xp1*3).to_real_32)+
                      t *     t *     t * xe.to_real_32
               ).to_integer_32;
               x0 := x0.min xc;
               x1 := x1.max xc;
             };
           };
         } else {           
           delta := b*b - a*c*4;
	   a := a * 2;
	   (delta >= 0).if {
	     t := - (b + delta.sqrt) / a;
	     ((t > 0) && {t < 1}).if {
               xc := (
                 (1.0-t)*(1.0-t)*(1.0-t)* xb.to_real_32+
                 (1.0-t)*(1.0-t)*     t * ((xp0*3).to_real_32)+
                 (1.0-t)*     t *     t * ((xp1*3).to_real_32)+
                      t *     t *     t * xe.to_real_32
               ).to_integer_32;
               x0 := x0.min xc;
               x1 := x1.max xc;
	     };
	     (delta > 0).if {
               t := - (b - delta.sqrt) / a;
	       ((t > 0) && {t < 1}).if {
		 xc := (
                   (1.0-t)*(1.0-t)*(1.0-t)* xb.to_real_32+
                   (1.0-t)*(1.0-t)*     t * ((xp0*3).to_real_32)+
                   (1.0-t)*     t *     t * ((xp1*3).to_real_32)+
                        t *     t *     t * xe.to_real_32
                 ).to_integer_32;
                 x0 := x0.min xc;
                 x1 := x1.max xc;
               };
             };
           };
         };         
         a := 3*(ye-yb+3*(yp0-yp1));
	 b := 6*(yb-2*yp0+yp1);
         c := 3*(yp0-yb);         
	 (a = 0).if {
	   (b != 0).if {
	     t := -c / b;
	     ((t > 0) && {t < 1}).if {
               yc := (
                 (1.0-t)*(1.0-t)*(1.0-t)* yb.to_real_32+
                 (1.0-t)*(1.0-t)*     t * ((yp0*3).to_real_32)+
                 (1.0-t)*     t *     t * ((yp1*3).to_real_32)+
                      t *     t *     t * ye.to_real_32
               ).to_integer_32;
               y0 := y0.min yc;
               y1 := y1.max yc;        
             };
           };
         } else {
	   delta := b*b - a*c*4;
	   a := a * 2;
	   (delta >= 0).if {
	     t := - (b + delta.sqrt) / a;
	     ((t > 0) && {t < 1}).if {
	       yc := (
                 (1.0-t)*(1.0-t)*(1.0-t)* yb.to_real_32+
                 (1.0-t)*(1.0-t)*     t * ((yp0*3).to_real_32)+
                 (1.0-t)*     t *     t * ((yp1*3).to_real_32)+
                      t *     t *     t * ye.to_real_32
               ).to_integer_32;
               y0 := y0.min yc;
               y1 := y1.max yc;        
	     };
	     (delta > 0).if {
               t := - (b - delta.sqrt) / a;
	       ((t > 0) && {t < 1}).if {
                 yc := (
                   (1.0-t)*(1.0-t)*(1.0-t)* yb.to_real_32+
                   (1.0-t)*(1.0-t)*     t * ((yp0*3).to_real_32)+
                   (1.0-t)*     t *     t * ((yp1*3).to_real_32)+
                        t *     t *     t * ye.to_real_32
                 ).to_integer_32;
                 y0 := y0.min yc;
                 y1 := y1.max yc;        
               };
             };
           };
         };
         
      };
      x0 := x0.min xe;
      y0 := y0.min ye;
      x1 := x1.max xe;
      y1 := y1.max ye;        
      //
      xb := xe;
      yb := ye;
    };
    select.set_rectangle (x0,y0) to (x1,y1);
  );
  
  - move (dx,dy:INTEGER_32) <-
  ( 
    parent_graph.move (dx,dy);
    (points.lower).to (points.upper) do { j:INTEGER;
      points.item j.move (dx,dy);
    };
  );
  
  //
  // Display
  //
  
Section GRAPH
  
  - direct_draw_in bmp:ABSTRACT_BITMAP <-
  ( 
    (is_fill).if {
      bmp.color color_fill;
      (points.lower).to (points.upper) do { j:INTEGER;
        points.item j.draw_fill_in bmp;
      };
      bmp.poly_trace;
    };
    (is_border).if {
      bmp.color color_border;
      (points.lower).to (points.upper) do { j:INTEGER;
        points.item j.draw_border_in bmp;
      };
    };
  );lisaac_0.39_rc1/example/gui/draw/text.li0000644000175000017500000000735311314031260020121 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := TEXT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  + parent_form:Expanded FORM;

Section Public
  
  + justify:UINTEGER_8;
  + size:REAL_32;
  + inter_letter:REAL_32;
  + inter_word:REAL_32;
  + inter_line:REAL_32;
  
  + fontname:STRING;
  + text:STRING;
  
  //
  // Creation.
  //

  - create (px,py:INTEGER_32) text txt:STRING
  font font_n:STRING
  justify justif:UINTEGER_8
  size sz:REAL_32   
  inter_letter i_letter:REAL_32
  inter_word i_word:REAL_32
  inter_line i_line:REAL_32
  color_border c_border:UINTEGER_32 
  color_fill c_fill:UINTEGER_32 :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (x0,y0) text txt font font_n
    justify justif size sz inter_letter i_letter
    inter_word i_word inter_line i_line 
    color_border c_border color_fill c_fill;
    result
  );

  - make (x0,y0:INTEGER_32) text txt:STRING
  font font_n:STRING
  justify justif:UINTEGER_8
  size sz:REAL_32   
  inter_letter i_letter:REAL_32
  inter_word i_word:REAL_32
  inter_line i_line:REAL_32 
  color_border c_border:UINTEGER_32 
  color_fill c_fill:UINTEGER_32 <-
  ( 
    color_border := c_border;
    color_fill   := c_fill;
    justify      := justif;
    size         := sz;
    inter_letter := i_letter;
    inter_word   := i_word;
    inter_line   := i_line;
    fontname     := font_n;
    text         := txt;
    points := LINKED_LIST(POINT).create;
  );
  
  //
  // File.
  //
  
  - make_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :INTEGER <-
  ( + pos:INTEGER;
    
    pos := ps;
    justify      := buf.item pos;
    pos          := pos + 1;
    size         := read_real_32 buf at pos;
    pos          := pos + 4;
    inter_letter := read_real_32 buf at pos;
    pos          := pos + 4;
    inter_word   := read_real_32 buf at pos;
    pos          := pos + 4;
    inter_line   := read_real_32 buf at pos;
    pos          := pos + 4;    
    fontname     := read_string buf at pos; 
    pos          := pos + fontname.count + 1;
    text         := read_string buf at pos; 
    pos          := pos + text.count + 1;    
    parent_form.make_with buf at pos
  );
lisaac_0.39_rc1/example/gui/draw/page.li0000644000175000017500000002036111314031260020043 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name    := PAGE;
      
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Output text for GUI.";

Section Inherit  
  
  + parent_area:Expanded AREA;

  - parent_g_expr:G_EXPR := G_EXPR;
  
  - parent_any:ANY := ANY;        
  
Section Public
  
  + width_sheet:INTEGER_32;
  + height_sheet:INTEGER_32;
  
  + color_sheet:UINTEGER_32;
  
  + origin_x:INTEGER_32;
  + origin_y:INTEGER_32;
  
  + zoom:REAL_32;
  
  + ruler_x:INTEGER_32;
  + ruler_y:INTEGER_32;
  
  + list_graph:LINKED_LIST(GRAPH);
  + list_select:LINKED_LIST(GRAPH);
  + select:SELECT;
  
  + list_mark:LINKED_LIST(MARK);
  
  - set_list_graph lst:LINKED_LIST(GRAPH) <-
  ( 
    list_graph := lst; // BSBS: Fuite de memory
  );
  
  //
  // Creation.
  //

  - create (w,h:INTEGER_32) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (w,h);
    result
  );

  - make (w,h:INTEGER_32) <-
  ( 
    width_sheet  := w;
    height_sheet := h;
    color_sheet  := 0DC_DC_EBh;
    zoom   := 0.0085;
    origin_x := 500;
    origin_y := 30_000;
    list_graph  := LINKED_LIST(GRAPH).create;
    list_select := LINKED_LIST(GRAPH).create;
    list_mark   := LINKED_LIST(MARK).create;    
  );
  
  //
  // File.
  //
  
  - make_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :INTEGER <-
  ( + pos:INTEGER;
    
    pos := ps;
    width_sheet := read_integer_32 buf at pos;      
    pos := pos + 4;
    height_sheet := read_integer_32 buf at pos;      
    pos := pos + 4;
    color_sheet := buf.item pos;
    pos := pos + 1;
    color_sheet := (color_sheet << 8) | buf.item pos;
    pos := pos + 1;
    color_sheet := (color_sheet << 8) | buf.item pos;
    pos := pos + 1; 
    origin_x := read_integer_32 buf at pos;      
    pos := pos + 4;
    origin_y := read_integer_32 buf at pos;      
    pos := pos + 4;
    zoom := read_real_32 buf at pos;
    pos := pos + 4;
    ruler_x := read_integer_32 buf at pos;      
    pos := pos + 4;
    ruler_y := read_integer_32 buf at pos;      
    pos := pos + 4;
    pos
  );
  
  //
  // Width / Height
  //
  
  - width_min:INTEGER  <- (zoom * (width_sheet  + 50*400*2).to_real_32).to_integer; // 50cm margin
  
  - height_min:INTEGER <- (zoom * (height_sheet + 50*400*2).to_real_32).to_integer; // 50cm margin
    
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
    SELECT.init_select_box;
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + px0,py0,px1,py1:INTEGER;    
    clipping (x0,y0) to (x1,y1);    
    //    
    px0 := ecrx 0;
    py0 := ecry height_sheet;
    px1 := ecrx width_sheet;
    py1 := ecry 0;
    rectangle (px0,py0) to (px1,py1) color black;
    rectangle_fill (px0+1,py0+1) to (px1-1,py1-1) color color_sheet;
    //
    color 0FA_FA_FAh;
    rectangle_fill (x_min,y_min) to (x_max,py0-1);
    rectangle_fill (x_min,py1+1) to (x_max,y_max);
    rectangle_fill (x_min,py0) to (px0-1,py1);
    rectangle_fill (px1+1,py0) to (x_max,py1);    
    //
    draw_graph;
    //RULER_HORIZONTAL.refresh;
    //RULER_VERTICAL.refresh;    
  );

  //
  // Events.
  //
  
  - receive msg:EVENT <-
  ( + evt_keyboard:EVENT_KEYBOARD;    
    + evt_mouse:EVENT_MOUSE;
  
    evt_keyboard ?= msg;    
    (evt_keyboard != NULL).if {
      keyboard_event (evt_keyboard.key);
    };
    
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {
      mouse_event evt_mouse;
    };    
    
  );
  
  - keyboard_event key:UINTEGER_16 <-
  (
    // Nothing.
  );

  - mouse_event evt:EVENT_MOUSE <-
  ( + win:AREA;
    + tmp:INTEGER;
    + xr0,yr0,xr1,yr1:INTEGER_32;
    + xs0,ys0,xs1,ys1:INTEGER_32;
    + xmin,ymin,xmax,ymax:INTEGER_32;
    + area:INTEGER_32;
    + s:SELECT;
    + g:GRAPH;
    
    win := DESK.get_object (evt.x_current,evt.y_current);
    (win != Self).if {      
      DESK.receive evt;
    } else {      
      clipping_off;
      (evt.left_up).if {
        x0 := x1 := evt.x_relative;
        y0 := y1 := evt.y_relative;        
      };
      (evt.left).if {        
        //set_mode mode_xor;
        rectangle (x0,y0) to (x1,y1) color 40_80_80h;
        x1 := evt.x_relative;
        y1 := evt.y_relative;        
        rectangle (x0,y0) to (x1,y1) color 40_80_80h;
        //set_mode mode_copy;
      };      
      (evt.left_down).if {              
        //set_mode mode_xor;
        rectangle (x0,y0) to (x1,y1) color 40_80_80h;        
        //set_mode mode_copy;
        // Action.
        (x0 > x1).if {
          tmp := x0;
          x0 := x1;
          x1 := tmp;
        };
        (y0 > y1).if {
          tmp := y0;
          y0 := y1;
          y1 := tmp;
        };
        xr1 := realx x1;
        yr1 := realy y1;
        list_select.clear;
        (((x1-x0) < 8) && {(y1-y0) < 8}).if {
          // Selection with point.          
          area := 7FFF_FFFFh;
          tmp := -1;
          (list_graph.lower).to (list_graph.upper) do { j:INTEGER;
            s := list_graph.item j.select;            
            (xmin,ymin,xmax,ymax) := s.frame;
            (
              (xr1.in_range xmin to xmax) && 
              {yr1.in_range ymin to ymax} &&
              {s.area < area}
            ).if {
              tmp := j;
              area := s.area;
            };
          };
          (tmp != -1).if {            
            g := list_graph.item tmp;
            list_select.add_last g;
            select := g.select;        
          } else {
            select := NULL;
          };
        } else {
          // Selection with rectangle.
          xr0 := realx x0;
          yr0 := realy y0;
          xs0 := xr1; 
          xs1 := xr0;
          ys0 := yr0;
          ys1 := yr1;
          (list_graph.lower).to (list_graph.upper) do { j:INTEGER;
            g := list_graph.item j;
            s := g.select;            
            (xmin,ymin,xmax,ymax) := s.frame;
            (
              (xr0 <= xmin) && {xr1 >= xmax} && 
              {yr1 <= ymin} && {yr0 >= ymax}
            ).if {
              list_select.add_last g;
              xs0 := xs0.min xmin;
              xs1 := xs1.max xmax;
              ys0 := ys0.min ymin;
              ys1 := ys1.max ymax;              
            };
          };
          (list_select.is_empty).if {
            select := NULL;
          } else {            
            select := SELECT.create (xs0,ys0) to (xs1,ys1);
          };
        };
        (select != NULL).if {
          select.display_rectangle;
        } else {
          SELECT.remove;
        };
      };      
    };
  );
  
Section Private
  
  - x0:INTEGER;
  - y0:INTEGER;
  
  - x1:INTEGER;
  - y1:INTEGER;
  
  - draw_graph <-
  (
    (list_graph.lower).to (list_graph.upper) do { i:INTEGER;
      list_graph.item i.draw_in Self;
    };
  );
  lisaac_0.39_rc1/example/gui/draw/zoom_page.bmp0000644000175000017500000000454611314031260021270 0ustar  sonntagsonntagBMf	6(0	ÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒzzzÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒ¸¸¸¸¸¸¸¸¸ÒÒÒÒÒÒÒÒÒÒÒÒÔÔÔÔÔÔ½½½·········¶¶¶¶¶¶µµµµµµµµµµµµ™™™$$$ÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔººººººŸŸŸºººÔÔÔÔÔÔÔÔÔÔÔÔýýýäääãããããããããááááááàààààààà൵µÔÔÔÔÔÔÔÔÔÔÔÔººººººaaa			ºººÔÔÔÔÔÔ××××××ýýýååååååäääääääääããããããáááááá···××××××××××××¼¼¼


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§§§ëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëOOORRRÇÇÇÓÓÓãããôôôúúúûûûúúú÷÷÷ôôôïïïÞÞÞ½½½;;;CCCëëëëëëëëëëëëëëëëëëëëëëëëîîîîîîîîîîîîÍÍÍ   lllÅÅÅÏÏÏØØØåååíííòòòðððãããÎÎ涶UUUÅÅÅîîîîîîîîîîîîîîîîîîîîîîîîîîîîîîîîîîîîîî¶$$$XXX®®®ÅÅÅËËËÌÌÌÊÊÊÄÄļ¼¼   CCC®®®îîîîîîîîîîîîîîîîîîîîîîîîîîîññññññññññññññññññÒÒÒYYY)))jjjššš®®®¬¬¬–––^^^LLLËËËññññññññññññññññññññññññññññññññññññññññññññññññññññññ»»»sssAAA&&&###;;;kkkµµµññññññññññññññññññññññññññññññññññññôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôôlisaac_0.39_rc1/example/gui/draw/ruler_vertical.li0000644000175000017500000001231711314031260022153 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := RULER_VERTICAL;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit
  
  + parent_ruler:Expanded RULER;
  
Section Public

  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 23;
  
  - height_min:INTEGER := 100;

  //
  // Creation.
  //

  - create:SELF <-
  ( 
    make;
    fix_width
  );

  - make <-
  ( 
    
  );

  //
  // Display.
  //
    
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  ( + yl,yr:INTEGER_32;    
    clipping (x0,y0) to (x1,y1);
    
    draw_border_out (x_min,y_min) to (x_max,y_max);
        
    color 8C_8C_BAh;
    rectangle_fill (x_min+1,y_min+1) to (x_max-1,y_max-1);
    
    clipping (x0,y0.max (y_min+2)) to (x1,y1.min (y_max-2));
    yl := page.origin_y / 40 * 40 + page.ruler_y % 40;
    {
      yl := yl - 40;
      yr := (yl - page.ruler_y).abs; 
      (yr % 40000 = 0).if { 
        // 1 meter        
        line_h (0,ecry yl) until 21 color 0C8_00_00h;
        (page.zoom * 40000 >= 9).if {
          print (0,ecry yl-8) number ((yr/400).to_real_32) decimal 0; // 0
        };
      }.elseif {(yr % 20000 = 0) && {page.zoom * 20000 >= 2}} then { 
        // 0.5 meter
        line_h (3,ecry yl) until 21 color black;
        (page.zoom * 20000 >= 11).if { 
          color 0C8_00_C8h;
          print (0,ecry yl-8) number ((yr/400).to_real_32) decimal 0;  // 0
        };
      }.elseif {(yr % 4000 = 0) && {page.zoom * 4000 >= 2}} then { 
        // 10 cm
        line_h (7,ecry yl) until 21 color black;
        (page.zoom * 4000 >= 15).if { 
          color 00_00_FFh;
          print (0,ecry yl+2) number ((yr/400).to_real_32) decimal 0;  // 0
        };
      }.elseif {(yr % 2000 = 0) && {page.zoom * 2000 >= 2}} then { 
        // 5 cm
        line_h (12,ecry yl) until 21 color black;
        (page.zoom * 2000 >= 11).if { 
          color 00_FF_FFh;
          print (3,ecry yl-8) number ((yr/400).to_real_32) decimal 0; // 3
        };
      }.elseif {(yr % 400 = 0) && {page.zoom * 400 >= 2}} then { 
        // 1 cm
        line_h (17,ecry yl) until 21 color black;
        (page.zoom * 400 >= 15).if { 
          color black;
          print (6,ecry yl-8) number ((yr/400).to_real_32) decimal 0; // 3
        };
      }.elseif {(yr % 200 = 0) && {page.zoom * 200 >= 2}} then { 
        // 0.5 cm
        line_h (19,ecry yl) until 21 color black;
        (page.zoom * 200 >= 20).if { 
          color 0C8_C8_C8h;
          print (1,ecry yl-8) number (yr.to_real_32/400) decimal 1; // 3
        };
      }.elseif {page.zoom * 40 >= 2} then { 
        // 1 mm
        line_h (21,ecry yl) until 21 color black;
      };
    }.do_while {ecry yl < y_max};
  );

  //
  // Events.
  //
  
  - receive msg:EVENT <-
  ( + evt_keyboard:EVENT_KEYBOARD;    
    + evt_mouse:EVENT_MOUSE;
    
    evt_keyboard ?= msg;    
    (evt_keyboard != NULL).if {
      keyboard_event (evt_keyboard.key);
    };
    
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {
      mouse_event evt_mouse;
    };    
  );
  
  - keyboard_event key:UINTEGER_16 <-
  (
    // Nothing.
  );

  - mouse_event evt:EVENT_MOUSE <-
  ( + win:AREA;
    
    win := DESK.get_object (evt.x_current,evt.y_current);
    (win != Self).if {      
      DESK.receive evt;
    } else {
      /*
      (evt.left_down).if {
        (stat = 2).if {
          // New game.
          screen.clear_all;
          line_count := stat := 0;
          level := 1;
        }.elseif {stat = 3} then {
          // Restart (after pause).
          stat := old_stat;
        } else {
          // Pause.
          old_stat := stat;
          stat := 3;
        };
        refresh;
      };
      */
    };
  );
lisaac_0.39_rc1/example/gui/draw/select_box.li0000644000175000017500000000554311314031260021263 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := SELECT_BOX;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit
  
  + parent_area:Expanded AREA;
  
  - parent_any:ANY := ANY;
  
Section Public
  
  + id:INTEGER_8;
  
  - create:SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make page from (-50,-50) size (7,7);
    result
  );
  
  - set_position (x,y:INTEGER) id s:INTEGER_8 <-
  (
    id := s;
    set_position (x,y);
  );
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-
  ( + x,y:INTEGER;
    clipping (x0,y0) to (x1,y1); 
    
    x := x_max / 2;
    y := y_max / 2;
    color black;
    (id = 4).if {
      // Center X
      line (x-3,y-3) to (x+3,y+3); 
      line (x-3,y-2) to (x+2,y+3); 
      line (x-2,y-3) to (x+3,y+2);
      line (x-3,y+3) to (x+3,y-3); 
      line (x-3,y+2) to (x+2,y-3); 
      line (x-2,y+3) to (x+3,y-2);
    }.elseif {id < 9} then {
      // Rectangle
      rectangle_fill (x_min,y_min) to (x_max,y_max);
    }.elseif {id = 13} then {
      // Center O
      circle (x,y) rayon (width/2);
    } else {      
      // Circle.
      1.to 3 do { k:INTEGER;
        line (x+1-k,y-3+k) to (x-1+k,y-3+k);
        line (x+1-k,y+3-k) to (x-1+k,y+3-k);
      };
      line (x-2,y) to (x+2,y);
    };
  );


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„0“Id„1iIÀ„ciI'…0iIM…1qIs…cƒI™…0•I¾…1¿Iø…cÿII†lºJ&‡ÿÿ"€ŽÁ%»µ>ÿزmfO“l—CO“0CFO“1sH1‘csHšŽlsHeŽ0sHÏ‹1CF²‰c—C²‰lf²‰0¼ÿÿÿ²‰1ŒýÿÿÏ‹cŒýÿÿeŽlŒýÿÿšŽ0Œýÿÿ1‘1¼ÿÿÿO“cfO“ÿÿÿÚlisaac_0.39_rc1/example/gui/draw/line.bmp0000644000175000017500000000454611314031261020240 0ustar  sonntagsonntagBMf	6(0	ÄÄÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔ××××××××××××××××××ÖÖÖÕÕÕÖÖÖ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÖÖÖÑÑÑÌÌÌÐÐÐÕÕÕ××××××××××××××××××××××××××××××××××××××××××××××××××××××ÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙ×××ÍÍÍÀÀÀÂÂÂÏÏÏÖÖÖÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙØØصµµ¹¹¹ÁÁÁÎÎÎÖÖÖÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÊÊÊ°°°»»»ÃÃÃÒÒÒÙÙÙÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÊÊʶ¶¶¼¼¼ÃÃÃÒÒÒÙÙÙÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÌÌÌ···½½½ÅÅÅÔÔÔÛÛÛÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÌÌÌ···½½½ÅÅÅÔÔÔÛÛÛÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞááááááááááááááááááááááááááááááÏÏϺººÀÀÀÈÈÈ×××ÞÞÞááááááááááááááááááááááááááááááááááááááááááááááááááááááááááááááááááÏÏϺººÀÀÀÈÈÈ×××ÞÞÞááááááááááááááááááááááááááááááããããããããããããããããããããããããããããããããããããÑÑÑ»»»ÂÂÂÊÊÊÙÙÙàààããããããããããããããããããããããããããããããããããããããããããããããããããããããããããããããããããÑÑÑ»»»ÂÂÂÊÊÊÙÙÙàààããããããããããããããããããããããããææææææææææææææææææææææææææææææææææææææææææÔÔÔ¾¾¾ÄÄÄÌÌÌÜÜÜãããææææææææææææææææææææææææææææææææææææææææææææææææææææææææææææææææææÔÔÔ¾¾¾ÄÄÄÌÌÌÜÜÜãããææææææææææææææææææèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèÕÕÕÀÀÀÆÆÆÎÎÎÞÞÞåååèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèÕÕÕÀÀÀÆÆÆÎÎÎÞÞÞåååèèèèèèèèèèèèëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëØØØÂÂÂÉÉÉÑÑÑàààèèèëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëØØØÂÂÂÉÉÉÑÑÑàààéééëëëëëëííííííííííííííííííííííííííííííííííííííííííííííííííííííííííííÚÚÚÄÄÄÊÊÊÔÔÔäääìììííííííííííííííííííííííííííííííííííííííííííííííííííííííííííííííííííÚÚÚÆÆÆÒÒÒàààëëëíííððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððÝÝÝãããêêêïïïððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððððïïïîîîïïïððððððòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòòlisaac_0.39_rc1/example/gui/draw/zoom.bmp0000644000175000017500000000454611314031261020275 0ustar  sonntagsonntagBMf	6(0	ÄÄÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔ×××××××××}}}ƒƒƒ××××××××××××××××××¼¼¼¼¼¼¼¼¼××××××××××××××××××½½½·········¶¶¶¶¶¶µµµµµµµµµµµµ™™™$$$×××××××××××××××¼¼¼¼¼¼¢¢¢¼¼¼×××ÙÙÙÙÙÙÙÙÙýýýäääãããããããããááááááàààààààà൵µÙÙÙÙÙÙÙÙÙÙÙÙ¾¾¾¾¾¾aaa


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//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ELLIPSE;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  + parent_form:Expanded FORM;

Section Public
    
  //
  // Creation.
  //

  - create (x0,y0:INTEGER_32) to (x1,y1:INTEGER_32) 
  color_border c_border:UINTEGER_32 
  color_fill c_fill:UINTEGER_32 :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (x0,y0) to (x1,y1) color_border c_border color_fill c_fill;
    result
  );

  - make (x0,y0:INTEGER_32) to (x1,y1:INTEGER_32) 
  color_border c_border:UINTEGER_32 
  color_fill c_fill:UINTEGER_32 <-
  ( + px,py,p0x,p0y,p1x,p1y:INTEGER_32;
    color_border := c_border;
    color_fill := c_fill;
    points := LINKED_LIST(POINT).create;        
    //
    px  := (x0+x1)/2;
    py  := y0;
    points.add_last (MOVE.create (px,py));
    //
    p0x := ((x0+3.5*x1)/4.5).to_integer_32;
    p0y := y0;
    p1x := x1;
    p1y := ((y1+3.5*y0)/4.5).to_integer_32;
    px  := x1;
    py  := (y0+y1)/2;
    points.add_last (BEZIER.create (p0x,p0y) and (p1x,p1y) end (px,py));
    //
    p0x := x1;
    p0y := ((y0+3.5*y1)/4.5).to_integer_32;
    p1x := ((x0+3.5*x1)/4.5).to_integer_32;
    p1y := y1;
    px  := (x0+x1)/2;
    py  := y1;
    points.add_last (BEZIER.create (p0x,p0y) and (p1x,p1y) end (px,py));
    //
    p0x := ((x1+3.5*x0)/4.5).to_integer_32;
    p0y := y1;
    p1x := x0;
    p1y := ((y0+3.5*y1)/4.5).to_integer_32;
    px  := x0;
    py  := (y0+y1)/2;
    points.add_last (BEZIER.create (p0x,p0y) and (p1x,p1y) end (px,py));
    //    
    p0x := x0;
    p0y := ((3.5*y0+y1)/4.5).to_integer_32;
    p1x := ((x1+3.5*x0)/4.5).to_integer_32;
    p1y := y0;
    px  := (x0+x1)/2;
    py  := y0;
    points.add_last (BEZIER.create (p0x,p0y) and (p1x,p1y) end (px,py));    
  );


  
lisaac_0.39_rc1/example/gui/draw/example.li.sav0000644000175000017500000003330011314031261021350 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXAMPLE;
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Private
  
  - current_directory:STRING := STRING.create 256;
  
  //
  // File manager.
  //
    
Section Private
  
  // BSBS: A mettre en lib.
  
  - path:G_IN; // BUG COMPILER !!!!!
  - dir_w:G_WIN_IN;
  - fil_w:G_WIN_IN;    

  - scan_directory_filter typ:ABSTRACT_STRING action_select select:{ABSTRACT_STRING; }
  directory_widget d_w:G_WIN_IN 
  file_widget f_w:G_WIN_IN
  path_widget p_bug:G_IN <-
  ( + bt:G_BUTTON;
    + entry:ENTRY;
    + dir,file:G_EXPR;
    + new_dir:{G_BUTTON; };
    + background:G_RAW;
    + directory:DIRECTORY;
    
    
    "typ:".print; 
    (typ = NULL).if {
      "NULL\n".print;
    } else {
      typ.print;
      '\n'.print;
    };
    
    new_dir := { b:G_BUTTON;
      + name:G_OUT;      
      name ?= b.root;      
      path.text.keep_head (path.text.fast_last_index_of '/');
      path.text.append (name.text);            
      scan_directory_filter typ action_select select
      directory_widget dir_w file_widget fil_w path_widget path;
    };
    
    directory ?= FILE_SYSTEM.get_entry (path.text);
    (directory.open).if_false {
      "Directory : ".print;
      directory.path.print; 
      " not open!\n".print;
      die_with_code 0;
    };
    path.text.copy (directory.path);
    path.text.add_last '/';
    path.refresh;
    dir := G_BUTTON.create (G_OUT.create "..") action new_dir;    
    (directory.lower).to (directory.upper) do { j:INTEGER;
      entry := directory.item j;
      (entry.is_directory).if {        
        bt := G_BUTTON.create (G_OUT.create (entry.name)) action new_dir;
        dir := dir / bt;
      }.elseif {(typ = NULL) || {entry.name.has_suffix typ}} then {
        bt := G_BUTTON.create (G_OUT.create (entry.name)) action { b:G_BUTTON;
          + name:G_OUT;
          name ?= b.root;
          path.text.keep_head (path.text.fast_last_index_of '/');
          path.text.append (name.text);          
          path.refresh;
          select.value (path.text);
        };
        (file = NULL).if {
          file := bt;
        } else {
          file := file / bt;
        };
      };      
    };    
    (file = NULL).if {
      file := G_OUT.create "no file" justify (G_OUT.center);
    };
    background ?= dir_w.win_in.root;
    background.delete;
    background.make (dir.fix_height);        
    background ?= fil_w.win_in.root;
    background.delete;
    background.make (file.fix_height);    
    dir_w.refresh_in;
    fil_w.refresh_in;
  );
  
Section Public
  
  - filesystem_window dir:ABSTRACT_STRING 
  filter suffix:ABSTRACT_STRING
  with add_widget:G_EXPR 
  action_select select:{ABSTRACT_STRING; } action_ok ok:{ABSTRACT_STRING; } <-
  ( + win:G_WIN_OUT;    
    + body:G_EXPR;    

    dir_w := G_WIN_IN.create (160,240) with (G_RAW.create (G_OUT.create ""));
    fil_w := G_WIN_IN.create (160,240) with (G_RAW.create (G_OUT.create ""));
    path := G_IN.create (64,1);
    path.text.copy dir; 
    body := 
    (
      (
        G_RAW.create (
          G_OUT.create "Directory" /            
          dir_w
        )
      ) | (
        G_RAW.create (
          G_OUT.create "File" /
          fil_w
        )
      ) 
    ) / (
      G_RAW.create (
        G_OUT.create " File name : " | path 
      )
    ) / (
      G_BUTTON.create (G_OUT.create " OK " justify (G_OUT.center)) action { b:G_BUTTON;
        + p:G_WIN_OUT;
        p ?= b.parent;          
        p.close;
        ok.value (path.text);          
      } |
      G_BUTTON.create (G_OUT.create "Cancel" justify (G_OUT.center)) action { b:G_BUTTON;
        + p:G_WIN_OUT;
        p ?= b.parent;          
        p.close;
      }
    );
    (add_widget != NULL).if {
      body := body | add_widget;
    };
    win := G_WIN_OUT.create "Open" with body;        
    win.open_by DESK;
    
    `/* BSBS CALL */`;
    
    scan_directory_filter suffix action_select select directory_widget dir_w 
    file_widget fil_w path_widget path;
  );
  
Section Public
  
  - main <-
  ( + menu_bar:G_EXPR;
    + tools_bar:G_EXPR;
    + select,zoom,line,rectangle,ellipse,text,paint:G_CHECK;
    //
    + zoom_bar:G_WIN_OUT;
    //    
    + file_menu:G_WIN_OUT;
    + edit_menu:G_WIN_OUT;
    + present_menu:G_WIN_OUT;
    + dispo_menu:G_WIN_OUT;
    + window_menu:G_WIN_OUT;
    + help_menu:G_WIN_OUT;
    //    
    + align_win:G_WIN_OUT;
    //
    + t,m,b:G_CHECK;
    + r,c,l:G_CHECK;
    //
    + action_not_yet_implemented:{G_BUTTON; };
    
    current_directory.copy (FILE_SYSTEM.path);
    current_directory.append "/TravCUT";
    
    // Init window.
    VIDEO.make_size (800,600);
    
    action_not_yet_implemented := { bt:G_BUTTON;     
      /*+ w:G_WIN_OUT;
      + g:AREA;
      
      g := bt.parent;
      {
        w ?= g;
        g := g.parent;
      }.do_while {(w = NULL) && {g != NULL}};     
      (w != NULL).if {
        w.close;
      };
      message_not_yet_implemented;
      */
    };

    // Align Window :
    align_win := G_WIN_OUT.create "Alignment" with (
      (
	(
	  (t := G_CHECK.create_with_check (G_OUT.create "Top "))    /
	  (m := G_CHECK.create_with_check (G_OUT.create "Medium ")) /
	  (b := G_CHECK.create_with_check (G_OUT.create "Bottom ")) 
	) | (
	  (
	    (l := G_CHECK.create_with_check (G_OUT.create "Left "))   |
	    (c := G_CHECK.create_with_check (G_OUT.create "Center ")) |
	    (r := G_CHECK.create_with_check (G_OUT.create "Right "))
	  ).fix_height /
	  (
	    G_RAW.create ((G_CHECK.create_with_check (G_OUT.create "In page ").fix_height.fix_width))
	  )
	)
      ) / (
	G_BUTTON.create (G_OUT.create "  OK  " justify (G_OUT.center)) action 
        action_not_yet_implemented |
        G_BUTTON.create (G_OUT.create "Cancel" justify (G_OUT.center)) action { bt:G_BUTTON;     
          + w:G_WIN_OUT;
          w ?= bt.parent;
          w.close;          
        }
      )
    );
    t ^ m ^ b;
    l ^ c ^ r;
    
    // File menu :    
    file_menu := G_WIN_OUT.create (
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "New") action action_not_yet_implemented
      ) / 
      G_RAW.create (
        G_BUTTON.create (G_OUT.create "Open ...")    action { bt:G_BUTTON; 
          + w:G_WIN_OUT;
          w ?= bt.parent.parent;
          w.close;
          filesystem_window current_directory filter NULL
          with NULL action_select 
          { name:ABSTRACT_STRING;
            "select ".print;
            name.print; 
            '\n'.print;
          } action_ok 
          { name:ABSTRACT_STRING;
            + f:FILE;
            + e:ENTRY;
      
            e := FILE_SYSTEM.get_entry name;
            (e = NULL).if {
              "Error file!\n".print;
            } else {
              f ?= e.open;
              (f = NULL).if {
                "Error open\n".print;
              } else {
                /*
                (FORMAT_BCT.load f).if {
                  f.close;
                  page.refresh;
                } else {
                  "Error format\n".print;
                };
                */
              };
            };
          };
        } /
	G_BUTTON.create (G_OUT.create "Save")        action action_not_yet_implemented / 
	G_BUTTON.create (G_OUT.create "Save as ...") action action_not_yet_implemented
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Import ...") action action_not_yet_implemented /
	G_BUTTON.create (G_OUT.create "Export ...") action action_not_yet_implemented
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Print ...") action action_not_yet_implemented
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Exit")      action action_not_yet_implemented  
      )
    );
    
    // Edit menu :    
    edit_menu := G_WIN_OUT.create (
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Undo") action action_not_yet_implemented /
	G_BUTTON.create (G_OUT.create "Redo") action action_not_yet_implemented     
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Delete")     action action_not_yet_implemented / 
	G_BUTTON.create (G_OUT.create "Duplicate")  action action_not_yet_implemented /
	G_BUTTON.create (G_OUT.create "Select all") action action_not_yet_implemented 
      )
    );
    
    // Present menu :    
    present_menu := G_WIN_OUT.create (
      G_CHECK.create_with_check (G_OUT.create "Magnetic locate") /
      G_CHECK.create_with_check (G_OUT.create "Contour")         
    );
    
    // Dispo menu :    
    dispo_menu := G_WIN_OUT.create (      
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Text editor...") action action_not_yet_implemented /
	G_BUTTON.create (G_OUT.create "Alignment") connect align_win   /
	G_BUTTON.create (G_OUT.create "to curve") action action_not_yet_implemented       
      ) /
      G_RAW.create (	    
	G_BUTTON.create (G_OUT.create "First plan") action action_not_yet_implemented     / 
	G_BUTTON.create (G_OUT.create "Last plan") action action_not_yet_implemented      
      ) /
      G_RAW.create (
	G_BUTTON.create (G_OUT.create "Group") action action_not_yet_implemented          /
	G_BUTTON.create (G_OUT.create "Degroup") action action_not_yet_implemented        /
	G_BUTTON.create (G_OUT.create "Combine") action action_not_yet_implemented        /
	G_BUTTON.create (G_OUT.create "Decombine") action action_not_yet_implemented      /        
	G_BUTTON.create (G_OUT.create "Auto-combine") action action_not_yet_implemented
      )
    );

    // Window menu :    
    window_menu := G_WIN_OUT.create (
      G_BUTTON.create (G_OUT.create "Refresh draw") action action_not_yet_implemented
    );

    // Help menu :    
    help_menu := G_WIN_OUT.create (
      G_BUTTON.create (G_OUT.create "About ...") action action_not_yet_implemented /
      G_BUTTON.create (G_OUT.create "Bugs report ...") action action_not_yet_implemented /
      G_BUTTON.create (G_OUT.create "News ...") action action_not_yet_implemented
    );

    // Menu Bar :
    menu_bar := (
      G_BUTTON.create (G_OUT.create " File ")         connect file_menu.fix_width    |
      G_BUTTON.create (G_OUT.create " Edit ")         connect edit_menu.fix_width    |
      G_BUTTON.create (G_OUT.create " Presentation ") connect present_menu.fix_width |
      G_BUTTON.create (G_OUT.create " Disposition ")  connect dispo_menu.fix_width   |
      G_BUTTON.create (G_OUT.create " Window ")       connect window_menu.fix_width  | 
      G_OUT.create " "                                                               |
      G_BUTTON.create (G_OUT.create " Help ")         connect help_menu.fix_width  
    ).fix_height;
    
    // Zoom bar.
    zoom_bar := G_WIN_OUT.create (
      G_BUTTON.create (G_IMG.create "zoom_in.bmp")     |
      G_BUTTON.create (G_IMG.create "zoom_out.bmp")    |
      G_BUTTON.create (G_IMG.create "zoom_select.bmp") |
      G_BUTTON.create (G_IMG.create "zoom_page.bmp")   |
      G_BUTTON.create (G_IMG.create "zoom_100.bmp") 
    );
    
    // Tools bar.
    tools_bar := (
      (select    := G_CHECK.create (G_IMG.create "select.bmp"))    /
      (zoom      := G_CHECK.create (G_IMG.create "zoom.bmp") connect zoom_bar) /
      (line      := G_CHECK.create (G_IMG.create "line.bmp"))      /
      (rectangle := G_CHECK.create (G_IMG.create "rectangle.bmp")) /
      (ellipse   := G_CHECK.create (G_IMG.create "ellipse.bmp"))   /
      (text      := G_CHECK.create (G_IMG.create "text.bmp"))      /
      (paint     := G_CHECK.create (G_IMG.create "paint.bmp"))
    ).fix_width.fix_height;
    select ^ zoom ^ line ^ rectangle ^ ellipse ^ text ^ paint;
    
    // Screen definition.
    DESK.make VIDEO with (             
      menu_bar  / (
        tools_bar | (
          RULER_HORIZONTAL.create / (
            RULER_VERTICAL.create | G_WIN_IN.create (320,200) with page
          )
        ) 
      ) / (
        G_RAW.create (
          G_OUT.create " Context Information ..."
        ).fix_height
      )
    );
    
    // +---------------------+
    // |         menu        |
    // +---+-----------------+
    // | t |                 |
    // | o |                 |    => menu / (tools | page )
    // | o |     PAGE        |
    // | l |                 |
    // | s |                 |
    // +---+-----------------+
  );
lisaac_0.39_rc1/example/gui/draw/select.li0000644000175000017500000001526611314031261020417 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := SELECT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  - parent_any:ANY := ANY;

Section Private
  
  + x0:INTEGER_32;
  + y0:INTEGER_32;
  
  + x1:INTEGER_32;
  + y1:INTEGER_32;
  
Section Public
  
  + angle:REAL_32;  
  
  - center:(INTEGER_32,INTEGER_32) <- 
  (
    (x0 + x1) / 2, (y0 + y1) / 2
  );
  
  - frame:(INTEGER_32,INTEGER_32,INTEGER_32,INTEGER_32) <- 
  ( + xmin,ymin,xmax,ymax,xr0,yr0,xr1,yr1:INTEGER_32;
    + cx,cy:INTEGER_32;
    (cx,cy) := center;
    (xr0,yr0,xr1,yr1) := frame_rotation;
    (xmax,ymax) := (xmin,ymin) := (xr0,yr0);
    xmin := xmin.min xr1;
    ymin := ymin.min yr1;
    xmax := xmax.max xr1;
    ymax := ymax.max yr1;
    xr0 := cx * 2 - xr0;
    yr0 := cy * 2 - yr0;
    xr1 := cx * 2 - xr1;
    yr1 := cy * 2 - yr1;    
    xmin := xmin.min xr0.min xr1;
    ymin := ymin.min yr0.min yr1;
    xmax := xmax.max xr0.max xr1;
    ymax := ymax.max yr0.max yr1;
    
    xmin,ymin,xmax,ymax
  );
  
  - frame_rotation:(INTEGER_32,INTEGER_32,INTEGER_32,INTEGER_32) <-
  ( + xr0,yr0,xr1,yr1:INTEGER_32;
    + cx,cy:INTEGER_32;
    (cx,cy) := center;
    xr0 := (angle.cos * (x0-cx).to_real_32 + angle.sin * (y0-cy).to_real_32).to_integer_32 + cx;
    yr0 := (angle.cos * (y0-cy).to_real_32 - angle.sin * (x0-cx).to_real_32).to_integer_32 + cy;
    //
    xr1 := (angle.cos * (x0-cx).to_real_32 + angle.sin * (y1-cy).to_real_32).to_integer_32 + cx;
    yr1 := (angle.cos * (y1-cy).to_real_32 - angle.sin * (x0-cx).to_real_32).to_integer_32 + cy;    
    //
    xr0,yr0,xr1,yr1
  );    
  
  - area:INTEGER_32 <- (x1-x0)*(y1-y0);
  
  - set_rectangle (px0,py0:INTEGER_32) to (px1,py1:INTEGER_32) <-
  (
    x0 := px0;
    y0 := py0;
    x1 := px1;
    y1 := py1;
  );  
  
  //
  // Creation.
  //

  - create (px0,py0:INTEGER_32) to (px1,py1:INTEGER_32) :SELF <-
  ( + result:SELF;
        
    result := clone;
    result.make (px0,py0) to (px1,py1) angle 0;
    result
  );

  - create (px0,py0:INTEGER_32) to (px1,py1:INTEGER_32) angle a:REAL_32 :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (px0,py0) to (px1,py1) angle a;
    result
  );

  - make (px0,py0:INTEGER_32) to (px1,py1:INTEGER_32) angle a:REAL_32 <-
  ( 
    (x0,y0) := (px0,py0);
    (x1,y1) := (px1,py1);    
    angle   := a;
  );
  
  //
  // File.
  //
  
  - create_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :(SELF,INTEGER) <-
  ( + r:SELF;
    
    r := clone;
    r,r.make_with buf at ps
  );    
  
  - make_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :INTEGER <-
  ( + pos:INTEGER;
    // BSBS: Il faut revoir le format...
    pos := ps;
    //x_center := read_integer_32 buf at pos;
    pos := pos + 4;
    //y_center := read_integer_32 buf at pos;
    pos := pos + 4;
    //size := read_integer_32 buf at pos;
    pos := pos + 4;
    angle := 0; //read_real_32 buf at pos;
    pos := pos + 4;
    //angle_point := read_real_32 buf at pos;
    pos := pos + 4;    
    pos
  );
  
  //
  // Display.
  // 
  
  - remove <-
  ( 
    0.to 8 do { j:INTEGER;
      box.item j.set_position (-50,-50);
    };
  );
  
  - display_rectangle <-
  ( + xe0,ye0,xe1,ye1,y,xem,s:INTEGER;
    + xr0,yr0,xr1,yr1:INTEGER_32;
    
    (xr0,yr0,xr1,yr1) := frame;    
    xe0 := ecrx xr0;
    ye1 := ecry yr0;
    xe1 := ecrx xr1;
    ye0 := ecry yr1;
    s   := box.first.height;
    xem := (xe0+xe1-s)/2;
    //
    y := ye0-s;    
    box.item 0.set_position (xe0-s,y) id 0;
    box.item 1.set_position (xem,y)   id 1;
    box.item 2.set_position (xe1,y)   id 2;
    //
    y := (ye0+ye1-s)/2;
    box.item 3.set_position (xe0-s,y) id 3;
    box.item 4.set_position (xem,y)   id 4;
    box.item 5.set_position (xe1,y)   id 5;
    //
    box.item 6.set_position (xe0-s,ye1) id 6;
    box.item 7.set_position (xem,ye1)   id 7;
    box.item 8.set_position (xe1,ye1)   id 8;
  );
  
  - display_rotation <-
  ( + cx,cy:INTEGER_32;
    + xr0,yr0,xr1,yr1:INTEGER_32;
    + xe0,ye0,xe1,ye1,xe2,ye2:INTEGER;
        
    (cx,cy) := center;
    (xr0,yr0,xr1,yr1) := frame_rotation;
    //
    xe0 := ecrx xr0;
    ye0 := ecry yr0;    
    xe1 := ecrx xr1;
    ye1 := ecry yr1;
    box.item 0.set_position (xe0,ye0) id 9;
    box.item 6.set_position (xe1,ye1) id 15;
    box.item 3.set_position ((xe0+xe1)/2,(ye0+ye1)/2) id 12;
    xr1 := cx * 2 - xr1;
    yr1 := cy * 2 - yr1;
    xe2 := ecrx xr1;
    ye2 := ecry yr1;
    box.item 2.set_position (xe2,ye2) id 11;    
    box.item 1.set_position ((xe0+xe2)/2,(ye0+ye2)/2) id 10;
    xr0 := cx * 2 - xr0;
    yr0 := cy * 2 - yr0;
    xe0 := ecrx xr0;
    ye0 := ecry yr0;    
    box.item 8.set_position (xe0,ye0) id 17;
    box.item 5.set_position ((xe0+xe2)/2,(ye0+ye2)/2) id 14;
    box.item 7.set_position ((xe0+xe1)/2,(ye0+ye1)/2) id 16;
    //            
    xe0 := ecrx cx;
    ye0 := ecry cy;    
    box.item 4.set_position (xe0,ye0) id 13;
  );
  
Section Private
  
  - box:FAST_ARRAY(SELECT_BOX);
  
Section PAGE
  
  - init_select_box <-
  ( + b:SELECT_BOX;
    (box = NULL).if {
      box := FAST_ARRAY(SELECT_BOX).create_with_capacity 9;
      0.to 8 do { j:INTEGER;
        b := SELECT_BOX.create;
        box.add_last b;
      };
    };
  );lisaac_0.39_rc1/example/gui/draw/rectangle.li0000644000175000017500000000501211314031261021070 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := RECTANGLE;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  + parent_form:Expanded FORM;

Section Public
    
  //
  // Creation.
  //

  - create (x0,y0:INTEGER_32) to (x1,y1:INTEGER_32) 
  color_border c_border:UINTEGER_32 
  color_fill c_fill:UINTEGER_32 :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (x0,y0) to (x1,y1) color_border c_border color_fill c_fill;
    result
  );

  - make (x0,y0:INTEGER_32) to (x1,y1:INTEGER_32) 
  color_border c_border:UINTEGER_32 
  color_fill c_fill:UINTEGER_32 <-
  ( 
    color_border := c_border;
    color_fill := c_fill;
    points := LINKED_LIST(POINT).create;
    points.add_last (MOVE.create (x0,y0));
    points.add_last (LINE.create (x1,y0));
    points.add_last (LINE.create (x1,y1));
    points.add_last (LINE.create (x0,y1));    
    points.add_last (LINE.create (x0,y0));
  );


  
lisaac_0.39_rc1/example/gui/draw/text.bmp0000644000175000017500000000454611314031261020275 0ustar  sonntagsonntagBMf	6(0	ÄÄÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÖÖÖÕÕÕÔÔÔÔÔÔÓÓÓÓÓÓÔÔÔÔÔÔÕÕÕÖÖÖ×××××××××××××××××××××××××××ÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙØØØÓÓÓÉÉÉÃÃÃÂÂÂÁÁÁÁÁÁÂÂÂÃÃÃÊÊÊÓÓÓØØØÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙ×××ÍÍ͹¹¹¨¨¨žžžššš›››ŸŸŸªªª¼¼¼ÎÎÎØØØÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÙÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÛÛÛ',',!%ÇÇÇÕÕÕÛÛÛÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜܯ¯¯jjj38Es€ /4DDDšššÕÕÕÛÛÛÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞ­­­;cm%7>‚‚‚ÆÆÆÚÚÚÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÚÚÚ*GP%8>   ÆÆÆÚÚÚÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞÞááááááááááááááááááááááááááááááÝÝÝ#>F%8>   ÉÉÉÝÝÝááááááááááááááááááááááááááááááááááááááááááááááááááááááááááááÝÝÝ$=E05   ÉÉÉÝÝÝááááááááááááááááááááááááááááááããããããããããããããããããããããããããããããßßß4:05¤¤¤ËËËßßßããããããããããããããããããããããããããããããããããããããããããããããããããããããããããããßßß(.%8>¤¤¤ËËËßßßããããããããããããããããããããããããããããããææææææææææææææææææåååäääåååæææâââ!%8>¦¦¦ÎÎÎâââæææåååäääåååæææææææææææææææææææææææææææææææææåååàààÚÚÚßßßåååâââ%8>§§§ÎÎÎâââäääÞÞÞÚÚÚàààåååæææææææææææææææèèèèèèèèèèèèèèèæææ×××ÇÇÇÓÓÓâââããã	%9>§§§ÏÏÏäääáááÑÑÑÆÆÆ×××æææèèèèèèèèèèèèèèèèèèèèèèèèèèèèèèååå3Va···ÀÀÀÔÔÔÜÜÜ	%9>§§§ÌÌÌÝÝÝËË˵µµÑÑÑäääèèèèèèèèèèèèèèèëëëëëëëëëëëëëëëèèè:`kMMM½½½ÈÈÈ%9>¥¥¥ÁÁÁ¥¥¥GGG¯¯¯ÒÒÒçççëëëëëëëëëëëëëëëëëëëëëëëëëëëëëëééé@kw   222???;;;;;;%%%»»»ØØØèèèëëëëëëëëëëëëëëëíííííííííííííííìììY˜©.   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LINE_TO;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  + parent_point:Expanded POINT;

Section Public

  //
  // Display
  //
  
  - draw_border_in bmp:ABSTRACT_BITMAP <-
  (
    bmp.line_to (x_screen,y_screen);
  );

  - draw_fill_in bmp:ABSTRACT_BITMAP <-
  (
    bmp.poly_line_to (x_screen,y_screen);
  );

lisaac_0.39_rc1/example/gui/draw/ruler_horizontal.li0000644000175000017500000001233711314031261022536 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := RULER_HORIZONTAL;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit
  
  + parent_ruler:Expanded RULER;
  
Section Public

  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 100;
  
  - height_min:INTEGER := 23;

  //
  // Creation.
  //

  - create:SELF <-
  ( 
    make;
    fix_height
  );

  - make <-
  ( 
    
  );
  
  //
  // Display.
  //
    
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  ( + xl,xr:INTEGER_32;    
    clipping (x0,y0) to (x1,y1);
    
    draw_border_out (x_min,y_min) to (x_max,y_max);
        
    color 8C_8C_BAh;
    rectangle_fill (x_min+1,y_min+1) to (x_max-1,y_max-1);
    
    clipping (x0.max (x_min+2),y0) to (x1.min (x_max-2),y1);
    xl := - page.origin_x / 40 * 40 + page.ruler_x % 40;
    {
      xl := xl + 40;
      xr := (xl - page.ruler_x).abs; 
      (xr % 40000 = 0).if { 
        // 1 meter        
        line_v (ecrx xl,0) until 21 color 0C8_00_00h;
        (page.zoom * 40000 >= 3*8).if {
          print (ecrx xl+2,0) number ((xr/400).to_real_32) decimal 0; // 0
        };
      }.elseif {(xr % 20000 = 0) && {page.zoom * 20000 >= 2}} then { 
        // 0.5 meter
        line_v (ecrx xl,3) until 21 color black;
        (page.zoom * 20000 >= 3*8).if { 
          color 0C8_00_C8h;
          print (ecrx xl+2,0) number ((xr/400).to_real_32) decimal 0; // 0
        };
      }.elseif {(xr % 4000 = 0) && {page.zoom * 4000 >= 2}} then { 
        // 10 cm
        line_v (ecrx xl,7) until 21 color black;
        (page.zoom * 4000 >= 3*8).if { 
          color 00_00_FFh;
          print (ecrx xl+2,0) number ((xr/400).to_real_32) decimal 0; // 0
        };
      }.elseif {(xr % 2000 = 0) && {page.zoom * 2000 >= 2}} then { 
        // 5 cm
        line_v (ecrx xl,12) until 21 color black;
        (page.zoom * 2000 >= 3*5).if { 
          color 00_FF_FFh;
          print (ecrx xl+2,7) number ((xr/400).to_real_32) decimal 0; // 3
        };
      }.elseif {(xr % 400 = 0) && {page.zoom * 400 >= 2}} then { 
        // 1 cm
        line_v (ecrx xl,17) until 21 color black;
        (page.zoom * 400 >= 3*5).if { 
          color black;
          print (ecrx xl+2,10) number ((xr/400).to_real_32) decimal 0; // 3
        };
      }.elseif {(xr % 200 = 0) && {page.zoom * 200 >= 2}} then { 
        // 0.5 cm
        line_v (ecrx xl,19) until 21 color black;
        (page.zoom * 200 >= 4*5+3).if { 
          color 0C8_C8_C8h;
          print (ecrx xl+2,12) number (xr.to_real_32/400) decimal 1; // 3
        };
      }.elseif {page.zoom * 40 >= 2} then { 
        // 1 mm
        line_v (ecrx xl,21) until 21 color black;
      };
    }.do_while {ecrx xl < x_max};
  );

  //
  // Events.
  //
  
  - receive msg:EVENT <-
  ( + evt_keyboard:EVENT_KEYBOARD;    
    + evt_mouse:EVENT_MOUSE;
    
    evt_keyboard ?= msg;    
    (evt_keyboard != NULL).if {
      keyboard_event (evt_keyboard.key);
    };
    
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {
      mouse_event evt_mouse;
    };    
  );
  
  - keyboard_event key:UINTEGER_16 <-
  (
    // Nothing.
  );

  - mouse_event evt:EVENT_MOUSE <-
  ( + win:AREA;
    
    win := DESK.get_object (evt.x_current,evt.y_current);
    (win != Self).if {      
      DESK.receive evt;
    } else {
      /*
      (evt.left_down).if {
        (stat = 2).if {
          // New game.
          screen.clear_all;
          line_count := stat := 0;
          level := 1;
        }.elseif {stat = 3} then {
          // Restart (after pause).
          stat := old_stat;
        } else {
          // Pause.
          old_stat := stat;
          stat := 3;
        };
        refresh;
      };
      */
    };
  );
lisaac_0.39_rc1/example/gui/draw/group.li0000644000175000017500000000623611314031261020271 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := GROUP;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  + parent_graph:Expanded GRAPH;

Section Public
  
  + list:LINKED_LIST(GRAPH);
    
  //
  // Creation.
  //

  - create:SELF <-
  ( + result:SELF;
    result := clone;
    result.make;
    result
  );

  - make <-
  ( 
    list := LINKED_LIST(GRAPH).create;
  );
  
  //
  // File.
  //
  
  - create_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :(SELF,INTEGER) <-
  ( + r:SELF;
    
    r := clone;
    r, r.make_with buf at ps
  );
  
  - make_with buf:FAST_ARRAY(UINTEGER_8) at ps:INTEGER :INTEGER <-
  ( + result:INTEGER;
    
    (list,result) := FORMAT_BCT.load_draw_with buf at ps parent Self;
    result
  );
      
  //
  // Transformation.
  //

  - compute_select <-
  ( + x0,y0,x1,y1:INTEGER_32;
    + xmin,ymin,xmax,ymax:INTEGER_32;
    x0 := y0 := 2_147_483_647;
    y1 := y1 := -2_147_483_647;
    (list.lower).to (list.upper) do { j:INTEGER;
      list.item j.compute_select;
      (xmin,ymin,xmax,ymax) := list.item j.select.frame;
      x0 := x0.min xmin;
      y0 := y0.min ymin; 
      x1 := x1.max xmax; 
      y1 := y1.max ymax; 
    };
    select.set_rectangle (x0,y0) to (x1,y1);
  );
  
  - move (dx,dy:INTEGER_32) <-
  ( 
    parent_graph.move (dx,dy);
    (list.lower).to (list.upper) do { j:INTEGER;
      list.item j.move (dx,dy);
    };
  );
  
  //
  // Display
  //
  
Section GRAPH
  
  - direct_draw_in bmp:ABSTRACT_BITMAP <-
  ( 
    (list.lower).to (list.upper) do { i:INTEGER;
      list.item i.draw_in bmp;
    };
  );lisaac_0.39_rc1/example/gui/draw/zoom_select.bmp0000644000175000017500000000454611314031261021634 0ustar  sonntagsonntagBMf	6(0	ÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒÒ¸¸¸¸¸¸¸¸¸ÒÒÒÒÒÒÒÒÒÒÒÒÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔºººŸŸŸºººÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔÔººº			ºººÔÔÔÔÔÔ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××¼¼¼


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/home/sonntag/lisaac_0.39_rc1/lib/standard/number/real/real_80.li
/home/sonntag/lisaac_0.39_rc1/lib/internal/portable/number/float_map80.li
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0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TEST_TRANS;
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  - main <-
  ( + action_trans:{G_BUTTON;};
    
    // Init window.
    VIDEO.make_size (640,480); //(640,400);
    
    action_trans := { b:G_BUTTON;
      + w:G_WIN_OUT_TRANS_TEST;
      + title:STRING;
      - count:INTEGER;
      
      title := STRING.create 32;
      title.copy "Essai ";
      count := count + 1;
      count.append_in title;
      w := G_WIN_OUT_TRANS_TEST.create title with NULL;
      w.set_position DESK at (20,20) size (200,100);
    };

    // Screen definition.
    DESK.make VIDEO with (             
      (G_BUTTON.create (G_OUT.create "New window") action action_trans.fix_height) /
      G_RAW.create (G_IMG.create "photo.bmp")
    );                    
  );
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$c $m $y $k $t @tc 
setcmykcolor 
true 
}bd 
/@SCC 
{ 
$C $M $Y $K $T @tc 
setcmykcolor 
true 
}bd 

/@sft 
{ 
(setfirsttile sft )print 
/$tx $tllx $pxf add dup $tllx gt {$pwid $psx add sub}if def 
/$ty $tury $pyf sub dup $tury lt {$phei $psy add add}if def 
(setfirsttile exit )print 
}bd 

/@stb 
{ 
pathbbox /$ury xd /$urx xd /$lly xd /$llx xd 
}bd 

/@ep 
{ 
{ 
cvx exec 
}forall 
}bd 

/@tp 
{ 

(tile pattern tp )print 
@sv 
/$in true def 
2 copy 
dup $lly le {/$in false def}if 
$phei sub $ury ge {/$in false def}if 
dup $urx ge {/$in false def}if 
$pwid add $llx le {/$in false def}if 
$in 
{ 
@np 
2 copy moveto 
$pwid 0 rlineto 
0 $phei neg rlineto 
$pwid neg 0 rlineto 
0 $phei rlineto 
clip @np 

$pn cvlit load aload pop 
7 -1 roll 
5 index sub 
7 -1 roll 
3 index sub 
translate 
@ep 
pop pop pop pop 
} 
{pop pop}ifelse 
@rs 
(tile pattern exit )print 
}bd 

/@th 
{ 
(tile horizontal th)print 
@sft 
0 1 $tly 1 sub 
{ 
dup $psx mul $tx add 
{ 
dup $llx gt {$pwid sub}{exit}ifelse 
}loop 
exch $phei mul $ty exch sub 

0 1 $tlx 1 sub 
{ 
$pwid mul 
3 copy 
3 -1 roll add exch 
@tp 
pop 
}for 
pop pop 
} for 
(tile horizontal exiting )print 
}bd 

/@tv 
{ 
(tile vertical tv)print 
@sft 
0 1 $tlx 1 sub 
{ 
dup $pwid mul $tx add 
exch $psy mul $ty exch sub 
{ 
dup $ury lt {$phei add}{exit}ifelse 
}loop 

0 1 $tly 1 sub 
{ 
$phei mul 
3 copy sub 
@tp 
pop 
}for 
pop pop 
} for 
(tile vertical exit )print 
}bd 

/@pf 
{ 
(pattern fill pf)print 
@gs 
$pm concat 
@stb 
@gs 1 setgray eofill @gr 
eoclip 
$Bburx $Bbury $pm itransform /$tury xd /$turx xd 
$Bbllx $Bblly $pm itransform /$tlly xd /$tllx xd 
/$wid $turx $tllx sub def 
/$hei $tury $tlly sub def 
$wid 0 gt $hei 0 gt and 
{ 
$pn cvlit load aload pop 
$pd xd 
3 -1 roll sub /$phei xd 
exch sub /$pwid xd 
/$tlx $wid $pwid div ceiling 1 add def 
/$tly $hei $phei div ceiling 1 add def 
$psx 0 eq 
{ 
@tv 
} 
{ 
@th 
}ifelse 
}if 

@gr 
@np 
(pattern fill exit)print 
}bd 

/@xp 
{ 
{ 
dup (text Character is:) print == 
usertime (time before is:)print == 
(0) dup 3 -1 roll 0 exch put 
@gs 
true charpath currentpoint 
$ctm setmatrix 
@pf 
@gr 
@np 
moveto $tr 0 rmoveto 
usertime (time after is:)print == 
}forall 
pop 
}bd 

/@sm 
{ 
/$ctm $ctm currentmatrix def 
}bd 

%--@lorg  move to line origin   length string @torg length string
/@lorg    % moves currentpoint to line origin according to current alignment
  {      
  $lx $ly moveto    
  /$ly $ly $le sub def      % - prepare for next line(tracking)
  $al 0 ne
    {dup      % ->len str len str
    stringwidth   % ->len str len dx dy
    exch 3 index  % ->len str dy len dx
    1 sub         % ->len str dy len dx (len-1)
    $tr mul add   % ->len str dy len dx+(len-1)*$tr
    neg
    exch neg      % ->len str -dx_total dy len
    $al 1 eq      % check for centered alignment
    {2 div exch 2 div exch} if  
    rmoveto} if
  }bd

/@ft 
{ 
$pf 
{@xp} 
{ 
@scc 
{$tr exch 0 exch ashow pop} 
{pop pop}ifelse 
}ifelse 
}bd 

/@st 
{ 
$PF 
{} 
{ 
@SCC 
{ 
{ 
(0) dup 3 -1 roll 0 exch put 
@gs 
true charpath currentpoint 
$ctm setmatrix $ptm concat 
stroke 
@gr 
moveto $tr 0 rmoveto 
}forall 
pop 
} 
{pop pop}ifelse 
}ifelse 
}bd 
/@pt 
{ 
dup length exch 
}bd 
/@te 
{ 
@pt 
@lorg 
@ft 
}bd 

/@tr 
{ 
@pt 
@lorg 
@st 
}bd 
/@ta 
{ 
@pt 
@lorg 
2 copy 
@gs @ft @gr 
/$lx 0 def 
/$ly 0 def 
@st 
}bd 















/g { 
1 exch sub /$k xd 
/$c 0 def /$m 0 def /$y 0 def /$t 1 def /$n _ def /$pf false def 
}bd 

/G { 
1 exch sub /$K xd 
/$C 0 def /$M 0 def /$Y 0 def /$T 1 def /$N _ def /$PF false def 
}bd 

/k { 
/$k xd /$y xd /$m xd /$c xd 
/$t 1 def /$n _ def /$pf false def 
}bd 

/K { 
/$K xd /$Y xd /$M xd /$C xd 
/$T 1 def /$N _ def /$PF false def 
}bd 

/x { 
/$t xd /$n xd 
/$k xd /$y xd /$m xd /$c xd /$pf false def 
}bd 

/X { 
/$T xd /$N xd 
/$K xd /$Y xd /$M xd /$C xd /$PF false def 
}bd 

/d /setdash ld 

/i { 
dup 0 ne {setflat} {pop} ifelse 
}bd 

/j /setlinejoin ld 

/J /setlinecap ld 

/M /setmiterlimit ld 

/w /setlinewidth ld 

/O { 
/$o xd 
}bd 

/R { 
/$O xd 
}bd 


/c /curveto ld 

/C /c ld 

/v { 
currentpoint
6 2 roll 
curveto 
}bd

/V /v ld 

/y { 
2 copy curveto 
}bd 

/Y /y ld 

/l /lineto ld 

/L /l ld 

/m /moveto ld 



/n /newpath ld 

/N /newpath ld 

/F { 
$pf 
{@pf} 
{ 
@scc 
{eofill}if 
}ifelse 
}bd 

/f { 
@cp F 
}bd 
/S { 
$PF 
{} 
{ 
@SCC 
{ 
@sm 
$ptm concat 
stroke 
$ctm setmatrix 
}if 
}ifelse 
}bd 
/s { 
@cp 
S 
}bd 

/B { 
@gs F @gr 
S 
}bd 
/b { 
@cp 
B 
}bd 

/W { 
oeclip 
@np 
}bd 

/p { 
/$pm xd 
7 {pop} repeat 
/$pyf xd /$pxf xd 
/$pn xd 
/$pf true def 
}bd 

/P { 
11 {pop} repeat 
}bd 

/@p { 
/$pm xd 
/$psy xd 
/$psx xd 
/$pyf xd /$pxf xd 
/$pn xd 
/$pf true def 
}bd 

/@b { 
/$Bbury xd /$Bburx xd 
/$Bblly xd /$Bbllx xd 
}bd 


/z { 
/$al xd 
/$tr xd 
/$le xd 
exch findfont exch scalefont setfont 
}bd 

/Z { 
dup type 0 type eq { /$bDir xd } if
findfont 
dup maxlength 1 add dict exch 



dup 
{1 index /FID ne 
{ 
3 index 
3 1 roll put 
} 
{pop pop}ifelse 
} forall 



pop 
dup dup /Encoding get 
256 array copy 
dup /$fe xd
/Encoding exch put 

dup /Fontname 3 index put 

}bd 

/e { 
@sm 
concat 
[ 
/t {@te}def 
}bd 

/r { 
@sm 
concat 
[ 
/t {@tr}def 
}bd 

/o { 
@sm 
concat 
[ 
/t {pop}def 
}bd 

/a { 
@sm 
concat 
[ 
/t {@ta}def 
}bd 

/@o{
@sm 
concat 
[ 
/t {@t@a}def 
}bd 

/I { 
@sm 
concat 
[ 
/t {pop}def 
}bd 

/t {@te}def 

/T { 
cleartomark 
/$lx 0 def 
/$ly 0 def 
$ctm setmatrix 
}bd 


/u {}bd 

/U {}bd 

/A {pop}bd 

/h { 
$h true def 
}bd 

/h { 
$h true def 
}bd 

/q /@gs ld 

/Q /@gr ld 



/E { 
5 array astore 
exch cvlit exch def 
}bd 

/` {}bd 

/~ {}bd 

/@ {}bd 

/& {}bd 

/CorelDrawRencodeVect [ 
16#80/grave 
16#81/circumflex 
16#82/tilde 
16#83/dotlessi 
16#84/florin 
16#85/quotedblleft 
16#86/quotedblright 
16#87/guilsinglleft 
16#88/guilsinglright 
16#89/fi 
16#8a/fl 
16#8b/dagger 
16#8c/daggerdbl 
16#8d/endash 
16#8e/periodcentered 
16#8f/breve 
16#90/quotedblbase 
16#91/ellipsis 
16#92/perthousand 
16#a1/exclamdown 
16#a2/cent 
16#a3/sterling 
16#a4/currency 
16#a5/yen 
16#a6/bar 
16#a7/section 
16#a8/dieresis 
16#a9/copyright 
16#aa/ordfeminine 
16#ab/guillemotleft 
16#ac/logicalnot 
16#ad/emdash 
16#ae/registered 
16#af/spac 
16#b0/ring 
16#b1/spac 
16#b2/spac 
16#b3/spac 
16#b4/acute 
16#b5/spac 
16#b6/paragraph 
16#b7/bullet 
16#b8/cedilla 
16#b9/spac 
16#ba/ordmasculine 
16#bb/guillemotright 
16#bc/spac 
16#bd/spac 
16#be/spac 
16#bf/questiondown 
16#c0/Agrave 
16#c1/Aacute 
16#c2/Acircumflex 
16#c3/Atilde 
16#c4/Adieresis 
16#c5/Aring 
16#c6/AE 
16#c7/Ccedilla 
16#c8/Egrave 
16#c9/Eacute 
16#ca/Ecircumflex 
16#cb/Edieresis 
16#cc/Igrave 
16#cd/Iacute 
16#ce/Icircumflex 
16#cf/Idieresis 
16#d0/spac 
16#d1/Ntilde 
16#d2/Ograve 
16#d3/Oacute 
16#d4/Ocircumflex 
16#d5/Otilde 
16#d6/Odieresis 
16#d7/OE 
16#d8/Oslash 
16#d9/Ugrave 
16#da/Uacute 
16#db/Ucircumflex 
16#dc/Udieresis 
16#dd/space 
16#de/spac 
16#df/germandbls 
16#e0/agrave 
16#e1/aacute 
16#e2/acircumflex 
16#e3/atilde 
16#e4/adieresis 
16#e5/aring 
16#e6/ae 
16#e7/ccedilla 
16#e8/egrave 
16#e9/eacute 
16#ea/ecircumflex 
16#eb/edieresis 
16#ec/igrave 
16#ed/iacute 
16#ee/icircumflex 
16#ef/idieresis 
16#f0/space 
16#f1/ntilde 
16#f2/ograve 
16#f3/oacute 
16#f4/ocircumflex 
16#f5/otilde 
16#f6/odieresis 
16#f7/oe 
16#f8/oslash 
16#f9/ugrave 
16#fa/uacute 
16#fb/ucircumflex 
16#fc/udieresis 
16#fd/spac 
16#fe/spac 
16#ff/ydieresis 
] def
%%EndProlog
%%BeginSetup
%%BeginEncoding:_Times-Bold Times-Bold
[
]/_Times-Bold/Times-Bold Z
%%EndEncoding
%%EndSetup
u
U
u
U
*u
0 O
0.0000 0.0000 0.0000 1.0000 k
96.1200 191.0160 m
96.3360 191.0880 96.4800 191.3040 96.6240 191.5920 C
96.7680 192.0240 96.8400 192.7440 96.8400 193.6080 C
96.8400 194.5440 96.7680 195.1200 96.6240 195.4800 C
96.5520 195.8400 96.3360 195.9840 96.1200 196.0560 C
96.1200 196.7040 L
96.1200 196.7040 96.1200 196.7040 96.1200 196.7040 C
96.6960 196.7040 97.1280 196.4160 97.4880 195.9840 C
97.7760 195.4800 97.9200 194.6880 97.9200 193.7520 C
97.9200 192.9600 97.8480 192.3840 97.7040 191.8800 C
97.5600 191.4480 97.3440 191.0880 97.0560 190.8000 C
96.8400 190.6560 96.6240 190.5120 96.4080 190.4400 C
96.2640 190.4400 96.1920 190.3680 96.1200 190.3680 C
96.1200 191.0160 L
f
0 O
0.0000 0.0000 0.0000 1.0000 k
95.6160 195.9120 m
95.5440 195.6960 95.4720 195.4800 95.4000 195.1200 C
95.4000 194.7600 95.3280 194.2560 95.3280 193.6080 C
95.3280 192.8880 95.4000 192.3120 95.4720 191.8800 C
95.5440 191.5200 95.6160 191.1600 95.7600 191.0160 C
95.8320 191.0160 L
95.9040 191.0160 96.0480 191.0160 96.1200 191.0160 C
96.1200 190.3680 L
95.9760 190.3680 95.8320 190.2960 95.7600 190.2960 C
95.2560 190.2960 94.8960 190.5840 94.6080 191.1600 C
94.3920 191.7360 94.2480 192.6000 94.2480 193.6800 C
94.2480 194.4720 94.3200 195.0480 94.3920 195.4080 C
94.5360 195.7680 94.7520 196.0560 94.9680 196.2720 C
95.1840 196.4160 95.3280 196.5600 95.5440 196.6320 C
95.6880 196.6320 95.9040 196.7040 96.1200 196.7040 C
96.1200 196.0560 L
96.0480 196.0560 96.0480 196.0560 95.9760 196.0560 C
95.9040 196.0560 95.8320 196.0560 95.7600 196.0560 C
95.7600 195.9840 95.6880 195.9840 95.6160 195.9120 C
f
*U
*u
0 O
0.0000 0.0000 0.0000 1.0000 k
102.3120 191.0160 m
102.4560 191.0160 102.5280 191.1600 102.6720 191.4480 C
102.7440 191.7360 102.7440 192.1680 102.7440 192.8880 C
102.7440 193.4640 102.7440 193.8960 102.6000 194.1120 C
102.5280 194.3280 102.4560 194.4720 102.3120 194.4720 C
102.3120 195.0480 L
102.3840 195.0480 102.4560 195.1200 102.4560 195.1200 C
102.9600 195.1200 103.2480 194.9040 103.4640 194.5440 C
103.6800 194.1840 103.8240 193.6800 103.8240 192.9600 C
103.8240 192.0960 103.6800 191.4480 103.3920 191.0160 C
103.1760 190.5120 102.8160 190.2960 102.3120 190.2960 C
102.3120 190.2960 102.3120 190.2960 102.3120 190.2960 C
102.3120 191.0160 L
f
0 O
0.0000 0.0000 0.0000 1.0000 k
101.8080 192.5280 m
101.8080 191.8800 101.8800 191.5200 101.8800 191.3040 C
101.9520 191.0880 102.0960 190.9440 102.2400 190.9440 C
102.2400 190.9440 102.2400 191.0160 102.3120 191.0160 C
102.3120 190.2960 L
102.2400 190.2960 102.1680 190.2960 102.0960 190.3680 C
102.0240 190.3680 101.9520 190.3680 101.8080 190.4400 C
101.8080 189.8640 L
101.8080 189.6480 101.8080 189.5040 101.8080 189.3600 C
101.8080 189.2880 101.8800 189.1440 101.8800 189.0000 C
101.7360 188.9280 101.6640 188.9280 101.5200 188.8560 C
101.3760 188.8560 101.2320 188.7840 101.1600 188.7840 C
101.0160 188.7840 100.9440 188.8560 100.8720 188.9280 C
100.8000 189.0000 100.8000 189.0720 100.8000 189.2880 C
100.8000 189.2880 100.8000 189.3600 100.8000 189.4320 C
100.8000 189.5760 100.8000 189.6480 100.8000 189.7200 C
100.8000 194.8320 L
100.9440 194.8320 101.0160 194.8320 101.0880 194.8320 C
101.1600 194.8320 101.1600 194.8320 101.2320 194.8320 C
101.2320 194.8320 101.3040 194.8320 101.3760 194.8320 C
101.4480 194.8320 101.5200 194.8320 101.5200 194.8320 C
101.7360 194.9040 101.9520 194.9760 102.0960 195.0480 C
102.1680 195.0480 102.2400 195.0480 102.3120 195.0480 C
102.3120 194.4720 L
102.2400 194.4720 102.2400 194.4720 102.1680 194.4720 C
102.0960 194.4720 101.9520 194.4720 101.8800 194.3280 C
101.8800 194.2560 101.8080 194.1120 101.8080 193.8240 C
101.8080 192.5280 L
f
*U
*u
0 O
0.0000 0.0000 0.0000 1.0000 k
108.5760 193.5360 m
108.5760 193.6080 108.5760 193.6800 108.5760 193.7520 C
108.5760 193.7520 108.5760 193.8240 108.5760 193.8240 C
108.5760 194.0400 108.5760 194.1840 108.5040 194.2560 C
108.4320 194.3280 108.3600 194.4000 108.2160 194.4000 C
108.2160 194.4000 108.1440 194.4000 108.1440 194.4000 C
108.1440 195.0480 L
108.2160 195.0480 108.2880 195.1200 108.3600 195.1200 C
108.6480 195.1200 108.9360 194.9760 109.1520 194.6880 C
109.2960 194.4720 109.4400 194.1120 109.4400 193.7520 C
109.4400 193.6080 109.4400 193.4640 109.3680 193.3920 C
109.3680 193.2480 109.2960 193.1760 109.2960 193.0320 C
109.1520 193.0320 109.0800 193.0320 109.0080 193.0320 C
108.9360 193.0320 108.8640 193.0320 108.7920 193.0320 C
108.7920 193.0320 108.6480 193.0320 108.3600 193.0320 C
108.2880 193.0320 108.2160 193.0320 108.1440 193.0320 C
108.1440 193.5360 L
108.5760 193.5360 L
108.5760 193.5360 L
f
108.1440 190.2960 m
108.1440 191.0880 L
108.3600 191.0160 108.6480 190.9440 109.0080 190.9440 C
109.1520 190.9440 L
109.2240 190.9440 109.2960 190.9440 109.3680 190.9440 C
109.3680 190.9440 109.3680 190.9440 109.3680 190.8720 C
109.3680 190.8720 109.3680 190.8720 109.3680 190.8000 C
109.3680 190.6560 109.2960 190.5840 109.0800 190.4400 C
108.9360 190.3680 108.7200 190.2960 108.4320 190.2960 C
108.3600 190.2960 108.2880 190.2960 108.1440 190.2960 C
f
0 O
0.0000 0.0000 0.0000 1.0000 k
108.1440 194.4000 m
108.0720 194.4000 108.0000 194.3280 107.9280 194.1840 C
107.8560 194.0400 107.7840 193.8240 107.7120 193.4640 C
108.1440 193.5360 L
108.1440 193.0320 L
108.0000 193.0320 107.8560 193.0320 107.6400 193.0320 C
107.6400 192.8880 107.6400 192.7440 107.6400 192.6000 C
107.6400 192.5280 107.6400 192.4560 107.6400 192.3840 C
107.6400 191.8080 107.7120 191.4480 107.9280 191.2320 C
108.0000 191.1600 108.0720 191.1600 108.1440 191.0880 C
108.1440 190.2960 L
107.6400 190.3680 107.2800 190.5120 106.9920 190.8720 C
106.7040 191.2320 106.5600 191.7360 106.5600 192.3840 C
106.5600 193.1760 106.7040 193.8240 107.0640 194.3280 C
107.3520 194.7600 107.7120 195.0480 108.1440 195.0480 C
108.1440 194.4000 L
f
*U
0 O
0.0000 0.0000 0.0000 1.0000 k
112.2480 190.4400 m
112.2480 190.8720 112.2480 191.1600 112.3200 191.4480 c
112.3200 191.7360 112.3200 191.9520 112.3200 192.1680 c
112.3200 192.6720 112.3200 193.1040 112.2480 193.5360 c
112.2480 193.9680 112.1760 194.4000 112.1040 194.8320 C
112.2480 194.9040 112.3200 194.9760 112.4640 194.9760 c
112.6080 195.0480 112.7520 195.0480 112.8960 195.0480 C
113.0400 195.0480 113.1120 194.9040 113.1840 194.8320 c
113.2560 194.6880 113.2560 194.4720 113.2560 194.1840 C
113.5440 194.4000 113.7600 194.5440 113.9760 194.6160 c
114.1920 194.7600 114.3360 194.8320 114.4800 194.9040 C
114.6240 194.9040 114.6960 194.8320 114.7680 194.7600 c
114.8400 194.6880 114.9120 194.5440 114.9840 194.4000 C
114.6960 194.2560 114.4080 194.1840 114.1200 193.9680 c
113.8320 193.8240 113.6160 193.6800 113.3280 193.4640 C
113.3280 193.1760 113.3280 192.9600 113.3280 192.6720 c
113.3280 192.4560 113.3280 192.1680 113.3280 191.8800 c
113.3280 191.7360 113.3280 191.5200 113.3280 191.3040 c
113.3280 191.0160 113.3280 190.8000 113.3280 190.5120 C
113.1840 190.3680 L
113.1120 190.3680 113.0400 190.3680 112.9680 190.3680 c
112.8960 190.3680 112.8960 190.3680 112.8240 190.3680 c
112.6800 190.3680 112.6080 190.3680 112.4640 190.3680 c
112.3920 190.3680 112.3200 190.4400 112.2480 190.4400 C
f
*u
0 O
0.0000 0.0000 0.0000 1.0000 k
119.2320 191.1600 m
119.2320 191.3760 119.2320 191.6640 119.2320 191.8800 C
119.2320 192.1680 119.2320 192.3840 119.2320 192.6720 C
119.1600 192.6720 119.1600 192.6720 119.1600 192.6720 C
119.0880 192.6720 119.0880 192.6720 119.0160 192.6720 C
118.9440 192.6720 118.8720 192.6720 118.8000 192.6000 C
118.8000 193.2480 L
118.8720 193.2480 118.9440 193.2480 119.0160 193.2480 C
119.2320 193.2480 L
119.1600 193.6080 119.1600 193.8960 119.0160 194.1120 C
118.9440 194.1840 118.8720 194.3280 118.8000 194.3280 C
118.8000 195.0480 L
118.8000 195.1200 118.8720 195.1200 118.8720 195.1200 C
119.3760 195.0480 119.7360 194.8320 119.9520 194.5440 C
120.0960 194.2560 120.2400 193.5360 120.2400 192.4560 C
120.2400 192.0240 120.2400 191.4480 120.1680 190.5840 C
120.1680 190.5120 120.1680 190.4400 120.1680 190.3680 C
120.0960 190.3680 120.0240 190.3680 119.9520 190.3680 C
119.8800 190.2960 119.8080 190.2960 119.7360 190.2960 C
119.6640 190.2960 119.6640 190.2960 119.5200 190.3680 C
119.5200 190.3680 119.4480 190.3680 119.3760 190.3680 C
119.3040 190.5840 L
119.1600 190.5120 118.9440 190.5120 118.8000 190.4400 C
118.8000 190.4400 118.8000 190.4400 118.8000 190.4400 C
118.8000 191.0880 L
118.8000 191.0880 118.8720 191.0880 118.9440 191.0880 C
118.9440 191.0880 119.0160 191.0880 119.1600 191.0880 C
119.1600 191.1600 119.2320 191.1600 119.2320 191.1600 C
f
0 O
0.0000 0.0000 0.0000 1.0000 k
118.8000 192.6000 m
118.6560 192.6000 118.5840 192.5280 118.5120 192.4560 C
118.3680 192.3120 118.2960 192.1680 118.2960 191.8800 C
118.2960 191.5920 118.3680 191.3760 118.4400 191.2320 C
118.5120 191.1600 118.6560 191.1600 118.8000 191.0880 C
118.8000 190.4400 L
118.5840 190.4400 118.4400 190.4400 118.3680 190.4400 C
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117.3600 192.3120 117.5040 192.6720 117.7200 192.8880 C
117.9360 193.1040 118.2960 193.2480 118.8000 193.2480 C
118.8000 192.6000 L
118.8000 192.6000 L
f
118.8000 195.0480 m
118.8000 194.3280 L
118.7280 194.4000 118.6560 194.4000 118.5840 194.4000 C
118.5840 194.4000 118.5120 194.4000 118.4400 194.4000 C
118.4400 194.4000 118.3680 194.3280 118.2960 194.3280 C
117.8640 194.1840 L
117.7920 194.1840 L
117.6480 194.1840 117.5760 194.1840 117.4320 194.2560 C
117.3600 194.3280 117.2880 194.4000 117.2880 194.4720 C
117.2880 194.4720 117.2880 194.5440 117.3600 194.5440 C
117.3600 194.5440 117.3600 194.5440 117.4320 194.6160 C
117.6480 194.6880 117.8640 194.7600 118.1520 194.8320 C
118.3680 194.9040 118.5840 194.9760 118.8000 195.0480 C
f
*U
0 O
0.0000 0.0000 0.0000 1.0000 k
124.4880 195.6960 m
124.4880 195.6240 124.5600 195.6240 124.5600 195.5520 c
124.5600 195.4800 124.5600 195.4080 124.5600 195.3360 c
124.5600 194.9760 l
124.5600 194.9760 124.5600 194.9760 124.5600 194.9760 c
124.5600 194.9040 124.5600 194.9040 124.5600 194.8320 C
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126.0000 194.6880 126.0000 194.5440 126.0000 194.4720 C
125.8560 194.4000 125.7120 194.3280 125.4960 194.3280 c
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125.4960 190.8720 125.4960 190.8000 125.4960 190.8000 c
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123.3360 194.2560 123.2640 194.2560 123.1920 194.3280 c
123.1200 194.3280 122.9760 194.3280 122.9040 194.4000 C
122.9040 194.4000 l
122.9040 194.4720 122.9040 194.5440 122.9760 194.6160 c
122.9760 194.6880 123.0480 194.7600 123.1200 194.8320 C
123.4800 194.9040 L
123.5520 195.6960 L
123.6240 195.6960 123.6960 195.7680 123.8400 195.7680 c
123.9120 195.7680 123.9840 195.8400 124.0560 195.8400 c
124.1280 195.8400 124.2000 195.7680 124.2720 195.7680 c
124.3440 195.7680 124.4160 195.7680 124.4880 195.6960 C
f
*u
0 O
0.0000 0.0000 0.0000 1.0000 k
128.3760 196.2720 m
128.4480 196.2720 128.5920 196.2720 128.6640 196.3440 c
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128.8080 195.5520 128.7360 195.5520 128.6640 195.5520 c
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128.3760 196.2720 L
f
128.4480 190.3680 m
128.4480 190.8720 128.3760 191.3040 128.3760 191.7360 c
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128.8080 190.3680 128.7360 190.3680 128.6640 190.3680 c
128.5920 190.3680 128.5200 190.3680 128.4480 190.3680 C
f
*U
0 O
0.0000 0.0000 0.0000 1.0000 k
132.4080 194.6880 m
132.4800 194.7600 132.6240 194.8320 132.7680 194.9040 c
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133.3440 194.7600 L
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132.4800 194.2560 132.4800 194.4720 132.4080 194.6880 C
f
*u
0 O
0.0000 0.0000 0.0000 1.0000 k
140.5440 189.4320 m
140.5440 189.4320 L
140.6160 189.7200 140.6880 189.8640 140.6880 189.8640 C
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139.8240 191.5200 L
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141.4800 189.9360 L
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140.5440 189.4320 L
f
139.8240 192.0240 m
139.8240 192.6720 L
139.8960 192.6000 139.9680 192.6000 140.1120 192.6000 C
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139.8240 195.0480 L
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139.8960 192.0240 139.8960 192.0240 139.8240 192.0240 C
139.8240 192.0240 139.8240 192.0240 139.8240 192.0240 C
f
0 O
0.0000 0.0000 0.0000 1.0000 k
139.8240 190.5840 m
139.7520 190.5840 139.6800 190.5840 139.6080 190.6560 C
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139.8240 194.4000 L
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139.8240 192.0240 L
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139.8240 190.5840 L
f
*U
0 O
0.0000 0.0000 0.0000 1.0000 k
150.4800 196.4160 m
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f
0 O
0.0000 0.0000 0.0000 1.0000 k
154.4400 190.5840 m
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f
0 O
0.0000 0.0000 0.0000 1.0000 k
160.4880 195.2640 m
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f
0 O
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164.2320 195.6960 L
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165.0240 195.7680 165.0960 195.7680 165.1680 195.6960 C
f
*u
0 O
0.0000 0.0000 0.0000 1.0000 k
170.8560 193.5360 m
170.8560 193.6080 170.8560 193.6800 170.8560 193.7520 C
170.9280 193.7520 170.9280 193.8240 170.9280 193.8240 C
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170.4960 195.0480 L
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171.0720 193.0320 170.9280 193.0320 170.7120 193.0320 C
170.6400 193.0320 170.5680 193.0320 170.4960 193.0320 C
170.4960 193.5360 L
170.8560 193.5360 L
170.8560 193.5360 L
f
170.4960 190.2960 m
170.4960 191.0880 L
170.7120 191.0160 170.9280 190.9440 171.3600 190.9440 C
171.4320 190.9440 L
171.5760 190.9440 171.6480 190.9440 171.6480 190.9440 C
171.6480 190.9440 171.6480 190.9440 171.6480 190.8720 C
171.6480 190.8720 171.6480 190.8720 171.6480 190.8000 C
171.6480 190.6560 171.5760 190.5840 171.4320 190.4400 C
171.2160 190.3680 171.0000 190.2960 170.7840 190.2960 C
170.6400 190.2960 170.5680 190.2960 170.4960 190.2960 C
f
0 O
0.0000 0.0000 0.0000 1.0000 k
170.4960 194.4000 m
170.3520 194.4000 170.2800 194.3280 170.2080 194.1840 C
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170.4960 193.5360 L
170.4960 193.0320 L
170.2800 193.0320 170.1360 193.0320 169.9920 193.0320 C
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170.4960 190.2960 L
169.9920 190.3680 169.6320 190.5120 169.3440 190.8720 C
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169.7040 194.7600 170.0640 195.0480 170.4960 195.0480 C
170.4960 194.4000 L
f
*U
0 O
0.0000 0.0000 0.0000 1.0000 k
174.2400 190.5120 m
174.3840 190.7280 174.3840 190.9440 174.4560 191.1600 c
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175.1040 195.1200 l
175.2480 195.1200 175.3200 195.0480 175.3920 194.9760 c
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177.5520 190.5840 L
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f
u
0 O
0.0000 0.0000 0.0000 1.0000 k
129.2400 228.7440 m
128.8080 228.6000 128.5920 226.5840 128.3760 225.0720 c
127.6560 220.8240 127.0800 216.3600 126.9360 212.0400 c
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131.2560 216.3600 130.6800 220.8240 129.9600 225.1440 c
129.7440 226.6560 129.6000 228.6720 129.2400 228.7440 C
f
*u
0 O
0.0000 0.0000 0.0000 1.0000 k
165.0240 213.4080 m
161.9280 211.3200 L
161.9280 213.8400 L
164.8080 215.2800 L
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161.9280 227.1600 L
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165.5280 206.0640 165.4560 209.9520 165.0240 213.4080 C
f
0 O
0.0000 0.0000 0.0000 1.0000 k
161.9280 211.3200 m
158.4720 208.9440 L
157.9680 205.7760 157.8240 203.9760 157.3200 199.8720 C
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161.9280 220.9680 L
160.4880 218.9520 159.7680 216.6480 159.0480 212.3280 C
161.9280 213.8400 L
161.9280 211.3200 L
f
*U
0 O
0.0000 0.0000 0.0000 1.0000 k
138.9600 226.2960 m
137.9520 225.2880 137.1600 224.3520 136.6560 223.4160 c
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f
*u
0 O
0.0000 0.0000 0.0000 1.0000 k
151.4160 210.0240 m
147.8160 208.2240 L
147.8160 205.7040 L
151.4880 208.2960 L
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f
0 O
0.0000 0.0000 0.0000 1.0000 k
147.8160 208.2240 m
144.2160 206.3520 L
145.0800 213.2640 145.8720 217.5120 147.8160 220.4640 C
147.8160 226.6560 L
142.1280 217.2960 141.1200 206.4960 141.6240 199.1520 C
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147.8160 205.7040 L
147.8160 208.2240 L
f
*U
0 O
0.0000 0.0000 0.0000 1.0000 k
179.5680 198.7200 m
179.4960 198.4320 178.9200 198.2880 178.8480 198.2880 c
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f
U
0 O
0.0000 0.0000 0.0000 1.0000 k
94.1040 227.5200 m
123.0480 227.5200 L
123.0480 198.5760 L
108.5760 198.5760 L
102.3120 198.5760 98.3520 202.6800 94.1760 202.7520 C
94.1040 227.5200 L
f
u
0 O
0.0000 0.0000 0.0000 0.2700 k
94.4640 207.0720 m
94.4640 207.0720 94.4640 207.0720 94.4640 207.0720 C
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94.4640 207.0720 94.4640 207.0720 94.4640 207.0720 C
f
0 O
0.0000 0.0000 0.0000 0.2600 k
94.4640 207.0720 m
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f
0 O
0.0000 0.0000 0.0000 0.2500 k
94.4640 207.0720 m
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f
0 O
0.0000 0.0000 0.0000 0.2500 k
94.7520 207.6480 m
94.8960 207.4320 94.9680 207.2160 95.1120 207.0720 C
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f
0 O
0.0000 0.0000 0.0000 0.2400 k
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95.3280 207.7200 95.5440 207.3600 95.8320 206.9280 C
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f
0 O
0.0000 0.0000 0.0000 0.2400 k
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f
0 O
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f
0 O
0.0000 0.0000 0.0000 0.2200 k
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f
0 O
0.0000 0.0000 0.0000 0.2200 k
96.6240 210.1680 m
98.7120 205.3440 102.6720 201.4560 107.5680 199.5120 C
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0 O
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f
0 O
0.0000 0.0000 0.0000 0.2000 k
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99.7920 205.3440 104.8320 200.9520 111.0240 199.5840 C
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f
0 O
0.0000 0.0000 0.0000 0.2000 k
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100.2240 205.4160 105.8400 200.8080 112.5360 199.8720 C
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f
0 O
0.0000 0.0000 0.0000 0.1900 k
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0 O
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0 O
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0 O
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101.6640 206.7120 107.7840 201.9600 115.0560 201.9600 C
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0 O
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100.0800 213.7680 m
101.9520 207.2160 107.9280 202.4640 115.0560 202.4640 C
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0 O
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0 O
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101.0160 214.5600 m
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f
0 O
0.0000 0.0000 0.0000 0.1500 k
101.5200 214.9920 m
102.8880 208.8000 108.4320 204.1920 115.0560 204.1920 C
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f
0 O
0.0000 0.0000 0.0000 0.1500 k
101.9520 215.4240 m
103.1760 209.3040 108.5760 204.6960 115.0560 204.6960 C
116.9280 204.6960 118.7280 205.1280 120.3120 205.8480 C
120.6000 206.3520 120.8880 206.9280 121.1040 207.4320 C
119.3040 206.4240 117.2160 205.8480 115.0560 205.8480 C
108.9360 205.8480 103.8240 210.3120 102.9600 216.2160 C
102.6000 215.9280 102.3120 215.6400 101.9520 215.4240 C
f
0 O
0.0000 0.0000 0.0000 0.1400 k
102.4560 215.7840 m
103.5360 209.8080 108.7200 205.2720 115.0560 205.2720 C
117.0720 205.2720 119.0160 205.7760 120.7440 206.6400 C
121.0320 207.1440 121.2480 207.7200 121.3920 208.2960 C
119.5920 207.0720 117.3600 206.3520 115.0560 206.3520 C
109.0800 206.3520 104.1840 210.8160 103.4640 216.5760 C
103.1040 216.3600 102.8160 216.0720 102.4560 215.7840 C
f
0 O
0.0000 0.0000 0.0000 0.1300 k
102.9600 216.2160 m
103.8240 210.3120 108.9360 205.8480 115.0560 205.8480 C
117.2160 205.8480 119.3040 206.4240 121.1040 207.4320 C
121.3200 208.0080 121.5360 208.5840 121.6800 209.1600 C
119.8080 207.7920 117.5040 206.9280 115.0560 206.9280 C
109.2240 206.9280 104.4720 211.3920 103.9680 217.0080 C
103.6080 216.7200 103.3200 216.5040 102.9600 216.2160 C
f
0 O
0.0000 0.0000 0.0000 0.1300 k
103.4640 216.5760 m
104.1840 210.8160 109.0800 206.3520 115.0560 206.3520 C
117.3600 206.3520 119.5920 207.0720 121.3920 208.2960 C
121.6080 208.8720 121.7520 209.4480 121.8960 210.0240 C
120.0240 208.4400 117.6480 207.5040 115.0560 207.5040 C
109.4400 207.5040 104.8320 211.8960 104.4720 217.4400 C
104.1120 217.1520 103.8240 216.8640 103.4640 216.5760 C
f
0 O
0.0000 0.0000 0.0000 0.1200 k
103.9680 217.0080 m
104.4720 211.3920 109.2240 206.9280 115.0560 206.9280 C
117.5040 206.9280 119.8080 207.7920 121.6800 209.1600 C
121.8240 209.7360 121.9680 210.3840 122.0400 210.9600 C
120.2400 209.1600 117.7920 208.0800 115.0560 208.0800 C
109.5840 208.0800 105.1200 212.4000 105.0480 217.8000 C
104.6880 217.5840 104.3280 217.2960 103.9680 217.0080 C
f
0 O
0.0000 0.0000 0.0000 0.1100 k
104.4720 217.4400 m
104.8320 211.8960 109.4400 207.5040 115.0560 207.5040 C
117.6480 207.5040 120.0240 208.4400 121.8960 210.0240 C
122.0400 210.6720 122.1120 211.3200 122.1840 211.8960 C
120.4560 209.8800 117.8640 208.5840 115.0560 208.5840 C
109.8000 208.5840 105.6240 212.8320 105.6240 218.0160 C
105.6240 218.0880 105.6240 218.1600 105.6240 218.2320 C
105.1920 217.9440 104.8320 217.7280 104.4720 217.4400 C
f
*u
0 O
0.0000 0.0000 0.0000 0.1100 k
105.0480 217.8000 m
105.1200 212.4000 109.5840 208.0800 115.0560 208.0800 C
117.7920 208.0800 120.2400 209.1600 122.0400 210.9600 C
122.1840 211.6080 122.2560 212.2560 122.2560 212.9040 C
120.6000 210.6000 118.0080 209.1600 115.0560 209.1600 C
110.0880 209.1600 106.1280 213.1200 106.1280 218.0160 C
106.1280 218.2320 106.1280 218.4480 106.2000 218.6640 C
105.7680 218.3760 105.4080 218.0880 105.0480 217.8000 C
105.0480 217.8000 L
f
119.1600 225.8640 m
119.0880 226.0800 118.9440 226.2240 118.8720 226.3680 C
118.7280 226.3680 118.5840 226.2960 118.5120 226.2240 C
118.7280 226.0800 118.9440 226.0080 119.1600 225.8640 C
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.1000 k
105.6240 218.2320 m
105.6240 218.1600 105.6240 218.0880 105.6240 218.0160 C
105.6240 212.8320 109.8000 208.5840 115.0560 208.5840 C
117.8640 208.5840 120.4560 209.8800 122.1840 211.8960 C
122.2560 212.6160 122.2560 213.2640 122.2560 213.9120 C
120.8160 211.3920 118.0800 209.7360 115.0560 209.7360 C
110.4480 209.7360 106.7040 213.4080 106.7040 218.0160 C
106.7040 218.3760 106.7040 218.7360 106.7760 219.0960 C
106.3440 218.8080 105.9840 218.5200 105.6240 218.2320 C
105.6240 218.2320 L
f
119.5920 225.0000 m
119.3760 225.5760 119.0880 226.0800 118.8720 226.3680 C
118.5120 226.2240 118.1520 226.0800 117.7920 225.8640 C
118.4400 225.6480 119.0880 225.3600 119.5920 225.0000 C
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0900 k
119.1600 225.8640 m
118.9440 226.0080 118.7280 226.0800 118.5120 226.2240 C
118.0080 226.0080 117.5760 225.7200 117.1440 225.5040 C
118.2240 225.2160 119.1600 224.7120 120.0240 223.9920 C
119.7360 224.7120 119.4480 225.3600 119.1600 225.8640 C
119.1600 225.8640 L
f
106.2000 218.6640 m
106.1280 218.4480 106.1280 218.2320 106.1280 218.0160 C
106.1280 213.1200 110.0880 209.1600 115.0560 209.1600 C
118.0080 209.1600 120.6000 210.6000 122.2560 212.9040 C
122.2560 213.4800 122.2560 213.9840 122.1840 214.4880 C
122.1840 214.6320 122.1840 214.7760 122.1120 214.9200 C
120.9600 212.1840 118.2240 210.2400 115.0560 210.2400 C
110.7360 210.2400 107.2800 213.7680 107.2800 218.0160 C
107.2800 218.5200 107.2800 219.0240 107.4240 219.5280 C
106.9920 219.2400 106.5600 218.9520 106.2000 218.6640 C
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0900 k
119.5920 225.0000 m
119.0880 225.3600 118.4400 225.6480 117.7920 225.8640 C
117.3600 225.6480 116.8560 225.3600 116.4240 225.1440 C
118.0080 224.7840 119.3760 223.9920 120.4560 222.8400 C
120.1680 223.6320 119.8800 224.3520 119.5920 225.0000 C
119.5920 225.0000 L
f
106.7760 219.0960 m
106.7040 218.7360 106.7040 218.3760 106.7040 218.0160 C
106.7040 213.4080 110.4480 209.7360 115.0560 209.7360 C
118.0800 209.7360 120.8160 211.3920 122.2560 213.9120 C
122.2560 214.0560 122.1840 214.2720 122.1840 214.4880 C
122.1120 214.9920 122.0400 215.5680 121.9680 216.1440 C
121.1760 213.0480 118.3680 210.8160 115.0560 210.8160 C
111.0240 210.8160 107.7840 214.0560 107.7840 218.0160 C
107.7840 218.7360 107.9280 219.3840 108.0720 220.0320 C
107.6400 219.7440 107.2080 219.3840 106.7760 219.0960 C
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0800 k
120.0240 223.9920 m
119.1600 224.7120 118.2240 225.2160 117.1440 225.5040 C
116.6400 225.2160 116.1360 224.9280 115.5600 224.6400 C
117.9360 224.4960 119.8800 223.0560 120.9600 221.1120 C
120.6720 222.1920 120.3120 223.1280 120.0240 223.9920 C
120.0240 223.9920 L
f
107.4240 219.5280 m
107.2800 219.0240 107.2800 218.5200 107.2800 218.0160 C
107.2800 213.7680 110.7360 210.2400 115.0560 210.2400 C
118.2240 210.2400 120.9600 212.1840 122.1120 214.9200 C
122.0400 215.9280 121.8960 216.9360 121.6800 217.8720 C
121.6080 214.2720 118.6560 211.3920 115.0560 211.3920 C
111.3120 211.3920 108.3600 214.3440 108.3600 218.0160 C
108.3600 218.9520 108.5040 219.7440 108.8640 220.5360 C
108.3600 220.1760 107.8560 219.8880 107.4240 219.5280 C
f
*U
0 O
0.0000 0.0000 0.0000 0.0700 k
120.4560 222.8400 m
119.3760 223.9920 118.0080 224.7840 116.4240 225.1440 C
115.8480 224.7840 115.2000 224.4960 114.6240 224.1360 C
114.7680 224.1360 114.9120 224.1360 115.0560 224.1360 C
118.3680 224.1360 121.1040 221.4000 121.1040 218.0160 C
121.1040 214.6320 118.3680 211.8960 115.0560 211.8960 C
111.6720 211.8960 108.9360 214.6320 108.9360 218.0160 C
108.9360 219.1680 109.2240 220.2480 109.8000 221.1120 C
109.2240 220.7520 108.6480 220.3920 108.0720 220.0320 C
107.9280 219.3840 107.7840 218.7360 107.7840 218.0160 C
107.7840 214.0560 111.0240 210.8160 115.0560 210.8160 C
118.3680 210.8160 121.1760 213.0480 121.9680 216.1440 C
121.6080 218.5200 121.0320 220.8960 120.4560 222.8400 C
f
0 O
0.0000 0.0000 0.0000 0.0700 k
120.9600 221.1120 m
119.8800 223.0560 117.9360 224.4960 115.5600 224.6400 C
114.7680 224.2080 113.9760 223.7760 113.1840 223.2720 C
113.7600 223.4880 114.3360 223.5600 115.0560 223.5600 C
118.0800 223.5600 120.6000 221.1120 120.6000 218.0160 C
120.6000 214.9920 118.0800 212.4720 115.0560 212.4720 C
111.9600 212.4720 109.4400 214.9920 109.4400 218.0160 C
109.4400 219.6000 110.1600 221.0400 111.2400 222.0480 C
110.4480 221.5440 109.6560 221.0400 108.8640 220.5360 C
108.5040 219.7440 108.3600 218.9520 108.3600 218.0160 C
108.3600 214.3440 111.3120 211.3920 115.0560 211.3920 C
118.6560 211.3920 121.6080 214.2720 121.6800 217.8720 C
121.4640 219.0240 121.1760 220.1040 120.9600 221.1120 C
f
*u
0 O
0.0000 0.0000 0.0000 0.0600 k
121.1040 218.0160 m
121.1040 221.4000 118.3680 224.1360 115.0560 224.1360 C
114.9120 224.1360 114.7680 224.1360 114.6240 224.1360 C
113.0400 223.2000 111.3840 222.1920 109.8000 221.1120 C
109.2240 220.2480 108.9360 219.1680 108.9360 218.0160 C
108.9360 214.6320 111.6720 211.8960 115.0560 211.8960 C
118.3680 211.8960 121.1040 214.6320 121.1040 218.0160 C
121.1040 218.0160 L
f
120.0240 218.0160 m
120.0240 215.2800 117.7920 213.0480 115.0560 213.0480 c
112.2480 213.0480 110.0160 215.2800 110.0160 218.0160 c
110.0160 220.8240 112.2480 223.0560 115.0560 223.0560 c
117.7920 223.0560 120.0240 220.8240 120.0240 218.0160 c
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0600 k
120.6000 218.0160 m
120.6000 221.1120 118.0800 223.5600 115.0560 223.5600 C
114.3360 223.5600 113.7600 223.4880 113.1840 223.2720 C
112.5360 222.9120 111.8880 222.4800 111.2400 222.0480 C
110.1600 221.0400 109.4400 219.6000 109.4400 218.0160 C
109.4400 214.9920 111.9600 212.4720 115.0560 212.4720 C
118.0800 212.4720 120.6000 214.9920 120.6000 218.0160 C
120.6000 218.0160 L
f
119.4480 218.0160 m
119.4480 215.5680 117.5040 213.6240 115.0560 213.6240 c
112.5360 213.6240 110.5920 215.5680 110.5920 218.0160 c
110.5920 220.4640 112.5360 222.4800 115.0560 222.4800 c
117.5040 222.4800 119.4480 220.4640 119.4480 218.0160 c
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0500 k
120.0240 218.0160 m
120.0240 220.8240 117.7920 223.0560 115.0560 223.0560 c
112.2480 223.0560 110.0160 220.8240 110.0160 218.0160 c
110.0160 215.2800 112.2480 213.0480 115.0560 213.0480 c
117.7920 213.0480 120.0240 215.2800 120.0240 218.0160 c
120.0240 218.0160 l
f
118.8720 218.0160 m
118.8720 215.8560 117.1440 214.1280 115.0560 214.1280 c
112.8960 214.1280 111.1680 215.8560 111.1680 218.0160 c
111.1680 220.1760 112.8960 221.9040 115.0560 221.9040 c
117.1440 221.9040 118.8720 220.1760 118.8720 218.0160 c
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0400 k
119.4480 218.0160 m
119.4480 220.4640 117.5040 222.4800 115.0560 222.4800 c
112.5360 222.4800 110.5920 220.4640 110.5920 218.0160 c
110.5920 215.5680 112.5360 213.6240 115.0560 213.6240 c
117.5040 213.6240 119.4480 215.5680 119.4480 218.0160 c
119.4480 218.0160 l
f
118.3680 218.0160 m
118.3680 216.2160 116.8560 214.7040 115.0560 214.7040 c
113.1840 214.7040 111.6720 216.2160 111.6720 218.0160 c
111.6720 219.8880 113.1840 221.3280 115.0560 221.3280 c
116.8560 221.3280 118.3680 219.8880 118.3680 218.0160 c
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0400 k
118.8720 218.0160 m
118.8720 220.1760 117.1440 221.9040 115.0560 221.9040 c
112.8960 221.9040 111.1680 220.1760 111.1680 218.0160 c
111.1680 215.8560 112.8960 214.1280 115.0560 214.1280 c
117.1440 214.1280 118.8720 215.8560 118.8720 218.0160 c
118.8720 218.0160 l
f
117.7920 218.0160 m
117.7920 216.5040 116.5680 215.2800 115.0560 215.2800 c
113.4720 215.2800 112.2480 216.5040 112.2480 218.0160 c
112.2480 219.6000 113.4720 220.8240 115.0560 220.8240 c
116.5680 220.8240 117.7920 219.6000 117.7920 218.0160 c
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0300 k
118.3680 218.0160 m
118.3680 219.8880 116.8560 221.3280 115.0560 221.3280 c
113.1840 221.3280 111.6720 219.8880 111.6720 218.0160 c
111.6720 216.2160 113.1840 214.7040 115.0560 214.7040 c
116.8560 214.7040 118.3680 216.2160 118.3680 218.0160 c
118.3680 218.0160 l
f
117.2160 218.0160 m
117.2160 216.7920 116.2800 215.7840 115.0560 215.7840 c
113.7600 215.7840 112.8240 216.7920 112.8240 218.0160 c
112.8240 219.2400 113.7600 220.2480 115.0560 220.2480 c
116.2800 220.2480 117.2160 219.2400 117.2160 218.0160 c
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0300 k
117.7920 218.0160 m
117.7920 219.6000 116.5680 220.8240 115.0560 220.8240 c
113.4720 220.8240 112.2480 219.6000 112.2480 218.0160 c
112.2480 216.5040 113.4720 215.2800 115.0560 215.2800 c
116.5680 215.2800 117.7920 216.5040 117.7920 218.0160 c
117.7920 218.0160 l
f
116.7120 218.0160 m
116.7120 217.0800 115.9200 216.3600 115.0560 216.3600 c
114.1200 216.3600 113.3280 217.0800 113.3280 218.0160 c
113.3280 218.9520 114.1200 219.6720 115.0560 219.6720 c
115.9200 219.6720 116.7120 218.9520 116.7120 218.0160 c
f
*U
*u
0 O
0.0000 0.0000 0.0000 0.0200 k
117.2160 218.0160 m
117.2160 219.2400 116.2800 220.2480 115.0560 220.2480 c
113.7600 220.2480 112.8240 219.2400 112.8240 218.0160 c
112.8240 216.7920 113.7600 215.7840 115.0560 215.7840 c
116.2800 215.7840 117.2160 216.7920 117.2160 218.0160 c
117.2160 218.0160 l
f
116.1360 218.0160 m
116.1360 217.4400 115.6320 216.9360 115.0560 216.9360 c
114.4080 216.9360 113.9040 217.4400 113.9040 218.0160 c
113.9040 218.6640 114.4080 219.1680 115.0560 219.1680 c
115.6320 219.1680 116.1360 218.6640 116.1360 218.0160 c
f
*U
0 O
0.0000 0.0000 0.0000 0.0200 k
116.7120 218.0160 m
116.7120 218.9520 115.9200 219.6720 115.0560 219.6720 c
114.1200 219.6720 113.3280 218.9520 113.3280 218.0160 c
113.3280 217.0800 114.1200 216.3600 115.0560 216.3600 c
115.9200 216.3600 116.7120 217.0800 116.7120 218.0160 c
f
0 O
0.0000 0.0000 0.0000 0.0100 k
116.1360 218.0160 m
116.1360 218.6640 115.6320 219.1680 115.0560 219.1680 c
114.4080 219.1680 113.9040 218.6640 113.9040 218.0160 c
113.9040 217.4400 114.4080 216.9360 115.0560 216.9360 c
115.6320 216.9360 116.1360 217.4400 116.1360 218.0160 c
f
0 O
0.0000 0.0000 0.0000 0.0000 k
115.5600 218.0160 m
115.5600 218.3760 115.3440 218.5920 115.0560 218.5920 c
114.6960 218.5920 114.4800 218.3760 114.4800 218.0160 c
114.4800 217.7280 114.6960 217.5120 115.0560 217.5120 c
115.3440 217.5120 115.5600 217.7280 115.5600 218.0160 c
f
U
0 O
0.0000 0.0000 0.0000 0.1000 k
108.8640 220.5360 m
106.1280 212.8320 104.5440 203.9760 108.9360 199.5840 C
112.9680 203.9040 111.4560 212.8320 108.8640 220.5360 C
f
u
0 O
0.1500 0.0400 0.1800 0.0000 k
108.8640 219.9600 m
108.7200 219.3840 108.5040 218.8080 108.3600 218.3040 C
108.0720 217.5120 L
107.8560 216.7920 L
107.7120 216.0720 L
107.4960 215.3520 L
107.2800 214.5600 L
107.1360 213.8400 L
106.9920 213.1200 L
106.8480 212.4000 L
106.7040 211.6800 L
106.6320 210.9600 L
106.5600 210.2400 L
106.4880 209.5200 L
106.4160 208.8000 L
106.4160 208.0800 L
106.4160 207.4320 L
106.4160 206.7840 L
106.4880 206.1360 L
106.5600 205.4880 L
106.6320 204.8400 L
106.7760 204.2640 L
106.9200 203.6880 L
107.0640 203.1120 L
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107.4960 202.0320 L
107.7840 201.5280 L
108.0720 201.0240 L
108.3600 200.5200 L
108.7200 200.0880 L
108.9360 199.8720 L
109.1520 200.0880 L
109.5120 200.5200 L
109.8000 201.0240 L
110.0880 201.4560 L
110.3040 201.9600 L
110.5200 202.5360 L
110.6640 203.0400 L
110.8080 203.6160 L
110.9520 204.1920 L
111.0960 204.8400 L
111.1680 205.4880 L
111.2400 206.0640 L
111.2400 206.7120 L
111.2400 207.4320 L
111.2400 208.0800 L
111.2400 208.8000 L
111.1680 209.4480 L
111.0960 210.1680 L
111.0240 210.8880 L
110.9520 211.6080 L
110.8080 212.3280 L
110.6640 213.1200 L
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110.3760 214.5600 L
110.2320 215.2800 L
110.0160 216.0720 L
109.8000 216.7920 L
109.5840 217.5120 L
109.4400 218.3040 L
109.2240 218.8080 109.0800 219.3840 108.8640 219.9600 C
f
0 O
0.2100 0.0200 0.3000 0.0000 k
108.0720 216.7920 m
107.8560 216.0000 L
107.6400 215.2800 L
107.4960 214.5600 L
107.3520 213.8400 L
107.2080 213.0480 L
107.0640 212.3280 L
106.9200 211.6080 L
106.8480 210.8880 L
106.7040 210.1680 L
106.6320 209.5200 L
106.6320 208.8000 L
106.6320 208.0800 L
106.5600 207.4320 L
106.6320 206.7840 L
106.6320 206.1360 L
106.7040 205.4880 L
106.8480 204.9120 L
106.9200 204.2640 L
107.0640 203.6880 L
107.2080 203.1120 L
107.4240 202.6080 L
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107.9280 201.6000 L
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108.9360 200.0880 L
109.0080 200.2320 L
109.3680 200.6640 L
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109.8720 201.6000 L
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110.3040 202.6080 L
110.5200 203.1120 L
110.6640 203.6880 L
110.8080 204.2640 L
110.8800 204.8400 L
110.9520 205.4880 L
111.0240 206.1360 L
111.0240 206.7840 L
111.0960 207.4320 L
111.0960 208.0800 L
111.0240 208.8000 L
111.0240 209.4480 L
110.9520 210.1680 L
110.8080 210.8880 L
110.7360 211.6080 L
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110.5200 213.0480 L
110.3760 213.7680 L
110.1600 214.5600 L
110.0160 215.2800 L
109.8720 216.0000 L
109.6560 216.7200 L
109.4400 217.5120 L
109.2240 218.2320 L
108.8640 219.3840 L
108.7200 218.9520 L
108.5040 218.2320 L
108.2880 217.5120 L
108.0720 216.7920 L
f
0 O
0.2700 0.0100 0.4300 0.0000 k
106.9920 210.8880 m
106.9200 210.1680 L
106.8480 209.4480 L
106.7760 208.8000 L
106.7760 208.0800 L
106.7760 207.4320 L
106.7760 206.7840 L
106.8480 206.1360 L
106.9200 205.4880 L
106.9920 204.9120 L
107.1360 204.3360 L
107.2800 203.7600 L
107.4240 203.1840 L
107.6400 202.6800 L
107.8560 202.1760 L
108.0720 201.6720 L
108.3600 201.2400 L
108.6480 200.7360 L
108.9360 200.3760 L
109.2240 200.7360 L
109.5120 201.1680 L
109.7280 201.6720 L
109.9440 202.1040 L
110.1600 202.6800 L
110.3040 203.1840 L
110.4480 203.7600 L
110.5920 204.2640 L
110.7360 204.9120 L
110.8080 205.4880 L
110.8080 206.1360 L
110.8800 206.7840 L
110.8800 207.4320 L
110.8800 208.0800 L
110.8800 208.7280 L
110.8080 209.4480 L
110.7360 210.1680 L
110.6640 210.8880 L
110.5920 211.6080 L
110.4480 212.3280 L
110.3040 213.0480 L
110.1600 213.7680 L
110.0160 214.4880 L
109.8720 215.2080 L
109.6560 215.9280 L
109.4400 216.7200 L
109.2960 217.4400 L
109.0800 218.1600 L
108.8640 218.7360 L
108.7200 218.1600 L
108.4320 217.4400 L
108.2160 216.7200 L
108.0720 216.0000 L
107.8560 215.2080 L
107.6400 214.4880 L
107.4960 213.7680 L
107.3520 213.0480 L
107.2080 212.3280 L
107.1360 211.6080 L
106.9920 210.8880 L
f
0 O
0.3500 0.0000 0.5700 0.0000 k
107.2080 210.8880 m
107.1360 210.1680 L
107.0640 209.4480 L
106.9920 208.8000 L
106.9920 208.0800 L
106.9920 207.4320 L
106.9920 206.7840 L
106.9920 206.1360 L
107.0640 205.5600 L
107.2080 204.9120 L
107.2800 204.3360 L
107.4240 203.8320 L
107.5680 203.2560 L
107.7840 202.7520 L
108.0000 202.2480 L
108.2160 201.7440 L
108.5040 201.3120 L
108.7920 200.8800 L
108.9360 200.7360 L
109.0800 200.8800 L
109.2960 201.3120 L
109.5840 201.7440 L
109.8000 202.1760 L
110.0160 202.6800 L
110.1600 203.2560 L
110.3040 203.7600 L
110.4480 204.3360 L
110.5200 204.9120 L
110.5920 205.4880 L
110.6640 206.1360 L
110.6640 206.7840 L
110.7360 207.4320 L
110.6640 208.0800 L
110.6640 208.7280 L
110.5920 209.4480 L
110.5200 210.0960 L
110.4480 210.8160 L
110.3760 211.5360 L
110.2320 212.2560 L
110.1600 212.9760 L
110.0160 213.6960 L
109.8000 214.4160 L
109.6560 215.2080 L
109.5120 215.9280 L
109.2960 216.6480 L
109.1520 217.1520 109.0080 217.6560 108.8640 218.1600 C
108.6480 217.3680 L
108.4320 216.6480 L
108.2160 215.9280 L
108.0000 215.2080 L
107.8560 214.4880 L
107.7120 213.6960 L
107.5680 212.9760 L
107.4240 212.2560 L
107.2800 211.5360 L
107.2080 210.8880 L
f
0 O
0.4200 0.0000 0.7000 0.0000 k
107.2800 205.5600 m
107.3520 204.9840 L
107.4960 204.4080 L
107.6400 203.8320 L
107.7840 203.3280 L
107.9280 202.8240 L
108.1440 202.3200 L
108.4320 201.8880 L
108.6480 201.3840 L
108.9360 201.0240 L
109.1520 201.3840 L
109.3680 201.8160 L
109.5840 202.2480 L
109.8000 202.7520 L
109.9440 203.2560 L
110.0880 203.8320 L
110.2320 204.3360 L
110.3040 204.9120 L
110.4480 205.5600 L
110.4480 206.1360 L
110.5200 206.7840 L
110.5200 207.4320 L
110.5200 208.0800 L
110.4480 208.7280 L
110.4480 209.4480 L
110.3760 210.0960 L
110.3040 210.8160 L
110.1600 211.5360 L
110.0880 212.2560 L
109.9440 212.9760 L
109.8000 213.6960 L
109.6560 214.4160 L
109.5120 215.1360 L
109.2960 215.8560 L
109.1520 216.4320 109.0080 216.9360 108.8640 217.5120 C
108.7200 216.9360 108.5760 216.4320 108.4320 215.8560 C
108.2160 215.1360 L
108.0000 214.4160 L
107.8560 213.6960 L
107.7120 212.9760 L
107.5680 212.2560 L
107.4960 211.5360 L
107.3520 210.8160 L
107.2800 210.0960 L
107.2080 209.4480 L
107.2080 208.7280 L
107.1360 208.0800 L
107.1360 207.4320 L
107.1360 206.7840 L
107.2080 206.2080 L
107.2800 205.5600 L
f
0 O
0.4900 0.0000 0.8200 0.0000 k
107.9280 203.4000 m
108.1440 202.8960 L
108.3600 202.3920 L
108.5760 201.9600 L
108.7920 201.5280 L
108.9360 201.3840 L
109.0080 201.4560 L
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110.2320 205.5600 L
110.3040 206.1360 L
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110.3040 207.4320 L
110.3040 208.0800 L
110.3040 208.7280 L
110.2320 209.3760 L
110.1600 210.0960 L
110.0880 210.8160 L
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109.8720 212.1840 L
109.8000 212.9040 L
109.6560 213.6240 L
109.4400 214.3440 L
109.2960 215.0640 L
109.1520 215.6400 109.0080 216.2160 108.8640 216.7920 C
108.5760 215.8560 L
108.3600 215.1360 L
108.2160 214.3440 L
108.0720 213.6240 L
107.9280 212.9040 L
107.7840 212.1840 L
107.6400 211.5360 L
107.5680 210.8160 L
107.4960 210.0960 L
107.4240 209.4480 L
107.3520 208.7280 L
107.3520 208.0800 L
107.3520 207.4320 L
107.3520 206.7840 L
107.4240 206.2080 L
107.4240 205.5600 L
107.5680 204.9840 L
107.6400 204.4800 L
107.7840 203.9040 L
107.9280 203.4000 L
f
0 O
0.5600 0.0000 0.9000 0.0000 k
109.5840 203.4000 m
109.7280 203.9040 L
109.8720 204.4080 L
109.9440 204.9840 L
110.0160 205.5600 L
110.0880 206.1360 L
110.1600 206.7840 L
110.1600 207.4320 L
110.1600 208.0800 L
110.0880 208.7280 L
110.0880 209.3760 L
110.0160 210.0960 L
109.9440 210.7440 L
109.8000 211.4640 L
109.7280 212.1840 L
109.5840 212.9040 L
109.4400 213.6240 L
109.2960 214.3440 L
109.1520 215.0640 L
108.8640 216.1440 L
108.7920 215.7840 L
108.5760 215.0640 L
108.3600 214.3440 L
108.2160 213.6240 L
108.0720 212.9040 L
107.9280 212.1840 L
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107.6400 210.0960 L
107.5680 209.3760 L
107.5680 208.7280 L
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107.4960 207.4320 L
107.5680 206.8560 L
107.5680 206.2080 L
107.6400 205.6320 L
107.7120 205.0560 L
107.8560 204.4800 L
108.0000 203.9760 L
108.1440 203.4720 L
108.2880 202.9680 L
108.5040 202.4640 L
108.7200 202.0320 L
108.9360 201.7440 L
109.0800 201.9600 L
109.2960 202.3920 L
109.4400 202.8960 L
109.5840 203.4000 L
f
0 O
0.6200 0.0000 0.9500 0.0000 k
109.9440 206.7840 m
109.9440 207.4320 L
109.9440 208.0800 L
109.9440 208.7280 L
109.8720 209.3760 L
109.8000 210.0240 L
109.7280 210.7440 L
109.6560 211.4640 L
109.5120 212.1120 L
109.3680 212.8320 L
109.2240 213.5520 L
109.0800 214.2720 L
108.9360 214.9920 L
108.8640 215.3520 L
108.7200 214.9920 L
108.5760 214.2720 L
108.4320 213.5520 L
108.2880 212.8320 L
108.1440 212.1840 L
108.0000 211.4640 L
107.9280 210.7440 L
107.8560 210.0960 L
107.7840 209.3760 L
107.7120 208.7280 L
107.7120 208.0800 L
107.7120 207.4320 L
107.7120 206.8560 L
107.7840 206.2080 L
107.8560 205.6320 L
107.9280 205.0560 L
108.0000 204.5520 L
108.1440 203.9760 L
108.2880 203.4720 L
108.5040 203.0400 L
108.6480 202.5360 L
108.9360 202.1040 L
109.0800 202.4640 L
109.2960 202.9680 L
109.4400 203.4720 L
109.5840 203.9760 L
109.7280 204.4800 L
109.8000 205.0560 L
109.8720 205.6320 L
109.9440 206.2080 L
109.9440 206.7840 L
f
0 O
0.6800 0.0000 0.9800 0.0000 k
109.5840 210.7440 m
109.4400 211.3920 L
109.3680 212.1120 L
109.2240 212.8320 L
109.0800 213.5520 L
108.9360 214.2720 L
108.8640 214.6320 L
108.5760 213.5520 L
108.4320 212.8320 L
108.2880 212.1120 L
108.2160 211.3920 L
108.0720 210.7440 L
108.0000 210.0240 L
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107.9280 208.7280 L
107.9280 208.0800 L
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107.9280 206.8560 L
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108.8640 202.6080 L
108.9360 202.5360 L
108.9360 202.6080 L
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109.5120 204.4800 L
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109.6560 205.6320 L
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109.8000 207.4320 L
109.8000 208.0800 L
109.7280 208.7280 L
109.7280 209.3760 L
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109.5840 210.7440 L
f
0 O
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108.5040 212.1120 m
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108.2880 210.7440 L
108.2160 210.0240 L
108.1440 209.3760 L
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108.5040 210.6720 L
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f
U
%%Trailer
_E endlisaac_0.39_rc1/example/gui/about/about.li0000644000175000017500000001001411314031261020411 0ustar  sonntagsonntagSection Header
  
  + name     := ABOUT;
  
  - comment  := "About Isaac OS";
  
  - author   := "Benoit Sonntag (bsonntag@loria.fr)";
  
Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
    
Section Private
  
  - string_tmp:STRING := STRING.create 128;
  
  - picture:ABSTRACT_BITMAP; 
  
  - h_pic:INTEGER;
  
  - a_pic:INTEGER;
  
  - display_logo <-
  ( + y_inc,y_pic,y_max:INTEGER;
    + y0,y1,x:INTEGER;
    
    x := picture.width - 1;
    (h_pic > 0).if {      
      y0 := (picture.height - h_pic) >> 1;
      y1 := y0 + h_pic - 1;
      
      y_pic := 0;
      y_max := (picture.height - 1) << 8;
      y_inc := y_max / h_pic; 
    }.elseif {h_pic = 0} then {
      y0 := picture.height >> 1;
      y1 := y0 - 1;      
    } else {
      y0 := (picture.height + h_pic) >> 1;
      y1 := y0 - h_pic - 1;
            
      y_max := (picture.height - 1) << 8;
      y_pic := y_max;
      y_inc := y_max / h_pic;       
    };    
    rectangle_fill (0,0) to (x,y0-1) color color_back;
    y0.to y1 do { y:INTEGER;
      line_h (0,y) until x image (picture.get_y_line (y_pic >> 8));
      y_pic := y_pic + y_inc;
    };      
    rectangle_fill (0,y1+1) to (x,y_max) color color_back;      
  );
  
  - init p:ABSTRACT_STRING :G_EXPR <-
  ( + cur_dir:DIRECTORY;
    + f:FILE;
    // Read picture file.
    
    cur_dir := FILE_SYSTEM;
    (cur_dir != NULL).if {
      + ai_file:AI_FILE;
      + e:ENTRY;
      string_tmp.copy p;
      string_tmp.append "isaac.ai";
      e := cur_dir.get_entry string_tmp;
      (e != NULL).if {
        e.open;
        f ?= e;        
        (f != NULL).if {
          ai_file := AI_FILE.clone;
          picture := BITMAP(PIXEL_24).create_size (10,10);	
          ai_file.fill_bitmap f in picture scale 1.5;	
          f.close;
        };
      };
    };
    (picture = NULL).if {
      // Error manager.
      picture := BITMAP(PIXEL_24).create_size (100,80);
      picture.color (picture.red);
      picture.print "Error: Not found !" to (2,2);
    };
    
    // Initialization.    
    h_pic := picture.height;
    a_pic := - 2;    
    TIMER.add_client Self;
    
    (
      G_RAW.create (Self.fix_height.fix_width) |
      (G_RAW.create (
          G_OUT.create 
          "ISAAC - Object Operating System\n\
          \Version: 0.07 (04/2008)\n\
          \Copyright (C) 2001-2006: INRIA-LORIA\n\
          \Copyright (C) 2007-2009: CNRS-LSIIT-ICPS\n\          
          \Sonntag Benoit (sonntag@icps.u-strasbg.fr)\n\
          \http://isaacproject.u-strasbg.fr/" justify (G_OUT.center)
        ) / G_RAW.create (
          G_OUT.create
          "2003-2005 Jerome Boutet (Cisaac to Lisaac version)\n\
          \2008 Jerome Hilbert (Lisaac 0.1 to 0.2 and liveCD)\n\
          \2008 Simon Fuhlhaber (Lisaac 0.1 to 0.2 and liveCD)"
        )
      )
    )
  );
  
Section Public  

  //
  // Width / Height
  //
  
  - width_min:INTEGER  <- picture.width;
  
  - height_min:INTEGER <- picture.height;
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  - run p:ABSTRACT_STRING :G_WIN_OUT <-
  (         
    G_WIN_OUT.create "About" with (init p)
  );
  
  - main <-
  (     
    // Init window.
    VIDEO.make_size (540,160);
        
    //init "./";
    // Screen definition.
    DESK.make VIDEO with (init "./");    
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  ( 
    clipping (x0,y0) to (x1,y1);        
    display_logo;
    //put_bitmap picture to (0,0);    
  );
  
  //
  // Events.
  //
  
  - receive msg:EVENT <-
  ( + my_evt:EVENT_TIMER;
    
    my_evt ?= msg;
    ((my_evt != NULL) && {my_evt.destination = NULL}).if {
      0.to (my_evt.delay) do { step:INTEGER;
	h_pic := h_pic + a_pic;
	(h_pic > picture.height).if {
	  a_pic := - a_pic;
	  h_pic := picture.height;
	};
	(h_pic < -picture.height).if {
	  a_pic := - a_pic;
	  h_pic := - picture.height;
	};
      };      
      refresh;
    } else {
      parent_area.receive msg;
    };
  );







lisaac_0.39_rc1/example/gui/gravity/0000755000175000017500000000000011314031324017330 5ustar  sonntagsonntaglisaac_0.39_rc1/example/gui/gravity/gravity.li0000644000175000017500000001020611314031262021343 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := GRAVITY;
  
  - comment  := "The Gravity game";
  
  - author   := "Benoit Sonntag (bsonntag@loria.fr)";

  - version  := 1;
  
Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Public  
  
  - balls:FAST_ARRAY(BALL) := FAST_ARRAY(BALL).create_with_capacity 10;  
  
  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 1024;
  
  - height_min:INTEGER := 768;
  
  //
  // Creation.
  //  
  
  - main <-
  ( + x,y:INTEGER;
    // world definition.    
    0.to 30_000 do { i:INTEGER;
      x := (width_min  / 6).random_upper * 6 + 4;
      y := (height_min / 6).random_upper * 6 + 4;
      balls.add_last (BALL.create (x,y) radius 2);
    };
    //TIMER.add_client Self;
    // Init window.
    VIDEO.make_size (1024+20,768+20);
    DESK.make VIDEO with (
      G_OUT.create "Gravity" justify (G_OUT.center) / G_RAW.create (Self.fix_height.fix_width)
    );        
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
    
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  (     
    clipping (x0,y0) to (x1,y1);
    rectangle_fill (x0,y0) to (x1,y1) color black;
    (balls.lower).to (balls.upper) do { i:INTEGER;
      balls.item i.display Self;
    };
  );

  
  //
  // Events.
  //
  
  - receive msg:EVENT <-
  ( //+ evt_keyboard:EVENT_KEYBOARD;
    + evt_time:EVENT_TIMER;
    + evt_mouse:EVENT_MOUSE;
    /*
    evt_keyboard ?= msg;    
    (evt_keyboard != NULL).if {
      keyboard_event (evt_keyboard.key);
    };
    */
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {
      mouse_event evt_mouse;
    };
    
    evt_time ?= msg;    
    (evt_time != NULL).if {
      timer_event evt_time;
    };
  );
    
  - timer_event evt:EVENT_TIMER <-
  (     
    (balls.lower).to (balls.upper) do { i:INTEGER;
      balls.item i.new_position;
    };
    refresh;
    evt.delay.print; '\n'.print;
  );
  
  - mouse_event evt:EVENT_MOUSE <-
  ( + win:AREA;
    
    win := DESK.get_object (evt.x_current,evt.y_current);
    (win != Self).if {
      DESK.receive evt;
    } else {
      /*
      (evt.left_down).if {
        (stat = 2).if {
          // New game.
          screen.clear_all;
          line_count := stat := 0;
          level := 0; //19;
        }.elseif {stat = 3} then {
          // Restart (after pause).
          stat := old_stat;
        } else {
          // Pause.
          old_stat := stat;
          stat := 3;
        };
        refresh;
      };
      */
    };
  );
  

lisaac_0.39_rc1/example/gui/gravity/ball.li0000644000175000017500000000542511314031262020577 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := BALL;

  - copyright := "2003-2009 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  
  + position_x:REAL_32;
  + position_y:REAL_32;

  + radius:REAL_32;
  
  + v_x:REAL_32;
  + v_y:REAL_32;
  
  //
  // Creation.
  //

  - create (x,y:INTEGER) radius r:INTEGER :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (x,y) radius r;
    result
  );

  - make (x,y:INTEGER) radius r:INTEGER <-
  ( 
    position_x := x;
    position_y := y;
    radius := r;
    v_x := (100.random_upper - 50).to_real_32 / 100;
    v_y := (100.random_upper - 50).to_real_32 / 100;    
  );
  
  //
  // Conflit detect.
  //
  
  - new_position <-
  ( 
    position_x := position_x + v_x;
    position_y := position_y + v_y;
    ((position_x < 0) || {position_x > GRAVITY.width_min}).if {
      v_x := - v_x;
    };
    ((position_y < 0) || {position_y > GRAVITY.height_min}).if {
      v_y := - v_y;
    };    
  );
  
  //
  // Display.
  //
  
  - display bmp:ABSTRACT_BITMAP <-
  (
    bmp.circle_fill (position_x.to_integer,position_y.to_integer) 
    rayon (radius.to_integer) color (bmp.white);
  );
lisaac_0.39_rc1/example/gui/hello.li0000644000175000017500000000414011314031263017275 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := HELLO;

  - copyright := "2003-2009 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - main <-
  (
    VIDEO.make_size (130,100);    
    DESK.make VIDEO with (
      G_RAW.create (G_OUT.create "Hello World!") /
      G_BUTTON.create (G_OUT.create "Exit" justify (G_OUT.center)) action 
      { b:G_BUTTON; die_with_code exit_success_code; }
    );
  );
  
lisaac_0.39_rc1/example/gui/calculator/0000755000175000017500000000000011314031324017774 5ustar  sonntagsonntaglisaac_0.39_rc1/example/gui/calculator/calculator.li0000644000175000017500000001305011314031263022454 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := CALCULATOR;
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
   
  - result_screen:G_IN;
  - error_screen:G_OUT;  
  
  - add_last car:CHARACTER <-
  (
    result_screen.text.add_last car;
    result_screen.refresh;
  );

  - add_first car:CHARACTER <-
  (
    result_screen.text.add_first car;
    result_screen.refresh;
  );
  
  - evaluate <-
  ( + result:REAL_32;
    (result_screen.text.count > 1).if {
      (result_screen.text.last = '\n').if {
        result_screen.text.remove_last 1;
      };
      result := PARSE_EXPR.parse (result_screen.text);
      error_screen.text.copy (PARSE_EXPR.error_message);
      error_screen.refresh;
      (PARSE_EXPR.error_message.is_empty).if {    
        result_screen.text.clear;
        result.append_in (result_screen.text);
        result_screen.refresh;
      };
    };
  );
  
Section Public
  
  - init:G_EXPR <-
  (
    G_RAW.create (
      result_screen := G_IN.create (20,1) justify (G_OUT.right) action { b:G_IN;
        evaluate;
      }
    ).fix_height /
    (
      (
        G_BUTTON.create (G_OUT.create "DEL" justify (G_OUT.center)) 
        action { b:G_BUTTON; 
          (result_screen.text.is_empty).if_false {
            result_screen.text.remove_last 1;
            result_screen.refresh;
          };
        } /
        G_BUTTON.create (G_OUT.create " 7 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '7'; } /
        G_BUTTON.create (G_OUT.create " 4 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '4'; } /
        G_BUTTON.create (G_OUT.create " 1 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '1'; } /
        G_BUTTON.create (G_OUT.create " 0 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '0'; } 
      ) | (
        G_BUTTON.create (G_OUT.create "CLR" justify (G_OUT.center)) 
        action { b:G_BUTTON; result_screen.text.clear; result_screen.refresh; } /
        G_BUTTON.create (G_OUT.create " 8 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '8'; } /
        G_BUTTON.create (G_OUT.create " 5 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '5'; } /
        G_BUTTON.create (G_OUT.create " 2 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '2'; } /
        G_BUTTON.create (G_OUT.create " . " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '.'; }
      ) | (
        G_BUTTON.create (G_OUT.create " ( " justify (G_OUT.center))
        action { b:G_BUTTON; add_last '('; } /
        G_BUTTON.create (G_OUT.create " 9 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '9'; } /
        G_BUTTON.create (G_OUT.create " 6 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '6'; } /
        G_BUTTON.create (G_OUT.create " 3 " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '3'; } /      
        G_BUTTON.create (G_OUT.create " = " justify (G_OUT.center))
        action { b:G_BUTTON; evaluate; }
      ) | (
        G_BUTTON.create (G_OUT.create " ) " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last ')'; } /
        G_BUTTON.create (G_OUT.create " / " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last '/'; } /
        G_BUTTON.create (G_OUT.create " x " justify (G_OUT.center)) 
        action { b:G_BUTTON; add_last 'x'; } /
        G_BUTTON.create (G_OUT.create " - " justify (G_OUT.center))       
        action { b:G_BUTTON; add_last '-'; } /
        G_BUTTON.create (G_OUT.create " + " justify (G_OUT.center))
        action { b:G_BUTTON; add_last '+'; } 
      )
    ) 
    /
    G_RAW.create (error_screen := G_OUT.create "").fix_height
  );
  
  - run:G_WIN_OUT <-
  (
    G_WIN_OUT.create "Calculator" with init
  );
  
  - main <-
  ( 
    // Init window.
    VIDEO.make_size (200,200);
    
    // Screen definition.
    DESK.make VIDEO with init;
  );
lisaac_0.39_rc1/example/gui/calculator/parse_expr.li0000644000175000017500000001216511314031263022501 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PARSE_EXPR;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parse arithmetic expression.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  //
  // Service and terminal parsing.
  //
  
  - index:INTEGER;
  - source:ABSTRACT_STRING;

  - last_character:CHARACTER;

  - read_character car:CHARACTER :BOOLEAN <-
  ( + result:BOOLEAN;

    ((index <= source.upper) && {car = source.item index}).if {
      last_character := car;
      index  := index + 1;
      result := TRUE;
    };
    result
  );

  - last_constant:REAL_32;

  - read_constant:BOOLEAN <-
  ( + result:BOOLEAN;
    + div:REAL_32;

    ((index <= source.upper) && {source.item index.in_range '0' to '9'}).if {
      result := TRUE;
      last_constant := 0;
      {
        last_constant := last_constant * 10 + source.item index.decimal_value;
        index := index + 1;
      }.do_while {(index <= source.upper) && {source.item index.in_range '0' to '9'}};
      ((index < source.upper) && {source.item index = '.'}).if {
        index := index + 1;
        div := 1;
        {(index <= source.upper) && {source.item index.in_range '0' to '9'}}.while_do {
          last_constant := last_constant * 10 + source.item index.decimal_value;
          index := index + 1;
          div := div * 10;
        };
        last_constant := last_constant / div;
      };
    };
    result
  );
    
  - error <-
  (
    (error_message.is_empty).if {
      1.to (index-1) do { j:INTEGER;
        error_message.add_last (source.item j);
      };
      error_message.append " Error!";
    };
  ); 
  
  //
  // Grammar parsing.
  //
  
  - read_expr:REAL_32 <-
  // EXPR <- EXPR_MUL { ( '+' | '-') EXPR_MUL }
  ( + result,right:REAL_32;
    + oper:CHARACTER;
    
    result := read_expr_mul;    
    {(read_character '+') || {read_character '-'}}.while_do {
      oper  := last_character;
      right := read_expr_mul;      
      (oper = '+').if {
        result := result + right;
      } else {
        result := result - right;
      };
    };
    result
  );

  - read_expr_mul:REAL_32 <-
  // EXPR_MUL <- EXPR_UNARY { ( 'x' | '*' | '/') EXPR_UNARY }
  ( + result,right:REAL_32;
    + oper:CHARACTER;
    
    result := read_expr_unary;    
    {(read_character 'x') || {read_character '/'} || {read_character '*'}}.while_do {
      oper  := last_character;
      right := read_expr_unary;        
      (oper = '/').if {	  
        result := result / right;
      } else {	  
        result := result * right;
      };
    };
    result
  );

  - read_expr_unary:REAL_32 <-
  // EXPR_UNARY <- ( '+' | '-') EXPR_UNARY
  //             |  EXPR_CST
  ( + result:REAL_32;
    + oper:CHARACTER;
    
    ((read_character '+') || {read_character '-'}).if {
      oper   := last_character;
      result := read_expr_unary;      
      (oper = '-').if {      	
        result := - result;
      };
    } else {
      result := read_expr_cst;
    };
    result
  );

  - read_expr_cst:REAL_32 <-
  // EXPR_CST <- '(' EXPR ')'
  //           |  constant
  ( + result:REAL_32;
    
    (read_character '(').if {
      result := read_expr;      
      (read_character ')').if_false {
        error;
      };
    }.elseif {read_constant} then {
      result := last_constant;
    };
    result
  );

Section Public
  
  - error_message:STRING := STRING.create 50;

  - parse src:ABSTRACT_STRING :REAL_32 <-
  ( + result:REAL_32;

    source := src;
    index  := source.lower;
    error_message.clear;
    result := read_expr;
    (index <= source.upper).if { error; };
    result
  );
lisaac_0.39_rc1/example/gui/clock/0000755000175000017500000000000011314031324016736 5ustar  sonntagsonntaglisaac_0.39_rc1/example/gui/clock/clock_view.li0000644000175000017500000000311311314031264021412 0ustar  sonntagsonntag/***************************************************************************
*                      Isaac Object Operating System                       *
*                             Lisaac Compiler                              *
*                      LORIA - UHP - INRIA - FRANCE                        *
*                   Benoit SONNTAG - bsonntag@loria.fr                     *
*                          http://www.IsaacOS.com                          *
***************************************************************************/
Section Header

  + name    := CLOCK_VIEW;
    
  - bibliography:="http://IsaacOS.com";
  - author      :="Sonntag Benoit (bsonntag@loria.fr)";
  - comment     :="Clock viewer. IsaacOS revient en force !!!";
    
Section Inherit  
  
  + parent_g_raw:Expanded G_OUT;
  
Section Public
  
  //
  // Creation.
  //
  
  - run:G_GROUP <-
  (
    make " HH:MM JJ/MM/AAAA " justify center;
    update;    
    TIMER.add_client Self;
    G_RAW.create Self
  );
  
  - main <-
  (
    VIDEO.make_size (130,30);    
    DESK.make VIDEO with run;
  );
  
  //
  // Display.
  //

  - update <-
  (    
    text.clear;
    text.add_last ' ';
    CLOCK.time.append_short_in text;
    text.add_last ' ';
    CLOCK.date.append_short2_in text;
    text.add_last ' ';
  );
  
  - old_count:UINTEGER_32;
  
  - receive msg:EVENT <-
  ( + evt_timer:EVENT_TIMER;
    
    evt_timer ?= msg;
    (evt_timer != NULL).if {
      (evt_timer.count - old_count > 2*600).if {
	old_count := evt_timer.count;
	update;
	refresh;	
      };
    } else {
      parent_g_raw.receive msg;
    };
  );





lisaac_0.39_rc1/example/gui/clock/.avoir.txt.swp0000644000175000017500000001000011314031264021477 0ustar  sonntagsonntagb0VIM 7.12wkJ–H²'sonntagisaac~sonntag/lisaac/example/gui/clock/avoir.txt
3210#"! Ulisaac_0.39_rc1/example/block/0000755000175000017500000000000011314031324016151 5ustar  sonntagsonntaglisaac_0.39_rc1/example/block/master.li0000644000175000017500000000430011314031256017773 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := MASTER; 
     
  - author   := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment  := "";
  
Section Inherit  
    
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  - action n:INTEGER if_odd odd_block:{} if_even even_block:{} <-
  (
    (n.is_even).if {
      even_block.value;
    } else {
      odd_block.value;
    };
  );
      
Section Public  

  - main <-
  ( + n:INTEGER;
    
    "Entry a number:\n".print;
    IO.read_integer;    
    n := IO.last_integer;
    action n 
    if_odd  { "This integer is odd.\n".print;  }
    if_even { "This integer is even.\n".print; };         
  );
lisaac_0.39_rc1/example/mailer/0000755000175000017500000000000011314031324016330 5ustar  sonntagsonntaglisaac_0.39_rc1/example/mailer/mailer.li0000644000175000017500000001106711314031264020137 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := MAILER;
     
  - author  := "Benoit Sonntag";
  
  - comment := "Extract mail adress for Matthieu.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
      
Section Public
  
  - buffer:STRING := STRING.create 2048;
  
  - mail:HASHED_SET(STRING) := HASHED_SET(STRING).create;
  
  - extract_mail <-
  ( + idx,begin,end:INTEGER;
    + n:STRING;
    
    idx := buffer.lower;
    {idx <= buffer.upper}.while_do {
      idx := buffer.index_of '@' since idx;
      (idx <= buffer.upper).if {
	begin := idx - 1;
	{
	  (begin >= buffer.lower) && {
	    (buffer.item begin.is_letter_or_digit) || 
	    {buffer.item begin = '_'} ||
	    {buffer.item begin = '.'} 
	  }
	}.while_do {
	  begin := begin - 1;
	};
	begin := begin + 1;
	//
	end := idx + 1;
	{
	  (end <= buffer.upper) && {
	    (buffer.item end.is_letter_or_digit) || 
	    {buffer.item end = '_'} ||
	    {buffer.item end = '.'} 
	  }
	}.while_do {
	  end := end + 1;
	};
	end := end - 1;
	//
	((end - begin) > 3).if { 
	  n := buffer.substring begin to end;
	  mail.add n;
	};
	idx := end + 1;
      };
    };    
  );
   
  - main <-
  ( + e:ENTRY;
    + file:FILE;
    + dir:DIRECTORY;
    
    //
    // Parse command line option.
    //
    (COMMAND_LINE.count != 2).if {      
      "Extract mail for Matthieu (by Sonntag Benoit)\n\
      \Usage  : mailer \n\
      \Output : mail.txt\n".print;
      die_with_code exit_failure_code;
    };
    
    //
    // Open directory.
    //
    dir := FILE_SYSTEM;    
    e := dir.get_entry (COMMAND_LINE.item 1);
    ((e != NULL) && {e.is_directory} && {e.open}).if {            
      dir ?= e;      
    } else {
      '`'.print;
      COMMAND_LINE.item 2.print;
      "\': No such directory.\n".print;
      die_with_code exit_failure_code;
    };
    
    //
    // Select all text file 
    //
    (dir.lower).to (dir.upper) do { i:INTEGER;
      e := dir.item i;
      ((e.is_file) && {e.name.has_suffix ".txt"}).if {
	"Parse : ".print;
	e.path.print;		
	(! e.open).if {
	  " : Not open.".print;          
	} else {
	  file ?= e;          
	  buffer.clear;
	  buffer.set_capacity (file.size.to_integer);
	  file.read buffer size (file.size);
	  extract_mail;
	  file.close;
	  " \t OK".print;
	};
	'\n'.print;
      };
    };
    
    "Result : ".print;
    mail.count.print;
    " found.\n".print;
    
    //
    // Save file.
    //    
    (mail.count != 0).if {
      e := dir.make_file "mail.txt";
      (e = NULL).if {      
	"`mail.txt' : File exists, cannot create file.\n".print;
	die_with_code exit_failure_code;
      };
      (e.open).if {
        file ?= e;
        buffer.clear;
        (mail.lower).to (mail.upper - 1) do { j:INTEGER;
          buffer.append (mail.item j);
          buffer.add_last ';';
          buffer.add_last ' ';            
        };
        buffer.append (mail.last);
        file.write buffer from 1 size (buffer.count);
        file.close;          
        "Write `mail.txt' ok !\n".print;
      } else {
        "Error!\n".print;
      };
    };
  );
lisaac_0.39_rc1/example/base/0000755000175000017500000000000011314031324015771 5ustar  sonntagsonntaglisaac_0.39_rc1/example/base/pyramid2.li0000644000175000017500000001107211314031256020053 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PYRAMID2;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Run faster than pyramid.e";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;

Section Private
  
  + pyramid:ARRAY2(INTEGER);

  + used:ARRAY(BOOLEAN); // Already used numbers in `pyramid'.

  - fill size:INTEGER <-
  // Fill in a `pyramid' of `size' elements.
  (
    ? {size > 1};
    used := ARRAY(BOOLEAN).create 1 to ((size+1) * size / 2);
    pyramid := ARRAY2(INTEGER).create (1,1) to (size,size);
    (solution 1).if {
      print;
    } else {
      "Sorry I can't find a solution.\n".print;
    };
  );

  - put value:INTEGER to (line,column:INTEGER) <-
  // Updtate `pyramid' and `used'.
  (
    used.put TRUE to value;
    pyramid.put value to (line,column);
  );

  - remove (line,column:INTEGER) <-
  // Updtate `pyramid' and `used'.
  (
    (pyramid.item (line,column) != 0).if {
      used.put FALSE to (pyramid.item (line,column));
      pyramid.put 0 to (line,column);
    };
  );

  - solution column:INTEGER :BOOLEAN <-
  // Search a solution using a back-tracking algorithm.
  ( + nb,i:INTEGER;
    + result:BOOLEAN;
    (column > pyramid.upper1).if {
      result := TRUE;
    } else {
      nb := used.upper;
      { result | (nb = 0)}.until_do {
        (! used.item nb).if {
          result := fill_column column with nb;
        };
        (! result).if {
          i := pyramid.lower1;
          {(pyramid.item (i,column) = 0) || { i > pyramid.upper1 }}.until_do {
            remove (i,column);
            i := i + 1;
          };
        };
        nb := nb - 1;
      };
    };
    result
  );

  - fill_column col:INTEGER with val:INTEGER :BOOLEAN <-
  ( + v,i:INTEGER;
    + result:BOOLEAN;
    i := 2;
    put val  to (1,col);
    {(i > col) | result}.until_do {
      v := (pyramid.item ((i-1),(col-1)) - pyramid.item ((i-1),col)).abs;
      (used.item v).if {
        result := TRUE;
      } else {
        put v to (i,col);
        i := i + 1;
      };
    };
    result.if {
      {i < used.lower}.until_do {
        remove (i,col);
        i := i-1;
      };
      result := FALSE;
    } else {
      result := solution (col+1);
    };
    result
  );  
       
Section Public

  - print <-
  // Display the pyramid to the standart output.
  ( + blanks:STRING;
    "\nSolution found : \n".print;
    blanks := STRING.create 10;
    pyramid.lower1.to (pyramid.upper1) do { line:INTEGER;
      blanks.print;
      pyramid.lower2.to (pyramid.upper2) do { column:INTEGER;
        (pyramid.item (line,column) != 0).if {
          pyramid.item (line,column).print;
          ' '.print;
        };
      };
      '\n'.print;
      blanks.add_last ' ';
    };
  );
  
  - main <-
  ( + size: INTEGER;
    // Read argument.
    (COMMAND_LINE.upper = 0).if {
      "Size of the pyramid (a small number greater than 1) : ".print;
      IO.read_integer;
      size := IO.last_integer;
    } else {
      size := COMMAND_LINE.item 1.to_integer;
    };
    "I am working...\n".print;
    fill size;
  );
lisaac_0.39_rc1/example/base/knight.li0000644000175000017500000001456511314031256017622 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := KNIGHT;
  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";

  - comment := 
  "The classic KNIGHT problem on a N times N square chessboard. \
  \The knight have to pass on all places of the chessboard once \
  \a time. For instance, here is solution for a 7 X 7 chesboard,\
  \knigth starting at position <1,1> :                          \
  \                                                             \
  \            1   28   37   24    3   26   17                  \
  \           36   39    2   27   18   11    4                  \
  \           29   42   23   38   25   16    9                  \
  \           40   35   30   19   10    5   12                  \
  \           43   22   41   32   15    8   47                  \
  \           34   31   20   45   48   13    6                  \
  \           21   44   33   14    7   46   49                  ";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;

Section Private
  
  - chess_min:INTEGER := 3;

  - chess_max:INTEGER := 24;

  - chessboard:ARRAY2(INTEGER);

  - nb_tries:INTEGER;

  - tl:ARRAY(INTEGER) :=
  ( + result:ARRAY(INTEGER);
    result := ARRAY(INTEGER).create 1 to 8;
    result.put (-2) to 1; result.put (-1) to 2;
    result.put   1  to 3; result.put   2  to 4;
    result.put   2  to 5; result.put   1  to 6;
    result.put (-1) to 7; result.put (-2) to 8;
    result
  );

  - tc:ARRAY(INTEGER) :=
  ( + result:ARRAY(INTEGER);
    result := ARRAY(INTEGER).create 1 to 8;
    result.put   1  to 1; result.put   2  to 2;
    result.put   2  to 3; result.put   1  to 4;
    result.put (-1) to 5; result.put (-2) to 6;
    result.put (-2) to 7; result.put (-1) to 8;
    result
  );

  - knight (size, line, column:INTEGER) <-
  ( ? {size >= 3};
    ? {1 <= line};
    ? {line <= size};
    ? {1 <= column};
    ? {column <= size};
    
    chessboard := ARRAY2(INTEGER).create (1,1) to (size,size);
    chessboard.put 1 to (line,column);
    (solution (line,column)).if {
      print;
    } else {
      "Sorry, there is no solution.\n".print;
    };
    "\nNumber of tries : ".print;
    nb_tries.print;
    '\n'.print;
  );

  - solution (line,column:INTEGER) :BOOLEAN <-
  ( + value,i:INTEGER;
    + result:BOOLEAN;
    
    (chessboard.count = chessboard.item (line,column)).if {
      result := TRUE;
    } else {      
      i := 1;
      value := chessboard.item (line,column);
      {(result) || {i > 8}}.until_do {
        result := try ((line + tl.item i),(column + tc.item i),value);
        i := i + 1;
      };
    };
    result
  );

  - try (line, column, value:INTEGER) :BOOLEAN <-
  // Try to place the knight by used cross back-tracking method.
  ( + result:BOOLEAN;
    
    nb_tries := nb_tries + 1;
    (chessboard.valid_index (line,column)).if {
      (chessboard.item (line,column) = 0).if {
        chessboard.put (value+1) to (line,column);
        result := solution (line,column);
        (result).if_false {
          chessboard.put 0 to (line,column);
        };
      };
    };
    result
  );

  - ask (s:ABSTRACT_STRING, min,max:INTEGER) :INTEGER <-
  // Ask for question `s' until the answer is in range `min' `max'.
  ( + stop:BOOLEAN;
    + result:INTEGER;
    
    {stop}.until_do {
      s.print;
      IO.read_integer;
      result := IO.last_integer;
      (result < min).if {
        "Value too small.\n".print;
      }.elseif {max < result} then {
        "Value too big.\n".print;
      } else {
        stop := TRUE;
      };
    };
    result
  );
  
Section Public
  
  - print <-
  // Display the cheesboard.
  ( + separator:STRING;
    
    separator := STRING.create_filled (' ',(3 * chessboard.upper1 + 1));
    separator.fill_with '-';
    separator.extend '\n';
    separator.print;
    (chessboard.lower1).to (chessboard.upper1) do { line:INTEGER;
      (chessboard.lower2).to (chessboard.upper2) do { column:INTEGER;
        (chessboard.item (line,column) < 10).if {
          "| ".print;
        } else {
          '|'.print;
        };
        chessboard.item (line,column).print;
      };
      "|\n".print;
      separator.print;
    };
  );
    
  - main <-
  ( + size, line, column:INTEGER;
    
    ((COMMAND_LINE.upper >= 1) && {COMMAND_LINE.item 1.is_integer}).if {
      size := COMMAND_LINE.item 1.to_integer;
    };
    (! size.in_range chess_min to chess_max).if {
      size := ask ("Chess-board size: ",chess_min,chess_max);
    };    
    ((COMMAND_LINE.upper >= 2) && {COMMAND_LINE.item 2.is_integer}).if {
      line := COMMAND_LINE.item 2.to_integer;
    };
    (! line.in_range 1 to size).if {
      line := ask ("Start line: ",1,size);
    };    
    ((COMMAND_LINE.upper >= 3) && {COMMAND_LINE.item 3.is_integer}).if {
      column := COMMAND_LINE.item 3.to_integer;
    };    
    (! column.in_range 1 to size).if {
      column := ask ("Start column: ",1,size);
    };    
    knight (size,line,column);
  );
lisaac_0.39_rc1/example/base/hello_world.li0000644000175000017500000000361011314031256020635 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := HELLO_WORLD;
    
  - bibliography:= "http://IsaacOS.com";
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
    
  - main <-
  ( 
    "Hello world !\n".print;
  );
lisaac_0.39_rc1/example/base/pyramid.li0000644000175000017500000001362111314031256017773 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PYRAMID;

  - author      := "Sonntag Benoit (bsonntag@loria.fr)";

  - comment     := 
   " Solving the problem of the Pyramid for small pyramid only.      \
   \ This program uses the back-tracking method.                     \
   \ Its goal is to try to fill a pyramid by making a substraction   \
   \ between two succesive columns and to take its absolute value.   \
   \ The result is put on the next line.                             \
   \ Example:                                                        \
   \  6   14   15   3   13                                           \
   \    8    1   12  10                                              \
   \       7   11   2                                                \
   \         4    9                                                  \
   \            5                                                    \
   \ See also pyramid2, which run faster than this first solution.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;

Section Private
  
  + size:INTEGER;
  
  - max:INTEGER <- (size * (size + 1)) / 2;

  - belongs_to nb:INTEGER :BOOLEAN <-
  ( + i:INTEGER;
    + found:BOOLEAN;
    ? { nb.in_range 1 to max};
    i := 1;
    {(i > max) | found}.until_do {
      found := (nb = elem.item i);
      i := i + 1;
    };
    found
  );

  - propagate (col,val_column_1:INTEGER) :BOOLEAN <-
  ( + stop:BOOLEAN;
    + line:INTEGER;
    + val:INTEGER;
    + result:BOOLEAN;
    ? { val_column_1.in_range 1 to max};
    ? { col.in_range 1 to size};
    (belongs_to val_column_1).if {
      result := FALSE ;
    } else {
      elem.put val_column_1 to (indice (1,col));
      line := 1;
      val := val_column_1;
      result := TRUE;
      {stop}.until_do {
        line := line + 1;
        (line > col).if {
          stop := TRUE;
        } else {
          val := val - elem.item (indice ((line-1),(col-line+1)));
          val := val.abs;
          (belongs_to val).if {
            clear_column col;
            stop := TRUE;
            result := FALSE;
          } else {
            elem.put val to (indice (line,(col-line+1)));
          };
        };
      };
    };
    result
  );

  - fill_up col:INTEGER :BOOLEAN <-
  ( + stop,result:BOOLEAN;
    + nb:INTEGER;
    ? { col >= 1};
    (col > size).if {
      result := TRUE;
    } else {
      nb := max;
      {stop}.until_do {
        (belongs_to nb).if {
          nb := nb - 1;
          stop := (nb = 0);
        }.elseif {propagate (col,nb)} then {
          (fill_up (col + 1)).if {
            stop := TRUE;
          } else {
            clear_column col;
            nb := nb - 1;
            stop := (nb = 0);
          };
        } else {
          nb := nb - 1;
          stop := (nb = 0);
        };
      };
      result := (nb > 0);
    };
    result
  );

  + elem:ARRAY(INTEGER);
  
  + case_empty:INTEGER;  // = 0 by default

  + biggest_one:INTEGER := 10;

  - indice (line,col:INTEGER) :INTEGER <-
  ( + l:INTEGER;
    + result:INTEGER;
    ? {line.in_range 1 to size};
    ? {col.in_range 1 to size};
    l:= size - line + 1;
    result := max - ((l * (l + 1)) / 2) + col;
    ? {result.in_range 1 to max};
    result
  );

  - clear_column col:INTEGER <-
  (
    ? {col.in_range 1 to size};
    1.to col do { line:INTEGER;
      elem.put case_empty to (indice (line,(col-line+1)));
    };
  ); // clear_column
  	 
Section Public
  
  - print <-
  ( + line,col:INTEGER;
    line := 1;
    col := 1;
    1.to max do { nb:INTEGER;
      (col = 1).if {
        '\n'.print;
      };
      elem.item (indice (line,col)).print;
      ' '.print;
      (col = size - line + 1).if {
        col := 1 ;
        line := line + 1 ;
      } else {
        col := col + 1;
      };
    };
    '\n'.print;
  );
  
  - main <-
  ( 
    // Read argument.
    (COMMAND_LINE.upper = 0).if {
      "Want to compute a small pyramid ?\n\
      \Enter a small number (> 1): ".print;
      IO.read_integer;
      size := IO.last_integer;
    } else {
      size := COMMAND_LINE.item 1.to_integer;
    };
    (size <= 1).if {
      "You feel sick ?\n".print;
    }.elseif {size > biggest_one} then {
      "Value too big for this method.\n".print;
    } else {
      elem := ARRAY(INTEGER).create 1 to max;
      (fill_up 1).if {
        "Full pyramid:\n".print;
        print;
      } else {
        "Unable to fill_up such one.\n".print;
      };
    };
  );
lisaac_0.39_rc1/example/tetris/0000755000175000017500000000000011314031324016371 5ustar  sonntagsonntaglisaac_0.39_rc1/example/tetris/tetris.li0000644000175000017500000006147311314031264020247 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := TETRIS;
  
  - comment  := "The TETRIS game";
  
  - author   := "Benoit Sonntag (bsonntag@loria.fr)";

  - version  := 1;
  
Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Private
  
  - level:UINTEGER_8;
  - line_count:UINTEGER_32;
  
  - face:FAST_ARRAY3(INTEGER);
  
  - screen:FAST_ARRAY2(UINTEGER_8);
  
  - face_to_color n:UINTEGER_8 :UINTEGER_32 <-
  ( + result:UINTEGER_32;

    n
    .when 1 then { result := 02020E0h; }  // Blue.
    .when 2 then { result := 0E07020h; }  // Orange.
    .when 3 then { result := 0E0E020h; }  // Yellow.
    .when 4 then { result := 020E0E0h; }  // Cyan.
    .when 5 then { result := 0E02020h; }  // Red.
    .when 6 then { result := 0E020E0h; }  // Magenta.
    .when 7 then { result := 020E020h; }; // Green.
    result
  );
  
  - case_busy (x,y:INTEGER) face n:UINTEGER_8 <-
  ( + x0,y0:INTEGER;
    + col:UINTEGER_32;
    x0 := x * 25;
    y0 := y * 25;
    col := face_to_color n;
    // Fill.
    rectangle_fill (x0+1,y0+1) to (x0+23,y0+23) color col;    
    // More light.
    line_v (x0,y0+23) until y0 color (col + 1F1F1Fh);
    line_h_until (x0+24);
    // More dark.
    line_v_until (y0+24) color (col - 1F1F1Fh);
    line_h_until x0;    
  );
    
  - delete_line <-
  ( + x,y:INTEGER;
    
    y := 18;
    {
      x := 0;
      {(x < 10) && {screen.item (x,y) != 0}}.while_do {
        x := x+1;
      };
      (x = 10).if {
        y.downto 1 do { yy:INTEGER;
          0.to 9 do { xx:INTEGER;
            screen.put (screen.item (xx,yy-1)) to (xx,yy);
          };
        };
        line_count := line_count + 1;
        (((line_count % 10) = 0) && {level < 19}).if {
          level := level + 1;
        };
        refresh;
      } else {
        y := y-1;
      };
    }.do_while {y != 0};
  );
  
  - load_face p:INTEGER <-
  //  0 |  1  |  2  |  3  |  4  |  5  |  6  |
  //----|-----|-----|-----|-----|-----|-----|
  //  1 |     |     |     |     |     |     |
  //  2 | 3 1 | 2   | 3   |   2 |     | 2   |
  //  X | X   | X 1 | X   | X 1 | X 1 | X 1 |
  //  3 | 2   | 3   | 2 1 | 3   | 2 3 |   3 |
  ( + tmp:BOOLEAN;
    + tmp1,tmp2:INTEGER;
    
    // First graph.
    face.put ((p!=0).to_integer)      to (0,1,0);
    face.put ((p-2)*(p<4).to_integer) to (0,1,1);
    tmp1:=((p&1)<<1)-1;
    face.put ((p=4).to_integer) to (0,2,0);
    face.put tmp1               to (0,2,1);    
    tmp:=(p>4);
    tmp2:=tmp.to_integer;
    face.put tmp2                           to (0,3,0);
    face.put (-tmp1*(!tmp).to_integer+tmp2) to (0,3,1);
    
    // 3 rotation (+pi/2).
    1.to 3 do { r:INTEGER;      
      0.to 3 do { c:INTEGER;
        tmp1 := r - 1;
        face.put (-face.item (tmp1,c,1)) to (r,c,0);  // x' = -y
        face.put (+face.item (tmp1,c,0)) to (r,c,1);  // y' = +x
      };      
    };    
  );

  - pos_r:INTEGER;
  
  - pos_x:INTEGER;
  
  - pos_y:INTEGER;
  
  - n_face:UINTEGER_8;
  
  - move (x,y:INTEGER) rotation r:INTEGER :BOOLEAN <-
  ( + j,px,py:INTEGER;
    
    j:=0;
    {
      (j < 4) && 
      {(px:=x + face.item (r,j,0)).in_range 0 to 9}  &&
      {(py:=y + face.item (r,j,1)).in_range 0 to 18} &&
      {screen.item (px,py) = 0}
    }.while_do {
      j := j + 1;
    };
    (j = 4).if {
      pos_x := x;
      pos_y := y;
      pos_r := r;
    }
  );
  
  - put_face <-
  ( + x,y:INTEGER;
    0.to 3 do { j:INTEGER;
      x := pos_x + face.item (pos_r,j,0);
      y := pos_y + face.item (pos_r,j,1);
      screen.put n_face to (x,y);
    };
  );

  - remove_face <-
  ( + x,y:INTEGER;
    
    0.to 3 do { j:INTEGER;
      x := pos_x + face.item (pos_r,j,0);
      y := pos_y + face.item (pos_r,j,1);
      screen.put 0 to (x,y);    
    };
  );
  
Section Public  
  
  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 25 * 10;
  
  - height_min:INTEGER := 25 * 19 + 14;
  
  //
  // Creation.
  //  
  
  - init:G_EXPR <-
  (
    // Initialization.
    face  :=FAST_ARRAY3(INTEGER)  .create (4,4,2);
    screen:=FAST_ARRAY2(UINTEGER_8).create (10,19);
    tmp_string:=STRING.create 80;    
    stat  := 2;
    random := 015AAC005h;
    G_RAW.create (Self.fix_height.fix_width)
  );
  
  - run:G_WIN_OUT <-
  ( 
    G_WIN_OUT.create "Tetris" with init
  );
  
  - main <-
  (     
    // Init window.
    VIDEO.make_size (300,520);
    DESK.make VIDEO with (
      G_OUT.create "Tetris" justify (G_OUT.center) / init      
    );        
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - tmp_string:STRING;
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  ( + n:UINTEGER_8;
    + xx,yy:INTEGER;
    
    clipping (x0,y0) to (x1,y1);
    
    // Game array.
    0.to 18 do { y:INTEGER;
      0.to 9 do { x:INTEGER;
        n := screen.item (x,y);
        (n = 0).if {
          xx := x * 25;
          yy := y * 25;
          rectangle_fill (xx,yy) to (xx+24,yy+24) color black;	  
        } else {
          case_busy (x,y) face n;
        };
      };
    };
    //line (0,6*25) to (x_max,6*25) color red;
    //line (0,9*25) to (x_max,9*25) color blue;
    
    // Game info.
    rectangle_fill (0,475) to (249,475+13) color gray;
    color black;
    tmp_string.copy "Level:";    
    level.append_in tmp_string format 2 with '0';
    tmp_string.append " Lines:";
    line_count.append_in tmp_string format 4 with '0';    
    stat
    .when 0 to 1 then { tmp_string.append " Play"; }
    .when 2 then { tmp_string.append " Stop";  }
    .when 3 then { tmp_string.append " Pause"; };
    print tmp_string to (2,474);
  );

  - display_face <-
  ( + x0,y0,x1,y1:INTEGER;
    
    x0:=((pos_x - 3).max  0) * 25;
    x1:=(((pos_x + 3).min  9) * 25) + 24;
    y0:=((pos_y - 3).max  0) * 25;
    y1:=(((pos_y + 3).min 18) *25) + 24;
    draw (x0,y0) to (x1,y1);
  );
  
  //
  // Events.
  //
  
  - receive msg:EVENT <-
  ( + evt_keyboard:EVENT_KEYBOARD;
    + evt_time:EVENT_TIMER;
    + evt_mouse:EVENT_MOUSE;
    
    evt_keyboard ?= msg;    
    (evt_keyboard != NULL).if {
      keyboard_event (evt_keyboard.key);
    };
    
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {
      mouse_event evt_mouse;
    };
    
    evt_time ?= msg;    
    (evt_time != NULL).if {
      timer_event evt_time;
    };    
  );
  
  - delay:UINTEGER_32;
  - stat:UINTEGER_8;
  - old_stat:UINTEGER_8;
  - random:UINTEGER_32;
  
  - timer_event evt:EVENT_TIMER <-
  ( + speed:UINTEGER_32;    
    
//    ia;
    
    delay := delay + evt.delay;
    speed := 10 - (level >> 1); 
    (delay > speed).if {
      delay := delay - speed;
      stat
      .when 0 then {
        // Stat #0 : Load new face.
        random := 6.random_upper; //random * random; // + evt.count;
        //random := random + 1;
        
        n_face := /*`(4)`:INTEGER;*/ (random % 7).to_uinteger_8; 
        load_face n_face;
        n_face := n_face + 1;
        (move (4,2) rotation 0).if {
          stat := 1;
          put_face;
          display_face;
        } else {
          // Game over.
          stat := 2;
          refresh;
        };
      }
      .when 1 then {
        // Stat #1 : Moving bottom face.
        remove_face;
        (move (pos_x,pos_y+1) rotation pos_r).if {
          put_face;
          display_face;
        } else {
          stat := 0;
          put_face;	  
          delete_line;
        };
      }.when 2 to 3 then {	
        // Stat #2, #3 : Nothing (Stop or Pause game).	
      };
    };
  );
  
  - keyboard_event key:UINTEGER_16 <-
  (
    (((key & 0800h) != 0) && {stat=1}).if {
      remove_face;
      (key & 0FFh).to_character
      .when 'U' then {
        // Rotation.
        move (pos_x,pos_y) rotation ((pos_r+1) & 3);
      }
      .when 'R' then {
        // Right.
        move (pos_x+1,pos_y) rotation pos_r;
      }
      .when 'L' then {
        // Left.
        move (pos_x-1,pos_y) rotation pos_r;
      }
      .when 'D' then {
        // Speed Down.
        {move (pos_x,pos_y+1) rotation pos_r}.while_do {
          put_face;
          display_face;
          remove_face;
        };
      };
      put_face;
      display_face;
    } else {
      ((key & 0FFh).to_character = ' ').if {
        (stat = 2).if {
          // New game.
          screen.clear_all;
          line_count := stat := 0;
          level := 0; //19;
        }.elseif {stat = 3} then {
          // Restart (after pause).
          stat := old_stat;
        } else {
          // Pause.
          old_stat := stat;
          stat := 3;
        };
        refresh;
      };
    };
  );

  - mouse_event evt:EVENT_MOUSE <-
  ( + win:AREA;
    
    win := DESK.get_object (evt.x_current,evt.y_current);
    (win != Self).if {
      // Pause.
      (stat < 2).if {
        old_stat := stat;      
        stat := 3;	
        refresh;
      };
      DESK.receive evt;
    } else {
      (evt.left_down).if {
        (stat = 2).if {
          // New game.
          screen.clear_all;
          line_count := stat := 0;
          level := 0; //19;
        }.elseif {stat = 3} then {
          // Restart (after pause).
          stat := old_stat;
        } else {
          // Pause.
          old_stat := stat;
          stat := 3;
        };
        refresh;
      };
    };
  );
  
  //
  // IA
  //
  
  - form:FAST_ARRAY3(INTEGER) := FAST_ARRAY3(INTEGER).create (4,4,2);
  
  - screen_ia:FAST_ARRAY2(UINTEGER_8) := FAST_ARRAY2(UINTEGER_8).create (10,19);
  
  - stat_ia:INTEGER;
  
  - ia <-
  ( + cnt,dx,dy,tmp,px,py,max,x,y:INTEGER;
    + first,is_ok:BOOLEAN;
    - px_max,pr_max:INTEGER;
        
    // Copy game.
    0.to 18 do { cy:INTEGER; 
      0.to 9 do { cx:INTEGER;          
        (screen.item (cx,cy) != 0).if {
          screen_ia.put 1 to (cx,cy);
        } else {
          screen_ia.put 0 to (cx,cy);
        };
      };
    };
    
    (stat_ia = 0).if {          
      // Detect face.      
      dx := dy := 10;
      y := 0;
      {(cnt != 4) && {y < 4}}.while_do {
        x := 3;
        {(cnt != 4) && {x < 7}}.while_do {
          (screen_ia.item (x,y) != 0).if {          
            dx := dx.min x;
            dy := dy.min y;
            form.put x to (0,cnt,0);
            form.put y to (0,cnt,1);
            cnt := cnt + 1;
          };
          x := x + 1;
        };
        y := y + 1;
      };
      (cnt = 4).if {
        //"Face detect!\n".print;
        // Normalize.
        0.to 3 do { i:INTEGER;
          form.put (form.item (0,i,0)-dx) to (0,i,0);
          form.put (form.item (0,i,1)-dy) to (0,i,1);
        };
        // 3 rotation (+pi/2).
        1.to 3 do { r:INTEGER;      
          dx := dy := 10;
          px_max := pr_max := 10;
          0.to 3 do { c:INTEGER;
            tmp := r - 1;
            px := -form.item (tmp,c,1);
            py := +form.item (tmp,c,0);
            dx := dx.min px;
            dy := dy.min py;
            ((py < pr_max) || {(py = pr_max) && {px < px_max}}).if {
              pr_max := py;
              px_max := px;
              max := c;              
            };              
            form.put px to (r,c,0);  // x' = -y
            form.put py to (r,c,1);  // y' = +x
          };      
          (max != 0).if {
            // Swap for 0 is always first point.
            tmp := form.item (r,0,0);
            form.put (form.item (r,max,0)) to (r,0,0);
            form.put tmp to (r,max,0);
            tmp := form.item (r,0,1);
            form.put (form.item (r,max,1)) to (r,0,1);
            form.put tmp to (r,max,1);
          };
          // Normalize.
          0.to 3 do { i:INTEGER;
            form.put (form.item (r,i,0)-dx) to (r,i,0);
            form.put (form.item (r,i,1)-dy) to (r,i,1);
          };
        };    
        //print_form;
        // Evaluation.
        abyss_list.clear;
        result_list.clear;        
        mesure_abyss screen_ia in abyss_list;
        0.to 3 do { pr:INTEGER;
          px := 0;
          {
            is_ok := mesure pr pos px;            
            px := px + 1;
          }.do_while {is_ok};
        };
        (pr_max,px_max) := choice_best;
        /*
        "Rotation : ".print;
        pr_max.print;
        " pos_x : ".print;
        px_max.print; '\n'.print;
        */
        //IO.read_character;
        
        1.to pr_max do { i:INTEGER;
          keyboard_event (0800h | 'U'.to_integer);
        };
        
        stat_ia := 1;
        //"Position...\n".print;
      };      
    }.elseif {stat_ia = 1} then {
      // Game.      
      y := 0;
      {(!first) && {y < 19}}.while_do {
        x := 0;
        {(!first) && {x < 10}}.while_do {
          (screen_ia.item (x,y) != 0).if {
            px := x - form.item (pr_max,0,0);
            (px = px_max).if {
              
              //(line_count < 34).if {
              //  keyboard_event (0800h | 'D'.to_integer);
              //};
              
              stat_ia := 2;
              //"Wait...\n".print;      
            } else {
              1.to (px - px_max) do { t:INTEGER;               
                keyboard_event (0800h | 'L'.to_integer);
              };
              1.to (px_max - px) do { t:INTEGER;               
                keyboard_event (0800h | 'R'.to_integer);
              };
            };
            first := TRUE;
          };          
          x := x + 1;
        };
        y := y + 1;
      };
    }.elseif {stat_ia = 2} then {
      // Wait other face.      
      y := 0;
      {(cnt != 4) && {y < 4}}.while_do {
        x := 3;
        {(cnt != 4) && {x < 7}}.while_do {
          (screen_ia.item (x,y) != 0).if {                      
            cnt := cnt + 1;
          };
          x := x + 1;
        };
        y := y + 1;
      };
      (cnt != 4).if {
        stat_ia := 0;
        "Detect...\n".print;
      };
    };
  );
  
  - screen_after:FAST_ARRAY2(UINTEGER_8) := FAST_ARRAY2(UINTEGER_8).create (10,19);
  
  - result_list:FAST_ARRAY(INTEGER) := FAST_ARRAY(INTEGER).create_with_capacity (40*7);
    
  - mesure pr:INTEGER pos px:INTEGER :BOOLEAN <-
  ( + py:INTEGER;    
    + m1,m2,m3,m4,m5:INTEGER;
    + result:BOOLEAN;
    
    screen_after.copy_collection screen_ia;
    py := put_ia pr pos px;
    (py != -1).if {
      // Evaluation.      
      m1 := mesure_link screen_after;      
      m3 := mesure_subhole screen_after * -3;
      m5 := mesure_line screen_after;
      m2 := mesure_ymax screen_after detect 2;      
      
      abyss_list_after.clear;
      mesure_abyss screen_after in abyss_list_after;
      (m5 >= 2).if {
        // Si tu gagnes 2 lignes, tu acceptes deux abyss.
        m4 := ((abyss_list_after.count/2)-1).max 0 * -100;
      } else {        
        m4 := (abyss_list_after.count/2) * -100;
      };
      (abyss_list_after.count < abyss_list.count).if {
        m2 := m2 + 4;
      };
      (m2 <= 9).if {        
        (m2 <= 4).if {
          m2 := m2 - 1000;
        } else {
          m2 := m2 - 100; //25 * (13 - m2);        
        };
      };
      (mesure_ymax screen_ia detect 1 <= 7).if {
        (m5 >= 2).if {
          m2 := m2 + 1000;
        };
      };
      
      /*
      (m4 = 1).if {
        (abyss_list_after.lower).to (abyss_list_after.upper) by 2 do { i:INTEGER;
          "X=".print;
          abyss_list_after.item i.print;
          " Depth=".print;
          abyss_list_after.item (i+1).print;
          ','.print;
        };
        print_screen screen_after;
      };
      */
                  
      result_list.add_last m1;
      result_list.add_last m2;
      result_list.add_last m3;
      result_list.add_last m4;
      result_list.add_last m5;
      //
      result_list.add_last pr;
      result_list.add_last px;
      // Remove.      
      result := TRUE;
    };                        
    result
  );
  
  - choice_best:(INTEGER,INTEGER) <-
  ( + idx_global,idx:INTEGER;
    + idx_left,idx_right:INTEGER;
        
    print_result;    
        
    idx_global := best_in_range 0 to 9;
    
    (abyss_list.is_empty).if { 
      // Pas d'abyss.
      idx := idx_global;
    } else {            
      idx := -1;
      idx_left   := best_in_range 0 to (abyss_list.first - 1);
      idx_right  := best_in_range (abyss_list.first - 1) to 9;
      (idx_left = -1).if {
        idx := idx_right;
      };
      (idx_right = -1).if {
        idx := idx_left;
      };
      (idx = -1).if {
        (score idx_left > score idx_right).if {
          idx := idx_left;
        } else {
          idx := idx_right;
        };
      };
    };
        
    "Best : ".print; (idx/7).print; '\n'.print;
    result_list.item (idx+5),result_list.item (idx+6)
  );  
  
  - score i:INTEGER :INTEGER <-
  (
    result_list.item (i+0) +
    result_list.item (i+1) +
    result_list.item (i+2) +
    result_list.item (i+3) +
    result_list.item (i+4)
  );
  
  - best_in_range low:INTEGER to up:INTEGER :INTEGER <-
  ( + idx:INTEGER;
    + max,tmp:INTEGER;
    
    idx := -1;
    (low <= up).if {    
      max := -1000_000;
      0.to (result_list.upper) by 7 do { i:INTEGER;
        (result_list.item (i+6).in_range low to up).if {
          tmp := score i;
          (tmp > max).if {
            idx := i;
            max := tmp;
          };
        };
      };    
    };
    idx
  );
  

  - put_ia r:INTEGER pos x:INTEGER :INTEGER <-
  ( + j,px,py,y:INTEGER;
    + in:BOOLEAN;
    
    y := 3;
    {
      j := 0;
      y := y + 1;
      {
        (j < 4) && 
        {in := ((px:=x + form.item (r,j,0)).in_range 0 to 9)}  &&
        {(py:=y + form.item (r,j,1)).in_range 0 to 18} &&
        {screen_after.item (px,py) = 0}
      }.while_do {
        j := j + 1;
      };      
    }.do_while {j = 4};
    (! in).if {      
      y := -1;
    } else {      
      y := y - 1;
      0.to 3 do { i:INTEGER;
        px := x + form.item (r,i,0);
        py := y + form.item (r,i,1);
        screen_after.put 2 to (px,py);
      };
    };
    y
  );
    
  //
  // Sub-routine mesure.
  //
  
  - abyss_list:FAST_ARRAY(INTEGER) := FAST_ARRAY(INTEGER).create_with_capacity 5;
  
  - abyss_list_after:FAST_ARRAY(INTEGER) := FAST_ARRAY(INTEGER).create_with_capacity 5;
  
  - mesure_abyss tab:FAST_ARRAY2(UINTEGER_8) in ab:FAST_ARRAY(INTEGER) <-
  ( + y,yl,yr,ymax,depth,i:INTEGER;
            
    0.to 9 do { x:INTEGER;
      y := 4;
      yl := yr := -1;
      {(y < 19) && {tab.item (x,y) = 0}}.while_do {
        ((x != 0) && {yl = -1} && {tab.item (x-1,y) != 0}).if {
          yl := y;
        };
        ((x != 9) && {yr = -1} && {tab.item (x+1,y) != 0}).if {
          yr := y;
        };        
        y := y + 1;
      };
      (x = 0).if {
        ymax := yr;
      }.elseif {x = 9} then {
        ymax := yl;
      }.elseif {(yl != -1) && {yr != -1}} then {        
        ymax := yl.max yr;
      } else {
        ymax := -1;
      };
      
      (ymax != -1).if {
        depth := y-ymax;
        (depth >= 3).if {        
          i := ab.lower;
          {(i <= ab.upper) && {depth < ab.item i}}.while_do {
            i := i + 1;
          };
          ab.add x to i;
          ab.add depth to (i+1);
        };      
      };
    };
  );
    
  - mesure_ymax tab:FAST_ARRAY2(UINTEGER_8) detect n:INTEGER :INTEGER <-
  ( + result,x:INTEGER;
    
    result := 4;
    {
      x := 0;
      {(x < 10) && {tab.item (x,result) != n}}.while_do {
        x := x + 1;
      };
      result := result + 1;
    }.do_while {(result < 19) && {x = 10}};
    result - 1
  );
    
  - mesure_line tab:FAST_ARRAY2(UINTEGER_8) :INTEGER <-
  ( + result:INTEGER;
    + y,x:INTEGER;
    
    y := 18;
    {
      x := 0;
      {(x < 10) && {tab.item (x,y) != 0}}.while_do {
        x := x + 1;
      };
      (x = 10).if {
        y.downto 5 do { yy:INTEGER;
          0.to 9 do { xx:INTEGER;
            tab.put (tab.item (xx,yy-1)) to (xx,yy);
          };
        };
        result := result + 1;
      } else {
        y := y - 1;
      };
    }.do_while {y != 4};
    result
  );
  
  - mesure_link tab:FAST_ARRAY2(UINTEGER_8) :INTEGER <-
  ( + y,yb:INTEGER;
    + result:INTEGER;
    
    0.to 9 do { x:INTEGER;
      y := 4;
      {(y < 19) && {tab.item (x,y) != 2}}.while_do {
        y := y + 1;
      };
      {(y < 19) && {tab.item (x,y) = 2}}.while_do {
        // Left.
        ((x = 0) || {tab.item (x-1,y) = 1}).if {
          result := result + 1;
        };
        // Right.
        ((x = 9) || {tab.item (x+1,y) = 1}).if {
          result := result + 1;
        };
        // Bottom.
        ((y = 18) || {tab.item (x,y+1) = 1}).if {
          result := result + 1;
        };        
        ((y != 18) && {tab.item (x,y+1) = 0}).if {
          result := result-100; 
          yb := y+2;
          {(yb < 19) && {tab.item (x,yb) = 0}}.while_do {
            result := result - 50;
            yb := yb + 1;
          };
        };        
        y := y + 1;
      };
    };
    
    (result = 4).if {
      print_screen tab;
    };
    
    result 
  );
  
  - mesure_subhole tab:FAST_ARRAY2(UINTEGER_8) :INTEGER <-
  ( + y,y_max:INTEGER;
    + result:INTEGER;
    
    0.to 9 do { x:INTEGER;
      y := 4;
      {(y < 19) && {tab.item (x,y) != 2}}.while_do {
        y := y + 1;
      };
      (y < 19).if {
        {(y < 19) && {tab.item (x,y) = 2}}.while_do {          
          y := y + 1;
        };
        y_max := 19.min (y+4);
        {y < y_max}.while_do {          
          (tab.item (x,y) = 0).if {
            result := result + 1;
          };
          y := y + 1;
        };        
      };
    };        
    result 
  );

  //
  // Debug.
  //
  
  - screen_txt:FAST_ARRAY2(CHARACTER) := FAST_ARRAY2(CHARACTER).create (4*5*2,4);
  
  - print_form <-
  ( + px,py:INTEGER;
    screen_txt.set_all_with '-';
    0.to 3 do { r:INTEGER;      
      px := (r*5+form.item (r,0,0)) * 2;
      py := form.item (r,0,1);
      screen_txt.put '(' to (px,py);
      screen_txt.put ')' to (px+1,py);
      1.to 3 do { p:INTEGER;
        px := (r*5+form.item (r,p,0)) * 2;
        py := form.item (r,p,1);
        screen_txt.put '[' to (px,py);
        screen_txt.put ']' to (px+1,py);
      };            
      0.to 3 do { y:INTEGER;
        px := (r*5+4)*2;
        screen_txt.put ' ' to (px,y);
        screen_txt.put ' ' to (px+1,y);
      };
    };    
    0.to 3 do { y:INTEGER;
      0.to 39 do { x:INTEGER;
        screen_txt.item (x,y).print;
      };
      '\n'.print;
    };
  );
  
  - print_screen tab:FAST_ARRAY2(UINTEGER_8) <-
  (
    0.to 18 do { y:INTEGER;
      0.to 9 do { x:INTEGER;
        tab.item (x,y)
        .when 0 then {
          "--".print;
        }
        .when 1 then {          
          "[]".print;
        }
        .when 2 then {
          "{}".print;
        };
      };
      '\n'.print;
    };    
    0.to 9 do { x:INTEGER;
      x.print;
      ' '.print;
    };
    '\n'.print;
  );
  
  - print_result <-
  ( + tmp:INTEGER;
    "|N \t||Link\t|Ymax\t|Hole\t|Abys\t|Line\t||Rot.\t|X   \t||Value\n".print;
    (result_list.lower).to (result_list.upper) by 7 do { i:INTEGER;
      '|'.print;
      (i/7).print; "\t||".print;
      0.to 4 do { j:INTEGER;
        result_list.item (i+j).print;
        "\t|".print;
      };      
      '|'.print;
      result_list.item (i+5).print;
      "\t|".print;
      result_list.item (i+6).print;
      "\t||".print;
      tmp := result_list.item (i+0) + result_list.item (i+1) + result_list.item (i+2);
      tmp := tmp + result_list.item (i+3);
      tmp := tmp + result_list.item (i+4);
      tmp.print;
      '\n'.print;
    };
    (abyss_list.lower).to (abyss_list.upper) by 2 do { i:INTEGER;
      "Abyss : x=".print;       
      abyss_list.item i.print;
      " depth=".print;
      abyss_list.item (i+1).print;
      '\n'.print;
    };
  );
  

lisaac_0.39_rc1/example/tree/0000755000175000017500000000000011314031324016016 5ustar  sonntagsonntaglisaac_0.39_rc1/example/tree/node.li0000644000175000017500000000427111314031264017300 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := NODE;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  + label:ABSTRACT_STRING;
  
  //
  // Creation.
  //
  
  - create lab:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make lab;
    result
  );
  
  - make lab:ABSTRACT_STRING <-
  ( 
    label := lab;
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    indent.print;
    label.print;
    '\n'.print;
  );
  
Section Private
  
  - indent:STRING := STRING.create 250;
lisaac_0.39_rc1/example/tree/master.li0000644000175000017500000000475111314031264017651 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := MASTER;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Tree program.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  + root:NODE_COMPOSITE;
  
Section Public  

  - main <-
  ( + file:NODE;
    + dir,dir2:NODE_COMPOSITE;
    
    root := NODE_COMPOSITE.create "Root";

    dir := NODE_COMPOSITE.create "Directory";
    root.add dir;
    
    file := NODE.create "SubFile1";
    dir.add file;
    file := NODE.create "SubFile2";
    dir.add file;
    file := NODE.create "SubFile3";
    dir.add file;
    
    dir2 := NODE_COMPOSITE.create "SubDirectory";
    dir.add dir2;
    
    file := NODE.create "SubSubFile1";
    dir2.add file;
    file := NODE.create "SubSubFile2";
    dir2.add file;
    
    file := NODE.create "File1";
    root.add file;
    file := NODE.create "File2";
    root.add file;
    
    root.print;
  );
lisaac_0.39_rc1/example/tree/node_composite.li0000644000175000017500000000444111314031264021361 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := NODE_COMPOSITE;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The composite tree node.";
  
Section Inherit
  
  + parent_node:Expanded NODE;
  
Section Public  
  
  + children:LINKED_LIST(NODE);
  
  - add n:NODE <-
  (
    children.add_last n;
  );
  
  //
  // Creation.
  //
    
  - make lab:ABSTRACT_STRING <-
  ( 
    parent_node.make lab;
    children := LINKED_LIST(NODE).create;
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    parent_node.print;
    (children.is_empty).if_false {
      indent.append "  ";
      (children.lower).to (children.upper) do { j:INTEGER; 
        children.item j.print;
      };
      indent.remove_last 2;
    };
  );
lisaac_0.39_rc1/example/acgt/0000755000175000017500000000000011314031324015775 5ustar  sonntagsonntaglisaac_0.39_rc1/example/acgt/acgt.li0000644000175000017500000000717011314031256017252 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ACGT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  
  - monome_size:INTEGER;
  
  - list:FAST_ARRAY(FAST_ARRAY(BASE));
  
  - base:FAST_ARRAY(BASE) := 
  ( + result:FAST_ARRAY(BASE);    
    + code:UINTEGER_8;
    result := FAST_ARRAY(BASE).create_with_capacity (20*(3+1));
    0.to 2 do { f:INTEGER;
      f.to 3 do { s:INTEGER;
        (f+1).to 3 do { t:INTEGER;
          result.add_last (BASE.create (result.count+1));
          //
          code := ((f << 4) | (s << 2) | t).to_uinteger_8;          
          result.add_last (BASE.create code);
          //
          code := ((t << 4) | (f << 2) | s).to_uinteger_8;
          result.add_last (BASE.create code);
          //
          code := ((s << 4) | (t << 2) | f).to_uinteger_8;
          result.add_last (BASE.create code);
        };
      };
    };
    result        
  );
  
  - print_base <-
  (
    (base.lower).to (base.upper) by 4 do { i:INTEGER;
      base.item (i+1).print; '-'.print;
      base.item (i+2).print; '-'.print;
      base.item (i+3).print; '\n'.print;      
    };
  );
  
  - compute_monome <-
  ( + idx:INTEGER;    
    + new_m:FAST_ARRAY(BASE);
    + b:BASE;
    + v:UINTEGER_8;
    
    new_m := FAST_ARRAY(BASE).create_with_capacity monome_size;
    0.to (monome_size-1) do { i:INTEGER;
      v := base.item idx.value;
      b := base.item (idx + v);
      new_m.add_last b;
    };
    
    list.add_last new_m;
    
  );
  
  - print_monome <-
  ( + m:FAST_ARRAY(BASE);
    (list.lower).to (list.upper) do { i:INTEGER;
      i.print; ':'.print;
      m := list.item i;
      (m.lower).to (m.upper-1) do { j:INTEGER;
        m.item j.print;
        '-'.print;
      };
      m.last.print;
    };
    '\n'.print;
  );
  
  - main <-
  (
    list := FAST_ARRAY(FAST_ARRAY(BASE)).create_with_capacity 262144;
    
    monome_size := 2;
    print_base;
    //compute_monome;
    //print_monome;
  );
  
  
lisaac_0.39_rc1/example/acgt/mail.txt0000644000175000017500000000046611314031256017472 0ustar  sonntagsonntagLongueur 1 : 60                       
Longueur 2 : 1 704                    
Longueur 3 : 30 432                   
Longueur 4 : 382 164                  
Longueur 5 : 3 568 212          (24s)
Longueur 6 : 25 507 512         (4mn)
Longueur 7 : 141 639 780        (36mn)
Longueur 8 : 614 568 102        (3h47)
lisaac_0.39_rc1/example/acgt/base.li0000644000175000017500000000477311314031256017254 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := Expanded BASE;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";
  
  - type := `unsigned char`;
  
  - default := `0`:BASE;
  
Section Insert

  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - value:UINTEGER_8 <- CONVERT(BASE,UINTEGER_8).on Self;
  
  //
  // Creation.
  //
  
  - create c:UINTEGER_8 :SELF <-
  (
    CONVERT(UINTEGER_8,SELF).on c
  );
  
  //
  // Print.
  //
  
  - print <-
  (    
    acgt.item ((value>>4) & 11b).print;    
    acgt.item ((value>>2) & 11b).print;
    acgt.item (value      & 11b).print;
  );
  
Section Private
  
  - acgt:FAST_ARRAY(CHARACTER) :=
  ( + result:FAST_ARRAY(CHARACTER);
    
    result := FAST_ARRAY(CHARACTER).create_with_capacity 4;
    result.add_last 'A';
    result.add_last 'C';
    result.add_last 'G';
    result.add_last 'T';
    result    
  );
lisaac_0.39_rc1/example/bottles/0000755000175000017500000000000011314031324016533 5ustar  sonntagsonntaglisaac_0.39_rc1/example/bottles/bottles.li0000644000175000017500000000464011314031256020545 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

Section Header

  + name := BOTTLES;

  - author := "Luis Araujo ";
  
  - comment := "The cool song 99 bottles of beer!";

Section Private

  - b:STRING_CONSTANT := " bottles ";

Section Public

  - main <-
  ( + v:INTEGER;
    
    99.downto 1 do { i:INTEGER;
      i.print;
      b.print;
      "of beer on the wall, ".print;
      i.print;
      b.print;
      "of beer.\nTake one down and pass it around, ".print;

      v := i - 1;
      (v = 0).if {
        "no more bottles of beer on the wall.\n\n\
        \No more bottles of beer on the wall, no more bottles of beer.\n\
        \Go to the store and buy some more, 99 bottles of beer on the wall.\n".print;
      } else {
        v.print;
        (v = 1).if_true {
          b := " bottle ";
        };
        b.print;
        "of beer on the wall.\n\n".print;
      };
    };
  );
lisaac_0.39_rc1/example/clean.sh0000755000175000017500000000052511314031256016506 0ustar  sonntagsonntag#!/bin/bash

for i in `find -name "*~"` ; do rm $i ; done
for i in `find -name "*.c"` ; do rm $i ; done
for i in `find -name "*.exe"` ; do rm $i ; done
for i in `find -name "avoir.txt"` ; do rm $i ; done

for i in `find -name "*.li"`
do
   FILE=`echo $i|sed -e 's/\.li$//;s%^\./%%'`
   if [ -f $FILE ];then
      rm $FILE
   fi
done

exit 0
lisaac_0.39_rc1/example/super/0000755000175000017500000000000011314031324016215 5ustar  sonntagsonntaglisaac_0.39_rc1/example/super/master.li0000644000175000017500000000426711314031264020052 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := MASTER;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Example the `super' call.";
  
Section Inherit  
  
  - parent_obj:OBJ := OBJ;

Section Public
  
  + name:STRING_CONSTANT := "MASTER";
  
  + method <-
  (
    "\tThis method is in MASTER.\n".print;
    "\tMy context is ".print;
    name.print;
    '\n'.print;
  );
    
  - main <-
  ( + obj:OBJ;    
    
    "\nCall method:\n".print;
    method;

    "\nCall `super' method:\n".print;
    parent_obj.method;

    "\nCall the parent method:\n".print;
    obj := parent_obj;
    obj.method;        
  );
lisaac_0.39_rc1/example/super/obj.li0000644000175000017500000000371211314031264017323 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := OBJ;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Example the `super' call.";
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;

Section Public  
  
  + name:STRING_CONSTANT := "OBJ";
  
  + method <-
  (
    "\tThis method is in OBJ.\n".print;
    "\tMy context is ".print;
    name.print;
    '\n'.print;
  );
lisaac_0.39_rc1/example/su_doku/0000755000175000017500000000000011314031324016530 5ustar  sonntagsonntaglisaac_0.39_rc1/example/su_doku/su_doku.li0000644000175000017500000002145611314031264020542 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := SU_DOKU;
  
  - comment := "Du_doku Solver.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  //
  // Data.
  //
  
  - array  :FAST_ARRAY2(INTEGER) := FAST_ARRAY2(INTEGER).create (9,9);
      
  //
  // Example.
  //
  
  - load_example <-
  (
    array.set_all_with 0;
    array.put 9 to (1,0); array.put 7 to (2,0); array.put 8 to (3,0); 
    array.put 1 to (5,0); array.put 5 to (6,0);
    array.put 4 to (1,1);
    array.put 1 to (2,2); array.put 2 to (4,2); array.put 9 to (8,2);
    array.put 4 to (6,3); array.put 8 to (7,3);
    array.put 4 to (0,4); array.put 9 to (3,4); array.put 6 to (5,4); array.put 1 to (8,4);
    array.put 5 to (1,5); array.put 2 to (2,5);
    array.put 7 to (0,6); array.put 6 to (4,6); array.put 3 to (6,6);
    array.put 6 to (7,7);
    array.put 5 to (2,8); array.put 2 to (3,8); array.put 3 to (5,8); 
    array.put 8 to (6,8); array.put 1 to (7,8);
  );
  
  //
  // Display.
  //
  
  - display <-
  ( + v:INTEGER;
    
    
    0.to 8 do { y:INTEGER;
      ((y % 3) = 0).if {
        "#####################################\n".print;
      } else {
        "#---+---+---#---+---+---#---+---+---#\n".print;
      };
      0.to 8 do { x:INTEGER;
      ((x % 3) = 0).if {
        "# ".print;
      } else {
        "| ".print;
      };
      v := array.item (x,y);
      (v = 0).if { 
        ' '.print;
      } else {
        v.print;
      };
      ' '.print;
      };
      "#\n".print;
    };
    "#####################################\n".print;
  );
  
  //
  // Solver.
  //

  - is_good value:INTEGER to (x,y:INTEGER) :BOOLEAN <-
  ( + j,k,bx,by:INTEGER;
    + result:BOOLEAN;
    result := TRUE;
    // Horizontal/Vertical test.
    {(j<9) && {result}}.while_do {
      result := (array.item (x,j) != value) && {array.item (j,y) != value};
      j := j + 1;
    };
    (result).if {
      // Block test.
      by := y / 3 * 3;      
      bx := x / 3 * 3;
      j := 0;
      {(j < 3) && {result}}.while_do {
        k := 0;
        {(k < 3) && {result}}.while_do {
          result := array.item (bx+k,by+j) != value;
          k := k + 1;
        };
        j := j + 1;
      };      
    };
    result
  );
  
  - solver (x,y:INTEGER) :BOOLEAN <-
  ( + px,py:INTEGER;
    + v:INTEGER;
    + is_found:BOOLEAN;
    
    px := x; 
    py := y;
    {(py<9) && {array.item (px,py) != 0}}.while_do {
      px := px + 1;
      (px > 8).if {
        px := 0;
        py := py + 1;
      };
    };
    (py = 9).if {
      is_found := TRUE;
    } else {
      v := 1;  
      {
        (is_good v to (px,py)).if { 
          // I love English Girls (2005)
          array.put v to (px,py);
          is_found := solver (px,py);
          (is_found).if_false {
            array.put 0 to (px,py);
          };
        };
        v := v + 1;
      }.do_while {(v < 10) && {! is_found}};
    };
    is_found
  );
  
  - graph_table:FAST_ARRAY2(G_IN);
  
  - array_to_graph <-
  ( + val:INTEGER;
    + in:G_IN;
    0.to 8 do { x:INTEGER;
      0.to 8 do { y:INTEGER;
        val := array.item (x,y);
        in  := graph_table.item (x,y);
        in.text.clear;
        (val != 0).if {
          val.append_in (in.text);
        };
        in.refresh;
      };
    };
  );
  
  - graph_to_array <-
  ( + val:INTEGER;
    + in:G_IN;
    0.to 8 do { x:INTEGER;
      0.to 8 do { y:INTEGER;        
        in  := graph_table.item (x,y);
        (in.text.is_empty).if {
          val := 0;
        } else {
          val := in.text.to_integer;
        };
        array.put val to (x,y);
      };
    };
  );
  
  - message:G_OUT;
  
Section Public
  
  - run:G_WIN_OUT <- 
  ( + c1,l1,c2,l2,r:G_EXPR;
    + g:G_IN;
    
    graph_table := FAST_ARRAY2(G_IN).create (9,9); 
    0.to 2 do { xx:INTEGER;
      c2 := NULL;
      0.to 2 do { yy:INTEGER;
        l1 := NULL;
        0.to 2 do { x:INTEGER;
          c1 := NULL;
          0.to 2 do { y:INTEGER;
            g := G_IN.create (2,1) justify (G_IN.center) action { in:G_IN;
              in.text.remove_last 1;
              ((in.text.count > 1) || {! in.text.first.in_range '1' to '9'}).if {
                in.text.clear;
                message.text.copy " Error: Between 1 and 9";                
              } else {
                message.text.copy " Ok.";                
              };
              message.refresh;
            };
            graph_table.put g to (xx*3+x,yy*3+y);
            r := G_RAW.create g;
            (c1 = NULL).if {
              c1 := r;
            } else {
              c1 := c1 / r;
            };
          };
          (l1 = NULL).if {
            l1 := c1;
          } else {
            l1 := l1 | c1;
          };
        };                
        r := G_RAW.create l1;
        (c2 = NULL).if {
          c2 := r;
        } else {
          c2 := c2 / r;
        };
      };
      (l2 = NULL).if {
        l2 := c2;
      } else {
        l2 := l2 | c2;
      };
    };
    G_WIN_OUT.create "Sudoku Solver" with (
      (
        G_BUTTON.create (G_OUT.create "Clear" justify (G_OUT.center)) 
        action { b:G_BUTTON; 
          + in:G_IN;
          0.to 8 do { x:INTEGER;
            0.to 8 do { y:INTEGER;
              in := graph_table.item (x,y);
              in.text.clear;
              in.refresh;
            };
          };
        } |
        G_BUTTON.create (G_OUT.create "Load"  justify (G_OUT.center)) 
        action { b:G_BUTTON;
          load_example;
          array_to_graph;
        } |
        G_BUTTON.create (G_OUT.create "Solve" justify (G_OUT.center))
        action { b:G_BUTTON;
          graph_to_array;
          solver (0,0).if {
            message.text.copy " Found !";
          } else {
            message.text.copy " Not found !";
          };
          message.refresh;
          array_to_graph;
        }
      ).fix_height / 
      l2 / 
      (G_RAW.create (message := G_OUT.create " ")).fix_height
    )
  );
      
  - main <-
  ( + choice:CHARACTER;
        
    "====================================================\n\
    \Welcome the SU DOKU solver (V.1.0 by Sonntag Benoit)\n\
    \====================================================\n\n".print;
    
    {
      "[a]:Load example. [b]:Display. [c]:New. [d]:Solve! [e]:Exit\n\
      \Choice ?\n".print;
      {
        choice := IO.read_character;
      }.do_until {choice.in_range 'a' to 'e'};
      IO.read_character;
      
      choice
      .when 'a' then {
        load_example;
        "Load example: Ok\n".print;
      }
      .when 'b' then {
        display;
      }
      .when 'c' then {
        0.to 8 do { y:INTEGER;
          0.to 8 do { x:INTEGER;
            "Line #".print;
            (y+1).print;
            " Column #".print;
            (x+1).print;
            " ?\n".print;
            {
              choice := IO.read_character;
            }.do_until {(choice.in_range '1' to '9') || {choice = '\n'}};
            (choice = '\n').if {
              array.put 0 to (x,y);
            } else {
              array.put (choice.decimal_value) to (x,y);
              IO.read_character;
            };
          };
        };
      }
      .when 'd' then {
        "Solver result: ".print;
        solver (0,0).if {
          "Found !\n".print;
        } else {
          "Not found!\n".print;
        };
      };
    }.do_while {choice != 'e'};
    "Good bye!\n".print;
  );
lisaac_0.39_rc1/example/tree2/0000755000175000017500000000000011314031324016100 5ustar  sonntagsonntaglisaac_0.39_rc1/example/tree2/node.li0000644000175000017500000000426711314031264017367 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := NODE;

  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public  
  
  + label:ABSTRACT_STRING;
  
  //
  // Creation.
  //
  
  - create lab:ABSTRACT_STRING :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make lab;
    result
  );
  
  - make lab:ABSTRACT_STRING <-
  ( 
    label := lab;
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    indent.print;
    label.print;
    '\n'.print;
  );
  
Section Private
  
  - indent:STRING := STRING.create 250;
lisaac_0.39_rc1/example/tree2/master.li0000644000175000017500000000475611314031264017740 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := MASTER;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The first program.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  + root:NODE_COMPOSITE;
  
Section Public  

  - main <-
  ( + file:NODE;
    + dir,dir2:NODE_COMPOSITE;
    
    root := NODE_COMPOSITE.create "Root";

    dir := NODE_COMPOSITE.create "Directory";
    root.add dir;
    
    file := NODE.create "SubFile1";
    dir.add file;
    file := NODE.create "SubFile2";
    dir.add file;
    file := NODE.create "SubFile3";
    dir.add file;
    
    dir2 := NODE_COMPOSITE.create "SubDirectory";
    dir.add dir2;
    
    file := NODE.create "SubSubFile1";
    dir2.add file;
    file := NODE.create "SubSubFile2";
    dir2.add file;
    
    file := NODE.create "File1";
    root.add file;
    file := NODE.create "File2";
    root.add file;
    
    root.print;
  );
lisaac_0.39_rc1/example/tree2/node_composite.li0000644000175000017500000000444111314031264021443 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := NODE_COMPOSITE;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The composite tree node.";
  
Section Inherit
  
  + parent_node:Expanded NODE;
  
Section Public  
  
  + children:LINKED_LIST(NODE);
  
  - add n:NODE <-
  (
    children.add_last n;
  );
  
  //
  // Creation.
  //
    
  - make lab:ABSTRACT_STRING <-
  ( 
    parent_node.make lab;
    children := LINKED_LIST(NODE).create;
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    parent_node.print;
    (children.is_empty).if_false {
      indent.append "  ";
      (children.lower).to (children.upper) do { j:INTEGER; 
        children.item j.print;
      };
      indent.remove_last 2;
    };
  );
lisaac_0.39_rc1/example/slot/0000755000175000017500000000000011314031324016040 5ustar  sonntagsonntaglisaac_0.39_rc1/example/slot/parent_plus.li0000644000175000017500000000364611314031264020736 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PARENT_PLUS; // OBJ can to be clonable.
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "";
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  + parent_value_plus:INTEGER;
  
  - set_parent_value_plus new:INTEGER <-
  (
    parent_value_plus := new;
  );
lisaac_0.39_rc1/example/slot/parent_minus.li0000644000175000017500000000365211314031264021103 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PARENT_MINUS; // OBJ can to be clonable.
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "";
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  + parent_value_minus:INTEGER;
  
  - set_parent_value_minus new:INTEGER <-
  (
    parent_value_minus := new;
  );
lisaac_0.39_rc1/example/slot/master.li0000644000175000017500000002273511314031264017675 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := MASTER; // MASTER can to be clonable.

  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Example with -/+/* slot declaration.";
  
Section Inherit  
  
  //
  // Parents.
  //

  + parent_plus :PARENT_PLUS := PARENT_PLUS;

  - parent_minus:PARENT_MINUS := PARENT_MINUS;
    
  + parent_plus_expanded:Expanded PARENT_PLUS_EXPANDED;
  
  - parent_minus_expanded:Expanded PARENT_MINUS_EXPANDED;

Section Private  
  
  //
  // Globals.
  //
  
  + global_plus :OBJ;

  - global_minus:OBJ;
      
  + global_plus_expanded:Expanded OBJ;
  
  - global_minus_expanded:Expanded OBJ;
  
  //
  // Methods.
  //
  
  - method_minus (x,y:INTEGER) :INTEGER <- (x + y);
  
  + method_plus (x,y:INTEGER) :INTEGER <- (x + y);
  
  //
  // Locals.
  //
    
  - local_minus:INTEGER <-
  ( - local:OBJ;
    
    (local = NULL).if {
      local := OBJ.clone;
      local.set_value 100;
    } else {
      local.set_value (local.value + 1);
    };
    
    local.value
  );

  - local_plus:INTEGER <-
  ( + local:OBJ;
    
    (local = NULL).if {
      local := OBJ.clone;
      local.set_value 100;
    } else {
      local.set_value (local.value + 1);
    };
    
    local.value
  );

  //
  // Display.
  //
  
  - display <-  
  (
    "+========+==============+======+======+============+============+\n\
    \|".print;
    name.print;
             "|   Evaluate   |  -   |  +   | - Expanded | + Expanded |\n\
    \+========+==============+======+======+============+============+\n".print;

    // Parent.
    "| Parent | parent.value | ".print;
    parent_value_minus.to_string_format 4.print;
    " | ".print;
    parent_value_plus.to_string_format 4.print;
    " |       ".print;
    parent_value_minus_expanded.to_string_format 4.print;
    " |       ".print;
    parent_value_plus_expanded.to_string_format 4.print;
    " |\n\  
    \+--------+--------------+------+------+------------+------------+\n".print;

    // Global.
    "| Global | global.value | ".print;
    (global_minus = NULL).if { "NULL".print; } 
    else { global_minus.value.to_string_format 4.print; };
    " | ".print;
    (global_plus  = NULL).if { "NULL".print; } 
    else { global_plus .value.to_string_format 4.print; };
    " |       ".print;
    (global_minus_expanded = NULL).if { "NULL".print; } 
    else { global_minus_expanded.value.to_string_format 4.print; };
    " |       ".print;
    (global_plus_expanded = NULL).if { "NULL".print; } 
    else { global_plus_expanded.value.to_string_format 4.print; };
    " |\n\
    \+--------+--------------+------+------+------------+------------+\n".print;
    
    // Method.
    "| Method | method (2,3) | ".print;
    method_minus (2, 3).to_string_format 4.print;
    " | ".print;
    method_plus  (2, 3).to_string_format 4.print;
    " |   Nothing  |   Nothing  |\n\
    \+--------+--------------+------+------+------------+------------+\n".print;

    // Local.
    "| Local  | value        | ".print;
    local_minus.to_string_format 4.print;
    " | ".print;
    local_plus.to_string_format 4.print;
    " |   Nothing  |   Nothing  |\n\
    \+========+==============+======+======+============+============+\n\n".print;
  );  
  
  //
  // Service.
  //
  
  + name:STRING_CONSTANT;
  
  - set_name new:STRING_CONSTANT <-
  ( 
    name := new;
  );
  
  - press_key <-
  (
    "Press enter ...\n".print;
    IO.read_character;
  );
  
Section Public  
  
  - main <-
  ( + copy:SELF;
    
    "\nExample with (-/+) or (-/+ Expanded) slot declaration:\n\
    \========================================================\n\n".print;
    "In this example, '#' represent either '-' , '+'\n\n".print;
    
    "Object OBJ (Data/Parent):       \n\
    \-------------------------       \n\
    \Section Public                  \n\
    \  + value:INTEGER;              \n\
    \                                \n\
    \  - set_value new:INTEGER <-    \n\
    \  (                             \n\
    \    value := new;               \n\
    \  );                            \n\n".print;
    
    
    "Object EXAMPLE:     \n\
    \------------------- \n".print;    
    
    "Section Inherit     \n\
    \  # parent:OBJ := OBJ;                // Parent slot declaration \n\
    \  # parent_expanded:Expanded OBJ;     \n\n".print;
    
    "Section Public      \n\
    \  # global:OBJ;                       // Global data slot declaration \n\
    \  # global_expanded:Expanded OBJ;     \n\n".print;
    
    "  # method x,y:INTEGER :INTEGER <-    // Method slot declaration  \n\
    \  (                                                             \n\
    \    x + y                                                      \n\
    \  ); \n\n".print;
	
    "  - value:INTEGER <-                                              \n\
    \  ( # local:OBJ;                    // Local slot declaration  \n\
    \    (local = NULL).if {                                        \n\
    \      local := OBJ.clone;                                      \n\
    \      local.set_value 100;                                     \n\
    \    } else {                                                   \n\
    \      local.set_value (local.value + 1);                       \n\
    \    };                                                         \n\
    \                                                                  \n\
    \    local.value                                                   \n\
    \  ); \n\n".print;
    
    press_key;
    
    name := "ORIGINAL";
    copy := clone;
    copy.set_name "  COPY  ";
    
    "************************\n\
    \***   MAIN PROGRAM   ***\n\
    \************************\n\n".print; 
    "Definition of an EXAMPLE object named 'original' \n\n".print;
    Self.display; 
    
    "Definition of an EXAMPLE object named 'copy' \n\
    \  ---> copy := self.clone; \n\n".print;
    copy.display;
    "!!!!! The `Expanded' declaration slots are never with `NULL' value.\n\n".print;     
    press_key;
    
    //
    // LOCAL.
    //
    
    "==============\n\
    \= LOCAL SLOT =\n\
    \==============\n\n".print;    
 
    " Display ORIGINAL object \n\n".print;
    Self.display;
    "!!!!! The `-' local slot have a persistant value.\n\n".print;    
    press_key;
    
    " Display COPY object \n\n".print;
    copy.display;
    "!!!!! The `-' local slot is shared with ORIGINAL object.\n\n".print;
    press_key;
    
    //
    // PARENT.
    //
    
    "===============\n\
    \= PARENT SLOT =\n\
    \===============\n\n".print;
        
    " ---> ORIGINAL.parent.set_value 1\n\n".print;
    parent_value_minus    := 1;
    parent_value_plus     := 1;
    parent_value_minus_expanded := 1;
    parent_value_plus_expanded := 1;
    Self.display;
    copy.display;
    "!!!!! The `-' or '+' parent object is shared with COPY object, but not '+' Expanded\n".print;
    press_key;

    " ---> ORIGINAL.parent := PARENT.clone \n\
    \ ---> ORIGINAL.parent.set_value 2\n\n".print;
    parent_minus := PARENT_MINUS.clone;
    parent_plus  := PARENT_PLUS.clone;
    parent_value_minus    := 2;
    parent_value_plus     := 2;    
    parent_value_minus_expanded := 2;
    parent_value_plus_expanded := 2;
    Self.display;
    copy.display;
    "!!!!! The `-' parent slot is always shared with COPY object.\n\n".print;
    press_key;
    
    //
    // GLOBAL.
    //
    
    "===============\n\
    \= GLOBAL SLOT =\n\
    \===============\n\n".print;
        
    " ---> ORIGINAL.global := OBJ.clone\n\n".print;
    global_minus := OBJ.clone;
    global_plus  := OBJ.clone;
    Self.display;
    copy.display;
    "!!!!! The `-' global data slot is shared with COPY object.\n\n".print;
    press_key;

    //
    // METHOD.
    //
    
   "===============\n\
   \= GLOBAL SLOT =\n\
   \===============\n\n".print;
        
    " ---> ORIGINAL.method <- ( x,y:INTEGER; x * y)\n\n".print;
    method_minus <- ( x * y );
    method_plus  <- ( x * y );
    Self.display;
    copy.display;
    "!!!!! The `-' method slot is shared with COPY object.\n\n".print;
    press_key;
    
  );
lisaac_0.39_rc1/example/slot/obj.li0000644000175000017500000000356711314031264017156 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := OBJ; // OBJ can to be clonable.
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "";
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  + value:INTEGER;
  
  - set_value new:INTEGER <-
  (
    value := new;
  );
lisaac_0.39_rc1/example/slot/parent_minus_expanded.li0000644000175000017500000000371611314031264022754 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PARENT_MINUS_EXPANDED; // OBJ can to be clonable.
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "";
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  + parent_value_minus_expanded:INTEGER;
  
  - set_parent_value_minus_expanded new:INTEGER <-
  (
    parent_value_minus_expanded := new;
  );
lisaac_0.39_rc1/example/slot/parent_plus_expanded.li0000644000175000017500000000371211314031264022600 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PARENT_PLUS_EXPANDED; // OBJ can to be clonable.
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "";
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Private  
  
  + parent_value_plus_expanded:INTEGER;
  
  - set_parent_value_plus_expanded new:INTEGER <-
  (
    parent_value_plus_expanded := new;
  );
lisaac_0.39_rc1/example/shell/0000755000175000017500000000000011314031324016166 5ustar  sonntagsonntaglisaac_0.39_rc1/example/shell/shell.li0000644000175000017500000003660111314031264017634 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := SHELL;
     
  - author  := "Benoit Sonntag";
  
  - comment := "Small Shell, example File System manager";
  
Section Inherit
  
  + parent_area_mask:Expanded AREA_MASK;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Private  
  
  - command:STRING;    
  
  - cmds:FAST_ARRAY(STRING);
  
  - dir:DIRECTORY;
  
  - string_tmp:STRING := STRING.create 255;
  
  - execute <-
  ( + cmd:STRING;
    
    cmd := cmds.first;
    //
    // Entry command.
    //
    (cmd ~= "help").if {
      help;
    }.elseif {cmd ~= "ls"} then {
      ls;
    }.elseif {cmd ~= "version"} then {
      print_screen "Small Lisaac shell Version 0.2\n";
    }.elseif {cmd ~= "rm"} then {
      rm;      
    }.elseif {cmd ~= "mv"} then {
      mv;
    //  
    // Directory Manager.  
    //
    }.elseif {cmd ~= "cd"} then {
      cd;
    }.elseif {cmd ~= "mkdir"} then {
      mkdir;
    //  
    // File Manager.  
    //
    }.elseif {cmd ~= "cat"} then {
      cat;
    }.elseif {cmd ~= "mkfile"} then {
      mkfile;
    }.elseif {(cmd ~= "exit") || {cmd ~= "bye"}} then {
      exit_shell;
    } else {
      print_screen "`";
      print_screen cmd;
      print_screen "\': Command not found.\n";
    };
  );
  
  - help <-
  (
    print_screen
    "Shell manager:\n\
    \  help                : Display this help.\n\
    \  exit / bye          : Exit Lisaac Shell.\n\
    \  version             : Print version.\n\
    \Entry manager:\n\
    \  ls                  : List information about the files.\n\
    \  rm             : Remove file or directory .\n\
    \  mv       : Move file or directory  with new .\n\
    \Directory manager:\n\
    \  cd             : Change current directory.\n\
    \  mkdir 
         : Create the directory.\n\
    \File manager:\n\
    \  cat            : Open and display file .\n\
    \  mkfile   : Creat  file with .\n";
  );
  
  //
  // Entry manager.
  //
  
  - ls <-
  ( + e:ENTRY;
    + f:FILE;
    
    (dir.open).if_false {
      print_screen "`ls\': Permission denied.\n";
    } else {
      print_screen "----Access----  ----Update----  ---Size--   ----Name----\n";    
      dir.lower.to (dir.upper) do { i:INTEGER;
        e := dir.item i;
        string_tmp.clear;
        // Access.        
        e.access_date.append_short_in string_tmp;
        string_tmp.add_last ' ';
        e.access_time.append_short_in string_tmp;
        string_tmp.append "  ";
        // Update.
        e.update_date.append_short_in string_tmp;
        string_tmp.add_last ' ';
        e.update_time.append_short_in string_tmp;
        string_tmp.append "  ";      
        // Name.
        (e.is_directory).if {
          string_tmp.append "          d ";
        } else {
          // Size.
          f ?= e;
          f.size.append_in string_tmp format 9;
          string_tmp.append " - ";
        };
        string_tmp.append (e.name);
        string_tmp.add_last '\n';
        print_screen string_tmp;
      };
    };
  );
    
  - mv <-
  ( + src,dst:STRING;
    (cmds.count < 3).if {
      print_screen "`mv\': Too few arguments.\n";
    }.elseif {cmds.count != 3} then {
      print_screen "`mv\': Too many arguments.\n";
    } else {
      src := cmds.item 1;
      dst := cmds.item 2;      
      (dir.move src to dst).if_false {
        print_screen "`mv\': cannot rename file `";
        print_screen dst;
        print_screen "\': Permission denied.\n";
      };
    };
  );

  - rm <-
  ( + param:STRING;
    (cmds.count = 1).if {
      print_screen "`rm\': Too few arguments.\n";
    }.elseif {cmds.count != 2} then {
      print_screen "`rm\': Too many arguments.\n";
    } else {
      param := cmds.item 1;      
      (dir.remove param).if_false {
        print_screen "`rm\': cannot remove `";
        print_screen param;
        print_screen "\': Permission denied.\n";
      };
    };
  );
  
  //
  // Directory manager
  //
  
  - cd <-
  ( + e:ENTRY;
    + param:STRING;
    
    (cmds.count > 2).if {
      print_screen "`cd\': Too many arguments.\n";
    }.elseif {cmds.count = 1} then {      
      dir := FILE_SYSTEM;
    } else {
      param := cmds.item 1;
      e := dir.get_entry param;
      (e != NULL).if {
        (e.is_directory).if {
          dir ?= e;                    
        } else {
          print_screen "`";
          print_screen param;
          print_screen "\': Not a directory.\n";
        };
      } else {
        print_screen "`";
        print_screen param;
        print_screen "\': No such file or directory.\n";
      };
    };
  );
  
  - mkdir <-
  ( + e:ENTRY;
    + param:STRING;
       
    (cmds.count = 1).if {
      print_screen "`mkdir\': Too few arguments.\n";
    }.elseif {cmds.count != 2} then {
      print_screen "`mkdir\': Too many arguments.\n";
    } else {
      param := cmds.item 1;
      e := dir.make_directory param;
      (e = NULL).if {
        print_screen "`";
        print_screen param;
        print_screen "\': File exists, cannot create directory.\n";
      };
    };
  );
  
  //
  // File manager.
  //
  
  - cat <-
  ( + e:ENTRY;
    + param:STRING;
    + file:FILE;
    
    (cmds.count = 1).if {
      print_screen "`cat\': Too few arguments.\n";
    }.elseif {cmds.count != 2} then {
      print_screen "`cat\': Too many arguments.\n";
    } else {
      param := cmds.item 1;
      e := dir.get_entry param;
      ((e = NULL) || {! e.is_file}).if {
        print_screen "`";
        print_screen param;
        print_screen "\': No such file.\n";
      } else {
        file ?= e;
        (! file.open).if {
          print_screen "`";
          print_screen param;
          print_screen "\': Not open.\n";
        } else {          
          string_tmp.clear;
          string_tmp.set_capacity (file.size.to_integer);          
          file.read string_tmp size (file.size);
          print_screen string_tmp;
          print_screen "\n";
          file.close;
        };
      };
    };
  );
    
  - mkfile <-
  ( + f:FILE;
    + param:STRING;
       
    (cmds.count = 1).if {
      print_screen "`mkfile\': Too few arguments.\n";
    } else {
      param := cmds.item 1;
      f := dir.make_file param;
      (f = NULL).if {
        print_screen "`";
        print_screen param;
        print_screen "\': File exists, cannot create file.\n";
      }.elseif {cmds.count > 2} then {
        f.open;
        2.to (cmds.upper) do { j:INTEGER;
          string_tmp.copy (cmds.item j);
          string_tmp.add_last ' ';
          f.write string_tmp from 1 size (string_tmp.count);
        };
        f.close;
      };
    };
  );
  
  - exit_shell <-
  (    
    print_screen "Good bye.\n";
    (is_isaac).if {
      x_screen := y_screen := 0;
      my_window.close;
    } else {
      die_with_code 0;
    };
  );
  
Section Public
  
  //
  // Text mode.
  //
  
  - main <-
  ( + command:STRING;
        
    cmds := FAST_ARRAY(STRING).create_with_capacity 10;
    command := STRING.create 100;
    dir := FILE_SYSTEM;
    
    {
      print_screen (dir.path);
      print_screen " > ";
      command.clear;
      IO.read_line_in command;
      
      (command.is_empty).if_false {       
        cmds.clear;
        command.split_in cmds;              
        execute;
      };
    }.endless_loop;
  );
  
  //
  // Graphics Mode.
  //
  
  + my_window:G_WIN_OUT;
  
  - is_isaac:BOOLEAN <- my_window != NULL;
  
  - run s:ABSTRACT_STRING :G_WIN_OUT <-
  (
    video_line_tmp  := BMP_LINE(PIXEL_32).create (VIDEO.width);
    x_screen := y_screen := 0;
    load_font s;
    command := STRING.create 100;    
    cmds := FAST_ARRAY(STRING).create_with_capacity 10;
    
    dir := FILE_SYSTEM;
    
 //   new_command;    
    my_window := G_WIN_OUT.create "Mini Shell" with (Self.fix_width.fix_height)
  );
  
  //
  // Update position.
  //
  
  - width_min:INTEGER  := 80*8;
  
  - height_min:INTEGER := 16 * 16;
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
    redraw (x_window,y_window) to (x_window+width-1,y_window+height-1);
    new_command;
  );
  
  //
  // Display.
  //
    
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  (    
    mask_draw (x0,y0) to (x1,y1) color green;         
  );
  
  - print_screen st:ABSTRACT_STRING <-
  ( + car:CHARACTER;
    + line:FAST_ARRAY(UINTEGER_16);
    
    (is_isaac).if {    
      color green;
      (st.lower).to (st.upper) do { j:INTEGER;
        car := st.item j;
        (car != '\n').if {
          print_char car at (x_screen,y_screen);
          x_screen := x_screen + 8;
          (x_screen > width).if {
            x_screen := 0;
            y_screen := y_screen + 16;
          };
        } else {
          x_screen := 0;
          y_screen := y_screen + 16;
        };      
        (y_screen >= y_max).if {
          0.to 15 do { i:INTEGER;
            sav_line.put (mask.item i) to i; 
          };
          16.to y_max do { y:INTEGER;
            mask.put (mask.item y) to (y-16);	  
          };
          0.to 15 do { i:INTEGER;
            line := sav_line.item i; 	  
            line.clear;
            mask.put line to (y_max-15+i);
          };
          redraw (x_window,y_window) to (x_window+width-1,y_window+height-1);
          y_screen := y_screen - 16;
          color green;
        };
      };
    } else {  
      st.print;
    };
  );
  
Section Private  

  - font:FAST_ARRAY(UINTEGER_8);
  
  - x_screen:INTEGER;
  - y_screen:INTEGER;
  
  - print_char car:CHARACTER at (x,y:INTEGER) <-
  ( + ofs,px,py:INTEGER;
    + mask:UINTEGER_8;
    
    py := y;
    ofs := car.to_uinteger_8.to_integer * 16;
    ofs.to (ofs+15) do { o:INTEGER;
      px := x;
      mask := font.item o;
      {mask != 0}.while_do {
	((mask & 80h) != 0).if {
	  pixel_to (px,py);
	};
	mask := mask << 1;
	px := px + 1;
      };
      py := py + 1;
    };
  );
  
  - sav_line:FAST_ARRAY(FAST_ARRAY(UINTEGER_16)) := FAST_ARRAY(FAST_ARRAY(UINTEGER_16)).create 16;
  
  - load_font s:ABSTRACT_STRING <-
  ( + cur_dir:DIRECTORY;    
    + e:ENTRY;
    + f:FILE;
        
    cur_dir := FILE_SYSTEM;          
    string_tmp.copy s;
    string_tmp.append "font.fnt";
    e := cur_dir.get_entry string_tmp;
    ((e != NULL) && {e.is_file}).if {
      f ?= e;
      f.open;
      font := FAST_ARRAY(UINTEGER_8).create_with_capacity 4096;
      f.read font size 4096;
      f.close;      
    } else {
      "\nFile 'font.fnt' Not Found!".print;
      die_with_code 0;
    };    
  );
  
  - color_4_to_8 n:INTEGER :UINTEGER_32 <-
  (
    ((255.to_real_16_16 /# 15) *# n).to_integer
  );
  
  - color_table:NATIVE_ARRAY(UINTEGER_32) :=
  ( + result:NATIVE_ARRAY(UINTEGER_32);
    + r,g,b,col:UINTEGER_32;
    
    result := NATIVE_ARRAY(UINTEGER_32).create 4096;
    0.to 4095 do { c:INTEGER;      
      r := color_4_to_8 ((c & 0F00h) >> 8);
      g := color_4_to_8 ((c & 00F0h) >> 4);
      b := color_4_to_8  (c & 000Fh);
      // Begin color effect
      r := (r >> 1); // + (r >> 2);
      b := (b >> 1) + (b >> 2);
      g := (g >> 1); // + (g >> 2);
      // End.
      col := (r << 16) | (g << 8) | b;
      result.put col to c;
    };
    result
  );
  
  - col_trans col:UINTEGER_32:UINTEGER_32<-
  ( + idx:UINTEGER_32;
    
    idx := 
    ((col >> 12) & 0F00h) | // Red
    ((col >>  8) & 00F0h) | // Green
    ((col >>  4) & 000Fh);  // Blue
    color_table.item idx
  );
  
  + video_line_tmp:ABSTRACT_BMP_LINE;
  
  - y_command:INTEGER;
  
  - new_command <-
  (     
    y_command := y_screen;    
    command.clear;    
    cursor := 0;
    update_command TRUE;
  );
  
  - update_command is_actif:BOOLEAN <-
  ( + y_max:INTEGER;
    + line:FAST_ARRAY(UINTEGER_16);
    
    y_command.to (mask.upper) do { y:INTEGER;
      line := mask.item y;
      (! line.is_empty).if {
	y_max := y;
	line.clear;
      };
    };
    y_screen := y_command;
    x_screen := 0;
    print_screen (dir.path);
    print_screen " > ";
    string_tmp.copy command;
    (is_actif).if {
      string_tmp.insert '|' to cursor;
    };
    print_screen string_tmp;
    redraw (x_window,y_window+y_command) to (x_window+width-1,y_window+y_max);
  );
  
  - cursor:INTEGER;  
  
Section Public
  
  - receive msg:EVENT <-
  ( + evt_key:EVENT_KEYBOARD;
    + evt_mouse:EVENT_MOUSE;
    + key:CHARACTER;
    + cmd:UINTEGER_8;
    
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {
      parent_area_mask.receive msg;
    };    
    evt_key ?= msg;
    (evt_key != NULL).if {
      cmd := (evt_key.key >> 8).to_uinteger_8;
      key := (evt_key.key & 0FFh).to_character;
      ((cmd & 8) != 0).if {
	key
	// Enter
	.when '\13\' then {
	  update_command FALSE;
	  print_screen "\n";
	  (command.is_empty).if_false {       
	    cmds.clear;
	    command.split_in cmds;
	    execute;	   
	  };	  
      	  new_command;
	}
	// Move cursor.	
	.when 'L' then { 
	  (cursor != 0).if {
	    cursor := cursor - 1;
	  };
	}
	.when 'R' then {
	  (cursor != command.count).if {
	    cursor := cursor + 1;
	  };
	}
	.when 'B' then {
	  cursor := 0;
	}
	.when 'E' then {
	  cursor := command.count;
	}
	// Suppr.
	.when '\8\' then {
	  (cursor != 0).if {
	    command.remove cursor;
	    cursor := cursor - 1;
	  };
	}
	.when 'S' then {
	  (cursor != command.count).if {
	    command.remove (cursor+1);
	  };
	};
      } else {
	command.insert key to cursor;
	cursor := cursor + 1;	
      };
      update_command TRUE;
    };
  );
  
  - slave_pixel_hard (x,y:INTEGER) color col:UINTEGER_32 <- 
  (     
    parent_area_mask.slave_pixel_hard (x,y) color (col_trans col);     
  );
  
  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER color col:UINTEGER_32<- 
  ( 
    parent_area_mask.slave_line_h_hard (x1,y) until x2 color (col_trans col);
  );

  - slave_line_h_hard (x1,y:INTEGER) until x2:INTEGER 
  image line:ABSTRACT_BMP_LINE offset ofs:INTEGER <-
  ( + col:UINTEGER_32;
    
    ofs.to (ofs+x2-x1) do { o:INTEGER;
      col := line.get_color o;
      video_line_tmp.put (col_trans col) to o;      
    };
    parent_area_mask.slave_line_h_hard (x1,y) until x2 image video_line_tmp offset ofs;
  );

lisaac_0.39_rc1/example/compile.sh0000755000175000017500000000017611314031256017056 0ustar  sonntagsonntag#!/bin/bash

for i in `find -name "*.li"` ; do 
  cat $i | grep -q "\- main <" && echo Compile $i && lisaac $i -q -boost
done
lisaac_0.39_rc1/example/calc/0000755000175000017500000000000011314031324015761 5ustar  sonntagsonntaglisaac_0.39_rc1/example/calc/expr_add.li0000644000175000017500000000354511314031256020110 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_ADD;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Add Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  - value:INTEGER <-
  ( 
    left.value + right.value
  );
lisaac_0.39_rc1/example/calc/expr_binary.li0000644000175000017500000000405411314031256020640 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_BINARY;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Binary Expression.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
    
Section Public
  
  + left:EXPR;

  + right:EXPR;
    
  //
  // Constructor
  //
  
  - create l:EXPR and r:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make l and r;
    result
  );
  
  - make l:EXPR and r:EXPR <-
  (
    left  := l;
    right := r;
  );
lisaac_0.39_rc1/example/calc/expr_div.li0000644000175000017500000000354211314031256020137 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_DIV;

  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Div Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  - value:INTEGER <-
  (
    left.value / right.value
  );
lisaac_0.39_rc1/example/calc/expr_sub.li0000644000175000017500000000354411314031256020150 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_SUB;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Sub Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  - value:INTEGER <-
  (
    left.value - right.value
  );
lisaac_0.39_rc1/example/calc/expr.li0000644000175000017500000000346711314031256017303 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR;

  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Expression.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
    
Section Public
  
  - value:INTEGER <- deferred;
lisaac_0.39_rc1/example/calc/expr_mul.li0000644000175000017500000000354211314031256020152 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_MUL;

  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Add Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  - value:INTEGER <-
  (
    left.value * right.value
  );
lisaac_0.39_rc1/example/calc/expr_neg.li0000644000175000017500000000352611314031256020130 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_NEG;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Neg Expression.";
  
Section Inherit
  
  + parent_expr_unary:Expanded EXPR_UNARY;
  
Section Public
  
  - value:INTEGER <-
  (
    - expr.value
  );
lisaac_0.39_rc1/example/calc/expr_unary.li0000644000175000017500000000374611314031256020521 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_UNARY;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Unary Expression.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public
  
  + expr:EXPR;

  //
  // Constructor
  //
  
  - create e:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make e;
    result
  );
  
  - make e:EXPR <-
  (
    expr := e;
  );
lisaac_0.39_rc1/example/calc/parse_expr.li0000644000175000017500000001174611314031256020474 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PARSE_EXPR;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parse arithmetic expression.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  //
  // Service and terminal parsing.
  //
  
  - index:INTEGER;
  - source:ABSTRACT_STRING;

  - last_character:CHARACTER;

  - read_character car:CHARACTER :BOOLEAN <-
  ( + result:BOOLEAN;

    ((index <= source.upper) && {car = source.item index}).if {
      last_character := car;
      index  := index + 1;
      result := TRUE;
    };
    result
  );

  - last_constant:INTEGER;

  - read_constant:BOOLEAN <-
  ( + result:BOOLEAN;

    ((index <= source.upper) && {source.item index.in_range '0' to '9'}).if {
      result := TRUE;
      last_constant := 0;
      {
        last_constant := last_constant * 10 + source.item index.decimal_value;
        index := index + 1;
      }.do_while {(index <= source.upper) && {source.item index.in_range '0' to '9'}};
    };
    result
  );

  - error <-
  (
    "Error : \n".print;
    source.print;
    '\n'.print;
    1.to (index-1) do { j:INTEGER;
      ' '.print;
    };
    "^\n".print;    
    die_with_code exit_failure_code;
  ); 
  
  //
  // Grammar parsing.
  //
  
  - read_expr:EXPR <-
  // EXPR <- EXPR_MUL { ( '+' | '-') EXPR_MUL }
  ( + result,right:EXPR;
    + oper:CHARACTER;
    
    result := read_expr_mul;
    (result != NULL).if {
      {(read_character '+') || {read_character '-'}}.while_do {
        oper  := last_character;
        right := read_expr_mul;
        (right = NULL).if {
          error;
        };
        (oper = '+').if {
          result := EXPR_ADD.create result and right;
        } else {
          result := EXPR_SUB.create result and right;
        };
      };
    };
    result
  );

  - read_expr_mul:EXPR <-
  // EXPR_MUL <- EXPR_UNARY { ( '*' | '/') EXPR_UNARY }
  ( + result,right:EXPR;
    + oper:CHARACTER;
    
    result := read_expr_unary;
    (result != NULL).if {
      {(read_character '*') || {read_character '/'}}.while_do {
        oper  := last_character;
        right := read_expr_unary;
        (right = NULL).if {
          error;
        };
        (oper = '*').if {	  
          result := EXPR_MUL.create result and right;
        } else {	  
          result := EXPR_DIV.create result and right;
        };
      };
    };
    result
  );

  - read_expr_unary:EXPR <-
  // EXPR_UNARY <- ( '+' | '-') EXPR_UNARY
  //             |  EXPR_CST
  ( + result:EXPR;
    + oper:CHARACTER;
    
    ((read_character '+') || {read_character '-'}).if {
      oper   := last_character;
      result := read_expr_unary;
      (result = NULL).if {
        error;
      };
      (oper = '-').if {      	
        result := EXPR_NEG.create result;
      };
    } else {
      result := read_expr_cst;
    };
    result
  );

  - read_expr_cst:EXPR <-
  // EXPR_CST <- '(' EXPR ')'
  //           |  constant
  ( + result:EXPR;
    
    (read_character '(').if {
      result := read_expr;
      (result = NULL).if {
        error;
      };
      (read_character ')').if_false {
        error;
      };
    }.elseif {read_constant} then {
      result := EXPR_CST.create last_constant;
    };
    result
  );

Section Public

  - parse src:ABSTRACT_STRING :EXPR <-
  ( + result:EXPR;

    source := src;
    index  := source.lower;
    result := read_expr;
    ((result = NULL) || {index <= source.upper}).if {
      error;
    };
    result
  );
lisaac_0.39_rc1/example/calc/calc.li0000644000175000017500000000436411314031256017224 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := CALC;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Calc application.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - main <-
  ( + e:EXPR;
    + result:INTEGER;
    
    (COMMAND_LINE.count != 2).if {
      "Usage :\n  ".print;
      COMMAND_LINE.executable_name.print;
      " \n\
      \Example :\n  ".print;
      COMMAND_LINE.executable_name.print;
      " \"(1-2)+(3+2*-5)\"\n".print;
    } else {
      e := PARSE_EXPR.parse (COMMAND_LINE.item 1);      
      result := e.value;
      "Result : ".print;
      result.print;
      '\n'.print;
    };
  );
lisaac_0.39_rc1/example/calc/expr_cst.li0000644000175000017500000000376611314031256020156 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_CST;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Constant Expression.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public
  
  + value:INTEGER;
    
  //
  // Constructor
  //
  
  - create v:INTEGER :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make v;
    result
  );
  
  - make v:INTEGER <-
  (
    value := v;
  );
lisaac_0.39_rc1/example/fouronline/0000755000175000017500000000000011314031324017237 5ustar  sonntagsonntaglisaac_0.39_rc1/example/fouronline/fouronline.li0000644000175000017500000002433111314031256021754 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header

  + name     := FOURONLINE;

  - comment  := "FOUR WINS game";

  - author   := "Benoit Sonntag (bsonntag@loria.fr)";
  
Section Inherit  
    
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Public
  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 224;
  
  - height_min:INTEGER := 224 + 14;
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
Section Private
  
  //
  // Data.
  //

  - table:FAST_ARRAY2(UINTEGER_8);

  // 
  // Consultation.
  //

  - table_line cols:INTEGER :INTEGER <-
  // Get line with column.
  ( + line:INTEGER;
    ? {table.item (cols,0) = 0};

    {(line<7) && {table.item (cols,line) = 0}}.while_do {
      line:=line+1;
    };
    line-1
  );

  - match_null:BOOLEAN <-
  // True, if match null.
  ( + cols:INTEGER;
    
    {(cols<7) && {table.item (cols,0) != 0}}.while_do {
      cols:=cols+1;
    };
    cols=7
  );

  - is_success (x,y:INTEGER) :BOOLEAN <-
  // True, if win.
  ( 
    (count_origin (x,y) step   (1 ,  0) > 3) ||  // Line.
    {count_origin (x,y) step   (0 ,  1) > 3} ||  // Column.
    {count_origin (x,y) step ((-1),(-1))> 3} ||  // Diagonal 1.
    {count_origin (x,y) step ((-1),  1) > 3}     // Diagonal 2.
  );

  - count_origin (x,y:INTEGER) step (a,b:INTEGER) :INTEGER <-
  // Count alignment. 
  ( + cpt,xx,yy:INTEGER;
    + ref:UINTEGER_8;

    // Reference.
    ref:=table.item (x,y);

    // Before.
    xx:=x;
    yy:=y;
    {
      cpt:=cpt+1;  
      xx:=xx-a;
      yy:=yy-b;
    }.do_while {
      (xx.in_range 0 to 6) && 
      {yy.in_range 0 to 6} && 
      {table.item (xx,yy) = ref}
    };

    // After.
    xx:=x+a;
    yy:=y+b;
    {
      (xx.in_range 0 to 6) && 
      {yy.in_range 0 to 6} && 
      {table.item (xx,yy) = ref}
    }.while_do {
      cpt:=cpt+1;  
      xx:=xx+a;
      yy:=yy+b;
    };
  
    cpt
  );

  //
  // Play.
  //

  - play_computer:INTEGER <-
  // Get column.
  ( 
    max_level level min 65536;
    column_choice
  );

  //
  // Alpha-Beta algorithm (Min-Max).
  // 

  - level:INTEGER <- 2; 

  - column_choice:INTEGER;

  - max_level lev:INTEGER min val_min:INTEGER :INTEGER <-
  ( + cols,line,max,val:INTEGER;
    + val_line,val_cols,val_dia1,val_dia2:INTEGER;
   
    {(cols<7) && {max<=val_min}}.while_do {
      (table.item (cols,0) = 0).if {
        line:=table_line cols;
        table.put 2 to (cols,line);
        // Evaluation.
        val_line := count_origin (cols,line) step (1 ,0);
        val_cols := count_origin (cols,line) step (0,1);
        val_dia1 := count_origin (cols,line) step ((-1),(-1));
        val_dia2 := count_origin (cols,line) step ((-1),1);
        val:=(val_line>3).to_integer+(val_cols>3).to_integer+
             (val_dia1>3).to_integer+(val_dia2>3).to_integer;
        ((val!=0) || {lev=0}).if {
          // Evaluation.	  
          val:=(val<<5) + val_line+val_cols+val_dia1+val_dia2 + (lev << 8);
        } else {
          // Min evaluation.
          val:=min_level lev max max;	  
        };        
          table.put 0 to (cols,line);
          (val>=max).if { 
          max:=val;
          (lev=level).if {
            column_choice := cols; 
          };
        };
      };
      cols:=cols+1;
    };
    max
  );

  - min_level lev:INTEGER max val_max:INTEGER :INTEGER <-
  ( + cols,line,min,val:INTEGER;
    
    min:=65536;
    {(cols<7) && {min>=val_max}}.while_do {
      (table.item (cols,0) = 0).if {
        line:=table_line cols;
        table.put 1 to (cols,line);
        (is_success (cols,line)).if {
          val:=level - lev;
        } else {
          val:=max_level (lev-1) min min;
        };
        table.put 0 to (cols,line);
        (val> 5;
	    (table.item (col,0) = 0).if {	
	      // Put.
	      line:=table_line col;
	      table.put 1 to (col,line);	  
	      // Detect success.
	      (is_success (col,line)).if {
		stat := 2;
		refresh;
	      }.elseif {match_null} then {
		stat := 4;
		refresh;
	      } else {
		//
		// Computer player.
		//
		stat := 1;
		refresh;
		col := play_computer;
		// Put.
		line:=table_line col;	    
		table.put 2 to (col,line);	  
		// Detect success.
		(is_success (col,line)).if {
		  stat := 3;
		}.elseif {match_null} then {
		  stat := 4;	      
		} else {
		  stat := 0;
		};
		refresh;
	      };
	    };
	  } else {
	    //
	    // New game.
	    //
	    table.clear_all;
	    stat := 0;
	    refresh;
	  };
	};
      };
    };
  );
lisaac_0.39_rc1/example/bat.sh0000755000175000017500000000021611314031256016167 0ustar  sonntagsonntag#!/bin/bash

rm compile.bat
for i in `find -name "*.li"` ; do 
  cat $i | grep -q "\- main <" && echo lisaac $i -q -boost >> compile.bat
done
lisaac_0.39_rc1/example/demomaker/0000755000175000017500000000000011314031256017027 5ustar  sonntagsonntaglisaac_0.39_rc1/example/demomaker/rotozoom/0000755000175000017500000000000011314031324020713 5ustar  sonntagsonntaglisaac_0.39_rc1/example/demomaker/rotozoom/cobaye.bmp0000644000175000017500000060006611314031256022671 0ustar  sonntagsonntagBM66(
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lisaac_0.39_rc1/example/demomaker/rotozoom/rotozoom.li0000644000175000017500000001216611314031256023143 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ROTOZOOM;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "DemoMaker (La nostalgie d'un temps passé 07/08/1994-2008)";
  
Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Public
  
  - filename:ABSTRACT_STRING := "cobaye.bmp";
  
  - bitmap:ABSTRACT_BITMAP;
  
  - angle:UINTEGER_8;
  - zoom:UINTEGER_8;
  
  - sin:FAST_ARRAY(INTEGER_32) :=
  ( + result:FAST_ARRAY(INTEGER_32);
    + r:REAL;
    result := FAST_ARRAY(INTEGER_32).create_with_capacity 256;
    0.to 255 do { i:INTEGER;
      r := (REAL.pi/128*i).sin * 65536;
      result.add_last (r.to_integer);
    };
    result
  );
  
  - bmp_line:ABSTRACT_BMP_LINE := BMP_LINE(PIXEL_32).create 2048;
  
  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 640;
  
  - height_min:INTEGER := 480;
  
  //
  // Creation.
  //  
  - string_tmp:STRING := STRING.create 40;
  
  - init p:ABSTRACT_STRING :G_EXPR <-
  ( + entry:ENTRY;
    + fmt:FORMAT_IMG;
    + f:FILE;
    + w,h:INTEGER;
    
    string_tmp.copy p;
    string_tmp.append filename;
    // Initialization bitmap.
    entry := FILE_SYSTEM.get_entry string_tmp;
    ((entry = NULL) || {! entry.is_file}).if {
      VIDEO.message ("ERROR: File '" + filename + "' not found.\n");
      die_with_code exit_failure_code;
    };    
    entry.open;    
    f ?= entry;
    fmt := FORMAT_BMP.create_with_file f;    
    (fmt = NULL).if {
      VIDEO.message "Error: BMP format invalid.\n";
      die_with_code exit_failure_code;      
    };
    w := fmt.width;
    h := fmt.height;
    bitmap := BITMAP(PIXEL_24).create_size (w,h);
    fmt.put_image_in bitmap;    
    f.close;
    TIMER.add_client Self;
    // Init Sin.    
    G_RAW.create (Self.fix_height.fix_width)
  );
  
  - run p:ABSTRACT_STRING :G_WIN_OUT <-
  ( 
    G_WIN_OUT.create "Rotozoom" with (init p)
  );
  
  - main <-
  (     
    // Init window.
    VIDEO.make_size (width_min+64,height_min+64);
    DESK.make VIDEO with (
      G_OUT.create "Rotozoom" justify (G_OUT.center) / init "./"
    );        
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  ( + col:UINTEGER_32;
    + plx,ply:INTEGER_32;
    + px,py,ax,ay,aax,aay:INTEGER_32;
        
    clipping (x0,y0) to (x1,y1);
        
    ax := sin.item angle - (sin.item zoom);
    ay := sin.item ((angle+64) & 0FFh) - (sin.item zoom);
    0.to height do { y:INTEGER;      
      plx := px;
      ply := py;
      aax := ax + y << 5;
      aay := ay + y << 5;
      0.to width do { x:INTEGER;
        plx := plx + aay;
        ply := ply - aax;
        col := bitmap.get_color_hard ((plx>>16) & 0FFh,(ply>>16) & 0FFh);
        bmp_line.put col to x;
      };            
      line_h (0,y) until width image bmp_line; // offset 0;
      px := px + ax; //+ sin.item zoom;
      py := py + ay; // + sin.item zoom;
    };        
    
  );
  
  //
  // Events.
  //
  
  - receive msg:EVENT <-
  ( + evt_time:EVENT_TIMER;
    + evt_mouse:EVENT_MOUSE;
    + win:AREA;
    
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {    
      win := DESK.get_object (evt_mouse.x_current,evt_mouse.y_current);
      (win != Self).if {
        DESK.receive msg;
      };
    };
    
    evt_time ?= msg;    
    ((evt_time != NULL) && {evt_time.destination = NULL}).if {
      angle := angle + 1;
      zoom := zoom + 2;
      refresh;
    };    
    
  );

lisaac_0.39_rc1/example/demomaker/glass/0000755000175000017500000000000011314031324020134 5ustar  sonntagsonntaglisaac_0.39_rc1/example/demomaker/glass/cobaye.bmp0000644000175000017500000060006611314031256022112 0ustar  sonntagsonntagBM66(
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lisaac_0.39_rc1/example/demomaker/glass/glass.li0000644000175000017500000001366211314031256021607 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := GLASS;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "DemoMaker (La nostalgie d'un temps passé 07/08/1994-2008)";
  
Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Public
  
  - filename:ABSTRACT_STRING := "cobaye.bmp";  
  
  - bitmap:ABSTRACT_BITMAP;
  
  - background:ABSTRACT_BITMAP;
  
  - size:INTEGER := 300;
  
  - mask:FAST_ARRAY2(XY);
  
  - x_ori:INTEGER;
  - y_ori:INTEGER;

  - x_inc:INTEGER := 2;
  - y_inc:INTEGER := 2;
  
  - compute_mask <-
  ( + di:REAL;    
    + a,npx,npy,px,py:REAL;
    
    mask := FAST_ARRAY2(XY).create (size,size);
    0.to (size-1) do { y:INTEGER;
      0.to (size-1) do { x:INTEGER;
        mask.put (XY.create (x,y)) to (x,y);
      };            
    };
    {
      0.to (size/2-4) do { i:INTEGER;
        px := a.cos * i;
        py := a.sin * i;
        di := ((REAL.pi/size * i).sqrt) * i;
        npx := a.cos * di;
        npy := a.sin * di;
        mask.item (px.to_integer+size/2,py.to_integer+size/2).make (npx.to_integer+size/2,npy.to_integer+size/2);
      };
      a := a + 0.001;
    }.do_while {a < REAL.pi*2};
  );
  
  - bmp_line:ABSTRACT_BMP_LINE := BMP_LINE(PIXEL_32).create 2048;
  
  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 640;
  
  - height_min:INTEGER := 480;
  
  //
  // Creation.
  //  
  - string_tmp:STRING := STRING.create 40;
  
  - init p:ABSTRACT_STRING :G_EXPR <-
  ( + entry:ENTRY;
    + fmt:FORMAT_IMG;
    + f:FILE;
    + w,h:INTEGER;
    
    // Initialization bitmap.
    string_tmp.copy p;
    string_tmp.append filename;
    entry := FILE_SYSTEM.get_entry string_tmp;
    ((entry = NULL) || {! entry.is_file}).if {
      VIDEO.message ("ERROR: File '" + filename + "' not found.\n");
      die_with_code exit_failure_code;
    };    
    entry.open;    
    f ?= entry;
    fmt := FORMAT_BMP.create_with_file f;    
    (fmt = NULL).if {
      VIDEO.message "Error: BMP format invalid.\n";
      die_with_code exit_failure_code;      
    };
    w := fmt.width;
    h := fmt.height;
    bitmap := BITMAP(PIXEL_32).create_size (w,h);
    background := BITMAP(PIXEL_32).create_size (width_min,height_min);
    fmt.put_image_in bitmap;    
    compute_mask;
    f.close;
    TIMER.add_client Self;
    // Init Sin.    
    G_RAW.create (Self.fix_height.fix_width)
  );
  
  - run p:ABSTRACT_STRING :G_WIN_OUT <-
  ( 
    G_WIN_OUT.create "Glass" with (init p)
  );
  
  - main <-
  (     
    // Init window.
    VIDEO.make_size (width_min+64,height_min+64);
    DESK.make VIDEO with (
      G_OUT.create "Glass" justify (G_OUT.center) / init "./"
    );        
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  ( + col:UINTEGER_32;    
    + px,py:INTEGER_32;

    clipping (x0,y0) to (x1,y1);
    
    (is_new).if {
      0.to height by (bitmap.height) do { y:INTEGER;
        0.to width by (bitmap.width) do { x:INTEGER;
          background.put_bitmap bitmap to (x,y);
        };
      };
      
      0.to (size-1) do { y:INTEGER;      
        0.to (size-1) do { x:INTEGER;        
          px := (x_ori + mask.item (x,y).x) & 0FFh;
          py := (y_ori + mask.item (x,y).y) & 0FFh;
          col := bitmap.get_color_hard (px,py);
          bmp_line.put col to x;
        };      
        background.line_h_hard (x_ori,y_ori+y) until (x_ori+size-1) image bmp_line offset 0;
      };        
    };
    put_bitmap background to (0,0);
  );
  
  //
  // Events.
  //
    
  - receive msg:EVENT <-
  ( + evt_time:EVENT_TIMER;
    + evt_mouse:EVENT_MOUSE;
    + win:AREA;   
    
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {
      win := DESK.get_object (evt_mouse.x_current,evt_mouse.y_current);
      (win != Self).if {
        DESK.receive msg;
      };
    };
    
    evt_time ?= msg;    
    ((evt_time != NULL) && {evt_time.destination = NULL}).if {
      x_ori := x_ori + x_inc;
      y_ori := y_ori + y_inc;
      ((x_ori <= 0) || {x_ori >= width - size}).if {
        x_inc := -x_inc;
      };
      ((y_ori <= 0) || {y_ori >= height - size}).if {
        y_inc := -y_inc;
      };      
      is_new := TRUE;
      refresh;
      is_new := FALSE;
    };    
  );
  
  - is_new:BOOLEAN;lisaac_0.39_rc1/example/demomaker/glass/xy.li0000644000175000017500000000406711314031256021135 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := XY;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  
  + x:INTEGER;
  + y:INTEGER;
  
  //
  // Creation.
  //

  - create (px,py:INTEGER) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make (px,py);
    result
  );

  - make (px,py:INTEGER) <-
  ( 
    x := px;
    y := py;
  );

lisaac_0.39_rc1/example/demomaker/fire/0000755000175000017500000000000011314031325017751 5ustar  sonntagsonntaglisaac_0.39_rc1/example/demomaker/fire/fire.li0000644000175000017500000001306411314031256021233 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := FIRE;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "DemoMaker (La nostalgie d'un temps passé 07/08/1994-2008)";
  
Section Inherit  
  
  + parent_area:Expanded AREA;
  
  + parent_g_expr:Expanded G_EXPR;
  
Section Public
  
  - palette:FAST_ARRAY(UINTEGER_32) :=
  ( + result:FAST_ARRAY(UINTEGER_32);
    
    result := FAST_ARRAY(UINTEGER_32).create_with_capacity 256;
    // Gray.
    0.to 31 do { i:INTEGER;
      result.add_last (((i*1)<<16) | ((i*1)<<8) | i*1);
    };
    0.to 31 do { i:INTEGER;
      result.add_last ((((31-i)*1)<<16) | (((31-i)*1)<<8) | (31-i)*1);
    };
    // Red.
    0.to 63 do { i:INTEGER;
      result.add_last ((i*4)<<16);
    };
    // Yellow.
    0.to 63 do { i:INTEGER;
      result.add_last ((255<<16) | ((i*4)<<8));
    };    
    // White.
    0.to 63 do { i:INTEGER;
      result.add_last ((255<<16) | (255<<8) | i*4);
    };    
    result
  );
  
  - background:ABSTRACT_BITMAP;  
  
  - bg:FAST_ARRAY2(UINTEGER_8);
    
  - bmp_line:ABSTRACT_BMP_LINE := BMP_LINE(PIXEL_32).create 2048;
  
  //
  // Width / Height
  //
  
  - width_min:INTEGER  := 640;
  
  - height_min:INTEGER := 480;
  
  //
  // Creation.
  //  
  
  - init:G_EXPR <-
  ( 
    // Initialization bitmap.    
    background := BITMAP(PIXEL_32).create_size (width_min,height_min);
    bg := FAST_ARRAY2(UINTEGER_8).create (width_min>>2,height_min>>2+2);
    TIMER.add_client Self;
    G_RAW.create (Self.fix_height.fix_width)
  );
  
  - run:G_WIN_OUT <-
  ( 
    G_WIN_OUT.create "Fire" with init
  );
  
  - main <-
  (     
    // Init window.
    VIDEO.make_size (width_min+64,height_min+64);
    DESK.make VIDEO with (
      G_OUT.create "Fire" justify (G_OUT.center) / init      
    );        
  );
  
  //
  // Update position.
  //
  
  - set_position rac:AREA at (x,y:INTEGER) size (w,h:INTEGER) <-
  ( 
    update rac from (x,y) size (w,h);
  );
  
  //
  // Display.
  //
  
  - draw (x0,y0:INTEGER) to (x1,y1:INTEGER) <-  
  ( + color:UINTEGER_32;
   
    clipping (x0,y0) to (x1,y1);
    
    (is_new).if {
      (bg.lower2).to (bg.upper2-2) do { y:INTEGER;
        (bg.lower1).to (bg.upper1) do { x:INTEGER;        
          color := palette.item (bg.item (x,y));
          bmp_line.put color to (x<<2);        
          bmp_line.put color to (x<<2+1);        
          bmp_line.put color to (x<<2+2);        
          bmp_line.put color to (x<<2+3);        
        };
        background.line_h_hard (0,y<<2)   until x_max image bmp_line offset 0;
        background.line_h_hard (0,y<<2+1) until x_max image bmp_line offset 0;
        background.line_h_hard (0,y<<2+2) until x_max image bmp_line offset 0;
        background.line_h_hard (0,y<<2+3) until x_max image bmp_line offset 0;
      };
    };
    put_bitmap background to (0,0);
  );
  
  //
  // Events.
  //
    
  - receive msg:EVENT <-
  ( + evt_time:EVENT_TIMER;
    + evt_mouse:EVENT_MOUSE;
    + win:AREA;   
    
    evt_mouse ?= msg;
    (evt_mouse != NULL).if {
      win := DESK.get_object (evt_mouse.x_current,evt_mouse.y_current);
      (win != Self).if {
        DESK.receive msg;
      };
    };
    
    evt_time ?= msg;    
    ((evt_time != NULL) && {evt_time.destination = NULL}).if {      
      step_time;
      step_time;
      is_new := TRUE;
      refresh;
      is_new := FALSE;
    };    
  );
  
  - step_time <-
  ( + col,col0,col1,col2:UINTEGER_32;    
        
    0.to 10 do { x:INTEGER;
      bg.put 255 to (bg.count1.random_upper%bg.upper1,bg.upper2);
      bg.put 0 to (bg.count1.random_upper%bg.upper1,bg.upper2);
    };
    
    (bg.upper2).downto (bg.lower2+2) do { y:INTEGER;
      (bg.lower1+2).to (bg.upper1-2) do { x:INTEGER;
        col0 := bg.item (x,y);
        col1 := bg.item (x-1/*-2.random_upper*/,y-1);
        col2 := bg.item (x+1/*+2.random_upper*/,y-1);        
        col := ((col0 << 1) + col1 + col2) / 4;
        bg.put (col.to_uinteger_8) to (x,y-1);        
      };      
    };        
  );
    
  - is_new:BOOLEAN;lisaac_0.39_rc1/example/lip/0000755000175000017500000000000011314031264015646 5ustar  sonntagsonntaglisaac_0.39_rc1/example/lip/make.lip0000644000175000017500000001236711314031264017302 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac Installer                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

// Lisaac Path Directory System (by Benoit Sonntag).

Section Private
  
  + lisaac:STRING;
  
  //
  // Execute function.
  //
  
  - front_end <-
  (
    "The little game `Connect four' with lip file.\n".print;
    "Just for fun!\n".print;
    display;
    loop;
  );
  
  //----------------------------
  
  + colp1:INTEGER;
  + colp2:INTEGER;
  + colp3:INTEGER;
  + colp4:INTEGER;
  + colp5:INTEGER;
  + colp6:INTEGER;
  + colp7:INTEGER;
  
  + col1:INTEGER;
  + col2:INTEGER;
  + col3:INTEGER;
  + col4:INTEGER;
  + col5:INTEGER;
  + col6:INTEGER;
  + col7:INTEGER;
  
  - display_pion mask:INTEGER <-
  (
    (mask = 0).if {
      "|X".print;
    } else {
      "|O".print;
    };
  );
  
  - display_line mask:INTEGER <-
  (
    ((colp1 & mask) != 0).if {
      display_pion (col1 & mask);
    } else {
      "| ".print;
    };
    ((colp2 & mask) != 0).if {
      display_pion (col2 & mask);
    } else {
      "| ".print;
    };
    ((colp3 & mask) != 0).if {
      display_pion (col3 & mask);
    } else {
      "| ".print;
    };
    ((colp4 & mask) != 0).if {
      display_pion (col4 & mask);
    } else {
      "| ".print;
    };
    ((colp5 & mask) != 0).if {
      display_pion (col5 & mask);
    } else {
      "| ".print;
    };
    ((colp6 & mask) != 0).if {
      display_pion (col6 & mask);
    } else {
      "| ".print;
    };
    ((colp7 & mask) != 0).if {
      display_pion (col7 & mask);
    } else {
      "| ".print;
    };
    "|\n".print;
  );
  
  - display <-
  (
    " 1 2 3 4 5 6 7\n".print;
    display_line 000001b;
    display_line 000010b;
    display_line 000100b;
    display_line 001000b;
    display_line 010000b;
    display_line 100000b;    
  );
  
  + max:INTEGER;
  + failure:BOOLEAN;
  + game:INTEGER;
  - get_max p:INTEGER <-
  (
    (max != 100000b).if {      
      ((p & (max+max)) = 0).if {
        max := max + max;
        game := game + game;
        get_max p;
      } else {        
        ((p & max) = 1).if {
          failure := TRUE;
        };
      };
    };
  );
  
  - play n:INTEGER <-
  (
    failure := FALSE;
    max := 1;
    (n = 1).if {      
      get_max colp1;
      (! failure).if {        
        colp1 := colp1 | max;
        col1  := col1  | game;
      };
    };
    (n = 2).if {      
      get_max colp2;
      (! failure).if {        
        colp2 := colp2 | max;
        col2  := col2  | game;
      };
    };
    (n = 3).if {      
      get_max colp3;
      (! failure).if {        
        colp3 := colp3 | max;
        col3  := col3  | game;
      };
    };
    (n = 4).if {      
      get_max colp4;
      (! failure).if {        
        colp4 := colp4 | max;
        col4  := col4  | game;
      };
    };
    (n = 5).if {      
      get_max colp5;
      (! failure).if {        
        colp5 := colp5 | max;
        col5  := col5  | game;
      };
    };
    (n = 6).if {      
      get_max colp6;
      (! failure).if {        
        colp6 := colp6 | max;
        col6  := col6  | game;
      };
    };
    (n = 7).if {      
      get_max colp7;
      (! failure).if {        
        colp7 := colp7 | max;
        col7  := col7  | game;
      };
    };    
  );
  
  + val:INTEGER;
  - message <-
  (
    "Player ".print;
    (game = 0).if {
      "X".print;
    } else {
      "O".print;
    };
    " : ".print;
    val := get_integer;
    ((val < 1) | (val > 7)).if {
      "Error !\n".print; 
      message;
    } else {
      play val;
      (failure).if {
        message;
      };
    };
  );
  
  - loop <-
  (
    (game = 0).if {
      game := 1;      
    } else {
      game := 0;
    };
    message;          
    display;
    loop;
  );
  
Section Public 
  
  - go <-
  // The little game `Connect four' with lip file.
  (
    front_end;
  );
    lisaac_0.39_rc1/example/tiny_object/0000755000175000017500000000000011314031325017371 5ustar  sonntagsonntaglisaac_0.39_rc1/example/tiny_object/call.li0000644000175000017500000000725511314031264020645 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := CALL;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The call";

Section Inherit

  + parent_expr:Expanded EXPR;
  
Section Private
  
  - call_list:LINKED_LIST(CALL) := LINKED_LIST(CALL).create;
  
Section Public
  
  + receiver:LOCAL;
  
  + message:STRING_CONSTANT; // -- Not used with VFT
  
  // -- VFT --
  + index:INTEGER;
  // -- VFT --
    
  //
  // Creation.
  //

  - create p:INTEGER receiver r:LOCAL message m:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p receiver r message m;
    result
  );

  - make p:INTEGER receiver r:LOCAL message m:STRING_CONSTANT <-
  ( 
    position := p;
    receiver := r;
    message  := m;
    // -- VFT --
    call_list.add_last Self;
    // -- VFT --
  );
  
  //
  // VFT
  //
  
  - compute_index <-
  ( 
    (call_list.lower).to (call_list.upper) do { i:INTEGER;
      call_list.item i.search_index;      
    };
  );
  
  - search_index <-
  ( + slot:SLOT;
    slot := receiver.type.get_slot message;
    (slot = NULL).if {
      string_tmp.copy "Message '";
      string_tmp.append message;
      string_tmp.append "' not found in ";
      string_tmp.append (receiver.type.name);
      semantic_error position message string_tmp;
    };
    index := slot.index;
  );
  
  //
  // Run.
  //
  
  - run <-
  ( + slot:SLOT;
    
    (receiver.the_dynamic_type = NULL).if {
      semantic_error position message "Call on NULL.";
    };
    
    (is_vft).if {
      // -- VFT --
      slot := receiver.the_dynamic_type.vft.item index;
      // -- VFT --
    } else {  
      slot := receiver.the_dynamic_type.get_slot message;
      (slot = NULL).if {
        string_tmp.copy "Message '";
        string_tmp.append message;
        string_tmp.append "' not found in ";
        string_tmp.append (receiver.type.name);
        semantic_error position message string_tmp;
      };      
    };
    slot.run (receiver.the_dynamic_type);
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    receiver.name.print;
    '.'.print;
    message.print;    
  );

  lisaac_0.39_rc1/example/tiny_object/local.li0000644000175000017500000000466111314031264021022 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LOCAL;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The local";

Section Inherit

  + parent_instr:Expanded INSTR;

Section Public
  
  + name:STRING_CONSTANT;
    
  + type:CLASS;

  //
  // Creation.
  //

  - create p:INTEGER name n:STRING_CONSTANT type t:CLASS :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n type t;
    result
  );

  - make p:INTEGER name n:STRING_CONSTANT type t:CLASS <-
  ( 
    position := p;
    name     := n;
    type     := t;
  );
  
  //
  // Run.  
  //
  
  + the_dynamic_type:CLASS;
  
  - set_the_dynamic_type c:CLASS <-
  [
    ? {c.is_sub_type type};
  ]
  (
    the_dynamic_type := c;
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    name.print;
    ':'.print;
    type.name.print;
  );

  lisaac_0.39_rc1/example/tiny_object/class.li0000644000175000017500000001613511314031264021034 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := CLASS;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The class";

Section Inherit

  + parent_instr:Expanded INSTR;
  
Section Private
  
  - sources:HASHED_DICTIONARY(CLASS,STRING_CONSTANT) := 
  HASHED_DICTIONARY(CLASS,STRING_CONSTANT).create;     
  
Section Public
  
  + name:STRING_CONSTANT;
  
  + inherit_list:LINKED_LIST(CLASS);
  
  + slot_list:HASHED_DICTIONARY(SLOT,STRING_CONSTANT);
  
  // -- VFT --
  + vft:FAST_ARRAY(SLOT);
  // -- VFT --
  
  //
  // Creation.
  //

  - create p:INTEGER name n:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n;
    result
  );

  - make p:INTEGER name n:STRING_CONSTANT <-
  ( 
    position     := p;
    name         := n;
    inherit_list := LINKED_LIST(CLASS).create;
    slot_list    := HASHED_DICTIONARY(SLOT,STRING_CONSTANT).create;
    // -- VFT --
    (is_vft).if {
      vft := FAST_ARRAY(SLOT).create_with_capacity 16;
      sources.add Self to name;
    };
    // -- VFT --
  );
  
  //
  // VFT.
  //
  
  - compute_vft <-
  (
    (sources.lower).to (sources.upper) do { j:INTEGER;
      sources.item j.compute_vft_base 0;
    };
  );
  
  - compute_vft_base base:INTEGER <-
  ( + new_base:INTEGER;
    + vft_parent:FAST_ARRAY(SLOT);
    + slot,slot_parent:SLOT;
    (vft.is_empty).if {      
      // -- SIMPLE -- 
      /*
      (inherit_list.is_empty).if_false {
        inherit_list.first.compute_vft_base base;
        vft.copy (inherit_list.first.vft);
      };
      */
      // -- SIMPLE --
      
      // -- Multi --
      0.to (base-1) do { j:INTEGER; 
        vft.add_last NULL;
      };      
      new_base := base;
      (inherit_list.lower).to (inherit_list.upper) do { j:INTEGER;
        inherit_list.item j.compute_vft_base new_base;
        vft_parent := inherit_list.item j.vft;
        (vft_parent.lower).to (vft_parent.upper) do { i:INTEGER;       
          slot := vft_parent.item i;
          (i > vft.upper).if {
            vft.add_last slot;           
          }.elseif {vft.item i = NULL} then {
            vft.put slot to i;
          };
        };
        new_base := vft.count;
      };
      // -- Multi --
      
      // Common.
      (slot_list.lower).to (slot_list.upper) do { j:INTEGER;
        slot := slot_list.item j;
        slot_parent := get_slot_in_parent (slot.name);
        (slot_parent = NULL).if {
          // New slot.
          vft.add_last slot;
          slot.set_index (vft.upper);
        } else {
          // Redefinition slot.
          vft.put slot to (slot_parent.index);
          slot.set_index (slot_parent.index);
        };
      };
    };
  );
  
  //
  // Added.
  //
  
  - add_parent c:CLASS <-
  ( 
    (inherit_list.fast_has c).if { 
      semantic_error position message "Double definition parent.";
    };
    inherit_list.add_last c;    
    // -- VFT --
    sources.fast_remove (c.name);
    // -- VFT --
  );
  
  - add_slot s:SLOT <-
  ( 
    (slot_list.fast_has (s.name)).if {
      semantic_error position message "Double definition slot.";
    };
    slot_list.add s to (s.name);    
  );
  
  //
  // Run.
  //
  
  - is_sub_type other:CLASS :BOOLEAN <-
  ( + result:BOOLEAN;
    + i:INTEGER;
    
    result := Self = other;
    (result).if_false {
      i := inherit_list.lower;
      {(i <= inherit_list.upper) && {! result}}.while_do {        
        result := inherit_list.item i.is_sub_type other;
        i := i + 1;
      };
    };
    result    
  );
  
  - get_slot_in_parent msg:STRING_CONSTANT :SLOT <-
  ( + result:SLOT;
    + i:INTEGER;
        
    i := inherit_list.lower;
    {(i <= inherit_list.upper) && {result = NULL}}.while_do {        
      result := inherit_list.item i.get_slot msg;
      i := i + 1;
    };
    result
  );
  
  - get_slot msg:STRING_CONSTANT :SLOT <-
  ( + result:SLOT;
    
    result := slot_list.fast_reference_at msg;
    (result = NULL).if {
      result := get_slot_in_parent msg;
    };
    result
  );
    
  //
  // Display.
  //
  
  - print <-
  (
    name.print; 
    (inherit_list.is_empty).if_false {
      " Inherit ".print;
      (inherit_list.lower).to (inherit_list.upper-1) do { i:INTEGER;
        inherit_list.item i.name.print;
        ','.print;
      };    
      inherit_list.last.name.print;
    };
    "\n(\n".print;
    (slot_list.lower).to (slot_list.upper) do { i:INTEGER;
      slot_list.item i.print;
    };
    ")\n".print;
  );
  
  // -- VFT --
  - print_vft <-
  ( + s,sp:SLOT;
    + j:INTEGER;
    "---".print;
    name.print;
    "---\n".print;
    (vft = NULL).if {
      "No VFT!\n".print;
    } else {      
      (vft.lower).to (vft.upper) do { i:INTEGER;
        i.print; 
        ':'.print;
        s := vft.item i;
        (s = NULL).if {
          "NULL".print;
        } else {
          s.name.print;          
          j := inherit_list.lower;
          sp := NULL;
          {(j <= inherit_list.upper) && {sp = NULL}}.while_do {
            (
              (inherit_list.item j.vft.upper >= i) && 
              {inherit_list.item j.vft.item i != NULL}
            ).if {
              sp := inherit_list.item j.vft.item i;
            } else {
              j := j + 1;
            };
          };
          (sp = s).if {               
            " '.print;
          }.elseif {sp != NULL} then {
            " ".print;
          } else {
            " ".print;
          };
        };
        '\n'.print;
      };
    };
    '\n'.print;
  );
  // -- VFT --
  lisaac_0.39_rc1/example/tiny_object/any.li0000644000175000017500000001164211314031264020514 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := ANY;
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
   
  - input_name:STRING_CONSTANT;
  
  - source:STRING;
  
  - string_tmp:STRING := STRING.create 250;
  
  //
  // Program
  //
  
  - program:HASHED_DICTIONARY(CLASS,STRING_CONSTANT) := 
  HASHED_DICTIONARY(CLASS,STRING_CONSTANT).create;  
  
  - class_master:CLASS;
  
  //
  // Error manager.
  //
    
  - syntax_error p:INTEGER message msg:ABSTRACT_STRING <-
  (
    error p style "--SYNTAX---------\n" message msg;
    die_with_code exit_failure_code;
  );

  - semantic_error p:INTEGER message msg:ABSTRACT_STRING <-
  (
    error p style "--SEMANTIC-------\n" message msg;
    die_with_code exit_failure_code;
  );
  
  - warning_error p:INTEGER message msg:ABSTRACT_STRING <-
  (
    error p style "--WARNING--------\n" message msg;
  );
    
  - error p:INTEGER style s:STRING_CONSTANT message msg:ABSTRACT_STRING <-
  ( + l,c,pos:INTEGER;
    + char:CHARACTER;
    - msg_error:STRING;
    
    (msg_error = NULL).if {
      msg_error := STRING.create 256;
    };
    
    (l,c) := current_position p;
    msg_error.copy s;
    msg_error.append msg;    
    msg_error.append "\nLine ";
    l.append_in msg_error;    
    msg_error.append " column ";
    c.append_in msg_error;
    msg_error.add_last '\n';
    // Search begin line :    
    pos := source.lower;
    1.to (l-1) do { line:INTEGER;
      {source.item pos = '\n'}.until_do {
	pos := pos + 1;
      };
      pos := pos + 1;
    };
    // copy line :        
    string_tmp.clear;
    {(pos > source.upper) || {source.item pos='\n'}}.until_do {
      char := source.item pos;
      msg_error.add_last char;
      (c > 1).if {
	(char = '\t').if {
	  string_tmp.add_last '\t';
	} else {
	  string_tmp.add_last ' ';
	};
      };
      c   := c - 1;
      pos := pos + 1;
    };
    msg_error.add_last '\n';
    msg_error.append string_tmp;
    msg_error.append "^\n";
    //
    STD_ERROR.put_string msg_error;
  );

  //
  // String aliaser.
  //
  
  - get_alias str:ABSTRACT_STRING :STRING_CONSTANT <-
  ( + result:STRING_CONSTANT;
    + tmp:ABSTRACT_STRING;
    ? {str != NULL};
       
    tmp := aliaser_string.reference_at str;
    (tmp = NULL).if {
      result := STRING_CONSTANT.create_copy str;
      aliaser_string.fast_add result;
    } else {
      result ?= tmp;      
    };
    ? {result == str};
    result
  );
  
  - keyword_inherit:STRING_CONSTANT := "Inherit";
  - keyword_print:STRING_CONSTANT   := "print";
  - keyword_new:STRING_CONSTANT     := "New";
  - keyword_master:STRING_CONSTANT  := "master";
  - keyword_this:STRING_CONSTANT    := "This";
  
  //
  // Flags.
  //
  
  // -- VFT --
  - is_vft:BOOLEAN := TRUE;
  // -- VFT --
  
Section Private
  
  //
  // Aliaser string.
  //
  
  - aliaser_string:HASHED_SET(ABSTRACT_STRING) := 
  ( + result:HASHED_SET(ABSTRACT_STRING);
    
    result := HASHED_SET(ABSTRACT_STRING).create;
    result.fast_add keyword_inherit;
    result.fast_add keyword_print;
    result.fast_add keyword_new;
    result.fast_add keyword_master;
    result.fast_add keyword_this;
    result
  );
  
  - current_position pos:INTEGER :(INTEGER,INTEGER) <-
  ( + p,line,col:INTEGER;
    
    p := source.lower;
    {p = pos}.until_do {
      (source.item p = '\n').if {
	col  := 0;
	line := line + 1;
      } else {
	col := col + 1;
      };
      p := p + 1;
    };
    line+1,col+1
  );
lisaac_0.39_rc1/example/tiny_object/print.li0000644000175000017500000000442111314031264021056 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := PRINT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The print";

Section Inherit

  + parent_expr:Expanded EXPR;

Section Public
  
  + text:STRING_CONSTANT;
    
  //
  // Creation.
  //

  - create p:INTEGER text t:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p text t;
    result
  );

  - make p:INTEGER text t:STRING_CONSTANT <-
  ( 
    position := p;
    text     := t;
  );

  //
  // Run.
  //
  
  - run <-
  (
    text.print; '\n'.print;
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    '\"'.print;
    text.print;
    "\".print".print;    
  );

  lisaac_0.39_rc1/example/tiny_object/slot.li0000644000175000017500000000653611314031264020714 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := SLOT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The slot";

Section Inherit

  - parent_instr:Expanded INSTR;

Section Public
  
  + name:STRING_CONSTANT;
  
  + local_list:HASHED_DICTIONARY(LOCAL,STRING_CONSTANT);
  
  + expr_list:LINKED_LIST(EXPR);
  
  // -- VFT --
  + index:INTEGER;
  
  - set_index idx:INTEGER <-
  (
    index := idx;
  );
  // -- VFT --
  
  //
  // Creation.
  //

  - create p:INTEGER name n:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n;
    result
  );

  - make p:INTEGER name n:STRING_CONSTANT <-
  ( 
    position  := p;
    name      := n;
    expr_list := LINKED_LIST(EXPR).create;
  );
  
  //
  // Added.
  // 
  
  - set_local_list d:HASHED_DICTIONARY(LOCAL,STRING_CONSTANT) <-
  (
    local_list := d;
  );
  
  - add_expr e:EXPR <-
  (
    expr_list.add_last e;
  );
  
  //
  // Access.
  //
  
  - get_local n:STRING_CONSTANT :LOCAL <-
  ( 
    local_list.fast_reference_at n    
  );
  
  //
  // Run.
  //
  
  - run t:CLASS <-
  ( + this:LOCAL;
    // Fix dynamic type for This.
    this := get_local keyword_this;
    this.set_the_dynamic_type t;
    // Execute instr.
    (expr_list.lower).to (expr_list.upper) do { i:INTEGER;
      expr_list.item i.run;
    };      
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    "  ".print;
    name.print; 
    " = \n".print;
    "  ( ".print;
    (local_list.lower).to (local_list.upper-1) do { i:INTEGER;
      local_list.item i.print;
      ','.print;
    };
    local_list.last.print;
    " |\n".print;
    (expr_list.lower).to (expr_list.upper) do { i:INTEGER;
      "    ".print;
      expr_list.item i.print;
      ";\n".print;
    };
    "  )\n".print;
  );lisaac_0.39_rc1/example/tiny_object/tiny_object.li0000644000175000017500000000777111314031264022246 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := TINY_OBJECT;
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Private
  
  //
  // Command.
  //

  - usage: STRING_CONSTANT :=
  "----------------------------------------------------------------\n\
  \--                      Tiny Object - V.0.1                   --\n\
  \--                   LSIIT - ULP - CNRS - FRANCE              --\n\
  \--         Benoit SONNTAG - sonntag@icps.u-strasbg.fr         --\n\
  \--                   http://www.IsaacOS.com                   --\n\
  \----------------------------------------------------------------\n\
  \Usage:                                                          \n\
  \  tiny_object                                  \n\
  \                                                                \n\
  \Bug report:                                                     \n\
  \            mail to : sonntag@icps.u-strasbg.fr                 \n";

  - display_usage <-
  (
    usage.print;
    die_with_code exit_failure_code;
  );
  
  //
  // Options.
  //
  
  - read_options <-
  ( + cmd:STRING;
    + j:INTEGER;  
        
    j := 1;
    {j > COMMAND_LINE.upper}.until_do {
      cmd := COMMAND_LINE.item j;      
      (input_name != NULL).if {
        display_usage;
      };		
      input_name := get_alias cmd;
      j := j+1;
    };

    (input_name = NULL).if {
      display_usage;
    };    
  );

Section Public  
  
  - main <-
  ( + file_input:POINTER;
    + sz:INTEGER;
    + slot_master:SLOT;
        
    read_options;
        
    // Read file.    
    file_input := FS_MIN.open_read input_name;
    sz := FS_MIN.file_size file_input;
    source := STRING.create (sz+1);
    FS_MIN.read file_input in source size sz;
    FS_MIN.close file_input;
    
    // Parse grammar.
    PARSER.parse;        
    /*
    "Parsing ok\n".print;    
    
    "Display\n".print;
    (program.lower).to (program.upper) do { i:INTEGER;
      program.item i.print;
    };            
    */
    // -- VFT --
    (is_vft).if {
      CLASS.compute_vft;
      CALL.compute_index;
    };
    // -- VFT --
    
    "Display VFT :\n".print;
    (program.lower).to (program.upper) do { i:INTEGER;
      program.item i.print_vft;
    };        
    "Execute...\n".print;
    (class_master = NULL).if {
      semantic_error (program.first.position) message "Slot master is needed.";
    };
    slot_master := class_master.get_slot keyword_master;    
    slot_master.run (class_master);
  );lisaac_0.39_rc1/example/tiny_object/assign.li0000644000175000017500000000475211314031264021215 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ASSIGN;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The print";

Section Inherit

  + parent_expr:Expanded EXPR;

Section Public
  
  + local:LOCAL;
    
  + type:CLASS;
    
  //
  // Creation.
  //

  - create p:INTEGER local l:LOCAL type t:CLASS :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p local l type t;
    result
  );

  - make p:INTEGER local l:LOCAL type t:CLASS <-
  ( 
    position := p;
    local    := l;
    type     := t;
  );
  
  //
  // Run.
  //
  
  - run <-
  (     
    // Type control:
    (type.is_sub_type (local.type)).if_false {
      semantic_error position message "Type mismatch.";
    };
    // Execute.
    local.set_the_dynamic_type type;
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    local.name.print;
    " = New ".print;
    type.name.print;
  );

  lisaac_0.39_rc1/example/tiny_object/TD/0000755000175000017500000000000011314031264017702 5ustar  sonntagsonntaglisaac_0.39_rc1/example/tiny_object/TD/vft.obj0000644000175000017500000004152711314031264021206 0ustar  sonntagsonntag%TGIF 4.1.45-QPL
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% LIGKERN hyphen hyphen =: endash ; endash hyphen =: emdash ;
% LIGKERN quoteleft quoteleft =: quotedblleft ;
% LIGKERN quoteright quoteright =: quotedblright ;
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/breve
/macron
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/cedilla
/ogonek
/quotesinglbase
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% 0x10
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% 0x20
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% 0x30
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% 0x40
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% 0x80
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/IJ
/Idotaccent
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/eogonek
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/racute
% 0xB0
/rcaron
/sacute
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/scedilla
/tcaron
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% 0xC0
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% 0x90
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% 0xA0
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% 0xD0
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% 0xC0
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% 0xD0
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% 0xE0
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% 0xF0
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cleartomark
%%EndFont 
%%BeginFont: CMMI10
%!PS-AdobeFont-1.1: CMMI10 1.100
%%CreationDate: 1996 Jul 23 07:53:57
% Copyright (C) 1997 American Mathematical Society. All Rights Reserved.
11 dict begin
/FontInfo 7 dict dup begin
/version (1.100) readonly def
/Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def
/FullName (CMMI10) readonly def
/FamilyName (Computer Modern) readonly def
/Weight (Medium) readonly def
/ItalicAngle -14.04 def
/isFixedPitch false def
end readonly def
/FontName /CMMI10 def
/PaintType 0 def
/FontType 1 def
/FontMatrix [0.001 0 0 0.001 0 0] readonly def
/Encoding 256 array
0 1 255 {1 index exch /.notdef put} for
dup 110 /n put
readonly def
/FontBBox{-32 -250 1048 750}readonly def
currentdict end
currentfile eexec
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cleartomark
%%EndFont 
%%BeginFont: SFBX1000
%!FontType1-1.0: SFBX1000 0.3
%%CreationDate: Wed Sep 12 2001
% Copyright (c) 2001 Vladimir Volovich .
% See the file COPYING (GNU General Public License) for license conditions.
% Converted from METAFONT EC/TC and LH fonts:
% ecbx1000, tcbx1000, labx1000, lbbx1000, lcbx1000, rxbx1000.
11 dict begin
/FontInfo 6 dict dup begin
/version (0.3) def
/FullName (Computer Modern Bold Extended) def
/FamilyName (Computer Modern) def
/ItalicAngle 0 def
/isFixedPitch false def
/Weight (Bold) def
end readonly def
/FontName /SFBX1000 def
/Encoding StandardEncoding def
/PaintType 0 def
/FontType 1 def
/FontMatrix [0.001 0 0 0.001 0 0] def
/FontBBox{-229 -316 1737 939}readonly def
currentdict end
currentfile eexec
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cleartomark
%%EndFont 
%%BeginFont: SFTT1000
%!FontType1-1.0: SFTT1000 0.3
%%CreationDate: Wed Sep 12 2001
% Copyright (c) 2001 Vladimir Volovich .
% See the file COPYING (GNU General Public License) for license conditions.
% Converted from METAFONT EC/TC and LH fonts:
% ectt1000, tctt1000, latt1000, lbtt1000, lctt1000, rxtt1000.
11 dict begin
/FontInfo 6 dict dup begin
/version (0.3) def
/FullName (Computer Modern Typewriter) def
/FamilyName (Computer Modern) def
/ItalicAngle 0 def
/isFixedPitch true def
/Weight (Medium) def
end readonly def
/FontName /SFTT1000 def
/Encoding StandardEncoding def
/PaintType 0 def
/FontType 1 def
/FontMatrix [0.001 0 0 0.001 0 0] def
/FontBBox{-208 -360 1374 838}readonly def
currentdict end
currentfile eexec
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cleartomark
%%EndFont 
%%BeginFont: SFTI1000
%!FontType1-1.0: SFTI1000 0.3
%%CreationDate: Wed Sep 12 2001
% Copyright (c) 2001 Vladimir Volovich .
% See the file COPYING (GNU General Public License) for license conditions.
% Converted from METAFONT EC/TC and LH fonts:
% ecti1000, tcti1000, lati1000, lbti1000, lcti1000, rxti1000.
11 dict begin
/FontInfo 6 dict dup begin
/version (0.3) def
/FullName (Computer Modern Italic) def
/FamilyName (Computer Modern) def
/ItalicAngle -14.04 def
/isFixedPitch false def
/Weight (Medium) def
end readonly def
/FontName /SFTI1000 def
/Encoding StandardEncoding def
/PaintType 0 def
/FontType 1 def
/FontMatrix [0.001 0 0 0.001 0 0] def
/FontBBox{-95 -321 1415 932}readonly def
currentdict end
currentfile eexec
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cleartomark
%%EndFont 
%%BeginFont: SFRM1000
%!FontType1-1.0: SFRM1000 0.3
%%CreationDate: Wed Sep 12 2001
% Copyright (c) 2001 Vladimir Volovich .
% See the file COPYING (GNU General Public License) for license conditions.
% Converted from METAFONT EC/TC and LH fonts:
% ecrm1000, tcrm1000, larm1000, lbrm1000, lcrm1000, rxrm1000.
11 dict begin
/FontInfo 6 dict dup begin
/version (0.3) def
/FullName (Computer Modern Roman) def
/FamilyName (Computer Modern) def
/ItalicAngle 0 def
/isFixedPitch false def
/Weight (Medium) def
end readonly def
/FontName /SFRM1000 def
/Encoding StandardEncoding def
/PaintType 0 def
/FontType 1 def
/FontMatrix [0.001 0 0 0.001 0 0] def
/FontBBox{-189 -321 1456 937}readonly def
currentdict end
currentfile eexec
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cleartomark
%%EndFont 
%%BeginFont: SFTI1440
%!FontType1-1.0: SFTI1440 0.3
%%CreationDate: Wed Sep 12 2001
% Copyright (c) 2001 Vladimir Volovich .
% See the file COPYING (GNU General Public License) for license conditions.
% Converted from METAFONT EC/TC and LH fonts:
% ecti1440, tcti1440, lati1440, lbti1440, lcti1440, rxti1440.
11 dict begin
/FontInfo 6 dict dup begin
/version (0.3) def
/FullName (Computer Modern Italic) def
/FamilyName (Computer Modern) def
/ItalicAngle -14.04 def
/isFixedPitch false def
/Weight (Medium) def
end readonly def
/FontName /SFTI1440 def
/Encoding StandardEncoding def
/PaintType 0 def
/FontType 1 def
/FontMatrix [0.001 0 0 0.001 0 0] def
/FontBBox{-88 -320 1347 942}readonly def
currentdict end
currentfile eexec
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cleartomark
%%EndFont 
%%BeginFont: SFRM1440
%!FontType1-1.0: SFRM1440 0.3
%%CreationDate: Wed Sep 12 2001
% Copyright (c) 2001 Vladimir Volovich .
% See the file COPYING (GNU General Public License) for license conditions.
% Converted from METAFONT EC/TC and LH fonts:
% ecrm1440, tcrm1440, larm1440, lbrm1440, lcrm1440, rxrm1440.
11 dict begin
/FontInfo 6 dict dup begin
/version (0.3) def
/FullName (Computer Modern Roman) def
/FamilyName (Computer Modern) def
/ItalicAngle 0 def
/isFixedPitch false def
/Weight (Medium) def
end readonly def
/FontName /SFRM1440 def
/Encoding StandardEncoding def
/PaintType 0 def
/FontType 1 def
/FontMatrix [0.001 0 0 0.001 0 0] def
/FontBBox{-178 -319 1370 944}readonly def
currentdict end
currentfile eexec
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cleartomark
%%EndFont 
%%BeginFont: SFBX1440
%!FontType1-1.0: SFBX1440 0.3
%%CreationDate: Wed Sep 12 2001
% Copyright (c) 2001 Vladimir Volovich .
% See the file COPYING (GNU General Public License) for license conditions.
% Converted from METAFONT EC/TC and LH fonts:
% ecbx1440, tcbx1440, labx1440, lbbx1440, lcbx1440, rxbx1440.
11 dict begin
/FontInfo 6 dict dup begin
/version (0.3) def
/FullName (Computer Modern Bold Extended) def
/FamilyName (Computer Modern) def
/ItalicAngle 0 def
/isFixedPitch false def
/Weight (Bold) def
end readonly def
/FontName /SFBX1440 def
/Encoding StandardEncoding def
/PaintType 0 def
/FontType 1 def
/FontMatrix [0.001 0 0 0.001 0 0] def
/FontBBox{-218 -316 1652 915}readonly def
currentdict end
currentfile eexec
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/B {
_doClip dup 1 ge
gsave f grestore
{
gsave S grestore
1 eq { clip } { eoclip } ifelse
newpath
ilp
/_doClip 0 dd
}
{ pop S }
ifelse
} bd
/b { h B } bd
/B* {
_doClip dup 1 ge
gsave f* grestore
{
gsave S grestore
1 eq { clip } { eoclip } ifelse
newpath
ilp
/_doClip 0 dd
}
{ pop S }
ifelse
} bd
/b* { h B* } bd
/W { /_doClip 1 dd } bd
/W* { /_doClip 2 dd } bd
/q/save ld
/Q { restore ilp } bd
Level2? StartLoad
{ /defineRes/defineresource ld
/findRes/findresource ld
currentglobal
true systemdict /setglobal get exec
[/Function /ExtGState /Form]
{ /Generic /Category findresource dup length dict copy /Category defineresource pop }
forall
systemdict /setglobal get exec
} EndLoad
Level2? not StartLoad
{ /AlmostFull?
{ dup maxlength exch length sub 2 le
} bind def
/Expand
{ 1 index maxlength mul cvi dict
dup begin exch { def } forall end
} bind def
/xput
{ 3 2 roll
dup 3 index known not
{ dup AlmostFull? { 1.5 Expand } if
} if
dup 4 2 roll put
} bind def
/defineRes
{ _categories 1 index known not
{ /_categories _categories 2 index 10 dict xput store
} if
_categories exch 2 copy get 5 -1 roll 4 index xput put
} bind def
/findRes
{ _categories exch get exch get
} bind def
} EndLoad
/cs
{
dup where { pop load } if
dup /_fcs xdd
ucs
_cpcf exch get
/_fc xdd
/_fp null dd
} bd
/CS
{
dup where { pop load } if
dup /_scs xdd ucs _cpcs exch get /_sc xdd /_sp null dd
} bd
/ucs {
dup type /arraytype eq
{ dup 0 get
dup /Indexed eq
{ pop 0 get }
{ /Pattern eq
{ dup length 2 eq
{ 1 get ucs }
{ 0 get }
ifelse }
{ 0 get }
ifelse }
ifelse }
if }
bd
/_cpcf
15 dict dup begin
/DefaultGray _f1 def
/DeviceGray _f1 def
/DefaultRGB _f3 def
/DeviceRGB _f3 def
/DeviceCMYK _f4 def
/CalGray _f1 def
/CalRGB _f3 def
/CalCMYK _f4 def
/Lab _f3 def
/Pattern _f0 def
/Indexed _f1 def
/Separation _f1 def
/CIEBasedA _f1 def
/CIEBasedABC _f3 def
end
dd
/_cpcs
15 dict dup begin
/DefaultGray _s1 def
/DeviceGray _s1 def
/DefaultRGB _s3 def
/DeviceRGB _s3 def
/DeviceCMYK _s4 def
/CalGray _s1 def
/CalRGB _s3 def
/CalCMYK _s4 def
/Lab _s3 def
/Pattern _s0 def
/Indexed _s1 def
/Separation _s1 def
/CIEBasedA _s1 def
/CIEBasedABC _s3 def
end
dd
Level2? not StartLoad {
/ri/pop ld
/makePat/pop ld
} EndLoad
Level2? StartLoad {
/ri
{
/findcolorrendering isdefined?
{
mark exch
findcolorrendering
counttomark 2 eq
{ type /booleantype eq
{ dup type /nametype eq
{ dup /ColorRendering resourcestatus
{ pop pop
dup /DefaultColorRendering ne
{
/ColorRendering findresource
setcolorrendering
} if
} if
} if
} if
} if
cleartomark
}
{ pop
} ifelse
} bd
/makePat /makepattern ld
} EndLoad
Level2? not _ColorSep5044? or StartLoad
{
/L1setcolor {
aload length
dup 0 eq
{ pop .5 setgray }
{ dup 1 eq
{ pop setgray }
{ 3 eq
{ setrgbcolor }
{ setcmykcolor }
ifelse }
ifelse }
ifelse
} bind dd
/_sfcs { } dd
/_sscs { } dd
} EndLoad
Level2? not _ColorSep5044? not and StartLoad
{
/_sfc { _fc L1setcolor } dd
/_ssc { _sc L1setcolor } dd
} EndLoad
Level2? _ColorSep5044? not and StartLoad
{
/_sfcs
{
_fcs setcolorspace
} bind dd
/_sscs
{
_scs setcolorspace
} bind dd
/_sfc
{
_fc aload pop
_fp null eq
{ setcolor }
{ _fp setpattern }
ifelse
} bind dd
/_ssc
{
_sc aload pop
_sp null eq { setcolor } { _sp setpattern } ifelse
} bind dd
} EndLoad
/sc
{
_fc astore pop
ilp
} bd
/SC
{
_sc astore pop
ilp
} bd
/scn {
dup type /dicttype eq
{ dup /_fp xdd
/PaintType get 1 eq
{ /_fc _f0 dd ilp }
{ /_fc _cpcf _fcs ucs get dd
sc }
ifelse }
{ sc }
ifelse
} bd
/SCN {
dup type /dicttype eq
{ dup /_sp xdd
/PaintType get 1 eq
{ /_sc _s0 dd ilp }
{ /_sc _cpcs _scs ucs get dd
SC }
ifelse }
{ SC }
ifelse
} bd
/g { /DefaultGray cs sc } bd
/rg { /DefaultRGB cs sc } bd
/k { /DeviceCMYK cs sc } bd
/G { /DefaultGray CS SC } bd
/RG { /DefaultRGB CS SC } bd
/K { /DeviceCMYK CS SC } bd
/cm { _mtx astore concat } bd
/re {
4 2 roll m
1 index 0 rlineto
0 exch rlineto
neg 0 rlineto
h
} bd
/RC/rectclip ld
/EF/execform ld
/PS { cvx exec } bd
/initgs {
/DefaultGray where
{ pop }
{ /DefaultGray /DeviceGray dd }
ifelse
/DefaultRGB where
{ pop }
{ /DefaultRGB /DeviceRGB dd }
ifelse
0 g 0 G
[] 0 d 0 j 0 J 10 M 1 w
true setSA
} bd
21 dict dup begin
/CosineDot
{ 180 mul cos exch 180 mul cos add 2 div } bd
/Cross
{ abs exch abs 2 copy gt { exch } if pop neg } bd
/Diamond
{ abs exch abs 2 copy add .75 le
{ dup mul exch dup mul add 1 exch sub }
{ 2 copy add 1.23 le
{ .85 mul add 1 exch sub }
{ 1 sub dup mul exch 1 sub dup mul add 1 sub }
ifelse }
ifelse } bd
/Double
{ exch 2 div exch 2 { 360 mul sin 2 div exch } repeat add } bd
/DoubleDot
{ 2 { 360 mul sin 2 div exch } repeat add } bd
/Ellipse
{ abs exch abs 2 copy 3 mul exch 4 mul add 3 sub dup 0 lt
{ pop dup mul exch .75 div dup mul add 4 div
1 exch sub }
{ dup 1 gt
{pop 1 exch sub dup mul exch 1 exch sub
.75 div dup mul add 4 div 1 sub }
{ .5 exch sub exch pop exch pop }
ifelse }
ifelse } bd
/EllipseA
{ dup mul .9 mul exch dup mul add 1 exch sub } bd
/EllipseB
{ dup 5 mul 8 div mul exch dup mul exch add sqrt 1 exch sub } bd
/EllipseC
{ dup .5 gt { 1 exch sub } if
dup .25 ge
{ .5 exch sub 4 mul dup mul 1 sub }
{ 4 mul dup mul 1 exch sub }
ifelse
exch
dup .5 gt { 1 exch sub } if
dup .25 ge
{ .5 exch sub 4 mul dup mul 1 sub }
{ 4 mul dup mul 1 exch sub }
ifelse
add -2 div } bd
/InvertedDouble
{ exch 2 div exch 2 { 360 mul sin 2 div exch } repeat add neg } bd
/InvertedDoubleDot
{ 2 { 360 mul sin 2 div exch } repeat add neg } bd
/InvertedEllipseA
{ dup mul .9 mul exch dup mul add 1 sub } bd
/InvertedSimpleDot
{ dup mul exch dup mul add 1 sub } bd
/Line
{ exch pop abs neg } bd
/LineX
{ pop } bd
/LineY
{ exch pop } bd
/Rhomboid
{ abs exch abs 0.9 mul add 2 div } bd
/Round
{ abs exch abs 2 copy add 1 le
{ dup mul exch dup mul add 1 exch sub }
{ 1 sub dup mul exch 1 sub dup mul add 1 sub }
ifelse } bd
/SimpleDot
{ dup mul exch dup mul add 1 exch sub } bd
/Square
{ abs exch abs 2 copy lt { exch } if pop neg } bd
end
{ /Function defineRes pop } forall
/Identity {} /Function defineRes pop
_ColorSep5044? StartLoad {
/_defaulttransferfunc currenttransfer def
/currentcolortransfer where
{ pop /_defaultcolortransferfuncs [ currentcolortransfer ] def }
if
/concattransferfuncs {
[ 3 1 roll /exec load exch /exec load ] cvx
} bd
/concatandsettransfer {
/_defaulttransferfunc load concattransferfuncs settransfer
} bd
/concatandsetcolortransfer {
colorplate 0 eq
{
_defaultcolortransferfuncs aload pop
8 -1 roll 5 -1 roll concattransferfuncs 7 1 roll
6 -1 roll 4 -1 roll concattransferfuncs 5 1 roll
4 -1 roll 3 -1 roll concattransferfuncs 3 1 roll
concattransferfuncs
setcolortransfer
} if
colorplate 1 ge colorplate 4 le and
{
4 colorplate sub index 4 { exch pop } repeat
concatandsettransfer
} if
colorplate 5 ge
{
0 index 4 { exch pop } repeat
concatandsettransfer
} if
} bd
/tn5044sethalftone
{
begin
HalftoneType 5 eq
{ [/Default /Cyan /Magenta /Yellow /Black /Default /Default /Default]
colorplate get
here not {
/Default here not { currentdict } if
} if
}
{ currentdict }
ifelse
end
begin
/TransferFunction here
{
concatandsettransfer
currentdict dup length dict
begin
{
1 index /TransferFunction ne { def } { pop pop } ifelse
} forall
currentdict
end
}
{
currentdict
} ifelse
end
sethalftone
} bd
} EndLoad
Level2? StartLoad {
/gs
{
begin
/SA here { setstrokeadjust } if
/OP here { setoverprint } if
/BG here { setblackgeneration } if
/UCR here { setundercolorremoval } if
/TR here
{
_ColorSep5044?
{
dup xcheck
{ concatandsettransfer }
{ aload pop concatandsetcolortransfer }
ifelse
}
{
dup xcheck
{ settransfer }
{ aload pop setcolortransfer }
ifelse
} ifelse
} if
/sethalftonephase isdefined? { /HTP here { sethalftonephase } if } if
/HT here
{ _ColorSep5044?
{ tn5044sethalftone }
{ sethalftone }
ifelse
} if
end
} bd
/_defaulthalftone currenthalftone def
} EndLoad
Level2? not StartLoad {
/gs
{
begin
/SA here { /_sa? xdd } if
/OP here { dup /_op? xdd
/setoverprint where {pop setoverprint}
{pop} ifelse
} if
/TR here
{
_ColorSep5044?
{ dup xcheck
{ concatandsettransfer }
{ aload pop concatandsetcolortransfer }
ifelse
}
{ dup xcheck
{ settransfer }
{ aload pop setcolortransfer }
ifelse
} ifelse
} if
/HT here
{ _ColorSep5044?
{ tn5044sethalftone }
{ sethalftone }
ifelse
} if
end
} bd
5 dict dup
begin
currentscreen 1 [/HalftoneType /SpotFunction /Angle /Frequency ]
{ exch def } forall
end
/_defaulthalftone exch def
} EndLoad
/int {
dup 2 index sub 3 index 5 index sub div 6 -2 roll sub mul
exch pop add exch pop
} bd
/limit {
dup 2 index le { exch } if pop
dup 2 index ge { exch } if pop
} bd
_ColorSep5044? StartLoad {
/_sfc
{
_fp null eq
{ _fcs type /arraytype eq
{_fcs 0 get /Separation eq
{
_fcs 1 get /All eq
{
_fc aload pop 1 exch sub
/setseparationgray where pop begin setseparationgray end
}
{
1 _fcs 3 get exec _fcs 1 get
/findcmykcustomcolor where pop begin findcmykcustomcolor end
_fc aload pop
/setcustomcolor where pop begin setcustomcolor end
}
ifelse
}
{ _fc L1setcolor }
ifelse
}
{ _fc L1setcolor }
ifelse
}
{ _fc L1setcolor }
ifelse
} bind dd
/_ssc
{
_sp null eq
{ _scs type /arraytype eq
{_scs 0 get /Separation eq
{
_scs 1 get /All eq
{
_sc aload pop 1 exch sub
/setseparationgray where pop begin setseparationgray end
}
{
1 _scs 3 get exec _scs 1 get
/findcmykcustomcolor where pop begin findcmykcustomcolor end
_sc aload pop
/setcustomcolor where pop begin setcustomcolor end
}
ifelse
}
{ _sc L1setcolor }
ifelse
}
{ _sc L1setcolor }
ifelse
}
{ _sc L1setcolor }
ifelse
} bind dd
} EndLoad
%%EndFile
%%BeginFile: pdftext.prc
%%Copyright: Copyright 1987-1997 Adobe Systems Incorporated. All Rights Reserved.
PDF /PDFText 65 dict dup begin put
/initialize { PDFText begin } bd
/terminate { end } bd
/pdf_has_composefont? systemdict /composefont known def
/CopyFont {
{
1 index /FID ne 2 index /UniqueID ne and
{ def } { pop pop } ifelse
} forall
} bd
/Type0CopyFont
{
exch
dup length dict
begin
CopyFont
[
exch
FDepVector
{
dup /FontType get 0 eq
{
1 index Type0CopyFont
/_pdfType0 exch definefont
}
{
/_pdfBaseFont exch
2 index exec
}
ifelse
exch
}
forall
pop
]
/FDepVector exch def
currentdict
end
} bd
/cHexEncoding
[/c00/c01/c02/c03/c04/c05/c06/c07/c08/c09/c0A/c0B/c0C/c0D/c0E/c0F/c10/c11/c12
/c13/c14/c15/c16/c17/c18/c19/c1A/c1B/c1C/c1D/c1E/c1F/c20/c21/c22/c23/c24/c25
/c26/c27/c28/c29/c2A/c2B/c2C/c2D/c2E/c2F/c30/c31/c32/c33/c34/c35/c36/c37/c38
/c39/c3A/c3B/c3C/c3D/c3E/c3F/c40/c41/c42/c43/c44/c45/c46/c47/c48/c49/c4A/c4B
/c4C/c4D/c4E/c4F/c50/c51/c52/c53/c54/c55/c56/c57/c58/c59/c5A/c5B/c5C/c5D/c5E
/c5F/c60/c61/c62/c63/c64/c65/c66/c67/c68/c69/c6A/c6B/c6C/c6D/c6E/c6F/c70/c71
/c72/c73/c74/c75/c76/c77/c78/c79/c7A/c7B/c7C/c7D/c7E/c7F/c80/c81/c82/c83/c84
/c85/c86/c87/c88/c89/c8A/c8B/c8C/c8D/c8E/c8F/c90/c91/c92/c93/c94/c95/c96/c97
/c98/c99/c9A/c9B/c9C/c9D/c9E/c9F/cA0/cA1/cA2/cA3/cA4/cA5/cA6/cA7/cA8/cA9/cAA
/cAB/cAC/cAD/cAE/cAF/cB0/cB1/cB2/cB3/cB4/cB5/cB6/cB7/cB8/cB9/cBA/cBB/cBC/cBD
/cBE/cBF/cC0/cC1/cC2/cC3/cC4/cC5/cC6/cC7/cC8/cC9/cCA/cCB/cCC/cCD/cCE/cCF/cD0
/cD1/cD2/cD3/cD4/cD5/cD6/cD7/cD8/cD9/cDA/cDB/cDC/cDD/cDE/cDF/cE0/cE1/cE2/cE3
/cE4/cE5/cE6/cE7/cE8/cE9/cEA/cEB/cEC/cED/cEE/cEF/cF0/cF1/cF2/cF3/cF4/cF5/cF6
/cF7/cF8/cF9/cFA/cFB/cFC/cFD/cFE/cFF] def
/modEnc {
/_enc xdd
/_icode 0 dd
counttomark 1 sub -1 0
{
index
dup type /nametype eq
{
_enc _icode 3 -1 roll put
_icode 1 add
}
if
/_icode xdd
} for
cleartomark
_enc
} bd
/trEnc {
/_enc xdd
255 -1 0 {
exch dup -1 eq
{ pop /.notdef }
{ Encoding exch get }
ifelse
_enc 3 1 roll put
} for
pop
_enc
} bd
/TE {
/_i xdd
StandardEncoding 256 array copy modEnc
_pdfEncodings exch _i exch put
} bd
/TZ
{
/_usePDFEncoding xdd
findfont
dup length 2 add dict
begin
{
1 index /FID ne { def } { pop pop } ifelse
} forall
/FontName exch def
_usePDFEncoding 0 ge
{
/Encoding _pdfEncodings _usePDFEncoding get def
pop
}
{
_usePDFEncoding -1 eq
{
counttomark 0 eq
{ pop }
{
Encoding 256 array copy
modEnc /Encoding exch def
}
ifelse
}
{
256 array
trEnc /Encoding exch def
}
ifelse
}
ifelse
FontName currentdict
end
definefont pop
}
bd
/Level2?
systemdict /languagelevel known
{systemdict /languagelevel get 2 ge}
{false}
ifelse
def
Level2?
{
/_pdfFontStatus
{
currentglobal exch
/Font resourcestatus
{pop pop true}
{false}
ifelse
exch setglobal
} bd
}
{
/_pdfFontStatusString 50 string def
_pdfFontStatusString 0 (fonts/) putinterval
/_pdfFontStatus
{
_pdfFontStatusString 6 42 getinterval
cvs length 6 add
_pdfFontStatusString exch 0 exch getinterval
status
{ pop pop pop pop true}
{ false }
ifelse
} bd
}
ifelse
Level2?
{
/_pdfCIDFontStatus
{
/CIDFont /Category resourcestatus
{
pop pop
/CIDFont resourcestatus
{pop pop true}
{false}
ifelse
}
{ pop false }
ifelse
} bd
}
if
/_pdfString100 100 string def
/_pdfComposeFontName
{
dup length 1 eq
{
0 get
1 index
type /nametype eq
{
_pdfString100 cvs
length dup dup _pdfString100 exch (-) putinterval
_pdfString100 exch 1 add dup _pdfString100 length exch sub getinterval
2 index exch cvs length
add 1 add _pdfString100 exch 0 exch getinterval
exch pop
true
}
{
pop pop
false
}
ifelse
}
{
false
}
ifelse
} bd
pdf_has_composefont?
{
/_pdfComposeFont
{
1 index /CMap resourcestatus
{pop pop true}
{false}
ifelse
1 index true exch
{
_pdfCIDFontStatus not
{pop false exit}
if
}
forall
and
{ 3 -1 roll pop composefont true}
{
4 -1 roll pop
_pdfComposeFontName
{
dup _pdfFontStatus
{ findfont definefont true }
{
pop
dup _pdfFontStatus
{ findfont true }
{ pop false }
ifelse
}
ifelse
}
{
dup _pdfFontStatus
{ findfont true }
{ pop false }
ifelse
}
ifelse
}
ifelse
} bd
}
{
/_pdfComposeFont
{
4 -1 roll pop
_pdfComposeFontName not
{
dup
}
if
2 copy _pdfFontStatus
{pop findfont exch pop true}
{
eq
{pop false}
{
dup _pdfFontStatus
{findfont true}
{pop false}
ifelse
}
ifelse
}
ifelse
} bd
}
ifelse
/_pdfFaceByStyleDict 4 dict dup begin
Level2?
{
/Serif
/HeiseiMin-W3-83pv-RKSJ-H _pdfFontStatus
{/HeiseiMin-W3}
{/Ryumin-Light}
ifelse
def
/SansSerif
/HeiseiKakuGo-W5-83pv-RKSJ-H _pdfFontStatus
{/HeiseiKakuGo-W5}
{/GothicBBB-Medium}
ifelse
def
/HeiseiMaruGo-W4-83pv-RKSJ-H _pdfFontStatus
{/HeiseiMaruGo-W4}
{
/Jun101-Light-RKSJ-H _pdfFontStatus
{ /Jun101-Light }
{ SansSerif }
ifelse
}
ifelse
/RoundSansSerif exch def
/Default Serif def
}
{
/Serif /Ryumin-Light def
/SansSerif /GothicBBB-Medium def
{
(fonts/Jun101-Light-83pv-RKSJ-H) status
}stopped
{pop}{
{ pop pop pop pop /Jun101-Light }
{ SansSerif }
ifelse
/RoundSansSerif exch def
}ifelse
/Default Serif def
}
ifelse
end
def
/_pdf_Adobe-Japan1-2 (Adobe-Japan1-2) def
/_pdfConcatNames
{
exch
_pdfString100 cvs
length dup dup _pdfString100 exch (-) putinterval
_pdfString100 exch 1 add dup _pdfString100 length exch sub getinterval
3 -1 roll exch cvs length
add 1 add _pdfString100 exch 0 exch getinterval
} bind def
/_pdfSubSetFontByStyleDict 4 dict dup begin
_pdfFaceByStyleDict
{
_pdf_Adobe-Japan1-2 _pdfConcatNames
dup _pdfFontStatus
{ def }
{
{
pop
dup /SansSerif eq
{
/HeiseiKakuGo-W5-Adobe-Japan1-2 dup _pdfFontStatus
{ def exit }
{ pop }
ifelse
}
if
dup /Serif eq
{
/HeiseiMin-W3-Adobe-Japan1-2 dup _pdfFontStatus
{ def exit }
{ pop }
ifelse
}
if
pop exit
}
loop
}
ifelse
}
forall
end def
/TZzero
{
/_fyAdj xdd
/_wmode xdd
/_styleArr xdd
4 copy
_pdfComposeFont
{exch pop exch pop exch pop}
{
[
0 1 _styleArr length 1 sub
{
_styleArr exch get
_pdfFaceByStyleDict exch 2 copy known not
{ pop /Default }
if
get
}
for
]
exch pop
3 index 3 index 4 2 roll
_pdfComposeFont
{exch pop}
{
findfont
}
ifelse
}
ifelse
dup /FontType get 3 eq _wmode 1 eq and
{
_pdfVerticalRomanT3Font dup length dict copy
begin
/_basefont exch def
/Encoding _basefont /Encoding get def
}
{
dup length 2 add dict
begin
{1 index /FID ne {def}{pop pop} ifelse }
forall
} ifelse
/WMode _wmode def
/BaseLineAdj _fyAdj def
FontType 0 ne
{
/Encoding Encoding dup length array copy dup 16#5c /yen put def
/_fauxfont true def
} if
currentdict
end
definefont pop
}
bd
/swj {
dup 4 1 roll
dup length exch stringwidth
exch 5 -1 roll 3 index mul add
4 1 roll 3 1 roll mul add
6 2 roll /_cnt 0 dd
{1 index eq {/_cnt _cnt 1 add dd} if} forall pop
exch _cnt mul exch _cnt mul 2 index add 4 1 roll 2 index add 4 1 roll pop pop
} bd
/jss {
4 1 roll
{
2 npop
(0) exch 2 copy 0 exch put
gsave
32 eq
{
exch 6 index 6 index 6 index 5 -1 roll widthshow
currentpoint
}
{
false charpath currentpoint
4 index setmatrix stroke
}
ifelse
grestore
moveto
2 copy rmoveto
} exch cshow
6 npop
} def
/jsfTzero {
{
2 npop
(0) exch 2 copy 0 exch put
exch show
32 eq
{
4 index 4 index rmoveto
}
if
2 copy rmoveto
} exch cshow
5 npop
} def
/jsp
{
{
2 npop
(0) exch 2 copy 0 exch put
32 eq
{ exch 5 index 5 index 5 index 5 -1 roll widthshow }
{ false charpath }
ifelse
2 copy rmoveto
} exch cshow
5 npop
} bd
/trj { _cx 0 fWModeProc 32 _ax 0 fWModeProc 6 5 roll } bd
/pjsf { trj sfc fawidthshowProc } bd
/pjss { trj _ctm ssc jss } bd
/pjsc { trj jsp } bd
/_Tjdef [
/pjsf load
/pjss load
{
dup
currentpoint 3 2 roll
pjsf
newpath moveto
pjss
} bind
{
trj swj rmoveto
} bind
{
dup currentpoint 4 2 roll gsave
pjsf
grestore 3 1 roll moveto
pjsc
} bind
{
dup currentpoint 4 2 roll
currentpoint gsave newpath moveto
pjss
grestore 3 1 roll moveto
pjsc
} bind
{
dup currentpoint 4 2 roll gsave
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1 SM
1 W

0 SG

72 0 MU 72 11.602 MU TR
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GS

/tgiforigctm matrix currentmatrix def

% BOX
0 SG
GS
   NP 55 165 M 385 165 L 385 195 L 55 195 L CP 1 SG F
   0 SG
   NP 55 165 M 385 165 L 385 195 L 55 195 L CP EC NP
   pat5 8 48 160 344 40 TGPF
GR

% BOX
0 SG
GS
   NP 385 165 M 390 165 L 390 485 L 385 485 L CP 1 SG F
   0 SG
   NP 385 165 M 390 165 L 390 485 L 385 485 L CP EC NP
   pat5 8 376 160 16 328 TGPF
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% BOX
0 SG
GS
   NP 400 165 M 650 165 L 650 195 L 400 195 L CP 1 SG F
   0 SG
   NP 400 165 M 650 165 L 650 195 L 400 195 L CP EC NP
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GR

% BOX
0 SG
GS
   NP 395 165 M 400 165 L 400 485 L 395 485 L CP 1 SG F
   0 SG
   NP 395 165 M 400 165 L 400 485 L 395 485 L CP EC NP
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GR

% TEXT
NP
0 SG
   GS
      1 W
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   GR

% TEXT
NP
0 SG
   GS
      1 W
      165 240 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_1) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      165 260 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_2) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 160 205 M 240 205 L 240 225 L 160 225 L CP
      2 W
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 160 225 M 240 225 L 240 245 L 160 245 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 160 245 M 240 245 L 240 265 L 160 265 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 155 200 M 245 200 L 245 270 L 155 270 L CP
      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      70 340 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
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      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      70 360 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_1) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      70 380 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_3) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 65 325 M 145 325 L 145 345 L 65 345 L CP
      2 W
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 65 345 M 145 345 L 145 365 L 65 365 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 65 365 M 145 365 L 145 385 L 65 385 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
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      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      260 340 M
      GS
            0 SG
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      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      260 360 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
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      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      260 380 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
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      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 255 325 M 335 325 L 335 345 L 255 345 L CP
      2 W
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 255 345 M 335 345 L 335 365 L 255 365 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 255 365 M 335 365 L 335 385 L 255 385 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
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      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
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      GS
            0 SG
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      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
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      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      130 320 M
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   TGSM
   4 W
   S
   1 W
GR
GS
   TGSM
   NP
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   1 SG CP F
   0 SG
   NP
      170 270 14.000 6.000 40 -50 TGAT
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GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      270 320 M
      -50 -40 atan DU cos 14.000 MU 230 exch SU
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   TGSM
   4 W
   S
   1 W
GR
GS
   TGSM
   NP
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   0 SG
   NP
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GR

% TEXT
NP
0 SG
   GS
      1 W
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      GS
            0 SG
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      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
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      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
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      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 255 405 M 335 405 L 335 425 L 255 425 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      430 265 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_1) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      430 285 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_2) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 425 250 M 505 250 L 505 270 L 425 270 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 425 270 M 505 270 L 505 290 L 425 290 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      425 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (PARENT) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      415 265 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (0) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      415 285 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (1) SH
      GR
   GR

% OVAL
0 SG
NP 495 260 5 5 TGEL F
GS
   GS
      NP 495 260 5 5 TGEL
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      495 260 M
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   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      225 235 10.000 4.000 -125 0 TGAT
   1 SG CP F
   0 SG
   NP
      225 235 10.000 4.000 -125 0 TGAT
   CP F
GR

% OVAL
0 SG
NP 495 280 5 5 TGEL F
GS
   GS
      NP 495 280 5 5 TGEL
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      495 280 M
      495 300 L
      350 300 L
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      0 -125 atan DU cos 10.000 MU 225 exch SU
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   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      225 255 10.000 4.000 -125 0 TGAT
   1 SG CP F
   0 SG
   NP
      225 255 10.000 4.000 -125 0 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      530 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (CHILD_A) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      535 265 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_1) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      535 285 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_2) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 530 250 M 610 250 L 610 270 L 530 270 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 530 270 M 610 270 L 610 290 L 530 290 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      520 265 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (0) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      520 285 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (1) SH
      GR
   GR

% OVAL
0 SG
NP 600 260 5 5 TGEL F
GS
   GS
      NP 600 260 5 5 TGEL
      S
   GR
GR

% OVAL
0 SG
NP 600 280 5 5 TGEL F
GS
   GS
      NP 600 280 5 5 TGEL
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      600 260 M
      640 260 L
      640 475 L
      175 475 L
      175 355 L
      0 -45 atan DU cos 10.000 MU 130 exch SU
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   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      130 355 10.000 4.000 -45 0 TGAT
   1 SG CP F
   0 SG
   NP
      130 355 10.000 4.000 -45 0 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      535 305 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_3) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 530 290 M 610 290 L 610 310 L 530 310 L CP
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      600 280 M
      620 280 L
      620 325 L
      495 325 L
      495 300 L
   TGSM
   2 W
   S
   1 W
GR

% OVAL
0 SG
NP 600 300 5 5 TGEL F
GS
   GS
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GS
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GS
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GR

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NP
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GS
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GR

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GS
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GS
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GR

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NP
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GS
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GR

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GS
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GS
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GS
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GS
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GR

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GR

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GS
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GS
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GR

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GS
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GR

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GS
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GS
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GR
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GS
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GS
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GS
   10 SM
   GS
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GS
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      115 310 M
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GR
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GS
   10 SM
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GS
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GS
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/Double
{ exch 2 div exch 2 { 360 mul sin 2 div exch } repeat add } bd
/DoubleDot
{ 2 { 360 mul sin 2 div exch } repeat add } bd
/Ellipse
{ abs exch abs 2 copy 3 mul exch 4 mul add 3 sub dup 0 lt
{ pop dup mul exch .75 div dup mul add 4 div
1 exch sub }
{ dup 1 gt
{pop 1 exch sub dup mul exch 1 exch sub
.75 div dup mul add 4 div 1 sub }
{ .5 exch sub exch pop exch pop }
ifelse }
ifelse } bd
/EllipseA
{ dup mul .9 mul exch dup mul add 1 exch sub } bd
/EllipseB
{ dup 5 mul 8 div mul exch dup mul exch add sqrt 1 exch sub } bd
/EllipseC
{ dup .5 gt { 1 exch sub } if
dup .25 ge
{ .5 exch sub 4 mul dup mul 1 sub }
{ 4 mul dup mul 1 exch sub }
ifelse
exch
dup .5 gt { 1 exch sub } if
dup .25 ge
{ .5 exch sub 4 mul dup mul 1 sub }
{ 4 mul dup mul 1 exch sub }
ifelse
add -2 div } bd
/InvertedDouble
{ exch 2 div exch 2 { 360 mul sin 2 div exch } repeat add neg } bd
/InvertedDoubleDot
{ 2 { 360 mul sin 2 div exch } repeat add neg } bd
/InvertedEllipseA
{ dup mul .9 mul exch dup mul add 1 sub } bd
/InvertedSimpleDot
{ dup mul exch dup mul add 1 sub } bd
/Line
{ exch pop abs neg } bd
/LineX
{ pop } bd
/LineY
{ exch pop } bd
/Rhomboid
{ abs exch abs 0.9 mul add 2 div } bd
/Round
{ abs exch abs 2 copy add 1 le
{ dup mul exch dup mul add 1 exch sub }
{ 1 sub dup mul exch 1 sub dup mul add 1 sub }
ifelse } bd
/SimpleDot
{ dup mul exch dup mul add 1 exch sub } bd
/Square
{ abs exch abs 2 copy lt { exch } if pop neg } bd
end
{ /Function defineRes pop } forall
/Identity {} /Function defineRes pop
_ColorSep5044? StartLoad {
/_defaulttransferfunc currenttransfer def
/currentcolortransfer where
{ pop /_defaultcolortransferfuncs [ currentcolortransfer ] def }
if
/concattransferfuncs {
[ 3 1 roll /exec load exch /exec load ] cvx
} bd
/concatandsettransfer {
/_defaulttransferfunc load concattransferfuncs settransfer
} bd
/concatandsetcolortransfer {
colorplate 0 eq
{
_defaultcolortransferfuncs aload pop
8 -1 roll 5 -1 roll concattransferfuncs 7 1 roll
6 -1 roll 4 -1 roll concattransferfuncs 5 1 roll
4 -1 roll 3 -1 roll concattransferfuncs 3 1 roll
concattransferfuncs
setcolortransfer
} if
colorplate 1 ge colorplate 4 le and
{
4 colorplate sub index 4 { exch pop } repeat
concatandsettransfer
} if
colorplate 5 ge
{
0 index 4 { exch pop } repeat
concatandsettransfer
} if
} bd
/tn5044sethalftone
{
begin
HalftoneType 5 eq
{ [/Default /Cyan /Magenta /Yellow /Black /Default /Default /Default]
colorplate get
here not {
/Default here not { currentdict } if
} if
}
{ currentdict }
ifelse
end
begin
/TransferFunction here
{
concatandsettransfer
currentdict dup length dict
begin
{
1 index /TransferFunction ne { def } { pop pop } ifelse
} forall
currentdict
end
}
{
currentdict
} ifelse
end
sethalftone
} bd
} EndLoad
Level2? StartLoad {
/gs
{
begin
/SA here { setstrokeadjust } if
/OP here { setoverprint } if
/BG here { setblackgeneration } if
/UCR here { setundercolorremoval } if
/TR here
{
_ColorSep5044?
{
dup xcheck
{ concatandsettransfer }
{ aload pop concatandsetcolortransfer }
ifelse
}
{
dup xcheck
{ settransfer }
{ aload pop setcolortransfer }
ifelse
} ifelse
} if
/sethalftonephase isdefined? { /HTP here { sethalftonephase } if } if
/HT here
{ _ColorSep5044?
{ tn5044sethalftone }
{ sethalftone }
ifelse
} if
end
} bd
/_defaulthalftone currenthalftone def
} EndLoad
Level2? not StartLoad {
/gs
{
begin
/SA here { /_sa? xdd } if
/OP here { dup /_op? xdd
/setoverprint where {pop setoverprint}
{pop} ifelse
} if
/TR here
{
_ColorSep5044?
{ dup xcheck
{ concatandsettransfer }
{ aload pop concatandsetcolortransfer }
ifelse
}
{ dup xcheck
{ settransfer }
{ aload pop setcolortransfer }
ifelse
} ifelse
} if
/HT here
{ _ColorSep5044?
{ tn5044sethalftone }
{ sethalftone }
ifelse
} if
end
} bd
5 dict dup
begin
currentscreen 1 [/HalftoneType /SpotFunction /Angle /Frequency ]
{ exch def } forall
end
/_defaulthalftone exch def
} EndLoad
/int {
dup 2 index sub 3 index 5 index sub div 6 -2 roll sub mul
exch pop add exch pop
} bd
/limit {
dup 2 index le { exch } if pop
dup 2 index ge { exch } if pop
} bd
_ColorSep5044? StartLoad {
/_sfc
{
_fp null eq
{ _fcs type /arraytype eq
{_fcs 0 get /Separation eq
{
_fcs 1 get /All eq
{
_fc aload pop 1 exch sub
/setseparationgray where pop begin setseparationgray end
}
{
1 _fcs 3 get exec _fcs 1 get
/findcmykcustomcolor where pop begin findcmykcustomcolor end
_fc aload pop
/setcustomcolor where pop begin setcustomcolor end
}
ifelse
}
{ _fc L1setcolor }
ifelse
}
{ _fc L1setcolor }
ifelse
}
{ _fc L1setcolor }
ifelse
} bind dd
/_ssc
{
_sp null eq
{ _scs type /arraytype eq
{_scs 0 get /Separation eq
{
_scs 1 get /All eq
{
_sc aload pop 1 exch sub
/setseparationgray where pop begin setseparationgray end
}
{
1 _scs 3 get exec _scs 1 get
/findcmykcustomcolor where pop begin findcmykcustomcolor end
_sc aload pop
/setcustomcolor where pop begin setcustomcolor end
}
ifelse
}
{ _sc L1setcolor }
ifelse
}
{ _sc L1setcolor }
ifelse
}
{ _sc L1setcolor }
ifelse
} bind dd
} EndLoad
%%EndFile
%%BeginFile: pdftext.prc
%%Copyright: Copyright 1987-1997 Adobe Systems Incorporated. All Rights Reserved.
PDF /PDFText 65 dict dup begin put
/initialize { PDFText begin } bd
/terminate { end } bd
/pdf_has_composefont? systemdict /composefont known def
/CopyFont {
{
1 index /FID ne 2 index /UniqueID ne and
{ def } { pop pop } ifelse
} forall
} bd
/Type0CopyFont
{
exch
dup length dict
begin
CopyFont
[
exch
FDepVector
{
dup /FontType get 0 eq
{
1 index Type0CopyFont
/_pdfType0 exch definefont
}
{
/_pdfBaseFont exch
2 index exec
}
ifelse
exch
}
forall
pop
]
/FDepVector exch def
currentdict
end
} bd
/cHexEncoding
[/c00/c01/c02/c03/c04/c05/c06/c07/c08/c09/c0A/c0B/c0C/c0D/c0E/c0F/c10/c11/c12
/c13/c14/c15/c16/c17/c18/c19/c1A/c1B/c1C/c1D/c1E/c1F/c20/c21/c22/c23/c24/c25
/c26/c27/c28/c29/c2A/c2B/c2C/c2D/c2E/c2F/c30/c31/c32/c33/c34/c35/c36/c37/c38
/c39/c3A/c3B/c3C/c3D/c3E/c3F/c40/c41/c42/c43/c44/c45/c46/c47/c48/c49/c4A/c4B
/c4C/c4D/c4E/c4F/c50/c51/c52/c53/c54/c55/c56/c57/c58/c59/c5A/c5B/c5C/c5D/c5E
/c5F/c60/c61/c62/c63/c64/c65/c66/c67/c68/c69/c6A/c6B/c6C/c6D/c6E/c6F/c70/c71
/c72/c73/c74/c75/c76/c77/c78/c79/c7A/c7B/c7C/c7D/c7E/c7F/c80/c81/c82/c83/c84
/c85/c86/c87/c88/c89/c8A/c8B/c8C/c8D/c8E/c8F/c90/c91/c92/c93/c94/c95/c96/c97
/c98/c99/c9A/c9B/c9C/c9D/c9E/c9F/cA0/cA1/cA2/cA3/cA4/cA5/cA6/cA7/cA8/cA9/cAA
/cAB/cAC/cAD/cAE/cAF/cB0/cB1/cB2/cB3/cB4/cB5/cB6/cB7/cB8/cB9/cBA/cBB/cBC/cBD
/cBE/cBF/cC0/cC1/cC2/cC3/cC4/cC5/cC6/cC7/cC8/cC9/cCA/cCB/cCC/cCD/cCE/cCF/cD0
/cD1/cD2/cD3/cD4/cD5/cD6/cD7/cD8/cD9/cDA/cDB/cDC/cDD/cDE/cDF/cE0/cE1/cE2/cE3
/cE4/cE5/cE6/cE7/cE8/cE9/cEA/cEB/cEC/cED/cEE/cEF/cF0/cF1/cF2/cF3/cF4/cF5/cF6
/cF7/cF8/cF9/cFA/cFB/cFC/cFD/cFE/cFF] def
/modEnc {
/_enc xdd
/_icode 0 dd
counttomark 1 sub -1 0
{
index
dup type /nametype eq
{
_enc _icode 3 -1 roll put
_icode 1 add
}
if
/_icode xdd
} for
cleartomark
_enc
} bd
/trEnc {
/_enc xdd
255 -1 0 {
exch dup -1 eq
{ pop /.notdef }
{ Encoding exch get }
ifelse
_enc 3 1 roll put
} for
pop
_enc
} bd
/TE {
/_i xdd
StandardEncoding 256 array copy modEnc
_pdfEncodings exch _i exch put
} bd
/TZ
{
/_usePDFEncoding xdd
findfont
dup length 2 add dict
begin
{
1 index /FID ne { def } { pop pop } ifelse
} forall
/FontName exch def
_usePDFEncoding 0 ge
{
/Encoding _pdfEncodings _usePDFEncoding get def
pop
}
{
_usePDFEncoding -1 eq
{
counttomark 0 eq
{ pop }
{
Encoding 256 array copy
modEnc /Encoding exch def
}
ifelse
}
{
256 array
trEnc /Encoding exch def
}
ifelse
}
ifelse
FontName currentdict
end
definefont pop
}
bd
/Level2?
systemdict /languagelevel known
{systemdict /languagelevel get 2 ge}
{false}
ifelse
def
Level2?
{
/_pdfFontStatus
{
currentglobal exch
/Font resourcestatus
{pop pop true}
{false}
ifelse
exch setglobal
} bd
}
{
/_pdfFontStatusString 50 string def
_pdfFontStatusString 0 (fonts/) putinterval
/_pdfFontStatus
{
_pdfFontStatusString 6 42 getinterval
cvs length 6 add
_pdfFontStatusString exch 0 exch getinterval
status
{ pop pop pop pop true}
{ false }
ifelse
} bd
}
ifelse
Level2?
{
/_pdfCIDFontStatus
{
/CIDFont /Category resourcestatus
{
pop pop
/CIDFont resourcestatus
{pop pop true}
{false}
ifelse
}
{ pop false }
ifelse
} bd
}
if
/_pdfString100 100 string def
/_pdfComposeFontName
{
dup length 1 eq
{
0 get
1 index
type /nametype eq
{
_pdfString100 cvs
length dup dup _pdfString100 exch (-) putinterval
_pdfString100 exch 1 add dup _pdfString100 length exch sub getinterval
2 index exch cvs length
add 1 add _pdfString100 exch 0 exch getinterval
exch pop
true
}
{
pop pop
false
}
ifelse
}
{
false
}
ifelse
} bd
pdf_has_composefont?
{
/_pdfComposeFont
{
1 index /CMap resourcestatus
{pop pop true}
{false}
ifelse
1 index true exch
{
_pdfCIDFontStatus not
{pop false exit}
if
}
forall
and
{ 3 -1 roll pop composefont true}
{
4 -1 roll pop
_pdfComposeFontName
{
dup _pdfFontStatus
{ findfont definefont true }
{
pop
dup _pdfFontStatus
{ findfont true }
{ pop false }
ifelse
}
ifelse
}
{
dup _pdfFontStatus
{ findfont true }
{ pop false }
ifelse
}
ifelse
}
ifelse
} bd
}
{
/_pdfComposeFont
{
4 -1 roll pop
_pdfComposeFontName not
{
dup
}
if
2 copy _pdfFontStatus
{pop findfont exch pop true}
{
eq
{pop false}
{
dup _pdfFontStatus
{findfont true}
{pop false}
ifelse
}
ifelse
}
ifelse
} bd
}
ifelse
/_pdfFaceByStyleDict 4 dict dup begin
Level2?
{
/Serif
/HeiseiMin-W3-83pv-RKSJ-H _pdfFontStatus
{/HeiseiMin-W3}
{/Ryumin-Light}
ifelse
def
/SansSerif
/HeiseiKakuGo-W5-83pv-RKSJ-H _pdfFontStatus
{/HeiseiKakuGo-W5}
{/GothicBBB-Medium}
ifelse
def
/HeiseiMaruGo-W4-83pv-RKSJ-H _pdfFontStatus
{/HeiseiMaruGo-W4}
{
/Jun101-Light-RKSJ-H _pdfFontStatus
{ /Jun101-Light }
{ SansSerif }
ifelse
}
ifelse
/RoundSansSerif exch def
/Default Serif def
}
{
/Serif /Ryumin-Light def
/SansSerif /GothicBBB-Medium def
{
(fonts/Jun101-Light-83pv-RKSJ-H) status
}stopped
{pop}{
{ pop pop pop pop /Jun101-Light }
{ SansSerif }
ifelse
/RoundSansSerif exch def
}ifelse
/Default Serif def
}
ifelse
end
def
/_pdf_Adobe-Japan1-2 (Adobe-Japan1-2) def
/_pdfConcatNames
{
exch
_pdfString100 cvs
length dup dup _pdfString100 exch (-) putinterval
_pdfString100 exch 1 add dup _pdfString100 length exch sub getinterval
3 -1 roll exch cvs length
add 1 add _pdfString100 exch 0 exch getinterval
} bind def
/_pdfSubSetFontByStyleDict 4 dict dup begin
_pdfFaceByStyleDict
{
_pdf_Adobe-Japan1-2 _pdfConcatNames
dup _pdfFontStatus
{ def }
{
{
pop
dup /SansSerif eq
{
/HeiseiKakuGo-W5-Adobe-Japan1-2 dup _pdfFontStatus
{ def exit }
{ pop }
ifelse
}
if
dup /Serif eq
{
/HeiseiMin-W3-Adobe-Japan1-2 dup _pdfFontStatus
{ def exit }
{ pop }
ifelse
}
if
pop exit
}
loop
}
ifelse
}
forall
end def
/TZzero
{
/_fyAdj xdd
/_wmode xdd
/_styleArr xdd
4 copy
_pdfComposeFont
{exch pop exch pop exch pop}
{
[
0 1 _styleArr length 1 sub
{
_styleArr exch get
_pdfFaceByStyleDict exch 2 copy known not
{ pop /Default }
if
get
}
for
]
exch pop
3 index 3 index 4 2 roll
_pdfComposeFont
{exch pop}
{
findfont
}
ifelse
}
ifelse
dup /FontType get 3 eq _wmode 1 eq and
{
_pdfVerticalRomanT3Font dup length dict copy
begin
/_basefont exch def
/Encoding _basefont /Encoding get def
}
{
dup length 2 add dict
begin
{1 index /FID ne {def}{pop pop} ifelse }
forall
} ifelse
/WMode _wmode def
/BaseLineAdj _fyAdj def
FontType 0 ne
{
/Encoding Encoding dup length array copy dup 16#5c /yen put def
/_fauxfont true def
} if
currentdict
end
definefont pop
}
bd
/swj {
dup 4 1 roll
dup length exch stringwidth
exch 5 -1 roll 3 index mul add
4 1 roll 3 1 roll mul add
6 2 roll /_cnt 0 dd
{1 index eq {/_cnt _cnt 1 add dd} if} forall pop
exch _cnt mul exch _cnt mul 2 index add 4 1 roll 2 index add 4 1 roll pop pop
} bd
/jss {
4 1 roll
{
2 npop
(0) exch 2 copy 0 exch put
gsave
32 eq
{
exch 6 index 6 index 6 index 5 -1 roll widthshow
currentpoint
}
{
false charpath currentpoint
4 index setmatrix stroke
}
ifelse
grestore
moveto
2 copy rmoveto
} exch cshow
6 npop
} def
/jsfTzero {
{
2 npop
(0) exch 2 copy 0 exch put
exch show
32 eq
{
4 index 4 index rmoveto
}
if
2 copy rmoveto
} exch cshow
5 npop
} def
/jsp
{
{
2 npop
(0) exch 2 copy 0 exch put
32 eq
{ exch 5 index 5 index 5 index 5 -1 roll widthshow }
{ false charpath }
ifelse
2 copy rmoveto
} exch cshow
5 npop
} bd
/trj { _cx 0 fWModeProc 32 _ax 0 fWModeProc 6 5 roll } bd
/pjsf { trj sfc fawidthshowProc } bd
/pjss { trj _ctm ssc jss } bd
/pjsc { trj jsp } bd
/_Tjdef [
/pjsf load
/pjss load
{
dup
currentpoint 3 2 roll
pjsf
newpath moveto
pjss
} bind
{
trj swj rmoveto
} bind
{
dup currentpoint 4 2 roll gsave
pjsf
grestore 3 1 roll moveto
pjsc
} bind
{
dup currentpoint 4 2 roll
currentpoint gsave newpath moveto
pjss
grestore 3 1 roll moveto
pjsc
} bind
{
dup currentpoint 4 2 roll gsave
dup currentpoint 3 2 roll
pjsf
newpath moveto
pjss
grestore 3 1 roll moveto
pjsc
} bind
/pjsc load
] def
/BT
{
/_inT true dd
_ctm currentmatrix pop matrix _tm copy pop
0 _rise _baselineadj add translate _hs 1 scale
0 0 moveto
} bd
/ET
{
/_inT false dd
_tr 3 gt {clip} if
_ctm setmatrix newpath
} bd
/Tr {
_inT { _tr 3 le {currentpoint newpath moveto} if } if
dup /_tr xdd
_Tjdef exch get /_Tj xdd
} bd
/Tj {
userdict /$$copystring 2 index put
_Tj
} bd
/iTm { _ctm setmatrix _tm concat 0 _rise _baselineadj add translate _hs 1 scale } bd
/Tm { _tm astore pop iTm 0 0 moveto } bd
/Td { _mtx translate _tm _tm concatmatrix pop iTm 0 0 moveto } bd
/TD { dup /_ld xdd Td } bd
/_nullProc {} bd
/Tf {
dup 1000 div /_fScl xdd
exch findfont dup
/_nullProc exch
/WMode known
{
1 index /WMode get 1 eq
{pop /exch}
if
}
if
load /fWModeProc xdd
dup
/FontType get 0 eq dup _cx 0 ne and
{ /jsfTzero }
{ /awidthshow }
ifelse
load /fawidthshowProc xdd
/_fTzero xdd
dup /BaseLineAdj known
{ dup /BaseLineAdj get _fScl mul }
{ 0 }
ifelse
/_baselineadj xdd
currentpoint iTm moveto
exch scalefont setfont
} bd
/TL { neg /_ld xdd } bd
/Tw {
/_cx xdd
_cx 0 ne _fTzero and
{ /jsfTzero }
{ /awidthshow }
ifelse
load /fawidthshowProc xdd
} bd
/Tc { /_ax xdd } bd
/Ts { /_rise xdd currentpoint iTm moveto } bd
/Tz { 100 div /_hs xdd iTm } bd
/Tk { exch pop _fScl mul neg 0 fWModeProc rmoveto } bd
/T* { 0 _ld Td } bd
/' { T* Tj } bd
/" { exch Tc exch Tw ' } bd
/TJ {
{
dup type /stringtype eq
{ Tj }
{ 0 exch Tk }
ifelse
} forall
} bd
/T- { _hy Tj } bd
/d0/setcharwidth ld
/d1 { setcachedevice /sfc{}dd /ssc{}dd } bd
/nND {{/.notdef} repeat} bd
/T3Defs {
/BuildChar
{
1 index /Encoding get exch get
1 index /BuildGlyph get exec
}
def
/BuildGlyph {
exch begin
GlyphProcs exch get exec
end
} def
} bd
/_pdfBoldRomanWidthProc
{
stringwidth 1 index 0 ne { exch .03 add exch }if setcharwidth
} bd
/_pdfType0WidthProc
{
dup stringwidth 0 0 moveto
2 index true charpath pathbbox
0 -1
7 index 2 div .88
setcachedevice2
pop
} bd
/_pdfBoldBaseFont
10 dict begin
/FontType 3 def
/FontMatrix[1 0 0 1 0 0]def
/FontBBox[0 0 1 1]def
/Encoding cHexEncoding def
/_setwidthProc /_pdfBoldRomanWidthProc load def
/_bcstr1 1 string def
/BuildChar
{
exch begin
_basefont setfont
_bcstr1 dup 0 4 -1 roll put
dup
_setwidthProc
0 0 moveto
dup show
_basefonto setfont
0 0 moveto
show
end
}bd
currentdict
end
def
/_pdfVerticalRomanT3Font
10 dict begin
/FontType 3 def
/FontMatrix[1 0 0 1 0 0]def
/FontBBox[0 0 1 1]def
/_bcstr1 1 string def
/BuildChar
{
exch begin
_basefont setfont
_bcstr1 dup 0 4 -1 roll put
dup
_pdfType0WidthProc
0 0 moveto
show
end
}bd
currentdict
end
def
/MakeBoldFont
{
dup dup length 2 add dict
begin
CopyFont
/PaintType 2 def
/StrokeWidth .03 0 FontMatrix idtransform pop def
/dummybold currentdict
end
definefont
_pdfBoldBaseFont 8 dict copy begin
/_basefont exch def
/_basefonto exch def
currentdict
end
definefont
} bd
/MakeBold {
findfont dup
/FontType get 0 eq
{
_pdfBoldBaseFont /_setwidthProc /_pdfType0WidthProc load put
{MakeBoldFont} Type0CopyFont definefont
}
{
dup /_fauxfont known not
{
_pdfBoldBaseFont /_setwidthProc /_pdfBoldRomanWidthProc load put
MakeBoldFont
}
{ definefont }
ifelse
}
ifelse
pop
}bd
/MakeItalic {
findfont
dup /WMode 2 copy known
{
get 1 eq
{ _italMtx_WMode1 }
{ _italMtx }
ifelse
}
{ pop pop _italMtx }
ifelse
makefont
definefont pop
}bd
/MakeBoldItalic {
/dummybold exch
MakeBold
/dummybold
MakeItalic
}bd
currentdict readonly pop end
%%EndFile
PDFText begin
[39/quotesingle 96/grave 128/Adieresis/Aring/Ccedilla/Eacute/Ntilde/Odieresis
/Udieresis/aacute/agrave/acircumflex/adieresis/atilde/aring/ccedilla/eacute
/egrave/ecircumflex/edieresis/iacute/igrave/icircumflex/idieresis/ntilde
/oacute/ograve/ocircumflex/odieresis/otilde/uacute/ugrave/ucircumflex
/udieresis/dagger/degree/cent/sterling/section/bullet/paragraph/germandbls
/registered/copyright/trademark/acute/dieresis/.notdef/AE/Oslash
/.notdef/plusminus/.notdef/.notdef/yen/mu/.notdef/.notdef
/.notdef/.notdef/.notdef/ordfeminine/ordmasculine/.notdef/ae/oslash
/questiondown/exclamdown/logicalnot/.notdef/florin/.notdef/.notdef
/guillemotleft/guillemotright/ellipsis/.notdef/Agrave/Atilde/Otilde/OE/oe
/endash/emdash/quotedblleft/quotedblright/quoteleft/quoteright/divide
/.notdef/ydieresis/Ydieresis/fraction/currency/guilsinglleft/guilsinglright
/fi/fl/daggerdbl/periodcentered/quotesinglbase/quotedblbase/perthousand
/Acircumflex/Ecircumflex/Aacute/Edieresis/Egrave/Iacute/Icircumflex
/Idieresis/Igrave/Oacute/Ocircumflex/.notdef/Ograve/Uacute/Ucircumflex
/Ugrave/dotlessi/circumflex/tilde/macron/breve/dotaccent/ring/cedilla
/hungarumlaut/ogonek/caron
0 TE
[1/dotlessi/caron 39/quotesingle 96/grave 
127/bullet/bullet/bullet/quotesinglbase/florin/quotedblbase/ellipsis
/dagger/daggerdbl/circumflex/perthousand/Scaron/guilsinglleft/OE
/bullet/bullet/bullet/bullet/quoteleft/quoteright/quotedblleft
/quotedblright/bullet/endash/emdash/tilde/trademark/scaron
/guilsinglright/oe/bullet/bullet/Ydieresis/space/exclamdown/cent/sterling
/currency/yen/brokenbar/section/dieresis/copyright/ordfeminine
/guillemotleft/logicalnot/hyphen/registered/macron/degree/plusminus
/twosuperior/threesuperior/acute/mu/paragraph/periodcentered/cedilla
/onesuperior/ordmasculine/guillemotright/onequarter/onehalf/threequarters
/questiondown/Agrave/Aacute/Acircumflex/Atilde/Adieresis/Aring/AE/Ccedilla
/Egrave/Eacute/Ecircumflex/Edieresis/Igrave/Iacute/Icircumflex/Idieresis
/Eth/Ntilde/Ograve/Oacute/Ocircumflex/Otilde/Odieresis/multiply/Oslash
/Ugrave/Uacute/Ucircumflex/Udieresis/Yacute/Thorn/germandbls/agrave
/aacute/acircumflex/atilde/adieresis/aring/ae/ccedilla/egrave/eacute
/ecircumflex/edieresis/igrave/iacute/icircumflex/idieresis/eth/ntilde
/ograve/oacute/ocircumflex/otilde/odieresis/divide/oslash/ugrave/uacute
/ucircumflex/udieresis/yacute/thorn/ydieresis
1 TE
end
currentdict readonly pop
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PDFVars/InitAll{[PDF PDFText]{/initialize get exec}forall initgs 0 Tr}put
PDFVars/TermAll{[PDFText PDF]{/terminate get exec}forall}put
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/N75 /ExtGState findRes gs
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512.518 46.469 m
512.236 46.589 511.922 46.657 511.606 46.657 c
511.298 46.657 510.899 46.525 510.899 46.047 c
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515.05 46.582 m
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f 
518.282 47.275 m
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h
519.181 45.397 m
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519.181 46.582 l
519.181 45.397 l
f 
524.123 47.275 m
525.137 47.275 l
526.898 42.877 l
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530.438 46.469 m
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f 
532.155 47.275 m
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h
533.054 43.57 m
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533.054 45.499 m
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h
538.612 43.495 m
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f 
542.152 47.275 m
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547.299 47.275 m
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h
548.198 45.397 m
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f 
555.355 46.425 m
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555.355 46.425 l
f 
0 G

0 J
0 j
0.9 w
4 M
[]0 d
486.281 59.458 m
482.12 59.458 l
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480.456 60.499 477.492 59.125 473.851 59.125 c
468.13 59.125 465.269 61.498 465.269 67.117 c
465.269 79.354 l
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506.723 43.216 m
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506.723 79.354 l
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514.369 60.873 m
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509.934 54.783 m
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f 
515.052 54.862 m
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h
515.052 50.823 m
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f 
518 54.783 m
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518.671 50.097 518 50.605 518 51.839 c
518 54.783 l
f 
522.529 54.783 0.887 -4.606 re
f 
526.741 53.939 m
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526.145 54.862 526.5 54.81 526.823 54.697 c
526.741 53.939 l
f 
529.573 54.783 m
530.693 54.783 l
531.656 54.783 532.537 54.493 532.537 53.391 c
532.537 52.314 531.783 51.926 530.833 51.926 c
530.46 51.926 l
530.46 50.177 l
529.573 50.177 l
529.573 54.783 l
h
530.46 52.651 m
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531.213 52.651 531.612 52.803 531.612 53.338 c
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f 
533.968 54.783 m
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h
534.457 53.859 m
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f 
539.651 53.939 m
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537.283 51.106 l
537.587 50.935 537.935 50.823 538.284 50.823 c
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539.069 52.295 537.131 51.932 537.131 53.456 c
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539.651 53.939 l
f 
541.603 54.058 m
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543.757 54.058 l
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f 
544.321 54.783 m
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f 
547.812 54.783 m
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548.699 51.338 548.939 50.823 549.617 50.823 c
550.295 50.823 550.536 51.338 550.536 52.123 c
550.536 54.783 l
551.423 54.783 l
551.423 51.839 l
551.423 50.605 550.751 50.097 549.617 50.097 c
548.483 50.097 547.812 50.605 547.812 51.839 c
547.812 54.783 l
f 
552.342 54.783 m
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554.249 54.783 555.382 54.816 555.382 53.535 c
555.382 52.994 555.034 52.546 554.47 52.467 c
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553.229 50.177 l
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552.342 54.783 l
h
553.229 52.816 m
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554.458 54.011 553.964 54.058 553.52 54.058 c
553.229 54.058 l
553.229 52.816 l
f 
1 g

1 G

1.8 w
520.696 84.724 m
547.127 93.432 l
555.515 67.807 l
529.069 59.144 l
520.696 84.724 l
b 
/N44 /ColorSpace findRes cs

0 0.373 0.624 sc
528.837 59.768 m
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553.731 73.166 m
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534.926 73.762 m
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0 g

0 G

0.9 w
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b 
464.818 54.783 m
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464.818 54.783 l
f 
469.443 54.783 m
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f 
474.049 54.783 0.887 -4.606 re
f 
475.5 54.783 m
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f 
480.239 54.783 m
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f 
483.749 54.783 m
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h
484.635 52.816 m
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f 
490.133 53.939 m
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f 
498.008 56.044 m
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h
496.754 54.783 m
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f 
q
1 i
2.78 842 596 -842 re
W n 
2.78 842 596 -842 re
W n 
2.28 842 595.27 -841.88 re
10 830 m
W* n 
-26 870 651 -898 re
10 830 m
W n 
0 842.04 594.96 -842.04 re
W n 


BT

Q
PDFVars/TermAll get exec end end
userdict /pgsave get restore
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%%Title: vft
%%CreationDate: Mon Oct  6 22:22:37 2008
%%Creator: Tgif-4.1.45-QPL written by William Chia-Wei Cheng (bill.cheng@acm.org)
%%ProducedBy: (unknown)
%%Pages: 1
%%DocumentFonts: (atend)
%%EndComments
%%BeginProlog

/tgifdict 91 dict def
tgifdict begin

/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put

/TGEL % tgifellipse
 { tgifellipsedict begin
      /yrad exch def
      /xrad exch def
      /y exch def
      /x exch def
      /savematrix mtrx currentmatrix def
      x y translate
      xrad yrad scale
      0 0 1 0 360 arc
      savematrix setmatrix
   end
 } def

/tgifarrowtipdict 8 dict def
tgifarrowtipdict /mtrx matrix put

/TGAT % tgifarrowtip
 { tgifarrowtipdict begin
      /dy exch def
      /dx exch def
      /h exch def
      /w exch def
      /y exch def
      /x exch def
      /savematrix mtrx currentmatrix def
      x y translate
      dy dx atan rotate
      0 0 moveto
      w neg h lineto
      w neg h neg lineto
      savematrix setmatrix
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 } def

/tgifarcdict 8 dict def
tgifarcdict /mtrx matrix put

/TGAN % tgifarcn
 { tgifarcdict begin
      /endangle exch def
      /startangle exch def
      /yrad exch def
      /xrad exch def
      /y exch def
      /x exch def
      /savematrix mtrx currentmatrix def
      x y translate
      xrad yrad scale
      0 0 1 startangle endangle arc
      savematrix setmatrix
   end
 } def

/TGAR % tgifarc
 { tgifarcdict begin
      /endangle exch def
      /startangle exch def
      /yrad exch def
      /xrad exch def
      /y exch def
      /x exch def
      /savematrix mtrx currentmatrix def
      x y translate
      xrad yrad scale
      0 0 1 startangle endangle arcn
      savematrix setmatrix
   end
 } def

/tgifpatdict 10 dict def

/tgifpatbyte
 { currentdict /retstr get exch
   pat i cellsz mod get put
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/tgifpatproc
 { 0 1 widthlim {tgifpatbyte} for retstr
   /i i 1 add def
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/TGPF % tgifpatfill
 { tgifpatdict begin
      /h exch def
      /w exch def
      /lty exch def
      /ltx exch def
      /cellsz exch def
      /pat exch def

      /widthlim w cellsz div cvi 1 sub def
      /retstr widthlim 1 add string def
      /i 0 def

      tgiforigctm setmatrix
      ltx lty translate
      w h true [1 0 0 1 0 0] {tgifpatproc} imagemask
      ltx neg lty neg translate
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/pat3 <8000000008000000> def
/pat4 <8800000022000000> def
/pat5 <8800220088002200> def
/pat6 <8822882288228822> def
/pat7  def
/pat8 <77dd77dd77dd77dd> def
/pat9 <77ffddff77ffddff> def
/pat10 <77ffffff77ffffff> def
/pat11 <7fffffff7fffffff> def
/pat12 <8040200002040800> def
/pat13 <40a00000040a0000> def
/pat14  def
/pat15  def
/pat16  def
/pat17 <038448300c020101> def
/pat18 <081c22c180010204> def
/pat19 <8080413e080814e3> def
/pat20 <8040201008040201> def
/pat21 <8844221188442211> def
/pat22 <77bbddee77bbddee> def
/pat23  def
/pat24 <7fbfdfeff7fbfdfe> def
/pat25 <3e1f8fc7e3f1f87c> def
/pat26 <0102040810204080> def
/pat27 <1122448811224488> def
/pat28  def
/pat29 <83070e1c3870e0c1> def
/pat30  def
/pat31 <7cf8f1e3c78f1f3e> def

/TGMAX
 { exch dup 3 1 roll exch dup 3 1 roll gt { pop } { exch pop } ifelse
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 { exch dup 3 1 roll exch dup 3 1 roll lt { pop } { exch pop } ifelse
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/TGSW { stringwidth pop } def

/bd { bind def } bind def

/GS { gsave } bd
/GR { grestore } bd
/NP { newpath } bd
/CP { closepath } bd
/CHP { charpath } bd
/CT { curveto } bd
/L { lineto } bd
/RL { rlineto } bd
/M { moveto } bd
/RM { rmoveto } bd
/S { stroke } bd
/F { fill } bd
/TR { translate } bd
/RO { rotate } bd
/SC { scale } bd
/MU { mul } bd
/DI { div } bd
/DU { dup } bd
/NE { neg } bd
/AD { add } bd
/SU { sub } bd
/PO { pop } bd
/EX { exch } bd
/CO { concat } bd
/CL { clip } bd
/EC { eoclip } bd
/EF { eofill } bd
/IM { image } bd
/IMM { imagemask } bd
/ARY { array } bd
/SG { setgray } bd
/RG { setrgbcolor } bd
/SD { setdash } bd
/W { setlinewidth } bd
/SM { setmiterlimit } bd
/SLC { setlinecap } bd
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/MS { makefont setfont } bd
/AR { arcto 4 {pop} repeat } bd
/CURP { currentpoint } bd
/FLAT { flattenpath strokepath clip newpath } bd
/TGSM { tgiforigctm setmatrix } def
/TGRM { savematrix setmatrix } def

end

%%EndProlog
%%Page: 1 1

%%PageBoundingBox: 29 560 367 744
tgifdict begin
/tgifsavedpage save def

1 SM
1 W

0 SG

72 0 MU 72 11.602 MU TR
72 128 DI 100.000 MU 100 DI DU NE SC

GS

/tgiforigctm matrix currentmatrix def

% BOX
0 SG
GS
   NP 55 165 M 385 165 L 385 195 L 55 195 L CP 1 SG F
   0 SG
   NP 55 165 M 385 165 L 385 195 L 55 195 L CP EC NP
   pat5 8 48 160 344 40 TGPF
GR

% BOX
0 SG
GS
   NP 385 165 M 390 165 L 390 485 L 385 485 L CP 1 SG F
   0 SG
   NP 385 165 M 390 165 L 390 485 L 385 485 L CP EC NP
   pat5 8 376 160 16 328 TGPF
GR

% BOX
0 SG
GS
   NP 400 165 M 650 165 L 650 195 L 400 195 L CP 1 SG F
   0 SG
   NP 400 165 M 650 165 L 650 195 L 400 195 L CP EC NP
   pat5 8 392 160 264 40 TGPF
GR

% BOX
0 SG
GS
   NP 395 165 M 400 165 L 400 485 L 395 485 L CP 1 SG F
   0 SG
   NP 395 165 M 400 165 L 400 485 L 395 485 L CP EC NP
   pat5 8 392 160 16 328 TGPF
GR

% TEXT
NP
0 SG
   GS
      1 W
      165 220 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (PARENT) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      165 240 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_1) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      165 260 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_2) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 160 205 M 240 205 L 240 225 L 160 225 L CP
      2 W
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 160 225 M 240 225 L 240 245 L 160 245 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 160 245 M 240 245 L 240 265 L 160 265 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 155 200 M 245 200 L 245 270 L 155 270 L CP
      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      70 340 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (CHILD_A) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      70 360 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_1) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      70 380 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_3) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 65 325 M 145 325 L 145 345 L 65 345 L CP
      2 W
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 65 345 M 145 345 L 145 365 L 65 365 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 65 365 M 145 365 L 145 385 L 65 385 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 60 320 M 150 320 L 150 390 L 60 390 L CP
      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      260 340 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (CHILD_B) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      260 360 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_0) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      260 380 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_3) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 255 325 M 335 325 L 335 345 L 255 345 L CP
      2 W
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 255 345 M 335 345 L 335 365 L 255 365 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 255 365 M 335 365 L 335 385 L 255 385 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 250 320 M 340 320 L 340 430 L 250 430 L CP
      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      260 400 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_2) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 255 385 M 335 385 L 335 405 L 255 405 L CP
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      130 320 M
      -50 40 atan DU cos 14.000 MU 170 exch SU
      exch sin 14.000 MU 270 exch SU L
   TGSM
   4 W
   S
   1 W
GR
GS
   TGSM
   NP
      170 270 14.000 6.000 40 -50 TGAT
   1 SG CP F
   0 SG
   NP
      170 270 14.000 6.000 40 -50 TGAT
   CP F
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      270 320 M
      -50 -40 atan DU cos 14.000 MU 230 exch SU
      exch sin 14.000 MU 270 exch SU L
   TGSM
   4 W
   S
   1 W
GR
GS
   TGSM
   NP
      230 270 14.000 6.000 -40 -50 TGAT
   1 SG CP F
   0 SG
   NP
      230 270 14.000 6.000 -40 -50 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      170 310 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (inherit) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      260 420 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (main) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 255 405 M 335 405 L 335 425 L 255 425 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      430 265 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_1) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      430 285 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_2) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 425 250 M 505 250 L 505 270 L 425 270 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 425 270 M 505 270 L 505 290 L 425 290 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      425 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (PARENT) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      415 265 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (0) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      415 285 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (1) SH
      GR
   GR

% OVAL
0 SG
NP 495 260 5 5 TGEL F
GS
   GS
      NP 495 260 5 5 TGEL
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      495 260 M
      495 225 L
      350 225 L
      350 235 L
      0 -125 atan DU cos 10.000 MU 225 exch SU
      exch sin 10.000 MU 235 exch SU L
   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      225 235 10.000 4.000 -125 0 TGAT
   1 SG CP F
   0 SG
   NP
      225 235 10.000 4.000 -125 0 TGAT
   CP F
GR

% OVAL
0 SG
NP 495 280 5 5 TGEL F
GS
   GS
      NP 495 280 5 5 TGEL
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      495 280 M
      495 300 L
      350 300 L
      350 255 L
      0 -125 atan DU cos 10.000 MU 225 exch SU
      exch sin 10.000 MU 255 exch SU L
   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      225 255 10.000 4.000 -125 0 TGAT
   1 SG CP F
   0 SG
   NP
      225 255 10.000 4.000 -125 0 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      530 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (CHILD_A) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      535 265 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_1) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      535 285 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_2) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 530 250 M 610 250 L 610 270 L 530 270 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 530 270 M 610 270 L 610 290 L 530 290 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      520 265 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (0) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      520 285 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (1) SH
      GR
   GR

% OVAL
0 SG
NP 600 260 5 5 TGEL F
GS
   GS
      NP 600 260 5 5 TGEL
      S
   GR
GR

% OVAL
0 SG
NP 600 280 5 5 TGEL F
GS
   GS
      NP 600 280 5 5 TGEL
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      600 260 M
      640 260 L
      640 475 L
      175 475 L
      175 355 L
      0 -45 atan DU cos 10.000 MU 130 exch SU
      exch sin 10.000 MU 355 exch SU L
   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      130 355 10.000 4.000 -45 0 TGAT
   1 SG CP F
   0 SG
   NP
      130 355 10.000 4.000 -45 0 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      535 305 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_3) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 530 290 M 610 290 L 610 310 L 530 310 L CP
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      600 280 M
      620 280 L
      620 325 L
      495 325 L
      495 300 L
   TGSM
   2 W
   S
   1 W
GR

% OVAL
0 SG
NP 600 300 5 5 TGEL F
GS
   GS
      NP 600 300 5 5 TGEL
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      600 300 M
      600 460 L
      190 460 L
      190 375 L
      0 -60 atan DU cos 10.000 MU 130 exch SU
      exch sin 10.000 MU 375 exch SU L
   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      130 375 10.000 4.000 -60 0 TGAT
   1 SG CP F
   0 SG
   NP
      130 375 10.000 4.000 -60 0 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      520 305 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (2) SH
      GR
   GR

% POLY/OPEN-SPLINE
1 SG
GS
   NP
      600 320 M
      600 330 L
   TGSM
   2 W
   S
   1 W
GR

% ARC
1 SG
NP
   600 325 M
   600 325 5 5 90 -90 TGAR
   600 325 L
   F
GS
   GS
      NP
         600 325 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% ARC
0 SG
GS
   GS
      NP
         600 325 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% POLY/OPEN-SPLINE
1 SG
GS
   NP
      175 370 M
      175 380 L
   TGSM
   2 W
   S
   1 W
GR

% ARC
1 SG
NP
   175 375 M
   175 375 5 5 90 -90 TGAR
   175 375 L
   F
GS
   GS
      NP
         175 375 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% ARC
0 SG
GS
   GS
      NP
         175 375 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      440 340 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (CHILD_A) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      460 360 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_1) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      460 380 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_2) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 440 345 M 520 345 L 520 365 L 440 365 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 440 365 M 520 365 L 520 385 L 440 385 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      525 360 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (0) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      525 380 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (1) SH
      GR
   GR

% OVAL
0 SG
NP 450 355 5 5 TGEL F
GS
   GS
      NP 450 355 5 5 TGEL
      S
   GR
GR

% OVAL
0 SG
NP 450 375 5 5 TGEL F
GS
   GS
      NP 450 375 5 5 TGEL
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      530 290 M
      610 290 L
   TGSM
   3 W
   S
   1 W
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      440 385 M
      520 385 L
   TGSM
   3 W
   S
   1 W
GR

% TEXT
NP
0 SG
   GS
      1 W
      460 400 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_0) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      460 420 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (func_3) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 440 385 M 520 385 L 520 405 L 440 405 L CP
      S
   GR
GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 440 405 M 520 405 L 520 425 L 440 425 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      460 440 M
      GS
            0 SG
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            (main) SH
      GR
   GR

% BOX
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GS
   10 SM
   GS
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      S
   GR
GR

% OVAL
0 SG
NP 450 395 5 5 TGEL F
GS
   GS
      NP 450 395 5 5 TGEL
      S
   GR
GR

% OVAL
0 SG
NP 450 415 5 5 TGEL F
GS
   GS
      NP 450 415 5 5 TGEL
      S
   GR
GR

% OVAL
0 SG
NP 450 435 5 5 TGEL F
GS
   GS
      NP 450 435 5 5 TGEL
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      525 400 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (2) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      525 420 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (3) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      525 440 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (4) SH
      GR
   GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      450 355 M
      380 355 L
      380 310 L
      325 310 L
      325 235 L
   TGSM
   2 W
   S
   1 W
GR

% POLY/OPEN-SPLINE
1 SG
GS
   NP
      325 250 M
      325 260 L
   TGSM
   2 W
   S
   1 W
GR

% ARC
1 SG
NP
   325 255 M
   325 255 5 5 90 -90 TGAR
   325 255 L
   F
GS
   GS
      NP
         325 255 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% ARC
0 SG
GS
   GS
      NP
         325 255 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      450 375 M
      360 375 L
      360 395 L
      0 -40 atan DU cos 10.000 MU 320 exch SU
      exch sin 10.000 MU 395 exch SU L
   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      320 395 10.000 4.000 -40 0 TGAT
   1 SG CP F
   0 SG
   NP
      320 395 10.000 4.000 -40 0 TGAT
   CP F
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      450 395 M
      370 395 L
      370 355 L
      0 -50 atan DU cos 10.000 MU 320 exch SU
      exch sin 10.000 MU 355 exch SU L
   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      320 355 10.000 4.000 -50 0 TGAT
   1 SG CP F
   0 SG
   NP
      320 355 10.000 4.000 -50 0 TGAT
   CP F
GR

% POLY/OPEN-SPLINE
1 SG
GS
   NP
      370 370 M
      370 380 L
   TGSM
   2 W
   S
   1 W
GR

% ARC
1 SG
NP
   370 375 M
   370 375 5 5 90 -90 TGAR
   370 375 L
   F
GS
   GS
      NP
         370 375 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% ARC
0 SG
GS
   GS
      NP
         370 375 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      370 405 M
      350 405 L
      350 375 L
      0 -30 atan DU cos 10.000 MU 320 exch SU
      exch sin 10.000 MU 375 exch SU L
   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      320 375 10.000 4.000 -30 0 TGAT
   1 SG CP F
   0 SG
   NP
      320 375 10.000 4.000 -30 0 TGAT
   CP F
GR

% POLY/OPEN-SPLINE
1 SG
GS
   NP
      350 390 M
      350 400 L
   TGSM
   2 W
   S
   1 W
GR

% ARC
1 SG
NP
   350 395 M
   350 395 5 5 90 -90 TGAR
   350 395 L
   F
GS
   GS
      NP
         350 395 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% ARC
0 SG
GS
   GS
      NP
         350 395 5 5 90 -90 TGAR
      2 W
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      370 405 M
      370 415 L
      450 415 L
   TGSM
   2 W
   S
   1 W
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      450 435 M
      350 435 L
      350 415 L
      0 -30 atan DU cos 10.000 MU 320 exch SU
      exch sin 10.000 MU 415 exch SU L
   TGSM
   2 W
   S
   1 W
GR
GS
   TGSM
   NP
      320 415 10.000 4.000 -30 0 TGAT
   1 SG CP F
   0 SG
   NP
      320 415 10.000 4.000 -30 0 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      225 184 M
      GS
        GS
        0
            /Courier-BoldOblique FF [14 0 0 -14 0 0] MS
            (Class) TGSW 
        AD
        GR
      2 DI NE 0 RM
            0 SG
            /Courier-BoldOblique FF [14 0 0 -14 0 0] MS
            (Class) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      520 184 M
      GS
        GS
        0
            /Courier-BoldOblique FF [14 0 0 -14 0 0] MS
            (Virtual Function Table) TGSW 
        AD
        GR
      2 DI NE 0 RM
            0 SG
            /Courier-BoldOblique FF [14 0 0 -14 0 0] MS
            (Virtual Function Table) SH
      GR
   GR

GR
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%%Trailer
%MatchingCreationDate: Mon Oct  6 22:22:37 2008
%%DocumentFonts: Courier-BoldOblique
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%%EOF
lisaac_0.39_rc1/example/tiny_object/TD/vft_2.eps0000644000175000017500000003542211314031264021441 0ustar  sonntagsonntag%!PS-Adobe-3.0 EPSF-3.0
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%%Title: vft_2
%%CreationDate: Mon Oct 13 21:51:27 2008
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%%BeginProlog

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1 SM
1 W

0 SG

72 0 MU 72 11.602 MU TR
72 128 DI 100.000 MU 100 DI DU NE SC

GS

/tgiforigctm matrix currentmatrix def

% BOX
0 SG
GS
   NP 55 165 M 385 165 L 385 195 L 55 195 L CP 1 SG F
   0 SG
   NP 55 165 M 385 165 L 385 195 L 55 195 L CP EC NP
   pat5 8 48 160 344 40 TGPF
GR

% BOX
0 SG
GS
   NP 385 165 M 390 165 L 390 390 L 385 390 L CP 1 SG F
   0 SG
   NP 385 165 M 390 165 L 390 390 L 385 390 L CP EC NP
   pat5 8 376 160 16 232 TGPF
GR

% BOX
0 SG
GS
   NP 400 165 M 650 165 L 650 195 L 400 195 L CP 1 SG F
   0 SG
   NP 400 165 M 650 165 L 650 195 L 400 195 L CP EC NP
   pat5 8 392 160 264 40 TGPF
GR

% BOX
0 SG
GS
   NP 395 165 M 400 165 L 400 390 L 395 390 L CP 1 SG F
   0 SG
   NP 395 165 M 400 165 L 400 390 L 395 390 L CP EC NP
   pat5 8 392 160 16 232 TGPF
GR

% TEXT
NP
0 SG
   GS
      1 W
      160 220 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (A) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 155 205 M 175 205 L 175 225 L 155 225 L CP
      2 W
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      115 310 M
      -85 40 atan DU cos 12.000 MU 155 exch SU
      exch sin 12.000 MU 225 exch SU L
   TGSM
   3 W
   S
   1 W
GR
GS
   TGSM
   NP
      155 225 12.000 5.000 40 -85 TGAT
   1 SG CP F
   0 SG
   NP
      155 225 12.000 5.000 40 -85 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      430 265 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (A) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 425 250 M 450 250 L 450 270 L 425 270 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      430 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (A) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      225 184 M
      GS
        GS
        0
            /Courier-BoldOblique FF [14 0 0 -14 0 0] MS
            (Class) TGSW 
        AD
        GR
      2 DI NE 0 RM
            0 SG
            /Courier-BoldOblique FF [14 0 0 -14 0 0] MS
            (Class) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      520 184 M
      GS
        GS
        0
            /Courier-BoldOblique FF [14 0 0 -14 0 0] MS
            (Virtual Function Table) TGSW 
        AD
        GR
      2 DI NE 0 RM
            0 SG
            /Courier-BoldOblique FF [14 0 0 -14 0 0] MS
            (Virtual Function Table) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      110 325 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (B) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 105 310 M 125 310 L 125 330 L 105 330 L CP
      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      160 375 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (E) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 155 360 M 175 360 L 175 380 L 155 380 L CP
      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      205 325 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (C) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 200 310 M 220 310 L 220 330 L 200 330 L CP
      2 W
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      160 270 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (D) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 155 255 M 175 255 L 175 275 L 155 275 L CP
      2 W
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      155 360 M
      -30 -30 atan DU cos 12.000 MU 125 exch SU
      exch sin 12.000 MU 330 exch SU L
   TGSM
   3 W
   S
   1 W
GR
GS
   TGSM
   NP
      125 330 12.000 5.000 -30 -30 TGAT
   1 SG CP F
   0 SG
   NP
      125 330 12.000 5.000 -30 -30 TGAT
   CP F
GR

% POLY/OPEN-SPLINE
0 SG
GS
   [4 4] 0 SD
   NP
      175 360 M
      -30 25 atan DU cos 12.000 MU 200 exch SU
      exch sin 12.000 MU 330 exch SU L
   TGSM
   3 W
   S
   [] 0 SD
   1 W
GR
GS
   TGSM
   NP
      200 330 12.000 5.000 25 -30 TGAT
   1 SG CP F
   0 SG
   NP
      200 330 12.000 5.000 25 -30 TGAT
   CP F
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      200 310 M
      -35 -25 atan DU cos 12.000 MU 175 exch SU
      exch sin 12.000 MU 275 exch SU L
   TGSM
   3 W
   S
   1 W
GR
GS
   TGSM
   NP
      175 275 12.000 5.000 -25 -35 TGAT
   1 SG CP F
   0 SG
   NP
      175 275 12.000 5.000 -25 -35 TGAT
   CP F
GR

% POLY/OPEN-SPLINE
0 SG
GS
   [4 4] 0 SD
   NP
      220 310 M
      -85 -45 atan DU cos 12.000 MU 175 exch SU
      exch sin 12.000 MU 225 exch SU L
   TGSM
   3 W
   S
   [] 0 SD
   1 W
GR
GS
   TGSM
   NP
      175 225 12.000 5.000 -45 -85 TGAT
   1 SG CP F
   0 SG
   NP
      175 225 12.000 5.000 -45 -85 TGAT
   CP F
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      225 220 M
      0 125 atan DU cos 12.000 MU 350 exch SU
      exch sin 12.000 MU 220 exch SU L
   TGSM
   3 W
   S
   1 W
GR
GS
   TGSM
   NP
      350 220 12.000 5.000 125 0 TGAT
   1 SG CP F
   0 SG
   NP
      350 220 12.000 5.000 125 0 TGAT
   CP F
GR

% POLY/OPEN-SPLINE
0 SG
GS
   [4 4] 0 SD
   NP
      225 250 M
      0 125 atan DU cos 12.000 MU 350 exch SU
      exch sin 12.000 MU 250 exch SU L
   TGSM
   3 W
   S
   [] 0 SD
   1 W
GR
GS
   TGSM
   NP
      350 250 12.000 5.000 125 0 TGAT
   1 SG CP F
   0 SG
   NP
      350 250 12.000 5.000 125 0 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      225 215 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (First parent) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      225 245 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (Second parent) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      465 265 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (A) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 460 250 M 485 250 L 485 270 L 460 270 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      465 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (B) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      465 285 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (B) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 460 270 M 485 270 L 485 290 L 460 290 L CP
      S
   GR
GR

% BOX
0 SG
GS
   NP 495 250 M 520 250 L 520 270 L 495 270 L CP 1 SG F
   0 SG
   NP 495 250 M 520 250 L 520 270 L 495 270 L CP EC NP
   pat20 8 488 248 40 24 TGPF
GR
GS
   10 SM
   GS
      NP 495 250 M 520 250 L 520 270 L 495 270 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      500 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (D) SH
      GR
   GR

% BOX
0 SG
GS
   NP 495 270 M 520 270 L 520 290 L 495 290 L CP 1 SG F
   0 SG
   NP 495 270 M 520 270 L 520 290 L 495 290 L CP EC NP
   pat20 8 488 264 40 32 TGPF
GR
GS
   10 SM
   GS
      NP 495 270 M 520 270 L 520 290 L 495 290 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      500 305 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (D) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 495 290 M 520 290 L 520 310 L 495 310 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      535 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (C) SH
      GR
   GR

% BOX
0 SG
GS
   NP 530 270 M 555 270 L 555 290 L 530 290 L CP 1 SG F
   0 SG
   NP 530 270 M 555 270 L 555 290 L 530 290 L CP EC NP
   pat20 8 528 264 32 32 TGPF
GR
GS
   10 SM
   GS
      NP 530 270 M 555 270 L 555 290 L 530 290 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      535 305 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (D) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 530 290 M 555 290 L 555 310 L 530 310 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      535 265 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (A) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 530 250 M 555 250 L 555 270 L 530 270 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      535 325 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (C) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 530 310 M 555 310 L 555 330 L 530 330 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      570 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (E) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      570 305 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (D) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 565 290 M 590 290 L 590 310 L 565 310 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      570 265 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (A) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 565 250 M 590 250 L 590 270 L 565 270 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      570 325 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (C) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 565 310 M 590 310 L 590 330 L 565 330 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      570 285 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (B) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 565 270 M 590 270 L 590 290 L 565 290 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      570 345 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (E) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 565 330 M 590 330 L 590 350 L 565 350 L CP
      S
   GR
GR

% BOX
0 SG
GS
   NP 425 355 M 450 355 L 450 375 L 425 375 L CP 1 SG F
   0 SG
   NP 425 355 M 450 355 L 450 375 L 425 375 L CP EC NP
   pat20 8 416 352 40 32 TGPF
GR
GS
   10 SM
   GS
      NP 425 355 M 450 355 L 450 375 L 425 375 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      455 370 M
      GS
            0 SG
            /Courier-Oblique FF [14 0 0 -14 0 0] MS
            (NULL space) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      75 270 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (F) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 70 255 M 90 255 L 90 275 L 70 275 L CP
      2 W
      S
   GR
GR

% POLY/OPEN-SPLINE
0 SG
GS
   NP
      80 255 M
      -40 75 atan DU cos 12.000 MU 155 exch SU
      exch sin 12.000 MU 215 exch SU L
   TGSM
   3 W
   S
   1 W
GR
GS
   TGSM
   NP
      155 215 12.000 5.000 75 -40 TGAT
   1 SG CP F
   0 SG
   NP
      155 215 12.000 5.000 75 -40 TGAT
   CP F
GR

% TEXT
NP
0 SG
   GS
      1 W
      605 245 M
      GS
            0 SG
            /Courier-Bold FF [14 0 0 -14 0 0] MS
            (F) SH
      GR
   GR

% TEXT
NP
0 SG
   GS
      1 W
      605 265 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (A) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 600 250 M 625 250 L 625 270 L 600 270 L CP
      S
   GR
GR

% TEXT
NP
0 SG
   GS
      1 W
      605 285 M
      GS
            0 SG
            /Courier FF [14 0 0 -14 0 0] MS
            (F) SH
      GR
   GR

% BOX
0 SG
GS
   10 SM
   GS
      NP 600 270 M 625 270 L 625 290 L 600 290 L CP
      S
   GR
GR

GR
tgifsavedpage restore
end
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%%Trailer
%MatchingCreationDate: Mon Oct 13 21:51:27 2008
%%DocumentFonts: Courier-Oblique
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%%EOF
lisaac_0.39_rc1/example/tiny_object/TD/TD.tex0000644000175000017500000002225211314031264020736 0ustar  sonntagsonntag\documentclass[a4paper]{article}
\usepackage{a4}
\usepackage[francais]{babel}
\usepackage[T1]{fontenc}
\usepackage[dvips]{graphics}
\usepackage[dvips]{graphicx}
\usepackage{multicol}
\usepackage{epsfig}
\usepackage{color}
\usepackage{alltt}
\usepackage{verbatim}
\usepackage{tabularx}

\topmargin -1.8cm
\textheight 26cm
\textwidth 16cm
\oddsidemargin 0.6cm
%\evensidemargin 0cm
\flushbottom
\pagestyle{empty}


\parindent = 0pt

\begin{document}

\begin{figure}[h]
\psfig{figure=ulp.ps,height=2cm}
\end{figure}

%Année 2007-2008
%\vskip -1cm


\hfill {\Large\bf Licence d'Informatique 3}\\[-10pt]

\hfill {\Large  POO2}\\[-10pt]



\parskip =5pt

\vskip 0.5cm

\begin{center}
\Large\bf
TD 5 à 8\,: {\it{}Tiny Object Emulator}
\end{center}

\vskip 0.5cm

%Durée : 3h.\\
%Documents non autorisés.

%\vskip 0.5cm


\section{Présentation}
%=====================
Nous allons réaliser un petit émulateur/interpréteur d'un langage
objet typé simplifié. 
Les idiomes du langages sont les suivants\,:
\begin{itemize}
\item Déclaration de {\it{}class} et de plusieurs héritages;
\item Déclaration de procédures (sans paramètre);
\item Déclaration de variables locales;
\item Instance de {\it{}class} dans une variable locale;
\item Envoi de message;
\item Affichage d'un message à l'écran.
\end{itemize}

Les objectifs de ces TDs sont\,:
\begin{itemize}
\item Une méthodologie pour le {\it{}parsing} d'une grammaire ``simple'';
\item La modélisation en objet d'un interpréteur ou d'un compilateur;
\item Etudier le contrôle de typage statique;
\item Bien comprendre la notion de type dynamique et de l'algorithme de {\it{}lookup};
\item Mettre en place le mécanisme de VFT en héritage simple \& multiple;
\item Appréhender la programmation en Lisaac.
\end{itemize}

{\it{}Exemple de code\,:}
\begin{multicols}{2}
\begin{alltt}
PARENT (
  {\bf{}type} = ( | "PARENT".print; )

  {\bf{}function\_1} =
  ( |
    type;
    "PARENT : Function 1".print;
  )

  {\bf{}function\_2} =
  ( |
    type;
    "PARENT : Function 2".print;
  )
)

CHILD Inherit PARENT (
  {\bf{}type} = ( | "CHILD".print; )

  {\bf{}function\_1} = 
  ( a:PARENT |
    type;
    "CHILD : Function 1".print;
    a = {\bf{}New} PARENT;
    a.function\_1;
    a.function\_2;
  )

  {\bf{}main} =
  ( b:PARENT |
    b = {\bf{}New} CHILD;
    "--- b.function\_1 ---".print;
    b.function\_1;
    "--- function\_1 -----".print;
    function\_1;
    "--- b.function\_2 ---".print;
    b.function\_2;
    "--- Fin ------------".print;
  )
)
\end{alltt}
\end{multicols}

\section{Grammaire}
%==================
La grammaire de ce petit langage est en EBNF ({\it{}Extended Backus-Naur
  Form})\,:

\begin{tabularx}{\textwidth}{c l X}
\hline
{\bf{}Symbole}    & {\bf{}Fonction} & {\bf{}Description} \cr
\hline
\hline
{( \ldots )}     & {groupe}      & {Groupe syntaxique de construction} \cr
\hline
{[ \ldots ]}     & {option}        & {Construction optionnelle} \cr
\hline
{\{ \ldots \}}   & {répétition}    & {répétition de 0 à $n$ fois} \cr
\hline
{{\tt |}}        & {alternative}   & {Construction alternative} \cr
\hline
{:}  & {production}    & {Définition d'une règle syntaxique} \cr
\hline
\end{tabularx}

\begin{alltt}
program    : \{ {\sc{}cap\_identifier} [ inherit ] '(' slot\_list ')' \}
inherit    : 'Inherit' {\sc{}cap\_identifier} \{ ',' {\sc{}cap\_identifier} \}
slot\_list  : \{ {\sc{}identifier} '=' body \}
body       : '(' [ local\_list ] '|' \{ code ';' \} ')'
local\_list : local \{ ',' local \}
local      : {\sc{}identifier} ':' {\sc{}cap\_identifier}
code       : ( {\sc{}identifier} [ expr ] ) | ( {\sc{}string} '.' 'print' )
expr       : ( '=' 'New' {\sc{}cap\_identifier} ) | ( '.' {\sc{}identifier} )
\end{alltt}

Définition des terminaux\,:
\begin{alltt}
{\sc{}cap\_identifier} : 'A'-'Z' \{ 'A'-'Z' | '0'-'9' | '\_' \}
{\sc{}identifier}      : 'a'-'z' \{ 'a'-'z' | '0'-'9' | '\_' \}
{\sc{}string}       \,  : '\"' \{ ascii string \} '\"'
\end{alltt}

{\bf{}Questions\,:}
\begin{enumerate}
\item Donnez le résultat d'affichage de l'exemple précédent.
\item Donnez l'arbre d'héritage de votre interpréteur.
\item Donnez les données et méthodes utiles dans chacune des {\it{}class}.
\end{enumerate}

\section{{\it{}Parsing} d'un programme}
%======================================
\begin{itemize}
\item[$\bullet$] {\tt{}{\bf{}read\_keyword} word:{\sc{}abstract\_string} :{\sc{}boolean}} \\
Renvoi {\sc{}true} et avance le curseur si le mot {\tt{}'word'} a été
lu, renvoi {\sc{}false} sinon.
\item[$\bullet$] {\tt{}{\bf{}read\_character} char:{\sc{}character} :{\sc{}boolean}} \\
Renvoi {\sc{}true} et avance le curseur si le caractère {\tt{}'char'} a été
lu, renvoi {\sc{}false} sinon.
\item[$\bullet$] {\tt{}{\bf{}read\_identifier}:{\sc{}boolean}} \\
Renvoi {\sc{}true} et avance le curseur si un identifieur a été
lu, renvoi {\sc{}false} sinon. En cas de succès, l'identifieur lu est
dans la variable {\tt{}'last\_string'}.
\item[$\bullet$] {\tt{}{\bf{}read\_cap\_identifier}:{\sc{}boolean}} \\
Renvoi {\sc{}true} et avance le curseur si un identifieur en majuscule
a été lu, renvoi {\sc{}false} sinon. En cas de succès, l'identifieur lu est
dans la variable {\tt{}'last\_string'}.
\item[$\bullet$] {\tt{}{\bf{}read\_string\_cst}:{\sc{}boolean}} \\
Renvoi {\sc{}true} et avance le curseur si une chaîne de caractères
a été lu, renvoi {\sc{}false} sinon. En cas de succès, la chaîne de
caractères lu est dans la variable {\tt{}'last\_string'}.
\item[$\bullet$] {\tt{}{\bf{}syntax\_error} msg:{\sc{}abstract\_string}} \\
Affiche la position du curseur et le message d'erreur {\tt{}'msg'},
puis quitte le programme.
\item[$\bullet$] {\tt{}{\bf{}semantic\_error} msg:{\sc{}abstract\_string}} \\
Affiche la position du curseur et le message d'erreur {\tt{}'msg'},
puis quitte le programme.
\item[$\bullet$] {\tt{}{\bf{}warning\_error} msg:{\sc{}abstract\_string}} \\
Affiche la position du curseur et le message d'erreur {\tt{}'msg'}.
\end{itemize}

{\bf{}Questions\,:}
\begin{enumerate}
\item Donnez les méthodes permettant de {\it{}parser} un programme à
  l'aide de la grammaire (une méthode par règle).
\item Ajoutez les constructions sémantiques dans chacune d'elles.
\end{enumerate}

\section{Exécution d'un programme}
%=================================
{\bf{}Questions\,:}
\begin{enumerate}
\item Donnez le code de la méthode {\tt{}'is\_sub\_type
  other:{\sc{}class} :{\sc{}boolean}'} de la {\it{}class}
  {\sc{}class}.\\
{\bf{}Rmq.\,:} {\it{}Cette méthode est nécessaire pour le contrôle du
  typage statique au niveau des affectations, valeur de retour,
  passage de paramètres dans les langages objet typés.}
\item Donnez le code de la méthode 
{\tt{}'get\_slot\_in\_parent msg:{\sc{}string\_constant} :{\sc{}slot}'}
et de la méthode 
{\tt{}'get\_slot msg:{\sc{}string\_constant} :{\sc{}slot}'}
de la {\it{}class} {\sc{}class}.\\
{\bf{}Rmq.\,:} {\it{}Ces méthodes sont nécessaires pour rechercher la
 bonne fonction lors d'un envoi de message. C'est ce que nous appelons
 l'algorithme de {\bf{}'lookup'}}.
\item Donnez le code de la méthode {\tt{}'run'} pour l'ensemble des
  sous-{\it{}class} de {\sc{}expr}.
\end{enumerate}

\section{Utilisation de VFTs à héritage simple}
%==============================================
La version actuelle n'est pas efficace, car chaque envoi de message
nécessite une recherche dynamique de la bonne méthode dans l'arbre
d'héritages.
Pour éviter cela, nous allons construire une VFT pour chaque {\it{}class}.
L'envoi de message devient alors une simple consultation de table avec un
indice connu avant l'exécution. Puis, un appel indirect sur l'adresse
présent dans cette table.

Rappel du mécanisme et de la construction des VFTs\,:
\begin{center}
\includegraphics[scale=1.0]{vft.eps}
\end{center}

{\bf{}Questions\,:}
\begin{enumerate}
\item Modifier l'application pour calculer les VFTs de chaque {\it{}class}
  et l'indice correspondant à chaque appel, après le {\it{}parsing} du
  programme. \\
{\bf{}Rmq.\,:} {\it{}Dans un premier temps, nous ne considerons que le
  mono-héritage.} 
\end{enumerate}

\section{Utilisation de VFTs à héritages multiples}
%================================================
Il existe de nombreuses méthodes pour construire et gérer des VFTs
prenant en compte l'héritage multiple.
La méthode que nous traitons ici est l'une des dernières techniques trouvée
dans le domaine de la recherche.
Elle est aussi la plus performante en terme de vitesse d'exécution et
d'espace mémoire.
Nous pouvons néanmoins remarquer sur notre exemple une imperfection,
certaines VFT possèdent des ``trous'' et constitue un gâchi de
mémoire. 
Le second défaut de cette technique est qu'elle nécessite une
connaissance complète du graphe d'héritage pour construire
correctement les VFTs. Cette technique est donc applicable que dans le
domaine d'une compilation globale (comme Lisaac) et non une
compilation séparée comme Java. 

\begin{center}
\includegraphics[scale=1.0]{vft_2.eps}
\end{center}

{\bf{}Questions\,:}
\begin{enumerate}
\item Modifiez la méthode {\tt{}'compute\_vft\_base'} de la {\it{}class}
  {\sc{}class} pour prendre en compte l'héritage multiple.
\end{enumerate}

{\it{}Le compilateur Lisaac n'utilise pas de VFT, sa technique de
  résolution des envois de messages est totalement diffèrente et
  originale.
Par son caractère unique et donc pédagogiquement ininterressant, nous
ne détaillerons pas cette technique.
} 

\end{document}


lisaac_0.39_rc1/example/tiny_object/expr.li0000644000175000017500000000370411314031264020703 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := EXPR;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The expr abstract";

Section Inherit

  + parent_instr:Expanded INSTR;

Section Public
  
  //
  // Run.
  //
  
  - run <-
  (
    deferred;
  );
  
  //
  // Display.
  //
  
  - print <-
  (
    deferred;
  );
  

  lisaac_0.39_rc1/example/tiny_object/program1.to0000644000175000017500000000151411314031264021470 0ustar  sonntagsonntagPARENT (

  type =
  ( |
    "PARENT".print;
  )

  function_1 =
  ( |
    type;
    "PARENT : Function 1".print;
  )

  function_2 =
  ( |
    type;
    "PARENT : Function 2".print;
  )
)

CHILD_A Inherit PARENT (

  type =
  ( |
    "CHILD_A".print;
  )

  function_1 = 
  ( a:PARENT |
    type;
    "CHILD_A : Function 1".print;
    a = New PARENT;
    a.function_1;
    a.function_2;
  )

  master =
  ( b:PARENT |
    b = New CHILD_A;
    "--- b.function_1 ---".print;
    b.function_1;
    "--- function_1 -----".print;
    function_1;
    "--- b.function_2 ---".print;
    b.function_2;
    "--- Fin ------------".print;
  )
)
/*
CHILD_A
CHILD_A : Function 1
PARENT
PARENT : Function 1
PARENT
PARENT : Function 2
CHILD_A
CHILD_A : Function 1
PARENT
PARENT : Function 1
PARENT
PARENT : Function 2
---------
CHILD_A
PARENT : Function 2
*/
lisaac_0.39_rc1/example/tiny_object/parser.li0000644000175000017500000002764111314031264021227 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := PARSER;
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Private
  
  - position:INTEGER;
  
  - current_class:CLASS;
  
  //
  // Syntax parser.
  //

  - last_character:CHARACTER <-
  ( + result:CHARACTER;
    (position > source.upper).if {
      result := 0.to_character;
      } else {
      result := source.item position;
    };
    result
  );

  - last_string:STRING_CONSTANT;
  
  - read_space:BOOLEAN <-
  ( + posold,pos,pos2:INTEGER;    
    + level_comment:INTEGER;
    
    pos := position;
    posold := -1;    
    {posold = position}.until_do {
      posold := position;      
      // Skip spaces :            
      {(last_character = 0.to_character) || {last_character > ' '}}.until_do {	
	position := position + 1;	
      };
      
      (position < source.upper).if {
	// Skip C++ comment style :
	((last_character = '/') & (source.item (position + 1) = '/')).if {	  
	  position := position + 2;
	  pos2 := position;	  
	  { 
	    (last_character = 0.to_character) || 
	    {last_character = '\n'}
	  }.until_do {
	    position := position + 1;
	  };	  
	};
      };
      (position < source.upper).if {
	// Skip C comment style :
	pos2 := position;
	((last_character = '/') && {source.item (position+1) = '*'}).if {
	  position := position + 2; 	  
	  level_comment := 1;
	  {
	    (last_character = 0.to_character) || {level_comment = 0}
	  }.until_do {
	    ((last_character = '/') && {source.item (position+1) = '*'}).if {
	      level_comment := level_comment + 1;
	      position := position + 2;
	    }.elseif {
	      (last_character = '*') && {source.item (position+1) = '/'}
	    } then {
	      level_comment := level_comment - 1;
	      position := position + 2;
	    } else {
	      position := position+1;
	    };
	  };
	  (level_comment != 0).if {
	    position := pos2;
	    syntax_error position message "End of comment not found !";
	  };	  
	};
      };
    };    
    ((position != pos) | (last_character != 0.to_character))
  );
  
  - read_keyword st:ABSTRACT_STRING :BOOLEAN <-
  ( + posold,j:INTEGER;
    + result:BOOLEAN;    
    (read_space).if {     
      posold := position;    
      j := st.lower;
      {(last_character = 0.to_character) ||
      {(j > st.upper) || {last_character != st.item j}}}.until_do {
	j := j+1;
	position := position+1;
      };
      (j > st.upper).if {
	result := TRUE;
      } else {
	position := posold;
	result := FALSE;
      };
    };
    result
  );

  - read_character ch:CHARACTER :BOOLEAN <-
  ( 
    ((read_space) && {last_character = ch}).if {
      position := position + 1;
    }
  );
    
  //-- identifier    -> 'a'-'z' {'a'-'z' | '0'-'9' | '_'}
  - read_identifier:BOOLEAN <-
  (     
    ((read_space) && {last_character.is_lower}).if {     
      string_tmp.clear;
      {
	(last_character = 0.to_character) || 
	{
	  (! last_character.is_lower) &&
	  {! last_character.is_digit} && 
	  {last_character != '_'}
	}
      }.until_do {
	string_tmp.add_last last_character;
	position := position+1;          
      };      
      last_string := get_alias string_tmp;      
    }
  );
            
  //-- cap_identifier -> 'A'-'Z' {'A'-'Z' | '0'-'9' | '_'}
  - read_cap_identifier:BOOLEAN <-
  (     
    ((read_space) && {last_character.is_upper}).if {            
      string_tmp.clear;
      {
	(last_character = 0.to_character) ||
	{
	  (! last_character.is_upper) && 
	  {! last_character.is_digit} &&
	  {last_character != '_'}
	}
      }.until_do {
	string_tmp.add_last last_character;
	position := position+1;          
      };      
      last_string := get_alias string_tmp;      
    }
  );
        
  //-- string -> '\"' ascii_string '\"'
  - read_string_cst:BOOLEAN <-
  ( + old_pos:INTEGER;
    
    ((read_space) && {last_character='"'}).if { 
      old_pos := position;
      position := position + 1;
      string_tmp.clear;
      {
        (last_character = 0.to_character) ||       
        {last_character='"'}
      }.until_do { 
        string_tmp.add_last last_character;
        position := position + 1;	  
      };
      (last_character='\"').if { 
	position := position + 1;
	last_string := get_alias string_tmp;	
      } else {
	position := old_pos;
	syntax_error position message "Unterminated string constant.";
      };
    }
  );
  
  //
  // Grammar
  //

  - read_program:BOOLEAN <-
  //++ program    : { CAP_IDENTIFIER [ inherit ] '(' slot_list ')' } 
  ( 
    {read_cap_identifier}.while_do {
      current_class := CLASS.create position name last_string;      
      (program.fast_has last_string).if {
        semantic_error position message "Doucle définition class.";
      };
      program.add current_class to last_string;
      read_inherit;
      (read_character '(').if_false {
        warning_error position message "Added `('.";
      };
      (read_slot_list).if_false {
        syntax_error position message "Slots is absent.";
      };
      (read_character ')').if_false {
        warning_error position message "Added `)'.";
      };
    };
    ! program.is_empty
  );

  - read_inherit:BOOLEAN <-
  //++ inherit    : 'Inherit' CAP_IDENTIFIER { ',' CAP_IDENTIFIER } 
  ( + result:BOOLEAN;
    + t:CLASS;
    (read_keyword keyword_inherit).if {
      result := TRUE;
      (read_cap_identifier).if_false {
        syntax_error position message "Parent is absent.";
      };
      t := program.fast_reference_at last_string;
      (t = NULL).if {
        semantic_error position message "Declaration class is needed.";
      };      
      current_class.add_parent t;      
      {read_character ','}.while_do {
        (read_cap_identifier).if_false {
          syntax_error position message "Parent is absent.";
        };
        t := program.fast_reference_at last_string;
        (t = NULL).if {
          semantic_error position message "Declaration class is needed.";
        };
        current_class.add_parent t;
      };
    };
    result
  );

  - read_slot_list:BOOLEAN <-
  //++ slot_list  : { IDENTIFIER '=' body } 
  ( + result:BOOLEAN;
    + slot:SLOT;
    {read_identifier}.while_do {
      slot := SLOT.create position name last_string;
      (last_string = keyword_master).if {
        (class_master != NULL).if {
          semantic_error position message "Double master slot declaration.";
        };
        class_master := current_class;
      };
      (read_character '=').if_false {
        warning_error position message "Added `='.";
      };      
      (read_body slot).if_false {
        syntax_error position message "Body slot is absent.";
      };
      current_class.add_slot slot;
    };
    result := TRUE;
    result
  );

  - read_body slot:SLOT :BOOLEAN <-
  //++ body       : '(' [ local_list ] '|' { code ';' } ')' 
  ( + result:BOOLEAN;
    + lst:HASHED_DICTIONARY(LOCAL,STRING_CONSTANT);
    + code:EXPR;
    + this:LOCAL;
    (read_character '(').if {
      result := TRUE;
      this := LOCAL.create position name keyword_this type current_class;
      lst := read_local_list;            
      lst.add this to (this.name);
      slot.set_local_list lst;
      (read_character '|').if_false {
        warning_error position message "Added `|'.";
      };
      {(code := read_code slot) != NULL}.while_do {
        slot.add_expr code;
        (read_character ';').if_false {
          warning_error position message "Added `;'.";
        };
      };
      (read_character ')').if_false {
        warning_error position message "Added `}'.";
      };
    };
    result
  );

  - read_local_list:HASHED_DICTIONARY(LOCAL,STRING_CONSTANT) <-
  //++ local_list : local { ',' local } 
  ( + result:HASHED_DICTIONARY(LOCAL,STRING_CONSTANT);
    + loc:LOCAL;
    
    result := HASHED_DICTIONARY(LOCAL,STRING_CONSTANT).create;    
    loc := read_local;
    (loc != NULL).if {      
      result.add loc to (loc.name);
      {read_character ','}.while_do {
        loc := read_local;
        (loc = NULL).if {
          syntax_error position message "local is absent.";
        };
        result.add loc to (loc.name);
      };
    };
    result
  );

  - read_local:LOCAL <-
  //++ local      : IDENTIFIER ':' CAP_IDENTIFIER 
  ( + result:LOCAL;
    + n:STRING_CONSTANT;
    + t:CLASS;
    (read_identifier).if {
      n := last_string;
      (read_character ':').if_false {
        warning_error position message "Added `:'.";
      };
      (read_cap_identifier).if_false {
        syntax_error position message "TYPE is absent.";
      };
      t := program.fast_reference_at last_string;
      (t = NULL).if {
        semantic_error position message "Declaration class is needed.";
      };
      result := LOCAL.create position name n type t;
    };
    result
  );

  - read_code slot:SLOT :EXPR <-
  //++ code       : IDENTIFIER [ expr ] 
  //++            | STRING '.' 'print' 
  ( + result:EXPR;    
    + loc:LOCAL;
    
    (read_identifier).if {      
      loc := slot.get_local last_string;
      (loc = NULL).if {
        loc := slot.get_local keyword_this;
        result := CALL.create position receiver loc message last_string;
      } else {
        result := read_expr loc;
        (result = NULL).if {
          syntax_error position message "Call is absent.";
        };
      };
    }.elseif {read_string_cst} then {
      result := PRINT.create position text last_string;
      (read_character '.').if_false {
        warning_error position message "Added `.'.";
      };
      (read_keyword keyword_print).if_false {
        warning_error position message "Added `print'.";
      };
    };
    result
  );

  - read_expr loc:LOCAL :EXPR <-
  //++ expr       : '=' 'New' CAP_IDENTIFIER
  //++            | '.' IDENTIFIER
  ( + result:EXPR;
    + t:CLASS;
    (read_character '=').if {      
      (read_keyword keyword_new).if_false {
        warning_error position message "Added `new'.";        
      };
      (read_cap_identifier).if_false {
        syntax_error position message "TYPE is absent.";
      };      
      t := program.fast_reference_at last_string;
      (t = NULL).if {
        semantic_error position message "Declaration class is needed.";
      };
      result := ASSIGN.create position local loc type t;
    }.elseif {read_character '.'} then {
      (read_identifier).if_false {
        syntax_error position message "Message is absent.";
      };
      result := CALL.create position receiver loc message last_string;
    };
    result
  );

Section Public
  
  - parse <-
  (         
    position := source.lower;
    //
    (read_program).if_false {
      syntax_error position message "File is empty.";
    };
  );lisaac_0.39_rc1/example/tiny_object/program2.to0000644000175000017500000000055011314031264021470 0ustar  sonntagsonntagA (
  f_a =
  ( |
    "A".print;
  )
)
B Inherit A (
  f_b =
  ( | 
    "B".print;
  )
)
D (
  f_d =
  ( | 
    "D".print;
  )
)
C Inherit D, A (
  f_c =
  ( | 
    "C".print;
  )
  f_a =
  ( | 
    "Redefine A in C".print;
  )
)
E Inherit B, C (
  f_e =
  ( | 
    "E".print;
  )
  f_d =
  ( |
    "redefine D in E".print;
  )
  master =
  ( |
    f_e;
  )
)
lisaac_0.39_rc1/example/tiny_object/instr.li0000644000175000017500000000352311314031264021063 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := INSTR;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The instr prototype";

Section Inherit

  - parent_any:ANY := ANY;

Section Public

  + position:INTEGER;lisaac_0.39_rc1/example/tiny_object/tiny_object.gra0000644000175000017500000000101311314031264022372 0ustar  sonntagsonntagprogram    : { CAP_IDENTIFIER [ inherit ] '(' slot_list ')' }
           ;
inherit    : 'Inherit' CAP_IDENTIFIER { ',' CAP_IDENTIFIER }
           ;
slot_list  : { IDENTIFIER '=' body }
           ;
body       : '(' [ local_list ] '|' { code ';' } ')'
           ;
local_list : local { ',' local }
           ;
local      : IDENTIFIER ':' CAP_IDENTIFIER
           ;
code       : IDENTIFIER [ expr ]
           | STRING '.' 'print'
           ;
expr       : '=' "New" CAP_IDENTIFIER
           | '.' IDENTIFIER
           ;lisaac_0.39_rc1/example/tp_lisaac/0000755000175000017500000000000011314031325017017 5ustar  sonntagsonntaglisaac_0.39_rc1/example/tp_lisaac/redef.li0000644000175000017500000000425011314031264020435 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := REDEF;
  
Section Private
  
  - my_slot:INTEGER <-
  (
    "(Original definition !) ".print;
    1
  );
  
Section Public
  
  - main <-
  ( 
    // 1 call
    "First call    : ".print;
    my_slot.print;
    
    // Redéfinition of the code of this slot:
    my_slot <- (
      "(My slot have a new code !) ".print;
      2
    );
    
    // 2 call
    "\nSecond call   : ".print;
    my_slot.print;
    
    // Redéfinition as data of the slot
    my_slot := 3;
    
    // 3 call
    "\nThird call    : (My slot became a data!) ".print;
    my_slot.print;    
    '\n'.print;
  );
lisaac_0.39_rc1/example/tp_lisaac/larva.li0000644000175000017500000000336411314031264020462 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := LARVA;
  
Section Inherit
  
  - parent_insect:INSECT := INSECT;
  
Section Public
  
  - identity_card <- 
  (
    "Im just a larva !\n".print;
  );
lisaac_0.39_rc1/example/tp_lisaac/action_block.li0000644000175000017500000000511411314031264021777 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := ACTION_BLOCK;
  
Section Public
  
  - main <-
  ( + col1:FAST_ARRAY(INTEGER);
    + col2:LINKED_LIST(INTEGER);
    + action1:{INTEGER;};
    //+ action2:{INTEGER;};
    + somme:INTEGER;
    
    // Creation d'un tableau de 5 elements de 0 à 4 :
    col1 := FAST_ARRAY(INTEGER).create_with_capacity 5;
    // Création d'une liste chainee:
    col2 := LINKED_LIST(INTEGER).create;
    
    // Rempli la première collection.
    1.to 10 do { j:INTEGER;
      col1.add_last j;
      col2.add_last (j+j);
    };
    
    // QUESTION 1
                
    // Action d'afficher un élément:
    action1 := {       
      i:INTEGER;  // argument
      
      i.print;
      ','.print;
    };
    
    // Affichage de `col1' et `col2' avec `action1':
    col1.foreach action1;
    col2.foreach action1;
    
    // POINT 2
    
    // QUESTION 3    
    
    //action2 := { 
    // ... A vous de jouer ...
    //};
    
    // col2.foreach action2;
    
    "Somme : ".print;
    somme.print;
    '\n'.print;
  );
lisaac_0.39_rc1/example/tp_lisaac/action0000644000175000017500000002636311314031264020233 0ustar  sonntagsonntagELF°ƒ4Ô4 ($!44€4€àà€€””””¥”¥,䨨¥¨¥ØØ(((  Qåtd/lib/ld-linux.so.2GNU	# )Œ­KãÀ  Lsa²[öGúTÀ¦8l•libm.so.6__gmon_start___Jv_RegisterClasseslibc.so.6_IO_stdin_usedexitreallocstdoutfputc__libc_start_mainGLIBC_2.0.ii
s€¦À¦¦”¦˜¦œ¦ ¦U‰åSƒìè[Ã\#‹“üÿÿÿ…ÒtèèÍèØX[ÉÃÿ5ˆ¦ÿ%Œ¦ÿ%¦héàÿÿÿÿ%”¦héÐÿÿÿÿ%˜¦héÀÿÿÿÿ%œ¦hé°ÿÿÿÿ% ¦h é ÿÿÿ1í^‰áƒäðPTRh°”hÀ”QVhЋè«ÿÿÿôU‰åƒì€=ĦtëƒÀ£¬¦ÿÒ¡¬¦‹…ÒuëÆĦÉÃU‰åƒì¡¤¥…Àt¸…Àt	Ç$¤¥ÿÐÉÃì‹À¦¾D$‰T$‰$è2ÿÿÿƒÄÃfƒì‹D$‰$è-ÿÿÿƒì¡`©‰\$‰t$‰|$…Àtm¡d©‰ÂÁâH‚;`©‰
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ƒinit.cinitfini.ccrtstuff.c__CTOR_LIST____DTOR_LIST____JCR_LIST____do_global_dtors_auxcompleted.5843p.5841frame_dummy__CTOR_END____DTOR_END____FRAME_END____JCR_END____do_global_ctors_auxaction.cli__UNGli__35li__MVDli__ND_GLOBAL_OFFSET_TABLE___init_array_end__init_array_start_DYNAMICdata_startprint_charli__VL___libc_csu_fini_startli__COF_li__U_table_size__string_2__gmon_start___Jv_RegisterClasses_fp_hwrealloc@@GLIBC_2.0_finili__SB_li__LLli__ZBB__libc_start_main@@GLIBC_2.0li__3B_table_type_IO_stdin_used__data_start__dso_handlearg_count__libc_csu_initarg_vector__bss_startdie_with_codefputc@@GLIBC_2.0li__4B_last_block_endstdout@@GLIBC_2.0li__4NGli__AWB__string_1li__RB__edatali__4ZGexit@@GLIBC_2.0__i686.get_pc_thunk.bxmain_initlisaac_0.39_rc1/example/tp_lisaac/factorial.li0000644000175000017500000000365311314031264021322 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := FACTORIAL;
  
Section Public
  
  - main <-
  ( + n1:UINTEGER_32;
    + result:UINTEGER_32;
    
    n1 := 10; 
    "Factorial ".print;
    n1.print;
    result := n1.factorial;
    " = ".print;
    
    result.print;   
    '\n'.print;
    
    "Convert to 64-bits : ".print;
    (result.to_uinteger_64).print;
    '\n'.print;
  );
lisaac_0.39_rc1/example/tp_lisaac/insect.li0000644000175000017500000000325111314031264020635 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := INSECT;
  
Section Public
  
  - identity_card <- 
  (
    deferred; 
  );
lisaac_0.39_rc1/example/tp_lisaac/my_win.li0000644000175000017500000000435011314031264020653 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := MY_WIN;
  
  - bibliography := "http://IsaacOS.com";

  - author       := "Xavier Oswald (x.oswald@free.fr)";

  - comment      := "First graphical interface";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public

  - main <-
  ( + button:G_BUTTON;
    + action1:{G_BUTTON;};

    VIDEO.make_size (150,80);
    
    action1 := { b:G_BUTTON;
      die_with_code exit_success_code;
    };

    button := 
    G_BUTTON.create (G_OUT.create "Exit" justify (G_OUT.center)) action action1;

    DESK.make VIDEO with 
    (
      G_OUT.create "Lisaac is GREAT !!!" justify (G_OUT.center) /
      button.fix_height
    );
  );
lisaac_0.39_rc1/example/tp_lisaac/butterfly.li0000644000175000017500000000340111314031264021365 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  - name := BUTTERFLY;
  
Section Inherit
  
  - parent_insect:INSECT := INSECT;
  
Section Public
  
  - identity_card <- 
  (
    "Im a beautiful butterfly !\n".print;
  );
lisaac_0.39_rc1/example/tp_lisaac/herit.li0000644000175000017500000000374411314031264020472 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name := HERIT;
  
Section Inherit
  
  - parent_insect:INSECT := LARVA; // Im an insect and now Im a larva
  
Section Public
  
  - main <-
  (
    "Hi, Im an insect, who am I ?\n".print;
    IO.read_character;
    identity_card;
    "The time passed...\n".print;
    
    // QUESTION
    
    "Im always the same insect, but who am I now ?\n".print;
    IO.read_character;
    identity_card;
  );
lisaac_0.39_rc1/example/make.lip0000644000175000017500000000362111314031264016507 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac Installer                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////

// Lisaac Path Directory System (by Benoit Sonntag).

Section Inherit
  
  + parent:STRING; // by default, inherite from main `make.lip'

Section Private
  
  - example_path <-
  // Example path.
  ( 
    path "*"; 
  );
    
  //
  // Execute function.
  //
  
  - front_end <-
  (
    general_front_end;
    example_path;    
  );
  
lisaac_0.39_rc1/example/hanoi/0000755000175000017500000000000011314031325016156 5ustar  sonntagsonntaglisaac_0.39_rc1/example/hanoi/hanoi.li0000644000175000017500000000654211314031264017613 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := HANOI;
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The classic Tower of Hanoi game.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;

Section Private

  + nb:INTEGER;

  + tower1:TOWER;
  + tower2:TOWER;
  + tower3:TOWER;

Section Public

  - main <-
  ( 
    (COMMAND_LINE.upper = 0).if {
      "Number of discus: ".print;
      IO.read_integer;
      nb := IO.last_integer;
    }.elseif {COMMAND_LINE.upper != 1} then {
      "Usage: hanoi \n".print;
      die_with_code exit_failure_code;
    }.elseif {COMMAND_LINE.item 1.is_integer} then {            
      nb := COMMAND_LINE.item 1.to_integer.max 1;
    } else {
      "hanoi: bad argument (not an integer)\n".print;
      die_with_code exit_failure_code;
    };
    
    tower1 := TOWER.full nb;
    tower2 := TOWER.empty nb;
    tower3 := TOWER.empty nb;
        
    "Situation at the beginning:\n".print;        
    move (nb,tower1,tower2,tower3);
    "Situation at the end:\n".print;
    print;    
  );
  
Section Private
  
  - move (how_many:INTEGER, source, intermediate, destination:TOWER) <-
  ( + discus:INTEGER;
        
    (how_many > 0).if {    
      move (how_many-1,source,destination,intermediate);
      print;
      discus := source.remove_discus;
      destination.add_discus discus;
      move ((how_many-1),intermediate,source,destination);
      //'F'.print; '\n'.print;
    };
  );
  
Section Public
  
  - print <-
  (
    '\n'.print;
    nb.downto 1 do { i:INTEGER;
      ' '.print;
      tower1.show_a_discus i;
      ' '.print;
      tower2.show_a_discus i;
      ' '.print;
      tower3.show_a_discus i;
      '\n'.print;
    };
    ((((2 * (nb + 1)) + 1) * 3) - 2).downto 1 do { i:INTEGER;
      '-'.print;
    };
    '\n'.print;
  );
lisaac_0.39_rc1/example/hanoi/tower.li0000644000175000017500000000660211314031264017652 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name         := TOWER;
   
  - bibliography := "http://IsaacOS.com";
  - author       := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment      := "The classic Tower of Hanoi game.";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;

Section Private

  + t:ARRAY(INTEGER);

  + top:INTEGER;

Section Public
  
  - full n:INTEGER :SELF <-
  ( + result:SELF;
    result := clone;
    result.full_make n;
    result
  );
  
  - full_make n:INTEGER <-
  ( ? {n >= 1};
    
    t := ARRAY(INTEGER).create 1 to n;        
    n.downto 1 do { i:INTEGER;
      t.put (n-i+1) to i;
    };
    top := n;
    
    ? {nb = n};
    ? {top = nb};
    ? {t.item top = 1};
  );
  
  - empty n:INTEGER :SELF <-
  ( + result:SELF;
    result := clone;
    result.empty_make n;
    result    
  );
  
  - empty_make n:INTEGER <-
  ( ? {n >= 1};
    t := ARRAY(INTEGER).create 1 to n;
    top := 1;
    ? {nb = n};
    ? {top = 1};
  );

Section HANOI

  - nb:INTEGER <- t.upper;

  - show_a_discus d:INTEGER <-
  ( + nb_of_free_slots, nb_of_used_slots:INTEGER;
    ? {d.in_range d to nb};
    nb_of_used_slots := t.item d;
    nb_of_free_slots := nb - nb_of_used_slots;
    nb_of_free_slots.downto 1 do { i:INTEGER;
      ' '.print;
    };
    nb_of_used_slots.downto 1 do { i:INTEGER;
      '='.print;
    };
    '|'.print;
    nb_of_used_slots.downto 1 do { i:INTEGER;
      '='.print;
    };
    nb_of_free_slots.downto 1 do { i:INTEGER;
      ' '.print;
    };
  );

  - remove_discus:INTEGER <-
  ( + result:INTEGER;
    
    result := t.item top;
    t.put 0 to top;
    (top > 1).if {
      top := top - 1;
    };
    ? { top >= 1};
    result
  );

  - add_discus d:INTEGER <-
  (
    (t.item top > d).if {
      top := top + 1;
      t.put d to top;
    };
    (t.item top = 0).if {
      t.put d to top;
    };
    ? { top <= nb };
  );
lisaac_0.39_rc1/example/test_compiler/0000755000175000017500000000000011314031325017731 5ustar  sonntagsonntaglisaac_0.39_rc1/example/test_compiler/test1.li0000644000175000017500000000413311314031264021322 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Example                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := TEST1;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public
  
  - method (a,b,c:INTEGER) :(INTEGER,INTEGER,BOOLEAN) <-
  (
    a,a-b,a=c
  );
  
  - main <-
  ( + r1,r2:INTEGER;
    + r3:BOOLEAN;
    
    (r1,r2,r3) := method (1,2,3);
    `/* @r1, @r2,@r3*/`;    
    (r1,r2,r3) := method (2,3,4);
    `/* @r1, @r2,@r3*/`;        
  );

lisaac_0.39_rc1/example/gcd/0000755000175000017500000000000011314031325015615 5ustar  sonntagsonntaglisaac_0.39_rc1/example/gcd/test_gcd.li0000644000175000017500000000500011314031256017735 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TEST_GCD;
  
  - author      :="Boutet Jerome (boutet@loria.fr)";
  
  - comment     := "Find the great common divisor between 2 values";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;

Section Private
  
  - gcd (value_1,value_2:INTEGER) :INTEGER <-
  // Great Common Divisor of `value_1' and `value_2'.
  ( + value,result:INTEGER;
    ? { value_1 > 0};
    ? { value_2 > 0};
    result := value_1;
    value := value_2;
    {result = value}.until_do {
      (result > value).if {
        result := result - value;
      } else {
        value := value - result;
      };
    };
    result
  );
	 
Section Public

  - main <-
  ( + v1,v2:INTEGER;
    "Enter the first number: ".print;
    IO.read_integer;
    v1 := IO.last_integer;
    "\nEnter the second number: ".print;
    IO.read_integer;
    v2 := IO.last_integer;
    "\nThe Great Common Divisor is: ".print;
    gcd (v1,v2).print;
    '\n'.print;
  );
lisaac_0.39_rc1/example/compile.bat0000644000175000017500000000326611314031325017207 0ustar  sonntagsonntaglisaac ./bench/bench.li -q -boost
lisaac ./gui/predict_size/essai.li -q -boost
lisaac ./gui/msn/msn.li -q -boost
lisaac ./gui/mpg2/mpeg2dec.li -q -boost
lisaac ./gui/viewer/viewer.li -q -boost
lisaac ./gui/desktop/monitor.li -q -boost
lisaac ./gui/desktop/desktop.li -q -boost
lisaac ./gui/draw/example.li -q -boost
lisaac ./gui/transparent/test_trans.li -q -boost
lisaac ./gui/about/about.li -q -boost
lisaac ./gui/gravity/gravity.li -q -boost
lisaac ./gui/hello.li -q -boost
lisaac ./gui/calculator/calculator.li -q -boost
lisaac ./gui/clock/clock_view.li -q -boost
lisaac ./block/master.li -q -boost
lisaac ./mailer/mailer.li -q -boost
lisaac ./base/pyramid2.li -q -boost
lisaac ./base/knight.li -q -boost
lisaac ./base/hello_world.li -q -boost
lisaac ./base/pyramid.li -q -boost
lisaac ./tetris/tetris.li -q -boost
lisaac ./tree/master.li -q -boost
lisaac ./acgt/acgt.li -q -boost
lisaac ./bottles/bottles.li -q -boost
lisaac ./super/master.li -q -boost
lisaac ./su_doku/su_doku.li -q -boost
lisaac ./tree2/master.li -q -boost
lisaac ./slot/master.li -q -boost
lisaac ./shell/shell.li -q -boost
lisaac ./calc/calc.li -q -boost
lisaac ./fouronline/fouronline.li -q -boost
lisaac ./demomaker/rotozoom/rotozoom.li -q -boost
lisaac ./demomaker/glass/glass.li -q -boost
lisaac ./demomaker/fire/fire.li -q -boost
lisaac ./tiny_object/tiny_object.li -q -boost
lisaac ./tp_lisaac/redef.li -q -boost
lisaac ./tp_lisaac/action_block.li -q -boost
lisaac ./tp_lisaac/factorial.li -q -boost
lisaac ./tp_lisaac/my_win.li -q -boost
lisaac ./tp_lisaac/herit.li -q -boost
lisaac ./hanoi/hanoi.li -q -boost
lisaac ./test_compiler/test1.li -q -boost
lisaac ./gcd/test_gcd.li -q -boost
lisaac ./external/external_example.li -q -boost
lisaac_0.39_rc1/example/external/0000755000175000017500000000000011314031325016702 5ustar  sonntagsonntaglisaac_0.39_rc1/example/external/external_example.li0000644000175000017500000000443211314031256022573 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                              Lisaac Example                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name     := EXTERNAL_EXAMPLE;
  
  - external := `#include `; // Here, add C code (function, include, ...)
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
    
Section External 
  // In this section, a Lisaac function give 
  // a C function with identically profil. (Without `Self')
  
  - function (a,b:INTEGER) :INTEGER <-
  (
    "Hello\n".print;
    a + b
  );
  
Section Public
    
  - main <-
  ( + a:INTEGER;
    
    a := function (1,2);    
    "Adress function : ".print;
    `function`:POINTER.print_hex;
    "h\n".print;
    
    a := `@a + 2`:INTEGER; // External C with return value.
    `printf("Display with C function and access local Lisaac variable (%d)\n",@a)`;
  );
lisaac_0.39_rc1/Changelog0000644000175000017500000000120211314031243015231 0ustar  sonntagsonntagVersion 0.39 rc1:
=================
2009/12/01
 * A lot of bugs off

Version 0.39 beta:
==================
2009/11/07
 * Change syntax for block type
 * Change syntax for genericity
 * Add parametric type without genericity
 * Add Lip (Lisaac Project)
 * Add 64 bits support
 * Add C89 backend support
 * Update Shorter belinda mode
	
Version 0.13:
=============
2007/09/26
 * Change syntax for import/export
 * Export/Import with parameter type
 * Export/import with genericity type
 * Update library
 * Update Makefile
 * Add Lisaac & shorter manpages

Version 0.12:
=============
2007/07/22
 * Append '-i' option for define inline level.

lisaac_0.39_rc1/doc/0000755000175000017500000000000011314031324014171 5ustar  sonntagsonntaglisaac_0.39_rc1/doc/pdf/0000755000175000017500000000000011314031324014742 5ustar  sonntagsonntaglisaac_0.39_rc1/doc/pdf/slides.pdf0000644000175000017500000707131611314031324016737 0ustar  sonntagsonntag%PDF-1.4
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LaTeX with beamer class version 3.07

Lisaac - The power of simplicity at work for youBeno\356t Sonntag -- benoit.sonntag@lisaac.org and the Lisaac team


                                                                        
                                                                        

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trailer
<< /Size 759 /Root 1 0 R /Info 2 0 R
/ID [<8567B9AD941FCFBED50729E95A1C67CE><8567B9AD941FCFBED50729E95A1C67CE>]
>>
startxref
617379
%%EOF
lisaac_0.39_rc1/doc/man/0000755000175000017500000000000011314031264014747 5ustar  sonntagsonntaglisaac_0.39_rc1/doc/man/lisaac.10000644000175000017500000000370411314031264016271 0ustar  sonntagsonntag.TH "LISAAC" "1" "January 2008" "Xavier Oswald" "lisaac - programming language"
.SH "NAME"
lisaac \- lisaac compiler
.SH "SYNOPSIS"
.B lisaac  [Options]

.SH "DESCRIPTION"
This manual page documents briefly the
.BR lisaac
compiler. 
.BR lisaac
is the first compiled object\-oriented language based on prototype concepts, with system programming facilities and design by contract.
Lisaac's developers admired both Self's flexibility and dynamic inheritance, and Eiffel's static typing and design by contract features. Seeking to combine these two apparently contradictory feature sets, lisaac was created.
.br 

The 
.BR lisaac
compiler produces optimized ANSI C code, which can then be compiled on every architecture with an appropriate C compiler which makes lisaac a real multi\-platform language. Compilation results show that it is possible to obtain executables from a high\-level prototype\-based language that are as fast as C programs.
.SH "OPTIONS"
.SS 
.TP 
.B  \-o 
Output file (default:`input_file.c')
.TP 
.B  \-t 
Target code (see path.li)
.TP 
.B  \-s
Statistic information
.TP 
.B  \-[d|D]([+|\-]|[1\-20])
Debug mode (default: `debug_level' = 0)
.br 
`d'   : Without source code.
.br 
`D'   : With source code.
.br 
[d|D]\-: `debug_level' = 5
.br 
        (Require library only)
.br 
[d|D] : `debug_level' = 10
.br 
        (Append user assertion)
.br 
[d|D]+: `debug_level' = 15
.br 
        (Append Ensure library)
.br 
[d|D]n: `debug_level' = n (with 0.

This manual page was written by Xavier Oswald .

lisaac_0.39_rc1/doc/man/shorter.10000644000175000017500000000171411314031264016522 0ustar  sonntagsonntag.TH "SHORTER" "1" "January 2008" "Xavier Oswald" "SHORTER - lisaac documentation generation"
.SH "NAME"
shorter \- lisaac documentation generation
.SH "SYNOPSIS"
.B shorter  [Options]
.SH "DESCRIPTION"
This manual page documents briefly the
.BR shorter
program.

.BR shorter
is the lisaac documentation generator. It take as entry a lisaac file or a directory containing lisaac files and generate the appropriated html files as output. It looks like the javadoc as result.
.SH "OPTIONS"
.SS 
.TP 
.B  \-o 
Output file or directory (default:`input_file.ext')
.TP 
.B  \-p 
Include private section
.TP 
.B  \-c
Include source code
.TP 
.B  \-r
Recursive builder documentation
.TP 
.B  \-f 
Formatting description file (see: /usr/lib/lisaac/shorter/)

.SH "SEE ALSO"
.BR lisaac (1)
.SH "AUTHOR"
Lisaac was developed by Benoit Sonntag .

This manual page was written by Xavier Oswald .

lisaac_0.39_rc1/doc/man/shorter.1.gz0000644000175000017500000000104211314031264017133 0ustar  sonntagsonntag‹):ŸGshorter.1…SMoÛ0½ëW¾,9ÔiwŠ hºeh†.bØЛbÑŽE2$9iþýh9Î
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aø›pº+,ââô‡ HÌlisaac_0.39_rc1/doc/man/lisaac.1.gz0000644000175000017500000000203111314031264016700 0ustar  sonntagsonntag‹š/ŸGlisaac.1mUaOã8ýž_1ꊖ¦	é´ê¡íBOÛK9Òw¢Õâ$Nã[ÇÎÚΖžøñ÷ì¤Ð (M<óæåͼI¼øB½ëY2™\ö¨wŠ¿ß™j˜ÙÒÙhô.ÿb?74·&s\KaËh@µÑkêJ¨5I¦Ö
[ó^'À»™|ö¢.r9 î[¦«ZHnÚ äï›ùm2Kóy1ªnÜ·Q±«z˜×NheWQ›u5M.ïf·‹Ùü¦-Ja©ò|%Õ(O¹ÎšŠ+g)5‚rK®äÀ¿ë
D;
1íß
â¨ƺËœtúÏÜr ¥nìž’Rfý¹ò8í¶5G–Êxíì	m„+Én­ãÕFË„NpKLå”s+ÖŠÒ­Ou†e.Ž®#‹ÃŸ\êšÄæ•0¨–jÀ&\8.$©GÛ¶X[Å*‘‘P%7Â1P9	SQ\"Ã:檞Êûõ©àÌ5†Ûuøwè´—#Š{,>7šX]3Eä.5™Ó˜˜.Ÿ,÷:t-Ý0K™Á	Ïã(N
Eh§÷šâåÊ›i4½ÿâ±'7ÉŒ.Q(Ç#mJ‘•”1åÙ€;ßk–"hÌd¥phœgzpP6º6,XW¯Å«Øw”ìè2WIU#XjÉ\¡MõÒú˜.C2óC‰P‹8¨[ê
(1G¿–jm­H%÷úéÔ1rOñÿr7X6n]1†ðVJH»¸õú¬§i¬·óÔE4ä/¨Ÿó‚ÿÇÇW×ÅÙÑñ~¾£qÅ ¨Bî‚™5w¡Ô·œÃr®„Kl”øQ³.Œ£×.Hµò?_­úž—ƒÕóÃérp6ZGW½"û Þ9dªlóJgD½QÔÕøìô O›èžå=ÎÑB×{ú5ð>šH	·Á¾5Hà~x“PÇÀóè·	ƒß4_ø†ŸF£U4SRÐÖ»®CÑÓóÈÑÀäù…ØúŸö%2Òä:™÷ÂRé\á-X€Äöå}¾",
ÊÑÌ°­¢e16Öm	w
9lWÀ°t•.‹»8ì(xÛ84®ýÚš“?_æw½n[‡·Û׹ߧŸ¹Ò؉Vʱ5mûå“Èj7°V¦M×qa.âèí;Ìãm°ÅÛùàýKã§X‡oŸ
Ãyñð ØÄlisaac_0.39_rc1/README0000644000175000017500000000201111314031246014301 0ustar  sonntagsonntag
           Welcome to the Lisaac compiler !

                        ~~~~

The first compiler for Object Prototype Language !

Install.
========

  make ;-)

Note for Windows/Dos: read our wiki at http://wiki.lisaac.org JBJB : A revoir!!!

Directory description.
======================

doc				: Documentation (library, man pages, manual, ...)
src      			: Source compiler
bin                             : Compiler's executable files (and C source)
editor                          : Lisaac mode for editors (Emacs, Kate, Vim, ...)
shorter                         : Mode for shorter program
example                         : Lisaac's source code examples
lib                             : Library description
|-- internal			: Used only by The Guru
`-- standard			: Standard library
    |-- boolean			
    |-- collection
    |-- file_system
    |-- io
    |-- kernel
    |-- number
    |   |-- fixed_real
    |   |-- integer
    |   `-- real
    |-- property
    |-- string
    `-- time

Good luck,
Best regards,

     Lisaac team.
lisaac_0.39_rc1/bin/0000755000175000017500000000000011314031324014174 5ustar  sonntagsonntaglisaac_0.39_rc1/bin/lisaac.c0000644000175000017500004357552111314031243015622 0ustar  sonntagsonntag/* C code generated by Lisaac compiler (www.lisaac.org) */
#define _LARGE_FILE_API
#define _LARGEFILE_SOURCE
#define _LARGEFILE64_SOURCE
int arg_count;
char **arg_vector;

/*==========================*/
/* EXTERNAL                 */
/*==========================*/

/* LISAAC */
#include "path.h"
/* SYSTEM */
#include 
/* FS_MIN */
#include 
/* FILE_SYSTEM */
#include 
/* DIRECTORY_UNIX */

#include 
#include 
#include 

/* MEMORY */

#define MINIMUM_SIZE 256
void *table_size[MINIMUM_SIZE/sizeof(void *)];
void *last_block[64];

/* FLOAT_REAL */
#include 
/* SYSTEM_IO */

#include 
#include 
  
/* Hardware 'print_char' */
void print_char(char car)
{
  fputc(car,stdout);
}

/* Hardware 'exit' */
int die_with_code(int code)
{
  exit(code);
}



/*==========================*/
/* TYPE                     */
/*==========================*/

/* Generic Object */
struct ___OBJ {
  unsigned int __id;
};

typedef struct li__BC_struct __li__BC;
typedef struct li__KFE_struct __li__JFE; /* ALIAS with li__KFE */
typedef struct li__RA1_struct __li__RA1;
typedef struct li__HD_struct __li__GD; /* ALIAS with li__HD */
typedef struct li__U_struct __li__U;
typedef struct li__DRB_struct __li__CRB; /* ALIAS with li__DRB */
typedef struct li__VB1_struct __li__VB1;
typedef struct li__4PZ_struct __li__3PZ; /* ALIAS with li__4PZ */
typedef struct li__00IE_struct __li__Z0IE; /* ALIAS with li__00IE */
typedef struct li__ZDID_struct __li__ZDID;
typedef struct li__UXB_struct __li__TXB; /* ALIAS with li__UXB */
typedef struct li__1M_struct __li__1M;
typedef struct li__KXFD_struct __li__KXFD;
typedef struct li__IFGD_struct __li__IFGD;
typedef struct li__TZHP_struct __li__SZHP; /* ALIAS with li__TZHP */
typedef struct li__NZB_struct __li__MZB; /* ALIAS with li__NZB */
typedef struct li__HR_struct __li__HR;
typedef struct li__HC_struct __li__HC;
typedef struct li__GGB_struct __li__GGB;
typedef struct li__MHB_struct __li__MHB;
typedef struct li__YHB_struct __li__YHB;
typedef struct li__YOB_struct __li__YOB;
typedef struct li__QZC_struct __li__QZC;
typedef struct li__5NL_struct __li__5NL;
typedef struct li__0ZC_struct __li__ZZC; /* ALIAS with li__0ZC */
typedef struct li__5RB_struct __li__5RB;
typedef struct li__URB_struct __li__URB;
typedef struct li__20C_struct __li__10C; /* ALIAS with li__20C */
typedef struct li__WRB_struct __li__WRB;
typedef struct li__XRB_struct __li__XRB;
typedef struct li__KUB_struct __li__KUB;
typedef struct li__PF_struct __li__PF;
typedef struct li__KI_struct __li__KI;
typedef struct li__VTBD_struct __li__VTBD;
typedef struct li__O3B_struct __li__O3B;
typedef struct li__UOLE_struct __li__TOLE; /* ALIAS with li__UOLE */
typedef struct li__AVBD_struct __li__AVBD;
typedef struct li__IF_struct __li__IF;
typedef struct li__ORB_struct __li__ORB;
typedef struct li__QRB_struct __li__QRB;
typedef struct li__SRB_struct __li__SRB;
typedef struct li__GSZ_struct __li__GSZ;
typedef struct li__KVBD_struct __li__KVBD;
typedef struct li__ODID_struct __li__ODID;
typedef struct li__WVBD_struct __li__WVBD;
typedef struct li__Z4WH_struct __li__Z4WH;
typedef struct li__BNWI_struct __li__BNWI;
typedef struct li__XNWI_struct __li__XNWI;
typedef struct li__LOWI_struct __li__LOWI;
typedef struct li__5OWI_struct __li__5OWI;
typedef struct li__TPWI_struct __li__TPWI;
typedef struct li__HQWI_struct __li__HQWI;
typedef struct li__URWI_struct __li__URWI;
typedef struct li__XOHL_struct __li__XOHL;
typedef struct li__FPHL_struct __li__FPHL;
typedef struct li__DTNM_struct __li__DTNM;
typedef struct li__JXNM_struct __li__JXNM;
typedef struct li__41XO_struct __li__41XO;
typedef struct li__AKBR_struct __li__AKBR;
typedef struct li__RDID_struct __li__RDID;
typedef struct li__GO3I_struct __li__GO3I;
typedef struct li__NY3I_struct __li__NY3I;
typedef struct li__SJPJ_struct __li__SJPJ;
typedef struct li__0VPJ_struct __li__0VPJ;
typedef struct li__1VPJ_struct __li__1VPJ;
typedef struct li__XHQB_struct __li__XHQB;
typedef struct li__SQNE_struct __li__SQNE;
typedef struct li__KMFK_struct __li__KMFK;
typedef struct li__21LO_struct __li__21LO;
typedef struct li__DZB_struct __li__DZB;
typedef struct li__IYBD_struct __li__IYBD;
typedef struct li__5QPK_struct __li__5QPK;
typedef struct li__CRPK_struct __li__BRPK; /* ALIAS with li__CRPK */
typedef struct li__UJSH_struct __li__UJSH;
typedef struct li__QWEC_struct __li__QWEC;
typedef struct li__ULSB_struct __li__ULSB;
typedef struct li__SKGB_struct __li__SKGB;
typedef struct li__B2OI_struct __li__B2OI;
typedef struct li__1RRF_struct __li__1RRF;
typedef struct li__B3B_struct __li__B3B;
typedef struct li__CFB_struct __li__CFB;
typedef struct li__0HD_struct __li__0HD;
typedef struct li__RKG_struct __li__RKG;
typedef struct li__O4C_struct __li__O4C;
typedef struct li__YVL_struct __li__YVL;
typedef struct li__0FZ_struct __li__0FZ;
typedef struct li__V3IE_struct __li__U3IE; /* ALIAS with li__V3IE */
typedef struct li__KO5D_struct __li__KO5D;
typedef struct li__NCFE_struct __li__NCFE;
typedef struct li__DCG_struct __li__DCG;
typedef struct li__Q2D_struct __li__Q2D;
typedef struct li__02D_struct __li__02D;
typedef struct li__NWVG_struct __li__NWVG;
typedef struct li__YAD_struct __li__YAD;
typedef struct li__YBD_struct __li__XBD; /* ALIAS with li__YBD */
typedef struct li__4O2B_struct __li__4O2B;
typedef struct li__TQNE_struct __li__TQNE;
typedef struct li__3ZEC_struct __li__2ZEC; /* ALIAS with li__3ZEC */
typedef struct li__UL2B_struct __li__UL2B;
typedef struct li__WK_struct __li__WK;
typedef struct li__KTVI_struct __li__KTVI;
typedef struct li__LTVI_struct __li__LTVI;
typedef struct li__XTVI_struct __li__XTVI;
typedef struct li__YTVI_struct __li__YTVI;
typedef struct li__S2VI_struct __li__S2VI;
typedef struct li__E3VI_struct __li__E3VI;
typedef struct li__KLWI_struct __li__KLWI;
typedef struct li__ULWI_struct __li__ULWI;
typedef struct li__NMWI_struct __li__NMWI;
typedef struct li__ARWI_struct __li__ARWI;
typedef struct li__MSWI_struct __li__MSWI;
typedef struct li__ETWI_struct __li__ETWI;
typedef struct li__MZWI_struct __li__MZWI;
typedef struct li__C0WI_struct __li__C0WI;
typedef struct li__M1WI_struct __li__M1WI;
typedef struct li__APLM_struct __li__APLM;
typedef struct li__TPOO_struct __li__TPOO;
typedef struct li__URRO_struct __li__URRO;
typedef struct li__SU5R_struct __li__SU5R;
typedef struct li__JV5R_struct __li__JV5R;
typedef struct li__2PLO_struct __li__2PLO;
typedef struct li__DFNL_struct __li__DFNL;
typedef struct li__HZB_struct __li__HZB;
typedef struct li__M0WO_struct __li__L0WO; /* ALIAS with li__M0WO */
typedef struct li__TZEC_struct __li__SZEC; /* ALIAS with li__TZEC */
typedef struct li__LHBK_struct __li__LHBK;
typedef struct li__OWEO_struct __li__OWEO;
typedef struct li__QWEO_struct __li__QWEO;
typedef struct li__RLKJ_struct __li__RLKJ;
typedef struct li__5LKJ_struct __li__5LKJ;
typedef struct li__3I3L_struct __li__3I3L;
typedef struct li__EDHP_struct __li__EDHP;
typedef struct li__CJ1P_struct __li__CJ1P;
typedef struct li__LN5D_struct __li__LN5D;
typedef struct li__LNIE_struct __li__LNIE;
typedef struct li__EICD_struct __li__EICD;
typedef struct li__HLSC_struct __li__HLSC;
typedef struct li__N2L_struct __li__N2L;
typedef struct li__KIE_struct __li__KIE;
typedef struct li__EIGB_struct __li__EIGB;
typedef struct li__0CSH_struct __li__ZCSH; /* ALIAS with li__0CSH */
typedef struct li__3J1L_struct __li__3J1L;
typedef struct li__OC1_struct __li__OC1;
typedef struct li__LPQH_struct __li__LPQH;
typedef struct li__4RUC_struct __li__4RUC;
typedef struct li__QUAF_struct __li__QUAF;
typedef struct li__PGID_struct __li__OGID; /* ALIAS with li__PGID */
typedef struct li__K41B_struct __li__K41B;
typedef struct li__QOZB_struct __li__QOZB;
typedef struct li__VXZB_struct __li__VXZB;
typedef struct li__BZZB_struct __li__BZZB;
typedef struct li__ZA1B_struct __li__ZA1B;
typedef struct li__SB1B_struct __li__SB1B;
typedef struct li__AE1B_struct __li__AE1B;
typedef struct li__5E1B_struct __li__5E1B;
typedef struct li__YA2B_struct __li__YA2B;
typedef struct li__NB2B_struct __li__NB2B;
typedef struct li__LH2B_struct __li__LH2B;
typedef struct li__M32B_struct __li__M32B;
typedef struct li__KD3B_struct __li__KD3B;
typedef struct li__WE3B_struct __li__WE3B;
typedef struct li__UG4B_struct __li__UG4B;
typedef struct li__Q24B_struct __li__Q24B;
typedef struct li__D34B_struct __li__D34B;
typedef struct li__H44B_struct __li__H44B;
typedef struct li__JLPO_struct __li__ILPO; /* ALIAS with li__JLPO */
typedef struct li__2XXF_struct __li__2XXF;
typedef struct li__M30C_struct __li__M30C;
typedef struct li__YB1_struct __li__XB1; /* ALIAS with li__YB1 */
typedef struct li__J03C_struct __li__I03C; /* ALIAS with li__J03C */
typedef struct li__4HAD_struct __li__4HAD;
typedef struct li__IZB_struct __li__IZB;
typedef struct li__XMUC_struct __li__XMUC;
typedef struct li__YL_struct __li__XL; /* ALIAS with li__YL */
typedef struct li__NXDD_struct __li__NXDD;
typedef struct li__OWZB_struct __li__NWZB; /* ALIAS with li__OWZB */
typedef struct li__EN1P_struct __li__EN1P;
typedef struct li__4BCK_struct __li__4BCK;
typedef struct li__4G4L_struct __li__4G4L;
typedef struct li__WSPG_struct __li__WSPG;
typedef struct li__D11B_struct __li__D11B;
typedef struct li__2M5D_struct __li__1M5D; /* ALIAS with li__2M5D */
typedef struct li__BO0B_struct __li__AO0B; /* ALIAS with li__BO0B */
typedef struct li__4N0B_struct __li__4N0B;
typedef struct li__KFE_struct __li__KFE;
typedef struct li__PB_struct __li__PB;
typedef struct li__JC_struct __li__JC;
typedef struct li__QF_struct __li__QF;
typedef struct li__YB1_struct __li__YB1;
typedef struct li__U1B_struct __li__U1B;
typedef struct li__U1B_struct __li__T1B; /* ALIAS with li__U1B */
typedef struct li__HD_struct __li__HD;
typedef struct li__JKYB_struct __li__JKYB;
typedef struct li__P2XB_struct __li__P2XB;
typedef struct li__P2XB_struct __li__O2XB; /* ALIAS with li__P2XB */
typedef struct li__SJY_struct __li__SJY;
typedef struct li__SJY_struct __li__RJY; /* ALIAS with li__SJY */
typedef struct li__JC_struct __li__IC; /* ALIAS with li__JC */
typedef struct li__1YL_struct __li__1YL;
typedef struct li__J3HE_struct __li__J3HE;
typedef struct li__J3HE_struct __li__I3HE; /* ALIAS with li__J3HE */
typedef struct li__2M5D_struct __li__2M5D;
typedef struct li__IDC_struct __li__IDC;
typedef struct li__IDC_struct __li__HDC; /* ALIAS with li__IDC */
typedef struct li__V3IE_struct __li__V3IE;
typedef struct li__ISC_struct __li__ISC;
typedef struct li__CSC_struct __li__CSC;
typedef struct li__CSC_struct __li__R2D; /* ALIAS with li__CSC */
typedef struct li__FSC_struct __li__FSC;
typedef struct li__H0ND_struct __li__H0ND;
typedef struct li__G0ND_struct __li__G0ND;
typedef struct li__0ZC_struct __li__0ZC;
typedef struct li__20C_struct __li__20C;
typedef struct li__U1C_struct __li__U1C;
typedef struct li__U1C_struct __li__T1C; /* ALIAS with li__U1C */
typedef struct li__JC_struct __li__LI; /* ALIAS with li__JC */
typedef struct li__L5C_struct __li__L5C;
typedef struct li__L5C_struct __li__K5C; /* ALIAS with li__L5C */
typedef struct li__DRB_struct __li__DRB;
typedef struct li__WWQH_struct __li__WWQH;
typedef struct li__LW5B_struct __li__LW5B;
typedef struct li__LW5B_struct __li__KW5B; /* ALIAS with li__LW5B */
typedef struct li__3K3B_struct __li__3K3B;
typedef struct li__3K3B_struct __li__2K3B; /* ALIAS with li__3K3B */
typedef struct li__JC_struct __li__GSYB; /* ALIAS with li__JC */
typedef struct li__JC_struct __li__CZZB; /* ALIAS with li__GSYB */
typedef struct li__V34B_struct __li__V34B;
typedef struct li__YBD_struct __li__YBD;
typedef struct li__XX0B_struct __li__XX0B;
typedef struct li__XX0B_struct __li__WX0B; /* ALIAS with li__XX0B */
typedef struct li__BO0B_struct __li__BO0B;
typedef struct li__CR0B_struct __li__CR0B;
typedef struct li__CR0B_struct __li__BR0B; /* ALIAS with li__CR0B */
typedef struct li__OWZB_struct __li__OWZB;
typedef struct li__NY1B_struct __li__NY1B;
typedef struct li__NY1B_struct __li__MY1B; /* ALIAS with li__NY1B */
typedef struct li__DA1B_struct __li__DA1B;
typedef struct li__0A1B_struct __li__0A1B;
typedef struct li__N32B_struct __li__N32B;
typedef struct li__JC_struct __li__S32B; /* ALIAS with li__JC */
typedef struct li__AFNI_struct __li__AFNI;
typedef struct li__2ZZC_struct __li__2ZZC;
typedef struct li__ESKE_struct __li__ESKE;
typedef struct li__50ZC_struct __li__50ZC;
typedef struct li__OUKE_struct __li__OUKE;
typedef struct li__5W4C_struct __li__5W4C;
typedef struct li__5W4C_struct __li__4W4C; /* ALIAS with li__5W4C */
typedef struct li__J03C_struct __li__J03C;
typedef struct li__ESHC_struct __li__ESHC;
typedef struct li__0CSH_struct __li__0CSH;
typedef struct li__HI_struct __li__HI;
typedef struct li__NZB_struct __li__NZB;
typedef struct li__EZB_struct __li__EZB;
typedef struct li__IG3_struct __li__IG3;
typedef struct li__IG3_struct __li__HG3; /* ALIAS with li__IG3 */
typedef struct li__4PZ_struct __li__4PZ;
typedef struct li__SDID_struct __li__SDID;
typedef struct li__3ZEC_struct __li__3ZEC;
typedef struct li__JC_struct __li__YK; /* ALIAS with li__LI */
typedef struct li__XK_struct __li__XK;
typedef struct li__MTVI_struct __li__MTVI;
typedef struct li__HVVI_struct __li__HVVI;
typedef struct li__CNWI_struct __li__CNWI;
typedef struct li__JC_struct __li__C2WH; /* ALIAS with li__YK */
typedef struct li__YOHL_struct __li__YOHL;
typedef struct li__VRRO_struct __li__VRRO;
typedef struct li__5JDK_struct __li__5JDK;
typedef struct li__4X0F_struct __li__4X0F;
typedef struct li__4X0F_struct __li__3X0F; /* ALIAS with li__4X0F */
typedef struct li__J2CD_struct __li__J2CD;
typedef struct li__00IE_struct __li__00IE;
typedef struct li__YL_struct __li__YL;
typedef struct li__UOLE_struct __li__UOLE;
typedef struct li__EE4G_struct __li__EE4G;
typedef struct li__EE4G_struct __li__DE4G; /* ALIAS with li__EE4G */
typedef struct li__ETLP_struct __li__ETLP;
typedef struct li__QZEC_struct __li__QZEC;
typedef struct li__TZEC_struct __li__TZEC;
typedef struct li__ONTO_struct __li__ONTO;
typedef struct li__ONTO_struct __li__NNTO; /* ALIAS with li__ONTO */
typedef struct li__ATBD_struct __li__ATBD;
typedef struct li__0DID_struct __li__0DID;
typedef struct li__NCJJ_struct __li__NCJJ;
typedef struct li__NCJJ_struct __li__MCJJ; /* ALIAS with li__NCJJ */
typedef struct li__PGID_struct __li__PGID;
typedef struct li__X13I_struct __li__X13I;
typedef struct li__X13I_struct __li__W13I; /* ALIAS with li__X13I */
typedef struct li__M0WO_struct __li__M0WO;
typedef struct li__CRPK_struct __li__CRPK;
typedef struct li__JLPO_struct __li__JLPO;
typedef struct li__UXB_struct __li__UXB;
typedef struct li__0ITE_struct __li__0ITE;
typedef struct li__0ITE_struct __li__ZITE; /* ALIAS with li__0ITE */
typedef struct li__WHBK_struct __li__WHBK;
typedef struct li__T0B_struct __li__T0B;
typedef struct li__OWRE_struct __li__OWRE;
typedef struct li__4UPK_struct __li__4UPK;
typedef struct li__4UPK_struct __li__3UPK; /* ALIAS with li__4UPK */
typedef struct li__I1IE_struct __li__I1IE;
typedef struct li__I1IE_struct __li__H1IE; /* ALIAS with li__I1IE */
typedef struct li__I1RH_struct __li__I1RH;
typedef struct li__UYTP_struct __li__UYTP;
typedef struct li__UYTP_struct __li__TYTP; /* ALIAS with li__UYTP */
typedef struct li__TZHP_struct __li__TZHP;
typedef struct li__PSOE_struct __li__PSOE;
typedef struct li__XBLI_struct __li__XBLI;
typedef struct li__XBLI_struct __li__WBLI; /* ALIAS with li__XBLI */
typedef struct li__AB_struct __li__AB;
/* NULL */
#ifndef NULL
#define NULL ((void *)0)
#endif

typedef signed int __li__K;
typedef char __li__3;
/* li__BC */
#define __li__BC__ 4
struct li__BC_struct {
  unsigned int __id;
  __li__K li__NK;
  __li__K li__LUN;
  __li__3 *li__CUN;
};
/* li__KFE */
#define __li__KFE__ 0
struct li__KFE_struct {
  __li__K li__SFE;
  __li__K li__O00;
  void **li__100;
};
/* li__JFE */
#define __li__JFE__ 1
/* li__RA1 */
#define __li__RA1__ 2
struct li__RA1_struct {
  __li__K li__IICD;
  __li__K li__PJCD;
  void **li__PICD;
};
typedef void * __li__CB;
typedef unsigned long __li__JJG;
typedef unsigned int __li__52B;
/* li__HD */
#define __li__HD__ 3
struct li__HD_struct {
  __li__K li__UD;
  __li__K li__CU0;
  __li__U **li__U1Z;
};
/* li__GD */
#define __li__GD__ 4
/* li__U */
#define __li__U__ 5
struct li__U_struct {
  unsigned int __id;
  __li__K li__2C;
  __li__3 *li__3C;
};
/* li__DRB */
#define __li__DRB__ 5
struct li__DRB_struct {
  __li__K li__5QZ;
  __li__K li__X0BD;
  void **li__V1BD;
};
/* li__CRB */
#define __li__CRB__ 6
/* li__XRB */
#define __li__XRB__ 6
struct li__XRB_struct {
  unsigned int __id;
  __li__U *li__P2C;
};
/* li__VB1 */
#define __li__VB1__ 7
struct li__VB1_struct {
  unsigned int __id;
  __li__XRB li__WB1;
};
/* li__4PZ */
#define __li__4PZ__ 7
struct li__4PZ_struct {
  __li__K li__1JGB;
  __li__K li__JNFC;
  void **li__WNFC;
};
/* li__3PZ */
#define __li__3PZ__ 8
/* li__00IE */
#define __li__00IE__ 9
struct li__00IE_struct {
  __li__K li__4BPE;
  __li__K li__W1VG;
  void **li__WWWG;
};
/* li__Z0IE */
#define __li__Z0IE__ 10
/* li__0DID */
#define __li__0DID__ 11
struct li__0DID_struct {
  __li__K li__RKAE;
};
/* li__ZDID */
#define __li__ZDID__ 12
struct li__ZDID_struct {
  __li__0DID li__AEID;
  __li__K li__YPQH;
  __li__LPQH *li__OPQH;
  __li__LPQH *li__XPQH;
  __li__LPQH *li__0PQH;
};
/* li__UXB */
#define __li__UXB__ 13
struct li__UXB_struct {
  __li__K li__CYB;
  __li__K li__PP0;
  void **li__2P0;
};
/* li__TXB */
#define __li__TXB__ 14
typedef char __li__C;
/* li__B2OI */
#define __li__B2OI__ 15
struct li__B2OI_struct {
  __li__VTBD *li__TBSI;
  __li__Z0IE *li__OZ2I;
};
typedef signed char __li__QJG;
/* li__HI */
#define __li__HI__ 16
struct li__HI_struct {
  __li__B2OI li__D2OI;
  __li__U *li__NZFD;
  __li__VTBD *li__IPME;
  __li__5RB *li__2NSH;
  __li__KI *li__1ZOI;
  __li__K li__LJBK;
  __li__K li__GTPK;
  __li__K li__DMYK;
  __li__K li__AH0L;
  __li__C li__QM;
  __li__KXFD *li__SXFD;
  __li__IFGD *li__OFGD;
  __li__Z0IE *li__PRSH;
  __li__QJG li__LIBK;
};
/* li__1M */
#define __li__1M__ 8
struct li__1M_struct {
  unsigned int __id;
  __li__HI li__2M;
  __li__QWEC *li__AZOI;
  __li__C li__01PI;
};
/* li__KXFD */
#define __li__KXFD__ 17
struct li__KXFD_struct {
  __li__K li__QIME;
  __li__K li__MYME;
  __li__K li__ZYSE;
  __li__K li__NDVE;
  __li__PSOE *li__RSOE;
  void **li__XYSE;
};
/* li__IFGD */
#define __li__IFGD__ 18
struct li__IFGD_struct {
  __li__K li__LZSF;
  __li__K li__FYXF;
  __li__K li__GYXF;
  __li__K li__EOJN;
  void **li__DYXF;
  __li__2XXF *li__3YIN;
};
/* li__TZHP */
#define __li__TZHP__ 19
struct li__TZHP_struct {
  __li__K li__ACIP;
  __li__K li__OF2Q;
  void **li__MG2Q;
};
/* li__SZHP */
#define __li__SZHP__ 20
/* li__NZB */
#define __li__NZB__ 21
struct li__NZB_struct {
  __li__K li__1ZB;
  __li__K li__ZQ0;
  void **li__GR0;
};
/* li__MZB */
#define __li__MZB__ 22
/* li__HR */
#define __li__HR__ 23
struct li__HR_struct {
  __li__K li__CGZ;
  __li__K li__KHZ;
  void **li__JGZ;
};
/* li__HC */
#define __li__HC__ 24
struct li__HC_struct {
  __li__U *li__VEB;
  __li__CFB *li__EFB;
  __li__U *li__DEC;
  void *li__4WGD;
  __li__U *li__Y0GD;
};
/* li__GGB */
#define __li__GGB__ 9
struct li__GGB_struct {
  unsigned int __id;
  __li__C li__MPC;
};
/* li__MHB */
#define __li__MHB__ 10
struct li__MHB_struct {
  unsigned int __id;
  __li__K li__IOC;
};
/* li__YHB */
#define __li__YHB__ 11
struct li__YHB_struct {
  unsigned int __id;
  __li__U *li__FNC;
};
/* li__PB */
#define __li__PB__ 25
struct li__PB_struct {
  __li__K li__URLF;
  int li__VRLF;
};
typedef unsigned long __li__PO;
/* li__JC */
#define __li__JC__ 26
struct li__JC_struct {
  __li__PB li__KC;
  __li__PO li__0CC;
};
/* li__IC */
#define __li__IC__ 27
/* li__YOB */
#define __li__YOB__ 12
struct li__YOB_struct {
  unsigned int __id;
  __li__IC li__ZOB;
  void *li__30SF;
  void *li__I1SF;
  __li__U *li__T1SF;
};
/* li__QZC */
#define __li__QZC__ 28
struct li__QZC_struct {
  __li__K li__FOL;
  __li__K li__MPL;
  __li__K li__5PL;
  __li__K li__SDPF;
  void **li__MOL;
  __li__5NL *li__QMOF;
};
/* li__5NL */
#define __li__5NL__ 29
struct li__5NL_struct {
  __li__U *li__YOL;
  void *li__PFV;
  __li__5NL *li__DPL;
};
/* li__0ZC */
#define __li__0ZC__ 30
struct li__0ZC_struct {
  __li__K li__EBM;
  __li__K li__VBM;
  void **li__RBM;
};
/* li__ZZC */
#define __li__ZZC__ 31
typedef unsigned char __li__F0C;
/* li__5RB */
#define __li__5RB__ 32
struct li__5RB_struct {
  void *li__AEM;
  __li__F0C li__BEM;
  __li__C li__YCVK;
};
/* li__IF */
#define __li__IF__ 13
struct li__IF_struct {
  unsigned int __id;
  __li__PF *li__TF;
  __li__K li__NZC;
  __li__5RB *li__J0C;
  __li__U *li__QGQB;
  __li__K li__F3TB;
  __li__DZB *li__QJXG;
  __li__K li__221G;
  __li__K li__BHLI;
  __li__ZZC *li__D0C;
  __li__XHQB *li__3HQB;
  __li__3PZ *li__OHWB;
  __li__C li__JZKI;
};
/* li__URB */
#define __li__URB__ 14
struct li__URB_struct {
  unsigned int __id;
  __li__IF li__VRB;
};
/* li__20C */
#define __li__20C__ 33
struct li__20C_struct {
  __li__K li__D2Z;
  __li__K li__F2Z;
  void **li__D3Z;
};
/* li__10C */
#define __li__10C__ 34
/* li__WRB */
#define __li__WRB__ 15
struct li__WRB_struct {
  unsigned int __id;
  __li__XRB li__ZRB;
  __li__U *li__Y2C;
};
/* li__KUB */
#define __li__KUB__ 16
struct li__KUB_struct {
  unsigned int __id;
  __li__WRB li__LUB;
  __li__CRB *li__EDD;
};
/* li__QF */
#define __li__QF__ 35
struct li__QF_struct {
  __li__JC li__RF;
  __li__U *li__R2B;
  __li__3 li__DI1B;
};
/* li__PF */
#define __li__PF__ 36
struct li__PF_struct {
  __li__QF li__SF;
  __li__BC *li__XAF;
  __li__U *li__WXI;
  __li__U *li__NB1;
  __li__K li__UB1;
  __li__K li__EC1;
  __li__U *li__UGQB;
  void *li__ZDYB;
  void *li__XCZB;
  __li__U *li__SEZB;
  void *li__UWEC;
  __li__XB1 *li__BC1;
  __li__OC1 *li__XC1;
  __li__CRB *li__AIQB;
  __li__CRB *li__EJQB;
  __li__C li__QXEC;
  __li__C li__XXEC;
};
/* li__LI */
#define __li__LI__ 37
/* li__KI */
#define __li__KI__ 17
struct li__KI_struct {
  unsigned int __id;
  __li__LI li__NI;
  __li__K li__OJTE;
  __li__TOLE *li__2OLE;
};
/* li__EZB */
#define __li__EZB__ 38
struct li__EZB_struct {
  __li__QF li__FZB;
  __li__K li__LNME;
  __li__U *li__GRNE;
  __li__5RB *li__0RNE;
  __li__TQNE *li__LSNE;
  void *li__XRSH;
  __li__K li__AANM;
  __li__SZEC *li__BYEJ;
  __li__C li__OBRO;
};
/* li__VTBD */
#define __li__VTBD__ 18
struct li__VTBD_struct {
  unsigned int __id;
  __li__EZB li__WTBD;
  __li__K li__3MQI;
  __li__VTBD *li__ANQI;
  __li__WHBK *li__IVPK;
  __li__C li__ERNE;
};
/* li__O3B */
#define __li__O3B__ 19
struct li__O3B_struct {
  unsigned int __id;
  __li__LI li__P3B;
  __li__VTBD *li__B2ME;
  __li__C li__C2ME;
};
/* li__UOLE */
#define __li__UOLE__ 39
struct li__UOLE_struct {
  __li__K li__FPYE;
  __li__K li__U2VG;
  void **li__S3VG;
};
/* li__TOLE */
#define __li__TOLE__ 40
/* li__YK */
#define __li__YK__ 41
/* li__AVBD */
#define __li__AVBD__ 20
struct li__AVBD_struct {
  unsigned int __id;
  __li__YK li__BVBD;
  __li__5RB *li__K2ME;
  __li__U *li__M2ME;
  __li__TQNE *li__NTMI;
  __li__C li__L2ME;
  __li__2ZEC *li__N2ME;
};
/* li__ORB */
#define __li__ORB__ 21
struct li__ORB_struct {
  unsigned int __id;
  __li__IF li__PRB;
};
/* li__QRB */
#define __li__QRB__ 22
struct li__QRB_struct {
  unsigned int __id;
  __li__IF li__RRB;
};
/* li__SRB */
#define __li__SRB__ 23
struct li__SRB_struct {
  unsigned int __id;
  __li__IF li__TRB;
};
/* li__GSZ */
#define __li__GSZ__ 24
struct li__GSZ_struct {
  unsigned int __id;
  __li__IF li__HSZ;
  __li__U *li__EGQB;
  __li__U *li__FGQB;
  __li__TQNE *li__XOTO;
  __li__3PZ *li__GGQB;
  __li__3PZ *li__MIQB;
  __li__3PZ *li__QJQB;
  __li__NNTO *li__WNTO;
  __li__C li__3NTO;
};
/* li__XK */
#define __li__XK__ 42
struct li__XK_struct {
  __li__YK li__0K;
  __li__5RB *li__WZLE;
};
/* li__KVBD */
#define __li__KVBD__ 25
struct li__KVBD_struct {
  unsigned int __id;
  __li__XK li__LVBD;
};
/* li__ATBD */
#define __li__ATBD__ 43
struct li__ATBD_struct {
  void *li__PPME;
  void *li__QPME;
  __li__IYBD *li__VUMI;
  __li__KI *li__2UMI;
  void *li__HYDM;
};
/* li__ODID */
#define __li__ODID__ 26
struct li__ODID_struct {
  unsigned int __id;
  __li__ATBD li__PDID;
};
typedef signed long long  __li__UJG;
/* li__WVBD */
#define __li__WVBD__ 27
struct li__WVBD_struct {
  unsigned int __id;
  __li__XK li__XVBD;
  __li__UJG li__2ZLE;
};
/* li__Z4WH */
#define __li__Z4WH__ 28
struct li__Z4WH_struct {
  unsigned int __id;
  __li__2ZEC *li__PJPI;
};
/* li__CNWI */
#define __li__CNWI__ 44
struct li__CNWI_struct {
  __li__YK li__DNWI;
  void *li__MQBK;
  void *li__QQBK;
};
/* li__BNWI */
#define __li__BNWI__ 29
struct li__BNWI_struct {
  unsigned int __id;
  __li__CNWI li__ENWI;
};
/* li__XNWI */
#define __li__XNWI__ 30
struct li__XNWI_struct {
  unsigned int __id;
  __li__CNWI li__YNWI;
};
/* li__LOWI */
#define __li__LOWI__ 31
struct li__LOWI_struct {
  unsigned int __id;
  __li__CNWI li__MOWI;
};
/* li__5OWI */
#define __li__5OWI__ 32
struct li__5OWI_struct {
  unsigned int __id;
  __li__CNWI li__APWI;
};
/* li__TPWI */
#define __li__TPWI__ 33
struct li__TPWI_struct {
  unsigned int __id;
  __li__CNWI li__UPWI;
};
/* li__HQWI */
#define __li__HQWI__ 34
struct li__HQWI_struct {
  unsigned int __id;
  __li__CNWI li__IQWI;
};
/* li__URWI */
#define __li__URWI__ 35
struct li__URWI_struct {
  unsigned int __id;
  __li__YK li__VRWI;
  void *li__BSBK;
  void *li__DSBK;
};
/* li__YOHL */
#define __li__YOHL__ 45
struct li__YOHL_struct {
  __li__YK li__ZOHL;
  void *li__JPHL;
};
/* li__XOHL */
#define __li__XOHL__ 36
struct li__XOHL_struct {
  unsigned int __id;
  __li__YOHL li__0OHL;
};
/* li__FPHL */
#define __li__FPHL__ 37
struct li__FPHL_struct {
  unsigned int __id;
  __li__CNWI li__GPHL;
};
/* li__DTNM */
#define __li__DTNM__ 38
struct li__DTNM_struct {
  unsigned int __id;
  __li__YOHL li__ETNM;
};
/* li__JXNM */
#define __li__JXNM__ 39
struct li__JXNM_struct {
  unsigned int __id;
  __li__CNWI li__KXNM;
};
/* li__41XO */
#define __li__41XO__ 40
struct li__41XO_struct {
  unsigned int __id;
  __li__CNWI li__51XO;
};
/* li__AKBR */
#define __li__AKBR__ 41
struct li__AKBR_struct {
  unsigned int __id;
  __li__CNWI li__BKBR;
};
/* li__SDID */
#define __li__SDID__ 46
struct li__SDID_struct {
  __li__JC li__TDID;
  void *li__VOME;
  void *li__WOME;
  void *li__YOME;
  __li__VTBD *li__BPME;
};
/* li__RDID */
#define __li__RDID__ 42
struct li__RDID_struct {
  unsigned int __id;
  __li__SDID li__UDID;
  __li__C li__ZOME;
};
/* li__GO3I */
#define __li__GO3I__ 43
struct li__GO3I_struct {
  unsigned int __id;
  void *li__LHGK;
};
/* li__NY3I */
#define __li__NY3I__ 44
struct li__NY3I_struct {
  unsigned int __id;
  __li__SDID li__OY3I;
  void *li__OJGK;
};
/* li__SJPJ */
#define __li__SJPJ__ 45
struct li__SJPJ_struct {
  unsigned int __id;
  __li__SDID li__TJPJ;
  void *li__JBOK;
  __li__C li__WS1L;
};
/* li__1VPJ */
#define __li__1VPJ__ 46
struct li__1VPJ_struct {
  unsigned int __id;
  __li__RDID li__2VPJ;
  __li__2ZEC *li__0EOK;
  __li__C li__DT1L;
};
/* li__0VPJ */
#define __li__0VPJ__ 47
struct li__0VPJ_struct {
  unsigned int __id;
  __li__1VPJ li__3VPJ;
  void *li__4EOK;
};
/* li__XHQB */
#define __li__XHQB__ 47
struct li__XHQB_struct {
  __li__K li__TXDD;
  __li__K li__0YDD;
  void **li__0XDD;
};
/* li__TQNE */
#define __li__TQNE__ 48
struct li__TQNE_struct {
  __li__K li__ZTMI;
  void **li__GABM;
};
/* li__SQNE */
#define __li__SQNE__ 49
struct li__SQNE_struct {
  __li__TQNE li__VQNE;
  __li__K li__DABM;
};
/* li__C2WH */
#define __li__C2WH__ 50
/* li__KMFK */
#define __li__KMFK__ 48
struct li__KMFK_struct {
  unsigned int __id;
  __li__C2WH li__LMFK;
  __li__VTBD *li__3RFK;
};
/* li__21LO */
#define __li__21LO__ 49
struct li__21LO_struct {
  unsigned int __id;
  __li__C2WH li__31LO;
  void *li__N2LO;
  __li__DZB *li__KJXO;
};
/* li__DZB */
#define __li__DZB__ 50
struct li__DZB_struct {
  unsigned int __id;
  __li__EZB li__GZB;
  __li__HZB *li__LZB;
  __li__KI *li__QC5J;
  void *li__W0FM;
  __li__52B li__01JM;
  __li__52B li__21JM;
  __li__52B li__41JM;
  __li__52B li__B2JM;
  __li__KI *li__D2JM;
  __li__K li__G2JM;
};
/* li__IYBD */
#define __li__IYBD__ 51
struct li__IYBD_struct {
  unsigned int __id;
  __li__LI li__JYBD;
  void *li__ZHRO;
  __li__BRPK *li__KRPK;
};
/* li__5QPK */
#define __li__5QPK__ 51
struct li__5QPK_struct {
  __li__KI *li__0RPK;
  void *li__F2DM;
};
/* li__CRPK */
#define __li__CRPK__ 52
struct li__CRPK_struct {
  __li__K li__QRPK;
  __li__K li__UBFQ;
  void **li__HGEQ;
};
/* li__BRPK */
#define __li__BRPK__ 53
/* li__UJSH */
#define __li__UJSH__ 52
struct li__UJSH_struct {
  unsigned int __id;
  __li__HI li__VJSH;
  __li__IF li__WJSH;
  __li__DZB *li__OJWI;
  __li__DZB *li__0JWI;
  __li__1RRF *li__ZWPJ;
  __li__VTBD *li__TSFK;
  __li__ZCSH *li__2MSH;
  __li__ZDID *li__1NFK;
};
/* li__QWEC */
#define __li__QWEC__ 53
struct li__QWEC_struct {
  unsigned int __id;
  __li__HZB *li__RWEC;
  void *li__YCSH;
  void *li__S4RI;
  __li__ZCSH *li__DDSH;
  __li__C li__P4RI;
};
/* li__ULSB */
#define __li__ULSB__ 54
struct li__ULSB_struct {
  __li__U *li__XNKE;
  __li__CRB *li__HZKE;
};
/* li__SKGB */
#define __li__SKGB__ 55
struct li__SKGB_struct {
  __li__K li__O2CD;
  __li__K li__GSDD;
  __li__K li__ZSDD;
  __li__K li__LIPF;
  void **li__V2CD;
  __li__J2CD *li__5MOF;
};
/* li__1RRF */
#define __li__1RRF__ 54
struct li__1RRF_struct {
  unsigned int __id;
  __li__IF li__2RRF;
  __li__3PZ *li__3Y0F;
  __li__3PZ *li__HZ0F;
};
/* li__B3B */
#define __li__B3B__ 56
struct li__B3B_struct {
  __li__K li__S3B;
  __li__K li__TVRH;
  __li__K li__B1UH;
  __li__K li__CGVH;
  __li__I1RH *li__K1RH;
  void **li__50UH;
};
/* li__CFB */
#define __li__CFB__ 57
struct li__CFB_struct {
  __li__IC li__DFB;
  void *li__XFB;
  __li__U *li__TJFC;
};
/* li__0HD */
#define __li__0HD__ 58
struct li__0HD_struct {
  __li__K li__AZL;
  __li__K li__OEP;
  void **li__HZL;
};
/* li__RKG */
#define __li__RKG__ 59
struct li__RKG_struct {
  __li__RKG *li__TKG;
  volatile __li__JJG li__UKG;
  __li__RKG *li__VKG;
  __li__RKG *li__WKG;
} __attribute__ ((packed));
/* li__O4C */
#define __li__O4C__ 60
struct li__O4C_struct {
  __li__K li__3VL;
  __li__K li__EBP;
  void **li__EWL;
};
/* li__YVL */
#define __li__YVL__ 61
struct li__YVL_struct {
  __li__U *li__QWL;
  void *li__DXL;
  __li__YVL *li__1WL;
};
/* li__0FZ */
#define __li__0FZ__ 62
struct li__0FZ_struct {
  __li__U *li__VGZ;
  __li__0FZ *li__BHZ;
};
/* li__V3IE */
#define __li__V3IE__ 63
struct li__V3IE_struct {
  __li__K li__SGRH;
  __li__K li__ZPRH;
  void **li__XQRH;
};
/* li__U3IE */
#define __li__U3IE__ 64
/* li__KO5D */
#define __li__KO5D__ 55
struct li__KO5D_struct {
  unsigned int __id;
  __li__IC li__LO5D;
  __li__1M5D *li__TETF;
};
/* li__NCFE */
#define __li__NCFE__ 56
struct li__NCFE_struct {
  unsigned int __id;
  __li__IC li__OCFE;
  void *li__TKME;
  __li__1M5D *li__ILME;
  __li__1M5D *li__AMME;
};
/* li__DCG */
#define __li__DCG__ 65
struct li__DCG_struct {
  void *Nothing;
};
/* li__CSC */
#define __li__CSC__ 66
struct li__CSC_struct {
  __li__U *li__NTC;
  __li__U *li__WTC;
};
/* li__R2D */
#define __li__R2D__ 67
/* li__FSC */
#define __li__FSC__ 68
struct li__FSC_struct {
  __li__G0ND *li__M0ND;
};
/* li__Q2D */
#define __li__Q2D__ 57
struct li__Q2D_struct {
  unsigned int __id;
  __li__R2D li__T2D;
  __li__FSC li__U2D;
};
/* li__02D */
#define __li__02D__ 69
struct li__02D_struct {
  __li__K li__R2L;
  __li__K li__Z3L;
  void **li__Y2L;
};
/* li__NWVG */
#define __li__NWVG__ 70
struct li__NWVG_struct {
  void *li__5GXG;
  __li__NWVG *li__25EH;
};
/* li__YAD */
#define __li__YAD__ 71
struct li__YAD_struct {
  __li__K li__1WQH;
  __li__K li__D2QH;
  void **li__CXQH;
};
/* li__YBD */
#define __li__YBD__ 72
struct li__YBD_struct {
  __li__K li__JCD;
  __li__K li__ZX0;
  void **li__GY0;
};
/* li__XBD */
#define __li__XBD__ 73
/* li__4O2B */
#define __li__4O2B__ 58
struct li__4O2B_struct {
  unsigned int __id;
  void *li__2L3B;
  void *li__GM3B;
};
/* li__3ZEC */
#define __li__3ZEC__ 74
struct li__3ZEC_struct {
  __li__K li__NKSH;
  __li__K li__QGPI;
  void **li__3GPI;
};
/* li__2ZEC */
#define __li__2ZEC__ 75
/* li__UL2B */
#define __li__UL2B__ 59
struct li__UL2B_struct {
  unsigned int __id;
  __li__CRB *li__GX5B;
};
/* li__WK */
#define __li__WK__ 60
struct li__WK_struct {
  unsigned int __id;
  __li__XK li__1K;
  __li__U *li__XNBK;
};
/* li__MTVI */
#define __li__MTVI__ 76
struct li__MTVI_struct {
  __li__YK li__NTVI;
  void *li__UOBK;
  void *li__YOBK;
};
/* li__LTVI */
#define __li__LTVI__ 61
struct li__LTVI_struct {
  unsigned int __id;
  __li__MTVI li__OTVI;
};
/* li__KTVI */
#define __li__KTVI__ 62
struct li__KTVI_struct {
  unsigned int __id;
  __li__LTVI li__PTVI;
};
/* li__YTVI */
#define __li__YTVI__ 63
struct li__YTVI_struct {
  unsigned int __id;
  __li__MTVI li__ZTVI;
};
/* li__XTVI */
#define __li__XTVI__ 64
struct li__XTVI_struct {
  unsigned int __id;
  __li__YTVI li__0TVI;
};
/* li__HVVI */
#define __li__HVVI__ 77
struct li__HVVI_struct {
  __li__YK li__IVVI;
  void *li__FPBK;
  void *li__LPBK;
};
/* li__S2VI */
#define __li__S2VI__ 65
struct li__S2VI_struct {
  unsigned int __id;
  __li__HVVI li__T2VI;
};
/* li__E3VI */
#define __li__E3VI__ 66
struct li__E3VI_struct {
  unsigned int __id;
  __li__HVVI li__F3VI;
};
/* li__KLWI */
#define __li__KLWI__ 67
struct li__KLWI_struct {
  unsigned int __id;
  __li__YK li__LLWI;
  __li__KMFK *li__ZPBK;
};
/* li__ULWI */
#define __li__ULWI__ 68
struct li__ULWI_struct {
  unsigned int __id;
  __li__YK li__VLWI;
  __li__5RB *li__4PBK;
};
/* li__NMWI */
#define __li__NMWI__ 69
struct li__NMWI_struct {
  unsigned int __id;
  __li__HVVI li__OMWI;
};
/* li__ARWI */
#define __li__ARWI__ 70
struct li__ARWI_struct {
  unsigned int __id;
  __li__YK li__BRWI;
  void *li__YRBK;
  void *li__0RBK;
  void *li__2RBK;
};
/* li__MSWI */
#define __li__MSWI__ 71
struct li__MSWI_struct {
  unsigned int __id;
  __li__YK li__NSWI;
  __li__5RB *li__ISBK;
};
/* li__ETWI */
#define __li__ETWI__ 72
struct li__ETWI_struct {
  unsigned int __id;
  __li__YK li__FTWI;
  __li__5RB *li__NSBK;
  void *li__XSBK;
};
/* li__MZWI */
#define __li__MZWI__ 73
struct li__MZWI_struct {
  unsigned int __id;
  __li__XK li__NZWI;
  __li__U *li__3SBK;
};
/* li__C0WI */
#define __li__C0WI__ 74
struct li__C0WI_struct {
  unsigned int __id;
  __li__XK li__D0WI;
  __li__U *li__CTBK;
};
/* li__M1WI */
#define __li__M1WI__ 75
struct li__M1WI_struct {
  unsigned int __id;
  __li__XK li__N1WI;
  __li__U *li__UTFK;
};
/* li__APLM */
#define __li__APLM__ 76
struct li__APLM_struct {
  unsigned int __id;
  __li__HVVI li__BPLM;
};
/* li__TPOO */
#define __li__TPOO__ 77
struct li__TPOO_struct {
  unsigned int __id;
  __li__C2WH li__UPOO;
  __li__DZB *li__5IXO;
};
/* li__VRRO */
#define __li__VRRO__ 78
struct li__VRRO_struct {
  __li__YK li__WRRO;
  void *li__RF4R;
};
/* li__URRO */
#define __li__URRO__ 78
struct li__URRO_struct {
  unsigned int __id;
  __li__VRRO li__XRRO;
};
/* li__SU5R */
#define __li__SU5R__ 79
struct li__SU5R_struct {
  unsigned int __id;
  __li__HVVI li__TU5R;
};
/* li__JV5R */
#define __li__JV5R__ 80
struct li__JV5R_struct {
  unsigned int __id;
  __li__HVVI li__KV5R;
};
/* li__2PLO */
#define __li__2PLO__ 81
struct li__2PLO_struct {
  unsigned int __id;
  __li__ATBD li__3PLO;
  void *li__WYWO;
  void *li__XYWO;
};
/* li__QZEC */
#define __li__QZEC__ 79
struct li__QZEC_struct {
  __li__LI li__RZEC;
  void *li__CSSH;
  __li__C li__4BDK;
  __li__C li__JOGK;
  __li__C li__1Z4L;
};
/* li__DFNL */
#define __li__DFNL__ 82
struct li__DFNL_struct {
  unsigned int __id;
  __li__QZEC li__EFNL;
  __li__VTBD *li__JG1L;
};
/* li__HZB */
#define __li__HZB__ 80
struct li__HZB_struct {
  void *li__KZB;
  void *li__LFJG;
  __li__QWEC *li__UFJG;
  __li__DZB *li__0FJG;
  __li__DZB *li__Y5KI;
  __li__MZB *li__SBQG;
  __li__L0WO *li__U0WO;
};
/* li__M0WO */
#define __li__M0WO__ 81
struct li__M0WO_struct {
  __li__K li__O1WO;
  __li__K li__5LFQ;
  void **li__3MFQ;
};
/* li__L0WO */
#define __li__L0WO__ 82
/* li__TZEC */
#define __li__TZEC__ 83
struct li__TZEC_struct {
  __li__K li__YZEK;
  __li__K li__J0EK;
  void **li__F0EK;
};
/* li__SZEC */
#define __li__SZEC__ 84
/* li__QWEO */
#define __li__QWEO__ 85
struct li__QWEO_struct {
  __li__OWEO *li__2KPO;
  __li__ILPO *li__RLPO;
};
/* li__LHBK */
#define __li__LHBK__ 83
struct li__LHBK_struct {
  unsigned int __id;
  __li__LI li__MHBK;
  __li__QWEO li__SWEO;
  void *li__KSPK;
  void *li__SIWO;
  __li__SZEC *li__TIWO;
  __li__C li__OHIP;
};
/* li__OWEO */
#define __li__OWEO__ 86
struct li__OWEO_struct {
  void *li__0FXO;
};
/* li__RLKJ */
#define __li__RLKJ__ 84
struct li__RLKJ_struct {
  unsigned int __id;
  __li__QZEC li__SLKJ;
  __li__DZB *li__2BDK;
};
/* li__5LKJ */
#define __li__5LKJ__ 85
struct li__5LKJ_struct {
  unsigned int __id;
  __li__QZEC li__AMKJ;
  void *li__2TBK;
  __li__DZB *li__IDDK;
};
/* li__3I3L */
#define __li__3I3L__ 86
struct li__3I3L_struct {
  unsigned int __id;
  __li__LI li__4I3L;
  __li__U *li__BTHP;
  __li__KI *li__ETHP;
  __li__K li__YVHP;
};
/* li__EDHP */
#define __li__EDHP__ 87
struct li__EDHP_struct {
  unsigned int __id;
  __li__LI li__FDHP;
  __li__3I3L *li__JOXQ;
};
/* li__CJ1P */
#define __li__CJ1P__ 88
struct li__CJ1P_struct {
  unsigned int __id;
  __li__LI li__DJ1P;
  void *li__L1IQ;
};
/* li__LN5D */
#define __li__LN5D__ 89
struct li__LN5D_struct {
  unsigned int __id;
  __li__IC li__MN5D;
  void *li__XXOE;
};
/* li__LNIE */
#define __li__LNIE__ 90
struct li__LNIE_struct {
  unsigned int __id;
  __li__IC li__MNIE;
  __li__U *li__14OE;
  void *li__24OE;
};
/* li__EICD */
#define __li__EICD__ 87
struct li__EICD_struct {
  __li__U *li__1ICD;
  __li__PF *li__5CDD;
  __li__EICD *li__GJCD;
};
/* li__HLSC */
#define __li__HLSC__ 91
struct li__HLSC_struct {
  unsigned int __id;
  __li__IC li__ILSC;
  void *li__GKNE;
  void *li__HKNE;
  __li__3 li__IKNE;
};
/* li__N2L */
#define __li__N2L__ 88
struct li__N2L_struct {
  __li__U *li__E3L;
  void *li__CMV;
  __li__N2L *li__Q3L;
};
/* li__KIE */
#define __li__KIE__ 92
struct li__KIE_struct {
  unsigned int __id;
  __li__R2D li__LIE;
};
/* li__EIGB */
#define __li__EIGB__ 89
struct li__EIGB_struct {
  __li__K li__EKDK;
  __li__K li__QSDK;
  void **li__LKDK;
};
/* li__0CSH */
#define __li__0CSH__ 90
struct li__0CSH_struct {
  __li__K li__ENSH;
  __li__K li__0OOI;
  void **li__HPOI;
};
/* li__ZCSH */
#define __li__ZCSH__ 91
/* li__3J1L */
#define __li__3J1L__ 92
struct li__3J1L_struct {
  __li__K li__JTLP;
  __li__K li__T1LP;
  void **li__QTLP;
};
/* li__OC1 */
#define __li__OC1__ 93
struct li__OC1_struct {
  __li__K li__JFDC;
  __li__K li__OSHC;
  void **li__LSHC;
};
/* li__LPQH */
#define __li__LPQH__ 94
struct li__LPQH_struct {
  __li__ODID *li__E0QH;
  __li__LPQH *li__TJ1H;
};
/* li__S32B */
#define __li__S32B__ 95
/* li__4RUC */
#define __li__4RUC__ 93
struct li__4RUC_struct {
  unsigned int __id;
  __li__S32B li__5RUC;
  __li__U *li__RZHD;
  void *li__SZHD;
};
/* li__QUAF */
#define __li__QUAF__ 94
struct li__QUAF_struct {
  unsigned int __id;
  __li__S32B li__RUAF;
  __li__UL2B *li__I5ZG;
  __li__GD *li__H5ZG;
};
/* li__PGID */
#define __li__PGID__ 96
struct li__PGID_struct {
  __li__K li__AKTF;
  __li__K li__0CUF;
  void **li__HDUF;
};
/* li__OGID */
#define __li__OGID__ 97
/* li__GSYB */
#define __li__GSYB__ 98
/* li__AE1B */
#define __li__AE1B__ 95
struct li__AE1B_struct {
  unsigned int __id;
  __li__GSYB li__BE1B;
  __li__U *li__PNGC;
};
/* li__K41B */
#define __li__K41B__ 96
struct li__K41B_struct {
  unsigned int __id;
  __li__AE1B li__L41B;
  void *li__OSGC;
};
/* li__QOZB */
#define __li__QOZB__ 97
struct li__QOZB_struct {
  unsigned int __id;
  __li__GSYB li__ROZB;
  __li__NWZB *li__J1FC;
  __li__AO0B *li__WC1F;
  __li__AO0B *li__CD1F;
};
/* li__VXZB */
#define __li__VXZB__ 98
struct li__VXZB_struct {
  unsigned int __id;
  __li__GSYB li__WXZB;
};
/* li__CZZB */
#define __li__CZZB__ 99
/* li__BZZB */
#define __li__BZZB__ 99
struct li__BZZB_struct {
  unsigned int __id;
  __li__CZZB li__EZZB;
  void *li__01FC;
};
/* li__0A1B */
#define __li__0A1B__ 100
struct li__0A1B_struct {
  __li__GSYB li__1A1B;
  void *li__NLOE;
  void *li__OLOE;
};
/* li__ZA1B */
#define __li__ZA1B__ 100
struct li__ZA1B_struct {
  unsigned int __id;
  __li__0A1B li__2A1B;
};
/* li__SB1B */
#define __li__SB1B__ 101
struct li__SB1B_struct {
  unsigned int __id;
  __li__0A1B li__TB1B;
};
/* li__5E1B */
#define __li__5E1B__ 102
struct li__5E1B_struct {
  unsigned int __id;
  __li__0A1B li__AF1B;
};
/* li__YA2B */
#define __li__YA2B__ 103
struct li__YA2B_struct {
  unsigned int __id;
  __li__AE1B li__ZA2B;
  void *li__QNGC;
  void *li__RNGC;
};
/* li__NB2B */
#define __li__NB2B__ 104
struct li__NB2B_struct {
  unsigned int __id;
  __li__NWZB *li__QEFD;
};
/* li__LH2B */
#define __li__LH2B__ 105
struct li__LH2B_struct {
  unsigned int __id;
  __li__GSYB li__MH2B;
  void *li__NJGC;
};
/* li__N32B */
#define __li__N32B__ 101
struct li__N32B_struct {
  __li__GSYB li__O32B;
  __li__U *li__WZGD;
};
/* li__M32B */
#define __li__M32B__ 106
struct li__M32B_struct {
  unsigned int __id;
  __li__N32B li__P32B;
  void *li__OVGD;
  __li__C li__PG3B;
  __li__CRB *li__Q3GD;
};
/* li__KD3B */
#define __li__KD3B__ 107
struct li__KD3B_struct {
  unsigned int __id;
  __li__QOZB *li__ZJKE;
  void *li__0JKE;
};
/* li__WE3B */
#define __li__WE3B__ 108
struct li__WE3B_struct {
  unsigned int __id;
  __li__N32B li__XE3B;
};
/* li__UG4B */
#define __li__UG4B__ 109
struct li__UG4B_struct {
  unsigned int __id;
  __li__AE1B li__VG4B;
  __li__NWZB *li__UJZG;
};
/* li__Q24B */
#define __li__Q24B__ 110
struct li__Q24B_struct {
  unsigned int __id;
  __li__CZZB li__R24B;
  __li__U *li__AUGC;
};
/* li__D34B */
#define __li__D34B__ 111
struct li__D34B_struct {
  unsigned int __id;
  __li__CZZB li__E34B;
  __li__UJG li__XOGD;
};
/* li__H44B */
#define __li__H44B__ 112
struct li__H44B_struct {
  unsigned int __id;
  __li__CZZB li__I44B;
  __li__U *li__BPGD;
};
/* li__JLPO */
#define __li__JLPO__ 102
struct li__JLPO_struct {
  __li__K li__G2MP;
  __li__K li__I2MP;
  void **li__G3MP;
};
/* li__ILPO */
#define __li__ILPO__ 103
typedef signed int __li__Q;
/* li__2XXF */
#define __li__2XXF__ 104
struct li__2XXF_struct {
  void *li__5YIN;
  __li__2XXF *li__XNJN;
};
/* li__M30C */
#define __li__M30C__ 113
struct li__M30C_struct {
  unsigned int __id;
  __li__IC li__N30C;
  void *li__ZZME;
  __li__3 li__YZME;
};
/* li__YB1 */
#define __li__YB1__ 105
struct li__YB1_struct {
  __li__K li__4BDC;
  __li__K li__PCDC;
  void **li__LCDC;
};
/* li__XB1 */
#define __li__XB1__ 106
/* li__J03C */
#define __li__J03C__ 107
struct li__J03C_struct {
  __li__K li__RBLE;
  __li__K li__TBLE;
  void **li__RCLE;
};
/* li__I03C */
#define __li__I03C__ 108
/* li__IZB */
#define __li__IZB__ 114
struct li__IZB_struct {
  unsigned int __id;
  __li__QF li__JZB;
  __li__ULSB *li__WLSB;
  void *li__NMSB;
  void *li__NXEC;
  __li__U *li__FB0C;
  void *li__QRHD;
  __li__QOZB *li__G0HD;
  __li__QOZB *li__O0HD;
  __li__3 li__XEHD;
  __li__I03C *li__MPHD;
};
/* li__4HAD */
#define __li__4HAD__ 115
struct li__4HAD_struct {
  unsigned int __id;
  __li__IZB li__5HAD;
  __li__K li__AZHD;
  __li__U *li__LZHD;
};
/* li__XMUC */
#define __li__XMUC__ 116
struct li__XMUC_struct {
  unsigned int __id;
  void *li__M3GD;
};
/* li__YL */
#define __li__YL__ 109
struct li__YL_struct {
  __li__K li__GM;
  __li__K li__FO0;
  void **li__SO0;
};
/* li__XL */
#define __li__XL__ 110
/* li__NXDD */
#define __li__NXDD__ 111
struct li__NXDD_struct {
  void *li__GYDD;
  __li__NXDD *li__RYDD;
};
/* li__OWZB */
#define __li__OWZB__ 112
struct li__OWZB_struct {
  __li__K li__231B;
  __li__K li__HPED;
  void **li__UPED;
};
/* li__NWZB */
#define __li__NWZB__ 113
/* li__EN1P */
#define __li__EN1P__ 117
struct li__EN1P_struct {
  unsigned int __id;
  __li__LI li__FN1P;
};
/* li__4BCK */
#define __li__4BCK__ 114
struct li__4BCK_struct {
  __li__K li__CH4L;
  __li__K li__LA5L;
  void **li__JH4L;
};
/* li__4G4L */
#define __li__4G4L__ 115
struct li__4G4L_struct {
  __li__U *li__QH4L;
  __li__K li__1H4L;
  __li__4G4L *li__YH4L;
};
/* li__WSPG */
#define __li__WSPG__ 116
struct li__WSPG_struct {
  __li__K li__FFNI;
  __li__K li__SINI;
  void **li__MFNI;
};
/* li__D11B */
#define __li__D11B__ 118
struct li__D11B_struct {
  unsigned int __id;
  __li__GSYB li__E11B;
  __li__U *li__Q41B;
};
/* li__2M5D */
#define __li__2M5D__ 117
struct li__2M5D_struct {
  __li__K li__OLME;
  __li__K li__THUF;
  void **li__RIUF;
};
/* li__1M5D */
#define __li__1M5D__ 118
/* li__BO0B */
#define __li__BO0B__ 119
struct li__BO0B_struct {
  __li__K li__QV1B;
  __li__K li__GZED;
  void **li__E0ED;
};
/* li__AO0B */
#define __li__AO0B__ 120
/* li__4N0B */
#define __li__4N0B__ 121
struct li__4N0B_struct {
  __li__JC li__5N0B;
  __li__U *li__TX1B;
  void *li__3GSF;
};
typedef unsigned long long __li__YB;
#define li__I__ 0
/* li__U1B */
#define __li__U1B__ 122
struct li__U1B_struct {
  __li__K li__G2B;
  __li__K li__EZ0;
  void **li__RZ0;
};
/* li__T1B */
#define __li__T1B__ 123
/* li__JKYB */
#define __li__JKYB__ 124
struct li__JKYB_struct {
  __li__K li__12WG;
  void **li__C3WG;
};
/* li__P2XB */
#define __li__P2XB__ 125
struct li__P2XB_struct {
  __li__K li__ALED;
  __li__K li__1LED;
  void **li__IMED;
};
/* li__O2XB */
#define __li__O2XB__ 126
/* li__SJY */
#define __li__SJY__ 127
struct li__SJY_struct {
  __li__K li__URCC;
  __li__K li__4SCC;
  void **li__LTCC;
};
/* li__RJY */
#define __li__RJY__ 128
#define li__B__ 1
/* li__1YL */
#define __li__1YL__ 129
struct li__1YL_struct {
  __li__U *li__TZL;
  __li__CFB *li__G0L;
  __li__1YL *li__4ZL;
};
/* li__J3HE */
#define __li__J3HE__ 130
struct li__J3HE_struct {
  __li__K li__CHUF;
  __li__K li__TQUF;
  void **li__RRUF;
};
/* li__I3HE */
#define __li__I3HE__ 131
/* li__IDC */
#define __li__IDC__ 132
struct li__IDC_struct {
  __li__K li__ZDC;
  __li__K li__DS0;
  void **li__QS0;
};
/* li__HDC */
#define __li__HDC__ 133
/* li__ISC */
#define __li__ISC__ 134
struct li__ISC_struct {
  __li__Q2D *li__M3D;
  int li__N3D;
};
/* li__H0ND */
#define __li__H0ND__ 135
struct li__H0ND_struct {
  __li__K li__FBIE;
};
/* li__G0ND */
#define __li__G0ND__ 136
struct li__G0ND_struct {
  __li__H0ND li__L0ND;
  __li__K li__YWVG;
  __li__NWVG *li__RWVG;
  __li__NWVG *li__ZWVG;
  __li__NWVG *li__0WVG;
};
/* li__U1C */
#define __li__U1C__ 137
struct li__U1C_struct {
  __li__K li__F2C;
  __li__K li__HV0;
  void **li__UV0;
};
/* li__T1C */
#define __li__T1C__ 138
/* li__L5C */
#define __li__L5C__ 139
struct li__L5C_struct {
  __li__K li__54Z;
  __li__K li__PC0;
  void **li__LD0;
};
/* li__K5C */
#define __li__K5C__ 140
/* li__WWQH */
#define __li__WWQH__ 141
struct li__WWQH_struct {
  __li__CRB *li__OXQH;
  __li__WWQH *li__0XQH;
};
/* li__LW5B */
#define __li__LW5B__ 142
struct li__LW5B_struct {
  __li__K li__2W5B;
  __li__K li__1LFD;
  void **li__SLFD;
};
/* li__KW5B */
#define __li__KW5B__ 143
/* li__3K3B */
#define __li__3K3B__ 144
struct li__3K3B_struct {
  __li__K li__OL3B;
  __li__K li__KFFD;
  void **li__BFFD;
};
/* li__2K3B */
#define __li__2K3B__ 145
/* li__V34B */
#define __li__V34B__ 119
struct li__V34B_struct {
  unsigned int __id;
  __li__CZZB li__W34B;
  __li__U *li__2OGD;
};
/* li__XX0B */
#define __li__XX0B__ 146
struct li__XX0B_struct {
  __li__K li__ROED;
  __li__K li__CVED;
  void **li__PVED;
};
/* li__WX0B */
#define __li__WX0B__ 147
/* li__CR0B */
#define __li__CR0B__ 148
struct li__CR0B_struct {
  __li__K li__NNED;
  __li__K li__5QED;
  void **li__3RED;
};
/* li__BR0B */
#define __li__BR0B__ 149
/* li__NY1B */
#define __li__NY1B__ 150
struct li__NY1B_struct {
  __li__K li__FWED;
  __li__K li__LXED;
  void **li__YXED;
};
/* li__MY1B */
#define __li__MY1B__ 151
/* li__DA1B */
#define __li__DA1B__ 120
struct li__DA1B_struct {
  unsigned int __id;
  __li__GSYB li__EA1B;
  __li__GD *li__NROI;
};
/* li__AFNI */
#define __li__AFNI__ 152
struct li__AFNI_struct {
  __li__GD *li__YFNI;
  __li__AFNI *li__EGNI;
};
/* li__2ZZC */
#define __li__2ZZC__ 153
struct li__2ZZC_struct {
  __li__K li__JSKE;
  __li__K li__V0KE;
  void **li__QSKE;
};
/* li__ESKE */
#define __li__ESKE__ 154
struct li__ESKE_struct {
  __li__U *li__2SKE;
  __li__ULSB *li__PTKE;
  __li__ESKE *li__HTKE;
};
/* li__50ZC */
#define __li__50ZC__ 155
struct li__50ZC_struct {
  __li__K li__TUKE;
  __li__K li__H3KE;
  void **li__0UKE;
};
/* li__OUKE */
#define __li__OUKE__ 156
struct li__OUKE_struct {
  __li__ULSB *li__ZVKE;
  __li__CRB *li__GVKE;
  __li__OUKE *li__RVKE;
};
/* li__5W4C */
#define __li__5W4C__ 157
struct li__5W4C_struct {
  __li__K li__AALE;
  __li__K li__FHLE;
  void **li__SHLE;
};
/* li__4W4C */
#define __li__4W4C__ 158
/* li__ESHC */
#define __li__ESHC__ 159
struct li__ESHC_struct {
  __li__U *li__D53C;
  void *li__W53C;
  __li__ESHC *li__O53C;
};
/* li__IG3 */
#define __li__IG3__ 160
struct li__IG3_struct {
  __li__K li__YKCD;
  __li__K li__LZCD;
  void **li__H0CD;
};
/* li__HG3 */
#define __li__HG3__ 161
/* li__5JDK */
#define __li__5JDK__ 162
struct li__5JDK_struct {
  __li__3PZ *li__XKDK;
  __li__5JDK *li__DLDK;
};
/* li__4X0F */
#define __li__4X0F__ 163
struct li__4X0F_struct {
  __li__K li__PY0F;
  __li__K li__RWRH;
  void **li__IWRH;
};
/* li__3X0F */
#define __li__3X0F__ 164
/* li__J2CD */
#define __li__J2CD__ 165
struct li__J2CD_struct {
  __li__U *li__B3CD;
  __li__GSZ *li__U3CD;
  __li__J2CD *li__M3CD;
};
/* li__EE4G */
#define __li__EE4G__ 166
struct li__EE4G_struct {
  __li__K li__GRNI;
  __li__K li__Q3NI;
  void **li__33NI;
};
/* li__DE4G */
#define __li__DE4G__ 167
/* li__ETLP */
#define __li__ETLP__ 168
struct li__ETLP_struct {
  __li__TQNE *li__2TLP;
  __li__ETLP *li__KULP;
};
/* li__ONTO */
#define __li__ONTO__ 169
struct li__ONTO_struct {
  __li__K li__LOTO;
  __li__K li__1HFQ;
  void **li__CGFQ;
};
/* li__NNTO */
#define __li__NNTO__ 170
/* li__NCJJ */
#define __li__NCJJ__ 171
struct li__NCJJ_struct {
  __li__K li__QS2L;
  __li__K li__CZ2L;
  void **li__A02L;
};
/* li__MCJJ */
#define __li__MCJJ__ 172
/* li__X13I */
#define __li__X13I__ 173
struct li__X13I_struct {
  __li__K li__JA2L;
  __li__K li__0A2L;
  void **li__YB2L;
};
/* li__W13I */
#define __li__W13I__ 174
/* li__0ITE */
#define __li__0ITE__ 175
struct li__0ITE_struct {
  __li__K li__HIWG;
  __li__K li__JIWG;
  void **li__HJWG;
};
/* li__ZITE */
#define __li__ZITE__ 176
/* li__WHBK */
#define __li__WHBK__ 177
struct li__WHBK_struct {
  __li__DFNL *li__CKSN;
  __li__KI *li__PKSN;
  __li__52B li__ZKSN;
  __li__52B li__ZMSN;
  __li__52B li__EPSN;
  __li__52B li__TQSN;
  __li__K li__BMYN;
};
/* li__T0B */
#define __li__T0B__ 121
struct li__T0B_struct {
  unsigned int __id;
  __li__LI li__U0B;
};
/* li__OWRE */
#define __li__OWRE__ 122
struct li__OWRE_struct {
  unsigned int __id;
  __li__LI li__PWRE;
};
/* li__4UPK */
#define __li__4UPK__ 178
struct li__4UPK_struct {
  __li__K li__50ON;
  __li__K li__B1ON;
  void **li__51ON;
};
/* li__3UPK */
#define __li__3UPK__ 179
/* li__I1IE */
#define __li__I1IE__ 180
struct li__I1IE_struct {
  __li__K li__J5OE;
  __li__K li__TXWG;
  void **li__L2VG;
};
/* li__H1IE */
#define __li__H1IE__ 181
/* li__I1RH */
#define __li__I1RH__ 182
struct li__I1RH_struct {
  __li__52B li__M1RH;
  __li__BC *li__E2RH;
  __li__I1RH *li__VFVH;
};
/* li__UYTP */
#define __li__UYTP__ 183
struct li__UYTP_struct {
  __li__K li__A41Q;
  __li__K li__C41Q;
  void **li__A51Q;
};
/* li__TYTP */
#define __li__TYTP__ 184
/* li__PSOE */
#define __li__PSOE__ 185
struct li__PSOE_struct {
  void *li__TSOE;
  __li__K li__LTOE;
  __li__PSOE *li__ADVE;
};
/* li__XBLI */
#define __li__XBLI__ 186
struct li__XBLI_struct {
  __li__K li__WLPN;
  __li__K li__CMPN;
  void **li__WCPN;
};
/* li__WBLI */
#define __li__WBLI__ 187
/* li__AB */
#define __li__AB__ 123
struct li__AB_struct {
  unsigned int __id;
  void *self;
};
typedef unsigned short __li__2AF;
typedef unsigned long __li__AXWI;
typedef unsigned long __li__FXWI;

void *table_type[188];

/*==========================*/
/* GLOBAL                   */
/*==========================*/

__li__BC li__BC_={__li__BC__};
#define li__BC__ (&li__BC_)

__li__KFE li__KFE_;
#define li__KFE__ (&li__KFE_)

__li__JFE li__JFE_;
#define li__JFE__ (&li__JFE_)

__li__RA1 li__RA1_;
#define li__RA1__ (&li__RA1_)

__li__HD li__HD_;
#define li__HD__ (&li__HD_)

__li__GD li__GD_;
#define li__GD__ (&li__GD_)

__li__U li__U_={__li__U__};
#define li__U__ (&li__U_)

__li__DRB li__DRB_;
#define li__DRB__ (&li__DRB_)

__li__CRB li__CRB_;
#define li__CRB__ (&li__CRB_)

__li__XRB li__XRB_={__li__XRB__};
#define li__XRB__ (&li__XRB_)

__li__VB1 li__VB1_={__li__VB1__};
#define li__VB1__ (&li__VB1_)

__li__4PZ li__4PZ_;
#define li__4PZ__ (&li__4PZ_)

__li__3PZ li__3PZ_;
#define li__3PZ__ (&li__3PZ_)

__li__00IE li__00IE_;
#define li__00IE__ (&li__00IE_)

__li__Z0IE li__Z0IE_;
#define li__Z0IE__ (&li__Z0IE_)

__li__0DID li__0DID_;
#define li__0DID__ (&li__0DID_)

__li__ZDID li__ZDID_;
#define li__ZDID__ (&li__ZDID_)

__li__UXB li__UXB_;
#define li__UXB__ (&li__UXB_)

__li__TXB li__TXB_;
#define li__TXB__ (&li__TXB_)

__li__B2OI li__B2OI_;
#define li__B2OI__ (&li__B2OI_)

__li__HI li__HI_;
#define li__HI__ (&li__HI_)

__li__1M li__1M_={__li__1M__};
#define li__1M__ (&li__1M_)

__li__KXFD li__KXFD_;
#define li__KXFD__ (&li__KXFD_)

__li__IFGD li__IFGD_;
#define li__IFGD__ (&li__IFGD_)

__li__TZHP li__TZHP_;
#define li__TZHP__ (&li__TZHP_)

__li__SZHP li__SZHP_;
#define li__SZHP__ (&li__SZHP_)

__li__NZB li__NZB_;
#define li__NZB__ (&li__NZB_)

__li__MZB li__MZB_;
#define li__MZB__ (&li__MZB_)

__li__HR li__HR_;
#define li__HR__ (&li__HR_)

__li__HC li__HC_;
#define li__HC__ (&li__HC_)

__li__GGB li__GGB_={__li__GGB__};
#define li__GGB__ (&li__GGB_)

__li__MHB li__MHB_={__li__MHB__};
#define li__MHB__ (&li__MHB_)

__li__YHB li__YHB_={__li__YHB__};
#define li__YHB__ (&li__YHB_)

__li__PB li__PB_;
#define li__PB__ (&li__PB_)

__li__JC li__JC_;
#define li__JC__ (&li__JC_)

__li__IC li__IC_;
#define li__IC__ (&li__IC_)

__li__YOB li__YOB_={__li__YOB__};
#define li__YOB__ (&li__YOB_)

__li__QZC li__QZC_;
#define li__QZC__ (&li__QZC_)

__li__5NL li__5NL_;
#define li__5NL__ (&li__5NL_)

__li__0ZC li__0ZC_;
#define li__0ZC__ (&li__0ZC_)

__li__ZZC li__ZZC_;
#define li__ZZC__ (&li__ZZC_)

__li__5RB li__5RB_;
#define li__5RB__ (&li__5RB_)

__li__IF li__IF_={__li__IF__};
#define li__IF__ (&li__IF_)

__li__URB li__URB_={__li__URB__};
#define li__URB__ (&li__URB_)

__li__20C li__20C_;
#define li__20C__ (&li__20C_)

__li__10C li__10C_;
#define li__10C__ (&li__10C_)

__li__WRB li__WRB_={__li__WRB__};
#define li__WRB__ (&li__WRB_)

__li__KUB li__KUB_={__li__KUB__};
#define li__KUB__ (&li__KUB_)

__li__QF li__QF_;
#define li__QF__ (&li__QF_)

__li__PF li__PF_;
#define li__PF__ (&li__PF_)

__li__LI li__LI_;
#define li__LI__ (&li__LI_)

__li__KI li__KI_={__li__KI__};
#define li__KI__ (&li__KI_)

__li__EZB li__EZB_;
#define li__EZB__ (&li__EZB_)

__li__VTBD li__VTBD_={__li__VTBD__};
#define li__VTBD__ (&li__VTBD_)

__li__O3B li__O3B_={__li__O3B__};
#define li__O3B__ (&li__O3B_)

__li__UOLE li__UOLE_;
#define li__UOLE__ (&li__UOLE_)

__li__TOLE li__TOLE_;
#define li__TOLE__ (&li__TOLE_)

__li__YK li__YK_;
#define li__YK__ (&li__YK_)

__li__AVBD li__AVBD_={__li__AVBD__};
#define li__AVBD__ (&li__AVBD_)

__li__ORB li__ORB_={__li__ORB__};
#define li__ORB__ (&li__ORB_)

__li__QRB li__QRB_={__li__QRB__};
#define li__QRB__ (&li__QRB_)

__li__SRB li__SRB_={__li__SRB__};
#define li__SRB__ (&li__SRB_)

__li__GSZ li__GSZ_={__li__GSZ__};
#define li__GSZ__ (&li__GSZ_)

__li__XK li__XK_;
#define li__XK__ (&li__XK_)

__li__KVBD li__KVBD_={__li__KVBD__};
#define li__KVBD__ (&li__KVBD_)

__li__ATBD li__ATBD_;
#define li__ATBD__ (&li__ATBD_)

__li__ODID li__ODID_={__li__ODID__};
#define li__ODID__ (&li__ODID_)

__li__WVBD li__WVBD_={__li__WVBD__};
#define li__WVBD__ (&li__WVBD_)

__li__Z4WH li__Z4WH_={__li__Z4WH__};
#define li__Z4WH__ (&li__Z4WH_)

__li__CNWI li__CNWI_;
#define li__CNWI__ (&li__CNWI_)

__li__BNWI li__BNWI_={__li__BNWI__};
#define li__BNWI__ (&li__BNWI_)

__li__XNWI li__XNWI_={__li__XNWI__};
#define li__XNWI__ (&li__XNWI_)

__li__LOWI li__LOWI_={__li__LOWI__};
#define li__LOWI__ (&li__LOWI_)

__li__5OWI li__5OWI_={__li__5OWI__};
#define li__5OWI__ (&li__5OWI_)

__li__TPWI li__TPWI_={__li__TPWI__};
#define li__TPWI__ (&li__TPWI_)

__li__HQWI li__HQWI_={__li__HQWI__};
#define li__HQWI__ (&li__HQWI_)

__li__URWI li__URWI_={__li__URWI__};
#define li__URWI__ (&li__URWI_)

__li__YOHL li__YOHL_;
#define li__YOHL__ (&li__YOHL_)

__li__XOHL li__XOHL_={__li__XOHL__};
#define li__XOHL__ (&li__XOHL_)

__li__FPHL li__FPHL_={__li__FPHL__};
#define li__FPHL__ (&li__FPHL_)

__li__DTNM li__DTNM_={__li__DTNM__};
#define li__DTNM__ (&li__DTNM_)

__li__JXNM li__JXNM_={__li__JXNM__};
#define li__JXNM__ (&li__JXNM_)

__li__41XO li__41XO_={__li__41XO__};
#define li__41XO__ (&li__41XO_)

__li__AKBR li__AKBR_={__li__AKBR__};
#define li__AKBR__ (&li__AKBR_)

__li__SDID li__SDID_;
#define li__SDID__ (&li__SDID_)

__li__RDID li__RDID_={__li__RDID__};
#define li__RDID__ (&li__RDID_)

__li__GO3I li__GO3I_={__li__GO3I__};
#define li__GO3I__ (&li__GO3I_)

__li__NY3I li__NY3I_={__li__NY3I__};
#define li__NY3I__ (&li__NY3I_)

__li__SJPJ li__SJPJ_={__li__SJPJ__};
#define li__SJPJ__ (&li__SJPJ_)

__li__1VPJ li__1VPJ_={__li__1VPJ__};
#define li__1VPJ__ (&li__1VPJ_)

__li__0VPJ li__0VPJ_={__li__0VPJ__};
#define li__0VPJ__ (&li__0VPJ_)

__li__XHQB li__XHQB_;
#define li__XHQB__ (&li__XHQB_)

__li__TQNE li__TQNE_;
#define li__TQNE__ (&li__TQNE_)

__li__SQNE li__SQNE_;
#define li__SQNE__ (&li__SQNE_)

__li__C2WH li__C2WH_;
#define li__C2WH__ (&li__C2WH_)

__li__KMFK li__KMFK_={__li__KMFK__};
#define li__KMFK__ (&li__KMFK_)

__li__21LO li__21LO_={__li__21LO__};
#define li__21LO__ (&li__21LO_)

__li__DZB li__DZB_={__li__DZB__};
#define li__DZB__ (&li__DZB_)

__li__IYBD li__IYBD_={__li__IYBD__};
#define li__IYBD__ (&li__IYBD_)

__li__5QPK li__5QPK_;
#define li__5QPK__ (&li__5QPK_)

__li__CRPK li__CRPK_;
#define li__CRPK__ (&li__CRPK_)

__li__BRPK li__BRPK_;
#define li__BRPK__ (&li__BRPK_)

__li__UJSH li__UJSH_={__li__UJSH__};
#define li__UJSH__ (&li__UJSH_)

__li__QWEC li__QWEC_={__li__QWEC__};
#define li__QWEC__ (&li__QWEC_)

__li__ULSB li__ULSB_;
#define li__ULSB__ (&li__ULSB_)

__li__SKGB li__SKGB_;
#define li__SKGB__ (&li__SKGB_)

__li__1RRF li__1RRF_={__li__1RRF__};
#define li__1RRF__ (&li__1RRF_)

__li__B3B li__B3B_;
#define li__B3B__ (&li__B3B_)

__li__CFB li__CFB_;
#define li__CFB__ (&li__CFB_)

__li__0HD li__0HD_;
#define li__0HD__ (&li__0HD_)

__li__RKG li__RKG_;
#define li__RKG__ (&li__RKG_)

__li__O4C li__O4C_;
#define li__O4C__ (&li__O4C_)

__li__YVL li__YVL_;
#define li__YVL__ (&li__YVL_)

__li__0FZ li__0FZ_;
#define li__0FZ__ (&li__0FZ_)

__li__V3IE li__V3IE_;
#define li__V3IE__ (&li__V3IE_)

__li__U3IE li__U3IE_;
#define li__U3IE__ (&li__U3IE_)

__li__KO5D li__KO5D_={__li__KO5D__};
#define li__KO5D__ (&li__KO5D_)

__li__NCFE li__NCFE_={__li__NCFE__};
#define li__NCFE__ (&li__NCFE_)

__li__DCG li__DCG_;
#define li__DCG__ (&li__DCG_)

__li__CSC li__CSC_;
#define li__CSC__ (&li__CSC_)

__li__R2D li__R2D_;
#define li__R2D__ (&li__R2D_)

__li__FSC li__FSC_;
#define li__FSC__ (&li__FSC_)

__li__Q2D li__Q2D_={__li__Q2D__};
#define li__Q2D__ (&li__Q2D_)

__li__02D li__02D_;
#define li__02D__ (&li__02D_)

__li__NWVG li__NWVG_;
#define li__NWVG__ (&li__NWVG_)

__li__YAD li__YAD_;
#define li__YAD__ (&li__YAD_)

__li__YBD li__YBD_;
#define li__YBD__ (&li__YBD_)

__li__XBD li__XBD_;
#define li__XBD__ (&li__XBD_)

__li__4O2B li__4O2B_={__li__4O2B__};
#define li__4O2B__ (&li__4O2B_)

__li__3ZEC li__3ZEC_;
#define li__3ZEC__ (&li__3ZEC_)

__li__2ZEC li__2ZEC_;
#define li__2ZEC__ (&li__2ZEC_)

__li__UL2B li__UL2B_={__li__UL2B__};
#define li__UL2B__ (&li__UL2B_)

__li__WK li__WK_={__li__WK__};
#define li__WK__ (&li__WK_)

__li__MTVI li__MTVI_;
#define li__MTVI__ (&li__MTVI_)

__li__LTVI li__LTVI_={__li__LTVI__};
#define li__LTVI__ (&li__LTVI_)

__li__KTVI li__KTVI_={__li__KTVI__};
#define li__KTVI__ (&li__KTVI_)

__li__YTVI li__YTVI_={__li__YTVI__};
#define li__YTVI__ (&li__YTVI_)

__li__XTVI li__XTVI_={__li__XTVI__};
#define li__XTVI__ (&li__XTVI_)

__li__HVVI li__HVVI_;
#define li__HVVI__ (&li__HVVI_)

__li__S2VI li__S2VI_={__li__S2VI__};
#define li__S2VI__ (&li__S2VI_)

__li__E3VI li__E3VI_={__li__E3VI__};
#define li__E3VI__ (&li__E3VI_)

__li__KLWI li__KLWI_={__li__KLWI__};
#define li__KLWI__ (&li__KLWI_)

__li__ULWI li__ULWI_={__li__ULWI__};
#define li__ULWI__ (&li__ULWI_)

__li__NMWI li__NMWI_={__li__NMWI__};
#define li__NMWI__ (&li__NMWI_)

__li__ARWI li__ARWI_={__li__ARWI__};
#define li__ARWI__ (&li__ARWI_)

__li__MSWI li__MSWI_={__li__MSWI__};
#define li__MSWI__ (&li__MSWI_)

__li__ETWI li__ETWI_={__li__ETWI__};
#define li__ETWI__ (&li__ETWI_)

__li__MZWI li__MZWI_={__li__MZWI__};
#define li__MZWI__ (&li__MZWI_)

__li__C0WI li__C0WI_={__li__C0WI__};
#define li__C0WI__ (&li__C0WI_)

__li__M1WI li__M1WI_={__li__M1WI__};
#define li__M1WI__ (&li__M1WI_)

__li__APLM li__APLM_={__li__APLM__};
#define li__APLM__ (&li__APLM_)

__li__TPOO li__TPOO_={__li__TPOO__};
#define li__TPOO__ (&li__TPOO_)

__li__VRRO li__VRRO_;
#define li__VRRO__ (&li__VRRO_)

__li__URRO li__URRO_={__li__URRO__};
#define li__URRO__ (&li__URRO_)

__li__SU5R li__SU5R_={__li__SU5R__};
#define li__SU5R__ (&li__SU5R_)

__li__JV5R li__JV5R_={__li__JV5R__};
#define li__JV5R__ (&li__JV5R_)

__li__2PLO li__2PLO_={__li__2PLO__};
#define li__2PLO__ (&li__2PLO_)

__li__QZEC li__QZEC_;
#define li__QZEC__ (&li__QZEC_)

__li__DFNL li__DFNL_={__li__DFNL__};
#define li__DFNL__ (&li__DFNL_)

__li__HZB li__HZB_;
#define li__HZB__ (&li__HZB_)

__li__M0WO li__M0WO_;
#define li__M0WO__ (&li__M0WO_)

__li__L0WO li__L0WO_;
#define li__L0WO__ (&li__L0WO_)

__li__TZEC li__TZEC_;
#define li__TZEC__ (&li__TZEC_)

__li__SZEC li__SZEC_;
#define li__SZEC__ (&li__SZEC_)

__li__QWEO li__QWEO_;
#define li__QWEO__ (&li__QWEO_)

__li__LHBK li__LHBK_={__li__LHBK__};
#define li__LHBK__ (&li__LHBK_)

__li__OWEO li__OWEO_;
#define li__OWEO__ (&li__OWEO_)

__li__RLKJ li__RLKJ_={__li__RLKJ__};
#define li__RLKJ__ (&li__RLKJ_)

__li__5LKJ li__5LKJ_={__li__5LKJ__};
#define li__5LKJ__ (&li__5LKJ_)

__li__3I3L li__3I3L_={__li__3I3L__};
#define li__3I3L__ (&li__3I3L_)

__li__EDHP li__EDHP_={__li__EDHP__};
#define li__EDHP__ (&li__EDHP_)

__li__CJ1P li__CJ1P_={__li__CJ1P__};
#define li__CJ1P__ (&li__CJ1P_)

__li__LN5D li__LN5D_={__li__LN5D__};
#define li__LN5D__ (&li__LN5D_)

__li__LNIE li__LNIE_={__li__LNIE__};
#define li__LNIE__ (&li__LNIE_)

__li__EICD li__EICD_;
#define li__EICD__ (&li__EICD_)

__li__HLSC li__HLSC_={__li__HLSC__};
#define li__HLSC__ (&li__HLSC_)

__li__N2L li__N2L_;
#define li__N2L__ (&li__N2L_)

__li__KIE li__KIE_={__li__KIE__};
#define li__KIE__ (&li__KIE_)

__li__EIGB li__EIGB_;
#define li__EIGB__ (&li__EIGB_)

__li__0CSH li__0CSH_;
#define li__0CSH__ (&li__0CSH_)

__li__ZCSH li__ZCSH_;
#define li__ZCSH__ (&li__ZCSH_)

__li__3J1L li__3J1L_;
#define li__3J1L__ (&li__3J1L_)

__li__OC1 li__OC1_;
#define li__OC1__ (&li__OC1_)

__li__LPQH li__LPQH_;
#define li__LPQH__ (&li__LPQH_)

__li__S32B li__S32B_;
#define li__S32B__ (&li__S32B_)

__li__4RUC li__4RUC_={__li__4RUC__};
#define li__4RUC__ (&li__4RUC_)

__li__QUAF li__QUAF_={__li__QUAF__};
#define li__QUAF__ (&li__QUAF_)

__li__PGID li__PGID_;
#define li__PGID__ (&li__PGID_)

__li__OGID li__OGID_;
#define li__OGID__ (&li__OGID_)

__li__GSYB li__GSYB_;
#define li__GSYB__ (&li__GSYB_)

__li__AE1B li__AE1B_={__li__AE1B__};
#define li__AE1B__ (&li__AE1B_)

__li__K41B li__K41B_={__li__K41B__};
#define li__K41B__ (&li__K41B_)

__li__QOZB li__QOZB_={__li__QOZB__};
#define li__QOZB__ (&li__QOZB_)

__li__VXZB li__VXZB_={__li__VXZB__};
#define li__VXZB__ (&li__VXZB_)

__li__CZZB li__CZZB_;
#define li__CZZB__ (&li__CZZB_)

__li__BZZB li__BZZB_={__li__BZZB__};
#define li__BZZB__ (&li__BZZB_)

__li__0A1B li__0A1B_;
#define li__0A1B__ (&li__0A1B_)

__li__ZA1B li__ZA1B_={__li__ZA1B__};
#define li__ZA1B__ (&li__ZA1B_)

__li__SB1B li__SB1B_={__li__SB1B__};
#define li__SB1B__ (&li__SB1B_)

__li__5E1B li__5E1B_={__li__5E1B__};
#define li__5E1B__ (&li__5E1B_)

__li__YA2B li__YA2B_={__li__YA2B__};
#define li__YA2B__ (&li__YA2B_)

__li__NB2B li__NB2B_={__li__NB2B__};
#define li__NB2B__ (&li__NB2B_)

__li__LH2B li__LH2B_={__li__LH2B__};
#define li__LH2B__ (&li__LH2B_)

__li__N32B li__N32B_;
#define li__N32B__ (&li__N32B_)

__li__M32B li__M32B_={__li__M32B__};
#define li__M32B__ (&li__M32B_)

__li__KD3B li__KD3B_={__li__KD3B__};
#define li__KD3B__ (&li__KD3B_)

__li__WE3B li__WE3B_={__li__WE3B__};
#define li__WE3B__ (&li__WE3B_)

__li__UG4B li__UG4B_={__li__UG4B__};
#define li__UG4B__ (&li__UG4B_)

__li__Q24B li__Q24B_={__li__Q24B__};
#define li__Q24B__ (&li__Q24B_)

__li__D34B li__D34B_={__li__D34B__};
#define li__D34B__ (&li__D34B_)

__li__H44B li__H44B_={__li__H44B__};
#define li__H44B__ (&li__H44B_)

__li__JLPO li__JLPO_;
#define li__JLPO__ (&li__JLPO_)

__li__ILPO li__ILPO_;
#define li__ILPO__ (&li__ILPO_)

__li__2XXF li__2XXF_;
#define li__2XXF__ (&li__2XXF_)

__li__M30C li__M30C_={__li__M30C__};
#define li__M30C__ (&li__M30C_)

__li__YB1 li__YB1_;
#define li__YB1__ (&li__YB1_)

__li__XB1 li__XB1_;
#define li__XB1__ (&li__XB1_)

__li__J03C li__J03C_;
#define li__J03C__ (&li__J03C_)

__li__I03C li__I03C_;
#define li__I03C__ (&li__I03C_)

__li__IZB li__IZB_={__li__IZB__};
#define li__IZB__ (&li__IZB_)

__li__4HAD li__4HAD_={__li__4HAD__};
#define li__4HAD__ (&li__4HAD_)

__li__XMUC li__XMUC_={__li__XMUC__};
#define li__XMUC__ (&li__XMUC_)

__li__YL li__YL_;
#define li__YL__ (&li__YL_)

__li__XL li__XL_;
#define li__XL__ (&li__XL_)

__li__NXDD li__NXDD_;
#define li__NXDD__ (&li__NXDD_)

__li__OWZB li__OWZB_;
#define li__OWZB__ (&li__OWZB_)

__li__NWZB li__NWZB_;
#define li__NWZB__ (&li__NWZB_)

__li__EN1P li__EN1P_={__li__EN1P__};
#define li__EN1P__ (&li__EN1P_)

__li__4BCK li__4BCK_;
#define li__4BCK__ (&li__4BCK_)

__li__4G4L li__4G4L_;
#define li__4G4L__ (&li__4G4L_)

__li__WSPG li__WSPG_;
#define li__WSPG__ (&li__WSPG_)

__li__D11B li__D11B_={__li__D11B__};
#define li__D11B__ (&li__D11B_)

__li__2M5D li__2M5D_;
#define li__2M5D__ (&li__2M5D_)

__li__1M5D li__1M5D_;
#define li__1M5D__ (&li__1M5D_)

__li__BO0B li__BO0B_;
#define li__BO0B__ (&li__BO0B_)

__li__AO0B li__AO0B_;
#define li__AO0B__ (&li__AO0B_)

__li__4N0B li__4N0B_;
#define li__4N0B__ (&li__4N0B_)

__li__U1B li__U1B_;
#define li__U1B__ (&li__U1B_)

__li__T1B li__T1B_;
#define li__T1B__ (&li__T1B_)

__li__JKYB li__JKYB_;
#define li__JKYB__ (&li__JKYB_)

__li__P2XB li__P2XB_;
#define li__P2XB__ (&li__P2XB_)

__li__O2XB li__O2XB_;
#define li__O2XB__ (&li__O2XB_)

__li__SJY li__SJY_;
#define li__SJY__ (&li__SJY_)

__li__RJY li__RJY_;
#define li__RJY__ (&li__RJY_)

__li__1YL li__1YL_;
#define li__1YL__ (&li__1YL_)

__li__J3HE li__J3HE_;
#define li__J3HE__ (&li__J3HE_)

__li__I3HE li__I3HE_;
#define li__I3HE__ (&li__I3HE_)

__li__IDC li__IDC_;
#define li__IDC__ (&li__IDC_)

__li__HDC li__HDC_;
#define li__HDC__ (&li__HDC_)

__li__ISC li__ISC_;
#define li__ISC__ (&li__ISC_)

__li__H0ND li__H0ND_;
#define li__H0ND__ (&li__H0ND_)

__li__G0ND li__G0ND_;
#define li__G0ND__ (&li__G0ND_)

__li__U1C li__U1C_;
#define li__U1C__ (&li__U1C_)

__li__T1C li__T1C_;
#define li__T1C__ (&li__T1C_)

__li__L5C li__L5C_;
#define li__L5C__ (&li__L5C_)

__li__K5C li__K5C_;
#define li__K5C__ (&li__K5C_)

__li__WWQH li__WWQH_;
#define li__WWQH__ (&li__WWQH_)

__li__LW5B li__LW5B_;
#define li__LW5B__ (&li__LW5B_)

__li__KW5B li__KW5B_;
#define li__KW5B__ (&li__KW5B_)

__li__3K3B li__3K3B_;
#define li__3K3B__ (&li__3K3B_)

__li__2K3B li__2K3B_;
#define li__2K3B__ (&li__2K3B_)

__li__V34B li__V34B_={__li__V34B__};
#define li__V34B__ (&li__V34B_)

__li__XX0B li__XX0B_;
#define li__XX0B__ (&li__XX0B_)

__li__WX0B li__WX0B_;
#define li__WX0B__ (&li__WX0B_)

__li__CR0B li__CR0B_;
#define li__CR0B__ (&li__CR0B_)

__li__BR0B li__BR0B_;
#define li__BR0B__ (&li__BR0B_)

__li__NY1B li__NY1B_;
#define li__NY1B__ (&li__NY1B_)

__li__MY1B li__MY1B_;
#define li__MY1B__ (&li__MY1B_)

__li__DA1B li__DA1B_={__li__DA1B__};
#define li__DA1B__ (&li__DA1B_)

__li__AFNI li__AFNI_;
#define li__AFNI__ (&li__AFNI_)

__li__2ZZC li__2ZZC_;
#define li__2ZZC__ (&li__2ZZC_)

__li__ESKE li__ESKE_;
#define li__ESKE__ (&li__ESKE_)

__li__50ZC li__50ZC_;
#define li__50ZC__ (&li__50ZC_)

__li__OUKE li__OUKE_;
#define li__OUKE__ (&li__OUKE_)

__li__5W4C li__5W4C_;
#define li__5W4C__ (&li__5W4C_)

__li__4W4C li__4W4C_;
#define li__4W4C__ (&li__4W4C_)

__li__ESHC li__ESHC_;
#define li__ESHC__ (&li__ESHC_)

__li__IG3 li__IG3_;
#define li__IG3__ (&li__IG3_)

__li__HG3 li__HG3_;
#define li__HG3__ (&li__HG3_)

__li__5JDK li__5JDK_;
#define li__5JDK__ (&li__5JDK_)

__li__4X0F li__4X0F_;
#define li__4X0F__ (&li__4X0F_)

__li__3X0F li__3X0F_;
#define li__3X0F__ (&li__3X0F_)

__li__J2CD li__J2CD_;
#define li__J2CD__ (&li__J2CD_)

__li__EE4G li__EE4G_;
#define li__EE4G__ (&li__EE4G_)

__li__DE4G li__DE4G_;
#define li__DE4G__ (&li__DE4G_)

__li__ETLP li__ETLP_;
#define li__ETLP__ (&li__ETLP_)

__li__ONTO li__ONTO_;
#define li__ONTO__ (&li__ONTO_)

__li__NNTO li__NNTO_;
#define li__NNTO__ (&li__NNTO_)

__li__NCJJ li__NCJJ_;
#define li__NCJJ__ (&li__NCJJ_)

__li__MCJJ li__MCJJ_;
#define li__MCJJ__ (&li__MCJJ_)

__li__X13I li__X13I_;
#define li__X13I__ (&li__X13I_)

__li__W13I li__W13I_;
#define li__W13I__ (&li__W13I_)

__li__0ITE li__0ITE_;
#define li__0ITE__ (&li__0ITE_)

__li__ZITE li__ZITE_;
#define li__ZITE__ (&li__ZITE_)

__li__WHBK li__WHBK_;
#define li__WHBK__ (&li__WHBK_)

__li__T0B li__T0B_={__li__T0B__};
#define li__T0B__ (&li__T0B_)

__li__OWRE li__OWRE_={__li__OWRE__};
#define li__OWRE__ (&li__OWRE_)

__li__4UPK li__4UPK_;
#define li__4UPK__ (&li__4UPK_)

__li__3UPK li__3UPK_;
#define li__3UPK__ (&li__3UPK_)

__li__I1IE li__I1IE_;
#define li__I1IE__ (&li__I1IE_)

__li__H1IE li__H1IE_;
#define li__H1IE__ (&li__H1IE_)

__li__I1RH li__I1RH_;
#define li__I1RH__ (&li__I1RH_)

__li__UYTP li__UYTP_;
#define li__UYTP__ (&li__UYTP_)

__li__TYTP li__TYTP_;
#define li__TYTP__ (&li__TYTP_)

__li__PSOE li__PSOE_;
#define li__PSOE__ (&li__PSOE_)

__li__XBLI li__XBLI_;
#define li__XBLI__ (&li__XBLI_)

__li__WBLI li__WBLI_;
#define li__WBLI__ (&li__WBLI_)

__li__AB li__AB_={__li__AB__};
#define li__AB__ (&li__AB_)

__li__JJG li__HKG;
__li__YB li__5ZG;
__li__JJG li__1ZJ;
__li__JJG li__45DB;
__li__CB li__N2I;
__li__RKG *li__RLFB;
__li__BC *li__GR;
__li__HR *li__RR;
__li__BC *li__0C;
__li__U *li__IBB;
__li__U *li__MBB;
__li__K li__IDB;
__li__C li__VDB;
__li__C li__PL;
__li__C li__45H;
__li__C li__55H;
__li__BC *li__Y5B;
__li__RA1 *li__XA1;
__li__T1B *li__21B;
__li__PF *li__S5H;
__li__BC *li__V5H;
__li__K li__Y5H;
__li__K li__15H;
__li__K li__25H;
__li__K li__35H;
__li__GD *li__0DG;
__li__BC *li__5NK;
__li__BC *li__BOK;
__li__K li__O4E;
__li__BC *li__P4E;
__li__K li__DXC;
__li__K li__UO;
__li__C li__S1K;
__li__U *li__E2K;
__li__JKYB *li__RKYB;
__li__U *li__22K;
__li__K li__B3K;
__li__U *li__2YI;
__li__BC *li__GNB;
__li__UJG li__OTWB;
__li__C li__2YVB;
__li__O2XB *li__X2XB;
__li__RJY *li__0JY;
__li__GGB *li__4RE;
__li__0HD *li__CID;
__li__I3HE *li__R3HE;
__li__K li__JX0B;
__li__K li__LX0B;
__li__K li__NX0B;
__li__K li__PX0B;
__li__IC li__NC;
__li__HDC *li__QDC;
int li__VLH;
__li__U3IE *li__13IE;
__li__BC *li__HYUF;
__li__BC *li__L2D;
__li__02D *li__C3D;
__li__BC *li__JYZ;
__li__BC *li__PYZ;
__li__GD *li__PD;
__li__U *li__5C;
__li__U *li__DD;
__li__K li__1E;
__li__C li__3LB;
__li__C li__BMB;
__li__C li__2P;
__li__K li__IMB;
__li__C li__CP;
__li__C li__0N;
__li__C li__IH;
__li__U *li__MPB;
__li__BC *li__NE;
__li__K li__LZC;
__li__QZC *li__WZC;
__li__10C *li__F1C;
__li__T1C *li__21C;
__li__O4C *li__W4C;
void *li__PMZ;
void *li__3MZ;
__li__RA1 *li__W4JB;
__li__KI *li__XIKB;
__li__C li__JQ;
__li__K5C *li__T5C;
__li__CRB *li__RAD;
__li__YAD *li__5AD;
__li__KW5B *li__TW5B;
__li__2K3B *li__FL3B;
__li__U *li__T24B;
__li__XBD *li__ACD;
__li__VB1 *li__UT3B;
__li__QOZB *li__5WZB;
__li__WX0B *li__5X0B;
__li__BR0B *li__KR0B;
__li__MY1B *li__VY1B;
__li__GD *li__PSPG;
__li__WSPG *li__1SPG;
__li__JFE *li__U25B;
__li__2ZZC *li__E0ZC;
__li__ULSB *li__TCYB;
__li__50ZC *li__F1ZC;
__li__4W4C *li__HX4C;
void *li__E2ZC;
__li__PO li__5JKB;
__li__K li__THSB;
void *li__5TB;
__li__HG3 *li__QG3;
__li__2ZEC *li__2ZOI;
void *li__TSB;
void *li__1SB;
__li__3PZ *li__3HGB;
__li__EIGB *li__LIGB;
__li__3X0F *li__GY0F;
__li__SKGB *li__0KGB;
void *li__JI;
__li__XL *li__AM;
__li__K li__ZUUD;
__li__K li__MWBD;
__li__1M *li__2UUD;
__li__DE4G *li__ME4G;
__li__3J1L *li__GK1L;
__li__K li__GCSN;
__li__C li__EZBD;
void *li__DSB;
void *li__LSB;
__li__K li__C41D;
__li__C li__MOSI;
__li__Z0IE *li__FI5P;
__li__K li__QRLF;
__li__C li__O4RI;
void *li__K5RI;
__li__Z0IE *li__O5UI;
__li__Z0IE *li__C1IE;
void *li__FUB;
__li__BC *li__DS4J;
__li__VTBD *li__YTBD;
__li__K li__RP;
__li__ZDID *li__BEID;
void *li__ZTB;
void *li__RUB;
__li__K li__CL3I;
__li__VTBD *li__2L3I;
__li__MCJJ *li__VCJJ;
__li__OGID *li__XGID;
__li__4BCK *li__ECCK;
void *li__RTB;
void *li__DTB;
__li__W13I *li__513I;
__li__Z0IE *li__2DWI;
__li__ZDID *li__EFWI;
void *li__NF;
__li__KI *li__OI;
__li__K li__AWBD;
__li__BC *li__FI;
__li__TXB *li__U2DM;
__li__BC *li__5XH;
__li__K li__1UUD;
__li__C li__I41D;
__li__ZITE *li__CJTE;
__li__52B li__EJTE;
__li__52B li__AKTE;
__li__52B li__CKTE;
__li__52B li__NHBK;
__li__3I3L *li__5I3L;
__li__52B li__51JM;
__li__K li__FXHP;
__li__K li__CXHP;
__li__K li__GXHP;
__li__KI *li__WJ3L;
__li__K li__DQ;
__li__K li__2Q3O;
__li__C li__KYBD;
__li__52B li__X2BK;
__li__K li__PDDE;
__li__K li__2HBK;
__li__Z0IE *li__PUPK;
__li__3UPK *li__GVPK;
__li__C li__5UUD;
__li__K li__BEDE;
__li__BC *li__EG;
__li__BC *li__GG;
__li__TXB *li__2XB;
__li__H1IE *li__Q1IE;
__li__Z0IE *li__U5OE;
__li__K li__X5OE;
__li__K li__Y5OE;
__li__C li__IBCK;
__li__C li__VBCK;
__li__C li__2BCK;
__li__K li__2K;
__li__BC *li__DL;
__li__C li__V0B;
__li__B3B *li__Q3B;
__li__1M *li__4M;
__li__TYTP *li__2YTP;
__li__SZHP *li__QYTP;
__li__K li__TP;
__li__MZB *li__VZB;
__li__K li__MP;
__li__K li__JP;
__li__K li__WP;
__li__K li__ZP;
__li__WBLI *li__5BLI;
__li__K li__JFLI;
__li__K li__FJ;
__li__U *li__ULH;

/*==========================*/
/* STRING CONSTANT          */
/*==========================*/

__li__U __string_1={__li__U__,4,"NULL"};
__li__U __string_2={__li__U__,4,"VOID"};
__li__U __string_3={__li__U__,4,"SELF"};
__li__U __string_4={__li__U__,3,"\n/*"};
__li__U __string_5={__li__U__,6,"*/\n/* "};
__li__U __string_6={__li__U__,15,"STRING CONSTANT"};
__li__U __string_7={__li__U__,6," */\n/*"};
__li__U __string_8={__li__U__,4,"*/\n\n"};
__li__U __string_9={__li__U__,4,"main"};
__li__U __string_10={__li__U__,7,"Section"};
__li__U __string_11={__li__U__,5,"Right"};
__li__U __string_12={__li__U__,4,"Left"};
__li__U __string_13={__li__U__,3,"..."};
__li__U __string_14={__li__U__,3,"Old"};
__li__U __string_15={__li__U__,8,"Expanded"};
__li__U __string_16={__li__U__,6,"Strict"};
__li__U __string_17={__li__U__,6,"Result"};
__li__U __string_18={__li__U__,2,":="};
__li__U __string_19={__li__U__,2,"?="};
__li__U __string_20={__li__U__,2,"<-"};
__li__U __string_21={__li__U__,2,"->"};
__li__U __string_22={__li__U__,1,"="};
__li__U __string_23={__li__U__,2,"!="};
__li__U __string_24={__li__U__,1,">"};
__li__U __string_25={__li__U__,2,">="};
__li__U __string_26={__li__U__,1,"<"};
__li__U __string_27={__li__U__,2,"<="};
__li__U __string_28={__li__U__,6,"Header"};
__li__U __string_29={__li__U__,7,"Inherit"};
__li__U __string_30={__li__U__,6,"Insert"};
__li__U __string_31={__li__U__,9,"Interrupt"};
__li__U __string_32={__li__U__,7,"Private"};
__li__U __string_33={__li__U__,6,"Public"};
__li__U __string_34={__li__U__,7,"Mapping"};
__li__U __string_35={__li__U__,9,"Directory"};
__li__U __string_36={__li__U__,8,"External"};
__li__U __string_37={__li__U__,7,"DEFAULT"};
__li__U __string_38={__li__U__,6,"Common"};
__li__U __string_39={__li__U__,7,"INTEGER"};
__li__U __string_40={__li__U__,4,"REAL"};
__li__U __string_41={__li__U__,9,"CHARACTER"};
__li__U __string_42={__li__U__,15,"STRING_CONSTANT"};
__li__U __string_43={__li__U__,6,"STRING"};
__li__U __string_44={__li__U__,12,"NATIVE_ARRAY"};
__li__U __string_45={__li__U__,21,"NATIVE_ARRAY_VOLATILE"};
__li__U __string_46={__li__U__,5,"BLOCK"};
__li__U __string_47={__li__U__,7,"BOOLEAN"};
__li__U __string_48={__li__U__,4,"TRUE"};
__li__U __string_49={__li__U__,5,"FALSE"};
__li__U __string_50={__li__U__,7,"POINTER"};
__li__U __string_51={__li__U__,10,"___CONTEXT"};
__li__U __string_52={__li__U__,10,"___GENERIC"};
__li__U __string_53={__li__U__,10,"___TYPE_ID"};
__li__U __string_54={__li__U__,11,"UINTEGER_64"};
__li__U __string_55={__li__U__,11,"UINTEGER_32"};
__li__U __string_56={__li__U__,11,"UINTEGER_16"};
__li__U __string_57={__li__U__,10,"UINTEGER_8"};
__li__U __string_58={__li__U__,10,"INTEGER_64"};
__li__U __string_59={__li__U__,10,"INTEGER_32"};
__li__U __string_60={__li__U__,10,"INTEGER_16"};
__li__U __string_61={__li__U__,9,"INTEGER_8"};
__li__U __string_62={__li__U__,23,"NATIVE_ARRAY__CHARACTER"};
__li__U __string_63={__li__U__,37,"NATIVE_ARRAY__NATIVE_ARRAY__CHARACTER"};
__li__U __string_64={__li__U__,9,"SYSTEM_IO"};
__li__U __string_65={__li__U__,3,"LIP"};
__li__U __string_66={__li__U__,4,"Self"};
__li__U __string_67={__li__U__,5,"__pos"};
__li__U __string_68={__li__U__,5,"__tmp"};
__li__U __string_69={__li__U__,6,"lisaac"};
__li__U __string_70={__li__U__,4,"name"};
__li__U __string_71={__li__U__,6,"export"};
__li__U __string_72={__li__U__,6,"import"};
__li__U __string_73={__li__U__,8,"external"};
__li__U __string_74={__li__U__,7,"default"};
__li__U __string_75={__li__U__,4,"type"};
__li__U __string_76={__li__U__,7,"version"};
__li__U __string_77={__li__U__,4,"date"};
__li__U __string_78={__li__U__,7,"comment"};
__li__U __string_79={__li__U__,6,"author"};
__li__U __string_80={__li__U__,12,"bibliography"};
__li__U __string_81={__li__U__,8,"language"};
__li__U __string_82={__li__U__,9,"copyright"};
__li__U __string_83={__li__U__,10,"bug_report"};
__li__U __string_84={__li__U__,5,"value"};
__li__U __string_85={__li__U__,4,"self"};
__li__U __string_86={__li__U__,4,"__id"};
__li__U __string_87={__li__U__,5,"clone"};
__li__U __string_88={__li__U__,7,"__infix"};
__li__U __string_89={__li__U__,9,"__postfix"};
__li__U __string_90={__li__U__,8,"__prefix"};
__li__U __string_91={__li__U__,3,"to_"};
__li__U __string_92={__li__U__,5,"from_"};
__li__U __string_93={__li__U__,7,"storage"};
__li__U __string_94={__li__U__,5,"count"};
__li__U __string_95={__li__U__,3,"lip"};
__li__U __string_96={__li__U__,2,"if"};
__li__U __string_97={__li__U__,4,"else"};
__li__U __string_98={__li__U__,5,"print"};
__li__U __string_99={__li__U__,13,"die_with_code"};
__li__U __string_100={__li__U__,12,"help_command"};
__li__U __string_101={__li__U__,16,"compiler_version"};
__li__U __string_102={__li__U__,3,"run"};
__li__U __string_103={__li__U__,4,"path"};
__li__U __string_104={__li__U__,9,"front_end"};
__li__U __string_105={__li__U__,8,"back_end"};
__li__U __string_106={__li__U__,10,"input_file"};
__li__U __string_107={__li__U__,11,"output_file"};
__li__U __string_108={__li__U__,11,"debug_level"};
__li__U __string_109={__li__U__,15,"debug_with_code"};
__li__U __string_110={__li__U__,14,"is_all_warning"};
__li__U __string_111={__li__U__,15,"is_optimization"};
__li__U __string_112={__li__U__,12,"inline_level"};
__li__U __string_113={__li__U__,7,"is_java"};
__li__U __string_114={__li__U__,12,"is_statistic"};
__li__U __string_115={__li__U__,8,"is_quiet"};
__li__U __string_116={__li__U__,10,"is_library"};
__li__U __string_117={__li__U__,11,"get_integer"};
__li__U __string_118={__li__U__,10,"get_string"};
__li__U __string_119={__li__U__,6,"is_cop"};
__li__U __string_120={__li__U__,4,"void"};
__li__U __string_121={__li__U__,9,"struct __"};
__li__U __string_122={__li__U__,13,"/* NOTHING */"};
__li__U __string_123={__li__U__,2,"__"};
__li__U __string_124={__li__U__,22,"__PATH_LISAAC_SYSTEM__"};
__li__U __string_125={__li__U__,23,"__SHORT_LISAAC_FORMAT__"};
__li__U __string_126={__li__U__,5,"token"};
__li__U __string_127={__li__U__,9,"type_file"};
__li__U __string_128={__li__U__,5,"begin"};
__li__U __string_129={__li__U__,3,"end"};
__li__U __string_130={__li__U__,7,"keyword"};
__li__U __string_131={__li__U__,15,"keyword_section"};
__li__U __string_132={__li__U__,7,"integer"};
__li__U __string_133={__li__U__,9,"character"};
__li__U __string_134={__li__U__,6,"string"};
__li__U __string_135={__li__U__,8,"operator"};
__li__U __string_136={__li__U__,9,"prototype"};
__li__U __string_137={__li__U__,12,"keyprototype"};
__li__U __string_138={__li__U__,12,"comment_line"};
__li__U __string_139={__li__U__,17,"comment_slot_line"};
__li__U __string_140={__li__U__,19,"comment_header_line"};
__li__U __string_141={__li__U__,21,"comment_new_line_slot"};
__li__U __string_142={__li__U__,23,"comment_new_line_extern"};
__li__U __string_143={__li__U__,4,"slot"};
__li__U __string_144={__li__U__,9,"slot_call"};
__li__U __string_145={__li__U__,10,"slot_style"};
__li__U __string_146={__li__U__,5,"block"};
__li__U __string_147={__li__U__,5,"local"};
__li__U __string_148={__li__U__,7,"warning"};
__li__U __string_149={__li__U__,10,"identifier"};
__li__U __string_150={__li__U__,15,"identifier_slot"};
__li__U __string_151={__li__U__,23,"prototype_comment_light"};
__li__U __string_152={__li__U__,17,"prototype_comment"};
__li__U __string_153={__li__U__,5,"title"};
__li__U __string_154={__li__U__,11,"table_begin"};
__li__U __string_155={__li__U__,10,"table_item"};
__li__U __string_156={__li__U__,15,"table_slot_name"};
__li__U __string_157={__li__U__,18,"table_slot_comment"};
__li__U __string_158={__li__U__,9,"table_end"};
__li__U __string_159={__li__U__,9,"sub_title"};
__li__U __string_160={__li__U__,10,"slot_title"};
__li__U __string_161={__li__U__,12,"subsub_title"};
__li__U __string_162={__li__U__,14,"prototype_path"};
__li__U __string_163={__li__U__,5,"index"};
__li__U __string_164={__li__U__,20,"directory_list_begin"};
__li__U __string_165={__li__U__,19,"directory_list_item"};
__li__U __string_166={__li__U__,18,"directory_list_end"};
__li__U __string_167={__li__U__,15,"file_list_begin"};
__li__U __string_168={__li__U__,14,"file_list_item"};
__li__U __string_169={__li__U__,13,"file_list_end"};
__li__U __string_170={__li__U__,15,"ERROR: Option `"};
__li__U __string_171={__li__U__,13,"' not found.\n"};
__li__U __string_172={__li__U__,19,"ERROR: For option `"};
__li__U __string_173={__li__U__,20,"', argument needed.\n"};
__li__U __string_174={__li__U__,27,"ERROR: Incorrect type for `"};
__li__U __string_175={__li__U__,12,"' argument.\n"};
__li__U __string_176={__li__U__,25,"ERROR: Invalid argument.\n"};
__li__U __string_177={__li__U__,26,"ERROR: Put options after `"};
__li__U __string_178={__li__U__,2,"'."};
__li__U __string_179={__li__U__,3,"../"};
__li__U __string_180={__li__U__,8,"make.lip"};
__li__U __string_181={__li__U__,6,"File `"};
__li__U __string_182={__li__U__,38,"' not found !\nIncorrect installation.\n"};
__li__U __string_183={__li__U__,28,"' not found ! (see `*.lip')\n"};
__li__U __string_184={__li__U__,42,"Slot `front_end' not found in *.lip file\
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__li__U __string_185={__li__U__,16,"current_path.txt"};
__li__U __string_186={__li__U__,48,"Error: File `current_path.txt' is not cr\
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__li__U __string_187={__li__U__,30,"ERROR: `input_file' is empty.\n"};
__li__U __string_188={__li__U__,2,"./"};
__li__U __string_189={__li__U__,14,"\ninput  file: "};
__li__U __string_190={__li__U__,17,".li\noutput file: "};
__li__U __string_191={__li__U__,20,".c\npath directory :\n"};
__li__U __string_192={__li__U__,2,"  "};
__li__U __string_193={__li__U__,59,"/* C code generated by Lisaac compiler (\
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__li__U __string_194={__li__U__,78,"#define _LARGE_FILE_API\n#define _LARGEF\
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__li__U __string_195={__li__U__,20,"#include \n"};
__li__U __string_196={__li__U__,34,"int arg_count;\nchar **arg_vector;\n"};
__li__U __string_197={__li__U__,8,"EXTERNAL"};
__li__U __string_198={__li__U__,35,"signal(SIGINT,interrupt_signal);\n  "};
__li__U __string_199={__li__U__,220,"arg_count  = argc;\n  arg_vector = argv\
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__li__U __string_200={__li__U__,28,"Unix mode: Not value return."};
__li__U __string_201={__li__U__,29,"Unix mode: Not argument list."};
__li__U __string_202={__li__U__,56,"Entry point not found (slot `main' in `S\
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__li__U __string_203={__li__U__,17,"Depending pass: ."};
__li__U __string_204={__li__U__,1,"."};
__li__U __string_205={__li__U__,22,"EXPR_MULTIPLE.get_type"};
__li__U __string_206={__li__U__,2," ("};
__li__U __string_207={__li__U__,2,")\n"};
__li__U __string_208={__li__U__,3,"ICI"};
__li__U __string_209={__li__U__,46,"This block is extern context sensitive (\
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__li__U __string_210={__li__U__,18,"' local variable)."};
__li__U __string_211={__li__U__,16,"Executing pass: "};
__li__U __string_212={__li__U__,1,"*"};
__li__U __string_213={__li__U__,12,"_____CONTEXT"};
__li__U __string_214={__li__U__,4,"TYPE"};
__li__U __string_215={__li__U__,62,"/* Generic Object */\nstruct ___OBJ {\n \
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__li__U __string_216={__li__U__,6,"GLOBAL"};
__li__U __string_217={__li__U__,15,"FUNCTION HEADER"};
__li__U __string_218={__li__U__,20,"/* Debug Manager */\n"};
__li__U __string_219={__li__U__,32,"void interrupt_signal(int sig);\n"};
__li__U __string_220={__li__U__,201,"void lisaac_stack_print(_____CONTEXT *u\
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__li__U __string_221={__li__U__,18,"/* Source code */\n"};
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__li__U __string_230={__li__U__,3,"}\n\n"};
__li__U __string_231={__li__U__,43,"Sorry, Some Feature is Not Yet Implement\
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__li__U __string_232={__li__U__,3,"\n{ "};
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__li__U __string_236={__li__U__,60,"  pthread_mutex_unlock (&(self->mutex));\
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__li__U __string_240={__li__U__,5,"obj;\n"};
__li__U __string_241={__li__U__,2,"=("};
__li__U __string_242={__li__U__,3,")(("};
__li__U __string_243={__li__U__,12,"obj)->param_"};
__li__U __string_244={__li__U__,37,"  pthread_mutex_unlock(&obj->mutex);\n"};
__li__U __string_245={__li__U__,29,"  pthread_mutex_lock(mutex);\n"};
__li__U __string_246={__li__U__,17,"  return NULL;\n}\n"};
__li__U __string_247={__li__U__,57,"/* NULL */\n#ifndef NULL\n#define NULL (\
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__li__U __string_248={__li__U__,170,"/* ___CONTEXT */\ntypedef struct ___CON\
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__li__U __string_249={__li__U__,18,"\nvoid *table_type["};
__li__U __string_250={__li__U__,3,"];\n"};
__li__U __string_251={__li__U__,13,"DEBUG MANAGER"};
__li__U __string_252={__li__U__,108,"int print_string(char *str) \n{ \n  whi\
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__li__U __string_253={__li__U__,12,"char *trace["};
__li__U __string_254={__li__U__,4,"]={\n"};
__li__U __string_255={__li__U__,3,"  \""};
__li__U __string_256={__li__U__,4,")\",\n"};
__li__U __string_257={__li__U__,7,")\"\n};\n\n"};
__li__U __string_258={__li__U__,21,"SOURCE LINE REFERENCE"};
__li__U __string_259={__li__U__,60,"struct __source {\n  unsigned int pos;\n\
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__li__U __string_260={__li__U__,9,"#define L"};
__li__U __string_261={__li__U__,3,"  {"};
__li__U __string_262={__li__U__,2,",\""};
__li__U __string_263={__li__U__,4,"\"},\n"};
__li__U __string_264={__li__U__,4,"};\n\n"};
__li__U __string_265={__li__U__,254,"/* Unix Signal manager: */\nvoid interr\
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__li__U __string_266={__li__U__,65,"void lisaac_push_first(_____CONTEXT *pat\
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__li__U __string_267={__li__U__,309,"  _____CONTEXT *cur,loop;\n  cur = top_\
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__li__U __string_268={__li__U__,746,"  path->back  = top_context;\n  path->c\
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__li__U __string_270={__li__U__,307,"    print_string(\"Line #\");          \
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__li__U __string_271={__li__U__,515,"    next = next -> back;               \
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__li__U __string_272={__li__U__,2,".c"};
__li__U __string_273={__li__U__,12,"Error: File "};
__li__U __string_274={__li__U__,18," is not created !\n"};
__li__U __string_275={__li__U__,12,"digraph G {\n"};
__li__U __string_276={__li__U__,4," -> "};
__li__U __string_277={__li__U__,8,"[label=\""};
__li__U __string_278={__li__U__,2,"\"]"};
__li__U __string_279={__li__U__,14," [color=red];\n"};
__li__U __string_280={__li__U__,9,"graph.txt"};
__li__U __string_281={__li__U__,4," => "};
__li__U __string_282={__li__U__,10," minutes, "};
__li__U __string_283={__li__U__,12," second(s).\n"};
__li__U __string_284={__li__U__,13," warning(s).\n"};
__li__U __string_285={__li__U__,25,"  Local counter        : "};
__li__U __string_286={__li__U__,1,"\n"};
__li__U __string_287={__li__U__,25,"  Context counter      : "};
__li__U __string_288={__li__U__,25,"  Null call score      : "};
__li__U __string_289={__li__U__,25,"  Polymorphic call     : "};
__li__U __string_290={__li__U__,25,"  Recursivity function : "};
__li__U __string_291={__li__U__,25,"  Invariant loop score : "};
__li__U __string_292={__li__U__,15,"Warning: Slot `"};
__li__U __string_293={__li__U__,23,"BOOLEAN type is needed."};
__li__U __string_294={__li__U__,50,"Warning: Slot `back_end' not found in *.\
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__li__U __string_295={__li__U__,4,"_add"};
__li__U __string_296={__li__U__,4,"_sub"};
__li__U __string_297={__li__U__,9,"_logicnot"};
__li__U __string_298={__li__U__,4,"_not"};
__li__U __string_299={__li__U__,4,"_div"};
__li__U __string_300={__li__U__,4,"_mul"};
__li__U __string_301={__li__U__,4,"_xor"};
__li__U __string_302={__li__U__,4,"_mod"};
__li__U __string_303={__li__U__,8,"_greater"};
__li__U __string_304={__li__U__,5,"_less"};
__li__U __string_305={__li__U__,6,"_equal"};
__li__U __string_306={__li__U__,7,"_notdiv"};
__li__U __string_307={__li__U__,3,"_or"};
__li__U __string_308={__li__U__,4,"_and"};
__li__U __string_309={__li__U__,7,"_dollar"};
__li__U __string_310={__li__U__,6,"_diese"};
__li__U __string_311={__li__U__,3,"_at"};
__li__U __string_312={__li__U__,4,"_ask"};
__li__U __string_313={__li__U__,112,"---------------------------------------\
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__li__U __string_314={__li__U__,8,"0.39 rc1"};
__li__U __string_315={__li__U__,718,"--\n--            LORIA - LSIIT - UDS -\
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saac.org         --\n--                   http://www.lisaac.org             \
       --\n----------------------------------------------------------------\\
nUsage:                                                          \n  lisaac \
[] [] {}       \n                   \
                                             \n  Note: without  or\
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interpreted.             \n                                                 \
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__li__U __string_316={__li__U__,3,"  -"};
__li__U __string_317={__li__U__,2," <"};
__li__U __string_318={__li__U__,2,":\n"};
__li__U __string_319={__li__U__,38,"\t Sorry, no comment (see `make.lip').\n"};
__li__U __string_320={__li__U__,37,"\t Sorry, no option (see `make.lip').\n"};
__li__U __string_321={__li__U__,193,"                                       \
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__li__U __string_322={__li__U__,17,"Unreachable code."};
__li__U __string_323={__li__U__,18,"Identifier needed."};
__li__U __string_324={__li__U__,20,"Added ':' is needed."};
__li__U __string_325={__li__U__,21,"`STRING' type needed."};
__li__U __string_326={__li__U__,14,"String needed."};
__li__U __string_327={__li__U__,20,"Added ';' is needed."};
__li__U __string_328={__li__U__,26,"No data in Public section."};
__li__U __string_329={__li__U__,24,"Identifier is incorrect."};
__li__U __string_330={__li__U__,18,"type is incorrect."};
__li__U __string_331={__li__U__,21,"Incorrect expression."};
__li__U __string_332={__li__U__,15,"Incorrect type."};
__li__U __string_333={__li__U__,21,"Added '<-' is needed."};
__li__U __string_334={__li__U__,18,"Expression needed."};
__li__U __string_335={__li__U__,23,"Incorrect redefinition."};
__li__U __string_336={__li__U__,15,"Comment needed."};
__li__U __string_337={__li__U__,42,"`Public' or `Private' or `Inherit' neede\
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__li__U __string_338={__li__U__,22,"STRING type is needed."};
__li__U __string_339={__li__U__,23,"INTEGER type is needed."};
__li__U __string_340={__li__U__,9,"WARNING: "};
__li__U __string_341={__li__U__,14," no readable!\n"};
__li__U __string_342={__li__U__,21,"Incorrect directory `"};
__li__U __string_343={__li__U__,4,"PUSH"};
__li__U __string_344={__li__U__,28,"ERROR LIST: Violation once. "};
__li__U __string_345={__li__U__,20,"--SYNTAX-----------\n"};
__li__U __string_346={__li__U__,20,"--SEMANTIC---------\n"};
__li__U __string_347={__li__U__,20,"--WARNING----------\n"};
__li__U __string_348={__li__U__,20,"--MESSAGE----------\n"};
__li__U __string_349={__li__U__,6,"\nLine "};
__li__U __string_350={__li__U__,8," column "};
__li__U __string_351={__li__U__,4," in "};
__li__U __string_352={__li__U__,3,"):\n"};
__li__U __string_353={__li__U__,2,"^\n"};
__li__U __string_354={__li__U__,39,"Cannot resolve type for type parameter "};
__li__U __string_355={__li__U__,3,"<<<"};
__li__U __string_356={__li__U__,3,">>>"};
__li__U __string_357={__li__U__,15,"Block not found"};
__li__U __string_358={__li__U__,22,"Incorrect vector size."};
__li__U __string_359={__li__U__,21,"Cyclic inheritance : "};
__li__U __string_360={__li__U__,2,", "};
__li__U __string_361={__li__U__,23,"\n---------------------\n"};
__li__U __string_362={__li__U__,11,"BLOCK SEND "};
__li__U __string_363={__li__U__,8,"Generic "};
__li__U __string_364={__li__U__,24,"Recursivity without end."};
__li__U __string_365={__li__U__,17,"PROFIL_BLOCK.slot"};
__li__U __string_366={__li__U__,12,"Call on NULL"};
__li__U __string_367={__li__U__,5,"push("};
__li__U __string_368={__li__U__,3,"nop"};
__li__U __string_369={__li__U__,12,"is_expanded("};
__li__U __string_370={__li__U__,8,"type_id("};
__li__U __string_371={__li__U__,8,"size_of("};
__li__U __string_372={__li__U__,12,"COP_UNLOCK()"};
__li__U __string_373={__li__U__,7,"static "};
__li__U __string_374={__li__U__,5,"void "};
__li__U __string_375={__li__U__,95,"Compiler limit : This block is context s\
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__li__U __string_376={__li__U__,3,"/* "};
__li__U __string_377={__li__U__,14,"No recursive, "};
__li__U __string_378={__li__U__,11,"Recursive, "};
__li__U __string_379={__li__U__,13,"No inlinable."};
__li__U __string_380={__li__U__,10,"Inlinable."};
__li__U __string_381={__li__U__,9," CONTEXT!"};
__li__U __string_382={__li__U__,12," NO CONTEXT!"};
__li__U __string_383={__li__U__,4," */\n"};
__li__U __string_384={__li__U__,3,"int"};
__li__U __string_385={__li__U__,8,"typedef "};
__li__U __string_386={__li__U__,7,"struct "};
__li__U __string_387={__li__U__,7,"_struct"};
__li__U __string_388={__li__U__,3," __"};
__li__U __string_389={__li__U__,15," /* ALIAS with "};
__li__U __string_390={__li__U__,3," */"};
__li__U __string_391={__li__U__,58,"Compiler limit: Cyclic depending structu\
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__li__U __string_392={__li__U__,34,"Slot is not possible with a type C"};
__li__U __string_393={__li__U__,8,"#define "};
__li__U __string_394={__li__U__,3,"__ "};
__li__U __string_395={__li__U__,42,"Late binding is not possible with a type\
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__li__U __string_396={__li__U__,10,"#define __"};
__li__U __string_397={__li__U__,21,"  unsigned int __id;\n"};
__li__U __string_398={__li__U__,51,"Late binding is not possible with `mappi\
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__li__U __string_399={__li__U__,22,"  lith_object thread;\n"};
__li__U __string_400={__li__U__,12,"  int param_"};
__li__U __string_401={__li__U__,11,"  volatile "};
__li__U __string_402={__li__U__,14,"  void *self;\n"};
__li__U __string_403={__li__U__,17,"  void *Nothing;\n"};
__li__U __string_404={__li__U__,10,"_struct {\n"};
__li__U __string_405={__li__U__,28,"} __attribute__ ((packed));\n"};
__li__U __string_406={__li__U__,3,"};\n"};
__li__U __string_407={__li__U__,4,"={__"};
__li__U __string_408={__li__U__,3,"__}"};
__li__U __string_409={__li__U__,5,"__ (&"};
__li__U __string_410={__li__U__,4,"_)\n\n"};
__li__U __string_411={__li__U__,3,"% ("};
__li__U __string_412={__li__U__,21,"No expression result."};
__li__U __string_413={__li__U__,31,"No argument for `print' method."};
__li__U __string_414={__li__U__,24,"Integer argument needed."};
__li__U __string_415={__li__U__,38,"No argument for `help_command' method."};
__li__U __string_416={__li__U__,33,"No argument for `version' method."};
__li__U __string_417={__li__U__,18,"Compiler version: "};
__li__U __string_418={__li__U__,18,"Built on:         "};
__li__U __string_419={__li__U__,25,"We 22/12/2009 00:45:12,00"};
__li__U __string_420={__li__U__,18,"Debug level:      "};
__li__U __string_421={__li__U__,9,"No debug."};
__li__U __string_422={__li__U__,18,"Inlining level:   "};
__li__U __string_423={__li__U__,18,"Optimization:     "};
__li__U __string_424={__li__U__,23,"String argument needed."};
__li__U __string_425={__li__U__,6,"Slot `"};
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__li__U __string_427={__li__U__,17,"Invalid argument."};
__li__U __string_428={__li__U__,15,"BOOLEAN needed."};
__li__U __string_429={__li__U__,22,"Line counter overflow."};
__li__U __string_430={__li__U__,40,"Column counter overflow (line too long)."};
__li__U __string_431={__li__U__,29,"Unterminated string constant."};
__li__U __string_432={__li__U__,0,""};
__li__U __string_433={__li__U__,19,"Double declaration."};
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__li__U __string_435={__li__U__,26,"End of comment not found !"};
__li__U __string_436={__li__U__,14,"Slot deferred."};
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__li__U __string_438={__li__U__,13,"Cannot open `"};
__li__U __string_439={__li__U__,32,"Incorrect genericity definition."};
__li__U __string_440={__li__U__,4,"li__"};
__li__U __string_441={__li__U__,26,"Invalid constant integer ("};
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__li__U __string_443={__li__U__,2," ["};
__li__U __string_444={__li__U__,2,".."};
__li__U __string_445={__li__U__,17,"] => new value=0."};
__li__U __string_446={__li__U__,7,"TYPE : "};
__li__U __string_447={__li__U__,13,"Crash system."};
__li__U __string_448={__li__U__,31,"Invariance type result invalid."};
__li__U __string_449={__li__U__,39,"Invariance section declaration invalid."};
__li__U __string_450={__li__U__,27,"Invariance argument number."};
__li__U __string_451={__li__U__,12,"Call on Void"};
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__li__U __string_453={__li__U__,26,"Incorrect number argument."};
__li__U __string_454={__li__U__,5,"Type "};
__li__U __string_455={__li__U__,35," does not have access to this slot."};
__li__U __string_456={__li__U__,8,"deferred"};
__li__U __string_457={__li__U__,13,"Deferred in `"};
__li__U __string_458={__li__U__,6,"' for "};
__li__U __string_459={__li__U__,24,"ITM_LIST_IDF.to_run_expr"};
__li__U __string_460={__li__U__,24,"ITM_OPERATOR.to_run_expr"};
__li__U __string_461={__li__U__,12,"(TYPE_BLOCK)"};
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__li__U __string_463={__li__U__,9,"\n dans :\n"};
__li__U __string_464={__li__U__,14,"(PROFIL_BLOCK)"};
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__li__U __string_467={__li__U__,7,"Strict "};
__li__U __string_468={__li__U__,9,"Expanded "};
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__li__U __string_470={__li__U__,2,"LA"};
__li__U __string_471={__li__U__,35,"Recursivity without end (LOOP_END)."};
__li__U __string_472={__li__U__,9,"\nDevient\n"};
__li__U __string_473={__li__U__,7,"Switch "};
__li__U __string_474={__li__U__,2,"| "};
__li__U __string_475={__li__U__,7,""};
__li__U __string_476={__li__U__,11,">"};
__li__U __string_492={__li__U__,2,"<<"};
__li__U __string_493={__li__U__,2,"]="};
__li__U __string_494={__li__U__,3," :="};
__li__U __string_495={__li__U__,6,""};
__li__U __string_496={__li__U__,2,"()"};
__li__U __string_497={__li__U__,1,"("};
__li__U __string_498={__li__U__,2,"<>"};
__li__U __string_499={__li__U__,1,"+"};
__li__U __string_500={__li__U__,1,"%"};
__li__U __string_501={__li__U__,5,"goto "};
__li__U __string_502={__li__U__,9,"COP_LOCK("};
__li__U __string_503={__li__U__,1,"^"};
__li__U __string_504={__li__U__,81,"lisaac_stack_print(top_context); print_s\
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__li__U __string_505={__li__U__,67,"print_string(\"Call on NULL\\n(Use `-D' \
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__li__U __string_506={__li__U__,19,"lisaac_push_first(&"};
__li__U __string_507={__li__U__,13,"lisaac_push(&"};
__li__U __string_508={__li__U__,6,"; /* L"};
__li__U __string_509={__li__U__,2,"*/"};
__li__U __string_510={__li__U__,3,"*/\n"};
__li__U __string_511={__li__U__,4,"if ("};
__li__U __string_512={__li__U__,35," /* INSTR.genere :: Not genere ! */"};
__li__U __string_513={__li__U__,20,"IS_EXPANDED.genere !"};
__li__U __string_514={__li__U__,8,".__id==0"};
__li__U __string_515={__li__U__,2,") "};
__li__U __string_516={__li__U__,6," else "};
__li__U __string_517={__li__U__,4," */ "};
__li__U __string_518={__li__U__,8," else {\n"};
__li__U __string_519={__li__U__,24," else /* Other types */ "};
__li__U __string_520={__li__U__,8,"switch ("};
__li__U __string_521={__li__U__,4,") {\n"};
__li__U __string_522={__li__U__,5,"case "};
__li__U __string_523={__li__U__,3,": \n"};
__li__U __string_524={__li__U__,8," break;\n"};
__li__U __string_525={__li__U__,9,"default:\n"};
__li__U __string_526={__li__U__,95,"lisaac_stack_print(top_context); print_s\
tring(\"Call on twilight zone!!!\\n\"); die_with_code(1);\n"};
__li__U __string_527={__li__U__,13,"Genere NODE!\n"};
__li__U __string_528={__li__U__,7,".__id=0"};
__li__U __string_529={__li__U__,2,"(*"};
__li__U __string_530={__li__U__,3,"*(("};
__li__U __string_531={__li__U__,2,"(("};
__li__U __string_532={__li__U__,3,")->"};
__li__U __string_533={__li__U__,22,"pthread_mutex_lock (&("};
__li__U __string_534={__li__U__,18,"->thread.mutex));\n"};
__li__U __string_535={__li__U__,8,"->param_"};
__li__U __string_536={__li__U__,6,"=(int)"};
__li__U __string_537={__li__U__,9,"arg null\n"};
__li__U __string_538={__li__U__,25,"->thread.procedure = COP_"};
__li__U __string_539={__li__U__,6,"return"};
__li__U __string_540={__li__U__,13,"run_procedure"};
__li__U __string_541={__li__U__,16,"((lith_object *)"};
__li__U __string_542={__li__U__,58,"Impossible `Self' argument for External \
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__li__U __string_543={__li__U__,27,"LOOP BUG: Body loop empty !"};
__li__U __string_544={__li__U__,8,"while (!"};
__li__U __string_545={__li__U__,7,"while ("};
__li__U __string_546={__li__U__,3,"do "};
__li__U __string_547={__li__U__,9," while (!"};
__li__U __string_548={__li__U__,8," while ("};
__li__U __string_549={__li__U__,15,"// Pre thread.\n"};
__li__U __string_550={__li__U__,21,"{ lith_node node,*n;\n"};
__li__U __string_551={__li__U__,18,"lith_object *obj;\n"};
__li__U __string_552={__li__U__,19,"void *thread_save;\n"};
__li__U __string_553={__li__U__,9,"obj = &(("};
__li__U __string_554={__li__U__,12,")->thread);\n"};
__li__U __string_555={__li__U__,18,"node.next = NULL;\n"};
__li__U __string_556={__li__U__,38,"pthread_mutex_init(&node.mutex,NULL);\n"};
__li__U __string_557={__li__U__,33,"pthread_mutex_lock(&obj->mutex);\n"};
__li__U __string_558={__li__U__,15,"n = obj->last;\n"};
__li__U __string_559={__li__U__,17,"if (n == NULL) {\n"};
__li__U __string_560={__li__U__,22,"  obj->first = &node;\n"};
__li__U __string_561={__li__U__,9,"} else {\n"};
__li__U __string_562={__li__U__,19,"  n->next = &node;\n"};
__li__U __string_563={__li__U__,35,"  pthread_mutex_lock(&node.mutex);\n"};
__li__U __string_564={__li__U__,19,"obj->last = &node;\n"};
__li__U __string_565={__li__U__,35,"pthread_mutex_unlock(&obj->mutex);\n"};
__li__U __string_566={__li__U__,34,"pthread_mutex_lock (&node.mutex);\n"};
__li__U __string_567={__li__U__,49,"thread_save=pthread_getspecific(current_\
thread);\n"};
__li__U __string_568={__li__U__,35,"pthread_setspecific(current_thread,"};
__li__U __string_569={__li__U__,35,"pthread_mutex_lock(&(obj->mutex));\n"};
__li__U __string_570={__li__U__,22,"n = obj->first->next;\n"};
__li__U __string_571={__li__U__,17,"if (n != NULL) {\n"};
__li__U __string_572={__li__U__,35,"  pthread_mutex_unlock(&n->mutex);\n"};
__li__U __string_573={__li__U__,20,"  obj->last = NULL;\n"};
__li__U __string_574={__li__U__,16,"obj->first = n;\n"};
__li__U __string_575={__li__U__,49,"pthread_setspecific(current_thread,threa\
d_save);\n"};
__li__U __string_576={__li__U__,9,"volatile "};
__li__U __string_577={__li__U__,33,"Slot is not in `Mapping' section."};
__li__U __string_578={__li__U__,19,"Not enough memory.\n"};
__li__U __string_579={__li__U__,22,"Error INTEGER needed.\n"};
__li__U __string_580={__li__U__,23,"Unreachable expression."};
__li__U __string_581={__li__U__,24,"Unknown escape sequence."};
__li__U __string_582={__li__U__,39,"Invalid range character number [0,255]."};
__li__U __string_583={__li__U__,23,"Character '\' is needed."};
__li__U __string_584={__li__U__,23,"Incorrect octal number."};
__li__U __string_585={__li__U__,24,"Incorrect binary number."};
__li__U __string_586={__li__U__,25,"Incorrect decimal number."};
__li__U __string_587={__li__U__,20,"`Section' is needed."};
__li__U __string_588={__li__U__,27,"Section `Header' is needed."};
__li__U __string_589={__li__U__,22,"Slot `name' not found."};
__li__U __string_590={__li__U__,23,"Incorrect type section."};
__li__U __string_591={__li__U__,50,"`Section Inherit/Insert' must to be firs\
t section."};
__li__U __string_592={__li__U__,78,"`Section Inherit' is not possible with E\
xpanded object (Use `Section Insert')."};
__li__U __string_593={__li__U__,31,"No argument for interrupt slot."};
__li__U __string_594={__li__U__,33,"No argument for inheritance slot."};
__li__U __string_595={__li__U__,27,"Incorrect slot declaration."};
__li__U __string_596={__li__U__,22,"Incorrect result type."};
__li__U __string_597={__li__U__,20,"Added ')' is needed."};
__li__U __string_598={__li__U__,36,"Incorrect type for inheritance slot."};
__li__U __string_599={__li__U__,7,"__init_"};
__li__U __string_600={__li__U__,10,"Added ';'."};
__li__U __string_601={__li__U__,24,"Double slot declaration."};
__li__U __string_602={__li__U__,38,"Invariant: Sorry, Not yet implemented."};
__li__U __string_603={__li__U__,17,"Incorrect symbol."};
__li__U __string_604={__li__U__,26,"Static cyclic inheritance."};
__li__U __string_605={__li__U__,19,"/* External slot */"};
__li__U __string_606={__li__U__,29,"Incorrect value result (slot:"};
__li__U __string_607={__li__U__,7,", list:"};
__li__U __string_608={__li__U__,2,")."};
__li__U __string_609={__li__U__,19,"__BEGIN_INTERRUPT__"};
__li__U __string_610={__li__U__,17,"__END_INTERRUPT__"};
__li__U __string_611={__li__U__,42,"Invariance number vector argument invali\
d."};
__li__U __string_612={__li__U__,33,"Invariance name argument invalid."};
__li__U __string_613={__li__U__,33,"Invariance type argument invalid."};
__li__U __string_614={__li__U__,27,"Incorrect vector size for #"};
__li__U __string_615={__li__U__,14," argument of `"};
__li__U __string_616={__li__U__,15,"' slot. (slot #"};
__li__U __string_617={__li__U__,8,", call #"};
__li__U __string_618={__li__U__,17,"Type expression ("};
__li__U __string_619={__li__U__,51,") is not Expanded or Strict for SELF arg\
ument type."};
__li__U __string_620={__li__U__,42,"Incorrect vector size for `value' messag\
e."};
__li__U __string_621={__li__U__,57,"Incorrect size of vector argument for th\
is block. (Value:"};
__li__U __string_622={__li__U__,7,", Type:"};
__li__U __string_623={__li__U__,4,"NODE"};
__li__U __string_624={__li__U__,9,"Postfix '"};
__li__U __string_625={__li__U__,7,"Infix '"};
__li__U __string_626={__li__U__,8,"Prefix '"};
__li__U __string_627={__li__U__,21,"ITM_SLOT.pretty_name."};
__li__U __string_628={__li__U__,48,"Type `SELF' is not possible for `-' styl\
e local."};
__li__U __string_629={__li__U__,12,"Local slot `"};
__li__U __string_630={__li__U__,11,"' not used."};
__li__U __string_631={__li__U__,24,"Double declaration for `"};
__li__U __string_632={__li__U__,7,"' slot."};
__li__U __string_633={__li__U__,21,"ITM_LDOTS.to_run_expr"};
__li__U __string_634={__li__U__,6,"Type `"};
__li__U __string_635={__li__U__,38,"' not found (Undefine type parameter)."};
__li__U __string_636={__li__U__,22,"Incorrect size vector."};
__li__U __string_637={__li__U__,31,"ITM_WRITE: Not yet implemented."};
__li__U __string_638={__li__U__,27,"' not found in static type "};
__li__U __string_639={__li__U__,32,"`?=' is not necessary, use `:='."};
__li__U __string_640={__li__U__,36,"Argument assignment is not possible."};
__li__U __string_641={__li__U__,5," and "};
__li__U __string_642={__li__U__,20," are not comparable."};
__li__U __string_643={__li__U__,27,"Operator postfix not found."};
__li__U __string_644={__li__U__,6,"prefix"};
__li__U __string_645={__li__U__,5,"infix"};
__li__U __string_646={__li__U__,18,"ITM_SLOT.priority."};
__li__U __string_647={__li__U__,23,"ITM_SLOT.associativity."};
__li__U __string_648={__li__U__,37,"Incorrect external local slot access."};
__li__U __string_649={__li__U__,28,"External local slot access `"};
__li__U __string_650={__li__U__,15,"' is not found."};
__li__U __string_651={__li__U__,23,"' must be in `+' style."};
__li__U __string_652={__li__U__,3,"(@)"};
__li__U __string_653={__li__U__,37,"Unknown external lisaac code (0..31)."};
__li__U __string_654={__li__U__,23,"top_context->back->back"};
__li__U __string_655={__li__U__,2,"Mo"};
__li__U __string_656={__li__U__,2,"Tu"};
__li__U __string_657={__li__U__,2,"We"};
__li__U __string_658={__li__U__,2,"Th"};
__li__U __string_659={__li__U__,2,"Fr"};
__li__U __string_660={__li__U__,2,"Sa"};
__li__U __string_661={__li__U__,2,"Su"};
__li__U __string_662={__li__U__,26,"Free external lisaac code."};
__li__U __string_663={__li__U__,52,"Recursivity without end (default used de\
fault, ...)."};
__li__U __string_664={__li__U__,8,". Slot `"};
__li__U __string_665={__li__U__,26,"No argument for this slot."};
__li__U __string_666={__li__U__,13,"Type result `"};
__li__U __string_667={__li__U__,45,"' is incorrect (Used for auto-conversion\
 to `"};
__li__U __string_668={__li__U__,3,"')."};
__li__U __string_669={__li__U__,4," <- "};
__li__U __string_670={__li__U__,33,"Incorrect argument for this slot."};
__li__U __string_671={__li__U__,19,"' is invalid with `"};
__li__U __string_672={__li__U__,34,"NODE_STYLE : data.context = NULL!\n"};
__li__U __string_673={__li__U__,16,"/* NODE_STYLE */"};
__li__U __string_674={__li__U__,10,"New type: "};
__li__U __string_675={__li__U__,4,") x "};
__li__U __string_676={__li__U__,6,""};
__li__U __string_677={__li__U__,11,"\nOld type: "};
__li__U __string_678={__li__U__,23,"*****SWITCH BUG********"};
__li__U __string_679={__li__U__,15,"PB dans SWITCH."};
__li__U __string_680={__li__U__,63,"******** VARIABLE.unwrite : BUG require_\
list = NULL **********\n"};
__li__U __string_681={__li__U__,47,"******** VARIABLE.unwrite : BUG !!! ****\
******\n"};
__li__U __string_682={__li__U__,26,"EXPR_MULTIPLE.execute_link"};
__li__U __string_683={__li__U__,17,"Division by zero."};
__li__U __string_684={__li__U__,30,"Right shift count is negative."};
__li__U __string_685={__li__U__,29,"Left shift count is negative."};
__li__U __string_686={__li__U__,19,"LOOP.my_copy BUG!!!"};
__li__U __string_687={__li__U__,8," Origin:"};
__li__U __string_688={__li__U__,6," copy:"};
__li__U __string_689={__li__U__,18,"LOOP: Bug in copy."};
__li__U __string_690={__li__U__,18,"NODE_STYLE.my_copy"};
__li__U __string_691={__li__U__,12,"CALL_SLOT : "};
__li__U __string_692={__li__U__,20,"LIST.remove_index ! "};
__li__U __string_693={__li__U__,12,"DTA_WR_CODE:"};
__li__U __string_694={__li__U__,13,"DTA_WR_VALUE:"};
__li__U __string_695={__li__U__,12,"DTA_RD_ARGS:"};
__li__U __string_696={__li__U__,10," __string_"};
__li__U __string_697={__li__U__,3,"__,"};
__li__U __string_698={__li__U__,2,"\\\n"};
__li__U __string_699={__li__U__,11,"(&__string_"};
__li__U __string_700={__li__U__,8," style ["};
__li__U __string_701={__li__U__,2,"] "};
__li__U __string_702={__li__U__,36,"BUG ALIASER_LOCAL.add_var_size Error"};
__li__U __string_703={__li__U__,16,"/* PERSISTANT */"};
__li__U __string_704={__li__U__,2,")("};
__li__U __string_705={__li__U__,2,"))"};
__li__U __string_706={__li__U__,8,"(void *)"};
__li__U __string_707={__li__U__,3,"LLU"};
__li__U __string_708={__li__U__,2,"LU"};
__li__U __string_709={__li__U__,8,"(memcmp("};
__li__U __string_710={__li__U__,8,",sizeof("};
__li__U __string_711={__li__U__,8,")) == 0)"};
__li__U __string_712={__li__U__,15,"(unsigned long)"};
__li__U __string_713={__li__U__,6,"(long)"};
__li__U __string_714={__li__U__,5,".__id"};
__li__U __string_715={__li__U__,8,")) != 0)"};
__li__U __string_716={__li__U__,2,"-1"};
__li__U __string_717={__li__U__,2,"*("};
__li__U __string_718={__li__U__,7,"sizeof("};
__li__U __string_719={__li__U__,6,".self)"};
__li__U __string_720={__li__U__,3,"(*("};
__li__U __string_721={__li__U__,3,"(&("};
__li__U __string_722={__li__U__,18,"((struct ___OBJ *)"};
__li__U __string_723={__li__U__,7,")->__id"};
__li__U __string_724={__li__U__,5,"(int)"};
__li__U __string_725={__li__U__,2,"&("};
__li__U __string_726={__li__U__,24,"Incorrect type operator."};
__li__U __string_727={__li__U__,27,"Incorrect style slot ('-')."};
__li__U __string_728={__li__U__,24,"COP not yet implemented."};
__li__U __string_729={__li__U__,2509,"#include \n#include \n\nvoid print_char(char car);\nint die_with_code(int code);\n\nstatic pt\
hread_key_t current_thread;\nstatic pthread_attr_t thread_attr;\npthread_t c\
_thread;\nint thread_counter;\n\nstatic char thread_stack[512][PTHREAD_STACK\
_MIN];\n\ntypedef struct lith_object_struct lith_object;\ntypedef struct lit\
h_node_struct lith_node;\nstruct lith_node_struct {\n  pthread_mutex_t mutex\
;\n  lith_node *next;\n  lith_object *object;\n};\nstruct lith_object_struct\
 {\n  unsigned long __id; // Just for late binding.\n  lith_node *first;\n  \
lith_node *last;\n  lith_object *(*procedure)(lith_object *obj,pthread_mutex\
_t *mutex);\n  pthread_mutex_t mutex;\n};\nstruct {\n  lith_node *first;\n  \
pthread_mutex_t mutex;\n} pool;\n\nvoid *thread_life(void *ptr)\n{ lith_node\
 node,*n;\n  lith_object *obj,*new_obj;\n\n  pthread_mutex_init(&node.mutex,\
NULL);\n  pthread_mutex_lock(&node.mutex);\n  node.object = (lith_object *)p\
tr;\n  do {\n    // Append fifo object.\n    obj = node.object;\n    node.ne\
xt = NULL;\n    n = obj->last;\n    if (n == NULL) {\n      obj->first = &no\
de;\n      pthread_mutex_unlock(&node.mutex);\n    } else {\n      n->next =\
 &node;\n    };\n    obj->last = &node;\n    pthread_setspecific(current_thr\
ead,(void *)obj);\n    // Run procedure.\n    new_obj = obj->procedure(obj,&\
node.mutex);\n    // Remove fifo object.\n    pthread_mutex_lock(&obj->mutex\
);\n    n = obj->first->next;\n    if (n != NULL) {\n      pthread_mutex_unl\
ock(&n->mutex);\n    } else {\n      obj->last = NULL;\n    };\n    obj->fir\
st = n;\n    pthread_mutex_unlock(&obj->mutex);\n    if (new_obj != NULL) {\\
n      node.object = new_obj;\n    } else {\n      // Add in pool.\n      pt\
hread_mutex_lock(&pool.mutex);\n      node.next = pool.first;\n      pool.fi\
rst = &node;\n      pthread_mutex_unlock(&pool.mutex);\n      // Sleep.\n   \
   pthread_mutex_lock(&node.mutex);\n    };\n  } while (1);\n  return NULL;\\
n};\n\nvoid run_procedure(lith_object *obj)\n{ lith_node *node;\n  char *msg\
=\"COP Error!\\n\";\n  // Pool manager.\n  pthread_mutex_lock(&pool.mutex);\\
n  node = pool.first;\n  if (node != NULL) {\n    pool.first = node->next;\n\
  };\n  pthread_mutex_unlock(&pool.mutex);\n  // Run thread.\n  if (node == \
NULL) {\n    pthread_attr_setstack(&thread_attr, thread_stack[thread_counter\
++],PTHREAD_STACK_MIN);\n    if ((thread_counter>512) || pthread_create(&c_t\
hread,&thread_attr, thread_life, (void *)obj)) {\n      while (*msg != 0) pr\
int_char(*(msg++));\n      die_with_code(1);\n    };\n  } else {\n    node->\
object = obj;\n    pthread_mutex_unlock(&node->mutex);\n  };\n};\n\n"};
__li__U __string_730={__li__U__,11,"Added ':='."};
__li__U __string_731={__li__U__,31,"Prototype identifier is needed."};
__li__U __string_732={__li__U__,34,"Incorrect name (filename != name)."};
__li__U __string_733={__li__U__,24,"Object can't be generic."};
__li__U __string_734={__li__U__,36,"Identifier parameter type is needed."};
__li__U __string_735={__li__U__,10,"Added ')'."};
__li__U __string_736={__li__U__,28,"Invalid generic list number."};
__li__U __string_737={__li__U__,34,"Slot `name' must to be first slot."};
__li__U __string_738={__li__U__,20,"Incorrect type list."};
__li__U __string_739={__li__U__,19,"Incorrect external."};
__li__U __string_740={__li__U__,15,"Incorrect expr."};
__li__U __string_741={__li__U__,33,"Double `default' slot definition."};
__li__U __string_742={__li__U__,30,"Double `type' slot definition."};
__li__U __string_743={__li__U__,17,"Incorrect number."};
__li__U __string_744={__li__U__,20,"Added '(' is needed."};
__li__U __string_745={__li__U__,17,"Incorrect string."};
__li__U __string_746={__li__U__,15,"Incorrect slot."};
__li__U __string_747={__li__U__,59,"For a section, the prototype name only (\
without '['...']')."};
__li__U __string_748={__li__U__,22,"Type `SELF' is needed."};
__li__U __string_749={__li__U__,30,"Incorrect argument identifier."};
__li__U __string_750={__li__U__,24,"Incorrect argument type."};
__li__U __string_751={__li__U__,30,"Incorrect argument definition."};
__li__U __string_752={__li__U__,19,"Operator is needed."};
__li__U __string_753={__li__U__,19,"Incorrect operator."};
__li__U __string_754={__li__U__,10,"Added `''."};
__li__U __string_755={__li__U__,29,"Operator declaration invalid."};
__li__U __string_756={__li__U__,39,"Not associativity for postfix operator."};
__li__U __string_757={__li__U__,38,"Not associativity for prefix operator."};
__li__U __string_758={__li__U__,32,"Incorrect in `Section External'."};
__li__U __string_759={__li__U__,7,"Added '"};
__li__U __string_760={__li__U__,10,"Added '}'."};
__li__U __string_761={__li__U__,27,"`Expanded' is not possible."};
__li__U __string_762={__li__U__,22,"Prototype name needed."};
__li__U __string_763={__li__U__,12,"Type needed."};
__li__U __string_764={__li__U__,7,"Style `"};
__li__U __string_765={__li__U__,32,"' for parameter type is ignored."};
__li__U __string_766={__li__U__,10,"' ignored."};
__li__U __string_767={__li__U__,27,"Sorry, not yet implemented."};
__li__U __string_768={__li__U__,10,"Added ']'."};
__li__U __string_769={__li__U__,45,"Impossible '<-' style assignment with ve\
ctor."};
__li__U __string_770={__li__U__,28,"Sorry, Not yet implemented !"};
__li__U __string_771={__li__U__,5,"Slot "};
__li__U __string_772={__li__U__,2," '"};
__li__U __string_773={__li__U__,15,"' not found in "};
__li__U __string_774={__li__U__,28,"ITM_SLOT.priority_and_level."};
__li__U __string_775={__li__U__,42,"Polymorphic External slot is not possibl\
e."};
__li__U __string_776={__li__U__,18,"Incorrect message."};
__li__U __string_777={__li__U__,10,"Added ':'."};
__li__U __string_778={__li__U__,24,"Incorrect Result number."};
__li__U __string_779={__li__U__,25,"Incorrect live type list."};
__li__U __string_780={__li__U__,18,"!@#$%^&<|*-+=~/?\\>"};
__li__U __string_781={__li__U__,30,"1) Sorry, not yet implemented."};
__li__U __string_782={__li__U__,30,"2) Sorry, not yet implemented."};
__li__U __string_783={__li__U__,21,"Incorrect identifier."};
__li__U __string_784={__li__U__,21,"Incorrect local type."};
__li__U __string_785={__li__U__,27,"Incorrect `Old' expression."};
__li__U __string_786={__li__U__,19,"Incorrect argument."};
__li__U __string_787={__li__U__,35,"ITM_TYPE_BLOCK.append_cast_name_in "};
__li__U __string_788={__li__U__,22,"Incorrect real number."};
__li__U __string_789={__li__U__,28,"Character constant too long."};
__li__U __string_790={__li__U__,32,"Unterminated character constant."};
__li__U __string_791={__li__U__,37,"Incorrect multiple result expression."};
__li__U __string_792={__li__U__,4,"_of_"};
__li__U __string_793={__li__U__,5,"_and_"};

/*==========================*/
/* FUNCTION HEADER          */
/*==========================*/

/* Source code */
static __li__BC* li__IFC(__li__K li__KFC);
static __li__JFE* li__PGF(__li__K li__RGF);
static void li__SRX(__li__BC *li__TRX,__li__3 li__URX);
static void li__D01(__li__JFE *li__E01,__li__BC *li__F01);
static __li__RA1* li__QYHB();
static __li__CB li__YCJ(__li__JJG li__0CJ,__li__CB li__1CJ,__li__52B li__2CJ);
static void** li__4KHB(__li__K li__ALHB);
static __li__GD* li__FXE(__li__K li__HXE);
static __li__K li__YDQ(__li__K li__0DQ);
static __li__CB li__HJU(__li__JJG li__JJU);
static void** li__EPYD(__li__K li__GPYD);
static void** li__DAQC(__li__K li__FAQC);
static void** li__HWQ(__li__K li__JWQ);
static void** li__HDFG(__li__K li__JDFG);
static void** li__WGHB(__li__K li__YGHB);
static void** li__W32H(__li__K li__Y32H);
static void** li__F1Q(__li__K li__H1Q);
static void** li__DPQ(__li__K li__FPQ);
static void** li__2HHB(__li__K li__4HHB);
static void** li__VSQ(__li__K li__XSQ);
static void* li__D4C(__li__U *li__F4C);
static void** li__0JHB(__li__K li__2JHB);
static __li__CRB* li__YIKC(__li__K li__0IKC);
static void** li__2GXH(__li__K li__4GXH);
static void** li__I4YD(__li__K li__K4YD);
static void** li__Z2YD(__li__K li__12YD);
static void** li__MKHB(__li__K li__OKHB);
static __li__VB1* li__E0BC(__li__U *li__G0BC);
static void** li__TVYD(__li__K li__VVYD);
static void** li__BVYD(__li__K li__DVYD);
static void** li__RXYD(__li__K li__TXYD);
static void** li__MJTI(__li__K li__OJTI);
static void** li__BVXE(__li__K li__DVXE);
static void** li__TYXE(__li__K li__VYXE);
static void** li__BDAF(__li__K li__DDAF);
static void** li__TYWD(__li__K li__VYWD);
static __li__3PZ* li__EVVB(__li__K li__GVVB);
static void** li__3FXK(__li__K li__5FXK);
static void** li__JC3H(__li__K li__LC3H);
static void** li__DCQD(__li__K li__FCQD);
static void** li__AFHB(__li__K li__CFHB);
static void** li__1O1I(__li__K li__3O1I);
static void** li__21RP(__li__K li__41RP);
static __li__Z0IE* li__SP2E(__li__K li__UP2E);
static __li__ZDID* li__Q21D();
static void** li__RYSM(__li__K li__TYSM);
static void** li__3OEG(__li__K li__5OEG);
static void** li__IJOM(__li__K li__KJOM);
static void** li__YSSM(__li__K li__0SSM);
static __li__Z0IE* li__AOJJ(__li__K li__COJJ);
static __li__TXB* li__1PE(__li__K li__3PE);
static void** li__VXEH(__li__K li__XXEH);
static void** li__4I3N(__li__K li__AJ3N);
static void** li__JLEH(__li__K li__LLEH);
static __li__CB li__CUY(__li__CB li__EUY,__li__JJG li__FUY,__li__JJG li__GUY);
static void li__JAZ(__li__BC *li__KAZ,__li__U *li__LAZ);
static void** li__MDYH(__li__K li__ODYH);
static __li__1M* li__UAVC();
static __li__KXFD* li__GQMD();
static __li__IFGD* li__NQMD();
static void** li__XYDR(__li__K li__ZYDR);
static __li__SZHP* li__DM5P();
static __li__MZB* li__HQE(__li__K li__JQE);
static void** li__5R3N(__li__K li__BS3N);
static void** li__XYBB(__li__K li__ZYBB);
static void li__PFZ(__li__HR *li__QFZ,void *li__RFZ);
static __li__U* li__XRF(void *li__0RF);
static void li__VBG();
static void li__DJZ(__li__BC *li__EJZ,__li__BC *li__FJZ);
static void li__GL2(__li__BC *li__HL2,__li__K li__IL2);
static void li__LKZ(__li__BC *li__MKZ,__li__3 li__NKZ,__li__3 li__OKZ);
static __li__U* li__SQC(__li__BC *li__UQC);
static __li__HC* li__BDC(__li__U *li__DDC);
static void li__KBG(__li__U *li__LBG);
static void li__C30(__li__BC *li__D30);
static void li__HUE();
static void li__NSZ(__li__BC *li__OSZ);
static __li__C li__2ECD(__li__BC *li__3ECD,void *li__4ECD);
static __li__GGB* li__VRE(__li__C li__XRE);
static __li__C li__AAAD(__li__BC *li__BAAD);
static __li__K li__VHOD(__li__BC *li__WHOD);
static __li__MHB* li__J2XB(__li__MHB *li__K2XB,__li__K li__L2XB);
static __li__YHB* li__MJY(__li__YHB *li__NJY,__li__U *li__OJY);
static __li__C li__PCJE(__li__HC *li__QCJE,void *li__RCJE);
static void li__AK0(__li__BC *li__BK0,void *li__CK0);
static __li__C li__F5H(__li__U *li__H5H);
static void li__HEZ(__li__BC *li__IEZ,__li__U *li__JEZ);
static void li__WBZ(__li__BC *li__XBZ,__li__K li__YBZ);
static __li__U* li__YJH();
static void li__UUOC(__li__GD *li__VUOC);
static void li__0KE(__li__U *li__2KE,__li__U *li__3KE);
static __li__C li__W2IE(__li__HC *li__X2IE);
static void li__BTZ(__li__BC *li__CTZ,void *li__DTZ);
static __li__3* li__A1V(__li__BC *li__B1V);
static void li__M5F(void *li__O5F);
static __li__U* li__GMC(__li__U *li__IMC);
static __li__K li__JNC(__li__U *li__LNC);
static __li__C li__NOC(__li__U *li__POC);
static __li__K li__VZF(__li__BC *li__XZF,__li__3 li__YZF);
static void li__4RC(__li__YOB *li__5RC,__li__U *li__ASC,__li__C li__BSC);
static __li__C li__WWC(__li__U *li__XWC,__li__U *li__YWC);
static __li__K li__B4F(__li__K li__C4F,__li__K li__D4F);
static void li__1PF(__li__U *li__3PF,__li__BC *li__4PF);
static __li__K li__AIO(__li__U *li__BIO);
static void li__ACV(__li__QZC *li__BCV);
static __li__5NL* li__HKR(void *li__JKR,__li__U *li__KKR,__li__5NL *li__LKR);
static __li__ZZC* li__J5D(__li__K li__L5D);
static __li__5RB* li__FCM();
static void** li__F1GB(__li__K li__H1GB);
static __li__URB* li__SBE(__li__K li__UBE);
static void li__51Z(__li__10C *li__A2Z,__li__URB *li__B2Z);
static __li__WRB* li__M1C(__li__U *li__O1C,__li__U *li__P1C);
static __li__5RB* li__JMZ(__li__WRB *li__KMZ);
static __li__5RB* li__EOZ(__li__XRB *li__FOZ);
static __li__CRB* li__G5C();
static void li__S0BD(__li__CRB *li__T0BD,void *li__U0BD);
static __li__CRB* li__GAD(__li__CRB *li__IAD);
static __li__KUB* li__PBD(__li__CRB *li__TBD);
static __li__5RB* li__ZPZ(__li__KUB *li__0PZ);
static __li__PF* li__QLKI();
static __li__PF* li__VYLN();
static __li__KI* li__R4HD(__li__PO li__T4HD);
static __li__VTBD* li__QAAE();
static void li__LQNE(__li__VTBD *li__MQNE,__li__PO li__NQNE,__li__U *li__OQNE,__li__3 li__PQNE,__li__5RB *li__QQNE);
static __li__O3B* li__WJUD(__li__O3B *li__XJUD,__li__PO li__YJUD,__li__VTBD *li__ZJUD,__li__C li__0JUD);
static void li__P2VG(__li__TOLE *li__Q2VG,void *li__R2VG);
static __li__C li__WVRE(__li__KI *li__XVRE);
static __li__AVBD* li__RX1D();
static void li__K4E(__li__K li__M4E,void *li__N4E);
static void li__V5E(__li__PO li__W5E);
static void li__ODF();
static void* li__SJ2F(__li__IF *li__TJ2F,__li__U *li__UJ2F);
static void* li__NL2F(__li__ORB *li__OL2F,__li__U *li__PL2F);
static void* li__IN2F(__li__QRB *li__JN2F,__li__U *li__KN2F);
static void* li__DP2F(__li__SRB *li__EP2F,__li__U *li__FP2F);
static void* li__4Q2F(__li__URB *li__5Q2F,__li__U *li__AR2F);
static void* li__ZS2F(__li__GSZ *li__0S2F,__li__U *li__1S2F);
static void* li__4WMI(__li__U *li__AXMI);
static void* li__NBMN(__li__U *li__PBMN);
static __li__KVBD* li__5QND();
static __li__5RB* li__NNSE(__li__5RB *li__ONSE);
static __li__ODID* li__GDID(__li__PO li__IDID,void *li__JDID,void *li__KDID,void *li__LDID,__li__C li__MDID);
static __li__WVBD* li__VEID(__li__PO li__XEID,__li__UJG li__YEID,__li__5RB *li__ZEID);
static __li__ODID* li__QZQH(__li__ZDID *li__RZQH,__li__K li__SZQH);
static __li__5RB* li__JK5J(__li__Z4WH *li__KK5J);
static __li__5RB* li__5UEK();
static __li__5RB* li__553L();
static __li__5RB* li__FVEK();
static __li__5RB* li__FA4L();
static __li__5RB* li__KVEK();
static __li__5RB* li__PVEK();
static __li__5RB* li__UVEK();
static __li__5RB* li__ZVEK();
static __li__5RB* li__4VEK();
static __li__5RB* li__DWEK(__li__BNWI *li__EWEK);
static __li__5RB* li__IWEK(__li__XNWI *li__JWEK);
static __li__5RB* li__NWEK(__li__LOWI *li__OWEK);
static __li__5RB* li__SWEK(__li__5OWI *li__TWEK);
static __li__5RB* li__XWEK(__li__TPWI *li__YWEK);
static __li__5RB* li__2WEK(__li__HQWI *li__3WEK);
static __li__5RB* li__FXEK(__li__URWI *li__GXEK);
static __li__5RB* li__RXEK();
static __li__5RB* li__T4NN(__li__XOHL *li__U4NN);
static __li__5RB* li__KA4L(__li__FPHL *li__LA4L);
static __li__5RB* li__YFDQ();
static __li__5RB* li__1ISO(__li__DTNM *li__2ISO);
static __li__5RB* li__VX3R(__li__JXNM *li__WX3R);
static __li__5RB* li__FH4R();
static __li__5RB* li__3FDQ(__li__41XO *li__4FDQ);
static __li__5RB* li__WQDS(__li__AKBR *li__XQDS);
static __li__5RB* li__T1IS();
static __li__5RB* li__Y1IS();
static __li__KI* li__3NEO(__li__RDID *li__4NEO,void *li__5NEO,void *li__AOEO);
static __li__KI* li__2OEO(__li__GO3I *li__3OEO,void *li__4OEO,void *li__5OEO);
static __li__KI* li__ZREO(__li__NY3I *li__0REO,void *li__1REO,void *li__2REO);
static __li__KI* li__YSEO(__li__SJPJ *li__ZSEO,void *li__0SEO,void *li__1SEO);
static __li__KI* li__QTEO(__li__0VPJ *li__RTEO,void *li__STEO,void *li__TTEO);
static __li__KI* li__SXEO(__li__1VPJ *li__TXEO,void *li__UXEO,void *li__VXEO);
static __li__K li__RXEN(__li__ODID *li__SXEN);
static __li__XHQB* li__SDSN();
static __li__SQNE* li__5D4G();
static void li__4H1L(__li__SQNE *li__5H1L,void *li__AI1L);
static void li__5SIM(__li__AVBD *li__ATIM,__li__SQNE *li__BTIM);
static void li__FVIM(__li__BNWI *li__GVIM,__li__SQNE *li__HVIM);
static void li__JVIM(__li__XNWI *li__KVIM,__li__SQNE *li__LVIM);
static void li__NVIM(__li__LOWI *li__OVIM,__li__SQNE *li__PVIM);
static void li__RVIM(__li__5OWI *li__SVIM,__li__SQNE *li__TVIM);
static void li__VVIM(__li__TPWI *li__WVIM,__li__SQNE *li__XVIM);
static void li__ZVIM(__li__HQWI *li__0VIM,__li__SQNE *li__1VIM);
static void li__3VIM(__li__SQNE *li__5VIM);
static void li__AWIM(__li__URWI *li__BWIM,__li__SQNE *li__CWIM);
static void li__FXIM(__li__KMFK *li__GXIM,__li__SQNE *li__HXIM);
static void li__JILN(__li__FPHL *li__KILN,__li__SQNE *li__LILN);
static void li__VF4R(__li__JXNM *li__WF4R,__li__SQNE *li__XF4R);
static void li__JQLP(__li__21LO *li__KQLP,__li__SQNE *li__LQLP);
static void li__4EWN(__li__DZB *li__5EWN,__li__SQNE *li__AFWN);
static void li__NVDQ(__li__41XO *li__OVDQ,__li__SQNE *li__PVDQ);
static void li__T5DS(__li__AKBR *li__U5DS,__li__SQNE *li__V5DS);
static __li__IYBD* li__1UPO(__li__IYBD *li__2UPO);
static void li__AGXO(__li__IYBD *li__BGXO,void *li__CGXO,void *li__DGXO,__li__K li__EGXO);
static void li__WYEN(__li__ODID *li__XYEN,void *li__YYEN);
static __li__5QPK* li__45QO(void *li__AARO,__li__KI *li__BARO);
static void li__YZEQ(__li__BRPK *li__ZZEQ,__li__5QPK *li__0ZEQ,__li__K li__1ZEQ);
static void li__EVEM(__li__SQNE *li__FVEM);
static __li__C li__K0EN(__li__KI *li__M0EN,__li__5RB *li__N0EN);
static __li__C li__41EN(__li__KI *li__A2EN,__li__5RB *li__B2EN);
static __li__C li__G3EN(__li__KI *li__I3EN,__li__5RB *li__J3EN);
static __li__C li__HAFN(__li__KI *li__JAFN,__li__5RB *li__KAFN);
static void li__ZOZJ(__li__ZDID *li__0OZJ,__li__K li__1OZJ);
static void li__B0E(__li__K li__C0E,__li__BC *li__D0E);
static void li__KAG(__li__BC *li__MAG);
static void li__ITUD();
static void li__4MYI(__li__5RB *li__5MYI,__li__BC *li__ANYI);
static void li__DNVB(__li__K li__FNVB,__li__BC *li__GNVB);
static void li__S32P(__li__VTBD *li__T32P);
static void* li__K3ME(__li__KI *li__L3ME);
static void li__N41D();
static void li__EHBK(__li__1M *li__FHBK,__li__K li__GHBK);
static void li__WZ0L(__li__UJSH *li__XZ0L,__li__K li__YZ0L);
static void li__TCPF(__li__QZC *li__UCPF,__li__K li__VCPF);
static __li__K li__QUKJ(__li__DZB *li__RUKJ);
static __li__K li__3UKJ(__li__QWEC *li__4UKJ);
static __li__ULSB* li__QXVG(__li__DZB *li__RXVG);
static __li__U* li__CBMN();
static __li__DZB* li__KLYJ(__li__DZB *li__LLYJ);
static __li__DZB* li__FMYJ(__li__QWEC *li__GMYJ);
static void li__MHPF(__li__SKGB *li__NHPF,__li__K li__OHPF);
static void li__53SE(__li__KI *li__A4SE,__li__BC *li__B4SE);
static void li__BWPM(__li__1M *li__CWPM,__li__BC *li__DWPM);
static __li__K li__004I(__li__B2OI *li__104I);
static void li__2YPM(__li__UJSH *li__3YPM,__li__BC *li__4YPM);
static void li__T0IE(__li__KI *li__U0IE,__li__BC *li__V0IE);
static void li__1CZ(__li__BC *li__2CZ,__li__BC *li__3CZ);
static void li__C0PM(__li__1M *li__D0PM,__li__BC *li__E0PM);
static __li__C li__FTDF(__li__5RB *li__GTDF);
static void li__S5HN(__li__VTBD *li__U5HN,__li__C li__V5HN,__li__BC *li__W5HN);
static void li__QYNO(__li__1M *li__RYNO,__li__BC *li__SYNO);
static void li__DN0G(__li__5RB *li__EN0G,__li__BC *li__FN0G);
static void li__DO0G(__li__5RB *li__EO0G,__li__BC *li__FO0G);
static void li__T2PM(__li__UJSH *li__U2PM,__li__BC *li__V2PM);
static void li__BYIN(__li__VTBD *li__DYIN,__li__C li__EYIN,__li__BC *li__FYIN);
static void li__1YNO(__li__UJSH *li__2YNO,__li__BC *li__3YNO);
static void li__ZLKI(__li__IF *li__0LKI);
static void li__KOKI(__li__ORB *li__LOKI);
static void li__1QKI(__li__QRB *li__2QKI);
static void li__MTKI(__li__SRB *li__NTKI);
static void li__S3XI(__li__URB *li__T3XI);
static void li__3VKI(__li__GSZ *li__4VKI);
static void li__DAYI(__li__1RRF *li__EAYI);
static void li__2YLN(__li__UJSH *li__3YLN);
static void li__PYKI(__li__IF *li__QYKI);
static void li__SRLI(__li__GSZ *li__TRLI);
static void li__RLGJ();
static void li__VQVG(__li__DZB *li__WQVG,__li__BC *li__XQVG);
static void li__X3BD(__li__PF *li__Y3BD,__li__BC *li__Z3BD);
static void li__CFVH(__li__B3B *li__DFVH,__li__K li__EFVH);
static void li__TXG(__li__52B li__UXG,__li__BC *li__VXG);
static void li__WKPB(__li__BC *li__XKPB,__li__K li__YKPB,__li__K li__ZKPB);
static void li__2NHM(__li__1M *li__3NHM);
static void li__UOHM(__li__UJSH *li__VOHM);
static void li__3WFD(__li__1M *li__4WFD,__li__BC *li__5WFD);
static void li__NCVE(__li__KXFD *li__OCVE,__li__K li__PCVE);
static void li__RQ0F(__li__U *li__TQ0F,__li__K li__UQ0F,__li__K li__VQ0F);
static void li__LLIG(__li__K li__MLIG);
static __li__CFB* li__QYL(__li__0HD *li__RYL,__li__U *li__SYL);
static __li__GGB* li__QUFD(void *li__SUFD);
static __li__MHB* li__UESF(__li__MHB *li__VESF,void *li__WESF);
static __li__YHB* li__41JE(__li__YHB *li__51JE,void *li__A2JE);
static __li__BC* li__2JL();
static __li__3* li__ZLY(__li__K li__1LY);
static void** li__QLHB(__li__K li__SLHB);
static void li__TS2(__li__3 *li__US2,__li__K li__VS2,__li__K li__WS2);
static void** li__2HPD(__li__K li__4HPD);
static __li__CB li__MZJ(__li__52B li__OZJ);
static __li__U** li__KHHB(__li__K li__MHHB);
static __li__RKG* li__OKFB(__li__JJG li__QKFB);
static void* li__NVL(__li__O4C *li__OVL,__li__U *li__PVL);
static void li__42QB(__li__O4C *li__52QB);
static __li__YVL* li__QDLB(void *li__SDLB,__li__U *li__TDLB,__li__YVL *li__UDLB);
static void** li__CSZD(__li__K li__ESZD);
static void** li__ZITC(__li__K li__1ITC);
static __li__Z0IE* li__20VF();
static void** li__XKEH(__li__K li__ZKEH);
static void li__0ZOK(void **li__1ZOK,__li__K li__2ZOK,__li__K li__3ZOK);
static void** li__SFHB(__li__K li__UFHB);
static void li__WVFB(__li__CB li__YVFB,__li__CB li__ZVFB,__li__JJG li__0VFB);
static void li__XNDC(__li__RKG *li__YNDC,__li__CB li__ZNDC,__li__JJG li__0NDC);
static void li__VWWB(__li__RKG *li__WWWB);
static void li__1YHC(__li__RKG *li__2YHC);
static void li__XX2(__li__3 *li__YX2,__li__3 *li__ZX2,__li__K li__0X2,__li__K li__1X2);
static void** li__AYZE(__li__K li__CYZE);
static void** li__M01F(__li__K li__O01F);
static void** li__L2DR(__li__K li__N2DR);
static void** li__EGHB(__li__K li__GGHB);
static __li__C li__L42(__li__HR *li__M42,void *li__N42);
static __li__C li__BAJE(__li__U *li__CAJE,void *li__DAJE);
static void li__UXMB(__li__HR *li__VXMB);
static __li__0FZ* li__DBGB(__li__U *li__FBGB,__li__0FZ *li__GBGB);
static void li__35FB(__li__3 *li__45FB,__li__3 *li__55FB,__li__K li__AAGB);
static __li__U* li__0VZ(__li__HR *li__1VZ,void *li__2VZ);
static __li__U* li__DSM();
static void li__DT0(__li__U *li__ET0,void *li__FT0);
static void li__WG0(__li__HR *li__XG0,__li__U *li__YG0);
static __li__C li__VVOB(__li__3 *li__WVOB,__li__3 *li__XVOB,__li__K li__YVOB);
static __li__C li__F0CE(__li__3 li__G0CE);
static __li__C li__KTX(__li__3 li__LTX);
static __li__C li__OOFC(__li__CFB *li__POFC,void *li__QOFC);
static void li__UPRH(__li__U3IE *li__VPRH,__li__CFB *li__WPRH);
static void li__OSRH(__li__U3IE *li__PSRH);
static void li__T0SF(__li__YOB *li__U0SF);
static void li__RETF(__li__KO5D *li__SETF);
static void li__QKME(__li__NCFE *li__RKME);
static __li__PF* li__RUI(__li__U *li__TUI,__li__U *li__UUI,__li__K li__VUI);
static __li__C li__WEK(__li__U *li__YEK);
static __li__C li__AIX(__li__3 li__CIX);
static __li__C li__P4IB();
static __li__PO li__WTIB();
static __li__C li__BCJB(__li__U *li__DCJB);
static __li__C li__KEPB();
static void li__GXRB(__li__GD *li__HXRB,__li__U *li__IXRB);
static void* li__EYUB();
static __li__CFB* li__Z0UB(__li__PO li__10UB,__li__U *li__20UB,void *li__30UB,__li__C li__40UB);
static void* li__ETWB();
static void li__VURF(__li__MHB *li__WURF);
static void li__DWJE(__li__YHB *li__EWJE);
static __li__C li__PNK();
static void* li__XJSC(__li__DCG *li__YJSC);
static __li__U* li__RKTC(__li__U *li__TKTC);
static void li__JTN(__li__BC *li__KTN,__li__3 *li__LTN);
static __li__Q2D* li__G2D();
static __li__K li__F3DC(__li__BC *li__G3DC,__li__K li__I3DC);
static __li__C li__WOTD(__li__3 li__XOTD);
static void* li__QSGB(__li__02D *li__RSGB,__li__BC *li__SSGB);
static __li__K li__FVDB(__li__3 *li__GVDB,__li__3 li__HVDB,__li__K li__IVDB);
static void li__P0EC(__li__BC *li__Q0EC,__li__K li__R0EC);
static void* li__GVGB(__li__BC *li__IVGB);
static void* li__XHE(__li__BC *li__ZHE);
static void li__QPVE(__li__BC *li__RPVE,__li__K li__SPVE);
static void li__XDFF(__li__3 *li__YDFF,__li__K li__ZDFF,__li__K li__0DFF,__li__K li__1DFF);
static void li__EL3F(__li__BC *li__GL3F);
static __li__NWVG* li__5XHH(void *li__BYHH);
static void** li__ZFEB(__li__K li__1FEB);
static void** li__AAEC(void **li__BAEC,__li__K li__CAEC,__li__K li__DAEC);
static __li__5RB* li__B0MB(__li__U *li__D0MB,void *li__E0MB);
static __li__5RB* li__I2MB(__li__U *li__K2MB,void *li__L2MB);
static __li__K li__OXQE(__li__CRB *li__PXQE);
static __li__C li__OGUH(__li__YAD *li__PGUH,__li__CRB *li__QGUH);
static void li__IDE(__li__CRB *li__KDE);
static __li__KUB* li__S1P(__li__U *li__U1P,__li__U *li__V1P,__li__CRB *li__W1P);
static void li__DO1(__li__XBD *li__EO1,__li__KUB *li__FO1);
static __li__3PZ* li__DG3();
static __li__5RB* li__WLRF(__li__WRB *li__XLRF,void *li__YLRF);
static __li__5RB* li__KNRF(__li__XRB *li__LNRF,void *li__MNRF);
static __li__5RB* li__4ORF(__li__KUB *li__5ORF,void *li__APRF);
static __li__5RB* li__DRRF(__li__VB1 *li__ERRF,void *li__FRRF);
static __li__5RB* li__XRRF(__li__4O2B *li__YRRF,void *li__ZRRF);
static void li__4RFC(__li__3PZ *li__5RFC,__li__5RB *li__ASFC);
static void li__OHGB(__li__3PZ *li__QHGB);
static __li__3PZ* li__SHGB(__li__3PZ *li__UHGB);
static __li__5RB* li__DJGB(__li__U *li__FJGB,void *li__GJGB,__li__3PZ *li__HJGB);
static __li__TOLE* li__CNSE(__li__K li__ENSE);
static __li__U* li__Z5TE(__li__U *li__15TE);
static __li__5RB* li__QWVB(__li__5RB *li__RWVB,__li__F0C li__SWVB);
static __li__TQNE* li__NJ1L(__li__SQNE *li__OJ1L);
static void** li__IGDH(__li__K li__KGDH);
static void** li__EQTH(void **li__FQTH,__li__K li__GQTH,__li__K li__HQTH);
static void* li__IJDG(__li__IF *li__JJDG,__li__U *li__KJDG);
static __li__5RB* li__Z0YI(__li__WRB *li__00YI,void *li__10YI);
static __li__5RB* li__N2YI(__li__XRB *li__O2YI,void *li__P2YI);
static __li__5RB* li__B4YI(__li__KUB *li__C4YI,void *li__D4YI);
static __li__5RB* li__GEXF(void *li__IEXF,void *li__JEXF);
static void* li__UVIJ(__li__5RB *li__VVIJ,__li__U *li__WVIJ);
static __li__5RB* li__2FZI(__li__WRB *li__3FZI,void *li__4FZI);
static __li__5RB* li__QHZI(__li__XRB *li__RHZI,void *li__SHZI);
static __li__5RB* li__EJZI(__li__KUB *li__FJZI,void *li__GJZI);
static void* li__5LDG(__li__QRB *li__AMDG,__li__U *li__BMDG);
static __li__5RB* li__ENZI(__li__WRB *li__FNZI,void *li__GNZI);
static __li__5RB* li__YOZI(__li__XRB *li__ZOZI,void *li__0OZI);
static __li__5RB* li__MQZI(__li__KUB *li__NQZI,void *li__OQZI);
static void* li__JODG(__li__SRB *li__KODG,__li__U *li__LODG);
static __li__5RB* li__MUZI(__li__WRB *li__NUZI,void *li__OUZI);
static __li__5RB* li__AWZI(__li__XRB *li__BWZI,void *li__CWZI);
static __li__5RB* li__UXZI(__li__KUB *li__VXZI,void *li__WXZI);
static void* li__TQDG(__li__URB *li__UQDG,__li__U *li__VQDG);
static __li__5RB* li__P2ZI(__li__WRB *li__Q2ZI,void *li__R2ZI);
static __li__5RB* li__D4ZI(__li__XRB *li__E4ZI,void *li__F4ZI);
static __li__5RB* li__X5ZI(__li__KUB *li__Y5ZI,void *li__Z5ZI);
static void* li__3SDG(__li__GSZ *li__4SDG,__li__U *li__5SDG);
static __li__5RB* li__ZURF(__li__WRB *li__0URF,void *li__1URF);
static __li__5RB* li__NWRF(__li__XRB *li__OWRF,void *li__PWRF);
static __li__5RB* li__BYRF(__li__KUB *li__CYRF,void *li__DYRF);
static __li__5RB* li__G0RF(__li__VB1 *li__H0RF,void *li__I0RF);
static void* li__O1WH(__li__5RB *li__P1WH,__li__PO li__Q1WH);
static __li__2ZEC* li__IF1H(__li__K li__KF1H);
static void li__2YPI(__li__2ZEC *li__3YPI,void *li__4YPI);
static __li__Z4WH* li__4F1H(__li__2ZEC *li__AG1H);
static __li__ODID* li__PQUD();
static void li__IPQH(__li__ZDID *li__JPQH,__li__ODID *li__KPQH);
static void li__JOSE(__li__WVBD *li__KOSE);
static void li__3H1H(__li__ZDID *li__4H1H,__li__K li__5H1H);
static void li__NOLO(__li__PO li__POLO,__li__KI *li__QOLO,__li__VTBD *li__ROLO);
static void* li__NY4I(__li__U *li__PY4I);
static void* li__YQMN(__li__U *li__0QMN);
static void* li__FZNO(__li__IF *li__GZNO,__li__U *li__HZNO);
static void* li__N1NO(__li__QRB *li__O1NO,__li__U *li__P1NO);
static void* li__R3NO(__li__SRB *li__S3NO,__li__U *li__T3NO);
static void* li__V5NO(__li__URB *li__W5NO,__li__U *li__X5NO);
static void* li__ZBOO(__li__GSZ *li__0BOO,__li__U *li__1BOO);
static void* li__3DOO(__li__U *li__5DOO);
static void* li__EEOO(__li__U *li__GEOO);
static void* li__SLWO(__li__WRB *li__TLWO,void *li__ULWO);
static void* li__3LWO(__li__XRB *li__4LWO,void *li__5LWO);
static void* li__KMWO(__li__KUB *li__LMWO,void *li__MMWO);
static void* li__WMWO(__li__VB1 *li__XMWO,void *li__YMWO);
static __li__Z4WH* li__BNWO(__li__UL2B *li__CNWO,void *li__DNWO);
static void* li__ZNWO(__li__4O2B *li__0NWO,void *li__1NWO);
static __li__WK* li__PVEJ(__li__WK *li__QVEJ);
static __li__AVBD* li__AE5L(__li__AVBD *li__BE5L);
static __li__Z4WH* li__XEVK(__li__Z4WH *li__YEVK);
static __li__KTVI* li__XF5L(__li__KTVI *li__YF5L);
static __li__LTVI* li__SDGM(__li__LTVI *li__TDGM);
static __li__XTVI* li__DG5L(__li__XTVI *li__EG5L);
static __li__YTVI* li__4DGM(__li__YTVI *li__5DGM);
static __li__S2VI* li__OG5L(__li__S2VI *li__PG5L);
static __li__E3VI* li__ZG5L(__li__E3VI *li__0G5L);
static __li__KMFK* li__G3CM(__li__KMFK *li__H3CM);
static __li__KLWI* li__PNSJ(__li__PO li__RNSJ,__li__KMFK *li__SNSJ);
static __li__ULWI* li__AOSJ(__li__PO li__COSJ,__li__5RB *li__DOSJ);
static __li__NMWI* li__SH5L(__li__NMWI *li__TH5L);
static __li__BNWI* li__3H5L(__li__BNWI *li__4H5L);
static __li__XNWI* li__II5L(__li__XNWI *li__JI5L);
static __li__LOWI* li__TI5L(__li__LOWI *li__UI5L);
static __li__5OWI* li__4I5L(__li__5OWI *li__5I5L);
static __li__TPWI* li__JJ5L(__li__TPWI *li__KJ5L);
static __li__HQWI* li__UJ5L(__li__HQWI *li__VJ5L);
static __li__ARWI* li__5J5L(__li__ARWI *li__AK5L);
static __li__URWI* li__NK5L(__li__URWI *li__OK5L);
static __li__MSWI* li__YXSJ(__li__PO li__0XSJ,__li__5RB *li__1XSJ);
static __li__ETWI* li__4K5L(__li__ETWI *li__5K5L);
static __li__MZWI* li__4U4I(__li__PO li__AV4I,__li__U *li__BV4I,__li__5RB *li__CV4I);
static __li__C0WI* li__ZV4I(__li__PO li__1V4I,__li__U *li__2V4I);
static __li__M1WI* li__1Z4I(__li__PO li__3Z4I,__li__U *li__4Z4I);
static __li__XOHL* li__AAPN(__li__XOHL *li__BAPN);
static __li__FPHL* li__2EGM(__li__FPHL *li__3EGM);
static __li__APLM* li__XRDQ(__li__APLM *li__YRDQ);
static __li__DTNM* li__D5SO(__li__DTNM *li__E5SO);
static __li__JXNM* li__153R(__li__JXNM *li__253R);
static __li__21LO* li__2KLP(__li__21LO *li__3KLP);
static __li__TPOO* li__JLLP(__li__TPOO *li__KLLP);
static __li__URRO* li__KM4R(__li__URRO *li__LM4R);
static __li__41XO* li__CSDQ(__li__41XO *li__DSDQ);
static __li__AKBR* li__L2DS(__li__AKBR *li__M2DS);
static __li__SU5R* li__EQJS(__li__SU5R *li__FQJS);
static __li__JV5R* li__PQJS(__li__JV5R *li__QQJS);
static __li__2PLO* li__GXOO();
static void li__WOWO(__li__DZB *li__XOWO,void *li__YOWO);
static void li__MSWO(__li__QWEC *li__NSWO,void *li__OSWO);
static __li__ETWI* li__TYSJ(__li__ETWI *li__UYSJ,__li__5RB *li__VYSJ,void *li__WYSJ);
static __li__C li__0OSM(__li__IF *li__1OSM,void *li__2OSM);
static __li__C li__4PSM(__li__SRB *li__5PSM,void *li__AQSM);
static __li__C li__0QSM(void *li__2QSM);
static __li__C li__BRSM(__li__GSZ *li__CRSM,void *li__DRSM);
static __li__C li__3RSM(__li__1RRF *li__4RSM,void *li__5RSM);
static __li__C li__HXQN(__li__UJSH *li__IXQN,void *li__JXQN);
static __li__DFNL* li__1CXJ(__li__VTBD *li__2CXJ,__li__PO li__3CXJ,void *li__5CXJ);
static __li__QWEC* li__VJZO(__li__HZB *li__XJZO,void *li__YJZO);
static __li__URB* li__FB5J(__li__K li__HB5J);
static __li__DZB* li__D5QG(__li__HZB *li__F5QG,__li__5RB *li__G5QG);
static void li__HC5J(__li__DZB *li__IC5J);
static __li__L0WO* li__FNGP();
static void li__0LFQ(__li__L0WO *li__1LFQ,__li__QWEC *li__2LFQ);
static void* li__NXEJ(__li__DZB *li__OXEJ,__li__PO li__PXEJ,void *li__QXEJ,void *li__RXEJ);
static void* li__EDLN(__li__DZB *li__GDLN,void *li__HDLN,void *li__IDLN);
static void li__LJHI(__li__TOLE *li__MJHI,void *li__NJHI,__li__K li__OJHI);
static void li__UPMI(__li__1RRF *li__VPMI,__li__BC *li__WPMI);
static __li__BC* li__WFSG(__li__CB li__XFSG);
static __li__2ZEC* li__Y1LO(__li__0VPJ *li__Z1LO);
static void* li__BPOO(__li__DZB *li__CPOO,__li__PO li__DPOO,void *li__EPOO);
static __li__SZEC* li__1ESI(__li__K li__3ESI);
static void li__AMNK(__li__SZEC *li__BMNK,void *li__CMNK);
static void li__JQNK(__li__SZEC *li__KQNK);
static void li__PSNI(__li__AVBD *li__QSNI);
static void li__JNDK(__li__Z4WH *li__KNDK);
static void li__0NDK(__li__KTVI *li__1NDK);
static void li__XL1L(__li__LTVI *li__YL1L);
static void li__5NDK(__li__XTVI *li__AODK);
static void li__1L1L(__li__YTVI *li__2L1L);
static void li__DODK(__li__S2VI *li__EODK);
static void li__HODK(__li__E3VI *li__IODK);
static void li__HXPN(__li__VTBD *li__IXPN,void *li__JXPN);
static void li__QODK(__li__NMWI *li__RODK);
static void li__UODK(__li__BNWI *li__VODK);
static void li__YODK(__li__XNWI *li__ZODK);
static void li__2ODK(__li__LOWI *li__3ODK);
static void li__APDK(__li__5OWI *li__BPDK);
static void li__EPDK(__li__TPWI *li__FPDK);
static void li__IPDK(__li__HQWI *li__JPDK);
static void li__MPDK(__li__ARWI *li__NPDK);
static void li__NQDK(__li__URWI *li__OQDK);
static void li__TQDK(__li__ETWI *li__UQDK);
static void li__LDMN(__li__XOHL *li__MDMN);
static void li__TT4L(__li__FPHL *li__UT4L);
static void li__TGCQ(__li__APLM *li__UGCQ);
static void li__MFRO(__li__DTNM *li__NFRO);
static void li__1W3R(__li__JXNM *li__2W3R);
static void li__T1IP(__li__21LO *li__U1IP);
static void li__IZFQ(__li__DZB *li__JZFQ,void *li__KZFQ);
static void li__DK4R(__li__URRO *li__EK4R);
static void li__XGCQ(__li__41XO *li__YGCQ);
static void li__AYCS(__li__AKBR *li__BYCS);
static void li__5XIS(__li__SU5R *li__AYIS);
static void li__DYIS(__li__JV5R *li__EYIS);
static __li__LHBK* li__LANO(__li__LHBK *li__MANO);
static void li__LIWO(__li__LHBK *li__MIWO,__li__PO li__NIWO,void *li__OIWO,__li__SZEC *li__PIWO,void *li__QIWO);
static __li__VTBD* li__WOTL(__li__B2OI *li__XOTL,__li__K li__YOTL);
static __li__KMFK* li__NOPI(__li__VTBD *li__OOPI);
static __li__OWEO* li__SKPO(__li__OWEO *li__TKPO,void *li__UKPO);
static void li__ZKPO(__li__QWEO *li__0KPO,__li__OWEO *li__1KPO);
static void li__WJQM(__li__SQNE *li__XJQM,void *li__YJQM);
static __li__K li__QKQM(__li__SQNE *li__RKQM,void *li__SKQM,__li__K li__TKQM,__li__K li__UKQM);
static void li__PHBO(__li__SQNE *li__QHBO,void *li__RHBO,__li__K li__SHBO);
static void li__L5WM(__li__SQNE *li__M5WM,__li__TQNE *li__N5WM);
static __li__TQNE* li__KXIM(__li__SQNE *li__LXIM,__li__TQNE *li__MXIM);
static void li__15MM(__li__VTBD *li__25MM,__li__SQNE *li__35MM);
static void li__XIKN(__li__RLKJ *li__YIKN,__li__SQNE *li__ZIKN);
static void li__DJKN(__li__5LKJ *li__EJKN,__li__SQNE *li__FJKN);
static void li__PJKN(__li__DFNL *li__QJKN,__li__SQNE *li__RJKN);
static __li__PO li__RFOK(__li__ODID *li__SFOK);
static __li__PO li__YS2P(__li__2PLO *li__ZS2P);
static __li__BRPK* li__FLZO(__li__K li__HLZO);
static void li__WOFQ(__li__BRPK *li__XOFQ,__li__5QPK *li__YOFQ);
static void** li__Y3II(void **li__Z3II,__li__K li__03II,__li__K li__13II);
static void li__O4LN(__li__UJSH *li__P4LN,__li__BC *li__Q4LN);
static __li__C li__EIUO(__li__ODID *li__FIUO,__li__5RB *li__GIUO);
static __li__C li__MAMP(__li__2PLO *li__NAMP,__li__5RB *li__OAMP);
static void li__5PHM(__li__1M *li__AQHM,__li__BC *li__BQHM);
static void li__PRHM(__li__UJSH *li__QRHM,__li__BC *li__RRHM);
static void li__OUHF(__li__5RB *li__PUHF,__li__BC *li__QUHF);
static void li__TITE(__li__KI *li__UITE);
static void li__YWDM(__li__KI *li__ZWDM);
static void li__GWDM(__li__QWEC *li__HWDM,void *li__IWDM);
static __li__O3B* li__WNHP(__li__O3B *li__XNHP);
static __li__PO li__TCMJ(__li__1M *li__UCMJ);
static __li__3I3L* li__GIHP(__li__PO li__IIHP,__li__U *li__JIHP,__li__KI *li__KIHP);
static void li__SW3P(__li__LHBK *li__TW3P,__li__KI *li__UW3P,__li__K li__VW3P,__li__C li__WW3P,__li__3 li__XW3P);
static __li__EDHP* li__GKWR();
static void li__MUPK();
static __li__C li__1YJM(__li__1M *li__2YJM);
static __li__C li__42UI(__li__1M *li__52UI);
static __li__ULSB* li__XZZC(__li__U *li__ZZZC);
static __li__U* li__UFSI();
static void* li__YPYI(__li__DZB *li__ZPYI);
static __li__5RB* li__0VSG(__li__WRB *li__1VSG,void *li__2VSG);
static __li__5RB* li__OXSG(__li__XRB *li__PXSG,void *li__QXSG);
static __li__5RB* li__CZSG(__li__KUB *li__DZSG,void *li__EZSG);
static __li__5RB* li__H1SG(__li__VB1 *li__I1SG,void *li__J1SG);
static void li__0IUG(__li__MZB *li__1IUG,__li__DZB *li__2IUG);
static void li__UNBK(__li__WK *li__VNBK,__li__BC *li__WNBK);
static void li__FSMI(__li__AVBD *li__GSMI,__li__BC *li__HSMI);
static void li__RAHJ(__li__KVBD *li__SAHJ,__li__BC *li__TAHJ);
static void li__NUMI(__li__WVBD *li__OUMI,__li__BC *li__PUMI);
static void li__UGRO(__li__IYBD *li__VGRO,__li__BC *li__WGRO);
static void li__SUMI(__li__ODID *li__TUMI,__li__BC *li__UUMI);
static void li__2NBK(__li__Z4WH *li__3NBK,__li__BC *li__4NBK);
static void li__ROBK(__li__KTVI *li__SOBK,__li__BC *li__TOBK);
static void li__Z30L(__li__LTVI *li__030L,__li__BC *li__130L);
static void li__1OBK(__li__XTVI *li__2OBK,__li__BC *li__3OBK);
static void li__A40L(__li__YTVI *li__B40L,__li__BC *li__C40L);
static void li__CPBK(__li__S2VI *li__DPBK,__li__BC *li__EPBK);
static void li__NPBK(__li__E3VI *li__OPBK,__li__BC *li__PPBK);
static void li__H40L(__li__KMFK *li__I40L,__li__BC *li__J40L);
static void li__AQBK(__li__NMWI *li__BQBK,__li__BC *li__CQBK);
static void li__JQBK(__li__BNWI *li__KQBK,__li__BC *li__LQBK);
static void li__SQBK(__li__XNWI *li__TQBK,__li__BC *li__UQBK);
static void li__ZQBK(__li__LOWI *li__0QBK,__li__BC *li__1QBK);
static void li__ARBK(__li__5OWI *li__BRBK,__li__BC *li__CRBK);
static void li__HRBK(__li__TPWI *li__IRBK,__li__BC *li__JRBK);
static void li__ORBK(__li__HQWI *li__PRBK,__li__BC *li__QRBK);
static void li__VRBK(__li__ARWI *li__WRBK,__li__BC *li__XRBK);
static void li__4RBK(__li__URWI *li__5RBK,__li__BC *li__ASBK);
static void li__KSBK(__li__ETWI *li__LSBK,__li__BC *li__MSBK);
static void li__ZSBK(__li__MZWI *li__0SBK,__li__BC *li__1SBK);
static void li__5SBK(__li__C0WI *li__ATBK,__li__BC *li__BTBK);
static void li__JS2K(__li__M1WI *li__KS2K,__li__BC *li__LS2K);
static void li__ETBK(__li__RLKJ *li__FTBK,__li__BC *li__GTBK);
static void li__ZTBK(__li__5LKJ *li__0TBK,__li__BC *li__1TBK);
static void li__PRHP(__li__LHBK *li__QRHP,__li__BC *li__RRHP);
static void li__3AMN(__li__XOHL *li__4AMN,__li__BC *li__5AMN);
static void li__K43L(__li__FPHL *li__L43L,__li__BC *li__M43L);
static void li__P40L(__li__DFNL *li__Q40L,__li__BC *li__R40L);
static void li__4SHP(__li__3I3L *li__5SHP,__li__BC *li__ATHP);
static void li__J2BQ(__li__APLM *li__K2BQ,__li__BC *li__L2BQ);
static void li__SARO(__li__DTNM *li__TARO,__li__BC *li__UARO);
static void li__CU3R(__li__JXNM *li__DU3R,__li__BC *li__EU3R);
static void li__GTHP(__li__2PLO *li__HTHP,__li__BC *li__ITHP);
static void li__ZJKP(__li__21LO *li__0JKP,__li__BC *li__1JKP);
static void li__4JKP(__li__TPOO *li__5JKP,__li__BC *li__AKKP);
static void li__NF4R(__li__URRO *li__OF4R,__li__BC *li__PF4R);
static void li__S2BQ(__li__41XO *li__T2BQ,__li__BC *li__U2BQ);
static void li__VIXR(__li__EDHP *li__WIXR,__li__BC *li__XIXR);
static void li__020Q(__li__CJ1P *li__120Q,__li__BC *li__220Q);
static void li__HVCS(__li__AKBR *li__IVCS,__li__BC *li__JVCS);
static void li__YLIS(__li__SU5R *li__ZLIS,__li__BC *li__0LIS);
static void li__BMIS(__li__JV5R *li__CMIS,__li__BC *li__DMIS);
static void li__Z5OE(__li__KI *li__05OE,__li__BC *li__15OE);
static void li__NBPE(__li__Z0IE *li__PBPE,__li__BC *li__QBPE);
static void li__PIMH(__li__IF *li__QIMH);
static void li__FKMH(__li__ORB *li__GKMH);
static void li__1LMH(__li__QRB *li__2LMH);
static void li__RNMH(__li__SRB *li__SNMH);
static void li__RPMH(__li__GSZ *li__SPMH);
static void li__EUNI(__li__1RRF *li__FUNI,__li__BC *li__GUNI);
static void li__H34H(__li__GSZ *li__I34H,__li__BC *li__J34H);
static void li__HAPI(__li__1RRF *li__IAPI,__li__BC *li__JAPI);
static void li__GGON(__li__UJSH *li__HGON);
static void li__QUIH(__li__GSZ *li__RUIH,__li__BC *li__SUIH);
static void li__X0KI(__li__IF *li__Z0KI,__li__DZB *li__Y0KI);
static void li__G4KI(__li__IF *li__I4KI,__li__DZB *li__H4KI);
static void li__SL1K(__li__IF *li__TL1K,__li__DZB *li__UL1K);
static void li__I3OM(__li__IF *li__J3OM);
static void li__HEYI(__li__ZZC *li__IEYI);
static void li__ZTLI(__li__GSZ *li__1TLI,__li__DZB *li__0TLI);
static void li__IXLI(__li__GSZ *li__KXLI,__li__DZB *li__JXLI);
static void li__UN1K(__li__GSZ *li__VN1K,__li__DZB *li__WN1K);
static void li__14OM(__li__GSZ *li__24OM);
static void li__LNJN(__li__IFGD *li__MNJN,__li__K li__NNJN);
static void li__1RHH(__li__K li__2RHH);
static __li__RKG* li__U5DB();
static __li__C li__TT1(__li__U *li__UT1,void *li__VT1);
static __li__K li__TO3(__li__BC *li__UO3);
static __li__C li__HK4(__li__HR *li__IK4,__li__U *li__JK4);
static void** li__YPPI(void **li__ZPPI,__li__K li__0PPI,__li__K li__1PPI);
static void* li__LWUF(__li__YOB *li__MWUF);
static void* li__Z0UF(__li__LN5D *li__00UF);
static void* li__50UF(__li__KO5D *li__A1UF);
static void li__1ZYG(__li__GGB *li__2ZYG);
static void li__R2YG(__li__YHB *li__S2YG,__li__BC *li__T2YG);
static void li__Q4XF(__li__KO5D *li__R4XF);
static void li__O3RH(__li__LNIE *li__P3RH);
static void** li__TTQC(__li__K li__VTQC);
static void li__OKYD(__li__RA1 *li__PKYD);
static __li__EICD* li__52JD(__li__PF *li__B3JD,__li__U *li__C3JD,__li__EICD *li__D3JD);
static void** li__YTLC(__li__K li__0TLC);
static __li__3 li__GBL();
static __li__C li__SVRB(__li__3 li__TVRB);
static __li__K li__PTQD(__li__BC *li__QTQD);
static void li__JJKF();
static __li__C li__YXVB();
static __li__C li__RFXB();
static void li__FHFF(__li__U *li__IHFF);
static void* li__HDXC(__li__DCG *li__IDXC);
static __li__HLSC* li__2T0D(__li__PO li__4T0D,void *li__5T0D,__li__3 li__AU0D,void *li__BU0D);
static void li__SIV(__li__02D *li__TIV);
static __li__N2L* li__ZQR(void *li__1QR,__li__U *li__2QR,__li__N2L *li__3QR);
static __li__KIE* li__L2G();
static __li__Q2D* li__C4G();
static void li__U3M(__li__Q2D *li__V3M,__li__BC *li__W3M);
static void li__O4M(__li__KIE *li__P4M,__li__BC *li__Q4M);
static void li__L5M(__li__02D *li__M5M,void *li__N5M,__li__U *li__O5M);
static __li__K li__VTLB();
static __li__PF* li__FSPB(__li__U *li__HSPB,__li__U *li__ISPB);
static void* li__Z5PB(__li__QZC *li__05PB,__li__U *li__15PB);
static __li__IF* li__IXTB();
static void li__5YTB(__li__QZC *li__AZTB,__li__IF *li__BZTB,__li__U *li__CZTB);
static void li__L1TB(__li__IF *li__M1TB,__li__PF *li__O1TB);
static __li__5RB* li__OHDJ(__li__1M *li__PHDJ,void *li__QHDJ);
static __li__5RB* li__EKXF(__li__GSZ *li__FKXF,void *li__GKXF);
static __li__5RB* li__JRYI(__li__GSZ *li__KRYI,void *li__LRYI);
static __li__K li__WEQM(__li__DZB *li__XEQM,void *li__YEQM);
static __li__K li__YXTJ(__li__QWEC *li__ZXTJ,void *li__0XTJ);
static __li__K li__EFRK(__li__3PZ *li__FFRK);
static __li__C li__QLRK(__li__EIGB *li__RLRK,__li__3PZ *li__SLRK);
static __li__PF* li__TBDD(__li__RA1 *li__UBDD,__li__U *li__VBDD);
static __li__3 li__GA3C(__li__3 li__HA3C);
static __li__K li__NLKE(__li__U *li__OLKE,__li__U *li__PLKE);
static void li__4UXB(__li__PF *li__AVXB);
static void li__LHED(__li__RA1 *li__MHED,__li__PF *li__NHED,__li__U *li__OHED);
static void li__EDSB(__li__K li__GDSB,__li__U *li__HDSB);
static void li__JBUB(__li__F0C li__KBUB,__li__BC *li__LBUB);
static __li__U* li__3GSB(__li__BC *li__5GSB);
static void* li__YHBG(void *li__0HBG,void *li__1HBG);
static void li__BIBG(__li__ZZC *li__CIBG,void *li__DIBG);
static void li__VKBG(__li__GSZ *li__WKBG,void *li__XKBG);
static void li__LMBG(__li__GSZ *li__MMBG,void *li__NMBG);
static void li__OUOI(__li__ZCSH *li__PUOI,__li__1M *li__QUOI);
static __li__SZEC* li__SXOI(__li__1M *li__TXOI,void *li__UXOI,__li__5RB *li__VXOI,__li__2ZEC *li__WXOI,__li__C li__XXOI);
static __li__XHQB* li__NKSB();
static void li__CXDD(__li__XHQB *li__DXDD);
static __li__C li__J2DD(__li__XHQB *li__K2DD,void *li__L2DD);
static void li__LOQD(__li__XHQB *li__MOQD,void *li__NOQD);
static void li__ZMGJ(__li__IF *li__0MGJ,void *li__1MGJ);
static void li__YOGJ(__li__ORB *li__ZOGJ,void *li__0OGJ);
static void li__XQGJ(__li__QRB *li__YQGJ,void *li__ZQGJ);
static void li__WSGJ(__li__SRB *li__XSGJ,void *li__YSGJ);
static void li__VUGJ(__li__URB *li__WUGJ,void *li__XUGJ);
static void li__UWGJ(__li__GSZ *li__VWGJ,void *li__WWGJ);
static void li__TYGJ(__li__1RRF *li__UYGJ,void *li__VYGJ);
static void li__QRMN(void *li__SRMN);
static __li__C li__WRPP(__li__3J1L *li__XRPP,__li__TQNE *li__YRPP);
static __li__K li__KQPP(__li__TQNE *li__LQPP);
static void* li__I43C(__li__OC1 *li__J43C,__li__U *li__K43C);
static void li__YPBG(__li__IF *li__ZPBG,void *li__0PBG);
static __li__HZB* li__ODJG();
static void* li__FFJG(__li__HZB *li__GFJG,void *li__HFJG,void *li__IFJG);
static void li__SSIG(__li__UL2B *li__TSIG,__li__3PZ *li__USIG,void *li__VSIG);
static __li__1RRF* li__WX0F(__li__3PZ *li__YX0F,__li__3PZ *li__ZX0F);
static void li__WRGG(__li__QRB *li__XRGG,void *li__YRGG);
static void li__GVGG(__li__SRB *li__HVGG,void *li__IVGG);
static void li__YFRG(__li__URB *li__ZFRG,void *li__0FRG);
static void** li__KC5I(__li__K li__MC5I);
static void** li__HWMK(void **li__IWMK,__li__K li__JWMK,__li__K li__KWMK);
static __li__LPQH* li__I30H(__li__ODID *li__K30H);
static void li__WRHF(__li__UJG li__XRHF,__li__BC *li__YRHF);
static __li__KTVI* li__4D3J(__li__PO li__AE3J,void *li__BE3J,void *li__CE3J);
static __li__LTVI* li__QZQL(__li__PO li__SZQL,void *li__TZQL,void *li__UZQL);
static __li__XTVI* li__ME3J(__li__PO li__OE3J,void *li__PE3J,void *li__QE3J);
static __li__YTVI* li__N0QL(__li__PO li__P0QL,void *li__Q0QL,void *li__R0QL);
static __li__S2VI* li__CBXJ();
static __li__E3VI* li__WBZJ();
static __li__NMWI* li__3OSJ(__li__PO li__5OSJ,void *li__APSJ,void *li__BPSJ);
static __li__BNWI* li__1PSJ(__li__PO li__3PSJ,void *li__4PSJ,void *li__5PSJ);
static __li__XNWI* li__ZQSJ(__li__PO li__1QSJ,void *li__2QSJ,void *li__3QSJ);
static __li__LOWI* li__XRSJ(__li__PO li__ZRSJ,void *li__0RSJ,void *li__1RSJ);
static __li__5OWI* li__M1UJ();
static __li__TPWI* li__K3UJ();
static __li__HQWI* li__I5UJ();
static __li__ARWI* li__WVSJ(__li__PO li__YVSJ,void *li__ZVSJ,void *li__0VSJ,void *li__1VSJ);
static __li__URWI* li__UWSJ(__li__PO li__WWSJ,void *li__XWSJ,void *li__YWSJ);
static __li__XOHL* li__45DN(__li__PO li__AAEN,void *li__BAEN);
static __li__FPHL* li__PFUL();
static __li__APLM* li__33SP(__li__PO li__53SP,void *li__A4SP,void *li__B4SP);
static __li__DTNM* li__YHKO(__li__PO li__0HKO,void *li__1HKO);
static __li__JXNM* li__OTZR(__li__PO li__QTZR,void *li__RTZR,void *li__STZR);
static __li__URRO* li__XYZR(__li__PO li__ZYZR,void *li__0YZR);
static __li__41XO* li__BHTP(__li__PO li__DHTP,void *li__EHTP,void *li__FHTP);
static __li__AKBR* li__WNAS(__li__PO li__YNAS,void *li__ZNAS,void *li__0NAS);
static __li__SU5R* li__NKHS(__li__PO li__PKHS,void *li__QKHS,void *li__RKHS);
static __li__JV5R* li__3KHS(__li__PO li__5KHS,void *li__ALHS,void *li__BLHS);
static void li__HQVL(__li__4RUC *li__IQVL,void *li__JQVL);
static void li__GSVL(__li__QUAF *li__HSVL,void *li__ISVL);
static __li__C li__N2IM(__li__5RB *li__O2IM,__li__5RB *li__P2IM);
static __li__DFNL* li__1IGL(__li__VTBD *li__2IGL,__li__PO li__3IGL,void *li__5IGL);
static __li__VTBD* li__FPNQ(__li__VTBD *li__GPNQ);
static __li__QWEC* li__EA0G();
static __li__ZCSH* li__CRVH(__li__K li__ERVH);
static __li__DZB* li__H2SG();
static void li__FTVN(__li__OGID *li__GTVN,void *li__HTVN);
static __li__2ZEC* li__ICJJ();
static __li__C li__EYCM(__li__ULSB *li__FYCM,void *li__GYCM,void *li__HYCM);
static void li__SDJJ(__li__K41B *li__TDJJ,void *li__UDJJ,__li__2ZEC *li__WDJJ,void *li__XDJJ,__li__C li__YDJJ);
static __li__2ZEC* li__UFNJ(__li__2ZEC *li__WFNJ);
static __li__ODID* li__UVPJ(__li__PO li__WVPJ,void *li__XVPJ,__li__2ZEC *li__YVPJ);
static __li__C li__SALE(__li__U *li__TALE,__li__U *li__UALE);
static void li__BIJM(__li__QWEC *li__CIJM,__li__BC *li__DIJM);
static void li__WJJM(__li__QWEC *li__XJJM,__li__BC *li__YJJM);
static void li__T4PJ(__li__2ZEC *li__V4PJ);
static __li__ODID* li__2IUJ(__li__PO li__4IUJ,void *li__5IUJ,void *li__AJUJ,__li__2ZEC *li__BJUJ,__li__C li__CJUJ);
static void* li__ZAHJ(__li__ODID *li__0AHJ);
static void* li__B5UI(__li__QOZB *li__C5UI);
static void* li__TDVI(__li__VXZB *li__UDVI);
static void* li__0DVI(__li__BZZB *li__1DVI);
static void* li__HGVI(__li__ZA1B *li__IGVI);
static void* li__KJVI(__li__SB1B *li__LJVI);
static void* li__OMVI(__li__AE1B *li__PMVI);
static void* li__SNVI(__li__5E1B *li__TNVI);
static void* li__IPVI(__li__K41B *li__JPVI);
static void* li__OPVI(__li__YA2B *li__PPVI);
static void* li__RUVI(__li__NB2B *li__SUVI);
static __li__KMFK* li__ODWI(__li__LH2B *li__PDWI);
static __li__KMFK* li__DHWI(__li__M32B *li__EHWI);
static __li__KMFK* li__2IWI(__li__KD3B *li__3IWI);
static void* li__CKWI(__li__WE3B *li__DKWI);
static void* li__PYWI(__li__UG4B *li__QYWI);
static __li__MZWI* li__JZWI(__li__Q24B *li__KZWI);
static __li__WVBD* li__VZWI(__li__D34B *li__WZWI);
static __li__WK* li__I0WI(__li__H44B *li__J0WI);
static void* li__DCVK(__li__5RB *li__ECVK,__li__PO li__FCVK);
static void* li__KPGK(__li__WK *li__LPGK,__li__5RB *li__MPGK,__li__PO li__NPGK);
static void* li__4XGK(__li__AVBD *li__5XGK,__li__5RB *li__AYGK,__li__PO li__BYGK);
static void* li__TAHK(__li__KVBD *li__UAHK,__li__5RB *li__VAHK,__li__PO li__WAHK);
static void* li__IJHK(__li__WVBD *li__JJHK,__li__5RB *li__KJHK,__li__PO li__LJHK);
static void* li__IQ4J(__li__Z4WH *li__JQ4J,__li__5RB *li__KQ4J,__li__PO li__LQ4J);
static void* li__4RHK(__li__KTVI *li__5RHK,__li__5RB *li__ASHK,__li__PO li__BSHK);
static void* li__TXMN(__li__LTVI *li__UXMN,__li__5RB *li__VXMN,__li__PO li__WXMN);
static void* li__U0HK(__li__XTVI *li__V0HK,__li__5RB *li__W0HK,__li__PO li__X0HK);
static void* li__IANN(__li__YTVI *li__JANN,__li__5RB *li__KANN,__li__PO li__LANN);
static void* li__JDIK(__li__S2VI *li__KDIK,__li__5RB *li__LDIK,__li__PO li__MDIK);
static void* li__4LIK(__li__E3VI *li__5LIK,__li__5RB *li__AMIK,__li__PO li__BMIK);
static void* li__SUIK(__li__KLWI *li__TUIK,__li__5RB *li__UUIK,__li__PO li__VUIK);
static void* li__G3IK(__li__ULWI *li__H3IK,__li__5RB *li__I3IK,__li__PO li__J3IK);
static void* li__1FJK(__li__NMWI *li__2FJK,__li__5RB *li__3FJK,__li__PO li__4FJK);
static void* li__QOJK(__li__BNWI *li__ROJK,__li__5RB *li__SOJK,__li__PO li__TOJK);
static void* li__FXJK(__li__XNWI *li__GXJK,__li__5RB *li__HXJK,__li__PO li__IXJK);
static void* li__05JK(__li__LOWI *li__15JK,__li__5RB *li__25JK,__li__PO li__35JK);
static void* li__PIKK(__li__5OWI *li__QIKK,__li__5RB *li__RIKK,__li__PO li__SIKK);
static void* li__ERKK(__li__TPWI *li__FRKK,__li__5RB *li__GRKK,__li__PO li__HRKK);
static void* li__ZZKK(__li__HQWI *li__0ZKK,__li__5RB *li__1ZKK,__li__PO li__2ZKK);
static void* li__NCLK(__li__ARWI *li__OCLK,__li__5RB *li__PCLK,__li__PO li__QCLK);
static void* li__BLLK(__li__URWI *li__CLLK,__li__5RB *li__DLLK,__li__PO li__ELLK);
static void* li__VTLK(__li__MSWI *li__WTLK,__li__5RB *li__XTLK,__li__PO li__YTLK);
static void* li__J2LK(__li__ETWI *li__K2LK,__li__5RB *li__L2LK,__li__PO li__M2LK);
static void* li__4EMK(__li__MZWI *li__5EMK,__li__5RB *li__AFMK,__li__PO li__BFMK);
static void* li__TNMK(__li__C0WI *li__UNMK,__li__5RB *li__VNMK,__li__PO li__WNMK);
static void* li__Q3IP(__li__M1WI *li__R3IP,__li__5RB *li__S3IP,__li__PO li__T3IP);
static void* li__JG2L(__li__KMFK *li__KG2L,__li__5RB *li__LG2L,__li__PO li__MG2L);
static void* li__3INN(__li__XOHL *li__4INN,__li__5RB *li__5INN,__li__PO li__AJNN);
static void* li__SRNN(__li__FPHL *li__TRNN,__li__5RB *li__URNN,__li__PO li__VRNN);
static void* li__5JCQ(__li__APLM *li__AKCQ,__li__5RB *li__BKCQ,__li__PO li__CKCQ);
static void* li__S2RO(__li__DTNM *li__T2RO,__li__5RB *li__U2RO,__li__PO li__V2RO);
static void* li__UZCS(__li__JXNM *li__VZCS,__li__5RB *li__WZCS,__li__PO li__XZCS);
static void* li__FGJP(__li__21LO *li__GGJP,__li__5RB *li__HGJP,__li__PO li__IGJP);
static void* li__0OJP(__li__TPOO *li__1OJP,__li__5RB *li__2OJP,__li__PO li__3OJP);
static void* li__TNPS(__li__URRO *li__UNPS,__li__5RB *li__VNPS,__li__PO li__WNPS);
static void* li__USCQ(__li__41XO *li__VSCQ,__li__5RB *li__WSCQ,__li__PO li__XSCQ);
static void* li__4CDS(__li__AKBR *li__5CDS,__li__5RB *li__ADDS,__li__PO li__BDDS);
static void* li__IWPS(__li__SU5R *li__JWPS,__li__5RB *li__KWPS,__li__PO li__LWPS);
static void* li__34PS(__li__JV5R *li__44PS,__li__5RB *li__54PS,__li__PO li__A5PS);
static void** li__R4PQ(__li__K li__T4PQ);
static __li__K li__VWVQ();
static void* li__4KKJ(__li__DZB *li__5KKJ,__li__PO li__ALKJ,void *li__BLKJ,void *li__CLKJ);
static void li__2CJI(__li__TOLE *li__3CJI,__li__K li__4CJI,__li__K li__5CJI);
static void** li__1LBL(__li__K li__3LBL);
static void** li__WQCM(void **li__XQCM,__li__K li__YQCM,__li__K li__ZQCM);
static void li__XZFQ(__li__DZB *li__YZFQ,void *li__ZZFQ);
static void li__HT1Q(__li__1M *li__IT1Q,__li__LHBK *li__JT1Q);
static void li__GGZO(__li__UJSH *li__HGZO);
static __li__C li__VGZO(__li__LHBK *li__WGZO);
static void li__0GZO(__li__QWEO *li__1GZO,__li__K li__2GZO);
static __li__KMFK* li__ZCCL(__li__VTBD *li__0CCL);
static __li__ILPO* li__F1QO(__li__K li__H1QO);
static void li__C2MP(__li__ILPO *li__D2MP,__li__OWEO *li__E2MP);
static void** li__5VPQ(__li__K li__BWPQ);
static __li__VTBD* li__2JZK(__li__B2OI *li__3JZK);
static __li__KI* li__UG1P(__li__2PLO *li__VG1P,void *li__WG1P,__li__5RB *li__XG1P);
static void li__SZIN(__li__VTBD *li__TZIN,__li__BC *li__UZIN);
static __li__AVBD* li__HJQI(__li__AVBD *li__IJQI);
static void* li__3IRO(__li__IYBD *li__4IRO);
static void li__US1L(__li__SJPJ *li__VS1L);
static void li__BT1L(__li__0VPJ *li__CT1L);
static void li__1T1L(__li__1VPJ *li__2T1L);
static void* li__O2PK(__li__Z4WH *li__P2PK);
static void* li__N4VK(__li__KTVI *li__O4VK);
static void* li__SO5L(__li__LTVI *li__TO5L);
static void* li__SEWK(__li__XTVI *li__TEWK);
static void* li__DP5L(__li__YTVI *li__EP5L);
static void* li__L3PK(__li__S2VI *li__M3PK);
static void* li__33PK(__li__E3VI *li__43PK);
static void* li__Z4PK(__li__NMWI *li__04PK);
static void* li__L5PK(__li__BNWI *li__M5PK);
static void* li__35PK(__li__XNWI *li__45PK);
static void* li__PAQK(__li__LOWI *li__QAQK);
static void* li__BBQK(__li__5OWI *li__CBQK);
static void* li__TBQK(__li__TPWI *li__UBQK);
static void* li__FCQK(__li__HQWI *li__GCQK);
static void* li__OQWK(__li__ARWI *li__PQWK);
static void* li__1CQK(__li__URWI *li__2CQK);
static void* li__QDQK(__li__ETWI *li__RDQK);
static void li__5JGN(__li__SQNE *li__AKGN);
static void li__DXTM(__li__DZB *li__EXTM);
static void li__OZ4L(__li__DZB *li__PZ4L,void *li__QZ4L);
static void* li__A2NN(__li__XOHL *li__B2NN);
static void* li__UP5L(__li__FPHL *li__VP5L);
static void* li__11CQ(__li__APLM *li__21CQ);
static void* li__SGSO(__li__DTNM *li__TGSO);
static void* li__LZ3R(__li__JXNM *li__MZ3R);
static void* li__SDPP(__li__21LO *li__TDPP);
static void* li__3G4R(__li__URRO *li__4G4R);
static void* li__M2CQ(__li__41XO *li__N2CQ);
static void* li__WLDS(__li__AKBR *li__XLDS);
static void* li__0AJS(__li__SU5R *li__1AJS);
static void* li__LBJS(__li__JV5R *li__MBJS);
static void* li__IVAJ(__li__AVBD *li__JVAJ);
static void* li__H52K();
static void* li__AJAM(__li__LTVI *li__BJAM);
static void* li__0OAM(__li__YTVI *li__1OAM);
static void* li__YU2K(__li__S2VI *li__ZU2K);
static void* li__CZ2K(__li__E3VI *li__DZ2K);
static __li__KVBD* li__M52K(__li__KLWI *li__N52K);
static void* li__YA3K(__li__NMWI *li__ZA3K);
static void* li__CF3K(__li__BNWI *li__DF3K);
static void* li__MJ3K(__li__XNWI *li__NJ3K);
static void* li__WN3K(__li__LOWI *li__XN3K);
static void* li__AS3K(__li__5OWI *li__BS3K);
static void* li__KW3K(__li__TPWI *li__LW3K);
static void* li__U03K(__li__HQWI *li__V03K);
static void* li__443K(__li__URWI *li__543K);
static void* li__K53K(__li__ETWI *li__L53K);
static void* li__QF3L(__li__KMFK *li__RF3L);
static void* li__P2NN(__li__XOHL *li__Q2NN);
static void* li__YUAM(__li__FPHL *li__ZUAM);
static void* li__C3CQ(__li__APLM *li__D3CQ);
static void* li__3GSO(__li__DTNM *li__4GSO);
static void* li__E03R(__li__JXNM *li__F03R);
static void* li__H1JP(__li__21LO *li__I1JP);
static void* li__Z5JP(__li__TPOO *li__05JP);
static void* li__MH4R(__li__URRO *li__NH4R);
static void* li__MBDQ(__li__41XO *li__NBDQ);
static void* li__KMDS(__li__AKBR *li__LMDS);
static void* li__1CJS(__li__SU5R *li__2CJS);
static void* li__FHJS(__li__JV5R *li__GHJS);
static void li__ZT5L(__li__DZB *li__0T5L,void *li__1T5L);
static __li__KI* li__UGQP(__li__LHBK *li__VGQP);
static __li__K li__OVOP(__li__QWEO *li__PVOP);
static __li__OWEO* li__LV0P(__li__QWEO *li__MV0P,__li__K li__NV0P);
static void li__KE5P(void *li__ME5P);
static void li__OOAQ(__li__K li__QOAQ,__li__K li__ROAQ);
static void li__PW1Q(__li__1M *li__QW1Q,void *li__RW1Q);
static void li__PTOP(__li__UJSH *li__QTOP,void *li__RTOP);
static __li__KI* li__BIIQ(__li__KI *li__CIIQ);
static __li__C li__AB1R(__li__KI *li__BB1R,void *li__CB1R);
static void li__WXPN(__li__VTBD *li__XXPN,void *li__YXPN);
static void li__GORJ(__li__Z0IE *li__HORJ,__li__VTBD *li__IORJ);
static void li__WDJQ(__li__VTBD *li__XDJQ,void *li__YDJQ);
static void li__PJ5I(__li__Q li__QJ5I);
static void li__JLOI(__li__O3B *li__KLOI);
static void li__PZDK(__li__KLWI *li__QZDK);
static void li__UZDK(__li__ULWI *li__VZDK);
static void li__N1DK(__li__MSWI *li__O1DK);
static void li__CVRO(__li__IYBD *li__DVRO);
static void li__JTNI(__li__ODID *li__KTNI);
static void li__0QDK(__li__RLKJ *li__1QDK);
static void li__4QDK(__li__5LKJ *li__5QDK);
static void li__WNIP(__li__LHBK *li__XNIP);
static void li__CM1L(__li__DFNL *li__DM1L);
static void li__DQIP(__li__2PLO *li__EQIP);
static void li__B50Q(__li__CJ1P *li__C50Q);
static void li__BHOG(__li__KI *li__CHOG,__li__K li__DHOG);
static __li__ULSB* li__U5GD();
static void** li__WYUG(void **li__XYUG,__li__K li__YYUG,__li__K li__ZYUG);
static void li__T4GJ(__li__CB li__U4GJ,__li__BC *li__V4GJ);
static void li__CE2L(__li__NY3I *li__DE2L,__li__BC *li__EE2L);
static void li__IE2L(__li__SJPJ *li__JE2L,__li__BC *li__KE2L);
static void li__RE2L(__li__1VPJ *li__SE2L,__li__BC *li__TE2L);
static void li__LCMN(__li__KI *li__MCMN,__li__BC *li__NCMN);
static void li__5ACK(__li__WK *li__ABCK,__li__BC *li__BBCK);
static void li__3GRL(__li__VTBD *li__5GRL);
static void li__L3MI(__li__AVBD *li__M3MI,__li__BC *li__N3MI);
static void li__XGCK(__li__KVBD *li__YGCK,__li__BC *li__ZGCK);
static void li__EBNI(__li__WVBD *li__FBNI,__li__BC *li__GBNI);
static void li__DHCK(__li__KTVI *li__EHCK,__li__BC *li__FHCK);
static void li__WE1L(__li__LTVI *li__XE1L,__li__BC *li__YE1L);
static void li__KHCK(__li__XTVI *li__LHCK,__li__BC *li__MHCK);
static void li__2E1L(__li__YTVI *li__3E1L,__li__BC *li__4E1L);
static void li__QHCK(__li__S2VI *li__RHCK,__li__BC *li__SHCK);
static void li__PJCK(__li__E3VI *li__QJCK,__li__BC *li__RJCK);
static void li__RLCK(__li__ULWI *li__SLCK,__li__BC *li__TLCK);
static void li__JMCK(__li__NMWI *li__KMCK,__li__BC *li__LMCK);
static void li__WRCK(__li__BNWI *li__XRCK,__li__BC *li__YRCK);
static void li__5TCK(__li__XNWI *li__AUCK,__li__BC *li__BUCK);
static void li__IWCK(__li__LOWI *li__JWCK,__li__BC *li__KWCK);
static void li__RYCK(__li__5OWI *li__SYCK,__li__BC *li__TYCK);
static void li__00CK(__li__TPWI *li__10CK,__li__BC *li__20CK);
static void li__D3CK(__li__HQWI *li__E3CK,__li__BC *li__F3CK);
static void li__M5CK(__li__ARWI *li__N5CK,__li__BC *li__O5CK);
static void li__BBDK(__li__URWI *li__CBDK,__li__BC *li__DBDK);
static void li__GBDK(__li__MSWI *li__HBDK,__li__BC *li__IBDK);
static void li__LBDK(__li__ETWI *li__MBDK,__li__BC *li__NBDK);
static void li__CF1L(__li__KMFK *li__DF1L,__li__BC *li__EF1L);
static void li__VCMN(__li__XOHL *li__WCMN,__li__BC *li__XCMN);
static void li__UI4L(__li__FPHL *li__VI4L,__li__BC *li__WI4L);
static void li__T4BQ(__li__APLM *li__U4BQ,__li__BC *li__V4BQ);
static void li__5ARO(__li__DTNM *li__ABRO,__li__BC *li__BBRO);
static void li__RU3R(__li__JXNM *li__SU3R,__li__BC *li__TU3R);
static void li__GVIP(__li__21LO *li__HVIP,__li__BC *li__IVIP);
static void li__4N4R(__li__URRO *li__5N4R,__li__BC *li__AO4R);
static void li__AECQ(__li__41XO *li__BECQ,__li__BC *li__CECQ);
static void li__WVCS(__li__AKBR *li__XVCS,__li__BC *li__YVCS);
static void li__CNIS(__li__SU5R *li__DNIS,__li__BC *li__ENIS);
static void li__PSIS(__li__JV5R *li__QSIS,__li__BC *li__RSIS);
static void li__4INR(void *li__AJNR,__li__BC *li__BJNR);
static void li__KKNR(void *li__MKNR,__li__BC *li__NKNR);
static void li__OKNR(void *li__QKNR,__li__BC *li__RKNR);
static void li__0LNR(void *li__2LNR,__li__BC *li__3LNR);
static void li__GNNR(void *li__INNR,__li__BC *li__JNNR);
static void li__KNNR(void *li__MNNR,__li__BC *li__NNNR);
static void li__WONR(void *li__YONR,__li__BC *li__ZONR);
static void li__0ONR(void *li__2ONR,__li__BC *li__3ONR);
static __li__C li__5GXM(__li__WK *li__AHXM,void *li__BHXM);
static __li__C li__VHXM(__li__KVBD *li__WHXM,void *li__XHXM);
static __li__C li__HIXM(__li__WVBD *li__IIXM,void *li__JIXM);
static __li__C li__WPWM(__li__KTVI *li__XPWM,void *li__YPWM);
static __li__C li__TQWM(__li__LTVI *li__UQWM,void *li__VQWM);
static __li__C li__RRWM(__li__XTVI *li__SRWM,void *li__TRWM);
static __li__C li__OSWM(__li__YTVI *li__PSWM,void *li__QSWM);
static __li__C li__LTWM(__li__S2VI *li__MTWM,void *li__NTWM);
static __li__C li__IUWM(__li__E3VI *li__JUWM,void *li__KUWM);
static __li__C li__QJXM(__li__NMWI *li__RJXM,void *li__SJXM);
static __li__C li__NKXM(__li__BNWI *li__OKXM,void *li__PKXM);
static __li__C li__KLXM(__li__XNWI *li__LLXM,void *li__MLXM);
static __li__C li__HMXM(__li__LOWI *li__IMXM,void *li__JMXM);
static __li__C li__ENXM(__li__5OWI *li__FNXM,void *li__GNXM);
static __li__C li__BOXM(__li__TPWI *li__COXM,void *li__DOXM);
static __li__C li__4OXM(__li__HQWI *li__5OXM,void *li__APXM);
static __li__C li__LQXM(__li__MZWI *li__MQXM,void *li__NQXM);
static __li__C li__GRXM(__li__C0WI *li__HRXM,void *li__IRXM);
static __li__C li__JYGP(__li__M1WI *li__KYGP,void *li__LYGP);
static __li__C li__YRXM(__li__KMFK *li__ZRXM,void *li__0RXM);
static __li__C li__H5QN(__li__XOHL *li__I5QN,void *li__J5QN);
static __li__C li__LSXM(__li__FPHL *li__MSXM,void *li__NSXM);
static __li__C li__KZDQ(__li__APLM *li__LZDQ,void *li__MZDQ);
static __li__C li__YYTO(__li__DTNM *li__ZYTO,void *li__0YTO);
static __li__C li__WB4R(__li__JXNM *li__XB4R,void *li__YB4R);
static __li__C li__I1DQ(__li__21LO *li__J1DQ,void *li__K1DQ);
static __li__C li__F2DQ(__li__TPOO *li__G2DQ,void *li__H2DQ);
static __li__C li__DWJS(__li__URRO *li__EWJS,void *li__FWJS);
static __li__C li__H0DQ(__li__41XO *li__I0DQ,void *li__J0DQ);
static __li__C li__HCES(__li__AKBR *li__ICES,void *li__JCES);
static __li__C li__WWJS(__li__SU5R *li__XWJS,void *li__YWJS);
static __li__C li__TXJS(__li__JV5R *li__UXJS,void *li__VXJS);
static void li__JF2Q(__li__SZHP *li__KF2Q,__li__BRPK *li__LF2Q);
static void li__GHIL(__li__MZB *li__HHIL,__li__DZB *li__IHIL);
static void li__KBOL(__li__RLKJ *li__LBOL,__li__BC *li__MBOL);
static void li__B2QI(__li__1RRF *li__C2QI);
static void li__BFOL(__li__5LKJ *li__CFOL,__li__BC *li__DFOL);
static void li__JXBN(__li__DFNL *li__KXBN,__li__BC *li__LXBN);
static __li__U* li__DSEM(void *li__FSEM);
static void li__YD3P(__li__1M *li__ZD3P,void *li__0D3P);
static __li__C li__HFQF(__li__KXFD *li__IFQF,void *li__JFQF);
static __li__K li__MBMF(__li__KXFD *li__NBMF,void *li__OBMF);
static void li__P23P(__li__KXFD *li__Q23P,__li__K li__R23P,void *li__S23P);
static __li__C li__2ALN(__li__IFGD *li__3ALN,void *li__4ALN);
static void li__ECBQ(__li__IFGD *li__FCBQ);
static __li__2XXF* li__JBAQ(void *li__LBAQ,__li__2XXF *li__MBAQ);
static __li__K li__SGFI(void **li__TGFI,void *li__UGFI,__li__K li__VGFI);
static __li__C li__35ML(__li__IF *li__45ML,__li__5RB *li__55ML);
static __li__K li__NCTL(__li__5RB *li__OCTL);
static void** li__X5QG(void **li__Y5QG,__li__K li__Z5QG,__li__K li__05QG);
static void li__3D0G(void **li__4D0G,__li__K li__5D0G,__li__K li__AE0G);
static __li__C li__RBNL(__li__GSZ *li__SBNL,__li__5RB *li__TBNL);
static void li__RSZG();
static void* li__O5QH(__li__HLSC *li__P5QH);
static void* li__MCRH(__li__M30C *li__NCRH);
static __li__C li__P1XC(__li__3 li__Q1XC);
static __li__C li__SQXB(__li__3 li__TQXB);
static void* li__LFZC(__li__DCG *li__MFZC);
static void li__DOBG(__li__IF *li__EOBG,void *li__FOBG);
static __li__K li__GB1F(__li__XB1 *li__HB1F,void *li__IB1F);
static __li__K li__1BGL(__li__4RUC *li__2BGL,void *li__3BGL);
static __li__K li__JCGL(__li__QUAF *li__KCGL,void *li__LCGL);
static __li__K li__VBRL(__li__5RB *li__WBRL);
static __li__C li__BSYB(__li__C li__DSYB);
static __li__CRB* li__VP4B(__li__DCG *li__WP4B,__li__C li__XP4B);
static __li__3 li__VUZB();
static __li__I03C* li__0W4C();
static void* li__NOUC(__li__DCG *li__OOUC,__li__C li__POUC,__li__C li__QOUC);
static __li__4HAD* li__VHAD(__li__I03C *li__XHAD);
static __li__4RUC* li__EWAD();
static void li__NBLE(__li__I03C *li__OBLE,void *li__PBLE);
static __li__IZB* li__FNAD(__li__I03C *li__HNAD);
static __li__I03C* li__AU5C(__li__I03C *li__CU5C);
static void li__1NHD(__li__IZB *li__2NHD,__li__I03C *li__3NHD);
static __li__C li__33TC();
static __li__UL2B* li__EW5B(__li__CRB *li__GW5B);
static void* li__HK2B(__li__DCG *li__IK2B,__li__C li__JK2B);
static void li__5BHD(__li__IZB *li__ACHD,void *li__BCHD);
static __li__QOZB* li__HWZB(__li__DCG *li__IWZB);
static void* li__O20B(__li__DCG *li__P20B);
static void li__5QHD(__li__IZB *li__ARHD,void *li__BRHD,__li__PF *li__CRHD);
static __li__I03C* li__Q05C(__li__K li__S05C);
static __li__PO li__VTHD(__li__NB2B *li__WTHD);
static __li__PO li__1THD(__li__XMUC *li__2THD);
static void li__SLNE(__li__I03C *li__TLNE,__li__4RUC *li__ULNE);
static __li__IZB* li__IGBD(__li__PO li__KGBD,__li__U *li__LGBD,__li__ULSB *li__MGBD);
static void li__Q04C(__li__OC1 *li__R04C,void *li__S04C,__li__U *li__T04C);
static __li__BZZB* li__MZ0B();
static __li__K41B* li__ZU5B(__li__PO li__1U5B,__li__U *li__2U5B,void *li__3U5B);
static void li__TA4C(__li__PF *li__UA4C,void *li__VA4C);
static void li__QMGG(__li__ORB *li__RMGG,void *li__SMGG);
static void li__AQGG(__li__QRB *li__BQGG,void *li__CQGG);
static void li__QTGG(__li__SRB *li__RTGG,void *li__STGG);
static void li__QUYI(__li__URB *li__RUYI,void *li__SUYI);
static void li__FWYI(__li__1RRF *li__GWYI,void *li__HWYI);
static void li__WMMN(__li__UJSH *li__XMMN,void *li__YMMN);
static void li__0CHJ(__li__IZB *li__1CHJ,void *li__2CHJ);
static void li__OGHJ(__li__4HAD *li__PGHJ,void *li__QGHJ);
static void li__GOGG(__li__ORB *li__HOGG,void *li__IOGG);
static void li__0YYI(__li__1RRF *li__1YYI,void *li__2YYI);
static void li__MOMN(__li__UJSH *li__NOMN,void *li__OOMN);
static void** li__NM2I(__li__K li__PM2I);
static void li__VMYK(__li__XL *li__WMYK,void *li__XMYK);
static __li__K li__21RI(__li__QWEC *li__31RI);
static void li__WYLJ(__li__Z0IE *li__XYLJ,__li__VTBD *li__YYLJ);
static void li__CZ2I(__li__B2OI *li__DZ2I,__li__K li__EZ2I);
static __li__5RB* li__DFIJ(__li__WRB *li__EFIJ,void *li__FFIJ);
static __li__5RB* li__XGIJ(__li__XRB *li__YGIJ,void *li__ZGIJ);
static __li__5RB* li__LIIJ(__li__KUB *li__MIIJ,void *li__NIIJ);
static __li__5RB* li__QKIJ(__li__VB1 *li__RKIJ,void *li__SKIJ);
static __li__VTBD* li__F4FK(__li__5RB *li__G4FK,__li__PO li__H4FK,__li__K li__I4FK);
static void li__SLIJ(__li__B2OI *li__TLIJ,__li__VTBD *li__ULIJ);
static __li__SZEC* li__F4OI(__li__1M *li__G4OI,__li__2ZEC *li__H4OI);
static void* li__TUCJ(__li__IF *li__UUCJ,__li__U *li__VUCJ);
static void* li__LZCJ(__li__QRB *li__MZCJ,__li__U *li__NZCJ);
static void* li__X1CJ(__li__SRB *li__Y1CJ,__li__U *li__Z1CJ);
static void* li__D4CJ(__li__URB *li__E4CJ,__li__U *li__F4CJ);
static void* li__PADJ(__li__GSZ *li__QADJ,__li__U *li__RADJ);
static void li__2QRJ(__li__QWEC *li__3QRJ,void *li__4QRJ);
static void li__55EJ(__li__QWEC *li__AAFJ,__li__PO li__BAFJ,__li__BC *li__CAFJ);
static void li__TAFJ(__li__QWEC *li__UAFJ,void *li__VAFJ,__li__VTBD *li__WAFJ);
static void* li__NBFJ(__li__IF *li__OBFJ,__li__U *li__PBFJ);
static void* li__FGFJ(__li__QRB *li__GGFJ,__li__U *li__HGFJ);
static void* li__RIFJ(__li__SRB *li__SIFJ,__li__U *li__TIFJ);
static void* li__3KFJ(__li__URB *li__4KFJ,__li__U *li__5KFJ);
static void* li__JNFJ(__li__GSZ *li__KNFJ,__li__U *li__LNFJ);
static void li__RRKJ(__li__TOLE *li__SRKJ,void *li__TRKJ);
static void** li__EKQD(__li__K li__GKQD);
static void li__IBBE(__li__XHQB *li__JBBE);
static __li__NXDD* li__IYXD(void *li__KYXD,__li__NXDD *li__LYXD);
static __li__5RB* li__NSCL(__li__WRB *li__OSCL,void *li__PSCL);
static __li__5RB* li__BUCL(__li__XRB *li__CUCL,void *li__DUCL);
static __li__5RB* li__VVCL(__li__KUB *li__WVCL,void *li__XVCL);
static void* li__0XCL(__li__VB1 *li__1XCL);
static void** li__53PQ(__li__K li__B4PQ);
static __li__C li__2HSQ(__li__IF *li__3HSQ,__li__U *li__4HSQ);
static __li__C li__KKSQ(__li__ORB *li__LKSQ,__li__U *li__MKSQ);
static __li__C li__YMSQ(__li__QRB *li__ZMSQ,__li__U *li__0MSQ);
static __li__C li__GPSQ(__li__SRB *li__HPSQ,__li__U *li__IPSQ);
static __li__C li__URSQ(__li__URB *li__VRSQ,__li__U *li__WRSQ);
static __li__C li__CUSQ(__li__GSZ *li__DUSQ,__li__U *li__EUSQ);
static __li__C li__QWSQ(__li__1RRF *li__RWSQ,__li__U *li__SWSQ);
static __li__C li__4YSQ(__li__UJSH *li__5YSQ,__li__U *li__AZSQ);
static void li__GYNK(__li__2ZEC *li__HYNK,__li__2ZEC *li__IYNK);
static __li__C li__5ZSM(__li__U *li__A0SM,void *li__B0SM);
static void li__QUVK(__li__QWEC *li__RUVK,void *li__SUVK);
static __li__1VPJ* li__T4YJ();
static void li__UVOK(__li__1VPJ *li__VVOK,__li__PO li__WVOK,void *li__XVOK,__li__2ZEC *li__YVOK,__li__C li__ZVOK);
static void li__AC3L(__li__DZB *li__BC3L,__li__2ZEC *li__CC3L,void *li__DC3L);
static void li__XC3L(__li__QWEC *li__YC3L,__li__2ZEC *li__ZC3L,void *li__0C3L);
static __li__5RB* li__1A3I(__li__WRB *li__2A3I,__li__1M *li__3A3I);
static __li__5RB* li__PC3I(__li__XRB *li__QC3I,__li__1M *li__RC3I);
static __li__5RB* li__DE3I(__li__KUB *li__EE3I,__li__1M *li__FE3I);
static __li__5RB* li__IG3I(__li__VB1 *li__JG3I,__li__1M *li__KG3I);
static __li__C li__NQQK(__li__U *li__PQQK);
static void* li__5WCJ(__li__ORB *li__AXCJ,__li__U *li__BXCJ);
static void* li__44BN(__li__1RRF *li__54BN,__li__U *li__A5BN);
static void* li__VPRN(__li__UJSH *li__WPRN,__li__U *li__XPRN);
static void* li__ZDFJ(__li__ORB *li__0DFJ,__li__U *li__1DFJ);
static void* li__OCCN(__li__1RRF *li__PCCN,__li__U *li__QCCN);
static void* li__NSRN(__li__UJSH *li__OSRN,__li__U *li__PSRN);
static __li__DFNL* li__MVWJ(__li__XMUC *li__NVWJ,void *li__OVWJ);
static void li__NWYJ(__li__2ZEC *li__OWYJ,__li__KMFK *li__PWYJ);
static __li__VTBD* li__E1CL(__li__1M *li__F1CL,__li__U *li__G1CL);
static void li__NAMJ(__li__Z0IE *li__OAMJ,__li__K li__PAMJ);
static void li__5BSF(__li__KUB *li__ACSF,__li__BC *li__BCSF);
static __li__K li__T5OJ(__li__ZA1B *li__U5OJ,__li__U *li__V5OJ,__li__Z4WH *li__W5OJ,__li__K li__X5OJ,__li__2ZEC *li__Y5OJ);
static __li__VTBD* li__3DMJ(__li__U *li__5DMJ);
static void* li__XZRJ(__li__ZA1B *li__YZRJ,__li__VTBD *li__ZZRJ,void *li__0ZRJ);
static void* li__I1RJ(__li__ZA1B *li__J1RJ,__li__U *li__K1RJ,void *li__L1RJ);
static __li__VTBD* li__PJ3I(__li__U *li__RJ3I);
static __li__C li__EBGK(__li__5RB *li__FBGK,__li__5RB *li__GBGK);
static void* li__ZMMJ(__li__SB1B *li__0MMJ,__li__U *li__1MMJ,void *li__2MMJ);
static __li__VTBD* li__LP3I(__li__U *li__NP3I);
static void* li__XZIJ(__li__AE1B *li__YZIJ);
static __li__VTBD* li__F5MJ();
static __li__C li__QESJ(__li__PF *li__RESJ,__li__U *li__SESJ);
static void* li__DZPJ(__li__YA2B *li__EZPJ,void *li__FZPJ,void *li__GZPJ);
static __li__NWZB* li__3Q0B();
static void li__01ED(__li__NWZB *li__11ED,void *li__21ED);
static __li__VTBD* li__00OL();
static void li__NJKL(__li__YA2B *li__OJKL,void *li__PJKL,__li__K li__QJKL,__li__2ZEC *li__RJKL,void *li__SJKL,__li__C li__TJKL);
static void li__K10B(__li__NWZB *li__M10B);
static __li__U* li__ZEZJ(void *li__1EZJ,__li__U *li__2EZJ);
static void li__BH3J(__li__PO li__DH3J,__li__U *li__EH3J,__li__U *li__FH3J,void *li__GH3J);
static __li__K li__EDPK(__li__DZB *li__FDPK);
static __li__K li__LDPK(__li__QWEC *li__MDPK);
static __li__K li__PDPK(__li__QWEC *li__QDPK);
static __li__U* li__VGPK(__li__DZB *li__WGPK);
static __li__U* li__KHPK(__li__QWEC *li__LHPK);
static __li__U* li__OHPK(__li__QWEC *li__PHPK);
static void li__OBPP(__li__ZDID *li__PBPP,__li__ODID *li__QBPP);
static void li__B2ZG(__li__TOLE *li__C2ZG,__li__K li__D2ZG);
static __li__K li__3NPF(__li__BC *li__4NPF,__li__K li__AOPF);
static __li__C li__4YTL(__li__3 li__5YTL);
static void li__KOEL(__li__BC *li__LOEL,void *li__MOEL,__li__K li__NOEL);
static void li__BOSK(__li__DZB *li__COSK,__li__PO li__DOSK,__li__U *li__EOSK,__li__5RB *li__HOSK);
static __li__PF* li__J1NK(__li__5RB *li__K1NK);
static void li__22XJ(__li__BC *li__32XJ,__li__3 li__42XJ,__li__K li__52XJ,__li__K li__A3XJ);
static __li__WK* li__2X4I(__li__PO li__4X4I,__li__U *li__5X4I,__li__K li__AY4I);
static __li__VTBD* li__ORNJ();
static void li__EBKJ(__li__UG4B *li__FBKJ,void *li__GBKJ,__li__K li__HBKJ,__li__2ZEC *li__IBKJ,void *li__JBKJ,__li__C li__KBKJ);
static __li__C li__4HDL(__li__5RB *li__5HDL,__li__5RB *li__AIDL);
static __li__K li__OYLM(__li__DZB *li__PYLM);
static void li__FBSF(__li__WRB *li__GBSF,__li__BC *li__HBSF);
static void li__PEKC(__li__UL2B *li__QEKC,__li__BC *li__REKC);
static void li__3CSF(__li__4O2B *li__4CSF,__li__BC *li__5CSF);
static __li__C li__R0LM(__li__5RB *li__S0LM,__li__5RB *li__T0LM);
static void li__0K4N(__li__2ZEC *li__1K4N,__li__KVBD *li__2K4N);
static void** li__W4VP(__li__K li__Y4VP);
static __li__CJ1P* li__ZU5P(__li__CJ1P *li__0U5P,__li__PO li__1U5P,void *li__2U5P);
static void* li__GW5P(__li__2PLO *li__HW5P,void *li__IW5P,void *li__JW5P,__li__DZB *li__KW5P);
static __li__EN1P* li__DX5P(__li__EN1P *li__EX5P,__li__PO li__FX5P);
static __li__C li__FP2L(__li__5RB *li__GP2L,__li__5RB *li__HP2L);
static void li__WXXI(__li__QWEC *li__XXXI,__li__PO li__YXXI);
static void li__24MR(__li__5QPK *li__34MR);
static void li__G3PR();
static void li__J3PR();
static void li__T0FM(__li__DZB *li__U0FM,void *li__V0FM);
static void li__HFDN(__li__SZEC *li__IFDN);
static __li__K li__SHUM(__li__SZEC *li__THUM,void *li__UHUM);
static void li__RJUM(__li__SZEC *li__SJUM,__li__K li__TJUM);
static __li__C li__22DQ(__li__WVBD *li__32DQ);
static __li__UJG li__QCEQ(__li__WVBD *li__RCEQ);
static __li__C li__CIMQ(__li__KI *li__EIMQ);
static __li__K li__ITXQ(__li__VTBD *li__JTXQ);
static __li__K li__VHRR(__li__DZB *li__WHRR);
static __li__C li__I5VP(__li__WVBD *li__J5VP);
static __li__C li__WGVR(__li__KI *li__YGVR);
static void li__YVWS(__li__DZB *li__ZVWS,void *li__0VWS);
static __li__C li__GZNQ(__li__21LO *li__HZNQ);
static void li__0QUN(__li__VTBD *li__1QUN,void *li__2QUN);
static __li__C li__WZNL(__li__5RB *li__XZNL);
static void li__XPDN(__li__4BCK *li__YPDN);
static __li__4G4L* li__STUM(__li__K li__UTUM,__li__U *li__VTUM,__li__4G4L *li__WTUM);
static __li__K li__GCZI(__li__U *li__HCZI,__li__K li__JCZI);
static void* li__B20C(__li__DCG *li__C20C);
static __li__VB1* li__GXYB();
static void li__CAGC(__li__XB1 *li__DAGC,__li__VB1 *li__EAGC);
static __li__C li__P44B();
static void* li__G32B(__li__DCG *li__H32B);
static __li__GD* li__IY1B();
static void li__DD1F(__li__GD *li__FD1F);
static __li__K li__ZSQI(__li__GD *li__0SQI);
static void li__TI0G(__li__GD *li__UI0G,__li__GD *li__VI0G);
static __li__C li__4WQI(__li__WSPG *li__5WQI,__li__GD *li__AXQI);
static __li__C li__CS2B();
static __li__U* li__HH4B(void *li__JH4B,__li__U *li__KH4B);
static void** li__TDAF(__li__K li__VDAF);
static void** li__YLWF(void **li__ZLWF,__li__K li__0LWF,__li__K li__1LWF);
static __li__BC* li__Q25B();
static void* li__FGBC(__li__DCG *li__GGBC);
static __li__KUB* li__RGAC(__li__U *li__TGAC,__li__U *li__UGAC,__li__CRB *li__VGAC);
static void* li__QBUC(__li__U *li__SBUC);
static __li__QOZB* li__VN0B(__li__PO li__XN0B);
static void li__2N0B(__li__DCG *li__3N0B);
static void** li__2SYD(__li__K li__4SYD);
static void** li__C4NE(void **li__D4NE,__li__K li__E4NE,__li__K li__F4NE);
static __li__NWZB* li__YS0B(__li__NWZB *li__0S0B);
static __li__ZA1B* li__2UCE(__li__PO li__4UCE,void *li__5UCE,void *li__AVCE);
static __li__SB1B* li__CWCE(__li__PO li__EWCE,void *li__FWCE,void *li__GWCE);
static __li__AE1B* li__IU4B(__li__PO li__KU4B,__li__U *li__LU4B);
static __li__D11B* li__IU5B(__li__PO li__KU5B,__li__U *li__LU5B);
static void* li__1D2B(__li__DCG *li__2D2B);
static void li__VIFD(__li__NWZB *li__WIFD,__li__K li__XIFD);
static __li__YA2B* li__BP4B(__li__PO li__DP4B,__li__U *li__EP4B,void *li__FP4B,void *li__GP4B);
static __li__5RB* li__Y35O(__li__WRB *li__Z35O,void *li__035O);
static __li__5RB* li__M55O(__li__XRB *li__N55O,void *li__O55O);
static __li__5RB* li__ABAP(__li__KUB *li__BBAP,void *li__CBAP);
static void* li__FDAP(__li__VB1 *li__GDAP);
static void li__UG2K(__li__QWEC *li__VG2K,void *li__XG2K);
static __li__K li__VOCN(__li__4RUC *li__WOCN,__li__2ZEC *li__XOCN,__li__K li__YOCN,void *li__ZOCN);
static __li__K li__EPCN(__li__QUAF *li__FPCN,__li__2ZEC *li__GPCN,__li__K li__HPCN,void *li__IPCN);
static __li__ODID* li__LJPJ(__li__PO li__NJPJ,void *li__OJPJ,__li__KMFK *li__PJPJ,void *li__QJPJ);
static __li__C li__VGKO(__li__5RB *li__WGKO,void *li__XGKO);
static __li__NWZB* li__D10B(__li__K li__F10B);
static __li__K li__WTVK(__li__K li__XTVK);
static __li__K li__1UVK(__li__QWEC *li__2UVK);
static __li__C li__1NPL(__li__5RB *li__3NPL,__li__U *li__4NPL,__li__CRB *li__5NPL);
static __li__C li__TPPL(__li__5RB *li__VPPL,__li__U *li__WPPL,__li__CRB *li__XPPL);
static __li__C li__LRPL(__li__5RB *li__NRPL,__li__U *li__ORPL,__li__CRB *li__PRPL);
static __li__C li__CTPL(__li__5RB *li__ETPL,__li__U *li__FTPL,__li__3PZ *li__GTPL,__li__CRB *li__HTPL);
static __li__C li__BUPL(__li__5RB *li__DUPL,__li__U *li__EUPL,__li__CRB *li__FUPL);
static __li__C li__V1TN(__li__5RB *li__X1TN,__li__U *li__Y1TN,__li__CRB *li__Z1TN);
static __li__C li__35XQ(__li__KTVI *li__45XQ);
static __li__C li__LAYQ(__li__LTVI *li__MAYQ);
static __li__C li__0AYQ(__li__XTVI *li__1AYQ);
static __li__C li__IBYQ(__li__YTVI *li__JBYQ);
static __li__C li__WBYQ(__li__S2VI *li__XBYQ);
static __li__C li__ECYQ(__li__E3VI *li__FCYQ);
static __li__C li__YCYQ(__li__NMWI *li__ZCYQ);
static __li__C li__GDYQ(__li__BNWI *li__HDYQ);
static __li__C li__UDYQ(__li__XNWI *li__VDYQ);
static __li__C li__CEYQ(__li__LOWI *li__DEYQ);
static __li__C li__QEYQ(__li__5OWI *li__REYQ);
static __li__C li__4EYQ(__li__TPWI *li__5EYQ);
static __li__C li__MFYQ(__li__HQWI *li__NFYQ);
static __li__C li__0FYQ(__li__ARWI *li__1FYQ);
static __li__C li__RGYQ(__li__URWI *li__SGYQ);
static __li__C li__CHYQ(__li__ETWI *li__DHYQ);
static __li__C li__QHYQ(__li__KMFK *li__RHYQ);
static __li__C li__VHYQ(__li__XOHL *li__WHYQ);
static __li__C li__0HYQ(__li__FPHL *li__1HYQ);
static __li__C li__Z4YQ(__li__APLM *li__04YQ);
static __li__C li__IIYQ(__li__DTNM *li__JIYQ);
static __li__C li__5O4R(__li__JXNM *li__AP4R);
static __li__C li__SQKS(__li__URRO *li__TQKS);
static __li__C li__H5YQ(__li__41XO *li__I5YQ);
static __li__C li__IXES(__li__AKBR *li__JXES);
static __li__C li__XQKS(__li__SU5R *li__YQKS);
static __li__C li__FRKS(__li__JV5R *li__GRKS);
static void* li__WM5D(__li__DCG *li__XM5D);
static __li__1M5D* li__E3HE();
static void li__H4HE(__li__DCG *li__I4HE,__li__1M5D *li__J4HE);
static __li__1M5D* li__E5HE(__li__1M5D *li__G5HE);
static __li__NCFE* li__W5HE(__li__PO li__Y5HE,void *li__Z5HE,__li__1M5D *li__05HE,__li__1M5D *li__15HE);
static void* li__5XEF(__li__DCG *li__AYEF);
static __li__YOB* li__Q0JF();
static void* li__G24B();
static __li__NWZB* li__MLUC(__li__DCG *li__NLUC);
static __li__AO0B* li__SX0B();
static void li__BZED(__li__AO0B *li__CZED,__li__4N0B *li__DZED);
static void li__ZX3B(__li__AO0B *li__1X3B);
static __li__AO0B* li__D22B(__li__AO0B *li__F22B);
static void li__54RF(__li__AO0B *li__A5RF,__li__AO0B *li__B5RF);
static void* li__H35B(__li__DCG *li__I35B);
static void li__P5IG(__li__NWZB *li__Q5IG,void *li__R5IG);
static __li__UG4B* li__VBJG(__li__PO li__XBJG,__li__U *li__YBJG,__li__NWZB *li__ZBJG);
static void li__ORGL(__li__QWEC *li__PRGL);
static void li__5HXL(__li__WRB *li__AIXL,__li__BC *li__BIXL);
static void li__SIXL(__li__XRB *li__TIXL,__li__BC *li__UIXL);
static void li__FJXL(__li__KUB *li__GJXL,__li__BC *li__HJXL);
static void li__0JXL(__li__VB1 *li__1JXL,__li__BC *li__2JXL);
static __li__1M5D* li__BDIE(__li__K li__DDIE);
static void li__OHUF(__li__1M5D *li__PHUF,void *li__QHUF);
static void** li__CBFG(__li__K li__EBFG);
static __li__XMUC* li__MR1C(void *li__OR1C);
static __li__AO0B* li__SX3B(__li__K li__UX3B);
static void** li__XZYD(__li__K li__ZZYD);

/*==========================*/
/* SOURCE CODE              */
/*==========================*/

int main(int argc,char **argv)
{
  __li__YB li__UC,li__ZN;
  __li__BC *li__B4E,*li__51E,*li__KZ1,*li__T32G,*li__G4XL,*li__WNI;
  __li__BC *li__2BH,*li__ACH,*li__NRE,*li__FR,*li__LCB,*li__VFB;
  __li__BC *li__KUVE;
  __li__K li__MTG,li__NTG,li__MKT,li__2EXG,li__QTTH,li__0UTH,li__0LRI;
  __li__K li__LFB,li__OHB,li__XH2F,li__3H2F,li__JIDG,li__FI2F,li__0I2F;
  __li__K li__TZDM,li__UZDM,li__QOPO,li__LQQU,li__BPPO,li__HJXG;
  __li__K li__ZMXG,li__2RKL,li__3RKL,li__VLXG,li__5OXG,li__APXG;
  __li__K li__RSXG,li__QSKL,li__RSKL,li__NRXG,li__XUXG,li__YUXG;
  __li__K li__JYXG,li__ETKL,li__FTKL,li__FXXG,li__P0XG,li__Q0XG;
  __li__K li__B4XG,li__YTKL,li__ZTKL,li__32XG,li__0DYG,li__MUKL;
  __li__K li__NUKL,li__WCYG,li__VQQU,li__XQQU,li__ZQQU,li__1QQU,li__NF0;
  __li__CB li__QCN,li__BXCV,li__UUTH;
  __li__JJG li__YCN,li__EXCV,li__5WCV;
  __li__52B li__PXCV,li__A1RH;
  __li__GGB *li__4FGD,*li__HHGD,*li__IGB,*li__WGB;
  void *li__UVBB,*li__LVB;
  __li__VB1 *li__B0BC;
  __li__1M *li__YPOC,*li__GFGD,*li__2Y0L;
  __li__U *li__HBB,*li__NEB,*li__ZFB,*li__0HB,*li__VIEV,*li__3WVE;
  __li__U *li__QLZ,*li__OJEV,*li__ELXG,*li__2QXG,*li__UWXG,*li__M2XG;
  __li__U *li__FCYG;
  void *li__2BB;
  __li__HC *li__PEB;
  __li__MHB *li__QHB;
  __li__YHB *li__2HB;
  __li__5RB *li__45D,*li__RWQU,*li__PTB,*li__QXDM,*li__XLEV,*li__S4DM;
  __li__5RB *li__NVNQ;
  __li__URB *li__H1C,*li__MREV;
  __li__WRB *li__4RB;
  __li__KUB *li__OUB;
  __li__PF *li__UF,*li__3SBD,*li__BNEV,*li__LNEV,*li__WOEV,*li__BG0;
  __li__KI *li__KTBD,*li__0TBD,*li__NNME,*li__LYDM,*li__W0DM,*li__R2DM;
  __li__PO li__CJUD,li__WAID,li__CDRO;
  __li__VTBD *li__VU1D,*li__VI0L,*li__2QEV,*li__AO0L,*li__4REV;
  __li__O3B *li__3TBD;
  __li__AVBD *li__YKUD,*li__E2ME;
  __li__ULSB *li__45HD,*li__MKXG,*li__EQXG,*li__2VXG,*li__U1XG,*li__NBYG;
  void *li__PAID;
  __li__IZB *li__VH2F;
  void *li__EI2F;
  __li__4HAD *li__KI2F;
  __li__KVBD *li__EDID,*li__JLEV;
  __li__ODID *li__TVBD,*li__1KAE,*li__PZ0L;
  __li__WVBD *li__2VBD;
  __li__SQNE *li__LXDM,*li__3ZDM;
  void *li__IYDM,*li__T0DM,*li__P2DM;
  void *li__JYDM,*li__RZDM,*li__U0DM,*li__21DM,*li__DLXG,*li__1QXG;
  void *li__TWXG,*li__L2XG,*li__ECYG;
  void *li__KYDM,*li__V0DM,*li__Q2DM;
  __li__IYBD *li__0OPO;
  __li__5QPK *li__T2DM;
  __li__DZB *li__PGSU,*li__HBRO,*li__RGSU,*li__UECH,*li__UNXG,*li__ZNXG;
  __li__DZB *li__1LVT,*li__MTXG,*li__RTXG,*li__CMVT,*li__EZXG,*li__JZXG;
  __li__DZB *li__JMVT,*li__24XG,*li__B5XG,*li__QMVT,*li__VEYG,*li__0EYG;
  __li__DZB *li__DNVT;
  __li__TPOO *li__2BRO;
  __li__21LO *li__DCRO;
  __li__UJSH *li__PCRO,*li__VREV;
  __li__KMFK *li__3DRO;
  __li__IF *li__3IXG,*li__EKXG,*li__0LVT;
  __li__ORB *li__WOXG,*li__2PXG,*li__BMVT;
  void *li__KSXG,*li__WUXG,*li__CYXG,*li__O0XG,*li__03XG,*li__TDYG;
  void *li__D34I,*li__Z34I,*li__P44I,*li__F54I;
  __li__QRB *li__OUXG,*li__UVXG,*li__IMVT;
  __li__SRB *li__G0XG,*li__M1XG,*li__PMVT;
  __li__GSZ *li__55XG,*li__FBYG,*li__CNVT;
  __li__1RRF *li__SREV;
  __li__CFB *li__TTEV,*li__44IE;
  __li__JFE *li__T1E,*li__OYAC;
  __li__3 *li__21E,*li__GGSU,*li__WJEV;
  __li__RA1 *li__E2DB;
  __li__T1B *li__PCN,*li__YDN,*li__AG0;
  void **li__QZ0;
  __li__GD *li__TOI,*li__2LE,*li__KETG,*li__VH2;
  __li__JKYB *li__ZZWF,*li__C1WF;
  void **li__4LFH;
  __li__O2XB *li__4XFC,*li__HZFC;
  void **li__HMED;
  __li__RJY *li__AV2,*li__JW2;
  void **li__KTCC;
  __li__0HD *li__XRG,*li__ATG;
  void **li__LEP;
  __li__I3HE *li__32OE,*li__G4OE;
  void **li__ZTUF;
  __li__HDC *li__OQM,*li__XRM;
  void **li__PS0;
  __li__U3IE *li__TQZG,*li__2RZG;
  void **li__F0RH;
  __li__02D *li__YUG,*li__BWG;
  void **li__TJP;
  __li__QZC *li__GJG,*li__CLG,*li__GMOF;
  void **li__14O;
  __li__T1C *li__AWM,*li__JXM;
  void **li__TV0;
  __li__O4C *li__RLG,*li__0MG;
  void **li__BBP;
  __li__K5C *li__0ZM,*li__D1M;
  void **li__2W0;
  __li__CRB *li__5X2E,*li__JUB;
  __li__YAD *li__X0WG,*li__A2WG;
  void **li__JIUH;
  __li__KW5B *li__VXGC,*li__4YGC;
  void **li__1OFD;
  __li__2K3B *li__ZPGC,*li__CRGC;
  void **li__IKFD;
  __li__XBD *li__R1M,*li__02M;
  void **li__FY0;
  __li__WX0B *li__5CGC,*li__IEGC;
  void **li__OVED;
  __li__BR0B *li__E4FC,*li__N5FC;
  void **li__FUED;
  __li__MY1B *li__0FGC,*li__DHGC;
  void **li__XXED;
  __li__WSPG *li__0USH,*li__DWSH;
  void **li__ZYQI;
  __li__2ZZC *li__RGHD,*li__0HHD;
  void **li__Q5QE;
  __li__50ZC *li__IIHD,*li__RJHD;
  void **li__GBRE;
  __li__4W4C *li__3UHD,*li__GWHD;
  void **li__RHLE;
  __li__HG3 *li__K1DC,*li__T2DC;
  void **li__ABDD;
  __li__3PZ *li__WCCH;
  __li__EIGB *li__CYNI,*li__LZNI;
  void **li__1ORK;
  __li__3X0F *li__SUZG,*li__1VZG;
  void **li__Y2RH;
  __li__SKGB *li__XUEC,*li__AWEC,*li__VMOF;
  void **li__RRJD;
  __li__XL *li__JLM,*li__SMM;
  void **li__RO0,**li__GUMV;
  __li__DE4G *li__1XTH,*li__EZTH;
  void **li__23NI;
  __li__3J1L *li__55TO,*li__IBUO;
  void **li__RTPP;
  __li__Z0IE *li__0OAQ,*li__1NVE;
  __li__ZDID *li__JSUD;
  __li__MCJJ *li__FCOK,*li__ODOK;
  void **li__J52L;
  __li__OGID *li__KNOE,*li__TOOE,*li__OGSU,*li__QGSU,*li__TECH;
  void **li__GDUF;
  __li__4BCK *li__UCIL,*li__3DIL;
  void **li__XAHM;
  __li__W13I *li__ZHNK,*li__CJNK;
  void **li__JW2L;
  __li__TXB *li__IAHN,*li__DEE,*li__IMEV,*li__NASN;
  __li__ZITE *li__UQWF,*li__3RWF;
  void **li__TBXG;
  __li__3UPK *li__VGDM,*li__4HDM;
  void **li__THPN;
  __li__H1IE *li__X2VF,*li__A4VF,*li__ZDXG;
  void **li__1XWG,**li__VEXG;
  __li__C li__JEXG,li__3BB,li__AGB,li__KGB,li__WUVE,li__4OQU,li__DXVE;
  __li__C li__LZDM,li__5JTF,li__1ITP,li__YCRO,li__HMXG,li__KMXG;
  __li__C li__2MXG,li__QKXG,li__SACL,li__WKXG,li__2KXG,li__TPTL;
  __li__C li__HLXG,li__5RXG,li__CSXG,li__USXG,li__IQXG,li__CBCL;
  __li__C li__OQXG,li__UQXG,li__DQTL,li__5QXG,li__XXXG,li__0XXG;
  __li__C li__MYXG,li__AWXG,li__SBCL,li__GWXG,li__MWXG,li__UQTL;
  __li__C li__XWXG,li__P3XG,li__S3XG,li__E4XG,li__Y1XG,li__CCCL;
  __li__C li__41XG,li__E2XG,li__FRTL,li__P2XG,li__IDYG,li__LDYG;
  __li__C li__3DYG,li__RBYG,li__SCCL,li__XBYG,li__3BYG,li__WRTL;
  __li__C li__ICYG;
  __li__B3B *li__ZGZG,*li__CIZG,*li__40RH;
  void **li__40UH;
  __li__KXFD *li__HFGD,*li__FTEV;
  __li__IFGD *li__NFGD;
  __li__TYTP *li__MEIQ,*li__VFIQ;
  void **li__JE2Q;
  __li__SZHP *li__PX4P;
  __li__MZB *li__MEE,*li__TUVL,*li__CNXG,*li__LNXG,*li__TNXG,*li__0SXG;
  __li__MZB *li__DTXG,*li__LTXG,*li__SYXG,*li__1YXG,*li__DZXG,*li__K4XG;
  __li__MZB *li__T4XG,*li__14XG,*li__DEYG,*li__MEYG,*li__UEYG;
  __li__WBLI *li__0MDM,*li__DODM,*li__HPPN;
  void **li__4LPN,**li__DQPN;
  __li__HR *li__WLL,*li__5ML;
  void **li__BL3;
  __li__3 li__CDB,li__TMXG,li__LSXG,li__DYXG,li__13XG,li__UDYG;
  __li__U **li__OZCC;
  __li__5NL *li__DOL,*li__0PL;
  __li__ZZC *li__C0C;
  __li__10C *li__QEM,*li__ZFM;
  void **li__JB0;
  void **li__EUMV;
  __li__BRPK *li__MXDM;
  __li__XHQB *li__SZDM;
  __li__AB li__IJXG,li__YLXG;
  __li__AB li__MMXG;
  __li__AB li__4NXG;
  __li__AB li__ULXG;
  __li__AB li__BPXG,li__QRXG;
  __li__AB li__ESXG;
  __li__AB li__WTXG;
  __li__AB li__MRXG;
  __li__AB li__ZUXG,li__IXXG;
  __li__AB li__2XXG;
  __li__AB li__OZXG;
  __li__AB li__EXXG;
  __li__AB li__R0XG,li__A3XG;
  __li__AB li__U3XG;
  __li__AB li__G5XG;
  __li__AB li__22XG;
  __li__AB li__KAYG,li__ZCYG;
  __li__AB li__NDYG;
  __li__AB li__5EYG;
  __li__AB li__VCYG;
  arg_count  = argc;
  arg_vector = argv;
#ifdef _PTHREAD_H
  pthread_key_create(¤t_thread, NULL);
  pthread_attr_init(&thread_attr);
  /*pthread_attr_setdetachstate(&thread_attr,PTHREAD_CREATE_DETACHED);*/
#endif
  ;
  li__HKG=((__li__JJG ) 0);
  li__5ZG=((__li__YB )(__li__52B)(~  0));
  li__1ZJ=((__li__JJG ) 0);
  li__RKG__->li__UKG=((__li__JJG ) 0);
  li__45DB=((__li__JJG ) 0);
  li__N2I=((__li__CB )(NULL));
  li__B4E=li__IFC( 256);
  li__0C=li__B4E;
  (*li__JFE__)=(*li__KFE__);
  li__T1E=li__PGF(((__li__K )(arg_count)));
  li__MTG= 0;
  li__NTG=(__li__K)(((__li__K )(arg_count)) -  1);
  while ((li__MTG <= li__NTG)) {
    li__21E=((__li__3 *)(arg_vector[(li__MTG)]));
    li__MKT= 0;
    while ((! ((li__MKT >  1024) || ('\0' == li__21E[li__MKT])))) {
      li__MKT=(__li__K)(li__MKT +  1);
    };
    li__51E=li__IFC(li__MKT);
    li__KZ1=((__li__BC *)li__51E);
    li__MKT= 0;
    li__KZ1->li__NK= 0;
    while ((li__21E[li__MKT] != '\0')) {
      li__SRX(li__KZ1,li__21E[li__MKT]);
      li__MKT=(__li__K)(li__MKT +  1);
    };
    li__D01(((__li__JFE *)li__T1E),li__51E);
    li__MTG=(__li__K)(li__MTG +  1);
  };
  li__45H=li__I__;
  li__55H=li__I__;
  li__51E=li__IFC( 128);
  li__Y5B=li__51E;
  li__PB__->li__VRLF=1;
  li__JC__->li__KC=(*li__PB__);
  li__JC__->li__0CC=((__li__PO ) 0);
  li__QF__->li__RF=(*li__JC__);
  li__QF__->li__DI1B='\0';
  li__PF__->li__SF=(*li__QF__);
  li__E2DB=li__QYHB();
  li__XA1=li__E2DB;
  (*li__XB1__)=(*li__YB1__);
  li__VB1__->li__WB1=(*li__XRB__);
  (*li__T1B__)=(*li__U1B__);
  li__PCN=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__T1B));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__PCN=li__T1B__;
  } else /* FALSE */ {
    li__MKT=__li__T1B__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__YDN=((__li__T1B *)li__QCN);
    li__PCN=li__YDN;
    *(li__YDN) = *(li__T1B__);
  };
  li__YDN=((__li__T1B *)li__PCN);
  /* __li__B__ __li__I__ */
if (((*(li__YDN)).li__EZ0 <  512)) {
    li__QZ0=li__4KHB( 512);
    (*(li__YDN)).li__RZ0=li__QZ0;
    (*(li__YDN)).li__EZ0= 512;
  };
  (*(li__YDN)).li__G2B=(__li__K)(-  1);
  li__21B=li__PCN;
  (*li__GD__)=(*li__HD__);
  li__TOI=li__FXE( 1);
  li__0DG=li__TOI;
  li__KZ1=li__IFC( 256);
  li__5NK=li__KZ1;
  li__KZ1=li__IFC( 256);
  li__BOK=li__KZ1;
  li__KZ1=li__IFC( 256);
  li__P4E=li__KZ1;
  li__DXC= 1;
  li__ZZWF=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__JKYB));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__ZZWF=li__JKYB__;
  } else /* FALSE */ {
    li__MKT=__li__JKYB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__C1WF=((__li__JKYB *)li__QCN);
    li__ZZWF=li__C1WF;
    *(li__C1WF) = *(li__JKYB__);
  };
  li__C1WF=((__li__JKYB *)li__ZZWF);
  li__MTG=li__YDQ( 193);
  li__QCN=li__HJU(((__li__JJG )(__li__K)(li__MTG * ((__li__K )(sizeof(void *))))));
  li__4LFH=((void **)li__QCN);
  li__NTG=(__li__K)(li__MTG -  1);
  while ((li__NTG >=  0)) {
    li__4LFH[li__NTG]=NULL;
    li__NTG=(__li__K)(li__NTG -  1);
  };
  li__C1WF->li__C3WG=li__4LFH;
  li__C1WF->li__12WG=li__MTG;
  li__RKYB=li__ZZWF;
  li__KZ1=li__IFC( 256);
  li__GNB=li__KZ1;
  li__OTWB= 0;
  (*li__O2XB__)=(*li__P2XB__);
  li__4XFC=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__O2XB));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__4XFC=li__O2XB__;
  } else /* FALSE */ {
    li__MKT=__li__O2XB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__HZFC=((__li__O2XB *)li__QCN);
    li__4XFC=li__HZFC;
    *(li__HZFC) = *(li__O2XB__);
  };
  li__HZFC=((__li__O2XB *)li__4XFC);
  /* __li__B__ __li__I__ */
if (((*(li__HZFC)).li__1LED <  10)) {
    li__HMED=li__EPYD( 10);
    (*(li__HZFC)).li__IMED=li__HMED;
    (*(li__HZFC)).li__1LED= 10;
  };
  (*(li__HZFC)).li__ALED=(__li__K)(-  1);
  li__X2XB=li__4XFC;
  (*li__RJY__)=(*li__SJY__);
  li__AV2=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__RJY));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__AV2=li__RJY__;
  } else /* FALSE */ {
    li__MKT=__li__RJY__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__JW2=((__li__RJY *)li__QCN);
    li__AV2=li__JW2;
    *(li__JW2) = *(li__RJY__);
  };
  li__JW2=((__li__RJY *)li__AV2);
  /* __li__B__ __li__I__ */
if (((*(li__JW2)).li__4SCC <  10)) {
    li__KTCC=li__DAQC( 10);
    (*(li__JW2)).li__LTCC=li__KTCC;
    (*(li__JW2)).li__4SCC= 10;
  };
  (*(li__JW2)).li__URCC=(__li__K)(-  1);
  li__0JY=li__AV2;
  li__4FGD=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__GGB));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__4FGD=li__GGB__;
  } else /* FALSE */ {
    li__MKT=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__HHGD=((__li__GGB *)li__QCN);
    li__4FGD=li__HHGD;
    *(li__HHGD) = *(li__GGB__);
  };
  ((__li__GGB *)li__4FGD)->li__MPC=li__B__;
  li__4RE=li__4FGD;
  (*li__IC__)=(*li__JC__);
  li__CFB__->li__DFB=(*li__IC__);
  li__XRG=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__0HD));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__XRG=li__0HD__;
  } else /* FALSE */ {
    li__MKT=__li__0HD__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__ATG=((__li__0HD *)li__QCN);
    li__XRG=li__ATG;
    *(li__ATG) = *(li__0HD__);
  };
  li__ATG=((__li__0HD *)li__XRG);
  li__MTG=li__YDQ( 193);
  li__LEP=li__HWQ(li__MTG);
  li__ATG->li__HZL=li__LEP;
  li__ATG->li__AZL=li__MTG;
  li__ATG->li__OEP= 0;
  li__CID=li__XRG;
  li__M30C__->li__N30C=(*li__IC__);
  li__M30C__->li__YZME='\0';
  li__LN5D__->li__MN5D=(*li__IC__);
  (*li__I3HE__)=(*li__J3HE__);
  (*li__1M5D__)=(*li__2M5D__);
  li__32OE=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__I3HE));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__32OE=li__I3HE__;
  } else /* FALSE */ {
    li__MKT=__li__I3HE__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__G4OE=((__li__I3HE *)li__QCN);
    li__32OE=li__G4OE;
    *(li__G4OE) = *(li__I3HE__);
  };
  li__G4OE=((__li__I3HE *)li__32OE);
  /* __li__B__ __li__I__ */
if (((*(li__G4OE)).li__TQUF <  5)) {
    li__ZTUF=li__HDFG( 5);
    (*(li__G4OE)).li__RRUF=li__ZTUF;
    (*(li__G4OE)).li__TQUF= 5;
  };
  (*(li__G4OE)).li__CHUF=(__li__K)(-  1);
  li__R3HE=li__32OE;
  li__LNIE__->li__MNIE=(*li__IC__);
  li__KO5D__->li__LO5D=(*li__IC__);
  li__NCFE__->li__OCFE=(*li__IC__);
  li__YOB__->li__ZOB=(*li__IC__);
  li__HLSC__->li__ILSC=(*li__IC__);
  li__HLSC__->li__IKNE='\0';
  li__NC=(*li__IC__);
  (*li__HDC__)=(*li__IDC__);
  li__OQM=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__HDC));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__OQM=li__HDC__;
  } else /* FALSE */ {
    li__MKT=__li__HDC__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__XRM=((__li__HDC *)li__QCN);
    li__OQM=li__XRM;
    *(li__XRM) = *(li__HDC__);
  };
  li__XRM=((__li__HDC *)li__OQM);
  /* __li__B__ __li__I__ */
if (((*(li__XRM)).li__DS0 <  32)) {
    li__PS0=li__WGHB( 32);
    (*(li__XRM)).li__QS0=li__PS0;
    (*(li__XRM)).li__DS0= 32;
  };
  (*(li__XRM)).li__ZDC=(__li__K)(-  1);
  li__QDC=li__OQM;
  li__VLH=1;
  (*li__U3IE__)=(*li__V3IE__);
  li__TQZG=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__U3IE));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__TQZG=li__U3IE__;
  } else /* FALSE */ {
    li__MKT=__li__U3IE__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__2RZG=((__li__U3IE *)li__QCN);
    li__TQZG=li__2RZG;
    *(li__2RZG) = *(li__U3IE__);
  };
  li__2RZG=((__li__U3IE *)li__TQZG);
  /* __li__B__ __li__I__ */
if (((*(li__2RZG)).li__ZPRH <  8)) {
    li__F0RH=li__W32H( 8);
    (*(li__2RZG)).li__XQRH=li__F0RH;
    (*(li__2RZG)).li__ZPRH= 8;
  };
  (*(li__2RZG)).li__SGRH=(__li__K)(-  1);
  li__13IE=li__TQZG;
  li__T32G=li__IFC( 1024);
  li__HYUF=li__T32G;
  li__ISC__->li__N3D=1;
  li__T32G=li__IFC( 255);
  li__L2D=li__T32G;
  (*li__R2D__)=(*li__CSC__);
  li__KIE__->li__LIE=(*li__R2D__);
  li__Q2D__->li__T2D=(*li__R2D__);
  li__Q2D__->li__U2D=(*li__FSC__);
  li__YUG=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__02D));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__YUG=li__02D__;
  } else /* FALSE */ {
    li__MKT=__li__02D__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__BWG=((__li__02D *)li__QCN);
    li__YUG=li__BWG;
    *(li__BWG) = *(li__02D__);
  };
  li__BWG=((__li__02D *)li__YUG);
  li__MTG=li__YDQ( 193);
  li__TJP=li__F1Q(li__MTG);
  li__BWG->li__Y2L=li__TJP;
  li__BWG->li__R2L=li__MTG;
  li__BWG->li__Z3L= 0;
  li__C3D=li__YUG;
  li__T32G=li__IFC( 255);
  li__JYZ=li__T32G;
  li__T32G=li__IFC( 255);
  li__PYZ=li__T32G;
  li__G0ND__->li__L0ND=(*li__H0ND__);
  li__2LE=li__FXE( 3000);
  li__PD=li__2LE;
  li__IMB= 17;
  li__T32G=li__IFC( 60000);
  li__NE=li__T32G;
  li__ORB__->li__PRB=(*li__IF__);
  li__GJG=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__QZC));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__GJG=li__QZC__;
  } else /* FALSE */ {
    li__MKT=__li__QZC__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__CLG=((__li__QZC *)li__QCN);
    li__GJG=li__CLG;
    *(li__CLG) = *(li__QZC__);
  };
  li__CLG=((__li__QZC *)li__GJG);
  li__MTG=li__YDQ( 193);
  li__14O=li__DPQ(li__MTG);
  li__CLG->li__MOL=li__14O;
  li__CLG->li__FOL=li__MTG;
  li__CLG->li__5PL=(__li__K)(-  1);
  li__CLG->li__MPL= 0;
  li__WZC=li__GJG;
  (*li__ZZC__)=(*li__0ZC__);
  li__HZB__->li__KZB=li__IZB__;
  li__IZB__->li__JZB=(*li__QF__);
  li__IZB__->li__XEHD='\0';
  li__4HAD__->li__5HAD=(*li__IZB__);
  li__5RB__->li__BEM= 0;
  li__QRB__->li__RRB=(*li__IF__);
  li__SRB__->li__TRB=(*li__IF__);
  (*li__10C__)=(*li__20C__);
  li__URB__->li__VRB=(*li__IF__);
  (*li__T1C__)=(*li__U1C__);
  li__WRB__->li__ZRB=(*li__XRB__);
  li__AWM=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__T1C));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__AWM=li__T1C__;
  } else /* FALSE */ {
    li__MKT=__li__T1C__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__JXM=((__li__T1C *)li__QCN);
    li__AWM=li__JXM;
    *(li__JXM) = *(li__T1C__);
  };
  li__JXM=((__li__T1C *)li__AWM);
  /* __li__B__ __li__I__ */
if (((*(li__JXM)).li__HV0 <  32)) {
    li__TV0=li__2HHB( 32);
    (*(li__JXM)).li__UV0=li__TV0;
    (*(li__JXM)).li__HV0= 32;
  };
  (*(li__JXM)).li__F2C=(__li__K)(-  1);
  li__21C=li__AWM;
  li__RLG=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__O4C));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__RLG=li__O4C__;
  } else /* FALSE */ {
    li__MKT=__li__O4C__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__0MG=((__li__O4C *)li__QCN);
    li__RLG=li__0MG;
    *(li__0MG) = *(li__O4C__);
  };
  li__0MG=((__li__O4C *)li__RLG);
  li__MTG=li__YDQ( 193);
  li__BBP=li__VSQ(li__MTG);
  li__0MG->li__EWL=li__BBP;
  li__0MG->li__3VL=li__MTG;
  li__0MG->li__EBP= 0;
  li__W4C=li__RLG;
  li__UVBB=li__D4C((&__string_1));
  li__PMZ=li__UVBB;
  li__UVBB=li__D4C((&__string_2));
  li__3MZ=li__UVBB;
  li__E2DB=li__QYHB();
  li__W4JB=li__E2DB;
  (*li__LI__)=(*li__JC__);
  li__KI__->li__NI=(*li__LI__);
  (*li__K5C__)=(*li__L5C__);
  (*li__CRB__)=(*li__DRB__);
  li__0ZM=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__K5C));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__0ZM=li__K5C__;
  } else /* FALSE */ {
    li__MKT=__li__K5C__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__D1M=((__li__K5C *)li__QCN);
    li__0ZM=li__D1M;
    *(li__D1M) = *(li__K5C__);
  };
  li__D1M=((__li__K5C *)li__0ZM);
  /* __li__B__ __li__I__ */
if (((*(li__D1M)).li__PC0 <  5)) {
    li__2W0=li__0JHB( 5);
    (*(li__D1M)).li__LD0=li__2W0;
    (*(li__D1M)).li__PC0= 5;
  };
  (*(li__D1M)).li__54Z=(__li__K)(-  1);
  li__T5C=li__0ZM;
  li__5X2E=li__YIKC( 0);
  li__RAD=li__5X2E;
  li__X0WG=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__YAD));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__X0WG=li__YAD__;
  } else /* FALSE */ {
    li__MKT=__li__YAD__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__A2WG=((__li__YAD *)li__QCN);
    li__X0WG=li__A2WG;
    *(li__A2WG) = *(li__YAD__);
  };
  li__A2WG=((__li__YAD *)li__X0WG);
  li__MTG=li__YDQ( 53);
  li__JIUH=li__2GXH(li__MTG);
  li__A2WG->li__CXQH=li__JIUH;
  li__A2WG->li__1WQH=li__MTG;
  li__A2WG->li__D2QH= 0;
  li__5AD=li__X0WG;
  li__KUB__->li__LUB=(*li__WRB__);
  (*li__KW5B__)=(*li__LW5B__);
  li__VXGC=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__KW5B));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__VXGC=li__KW5B__;
  } else /* FALSE */ {
    li__MKT=__li__KW5B__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__4YGC=((__li__KW5B *)li__QCN);
    li__VXGC=li__4YGC;
    *(li__4YGC) = *(li__KW5B__);
  };
  li__4YGC=((__li__KW5B *)li__VXGC);
  /* __li__B__ __li__I__ */
if (((*(li__4YGC)).li__1LFD <  32)) {
    li__1OFD=li__I4YD( 32);
    (*(li__4YGC)).li__SLFD=li__1OFD;
    (*(li__4YGC)).li__1LFD= 32;
  };
  (*(li__4YGC)).li__2W5B=(__li__K)(-  1);
  li__TW5B=li__VXGC;
  (*li__2K3B__)=(*li__3K3B__);
  li__ZPGC=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__2K3B));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__ZPGC=li__2K3B__;
  } else /* FALSE */ {
    li__MKT=__li__2K3B__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__CRGC=((__li__2K3B *)li__QCN);
    li__ZPGC=li__CRGC;
    *(li__CRGC) = *(li__2K3B__);
  };
  li__CRGC=((__li__2K3B *)li__ZPGC);
  /* __li__B__ __li__I__ */
if (((*(li__CRGC)).li__KFFD <  32)) {
    li__IKFD=li__Z2YD( 32);
    (*(li__CRGC)).li__BFFD=li__IKFD;
    (*(li__CRGC)).li__KFFD= 32;
  };
  (*(li__CRGC)).li__OL3B=(__li__K)(-  1);
  li__FL3B=li__ZPGC;
  (*li__GSYB__)=(*li__JC__);
  (*li__CZZB__)=(*li__GSYB__);
  li__Q24B__->li__R24B=(*li__CZZB__);
  li__D34B__->li__E34B=(*li__CZZB__);
  li__D34B__->li__XOGD= 0;
  li__V34B__->li__W34B=(*li__CZZB__);
  li__H44B__->li__I44B=(*li__CZZB__);
  (*li__XBD__)=(*li__YBD__);
  li__R1M=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__XBD));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__R1M=li__XBD__;
  } else /* FALSE */ {
    li__MKT=__li__XBD__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__02M=((__li__XBD *)li__QCN);
    li__R1M=li__02M;
    *(li__02M) = *(li__XBD__);
  };
  li__02M=((__li__XBD *)li__R1M);
  /* __li__B__ __li__I__ */
if (((*(li__02M)).li__ZX0 <  32)) {
    li__FY0=li__MKHB( 32);
    (*(li__02M)).li__GY0=li__FY0;
    (*(li__02M)).li__ZX0= 32;
  };
  (*(li__02M)).li__JCD=(__li__K)(-  1);
  li__ACD=li__R1M;
  li__B0BC=li__E0BC((&__string_3));
  li__UT3B=li__B0BC;
  li__QOZB__->li__ROZB=(*li__GSYB__);
  (*li__WX0B__)=(*li__XX0B__);
  (*li__AO0B__)=(*li__BO0B__);
  li__5CGC=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__WX0B));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__5CGC=li__WX0B__;
  } else /* FALSE */ {
    li__MKT=__li__WX0B__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__IEGC=((__li__WX0B *)li__QCN);
    li__5CGC=li__IEGC;
    *(li__IEGC) = *(li__WX0B__);
  };
  li__IEGC=((__li__WX0B *)li__5CGC);
  /* __li__B__ __li__I__ */
if (((*(li__IEGC)).li__CVED <  5)) {
    li__OVED=li__TVYD( 5);
    (*(li__IEGC)).li__PVED=li__OVED;
    (*(li__IEGC)).li__CVED= 5;
  };
  (*(li__IEGC)).li__ROED=(__li__K)(-  1);
  li__5X0B=li__5CGC;
  li__4N0B__->li__5N0B=(*li__JC__);
  (*li__BR0B__)=(*li__CR0B__);
  (*li__NWZB__)=(*li__OWZB__);
  li__E4FC=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__BR0B));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__E4FC=li__BR0B__;
  } else /* FALSE */ {
    li__MKT=__li__BR0B__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__N5FC=((__li__BR0B *)li__QCN);
    li__E4FC=li__N5FC;
    *(li__N5FC) = *(li__BR0B__);
  };
  li__N5FC=((__li__BR0B *)li__E4FC);
  /* __li__B__ __li__I__ */
if (((*(li__N5FC)).li__5QED <  5)) {
    li__FUED=li__BVYD( 5);
    (*(li__N5FC)).li__3RED=li__FUED;
    (*(li__N5FC)).li__5QED= 5;
  };
  (*(li__N5FC)).li__NNED=(__li__K)(-  1);
  li__KR0B=li__E4FC;
  (*li__MY1B__)=(*li__NY1B__);
  li__0FGC=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__MY1B));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__0FGC=li__MY1B__;
  } else /* FALSE */ {
    li__MKT=__li__MY1B__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__DHGC=((__li__MY1B *)li__QCN);
    li__0FGC=li__DHGC;
    *(li__DHGC) = *(li__MY1B__);
  };
  li__DHGC=((__li__MY1B *)li__0FGC);
  /* __li__B__ __li__I__ */
if (((*(li__DHGC)).li__LXED <  5)) {
    li__XXED=li__RXYD( 5);
    (*(li__DHGC)).li__YXED=li__XXED;
    (*(li__DHGC)).li__LXED= 5;
  };
  (*(li__DHGC)).li__FWED=(__li__K)(-  1);
  li__VY1B=li__0FGC;
  li__DA1B__->li__EA1B=(*li__GSYB__);
  li__VXZB__->li__WXZB=(*li__GSYB__);
  li__BZZB__->li__EZZB=(*li__CZZB__);
  li__0A1B__->li__1A1B=(*li__GSYB__);
  li__ZA1B__->li__2A1B=(*li__0A1B__);
  li__SB1B__->li__TB1B=(*li__0A1B__);
  li__AE1B__->li__BE1B=(*li__GSYB__);
  li__5E1B__->li__AF1B=(*li__0A1B__);
  li__D11B__->li__E11B=(*li__GSYB__);
  li__K41B__->li__L41B=(*li__AE1B__);
  li__YA2B__->li__ZA2B=(*li__AE1B__);
  li__LH2B__->li__MH2B=(*li__GSYB__);
  li__N32B__->li__O32B=(*li__GSYB__);
  li__M32B__->li__P32B=(*li__N32B__);
  li__WE3B__->li__XE3B=(*li__N32B__);
  li__UG4B__->li__VG4B=(*li__AE1B__);
  (*li__S32B__)=(*li__JC__);
  li__4RUC__->li__5RUC=(*li__S32B__);
  li__KETG=li__FXE( 0);
  li__PSPG=li__KETG;
  li__0USH=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__WSPG));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__0USH=li__WSPG__;
  } else /* FALSE */ {
    li__MKT=__li__WSPG__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__DWSH=((__li__WSPG *)li__QCN);
    li__0USH=li__DWSH;
    *(li__DWSH) = *(li__WSPG__);
  };
  li__DWSH=((__li__WSPG *)li__0USH);
  li__MTG=li__YDQ( 53);
  li__ZYQI=li__MJTI(li__MTG);
  li__DWSH->li__MFNI=li__ZYQI;
  li__DWSH->li__FFNI=li__MTG;
  li__DWSH->li__SINI= 0;
  li__1SPG=li__0USH;
  li__QUAF__->li__RUAF=(*li__S32B__);
  li__OYAC=li__PGF( 5);
  li__U25B=li__OYAC;
  li__RGHD=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__2ZZC));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__RGHD=li__2ZZC__;
  } else /* FALSE */ {
    li__MKT=__li__2ZZC__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__0HHD=((__li__2ZZC *)li__QCN);
    li__RGHD=li__0HHD;
    *(li__0HHD) = *(li__2ZZC__);
  };
  li__0HHD=((__li__2ZZC *)li__RGHD);
  li__MTG=li__YDQ( 193);
  li__Q5QE=li__BVXE(li__MTG);
  li__0HHD->li__QSKE=li__Q5QE;
  li__0HHD->li__JSKE=li__MTG;
  li__0HHD->li__V0KE= 0;
  li__E0ZC=li__RGHD;
  li__IIHD=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__50ZC));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__IIHD=li__50ZC__;
  } else /* FALSE */ {
    li__MKT=__li__50ZC__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__RJHD=((__li__50ZC *)li__QCN);
    li__IIHD=li__RJHD;
    *(li__RJHD) = *(li__50ZC__);
  };
  li__RJHD=((__li__50ZC *)li__IIHD);
  li__MTG=li__YDQ( 193);
  li__GBRE=li__TYXE(li__MTG);
  li__RJHD->li__0UKE=li__GBRE;
  li__RJHD->li__TUKE=li__MTG;
  li__RJHD->li__H3KE= 0;
  li__F1ZC=li__IIHD;
  (*li__4W4C__)=(*li__5W4C__);
  (*li__I03C__)=(*li__J03C__);
  li__3UHD=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__4W4C));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__3UHD=li__4W4C__;
  } else /* FALSE */ {
    li__MKT=__li__4W4C__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__GWHD=((__li__4W4C *)li__QCN);
    li__3UHD=li__GWHD;
    *(li__GWHD) = *(li__4W4C__);
  };
  li__GWHD=((__li__4W4C *)li__3UHD);
  /* __li__B__ __li__I__ */
if (((*(li__GWHD)).li__FHLE <  5)) {
    li__RHLE=li__BDAF( 5);
    (*(li__GWHD)).li__SHLE=li__RHLE;
    (*(li__GWHD)).li__FHLE= 5;
  };
  (*(li__GWHD)).li__AALE=(__li__K)(-  1);
  li__HX4C=li__3UHD;
  li__5JKB=((__li__PO ) 0);
  li__QWEC__->li__RWEC=li__HZB__;
  (*li__ZCSH__)=(*li__0CSH__);
  li__HI__->li__D2OI=(*li__B2OI__);
  li__HI__->li__LIBK=((__li__QJG )(__li__K)(-  1));
  li__1M__->li__2M=(*li__HI__);
  (*li__MZB__)=(*li__NZB__);
  li__EZB__->li__FZB=(*li__QF__);
  li__DZB__->li__GZB=(*li__EZB__);
  li__GSZ__->li__HSZ=(*li__IF__);
  li__1RRF__->li__2RRF=(*li__IF__);
  li__UJSH__->li__VJSH=(*li__HI__);
  li__UJSH__->li__WJSH=(*li__IF__);
  li__DZB__->li__LZB=li__HZB__;
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  (*li__3PZ__)=(*li__4PZ__);
  li__K1DC=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__HG3));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__K1DC=li__HG3__;
  } else /* FALSE */ {
    li__MKT=__li__HG3__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__T2DC=((__li__HG3 *)li__QCN);
    li__K1DC=li__T2DC;
    *(li__T2DC) = *(li__HG3__);
  };
  li__T2DC=((__li__HG3 *)li__K1DC);
  /* __li__B__ __li__I__ */
if (((*(li__T2DC)).li__LZCD <  5)) {
    li__ABDD=li__TYWD( 5);
    (*(li__T2DC)).li__H0CD=li__ABDD;
    (*(li__T2DC)).li__LZCD= 5;
  };
  (*(li__T2DC)).li__YKCD=(__li__K)(-  1);
  li__QG3=li__K1DC;
  li__SDID__->li__TDID=(*li__JC__);
  li__RDID__->li__UDID=(*li__SDID__);
  li__1VPJ__->li__2VPJ=(*li__RDID__);
  li__0VPJ__->li__3VPJ=(*li__1VPJ__);
  (*li__2ZEC__)=(*li__3ZEC__);
  (*li__YK__)=(*li__LI__);
  li__XK__->li__0K=(*li__YK__);
  li__WK__->li__1K=(*li__XK__);
  li__KVBD__->li__LVBD=(*li__XK__);
  li__WVBD__->li__XVBD=(*li__XK__);
  li__MTVI__->li__NTVI=(*li__YK__);
  li__LTVI__->li__OTVI=(*li__MTVI__);
  li__KTVI__->li__PTVI=(*li__LTVI__);
  li__YTVI__->li__ZTVI=(*li__MTVI__);
  li__XTVI__->li__0TVI=(*li__YTVI__);
  li__HVVI__->li__IVVI=(*li__YK__);
  li__S2VI__->li__T2VI=(*li__HVVI__);
  li__E3VI__->li__F3VI=(*li__HVVI__);
  li__KLWI__->li__LLWI=(*li__YK__);
  li__ULWI__->li__VLWI=(*li__YK__);
  li__NMWI__->li__OMWI=(*li__HVVI__);
  li__CNWI__->li__DNWI=(*li__YK__);
  li__BNWI__->li__ENWI=(*li__CNWI__);
  li__XNWI__->li__YNWI=(*li__CNWI__);
  li__LOWI__->li__MOWI=(*li__CNWI__);
  li__5OWI__->li__APWI=(*li__CNWI__);
  li__TPWI__->li__UPWI=(*li__CNWI__);
  li__HQWI__->li__IQWI=(*li__CNWI__);
  li__MSWI__->li__NSWI=(*li__YK__);
  li__MZWI__->li__NZWI=(*li__XK__);
  li__C0WI__->li__D0WI=(*li__XK__);
  li__M1WI__->li__N1WI=(*li__XK__);
  (*li__C2WH__)=(*li__YK__);
  li__KMFK__->li__LMFK=(*li__C2WH__);
  li__VTBD__->li__WTBD=(*li__EZB__);
  li__YOHL__->li__ZOHL=(*li__YK__);
  li__XOHL__->li__0OHL=(*li__YOHL__);
  li__FPHL__->li__GPHL=(*li__CNWI__);
  li__APLM__->li__BPLM=(*li__HVVI__);
  li__DTNM__->li__ETNM=(*li__YOHL__);
  li__JXNM__->li__KXNM=(*li__CNWI__);
  li__21LO__->li__31LO=(*li__C2WH__);
  li__TPOO__->li__UPOO=(*li__C2WH__);
  li__VRRO__->li__WRRO=(*li__YK__);
  li__URRO__->li__XRRO=(*li__VRRO__);
  li__41XO__->li__51XO=(*li__CNWI__);
  li__AKBR__->li__BKBR=(*li__CNWI__);
  li__SU5R__->li__TU5R=(*li__HVVI__);
  li__JV5R__->li__KV5R=(*li__HVVI__);
  li__WCCH=li__EVVB( 0);
  li__3HGB=li__WCCH;
  li__CYNI=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__EIGB));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__CYNI=li__EIGB__;
  } else /* FALSE */ {
    li__MKT=__li__EIGB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__LZNI=((__li__EIGB *)li__QCN);
    li__CYNI=li__LZNI;
    *(li__LZNI) = *(li__EIGB__);
  };
  li__LZNI=((__li__EIGB *)li__CYNI);
  li__MTG=li__YDQ( 53);
  li__1ORK=li__3FXK(li__MTG);
  li__LZNI->li__LKDK=li__1ORK;
  li__LZNI->li__EKDK=li__MTG;
  li__LZNI->li__QSDK= 0;
  li__LIGB=li__CYNI;
  (*li__3X0F__)=(*li__4X0F__);
  li__SUZG=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__3X0F));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__SUZG=li__3X0F__;
  } else /* FALSE */ {
    li__MKT=__li__3X0F__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__1VZG=((__li__3X0F *)li__QCN);
    li__SUZG=li__1VZG;
    *(li__1VZG) = *(li__3X0F__);
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  li__1VZG=((__li__3X0F *)li__SUZG);
  /* __li__B__ __li__I__ */
if (((*(li__1VZG)).li__RWRH <  2048)) {
    li__Y2RH=li__JC3H( 2048);
    (*(li__1VZG)).li__IWRH=li__Y2RH;
    (*(li__1VZG)).li__RWRH= 2048;
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  li__GY0F=li__SUZG;
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  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__SKGB));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__XUEC=li__SKGB__;
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    li__MKT=__li__SKGB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
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    li__AWEC=((__li__SKGB *)li__QCN);
    li__XUEC=li__AWEC;
    *(li__AWEC) = *(li__SKGB__);
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  li__AWEC=((__li__SKGB *)li__XUEC);
  li__MTG=li__YDQ( 193);
  li__RRJD=li__DCQD(li__MTG);
  li__AWEC->li__V2CD=li__RRJD;
  li__AWEC->li__O2CD=li__MTG;
  li__AWEC->li__ZSDD=(__li__K)(-  1);
  li__AWEC->li__GSDD= 0;
  li__0KGB=li__XUEC;
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  (*li__XL__)=(*li__YL__);
  li__JLM=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__XL));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__JLM=li__XL__;
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    li__MKT=__li__XL__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
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      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
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    li__SMM=((__li__XL *)li__QCN);
    li__JLM=li__SMM;
    *(li__SMM) = *(li__XL__);
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if (((*(li__SMM)).li__FO0 <  65536)) {
    li__RO0=li__AFHB( 65536);
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  li__YCN=((__li__JJG )sizeof(__li__DE4G));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__1XTH=li__DE4G__;
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    li__MKT=__li__DE4G__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__EZTH=((__li__DE4G *)li__QCN);
    li__1XTH=li__EZTH;
    *(li__EZTH) = *(li__DE4G__);
  };
  li__EZTH=((__li__DE4G *)li__1XTH);
  /* __li__B__ __li__I__ */
if (((*(li__EZTH)).li__Q3NI <  5)) {
    li__23NI=li__1O1I( 5);
    (*(li__EZTH)).li__33NI=li__23NI;
    (*(li__EZTH)).li__Q3NI= 5;
  };
  (*(li__EZTH)).li__GRNI=(__li__K)(-  1);
  li__ME4G=li__1XTH;
  li__55TO=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__3J1L));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__55TO=li__3J1L__;
  } else /* FALSE */ {
    li__MKT=__li__3J1L__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__IBUO=((__li__3J1L *)li__QCN);
    li__55TO=li__IBUO;
    *(li__IBUO) = *(li__3J1L__);
  };
  li__IBUO=((__li__3J1L *)li__55TO);
  li__MTG=li__YDQ( 53);
  li__RTPP=li__21RP(li__MTG);
  li__IBUO->li__QTLP=li__RTPP;
  li__IBUO->li__JTLP=li__MTG;
  li__IBUO->li__T1LP= 0;
  li__GK1L=li__55TO;
  li__O3B__->li__P3B=(*li__LI__);
  li__AVBD__->li__BVBD=(*li__YK__);
  li__QZEC__->li__RZEC=(*li__LI__);
  li__DFNL__->li__EFNL=(*li__QZEC__);
  (*li__SZEC__)=(*li__TZEC__);
  (*li__NNTO__)=(*li__ONTO__);
  li__RLKJ__->li__SLKJ=(*li__QZEC__);
  li__5LKJ__->li__AMKJ=(*li__QZEC__);
  li__0OAQ=li__SP2E( 64);
  li__FI5P=li__0OAQ;
  li__ARWI__->li__BRWI=(*li__YK__);
  li__URWI__->li__VRWI=(*li__YK__);
  li__ETWI__->li__FTWI=(*li__YK__);
  li__WVBD__->li__2ZLE= 0;
  li__0OAQ=li__SP2E( 16);
  li__O5UI=li__0OAQ;
  li__0OAQ=li__SP2E( 64);
  li__C1IE=li__0OAQ;
  li__G4XL=li__IFC( 32);
  li__DS4J=li__G4XL;
  li__ODID__->li__PDID=(*li__ATBD__);
  li__ZDID__->li__AEID=(*li__0DID__);
  li__JSUD=li__Q21D();
  li__BEID=li__JSUD;
  li__NY3I__->li__OY3I=(*li__SDID__);
  li__SJPJ__->li__TJPJ=(*li__SDID__);
  (*li__MCJJ__)=(*li__NCJJ__);
  li__FCOK=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__MCJJ));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__FCOK=li__MCJJ__;
  } else /* FALSE */ {
    li__MKT=__li__MCJJ__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__ODOK=((__li__MCJJ *)li__QCN);
    li__FCOK=li__ODOK;
    *(li__ODOK) = *(li__MCJJ__);
  };
  li__ODOK=((__li__MCJJ *)li__FCOK);
  /* __li__B__ __li__I__ */
if (((*(li__ODOK)).li__CZ2L <  5)) {
    li__J52L=li__RYSM( 5);
    (*(li__ODOK)).li__A02L=li__J52L;
    (*(li__ODOK)).li__CZ2L= 5;
  };
  (*(li__ODOK)).li__QS2L=(__li__K)(-  1);
  li__VCJJ=li__FCOK;
  (*li__OGID__)=(*li__PGID__);
  li__KNOE=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__OGID));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__KNOE=li__OGID__;
  } else /* FALSE */ {
    li__MKT=__li__OGID__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__TOOE=((__li__OGID *)li__QCN);
    li__KNOE=li__TOOE;
    *(li__TOOE) = *(li__OGID__);
  };
  li__TOOE=((__li__OGID *)li__KNOE);
  /* __li__B__ __li__I__ */
if (((*(li__TOOE)).li__0CUF <  64)) {
    li__GDUF=li__3OEG( 64);
    (*(li__TOOE)).li__HDUF=li__GDUF;
    (*(li__TOOE)).li__0CUF= 64;
  };
  (*(li__TOOE)).li__AKTF=(__li__K)(-  1);
  li__XGID=li__KNOE;
  li__UCIL=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__4BCK));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__UCIL=li__4BCK__;
  } else /* FALSE */ {
    li__MKT=__li__4BCK__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__3DIL=((__li__4BCK *)li__QCN);
    li__UCIL=li__3DIL;
    *(li__3DIL) = *(li__4BCK__);
  };
  li__3DIL=((__li__4BCK *)li__UCIL);
  li__MTG=li__YDQ( 193);
  li__XAHM=li__IJOM(li__MTG);
  li__3DIL->li__JH4L=li__XAHM;
  li__3DIL->li__CH4L=li__MTG;
  li__3DIL->li__LA5L= 0;
  li__ECCK=li__UCIL;
  (*li__W13I__)=(*li__X13I__);
  li__ZHNK=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__W13I));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__ZHNK=li__W13I__;
  } else /* FALSE */ {
    li__MKT=__li__W13I__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__CJNK=((__li__W13I *)li__QCN);
    li__ZHNK=li__CJNK;
    *(li__CJNK) = *(li__W13I__);
  };
  li__CJNK=((__li__W13I *)li__ZHNK);
  /* __li__B__ __li__I__ */
if (((*(li__CJNK)).li__0A2L <  5)) {
    li__JW2L=li__YSSM( 5);
    (*(li__CJNK)).li__YB2L=li__JW2L;
    (*(li__CJNK)).li__0A2L= 5;
  };
  (*(li__CJNK)).li__JA2L=(__li__K)(-  1);
  li__513I=li__ZHNK;
  li__0OAQ=li__AOJJ( 0);
  li__2DWI=li__0OAQ;
  li__EFWI=li__BEID;
  li__2PLO__->li__3PLO=(*li__ATBD__);
  (*li__L0WO__)=(*li__M0WO__);
  li__G4XL=li__IFC( 128);
  li__FI=li__G4XL;
  (*li__BRPK__)=(*li__CRPK__);
  li__IYBD__->li__JYBD=(*li__LI__);
  li__LHBK__->li__MHBK=(*li__LI__);
  li__3I3L__->li__4I3L=(*li__LI__);
  li__EDHP__->li__FDHP=(*li__LI__);
  li__LHBK__->li__SWEO=(*li__QWEO__);
  (*li__ILPO__)=(*li__JLPO__);
  (*li__TXB__)=(*li__UXB__);
  li__IAHN=li__1PE( 16);
  li__U2DM=li__IAHN;
  li__CJ1P__->li__DJ1P=(*li__LI__);
  li__EN1P__->li__FN1P=(*li__LI__);
  li__WNI=li__IFC( 512);
  li__5XH=li__WNI;
  (*li__ZITE__)=(*li__0ITE__);
  li__UQWF=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__ZITE));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__UQWF=li__ZITE__;
  } else /* FALSE */ {
    li__MKT=__li__ZITE__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__3RWF=((__li__ZITE *)li__QCN);
    li__UQWF=li__3RWF;
    *(li__3RWF) = *(li__ZITE__);
  };
  li__3RWF=((__li__ZITE *)li__UQWF);
  /* __li__B__ __li__I__ */
if (((*(li__3RWF)).li__JIWG <  64)) {
    li__TBXG=li__VXEH( 64);
    (*(li__3RWF)).li__HJWG=li__TBXG;
    (*(li__3RWF)).li__JIWG= 64;
  };
  (*(li__3RWF)).li__HIWG=(__li__K)(-  1);
  li__CJTE=li__UQWF;
  li__EJTE= 0;
  li__AKTE= 0;
  li__CKTE= 0;
  li__NHBK= 0;
  li__WHBK__->li__ZKSN= 0;
  li__51JM= 0;
  li__WHBK__->li__ZMSN= 0;
  li__DZB__->li__01JM= 0;
  li__WHBK__->li__EPSN= 0;
  li__WHBK__->li__TQSN= 0;
  li__DZB__->li__41JM= 0;
  li__DZB__->li__B2JM= 0;
  li__DZB__->li__21JM= 0;
  li__X2BK= 0;
  li__T0B__->li__U0B=(*li__LI__);
  li__OWRE__->li__PWRE=(*li__LI__);
  li__0OAQ=li__SP2E( 512);
  li__PUPK=li__0OAQ;
  (*li__3UPK__)=(*li__4UPK__);
  li__VGDM=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__3UPK));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__VGDM=li__3UPK__;
  } else /* FALSE */ {
    li__MKT=__li__3UPK__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__4HDM=((__li__3UPK *)li__QCN);
    li__VGDM=li__4HDM;
    *(li__4HDM) = *(li__3UPK__);
  };
  li__4HDM=((__li__3UPK *)li__VGDM);
  /* __li__B__ __li__I__ */
if (((*(li__4HDM)).li__B1ON <  512)) {
    li__THPN=li__4I3N( 512);
    (*(li__4HDM)).li__51ON=li__THPN;
    (*(li__4HDM)).li__B1ON= 512;
  };
  (*(li__4HDM)).li__50ON=(__li__K)(-  1);
  li__GVPK=li__VGDM;
  li__5UUD=li__B__;
  li__BEDE= 3;
  li__2BH=li__IFC( 10000);
  li__EG=li__2BH;
  li__ACH=li__IFC( 4000000);
  li__GG=li__ACH;
  li__DEE=li__1PE( 128);
  li__2XB=li__DEE;
  (*li__H1IE__)=(*li__I1IE__);
  li__X2VF=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__H1IE));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__X2VF=li__H1IE__;
  } else /* FALSE */ {
    li__MKT=__li__H1IE__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__A4VF=((__li__H1IE *)li__QCN);
    li__X2VF=li__A4VF;
    *(li__A4VF) = *(li__H1IE__);
  };
  li__A4VF=((__li__H1IE *)li__X2VF);
  /* __li__B__ __li__I__ */
if (((*(li__A4VF)).li__TXWG <  4)) {
    li__1XWG=li__JLEH( 4);
    (*(li__A4VF)).li__L2VG=li__1XWG;
    (*(li__A4VF)).li__TXWG= 4;
  };
  (*(li__A4VF)).li__J5OE=(__li__K)(-  1);
  li__A4VF=li__X2VF;
  li__MTG= 0;
  while ((li__MTG <=  3)) {
    li__1NVE=li__SP2E( 32);
    li__ZDXG=((__li__H1IE *)li__A4VF);
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__ZDXG)).li__J5OE +  1) <= (__li__K)((*(li__ZDXG)).li__TXWG -  1))) {
      (*(li__ZDXG)).li__J5OE=(__li__K)((*(li__ZDXG)).li__J5OE +  1);
      li__JEXG=li__B__;
    } else /* FALSE */ {
      li__JEXG=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__JEXG)) {
      /* __li__B__ __li__I__ */
if (((*(li__ZDXG)).li__TXWG ==  0)) {
        li__VEXG=li__JLEH( 2);
        (*(li__ZDXG)).li__L2VG=li__VEXG;
        (*(li__ZDXG)).li__TXWG= 2;
        (*(li__ZDXG)).li__J5OE= 0;
      } else /* FALSE */ {
        li__2EXG=(__li__K)((*(li__ZDXG)).li__TXWG <<  1);
        li__VEXG=((void **)(*(li__ZDXG)).li__L2VG);
        li__QTTH=(*(li__ZDXG)).li__TXWG;
        li__UUTH=li__CUY(((__li__CB )li__VEXG),((__li__JJG )(__li__K)(li__QTTH * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__2EXG * ((__li__K )(sizeof(void *))))));
        li__VEXG=((void **)li__UUTH);
        li__0UTH=(__li__K)(li__2EXG -  1);
        li__0LRI=li__QTTH;
        while ((li__0LRI <= li__0UTH)) {
          li__VEXG[li__0LRI]=NULL;
          li__0LRI=(__li__K)(li__0LRI +  1);
        };
        (*(li__ZDXG)).li__L2VG=li__VEXG;
        (*(li__ZDXG)).li__TXWG=li__2EXG;
        (*(li__ZDXG)).li__J5OE=(__li__K)((*(li__ZDXG)).li__J5OE +  1);
      };
    };
    ((void **)(*(li__ZDXG)).li__L2VG)[(*(li__ZDXG)).li__J5OE]=li__1NVE;
    li__MTG=(__li__K)(li__MTG +  1);
  };
  li__Q1IE=li__X2VF;
  li__0OAQ=li__SP2E( 64);
  li__U5OE=li__0OAQ;
  li__NRE=li__IFC( 256);
  li__JAZ(((__li__BC *)li__NRE),(&__string_4));
  li__MTG= 3;
  while ((li__MTG <=  28)) {
    li__SRX(((__li__BC *)li__NRE),'=');
    li__MTG=(__li__K)(li__MTG +  1);
  };
  li__JAZ(((__li__BC *)li__NRE),(&__string_5));
  li__JAZ(((__li__BC *)li__NRE),(&__string_6));
  li__MTG=(__li__K)((&__string_6)->li__2C +  5);
  while ((li__MTG <=  28)) {
    li__SRX(((__li__BC *)li__NRE),' ');
    li__MTG=(__li__K)(li__MTG +  1);
  };
  li__JAZ(((__li__BC *)li__NRE),(&__string_7));
  li__MTG= 3;
  while ((li__MTG <=  28)) {
    li__SRX(((__li__BC *)li__NRE),'=');
    li__MTG=(__li__K)(li__MTG +  1);
  };
  li__JAZ(((__li__BC *)li__NRE),(&__string_8));
  li__DL=li__NRE;
  li__ZGZG=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__B3B));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__ZGZG=li__B3B__;
  } else /* FALSE */ {
    li__MKT=__li__B3B__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__CIZG=((__li__B3B *)li__QCN);
    li__ZGZG=li__CIZG;
    *(li__CIZG) = *(li__B3B__);
  };
  li__CIZG=((__li__B3B *)li__ZGZG);
  li__MTG=li__YDQ( 193);
  li__40UH=li__MDYH(li__MTG);
  li__CIZG->li__50UH=li__40UH;
  li__CIZG->li__TVRH=li__MTG;
  li__CIZG->li__B1UH=(__li__K)(-  1);
  li__CIZG->li__S3B= 0;
  li__CIZG=li__ZGZG;
  li__Q3B=li__ZGZG;
  li__I1RH__->li__M1RH= 0;
  li__YPOC=li__UAVC();
  li__GFGD=((__li__1M *)li__YPOC);
  li__HFGD=li__GQMD();
  li__GFGD->li__2M.li__SXFD=li__HFGD;
  li__NFGD=li__NQMD();
  li__GFGD->li__2M.li__OFGD=li__NFGD;
  li__GFGD->li__2M.li__NZFD=(&__string_9);
  li__4M=li__YPOC;
  (*li__TYTP__)=(*li__UYTP__);
  (*li__SZHP__)=(*li__TZHP__);
  li__MEIQ=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__TYTP));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__MEIQ=li__TYTP__;
  } else /* FALSE */ {
    li__MKT=__li__TYTP__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__VFIQ=((__li__TYTP *)li__QCN);
    li__MEIQ=li__VFIQ;
    *(li__VFIQ) = *(li__TYTP__);
  };
  li__VFIQ=((__li__TYTP *)li__MEIQ);
  /* __li__B__ __li__I__ */
if (((*(li__VFIQ)).li__C41Q <  32)) {
    li__JE2Q=li__XYDR( 32);
    (*(li__VFIQ)).li__A51Q=li__JE2Q;
    (*(li__VFIQ)).li__C41Q= 32;
  };
  (*(li__VFIQ)).li__A41Q=(__li__K)(-  1);
  li__2YTP=li__MEIQ;
  li__PX4P=li__DM5P();
  li__QYTP=li__PX4P;
  li__MEE=li__HQE( 256);
  li__VZB=li__MEE;
  (*li__WBLI__)=(*li__XBLI__);
  li__0MDM=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__WBLI));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__0MDM=li__WBLI__;
  } else /* FALSE */ {
    li__MKT=__li__WBLI__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__DODM=((__li__WBLI *)li__QCN);
    li__0MDM=li__DODM;
    *(li__DODM) = *(li__WBLI__);
  };
  li__DODM=((__li__WBLI *)li__0MDM);
  /* __li__B__ __li__I__ */
if (((*(li__DODM)).li__WLPN <  5)) {
    li__4LPN=li__5R3N( 5);
    (*(li__DODM)).li__WCPN=li__4LPN;
    (*(li__DODM)).li__WLPN= 5;
  };
  (*(li__DODM)).li__CMPN=(__li__K)(-  1);
  li__DODM=li__0MDM;
  li__MTG= 0;
  while ((li__MTG <=  4)) {
    li__TUVL=li__HQE( 8);
    li__HPPN=((__li__WBLI *)li__DODM);
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__HPPN)).li__CMPN +  1) <= (__li__K)((*(li__HPPN)).li__WLPN -  1))) {
      (*(li__HPPN)).li__CMPN=(__li__K)((*(li__HPPN)).li__CMPN +  1);
      li__JEXG=li__B__;
    } else /* FALSE */ {
      li__JEXG=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__JEXG)) {
      /* __li__B__ __li__I__ */
if (((*(li__HPPN)).li__WLPN ==  0)) {
        li__DQPN=li__5R3N( 2);
        (*(li__HPPN)).li__WCPN=li__DQPN;
        (*(li__HPPN)).li__WLPN= 2;
        (*(li__HPPN)).li__CMPN= 0;
      } else /* FALSE */ {
        li__2EXG=(__li__K)((*(li__HPPN)).li__WLPN <<  1);
        li__DQPN=((void **)(*(li__HPPN)).li__WCPN);
        li__QTTH=(*(li__HPPN)).li__WLPN;
        li__UUTH=li__CUY(((__li__CB )li__DQPN),((__li__JJG )(__li__K)(li__QTTH * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__2EXG * ((__li__K )(sizeof(void *))))));
        li__DQPN=((void **)li__UUTH);
        li__0UTH=(__li__K)(li__2EXG -  1);
        li__0LRI=li__QTTH;
        while ((li__0LRI <= li__0UTH)) {
          li__DQPN[li__0LRI]=NULL;
          li__0LRI=(__li__K)(li__0LRI +  1);
        };
        (*(li__HPPN)).li__WCPN=li__DQPN;
        (*(li__HPPN)).li__WLPN=li__2EXG;
        (*(li__HPPN)).li__CMPN=(__li__K)((*(li__HPPN)).li__CMPN +  1);
      };
    };
    ((void **)(*(li__HPPN)).li__WCPN)[(*(li__HPPN)).li__CMPN]=li__TUVL;
    li__MTG=(__li__K)(li__MTG +  1);
  };
  li__5BLI=li__0MDM;
  li__JFLI= 4;
  li__FJ= 0;
  li__MTG= 0;
  li__FR=li__IFC( 255);
  li__GR=li__FR;
  li__WLL=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__HR));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__WLL=li__HR__;
  } else /* FALSE */ {
    li__MKT=__li__HR__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__MKT == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__BXCV;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__MKT);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__BXCV=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__BXCV;
    };
    li__5ML=((__li__HR *)li__QCN);
    li__WLL=li__5ML;
    *(li__5ML) = *(li__HR__);
  };
  li__5ML=((__li__HR *)li__WLL);
  li__NTG=li__YDQ( 53);
  li__BL3=li__XYBB(li__NTG);
  li__5ML->li__JGZ=li__BL3;
  li__5ML->li__CGZ=li__NTG;
  li__5ML->li__KHZ= 0;
  li__RR=li__WLL;
  li__PFZ(((__li__HR *)li__WLL),(&__string_10));
  li__PFZ(((__li__HR *)li__RR),(&__string_11));
  li__PFZ(((__li__HR *)li__RR),(&__string_12));
  li__PFZ(((__li__HR *)li__RR),(&__string_13));
  li__PFZ(((__li__HR *)li__RR),(&__string_14));
  li__PFZ(((__li__HR *)li__RR),(&__string_15));
  li__PFZ(((__li__HR *)li__RR),(&__string_16));
  li__PFZ(((__li__HR *)li__RR),(&__string_17));
  li__PFZ(((__li__HR *)li__RR),(&__string_18));
  li__PFZ(((__li__HR *)li__RR),(&__string_19));
  li__PFZ(((__li__HR *)li__RR),(&__string_20));
  li__PFZ(((__li__HR *)li__RR),(&__string_21));
  li__PFZ(((__li__HR *)li__RR),(&__string_22));
  li__PFZ(((__li__HR *)li__RR),(&__string_23));
  li__PFZ(((__li__HR *)li__RR),(&__string_24));
  li__PFZ(((__li__HR *)li__RR),(&__string_25));
  li__PFZ(((__li__HR *)li__RR),(&__string_26));
  li__PFZ(((__li__HR *)li__RR),(&__string_27));
  li__PFZ(((__li__HR *)li__RR),(&__string_28));
  li__PFZ(((__li__HR *)li__RR),(&__string_29));
  li__PFZ(((__li__HR *)li__RR),(&__string_30));
  li__PFZ(((__li__HR *)li__RR),(&__string_31));
  li__PFZ(((__li__HR *)li__RR),(&__string_32));
  li__PFZ(((__li__HR *)li__RR),(&__string_33));
  li__PFZ(((__li__HR *)li__RR),(&__string_34));
  li__PFZ(((__li__HR *)li__RR),(&__string_35));
  li__PFZ(((__li__HR *)li__RR),(&__string_36));
  li__PFZ(((__li__HR *)li__RR),(&__string_37));
  li__PFZ(((__li__HR *)li__RR),(&__string_38));
  li__PFZ(((__li__HR *)li__RR),(&__string_39));
  li__PFZ(((__li__HR *)li__RR),(&__string_40));
  li__PFZ(((__li__HR *)li__RR),(&__string_41));
  li__PFZ(((__li__HR *)li__RR),(&__string_42));
  li__PFZ(((__li__HR *)li__RR),(&__string_43));
  li__PFZ(((__li__HR *)li__RR),(&__string_44));
  li__PFZ(((__li__HR *)li__RR),(&__string_45));
  li__PFZ(((__li__HR *)li__RR),(&__string_46));
  li__PFZ(((__li__HR *)li__RR),(&__string_47));
  li__PFZ(((__li__HR *)li__RR),(&__string_48));
  li__PFZ(((__li__HR *)li__RR),(&__string_49));
  li__PFZ(((__li__HR *)li__RR),(&__string_50));
  li__PFZ(((__li__HR *)li__RR),(&__string_51));
  li__PFZ(((__li__HR *)li__RR),(&__string_52));
  li__PFZ(((__li__HR *)li__RR),(&__string_53));
  li__PFZ(((__li__HR *)li__RR),(&__string_3));
  li__PFZ(((__li__HR *)li__RR),(&__string_54));
  li__PFZ(((__li__HR *)li__RR),(&__string_55));
  li__PFZ(((__li__HR *)li__RR),(&__string_56));
  li__PFZ(((__li__HR *)li__RR),(&__string_57));
  li__PFZ(((__li__HR *)li__RR),(&__string_58));
  li__PFZ(((__li__HR *)li__RR),(&__string_59));
  li__PFZ(((__li__HR *)li__RR),(&__string_60));
  li__PFZ(((__li__HR *)li__RR),(&__string_61));
  li__PFZ(((__li__HR *)li__RR),(&__string_62));
  li__PFZ(((__li__HR *)li__RR),(&__string_63));
  li__PFZ(((__li__HR *)li__RR),(&__string_64));
  li__PFZ(((__li__HR *)li__RR),(&__string_65));
  li__PFZ(((__li__HR *)li__RR),(&__string_66));
  li__PFZ(((__li__HR *)li__RR),(&__string_67));
  li__PFZ(((__li__HR *)li__RR),(&__string_1));
  li__PFZ(((__li__HR *)li__RR),(&__string_2));
  li__PFZ(((__li__HR *)li__RR),(&__string_68));
  li__PFZ(((__li__HR *)li__RR),(&__string_69));
  li__PFZ(((__li__HR *)li__RR),(&__string_70));
  li__PFZ(((__li__HR *)li__RR),(&__string_71));
  li__PFZ(((__li__HR *)li__RR),(&__string_72));
  li__PFZ(((__li__HR *)li__RR),(&__string_73));
  li__PFZ(((__li__HR *)li__RR),(&__string_74));
  li__PFZ(((__li__HR *)li__RR),(&__string_75));
  li__PFZ(((__li__HR *)li__RR),(&__string_76));
  li__PFZ(((__li__HR *)li__RR),(&__string_77));
  li__PFZ(((__li__HR *)li__RR),(&__string_78));
  li__PFZ(((__li__HR *)li__RR),(&__string_79));
  li__PFZ(((__li__HR *)li__RR),(&__string_80));
  li__PFZ(((__li__HR *)li__RR),(&__string_81));
  li__PFZ(((__li__HR *)li__RR),(&__string_82));
  li__PFZ(((__li__HR *)li__RR),(&__string_83));
  li__PFZ(((__li__HR *)li__RR),(&__string_84));
  li__PFZ(((__li__HR *)li__RR),(&__string_85));
  li__PFZ(((__li__HR *)li__RR),(&__string_86));
  li__PFZ(((__li__HR *)li__RR),(&__string_87));
  li__PFZ(((__li__HR *)li__RR),(&__string_9));
  li__PFZ(((__li__HR *)li__RR),(&__string_88));
  li__PFZ(((__li__HR *)li__RR),(&__string_89));
  li__PFZ(((__li__HR *)li__RR),(&__string_90));
  li__PFZ(((__li__HR *)li__RR),(&__string_91));
  li__PFZ(((__li__HR *)li__RR),(&__string_92));
  li__PFZ(((__li__HR *)li__RR),(&__string_93));
  li__PFZ(((__li__HR *)li__RR),(&__string_94));
  li__PFZ(((__li__HR *)li__RR),(&__string_95));
  li__PFZ(((__li__HR *)li__RR),(&__string_96));
  li__PFZ(((__li__HR *)li__RR),(&__string_97));
  li__PFZ(((__li__HR *)li__RR),(&__string_98));
  li__PFZ(((__li__HR *)li__RR),(&__string_99));
  li__PFZ(((__li__HR *)li__RR),(&__string_100));
  li__PFZ(((__li__HR *)li__RR),(&__string_101));
  li__PFZ(((__li__HR *)li__RR),(&__string_102));
  li__PFZ(((__li__HR *)li__RR),(&__string_103));
  li__PFZ(((__li__HR *)li__RR),(&__string_104));
  li__PFZ(((__li__HR *)li__RR),(&__string_105));
  li__PFZ(((__li__HR *)li__RR),(&__string_106));
  li__PFZ(((__li__HR *)li__RR),(&__string_107));
  li__PFZ(((__li__HR *)li__RR),(&__string_108));
  li__PFZ(((__li__HR *)li__RR),(&__string_109));
  li__PFZ(((__li__HR *)li__RR),(&__string_110));
  li__PFZ(((__li__HR *)li__RR),(&__string_111));
  li__PFZ(((__li__HR *)li__RR),(&__string_112));
  li__PFZ(((__li__HR *)li__RR),(&__string_113));
  li__PFZ(((__li__HR *)li__RR),(&__string_114));
  li__PFZ(((__li__HR *)li__RR),(&__string_115));
  li__PFZ(((__li__HR *)li__RR),(&__string_116));
  li__PFZ(((__li__HR *)li__RR),(&__string_117));
  li__PFZ(((__li__HR *)li__RR),(&__string_118));
  li__PFZ(((__li__HR *)li__RR),(&__string_119));
  li__PFZ(((__li__HR *)li__RR),(&__string_120));
  li__PFZ(((__li__HR *)li__RR),(&__string_121));
  li__PFZ(((__li__HR *)li__RR),(&__string_122));
  li__PFZ(((__li__HR *)li__RR),(&__string_123));
  li__PFZ(((__li__HR *)li__RR),(&__string_124));
  li__PFZ(((__li__HR *)li__RR),(&__string_125));
  li__PFZ(((__li__HR *)li__RR),(&__string_126));
  li__PFZ(((__li__HR *)li__RR),(&__string_127));
  li__PFZ(((__li__HR *)li__RR),(&__string_128));
  li__PFZ(((__li__HR *)li__RR),(&__string_129));
  li__PFZ(((__li__HR *)li__RR),(&__string_130));
  li__PFZ(((__li__HR *)li__RR),(&__string_131));
  li__PFZ(((__li__HR *)li__RR),(&__string_132));
  li__PFZ(((__li__HR *)li__RR),(&__string_133));
  li__PFZ(((__li__HR *)li__RR),(&__string_134));
  li__PFZ(((__li__HR *)li__RR),(&__string_135));
  li__PFZ(((__li__HR *)li__RR),(&__string_136));
  li__PFZ(((__li__HR *)li__RR),(&__string_137));
  li__PFZ(((__li__HR *)li__RR),(&__string_138));
  li__PFZ(((__li__HR *)li__RR),(&__string_139));
  li__PFZ(((__li__HR *)li__RR),(&__string_140));
  li__PFZ(((__li__HR *)li__RR),(&__string_141));
  li__PFZ(((__li__HR *)li__RR),(&__string_142));
  li__PFZ(((__li__HR *)li__RR),(&__string_78));
  li__PFZ(((__li__HR *)li__RR),(&__string_143));
  li__PFZ(((__li__HR *)li__RR),(&__string_144));
  li__PFZ(((__li__HR *)li__RR),(&__string_145));
  li__PFZ(((__li__HR *)li__RR),(&__string_146));
  li__PFZ(((__li__HR *)li__RR),(&__string_73));
  li__PFZ(((__li__HR *)li__RR),(&__string_147));
  li__PFZ(((__li__HR *)li__RR),(&__string_148));
  li__PFZ(((__li__HR *)li__RR),(&__string_149));
  li__PFZ(((__li__HR *)li__RR),(&__string_150));
  li__PFZ(((__li__HR *)li__RR),(&__string_151));
  li__PFZ(((__li__HR *)li__RR),(&__string_152));
  li__PFZ(((__li__HR *)li__RR),(&__string_153));
  li__PFZ(((__li__HR *)li__RR),(&__string_154));
  li__PFZ(((__li__HR *)li__RR),(&__string_155));
  li__PFZ(((__li__HR *)li__RR),(&__string_156));
  li__PFZ(((__li__HR *)li__RR),(&__string_157));
  li__PFZ(((__li__HR *)li__RR),(&__string_158));
  li__PFZ(((__li__HR *)li__RR),(&__string_159));
  li__PFZ(((__li__HR *)li__RR),(&__string_160));
  li__PFZ(((__li__HR *)li__RR),(&__string_161));
  li__PFZ(((__li__HR *)li__RR),(&__string_162));
  li__PFZ(((__li__HR *)li__RR),(&__string_163));
  li__PFZ(((__li__HR *)li__RR),(&__string_74));
  li__PFZ(((__li__HR *)li__RR),(&__string_164));
  li__PFZ(((__li__HR *)li__RR),(&__string_165));
  li__PFZ(((__li__HR *)li__RR),(&__string_166));
  li__PFZ(((__li__HR *)li__RR),(&__string_167));
  li__PFZ(((__li__HR *)li__RR),(&__string_168));
  li__PFZ(((__li__HR *)li__RR),(&__string_169));
  li__HBB=li__XRF((&__string_22));
  li__IBB=li__HBB;
  li__HBB=li__XRF((&__string_23));
  li__MBB=li__HBB;
  li__UC=((__li__YB )((unsigned long long)time(NULL)));
  li__FR=NULL;
  li__JEXG=li__I__;
  li__2BB=NULL;
  li__3BB=li__I__;
  li__NTG= 1;
  while ((li__NTG <= (*(li__T1E)).li__SFE)) {
    li__LCB=((void **)(*(((__li__JFE *)li__T1E))).li__100)[li__NTG];
    li__FR=li__LCB;
    /* __li__B__ __li__I__ */
if ((((__li__3 *)((__li__BC *)li__LCB)->li__CUN)[ 0] == '-')) {
      /* __li__B__ __li__I__ */
if (((li__LCB->li__NK >=  3) && (((__li__3 *)((__li__BC *)li__LCB)->li__CUN)[ 1] == '-'))) {
        li__CDB=((__li__3 *)((__li__BC *)li__LCB)->li__CUN)[ 2];
        /* __li__B__ __li__I__ */
if ((li__CDB == 'v')) {
          li__IDB= 1;
        };
        /* __li__B__ __li__I__ */
if ((li__CDB == 'p')) {
          li__3BB=li__B__;
        };
        /* __li__B__ __li__I__ */
if ((li__CDB == 'r')) {
          li__VDB=li__B__;
        };
        /* __li__B__ __li__I__ */
if ((li__CDB == 'g')) {
          li__PL=li__B__;
          li__VDB=li__B__;
        };
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if ((! li__JEXG)) {
          li__VBG();
          li__JEXG=li__B__;
        };
        li__DJZ(((__li__BC *)li__B4E),li__LCB);
        li__GL2(((__li__BC *)li__B4E), 1);
        li__LKZ(((__li__BC *)li__B4E),'-','_');
        li__NEB=li__SQC(li__B4E);
        li__PEB=li__BDC(li__NEB);
        /* __li__B__ __li__I__ */
if ((((void *)li__PEB == (void *)NULL) || ((void *)li__PEB->li__VEB != (void *)(&__string_33)))) {
          li__KBG((&__string_170));
          li__C30(((__li__BC *)li__LCB));
          li__KBG((&__string_171));
          li__HUE();
          exit(( 1));
        };
        /* __li__B__ __li__I__ */
if (((void *)li__PEB->li__EFB != (void *)NULL)) {
          li__LFB=(__li__K)(li__NTG +  1);
          li__NTG=li__LFB;
          /* __li__B__ __li__I__ */
if ((li__LFB > (*(li__T1E)).li__SFE)) {
            li__KBG((&__string_172));
            li__C30(((__li__BC *)li__LCB));
            li__KBG((&__string_173));
            li__HUE();
            exit(( 1));
          };
          li__VFB=((void **)(*(((__li__JFE *)li__T1E))).li__100)[li__LFB];
          li__FR=li__VFB;
          /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__PEB->li__EFB->li__XFB)->__id) {
          case __li__GGB__: {
            li__ZFB=(&__string_47);
          } break;
          case __li__MHB__: {
            li__ZFB=(&__string_39);
          } break;
          case __li__YHB__: {
            li__ZFB=(&__string_43);
          } break;
          };
          li__2BB=NULL;
          /* __li__B__ __li__I__ */
if (((void *)li__ZFB == (void *)(&__string_47))) {
            li__NSZ(((__li__BC *)li__VFB));
            li__AGB=li__2ECD(((__li__BC *)li__VFB),(&__string_48));
            /* __li__B__ __li__I__ */
if (li__AGB) {
              li__IGB=li__VRE(li__B__);
              li__2BB=li__IGB;
              li__KGB=li__B__;
            } else /* FALSE */ {
              li__KGB=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__KGB)) {
              li__KGB=li__2ECD(((__li__BC *)li__VFB),(&__string_49));
              /* __li__B__ __li__I__ */
if (li__KGB) {
                li__WGB=li__VRE(li__I__);
                li__2BB=li__WGB;
              };
            };
            li__AGB=li__B__;
          } else /* FALSE */ {
            li__AGB=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__AGB)) {
            /* __li__B__ __li__I__ */
if (((void *)li__ZFB == (void *)(&__string_39))) {
              li__KGB=li__AAAD(((__li__BC *)li__VFB));
              /* __li__B__ __li__I__ */
if (li__KGB) {
                li__OHB=li__VHOD(((__li__BC *)li__VFB));
                li__QHB=li__J2XB(li__MHB__,li__OHB);
                li__2BB=li__QHB;
              };
            } else /* FALSE */ {
              li__0HB=li__SQC(li__VFB);
              li__2HB=li__MJY(li__YHB__,li__0HB);
              li__2BB=li__2HB;
            };
          };
          /* __li__B__ __li__I__ */
if (((void *)li__2BB == (void *)NULL)) {
            li__KBG((&__string_174));
            li__C30(((__li__BC *)li__VFB));
            li__KBG((&__string_175));
            li__HUE();
            exit(( 1));
          };
        } else /* FALSE */ {
          li__2BB=NULL;
        };
        li__AGB=li__PCJE(((__li__HC *)li__PEB),li__2BB);
        /* __li__B__ __li__I__ */
if ((! li__AGB)) {
          li__KBG((&__string_176));
          li__HUE();
          exit(( 1));
        };
      };
    } else /* FALSE */ {
      li__VFB=((__li__BC *)li__FR);
      li__AGB=li__I__;
      li__2EXG= 0;
      li__QTTH= 0;
      /* __li__B__ __li__I__ */
if (( 4 <= li__VFB->li__NK)) {
        li__2EXG=(__li__K)((__li__K)(li__VFB->li__NK -  4) +  1);
        li__QTTH= 1;
        li__0UTH=li__VFB->li__NK;
        li__GGSU=li__VFB->li__CUN;
        while ((! (((li__2EXG > li__0UTH) || (li__QTTH >  4)) || (((__li__3 *)li__GGSU)[(__li__K)(li__2EXG -  1)] != ".lip"[(__li__K)(li__QTTH -  1)])))) {
          li__2EXG=(__li__K)(li__2EXG +  1);
          li__QTTH=(__li__K)(li__QTTH +  1);
        };
        li__AGB=(li__2EXG > li__VFB->li__NK);
      };
      /* __li__B__ __li__I__ */
if (li__AGB) {
        /* __li__B__ __li__I__ */
if (li__JEXG) {
          li__KBG((&__string_177));
          li__C30(((__li__BC *)li__FR));
          li__KBG((&__string_178));
          li__HUE();
          exit(( 1));
        };
        li__KUVE=li__FR;
        li__NEB=NULL;
        li__KGB=li__I__;
        li__0UTH= 0;
        ((__li__BC *)li__B4E)->li__NK= 0;
        do {
          li__AK0(((__li__BC *)li__B4E),li__KUVE);
          li__ZFB=li__SQC(li__B4E);
          li__NEB=li__ZFB;
          li__WUVE=li__F5H(li__ZFB);
          li__KGB=li__WUVE;
          /* __li__B__ __li__I__ */
if ((! li__WUVE)) {
            li__HEZ(((__li__BC *)li__B4E),li__ZFB);
            li__WBZ(((__li__BC *)li__B4E),li__KUVE->li__NK);
            li__JAZ(((__li__BC *)li__B4E),(&__string_179));
            li__0UTH=(__li__K)(li__0UTH +  1);
          };
        } while (((li__0UTH <  5) && (! li__WUVE)));
        /* __li__B__ __li__I__ */
if ((! li__KGB)) {
          /* 0 1 */
if (li__VLH==0) {
            li__ZFB=li__ULH;
          } else /* ___TYPE_ID */ {
            li__ZFB=li__YJH();
          };
          li__HEZ(((__li__BC *)li__B4E),li__ZFB);
          li__JAZ(((__li__BC *)li__B4E),(&__string_180));
          li__ZFB=li__SQC(li__B4E);
          li__NEB=li__ZFB;
          li__WUVE=li__F5H(li__ZFB);
          li__KGB=li__WUVE;
          /* __li__B__ __li__I__ */
if ((! li__WUVE)) {
            li__KBG((&__string_181));
            li__KBG(((__li__U *)li__ZFB));
            li__KBG((&__string_182));
            exit(( 1));
          };
        };
        li__SY2E:
        {
          li__4OQU=((*(((__li__GD *)li__TOI))).li__UD <  0);
          /* __li__B__ __li__I__ */
if ((! li__4OQU)) {
            li__VIEV=((__li__U **)(*(((__li__GD *)li__TOI))).li__U1Z)[ 0];
            li__NEB=li__VIEV;
            li__UUOC(((__li__GD *)li__TOI));
            /* __li__B__ __li__I__ */
if ((((__li__U *)li__VIEV)->li__2C ==  0)) {
              /* 0 1 */
if (li__VLH==0) {
                li__3WVE=li__ULH;
              } else /* ___TYPE_ID */ {
                li__3WVE=li__YJH();
              };
              li__HEZ(((__li__BC *)li__B4E),li__3WVE);
              li__JAZ(((__li__BC *)li__B4E),(&__string_180));
              li__3WVE=li__SQC(li__B4E);
              li__NEB=li__3WVE;
            };
            li__DXVE=li__F5H(li__NEB);
            /* __li__B__ __li__I__ */
if ((! li__DXVE)) {
              li__KBG((&__string_181));
              li__KBG(((__li__U *)li__NEB));
              li__KBG((&__string_183));
              exit(( 1));
            };
            goto li__SY2E;
          };
        };
        /* 0 1 */
if (li__VLH==0) {
          li__ZFB=li__ULH;
        } else /* ___TYPE_ID */ {
          li__ZFB=li__YJH();
        };
        li__0KE(li__ZFB,(&__string_69));
        li__JEXG=li__B__;
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if ((! li__JEXG)) {
          li__VBG();
          li__JEXG=li__B__;
        };
        /* __li__B__ __li__I__ */
if (((void *)li__5C != (void *)NULL)) {
          li__HUE();
          exit(( 1));
        };
        li__NEB=li__SQC(((void **)(*(((__li__JFE *)li__T1E))).li__100)[li__NTG]);
        li__5C=li__NEB;
        li__0KE(li__NEB,(&__string_106));
      };
    };
    li__NTG=(__li__K)(li__NTG +  1);
  };
  /* __li__B__ __li__I__ */
if ((! li__JEXG)) {
    li__VBG();
  };
  li__PEB=li__BDC((&__string_104));
  /* __li__B__ __li__I__ */
if (((void *)li__PEB == (void *)NULL)) {
    li__KBG((&__string_184));
    exit(( 1));
  };
  li__W2IE(((__li__HC *)li__PEB));
  /* __li__B__ __li__I__ */
if (li__3BB) {
    ((__li__BC *)li__B4E)->li__NK= 0;
    li__MKT= 0;
    li__2EXG=(*(li__2LE)).li__UD;
    while ((li__MKT <= li__2EXG)) {
      li__JAZ(((__li__BC *)li__B4E),((__li__U **)(*(((__li__GD *)li__2LE))).li__U1Z)[li__MKT]);
      li__SRX(((__li__BC *)li__B4E),'\n');
      li__MKT=(__li__K)(li__MKT +  1);
    };
    li__BTZ(((__li__BC *)li__51E),(&__string_185));
    li__21E=li__A1V(((__li__BC *)li__51E));
    li__BXCV=((__li__CB )(fopen((char*)(li__21E),"w+b")));
    li__AGB=(li__BXCV != (void *)NULL);
    /* __li__B__ __li__I__ */
if (li__AGB) {
      fclose((FILE*)((li__BXCV)));
    };
    /* __li__B__ __li__I__ */
if ((! li__AGB)) {
      li__M5F((&__string_186));
      exit(( 1));
    };
    li__BTZ(((__li__BC *)li__51E),(&__string_185));
    li__21E=li__A1V(((__li__BC *)li__51E));
    li__BXCV=((__li__CB )(fopen((char*)(li__21E),"wb")));
    li__MKT=li__B4E->li__NK;
    li__21E=li__A1V(((__li__BC *)li__B4E));
    fwrite((void *)((li__21E)),(size_t)(1), (size_t)((li__MKT)),(FILE*)((li__BXCV)));
    fclose((FILE*)((li__BXCV)));
    exit(( 0));
  };
  li__HBB=li__GMC((&__string_106));
  li__5C=li__HBB;
  li__HBB=li__GMC((&__string_107));
  li__DD=li__HBB;
  li__NTG=li__JNC((&__string_108));
  li__1E=li__NTG;
  li__JEXG=li__NOC((&__string_109));
  li__3LB=li__JEXG;
  li__JEXG=li__NOC((&__string_110));
  li__BMB=li__JEXG;
  li__JEXG=li__NOC((&__string_111));
  li__2P=li__JEXG;
  li__NTG=li__JNC((&__string_112));
  li__IMB=li__NTG;
  li__JEXG=li__NOC((&__string_114));
  li__CP=li__JEXG;
  li__JEXG=li__NOC((&__string_115));
  li__0N=li__JEXG;
  li__JEXG=li__NOC((&__string_116));
  li__IH=li__JEXG;
  /* __li__B__ __li__I__ */
if ((((void *)li__5C == (void *)NULL) || (((__li__U *)li__5C)->li__2C ==  0))) {
    li__KBG((&__string_187));
    li__HUE();
    exit(( 1));
  };
  li__HEZ(((__li__BC *)li__B4E),li__5C);
  li__DJZ(((__li__BC *)li__KZ1),li__B4E);
  li__LKZ(((__li__BC *)li__B4E),'\\','/');
  li__NTG=li__VZF(li__B4E,'/');
  /* __li__B__ __li__I__ */
if ((li__NTG <  1)) {
    li__HEZ(((__li__BC *)li__B4E),(&__string_188));
  } else /* FALSE */ {
    li__WBZ(((__li__BC *)li__B4E),(__li__K)(((__li__BC *)li__B4E)->li__NK - li__NTG));
    li__GL2(((__li__BC *)li__KZ1),li__NTG);
  };
  li__NTG=li__VZF(li__KZ1,'.');
  /* __li__B__ __li__I__ */
if ((li__NTG >  1)) {
    li__WBZ(((__li__BC *)li__KZ1),(__li__K)((__li__K)(((__li__BC *)li__KZ1)->li__NK - li__NTG) +  1));
  };
  li__HBB=li__SQC(li__B4E);
  li__4RC(li__YOB__,li__HBB,li__I__);
  li__TOI=((__li__GD *)li__2LE);
  li__QLZ=((__li__U **)(*(li__TOI)).li__U1Z)[(*(li__TOI)).li__UD];
  li__HEZ(((__li__BC *)li__B4E),li__QLZ);
  li__NTG=li__VZF(li__B4E,'/');
  li__WBZ(((__li__BC *)li__B4E),(__li__K)(((__li__BC *)li__B4E)->li__NK - li__NTG));
  li__HBB=li__SQC(li__B4E);
  li__MPB=li__HBB;
  li__HBB=li__SQC(li__KZ1);
  li__5C=li__HBB;
  /* __li__B__ __li__I__ */
if ((((void *)li__DD == (void *)NULL) || (((__li__U *)li__DD)->li__2C ==  0))) {
    /* __li__B__ __li__I__ */
if (((void *)li__MPB == (void *)NULL)) {
      ((__li__BC *)li__B4E)->li__NK= 0;
    } else /* FALSE */ {
      li__HEZ(((__li__BC *)li__B4E),li__MPB);
    };
    li__JAZ(((__li__BC *)li__B4E),li__5C);
    li__NEB=li__SQC(li__B4E);
    li__DD=li__NEB;
    li__0KE(li__NEB,(&__string_107));
  };
  li__NTG= 0;
  li__TOI=((__li__GD *)li__2LE);
  li__JEXG=li__I__;
  li__MKT=(__li__K)((*(li__TOI)).li__UD -  1);
  li__2EXG= 0;
  li__QTTH=li__MKT;
  do {
    li__JEXG=li__I__;
    li__0UTH=li__2EXG;
    li__0LRI=li__QTTH;
    while ((li__0UTH <= li__0LRI)) {
      li__KGB=li__WWC(((__li__U **)(*(li__TOI)).li__U1Z)[li__0UTH],((__li__U **)(*(li__TOI)).li__U1Z)[(__li__K)(li__0UTH +  1)]);
      /* __li__B__ __li__I__ */
if (li__KGB) {
        li__LFB=(__li__K)(li__0UTH +  1);
        li__ZFB=((__li__U **)(*(li__TOI)).li__U1Z)[li__0UTH];
        li__0HB=((__li__U **)(*(li__TOI)).li__U1Z)[li__LFB];
        ((__li__U **)(*(li__TOI)).li__U1Z)[li__0UTH]=li__0HB;
        ((__li__U **)(*(li__TOI)).li__U1Z)[li__LFB]=li__ZFB;
        li__JEXG=li__B__;
      };
      li__LFB=(__li__K)(li__MKT - li__0UTH);
      li__KGB=li__WWC(((__li__U **)(*(li__TOI)).li__U1Z)[li__LFB],((__li__U **)(*(li__TOI)).li__U1Z)[(__li__K)(li__LFB +  1)]);
      /* __li__B__ __li__I__ */
if (li__KGB) {
        li__OHB=(__li__K)(li__LFB +  1);
        li__ZFB=((__li__U **)(*(li__TOI)).li__U1Z)[li__LFB];
        li__0HB=((__li__U **)(*(li__TOI)).li__U1Z)[li__OHB];
        ((__li__U **)(*(li__TOI)).li__U1Z)[li__LFB]=li__0HB;
        ((__li__U **)(*(li__TOI)).li__U1Z)[li__OHB]=li__ZFB;
        li__JEXG=li__B__;
      };
      li__0UTH=(__li__K)(li__0UTH +  1);
    };
    li__QTTH=(__li__K)(li__QTTH -  1);
    li__2EXG=(__li__K)(li__2EXG +  1);
  } while (li__JEXG);
  li__MKT=(*(li__2LE)).li__UD;
  li__OJEV=((__li__U **)(*(((__li__GD *)li__2LE))).li__U1Z)[ 0];
  li__DXC=((__li__U *)li__OJEV)->li__2C;
  while ((! (li__MKT <=  0))) {
    li__ZFB=((__li__U **)(*(((__li__GD *)li__2LE))).li__U1Z)[li__MKT];
    li__0HB=((__li__U **)(*(((__li__GD *)li__2LE))).li__U1Z)[(__li__K)(li__MKT -  1)];
    /* __li__B__ __li__I__ */
if (((void *)li__ZFB == (void *)li__0HB)) {
      li__VH2=((__li__GD *)li__2LE);
      li__OZCC=((__li__U **)(*(li__VH2)).li__U1Z);
      li__LFB=(*(li__VH2)).li__UD;
      li__OHB=li__MKT;
      while ((li__OHB != li__LFB)) {
        li__OZCC[li__OHB]=li__OZCC[(__li__K)(li__OHB +  1)];
        li__OHB=(__li__K)(li__OHB +  1);
      };
      (*(li__VH2)).li__UD=(__li__K)((*(li__VH2)).li__UD -  1);
    } else /* FALSE */ {
      li__LFB=((__li__U *)li__ZFB)->li__2C;
      li__OHB= 0;
      /* __li__B__ __li__I__ */
if ((li__DXC > li__LFB)) {
        li__OHB=li__LFB;
      } else /* FALSE */ {
        li__OHB=li__DXC;
      };
      li__DXC=li__OHB;
      li__NTG= 1;
      li__GGSU=((__li__U *)li__ZFB)->li__3C;
      li__WJEV=((__li__U *)li__0HB)->li__3C;
      while (((li__NTG < li__DXC) && (((__li__3 *)li__GGSU)[(__li__K)(li__NTG -  1)] == ((__li__3 *)li__WJEV)[(__li__K)(li__NTG -  1)]))) {
        li__NTG=(__li__K)(li__NTG +  1);
      };
      li__DXC=li__NTG;
    };
    li__MKT=(__li__K)(li__MKT -  1);
  };
  li__NTG=li__B4F((__li__K)(li__DXC -  1), 1);
  li__DXC=li__NTG;
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__HEZ(((__li__BC *)li__B4E),(&__string_189));
    li__JAZ(((__li__BC *)li__B4E),li__5C);
    li__JAZ(((__li__BC *)li__B4E),(&__string_190));
    li__JAZ(((__li__BC *)li__B4E),li__DD);
    li__JAZ(((__li__BC *)li__B4E),(&__string_191));
    li__0UTH= 0;
    li__0LRI=(*(li__2LE)).li__UD;
    while ((li__0UTH <= li__0LRI)) {
      li__JAZ(((__li__BC *)li__B4E),(&__string_192));
      li__JAZ(((__li__BC *)li__B4E),((__li__U **)(*(((__li__GD *)li__2LE))).li__U1Z)[li__0UTH]);
      li__SRX(((__li__BC *)li__B4E),'\n');
      li__0UTH=(__li__K)(li__0UTH +  1);
    };
    li__C30(((__li__BC *)li__B4E));
  };
  li__HEZ(((__li__BC *)li__T32G),(&__string_193));
  li__JAZ(((__li__BC *)li__T32G),(&__string_194));
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__JAZ(((__li__BC *)li__T32G),(&__string_195));
  };
  li__JAZ(((__li__BC *)li__T32G),(&__string_196));
  li__1PF((&__string_197),li__T32G);
  li__ORB__->li__PRB.li__NZC=li__LZC;
  li__LZC=(__li__K)(li__LZC +  1);
  li__CLG=((__li__QZC *)li__GJG);
  li__NTG=li__AIO((&__string_1));
  li__MKT=(__li__K)(li__NTG % li__CLG->li__FOL);
  li__2EXG=li__MKT;
  li__DOL=((void **)li__CLG->li__MOL)[li__MKT];
  while ((! (((void *)li__DOL == (void *)NULL) || ((void *)li__DOL->li__YOL == (void *)(&__string_1))))) {
    li__DOL=li__DOL->li__DPL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__DOL == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__CLG->li__FOL == li__CLG->li__MPL)) {
      li__ACV(li__CLG);
      li__2EXG=(__li__K)(li__NTG % li__CLG->li__FOL);
    };
    li__0PL=li__HKR(li__ORB__,(&__string_1),((void **)li__CLG->li__MOL)[li__2EXG]);
    li__DOL=li__0PL;
    ((void **)li__CLG->li__MOL)[li__2EXG]=li__0PL;
    li__CLG->li__MPL=(__li__K)(li__CLG->li__MPL +  1);
    li__CLG->li__5PL=(__li__K)(-  1);
  } else /* FALSE */ {
    ((__li__5NL *)li__DOL)->li__PFV=li__ORB__;
  };
  li__C0C=li__J5D( 1);
  li__ORB__->li__PRB.li__D0C=li__C0C;
  li__45D=li__FCM();
  li__RWQU=((__li__5RB *)li__45D);
  li__RWQU->li__AEM=li__ORB__;
  li__RWQU->li__BEM= 0;
  li__ORB__->li__PRB.li__J0C=li__45D;
  li__CLG=((__li__QZC *)li__GJG);
  li__NTG=li__AIO((&__string_2));
  li__MKT=(__li__K)(li__NTG % li__CLG->li__FOL);
  li__2EXG=li__MKT;
  li__DOL=((void **)li__CLG->li__MOL)[li__MKT];
  while ((! (((void *)li__DOL == (void *)NULL) || ((void *)li__DOL->li__YOL == (void *)(&__string_2))))) {
    li__DOL=li__DOL->li__DPL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__DOL == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__CLG->li__FOL == li__CLG->li__MPL)) {
      li__ACV(li__CLG);
      li__2EXG=(__li__K)(li__NTG % li__CLG->li__FOL);
    };
    li__0PL=li__HKR(li__QRB__,(&__string_2),((void **)li__CLG->li__MOL)[li__2EXG]);
    li__DOL=li__0PL;
    ((void **)li__CLG->li__MOL)[li__2EXG]=li__0PL;
    li__CLG->li__MPL=(__li__K)(li__CLG->li__MPL +  1);
    li__CLG->li__5PL=(__li__K)(-  1);
  } else /* FALSE */ {
    ((__li__5NL *)li__DOL)->li__PFV=li__QRB__;
  };
  li__45D=li__FCM();
  li__RWQU=((__li__5RB *)li__45D);
  li__RWQU->li__AEM=li__QRB__;
  li__RWQU->li__BEM= 0;
  li__QRB__->li__RRB.li__J0C=li__45D;
  li__CLG=((__li__QZC *)li__GJG);
  li__NTG=li__AIO((&__string_51));
  li__MKT=(__li__K)(li__NTG % li__CLG->li__FOL);
  li__2EXG=li__MKT;
  li__DOL=((void **)li__CLG->li__MOL)[li__MKT];
  while ((! (((void *)li__DOL == (void *)NULL) || ((void *)li__DOL->li__YOL == (void *)(&__string_51))))) {
    li__DOL=li__DOL->li__DPL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__DOL == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__CLG->li__FOL == li__CLG->li__MPL)) {
      li__ACV(li__CLG);
      li__2EXG=(__li__K)(li__NTG % li__CLG->li__FOL);
    };
    li__0PL=li__HKR(li__SRB__,(&__string_51),((void **)li__CLG->li__MOL)[li__2EXG]);
    li__DOL=li__0PL;
    ((void **)li__CLG->li__MOL)[li__2EXG]=li__0PL;
    li__CLG->li__MPL=(__li__K)(li__CLG->li__MPL +  1);
    li__CLG->li__5PL=(__li__K)(-  1);
  } else /* FALSE */ {
    ((__li__5NL *)li__DOL)->li__PFV=li__SRB__;
  };
  li__45D=li__FCM();
  li__RWQU=((__li__5RB *)li__45D);
  li__RWQU->li__AEM=li__SRB__;
  li__RWQU->li__BEM= 1;
  li__SRB__->li__TRB.li__J0C=li__45D;
  li__QEM=NULL;
  li__QCN=((__li__CB )(NULL));
  li__YCN=((__li__JJG )sizeof(__li__10C));
  /* __li__B__ __li__I__ */
if ((li__YCN ==  0)) {
    li__QEM=li__10C__;
  } else /* FALSE */ {
    li__0UTH=__li__10C__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YCN));
    /* __li__B__ __li__I__ */
if ((li__0UTH == (__li__K)(-  1))) {
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__EXCV=(__li__JJG)(li__5WCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__UUTH=li__YCJ(li__5WCV,((__li__CB )(&(table_size[(li__EXCV)-1]))),((__li__52B )li__5WCV));
      li__QCN=li__UUTH;
    } else /* FALSE */ {
      li__PXCV=((__li__52B )li__0UTH);
      li__EXCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5WCV=(__li__JJG)((__li__JJG)(li__YCN - (__li__JJG)(((__li__JJG ) 0) - li__EXCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EXCV) - ((__li__JJG ) 1)));
      li__UUTH=li__YCJ(li__5WCV,((__li__CB )(&(table_type[(li__PXCV)]))),(__li__52B)(li__PXCV |  1));
      li__QCN=li__UUTH;
    };
    li__ZFM=((__li__10C *)li__QCN);
    li__QEM=li__ZFM;
    *(li__ZFM) = *(li__10C__);
  };
  li__ZFM=((__li__10C *)li__QEM);
  /* __li__B__ __li__I__ */
if (((*(li__ZFM)).li__F2Z <  3)) {
    li__JB0=li__F1GB( 3);
    (*(li__ZFM)).li__D3Z=li__JB0;
    (*(li__ZFM)).li__F2Z= 3;
  };
  (*(li__ZFM)).li__D2Z=(__li__K)(-  1);
  li__F1C=li__QEM;
  li__H1C=li__SBE( 0);
  li__51Z(((__li__10C *)li__QEM),li__H1C);
  li__QEM=li__F1C;
  li__H1C=li__SBE( 1);
  li__51Z(((__li__10C *)li__QEM),li__H1C);
  li__4RB=li__M1C((&__string_48),(&__string_15));
  li__45D=li__JMZ(((__li__WRB *)li__4RB));
  li__DSB=((__li__5RB *)li__45D)->li__AEM;
  li__4RB=li__M1C((&__string_49),(&__string_15));
  li__45D=li__JMZ(((__li__WRB *)li__4RB));
  li__LSB=((__li__5RB *)li__45D)->li__AEM;
  li__4RB=li__M1C((&__string_47),(&__string_15));
  li__45D=li__JMZ(((__li__WRB *)li__4RB));
  li__TSB=((__li__5RB *)li__45D)->li__AEM;
  li__4RB=li__M1C((&__string_39),(&__string_15));
  li__45D=li__JMZ(((__li__WRB *)li__4RB));
  li__1SB=((__li__5RB *)li__45D)->li__AEM;
  li__4RB=li__M1C((&__string_40),(&__string_15));
  li__45D=li__JMZ(((__li__WRB *)li__4RB));
  li__DTB=((__li__5RB *)li__45D)->li__AEM;
  li__4RB=li__M1C((&__string_59),(&__string_15));
  li__JMZ(((__li__WRB *)li__4RB));
  li__2BB=li__D4C((&__string_42));
  /* NULL __li__XRB__ __li__VB1__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__XRB__) {
    li__PTB=li__EOZ(((__li__XRB *)li__2BB));
  } else /* ITM_TYPE_PARAMETER */ {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  li__RTB=((__li__5RB *)li__PTB)->li__AEM;
  li__4RB=li__M1C((&__string_41),(&__string_15));
  li__45D=li__JMZ(((__li__WRB *)li__4RB));
  li__ZTB=((__li__5RB *)li__45D)->li__AEM;
  li__2BB=li__D4C((&__string_46));
  /* NULL __li__XRB__ __li__VB1__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__XRB__) {
    li__PTB=li__EOZ(((__li__XRB *)li__2BB));
  } else /* ITM_TYPE_PARAMETER */ {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  li__5TB=((__li__5RB *)li__PTB)->li__AEM;
  li__2BB=li__D4C((&__string_50));
  /* NULL __li__XRB__ __li__VB1__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__XRB__) {
    li__PTB=li__EOZ(((__li__XRB *)li__2BB));
  } else /* ITM_TYPE_PARAMETER */ {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  li__FUB=((__li__5RB *)li__PTB)->li__AEM;
  li__5X2E=li__G5C();
  li__S0BD(((__li__CRB *)li__5X2E),li__4RB);
  li__JUB=li__GAD(li__5X2E);
  li__OUB=li__PBD(li__JUB);
  li__45D=li__ZPZ(((__li__KUB *)li__OUB));
  li__RUB=((__li__5RB *)li__45D)->li__AEM;
  li__5X2E=li__G5C();
  li__S0BD(((__li__CRB *)li__5X2E),li__OUB);
  li__JUB=li__GAD(li__5X2E);
  li__OUB=li__PBD(li__JUB);
  li__ZPZ(((__li__KUB *)li__OUB));
  li__HEZ(((__li__BC *)li__B4E),li__5C);
  li__NSZ(((__li__BC *)li__B4E));
  li__HBB=li__SQC(li__B4E);
  li__2BB=li__D4C(li__HBB);
  /* NULL __li__XRB__ __li__VB1__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__XRB__) {
    li__PTB=li__EOZ(((__li__XRB *)li__2BB));
  } else /* ITM_TYPE_PARAMETER */ {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  li__NF=((__li__5RB *)li__PTB)->li__AEM;
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__LVB=li__D4C((&__string_64));
    /* NULL __li__XRB__ __li__VB1__ */
if (((struct ___OBJ *)li__LVB)->__id==__li__XRB__) {
      li__EOZ(((__li__XRB *)li__LVB));
    } else /* ITM_TYPE_PARAMETER */ {
      print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
    };
  };
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__NF)->__id) {
  case __li__IF__: {
    li__UF=((__li__IF *)li__NF)->li__TF;
  } break;
  case __li__ORB__: {
    li__UF=((__li__ORB *)li__NF)->li__PRB.li__TF;
  } break;
  case __li__QRB__: {
    li__UF=((__li__QRB *)li__NF)->li__RRB.li__TF;
  } break;
  case __li__SRB__: {
    li__UF=((__li__SRB *)li__NF)->li__TRB.li__TF;
  } break;
  case __li__URB__: {
    li__UF=((__li__URB *)li__NF)->li__VRB.li__TF;
  } break;
  case __li__GSZ__: {
    li__UF=((__li__GSZ *)li__NF)->li__HSZ.li__TF;
  } break;
  case __li__1RRF__: {
    li__UF=li__QLKI();
  } break;
  case __li__UJSH__: {
    li__UF=li__VYLN();
  } break;
  };
  li__3SBD=((__li__PF *)li__UF);
  li__JEXG=li__I__;
  li__KTBD=li__R4HD(li__3SBD->li__SF.li__RF.li__0CC);
  li__XIKB=li__KTBD;
  li__OI=li__KTBD;
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__PTB=((__li__5RB *)li__SRB__->li__TRB.li__J0C);
    li__CJUD=li__3SBD->li__SF.li__RF.li__0CC;
    li__VU1D=li__QAAE();
    li__LQNE(((__li__VTBD *)li__VU1D),li__CJUD,(&__string_67),'+',li__PTB);
    li__YTBD=li__VU1D;
    ((__li__VTBD *)li__VU1D)->li__WTBD.li__LNME= 1;
    li__0TBD=li__XIKB;
    li__3TBD=li__WJUD(li__O3B__,li__3SBD->li__SF.li__RF.li__0CC,li__VU1D,li__B__);
    li__NNME=((__li__KI *)li__0TBD);
    li__P2VG(((__li__TOLE *)li__NNME->li__2OLE),li__3TBD);
    li__WVRE(li__NNME);
  };
  ((__li__BC *)li__B4E)->li__NK= 0;
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__HEZ(((__li__BC *)li__B4E),(&__string_198));
  };
  li__JAZ(((__li__BC *)li__B4E),(&__string_199));
  li__HBB=li__SQC(li__B4E);
  li__CJUD=li__3SBD->li__SF.li__RF.li__0CC;
  li__45D=li__QRB__->li__RRB.li__J0C;
  li__YKUD=li__RX1D();
  li__E2ME=((__li__AVBD *)li__YKUD);
  li__E2ME->li__BVBD.li__0CC=li__CJUD;
  li__E2ME->li__K2ME=li__45D;
  li__E2ME->li__L2ME=li__B__;
  li__E2ME->li__M2ME=li__HBB;
  li__E2ME->li__N2ME=NULL;
  li__KTBD=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__KTBD->li__2OLE),li__YKUD);
  li__WVRE(li__KTBD);
  li__LVB=NULL;
  li__2BB=li__3SBD->li__UWEC;
  do {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__IZB__) {
      li__45HD=((__li__IZB *)li__2BB)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__45HD=((__li__4HAD *)li__2BB)->li__5HAD.li__WLSB;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__45HD)->li__XNKE == (void *)(&__string_33))) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__IZB__) {
        li__VIEV=((__li__IZB *)li__2BB)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__VIEV=((__li__4HAD *)li__2BB)->li__5HAD.li__JZB.li__R2B;
      };
      li__KGB=((void *)li__VIEV == (void *)(&__string_9));
    } else /* FALSE */ {
      li__KGB=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__KGB) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__IZB__) {
        li__PAID=((__li__IZB *)li__2BB)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__PAID=((__li__4HAD *)li__2BB)->li__5HAD.li__NMSB;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__PAID != (void *)li__UVBB)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__IZB__) {
          li__WAID=((__li__IZB *)li__2BB)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WAID=((__li__4HAD *)li__2BB)->li__5HAD.li__JZB.li__RF.li__0CC;
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        li__K4E( 1,(&__string_200));
        li__V5E(li__WAID);
        li__ODF();
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      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__IZB__) {
        li__VH2F=((__li__IZB *)li__2BB);
        li__XH2F= 0;
        li__3H2F=(*(li__VH2F->li__MPHD)).li__RBLE;
        li__JIDG= 0;
        li__EUMV=(*(((__li__I03C *)li__VH2F->li__MPHD))).li__RCLE;
        while ((li__JIDG <= li__3H2F)) {
          li__EI2F=((void **)li__EUMV)[li__JIDG];
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__EI2F)->__id==__li__4RUC__) {
            li__FI2F= 1;
          } else /* ITM_ARGS */ {
            li__FI2F=(__li__K)((*(((__li__QUAF *)li__EI2F)->li__H5ZG)).li__UD +  1);
          };
          li__XH2F=(__li__K)(li__XH2F + li__FI2F);
          li__JIDG=(__li__K)(li__JIDG +  1);
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        li__3H2F=li__XH2F;
      } else /* ITM_SLOT_OPERATOR */ {
        li__KI2F=((__li__4HAD *)li__2BB);
        li__XH2F= 0;
        li__JIDG=(*(li__KI2F->li__5HAD.li__MPHD)).li__RBLE;
        li__FI2F= 0;
        li__EUMV=(*(((__li__I03C *)li__KI2F->li__5HAD.li__MPHD))).li__RCLE;
        while ((li__FI2F <= li__JIDG)) {
          li__EI2F=((void **)li__EUMV)[li__FI2F];
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__EI2F)->__id==__li__4RUC__) {
            li__0I2F= 1;
          } else /* ITM_ARGS */ {
            li__0I2F=(__li__K)((*(((__li__QUAF *)li__EI2F)->li__H5ZG)).li__UD +  1);
          };
          li__XH2F=(__li__K)(li__XH2F + li__0I2F);
          li__FI2F=(__li__K)(li__FI2F +  1);
        };
        li__3H2F=li__XH2F;
      };
      /* __li__B__ __li__I__ */
if ((li__3H2F !=  1)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__IZB__) {
          li__WAID=((__li__IZB *)li__2BB)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WAID=((__li__4HAD *)li__2BB)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
        li__K4E( 1,(&__string_201));
        li__V5E(li__WAID);
        li__ODF();
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      li__PAID=li__NF;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__IZB__) {
        li__VIEV=((__li__IZB *)li__2BB)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__VIEV=((__li__4HAD *)li__2BB)->li__5HAD.li__JZB.li__R2B;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__NF)->__id) {
      case __li__IF__: {
        li__EI2F=li__SJ2F(((__li__IF *)li__NF),li__VIEV);
      } break;
      case __li__ORB__: {
        li__EI2F=li__NL2F(((__li__ORB *)((__li__IF *)li__PAID)),li__VIEV);
      } break;
      case __li__QRB__: {
        li__EI2F=li__IN2F(((__li__QRB *)((__li__IF *)li__PAID)),li__VIEV);
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      case __li__SRB__: {
        li__EI2F=li__DP2F(((__li__SRB *)((__li__IF *)li__PAID)),li__VIEV);
      } break;
      case __li__URB__: {
        li__EI2F=li__4Q2F(((__li__URB *)((__li__IF *)li__PAID)),li__VIEV);
      } break;
      case __li__GSZ__: {
        li__EI2F=li__ZS2F(((__li__GSZ *)((__li__IF *)li__PAID)),li__VIEV);
      } break;
      case __li__1RRF__: {
        li__EI2F=li__4WMI(li__VIEV);
      } break;
      case __li__UJSH__: {
        li__EI2F=li__NBMN(li__VIEV);
      } break;
      };
      li__LVB=li__EI2F;
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2BB)->__id==__li__IZB__) {
      li__PAID=((__li__IZB *)li__2BB)->li__NXEC;
    } else /* ITM_SLOT_OPERATOR */ {
      li__PAID=((__li__4HAD *)li__2BB)->li__5HAD.li__NXEC;
    };
    li__2BB=li__PAID;
  } while ((((void *)li__PAID != (void *)NULL) && ((void *)li__LVB == (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__LVB == (void *)NULL)) {
    li__WAID=li__3SBD->li__SF.li__RF.li__0CC;
    li__K4E( 1,(&__string_202));
    li__V5E(li__WAID);
    li__ODF();
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  li__CJUD=li__3SBD->li__SF.li__RF.li__0CC;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__NF)->__id) {
  case __li__IF__: {
    li__PTB=((__li__IF *)li__NF)->li__J0C;
  } break;
  case __li__ORB__: {
    li__PTB=((__li__ORB *)li__NF)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__PTB=((__li__QRB *)li__NF)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__PTB=((__li__SRB *)li__NF)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__PTB=((__li__URB *)li__NF)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__PTB=((__li__GSZ *)li__NF)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__PTB=((__li__1RRF *)li__NF)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__PTB=((__li__UJSH *)li__NF)->li__WJSH.li__J0C;
  } break;
  };
  li__EDID=li__5QND();
  li__JLEV=((__li__KVBD *)li__EDID);
  li__JLEV->li__LVBD.li__0K.li__0CC=li__CJUD;
  li__45D=li__NNSE(((__li__5RB *)li__PTB));
  li__JLEV->li__LVBD.li__WZLE=li__45D;
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LVB)->__id==__li__DZB__) {
    li__WAID=((__li__DZB *)li__LVB)->li__GZB.li__FZB.li__RF.li__0CC;
  } else /* SLOT_CODE */ {
    li__PAID=((__li__QWEC *)li__LVB)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PAID)->__id==__li__IZB__) {
      li__WAID=((__li__IZB *)li__PAID)->li__JZB.li__RF.li__0CC;
    } else /* ITM_SLOT_OPERATOR */ {
      li__WAID=((__li__4HAD *)li__PAID)->li__5HAD.li__JZB.li__RF.li__0CC;
    };
  };
  li__TVBD=li__GDID(li__WAID,li__LVB,li__EDID,li__EDID,li__B__);
  li__KTBD=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__KTBD->li__2OLE),li__TVBD);
  li__WVRE(li__KTBD);
  li__KTBD=li__XIKB;
  li__CJUD=li__3SBD->li__SF.li__RF.li__0CC;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1SB)->__id) {
  case __li__IF__: {
    li__PTB=((__li__IF *)li__1SB)->li__J0C;
  } break;
  case __li__ORB__: {
    li__PTB=((__li__ORB *)li__1SB)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__PTB=((__li__QRB *)li__1SB)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__PTB=((__li__SRB *)li__1SB)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__PTB=((__li__URB *)li__1SB)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__PTB=((__li__GSZ *)li__1SB)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__PTB=((__li__1RRF *)li__1SB)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__PTB=((__li__UJSH *)li__1SB)->li__WJSH.li__J0C;
  } break;
  };
  li__2VBD=li__VEID(li__CJUD, 0,li__PTB);
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  li__P2VG(((__li__TOLE *)li__0TBD->li__2OLE),li__2VBD);
  li__WVRE(li__0TBD);
  li__AWBD= 1;
  /* __li__B__ __li__I__ */
if ((! li__0N)) {
    li__M5F((&__string_203));
  };
  while ((li__MWBD !=  0)) {
    li__MWBD= 0;
    /* __li__B__ __li__I__ */
if ((! li__0N)) {
      li__M5F((&__string_204));
    };
    li__AWBD=(__li__K)(li__AWBD +  1);
    li__C41D=(__li__K)(li__C41D +  1);
    li__LFB= 1;
    while ((li__LFB <= li__BEID->li__AEID.li__RKAE)) {
      li__1KAE=li__QZQH(((__li__ZDID *)li__BEID),li__LFB);
      li__PZ0L=((__li__ODID *)li__1KAE);
      li__LXDM=NULL;
      li__MXDM=NULL;
      li__WUVE=li__I__;
      li__EI2F=li__PZ0L->li__PDID.li__PPME;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EI2F)->__id) {
      case __li__WK__: {
        li__QXDM=((__li__WK *)li__EI2F)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__QXDM=((__li__AVBD *)li__EI2F)->li__K2ME;
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      case __li__KVBD__: {
        li__QXDM=((__li__KVBD *)li__EI2F)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QXDM=((__li__WVBD *)li__EI2F)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__QXDM=li__JK5J(((__li__Z4WH *)li__EI2F));
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      case __li__KTVI__: {
        li__QXDM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__QXDM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QXDM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QXDM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QXDM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QXDM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QXDM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QXDM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QXDM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QXDM=li__DWEK(((__li__BNWI *)li__EI2F));
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      case __li__XNWI__: {
        li__QXDM=li__IWEK(((__li__XNWI *)li__EI2F));
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      case __li__LOWI__: {
        li__QXDM=li__NWEK(((__li__LOWI *)li__EI2F));
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      case __li__5OWI__: {
        li__QXDM=li__SWEK(((__li__5OWI *)li__EI2F));
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      case __li__TPWI__: {
        li__QXDM=li__XWEK(((__li__TPWI *)li__EI2F));
      } break;
      case __li__HQWI__: {
        li__QXDM=li__2WEK(((__li__HQWI *)li__EI2F));
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      case __li__ARWI__: {
        li__QXDM=li__QRB__->li__RRB.li__J0C;
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      case __li__URWI__: {
        li__QXDM=li__FXEK(((__li__URWI *)li__EI2F));
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      case __li__MSWI__: {
        li__QXDM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QXDM=((__li__ETWI *)li__EI2F)->li__NSBK;
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      case __li__MZWI__: {
        li__QXDM=((__li__MZWI *)li__EI2F)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QXDM=((__li__C0WI *)li__EI2F)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__QXDM=((__li__M1WI *)li__EI2F)->li__N1WI.li__WZLE;
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      case __li__KMFK__: {
        li__QXDM=((__li__KMFK *)li__EI2F)->li__3RFK->li__WTBD.li__0RNE;
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      case __li__XOHL__: {
        li__QXDM=li__T4NN(((__li__XOHL *)li__EI2F));
      } break;
      case __li__FPHL__: {
        li__QXDM=li__KA4L(((__li__FPHL *)li__EI2F));
      } break;
      case __li__APLM__: {
        li__QXDM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QXDM=li__1ISO(((__li__DTNM *)li__EI2F));
      } break;
      case __li__JXNM__: {
        li__QXDM=li__VX3R(((__li__JXNM *)li__EI2F));
      } break;
      case __li__21LO__: {
        li__QXDM=((__li__21LO *)li__EI2F)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QXDM=((__li__TPOO *)li__EI2F)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QXDM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QXDM=li__3FDQ(((__li__41XO *)li__EI2F));
      } break;
      case __li__AKBR__: {
        li__QXDM=li__WQDS(((__li__AKBR *)li__EI2F));
      } break;
      case __li__SU5R__: {
        li__QXDM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QXDM=li__Y1IS();
      } break;
      };
      /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__QXDM)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__QXDM)->li__AEM != (void *)li__TSB))) {
        /* __li__B__ __li__I__ */
if (((void *)li__PZ0L->li__PDID.li__2UMI == (void *)NULL)) {
          li__PZ0L->li__PDID.li__HYDM=((__li__5RB *)li__QXDM)->li__AEM;
          li__IYDM=li__PZ0L->li__PDID.li__QPME;
          li__JYDM=li__PZ0L->li__PDID.li__HYDM;
          li__KYDM=li__PZ0L->li__PDID.li__PPME;
          /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__IYDM)->__id) {
          case __li__RDID__: {
            li__LYDM=li__3NEO(((__li__RDID *)li__IYDM),li__JYDM,li__KYDM);
          } break;
          case __li__GO3I__: {
            li__LYDM=li__2OEO(((__li__GO3I *)((__li__RDID *)li__IYDM)),li__JYDM,li__KYDM);
          } break;
          case __li__NY3I__: {
            li__LYDM=li__ZREO(((__li__NY3I *)((__li__RDID *)li__IYDM)),li__JYDM,li__KYDM);
          } break;
          case __li__SJPJ__: {
            li__LYDM=li__YSEO(((__li__SJPJ *)((__li__RDID *)li__IYDM)),li__JYDM,li__KYDM);
          } break;
          case __li__0VPJ__: {
            li__LYDM=li__QTEO(((__li__0VPJ *)((__li__RDID *)li__IYDM)),li__JYDM,li__KYDM);
          } break;
          case __li__1VPJ__: {
            li__LYDM=li__SXEO(((__li__1VPJ *)((__li__RDID *)li__IYDM)),li__JYDM,li__KYDM);
          } break;
          };
          li__PZ0L->li__PDID.li__2UMI=li__LYDM;
        };
        li__WUVE=li__B__;
        li__4OQU=li__B__;
      } else /* FALSE */ {
        li__4OQU=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__4OQU)) {
        /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__QXDM)->li__AEM == (void *)li__TSB)) {
          li__0I2F=li__RXEN(li__PZ0L);
          li__DXVE=(li__0I2F ==  2);
        } else /* FALSE */ {
          li__DXVE=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__DXVE) {
          li__WUVE=li__B__;
        } else /* FALSE */ {
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__QXDM)->li__AEM)->__id) {
          case __li__IF__: 
          case __li__ORB__: 
          case __li__QRB__: 
          case __li__SRB__: 
          case __li__URB__: 
          case __li__GSZ__: {
            li__LZDM=li__I__;
          } break;
          case __li__1RRF__: 
          case __li__UJSH__: {
            li__LZDM=li__B__;
          } break;
          };
          /* __li__B__ __li__I__ */
if (li__LZDM) {
            li__LZDM=li__B__;
          } else /* FALSE */ {
            li__RZDM=((__li__5RB *)li__QXDM)->li__AEM;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__RZDM)->__id) {
            case __li__IF__: {
              li__SZDM=((__li__IF *)li__RZDM)->li__3HQB;
            } break;
            case __li__ORB__: {
              li__SZDM=((__li__ORB *)li__RZDM)->li__PRB.li__3HQB;
            } break;
            case __li__QRB__: {
              li__SZDM=((__li__QRB *)li__RZDM)->li__RRB.li__3HQB;
            } break;
            case __li__SRB__: {
              li__SZDM=((__li__SRB *)li__RZDM)->li__TRB.li__3HQB;
            } break;
            case __li__URB__: {
              li__SZDM=((__li__URB *)li__RZDM)->li__VRB.li__3HQB;
            } break;
            case __li__GSZ__: {
              li__SZDM=((__li__GSZ *)li__RZDM)->li__HSZ.li__3HQB;
            } break;
            case __li__1RRF__: {
              li__SZDM=((__li__1RRF *)li__RZDM)->li__2RRF.li__3HQB;
            } break;
            case __li__UJSH__: {
              li__SZDM=li__SDSN();
            } break;
            };
            li__TZDM=li__SZDM->li__0YDD;
            li__UZDM=li__RXEN(li__PZ0L);
            li__LZDM=(li__TZDM != li__UZDM);
          };
          /* __li__B__ __li__I__ */
if (li__LZDM) {
            li__3ZDM=li__5D4G();
            li__LXDM=li__3ZDM;
            li__RZDM=li__PZ0L->li__PDID.li__PPME;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RZDM)->__id) {
            case __li__WK__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),((__li__5RB *)((__li__WK *)li__RZDM)->li__1K.li__WZLE)->li__AEM);
            } break;
            case __li__AVBD__: {
              li__5SIM(((__li__AVBD *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__KVBD__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__RZDM))->li__LVBD.li__WZLE)->li__AEM);
            } break;
            case __li__WVBD__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__RZDM))->li__XVBD.li__WZLE)->li__AEM);
            } break;
            case __li__Z4WH__: {
              li__KBG((&__string_205));
              fputc((int)('\n'),stdout);
              exit(( 1));
            } break;
            case __li__KTVI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__LTVI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__XTVI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__YTVI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__S2VI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__E3VI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__KLWI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__ULWI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__1SB);
            } break;
            case __li__NMWI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__BNWI__: {
              li__FVIM(((__li__BNWI *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__XNWI__: {
              li__JVIM(((__li__XNWI *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__LOWI__: {
              li__NVIM(((__li__LOWI *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__5OWI__: {
              li__RVIM(((__li__5OWI *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__TPWI__: {
              li__VVIM(((__li__TPWI *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__HQWI__: {
              li__ZVIM(((__li__HQWI *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__ARWI__: {
              li__3VIM(li__3ZDM);
            } break;
            case __li__URWI__: {
              li__AWIM(((__li__URWI *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__MSWI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__1SB);
            } break;
            case __li__ETWI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__RZDM))->li__NSBK)->li__AEM);
            } break;
            case __li__MZWI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__RZDM))->li__NZWI.li__WZLE)->li__AEM);
            } break;
            case __li__C0WI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__RZDM))->li__D0WI.li__WZLE)->li__AEM);
            } break;
            case __li__M1WI__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__RZDM))->li__N1WI.li__WZLE)->li__AEM);
            } break;
            case __li__KMFK__: {
              li__FXIM(((__li__KMFK *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__XOHL__: {
              li__XLEV=li__T4NN(((__li__XOHL *)((__li__WK *)li__RZDM)));
              li__4H1L(((__li__SQNE *)li__3ZDM),((__li__5RB *)li__XLEV)->li__AEM);
            } break;
            case __li__FPHL__: {
              li__JILN(((__li__FPHL *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__APLM__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__DTNM__: {
              li__XLEV=li__1ISO(((__li__DTNM *)((__li__WK *)li__RZDM)));
              li__4H1L(((__li__SQNE *)li__3ZDM),((__li__5RB *)li__XLEV)->li__AEM);
            } break;
            case __li__JXNM__: {
              li__VF4R(((__li__JXNM *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__21LO__: {
              li__JQLP(((__li__21LO *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__TPOO__: {
              li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__RZDM))->li__5IXO),li__3ZDM);
            } break;
            case __li__URRO__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__41XO__: {
              li__NVDQ(((__li__41XO *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__AKBR__: {
              li__T5DS(((__li__AKBR *)((__li__WK *)li__RZDM)),li__3ZDM);
            } break;
            case __li__SU5R__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            case __li__JV5R__: {
              li__4H1L(((__li__SQNE *)li__3ZDM),li__DSB);
              li__4H1L(((__li__SQNE *)li__3ZDM),li__LSB);
            } break;
            };
            /* __li__B__ __li__I__ */
if ((((__li__SQNE *)li__3ZDM)->li__VQNE.li__ZTMI != (__li__K)(-  1))) {
              /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__3ZDM)->li__VQNE.li__ZTMI +  1) ==  1)) {
                /* __li__B__ __li__I__ */
if (((void *)li__PZ0L->li__PDID.li__2UMI == (void *)NULL)) {
                  li__PZ0L->li__PDID.li__HYDM=((void **)((__li__SQNE *)li__3ZDM)->li__VQNE.li__GABM)[ 0];
                  li__T0DM=li__PZ0L->li__PDID.li__QPME;
                  li__U0DM=li__PZ0L->li__PDID.li__HYDM;
                  li__V0DM=li__PZ0L->li__PDID.li__PPME;
                  /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__T0DM)->__id) {
                  case __li__RDID__: {
                    li__W0DM=li__3NEO(((__li__RDID *)li__T0DM),li__U0DM,li__V0DM);
                  } break;
                  case __li__GO3I__: {
                    li__W0DM=li__2OEO(((__li__GO3I *)((__li__RDID *)li__T0DM)),li__U0DM,li__V0DM);
                  } break;
                  case __li__NY3I__: {
                    li__W0DM=li__ZREO(((__li__NY3I *)((__li__RDID *)li__T0DM)),li__U0DM,li__V0DM);
                  } break;
                  case __li__SJPJ__: {
                    li__W0DM=li__YSEO(((__li__SJPJ *)((__li__RDID *)li__T0DM)),li__U0DM,li__V0DM);
                  } break;
                  case __li__0VPJ__: {
                    li__W0DM=li__QTEO(((__li__0VPJ *)((__li__RDID *)li__T0DM)),li__U0DM,li__V0DM);
                  } break;
                  case __li__1VPJ__: {
                    li__W0DM=li__SXEO(((__li__1VPJ *)((__li__RDID *)li__T0DM)),li__U0DM,li__V0DM);
                  } break;
                  };
                  li__PZ0L->li__PDID.li__2UMI=li__W0DM;
                };
              } else /* FALSE */ {
                /* __li__B__ __li__I__ */
if (((void *)li__PZ0L->li__PDID.li__VUMI == (void *)NULL)) {
                  li__T0DM=li__PZ0L->li__PDID.li__PPME;
                  li__QOPO=(__li__K)(((__li__SQNE *)li__3ZDM)->li__VQNE.li__ZTMI +  1);
                  li__0OPO=li__1UPO(li__IYBD__);
                  li__AGXO(((__li__IYBD *)li__0OPO),li__PZ0L,li__T0DM,li__QOPO);
                  li__PZ0L->li__PDID.li__VUMI=li__0OPO;
                };
                li__MXDM=li__PZ0L->li__PDID.li__VUMI->li__KRPK;
                li__LQQU=(__li__K)((*(((__li__BRPK *)li__MXDM))).li__QRPK +  1);
                /* __li__B__ __li__I__ */
if ((li__LQQU != (__li__K)(((__li__SQNE *)li__3ZDM)->li__VQNE.li__ZTMI +  1))) {
                  li__QOPO=li__3ZDM->li__VQNE.li__ZTMI;
                  li__BPPO= 0;
                  while ((li__BPPO <= li__QOPO)) {
                    li__21DM=((void **)((__li__SQNE *)li__LXDM)->li__VQNE.li__GABM)[li__BPPO];
                    /* __li__B__ __li__I__ */
if (((li__BPPO > (*(li__MXDM)).li__QRPK) || ((void *)li__21DM != (void *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__MXDM))).li__HGEQ)[li__BPPO])->li__F2DM))) {
                      li__WYEN(li__PZ0L,li__21DM);
                      li__P2DM=li__PZ0L->li__PDID.li__QPME;
                      li__Q2DM=li__PZ0L->li__PDID.li__PPME;
                      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__P2DM)->__id) {
                      case __li__RDID__: {
                        li__R2DM=li__3NEO(((__li__RDID *)li__P2DM),li__21DM,li__Q2DM);
                      } break;
                      case __li__GO3I__: {
                        li__R2DM=li__2OEO(((__li__GO3I *)((__li__RDID *)li__P2DM)),li__21DM,li__Q2DM);
                      } break;
                      case __li__NY3I__: {
                        li__R2DM=li__ZREO(((__li__NY3I *)((__li__RDID *)li__P2DM)),li__21DM,li__Q2DM);
                      } break;
                      case __li__SJPJ__: {
                        li__R2DM=li__YSEO(((__li__SJPJ *)((__li__RDID *)li__P2DM)),li__21DM,li__Q2DM);
                      } break;
                      case __li__0VPJ__: {
                        li__R2DM=li__QTEO(((__li__0VPJ *)((__li__RDID *)li__P2DM)),li__21DM,li__Q2DM);
                      } break;
                      case __li__1VPJ__: {
                        li__R2DM=li__SXEO(((__li__1VPJ *)((__li__RDID *)li__P2DM)),li__21DM,li__Q2DM);
                      } break;
                      };
                      li__T2DM=li__45QO(li__21DM,li__R2DM);
                      li__YZEQ(((__li__BRPK *)li__MXDM),li__T2DM,li__BPPO);
                      li__IMEV=((__li__TXB *)li__IAHN);
                      (*(li__IMEV)).li__CYB=(__li__K)((*(li__IMEV)).li__CYB -  1);
                    };
                    li__BPPO=(__li__K)(li__BPPO +  1);
                  };
                };
              };
            };
            li__EVEM(((__li__SQNE *)li__3ZDM));
          };
        };
      };
      li__4OQU=li__I__;
      li__MXDM=NULL;
      li__QXDM=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__PZ0L->li__PDID.li__VUMI == (void *)NULL)) {
        /* __li__B__ __li__I__ */
if (((void *)li__PZ0L->li__PDID.li__2UMI != (void *)NULL)) {
          li__IYDM=li__PZ0L->li__PDID.li__PPME;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IYDM)->__id) {
          case __li__WK__: {
            li__XLEV=((__li__WK *)li__IYDM)->li__1K.li__WZLE;
          } break;
          case __li__AVBD__: {
            li__XLEV=((__li__AVBD *)li__IYDM)->li__K2ME;
          } break;
          case __li__KVBD__: {
            li__XLEV=((__li__KVBD *)li__IYDM)->li__LVBD.li__WZLE;
          } break;
          case __li__WVBD__: {
            li__XLEV=((__li__WVBD *)li__IYDM)->li__XVBD.li__WZLE;
          } break;
          case __li__Z4WH__: {
            li__XLEV=li__JK5J(((__li__Z4WH *)li__IYDM));
          } break;
          case __li__KTVI__: {
            li__XLEV=li__5UEK();
          } break;
          case __li__LTVI__: {
            li__XLEV=li__553L();
          } break;
          case __li__XTVI__: {
            li__XLEV=li__FVEK();
          } break;
          case __li__YTVI__: {
            li__XLEV=li__FA4L();
          } break;
          case __li__S2VI__: {
            li__XLEV=li__KVEK();
          } break;
          case __li__E3VI__: {
            li__XLEV=li__PVEK();
          } break;
          case __li__KLWI__: {
            li__XLEV=li__UVEK();
          } break;
          case __li__ULWI__: {
            li__XLEV=li__ZVEK();
          } break;
          case __li__NMWI__: {
            li__XLEV=li__4VEK();
          } break;
          case __li__BNWI__: {
            li__XLEV=li__DWEK(((__li__BNWI *)li__IYDM));
          } break;
          case __li__XNWI__: {
            li__XLEV=li__IWEK(((__li__XNWI *)li__IYDM));
          } break;
          case __li__LOWI__: {
            li__XLEV=li__NWEK(((__li__LOWI *)li__IYDM));
          } break;
          case __li__5OWI__: {
            li__XLEV=li__SWEK(((__li__5OWI *)li__IYDM));
          } break;
          case __li__TPWI__: {
            li__XLEV=li__XWEK(((__li__TPWI *)li__IYDM));
          } break;
          case __li__HQWI__: {
            li__XLEV=li__2WEK(((__li__HQWI *)li__IYDM));
          } break;
          case __li__ARWI__: {
            li__XLEV=li__QRB__->li__RRB.li__J0C;
          } break;
          case __li__URWI__: {
            li__XLEV=li__FXEK(((__li__URWI *)li__IYDM));
          } break;
          case __li__MSWI__: {
            li__XLEV=li__RXEK();
          } break;
          case __li__ETWI__: {
            li__XLEV=((__li__ETWI *)li__IYDM)->li__NSBK;
          } break;
          case __li__MZWI__: {
            li__XLEV=((__li__MZWI *)li__IYDM)->li__NZWI.li__WZLE;
          } break;
          case __li__C0WI__: {
            li__XLEV=((__li__C0WI *)li__IYDM)->li__D0WI.li__WZLE;
          } break;
          case __li__M1WI__: {
            li__XLEV=((__li__M1WI *)li__IYDM)->li__N1WI.li__WZLE;
          } break;
          case __li__KMFK__: {
            li__XLEV=((__li__KMFK *)li__IYDM)->li__3RFK->li__WTBD.li__0RNE;
          } break;
          case __li__XOHL__: {
            li__XLEV=li__T4NN(((__li__XOHL *)li__IYDM));
          } break;
          case __li__FPHL__: {
            li__XLEV=li__KA4L(((__li__FPHL *)li__IYDM));
          } break;
          case __li__APLM__: {
            li__XLEV=li__YFDQ();
          } break;
          case __li__DTNM__: {
            li__XLEV=li__1ISO(((__li__DTNM *)li__IYDM));
          } break;
          case __li__JXNM__: {
            li__XLEV=li__VX3R(((__li__JXNM *)li__IYDM));
          } break;
          case __li__21LO__: {
            li__XLEV=((__li__21LO *)li__IYDM)->li__KJXO->li__GZB.li__0RNE;
          } break;
          case __li__TPOO__: {
            li__XLEV=((__li__TPOO *)li__IYDM)->li__5IXO->li__GZB.li__0RNE;
          } break;
          case __li__URRO__: {
            li__XLEV=li__FH4R();
          } break;
          case __li__41XO__: {
            li__XLEV=li__3FDQ(((__li__41XO *)li__IYDM));
          } break;
          case __li__AKBR__: {
            li__XLEV=li__WQDS(((__li__AKBR *)li__IYDM));
          } break;
          case __li__SU5R__: {
            li__XLEV=li__T1IS();
          } break;
          case __li__JV5R__: {
            li__XLEV=li__Y1IS();
          } break;
          };
          li__QXDM=li__XLEV;
          /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__XLEV)->li__BEM &  1) !=  0)) || ((void *)((__li__5RB *)li__XLEV)->li__AEM == (void *)li__TSB))) {
            li__T0DM=li__PZ0L->li__PDID.li__HYDM;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__T0DM)->__id) {
            case __li__IF__: {
              li__S4DM=((__li__IF *)li__T0DM)->li__J0C;
            } break;
            case __li__ORB__: {
              li__S4DM=((__li__ORB *)li__T0DM)->li__PRB.li__J0C;
            } break;
            case __li__QRB__: {
              li__S4DM=((__li__QRB *)li__T0DM)->li__RRB.li__J0C;
            } break;
            case __li__SRB__: {
              li__S4DM=((__li__SRB *)li__T0DM)->li__TRB.li__J0C;
            } break;
            case __li__URB__: {
              li__S4DM=((__li__URB *)li__T0DM)->li__VRB.li__J0C;
            } break;
            case __li__GSZ__: {
              li__S4DM=((__li__GSZ *)li__T0DM)->li__HSZ.li__J0C;
            } break;
            case __li__1RRF__: {
              li__S4DM=((__li__1RRF *)li__T0DM)->li__2RRF.li__J0C;
            } break;
            case __li__UJSH__: {
              li__S4DM=((__li__UJSH *)li__T0DM)->li__WJSH.li__J0C;
            } break;
            };
            li__XLEV=li__NNSE(((__li__5RB *)li__S4DM));
            li__QXDM=li__XLEV;
          };
          li__WYEN(li__PZ0L,li__PZ0L->li__PDID.li__HYDM);
          li__IYDM=li__PZ0L->li__PDID.li__QPME;
          li__LYDM=li__PZ0L->li__PDID.li__2UMI;
          /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__IYDM)->__id) {
          case __li__RDID__: {
            li__LZDM=li__K0EN(li__LYDM,li__QXDM);
          } break;
          case __li__GO3I__: 
          case __li__0VPJ__: {
            li__LZDM=li__B__;
          } break;
          case __li__NY3I__: {
            li__LZDM=li__41EN(li__LYDM,li__QXDM);
          } break;
          case __li__SJPJ__: {
            li__LZDM=li__G3EN(li__LYDM,li__QXDM);
          } break;
          case __li__1VPJ__: {
            li__LZDM=li__HAFN(li__LYDM,li__QXDM);
          } break;
          };
          li__4OQU=li__LZDM;
          li__IMEV=((__li__TXB *)li__IAHN);
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      } else /* FALSE */ {
        li__MXDM=li__PZ0L->li__PDID.li__VUMI->li__KRPK;
        li__0I2F=(*(li__MXDM)).li__QRPK;
        li__TZDM= 0;
        while ((li__TZDM <= li__0I2F)) {
          li__T0DM=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__MXDM))).li__HGEQ)[li__TZDM])->li__F2DM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__T0DM)->__id) {
          case __li__IF__: {
            li__S4DM=((__li__IF *)li__T0DM)->li__J0C;
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          case __li__ORB__: {
            li__S4DM=((__li__ORB *)li__T0DM)->li__PRB.li__J0C;
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          case __li__QRB__: {
            li__S4DM=((__li__QRB *)li__T0DM)->li__RRB.li__J0C;
          } break;
          case __li__SRB__: {
            li__S4DM=((__li__SRB *)li__T0DM)->li__TRB.li__J0C;
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          case __li__URB__: {
            li__S4DM=((__li__URB *)li__T0DM)->li__VRB.li__J0C;
          } break;
          case __li__GSZ__: {
            li__S4DM=((__li__GSZ *)li__T0DM)->li__HSZ.li__J0C;
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          case __li__1RRF__: {
            li__S4DM=((__li__1RRF *)li__T0DM)->li__2RRF.li__J0C;
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          case __li__UJSH__: {
            li__S4DM=((__li__UJSH *)li__T0DM)->li__WJSH.li__J0C;
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          li__XLEV=li__NNSE(((__li__5RB *)li__S4DM));
          li__QXDM=li__XLEV;
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          li__W0DM=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__MXDM))).li__HGEQ)[li__TZDM])->li__0RPK;
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switch (((struct ___OBJ *)li__T0DM)->__id) {
          case __li__RDID__: {
            li__K0EN(li__W0DM,li__XLEV);
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          case __li__GO3I__:  break;
          case __li__NY3I__: {
            li__41EN(li__W0DM,li__XLEV);
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          case __li__SJPJ__: {
            li__G3EN(li__W0DM,li__XLEV);
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          case __li__0VPJ__:  break;
          case __li__1VPJ__: {
            li__HAFN(li__W0DM,li__XLEV);
          } break;
          };
          li__NASN=((__li__TXB *)li__IAHN);
          (*(li__NASN)).li__CYB=(__li__K)((*(li__NASN)).li__CYB -  1);
          li__TZDM=(__li__K)(li__TZDM +  1);
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      };
      /* __li__B__ __li__I__ */
if ((li__WUVE & li__4OQU)) {
        li__ZOZJ(((__li__ZDID *)li__BEID),li__LFB);
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        li__LFB=(__li__K)(li__LFB +  1);
      };
    };
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if ((! li__0N)) {
    li__M5F((&__string_206));
    li__0UTH=li__AWBD;
    ((__li__BC *)li__WNI)->li__NK= 0;
    li__B0E(li__0UTH,li__WNI);
    li__KAG(li__WNI);
    li__M5F((&__string_207));
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  li__IFC( 2000);
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__ITUD();
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  li__AWND:
  {
    li__5JTF=((*(((__li__OGID *)li__XGID))).li__AKTF <  0);
    /* __li__B__ __li__I__ */
if ((! li__5JTF)) {
      li__OGSU=((__li__OGID *)li__XGID);
      li__PGSU=((void **)(*(li__OGSU)).li__HDUF)[(*(li__OGSU)).li__AKTF];
      li__HBRO=((__li__DZB *)li__PGSU);
      /* __li__B__ __li__I__ */
if ((! li__HBRO->li__GZB.li__OBRO)) {
        li__HBRO->li__GZB.li__OBRO=li__B__;
        /* __li__B__ __li__I__ */
if (((void *)li__HBRO->li__GZB.li__XRSH != (void *)NULL)) {
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          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__IYDM)->__id) {
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            li__T0DM=((__li__RLKJ *)li__IYDM)->li__SLKJ.li__CSSH;
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          case __li__5LKJ__: {
            li__T0DM=((__li__5LKJ *)li__IYDM)->li__AMKJ.li__CSSH;
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          case __li__DFNL__: {
            li__T0DM=((__li__DFNL *)li__IYDM)->li__EFNL.li__CSSH;
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          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__T0DM==NULL) {
            li__2BRO=NULL;
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            if (((struct ___OBJ *)li__T0DM)->__id==__li__TPOO__) {
              li__2BRO=((void *)li__T0DM);
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              li__2BRO=NULL;
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          };
          /* __li__B__ __li__I__ */
if (((void *)li__2BRO == (void *)NULL)) {
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__T0DM==NULL) {
              li__DCRO=NULL;
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              if (((struct ___OBJ *)li__T0DM)->__id==__li__21LO__) {
                li__DCRO=((void *)li__T0DM);
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                li__DCRO=NULL;
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            li__DXVE=((void *)li__DCRO == (void *)NULL);
            li__LZDM=li__DXVE;
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            li__LZDM=li__I__;
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          /* __li__B__ __li__I__ */
if (li__LZDM) {
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switch (((struct ___OBJ *)li__T0DM)->__id) {
            case __li__WK__: {
              li__XLEV=((__li__WK *)li__T0DM)->li__1K.li__WZLE;
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            case __li__AVBD__: {
              li__XLEV=((__li__AVBD *)li__T0DM)->li__K2ME;
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            case __li__KVBD__: {
              li__XLEV=((__li__KVBD *)li__T0DM)->li__LVBD.li__WZLE;
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            case __li__WVBD__: {
              li__XLEV=((__li__WVBD *)li__T0DM)->li__XVBD.li__WZLE;
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            case __li__Z4WH__: {
              li__XLEV=li__JK5J(((__li__Z4WH *)li__T0DM));
            } break;
            case __li__KTVI__: {
              li__XLEV=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__XLEV=li__553L();
            } break;
            case __li__XTVI__: {
              li__XLEV=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__XLEV=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__XLEV=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__XLEV=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__XLEV=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__XLEV=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__XLEV=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__XLEV=li__DWEK(((__li__BNWI *)li__T0DM));
            } break;
            case __li__XNWI__: {
              li__XLEV=li__IWEK(((__li__XNWI *)li__T0DM));
            } break;
            case __li__LOWI__: {
              li__XLEV=li__NWEK(((__li__LOWI *)li__T0DM));
            } break;
            case __li__5OWI__: {
              li__XLEV=li__SWEK(((__li__5OWI *)li__T0DM));
            } break;
            case __li__TPWI__: {
              li__XLEV=li__XWEK(((__li__TPWI *)li__T0DM));
            } break;
            case __li__HQWI__: {
              li__XLEV=li__2WEK(((__li__HQWI *)li__T0DM));
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            case __li__ARWI__: {
              li__XLEV=li__QRB__->li__RRB.li__J0C;
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            case __li__URWI__: {
              li__XLEV=li__FXEK(((__li__URWI *)li__T0DM));
            } break;
            case __li__MSWI__: {
              li__XLEV=li__RXEK();
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            case __li__ETWI__: {
              li__XLEV=((__li__ETWI *)li__T0DM)->li__NSBK;
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            case __li__MZWI__: {
              li__XLEV=((__li__MZWI *)li__T0DM)->li__NZWI.li__WZLE;
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            case __li__C0WI__: {
              li__XLEV=((__li__C0WI *)li__T0DM)->li__D0WI.li__WZLE;
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            case __li__M1WI__: {
              li__XLEV=((__li__M1WI *)li__T0DM)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__XLEV=((__li__KMFK *)li__T0DM)->li__3RFK->li__WTBD.li__0RNE;
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            case __li__XOHL__: {
              li__XLEV=li__T4NN(((__li__XOHL *)li__T0DM));
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            case __li__FPHL__: {
              li__XLEV=li__KA4L(((__li__FPHL *)li__T0DM));
            } break;
            case __li__APLM__: {
              li__XLEV=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__XLEV=li__1ISO(((__li__DTNM *)li__T0DM));
            } break;
            case __li__JXNM__: {
              li__XLEV=li__VX3R(((__li__JXNM *)li__T0DM));
            } break;
            case __li__21LO__: {
              li__XLEV=((__li__21LO *)li__T0DM)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__XLEV=((__li__TPOO *)li__T0DM)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__XLEV=li__FH4R();
            } break;
            case __li__41XO__: {
              li__XLEV=li__3FDQ(((__li__41XO *)li__T0DM));
            } break;
            case __li__AKBR__: {
              li__XLEV=li__WQDS(((__li__AKBR *)li__T0DM));
            } break;
            case __li__SU5R__: {
              li__XLEV=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__XLEV=li__Y1IS();
            } break;
            };
            li__P2DM=((__li__5RB *)li__XLEV)->li__AEM;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__P2DM==NULL) {
              li__PCRO=NULL;
            } else {
              if (((struct ___OBJ *)li__P2DM)->__id==__li__UJSH__) {
                li__PCRO=((void *)li__P2DM);
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                li__PCRO=NULL;
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            };
            /* __li__B__ __li__I__ */
if (((void *)li__PCRO != (void *)NULL)) {
              li__1ITP=((void *)((__li__UJSH *)li__PCRO)->li__TSFK != (void *)NULL);
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              li__YCRO=li__I__;
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            /* __li__B__ __li__I__ */
if (li__YCRO) {
              li__S4DM=((__li__5RB *)li__PCRO->li__TSFK->li__WTBD.li__0RNE);
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              li__HEZ(((__li__BC *)li__B4E),(&__string_209));
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              li__JAZ(((__li__BC *)li__B4E),(&__string_210));
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              li__V5E(li__RGSU->li__GZB.li__FZB.li__RF.li__0CC);
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if (li__T0DM==NULL) {
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                if (((struct ___OBJ *)li__T0DM)->__id==__li__KMFK__) {
                  li__3DRO=((void *)li__T0DM);
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                  li__3DRO=NULL;
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              };
              /* __li__B__ __li__I__ */
if (((void *)li__3DRO != (void *)NULL)) {
                li__S32P(((__li__VTBD *)((__li__KMFK *)li__3DRO)->li__3RFK));
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            };
          };
          /* __li__B__ __li__I__ */
if (((void *)li__HBRO->li__GZB.li__BYEJ != (void *)NULL)) {
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switch (((struct ___OBJ *)li__U0DM)->__id) {
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                li__T0DM=((__li__RLKJ *)li__U0DM)->li__SLKJ.li__CSSH;
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              case __li__DFNL__: {
                li__T0DM=((__li__DFNL *)li__U0DM)->li__EFNL.li__CSSH;
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if (li__T0DM==NULL) {
                li__2BRO=NULL;
              } else {
                if (((struct ___OBJ *)li__T0DM)->__id==__li__TPOO__) {
                  li__2BRO=((void *)li__T0DM);
                } else /* Other types */ {
                  li__2BRO=NULL;
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              };
              /* __li__B__ __li__I__ */
if (((void *)li__2BRO == (void *)NULL)) {
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if (li__T0DM==NULL) {
                  li__DCRO=NULL;
                } else {
                  if (((struct ___OBJ *)li__T0DM)->__id==__li__21LO__) {
                    li__DCRO=((void *)li__T0DM);
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                    li__DCRO=NULL;
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                };
                li__DXVE=((void *)li__DCRO == (void *)NULL);
                li__LZDM=li__DXVE;
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                li__LZDM=li__I__;
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              /* __li__B__ __li__I__ */
if (li__LZDM) {
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switch (((struct ___OBJ *)li__T0DM)->__id) {
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                case __li__AVBD__: {
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                case __li__KVBD__: {
                  li__XLEV=((__li__KVBD *)li__T0DM)->li__LVBD.li__WZLE;
                } break;
                case __li__WVBD__: {
                  li__XLEV=((__li__WVBD *)li__T0DM)->li__XVBD.li__WZLE;
                } break;
                case __li__Z4WH__: {
                  li__XLEV=li__JK5J(((__li__Z4WH *)li__T0DM));
                } break;
                case __li__KTVI__: {
                  li__XLEV=li__5UEK();
                } break;
                case __li__LTVI__: {
                  li__XLEV=li__553L();
                } break;
                case __li__XTVI__: {
                  li__XLEV=li__FVEK();
                } break;
                case __li__YTVI__: {
                  li__XLEV=li__FA4L();
                } break;
                case __li__S2VI__: {
                  li__XLEV=li__KVEK();
                } break;
                case __li__E3VI__: {
                  li__XLEV=li__PVEK();
                } break;
                case __li__KLWI__: {
                  li__XLEV=li__UVEK();
                } break;
                case __li__ULWI__: {
                  li__XLEV=li__ZVEK();
                } break;
                case __li__NMWI__: {
                  li__XLEV=li__4VEK();
                } break;
                case __li__BNWI__: {
                  li__XLEV=li__DWEK(((__li__BNWI *)li__T0DM));
                } break;
                case __li__XNWI__: {
                  li__XLEV=li__IWEK(((__li__XNWI *)li__T0DM));
                } break;
                case __li__LOWI__: {
                  li__XLEV=li__NWEK(((__li__LOWI *)li__T0DM));
                } break;
                case __li__5OWI__: {
                  li__XLEV=li__SWEK(((__li__5OWI *)li__T0DM));
                } break;
                case __li__TPWI__: {
                  li__XLEV=li__XWEK(((__li__TPWI *)li__T0DM));
                } break;
                case __li__HQWI__: {
                  li__XLEV=li__2WEK(((__li__HQWI *)li__T0DM));
                } break;
                case __li__ARWI__: {
                  li__XLEV=li__QRB__->li__RRB.li__J0C;
                } break;
                case __li__URWI__: {
                  li__XLEV=li__FXEK(((__li__URWI *)li__T0DM));
                } break;
                case __li__MSWI__: {
                  li__XLEV=li__RXEK();
                } break;
                case __li__ETWI__: {
                  li__XLEV=((__li__ETWI *)li__T0DM)->li__NSBK;
                } break;
                case __li__MZWI__: {
                  li__XLEV=((__li__MZWI *)li__T0DM)->li__NZWI.li__WZLE;
                } break;
                case __li__C0WI__: {
                  li__XLEV=((__li__C0WI *)li__T0DM)->li__D0WI.li__WZLE;
                } break;
                case __li__M1WI__: {
                  li__XLEV=((__li__M1WI *)li__T0DM)->li__N1WI.li__WZLE;
                } break;
                case __li__KMFK__: {
                  li__XLEV=((__li__KMFK *)li__T0DM)->li__3RFK->li__WTBD.li__0RNE;
                } break;
                case __li__XOHL__: {
                  li__XLEV=li__T4NN(((__li__XOHL *)li__T0DM));
                } break;
                case __li__FPHL__: {
                  li__XLEV=li__KA4L(((__li__FPHL *)li__T0DM));
                } break;
                case __li__APLM__: {
                  li__XLEV=li__YFDQ();
                } break;
                case __li__DTNM__: {
                  li__XLEV=li__1ISO(((__li__DTNM *)li__T0DM));
                } break;
                case __li__JXNM__: {
                  li__XLEV=li__VX3R(((__li__JXNM *)li__T0DM));
                } break;
                case __li__21LO__: {
                  li__XLEV=((__li__21LO *)li__T0DM)->li__KJXO->li__GZB.li__0RNE;
                } break;
                case __li__TPOO__: {
                  li__XLEV=((__li__TPOO *)li__T0DM)->li__5IXO->li__GZB.li__0RNE;
                } break;
                case __li__URRO__: {
                  li__XLEV=li__FH4R();
                } break;
                case __li__41XO__: {
                  li__XLEV=li__3FDQ(((__li__41XO *)li__T0DM));
                } break;
                case __li__AKBR__: {
                  li__XLEV=li__WQDS(((__li__AKBR *)li__T0DM));
                } break;
                case __li__SU5R__: {
                  li__XLEV=li__T1IS();
                } break;
                case __li__JV5R__: {
                  li__XLEV=li__Y1IS();
                } break;
                };
                li__P2DM=((__li__5RB *)li__XLEV)->li__AEM;
                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__P2DM==NULL) {
                  li__PCRO=NULL;
                } else {
                  if (((struct ___OBJ *)li__P2DM)->__id==__li__UJSH__) {
                    li__PCRO=((void *)li__P2DM);
                  } else /* Other types */ {
                    li__PCRO=NULL;
                  }
                };
                /* __li__B__ __li__I__ */
if (((void *)li__PCRO != (void *)NULL)) {
                  li__1ITP=((void *)((__li__UJSH *)li__PCRO)->li__TSFK != (void *)NULL);
                  li__YCRO=li__1ITP;
                } else /* FALSE */ {
                  li__YCRO=li__I__;
                };
                /* __li__B__ __li__I__ */
if (li__YCRO) {
                  li__NVNQ=((__li__5RB *)li__PCRO->li__TSFK->li__WTBD.li__0RNE);
                  ((__li__BC *)li__B4E)->li__NK= 0;
                  li__4MYI(li__NVNQ,li__B4E);
                  li__C30(((__li__BC *)li__B4E));
                  li__CDRO=li__PCRO->li__TSFK->li__WTBD.li__FZB.li__RF.li__0CC;
                  li__K4E( 2,(&__string_208));
                  li__V5E(li__CDRO);
                  li__ODF();
                  li__HEZ(((__li__BC *)li__B4E),(&__string_209));
                  li__JAZ(((__li__BC *)li__B4E),li__PCRO->li__TSFK->li__WTBD.li__FZB.li__R2B);
                  li__JAZ(((__li__BC *)li__B4E),(&__string_210));
                  li__DNVB( 2,li__B4E);
                  li__V5E(li__PCRO->li__VJSH.li__1ZOI->li__NI.li__0CC);
                  li__TECH=((__li__OGID *)li__XGID);
                  li__UECH=((void **)(*(li__TECH)).li__HDUF)[(*(li__TECH)).li__AKTF];
                  li__V5E(li__UECH->li__GZB.li__FZB.li__RF.li__0CC);
                  li__V5E(li__PCRO->li__TSFK->li__WTBD.li__FZB.li__RF.li__0CC);
                  li__ODF();
                } else /* FALSE */ {
                  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__T0DM==NULL) {
                    li__3DRO=NULL;
                  } else {
                    if (((struct ___OBJ *)li__T0DM)->__id==__li__KMFK__) {
                      li__3DRO=((void *)li__T0DM);
                    } else /* Other types */ {
                      li__3DRO=NULL;
                    }
                  };
                  /* __li__B__ __li__I__ */
if (((void *)li__3DRO != (void *)NULL)) {
                    li__S32P(((__li__VTBD *)((__li__KMFK *)li__3DRO)->li__3RFK));
                  };
                };
              };
              li__QOPO=(__li__K)(li__QOPO +  1);
            };
          };
        };
      };
      li__OGSU=((__li__OGID *)li__XGID);
      (*(li__OGSU)).li__AKTF=(__li__K)((*(li__OGSU)).li__AKTF -  1);
      goto li__AWND;
    };
  };
  /* __li__B__ __li__I__ */
if ((! li__0N)) {
    li__M5F((&__string_211));
  };
  li__NTG=li__AWBD;
  li__EZBD=li__B__;
  do {
    /* __li__B__ __li__I__ */
if ((! li__0N)) {
      li__M5F((&__string_212));
    };
    li__AWBD=(__li__K)(li__AWBD +  1);
    li__LFB= 0;
    li__OHB=(*(li__AM)).li__GM;
    li__GUMV=(*(((__li__XL *)li__AM))).li__SO0;
    while ((li__LFB <= li__OHB)) {
      li__EI2F=((void **)li__GUMV)[li__LFB];
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__EI2F)->__id==__li__1M__) {
        li__2Y0L=((__li__1M *)li__EI2F);
        li__2Y0L->li__2M.li__LIBK=((__li__QJG )(__li__K)(-  1));
        li__2Y0L->li__2M.li__GTPK= 0;
      } else /* PROFIL_BLOCK */ {
        li__PCRO=((__li__UJSH *)li__EI2F);
        li__PCRO->li__VJSH.li__LIBK=((__li__QJG )(__li__K)(-  1));
        li__PCRO->li__VJSH.li__GTPK= 0;
      };
      li__LFB=(__li__K)(li__LFB +  1);
    };
    li__C41D=(__li__K)(li__C41D +  1);
    li__1UUD=li__ZUUD;
    li__I41D=li__B__;
    li__2UUD=NULL;
    li__JI=NULL;
    li__XIKB=NULL;
    li__K3ME(((__li__KI *)li__OI));
    li__I41D=li__I__;
    li__N41D();
    li__5UUD=li__B__;
    li__JEXG=li__I__;
    do {
      li__MWBD= 0;
      /* __li__B__ __li__I__ */
if ((! li__0N)) {
        li__M5F((&__string_204));
      };
      li__AWBD=(__li__K)(li__AWBD +  1);
      li__KYBD=li__I__;
      li__C41D=(__li__K)(li__C41D +  1);
      li__1UUD=li__ZUUD;
      li__2UUD=NULL;
      li__XIKB=NULL;
      li__K3ME(((__li__KI *)li__OI));
      li__PDDE= 0;
      li__1QNU:
      {
        li__DXVE=(li__PDDE < li__1UUD);
        /* __li__B__ __li__I__ */
if (li__DXVE) {
          li__RZDM=((void **)(*(((__li__XL *)li__AM))).li__SO0)[li__PDDE];
          li__JI=li__RZDM;
          li__LQQU=li__BEDE;
          /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__RZDM)->__id==__li__1M__) {
            li__EHBK(((__li__1M *)li__RZDM),li__BEDE);
          } else /* PROFIL_BLOCK */ {
            li__WZ0L(((__li__UJSH *)((__li__1M *)li__RZDM)),li__LQQU);
          };
          li__PDDE=(__li__K)(li__PDDE +  1);
          goto li__1QNU;
        };
      };
      li__PDDE= 0;
      li__N41D();
      /* __li__B__ __li__I__ */
if ((! li__5UUD)) {
        li__LZDM=(li__BEDE < li__IMB);
        li__1ITP=li__LZDM;
      } else /* FALSE */ {
        li__1ITP=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__1ITP) {
        li__BEDE=(__li__K)(li__BEDE +  3);
        li__MWBD=(__li__K)(li__MWBD +  1);
      };
      li__XH2F=((__li__QZC *)li__WZC)->li__MPL;
      li__3H2F= 1;
      while ((li__3H2F <= li__XH2F)) {
        li__GMOF=((__li__QZC *)li__WZC);
        li__TCPF(li__GMOF,li__3H2F);
        li__T0DM=li__GMOF->li__QMOF->li__PFV;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ */
switch (((struct ___OBJ *)li__T0DM)->__id) {
        case __li__IF__: {
          li__3IXG=((__li__IF *)li__T0DM);
          li__U0DM=NULL;
          li__BPPO= 0;
          li__HJXG= 0;
          li__IJXG.__id=0;
          /* __li__B__ __li__I__ */
if ((li__AWBD != li__3IXG->li__221G)) {
            /* __li__B__ __li__I__ */
if ((((void *)li__3IXG->li__QJXG == (void *)NULL) && ((void *)li__3IXG->li__D0C != (void *)NULL))) {
              li__YLXG.self=li__3IXG;
              li__IJXG=li__YLXG;
              li__BPPO= 0;
              li__MMXG.self=li__3IXG;
              li__4NXG.self=li__3IXG;
              li__3QNU:
              {
                /* __li__B__ __li__I__ */
if ((li__BPPO <= (*(((__li__IF *)li__MMXG.self)->li__D0C)).li__VBM)) {
                  li__HMXG=(li__HJXG <  2);
                  li__KMXG=li__HMXG;
                } else /* FALSE */ {
                  li__KMXG=li__I__;
                };
                /* __li__B__ __li__I__ */
if (li__KMXG) {
                  li__21DM=((void **)(*(((__li__ZZC *)((__li__IF *)li__4NXG.self)->li__D0C))).li__RBM)[li__BPPO];
                  li__U0DM=li__21DM;
                  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                    li__TMXG=((__li__DZB *)li__21DM)->li__GZB.li__FZB.li__DI1B;
                  } else /* SLOT_CODE */ {
                    li__Q2DM=((__li__QWEC *)li__21DM)->li__RWEC->li__KZB;
                    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Q2DM)->__id==__li__IZB__) {
                      li__TMXG=((__li__IZB *)li__Q2DM)->li__JZB.li__DI1B;
                    } else /* ITM_SLOT_OPERATOR */ {
                      li__TMXG=((__li__4HAD *)li__Q2DM)->li__5HAD.li__JZB.li__DI1B;
                    };
                  };
                  /* __li__B__ __li__I__ */
if ((li__TMXG == '+')) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                      li__ZMXG=li__QUKJ(((__li__DZB *)li__21DM));
                    } else /* SLOT_CODE */ {
                      li__ZMXG=li__3UKJ(((__li__QWEC *)li__21DM));
                    };
                    li__2MXG=(li__ZMXG ==  0);
                  } else /* FALSE */ {
                    li__2MXG=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__2MXG) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                      li__CNXG=((__li__DZB *)li__21DM)->li__LZB->li__SBQG;
                    } else /* SLOT_CODE */ {
                      li__CNXG=((__li__QWEC *)li__21DM)->li__RWEC->li__SBQG;
                    };
                    /* __li__B__ __li__I__ */
if (((void *)li__CNXG != (void *)NULL)) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                      };
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                        li__LNXG=((__li__DZB *)li__21DM)->li__LZB->li__SBQG;
                      } else /* SLOT_CODE */ {
                        li__LNXG=((__li__QWEC *)li__21DM)->li__RWEC->li__SBQG;
                      };
                      li__2RKL= 0;
                      li__3RKL=(*(li__LNXG)).li__1ZB;
                      while ((li__2RKL <= li__3RKL)) {
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__U0DM)->__id==__li__DZB__) {
                          li__TNXG=((__li__DZB *)li__U0DM)->li__LZB->li__SBQG;
                        } else /* SLOT_CODE */ {
                          li__TNXG=((__li__QWEC *)li__U0DM)->li__RWEC->li__SBQG;
                        };
                        li__UNXG=((void **)(*(((__li__MZB *)li__TNXG))).li__GR0)[li__2RKL];
                        li__EKXG=((__li__IF *)li__IJXG.self);
                        /* __li__B__ __li__I__ */
if ((li__UNXG->li__GZB.li__LNME >  0)) {
                          li__QKXG=li__B__;
                        } else /* FALSE */ {
                          li__MKXG=li__QXVG(((__li__DZB *)li__UNXG));
                          li__SACL=((void *)((__li__ULSB *)li__MKXG)->li__XNKE == (void *)(&__string_34));
                          li__QKXG=li__SACL;
                        };
                        /* __li__B__ __li__I__ */
if (li__QKXG) {
                          li__WKXG=(li__HJXG ==  0);
                          li__ULXG.self=li__EKXG;
                          /* __li__B__ __li__I__ */
if (li__WKXG) {
                            li__2KXG=((__li__F0C)(((__li__5RB *)li__UNXG->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                            /* __li__B__ __li__I__ */
if (li__2KXG) {
                              li__DLXG=((__li__5RB *)li__UNXG->li__GZB.li__0RNE)->li__AEM;
                              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DLXG)->__id) {
                              case __li__IF__: {
                                li__ELXG=((__li__IF *)li__DLXG)->li__TF->li__SEZB;
                              } break;
                              case __li__ORB__: {
                                li__ELXG=((__li__ORB *)li__DLXG)->li__PRB.li__TF->li__SEZB;
                              } break;
                              case __li__QRB__: {
                                li__ELXG=((__li__QRB *)li__DLXG)->li__RRB.li__TF->li__SEZB;
                              } break;
                              case __li__SRB__: {
                                li__ELXG=(&__string_213);
                              } break;
                              case __li__URB__: {
                                li__ELXG=((__li__URB *)li__DLXG)->li__VRB.li__TF->li__SEZB;
                              } break;
                              case __li__GSZ__: {
                                li__ELXG=((__li__GSZ *)li__DLXG)->li__HSZ.li__TF->li__SEZB;
                              } break;
                              case __li__1RRF__: {
                                li__BNEV=li__QLKI();
                                li__ELXG=li__BNEV->li__SEZB;
                              } break;
                              case __li__UJSH__: {
                                li__ELXG=li__CBMN();
                              } break;
                              };
                              li__TPTL=((void *)li__ELXG == (void *)NULL);
                              li__HLXG=li__TPTL;
                            } else /* FALSE */ {
                              li__HLXG=li__I__;
                            };
                            /* __li__B__ __li__I__ */
if (li__HLXG) {
                              li__EKXG->li__QJXG=li__UNXG;
                            };
                          } else /* FALSE */ {
                            ((__li__IF *)li__ULXG.self)->li__QJXG=NULL;
                          };
                          li__VLXG=(__li__K)(li__HJXG +  1);
                          li__HJXG=li__VLXG;
                        };
                        li__2RKL=(__li__K)(li__2RKL +  1);
                      };
                    };
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                      li__ZNXG=li__KLYJ(((__li__DZB *)li__21DM));
                    } else /* SLOT_CODE */ {
                      li__ZNXG=li__FMYJ(((__li__QWEC *)li__21DM));
                    };
                    li__0LVT=((__li__IF *)li__IJXG.self);
                    li__1LVT=li__ZNXG;
                    /* __li__B__ __li__I__ */
if ((li__1LVT->li__GZB.li__LNME >  0)) {
                      li__QKXG=li__B__;
                    } else /* FALSE */ {
                      li__MKXG=li__QXVG(((__li__DZB *)li__1LVT));
                      li__SACL=((void *)((__li__ULSB *)li__MKXG)->li__XNKE == (void *)(&__string_34));
                      li__QKXG=li__SACL;
                    };
                    /* __li__B__ __li__I__ */
if (li__QKXG) {
                      li__WKXG=(li__HJXG ==  0);
                      li__ULXG.self=li__0LVT;
                      /* __li__B__ __li__I__ */
if (li__WKXG) {
                        li__2KXG=((__li__F0C)(((__li__5RB *)li__1LVT->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                        /* __li__B__ __li__I__ */
if (li__2KXG) {
                          li__DLXG=((__li__5RB *)li__1LVT->li__GZB.li__0RNE)->li__AEM;
                          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DLXG)->__id) {
                          case __li__IF__: {
                            li__ELXG=((__li__IF *)li__DLXG)->li__TF->li__SEZB;
                          } break;
                          case __li__ORB__: {
                            li__ELXG=((__li__ORB *)li__DLXG)->li__PRB.li__TF->li__SEZB;
                          } break;
                          case __li__QRB__: {
                            li__ELXG=((__li__QRB *)li__DLXG)->li__RRB.li__TF->li__SEZB;
                          } break;
                          case __li__SRB__: {
                            li__ELXG=(&__string_213);
                          } break;
                          case __li__URB__: {
                            li__ELXG=((__li__URB *)li__DLXG)->li__VRB.li__TF->li__SEZB;
                          } break;
                          case __li__GSZ__: {
                            li__ELXG=((__li__GSZ *)li__DLXG)->li__HSZ.li__TF->li__SEZB;
                          } break;
                          case __li__1RRF__: {
                            li__BNEV=li__QLKI();
                            li__ELXG=li__BNEV->li__SEZB;
                          } break;
                          case __li__UJSH__: {
                            li__ELXG=li__CBMN();
                          } break;
                          };
                          li__TPTL=((void *)li__ELXG == (void *)NULL);
                          li__HLXG=li__TPTL;
                        } else /* FALSE */ {
                          li__HLXG=li__I__;
                        };
                        /* __li__B__ __li__I__ */
if (li__HLXG) {
                          li__0LVT->li__QJXG=li__1LVT;
                        };
                      } else /* FALSE */ {
                        ((__li__IF *)li__ULXG.self)->li__QJXG=NULL;
                      };
                      li__VLXG=(__li__K)(li__HJXG +  1);
                      li__HJXG=li__VLXG;
                    };
                  };
                  li__BPPO=(__li__K)(li__BPPO +  1);
                  goto li__3QNU;
                };
              };
            };
            /* __li__B__ __li__I__ */
if ((((void *)li__3IXG->li__QJXG != (void *)NULL) && (li__3IXG->li__QJXG->li__GZB.li__LNME ==  0))) {
              li__3IXG->li__QJXG=NULL;
            };
          };
        } break;
        case __li__ORB__: {
          li__WOXG=((__li__ORB *)li__T0DM);
          li__V0DM=NULL;
          li__5OXG= 0;
          li__APXG= 0;
          li__BPXG.__id=0;
          /* __li__B__ __li__I__ */
if ((li__AWBD != li__WOXG->li__PRB.li__221G)) {
            /* __li__B__ __li__I__ */
if ((((void *)li__WOXG->li__PRB.li__QJXG == (void *)NULL) && ((void *)li__WOXG->li__PRB.li__D0C != (void *)NULL))) {
              li__QRXG.self=li__WOXG;
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              li__5OXG= 0;
              li__ESXG.self=li__WOXG;
              li__WTXG.self=li__WOXG;
              li__5QNU:
              {
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if ((li__5OXG <= (*(((__li__ORB *)li__ESXG.self)->li__PRB.li__D0C)).li__VBM)) {
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                  li__CSXG=li__5RXG;
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                  li__CSXG=li__I__;
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if (li__CSXG) {
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                  li__V0DM=li__KSXG;
                  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                    li__LSXG=((__li__DZB *)li__KSXG)->li__GZB.li__FZB.li__DI1B;
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                    li__D34I=((__li__QWEC *)li__KSXG)->li__RWEC->li__KZB;
                    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D34I)->__id==__li__IZB__) {
                      li__LSXG=((__li__IZB *)li__D34I)->li__JZB.li__DI1B;
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                      li__LSXG=((__li__4HAD *)li__D34I)->li__5HAD.li__JZB.li__DI1B;
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                  };
                  /* __li__B__ __li__I__ */
if ((li__LSXG == '+')) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                      li__RSXG=li__QUKJ(((__li__DZB *)li__KSXG));
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                    li__USXG=(li__RSXG ==  0);
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                    li__USXG=li__I__;
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                  /* __li__B__ __li__I__ */
if (li__USXG) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                      li__0SXG=((__li__DZB *)li__KSXG)->li__LZB->li__SBQG;
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                      li__0SXG=((__li__QWEC *)li__KSXG)->li__RWEC->li__SBQG;
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                    /* __li__B__ __li__I__ */
if (((void *)li__0SXG != (void *)NULL)) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
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                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                        li__DTXG=((__li__DZB *)li__KSXG)->li__LZB->li__SBQG;
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                        li__DTXG=((__li__QWEC *)li__KSXG)->li__RWEC->li__SBQG;
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                      li__QSKL= 0;
                      li__RSKL=(*(li__DTXG)).li__1ZB;
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                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__V0DM)->__id==__li__DZB__) {
                          li__LTXG=((__li__DZB *)li__V0DM)->li__LZB->li__SBQG;
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                          li__LTXG=((__li__QWEC *)li__V0DM)->li__RWEC->li__SBQG;
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                        li__MTXG=((void **)(*(((__li__MZB *)li__LTXG))).li__GR0)[li__QSKL];
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if ((li__MTXG->li__GZB.li__LNME >  0)) {
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                        /* __li__B__ __li__I__ */
if (li__IQXG) {
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                          li__MRXG.self=li__2PXG;
                          /* __li__B__ __li__I__ */
if (li__OQXG) {
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if (li__UQXG) {
                              li__1QXG=((__li__5RB *)li__MTXG->li__GZB.li__0RNE)->li__AEM;
                              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1QXG)->__id) {
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                              case __li__SRB__: {
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                              case __li__1RRF__: {
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                                li__2QXG=li__LNEV->li__SEZB;
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                              case __li__UJSH__: {
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                            /* __li__B__ __li__I__ */
if (li__5QXG) {
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                          li__APXG=li__NRXG;
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                        li__QSKL=(__li__K)(li__QSKL +  1);
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                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                      li__RTXG=li__KLYJ(((__li__DZB *)li__KSXG));
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if ((li__CMVT->li__GZB.li__LNME >  0)) {
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                      li__CBCL=((void *)((__li__ULSB *)li__EQXG)->li__XNKE == (void *)(&__string_34));
                      li__IQXG=li__CBCL;
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                    /* __li__B__ __li__I__ */
if (li__IQXG) {
                      li__OQXG=(li__APXG ==  0);
                      li__MRXG.self=li__BMVT;
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if (li__OQXG) {
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                        /* __li__B__ __li__I__ */
if (li__UQXG) {
                          li__1QXG=((__li__5RB *)li__CMVT->li__GZB.li__0RNE)->li__AEM;
                          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1QXG)->__id) {
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                            li__2QXG=((__li__IF *)li__1QXG)->li__TF->li__SEZB;
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                          case __li__ORB__: {
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                          case __li__QRB__: {
                            li__2QXG=((__li__QRB *)li__1QXG)->li__RRB.li__TF->li__SEZB;
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                          case __li__SRB__: {
                            li__2QXG=(&__string_213);
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                          case __li__URB__: {
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                          case __li__GSZ__: {
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                          case __li__1RRF__: {
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                          li__DQTL=((void *)li__2QXG == (void *)NULL);
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                          li__5QXG=li__I__;
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                        /* __li__B__ __li__I__ */
if (li__5QXG) {
                          li__BMVT->li__PRB.li__QJXG=li__CMVT;
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                        ((__li__ORB *)li__MRXG.self)->li__PRB.li__QJXG=NULL;
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                      li__NRXG=(__li__K)(li__APXG +  1);
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                  li__5OXG=(__li__K)(li__5OXG +  1);
                  goto li__5QNU;
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            /* __li__B__ __li__I__ */
if ((((void *)li__WOXG->li__PRB.li__QJXG != (void *)NULL) && (li__WOXG->li__PRB.li__QJXG->li__GZB.li__LNME ==  0))) {
              li__WOXG->li__PRB.li__QJXG=NULL;
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          li__ZUXG.__id=0;
          /* __li__B__ __li__I__ */
if ((li__AWBD != li__OUXG->li__RRB.li__221G)) {
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if ((((void *)li__OUXG->li__RRB.li__QJXG == (void *)NULL) && ((void *)li__OUXG->li__RRB.li__D0C != (void *)NULL))) {
              li__IXXG.self=li__OUXG;
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              li__2XXG.self=li__OUXG;
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              li__BRNU:
              {
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if ((li__XUXG <= (*(((__li__QRB *)li__2XXG.self)->li__RRB.li__D0C)).li__VBM)) {
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                /* __li__B__ __li__I__ */
if (li__0XXG) {
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if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
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if (((struct ___OBJ *)li__Z34I)->__id==__li__IZB__) {
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                      li__DYXG=((__li__4HAD *)li__Z34I)->li__5HAD.li__JZB.li__DI1B;
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                  /* __li__B__ __li__I__ */
if ((li__DYXG == '+')) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
                      li__JYXG=li__QUKJ(((__li__DZB *)li__CYXG));
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                  /* __li__B__ __li__I__ */
if (li__MYXG) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
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                    /* __li__B__ __li__I__ */
if (((void *)li__SYXG != (void *)NULL)) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
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                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
                        li__1YXG=((__li__DZB *)li__CYXG)->li__LZB->li__SBQG;
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                      li__ETKL= 0;
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if (((struct ___OBJ *)li__WUXG)->__id==__li__DZB__) {
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if ((li__EZXG->li__GZB.li__LNME >  0)) {
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                        /* __li__B__ __li__I__ */
if (li__AWXG) {
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                          li__EXXG.self=li__UVXG;
                          /* __li__B__ __li__I__ */
if (li__GWXG) {
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if (li__MWXG) {
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switch (((struct ___OBJ *)li__TWXG)->__id) {
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if (li__XWXG) {
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                          li__FXXG=(__li__K)(li__YUXG +  1);
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                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
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if ((li__JMVT->li__GZB.li__LNME >  0)) {
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                    /* __li__B__ __li__I__ */
if (li__AWXG) {
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if (li__MWXG) {
                          li__TWXG=((__li__5RB *)li__JMVT->li__GZB.li__0RNE)->li__AEM;
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switch (((struct ___OBJ *)li__TWXG)->__id) {
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if (li__XWXG) {
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            /* __li__B__ __li__I__ */
if ((((void *)li__OUXG->li__RRB.li__QJXG != (void *)NULL) && (li__OUXG->li__RRB.li__QJXG->li__GZB.li__LNME ==  0))) {
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if ((li__AWBD != li__G0XG->li__TRB.li__221G)) {
            /* __li__B__ __li__I__ */
if ((((void *)li__G0XG->li__TRB.li__QJXG == (void *)NULL) && ((void *)li__G0XG->li__TRB.li__D0C != (void *)NULL))) {
              li__A3XG.self=li__G0XG;
              li__R0XG=li__A3XG;
              li__P0XG= 0;
              li__U3XG.self=li__G0XG;
              li__G5XG.self=li__G0XG;
              li__DRNU:
              {
                /* __li__B__ __li__I__ */
if ((li__P0XG <= (*(((__li__SRB *)li__U3XG.self)->li__TRB.li__D0C)).li__VBM)) {
                  li__P3XG=(li__Q0XG <  2);
                  li__S3XG=li__P3XG;
                } else /* FALSE */ {
                  li__S3XG=li__I__;
                };
                /* __li__B__ __li__I__ */
if (li__S3XG) {
                  li__03XG=((void **)(*(((__li__ZZC *)((__li__SRB *)li__G5XG.self)->li__TRB.li__D0C))).li__RBM)[li__P0XG];
                  li__O0XG=li__03XG;
                  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
                    li__13XG=((__li__DZB *)li__03XG)->li__GZB.li__FZB.li__DI1B;
                  } else /* SLOT_CODE */ {
                    li__P44I=((__li__QWEC *)li__03XG)->li__RWEC->li__KZB;
                    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__P44I)->__id==__li__IZB__) {
                      li__13XG=((__li__IZB *)li__P44I)->li__JZB.li__DI1B;
                    } else /* ITM_SLOT_OPERATOR */ {
                      li__13XG=((__li__4HAD *)li__P44I)->li__5HAD.li__JZB.li__DI1B;
                    };
                  };
                  /* __li__B__ __li__I__ */
if ((li__13XG == '+')) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
                      li__B4XG=li__QUKJ(((__li__DZB *)li__03XG));
                    } else /* SLOT_CODE */ {
                      li__B4XG=li__3UKJ(((__li__QWEC *)li__03XG));
                    };
                    li__E4XG=(li__B4XG ==  0);
                  } else /* FALSE */ {
                    li__E4XG=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__E4XG) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
                      li__K4XG=((__li__DZB *)li__03XG)->li__LZB->li__SBQG;
                    } else /* SLOT_CODE */ {
                      li__K4XG=((__li__QWEC *)li__03XG)->li__RWEC->li__SBQG;
                    };
                    /* __li__B__ __li__I__ */
if (((void *)li__K4XG != (void *)NULL)) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
                      };
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
                        li__T4XG=((__li__DZB *)li__03XG)->li__LZB->li__SBQG;
                      } else /* SLOT_CODE */ {
                        li__T4XG=((__li__QWEC *)li__03XG)->li__RWEC->li__SBQG;
                      };
                      li__YTKL= 0;
                      li__ZTKL=(*(li__T4XG)).li__1ZB;
                      while ((li__YTKL <= li__ZTKL)) {
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__O0XG)->__id==__li__DZB__) {
                          li__14XG=((__li__DZB *)li__O0XG)->li__LZB->li__SBQG;
                        } else /* SLOT_CODE */ {
                          li__14XG=((__li__QWEC *)li__O0XG)->li__RWEC->li__SBQG;
                        };
                        li__24XG=((void **)(*(((__li__MZB *)li__14XG))).li__GR0)[li__YTKL];
                        li__M1XG=((__li__SRB *)li__R0XG.self);
                        /* __li__B__ __li__I__ */
if ((li__24XG->li__GZB.li__LNME >  0)) {
                          li__Y1XG=li__B__;
                        } else /* FALSE */ {
                          li__U1XG=li__QXVG(((__li__DZB *)li__24XG));
                          li__CCCL=((void *)((__li__ULSB *)li__U1XG)->li__XNKE == (void *)(&__string_34));
                          li__Y1XG=li__CCCL;
                        };
                        /* __li__B__ __li__I__ */
if (li__Y1XG) {
                          li__41XG=(li__Q0XG ==  0);
                          li__22XG.self=li__M1XG;
                          /* __li__B__ __li__I__ */
if (li__41XG) {
                            li__E2XG=((__li__F0C)(((__li__5RB *)li__24XG->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                            /* __li__B__ __li__I__ */
if (li__E2XG) {
                              li__L2XG=((__li__5RB *)li__24XG->li__GZB.li__0RNE)->li__AEM;
                              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__L2XG)->__id) {
                              case __li__IF__: {
                                li__M2XG=((__li__IF *)li__L2XG)->li__TF->li__SEZB;
                              } break;
                              case __li__ORB__: {
                                li__M2XG=((__li__ORB *)li__L2XG)->li__PRB.li__TF->li__SEZB;
                              } break;
                              case __li__QRB__: {
                                li__M2XG=((__li__QRB *)li__L2XG)->li__RRB.li__TF->li__SEZB;
                              } break;
                              case __li__SRB__: {
                                li__M2XG=(&__string_213);
                              } break;
                              case __li__URB__: {
                                li__M2XG=((__li__URB *)li__L2XG)->li__VRB.li__TF->li__SEZB;
                              } break;
                              case __li__GSZ__: {
                                li__M2XG=((__li__GSZ *)li__L2XG)->li__HSZ.li__TF->li__SEZB;
                              } break;
                              case __li__1RRF__: {
                                li__LNEV=li__QLKI();
                                li__M2XG=li__LNEV->li__SEZB;
                              } break;
                              case __li__UJSH__: {
                                li__M2XG=li__CBMN();
                              } break;
                              };
                              li__FRTL=((void *)li__M2XG == (void *)NULL);
                              li__P2XG=li__FRTL;
                            } else /* FALSE */ {
                              li__P2XG=li__I__;
                            };
                            /* __li__B__ __li__I__ */
if (li__P2XG) {
                              li__M1XG->li__TRB.li__QJXG=li__24XG;
                            };
                          } else /* FALSE */ {
                            ((__li__SRB *)li__22XG.self)->li__TRB.li__QJXG=NULL;
                          };
                          li__32XG=(__li__K)(li__Q0XG +  1);
                          li__Q0XG=li__32XG;
                        };
                        li__YTKL=(__li__K)(li__YTKL +  1);
                      };
                    };
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
                      li__B5XG=li__KLYJ(((__li__DZB *)li__03XG));
                    } else /* SLOT_CODE */ {
                      li__B5XG=li__FMYJ(((__li__QWEC *)li__03XG));
                    };
                    li__PMVT=((__li__SRB *)li__R0XG.self);
                    li__QMVT=li__B5XG;
                    /* __li__B__ __li__I__ */
if ((li__QMVT->li__GZB.li__LNME >  0)) {
                      li__Y1XG=li__B__;
                    } else /* FALSE */ {
                      li__U1XG=li__QXVG(((__li__DZB *)li__QMVT));
                      li__CCCL=((void *)((__li__ULSB *)li__U1XG)->li__XNKE == (void *)(&__string_34));
                      li__Y1XG=li__CCCL;
                    };
                    /* __li__B__ __li__I__ */
if (li__Y1XG) {
                      li__41XG=(li__Q0XG ==  0);
                      li__22XG.self=li__PMVT;
                      /* __li__B__ __li__I__ */
if (li__41XG) {
                        li__E2XG=((__li__F0C)(((__li__5RB *)li__QMVT->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                        /* __li__B__ __li__I__ */
if (li__E2XG) {
                          li__L2XG=((__li__5RB *)li__QMVT->li__GZB.li__0RNE)->li__AEM;
                          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__L2XG)->__id) {
                          case __li__IF__: {
                            li__M2XG=((__li__IF *)li__L2XG)->li__TF->li__SEZB;
                          } break;
                          case __li__ORB__: {
                            li__M2XG=((__li__ORB *)li__L2XG)->li__PRB.li__TF->li__SEZB;
                          } break;
                          case __li__QRB__: {
                            li__M2XG=((__li__QRB *)li__L2XG)->li__RRB.li__TF->li__SEZB;
                          } break;
                          case __li__SRB__: {
                            li__M2XG=(&__string_213);
                          } break;
                          case __li__URB__: {
                            li__M2XG=((__li__URB *)li__L2XG)->li__VRB.li__TF->li__SEZB;
                          } break;
                          case __li__GSZ__: {
                            li__M2XG=((__li__GSZ *)li__L2XG)->li__HSZ.li__TF->li__SEZB;
                          } break;
                          case __li__1RRF__: {
                            li__BNEV=li__QLKI();
                            li__M2XG=li__BNEV->li__SEZB;
                          } break;
                          case __li__UJSH__: {
                            li__M2XG=li__CBMN();
                          } break;
                          };
                          li__FRTL=((void *)li__M2XG == (void *)NULL);
                          li__P2XG=li__FRTL;
                        } else /* FALSE */ {
                          li__P2XG=li__I__;
                        };
                        /* __li__B__ __li__I__ */
if (li__P2XG) {
                          li__PMVT->li__TRB.li__QJXG=li__QMVT;
                        };
                      } else /* FALSE */ {
                        ((__li__SRB *)li__22XG.self)->li__TRB.li__QJXG=NULL;
                      };
                      li__32XG=(__li__K)(li__Q0XG +  1);
                      li__Q0XG=li__32XG;
                    };
                  };
                  li__P0XG=(__li__K)(li__P0XG +  1);
                  goto li__DRNU;
                };
              };
            };
            /* __li__B__ __li__I__ */
if ((((void *)li__G0XG->li__TRB.li__QJXG != (void *)NULL) && (li__G0XG->li__TRB.li__QJXG->li__GZB.li__LNME ==  0))) {
              li__G0XG->li__TRB.li__QJXG=NULL;
            };
          };
        } break;
        };
        li__3H2F=(__li__K)(li__3H2F +  1);
      };
      li__JIDG=((__li__SKGB *)li__0KGB)->li__GSDD;
      li__FI2F= 1;
      while ((li__FI2F <= li__JIDG)) {
        li__VMOF=((__li__SKGB *)li__0KGB);
        li__MHPF(li__VMOF,li__FI2F);
        li__55XG=((__li__GSZ *)li__VMOF->li__5MOF->li__U3CD);
        li__P2DM=NULL;
        li__UZDM= 0;
        li__QOPO= 0;
        li__KAYG.__id=0;
        /* __li__B__ __li__I__ */
if ((li__AWBD != li__55XG->li__HSZ.li__221G)) {
          /* __li__B__ __li__I__ */
if ((((void *)li__55XG->li__HSZ.li__QJXG == (void *)NULL) && ((void *)li__55XG->li__HSZ.li__D0C != (void *)NULL))) {
            li__ZCYG.self=li__55XG;
            li__KAYG=li__ZCYG;
            li__UZDM= 0;
            li__NDYG.self=li__55XG;
            li__5EYG.self=li__55XG;
            li__GRNU:
            {
              /* __li__B__ __li__I__ */
if ((li__UZDM <= (*(((__li__GSZ *)li__NDYG.self)->li__HSZ.li__D0C)).li__VBM)) {
                li__IDYG=(li__QOPO <  2);
                li__LDYG=li__IDYG;
              } else /* FALSE */ {
                li__LDYG=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__LDYG) {
                li__TDYG=((void **)(*(((__li__ZZC *)((__li__GSZ *)li__5EYG.self)->li__HSZ.li__D0C))).li__RBM)[li__UZDM];
                li__P2DM=li__TDYG;
                /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                  li__UDYG=((__li__DZB *)li__TDYG)->li__GZB.li__FZB.li__DI1B;
                } else /* SLOT_CODE */ {
                  li__F54I=((__li__QWEC *)li__TDYG)->li__RWEC->li__KZB;
                  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__F54I)->__id==__li__IZB__) {
                    li__UDYG=((__li__IZB *)li__F54I)->li__JZB.li__DI1B;
                  } else /* ITM_SLOT_OPERATOR */ {
                    li__UDYG=((__li__4HAD *)li__F54I)->li__5HAD.li__JZB.li__DI1B;
                  };
                };
                /* __li__B__ __li__I__ */
if ((li__UDYG == '+')) {
                  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                    li__0DYG=li__QUKJ(((__li__DZB *)li__TDYG));
                  } else /* SLOT_CODE */ {
                    li__0DYG=li__3UKJ(((__li__QWEC *)li__TDYG));
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                  li__3DYG=(li__0DYG ==  0);
                } else /* FALSE */ {
                  li__3DYG=li__I__;
                };
                /* __li__B__ __li__I__ */
if (li__3DYG) {
                  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                    li__DEYG=((__li__DZB *)li__TDYG)->li__LZB->li__SBQG;
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                    li__DEYG=((__li__QWEC *)li__TDYG)->li__RWEC->li__SBQG;
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                  /* __li__B__ __li__I__ */
if (((void *)li__DEYG != (void *)NULL)) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                    };
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                      li__MEYG=((__li__DZB *)li__TDYG)->li__LZB->li__SBQG;
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                      li__MEYG=((__li__QWEC *)li__TDYG)->li__RWEC->li__SBQG;
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                    li__MUKL= 0;
                    li__NUKL=(*(li__MEYG)).li__1ZB;
                    while ((li__MUKL <= li__NUKL)) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__P2DM)->__id==__li__DZB__) {
                        li__UEYG=((__li__DZB *)li__P2DM)->li__LZB->li__SBQG;
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                        li__UEYG=((__li__QWEC *)li__P2DM)->li__RWEC->li__SBQG;
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                      li__VEYG=((void **)(*(((__li__MZB *)li__UEYG))).li__GR0)[li__MUKL];
                      li__FBYG=((__li__GSZ *)li__KAYG.self);
                      /* __li__B__ __li__I__ */
if ((li__VEYG->li__GZB.li__LNME >  0)) {
                        li__RBYG=li__B__;
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                        li__NBYG=li__QXVG(((__li__DZB *)li__VEYG));
                        li__SCCL=((void *)((__li__ULSB *)li__NBYG)->li__XNKE == (void *)(&__string_34));
                        li__RBYG=li__SCCL;
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                      /* __li__B__ __li__I__ */
if (li__RBYG) {
                        li__XBYG=(li__QOPO ==  0);
                        li__VCYG.self=li__FBYG;
                        /* __li__B__ __li__I__ */
if (li__XBYG) {
                          li__3BYG=((__li__F0C)(((__li__5RB *)li__VEYG->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                          /* __li__B__ __li__I__ */
if (li__3BYG) {
                            li__ECYG=((__li__5RB *)li__VEYG->li__GZB.li__0RNE)->li__AEM;
                            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ECYG)->__id) {
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                              li__FCYG=((__li__IF *)li__ECYG)->li__TF->li__SEZB;
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                            case __li__ORB__: {
                              li__FCYG=((__li__ORB *)li__ECYG)->li__PRB.li__TF->li__SEZB;
                            } break;
                            case __li__QRB__: {
                              li__FCYG=((__li__QRB *)li__ECYG)->li__RRB.li__TF->li__SEZB;
                            } break;
                            case __li__SRB__: {
                              li__FCYG=(&__string_213);
                            } break;
                            case __li__URB__: {
                              li__FCYG=((__li__URB *)li__ECYG)->li__VRB.li__TF->li__SEZB;
                            } break;
                            case __li__GSZ__: {
                              li__FCYG=((__li__GSZ *)li__ECYG)->li__HSZ.li__TF->li__SEZB;
                            } break;
                            case __li__1RRF__: {
                              li__LNEV=li__QLKI();
                              li__FCYG=li__LNEV->li__SEZB;
                            } break;
                            case __li__UJSH__: {
                              li__FCYG=li__CBMN();
                            } break;
                            };
                            li__WRTL=((void *)li__FCYG == (void *)NULL);
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                            li__ICYG=li__I__;
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                          /* __li__B__ __li__I__ */
if (li__ICYG) {
                            li__FBYG->li__HSZ.li__QJXG=li__VEYG;
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                        } else /* FALSE */ {
                          ((__li__GSZ *)li__VCYG.self)->li__HSZ.li__QJXG=NULL;
                        };
                        li__WCYG=(__li__K)(li__QOPO +  1);
                        li__QOPO=li__WCYG;
                      };
                      li__MUKL=(__li__K)(li__MUKL +  1);
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                  };
                  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                    li__0EYG=li__KLYJ(((__li__DZB *)li__TDYG));
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                    li__0EYG=li__FMYJ(((__li__QWEC *)li__TDYG));
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                  li__CNVT=((__li__GSZ *)li__KAYG.self);
                  li__DNVT=li__0EYG;
                  /* __li__B__ __li__I__ */
if ((li__DNVT->li__GZB.li__LNME >  0)) {
                    li__RBYG=li__B__;
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                    li__NBYG=li__QXVG(((__li__DZB *)li__DNVT));
                    li__SCCL=((void *)((__li__ULSB *)li__NBYG)->li__XNKE == (void *)(&__string_34));
                    li__RBYG=li__SCCL;
                  };
                  /* __li__B__ __li__I__ */
if (li__RBYG) {
                    li__XBYG=(li__QOPO ==  0);
                    li__VCYG.self=li__CNVT;
                    /* __li__B__ __li__I__ */
if (li__XBYG) {
                      li__3BYG=((__li__F0C)(((__li__5RB *)li__DNVT->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                      /* __li__B__ __li__I__ */
if (li__3BYG) {
                        li__ECYG=((__li__5RB *)li__DNVT->li__GZB.li__0RNE)->li__AEM;
                        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ECYG)->__id) {
                        case __li__IF__: {
                          li__FCYG=((__li__IF *)li__ECYG)->li__TF->li__SEZB;
                        } break;
                        case __li__ORB__: {
                          li__FCYG=((__li__ORB *)li__ECYG)->li__PRB.li__TF->li__SEZB;
                        } break;
                        case __li__QRB__: {
                          li__FCYG=((__li__QRB *)li__ECYG)->li__RRB.li__TF->li__SEZB;
                        } break;
                        case __li__SRB__: {
                          li__FCYG=(&__string_213);
                        } break;
                        case __li__URB__: {
                          li__FCYG=((__li__URB *)li__ECYG)->li__VRB.li__TF->li__SEZB;
                        } break;
                        case __li__GSZ__: {
                          li__FCYG=((__li__GSZ *)li__ECYG)->li__HSZ.li__TF->li__SEZB;
                        } break;
                        case __li__1RRF__: {
                          li__BNEV=li__QLKI();
                          li__FCYG=li__BNEV->li__SEZB;
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                        case __li__UJSH__: {
                          li__FCYG=li__CBMN();
                        } break;
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                        li__WRTL=((void *)li__FCYG == (void *)NULL);
                        li__ICYG=li__WRTL;
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                        li__ICYG=li__I__;
                      };
                      /* __li__B__ __li__I__ */
if (li__ICYG) {
                        li__CNVT->li__HSZ.li__QJXG=li__DNVT;
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                    } else /* FALSE */ {
                      ((__li__GSZ *)li__VCYG.self)->li__HSZ.li__QJXG=NULL;
                    };
                    li__WCYG=(__li__K)(li__QOPO +  1);
                    li__QOPO=li__WCYG;
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                };
                li__UZDM=(__li__K)(li__UZDM +  1);
                goto li__GRNU;
              };
            };
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__55XG->li__HSZ.li__QJXG != (void *)NULL) && (li__55XG->li__HSZ.li__QJXG->li__GZB.li__LNME ==  0))) {
            li__55XG->li__HSZ.li__QJXG=NULL;
          };
        };
        li__FI2F=(__li__K)(li__FI2F +  1);
      };
      /* __li__B__ __li__I__ */
if (li__KYBD) {
        li__MWBD=(__li__K)(li__MWBD +  1);
      };
      /* __li__B__ __li__I__ */
if ((li__MWBD !=  0)) {
        li__JEXG=li__B__;
      };
    } while ((li__MWBD !=  0));
    /* __li__B__ __li__I__ */
if ((! li__JEXG)) {
      do {
        li__MWBD= 0;
        /* __li__B__ __li__I__ */
if ((! li__0N)) {
          li__M5F((&__string_204));
        };
        li__AWBD=(__li__K)(li__AWBD +  1);
        li__KYBD=li__I__;
        li__C41D=(__li__K)(li__C41D +  1);
        li__1UUD=li__ZUUD;
        li__2UUD=NULL;
        li__XIKB=NULL;
        li__K3ME(((__li__KI *)li__OI));
        li__PDDE= 0;
        li__SIFE:
        {
          li__DXVE=(li__PDDE < li__1UUD);
          /* __li__B__ __li__I__ */
if (li__DXVE) {
            li__RZDM=((void **)(*(((__li__XL *)li__AM))).li__SO0)[li__PDDE];
            li__JI=li__RZDM;
            li__LQQU=li__BEDE;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__RZDM)->__id==__li__1M__) {
              li__EHBK(((__li__1M *)li__RZDM),li__LQQU);
            } else /* PROFIL_BLOCK */ {
              li__WZ0L(((__li__UJSH *)((__li__1M *)li__RZDM)),li__LQQU);
            };
            li__PDDE=(__li__K)(li__PDDE +  1);
            goto li__SIFE;
          };
        };
        li__PDDE= 0;
        li__N41D();
        /* __li__B__ __li__I__ */
if ((! li__5UUD)) {
          li__LZDM=(li__BEDE < li__IMB);
          li__1ITP=li__LZDM;
        } else /* FALSE */ {
          li__1ITP=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__1ITP) {
          li__BEDE=(__li__K)(li__BEDE +  3);
          li__MWBD=(__li__K)(li__MWBD +  1);
        };
        li__XH2F=((__li__QZC *)li__WZC)->li__MPL;
        li__3H2F= 1;
        while ((li__3H2F <= li__XH2F)) {
          li__GMOF=((__li__QZC *)li__WZC);
          li__TCPF(li__GMOF,li__3H2F);
          li__T0DM=li__GMOF->li__QMOF->li__PFV;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ */
switch (((struct ___OBJ *)li__T0DM)->__id) {
          case __li__IF__: {
            li__3IXG=((__li__IF *)li__T0DM);
            li__U0DM=NULL;
            li__BPPO= 0;
            li__HJXG= 0;
            li__IJXG.__id=0;
            /* __li__B__ __li__I__ */
if ((li__AWBD != li__3IXG->li__221G)) {
              /* __li__B__ __li__I__ */
if ((((void *)li__3IXG->li__QJXG == (void *)NULL) && ((void *)li__3IXG->li__D0C != (void *)NULL))) {
                li__YLXG.self=li__3IXG;
                li__IJXG=li__YLXG;
                li__BPPO= 0;
                li__MMXG.self=li__3IXG;
                li__4NXG.self=li__3IXG;
                li__XZZH:
                {
                  /* __li__B__ __li__I__ */
if ((li__BPPO <= (*(((__li__IF *)li__MMXG.self)->li__D0C)).li__VBM)) {
                    li__HMXG=(li__HJXG <  2);
                    li__KMXG=li__HMXG;
                  } else /* FALSE */ {
                    li__KMXG=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__KMXG) {
                    li__21DM=((void **)(*(((__li__ZZC *)((__li__IF *)li__4NXG.self)->li__D0C))).li__RBM)[li__BPPO];
                    li__U0DM=li__21DM;
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                      li__TMXG=((__li__DZB *)li__21DM)->li__GZB.li__FZB.li__DI1B;
                    } else /* SLOT_CODE */ {
                      li__Q2DM=((__li__QWEC *)li__21DM)->li__RWEC->li__KZB;
                      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Q2DM)->__id==__li__IZB__) {
                        li__TMXG=((__li__IZB *)li__Q2DM)->li__JZB.li__DI1B;
                      } else /* ITM_SLOT_OPERATOR */ {
                        li__TMXG=((__li__4HAD *)li__Q2DM)->li__5HAD.li__JZB.li__DI1B;
                      };
                    };
                    /* __li__B__ __li__I__ */
if ((li__TMXG == '+')) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                        li__ZMXG=li__QUKJ(((__li__DZB *)li__21DM));
                      } else /* SLOT_CODE */ {
                        li__ZMXG=li__3UKJ(((__li__QWEC *)li__21DM));
                      };
                      li__2MXG=(li__ZMXG ==  0);
                    } else /* FALSE */ {
                      li__2MXG=li__I__;
                    };
                    /* __li__B__ __li__I__ */
if (li__2MXG) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                        li__CNXG=((__li__DZB *)li__21DM)->li__LZB->li__SBQG;
                      } else /* SLOT_CODE */ {
                        li__CNXG=((__li__QWEC *)li__21DM)->li__RWEC->li__SBQG;
                      };
                      /* __li__B__ __li__I__ */
if (((void *)li__CNXG != (void *)NULL)) {
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                        };
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                          li__LNXG=((__li__DZB *)li__21DM)->li__LZB->li__SBQG;
                        } else /* SLOT_CODE */ {
                          li__LNXG=((__li__QWEC *)li__21DM)->li__RWEC->li__SBQG;
                        };
                        li__2RKL= 0;
                        li__3RKL=(*(li__LNXG)).li__1ZB;
                        while ((li__2RKL <= li__3RKL)) {
                          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__U0DM)->__id==__li__DZB__) {
                            li__TNXG=((__li__DZB *)li__U0DM)->li__LZB->li__SBQG;
                          } else /* SLOT_CODE */ {
                            li__TNXG=((__li__QWEC *)li__U0DM)->li__RWEC->li__SBQG;
                          };
                          li__UNXG=((void **)(*(((__li__MZB *)li__TNXG))).li__GR0)[li__2RKL];
                          li__EKXG=((__li__IF *)li__IJXG.self);
                          /* __li__B__ __li__I__ */
if ((li__UNXG->li__GZB.li__LNME >  0)) {
                            li__QKXG=li__B__;
                          } else /* FALSE */ {
                            li__MKXG=li__QXVG(((__li__DZB *)li__UNXG));
                            li__SACL=((void *)((__li__ULSB *)li__MKXG)->li__XNKE == (void *)(&__string_34));
                            li__QKXG=li__SACL;
                          };
                          /* __li__B__ __li__I__ */
if (li__QKXG) {
                            li__WKXG=(li__HJXG ==  0);
                            li__ULXG.self=li__EKXG;
                            /* __li__B__ __li__I__ */
if (li__WKXG) {
                              li__2KXG=((__li__F0C)(((__li__5RB *)li__UNXG->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                              /* __li__B__ __li__I__ */
if (li__2KXG) {
                                li__DLXG=((__li__5RB *)li__UNXG->li__GZB.li__0RNE)->li__AEM;
                                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DLXG)->__id) {
                                case __li__IF__: {
                                  li__ELXG=((__li__IF *)li__DLXG)->li__TF->li__SEZB;
                                } break;
                                case __li__ORB__: {
                                  li__ELXG=((__li__ORB *)li__DLXG)->li__PRB.li__TF->li__SEZB;
                                } break;
                                case __li__QRB__: {
                                  li__ELXG=((__li__QRB *)li__DLXG)->li__RRB.li__TF->li__SEZB;
                                } break;
                                case __li__SRB__: {
                                  li__ELXG=(&__string_213);
                                } break;
                                case __li__URB__: {
                                  li__ELXG=((__li__URB *)li__DLXG)->li__VRB.li__TF->li__SEZB;
                                } break;
                                case __li__GSZ__: {
                                  li__ELXG=((__li__GSZ *)li__DLXG)->li__HSZ.li__TF->li__SEZB;
                                } break;
                                case __li__1RRF__: {
                                  li__WOEV=li__QLKI();
                                  li__ELXG=li__WOEV->li__SEZB;
                                } break;
                                case __li__UJSH__: {
                                  li__ELXG=li__CBMN();
                                } break;
                                };
                                li__TPTL=((void *)li__ELXG == (void *)NULL);
                                li__HLXG=li__TPTL;
                              } else /* FALSE */ {
                                li__HLXG=li__I__;
                              };
                              /* __li__B__ __li__I__ */
if (li__HLXG) {
                                li__EKXG->li__QJXG=li__UNXG;
                              };
                            } else /* FALSE */ {
                              ((__li__IF *)li__ULXG.self)->li__QJXG=NULL;
                            };
                            li__VLXG=(__li__K)(li__HJXG +  1);
                            li__HJXG=li__VLXG;
                          };
                          li__2RKL=(__li__K)(li__2RKL +  1);
                        };
                      };
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__21DM)->__id==__li__DZB__) {
                        li__ZNXG=li__KLYJ(((__li__DZB *)li__21DM));
                      } else /* SLOT_CODE */ {
                        li__ZNXG=li__FMYJ(((__li__QWEC *)li__21DM));
                      };
                      li__0LVT=((__li__IF *)li__IJXG.self);
                      li__1LVT=li__ZNXG;
                      /* __li__B__ __li__I__ */
if ((li__1LVT->li__GZB.li__LNME >  0)) {
                        li__QKXG=li__B__;
                      } else /* FALSE */ {
                        li__MKXG=li__QXVG(((__li__DZB *)li__1LVT));
                        li__SACL=((void *)((__li__ULSB *)li__MKXG)->li__XNKE == (void *)(&__string_34));
                        li__QKXG=li__SACL;
                      };
                      /* __li__B__ __li__I__ */
if (li__QKXG) {
                        li__WKXG=(li__HJXG ==  0);
                        li__ULXG.self=li__0LVT;
                        /* __li__B__ __li__I__ */
if (li__WKXG) {
                          li__2KXG=((__li__F0C)(((__li__5RB *)li__1LVT->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                          /* __li__B__ __li__I__ */
if (li__2KXG) {
                            li__DLXG=((__li__5RB *)li__1LVT->li__GZB.li__0RNE)->li__AEM;
                            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DLXG)->__id) {
                            case __li__IF__: {
                              li__ELXG=((__li__IF *)li__DLXG)->li__TF->li__SEZB;
                            } break;
                            case __li__ORB__: {
                              li__ELXG=((__li__ORB *)li__DLXG)->li__PRB.li__TF->li__SEZB;
                            } break;
                            case __li__QRB__: {
                              li__ELXG=((__li__QRB *)li__DLXG)->li__RRB.li__TF->li__SEZB;
                            } break;
                            case __li__SRB__: {
                              li__ELXG=(&__string_213);
                            } break;
                            case __li__URB__: {
                              li__ELXG=((__li__URB *)li__DLXG)->li__VRB.li__TF->li__SEZB;
                            } break;
                            case __li__GSZ__: {
                              li__ELXG=((__li__GSZ *)li__DLXG)->li__HSZ.li__TF->li__SEZB;
                            } break;
                            case __li__1RRF__: {
                              li__LNEV=li__QLKI();
                              li__ELXG=li__LNEV->li__SEZB;
                            } break;
                            case __li__UJSH__: {
                              li__ELXG=li__CBMN();
                            } break;
                            };
                            li__TPTL=((void *)li__ELXG == (void *)NULL);
                            li__HLXG=li__TPTL;
                          } else /* FALSE */ {
                            li__HLXG=li__I__;
                          };
                          /* __li__B__ __li__I__ */
if (li__HLXG) {
                            li__0LVT->li__QJXG=li__1LVT;
                          };
                        } else /* FALSE */ {
                          ((__li__IF *)li__ULXG.self)->li__QJXG=NULL;
                        };
                        li__VLXG=(__li__K)(li__HJXG +  1);
                        li__HJXG=li__VLXG;
                      };
                    };
                    li__BPPO=(__li__K)(li__BPPO +  1);
                    goto li__XZZH;
                  };
                };
              };
              /* __li__B__ __li__I__ */
if ((((void *)li__3IXG->li__QJXG != (void *)NULL) && (li__3IXG->li__QJXG->li__GZB.li__LNME ==  0))) {
                li__3IXG->li__QJXG=NULL;
              };
            };
          } break;
          case __li__ORB__: {
            li__WOXG=((__li__ORB *)li__T0DM);
            li__V0DM=NULL;
            li__5OXG= 0;
            li__APXG= 0;
            li__BPXG.__id=0;
            /* __li__B__ __li__I__ */
if ((li__AWBD != li__WOXG->li__PRB.li__221G)) {
              /* __li__B__ __li__I__ */
if ((((void *)li__WOXG->li__PRB.li__QJXG == (void *)NULL) && ((void *)li__WOXG->li__PRB.li__D0C != (void *)NULL))) {
                li__QRXG.self=li__WOXG;
                li__BPXG=li__QRXG;
                li__5OXG= 0;
                li__ESXG.self=li__WOXG;
                li__WTXG.self=li__WOXG;
                li__C0ZH:
                {
                  /* __li__B__ __li__I__ */
if ((li__5OXG <= (*(((__li__ORB *)li__ESXG.self)->li__PRB.li__D0C)).li__VBM)) {
                    li__5RXG=(li__APXG <  2);
                    li__CSXG=li__5RXG;
                  } else /* FALSE */ {
                    li__CSXG=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__CSXG) {
                    li__KSXG=((void **)(*(((__li__ZZC *)((__li__ORB *)li__WTXG.self)->li__PRB.li__D0C))).li__RBM)[li__5OXG];
                    li__V0DM=li__KSXG;
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                      li__LSXG=((__li__DZB *)li__KSXG)->li__GZB.li__FZB.li__DI1B;
                    } else /* SLOT_CODE */ {
                      li__D34I=((__li__QWEC *)li__KSXG)->li__RWEC->li__KZB;
                      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D34I)->__id==__li__IZB__) {
                        li__LSXG=((__li__IZB *)li__D34I)->li__JZB.li__DI1B;
                      } else /* ITM_SLOT_OPERATOR */ {
                        li__LSXG=((__li__4HAD *)li__D34I)->li__5HAD.li__JZB.li__DI1B;
                      };
                    };
                    /* __li__B__ __li__I__ */
if ((li__LSXG == '+')) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                        li__RSXG=li__QUKJ(((__li__DZB *)li__KSXG));
                      } else /* SLOT_CODE */ {
                        li__RSXG=li__3UKJ(((__li__QWEC *)li__KSXG));
                      };
                      li__USXG=(li__RSXG ==  0);
                    } else /* FALSE */ {
                      li__USXG=li__I__;
                    };
                    /* __li__B__ __li__I__ */
if (li__USXG) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                        li__0SXG=((__li__DZB *)li__KSXG)->li__LZB->li__SBQG;
                      } else /* SLOT_CODE */ {
                        li__0SXG=((__li__QWEC *)li__KSXG)->li__RWEC->li__SBQG;
                      };
                      /* __li__B__ __li__I__ */
if (((void *)li__0SXG != (void *)NULL)) {
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                        };
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                          li__DTXG=((__li__DZB *)li__KSXG)->li__LZB->li__SBQG;
                        } else /* SLOT_CODE */ {
                          li__DTXG=((__li__QWEC *)li__KSXG)->li__RWEC->li__SBQG;
                        };
                        li__QSKL= 0;
                        li__RSKL=(*(li__DTXG)).li__1ZB;
                        while ((li__QSKL <= li__RSKL)) {
                          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__V0DM)->__id==__li__DZB__) {
                            li__LTXG=((__li__DZB *)li__V0DM)->li__LZB->li__SBQG;
                          } else /* SLOT_CODE */ {
                            li__LTXG=((__li__QWEC *)li__V0DM)->li__RWEC->li__SBQG;
                          };
                          li__MTXG=((void **)(*(((__li__MZB *)li__LTXG))).li__GR0)[li__QSKL];
                          li__2PXG=((__li__ORB *)li__BPXG.self);
                          /* __li__B__ __li__I__ */
if ((li__MTXG->li__GZB.li__LNME >  0)) {
                            li__IQXG=li__B__;
                          } else /* FALSE */ {
                            li__EQXG=li__QXVG(((__li__DZB *)li__MTXG));
                            li__CBCL=((void *)((__li__ULSB *)li__EQXG)->li__XNKE == (void *)(&__string_34));
                            li__IQXG=li__CBCL;
                          };
                          /* __li__B__ __li__I__ */
if (li__IQXG) {
                            li__OQXG=(li__APXG ==  0);
                            li__MRXG.self=li__2PXG;
                            /* __li__B__ __li__I__ */
if (li__OQXG) {
                              li__UQXG=((__li__F0C)(((__li__5RB *)li__MTXG->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                              /* __li__B__ __li__I__ */
if (li__UQXG) {
                                li__1QXG=((__li__5RB *)li__MTXG->li__GZB.li__0RNE)->li__AEM;
                                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1QXG)->__id) {
                                case __li__IF__: {
                                  li__2QXG=((__li__IF *)li__1QXG)->li__TF->li__SEZB;
                                } break;
                                case __li__ORB__: {
                                  li__2QXG=((__li__ORB *)li__1QXG)->li__PRB.li__TF->li__SEZB;
                                } break;
                                case __li__QRB__: {
                                  li__2QXG=((__li__QRB *)li__1QXG)->li__RRB.li__TF->li__SEZB;
                                } break;
                                case __li__SRB__: {
                                  li__2QXG=(&__string_213);
                                } break;
                                case __li__URB__: {
                                  li__2QXG=((__li__URB *)li__1QXG)->li__VRB.li__TF->li__SEZB;
                                } break;
                                case __li__GSZ__: {
                                  li__2QXG=((__li__GSZ *)li__1QXG)->li__HSZ.li__TF->li__SEZB;
                                } break;
                                case __li__1RRF__: {
                                  li__WOEV=li__QLKI();
                                  li__2QXG=li__WOEV->li__SEZB;
                                } break;
                                case __li__UJSH__: {
                                  li__2QXG=li__CBMN();
                                } break;
                                };
                                li__DQTL=((void *)li__2QXG == (void *)NULL);
                                li__5QXG=li__DQTL;
                              } else /* FALSE */ {
                                li__5QXG=li__I__;
                              };
                              /* __li__B__ __li__I__ */
if (li__5QXG) {
                                li__2PXG->li__PRB.li__QJXG=li__MTXG;
                              };
                            } else /* FALSE */ {
                              ((__li__ORB *)li__MRXG.self)->li__PRB.li__QJXG=NULL;
                            };
                            li__NRXG=(__li__K)(li__APXG +  1);
                            li__APXG=li__NRXG;
                          };
                          li__QSKL=(__li__K)(li__QSKL +  1);
                        };
                      };
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KSXG)->__id==__li__DZB__) {
                        li__RTXG=li__KLYJ(((__li__DZB *)li__KSXG));
                      } else /* SLOT_CODE */ {
                        li__RTXG=li__FMYJ(((__li__QWEC *)li__KSXG));
                      };
                      li__BMVT=((__li__ORB *)li__BPXG.self);
                      li__CMVT=li__RTXG;
                      /* __li__B__ __li__I__ */
if ((li__CMVT->li__GZB.li__LNME >  0)) {
                        li__IQXG=li__B__;
                      } else /* FALSE */ {
                        li__EQXG=li__QXVG(((__li__DZB *)li__CMVT));
                        li__CBCL=((void *)((__li__ULSB *)li__EQXG)->li__XNKE == (void *)(&__string_34));
                        li__IQXG=li__CBCL;
                      };
                      /* __li__B__ __li__I__ */
if (li__IQXG) {
                        li__OQXG=(li__APXG ==  0);
                        li__MRXG.self=li__BMVT;
                        /* __li__B__ __li__I__ */
if (li__OQXG) {
                          li__UQXG=((__li__F0C)(((__li__5RB *)li__CMVT->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                          /* __li__B__ __li__I__ */
if (li__UQXG) {
                            li__1QXG=((__li__5RB *)li__CMVT->li__GZB.li__0RNE)->li__AEM;
                            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1QXG)->__id) {
                            case __li__IF__: {
                              li__2QXG=((__li__IF *)li__1QXG)->li__TF->li__SEZB;
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                            case __li__ORB__: {
                              li__2QXG=((__li__ORB *)li__1QXG)->li__PRB.li__TF->li__SEZB;
                            } break;
                            case __li__QRB__: {
                              li__2QXG=((__li__QRB *)li__1QXG)->li__RRB.li__TF->li__SEZB;
                            } break;
                            case __li__SRB__: {
                              li__2QXG=(&__string_213);
                            } break;
                            case __li__URB__: {
                              li__2QXG=((__li__URB *)li__1QXG)->li__VRB.li__TF->li__SEZB;
                            } break;
                            case __li__GSZ__: {
                              li__2QXG=((__li__GSZ *)li__1QXG)->li__HSZ.li__TF->li__SEZB;
                            } break;
                            case __li__1RRF__: {
                              li__LNEV=li__QLKI();
                              li__2QXG=li__LNEV->li__SEZB;
                            } break;
                            case __li__UJSH__: {
                              li__2QXG=li__CBMN();
                            } break;
                            };
                            li__DQTL=((void *)li__2QXG == (void *)NULL);
                            li__5QXG=li__DQTL;
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                            li__5QXG=li__I__;
                          };
                          /* __li__B__ __li__I__ */
if (li__5QXG) {
                            li__BMVT->li__PRB.li__QJXG=li__CMVT;
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                        } else /* FALSE */ {
                          ((__li__ORB *)li__MRXG.self)->li__PRB.li__QJXG=NULL;
                        };
                        li__NRXG=(__li__K)(li__APXG +  1);
                        li__APXG=li__NRXG;
                      };
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                    li__5OXG=(__li__K)(li__5OXG +  1);
                    goto li__C0ZH;
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                };
              };
              /* __li__B__ __li__I__ */
if ((((void *)li__WOXG->li__PRB.li__QJXG != (void *)NULL) && (li__WOXG->li__PRB.li__QJXG->li__GZB.li__LNME ==  0))) {
                li__WOXG->li__PRB.li__QJXG=NULL;
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            };
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          case __li__QRB__: {
            li__OUXG=((__li__QRB *)li__T0DM);
            li__WUXG=NULL;
            li__XUXG= 0;
            li__YUXG= 0;
            li__ZUXG.__id=0;
            /* __li__B__ __li__I__ */
if ((li__AWBD != li__OUXG->li__RRB.li__221G)) {
              /* __li__B__ __li__I__ */
if ((((void *)li__OUXG->li__RRB.li__QJXG == (void *)NULL) && ((void *)li__OUXG->li__RRB.li__D0C != (void *)NULL))) {
                li__IXXG.self=li__OUXG;
                li__ZUXG=li__IXXG;
                li__XUXG= 0;
                li__2XXG.self=li__OUXG;
                li__OZXG.self=li__OUXG;
                li__O0ZH:
                {
                  /* __li__B__ __li__I__ */
if ((li__XUXG <= (*(((__li__QRB *)li__2XXG.self)->li__RRB.li__D0C)).li__VBM)) {
                    li__XXXG=(li__YUXG <  2);
                    li__0XXG=li__XXXG;
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                    li__0XXG=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__0XXG) {
                    li__CYXG=((void **)(*(((__li__ZZC *)((__li__QRB *)li__OZXG.self)->li__RRB.li__D0C))).li__RBM)[li__XUXG];
                    li__WUXG=li__CYXG;
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
                      li__DYXG=((__li__DZB *)li__CYXG)->li__GZB.li__FZB.li__DI1B;
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                      li__Z34I=((__li__QWEC *)li__CYXG)->li__RWEC->li__KZB;
                      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z34I)->__id==__li__IZB__) {
                        li__DYXG=((__li__IZB *)li__Z34I)->li__JZB.li__DI1B;
                      } else /* ITM_SLOT_OPERATOR */ {
                        li__DYXG=((__li__4HAD *)li__Z34I)->li__5HAD.li__JZB.li__DI1B;
                      };
                    };
                    /* __li__B__ __li__I__ */
if ((li__DYXG == '+')) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
                        li__JYXG=li__QUKJ(((__li__DZB *)li__CYXG));
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                        li__JYXG=li__3UKJ(((__li__QWEC *)li__CYXG));
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                      li__MYXG=(li__JYXG ==  0);
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                      li__MYXG=li__I__;
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                    /* __li__B__ __li__I__ */
if (li__MYXG) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
                        li__SYXG=((__li__DZB *)li__CYXG)->li__LZB->li__SBQG;
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                        li__SYXG=((__li__QWEC *)li__CYXG)->li__RWEC->li__SBQG;
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                      /* __li__B__ __li__I__ */
if (((void *)li__SYXG != (void *)NULL)) {
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
                        };
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
                          li__1YXG=((__li__DZB *)li__CYXG)->li__LZB->li__SBQG;
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                          li__1YXG=((__li__QWEC *)li__CYXG)->li__RWEC->li__SBQG;
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                        li__ETKL= 0;
                        li__FTKL=(*(li__1YXG)).li__1ZB;
                        while ((li__ETKL <= li__FTKL)) {
                          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WUXG)->__id==__li__DZB__) {
                            li__DZXG=((__li__DZB *)li__WUXG)->li__LZB->li__SBQG;
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                            li__DZXG=((__li__QWEC *)li__WUXG)->li__RWEC->li__SBQG;
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                          li__EZXG=((void **)(*(((__li__MZB *)li__DZXG))).li__GR0)[li__ETKL];
                          li__UVXG=((__li__QRB *)li__ZUXG.self);
                          /* __li__B__ __li__I__ */
if ((li__EZXG->li__GZB.li__LNME >  0)) {
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                            li__2VXG=li__QXVG(((__li__DZB *)li__EZXG));
                            li__SBCL=((void *)((__li__ULSB *)li__2VXG)->li__XNKE == (void *)(&__string_34));
                            li__AWXG=li__SBCL;
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                          /* __li__B__ __li__I__ */
if (li__AWXG) {
                            li__GWXG=(li__YUXG ==  0);
                            li__EXXG.self=li__UVXG;
                            /* __li__B__ __li__I__ */
if (li__GWXG) {
                              li__MWXG=((__li__F0C)(((__li__5RB *)li__EZXG->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                              /* __li__B__ __li__I__ */
if (li__MWXG) {
                                li__TWXG=((__li__5RB *)li__EZXG->li__GZB.li__0RNE)->li__AEM;
                                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TWXG)->__id) {
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                                  li__UWXG=((__li__IF *)li__TWXG)->li__TF->li__SEZB;
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                                case __li__ORB__: {
                                  li__UWXG=((__li__ORB *)li__TWXG)->li__PRB.li__TF->li__SEZB;
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                                case __li__QRB__: {
                                  li__UWXG=((__li__QRB *)li__TWXG)->li__RRB.li__TF->li__SEZB;
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                                case __li__SRB__: {
                                  li__UWXG=(&__string_213);
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                                case __li__URB__: {
                                  li__UWXG=((__li__URB *)li__TWXG)->li__VRB.li__TF->li__SEZB;
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                                case __li__GSZ__: {
                                  li__UWXG=((__li__GSZ *)li__TWXG)->li__HSZ.li__TF->li__SEZB;
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                                case __li__1RRF__: {
                                  li__WOEV=li__QLKI();
                                  li__UWXG=li__WOEV->li__SEZB;
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                                case __li__UJSH__: {
                                  li__UWXG=li__CBMN();
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                                li__UQTL=((void *)li__UWXG == (void *)NULL);
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                                li__XWXG=li__I__;
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                              /* __li__B__ __li__I__ */
if (li__XWXG) {
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                              ((__li__QRB *)li__EXXG.self)->li__RRB.li__QJXG=NULL;
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                            li__FXXG=(__li__K)(li__YUXG +  1);
                            li__YUXG=li__FXXG;
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                          li__ETKL=(__li__K)(li__ETKL +  1);
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                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CYXG)->__id==__li__DZB__) {
                        li__JZXG=li__KLYJ(((__li__DZB *)li__CYXG));
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                        li__JZXG=li__FMYJ(((__li__QWEC *)li__CYXG));
                      };
                      li__IMVT=((__li__QRB *)li__ZUXG.self);
                      li__JMVT=li__JZXG;
                      /* __li__B__ __li__I__ */
if ((li__JMVT->li__GZB.li__LNME >  0)) {
                        li__AWXG=li__B__;
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                        li__2VXG=li__QXVG(((__li__DZB *)li__JMVT));
                        li__SBCL=((void *)((__li__ULSB *)li__2VXG)->li__XNKE == (void *)(&__string_34));
                        li__AWXG=li__SBCL;
                      };
                      /* __li__B__ __li__I__ */
if (li__AWXG) {
                        li__GWXG=(li__YUXG ==  0);
                        li__EXXG.self=li__IMVT;
                        /* __li__B__ __li__I__ */
if (li__GWXG) {
                          li__MWXG=((__li__F0C)(((__li__5RB *)li__JMVT->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                          /* __li__B__ __li__I__ */
if (li__MWXG) {
                            li__TWXG=((__li__5RB *)li__JMVT->li__GZB.li__0RNE)->li__AEM;
                            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TWXG)->__id) {
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                            case __li__ORB__: {
                              li__UWXG=((__li__ORB *)li__TWXG)->li__PRB.li__TF->li__SEZB;
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                            case __li__QRB__: {
                              li__UWXG=((__li__QRB *)li__TWXG)->li__RRB.li__TF->li__SEZB;
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                            case __li__SRB__: {
                              li__UWXG=(&__string_213);
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                            case __li__URB__: {
                              li__UWXG=((__li__URB *)li__TWXG)->li__VRB.li__TF->li__SEZB;
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                            case __li__GSZ__: {
                              li__UWXG=((__li__GSZ *)li__TWXG)->li__HSZ.li__TF->li__SEZB;
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                            case __li__1RRF__: {
                              li__LNEV=li__QLKI();
                              li__UWXG=li__LNEV->li__SEZB;
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                            case __li__UJSH__: {
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                            li__UQTL=((void *)li__UWXG == (void *)NULL);
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                            li__XWXG=li__I__;
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                          /* __li__B__ __li__I__ */
if (li__XWXG) {
                            li__IMVT->li__RRB.li__QJXG=li__JMVT;
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                          ((__li__QRB *)li__EXXG.self)->li__RRB.li__QJXG=NULL;
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                        li__FXXG=(__li__K)(li__YUXG +  1);
                        li__YUXG=li__FXXG;
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                    };
                    li__XUXG=(__li__K)(li__XUXG +  1);
                    goto li__O0ZH;
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                };
              };
              /* __li__B__ __li__I__ */
if ((((void *)li__OUXG->li__RRB.li__QJXG != (void *)NULL) && (li__OUXG->li__RRB.li__QJXG->li__GZB.li__LNME ==  0))) {
                li__OUXG->li__RRB.li__QJXG=NULL;
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            };
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          case __li__SRB__: {
            li__G0XG=((__li__SRB *)li__T0DM);
            li__O0XG=NULL;
            li__P0XG= 0;
            li__Q0XG= 0;
            li__R0XG.__id=0;
            /* __li__B__ __li__I__ */
if ((li__AWBD != li__G0XG->li__TRB.li__221G)) {
              /* __li__B__ __li__I__ */
if ((((void *)li__G0XG->li__TRB.li__QJXG == (void *)NULL) && ((void *)li__G0XG->li__TRB.li__D0C != (void *)NULL))) {
                li__A3XG.self=li__G0XG;
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                li__P0XG= 0;
                li__U3XG.self=li__G0XG;
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                {
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if ((li__P0XG <= (*(((__li__SRB *)li__U3XG.self)->li__TRB.li__D0C)).li__VBM)) {
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                  /* __li__B__ __li__I__ */
if (li__S3XG) {
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if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
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if (((struct ___OBJ *)li__P44I)->__id==__li__IZB__) {
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                        li__13XG=((__li__4HAD *)li__P44I)->li__5HAD.li__JZB.li__DI1B;
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                    /* __li__B__ __li__I__ */
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                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
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                    /* __li__B__ __li__I__ */
if (li__E4XG) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
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                        li__K4XG=((__li__QWEC *)li__03XG)->li__RWEC->li__SBQG;
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                      /* __li__B__ __li__I__ */
if (((void *)li__K4XG != (void *)NULL)) {
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
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                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
                          li__T4XG=((__li__DZB *)li__03XG)->li__LZB->li__SBQG;
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                        li__YTKL= 0;
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                          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__O0XG)->__id==__li__DZB__) {
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                          li__24XG=((void **)(*(((__li__MZB *)li__14XG))).li__GR0)[li__YTKL];
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if ((li__24XG->li__GZB.li__LNME >  0)) {
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                            li__U1XG=li__QXVG(((__li__DZB *)li__24XG));
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if (li__41XG) {
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if (li__E2XG) {
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switch (((struct ___OBJ *)li__L2XG)->__id) {
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                                case __li__ORB__: {
                                  li__M2XG=((__li__ORB *)li__L2XG)->li__PRB.li__TF->li__SEZB;
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                                case __li__QRB__: {
                                  li__M2XG=((__li__QRB *)li__L2XG)->li__RRB.li__TF->li__SEZB;
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                                case __li__SRB__: {
                                  li__M2XG=(&__string_213);
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                                case __li__URB__: {
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                                case __li__GSZ__: {
                                  li__M2XG=((__li__GSZ *)li__L2XG)->li__HSZ.li__TF->li__SEZB;
                                } break;
                                case __li__1RRF__: {
                                  li__WOEV=li__QLKI();
                                  li__M2XG=li__WOEV->li__SEZB;
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                                case __li__UJSH__: {
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                                li__FRTL=((void *)li__M2XG == (void *)NULL);
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                                li__P2XG=li__I__;
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                              /* __li__B__ __li__I__ */
if (li__P2XG) {
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                              ((__li__SRB *)li__22XG.self)->li__TRB.li__QJXG=NULL;
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                            li__32XG=(__li__K)(li__Q0XG +  1);
                            li__Q0XG=li__32XG;
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                          li__YTKL=(__li__K)(li__YTKL +  1);
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                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__03XG)->__id==__li__DZB__) {
                        li__B5XG=li__KLYJ(((__li__DZB *)li__03XG));
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                        li__B5XG=li__FMYJ(((__li__QWEC *)li__03XG));
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                      li__PMVT=((__li__SRB *)li__R0XG.self);
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if ((li__QMVT->li__GZB.li__LNME >  0)) {
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                        li__U1XG=li__QXVG(((__li__DZB *)li__QMVT));
                        li__CCCL=((void *)((__li__ULSB *)li__U1XG)->li__XNKE == (void *)(&__string_34));
                        li__Y1XG=li__CCCL;
                      };
                      /* __li__B__ __li__I__ */
if (li__Y1XG) {
                        li__41XG=(li__Q0XG ==  0);
                        li__22XG.self=li__PMVT;
                        /* __li__B__ __li__I__ */
if (li__41XG) {
                          li__E2XG=((__li__F0C)(((__li__5RB *)li__QMVT->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                          /* __li__B__ __li__I__ */
if (li__E2XG) {
                            li__L2XG=((__li__5RB *)li__QMVT->li__GZB.li__0RNE)->li__AEM;
                            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__L2XG)->__id) {
                            case __li__IF__: {
                              li__M2XG=((__li__IF *)li__L2XG)->li__TF->li__SEZB;
                            } break;
                            case __li__ORB__: {
                              li__M2XG=((__li__ORB *)li__L2XG)->li__PRB.li__TF->li__SEZB;
                            } break;
                            case __li__QRB__: {
                              li__M2XG=((__li__QRB *)li__L2XG)->li__RRB.li__TF->li__SEZB;
                            } break;
                            case __li__SRB__: {
                              li__M2XG=(&__string_213);
                            } break;
                            case __li__URB__: {
                              li__M2XG=((__li__URB *)li__L2XG)->li__VRB.li__TF->li__SEZB;
                            } break;
                            case __li__GSZ__: {
                              li__M2XG=((__li__GSZ *)li__L2XG)->li__HSZ.li__TF->li__SEZB;
                            } break;
                            case __li__1RRF__: {
                              li__LNEV=li__QLKI();
                              li__M2XG=li__LNEV->li__SEZB;
                            } break;
                            case __li__UJSH__: {
                              li__M2XG=li__CBMN();
                            } break;
                            };
                            li__FRTL=((void *)li__M2XG == (void *)NULL);
                            li__P2XG=li__FRTL;
                          } else /* FALSE */ {
                            li__P2XG=li__I__;
                          };
                          /* __li__B__ __li__I__ */
if (li__P2XG) {
                            li__PMVT->li__TRB.li__QJXG=li__QMVT;
                          };
                        } else /* FALSE */ {
                          ((__li__SRB *)li__22XG.self)->li__TRB.li__QJXG=NULL;
                        };
                        li__32XG=(__li__K)(li__Q0XG +  1);
                        li__Q0XG=li__32XG;
                      };
                    };
                    li__P0XG=(__li__K)(li__P0XG +  1);
                    goto li__00ZH;
                  };
                };
              };
              /* __li__B__ __li__I__ */
if ((((void *)li__G0XG->li__TRB.li__QJXG != (void *)NULL) && (li__G0XG->li__TRB.li__QJXG->li__GZB.li__LNME ==  0))) {
                li__G0XG->li__TRB.li__QJXG=NULL;
              };
            };
          } break;
          };
          li__3H2F=(__li__K)(li__3H2F +  1);
        };
        li__JIDG=((__li__SKGB *)li__0KGB)->li__GSDD;
        li__FI2F= 1;
        while ((li__FI2F <= li__JIDG)) {
          li__VMOF=((__li__SKGB *)li__0KGB);
          li__MHPF(li__VMOF,li__FI2F);
          li__55XG=((__li__GSZ *)li__VMOF->li__5MOF->li__U3CD);
          li__P2DM=NULL;
          li__UZDM= 0;
          li__QOPO= 0;
          li__KAYG.__id=0;
          /* __li__B__ __li__I__ */
if ((li__AWBD != li__55XG->li__HSZ.li__221G)) {
            /* __li__B__ __li__I__ */
if ((((void *)li__55XG->li__HSZ.li__QJXG == (void *)NULL) && ((void *)li__55XG->li__HSZ.li__D0C != (void *)NULL))) {
              li__ZCYG.self=li__55XG;
              li__KAYG=li__ZCYG;
              li__UZDM= 0;
              li__NDYG.self=li__55XG;
              li__5EYG.self=li__55XG;
              li__G1ZH:
              {
                /* __li__B__ __li__I__ */
if ((li__UZDM <= (*(((__li__GSZ *)li__NDYG.self)->li__HSZ.li__D0C)).li__VBM)) {
                  li__IDYG=(li__QOPO <  2);
                  li__LDYG=li__IDYG;
                } else /* FALSE */ {
                  li__LDYG=li__I__;
                };
                /* __li__B__ __li__I__ */
if (li__LDYG) {
                  li__TDYG=((void **)(*(((__li__ZZC *)((__li__GSZ *)li__5EYG.self)->li__HSZ.li__D0C))).li__RBM)[li__UZDM];
                  li__P2DM=li__TDYG;
                  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                    li__UDYG=((__li__DZB *)li__TDYG)->li__GZB.li__FZB.li__DI1B;
                  } else /* SLOT_CODE */ {
                    li__F54I=((__li__QWEC *)li__TDYG)->li__RWEC->li__KZB;
                    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__F54I)->__id==__li__IZB__) {
                      li__UDYG=((__li__IZB *)li__F54I)->li__JZB.li__DI1B;
                    } else /* ITM_SLOT_OPERATOR */ {
                      li__UDYG=((__li__4HAD *)li__F54I)->li__5HAD.li__JZB.li__DI1B;
                    };
                  };
                  /* __li__B__ __li__I__ */
if ((li__UDYG == '+')) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                      li__0DYG=li__QUKJ(((__li__DZB *)li__TDYG));
                    } else /* SLOT_CODE */ {
                      li__0DYG=li__3UKJ(((__li__QWEC *)li__TDYG));
                    };
                    li__3DYG=(li__0DYG ==  0);
                  } else /* FALSE */ {
                    li__3DYG=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__3DYG) {
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                      li__DEYG=((__li__DZB *)li__TDYG)->li__LZB->li__SBQG;
                    } else /* SLOT_CODE */ {
                      li__DEYG=((__li__QWEC *)li__TDYG)->li__RWEC->li__SBQG;
                    };
                    /* __li__B__ __li__I__ */
if (((void *)li__DEYG != (void *)NULL)) {
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                      };
                      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                        li__MEYG=((__li__DZB *)li__TDYG)->li__LZB->li__SBQG;
                      } else /* SLOT_CODE */ {
                        li__MEYG=((__li__QWEC *)li__TDYG)->li__RWEC->li__SBQG;
                      };
                      li__MUKL= 0;
                      li__NUKL=(*(li__MEYG)).li__1ZB;
                      while ((li__MUKL <= li__NUKL)) {
                        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__P2DM)->__id==__li__DZB__) {
                          li__UEYG=((__li__DZB *)li__P2DM)->li__LZB->li__SBQG;
                        } else /* SLOT_CODE */ {
                          li__UEYG=((__li__QWEC *)li__P2DM)->li__RWEC->li__SBQG;
                        };
                        li__VEYG=((void **)(*(((__li__MZB *)li__UEYG))).li__GR0)[li__MUKL];
                        li__FBYG=((__li__GSZ *)li__KAYG.self);
                        /* __li__B__ __li__I__ */
if ((li__VEYG->li__GZB.li__LNME >  0)) {
                          li__RBYG=li__B__;
                        } else /* FALSE */ {
                          li__NBYG=li__QXVG(((__li__DZB *)li__VEYG));
                          li__SCCL=((void *)((__li__ULSB *)li__NBYG)->li__XNKE == (void *)(&__string_34));
                          li__RBYG=li__SCCL;
                        };
                        /* __li__B__ __li__I__ */
if (li__RBYG) {
                          li__XBYG=(li__QOPO ==  0);
                          li__VCYG.self=li__FBYG;
                          /* __li__B__ __li__I__ */
if (li__XBYG) {
                            li__3BYG=((__li__F0C)(((__li__5RB *)li__VEYG->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                            /* __li__B__ __li__I__ */
if (li__3BYG) {
                              li__ECYG=((__li__5RB *)li__VEYG->li__GZB.li__0RNE)->li__AEM;
                              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ECYG)->__id) {
                              case __li__IF__: {
                                li__FCYG=((__li__IF *)li__ECYG)->li__TF->li__SEZB;
                              } break;
                              case __li__ORB__: {
                                li__FCYG=((__li__ORB *)li__ECYG)->li__PRB.li__TF->li__SEZB;
                              } break;
                              case __li__QRB__: {
                                li__FCYG=((__li__QRB *)li__ECYG)->li__RRB.li__TF->li__SEZB;
                              } break;
                              case __li__SRB__: {
                                li__FCYG=(&__string_213);
                              } break;
                              case __li__URB__: {
                                li__FCYG=((__li__URB *)li__ECYG)->li__VRB.li__TF->li__SEZB;
                              } break;
                              case __li__GSZ__: {
                                li__FCYG=((__li__GSZ *)li__ECYG)->li__HSZ.li__TF->li__SEZB;
                              } break;
                              case __li__1RRF__: {
                                li__WOEV=li__QLKI();
                                li__FCYG=li__WOEV->li__SEZB;
                              } break;
                              case __li__UJSH__: {
                                li__FCYG=li__CBMN();
                              } break;
                              };
                              li__WRTL=((void *)li__FCYG == (void *)NULL);
                              li__ICYG=li__WRTL;
                            } else /* FALSE */ {
                              li__ICYG=li__I__;
                            };
                            /* __li__B__ __li__I__ */
if (li__ICYG) {
                              li__FBYG->li__HSZ.li__QJXG=li__VEYG;
                            };
                          } else /* FALSE */ {
                            ((__li__GSZ *)li__VCYG.self)->li__HSZ.li__QJXG=NULL;
                          };
                          li__WCYG=(__li__K)(li__QOPO +  1);
                          li__QOPO=li__WCYG;
                        };
                        li__MUKL=(__li__K)(li__MUKL +  1);
                      };
                    };
                    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TDYG)->__id==__li__DZB__) {
                      li__0EYG=li__KLYJ(((__li__DZB *)li__TDYG));
                    } else /* SLOT_CODE */ {
                      li__0EYG=li__FMYJ(((__li__QWEC *)li__TDYG));
                    };
                    li__CNVT=((__li__GSZ *)li__KAYG.self);
                    li__DNVT=li__0EYG;
                    /* __li__B__ __li__I__ */
if ((li__DNVT->li__GZB.li__LNME >  0)) {
                      li__RBYG=li__B__;
                    } else /* FALSE */ {
                      li__NBYG=li__QXVG(((__li__DZB *)li__DNVT));
                      li__SCCL=((void *)((__li__ULSB *)li__NBYG)->li__XNKE == (void *)(&__string_34));
                      li__RBYG=li__SCCL;
                    };
                    /* __li__B__ __li__I__ */
if (li__RBYG) {
                      li__XBYG=(li__QOPO ==  0);
                      li__VCYG.self=li__CNVT;
                      /* __li__B__ __li__I__ */
if (li__XBYG) {
                        li__3BYG=((__li__F0C)(((__li__5RB *)li__DNVT->li__GZB.li__0RNE)->li__BEM &  1) !=  0);
                        /* __li__B__ __li__I__ */
if (li__3BYG) {
                          li__ECYG=((__li__5RB *)li__DNVT->li__GZB.li__0RNE)->li__AEM;
                          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ECYG)->__id) {
                          case __li__IF__: {
                            li__FCYG=((__li__IF *)li__ECYG)->li__TF->li__SEZB;
                          } break;
                          case __li__ORB__: {
                            li__FCYG=((__li__ORB *)li__ECYG)->li__PRB.li__TF->li__SEZB;
                          } break;
                          case __li__QRB__: {
                            li__FCYG=((__li__QRB *)li__ECYG)->li__RRB.li__TF->li__SEZB;
                          } break;
                          case __li__SRB__: {
                            li__FCYG=(&__string_213);
                          } break;
                          case __li__URB__: {
                            li__FCYG=((__li__URB *)li__ECYG)->li__VRB.li__TF->li__SEZB;
                          } break;
                          case __li__GSZ__: {
                            li__FCYG=((__li__GSZ *)li__ECYG)->li__HSZ.li__TF->li__SEZB;
                          } break;
                          case __li__1RRF__: {
                            li__LNEV=li__QLKI();
                            li__FCYG=li__LNEV->li__SEZB;
                          } break;
                          case __li__UJSH__: {
                            li__FCYG=li__CBMN();
                          } break;
                          };
                          li__WRTL=((void *)li__FCYG == (void *)NULL);
                          li__ICYG=li__WRTL;
                        } else /* FALSE */ {
                          li__ICYG=li__I__;
                        };
                        /* __li__B__ __li__I__ */
if (li__ICYG) {
                          li__CNVT->li__HSZ.li__QJXG=li__DNVT;
                        };
                      } else /* FALSE */ {
                        ((__li__GSZ *)li__VCYG.self)->li__HSZ.li__QJXG=NULL;
                      };
                      li__WCYG=(__li__K)(li__QOPO +  1);
                      li__QOPO=li__WCYG;
                    };
                  };
                  li__UZDM=(__li__K)(li__UZDM +  1);
                  goto li__G1ZH;
                };
              };
            };
            /* __li__B__ __li__I__ */
if ((((void *)li__55XG->li__HSZ.li__QJXG != (void *)NULL) && (li__55XG->li__HSZ.li__QJXG->li__GZB.li__LNME ==  0))) {
              li__55XG->li__HSZ.li__QJXG=NULL;
            };
          };
          li__FI2F=(__li__K)(li__FI2F +  1);
        };
        /* __li__B__ __li__I__ */
if (li__KYBD) {
          li__MWBD=(__li__K)(li__MWBD +  1);
        };
        /* __li__B__ __li__I__ */
if ((li__MWBD !=  0)) {
          li__JEXG=li__B__;
        };
      } while ((li__MWBD !=  0));
    };
  } while (li__JEXG);
  /* __li__B__ __li__I__ */
if ((! li__0N)) {
    li__M5F((&__string_206));
    li__0UTH=(__li__K)(li__AWBD - li__NTG);
    ((__li__BC *)li__WNI)->li__NK= 0;
    li__B0E(li__0UTH,li__WNI);
    li__KAG(li__WNI);
    li__M5F((&__string_207));
  };
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__NNME=((__li__KI *)li__OI);
    li__LCB=li__IFC( 250);
    li__53SE(li__NNME,li__LCB);
    li__C30(((__li__BC *)li__LCB));
    fputc((int)('\n'),stdout);
    li__ITUD();
  };
  li__1PF((&__string_214),li__T32G);
  li__JAZ(((__li__BC *)li__T32G),(&__string_215));
  li__1PF((&__string_216),li__2BH);
  li__1PF((&__string_217),li__ACH);
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__JAZ(((__li__BC *)li__ACH),(&__string_218));
    li__JAZ(((__li__BC *)li__ACH),(&__string_219));
    li__JAZ(((__li__BC *)li__ACH),(&__string_220));
  };
  li__JAZ(((__li__BC *)li__ACH),(&__string_221));
  li__NTG= 0;
  li__MKT=(*(li__JLM)).li__GM;
  while ((li__NTG <= li__MKT)) {
    li__EI2F=((void **)(*(((__li__XL *)li__AM))).li__SO0)[li__NTG];
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__EI2F)->__id==__li__1M__) {
      li__2Y0L=((__li__1M *)li__EI2F);
      /* __li__B__ __li__I__ */
if ((li__2Y0L->li__2M.li__LJBK !=  0)) {
        li__BWPM(li__2Y0L,li__ACH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_222));
      };
      /* __li__B__ __li__I__ */
if ((li__2Y0L->li__2M.li__AH0L !=  0)) {
        li__XH2F=li__004I(&(li__2Y0L->li__2M.li__D2OI));
        li__WUVE=((__li__K)(li__XH2F +  1) ==  0);
      } else /* FALSE */ {
        li__WUVE=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__WUVE) {
        li__JAZ(((__li__BC *)li__ACH),(&__string_223));
        li__JAZ(((__li__BC *)li__ACH),li__2Y0L->li__2M.li__NZFD);
        li__JAZ(((__li__BC *)li__ACH),(&__string_224));
        li__JAZ(((__li__BC *)li__ACH),(&__string_222));
      };
    } else /* PROFIL_BLOCK */ {
      li__PCRO=((__li__UJSH *)((__li__1M *)li__EI2F));
      /* __li__B__ __li__I__ */
if ((li__PCRO->li__VJSH.li__LJBK !=  0)) {
        li__2YPM(li__PCRO,li__ACH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_222));
      };
      /* __li__B__ __li__I__ */
if ((li__PCRO->li__VJSH.li__AH0L !=  0)) {
        li__XH2F=li__004I(&(li__PCRO->li__VJSH.li__D2OI));
        li__WUVE=((__li__K)(li__XH2F +  1) ==  0);
      } else /* FALSE */ {
        li__WUVE=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__WUVE) {
        li__JAZ(((__li__BC *)li__ACH),(&__string_223));
        li__JAZ(((__li__BC *)li__ACH),li__PCRO->li__VJSH.li__NZFD);
        li__JAZ(((__li__BC *)li__ACH),(&__string_224));
        li__JAZ(((__li__BC *)li__ACH),(&__string_222));
      };
    };
    li__NTG=(__li__K)(li__NTG +  1);
  };
  li__1PF((&__string_225),li__ACH);
  /* __li__B__ __li__I__ */
if (li__IH) {
    li__JAZ(((__li__BC *)li__ACH),(&__string_226));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__ACH),(&__string_227));
  };
  li__JAZ(((__li__BC *)li__ACH),(&__string_228));
  li__JAZ(((__li__BC *)li__G4XL),(&__string_192));
  li__JI=NULL;
  li__T0IE(((__li__KI *)li__OI),li__ACH);
  li__JAZ(((__li__BC *)li__ACH),(&__string_229));
  li__WBZ(((__li__BC *)li__G4XL), 2);
  li__1CZ(((__li__BC *)li__ACH),li__G4XL);
  li__JAZ(((__li__BC *)li__ACH),(&__string_230));
  li__NTG= 0;
  li__MKT=(*(li__JLM)).li__GM;
  while ((li__NTG <= li__MKT)) {
    li__EI2F=((void **)(*(((__li__XL *)li__AM))).li__SO0)[li__NTG];
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__EI2F)->__id==__li__1M__) {
      li__2Y0L=((__li__1M *)li__EI2F);
      li__VI0L=NULL;
      li__QXDM=NULL;
      li__XLEV=NULL;
      li__XH2F= 0;
      li__3H2F= 0;
      li__VIEV=NULL;
      /* __li__B__ __li__I__ */
if (((__li__QJG)(li__2Y0L->li__2M.li__LIBK &  2) !=  0)) {
        li__WP=(__li__K)(li__WP +  1);
      };
      li__ZP=(__li__K)(li__ZP +  1);
      li__JI=li__2Y0L;
      /* __li__B__ __li__I__ */
if ((li__2Y0L->li__2M.li__LJBK !=  0)) {
        li__WUVE=li__B__;
      } else /* FALSE */ {
        li__JIDG=li__004I(&(li__2Y0L->li__2M.li__D2OI));
        li__WUVE=((__li__K)(li__JIDG +  1) !=  0);
      };
      /* __li__B__ __li__I__ */
if (li__WUVE) {
        /* __li__B__ __li__I__ */
if ((li__2Y0L->li__2M.li__AH0L !=  0)) {
          li__0I2F=li__004I(&(li__2Y0L->li__2M.li__D2OI));
          li__DXVE=((__li__K)(li__0I2F +  1) ==  0);
        } else /* FALSE */ {
          li__DXVE=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__DXVE) {
          li__KBG((&__string_231));
          fputc((int)('\n'),stdout);
          exit(( 1));
          li__SRX(((__li__BC *)li__ACH),'\n');
          li__JAZ(((__li__BC *)li__ACH),(&__string_223));
          li__JAZ(((__li__BC *)li__ACH),li__2Y0L->li__2M.li__NZFD);
          li__JAZ(((__li__BC *)li__ACH),(&__string_224));
          li__JAZ(((__li__BC *)li__ACH),(&__string_232));
          li__JAZ(((__li__BC *)li__ACH),(&__string_233));
          li__JAZ(((__li__BC *)li__ACH),(&__string_234));
          li__JAZ(((__li__BC *)li__ACH),li__2Y0L->li__2M.li__NZFD);
          li__JAZ(((__li__BC *)li__ACH),(&__string_235));
          li__JAZ(((__li__BC *)li__ACH),(&__string_236));
        };
        li__SRX(((__li__BC *)li__ACH),'\n');
        li__BWPM(li__2Y0L,li__ACH);
        li__SRX(((__li__BC *)li__ACH),'\n');
        li__C0PM(li__2Y0L,li__ACH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_228));
        li__JAZ(((__li__BC *)li__G4XL),(&__string_192));
        li__T0IE(((__li__KI *)li__2Y0L->li__2M.li__1ZOI),li__ACH);
        /* __li__B__ __li__I__ */
if (((void *)li__2Y0L->li__2M.li__D2OI.li__TBSI != (void *)NULL)) {
          li__VI0L=li__2Y0L->li__2M.li__D2OI.li__TBSI;
          li__1CZ(((__li__BC *)li__ACH),li__G4XL);
          li__JAZ(((__li__BC *)li__ACH),(&__string_237));
          li__QXDM=li__VI0L->li__WTBD.li__0RNE;
          /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__QXDM)->li__BEM &  1) !=  0) && (! ((__li__F0C)(((__li__5RB *)li__QXDM)->li__BEM &  16) !=  0)))) {
            li__YCRO=li__FTDF(((__li__5RB *)li__QXDM));
            li__HMXG=(! li__YCRO);
          } else /* FALSE */ {
            li__HMXG=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__HMXG) {
            li__SRX(((__li__BC *)li__ACH),'&');
          };
          /* __li__B__ __li__I__ */
if (((void *)li__VI0L->li__ANQI == (void *)NULL)) {
            li__VIEV=li__VI0L->li__WTBD.li__GRNE;
          } else /* FALSE */ {
            li__VIEV=li__VI0L->li__ANQI->li__WTBD.li__GRNE;
          };
          li__JAZ(((__li__BC *)li__ACH),li__VIEV);
          li__JAZ(((__li__BC *)li__ACH),(&__string_238));
        };
        li__WBZ(((__li__BC *)li__G4XL), 2);
        li__1CZ(((__li__BC *)li__ACH),li__G4XL);
        li__JAZ(((__li__BC *)li__ACH),(&__string_239));
      } else /* FALSE */ {
        li__SRX(((__li__BC *)li__ACH),'\n');
        li__JAZ(((__li__BC *)li__ACH),(&__string_223));
        li__JAZ(((__li__BC *)li__ACH),li__2Y0L->li__2M.li__NZFD);
        li__JAZ(((__li__BC *)li__ACH),(&__string_224));
        li__SRX(((__li__BC *)li__ACH),'\n');
        li__C0PM(li__2Y0L,li__ACH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_228));
        li__JAZ(((__li__BC *)li__G4XL),(&__string_192));
        li__VQQU=(__li__K)((*(((__li__Z0IE *)li__2Y0L->li__2M.li__PRSH))).li__4BPE +  1);
        /* __li__B__ __li__I__ */
if ((li__VQQU >  0)) {
          li__1CZ(((__li__BC *)li__ACH),li__G4XL);
          li__2QEV=((void **)(*(((__li__Z0IE *)li__2Y0L->li__2M.li__PRSH))).li__WWWG)[ 0];
          /* __li__B__ __li__I__ */
if ((((void *)li__2QEV != (void *)NULL) && ((void *)li__2QEV->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66)))) {
            li__S5HN(li__2QEV,li__I__,li__ACH);
            li__SRX(((__li__BC *)li__ACH),'=');
            li__QYNO(li__2Y0L,li__ACH);
            li__JAZ(((__li__BC *)li__ACH),(&__string_240));
            li__3H2F= 1;
          };
        };
        li__XQQU=(__li__K)((*(((__li__Z0IE *)li__2Y0L->li__2M.li__PRSH))).li__4BPE +  1);
        /* __li__B__ __li__I__ */
if (((__li__K)(li__XQQU - li__3H2F) >  0)) {
          li__0I2F=(*(li__2Y0L->li__2M.li__PRSH)).li__4BPE;
          li__TZDM=li__3H2F;
          while ((li__TZDM <= li__0I2F)) {
            li__AO0L=((void **)(*(((__li__Z0IE *)li__2Y0L->li__2M.li__PRSH))).li__WWWG)[li__TZDM];
            /* __li__B__ __li__I__ */
if (((void *)li__AO0L != (void *)NULL)) {
              li__1CZ(((__li__BC *)li__ACH),li__G4XL);
              li__S5HN(li__AO0L,li__I__,li__ACH);
              li__JAZ(((__li__BC *)li__ACH),(&__string_241));
              li__XLEV=li__AO0L->li__WTBD.li__0RNE;
              li__DN0G(((__li__5RB *)li__XLEV),li__ACH);
              li__SRX(((__li__BC *)li__ACH),' ');
              li__DO0G(((__li__5RB *)li__XLEV),li__ACH);
              li__JAZ(((__li__BC *)li__ACH),(&__string_242));
              li__QYNO(li__2Y0L,li__ACH);
              li__JAZ(((__li__BC *)li__ACH),(&__string_243));
              li__B0E(li__XH2F,li__ACH);
              li__JAZ(((__li__BC *)li__ACH),(&__string_238));
              li__XH2F=(__li__K)(li__XH2F +  1);
            };
            li__TZDM=(__li__K)(li__TZDM +  1);
          };
          li__IYDM=((__li__5RB *)li__2Y0L->li__2M.li__2NSH)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IYDM)->__id) {
          case __li__IF__: {
            li__3IXG=((__li__IF *)li__IYDM);
            li__UZDM=li__B4F(li__3IXG->li__BHLI,li__XH2F);
            li__3IXG->li__BHLI=li__UZDM;
          } break;
          case __li__ORB__: {
            li__WOXG=((__li__ORB *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__WOXG->li__PRB.li__BHLI,li__XH2F);
            li__WOXG->li__PRB.li__BHLI=li__UZDM;
          } break;
          case __li__QRB__: {
            li__OUXG=((__li__QRB *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__OUXG->li__RRB.li__BHLI,li__XH2F);
            li__OUXG->li__RRB.li__BHLI=li__UZDM;
          } break;
          case __li__SRB__: {
            li__G0XG=((__li__SRB *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__G0XG->li__TRB.li__BHLI,li__XH2F);
            li__G0XG->li__TRB.li__BHLI=li__UZDM;
          } break;
          case __li__URB__: {
            li__MREV=((__li__URB *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__MREV->li__VRB.li__BHLI,li__XH2F);
            li__MREV->li__VRB.li__BHLI=li__UZDM;
          } break;
          case __li__GSZ__: {
            li__55XG=((__li__GSZ *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__55XG->li__HSZ.li__BHLI,li__XH2F);
            li__55XG->li__HSZ.li__BHLI=li__UZDM;
          } break;
          case __li__1RRF__: {
            li__SREV=((__li__1RRF *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__SREV->li__2RRF.li__BHLI,li__XH2F);
            li__SREV->li__2RRF.li__BHLI=li__UZDM;
          } break;
          case __li__UJSH__: {
            li__VREV=((__li__UJSH *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__VREV->li__WJSH.li__BHLI,li__XH2F);
            li__VREV->li__WJSH.li__BHLI=li__UZDM;
          } break;
          };
        };
        li__JAZ(((__li__BC *)li__ACH),(&__string_244));
        li__JAZ(((__li__BC *)li__ACH),(&__string_245));
        li__KBG(((__li__U *)li__2Y0L->li__2M.li__NZFD));
        fputc((int)('\n'),stdout);
        li__T0IE(((__li__KI *)li__2Y0L->li__2M.li__1ZOI),li__ACH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_246));
        li__WBZ(((__li__BC *)li__G4XL), 2);
      };
    } else /* PROFIL_BLOCK */ {
      li__PCRO=((__li__UJSH *)((__li__1M *)li__EI2F));
      li__VI0L=NULL;
      li__QXDM=NULL;
      li__XLEV=NULL;
      li__XH2F= 0;
      li__3H2F= 0;
      li__VIEV=NULL;
      /* __li__B__ __li__I__ */
if (((__li__QJG)(li__PCRO->li__VJSH.li__LIBK &  2) !=  0)) {
        li__WP=(__li__K)(li__WP +  1);
      };
      li__ZP=(__li__K)(li__ZP +  1);
      li__JI=li__PCRO;
      /* __li__B__ __li__I__ */
if ((li__PCRO->li__VJSH.li__LJBK !=  0)) {
        li__WUVE=li__B__;
      } else /* FALSE */ {
        li__JIDG=li__004I(&(li__PCRO->li__VJSH.li__D2OI));
        li__WUVE=((__li__K)(li__JIDG +  1) !=  0);
      };
      /* __li__B__ __li__I__ */
if (li__WUVE) {
        /* __li__B__ __li__I__ */
if ((li__PCRO->li__VJSH.li__AH0L !=  0)) {
          li__0I2F=li__004I(&(li__PCRO->li__VJSH.li__D2OI));
          li__DXVE=((__li__K)(li__0I2F +  1) ==  0);
        } else /* FALSE */ {
          li__DXVE=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__DXVE) {
          li__KBG((&__string_231));
          fputc((int)('\n'),stdout);
          exit(( 1));
          li__SRX(((__li__BC *)li__ACH),'\n');
          li__JAZ(((__li__BC *)li__ACH),(&__string_223));
          li__JAZ(((__li__BC *)li__ACH),li__PCRO->li__VJSH.li__NZFD);
          li__JAZ(((__li__BC *)li__ACH),(&__string_224));
          li__JAZ(((__li__BC *)li__ACH),(&__string_232));
          li__JAZ(((__li__BC *)li__ACH),(&__string_233));
          li__JAZ(((__li__BC *)li__ACH),(&__string_234));
          li__JAZ(((__li__BC *)li__ACH),li__PCRO->li__VJSH.li__NZFD);
          li__JAZ(((__li__BC *)li__ACH),(&__string_235));
          li__JAZ(((__li__BC *)li__ACH),(&__string_236));
        };
        li__SRX(((__li__BC *)li__ACH),'\n');
        li__2YPM(li__PCRO,li__ACH);
        li__SRX(((__li__BC *)li__ACH),'\n');
        li__T2PM(li__PCRO,li__ACH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_228));
        li__JAZ(((__li__BC *)li__G4XL),(&__string_192));
        li__T0IE(((__li__KI *)li__PCRO->li__VJSH.li__1ZOI),li__ACH);
        /* __li__B__ __li__I__ */
if (((void *)li__PCRO->li__VJSH.li__D2OI.li__TBSI != (void *)NULL)) {
          li__VI0L=li__PCRO->li__VJSH.li__D2OI.li__TBSI;
          li__1CZ(((__li__BC *)li__ACH),li__G4XL);
          li__JAZ(((__li__BC *)li__ACH),(&__string_237));
          li__QXDM=li__VI0L->li__WTBD.li__0RNE;
          /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__QXDM)->li__BEM &  1) !=  0) && (! ((__li__F0C)(((__li__5RB *)li__QXDM)->li__BEM &  16) !=  0)))) {
            li__YCRO=li__FTDF(((__li__5RB *)li__QXDM));
            li__HMXG=(! li__YCRO);
          } else /* FALSE */ {
            li__HMXG=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__HMXG) {
            li__SRX(((__li__BC *)li__ACH),'&');
          };
          /* __li__B__ __li__I__ */
if (((void *)li__VI0L->li__ANQI == (void *)NULL)) {
            li__VIEV=li__VI0L->li__WTBD.li__GRNE;
          } else /* FALSE */ {
            li__VIEV=li__VI0L->li__ANQI->li__WTBD.li__GRNE;
          };
          li__JAZ(((__li__BC *)li__ACH),li__VIEV);
          li__JAZ(((__li__BC *)li__ACH),(&__string_238));
        };
        li__WBZ(((__li__BC *)li__G4XL), 2);
        li__1CZ(((__li__BC *)li__ACH),li__G4XL);
        li__JAZ(((__li__BC *)li__ACH),(&__string_239));
      } else /* FALSE */ {
        li__SRX(((__li__BC *)li__ACH),'\n');
        li__JAZ(((__li__BC *)li__ACH),(&__string_223));
        li__JAZ(((__li__BC *)li__ACH),li__PCRO->li__VJSH.li__NZFD);
        li__JAZ(((__li__BC *)li__ACH),(&__string_224));
        li__SRX(((__li__BC *)li__ACH),'\n');
        li__T2PM(li__PCRO,li__ACH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_228));
        li__JAZ(((__li__BC *)li__G4XL),(&__string_192));
        li__ZQQU=(__li__K)((*(((__li__Z0IE *)li__PCRO->li__VJSH.li__PRSH))).li__4BPE +  1);
        /* __li__B__ __li__I__ */
if ((li__ZQQU >  0)) {
          li__1CZ(((__li__BC *)li__ACH),li__G4XL);
          li__4REV=((void **)(*(((__li__Z0IE *)li__PCRO->li__VJSH.li__PRSH))).li__WWWG)[ 0];
          /* __li__B__ __li__I__ */
if ((((void *)li__4REV != (void *)NULL) && ((void *)li__4REV->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66)))) {
            li__BYIN(li__4REV,li__I__,li__ACH);
            li__SRX(((__li__BC *)li__ACH),'=');
            li__1YNO(li__PCRO,li__ACH);
            li__JAZ(((__li__BC *)li__ACH),(&__string_240));
            li__3H2F= 1;
          };
        };
        li__1QQU=(__li__K)((*(((__li__Z0IE *)li__PCRO->li__VJSH.li__PRSH))).li__4BPE +  1);
        /* __li__B__ __li__I__ */
if (((__li__K)(li__1QQU - li__3H2F) >  0)) {
          li__0I2F=(*(li__PCRO->li__VJSH.li__PRSH)).li__4BPE;
          li__TZDM=li__3H2F;
          while ((li__TZDM <= li__0I2F)) {
            li__AO0L=((void **)(*(((__li__Z0IE *)li__PCRO->li__VJSH.li__PRSH))).li__WWWG)[li__TZDM];
            /* __li__B__ __li__I__ */
if (((void *)li__AO0L != (void *)NULL)) {
              li__1CZ(((__li__BC *)li__ACH),li__G4XL);
              li__BYIN(li__AO0L,li__I__,li__ACH);
              li__JAZ(((__li__BC *)li__ACH),(&__string_241));
              li__XLEV=li__AO0L->li__WTBD.li__0RNE;
              li__DN0G(((__li__5RB *)li__XLEV),li__ACH);
              li__SRX(((__li__BC *)li__ACH),' ');
              li__DO0G(((__li__5RB *)li__XLEV),li__ACH);
              li__JAZ(((__li__BC *)li__ACH),(&__string_242));
              li__1YNO(li__PCRO,li__ACH);
              li__JAZ(((__li__BC *)li__ACH),(&__string_243));
              li__B0E(li__XH2F,li__ACH);
              li__JAZ(((__li__BC *)li__ACH),(&__string_238));
              li__XH2F=(__li__K)(li__XH2F +  1);
            };
            li__TZDM=(__li__K)(li__TZDM +  1);
          };
          li__IYDM=((__li__5RB *)li__PCRO->li__VJSH.li__2NSH)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IYDM)->__id) {
          case __li__IF__: {
            li__3IXG=((__li__IF *)li__IYDM);
            li__UZDM=li__B4F(li__3IXG->li__BHLI,li__XH2F);
            li__3IXG->li__BHLI=li__UZDM;
          } break;
          case __li__ORB__: {
            li__WOXG=((__li__ORB *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__WOXG->li__PRB.li__BHLI,li__XH2F);
            li__WOXG->li__PRB.li__BHLI=li__UZDM;
          } break;
          case __li__QRB__: {
            li__OUXG=((__li__QRB *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__OUXG->li__RRB.li__BHLI,li__XH2F);
            li__OUXG->li__RRB.li__BHLI=li__UZDM;
          } break;
          case __li__SRB__: {
            li__G0XG=((__li__SRB *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__G0XG->li__TRB.li__BHLI,li__XH2F);
            li__G0XG->li__TRB.li__BHLI=li__UZDM;
          } break;
          case __li__URB__: {
            li__MREV=((__li__URB *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__MREV->li__VRB.li__BHLI,li__XH2F);
            li__MREV->li__VRB.li__BHLI=li__UZDM;
          } break;
          case __li__GSZ__: {
            li__55XG=((__li__GSZ *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__55XG->li__HSZ.li__BHLI,li__XH2F);
            li__55XG->li__HSZ.li__BHLI=li__UZDM;
          } break;
          case __li__1RRF__: {
            li__SREV=((__li__1RRF *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__SREV->li__2RRF.li__BHLI,li__XH2F);
            li__SREV->li__2RRF.li__BHLI=li__UZDM;
          } break;
          case __li__UJSH__: {
            li__VREV=((__li__UJSH *)((__li__IF *)li__IYDM));
            li__UZDM=li__B4F(li__VREV->li__WJSH.li__BHLI,li__XH2F);
            li__VREV->li__WJSH.li__BHLI=li__UZDM;
          } break;
          };
        };
        li__JAZ(((__li__BC *)li__ACH),(&__string_244));
        li__JAZ(((__li__BC *)li__ACH),(&__string_245));
        li__KBG(((__li__U *)li__PCRO->li__VJSH.li__NZFD));
        fputc((int)('\n'),stdout);
        li__T0IE(((__li__KI *)li__PCRO->li__VJSH.li__1ZOI),li__ACH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_246));
        li__WBZ(((__li__BC *)li__G4XL), 2);
      };
    };
    li__NTG=(__li__K)(li__NTG +  1);
  };
  li__NTG= 0;
  li__MKT=(*(li__DEE)).li__CYB;
  while ((li__NTG <= li__MKT)) {
    li__EI2F=((void **)(*(((__li__TXB *)li__DEE))).li__2P0)[li__NTG];
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__EI2F)->__id) {
    case __li__IF__: {
      li__ZLKI(((__li__IF *)li__EI2F));
    } break;
    case __li__ORB__: {
      li__KOKI(((__li__ORB *)li__EI2F));
    } break;
    case __li__QRB__: {
      li__1QKI(((__li__QRB *)li__EI2F));
    } break;
    case __li__SRB__: {
      li__MTKI(((__li__SRB *)li__EI2F));
    } break;
    case __li__URB__: {
      li__S3XI(((__li__URB *)li__EI2F));
    } break;
    case __li__GSZ__: {
      li__3VKI(((__li__GSZ *)li__EI2F));
    } break;
    case __li__1RRF__: {
      li__DAYI(((__li__1RRF *)li__EI2F));
    } break;
    case __li__UJSH__: {
      li__2YLN(((__li__UJSH *)li__EI2F));
    } break;
    };
    li__NTG=(__li__K)(li__NTG +  1);
  };
  li__JAZ(((__li__BC *)li__T32G),(&__string_247));
  li__NTG= 0;
  li__MKT=(*(li__DEE)).li__CYB;
  while ((li__NTG <= li__MKT)) {
    li__EI2F=((void **)(*(((__li__TXB *)li__DEE))).li__2P0)[li__NTG];
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__EI2F)->__id) {
    case __li__IF__: {
      li__PYKI(((__li__IF *)li__EI2F));
    } break;
    case __li__ORB__: {
      li__JAZ(((__li__BC *)li__T32G),(&__string_247));
    } break;
    case __li__QRB__:  break;
    case __li__SRB__: {
      li__JAZ(((__li__BC *)li__T32G),(&__string_248));
    } break;
    case __li__URB__:  break;
    case __li__GSZ__: {
      li__SRLI(((__li__GSZ *)li__EI2F));
    } break;
    case __li__1RRF__: {
      li__RLGJ();
    } break;
    case __li__UJSH__: {
      li__RLGJ();
    } break;
    };
    li__NTG=(__li__K)(li__NTG +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__JAZ(((__li__BC *)li__T32G),(&__string_248));
  };
  li__NTG= 0;
  li__MKT=(*(li__MEE)).li__1ZB;
  while ((li__NTG <= li__MKT)) {
    li__VQVG(((__li__DZB *)((void **)(*(((__li__MZB *)li__MEE))).li__GR0)[li__NTG]),li__2BH);
    li__NTG=(__li__K)(li__NTG +  1);
  };
  li__JAZ(((__li__BC *)li__T32G),(&__string_249));
  li__B0E(li__FJ,li__T32G);
  li__JAZ(((__li__BC *)li__T32G),(&__string_250));
  /* __li__B__ __li__I__ */
if (((li__1E !=  0) | li__V0B)) {
    li__1PF((&__string_251),li__ACH);
    li__JAZ(((__li__BC *)li__ACH),(&__string_252));
  };
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__JAZ(((__li__BC *)li__ACH),(&__string_253));
    li__NF0=(__li__K)((*(((__li__T1B *)li__PCN))).li__G2B +  1);
    li__LCB=li__IFC( 0);
    li__B0E(li__NF0,li__LCB);
    li__1CZ(((__li__BC *)li__ACH),li__LCB);
    li__JAZ(((__li__BC *)li__ACH),(&__string_254));
    li__0UTH= 0;
    li__0LRI=(__li__K)((*(li__PCN)).li__G2B -  1);
    while ((li__0UTH <= li__0LRI)) {
      li__BNEV=((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[li__0UTH];
      li__JAZ(((__li__BC *)li__ACH),(&__string_255));
      li__JAZ(((__li__BC *)li__ACH),li__BNEV->li__SF.li__R2B);
      li__JAZ(((__li__BC *)li__ACH),(&__string_206));
      li__X3BD(((__li__PF *)li__BNEV),li__ACH);
      li__JAZ(((__li__BC *)li__ACH),(&__string_256));
      li__0UTH=(__li__K)(li__0UTH +  1);
    };
    li__AG0=((__li__T1B *)li__PCN);
    li__BG0=((void **)(*(li__AG0)).li__RZ0)[(*(li__AG0)).li__G2B];
    li__JAZ(((__li__BC *)li__ACH),(&__string_255));
    li__JAZ(((__li__BC *)li__ACH),li__BG0->li__SF.li__R2B);
    li__JAZ(((__li__BC *)li__ACH),(&__string_206));
    li__X3BD(((__li__PF *)li__BG0),li__ACH);
    li__JAZ(((__li__BC *)li__ACH),(&__string_257));
    /* __li__B__ __li__I__ */
if (li__3LB) {
      li__1PF((&__string_258),li__T32G);
      li__JAZ(((__li__BC *)li__ACH),(&__string_259));
      li__B0E(li__ZGZG->li__S3B,li__ACH);
      li__JAZ(((__li__BC *)li__ACH),(&__string_254));
      li__LFB=((__li__B3B *)li__ZGZG)->li__S3B;
      li__OHB= 1;
      while ((li__OHB <= li__LFB)) {
        li__40RH=((__li__B3B *)li__CIZG);
        li__CFVH(li__40RH,li__OHB);
        li__A1RH=li__40RH->li__K1RH->li__M1RH;
        li__JAZ(((__li__BC *)li__T32G),(&__string_260));
        li__TXG(li__A1RH,li__T32G);
        li__SRX(((__li__BC *)li__T32G),' ');
        li__B0E((__li__K)(li__OHB -  1),li__T32G);
        li__SRX(((__li__BC *)li__T32G),'\n');
        li__JAZ(((__li__BC *)li__ACH),(&__string_261));
        li__TXG(li__A1RH,li__ACH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_262));
        li__40RH=((__li__B3B *)li__CIZG);
        li__CFVH(li__40RH,li__OHB);
        li__1CZ(((__li__BC *)li__ACH),li__40RH->li__K1RH->li__E2RH);
        li__JAZ(((__li__BC *)li__ACH),(&__string_263));
        li__OHB=(__li__K)(li__OHB +  1);
      };
      li__LFB=(__li__K)(((__li__BC *)li__ACH)->li__NK -  1);
      li__WKPB(((__li__BC *)li__ACH),li__LFB,li__LFB);
      li__JAZ(((__li__BC *)li__ACH),(&__string_264));
    };
    li__JAZ(((__li__BC *)li__ACH),(&__string_265));
    li__JAZ(((__li__BC *)li__ACH),(&__string_266));
    /* __li__B__ __li__I__ */
if ((li__1E ==  20)) {
      li__JAZ(((__li__BC *)li__ACH),(&__string_267));
    };
    li__JAZ(((__li__BC *)li__ACH),(&__string_268));
    /* __li__B__ __li__I__ */
if (li__3LB) {
      li__JAZ(((__li__BC *)li__ACH),(&__string_269));
    } else /* FALSE */ {
      li__JAZ(((__li__BC *)li__ACH),(&__string_270));
    };
    li__JAZ(((__li__BC *)li__ACH),(&__string_271));
  };
  li__HEZ(((__li__BC *)li__B4E),li__DD);
  li__JAZ(((__li__BC *)li__B4E),(&__string_272));
  li__BTZ(((__li__BC *)li__51E),li__B4E);
  li__21E=li__A1V(((__li__BC *)li__51E));
  li__QCN=((__li__CB )(fopen((char*)(li__21E),"w+b")));
  li__JEXG=(li__QCN != (void *)NULL);
  /* __li__B__ __li__I__ */
if (li__JEXG) {
    fclose((FILE*)((li__QCN)));
  };
  /* __li__B__ __li__I__ */
if ((! li__JEXG)) {
    li__M5F((&__string_273));
    li__KAG(li__B4E);
    li__M5F((&__string_274));
    exit(( 1));
  };
  li__BTZ(((__li__BC *)li__51E),li__B4E);
  li__21E=li__A1V(((__li__BC *)li__51E));
  li__QCN=((__li__CB )(fopen((char*)(li__21E),"wb")));
  li__NTG=li__T32G->li__NK;
  li__21E=li__A1V(((__li__BC *)li__T32G));
  fwrite((void *)((li__21E)),(size_t)(1), (size_t)((li__NTG)),(FILE*)((li__QCN)));
  li__NTG=li__2BH->li__NK;
  li__21E=li__A1V(((__li__BC *)li__2BH));
  fwrite((void *)((li__21E)),(size_t)(1), (size_t)((li__NTG)),(FILE*)((li__QCN)));
  /* __li__B__ __li__I__ */
if ((li__2K !=  0)) {
    li__0UTH=li__NRE->li__NK;
    li__GGSU=li__A1V(((__li__BC *)li__NRE));
    fwrite((void *)((li__GGSU)),(size_t)(1), (size_t)((li__0UTH)),(FILE*)((li__QCN)));
  };
  li__NTG=li__ACH->li__NK;
  li__21E=li__A1V(((__li__BC *)li__ACH));
  fwrite((void *)((li__21E)),(size_t)(1), (size_t)((li__NTG)),(FILE*)((li__QCN)));
  fclose((FILE*)((li__QCN)));
  /* __li__B__ __li__I__ */
if (li__PL) {
    li__0UTH= 0;
    li__0LRI=(*(li__JLM)).li__GM;
    while ((li__0UTH <= li__0LRI)) {
      li__IYDM=((void **)(*(((__li__XL *)li__AM))).li__SO0)[li__0UTH];
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__IYDM)->__id==__li__1M__) {
        li__WUVE=((__li__1M *)li__IYDM)->li__2M.li__QM;
      } else /* PROFIL_BLOCK */ {
        li__WUVE=((__li__UJSH *)li__IYDM)->li__VJSH.li__QM;
      };
      /* __li__B__ __li__I__ */
if (li__WUVE) {
        /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__IYDM)->__id==__li__1M__) {
          ((__li__1M *)li__IYDM)->li__2M.li__QM=li__I__;
        } else /* PROFIL_BLOCK */ {
          ((__li__UJSH *)((__li__1M *)li__IYDM))->li__VJSH.li__QM=li__I__;
        };
        /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__IYDM)->__id==__li__1M__) {
          li__2NHM(((__li__1M *)li__IYDM));
        } else /* PROFIL_BLOCK */ {
          li__UOHM(((__li__UJSH *)li__IYDM));
        };
      };
      li__0UTH=(__li__K)(li__0UTH +  1);
    };
    li__HEZ(((__li__BC *)li__ACH),(&__string_275));
    li__3WFD(((__li__1M *)li__YPOC),li__ACH);
    li__0UTH= 0;
    li__0LRI=(*(li__JLM)).li__GM;
    while ((li__0UTH <= li__0LRI)) {
      li__IYDM=((void **)(*(((__li__XL *)li__AM))).li__SO0)[li__0UTH];
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__IYDM)->__id==__li__1M__) {
        li__3WFD(((__li__1M *)li__IYDM),li__ACH);
      } else /* PROFIL_BLOCK */ {
        li__VREV=((__li__UJSH *)((__li__1M *)li__IYDM));
        li__WUVE=li__I__;
        li__JIDG= 0;
        /* __li__B__ __li__I__ */
if (li__VREV->li__VJSH.li__QM) {
          li__JIDG= 1;
          while (((li__JIDG <= ((__li__KXFD *)li__VREV->li__VJSH.li__SXFD)->li__MYME) && (! li__WUVE))) {
            li__FTEV=((__li__KXFD *)li__VREV->li__VJSH.li__SXFD);
            li__NCVE(li__FTEV,li__JIDG);
            li__RZDM=li__FTEV->li__RSOE->li__TSOE;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__RZDM)->__id==__li__1M__) {
              li__KMXG=((__li__1M *)li__RZDM)->li__2M.li__QM;
            } else /* PROFIL_BLOCK */ {
              li__KMXG=((__li__UJSH *)li__RZDM)->li__VJSH.li__QM;
            };
            li__WUVE=(! li__KMXG);
            li__JIDG=(__li__K)(li__JIDG +  1);
          };
        } else /* FALSE */ {
          li__WUVE=li__B__;
        };
        /* __li__B__ __li__I__ */
if (li__WUVE) {
          li__0I2F=((__li__KXFD *)li__VREV->li__VJSH.li__SXFD)->li__MYME;
          li__TZDM= 1;
          while ((li__TZDM <= li__0I2F)) {
            li__FTEV=((__li__KXFD *)li__VREV->li__VJSH.li__SXFD);
            li__NCVE(li__FTEV,li__TZDM);
            li__RZDM=li__FTEV->li__RSOE->li__TSOE;
            li__FTEV=((__li__KXFD *)li__VREV->li__VJSH.li__SXFD);
            li__NCVE(li__FTEV,li__TZDM);
            li__LQQU=li__FTEV->li__RSOE->li__LTOE;
            li__JAZ(((__li__BC *)li__ACH),li__VREV->li__VJSH.li__NZFD);
            li__JAZ(((__li__BC *)li__ACH),(&__string_276));
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__RZDM)->__id==__li__1M__) {
              li__3WVE=((__li__1M *)li__RZDM)->li__2M.li__NZFD;
            } else /* PROFIL_BLOCK */ {
              li__3WVE=((__li__UJSH *)li__RZDM)->li__VJSH.li__NZFD;
            };
            li__JAZ(((__li__BC *)li__ACH),li__3WVE);
            /* __li__B__ __li__I__ */
if ((li__LQQU >  1)) {
              li__JAZ(((__li__BC *)li__ACH),(&__string_277));
              li__B0E(li__LQQU,li__ACH);
              li__JAZ(((__li__BC *)li__ACH),(&__string_278));
            };
            li__JAZ(((__li__BC *)li__ACH),(&__string_222));
            li__TZDM=(__li__K)(li__TZDM +  1);
          };
          /* __li__B__ __li__I__ */
if (li__VREV->li__VJSH.li__QM) {
            li__JAZ(((__li__BC *)li__ACH),li__VREV->li__VJSH.li__NZFD);
            li__JAZ(((__li__BC *)li__ACH),(&__string_279));
          };
        };
      };
      li__0UTH=(__li__K)(li__0UTH +  1);
    };
    li__JAZ(((__li__BC *)li__ACH),(&__string_239));
    li__BTZ(((__li__BC *)li__51E),(&__string_280));
    li__GGSU=li__A1V(((__li__BC *)li__51E));
    li__BXCV=((__li__CB )(fopen((char*)(li__GGSU),"wb")));
    li__0UTH=li__ACH->li__NK;
    li__GGSU=li__A1V(((__li__BC *)li__ACH));
    fwrite((void *)((li__GGSU)),(size_t)(1), (size_t)((li__0UTH)),(FILE*)((li__BXCV)));
    fclose((FILE*)((li__BXCV)));
  };
  li__ZN=((__li__YB )((unsigned long long)time(NULL)));
  /* __li__B__ __li__I__ */
if ((! li__0N)) {
    li__M5F((&__string_281));
    li__0UTH=((__li__K )(__li__YB)(li__ZN - li__UC));
    li__MTG=li__0UTH;
    /* __li__B__ __li__I__ */
if ((li__0UTH >=  120)) {
      li__LFB=(__li__K)(li__0UTH /  60);
      ((__li__BC *)li__WNI)->li__NK= 0;
      li__B0E(li__LFB,li__WNI);
      li__KAG(li__WNI);
      li__M5F((&__string_282));
      li__MTG=(__li__K)(li__0UTH %  60);
    };
    ((__li__BC *)li__WNI)->li__NK= 0;
    li__B0E(li__MTG,li__WNI);
    li__KAG(li__WNI);
    li__M5F((&__string_283));
    /* __li__B__ __li__I__ */
if ((li__UO !=  0)) {
      li__M5F((&__string_281));
      ((__li__BC *)li__WNI)->li__NK= 0;
      li__B0E(li__UO,li__WNI);
      li__KAG(li__WNI);
      li__M5F((&__string_284));
    };
  };
  /* __li__B__ __li__I__ */
if (li__CP) {
    li__M5F((&__string_285));
    ((__li__BC *)li__WNI)->li__NK= 0;
    li__B0E(li__JP,li__WNI);
    li__KAG(li__WNI);
    li__M5F((&__string_286));
    li__M5F((&__string_287));
    ((__li__BC *)li__WNI)->li__NK= 0;
    li__B0E(li__MP,li__WNI);
    li__KAG(li__WNI);
    li__M5F((&__string_286));
    li__RQ0F((&__string_288), 0,li__RP);
    li__RQ0F((&__string_289),li__TP,li__RP);
    li__RQ0F((&__string_290),li__WP,li__ZP);
    /* __li__B__ __li__I__ */
if (li__2P) {
      li__KBG((&__string_291));
      li__LLIG(li__DQ);
      fputc((int)('\n'),stdout);
    };
  };
  li__JEXG=li__JQ;
  li__TTEV=li__QYL(((__li__0HD *)li__XRG),(&__string_119));
  /* __li__B__ __li__I__ */
if (((void *)li__TTEV == (void *)NULL)) {
    li__KBG((&__string_292));
    li__KBG((&__string_119));
    li__KBG((&__string_171));
  } else /* FALSE */ {
    li__HHGD=li__VRE(li__JEXG);
    li__44IE=((__li__CFB *)li__TTEV);
    li__PAID=li__44IE->li__XFB;
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__PAID)->__id) {
    case __li__GGB__: {
      li__EI2F=li__QUFD(li__HHGD);
    } break;
    case __li__MHB__: {
      li__EI2F=li__UESF(((__li__MHB *)((__li__GGB *)li__PAID)),li__HHGD);
    } break;
    case __li__YHB__: {
      li__EI2F=li__41JE(((__li__YHB *)((__li__GGB *)li__PAID)),li__HHGD);
    } break;
    };
    li__PAID=li__EI2F;
    /* __li__B__ __li__I__ */
if (((void *)li__PAID != (void *)NULL)) {
      li__44IE->li__XFB=li__PAID;
      li__KGB=li__B__;
    } else /* FALSE */ {
      li__KGB=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__KGB)) {
      li__CDRO=li__TTEV->li__DFB.li__0CC;
      li__K4E( 1,(&__string_293));
      li__V5E(li__CDRO);
      li__ODF();
    };
  };
  li__PEB=li__BDC((&__string_105));
  /* __li__B__ __li__I__ */
if (((void *)li__PEB == (void *)NULL)) {
    li__KBG((&__string_294));
  } else /* FALSE */ {
    li__W2IE(((__li__HC *)li__PEB));
  };
  return(0);
}


static __li__BC* li__IFC(__li__K li__KFC)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__NFC,*li__MUZ,*li__LFC;
  __li__3 *li__CVZ;
  li__NFC=li__2JL();
  li__MUZ=((__li__BC *)li__NFC);
  /* __li__B__ __li__I__ */
if ((li__KFC >  0)) {
    /* __li__B__ __li__I__ */
if ((li__MUZ->li__LUN < li__KFC)) {
      li__CVZ=li__ZLY(li__KFC);
      li__MUZ->li__CUN=li__CVZ;
      li__MUZ->li__LUN=li__KFC;
    };
  };
  li__MUZ->li__NK= 0;
  li__LFC=li__NFC;
  return(li__LFC);
}

static __li__JFE* li__PGF(__li__K li__RGF)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__HEN,li__5TEV;
  __li__JJG li__PEN,li__CUEV,li__3TEV;
  __li__K li__0EN;
  __li__52B li__NUEV;
  __li__JFE *li__GEN,*li__PFN,*li__SGF;
  void **li__000;
  li__GEN=NULL;
  li__HEN=((__li__CB )(NULL));
  li__PEN=((__li__JJG )sizeof(__li__JFE));
  /* __li__B__ __li__I__ */
if ((li__PEN ==  0)) {
    li__GEN=li__JFE__;
  } else /* FALSE */ {
    li__0EN=__li__JFE__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__PEN));
    /* __li__B__ __li__I__ */
if ((li__0EN == (__li__K)(-  1))) {
      li__CUEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3TEV=(__li__JJG)((__li__JJG)(li__PEN - (__li__JJG)(((__li__JJG ) 0) - li__CUEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CUEV) - ((__li__JJG ) 1)));
      li__CUEV=(__li__JJG)(li__3TEV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__5TEV=li__YCJ(li__3TEV,((__li__CB )(&(table_size[(li__CUEV)-1]))),((__li__52B )li__3TEV));
      li__HEN=li__5TEV;
    } else /* FALSE */ {
      li__NUEV=((__li__52B )li__0EN);
      li__CUEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3TEV=(__li__JJG)((__li__JJG)(li__PEN - (__li__JJG)(((__li__JJG ) 0) - li__CUEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CUEV) - ((__li__JJG ) 1)));
      li__5TEV=li__YCJ(li__3TEV,((__li__CB )(&(table_type[(li__NUEV)]))),(__li__52B)(li__NUEV |  1));
      li__HEN=li__5TEV;
    };
    li__PFN=((__li__JFE *)li__HEN);
    li__GEN=li__PFN;
    *(li__PFN) = *(li__JFE__);
  };
  li__PFN=((__li__JFE *)li__GEN);
  /* __li__B__ __li__I__ */
if (((*(li__PFN)).li__O00 < li__RGF)) {
    li__000=li__QLHB(li__RGF);
    (*(li__PFN)).li__100=li__000;
    (*(li__PFN)).li__O00=li__RGF;
  };
  (*(li__PFN)).li__SFE=(__li__K)(-  1);
  li__SGF=li__GEN;
  return(li__SGF);
}

static void li__SRX(__li__BC *li__TRX,__li__3 li__URX)
/* (Strict STRING{li__BC},Expanded CHARACTER{li__3}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__MSX,li__4UEV;
  __li__CB li__AVEV;
  __li__3 *li__FSX;
  /* __li__B__ __li__I__ */
if ((li__TRX->li__LUN <= li__TRX->li__NK)) {
    /* __li__B__ __li__I__ */
if ((li__TRX->li__LUN ==  0)) {
      li__TRX->li__LUN= 32;
      li__FSX=li__ZLY( 32);
      li__TRX->li__CUN=li__FSX;
    } else /* FALSE */ {
      li__MSX=(__li__K)(li__TRX->li__LUN <<  1);
      li__FSX=((__li__3 *)li__TRX->li__CUN);
      li__4UEV=li__TRX->li__LUN;
      li__AVEV=li__CUY(((__li__CB )li__FSX),((__li__JJG )li__4UEV),((__li__JJG )li__MSX));
      li__FSX=((__li__3 *)li__AVEV);
      li__TS2(li__FSX,li__4UEV,(__li__K)(li__MSX -  1));
      li__TRX->li__CUN=li__FSX;
      li__TRX->li__LUN=li__MSX;
    };
  };
  ((__li__3 *)li__TRX->li__CUN)[li__TRX->li__NK]=li__URX;
  li__TRX->li__NK=(__li__K)(li__TRX->li__NK +  1);
}

static void li__D01(__li__JFE *li__E01,__li__BC *li__F01)
/* (Strict FAST_ARRAY(STRING){li__JFE},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__H11,li__5HEC,li__JJEC,li__KEMD;
  __li__CB li__DJEC;
  __li__C li__U01;
  void **li__A11;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__E01)).li__SFE +  1) <= (__li__K)((*(li__E01)).li__O00 -  1))) {
    (*(li__E01)).li__SFE=(__li__K)((*(li__E01)).li__SFE +  1);
    li__U01=li__B__;
  } else /* FALSE */ {
    li__U01=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__U01)) {
    /* __li__B__ __li__I__ */
if (((*(li__E01)).li__O00 ==  0)) {
      li__A11=li__QLHB( 2);
      (*(li__E01)).li__100=li__A11;
      (*(li__E01)).li__O00= 2;
      (*(li__E01)).li__SFE= 0;
    } else /* FALSE */ {
      li__H11=(__li__K)((*(li__E01)).li__O00 <<  1);
      li__A11=((void **)(*(li__E01)).li__100);
      li__5HEC=(*(li__E01)).li__O00;
      li__DJEC=li__CUY(((__li__CB )li__A11),((__li__JJG )(__li__K)(li__5HEC * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__H11 * ((__li__K )(sizeof(void *))))));
      li__A11=((void **)li__DJEC);
      li__JJEC=(__li__K)(li__H11 -  1);
      li__KEMD=li__5HEC;
      while ((li__KEMD <= li__JJEC)) {
        li__A11[li__KEMD]=NULL;
        li__KEMD=(__li__K)(li__KEMD +  1);
      };
      (*(li__E01)).li__100=li__A11;
      (*(li__E01)).li__O00=li__H11;
      (*(li__E01)).li__SFE=(__li__K)((*(li__E01)).li__SFE +  1);
    };
  };
  ((void **)(*(li__E01)).li__100)[(*(li__E01)).li__SFE]=li__F01;
}

static __li__RA1* li__QYHB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__SXDC,li__OSI;
  __li__JJG li__0XDC,li__EVEV,li__URI;
  __li__K li__FYDC;
  __li__52B li__TSI;
  __li__RA1 *li__RXDC,*li__0YDC,*li__SYHB;
  void **li__ZBJD;
  li__RXDC=NULL;
  li__SXDC=((__li__CB )(NULL));
  li__0XDC=((__li__JJG )sizeof(__li__RA1));
  /* __li__B__ __li__I__ */
if ((li__0XDC ==  0)) {
    li__RXDC=li__RA1__;
  } else /* FALSE */ {
    li__FYDC=__li__RA1__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__0XDC));
    /* __li__B__ __li__I__ */
if ((li__FYDC == (__li__K)(-  1))) {
      li__EVEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__URI=(__li__JJG)((__li__JJG)(li__0XDC - (__li__JJG)(((__li__JJG ) 0) - li__EVEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EVEV) - ((__li__JJG ) 1)));
      li__EVEV=(__li__JJG)(li__URI / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__OSI=li__YCJ(li__URI,((__li__CB )(&(table_size[(li__EVEV)-1]))),((__li__52B )li__URI));
      li__SXDC=li__OSI;
    } else /* FALSE */ {
      li__TSI=((__li__52B )li__FYDC);
      li__EVEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__URI=(__li__JJG)((__li__JJG)(li__0XDC - (__li__JJG)(((__li__JJG ) 0) - li__EVEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EVEV) - ((__li__JJG ) 1)));
      li__OSI=li__YCJ(li__URI,((__li__CB )(&(table_type[(li__TSI)]))),(__li__52B)(li__TSI |  1));
      li__SXDC=li__OSI;
    };
    li__0YDC=((__li__RA1 *)li__SXDC);
    li__RXDC=li__0YDC;
    *(li__0YDC) = *(li__RA1__);
  };
  li__0YDC=((__li__RA1 *)li__RXDC);
  li__FYDC=li__YDQ( 193);
  li__ZBJD=li__2HPD(li__FYDC);
  li__0YDC->li__PICD=li__ZBJD;
  li__0YDC->li__IICD=li__FYDC;
  li__0YDC->li__PJCD= 0;
  li__SYHB=li__RXDC;
  return(li__SYHB);
}

static __li__CB li__YCJ(__li__JJG li__0CJ,__li__CB li__1CJ,__li__52B li__2CJ)
/* (Expanded UINTEGER_CPU{li__JJG},Expanded POINTER{li__CB},Expanded UINTEGER_32{li__52B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__ADJ,li__5DJ,li__4CJ,li__FEJ,li__GEJ,li__ZGJ,li__3CJ;
  li__ADJ=((__li__CB )(NULL));
  li__5DJ=((__li__CB *)li__1CJ)[ 0];
  li__4CJ=li__5DJ;
  /* __li__B__ __li__I__ */
if ((li__5DJ == (void *)NULL)) {
    li__FEJ=li__MZJ(li__2CJ);
    li__4CJ=li__FEJ;
    li__GEJ=(void *)((unsigned long)li__FEJ - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )li__0CJ)));
    li__ADJ=li__GEJ;
    ((__li__CB *)li__GEJ)[ 0]=NULL;
    ((__li__CB *)li__1CJ)[ 0]=li__GEJ;
  } else /* FALSE */ {
    li__FEJ=((__li__CB *)li__4CJ)[ 0];
    li__ADJ=li__FEJ;
    /* __li__B__ __li__I__ */
if ((li__FEJ == (void *)NULL)) {
      /* __li__B__ __li__I__ */
if (((void *)((unsigned long)(void *)((unsigned long)(void *)((unsigned long)li__4CJ - (unsigned long)li__N2I) & (unsigned long)((__li__CB )((__li__JJG ) 4095))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )(__li__JJG)(li__0CJ <<  1)))) <= ((__li__CB )((__li__JJG ) 4096)))) {
        li__ADJ=(void *)((unsigned long)li__4CJ - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )li__0CJ)));
      } else /* FALSE */ {
        li__ZGJ=li__MZJ(li__2CJ);
        li__ADJ=li__ZGJ;
      };
      ((__li__CB *)li__ADJ)[ 0]=NULL;
      ((__li__CB *)li__1CJ)[ 0]=li__ADJ;
    } else /* FALSE */ {
      ((__li__CB *)li__4CJ)[ 0]=(void *)((unsigned long)((__li__CB *)li__ADJ)[ 0] & (unsigned long)((__li__CB )(__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1))));
      li__4CJ=li__ADJ;
    };
  };
  li__3CJ=li__4CJ;
  return(li__3CJ);
}

static void** li__4KHB(__li__K li__ALHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__0ILB;
  __li__K li__EHIC;
  void **li__4ILB,**li__BLHB;
  li__0ILB=li__HJU(((__li__JJG )(__li__K)(li__ALHB * ((__li__K )(sizeof(void *))))));
  li__4ILB=((void **)li__0ILB);
  li__EHIC=(__li__K)(li__ALHB -  1);
  while ((li__EHIC >=  0)) {
    li__4ILB[li__EHIC]=NULL;
    li__EHIC=(__li__K)(li__EHIC -  1);
  };
  li__BLHB=li__4ILB;
  return(li__BLHB);
}

static __li__GD* li__FXE(__li__K li__HXE)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__4TM,li__0GSU;
  __li__JJG li__GUM,li__ZWEV,li__YGSU;
  __li__K li__RUM;
  __li__52B li__4GSU;
  __li__GD *li__3TM,*li__GVM,*li__IXE;
  __li__U **li__KU0;
  li__3TM=NULL;
  li__4TM=((__li__CB )(NULL));
  li__GUM=((__li__JJG )sizeof(__li__GD));
  /* __li__B__ __li__I__ */
if ((li__GUM ==  0)) {
    li__3TM=li__GD__;
  } else /* FALSE */ {
    li__RUM=__li__GD__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__GUM));
    /* __li__B__ __li__I__ */
if ((li__RUM == (__li__K)(-  1))) {
      li__ZWEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__YGSU=(__li__JJG)((__li__JJG)(li__GUM - (__li__JJG)(((__li__JJG ) 0) - li__ZWEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZWEV) - ((__li__JJG ) 1)));
      li__ZWEV=(__li__JJG)(li__YGSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__0GSU=li__YCJ(li__YGSU,((__li__CB )(&(table_size[(li__ZWEV)-1]))),((__li__52B )li__YGSU));
      li__4TM=li__0GSU;
    } else /* FALSE */ {
      li__4GSU=((__li__52B )li__RUM);
      li__ZWEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__YGSU=(__li__JJG)((__li__JJG)(li__GUM - (__li__JJG)(((__li__JJG ) 0) - li__ZWEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZWEV) - ((__li__JJG ) 1)));
      li__0GSU=li__YCJ(li__YGSU,((__li__CB )(&(table_type[(li__4GSU)]))),(__li__52B)(li__4GSU |  1));
      li__4TM=li__0GSU;
    };
    li__GVM=((__li__GD *)li__4TM);
    li__3TM=li__GVM;
    *(li__GVM) = *(li__GD__);
  };
  li__GVM=((__li__GD *)li__3TM);
  /* __li__B__ __li__I__ */
if (((*(li__GVM)).li__CU0 < li__HXE)) {
    li__KU0=li__KHHB(li__HXE);
    (*(li__GVM)).li__U1Z=li__KU0;
    (*(li__GVM)).li__CU0=li__HXE;
  };
  (*(li__GVM)).li__UD=(__li__K)(-  1);
  li__IXE=li__3TM;
  return(li__IXE);
}

static __li__K li__YDQ(__li__K li__0DQ)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__2DQ,li__1DQ;
  __li__C li__EEQ,li__JEQ;
  li__2DQ= 0;
  /* __li__B__ __li__I__ */
if ((li__0DQ <=  11)) {
    li__2DQ= 11;
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__EEQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  23);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 23;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  53);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 53;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  97);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 97;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  193);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 193;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  389);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 389;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  769);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 769;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  1543);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 1543;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  3079);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 3079;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  6151);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 6151;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  12289);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 12289;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  24593);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 24593;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  49157);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 49157;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  98317);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 98317;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  196613);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 196613;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  393241);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 393241;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  786433);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 786433;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  1572869);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 1572869;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  3145739);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 3145739;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  6291469);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 6291469;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  12582917);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 12582917;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  25165843);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 25165843;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  50331653);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 50331653;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  100663319);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 100663319;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  201326611);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 201326611;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if (li__EEQ) {
    li__EEQ=li__B__;
  } else /* FALSE */ {
    li__JEQ=(li__0DQ <=  402653189);
    /* __li__B__ __li__I__ */
if (li__JEQ) {
      li__2DQ= 402653189;
    };
    li__EEQ=li__JEQ;
  };
  /* __li__B__ __li__I__ */
if ((! li__EEQ)) {
    /* __li__B__ __li__I__ */
if ((li__0DQ <=  805306457)) {
      li__2DQ= 805306457;
    } else /* FALSE */ {
      li__2DQ= 1610612741;
    };
  };
  li__1DQ=li__2DQ;
  return(li__1DQ);
}

static __li__CB li__HJU(__li__JJG li__JJU)
/* (Expanded UINTEGER_CPU{li__JJG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__RJU,li__GHSU,li__KJU;
  __li__JJG li__RXEV,li__2JU,li__1XEV,li__EHSU;
  __li__RKG *li__MKU;
  li__RJU=((__li__CB )(NULL));
  li__RXEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
  li__2JU=(__li__JJG)((__li__JJG)(li__JJU - (__li__JJG)(((__li__JJG ) 0) - li__RXEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__RXEV) - ((__li__JJG ) 1)));
  /* __li__B__ __li__I__ */
if ((li__2JU <= ((__li__JJG )(MINIMUM_SIZE)))) {
    li__1XEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
    li__EHSU=(__li__JJG)((__li__JJG)(li__2JU - (__li__JJG)(((__li__JJG ) 0) - li__1XEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1XEV) - ((__li__JJG ) 1)));
    li__1XEV=(__li__JJG)(li__EHSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
    li__GHSU=li__YCJ(li__EHSU,((__li__CB )(&(table_size[(li__1XEV)-1]))),((__li__52B )li__EHSU));
    li__RJU=li__GHSU;
  } else /* FALSE */ {
    li__MKU=li__OKFB(li__2JU);
    li__RJU=(void *)((unsigned long)((__li__CB )((__li__RKG *)li__MKU)) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))));
  };
  li__KJU=li__RJU;
  return(li__KJU);
}

static void** li__EPYD(__li__K li__GPYD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__PH4D;
  __li__K li__1PTE;
  void **li__TH4D,**li__HPYD;
  li__PH4D=li__HJU(((__li__JJG )(__li__K)(li__GPYD * ((__li__K )(sizeof(void *))))));
  li__TH4D=((void **)li__PH4D);
  li__1PTE=(__li__K)(li__GPYD -  1);
  while ((li__1PTE >=  0)) {
    li__TH4D[li__1PTE]=NULL;
    li__1PTE=(__li__K)(li__1PTE -  1);
  };
  li__HPYD=li__TH4D;
  return(li__HPYD);
}

static void** li__DAQC(__li__K li__FAQC)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__G5VC;
  __li__K li__ASMD;
  void **li__K5VC,**li__GAQC;
  li__G5VC=li__HJU(((__li__JJG )(__li__K)(li__FAQC * ((__li__K )(sizeof(void *))))));
  li__K5VC=((void **)li__G5VC);
  li__ASMD=(__li__K)(li__FAQC -  1);
  while ((li__ASMD >=  0)) {
    li__K5VC[li__ASMD]=NULL;
    li__ASMD=(__li__K)(li__ASMD -  1);
  };
  li__GAQC=li__K5VC;
  return(li__GAQC);
}

static void** li__HWQ(__li__K li__JWQ)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__05S;
  __li__K li__VNAB;
  void **li__45S,**li__KWQ;
  li__05S=li__HJU(((__li__JJG )(__li__K)(li__JWQ * ((__li__K )(sizeof(void *))))));
  li__45S=((void **)li__05S);
  li__VNAB=(__li__K)(li__JWQ -  1);
  while ((li__VNAB >=  0)) {
    li__45S[li__VNAB]=NULL;
    li__VNAB=(__li__K)(li__VNAB -  1);
  };
  li__KWQ=li__45S;
  return(li__KWQ);
}

static void** li__HDFG(__li__K li__JDFG)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__AHLG;
  __li__K li__AT2G;
  void **li__EHLG,**li__KDFG;
  li__AHLG=li__HJU(((__li__JJG )(__li__K)(li__JDFG * ((__li__K )(sizeof(void *))))));
  li__EHLG=((void **)li__AHLG);
  li__AT2G=(__li__K)(li__JDFG -  1);
  while ((li__AT2G >=  0)) {
    li__EHLG[li__AT2G]=NULL;
    li__AT2G=(__li__K)(li__AT2G -  1);
  };
  li__KDFG=li__EHLG;
  return(li__KDFG);
}

static void** li__WGHB(__li__K li__YGHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__F5KB;
  __li__K li__BBIC;
  void **li__J5KB,**li__ZGHB;
  li__F5KB=li__HJU(((__li__JJG )(__li__K)(li__YGHB * ((__li__K )(sizeof(void *))))));
  li__J5KB=((void **)li__F5KB);
  li__BBIC=(__li__K)(li__YGHB -  1);
  while ((li__BBIC >=  0)) {
    li__J5KB[li__BBIC]=NULL;
    li__BBIC=(__li__K)(li__BBIC -  1);
  };
  li__ZGHB=li__J5KB;
  return(li__ZGHB);
}

static void** li__W32H(__li__K li__Y32H)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__V0BI;
  __li__K li__EMSI;
  void **li__Z0BI,**li__Z32H;
  li__V0BI=li__HJU(((__li__JJG )(__li__K)(li__Y32H * ((__li__K )(sizeof(void *))))));
  li__Z0BI=((void **)li__V0BI);
  li__EMSI=(__li__K)(li__Y32H -  1);
  while ((li__EMSI >=  0)) {
    li__Z0BI[li__EMSI]=NULL;
    li__EMSI=(__li__K)(li__EMSI -  1);
  };
  li__Z32H=li__Z0BI;
  return(li__Z32H);
}

static void** li__F1Q(__li__K li__H1Q)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__QET;
  __li__K li__2OAB;
  void **li__UET,**li__I1Q;
  li__QET=li__HJU(((__li__JJG )(__li__K)(li__H1Q * ((__li__K )(sizeof(void *))))));
  li__UET=((void **)li__QET);
  li__2OAB=(__li__K)(li__H1Q -  1);
  while ((li__2OAB >=  0)) {
    li__UET[li__2OAB]=NULL;
    li__2OAB=(__li__K)(li__2OAB -  1);
  };
  li__I1Q=li__UET;
  return(li__I1Q);
}

static void** li__DPQ(__li__K li__FPQ)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__QSS;
  __li__K li__HLAB;
  void **li__USS,**li__GPQ;
  li__QSS=li__HJU(((__li__JJG )(__li__K)(li__FPQ * ((__li__K )(sizeof(void *))))));
  li__USS=((void **)li__QSS);
  li__HLAB=(__li__K)(li__FPQ -  1);
  while ((li__HLAB >=  0)) {
    li__USS[li__HLAB]=NULL;
    li__HLAB=(__li__K)(li__HLAB -  1);
  };
  li__GPQ=li__USS;
  return(li__GPQ);
}

static void** li__2HHB(__li__K li__4HHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__RCLB;
  __li__K li__PDIC;
  void **li__VCLB,**li__5HHB;
  li__RCLB=li__HJU(((__li__JJG )(__li__K)(li__4HHB * ((__li__K )(sizeof(void *))))));
  li__VCLB=((void **)li__RCLB);
  li__PDIC=(__li__K)(li__4HHB -  1);
  while ((li__PDIC >=  0)) {
    li__VCLB[li__PDIC]=NULL;
    li__PDIC=(__li__K)(li__PDIC -  1);
  };
  li__5HHB=li__VCLB;
  return(li__5HHB);
}

static void** li__VSQ(__li__K li__XSQ)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__UXS;
  __li__K li__OMAB;
  void **li__YXS,**li__YSQ;
  li__UXS=li__HJU(((__li__JJG )(__li__K)(li__XSQ * ((__li__K )(sizeof(void *))))));
  li__YXS=((void **)li__UXS);
  li__OMAB=(__li__K)(li__XSQ -  1);
  while ((li__OMAB >=  0)) {
    li__YXS[li__OMAB]=NULL;
    li__OMAB=(__li__K)(li__OMAB -  1);
  };
  li__YSQ=li__YXS;
  return(li__YSQ);
}

static void* li__D4C(__li__U *li__F4C)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__Y4C,*li__N4C,*li__G4C;
  __li__XRB *li__DYM,*li__MZM;
  __li__CB li__EYM,li__QHSU;
  __li__JJG li__MYM,li__QYEV,li__OHSU;
  __li__K li__XYM,li__034,li__W34;
  __li__52B li__UHSU;
  __li__O4C *li__M34;
  __li__YVL *li__X34,*li__F54;
  li__Y4C=li__NVL(((__li__O4C *)li__W4C),li__F4C);
  li__N4C=li__Y4C;
  /* __li__B__ __li__I__ */
if (((void *)li__Y4C == (void *)NULL)) {
    li__DYM=NULL;
    li__EYM=((__li__CB )(NULL));
    li__MYM=((__li__JJG )sizeof(__li__XRB));
    /* __li__B__ __li__I__ */
if ((li__MYM ==  0)) {
      li__DYM=li__XRB__;
    } else /* FALSE */ {
      li__XYM=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__MYM));
      /* __li__B__ __li__I__ */
if ((li__XYM == (__li__K)(-  1))) {
        li__QYEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__OHSU=(__li__JJG)((__li__JJG)(li__MYM - (__li__JJG)(((__li__JJG ) 0) - li__QYEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QYEV) - ((__li__JJG ) 1)));
        li__QYEV=(__li__JJG)(li__OHSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__QHSU=li__YCJ(li__OHSU,((__li__CB )(&(table_size[(li__QYEV)-1]))),((__li__52B )li__OHSU));
        li__EYM=li__QHSU;
      } else /* FALSE */ {
        li__UHSU=((__li__52B )li__XYM);
        li__QYEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__OHSU=(__li__JJG)((__li__JJG)(li__MYM - (__li__JJG)(((__li__JJG ) 0) - li__QYEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QYEV) - ((__li__JJG ) 1)));
        li__QHSU=li__YCJ(li__OHSU,((__li__CB )(&(table_type[(li__UHSU)]))),(__li__52B)(li__UHSU |  1));
        li__EYM=li__QHSU;
      };
      li__MZM=((__li__XRB *)li__EYM);
      li__DYM=li__MZM;
      *(li__MZM) = *(li__XRB__);
    };
    li__MZM=((__li__XRB *)li__DYM);
    li__MZM->li__P2C=li__F4C;
    li__M34=((__li__O4C *)li__W4C);
    li__XYM=li__AIO(((__li__U *)li__F4C));
    li__034=(__li__K)(li__XYM % li__M34->li__3VL);
    li__W34=li__034;
    li__X34=((void **)li__M34->li__EWL)[li__034];
    while ((! (((void *)li__X34 == (void *)NULL) || ((void *)li__X34->li__QWL == (void *)li__F4C)))) {
      li__X34=li__X34->li__1WL;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__X34 == (void *)NULL)) {
      /* __li__B__ __li__I__ */
if ((li__M34->li__3VL == li__M34->li__EBP)) {
        li__42QB(li__M34);
        li__W34=(__li__K)(li__XYM % li__M34->li__3VL);
      };
      li__F54=li__QDLB(li__MZM,li__F4C,((void **)li__M34->li__EWL)[li__W34]);
      li__X34=li__F54;
      ((void **)li__M34->li__EWL)[li__W34]=li__F54;
      li__M34->li__EBP=(__li__K)(li__M34->li__EBP +  1);
    } else /* FALSE */ {
      ((__li__YVL *)li__X34)->li__DXL=li__MZM;
    };
    li__N4C=li__DYM;
  };
  li__G4C=li__N4C;
  return(li__G4C);
}

static void** li__0JHB(__li__K li__2JHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__OFLB;
  __li__K li__WEIC;
  void **li__SFLB,**li__3JHB;
  li__OFLB=li__HJU(((__li__JJG )(__li__K)(li__2JHB * ((__li__K )(sizeof(void *))))));
  li__SFLB=((void **)li__OFLB);
  li__WEIC=(__li__K)(li__2JHB -  1);
  while ((li__WEIC >=  0)) {
    li__SFLB[li__WEIC]=NULL;
    li__WEIC=(__li__K)(li__WEIC -  1);
  };
  li__3JHB=li__SFLB;
  return(li__3JHB);
}

static __li__CRB* li__YIKC(__li__K li__0IKC)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__LQOC,li__BISU;
  __li__JJG li__TQOC,li__IZEV,li__5HSU;
  __li__K li__4QOC;
  __li__52B li__FISU;
  __li__CRB *li__KQOC,*li__TROC,*li__1IKC;
  void **li__KAGD;
  li__KQOC=NULL;
  li__LQOC=((__li__CB )(NULL));
  li__TQOC=((__li__JJG )sizeof(__li__CRB));
  /* __li__B__ __li__I__ */
if ((li__TQOC ==  0)) {
    li__KQOC=li__CRB__;
  } else /* FALSE */ {
    li__4QOC=__li__CRB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__TQOC));
    /* __li__B__ __li__I__ */
if ((li__4QOC == (__li__K)(-  1))) {
      li__IZEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5HSU=(__li__JJG)((__li__JJG)(li__TQOC - (__li__JJG)(((__li__JJG ) 0) - li__IZEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IZEV) - ((__li__JJG ) 1)));
      li__IZEV=(__li__JJG)(li__5HSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BISU=li__YCJ(li__5HSU,((__li__CB )(&(table_size[(li__IZEV)-1]))),((__li__52B )li__5HSU));
      li__LQOC=li__BISU;
    } else /* FALSE */ {
      li__FISU=((__li__52B )li__4QOC);
      li__IZEV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5HSU=(__li__JJG)((__li__JJG)(li__TQOC - (__li__JJG)(((__li__JJG ) 0) - li__IZEV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IZEV) - ((__li__JJG ) 1)));
      li__BISU=li__YCJ(li__5HSU,((__li__CB )(&(table_type[(li__FISU)]))),(__li__52B)(li__FISU |  1));
      li__LQOC=li__BISU;
    };
    li__TROC=((__li__CRB *)li__LQOC);
    li__KQOC=li__TROC;
    *(li__TROC) = *(li__CRB__);
  };
  li__TROC=((__li__CRB *)li__KQOC);
  /* __li__B__ __li__I__ */
if (((*(li__TROC)).li__X0BD < li__0IKC)) {
    li__KAGD=li__CSZD(li__0IKC);
    (*(li__TROC)).li__V1BD=li__KAGD;
    (*(li__TROC)).li__X0BD=li__0IKC;
  };
  (*(li__TROC)).li__5QZ=(__li__K)(-  1);
  li__1IKC=li__KQOC;
  return(li__1IKC);
}

static void** li__2GXH(__li__K li__4GXH)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__KQ1H;
  __li__K li__ISRI;
  void **li__OQ1H,**li__5GXH;
  li__KQ1H=li__HJU(((__li__JJG )(__li__K)(li__4GXH * ((__li__K )(sizeof(void *))))));
  li__OQ1H=((void **)li__KQ1H);
  li__ISRI=(__li__K)(li__4GXH -  1);
  while ((li__ISRI >=  0)) {
    li__OQ1H[li__ISRI]=NULL;
    li__ISRI=(__li__K)(li__ISRI -  1);
  };
  li__5GXH=li__OQ1H;
  return(li__5GXH);
}

static void** li__I4YD(__li__K li__K4YD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__WW4D;
  __li__K li__MYTE;
  void **li__0W4D,**li__L4YD;
  li__WW4D=li__HJU(((__li__JJG )(__li__K)(li__K4YD * ((__li__K )(sizeof(void *))))));
  li__0W4D=((void **)li__WW4D);
  li__MYTE=(__li__K)(li__K4YD -  1);
  while ((li__MYTE >=  0)) {
    li__0W4D[li__MYTE]=NULL;
    li__MYTE=(__li__K)(li__MYTE -  1);
  };
  li__L4YD=li__0W4D;
  return(li__L4YD);
}

static void** li__Z2YD(__li__K li__12YD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__JU4D;
  __li__K li__FXTE;
  void **li__NU4D,**li__22YD;
  li__JU4D=li__HJU(((__li__JJG )(__li__K)(li__12YD * ((__li__K )(sizeof(void *))))));
  li__NU4D=((void **)li__JU4D);
  li__FXTE=(__li__K)(li__12YD -  1);
  while ((li__FXTE >=  0)) {
    li__NU4D[li__FXTE]=NULL;
    li__FXTE=(__li__K)(li__FXTE -  1);
  };
  li__22YD=li__NU4D;
  return(li__22YD);
}

static void** li__MKHB(__li__K li__OKHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__EHLB;
  __li__K li__3FIC;
  void **li__IHLB,**li__PKHB;
  li__EHLB=li__HJU(((__li__JJG )(__li__K)(li__OKHB * ((__li__K )(sizeof(void *))))));
  li__IHLB=((void **)li__EHLB);
  li__3FIC=(__li__K)(li__OKHB -  1);
  while ((li__3FIC >=  0)) {
    li__IHLB[li__3FIC]=NULL;
    li__3FIC=(__li__K)(li__3FIC -  1);
  };
  li__PKHB=li__IHLB;
  return(li__PKHB);
}

static __li__VB1* li__E0BC(__li__U *li__G0BC)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VB1 *li__Z0BC,*li__C2BC,*li__H0BC;
  __li__CB li__00BC,li__SISU;
  __li__JJG li__C1BC,li__A0EV,li__QISU;
  __li__K li__N1BC,li__UFKC,li__QFKC;
  __li__52B li__WISU;
  __li__O4C *li__GFKC;
  __li__YVL *li__RFKC,*li__5GKC;
  li__Z0BC=NULL;
  li__00BC=((__li__CB )(NULL));
  li__C1BC=((__li__JJG )sizeof(__li__VB1));
  /* __li__B__ __li__I__ */
if ((li__C1BC ==  0)) {
    li__Z0BC=li__VB1__;
  } else /* FALSE */ {
    li__N1BC=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__C1BC));
    /* __li__B__ __li__I__ */
if ((li__N1BC == (__li__K)(-  1))) {
      li__A0EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QISU=(__li__JJG)((__li__JJG)(li__C1BC - (__li__JJG)(((__li__JJG ) 0) - li__A0EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__A0EV) - ((__li__JJG ) 1)));
      li__A0EV=(__li__JJG)(li__QISU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__SISU=li__YCJ(li__QISU,((__li__CB )(&(table_size[(li__A0EV)-1]))),((__li__52B )li__QISU));
      li__00BC=li__SISU;
    } else /* FALSE */ {
      li__WISU=((__li__52B )li__N1BC);
      li__A0EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QISU=(__li__JJG)((__li__JJG)(li__C1BC - (__li__JJG)(((__li__JJG ) 0) - li__A0EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__A0EV) - ((__li__JJG ) 1)));
      li__SISU=li__YCJ(li__QISU,((__li__CB )(&(table_type[(li__WISU)]))),(__li__52B)(li__WISU |  1));
      li__00BC=li__SISU;
    };
    li__C2BC=((__li__VB1 *)li__00BC);
    li__Z0BC=li__C2BC;
    *(li__C2BC) = *(li__VB1__);
  };
  li__C2BC=((__li__VB1 *)li__Z0BC);
  li__C2BC->li__WB1.li__P2C=li__G0BC;
  li__GFKC=((__li__O4C *)li__W4C);
  li__N1BC=li__AIO(((__li__U *)li__G0BC));
  li__UFKC=(__li__K)(li__N1BC % li__GFKC->li__3VL);
  li__QFKC=li__UFKC;
  li__RFKC=((void **)li__GFKC->li__EWL)[li__UFKC];
  while ((! (((void *)li__RFKC == (void *)NULL) || ((void *)li__RFKC->li__QWL == (void *)li__G0BC)))) {
    li__RFKC=li__RFKC->li__1WL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__RFKC == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__GFKC->li__3VL == li__GFKC->li__EBP)) {
      li__42QB(li__GFKC);
      li__QFKC=(__li__K)(li__N1BC % li__GFKC->li__3VL);
    };
    li__5GKC=li__QDLB(li__C2BC,li__G0BC,((void **)li__GFKC->li__EWL)[li__QFKC]);
    li__RFKC=li__5GKC;
    ((void **)li__GFKC->li__EWL)[li__QFKC]=li__5GKC;
    li__GFKC->li__EBP=(__li__K)(li__GFKC->li__EBP +  1);
  } else /* FALSE */ {
    ((__li__YVL *)li__RFKC)->li__DXL=li__C2BC;
  };
  li__H0BC=li__Z0BC;
  return(li__H0BC);
}

static void** li__TVYD(__li__K li__VVYD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__1N4D;
  __li__K li__QTTE;
  void **li__5N4D,**li__WVYD;
  li__1N4D=li__HJU(((__li__JJG )(__li__K)(li__VVYD * ((__li__K )(sizeof(void *))))));
  li__5N4D=((void **)li__1N4D);
  li__QTTE=(__li__K)(li__VVYD -  1);
  while ((li__QTTE >=  0)) {
    li__5N4D[li__QTTE]=NULL;
    li__QTTE=(__li__K)(li__QTTE -  1);
  };
  li__WVYD=li__5N4D;
  return(li__WVYD);
}

static void** li__BVYD(__li__K li__DVYD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__FM4D;
  __li__K li__JSTE;
  void **li__JM4D,**li__EVYD;
  li__FM4D=li__HJU(((__li__JJG )(__li__K)(li__DVYD * ((__li__K )(sizeof(void *))))));
  li__JM4D=((void **)li__FM4D);
  li__JSTE=(__li__K)(li__DVYD -  1);
  while ((li__JSTE >=  0)) {
    li__JM4D[li__JSTE]=NULL;
    li__JSTE=(__li__K)(li__JSTE -  1);
  };
  li__EVYD=li__JM4D;
  return(li__EVYD);
}

static void** li__RXYD(__li__K li__TXYD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__RP4D;
  __li__K li__XUTE;
  void **li__VP4D,**li__UXYD;
  li__RP4D=li__HJU(((__li__JJG )(__li__K)(li__TXYD * ((__li__K )(sizeof(void *))))));
  li__VP4D=((void **)li__RP4D);
  li__XUTE=(__li__K)(li__TXYD -  1);
  while ((li__XUTE >=  0)) {
    li__VP4D[li__XUTE]=NULL;
    li__XUTE=(__li__K)(li__XUTE -  1);
  };
  li__UXYD=li__VP4D;
  return(li__UXYD);
}

static void** li__MJTI(__li__K li__OJTI)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__PI0I;
  __li__K li__4GSK;
  void **li__TI0I,**li__PJTI;
  li__PI0I=li__HJU(((__li__JJG )(__li__K)(li__OJTI * ((__li__K )(sizeof(void *))))));
  li__TI0I=((void **)li__PI0I);
  li__4GSK=(__li__K)(li__OJTI -  1);
  while ((li__4GSK >=  0)) {
    li__TI0I[li__4GSK]=NULL;
    li__4GSK=(__li__K)(li__4GSK -  1);
  };
  li__PJTI=li__TI0I;
  return(li__PJTI);
}

static void** li__BVXE(__li__K li__DVXE)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__WW5E;
  __li__K li__K0ZF;
  void **li__0W5E,**li__EVXE;
  li__WW5E=li__HJU(((__li__JJG )(__li__K)(li__DVXE * ((__li__K )(sizeof(void *))))));
  li__0W5E=((void **)li__WW5E);
  li__K0ZF=(__li__K)(li__DVXE -  1);
  while ((li__K0ZF >=  0)) {
    li__0W5E[li__K0ZF]=NULL;
    li__K0ZF=(__li__K)(li__K0ZF -  1);
  };
  li__EVXE=li__0W5E;
  return(li__EVXE);
}

static void** li__TYXE(__li__K li__VYXE)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__O05E;
  __li__K li__R1ZF;
  void **li__S05E,**li__WYXE;
  li__O05E=li__HJU(((__li__JJG )(__li__K)(li__VYXE * ((__li__K )(sizeof(void *))))));
  li__S05E=((void **)li__O05E);
  li__R1ZF=(__li__K)(li__VYXE -  1);
  while ((li__R1ZF >=  0)) {
    li__S05E[li__R1ZF]=NULL;
    li__R1ZF=(__li__K)(li__R1ZF -  1);
  };
  li__WYXE=li__S05E;
  return(li__WYXE);
}

static void** li__BDAF(__li__K li__DDAF)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__INHF;
  __li__K li__XA0F;
  void **li__MNHF,**li__EDAF;
  li__INHF=li__HJU(((__li__JJG )(__li__K)(li__DDAF * ((__li__K )(sizeof(void *))))));
  li__MNHF=((void **)li__INHF);
  li__XA0F=(__li__K)(li__DDAF -  1);
  while ((li__XA0F >=  0)) {
    li__MNHF[li__XA0F]=NULL;
    li__XA0F=(__li__K)(li__XA0F -  1);
  };
  li__EDAF=li__MNHF;
  return(li__EDAF);
}

static void** li__TYWD(__li__K li__VYWD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__JJ3D;
  __li__K li__FOTE;
  void **li__NJ3D,**li__WYWD;
  li__JJ3D=li__HJU(((__li__JJG )(__li__K)(li__VYWD * ((__li__K )(sizeof(void *))))));
  li__NJ3D=((void **)li__JJ3D);
  li__FOTE=(__li__K)(li__VYWD -  1);
  while ((li__FOTE >=  0)) {
    li__NJ3D[li__FOTE]=NULL;
    li__FOTE=(__li__K)(li__FOTE -  1);
  };
  li__WYWD=li__NJ3D;
  return(li__WYWD);
}

static __li__3PZ* li__EVVB(__li__K li__GVVB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__MLFC,li__DJSU;
  __li__JJG li__ULFC,li__Y0EV,li__BJSU;
  __li__K li__5LFC;
  __li__52B li__HJSU;
  __li__3PZ *li__LLFC,*li__UMFC,*li__HVVB;
  void **li__VNFC;
  li__LLFC=NULL;
  li__MLFC=((__li__CB )(NULL));
  li__ULFC=((__li__JJG )sizeof(__li__3PZ));
  /* __li__B__ __li__I__ */
if ((li__ULFC ==  0)) {
    li__LLFC=li__3PZ__;
  } else /* FALSE */ {
    li__5LFC=__li__3PZ__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ULFC));
    /* __li__B__ __li__I__ */
if ((li__5LFC == (__li__K)(-  1))) {
      li__Y0EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__BJSU=(__li__JJG)((__li__JJG)(li__ULFC - (__li__JJG)(((__li__JJG ) 0) - li__Y0EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__Y0EV) - ((__li__JJG ) 1)));
      li__Y0EV=(__li__JJG)(li__BJSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__DJSU=li__YCJ(li__BJSU,((__li__CB )(&(table_size[(li__Y0EV)-1]))),((__li__52B )li__BJSU));
      li__MLFC=li__DJSU;
    } else /* FALSE */ {
      li__HJSU=((__li__52B )li__5LFC);
      li__Y0EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__BJSU=(__li__JJG)((__li__JJG)(li__ULFC - (__li__JJG)(((__li__JJG ) 0) - li__Y0EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__Y0EV) - ((__li__JJG ) 1)));
      li__DJSU=li__YCJ(li__BJSU,((__li__CB )(&(table_type[(li__HJSU)]))),(__li__52B)(li__HJSU |  1));
      li__MLFC=li__DJSU;
    };
    li__UMFC=((__li__3PZ *)li__MLFC);
    li__LLFC=li__UMFC;
    *(li__UMFC) = *(li__3PZ__);
  };
  li__UMFC=((__li__3PZ *)li__LLFC);
  /* __li__B__ __li__I__ */
if (((*(li__UMFC)).li__JNFC < li__GVVB)) {
    li__VNFC=li__ZITC(li__GVVB);
    (*(li__UMFC)).li__WNFC=li__VNFC;
    (*(li__UMFC)).li__JNFC=li__GVVB;
  };
  (*(li__UMFC)).li__1JGB=(__li__K)(-  1);
  li__HVVB=li__LLFC;
  return(li__HVVB);
}

static void** li__3FXK(__li__K li__5FXK)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__BJ5K;
  __li__K li__35GM;
  void **li__FJ5K,**li__AGXK;
  li__BJ5K=li__HJU(((__li__JJG )(__li__K)(li__5FXK * ((__li__K )(sizeof(void *))))));
  li__FJ5K=((void **)li__BJ5K);
  li__35GM=(__li__K)(li__5FXK -  1);
  while ((li__35GM >=  0)) {
    li__FJ5K[li__35GM]=NULL;
    li__35GM=(__li__K)(li__35GM -  1);
  };
  li__AGXK=li__FJ5K;
  return(li__AGXK);
}

static void** li__JC3H(__li__K li__LC3H)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__X2BI;
  __li__K li__LNSI;
  void **li__12BI,**li__MC3H;
  li__X2BI=li__HJU(((__li__JJG )(__li__K)(li__LC3H * ((__li__K )(sizeof(void *))))));
  li__12BI=((void **)li__X2BI);
  li__LNSI=(__li__K)(li__LC3H -  1);
  while ((li__LNSI >=  0)) {
    li__12BI[li__LNSI]=NULL;
    li__LNSI=(__li__K)(li__LNSI -  1);
  };
  li__MC3H=li__12BI;
  return(li__MC3H);
}

static void** li__DCQD(__li__K li__FCQD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__3VXD;
  __li__K li__WBTE;
  void **li__BWXD,**li__GCQD;
  li__3VXD=li__HJU(((__li__JJG )(__li__K)(li__FCQD * ((__li__K )(sizeof(void *))))));
  li__BWXD=((void **)li__3VXD);
  li__WBTE=(__li__K)(li__FCQD -  1);
  while ((li__WBTE >=  0)) {
    li__BWXD[li__WBTE]=NULL;
    li__WBTE=(__li__K)(li__WBTE -  1);
  };
  li__GCQD=li__BWXD;
  return(li__GCQD);
}

static void** li__AFHB(__li__K li__CFHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__D0KB;
  __li__K li__M3HC;
  void **li__H0KB,**li__DFHB;
  li__D0KB=li__HJU(((__li__JJG )(__li__K)(li__CFHB * ((__li__K )(sizeof(void *))))));
  li__H0KB=((void **)li__D0KB);
  li__M3HC=(__li__K)(li__CFHB -  1);
  while ((li__M3HC >=  0)) {
    li__H0KB[li__M3HC]=NULL;
    li__M3HC=(__li__K)(li__M3HC -  1);
  };
  li__DFHB=li__H0KB;
  return(li__DFHB);
}

static void** li__1O1I(__li__K li__3O1I)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__N4BJ;
  __li__K li__3JSK;
  void **li__R4BJ,**li__4O1I;
  li__N4BJ=li__HJU(((__li__JJG )(__li__K)(li__3O1I * ((__li__K )(sizeof(void *))))));
  li__R4BJ=((void **)li__N4BJ);
  li__3JSK=(__li__K)(li__3O1I -  1);
  while ((li__3JSK >=  0)) {
    li__R4BJ[li__3JSK]=NULL;
    li__3JSK=(__li__K)(li__3JSK -  1);
  };
  li__4O1I=li__R4BJ;
  return(li__4O1I);
}

static void** li__21RP(__li__K li__41RP)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__R0UP;
  __li__K li__UQLQ;
  void **li__V0UP,**li__51RP;
  li__R0UP=li__HJU(((__li__JJG )(__li__K)(li__41RP * ((__li__K )(sizeof(void *))))));
  li__V0UP=((void **)li__R0UP);
  li__UQLQ=(__li__K)(li__41RP -  1);
  while ((li__UQLQ >=  0)) {
    li__V0UP[li__UQLQ]=NULL;
    li__UQLQ=(__li__K)(li__UQLQ -  1);
  };
  li__51RP=li__V0UP;
  return(li__51RP);
}

static __li__Z0IE* li__SP2E(__li__K li__UP2E)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__Z0IE *li__XP2E,*li__BWWG,*li__VP2E;
  void **li__VWWG;
  li__XP2E=li__20VF();
  li__BWWG=((__li__Z0IE *)li__XP2E);
  /* __li__B__ __li__I__ */
if (((*(li__BWWG)).li__W1VG < li__UP2E)) {
    li__VWWG=li__XKEH(li__UP2E);
    (*(li__BWWG)).li__WWWG=li__VWWG;
    (*(li__BWWG)).li__W1VG=li__UP2E;
  };
  (*(li__BWWG)).li__4BPE=(__li__K)(-  1);
  li__VP2E=li__XP2E;
  return(li__VP2E);
}

static __li__ZDID* li__Q21D()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__YUVG,li__UJSU;
  __li__JJG li__AVVG,li__Q1EV,li__SJSU;
  __li__K li__LVVG;
  __li__52B li__YJSU;
  __li__ZDID *li__XUVG,*li__AWVG,*li__S21D;
  li__XUVG=NULL;
  li__YUVG=((__li__CB )(NULL));
  li__AVVG=((__li__JJG )sizeof(__li__ZDID));
  /* __li__B__ __li__I__ */
if ((li__AVVG ==  0)) {
    li__XUVG=li__ZDID__;
  } else /* FALSE */ {
    li__LVVG=__li__ZDID__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__AVVG));
    /* __li__B__ __li__I__ */
if ((li__LVVG == (__li__K)(-  1))) {
      li__Q1EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__SJSU=(__li__JJG)((__li__JJG)(li__AVVG - (__li__JJG)(((__li__JJG ) 0) - li__Q1EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__Q1EV) - ((__li__JJG ) 1)));
      li__Q1EV=(__li__JJG)(li__SJSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__UJSU=li__YCJ(li__SJSU,((__li__CB )(&(table_size[(li__Q1EV)-1]))),((__li__52B )li__SJSU));
      li__YUVG=li__UJSU;
    } else /* FALSE */ {
      li__YJSU=((__li__52B )li__LVVG);
      li__Q1EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__SJSU=(__li__JJG)((__li__JJG)(li__AVVG - (__li__JJG)(((__li__JJG ) 0) - li__Q1EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__Q1EV) - ((__li__JJG ) 1)));
      li__UJSU=li__YCJ(li__SJSU,((__li__CB )(&(table_type[(li__YJSU)]))),(__li__52B)(li__YJSU |  1));
      li__YUVG=li__UJSU;
    };
    li__AWVG=((__li__ZDID *)li__YUVG);
    li__XUVG=li__AWVG;
    *(li__AWVG) = *(li__ZDID__);
  };
  li__S21D=li__XUVG;
  return(li__S21D);
}

static void** li__RYSM(__li__K li__TYSM)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__G11M;
  __li__K li__31UN;
  void **li__K11M,**li__UYSM;
  li__G11M=li__HJU(((__li__JJG )(__li__K)(li__TYSM * ((__li__K )(sizeof(void *))))));
  li__K11M=((void **)li__G11M);
  li__31UN=(__li__K)(li__TYSM -  1);
  while ((li__31UN >=  0)) {
    li__K11M[li__31UN]=NULL;
    li__31UN=(__li__K)(li__31UN -  1);
  };
  li__UYSM=li__K11M;
  return(li__UYSM);
}

static void** li__3OEG(__li__K li__5OEG)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__V1KG;
  __li__K li__SQ2G;
  void **li__Z1KG,**li__APEG;
  li__V1KG=li__HJU(((__li__JJG )(__li__K)(li__5OEG * ((__li__K )(sizeof(void *))))));
  li__Z1KG=((void **)li__V1KG);
  li__SQ2G=(__li__K)(li__5OEG -  1);
  while ((li__SQ2G >=  0)) {
    li__Z1KG[li__SQ2G]=NULL;
    li__SQ2G=(__li__K)(li__SQ2G -  1);
  };
  li__APEG=li__Z1KG;
  return(li__APEG);
}

static void** li__IJOM(__li__K li__KJOM)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__N5XM;
  __li__K li__PZUN;
  void **li__R5XM,**li__LJOM;
  li__N5XM=li__HJU(((__li__JJG )(__li__K)(li__KJOM * ((__li__K )(sizeof(void *))))));
  li__R5XM=((void **)li__N5XM);
  li__PZUN=(__li__K)(li__KJOM -  1);
  while ((li__PZUN >=  0)) {
    li__R5XM[li__PZUN]=NULL;
    li__PZUN=(__li__K)(li__PZUN -  1);
  };
  li__LJOM=li__R5XM;
  return(li__LJOM);
}

static void** li__YSSM(__li__K li__0SSM)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__IX1M;
  __li__K li__W0UN;
  void **li__MX1M,**li__1SSM;
  li__IX1M=li__HJU(((__li__JJG )(__li__K)(li__0SSM * ((__li__K )(sizeof(void *))))));
  li__MX1M=((void **)li__IX1M);
  li__W0UN=(__li__K)(li__0SSM -  1);
  while ((li__W0UN >=  0)) {
    li__MX1M[li__W0UN]=NULL;
    li__W0UN=(__li__K)(li__W0UN -  1);
  };
  li__1SSM=li__MX1M;
  return(li__1SSM);
}

static __li__Z0IE* li__AOJJ(__li__K li__COJJ)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__Z0IE *li__FOJJ,*li__J2MK,*li__DOJJ;
  void **li__02MK;
  __li__C li__22MK;
  li__FOJJ=li__20VF();
  li__J2MK=((__li__Z0IE *)li__FOJJ);
  /* __li__B__ __li__I__ */
if ((li__COJJ > (*(li__J2MK)).li__W1VG)) {
    li__02MK=li__XKEH(li__COJJ);
    (*(li__J2MK)).li__WWWG=li__02MK;
    (*(li__J2MK)).li__W1VG=li__COJJ;
    li__22MK=li__B__;
  } else /* FALSE */ {
    li__22MK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__22MK)) {
    /* __li__B__ __li__I__ */
if ((((*(li__J2MK)).li__W1VG >  0) && ((*(li__J2MK)).li__4BPE >=  0))) {
      li__0ZOK(((void **)(*(li__J2MK)).li__WWWG), 0,(*(li__J2MK)).li__4BPE);
    };
  };
  (*(li__J2MK)).li__4BPE=(__li__K)(li__COJJ -  1);
  li__DOJJ=li__FOJJ;
  return(li__DOJJ);
}

static __li__TXB* li__1PE(__li__K li__3PE)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__BNM,li__FKSU;
  __li__JJG li__JNM,li__I2EV,li__DKSU;
  __li__K li__UNM;
  __li__52B li__JKSU;
  __li__TXB *li__ANM,*li__JOM,*li__4PE;
  void **li__1P0;
  li__ANM=NULL;
  li__BNM=((__li__CB )(NULL));
  li__JNM=((__li__JJG )sizeof(__li__TXB));
  /* __li__B__ __li__I__ */
if ((li__JNM ==  0)) {
    li__ANM=li__TXB__;
  } else /* FALSE */ {
    li__UNM=__li__TXB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__JNM));
    /* __li__B__ __li__I__ */
if ((li__UNM == (__li__K)(-  1))) {
      li__I2EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DKSU=(__li__JJG)((__li__JJG)(li__JNM - (__li__JJG)(((__li__JJG ) 0) - li__I2EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__I2EV) - ((__li__JJG ) 1)));
      li__I2EV=(__li__JJG)(li__DKSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__FKSU=li__YCJ(li__DKSU,((__li__CB )(&(table_size[(li__I2EV)-1]))),((__li__52B )li__DKSU));
      li__BNM=li__FKSU;
    } else /* FALSE */ {
      li__JKSU=((__li__52B )li__UNM);
      li__I2EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DKSU=(__li__JJG)((__li__JJG)(li__JNM - (__li__JJG)(((__li__JJG ) 0) - li__I2EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__I2EV) - ((__li__JJG ) 1)));
      li__FKSU=li__YCJ(li__DKSU,((__li__CB )(&(table_type[(li__JKSU)]))),(__li__52B)(li__JKSU |  1));
      li__BNM=li__FKSU;
    };
    li__JOM=((__li__TXB *)li__BNM);
    li__ANM=li__JOM;
    *(li__JOM) = *(li__TXB__);
  };
  li__JOM=((__li__TXB *)li__ANM);
  /* __li__B__ __li__I__ */
if (((*(li__JOM)).li__PP0 < li__3PE)) {
    li__1P0=li__SFHB(li__3PE);
    (*(li__JOM)).li__2P0=li__1P0;
    (*(li__JOM)).li__PP0=li__3PE;
  };
  (*(li__JOM)).li__CYB=(__li__K)(-  1);
  li__4PE=li__ANM;
  return(li__4PE);
}

static void** li__VXEH(__li__K li__XXEH)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__FLKH;
  __li__K li__HGWH;
  void **li__JLKH,**li__YXEH;
  li__FLKH=li__HJU(((__li__JJG )(__li__K)(li__XXEH * ((__li__K )(sizeof(void *))))));
  li__JLKH=((void **)li__FLKH);
  li__HGWH=(__li__K)(li__XXEH -  1);
  while ((li__HGWH >=  0)) {
    li__JLKH[li__HGWH]=NULL;
    li__HGWH=(__li__K)(li__HGWH -  1);
  };
  li__YXEH=li__JLKH;
  return(li__YXEH);
}

static void** li__4I3N(__li__K li__AJ3N)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__EXDO;
  __li__K li__50YO;
  void **li__IXDO,**li__BJ3N;
  li__EXDO=li__HJU(((__li__JJG )(__li__K)(li__AJ3N * ((__li__K )(sizeof(void *))))));
  li__IXDO=((void **)li__EXDO);
  li__50YO=(__li__K)(li__AJ3N -  1);
  while ((li__50YO >=  0)) {
    li__IXDO[li__50YO]=NULL;
    li__50YO=(__li__K)(li__50YO -  1);
  };
  li__BJ3N=li__IXDO;
  return(li__BJ3N);
}

static void** li__JLEH(__li__K li__LLEH)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__1DKH;
  __li__K li__AFWH;
  void **li__5DKH,**li__MLEH;
  li__1DKH=li__HJU(((__li__JJG )(__li__K)(li__LLEH * ((__li__K )(sizeof(void *))))));
  li__5DKH=((void **)li__1DKH);
  li__AFWH=(__li__K)(li__LLEH -  1);
  while ((li__AFWH >=  0)) {
    li__5DKH[li__AFWH]=NULL;
    li__AFWH=(__li__K)(li__AFWH -  1);
  };
  li__MLEH=li__5DKH;
  return(li__MLEH);
}

static __li__CB li__CUY(__li__CB li__EUY,__li__JJG li__FUY,__li__JJG li__GUY)
/* (Expanded POINTER{li__CB},Expanded UINTEGER_CPU{li__JJG},Expanded UINTEGER_CPU{li__JJG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__SUY,li__OVY,li__WVJB,li__HUY;
  __li__JJG li__A3EV,li__4UY,li__EVY,li__U3EV,li__MXFB,li__D0FB;
  __li__JJG li__0RTB;
  __li__RKG *li__0VY,*li__DZFB,*li__R0FB,*li__YRTB,*li__1ZMV;
  li__SUY=((__li__CB )(NULL));
  li__A3EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
  li__4UY=(__li__JJG)((__li__JJG)(li__FUY - (__li__JJG)(((__li__JJG ) 0) - li__A3EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__A3EV) - ((__li__JJG ) 1)));
  li__A3EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
  li__EVY=(__li__JJG)((__li__JJG)(li__GUY - (__li__JJG)(((__li__JJG ) 0) - li__A3EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__A3EV) - ((__li__JJG ) 1)));
  /* __li__B__ __li__I__ */
if ((li__4UY <= ((__li__JJG )(MINIMUM_SIZE)))) {
    li__OVY=li__HJU(li__EVY);
    li__SUY=li__OVY;
    li__WVFB(li__EUY,li__OVY,li__4UY);
    li__U3EV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
    li__MXFB=(__li__JJG)((__li__JJG)(li__4UY - (__li__JJG)(((__li__JJG ) 0) - li__U3EV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__U3EV) - ((__li__JJG ) 1)));
    li__U3EV=(__li__JJG)(li__MXFB / ((__li__JJG )((__li__K )(sizeof(void *)))));
    li__OVY=((__li__CB )(&(table_size[(li__U3EV)-1])));
    li__WVJB=((__li__CB *)li__OVY)[ 0];
    ((__li__CB *)li__EUY)[ 0]=(void *)((unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)(void *)((unsigned long)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB *)li__WVJB)[ 0]) - (unsigned long)((__li__CB )((__li__JJG ) 1))) & (unsigned long)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG ) 3))) - (unsigned long)((__li__CB )((__li__JJG ) 1))))) - (unsigned long)((__li__CB )((__li__JJG ) 1)));
    ((__li__CB *)li__WVJB)[ 0]=li__EUY;
    ;
  } else /* FALSE */ {
    li__0VY=((__li__RKG *)(void *)((unsigned long)li__EUY - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))));
    li__U3EV=(__li__JJG)(((__li__JJG )(void *)((unsigned long)li__EUY - (unsigned long)li__N2I)) >>  26);
    li__DZFB=NULL;
    li__MXFB=((__li__JJG ) 0);
    li__D0FB=(__li__JJG)(li__0VY->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1)));
    /* __li__B__ __li__I__ */
if ((li__EVY > li__D0FB)) {
      /* __li__B__ __li__I__ */
if ((! ((__li__JJG)(li__0VY->li__UKG & ((__li__JJG ) 2)) !=  0))) {
        li__R0FB=((__li__RKG *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__0VY) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )(__li__JJG)(li__0VY->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1)))))));
        li__MXFB=(__li__JJG)((__li__JJG)(li__EVY - li__D0FB) - ((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))));
        /* __li__B__ __li__I__ */
if ((((__li__JJG)(li__R0FB->li__UKG & ((__li__JJG ) 1)) == ((__li__JJG ) 0)) && ((__li__JJG)(li__R0FB->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1))) >= li__MXFB))) {
          li__XNDC(li__R0FB,((__li__CB )li__MXFB),li__U3EV);
          li__0VY->li__UKG=(__li__JJG)((__li__JJG)(li__0VY->li__UKG - (__li__JJG)(((__li__JJG ) 0) - (__li__JJG)(li__R0FB->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 1)) - ((__li__JJG ) 1))))) - (__li__JJG)(((__li__JJG ) 0) - ((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))));
          /* __li__B__ __li__I__ */
if (((__li__JJG)(li__0VY->li__UKG & ((__li__JJG ) 2)) !=  0)) {
            last_block[(li__U3EV)] = (li__0VY);
          } else /* FALSE */ {
            ((__li__RKG *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__0VY) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )(__li__JJG)(li__0VY->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1)))))))->li__TKG=li__0VY;
          };
          li__DZFB=li__0VY;
        };
      };
      /* __li__B__ __li__I__ */
if (((void *)li__DZFB == (void *)NULL)) {
        li__R0FB=li__OKFB(li__EVY);
        li__DZFB=li__R0FB;
        li__WVFB((void *)((unsigned long)((__li__CB )li__0VY) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))),(void *)((unsigned long)((__li__CB )((__li__RKG *)li__R0FB)) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))),li__D0FB);
        li__R0FB=((__li__RKG *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__0VY) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )(__li__JJG)(li__0VY->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1)))))));
        li__YRTB=li__0VY->li__TKG;
        li__0RTB=(__li__JJG)(li__0VY->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 1)) - ((__li__JJG ) 1)));
        /* __li__B__ __li__I__ */
if ((((void *)li__YRTB == (void *)NULL) || ((__li__JJG)(((__li__RKG *)li__YRTB)->li__UKG & ((__li__JJG ) 1)) != ((__li__JJG ) 0)))) {
          li__YRTB=li__0VY;
          li__VWWB(li__0VY);
        } else /* FALSE */ {
          li__0RTB=(__li__JJG)((__li__JJG)(li__0RTB - (__li__JJG)(((__li__JJG ) 0) - li__YRTB->li__UKG)) - (__li__JJG)(((__li__JJG ) 0) - ((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))));
        };
        /* __li__B__ __li__I__ */
if (((! ((__li__JJG)(li__0VY->li__UKG & ((__li__JJG ) 2)) !=  0)) && ((__li__JJG)(li__R0FB->li__UKG & ((__li__JJG ) 1)) == ((__li__JJG ) 0)))) {
          li__0RTB=(__li__JJG)((__li__JJG)(li__0RTB - (__li__JJG)(((__li__JJG ) 0) - li__R0FB->li__UKG)) - (__li__JJG)(((__li__JJG ) 0) - ((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))));
          li__1YHC(li__R0FB);
        };
        ((__li__RKG *)li__YRTB)->li__UKG=li__0RTB;
        /* __li__B__ __li__I__ */
if (((__li__JJG)(((__li__RKG *)li__YRTB)->li__UKG & ((__li__JJG ) 2)) !=  0)) {
          last_block[(li__U3EV)] = (li__YRTB);
        } else /* FALSE */ {
          li__1ZMV=((__li__RKG *)li__YRTB);
          ((__li__RKG *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__1ZMV) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )(__li__JJG)(li__1ZMV->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1)))))))->li__TKG=li__YRTB;
        };
      };
    } else /* FALSE */ {
      li__DZFB=li__0VY;
    };
    li__SUY=(void *)((unsigned long)((__li__CB )((__li__RKG *)li__DZFB)) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))));
  };
  li__HUY=li__SUY;
  return(li__HUY);
}

static void li__JAZ(__li__BC *li__KAZ,__li__U *li__LAZ)
/* (Strict STRING{li__BC},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__MAZ,li__WAZ,li__JAFV;
  __li__CB li__LAFV;
  __li__3 *li__FBZ;
  li__MAZ=li__LAZ->li__2C;
  li__WAZ=(__li__K)(li__KAZ->li__NK + li__MAZ);
  /* __li__B__ __li__I__ */
if ((li__KAZ->li__LUN < li__WAZ)) {
    /* __li__B__ __li__I__ */
if ((li__KAZ->li__LUN ==  0)) {
      li__KAZ->li__LUN=li__WAZ;
      li__FBZ=li__ZLY(li__WAZ);
      li__KAZ->li__CUN=li__FBZ;
    } else /* FALSE */ {
      li__FBZ=((__li__3 *)li__KAZ->li__CUN);
      li__JAFV=li__KAZ->li__LUN;
      li__LAFV=li__CUY(((__li__CB )li__FBZ),((__li__JJG )li__JAFV),((__li__JJG )li__WAZ));
      li__FBZ=((__li__3 *)li__LAFV);
      li__TS2(li__FBZ,li__JAFV,(__li__K)(li__WAZ -  1));
      li__KAZ->li__CUN=li__FBZ;
      li__KAZ->li__LUN=li__WAZ;
    };
  };
  li__XX2(((__li__3 *)li__KAZ->li__CUN),li__LAZ->li__3C,li__KAZ->li__NK,li__MAZ);
  li__KAZ->li__NK=li__WAZ;
}

static void** li__MDYH(__li__K li__ODYH)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__YY2H;
  __li__K li__PTRI;
  void **li__2Y2H,**li__PDYH;
  li__YY2H=li__HJU(((__li__JJG )(__li__K)(li__ODYH * ((__li__K )(sizeof(void *))))));
  li__2Y2H=((void **)li__YY2H);
  li__PTRI=(__li__K)(li__ODYH -  1);
  while ((li__PTRI >=  0)) {
    li__2Y2H[li__PTRI]=NULL;
    li__PTRI=(__li__K)(li__PTRI -  1);
  };
  li__PDYH=li__2Y2H;
  return(li__PDYH);
}

static __li__1M* li__UAVC()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__1M *li__XAVC,*li__ACVC,*li__WAVC;
  __li__CB li__YAVC,li__AMSU;
  __li__JJG li__ABVC,li__PAFV,li__4LSU;
  __li__K li__LBVC;
  __li__52B li__EMSU;
  li__XAVC=NULL;
  li__YAVC=((__li__CB )(NULL));
  li__ABVC=((__li__JJG )sizeof(__li__1M));
  /* __li__B__ __li__I__ */
if ((li__ABVC ==  0)) {
    li__XAVC=li__1M__;
  } else /* FALSE */ {
    li__LBVC=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ABVC));
    /* __li__B__ __li__I__ */
if ((li__LBVC == (__li__K)(-  1))) {
      li__PAFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4LSU=(__li__JJG)((__li__JJG)(li__ABVC - (__li__JJG)(((__li__JJG ) 0) - li__PAFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__PAFV) - ((__li__JJG ) 1)));
      li__PAFV=(__li__JJG)(li__4LSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__AMSU=li__YCJ(li__4LSU,((__li__CB )(&(table_size[(li__PAFV)-1]))),((__li__52B )li__4LSU));
      li__YAVC=li__AMSU;
    } else /* FALSE */ {
      li__EMSU=((__li__52B )li__LBVC);
      li__PAFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4LSU=(__li__JJG)((__li__JJG)(li__ABVC - (__li__JJG)(((__li__JJG ) 0) - li__PAFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__PAFV) - ((__li__JJG ) 1)));
      li__AMSU=li__YCJ(li__4LSU,((__li__CB )(&(table_type[(li__EMSU)]))),(__li__52B)(li__EMSU |  1));
      li__YAVC=li__AMSU;
    };
    li__ACVC=((__li__1M *)li__YAVC);
    li__XAVC=li__ACVC;
    *(li__ACVC) = *(li__1M__);
  };
  li__WAVC=li__XAVC;
  return(li__WAVC);
}

static __li__KXFD* li__GQMD()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__VGME,li__RMSU;
  __li__JJG li__3GME,li__HBFV,li__PMSU;
  __li__K li__IHME;
  __li__52B li__VMSU;
  __li__KXFD *li__UGME,*li__3HME,*li__IQMD;
  void **li__WYSE;
  li__UGME=NULL;
  li__VGME=((__li__CB )(NULL));
  li__3GME=((__li__JJG )sizeof(__li__KXFD));
  /* __li__B__ __li__I__ */
if ((li__3GME ==  0)) {
    li__UGME=li__KXFD__;
  } else /* FALSE */ {
    li__IHME=__li__KXFD__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__3GME));
    /* __li__B__ __li__I__ */
if ((li__IHME == (__li__K)(-  1))) {
      li__HBFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PMSU=(__li__JJG)((__li__JJG)(li__3GME - (__li__JJG)(((__li__JJG ) 0) - li__HBFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HBFV) - ((__li__JJG ) 1)));
      li__HBFV=(__li__JJG)(li__PMSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__RMSU=li__YCJ(li__PMSU,((__li__CB )(&(table_size[(li__HBFV)-1]))),((__li__52B )li__PMSU));
      li__VGME=li__RMSU;
    } else /* FALSE */ {
      li__VMSU=((__li__52B )li__IHME);
      li__HBFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PMSU=(__li__JJG)((__li__JJG)(li__3GME - (__li__JJG)(((__li__JJG ) 0) - li__HBFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HBFV) - ((__li__JJG ) 1)));
      li__RMSU=li__YCJ(li__PMSU,((__li__CB )(&(table_type[(li__VMSU)]))),(__li__52B)(li__VMSU |  1));
      li__VGME=li__RMSU;
    };
    li__3HME=((__li__KXFD *)li__VGME);
    li__UGME=li__3HME;
    *(li__3HME) = *(li__KXFD__);
  };
  li__3HME=((__li__KXFD *)li__UGME);
  li__IHME=li__YDQ( 193);
  li__WYSE=li__AYZE(li__IHME);
  li__3HME->li__XYSE=li__WYSE;
  li__3HME->li__QIME=li__IHME;
  li__3HME->li__ZYSE=(__li__K)(-  1);
  li__3HME->li__MYME= 0;
  li__IQMD=li__UGME;
  return(li__IQMD);
}

static __li__IFGD* li__NQMD()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__JXSF,li__CNSU;
  __li__JJG li__RXSF,li__5BFV,li__ANSU;
  __li__K li__2XSF;
  __li__52B li__GNSU;
  __li__IFGD *li__IXSF,*li__RYSF,*li__PQMD;
  void **li__CYXF;
  li__IXSF=NULL;
  li__JXSF=((__li__CB )(NULL));
  li__RXSF=((__li__JJG )sizeof(__li__IFGD));
  /* __li__B__ __li__I__ */
if ((li__RXSF ==  0)) {
    li__IXSF=li__IFGD__;
  } else /* FALSE */ {
    li__2XSF=__li__IFGD__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__RXSF));
    /* __li__B__ __li__I__ */
if ((li__2XSF == (__li__K)(-  1))) {
      li__5BFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ANSU=(__li__JJG)((__li__JJG)(li__RXSF - (__li__JJG)(((__li__JJG ) 0) - li__5BFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5BFV) - ((__li__JJG ) 1)));
      li__5BFV=(__li__JJG)(li__ANSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__CNSU=li__YCJ(li__ANSU,((__li__CB )(&(table_size[(li__5BFV)-1]))),((__li__52B )li__ANSU));
      li__JXSF=li__CNSU;
    } else /* FALSE */ {
      li__GNSU=((__li__52B )li__2XSF);
      li__5BFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ANSU=(__li__JJG)((__li__JJG)(li__RXSF - (__li__JJG)(((__li__JJG ) 0) - li__5BFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5BFV) - ((__li__JJG ) 1)));
      li__CNSU=li__YCJ(li__ANSU,((__li__CB )(&(table_type[(li__GNSU)]))),(__li__52B)(li__GNSU |  1));
      li__JXSF=li__CNSU;
    };
    li__RYSF=((__li__IFGD *)li__JXSF);
    li__IXSF=li__RYSF;
    *(li__RYSF) = *(li__IFGD__);
  };
  li__RYSF=((__li__IFGD *)li__IXSF);
  li__2XSF=li__YDQ( 53);
  li__CYXF=li__M01F(li__2XSF);
  li__RYSF->li__DYXF=li__CYXF;
  li__RYSF->li__LZSF=li__2XSF;
  li__RYSF->li__FYXF=(__li__K)(-  1);
  li__RYSF->li__GYXF= 0;
  li__PQMD=li__IXSF;
  return(li__PQMD);
}

static void** li__XYDR(__li__K li__ZYDR)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__JJGR;
  __li__K li__VSQR;
  void **li__NJGR,**li__0YDR;
  li__JJGR=li__HJU(((__li__JJG )(__li__K)(li__ZYDR * ((__li__K )(sizeof(void *))))));
  li__NJGR=((void **)li__JJGR);
  li__VSQR=(__li__K)(li__ZYDR -  1);
  while ((li__VSQR >=  0)) {
    li__NJGR[li__VSQR]=NULL;
    li__VSQR=(__li__K)(li__VSQR -  1);
  };
  li__0YDR=li__NJGR;
  return(li__0YDR);
}

static __li__SZHP* li__DM5P()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__4YIQ,li__TNSU;
  __li__JJG li__GZIQ,li__XCFV,li__RNSU;
  __li__K li__RZIQ;
  __li__52B li__XNSU;
  __li__SZHP *li__3YIQ,*li__G0IQ,*li__GM5P;
  void **li__TK2Q;
  li__3YIQ=NULL;
  li__4YIQ=((__li__CB )(NULL));
  li__GZIQ=((__li__JJG )sizeof(__li__SZHP));
  /* __li__B__ __li__I__ */
if ((li__GZIQ ==  0)) {
    li__3YIQ=li__SZHP__;
  } else /* FALSE */ {
    li__RZIQ=__li__SZHP__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__GZIQ));
    /* __li__B__ __li__I__ */
if ((li__RZIQ == (__li__K)(-  1))) {
      li__XCFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__RNSU=(__li__JJG)((__li__JJG)(li__GZIQ - (__li__JJG)(((__li__JJG ) 0) - li__XCFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XCFV) - ((__li__JJG ) 1)));
      li__XCFV=(__li__JJG)(li__RNSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__TNSU=li__YCJ(li__RNSU,((__li__CB )(&(table_size[(li__XCFV)-1]))),((__li__52B )li__RNSU));
      li__4YIQ=li__TNSU;
    } else /* FALSE */ {
      li__XNSU=((__li__52B )li__RZIQ);
      li__XCFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__RNSU=(__li__JJG)((__li__JJG)(li__GZIQ - (__li__JJG)(((__li__JJG ) 0) - li__XCFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XCFV) - ((__li__JJG ) 1)));
      li__TNSU=li__YCJ(li__RNSU,((__li__CB )(&(table_type[(li__XNSU)]))),(__li__52B)(li__XNSU |  1));
      li__4YIQ=li__TNSU;
    };
    li__G0IQ=((__li__SZHP *)li__4YIQ);
    li__3YIQ=li__G0IQ;
    *(li__G0IQ) = *(li__SZHP__);
  };
  li__G0IQ=((__li__SZHP *)li__3YIQ);
  /* __li__B__ __li__I__ */
if (((*(li__G0IQ)).li__OF2Q <  32)) {
    li__TK2Q=li__L2DR( 32);
    (*(li__G0IQ)).li__MG2Q=li__TK2Q;
    (*(li__G0IQ)).li__OF2Q= 32;
  };
  (*(li__G0IQ)).li__ACIP=(__li__K)(-  1);
  li__GM5P=li__3YIQ;
  return(li__GM5P);
}

static __li__MZB* li__HQE(__li__K li__JQE)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__YOM,li__EOSU;
  __li__JJG li__APM,li__PDFV,li__COSU;
  __li__K li__LPM;
  __li__52B li__IOSU;
  __li__MZB *li__XOM,*li__AQM,*li__KQE;
  void **li__FR0;
  li__XOM=NULL;
  li__YOM=((__li__CB )(NULL));
  li__APM=((__li__JJG )sizeof(__li__MZB));
  /* __li__B__ __li__I__ */
if ((li__APM ==  0)) {
    li__XOM=li__MZB__;
  } else /* FALSE */ {
    li__LPM=__li__MZB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__APM));
    /* __li__B__ __li__I__ */
if ((li__LPM == (__li__K)(-  1))) {
      li__PDFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__COSU=(__li__JJG)((__li__JJG)(li__APM - (__li__JJG)(((__li__JJG ) 0) - li__PDFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__PDFV) - ((__li__JJG ) 1)));
      li__PDFV=(__li__JJG)(li__COSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__EOSU=li__YCJ(li__COSU,((__li__CB )(&(table_size[(li__PDFV)-1]))),((__li__52B )li__COSU));
      li__YOM=li__EOSU;
    } else /* FALSE */ {
      li__IOSU=((__li__52B )li__LPM);
      li__PDFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__COSU=(__li__JJG)((__li__JJG)(li__APM - (__li__JJG)(((__li__JJG ) 0) - li__PDFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__PDFV) - ((__li__JJG ) 1)));
      li__EOSU=li__YCJ(li__COSU,((__li__CB )(&(table_type[(li__IOSU)]))),(__li__52B)(li__IOSU |  1));
      li__YOM=li__EOSU;
    };
    li__AQM=((__li__MZB *)li__YOM);
    li__XOM=li__AQM;
    *(li__AQM) = *(li__MZB__);
  };
  li__AQM=((__li__MZB *)li__XOM);
  /* __li__B__ __li__I__ */
if (((*(li__AQM)).li__ZQ0 < li__JQE)) {
    li__FR0=li__EGHB(li__JQE);
    (*(li__AQM)).li__GR0=li__FR0;
    (*(li__AQM)).li__ZQ0=li__JQE;
  };
  (*(li__AQM)).li__1ZB=(__li__K)(-  1);
  li__KQE=li__XOM;
  return(li__KQE);
}

static void** li__5R3N(__li__K li__BS3N)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__Q3DO;
  __li__K li__G2YO;
  void **li__U3DO,**li__CS3N;
  li__Q3DO=li__HJU(((__li__JJG )(__li__K)(li__BS3N * ((__li__K )(sizeof(void *))))));
  li__U3DO=((void **)li__Q3DO);
  li__G2YO=(__li__K)(li__BS3N -  1);
  while ((li__G2YO >=  0)) {
    li__U3DO[li__G2YO]=NULL;
    li__G2YO=(__li__K)(li__G2YO -  1);
  };
  li__CS3N=li__U3DO;
  return(li__CS3N);
}

static void** li__XYBB(__li__K li__ZYBB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__1OGB;
  __li__K li__TVHC;
  void **li__5OGB,**li__0YBB;
  li__1OGB=li__HJU(((__li__JJG )(__li__K)(li__ZYBB * ((__li__K )(sizeof(void *))))));
  li__5OGB=((void **)li__1OGB);
  li__TVHC=(__li__K)(li__ZYBB -  1);
  while ((li__TVHC >=  0)) {
    li__5OGB[li__TVHC]=NULL;
    li__TVHC=(__li__K)(li__TVHC -  1);
  };
  li__0YBB=li__5OGB;
  return(li__0YBB);
}

static void li__PFZ(__li__HR *li__QFZ,void *li__RFZ)
/* (Strict HASHED_SET(ABSTRACT_STRING){li__HR},ABSTRACT_STRING{li__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__BGZ,li__EGZ,li__ZFZ;
  __li__0FZ *li__4FZ,*li__YHZ;
  __li__C li__0GZ,li__XGZ;
  li__L42(li__QFZ,li__RFZ);
  li__L42(li__QFZ,li__RFZ);
  li__BGZ=li__AIO(li__RFZ);
  li__EGZ=(__li__K)(li__BGZ % li__QFZ->li__CGZ);
  li__ZFZ=li__EGZ;
  li__4FZ=((void **)li__QFZ->li__JGZ)[li__EGZ];
  li__T32:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__4FZ == (void *)NULL)) {
      li__0GZ=li__B__;
    } else /* FALSE */ {
      li__XGZ=li__BAJE(((__li__U *)li__4FZ->li__VGZ),li__RFZ);
      li__0GZ=li__XGZ;
    };
    /* __li__B__ __li__I__ */
if ((! li__0GZ)) {
      li__4FZ=li__4FZ->li__BHZ;
      goto li__T32;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__4FZ == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__QFZ->li__CGZ == li__QFZ->li__KHZ)) {
      li__UXMB(li__QFZ);
      li__ZFZ=(__li__K)(li__BGZ % li__QFZ->li__CGZ);
    };
    li__YHZ=li__DBGB(li__RFZ,((void **)li__QFZ->li__JGZ)[li__ZFZ]);
    li__4FZ=li__YHZ;
    ((void **)li__QFZ->li__JGZ)[li__ZFZ]=li__YHZ;
    li__QFZ->li__KHZ=(__li__K)(li__QFZ->li__KHZ +  1);
  };
  ;
}

static __li__U* li__XRF(void *li__0RF)
/* (ABSTRACT_STRING{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__PCH,li__QCH;
  __li__U *li__PZF,*li__1RF;
  __li__3 li__HSF;
  __li__C li__PSF,li__YNT;
  li__BTZ(((__li__BC *)li__0C),(&__string_88));
  li__PCH= 1;
  li__QCH=((__li__U *)li__0RF)->li__2C;
  while ((li__PCH <= li__QCH)) {
    li__HSF=((__li__3 *)((__li__U *)li__0RF)->li__3C)[(__li__K)(li__PCH -  1)];
    /* __li__B__ __li__I__ */
if ((li__HSF == '+')) {
      li__JAZ(((__li__BC *)li__0C),(&__string_295));
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__PSF=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '-');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_296));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '~');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_297));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '!');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_298));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '/');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_299));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '*');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_300));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '^');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_301));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '%');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_302));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '>');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_303));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '<');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_304));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '=');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_305));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '\\');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_306));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '|');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_307));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '&');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_308));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '$');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_309));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '#');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_310));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if (li__PSF) {
      li__PSF=li__B__;
    } else /* FALSE */ {
      li__YNT=(li__HSF == '@');
      /* __li__B__ __li__I__ */
if (li__YNT) {
        li__JAZ(((__li__BC *)li__0C),(&__string_311));
      };
      li__PSF=li__YNT;
    };
    /* __li__B__ __li__I__ */
if ((! li__PSF)) {
      /* __li__B__ __li__I__ */
if ((li__HSF == '?')) {
        li__JAZ(((__li__BC *)li__0C),(&__string_312));
      };
    };
    li__PCH=(__li__K)(li__PCH +  1);
  };
  li__PZF=li__SQC(li__0C);
  li__1RF=li__PZF;
  return(li__1RF);
}

static void li__VBG()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__YBG,*li__CCG,*li__H1Z,*li__NEG;
  __li__K li__0BG;
  __li__C li__ZBG,li__FCG,li__K50,li__TEG;
  li__YBG=NULL;
  li__ZBG=li__I__;
  li__0BG= 0;
  ((__li__BC *)li__0C)->li__NK= 0;
  do {
    li__AK0(((__li__BC *)li__0C),(&__string_180));
    li__CCG=li__SQC(li__0C);
    li__YBG=li__CCG;
    li__FCG=li__F5H(li__CCG);
    li__ZBG=li__FCG;
    /* __li__B__ __li__I__ */
if ((! li__FCG)) {
      li__HEZ(((__li__BC *)li__0C),li__CCG);
      li__WBZ(((__li__BC *)li__0C),(&__string_180)->li__2C);
      li__JAZ(((__li__BC *)li__0C),(&__string_179));
      li__0BG=(__li__K)(li__0BG +  1);
    };
  } while (((li__0BG <  5) && (! li__FCG)));
  /* __li__B__ __li__I__ */
if ((! li__ZBG)) {
    /* 0 1 */
if (li__VLH==0) {
      li__CCG=li__ULH;
    } else /* ___TYPE_ID */ {
      li__CCG=li__YJH();
    };
    li__HEZ(((__li__BC *)li__0C),li__CCG);
    li__JAZ(((__li__BC *)li__0C),(&__string_180));
    li__CCG=li__SQC(li__0C);
    li__YBG=li__CCG;
    li__FCG=li__F5H(li__CCG);
    li__ZBG=li__FCG;
    /* __li__B__ __li__I__ */
if ((! li__FCG)) {
      li__KBG((&__string_181));
      li__KBG(((__li__U *)li__CCG));
      li__KBG((&__string_182));
      exit(( 1));
    };
  };
  li__LJH:
  {
    li__K50=((*(((__li__GD *)li__0DG))).li__UD <  0);
    /* __li__B__ __li__I__ */
if ((! li__K50)) {
      li__H1Z=((__li__U **)(*(((__li__GD *)li__0DG))).li__U1Z)[ 0];
      li__YBG=li__H1Z;
      li__UUOC(((__li__GD *)li__0DG));
      /* __li__B__ __li__I__ */
if ((((__li__U *)li__H1Z)->li__2C ==  0)) {
        /* 0 1 */
if (li__VLH==0) {
          li__NEG=li__ULH;
        } else /* ___TYPE_ID */ {
          li__NEG=li__YJH();
        };
        li__HEZ(((__li__BC *)li__0C),li__NEG);
        li__JAZ(((__li__BC *)li__0C),(&__string_180));
        li__NEG=li__SQC(li__0C);
        li__YBG=li__NEG;
      };
      li__TEG=li__F5H(li__YBG);
      /* __li__B__ __li__I__ */
if ((! li__TEG)) {
        li__KBG((&__string_181));
        li__KBG(((__li__U *)li__YBG));
        li__KBG((&__string_183));
        exit(( 1));
      };
      goto li__LJH;
    };
  };
  /* 0 1 */
if (li__VLH==0) {
    li__CCG=li__ULH;
  } else /* ___TYPE_ID */ {
    li__CCG=li__YJH();
  };
  li__0KE(li__CCG,(&__string_69));
}

static void li__DJZ(__li__BC *li__EJZ,__li__BC *li__FJZ)
/* (Strict STRING{li__BC},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__3 *li__XJZ;
  li__EJZ->li__NK=li__FJZ->li__NK;
  /* __li__B__ __li__I__ */
if ((li__EJZ->li__NK >  0)) {
    /* __li__B__ __li__I__ */
if ((li__EJZ->li__LUN < li__EJZ->li__NK)) {
      li__XJZ=li__ZLY(li__EJZ->li__NK);
      li__EJZ->li__CUN=li__XJZ;
      li__EJZ->li__LUN=li__EJZ->li__NK;
    };
    li__35FB(((__li__3 *)li__EJZ->li__CUN),li__FJZ->li__CUN,(__li__K)(li__EJZ->li__NK -  1));
  };
}

static void li__GL2(__li__BC *li__HL2,__li__K li__IL2)
/* (Strict STRING{li__BC},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if ((li__IL2 > li__HL2->li__NK)) {
    li__HL2->li__NK= 0;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((li__IL2 >  0)) {
      li__WKPB(li__HL2, 1,li__IL2);
    };
  };
}

static void li__LKZ(__li__BC *li__MKZ,__li__3 li__NKZ,__li__3 li__OKZ)
/* (Strict STRING{li__BC},Expanded CHARACTER{li__3},Expanded CHARACTER{li__3}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__RKZ,li__BSBB;
  __li__3 *li__PKZ,*li__YWNU;
  li__PKZ=li__MKZ->li__CUN;
  li__RKZ=(__li__K)(li__MKZ->li__NK -  1);
  li__YWNU=((__li__3 *)li__PKZ);
  li__BSBB=li__RKZ;
  while ((li__BSBB >=  0)) {
    /* __li__B__ __li__I__ */
if ((li__NKZ == li__YWNU[li__BSBB])) {
      li__YWNU[li__BSBB]=li__OKZ;
    };
    li__BSBB=(__li__K)(li__BSBB -  1);
  };
}

static __li__U* li__SQC(__li__BC *li__UQC)
/* (Strict STRING{NULLxli__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__WQC,*li__GRC,*li__BVE,*li__URC,*li__VQC;
  li__WQC=NULL;
  li__GRC=li__0VZ(((__li__HR *)li__RR),li__UQC);
  /* __li__B__ __li__I__ */
if (((void *)li__GRC == (void *)NULL)) {
    li__BVE=li__DSM();
    li__DT0(((__li__U *)li__BVE),li__UQC);
    li__WQC=li__BVE;
    li__WG0(((__li__HR *)li__RR),li__BVE);
  } else /* FALSE */ {
    /* NULL __li__U__ */
if (li__GRC==NULL) {
      li__URC=NULL;
    } else /* STRING_CONSTANT */ {
      li__URC=((__li__U *)li__GRC);
    };
    li__WQC=li__URC;
  };
  li__VQC=li__WQC;
  return(li__VQC);
}

static __li__HC* li__BDC(__li__U *li__DDC)
/* (Strict STRING_CONSTANT{NULL}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__HC *li__GDC,*li__EDC;
  __li__K li__FDC,li__NTQU;
  void **li__QOSU;
  li__GDC=NULL;
  li__FDC= 0;
  li__NTQU=(*(li__QDC)).li__ZDC;
  li__QOSU=(*(((__li__HDC *)li__QDC))).li__QS0;
  while (((li__FDC <= li__NTQU) && ((void *)((__li__HC *)((void **)li__QOSU)[li__FDC])->li__DEC != (void *)li__DDC))) {
    li__FDC=(__li__K)(li__FDC +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__FDC <= (*(li__QDC)).li__ZDC)) {
    li__GDC=((void **)(*(((__li__HDC *)li__QDC))).li__QS0)[li__FDC];
  };
  li__EDC=li__GDC;
  return(li__EDC);
}

static void li__KBG(__li__U *li__LBG)
/* (Strict STRING_CONSTANT{li__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XM5,li__YM5;
  __li__3 *li__ROSU;
  li__XM5= 1;
  li__YM5=li__LBG->li__2C;
  li__ROSU=li__LBG->li__3C;
  while ((li__XM5 <= li__YM5)) {
    fputc((int)(((__li__3 *)li__ROSU)[(__li__K)(li__XM5 -  1)]),stdout);
    li__XM5=(__li__K)(li__XM5 +  1);
  };
}

static void li__C30(__li__BC *li__D30)
/* (Strict STRING{li__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__GQDB,li__HQDB;
  __li__3 *li__UTQU;
  li__GQDB= 1;
  li__HQDB=li__D30->li__NK;
  li__UTQU=li__D30->li__CUN;
  while ((li__GQDB <= li__HQDB)) {
    fputc((int)(((__li__3 *)li__UTQU)[(__li__K)(li__GQDB -  1)]),stdout);
    li__GQDB=(__li__K)(li__GQDB +  1);
  };
}

static void li__HUE()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0TG,li__1TG,li__LBJE,li__LZ2E,li__03QU;
  __li__HC *li__F3E,*li__WAJE;
  __li__CFB *li__CZ2E;
  __li__U *li__FZ2E,*li__Z3QU;
  __li__C li__Y2E;
  __li__3 *li__CJTU,*li__DJTU;
  li__KBG((&__string_313));
  li__KBG((&__string_314));
  li__0TG= 1;
  li__1TG=(__li__K)( 15 - (&__string_314)->li__2C);
  while ((li__0TG <= li__1TG)) {
    fputc((int)(' '),stdout);
    li__0TG=(__li__K)(li__0TG +  1);
  };
  li__KBG((&__string_315));
  li__Y2E=li__I__;
  li__0TG= 0;
  li__1TG=(*(li__QDC)).li__ZDC;
  while ((li__0TG <= li__1TG)) {
    li__F3E=((void **)(*(((__li__HDC *)li__QDC))).li__QS0)[li__0TG];
    /* __li__B__ __li__I__ */
if (((void *)li__F3E->li__VEB == (void *)(&__string_33))) {
      li__Y2E=li__B__;
      li__WAJE=((__li__HC *)li__F3E);
      li__KBG((&__string_316));
      li__KBG(((__li__U *)li__WAJE->li__DEC));
      /* __li__B__ __li__I__ */
if (((void *)li__WAJE->li__EFB != (void *)NULL)) {
        li__KBG((&__string_317));
        li__CZ2E=((__li__CFB *)li__WAJE->li__EFB);
        li__KBG(((__li__U *)li__CZ2E->li__TJFC));
        fputc((int)(':'),stdout);
        /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__CZ2E->li__XFB)->__id) {
        case __li__GGB__: {
          li__FZ2E=(&__string_47);
        } break;
        case __li__MHB__: {
          li__FZ2E=(&__string_39);
        } break;
        case __li__YHB__: {
          li__FZ2E=(&__string_43);
        } break;
        };
        li__KBG(li__FZ2E);
        li__KBG((&__string_24));
      };
      li__KBG((&__string_318));
      /* __li__B__ __li__I__ */
if (((void *)li__WAJE->li__Y0GD != (void *)NULL)) {
        fputc((int)('\t'),stdout);
        li__LBJE=((__li__U *)li__WAJE->li__Y0GD)->li__2C;
        li__LZ2E= 1;
        li__FZ2E=li__WAJE->li__Y0GD;
        li__Z3QU=li__WAJE->li__Y0GD;
        li__03QU=((__li__U *)li__WAJE->li__Y0GD)->li__2C;
        li__CJTU=((__li__U *)li__FZ2E)->li__3C;
        li__DJTU=((__li__U *)li__Z3QU)->li__3C;
        while ((li__LZ2E <= li__LBJE)) {
          fputc((int)(((__li__3 *)li__CJTU)[(__li__K)(li__LZ2E -  1)]),stdout);
          /* __li__B__ __li__I__ */
if (((((__li__3 *)li__DJTU)[(__li__K)(li__LZ2E -  1)] == '\n') && (li__LZ2E < li__03QU))) {
            fputc((int)('\t'),stdout);
          };
          li__LZ2E=(__li__K)(li__LZ2E +  1);
        };
      } else /* FALSE */ {
        li__KBG((&__string_319));
      };
    };
    li__0TG=(__li__K)(li__0TG +  1);
  };
  /* __li__B__ __li__I__ */
if ((! li__Y2E)) {
    li__KBG((&__string_320));
  };
  li__KBG((&__string_321));
}

static void li__NSZ(__li__BC *li__OSZ)
/* (Strict STRING{li__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XH3;
  __li__3 *li__VOSU,*li__WOSU;
  __li__3 li__VSZ,li__U5MB;
  li__XH3=li__OSZ->li__NK;
  li__VOSU=li__OSZ->li__CUN;
  li__WOSU=li__OSZ->li__CUN;
  while ((li__XH3 >=  1)) {
    li__VSZ=((__li__3 *)li__VOSU)[(__li__K)(li__XH3 -  1)];
    li__U5MB='\0';
    /* __li__B__ __li__I__ */
if (((((__li__QJG )li__VSZ) <  97) || (((__li__QJG )li__VSZ) >  122))) {
      li__U5MB=li__VSZ;
    } else /* FALSE */ {
      li__U5MB=((__li__3 )(((__li__QJG)(((__li__QJG )li__VSZ) -  32))));
    };
    ((__li__3 *)li__WOSU)[(__li__K)(li__XH3 -  1)]=li__U5MB;
    li__XH3=(__li__K)(li__XH3 -  1);
  };
}

static __li__C li__2ECD(__li__BC *li__3ECD,void *li__4ECD)
/* (Strict STRING{li__BC},ABSTRACT_STRING{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__AFCD,li__3FCD,li__5ECD;
  li__AFCD=li__I__;
  /* __li__B__ __li__I__ */
if ((li__3ECD->li__NK == ((__li__U *)li__4ECD)->li__2C)) {
    /* __li__B__ __li__I__ */
if ((li__3ECD->li__NK ==  0)) {
      li__AFCD=li__B__;
    } else /* FALSE */ {
      li__3FCD=li__VVOB(((__li__3 *)li__3ECD->li__CUN),((__li__U *)li__4ECD)->li__3C,li__3ECD->li__NK);
      li__AFCD=li__3FCD;
    };
  };
  li__5ECD=li__AFCD;
  return(li__5ECD);
}

static __li__GGB* li__VRE(__li__C li__XRE)
/* (Expanded BOOLEAN{li__Bxli__I}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__GGB *li__ZRE,*li__YRE;
  li__ZRE=NULL;
  /* __li__B__ __li__I__ */
if (li__XRE) {
    li__ZRE=li__4RE;
  } else /* FALSE */ {
    li__ZRE=li__GGB__;
  };
  li__YRE=li__ZRE;
  return(li__YRE);
}

static __li__C li__AAAD(__li__BC *li__BAAD)
/* (Strict STRING{li__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EAAD,li__FAAD,li__DAAD,li__FDAD;
  __li__C li__GAAD,li__HAAD,li__DBAD,li__VBAD,li__TFBK,li__VFAD;
  __li__C li__CAAD;
  __li__3 li__3AAD;
  li__EAAD= 0;
  li__FAAD= 0;
  li__GAAD=li__I__;
  li__HAAD=li__I__;
  li__DAAD= 1;
  while ((! ((li__EAAD ==  4) || (li__DAAD > li__BAAD->li__NK)))) {
    li__3AAD=((__li__3 *)li__BAAD->li__CUN)[(__li__K)(li__DAAD -  1)];
    /* __li__B__ __li__I__ */
if ((li__EAAD ==  0)) {
      li__DBAD=li__F0CE(li__3AAD);
      /* __li__B__ __li__I__ */
if (li__DBAD) {
        li__VBAD=li__B__;
      } else /* FALSE */ {
        li__TFBK=(li__3AAD == '+');
        /* __li__B__ __li__I__ */
if (li__TFBK) {
          li__EAAD= 1;
        };
        li__VBAD=li__TFBK;
      };
      /* __li__B__ __li__I__ */
if (li__VBAD) {
        li__VBAD=li__B__;
      } else /* FALSE */ {
        li__TFBK=(li__3AAD == '-');
        /* __li__B__ __li__I__ */
if (li__TFBK) {
          li__GAAD=li__B__;
          li__EAAD= 1;
        };
        li__VBAD=li__TFBK;
      };
      /* __li__B__ __li__I__ */
if ((! li__VBAD)) {
        li__VBAD=li__KTX(li__3AAD);
        /* __li__B__ __li__I__ */
if (li__VBAD) {
          li__FAAD=(__li__K)(((__li__K )((__li__QJG )li__3AAD)) -  48);
          li__EAAD= 2;
        } else /* FALSE */ {
          li__EAAD= 4;
        };
      };
      li__DBAD=li__B__;
    } else /* FALSE */ {
      li__DBAD=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__DBAD) {
      li__DBAD=li__B__;
    } else /* FALSE */ {
      li__VBAD=(li__EAAD ==  1);
      /* __li__B__ __li__I__ */
if (li__VBAD) {
        li__TFBK=li__KTX(li__3AAD);
        /* __li__B__ __li__I__ */
if (li__TFBK) {
          li__FDAD=(__li__K)(((__li__K )((__li__QJG )li__3AAD)) -  48);
          li__FAAD=li__FDAD;
          /* __li__B__ __li__I__ */
if (li__GAAD) {
            li__FAAD=(__li__K)(- li__FDAD);
          };
          li__EAAD= 2;
        } else /* FALSE */ {
          li__EAAD= 4;
        };
      };
      li__DBAD=li__VBAD;
    };
    /* __li__B__ __li__I__ */
if (li__DBAD) {
      li__DBAD=li__B__;
    } else /* FALSE */ {
      li__VBAD=(li__EAAD ==  2);
      /* __li__B__ __li__I__ */
if (li__VBAD) {
        li__TFBK=li__KTX(li__3AAD);
        /* __li__B__ __li__I__ */
if (li__TFBK) {
          /* __li__B__ __li__I__ */
if (li__GAAD) {
            li__FAAD=(__li__K)((__li__K)( 10 * li__FAAD) - (__li__K)(((__li__K )((__li__QJG )li__3AAD)) -  48));
          } else /* FALSE */ {
            li__FAAD=(__li__K)((__li__K)( 10 * li__FAAD) + (__li__K)(((__li__K )((__li__QJG )li__3AAD)) -  48));
          };
          /* __li__B__ __li__I__ */
if (((li__GAAD && (li__FAAD >  0)) || ((! li__GAAD) && (li__FAAD <  0)))) {
            li__EAAD= 4;
          };
          li__VFAD=li__B__;
        } else /* FALSE */ {
          li__VFAD=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__VFAD)) {
          li__VFAD=li__F0CE(li__3AAD);
          /* __li__B__ __li__I__ */
if (li__VFAD) {
            li__EAAD= 3;
          } else /* FALSE */ {
            li__EAAD= 4;
          };
        };
      };
      li__DBAD=li__VBAD;
    };
    /* __li__B__ __li__I__ */
if ((! li__DBAD)) {
      /* __li__B__ __li__I__ */
if ((li__EAAD ==  3)) {
        li__TFBK=li__F0CE(li__3AAD);
        /* __li__B__ __li__I__ */
if ((! li__TFBK)) {
          li__EAAD= 4;
        };
      };
    };
    li__DAAD=(__li__K)(li__DAAD +  1);
  };
  /* __li__B__ __li__I__ */
if (((li__EAAD !=  0) && (li__EAAD !=  4))) {
    li__HAAD=li__B__;
  };
  li__CAAD=li__HAAD;
  return(li__CAAD);
}

static __li__K li__VHOD(__li__BC *li__WHOD)
/* (Strict STRING{li__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ZHOD,li__2HOD,li__YHOD,li__GKOD,li__XHOD;
  __li__C li__1HOD,li__WIOD,li__IJOD,li__3LBK;
  __li__3 li__QIOD;
  li__ZHOD= 0;
  li__1HOD=li__I__;
  li__2HOD= 0;
  li__YHOD= 1;
  while ((li__YHOD <= li__WHOD->li__NK)) {
    li__QIOD=((__li__3 *)li__WHOD->li__CUN)[(__li__K)(li__YHOD -  1)];
    /* __li__B__ __li__I__ */
if ((li__ZHOD ==  0)) {
      li__WIOD=li__F0CE(li__QIOD);
      /* __li__B__ __li__I__ */
if (li__WIOD) {
        li__IJOD=li__B__;
      } else /* FALSE */ {
        li__3LBK=(li__QIOD == '+');
        /* __li__B__ __li__I__ */
if (li__3LBK) {
          li__ZHOD= 1;
        };
        li__IJOD=li__3LBK;
      };
      /* __li__B__ __li__I__ */
if ((! li__IJOD)) {
        /* __li__B__ __li__I__ */
if ((li__QIOD == '-')) {
          li__1HOD=li__B__;
          li__ZHOD= 1;
        } else /* FALSE */ {
          li__2HOD=(__li__K)(((__li__K )((__li__QJG )li__QIOD)) -  48);
          li__ZHOD= 2;
        };
      };
      li__WIOD=li__B__;
    } else /* FALSE */ {
      li__WIOD=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__WIOD) {
      li__WIOD=li__B__;
    } else /* FALSE */ {
      li__IJOD=(li__ZHOD ==  1);
      /* __li__B__ __li__I__ */
if (li__IJOD) {
        li__GKOD=(__li__K)(((__li__K )((__li__QJG )li__QIOD)) -  48);
        li__2HOD=li__GKOD;
        /* __li__B__ __li__I__ */
if (li__1HOD) {
          li__2HOD=(__li__K)(- li__GKOD);
        };
        li__ZHOD= 2;
      };
      li__WIOD=li__IJOD;
    };
    /* __li__B__ __li__I__ */
if (li__WIOD) {
      li__WIOD=li__B__;
    } else /* FALSE */ {
      li__IJOD=(li__ZHOD ==  2);
      /* __li__B__ __li__I__ */
if (li__IJOD) {
        li__3LBK=li__KTX(li__QIOD);
        /* __li__B__ __li__I__ */
if (li__3LBK) {
          /* __li__B__ __li__I__ */
if (li__1HOD) {
            li__2HOD=(__li__K)((__li__K)( 10 * li__2HOD) - (__li__K)(((__li__K )((__li__QJG )li__QIOD)) -  48));
          } else /* FALSE */ {
            li__2HOD=(__li__K)((__li__K)( 10 * li__2HOD) + (__li__K)(((__li__K )((__li__QJG )li__QIOD)) -  48));
          };
        } else /* FALSE */ {
          li__ZHOD= 3;
        };
      };
      li__WIOD=li__IJOD;
    };
    /* __li__B__ __li__I__ */
if ((! li__WIOD)) {
      /* __li__B__ __li__I__ */
if ((li__ZHOD ==  3)) {
        li__YHOD=li__WHOD->li__NK;
      };
    };
    li__YHOD=(__li__K)(li__YHOD +  1);
  };
  li__XHOD=li__2HOD;
  return(li__XHOD);
}

static __li__MHB* li__J2XB(__li__MHB *li__K2XB,__li__K li__L2XB)
/* (Strict LIP_INTEGER{li__MHB},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__MHB *li__N2XB,*li__FMWE,*li__ONWE,*li__2NWE,*li__M2XB;
  __li__CB li__GMWE,li__5OSU;
  __li__JJG li__OMWE,li__HEFV,li__3OSU;
  __li__K li__ZMWE;
  __li__52B li__DPSU;
  __li__C li__5KED;
  __li__O2XB *li__1NWE;
  li__N2XB=NULL;
  li__5KED=((*(((__li__O2XB *)li__X2XB))).li__ALED <  0);
  /* __li__B__ __li__I__ */
if (li__5KED) {
    li__FMWE=NULL;
    li__GMWE=((__li__CB )(NULL));
    li__OMWE=((__li__JJG )sizeof(__li__MHB));
    /* __li__B__ __li__I__ */
if ((li__OMWE ==  0)) {
      li__FMWE=li__K2XB;
    } else /* FALSE */ {
      li__ZMWE=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__OMWE));
      /* __li__B__ __li__I__ */
if ((li__ZMWE == (__li__K)(-  1))) {
        li__HEFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__3OSU=(__li__JJG)((__li__JJG)(li__OMWE - (__li__JJG)(((__li__JJG ) 0) - li__HEFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HEFV) - ((__li__JJG ) 1)));
        li__HEFV=(__li__JJG)(li__3OSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__5OSU=li__YCJ(li__3OSU,((__li__CB )(&(table_size[(li__HEFV)-1]))),((__li__52B )li__3OSU));
        li__GMWE=li__5OSU;
      } else /* FALSE */ {
        li__DPSU=((__li__52B )li__ZMWE);
        li__HEFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__3OSU=(__li__JJG)((__li__JJG)(li__OMWE - (__li__JJG)(((__li__JJG ) 0) - li__HEFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HEFV) - ((__li__JJG ) 1)));
        li__5OSU=li__YCJ(li__3OSU,((__li__CB )(&(table_type[(li__DPSU)]))),(__li__52B)(li__DPSU |  1));
        li__GMWE=li__5OSU;
      };
      li__ONWE=((__li__MHB *)li__GMWE);
      li__FMWE=li__ONWE;
      *(li__ONWE) = *(li__K2XB);
    };
    li__N2XB=li__FMWE;
  } else /* FALSE */ {
    li__1NWE=((__li__O2XB *)li__X2XB);
    li__2NWE=((void **)(*(li__1NWE)).li__IMED)[(*(li__1NWE)).li__ALED];
    li__N2XB=li__2NWE;
    li__1NWE=((__li__O2XB *)li__X2XB);
    (*(li__1NWE)).li__ALED=(__li__K)((*(li__1NWE)).li__ALED -  1);
  };
  ((__li__MHB *)li__N2XB)->li__IOC=li__L2XB;
  li__M2XB=li__N2XB;
  return(li__M2XB);
}

static __li__YHB* li__MJY(__li__YHB *li__NJY,__li__U *li__OJY)
/* (Strict LIP_STRING{li__YHB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__YHB *li__QJY,*li__OMOD,*li__XNOD,*li__FOOD,*li__PJY;
  __li__CB li__PMOD,li__QPSU;
  __li__JJG li__XMOD,li__5EFV,li__OPSU;
  __li__K li__CNOD;
  __li__52B li__UPSU;
  __li__C li__TRCC;
  __li__RJY *li__EOOD;
  li__QJY=NULL;
  li__TRCC=((*(((__li__RJY *)li__0JY))).li__URCC <  0);
  /* __li__B__ __li__I__ */
if (li__TRCC) {
    li__OMOD=NULL;
    li__PMOD=((__li__CB )(NULL));
    li__XMOD=((__li__JJG )sizeof(__li__YHB));
    /* __li__B__ __li__I__ */
if ((li__XMOD ==  0)) {
      li__OMOD=li__NJY;
    } else /* FALSE */ {
      li__CNOD=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__XMOD));
      /* __li__B__ __li__I__ */
if ((li__CNOD == (__li__K)(-  1))) {
        li__5EFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__OPSU=(__li__JJG)((__li__JJG)(li__XMOD - (__li__JJG)(((__li__JJG ) 0) - li__5EFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5EFV) - ((__li__JJG ) 1)));
        li__5EFV=(__li__JJG)(li__OPSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__QPSU=li__YCJ(li__OPSU,((__li__CB )(&(table_size[(li__5EFV)-1]))),((__li__52B )li__OPSU));
        li__PMOD=li__QPSU;
      } else /* FALSE */ {
        li__UPSU=((__li__52B )li__CNOD);
        li__5EFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__OPSU=(__li__JJG)((__li__JJG)(li__XMOD - (__li__JJG)(((__li__JJG ) 0) - li__5EFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5EFV) - ((__li__JJG ) 1)));
        li__QPSU=li__YCJ(li__OPSU,((__li__CB )(&(table_type[(li__UPSU)]))),(__li__52B)(li__UPSU |  1));
        li__PMOD=li__QPSU;
      };
      li__XNOD=((__li__YHB *)li__PMOD);
      li__OMOD=li__XNOD;
      *(li__XNOD) = *(li__NJY);
    };
    li__QJY=li__OMOD;
  } else /* FALSE */ {
    li__EOOD=((__li__RJY *)li__0JY);
    li__FOOD=((void **)(*(li__EOOD)).li__LTCC)[(*(li__EOOD)).li__URCC];
    li__QJY=li__FOOD;
    li__EOOD=((__li__RJY *)li__0JY);
    (*(li__EOOD)).li__URCC=(__li__K)((*(li__EOOD)).li__URCC -  1);
  };
  ((__li__YHB *)li__QJY)->li__FNC=li__OJY;
  li__PJY=li__QJY;
  return(li__PJY);
}

static __li__C li__PCJE(__li__HC *li__QCJE,void *li__RCJE)
/* (Strict LIP_SLOT_CODE{li__HC},LIP_CONSTANT{NULLxli__GGBxli__MHBxli__YHB}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__1DJE;
  __li__PO li__XFFV;
  __li__C li__UCJE,li__WCJE,li__XCJE,li__MDJE,li__SCJE;
  __li__U3IE *li__2FFV;
  li__UCJE=((void *)li__RCJE == (void *)NULL);
  li__WCJE=((void *)li__QCJE->li__EFB == (void *)NULL);
  /* __li__B__ __li__I__ */
if (li__UCJE) {
    li__XCJE=(! li__WCJE);
  } else /* FALSE */ {
    li__XCJE=li__WCJE;
  };
  li__UCJE=(! li__XCJE);
  li__WCJE=li__UCJE;
  /* __li__B__ __li__I__ */
if (li__UCJE) {
    /* __li__B__ __li__I__ */
if (((void *)li__QCJE->li__EFB != (void *)NULL)) {
      li__MDJE=li__OOFC(((__li__CFB *)li__QCJE->li__EFB),li__RCJE);
      li__WCJE=li__MDJE;
      li__UPRH(((__li__U3IE *)li__13IE),li__QCJE->li__EFB);
    } else /* FALSE */ {
      li__OSRH(((__li__U3IE *)li__13IE));
    };
    /* __li__B__ __li__I__ */
if (li__WCJE) {
      li__1DJE=li__QCJE->li__4WGD;
      /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ */
switch (((struct ___OBJ *)li__1DJE)->__id) {
      case __li__YOB__: {
        li__T0SF(((__li__YOB *)li__1DJE));
      } break;
      case __li__HLSC__: {
        li__XFFV=((__li__HLSC *)li__1DJE)->li__ILSC.li__0CC;
        li__K4E( 2,(&__string_322));
        li__V5E(li__XFFV);
        li__ODF();
      } break;
      case __li__M30C__: {
        li__XFFV=((__li__M30C *)li__1DJE)->li__N30C.li__0CC;
        li__K4E( 2,(&__string_322));
        li__V5E(li__XFFV);
        li__ODF();
      } break;
      case __li__LN5D__: {
        li__XFFV=((__li__LN5D *)li__1DJE)->li__MN5D.li__0CC;
        li__K4E( 2,(&__string_322));
        li__V5E(li__XFFV);
        li__ODF();
      } break;
      case __li__KO5D__: {
        li__RETF(((__li__KO5D *)li__1DJE));
      } break;
      case __li__NCFE__: {
        li__QKME(((__li__NCFE *)li__1DJE));
      } break;
      };
    };
    li__2FFV=((__li__U3IE *)li__13IE);
    (*(li__2FFV)).li__SGRH=(__li__K)((*(li__2FFV)).li__SGRH -  1);
  };
  li__SCJE=li__WCJE;
  return(li__SCJE);
}

static void li__AK0(__li__BC *li__BK0,void *li__CK0)
/* (Strict STRING{li__BC},ABSTRACT_STRING{NULLxli__Uxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__LK0,li__NK0,li__5FFV;
  __li__CB li__BGFV;
  __li__3 *li__2K0,*li__JL0;
  /* NULL __li__U__ __li__BC__ */
if (((struct ___OBJ *)li__CK0)->__id==__li__U__) {
    li__LK0=((__li__U *)li__CK0)->li__2C;
  } else /* STRING */ {
    li__LK0=((__li__BC *)li__CK0)->li__NK;
  };
  li__NK0=(__li__K)(li__BK0->li__NK + li__LK0);
  /* __li__B__ __li__I__ */
if ((li__BK0->li__LUN < li__NK0)) {
    /* __li__B__ __li__I__ */
if ((li__BK0->li__LUN ==  0)) {
      li__BK0->li__LUN=li__NK0;
      li__2K0=li__ZLY(li__NK0);
      li__BK0->li__CUN=li__2K0;
    } else /* FALSE */ {
      li__2K0=((__li__3 *)li__BK0->li__CUN);
      li__5FFV=li__BK0->li__LUN;
      li__BGFV=li__CUY(((__li__CB )li__2K0),((__li__JJG )li__5FFV),((__li__JJG )li__NK0));
      li__2K0=((__li__3 *)li__BGFV);
      li__TS2(li__2K0,li__5FFV,(__li__K)(li__NK0 -  1));
      li__BK0->li__CUN=li__2K0;
      li__BK0->li__LUN=li__NK0;
    };
  };
  li__2K0=li__BK0->li__CUN;
  /* NULL __li__U__ __li__BC__ */
if (((struct ___OBJ *)li__CK0)->__id==__li__U__) {
    li__JL0=((__li__U *)li__CK0)->li__3C;
  } else /* STRING */ {
    li__JL0=((__li__BC *)li__CK0)->li__CUN;
  };
  li__XX2(((__li__3 *)li__2K0),li__JL0,li__BK0->li__NK,li__LK0);
  li__BK0->li__NK=li__NK0;
}

static __li__C li__F5H(__li__U *li__H5H)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__L5H,li__G50C,li__PQSU;
  __li__PF *li__R5H;
  __li__U *li__5UI,*li__HZI,*li__YTEC,*li__XHXC,*li__Z5OB;
  __li__K li__4UI,li__QFJB,li__LEZC,li__4PSU,li__TUQU,li__Z50C,li__W3MD;
  __li__K li__11EE,li__F3EE,li__RJVE;
  __li__PO li__IWI,li__QXI,li__L2OB,li__Z3OB;
  __li__BC *li__ZPSU;
  __li__CFB *li__D0OB,*li__21OB,*li__J4OB;
  void *li__Q1OB,*li__F2OB,*li__33OB;
  __li__HC *li__0HXC,*li__IMSC,*li__F50C,*li__OA1C;
  __li__JJG li__O50C,li__SHFV,li__NQSU;
  __li__52B li__TQSU;
  __li__C li__DAI,li__BAI,li__FGFV,li__JGFV,li__1VI,li__CWI,li__KXI;
  __li__C li__RYI,li__K0OB,li__10OB,li__A3OB,li__T3OB,li__RMSC,li__SMSC;
  __li__C li__I5H;
  __li__3 *li__BOI;
  __li__GD *li__UEJB;
  __li__U **li__UGFV,**li__VGFV,**li__WGFV;
  void **li__GQSU,**li__P3MD;
  __li__HDC *li__T2MD;
  li__DAI=li__45H;
  li__BAI=li__55H;
  li__BTZ(((__li__BC *)li__Y5B),li__H5H);
  li__BOI=li__A1V(((__li__BC *)li__Y5B));
  li__L5H=((__li__CB )(fopen((char*)(li__BOI),"rb")));
  /* __li__B__ __li__I__ */
if ((li__L5H != (void *)NULL)) {
    fclose((FILE*)((li__L5H)));
    li__R5H=li__RUI(li__H5H,li__H5H, 0);
    li__S5H=li__R5H;
    li__V5H=li__R5H->li__XAF;
    li__Y5H= 1;
    li__15H= 1;
    li__25H= 1;
    li__35H= 0;
    li__45H=li__I__;
    li__55H=li__I__;
    li__5UI=NULL;
    li__4UI= 0;
    li__FKJ:
    {
      li__FGFV=li__WEK((&__string_10));
      /* __li__B__ __li__I__ */
if (li__FGFV) {
        li__JGFV=li__WEK((&__string_29));
        /* __li__B__ __li__I__ */
if (li__JGFV) {
          li__T3V:
          {
            li__1VI=li__AIX('+');
            /* __li__B__ __li__I__ */
if (li__1VI) {
              li__CWI=li__P4IB();
              /* __li__B__ __li__I__ */
if ((! li__CWI)) {
                li__IWI=li__WTIB();
                li__K4E( 2,(&__string_323));
                li__V5E(li__IWI);
                li__ODF();
              };
              li__CWI=li__AIX(':');
              /* __li__B__ __li__I__ */
if ((! li__CWI)) {
                li__IWI=li__WTIB();
                li__K4E( 2,(&__string_324));
                li__V5E(li__IWI);
                li__ODF();
              };
              li__CWI=li__WEK((&__string_43));
              /* __li__B__ __li__I__ */
if ((! li__CWI)) {
                li__IWI=li__WTIB();
                li__K4E( 2,(&__string_325));
                li__V5E(li__IWI);
                li__ODF();
              };
              li__CWI=li__BCJB((&__string_18));
              /* __li__B__ __li__I__ */
if (li__CWI) {
                li__KXI=li__KEPB();
                /* __li__B__ __li__I__ */
if ((! li__KXI)) {
                  li__QXI=li__WTIB();
                  li__K4E( 0,(&__string_326));
                  li__V5E(li__QXI);
                  li__ODF();
                };
                li__HEZ(((__li__BC *)li__0C),li__S5H->li__WXI);
                li__QHPB:
                {
                  /* __li__B__ __li__I__ */
if ((((__li__BC *)li__0C)->li__NK !=  0)) {
                    li__ZPSU=((__li__BC *)li__0C);
                    li__RYI=(((__li__3 *)li__ZPSU->li__CUN)[(__li__K)(li__ZPSU->li__NK -  1)] != '/');
                  } else /* FALSE */ {
                    li__RYI=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__RYI) {
                    li__ZPSU=((__li__BC *)li__0C);
                    li__RYI=(((__li__3 *)li__ZPSU->li__CUN)[(__li__K)(li__ZPSU->li__NK -  1)] != '\\');
                  } else /* FALSE */ {
                    li__RYI=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__RYI) {
                    li__WBZ(((__li__BC *)li__0C), 1);
                    goto li__QHPB;
                  };
                };
                li__JAZ(((__li__BC *)li__0C),li__2YI);
              } else /* FALSE */ {
                ((__li__BC *)li__0C)->li__NK= 0;
              };
              li__HZI=li__SQC(li__0C);
              li__UEJB=((__li__GD *)li__0DG);
              /* __li__B__ __li__I__ */
if ((li__4UI == (__li__K)((*(li__UEJB)).li__UD +  1))) {
                li__GXRB(li__UEJB,li__HZI);
              } else /* FALSE */ {
                li__GXRB(li__UEJB,li__HZI);
                li__QFJB=(__li__K)((*(li__UEJB)).li__UD -  1);
                li__LEZC=li__QFJB;
                li__QFJB=li__4UI;
                li__UGFV=(*(li__UEJB)).li__U1Z;
                li__VGFV=(*(li__UEJB)).li__U1Z;
                li__WGFV=(*(li__UEJB)).li__U1Z;
                while ((li__LEZC >= li__QFJB)) {
                  li__YTEC=((__li__U **)li__UGFV)[li__LEZC];
                  li__4PSU=(__li__K)(li__LEZC +  1);
                  ((__li__U **)li__VGFV)[li__4PSU]=li__YTEC;
                  ((__li__U **)li__WGFV)[li__LEZC]=NULL;
                  li__LEZC=(__li__K)(li__LEZC -  1);
                };
                ((__li__U **)(*(li__UEJB)).li__U1Z)[li__4UI]=li__HZI;
              };
              li__4UI=(__li__K)(li__4UI +  1);
              li__CWI=li__AIX(';');
              /* __li__B__ __li__I__ */
if ((! li__CWI)) {
                li__IWI=li__WTIB();
                li__K4E( 2,(&__string_327));
                li__V5E(li__IWI);
                li__ODF();
              };
              goto li__T3V;
            };
          };
          li__1VI=li__B__;
        } else /* FALSE */ {
          li__1VI=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__1VI)) {
          li__1VI=li__WEK((&__string_33));
          /* __li__B__ __li__I__ */
if (li__1VI) {
            li__CWI=li__B__;
          } else /* FALSE */ {
            li__KXI=li__WEK((&__string_32));
            li__CWI=li__KXI;
          };
          /* __li__B__ __li__I__ */
if (li__CWI) {
            li__5UI=li__2YI;
            li__MTIB:
            {
              li__RYI=li__I__;
              li__HZI=NULL;
              li__YTEC=NULL;
              li__D0OB=NULL;
              li__K0OB=li__AIX('+');
              /* __li__B__ __li__I__ */
if (li__K0OB) {
                li__RYI=li__B__;
                /* __li__B__ __li__I__ */
if (((void *)li__5UI == (void *)(&__string_33))) {
                  li__QXI=li__WTIB();
                  li__K4E( 0,(&__string_328));
                  li__V5E(li__QXI);
                  li__ODF();
                };
                li__10OB=li__P4IB();
                /* __li__B__ __li__I__ */
if ((! li__10OB)) {
                  li__QXI=li__WTIB();
                  li__K4E( 0,(&__string_329));
                  li__V5E(li__QXI);
                  li__ODF();
                };
                li__HZI=li__2YI;
                li__10OB=li__AIX(':');
                /* __li__B__ __li__I__ */
if ((! li__10OB)) {
                  li__QXI=li__WTIB();
                  li__K4E( 2,(&__string_324));
                  li__V5E(li__QXI);
                  li__ODF();
                };
                li__Q1OB=li__EYUB();
                /* __li__B__ __li__I__ */
if (((void *)li__Q1OB == (void *)NULL)) {
                  li__QXI=li__WTIB();
                  li__K4E( 0,(&__string_330));
                  li__V5E(li__QXI);
                  li__ODF();
                };
                li__IWI=li__WTIB();
                li__21OB=li__Z0UB(li__IWI,li__HZI,li__Q1OB,li__I__);
                li__D0OB=li__21OB;
                li__10OB=li__BCJB((&__string_18));
                /* __li__B__ __li__I__ */
if (li__10OB) {
                  li__F2OB=li__ETWB();
                  /* __li__B__ __li__I__ */
if (((void *)li__F2OB == (void *)NULL)) {
                    li__L2OB=li__WTIB();
                    li__K4E( 0,(&__string_331));
                    li__V5E(li__L2OB);
                    li__ODF();
                  };
                  li__OOFC(((__li__CFB *)li__21OB),li__F2OB);
                  /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__F2OB)->__id) {
                  case __li__GGB__:  break;
                  case __li__MHB__: {
                    li__VURF(((__li__MHB *)li__F2OB));
                  } break;
                  case __li__YHB__: {
                    li__DWJE(((__li__YHB *)li__F2OB));
                  } break;
                  };
                };
                li__10OB=li__B__;
              } else /* FALSE */ {
                li__10OB=li__I__;
              };
              /* __li__B__ __li__I__ */
if ((! li__10OB)) {
                li__10OB=li__AIX('-');
                /* __li__B__ __li__I__ */
if (li__10OB) {
                  li__RYI=li__B__;
                  li__A3OB=li__P4IB();
                  /* __li__B__ __li__I__ */
if ((! li__A3OB)) {
                    li__L2OB=li__WTIB();
                    li__K4E( 0,(&__string_329));
                    li__V5E(li__L2OB);
                    li__ODF();
                  };
                  li__QXI=li__WTIB();
                  li__HZI=li__2YI;
                  li__A3OB=li__P4IB();
                  /* __li__B__ __li__I__ */
if (li__A3OB) {
                    li__YTEC=li__2YI;
                    li__T3OB=li__AIX(':');
                    /* __li__B__ __li__I__ */
if ((! li__T3OB)) {
                      li__Z3OB=li__WTIB();
                      li__K4E( 2,(&__string_324));
                      li__V5E(li__Z3OB);
                      li__ODF();
                    };
                    li__33OB=li__EYUB();
                    /* __li__B__ __li__I__ */
if (((void *)li__33OB == (void *)NULL)) {
                      li__Z3OB=li__WTIB();
                      li__K4E( 0,(&__string_332));
                      li__V5E(li__Z3OB);
                      li__ODF();
                    };
                    li__L2OB=li__WTIB();
                    li__J4OB=li__Z0UB(li__L2OB,li__YTEC,li__33OB,li__B__);
                    li__D0OB=li__J4OB;
                  };
                  li__A3OB=li__BCJB((&__string_20));
                  /* __li__B__ __li__I__ */
if ((! li__A3OB)) {
                    li__L2OB=li__WTIB();
                    li__K4E( 2,(&__string_333));
                    li__V5E(li__L2OB);
                    li__ODF();
                  };
                  li__45H=li__B__;
                  li__PNK();
                  li__45H=li__I__;
                  li__F2OB=li__XJSC(li__DCG__);
                  /* __li__B__ __li__I__ */
if (((void *)li__F2OB == (void *)NULL)) {
                    li__L2OB=li__WTIB();
                    li__K4E( 0,(&__string_334));
                    li__V5E(li__L2OB);
                    li__ODF();
                  };
                  li__XHXC=li__HZI;
                  li__0HXC=NULL;
                  li__4PSU= 0;
                  li__TUQU=(*(li__QDC)).li__ZDC;
                  li__GQSU=(*(((__li__HDC *)li__QDC))).li__QS0;
                  while (((li__4PSU <= li__TUQU) && ((void *)((__li__HC *)((void **)li__GQSU)[li__4PSU])->li__DEC != (void *)li__XHXC))) {
                    li__4PSU=(__li__K)(li__4PSU +  1);
                  };
                  /* __li__B__ __li__I__ */
if ((li__4PSU <= (*(li__QDC)).li__ZDC)) {
                    li__0HXC=((void **)(*(((__li__HDC *)li__QDC))).li__QS0)[li__4PSU];
                  };
                  li__IMSC=li__0HXC;
                  /* __li__B__ __li__I__ */
if (((void *)li__0HXC != (void *)NULL)) {
                    li__T3OB=((void *)li__D0OB == (void *)NULL);
                    li__RMSC=((void *)li__0HXC->li__EFB == (void *)NULL);
                    /* __li__B__ __li__I__ */
if (li__T3OB) {
                      li__SMSC=(! li__RMSC);
                    } else /* FALSE */ {
                      li__SMSC=li__RMSC;
                    };
                    /* __li__B__ __li__I__ */
if (li__SMSC) {
                      li__Z3OB=li__NC.li__0CC;
                      li__K4E( 1,(&__string_335));
                      li__V5E(li__Z3OB);
                      li__ODF();
                    };
                  } else /* FALSE */ {
                    li__F50C=NULL;
                    li__G50C=((__li__CB )(NULL));
                    li__O50C=((__li__JJG )sizeof(__li__HC));
                    /* __li__B__ __li__I__ */
if ((li__O50C ==  0)) {
                      li__F50C=li__HC__;
                    } else /* FALSE */ {
                      li__Z50C=__li__HC__;
                      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__O50C));
                      /* __li__B__ __li__I__ */
if ((li__Z50C == (__li__K)(-  1))) {
                        li__SHFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                        li__NQSU=(__li__JJG)((__li__JJG)(li__O50C - (__li__JJG)(((__li__JJG ) 0) - li__SHFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SHFV) - ((__li__JJG ) 1)));
                        li__SHFV=(__li__JJG)(li__NQSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
                        li__PQSU=li__YCJ(li__NQSU,((__li__CB )(&(table_size[(li__SHFV)-1]))),((__li__52B )li__NQSU));
                        li__G50C=li__PQSU;
                      } else /* FALSE */ {
                        li__TQSU=((__li__52B )li__Z50C);
                        li__SHFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                        li__NQSU=(__li__JJG)((__li__JJG)(li__O50C - (__li__JJG)(((__li__JJG ) 0) - li__SHFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SHFV) - ((__li__JJG ) 1)));
                        li__PQSU=li__YCJ(li__NQSU,((__li__CB )(&(table_type[(li__TQSU)]))),(__li__52B)(li__TQSU |  1));
                        li__G50C=li__PQSU;
                      };
                      li__OA1C=((__li__HC *)li__G50C);
                      li__F50C=li__OA1C;
                      *(li__OA1C) = *(li__HC__);
                    };
                    li__IMSC=li__F50C;
                    li__OA1C=((__li__HC *)li__F50C);
                    li__NC.li__0CC=li__QXI;
                    li__OA1C->li__VEB=li__5UI;
                    li__OA1C->li__DEC=li__HZI;
                    li__OA1C->li__EFB=li__D0OB;
                    li__OA1C->li__4WGD=li__F2OB;
                    li__T2MD=((__li__HDC *)li__QDC);
                    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__T2MD)).li__ZDC +  1) <= (__li__K)((*(li__T2MD)).li__DS0 -  1))) {
                      (*(li__T2MD)).li__ZDC=(__li__K)((*(li__T2MD)).li__ZDC +  1);
                      li__SMSC=li__B__;
                    } else /* FALSE */ {
                      li__SMSC=li__I__;
                    };
                    /* __li__B__ __li__I__ */
if ((! li__SMSC)) {
                      /* __li__B__ __li__I__ */
if (((*(li__T2MD)).li__DS0 ==  0)) {
                        li__P3MD=li__WGHB( 2);
                        (*(li__T2MD)).li__QS0=li__P3MD;
                        (*(li__T2MD)).li__DS0= 2;
                        (*(li__T2MD)).li__ZDC= 0;
                      } else /* FALSE */ {
                        li__W3MD=(__li__K)((*(li__T2MD)).li__DS0 <<  1);
                        li__P3MD=((void **)(*(li__T2MD)).li__QS0);
                        li__11EE=(*(li__T2MD)).li__DS0;
                        li__PQSU=li__CUY(((__li__CB )li__P3MD),((__li__JJG )(__li__K)(li__11EE * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__W3MD * ((__li__K )(sizeof(void *))))));
                        li__P3MD=((void **)li__PQSU);
                        li__F3EE=(__li__K)(li__W3MD -  1);
                        li__RJVE=li__11EE;
                        while ((li__RJVE <= li__F3EE)) {
                          li__P3MD[li__RJVE]=NULL;
                          li__RJVE=(__li__K)(li__RJVE +  1);
                        };
                        (*(li__T2MD)).li__QS0=li__P3MD;
                        (*(li__T2MD)).li__DS0=li__W3MD;
                        (*(li__T2MD)).li__ZDC=(__li__K)((*(li__T2MD)).li__ZDC +  1);
                      };
                    };
                    ((void **)(*(li__T2MD)).li__QS0)[(*(li__T2MD)).li__ZDC]=li__OA1C;
                  };
                  /* __li__B__ __li__I__ */
if (((void *)li__5UI == (void *)(&__string_33))) {
                    /* __li__B__ __li__I__ */
if (((void *)li__E2K == (void *)NULL)) {
                      li__K4E( 2,(&__string_336));
                      li__V5E(li__QXI);
                      li__ODF();
                    } else /* FALSE */ {
                      li__Z5OB=li__RKTC(li__E2K);
                      ((__li__HC *)li__IMSC)->li__Y0GD=li__Z5OB;
                    };
                  };
                };
              };
              /* __li__B__ __li__I__ */
if (li__RYI) {
                li__10OB=li__AIX(';');
                /* __li__B__ __li__I__ */
if ((! li__10OB)) {
                  li__QXI=li__WTIB();
                  li__K4E( 2,(&__string_327));
                  li__V5E(li__QXI);
                  li__ODF();
                };
                goto li__MTIB;
              };
            };
          } else /* FALSE */ {
            li__IWI=li__WTIB();
            li__K4E( 0,(&__string_337));
            li__V5E(li__IWI);
            li__ODF();
          };
        };
        goto li__FKJ;
      };
    };
    li__55H=li__BAI;
    li__45H=li__DAI;
    li__S5H=NULL;
    li__FGFV=li__B__;
  } else /* FALSE */ {
    li__FGFV=li__I__;
  };
  li__I5H=li__FGFV;
  return(li__I5H);
}

static void li__HEZ(__li__BC *li__IEZ,__li__U *li__JEZ)
/* (Strict STRING{li__BC},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__3 *li__1EZ;
  li__IEZ->li__NK=li__JEZ->li__2C;
  /* __li__B__ __li__I__ */
if ((li__IEZ->li__NK >  0)) {
    /* __li__B__ __li__I__ */
if ((li__IEZ->li__LUN < li__IEZ->li__NK)) {
      li__1EZ=li__ZLY(li__IEZ->li__NK);
      li__IEZ->li__CUN=li__1EZ;
      li__IEZ->li__LUN=li__IEZ->li__NK;
    };
    li__35FB(((__li__3 *)li__IEZ->li__CUN),li__JEZ->li__3C,(__li__K)(li__IEZ->li__NK -  1));
  };
}

static void li__WBZ(__li__BC *li__XBZ,__li__K li__YBZ)
/* (Strict STRING{li__BC},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if ((li__YBZ > li__XBZ->li__NK)) {
    li__XBZ->li__NK= 0;
  } else /* FALSE */ {
    li__XBZ->li__NK=(__li__K)(li__XBZ->li__NK - li__YBZ);
  };
}

static __li__U* li__YJH()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__3JH;
  __li__BC *li__L0H,*li__10H;
  __li__U *li__TLH,*li__0JH;
  __li__3 *li__1JH,*li__V0H;
  __li__C li__JLH;
  li__1JH=NULL;
  li__3JH= 0;
  li__L0H=NULL;
  li__V0H=((__li__3 *)(getenv((char*)("LISAAC_DIRECTORY"))));
  /* __li__B__ __li__I__ */
if (((void *)li__V0H != (void *)NULL)) {
    li__10H=li__2JL();
    li__L0H=li__10H;
    li__JTN(((__li__BC *)li__10H),li__V0H);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__L0H != (void *)NULL)) {
    li__DJZ(((__li__BC *)li__0C),li__L0H);
  } else /* FALSE */ {
    li__1JH=((__li__3 *)(LISAAC_DIRECTORY));
    ((__li__BC *)li__0C)->li__NK= 0;
    li__3JH= 0;
    while ((((__li__3 *)li__1JH)[li__3JH] != '\0')) {
      li__SRX(((__li__BC *)li__0C),((__li__3 *)li__1JH)[li__3JH]);
      li__3JH=(__li__K)(li__3JH +  1);
    };
  };
  li__L0H=((__li__BC *)li__0C);
  /* __li__B__ __li__I__ */
if ((((__li__3 *)li__L0H->li__CUN)[(__li__K)(li__L0H->li__NK -  1)] != '/')) {
    li__10H=((__li__BC *)li__0C);
    li__JLH=(((__li__3 *)li__10H->li__CUN)[(__li__K)(li__10H->li__NK -  1)] != '\\');
  } else /* FALSE */ {
    li__JLH=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__JLH) {
    li__SRX(((__li__BC *)li__0C),'/');
  };
  li__TLH=li__SQC(li__0C);
  li__ULH=li__TLH;
  li__VLH=0;
  li__0JH=li__TLH;
  return(li__0JH);
}

static void li__UUOC(__li__GD *li__VUOC)
/* (Strict FAST_ARRAY(Strict STRING_CONSTANT){li__GD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__CP0C,li__KP0C;
  __li__U **li__BP0C;
  /* __li__B__ __li__I__ */
if (((*(li__VUOC)).li__UD ==  0)) {
    (*(li__VUOC)).li__U1Z=NULL;
    (*(li__VUOC)).li__CU0= 0;
    (*(li__VUOC)).li__UD=(__li__K)(-  1);
  } else /* FALSE */ {
    li__BP0C=((__li__U **)(*(li__VUOC)).li__U1Z);
    li__CP0C=(*(li__VUOC)).li__UD;
    li__KP0C= 0;
    while ((li__KP0C != li__CP0C)) {
      li__BP0C[li__KP0C]=li__BP0C[(__li__K)(li__KP0C +  1)];
      li__KP0C=(__li__K)(li__KP0C +  1);
    };
    (*(li__VUOC)).li__UD=(__li__K)((*(li__VUOC)).li__UD -  1);
  };
}

static void li__0KE(__li__U *li__2KE,__li__U *li__3KE)
/* (Strict STRING_CONSTANT{NULLxli__U},Strict STRING_CONSTANT{li__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__CFB *li__OIFV;
  void *li__MLE;
  __li__YHB *li__NLE;
  __li__PO li__ULE;
  li__OIFV=li__QYL(((__li__0HD *)li__CID),li__3KE);
  /* __li__B__ __li__I__ */
if (((void *)li__OIFV == (void *)NULL)) {
    li__KBG((&__string_292));
    li__KBG(li__3KE);
    li__KBG((&__string_171));
  } else /* FALSE */ {
    li__MLE=li__OIFV->li__XFB;
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__MLE==NULL) {
      li__NLE=NULL;
    } else {
      if (((struct ___OBJ *)li__MLE)->__id==__li__YHB__) {
        li__NLE=((void *)li__MLE);
      } else /* Other types */ {
        li__NLE=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__NLE == (void *)NULL)) {
      li__ULE=li__OIFV->li__DFB.li__0CC;
      li__K4E( 1,(&__string_338));
      li__V5E(li__ULE);
      li__ODF();
    };
    ((__li__YHB *)li__NLE)->li__FNC=li__2KE;
  };
}

static __li__C li__W2IE(__li__HC *li__X2IE)
/* (Strict LIP_SLOT_CODE{li__HC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__K4IE;
  __li__PO li__EKME;
  __li__C li__A3IE,li__02IE,li__T3IE,li__Z2IE;
  __li__U3IE *li__JGRH;
  li__A3IE=(! ((void *)li__X2IE->li__EFB != (void *)NULL));
  li__02IE=li__A3IE;
  /* __li__B__ __li__I__ */
if (li__A3IE) {
    /* __li__B__ __li__I__ */
if (((void *)li__X2IE->li__EFB != (void *)NULL)) {
      li__T3IE=li__OOFC(((__li__CFB *)li__X2IE->li__EFB),NULL);
      li__02IE=li__T3IE;
      li__UPRH(((__li__U3IE *)li__13IE),li__X2IE->li__EFB);
    } else /* FALSE */ {
      li__OSRH(((__li__U3IE *)li__13IE));
    };
    /* __li__B__ __li__I__ */
if (li__02IE) {
      li__K4IE=li__X2IE->li__4WGD;
      /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ */
switch (((struct ___OBJ *)li__K4IE)->__id) {
      case __li__YOB__: {
        li__T0SF(((__li__YOB *)li__K4IE));
      } break;
      case __li__HLSC__: {
        li__EKME=((__li__HLSC *)li__K4IE)->li__ILSC.li__0CC;
        li__K4E( 2,(&__string_322));
        li__V5E(li__EKME);
        li__ODF();
      } break;
      case __li__M30C__: {
        li__EKME=((__li__M30C *)li__K4IE)->li__N30C.li__0CC;
        li__K4E( 2,(&__string_322));
        li__V5E(li__EKME);
        li__ODF();
      } break;
      case __li__LN5D__: {
        li__EKME=((__li__LN5D *)li__K4IE)->li__MN5D.li__0CC;
        li__K4E( 2,(&__string_322));
        li__V5E(li__EKME);
        li__ODF();
      } break;
      case __li__KO5D__: {
        li__RETF(((__li__KO5D *)li__K4IE));
      } break;
      case __li__NCFE__: {
        li__QKME(((__li__NCFE *)li__K4IE));
      } break;
      };
    };
    li__JGRH=((__li__U3IE *)li__13IE);
    (*(li__JGRH)).li__SGRH=(__li__K)((*(li__JGRH)).li__SGRH -  1);
  };
  li__Z2IE=li__02IE;
  return(li__Z2IE);
}

static void li__BTZ(__li__BC *li__CTZ,void *li__DTZ)
/* (Strict STRING{li__BC},ABSTRACT_STRING{NULLxli__Uxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ETZ;
  __li__3 *li__VTZ,*li__0TZ;
  /* NULL __li__U__ __li__BC__ */
if (((struct ___OBJ *)li__DTZ)->__id==__li__U__) {
    li__ETZ=((__li__U *)li__DTZ)->li__2C;
  } else /* STRING */ {
    li__ETZ=((__li__BC *)li__DTZ)->li__NK;
  };
  li__CTZ->li__NK=li__ETZ;
  /* __li__B__ __li__I__ */
if ((li__ETZ >  0)) {
    /* __li__B__ __li__I__ */
if ((li__CTZ->li__LUN < li__ETZ)) {
      li__VTZ=li__ZLY(li__ETZ);
      li__CTZ->li__CUN=li__VTZ;
      li__CTZ->li__LUN=li__CTZ->li__NK;
    };
    li__VTZ=li__CTZ->li__CUN;
    /* NULL __li__U__ __li__BC__ */
if (((struct ___OBJ *)li__DTZ)->__id==__li__U__) {
      li__0TZ=((__li__U *)li__DTZ)->li__3C;
    } else /* STRING */ {
      li__0TZ=((__li__BC *)li__DTZ)->li__CUN;
    };
    li__35FB(((__li__3 *)li__VTZ),li__0TZ,(__li__K)(li__CTZ->li__NK -  1));
  };
}

static __li__3* li__A1V(__li__BC *li__B1V)
/* (Strict STRING{li__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__3 *li__C1V;
  /* __li__B__ __li__I__ */
if ((li__B1V->li__LUN > li__B1V->li__NK)) {
    ((__li__3 *)li__B1V->li__CUN)[li__B1V->li__NK]='\0';
  } else /* FALSE */ {
    li__SRX(li__B1V,'\0');
    li__B1V->li__NK=(__li__K)(li__B1V->li__NK -  1);
  };
  li__C1V=li__B1V->li__CUN;
  return(li__C1V);
}

static void li__M5F(void *li__O5F)
/* (ABSTRACT_STRING{li__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__PGH,li__QGH;
  __li__3 *li__FVQU;
  li__PGH= 1;
  li__QGH=((__li__U *)li__O5F)->li__2C;
  li__FVQU=((__li__U *)li__O5F)->li__3C;
  while ((li__PGH <= li__QGH)) {
    fputc((int)(((__li__3 *)li__FVQU)[(__li__K)(li__PGH -  1)]),stderr);
    li__PGH=(__li__K)(li__PGH +  1);
  };
}

static __li__U* li__GMC(__li__U *li__IMC)
/* (Strict STRING_CONSTANT{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__MMC,*li__JMC;
  __li__CFB *li__TIFV;
  void *li__ZMC;
  __li__YHB *li__0MC;
  __li__PO li__BNC;
  li__MMC=NULL;
  li__TIFV=li__QYL(((__li__0HD *)li__CID),li__IMC);
  /* __li__B__ __li__I__ */
if (((void *)li__TIFV == (void *)NULL)) {
    li__KBG((&__string_292));
    li__KBG(li__IMC);
    li__KBG((&__string_171));
  } else /* FALSE */ {
    li__ZMC=li__TIFV->li__XFB;
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__ZMC==NULL) {
      li__0MC=NULL;
    } else {
      if (((struct ___OBJ *)li__ZMC)->__id==__li__YHB__) {
        li__0MC=((void *)li__ZMC);
      } else /* Other types */ {
        li__0MC=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__0MC == (void *)NULL)) {
      li__BNC=li__TIFV->li__DFB.li__0CC;
      li__K4E( 1,(&__string_338));
      li__V5E(li__BNC);
      li__ODF();
    };
    li__MMC=li__0MC->li__FNC;
  };
  li__JMC=li__MMC;
  return(li__JMC);
}

static __li__K li__JNC(__li__U *li__LNC)
/* (Strict STRING_CONSTANT{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__PNC,li__MNC;
  __li__CFB *li__YIFV;
  void *li__2NC;
  __li__MHB *li__3NC;
  __li__PO li__EOC;
  li__PNC= 0;
  li__YIFV=li__QYL(((__li__0HD *)li__CID),li__LNC);
  /* __li__B__ __li__I__ */
if (((void *)li__YIFV == (void *)NULL)) {
    li__KBG((&__string_292));
    li__KBG(li__LNC);
    li__KBG((&__string_171));
  } else /* FALSE */ {
    li__2NC=li__YIFV->li__XFB;
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__2NC==NULL) {
      li__3NC=NULL;
    } else {
      if (((struct ___OBJ *)li__2NC)->__id==__li__MHB__) {
        li__3NC=((void *)li__2NC);
      } else /* Other types */ {
        li__3NC=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__3NC == (void *)NULL)) {
      li__EOC=li__YIFV->li__DFB.li__0CC;
      li__K4E( 1,(&__string_339));
      li__V5E(li__EOC);
      li__ODF();
    };
    li__PNC=li__3NC->li__IOC;
  };
  li__MNC=li__PNC;
  return(li__MNC);
}

static __li__C li__NOC(__li__U *li__POC)
/* (Strict STRING_CONSTANT{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CFB *li__EID;
  void *li__APC;
  __li__GGB *li__BPC;
  __li__PO li__IPC;
  __li__C li__TOC,li__QOC;
  li__TOC=li__I__;
  li__EID=li__QYL(((__li__0HD *)li__CID),li__POC);
  /* __li__B__ __li__I__ */
if (((void *)li__EID == (void *)NULL)) {
    li__KBG((&__string_292));
    li__KBG(li__POC);
    li__KBG((&__string_171));
  } else /* FALSE */ {
    li__APC=li__EID->li__XFB;
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__APC==NULL) {
      li__BPC=NULL;
    } else {
      if (((struct ___OBJ *)li__APC)->__id==__li__GGB__) {
        li__BPC=((void *)li__APC);
      } else /* Other types */ {
        li__BPC=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__BPC == (void *)NULL)) {
      li__IPC=li__EID->li__DFB.li__0CC;
      li__K4E( 1,(&__string_293));
      li__V5E(li__IPC);
      li__ODF();
    };
    li__TOC=li__BPC->li__MPC;
  };
  li__QOC=li__TOC;
  return(li__QOC);
}

static __li__K li__VZF(__li__BC *li__XZF,__li__3 li__YZF)
/* (Strict STRING{NULLxli__BC},Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0ZF,li__ZZF;
  __li__3 *li__2QSU;
  li__0ZF=((__li__BC *)li__XZF)->li__NK;
  li__2QSU=((__li__BC *)li__XZF)->li__CUN;
  while ((! ((li__0ZF <  1) || (((__li__3 *)li__2QSU)[(__li__K)(li__0ZF -  1)] == li__YZF)))) {
    li__0ZF=(__li__K)(li__0ZF -  1);
  };
  li__ZZF=li__0ZF;
  return(li__ZZF);
}

static void li__4RC(__li__YOB *li__5RC,__li__U *li__ASC,__li__C li__BSC)
/* (Strict LIP_CALL{li__YOB},Strict STRING_CONSTANT{NULLxli__U},Expanded BOOLEAN{li__Bxli__I}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__Q2D *li__HSC,*li__BR3,*li__1ZND,*li__PFMF;
  void *li__HYZ,*li__YYZ,*li__50Z,*li__BS3F,*li__QS3F,*li__XU3F;
  __li__K li__UR3,li__TR3,li__B4YC,li__IT3,li__5YZ,li__Y3TF,li__LVEG;
  __li__K li__2J3F,li__N5DC,li__XS3F;
  __li__BC *li__2IFV,*li__1RHE,*li__BSHE,*li__HCIE,*li__F5DC;
  __li__CB li__B0ND,li__F3TF,li__FRSU;
  __li__JJG li__N3TF,li__AJFV,li__DRSU;
  __li__52B li__JRSU;
  __li__U *li__0J3F,*li__Y2ND,*li__XTC,*li__OUC;
  __li__PO li__2UC;
  __li__3 li__DS3;
  __li__C li__2T3,li__XGRC,li__VV3,li__CW3,li__KPIE,li__HQIE,li__EU3F;
  __li__3 *li__4ZND,*li__RRSU,*li__SRSU;
  __li__G0ND *li__E3TF,*li__N4TF,*li__MYZG;
  __li__NWVG *li__VYZG;
  li__HSC=NULL;
  /* 0 1 */
if (li__ISC__->li__N3D==0) {
  } else /* ___TYPE_ID */ {
    li__G2D();
  };
  li__HYZ=NULL;
  /* 0 1 */
if (li__ISC__->li__N3D==0) {
  } else /* ___TYPE_ID */ {
    li__G2D();
  };
  /* 0 1 */
if (li__ISC__->li__N3D==0) {
    li__BR3=li__ISC__->li__M3D;
  } else /* ___TYPE_ID */ {
    li__BR3=li__G2D();
  };
  li__HEZ(((__li__BC *)li__JYZ),li__BR3->li__T2D.li__WTC);
  /* 0 1 */
if (li__ISC__->li__N3D==0) {
  } else /* ___TYPE_ID */ {
    li__G2D();
  };
  li__SRX(((__li__BC *)li__JYZ),'/');
  /* 0 1 */
if (li__ISC__->li__N3D==0) {
  } else /* ___TYPE_ID */ {
    li__G2D();
  };
  li__AK0(((__li__BC *)li__JYZ),li__ASC);
  /* 0 1 */
if (li__ISC__->li__N3D==0) {
  } else /* ___TYPE_ID */ {
    li__G2D();
  };
  /* 0 1 */
if (li__ISC__->li__N3D==0) {
  } else /* ___TYPE_ID */ {
    li__G2D();
  };
  li__UR3= 0;
  li__LKZ(((__li__BC *)li__JYZ),'\\','/');
  li__TR3= 1;
  while ((li__TR3 <= ((__li__BC *)li__JYZ)->li__NK)) {
    li__DS3=((__li__3 *)((__li__BC *)li__JYZ)->li__CUN)[(__li__K)(li__TR3 -  1)];
    /* __li__B__ __li__I__ */
if ((li__DS3 == '/')) {
      li__B4YC=li__UR3;
      /* __li__B__ __li__I__ */
if ((li__UR3 ==  0)) {
        li__UR3= 1;
      };
      /* __li__B__ __li__I__ */
if ((li__B4YC ==  1)) {
        li__GL2(((__li__BC *)li__JYZ),(__li__K)(li__TR3 -  1));
        li__TR3= 1;
      };
      /* __li__B__ __li__I__ */
if ((li__B4YC ==  2)) {
        li__WKPB(((__li__BC *)li__JYZ),(__li__K)(li__TR3 -  1),li__TR3);
        li__TR3=(__li__K)(li__TR3 -  2);
        li__UR3= 1;
      };
      /* __li__B__ __li__I__ */
if ((li__B4YC ==  3)) {
        li__IT3=li__F3DC(((__li__BC *)li__JYZ),(__li__K)(li__TR3 -  4));
        /* __li__B__ __li__I__ */
if ((li__IT3 ==  0)) {
          li__GL2(((__li__BC *)li__JYZ),(__li__K)(li__TR3 -  1));
          li__TR3= 1;
        } else /* FALSE */ {
          li__WKPB(((__li__BC *)li__JYZ),li__IT3,(__li__K)(li__TR3 -  1));
          li__TR3=li__IT3;
        };
        li__UR3= 1;
      };
      li__2T3=li__B__;
    } else /* FALSE */ {
      li__2T3=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__2T3) {
      li__2T3=li__B__;
    } else /* FALSE */ {
      li__XGRC=(li__DS3 == '.');
      /* __li__B__ __li__I__ */
if (li__XGRC) {
        li__IT3=li__UR3;
        /* __li__B__ __li__I__ */
if ((li__UR3 ==  1)) {
          li__UR3= 2;
        };
        /* __li__B__ __li__I__ */
if ((li__IT3 ==  2)) {
          li__UR3= 3;
        };
        /* __li__B__ __li__I__ */
if ((li__IT3 ==  3)) {
          li__UR3= 0;
        };
      };
      li__2T3=li__XGRC;
    };
    /* __li__B__ __li__I__ */
if ((! li__2T3)) {
      /* __li__B__ __li__I__ */
if (((li__DS3 == ':') && (li__TR3 >  2))) {
        li__VV3=li__WOTD(((__li__3 *)((__li__BC *)li__JYZ)->li__CUN)[(__li__K)((__li__K)(li__TR3 -  1) -  1)]);
        li__CW3=li__VV3;
      } else /* FALSE */ {
        li__CW3=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__CW3 && (((__li__3 *)((__li__BC *)li__JYZ)->li__CUN)[(__li__K)((__li__K)(li__TR3 -  2) -  1)] == '/'))) {
        li__GL2(((__li__BC *)li__JYZ),(__li__K)(li__TR3 -  2));
        li__TR3= 1;
      } else /* FALSE */ {
        li__UR3= 0;
      };
    };
    li__TR3=(__li__K)(li__TR3 +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__UR3 ==  1)) {
    li__WBZ(((__li__BC *)li__JYZ), 1);
  };
  /* __li__B__ __li__I__ */
if ((li__UR3 ==  2)) {
    li__WBZ(((__li__BC *)li__JYZ), 2);
  };
  /* __li__B__ __li__I__ */
if ((li__UR3 ==  3)) {
    li__B4YC=li__F3DC(((__li__BC *)li__JYZ),(__li__K)(li__TR3 -  4));
    /* __li__B__ __li__I__ */
if ((li__B4YC ==  0)) {
      ((__li__BC *)li__JYZ)->li__NK= 0;
    } else /* FALSE */ {
      li__WKPB(((__li__BC *)li__JYZ),li__B4YC,(__li__K)(li__TR3 -  1));
    };
  };
  /* __li__B__ __li__I__ */
if ((((__li__BC *)li__JYZ)->li__NK ==  0)) {
    li__SRX(((__li__BC *)li__JYZ),'/');
  };
  /* 0 1 */
if (li__ISC__->li__N3D==0) {
  } else /* ___TYPE_ID */ {
    li__G2D();
  };
  /* 0 1 */
if (li__ISC__->li__N3D==0) {
  } else /* ___TYPE_ID */ {
    li__G2D();
  };
  li__DJZ(((__li__BC *)li__PYZ),li__JYZ);
  do {
    /* 0 1 */
if (li__ISC__->li__N3D==0) {
    } else /* ___TYPE_ID */ {
      li__G2D();
    };
    /* 0 1 */
if (li__ISC__->li__N3D==0) {
    } else /* ___TYPE_ID */ {
      li__G2D();
    };
    li__YYZ=li__QSGB(((__li__02D *)li__C3D),li__JYZ);
    li__HYZ=li__YYZ;
    /* __li__B__ __li__I__ */
if (((void *)li__YYZ == (void *)NULL)) {
      /* 0 1 */
if (li__ISC__->li__N3D==0) {
      } else /* ___TYPE_ID */ {
        li__G2D();
      };
      li__2IFV=((__li__BC *)li__JYZ);
      li__IT3=li__FVDB(((__li__3 *)li__2IFV->li__CUN),'/',(__li__K)(li__2IFV->li__NK -  1));
      li__5YZ=(__li__K)( 1 + li__IT3);
      /* __li__B__ __li__I__ */
if ((li__5YZ >  0)) {
        /* 0 1 */
if (li__ISC__->li__N3D==0) {
        } else /* ___TYPE_ID */ {
          li__G2D();
        };
        li__P0EC(((__li__BC *)li__JYZ),(__li__K)(li__5YZ -  1));
      } else /* FALSE */ {
        /* 0 1 */
if (li__ISC__->li__N3D==0) {
        } else /* ___TYPE_ID */ {
          li__G2D();
        };
        ((__li__BC *)li__JYZ)->li__NK= 0;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__YYZ == (void *)NULL)) {
      /* 0 1 */
if (li__ISC__->li__N3D==0) {
      } else /* ___TYPE_ID */ {
        li__G2D();
      };
      li__2T3=(((__li__BC *)li__JYZ)->li__NK !=  0);
    } else /* FALSE */ {
      li__2T3=li__I__;
    };
  } while (li__2T3);
  /* __li__B__ __li__I__ */
if (((void *)li__HYZ == (void *)NULL)) {
    /* 0 1 */
if (li__ISC__->li__N3D==0) {
    } else /* ___TYPE_ID */ {
      li__G2D();
    };
    /* 0 1 */
if (li__ISC__->li__N3D==0) {
    } else /* ___TYPE_ID */ {
      li__G2D();
    };
    li__YYZ=li__GVGB(li__PYZ);
    li__HYZ=li__YYZ;
    li__2T3=li__B__;
  } else /* FALSE */ {
    li__2T3=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__2T3)) {
    /* 0 1 */
if (li__ISC__->li__N3D==0) {
    } else /* ___TYPE_ID */ {
      li__G2D();
    };
    li__B4YC=li__PYZ->li__NK;
    /* 0 1 */
if (li__ISC__->li__N3D==0) {
    } else /* ___TYPE_ID */ {
      li__G2D();
    };
    /* __li__B__ __li__I__ */
if ((li__B4YC != li__JYZ->li__NK)) {
      /* 0 1 */
if (li__ISC__->li__N3D==0) {
      } else /* ___TYPE_ID */ {
        li__G2D();
      };
      li__50Z=li__XHE(li__PYZ);
      li__HYZ=li__50Z;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__HYZ != (void *)NULL)) {
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__HYZ)->__id==__li__Q2D__) {
      li__XGRC=((void *)((__li__Q2D *)li__HYZ) != (void *)NULL);
    } else /* FILE_UNIX */ {
      li__XGRC=li__I__;
    };
    li__2T3=li__XGRC;
  } else /* FALSE */ {
    li__2T3=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__2T3) {
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__HYZ)->__id==__li__Q2D__) {
      li__1ZND=((__li__Q2D *)li__HYZ);
      li__4ZND=NULL;
      li__B0ND=((__li__CB )(NULL));
      li__XGRC=li__I__;
      li__IT3= 0;
      /* __li__B__ __li__I__ */
if (((void *)li__1ZND->li__U2D.li__M0ND == (void *)NULL)) {
        li__E3TF=NULL;
        li__F3TF=((__li__CB )(NULL));
        li__N3TF=((__li__JJG )sizeof(__li__G0ND));
        /* __li__B__ __li__I__ */
if ((li__N3TF ==  0)) {
          li__E3TF=li__G0ND__;
        } else /* FALSE */ {
          li__Y3TF=__li__G0ND__;
          li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__N3TF));
          /* __li__B__ __li__I__ */
if ((li__Y3TF == (__li__K)(-  1))) {
            li__AJFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__DRSU=(__li__JJG)((__li__JJG)(li__N3TF - (__li__JJG)(((__li__JJG ) 0) - li__AJFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__AJFV) - ((__li__JJG ) 1)));
            li__AJFV=(__li__JJG)(li__DRSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
            li__FRSU=li__YCJ(li__DRSU,((__li__CB )(&(table_size[(li__AJFV)-1]))),((__li__52B )li__DRSU));
            li__F3TF=li__FRSU;
          } else /* FALSE */ {
            li__JRSU=((__li__52B )li__Y3TF);
            li__AJFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__DRSU=(__li__JJG)((__li__JJG)(li__N3TF - (__li__JJG)(((__li__JJG ) 0) - li__AJFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__AJFV) - ((__li__JJG ) 1)));
            li__FRSU=li__YCJ(li__DRSU,((__li__CB )(&(table_type[(li__JRSU)]))),(__li__52B)(li__JRSU |  1));
            li__F3TF=li__FRSU;
          };
          li__N4TF=((__li__G0ND *)li__F3TF);
          li__E3TF=li__N4TF;
          *(li__N4TF) = *(li__G0ND__);
        };
        li__1ZND->li__U2D.li__M0ND=li__E3TF;
      } else /* FALSE */ {
        li__E3TF=((__li__G0ND *)li__1ZND->li__U2D.li__M0ND);
        /* __li__B__ __li__I__ */
if (((void *)li__E3TF->li__RWVG != (void *)NULL)) {
          li__E3TF->li__RWVG=NULL;
          li__E3TF->li__YWVG= 0;
          li__E3TF->li__ZWVG=NULL;
          li__E3TF->li__L0ND.li__FBIE= 0;
          li__E3TF->li__0WVG=NULL;
        };
        ;
      };
      li__F3TF=((__li__CB )(opendir((((__li__U *)li__1ZND->li__T2D.li__WTC)->li__3C))));
      /* __li__B__ __li__I__ */
if ((li__F3TF != (void *)NULL)) {
        li__XGRC=li__B__;
        do {
          li__B0ND=((__li__CB )(readdir((li__F3TF))));
          /* __li__B__ __li__I__ */
if ((li__B0ND != (void *)NULL)) {
            li__4ZND=((__li__3 *)(((struct dirent *)(li__B0ND))->d_name));
            ((__li__BC *)li__L2D)->li__NK= 0;
            li__IT3= 0;
            while ((((__li__3 *)li__4ZND)[li__IT3] != '\0')) {
              li__SRX(((__li__BC *)li__L2D),((__li__3 *)li__4ZND)[li__IT3]);
              li__IT3=(__li__K)(li__IT3 +  1);
            };
            li__1RHE=li__IFC( 1);
            li__HEZ(((__li__BC *)li__1RHE),(&__string_204));
            li__BSHE=((__li__BC *)li__L2D);
            /* NULL __li__BC__ */
if (li__1RHE==NULL) {
              li__HCIE=NULL;
            } else /* STRING */ {
              li__HCIE=((void *)li__1RHE);
            };
            /* __li__B__ __li__I__ */
if (((void *)li__HCIE != (void *)NULL)) {
              li__KPIE=li__I__;
              /* __li__B__ __li__I__ */
if ((li__BSHE->li__NK == li__HCIE->li__NK)) {
                /* __li__B__ __li__I__ */
if ((li__BSHE->li__NK ==  0)) {
                  li__KPIE=li__B__;
                } else /* FALSE */ {
                  li__HQIE=li__VVOB(((__li__3 *)li__BSHE->li__CUN),li__HCIE->li__CUN,li__BSHE->li__NK);
                  li__KPIE=li__HQIE;
                };
              };
              li__HQIE=li__KPIE;
            } else /* FALSE */ {
              li__HQIE=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__HQIE)) {
              li__HCIE=((__li__BC *)li__L2D);
              li__SRX(li__HCIE,' ');
              li__LVEG=li__HCIE->li__NK;
              li__RRSU=li__HCIE->li__CUN;
              li__SRSU=li__HCIE->li__CUN;
              while ((li__LVEG >=  2)) {
                ((__li__3 *)li__SRSU)[(__li__K)(li__LVEG -  1)]=((__li__3 *)li__RRSU)[(__li__K)((__li__K)(li__LVEG -  1) -  1)];
                li__LVEG=(__li__K)(li__LVEG -  1);
              };
              ((__li__3 *)li__HCIE->li__CUN)[ 0]='/';
              li__HCIE=((__li__BC *)li__L2D);
              li__0J3F=li__1ZND->li__T2D.li__WTC;
              li__LVEG=li__HCIE->li__NK;
              li__2J3F=li__0J3F->li__2C;
              li__QPVE(li__HCIE,(__li__K)(li__LVEG + li__2J3F));
              /* __li__B__ __li__I__ */
if (((li__LVEG >  0) && (li__2J3F >  0))) {
                li__XDFF(((__li__3 *)li__HCIE->li__CUN), 0,(__li__K)(li__LVEG -  1),li__2J3F);
              };
              li__35FB(((__li__3 *)li__HCIE->li__CUN),li__0J3F->li__3C,(__li__K)(li__2J3F -  1));
              li__EL3F(li__L2D);
              li__BS3F=NULL;
              li__HEZ(((__li__BC *)li__JYZ),li__1ZND->li__T2D.li__WTC);
              li__SRX(((__li__BC *)li__JYZ),'/');
              li__AK0(((__li__BC *)li__JYZ),li__L2D);
              li__EL3F(li__JYZ);
              li__DJZ(((__li__BC *)li__PYZ),li__JYZ);
              do {
                li__QS3F=li__QSGB(((__li__02D *)li__C3D),li__JYZ);
                li__BS3F=li__QS3F;
                /* __li__B__ __li__I__ */
if (((void *)li__QS3F == (void *)NULL)) {
                  li__F5DC=((__li__BC *)li__JYZ);
                  li__N5DC=li__FVDB(((__li__3 *)li__F5DC->li__CUN),'/',(__li__K)(li__F5DC->li__NK -  1));
                  li__XS3F=(__li__K)( 1 + li__N5DC);
                  /* __li__B__ __li__I__ */
if ((li__XS3F >  0)) {
                    li__P0EC(((__li__BC *)li__JYZ),(__li__K)(li__XS3F -  1));
                  } else /* FALSE */ {
                    ((__li__BC *)li__JYZ)->li__NK= 0;
                  };
                };
              } while ((((void *)li__QS3F == (void *)NULL) && (((__li__BC *)li__JYZ)->li__NK !=  0)));
              /* __li__B__ __li__I__ */
if (((void *)li__BS3F == (void *)NULL)) {
                /* 0 1 */
if (li__ISC__->li__N3D==0) {
                } else /* ___TYPE_ID */ {
                  li__G2D();
                };
                li__QS3F=li__GVGB(li__PYZ);
                li__BS3F=li__QS3F;
                li__EU3F=li__B__;
              } else /* FALSE */ {
                li__EU3F=li__I__;
              };
              /* __li__B__ __li__I__ */
if ((! li__EU3F)) {
                /* __li__B__ __li__I__ */
if ((li__PYZ->li__NK != li__JYZ->li__NK)) {
                  li__XU3F=li__XHE(li__PYZ);
                  li__BS3F=li__XU3F;
                };
              };
              /* __li__B__ __li__I__ */
if (((void *)li__BS3F == (void *)NULL)) {
                li__KBG((&__string_340));
                li__C30(((__li__BC *)li__L2D));
                li__KBG((&__string_341));
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                /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__BS3F)->__id==__li__Q2D__) {
                  li__Y2ND=((__li__Q2D *)li__BS3F)->li__T2D.li__WTC;
                } else /* FILE_UNIX */ {
                  li__Y2ND=((__li__KIE *)li__BS3F)->li__LIE.li__WTC;
                };
                /* __li__B__ __li__I__ */
if ((li__Y2ND->li__2C >= li__1ZND->li__T2D.li__WTC->li__2C)) {
                  li__MYZG=((__li__G0ND *)li__1ZND->li__U2D.li__M0ND);
                  /* __li__B__ __li__I__ */
if (((void *)li__MYZG->li__RWVG == (void *)NULL)) {
                    li__VYZG=li__5XHH(li__BS3F);
                    li__MYZG->li__RWVG=li__VYZG;
                    li__MYZG->li__L0ND.li__FBIE= 1;
                    li__MYZG->li__0WVG=li__VYZG;
                    li__MYZG->li__YWVG= 1;
                    li__MYZG->li__ZWVG=li__VYZG;
                  } else /* FALSE */ {
                    li__VYZG=li__5XHH(li__BS3F);
                    ((__li__NWVG *)li__MYZG->li__0WVG)->li__25EH=li__VYZG;
                    li__MYZG->li__L0ND.li__FBIE=(__li__K)(li__MYZG->li__L0ND.li__FBIE +  1);
                    li__MYZG->li__0WVG=li__VYZG;
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                };
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            };
          };
        } while (((li__B0ND != (void *)NULL) & li__XGRC));
        closedir((li__F3TF));
      };
      li__VV3=li__XGRC;
    } else /* FILE_UNIX */ {
      li__VV3=(((__li__CB )(fopen((char*)(((__li__U *)((__li__KIE *)li__HYZ)->li__LIE.li__WTC)->li__3C),"r+b"))) != (void *)NULL);
    };
    li__2T3=li__VV3;
  } else /* FALSE */ {
    li__2T3=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__2T3) {
    /* NULL __li__Q2D__ __li__KIE__ */
if (li__HYZ==NULL) {
      li__1ZND=NULL;
    } else {
      if (((struct ___OBJ *)li__HYZ)->__id==__li__Q2D__) {
        li__1ZND=((void *)li__HYZ);
      } else /* Other types */ {
        li__1ZND=NULL;
      }
    };
    li__HSC=li__1ZND;
    li__BR3=((__li__Q2D *)li__1ZND);
    li__B4YC=li__BR3->li__U2D.li__M0ND->li__L0ND.li__FBIE;
    li__IT3= 1;
    while ((li__IT3 <= li__B4YC)) {
      li__PFMF=((__li__Q2D *)li__HSC);
      li__E3TF=((__li__G0ND *)li__PFMF->li__U2D.li__M0ND);
      /* __li__B__ __li__I__ */
if ((li__IT3 != li__E3TF->li__YWVG)) {
        li__Y3TF=li__IT3;
        /* __li__B__ __li__I__ */
if ((li__E3TF->li__YWVG > li__IT3)) {
          li__E3TF->li__YWVG= 1;
          li__E3TF->li__ZWVG=li__E3TF->li__RWVG;
        };
        while ((li__Y3TF != li__E3TF->li__YWVG)) {
          li__E3TF->li__ZWVG=li__E3TF->li__ZWVG->li__25EH;
          li__E3TF->li__YWVG=(__li__K)(li__E3TF->li__YWVG +  1);
        };
      };
      li__BS3F=li__E3TF->li__ZWVG->li__5GXG;
      /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__BS3F)->__id==__li__Q2D__) {
        li__0J3F=((__li__Q2D *)li__BS3F)->li__T2D.li__NTC;
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        li__0J3F=((__li__KIE *)li__BS3F)->li__LIE.li__NTC;
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      li__Y2ND=((__li__U *)li__0J3F);
      li__CW3=li__I__;
      li__5YZ= 0;
      li__Y3TF= 0;
      /* __li__B__ __li__I__ */
if (( 3 <= li__Y2ND->li__2C)) {
        li__5YZ=(__li__K)((__li__K)(li__Y2ND->li__2C -  3) +  1);
        li__Y3TF= 1;
        li__LVEG=li__Y2ND->li__2C;
        li__RRSU=li__Y2ND->li__3C;
        while ((! (((li__5YZ > li__LVEG) || (li__Y3TF >  3)) || (((__li__3 *)li__RRSU)[(__li__K)(li__5YZ -  1)] != ".li"[(__li__K)(li__Y3TF -  1)])))) {
          li__5YZ=(__li__K)(li__5YZ +  1);
          li__Y3TF=(__li__K)(li__Y3TF +  1);
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        li__CW3=(li__5YZ > li__Y2ND->li__2C);
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      /* __li__B__ __li__I__ */
if (li__CW3) {
        /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__BS3F)->__id==__li__Q2D__) {
          li__XTC=((__li__Q2D *)li__BS3F)->li__T2D.li__WTC;
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          li__XTC=((__li__KIE *)li__BS3F)->li__LIE.li__WTC;
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        li__GXRB(((__li__GD *)li__PD),li__XTC);
        li__KPIE=li__B__;
      } else /* FALSE */ {
        li__KPIE=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__KPIE)) {
        /* __li__B__ __li__I__ */
if (li__BSC) {
          /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__BS3F)->__id==__li__Q2D__) {
            li__HQIE=((void *)((__li__Q2D *)li__BS3F) != (void *)NULL);
          } else /* FILE_UNIX */ {
            li__HQIE=li__I__;
          };
          li__EU3F=li__HQIE;
        } else /* FALSE */ {
          li__EU3F=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__EU3F) {
          /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__BS3F)->__id==__li__Q2D__) {
            li__OUC=((__li__Q2D *)li__BS3F)->li__T2D.li__WTC;
          } else /* FILE_UNIX */ {
            li__OUC=((__li__KIE *)li__BS3F)->li__LIE.li__WTC;
          };
          li__4RC(li__5RC,li__OUC,li__B__);
        };
      };
      li__IT3=(__li__K)(li__IT3 +  1);
    };
  } else /* FALSE */ {
    li__HEZ(((__li__BC *)li__0C),(&__string_342));
    li__AK0(((__li__BC *)li__0C),li__ASC);
    li__JAZ(((__li__BC *)li__0C),(&__string_178));
    li__2UC=li__5RC->li__ZOB.li__0CC;
    li__K4E( 2,li__0C);
    li__V5E(li__2UC);
    li__ODF();
  };
}

static __li__C li__WWC(__li__U *li__XWC,__li__U *li__YWC)
/* (Strict STRING_CONSTANT{NULLxli__U},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__RTJE;
  __li__K li__UTJE,li__VTJE;
  __li__C li__WTJE,li__1WC;
  __li__3 *li__FWQU,*li__ZRSU;
  li__RTJE=((__li__U *)li__YWC);
  li__WTJE=li__I__;
  li__UTJE=li__RTJE->li__2C;
  li__VTJE=((__li__U *)li__XWC)->li__2C;
  li__FWQU=li__RTJE->li__3C;
  li__ZRSU=((__li__U *)li__XWC)->li__3C;
  while ((! (((li__UTJE <  1) || (li__VTJE <  1)) || (((__li__3 *)li__FWQU)[(__li__K)(li__UTJE -  1)] != ((__li__3 *)li__ZRSU)[(__li__K)(li__VTJE -  1)])))) {
    li__UTJE=(__li__K)(li__UTJE -  1);
    li__VTJE=(__li__K)(li__VTJE -  1);
  };
  /* __li__B__ __li__I__ */
if ((li__UTJE <  1)) {
    li__WTJE=(li__VTJE >=  1);
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((li__VTJE <  1)) {
      li__WTJE=li__I__;
    } else /* FALSE */ {
      li__WTJE=(((__li__QJG )((__li__3 *)li__RTJE->li__3C)[(__li__K)(li__UTJE -  1)]) < ((__li__QJG )((__li__3 *)((__li__U *)li__XWC)->li__3C)[(__li__K)(li__VTJE -  1)]));
    };
  };
  li__1WC=li__WTJE;
  return(li__1WC);
}

static __li__K li__B4F(__li__K li__C4F,__li__K li__D4F)
/* (Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__F4F,li__E4F;
  li__F4F= 0;
  /* __li__B__ __li__I__ */
if ((li__C4F > li__D4F)) {
    li__F4F=li__C4F;
  } else /* FALSE */ {
    li__F4F=li__D4F;
  };
  li__E4F=li__F4F;
  return(li__E4F);
}

static void li__1PF(__li__U *li__3PF,__li__BC *li__4PF)
/* (Strict STRING_CONSTANT{li__U},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NAH;
  li__JAZ(((__li__BC *)li__4PF),(&__string_4));
  li__NAH= 3;
  while ((li__NAH <=  28)) {
    li__SRX(((__li__BC *)li__4PF),'=');
    li__NAH=(__li__K)(li__NAH +  1);
  };
  li__JAZ(((__li__BC *)li__4PF),(&__string_5));
  li__JAZ(((__li__BC *)li__4PF),li__3PF);
  li__NAH=(__li__K)(li__3PF->li__2C +  5);
  while ((li__NAH <=  28)) {
    li__SRX(((__li__BC *)li__4PF),' ');
    li__NAH=(__li__K)(li__NAH +  1);
  };
  li__JAZ(((__li__BC *)li__4PF),(&__string_7));
  li__NAH= 3;
  while ((li__NAH <=  28)) {
    li__SRX(((__li__BC *)li__4PF),'=');
    li__NAH=(__li__K)(li__NAH +  1);
  };
  li__JAZ(((__li__BC *)li__4PF),(&__string_8));
}

static __li__K li__AIO(__li__U *li__BIO)
/* (Strict STRING_CONSTANT{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DIO,li__EIO,li__XVP,li__CIO;
  __li__3 *li__PWQU;
  li__DIO= 0;
  li__EIO=li__BIO->li__2C;
  li__XVP= 1;
  li__PWQU=li__BIO->li__3C;
  while ((li__XVP <= li__EIO)) {
    li__DIO=(__li__K)((__li__K)( 5 * li__DIO) + ((__li__K )((__li__QJG )((__li__3 *)li__PWQU)[(__li__K)(li__XVP -  1)])));
    li__XVP=(__li__K)(li__XVP +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__DIO <  0)) {
    li__DIO=(__li__K)(~ li__DIO);
  };
  li__CIO=li__DIO;
  return(li__CIO);
}

static void li__ACV(__li__QZC *li__BCV)
/* (Strict HASHED_DICTIONARY(TYPE,Strict STRING_CONSTANT){li__QZC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__UCV,li__MCV,li__QDV,li__SDV;
  __li__5NL *li__OCV,*li__PCV;
  void **li__NCV,**li__VCV;
  li__OCV=NULL;
  li__PCV=NULL;
  li__NCV=li__BCV->li__MOL;
  li__UCV=li__YDQ((__li__K)(li__BCV->li__FOL +  1));
  li__VCV=li__DPQ(li__UCV);
  li__BCV->li__MOL=li__VCV;
  li__MCV=(__li__K)(li__BCV->li__FOL -  1);
  li__BCV->li__FOL=li__UCV;
  while ((! (li__MCV <  0))) {
    li__OCV=((void **)li__NCV)[li__MCV];
    while (((void *)li__OCV != (void *)NULL)) {
      li__PCV=li__OCV->li__DPL;
      li__QDV=li__AIO(((__li__U *)li__OCV->li__YOL));
      li__SDV=(__li__K)(li__QDV % li__BCV->li__FOL);
      ((__li__5NL *)li__OCV)->li__DPL=((void **)li__BCV->li__MOL)[li__SDV];
      ((void **)li__BCV->li__MOL)[li__SDV]=li__OCV;
      li__OCV=li__PCV;
    };
    li__MCV=(__li__K)(li__MCV -  1);
  };
  li__BCV->li__5PL=(__li__K)(-  1);
}

static __li__5NL* li__HKR(void *li__JKR,__li__U *li__KKR,__li__5NL *li__LKR)
/* (TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRB},Strict STRING_CONSTANT{NULLxli__U},Strict HASHED_DICTIONARY_NODE(TYPE,Strict STRING_CONSTANT){NULLxli__5NL}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__0ICC,li__RSSU;
  __li__JJG li__CJCC,li__YJFV,li__PSSU;
  __li__K li__NJCC;
  __li__52B li__VSSU;
  __li__5NL *li__ZICC,*li__CKCC,*li__MKR;
  li__ZICC=NULL;
  li__0ICC=((__li__CB )(NULL));
  li__CJCC=((__li__JJG )sizeof(__li__5NL));
  /* __li__B__ __li__I__ */
if ((li__CJCC ==  0)) {
    li__ZICC=li__5NL__;
  } else /* FALSE */ {
    li__NJCC=__li__5NL__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__CJCC));
    /* __li__B__ __li__I__ */
if ((li__NJCC == (__li__K)(-  1))) {
      li__YJFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PSSU=(__li__JJG)((__li__JJG)(li__CJCC - (__li__JJG)(((__li__JJG ) 0) - li__YJFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YJFV) - ((__li__JJG ) 1)));
      li__YJFV=(__li__JJG)(li__PSSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__RSSU=li__YCJ(li__PSSU,((__li__CB )(&(table_size[(li__YJFV)-1]))),((__li__52B )li__PSSU));
      li__0ICC=li__RSSU;
    } else /* FALSE */ {
      li__VSSU=((__li__52B )li__NJCC);
      li__YJFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PSSU=(__li__JJG)((__li__JJG)(li__CJCC - (__li__JJG)(((__li__JJG ) 0) - li__YJFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YJFV) - ((__li__JJG ) 1)));
      li__RSSU=li__YCJ(li__PSSU,((__li__CB )(&(table_type[(li__VSSU)]))),(__li__52B)(li__VSSU |  1));
      li__0ICC=li__RSSU;
    };
    li__CKCC=((__li__5NL *)li__0ICC);
    li__ZICC=li__CKCC;
    *(li__CKCC) = *(li__5NL__);
  };
  li__CKCC=((__li__5NL *)li__ZICC);
  li__CKCC->li__PFV=li__JKR;
  li__CKCC->li__YOL=li__KKR;
  li__CKCC->li__DPL=li__LKR;
  li__MKR=li__ZICC;
  return(li__MKR);
}

static __li__ZZC* li__J5D(__li__K li__L5D)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__H5L,li__CTSU;
  __li__JJG li__P5L,li__QKFV,li__ATSU;
  __li__K li__05L;
  __li__52B li__GTSU;
  __li__ZZC *li__G5L,*li__PAM,*li__M5D;
  void **li__QBM;
  li__G5L=NULL;
  li__H5L=((__li__CB )(NULL));
  li__P5L=((__li__JJG )sizeof(__li__ZZC));
  /* __li__B__ __li__I__ */
if ((li__P5L ==  0)) {
    li__G5L=li__ZZC__;
  } else /* FALSE */ {
    li__05L=__li__ZZC__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__P5L));
    /* __li__B__ __li__I__ */
if ((li__05L == (__li__K)(-  1))) {
      li__QKFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ATSU=(__li__JJG)((__li__JJG)(li__P5L - (__li__JJG)(((__li__JJG ) 0) - li__QKFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QKFV) - ((__li__JJG ) 1)));
      li__QKFV=(__li__JJG)(li__ATSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__CTSU=li__YCJ(li__ATSU,((__li__CB )(&(table_size[(li__QKFV)-1]))),((__li__52B )li__ATSU));
      li__H5L=li__CTSU;
    } else /* FALSE */ {
      li__GTSU=((__li__52B )li__05L);
      li__QKFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ATSU=(__li__JJG)((__li__JJG)(li__P5L - (__li__JJG)(((__li__JJG ) 0) - li__QKFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QKFV) - ((__li__JJG ) 1)));
      li__CTSU=li__YCJ(li__ATSU,((__li__CB )(&(table_type[(li__GTSU)]))),(__li__52B)(li__GTSU |  1));
      li__H5L=li__CTSU;
    };
    li__PAM=((__li__ZZC *)li__H5L);
    li__G5L=li__PAM;
    *(li__PAM) = *(li__ZZC__);
  };
  li__PAM=((__li__ZZC *)li__G5L);
  /* __li__B__ __li__I__ */
if (((*(li__PAM)).li__EBM < li__L5D)) {
    li__QBM=li__ZFEB(li__L5D);
    (*(li__PAM)).li__RBM=li__QBM;
    (*(li__PAM)).li__EBM=li__L5D;
  };
  (*(li__PAM)).li__VBM=(__li__K)(-  1);
  li__M5D=li__G5L;
  return(li__M5D);
}

static __li__5RB* li__FCM()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__ICM,*li__RDM,*li__HCM;
  __li__CB li__JCM,li__WRTU;
  __li__JJG li__RCM,li__ZRTU,li__URTU;
  __li__K li__2CM;
  __li__52B li__ESTU;
  li__ICM=NULL;
  li__JCM=((__li__CB )(NULL));
  li__RCM=((__li__JJG )sizeof(__li__5RB));
  /* __li__B__ __li__I__ */
if ((li__RCM ==  0)) {
    li__ICM=li__5RB__;
  } else /* FALSE */ {
    li__2CM=__li__5RB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__RCM));
    /* __li__B__ __li__I__ */
if ((li__2CM == (__li__K)(-  1))) {
      li__ZRTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__URTU=(__li__JJG)((__li__JJG)(li__RCM - (__li__JJG)(((__li__JJG ) 0) - li__ZRTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZRTU) - ((__li__JJG ) 1)));
      li__ZRTU=(__li__JJG)(li__URTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__WRTU=li__YCJ(li__URTU,((__li__CB )(&(table_size[(li__ZRTU)-1]))),((__li__52B )li__URTU));
      li__JCM=li__WRTU;
    } else /* FALSE */ {
      li__ESTU=((__li__52B )li__2CM);
      li__ZRTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__URTU=(__li__JJG)((__li__JJG)(li__RCM - (__li__JJG)(((__li__JJG ) 0) - li__ZRTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZRTU) - ((__li__JJG ) 1)));
      li__WRTU=li__YCJ(li__URTU,((__li__CB )(&(table_type[(li__ESTU)]))),(__li__52B)(li__ESTU |  1));
      li__JCM=li__WRTU;
    };
    li__RDM=((__li__5RB *)li__JCM);
    li__ICM=li__RDM;
    *(li__RDM) = *(li__5RB__);
  };
  li__HCM=li__ICM;
  return(li__HCM);
}

static void** li__F1GB(__li__K li__H1GB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__SVKB;
  __li__K li__F2HC;
  void **li__WVKB,**li__I1GB;
  li__SVKB=li__HJU(((__li__JJG )(__li__K)(li__H1GB * ((__li__K )(sizeof(void *))))));
  li__WVKB=((void **)li__SVKB);
  li__F2HC=(__li__K)(li__H1GB -  1);
  while ((li__F2HC >=  0)) {
    li__WVKB[li__F2HC]=NULL;
    li__F2HC=(__li__K)(li__F2HC -  1);
  };
  li__I1GB=li__WVKB;
  return(li__I1GB);
}

static __li__URB* li__SBE(__li__K li__UBE)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__URB *li__HGM,*li__QHM,*li__VBE;
  __li__CB li__IGM,li__TTSU;
  __li__JJG li__QGM,li__MLFV,li__RTSU;
  __li__K li__1GM;
  __li__52B li__XTSU;
  __li__5RB *li__E1O,*li__PFOU;
  li__HGM=NULL;
  li__IGM=((__li__CB )(NULL));
  li__QGM=((__li__JJG )sizeof(__li__URB));
  /* __li__B__ __li__I__ */
if ((li__QGM ==  0)) {
    li__HGM=li__URB__;
  } else /* FALSE */ {
    li__1GM=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__QGM));
    /* __li__B__ __li__I__ */
if ((li__1GM == (__li__K)(-  1))) {
      li__MLFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__RTSU=(__li__JJG)((__li__JJG)(li__QGM - (__li__JJG)(((__li__JJG ) 0) - li__MLFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MLFV) - ((__li__JJG ) 1)));
      li__MLFV=(__li__JJG)(li__RTSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__TTSU=li__YCJ(li__RTSU,((__li__CB )(&(table_size[(li__MLFV)-1]))),((__li__52B )li__RTSU));
      li__IGM=li__TTSU;
    } else /* FALSE */ {
      li__XTSU=((__li__52B )li__1GM);
      li__MLFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__RTSU=(__li__JJG)((__li__JJG)(li__QGM - (__li__JJG)(((__li__JJG ) 0) - li__MLFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MLFV) - ((__li__JJG ) 1)));
      li__TTSU=li__YCJ(li__RTSU,((__li__CB )(&(table_type[(li__XTSU)]))),(__li__52B)(li__XTSU |  1));
      li__IGM=li__TTSU;
    };
    li__QHM=((__li__URB *)li__IGM);
    li__HGM=li__QHM;
    *(li__QHM) = *(li__URB__);
  };
  li__QHM=((__li__URB *)li__HGM);
  li__QHM->li__VRB.li__NZC=li__UBE;
  li__E1O=li__FCM();
  li__PFOU=((__li__5RB *)li__E1O);
  li__PFOU->li__AEM=li__QHM;
  li__PFOU->li__BEM= 0;
  li__QHM->li__VRB.li__J0C=li__E1O;
  li__VBE=li__HGM;
  return(li__VBE);
}

static void li__51Z(__li__10C *li__A2Z,__li__URB *li__B2Z)
/* (Strict FAST_ARRAY(TYPE_ID){li__10C},Strict TYPE_ID{NULLxli__URB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__K3Z;
  __li__C li__S2Z;
  void **li__C3Z;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__A2Z)).li__D2Z +  1) <= (__li__K)((*(li__A2Z)).li__F2Z -  1))) {
    (*(li__A2Z)).li__D2Z=(__li__K)((*(li__A2Z)).li__D2Z +  1);
    li__S2Z=li__B__;
  } else /* FALSE */ {
    li__S2Z=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__S2Z)) {
    /* __li__B__ __li__I__ */
if (((*(li__A2Z)).li__F2Z ==  0)) {
      li__C3Z=li__F1GB( 2);
      (*(li__A2Z)).li__D3Z=li__C3Z;
      (*(li__A2Z)).li__F2Z= 2;
      (*(li__A2Z)).li__D2Z= 0;
    } else /* FALSE */ {
      li__K3Z=(__li__K)((*(li__A2Z)).li__F2Z <<  1);
      li__C3Z=li__AAEC(((void **)(*(li__A2Z)).li__D3Z),(*(li__A2Z)).li__F2Z,li__K3Z);
      (*(li__A2Z)).li__D3Z=li__C3Z;
      (*(li__A2Z)).li__F2Z=li__K3Z;
      (*(li__A2Z)).li__D2Z=(__li__K)((*(li__A2Z)).li__D2Z +  1);
    };
  };
  ((void **)(*(li__A2Z)).li__D3Z)[(*(li__A2Z)).li__D2Z]=li__B2Z;
}

static __li__WRB* li__M1C(__li__U *li__O1C,__li__U *li__P1C)
/* (Strict STRING_CONSTANT{NULLxli__U},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__WRB *li__R1C,*li__R3C,*li__T3C,*li__Q1C;
  __li__K li__S1C,li__5WQU,li__WMR,li__YL1,li__LEEC,li__VFEC,li__MAMD;
  __li__CB li__DMR,li__GUSU;
  __li__JJG li__LMR,li__EMFV,li__EUSU;
  __li__52B li__KUSU;
  void **li__2TSU,**li__3TSU,**li__RL1;
  __li__T1C *li__VK1;
  __li__C li__FL1;
  li__R1C=NULL;
  li__S1C= 0;
  li__5WQU=(*(li__21C)).li__F2C;
  li__2TSU=(*(((__li__T1C *)li__21C))).li__UV0;
  li__3TSU=(*(((__li__T1C *)li__21C))).li__UV0;
  while (((li__S1C <= li__5WQU) && (((void *)((__li__WRB *)((void **)li__2TSU)[li__S1C])->li__ZRB.li__P2C != (void *)li__O1C) || ((void *)((__li__WRB *)((void **)li__3TSU)[li__S1C])->li__Y2C != (void *)li__P1C)))) {
    li__S1C=(__li__K)(li__S1C +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__S1C <= (*(li__21C)).li__F2C)) {
    li__R3C=((void **)(*(((__li__T1C *)li__21C))).li__UV0)[li__S1C];
    /* NULL __li__WRB__ */
if (li__R3C==NULL) {
      li__T3C=NULL;
    } else /* ITM_TYPE_STYLE */ {
      li__T3C=((__li__WRB *)li__R3C);
    };
    li__R1C=li__T3C;
  } else /* FALSE */ {
    li__R3C=NULL;
    li__DMR=((__li__CB )(NULL));
    li__LMR=((__li__JJG )sizeof(__li__WRB));
    /* __li__B__ __li__I__ */
if ((li__LMR ==  0)) {
      li__R3C=li__WRB__;
    } else /* FALSE */ {
      li__WMR=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__LMR));
      /* __li__B__ __li__I__ */
if ((li__WMR == (__li__K)(-  1))) {
        li__EMFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__EUSU=(__li__JJG)((__li__JJG)(li__LMR - (__li__JJG)(((__li__JJG ) 0) - li__EMFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EMFV) - ((__li__JJG ) 1)));
        li__EMFV=(__li__JJG)(li__EUSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__GUSU=li__YCJ(li__EUSU,((__li__CB )(&(table_size[(li__EMFV)-1]))),((__li__52B )li__EUSU));
        li__DMR=li__GUSU;
      } else /* FALSE */ {
        li__KUSU=((__li__52B )li__WMR);
        li__EMFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__EUSU=(__li__JJG)((__li__JJG)(li__LMR - (__li__JJG)(((__li__JJG ) 0) - li__EMFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EMFV) - ((__li__JJG ) 1)));
        li__GUSU=li__YCJ(li__EUSU,((__li__CB )(&(table_type[(li__KUSU)]))),(__li__52B)(li__KUSU |  1));
        li__DMR=li__GUSU;
      };
      li__T3C=((__li__WRB *)li__DMR);
      li__R3C=li__T3C;
      *(li__T3C) = *(li__WRB__);
    };
    li__T3C=((__li__WRB *)li__R3C);
    li__T3C->li__ZRB.li__P2C=li__O1C;
    li__T3C->li__Y2C=li__P1C;
    li__R1C=li__R3C;
    li__VK1=((__li__T1C *)li__21C);
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__VK1)).li__F2C +  1) <= (__li__K)((*(li__VK1)).li__HV0 -  1))) {
      (*(li__VK1)).li__F2C=(__li__K)((*(li__VK1)).li__F2C +  1);
      li__FL1=li__B__;
    } else /* FALSE */ {
      li__FL1=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__FL1)) {
      /* __li__B__ __li__I__ */
if (((*(li__VK1)).li__HV0 ==  0)) {
        li__RL1=li__2HHB( 2);
        (*(li__VK1)).li__UV0=li__RL1;
        (*(li__VK1)).li__HV0= 2;
        (*(li__VK1)).li__F2C= 0;
      } else /* FALSE */ {
        li__YL1=(__li__K)((*(li__VK1)).li__HV0 <<  1);
        li__RL1=((void **)(*(li__VK1)).li__UV0);
        li__LEEC=(*(li__VK1)).li__HV0;
        li__GUSU=li__CUY(((__li__CB )li__RL1),((__li__JJG )(__li__K)(li__LEEC * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__YL1 * ((__li__K )(sizeof(void *))))));
        li__RL1=((void **)li__GUSU);
        li__VFEC=(__li__K)(li__YL1 -  1);
        li__MAMD=li__LEEC;
        while ((li__MAMD <= li__VFEC)) {
          li__RL1[li__MAMD]=NULL;
          li__MAMD=(__li__K)(li__MAMD +  1);
        };
        (*(li__VK1)).li__UV0=li__RL1;
        (*(li__VK1)).li__HV0=li__YL1;
        (*(li__VK1)).li__F2C=(__li__K)((*(li__VK1)).li__F2C +  1);
      };
    };
    ((void **)(*(li__VK1)).li__UV0)[(*(li__VK1)).li__F2C]=li__R3C;
  };
  li__Q1C=li__R1C;
  return(li__Q1C);
}

static __li__5RB* li__JMZ(__li__WRB *li__KMZ)
/* (Strict ITM_TYPE_STYLE{li__WRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__NMZ,*li__2NZ,*li__MMZ;
  __li__C li__YMZ;
  li__NMZ=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__KMZ == (void *)li__PMZ)) {
    li__NMZ=li__ORB__->li__PRB.li__J0C;
    li__YMZ=li__B__;
  } else /* FALSE */ {
    li__YMZ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__YMZ)) {
    /* __li__B__ __li__I__ */
if (((void *)li__KMZ == (void *)li__3MZ)) {
      li__NMZ=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      li__2NZ=li__B0MB(li__MPB,li__KMZ);
      li__NMZ=li__2NZ;
    };
  };
  li__MMZ=li__NMZ;
  return(li__MMZ);
}

static __li__5RB* li__EOZ(__li__XRB *li__FOZ)
/* (Strict ITM_TYPE_SIMPLE{li__XRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__IOZ,*li__VPZ,*li__HOZ;
  __li__C li__SOZ;
  li__IOZ=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__FOZ == (void *)li__PMZ)) {
    li__IOZ=li__ORB__->li__PRB.li__J0C;
    li__SOZ=li__B__;
  } else /* FALSE */ {
    li__SOZ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__SOZ)) {
    /* __li__B__ __li__I__ */
if (((void *)li__FOZ == (void *)li__3MZ)) {
      li__IOZ=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      li__VPZ=li__I2MB(li__MPB,li__FOZ);
      li__IOZ=li__VPZ;
    };
  };
  li__HOZ=li__IOZ;
  return(li__HOZ);
}

static __li__CRB* li__G5C()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CRB *li__J5C,*li__15C,*li__MKNB,*li__I5C;
  __li__C li__44Z;
  __li__K5C *li__LKNB;
  li__J5C=NULL;
  li__44Z=((*(((__li__K5C *)li__T5C))).li__54Z <  0);
  /* __li__B__ __li__I__ */
if (li__44Z) {
    li__15C=li__YIKC( 16);
    li__J5C=li__15C;
  } else /* FALSE */ {
    li__LKNB=((__li__K5C *)li__T5C);
    li__MKNB=((void **)(*(li__LKNB)).li__LD0)[(*(li__LKNB)).li__54Z];
    li__J5C=li__MKNB;
    li__LKNB=((__li__K5C *)li__T5C);
    (*(li__LKNB)).li__54Z=(__li__K)((*(li__LKNB)).li__54Z -  1);
  };
  li__I5C=li__J5C;
  return(li__I5C);
}

static void li__S0BD(__li__CRB *li__T0BD,void *li__U0BD)
/* (Strict FAST_ARRAY(ITM_TYPE_MONO){li__CRB},ITM_TYPE_MONO{NULLxli__WRBxli__XRBxli__KUBxli__VB1xli__4O2B}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__21BD,li__3SNE,li__HUNE,li__KHZF;
  __li__CB li__BUNE;
  __li__C li__E1BD;
  void **li__U1BD;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__T0BD)).li__5QZ +  1) <= (__li__K)((*(li__T0BD)).li__X0BD -  1))) {
    (*(li__T0BD)).li__5QZ=(__li__K)((*(li__T0BD)).li__5QZ +  1);
    li__E1BD=li__B__;
  } else /* FALSE */ {
    li__E1BD=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__E1BD)) {
    /* __li__B__ __li__I__ */
if (((*(li__T0BD)).li__X0BD ==  0)) {
      li__U1BD=li__CSZD( 2);
      (*(li__T0BD)).li__V1BD=li__U1BD;
      (*(li__T0BD)).li__X0BD= 2;
      (*(li__T0BD)).li__5QZ= 0;
    } else /* FALSE */ {
      li__21BD=(__li__K)((*(li__T0BD)).li__X0BD <<  1);
      li__U1BD=((void **)(*(li__T0BD)).li__V1BD);
      li__3SNE=(*(li__T0BD)).li__X0BD;
      li__BUNE=li__CUY(((__li__CB )li__U1BD),((__li__JJG )(__li__K)(li__3SNE * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__21BD * ((__li__K )(sizeof(void *))))));
      li__U1BD=((void **)li__BUNE);
      li__HUNE=(__li__K)(li__21BD -  1);
      li__KHZF=li__3SNE;
      while ((li__KHZF <= li__HUNE)) {
        li__U1BD[li__KHZF]=NULL;
        li__KHZF=(__li__K)(li__KHZF +  1);
      };
      (*(li__T0BD)).li__V1BD=li__U1BD;
      (*(li__T0BD)).li__X0BD=li__21BD;
      (*(li__T0BD)).li__5QZ=(__li__K)((*(li__T0BD)).li__5QZ +  1);
    };
  };
  ((void **)(*(li__T0BD)).li__V1BD)[(*(li__T0BD)).li__5QZ]=li__U0BD;
}

static __li__CRB* li__GAD(__li__CRB *li__IAD)
/* (Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0WQH,li__OQ1L,li__2TZN,li__HKID,li__KJEI,li__BJEI;
  __li__K li__IKEI,li__KKEI;
  __li__CB li__XJPI,li__0USU;
  __li__JJG li__5JPI,li__2MFV,li__YUSU;
  __li__52B li__4USU;
  __li__CRB *li__KAD,*li__ZWQH,*li__KP1L,*li__0P1L,*li__F5VF,*li__JAD;
  __li__C li__DTCE,li__TXQH,li__NP1L;
  __li__YAD *li__EWQH,*li__W0QH;
  __li__WWQH *li__YWQH,*li__A1QH,*li__FJEI,*li__GJEI,*li__5KPI;
  void **li__KQ1L,**li__MQ1L,**li__ITZN;
  void **li__EJEI,**li__NJEI;
  li__KAD=NULL;
  li__DTCE=((*(((__li__CRB *)li__IAD))).li__5QZ <  0);
  /* __li__B__ __li__I__ */
if (li__DTCE) {
    li__KAD=li__RAD;
  } else /* FALSE */ {
    li__EWQH=((__li__YAD *)li__5AD);
    li__ZWQH=NULL;
    li__0WQH=li__OXQE(((__li__CRB *)li__IAD));
    li__YWQH=((void **)li__EWQH->li__CXQH)[(__li__K)(li__0WQH % li__EWQH->li__1WQH)];
    li__PCUH:
    {
      /* __li__B__ __li__I__ */
if (((void *)li__YWQH == (void *)NULL)) {
        li__TXQH=li__B__;
      } else /* FALSE */ {
        li__KP1L=((__li__CRB *)li__YWQH->li__OXQH);
        li__NP1L=li__I__;
        /* __li__B__ __li__I__ */
if (((void *)li__KP1L == (void *)li__IAD)) {
          li__NP1L=li__B__;
        } else /* FALSE */ {
          /* NULL __li__CRB__ */
if (li__IAD==NULL) {
            li__0P1L=NULL;
          } else /* FAST_ARRAY(ITM_TYPE_MONO) */ {
            li__0P1L=((__li__CRB *)li__IAD);
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__0P1L != (void *)NULL) && ((*(li__KP1L)).li__5QZ == (*(li__0P1L)).li__5QZ))) {
            li__KQ1L=(*(li__KP1L)).li__V1BD;
            li__MQ1L=(*(li__0P1L)).li__V1BD;
            li__OQ1L=(__li__K)((*(li__KP1L)).li__5QZ +  1);
            li__ITZN=((void **)li__KQ1L);
            li__2TZN=(__li__K)(li__OQ1L -  1);
            while (((li__2TZN >=  0) && ((void *)li__ITZN[li__2TZN] == (void *)((void **)li__MQ1L)[li__2TZN]))) {
              li__2TZN=(__li__K)(li__2TZN -  1);
            };
            li__NP1L=(li__2TZN <  0);
          };
        };
        li__TXQH=li__NP1L;
      };
      /* __li__B__ __li__I__ */
if ((! li__TXQH)) {
        li__YWQH=li__YWQH->li__0XQH;
        goto li__PCUH;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__YWQH != (void *)NULL)) {
      li__ZWQH=li__YWQH->li__OXQH;
    };
    li__KAD=li__ZWQH;
    /* __li__B__ __li__I__ */
if (((void *)li__ZWQH == (void *)NULL)) {
      li__HKID=(__li__K)((*(((__li__CRB *)li__IAD))).li__5QZ +  1);
      li__KP1L=li__YIKC(li__HKID);
      li__KAD=li__KP1L;
      li__0P1L=((__li__CRB *)li__KP1L);
      /* NULL __li__CRB__ */
if (li__IAD==NULL) {
        li__F5VF=NULL;
      } else /* FAST_ARRAY(ITM_TYPE_MONO) */ {
        li__F5VF=((__li__CRB *)li__IAD);
      };
      /* __li__B__ __li__I__ */
if (((void *)li__F5VF != (void *)NULL)) {
        li__OQ1L=(*(li__F5VF)).li__5QZ;
        /* __li__B__ __li__I__ */
if ((li__OQ1L >=  0)) {
          li__2TZN=(__li__K)(li__OQ1L +  1);
          /* __li__B__ __li__I__ */
if (((*(li__0P1L)).li__X0BD < li__2TZN)) {
            li__KQ1L=li__CSZD(li__2TZN);
            (*(li__0P1L)).li__V1BD=li__KQ1L;
            (*(li__0P1L)).li__X0BD=li__2TZN;
          };
          li__KQ1L=((void **)(*(li__0P1L)).li__V1BD);
          li__MQ1L=(*(li__F5VF)).li__V1BD;
          li__2TZN=li__OQ1L;
          while ((li__2TZN >=  0)) {
            li__KQ1L[li__2TZN]=((void **)li__MQ1L)[li__2TZN];
            li__2TZN=(__li__K)(li__2TZN -  1);
          };
        };
        (*(li__0P1L)).li__5QZ=li__OQ1L;
      } else /* FALSE */ {
        (*(li__0P1L)).li__5QZ=(__li__K)(-  1);
        li__OQ1L=(*(li__IAD)).li__5QZ;
        li__2TZN= 0;
        while ((li__2TZN <= li__OQ1L)) {
          li__S0BD(li__0P1L,((void **)(*(((__li__CRB *)li__IAD))).li__V1BD)[li__2TZN]);
          li__2TZN=(__li__K)(li__2TZN +  1);
        };
      };
      li__W0QH=((__li__YAD *)li__5AD);
      li__OGUH(li__W0QH,li__KP1L);
      li__OGUH(li__W0QH,li__KP1L);
      li__OQ1L=li__OXQE(((__li__CRB *)li__KP1L));
      li__2TZN=(__li__K)(li__OQ1L % li__W0QH->li__1WQH);
      li__HKID=li__2TZN;
      li__A1QH=((void **)li__W0QH->li__CXQH)[li__2TZN];
      while ((! (((void *)li__A1QH == (void *)NULL) || ((void *)li__A1QH->li__OXQH == (void *)li__KP1L)))) {
        li__A1QH=li__A1QH->li__0XQH;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__A1QH == (void *)NULL)) {
        /* __li__B__ __li__I__ */
if ((li__W0QH->li__1WQH == li__W0QH->li__D2QH)) {
          li__FJEI=NULL;
          li__GJEI=NULL;
          li__KJEI=li__YDQ((__li__K)(li__W0QH->li__1WQH +  1));
          li__EJEI=li__W0QH->li__CXQH;
          li__NJEI=li__2GXH(li__KJEI);
          li__W0QH->li__CXQH=li__NJEI;
          li__BJEI=(__li__K)(li__W0QH->li__1WQH -  1);
          li__W0QH->li__1WQH=li__KJEI;
          while ((! (li__BJEI <  0))) {
            li__FJEI=((void **)li__EJEI)[li__BJEI];
            while (((void *)li__FJEI != (void *)NULL)) {
              li__GJEI=li__FJEI->li__0XQH;
              li__IKEI=li__OXQE(((__li__CRB *)li__FJEI->li__OXQH));
              li__KKEI=(__li__K)(li__IKEI % li__W0QH->li__1WQH);
              ((__li__WWQH *)li__FJEI)->li__0XQH=((void **)li__W0QH->li__CXQH)[li__KKEI];
              ((void **)li__W0QH->li__CXQH)[li__KKEI]=li__FJEI;
              li__FJEI=li__GJEI;
            };
            li__BJEI=(__li__K)(li__BJEI -  1);
          };
          li__HKID=(__li__K)(li__OQ1L % li__W0QH->li__1WQH);
        };
        li__FJEI=((void **)li__W0QH->li__CXQH)[li__HKID];
        li__GJEI=NULL;
        li__XJPI=((__li__CB )(NULL));
        li__5JPI=((__li__JJG )sizeof(__li__WWQH));
        /* __li__B__ __li__I__ */
if ((li__5JPI ==  0)) {
          li__GJEI=li__WWQH__;
        } else /* FALSE */ {
          li__KJEI=__li__WWQH__;
          li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__5JPI));
          /* __li__B__ __li__I__ */
if ((li__KJEI == (__li__K)(-  1))) {
            li__2MFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__YUSU=(__li__JJG)((__li__JJG)(li__5JPI - (__li__JJG)(((__li__JJG ) 0) - li__2MFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MFV) - ((__li__JJG ) 1)));
            li__2MFV=(__li__JJG)(li__YUSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
            li__0USU=li__YCJ(li__YUSU,((__li__CB )(&(table_size[(li__2MFV)-1]))),((__li__52B )li__YUSU));
            li__XJPI=li__0USU;
          } else /* FALSE */ {
            li__4USU=((__li__52B )li__KJEI);
            li__2MFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__YUSU=(__li__JJG)((__li__JJG)(li__5JPI - (__li__JJG)(((__li__JJG ) 0) - li__2MFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MFV) - ((__li__JJG ) 1)));
            li__0USU=li__YCJ(li__YUSU,((__li__CB )(&(table_type[(li__4USU)]))),(__li__52B)(li__4USU |  1));
            li__XJPI=li__0USU;
          };
          li__5KPI=((__li__WWQH *)li__XJPI);
          li__GJEI=li__5KPI;
          *(li__5KPI) = *(li__WWQH__);
        };
        li__5KPI=((__li__WWQH *)li__GJEI);
        li__5KPI->li__OXQH=li__KP1L;
        li__5KPI->li__0XQH=li__FJEI;
        li__A1QH=li__GJEI;
        ((void **)li__W0QH->li__CXQH)[li__HKID]=li__GJEI;
        li__W0QH->li__D2QH=(__li__K)(li__W0QH->li__D2QH +  1);
      };
      ;
    };
  };
  li__IDE(li__IAD);
  li__JAD=li__KAD;
  return(li__JAD);
}

static __li__KUB* li__PBD(__li__CRB *li__TBD)
/* (Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KUB *li__VBD,*li__4DD,*li__AED,*li__UBD;
  __li__K li__WBD,li__MYQU;
  void **li__DVSU,**li__EVSU,**li__FVSU;
  li__VBD=NULL;
  li__WBD= 0;
  li__MYQU=(*(li__ACD)).li__JCD;
  li__DVSU=(*(((__li__XBD *)li__ACD))).li__GY0;
  li__EVSU=(*(((__li__XBD *)li__ACD))).li__GY0;
  li__FVSU=(*(((__li__XBD *)li__ACD))).li__GY0;
  while (((li__WBD <= li__MYQU) && ((((void *)((__li__KUB *)((void **)li__DVSU)[li__WBD])->li__LUB.li__ZRB.li__P2C != (void *)(&__string_44)) || ((void *)((__li__KUB *)((void **)li__EVSU)[li__WBD])->li__LUB.li__Y2C != (void *)NULL)) || ((void *)((__li__KUB *)((void **)li__FVSU)[li__WBD])->li__EDD != (void *)li__TBD)))) {
    li__WBD=(__li__K)(li__WBD +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__WBD <= (*(li__ACD)).li__JCD)) {
    li__4DD=((void **)(*(((__li__XBD *)li__ACD))).li__GY0)[li__WBD];
    /* NULL __li__KUB__ */
if (li__4DD==NULL) {
      li__AED=NULL;
    } else /* ITM_TYPE_GENERIC */ {
      li__AED=((__li__KUB *)li__4DD);
    };
    li__VBD=li__AED;
  } else /* FALSE */ {
    li__4DD=li__S1P((&__string_44),NULL,li__TBD);
    li__VBD=li__4DD;
    li__DO1(((__li__XBD *)li__ACD),li__4DD);
  };
  li__UBD=li__VBD;
  return(li__UBD);
}

static __li__5RB* li__ZPZ(__li__KUB *li__0PZ)
/* (Strict ITM_TYPE_GENERIC{li__KUB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__HQZ,*li__JQZ,*li__XQZ,*li__2PZ;
  __li__K li__IQZ,li__YQZ;
  void *li__WQZ;
  __li__3PZ *li__NQZ,*li__GQZ,*li__WRZ;
  li__HQZ=NULL;
  li__JQZ=NULL;
  li__NQZ=li__DG3();
  li__GQZ=li__NQZ;
  li__IQZ= 0;
  do {
    li__WQZ=((void **)(*(((__li__CRB *)li__0PZ->li__EDD))).li__V1BD)[li__IQZ];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__WQZ)->__id) {
    case __li__WRB__: {
      li__XQZ=li__WLRF(((__li__WRB *)li__WQZ),NULL);
    } break;
    case __li__XRB__: {
      li__XQZ=li__KNRF(((__li__XRB *)((__li__WRB *)li__WQZ)),NULL);
    } break;
    case __li__KUB__: {
      li__XQZ=li__4ORF(((__li__KUB *)((__li__WRB *)li__WQZ)),NULL);
    } break;
    case __li__VB1__: {
      li__XQZ=li__DRRF(((__li__VB1 *)((__li__WRB *)li__WQZ)),NULL);
    } break;
    case __li__4O2B__: {
      li__XQZ=li__XRRF(((__li__4O2B *)((__li__WRB *)li__WQZ)),NULL);
    } break;
    };
    li__HQZ=li__XQZ;
    li__4RFC(((__li__3PZ *)li__GQZ),li__HQZ);
    li__YQZ=(__li__K)(li__IQZ +  1);
    li__IQZ=li__YQZ;
  } while (((li__YQZ <= (*(li__0PZ->li__EDD)).li__5QZ) && ((void *)li__HQZ != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__HQZ == (void *)NULL)) {
    li__OHGB(li__NQZ);
  } else /* FALSE */ {
    li__WRZ=li__SHGB(li__NQZ);
    li__GQZ=li__WRZ;
    li__XQZ=li__DJGB(li__MPB,li__0PZ,li__WRZ);
    li__JQZ=li__XQZ;
  };
  li__2PZ=li__JQZ;
  return(li__2PZ);
}

static __li__PF* li__QLKI()
/* () With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__TLKI;
  __li__PF *li__ULKI,*li__SLKI;
  li__TLKI=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TLKI)->__id) {
  case __li__IF__: {
    li__ULKI=((__li__IF *)li__TLKI)->li__TF;
  } break;
  case __li__ORB__: {
    li__ULKI=((__li__ORB *)li__TLKI)->li__PRB.li__TF;
  } break;
  case __li__QRB__: {
    li__ULKI=((__li__QRB *)li__TLKI)->li__RRB.li__TF;
  } break;
  case __li__SRB__: {
    li__ULKI=((__li__SRB *)li__TLKI)->li__TRB.li__TF;
  } break;
  case __li__URB__: {
    li__ULKI=((__li__URB *)li__TLKI)->li__VRB.li__TF;
  } break;
  case __li__GSZ__: {
    li__ULKI=((__li__GSZ *)li__TLKI)->li__HSZ.li__TF;
  } break;
  case __li__1RRF__: {
    li__ULKI=li__QLKI();
  } break;
  case __li__UJSH__: {
    li__ULKI=li__VYLN();
  } break;
  };
  li__SLKI=li__ULKI;
  return(li__SLKI);
}

static __li__PF* li__VYLN()
/* () With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__YYLN;
  __li__PF *li__ZYLN,*li__XYLN;
  li__YYLN=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YYLN)->__id) {
  case __li__IF__: {
    li__ZYLN=((__li__IF *)li__YYLN)->li__TF;
  } break;
  case __li__ORB__: {
    li__ZYLN=((__li__ORB *)li__YYLN)->li__PRB.li__TF;
  } break;
  case __li__QRB__: {
    li__ZYLN=((__li__QRB *)li__YYLN)->li__RRB.li__TF;
  } break;
  case __li__SRB__: {
    li__ZYLN=((__li__SRB *)li__YYLN)->li__TRB.li__TF;
  } break;
  case __li__URB__: {
    li__ZYLN=((__li__URB *)li__YYLN)->li__VRB.li__TF;
  } break;
  case __li__GSZ__: {
    li__ZYLN=((__li__GSZ *)li__YYLN)->li__HSZ.li__TF;
  } break;
  case __li__1RRF__: {
    li__ZYLN=li__QLKI();
  } break;
  case __li__UJSH__: {
    li__ZYLN=li__VYLN();
  } break;
  };
  li__XYLN=li__ZYLN;
  return(li__XYLN);
}

static __li__KI* li__R4HD(__li__PO li__T4HD)
/* (Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KI *li__BNND,*li__KOND,*li__U4HD;
  __li__CB li__CNND,li__OVSU;
  __li__JJG li__KNND,li__UNFV,li__MVSU;
  __li__K li__VNND;
  __li__52B li__SVSU;
  __li__TOLE *li__QZLE;
  li__BNND=NULL;
  li__CNND=((__li__CB )(NULL));
  li__KNND=((__li__JJG )sizeof(__li__KI));
  /* __li__B__ __li__I__ */
if ((li__KNND ==  0)) {
    li__BNND=li__KI__;
  } else /* FALSE */ {
    li__VNND=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__KNND));
    /* __li__B__ __li__I__ */
if ((li__VNND == (__li__K)(-  1))) {
      li__UNFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__MVSU=(__li__JJG)((__li__JJG)(li__KNND - (__li__JJG)(((__li__JJG ) 0) - li__UNFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__UNFV) - ((__li__JJG ) 1)));
      li__UNFV=(__li__JJG)(li__MVSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__OVSU=li__YCJ(li__MVSU,((__li__CB )(&(table_size[(li__UNFV)-1]))),((__li__52B )li__MVSU));
      li__CNND=li__OVSU;
    } else /* FALSE */ {
      li__SVSU=((__li__52B )li__VNND);
      li__UNFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__MVSU=(__li__JJG)((__li__JJG)(li__KNND - (__li__JJG)(((__li__JJG ) 0) - li__UNFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__UNFV) - ((__li__JJG ) 1)));
      li__OVSU=li__YCJ(li__MVSU,((__li__CB )(&(table_type[(li__SVSU)]))),(__li__52B)(li__SVSU |  1));
      li__CNND=li__OVSU;
    };
    li__KOND=((__li__KI *)li__CNND);
    li__BNND=li__KOND;
    *(li__KOND) = *(li__KI__);
  };
  li__KOND=((__li__KI *)li__BNND);
  li__MWBD=(__li__K)(li__MWBD +  1);
  li__KOND->li__NI.li__0CC=li__T4HD;
  li__QZLE=li__CNSE( 2);
  li__KOND->li__2OLE=li__QZLE;
  li__U4HD=li__BNND;
  return(li__U4HD);
}

static __li__VTBD* li__QAAE()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__TAAE,*li__2BAE,*li__SAAE;
  __li__CB li__UAAE,li__VZTU;
  __li__JJG li__2AAE,li__YZTU,li__TZTU;
  __li__K li__HBAE;
  __li__52B li__D0TU;
  li__TAAE=NULL;
  li__UAAE=((__li__CB )(NULL));
  li__2AAE=((__li__JJG )sizeof(__li__VTBD));
  /* __li__B__ __li__I__ */
if ((li__2AAE ==  0)) {
    li__TAAE=li__VTBD__;
  } else /* FALSE */ {
    li__HBAE=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__2AAE));
    /* __li__B__ __li__I__ */
if ((li__HBAE == (__li__K)(-  1))) {
      li__YZTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__TZTU=(__li__JJG)((__li__JJG)(li__2AAE - (__li__JJG)(((__li__JJG ) 0) - li__YZTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YZTU) - ((__li__JJG ) 1)));
      li__YZTU=(__li__JJG)(li__TZTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__VZTU=li__YCJ(li__TZTU,((__li__CB )(&(table_size[(li__YZTU)-1]))),((__li__52B )li__TZTU));
      li__UAAE=li__VZTU;
    } else /* FALSE */ {
      li__D0TU=((__li__52B )li__HBAE);
      li__YZTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__TZTU=(__li__JJG)((__li__JJG)(li__2AAE - (__li__JJG)(((__li__JJG ) 0) - li__YZTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YZTU) - ((__li__JJG ) 1)));
      li__VZTU=li__YCJ(li__TZTU,((__li__CB )(&(table_type[(li__D0TU)]))),(__li__52B)(li__D0TU |  1));
      li__UAAE=li__VZTU;
    };
    li__2BAE=((__li__VTBD *)li__UAAE);
    li__TAAE=li__2BAE;
    *(li__2BAE) = *(li__VTBD__);
  };
  li__SAAE=li__TAAE;
  return(li__SAAE);
}

static void li__LQNE(__li__VTBD *li__MQNE,__li__PO li__NQNE,__li__U *li__OQNE,__li__3 li__PQNE,__li__5RB *li__QQNE)
/* (Strict LOCAL{li__VTBD},Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U},Expanded CHARACTER{li__3},Strict TYPE_FULL{NULLxli__5RB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__FRNE;
  __li__5RB *li__POFV,*li__SOFV;
  __li__SQNE *li__HSNE;
  __li__TQNE *li__KSNE;
  __li__C li__NRNE,li__RRNE;
  li__MQNE->li__WTBD.li__FZB.li__RF.li__0CC=li__NQNE;
  li__MQNE->li__WTBD.li__FZB.li__R2B=li__OQNE;
  li__MQNE->li__ERNE=li__I__;
  li__FRNE=li__Z5TE(li__OQNE);
  li__MQNE->li__WTBD.li__GRNE=li__FRNE;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__QQNE)->li__BEM &  1) !=  0)) {
    li__NRNE=li__FTDF(((__li__5RB *)li__QQNE));
    li__RRNE=(! li__NRNE);
  } else /* FALSE */ {
    li__RRNE=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__RRNE) {
    li__POFV=((__li__5RB *)li__QQNE);
    li__SOFV=li__QWVB(li__POFV,(__li__F0C)(li__POFV->li__BEM |  16));
    li__MQNE->li__WTBD.li__0RNE=li__SOFV;
  } else /* FALSE */ {
    li__MQNE->li__WTBD.li__0RNE=li__QQNE;
  };
  li__MQNE->li__WTBD.li__FZB.li__DI1B=li__PQNE;
  /* __li__B__ __li__I__ */
if (((((__li__F0C)(((__li__5RB *)li__MQNE->li__WTBD.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__MQNE->li__WTBD.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__MQNE->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66)))) {
    li__HSNE=li__5D4G();
    li__4H1L(((__li__SQNE *)li__HSNE),((__li__5RB *)li__QQNE)->li__AEM);
    li__KSNE=li__NJ1L(((__li__SQNE *)li__HSNE));
    li__MQNE->li__WTBD.li__LSNE=li__KSNE;
  } else /* FALSE */ {
    li__MQNE->li__WTBD.li__LSNE=li__TQNE__;
  };
}

static __li__O3B* li__WJUD(__li__O3B *li__XJUD,__li__PO li__YJUD,__li__VTBD *li__ZJUD,__li__C li__0JUD)
/* (Strict PUSH{li__O3B},Expanded POSITION{li__PO},Strict LOCAL{NULLxli__VTBD},Expanded BOOLEAN{li__Bxli__I}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__O3B *li__XV1D,*li__AX1D,*li__1JUD;
  __li__CB li__YV1D,li__5VSU;
  __li__JJG li__AW1D,li__XOFV,li__3VSU;
  __li__K li__LW1D;
  __li__52B li__DWSU;
  li__XV1D=NULL;
  li__YV1D=((__li__CB )(NULL));
  li__AW1D=((__li__JJG )sizeof(__li__O3B));
  /* __li__B__ __li__I__ */
if ((li__AW1D ==  0)) {
    li__XV1D=li__XJUD;
  } else /* FALSE */ {
    li__LW1D=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__AW1D));
    /* __li__B__ __li__I__ */
if ((li__LW1D == (__li__K)(-  1))) {
      li__XOFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3VSU=(__li__JJG)((__li__JJG)(li__AW1D - (__li__JJG)(((__li__JJG ) 0) - li__XOFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XOFV) - ((__li__JJG ) 1)));
      li__XOFV=(__li__JJG)(li__3VSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__5VSU=li__YCJ(li__3VSU,((__li__CB )(&(table_size[(li__XOFV)-1]))),((__li__52B )li__3VSU));
      li__YV1D=li__5VSU;
    } else /* FALSE */ {
      li__DWSU=((__li__52B )li__LW1D);
      li__XOFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3VSU=(__li__JJG)((__li__JJG)(li__AW1D - (__li__JJG)(((__li__JJG ) 0) - li__XOFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XOFV) - ((__li__JJG ) 1)));
      li__5VSU=li__YCJ(li__3VSU,((__li__CB )(&(table_type[(li__DWSU)]))),(__li__52B)(li__DWSU |  1));
      li__YV1D=li__5VSU;
    };
    li__AX1D=((__li__O3B *)li__YV1D);
    li__XV1D=li__AX1D;
    *(li__AX1D) = *(li__XJUD);
  };
  li__AX1D=((__li__O3B *)li__XV1D);
  /* __li__B__ __li__I__ */
if (((void *)li__ZJUD == (void *)NULL)) {
    li__KBG((&__string_343));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  li__AX1D->li__P3B.li__0CC=li__YJUD;
  li__AX1D->li__B2ME=li__ZJUD;
  li__AX1D->li__C2ME=li__0JUD;
  li__1JUD=li__XV1D;
  return(li__1JUD);
}

static void li__P2VG(__li__TOLE *li__Q2VG,void *li__R2VG)
/* (Strict FAST_ARRAY(INSTR){li__TOLE},INSTR{NULLxli__KIxli__WKxli__T0Bxli__O3Bxli__AVBDxli__KVBDxli__WVBDxli__IYBDxli__ODIDxli__OWRExli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__RLKJxli__5LKJxli__LHBKxli__KMFKxli__XOHLxli__FPHLxli__DFNLxli__3I3Lxli__APLMxli__DTNMxli__JXNMxli__2PLOxli__21LOxli__TPOOxli__URROxli__41XOxli__EDHPxli__CJ1Pxli__EN1Pxli__AKBRxli__SU5Rxli__JV5R}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__Z3VG;
  __li__C li__B3VG;
  void **li__R3VG;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__Q2VG)).li__FPYE +  1) <= (__li__K)((*(li__Q2VG)).li__U2VG -  1))) {
    (*(li__Q2VG)).li__FPYE=(__li__K)((*(li__Q2VG)).li__FPYE +  1);
    li__B3VG=li__B__;
  } else /* FALSE */ {
    li__B3VG=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__B3VG)) {
    /* __li__B__ __li__I__ */
if (((*(li__Q2VG)).li__U2VG ==  0)) {
      li__R3VG=li__IGDH( 2);
      (*(li__Q2VG)).li__S3VG=li__R3VG;
      (*(li__Q2VG)).li__U2VG= 2;
      (*(li__Q2VG)).li__FPYE= 0;
    } else /* FALSE */ {
      li__Z3VG=(__li__K)((*(li__Q2VG)).li__U2VG <<  1);
      li__R3VG=li__EQTH(((void **)(*(li__Q2VG)).li__S3VG),(*(li__Q2VG)).li__U2VG,li__Z3VG);
      (*(li__Q2VG)).li__S3VG=li__R3VG;
      (*(li__Q2VG)).li__U2VG=li__Z3VG;
      (*(li__Q2VG)).li__FPYE=(__li__K)((*(li__Q2VG)).li__FPYE +  1);
    };
  };
  ((void **)(*(li__Q2VG)).li__S3VG)[(*(li__Q2VG)).li__FPYE]=li__R2VG;
}

static __li__C li__WVRE(__li__KI *li__XVRE)
/* (Strict LIST{li__KI}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__3VRE,li__LPYE;
  __li__C li__ZVRE,li__YVRE;
  li__ZVRE=li__B__;
  li__3VRE=(__li__K)((__li__K)((*(li__XVRE->li__2OLE)).li__FPYE +  1) -  1);
  li__LPYE= 1;
  while ((li__LPYE <= li__3VRE)) {
    /* __li__B__ __li__I__ */
if (((((void *)((void **)(*(((__li__TOLE *)li__XVRE->li__2OLE))).li__S3VG)[(__li__K)(li__LPYE -  1)] == (void *)((void **)(*(((__li__TOLE *)li__XVRE->li__2OLE))).li__S3VG)[(__li__K)((__li__K)(li__LPYE +  1) -  1)]) && ((void *)((void **)(*(((__li__TOLE *)li__XVRE->li__2OLE))).li__S3VG)[(__li__K)(li__LPYE -  1)] != (void *)li__OWRE__)) && ((void *)((void **)(*(((__li__TOLE *)li__XVRE->li__2OLE))).li__S3VG)[(__li__K)(li__LPYE -  1)] != (void *)li__T0B__))) {
      li__ZVRE=li__I__;
      li__KBG((&__string_344));
      li__LLIG(li__LPYE);
      fputc((int)('\n'),stdout);
    };
    li__LPYE=(__li__K)(li__LPYE +  1);
  };
  li__YVRE=li__ZVRE;
  return(li__YVRE);
}

static __li__AVBD* li__RX1D()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__AVBD *li__UX1D,*li__3Y1D,*li__TX1D;
  __li__CB li__VX1D,li__00TU;
  __li__JJG li__3X1D,li__30TU,li__Y0TU;
  __li__K li__IY1D;
  __li__52B li__I1TU;
  li__UX1D=NULL;
  li__VX1D=((__li__CB )(NULL));
  li__3X1D=((__li__JJG )sizeof(__li__AVBD));
  /* __li__B__ __li__I__ */
if ((li__3X1D ==  0)) {
    li__UX1D=li__AVBD__;
  } else /* FALSE */ {
    li__IY1D=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__3X1D));
    /* __li__B__ __li__I__ */
if ((li__IY1D == (__li__K)(-  1))) {
      li__30TU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__Y0TU=(__li__JJG)((__li__JJG)(li__3X1D - (__li__JJG)(((__li__JJG ) 0) - li__30TU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__30TU) - ((__li__JJG ) 1)));
      li__30TU=(__li__JJG)(li__Y0TU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__00TU=li__YCJ(li__Y0TU,((__li__CB )(&(table_size[(li__30TU)-1]))),((__li__52B )li__Y0TU));
      li__VX1D=li__00TU;
    } else /* FALSE */ {
      li__I1TU=((__li__52B )li__IY1D);
      li__30TU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__Y0TU=(__li__JJG)((__li__JJG)(li__3X1D - (__li__JJG)(((__li__JJG ) 0) - li__30TU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__30TU) - ((__li__JJG ) 1)));
      li__00TU=li__YCJ(li__Y0TU,((__li__CB )(&(table_type[(li__I1TU)]))),(__li__52B)(li__I1TU |  1));
      li__VX1D=li__00TU;
    };
    li__3Y1D=((__li__AVBD *)li__VX1D);
    li__UX1D=li__3Y1D;
    *(li__3Y1D) = *(li__AVBD__);
  };
  li__TX1D=li__UX1D;
  return(li__TX1D);
}

static void li__K4E(__li__K li__M4E,void *li__N4E)
/* (Expanded INTEGER{li__K},ABSTRACT_STRING{NULLxli__Uxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__O4E=li__M4E;
  ((__li__BC *)li__P4E)->li__NK= 0;
  /* __li__B__ __li__I__ */
if ((li__M4E ==  0)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_345));
  };
  /* __li__B__ __li__I__ */
if ((li__M4E ==  1)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_346));
  };
  /* __li__B__ __li__I__ */
if ((li__M4E ==  2)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_347));
  };
  /* __li__B__ __li__I__ */
if ((li__M4E ==  3)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_348));
  };
  li__AK0(((__li__BC *)li__P4E),li__N4E);
}

static void li__V5E(__li__PO li__W5E)
/* (Expanded POSITION{li__PO}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__Y5E,li__YBF;
  __li__BC *li__45E;
  __li__K li__X5E,li__WBF,li__V0G;
  __li__3 *li__LBTU;
  __li__3 li__OCF;
  li__Y5E= 0;
  li__JAZ(((__li__BC *)li__P4E),(&__string_349));
  li__TXG((__li__52B)(((__li__52B )li__W5E) >>  17),li__P4E);
  li__JAZ(((__li__BC *)li__P4E),(&__string_350));
  li__TXG((__li__52B)((__li__52B)(((__li__52B )li__W5E) >>  9) &  255),li__P4E);
  li__JAZ(((__li__BC *)li__P4E),(&__string_351));
  li__JAZ(((__li__BC *)li__P4E),((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__W5E)) &  511)])->li__SF.li__R2B);
  li__SRX(((__li__BC *)li__P4E),'(');
  li__X3BD(((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__W5E)) &  511)]),li__P4E);
  li__JAZ(((__li__BC *)li__P4E),(&__string_352));
  li__45E=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__W5E)) &  511)])->li__XAF;
  li__X5E= 1;
  li__WBF=((__li__K )(__li__52B)((__li__52B)(((__li__52B )li__W5E) >>  17) -  1));
  li__V0G= 1;
  li__LBTU=((__li__BC *)li__45E)->li__CUN;
  while ((li__V0G <= li__WBF)) {
    while ((((__li__3 *)li__LBTU)[(__li__K)(li__X5E -  1)] != '\n')) {
      li__X5E=(__li__K)(li__X5E +  1);
    };
    li__X5E=(__li__K)(li__X5E +  1);
    li__V0G=(__li__K)(li__V0G +  1);
  };
  ((__li__BC *)li__0C)->li__NK= 0;
  li__YBF=(__li__52B)((__li__52B)(((__li__52B )li__W5E) >>  9) &  255);
  while ((! ((li__X5E > ((__li__BC *)li__45E)->li__NK) || (((__li__3 *)((__li__BC *)li__45E)->li__CUN)[(__li__K)(li__X5E -  1)] == '\n')))) {
    li__OCF=((__li__3 *)((__li__BC *)li__45E)->li__CUN)[(__li__K)(li__X5E -  1)];
    li__SRX(((__li__BC *)li__P4E),li__OCF);
    /* __li__B__ __li__I__ */
if ((li__Y5E < li__YBF)) {
      /* __li__B__ __li__I__ */
if ((li__OCF == '\t')) {
        li__SRX(((__li__BC *)li__0C),'\t');
      } else /* FALSE */ {
        li__SRX(((__li__BC *)li__0C),' ');
      };
    };
    li__Y5E=(__li__52B)(li__Y5E +  1);
    li__X5E=(__li__K)(li__X5E +  1);
  };
  li__SRX(((__li__BC *)li__P4E),'\n');
  li__1CZ(((__li__BC *)li__P4E),li__0C);
  li__JAZ(((__li__BC *)li__P4E),(&__string_353));
}

static void li__ODF()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  li__KAG(li__P4E);
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__C30(((__li__BC *)li__P4E));
  };
  /* __li__B__ __li__I__ */
if ((li__O4E ==  2)) {
    li__UO=(__li__K)(li__UO +  1);
  } else /* FALSE */ {
    exit(( 1));
  };
}

static void* li__SJ2F(__li__IF *li__TJ2F,__li__U *li__UJ2F)
/* (Strict TYPE{li__IF},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XJ2F;
  void *li__ZJ2F,*li__WJ2F,*li__OK2F,*li__VJ2F;
  __li__ULSB *li__PK2F,*li__UQFV;
  void *li__LFSH;
  void *li__DL2F;
  __li__5RB *li__GL2F,*li__30GJ;
  __li__VB1 *li__HAZI;
  __li__PO li__2QFV;
  __li__C li__ZK2F;
  li__XJ2F= 0;
  li__ZJ2F=li__IJDG(li__TJ2F,li__UJ2F);
  li__WJ2F=li__ZJ2F;
  /* __li__B__ __li__I__ */
if (((void *)li__ZJ2F == (void *)NULL)) {
    li__XJ2F= 0;
    li__2SNG:
    {
      /* __li__B__ __li__I__ */
if ((li__XJ2F <= (*(li__TJ2F->li__D0C)).li__VBM)) {
        li__OK2F=((void **)(*(((__li__ZZC *)li__TJ2F->li__D0C))).li__RBM)[li__XJ2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OK2F)->__id==__li__DZB__) {
          li__PK2F=li__QXVG(((__li__DZB *)li__OK2F));
        } else /* SLOT_CODE */ {
          li__LFSH=((__li__QWEC *)li__OK2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LFSH)->__id==__li__IZB__) {
            li__PK2F=((__li__IZB *)li__LFSH)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__PK2F=((__li__4HAD *)li__LFSH)->li__5HAD.li__WLSB;
          };
        };
        li__UQFV=((__li__ULSB *)li__PK2F);
        li__ZK2F=(((void *)li__UQFV->li__XNKE == (void *)(&__string_29)) || ((void *)li__UQFV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__ZK2F=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__ZK2F && ((void *)li__WJ2F == (void *)NULL))) {
        li__OK2F=((void **)(*(((__li__ZZC *)li__TJ2F->li__D0C))).li__RBM)[li__XJ2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OK2F)->__id==__li__DZB__) {
          li__LFSH=((__li__DZB *)li__OK2F)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LFSH)->__id==__li__IZB__) {
            li__DL2F=((__li__IZB *)li__LFSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DL2F=((__li__4HAD *)li__LFSH)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__LFSH=((__li__QWEC *)li__OK2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LFSH)->__id==__li__IZB__) {
            li__DL2F=((__li__IZB *)li__LFSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DL2F=((__li__4HAD *)li__LFSH)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__DL2F==NULL) {
          li__LFSH=NULL;
        } else {
          switch (((struct ___OBJ *)li__DL2F)->__id) {
          case __li__WRB__: {
            li__LFSH=((void *)li__DL2F);
          } break;
          case __li__XRB__: {
            li__LFSH=((void *)li__DL2F);
          } break;
          case __li__KUB__: {
            li__LFSH=((void *)li__DL2F);
          } break;
          case __li__VB1__: {
            li__LFSH=((void *)li__DL2F);
          } break;
          case __li__UL2B__: {
            li__LFSH=NULL;
          } break;
          case __li__4O2B__: {
            li__LFSH=((void *)li__DL2F);
          } break;
          }
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__LFSH)->__id) {
        case __li__WRB__: {
          li__GL2F=li__Z0YI(((__li__WRB *)li__LFSH),li__TJ2F);
        } break;
        case __li__XRB__: {
          li__GL2F=li__N2YI(((__li__XRB *)((__li__WRB *)li__LFSH)),li__TJ2F);
        } break;
        case __li__KUB__: {
          li__GL2F=li__B4YI(((__li__KUB *)((__li__WRB *)li__LFSH)),li__TJ2F);
        } break;
        case __li__VB1__: {
          li__HAZI=((__li__VB1 *)((__li__WRB *)li__LFSH));
          li__HEZ(((__li__BC *)li__0C),(&__string_354));
          li__JAZ(((__li__BC *)li__0C),li__HAZI->li__WB1.li__P2C);
          li__2QFV=li__TJ2F->li__TF->li__SF.li__RF.li__0CC;
          li__K4E( 1,li__0C);
          li__V5E(li__2QFV);
          li__ODF();
          li__GL2F=NULL;
        } break;
        case __li__4O2B__: {
          li__30GJ=li__GEXF(((__li__4O2B *)((__li__WRB *)li__LFSH)),li__TJ2F);
          li__GL2F=li__30GJ;
        } break;
        };
        li__OK2F=li__UVIJ(((__li__5RB *)li__GL2F),li__UJ2F);
        li__WJ2F=li__OK2F;
        li__XJ2F=(__li__K)(li__XJ2F +  1);
        goto li__2SNG;
      };
    };
  };
  li__VJ2F=li__WJ2F;
  return(li__VJ2F);
}

static void* li__NL2F(__li__ORB *li__OL2F,__li__U *li__PL2F)
/* (Strict TYPE_NULL{li__ORB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__RL2F,*li__JM2F,*li__QL2F;
  __li__K li__SL2F;
  __li__ULSB *li__KM2F,*li__ARFV;
  void *li__OFSH;
  void *li__4M2F;
  __li__5RB *li__BN2F,*li__N1GJ;
  __li__VB1 *li__KLZI;
  __li__PO li__IRFV;
  __li__C li__UM2F;
  li__RL2F=NULL;
  li__SL2F= 0;
  li__HTNG:
  {
    /* __li__B__ __li__I__ */
if ((li__SL2F <= (*(li__OL2F->li__PRB.li__D0C)).li__VBM)) {
      li__JM2F=((void **)(*(((__li__ZZC *)li__OL2F->li__PRB.li__D0C))).li__RBM)[li__SL2F];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JM2F)->__id==__li__DZB__) {
        li__KM2F=li__QXVG(((__li__DZB *)li__JM2F));
      } else /* SLOT_CODE */ {
        li__OFSH=((__li__QWEC *)li__JM2F)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OFSH)->__id==__li__IZB__) {
          li__KM2F=((__li__IZB *)li__OFSH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KM2F=((__li__4HAD *)li__OFSH)->li__5HAD.li__WLSB;
        };
      };
      li__ARFV=((__li__ULSB *)li__KM2F);
      li__UM2F=(((void *)li__ARFV->li__XNKE == (void *)(&__string_29)) || ((void *)li__ARFV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__UM2F=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__UM2F && ((void *)li__RL2F == (void *)NULL))) {
      li__JM2F=((void **)(*(((__li__ZZC *)li__OL2F->li__PRB.li__D0C))).li__RBM)[li__SL2F];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JM2F)->__id==__li__DZB__) {
        li__OFSH=((__li__DZB *)li__JM2F)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OFSH)->__id==__li__IZB__) {
          li__4M2F=((__li__IZB *)li__OFSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__4M2F=((__li__4HAD *)li__OFSH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__OFSH=((__li__QWEC *)li__JM2F)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OFSH)->__id==__li__IZB__) {
          li__4M2F=((__li__IZB *)li__OFSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__4M2F=((__li__4HAD *)li__OFSH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__4M2F==NULL) {
        li__OFSH=NULL;
      } else {
        switch (((struct ___OBJ *)li__4M2F)->__id) {
        case __li__WRB__: {
          li__OFSH=((void *)li__4M2F);
        } break;
        case __li__XRB__: {
          li__OFSH=((void *)li__4M2F);
        } break;
        case __li__KUB__: {
          li__OFSH=((void *)li__4M2F);
        } break;
        case __li__VB1__: {
          li__OFSH=((void *)li__4M2F);
        } break;
        case __li__UL2B__: {
          li__OFSH=NULL;
        } break;
        case __li__4O2B__: {
          li__OFSH=((void *)li__4M2F);
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__OFSH)->__id) {
      case __li__WRB__: {
        li__BN2F=li__2FZI(((__li__WRB *)li__OFSH),li__OL2F);
      } break;
      case __li__XRB__: {
        li__BN2F=li__QHZI(((__li__XRB *)((__li__WRB *)li__OFSH)),li__OL2F);
      } break;
      case __li__KUB__: {
        li__BN2F=li__EJZI(((__li__KUB *)((__li__WRB *)li__OFSH)),li__OL2F);
      } break;
      case __li__VB1__: {
        li__KLZI=((__li__VB1 *)((__li__WRB *)li__OFSH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__KLZI->li__WB1.li__P2C);
        li__IRFV=li__OL2F->li__PRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__IRFV);
        li__ODF();
        li__BN2F=NULL;
      } break;
      case __li__4O2B__: {
        li__N1GJ=li__GEXF(((__li__4O2B *)((__li__WRB *)li__OFSH)),li__OL2F);
        li__BN2F=li__N1GJ;
      } break;
      };
      li__JM2F=li__UVIJ(((__li__5RB *)li__BN2F),li__PL2F);
      li__RL2F=li__JM2F;
      li__SL2F=(__li__K)(li__SL2F +  1);
      goto li__HTNG;
    };
  };
  li__QL2F=li__RL2F;
  return(li__QL2F);
}

static void* li__IN2F(__li__QRB *li__JN2F,__li__U *li__KN2F)
/* (Strict TYPE_VOID{li__QRB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NN2F;
  void *li__PN2F,*li__MN2F,*li__EO2F,*li__LN2F;
  __li__ULSB *li__FO2F,*li__MRFV;
  void *li__RFSH;
  void *li__ZO2F;
  __li__5RB *li__2O2F,*li__11GJ;
  __li__VB1 *li__SSZI;
  __li__PO li__URFV;
  __li__C li__PO2F;
  li__NN2F= 0;
  li__PN2F=li__5LDG(li__JN2F,li__KN2F);
  li__MN2F=li__PN2F;
  /* __li__B__ __li__I__ */
if (((void *)li__PN2F == (void *)NULL)) {
    li__NN2F= 0;
    li__STNG:
    {
      /* __li__B__ __li__I__ */
if ((li__NN2F <= (*(li__JN2F->li__RRB.li__D0C)).li__VBM)) {
        li__EO2F=((void **)(*(((__li__ZZC *)li__JN2F->li__RRB.li__D0C))).li__RBM)[li__NN2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EO2F)->__id==__li__DZB__) {
          li__FO2F=li__QXVG(((__li__DZB *)li__EO2F));
        } else /* SLOT_CODE */ {
          li__RFSH=((__li__QWEC *)li__EO2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RFSH)->__id==__li__IZB__) {
            li__FO2F=((__li__IZB *)li__RFSH)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__FO2F=((__li__4HAD *)li__RFSH)->li__5HAD.li__WLSB;
          };
        };
        li__MRFV=((__li__ULSB *)li__FO2F);
        li__PO2F=(((void *)li__MRFV->li__XNKE == (void *)(&__string_29)) || ((void *)li__MRFV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__PO2F=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__PO2F && ((void *)li__MN2F == (void *)NULL))) {
        li__EO2F=((void **)(*(((__li__ZZC *)li__JN2F->li__RRB.li__D0C))).li__RBM)[li__NN2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EO2F)->__id==__li__DZB__) {
          li__RFSH=((__li__DZB *)li__EO2F)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RFSH)->__id==__li__IZB__) {
            li__ZO2F=((__li__IZB *)li__RFSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ZO2F=((__li__4HAD *)li__RFSH)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__RFSH=((__li__QWEC *)li__EO2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RFSH)->__id==__li__IZB__) {
            li__ZO2F=((__li__IZB *)li__RFSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ZO2F=((__li__4HAD *)li__RFSH)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ZO2F==NULL) {
          li__RFSH=NULL;
        } else {
          switch (((struct ___OBJ *)li__ZO2F)->__id) {
          case __li__WRB__: {
            li__RFSH=((void *)li__ZO2F);
          } break;
          case __li__XRB__: {
            li__RFSH=((void *)li__ZO2F);
          } break;
          case __li__KUB__: {
            li__RFSH=((void *)li__ZO2F);
          } break;
          case __li__VB1__: {
            li__RFSH=((void *)li__ZO2F);
          } break;
          case __li__UL2B__: {
            li__RFSH=NULL;
          } break;
          case __li__4O2B__: {
            li__RFSH=((void *)li__ZO2F);
          } break;
          }
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__RFSH)->__id) {
        case __li__WRB__: {
          li__2O2F=li__ENZI(((__li__WRB *)li__RFSH),li__JN2F);
        } break;
        case __li__XRB__: {
          li__2O2F=li__YOZI(((__li__XRB *)((__li__WRB *)li__RFSH)),li__JN2F);
        } break;
        case __li__KUB__: {
          li__2O2F=li__MQZI(((__li__KUB *)((__li__WRB *)li__RFSH)),li__JN2F);
        } break;
        case __li__VB1__: {
          li__SSZI=((__li__VB1 *)((__li__WRB *)li__RFSH));
          li__HEZ(((__li__BC *)li__0C),(&__string_354));
          li__JAZ(((__li__BC *)li__0C),li__SSZI->li__WB1.li__P2C);
          li__URFV=li__JN2F->li__RRB.li__TF->li__SF.li__RF.li__0CC;
          li__K4E( 1,li__0C);
          li__V5E(li__URFV);
          li__ODF();
          li__2O2F=NULL;
        } break;
        case __li__4O2B__: {
          li__11GJ=li__GEXF(((__li__4O2B *)((__li__WRB *)li__RFSH)),li__JN2F);
          li__2O2F=li__11GJ;
        } break;
        };
        li__EO2F=li__UVIJ(((__li__5RB *)li__2O2F),li__KN2F);
        li__MN2F=li__EO2F;
        li__NN2F=(__li__K)(li__NN2F +  1);
        goto li__STNG;
      };
    };
  };
  li__LN2F=li__MN2F;
  return(li__LN2F);
}

static void* li__DP2F(__li__SRB *li__EP2F,__li__U *li__FP2F)
/* (Strict TYPE_CONTEXT{li__SRB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__IP2F;
  void *li__KP2F,*li__HP2F,*li__5P2F,*li__GP2F;
  __li__ULSB *li__AQ2F,*li__YRFV;
  void *li__UFSH;
  void *li__UQ2F;
  __li__5RB *li__XQ2F,*li__J2GJ;
  __li__VB1 *li__0ZZI;
  __li__PO li__ASFV;
  __li__C li__KQ2F;
  li__IP2F= 0;
  li__KP2F=li__JODG(li__EP2F,li__FP2F);
  li__HP2F=li__KP2F;
  /* __li__B__ __li__I__ */
if (((void *)li__KP2F == (void *)NULL)) {
    li__IP2F= 0;
    li__3TNG:
    {
      /* __li__B__ __li__I__ */
if ((li__IP2F <= (*(li__EP2F->li__TRB.li__D0C)).li__VBM)) {
        li__5P2F=((void **)(*(((__li__ZZC *)li__EP2F->li__TRB.li__D0C))).li__RBM)[li__IP2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5P2F)->__id==__li__DZB__) {
          li__AQ2F=li__QXVG(((__li__DZB *)li__5P2F));
        } else /* SLOT_CODE */ {
          li__UFSH=((__li__QWEC *)li__5P2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UFSH)->__id==__li__IZB__) {
            li__AQ2F=((__li__IZB *)li__UFSH)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__AQ2F=((__li__4HAD *)li__UFSH)->li__5HAD.li__WLSB;
          };
        };
        li__YRFV=((__li__ULSB *)li__AQ2F);
        li__KQ2F=(((void *)li__YRFV->li__XNKE == (void *)(&__string_29)) || ((void *)li__YRFV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__KQ2F=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__KQ2F && ((void *)li__HP2F == (void *)NULL))) {
        li__5P2F=((void **)(*(((__li__ZZC *)li__EP2F->li__TRB.li__D0C))).li__RBM)[li__IP2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5P2F)->__id==__li__DZB__) {
          li__UFSH=((__li__DZB *)li__5P2F)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UFSH)->__id==__li__IZB__) {
            li__UQ2F=((__li__IZB *)li__UFSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UQ2F=((__li__4HAD *)li__UFSH)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__UFSH=((__li__QWEC *)li__5P2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UFSH)->__id==__li__IZB__) {
            li__UQ2F=((__li__IZB *)li__UFSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UQ2F=((__li__4HAD *)li__UFSH)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__UQ2F==NULL) {
          li__UFSH=NULL;
        } else {
          switch (((struct ___OBJ *)li__UQ2F)->__id) {
          case __li__WRB__: {
            li__UFSH=((void *)li__UQ2F);
          } break;
          case __li__XRB__: {
            li__UFSH=((void *)li__UQ2F);
          } break;
          case __li__KUB__: {
            li__UFSH=((void *)li__UQ2F);
          } break;
          case __li__VB1__: {
            li__UFSH=((void *)li__UQ2F);
          } break;
          case __li__UL2B__: {
            li__UFSH=NULL;
          } break;
          case __li__4O2B__: {
            li__UFSH=((void *)li__UQ2F);
          } break;
          }
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__UFSH)->__id) {
        case __li__WRB__: {
          li__XQ2F=li__MUZI(((__li__WRB *)li__UFSH),li__EP2F);
        } break;
        case __li__XRB__: {
          li__XQ2F=li__AWZI(((__li__XRB *)((__li__WRB *)li__UFSH)),li__EP2F);
        } break;
        case __li__KUB__: {
          li__XQ2F=li__UXZI(((__li__KUB *)((__li__WRB *)li__UFSH)),li__EP2F);
        } break;
        case __li__VB1__: {
          li__0ZZI=((__li__VB1 *)((__li__WRB *)li__UFSH));
          li__HEZ(((__li__BC *)li__0C),(&__string_354));
          li__JAZ(((__li__BC *)li__0C),li__0ZZI->li__WB1.li__P2C);
          li__ASFV=li__EP2F->li__TRB.li__TF->li__SF.li__RF.li__0CC;
          li__K4E( 1,li__0C);
          li__V5E(li__ASFV);
          li__ODF();
          li__XQ2F=NULL;
        } break;
        case __li__4O2B__: {
          li__J2GJ=li__GEXF(((__li__4O2B *)((__li__WRB *)li__UFSH)),li__EP2F);
          li__XQ2F=li__J2GJ;
        } break;
        };
        li__5P2F=li__UVIJ(((__li__5RB *)li__XQ2F),li__FP2F);
        li__HP2F=li__5P2F;
        li__IP2F=(__li__K)(li__IP2F +  1);
        goto li__3TNG;
      };
    };
  };
  li__GP2F=li__HP2F;
  return(li__GP2F);
}

static void* li__4Q2F(__li__URB *li__5Q2F,__li__U *li__AR2F)
/* (Strict TYPE_ID{li__URB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DR2F;
  void *li__FR2F,*li__CR2F,*li__0R2F,*li__BR2F;
  __li__ULSB *li__1R2F,*li__ESFV;
  void *li__XFSH;
  void *li__PS2F;
  __li__5RB *li__SS2F,*li__B24K;
  __li__VB1 *li__3B0I;
  __li__PO li__MSFV;
  __li__C li__FS2F;
  li__DR2F= 0;
  li__FR2F=li__TQDG(li__5Q2F,li__AR2F);
  li__CR2F=li__FR2F;
  /* __li__B__ __li__I__ */
if (((void *)li__FR2F == (void *)NULL)) {
    li__DR2F= 0;
    li__IUNG:
    {
      /* __li__B__ __li__I__ */
if ((li__DR2F <= (*(li__5Q2F->li__VRB.li__D0C)).li__VBM)) {
        li__0R2F=((void **)(*(((__li__ZZC *)li__5Q2F->li__VRB.li__D0C))).li__RBM)[li__DR2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0R2F)->__id==__li__DZB__) {
          li__1R2F=li__QXVG(((__li__DZB *)li__0R2F));
        } else /* SLOT_CODE */ {
          li__XFSH=((__li__QWEC *)li__0R2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XFSH)->__id==__li__IZB__) {
            li__1R2F=((__li__IZB *)li__XFSH)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__1R2F=((__li__4HAD *)li__XFSH)->li__5HAD.li__WLSB;
          };
        };
        li__ESFV=((__li__ULSB *)li__1R2F);
        li__FS2F=(((void *)li__ESFV->li__XNKE == (void *)(&__string_29)) || ((void *)li__ESFV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__FS2F=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__FS2F && ((void *)li__CR2F == (void *)NULL))) {
        li__0R2F=((void **)(*(((__li__ZZC *)li__5Q2F->li__VRB.li__D0C))).li__RBM)[li__DR2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0R2F)->__id==__li__DZB__) {
          li__XFSH=((__li__DZB *)li__0R2F)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XFSH)->__id==__li__IZB__) {
            li__PS2F=((__li__IZB *)li__XFSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__PS2F=((__li__4HAD *)li__XFSH)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__XFSH=((__li__QWEC *)li__0R2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XFSH)->__id==__li__IZB__) {
            li__PS2F=((__li__IZB *)li__XFSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__PS2F=((__li__4HAD *)li__XFSH)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__PS2F==NULL) {
          li__XFSH=NULL;
        } else {
          switch (((struct ___OBJ *)li__PS2F)->__id) {
          case __li__WRB__: {
            li__XFSH=((void *)li__PS2F);
          } break;
          case __li__XRB__: {
            li__XFSH=((void *)li__PS2F);
          } break;
          case __li__KUB__: {
            li__XFSH=((void *)li__PS2F);
          } break;
          case __li__VB1__: {
            li__XFSH=((void *)li__PS2F);
          } break;
          case __li__UL2B__: {
            li__XFSH=NULL;
          } break;
          case __li__4O2B__: {
            li__XFSH=((void *)li__PS2F);
          } break;
          }
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__XFSH)->__id) {
        case __li__WRB__: {
          li__SS2F=li__P2ZI(((__li__WRB *)li__XFSH),li__5Q2F);
        } break;
        case __li__XRB__: {
          li__SS2F=li__D4ZI(((__li__XRB *)((__li__WRB *)li__XFSH)),li__5Q2F);
        } break;
        case __li__KUB__: {
          li__SS2F=li__X5ZI(((__li__KUB *)((__li__WRB *)li__XFSH)),li__5Q2F);
        } break;
        case __li__VB1__: {
          li__3B0I=((__li__VB1 *)((__li__WRB *)li__XFSH));
          li__HEZ(((__li__BC *)li__0C),(&__string_354));
          li__JAZ(((__li__BC *)li__0C),li__3B0I->li__WB1.li__P2C);
          li__MSFV=li__5Q2F->li__VRB.li__TF->li__SF.li__RF.li__0CC;
          li__K4E( 1,li__0C);
          li__V5E(li__MSFV);
          li__ODF();
          li__SS2F=NULL;
        } break;
        case __li__4O2B__: {
          li__B24K=li__GEXF(((__li__4O2B *)((__li__WRB *)li__XFSH)),li__5Q2F);
          li__SS2F=li__B24K;
        } break;
        };
        li__0R2F=li__UVIJ(((__li__5RB *)li__SS2F),li__AR2F);
        li__CR2F=li__0R2F;
        li__DR2F=(__li__K)(li__DR2F +  1);
        goto li__IUNG;
      };
    };
  };
  li__BR2F=li__CR2F;
  return(li__BR2F);
}

static void* li__ZS2F(__li__GSZ *li__0S2F,__li__U *li__1S2F)
/* (Strict TYPE_GENERIC{li__GSZ},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__4S2F;
  void *li__AT2F,*li__3S2F,*li__VT2F,*li__2S2F;
  __li__ULSB *li__WT2F,*li__QSFV;
  void *li__0FSH;
  void *li__KU2F;
  __li__5RB *li__NU2F,*li__USFV;
  __li__C li__AU2F;
  li__4S2F= 0;
  li__AT2F=li__3SDG(li__0S2F,li__1S2F);
  li__3S2F=li__AT2F;
  /* __li__B__ __li__I__ */
if (((void *)li__AT2F == (void *)NULL)) {
    li__4S2F= 0;
    li__TUNG:
    {
      /* __li__B__ __li__I__ */
if ((li__4S2F <= (*(li__0S2F->li__HSZ.li__D0C)).li__VBM)) {
        li__VT2F=((void **)(*(((__li__ZZC *)li__0S2F->li__HSZ.li__D0C))).li__RBM)[li__4S2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VT2F)->__id==__li__DZB__) {
          li__WT2F=li__QXVG(((__li__DZB *)li__VT2F));
        } else /* SLOT_CODE */ {
          li__0FSH=((__li__QWEC *)li__VT2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0FSH)->__id==__li__IZB__) {
            li__WT2F=((__li__IZB *)li__0FSH)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__WT2F=((__li__4HAD *)li__0FSH)->li__5HAD.li__WLSB;
          };
        };
        li__QSFV=((__li__ULSB *)li__WT2F);
        li__AU2F=(((void *)li__QSFV->li__XNKE == (void *)(&__string_29)) || ((void *)li__QSFV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__AU2F=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__AU2F && ((void *)li__3S2F == (void *)NULL))) {
        li__VT2F=((void **)(*(((__li__ZZC *)li__0S2F->li__HSZ.li__D0C))).li__RBM)[li__4S2F];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VT2F)->__id==__li__DZB__) {
          li__0FSH=((__li__DZB *)li__VT2F)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0FSH)->__id==__li__IZB__) {
            li__KU2F=((__li__IZB *)li__0FSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KU2F=((__li__4HAD *)li__0FSH)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__0FSH=((__li__QWEC *)li__VT2F)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0FSH)->__id==__li__IZB__) {
            li__KU2F=((__li__IZB *)li__0FSH)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KU2F=((__li__4HAD *)li__0FSH)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__KU2F==NULL) {
          li__0FSH=NULL;
        } else {
          switch (((struct ___OBJ *)li__KU2F)->__id) {
          case __li__WRB__: {
            li__0FSH=((void *)li__KU2F);
          } break;
          case __li__XRB__: {
            li__0FSH=((void *)li__KU2F);
          } break;
          case __li__KUB__: {
            li__0FSH=((void *)li__KU2F);
          } break;
          case __li__VB1__: {
            li__0FSH=((void *)li__KU2F);
          } break;
          case __li__UL2B__: {
            li__0FSH=NULL;
          } break;
          case __li__4O2B__: {
            li__0FSH=((void *)li__KU2F);
          } break;
          }
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__0FSH)->__id) {
        case __li__WRB__: {
          li__NU2F=li__ZURF(((__li__WRB *)li__0FSH),li__0S2F);
        } break;
        case __li__XRB__: {
          li__NU2F=li__NWRF(((__li__XRB *)((__li__WRB *)li__0FSH)),li__0S2F);
        } break;
        case __li__KUB__: {
          li__NU2F=li__BYRF(((__li__KUB *)((__li__WRB *)li__0FSH)),li__0S2F);
        } break;
        case __li__VB1__: {
          li__NU2F=li__G0RF(((__li__VB1 *)((__li__WRB *)li__0FSH)),li__0S2F);
        } break;
        case __li__4O2B__: {
          li__USFV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__0FSH)),li__0S2F);
          li__NU2F=li__USFV;
        } break;
        };
        li__VT2F=li__UVIJ(((__li__5RB *)li__NU2F),li__1S2F);
        li__3S2F=li__VT2F;
        li__4S2F=(__li__K)(li__4S2F +  1);
        goto li__TUNG;
      };
    };
  };
  li__2S2F=li__3S2F;
  return(li__2S2F);
}

static void* li__4WMI(__li__U *li__AXMI)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__CXMI;
  void *li__DXMI,*li__BXMI;
  li__CXMI=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__CXMI)->__id) {
  case __li__IF__: {
    li__DXMI=li__SJ2F(((__li__IF *)li__CXMI),li__AXMI);
  } break;
  case __li__ORB__: {
    li__DXMI=li__NL2F(((__li__ORB *)((__li__IF *)li__CXMI)),li__AXMI);
  } break;
  case __li__QRB__: {
    li__DXMI=li__IN2F(((__li__QRB *)((__li__IF *)li__CXMI)),li__AXMI);
  } break;
  case __li__SRB__: {
    li__DXMI=li__DP2F(((__li__SRB *)((__li__IF *)li__CXMI)),li__AXMI);
  } break;
  case __li__URB__: {
    li__DXMI=li__4Q2F(((__li__URB *)((__li__IF *)li__CXMI)),li__AXMI);
  } break;
  case __li__GSZ__: {
    li__DXMI=li__ZS2F(((__li__GSZ *)((__li__IF *)li__CXMI)),li__AXMI);
  } break;
  case __li__1RRF__: {
    li__DXMI=li__4WMI(li__AXMI);
  } break;
  case __li__UJSH__: {
    li__DXMI=li__NBMN(li__AXMI);
  } break;
  };
  li__BXMI=li__DXMI;
  return(li__BXMI);
}

static void* li__NBMN(__li__U *li__PBMN)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__RBMN;
  void *li__SBMN,*li__QBMN;
  li__RBMN=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__RBMN)->__id) {
  case __li__IF__: {
    li__SBMN=li__SJ2F(((__li__IF *)li__RBMN),li__PBMN);
  } break;
  case __li__ORB__: {
    li__SBMN=li__NL2F(((__li__ORB *)((__li__IF *)li__RBMN)),li__PBMN);
  } break;
  case __li__QRB__: {
    li__SBMN=li__IN2F(((__li__QRB *)((__li__IF *)li__RBMN)),li__PBMN);
  } break;
  case __li__SRB__: {
    li__SBMN=li__DP2F(((__li__SRB *)((__li__IF *)li__RBMN)),li__PBMN);
  } break;
  case __li__URB__: {
    li__SBMN=li__4Q2F(((__li__URB *)((__li__IF *)li__RBMN)),li__PBMN);
  } break;
  case __li__GSZ__: {
    li__SBMN=li__ZS2F(((__li__GSZ *)((__li__IF *)li__RBMN)),li__PBMN);
  } break;
  case __li__1RRF__: {
    li__SBMN=li__4WMI(li__PBMN);
  } break;
  case __li__UJSH__: {
    li__SBMN=li__NBMN(li__PBMN);
  } break;
  };
  li__QBMN=li__SBMN;
  return(li__QBMN);
}

static __li__KVBD* li__5QND()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KVBD *li__CRND,*li__LSND,*li__BRND;
  __li__CB li__DRND,li__J4TU;
  __li__JJG li__LRND,li__M4TU,li__H4TU;
  __li__K li__WRND;
  __li__52B li__X4TU;
  li__CRND=NULL;
  li__DRND=((__li__CB )(NULL));
  li__LRND=((__li__JJG )sizeof(__li__KVBD));
  /* __li__B__ __li__I__ */
if ((li__LRND ==  0)) {
    li__CRND=li__KVBD__;
  } else /* FALSE */ {
    li__WRND=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__LRND));
    /* __li__B__ __li__I__ */
if ((li__WRND == (__li__K)(-  1))) {
      li__M4TU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__H4TU=(__li__JJG)((__li__JJG)(li__LRND - (__li__JJG)(((__li__JJG ) 0) - li__M4TU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__M4TU) - ((__li__JJG ) 1)));
      li__M4TU=(__li__JJG)(li__H4TU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__J4TU=li__YCJ(li__H4TU,((__li__CB )(&(table_size[(li__M4TU)-1]))),((__li__52B )li__H4TU));
      li__DRND=li__J4TU;
    } else /* FALSE */ {
      li__X4TU=((__li__52B )li__WRND);
      li__M4TU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__H4TU=(__li__JJG)((__li__JJG)(li__LRND - (__li__JJG)(((__li__JJG ) 0) - li__M4TU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__M4TU) - ((__li__JJG ) 1)));
      li__J4TU=li__YCJ(li__H4TU,((__li__CB )(&(table_type[(li__X4TU)]))),(__li__52B)(li__X4TU |  1));
      li__DRND=li__J4TU;
    };
    li__LSND=((__li__KVBD *)li__DRND);
    li__CRND=li__LSND;
    *(li__LSND) = *(li__KVBD__);
  };
  li__BRND=li__CRND;
  return(li__BRND);
}

static __li__5RB* li__NNSE(__li__5RB *li__ONSE)
/* (Strict TYPE_FULL{li__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__QNSE,*li__AOSE,*li__PNSE;
  li__QNSE=NULL;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(li__ONSE->li__BEM &  1) !=  0)) {
    li__QNSE=li__ONSE;
  } else /* FALSE */ {
    li__AOSE=li__QWVB(li__ONSE,(__li__F0C)(li__ONSE->li__BEM |  4));
    li__QNSE=li__AOSE;
  };
  li__PNSE=li__QNSE;
  return(li__PNSE);
}

static __li__ODID* li__GDID(__li__PO li__IDID,void *li__JDID,void *li__KDID,void *li__LDID,__li__C li__MDID)
/* (Expanded POSITION{li__PO},SLOT{NULLxli__DZBxli__QWEC},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Expanded BOOLEAN{li__Bxli__I}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__RDID *li__3NUD,*li__GPUD;
  __li__CB li__4NUD,li__QWSU;
  __li__JJG li__GOUD,li__1SFV,li__OWSU;
  __li__K li__ROUD,li__0WSU,li__RF1H;
  __li__52B li__UWSU;
  void *li__R2SE,*li__F3SE;
  void *li__S2SE;
  __li__ULSB *li__T2SE;
  void *li__WYQH,*li__K2WH;
  __li__5RB *li__12SE,*li__T4WH;
  void *li__E3SE;
  __li__UL2B *li__E4WH;
  void *li__S4WH;
  __li__Z4WH *li__14WH;
  __li__VTBD *li__JPME;
  __li__ODID *li__TTND,*li__5ZNU,*li__NDID;
  __li__2ZEC *li__K4WH;
  li__3NUD=NULL;
  li__4NUD=((__li__CB )(NULL));
  li__GOUD=((__li__JJG )sizeof(__li__RDID));
  /* __li__B__ __li__I__ */
if ((li__GOUD ==  0)) {
    li__3NUD=li__RDID__;
  } else /* FALSE */ {
    li__ROUD=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__GOUD));
    /* __li__B__ __li__I__ */
if ((li__ROUD == (__li__K)(-  1))) {
      li__1SFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__OWSU=(__li__JJG)((__li__JJG)(li__GOUD - (__li__JJG)(((__li__JJG ) 0) - li__1SFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1SFV) - ((__li__JJG ) 1)));
      li__1SFV=(__li__JJG)(li__OWSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__QWSU=li__YCJ(li__OWSU,((__li__CB )(&(table_size[(li__1SFV)-1]))),((__li__52B )li__OWSU));
      li__4NUD=li__QWSU;
    } else /* FALSE */ {
      li__UWSU=((__li__52B )li__ROUD);
      li__1SFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__OWSU=(__li__JJG)((__li__JJG)(li__GOUD - (__li__JJG)(((__li__JJG ) 0) - li__1SFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1SFV) - ((__li__JJG ) 1)));
      li__QWSU=li__YCJ(li__OWSU,((__li__CB )(&(table_type[(li__UWSU)]))),(__li__52B)(li__UWSU |  1));
      li__4NUD=li__QWSU;
    };
    li__GPUD=((__li__RDID *)li__4NUD);
    li__3NUD=li__GPUD;
    *(li__GPUD) = *(li__RDID__);
  };
  li__GPUD=((__li__RDID *)li__3NUD);
  li__GPUD->li__UDID.li__TDID.li__0CC=li__IDID;
  li__GPUD->li__UDID.li__VOME=li__JDID;
  li__GPUD->li__UDID.li__WOME=li__LDID;
  li__R2SE=NULL;
  li__S2SE=li__GPUD->li__UDID.li__VOME;
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__S2SE)->__id==__li__DZB__) {
    li__T2SE=li__QXVG(((__li__DZB *)li__S2SE));
  } else /* SLOT_CODE */ {
    li__WYQH=((__li__QWEC *)li__S2SE)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WYQH)->__id==__li__IZB__) {
      li__T2SE=((__li__IZB *)li__WYQH)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__T2SE=((__li__4HAD *)li__WYQH)->li__5HAD.li__WLSB;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__T2SE)->li__XNKE == (void *)(&__string_31))) {
    li__WYQH=li__FUB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__WYQH)->__id) {
    case __li__IF__: {
      li__12SE=((__li__IF *)li__WYQH)->li__J0C;
    } break;
    case __li__ORB__: {
      li__12SE=((__li__ORB *)li__WYQH)->li__PRB.li__J0C;
    } break;
    case __li__QRB__: {
      li__12SE=((__li__QRB *)li__WYQH)->li__RRB.li__J0C;
    } break;
    case __li__SRB__: {
      li__12SE=((__li__SRB *)li__WYQH)->li__TRB.li__J0C;
    } break;
    case __li__URB__: {
      li__12SE=((__li__URB *)li__WYQH)->li__VRB.li__J0C;
    } break;
    case __li__GSZ__: {
      li__12SE=((__li__GSZ *)li__WYQH)->li__HSZ.li__J0C;
    } break;
    case __li__1RRF__: {
      li__12SE=((__li__1RRF *)li__WYQH)->li__2RRF.li__J0C;
    } break;
    case __li__UJSH__: {
      li__12SE=((__li__UJSH *)li__WYQH)->li__WJSH.li__J0C;
    } break;
    };
    li__WYQH=li__O1WH(((__li__5RB *)li__12SE),li__GPUD->li__UDID.li__TDID.li__0CC);
    li__R2SE=li__WYQH;
  } else /* FALSE */ {
    li__WYQH=li__GPUD->li__UDID.li__VOME;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WYQH)->__id==__li__DZB__) {
      li__K2WH=((__li__DZB *)li__WYQH)->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__K2WH)->__id==__li__IZB__) {
        li__E3SE=((__li__IZB *)li__K2WH)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__E3SE=((__li__4HAD *)li__K2WH)->li__5HAD.li__NMSB;
      };
    } else /* SLOT_CODE */ {
      li__K2WH=((__li__QWEC *)li__WYQH)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__K2WH)->__id==__li__IZB__) {
        li__E3SE=((__li__IZB *)li__K2WH)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__E3SE=((__li__4HAD *)li__K2WH)->li__5HAD.li__NMSB;
      };
    };
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__E3SE)->__id) {
    case __li__WRB__: {
      li__12SE=li__WLRF(((__li__WRB *)li__E3SE),li__GPUD);
      li__K2WH=li__O1WH(((__li__5RB *)li__12SE),li__GPUD->li__UDID.li__TDID.li__0CC);
      li__F3SE=li__K2WH;
    } break;
    case __li__XRB__: {
      li__12SE=li__KNRF(((__li__XRB *)((__li__WRB *)li__E3SE)),li__GPUD);
      li__K2WH=li__O1WH(((__li__5RB *)li__12SE),li__GPUD->li__UDID.li__TDID.li__0CC);
      li__F3SE=li__K2WH;
    } break;
    case __li__KUB__: {
      li__12SE=li__4ORF(((__li__KUB *)((__li__WRB *)li__E3SE)),li__GPUD);
      li__K2WH=li__O1WH(((__li__5RB *)li__12SE),li__GPUD->li__UDID.li__TDID.li__0CC);
      li__F3SE=li__K2WH;
    } break;
    case __li__VB1__: {
      li__12SE=li__DRRF(((__li__VB1 *)((__li__WRB *)li__E3SE)),li__GPUD);
      li__K2WH=li__O1WH(((__li__5RB *)li__12SE),li__GPUD->li__UDID.li__TDID.li__0CC);
      li__F3SE=li__K2WH;
    } break;
    case __li__UL2B__: {
      li__E4WH=((__li__UL2B *)((__li__WRB *)li__E3SE));
      li__0WSU=(__li__K)((*(((__li__CRB *)li__E4WH->li__GX5B))).li__5QZ +  1);
      li__K4WH=li__IF1H(li__0WSU);
      li__0WSU=(*(li__E4WH->li__GX5B)).li__5QZ;
      li__RF1H= 0;
      while ((li__RF1H <= li__0WSU)) {
        li__S4WH=((void **)(*(((__li__CRB *)li__E4WH->li__GX5B))).li__V1BD)[li__RF1H];
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__S4WH)->__id) {
        case __li__WRB__: {
          li__T4WH=li__WLRF(((__li__WRB *)li__S4WH),li__GPUD);
        } break;
        case __li__XRB__: {
          li__T4WH=li__KNRF(((__li__XRB *)((__li__WRB *)li__S4WH)),li__GPUD);
        } break;
        case __li__KUB__: {
          li__T4WH=li__4ORF(((__li__KUB *)((__li__WRB *)li__S4WH)),li__GPUD);
        } break;
        case __li__VB1__: {
          li__T4WH=li__DRRF(((__li__VB1 *)((__li__WRB *)li__S4WH)),li__GPUD);
        } break;
        case __li__4O2B__: {
          li__T4WH=li__XRRF(((__li__4O2B *)((__li__WRB *)li__S4WH)),li__GPUD);
        } break;
        };
        li__S4WH=li__O1WH(((__li__5RB *)li__T4WH),li__GPUD->li__UDID.li__TDID.li__0CC);
        li__2YPI(((__li__2ZEC *)li__K4WH),li__S4WH);
        li__RF1H=(__li__K)(li__RF1H +  1);
      };
      li__14WH=li__4F1H(li__K4WH);
      li__F3SE=li__14WH;
    } break;
    case __li__4O2B__: {
      li__12SE=li__XRRF(((__li__4O2B *)((__li__WRB *)li__E3SE)),li__GPUD);
      li__K2WH=li__O1WH(((__li__5RB *)li__12SE),li__GPUD->li__UDID.li__TDID.li__0CC);
      li__F3SE=li__K2WH;
    } break;
    };
    li__R2SE=li__F3SE;
  };
  li__GPUD->li__UDID.li__YOME=li__R2SE;
  li__GPUD->li__ZOME=li__MDID;
  /* __li__B__ __li__I__ */
if (((void *)li__JI == (void *)NULL)) {
    li__GPUD->li__UDID.li__BPME=li__YTBD;
  } else /* FALSE */ {
    li__F3SE=li__JI;
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__F3SE)->__id==__li__1M__) {
      li__JPME=((__li__1M *)li__F3SE)->li__2M.li__IPME;
    } else /* PROFIL_BLOCK */ {
      li__JPME=((__li__UJSH *)li__F3SE)->li__VJSH.li__IPME;
    };
    li__GPUD->li__UDID.li__BPME=li__JPME;
  };
  li__TTND=li__PQUD();
  li__5ZNU=((__li__ODID *)li__TTND);
  li__5ZNU->li__PDID.li__PPME=li__KDID;
  li__5ZNU->li__PDID.li__QPME=li__3NUD;
  li__RP=(__li__K)(li__RP +  1);
  li__IPQH(((__li__ZDID *)li__BEID),li__TTND);
  li__NDID=li__TTND;
  return(li__NDID);
}

static __li__WVBD* li__VEID(__li__PO li__XEID,__li__UJG li__YEID,__li__5RB *li__ZEID)
/* (Expanded POSITION{li__PO},Expanded INTEGER_64{li__UJG},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__WVBD *li__AUND,*li__JVND,*li__0EID;
  __li__CB li__BUND,li__FXSU;
  __li__JJG li__JUND,li__WTFV,li__DXSU;
  __li__K li__UUND;
  __li__52B li__JXSU;
  li__AUND=NULL;
  li__BUND=((__li__CB )(NULL));
  li__JUND=((__li__JJG )sizeof(__li__WVBD));
  /* __li__B__ __li__I__ */
if ((li__JUND ==  0)) {
    li__AUND=li__WVBD__;
  } else /* FALSE */ {
    li__UUND=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__JUND));
    /* __li__B__ __li__I__ */
if ((li__UUND == (__li__K)(-  1))) {
      li__WTFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DXSU=(__li__JJG)((__li__JJG)(li__JUND - (__li__JJG)(((__li__JJG ) 0) - li__WTFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WTFV) - ((__li__JJG ) 1)));
      li__WTFV=(__li__JJG)(li__DXSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__FXSU=li__YCJ(li__DXSU,((__li__CB )(&(table_size[(li__WTFV)-1]))),((__li__52B )li__DXSU));
      li__BUND=li__FXSU;
    } else /* FALSE */ {
      li__JXSU=((__li__52B )li__UUND);
      li__WTFV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DXSU=(__li__JJG)((__li__JJG)(li__JUND - (__li__JJG)(((__li__JJG ) 0) - li__WTFV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WTFV) - ((__li__JJG ) 1)));
      li__FXSU=li__YCJ(li__DXSU,((__li__CB )(&(table_type[(li__JXSU)]))),(__li__52B)(li__JXSU |  1));
      li__BUND=li__FXSU;
    };
    li__JVND=((__li__WVBD *)li__BUND);
    li__AUND=li__JVND;
    *(li__JVND) = *(li__WVBD__);
  };
  li__JVND=((__li__WVBD *)li__AUND);
  li__JVND->li__XVBD.li__0K.li__0CC=li__XEID;
  li__JVND->li__2ZLE=li__YEID;
  li__JVND->li__XVBD.li__WZLE=li__ZEID;
  li__JOSE(li__JVND);
  li__0EID=li__AUND;
  return(li__0EID);
}

static __li__ODID* li__QZQH(__li__ZDID *li__RZQH,__li__K li__SZQH)
/* (Strict LINKED_LIST(NODE_TYPE){li__ZDID},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__ODID *li__TZQH;
  /* __li__B__ __li__I__ */
if ((li__SZQH != li__RZQH->li__YPQH)) {
    li__3H1H(li__RZQH,li__SZQH);
  };
  li__TZQH=li__RZQH->li__0PQH->li__E0QH;
  return(li__TZQH);
}

static __li__5RB* li__JK5J(__li__Z4WH *li__KK5J)
/* (Strict EXPR_MULTIPLE{li__Z4WH}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__OUFV;
  __li__5RB *li__OK5J,*li__LK5J;
  li__OUFV=((void **)(*(((__li__2ZEC *)li__KK5J->li__PJPI))).li__3GPI)[ 0];
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OUFV)->__id) {
  case __li__WK__: {
    li__OK5J=((__li__WK *)li__OUFV)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__OK5J=((__li__AVBD *)li__OUFV)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__OK5J=((__li__KVBD *)li__OUFV)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__OK5J=((__li__WVBD *)li__OUFV)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__OK5J=li__JK5J(((__li__Z4WH *)li__OUFV));
  } break;
  case __li__KTVI__: {
    li__OK5J=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__OK5J=li__553L();
  } break;
  case __li__XTVI__: {
    li__OK5J=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__OK5J=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__OK5J=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__OK5J=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__OK5J=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__OK5J=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__OK5J=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__OK5J=li__DWEK(((__li__BNWI *)li__OUFV));
  } break;
  case __li__XNWI__: {
    li__OK5J=li__IWEK(((__li__XNWI *)li__OUFV));
  } break;
  case __li__LOWI__: {
    li__OK5J=li__NWEK(((__li__LOWI *)li__OUFV));
  } break;
  case __li__5OWI__: {
    li__OK5J=li__SWEK(((__li__5OWI *)li__OUFV));
  } break;
  case __li__TPWI__: {
    li__OK5J=li__XWEK(((__li__TPWI *)li__OUFV));
  } break;
  case __li__HQWI__: {
    li__OK5J=li__2WEK(((__li__HQWI *)li__OUFV));
  } break;
  case __li__ARWI__: {
    li__OK5J=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__OK5J=li__FXEK(((__li__URWI *)li__OUFV));
  } break;
  case __li__MSWI__: {
    li__OK5J=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__OK5J=((__li__ETWI *)li__OUFV)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__OK5J=((__li__MZWI *)li__OUFV)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__OK5J=((__li__C0WI *)li__OUFV)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__OK5J=((__li__M1WI *)li__OUFV)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__OK5J=((__li__KMFK *)li__OUFV)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__OK5J=li__T4NN(((__li__XOHL *)li__OUFV));
  } break;
  case __li__FPHL__: {
    li__OK5J=li__KA4L(((__li__FPHL *)li__OUFV));
  } break;
  case __li__APLM__: {
    li__OK5J=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__OK5J=li__1ISO(((__li__DTNM *)li__OUFV));
  } break;
  case __li__JXNM__: {
    li__OK5J=li__VX3R(((__li__JXNM *)li__OUFV));
  } break;
  case __li__21LO__: {
    li__OK5J=((__li__21LO *)li__OUFV)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__OK5J=((__li__TPOO *)li__OUFV)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__OK5J=li__FH4R();
  } break;
  case __li__41XO__: {
    li__OK5J=li__3FDQ(((__li__41XO *)li__OUFV));
  } break;
  case __li__AKBR__: {
    li__OK5J=li__WQDS(((__li__AKBR *)li__OUFV));
  } break;
  case __li__SU5R__: {
    li__OK5J=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__OK5J=li__Y1IS();
  } break;
  };
  li__LK5J=li__OK5J;
  return(li__LK5J);
}

static __li__5RB* li__5UEK()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__CVEK;
  __li__5RB *li__DVEK,*li__BVEK;
  li__CVEK=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__CVEK)->__id) {
  case __li__IF__: {
    li__DVEK=((__li__IF *)li__CVEK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__DVEK=((__li__ORB *)li__CVEK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__DVEK=((__li__QRB *)li__CVEK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__DVEK=((__li__SRB *)li__CVEK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__DVEK=((__li__URB *)li__CVEK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__DVEK=((__li__GSZ *)li__CVEK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__DVEK=((__li__1RRF *)li__CVEK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__DVEK=((__li__UJSH *)li__CVEK)->li__WJSH.li__J0C;
  } break;
  };
  li__BVEK=li__DVEK;
  return(li__BVEK);
}

static __li__5RB* li__553L()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__CA4L;
  __li__5RB *li__DA4L,*li__BA4L;
  li__CA4L=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__CA4L)->__id) {
  case __li__IF__: {
    li__DA4L=((__li__IF *)li__CA4L)->li__J0C;
  } break;
  case __li__ORB__: {
    li__DA4L=((__li__ORB *)li__CA4L)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__DA4L=((__li__QRB *)li__CA4L)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__DA4L=((__li__SRB *)li__CA4L)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__DA4L=((__li__URB *)li__CA4L)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__DA4L=((__li__GSZ *)li__CA4L)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__DA4L=((__li__1RRF *)li__CA4L)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__DA4L=((__li__UJSH *)li__CA4L)->li__WJSH.li__J0C;
  } break;
  };
  li__BA4L=li__DA4L;
  return(li__BA4L);
}

static __li__5RB* li__FVEK()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__IVEK;
  __li__5RB *li__JVEK,*li__HVEK;
  li__IVEK=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IVEK)->__id) {
  case __li__IF__: {
    li__JVEK=((__li__IF *)li__IVEK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__JVEK=((__li__ORB *)li__IVEK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__JVEK=((__li__QRB *)li__IVEK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__JVEK=((__li__SRB *)li__IVEK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__JVEK=((__li__URB *)li__IVEK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__JVEK=((__li__GSZ *)li__IVEK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__JVEK=((__li__1RRF *)li__IVEK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__JVEK=((__li__UJSH *)li__IVEK)->li__WJSH.li__J0C;
  } break;
  };
  li__HVEK=li__JVEK;
  return(li__HVEK);
}

static __li__5RB* li__FA4L()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__IA4L;
  __li__5RB *li__JA4L,*li__HA4L;
  li__IA4L=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IA4L)->__id) {
  case __li__IF__: {
    li__JA4L=((__li__IF *)li__IA4L)->li__J0C;
  } break;
  case __li__ORB__: {
    li__JA4L=((__li__ORB *)li__IA4L)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__JA4L=((__li__QRB *)li__IA4L)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__JA4L=((__li__SRB *)li__IA4L)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__JA4L=((__li__URB *)li__IA4L)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__JA4L=((__li__GSZ *)li__IA4L)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__JA4L=((__li__1RRF *)li__IA4L)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__JA4L=((__li__UJSH *)li__IA4L)->li__WJSH.li__J0C;
  } break;
  };
  li__HA4L=li__JA4L;
  return(li__HA4L);
}

static __li__5RB* li__KVEK()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__NVEK;
  __li__5RB *li__OVEK,*li__MVEK;
  li__NVEK=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__NVEK)->__id) {
  case __li__IF__: {
    li__OVEK=((__li__IF *)li__NVEK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__OVEK=((__li__ORB *)li__NVEK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__OVEK=((__li__QRB *)li__NVEK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__OVEK=((__li__SRB *)li__NVEK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__OVEK=((__li__URB *)li__NVEK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__OVEK=((__li__GSZ *)li__NVEK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__OVEK=((__li__1RRF *)li__NVEK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__OVEK=((__li__UJSH *)li__NVEK)->li__WJSH.li__J0C;
  } break;
  };
  li__MVEK=li__OVEK;
  return(li__MVEK);
}

static __li__5RB* li__PVEK()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__SVEK;
  __li__5RB *li__TVEK,*li__RVEK;
  li__SVEK=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__SVEK)->__id) {
  case __li__IF__: {
    li__TVEK=((__li__IF *)li__SVEK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__TVEK=((__li__ORB *)li__SVEK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__TVEK=((__li__QRB *)li__SVEK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__TVEK=((__li__SRB *)li__SVEK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__TVEK=((__li__URB *)li__SVEK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__TVEK=((__li__GSZ *)li__SVEK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__TVEK=((__li__1RRF *)li__SVEK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__TVEK=((__li__UJSH *)li__SVEK)->li__WJSH.li__J0C;
  } break;
  };
  li__RVEK=li__TVEK;
  return(li__RVEK);
}

static __li__5RB* li__UVEK()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__XVEK;
  __li__5RB *li__YVEK,*li__WVEK;
  li__XVEK=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XVEK)->__id) {
  case __li__IF__: {
    li__YVEK=((__li__IF *)li__XVEK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__YVEK=((__li__ORB *)li__XVEK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__YVEK=((__li__QRB *)li__XVEK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__YVEK=((__li__SRB *)li__XVEK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__YVEK=((__li__URB *)li__XVEK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__YVEK=((__li__GSZ *)li__XVEK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__YVEK=((__li__1RRF *)li__XVEK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__YVEK=((__li__UJSH *)li__XVEK)->li__WJSH.li__J0C;
  } break;
  };
  li__WVEK=li__YVEK;
  return(li__WVEK);
}

static __li__5RB* li__ZVEK()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__2VEK;
  __li__5RB *li__3VEK,*li__1VEK;
  li__2VEK=li__1SB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2VEK)->__id) {
  case __li__IF__: {
    li__3VEK=((__li__IF *)li__2VEK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__3VEK=((__li__ORB *)li__2VEK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__3VEK=((__li__QRB *)li__2VEK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__3VEK=((__li__SRB *)li__2VEK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__3VEK=((__li__URB *)li__2VEK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__3VEK=((__li__GSZ *)li__2VEK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__3VEK=((__li__1RRF *)li__2VEK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__3VEK=((__li__UJSH *)li__2VEK)->li__WJSH.li__J0C;
  } break;
  };
  li__1VEK=li__3VEK;
  return(li__1VEK);
}

static __li__5RB* li__4VEK()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__BWEK;
  __li__5RB *li__CWEK,*li__AWEK;
  li__BWEK=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BWEK)->__id) {
  case __li__IF__: {
    li__CWEK=((__li__IF *)li__BWEK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__CWEK=((__li__ORB *)li__BWEK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__CWEK=((__li__QRB *)li__BWEK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__CWEK=((__li__SRB *)li__BWEK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__CWEK=((__li__URB *)li__BWEK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__CWEK=((__li__GSZ *)li__BWEK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__CWEK=((__li__1RRF *)li__BWEK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__CWEK=((__li__UJSH *)li__BWEK)->li__WJSH.li__J0C;
  } break;
  };
  li__AWEK=li__CWEK;
  return(li__AWEK);
}

static __li__5RB* li__DWEK(__li__BNWI *li__EWEK)
/* (Strict EXPR_SUB{li__BNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__GWEK;
  __li__5RB *li__HWEK,*li__FWEK;
  li__GWEK=li__EWEK->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GWEK)->__id) {
  case __li__WK__: {
    li__HWEK=((__li__WK *)li__GWEK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__HWEK=((__li__AVBD *)li__GWEK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__HWEK=((__li__KVBD *)li__GWEK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__HWEK=((__li__WVBD *)li__GWEK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__HWEK=li__JK5J(((__li__Z4WH *)li__GWEK));
  } break;
  case __li__KTVI__: {
    li__HWEK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__HWEK=li__553L();
  } break;
  case __li__XTVI__: {
    li__HWEK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__HWEK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__HWEK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__HWEK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__HWEK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__HWEK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__HWEK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__HWEK=li__DWEK(((__li__BNWI *)li__GWEK));
  } break;
  case __li__XNWI__: {
    li__HWEK=li__IWEK(((__li__XNWI *)li__GWEK));
  } break;
  case __li__LOWI__: {
    li__HWEK=li__NWEK(((__li__LOWI *)li__GWEK));
  } break;
  case __li__5OWI__: {
    li__HWEK=li__SWEK(((__li__5OWI *)li__GWEK));
  } break;
  case __li__TPWI__: {
    li__HWEK=li__XWEK(((__li__TPWI *)li__GWEK));
  } break;
  case __li__HQWI__: {
    li__HWEK=li__2WEK(((__li__HQWI *)li__GWEK));
  } break;
  case __li__ARWI__: {
    li__HWEK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__HWEK=li__FXEK(((__li__URWI *)li__GWEK));
  } break;
  case __li__MSWI__: {
    li__HWEK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__HWEK=((__li__ETWI *)li__GWEK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__HWEK=((__li__MZWI *)li__GWEK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__HWEK=((__li__C0WI *)li__GWEK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__HWEK=((__li__M1WI *)li__GWEK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__HWEK=((__li__KMFK *)li__GWEK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__HWEK=li__T4NN(((__li__XOHL *)li__GWEK));
  } break;
  case __li__FPHL__: {
    li__HWEK=li__KA4L(((__li__FPHL *)li__GWEK));
  } break;
  case __li__APLM__: {
    li__HWEK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__HWEK=li__1ISO(((__li__DTNM *)li__GWEK));
  } break;
  case __li__JXNM__: {
    li__HWEK=li__VX3R(((__li__JXNM *)li__GWEK));
  } break;
  case __li__21LO__: {
    li__HWEK=((__li__21LO *)li__GWEK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__HWEK=((__li__TPOO *)li__GWEK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__HWEK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__HWEK=li__3FDQ(((__li__41XO *)li__GWEK));
  } break;
  case __li__AKBR__: {
    li__HWEK=li__WQDS(((__li__AKBR *)li__GWEK));
  } break;
  case __li__SU5R__: {
    li__HWEK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__HWEK=li__Y1IS();
  } break;
  };
  li__FWEK=li__HWEK;
  return(li__FWEK);
}

static __li__5RB* li__IWEK(__li__XNWI *li__JWEK)
/* (Strict EXPR_MUL{li__XNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__LWEK;
  __li__5RB *li__MWEK,*li__KWEK;
  li__LWEK=li__JWEK->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LWEK)->__id) {
  case __li__WK__: {
    li__MWEK=((__li__WK *)li__LWEK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__MWEK=((__li__AVBD *)li__LWEK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__MWEK=((__li__KVBD *)li__LWEK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__MWEK=((__li__WVBD *)li__LWEK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__MWEK=li__JK5J(((__li__Z4WH *)li__LWEK));
  } break;
  case __li__KTVI__: {
    li__MWEK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__MWEK=li__553L();
  } break;
  case __li__XTVI__: {
    li__MWEK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__MWEK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__MWEK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__MWEK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__MWEK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__MWEK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__MWEK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__MWEK=li__DWEK(((__li__BNWI *)li__LWEK));
  } break;
  case __li__XNWI__: {
    li__MWEK=li__IWEK(((__li__XNWI *)li__LWEK));
  } break;
  case __li__LOWI__: {
    li__MWEK=li__NWEK(((__li__LOWI *)li__LWEK));
  } break;
  case __li__5OWI__: {
    li__MWEK=li__SWEK(((__li__5OWI *)li__LWEK));
  } break;
  case __li__TPWI__: {
    li__MWEK=li__XWEK(((__li__TPWI *)li__LWEK));
  } break;
  case __li__HQWI__: {
    li__MWEK=li__2WEK(((__li__HQWI *)li__LWEK));
  } break;
  case __li__ARWI__: {
    li__MWEK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__MWEK=li__FXEK(((__li__URWI *)li__LWEK));
  } break;
  case __li__MSWI__: {
    li__MWEK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__MWEK=((__li__ETWI *)li__LWEK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__MWEK=((__li__MZWI *)li__LWEK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__MWEK=((__li__C0WI *)li__LWEK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__MWEK=((__li__M1WI *)li__LWEK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__MWEK=((__li__KMFK *)li__LWEK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__MWEK=li__T4NN(((__li__XOHL *)li__LWEK));
  } break;
  case __li__FPHL__: {
    li__MWEK=li__KA4L(((__li__FPHL *)li__LWEK));
  } break;
  case __li__APLM__: {
    li__MWEK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__MWEK=li__1ISO(((__li__DTNM *)li__LWEK));
  } break;
  case __li__JXNM__: {
    li__MWEK=li__VX3R(((__li__JXNM *)li__LWEK));
  } break;
  case __li__21LO__: {
    li__MWEK=((__li__21LO *)li__LWEK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__MWEK=((__li__TPOO *)li__LWEK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__MWEK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__MWEK=li__3FDQ(((__li__41XO *)li__LWEK));
  } break;
  case __li__AKBR__: {
    li__MWEK=li__WQDS(((__li__AKBR *)li__LWEK));
  } break;
  case __li__SU5R__: {
    li__MWEK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__MWEK=li__Y1IS();
  } break;
  };
  li__KWEK=li__MWEK;
  return(li__KWEK);
}

static __li__5RB* li__NWEK(__li__LOWI *li__OWEK)
/* (Strict EXPR_DIV{li__LOWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__QWEK;
  __li__5RB *li__RWEK,*li__PWEK;
  li__QWEK=li__OWEK->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QWEK)->__id) {
  case __li__WK__: {
    li__RWEK=((__li__WK *)li__QWEK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__RWEK=((__li__AVBD *)li__QWEK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__RWEK=((__li__KVBD *)li__QWEK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__RWEK=((__li__WVBD *)li__QWEK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__RWEK=li__JK5J(((__li__Z4WH *)li__QWEK));
  } break;
  case __li__KTVI__: {
    li__RWEK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__RWEK=li__553L();
  } break;
  case __li__XTVI__: {
    li__RWEK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__RWEK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__RWEK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__RWEK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__RWEK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__RWEK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__RWEK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__RWEK=li__DWEK(((__li__BNWI *)li__QWEK));
  } break;
  case __li__XNWI__: {
    li__RWEK=li__IWEK(((__li__XNWI *)li__QWEK));
  } break;
  case __li__LOWI__: {
    li__RWEK=li__NWEK(((__li__LOWI *)li__QWEK));
  } break;
  case __li__5OWI__: {
    li__RWEK=li__SWEK(((__li__5OWI *)li__QWEK));
  } break;
  case __li__TPWI__: {
    li__RWEK=li__XWEK(((__li__TPWI *)li__QWEK));
  } break;
  case __li__HQWI__: {
    li__RWEK=li__2WEK(((__li__HQWI *)li__QWEK));
  } break;
  case __li__ARWI__: {
    li__RWEK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__RWEK=li__FXEK(((__li__URWI *)li__QWEK));
  } break;
  case __li__MSWI__: {
    li__RWEK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__RWEK=((__li__ETWI *)li__QWEK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__RWEK=((__li__MZWI *)li__QWEK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__RWEK=((__li__C0WI *)li__QWEK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__RWEK=((__li__M1WI *)li__QWEK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__RWEK=((__li__KMFK *)li__QWEK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__RWEK=li__T4NN(((__li__XOHL *)li__QWEK));
  } break;
  case __li__FPHL__: {
    li__RWEK=li__KA4L(((__li__FPHL *)li__QWEK));
  } break;
  case __li__APLM__: {
    li__RWEK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__RWEK=li__1ISO(((__li__DTNM *)li__QWEK));
  } break;
  case __li__JXNM__: {
    li__RWEK=li__VX3R(((__li__JXNM *)li__QWEK));
  } break;
  case __li__21LO__: {
    li__RWEK=((__li__21LO *)li__QWEK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__RWEK=((__li__TPOO *)li__QWEK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__RWEK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__RWEK=li__3FDQ(((__li__41XO *)li__QWEK));
  } break;
  case __li__AKBR__: {
    li__RWEK=li__WQDS(((__li__AKBR *)li__QWEK));
  } break;
  case __li__SU5R__: {
    li__RWEK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__RWEK=li__Y1IS();
  } break;
  };
  li__PWEK=li__RWEK;
  return(li__PWEK);
}

static __li__5RB* li__SWEK(__li__5OWI *li__TWEK)
/* (Strict EXPR_AND{li__5OWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VWEK;
  __li__5RB *li__WWEK,*li__UWEK;
  li__VWEK=li__TWEK->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VWEK)->__id) {
  case __li__WK__: {
    li__WWEK=((__li__WK *)li__VWEK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__WWEK=((__li__AVBD *)li__VWEK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__WWEK=((__li__KVBD *)li__VWEK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__WWEK=((__li__WVBD *)li__VWEK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__WWEK=li__JK5J(((__li__Z4WH *)li__VWEK));
  } break;
  case __li__KTVI__: {
    li__WWEK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__WWEK=li__553L();
  } break;
  case __li__XTVI__: {
    li__WWEK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__WWEK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__WWEK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__WWEK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__WWEK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__WWEK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__WWEK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__WWEK=li__DWEK(((__li__BNWI *)li__VWEK));
  } break;
  case __li__XNWI__: {
    li__WWEK=li__IWEK(((__li__XNWI *)li__VWEK));
  } break;
  case __li__LOWI__: {
    li__WWEK=li__NWEK(((__li__LOWI *)li__VWEK));
  } break;
  case __li__5OWI__: {
    li__WWEK=li__SWEK(((__li__5OWI *)li__VWEK));
  } break;
  case __li__TPWI__: {
    li__WWEK=li__XWEK(((__li__TPWI *)li__VWEK));
  } break;
  case __li__HQWI__: {
    li__WWEK=li__2WEK(((__li__HQWI *)li__VWEK));
  } break;
  case __li__ARWI__: {
    li__WWEK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__WWEK=li__FXEK(((__li__URWI *)li__VWEK));
  } break;
  case __li__MSWI__: {
    li__WWEK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__WWEK=((__li__ETWI *)li__VWEK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__WWEK=((__li__MZWI *)li__VWEK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__WWEK=((__li__C0WI *)li__VWEK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__WWEK=((__li__M1WI *)li__VWEK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__WWEK=((__li__KMFK *)li__VWEK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__WWEK=li__T4NN(((__li__XOHL *)li__VWEK));
  } break;
  case __li__FPHL__: {
    li__WWEK=li__KA4L(((__li__FPHL *)li__VWEK));
  } break;
  case __li__APLM__: {
    li__WWEK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__WWEK=li__1ISO(((__li__DTNM *)li__VWEK));
  } break;
  case __li__JXNM__: {
    li__WWEK=li__VX3R(((__li__JXNM *)li__VWEK));
  } break;
  case __li__21LO__: {
    li__WWEK=((__li__21LO *)li__VWEK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__WWEK=((__li__TPOO *)li__VWEK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__WWEK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__WWEK=li__3FDQ(((__li__41XO *)li__VWEK));
  } break;
  case __li__AKBR__: {
    li__WWEK=li__WQDS(((__li__AKBR *)li__VWEK));
  } break;
  case __li__SU5R__: {
    li__WWEK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__WWEK=li__Y1IS();
  } break;
  };
  li__UWEK=li__WWEK;
  return(li__UWEK);
}

static __li__5RB* li__XWEK(__li__TPWI *li__YWEK)
/* (Strict EXPR_SHIFT_R{li__TPWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__0WEK;
  __li__5RB *li__1WEK,*li__ZWEK;
  li__0WEK=li__YWEK->li__UPWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0WEK)->__id) {
  case __li__WK__: {
    li__1WEK=((__li__WK *)li__0WEK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__1WEK=((__li__AVBD *)li__0WEK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__1WEK=((__li__KVBD *)li__0WEK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__1WEK=((__li__WVBD *)li__0WEK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__1WEK=li__JK5J(((__li__Z4WH *)li__0WEK));
  } break;
  case __li__KTVI__: {
    li__1WEK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__1WEK=li__553L();
  } break;
  case __li__XTVI__: {
    li__1WEK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__1WEK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__1WEK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__1WEK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__1WEK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__1WEK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__1WEK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__1WEK=li__DWEK(((__li__BNWI *)li__0WEK));
  } break;
  case __li__XNWI__: {
    li__1WEK=li__IWEK(((__li__XNWI *)li__0WEK));
  } break;
  case __li__LOWI__: {
    li__1WEK=li__NWEK(((__li__LOWI *)li__0WEK));
  } break;
  case __li__5OWI__: {
    li__1WEK=li__SWEK(((__li__5OWI *)li__0WEK));
  } break;
  case __li__TPWI__: {
    li__1WEK=li__XWEK(((__li__TPWI *)li__0WEK));
  } break;
  case __li__HQWI__: {
    li__1WEK=li__2WEK(((__li__HQWI *)li__0WEK));
  } break;
  case __li__ARWI__: {
    li__1WEK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__1WEK=li__FXEK(((__li__URWI *)li__0WEK));
  } break;
  case __li__MSWI__: {
    li__1WEK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__1WEK=((__li__ETWI *)li__0WEK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__1WEK=((__li__MZWI *)li__0WEK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__1WEK=((__li__C0WI *)li__0WEK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__1WEK=((__li__M1WI *)li__0WEK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__1WEK=((__li__KMFK *)li__0WEK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__1WEK=li__T4NN(((__li__XOHL *)li__0WEK));
  } break;
  case __li__FPHL__: {
    li__1WEK=li__KA4L(((__li__FPHL *)li__0WEK));
  } break;
  case __li__APLM__: {
    li__1WEK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__1WEK=li__1ISO(((__li__DTNM *)li__0WEK));
  } break;
  case __li__JXNM__: {
    li__1WEK=li__VX3R(((__li__JXNM *)li__0WEK));
  } break;
  case __li__21LO__: {
    li__1WEK=((__li__21LO *)li__0WEK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__1WEK=((__li__TPOO *)li__0WEK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__1WEK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__1WEK=li__3FDQ(((__li__41XO *)li__0WEK));
  } break;
  case __li__AKBR__: {
    li__1WEK=li__WQDS(((__li__AKBR *)li__0WEK));
  } break;
  case __li__SU5R__: {
    li__1WEK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__1WEK=li__Y1IS();
  } break;
  };
  li__ZWEK=li__1WEK;
  return(li__ZWEK);
}

static __li__5RB* li__2WEK(__li__HQWI *li__3WEK)
/* (Strict EXPR_SHIFT_L{li__HQWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__5WEK;
  __li__5RB *li__AXEK,*li__4WEK;
  li__5WEK=li__3WEK->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5WEK)->__id) {
  case __li__WK__: {
    li__AXEK=((__li__WK *)li__5WEK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__AXEK=((__li__AVBD *)li__5WEK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__AXEK=((__li__KVBD *)li__5WEK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__AXEK=((__li__WVBD *)li__5WEK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__AXEK=li__JK5J(((__li__Z4WH *)li__5WEK));
  } break;
  case __li__KTVI__: {
    li__AXEK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__AXEK=li__553L();
  } break;
  case __li__XTVI__: {
    li__AXEK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__AXEK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__AXEK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__AXEK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__AXEK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__AXEK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__AXEK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__AXEK=li__DWEK(((__li__BNWI *)li__5WEK));
  } break;
  case __li__XNWI__: {
    li__AXEK=li__IWEK(((__li__XNWI *)li__5WEK));
  } break;
  case __li__LOWI__: {
    li__AXEK=li__NWEK(((__li__LOWI *)li__5WEK));
  } break;
  case __li__5OWI__: {
    li__AXEK=li__SWEK(((__li__5OWI *)li__5WEK));
  } break;
  case __li__TPWI__: {
    li__AXEK=li__XWEK(((__li__TPWI *)li__5WEK));
  } break;
  case __li__HQWI__: {
    li__AXEK=li__2WEK(((__li__HQWI *)li__5WEK));
  } break;
  case __li__ARWI__: {
    li__AXEK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__AXEK=li__FXEK(((__li__URWI *)li__5WEK));
  } break;
  case __li__MSWI__: {
    li__AXEK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__AXEK=((__li__ETWI *)li__5WEK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__AXEK=((__li__MZWI *)li__5WEK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__AXEK=((__li__C0WI *)li__5WEK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__AXEK=((__li__M1WI *)li__5WEK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__AXEK=((__li__KMFK *)li__5WEK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__AXEK=li__T4NN(((__li__XOHL *)li__5WEK));
  } break;
  case __li__FPHL__: {
    li__AXEK=li__KA4L(((__li__FPHL *)li__5WEK));
  } break;
  case __li__APLM__: {
    li__AXEK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__AXEK=li__1ISO(((__li__DTNM *)li__5WEK));
  } break;
  case __li__JXNM__: {
    li__AXEK=li__VX3R(((__li__JXNM *)li__5WEK));
  } break;
  case __li__21LO__: {
    li__AXEK=((__li__21LO *)li__5WEK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__AXEK=((__li__TPOO *)li__5WEK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__AXEK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__AXEK=li__3FDQ(((__li__41XO *)li__5WEK));
  } break;
  case __li__AKBR__: {
    li__AXEK=li__WQDS(((__li__AKBR *)li__5WEK));
  } break;
  case __li__SU5R__: {
    li__AXEK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__AXEK=li__Y1IS();
  } break;
  };
  li__4WEK=li__AXEK;
  return(li__4WEK);
}

static __li__5RB* li__FXEK(__li__URWI *li__GXEK)
/* (Strict ITEM{li__URWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__JXEK;
  __li__5RB *li__KXEK,*li__QUFV,*li__HXEK;
  __li__GSZ *li__NXEK;
  li__JXEK=li__GXEK->li__BSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JXEK)->__id) {
  case __li__WK__: {
    li__KXEK=((__li__WK *)li__JXEK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__KXEK=((__li__AVBD *)li__JXEK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__KXEK=((__li__KVBD *)li__JXEK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__KXEK=((__li__WVBD *)li__JXEK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__KXEK=li__JK5J(((__li__Z4WH *)li__JXEK));
  } break;
  case __li__KTVI__: {
    li__KXEK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__KXEK=li__553L();
  } break;
  case __li__XTVI__: {
    li__KXEK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__KXEK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__KXEK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__KXEK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__KXEK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__KXEK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__KXEK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__KXEK=li__DWEK(((__li__BNWI *)li__JXEK));
  } break;
  case __li__XNWI__: {
    li__KXEK=li__IWEK(((__li__XNWI *)li__JXEK));
  } break;
  case __li__LOWI__: {
    li__KXEK=li__NWEK(((__li__LOWI *)li__JXEK));
  } break;
  case __li__5OWI__: {
    li__KXEK=li__SWEK(((__li__5OWI *)li__JXEK));
  } break;
  case __li__TPWI__: {
    li__KXEK=li__XWEK(((__li__TPWI *)li__JXEK));
  } break;
  case __li__HQWI__: {
    li__KXEK=li__2WEK(((__li__HQWI *)li__JXEK));
  } break;
  case __li__ARWI__: {
    li__KXEK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__KXEK=li__FXEK(((__li__URWI *)li__JXEK));
  } break;
  case __li__MSWI__: {
    li__KXEK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__KXEK=((__li__ETWI *)li__JXEK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__KXEK=((__li__MZWI *)li__JXEK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__KXEK=((__li__C0WI *)li__JXEK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__KXEK=((__li__M1WI *)li__JXEK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__KXEK=((__li__KMFK *)li__JXEK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__KXEK=li__T4NN(((__li__XOHL *)li__JXEK));
  } break;
  case __li__FPHL__: {
    li__KXEK=li__KA4L(((__li__FPHL *)li__JXEK));
  } break;
  case __li__APLM__: {
    li__KXEK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__KXEK=li__1ISO(((__li__DTNM *)li__JXEK));
  } break;
  case __li__JXNM__: {
    li__KXEK=li__VX3R(((__li__JXNM *)li__JXEK));
  } break;
  case __li__21LO__: {
    li__KXEK=((__li__21LO *)li__JXEK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__KXEK=((__li__TPOO *)li__JXEK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__KXEK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__KXEK=li__3FDQ(((__li__41XO *)li__JXEK));
  } break;
  case __li__AKBR__: {
    li__KXEK=li__WQDS(((__li__AKBR *)li__JXEK));
  } break;
  case __li__SU5R__: {
    li__KXEK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__KXEK=li__Y1IS();
  } break;
  };
  li__JXEK=((__li__5RB *)li__KXEK)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__JXEK==NULL) {
    li__NXEK=NULL;
  } else {
    if (((struct ___OBJ *)li__JXEK)->__id==__li__GSZ__) {
      li__NXEK=((void *)li__JXEK);
    } else /* Other types */ {
      li__NXEK=NULL;
    }
  };
  li__QUFV=((void **)(*(((__li__3PZ *)li__NXEK->li__GGQB))).li__WNFC)[ 0];
  li__HXEK=li__QUFV;
  return(li__HXEK);
}

static __li__5RB* li__RXEK()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__UXEK;
  __li__5RB *li__VXEK,*li__TXEK;
  li__UXEK=li__1SB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__UXEK)->__id) {
  case __li__IF__: {
    li__VXEK=((__li__IF *)li__UXEK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__VXEK=((__li__ORB *)li__UXEK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__VXEK=((__li__QRB *)li__UXEK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__VXEK=((__li__SRB *)li__UXEK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__VXEK=((__li__URB *)li__UXEK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__VXEK=((__li__GSZ *)li__UXEK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__VXEK=((__li__1RRF *)li__UXEK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__VXEK=((__li__UJSH *)li__UXEK)->li__WJSH.li__J0C;
  } break;
  };
  li__TXEK=li__VXEK;
  return(li__TXEK);
}

static __li__5RB* li__T4NN(__li__XOHL *li__U4NN)
/* (Strict EXPR_NEG{li__XOHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__W4NN;
  __li__5RB *li__X4NN,*li__V4NN;
  li__W4NN=li__U4NN->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__W4NN)->__id) {
  case __li__WK__: {
    li__X4NN=((__li__WK *)li__W4NN)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__X4NN=((__li__AVBD *)li__W4NN)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__X4NN=((__li__KVBD *)li__W4NN)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__X4NN=((__li__WVBD *)li__W4NN)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__X4NN=li__JK5J(((__li__Z4WH *)li__W4NN));
  } break;
  case __li__KTVI__: {
    li__X4NN=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__X4NN=li__553L();
  } break;
  case __li__XTVI__: {
    li__X4NN=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__X4NN=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__X4NN=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__X4NN=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__X4NN=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__X4NN=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__X4NN=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__X4NN=li__DWEK(((__li__BNWI *)li__W4NN));
  } break;
  case __li__XNWI__: {
    li__X4NN=li__IWEK(((__li__XNWI *)li__W4NN));
  } break;
  case __li__LOWI__: {
    li__X4NN=li__NWEK(((__li__LOWI *)li__W4NN));
  } break;
  case __li__5OWI__: {
    li__X4NN=li__SWEK(((__li__5OWI *)li__W4NN));
  } break;
  case __li__TPWI__: {
    li__X4NN=li__XWEK(((__li__TPWI *)li__W4NN));
  } break;
  case __li__HQWI__: {
    li__X4NN=li__2WEK(((__li__HQWI *)li__W4NN));
  } break;
  case __li__ARWI__: {
    li__X4NN=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__X4NN=li__FXEK(((__li__URWI *)li__W4NN));
  } break;
  case __li__MSWI__: {
    li__X4NN=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__X4NN=((__li__ETWI *)li__W4NN)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__X4NN=((__li__MZWI *)li__W4NN)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__X4NN=((__li__C0WI *)li__W4NN)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__X4NN=((__li__M1WI *)li__W4NN)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__X4NN=((__li__KMFK *)li__W4NN)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__X4NN=li__T4NN(((__li__XOHL *)li__W4NN));
  } break;
  case __li__FPHL__: {
    li__X4NN=li__KA4L(((__li__FPHL *)li__W4NN));
  } break;
  case __li__APLM__: {
    li__X4NN=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__X4NN=li__1ISO(((__li__DTNM *)li__W4NN));
  } break;
  case __li__JXNM__: {
    li__X4NN=li__VX3R(((__li__JXNM *)li__W4NN));
  } break;
  case __li__21LO__: {
    li__X4NN=((__li__21LO *)li__W4NN)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__X4NN=((__li__TPOO *)li__W4NN)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__X4NN=li__FH4R();
  } break;
  case __li__41XO__: {
    li__X4NN=li__3FDQ(((__li__41XO *)li__W4NN));
  } break;
  case __li__AKBR__: {
    li__X4NN=li__WQDS(((__li__AKBR *)li__W4NN));
  } break;
  case __li__SU5R__: {
    li__X4NN=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__X4NN=li__Y1IS();
  } break;
  };
  li__V4NN=li__X4NN;
  return(li__V4NN);
}

static __li__5RB* li__KA4L(__li__FPHL *li__LA4L)
/* (Strict EXPR_ADD{li__FPHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__NA4L;
  __li__5RB *li__OA4L,*li__MA4L;
  li__NA4L=li__LA4L->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NA4L)->__id) {
  case __li__WK__: {
    li__OA4L=((__li__WK *)li__NA4L)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__OA4L=((__li__AVBD *)li__NA4L)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__OA4L=((__li__KVBD *)li__NA4L)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__OA4L=((__li__WVBD *)li__NA4L)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__OA4L=li__JK5J(((__li__Z4WH *)li__NA4L));
  } break;
  case __li__KTVI__: {
    li__OA4L=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__OA4L=li__553L();
  } break;
  case __li__XTVI__: {
    li__OA4L=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__OA4L=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__OA4L=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__OA4L=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__OA4L=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__OA4L=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__OA4L=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__OA4L=li__DWEK(((__li__BNWI *)li__NA4L));
  } break;
  case __li__XNWI__: {
    li__OA4L=li__IWEK(((__li__XNWI *)li__NA4L));
  } break;
  case __li__LOWI__: {
    li__OA4L=li__NWEK(((__li__LOWI *)li__NA4L));
  } break;
  case __li__5OWI__: {
    li__OA4L=li__SWEK(((__li__5OWI *)li__NA4L));
  } break;
  case __li__TPWI__: {
    li__OA4L=li__XWEK(((__li__TPWI *)li__NA4L));
  } break;
  case __li__HQWI__: {
    li__OA4L=li__2WEK(((__li__HQWI *)li__NA4L));
  } break;
  case __li__ARWI__: {
    li__OA4L=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__OA4L=li__FXEK(((__li__URWI *)li__NA4L));
  } break;
  case __li__MSWI__: {
    li__OA4L=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__OA4L=((__li__ETWI *)li__NA4L)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__OA4L=((__li__MZWI *)li__NA4L)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__OA4L=((__li__C0WI *)li__NA4L)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__OA4L=((__li__M1WI *)li__NA4L)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__OA4L=((__li__KMFK *)li__NA4L)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__OA4L=li__T4NN(((__li__XOHL *)li__NA4L));
  } break;
  case __li__FPHL__: {
    li__OA4L=li__KA4L(((__li__FPHL *)li__NA4L));
  } break;
  case __li__APLM__: {
    li__OA4L=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__OA4L=li__1ISO(((__li__DTNM *)li__NA4L));
  } break;
  case __li__JXNM__: {
    li__OA4L=li__VX3R(((__li__JXNM *)li__NA4L));
  } break;
  case __li__21LO__: {
    li__OA4L=((__li__21LO *)li__NA4L)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__OA4L=((__li__TPOO *)li__NA4L)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__OA4L=li__FH4R();
  } break;
  case __li__41XO__: {
    li__OA4L=li__3FDQ(((__li__41XO *)li__NA4L));
  } break;
  case __li__AKBR__: {
    li__OA4L=li__WQDS(((__li__AKBR *)li__NA4L));
  } break;
  case __li__SU5R__: {
    li__OA4L=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__OA4L=li__Y1IS();
  } break;
  };
  li__MA4L=li__OA4L;
  return(li__MA4L);
}

static __li__5RB* li__YFDQ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__1FDQ;
  __li__5RB *li__2FDQ,*li__0FDQ;
  li__1FDQ=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1FDQ)->__id) {
  case __li__IF__: {
    li__2FDQ=((__li__IF *)li__1FDQ)->li__J0C;
  } break;
  case __li__ORB__: {
    li__2FDQ=((__li__ORB *)li__1FDQ)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__2FDQ=((__li__QRB *)li__1FDQ)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__2FDQ=((__li__SRB *)li__1FDQ)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__2FDQ=((__li__URB *)li__1FDQ)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__2FDQ=((__li__GSZ *)li__1FDQ)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__2FDQ=((__li__1RRF *)li__1FDQ)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__2FDQ=((__li__UJSH *)li__1FDQ)->li__WJSH.li__J0C;
  } break;
  };
  li__0FDQ=li__2FDQ;
  return(li__0FDQ);
}

static __li__5RB* li__1ISO(__li__DTNM *li__2ISO)
/* (Strict EXPR_NOT{li__DTNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__4ISO;
  __li__5RB *li__5ISO,*li__3ISO;
  li__4ISO=li__2ISO->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4ISO)->__id) {
  case __li__WK__: {
    li__5ISO=((__li__WK *)li__4ISO)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__5ISO=((__li__AVBD *)li__4ISO)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__5ISO=((__li__KVBD *)li__4ISO)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__5ISO=((__li__WVBD *)li__4ISO)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__5ISO=li__JK5J(((__li__Z4WH *)li__4ISO));
  } break;
  case __li__KTVI__: {
    li__5ISO=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__5ISO=li__553L();
  } break;
  case __li__XTVI__: {
    li__5ISO=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__5ISO=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__5ISO=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__5ISO=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__5ISO=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__5ISO=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__5ISO=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__5ISO=li__DWEK(((__li__BNWI *)li__4ISO));
  } break;
  case __li__XNWI__: {
    li__5ISO=li__IWEK(((__li__XNWI *)li__4ISO));
  } break;
  case __li__LOWI__: {
    li__5ISO=li__NWEK(((__li__LOWI *)li__4ISO));
  } break;
  case __li__5OWI__: {
    li__5ISO=li__SWEK(((__li__5OWI *)li__4ISO));
  } break;
  case __li__TPWI__: {
    li__5ISO=li__XWEK(((__li__TPWI *)li__4ISO));
  } break;
  case __li__HQWI__: {
    li__5ISO=li__2WEK(((__li__HQWI *)li__4ISO));
  } break;
  case __li__ARWI__: {
    li__5ISO=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__5ISO=li__FXEK(((__li__URWI *)li__4ISO));
  } break;
  case __li__MSWI__: {
    li__5ISO=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__5ISO=((__li__ETWI *)li__4ISO)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__5ISO=((__li__MZWI *)li__4ISO)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__5ISO=((__li__C0WI *)li__4ISO)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__5ISO=((__li__M1WI *)li__4ISO)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__5ISO=((__li__KMFK *)li__4ISO)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__5ISO=li__T4NN(((__li__XOHL *)li__4ISO));
  } break;
  case __li__FPHL__: {
    li__5ISO=li__KA4L(((__li__FPHL *)li__4ISO));
  } break;
  case __li__APLM__: {
    li__5ISO=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__5ISO=li__1ISO(((__li__DTNM *)li__4ISO));
  } break;
  case __li__JXNM__: {
    li__5ISO=li__VX3R(((__li__JXNM *)li__4ISO));
  } break;
  case __li__21LO__: {
    li__5ISO=((__li__21LO *)li__4ISO)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__5ISO=((__li__TPOO *)li__4ISO)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__5ISO=li__FH4R();
  } break;
  case __li__41XO__: {
    li__5ISO=li__3FDQ(((__li__41XO *)li__4ISO));
  } break;
  case __li__AKBR__: {
    li__5ISO=li__WQDS(((__li__AKBR *)li__4ISO));
  } break;
  case __li__SU5R__: {
    li__5ISO=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__5ISO=li__Y1IS();
  } break;
  };
  li__3ISO=li__5ISO;
  return(li__3ISO);
}

static __li__5RB* li__VX3R(__li__JXNM *li__WX3R)
/* (Strict EXPR_MOD{li__JXNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__YX3R;
  __li__5RB *li__ZX3R,*li__XX3R;
  li__YX3R=li__WX3R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YX3R)->__id) {
  case __li__WK__: {
    li__ZX3R=((__li__WK *)li__YX3R)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__ZX3R=((__li__AVBD *)li__YX3R)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__ZX3R=((__li__KVBD *)li__YX3R)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__ZX3R=((__li__WVBD *)li__YX3R)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__ZX3R=li__JK5J(((__li__Z4WH *)li__YX3R));
  } break;
  case __li__KTVI__: {
    li__ZX3R=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__ZX3R=li__553L();
  } break;
  case __li__XTVI__: {
    li__ZX3R=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__ZX3R=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__ZX3R=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__ZX3R=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__ZX3R=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__ZX3R=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__ZX3R=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__ZX3R=li__DWEK(((__li__BNWI *)li__YX3R));
  } break;
  case __li__XNWI__: {
    li__ZX3R=li__IWEK(((__li__XNWI *)li__YX3R));
  } break;
  case __li__LOWI__: {
    li__ZX3R=li__NWEK(((__li__LOWI *)li__YX3R));
  } break;
  case __li__5OWI__: {
    li__ZX3R=li__SWEK(((__li__5OWI *)li__YX3R));
  } break;
  case __li__TPWI__: {
    li__ZX3R=li__XWEK(((__li__TPWI *)li__YX3R));
  } break;
  case __li__HQWI__: {
    li__ZX3R=li__2WEK(((__li__HQWI *)li__YX3R));
  } break;
  case __li__ARWI__: {
    li__ZX3R=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__ZX3R=li__FXEK(((__li__URWI *)li__YX3R));
  } break;
  case __li__MSWI__: {
    li__ZX3R=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__ZX3R=((__li__ETWI *)li__YX3R)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__ZX3R=((__li__MZWI *)li__YX3R)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__ZX3R=((__li__C0WI *)li__YX3R)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__ZX3R=((__li__M1WI *)li__YX3R)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__ZX3R=((__li__KMFK *)li__YX3R)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__ZX3R=li__T4NN(((__li__XOHL *)li__YX3R));
  } break;
  case __li__FPHL__: {
    li__ZX3R=li__KA4L(((__li__FPHL *)li__YX3R));
  } break;
  case __li__APLM__: {
    li__ZX3R=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__ZX3R=li__1ISO(((__li__DTNM *)li__YX3R));
  } break;
  case __li__JXNM__: {
    li__ZX3R=li__VX3R(((__li__JXNM *)li__YX3R));
  } break;
  case __li__21LO__: {
    li__ZX3R=((__li__21LO *)li__YX3R)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__ZX3R=((__li__TPOO *)li__YX3R)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__ZX3R=li__FH4R();
  } break;
  case __li__41XO__: {
    li__ZX3R=li__3FDQ(((__li__41XO *)li__YX3R));
  } break;
  case __li__AKBR__: {
    li__ZX3R=li__WQDS(((__li__AKBR *)li__YX3R));
  } break;
  case __li__SU5R__: {
    li__ZX3R=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__ZX3R=li__Y1IS();
  } break;
  };
  li__XX3R=li__ZX3R;
  return(li__XX3R);
}

static __li__5RB* li__FH4R()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__IH4R;
  __li__5RB *li__JH4R,*li__HH4R;
  li__IH4R=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IH4R)->__id) {
  case __li__IF__: {
    li__JH4R=((__li__IF *)li__IH4R)->li__J0C;
  } break;
  case __li__ORB__: {
    li__JH4R=((__li__ORB *)li__IH4R)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__JH4R=((__li__QRB *)li__IH4R)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__JH4R=((__li__SRB *)li__IH4R)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__JH4R=((__li__URB *)li__IH4R)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__JH4R=((__li__GSZ *)li__IH4R)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__JH4R=((__li__1RRF *)li__IH4R)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__JH4R=((__li__UJSH *)li__IH4R)->li__WJSH.li__J0C;
  } break;
  };
  li__HH4R=li__JH4R;
  return(li__HH4R);
}

static __li__5RB* li__3FDQ(__li__41XO *li__4FDQ)
/* (Strict EXPR_OR{li__41XO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__AGDQ;
  __li__5RB *li__BGDQ,*li__5FDQ;
  li__AGDQ=li__4FDQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AGDQ)->__id) {
  case __li__WK__: {
    li__BGDQ=((__li__WK *)li__AGDQ)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__BGDQ=((__li__AVBD *)li__AGDQ)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__BGDQ=((__li__KVBD *)li__AGDQ)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__BGDQ=((__li__WVBD *)li__AGDQ)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__BGDQ=li__JK5J(((__li__Z4WH *)li__AGDQ));
  } break;
  case __li__KTVI__: {
    li__BGDQ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__BGDQ=li__553L();
  } break;
  case __li__XTVI__: {
    li__BGDQ=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__BGDQ=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__BGDQ=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__BGDQ=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__BGDQ=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__BGDQ=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__BGDQ=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__BGDQ=li__DWEK(((__li__BNWI *)li__AGDQ));
  } break;
  case __li__XNWI__: {
    li__BGDQ=li__IWEK(((__li__XNWI *)li__AGDQ));
  } break;
  case __li__LOWI__: {
    li__BGDQ=li__NWEK(((__li__LOWI *)li__AGDQ));
  } break;
  case __li__5OWI__: {
    li__BGDQ=li__SWEK(((__li__5OWI *)li__AGDQ));
  } break;
  case __li__TPWI__: {
    li__BGDQ=li__XWEK(((__li__TPWI *)li__AGDQ));
  } break;
  case __li__HQWI__: {
    li__BGDQ=li__2WEK(((__li__HQWI *)li__AGDQ));
  } break;
  case __li__ARWI__: {
    li__BGDQ=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__BGDQ=li__FXEK(((__li__URWI *)li__AGDQ));
  } break;
  case __li__MSWI__: {
    li__BGDQ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__BGDQ=((__li__ETWI *)li__AGDQ)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__BGDQ=((__li__MZWI *)li__AGDQ)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__BGDQ=((__li__C0WI *)li__AGDQ)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__BGDQ=((__li__M1WI *)li__AGDQ)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__BGDQ=((__li__KMFK *)li__AGDQ)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__BGDQ=li__T4NN(((__li__XOHL *)li__AGDQ));
  } break;
  case __li__FPHL__: {
    li__BGDQ=li__KA4L(((__li__FPHL *)li__AGDQ));
  } break;
  case __li__APLM__: {
    li__BGDQ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__BGDQ=li__1ISO(((__li__DTNM *)li__AGDQ));
  } break;
  case __li__JXNM__: {
    li__BGDQ=li__VX3R(((__li__JXNM *)li__AGDQ));
  } break;
  case __li__21LO__: {
    li__BGDQ=((__li__21LO *)li__AGDQ)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__BGDQ=((__li__TPOO *)li__AGDQ)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__BGDQ=li__FH4R();
  } break;
  case __li__41XO__: {
    li__BGDQ=li__3FDQ(((__li__41XO *)li__AGDQ));
  } break;
  case __li__AKBR__: {
    li__BGDQ=li__WQDS(((__li__AKBR *)li__AGDQ));
  } break;
  case __li__SU5R__: {
    li__BGDQ=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__BGDQ=li__Y1IS();
  } break;
  };
  li__5FDQ=li__BGDQ;
  return(li__5FDQ);
}

static __li__5RB* li__WQDS(__li__AKBR *li__XQDS)
/* (Strict EXPR_XOR{li__AKBR}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZQDS;
  __li__5RB *li__0QDS,*li__YQDS;
  li__ZQDS=li__XQDS->li__BKBR.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZQDS)->__id) {
  case __li__WK__: {
    li__0QDS=((__li__WK *)li__ZQDS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__0QDS=((__li__AVBD *)li__ZQDS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__0QDS=((__li__KVBD *)li__ZQDS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__0QDS=((__li__WVBD *)li__ZQDS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__0QDS=li__JK5J(((__li__Z4WH *)li__ZQDS));
  } break;
  case __li__KTVI__: {
    li__0QDS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__0QDS=li__553L();
  } break;
  case __li__XTVI__: {
    li__0QDS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__0QDS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__0QDS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__0QDS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__0QDS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__0QDS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__0QDS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__0QDS=li__DWEK(((__li__BNWI *)li__ZQDS));
  } break;
  case __li__XNWI__: {
    li__0QDS=li__IWEK(((__li__XNWI *)li__ZQDS));
  } break;
  case __li__LOWI__: {
    li__0QDS=li__NWEK(((__li__LOWI *)li__ZQDS));
  } break;
  case __li__5OWI__: {
    li__0QDS=li__SWEK(((__li__5OWI *)li__ZQDS));
  } break;
  case __li__TPWI__: {
    li__0QDS=li__XWEK(((__li__TPWI *)li__ZQDS));
  } break;
  case __li__HQWI__: {
    li__0QDS=li__2WEK(((__li__HQWI *)li__ZQDS));
  } break;
  case __li__ARWI__: {
    li__0QDS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__0QDS=li__FXEK(((__li__URWI *)li__ZQDS));
  } break;
  case __li__MSWI__: {
    li__0QDS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__0QDS=((__li__ETWI *)li__ZQDS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__0QDS=((__li__MZWI *)li__ZQDS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__0QDS=((__li__C0WI *)li__ZQDS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__0QDS=((__li__M1WI *)li__ZQDS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__0QDS=((__li__KMFK *)li__ZQDS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__0QDS=li__T4NN(((__li__XOHL *)li__ZQDS));
  } break;
  case __li__FPHL__: {
    li__0QDS=li__KA4L(((__li__FPHL *)li__ZQDS));
  } break;
  case __li__APLM__: {
    li__0QDS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__0QDS=li__1ISO(((__li__DTNM *)li__ZQDS));
  } break;
  case __li__JXNM__: {
    li__0QDS=li__VX3R(((__li__JXNM *)li__ZQDS));
  } break;
  case __li__21LO__: {
    li__0QDS=((__li__21LO *)li__ZQDS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__0QDS=((__li__TPOO *)li__ZQDS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__0QDS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__0QDS=li__3FDQ(((__li__41XO *)li__ZQDS));
  } break;
  case __li__AKBR__: {
    li__0QDS=li__WQDS(((__li__AKBR *)li__ZQDS));
  } break;
  case __li__SU5R__: {
    li__0QDS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__0QDS=li__Y1IS();
  } break;
  };
  li__YQDS=li__0QDS;
  return(li__YQDS);
}

static __li__5RB* li__T1IS()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__W1IS;
  __li__5RB *li__X1IS,*li__V1IS;
  li__W1IS=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__W1IS)->__id) {
  case __li__IF__: {
    li__X1IS=((__li__IF *)li__W1IS)->li__J0C;
  } break;
  case __li__ORB__: {
    li__X1IS=((__li__ORB *)li__W1IS)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__X1IS=((__li__QRB *)li__W1IS)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__X1IS=((__li__SRB *)li__W1IS)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__X1IS=((__li__URB *)li__W1IS)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__X1IS=((__li__GSZ *)li__W1IS)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__X1IS=((__li__1RRF *)li__W1IS)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__X1IS=((__li__UJSH *)li__W1IS)->li__WJSH.li__J0C;
  } break;
  };
  li__V1IS=li__X1IS;
  return(li__V1IS);
}

static __li__5RB* li__Y1IS()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__11IS;
  __li__5RB *li__21IS,*li__01IS;
  li__11IS=li__TSB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__11IS)->__id) {
  case __li__IF__: {
    li__21IS=((__li__IF *)li__11IS)->li__J0C;
  } break;
  case __li__ORB__: {
    li__21IS=((__li__ORB *)li__11IS)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__21IS=((__li__QRB *)li__11IS)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__21IS=((__li__SRB *)li__11IS)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__21IS=((__li__URB *)li__11IS)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__21IS=((__li__GSZ *)li__11IS)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__21IS=((__li__1RRF *)li__11IS)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__21IS=((__li__UJSH *)li__11IS)->li__WJSH.li__J0C;
  } break;
  };
  li__01IS=li__21IS;
  return(li__01IS);
}

static __li__KI* li__3NEO(__li__RDID *li__4NEO,void *li__5NEO,void *li__AOEO)
/* (Strict DTA_RD{li__RDID},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__EOEO,li__UUMV;
  __li__KI *li__GOEO,*li__SVFV,*li__COEO;
  void *li__5PLO;
  void *li__AQLO,*li__IQLO;
  __li__U *li__BQLO;
  void *li__OSMO,*li__ILWO;
  void *li__JQLO;
  __li__WK *li__SUFV;
  __li__KVBD *li__TUMV,*li__XUMV;
  __li__5RB *li__VUMV,*li__YUMV;
  __li__WVBD *li__UUFV,*li__VUFV;
  __li__KLWI *li__XUFV;
  __li__KMFK *li__ZUFV;
  __li__ULWI *li__2UFV,*li__3UFV;
  __li__MSWI *li__5UFV,*li__AVFV;
  __li__MZWI *li__CVFV,*li__DVFV;
  __li__C0WI *li__FVFV,*li__GVFV;
  __li__M1WI *li__IVFV,*li__JVFV;
  __li__2PLO *li__LVFV,*li__MVFV;
  __li__ODID *li__SFOO,*li__J0NU;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AOEO)->__id) {
  case __li__WK__: {
    li__EOEO=((__li__WK *)li__AOEO)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__EOEO=((__li__AVBD *)li__AOEO)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__EOEO=((__li__KVBD *)li__AOEO)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__EOEO=((__li__WVBD *)li__AOEO)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__EOEO=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__EOEO=((__li__KTVI *)li__AOEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__EOEO=((__li__LTVI *)li__AOEO)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__EOEO=((__li__XTVI *)li__AOEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__EOEO=((__li__YTVI *)li__AOEO)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__EOEO=((__li__S2VI *)li__AOEO)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__EOEO=((__li__E3VI *)li__AOEO)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__EOEO=((__li__KLWI *)li__AOEO)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__EOEO=((__li__ULWI *)li__AOEO)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__EOEO=((__li__NMWI *)li__AOEO)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__EOEO=((__li__BNWI *)li__AOEO)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__EOEO=((__li__XNWI *)li__AOEO)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__EOEO=((__li__LOWI *)li__AOEO)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__EOEO=((__li__5OWI *)li__AOEO)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__EOEO=((__li__TPWI *)li__AOEO)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__EOEO=((__li__HQWI *)li__AOEO)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__EOEO=((__li__ARWI *)li__AOEO)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__EOEO=((__li__URWI *)li__AOEO)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__EOEO=((__li__MSWI *)li__AOEO)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__EOEO=((__li__ETWI *)li__AOEO)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__EOEO=((__li__MZWI *)li__AOEO)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__EOEO=((__li__C0WI *)li__AOEO)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__EOEO=((__li__M1WI *)li__AOEO)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__EOEO=((__li__KMFK *)li__AOEO)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__EOEO=((__li__XOHL *)li__AOEO)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__EOEO=((__li__FPHL *)li__AOEO)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__EOEO=((__li__APLM *)li__AOEO)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__EOEO=((__li__DTNM *)li__AOEO)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__EOEO=((__li__JXNM *)li__AOEO)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__EOEO=((__li__21LO *)li__AOEO)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__EOEO=((__li__TPOO *)li__AOEO)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__EOEO=((__li__URRO *)li__AOEO)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__EOEO=((__li__41XO *)li__AOEO)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__EOEO=((__li__AKBR *)li__AOEO)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__EOEO=((__li__SU5R *)li__AOEO)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__EOEO=((__li__JV5R *)li__AOEO)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  li__GOEO=li__R4HD(li__EOEO);
  /* __li__B__ __li__I__ */
if (((void *)li__5NEO == (void *)li__ORB__)) {
    li__NOLO(li__4NEO->li__UDID.li__TDID.li__0CC,li__GOEO,li__4NEO->li__UDID.li__BPME);
  } else /* FALSE */ {
    li__5PLO=NULL;
    li__AQLO=li__4NEO->li__UDID.li__VOME;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__AQLO)->__id==__li__DZB__) {
      li__BQLO=((__li__DZB *)li__AQLO)->li__GZB.li__FZB.li__R2B;
    } else /* SLOT_CODE */ {
      li__OSMO=((__li__QWEC *)li__AQLO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OSMO)->__id==__li__IZB__) {
        li__BQLO=((__li__IZB *)li__OSMO)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__BQLO=((__li__4HAD *)li__OSMO)->li__5HAD.li__JZB.li__R2B;
      };
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5NEO)->__id) {
    case __li__IF__: {
      li__OSMO=li__IJDG(((__li__IF *)li__5NEO),li__BQLO);
    } break;
    case __li__ORB__: {
      li__OSMO=NULL;
    } break;
    case __li__QRB__: {
      li__OSMO=li__5LDG(((__li__QRB *)((__li__IF *)li__5NEO)),li__BQLO);
    } break;
    case __li__SRB__: {
      li__OSMO=li__JODG(((__li__SRB *)((__li__IF *)li__5NEO)),li__BQLO);
    } break;
    case __li__URB__: {
      li__OSMO=li__TQDG(((__li__URB *)((__li__IF *)li__5NEO)),li__BQLO);
    } break;
    case __li__GSZ__: {
      li__OSMO=li__3SDG(((__li__GSZ *)((__li__IF *)li__5NEO)),li__BQLO);
    } break;
    case __li__1RRF__: {
      li__OSMO=li__NY4I(li__BQLO);
    } break;
    case __li__UJSH__: {
      li__OSMO=li__YQMN(li__BQLO);
    } break;
    };
    li__AQLO=li__OSMO;
    /* __li__B__ __li__I__ */
if (((void *)li__OSMO == (void *)NULL)) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5NEO)->__id) {
      case __li__IF__: {
        li__IQLO=li__FZNO(((__li__IF *)li__5NEO),li__BQLO);
      } break;
      case __li__ORB__: {
        li__IQLO=NULL;
      } break;
      case __li__QRB__: {
        li__IQLO=li__N1NO(((__li__QRB *)((__li__IF *)li__5NEO)),li__BQLO);
      } break;
      case __li__SRB__: {
        li__IQLO=li__R3NO(((__li__SRB *)((__li__IF *)li__5NEO)),li__BQLO);
      } break;
      case __li__URB__: {
        li__IQLO=li__V5NO(((__li__URB *)((__li__IF *)li__5NEO)),li__BQLO);
      } break;
      case __li__GSZ__: {
        li__IQLO=li__ZBOO(((__li__GSZ *)((__li__IF *)li__5NEO)),li__BQLO);
      } break;
      case __li__1RRF__: {
        li__IQLO=li__3DOO(li__BQLO);
      } break;
      case __li__UJSH__: {
        li__IQLO=li__EEOO(li__BQLO);
      } break;
      };
      li__AQLO=li__IQLO;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IQLO)->__id==__li__DZB__) {
        li__ILWO=((__li__DZB *)li__IQLO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ILWO)->__id==__li__IZB__) {
          li__JQLO=((__li__IZB *)li__ILWO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__JQLO=((__li__4HAD *)li__ILWO)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__ILWO=((__li__QWEC *)li__IQLO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ILWO)->__id==__li__IZB__) {
          li__JQLO=((__li__IZB *)li__ILWO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__JQLO=((__li__4HAD *)li__ILWO)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__JQLO)->__id) {
      case __li__WRB__: {
        li__ILWO=li__SLWO(((__li__WRB *)li__JQLO),li__5NEO);
      } break;
      case __li__XRB__: {
        li__ILWO=li__3LWO(((__li__XRB *)((__li__WRB *)li__JQLO)),li__5NEO);
      } break;
      case __li__KUB__: {
        li__ILWO=li__KMWO(((__li__KUB *)((__li__WRB *)li__JQLO)),li__5NEO);
      } break;
      case __li__VB1__: {
        li__ILWO=li__WMWO(((__li__VB1 *)((__li__WRB *)li__JQLO)),li__5NEO);
      } break;
      case __li__UL2B__: {
        li__ILWO=li__BNWO(((__li__UL2B *)((__li__WRB *)li__JQLO)),li__5NEO);
      } break;
      case __li__4O2B__: {
        li__ILWO=li__ZNWO(((__li__4O2B *)((__li__WRB *)li__JQLO)),li__5NEO);
      } break;
      };
      li__5PLO=li__ILWO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AOEO)->__id) {
      case __li__WK__: {
        li__SUFV=li__PVEJ(((__li__WK *)li__AOEO));
        li__ILWO=li__SUFV;
      } break;
      case __li__AVBD__: {
        li__ILWO=li__AE5L(((__li__AVBD *)li__AOEO));
      } break;
      case __li__KVBD__: {
        li__TUMV=((__li__KVBD *)li__AOEO);
        li__UUMV=li__TUMV->li__LVBD.li__0K.li__0CC;
        li__VUMV=li__TUMV->li__LVBD.li__WZLE;
        li__TUMV=li__5QND();
        li__XUMV=((__li__KVBD *)li__TUMV);
        li__XUMV->li__LVBD.li__0K.li__0CC=li__UUMV;
        li__YUMV=li__NNSE(((__li__5RB *)li__VUMV));
        li__XUMV->li__LVBD.li__WZLE=li__YUMV;
        li__ILWO=li__TUMV;
      } break;
      case __li__WVBD__: {
        li__UUFV=((__li__WVBD *)li__AOEO);
        li__VUFV=li__VEID(li__UUFV->li__XVBD.li__0K.li__0CC,li__UUFV->li__2ZLE,li__UUFV->li__XVBD.li__WZLE);
        li__ILWO=li__VUFV;
      } break;
      case __li__Z4WH__: {
        li__ILWO=li__XEVK(((__li__Z4WH *)li__AOEO));
      } break;
      case __li__KTVI__: {
        li__ILWO=li__XF5L(((__li__KTVI *)li__AOEO));
      } break;
      case __li__LTVI__: {
        li__ILWO=li__SDGM(((__li__LTVI *)li__AOEO));
      } break;
      case __li__XTVI__: {
        li__ILWO=li__DG5L(((__li__XTVI *)li__AOEO));
      } break;
      case __li__YTVI__: {
        li__ILWO=li__4DGM(((__li__YTVI *)li__AOEO));
      } break;
      case __li__S2VI__: {
        li__ILWO=li__OG5L(((__li__S2VI *)li__AOEO));
      } break;
      case __li__E3VI__: {
        li__ILWO=li__ZG5L(((__li__E3VI *)li__AOEO));
      } break;
      case __li__KLWI__: {
        li__XUFV=((__li__KLWI *)li__AOEO);
        li__UUMV=li__XUFV->li__LLWI.li__0CC;
        li__ZUFV=li__G3CM(((__li__KMFK *)li__XUFV->li__ZPBK));
        li__XUFV=li__PNSJ(li__UUMV,li__ZUFV);
        li__ILWO=li__XUFV;
      } break;
      case __li__ULWI__: {
        li__2UFV=((__li__ULWI *)li__AOEO);
        li__3UFV=li__AOSJ(li__2UFV->li__VLWI.li__0CC,li__2UFV->li__4PBK);
        li__ILWO=li__3UFV;
      } break;
      case __li__NMWI__: {
        li__ILWO=li__SH5L(((__li__NMWI *)li__AOEO));
      } break;
      case __li__BNWI__: {
        li__ILWO=li__3H5L(((__li__BNWI *)li__AOEO));
      } break;
      case __li__XNWI__: {
        li__ILWO=li__II5L(((__li__XNWI *)li__AOEO));
      } break;
      case __li__LOWI__: {
        li__ILWO=li__TI5L(((__li__LOWI *)li__AOEO));
      } break;
      case __li__5OWI__: {
        li__ILWO=li__4I5L(((__li__5OWI *)li__AOEO));
      } break;
      case __li__TPWI__: {
        li__ILWO=li__JJ5L(((__li__TPWI *)li__AOEO));
      } break;
      case __li__HQWI__: {
        li__ILWO=li__UJ5L(((__li__HQWI *)li__AOEO));
      } break;
      case __li__ARWI__: {
        li__ILWO=li__5J5L(((__li__ARWI *)li__AOEO));
      } break;
      case __li__URWI__: {
        li__ILWO=li__NK5L(((__li__URWI *)li__AOEO));
      } break;
      case __li__MSWI__: {
        li__5UFV=((__li__MSWI *)li__AOEO);
        li__AVFV=li__YXSJ(li__5UFV->li__NSWI.li__0CC,li__5UFV->li__ISBK);
        li__ILWO=li__AVFV;
      } break;
      case __li__ETWI__: {
        li__ILWO=li__4K5L(((__li__ETWI *)li__AOEO));
      } break;
      case __li__MZWI__: {
        li__CVFV=((__li__MZWI *)li__AOEO);
        li__DVFV=li__4U4I(li__CVFV->li__NZWI.li__0K.li__0CC,li__CVFV->li__3SBK,li__CVFV->li__NZWI.li__WZLE);
        li__ILWO=li__DVFV;
      } break;
      case __li__C0WI__: {
        li__FVFV=((__li__C0WI *)li__AOEO);
        li__GVFV=li__ZV4I(li__FVFV->li__D0WI.li__0K.li__0CC,li__FVFV->li__CTBK);
        li__ILWO=li__GVFV;
      } break;
      case __li__M1WI__: {
        li__IVFV=((__li__M1WI *)li__AOEO);
        li__JVFV=li__1Z4I(li__IVFV->li__N1WI.li__0K.li__0CC,li__IVFV->li__UTFK);
        li__ILWO=li__JVFV;
      } break;
      case __li__KMFK__: {
        li__ILWO=li__G3CM(((__li__KMFK *)li__AOEO));
      } break;
      case __li__XOHL__: {
        li__ILWO=li__AAPN(((__li__XOHL *)li__AOEO));
      } break;
      case __li__FPHL__: {
        li__ILWO=li__2EGM(((__li__FPHL *)li__AOEO));
      } break;
      case __li__APLM__: {
        li__ILWO=li__XRDQ(((__li__APLM *)li__AOEO));
      } break;
      case __li__DTNM__: {
        li__ILWO=li__D5SO(((__li__DTNM *)li__AOEO));
      } break;
      case __li__JXNM__: {
        li__ILWO=li__153R(((__li__JXNM *)li__AOEO));
      } break;
      case __li__21LO__: {
        li__ILWO=li__2KLP(((__li__21LO *)li__AOEO));
      } break;
      case __li__TPOO__: {
        li__ILWO=li__JLLP(((__li__TPOO *)li__AOEO));
      } break;
      case __li__URRO__: {
        li__ILWO=li__KM4R(((__li__URRO *)li__AOEO));
      } break;
      case __li__41XO__: {
        li__ILWO=li__CSDQ(((__li__41XO *)li__AOEO));
      } break;
      case __li__AKBR__: {
        li__ILWO=li__L2DS(((__li__AKBR *)li__AOEO));
      } break;
      case __li__SU5R__: {
        li__ILWO=li__EQJS(((__li__SU5R *)li__AOEO));
      } break;
      case __li__JV5R__: {
        li__ILWO=li__PQJS(((__li__JV5R *)li__AOEO));
      } break;
      };
      li__LVFV=li__GXOO();
      li__MVFV=((__li__2PLO *)li__LVFV);
      li__MVFV->li__3PLO.li__PPME=li__ILWO;
      li__MVFV->li__WYWO=li__IQLO;
      li__MVFV->li__3PLO.li__QPME=li__4NEO;
      li__MVFV->li__XYWO=li__5PLO;
      li__SVFV=((__li__KI *)li__GOEO);
      li__P2VG(((__li__TOLE *)li__SVFV->li__2OLE),li__LVFV);
      li__WVRE(li__SVFV);
      li__SFOO=li__PQUD();
      li__J0NU=((__li__ODID *)li__SFOO);
      li__J0NU->li__PDID.li__PPME=li__5PLO;
      li__J0NU->li__PDID.li__QPME=li__4NEO;
      li__RP=(__li__K)(li__RP +  1);
      li__SVFV=((__li__KI *)li__GOEO);
      li__P2VG(((__li__TOLE *)li__SVFV->li__2OLE),li__SFOO);
      li__WVRE(li__SVFV);
    } else /* FALSE */ {
      li__IQLO=li__4NEO->li__UDID.li__VOME;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__AQLO)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__AQLO)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__WOWO(((__li__DZB *)li__AQLO),li__IQLO);
        } else /* ITM_SLOT_OPERATOR */ {
          li__WOWO(((__li__DZB *)li__AQLO),li__IQLO);
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__AQLO)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__MSWO(((__li__QWEC *)((__li__DZB *)li__AQLO)),li__IQLO);
        } else /* ITM_SLOT_OPERATOR */ {
          li__MSWO(((__li__QWEC *)((__li__DZB *)li__AQLO)),li__IQLO);
        };
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AOEO)->__id) {
      case __li__WK__: {
        li__SUFV=li__PVEJ(((__li__WK *)li__AOEO));
        li__ILWO=li__SUFV;
      } break;
      case __li__AVBD__: {
        li__ILWO=li__AE5L(((__li__AVBD *)li__AOEO));
      } break;
      case __li__KVBD__: {
        li__TUMV=((__li__KVBD *)li__AOEO);
        li__UUMV=li__TUMV->li__LVBD.li__0K.li__0CC;
        li__VUMV=li__TUMV->li__LVBD.li__WZLE;
        li__TUMV=li__5QND();
        li__XUMV=((__li__KVBD *)li__TUMV);
        li__XUMV->li__LVBD.li__0K.li__0CC=li__UUMV;
        li__YUMV=li__NNSE(((__li__5RB *)li__VUMV));
        li__XUMV->li__LVBD.li__WZLE=li__YUMV;
        li__ILWO=li__TUMV;
      } break;
      case __li__WVBD__: {
        li__UUFV=((__li__WVBD *)li__AOEO);
        li__VUFV=li__VEID(li__UUFV->li__XVBD.li__0K.li__0CC,li__UUFV->li__2ZLE,li__UUFV->li__XVBD.li__WZLE);
        li__ILWO=li__VUFV;
      } break;
      case __li__Z4WH__: {
        li__ILWO=li__XEVK(((__li__Z4WH *)li__AOEO));
      } break;
      case __li__KTVI__: {
        li__ILWO=li__XF5L(((__li__KTVI *)li__AOEO));
      } break;
      case __li__LTVI__: {
        li__ILWO=li__SDGM(((__li__LTVI *)li__AOEO));
      } break;
      case __li__XTVI__: {
        li__ILWO=li__DG5L(((__li__XTVI *)li__AOEO));
      } break;
      case __li__YTVI__: {
        li__ILWO=li__4DGM(((__li__YTVI *)li__AOEO));
      } break;
      case __li__S2VI__: {
        li__ILWO=li__OG5L(((__li__S2VI *)li__AOEO));
      } break;
      case __li__E3VI__: {
        li__ILWO=li__ZG5L(((__li__E3VI *)li__AOEO));
      } break;
      case __li__KLWI__: {
        li__XUFV=((__li__KLWI *)li__AOEO);
        li__UUMV=li__XUFV->li__LLWI.li__0CC;
        li__ZUFV=li__G3CM(((__li__KMFK *)li__XUFV->li__ZPBK));
        li__XUFV=li__PNSJ(li__UUMV,li__ZUFV);
        li__ILWO=li__XUFV;
      } break;
      case __li__ULWI__: {
        li__2UFV=((__li__ULWI *)li__AOEO);
        li__3UFV=li__AOSJ(li__2UFV->li__VLWI.li__0CC,li__2UFV->li__4PBK);
        li__ILWO=li__3UFV;
      } break;
      case __li__NMWI__: {
        li__ILWO=li__SH5L(((__li__NMWI *)li__AOEO));
      } break;
      case __li__BNWI__: {
        li__ILWO=li__3H5L(((__li__BNWI *)li__AOEO));
      } break;
      case __li__XNWI__: {
        li__ILWO=li__II5L(((__li__XNWI *)li__AOEO));
      } break;
      case __li__LOWI__: {
        li__ILWO=li__TI5L(((__li__LOWI *)li__AOEO));
      } break;
      case __li__5OWI__: {
        li__ILWO=li__4I5L(((__li__5OWI *)li__AOEO));
      } break;
      case __li__TPWI__: {
        li__ILWO=li__JJ5L(((__li__TPWI *)li__AOEO));
      } break;
      case __li__HQWI__: {
        li__ILWO=li__UJ5L(((__li__HQWI *)li__AOEO));
      } break;
      case __li__ARWI__: {
        li__ILWO=li__5J5L(((__li__ARWI *)li__AOEO));
      } break;
      case __li__URWI__: {
        li__ILWO=li__NK5L(((__li__URWI *)li__AOEO));
      } break;
      case __li__MSWI__: {
        li__5UFV=((__li__MSWI *)li__AOEO);
        li__AVFV=li__YXSJ(li__5UFV->li__NSWI.li__0CC,li__5UFV->li__ISBK);
        li__ILWO=li__AVFV;
      } break;
      case __li__ETWI__: {
        li__ILWO=li__4K5L(((__li__ETWI *)li__AOEO));
      } break;
      case __li__MZWI__: {
        li__CVFV=((__li__MZWI *)li__AOEO);
        li__DVFV=li__4U4I(li__CVFV->li__NZWI.li__0K.li__0CC,li__CVFV->li__3SBK,li__CVFV->li__NZWI.li__WZLE);
        li__ILWO=li__DVFV;
      } break;
      case __li__C0WI__: {
        li__FVFV=((__li__C0WI *)li__AOEO);
        li__GVFV=li__ZV4I(li__FVFV->li__D0WI.li__0K.li__0CC,li__FVFV->li__CTBK);
        li__ILWO=li__GVFV;
      } break;
      case __li__M1WI__: {
        li__IVFV=((__li__M1WI *)li__AOEO);
        li__JVFV=li__1Z4I(li__IVFV->li__N1WI.li__0K.li__0CC,li__IVFV->li__UTFK);
        li__ILWO=li__JVFV;
      } break;
      case __li__KMFK__: {
        li__ILWO=li__G3CM(((__li__KMFK *)li__AOEO));
      } break;
      case __li__XOHL__: {
        li__ILWO=li__AAPN(((__li__XOHL *)li__AOEO));
      } break;
      case __li__FPHL__: {
        li__ILWO=li__2EGM(((__li__FPHL *)li__AOEO));
      } break;
      case __li__APLM__: {
        li__ILWO=li__XRDQ(((__li__APLM *)li__AOEO));
      } break;
      case __li__DTNM__: {
        li__ILWO=li__D5SO(((__li__DTNM *)li__AOEO));
      } break;
      case __li__JXNM__: {
        li__ILWO=li__153R(((__li__JXNM *)li__AOEO));
      } break;
      case __li__21LO__: {
        li__ILWO=li__2KLP(((__li__21LO *)li__AOEO));
      } break;
      case __li__TPOO__: {
        li__ILWO=li__JLLP(((__li__TPOO *)li__AOEO));
      } break;
      case __li__URRO__: {
        li__ILWO=li__KM4R(((__li__URRO *)li__AOEO));
      } break;
      case __li__41XO__: {
        li__ILWO=li__CSDQ(((__li__41XO *)li__AOEO));
      } break;
      case __li__AKBR__: {
        li__ILWO=li__L2DS(((__li__AKBR *)li__AOEO));
      } break;
      case __li__SU5R__: {
        li__ILWO=li__EQJS(((__li__SU5R *)li__AOEO));
      } break;
      case __li__JV5R__: {
        li__ILWO=li__PQJS(((__li__JV5R *)li__AOEO));
      } break;
      };
      li__IQLO=li__4NEO->li__UDID.li__YOME;
      li__LVFV=li__GXOO();
      li__MVFV=((__li__2PLO *)li__LVFV);
      li__MVFV->li__3PLO.li__PPME=li__ILWO;
      li__MVFV->li__WYWO=li__AQLO;
      li__MVFV->li__3PLO.li__QPME=li__4NEO;
      li__MVFV->li__XYWO=li__IQLO;
      li__SVFV=((__li__KI *)li__GOEO);
      li__P2VG(((__li__TOLE *)li__SVFV->li__2OLE),li__LVFV);
      li__WVRE(li__SVFV);
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AOEO)->__id) {
    case __li__WK__: {
      li__UUMV=((__li__WK *)li__AOEO)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__UUMV=((__li__AVBD *)li__AOEO)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__UUMV=((__li__KVBD *)li__AOEO)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__UUMV=((__li__WVBD *)li__AOEO)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__UUMV=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__UUMV=((__li__KTVI *)li__AOEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__UUMV=((__li__LTVI *)li__AOEO)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__UUMV=((__li__XTVI *)li__AOEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__UUMV=((__li__YTVI *)li__AOEO)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__UUMV=((__li__S2VI *)li__AOEO)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__UUMV=((__li__E3VI *)li__AOEO)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__UUMV=((__li__KLWI *)li__AOEO)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__UUMV=((__li__ULWI *)li__AOEO)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__UUMV=((__li__NMWI *)li__AOEO)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__UUMV=((__li__BNWI *)li__AOEO)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__UUMV=((__li__XNWI *)li__AOEO)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__UUMV=((__li__LOWI *)li__AOEO)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__UUMV=((__li__5OWI *)li__AOEO)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__UUMV=((__li__TPWI *)li__AOEO)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__UUMV=((__li__HQWI *)li__AOEO)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__UUMV=((__li__ARWI *)li__AOEO)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__UUMV=((__li__URWI *)li__AOEO)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__UUMV=((__li__MSWI *)li__AOEO)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__UUMV=((__li__ETWI *)li__AOEO)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__UUMV=((__li__MZWI *)li__AOEO)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__UUMV=((__li__C0WI *)li__AOEO)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__UUMV=((__li__M1WI *)li__AOEO)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__UUMV=((__li__KMFK *)li__AOEO)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__UUMV=((__li__XOHL *)li__AOEO)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__UUMV=((__li__FPHL *)li__AOEO)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__UUMV=((__li__APLM *)li__AOEO)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__UUMV=((__li__DTNM *)li__AOEO)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__UUMV=((__li__JXNM *)li__AOEO)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__UUMV=((__li__21LO *)li__AOEO)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__UUMV=((__li__TPOO *)li__AOEO)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__UUMV=((__li__URRO *)li__AOEO)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__UUMV=((__li__41XO *)li__AOEO)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__UUMV=((__li__AKBR *)li__AOEO)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__UUMV=((__li__SU5R *)li__AOEO)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__UUMV=((__li__JV5R *)li__AOEO)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    li__VUMV=li__QRB__->li__RRB.li__J0C;
    li__TUMV=li__5QND();
    li__XUMV=((__li__KVBD *)li__TUMV);
    li__XUMV->li__LVBD.li__0K.li__0CC=li__UUMV;
    li__YUMV=li__NNSE(((__li__5RB *)li__VUMV));
    li__XUMV->li__LVBD.li__WZLE=li__YUMV;
    li__SVFV=((__li__KI *)li__GOEO);
    li__P2VG(((__li__TOLE *)li__SVFV->li__2OLE),li__TUMV);
    li__WVRE(li__SVFV);
  };
  li__COEO=li__GOEO;
  return(li__COEO);
}

static __li__KI* li__2OEO(__li__GO3I *li__3OEO,void *li__4OEO,void *li__5OEO)
/* (Strict DTA_CAST{li__GO3I},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__EPEO,*li__KPEO,*li__EQEO,*li__1QEO;
  __li__PO li__GPEO,li__EVMV;
  __li__KI *li__IPEO,*li__ZYFV,*li__BPEO;
  __li__KMFK *li__LPEO,*li__EXFV;
  __li__VTBD *li__MPEO,*li__OPEO;
  __li__5RB *li__DQEO,*li__FVMV,*li__IVMV,*li__QVMV;
  __li__WK *li__3WFV;
  __li__KVBD *li__DVMV,*li__HVMV;
  __li__WVBD *li__5WFV,*li__AXFV;
  __li__KLWI *li__CXFV;
  __li__ULWI *li__HXFV,*li__IXFV;
  __li__MSWI *li__KXFV,*li__LXFV;
  __li__MZWI *li__NXFV,*li__OXFV;
  __li__C0WI *li__QXFV,*li__RXFV;
  __li__M1WI *li__TXFV,*li__UXFV;
  __li__ETWI *li__GQEO;
  __li__DFNL *li__XYFV;
  __li__C li__KQEO,li__SQEO;
  li__EPEO=NULL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5OEO)->__id) {
  case __li__WK__: {
    li__GPEO=((__li__WK *)li__5OEO)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__GPEO=((__li__AVBD *)li__5OEO)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__GPEO=((__li__KVBD *)li__5OEO)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__GPEO=((__li__WVBD *)li__5OEO)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__GPEO=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__GPEO=((__li__KTVI *)li__5OEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__GPEO=((__li__LTVI *)li__5OEO)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__GPEO=((__li__XTVI *)li__5OEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__GPEO=((__li__YTVI *)li__5OEO)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__GPEO=((__li__S2VI *)li__5OEO)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__GPEO=((__li__E3VI *)li__5OEO)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__GPEO=((__li__KLWI *)li__5OEO)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__GPEO=((__li__ULWI *)li__5OEO)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__GPEO=((__li__NMWI *)li__5OEO)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__GPEO=((__li__BNWI *)li__5OEO)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__GPEO=((__li__XNWI *)li__5OEO)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__GPEO=((__li__LOWI *)li__5OEO)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__GPEO=((__li__5OWI *)li__5OEO)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__GPEO=((__li__TPWI *)li__5OEO)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__GPEO=((__li__HQWI *)li__5OEO)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__GPEO=((__li__ARWI *)li__5OEO)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__GPEO=((__li__URWI *)li__5OEO)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__GPEO=((__li__MSWI *)li__5OEO)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__GPEO=((__li__ETWI *)li__5OEO)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__GPEO=((__li__MZWI *)li__5OEO)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__GPEO=((__li__C0WI *)li__5OEO)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__GPEO=((__li__M1WI *)li__5OEO)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__GPEO=((__li__KMFK *)li__5OEO)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__GPEO=((__li__XOHL *)li__5OEO)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__GPEO=((__li__FPHL *)li__5OEO)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__GPEO=((__li__APLM *)li__5OEO)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__GPEO=((__li__DTNM *)li__5OEO)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__GPEO=((__li__JXNM *)li__5OEO)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__GPEO=((__li__21LO *)li__5OEO)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__GPEO=((__li__TPOO *)li__5OEO)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__GPEO=((__li__URRO *)li__5OEO)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__GPEO=((__li__41XO *)li__5OEO)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__GPEO=((__li__AKBR *)li__5OEO)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__GPEO=((__li__SU5R *)li__5OEO)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__GPEO=((__li__JV5R *)li__5OEO)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  li__IPEO=li__R4HD(li__GPEO);
  li__KPEO=li__3OEO->li__LHGK;
  /* NULL __li__KVBD__ __li__KMFK__ */
if (li__KPEO==NULL) {
    li__LPEO=NULL;
  } else {
    if (((struct ___OBJ *)li__KPEO)->__id==__li__KVBD__) {
      li__LPEO=NULL;
    } else /* Other types */ {
      li__LPEO=((void *)li__KPEO);
    }
  };
  li__MPEO=((__li__KMFK *)li__LPEO)->li__3RFK;
  /* NULL __li__VTBD__ */
if (li__MPEO==NULL) {
    li__OPEO=NULL;
  } else /* LOCAL */ {
    li__OPEO=((void *)li__MPEO);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__4OEO != (void *)li__ORB__)) {
    /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__OPEO->li__WTBD.li__0RNE)->li__BEM &  4) !=  0)) {
      /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__OPEO->li__WTBD.li__0RNE)->li__AEM == (void *)li__4OEO)) {
        li__DQEO=li__OPEO->li__WTBD.li__0RNE;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5OEO)->__id) {
        case __li__WK__: {
          li__3WFV=li__PVEJ(((__li__WK *)li__5OEO));
          li__EQEO=li__3WFV;
        } break;
        case __li__AVBD__: {
          li__EQEO=li__AE5L(((__li__AVBD *)li__5OEO));
        } break;
        case __li__KVBD__: {
          li__DVMV=((__li__KVBD *)li__5OEO);
          li__EVMV=li__DVMV->li__LVBD.li__0K.li__0CC;
          li__FVMV=li__DVMV->li__LVBD.li__WZLE;
          li__DVMV=li__5QND();
          li__HVMV=((__li__KVBD *)li__DVMV);
          li__HVMV->li__LVBD.li__0K.li__0CC=li__EVMV;
          li__IVMV=li__NNSE(((__li__5RB *)li__FVMV));
          li__HVMV->li__LVBD.li__WZLE=li__IVMV;
          li__EQEO=li__DVMV;
        } break;
        case __li__WVBD__: {
          li__5WFV=((__li__WVBD *)li__5OEO);
          li__AXFV=li__VEID(li__5WFV->li__XVBD.li__0K.li__0CC,li__5WFV->li__2ZLE,li__5WFV->li__XVBD.li__WZLE);
          li__EQEO=li__AXFV;
        } break;
        case __li__Z4WH__: {
          li__EQEO=li__XEVK(((__li__Z4WH *)li__5OEO));
        } break;
        case __li__KTVI__: {
          li__EQEO=li__XF5L(((__li__KTVI *)li__5OEO));
        } break;
        case __li__LTVI__: {
          li__EQEO=li__SDGM(((__li__LTVI *)li__5OEO));
        } break;
        case __li__XTVI__: {
          li__EQEO=li__DG5L(((__li__XTVI *)li__5OEO));
        } break;
        case __li__YTVI__: {
          li__EQEO=li__4DGM(((__li__YTVI *)li__5OEO));
        } break;
        case __li__S2VI__: {
          li__EQEO=li__OG5L(((__li__S2VI *)li__5OEO));
        } break;
        case __li__E3VI__: {
          li__EQEO=li__ZG5L(((__li__E3VI *)li__5OEO));
        } break;
        case __li__KLWI__: {
          li__CXFV=((__li__KLWI *)li__5OEO);
          li__EVMV=li__CXFV->li__LLWI.li__0CC;
          li__EXFV=li__G3CM(((__li__KMFK *)li__CXFV->li__ZPBK));
          li__CXFV=li__PNSJ(li__EVMV,li__EXFV);
          li__EQEO=li__CXFV;
        } break;
        case __li__ULWI__: {
          li__HXFV=((__li__ULWI *)li__5OEO);
          li__IXFV=li__AOSJ(li__HXFV->li__VLWI.li__0CC,li__HXFV->li__4PBK);
          li__EQEO=li__IXFV;
        } break;
        case __li__NMWI__: {
          li__EQEO=li__SH5L(((__li__NMWI *)li__5OEO));
        } break;
        case __li__BNWI__: {
          li__EQEO=li__3H5L(((__li__BNWI *)li__5OEO));
        } break;
        case __li__XNWI__: {
          li__EQEO=li__II5L(((__li__XNWI *)li__5OEO));
        } break;
        case __li__LOWI__: {
          li__EQEO=li__TI5L(((__li__LOWI *)li__5OEO));
        } break;
        case __li__5OWI__: {
          li__EQEO=li__4I5L(((__li__5OWI *)li__5OEO));
        } break;
        case __li__TPWI__: {
          li__EQEO=li__JJ5L(((__li__TPWI *)li__5OEO));
        } break;
        case __li__HQWI__: {
          li__EQEO=li__UJ5L(((__li__HQWI *)li__5OEO));
        } break;
        case __li__ARWI__: {
          li__EQEO=li__5J5L(((__li__ARWI *)li__5OEO));
        } break;
        case __li__URWI__: {
          li__EQEO=li__NK5L(((__li__URWI *)li__5OEO));
        } break;
        case __li__MSWI__: {
          li__KXFV=((__li__MSWI *)li__5OEO);
          li__LXFV=li__YXSJ(li__KXFV->li__NSWI.li__0CC,li__KXFV->li__ISBK);
          li__EQEO=li__LXFV;
        } break;
        case __li__ETWI__: {
          li__EQEO=li__4K5L(((__li__ETWI *)li__5OEO));
        } break;
        case __li__MZWI__: {
          li__NXFV=((__li__MZWI *)li__5OEO);
          li__OXFV=li__4U4I(li__NXFV->li__NZWI.li__0K.li__0CC,li__NXFV->li__3SBK,li__NXFV->li__NZWI.li__WZLE);
          li__EQEO=li__OXFV;
        } break;
        case __li__C0WI__: {
          li__QXFV=((__li__C0WI *)li__5OEO);
          li__RXFV=li__ZV4I(li__QXFV->li__D0WI.li__0K.li__0CC,li__QXFV->li__CTBK);
          li__EQEO=li__RXFV;
        } break;
        case __li__M1WI__: {
          li__TXFV=((__li__M1WI *)li__5OEO);
          li__UXFV=li__1Z4I(li__TXFV->li__N1WI.li__0K.li__0CC,li__TXFV->li__UTFK);
          li__EQEO=li__UXFV;
        } break;
        case __li__KMFK__: {
          li__EQEO=li__G3CM(((__li__KMFK *)li__5OEO));
        } break;
        case __li__XOHL__: {
          li__EQEO=li__AAPN(((__li__XOHL *)li__5OEO));
        } break;
        case __li__FPHL__: {
          li__EQEO=li__2EGM(((__li__FPHL *)li__5OEO));
        } break;
        case __li__APLM__: {
          li__EQEO=li__XRDQ(((__li__APLM *)li__5OEO));
        } break;
        case __li__DTNM__: {
          li__EQEO=li__D5SO(((__li__DTNM *)li__5OEO));
        } break;
        case __li__JXNM__: {
          li__EQEO=li__153R(((__li__JXNM *)li__5OEO));
        } break;
        case __li__21LO__: {
          li__EQEO=li__2KLP(((__li__21LO *)li__5OEO));
        } break;
        case __li__TPOO__: {
          li__EQEO=li__JLLP(((__li__TPOO *)li__5OEO));
        } break;
        case __li__URRO__: {
          li__EQEO=li__KM4R(((__li__URRO *)li__5OEO));
        } break;
        case __li__41XO__: {
          li__EQEO=li__CSDQ(((__li__41XO *)li__5OEO));
        } break;
        case __li__AKBR__: {
          li__EQEO=li__L2DS(((__li__AKBR *)li__5OEO));
        } break;
        case __li__SU5R__: {
          li__EQEO=li__EQJS(((__li__SU5R *)li__5OEO));
        } break;
        case __li__JV5R__: {
          li__EQEO=li__PQJS(((__li__JV5R *)li__5OEO));
        } break;
        };
        li__GQEO=li__TYSJ(li__ETWI__,li__DQEO,li__EQEO);
        li__EPEO=li__GQEO;
      };
      li__KQEO=li__B__;
    } else /* FALSE */ {
      li__KQEO=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__KQEO)) {
      li__EQEO=((__li__5RB *)li__OPEO->li__WTBD.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__4OEO)->__id) {
      case __li__IF__: {
        li__SQEO=li__0OSM(((__li__IF *)li__4OEO),li__EQEO);
      } break;
      case __li__ORB__: {
        li__SQEO=li__B__;
      } break;
      case __li__QRB__: {
        li__SQEO=li__I__;
      } break;
      case __li__SRB__: {
        li__SQEO=li__4PSM(((__li__SRB *)((__li__IF *)li__4OEO)),li__EQEO);
      } break;
      case __li__URB__: {
        li__SQEO=li__0QSM(li__EQEO);
      } break;
      case __li__GSZ__: {
        li__SQEO=li__BRSM(((__li__GSZ *)((__li__IF *)li__4OEO)),li__EQEO);
      } break;
      case __li__1RRF__: {
        li__SQEO=li__3RSM(((__li__1RRF *)((__li__IF *)li__4OEO)),li__EQEO);
      } break;
      case __li__UJSH__: {
        li__SQEO=li__HXQN(((__li__UJSH *)((__li__IF *)li__4OEO)),li__EQEO);
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__SQEO) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__4OEO)->__id) {
        case __li__IF__: {
          li__FVMV=((__li__IF *)li__4OEO)->li__J0C;
        } break;
        case __li__ORB__: {
          li__FVMV=((__li__ORB *)li__4OEO)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__FVMV=((__li__QRB *)li__4OEO)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__FVMV=((__li__SRB *)li__4OEO)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__FVMV=((__li__URB *)li__4OEO)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__FVMV=((__li__GSZ *)li__4OEO)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__FVMV=((__li__1RRF *)li__4OEO)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__FVMV=((__li__UJSH *)li__4OEO)->li__WJSH.li__J0C;
        } break;
        };
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5OEO)->__id) {
        case __li__WK__: {
          li__3WFV=li__PVEJ(((__li__WK *)li__5OEO));
          li__1QEO=li__3WFV;
        } break;
        case __li__AVBD__: {
          li__1QEO=li__AE5L(((__li__AVBD *)li__5OEO));
        } break;
        case __li__KVBD__: {
          li__DVMV=((__li__KVBD *)li__5OEO);
          li__EVMV=li__DVMV->li__LVBD.li__0K.li__0CC;
          li__IVMV=li__DVMV->li__LVBD.li__WZLE;
          li__DVMV=li__5QND();
          li__HVMV=((__li__KVBD *)li__DVMV);
          li__HVMV->li__LVBD.li__0K.li__0CC=li__EVMV;
          li__QVMV=li__NNSE(((__li__5RB *)li__IVMV));
          li__HVMV->li__LVBD.li__WZLE=li__QVMV;
          li__1QEO=li__DVMV;
        } break;
        case __li__WVBD__: {
          li__5WFV=((__li__WVBD *)li__5OEO);
          li__AXFV=li__VEID(li__5WFV->li__XVBD.li__0K.li__0CC,li__5WFV->li__2ZLE,li__5WFV->li__XVBD.li__WZLE);
          li__1QEO=li__AXFV;
        } break;
        case __li__Z4WH__: {
          li__1QEO=li__XEVK(((__li__Z4WH *)li__5OEO));
        } break;
        case __li__KTVI__: {
          li__1QEO=li__XF5L(((__li__KTVI *)li__5OEO));
        } break;
        case __li__LTVI__: {
          li__1QEO=li__SDGM(((__li__LTVI *)li__5OEO));
        } break;
        case __li__XTVI__: {
          li__1QEO=li__DG5L(((__li__XTVI *)li__5OEO));
        } break;
        case __li__YTVI__: {
          li__1QEO=li__4DGM(((__li__YTVI *)li__5OEO));
        } break;
        case __li__S2VI__: {
          li__1QEO=li__OG5L(((__li__S2VI *)li__5OEO));
        } break;
        case __li__E3VI__: {
          li__1QEO=li__ZG5L(((__li__E3VI *)li__5OEO));
        } break;
        case __li__KLWI__: {
          li__CXFV=((__li__KLWI *)li__5OEO);
          li__EVMV=li__CXFV->li__LLWI.li__0CC;
          li__EXFV=li__G3CM(((__li__KMFK *)li__CXFV->li__ZPBK));
          li__CXFV=li__PNSJ(li__EVMV,li__EXFV);
          li__1QEO=li__CXFV;
        } break;
        case __li__ULWI__: {
          li__HXFV=((__li__ULWI *)li__5OEO);
          li__IXFV=li__AOSJ(li__HXFV->li__VLWI.li__0CC,li__HXFV->li__4PBK);
          li__1QEO=li__IXFV;
        } break;
        case __li__NMWI__: {
          li__1QEO=li__SH5L(((__li__NMWI *)li__5OEO));
        } break;
        case __li__BNWI__: {
          li__1QEO=li__3H5L(((__li__BNWI *)li__5OEO));
        } break;
        case __li__XNWI__: {
          li__1QEO=li__II5L(((__li__XNWI *)li__5OEO));
        } break;
        case __li__LOWI__: {
          li__1QEO=li__TI5L(((__li__LOWI *)li__5OEO));
        } break;
        case __li__5OWI__: {
          li__1QEO=li__4I5L(((__li__5OWI *)li__5OEO));
        } break;
        case __li__TPWI__: {
          li__1QEO=li__JJ5L(((__li__TPWI *)li__5OEO));
        } break;
        case __li__HQWI__: {
          li__1QEO=li__UJ5L(((__li__HQWI *)li__5OEO));
        } break;
        case __li__ARWI__: {
          li__1QEO=li__5J5L(((__li__ARWI *)li__5OEO));
        } break;
        case __li__URWI__: {
          li__1QEO=li__NK5L(((__li__URWI *)li__5OEO));
        } break;
        case __li__MSWI__: {
          li__KXFV=((__li__MSWI *)li__5OEO);
          li__LXFV=li__YXSJ(li__KXFV->li__NSWI.li__0CC,li__KXFV->li__ISBK);
          li__1QEO=li__LXFV;
        } break;
        case __li__ETWI__: {
          li__1QEO=li__4K5L(((__li__ETWI *)li__5OEO));
        } break;
        case __li__MZWI__: {
          li__NXFV=((__li__MZWI *)li__5OEO);
          li__OXFV=li__4U4I(li__NXFV->li__NZWI.li__0K.li__0CC,li__NXFV->li__3SBK,li__NXFV->li__NZWI.li__WZLE);
          li__1QEO=li__OXFV;
        } break;
        case __li__C0WI__: {
          li__QXFV=((__li__C0WI *)li__5OEO);
          li__RXFV=li__ZV4I(li__QXFV->li__D0WI.li__0K.li__0CC,li__QXFV->li__CTBK);
          li__1QEO=li__RXFV;
        } break;
        case __li__M1WI__: {
          li__TXFV=((__li__M1WI *)li__5OEO);
          li__UXFV=li__1Z4I(li__TXFV->li__N1WI.li__0K.li__0CC,li__TXFV->li__UTFK);
          li__1QEO=li__UXFV;
        } break;
        case __li__KMFK__: {
          li__1QEO=li__G3CM(((__li__KMFK *)li__5OEO));
        } break;
        case __li__XOHL__: {
          li__1QEO=li__AAPN(((__li__XOHL *)li__5OEO));
        } break;
        case __li__FPHL__: {
          li__1QEO=li__2EGM(((__li__FPHL *)li__5OEO));
        } break;
        case __li__APLM__: {
          li__1QEO=li__XRDQ(((__li__APLM *)li__5OEO));
        } break;
        case __li__DTNM__: {
          li__1QEO=li__D5SO(((__li__DTNM *)li__5OEO));
        } break;
        case __li__JXNM__: {
          li__1QEO=li__153R(((__li__JXNM *)li__5OEO));
        } break;
        case __li__21LO__: {
          li__1QEO=li__2KLP(((__li__21LO *)li__5OEO));
        } break;
        case __li__TPOO__: {
          li__1QEO=li__JLLP(((__li__TPOO *)li__5OEO));
        } break;
        case __li__URRO__: {
          li__1QEO=li__KM4R(((__li__URRO *)li__5OEO));
        } break;
        case __li__41XO__: {
          li__1QEO=li__CSDQ(((__li__41XO *)li__5OEO));
        } break;
        case __li__AKBR__: {
          li__1QEO=li__L2DS(((__li__AKBR *)li__5OEO));
        } break;
        case __li__SU5R__: {
          li__1QEO=li__EQJS(((__li__SU5R *)li__5OEO));
        } break;
        case __li__JV5R__: {
          li__1QEO=li__PQJS(((__li__JV5R *)li__5OEO));
        } break;
        };
        li__GQEO=li__TYSJ(li__ETWI__,li__FVMV,li__1QEO);
        li__EPEO=li__GQEO;
      };
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__EPEO == (void *)NULL)) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5OEO)->__id) {
    case __li__WK__: {
      li__EVMV=((__li__WK *)li__5OEO)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__EVMV=((__li__AVBD *)li__5OEO)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__EVMV=((__li__KVBD *)li__5OEO)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__EVMV=((__li__WVBD *)li__5OEO)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__EVMV=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__EVMV=((__li__KTVI *)li__5OEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__EVMV=((__li__LTVI *)li__5OEO)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__EVMV=((__li__XTVI *)li__5OEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__EVMV=((__li__YTVI *)li__5OEO)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__EVMV=((__li__S2VI *)li__5OEO)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__EVMV=((__li__E3VI *)li__5OEO)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__EVMV=((__li__KLWI *)li__5OEO)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__EVMV=((__li__ULWI *)li__5OEO)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__EVMV=((__li__NMWI *)li__5OEO)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__EVMV=((__li__BNWI *)li__5OEO)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__EVMV=((__li__XNWI *)li__5OEO)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__EVMV=((__li__LOWI *)li__5OEO)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__EVMV=((__li__5OWI *)li__5OEO)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__EVMV=((__li__TPWI *)li__5OEO)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__EVMV=((__li__HQWI *)li__5OEO)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__EVMV=((__li__ARWI *)li__5OEO)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__EVMV=((__li__URWI *)li__5OEO)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__EVMV=((__li__MSWI *)li__5OEO)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__EVMV=((__li__ETWI *)li__5OEO)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__EVMV=((__li__MZWI *)li__5OEO)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__EVMV=((__li__C0WI *)li__5OEO)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__EVMV=((__li__M1WI *)li__5OEO)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__EVMV=((__li__KMFK *)li__5OEO)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__EVMV=((__li__XOHL *)li__5OEO)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__EVMV=((__li__FPHL *)li__5OEO)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__EVMV=((__li__APLM *)li__5OEO)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__EVMV=((__li__DTNM *)li__5OEO)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__EVMV=((__li__JXNM *)li__5OEO)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__EVMV=((__li__21LO *)li__5OEO)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__EVMV=((__li__TPOO *)li__5OEO)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__EVMV=((__li__URRO *)li__5OEO)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__EVMV=((__li__41XO *)li__5OEO)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__EVMV=((__li__AKBR *)li__5OEO)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__EVMV=((__li__SU5R *)li__5OEO)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__EVMV=((__li__JV5R *)li__5OEO)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    li__DQEO=li__ORB__->li__PRB.li__J0C;
    li__DVMV=li__5QND();
    li__HVMV=((__li__KVBD *)li__DVMV);
    li__HVMV->li__LVBD.li__0K.li__0CC=li__EVMV;
    li__FVMV=li__NNSE(((__li__5RB *)li__DQEO));
    li__HVMV->li__LVBD.li__WZLE=li__FVMV;
    li__EPEO=li__DVMV;
  };
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5OEO)->__id) {
  case __li__WK__: {
    li__GPEO=((__li__WK *)li__5OEO)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__GPEO=((__li__AVBD *)li__5OEO)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__GPEO=((__li__KVBD *)li__5OEO)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__GPEO=((__li__WVBD *)li__5OEO)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__GPEO=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__GPEO=((__li__KTVI *)li__5OEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__GPEO=((__li__LTVI *)li__5OEO)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__GPEO=((__li__XTVI *)li__5OEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__GPEO=((__li__YTVI *)li__5OEO)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__GPEO=((__li__S2VI *)li__5OEO)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__GPEO=((__li__E3VI *)li__5OEO)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__GPEO=((__li__KLWI *)li__5OEO)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__GPEO=((__li__ULWI *)li__5OEO)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__GPEO=((__li__NMWI *)li__5OEO)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__GPEO=((__li__BNWI *)li__5OEO)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__GPEO=((__li__XNWI *)li__5OEO)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__GPEO=((__li__LOWI *)li__5OEO)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__GPEO=((__li__5OWI *)li__5OEO)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__GPEO=((__li__TPWI *)li__5OEO)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__GPEO=((__li__HQWI *)li__5OEO)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__GPEO=((__li__ARWI *)li__5OEO)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__GPEO=((__li__URWI *)li__5OEO)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__GPEO=((__li__MSWI *)li__5OEO)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__GPEO=((__li__ETWI *)li__5OEO)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__GPEO=((__li__MZWI *)li__5OEO)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__GPEO=((__li__C0WI *)li__5OEO)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__GPEO=((__li__M1WI *)li__5OEO)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__GPEO=((__li__KMFK *)li__5OEO)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__GPEO=((__li__XOHL *)li__5OEO)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__GPEO=((__li__FPHL *)li__5OEO)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__GPEO=((__li__APLM *)li__5OEO)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__GPEO=((__li__DTNM *)li__5OEO)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__GPEO=((__li__JXNM *)li__5OEO)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__GPEO=((__li__21LO *)li__5OEO)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__GPEO=((__li__TPOO *)li__5OEO)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__GPEO=((__li__URRO *)li__5OEO)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__GPEO=((__li__41XO *)li__5OEO)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__GPEO=((__li__AKBR *)li__5OEO)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__GPEO=((__li__SU5R *)li__5OEO)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__GPEO=((__li__JV5R *)li__5OEO)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  li__XYFV=li__1CXJ(((__li__VTBD *)li__OPEO),li__GPEO,li__EPEO);
  li__ZYFV=((__li__KI *)li__IPEO);
  li__P2VG(((__li__TOLE *)li__ZYFV->li__2OLE),li__XYFV);
  li__WVRE(li__ZYFV);
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5OEO)->__id) {
  case __li__WK__: {
    li__GPEO=((__li__WK *)li__5OEO)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__GPEO=((__li__AVBD *)li__5OEO)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__GPEO=((__li__KVBD *)li__5OEO)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__GPEO=((__li__WVBD *)li__5OEO)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__GPEO=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__GPEO=((__li__KTVI *)li__5OEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__GPEO=((__li__LTVI *)li__5OEO)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__GPEO=((__li__XTVI *)li__5OEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__GPEO=((__li__YTVI *)li__5OEO)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__GPEO=((__li__S2VI *)li__5OEO)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__GPEO=((__li__E3VI *)li__5OEO)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__GPEO=((__li__KLWI *)li__5OEO)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__GPEO=((__li__ULWI *)li__5OEO)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__GPEO=((__li__NMWI *)li__5OEO)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__GPEO=((__li__BNWI *)li__5OEO)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__GPEO=((__li__XNWI *)li__5OEO)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__GPEO=((__li__LOWI *)li__5OEO)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__GPEO=((__li__5OWI *)li__5OEO)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__GPEO=((__li__TPWI *)li__5OEO)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__GPEO=((__li__HQWI *)li__5OEO)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__GPEO=((__li__ARWI *)li__5OEO)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__GPEO=((__li__URWI *)li__5OEO)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__GPEO=((__li__MSWI *)li__5OEO)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__GPEO=((__li__ETWI *)li__5OEO)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__GPEO=((__li__MZWI *)li__5OEO)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__GPEO=((__li__C0WI *)li__5OEO)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__GPEO=((__li__M1WI *)li__5OEO)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__GPEO=((__li__KMFK *)li__5OEO)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__GPEO=((__li__XOHL *)li__5OEO)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__GPEO=((__li__FPHL *)li__5OEO)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__GPEO=((__li__APLM *)li__5OEO)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__GPEO=((__li__DTNM *)li__5OEO)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__GPEO=((__li__JXNM *)li__5OEO)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__GPEO=((__li__21LO *)li__5OEO)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__GPEO=((__li__TPOO *)li__5OEO)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__GPEO=((__li__URRO *)li__5OEO)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__GPEO=((__li__41XO *)li__5OEO)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__GPEO=((__li__AKBR *)li__5OEO)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__GPEO=((__li__SU5R *)li__5OEO)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__GPEO=((__li__JV5R *)li__5OEO)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  li__DQEO=li__QRB__->li__RRB.li__J0C;
  li__DVMV=li__5QND();
  li__HVMV=((__li__KVBD *)li__DVMV);
  li__HVMV->li__LVBD.li__0K.li__0CC=li__GPEO;
  li__FVMV=li__NNSE(((__li__5RB *)li__DQEO));
  li__HVMV->li__LVBD.li__WZLE=li__FVMV;
  li__ZYFV=((__li__KI *)li__IPEO);
  li__P2VG(((__li__TOLE *)li__ZYFV->li__2OLE),li__DVMV);
  li__WVRE(li__ZYFV);
  li__BPEO=li__IPEO;
  return(li__BPEO);
}

static __li__KI* li__ZREO(__li__NY3I *li__0REO,void *li__1REO,void *li__2REO)
/* (Strict DTA_WR_CODE{li__NY3I},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__ASEO,li__UVMV,li__2VMV;
  __li__KI *li__CSEO,*li__3ZFV,*li__B1FV,*li__4REO;
  void *li__AWLO;
  void *li__BWLO,*li__JWLO;
  __li__U *li__CWLO;
  void *li__1WMO,*li__CWWO;
  void *li__KWLO;
  __li__WK *li__EZFV,*li__I0FV;
  __li__KVBD *li__TVMV,*li__XVMV,*li__1VMV,*li__5VMV;
  __li__5RB *li__VVMV,*li__YVMV,*li__3VMV,*li__AWMV;
  __li__WVBD *li__GZFV,*li__HZFV,*li__K0FV,*li__L0FV;
  __li__KLWI *li__JZFV,*li__N0FV;
  __li__KMFK *li__LZFV,*li__P0FV;
  __li__ULWI *li__OZFV,*li__PZFV,*li__S0FV,*li__T0FV;
  __li__MSWI *li__RZFV,*li__SZFV,*li__V0FV,*li__W0FV;
  __li__MZWI *li__UZFV,*li__VZFV,*li__Y0FV,*li__Z0FV;
  __li__C0WI *li__XZFV,*li__YZFV,*li__10FV,*li__20FV;
  __li__M1WI *li__0ZFV,*li__1ZFV,*li__40FV,*li__50FV;
  __li__2PLO *li__2GOO,*li__EYPT;
  __li__ODID *li__NHOO,*li__M0NU;
  __li__DZB *li__TZWO,*li__E0WO,*li__J1WO;
  __li__K li__XZWO,li__2HOO;
  __li__QWEC *li__ZZWO,*li__01WO;
  __li__HZB *li__A0WO,*li__F1WO;
  __li__URB *li__B0WO,*li__G1WO;
  __li__L0WO *li__10WO;
  __li__3 li__CIOO;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2REO)->__id) {
  case __li__WK__: {
    li__ASEO=((__li__WK *)li__2REO)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__ASEO=((__li__AVBD *)li__2REO)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__ASEO=((__li__KVBD *)li__2REO)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__ASEO=((__li__WVBD *)li__2REO)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__ASEO=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__ASEO=((__li__KTVI *)li__2REO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__ASEO=((__li__LTVI *)li__2REO)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__ASEO=((__li__XTVI *)li__2REO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__ASEO=((__li__YTVI *)li__2REO)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__ASEO=((__li__S2VI *)li__2REO)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__ASEO=((__li__E3VI *)li__2REO)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__ASEO=((__li__KLWI *)li__2REO)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__ASEO=((__li__ULWI *)li__2REO)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__ASEO=((__li__NMWI *)li__2REO)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__ASEO=((__li__BNWI *)li__2REO)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__ASEO=((__li__XNWI *)li__2REO)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__ASEO=((__li__LOWI *)li__2REO)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__ASEO=((__li__5OWI *)li__2REO)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__ASEO=((__li__TPWI *)li__2REO)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__ASEO=((__li__HQWI *)li__2REO)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__ASEO=((__li__ARWI *)li__2REO)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__ASEO=((__li__URWI *)li__2REO)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__ASEO=((__li__MSWI *)li__2REO)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__ASEO=((__li__ETWI *)li__2REO)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__ASEO=((__li__MZWI *)li__2REO)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__ASEO=((__li__C0WI *)li__2REO)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__ASEO=((__li__M1WI *)li__2REO)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__ASEO=((__li__KMFK *)li__2REO)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__ASEO=((__li__XOHL *)li__2REO)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__ASEO=((__li__FPHL *)li__2REO)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__ASEO=((__li__APLM *)li__2REO)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__ASEO=((__li__DTNM *)li__2REO)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__ASEO=((__li__JXNM *)li__2REO)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__ASEO=((__li__21LO *)li__2REO)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__ASEO=((__li__TPOO *)li__2REO)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__ASEO=((__li__URRO *)li__2REO)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__ASEO=((__li__41XO *)li__2REO)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__ASEO=((__li__AKBR *)li__2REO)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__ASEO=((__li__SU5R *)li__2REO)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__ASEO=((__li__JV5R *)li__2REO)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  li__CSEO=li__R4HD(li__ASEO);
  /* __li__B__ __li__I__ */
if (((void *)li__1REO == (void *)li__ORB__)) {
    li__NOLO(li__0REO->li__OY3I.li__TDID.li__0CC,li__CSEO,li__0REO->li__OY3I.li__BPME);
  } else /* FALSE */ {
    li__AWLO=NULL;
    li__BWLO=li__0REO->li__OY3I.li__VOME;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BWLO)->__id==__li__DZB__) {
      li__CWLO=((__li__DZB *)li__BWLO)->li__GZB.li__FZB.li__R2B;
    } else /* SLOT_CODE */ {
      li__1WMO=((__li__QWEC *)li__BWLO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1WMO)->__id==__li__IZB__) {
        li__CWLO=((__li__IZB *)li__1WMO)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__CWLO=((__li__4HAD *)li__1WMO)->li__5HAD.li__JZB.li__R2B;
      };
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1REO)->__id) {
    case __li__IF__: {
      li__1WMO=li__IJDG(((__li__IF *)li__1REO),li__CWLO);
    } break;
    case __li__ORB__: {
      li__1WMO=NULL;
    } break;
    case __li__QRB__: {
      li__1WMO=li__5LDG(((__li__QRB *)((__li__IF *)li__1REO)),li__CWLO);
    } break;
    case __li__SRB__: {
      li__1WMO=li__JODG(((__li__SRB *)((__li__IF *)li__1REO)),li__CWLO);
    } break;
    case __li__URB__: {
      li__1WMO=li__TQDG(((__li__URB *)((__li__IF *)li__1REO)),li__CWLO);
    } break;
    case __li__GSZ__: {
      li__1WMO=li__3SDG(((__li__GSZ *)((__li__IF *)li__1REO)),li__CWLO);
    } break;
    case __li__1RRF__: {
      li__1WMO=li__NY4I(li__CWLO);
    } break;
    case __li__UJSH__: {
      li__1WMO=li__YQMN(li__CWLO);
    } break;
    };
    li__BWLO=li__1WMO;
    /* __li__B__ __li__I__ */
if (((void *)li__1WMO == (void *)NULL)) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1REO)->__id) {
      case __li__IF__: {
        li__JWLO=li__FZNO(((__li__IF *)li__1REO),li__CWLO);
      } break;
      case __li__ORB__: {
        li__JWLO=NULL;
      } break;
      case __li__QRB__: {
        li__JWLO=li__N1NO(((__li__QRB *)((__li__IF *)li__1REO)),li__CWLO);
      } break;
      case __li__SRB__: {
        li__JWLO=li__R3NO(((__li__SRB *)((__li__IF *)li__1REO)),li__CWLO);
      } break;
      case __li__URB__: {
        li__JWLO=li__V5NO(((__li__URB *)((__li__IF *)li__1REO)),li__CWLO);
      } break;
      case __li__GSZ__: {
        li__JWLO=li__ZBOO(((__li__GSZ *)((__li__IF *)li__1REO)),li__CWLO);
      } break;
      case __li__1RRF__: {
        li__JWLO=li__3DOO(li__CWLO);
      } break;
      case __li__UJSH__: {
        li__JWLO=li__EEOO(li__CWLO);
      } break;
      };
      li__BWLO=li__JWLO;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JWLO)->__id==__li__DZB__) {
        li__CWWO=((__li__DZB *)li__JWLO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CWWO)->__id==__li__IZB__) {
          li__KWLO=((__li__IZB *)li__CWWO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KWLO=((__li__4HAD *)li__CWWO)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__CWWO=((__li__QWEC *)li__JWLO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CWWO)->__id==__li__IZB__) {
          li__KWLO=((__li__IZB *)li__CWWO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KWLO=((__li__4HAD *)li__CWWO)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__KWLO)->__id) {
      case __li__WRB__: {
        li__CWWO=li__SLWO(((__li__WRB *)li__KWLO),li__1REO);
      } break;
      case __li__XRB__: {
        li__CWWO=li__3LWO(((__li__XRB *)((__li__WRB *)li__KWLO)),li__1REO);
      } break;
      case __li__KUB__: {
        li__CWWO=li__KMWO(((__li__KUB *)((__li__WRB *)li__KWLO)),li__1REO);
      } break;
      case __li__VB1__: {
        li__CWWO=li__WMWO(((__li__VB1 *)((__li__WRB *)li__KWLO)),li__1REO);
      } break;
      case __li__UL2B__: {
        li__CWWO=li__BNWO(((__li__UL2B *)((__li__WRB *)li__KWLO)),li__1REO);
      } break;
      case __li__4O2B__: {
        li__CWWO=li__ZNWO(((__li__4O2B *)((__li__WRB *)li__KWLO)),li__1REO);
      } break;
      };
      li__AWLO=li__CWWO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2REO)->__id) {
      case __li__WK__: {
        li__EZFV=li__PVEJ(((__li__WK *)li__2REO));
        li__CWWO=li__EZFV;
      } break;
      case __li__AVBD__: {
        li__CWWO=li__AE5L(((__li__AVBD *)li__2REO));
      } break;
      case __li__KVBD__: {
        li__TVMV=((__li__KVBD *)li__2REO);
        li__UVMV=li__TVMV->li__LVBD.li__0K.li__0CC;
        li__VVMV=li__TVMV->li__LVBD.li__WZLE;
        li__TVMV=li__5QND();
        li__XVMV=((__li__KVBD *)li__TVMV);
        li__XVMV->li__LVBD.li__0K.li__0CC=li__UVMV;
        li__YVMV=li__NNSE(((__li__5RB *)li__VVMV));
        li__XVMV->li__LVBD.li__WZLE=li__YVMV;
        li__CWWO=li__TVMV;
      } break;
      case __li__WVBD__: {
        li__GZFV=((__li__WVBD *)li__2REO);
        li__HZFV=li__VEID(li__GZFV->li__XVBD.li__0K.li__0CC,li__GZFV->li__2ZLE,li__GZFV->li__XVBD.li__WZLE);
        li__CWWO=li__HZFV;
      } break;
      case __li__Z4WH__: {
        li__CWWO=li__XEVK(((__li__Z4WH *)li__2REO));
      } break;
      case __li__KTVI__: {
        li__CWWO=li__XF5L(((__li__KTVI *)li__2REO));
      } break;
      case __li__LTVI__: {
        li__CWWO=li__SDGM(((__li__LTVI *)li__2REO));
      } break;
      case __li__XTVI__: {
        li__CWWO=li__DG5L(((__li__XTVI *)li__2REO));
      } break;
      case __li__YTVI__: {
        li__CWWO=li__4DGM(((__li__YTVI *)li__2REO));
      } break;
      case __li__S2VI__: {
        li__CWWO=li__OG5L(((__li__S2VI *)li__2REO));
      } break;
      case __li__E3VI__: {
        li__CWWO=li__ZG5L(((__li__E3VI *)li__2REO));
      } break;
      case __li__KLWI__: {
        li__JZFV=((__li__KLWI *)li__2REO);
        li__UVMV=li__JZFV->li__LLWI.li__0CC;
        li__LZFV=li__G3CM(((__li__KMFK *)li__JZFV->li__ZPBK));
        li__JZFV=li__PNSJ(li__UVMV,li__LZFV);
        li__CWWO=li__JZFV;
      } break;
      case __li__ULWI__: {
        li__OZFV=((__li__ULWI *)li__2REO);
        li__PZFV=li__AOSJ(li__OZFV->li__VLWI.li__0CC,li__OZFV->li__4PBK);
        li__CWWO=li__PZFV;
      } break;
      case __li__NMWI__: {
        li__CWWO=li__SH5L(((__li__NMWI *)li__2REO));
      } break;
      case __li__BNWI__: {
        li__CWWO=li__3H5L(((__li__BNWI *)li__2REO));
      } break;
      case __li__XNWI__: {
        li__CWWO=li__II5L(((__li__XNWI *)li__2REO));
      } break;
      case __li__LOWI__: {
        li__CWWO=li__TI5L(((__li__LOWI *)li__2REO));
      } break;
      case __li__5OWI__: {
        li__CWWO=li__4I5L(((__li__5OWI *)li__2REO));
      } break;
      case __li__TPWI__: {
        li__CWWO=li__JJ5L(((__li__TPWI *)li__2REO));
      } break;
      case __li__HQWI__: {
        li__CWWO=li__UJ5L(((__li__HQWI *)li__2REO));
      } break;
      case __li__ARWI__: {
        li__CWWO=li__5J5L(((__li__ARWI *)li__2REO));
      } break;
      case __li__URWI__: {
        li__CWWO=li__NK5L(((__li__URWI *)li__2REO));
      } break;
      case __li__MSWI__: {
        li__RZFV=((__li__MSWI *)li__2REO);
        li__SZFV=li__YXSJ(li__RZFV->li__NSWI.li__0CC,li__RZFV->li__ISBK);
        li__CWWO=li__SZFV;
      } break;
      case __li__ETWI__: {
        li__CWWO=li__4K5L(((__li__ETWI *)li__2REO));
      } break;
      case __li__MZWI__: {
        li__UZFV=((__li__MZWI *)li__2REO);
        li__VZFV=li__4U4I(li__UZFV->li__NZWI.li__0K.li__0CC,li__UZFV->li__3SBK,li__UZFV->li__NZWI.li__WZLE);
        li__CWWO=li__VZFV;
      } break;
      case __li__C0WI__: {
        li__XZFV=((__li__C0WI *)li__2REO);
        li__YZFV=li__ZV4I(li__XZFV->li__D0WI.li__0K.li__0CC,li__XZFV->li__CTBK);
        li__CWWO=li__YZFV;
      } break;
      case __li__M1WI__: {
        li__0ZFV=((__li__M1WI *)li__2REO);
        li__1ZFV=li__1Z4I(li__0ZFV->li__N1WI.li__0K.li__0CC,li__0ZFV->li__UTFK);
        li__CWWO=li__1ZFV;
      } break;
      case __li__KMFK__: {
        li__CWWO=li__G3CM(((__li__KMFK *)li__2REO));
      } break;
      case __li__XOHL__: {
        li__CWWO=li__AAPN(((__li__XOHL *)li__2REO));
      } break;
      case __li__FPHL__: {
        li__CWWO=li__2EGM(((__li__FPHL *)li__2REO));
      } break;
      case __li__APLM__: {
        li__CWWO=li__XRDQ(((__li__APLM *)li__2REO));
      } break;
      case __li__DTNM__: {
        li__CWWO=li__D5SO(((__li__DTNM *)li__2REO));
      } break;
      case __li__JXNM__: {
        li__CWWO=li__153R(((__li__JXNM *)li__2REO));
      } break;
      case __li__21LO__: {
        li__CWWO=li__2KLP(((__li__21LO *)li__2REO));
      } break;
      case __li__TPOO__: {
        li__CWWO=li__JLLP(((__li__TPOO *)li__2REO));
      } break;
      case __li__URRO__: {
        li__CWWO=li__KM4R(((__li__URRO *)li__2REO));
      } break;
      case __li__41XO__: {
        li__CWWO=li__CSDQ(((__li__41XO *)li__2REO));
      } break;
      case __li__AKBR__: {
        li__CWWO=li__L2DS(((__li__AKBR *)li__2REO));
      } break;
      case __li__SU5R__: {
        li__CWWO=li__EQJS(((__li__SU5R *)li__2REO));
      } break;
      case __li__JV5R__: {
        li__CWWO=li__PQJS(((__li__JV5R *)li__2REO));
      } break;
      };
      li__2GOO=li__GXOO();
      li__EYPT=((__li__2PLO *)li__2GOO);
      li__EYPT->li__3PLO.li__PPME=li__CWWO;
      li__EYPT->li__WYWO=li__JWLO;
      li__EYPT->li__3PLO.li__QPME=li__0REO;
      li__EYPT->li__XYWO=li__AWLO;
      li__3ZFV=((__li__KI *)li__CSEO);
      li__P2VG(((__li__TOLE *)li__3ZFV->li__2OLE),li__2GOO);
      li__WVRE(li__3ZFV);
      li__NHOO=li__PQUD();
      li__M0NU=((__li__ODID *)li__NHOO);
      li__M0NU->li__PDID.li__PPME=li__AWLO;
      li__M0NU->li__PDID.li__QPME=li__0REO;
      li__RP=(__li__K)(li__RP +  1);
      li__3ZFV=((__li__KI *)li__CSEO);
      li__P2VG(((__li__TOLE *)li__3ZFV->li__2OLE),li__NHOO);
      li__WVRE(li__3ZFV);
    } else /* FALSE */ {
      li__JWLO=li__0REO->li__OY3I.li__VOME;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BWLO)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__BWLO)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__WOWO(((__li__DZB *)li__BWLO),li__JWLO);
        } else /* ITM_SLOT_OPERATOR */ {
          li__WOWO(((__li__DZB *)li__BWLO),li__JWLO);
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__BWLO)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__MSWO(((__li__QWEC *)((__li__DZB *)li__BWLO)),li__JWLO);
        } else /* ITM_SLOT_OPERATOR */ {
          li__MSWO(((__li__QWEC *)((__li__DZB *)li__BWLO)),li__JWLO);
        };
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2REO)->__id) {
      case __li__WK__: {
        li__UVMV=((__li__WK *)li__2REO)->li__1K.li__0K.li__0CC;
      } break;
      case __li__AVBD__: {
        li__UVMV=((__li__AVBD *)li__2REO)->li__BVBD.li__0CC;
      } break;
      case __li__KVBD__: {
        li__UVMV=((__li__KVBD *)li__2REO)->li__LVBD.li__0K.li__0CC;
      } break;
      case __li__WVBD__: {
        li__UVMV=((__li__WVBD *)li__2REO)->li__XVBD.li__0K.li__0CC;
      } break;
      case __li__Z4WH__: {
        li__UVMV=(*(li__YK__)).li__0CC;
      } break;
      case __li__KTVI__: {
        li__UVMV=((__li__KTVI *)li__2REO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__LTVI__: {
        li__UVMV=((__li__LTVI *)li__2REO)->li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__XTVI__: {
        li__UVMV=((__li__XTVI *)li__2REO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__YTVI__: {
        li__UVMV=((__li__YTVI *)li__2REO)->li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__S2VI__: {
        li__UVMV=((__li__S2VI *)li__2REO)->li__T2VI.li__IVVI.li__0CC;
      } break;
      case __li__E3VI__: {
        li__UVMV=((__li__E3VI *)li__2REO)->li__F3VI.li__IVVI.li__0CC;
      } break;
      case __li__KLWI__: {
        li__UVMV=((__li__KLWI *)li__2REO)->li__LLWI.li__0CC;
      } break;
      case __li__ULWI__: {
        li__UVMV=((__li__ULWI *)li__2REO)->li__VLWI.li__0CC;
      } break;
      case __li__NMWI__: {
        li__UVMV=((__li__NMWI *)li__2REO)->li__OMWI.li__IVVI.li__0CC;
      } break;
      case __li__BNWI__: {
        li__UVMV=((__li__BNWI *)li__2REO)->li__ENWI.li__DNWI.li__0CC;
      } break;
      case __li__XNWI__: {
        li__UVMV=((__li__XNWI *)li__2REO)->li__YNWI.li__DNWI.li__0CC;
      } break;
      case __li__LOWI__: {
        li__UVMV=((__li__LOWI *)li__2REO)->li__MOWI.li__DNWI.li__0CC;
      } break;
      case __li__5OWI__: {
        li__UVMV=((__li__5OWI *)li__2REO)->li__APWI.li__DNWI.li__0CC;
      } break;
      case __li__TPWI__: {
        li__UVMV=((__li__TPWI *)li__2REO)->li__UPWI.li__DNWI.li__0CC;
      } break;
      case __li__HQWI__: {
        li__UVMV=((__li__HQWI *)li__2REO)->li__IQWI.li__DNWI.li__0CC;
      } break;
      case __li__ARWI__: {
        li__UVMV=((__li__ARWI *)li__2REO)->li__BRWI.li__0CC;
      } break;
      case __li__URWI__: {
        li__UVMV=((__li__URWI *)li__2REO)->li__VRWI.li__0CC;
      } break;
      case __li__MSWI__: {
        li__UVMV=((__li__MSWI *)li__2REO)->li__NSWI.li__0CC;
      } break;
      case __li__ETWI__: {
        li__UVMV=((__li__ETWI *)li__2REO)->li__FTWI.li__0CC;
      } break;
      case __li__MZWI__: {
        li__UVMV=((__li__MZWI *)li__2REO)->li__NZWI.li__0K.li__0CC;
      } break;
      case __li__C0WI__: {
        li__UVMV=((__li__C0WI *)li__2REO)->li__D0WI.li__0K.li__0CC;
      } break;
      case __li__M1WI__: {
        li__UVMV=((__li__M1WI *)li__2REO)->li__N1WI.li__0K.li__0CC;
      } break;
      case __li__KMFK__: {
        li__UVMV=((__li__KMFK *)li__2REO)->li__LMFK.li__0CC;
      } break;
      case __li__XOHL__: {
        li__UVMV=((__li__XOHL *)li__2REO)->li__0OHL.li__ZOHL.li__0CC;
      } break;
      case __li__FPHL__: {
        li__UVMV=((__li__FPHL *)li__2REO)->li__GPHL.li__DNWI.li__0CC;
      } break;
      case __li__APLM__: {
        li__UVMV=((__li__APLM *)li__2REO)->li__BPLM.li__IVVI.li__0CC;
      } break;
      case __li__DTNM__: {
        li__UVMV=((__li__DTNM *)li__2REO)->li__ETNM.li__ZOHL.li__0CC;
      } break;
      case __li__JXNM__: {
        li__UVMV=((__li__JXNM *)li__2REO)->li__KXNM.li__DNWI.li__0CC;
      } break;
      case __li__21LO__: {
        li__UVMV=((__li__21LO *)li__2REO)->li__31LO.li__0CC;
      } break;
      case __li__TPOO__: {
        li__UVMV=((__li__TPOO *)li__2REO)->li__UPOO.li__0CC;
      } break;
      case __li__URRO__: {
        li__UVMV=((__li__URRO *)li__2REO)->li__XRRO.li__WRRO.li__0CC;
      } break;
      case __li__41XO__: {
        li__UVMV=((__li__41XO *)li__2REO)->li__51XO.li__DNWI.li__0CC;
      } break;
      case __li__AKBR__: {
        li__UVMV=((__li__AKBR *)li__2REO)->li__BKBR.li__DNWI.li__0CC;
      } break;
      case __li__SU5R__: {
        li__UVMV=((__li__SU5R *)li__2REO)->li__TU5R.li__IVVI.li__0CC;
      } break;
      case __li__JV5R__: {
        li__UVMV=((__li__JV5R *)li__2REO)->li__KV5R.li__IVVI.li__0CC;
      } break;
      };
      li__JWLO=li__0REO->li__OJGK;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BWLO)->__id==__li__DZB__) {
        li__TZWO=((__li__DZB *)li__BWLO);
        li__XZWO= 0;
        li__ZZWO=li__VJZO(li__TZWO->li__LZB,li__JWLO);
        /* __li__B__ __li__I__ */
if (((void *)li__TZWO->li__LZB->li__UFJG == (void *)NULL)) {
          li__TZWO->li__LZB->li__UFJG=li__ZZWO;
          li__A0WO=li__TZWO->li__LZB;
          li__B0WO=li__FB5J( 0);
          li__E0WO=li__D5QG(li__A0WO,li__B0WO->li__VRB.li__J0C);
          li__TZWO->li__LZB->li__Y5KI=li__E0WO;
          li__HC5J(((__li__DZB *)li__TZWO->li__LZB->li__Y5KI));
          li__XZWO= 1;
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if (((void *)li__TZWO->li__LZB->li__U0WO == (void *)NULL)) {
            li__10WO=li__FNGP();
            li__TZWO->li__LZB->li__U0WO=li__10WO;
          };
          li__0LFQ(((__li__L0WO *)li__TZWO->li__LZB->li__U0WO),li__ZZWO);
          /* __li__B__ __li__I__ */
if (((void *)li__TZWO->li__LZB->li__Y5KI == (void *)NULL)) {
            li__F1WO=li__TZWO->li__LZB;
            li__G1WO=li__FB5J( 1);
            li__J1WO=li__D5QG(li__F1WO,li__G1WO->li__VRB.li__J0C);
            li__TZWO->li__LZB->li__Y5KI=li__J1WO;
            li__HC5J(((__li__DZB *)li__TZWO->li__LZB->li__Y5KI));
          };
          li__XZWO=(__li__K)((*(li__TZWO->li__LZB->li__U0WO)).li__O1WO +  2);
        };
        li__2HOO=li__XZWO;
      } else /* SLOT_CODE */ {
        li__ZZWO=((__li__QWEC *)((__li__DZB *)li__BWLO));
        li__XZWO= 0;
        li__01WO=li__VJZO(li__ZZWO->li__RWEC,li__JWLO);
        /* __li__B__ __li__I__ */
if (((void *)li__ZZWO->li__RWEC->li__UFJG == (void *)NULL)) {
          li__ZZWO->li__RWEC->li__UFJG=li__01WO;
          li__A0WO=li__ZZWO->li__RWEC;
          li__B0WO=li__FB5J( 0);
          li__E0WO=li__D5QG(li__A0WO,li__B0WO->li__VRB.li__J0C);
          li__ZZWO->li__RWEC->li__Y5KI=li__E0WO;
          li__HC5J(((__li__DZB *)li__ZZWO->li__RWEC->li__Y5KI));
          li__XZWO= 1;
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if (((void *)li__ZZWO->li__RWEC->li__U0WO == (void *)NULL)) {
            li__10WO=li__FNGP();
            li__ZZWO->li__RWEC->li__U0WO=li__10WO;
          };
          li__0LFQ(((__li__L0WO *)li__ZZWO->li__RWEC->li__U0WO),li__01WO);
          /* __li__B__ __li__I__ */
if (((void *)li__ZZWO->li__RWEC->li__Y5KI == (void *)NULL)) {
            li__F1WO=li__ZZWO->li__RWEC;
            li__G1WO=li__FB5J( 1);
            li__J1WO=li__D5QG(li__F1WO,li__G1WO->li__VRB.li__J0C);
            li__ZZWO->li__RWEC->li__Y5KI=li__J1WO;
            li__HC5J(((__li__DZB *)li__ZZWO->li__RWEC->li__Y5KI));
          };
          li__XZWO=(__li__K)((*(li__ZZWO->li__RWEC->li__U0WO)).li__O1WO +  2);
        };
        li__2HOO=li__XZWO;
      };
      li__B0WO=li__FB5J(li__2HOO);
      li__VVMV=li__B0WO->li__VRB.li__J0C;
      li__TVMV=li__5QND();
      li__XVMV=((__li__KVBD *)li__TVMV);
      li__XVMV->li__LVBD.li__0K.li__0CC=li__UVMV;
      li__YVMV=li__NNSE(((__li__5RB *)li__VVMV));
      li__XVMV->li__LVBD.li__WZLE=li__YVMV;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BWLO)->__id==__li__DZB__) {
        li__CIOO=((__li__DZB *)li__BWLO)->li__GZB.li__FZB.li__DI1B;
      } else /* SLOT_CODE */ {
        li__CWWO=((__li__QWEC *)li__BWLO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CWWO)->__id==__li__IZB__) {
          li__CIOO=((__li__IZB *)li__CWWO)->li__JZB.li__DI1B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__CIOO=((__li__4HAD *)li__CWWO)->li__5HAD.li__JZB.li__DI1B;
        };
      };
      /* __li__B__ __li__I__ */
if ((li__CIOO == '+')) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BWLO)->__id==__li__DZB__) {
          li__E0WO=((__li__DZB *)li__BWLO)->li__LZB->li__Y5KI;
        } else /* SLOT_CODE */ {
          li__E0WO=((__li__QWEC *)li__BWLO)->li__RWEC->li__Y5KI;
        };
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2REO)->__id) {
        case __li__WK__: {
          li__I0FV=li__PVEJ(((__li__WK *)li__2REO));
          li__KWLO=li__I0FV;
        } break;
        case __li__AVBD__: {
          li__KWLO=li__AE5L(((__li__AVBD *)li__2REO));
        } break;
        case __li__KVBD__: {
          li__1VMV=((__li__KVBD *)li__2REO);
          li__2VMV=li__1VMV->li__LVBD.li__0K.li__0CC;
          li__3VMV=li__1VMV->li__LVBD.li__WZLE;
          li__1VMV=li__5QND();
          li__5VMV=((__li__KVBD *)li__1VMV);
          li__5VMV->li__LVBD.li__0K.li__0CC=li__2VMV;
          li__AWMV=li__NNSE(((__li__5RB *)li__3VMV));
          li__5VMV->li__LVBD.li__WZLE=li__AWMV;
          li__KWLO=li__1VMV;
        } break;
        case __li__WVBD__: {
          li__K0FV=((__li__WVBD *)li__2REO);
          li__L0FV=li__VEID(li__K0FV->li__XVBD.li__0K.li__0CC,li__K0FV->li__2ZLE,li__K0FV->li__XVBD.li__WZLE);
          li__KWLO=li__L0FV;
        } break;
        case __li__Z4WH__: {
          li__KWLO=li__XEVK(((__li__Z4WH *)li__2REO));
        } break;
        case __li__KTVI__: {
          li__KWLO=li__XF5L(((__li__KTVI *)li__2REO));
        } break;
        case __li__LTVI__: {
          li__KWLO=li__SDGM(((__li__LTVI *)li__2REO));
        } break;
        case __li__XTVI__: {
          li__KWLO=li__DG5L(((__li__XTVI *)li__2REO));
        } break;
        case __li__YTVI__: {
          li__KWLO=li__4DGM(((__li__YTVI *)li__2REO));
        } break;
        case __li__S2VI__: {
          li__KWLO=li__OG5L(((__li__S2VI *)li__2REO));
        } break;
        case __li__E3VI__: {
          li__KWLO=li__ZG5L(((__li__E3VI *)li__2REO));
        } break;
        case __li__KLWI__: {
          li__N0FV=((__li__KLWI *)li__2REO);
          li__2VMV=li__N0FV->li__LLWI.li__0CC;
          li__P0FV=li__G3CM(((__li__KMFK *)li__N0FV->li__ZPBK));
          li__N0FV=li__PNSJ(li__2VMV,li__P0FV);
          li__KWLO=li__N0FV;
        } break;
        case __li__ULWI__: {
          li__S0FV=((__li__ULWI *)li__2REO);
          li__T0FV=li__AOSJ(li__S0FV->li__VLWI.li__0CC,li__S0FV->li__4PBK);
          li__KWLO=li__T0FV;
        } break;
        case __li__NMWI__: {
          li__KWLO=li__SH5L(((__li__NMWI *)li__2REO));
        } break;
        case __li__BNWI__: {
          li__KWLO=li__3H5L(((__li__BNWI *)li__2REO));
        } break;
        case __li__XNWI__: {
          li__KWLO=li__II5L(((__li__XNWI *)li__2REO));
        } break;
        case __li__LOWI__: {
          li__KWLO=li__TI5L(((__li__LOWI *)li__2REO));
        } break;
        case __li__5OWI__: {
          li__KWLO=li__4I5L(((__li__5OWI *)li__2REO));
        } break;
        case __li__TPWI__: {
          li__KWLO=li__JJ5L(((__li__TPWI *)li__2REO));
        } break;
        case __li__HQWI__: {
          li__KWLO=li__UJ5L(((__li__HQWI *)li__2REO));
        } break;
        case __li__ARWI__: {
          li__KWLO=li__5J5L(((__li__ARWI *)li__2REO));
        } break;
        case __li__URWI__: {
          li__KWLO=li__NK5L(((__li__URWI *)li__2REO));
        } break;
        case __li__MSWI__: {
          li__V0FV=((__li__MSWI *)li__2REO);
          li__W0FV=li__YXSJ(li__V0FV->li__NSWI.li__0CC,li__V0FV->li__ISBK);
          li__KWLO=li__W0FV;
        } break;
        case __li__ETWI__: {
          li__KWLO=li__4K5L(((__li__ETWI *)li__2REO));
        } break;
        case __li__MZWI__: {
          li__Y0FV=((__li__MZWI *)li__2REO);
          li__Z0FV=li__4U4I(li__Y0FV->li__NZWI.li__0K.li__0CC,li__Y0FV->li__3SBK,li__Y0FV->li__NZWI.li__WZLE);
          li__KWLO=li__Z0FV;
        } break;
        case __li__C0WI__: {
          li__10FV=((__li__C0WI *)li__2REO);
          li__20FV=li__ZV4I(li__10FV->li__D0WI.li__0K.li__0CC,li__10FV->li__CTBK);
          li__KWLO=li__20FV;
        } break;
        case __li__M1WI__: {
          li__40FV=((__li__M1WI *)li__2REO);
          li__50FV=li__1Z4I(li__40FV->li__N1WI.li__0K.li__0CC,li__40FV->li__UTFK);
          li__KWLO=li__50FV;
        } break;
        case __li__KMFK__: {
          li__KWLO=li__G3CM(((__li__KMFK *)li__2REO));
        } break;
        case __li__XOHL__: {
          li__KWLO=li__AAPN(((__li__XOHL *)li__2REO));
        } break;
        case __li__FPHL__: {
          li__KWLO=li__2EGM(((__li__FPHL *)li__2REO));
        } break;
        case __li__APLM__: {
          li__KWLO=li__XRDQ(((__li__APLM *)li__2REO));
        } break;
        case __li__DTNM__: {
          li__KWLO=li__D5SO(((__li__DTNM *)li__2REO));
        } break;
        case __li__JXNM__: {
          li__KWLO=li__153R(((__li__JXNM *)li__2REO));
        } break;
        case __li__21LO__: {
          li__KWLO=li__2KLP(((__li__21LO *)li__2REO));
        } break;
        case __li__TPOO__: {
          li__KWLO=li__JLLP(((__li__TPOO *)li__2REO));
        } break;
        case __li__URRO__: {
          li__KWLO=li__KM4R(((__li__URRO *)li__2REO));
        } break;
        case __li__41XO__: {
          li__KWLO=li__CSDQ(((__li__41XO *)li__2REO));
        } break;
        case __li__AKBR__: {
          li__KWLO=li__L2DS(((__li__AKBR *)li__2REO));
        } break;
        case __li__SU5R__: {
          li__KWLO=li__EQJS(((__li__SU5R *)li__2REO));
        } break;
        case __li__JV5R__: {
          li__KWLO=li__PQJS(((__li__JV5R *)li__2REO));
        } break;
        };
        li__CWWO=li__NXEJ(((__li__DZB *)li__E0WO),li__UVMV,li__KWLO,li__TVMV);
        li__B1FV=((__li__KI *)li__CSEO);
        li__P2VG(((__li__TOLE *)li__B1FV->li__2OLE),li__CWWO);
        li__WVRE(li__B1FV);
      } else /* FALSE */ {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BWLO)->__id==__li__DZB__) {
          li__E0WO=((__li__DZB *)li__BWLO)->li__LZB->li__Y5KI;
        } else /* SLOT_CODE */ {
          li__E0WO=((__li__QWEC *)li__BWLO)->li__RWEC->li__Y5KI;
        };
        li__CWWO=li__NXEJ(((__li__DZB *)li__E0WO),li__UVMV,NULL,li__TVMV);
        li__B1FV=((__li__KI *)li__CSEO);
        li__P2VG(((__li__TOLE *)li__B1FV->li__2OLE),li__CWWO);
        li__WVRE(li__B1FV);
      };
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2REO)->__id) {
    case __li__WK__: {
      li__UVMV=((__li__WK *)li__2REO)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__UVMV=((__li__AVBD *)li__2REO)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__UVMV=((__li__KVBD *)li__2REO)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__UVMV=((__li__WVBD *)li__2REO)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__UVMV=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__UVMV=((__li__KTVI *)li__2REO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__UVMV=((__li__LTVI *)li__2REO)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__UVMV=((__li__XTVI *)li__2REO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__UVMV=((__li__YTVI *)li__2REO)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__UVMV=((__li__S2VI *)li__2REO)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__UVMV=((__li__E3VI *)li__2REO)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__UVMV=((__li__KLWI *)li__2REO)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__UVMV=((__li__ULWI *)li__2REO)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__UVMV=((__li__NMWI *)li__2REO)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__UVMV=((__li__BNWI *)li__2REO)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__UVMV=((__li__XNWI *)li__2REO)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__UVMV=((__li__LOWI *)li__2REO)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__UVMV=((__li__5OWI *)li__2REO)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__UVMV=((__li__TPWI *)li__2REO)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__UVMV=((__li__HQWI *)li__2REO)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__UVMV=((__li__ARWI *)li__2REO)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__UVMV=((__li__URWI *)li__2REO)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__UVMV=((__li__MSWI *)li__2REO)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__UVMV=((__li__ETWI *)li__2REO)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__UVMV=((__li__MZWI *)li__2REO)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__UVMV=((__li__C0WI *)li__2REO)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__UVMV=((__li__M1WI *)li__2REO)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__UVMV=((__li__KMFK *)li__2REO)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__UVMV=((__li__XOHL *)li__2REO)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__UVMV=((__li__FPHL *)li__2REO)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__UVMV=((__li__APLM *)li__2REO)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__UVMV=((__li__DTNM *)li__2REO)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__UVMV=((__li__JXNM *)li__2REO)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__UVMV=((__li__21LO *)li__2REO)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__UVMV=((__li__TPOO *)li__2REO)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__UVMV=((__li__URRO *)li__2REO)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__UVMV=((__li__41XO *)li__2REO)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__UVMV=((__li__AKBR *)li__2REO)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__UVMV=((__li__SU5R *)li__2REO)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__UVMV=((__li__JV5R *)li__2REO)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    li__VVMV=li__QRB__->li__RRB.li__J0C;
    li__TVMV=li__5QND();
    li__XVMV=((__li__KVBD *)li__TVMV);
    li__XVMV->li__LVBD.li__0K.li__0CC=li__UVMV;
    li__YVMV=li__NNSE(((__li__5RB *)li__VVMV));
    li__XVMV->li__LVBD.li__WZLE=li__YVMV;
    li__3ZFV=((__li__KI *)li__CSEO);
    li__P2VG(((__li__TOLE *)li__3ZFV->li__2OLE),li__TVMV);
    li__WVRE(li__3ZFV);
  };
  li__4REO=li__CSEO;
  return(li__4REO);
}

static __li__KI* li__YSEO(__li__SJPJ *li__ZSEO,void *li__0SEO,void *li__1SEO)
/* (Strict DTA_WR_VALUE{li__SJPJ},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__5SEO,li__EWMV,li__MWMV;
  __li__KI *li__BTEO,*li__I2FV,*li__P3FV,*li__3SEO;
  void *li__NXLO;
  void *li__OXLO,*li__WXLO;
  __li__U *li__PXLO;
  void *li__O0MO,*li__1WWO;
  void *li__XXLO;
  __li__WK *li__P1FV,*li__P2FV;
  __li__KVBD *li__DWMV,*li__HWMV,*li__LWMV,*li__PWMV;
  __li__5RB *li__FWMV,*li__IWMV,*li__NWMV,*li__QWMV;
  __li__WVBD *li__R1FV,*li__S1FV,*li__R2FV,*li__S2FV;
  __li__KLWI *li__U1FV,*li__U2FV;
  __li__KMFK *li__W1FV,*li__W2FV;
  __li__ULWI *li__Z1FV,*li__01FV,*li__Z2FV,*li__02FV;
  __li__MSWI *li__21FV,*li__31FV,*li__22FV,*li__32FV;
  __li__MZWI *li__51FV,*li__A2FV,*li__52FV,*li__A3FV;
  __li__C0WI *li__C2FV,*li__D2FV,*li__C3FV,*li__D3FV;
  __li__M1WI *li__F2FV,*li__G2FV,*li__F3FV,*li__G3FV;
  __li__2PLO *li__QJOO,*li__KYPT;
  __li__ODID *li__BKOO,*li__P0NU;
  __li__DZB *li__2KOO,*li__LKOO,*li__G3PO;
  __li__Z4WH *li__4KOO,*li__MKOO;
  __li__K li__M2PO,li__N2PO;
  void *li__TLOO;
  __li__URB *li__C3PO;
  __li__MZB *li__OLOO;
  __li__2ZEC *li__S3FV;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SEO)->__id) {
  case __li__WK__: {
    li__5SEO=((__li__WK *)li__1SEO)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__5SEO=((__li__AVBD *)li__1SEO)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__5SEO=((__li__KVBD *)li__1SEO)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__5SEO=((__li__WVBD *)li__1SEO)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__5SEO=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__5SEO=((__li__KTVI *)li__1SEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__5SEO=((__li__LTVI *)li__1SEO)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__5SEO=((__li__XTVI *)li__1SEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__5SEO=((__li__YTVI *)li__1SEO)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__5SEO=((__li__S2VI *)li__1SEO)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__5SEO=((__li__E3VI *)li__1SEO)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__5SEO=((__li__KLWI *)li__1SEO)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__5SEO=((__li__ULWI *)li__1SEO)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__5SEO=((__li__NMWI *)li__1SEO)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__5SEO=((__li__BNWI *)li__1SEO)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__5SEO=((__li__XNWI *)li__1SEO)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__5SEO=((__li__LOWI *)li__1SEO)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__5SEO=((__li__5OWI *)li__1SEO)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__5SEO=((__li__TPWI *)li__1SEO)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__5SEO=((__li__HQWI *)li__1SEO)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__5SEO=((__li__ARWI *)li__1SEO)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__5SEO=((__li__URWI *)li__1SEO)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__5SEO=((__li__MSWI *)li__1SEO)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__5SEO=((__li__ETWI *)li__1SEO)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__5SEO=((__li__MZWI *)li__1SEO)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__5SEO=((__li__C0WI *)li__1SEO)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__5SEO=((__li__M1WI *)li__1SEO)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__5SEO=((__li__KMFK *)li__1SEO)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__5SEO=((__li__XOHL *)li__1SEO)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__5SEO=((__li__FPHL *)li__1SEO)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__5SEO=((__li__APLM *)li__1SEO)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__5SEO=((__li__DTNM *)li__1SEO)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__5SEO=((__li__JXNM *)li__1SEO)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__5SEO=((__li__21LO *)li__1SEO)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__5SEO=((__li__TPOO *)li__1SEO)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__5SEO=((__li__URRO *)li__1SEO)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__5SEO=((__li__41XO *)li__1SEO)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__5SEO=((__li__AKBR *)li__1SEO)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__5SEO=((__li__SU5R *)li__1SEO)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__5SEO=((__li__JV5R *)li__1SEO)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  li__BTEO=li__R4HD(li__5SEO);
  /* __li__B__ __li__I__ */
if (((void *)li__0SEO == (void *)li__ORB__)) {
    li__NOLO(li__ZSEO->li__TJPJ.li__TDID.li__0CC,li__BTEO,li__ZSEO->li__TJPJ.li__BPME);
  } else /* FALSE */ {
    li__NXLO=NULL;
    li__OXLO=li__ZSEO->li__TJPJ.li__VOME;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OXLO)->__id==__li__DZB__) {
      li__PXLO=((__li__DZB *)li__OXLO)->li__GZB.li__FZB.li__R2B;
    } else /* SLOT_CODE */ {
      li__O0MO=((__li__QWEC *)li__OXLO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O0MO)->__id==__li__IZB__) {
        li__PXLO=((__li__IZB *)li__O0MO)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__PXLO=((__li__4HAD *)li__O0MO)->li__5HAD.li__JZB.li__R2B;
      };
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0SEO)->__id) {
    case __li__IF__: {
      li__O0MO=li__IJDG(((__li__IF *)li__0SEO),li__PXLO);
    } break;
    case __li__ORB__: {
      li__O0MO=NULL;
    } break;
    case __li__QRB__: {
      li__O0MO=li__5LDG(((__li__QRB *)((__li__IF *)li__0SEO)),li__PXLO);
    } break;
    case __li__SRB__: {
      li__O0MO=li__JODG(((__li__SRB *)((__li__IF *)li__0SEO)),li__PXLO);
    } break;
    case __li__URB__: {
      li__O0MO=li__TQDG(((__li__URB *)((__li__IF *)li__0SEO)),li__PXLO);
    } break;
    case __li__GSZ__: {
      li__O0MO=li__3SDG(((__li__GSZ *)((__li__IF *)li__0SEO)),li__PXLO);
    } break;
    case __li__1RRF__: {
      li__O0MO=li__NY4I(li__PXLO);
    } break;
    case __li__UJSH__: {
      li__O0MO=li__YQMN(li__PXLO);
    } break;
    };
    li__OXLO=li__O0MO;
    /* __li__B__ __li__I__ */
if (((void *)li__O0MO == (void *)NULL)) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0SEO)->__id) {
      case __li__IF__: {
        li__WXLO=li__FZNO(((__li__IF *)li__0SEO),li__PXLO);
      } break;
      case __li__ORB__: {
        li__WXLO=NULL;
      } break;
      case __li__QRB__: {
        li__WXLO=li__N1NO(((__li__QRB *)((__li__IF *)li__0SEO)),li__PXLO);
      } break;
      case __li__SRB__: {
        li__WXLO=li__R3NO(((__li__SRB *)((__li__IF *)li__0SEO)),li__PXLO);
      } break;
      case __li__URB__: {
        li__WXLO=li__V5NO(((__li__URB *)((__li__IF *)li__0SEO)),li__PXLO);
      } break;
      case __li__GSZ__: {
        li__WXLO=li__ZBOO(((__li__GSZ *)((__li__IF *)li__0SEO)),li__PXLO);
      } break;
      case __li__1RRF__: {
        li__WXLO=li__3DOO(li__PXLO);
      } break;
      case __li__UJSH__: {
        li__WXLO=li__EEOO(li__PXLO);
      } break;
      };
      li__OXLO=li__WXLO;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WXLO)->__id==__li__DZB__) {
        li__1WWO=((__li__DZB *)li__WXLO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1WWO)->__id==__li__IZB__) {
          li__XXLO=((__li__IZB *)li__1WWO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__XXLO=((__li__4HAD *)li__1WWO)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__1WWO=((__li__QWEC *)li__WXLO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1WWO)->__id==__li__IZB__) {
          li__XXLO=((__li__IZB *)li__1WWO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__XXLO=((__li__4HAD *)li__1WWO)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__XXLO)->__id) {
      case __li__WRB__: {
        li__1WWO=li__SLWO(((__li__WRB *)li__XXLO),li__0SEO);
      } break;
      case __li__XRB__: {
        li__1WWO=li__3LWO(((__li__XRB *)((__li__WRB *)li__XXLO)),li__0SEO);
      } break;
      case __li__KUB__: {
        li__1WWO=li__KMWO(((__li__KUB *)((__li__WRB *)li__XXLO)),li__0SEO);
      } break;
      case __li__VB1__: {
        li__1WWO=li__WMWO(((__li__VB1 *)((__li__WRB *)li__XXLO)),li__0SEO);
      } break;
      case __li__UL2B__: {
        li__1WWO=li__BNWO(((__li__UL2B *)((__li__WRB *)li__XXLO)),li__0SEO);
      } break;
      case __li__4O2B__: {
        li__1WWO=li__ZNWO(((__li__4O2B *)((__li__WRB *)li__XXLO)),li__0SEO);
      } break;
      };
      li__NXLO=li__1WWO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SEO)->__id) {
      case __li__WK__: {
        li__P1FV=li__PVEJ(((__li__WK *)li__1SEO));
        li__1WWO=li__P1FV;
      } break;
      case __li__AVBD__: {
        li__1WWO=li__AE5L(((__li__AVBD *)li__1SEO));
      } break;
      case __li__KVBD__: {
        li__DWMV=((__li__KVBD *)li__1SEO);
        li__EWMV=li__DWMV->li__LVBD.li__0K.li__0CC;
        li__FWMV=li__DWMV->li__LVBD.li__WZLE;
        li__DWMV=li__5QND();
        li__HWMV=((__li__KVBD *)li__DWMV);
        li__HWMV->li__LVBD.li__0K.li__0CC=li__EWMV;
        li__IWMV=li__NNSE(((__li__5RB *)li__FWMV));
        li__HWMV->li__LVBD.li__WZLE=li__IWMV;
        li__1WWO=li__DWMV;
      } break;
      case __li__WVBD__: {
        li__R1FV=((__li__WVBD *)li__1SEO);
        li__S1FV=li__VEID(li__R1FV->li__XVBD.li__0K.li__0CC,li__R1FV->li__2ZLE,li__R1FV->li__XVBD.li__WZLE);
        li__1WWO=li__S1FV;
      } break;
      case __li__Z4WH__: {
        li__1WWO=li__XEVK(((__li__Z4WH *)li__1SEO));
      } break;
      case __li__KTVI__: {
        li__1WWO=li__XF5L(((__li__KTVI *)li__1SEO));
      } break;
      case __li__LTVI__: {
        li__1WWO=li__SDGM(((__li__LTVI *)li__1SEO));
      } break;
      case __li__XTVI__: {
        li__1WWO=li__DG5L(((__li__XTVI *)li__1SEO));
      } break;
      case __li__YTVI__: {
        li__1WWO=li__4DGM(((__li__YTVI *)li__1SEO));
      } break;
      case __li__S2VI__: {
        li__1WWO=li__OG5L(((__li__S2VI *)li__1SEO));
      } break;
      case __li__E3VI__: {
        li__1WWO=li__ZG5L(((__li__E3VI *)li__1SEO));
      } break;
      case __li__KLWI__: {
        li__U1FV=((__li__KLWI *)li__1SEO);
        li__EWMV=li__U1FV->li__LLWI.li__0CC;
        li__W1FV=li__G3CM(((__li__KMFK *)li__U1FV->li__ZPBK));
        li__U1FV=li__PNSJ(li__EWMV,li__W1FV);
        li__1WWO=li__U1FV;
      } break;
      case __li__ULWI__: {
        li__Z1FV=((__li__ULWI *)li__1SEO);
        li__01FV=li__AOSJ(li__Z1FV->li__VLWI.li__0CC,li__Z1FV->li__4PBK);
        li__1WWO=li__01FV;
      } break;
      case __li__NMWI__: {
        li__1WWO=li__SH5L(((__li__NMWI *)li__1SEO));
      } break;
      case __li__BNWI__: {
        li__1WWO=li__3H5L(((__li__BNWI *)li__1SEO));
      } break;
      case __li__XNWI__: {
        li__1WWO=li__II5L(((__li__XNWI *)li__1SEO));
      } break;
      case __li__LOWI__: {
        li__1WWO=li__TI5L(((__li__LOWI *)li__1SEO));
      } break;
      case __li__5OWI__: {
        li__1WWO=li__4I5L(((__li__5OWI *)li__1SEO));
      } break;
      case __li__TPWI__: {
        li__1WWO=li__JJ5L(((__li__TPWI *)li__1SEO));
      } break;
      case __li__HQWI__: {
        li__1WWO=li__UJ5L(((__li__HQWI *)li__1SEO));
      } break;
      case __li__ARWI__: {
        li__1WWO=li__5J5L(((__li__ARWI *)li__1SEO));
      } break;
      case __li__URWI__: {
        li__1WWO=li__NK5L(((__li__URWI *)li__1SEO));
      } break;
      case __li__MSWI__: {
        li__21FV=((__li__MSWI *)li__1SEO);
        li__31FV=li__YXSJ(li__21FV->li__NSWI.li__0CC,li__21FV->li__ISBK);
        li__1WWO=li__31FV;
      } break;
      case __li__ETWI__: {
        li__1WWO=li__4K5L(((__li__ETWI *)li__1SEO));
      } break;
      case __li__MZWI__: {
        li__51FV=((__li__MZWI *)li__1SEO);
        li__A2FV=li__4U4I(li__51FV->li__NZWI.li__0K.li__0CC,li__51FV->li__3SBK,li__51FV->li__NZWI.li__WZLE);
        li__1WWO=li__A2FV;
      } break;
      case __li__C0WI__: {
        li__C2FV=((__li__C0WI *)li__1SEO);
        li__D2FV=li__ZV4I(li__C2FV->li__D0WI.li__0K.li__0CC,li__C2FV->li__CTBK);
        li__1WWO=li__D2FV;
      } break;
      case __li__M1WI__: {
        li__F2FV=((__li__M1WI *)li__1SEO);
        li__G2FV=li__1Z4I(li__F2FV->li__N1WI.li__0K.li__0CC,li__F2FV->li__UTFK);
        li__1WWO=li__G2FV;
      } break;
      case __li__KMFK__: {
        li__1WWO=li__G3CM(((__li__KMFK *)li__1SEO));
      } break;
      case __li__XOHL__: {
        li__1WWO=li__AAPN(((__li__XOHL *)li__1SEO));
      } break;
      case __li__FPHL__: {
        li__1WWO=li__2EGM(((__li__FPHL *)li__1SEO));
      } break;
      case __li__APLM__: {
        li__1WWO=li__XRDQ(((__li__APLM *)li__1SEO));
      } break;
      case __li__DTNM__: {
        li__1WWO=li__D5SO(((__li__DTNM *)li__1SEO));
      } break;
      case __li__JXNM__: {
        li__1WWO=li__153R(((__li__JXNM *)li__1SEO));
      } break;
      case __li__21LO__: {
        li__1WWO=li__2KLP(((__li__21LO *)li__1SEO));
      } break;
      case __li__TPOO__: {
        li__1WWO=li__JLLP(((__li__TPOO *)li__1SEO));
      } break;
      case __li__URRO__: {
        li__1WWO=li__KM4R(((__li__URRO *)li__1SEO));
      } break;
      case __li__41XO__: {
        li__1WWO=li__CSDQ(((__li__41XO *)li__1SEO));
      } break;
      case __li__AKBR__: {
        li__1WWO=li__L2DS(((__li__AKBR *)li__1SEO));
      } break;
      case __li__SU5R__: {
        li__1WWO=li__EQJS(((__li__SU5R *)li__1SEO));
      } break;
      case __li__JV5R__: {
        li__1WWO=li__PQJS(((__li__JV5R *)li__1SEO));
      } break;
      };
      li__QJOO=li__GXOO();
      li__KYPT=((__li__2PLO *)li__QJOO);
      li__KYPT->li__3PLO.li__PPME=li__1WWO;
      li__KYPT->li__WYWO=li__WXLO;
      li__KYPT->li__3PLO.li__QPME=li__ZSEO;
      li__KYPT->li__XYWO=li__NXLO;
      li__I2FV=((__li__KI *)li__BTEO);
      li__P2VG(((__li__TOLE *)li__I2FV->li__2OLE),li__QJOO);
      li__WVRE(li__I2FV);
      li__BKOO=li__PQUD();
      li__P0NU=((__li__ODID *)li__BKOO);
      li__P0NU->li__PDID.li__PPME=li__NXLO;
      li__P0NU->li__PDID.li__QPME=li__ZSEO;
      li__RP=(__li__K)(li__RP +  1);
      li__I2FV=((__li__KI *)li__BTEO);
      li__P2VG(((__li__TOLE *)li__I2FV->li__2OLE),li__BKOO);
      li__WVRE(li__I2FV);
    } else /* FALSE */ {
      li__WXLO=li__ZSEO->li__TJPJ.li__VOME;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OXLO)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__OXLO)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__WOWO(((__li__DZB *)li__OXLO),li__WXLO);
        } else /* ITM_SLOT_OPERATOR */ {
          li__WOWO(((__li__DZB *)li__OXLO),li__WXLO);
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__OXLO)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__MSWO(((__li__QWEC *)((__li__DZB *)li__OXLO)),li__WXLO);
        } else /* ITM_SLOT_OPERATOR */ {
          li__MSWO(((__li__QWEC *)((__li__DZB *)li__OXLO)),li__WXLO);
        };
      };
      li__WXLO=li__OXLO;
      li__O0MO=NULL;
      /* __li__B__ __li__I__ */
if (li__ZSEO->li__WS1L) {
        li__1WWO=li__ZSEO->li__JBOK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1WWO)->__id) {
        case __li__WK__: {
          li__P2FV=li__PVEJ(((__li__WK *)li__1WWO));
          li__XXLO=li__P2FV;
        } break;
        case __li__AVBD__: {
          li__XXLO=li__AE5L(((__li__AVBD *)li__1WWO));
        } break;
        case __li__KVBD__: {
          li__LWMV=((__li__KVBD *)li__1WWO);
          li__MWMV=li__LWMV->li__LVBD.li__0K.li__0CC;
          li__NWMV=li__LWMV->li__LVBD.li__WZLE;
          li__LWMV=li__5QND();
          li__PWMV=((__li__KVBD *)li__LWMV);
          li__PWMV->li__LVBD.li__0K.li__0CC=li__MWMV;
          li__QWMV=li__NNSE(((__li__5RB *)li__NWMV));
          li__PWMV->li__LVBD.li__WZLE=li__QWMV;
          li__XXLO=li__LWMV;
        } break;
        case __li__WVBD__: {
          li__R2FV=((__li__WVBD *)li__1WWO);
          li__S2FV=li__VEID(li__R2FV->li__XVBD.li__0K.li__0CC,li__R2FV->li__2ZLE,li__R2FV->li__XVBD.li__WZLE);
          li__XXLO=li__S2FV;
        } break;
        case __li__Z4WH__: {
          li__XXLO=li__XEVK(((__li__Z4WH *)li__1WWO));
        } break;
        case __li__KTVI__: {
          li__XXLO=li__XF5L(((__li__KTVI *)li__1WWO));
        } break;
        case __li__LTVI__: {
          li__XXLO=li__SDGM(((__li__LTVI *)li__1WWO));
        } break;
        case __li__XTVI__: {
          li__XXLO=li__DG5L(((__li__XTVI *)li__1WWO));
        } break;
        case __li__YTVI__: {
          li__XXLO=li__4DGM(((__li__YTVI *)li__1WWO));
        } break;
        case __li__S2VI__: {
          li__XXLO=li__OG5L(((__li__S2VI *)li__1WWO));
        } break;
        case __li__E3VI__: {
          li__XXLO=li__ZG5L(((__li__E3VI *)li__1WWO));
        } break;
        case __li__KLWI__: {
          li__U2FV=((__li__KLWI *)li__1WWO);
          li__MWMV=li__U2FV->li__LLWI.li__0CC;
          li__W2FV=li__G3CM(((__li__KMFK *)li__U2FV->li__ZPBK));
          li__U2FV=li__PNSJ(li__MWMV,li__W2FV);
          li__XXLO=li__U2FV;
        } break;
        case __li__ULWI__: {
          li__Z2FV=((__li__ULWI *)li__1WWO);
          li__02FV=li__AOSJ(li__Z2FV->li__VLWI.li__0CC,li__Z2FV->li__4PBK);
          li__XXLO=li__02FV;
        } break;
        case __li__NMWI__: {
          li__XXLO=li__SH5L(((__li__NMWI *)li__1WWO));
        } break;
        case __li__BNWI__: {
          li__XXLO=li__3H5L(((__li__BNWI *)li__1WWO));
        } break;
        case __li__XNWI__: {
          li__XXLO=li__II5L(((__li__XNWI *)li__1WWO));
        } break;
        case __li__LOWI__: {
          li__XXLO=li__TI5L(((__li__LOWI *)li__1WWO));
        } break;
        case __li__5OWI__: {
          li__XXLO=li__4I5L(((__li__5OWI *)li__1WWO));
        } break;
        case __li__TPWI__: {
          li__XXLO=li__JJ5L(((__li__TPWI *)li__1WWO));
        } break;
        case __li__HQWI__: {
          li__XXLO=li__UJ5L(((__li__HQWI *)li__1WWO));
        } break;
        case __li__ARWI__: {
          li__XXLO=li__5J5L(((__li__ARWI *)li__1WWO));
        } break;
        case __li__URWI__: {
          li__XXLO=li__NK5L(((__li__URWI *)li__1WWO));
        } break;
        case __li__MSWI__: {
          li__22FV=((__li__MSWI *)li__1WWO);
          li__32FV=li__YXSJ(li__22FV->li__NSWI.li__0CC,li__22FV->li__ISBK);
          li__XXLO=li__32FV;
        } break;
        case __li__ETWI__: {
          li__XXLO=li__4K5L(((__li__ETWI *)li__1WWO));
        } break;
        case __li__MZWI__: {
          li__52FV=((__li__MZWI *)li__1WWO);
          li__A3FV=li__4U4I(li__52FV->li__NZWI.li__0K.li__0CC,li__52FV->li__3SBK,li__52FV->li__NZWI.li__WZLE);
          li__XXLO=li__A3FV;
        } break;
        case __li__C0WI__: {
          li__C3FV=((__li__C0WI *)li__1WWO);
          li__D3FV=li__ZV4I(li__C3FV->li__D0WI.li__0K.li__0CC,li__C3FV->li__CTBK);
          li__XXLO=li__D3FV;
        } break;
        case __li__M1WI__: {
          li__F3FV=((__li__M1WI *)li__1WWO);
          li__G3FV=li__1Z4I(li__F3FV->li__N1WI.li__0K.li__0CC,li__F3FV->li__UTFK);
          li__XXLO=li__G3FV;
        } break;
        case __li__KMFK__: {
          li__XXLO=li__G3CM(((__li__KMFK *)li__1WWO));
        } break;
        case __li__XOHL__: {
          li__XXLO=li__AAPN(((__li__XOHL *)li__1WWO));
        } break;
        case __li__FPHL__: {
          li__XXLO=li__2EGM(((__li__FPHL *)li__1WWO));
        } break;
        case __li__APLM__: {
          li__XXLO=li__XRDQ(((__li__APLM *)li__1WWO));
        } break;
        case __li__DTNM__: {
          li__XXLO=li__D5SO(((__li__DTNM *)li__1WWO));
        } break;
        case __li__JXNM__: {
          li__XXLO=li__153R(((__li__JXNM *)li__1WWO));
        } break;
        case __li__21LO__: {
          li__XXLO=li__2KLP(((__li__21LO *)li__1WWO));
        } break;
        case __li__TPOO__: {
          li__XXLO=li__JLLP(((__li__TPOO *)li__1WWO));
        } break;
        case __li__URRO__: {
          li__XXLO=li__KM4R(((__li__URRO *)li__1WWO));
        } break;
        case __li__41XO__: {
          li__XXLO=li__CSDQ(((__li__41XO *)li__1WWO));
        } break;
        case __li__AKBR__: {
          li__XXLO=li__L2DS(((__li__AKBR *)li__1WWO));
        } break;
        case __li__SU5R__: {
          li__XXLO=li__EQJS(((__li__SU5R *)li__1WWO));
        } break;
        case __li__JV5R__: {
          li__XXLO=li__PQJS(((__li__JV5R *)li__1WWO));
        } break;
        };
        li__O0MO=li__XXLO;
      } else /* FALSE */ {
        li__O0MO=li__ZSEO->li__JBOK;
        li__ZSEO->li__WS1L=li__B__;
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OXLO)->__id==__li__DZB__) {
        li__2KOO=li__KLYJ(((__li__DZB *)li__OXLO));
      } else /* SLOT_CODE */ {
        li__2KOO=li__FMYJ(((__li__QWEC *)li__OXLO));
      };
      li__LKOO=li__2KOO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__O0MO==NULL) {
        li__4KOO=NULL;
      } else {
        if (((struct ___OBJ *)li__O0MO)->__id==__li__Z4WH__) {
          li__4KOO=((void *)li__O0MO);
        } else /* Other types */ {
          li__4KOO=NULL;
        }
      };
      li__MKOO=li__4KOO;
      /* __li__B__ __li__I__ */
if (((void *)li__4KOO != (void *)NULL)) {
        li__M2PO= 0;
        li__N2PO=(__li__K)((*(((__li__Z4WH *)li__4KOO)->li__PJPI)).li__NKSH -  1);
        while ((li__M2PO <= li__N2PO)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WXLO)->__id==__li__DZB__) {
            li__OLOO=((__li__DZB *)li__WXLO)->li__LZB->li__SBQG;
          } else /* SLOT_CODE */ {
            li__OLOO=((__li__QWEC *)li__WXLO)->li__RWEC->li__SBQG;
          };
          li__TLOO=li__EDLN(((void **)(*(((__li__MZB *)li__OLOO))).li__GR0)[li__M2PO],li__1SEO,((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__MKOO)->li__PJPI))).li__3GPI)[li__M2PO]);
          li__P3FV=((__li__KI *)li__BTEO);
          li__P2VG(((__li__TOLE *)li__P3FV->li__2OLE),li__TLOO);
          li__WVRE(li__P3FV);
          li__M2PO=(__li__K)(li__M2PO +  1);
        };
        li__S3FV=((__li__2ZEC *)((__li__Z4WH *)li__4KOO)->li__PJPI);
        li__1WWO=((void **)(*(li__S3FV)).li__3GPI)[(*(li__S3FV)).li__NKSH];
        li__O0MO=li__1WWO;
      };
      li__WXLO=li__EDLN(li__LKOO,li__1SEO,li__O0MO);
      li__I2FV=((__li__KI *)li__BTEO);
      li__P2VG(((__li__TOLE *)li__I2FV->li__2OLE),li__WXLO);
      li__WVRE(li__I2FV);
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OXLO)->__id==__li__DZB__) {
        li__2KOO=((__li__DZB *)li__OXLO)->li__LZB->li__Y5KI;
      } else /* SLOT_CODE */ {
        li__2KOO=((__li__QWEC *)li__OXLO)->li__RWEC->li__Y5KI;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__2KOO != (void *)NULL)) {
        li__EWMV=li__BTEO->li__NI.li__0CC;
        li__C3PO=li__FB5J( 0);
        li__FWMV=li__C3PO->li__VRB.li__J0C;
        li__DWMV=li__5QND();
        li__HWMV=((__li__KVBD *)li__DWMV);
        li__HWMV->li__LVBD.li__0K.li__0CC=li__EWMV;
        li__IWMV=li__NNSE(((__li__5RB *)li__FWMV));
        li__HWMV->li__LVBD.li__WZLE=li__IWMV;
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OXLO)->__id==__li__DZB__) {
          li__G3PO=((__li__DZB *)li__OXLO)->li__LZB->li__Y5KI;
        } else /* SLOT_CODE */ {
          li__G3PO=((__li__QWEC *)li__OXLO)->li__RWEC->li__Y5KI;
        };
        li__1WWO=li__EDLN(li__G3PO,li__1SEO,li__DWMV);
        li__P3FV=((__li__KI *)li__BTEO);
        li__LJHI(((__li__TOLE *)li__P3FV->li__2OLE),li__1WWO, 1);
        li__WVRE(li__P3FV);
      };
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SEO)->__id) {
    case __li__WK__: {
      li__EWMV=((__li__WK *)li__1SEO)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__EWMV=((__li__AVBD *)li__1SEO)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__EWMV=((__li__KVBD *)li__1SEO)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__EWMV=((__li__WVBD *)li__1SEO)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__EWMV=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__EWMV=((__li__KTVI *)li__1SEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__EWMV=((__li__LTVI *)li__1SEO)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__EWMV=((__li__XTVI *)li__1SEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__EWMV=((__li__YTVI *)li__1SEO)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__EWMV=((__li__S2VI *)li__1SEO)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__EWMV=((__li__E3VI *)li__1SEO)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__EWMV=((__li__KLWI *)li__1SEO)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__EWMV=((__li__ULWI *)li__1SEO)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__EWMV=((__li__NMWI *)li__1SEO)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__EWMV=((__li__BNWI *)li__1SEO)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__EWMV=((__li__XNWI *)li__1SEO)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__EWMV=((__li__LOWI *)li__1SEO)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__EWMV=((__li__5OWI *)li__1SEO)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__EWMV=((__li__TPWI *)li__1SEO)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__EWMV=((__li__HQWI *)li__1SEO)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__EWMV=((__li__ARWI *)li__1SEO)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__EWMV=((__li__URWI *)li__1SEO)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__EWMV=((__li__MSWI *)li__1SEO)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__EWMV=((__li__ETWI *)li__1SEO)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__EWMV=((__li__MZWI *)li__1SEO)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__EWMV=((__li__C0WI *)li__1SEO)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__EWMV=((__li__M1WI *)li__1SEO)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__EWMV=((__li__KMFK *)li__1SEO)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__EWMV=((__li__XOHL *)li__1SEO)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__EWMV=((__li__FPHL *)li__1SEO)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__EWMV=((__li__APLM *)li__1SEO)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__EWMV=((__li__DTNM *)li__1SEO)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__EWMV=((__li__JXNM *)li__1SEO)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__EWMV=((__li__21LO *)li__1SEO)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__EWMV=((__li__TPOO *)li__1SEO)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__EWMV=((__li__URRO *)li__1SEO)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__EWMV=((__li__41XO *)li__1SEO)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__EWMV=((__li__AKBR *)li__1SEO)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__EWMV=((__li__SU5R *)li__1SEO)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__EWMV=((__li__JV5R *)li__1SEO)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    li__FWMV=li__QRB__->li__RRB.li__J0C;
    li__DWMV=li__5QND();
    li__HWMV=((__li__KVBD *)li__DWMV);
    li__HWMV->li__LVBD.li__0K.li__0CC=li__EWMV;
    li__IWMV=li__NNSE(((__li__5RB *)li__FWMV));
    li__HWMV->li__LVBD.li__WZLE=li__IWMV;
    li__I2FV=((__li__KI *)li__BTEO);
    li__P2VG(((__li__TOLE *)li__I2FV->li__2OLE),li__DWMV);
    li__WVRE(li__I2FV);
  };
  li__3SEO=li__BTEO;
  return(li__3SEO);
}

static __li__KI* li__QTEO(__li__0VPJ *li__RTEO,void *li__STEO,void *li__TTEO)
/* (Strict DTA_BLOCK{li__0VPJ},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__LHBK *li__0TEO,*li__4AMO;
  __li__Z4WH *li__1TEO,*li__MVEO;
  __li__PO li__4TEO,li__GUEO,li__YUEO,li__15MO,li__LWEO;
  __li__KI *li__AUEO,*li__VPME,*li__VTEO;
  __li__UJSH *li__PUEO,*li__L3LO;
  __li__IF *li__G4FV;
  __li__GSZ *li__N4FV;
  __li__1RRF *li__ONNO;
  __li__BC *li__AOOO;
  void *li__R4FV,*li__EBAK,*li__14FV,*li__V5MO,*li__1VEO;
  __li__DZB *li__R3LO,*li__S4FV;
  __li__K li__RYQU,li__TYQU,li__SCOH,li__AEPO,li__BEPO;
  __li__VTBD *li__U5MO,*li__HWEO;
  __li__DFNL *li__4DFK,*li__Q5FV;
  __li__KMFK *li__H5FV;
  __li__TPOO *li__J5FV;
  __li__5RB *li__DVEO;
  void *li__3VEO;
  void *li__EWEO;
  void *li__NWEO;
  __li__OWEO *li__UWEO;
  __li__2ZEC *li__3UEO,*li__0R1K,*li__04FV;
  __li__SZEC *li__H5MO;
  __li__B2OI *li__GWEO;
  __li__QWEO *li__TWEO;
  li__0TEO=NULL;
  li__1TEO=NULL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TTEO)->__id) {
  case __li__WK__: {
    li__4TEO=((__li__WK *)li__TTEO)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__4TEO=((__li__AVBD *)li__TTEO)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__4TEO=((__li__KVBD *)li__TTEO)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__4TEO=((__li__WVBD *)li__TTEO)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__4TEO=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__4TEO=((__li__KTVI *)li__TTEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__4TEO=((__li__LTVI *)li__TTEO)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__4TEO=((__li__XTVI *)li__TTEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__4TEO=((__li__YTVI *)li__TTEO)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__4TEO=((__li__S2VI *)li__TTEO)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__4TEO=((__li__E3VI *)li__TTEO)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__4TEO=((__li__KLWI *)li__TTEO)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__4TEO=((__li__ULWI *)li__TTEO)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__4TEO=((__li__NMWI *)li__TTEO)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__4TEO=((__li__BNWI *)li__TTEO)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__4TEO=((__li__XNWI *)li__TTEO)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__4TEO=((__li__LOWI *)li__TTEO)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__4TEO=((__li__5OWI *)li__TTEO)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__4TEO=((__li__TPWI *)li__TTEO)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__4TEO=((__li__HQWI *)li__TTEO)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__4TEO=((__li__ARWI *)li__TTEO)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__4TEO=((__li__URWI *)li__TTEO)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__4TEO=((__li__MSWI *)li__TTEO)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__4TEO=((__li__ETWI *)li__TTEO)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__4TEO=((__li__MZWI *)li__TTEO)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__4TEO=((__li__C0WI *)li__TTEO)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__4TEO=((__li__M1WI *)li__TTEO)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__4TEO=((__li__KMFK *)li__TTEO)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__4TEO=((__li__XOHL *)li__TTEO)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__4TEO=((__li__FPHL *)li__TTEO)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__4TEO=((__li__APLM *)li__TTEO)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__4TEO=((__li__DTNM *)li__TTEO)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__4TEO=((__li__JXNM *)li__TTEO)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__4TEO=((__li__21LO *)li__TTEO)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__4TEO=((__li__TPOO *)li__TTEO)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__4TEO=((__li__URRO *)li__TTEO)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__4TEO=((__li__41XO *)li__TTEO)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__4TEO=((__li__AKBR *)li__TTEO)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__4TEO=((__li__SU5R *)li__TTEO)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__4TEO=((__li__JV5R *)li__TTEO)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  li__AUEO=li__R4HD(li__4TEO);
  /* __li__B__ __li__I__ */
if (((void *)li__STEO == (void *)li__ORB__)) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TTEO)->__id) {
    case __li__WK__: {
      li__GUEO=((__li__WK *)li__TTEO)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__GUEO=((__li__AVBD *)li__TTEO)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__GUEO=((__li__KVBD *)li__TTEO)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__GUEO=((__li__WVBD *)li__TTEO)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__GUEO=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__GUEO=((__li__KTVI *)li__TTEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__GUEO=((__li__LTVI *)li__TTEO)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__GUEO=((__li__XTVI *)li__TTEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__GUEO=((__li__YTVI *)li__TTEO)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__GUEO=((__li__S2VI *)li__TTEO)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__GUEO=((__li__E3VI *)li__TTEO)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__GUEO=((__li__KLWI *)li__TTEO)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__GUEO=((__li__ULWI *)li__TTEO)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__GUEO=((__li__NMWI *)li__TTEO)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__GUEO=((__li__BNWI *)li__TTEO)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__GUEO=((__li__XNWI *)li__TTEO)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__GUEO=((__li__LOWI *)li__TTEO)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__GUEO=((__li__5OWI *)li__TTEO)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__GUEO=((__li__TPWI *)li__TTEO)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__GUEO=((__li__HQWI *)li__TTEO)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__GUEO=((__li__ARWI *)li__TTEO)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__GUEO=((__li__URWI *)li__TTEO)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__GUEO=((__li__MSWI *)li__TTEO)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__GUEO=((__li__ETWI *)li__TTEO)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__GUEO=((__li__MZWI *)li__TTEO)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__GUEO=((__li__C0WI *)li__TTEO)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__GUEO=((__li__M1WI *)li__TTEO)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__GUEO=((__li__KMFK *)li__TTEO)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__GUEO=((__li__XOHL *)li__TTEO)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__GUEO=((__li__FPHL *)li__TTEO)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__GUEO=((__li__APLM *)li__TTEO)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__GUEO=((__li__DTNM *)li__TTEO)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__GUEO=((__li__JXNM *)li__TTEO)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__GUEO=((__li__21LO *)li__TTEO)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__GUEO=((__li__TPOO *)li__TTEO)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__GUEO=((__li__URRO *)li__TTEO)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__GUEO=((__li__41XO *)li__TTEO)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__GUEO=((__li__AKBR *)li__TTEO)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__GUEO=((__li__SU5R *)li__TTEO)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__GUEO=((__li__JV5R *)li__TTEO)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    li__NOLO(li__GUEO,li__AUEO,li__RTEO->li__3VPJ.li__2VPJ.li__UDID.li__BPME);
  } else /* FALSE */ {
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__STEO==NULL) {
      li__PUEO=NULL;
    } else {
      if (((struct ___OBJ *)li__STEO)->__id==__li__UJSH__) {
        li__PUEO=((void *)li__STEO);
      } else /* Other types */ {
        li__PUEO=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__PUEO == (void *)NULL)) {
      li__KBG((&__string_355));
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__STEO)->__id) {
      case __li__IF__: {
        li__G4FV=((__li__IF *)li__STEO);
        ((__li__BC *)li__0C)->li__NK= 0;
        li__JAZ(((__li__BC *)li__0C),li__G4FV->li__TF->li__SF.li__R2B);
        li__C30(((__li__BC *)li__0C));
      } break;
      case __li__ORB__: {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__JAZ(((__li__BC *)li__0C),(&__string_1));
        li__C30(((__li__BC *)li__0C));
      } break;
      case __li__QRB__: {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__JAZ(((__li__BC *)li__0C),(&__string_2));
        li__C30(((__li__BC *)li__0C));
      } break;
      case __li__SRB__: {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__JAZ(((__li__BC *)li__0C),(&__string_51));
        li__C30(((__li__BC *)li__0C));
      } break;
      case __li__URB__: {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__JAZ(((__li__BC *)li__0C),(&__string_53));
        li__C30(((__li__BC *)li__0C));
      } break;
      case __li__GSZ__: {
        li__N4FV=((__li__GSZ *)li__STEO);
        ((__li__BC *)li__0C)->li__NK= 0;
        li__JAZ(((__li__BC *)li__0C),li__N4FV->li__EGQB);
        li__C30(((__li__BC *)li__0C));
      } break;
      case __li__1RRF__: {
        li__ONNO=((__li__1RRF *)li__STEO);
        ((__li__BC *)li__0C)->li__NK= 0;
        li__UPMI(li__ONNO,li__0C);
        li__C30(((__li__BC *)li__0C));
      } break;
      case __li__UJSH__: {
        li__AOOO=li__WFSG(((__li__CB )((__li__UJSH *)li__STEO)));
        li__C30(((__li__BC *)li__AOOO));
      } break;
      };
      li__KBG((&__string_356));
      fputc((int)('\n'),stdout);
      li__VPME=((__li__KI *)li__XIKB);
      li__AOOO=li__IFC( 250);
      li__53SE(li__VPME,li__AOOO);
      li__C30(((__li__BC *)li__AOOO));
      fputc((int)('\n'),stdout);
      li__R4FV=((void **)(*(((__li__2ZEC *)li__RTEO->li__3VPJ.li__0EOK))).li__3GPI)[ 0];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__R4FV)->__id) {
      case __li__WK__: {
        li__YUEO=((__li__WK *)li__R4FV)->li__1K.li__0K.li__0CC;
      } break;
      case __li__AVBD__: {
        li__YUEO=((__li__AVBD *)li__R4FV)->li__BVBD.li__0CC;
      } break;
      case __li__KVBD__: {
        li__YUEO=((__li__KVBD *)li__R4FV)->li__LVBD.li__0K.li__0CC;
      } break;
      case __li__WVBD__: {
        li__YUEO=((__li__WVBD *)li__R4FV)->li__XVBD.li__0K.li__0CC;
      } break;
      case __li__Z4WH__: {
        li__YUEO=(*(li__YK__)).li__0CC;
      } break;
      case __li__KTVI__: {
        li__YUEO=((__li__KTVI *)li__R4FV)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__LTVI__: {
        li__YUEO=((__li__LTVI *)li__R4FV)->li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__XTVI__: {
        li__YUEO=((__li__XTVI *)li__R4FV)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__YTVI__: {
        li__YUEO=((__li__YTVI *)li__R4FV)->li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__S2VI__: {
        li__YUEO=((__li__S2VI *)li__R4FV)->li__T2VI.li__IVVI.li__0CC;
      } break;
      case __li__E3VI__: {
        li__YUEO=((__li__E3VI *)li__R4FV)->li__F3VI.li__IVVI.li__0CC;
      } break;
      case __li__KLWI__: {
        li__YUEO=((__li__KLWI *)li__R4FV)->li__LLWI.li__0CC;
      } break;
      case __li__ULWI__: {
        li__YUEO=((__li__ULWI *)li__R4FV)->li__VLWI.li__0CC;
      } break;
      case __li__NMWI__: {
        li__YUEO=((__li__NMWI *)li__R4FV)->li__OMWI.li__IVVI.li__0CC;
      } break;
      case __li__BNWI__: {
        li__YUEO=((__li__BNWI *)li__R4FV)->li__ENWI.li__DNWI.li__0CC;
      } break;
      case __li__XNWI__: {
        li__YUEO=((__li__XNWI *)li__R4FV)->li__YNWI.li__DNWI.li__0CC;
      } break;
      case __li__LOWI__: {
        li__YUEO=((__li__LOWI *)li__R4FV)->li__MOWI.li__DNWI.li__0CC;
      } break;
      case __li__5OWI__: {
        li__YUEO=((__li__5OWI *)li__R4FV)->li__APWI.li__DNWI.li__0CC;
      } break;
      case __li__TPWI__: {
        li__YUEO=((__li__TPWI *)li__R4FV)->li__UPWI.li__DNWI.li__0CC;
      } break;
      case __li__HQWI__: {
        li__YUEO=((__li__HQWI *)li__R4FV)->li__IQWI.li__DNWI.li__0CC;
      } break;
      case __li__ARWI__: {
        li__YUEO=((__li__ARWI *)li__R4FV)->li__BRWI.li__0CC;
      } break;
      case __li__URWI__: {
        li__YUEO=((__li__URWI *)li__R4FV)->li__VRWI.li__0CC;
      } break;
      case __li__MSWI__: {
        li__YUEO=((__li__MSWI *)li__R4FV)->li__NSWI.li__0CC;
      } break;
      case __li__ETWI__: {
        li__YUEO=((__li__ETWI *)li__R4FV)->li__FTWI.li__0CC;
      } break;
      case __li__MZWI__: {
        li__YUEO=((__li__MZWI *)li__R4FV)->li__NZWI.li__0K.li__0CC;
      } break;
      case __li__C0WI__: {
        li__YUEO=((__li__C0WI *)li__R4FV)->li__D0WI.li__0K.li__0CC;
      } break;
      case __li__M1WI__: {
        li__YUEO=((__li__M1WI *)li__R4FV)->li__N1WI.li__0K.li__0CC;
      } break;
      case __li__KMFK__: {
        li__YUEO=((__li__KMFK *)li__R4FV)->li__LMFK.li__0CC;
      } break;
      case __li__XOHL__: {
        li__YUEO=((__li__XOHL *)li__R4FV)->li__0OHL.li__ZOHL.li__0CC;
      } break;
      case __li__FPHL__: {
        li__YUEO=((__li__FPHL *)li__R4FV)->li__GPHL.li__DNWI.li__0CC;
      } break;
      case __li__APLM__: {
        li__YUEO=((__li__APLM *)li__R4FV)->li__BPLM.li__IVVI.li__0CC;
      } break;
      case __li__DTNM__: {
        li__YUEO=((__li__DTNM *)li__R4FV)->li__ETNM.li__ZOHL.li__0CC;
      } break;
      case __li__JXNM__: {
        li__YUEO=((__li__JXNM *)li__R4FV)->li__KXNM.li__DNWI.li__0CC;
      } break;
      case __li__21LO__: {
        li__YUEO=((__li__21LO *)li__R4FV)->li__31LO.li__0CC;
      } break;
      case __li__TPOO__: {
        li__YUEO=((__li__TPOO *)li__R4FV)->li__UPOO.li__0CC;
      } break;
      case __li__URRO__: {
        li__YUEO=((__li__URRO *)li__R4FV)->li__XRRO.li__WRRO.li__0CC;
      } break;
      case __li__41XO__: {
        li__YUEO=((__li__41XO *)li__R4FV)->li__51XO.li__DNWI.li__0CC;
      } break;
      case __li__AKBR__: {
        li__YUEO=((__li__AKBR *)li__R4FV)->li__BKBR.li__DNWI.li__0CC;
      } break;
      case __li__SU5R__: {
        li__YUEO=((__li__SU5R *)li__R4FV)->li__TU5R.li__IVVI.li__0CC;
      } break;
      case __li__JV5R__: {
        li__YUEO=((__li__JV5R *)li__R4FV)->li__KV5R.li__IVVI.li__0CC;
      } break;
      };
      li__K4E( 0,(&__string_357));
      li__V5E(li__YUEO);
      li__ODF();
    };
    li__3UEO=li__Y1LO(li__RTEO);
    li__L3LO=((__li__UJSH *)li__PUEO);
    li__EBAK=((void **)(*(((__li__2ZEC *)li__3UEO))).li__3GPI)[ 0];
    li__R3LO=li__L3LO->li__0JWI;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EBAK)->__id) {
    case __li__WK__:  break;
    case __li__AVBD__:  break;
    case __li__KVBD__:  break;
    case __li__WVBD__:  break;
    case __li__Z4WH__:  break;
    case __li__KTVI__:  break;
    case __li__LTVI__:  break;
    case __li__XTVI__:  break;
    case __li__YTVI__:  break;
    case __li__S2VI__:  break;
    case __li__E3VI__:  break;
    case __li__KLWI__:  break;
    case __li__ULWI__:  break;
    case __li__NMWI__:  break;
    case __li__BNWI__:  break;
    case __li__XNWI__:  break;
    case __li__LOWI__:  break;
    case __li__5OWI__:  break;
    case __li__TPWI__:  break;
    case __li__HQWI__:  break;
    case __li__ARWI__:  break;
    case __li__URWI__:  break;
    case __li__MSWI__:  break;
    case __li__ETWI__:  break;
    case __li__MZWI__:  break;
    case __li__C0WI__:  break;
    case __li__M1WI__:  break;
    case __li__KMFK__:  break;
    case __li__XOHL__:  break;
    case __li__FPHL__:  break;
    case __li__APLM__:  break;
    case __li__DTNM__:  break;
    case __li__JXNM__:  break;
    case __li__21LO__:  break;
    case __li__TPOO__:  break;
    case __li__URRO__:  break;
    case __li__41XO__:  break;
    case __li__AKBR__:  break;
    case __li__SU5R__:  break;
    case __li__JV5R__:  break;
    };
    li__S4FV=((__li__DZB *)li__R3LO);
    li__R4FV=li__BPOO(li__S4FV,li__S4FV->li__GZB.li__FZB.li__RF.li__0CC,li__EBAK);
    li__S4FV->li__GZB.li__LNME=(__li__K)(li__S4FV->li__GZB.li__LNME +  1);
    li__0R1K=((__li__2ZEC *)li__3UEO);
    ((void **)(*(li__0R1K)).li__3GPI)[ 0]=li__R4FV;
    li__RYQU=(__li__K)((*(((__li__2ZEC *)li__3UEO))).li__NKSH +  1);
    li__TYQU=(__li__K)((*(((__li__Z0IE *)li__L3LO->li__VJSH.li__PRSH))).li__4BPE +  1);
    /* __li__B__ __li__I__ */
if ((li__RYQU != li__TYQU)) {
      li__04FV=((__li__2ZEC *)li__3UEO);
      li__14FV=((void **)(*(li__04FV)).li__3GPI)[(*(li__04FV)).li__NKSH];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__14FV)->__id) {
      case __li__WK__: {
        li__YUEO=((__li__WK *)li__14FV)->li__1K.li__0K.li__0CC;
      } break;
      case __li__AVBD__: {
        li__YUEO=((__li__AVBD *)li__14FV)->li__BVBD.li__0CC;
      } break;
      case __li__KVBD__: {
        li__YUEO=((__li__KVBD *)li__14FV)->li__LVBD.li__0K.li__0CC;
      } break;
      case __li__WVBD__: {
        li__YUEO=((__li__WVBD *)li__14FV)->li__XVBD.li__0K.li__0CC;
      } break;
      case __li__Z4WH__: {
        li__YUEO=(*(li__YK__)).li__0CC;
      } break;
      case __li__KTVI__: {
        li__YUEO=((__li__KTVI *)li__14FV)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__LTVI__: {
        li__YUEO=((__li__LTVI *)li__14FV)->li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__XTVI__: {
        li__YUEO=((__li__XTVI *)li__14FV)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__YTVI__: {
        li__YUEO=((__li__YTVI *)li__14FV)->li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__S2VI__: {
        li__YUEO=((__li__S2VI *)li__14FV)->li__T2VI.li__IVVI.li__0CC;
      } break;
      case __li__E3VI__: {
        li__YUEO=((__li__E3VI *)li__14FV)->li__F3VI.li__IVVI.li__0CC;
      } break;
      case __li__KLWI__: {
        li__YUEO=((__li__KLWI *)li__14FV)->li__LLWI.li__0CC;
      } break;
      case __li__ULWI__: {
        li__YUEO=((__li__ULWI *)li__14FV)->li__VLWI.li__0CC;
      } break;
      case __li__NMWI__: {
        li__YUEO=((__li__NMWI *)li__14FV)->li__OMWI.li__IVVI.li__0CC;
      } break;
      case __li__BNWI__: {
        li__YUEO=((__li__BNWI *)li__14FV)->li__ENWI.li__DNWI.li__0CC;
      } break;
      case __li__XNWI__: {
        li__YUEO=((__li__XNWI *)li__14FV)->li__YNWI.li__DNWI.li__0CC;
      } break;
      case __li__LOWI__: {
        li__YUEO=((__li__LOWI *)li__14FV)->li__MOWI.li__DNWI.li__0CC;
      } break;
      case __li__5OWI__: {
        li__YUEO=((__li__5OWI *)li__14FV)->li__APWI.li__DNWI.li__0CC;
      } break;
      case __li__TPWI__: {
        li__YUEO=((__li__TPWI *)li__14FV)->li__UPWI.li__DNWI.li__0CC;
      } break;
      case __li__HQWI__: {
        li__YUEO=((__li__HQWI *)li__14FV)->li__IQWI.li__DNWI.li__0CC;
      } break;
      case __li__ARWI__: {
        li__YUEO=((__li__ARWI *)li__14FV)->li__BRWI.li__0CC;
      } break;
      case __li__URWI__: {
        li__YUEO=((__li__URWI *)li__14FV)->li__VRWI.li__0CC;
      } break;
      case __li__MSWI__: {
        li__YUEO=((__li__MSWI *)li__14FV)->li__NSWI.li__0CC;
      } break;
      case __li__ETWI__: {
        li__YUEO=((__li__ETWI *)li__14FV)->li__FTWI.li__0CC;
      } break;
      case __li__MZWI__: {
        li__YUEO=((__li__MZWI *)li__14FV)->li__NZWI.li__0K.li__0CC;
      } break;
      case __li__C0WI__: {
        li__YUEO=((__li__C0WI *)li__14FV)->li__D0WI.li__0K.li__0CC;
      } break;
      case __li__M1WI__: {
        li__YUEO=((__li__M1WI *)li__14FV)->li__N1WI.li__0K.li__0CC;
      } break;
      case __li__KMFK__: {
        li__YUEO=((__li__KMFK *)li__14FV)->li__LMFK.li__0CC;
      } break;
      case __li__XOHL__: {
        li__YUEO=((__li__XOHL *)li__14FV)->li__0OHL.li__ZOHL.li__0CC;
      } break;
      case __li__FPHL__: {
        li__YUEO=((__li__FPHL *)li__14FV)->li__GPHL.li__DNWI.li__0CC;
      } break;
      case __li__APLM__: {
        li__YUEO=((__li__APLM *)li__14FV)->li__BPLM.li__IVVI.li__0CC;
      } break;
      case __li__DTNM__: {
        li__YUEO=((__li__DTNM *)li__14FV)->li__ETNM.li__ZOHL.li__0CC;
      } break;
      case __li__JXNM__: {
        li__YUEO=((__li__JXNM *)li__14FV)->li__KXNM.li__DNWI.li__0CC;
      } break;
      case __li__21LO__: {
        li__YUEO=((__li__21LO *)li__14FV)->li__31LO.li__0CC;
      } break;
      case __li__TPOO__: {
        li__YUEO=((__li__TPOO *)li__14FV)->li__UPOO.li__0CC;
      } break;
      case __li__URRO__: {
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      case __li__41XO__: {
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      case __li__AKBR__: {
        li__YUEO=((__li__AKBR *)li__14FV)->li__BKBR.li__DNWI.li__0CC;
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      case __li__SU5R__: {
        li__YUEO=((__li__SU5R *)li__14FV)->li__TU5R.li__IVVI.li__0CC;
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      case __li__JV5R__: {
        li__YUEO=((__li__JV5R *)li__14FV)->li__KV5R.li__IVVI.li__0CC;
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      };
      li__K4E( 1,(&__string_358));
      li__V5E(li__YUEO);
      li__ODF();
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    li__SCOH=(__li__K)((*(((__li__Z0IE *)li__L3LO->li__VJSH.li__PRSH))).li__4BPE +  1);
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    li__TYQU= 0;
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      li__U5MO=((void **)(*(((__li__Z0IE *)li__L3LO->li__VJSH.li__PRSH))).li__WWWG)[li__TYQU];
      li__V5MO=((void **)(*(((__li__2ZEC *)li__3UEO))).li__3GPI)[li__TYQU];
      /* __li__B__ __li__I__ */
if (((void *)li__U5MO != (void *)NULL)) {
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__V5MO)->__id) {
        case __li__WK__: {
          li__15MO=((__li__WK *)li__V5MO)->li__1K.li__0K.li__0CC;
        } break;
        case __li__AVBD__: {
          li__15MO=((__li__AVBD *)li__V5MO)->li__BVBD.li__0CC;
        } break;
        case __li__KVBD__: {
          li__15MO=((__li__KVBD *)li__V5MO)->li__LVBD.li__0K.li__0CC;
        } break;
        case __li__WVBD__: {
          li__15MO=((__li__WVBD *)li__V5MO)->li__XVBD.li__0K.li__0CC;
        } break;
        case __li__Z4WH__: {
          li__15MO=(*(li__YK__)).li__0CC;
        } break;
        case __li__KTVI__: {
          li__15MO=((__li__KTVI *)li__V5MO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__LTVI__: {
          li__15MO=((__li__LTVI *)li__V5MO)->li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__XTVI__: {
          li__15MO=((__li__XTVI *)li__V5MO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__YTVI__: {
          li__15MO=((__li__YTVI *)li__V5MO)->li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__S2VI__: {
          li__15MO=((__li__S2VI *)li__V5MO)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__15MO=((__li__E3VI *)li__V5MO)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__KLWI__: {
          li__15MO=((__li__KLWI *)li__V5MO)->li__LLWI.li__0CC;
        } break;
        case __li__ULWI__: {
          li__15MO=((__li__ULWI *)li__V5MO)->li__VLWI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__15MO=((__li__NMWI *)li__V5MO)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__BNWI__: {
          li__15MO=((__li__BNWI *)li__V5MO)->li__ENWI.li__DNWI.li__0CC;
        } break;
        case __li__XNWI__: {
          li__15MO=((__li__XNWI *)li__V5MO)->li__YNWI.li__DNWI.li__0CC;
        } break;
        case __li__LOWI__: {
          li__15MO=((__li__LOWI *)li__V5MO)->li__MOWI.li__DNWI.li__0CC;
        } break;
        case __li__5OWI__: {
          li__15MO=((__li__5OWI *)li__V5MO)->li__APWI.li__DNWI.li__0CC;
        } break;
        case __li__TPWI__: {
          li__15MO=((__li__TPWI *)li__V5MO)->li__UPWI.li__DNWI.li__0CC;
        } break;
        case __li__HQWI__: {
          li__15MO=((__li__HQWI *)li__V5MO)->li__IQWI.li__DNWI.li__0CC;
        } break;
        case __li__ARWI__: {
          li__15MO=((__li__ARWI *)li__V5MO)->li__BRWI.li__0CC;
        } break;
        case __li__URWI__: {
          li__15MO=((__li__URWI *)li__V5MO)->li__VRWI.li__0CC;
        } break;
        case __li__MSWI__: {
          li__15MO=((__li__MSWI *)li__V5MO)->li__NSWI.li__0CC;
        } break;
        case __li__ETWI__: {
          li__15MO=((__li__ETWI *)li__V5MO)->li__FTWI.li__0CC;
        } break;
        case __li__MZWI__: {
          li__15MO=((__li__MZWI *)li__V5MO)->li__NZWI.li__0K.li__0CC;
        } break;
        case __li__C0WI__: {
          li__15MO=((__li__C0WI *)li__V5MO)->li__D0WI.li__0K.li__0CC;
        } break;
        case __li__M1WI__: {
          li__15MO=((__li__M1WI *)li__V5MO)->li__N1WI.li__0K.li__0CC;
        } break;
        case __li__KMFK__: {
          li__15MO=((__li__KMFK *)li__V5MO)->li__LMFK.li__0CC;
        } break;
        case __li__XOHL__: {
          li__15MO=((__li__XOHL *)li__V5MO)->li__0OHL.li__ZOHL.li__0CC;
        } break;
        case __li__FPHL__: {
          li__15MO=((__li__FPHL *)li__V5MO)->li__GPHL.li__DNWI.li__0CC;
        } break;
        case __li__APLM__: {
          li__15MO=((__li__APLM *)li__V5MO)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__DTNM__: {
          li__15MO=((__li__DTNM *)li__V5MO)->li__ETNM.li__ZOHL.li__0CC;
        } break;
        case __li__JXNM__: {
          li__15MO=((__li__JXNM *)li__V5MO)->li__KXNM.li__DNWI.li__0CC;
        } break;
        case __li__21LO__: {
          li__15MO=((__li__21LO *)li__V5MO)->li__31LO.li__0CC;
        } break;
        case __li__TPOO__: {
          li__15MO=((__li__TPOO *)li__V5MO)->li__UPOO.li__0CC;
        } break;
        case __li__URRO__: {
          li__15MO=((__li__URRO *)li__V5MO)->li__XRRO.li__WRRO.li__0CC;
        } break;
        case __li__41XO__: {
          li__15MO=((__li__41XO *)li__V5MO)->li__51XO.li__DNWI.li__0CC;
        } break;
        case __li__AKBR__: {
          li__15MO=((__li__AKBR *)li__V5MO)->li__BKBR.li__DNWI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__15MO=((__li__SU5R *)li__V5MO)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__15MO=((__li__JV5R *)li__V5MO)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__4DFK=li__1CXJ(((__li__VTBD *)li__U5MO),li__15MO,li__V5MO);
        li__AMNK(((__li__SZEC *)li__H5MO),li__4DFK);
      } else /* FALSE */ {
        li__JQNK(((__li__SZEC *)li__H5MO));
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__V5MO)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__V5MO));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__V5MO));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__V5MO));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__V5MO));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__V5MO));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__V5MO));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__V5MO));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__V5MO));
        } break;
        case __li__KLWI__: {
          li__H5FV=((__li__KMFK *)((__li__KLWI *)li__V5MO)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__H5FV->li__3RFK),li__H5FV);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__V5MO));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__V5MO));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__V5MO));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__V5MO));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__V5MO));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__V5MO));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__V5MO));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__V5MO));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__V5MO));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__V5MO));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__H5FV=((__li__KMFK *)li__V5MO);
          li__HXPN(((__li__VTBD *)li__H5FV->li__3RFK),li__H5FV);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__V5MO));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__V5MO));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__V5MO));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__V5MO));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__V5MO));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__V5MO));
        } break;
        case __li__TPOO__: {
          li__J5FV=((__li__TPOO *)li__V5MO);
          li__IZFQ(((__li__DZB *)li__J5FV->li__5IXO),li__J5FV);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__V5MO));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__V5MO));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__V5MO));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__V5MO));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__V5MO));
        } break;
        };
      };
      li__TYQU=(__li__K)(li__TYQU +  1);
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TTEO)->__id) {
    case __li__WK__: {
      li__GUEO=((__li__WK *)li__TTEO)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__GUEO=((__li__AVBD *)li__TTEO)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__GUEO=((__li__KVBD *)li__TTEO)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__GUEO=((__li__WVBD *)li__TTEO)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__GUEO=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__GUEO=((__li__KTVI *)li__TTEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__GUEO=((__li__LTVI *)li__TTEO)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__GUEO=((__li__XTVI *)li__TTEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__GUEO=((__li__YTVI *)li__TTEO)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__GUEO=((__li__S2VI *)li__TTEO)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__GUEO=((__li__E3VI *)li__TTEO)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__GUEO=((__li__KLWI *)li__TTEO)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__GUEO=((__li__ULWI *)li__TTEO)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__GUEO=((__li__NMWI *)li__TTEO)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__GUEO=((__li__BNWI *)li__TTEO)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__GUEO=((__li__XNWI *)li__TTEO)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__GUEO=((__li__LOWI *)li__TTEO)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__GUEO=((__li__5OWI *)li__TTEO)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__GUEO=((__li__TPWI *)li__TTEO)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__GUEO=((__li__HQWI *)li__TTEO)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__GUEO=((__li__ARWI *)li__TTEO)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__GUEO=((__li__URWI *)li__TTEO)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__GUEO=((__li__MSWI *)li__TTEO)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__GUEO=((__li__ETWI *)li__TTEO)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__GUEO=((__li__MZWI *)li__TTEO)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__GUEO=((__li__C0WI *)li__TTEO)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__GUEO=((__li__M1WI *)li__TTEO)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__GUEO=((__li__KMFK *)li__TTEO)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__GUEO=((__li__XOHL *)li__TTEO)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__GUEO=((__li__FPHL *)li__TTEO)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__GUEO=((__li__APLM *)li__TTEO)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__GUEO=((__li__DTNM *)li__TTEO)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__GUEO=((__li__JXNM *)li__TTEO)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__GUEO=((__li__21LO *)li__TTEO)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__GUEO=((__li__TPOO *)li__TTEO)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__GUEO=((__li__URRO *)li__TTEO)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__GUEO=((__li__41XO *)li__TTEO)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__GUEO=((__li__AKBR *)li__TTEO)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__GUEO=((__li__SU5R *)li__TTEO)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__GUEO=((__li__JV5R *)li__TTEO)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    li__4AMO=li__LANO(li__LHBK__);
    li__LIWO(((__li__LHBK *)li__4AMO),li__GUEO,li__PUEO,li__H5MO,NULL);
    li__0TEO=li__4AMO;
    li__R4FV=li__RTEO->li__4EOK;
    /* NULL __li__KVBD__ __li__Z4WH__ __li__KMFK__ */
switch (((struct ___OBJ *)li__R4FV)->__id) {
    case __li__KVBD__: {
      li__DVEO=((__li__KVBD *)li__R4FV)->li__LVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__DVEO=li__JK5J(((__li__Z4WH *)li__R4FV));
    } break;
    case __li__KMFK__: {
      li__DVEO=((__li__KMFK *)li__R4FV)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__DVEO)->li__AEM != (void *)li__QRB__)) {
      li__14FV=li__RTEO->li__4EOK;
      /* NULL __li__KVBD__ __li__Z4WH__ __li__KMFK__ */
if (li__14FV==NULL) {
        li__MVEO=NULL;
      } else {
        if (((struct ___OBJ *)li__14FV)->__id==__li__Z4WH__) {
          li__MVEO=((void *)li__14FV);
        } else /* Other types */ {
          li__MVEO=NULL;
        }
      };
      li__1TEO=li__MVEO;
      /* __li__B__ __li__I__ */
if (((void *)li__MVEO != (void *)NULL)) {
        li__AEPO= 0;
        li__BEPO=(*(((__li__Z4WH *)li__MVEO)->li__PJPI)).li__NKSH;
        while ((li__AEPO <= li__BEPO)) {
          li__1VEO=((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__1TEO)->li__PJPI))).li__3GPI)[li__AEPO];
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if (li__1VEO==NULL) {
            li__3VEO=NULL;
          } else {
            switch (((struct ___OBJ *)li__1VEO)->__id) {
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            case __li__AVBD__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__3VEO=NULL;
            } break;
            case __li__KMFK__: {
              li__3VEO=((void *)li__1VEO);
            } break;
            case __li__21LO__: {
              li__3VEO=((void *)li__1VEO);
            } break;
            case __li__TPOO__: {
              li__3VEO=((void *)li__1VEO);
            } break;
            }
          };
          /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__3VEO)->__id) {
          case __li__KMFK__: {
            li__EWEO=((__li__KMFK *)li__3VEO)->li__3RFK;
          } break;
          case __li__21LO__: {
            li__EWEO=((__li__21LO *)li__3VEO)->li__KJXO;
          } break;
          case __li__TPOO__: {
            li__EWEO=((__li__TPOO *)li__3VEO)->li__5IXO;
          } break;
          };
          li__1VEO=li__0TEO->li__KSPK;
          /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__1VEO)->__id==__li__1M__) {
            li__GWEO=&(((__li__1M *)li__1VEO)->li__2M.li__D2OI);
          } else /* PROFIL_BLOCK */ {
            li__GWEO=&(((__li__UJSH *)li__1VEO)->li__VJSH.li__D2OI);
          };
          li__HWEO=li__WOTL(li__GWEO,li__AEPO);
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TTEO)->__id) {
          case __li__WK__:  break;
          case __li__AVBD__:  break;
          case __li__KVBD__:  break;
          case __li__WVBD__:  break;
          case __li__Z4WH__:  break;
          case __li__KTVI__:  break;
          case __li__LTVI__:  break;
          case __li__XTVI__:  break;
          case __li__YTVI__:  break;
          case __li__S2VI__:  break;
          case __li__E3VI__:  break;
          case __li__KLWI__:  break;
          case __li__ULWI__:  break;
          case __li__NMWI__:  break;
          case __li__BNWI__:  break;
          case __li__XNWI__:  break;
          case __li__LOWI__:  break;
          case __li__5OWI__:  break;
          case __li__TPWI__:  break;
          case __li__HQWI__:  break;
          case __li__ARWI__:  break;
          case __li__URWI__:  break;
          case __li__MSWI__:  break;
          case __li__ETWI__:  break;
          case __li__MZWI__:  break;
          case __li__C0WI__:  break;
          case __li__M1WI__:  break;
          case __li__KMFK__:  break;
          case __li__XOHL__:  break;
          case __li__FPHL__:  break;
          case __li__APLM__:  break;
          case __li__DTNM__:  break;
          case __li__JXNM__:  break;
          case __li__21LO__:  break;
          case __li__TPOO__:  break;
          case __li__URRO__:  break;
          case __li__41XO__:  break;
          case __li__AKBR__:  break;
          case __li__SU5R__:  break;
          case __li__JV5R__:  break;
          };
          li__H5FV=li__NOPI(((__li__VTBD *)li__HWEO));
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TTEO)->__id) {
          case __li__WK__: {
            li__LWEO=((__li__WK *)li__TTEO)->li__1K.li__0K.li__0CC;
          } break;
          case __li__AVBD__: {
            li__LWEO=((__li__AVBD *)li__TTEO)->li__BVBD.li__0CC;
          } break;
          case __li__KVBD__: {
            li__LWEO=((__li__KVBD *)li__TTEO)->li__LVBD.li__0K.li__0CC;
          } break;
          case __li__WVBD__: {
            li__LWEO=((__li__WVBD *)li__TTEO)->li__XVBD.li__0K.li__0CC;
          } break;
          case __li__Z4WH__: {
            li__LWEO=(*(li__YK__)).li__0CC;
          } break;
          case __li__KTVI__: {
            li__LWEO=((__li__KTVI *)li__TTEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
          } break;
          case __li__LTVI__: {
            li__LWEO=((__li__LTVI *)li__TTEO)->li__OTVI.li__NTVI.li__0CC;
          } break;
          case __li__XTVI__: {
            li__LWEO=((__li__XTVI *)li__TTEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
          } break;
          case __li__YTVI__: {
            li__LWEO=((__li__YTVI *)li__TTEO)->li__ZTVI.li__NTVI.li__0CC;
          } break;
          case __li__S2VI__: {
            li__LWEO=((__li__S2VI *)li__TTEO)->li__T2VI.li__IVVI.li__0CC;
          } break;
          case __li__E3VI__: {
            li__LWEO=((__li__E3VI *)li__TTEO)->li__F3VI.li__IVVI.li__0CC;
          } break;
          case __li__KLWI__: {
            li__LWEO=((__li__KLWI *)li__TTEO)->li__LLWI.li__0CC;
          } break;
          case __li__ULWI__: {
            li__LWEO=((__li__ULWI *)li__TTEO)->li__VLWI.li__0CC;
          } break;
          case __li__NMWI__: {
            li__LWEO=((__li__NMWI *)li__TTEO)->li__OMWI.li__IVVI.li__0CC;
          } break;
          case __li__BNWI__: {
            li__LWEO=((__li__BNWI *)li__TTEO)->li__ENWI.li__DNWI.li__0CC;
          } break;
          case __li__XNWI__: {
            li__LWEO=((__li__XNWI *)li__TTEO)->li__YNWI.li__DNWI.li__0CC;
          } break;
          case __li__LOWI__: {
            li__LWEO=((__li__LOWI *)li__TTEO)->li__MOWI.li__DNWI.li__0CC;
          } break;
          case __li__5OWI__: {
            li__LWEO=((__li__5OWI *)li__TTEO)->li__APWI.li__DNWI.li__0CC;
          } break;
          case __li__TPWI__: {
            li__LWEO=((__li__TPWI *)li__TTEO)->li__UPWI.li__DNWI.li__0CC;
          } break;
          case __li__HQWI__: {
            li__LWEO=((__li__HQWI *)li__TTEO)->li__IQWI.li__DNWI.li__0CC;
          } break;
          case __li__ARWI__: {
            li__LWEO=((__li__ARWI *)li__TTEO)->li__BRWI.li__0CC;
          } break;
          case __li__URWI__: {
            li__LWEO=((__li__URWI *)li__TTEO)->li__VRWI.li__0CC;
          } break;
          case __li__MSWI__: {
            li__LWEO=((__li__MSWI *)li__TTEO)->li__NSWI.li__0CC;
          } break;
          case __li__ETWI__: {
            li__LWEO=((__li__ETWI *)li__TTEO)->li__FTWI.li__0CC;
          } break;
          case __li__MZWI__: {
            li__LWEO=((__li__MZWI *)li__TTEO)->li__NZWI.li__0K.li__0CC;
          } break;
          case __li__C0WI__: {
            li__LWEO=((__li__C0WI *)li__TTEO)->li__D0WI.li__0K.li__0CC;
          } break;
          case __li__M1WI__: {
            li__LWEO=((__li__M1WI *)li__TTEO)->li__N1WI.li__0K.li__0CC;
          } break;
          case __li__KMFK__: {
            li__LWEO=((__li__KMFK *)li__TTEO)->li__LMFK.li__0CC;
          } break;
          case __li__XOHL__: {
            li__LWEO=((__li__XOHL *)li__TTEO)->li__0OHL.li__ZOHL.li__0CC;
          } break;
          case __li__FPHL__: {
            li__LWEO=((__li__FPHL *)li__TTEO)->li__GPHL.li__DNWI.li__0CC;
          } break;
          case __li__APLM__: {
            li__LWEO=((__li__APLM *)li__TTEO)->li__BPLM.li__IVVI.li__0CC;
          } break;
          case __li__DTNM__: {
            li__LWEO=((__li__DTNM *)li__TTEO)->li__ETNM.li__ZOHL.li__0CC;
          } break;
          case __li__JXNM__: {
            li__LWEO=((__li__JXNM *)li__TTEO)->li__KXNM.li__DNWI.li__0CC;
          } break;
          case __li__21LO__: {
            li__LWEO=((__li__21LO *)li__TTEO)->li__31LO.li__0CC;
          } break;
          case __li__TPOO__: {
            li__LWEO=((__li__TPOO *)li__TTEO)->li__UPOO.li__0CC;
          } break;
          case __li__URRO__: {
            li__LWEO=((__li__URRO *)li__TTEO)->li__XRRO.li__WRRO.li__0CC;
          } break;
          case __li__41XO__: {
            li__LWEO=((__li__41XO *)li__TTEO)->li__51XO.li__DNWI.li__0CC;
          } break;
          case __li__AKBR__: {
            li__LWEO=((__li__AKBR *)li__TTEO)->li__BKBR.li__DNWI.li__0CC;
          } break;
          case __li__SU5R__: {
            li__LWEO=((__li__SU5R *)li__TTEO)->li__TU5R.li__IVVI.li__0CC;
          } break;
          case __li__JV5R__: {
            li__LWEO=((__li__JV5R *)li__TTEO)->li__KV5R.li__IVVI.li__0CC;
          } break;
          };
          /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__EWEO)->__id==__li__DZB__) {
            li__3VEO=li__NXEJ(((__li__DZB *)((__li__VTBD *)li__EWEO)),li__LWEO,NULL,li__H5FV);
            li__NWEO=li__3VEO;
          } else /* LOCAL */ {
            li__Q5FV=li__1CXJ(((__li__VTBD *)li__EWEO),li__LWEO,li__H5FV);
            li__NWEO=li__Q5FV;
          };
          li__TWEO=&(li__0TEO->li__SWEO);
          li__UWEO=li__SKPO(li__OWEO__,li__NWEO);
          li__ZKPO(li__TWEO,li__UWEO);
          li__AEPO=(__li__K)(li__AEPO +  1);
        };
      } else /* FALSE */ {
        li__V5MO=li__RTEO->li__4EOK;
        /* NULL __li__KVBD__ __li__Z4WH__ __li__KMFK__ */
if (li__V5MO==NULL) {
          li__H5FV=NULL;
        } else {
          if (((struct ___OBJ *)li__V5MO)->__id==__li__KMFK__) {
            li__H5FV=((void *)li__V5MO);
          } else /* Other types */ {
            li__H5FV=NULL;
          }
        };
        li__U5MO=((__li__KMFK *)li__H5FV)->li__3RFK;
        li__V5MO=li__4AMO->li__KSPK;
        /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__V5MO)->__id==__li__1M__) {
          li__GWEO=&(((__li__1M *)li__V5MO)->li__2M.li__D2OI);
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          li__GWEO=&(((__li__UJSH *)li__V5MO)->li__VJSH.li__D2OI);
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        li__HWEO=li__GWEO->li__TBSI;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TTEO)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__:  break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__:  break;
        case __li__KTVI__:  break;
        case __li__LTVI__:  break;
        case __li__XTVI__:  break;
        case __li__YTVI__:  break;
        case __li__S2VI__:  break;
        case __li__E3VI__:  break;
        case __li__KLWI__:  break;
        case __li__ULWI__:  break;
        case __li__NMWI__:  break;
        case __li__BNWI__:  break;
        case __li__XNWI__:  break;
        case __li__LOWI__:  break;
        case __li__5OWI__:  break;
        case __li__TPWI__:  break;
        case __li__HQWI__:  break;
        case __li__ARWI__:  break;
        case __li__URWI__:  break;
        case __li__MSWI__:  break;
        case __li__ETWI__:  break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__:  break;
        case __li__XOHL__:  break;
        case __li__FPHL__:  break;
        case __li__APLM__:  break;
        case __li__DTNM__:  break;
        case __li__JXNM__:  break;
        case __li__21LO__:  break;
        case __li__TPOO__:  break;
        case __li__URRO__:  break;
        case __li__41XO__:  break;
        case __li__AKBR__:  break;
        case __li__SU5R__:  break;
        case __li__JV5R__:  break;
        };
        li__H5FV=li__NOPI(((__li__VTBD *)li__HWEO));
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TTEO)->__id) {
        case __li__WK__: {
          li__15MO=((__li__WK *)li__TTEO)->li__1K.li__0K.li__0CC;
        } break;
        case __li__AVBD__: {
          li__15MO=((__li__AVBD *)li__TTEO)->li__BVBD.li__0CC;
        } break;
        case __li__KVBD__: {
          li__15MO=((__li__KVBD *)li__TTEO)->li__LVBD.li__0K.li__0CC;
        } break;
        case __li__WVBD__: {
          li__15MO=((__li__WVBD *)li__TTEO)->li__XVBD.li__0K.li__0CC;
        } break;
        case __li__Z4WH__: {
          li__15MO=(*(li__YK__)).li__0CC;
        } break;
        case __li__KTVI__: {
          li__15MO=((__li__KTVI *)li__TTEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__LTVI__: {
          li__15MO=((__li__LTVI *)li__TTEO)->li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__XTVI__: {
          li__15MO=((__li__XTVI *)li__TTEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__YTVI__: {
          li__15MO=((__li__YTVI *)li__TTEO)->li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__S2VI__: {
          li__15MO=((__li__S2VI *)li__TTEO)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__15MO=((__li__E3VI *)li__TTEO)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__KLWI__: {
          li__15MO=((__li__KLWI *)li__TTEO)->li__LLWI.li__0CC;
        } break;
        case __li__ULWI__: {
          li__15MO=((__li__ULWI *)li__TTEO)->li__VLWI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__15MO=((__li__NMWI *)li__TTEO)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__BNWI__: {
          li__15MO=((__li__BNWI *)li__TTEO)->li__ENWI.li__DNWI.li__0CC;
        } break;
        case __li__XNWI__: {
          li__15MO=((__li__XNWI *)li__TTEO)->li__YNWI.li__DNWI.li__0CC;
        } break;
        case __li__LOWI__: {
          li__15MO=((__li__LOWI *)li__TTEO)->li__MOWI.li__DNWI.li__0CC;
        } break;
        case __li__5OWI__: {
          li__15MO=((__li__5OWI *)li__TTEO)->li__APWI.li__DNWI.li__0CC;
        } break;
        case __li__TPWI__: {
          li__15MO=((__li__TPWI *)li__TTEO)->li__UPWI.li__DNWI.li__0CC;
        } break;
        case __li__HQWI__: {
          li__15MO=((__li__HQWI *)li__TTEO)->li__IQWI.li__DNWI.li__0CC;
        } break;
        case __li__ARWI__: {
          li__15MO=((__li__ARWI *)li__TTEO)->li__BRWI.li__0CC;
        } break;
        case __li__URWI__: {
          li__15MO=((__li__URWI *)li__TTEO)->li__VRWI.li__0CC;
        } break;
        case __li__MSWI__: {
          li__15MO=((__li__MSWI *)li__TTEO)->li__NSWI.li__0CC;
        } break;
        case __li__ETWI__: {
          li__15MO=((__li__ETWI *)li__TTEO)->li__FTWI.li__0CC;
        } break;
        case __li__MZWI__: {
          li__15MO=((__li__MZWI *)li__TTEO)->li__NZWI.li__0K.li__0CC;
        } break;
        case __li__C0WI__: {
          li__15MO=((__li__C0WI *)li__TTEO)->li__D0WI.li__0K.li__0CC;
        } break;
        case __li__M1WI__: {
          li__15MO=((__li__M1WI *)li__TTEO)->li__N1WI.li__0K.li__0CC;
        } break;
        case __li__KMFK__: {
          li__15MO=((__li__KMFK *)li__TTEO)->li__LMFK.li__0CC;
        } break;
        case __li__XOHL__: {
          li__15MO=((__li__XOHL *)li__TTEO)->li__0OHL.li__ZOHL.li__0CC;
        } break;
        case __li__FPHL__: {
          li__15MO=((__li__FPHL *)li__TTEO)->li__GPHL.li__DNWI.li__0CC;
        } break;
        case __li__APLM__: {
          li__15MO=((__li__APLM *)li__TTEO)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__DTNM__: {
          li__15MO=((__li__DTNM *)li__TTEO)->li__ETNM.li__ZOHL.li__0CC;
        } break;
        case __li__JXNM__: {
          li__15MO=((__li__JXNM *)li__TTEO)->li__KXNM.li__DNWI.li__0CC;
        } break;
        case __li__21LO__: {
          li__15MO=((__li__21LO *)li__TTEO)->li__31LO.li__0CC;
        } break;
        case __li__TPOO__: {
          li__15MO=((__li__TPOO *)li__TTEO)->li__UPOO.li__0CC;
        } break;
        case __li__URRO__: {
          li__15MO=((__li__URRO *)li__TTEO)->li__XRRO.li__WRRO.li__0CC;
        } break;
        case __li__41XO__: {
          li__15MO=((__li__41XO *)li__TTEO)->li__51XO.li__DNWI.li__0CC;
        } break;
        case __li__AKBR__: {
          li__15MO=((__li__AKBR *)li__TTEO)->li__BKBR.li__DNWI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__15MO=((__li__SU5R *)li__TTEO)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__15MO=((__li__JV5R *)li__TTEO)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__4DFK=li__1CXJ(((__li__VTBD *)li__U5MO),li__15MO,li__H5FV);
        li__TWEO=&(li__4AMO->li__SWEO);
        li__UWEO=li__SKPO(li__OWEO__,li__4DFK);
        li__ZKPO(li__TWEO,li__UWEO);
      };
    };
    li__VPME=((__li__KI *)li__AUEO);
    li__P2VG(((__li__TOLE *)li__VPME->li__2OLE),li__4AMO);
    li__WVRE(li__VPME);
  };
  li__VTEO=li__AUEO;
  return(li__VTEO);
}

static __li__KI* li__SXEO(__li__1VPJ *li__TXEO,void *li__UXEO,void *li__VXEO)
/* (Strict DTA_RD_ARGS{li__1VPJ},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__ZXEO,li__UWMV;
  __li__KI *li__1XEO,*li__TAGV,*li__XXEO;
  void *li__SCMO;
  void *li__TCMO,*li__1CMO;
  __li__U *li__UCMO;
  void *li__3CNO,*li__VXWO;
  void *li__2CMO;
  __li__WK *li__T5FV;
  __li__KVBD *li__TWMV,*li__XWMV;
  __li__5RB *li__VWMV,*li__YWMV;
  __li__WVBD *li__V5FV,*li__W5FV;
  __li__KLWI *li__Y5FV;
  __li__KMFK *li__05FV;
  __li__ULWI *li__35FV,*li__45FV;
  __li__MSWI *li__AAGV,*li__BAGV;
  __li__MZWI *li__DAGV,*li__EAGV;
  __li__C0WI *li__GAGV,*li__HAGV;
  __li__M1WI *li__JAGV,*li__KAGV;
  __li__2PLO *li__MAGV,*li__NAGV;
  __li__ODID *li__4ROO,*li__MPME;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VXEO)->__id) {
  case __li__WK__: {
    li__ZXEO=((__li__WK *)li__VXEO)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__ZXEO=((__li__AVBD *)li__VXEO)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__ZXEO=((__li__KVBD *)li__VXEO)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__ZXEO=((__li__WVBD *)li__VXEO)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__ZXEO=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__ZXEO=((__li__KTVI *)li__VXEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__ZXEO=((__li__LTVI *)li__VXEO)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__ZXEO=((__li__XTVI *)li__VXEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__ZXEO=((__li__YTVI *)li__VXEO)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__ZXEO=((__li__S2VI *)li__VXEO)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__ZXEO=((__li__E3VI *)li__VXEO)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__ZXEO=((__li__KLWI *)li__VXEO)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__ZXEO=((__li__ULWI *)li__VXEO)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__ZXEO=((__li__NMWI *)li__VXEO)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__ZXEO=((__li__BNWI *)li__VXEO)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__ZXEO=((__li__XNWI *)li__VXEO)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__ZXEO=((__li__LOWI *)li__VXEO)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__ZXEO=((__li__5OWI *)li__VXEO)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__ZXEO=((__li__TPWI *)li__VXEO)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__ZXEO=((__li__HQWI *)li__VXEO)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__ZXEO=((__li__ARWI *)li__VXEO)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__ZXEO=((__li__URWI *)li__VXEO)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__ZXEO=((__li__MSWI *)li__VXEO)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__ZXEO=((__li__ETWI *)li__VXEO)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__ZXEO=((__li__MZWI *)li__VXEO)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__ZXEO=((__li__C0WI *)li__VXEO)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__ZXEO=((__li__M1WI *)li__VXEO)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__ZXEO=((__li__KMFK *)li__VXEO)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__ZXEO=((__li__XOHL *)li__VXEO)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__ZXEO=((__li__FPHL *)li__VXEO)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__ZXEO=((__li__APLM *)li__VXEO)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__ZXEO=((__li__DTNM *)li__VXEO)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__ZXEO=((__li__JXNM *)li__VXEO)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__ZXEO=((__li__21LO *)li__VXEO)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__ZXEO=((__li__TPOO *)li__VXEO)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__ZXEO=((__li__URRO *)li__VXEO)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__ZXEO=((__li__41XO *)li__VXEO)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__ZXEO=((__li__AKBR *)li__VXEO)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__ZXEO=((__li__SU5R *)li__VXEO)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__ZXEO=((__li__JV5R *)li__VXEO)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  li__1XEO=li__R4HD(li__ZXEO);
  /* __li__B__ __li__I__ */
if (((void *)li__UXEO == (void *)li__ORB__)) {
    li__NOLO(li__TXEO->li__2VPJ.li__UDID.li__TDID.li__0CC,li__1XEO,li__TXEO->li__2VPJ.li__UDID.li__BPME);
  } else /* FALSE */ {
    li__SCMO=NULL;
    li__TCMO=li__TXEO->li__2VPJ.li__UDID.li__VOME;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TCMO)->__id==__li__DZB__) {
      li__UCMO=((__li__DZB *)li__TCMO)->li__GZB.li__FZB.li__R2B;
    } else /* SLOT_CODE */ {
      li__3CNO=((__li__QWEC *)li__TCMO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3CNO)->__id==__li__IZB__) {
        li__UCMO=((__li__IZB *)li__3CNO)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__UCMO=((__li__4HAD *)li__3CNO)->li__5HAD.li__JZB.li__R2B;
      };
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__UXEO)->__id) {
    case __li__IF__: {
      li__3CNO=li__IJDG(((__li__IF *)li__UXEO),li__UCMO);
    } break;
    case __li__ORB__: {
      li__3CNO=NULL;
    } break;
    case __li__QRB__: {
      li__3CNO=li__5LDG(((__li__QRB *)((__li__IF *)li__UXEO)),li__UCMO);
    } break;
    case __li__SRB__: {
      li__3CNO=li__JODG(((__li__SRB *)((__li__IF *)li__UXEO)),li__UCMO);
    } break;
    case __li__URB__: {
      li__3CNO=li__TQDG(((__li__URB *)((__li__IF *)li__UXEO)),li__UCMO);
    } break;
    case __li__GSZ__: {
      li__3CNO=li__3SDG(((__li__GSZ *)((__li__IF *)li__UXEO)),li__UCMO);
    } break;
    case __li__1RRF__: {
      li__3CNO=li__NY4I(li__UCMO);
    } break;
    case __li__UJSH__: {
      li__3CNO=li__YQMN(li__UCMO);
    } break;
    };
    li__TCMO=li__3CNO;
    /* __li__B__ __li__I__ */
if (((void *)li__3CNO == (void *)NULL)) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__UXEO)->__id) {
      case __li__IF__: {
        li__1CMO=li__FZNO(((__li__IF *)li__UXEO),li__UCMO);
      } break;
      case __li__ORB__: {
        li__1CMO=NULL;
      } break;
      case __li__QRB__: {
        li__1CMO=li__N1NO(((__li__QRB *)((__li__IF *)li__UXEO)),li__UCMO);
      } break;
      case __li__SRB__: {
        li__1CMO=li__R3NO(((__li__SRB *)((__li__IF *)li__UXEO)),li__UCMO);
      } break;
      case __li__URB__: {
        li__1CMO=li__V5NO(((__li__URB *)((__li__IF *)li__UXEO)),li__UCMO);
      } break;
      case __li__GSZ__: {
        li__1CMO=li__ZBOO(((__li__GSZ *)((__li__IF *)li__UXEO)),li__UCMO);
      } break;
      case __li__1RRF__: {
        li__1CMO=li__3DOO(li__UCMO);
      } break;
      case __li__UJSH__: {
        li__1CMO=li__EEOO(li__UCMO);
      } break;
      };
      li__TCMO=li__1CMO;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__1CMO)->__id==__li__DZB__) {
        li__VXWO=((__li__DZB *)li__1CMO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VXWO)->__id==__li__IZB__) {
          li__2CMO=((__li__IZB *)li__VXWO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__2CMO=((__li__4HAD *)li__VXWO)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__VXWO=((__li__QWEC *)li__1CMO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VXWO)->__id==__li__IZB__) {
          li__2CMO=((__li__IZB *)li__VXWO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__2CMO=((__li__4HAD *)li__VXWO)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__2CMO)->__id) {
      case __li__WRB__: {
        li__VXWO=li__SLWO(((__li__WRB *)li__2CMO),li__UXEO);
      } break;
      case __li__XRB__: {
        li__VXWO=li__3LWO(((__li__XRB *)((__li__WRB *)li__2CMO)),li__UXEO);
      } break;
      case __li__KUB__: {
        li__VXWO=li__KMWO(((__li__KUB *)((__li__WRB *)li__2CMO)),li__UXEO);
      } break;
      case __li__VB1__: {
        li__VXWO=li__WMWO(((__li__VB1 *)((__li__WRB *)li__2CMO)),li__UXEO);
      } break;
      case __li__UL2B__: {
        li__VXWO=li__BNWO(((__li__UL2B *)((__li__WRB *)li__2CMO)),li__UXEO);
      } break;
      case __li__4O2B__: {
        li__VXWO=li__ZNWO(((__li__4O2B *)((__li__WRB *)li__2CMO)),li__UXEO);
      } break;
      };
      li__SCMO=li__VXWO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VXEO)->__id) {
      case __li__WK__: {
        li__T5FV=li__PVEJ(((__li__WK *)li__VXEO));
        li__VXWO=li__T5FV;
      } break;
      case __li__AVBD__: {
        li__VXWO=li__AE5L(((__li__AVBD *)li__VXEO));
      } break;
      case __li__KVBD__: {
        li__TWMV=((__li__KVBD *)li__VXEO);
        li__UWMV=li__TWMV->li__LVBD.li__0K.li__0CC;
        li__VWMV=li__TWMV->li__LVBD.li__WZLE;
        li__TWMV=li__5QND();
        li__XWMV=((__li__KVBD *)li__TWMV);
        li__XWMV->li__LVBD.li__0K.li__0CC=li__UWMV;
        li__YWMV=li__NNSE(((__li__5RB *)li__VWMV));
        li__XWMV->li__LVBD.li__WZLE=li__YWMV;
        li__VXWO=li__TWMV;
      } break;
      case __li__WVBD__: {
        li__V5FV=((__li__WVBD *)li__VXEO);
        li__W5FV=li__VEID(li__V5FV->li__XVBD.li__0K.li__0CC,li__V5FV->li__2ZLE,li__V5FV->li__XVBD.li__WZLE);
        li__VXWO=li__W5FV;
      } break;
      case __li__Z4WH__: {
        li__VXWO=li__XEVK(((__li__Z4WH *)li__VXEO));
      } break;
      case __li__KTVI__: {
        li__VXWO=li__XF5L(((__li__KTVI *)li__VXEO));
      } break;
      case __li__LTVI__: {
        li__VXWO=li__SDGM(((__li__LTVI *)li__VXEO));
      } break;
      case __li__XTVI__: {
        li__VXWO=li__DG5L(((__li__XTVI *)li__VXEO));
      } break;
      case __li__YTVI__: {
        li__VXWO=li__4DGM(((__li__YTVI *)li__VXEO));
      } break;
      case __li__S2VI__: {
        li__VXWO=li__OG5L(((__li__S2VI *)li__VXEO));
      } break;
      case __li__E3VI__: {
        li__VXWO=li__ZG5L(((__li__E3VI *)li__VXEO));
      } break;
      case __li__KLWI__: {
        li__Y5FV=((__li__KLWI *)li__VXEO);
        li__UWMV=li__Y5FV->li__LLWI.li__0CC;
        li__05FV=li__G3CM(((__li__KMFK *)li__Y5FV->li__ZPBK));
        li__Y5FV=li__PNSJ(li__UWMV,li__05FV);
        li__VXWO=li__Y5FV;
      } break;
      case __li__ULWI__: {
        li__35FV=((__li__ULWI *)li__VXEO);
        li__45FV=li__AOSJ(li__35FV->li__VLWI.li__0CC,li__35FV->li__4PBK);
        li__VXWO=li__45FV;
      } break;
      case __li__NMWI__: {
        li__VXWO=li__SH5L(((__li__NMWI *)li__VXEO));
      } break;
      case __li__BNWI__: {
        li__VXWO=li__3H5L(((__li__BNWI *)li__VXEO));
      } break;
      case __li__XNWI__: {
        li__VXWO=li__II5L(((__li__XNWI *)li__VXEO));
      } break;
      case __li__LOWI__: {
        li__VXWO=li__TI5L(((__li__LOWI *)li__VXEO));
      } break;
      case __li__5OWI__: {
        li__VXWO=li__4I5L(((__li__5OWI *)li__VXEO));
      } break;
      case __li__TPWI__: {
        li__VXWO=li__JJ5L(((__li__TPWI *)li__VXEO));
      } break;
      case __li__HQWI__: {
        li__VXWO=li__UJ5L(((__li__HQWI *)li__VXEO));
      } break;
      case __li__ARWI__: {
        li__VXWO=li__5J5L(((__li__ARWI *)li__VXEO));
      } break;
      case __li__URWI__: {
        li__VXWO=li__NK5L(((__li__URWI *)li__VXEO));
      } break;
      case __li__MSWI__: {
        li__AAGV=((__li__MSWI *)li__VXEO);
        li__BAGV=li__YXSJ(li__AAGV->li__NSWI.li__0CC,li__AAGV->li__ISBK);
        li__VXWO=li__BAGV;
      } break;
      case __li__ETWI__: {
        li__VXWO=li__4K5L(((__li__ETWI *)li__VXEO));
      } break;
      case __li__MZWI__: {
        li__DAGV=((__li__MZWI *)li__VXEO);
        li__EAGV=li__4U4I(li__DAGV->li__NZWI.li__0K.li__0CC,li__DAGV->li__3SBK,li__DAGV->li__NZWI.li__WZLE);
        li__VXWO=li__EAGV;
      } break;
      case __li__C0WI__: {
        li__GAGV=((__li__C0WI *)li__VXEO);
        li__HAGV=li__ZV4I(li__GAGV->li__D0WI.li__0K.li__0CC,li__GAGV->li__CTBK);
        li__VXWO=li__HAGV;
      } break;
      case __li__M1WI__: {
        li__JAGV=((__li__M1WI *)li__VXEO);
        li__KAGV=li__1Z4I(li__JAGV->li__N1WI.li__0K.li__0CC,li__JAGV->li__UTFK);
        li__VXWO=li__KAGV;
      } break;
      case __li__KMFK__: {
        li__VXWO=li__G3CM(((__li__KMFK *)li__VXEO));
      } break;
      case __li__XOHL__: {
        li__VXWO=li__AAPN(((__li__XOHL *)li__VXEO));
      } break;
      case __li__FPHL__: {
        li__VXWO=li__2EGM(((__li__FPHL *)li__VXEO));
      } break;
      case __li__APLM__: {
        li__VXWO=li__XRDQ(((__li__APLM *)li__VXEO));
      } break;
      case __li__DTNM__: {
        li__VXWO=li__D5SO(((__li__DTNM *)li__VXEO));
      } break;
      case __li__JXNM__: {
        li__VXWO=li__153R(((__li__JXNM *)li__VXEO));
      } break;
      case __li__21LO__: {
        li__VXWO=li__2KLP(((__li__21LO *)li__VXEO));
      } break;
      case __li__TPOO__: {
        li__VXWO=li__JLLP(((__li__TPOO *)li__VXEO));
      } break;
      case __li__URRO__: {
        li__VXWO=li__KM4R(((__li__URRO *)li__VXEO));
      } break;
      case __li__41XO__: {
        li__VXWO=li__CSDQ(((__li__41XO *)li__VXEO));
      } break;
      case __li__AKBR__: {
        li__VXWO=li__L2DS(((__li__AKBR *)li__VXEO));
      } break;
      case __li__SU5R__: {
        li__VXWO=li__EQJS(((__li__SU5R *)li__VXEO));
      } break;
      case __li__JV5R__: {
        li__VXWO=li__PQJS(((__li__JV5R *)li__VXEO));
      } break;
      };
      li__MAGV=li__GXOO();
      li__NAGV=((__li__2PLO *)li__MAGV);
      li__NAGV->li__3PLO.li__PPME=li__VXWO;
      li__NAGV->li__WYWO=li__1CMO;
      li__NAGV->li__3PLO.li__QPME=li__TXEO;
      li__NAGV->li__XYWO=li__SCMO;
      li__TAGV=((__li__KI *)li__1XEO);
      li__P2VG(((__li__TOLE *)li__TAGV->li__2OLE),li__MAGV);
      li__WVRE(li__TAGV);
      li__4ROO=li__PQUD();
      li__MPME=((__li__ODID *)li__4ROO);
      li__MPME->li__PDID.li__PPME=li__SCMO;
      li__MPME->li__PDID.li__QPME=li__TXEO;
      li__RP=(__li__K)(li__RP +  1);
      li__TAGV=((__li__KI *)li__1XEO);
      li__P2VG(((__li__TOLE *)li__TAGV->li__2OLE),li__4ROO);
      li__WVRE(li__TAGV);
    } else /* FALSE */ {
      li__1CMO=li__TXEO->li__2VPJ.li__UDID.li__VOME;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TCMO)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__TCMO)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__WOWO(((__li__DZB *)li__TCMO),li__1CMO);
        } else /* ITM_SLOT_OPERATOR */ {
          li__WOWO(((__li__DZB *)li__TCMO),li__1CMO);
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__TCMO)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__MSWO(((__li__QWEC *)((__li__DZB *)li__TCMO)),li__1CMO);
        } else /* ITM_SLOT_OPERATOR */ {
          li__MSWO(((__li__QWEC *)((__li__DZB *)li__TCMO)),li__1CMO);
        };
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VXEO)->__id) {
      case __li__WK__: {
        li__T5FV=li__PVEJ(((__li__WK *)li__VXEO));
        li__VXWO=li__T5FV;
      } break;
      case __li__AVBD__: {
        li__VXWO=li__AE5L(((__li__AVBD *)li__VXEO));
      } break;
      case __li__KVBD__: {
        li__TWMV=((__li__KVBD *)li__VXEO);
        li__UWMV=li__TWMV->li__LVBD.li__0K.li__0CC;
        li__VWMV=li__TWMV->li__LVBD.li__WZLE;
        li__TWMV=li__5QND();
        li__XWMV=((__li__KVBD *)li__TWMV);
        li__XWMV->li__LVBD.li__0K.li__0CC=li__UWMV;
        li__YWMV=li__NNSE(((__li__5RB *)li__VWMV));
        li__XWMV->li__LVBD.li__WZLE=li__YWMV;
        li__VXWO=li__TWMV;
      } break;
      case __li__WVBD__: {
        li__V5FV=((__li__WVBD *)li__VXEO);
        li__W5FV=li__VEID(li__V5FV->li__XVBD.li__0K.li__0CC,li__V5FV->li__2ZLE,li__V5FV->li__XVBD.li__WZLE);
        li__VXWO=li__W5FV;
      } break;
      case __li__Z4WH__: {
        li__VXWO=li__XEVK(((__li__Z4WH *)li__VXEO));
      } break;
      case __li__KTVI__: {
        li__VXWO=li__XF5L(((__li__KTVI *)li__VXEO));
      } break;
      case __li__LTVI__: {
        li__VXWO=li__SDGM(((__li__LTVI *)li__VXEO));
      } break;
      case __li__XTVI__: {
        li__VXWO=li__DG5L(((__li__XTVI *)li__VXEO));
      } break;
      case __li__YTVI__: {
        li__VXWO=li__4DGM(((__li__YTVI *)li__VXEO));
      } break;
      case __li__S2VI__: {
        li__VXWO=li__OG5L(((__li__S2VI *)li__VXEO));
      } break;
      case __li__E3VI__: {
        li__VXWO=li__ZG5L(((__li__E3VI *)li__VXEO));
      } break;
      case __li__KLWI__: {
        li__Y5FV=((__li__KLWI *)li__VXEO);
        li__UWMV=li__Y5FV->li__LLWI.li__0CC;
        li__05FV=li__G3CM(((__li__KMFK *)li__Y5FV->li__ZPBK));
        li__Y5FV=li__PNSJ(li__UWMV,li__05FV);
        li__VXWO=li__Y5FV;
      } break;
      case __li__ULWI__: {
        li__35FV=((__li__ULWI *)li__VXEO);
        li__45FV=li__AOSJ(li__35FV->li__VLWI.li__0CC,li__35FV->li__4PBK);
        li__VXWO=li__45FV;
      } break;
      case __li__NMWI__: {
        li__VXWO=li__SH5L(((__li__NMWI *)li__VXEO));
      } break;
      case __li__BNWI__: {
        li__VXWO=li__3H5L(((__li__BNWI *)li__VXEO));
      } break;
      case __li__XNWI__: {
        li__VXWO=li__II5L(((__li__XNWI *)li__VXEO));
      } break;
      case __li__LOWI__: {
        li__VXWO=li__TI5L(((__li__LOWI *)li__VXEO));
      } break;
      case __li__5OWI__: {
        li__VXWO=li__4I5L(((__li__5OWI *)li__VXEO));
      } break;
      case __li__TPWI__: {
        li__VXWO=li__JJ5L(((__li__TPWI *)li__VXEO));
      } break;
      case __li__HQWI__: {
        li__VXWO=li__UJ5L(((__li__HQWI *)li__VXEO));
      } break;
      case __li__ARWI__: {
        li__VXWO=li__5J5L(((__li__ARWI *)li__VXEO));
      } break;
      case __li__URWI__: {
        li__VXWO=li__NK5L(((__li__URWI *)li__VXEO));
      } break;
      case __li__MSWI__: {
        li__AAGV=((__li__MSWI *)li__VXEO);
        li__BAGV=li__YXSJ(li__AAGV->li__NSWI.li__0CC,li__AAGV->li__ISBK);
        li__VXWO=li__BAGV;
      } break;
      case __li__ETWI__: {
        li__VXWO=li__4K5L(((__li__ETWI *)li__VXEO));
      } break;
      case __li__MZWI__: {
        li__DAGV=((__li__MZWI *)li__VXEO);
        li__EAGV=li__4U4I(li__DAGV->li__NZWI.li__0K.li__0CC,li__DAGV->li__3SBK,li__DAGV->li__NZWI.li__WZLE);
        li__VXWO=li__EAGV;
      } break;
      case __li__C0WI__: {
        li__GAGV=((__li__C0WI *)li__VXEO);
        li__HAGV=li__ZV4I(li__GAGV->li__D0WI.li__0K.li__0CC,li__GAGV->li__CTBK);
        li__VXWO=li__HAGV;
      } break;
      case __li__M1WI__: {
        li__JAGV=((__li__M1WI *)li__VXEO);
        li__KAGV=li__1Z4I(li__JAGV->li__N1WI.li__0K.li__0CC,li__JAGV->li__UTFK);
        li__VXWO=li__KAGV;
      } break;
      case __li__KMFK__: {
        li__VXWO=li__G3CM(((__li__KMFK *)li__VXEO));
      } break;
      case __li__XOHL__: {
        li__VXWO=li__AAPN(((__li__XOHL *)li__VXEO));
      } break;
      case __li__FPHL__: {
        li__VXWO=li__2EGM(((__li__FPHL *)li__VXEO));
      } break;
      case __li__APLM__: {
        li__VXWO=li__XRDQ(((__li__APLM *)li__VXEO));
      } break;
      case __li__DTNM__: {
        li__VXWO=li__D5SO(((__li__DTNM *)li__VXEO));
      } break;
      case __li__JXNM__: {
        li__VXWO=li__153R(((__li__JXNM *)li__VXEO));
      } break;
      case __li__21LO__: {
        li__VXWO=li__2KLP(((__li__21LO *)li__VXEO));
      } break;
      case __li__TPOO__: {
        li__VXWO=li__JLLP(((__li__TPOO *)li__VXEO));
      } break;
      case __li__URRO__: {
        li__VXWO=li__KM4R(((__li__URRO *)li__VXEO));
      } break;
      case __li__41XO__: {
        li__VXWO=li__CSDQ(((__li__41XO *)li__VXEO));
      } break;
      case __li__AKBR__: {
        li__VXWO=li__L2DS(((__li__AKBR *)li__VXEO));
      } break;
      case __li__SU5R__: {
        li__VXWO=li__EQJS(((__li__SU5R *)li__VXEO));
      } break;
      case __li__JV5R__: {
        li__VXWO=li__PQJS(((__li__JV5R *)li__VXEO));
      } break;
      };
      li__1CMO=li__TXEO->li__2VPJ.li__UDID.li__YOME;
      li__MAGV=li__GXOO();
      li__NAGV=((__li__2PLO *)li__MAGV);
      li__NAGV->li__3PLO.li__PPME=li__VXWO;
      li__NAGV->li__WYWO=li__TCMO;
      li__NAGV->li__3PLO.li__QPME=li__TXEO;
      li__NAGV->li__XYWO=li__1CMO;
      li__TAGV=((__li__KI *)li__1XEO);
      li__P2VG(((__li__TOLE *)li__TAGV->li__2OLE),li__MAGV);
      li__WVRE(li__TAGV);
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VXEO)->__id) {
    case __li__WK__: {
      li__UWMV=((__li__WK *)li__VXEO)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__UWMV=((__li__AVBD *)li__VXEO)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__UWMV=((__li__KVBD *)li__VXEO)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__UWMV=((__li__WVBD *)li__VXEO)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__UWMV=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__UWMV=((__li__KTVI *)li__VXEO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__UWMV=((__li__LTVI *)li__VXEO)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__UWMV=((__li__XTVI *)li__VXEO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__UWMV=((__li__YTVI *)li__VXEO)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__UWMV=((__li__S2VI *)li__VXEO)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__UWMV=((__li__E3VI *)li__VXEO)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__UWMV=((__li__KLWI *)li__VXEO)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__UWMV=((__li__ULWI *)li__VXEO)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__UWMV=((__li__NMWI *)li__VXEO)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__UWMV=((__li__BNWI *)li__VXEO)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__UWMV=((__li__XNWI *)li__VXEO)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__UWMV=((__li__LOWI *)li__VXEO)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__UWMV=((__li__5OWI *)li__VXEO)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__UWMV=((__li__TPWI *)li__VXEO)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__UWMV=((__li__HQWI *)li__VXEO)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__UWMV=((__li__ARWI *)li__VXEO)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__UWMV=((__li__URWI *)li__VXEO)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__UWMV=((__li__MSWI *)li__VXEO)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__UWMV=((__li__ETWI *)li__VXEO)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__UWMV=((__li__MZWI *)li__VXEO)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__UWMV=((__li__C0WI *)li__VXEO)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__UWMV=((__li__M1WI *)li__VXEO)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__UWMV=((__li__KMFK *)li__VXEO)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__UWMV=((__li__XOHL *)li__VXEO)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__UWMV=((__li__FPHL *)li__VXEO)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__UWMV=((__li__APLM *)li__VXEO)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__UWMV=((__li__DTNM *)li__VXEO)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__UWMV=((__li__JXNM *)li__VXEO)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__UWMV=((__li__21LO *)li__VXEO)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__UWMV=((__li__TPOO *)li__VXEO)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__UWMV=((__li__URRO *)li__VXEO)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__UWMV=((__li__41XO *)li__VXEO)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__UWMV=((__li__AKBR *)li__VXEO)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__UWMV=((__li__SU5R *)li__VXEO)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__UWMV=((__li__JV5R *)li__VXEO)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    li__VWMV=li__QRB__->li__RRB.li__J0C;
    li__TWMV=li__5QND();
    li__XWMV=((__li__KVBD *)li__TWMV);
    li__XWMV->li__LVBD.li__0K.li__0CC=li__UWMV;
    li__YWMV=li__NNSE(((__li__5RB *)li__VWMV));
    li__XWMV->li__LVBD.li__WZLE=li__YWMV;
    li__TAGV=((__li__KI *)li__1XEO);
    li__P2VG(((__li__TOLE *)li__TAGV->li__2OLE),li__TWMV);
    li__WVRE(li__TAGV);
  };
  li__XXEO=li__1XEO;
  return(li__XXEO);
}

static __li__K li__RXEN(__li__ODID *li__SXEN)
/* (Strict NODE_TYPE{li__ODID}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__UXEN,li__VVEQ,li__TXEN;
  __li__C li__4XEN;
  li__UXEN= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__SXEN->li__PDID.li__VUMI != (void *)NULL)) {
    li__VVEQ=(__li__K)((*(((__li__BRPK *)((__li__IYBD *)li__SXEN->li__PDID.li__VUMI)->li__KRPK))).li__QRPK +  1);
    li__UXEN=li__VVEQ;
    li__4XEN=li__B__;
  } else /* FALSE */ {
    li__4XEN=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__4XEN)) {
    /* __li__B__ __li__I__ */
if (((void *)li__SXEN->li__PDID.li__HYDM != (void *)NULL)) {
      li__UXEN= 1;
    };
  };
  li__TXEN=li__UXEN;
  return(li__TXEN);
}

static __li__XHQB* li__SDSN()
/* () With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VDSN;
  __li__XHQB *li__WDSN,*li__UDSN;
  li__VDSN=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__VDSN)->__id) {
  case __li__IF__: {
    li__WDSN=((__li__IF *)li__VDSN)->li__3HQB;
  } break;
  case __li__ORB__: {
    li__WDSN=((__li__ORB *)li__VDSN)->li__PRB.li__3HQB;
  } break;
  case __li__QRB__: {
    li__WDSN=((__li__QRB *)li__VDSN)->li__RRB.li__3HQB;
  } break;
  case __li__SRB__: {
    li__WDSN=((__li__SRB *)li__VDSN)->li__TRB.li__3HQB;
  } break;
  case __li__URB__: {
    li__WDSN=((__li__URB *)li__VDSN)->li__VRB.li__3HQB;
  } break;
  case __li__GSZ__: {
    li__WDSN=((__li__GSZ *)li__VDSN)->li__HSZ.li__3HQB;
  } break;
  case __li__1RRF__: {
    li__WDSN=((__li__1RRF *)li__VDSN)->li__2RRF.li__3HQB;
  } break;
  case __li__UJSH__: {
    li__WDSN=li__SDSN();
  } break;
  };
  li__UDSN=li__WDSN;
  return(li__UDSN);
}

static __li__SQNE* li__5D4G()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__SQNE *li__CE4G,*li__B44K,*li__K54K,*li__BE4G;
  __li__CB li__C44K,li__WYSU;
  __li__JJG li__K44K,li__SBGV,li__UYSU;
  __li__K li__V44K;
  __li__52B li__0YSU;
  __li__C li__FRNI;
  __li__DE4G *li__X2WK;
  li__CE4G=NULL;
  li__FRNI=((*(((__li__DE4G *)li__ME4G))).li__GRNI <  0);
  /* __li__B__ __li__I__ */
if (li__FRNI) {
    li__B44K=NULL;
    li__C44K=((__li__CB )(NULL));
    li__K44K=((__li__JJG )sizeof(__li__SQNE));
    /* __li__B__ __li__I__ */
if ((li__K44K ==  0)) {
      li__B44K=li__SQNE__;
    } else /* FALSE */ {
      li__V44K=__li__SQNE__;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__K44K));
      /* __li__B__ __li__I__ */
if ((li__V44K == (__li__K)(-  1))) {
        li__SBGV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__UYSU=(__li__JJG)((__li__JJG)(li__K44K - (__li__JJG)(((__li__JJG ) 0) - li__SBGV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SBGV) - ((__li__JJG ) 1)));
        li__SBGV=(__li__JJG)(li__UYSU / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__WYSU=li__YCJ(li__UYSU,((__li__CB )(&(table_size[(li__SBGV)-1]))),((__li__52B )li__UYSU));
        li__C44K=li__WYSU;
      } else /* FALSE */ {
        li__0YSU=((__li__52B )li__V44K);
        li__SBGV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__UYSU=(__li__JJG)((__li__JJG)(li__K44K - (__li__JJG)(((__li__JJG ) 0) - li__SBGV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SBGV) - ((__li__JJG ) 1)));
        li__WYSU=li__YCJ(li__UYSU,((__li__CB )(&(table_type[(li__0YSU)]))),(__li__52B)(li__0YSU |  1));
        li__C44K=li__WYSU;
      };
      li__K54K=((__li__SQNE *)li__C44K);
      li__B44K=li__K54K;
      *(li__K54K) = *(li__SQNE__);
    };
    li__K54K=((__li__SQNE *)li__B44K);
    li__K54K->li__DABM= 256;
    li__C44K=li__HJU(((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) <<  8)));
    li__K54K->li__VQNE.li__GABM=((void **)li__C44K);
    li__CE4G=li__B44K;
  } else /* FALSE */ {
    li__X2WK=((__li__DE4G *)li__ME4G);
    li__B44K=((void **)(*(li__X2WK)).li__33NI)[(*(li__X2WK)).li__GRNI];
    li__CE4G=li__B44K;
    li__X2WK=((__li__DE4G *)li__ME4G);
    (*(li__X2WK)).li__GRNI=(__li__K)((*(li__X2WK)).li__GRNI -  1);
  };
  li__BE4G=li__CE4G;
  return(li__BE4G);
}

static void li__4H1L(__li__SQNE *li__5H1L,void *li__AI1L)
/* (Strict TYPES_TMP{li__SQNE},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__OI1L;
  __li__C li__XI1L;
  /* __li__B__ __li__I__ */
if ((li__5H1L->li__VQNE.li__ZTMI == (__li__K)(-  1))) {
    li__WJQM(li__5H1L,li__AI1L);
  } else /* FALSE */ {
    li__OI1L=li__QKQM(li__5H1L,li__AI1L, 0,(__li__K)(li__5H1L->li__VQNE.li__ZTMI +  1));
    /* __li__B__ __li__I__ */
if ((li__OI1L > li__5H1L->li__VQNE.li__ZTMI)) {
      li__WJQM(li__5H1L,li__AI1L);
      li__XI1L=li__B__;
    } else /* FALSE */ {
      li__XI1L=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__XI1L)) {
      /* __li__B__ __li__I__ */
if (((void *)((void **)li__5H1L->li__VQNE.li__GABM)[li__OI1L] != (void *)li__AI1L)) {
        li__PHBO(li__5H1L,li__AI1L,li__OI1L);
      };
    };
  };
}

static void li__5SIM(__li__AVBD *li__ATIM,__li__SQNE *li__BTIM)
/* (Strict EXTERNAL_C{li__AVBD},Strict TYPES_TMP{NULLxli__SQNE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if (((void *)li__ATIM->li__NTMI == (void *)NULL)) {
    li__4H1L(((__li__SQNE *)li__BTIM),((__li__5RB *)li__ATIM->li__K2ME)->li__AEM);
  } else /* FALSE */ {
    li__L5WM(((__li__SQNE *)li__BTIM),li__ATIM->li__NTMI);
  };
}

static void li__FVIM(__li__BNWI *li__GVIM,__li__SQNE *li__HVIM)
/* (Strict EXPR_SUB{li__BNWI},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__IVIM;
  __li__5RB *li__XCGV;
  li__IVIM=li__GVIM->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IVIM)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__HVIM),((__li__5RB *)((__li__WK *)((__li__KMFK *)li__IVIM))->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__HVIM),((__li__5RB *)((__li__KVBD *)((__li__KMFK *)li__IVIM))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__HVIM),((__li__5RB *)((__li__WVBD *)((__li__KMFK *)li__IVIM))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__HVIM);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),((__li__5RB *)((__li__ETWI *)((__li__KMFK *)li__IVIM))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),((__li__5RB *)((__li__MZWI *)((__li__KMFK *)li__IVIM))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),((__li__5RB *)((__li__C0WI *)((__li__KMFK *)li__IVIM))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__HVIM),((__li__5RB *)((__li__M1WI *)((__li__KMFK *)li__IVIM))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)li__IVIM),li__HVIM);
  } break;
  case __li__XOHL__: {
    li__XCGV=li__T4NN(((__li__XOHL *)((__li__KMFK *)li__IVIM)));
    li__4H1L(((__li__SQNE *)li__HVIM),((__li__5RB *)li__XCGV)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__DTNM__: {
    li__XCGV=li__1ISO(((__li__DTNM *)((__li__KMFK *)li__IVIM)));
    li__4H1L(((__li__SQNE *)li__HVIM),((__li__5RB *)li__XCGV)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__KMFK *)li__IVIM))->li__5IXO),li__HVIM);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__KMFK *)li__IVIM)),li__HVIM);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__HVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__HVIM),li__LSB);
  } break;
  };
}

static void li__JVIM(__li__XNWI *li__KVIM,__li__SQNE *li__LVIM)
/* (Strict EXPR_MUL{li__XNWI},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__MVIM;
  __li__5RB *li__NDGV;
  li__MVIM=li__KVIM->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MVIM)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__LVIM),((__li__5RB *)((__li__WK *)((__li__KMFK *)li__MVIM))->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__LVIM),((__li__5RB *)((__li__KVBD *)((__li__KMFK *)li__MVIM))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__LVIM),((__li__5RB *)((__li__WVBD *)((__li__KMFK *)li__MVIM))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__LVIM);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),((__li__5RB *)((__li__ETWI *)((__li__KMFK *)li__MVIM))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),((__li__5RB *)((__li__MZWI *)((__li__KMFK *)li__MVIM))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),((__li__5RB *)((__li__C0WI *)((__li__KMFK *)li__MVIM))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__LVIM),((__li__5RB *)((__li__M1WI *)((__li__KMFK *)li__MVIM))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)li__MVIM),li__LVIM);
  } break;
  case __li__XOHL__: {
    li__NDGV=li__T4NN(((__li__XOHL *)((__li__KMFK *)li__MVIM)));
    li__4H1L(((__li__SQNE *)li__LVIM),((__li__5RB *)li__NDGV)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__DTNM__: {
    li__NDGV=li__1ISO(((__li__DTNM *)((__li__KMFK *)li__MVIM)));
    li__4H1L(((__li__SQNE *)li__LVIM),((__li__5RB *)li__NDGV)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__KMFK *)li__MVIM))->li__5IXO),li__LVIM);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__KMFK *)li__MVIM)),li__LVIM);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__LVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__LVIM),li__LSB);
  } break;
  };
}

static void li__NVIM(__li__LOWI *li__OVIM,__li__SQNE *li__PVIM)
/* (Strict EXPR_DIV{li__LOWI},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__QVIM;
  __li__5RB *li__DEGV;
  li__QVIM=li__OVIM->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QVIM)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__PVIM),((__li__5RB *)((__li__WK *)((__li__KMFK *)li__QVIM))->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__PVIM),((__li__5RB *)((__li__KVBD *)((__li__KMFK *)li__QVIM))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__PVIM),((__li__5RB *)((__li__WVBD *)((__li__KMFK *)li__QVIM))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__PVIM);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),((__li__5RB *)((__li__ETWI *)((__li__KMFK *)li__QVIM))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),((__li__5RB *)((__li__MZWI *)((__li__KMFK *)li__QVIM))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),((__li__5RB *)((__li__C0WI *)((__li__KMFK *)li__QVIM))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__PVIM),((__li__5RB *)((__li__M1WI *)((__li__KMFK *)li__QVIM))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)li__QVIM),li__PVIM);
  } break;
  case __li__XOHL__: {
    li__DEGV=li__T4NN(((__li__XOHL *)((__li__KMFK *)li__QVIM)));
    li__4H1L(((__li__SQNE *)li__PVIM),((__li__5RB *)li__DEGV)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__DTNM__: {
    li__DEGV=li__1ISO(((__li__DTNM *)((__li__KMFK *)li__QVIM)));
    li__4H1L(((__li__SQNE *)li__PVIM),((__li__5RB *)li__DEGV)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__KMFK *)li__QVIM))->li__5IXO),li__PVIM);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__KMFK *)li__QVIM)),li__PVIM);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__PVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVIM),li__LSB);
  } break;
  };
}

static void li__RVIM(__li__5OWI *li__SVIM,__li__SQNE *li__TVIM)
/* (Strict EXPR_AND{li__5OWI},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__UVIM;
  __li__5RB *li__ZEGV;
  li__UVIM=li__SVIM->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UVIM)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__TVIM),((__li__5RB *)((__li__WK *)((__li__KMFK *)li__UVIM))->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__TVIM),((__li__5RB *)((__li__KVBD *)((__li__KMFK *)li__UVIM))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__TVIM),((__li__5RB *)((__li__WVBD *)((__li__KMFK *)li__UVIM))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__TVIM);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),((__li__5RB *)((__li__ETWI *)((__li__KMFK *)li__UVIM))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),((__li__5RB *)((__li__MZWI *)((__li__KMFK *)li__UVIM))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),((__li__5RB *)((__li__C0WI *)((__li__KMFK *)li__UVIM))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__TVIM),((__li__5RB *)((__li__M1WI *)((__li__KMFK *)li__UVIM))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)li__UVIM),li__TVIM);
  } break;
  case __li__XOHL__: {
    li__ZEGV=li__T4NN(((__li__XOHL *)((__li__KMFK *)li__UVIM)));
    li__4H1L(((__li__SQNE *)li__TVIM),((__li__5RB *)li__ZEGV)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__DTNM__: {
    li__ZEGV=li__1ISO(((__li__DTNM *)((__li__KMFK *)li__UVIM)));
    li__4H1L(((__li__SQNE *)li__TVIM),((__li__5RB *)li__ZEGV)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__KMFK *)li__UVIM))->li__5IXO),li__TVIM);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__KMFK *)li__UVIM)),li__TVIM);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__TVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__TVIM),li__LSB);
  } break;
  };
}

static void li__VVIM(__li__TPWI *li__WVIM,__li__SQNE *li__XVIM)
/* (Strict EXPR_SHIFT_R{li__TPWI},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__YVIM;
  __li__5RB *li__PFGV;
  li__YVIM=li__WVIM->li__UPWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YVIM)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__XVIM),((__li__5RB *)((__li__WK *)((__li__KMFK *)li__YVIM))->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__XVIM),((__li__5RB *)((__li__KVBD *)((__li__KMFK *)li__YVIM))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__XVIM),((__li__5RB *)((__li__WVBD *)((__li__KMFK *)li__YVIM))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__XVIM);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),((__li__5RB *)((__li__ETWI *)((__li__KMFK *)li__YVIM))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),((__li__5RB *)((__li__MZWI *)((__li__KMFK *)li__YVIM))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),((__li__5RB *)((__li__C0WI *)((__li__KMFK *)li__YVIM))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__XVIM),((__li__5RB *)((__li__M1WI *)((__li__KMFK *)li__YVIM))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)li__YVIM),li__XVIM);
  } break;
  case __li__XOHL__: {
    li__PFGV=li__T4NN(((__li__XOHL *)((__li__KMFK *)li__YVIM)));
    li__4H1L(((__li__SQNE *)li__XVIM),((__li__5RB *)li__PFGV)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__DTNM__: {
    li__PFGV=li__1ISO(((__li__DTNM *)((__li__KMFK *)li__YVIM)));
    li__4H1L(((__li__SQNE *)li__XVIM),((__li__5RB *)li__PFGV)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__KMFK *)li__YVIM))->li__5IXO),li__XVIM);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__KMFK *)li__YVIM)),li__XVIM);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__XVIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__XVIM),li__LSB);
  } break;
  };
}

static void li__ZVIM(__li__HQWI *li__0VIM,__li__SQNE *li__1VIM)
/* (Strict EXPR_SHIFT_L{li__HQWI},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__2VIM;
  __li__5RB *li__FGGV;
  li__2VIM=li__0VIM->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2VIM)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__1VIM),((__li__5RB *)((__li__WK *)((__li__KMFK *)li__2VIM))->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__1VIM),((__li__5RB *)((__li__KVBD *)((__li__KMFK *)li__2VIM))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__1VIM),((__li__5RB *)((__li__WVBD *)((__li__KMFK *)li__2VIM))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__1VIM);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),((__li__5RB *)((__li__ETWI *)((__li__KMFK *)li__2VIM))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),((__li__5RB *)((__li__MZWI *)((__li__KMFK *)li__2VIM))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),((__li__5RB *)((__li__C0WI *)((__li__KMFK *)li__2VIM))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__1VIM),((__li__5RB *)((__li__M1WI *)((__li__KMFK *)li__2VIM))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)li__2VIM),li__1VIM);
  } break;
  case __li__XOHL__: {
    li__FGGV=li__T4NN(((__li__XOHL *)((__li__KMFK *)li__2VIM)));
    li__4H1L(((__li__SQNE *)li__1VIM),((__li__5RB *)li__FGGV)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__DTNM__: {
    li__FGGV=li__1ISO(((__li__DTNM *)((__li__KMFK *)li__2VIM)));
    li__4H1L(((__li__SQNE *)li__1VIM),((__li__5RB *)li__FGGV)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__KMFK *)li__2VIM))->li__5IXO),li__1VIM);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__KMFK *)li__2VIM)),li__1VIM);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__1VIM),li__DSB);
    li__4H1L(((__li__SQNE *)li__1VIM),li__LSB);
  } break;
  };
}

static void li__3VIM(__li__SQNE *li__5VIM)
/* (Strict TYPES_TMP{NULLxli__SQNE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__SQNE *li__X2RM;
  __li__K li__G3RM;
  __li__C li__P3RM;
  li__X2RM=((__li__SQNE *)li__5VIM);
  /* __li__B__ __li__I__ */
if ((li__X2RM->li__VQNE.li__ZTMI == (__li__K)(-  1))) {
    li__WJQM(li__X2RM,li__QRB__);
  } else /* FALSE */ {
    li__G3RM=li__QKQM(li__X2RM,li__QRB__, 0,(__li__K)(li__X2RM->li__VQNE.li__ZTMI +  1));
    /* __li__B__ __li__I__ */
if ((li__G3RM > li__X2RM->li__VQNE.li__ZTMI)) {
      li__WJQM(li__X2RM,li__QRB__);
      li__P3RM=li__B__;
    } else /* FALSE */ {
      li__P3RM=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__P3RM)) {
      /* __li__B__ __li__I__ */
if (((void *)((void **)li__X2RM->li__VQNE.li__GABM)[li__G3RM] != (void *)li__QRB__)) {
        li__PHBO(li__X2RM,li__QRB__,li__G3RM);
      };
    };
  };
}

static void li__AWIM(__li__URWI *li__BWIM,__li__SQNE *li__CWIM)
/* (Strict ITEM{li__URWI},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__EWIM,*li__VOTO;
  __li__5RB *li__FWIM,*li__RGGV,*li__4IQN;
  __li__GSZ *li__IWIM,*li__RMTO;
  __li__SQNE *li__UMTO,*li__FOTO;
  __li__K li__NOTO,li__E3GP;
  __li__TQNE *li__ZOTO;
  li__EWIM=li__BWIM->li__BSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EWIM)->__id) {
  case __li__WK__: {
    li__FWIM=((__li__WK *)li__EWIM)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__FWIM=((__li__AVBD *)li__EWIM)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__FWIM=((__li__KVBD *)li__EWIM)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__FWIM=((__li__WVBD *)li__EWIM)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__FWIM=li__JK5J(((__li__Z4WH *)li__EWIM));
  } break;
  case __li__KTVI__: {
    li__FWIM=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__FWIM=li__553L();
  } break;
  case __li__XTVI__: {
    li__FWIM=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__FWIM=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__FWIM=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__FWIM=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__FWIM=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__FWIM=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__FWIM=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__FWIM=li__DWEK(((__li__BNWI *)li__EWIM));
  } break;
  case __li__XNWI__: {
    li__FWIM=li__IWEK(((__li__XNWI *)li__EWIM));
  } break;
  case __li__LOWI__: {
    li__FWIM=li__NWEK(((__li__LOWI *)li__EWIM));
  } break;
  case __li__5OWI__: {
    li__FWIM=li__SWEK(((__li__5OWI *)li__EWIM));
  } break;
  case __li__TPWI__: {
    li__FWIM=li__XWEK(((__li__TPWI *)li__EWIM));
  } break;
  case __li__HQWI__: {
    li__FWIM=li__2WEK(((__li__HQWI *)li__EWIM));
  } break;
  case __li__ARWI__: {
    li__FWIM=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__FWIM=li__FXEK(((__li__URWI *)li__EWIM));
  } break;
  case __li__MSWI__: {
    li__FWIM=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__FWIM=((__li__ETWI *)li__EWIM)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__FWIM=((__li__MZWI *)li__EWIM)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__FWIM=((__li__C0WI *)li__EWIM)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__FWIM=((__li__M1WI *)li__EWIM)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__FWIM=((__li__KMFK *)li__EWIM)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__FWIM=li__T4NN(((__li__XOHL *)li__EWIM));
  } break;
  case __li__FPHL__: {
    li__FWIM=li__KA4L(((__li__FPHL *)li__EWIM));
  } break;
  case __li__APLM__: {
    li__FWIM=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__FWIM=li__1ISO(((__li__DTNM *)li__EWIM));
  } break;
  case __li__JXNM__: {
    li__FWIM=li__VX3R(((__li__JXNM *)li__EWIM));
  } break;
  case __li__21LO__: {
    li__FWIM=((__li__21LO *)li__EWIM)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__FWIM=((__li__TPOO *)li__EWIM)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__FWIM=li__FH4R();
  } break;
  case __li__41XO__: {
    li__FWIM=li__3FDQ(((__li__41XO *)li__EWIM));
  } break;
  case __li__AKBR__: {
    li__FWIM=li__WQDS(((__li__AKBR *)li__EWIM));
  } break;
  case __li__SU5R__: {
    li__FWIM=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__FWIM=li__Y1IS();
  } break;
  };
  li__EWIM=((__li__5RB *)li__FWIM)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__EWIM==NULL) {
    li__IWIM=NULL;
  } else {
    if (((struct ___OBJ *)li__EWIM)->__id==__li__GSZ__) {
      li__IWIM=((void *)li__EWIM);
    } else /* Other types */ {
      li__IWIM=NULL;
    }
  };
  li__RMTO=((__li__GSZ *)li__IWIM);
  li__UMTO=NULL;
  li__RGGV=((void **)(*(((__li__3PZ *)li__RMTO->li__GGQB))).li__WNFC)[ 0];
  /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__RGGV)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__RGGV)->li__AEM != (void *)li__TSB))) {
    li__4H1L(((__li__SQNE *)li__CWIM),((__li__5RB *)li__RGGV)->li__AEM);
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__RMTO->li__WNTO != (void *)NULL)) {
      /* __li__B__ __li__I__ */
if ((! li__RMTO->li__3NTO)) {
        li__RMTO->li__3NTO=li__B__;
        li__FOTO=li__5D4G();
        li__UMTO=li__FOTO;
        li__NOTO=(*(li__RMTO->li__WNTO)).li__LOTO;
        li__E3GP= 0;
        while ((li__E3GP <= li__NOTO)) {
          li__VOTO=((__li__ARWI *)((void **)(*(((__li__NNTO *)li__RMTO->li__WNTO))).li__CGFQ)[li__E3GP])->li__2RBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VOTO)->__id) {
          case __li__WK__: {
            li__4H1L(((__li__SQNE *)li__UMTO),((__li__5RB *)((__li__WK *)li__VOTO)->li__1K.li__WZLE)->li__AEM);
          } break;
          case __li__AVBD__: {
            li__5SIM(((__li__AVBD *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__KVBD__: {
            li__4H1L(((__li__SQNE *)li__UMTO),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__VOTO))->li__LVBD.li__WZLE)->li__AEM);
          } break;
          case __li__WVBD__: {
            li__4H1L(((__li__SQNE *)li__UMTO),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__VOTO))->li__XVBD.li__WZLE)->li__AEM);
          } break;
          case __li__Z4WH__: {
            li__KBG((&__string_205));
            fputc((int)('\n'),stdout);
            exit(( 1));
          } break;
          case __li__KTVI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__LTVI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__XTVI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__YTVI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__S2VI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__E3VI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__KLWI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__ULWI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__1SB);
          } break;
          case __li__NMWI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__BNWI__: {
            li__FVIM(((__li__BNWI *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__XNWI__: {
            li__JVIM(((__li__XNWI *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__LOWI__: {
            li__NVIM(((__li__LOWI *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__5OWI__: {
            li__RVIM(((__li__5OWI *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__TPWI__: {
            li__VVIM(((__li__TPWI *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__HQWI__: {
            li__ZVIM(((__li__HQWI *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__ARWI__: {
            li__3VIM(li__UMTO);
          } break;
          case __li__URWI__: {
            li__AWIM(((__li__URWI *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__MSWI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__1SB);
          } break;
          case __li__ETWI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__VOTO))->li__NSBK)->li__AEM);
          } break;
          case __li__MZWI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__VOTO))->li__NZWI.li__WZLE)->li__AEM);
          } break;
          case __li__C0WI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__VOTO))->li__D0WI.li__WZLE)->li__AEM);
          } break;
          case __li__M1WI__: {
            li__4H1L(((__li__SQNE *)li__UMTO),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__VOTO))->li__N1WI.li__WZLE)->li__AEM);
          } break;
          case __li__KMFK__: {
            li__FXIM(((__li__KMFK *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__XOHL__: {
            li__4IQN=li__T4NN(((__li__XOHL *)((__li__WK *)li__VOTO)));
            li__4H1L(((__li__SQNE *)li__UMTO),((__li__5RB *)li__4IQN)->li__AEM);
          } break;
          case __li__FPHL__: {
            li__JILN(((__li__FPHL *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__APLM__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__DTNM__: {
            li__4IQN=li__1ISO(((__li__DTNM *)((__li__WK *)li__VOTO)));
            li__4H1L(((__li__SQNE *)li__UMTO),((__li__5RB *)li__4IQN)->li__AEM);
          } break;
          case __li__JXNM__: {
            li__VF4R(((__li__JXNM *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__21LO__: {
            li__JQLP(((__li__21LO *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__TPOO__: {
            li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__VOTO))->li__5IXO),li__UMTO);
          } break;
          case __li__URRO__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__41XO__: {
            li__NVDQ(((__li__41XO *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__AKBR__: {
            li__T5DS(((__li__AKBR *)((__li__WK *)li__VOTO)),li__UMTO);
          } break;
          case __li__SU5R__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          case __li__JV5R__: {
            li__4H1L(((__li__SQNE *)li__UMTO),li__DSB);
            li__4H1L(((__li__SQNE *)li__UMTO),li__LSB);
          } break;
          };
          li__E3GP=(__li__K)(li__E3GP +  1);
        };
        li__ZOTO=li__KXIM(((__li__SQNE *)li__FOTO),li__RMTO->li__XOTO);
        li__RMTO->li__XOTO=li__ZOTO;
        li__RMTO->li__3NTO=li__I__;
      };
      li__L5WM(((__li__SQNE *)li__CWIM),li__RMTO->li__XOTO);
    };
  };
}

static void li__FXIM(__li__KMFK *li__GXIM,__li__SQNE *li__HXIM)
/* (Strict READ_LOCAL{li__KMFK},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  li__15MM(((__li__VTBD *)li__GXIM->li__3RFK),li__HXIM);
}

static void li__JILN(__li__FPHL *li__KILN,__li__SQNE *li__LILN)
/* (Strict EXPR_ADD{li__FPHL},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__MILN;
  __li__5RB *li__B3SU;
  li__MILN=li__KILN->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MILN)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__LILN),((__li__5RB *)((__li__WK *)((__li__KMFK *)li__MILN))->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__LILN),((__li__5RB *)((__li__KVBD *)((__li__KMFK *)li__MILN))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__LILN),((__li__5RB *)((__li__WVBD *)((__li__KMFK *)li__MILN))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__LILN);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__LILN),((__li__5RB *)((__li__ETWI *)((__li__KMFK *)li__MILN))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__LILN),((__li__5RB *)((__li__MZWI *)((__li__KMFK *)li__MILN))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__LILN),((__li__5RB *)((__li__C0WI *)((__li__KMFK *)li__MILN))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__LILN),((__li__5RB *)((__li__M1WI *)((__li__KMFK *)li__MILN))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)li__MILN),li__LILN);
  } break;
  case __li__XOHL__: {
    li__B3SU=li__T4NN(((__li__XOHL *)((__li__KMFK *)li__MILN)));
    li__4H1L(((__li__SQNE *)li__LILN),((__li__5RB *)li__B3SU)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__DTNM__: {
    li__B3SU=li__1ISO(((__li__DTNM *)((__li__KMFK *)li__MILN)));
    li__4H1L(((__li__SQNE *)li__LILN),((__li__5RB *)li__B3SU)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__KMFK *)li__MILN))->li__5IXO),li__LILN);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__KMFK *)li__MILN)),li__LILN);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__LILN),li__DSB);
    li__4H1L(((__li__SQNE *)li__LILN),li__LSB);
  } break;
  };
}

static void li__VF4R(__li__JXNM *li__WF4R,__li__SQNE *li__XF4R)
/* (Strict EXPR_MOD{li__JXNM},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__YF4R;
  __li__5RB *li__23SU;
  li__YF4R=li__WF4R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YF4R)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__XF4R),((__li__5RB *)((__li__WK *)li__YF4R)->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__XF4R),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__YF4R))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__XF4R),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__YF4R))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__XF4R);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__YF4R))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__YF4R))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__YF4R))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__XF4R),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__YF4R))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__XOHL__: {
    li__23SU=li__T4NN(((__li__XOHL *)((__li__WK *)li__YF4R)));
    li__4H1L(((__li__SQNE *)li__XF4R),((__li__5RB *)li__23SU)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__DTNM__: {
    li__23SU=li__1ISO(((__li__DTNM *)((__li__WK *)li__YF4R)));
    li__4H1L(((__li__SQNE *)li__XF4R),((__li__5RB *)li__23SU)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__YF4R))->li__5IXO),li__XF4R);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__WK *)li__YF4R)),li__XF4R);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__XF4R),li__DSB);
    li__4H1L(((__li__SQNE *)li__XF4R),li__LSB);
  } break;
  };
}

static void li__JQLP(__li__21LO *li__KQLP,__li__SQNE *li__LQLP)
/* (Strict READ_SLOT{li__21LO},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  li__4EWN(((__li__DZB *)li__KQLP->li__KJXO),li__LQLP);
}

static void li__4EWN(__li__DZB *li__5EWN,__li__SQNE *li__AFWN)
/* (Strict SLOT_DATA{li__DZB},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__SQNE *li__BFWN,*li__FGWN;
  void *li__MGWN,*li__5GWN;
  __li__K li__YGWN,li__LXPO;
  __li__TQNE *li__GHWN;
  li__BFWN=NULL;
  /* __li__B__ __li__I__ */
if ((li__5EWN->li__GZB.li__AANM < li__C41D)) {
    /* __li__B__ __li__I__ */
if ((! ((((__li__F0C)(((__li__5RB *)li__5EWN->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__5EWN->li__GZB.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__5EWN->li__GZB.li__FZB.li__R2B == (void *)(&__string_66))))) {
      /* __li__B__ __li__I__ */
if ((li__EZBD || ((void *)li__5EWN->li__GZB.li__XRSH != (void *)NULL))) {
        li__5EWN->li__GZB.li__AANM=li__C41D;
        li__FGWN=li__5D4G();
        li__BFWN=li__FGWN;
        /* __li__B__ __li__I__ */
if (((void *)li__5EWN->li__GZB.li__XRSH != (void *)NULL)) {
          li__MGWN=li__5EWN->li__GZB.li__XRSH;
          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__MGWN)->__id) {
          case __li__RLKJ__: {
            li__XIKN(((__li__RLKJ *)li__MGWN),li__FGWN);
          } break;
          case __li__5LKJ__: {
            li__DJKN(((__li__5LKJ *)((__li__RLKJ *)li__MGWN)),li__FGWN);
          } break;
          case __li__DFNL__: {
            li__PJKN(((__li__DFNL *)((__li__RLKJ *)li__MGWN)),li__FGWN);
          } break;
          };
          /* __li__B__ __li__I__ */
if (((void *)li__5EWN->li__GZB.li__BYEJ != (void *)NULL)) {
            li__YGWN=(*(li__5EWN->li__GZB.li__BYEJ)).li__J0EK;
            li__LXPO= 0;
            while ((li__LXPO <= li__YGWN)) {
              li__5GWN=((void **)(*(((__li__SZEC *)li__5EWN->li__GZB.li__BYEJ))).li__F0EK)[li__LXPO];
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__5GWN)->__id) {
              case __li__RLKJ__: {
                li__XIKN(((__li__RLKJ *)li__5GWN),li__BFWN);
              } break;
              case __li__5LKJ__: {
                li__DJKN(((__li__5LKJ *)((__li__RLKJ *)li__5GWN)),li__BFWN);
              } break;
              case __li__DFNL__: {
                li__PJKN(((__li__DFNL *)((__li__RLKJ *)li__5GWN)),li__BFWN);
              } break;
              };
              li__LXPO=(__li__K)(li__LXPO +  1);
            };
          };
        };
        li__GHWN=li__KXIM(((__li__SQNE *)li__FGWN),li__5EWN->li__GZB.li__LSNE);
        li__5EWN->li__GZB.li__LSNE=li__GHWN;
      };
    };
  };
  li__L5WM(((__li__SQNE *)li__AFWN),li__5EWN->li__GZB.li__LSNE);
}

static void li__NVDQ(__li__41XO *li__OVDQ,__li__SQNE *li__PVDQ)
/* (Strict EXPR_OR{li__41XO},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__QVDQ;
  __li__5RB *li__14SU;
  li__QVDQ=li__OVDQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QVDQ)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),((__li__5RB *)((__li__WK *)li__QVDQ)->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__QVDQ))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__QVDQ))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__PVDQ);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__QVDQ))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__QVDQ))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__QVDQ))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__QVDQ))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__XOHL__: {
    li__14SU=li__T4NN(((__li__XOHL *)((__li__WK *)li__QVDQ)));
    li__4H1L(((__li__SQNE *)li__PVDQ),((__li__5RB *)li__14SU)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__DTNM__: {
    li__14SU=li__1ISO(((__li__DTNM *)((__li__WK *)li__QVDQ)));
    li__4H1L(((__li__SQNE *)li__PVDQ),((__li__5RB *)li__14SU)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__QVDQ))->li__5IXO),li__PVDQ);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__WK *)li__QVDQ)),li__PVDQ);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__PVDQ),li__DSB);
    li__4H1L(((__li__SQNE *)li__PVDQ),li__LSB);
  } break;
  };
}

static void li__T5DS(__li__AKBR *li__U5DS,__li__SQNE *li__V5DS)
/* (Strict EXPR_XOR{li__AKBR},Strict TYPES_TMP{NULLxli__SQNE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__W5DS;
  __li__SQNE *li__K5SU;
  __li__XOHL *li__25SU;
  __li__5RB *li__35SU;
  __li__DTNM *li__AATU;
  li__T5DS:
  {
    li__W5DS=li__U5DS->li__BKBR.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__W5DS)->__id) {
    case __li__WK__: {
      li__4H1L(((__li__SQNE *)li__V5DS),((__li__5RB *)((__li__WK *)li__W5DS)->li__1K.li__WZLE)->li__AEM);
    } break;
    case __li__AVBD__: {
      li__5SIM(((__li__AVBD *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__KVBD__: {
      li__4H1L(((__li__SQNE *)li__V5DS),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__W5DS))->li__LVBD.li__WZLE)->li__AEM);
    } break;
    case __li__WVBD__: {
      li__4H1L(((__li__SQNE *)li__V5DS),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__W5DS))->li__XVBD.li__WZLE)->li__AEM);
    } break;
    case __li__Z4WH__: {
      li__KBG((&__string_205));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__KTVI__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__LTVI__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__XTVI__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__YTVI__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__S2VI__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__E3VI__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__KLWI__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__ULWI__: {
      li__4H1L(((__li__SQNE *)li__V5DS),li__1SB);
    } break;
    case __li__NMWI__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__BNWI__: {
      li__FVIM(((__li__BNWI *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__XNWI__: {
      li__JVIM(((__li__XNWI *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__LOWI__: {
      li__NVIM(((__li__LOWI *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__5OWI__: {
      li__RVIM(((__li__5OWI *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__TPWI__: {
      li__VVIM(((__li__TPWI *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__HQWI__: {
      li__ZVIM(((__li__HQWI *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__ARWI__: {
      li__3VIM(li__V5DS);
    } break;
    case __li__URWI__: {
      li__AWIM(((__li__URWI *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__MSWI__: {
      li__4H1L(((__li__SQNE *)li__V5DS),li__1SB);
    } break;
    case __li__ETWI__: {
      li__4H1L(((__li__SQNE *)li__V5DS),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__W5DS))->li__NSBK)->li__AEM);
    } break;
    case __li__MZWI__: {
      li__4H1L(((__li__SQNE *)li__V5DS),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__W5DS))->li__NZWI.li__WZLE)->li__AEM);
    } break;
    case __li__C0WI__: {
      li__4H1L(((__li__SQNE *)li__V5DS),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__W5DS))->li__D0WI.li__WZLE)->li__AEM);
    } break;
    case __li__M1WI__: {
      li__4H1L(((__li__SQNE *)li__V5DS),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__W5DS))->li__N1WI.li__WZLE)->li__AEM);
    } break;
    case __li__KMFK__: {
      li__FXIM(((__li__KMFK *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__XOHL__: {
      li__25SU=((__li__XOHL *)((__li__WK *)li__W5DS));
      li__K5SU=li__V5DS;
      li__35SU=li__T4NN(li__25SU);
      li__4H1L(((__li__SQNE *)li__K5SU),((__li__5RB *)li__35SU)->li__AEM);
    } break;
    case __li__FPHL__: {
      li__JILN(((__li__FPHL *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__APLM__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__DTNM__: {
      li__AATU=((__li__DTNM *)((__li__WK *)li__W5DS));
      li__K5SU=li__V5DS;
      li__35SU=li__1ISO(li__AATU);
      li__4H1L(((__li__SQNE *)li__K5SU),((__li__5RB *)li__35SU)->li__AEM);
    } break;
    case __li__JXNM__: {
      li__VF4R(((__li__JXNM *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__21LO__: {
      li__JQLP(((__li__21LO *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__TPOO__: {
      li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__W5DS))->li__5IXO),li__V5DS);
    } break;
    case __li__URRO__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__41XO__: {
      li__NVDQ(((__li__41XO *)((__li__WK *)li__W5DS)),li__V5DS);
    } break;
    case __li__AKBR__: {
      li__U5DS=((__li__AKBR *)((__li__WK *)li__W5DS));
      goto li__T5DS;
    } break;
    case __li__SU5R__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    case __li__JV5R__: {
      li__K5SU=li__V5DS;
      li__4H1L(((__li__SQNE *)li__K5SU),li__DSB);
      li__4H1L(((__li__SQNE *)li__K5SU),li__LSB);
    } break;
    };
  };
}

static __li__IYBD* li__1UPO(__li__IYBD *li__2UPO)
/* (Strict SWITCH{li__IYBD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__IYBD *li__4UPO,*li__HWPO,*li__3UPO;
  __li__CB li__5UPO,li__DTVU;
  __li__JJG li__HVPO,li__GTVU,li__BTVU;
  __li__K li__SVPO;
  __li__52B li__RTVU;
  li__4UPO=NULL;
  li__5UPO=((__li__CB )(NULL));
  li__HVPO=((__li__JJG )sizeof(__li__IYBD));
  /* __li__B__ __li__I__ */
if ((li__HVPO ==  0)) {
    li__4UPO=li__2UPO;
  } else /* FALSE */ {
    li__SVPO=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__HVPO));
    /* __li__B__ __li__I__ */
if ((li__SVPO == (__li__K)(-  1))) {
      li__GTVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__BTVU=(__li__JJG)((__li__JJG)(li__HVPO - (__li__JJG)(((__li__JJG ) 0) - li__GTVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GTVU) - ((__li__JJG ) 1)));
      li__GTVU=(__li__JJG)(li__BTVU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__DTVU=li__YCJ(li__BTVU,((__li__CB )(&(table_size[(li__GTVU)-1]))),((__li__52B )li__BTVU));
      li__5UPO=li__DTVU;
    } else /* FALSE */ {
      li__RTVU=((__li__52B )li__SVPO);
      li__GTVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__BTVU=(__li__JJG)((__li__JJG)(li__HVPO - (__li__JJG)(((__li__JJG ) 0) - li__GTVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GTVU) - ((__li__JJG ) 1)));
      li__DTVU=li__YCJ(li__BTVU,((__li__CB )(&(table_type[(li__RTVU)]))),(__li__52B)(li__RTVU |  1));
      li__5UPO=li__DTVU;
    };
    li__HWPO=((__li__IYBD *)li__5UPO);
    li__4UPO=li__HWPO;
    *(li__HWPO) = *(li__2UPO);
  };
  li__3UPO=li__4UPO;
  return(li__3UPO);
}

static void li__AGXO(__li__IYBD *li__BGXO,void *li__CGXO,void *li__DGXO,__li__K li__EGXO)
/* (Strict SWITCH{li__IYBD},NODE{li__ODIDxli__2PLO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__GGXO;
  __li__KI *li__IGXO,*li__QGXO;
  void *li__OGXO;
  __li__5QPK *li__SGXO;
  __li__BRPK *li__HGXO;
  /* __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__CGXO)->__id==__li__ODID__) {
    li__GGXO=li__RFOK(((__li__ODID *)li__CGXO));
  } else /* NODE_STYLE */ {
    li__GGXO=li__YS2P(((__li__2PLO *)li__CGXO));
  };
  li__BGXO->li__JYBD.li__0CC=li__GGXO;
  li__BGXO->li__ZHRO=li__DGXO;
  li__HGXO=li__FLZO(li__EGXO);
  li__BGXO->li__KRPK=li__HGXO;
  /* __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__CGXO)->__id==__li__ODID__) {
    li__IGXO=((__li__ODID *)li__CGXO)->li__PDID.li__2UMI;
  } else /* NODE_STYLE */ {
    li__IGXO=((__li__2PLO *)li__CGXO)->li__3PLO.li__2UMI;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__IGXO != (void *)NULL)) {
    /* __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__CGXO)->__id==__li__ODID__) {
      li__OGXO=((__li__ODID *)li__CGXO)->li__PDID.li__HYDM;
    } else /* NODE_STYLE */ {
      li__OGXO=((__li__2PLO *)li__CGXO)->li__3PLO.li__HYDM;
    };
    /* __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__CGXO)->__id==__li__ODID__) {
      li__QGXO=((__li__ODID *)li__CGXO)->li__PDID.li__2UMI;
    } else /* NODE_STYLE */ {
      li__QGXO=((__li__2PLO *)li__CGXO)->li__3PLO.li__2UMI;
    };
    li__SGXO=li__45QO(li__OGXO,li__QGXO);
    li__WOFQ(((__li__BRPK *)li__BGXO->li__KRPK),li__SGXO);
  };
}

static void li__WYEN(__li__ODID *li__XYEN,void *li__YYEN)
/* (Strict NODE_TYPE{li__ODID},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__CYSN,li__CZQU,li__KB1N;
  void *li__IETN,*li__ZZEN;
  __li__PO li__5ZEN;
  __li__TXB *li__5WSN;
  __li__C li__PXSN;
  void **li__1XSN;
  li__5WSN=((__li__TXB *)li__U2DM);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__5WSN)).li__CYB +  1) <= (__li__K)((*(li__5WSN)).li__PP0 -  1))) {
    (*(li__5WSN)).li__CYB=(__li__K)((*(li__5WSN)).li__CYB +  1);
    li__PXSN=li__B__;
  } else /* FALSE */ {
    li__PXSN=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__PXSN)) {
    /* __li__B__ __li__I__ */
if (((*(li__5WSN)).li__PP0 ==  0)) {
      li__1XSN=li__SFHB( 2);
      (*(li__5WSN)).li__2P0=li__1XSN;
      (*(li__5WSN)).li__PP0= 2;
      (*(li__5WSN)).li__CYB= 0;
    } else /* FALSE */ {
      li__CYSN=(__li__K)((*(li__5WSN)).li__PP0 <<  1);
      li__1XSN=li__Y3II(((void **)(*(li__5WSN)).li__2P0),(*(li__5WSN)).li__PP0,li__CYSN);
      (*(li__5WSN)).li__2P0=li__1XSN;
      (*(li__5WSN)).li__PP0=li__CYSN;
      (*(li__5WSN)).li__CYB=(__li__K)((*(li__5WSN)).li__CYB +  1);
    };
  };
  ((void **)(*(li__5WSN)).li__2P0)[(*(li__5WSN)).li__CYB]=li__YYEN;
  li__CZQU=(__li__K)((*(((__li__TXB *)li__U2DM))).li__CYB +  1);
  /* __li__B__ __li__I__ */
if ((li__CZQU >  1)) {
    li__IETN=((void **)(*(((__li__TXB *)li__U2DM))).li__2P0)[ 0];
    li__PXSN=((void *)li__IETN == (void *)li__YYEN);
  } else /* FALSE */ {
    li__PXSN=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__PXSN) {
    li__HEZ(((__li__BC *)li__0C),(&__string_359));
    li__CYSN= 0;
    li__KB1N=(*(li__U2DM)).li__CYB;
    while ((li__CYSN <= li__KB1N)) {
      li__ZZEN=((void **)(*(((__li__TXB *)li__U2DM))).li__2P0)[li__CYSN];
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ZZEN)->__id) {
      case __li__IF__: {
        li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__ZZEN)->li__TF->li__SF.li__R2B);
      } break;
      case __li__ORB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_1));
      } break;
      case __li__QRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_2));
      } break;
      case __li__SRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_51));
      } break;
      case __li__URB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_53));
      } break;
      case __li__GSZ__: {
        li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__ZZEN))->li__EGQB);
      } break;
      case __li__1RRF__: {
        li__UPMI(((__li__1RRF *)((__li__IF *)li__ZZEN)),li__0C);
      } break;
      case __li__UJSH__: {
        li__O4LN(((__li__UJSH *)((__li__IF *)li__ZZEN)),li__0C);
      } break;
      };
      li__JAZ(((__li__BC *)li__0C),(&__string_360));
      li__CYSN=(__li__K)(li__CYSN +  1);
    };
    li__JAZ(((__li__BC *)li__0C),(&__string_13));
    li__IETN=li__XYEN->li__PDID.li__QPME;
    /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__IETN)->__id) {
    case __li__RDID__: {
      li__5ZEN=((__li__RDID *)li__IETN)->li__UDID.li__TDID.li__0CC;
    } break;
    case __li__GO3I__: {
      li__5ZEN=li__SDID__->li__TDID.li__0CC;
    } break;
    case __li__NY3I__: {
      li__5ZEN=((__li__NY3I *)li__IETN)->li__OY3I.li__TDID.li__0CC;
    } break;
    case __li__SJPJ__: {
      li__5ZEN=((__li__SJPJ *)li__IETN)->li__TJPJ.li__TDID.li__0CC;
    } break;
    case __li__0VPJ__: {
      li__5ZEN=((__li__0VPJ *)li__IETN)->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC;
    } break;
    case __li__1VPJ__: {
      li__5ZEN=((__li__1VPJ *)li__IETN)->li__2VPJ.li__UDID.li__TDID.li__0CC;
    } break;
    };
    li__K4E( 1,li__0C);
    li__V5E(li__5ZEN);
    li__ODF();
  };
}

static __li__5QPK* li__45QO(void *li__AARO,__li__KI *li__BARO)
/* (TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},Strict LIST{NULLxli__KI}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5QPK *li__VMXO,*li__4NXO,*li__CARO;
  __li__CB li__WMXO,li__OATU;
  __li__JJG li__4MXO,li__1HGV,li__MATU;
  __li__K li__JNXO;
  __li__52B li__SATU;
  __li__UJSH *li__POXO,*li__NZNP;
  li__VMXO=NULL;
  li__WMXO=((__li__CB )(NULL));
  li__4MXO=((__li__JJG )sizeof(__li__5QPK));
  /* __li__B__ __li__I__ */
if ((li__4MXO ==  0)) {
    li__VMXO=li__5QPK__;
  } else /* FALSE */ {
    li__JNXO=__li__5QPK__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__4MXO));
    /* __li__B__ __li__I__ */
if ((li__JNXO == (__li__K)(-  1))) {
      li__1HGV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__MATU=(__li__JJG)((__li__JJG)(li__4MXO - (__li__JJG)(((__li__JJG ) 0) - li__1HGV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1HGV) - ((__li__JJG ) 1)));
      li__1HGV=(__li__JJG)(li__MATU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__OATU=li__YCJ(li__MATU,((__li__CB )(&(table_size[(li__1HGV)-1]))),((__li__52B )li__MATU));
      li__WMXO=li__OATU;
    } else /* FALSE */ {
      li__SATU=((__li__52B )li__JNXO);
      li__1HGV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__MATU=(__li__JJG)((__li__JJG)(li__4MXO - (__li__JJG)(((__li__JJG ) 0) - li__1HGV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1HGV) - ((__li__JJG ) 1)));
      li__OATU=li__YCJ(li__MATU,((__li__CB )(&(table_type[(li__SATU)]))),(__li__52B)(li__SATU |  1));
      li__WMXO=li__OATU;
    };
    li__4NXO=((__li__5QPK *)li__WMXO);
    li__VMXO=li__4NXO;
    *(li__4NXO) = *(li__5QPK__);
  };
  li__4NXO=((__li__5QPK *)li__VMXO);
  li__4NXO->li__F2DM=li__AARO;
  li__4NXO->li__0RPK=li__BARO;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__AARO==NULL) {
    li__POXO=NULL;
  } else {
    if (((struct ___OBJ *)li__AARO)->__id==__li__UJSH__) {
      li__POXO=((void *)li__AARO);
    } else /* Other types */ {
      li__POXO=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__POXO != (void *)NULL)) {
    li__NZNP=((__li__UJSH *)li__POXO);
    ((__li__DZB *)li__NZNP->li__OJWI)->li__GZB.li__LNME=(__li__K)(li__NZNP->li__OJWI->li__GZB.li__LNME +  1);
  };
  li__CARO=li__VMXO;
  return(li__CARO);
}

static void li__YZEQ(__li__BRPK *li__ZZEQ,__li__5QPK *li__0ZEQ,__li__K li__1ZEQ)
/* (Strict FAST_ARRAY(CASE){li__BRPK},Strict CASE{NULLxli__5QPK},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__V0EQ,li__C0HR,li__TIGV;
  __li__5QPK *li__EA3Q;
  void **li__YIGV,**li__ZIGV,**li__0IGV;
  /* __li__B__ __li__I__ */
if ((li__1ZEQ == (__li__K)((*(li__ZZEQ)).li__QRPK +  1))) {
    li__WOFQ(li__ZZEQ,li__0ZEQ);
  } else /* FALSE */ {
    li__WOFQ(li__ZZEQ,li__0ZEQ);
    li__V0EQ=(__li__K)((*(li__ZZEQ)).li__QRPK -  1);
    li__C0HR=li__V0EQ;
    li__YIGV=(*(li__ZZEQ)).li__HGEQ;
    li__ZIGV=(*(li__ZZEQ)).li__HGEQ;
    li__0IGV=(*(li__ZZEQ)).li__HGEQ;
    while ((li__C0HR >= li__1ZEQ)) {
      li__EA3Q=((void **)li__YIGV)[li__C0HR];
      li__TIGV=(__li__K)(li__C0HR +  1);
      ((void **)li__ZIGV)[li__TIGV]=li__EA3Q;
      ((void **)li__0IGV)[li__C0HR]=NULL;
      li__C0HR=(__li__K)(li__C0HR -  1);
    };
    ((void **)(*(li__ZZEQ)).li__HGEQ)[li__1ZEQ]=li__0ZEQ;
  };
}

static void li__EVEM(__li__SQNE *li__FVEM)
/* (Strict TYPES_TMP{li__SQNE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__D4HM,li__KEHN,li__UFHN,li__LRVN;
  __li__CB li__OFHN;
  __li__DE4G *li__A3HM;
  __li__C li__Q3HM;
  void **li__23HM;
  li__FVEM->li__VQNE.li__ZTMI=(__li__K)(-  1);
  li__A3HM=((__li__DE4G *)li__ME4G);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__A3HM)).li__GRNI +  1) <= (__li__K)((*(li__A3HM)).li__Q3NI -  1))) {
    (*(li__A3HM)).li__GRNI=(__li__K)((*(li__A3HM)).li__GRNI +  1);
    li__Q3HM=li__B__;
  } else /* FALSE */ {
    li__Q3HM=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__Q3HM)) {
    /* __li__B__ __li__I__ */
if (((*(li__A3HM)).li__Q3NI ==  0)) {
      li__23HM=li__1O1I( 2);
      (*(li__A3HM)).li__33NI=li__23HM;
      (*(li__A3HM)).li__Q3NI= 2;
      (*(li__A3HM)).li__GRNI= 0;
    } else /* FALSE */ {
      li__D4HM=(__li__K)((*(li__A3HM)).li__Q3NI <<  1);
      li__23HM=((void **)(*(li__A3HM)).li__33NI);
      li__KEHN=(*(li__A3HM)).li__Q3NI;
      li__OFHN=li__CUY(((__li__CB )li__23HM),((__li__JJG )(__li__K)(li__KEHN * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__D4HM * ((__li__K )(sizeof(void *))))));
      li__23HM=((void **)li__OFHN);
      li__UFHN=(__li__K)(li__D4HM -  1);
      li__LRVN=li__KEHN;
      while ((li__LRVN <= li__UFHN)) {
        li__23HM[li__LRVN]=NULL;
        li__LRVN=(__li__K)(li__LRVN +  1);
      };
      (*(li__A3HM)).li__33NI=li__23HM;
      (*(li__A3HM)).li__Q3NI=li__D4HM;
      (*(li__A3HM)).li__GRNI=(__li__K)((*(li__A3HM)).li__GRNI +  1);
    };
  };
  ((void **)(*(li__A3HM)).li__33NI)[(*(li__A3HM)).li__GRNI]=li__FVEM;
}

static __li__C li__K0EN(__li__KI *li__M0EN,__li__5RB *li__N0EN)
/* (Strict LIST{NULLxli__KI},Strict TYPE_FULL{NULLxli__5RB}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__5IGV;
  void *li__Z0EN,*li__H1EN;
  __li__C li__W0EN,li__O0EN;
  li__W0EN=li__I__;
  li__5IGV=((void **)(*(((__li__TOLE *)((__li__KI *)li__M0EN)->li__2OLE))).li__S3VG)[ 0];
  /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__5IGV==NULL) {
    li__Z0EN=NULL;
  } else {
    switch (((struct ___OBJ *)li__5IGV)->__id) {
    case __li__KI__: 
    case __li__WK__: 
    case __li__T0B__: 
    case __li__O3B__: 
    case __li__AVBD__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__IYBD__: 
    case __li__OWRE__: 
    case __li__Z4WH__: 
    case __li__KTVI__: 
    case __li__LTVI__: 
    case __li__XTVI__: 
    case __li__YTVI__: 
    case __li__S2VI__: 
    case __li__E3VI__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__NMWI__: 
    case __li__BNWI__: 
    case __li__XNWI__: 
    case __li__LOWI__: 
    case __li__5OWI__: 
    case __li__TPWI__: 
    case __li__HQWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: 
    case __li__RLKJ__: 
    case __li__5LKJ__: 
    case __li__LHBK__: 
    case __li__KMFK__: 
    case __li__XOHL__: 
    case __li__FPHL__: 
    case __li__DFNL__: 
    case __li__3I3L__: 
    case __li__APLM__: 
    case __li__DTNM__: 
    case __li__JXNM__: 
    case __li__21LO__: 
    case __li__TPOO__: 
    case __li__URRO__: 
    case __li__41XO__: 
    case __li__EDHP__: 
    case __li__CJ1P__: 
    case __li__EN1P__: 
    case __li__AKBR__: 
    case __li__SU5R__: 
    case __li__JV5R__: {
      li__Z0EN=NULL;
    } break;
    case __li__ODID__: {
      li__Z0EN=((void *)li__5IGV);
    } break;
    case __li__2PLO__: {
      li__Z0EN=((void *)li__5IGV);
    } break;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__Z0EN == (void *)NULL)) {
    li__W0EN=li__B__;
  } else /* FALSE */ {
    /* NULL __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__Z0EN)->__id==__li__ODID__) {
      li__EIUO(((__li__ODID *)li__Z0EN),li__N0EN);
    } else /* NODE_STYLE */ {
      li__MAMP(((__li__2PLO *)((__li__ODID *)li__Z0EN)),li__N0EN);
    };
    li__Z0EN=((void **)(*(((__li__TOLE *)((__li__KI *)li__M0EN)->li__2OLE))).li__S3VG)[ 1];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__Z0EN==NULL) {
      li__H1EN=NULL;
    } else {
      switch (((struct ___OBJ *)li__Z0EN)->__id) {
      case __li__KI__: 
      case __li__WK__: 
      case __li__T0B__: 
      case __li__O3B__: 
      case __li__AVBD__: 
      case __li__KVBD__: 
      case __li__WVBD__: 
      case __li__IYBD__: 
      case __li__OWRE__: 
      case __li__Z4WH__: 
      case __li__KTVI__: 
      case __li__LTVI__: 
      case __li__XTVI__: 
      case __li__YTVI__: 
      case __li__S2VI__: 
      case __li__E3VI__: 
      case __li__KLWI__: 
      case __li__ULWI__: 
      case __li__NMWI__: 
      case __li__BNWI__: 
      case __li__XNWI__: 
      case __li__LOWI__: 
      case __li__5OWI__: 
      case __li__TPWI__: 
      case __li__HQWI__: 
      case __li__ARWI__: 
      case __li__URWI__: 
      case __li__MSWI__: 
      case __li__ETWI__: 
      case __li__MZWI__: 
      case __li__C0WI__: 
      case __li__M1WI__: 
      case __li__RLKJ__: 
      case __li__5LKJ__: 
      case __li__LHBK__: 
      case __li__KMFK__: 
      case __li__XOHL__: 
      case __li__FPHL__: 
      case __li__DFNL__: 
      case __li__3I3L__: 
      case __li__APLM__: 
      case __li__DTNM__: 
      case __li__JXNM__: 
      case __li__21LO__: 
      case __li__TPOO__: 
      case __li__URRO__: 
      case __li__41XO__: 
      case __li__EDHP__: 
      case __li__CJ1P__: 
      case __li__EN1P__: 
      case __li__AKBR__: 
      case __li__SU5R__: 
      case __li__JV5R__: {
        li__H1EN=NULL;
      } break;
      case __li__ODID__: {
        li__H1EN=((void *)li__Z0EN);
      } break;
      case __li__2PLO__: {
        li__H1EN=((void *)li__Z0EN);
      } break;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__H1EN != (void *)NULL)) {
      /* NULL __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__H1EN)->__id==__li__ODID__) {
        li__EIUO(((__li__ODID *)li__H1EN),li__N0EN);
      } else /* NODE_STYLE */ {
        li__MAMP(((__li__2PLO *)((__li__ODID *)li__H1EN)),li__N0EN);
      };
    };
  };
  li__O0EN=li__W0EN;
  return(li__O0EN);
}

static __li__C li__41EN(__li__KI *li__A2EN,__li__5RB *li__B2EN)
/* (Strict LIST{NULLxli__KI},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__GJGV;
  void *li__N2EN,*li__12EN;
  __li__C li__K2EN,li__C2EN;
  li__K2EN=li__I__;
  li__GJGV=((void **)(*(((__li__TOLE *)((__li__KI *)li__A2EN)->li__2OLE))).li__S3VG)[ 0];
  /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__GJGV==NULL) {
    li__N2EN=NULL;
  } else {
    switch (((struct ___OBJ *)li__GJGV)->__id) {
    case __li__KI__: 
    case __li__WK__: 
    case __li__T0B__: 
    case __li__O3B__: 
    case __li__AVBD__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__IYBD__: 
    case __li__OWRE__: 
    case __li__Z4WH__: 
    case __li__KTVI__: 
    case __li__LTVI__: 
    case __li__XTVI__: 
    case __li__YTVI__: 
    case __li__S2VI__: 
    case __li__E3VI__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__NMWI__: 
    case __li__BNWI__: 
    case __li__XNWI__: 
    case __li__LOWI__: 
    case __li__5OWI__: 
    case __li__TPWI__: 
    case __li__HQWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: 
    case __li__RLKJ__: 
    case __li__5LKJ__: 
    case __li__LHBK__: 
    case __li__KMFK__: 
    case __li__XOHL__: 
    case __li__FPHL__: 
    case __li__DFNL__: 
    case __li__3I3L__: 
    case __li__APLM__: 
    case __li__DTNM__: 
    case __li__JXNM__: 
    case __li__21LO__: 
    case __li__TPOO__: 
    case __li__URRO__: 
    case __li__41XO__: 
    case __li__EDHP__: 
    case __li__CJ1P__: 
    case __li__EN1P__: 
    case __li__AKBR__: 
    case __li__SU5R__: 
    case __li__JV5R__: {
      li__N2EN=NULL;
    } break;
    case __li__ODID__: {
      li__N2EN=((void *)li__GJGV);
    } break;
    case __li__2PLO__: {
      li__N2EN=((void *)li__GJGV);
    } break;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__N2EN == (void *)NULL)) {
    li__K2EN=li__B__;
  } else /* FALSE */ {
    /* NULL __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__N2EN)->__id==__li__ODID__) {
      li__EIUO(((__li__ODID *)li__N2EN),li__B2EN);
    } else /* NODE_STYLE */ {
      li__MAMP(((__li__2PLO *)((__li__ODID *)li__N2EN)),li__B2EN);
    };
    li__N2EN=((void **)(*(((__li__TOLE *)((__li__KI *)li__A2EN)->li__2OLE))).li__S3VG)[ 1];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__N2EN==NULL) {
      li__12EN=NULL;
    } else {
      switch (((struct ___OBJ *)li__N2EN)->__id) {
      case __li__KI__: 
      case __li__WK__: 
      case __li__T0B__: 
      case __li__O3B__: 
      case __li__AVBD__: 
      case __li__KVBD__: 
      case __li__WVBD__: 
      case __li__IYBD__: 
      case __li__OWRE__: 
      case __li__Z4WH__: 
      case __li__KTVI__: 
      case __li__LTVI__: 
      case __li__XTVI__: 
      case __li__YTVI__: 
      case __li__S2VI__: 
      case __li__E3VI__: 
      case __li__KLWI__: 
      case __li__ULWI__: 
      case __li__NMWI__: 
      case __li__BNWI__: 
      case __li__XNWI__: 
      case __li__LOWI__: 
      case __li__5OWI__: 
      case __li__TPWI__: 
      case __li__HQWI__: 
      case __li__ARWI__: 
      case __li__URWI__: 
      case __li__MSWI__: 
      case __li__ETWI__: 
      case __li__MZWI__: 
      case __li__C0WI__: 
      case __li__M1WI__: 
      case __li__RLKJ__: 
      case __li__5LKJ__: 
      case __li__LHBK__: 
      case __li__KMFK__: 
      case __li__XOHL__: 
      case __li__FPHL__: 
      case __li__DFNL__: 
      case __li__3I3L__: 
      case __li__APLM__: 
      case __li__DTNM__: 
      case __li__JXNM__: 
      case __li__21LO__: 
      case __li__TPOO__: 
      case __li__URRO__: 
      case __li__41XO__: 
      case __li__EDHP__: 
      case __li__CJ1P__: 
      case __li__EN1P__: 
      case __li__AKBR__: 
      case __li__SU5R__: 
      case __li__JV5R__: {
        li__12EN=NULL;
      } break;
      case __li__ODID__: {
        li__12EN=((void *)li__N2EN);
      } break;
      case __li__2PLO__: {
        li__12EN=((void *)li__N2EN);
      } break;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__12EN != (void *)NULL)) {
      /* NULL __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__12EN)->__id==__li__ODID__) {
        li__EIUO(((__li__ODID *)li__12EN),li__B2EN);
      } else /* NODE_STYLE */ {
        li__MAMP(((__li__2PLO *)((__li__ODID *)li__12EN)),li__B2EN);
      };
    };
  };
  li__C2EN=li__K2EN;
  return(li__C2EN);
}

static __li__C li__G3EN(__li__KI *li__I3EN,__li__5RB *li__J3EN)
/* (Strict LIST{NULLxli__KI},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__NJGV,*li__UJGV,*li__ZJGV;
  void *li__K3GN,*li__Y3GN;
  __li__K li__LMOU;
  __li__5LKJ *li__53EN;
  __li__RLKJ *li__C4EN;
  void *li__Q4EN;
  __li__DZB *li__O0KN,*li__AMKO;
  __li__PO li__T0KN,li__FMKO;
  __li__URB *li__U0KN,*li__GMKO;
  __li__5RB *li__2ATU,*li__3JGV,*li__ABTU,*li__VZLE;
  __li__KVBD *li__0ATU,*li__1JGV,*li__4ATU,*li__SZLE;
  void *li__Z0KN,*li__LMKO;
  __li__KI *li__4JGV,*li__JNUO;
  __li__C li__H3GN,li__R3EN,li__04EN,li__K3EN;
  li__H3GN=li__I__;
  li__NJGV=((void **)(*(((__li__TOLE *)((__li__KI *)li__I3EN)->li__2OLE))).li__S3VG)[ 0];
  /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__NJGV==NULL) {
    li__K3GN=NULL;
  } else {
    switch (((struct ___OBJ *)li__NJGV)->__id) {
    case __li__KI__: 
    case __li__WK__: 
    case __li__T0B__: 
    case __li__O3B__: 
    case __li__AVBD__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__IYBD__: 
    case __li__OWRE__: 
    case __li__Z4WH__: 
    case __li__KTVI__: 
    case __li__LTVI__: 
    case __li__XTVI__: 
    case __li__YTVI__: 
    case __li__S2VI__: 
    case __li__E3VI__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__NMWI__: 
    case __li__BNWI__: 
    case __li__XNWI__: 
    case __li__LOWI__: 
    case __li__5OWI__: 
    case __li__TPWI__: 
    case __li__HQWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: 
    case __li__RLKJ__: 
    case __li__5LKJ__: 
    case __li__LHBK__: 
    case __li__KMFK__: 
    case __li__XOHL__: 
    case __li__FPHL__: 
    case __li__DFNL__: 
    case __li__3I3L__: 
    case __li__APLM__: 
    case __li__DTNM__: 
    case __li__JXNM__: 
    case __li__21LO__: 
    case __li__TPOO__: 
    case __li__URRO__: 
    case __li__41XO__: 
    case __li__EDHP__: 
    case __li__CJ1P__: 
    case __li__EN1P__: 
    case __li__AKBR__: 
    case __li__SU5R__: 
    case __li__JV5R__: {
      li__K3GN=NULL;
    } break;
    case __li__ODID__: {
      li__K3GN=((void *)li__NJGV);
    } break;
    case __li__2PLO__: {
      li__K3GN=((void *)li__NJGV);
    } break;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__K3GN == (void *)NULL)) {
    li__H3GN=li__B__;
  } else /* FALSE */ {
    /* NULL __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__K3GN)->__id==__li__ODID__) {
      li__EIUO(((__li__ODID *)li__K3GN),li__J3EN);
    } else /* NODE_STYLE */ {
      li__MAMP(((__li__2PLO *)((__li__ODID *)li__K3GN)),li__J3EN);
    };
    li__K3GN=((void **)(*(((__li__TOLE *)((__li__KI *)li__I3EN)->li__2OLE))).li__S3VG)[ 1];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__K3GN==NULL) {
      li__Y3GN=NULL;
    } else {
      switch (((struct ___OBJ *)li__K3GN)->__id) {
      case __li__KI__: 
      case __li__WK__: 
      case __li__T0B__: 
      case __li__O3B__: 
      case __li__AVBD__: 
      case __li__KVBD__: 
      case __li__WVBD__: 
      case __li__IYBD__: 
      case __li__OWRE__: 
      case __li__Z4WH__: 
      case __li__KTVI__: 
      case __li__LTVI__: 
      case __li__XTVI__: 
      case __li__YTVI__: 
      case __li__S2VI__: 
      case __li__E3VI__: 
      case __li__KLWI__: 
      case __li__ULWI__: 
      case __li__NMWI__: 
      case __li__BNWI__: 
      case __li__XNWI__: 
      case __li__LOWI__: 
      case __li__5OWI__: 
      case __li__TPWI__: 
      case __li__HQWI__: 
      case __li__ARWI__: 
      case __li__URWI__: 
      case __li__MSWI__: 
      case __li__ETWI__: 
      case __li__MZWI__: 
      case __li__C0WI__: 
      case __li__M1WI__: 
      case __li__RLKJ__: 
      case __li__5LKJ__: 
      case __li__LHBK__: 
      case __li__KMFK__: 
      case __li__XOHL__: 
      case __li__FPHL__: 
      case __li__DFNL__: 
      case __li__3I3L__: 
      case __li__APLM__: 
      case __li__DTNM__: 
      case __li__JXNM__: 
      case __li__21LO__: 
      case __li__TPOO__: 
      case __li__URRO__: 
      case __li__41XO__: 
      case __li__EDHP__: 
      case __li__CJ1P__: 
      case __li__EN1P__: 
      case __li__AKBR__: 
      case __li__SU5R__: 
      case __li__JV5R__: {
        li__Y3GN=NULL;
      } break;
      case __li__ODID__: {
        li__Y3GN=((void *)li__K3GN);
      } break;
      case __li__2PLO__: {
        li__Y3GN=((void *)li__K3GN);
      } break;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__Y3GN != (void *)NULL)) {
      /* NULL __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__Y3GN)->__id==__li__ODID__) {
        li__EIUO(((__li__ODID *)li__Y3GN),li__J3EN);
      } else /* NODE_STYLE */ {
        li__MAMP(((__li__2PLO *)((__li__ODID *)li__Y3GN)),li__J3EN);
      };
    };
  };
  li__R3EN=li__H3GN;
  li__LMOU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__I3EN)->li__2OLE))).li__FPYE +  1);
  /* __li__B__ __li__I__ */
if ((li__LMOU <  3)) {
    li__UJGV=((void **)(*(((__li__TOLE *)((__li__KI *)li__I3EN)->li__2OLE))).li__S3VG)[ 0];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__UJGV==NULL) {
      li__53EN=NULL;
    } else {
      if (((struct ___OBJ *)li__UJGV)->__id==__li__5LKJ__) {
        li__53EN=((void *)li__UJGV);
      } else /* Other types */ {
        li__53EN=NULL;
      }
    };
    li__ZJGV=((void **)(*(((__li__TOLE *)((__li__KI *)li__I3EN)->li__2OLE))).li__S3VG)[ 0];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__ZJGV==NULL) {
      li__C4EN=NULL;
    } else {
      if (((struct ___OBJ *)li__ZJGV)->__id==__li__RLKJ__) {
        li__C4EN=((void *)li__ZJGV);
      } else /* Other types */ {
        li__C4EN=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__53EN != (void *)NULL)) {
      /* __li__B__ __li__I__ */
if (((void *)li__53EN->li__IDDK->li__LZB->li__Y5KI != (void *)NULL)) {
        li__Q4EN=li__53EN->li__2TBK;
        li__O0KN=li__53EN->li__IDDK;
        li__T0KN=li__I3EN->li__NI.li__0CC;
        li__U0KN=li__FB5J( 0);
        li__2ATU=li__U0KN->li__VRB.li__J0C;
        li__0ATU=li__5QND();
        li__1JGV=((__li__KVBD *)li__0ATU);
        li__1JGV->li__LVBD.li__0K.li__0CC=li__T0KN;
        li__3JGV=li__NNSE(((__li__5RB *)li__2ATU));
        li__1JGV->li__LVBD.li__WZLE=li__3JGV;
        li__Z0KN=li__EDLN(li__O0KN->li__LZB->li__Y5KI,li__Q4EN,li__0ATU);
        li__4JGV=((__li__KI *)li__I3EN);
        li__LJHI(((__li__TOLE *)li__4JGV->li__2OLE),li__Z0KN, 1);
        li__WVRE(li__4JGV);
      } else /* FALSE */ {
        li__R3EN=li__I__;
      };
      li__04EN=li__B__;
    } else /* FALSE */ {
      li__04EN=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__04EN)) {
      /* __li__B__ __li__I__ */
if (((void *)li__C4EN != (void *)NULL)) {
        /* __li__B__ __li__I__ */
if (((void *)li__C4EN->li__2BDK->li__LZB->li__Y5KI != (void *)NULL)) {
          li__AMKO=li__C4EN->li__2BDK;
          li__FMKO=li__I3EN->li__NI.li__0CC;
          li__GMKO=li__FB5J( 0);
          li__ABTU=li__GMKO->li__VRB.li__J0C;
          li__4ATU=li__5QND();
          li__SZLE=((__li__KVBD *)li__4ATU);
          li__SZLE->li__LVBD.li__0K.li__0CC=li__FMKO;
          li__VZLE=li__NNSE(((__li__5RB *)li__ABTU));
          li__SZLE->li__LVBD.li__WZLE=li__VZLE;
          li__LMKO=li__EDLN(li__AMKO->li__LZB->li__Y5KI,NULL,li__4ATU);
          li__JNUO=((__li__KI *)li__I3EN);
          li__LJHI(((__li__TOLE *)li__JNUO->li__2OLE),li__LMKO, 1);
          li__WVRE(li__JNUO);
        } else /* FALSE */ {
          li__R3EN=li__I__;
        };
      };
    };
  };
  li__K3EN=li__R3EN;
  return(li__K3EN);
}

static __li__C li__HAFN(__li__KI *li__JAFN,__li__5RB *li__KAFN)
/* (Strict LIST{NULLxli__KI},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__FKGV;
  void *li__WAFN,*li__EBFN;
  __li__C li__TAFN,li__LAFN;
  li__TAFN=li__I__;
  li__FKGV=((void **)(*(((__li__TOLE *)((__li__KI *)li__JAFN)->li__2OLE))).li__S3VG)[ 0];
  /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__FKGV==NULL) {
    li__WAFN=NULL;
  } else {
    switch (((struct ___OBJ *)li__FKGV)->__id) {
    case __li__KI__: 
    case __li__WK__: 
    case __li__T0B__: 
    case __li__O3B__: 
    case __li__AVBD__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__IYBD__: 
    case __li__OWRE__: 
    case __li__Z4WH__: 
    case __li__KTVI__: 
    case __li__LTVI__: 
    case __li__XTVI__: 
    case __li__YTVI__: 
    case __li__S2VI__: 
    case __li__E3VI__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__NMWI__: 
    case __li__BNWI__: 
    case __li__XNWI__: 
    case __li__LOWI__: 
    case __li__5OWI__: 
    case __li__TPWI__: 
    case __li__HQWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: 
    case __li__RLKJ__: 
    case __li__5LKJ__: 
    case __li__LHBK__: 
    case __li__KMFK__: 
    case __li__XOHL__: 
    case __li__FPHL__: 
    case __li__DFNL__: 
    case __li__3I3L__: 
    case __li__APLM__: 
    case __li__DTNM__: 
    case __li__JXNM__: 
    case __li__21LO__: 
    case __li__TPOO__: 
    case __li__URRO__: 
    case __li__41XO__: 
    case __li__EDHP__: 
    case __li__CJ1P__: 
    case __li__EN1P__: 
    case __li__AKBR__: 
    case __li__SU5R__: 
    case __li__JV5R__: {
      li__WAFN=NULL;
    } break;
    case __li__ODID__: {
      li__WAFN=((void *)li__FKGV);
    } break;
    case __li__2PLO__: {
      li__WAFN=((void *)li__FKGV);
    } break;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__WAFN == (void *)NULL)) {
    li__TAFN=li__B__;
  } else /* FALSE */ {
    /* NULL __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__WAFN)->__id==__li__ODID__) {
      li__EIUO(((__li__ODID *)li__WAFN),li__KAFN);
    } else /* NODE_STYLE */ {
      li__MAMP(((__li__2PLO *)((__li__ODID *)li__WAFN)),li__KAFN);
    };
    li__WAFN=((void **)(*(((__li__TOLE *)((__li__KI *)li__JAFN)->li__2OLE))).li__S3VG)[ 1];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__WAFN==NULL) {
      li__EBFN=NULL;
    } else {
      switch (((struct ___OBJ *)li__WAFN)->__id) {
      case __li__KI__: 
      case __li__WK__: 
      case __li__T0B__: 
      case __li__O3B__: 
      case __li__AVBD__: 
      case __li__KVBD__: 
      case __li__WVBD__: 
      case __li__IYBD__: 
      case __li__OWRE__: 
      case __li__Z4WH__: 
      case __li__KTVI__: 
      case __li__LTVI__: 
      case __li__XTVI__: 
      case __li__YTVI__: 
      case __li__S2VI__: 
      case __li__E3VI__: 
      case __li__KLWI__: 
      case __li__ULWI__: 
      case __li__NMWI__: 
      case __li__BNWI__: 
      case __li__XNWI__: 
      case __li__LOWI__: 
      case __li__5OWI__: 
      case __li__TPWI__: 
      case __li__HQWI__: 
      case __li__ARWI__: 
      case __li__URWI__: 
      case __li__MSWI__: 
      case __li__ETWI__: 
      case __li__MZWI__: 
      case __li__C0WI__: 
      case __li__M1WI__: 
      case __li__RLKJ__: 
      case __li__5LKJ__: 
      case __li__LHBK__: 
      case __li__KMFK__: 
      case __li__XOHL__: 
      case __li__FPHL__: 
      case __li__DFNL__: 
      case __li__3I3L__: 
      case __li__APLM__: 
      case __li__DTNM__: 
      case __li__JXNM__: 
      case __li__21LO__: 
      case __li__TPOO__: 
      case __li__URRO__: 
      case __li__41XO__: 
      case __li__EDHP__: 
      case __li__CJ1P__: 
      case __li__EN1P__: 
      case __li__AKBR__: 
      case __li__SU5R__: 
      case __li__JV5R__: {
        li__EBFN=NULL;
      } break;
      case __li__ODID__: {
        li__EBFN=((void *)li__WAFN);
      } break;
      case __li__2PLO__: {
        li__EBFN=((void *)li__WAFN);
      } break;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__EBFN != (void *)NULL)) {
      /* NULL __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__EBFN)->__id==__li__ODID__) {
        li__EIUO(((__li__ODID *)li__EBFN),li__KAFN);
      } else /* NODE_STYLE */ {
        li__MAMP(((__li__2PLO *)((__li__ODID *)li__EBFN)),li__KAFN);
      };
    };
  };
  li__LAFN=li__TAFN;
  return(li__LAFN);
}

static void li__ZOZJ(__li__ZDID *li__0OZJ,__li__K li__1OZJ)
/* (Strict LINKED_LIST(NODE_TYPE){li__ZDID},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__KPZJ;
  /* __li__B__ __li__I__ */
if ((li__1OZJ ==  1)) {
    /* __li__B__ __li__I__ */
if ((li__0OZJ->li__AEID.li__RKAE ==  1)) {
      li__0OZJ->li__OPQH=NULL;
      li__0OZJ->li__XPQH=NULL;
      li__0OZJ->li__0PQH=NULL;
      li__0OZJ->li__YPQH= 0;
      li__0OZJ->li__AEID.li__RKAE= 0;
    } else /* FALSE */ {
      li__0OZJ->li__OPQH=li__0OZJ->li__OPQH->li__TJ1H;
      /* __li__B__ __li__I__ */
if ((li__0OZJ->li__YPQH ==  1)) {
        li__0OZJ->li__0PQH=li__0OZJ->li__OPQH;
      } else /* FALSE */ {
        li__0OZJ->li__YPQH=(__li__K)(li__0OZJ->li__YPQH -  1);
      };
      li__0OZJ->li__AEID.li__RKAE=(__li__K)(li__0OZJ->li__AEID.li__RKAE -  1);
    };
    li__KPZJ=li__B__;
  } else /* FALSE */ {
    li__KPZJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__KPZJ)) {
    /* __li__B__ __li__I__ */
if ((li__1OZJ == li__0OZJ->li__AEID.li__RKAE)) {
      /* __li__B__ __li__I__ */
if ((li__0OZJ->li__AEID.li__RKAE ==  1)) {
        li__0OZJ->li__OPQH=NULL;
        li__0OZJ->li__XPQH=NULL;
        li__0OZJ->li__0PQH=NULL;
        li__0OZJ->li__YPQH= 0;
        li__0OZJ->li__AEID.li__RKAE= 0;
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if (((__li__K)(li__0OZJ->li__AEID.li__RKAE -  1) != li__0OZJ->li__YPQH)) {
          li__3H1H(li__0OZJ,(__li__K)(li__0OZJ->li__AEID.li__RKAE -  1));
        };
        li__0OZJ->li__AEID.li__RKAE=(__li__K)(li__0OZJ->li__AEID.li__RKAE -  1);
        li__0OZJ->li__XPQH=li__0OZJ->li__0PQH;
        ((__li__LPQH *)li__0OZJ->li__XPQH)->li__TJ1H=NULL;
      };
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((__li__K)(li__1OZJ -  1) != li__0OZJ->li__YPQH)) {
        li__3H1H(li__0OZJ,(__li__K)(li__1OZJ -  1));
      };
      ((__li__LPQH *)li__0OZJ->li__0PQH)->li__TJ1H=li__0OZJ->li__0PQH->li__TJ1H->li__TJ1H;
      li__0OZJ->li__AEID.li__RKAE=(__li__K)(li__0OZJ->li__AEID.li__RKAE -  1);
    };
  };
}

static void li__B0E(__li__K li__C0E,__li__BC *li__D0E)
/* (Expanded INTEGER{li__K},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__Q li__E0E,li__GOG;
  __li__K li__JOG,li__KOG;
  __li__BC *li__RKGV;
  __li__3 li__TKGV;
  li__E0E=((__li__Q )li__C0E);
  li__GOG= 0;
  li__JOG= 0;
  li__KOG= 0;
  /* __li__B__ __li__I__ */
if ((li__E0E ==  0)) {
    li__SRX(((__li__BC *)li__D0E),'0');
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((li__E0E >  0)) {
      li__GOG=li__E0E;
    } else /* FALSE */ {
      li__GOG=(__li__Q)(- li__E0E);
      li__SRX(((__li__BC *)li__D0E),'-');
    };
    li__JOG=(__li__K)(((__li__BC *)li__D0E)->li__NK +  1);
    while ((li__GOG !=  0)) {
      li__SRX(((__li__BC *)li__D0E),((__li__3 )(((__li__QJG)(((__li__QJG )(__li__Q)(li__GOG %  10)) + ((__li__QJG )'0'))))));
      li__GOG=(__li__Q)(li__GOG /  10);
    };
    li__KOG=((__li__BC *)li__D0E)->li__NK;
    while ((li__JOG < li__KOG)) {
      li__RKGV=((__li__BC *)li__D0E);
      li__TKGV=((__li__3 *)li__RKGV->li__CUN)[(__li__K)(li__JOG -  1)];
      ((__li__3 *)li__RKGV->li__CUN)[(__li__K)(li__JOG -  1)]=((__li__3 *)li__RKGV->li__CUN)[(__li__K)(li__KOG -  1)];
      ((__li__3 *)li__RKGV->li__CUN)[(__li__K)(li__KOG -  1)]=li__TKGV;
      li__KOG=(__li__K)(li__KOG -  1);
      li__JOG=(__li__K)(li__JOG +  1);
    };
  };
}

static void li__KAG(__li__BC *li__MAG)
/* (Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__OIH,li__PIH;
  __li__3 *li__SDTU;
  li__OIH= 1;
  li__PIH=li__MAG->li__NK;
  li__SDTU=((__li__BC *)li__MAG)->li__CUN;
  while ((li__OIH <= li__PIH)) {
    fputc((int)(((__li__3 *)li__SDTU)[(__li__K)(li__OIH -  1)]),stderr);
    li__OIH=(__li__K)(li__OIH +  1);
  };
}

static void li__ITUD()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__A31D;
  void *li__XTUD;
  __li__1M *li__SY0L;
  void *li__0PHM;
  __li__U *li__UVDM;
  __li__UJSH *li__WY0L;
  ((__li__BC *)li__0C)->li__NK= 0;
  li__A31D=(*(li__AM)).li__GM;
  while ((li__A31D >=  0)) {
    li__XTUD=((void **)(*(((__li__XL *)li__AM))).li__SO0)[li__A31D];
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__XTUD)->__id==__li__1M__) {
      li__SY0L=((__li__1M *)li__XTUD);
      li__0PHM=li__SY0L->li__AZOI->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0PHM)->__id==__li__IZB__) {
        li__UVDM=((__li__IZB *)li__0PHM)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__UVDM=((__li__4HAD *)li__0PHM)->li__5HAD.li__JZB.li__R2B;
      };
      li__JAZ(((__li__BC *)li__0C),li__UVDM);
      li__5PHM(li__SY0L,li__0C);
      li__53SE(((__li__KI *)li__SY0L->li__2M.li__1ZOI),li__0C);
      li__JAZ(((__li__BC *)li__0C),(&__string_361));
    } else /* PROFIL_BLOCK */ {
      li__WY0L=((__li__UJSH *)((__li__1M *)li__XTUD));
      li__JAZ(((__li__BC *)li__0C),(&__string_362));
      li__PRHM(li__WY0L,li__0C);
      li__53SE(((__li__KI *)li__WY0L->li__VJSH.li__1ZOI),li__0C);
      li__JAZ(((__li__BC *)li__0C),(&__string_361));
    };
    li__A31D=(__li__K)(li__A31D -  1);
  };
  li__C30(((__li__BC *)li__0C));
}

static void li__4MYI(__li__5RB *li__5MYI,__li__BC *li__ANYI)
/* (Strict TYPE_FULL{li__5RB},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if (((__li__F0C)(li__5MYI->li__BEM &  32) !=  0)) {
    li__JAZ(((__li__BC *)li__ANYI),(&__string_363));
  };
  li__OUHF(li__5MYI,li__ANYI);
}

static void li__DNVB(__li__K li__FNVB,__li__BC *li__GNVB)
/* (Expanded INTEGER{li__K},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__O4E=li__FNVB;
  ((__li__BC *)li__P4E)->li__NK= 0;
  /* __li__B__ __li__I__ */
if ((li__FNVB ==  0)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_345));
  };
  /* __li__B__ __li__I__ */
if ((li__FNVB ==  1)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_346));
  };
  /* __li__B__ __li__I__ */
if ((li__FNVB ==  2)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_347));
  };
  /* __li__B__ __li__I__ */
if ((li__FNVB ==  3)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_348));
  };
  li__AK0(((__li__BC *)li__P4E),li__GNVB);
}

static void li__S32P(__li__VTBD *li__T32P)
/* (Strict LOCAL{li__VTBD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__D42P,*li__OB3P;
  void *li__F42P;
  __li__TPOO *li__H42P;
  __li__21LO *li__O42P;
  __li__5RB *li__X42P,*li__MBTU,*li__NBTU;
  void *li__Y42P;
  __li__UJSH *li__042P;
  __li__PO li__N52P;
  __li__DZB *li__1ZQU,*li__3ZQU;
  __li__KMFK *li__IA3P;
  __li__K li__HB3P,li__FGBQ;
  __li__C li__DYAQ,li__R42P,li__5OOQ,li__D52P;
  __li__OGID *li__0ZQU,*li__2ZQU;
  /* __li__B__ __li__I__ */
if ((! li__T32P->li__WTBD.li__OBRO)) {
    li__T32P->li__WTBD.li__OBRO=li__B__;
    /* __li__B__ __li__I__ */
if (((void *)li__T32P->li__WTBD.li__XRSH != (void *)NULL)) {
      li__D42P=li__T32P->li__WTBD.li__XRSH;
      /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__D42P)->__id) {
      case __li__RLKJ__: {
        li__F42P=((__li__RLKJ *)li__D42P)->li__SLKJ.li__CSSH;
      } break;
      case __li__5LKJ__: {
        li__F42P=((__li__5LKJ *)li__D42P)->li__AMKJ.li__CSSH;
      } break;
      case __li__DFNL__: {
        li__F42P=((__li__DFNL *)li__D42P)->li__EFNL.li__CSSH;
      } break;
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__F42P==NULL) {
        li__H42P=NULL;
      } else {
        if (((struct ___OBJ *)li__F42P)->__id==__li__TPOO__) {
          li__H42P=((void *)li__F42P);
        } else /* Other types */ {
          li__H42P=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__H42P == (void *)NULL)) {
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__F42P==NULL) {
          li__O42P=NULL;
        } else {
          if (((struct ___OBJ *)li__F42P)->__id==__li__21LO__) {
            li__O42P=((void *)li__F42P);
          } else /* Other types */ {
            li__O42P=NULL;
          }
        };
        li__DYAQ=((void *)li__O42P == (void *)NULL);
        li__R42P=li__DYAQ;
      } else /* FALSE */ {
        li__R42P=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__R42P) {
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__F42P)->__id) {
        case __li__WK__: {
          li__X42P=((__li__WK *)li__F42P)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__X42P=((__li__AVBD *)li__F42P)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__X42P=((__li__KVBD *)li__F42P)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__X42P=((__li__WVBD *)li__F42P)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__X42P=li__JK5J(((__li__Z4WH *)li__F42P));
        } break;
        case __li__KTVI__: {
          li__X42P=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__X42P=li__553L();
        } break;
        case __li__XTVI__: {
          li__X42P=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__X42P=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__X42P=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__X42P=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__X42P=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__X42P=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__X42P=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__X42P=li__DWEK(((__li__BNWI *)li__F42P));
        } break;
        case __li__XNWI__: {
          li__X42P=li__IWEK(((__li__XNWI *)li__F42P));
        } break;
        case __li__LOWI__: {
          li__X42P=li__NWEK(((__li__LOWI *)li__F42P));
        } break;
        case __li__5OWI__: {
          li__X42P=li__SWEK(((__li__5OWI *)li__F42P));
        } break;
        case __li__TPWI__: {
          li__X42P=li__XWEK(((__li__TPWI *)li__F42P));
        } break;
        case __li__HQWI__: {
          li__X42P=li__2WEK(((__li__HQWI *)li__F42P));
        } break;
        case __li__ARWI__: {
          li__X42P=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__X42P=li__FXEK(((__li__URWI *)li__F42P));
        } break;
        case __li__MSWI__: {
          li__X42P=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__X42P=((__li__ETWI *)li__F42P)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__X42P=((__li__MZWI *)li__F42P)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__X42P=((__li__C0WI *)li__F42P)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__X42P=((__li__M1WI *)li__F42P)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__X42P=((__li__KMFK *)li__F42P)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__X42P=li__T4NN(((__li__XOHL *)li__F42P));
        } break;
        case __li__FPHL__: {
          li__X42P=li__KA4L(((__li__FPHL *)li__F42P));
        } break;
        case __li__APLM__: {
          li__X42P=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__X42P=li__1ISO(((__li__DTNM *)li__F42P));
        } break;
        case __li__JXNM__: {
          li__X42P=li__VX3R(((__li__JXNM *)li__F42P));
        } break;
        case __li__21LO__: {
          li__X42P=((__li__21LO *)li__F42P)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__X42P=((__li__TPOO *)li__F42P)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__X42P=li__FH4R();
        } break;
        case __li__41XO__: {
          li__X42P=li__3FDQ(((__li__41XO *)li__F42P));
        } break;
        case __li__AKBR__: {
          li__X42P=li__WQDS(((__li__AKBR *)li__F42P));
        } break;
        case __li__SU5R__: {
          li__X42P=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__X42P=li__Y1IS();
        } break;
        };
        li__Y42P=((__li__5RB *)li__X42P)->li__AEM;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__Y42P==NULL) {
          li__042P=NULL;
        } else {
          if (((struct ___OBJ *)li__Y42P)->__id==__li__UJSH__) {
            li__042P=((void *)li__Y42P);
          } else /* Other types */ {
            li__042P=NULL;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__042P != (void *)NULL)) {
          li__5OOQ=((void *)((__li__UJSH *)li__042P)->li__TSFK != (void *)NULL);
          li__D52P=li__5OOQ;
        } else /* FALSE */ {
          li__D52P=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__D52P) {
          li__MBTU=((__li__5RB *)li__042P->li__TSFK->li__WTBD.li__0RNE);
          ((__li__BC *)li__0C)->li__NK= 0;
          li__4MYI(li__MBTU,li__0C);
          li__C30(((__li__BC *)li__0C));
          li__N52P=li__042P->li__TSFK->li__WTBD.li__FZB.li__RF.li__0CC;
          li__K4E( 2,(&__string_208));
          li__V5E(li__N52P);
          li__ODF();
          li__HEZ(((__li__BC *)li__0C),(&__string_209));
          li__JAZ(((__li__BC *)li__0C),li__042P->li__TSFK->li__WTBD.li__FZB.li__R2B);
          li__JAZ(((__li__BC *)li__0C),(&__string_210));
          li__DNVB( 2,li__0C);
          li__V5E(li__042P->li__VJSH.li__1ZOI->li__NI.li__0CC);
          li__0ZQU=((__li__OGID *)li__XGID);
          li__1ZQU=((void **)(*(li__0ZQU)).li__HDUF)[(*(li__0ZQU)).li__AKTF];
          li__V5E(li__1ZQU->li__GZB.li__FZB.li__RF.li__0CC);
          li__V5E(li__042P->li__TSFK->li__WTBD.li__FZB.li__RF.li__0CC);
          li__ODF();
        } else /* FALSE */ {
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__F42P==NULL) {
            li__IA3P=NULL;
          } else {
            if (((struct ___OBJ *)li__F42P)->__id==__li__KMFK__) {
              li__IA3P=((void *)li__F42P);
            } else /* Other types */ {
              li__IA3P=NULL;
            }
          };
          /* __li__B__ __li__I__ */
if (((void *)li__IA3P != (void *)NULL)) {
            li__S32P(((__li__VTBD *)((__li__KMFK *)li__IA3P)->li__3RFK));
          };
        };
      };
      /* __li__B__ __li__I__ */
if (((void *)li__T32P->li__WTBD.li__BYEJ != (void *)NULL)) {
        li__HB3P=(*(li__T32P->li__WTBD.li__BYEJ)).li__J0EK;
        li__FGBQ= 0;
        while ((li__FGBQ <= li__HB3P)) {
          li__OB3P=((void **)(*(((__li__SZEC *)li__T32P->li__WTBD.li__BYEJ))).li__F0EK)[li__FGBQ];
          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__OB3P)->__id) {
          case __li__RLKJ__: {
            li__F42P=((__li__RLKJ *)li__OB3P)->li__SLKJ.li__CSSH;
          } break;
          case __li__5LKJ__: {
            li__F42P=((__li__5LKJ *)li__OB3P)->li__AMKJ.li__CSSH;
          } break;
          case __li__DFNL__: {
            li__F42P=((__li__DFNL *)li__OB3P)->li__EFNL.li__CSSH;
          } break;
          };
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__F42P==NULL) {
            li__H42P=NULL;
          } else {
            if (((struct ___OBJ *)li__F42P)->__id==__li__TPOO__) {
              li__H42P=((void *)li__F42P);
            } else /* Other types */ {
              li__H42P=NULL;
            }
          };
          /* __li__B__ __li__I__ */
if (((void *)li__H42P == (void *)NULL)) {
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__F42P==NULL) {
              li__O42P=NULL;
            } else {
              if (((struct ___OBJ *)li__F42P)->__id==__li__21LO__) {
                li__O42P=((void *)li__F42P);
              } else /* Other types */ {
                li__O42P=NULL;
              }
            };
            li__DYAQ=((void *)li__O42P == (void *)NULL);
            li__R42P=li__DYAQ;
          } else /* FALSE */ {
            li__R42P=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__R42P) {
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__F42P)->__id) {
            case __li__WK__: {
              li__X42P=((__li__WK *)li__F42P)->li__1K.li__WZLE;
            } break;
            case __li__AVBD__: {
              li__X42P=((__li__AVBD *)li__F42P)->li__K2ME;
            } break;
            case __li__KVBD__: {
              li__X42P=((__li__KVBD *)li__F42P)->li__LVBD.li__WZLE;
            } break;
            case __li__WVBD__: {
              li__X42P=((__li__WVBD *)li__F42P)->li__XVBD.li__WZLE;
            } break;
            case __li__Z4WH__: {
              li__X42P=li__JK5J(((__li__Z4WH *)li__F42P));
            } break;
            case __li__KTVI__: {
              li__X42P=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__X42P=li__553L();
            } break;
            case __li__XTVI__: {
              li__X42P=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__X42P=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__X42P=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__X42P=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__X42P=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__X42P=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__X42P=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__X42P=li__DWEK(((__li__BNWI *)li__F42P));
            } break;
            case __li__XNWI__: {
              li__X42P=li__IWEK(((__li__XNWI *)li__F42P));
            } break;
            case __li__LOWI__: {
              li__X42P=li__NWEK(((__li__LOWI *)li__F42P));
            } break;
            case __li__5OWI__: {
              li__X42P=li__SWEK(((__li__5OWI *)li__F42P));
            } break;
            case __li__TPWI__: {
              li__X42P=li__XWEK(((__li__TPWI *)li__F42P));
            } break;
            case __li__HQWI__: {
              li__X42P=li__2WEK(((__li__HQWI *)li__F42P));
            } break;
            case __li__ARWI__: {
              li__X42P=li__QRB__->li__RRB.li__J0C;
            } break;
            case __li__URWI__: {
              li__X42P=li__FXEK(((__li__URWI *)li__F42P));
            } break;
            case __li__MSWI__: {
              li__X42P=li__RXEK();
            } break;
            case __li__ETWI__: {
              li__X42P=((__li__ETWI *)li__F42P)->li__NSBK;
            } break;
            case __li__MZWI__: {
              li__X42P=((__li__MZWI *)li__F42P)->li__NZWI.li__WZLE;
            } break;
            case __li__C0WI__: {
              li__X42P=((__li__C0WI *)li__F42P)->li__D0WI.li__WZLE;
            } break;
            case __li__M1WI__: {
              li__X42P=((__li__M1WI *)li__F42P)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__X42P=((__li__KMFK *)li__F42P)->li__3RFK->li__WTBD.li__0RNE;
            } break;
            case __li__XOHL__: {
              li__X42P=li__T4NN(((__li__XOHL *)li__F42P));
            } break;
            case __li__FPHL__: {
              li__X42P=li__KA4L(((__li__FPHL *)li__F42P));
            } break;
            case __li__APLM__: {
              li__X42P=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__X42P=li__1ISO(((__li__DTNM *)li__F42P));
            } break;
            case __li__JXNM__: {
              li__X42P=li__VX3R(((__li__JXNM *)li__F42P));
            } break;
            case __li__21LO__: {
              li__X42P=((__li__21LO *)li__F42P)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__X42P=((__li__TPOO *)li__F42P)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__X42P=li__FH4R();
            } break;
            case __li__41XO__: {
              li__X42P=li__3FDQ(((__li__41XO *)li__F42P));
            } break;
            case __li__AKBR__: {
              li__X42P=li__WQDS(((__li__AKBR *)li__F42P));
            } break;
            case __li__SU5R__: {
              li__X42P=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__X42P=li__Y1IS();
            } break;
            };
            li__Y42P=((__li__5RB *)li__X42P)->li__AEM;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__Y42P==NULL) {
              li__042P=NULL;
            } else {
              if (((struct ___OBJ *)li__Y42P)->__id==__li__UJSH__) {
                li__042P=((void *)li__Y42P);
              } else /* Other types */ {
                li__042P=NULL;
              }
            };
            /* __li__B__ __li__I__ */
if (((void *)li__042P != (void *)NULL)) {
              li__5OOQ=((void *)((__li__UJSH *)li__042P)->li__TSFK != (void *)NULL);
              li__D52P=li__5OOQ;
            } else /* FALSE */ {
              li__D52P=li__I__;
            };
            /* __li__B__ __li__I__ */
if (li__D52P) {
              li__NBTU=((__li__5RB *)li__042P->li__TSFK->li__WTBD.li__0RNE);
              ((__li__BC *)li__0C)->li__NK= 0;
              li__4MYI(li__NBTU,li__0C);
              li__C30(((__li__BC *)li__0C));
              li__N52P=li__042P->li__TSFK->li__WTBD.li__FZB.li__RF.li__0CC;
              li__K4E( 2,(&__string_208));
              li__V5E(li__N52P);
              li__ODF();
              li__HEZ(((__li__BC *)li__0C),(&__string_209));
              li__JAZ(((__li__BC *)li__0C),li__042P->li__TSFK->li__WTBD.li__FZB.li__R2B);
              li__JAZ(((__li__BC *)li__0C),(&__string_210));
              li__DNVB( 2,li__0C);
              li__V5E(li__042P->li__VJSH.li__1ZOI->li__NI.li__0CC);
              li__2ZQU=((__li__OGID *)li__XGID);
              li__3ZQU=((void **)(*(li__2ZQU)).li__HDUF)[(*(li__2ZQU)).li__AKTF];
              li__V5E(li__3ZQU->li__GZB.li__FZB.li__RF.li__0CC);
              li__V5E(li__042P->li__TSFK->li__WTBD.li__FZB.li__RF.li__0CC);
              li__ODF();
            } else /* FALSE */ {
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__F42P==NULL) {
                li__IA3P=NULL;
              } else {
                if (((struct ___OBJ *)li__F42P)->__id==__li__KMFK__) {
                  li__IA3P=((void *)li__F42P);
                } else /* Other types */ {
                  li__IA3P=NULL;
                }
              };
              /* __li__B__ __li__I__ */
if (((void *)li__IA3P != (void *)NULL)) {
                li__S32P(((__li__VTBD *)((__li__KMFK *)li__IA3P)->li__3RFK));
              };
            };
          };
          li__FGBQ=(__li__K)(li__FGBQ +  1);
        };
      };
    };
  };
}

static void* li__K3ME(__li__KI *li__L3ME)
/* (Strict LIST{li__KI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__N3ME,*li__F4ME,*li__M3ME;
  __li__K li__33ME,li__R5WH;
  __li__KI *li__E4ME,*li__YKGV;
  __li__C li__KVWG;
  __li__TOLE *li__2KGV;
  li__N3ME=NULL;
  li__TITE(li__L3ME);
  /* __li__B__ __li__I__ */
if (((void *)li__XIKB != (void *)NULL)) {
    li__KVWG=((*(((__li__TOLE *)li__L3ME->li__2OLE))).li__FPYE <  0);
    /* __li__B__ __li__I__ */
if ((! li__KVWG)) {
      li__33ME=(__li__K)((__li__K)((*(li__L3ME->li__2OLE)).li__FPYE +  1) -  1);
      li__R5WH= 1;
      while ((li__R5WH <= li__33ME)) {
        li__E4ME=li__XIKB;
        li__F4ME=((void **)(*(((__li__TOLE *)li__L3ME->li__2OLE))).li__S3VG)[(__li__K)(li__R5WH -  1)];
        li__YKGV=((__li__KI *)li__E4ME);
        li__LJHI(((__li__TOLE *)li__YKGV->li__2OLE),li__F4ME,(__li__K)(li__YKGV->li__OJTE -  1));
        li__YKGV->li__OJTE=(__li__K)(li__YKGV->li__OJTE +  1);
        li__WVRE(li__YKGV);
        li__R5WH=(__li__K)(li__R5WH +  1);
      };
      li__2KGV=((__li__TOLE *)li__L3ME->li__2OLE);
      li__F4ME=((void **)(*(li__2KGV)).li__S3VG)[(*(li__2KGV)).li__FPYE];
      li__N3ME=li__F4ME;
      li__MWBD=(__li__K)(li__MWBD +  1);
    };
  } else /* FALSE */ {
    li__N3ME=li__L3ME;
  };
  li__WVRE(li__L3ME);
  li__M3ME=li__N3ME;
  return(li__M3ME);
}

static void li__N41D()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__A2DF;
  __li__1M *li__IZ0L;
  __li__XL *li__V1DF;
  li__5UUD=((*(li__AM)).li__GM >= li__1UUD);
  while (((*(li__AM)).li__GM >= li__1UUD)) {
    li__V1DF=((__li__XL *)li__AM);
    li__A2DF=((void **)(*(li__V1DF)).li__SO0)[(*(li__V1DF)).li__GM];
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__A2DF)->__id==__li__1M__) {
      li__IZ0L=((__li__1M *)li__A2DF);
      li__YWDM(((__li__KI *)li__IZ0L->li__2M.li__1ZOI));
      li__GWDM(((__li__QWEC *)li__IZ0L->li__AZOI),li__IZ0L);
    } else /* PROFIL_BLOCK */ {
      li__YWDM(((__li__KI *)((__li__UJSH *)li__A2DF)->li__VJSH.li__1ZOI));
    };
    li__V1DF=((__li__XL *)li__AM);
    (*(li__V1DF)).li__GM=(__li__K)((*(li__V1DF)).li__GM -  1);
  };
}

static void li__EHBK(__li__1M *li__FHBK,__li__K li__GHBK)
/* (Strict PROFIL_SLOT{li__1M},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__HHBK;
  __li__KI *li__RPPK,*li__3AHP,*li__EBHP,*li__CMGV,*li__ANGV;
  __li__K li__SPPK,li__HLGV,li__SRPK,li__SVCP,li__SLGV,li__Q1NU;
  __li__K li__XIHP,li__QMGV,li__ENGV,li__FNGV;
  void *li__MLGV,*li__XLGV,*li__BMGV,*li__VMGV;
  __li__IYBD *li__ZQPK,*li__0BHP,*li__1AHP;
  __li__LHBK *li__ESPK,*li__RCHP;
  __li__PO li__BTPK,li__2MGV;
  __li__O3B *li__OBHP,*li__PBHP;
  __li__3I3L *li__WBHP,*li__4MGV;
  __li__EDHP *li__0MGV,*li__1MGV;
  __li__VTBD *li__1NGV,*li__WMSJ;
  __li__C li__PQPK,li__BKBK;
  __li__TOLE *li__LLGV,*li__WLGV,*li__UMGV,*li__BNGV;
  void **li__2LGV;
  __li__Z0IE *li__2NGV;
  li__XIKB=NULL;
  li__HHBK=li__EJTE;
  li__2HBK= 0;
  li__NHBK=(__li__52B)(li__NHBK +  1);
  li__RPPK=NULL;
  li__SPPK= 0;
  /* __li__B__ __li__I__ */
if (((! li__I41D) && (li__FHBK->li__2M.li__LIBK ==  2))) {
    li__HLGV=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__FHBK->li__2M.li__1ZOI)->li__2OLE))).li__FPYE +  1);
    li__PQPK=(li__HLGV !=  0);
  } else /* FALSE */ {
    li__PQPK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((li__PQPK && ((void *)li__FHBK->li__2M.li__D2OI.li__TBSI == (void *)NULL))) {
    li__LLGV=((__li__TOLE *)((__li__KI *)li__FHBK->li__2M.li__1ZOI)->li__2OLE);
    li__MLGV=((void **)(*(li__LLGV)).li__S3VG)[(*(li__LLGV)).li__FPYE];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MLGV==NULL) {
      li__ZQPK=NULL;
    } else {
      if (((struct ___OBJ *)li__MLGV)->__id==__li__IYBD__) {
        li__ZQPK=((void *)li__MLGV);
      } else /* Other types */ {
        li__ZQPK=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__ZQPK != (void *)NULL)) {
      li__SRPK=(*(li__ZQPK->li__KRPK)).li__QRPK;
      li__SVCP= 0;
      li__2LGV=(*(((__li__BRPK *)li__ZQPK->li__KRPK))).li__HGEQ;
      while ((li__SVCP <= li__SRPK)) {
        li__RPPK=((__li__5QPK *)((void **)li__2LGV)[li__SVCP])->li__0RPK;
        li__SLGV=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__RPPK)->li__2OLE))).li__FPYE +  1);
        /* __li__B__ __li__I__ */
if ((li__SLGV !=  0)) {
          li__WLGV=((__li__TOLE *)((__li__KI *)li__RPPK)->li__2OLE);
          li__XLGV=((void **)(*(li__WLGV)).li__S3VG)[(*(li__WLGV)).li__FPYE];
          /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__XLGV==NULL) {
            li__ESPK=NULL;
          } else {
            if (((struct ___OBJ *)li__XLGV)->__id==__li__LHBK__) {
              li__ESPK=((void *)li__XLGV);
            } else /* Other types */ {
              li__ESPK=NULL;
            }
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__ESPK != (void *)NULL) && ((void *)li__ESPK->li__KSPK == (void *)li__FHBK))) {
            li__SPPK=(__li__K)(li__SPPK +  1);
          };
        };
        li__SVCP=(__li__K)(li__SVCP +  1);
      };
      li__Q1NU=(__li__K)((*(((__li__BRPK *)li__ZQPK->li__KRPK))).li__QRPK +  1);
      /* __li__B__ __li__I__ */
if ((li__SPPK == li__Q1NU)) {
        li__XLGV=li__FHBK->li__AZOI->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XLGV)->__id==__li__IZB__) {
          li__BTPK=((__li__IZB *)li__XLGV)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__BTPK=((__li__4HAD *)li__XLGV)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
        li__K4E( 1,(&__string_364));
        li__V5E(li__BTPK);
        li__ODF();
      };
      /* __li__B__ __li__I__ */
if (((__li__K)(li__FHBK->li__2M.li__GTPK -  1) == li__SPPK)) {
        /* __li__B__ __li__I__ */
if (((li__FHBK->li__2M.li__LJBK == li__FHBK->li__2M.li__GTPK) || (! li__FHBK->li__01PI))) {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__FHBK->li__2M.li__LIBK= 0;
          li__3AHP=NULL;
          li__EBHP=li__R4HD(li__FHBK->li__2M.li__1ZOI->li__NI.li__0CC);
          /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
            li__BMGV=((void **)(*(((__li__TOLE *)((__li__KI *)li__FHBK->li__2M.li__1ZOI)->li__2OLE))).li__S3VG)[ 0];
            /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__BMGV==NULL) {
              li__OBHP=NULL;
            } else {
              if (((struct ___OBJ *)li__BMGV)->__id==__li__O3B__) {
                li__OBHP=((void *)li__BMGV);
              } else /* Other types */ {
                li__OBHP=NULL;
              }
            };
            li__PBHP=li__WNHP(((__li__O3B *)li__OBHP));
            li__CMGV=((__li__KI *)li__EBHP);
            li__P2VG(((__li__TOLE *)li__CMGV->li__2OLE),li__PBHP);
            li__WVRE(li__CMGV);
            ((__li__O3B *)li__OBHP)->li__C2ME=li__I__;
          };
          li__BTPK=li__TCMJ(li__FHBK);
          li__WBHP=li__GIHP(li__BTPK,li__FHBK->li__2M.li__NZFD,li__FHBK->li__2M.li__1ZOI);
          li__CMGV=((__li__KI *)li__EBHP);
          li__P2VG(((__li__TOLE *)li__CMGV->li__2OLE),li__WBHP);
          li__WVRE(li__CMGV);
          li__WLGV=((__li__TOLE *)((__li__KI *)li__FHBK->li__2M.li__1ZOI)->li__2OLE);
          li__BMGV=((void **)(*(li__WLGV)).li__S3VG)[(*(li__WLGV)).li__FPYE];
          /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__BMGV==NULL) {
            li__0BHP=NULL;
          } else {
            if (((struct ___OBJ *)li__BMGV)->__id==__li__IYBD__) {
              li__0BHP=((void *)li__BMGV);
            } else /* Other types */ {
              li__0BHP=NULL;
            }
          };
          li__1AHP=li__0BHP;
          li__SLGV=(*(li__0BHP->li__KRPK)).li__QRPK;
          li__XIHP= 0;
          while ((li__XIHP <= li__SLGV)) {
            li__3AHP=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__1AHP->li__KRPK))).li__HGEQ)[li__XIHP])->li__0RPK;
            li__QMGV=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__3AHP)->li__2OLE))).li__FPYE +  1);
            /* __li__B__ __li__I__ */
if ((li__QMGV !=  0)) {
              li__UMGV=((__li__TOLE *)((__li__KI *)li__3AHP)->li__2OLE);
              li__VMGV=((void **)(*(li__UMGV)).li__S3VG)[(*(li__UMGV)).li__FPYE];
              /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__VMGV==NULL) {
                li__RCHP=NULL;
              } else {
                if (((struct ___OBJ *)li__VMGV)->__id==__li__LHBK__) {
                  li__RCHP=((void *)li__VMGV);
                } else /* Other types */ {
                  li__RCHP=NULL;
                }
              };
              /* __li__B__ __li__I__ */
if ((((void *)li__RCHP != (void *)NULL) && ((void *)li__RCHP->li__KSPK == (void *)li__FHBK))) {
                li__FHBK->li__2M.li__LJBK=(__li__K)(li__FHBK->li__2M.li__LJBK -  1);
                li__SW3P(((__li__LHBK *)li__RCHP),li__3AHP,(__li__K)((*(((__li__KI *)li__3AHP)->li__2OLE)).li__FPYE +  1),li__I__,'!');
                li__2MGV=li__RCHP->li__MHBK.li__0CC;
                li__0MGV=li__GKWR();
                li__1MGV=((__li__EDHP *)li__0MGV);
                li__1MGV->li__FDHP.li__0CC=li__2MGV;
                li__1MGV->li__JOXQ=li__WBHP;
                li__4MGV=((__li__3I3L *)li__WBHP);
                li__4MGV->li__YVHP=(__li__K)(li__4MGV->li__YVHP +  1);
                li__ANGV=((__li__KI *)li__3AHP);
                li__ENGV=(__li__K)((*(((__li__KI *)li__3AHP)->li__2OLE)).li__FPYE +  1);
                li__BNGV=((__li__TOLE *)li__ANGV->li__2OLE);
                li__FNGV=(__li__K)(li__ENGV -  1);
                ((void **)(*(li__BNGV)).li__S3VG)[li__FNGV]=li__0MGV;
              };
            };
            li__XIHP=(__li__K)(li__XIHP +  1);
          };
          li__FHBK->li__2M.li__GTPK= 1;
          li__FHBK->li__2M.li__1ZOI=li__EBHP;
        };
      };
    };
  };
  li__MLGV=li__K3ME(((__li__KI *)li__FHBK->li__2M.li__1ZOI));
  /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MLGV==NULL) {
    li__3AHP=NULL;
  } else {
    if (((struct ___OBJ *)li__MLGV)->__id==__li__KI__) {
      li__3AHP=((void *)li__MLGV);
    } else /* Other types */ {
      li__3AHP=NULL;
    }
  };
  li__FHBK->li__2M.li__1ZOI=li__3AHP;
  li__MUPK();
  li__NHBK=(__li__52B)(li__NHBK +  1);
  /* __li__B__ __li__I__ */
if ((((((li__2HBK ==  0) && (! li__I41D)) && (li__FHBK->li__2M.li__LIBK ==  0)) && (li__FHBK->li__01PI || ((__li__52B)(li__EJTE - li__HHBK) < ((__li__52B )li__GHBK)))) || (li__FHBK->li__2M.li__LJBK ==  1))) {
    li__PQPK=li__1YJM(li__FHBK);
    li__BKBK=(! li__PQPK);
  } else /* FALSE */ {
    li__BKBK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__BKBK) {
    li__PQPK=li__42UI(li__FHBK);
    li__BKBK=(! li__PQPK);
  } else /* FALSE */ {
    li__BKBK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__BKBK) {
    li__FHBK->li__2M.li__LIBK=(__li__QJG)(~ (__li__QJG)((__li__QJG)(~ li__FHBK->li__2M.li__LIBK) &  -2));
  };
  li__PQPK=li__42UI(li__FHBK);
  /* __li__B__ __li__I__ */
if (li__PQPK) {
    li__1NGV=((void **)(*(((__li__Z0IE *)li__FHBK->li__2M.li__PRSH))).li__WWWG)[ 0];
    li__BKBK=((void *)li__1NGV != (void *)NULL);
  } else /* FALSE */ {
    li__BKBK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__BKBK) {
    li__WMSJ=((void **)(*(((__li__Z0IE *)li__FHBK->li__2M.li__PRSH))).li__WWWG)[ 0];
    li__BKBK=(li__WMSJ->li__WTBD.li__LNME ==  0);
  } else /* FALSE */ {
    li__BKBK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__BKBK) {
    li__2NGV=((__li__Z0IE *)li__FHBK->li__2M.li__PRSH);
    ((void **)(*(li__2NGV)).li__WWWG)[ 0]=NULL;
  };
}

static void li__WZ0L(__li__UJSH *li__XZ0L,__li__K li__YZ0L)
/* (Strict PROFIL_BLOCK{li__UJSH},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__ZZ0L;
  __li__KI *li__ABEM,*li__JH4P,*li__QH4P,*li__SOHP,*li__AO0R;
  __li__K li__BBEM,li__COGV,li__TCEM,li__1XYP,li__NOGV,li__01NU;
  __li__K li__S54P,li__FPGV,li__CO0R,li__TBWU;
  void *li__HOGV,*li__SOGV,*li__0OGV,*li__JXMH;
  __li__IYBD *li__ICEM,*li__GI4P,*li__HH4P;
  __li__LHBK *li__EDEM,*li__3I4P;
  __li__O3B *li__0H4P,*li__1H4P;
  __li__PF *li__1OGV;
  __li__3I3L *li__CI4P,*li__NPOU;
  __li__PO li__ZN0R;
  __li__EDHP *li__3N0R,*li__LPOU;
  __li__C li__4BEM;
  __li__TOLE *li__GOGV,*li__ROGV,*li__4WMH,*li__SBWU;
  void **li__XOGV;
  li__XIKB=NULL;
  li__ZZ0L=li__EJTE;
  li__2HBK= 0;
  li__NHBK=(__li__52B)(li__NHBK +  1);
  li__ABEM=NULL;
  li__BBEM= 0;
  /* __li__B__ __li__I__ */
if (((! li__I41D) && (li__XZ0L->li__VJSH.li__LIBK ==  2))) {
    li__COGV=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__XZ0L->li__VJSH.li__1ZOI)->li__2OLE))).li__FPYE +  1);
    li__4BEM=(li__COGV !=  0);
  } else /* FALSE */ {
    li__4BEM=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((li__4BEM && ((void *)li__XZ0L->li__VJSH.li__D2OI.li__TBSI == (void *)NULL))) {
    li__GOGV=((__li__TOLE *)((__li__KI *)li__XZ0L->li__VJSH.li__1ZOI)->li__2OLE);
    li__HOGV=((void **)(*(li__GOGV)).li__S3VG)[(*(li__GOGV)).li__FPYE];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__HOGV==NULL) {
      li__ICEM=NULL;
    } else {
      if (((struct ___OBJ *)li__HOGV)->__id==__li__IYBD__) {
        li__ICEM=((void *)li__HOGV);
      } else /* Other types */ {
        li__ICEM=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__ICEM != (void *)NULL)) {
      li__TCEM=(*(li__ICEM->li__KRPK)).li__QRPK;
      li__1XYP= 0;
      li__XOGV=(*(((__li__BRPK *)li__ICEM->li__KRPK))).li__HGEQ;
      while ((li__1XYP <= li__TCEM)) {
        li__ABEM=((__li__5QPK *)((void **)li__XOGV)[li__1XYP])->li__0RPK;
        li__NOGV=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__ABEM)->li__2OLE))).li__FPYE +  1);
        /* __li__B__ __li__I__ */
if ((li__NOGV !=  0)) {
          li__ROGV=((__li__TOLE *)((__li__KI *)li__ABEM)->li__2OLE);
          li__SOGV=((void **)(*(li__ROGV)).li__S3VG)[(*(li__ROGV)).li__FPYE];
          /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__SOGV==NULL) {
            li__EDEM=NULL;
          } else {
            if (((struct ___OBJ *)li__SOGV)->__id==__li__LHBK__) {
              li__EDEM=((void *)li__SOGV);
            } else /* Other types */ {
              li__EDEM=NULL;
            }
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__EDEM != (void *)NULL) && ((void *)li__EDEM->li__KSPK == (void *)li__XZ0L))) {
            li__BBEM=(__li__K)(li__BBEM +  1);
          };
        };
        li__1XYP=(__li__K)(li__1XYP +  1);
      };
      li__01NU=(__li__K)((*(((__li__BRPK *)li__ICEM->li__KRPK))).li__QRPK +  1);
      /* __li__B__ __li__I__ */
if ((li__BBEM == li__01NU)) {
        li__KBG((&__string_365));
        fputc((int)('\n'),stdout);
        exit(( 1));
        print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
      };
      /* __li__B__ __li__I__ */
if (((__li__K)(li__XZ0L->li__VJSH.li__GTPK -  1) == li__BBEM)) {
        /* __li__B__ __li__I__ */
if (((li__XZ0L->li__VJSH.li__LJBK == li__XZ0L->li__VJSH.li__GTPK) || (! ((void *)li__XZ0L->li__TSFK != (void *)NULL)))) {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__XZ0L->li__VJSH.li__LIBK= 0;
          li__JH4P=NULL;
          li__QH4P=li__R4HD(li__XZ0L->li__VJSH.li__1ZOI->li__NI.li__0CC);
          /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
            li__0OGV=((void **)(*(((__li__TOLE *)((__li__KI *)li__XZ0L->li__VJSH.li__1ZOI)->li__2OLE))).li__S3VG)[ 0];
            /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__0OGV==NULL) {
              li__0H4P=NULL;
            } else {
              if (((struct ___OBJ *)li__0OGV)->__id==__li__O3B__) {
                li__0H4P=((void *)li__0OGV);
              } else /* Other types */ {
                li__0H4P=NULL;
              }
            };
            li__1H4P=li__WNHP(((__li__O3B *)li__0H4P));
            li__SOHP=((__li__KI *)li__QH4P);
            li__P2VG(((__li__TOLE *)li__SOHP->li__2OLE),li__1H4P);
            li__WVRE(li__SOHP);
            ((__li__O3B *)li__0H4P)->li__C2ME=li__I__;
          };
          li__1OGV=li__VYLN();
          li__CI4P=li__GIHP(li__1OGV->li__SF.li__RF.li__0CC,li__XZ0L->li__VJSH.li__NZFD,li__XZ0L->li__VJSH.li__1ZOI);
          li__SOHP=((__li__KI *)li__QH4P);
          li__P2VG(((__li__TOLE *)li__SOHP->li__2OLE),li__CI4P);
          li__WVRE(li__SOHP);
          li__ROGV=((__li__TOLE *)((__li__KI *)li__XZ0L->li__VJSH.li__1ZOI)->li__2OLE);
          li__SOGV=((void **)(*(li__ROGV)).li__S3VG)[(*(li__ROGV)).li__FPYE];
          /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__SOGV==NULL) {
            li__GI4P=NULL;
          } else {
            if (((struct ___OBJ *)li__SOGV)->__id==__li__IYBD__) {
              li__GI4P=((void *)li__SOGV);
            } else /* Other types */ {
              li__GI4P=NULL;
            }
          };
          li__HH4P=li__GI4P;
          li__NOGV=(*(li__GI4P->li__KRPK)).li__QRPK;
          li__S54P= 0;
          while ((li__S54P <= li__NOGV)) {
            li__JH4P=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__HH4P->li__KRPK))).li__HGEQ)[li__S54P])->li__0RPK;
            li__FPGV=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__JH4P)->li__2OLE))).li__FPYE +  1);
            /* __li__B__ __li__I__ */
if ((li__FPGV !=  0)) {
              li__4WMH=((__li__TOLE *)((__li__KI *)li__JH4P)->li__2OLE);
              li__JXMH=((void **)(*(li__4WMH)).li__S3VG)[(*(li__4WMH)).li__FPYE];
              /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__JXMH==NULL) {
                li__3I4P=NULL;
              } else {
                if (((struct ___OBJ *)li__JXMH)->__id==__li__LHBK__) {
                  li__3I4P=((void *)li__JXMH);
                } else /* Other types */ {
                  li__3I4P=NULL;
                }
              };
              /* __li__B__ __li__I__ */
if ((((void *)li__3I4P != (void *)NULL) && ((void *)li__3I4P->li__KSPK == (void *)li__XZ0L))) {
                li__XZ0L->li__VJSH.li__LJBK=(__li__K)(li__XZ0L->li__VJSH.li__LJBK -  1);
                li__SW3P(((__li__LHBK *)li__3I4P),li__JH4P,(__li__K)((*(((__li__KI *)li__JH4P)->li__2OLE)).li__FPYE +  1),li__I__,'!');
                li__ZN0R=li__3I4P->li__MHBK.li__0CC;
                li__3N0R=li__GKWR();
                li__LPOU=((__li__EDHP *)li__3N0R);
                li__LPOU->li__FDHP.li__0CC=li__ZN0R;
                li__LPOU->li__JOXQ=li__CI4P;
                li__NPOU=((__li__3I3L *)li__CI4P);
                li__NPOU->li__YVHP=(__li__K)(li__NPOU->li__YVHP +  1);
                li__AO0R=((__li__KI *)li__JH4P);
                li__CO0R=(__li__K)((*(((__li__KI *)li__JH4P)->li__2OLE)).li__FPYE +  1);
                li__SBWU=((__li__TOLE *)li__AO0R->li__2OLE);
                li__TBWU=(__li__K)(li__CO0R -  1);
                ((void **)(*(li__SBWU)).li__S3VG)[li__TBWU]=li__3N0R;
              };
            };
            li__S54P=(__li__K)(li__S54P +  1);
          };
          li__XZ0L->li__VJSH.li__GTPK= 1;
          li__XZ0L->li__VJSH.li__1ZOI=li__QH4P;
        };
      };
    };
  };
  li__HOGV=li__K3ME(((__li__KI *)li__XZ0L->li__VJSH.li__1ZOI));
  /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__HOGV==NULL) {
    li__JH4P=NULL;
  } else {
    if (((struct ___OBJ *)li__HOGV)->__id==__li__KI__) {
      li__JH4P=((void *)li__HOGV);
    } else /* Other types */ {
      li__JH4P=NULL;
    }
  };
  li__XZ0L->li__VJSH.li__1ZOI=li__JH4P;
  li__MUPK();
  li__NHBK=(__li__52B)(li__NHBK +  1);
  /* __li__B__ __li__I__ */
if ((((((li__2HBK ==  0) && (! li__I41D)) && (li__XZ0L->li__VJSH.li__LIBK ==  0)) && (((void *)li__XZ0L->li__TSFK != (void *)NULL) || ((__li__52B)(li__EJTE - li__ZZ0L) < ((__li__52B )li__YZ0L)))) || (li__XZ0L->li__VJSH.li__LJBK ==  1))) {
    li__XZ0L->li__VJSH.li__LIBK=(__li__QJG)(~ (__li__QJG)((__li__QJG)(~ li__XZ0L->li__VJSH.li__LIBK) &  -2));
  };
}

static void li__TCPF(__li__QZC *li__UCPF,__li__K li__VCPF)
/* (Strict HASHED_DICTIONARY(TYPE,Strict STRING_CONSTANT){li__QZC},Expanded INTEGER{li__K}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__UDPF,li__BFPF;
  void **li__E2NU,**li__L2NU;
  __li__C li__0DPF;
  /* __li__B__ __li__I__ */
if ((li__VCPF == (__li__K)(li__UCPF->li__5PL +  1))) {
    li__UCPF->li__5PL=li__VCPF;
    li__UCPF->li__QMOF=li__UCPF->li__QMOF->li__DPL;
    li__E2NU=li__UCPF->li__MOL;
    while ((! ((void *)li__UCPF->li__QMOF != (void *)NULL))) {
      li__UDPF=(__li__K)(li__UCPF->li__SDPF +  1);
      li__UCPF->li__SDPF=li__UDPF;
      li__UCPF->li__QMOF=((void **)li__E2NU)[li__UDPF];
    };
    li__0DPF=li__B__;
  } else /* FALSE */ {
    li__0DPF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! (li__0DPF || (li__VCPF == li__UCPF->li__5PL)))) {
    /* __li__B__ __li__I__ */
if ((li__VCPF ==  1)) {
      li__UCPF->li__5PL= 1;
      li__UCPF->li__SDPF= 0;
      li__UCPF->li__QMOF=((void **)li__UCPF->li__MOL)[ 0];
      li__L2NU=li__UCPF->li__MOL;
      while ((! ((void *)li__UCPF->li__QMOF != (void *)NULL))) {
        li__BFPF=(__li__K)(li__UCPF->li__SDPF +  1);
        li__UCPF->li__SDPF=li__BFPF;
        li__UCPF->li__QMOF=((void **)li__L2NU)[li__BFPF];
      };
    } else /* FALSE */ {
      li__TCPF(li__UCPF, 1);
      while ((li__UCPF->li__5PL != li__VCPF)) {
        li__TCPF(li__UCPF,(__li__K)(li__UCPF->li__5PL +  1));
      };
    };
  };
}

static __li__K li__QUKJ(__li__DZB *li__RUKJ)
/* (Strict SLOT_DATA{li__DZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__TUKJ,li__SUKJ;
  li__TUKJ= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__RUKJ->li__LZB->li__0FJG == (void *)NULL)) {
    li__TUKJ= 1;
  };
  li__SUKJ=li__TUKJ;
  return(li__SUKJ);
}

static __li__K li__3UKJ(__li__QWEC *li__4UKJ)
/* (Strict SLOT_CODE{li__QWEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__AVKJ,li__5UKJ;
  li__AVKJ= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__4UKJ->li__RWEC->li__0FJG == (void *)NULL)) {
    li__AVKJ= 1;
  };
  li__5UKJ=li__AVKJ;
  return(li__5UKJ);
}

static __li__ULSB* li__QXVG(__li__DZB *li__RXVG)
/* (Strict SLOT_DATA{li__DZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__TXVG,*li__1XVG,*li__SXVG;
  void *li__UJCH;
  li__TXVG=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__RXVG->li__LZB != (void *)NULL)) {
    li__UJCH=li__RXVG->li__LZB->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UJCH)->__id==__li__IZB__) {
      li__1XVG=((__li__IZB *)li__UJCH)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__1XVG=((__li__4HAD *)li__UJCH)->li__5HAD.li__WLSB;
    };
    li__TXVG=li__1XVG;
  } else /* FALSE */ {
    li__1XVG=li__XZZC((&__string_32));
    li__TXVG=li__1XVG;
  };
  li__SXVG=li__TXVG;
  return(li__SXVG);
}

static __li__U* li__CBMN()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__FBMN;
  __li__U *li__GBMN,*li__EBMN;
  li__FBMN=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__FBMN)->__id) {
  case __li__IF__: {
    li__GBMN=((__li__IF *)li__FBMN)->li__QGQB;
  } break;
  case __li__ORB__: {
    li__GBMN=(&__string_1);
  } break;
  case __li__QRB__: {
    li__GBMN=(&__string_2);
  } break;
  case __li__SRB__: {
    li__GBMN=(&__string_51);
  } break;
  case __li__URB__: {
    li__GBMN=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__GBMN=((__li__GSZ *)li__FBMN)->li__HSZ.li__QGQB;
  } break;
  case __li__1RRF__: {
    li__GBMN=li__UFSI();
  } break;
  case __li__UJSH__: {
    li__GBMN=((__li__UJSH *)li__FBMN)->li__VJSH.li__NZFD;
  } break;
  };
  li__EBMN=li__GBMN;
  return(li__EBMN);
}

static __li__DZB* li__KLYJ(__li__DZB *li__LLYJ)
/* (Strict SLOT_DATA{li__DZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__ZP3J,*li__UQ3J,*li__YPGV;
  void *li__PJ4J;
  void *li__2P3J;
  __li__UL2B *li__4P3J,*li__0P3J;
  __li__K li__4BTU,li__E35J;
  void *li__SQ3J,*li__4PGV;
  void *li__TQ3J;
  __li__DZB *li__XQ3J,*li__3LYJ,*li__MLYJ;
  __li__HZB *li__ZLYJ;
  __li__URB *li__0LYJ;
  __li__MZB *li__HQ3J,*li__VQ3J;
  __li__CRB *li__3PGV;
  /* __li__B__ __li__I__ */
if (((void *)li__LLYJ->li__LZB->li__0FJG == (void *)NULL)) {
    li__ZP3J=NULL;
    li__PJ4J=li__LLYJ->li__LZB->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PJ4J)->__id==__li__IZB__) {
      li__2P3J=((__li__IZB *)li__PJ4J)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__2P3J=((__li__4HAD *)li__PJ4J)->li__5HAD.li__NMSB;
    };
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__2P3J==NULL) {
      li__4P3J=NULL;
    } else {
      if (((struct ___OBJ *)li__2P3J)->__id==__li__UL2B__) {
        li__4P3J=((void *)li__2P3J);
      } else /* Other types */ {
        li__4P3J=NULL;
      }
    };
    li__0P3J=li__4P3J;
    /* __li__B__ __li__I__ */
if (((void *)li__4P3J != (void *)NULL)) {
      li__4BTU=(__li__K)((*(((__li__CRB *)((__li__UL2B *)li__4P3J)->li__GX5B))).li__5QZ +  1);
      li__HQ3J=li__HQE((__li__K)(li__4BTU -  1));
      li__LLYJ->li__LZB->li__SBQG=li__HQ3J;
      li__4BTU=(__li__K)((*(((__li__UL2B *)li__4P3J)->li__GX5B)).li__5QZ -  1);
      li__E35J= 0;
      while ((li__E35J <= li__4BTU)) {
        li__SQ3J=((void **)(*(((__li__CRB *)((__li__UL2B *)li__0P3J)->li__GX5B))).li__V1BD)[li__E35J];
        li__TQ3J=li__YPYI(li__LLYJ);
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__SQ3J)->__id) {
        case __li__WRB__: {
          li__UQ3J=li__0VSG(((__li__WRB *)li__SQ3J),li__TQ3J);
        } break;
        case __li__XRB__: {
          li__UQ3J=li__OXSG(((__li__XRB *)((__li__WRB *)li__SQ3J)),li__TQ3J);
        } break;
        case __li__KUB__: {
          li__UQ3J=li__CZSG(((__li__KUB *)((__li__WRB *)li__SQ3J)),li__TQ3J);
        } break;
        case __li__VB1__: {
          li__UQ3J=li__H1SG(((__li__VB1 *)((__li__WRB *)li__SQ3J)),li__TQ3J);
        } break;
        case __li__4O2B__: {
          li__YPGV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__SQ3J)),li__TQ3J);
          li__UQ3J=li__YPGV;
        } break;
        };
        li__ZP3J=li__UQ3J;
        li__VQ3J=li__LLYJ->li__LZB->li__SBQG;
        li__XQ3J=li__D5QG(li__LLYJ->li__LZB,li__UQ3J);
        li__0IUG(((__li__MZB *)li__VQ3J),li__XQ3J);
        li__E35J=(__li__K)(li__E35J +  1);
      };
      li__3PGV=((__li__CRB *)((__li__UL2B *)li__4P3J)->li__GX5B);
      li__4PGV=((void **)(*(li__3PGV)).li__V1BD)[(*(li__3PGV)).li__5QZ];
      li__2P3J=li__YPYI(li__LLYJ);
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__4PGV)->__id) {
      case __li__WRB__: {
        li__UQ3J=li__0VSG(((__li__WRB *)li__4PGV),li__2P3J);
      } break;
      case __li__XRB__: {
        li__UQ3J=li__OXSG(((__li__XRB *)((__li__WRB *)li__4PGV)),li__2P3J);
      } break;
      case __li__KUB__: {
        li__UQ3J=li__CZSG(((__li__KUB *)((__li__WRB *)li__4PGV)),li__2P3J);
      } break;
      case __li__VB1__: {
        li__UQ3J=li__H1SG(((__li__VB1 *)((__li__WRB *)li__4PGV)),li__2P3J);
      } break;
      case __li__4O2B__: {
        li__YPGV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__4PGV)),li__2P3J);
        li__UQ3J=li__YPGV;
      } break;
      };
      li__ZP3J=li__UQ3J;
    } else /* FALSE */ {
      li__2P3J=li__LLYJ->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2P3J)->__id==__li__IZB__) {
        li__SQ3J=((__li__IZB *)li__2P3J)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__SQ3J=((__li__4HAD *)li__2P3J)->li__5HAD.li__NMSB;
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__SQ3J==NULL) {
        li__TQ3J=NULL;
      } else {
        switch (((struct ___OBJ *)li__SQ3J)->__id) {
        case __li__WRB__: {
          li__TQ3J=((void *)li__SQ3J);
        } break;
        case __li__XRB__: {
          li__TQ3J=((void *)li__SQ3J);
        } break;
        case __li__KUB__: {
          li__TQ3J=((void *)li__SQ3J);
        } break;
        case __li__VB1__: {
          li__TQ3J=((void *)li__SQ3J);
        } break;
        case __li__UL2B__: {
          li__TQ3J=NULL;
        } break;
        case __li__4O2B__: {
          li__TQ3J=((void *)li__SQ3J);
        } break;
        }
      };
      li__2P3J=li__YPYI(li__LLYJ);
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__TQ3J)->__id) {
      case __li__WRB__: {
        li__UQ3J=li__0VSG(((__li__WRB *)li__TQ3J),li__2P3J);
      } break;
      case __li__XRB__: {
        li__UQ3J=li__OXSG(((__li__XRB *)((__li__WRB *)li__TQ3J)),li__2P3J);
      } break;
      case __li__KUB__: {
        li__UQ3J=li__CZSG(((__li__KUB *)((__li__WRB *)li__TQ3J)),li__2P3J);
      } break;
      case __li__VB1__: {
        li__UQ3J=li__H1SG(((__li__VB1 *)((__li__WRB *)li__TQ3J)),li__2P3J);
      } break;
      case __li__4O2B__: {
        li__YPGV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__TQ3J)),li__2P3J);
        li__UQ3J=li__YPGV;
      } break;
      };
      li__ZP3J=li__UQ3J;
    };
    li__XQ3J=li__D5QG(li__LLYJ->li__LZB,li__ZP3J);
    li__LLYJ->li__LZB->li__0FJG=li__XQ3J;
    /* __li__B__ __li__I__ */
if (((void *)li__LLYJ->li__LZB->li__Y5KI == (void *)NULL)) {
      li__ZLYJ=li__LLYJ->li__LZB;
      li__0LYJ=li__FB5J( 1);
      li__3LYJ=li__D5QG(li__ZLYJ,li__0LYJ->li__VRB.li__J0C);
      li__LLYJ->li__LZB->li__Y5KI=li__3LYJ;
      li__HC5J(((__li__DZB *)li__LLYJ->li__LZB->li__Y5KI));
    };
  };
  li__MLYJ=li__LLYJ->li__LZB->li__0FJG;
  return(li__MLYJ);
}

static __li__DZB* li__FMYJ(__li__QWEC *li__GMYJ)
/* (Strict SLOT_CODE{li__QWEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__XR3J,*li__SS3J,*li__JQGV;
  void *li__5J4J;
  void *li__0R3J;
  __li__UL2B *li__2R3J,*li__YR3J;
  __li__K li__WIOU,li__S45J;
  void *li__QS3J,*li__MQGV;
  void *li__RS3J;
  __li__DZB *li__VS3J,*li__YMYJ,*li__HMYJ;
  __li__HZB *li__UMYJ;
  __li__URB *li__VMYJ;
  __li__MZB *li__FS3J,*li__TS3J;
  __li__CRB *li__LQGV;
  /* __li__B__ __li__I__ */
if (((void *)li__GMYJ->li__RWEC->li__0FJG == (void *)NULL)) {
    li__XR3J=NULL;
    li__5J4J=li__GMYJ->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5J4J)->__id==__li__IZB__) {
      li__0R3J=((__li__IZB *)li__5J4J)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__0R3J=((__li__4HAD *)li__5J4J)->li__5HAD.li__NMSB;
    };
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__0R3J==NULL) {
      li__2R3J=NULL;
    } else {
      if (((struct ___OBJ *)li__0R3J)->__id==__li__UL2B__) {
        li__2R3J=((void *)li__0R3J);
      } else /* Other types */ {
        li__2R3J=NULL;
      }
    };
    li__YR3J=li__2R3J;
    /* __li__B__ __li__I__ */
if (((void *)li__2R3J != (void *)NULL)) {
      li__WIOU=(__li__K)((*(((__li__CRB *)((__li__UL2B *)li__2R3J)->li__GX5B))).li__5QZ +  1);
      li__FS3J=li__HQE((__li__K)(li__WIOU -  1));
      li__GMYJ->li__RWEC->li__SBQG=li__FS3J;
      li__WIOU=(__li__K)((*(((__li__UL2B *)li__2R3J)->li__GX5B)).li__5QZ -  1);
      li__S45J= 0;
      while ((li__S45J <= li__WIOU)) {
        li__QS3J=((void **)(*(((__li__CRB *)((__li__UL2B *)li__YR3J)->li__GX5B))).li__V1BD)[li__S45J];
        li__RS3J=li__GMYJ->li__RWEC->li__LFJG;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__QS3J)->__id) {
        case __li__WRB__: {
          li__SS3J=li__0VSG(((__li__WRB *)li__QS3J),li__RS3J);
        } break;
        case __li__XRB__: {
          li__SS3J=li__OXSG(((__li__XRB *)((__li__WRB *)li__QS3J)),li__RS3J);
        } break;
        case __li__KUB__: {
          li__SS3J=li__CZSG(((__li__KUB *)((__li__WRB *)li__QS3J)),li__RS3J);
        } break;
        case __li__VB1__: {
          li__SS3J=li__H1SG(((__li__VB1 *)((__li__WRB *)li__QS3J)),li__RS3J);
        } break;
        case __li__4O2B__: {
          li__JQGV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__QS3J)),li__RS3J);
          li__SS3J=li__JQGV;
        } break;
        };
        li__XR3J=li__SS3J;
        li__TS3J=li__GMYJ->li__RWEC->li__SBQG;
        li__VS3J=li__D5QG(li__GMYJ->li__RWEC,li__SS3J);
        li__0IUG(((__li__MZB *)li__TS3J),li__VS3J);
        li__S45J=(__li__K)(li__S45J +  1);
      };
      li__LQGV=((__li__CRB *)((__li__UL2B *)li__2R3J)->li__GX5B);
      li__MQGV=((void **)(*(li__LQGV)).li__V1BD)[(*(li__LQGV)).li__5QZ];
      li__0R3J=li__GMYJ->li__RWEC->li__LFJG;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__MQGV)->__id) {
      case __li__WRB__: {
        li__SS3J=li__0VSG(((__li__WRB *)li__MQGV),li__0R3J);
      } break;
      case __li__XRB__: {
        li__SS3J=li__OXSG(((__li__XRB *)((__li__WRB *)li__MQGV)),li__0R3J);
      } break;
      case __li__KUB__: {
        li__SS3J=li__CZSG(((__li__KUB *)((__li__WRB *)li__MQGV)),li__0R3J);
      } break;
      case __li__VB1__: {
        li__SS3J=li__H1SG(((__li__VB1 *)((__li__WRB *)li__MQGV)),li__0R3J);
      } break;
      case __li__4O2B__: {
        li__JQGV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__MQGV)),li__0R3J);
        li__SS3J=li__JQGV;
      } break;
      };
      li__XR3J=li__SS3J;
    } else /* FALSE */ {
      li__0R3J=li__GMYJ->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0R3J)->__id==__li__IZB__) {
        li__QS3J=((__li__IZB *)li__0R3J)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__QS3J=((__li__4HAD *)li__0R3J)->li__5HAD.li__NMSB;
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__QS3J==NULL) {
        li__RS3J=NULL;
      } else {
        switch (((struct ___OBJ *)li__QS3J)->__id) {
        case __li__WRB__: {
          li__RS3J=((void *)li__QS3J);
        } break;
        case __li__XRB__: {
          li__RS3J=((void *)li__QS3J);
        } break;
        case __li__KUB__: {
          li__RS3J=((void *)li__QS3J);
        } break;
        case __li__VB1__: {
          li__RS3J=((void *)li__QS3J);
        } break;
        case __li__UL2B__: {
          li__RS3J=NULL;
        } break;
        case __li__4O2B__: {
          li__RS3J=((void *)li__QS3J);
        } break;
        }
      };
      li__0R3J=li__GMYJ->li__RWEC->li__LFJG;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__RS3J)->__id) {
      case __li__WRB__: {
        li__SS3J=li__0VSG(((__li__WRB *)li__RS3J),li__0R3J);
      } break;
      case __li__XRB__: {
        li__SS3J=li__OXSG(((__li__XRB *)((__li__WRB *)li__RS3J)),li__0R3J);
      } break;
      case __li__KUB__: {
        li__SS3J=li__CZSG(((__li__KUB *)((__li__WRB *)li__RS3J)),li__0R3J);
      } break;
      case __li__VB1__: {
        li__SS3J=li__H1SG(((__li__VB1 *)((__li__WRB *)li__RS3J)),li__0R3J);
      } break;
      case __li__4O2B__: {
        li__JQGV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__RS3J)),li__0R3J);
        li__SS3J=li__JQGV;
      } break;
      };
      li__XR3J=li__SS3J;
    };
    li__VS3J=li__D5QG(li__GMYJ->li__RWEC,li__XR3J);
    li__GMYJ->li__RWEC->li__0FJG=li__VS3J;
    /* __li__B__ __li__I__ */
if (((void *)li__GMYJ->li__RWEC->li__Y5KI == (void *)NULL)) {
      li__UMYJ=li__GMYJ->li__RWEC;
      li__VMYJ=li__FB5J( 1);
      li__YMYJ=li__D5QG(li__UMYJ,li__VMYJ->li__VRB.li__J0C);
      li__GMYJ->li__RWEC->li__Y5KI=li__YMYJ;
      li__HC5J(((__li__DZB *)li__GMYJ->li__RWEC->li__Y5KI));
    };
  };
  li__HMYJ=li__GMYJ->li__RWEC->li__0FJG;
  return(li__HMYJ);
}

static void li__MHPF(__li__SKGB *li__NHPF,__li__K li__OHPF)
/* (Strict HASHED_DICTIONARY(TYPE_GENERIC,Strict STRING_CONSTANT){li__SKGB},Expanded INTEGER{li__K}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NIPF,li__0JPF;
  void **li__B0QU,**li__I0QU;
  __li__C li__TIPF;
  /* __li__B__ __li__I__ */
if ((li__OHPF == (__li__K)(li__NHPF->li__ZSDD +  1))) {
    li__NHPF->li__ZSDD=li__OHPF;
    li__NHPF->li__5MOF=li__NHPF->li__5MOF->li__M3CD;
    li__B0QU=li__NHPF->li__V2CD;
    while ((! ((void *)li__NHPF->li__5MOF != (void *)NULL))) {
      li__NIPF=(__li__K)(li__NHPF->li__LIPF +  1);
      li__NHPF->li__LIPF=li__NIPF;
      li__NHPF->li__5MOF=((void **)li__B0QU)[li__NIPF];
    };
    li__TIPF=li__B__;
  } else /* FALSE */ {
    li__TIPF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! (li__TIPF || (li__OHPF == li__NHPF->li__ZSDD)))) {
    /* __li__B__ __li__I__ */
if ((li__OHPF ==  1)) {
      li__NHPF->li__ZSDD= 1;
      li__NHPF->li__LIPF= 0;
      li__NHPF->li__5MOF=((void **)li__NHPF->li__V2CD)[ 0];
      li__I0QU=li__NHPF->li__V2CD;
      while ((! ((void *)li__NHPF->li__5MOF != (void *)NULL))) {
        li__0JPF=(__li__K)(li__NHPF->li__LIPF +  1);
        li__NHPF->li__LIPF=li__0JPF;
        li__NHPF->li__5MOF=((void **)li__I0QU)[li__0JPF];
      };
    } else /* FALSE */ {
      li__MHPF(li__NHPF, 1);
      while ((li__NHPF->li__ZSDD != li__OHPF)) {
        li__MHPF(li__NHPF,(__li__K)(li__NHPF->li__ZSDD +  1));
      };
    };
  };
}

static void li__53SE(__li__KI *li__A4SE,__li__BC *li__B4SE)
/* (Strict LIST{li__KI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__F4SE,li__H5ZE,li__DA0E,li__ORLF;
  void *li__3ZVU;
  __li__O3B *li__ASMI;
  __li__KLWI *li__WQGV;
  __li__ULWI *li__YQGV;
  __li__MSWI *li__0QGV;
  __li__PB *li__KRLF,*li__CENF;
  li__SRX(((__li__BC *)li__B4SE),'(');
  li__SRX(((__li__BC *)li__B4SE),'\n');
  li__JAZ(((__li__BC *)li__FI),(&__string_192));
  li__F4SE=(__li__K)((*(li__A4SE->li__2OLE)).li__FPYE +  1);
  li__H5ZE= 1;
  while ((li__H5ZE <= li__F4SE)) {
    li__1CZ(((__li__BC *)li__B4SE),li__FI);
    li__3ZVU=((void **)(*(((__li__TOLE *)li__A4SE->li__2OLE))).li__S3VG)[(__li__K)(li__H5ZE -  1)];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3ZVU)->__id) {
    case __li__KI__: {
      li__53SE(((__li__KI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__WK__: {
      li__UNBK(((__li__WK *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__T0B__: {
      li__JAZ(((__li__BC *)li__B4SE),(&__string_366));
    } break;
    case __li__O3B__: {
      li__ASMI=((__li__O3B *)li__3ZVU);
      li__JAZ(((__li__BC *)li__B4SE),(&__string_367));
      li__JAZ(((__li__BC *)li__B4SE),li__ASMI->li__B2ME->li__WTBD.li__GRNE);
      li__SRX(((__li__BC *)li__B4SE),')');
    } break;
    case __li__AVBD__: {
      li__FSMI(((__li__AVBD *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__KVBD__: {
      li__RAHJ(((__li__KVBD *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__WVBD__: {
      li__NUMI(((__li__WVBD *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__IYBD__: {
      li__UGRO(((__li__IYBD *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__ODID__: {
      li__SUMI(((__li__ODID *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__OWRE__: {
      li__JAZ(((__li__BC *)li__B4SE),(&__string_368));
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__KTVI__: {
      li__ROBK(((__li__KTVI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__LTVI__: {
      li__Z30L(((__li__LTVI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__XTVI__: {
      li__1OBK(((__li__XTVI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__YTVI__: {
      li__A40L(((__li__YTVI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__S2VI__: {
      li__CPBK(((__li__S2VI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__E3VI__: {
      li__NPBK(((__li__E3VI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__KLWI__: {
      li__WQGV=((__li__KLWI *)((__li__O3B *)li__3ZVU));
      li__JAZ(((__li__BC *)li__B4SE),(&__string_369));
      li__H40L(((__li__KMFK *)li__WQGV->li__ZPBK),li__B4SE);
      li__SRX(((__li__BC *)li__B4SE),')');
    } break;
    case __li__ULWI__: {
      li__YQGV=((__li__ULWI *)((__li__O3B *)li__3ZVU));
      li__JAZ(((__li__BC *)li__B4SE),(&__string_370));
      li__4MYI(((__li__5RB *)li__YQGV->li__4PBK),li__B4SE);
      li__SRX(((__li__BC *)li__B4SE),')');
    } break;
    case __li__NMWI__: {
      li__AQBK(((__li__NMWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__BNWI__: {
      li__JQBK(((__li__BNWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__XNWI__: {
      li__SQBK(((__li__XNWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__LOWI__: {
      li__ZQBK(((__li__LOWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__5OWI__: {
      li__ARBK(((__li__5OWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__TPWI__: {
      li__HRBK(((__li__TPWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__HQWI__: {
      li__ORBK(((__li__HQWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__ARWI__: {
      li__VRBK(((__li__ARWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__URWI__: {
      li__4RBK(((__li__URWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__MSWI__: {
      li__0QGV=((__li__MSWI *)((__li__O3B *)li__3ZVU));
      li__JAZ(((__li__BC *)li__B4SE),(&__string_371));
      li__4MYI(((__li__5RB *)li__0QGV->li__ISBK),li__B4SE);
      li__SRX(((__li__BC *)li__B4SE),')');
    } break;
    case __li__ETWI__: {
      li__KSBK(((__li__ETWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__MZWI__: {
      li__ZSBK(((__li__MZWI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__C0WI__: {
      li__5SBK(((__li__C0WI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__M1WI__: {
      li__JS2K(((__li__M1WI *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__RLKJ__: {
      li__ETBK(((__li__RLKJ *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__5LKJ__: {
      li__ZTBK(((__li__5LKJ *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__LHBK__: {
      li__PRHP(((__li__LHBK *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__KMFK__: {
      li__H40L(((__li__KMFK *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__XOHL__: {
      li__3AMN(((__li__XOHL *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__FPHL__: {
      li__K43L(((__li__FPHL *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__DFNL__: {
      li__P40L(((__li__DFNL *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__3I3L__: {
      li__4SHP(((__li__3I3L *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__APLM__: {
      li__J2BQ(((__li__APLM *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__DTNM__: {
      li__SARO(((__li__DTNM *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__JXNM__: {
      li__CU3R(((__li__JXNM *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__2PLO__: {
      li__GTHP(((__li__2PLO *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__21LO__: {
      li__ZJKP(((__li__21LO *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__TPOO__: {
      li__4JKP(((__li__TPOO *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__URRO__: {
      li__NF4R(((__li__URRO *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__41XO__: {
      li__S2BQ(((__li__41XO *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__EDHP__: {
      li__VIXR(((__li__EDHP *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__CJ1P__: {
      li__020Q(((__li__CJ1P *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__EN1P__: {
      li__JAZ(((__li__BC *)li__B4SE),(&__string_372));
    } break;
    case __li__AKBR__: {
      li__HVCS(((__li__AKBR *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__SU5R__: {
      li__YLIS(((__li__SU5R *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    case __li__JV5R__: {
      li__BMIS(((__li__JV5R *)((__li__O3B *)li__3ZVU)),li__B4SE);
    } break;
    };
    li__SRX(((__li__BC *)li__B4SE),'\n');
    li__H5ZE=(__li__K)(li__H5ZE +  1);
  };
  li__WBZ(((__li__BC *)li__FI), 2);
  li__1CZ(((__li__BC *)li__B4SE),li__FI);
  li__SRX(((__li__BC *)li__B4SE),')');
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__B4SE),(&__string_26));
    li__KRLF=&(li__A4SE->li__NI.li__KC);
    /* 0 1 */
if (li__KRLF->li__VRLF==0) {
      li__DA0E=li__KRLF->li__URLF;
    } else /* ___TYPE_ID */ {
      li__ORLF=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__CENF=&(li__A4SE->li__NI.li__KC);
      li__CENF->li__URLF=li__ORLF;
      li__CENF->li__VRLF=0;
      li__DA0E=li__ORLF;
    };
    li__B0E(li__DA0E,li__B4SE);
    li__JAZ(((__li__BC *)li__B4SE),(&__string_24));
  };
}

static void li__BWPM(__li__1M *li__CWPM,__li__BC *li__DWPM)
/* (Strict PROFIL_SLOT{li__1M},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__EWPM;
  void *li__5HBN,*li__2RGN;
  __li__ULSB *li__NI0M,*li__WI0M;
  __li__K li__EXPM,li__LJ0M;
  __li__VTBD *li__LXPM;
  __li__BC *li__BCTU;
  __li__C li__1I0M;
  li__EWPM=NULL;
  li__5HBN=li__CWPM->li__AZOI->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5HBN)->__id==__li__IZB__) {
    li__NI0M=((__li__IZB *)li__5HBN)->li__WLSB;
  } else /* ITM_SLOT_OPERATOR */ {
    li__NI0M=((__li__4HAD *)li__5HBN)->li__5HAD.li__WLSB;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__NI0M)->li__XNKE != (void *)(&__string_31))) {
    li__2RGN=li__CWPM->li__AZOI->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2RGN)->__id==__li__IZB__) {
      li__WI0M=((__li__IZB *)li__2RGN)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__WI0M=((__li__4HAD *)li__2RGN)->li__5HAD.li__WLSB;
    };
    li__1I0M=((void *)((__li__ULSB *)li__WI0M)->li__XNKE != (void *)(&__string_36));
  } else /* FALSE */ {
    li__1I0M=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__1I0M) {
    li__JAZ(((__li__BC *)li__DWPM),(&__string_373));
  };
  /* __li__B__ __li__I__ */
if (((void *)li__CWPM->li__2M.li__D2OI.li__TBSI == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__DWPM),(&__string_374));
  } else /* FALSE */ {
    li__EWPM=li__CWPM->li__2M.li__D2OI.li__TBSI->li__WTBD.li__0RNE;
    li__DN0G(((__li__5RB *)li__EWPM),li__DWPM);
    li__DO0G(((__li__5RB *)li__EWPM),li__DWPM);
    li__SRX(((__li__BC *)li__DWPM),' ');
  };
  li__JAZ(((__li__BC *)li__DWPM),li__CWPM->li__2M.li__NZFD);
  li__SRX(((__li__BC *)li__DWPM),'(');
  li__EXPM=(*(li__CWPM->li__2M.li__PRSH)).li__4BPE;
  li__LJ0M= 0;
  while ((li__LJ0M <= li__EXPM)) {
    li__LXPM=((void **)(*(((__li__Z0IE *)li__CWPM->li__2M.li__PRSH))).li__WWWG)[li__LJ0M];
    /* __li__B__ __li__I__ */
if (((void *)li__LXPM != (void *)NULL)) {
      li__S5HN(li__LXPM,li__I__,li__DWPM);
      li__SRX(((__li__BC *)li__DWPM),',');
    };
    li__LJ0M=(__li__K)(li__LJ0M +  1);
  };
  li__EXPM=li__004I(&(li__CWPM->li__2M.li__D2OI));
  li__LJ0M= 1;
  while ((li__LJ0M <= li__EXPM)) {
    li__LXPM=li__WOTL(&(li__CWPM->li__2M.li__D2OI),li__LJ0M);
    ((__li__VTBD *)li__LXPM)->li__ERNE=li__B__;
    li__S5HN(li__LXPM,li__B__,li__DWPM);
    li__SRX(((__li__BC *)li__DWPM),',');
    li__LJ0M=(__li__K)(li__LJ0M +  1);
  };
  li__BCTU=((__li__BC *)li__DWPM);
  /* __li__B__ __li__I__ */
if ((((__li__3 *)li__BCTU->li__CUN)[(__li__K)(li__BCTU->li__NK -  1)] == ',')) {
    li__WBZ(((__li__BC *)li__DWPM), 1);
  };
  li__SRX(((__li__BC *)li__DWPM),')');
}

static __li__K li__004I(__li__B2OI *li__104I)
/* (Expanded SLIM_ARRAY(LOCAL){li__B2OI}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__304I,li__FQOU,li__204I;
  __li__C li__G14I;
  __li__AB li__N14I;
  __li__AB li__U14I;
  li__304I= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__104I->li__TBSI == (void *)NULL)) {
    li__304I=(__li__K)(-  1);
    li__G14I=li__B__;
  } else /* FALSE */ {
    li__G14I=li__I__;
  };
  li__N14I.self=li__104I;
  li__U14I.self=li__104I;
  /* __li__B__ __li__I__ */
if ((! li__G14I)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__B2OI *)li__N14I.self)->li__OZ2I != (void *)NULL)) {
      li__FQOU=(__li__K)((*(((__li__Z0IE *)((__li__B2OI *)li__U14I.self)->li__OZ2I))).li__4BPE +  1);
      li__304I=li__FQOU;
    };
  };
  li__204I=li__304I;
  return(li__204I);
}

static void li__2YPM(__li__UJSH *li__3YPM,__li__BC *li__4YPM)
/* (Strict PROFIL_BLOCK{li__UJSH},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__HZPM;
  __li__5RB *li__EL0M;
  __li__K li__EM0M,li__VJBN;
  __li__VTBD *li__LM0M;
  __li__BC *li__R30;
  /* __li__B__ __li__I__ */
if (((void *)li__3YPM->li__TSFK != (void *)NULL)) {
    li__HZPM=li__3YPM->li__VJSH.li__1ZOI->li__NI.li__0CC;
    li__K4E( 2,(&__string_375));
    li__V5E(li__HZPM);
    li__ODF();
  };
  li__EL0M=NULL;
  li__JAZ(((__li__BC *)li__4YPM),(&__string_373));
  /* __li__B__ __li__I__ */
if (((void *)li__3YPM->li__VJSH.li__D2OI.li__TBSI == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__4YPM),(&__string_374));
  } else /* FALSE */ {
    li__EL0M=li__3YPM->li__VJSH.li__D2OI.li__TBSI->li__WTBD.li__0RNE;
    li__DN0G(((__li__5RB *)li__EL0M),li__4YPM);
    li__DO0G(((__li__5RB *)li__EL0M),li__4YPM);
    li__SRX(((__li__BC *)li__4YPM),' ');
  };
  li__JAZ(((__li__BC *)li__4YPM),li__3YPM->li__VJSH.li__NZFD);
  li__SRX(((__li__BC *)li__4YPM),'(');
  li__EM0M=(*(li__3YPM->li__VJSH.li__PRSH)).li__4BPE;
  li__VJBN= 0;
  while ((li__VJBN <= li__EM0M)) {
    li__LM0M=((void **)(*(((__li__Z0IE *)li__3YPM->li__VJSH.li__PRSH))).li__WWWG)[li__VJBN];
    /* __li__B__ __li__I__ */
if (((void *)li__LM0M != (void *)NULL)) {
      li__BYIN(li__LM0M,li__I__,li__4YPM);
      li__SRX(((__li__BC *)li__4YPM),',');
    };
    li__VJBN=(__li__K)(li__VJBN +  1);
  };
  li__EM0M=li__004I(&(li__3YPM->li__VJSH.li__D2OI));
  li__VJBN= 1;
  while ((li__VJBN <= li__EM0M)) {
    li__LM0M=li__WOTL(&(li__3YPM->li__VJSH.li__D2OI),li__VJBN);
    ((__li__VTBD *)li__LM0M)->li__ERNE=li__B__;
    li__BYIN(li__LM0M,li__B__,li__4YPM);
    li__SRX(((__li__BC *)li__4YPM),',');
    li__VJBN=(__li__K)(li__VJBN +  1);
  };
  li__R30=((__li__BC *)li__4YPM);
  /* __li__B__ __li__I__ */
if ((((__li__3 *)li__R30->li__CUN)[(__li__K)(li__R30->li__NK -  1)] == ',')) {
    li__WBZ(((__li__BC *)li__4YPM), 1);
  };
  li__SRX(((__li__BC *)li__4YPM),')');
}

static void li__T0IE(__li__KI *li__U0IE,__li__BC *li__V0IE)
/* (Strict LIST{li__KI},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__Y0IE,li__PMVE,li__QMVE;
  __li__BC *li__VEPE;
  void **li__DCTU;
  li__Y0IE=(__li__K)(li__V0IE->li__NK +  1);
  (*(((__li__Z0IE *)li__C1IE))).li__4BPE=(__li__K)(-  1);
  li__PMVE= 0;
  li__QMVE=(*(li__Q1IE)).li__J5OE;
  li__DCTU=(*(((__li__H1IE *)li__Q1IE))).li__L2VG;
  while ((li__PMVE <= li__QMVE)) {
    (*(((__li__Z0IE *)((void **)li__DCTU)[li__PMVE]))).li__4BPE=(__li__K)(-  1);
    li__PMVE=(__li__K)(li__PMVE +  1);
  };
  (*(((__li__Z0IE *)li__U5OE))).li__4BPE=(__li__K)(-  1);
  li__X5OE=(__li__K)(-  1);
  li__Y5OE= 0;
  li__Z5OE(li__U0IE,li__V0IE);
  ((__li__BC *)li__0C)->li__NK= 0;
  li__NBPE(((void **)(*(((__li__H1IE *)li__Q1IE))).li__L2VG)[ 3],li__0C);
  li__NBPE(((void **)(*(((__li__H1IE *)li__Q1IE))).li__L2VG)[ 2],li__0C);
  li__NBPE(((void **)(*(((__li__H1IE *)li__Q1IE))).li__L2VG)[ 1],li__0C);
  li__NBPE(((void **)(*(((__li__H1IE *)li__Q1IE))).li__L2VG)[ 0],li__0C);
  li__VEPE=((__li__BC *)li__V0IE);
  li__PMVE=li__VEPE->li__NK;
  li__QMVE=li__0C->li__NK;
  li__QPVE(li__VEPE,(__li__K)(li__PMVE + li__QMVE));
  /* __li__B__ __li__I__ */
if ((li__Y0IE <= li__PMVE)) {
    li__XDFF(((__li__3 *)li__VEPE->li__CUN),(__li__K)(li__Y0IE -  1),(__li__K)(li__PMVE -  1),li__QMVE);
  };
  li__XX2(((__li__3 *)li__VEPE->li__CUN),li__0C->li__CUN,(__li__K)(li__Y0IE -  1),li__QMVE);
}

static void li__1CZ(__li__BC *li__2CZ,__li__BC *li__3CZ)
/* (Strict STRING{li__BC},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__4CZ,li__IDZ,li__MMY;
  __li__CB li__QNY;
  __li__3 *li__XDZ;
  li__4CZ=li__3CZ->li__NK;
  li__IDZ=(__li__K)(li__2CZ->li__NK + li__4CZ);
  /* __li__B__ __li__I__ */
if ((li__2CZ->li__LUN < li__IDZ)) {
    /* __li__B__ __li__I__ */
if ((li__2CZ->li__LUN ==  0)) {
      li__2CZ->li__LUN=li__IDZ;
      li__XDZ=li__ZLY(li__IDZ);
      li__2CZ->li__CUN=li__XDZ;
    } else /* FALSE */ {
      li__XDZ=((__li__3 *)li__2CZ->li__CUN);
      li__MMY=li__2CZ->li__LUN;
      li__QNY=li__CUY(((__li__CB )li__XDZ),((__li__JJG )li__MMY),((__li__JJG )li__IDZ));
      li__XDZ=((__li__3 *)li__QNY);
      li__TS2(li__XDZ,li__MMY,(__li__K)(li__IDZ -  1));
      li__2CZ->li__CUN=li__XDZ;
      li__2CZ->li__LUN=li__IDZ;
    };
  };
  li__XX2(((__li__3 *)li__2CZ->li__CUN),li__3CZ->li__CUN,li__2CZ->li__NK,li__4CZ);
  li__2CZ->li__NK=li__IDZ;
}

static void li__C0PM(__li__1M *li__D0PM,__li__BC *li__E0PM)
/* (Strict PROFIL_SLOT{li__1M},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__JAZ(((__li__BC *)li__E0PM),(&__string_376));
  li__5PHM(li__D0PM,li__E0PM);
  /* __li__B__ __li__I__ */
if (((__li__QJG)(li__D0PM->li__2M.li__LIBK &  2) ==  0)) {
    li__JAZ(((__li__BC *)li__E0PM),(&__string_377));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__E0PM),(&__string_378));
  };
  /* __li__B__ __li__I__ */
if (((__li__QJG)(li__D0PM->li__2M.li__LIBK &  1) ==  0)) {
    li__JAZ(((__li__BC *)li__E0PM),(&__string_379));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__E0PM),(&__string_380));
  };
  /* __li__B__ __li__I__ */
if (li__D0PM->li__01PI) {
    li__JAZ(((__li__BC *)li__E0PM),(&__string_381));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__E0PM),(&__string_382));
  };
  li__JAZ(((__li__BC *)li__E0PM),(&__string_383));
}

static __li__C li__FTDF(__li__5RB *li__GTDF)
/* (Strict TYPE_FULL{li__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__OTDF;
  __li__U *li__PTDF;
  __li__PF *li__ECTU;
  __li__C li__STDF,li__HTDF;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(li__GTDF->li__BEM &  1) !=  0)) {
    li__OTDF=li__GTDF->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__OTDF)->__id) {
    case __li__IF__: {
      li__PTDF=((__li__IF *)li__OTDF)->li__TF->li__SEZB;
    } break;
    case __li__ORB__: {
      li__PTDF=((__li__ORB *)li__OTDF)->li__PRB.li__TF->li__SEZB;
    } break;
    case __li__QRB__: {
      li__PTDF=((__li__QRB *)li__OTDF)->li__RRB.li__TF->li__SEZB;
    } break;
    case __li__SRB__: {
      li__PTDF=(&__string_213);
    } break;
    case __li__URB__: {
      li__PTDF=((__li__URB *)li__OTDF)->li__VRB.li__TF->li__SEZB;
    } break;
    case __li__GSZ__: {
      li__PTDF=((__li__GSZ *)li__OTDF)->li__HSZ.li__TF->li__SEZB;
    } break;
    case __li__1RRF__: {
      li__ECTU=li__QLKI();
      li__PTDF=li__ECTU->li__SEZB;
    } break;
    case __li__UJSH__: {
      li__PTDF=li__CBMN();
    } break;
    };
    li__STDF=((void *)li__PTDF != (void *)NULL);
  } else /* FALSE */ {
    li__STDF=li__I__;
  };
  li__HTDF=li__STDF;
  return(li__HTDF);
}

static void li__S5HN(__li__VTBD *li__U5HN,__li__C li__V5HN,__li__BC *li__W5HN)
/* (Strict LOCAL{NULLxli__VTBD},Expanded BOOLEAN{li__Bxli__I},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__X5HN;
  li__X5HN=li__U5HN->li__WTBD.li__0RNE;
  li__DN0G(((__li__5RB *)li__X5HN),li__W5HN);
  li__SRX(((__li__BC *)li__W5HN),' ');
  li__DO0G(((__li__5RB *)li__X5HN),li__W5HN);
  /* __li__B__ __li__I__ */
if (li__V5HN) {
    li__SRX(((__li__BC *)li__W5HN),'*');
  };
  li__JAZ(((__li__BC *)li__W5HN),li__U5HN->li__WTBD.li__GRNE);
}

static void li__QYNO(__li__1M *li__RYNO,__li__BC *li__SYNO)
/* (Strict PROFIL_SLOT{li__1M},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__SRX(((__li__BC *)li__SYNO),'(');
  li__DN0G(((__li__5RB *)li__RYNO->li__2M.li__2NSH),li__SYNO);
  li__SRX(((__li__BC *)li__SYNO),' ');
  li__DO0G(((__li__5RB *)li__RYNO->li__2M.li__2NSH),li__SYNO);
  li__SRX(((__li__BC *)li__SYNO),')');
}

static void li__DN0G(__li__5RB *li__EN0G,__li__BC *li__FN0G)
/* (Strict TYPE_FULL{li__5RB},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__MN0G,*li__0N0G;
  __li__IF *li__RMIH,*li__BRGV;
  __li__ORB *li__LNIH,*li__DRGV;
  __li__QRB *li__FOIH,*li__FRGV;
  __li__SRB *li__5OIH,*li__HRGV;
  __li__GSZ *li__UQIH;
  __li__U *li__5QGV,*li__RDMN;
  __li__UJSH *li__KRGV;
  __li__C li__ON0G;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(li__EN0G->li__BEM &  1) !=  0)) {
    li__MN0G=li__EN0G->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__MN0G)->__id) {
    case __li__IF__: {
      li__RMIH=((__li__IF *)li__MN0G);
      li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
      li__JAZ(((__li__BC *)li__FN0G),li__RMIH->li__QGQB);
      li__PIMH(li__RMIH);
    } break;
    case __li__ORB__: {
      li__LNIH=((__li__ORB *)((__li__IF *)li__MN0G));
      li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
      li__JAZ(((__li__BC *)li__FN0G),(&__string_1));
      li__FKMH(li__LNIH);
    } break;
    case __li__QRB__: {
      li__FOIH=((__li__QRB *)((__li__IF *)li__MN0G));
      li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
      li__JAZ(((__li__BC *)li__FN0G),(&__string_2));
      li__1LMH(li__FOIH);
    } break;
    case __li__SRB__: {
      li__5OIH=((__li__SRB *)((__li__IF *)li__MN0G));
      li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
      li__JAZ(((__li__BC *)li__FN0G),(&__string_51));
      li__RNMH(li__5OIH);
    } break;
    case __li__URB__: {
      li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
      li__JAZ(((__li__BC *)li__FN0G),(&__string_53));
    } break;
    case __li__GSZ__: {
      li__UQIH=((__li__GSZ *)((__li__IF *)li__MN0G));
      li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
      li__JAZ(((__li__BC *)li__FN0G),li__UQIH->li__HSZ.li__QGQB);
      li__RPMH(li__UQIH);
    } break;
    case __li__1RRF__: {
      li__EUNI(((__li__1RRF *)((__li__IF *)li__MN0G)),li__FN0G);
    } break;
    case __li__UJSH__: {
      li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
      li__5QGV=li__CBMN();
      li__JAZ(((__li__BC *)li__FN0G),li__5QGV);
    } break;
    };
    li__ON0G=li__B__;
  } else /* FALSE */ {
    li__ON0G=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__ON0G)) {
    /* __li__B__ __li__I__ */
if (((__li__F0C)(li__EN0G->li__BEM &  4) !=  0)) {
      li__0N0G=li__EN0G->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0N0G)->__id) {
      case __li__IF__: {
        li__BRGV=((__li__IF *)li__0N0G);
        li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
        li__JAZ(((__li__BC *)li__FN0G),li__BRGV->li__QGQB);
        li__PIMH(li__BRGV);
      } break;
      case __li__ORB__: {
        li__DRGV=((__li__ORB *)((__li__IF *)li__0N0G));
        li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
        li__JAZ(((__li__BC *)li__FN0G),(&__string_1));
        li__FKMH(li__DRGV);
      } break;
      case __li__QRB__: {
        li__FRGV=((__li__QRB *)((__li__IF *)li__0N0G));
        li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
        li__JAZ(((__li__BC *)li__FN0G),(&__string_2));
        li__1LMH(li__FRGV);
      } break;
      case __li__SRB__: {
        li__HRGV=((__li__SRB *)((__li__IF *)li__0N0G));
        li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
        li__JAZ(((__li__BC *)li__FN0G),(&__string_51));
        li__RNMH(li__HRGV);
      } break;
      case __li__URB__: {
        li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
        li__JAZ(((__li__BC *)li__FN0G),(&__string_53));
      } break;
      case __li__GSZ__: {
        li__H34H(((__li__GSZ *)((__li__IF *)li__0N0G)),li__FN0G);
      } break;
      case __li__1RRF__: {
        li__HAPI(((__li__1RRF *)((__li__IF *)li__0N0G)),li__FN0G);
      } break;
      case __li__UJSH__: {
        li__KRGV=((__li__UJSH *)((__li__IF *)li__0N0G));
        li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
        li__JAZ(((__li__BC *)li__FN0G),li__KRGV->li__VJSH.li__NZFD);
        li__GGON(li__KRGV);
      } break;
      };
    } else /* FALSE */ {
      li__0N0G=li__EN0G->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0N0G)->__id) {
      case __li__IF__: {
        li__JAZ(((__li__BC *)li__FN0G),(&__string_120));
      } break;
      case __li__ORB__: {
        li__JAZ(((__li__BC *)li__FN0G),(&__string_120));
      } break;
      case __li__QRB__: {
        li__JAZ(((__li__BC *)li__FN0G),(&__string_120));
      } break;
      case __li__SRB__: {
        li__JAZ(((__li__BC *)li__FN0G),(&__string_120));
      } break;
      case __li__URB__: {
        li__JAZ(((__li__BC *)li__FN0G),(&__string_384));
      } break;
      case __li__GSZ__: {
        li__JAZ(((__li__BC *)li__FN0G),(&__string_120));
      } break;
      case __li__1RRF__: {
        li__EUNI(((__li__1RRF *)((__li__IF *)li__0N0G)),li__FN0G);
      } break;
      case __li__UJSH__: {
        li__JAZ(((__li__BC *)li__FN0G),(&__string_123));
        li__RDMN=li__CBMN();
        li__JAZ(((__li__BC *)li__FN0G),li__RDMN);
      } break;
      };
    };
  };
}

static void li__DO0G(__li__5RB *li__EO0G,__li__BC *li__FO0G)
/* (Strict TYPE_FULL{li__5RB},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__WO0G;
  /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(li__EO0G->li__BEM &  1) !=  0)) || ((__li__F0C)(li__EO0G->li__BEM &  16) !=  0))) {
    li__WO0G=li__EO0G->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__WO0G)->__id) {
    case __li__IF__: {
      li__SRX(((__li__BC *)li__FO0G),'*');
    } break;
    case __li__ORB__: {
      li__SRX(((__li__BC *)li__FO0G),'*');
    } break;
    case __li__QRB__: {
      li__SRX(((__li__BC *)li__FO0G),'*');
    } break;
    case __li__SRB__: {
      li__SRX(((__li__BC *)li__FO0G),'*');
    } break;
    case __li__URB__:  break;
    case __li__GSZ__: {
      li__QUIH(((__li__GSZ *)((__li__IF *)li__WO0G)),li__FO0G);
    } break;
    case __li__1RRF__:  break;
    case __li__UJSH__:  break;
    };
  };
}

static void li__T2PM(__li__UJSH *li__U2PM,__li__BC *li__V2PM)
/* (Strict PROFIL_BLOCK{li__UJSH},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__JAZ(((__li__BC *)li__V2PM),(&__string_376));
  li__PRHM(li__U2PM,li__V2PM);
  /* __li__B__ __li__I__ */
if (((__li__QJG)(li__U2PM->li__VJSH.li__LIBK &  2) ==  0)) {
    li__JAZ(((__li__BC *)li__V2PM),(&__string_377));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__V2PM),(&__string_378));
  };
  /* __li__B__ __li__I__ */
if (((__li__QJG)(li__U2PM->li__VJSH.li__LIBK &  1) ==  0)) {
    li__JAZ(((__li__BC *)li__V2PM),(&__string_379));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__V2PM),(&__string_380));
  };
  /* __li__B__ __li__I__ */
if (((void *)li__U2PM->li__TSFK != (void *)NULL)) {
    li__JAZ(((__li__BC *)li__V2PM),(&__string_381));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__V2PM),(&__string_382));
  };
  li__JAZ(((__li__BC *)li__V2PM),(&__string_383));
}

static void li__BYIN(__li__VTBD *li__DYIN,__li__C li__EYIN,__li__BC *li__FYIN)
/* (Strict LOCAL{NULLxli__VTBD},Expanded BOOLEAN{li__Bxli__I},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__GYIN;
  li__GYIN=li__DYIN->li__WTBD.li__0RNE;
  li__DN0G(((__li__5RB *)li__GYIN),li__FYIN);
  li__SRX(((__li__BC *)li__FYIN),' ');
  li__DO0G(((__li__5RB *)li__GYIN),li__FYIN);
  /* __li__B__ __li__I__ */
if (li__EYIN) {
    li__SRX(((__li__BC *)li__FYIN),'*');
  };
  li__JAZ(((__li__BC *)li__FYIN),li__DYIN->li__WTBD.li__GRNE);
}

static void li__1YNO(__li__UJSH *li__2YNO,__li__BC *li__3YNO)
/* (Strict PROFIL_BLOCK{li__UJSH},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__SRX(((__li__BC *)li__3YNO),'(');
  li__DN0G(((__li__5RB *)li__2YNO->li__VJSH.li__2NSH),li__3YNO);
  li__SRX(((__li__BC *)li__3YNO),' ');
  li__DO0G(((__li__5RB *)li__2YNO->li__VJSH.li__2NSH),li__3YNO);
  li__SRX(((__li__BC *)li__3YNO),')');
}

static void li__ZLKI(__li__IF *li__0LKI)
/* (Strict TYPE{li__IF}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__2LKI,*li__ONKI;
  __li__DZB *li__HNKI;
  __li__U *li__SNKI,*li__COKI;
  li__2LKI=NULL;
  /* __li__B__ __li__I__ */
if ((((void *)li__0LKI->li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__0LKI->li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__0LKI->li__TF->li__SEZB == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__NE),(&__string_385));
    li__2LKI=li__0LKI;
    li__4KUM:
    {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2LKI)->__id) {
      case __li__IF__: {
        li__HNKI=((__li__IF *)li__2LKI)->li__QJXG;
      } break;
      case __li__ORB__: {
        li__HNKI=((__li__ORB *)li__2LKI)->li__PRB.li__QJXG;
      } break;
      case __li__QRB__: {
        li__HNKI=((__li__QRB *)li__2LKI)->li__RRB.li__QJXG;
      } break;
      case __li__SRB__: {
        li__HNKI=((__li__SRB *)li__2LKI)->li__TRB.li__QJXG;
      } break;
      case __li__URB__: {
        li__HNKI=((__li__URB *)li__2LKI)->li__VRB.li__QJXG;
      } break;
      case __li__GSZ__: {
        li__HNKI=((__li__GSZ *)li__2LKI)->li__HSZ.li__QJXG;
      } break;
      case __li__1RRF__: {
        li__HNKI=((__li__1RRF *)li__2LKI)->li__2RRF.li__QJXG;
      } break;
      case __li__UJSH__: {
        li__HNKI=((__li__UJSH *)li__2LKI)->li__WJSH.li__QJXG;
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__HNKI != (void *)NULL)) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2LKI)->__id) {
        case __li__IF__: {
          li__ONKI=((__li__5RB *)((__li__IF *)li__2LKI)->li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__ORB__: {
          li__ONKI=((__li__5RB *)((__li__ORB *)li__2LKI)->li__PRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__QRB__: {
          li__ONKI=((__li__5RB *)((__li__QRB *)li__2LKI)->li__RRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__SRB__: {
          li__ONKI=((__li__5RB *)((__li__SRB *)li__2LKI)->li__TRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__URB__: {
          li__ONKI=((__li__5RB *)((__li__URB *)li__2LKI)->li__VRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__GSZ__: {
          li__ONKI=((__li__5RB *)((__li__GSZ *)li__2LKI)->li__HSZ.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__1RRF__: {
          li__ONKI=((__li__5RB *)((__li__1RRF *)li__2LKI)->li__2RRF.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__UJSH__: {
          li__ONKI=((__li__5RB *)((__li__UJSH *)li__2LKI)->li__WJSH.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        };
        li__2LKI=li__ONKI;
        goto li__4KUM;
      };
    };
    li__JAZ(((__li__BC *)li__NE),(&__string_386));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2LKI)->__id) {
    case __li__IF__: {
      li__SNKI=((__li__IF *)li__2LKI)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__SNKI=(&__string_1);
    } break;
    case __li__QRB__: {
      li__SNKI=(&__string_2);
    } break;
    case __li__SRB__: {
      li__SNKI=(&__string_51);
    } break;
    case __li__URB__: {
      li__SNKI=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__SNKI=((__li__GSZ *)li__2LKI)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__SNKI=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__SNKI=((__li__UJSH *)li__2LKI)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__NE),li__SNKI);
    li__JAZ(((__li__BC *)li__NE),(&__string_387));
    li__JAZ(((__li__BC *)li__NE),(&__string_388));
    li__JAZ(((__li__BC *)li__NE),li__0LKI->li__QGQB);
    li__SRX(((__li__BC *)li__NE),';');
    /* __li__B__ __li__I__ */
if (((void *)li__0LKI->li__QJXG != (void *)NULL)) {
      li__JAZ(((__li__BC *)li__NE),(&__string_389));
      li__ONKI=((__li__5RB *)li__0LKI->li__QJXG->li__GZB.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ONKI)->__id) {
      case __li__IF__: {
        li__COKI=((__li__IF *)li__ONKI)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__COKI=(&__string_1);
      } break;
      case __li__QRB__: {
        li__COKI=(&__string_2);
      } break;
      case __li__SRB__: {
        li__COKI=(&__string_51);
      } break;
      case __li__URB__: {
        li__COKI=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__COKI=((__li__GSZ *)li__ONKI)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__COKI=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__COKI=((__li__UJSH *)li__ONKI)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__NE),li__COKI);
      li__JAZ(((__li__BC *)li__NE),(&__string_390));
    };
    li__SRX(((__li__BC *)li__NE),'\n');
  };
}

static void li__KOKI(__li__ORB *li__LOKI)
/* (Strict TYPE_NULL{li__ORB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__NOKI,*li__5PKI;
  __li__DZB *li__YPKI;
  __li__U *li__DQKI,*li__TQKI;
  li__NOKI=NULL;
  /* __li__B__ __li__I__ */
if ((((void *)li__LOKI->li__PRB.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__LOKI->li__PRB.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__LOKI->li__PRB.li__TF->li__SEZB == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__NE),(&__string_385));
    li__NOKI=li__LOKI;
    li__2LUM:
    {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__NOKI)->__id) {
      case __li__IF__: {
        li__YPKI=((__li__IF *)li__NOKI)->li__QJXG;
      } break;
      case __li__ORB__: {
        li__YPKI=((__li__ORB *)li__NOKI)->li__PRB.li__QJXG;
      } break;
      case __li__QRB__: {
        li__YPKI=((__li__QRB *)li__NOKI)->li__RRB.li__QJXG;
      } break;
      case __li__SRB__: {
        li__YPKI=((__li__SRB *)li__NOKI)->li__TRB.li__QJXG;
      } break;
      case __li__URB__: {
        li__YPKI=((__li__URB *)li__NOKI)->li__VRB.li__QJXG;
      } break;
      case __li__GSZ__: {
        li__YPKI=((__li__GSZ *)li__NOKI)->li__HSZ.li__QJXG;
      } break;
      case __li__1RRF__: {
        li__YPKI=((__li__1RRF *)li__NOKI)->li__2RRF.li__QJXG;
      } break;
      case __li__UJSH__: {
        li__YPKI=((__li__UJSH *)li__NOKI)->li__WJSH.li__QJXG;
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__YPKI != (void *)NULL)) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__NOKI)->__id) {
        case __li__IF__: {
          li__5PKI=((__li__5RB *)((__li__IF *)li__NOKI)->li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__ORB__: {
          li__5PKI=((__li__5RB *)((__li__ORB *)li__NOKI)->li__PRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__QRB__: {
          li__5PKI=((__li__5RB *)((__li__QRB *)li__NOKI)->li__RRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__SRB__: {
          li__5PKI=((__li__5RB *)((__li__SRB *)li__NOKI)->li__TRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__URB__: {
          li__5PKI=((__li__5RB *)((__li__URB *)li__NOKI)->li__VRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__GSZ__: {
          li__5PKI=((__li__5RB *)((__li__GSZ *)li__NOKI)->li__HSZ.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__1RRF__: {
          li__5PKI=((__li__5RB *)((__li__1RRF *)li__NOKI)->li__2RRF.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__UJSH__: {
          li__5PKI=((__li__5RB *)((__li__UJSH *)li__NOKI)->li__WJSH.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        };
        li__NOKI=li__5PKI;
        goto li__2LUM;
      };
    };
    li__JAZ(((__li__BC *)li__NE),(&__string_386));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__NOKI)->__id) {
    case __li__IF__: {
      li__DQKI=((__li__IF *)li__NOKI)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__DQKI=(&__string_1);
    } break;
    case __li__QRB__: {
      li__DQKI=(&__string_2);
    } break;
    case __li__SRB__: {
      li__DQKI=(&__string_51);
    } break;
    case __li__URB__: {
      li__DQKI=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__DQKI=((__li__GSZ *)li__NOKI)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__DQKI=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__DQKI=((__li__UJSH *)li__NOKI)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__NE),li__DQKI);
    li__JAZ(((__li__BC *)li__NE),(&__string_387));
    li__JAZ(((__li__BC *)li__NE),(&__string_388));
    li__JAZ(((__li__BC *)li__NE),(&__string_1));
    li__SRX(((__li__BC *)li__NE),';');
    /* __li__B__ __li__I__ */
if (((void *)li__LOKI->li__PRB.li__QJXG != (void *)NULL)) {
      li__JAZ(((__li__BC *)li__NE),(&__string_389));
      li__5PKI=((__li__5RB *)li__LOKI->li__PRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5PKI)->__id) {
      case __li__IF__: {
        li__TQKI=((__li__IF *)li__5PKI)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__TQKI=(&__string_1);
      } break;
      case __li__QRB__: {
        li__TQKI=(&__string_2);
      } break;
      case __li__SRB__: {
        li__TQKI=(&__string_51);
      } break;
      case __li__URB__: {
        li__TQKI=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__TQKI=((__li__GSZ *)li__5PKI)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__TQKI=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__TQKI=((__li__UJSH *)li__5PKI)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__NE),li__TQKI);
      li__JAZ(((__li__BC *)li__NE),(&__string_390));
    };
    li__SRX(((__li__BC *)li__NE),'\n');
  };
}

static void li__1QKI(__li__QRB *li__2QKI)
/* (Strict TYPE_VOID{li__QRB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__4QKI,*li__QSKI;
  __li__DZB *li__JSKI;
  __li__U *li__USKI,*li__ETKI;
  li__4QKI=NULL;
  /* __li__B__ __li__I__ */
if ((((void *)li__2QKI->li__RRB.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__2QKI->li__RRB.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__2QKI->li__RRB.li__TF->li__SEZB == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__NE),(&__string_385));
    li__4QKI=li__2QKI;
    li__CNUM:
    {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__4QKI)->__id) {
      case __li__IF__: {
        li__JSKI=((__li__IF *)li__4QKI)->li__QJXG;
      } break;
      case __li__ORB__: {
        li__JSKI=((__li__ORB *)li__4QKI)->li__PRB.li__QJXG;
      } break;
      case __li__QRB__: {
        li__JSKI=((__li__QRB *)li__4QKI)->li__RRB.li__QJXG;
      } break;
      case __li__SRB__: {
        li__JSKI=((__li__SRB *)li__4QKI)->li__TRB.li__QJXG;
      } break;
      case __li__URB__: {
        li__JSKI=((__li__URB *)li__4QKI)->li__VRB.li__QJXG;
      } break;
      case __li__GSZ__: {
        li__JSKI=((__li__GSZ *)li__4QKI)->li__HSZ.li__QJXG;
      } break;
      case __li__1RRF__: {
        li__JSKI=((__li__1RRF *)li__4QKI)->li__2RRF.li__QJXG;
      } break;
      case __li__UJSH__: {
        li__JSKI=((__li__UJSH *)li__4QKI)->li__WJSH.li__QJXG;
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__JSKI != (void *)NULL)) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__4QKI)->__id) {
        case __li__IF__: {
          li__QSKI=((__li__5RB *)((__li__IF *)li__4QKI)->li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__ORB__: {
          li__QSKI=((__li__5RB *)((__li__ORB *)li__4QKI)->li__PRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__QRB__: {
          li__QSKI=((__li__5RB *)((__li__QRB *)li__4QKI)->li__RRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__SRB__: {
          li__QSKI=((__li__5RB *)((__li__SRB *)li__4QKI)->li__TRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__URB__: {
          li__QSKI=((__li__5RB *)((__li__URB *)li__4QKI)->li__VRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__GSZ__: {
          li__QSKI=((__li__5RB *)((__li__GSZ *)li__4QKI)->li__HSZ.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__1RRF__: {
          li__QSKI=((__li__5RB *)((__li__1RRF *)li__4QKI)->li__2RRF.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__UJSH__: {
          li__QSKI=((__li__5RB *)((__li__UJSH *)li__4QKI)->li__WJSH.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        };
        li__4QKI=li__QSKI;
        goto li__CNUM;
      };
    };
    li__JAZ(((__li__BC *)li__NE),(&__string_386));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__4QKI)->__id) {
    case __li__IF__: {
      li__USKI=((__li__IF *)li__4QKI)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__USKI=(&__string_1);
    } break;
    case __li__QRB__: {
      li__USKI=(&__string_2);
    } break;
    case __li__SRB__: {
      li__USKI=(&__string_51);
    } break;
    case __li__URB__: {
      li__USKI=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__USKI=((__li__GSZ *)li__4QKI)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__USKI=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__USKI=((__li__UJSH *)li__4QKI)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__NE),li__USKI);
    li__JAZ(((__li__BC *)li__NE),(&__string_387));
    li__JAZ(((__li__BC *)li__NE),(&__string_388));
    li__JAZ(((__li__BC *)li__NE),(&__string_2));
    li__SRX(((__li__BC *)li__NE),';');
    /* __li__B__ __li__I__ */
if (((void *)li__2QKI->li__RRB.li__QJXG != (void *)NULL)) {
      li__JAZ(((__li__BC *)li__NE),(&__string_389));
      li__QSKI=((__li__5RB *)li__2QKI->li__RRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__QSKI)->__id) {
      case __li__IF__: {
        li__ETKI=((__li__IF *)li__QSKI)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__ETKI=(&__string_1);
      } break;
      case __li__QRB__: {
        li__ETKI=(&__string_2);
      } break;
      case __li__SRB__: {
        li__ETKI=(&__string_51);
      } break;
      case __li__URB__: {
        li__ETKI=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__ETKI=((__li__GSZ *)li__QSKI)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__ETKI=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__ETKI=((__li__UJSH *)li__QSKI)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__NE),li__ETKI);
      li__JAZ(((__li__BC *)li__NE),(&__string_390));
    };
    li__SRX(((__li__BC *)li__NE),'\n');
  };
}

static void li__MTKI(__li__SRB *li__NTKI)
/* (Strict TYPE_CONTEXT{li__SRB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__PTKI,*li__BVKI;
  __li__DZB *li__0UKI;
  __li__U *li__FVKI,*li__VVKI;
  li__PTKI=NULL;
  /* __li__B__ __li__I__ */
if ((((void *)li__NTKI->li__TRB.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__NTKI->li__TRB.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  /* __li__B__ __li__I__ */
if (((void *)(&__string_213) == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__NE),(&__string_385));
    li__PTKI=li__NTKI;
    li__IOUM:
    {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PTKI)->__id) {
      case __li__IF__: {
        li__0UKI=((__li__IF *)li__PTKI)->li__QJXG;
      } break;
      case __li__ORB__: {
        li__0UKI=((__li__ORB *)li__PTKI)->li__PRB.li__QJXG;
      } break;
      case __li__QRB__: {
        li__0UKI=((__li__QRB *)li__PTKI)->li__RRB.li__QJXG;
      } break;
      case __li__SRB__: {
        li__0UKI=((__li__SRB *)li__PTKI)->li__TRB.li__QJXG;
      } break;
      case __li__URB__: {
        li__0UKI=((__li__URB *)li__PTKI)->li__VRB.li__QJXG;
      } break;
      case __li__GSZ__: {
        li__0UKI=((__li__GSZ *)li__PTKI)->li__HSZ.li__QJXG;
      } break;
      case __li__1RRF__: {
        li__0UKI=((__li__1RRF *)li__PTKI)->li__2RRF.li__QJXG;
      } break;
      case __li__UJSH__: {
        li__0UKI=((__li__UJSH *)li__PTKI)->li__WJSH.li__QJXG;
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__0UKI != (void *)NULL)) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PTKI)->__id) {
        case __li__IF__: {
          li__BVKI=((__li__5RB *)((__li__IF *)li__PTKI)->li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__ORB__: {
          li__BVKI=((__li__5RB *)((__li__ORB *)li__PTKI)->li__PRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__QRB__: {
          li__BVKI=((__li__5RB *)((__li__QRB *)li__PTKI)->li__RRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__SRB__: {
          li__BVKI=((__li__5RB *)((__li__SRB *)li__PTKI)->li__TRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__URB__: {
          li__BVKI=((__li__5RB *)((__li__URB *)li__PTKI)->li__VRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__GSZ__: {
          li__BVKI=((__li__5RB *)((__li__GSZ *)li__PTKI)->li__HSZ.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__1RRF__: {
          li__BVKI=((__li__5RB *)((__li__1RRF *)li__PTKI)->li__2RRF.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__UJSH__: {
          li__BVKI=((__li__5RB *)((__li__UJSH *)li__PTKI)->li__WJSH.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        };
        li__PTKI=li__BVKI;
        goto li__IOUM;
      };
    };
    li__JAZ(((__li__BC *)li__NE),(&__string_386));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PTKI)->__id) {
    case __li__IF__: {
      li__FVKI=((__li__IF *)li__PTKI)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__FVKI=(&__string_1);
    } break;
    case __li__QRB__: {
      li__FVKI=(&__string_2);
    } break;
    case __li__SRB__: {
      li__FVKI=(&__string_51);
    } break;
    case __li__URB__: {
      li__FVKI=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__FVKI=((__li__GSZ *)li__PTKI)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__FVKI=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__FVKI=((__li__UJSH *)li__PTKI)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__NE),li__FVKI);
    li__JAZ(((__li__BC *)li__NE),(&__string_387));
    li__JAZ(((__li__BC *)li__NE),(&__string_388));
    li__JAZ(((__li__BC *)li__NE),(&__string_51));
    li__SRX(((__li__BC *)li__NE),';');
    /* __li__B__ __li__I__ */
if (((void *)li__NTKI->li__TRB.li__QJXG != (void *)NULL)) {
      li__JAZ(((__li__BC *)li__NE),(&__string_389));
      li__BVKI=((__li__5RB *)li__NTKI->li__TRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BVKI)->__id) {
      case __li__IF__: {
        li__VVKI=((__li__IF *)li__BVKI)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__VVKI=(&__string_1);
      } break;
      case __li__QRB__: {
        li__VVKI=(&__string_2);
      } break;
      case __li__SRB__: {
        li__VVKI=(&__string_51);
      } break;
      case __li__URB__: {
        li__VVKI=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__VVKI=((__li__GSZ *)li__BVKI)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__VVKI=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__VVKI=((__li__UJSH *)li__BVKI)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__NE),li__VVKI);
      li__JAZ(((__li__BC *)li__NE),(&__string_390));
    };
    li__SRX(((__li__BC *)li__NE),'\n');
  };
}

static void li__S3XI(__li__URB *li__T3XI)
/* (Strict TYPE_ID{li__URB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__V3XI,*li__H5XI;
  __li__DZB *li__A5XI;
  __li__U *li__L5XI,*li__15XI;
  li__V3XI=NULL;
  /* __li__B__ __li__I__ */
if ((((void *)li__T3XI->li__VRB.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__T3XI->li__VRB.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__T3XI->li__VRB.li__TF->li__SEZB == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__NE),(&__string_385));
    li__V3XI=li__T3XI;
    li__WQUM:
    {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__V3XI)->__id) {
      case __li__IF__: {
        li__A5XI=((__li__IF *)li__V3XI)->li__QJXG;
      } break;
      case __li__ORB__: {
        li__A5XI=((__li__ORB *)li__V3XI)->li__PRB.li__QJXG;
      } break;
      case __li__QRB__: {
        li__A5XI=((__li__QRB *)li__V3XI)->li__RRB.li__QJXG;
      } break;
      case __li__SRB__: {
        li__A5XI=((__li__SRB *)li__V3XI)->li__TRB.li__QJXG;
      } break;
      case __li__URB__: {
        li__A5XI=((__li__URB *)li__V3XI)->li__VRB.li__QJXG;
      } break;
      case __li__GSZ__: {
        li__A5XI=((__li__GSZ *)li__V3XI)->li__HSZ.li__QJXG;
      } break;
      case __li__1RRF__: {
        li__A5XI=((__li__1RRF *)li__V3XI)->li__2RRF.li__QJXG;
      } break;
      case __li__UJSH__: {
        li__A5XI=((__li__UJSH *)li__V3XI)->li__WJSH.li__QJXG;
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__A5XI != (void *)NULL)) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__V3XI)->__id) {
        case __li__IF__: {
          li__H5XI=((__li__5RB *)((__li__IF *)li__V3XI)->li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__ORB__: {
          li__H5XI=((__li__5RB *)((__li__ORB *)li__V3XI)->li__PRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__QRB__: {
          li__H5XI=((__li__5RB *)((__li__QRB *)li__V3XI)->li__RRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__SRB__: {
          li__H5XI=((__li__5RB *)((__li__SRB *)li__V3XI)->li__TRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__URB__: {
          li__H5XI=((__li__5RB *)((__li__URB *)li__V3XI)->li__VRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__GSZ__: {
          li__H5XI=((__li__5RB *)((__li__GSZ *)li__V3XI)->li__HSZ.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__1RRF__: {
          li__H5XI=((__li__5RB *)((__li__1RRF *)li__V3XI)->li__2RRF.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__UJSH__: {
          li__H5XI=((__li__5RB *)((__li__UJSH *)li__V3XI)->li__WJSH.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        };
        li__V3XI=li__H5XI;
        goto li__WQUM;
      };
    };
    li__JAZ(((__li__BC *)li__NE),(&__string_386));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__V3XI)->__id) {
    case __li__IF__: {
      li__L5XI=((__li__IF *)li__V3XI)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__L5XI=(&__string_1);
    } break;
    case __li__QRB__: {
      li__L5XI=(&__string_2);
    } break;
    case __li__SRB__: {
      li__L5XI=(&__string_51);
    } break;
    case __li__URB__: {
      li__L5XI=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__L5XI=((__li__GSZ *)li__V3XI)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__L5XI=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__L5XI=((__li__UJSH *)li__V3XI)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__NE),li__L5XI);
    li__JAZ(((__li__BC *)li__NE),(&__string_387));
    li__JAZ(((__li__BC *)li__NE),(&__string_388));
    li__JAZ(((__li__BC *)li__NE),(&__string_53));
    li__SRX(((__li__BC *)li__NE),';');
    /* __li__B__ __li__I__ */
if (((void *)li__T3XI->li__VRB.li__QJXG != (void *)NULL)) {
      li__JAZ(((__li__BC *)li__NE),(&__string_389));
      li__H5XI=((__li__5RB *)li__T3XI->li__VRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__H5XI)->__id) {
      case __li__IF__: {
        li__15XI=((__li__IF *)li__H5XI)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__15XI=(&__string_1);
      } break;
      case __li__QRB__: {
        li__15XI=(&__string_2);
      } break;
      case __li__SRB__: {
        li__15XI=(&__string_51);
      } break;
      case __li__URB__: {
        li__15XI=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__15XI=((__li__GSZ *)li__H5XI)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__15XI=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__15XI=((__li__UJSH *)li__H5XI)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__NE),li__15XI);
      li__JAZ(((__li__BC *)li__NE),(&__string_390));
    };
    li__SRX(((__li__BC *)li__NE),'\n');
  };
}

static void li__3VKI(__li__GSZ *li__4VKI)
/* (Strict TYPE_GENERIC{li__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__AWKI,*li__YWKI,*li__SXKI;
  __li__5RB *li__QRGV;
  __li__DZB *li__LXKI;
  __li__U *li__WXKI,*li__GYKI;
  __li__C li__0WKI;
  li__AWKI=NULL;
  /* __li__B__ __li__I__ */
if ((((void *)li__4VKI->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__4VKI->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
    li__QRGV=((void **)(*(((__li__3PZ *)li__4VKI->li__GGQB))).li__WNFC)[ 0];
    li__YWKI=((__li__5RB *)li__QRGV)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YWKI)->__id) {
    case __li__IF__: {
      li__ZLKI(((__li__IF *)li__YWKI));
    } break;
    case __li__ORB__: {
      li__KOKI(((__li__ORB *)li__YWKI));
    } break;
    case __li__QRB__: {
      li__1QKI(((__li__QRB *)li__YWKI));
    } break;
    case __li__SRB__: {
      li__MTKI(((__li__SRB *)li__YWKI));
    } break;
    case __li__URB__: {
      li__S3XI(((__li__URB *)li__YWKI));
    } break;
    case __li__GSZ__: {
      li__3VKI(((__li__GSZ *)li__YWKI));
    } break;
    case __li__1RRF__: {
      li__DAYI(((__li__1RRF *)li__YWKI));
    } break;
    case __li__UJSH__: {
      li__2YLN(((__li__UJSH *)li__YWKI));
    } break;
    };
    li__0WKI=li__B__;
  } else /* FALSE */ {
    li__0WKI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__0WKI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__4VKI->li__HSZ.li__TF->li__SEZB == (void *)NULL)) {
      li__JAZ(((__li__BC *)li__NE),(&__string_385));
      li__AWKI=li__4VKI;
      li__OPUM:
      {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__AWKI)->__id) {
        case __li__IF__: {
          li__LXKI=((__li__IF *)li__AWKI)->li__QJXG;
        } break;
        case __li__ORB__: {
          li__LXKI=((__li__ORB *)li__AWKI)->li__PRB.li__QJXG;
        } break;
        case __li__QRB__: {
          li__LXKI=((__li__QRB *)li__AWKI)->li__RRB.li__QJXG;
        } break;
        case __li__SRB__: {
          li__LXKI=((__li__SRB *)li__AWKI)->li__TRB.li__QJXG;
        } break;
        case __li__URB__: {
          li__LXKI=((__li__URB *)li__AWKI)->li__VRB.li__QJXG;
        } break;
        case __li__GSZ__: {
          li__LXKI=((__li__GSZ *)li__AWKI)->li__HSZ.li__QJXG;
        } break;
        case __li__1RRF__: {
          li__LXKI=((__li__1RRF *)li__AWKI)->li__2RRF.li__QJXG;
        } break;
        case __li__UJSH__: {
          li__LXKI=((__li__UJSH *)li__AWKI)->li__WJSH.li__QJXG;
        } break;
        };
        /* __li__B__ __li__I__ */
if (((void *)li__LXKI != (void *)NULL)) {
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__AWKI)->__id) {
          case __li__IF__: {
            li__SXKI=((__li__5RB *)((__li__IF *)li__AWKI)->li__QJXG->li__GZB.li__0RNE)->li__AEM;
          } break;
          case __li__ORB__: {
            li__SXKI=((__li__5RB *)((__li__ORB *)li__AWKI)->li__PRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
          } break;
          case __li__QRB__: {
            li__SXKI=((__li__5RB *)((__li__QRB *)li__AWKI)->li__RRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
          } break;
          case __li__SRB__: {
            li__SXKI=((__li__5RB *)((__li__SRB *)li__AWKI)->li__TRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
          } break;
          case __li__URB__: {
            li__SXKI=((__li__5RB *)((__li__URB *)li__AWKI)->li__VRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
          } break;
          case __li__GSZ__: {
            li__SXKI=((__li__5RB *)((__li__GSZ *)li__AWKI)->li__HSZ.li__QJXG->li__GZB.li__0RNE)->li__AEM;
          } break;
          case __li__1RRF__: {
            li__SXKI=((__li__5RB *)((__li__1RRF *)li__AWKI)->li__2RRF.li__QJXG->li__GZB.li__0RNE)->li__AEM;
          } break;
          case __li__UJSH__: {
            li__SXKI=((__li__5RB *)((__li__UJSH *)li__AWKI)->li__WJSH.li__QJXG->li__GZB.li__0RNE)->li__AEM;
          } break;
          };
          li__AWKI=li__SXKI;
          goto li__OPUM;
        };
      };
      li__JAZ(((__li__BC *)li__NE),(&__string_386));
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__AWKI)->__id) {
      case __li__IF__: {
        li__WXKI=((__li__IF *)li__AWKI)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__WXKI=(&__string_1);
      } break;
      case __li__QRB__: {
        li__WXKI=(&__string_2);
      } break;
      case __li__SRB__: {
        li__WXKI=(&__string_51);
      } break;
      case __li__URB__: {
        li__WXKI=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__WXKI=((__li__GSZ *)li__AWKI)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__WXKI=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__WXKI=((__li__UJSH *)li__AWKI)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__NE),li__WXKI);
      li__JAZ(((__li__BC *)li__NE),(&__string_387));
      li__JAZ(((__li__BC *)li__NE),(&__string_388));
      li__JAZ(((__li__BC *)li__NE),li__4VKI->li__HSZ.li__QGQB);
      li__SRX(((__li__BC *)li__NE),';');
      /* __li__B__ __li__I__ */
if (((void *)li__4VKI->li__HSZ.li__QJXG != (void *)NULL)) {
        li__JAZ(((__li__BC *)li__NE),(&__string_389));
        li__SXKI=((__li__5RB *)li__4VKI->li__HSZ.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__SXKI)->__id) {
        case __li__IF__: {
          li__GYKI=((__li__IF *)li__SXKI)->li__QGQB;
        } break;
        case __li__ORB__: {
          li__GYKI=(&__string_1);
        } break;
        case __li__QRB__: {
          li__GYKI=(&__string_2);
        } break;
        case __li__SRB__: {
          li__GYKI=(&__string_51);
        } break;
        case __li__URB__: {
          li__GYKI=(&__string_53);
        } break;
        case __li__GSZ__: {
          li__GYKI=((__li__GSZ *)li__SXKI)->li__HSZ.li__QGQB;
        } break;
        case __li__1RRF__: {
          li__GYKI=li__UFSI();
        } break;
        case __li__UJSH__: {
          li__GYKI=((__li__UJSH *)li__SXKI)->li__VJSH.li__NZFD;
        } break;
        };
        li__JAZ(((__li__BC *)li__NE),li__GYKI);
        li__JAZ(((__li__BC *)li__NE),(&__string_390));
      };
      li__SRX(((__li__BC *)li__NE),'\n');
    };
  };
}

static void li__DAYI(__li__1RRF *li__EAYI)
/* (Strict TYPE_BLOCK{li__1RRF}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__GAYI,*li__YBYI;
  __li__PF *li__HAYI,*li__PAYI;
  __li__DZB *li__RBYI;
  __li__U *li__2BYI,*li__MCYI;
  __li__C li__UAYI;
  li__GAYI=NULL;
  li__HAYI=li__QLKI();
  /* __li__B__ __li__I__ */
if (((void *)li__HAYI->li__SF.li__R2B == (void *)(&__string_44))) {
    li__UAYI=li__B__;
  } else /* FALSE */ {
    li__PAYI=li__QLKI();
    li__UAYI=((void *)li__PAYI->li__SF.li__R2B == (void *)(&__string_45));
  };
  /* __li__B__ __li__I__ */
if (li__UAYI) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  li__HAYI=li__QLKI();
  /* __li__B__ __li__I__ */
if (((void *)li__HAYI->li__SEZB == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__NE),(&__string_385));
    li__GAYI=li__EAYI;
    li__2RUM:
    {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GAYI)->__id) {
      case __li__IF__: {
        li__RBYI=((__li__IF *)li__GAYI)->li__QJXG;
      } break;
      case __li__ORB__: {
        li__RBYI=((__li__ORB *)li__GAYI)->li__PRB.li__QJXG;
      } break;
      case __li__QRB__: {
        li__RBYI=((__li__QRB *)li__GAYI)->li__RRB.li__QJXG;
      } break;
      case __li__SRB__: {
        li__RBYI=((__li__SRB *)li__GAYI)->li__TRB.li__QJXG;
      } break;
      case __li__URB__: {
        li__RBYI=((__li__URB *)li__GAYI)->li__VRB.li__QJXG;
      } break;
      case __li__GSZ__: {
        li__RBYI=((__li__GSZ *)li__GAYI)->li__HSZ.li__QJXG;
      } break;
      case __li__1RRF__: {
        li__RBYI=((__li__1RRF *)li__GAYI)->li__2RRF.li__QJXG;
      } break;
      case __li__UJSH__: {
        li__RBYI=((__li__UJSH *)li__GAYI)->li__WJSH.li__QJXG;
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__RBYI != (void *)NULL)) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GAYI)->__id) {
        case __li__IF__: {
          li__YBYI=((__li__5RB *)((__li__IF *)li__GAYI)->li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__ORB__: {
          li__YBYI=((__li__5RB *)((__li__ORB *)li__GAYI)->li__PRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__QRB__: {
          li__YBYI=((__li__5RB *)((__li__QRB *)li__GAYI)->li__RRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__SRB__: {
          li__YBYI=((__li__5RB *)((__li__SRB *)li__GAYI)->li__TRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__URB__: {
          li__YBYI=((__li__5RB *)((__li__URB *)li__GAYI)->li__VRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__GSZ__: {
          li__YBYI=((__li__5RB *)((__li__GSZ *)li__GAYI)->li__HSZ.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__1RRF__: {
          li__YBYI=((__li__5RB *)((__li__1RRF *)li__GAYI)->li__2RRF.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__UJSH__: {
          li__YBYI=((__li__5RB *)((__li__UJSH *)li__GAYI)->li__WJSH.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        };
        li__GAYI=li__YBYI;
        goto li__2RUM;
      };
    };
    li__JAZ(((__li__BC *)li__NE),(&__string_386));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GAYI)->__id) {
    case __li__IF__: {
      li__2BYI=((__li__IF *)li__GAYI)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__2BYI=(&__string_1);
    } break;
    case __li__QRB__: {
      li__2BYI=(&__string_2);
    } break;
    case __li__SRB__: {
      li__2BYI=(&__string_51);
    } break;
    case __li__URB__: {
      li__2BYI=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__2BYI=((__li__GSZ *)li__GAYI)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__2BYI=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__2BYI=((__li__UJSH *)li__GAYI)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__NE),li__2BYI);
    li__JAZ(((__li__BC *)li__NE),(&__string_387));
    li__JAZ(((__li__BC *)li__NE),(&__string_388));
    li__2BYI=li__UFSI();
    li__JAZ(((__li__BC *)li__NE),li__2BYI);
    li__SRX(((__li__BC *)li__NE),';');
    /* __li__B__ __li__I__ */
if (((void *)li__EAYI->li__2RRF.li__QJXG != (void *)NULL)) {
      li__JAZ(((__li__BC *)li__NE),(&__string_389));
      li__YBYI=((__li__5RB *)li__EAYI->li__2RRF.li__QJXG->li__GZB.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YBYI)->__id) {
      case __li__IF__: {
        li__MCYI=((__li__IF *)li__YBYI)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__MCYI=(&__string_1);
      } break;
      case __li__QRB__: {
        li__MCYI=(&__string_2);
      } break;
      case __li__SRB__: {
        li__MCYI=(&__string_51);
      } break;
      case __li__URB__: {
        li__MCYI=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__MCYI=((__li__GSZ *)li__YBYI)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__MCYI=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__MCYI=((__li__UJSH *)li__YBYI)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__NE),li__MCYI);
      li__JAZ(((__li__BC *)li__NE),(&__string_390));
    };
    li__SRX(((__li__BC *)li__NE),'\n');
  };
}

static void li__2YLN(__li__UJSH *li__3YLN)
/* (Strict PROFIL_BLOCK{li__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__5YLN,*li__R0LN;
  __li__PF *li__AZLN,*li__IZLN;
  __li__U *li__4ZLN,*li__V0LN,*li__F1LN;
  __li__DZB *li__K0LN;
  __li__C li__NZLN;
  li__5YLN=NULL;
  li__AZLN=li__VYLN();
  /* __li__B__ __li__I__ */
if (((void *)li__AZLN->li__SF.li__R2B == (void *)(&__string_44))) {
    li__NZLN=li__B__;
  } else /* FALSE */ {
    li__IZLN=li__VYLN();
    li__NZLN=((void *)li__IZLN->li__SF.li__R2B == (void *)(&__string_45));
  };
  /* __li__B__ __li__I__ */
if (li__NZLN) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  li__4ZLN=li__CBMN();
  /* __li__B__ __li__I__ */
if (((void *)li__4ZLN == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__NE),(&__string_385));
    li__5YLN=li__3YLN;
    li__TLWP:
    {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5YLN)->__id) {
      case __li__IF__: {
        li__K0LN=((__li__IF *)li__5YLN)->li__QJXG;
      } break;
      case __li__ORB__: {
        li__K0LN=((__li__ORB *)li__5YLN)->li__PRB.li__QJXG;
      } break;
      case __li__QRB__: {
        li__K0LN=((__li__QRB *)li__5YLN)->li__RRB.li__QJXG;
      } break;
      case __li__SRB__: {
        li__K0LN=((__li__SRB *)li__5YLN)->li__TRB.li__QJXG;
      } break;
      case __li__URB__: {
        li__K0LN=((__li__URB *)li__5YLN)->li__VRB.li__QJXG;
      } break;
      case __li__GSZ__: {
        li__K0LN=((__li__GSZ *)li__5YLN)->li__HSZ.li__QJXG;
      } break;
      case __li__1RRF__: {
        li__K0LN=((__li__1RRF *)li__5YLN)->li__2RRF.li__QJXG;
      } break;
      case __li__UJSH__: {
        li__K0LN=((__li__UJSH *)li__5YLN)->li__WJSH.li__QJXG;
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__K0LN != (void *)NULL)) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5YLN)->__id) {
        case __li__IF__: {
          li__R0LN=((__li__5RB *)((__li__IF *)li__5YLN)->li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__ORB__: {
          li__R0LN=((__li__5RB *)((__li__ORB *)li__5YLN)->li__PRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__QRB__: {
          li__R0LN=((__li__5RB *)((__li__QRB *)li__5YLN)->li__RRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__SRB__: {
          li__R0LN=((__li__5RB *)((__li__SRB *)li__5YLN)->li__TRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__URB__: {
          li__R0LN=((__li__5RB *)((__li__URB *)li__5YLN)->li__VRB.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__GSZ__: {
          li__R0LN=((__li__5RB *)((__li__GSZ *)li__5YLN)->li__HSZ.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__1RRF__: {
          li__R0LN=((__li__5RB *)((__li__1RRF *)li__5YLN)->li__2RRF.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        case __li__UJSH__: {
          li__R0LN=((__li__5RB *)((__li__UJSH *)li__5YLN)->li__WJSH.li__QJXG->li__GZB.li__0RNE)->li__AEM;
        } break;
        };
        li__5YLN=li__R0LN;
        goto li__TLWP;
      };
    };
    li__JAZ(((__li__BC *)li__NE),(&__string_386));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5YLN)->__id) {
    case __li__IF__: {
      li__V0LN=((__li__IF *)li__5YLN)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__V0LN=(&__string_1);
    } break;
    case __li__QRB__: {
      li__V0LN=(&__string_2);
    } break;
    case __li__SRB__: {
      li__V0LN=(&__string_51);
    } break;
    case __li__URB__: {
      li__V0LN=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__V0LN=((__li__GSZ *)li__5YLN)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__V0LN=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__V0LN=((__li__UJSH *)li__5YLN)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__NE),li__V0LN);
    li__JAZ(((__li__BC *)li__NE),(&__string_387));
    li__JAZ(((__li__BC *)li__NE),(&__string_388));
    li__JAZ(((__li__BC *)li__NE),li__3YLN->li__VJSH.li__NZFD);
    li__SRX(((__li__BC *)li__NE),';');
    /* __li__B__ __li__I__ */
if (((void *)li__3YLN->li__WJSH.li__QJXG != (void *)NULL)) {
      li__JAZ(((__li__BC *)li__NE),(&__string_389));
      li__R0LN=((__li__5RB *)li__3YLN->li__WJSH.li__QJXG->li__GZB.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__R0LN)->__id) {
      case __li__IF__: {
        li__F1LN=((__li__IF *)li__R0LN)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__F1LN=(&__string_1);
      } break;
      case __li__QRB__: {
        li__F1LN=(&__string_2);
      } break;
      case __li__SRB__: {
        li__F1LN=(&__string_51);
      } break;
      case __li__URB__: {
        li__F1LN=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__F1LN=((__li__GSZ *)li__R0LN)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__F1LN=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__F1LN=((__li__UJSH *)li__R0LN)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__NE),li__F1LN);
      li__JAZ(((__li__BC *)li__NE),(&__string_390));
    };
    li__SRX(((__li__BC *)li__NE),'\n');
  };
}

static void li__PYKI(__li__IF *li__QYKI)
/* (Strict TYPE{li__IF}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__SYKI,*li__LCTU,*li__F0KI;
  __li__PO li__TQYB,li__LCLI;
  __li__K li__4ZKI,li__2CYI,li__M0KI,li__D4LL,li__IS2J,li__JS2J;
  void *li__VAOJ;
  __li__DZB *li__B3KI,*li__P5KI,*li__ZCTU,*li__1CTU,*li__IILI;
  __li__MZB *li__TYKI,*li__P2KI,*li__Y2KI,*li__A3KI,*li__O5KI;
  __li__AB li__UYKI;
  __li__C li__E1QU,li__DZKI,li__P0KI,li__G1QU,li__RILI,li__UILI;
  __li__3 li__G0KI,li__PDLI;
  __li__AB li__O2KI;
  __li__AB li__24KI;
  li__SYKI=NULL;
  li__TYKI=NULL;
  li__UYKI.__id=0;
  li__E1QU=((*(((__li__ZZC *)li__QYKI->li__D0C))).li__VBM <  0);
  /* __li__B__ __li__I__ */
if (li__E1QU) {
    li__DZKI=li__B__;
  } else /* FALSE */ {
    li__LCTU=((void **)(*(((__li__ZZC *)li__QYKI->li__D0C))).li__RBM)[ 0];
    li__DZKI=((void *)li__LCTU != (void *)NULL);
  };
  /* __li__B__ __li__I__ */
if (li__DZKI) {
    /* __li__B__ __li__I__ */
if (li__QYKI->li__JZKI) {
      li__HEZ(((__li__BC *)li__0C),(&__string_391));
      li__JAZ(((__li__BC *)li__0C),li__QYKI->li__TF->li__SF.li__R2B);
      li__SRX(((__li__BC *)li__0C),'.');
      li__TQYB=li__QYKI->li__TF->li__SF.li__RF.li__0CC;
      li__K4E( 1,li__0C);
      li__V5E(li__TQYB);
      li__ODF();
    };
    li__QYKI->li__JZKI=li__B__;
    li__4ZKI=(*(li__QYKI->li__D0C)).li__VBM;
    li__2CYI= 0;
    while ((li__2CYI <= li__4ZKI)) {
      li__F0KI=((void **)(*(((__li__ZZC *)li__QYKI->li__D0C))).li__RBM)[li__2CYI];
      li__SYKI=li__F0KI;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
        li__G0KI=((__li__DZB *)li__F0KI)->li__GZB.li__FZB.li__DI1B;
      } else /* SLOT_CODE */ {
        li__VAOJ=((__li__QWEC *)li__F0KI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VAOJ)->__id==__li__IZB__) {
          li__G0KI=((__li__IZB *)li__VAOJ)->li__JZB.li__DI1B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__G0KI=((__li__4HAD *)li__VAOJ)->li__5HAD.li__JZB.li__DI1B;
        };
      };
      /* __li__B__ __li__I__ */
if ((li__G0KI == '+')) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
          li__M0KI=li__QUKJ(((__li__DZB *)li__F0KI));
        } else /* SLOT_CODE */ {
          li__M0KI=li__3UKJ(((__li__QWEC *)li__F0KI));
        };
        li__P0KI=(li__M0KI ==  0);
      } else /* FALSE */ {
        li__P0KI=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__P0KI) {
        li__O2KI.__id=12986;
        li__O2KI.self=li__QYKI;
        li__UYKI=li__O2KI;
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
          li__P2KI=((__li__DZB *)li__F0KI)->li__LZB->li__SBQG;
        } else /* SLOT_CODE */ {
          li__P2KI=((__li__QWEC *)li__F0KI)->li__RWEC->li__SBQG;
        };
        /* __li__B__ __li__I__ */
if (((void *)li__P2KI != (void *)NULL)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
          };
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
            li__Y2KI=((__li__DZB *)li__F0KI)->li__LZB->li__SBQG;
          } else /* SLOT_CODE */ {
            li__Y2KI=((__li__QWEC *)li__F0KI)->li__RWEC->li__SBQG;
          };
          li__M0KI= 0;
          li__D4LL=(*(li__Y2KI)).li__1ZB;
          while ((li__M0KI <= li__D4LL)) {
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SYKI)->__id==__li__DZB__) {
              li__A3KI=((__li__DZB *)li__SYKI)->li__LZB->li__SBQG;
            } else /* SLOT_CODE */ {
              li__A3KI=((__li__QWEC *)li__SYKI)->li__RWEC->li__SBQG;
            };
            li__B3KI=((void **)(*(((__li__MZB *)li__A3KI))).li__GR0)[li__M0KI];
            /* NULL 12986 12997 */
if (li__UYKI.__id==12986) {
              li__X0KI(((__li__IF *)li__UYKI.self),li__B3KI);
            } else /* li__G4KI */ {
              li__G4KI(((__li__IF *)li__UYKI.self),li__B3KI);
            };
            li__M0KI=(__li__K)(li__M0KI +  1);
          };
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
          li__B3KI=li__KLYJ(((__li__DZB *)li__F0KI));
        } else /* SLOT_CODE */ {
          li__B3KI=li__FMYJ(((__li__QWEC *)li__F0KI));
        };
        li__X0KI(li__QYKI,li__B3KI);
      };
      li__2CYI=(__li__K)(li__2CYI +  1);
    };
    li__4ZKI=(*(li__QYKI->li__D0C)).li__VBM;
    li__2CYI= 0;
    while ((li__2CYI <= li__4ZKI)) {
      li__F0KI=((void **)(*(((__li__ZZC *)li__QYKI->li__D0C))).li__RBM)[li__2CYI];
      li__SYKI=li__F0KI;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
        li__G0KI=((__li__DZB *)li__F0KI)->li__GZB.li__FZB.li__DI1B;
      } else /* SLOT_CODE */ {
        li__VAOJ=((__li__QWEC *)li__F0KI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VAOJ)->__id==__li__IZB__) {
          li__G0KI=((__li__IZB *)li__VAOJ)->li__JZB.li__DI1B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__G0KI=((__li__4HAD *)li__VAOJ)->li__5HAD.li__JZB.li__DI1B;
        };
      };
      /* __li__B__ __li__I__ */
if ((li__G0KI == '+')) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
          li__M0KI=li__QUKJ(((__li__DZB *)li__F0KI));
        } else /* SLOT_CODE */ {
          li__M0KI=li__3UKJ(((__li__QWEC *)li__F0KI));
        };
        /* __li__B__ __li__I__ */
if ((li__M0KI ==  0)) {
          li__24KI.__id=12997;
          li__24KI.self=li__QYKI;
          li__UYKI=li__24KI;
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
            li__Y2KI=((__li__DZB *)li__F0KI)->li__LZB->li__SBQG;
          } else /* SLOT_CODE */ {
            li__Y2KI=((__li__QWEC *)li__F0KI)->li__RWEC->li__SBQG;
          };
          /* __li__B__ __li__I__ */
if (((void *)li__Y2KI != (void *)NULL)) {
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
            };
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
              li__A3KI=((__li__DZB *)li__F0KI)->li__LZB->li__SBQG;
            } else /* SLOT_CODE */ {
              li__A3KI=((__li__QWEC *)li__F0KI)->li__RWEC->li__SBQG;
            };
            li__IS2J= 0;
            li__JS2J=(*(li__A3KI)).li__1ZB;
            while ((li__IS2J <= li__JS2J)) {
              /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SYKI)->__id==__li__DZB__) {
                li__O5KI=((__li__DZB *)li__SYKI)->li__LZB->li__SBQG;
              } else /* SLOT_CODE */ {
                li__O5KI=((__li__QWEC *)li__SYKI)->li__RWEC->li__SBQG;
              };
              li__P5KI=((void **)(*(((__li__MZB *)li__O5KI))).li__GR0)[li__IS2J];
              /* NULL 12986 12997 */
if (li__UYKI.__id==12986) {
                li__X0KI(((__li__IF *)li__UYKI.self),li__P5KI);
              } else /* li__G4KI */ {
                li__G4KI(((__li__IF *)li__UYKI.self),li__P5KI);
              };
              li__IS2J=(__li__K)(li__IS2J +  1);
            };
          };
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
            li__P5KI=li__KLYJ(((__li__DZB *)li__F0KI));
          } else /* SLOT_CODE */ {
            li__P5KI=li__FMYJ(((__li__QWEC *)li__F0KI));
          };
          li__G4KI(li__QYKI,li__P5KI);
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F0KI)->__id==__li__DZB__) {
          li__B3KI=((__li__DZB *)li__F0KI)->li__LZB->li__Y5KI;
        } else /* SLOT_CODE */ {
          li__B3KI=((__li__QWEC *)li__F0KI)->li__RWEC->li__Y5KI;
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__B3KI != (void *)NULL) && (li__B3KI->li__GZB.li__LNME >  0))) {
          li__SL1K(li__QYKI,li__B3KI);
        };
      };
      li__2CYI=(__li__K)(li__2CYI +  1);
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__QYKI->li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__QYKI->li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
      print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__QYKI->li__TF->li__SEZB != (void *)NULL)) {
        li__M0KI= 0;
        while ((li__M0KI <=  4)) {
          li__P2KI=((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[li__M0KI];
          li__TYKI=li__P2KI;
          li__G1QU=((*(((__li__MZB *)li__P2KI))).li__1ZB <  0);
          /* __li__B__ __li__I__ */
if ((! li__G1QU)) {
            li__ZCTU=((void **)(*(((__li__MZB *)li__P2KI))).li__GR0)[ 0];
            li__LCLI=li__ZCTU->li__GZB.li__FZB.li__RF.li__0CC;
            li__K4E( 1,(&__string_392));
            li__V5E(li__LCLI);
            li__ODF();
          };
          li__M0KI=(__li__K)(li__M0KI +  1);
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__QYKI->li__TF->li__SF.li__R2B == (void *)(&__string_48)) || ((void *)li__QYKI->li__TF->li__SF.li__R2B == (void *)(&__string_49)))) {
          li__JAZ(((__li__BC *)li__NE),(&__string_393));
          li__JAZ(((__li__BC *)li__NE),li__QYKI->li__QGQB);
          li__JAZ(((__li__BC *)li__NE),(&__string_394));
          /* __li__B__ __li__I__ */
if (((void *)li__QYKI->li__TF->li__SF.li__R2B == (void *)(&__string_48))) {
            li__PDLI='1';
          } else /* FALSE */ {
            li__PDLI='0';
          };
          li__SRX(((__li__BC *)li__NE),li__PDLI);
          li__SRX(((__li__BC *)li__NE),'\n');
        } else /* FALSE */ {
          li__I3OM(li__QYKI);
          /* __li__B__ __li__I__ */
if ((li__AWBD == li__QYKI->li__221G)) {
            li__1CTU=((void **)(*(((__li__MZB *)li__TYKI))).li__GR0)[ 0];
            li__LCLI=li__1CTU->li__GZB.li__FZB.li__RF.li__0CC;
            li__K4E( 1,(&__string_395));
            li__V5E(li__LCLI);
            li__ODF();
          };
        };
      } else /* FALSE */ {
        li__JAZ(((__li__BC *)li__NE),(&__string_376));
        li__JAZ(((__li__BC *)li__NE),li__QYKI->li__QGQB);
        li__JAZ(((__li__BC *)li__NE),(&__string_383));
        li__JAZ(((__li__BC *)li__NE),(&__string_396));
        li__JAZ(((__li__BC *)li__NE),li__QYKI->li__QGQB);
        li__JAZ(((__li__BC *)li__NE),(&__string_394));
        ((__li__BC *)li__0C)->li__NK= 0;
        /* __li__B__ __li__I__ */
if ((li__AWBD == li__QYKI->li__221G)) {
          li__B0E(li__JFLI,li__NE);
          li__JFLI=(__li__K)(li__JFLI +  1);
          /* __li__B__ __li__I__ */
if ((li__QYKI->li__TF->li__SF.li__DI1B != '-')) {
            li__JAZ(((__li__BC *)li__0C),(&__string_397));
          };
          /* __li__B__ __li__I__ */
if (li__QYKI->li__TF->li__QXEC) {
            li__LCLI=li__QYKI->li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,(&__string_398));
            li__V5E(li__LCLI);
            li__ODF();
          };
        } else /* FALSE */ {
          li__B0E(li__FJ,li__NE);
          li__FJ=(__li__K)(li__FJ +  1);
        };
        li__SRX(((__li__BC *)li__NE),'\n');
        /* __li__B__ __li__I__ */
if ((li__QYKI->li__TF->li__SF.li__DI1B == '-')) {
          li__JAZ(((__li__BC *)li__0C),(&__string_399));
          /* __li__B__ __li__I__ */
if ((li__QYKI->li__BHLI !=  0)) {
            li__D4LL= 1;
            li__IS2J=li__QYKI->li__BHLI;
            while ((li__D4LL <= li__IS2J)) {
              li__JAZ(((__li__BC *)li__0C),(&__string_400));
              li__B0E((__li__K)(li__D4LL -  1),li__0C);
              li__JAZ(((__li__BC *)li__0C),(&__string_222));
              li__D4LL=(__li__K)(li__D4LL +  1);
            };
          };
        };
        li__M0KI= 4;
        while ((li__M0KI >=  0)) {
          li__P2KI=((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[li__M0KI];
          li__TYKI=li__P2KI;
          li__D4LL=(*(li__P2KI)).li__1ZB;
          li__IS2J= 0;
          while ((li__IS2J <= li__D4LL)) {
            li__IILI=((void **)(*(((__li__MZB *)li__TYKI))).li__GR0)[li__IS2J];
            /* __li__B__ __li__I__ */
if (li__QYKI->li__TF->li__QXEC) {
              li__RILI=li__FTDF(((__li__5RB *)li__IILI->li__GZB.li__0RNE));
              li__UILI=li__RILI;
            } else /* FALSE */ {
              li__UILI=li__I__;
            };
            /* __li__B__ __li__I__ */
if (li__UILI) {
              li__JAZ(((__li__BC *)li__0C),(&__string_401));
            } else /* FALSE */ {
              li__JAZ(((__li__BC *)li__0C),(&__string_192));
            };
            li__VQVG(((__li__DZB *)li__IILI),li__0C);
            li__IS2J=(__li__K)(li__IS2J +  1);
          };
          (*(((__li__MZB *)li__P2KI))).li__1ZB=(__li__K)(-  1);
          li__M0KI=(__li__K)(li__M0KI -  1);
        };
        /* __li__B__ __li__I__ */
if (((void *)li__QYKI == (void *)li__5TB)) {
          li__JAZ(((__li__BC *)li__0C),(&__string_402));
        };
        /* __li__B__ __li__I__ */
if ((((__li__BC *)li__0C)->li__NK ==  0)) {
          li__JAZ(((__li__BC *)li__0C),(&__string_403));
        };
        /* __li__B__ __li__I__ */
if (((void *)li__QYKI->li__QJXG == (void *)NULL)) {
          li__JAZ(((__li__BC *)li__NE),(&__string_386));
          li__JAZ(((__li__BC *)li__NE),li__QYKI->li__QGQB);
          li__JAZ(((__li__BC *)li__NE),(&__string_404));
          li__1CZ(((__li__BC *)li__NE),li__0C);
          /* __li__B__ __li__I__ */
if (li__QYKI->li__TF->li__QXEC) {
            li__JAZ(((__li__BC *)li__NE),(&__string_405));
          } else /* FALSE */ {
            li__JAZ(((__li__BC *)li__NE),(&__string_406));
          };
        };
        li__JAZ(((__li__BC *)li__EG),(&__string_123));
        li__JAZ(((__li__BC *)li__EG),li__QYKI->li__QGQB);
        li__SRX(((__li__BC *)li__EG),' ');
        li__JAZ(((__li__BC *)li__EG),li__QYKI->li__QGQB);
        li__SRX(((__li__BC *)li__EG),'_');
        /* __li__B__ __li__I__ */
if ((li__AWBD == li__QYKI->li__221G)) {
          li__JAZ(((__li__BC *)li__EG),(&__string_407));
          li__JAZ(((__li__BC *)li__EG),li__QYKI->li__QGQB);
          li__JAZ(((__li__BC *)li__EG),(&__string_408));
        };
        li__JAZ(((__li__BC *)li__EG),(&__string_222));
        li__JAZ(((__li__BC *)li__EG),(&__string_393));
        li__JAZ(((__li__BC *)li__EG),li__QYKI->li__QGQB);
        li__JAZ(((__li__BC *)li__EG),(&__string_409));
        li__JAZ(((__li__BC *)li__EG),li__QYKI->li__QGQB);
        li__JAZ(((__li__BC *)li__EG),(&__string_410));
      };
    };
    li__HEYI(((__li__ZZC *)li__QYKI->li__D0C));
  };
}

static void li__SRLI(__li__GSZ *li__TRLI)
/* (Strict TYPE_GENERIC{li__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VRLI,*li__UFQH,*li__HTLI;
  __li__PO li__CSGV,li__C1LI;
  __li__K li__ATLI,li__XGYI,li__OTLI,li__X4LL,li__DT2J,li__ET2J;
  void *li__0BOJ;
  __li__DZB *li__DWLI,*li__RYLI,*li__MDTU,*li__OZLP,*li__3AMI;
  __li__5RB *li__F1OH;
  __li__MZB *li__WRLI,*li__RVLI,*li__0VLI,*li__CWLI,*li__QYLI;
  __li__AB li__XRLI;
  __li__C li__QNV,li__GSLI,li__RTLI,li__XVNB,li__GBMI,li__JBMI;
  __li__3 li__ITLI,li__G2LI;
  __li__AB li__QVLI;
  __li__AB li__4XLI;
  li__VRLI=NULL;
  li__WRLI=NULL;
  li__XRLI.__id=0;
  li__QNV=((*(((__li__ZZC *)li__TRLI->li__HSZ.li__D0C))).li__VBM <  0);
  /* __li__B__ __li__I__ */
if (li__QNV) {
    li__GSLI=li__B__;
  } else /* FALSE */ {
    li__UFQH=((void **)(*(((__li__ZZC *)li__TRLI->li__HSZ.li__D0C))).li__RBM)[ 0];
    li__GSLI=((void *)li__UFQH != (void *)NULL);
  };
  /* __li__B__ __li__I__ */
if (li__GSLI) {
    /* __li__B__ __li__I__ */
if (li__TRLI->li__HSZ.li__JZKI) {
      li__HEZ(((__li__BC *)li__0C),(&__string_391));
      li__JAZ(((__li__BC *)li__0C),li__TRLI->li__EGQB);
      li__SRX(((__li__BC *)li__0C),'.');
      li__CSGV=li__TRLI->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
      li__K4E( 1,li__0C);
      li__V5E(li__CSGV);
      li__ODF();
    };
    li__TRLI->li__HSZ.li__JZKI=li__B__;
    li__ATLI=(*(li__TRLI->li__HSZ.li__D0C)).li__VBM;
    li__XGYI= 0;
    while ((li__XGYI <= li__ATLI)) {
      li__HTLI=((void **)(*(((__li__ZZC *)li__TRLI->li__HSZ.li__D0C))).li__RBM)[li__XGYI];
      li__VRLI=li__HTLI;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
        li__ITLI=((__li__DZB *)li__HTLI)->li__GZB.li__FZB.li__DI1B;
      } else /* SLOT_CODE */ {
        li__0BOJ=((__li__QWEC *)li__HTLI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0BOJ)->__id==__li__IZB__) {
          li__ITLI=((__li__IZB *)li__0BOJ)->li__JZB.li__DI1B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ITLI=((__li__4HAD *)li__0BOJ)->li__5HAD.li__JZB.li__DI1B;
        };
      };
      /* __li__B__ __li__I__ */
if ((li__ITLI == '+')) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
          li__OTLI=li__QUKJ(((__li__DZB *)li__HTLI));
        } else /* SLOT_CODE */ {
          li__OTLI=li__3UKJ(((__li__QWEC *)li__HTLI));
        };
        li__RTLI=(li__OTLI ==  0);
      } else /* FALSE */ {
        li__RTLI=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__RTLI) {
        li__QVLI.__id=13064;
        li__QVLI.self=li__TRLI;
        li__XRLI=li__QVLI;
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
          li__RVLI=((__li__DZB *)li__HTLI)->li__LZB->li__SBQG;
        } else /* SLOT_CODE */ {
          li__RVLI=((__li__QWEC *)li__HTLI)->li__RWEC->li__SBQG;
        };
        /* __li__B__ __li__I__ */
if (((void *)li__RVLI != (void *)NULL)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
          };
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
            li__0VLI=((__li__DZB *)li__HTLI)->li__LZB->li__SBQG;
          } else /* SLOT_CODE */ {
            li__0VLI=((__li__QWEC *)li__HTLI)->li__RWEC->li__SBQG;
          };
          li__OTLI= 0;
          li__X4LL=(*(li__0VLI)).li__1ZB;
          while ((li__OTLI <= li__X4LL)) {
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VRLI)->__id==__li__DZB__) {
              li__CWLI=((__li__DZB *)li__VRLI)->li__LZB->li__SBQG;
            } else /* SLOT_CODE */ {
              li__CWLI=((__li__QWEC *)li__VRLI)->li__RWEC->li__SBQG;
            };
            li__DWLI=((void **)(*(((__li__MZB *)li__CWLI))).li__GR0)[li__OTLI];
            /* NULL 13064 13075 */
if (li__XRLI.__id==13064) {
              li__ZTLI(((__li__GSZ *)li__XRLI.self),li__DWLI);
            } else /* li__IXLI */ {
              li__IXLI(((__li__GSZ *)li__XRLI.self),li__DWLI);
            };
            li__OTLI=(__li__K)(li__OTLI +  1);
          };
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
          li__DWLI=li__KLYJ(((__li__DZB *)li__HTLI));
        } else /* SLOT_CODE */ {
          li__DWLI=li__FMYJ(((__li__QWEC *)li__HTLI));
        };
        li__ZTLI(li__TRLI,li__DWLI);
      };
      li__XGYI=(__li__K)(li__XGYI +  1);
    };
    li__ATLI=(*(li__TRLI->li__HSZ.li__D0C)).li__VBM;
    li__XGYI= 0;
    while ((li__XGYI <= li__ATLI)) {
      li__HTLI=((void **)(*(((__li__ZZC *)li__TRLI->li__HSZ.li__D0C))).li__RBM)[li__XGYI];
      li__VRLI=li__HTLI;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
        li__ITLI=((__li__DZB *)li__HTLI)->li__GZB.li__FZB.li__DI1B;
      } else /* SLOT_CODE */ {
        li__0BOJ=((__li__QWEC *)li__HTLI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0BOJ)->__id==__li__IZB__) {
          li__ITLI=((__li__IZB *)li__0BOJ)->li__JZB.li__DI1B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ITLI=((__li__4HAD *)li__0BOJ)->li__5HAD.li__JZB.li__DI1B;
        };
      };
      /* __li__B__ __li__I__ */
if ((li__ITLI == '+')) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
          li__OTLI=li__QUKJ(((__li__DZB *)li__HTLI));
        } else /* SLOT_CODE */ {
          li__OTLI=li__3UKJ(((__li__QWEC *)li__HTLI));
        };
        /* __li__B__ __li__I__ */
if ((li__OTLI ==  0)) {
          li__4XLI.__id=13075;
          li__4XLI.self=li__TRLI;
          li__XRLI=li__4XLI;
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
            li__0VLI=((__li__DZB *)li__HTLI)->li__LZB->li__SBQG;
          } else /* SLOT_CODE */ {
            li__0VLI=((__li__QWEC *)li__HTLI)->li__RWEC->li__SBQG;
          };
          /* __li__B__ __li__I__ */
if (((void *)li__0VLI != (void *)NULL)) {
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
            };
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
              li__CWLI=((__li__DZB *)li__HTLI)->li__LZB->li__SBQG;
            } else /* SLOT_CODE */ {
              li__CWLI=((__li__QWEC *)li__HTLI)->li__RWEC->li__SBQG;
            };
            li__DT2J= 0;
            li__ET2J=(*(li__CWLI)).li__1ZB;
            while ((li__DT2J <= li__ET2J)) {
              /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VRLI)->__id==__li__DZB__) {
                li__QYLI=((__li__DZB *)li__VRLI)->li__LZB->li__SBQG;
              } else /* SLOT_CODE */ {
                li__QYLI=((__li__QWEC *)li__VRLI)->li__RWEC->li__SBQG;
              };
              li__RYLI=((void **)(*(((__li__MZB *)li__QYLI))).li__GR0)[li__DT2J];
              /* NULL 13064 13075 */
if (li__XRLI.__id==13064) {
                li__ZTLI(((__li__GSZ *)li__XRLI.self),li__RYLI);
              } else /* li__IXLI */ {
                li__IXLI(((__li__GSZ *)li__XRLI.self),li__RYLI);
              };
              li__DT2J=(__li__K)(li__DT2J +  1);
            };
          };
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
            li__RYLI=li__KLYJ(((__li__DZB *)li__HTLI));
          } else /* SLOT_CODE */ {
            li__RYLI=li__FMYJ(((__li__QWEC *)li__HTLI));
          };
          li__IXLI(li__TRLI,li__RYLI);
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HTLI)->__id==__li__DZB__) {
          li__DWLI=((__li__DZB *)li__HTLI)->li__LZB->li__Y5KI;
        } else /* SLOT_CODE */ {
          li__DWLI=((__li__QWEC *)li__HTLI)->li__RWEC->li__Y5KI;
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__DWLI != (void *)NULL) && (li__DWLI->li__GZB.li__LNME >  0))) {
          li__UN1K(li__TRLI,li__DWLI);
        };
      };
      li__XGYI=(__li__K)(li__XGYI +  1);
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__TRLI->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__TRLI->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
      li__F1OH=((void **)(*(((__li__3PZ *)li__TRLI->li__GGQB))).li__WNFC)[ 0];
      li__HTLI=((__li__5RB *)li__F1OH)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__HTLI)->__id) {
      case __li__IF__: {
        li__PYKI(((__li__IF *)li__HTLI));
      } break;
      case __li__ORB__: {
        li__JAZ(((__li__BC *)li__NE),(&__string_247));
      } break;
      case __li__QRB__:  break;
      case __li__SRB__: {
        li__JAZ(((__li__BC *)li__NE),(&__string_248));
      } break;
      case __li__URB__:  break;
      case __li__GSZ__: {
        li__SRLI(((__li__GSZ *)li__HTLI));
      } break;
      case __li__1RRF__: {
        li__RLGJ();
      } break;
      case __li__UJSH__: {
        li__RLGJ();
      } break;
      };
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__TRLI->li__HSZ.li__TF->li__SEZB != (void *)NULL)) {
        li__OTLI= 0;
        while ((li__OTLI <=  4)) {
          li__RVLI=((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[li__OTLI];
          li__WRLI=li__RVLI;
          li__XVNB=((*(((__li__MZB *)li__RVLI))).li__1ZB <  0);
          /* __li__B__ __li__I__ */
if ((! li__XVNB)) {
            li__MDTU=((void **)(*(((__li__MZB *)li__RVLI))).li__GR0)[ 0];
            li__C1LI=li__MDTU->li__GZB.li__FZB.li__RF.li__0CC;
            li__K4E( 1,(&__string_392));
            li__V5E(li__C1LI);
            li__ODF();
          };
          li__OTLI=(__li__K)(li__OTLI +  1);
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__TRLI->li__EGQB == (void *)(&__string_48)) || ((void *)li__TRLI->li__EGQB == (void *)(&__string_49)))) {
          li__JAZ(((__li__BC *)li__NE),(&__string_393));
          li__JAZ(((__li__BC *)li__NE),li__TRLI->li__HSZ.li__QGQB);
          li__JAZ(((__li__BC *)li__NE),(&__string_394));
          /* __li__B__ __li__I__ */
if (((void *)li__TRLI->li__EGQB == (void *)(&__string_48))) {
            li__G2LI='1';
          } else /* FALSE */ {
            li__G2LI='0';
          };
          li__SRX(((__li__BC *)li__NE),li__G2LI);
          li__SRX(((__li__BC *)li__NE),'\n');
        } else /* FALSE */ {
          li__14OM(li__TRLI);
          /* __li__B__ __li__I__ */
if ((li__AWBD == li__TRLI->li__HSZ.li__221G)) {
            li__OZLP=((void **)(*(((__li__MZB *)li__WRLI))).li__GR0)[ 0];
            li__C1LI=li__OZLP->li__GZB.li__FZB.li__RF.li__0CC;
            li__K4E( 1,(&__string_395));
            li__V5E(li__C1LI);
            li__ODF();
          };
        };
      } else /* FALSE */ {
        li__JAZ(((__li__BC *)li__NE),(&__string_376));
        li__JAZ(((__li__BC *)li__NE),li__TRLI->li__HSZ.li__QGQB);
        li__JAZ(((__li__BC *)li__NE),(&__string_383));
        li__JAZ(((__li__BC *)li__NE),(&__string_396));
        li__JAZ(((__li__BC *)li__NE),li__TRLI->li__HSZ.li__QGQB);
        li__JAZ(((__li__BC *)li__NE),(&__string_394));
        ((__li__BC *)li__0C)->li__NK= 0;
        /* __li__B__ __li__I__ */
if ((li__AWBD == li__TRLI->li__HSZ.li__221G)) {
          li__B0E(li__JFLI,li__NE);
          li__JFLI=(__li__K)(li__JFLI +  1);
          /* __li__B__ __li__I__ */
if ((li__TRLI->li__HSZ.li__TF->li__SF.li__DI1B != '-')) {
            li__JAZ(((__li__BC *)li__0C),(&__string_397));
          };
          /* __li__B__ __li__I__ */
if (li__TRLI->li__HSZ.li__TF->li__QXEC) {
            li__C1LI=li__TRLI->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,(&__string_398));
            li__V5E(li__C1LI);
            li__ODF();
          };
        } else /* FALSE */ {
          li__B0E(li__FJ,li__NE);
          li__FJ=(__li__K)(li__FJ +  1);
        };
        li__SRX(((__li__BC *)li__NE),'\n');
        /* __li__B__ __li__I__ */
if ((li__TRLI->li__HSZ.li__TF->li__SF.li__DI1B == '-')) {
          li__JAZ(((__li__BC *)li__0C),(&__string_399));
          /* __li__B__ __li__I__ */
if ((li__TRLI->li__HSZ.li__BHLI !=  0)) {
            li__X4LL= 1;
            li__DT2J=li__TRLI->li__HSZ.li__BHLI;
            while ((li__X4LL <= li__DT2J)) {
              li__JAZ(((__li__BC *)li__0C),(&__string_400));
              li__B0E((__li__K)(li__X4LL -  1),li__0C);
              li__JAZ(((__li__BC *)li__0C),(&__string_222));
              li__X4LL=(__li__K)(li__X4LL +  1);
            };
          };
        };
        li__OTLI= 4;
        while ((li__OTLI >=  0)) {
          li__RVLI=((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[li__OTLI];
          li__WRLI=li__RVLI;
          li__X4LL=(*(li__RVLI)).li__1ZB;
          li__DT2J= 0;
          while ((li__DT2J <= li__X4LL)) {
            li__3AMI=((void **)(*(((__li__MZB *)li__WRLI))).li__GR0)[li__DT2J];
            /* __li__B__ __li__I__ */
if (li__TRLI->li__HSZ.li__TF->li__QXEC) {
              li__GBMI=li__FTDF(((__li__5RB *)li__3AMI->li__GZB.li__0RNE));
              li__JBMI=li__GBMI;
            } else /* FALSE */ {
              li__JBMI=li__I__;
            };
            /* __li__B__ __li__I__ */
if (li__JBMI) {
              li__JAZ(((__li__BC *)li__0C),(&__string_401));
            } else /* FALSE */ {
              li__JAZ(((__li__BC *)li__0C),(&__string_192));
            };
            li__VQVG(((__li__DZB *)li__3AMI),li__0C);
            li__DT2J=(__li__K)(li__DT2J +  1);
          };
          (*(((__li__MZB *)li__RVLI))).li__1ZB=(__li__K)(-  1);
          li__OTLI=(__li__K)(li__OTLI -  1);
        };
        /* __li__B__ __li__I__ */
if (((void *)li__TRLI == (void *)li__5TB)) {
          li__JAZ(((__li__BC *)li__0C),(&__string_402));
        };
        /* __li__B__ __li__I__ */
if ((((__li__BC *)li__0C)->li__NK ==  0)) {
          li__JAZ(((__li__BC *)li__0C),(&__string_403));
        };
        /* __li__B__ __li__I__ */
if (((void *)li__TRLI->li__HSZ.li__QJXG == (void *)NULL)) {
          li__JAZ(((__li__BC *)li__NE),(&__string_386));
          li__JAZ(((__li__BC *)li__NE),li__TRLI->li__HSZ.li__QGQB);
          li__JAZ(((__li__BC *)li__NE),(&__string_404));
          li__1CZ(((__li__BC *)li__NE),li__0C);
          /* __li__B__ __li__I__ */
if (li__TRLI->li__HSZ.li__TF->li__QXEC) {
            li__JAZ(((__li__BC *)li__NE),(&__string_405));
          } else /* FALSE */ {
            li__JAZ(((__li__BC *)li__NE),(&__string_406));
          };
        };
        li__JAZ(((__li__BC *)li__EG),(&__string_123));
        li__JAZ(((__li__BC *)li__EG),li__TRLI->li__HSZ.li__QGQB);
        li__SRX(((__li__BC *)li__EG),' ');
        li__JAZ(((__li__BC *)li__EG),li__TRLI->li__HSZ.li__QGQB);
        li__SRX(((__li__BC *)li__EG),'_');
        /* __li__B__ __li__I__ */
if ((li__AWBD == li__TRLI->li__HSZ.li__221G)) {
          li__JAZ(((__li__BC *)li__EG),(&__string_407));
          li__JAZ(((__li__BC *)li__EG),li__TRLI->li__HSZ.li__QGQB);
          li__JAZ(((__li__BC *)li__EG),(&__string_408));
        };
        li__JAZ(((__li__BC *)li__EG),(&__string_222));
        li__JAZ(((__li__BC *)li__EG),(&__string_393));
        li__JAZ(((__li__BC *)li__EG),li__TRLI->li__HSZ.li__QGQB);
        li__JAZ(((__li__BC *)li__EG),(&__string_409));
        li__JAZ(((__li__BC *)li__EG),li__TRLI->li__HSZ.li__QGQB);
        li__JAZ(((__li__BC *)li__EG),(&__string_410));
      };
    };
    li__HEYI(((__li__ZZC *)li__TRLI->li__HSZ.li__D0C));
  };
}

static void li__RLGJ()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__TLGJ;
  li__RLGJ:
  {
    li__TLGJ=li__5TB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TLGJ)->__id) {
    case __li__IF__: {
      li__PYKI(((__li__IF *)li__TLGJ));
    } break;
    case __li__ORB__: {
      li__JAZ(((__li__BC *)li__NE),(&__string_247));
    } break;
    case __li__QRB__:  break;
    case __li__SRB__: {
      li__JAZ(((__li__BC *)li__NE),(&__string_248));
    } break;
    case __li__URB__:  break;
    case __li__GSZ__: {
      li__SRLI(((__li__GSZ *)li__TLGJ));
    } break;
    case __li__1RRF__: {
      goto li__RLGJ;
    } break;
    case __li__UJSH__: {
      goto li__RLGJ;
    } break;
    };
  };
}

static void li__VQVG(__li__DZB *li__WQVG,__li__BC *li__XQVG)
/* (Strict SLOT_DATA{li__DZB},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__DN0G(((__li__5RB *)li__WQVG->li__GZB.li__0RNE),li__XQVG);
  li__SRX(((__li__BC *)li__XQVG),' ');
  li__DO0G(((__li__5RB *)li__WQVG->li__GZB.li__0RNE),li__XQVG);
  li__JAZ(((__li__BC *)li__XQVG),li__WQVG->li__GZB.li__GRNE);
  li__JAZ(((__li__BC *)li__XQVG),(&__string_222));
}

static void li__X3BD(__li__PF *li__Y3BD,__li__BC *li__Z3BD)
/* (Strict PROTOTYPE{li__PF},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__C4BD,li__E4BD,li__RNID;
  /* __li__B__ __li__I__ */
if ((li__DXC !=  1)) {
    li__JAZ(((__li__BC *)li__Z3BD),(&__string_13));
  };
  li__C4BD=li__DXC;
  li__E4BD=((__li__U *)li__Y3BD->li__WXI)->li__2C;
  li__RNID=li__C4BD;
  while ((li__RNID <= li__E4BD)) {
    li__SRX(((__li__BC *)li__Z3BD),((__li__3 *)((__li__U *)li__Y3BD->li__WXI)->li__3C)[(__li__K)(li__RNID -  1)]);
    li__RNID=(__li__K)(li__RNID +  1);
  };
}

static void li__CFVH(__li__B3B *li__DFVH,__li__K li__EFVH)
/* (Strict HASHED_DICTIONARY(STRING,Expanded UINTEGER_32){li__B3B},Expanded INTEGER{li__K}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EGVH,li__RHVH;
  void **li__O1QU,**li__V1QU;
  __li__C li__KGVH;
  /* __li__B__ __li__I__ */
if ((li__EFVH == (__li__K)(li__DFVH->li__B1UH +  1))) {
    li__DFVH->li__B1UH=li__EFVH;
    li__DFVH->li__K1RH=li__DFVH->li__K1RH->li__VFVH;
    li__O1QU=li__DFVH->li__50UH;
    while ((! ((void *)li__DFVH->li__K1RH != (void *)NULL))) {
      li__EGVH=(__li__K)(li__DFVH->li__CGVH +  1);
      li__DFVH->li__CGVH=li__EGVH;
      li__DFVH->li__K1RH=((void **)li__O1QU)[li__EGVH];
    };
    li__KGVH=li__B__;
  } else /* FALSE */ {
    li__KGVH=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! (li__KGVH || (li__EFVH == li__DFVH->li__B1UH)))) {
    /* __li__B__ __li__I__ */
if ((li__EFVH ==  1)) {
      li__DFVH->li__B1UH= 1;
      li__DFVH->li__CGVH= 0;
      li__DFVH->li__K1RH=((void **)li__DFVH->li__50UH)[ 0];
      li__V1QU=li__DFVH->li__50UH;
      while ((! ((void *)li__DFVH->li__K1RH != (void *)NULL))) {
        li__RHVH=(__li__K)(li__DFVH->li__CGVH +  1);
        li__DFVH->li__CGVH=li__RHVH;
        li__DFVH->li__K1RH=((void **)li__V1QU)[li__RHVH];
      };
    } else /* FALSE */ {
      li__CFVH(li__DFVH, 1);
      while ((li__DFVH->li__B1UH != li__EFVH)) {
        li__CFVH(li__DFVH,(__li__K)(li__DFVH->li__B1UH +  1));
      };
    };
  };
}

static void li__TXG(__li__52B li__UXG,__li__BC *li__VXG)
/* (Expanded UINTEGER_32{li__52B},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__WXG;
  __li__K li__ZXG,li__0XG;
  __li__BC *li__YSGV;
  __li__3 li__0SGV;
  li__WXG= 0;
  li__ZXG= 0;
  li__0XG= 0;
  /* __li__B__ __li__I__ */
if ((li__UXG ==  0)) {
    li__SRX(((__li__BC *)li__VXG),'0');
  } else /* FALSE */ {
    li__ZXG=(__li__K)(((__li__BC *)li__VXG)->li__NK +  1);
    li__WXG=li__UXG;
    while ((li__WXG !=  0)) {
      li__SRX(((__li__BC *)li__VXG),((__li__3 )(((__li__QJG)(((__li__QJG )(__li__52B)(li__WXG %  10)) + ((__li__QJG )'0'))))));
      li__WXG=(__li__52B)(li__WXG /  10);
    };
    li__0XG=((__li__BC *)li__VXG)->li__NK;
    while ((li__ZXG < li__0XG)) {
      li__YSGV=((__li__BC *)li__VXG);
      li__0SGV=((__li__3 *)li__YSGV->li__CUN)[(__li__K)(li__ZXG -  1)];
      ((__li__3 *)li__YSGV->li__CUN)[(__li__K)(li__ZXG -  1)]=((__li__3 *)li__YSGV->li__CUN)[(__li__K)(li__0XG -  1)];
      ((__li__3 *)li__YSGV->li__CUN)[(__li__K)(li__0XG -  1)]=li__0SGV;
      li__0XG=(__li__K)(li__0XG -  1);
      li__ZXG=(__li__K)(li__ZXG +  1);
    };
  };
}

static void li__WKPB(__li__BC *li__XKPB,__li__K li__YKPB,__li__K li__ZKPB)
/* (Strict STRING{li__BC},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__PLPB,li__WLPB,li__YLPB,li__QBVB;
  __li__3 *li__QDTU,*li__RDTU;
  li__PLPB=(__li__K)((__li__K)(li__ZKPB - li__YKPB) +  1);
  /* __li__B__ __li__I__ */
if ((li__PLPB >  0)) {
    li__WLPB=(__li__K)(li__ZKPB +  1);
    li__YLPB=li__XKPB->li__NK;
    li__QBVB=li__WLPB;
    li__QDTU=li__XKPB->li__CUN;
    li__RDTU=li__XKPB->li__CUN;
    while ((li__QBVB <= li__YLPB)) {
      ((__li__3 *)li__RDTU)[(__li__K)((__li__K)(li__QBVB - li__PLPB) -  1)]=((__li__3 *)li__QDTU)[(__li__K)(li__QBVB -  1)];
      li__QBVB=(__li__K)(li__QBVB +  1);
    };
    li__XKPB->li__NK=(__li__K)(li__XKPB->li__NK - li__PLPB);
  };
}

static void li__2NHM(__li__1M *li__3NHM)
/* (Strict PROFIL_SLOT{li__1M}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__JOHM,li__ONBN;
  void *li__ROHM;
  __li__IFGD *li__2SGV;
  /* __li__B__ __li__I__ */
if ((! li__3NHM->li__2M.li__QM)) {
    li__3NHM->li__2M.li__QM=li__B__;
    li__JOHM=((__li__IFGD *)li__3NHM->li__2M.li__OFGD)->li__GYXF;
    li__ONBN= 1;
    while ((li__ONBN <= li__JOHM)) {
      li__2SGV=((__li__IFGD *)li__3NHM->li__2M.li__OFGD);
      li__LNJN(li__2SGV,li__ONBN);
      li__ROHM=li__2SGV->li__3YIN->li__5YIN;
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__ROHM)->__id==__li__1M__) {
        li__2NHM(((__li__1M *)li__ROHM));
      } else /* PROFIL_BLOCK */ {
        li__UOHM(((__li__UJSH *)li__ROHM));
      };
      li__ONBN=(__li__K)(li__ONBN +  1);
    };
  };
}

static void li__UOHM(__li__UJSH *li__VOHM)
/* (Strict PROFIL_BLOCK{li__UJSH}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__APHM,li__COBN;
  void *li__IPHM;
  __li__IFGD *li__TYIN;
  /* __li__B__ __li__I__ */
if ((! li__VOHM->li__VJSH.li__QM)) {
    li__VOHM->li__VJSH.li__QM=li__B__;
    li__APHM=((__li__IFGD *)li__VOHM->li__VJSH.li__OFGD)->li__GYXF;
    li__COBN= 1;
    while ((li__COBN <= li__APHM)) {
      li__TYIN=((__li__IFGD *)li__VOHM->li__VJSH.li__OFGD);
      li__LNJN(li__TYIN,li__COBN);
      li__IPHM=li__TYIN->li__3YIN->li__5YIN;
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__IPHM)->__id==__li__1M__) {
        li__2NHM(((__li__1M *)li__IPHM));
      } else /* PROFIL_BLOCK */ {
        li__UOHM(((__li__UJSH *)li__IPHM));
      };
      li__COBN=(__li__K)(li__COBN +  1);
    };
  };
}

static void li__3WFD(__li__1M *li__4WFD,__li__BC *li__5WFD)
/* (Strict PROFIL_SLOT{li__1M},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DXFD,li__BZFD,li__OAZD,li__LZFD;
  void *li__NYFD;
  __li__U *li__RZFD;
  __li__C li__CXFD,li__OYFD;
  __li__KXFD *li__5SGV;
  li__CXFD=li__I__;
  li__DXFD= 0;
  /* __li__B__ __li__I__ */
if (li__4WFD->li__2M.li__QM) {
    li__DXFD= 1;
    while (((li__DXFD <= ((__li__KXFD *)li__4WFD->li__2M.li__SXFD)->li__MYME) && (! li__CXFD))) {
      li__5SGV=((__li__KXFD *)li__4WFD->li__2M.li__SXFD);
      li__NCVE(li__5SGV,li__DXFD);
      li__NYFD=li__5SGV->li__RSOE->li__TSOE;
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__NYFD)->__id==__li__1M__) {
        li__OYFD=((__li__1M *)li__NYFD)->li__2M.li__QM;
      } else /* PROFIL_BLOCK */ {
        li__OYFD=((__li__UJSH *)li__NYFD)->li__VJSH.li__QM;
      };
      li__CXFD=(! li__OYFD);
      li__DXFD=(__li__K)(li__DXFD +  1);
    };
  } else /* FALSE */ {
    li__CXFD=li__B__;
  };
  /* __li__B__ __li__I__ */
if (li__CXFD) {
    li__BZFD=((__li__KXFD *)li__4WFD->li__2M.li__SXFD)->li__MYME;
    li__OAZD= 1;
    while ((li__OAZD <= li__BZFD)) {
      li__5SGV=((__li__KXFD *)li__4WFD->li__2M.li__SXFD);
      li__NCVE(li__5SGV,li__OAZD);
      li__NYFD=li__5SGV->li__RSOE->li__TSOE;
      li__5SGV=((__li__KXFD *)li__4WFD->li__2M.li__SXFD);
      li__NCVE(li__5SGV,li__OAZD);
      li__LZFD=li__5SGV->li__RSOE->li__LTOE;
      li__JAZ(((__li__BC *)li__GG),li__4WFD->li__2M.li__NZFD);
      li__JAZ(((__li__BC *)li__GG),(&__string_276));
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__NYFD)->__id==__li__1M__) {
        li__RZFD=((__li__1M *)li__NYFD)->li__2M.li__NZFD;
      } else /* PROFIL_BLOCK */ {
        li__RZFD=((__li__UJSH *)li__NYFD)->li__VJSH.li__NZFD;
      };
      li__JAZ(((__li__BC *)li__GG),li__RZFD);
      /* __li__B__ __li__I__ */
if ((li__LZFD >  1)) {
        li__JAZ(((__li__BC *)li__GG),(&__string_277));
        li__B0E(li__LZFD,li__GG);
        li__JAZ(((__li__BC *)li__GG),(&__string_278));
      };
      li__JAZ(((__li__BC *)li__GG),(&__string_222));
      li__OAZD=(__li__K)(li__OAZD +  1);
    };
    /* __li__B__ __li__I__ */
if (li__4WFD->li__2M.li__QM) {
      li__JAZ(((__li__BC *)li__5WFD),li__4WFD->li__2M.li__NZFD);
      li__JAZ(((__li__BC *)li__5WFD),(&__string_279));
    };
  };
}

static void li__NCVE(__li__KXFD *li__OCVE,__li__K li__PCVE)
/* (Strict HASHED_DICTIONARY(Expanded INTEGER,PROFIL){li__KXFD},Expanded INTEGER{li__K}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__PDVE,li__2EVE;
  void **li__GLRU,**li__NLRU;
  __li__C li__VDVE;
  /* __li__B__ __li__I__ */
if ((li__PCVE == (__li__K)(li__OCVE->li__ZYSE +  1))) {
    li__OCVE->li__ZYSE=li__PCVE;
    li__OCVE->li__RSOE=li__OCVE->li__RSOE->li__ADVE;
    li__GLRU=li__OCVE->li__XYSE;
    while ((! ((void *)li__OCVE->li__RSOE != (void *)NULL))) {
      li__PDVE=(__li__K)(li__OCVE->li__NDVE +  1);
      li__OCVE->li__NDVE=li__PDVE;
      li__OCVE->li__RSOE=((void **)li__GLRU)[li__PDVE];
    };
    li__VDVE=li__B__;
  } else /* FALSE */ {
    li__VDVE=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! (li__VDVE || (li__PCVE == li__OCVE->li__ZYSE)))) {
    /* __li__B__ __li__I__ */
if ((li__PCVE ==  1)) {
      li__OCVE->li__ZYSE= 1;
      li__OCVE->li__NDVE= 0;
      li__OCVE->li__RSOE=((void **)li__OCVE->li__XYSE)[ 0];
      li__NLRU=li__OCVE->li__XYSE;
      while ((! ((void *)li__OCVE->li__RSOE != (void *)NULL))) {
        li__2EVE=(__li__K)(li__OCVE->li__NDVE +  1);
        li__OCVE->li__NDVE=li__2EVE;
        li__OCVE->li__RSOE=((void **)li__NLRU)[li__2EVE];
      };
    } else /* FALSE */ {
      li__NCVE(li__OCVE, 1);
      while ((li__OCVE->li__ZYSE != li__PCVE)) {
        li__NCVE(li__OCVE,(__li__K)(li__OCVE->li__ZYSE +  1));
      };
    };
  };
}

static void li__RQ0F(__li__U *li__TQ0F,__li__K li__UQ0F,__li__K li__VQ0F)
/* (Strict STRING_CONSTANT{li__U},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__WQ0F,li__TDTU;
  li__WQ0F= 0;
  /* __li__B__ __li__I__ */
if ((li__VQ0F !=  0)) {
    li__M5F(li__TQ0F);
    li__WQ0F=((__li__K )((int)((1000./ (li__VQ0F) * (li__UQ0F)))));
    li__TDTU=(__li__K)(li__WQ0F /  10);
    ((__li__BC *)li__5XH)->li__NK= 0;
    li__B0E(li__TDTU,li__5XH);
    li__KAG(li__5XH);
    fputc((int)('.'),stderr);
    li__TDTU=(__li__K)(li__WQ0F %  10);
    ((__li__BC *)li__5XH)->li__NK= 0;
    li__B0E(li__TDTU,li__5XH);
    li__KAG(li__5XH);
    li__M5F((&__string_411));
    ((__li__BC *)li__5XH)->li__NK= 0;
    li__B0E(li__UQ0F,li__5XH);
    li__KAG(li__5XH);
    fputc((int)('/'),stderr);
    ((__li__BC *)li__5XH)->li__NK= 0;
    li__B0E(li__VQ0F,li__5XH);
    li__KAG(li__5XH);
    li__M5F((&__string_207));
  };
}

static void li__LLIG(__li__K li__MLIG)
/* (Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__TLIG;
  /* __li__B__ __li__I__ */
if ((li__MLIG ==  0)) {
    fputc((int)('0'),stdout);
    li__TLIG=li__B__;
  } else /* FALSE */ {
    li__TLIG=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__TLIG)) {
    /* __li__B__ __li__I__ */
if ((li__MLIG <  0)) {
      fputc((int)('-'),stdout);
      li__1RHH((__li__K)(- li__MLIG));
    } else /* FALSE */ {
      li__1RHH(li__MLIG);
    };
  };
}

static __li__CFB* li__QYL(__li__0HD *li__RYL,__li__U *li__SYL)
/* (Strict HASHED_DICTIONARY(LIP_SLOT_DATA,Strict STRING_CONSTANT){li__0HD},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CFB *li__4YL,*li__TYL;
  __li__K li__5YL;
  __li__1YL *li__3YL;
  li__4YL=NULL;
  li__5YL=li__AIO(((__li__U *)li__SYL));
  li__3YL=((void **)li__RYL->li__HZL)[(__li__K)(li__5YL % li__RYL->li__AZL)];
  while ((! (((void *)li__3YL == (void *)NULL) || ((void *)li__3YL->li__TZL == (void *)li__SYL)))) {
    li__3YL=li__3YL->li__4ZL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__3YL != (void *)NULL)) {
    li__4YL=li__3YL->li__G0L;
  };
  li__TYL=li__4YL;
  return(li__TYL);
}

static __li__GGB* li__QUFD(void *li__SUFD)
/* (LIP_CONSTANT{NULLxli__GGBxli__MHBxli__YHB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__GGB *li__UUFD,*li__XUFD,*li__TUFD;
  li__UUFD=NULL;
  /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__SUFD==NULL) {
    li__XUFD=NULL;
  } else {
    if (((struct ___OBJ *)li__SUFD)->__id==__li__GGB__) {
      li__XUFD=((__li__GGB *)li__SUFD);
    } else /* Other types */ {
      li__XUFD=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__XUFD != (void *)NULL)) {
    li__UUFD=li__XUFD;
  };
  li__TUFD=li__UUFD;
  return(li__TUFD);
}

static __li__MHB* li__UESF(__li__MHB *li__VESF,void *li__WESF)
/* (Strict LIP_INTEGER{li__MHB},LIP_CONSTANT{NULLxli__GGBxli__MHBxli__YHB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__MHB *li__YESF,*li__1ESF,*li__XESF;
  li__YESF=NULL;
  /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__WESF==NULL) {
    li__1ESF=NULL;
  } else {
    if (((struct ___OBJ *)li__WESF)->__id==__li__MHB__) {
      li__1ESF=((__li__MHB *)li__WESF);
    } else /* Other types */ {
      li__1ESF=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__1ESF != (void *)NULL)) {
    li__VESF->li__IOC=li__1ESF->li__IOC;
    li__YESF=li__VESF;
  };
  li__XESF=li__YESF;
  return(li__XESF);
}

static __li__YHB* li__41JE(__li__YHB *li__51JE,void *li__A2JE)
/* (Strict LIP_STRING{li__YHB},LIP_CONSTANT{NULLxli__GGBxli__MHBxli__YHB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__YHB *li__C2JE,*li__F2JE,*li__B2JE;
  li__C2JE=NULL;
  /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__A2JE==NULL) {
    li__F2JE=NULL;
  } else {
    if (((struct ___OBJ *)li__A2JE)->__id==__li__YHB__) {
      li__F2JE=((__li__YHB *)li__A2JE);
    } else /* Other types */ {
      li__F2JE=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__F2JE != (void *)NULL)) {
    li__51JE->li__FNC=li__F2JE->li__FNC;
    li__C2JE=li__51JE;
  };
  li__B2JE=li__C2JE;
  return(li__B2JE);
}

static __li__BC* li__2JL()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__5JL,*li__ILL,*li__4JL;
  __li__CB li__AKL,li__5DTU;
  __li__JJG li__IKL,li__DTGV,li__3DTU;
  __li__K li__TKL;
  __li__52B li__DETU;
  li__5JL=NULL;
  li__AKL=((__li__CB )(NULL));
  li__IKL=((__li__JJG )sizeof(__li__BC));
  /* __li__B__ __li__I__ */
if ((li__IKL ==  0)) {
    li__5JL=li__BC__;
  } else /* FALSE */ {
    li__TKL=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__IKL));
    /* __li__B__ __li__I__ */
if ((li__TKL == (__li__K)(-  1))) {
      li__DTGV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3DTU=(__li__JJG)((__li__JJG)(li__IKL - (__li__JJG)(((__li__JJG ) 0) - li__DTGV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DTGV) - ((__li__JJG ) 1)));
      li__DTGV=(__li__JJG)(li__3DTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__5DTU=li__YCJ(li__3DTU,((__li__CB )(&(table_size[(li__DTGV)-1]))),((__li__52B )li__3DTU));
      li__AKL=li__5DTU;
    } else /* FALSE */ {
      li__DETU=((__li__52B )li__TKL);
      li__DTGV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3DTU=(__li__JJG)((__li__JJG)(li__IKL - (__li__JJG)(((__li__JJG ) 0) - li__DTGV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DTGV) - ((__li__JJG ) 1)));
      li__5DTU=li__YCJ(li__3DTU,((__li__CB )(&(table_type[(li__DETU)]))),(__li__52B)(li__DETU |  1));
      li__AKL=li__5DTU;
    };
    li__ILL=((__li__BC *)li__AKL);
    li__5JL=li__ILL;
    *(li__ILL) = *(li__BC__);
  };
  li__4JL=li__5JL;
  return(li__4JL);
}

static __li__3* li__ZLY(__li__K li__1LY)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__RQY;
  __li__K li__NDBB;
  __li__3 *li__UQY,*li__2LY;
  li__RQY=li__HJU(((__li__JJG )li__1LY));
  li__UQY=((__li__3 *)li__RQY);
  li__NDBB=(__li__K)(li__1LY -  1);
  while ((li__NDBB >=  0)) {
    li__UQY[li__NDBB]='\0';
    li__NDBB=(__li__K)(li__NDBB -  1);
  };
  li__2LY=li__UQY;
  return(li__2LY);
}

static void** li__QLHB(__li__K li__SLHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__QKLB;
  __li__K li__LIIC;
  void **li__UKLB,**li__TLHB;
  li__QKLB=li__HJU(((__li__JJG )(__li__K)(li__SLHB * ((__li__K )(sizeof(void *))))));
  li__UKLB=((void **)li__QKLB);
  li__LIIC=(__li__K)(li__SLHB -  1);
  while ((li__LIIC >=  0)) {
    li__UKLB[li__LIIC]=NULL;
    li__LIIC=(__li__K)(li__LIIC -  1);
  };
  li__TLHB=li__UKLB;
  return(li__TLHB);
}

static void li__TS2(__li__3 *li__US2,__li__K li__VS2,__li__K li__WS2)
/* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__MFBB;
  li__MFBB=li__VS2;
  while ((li__MFBB <= li__WS2)) {
    li__US2[li__MFBB]='\0';
    li__MFBB=(__li__K)(li__MFBB +  1);
  };
}

static void** li__2HPD(__li__K li__4HPD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__AUWD;
  __li__K li__M5SE;
  void **li__EUWD,**li__5HPD;
  li__AUWD=li__HJU(((__li__JJG )(__li__K)(li__4HPD * ((__li__K )(sizeof(void *))))));
  li__EUWD=((void **)li__AUWD);
  li__M5SE=(__li__K)(li__4HPD -  1);
  while ((li__M5SE >=  0)) {
    li__EUWD[li__M5SE]=NULL;
    li__M5SE=(__li__K)(li__M5SE -  1);
  };
  li__5HPD=li__EUWD;
  return(li__5HPD);
}

static __li__CB li__MZJ(__li__52B li__OZJ)
/* (Expanded UINTEGER_32{li__52B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__JJG li__QZJ;
  __li__RKG *li__TZJ,*li__UZJ,*li__D0J;
  __li__CB li__P1J,li__PZJ;
  __li__C li__U0J;
  li__QZJ=((__li__JJG ) 0);
  li__TZJ=NULL;
  li__UZJ=NULL;
  li__5GK:
  {
    /* __li__B__ __li__I__ */
if ((li__QZJ < li__1ZJ)) {
      li__D0J=((__li__RKG *)(last_block[(li__QZJ)]));
      li__TZJ=li__D0J;
      li__U0J=(((__li__JJG)(li__D0J->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1))) < ((__li__JJG ) 4096)) || ((__li__JJG)(li__D0J->li__UKG & ((__li__JJG ) 1)) == ((__li__JJG ) 1)));
    } else /* FALSE */ {
      li__U0J=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__U0J) {
      li__QZJ=(__li__JJG)(li__QZJ - (__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 1)));
      goto li__5GK;
    };
  };
  /* __li__B__ __li__I__ */
if ((li__QZJ >= li__1ZJ)) {
    li__D0J=li__U5DB();
    li__TZJ=li__D0J;
  };
  ((__li__RKG *)li__TZJ)->li__UKG=(__li__JJG)(li__TZJ->li__UKG - ((__li__JJG ) 4096));
  li__D0J=((__li__RKG *)li__TZJ);
  li__P1J=((__li__CB )((__li__RKG *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__D0J) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )(__li__JJG)(li__D0J->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1))))))));
  /* __li__B__ __li__I__ */
if (((__li__JJG)(((__li__RKG *)li__TZJ)->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1))) < ((__li__JJG )(MINIMUM_SIZE)))) {
    li__1YHC(((__li__RKG *)li__TZJ));
    li__UZJ=li__TZJ->li__TKG;
    /* __li__B__ __li__I__ */
if (((void *)li__UZJ != (void *)NULL)) {
      ((__li__RKG *)li__UZJ)->li__UKG=(__li__JJG)((__li__JJG)(li__UZJ->li__UKG - (__li__JJG)(((__li__JJG ) 0) - li__TZJ->li__UKG)) - (__li__JJG)(((__li__JJG ) 0) - ((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))));
      last_block[(li__QZJ)] = (li__UZJ);
    };
  };
  ((__li__52B *)li__P1J)[ 0]=li__OZJ;
  li__PZJ=(void *)((unsigned long)li__P1J - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG ) 4))));
  return(li__PZJ);
}

static __li__U** li__KHHB(__li__K li__MHHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__1ALB;
  __li__K li__ICIC;
  __li__U **li__5ALB,**li__NHHB;
  li__1ALB=li__HJU(((__li__JJG )(__li__K)(li__MHHB * ((__li__K )(sizeof(void *))))));
  li__5ALB=((__li__U **)li__1ALB);
  li__ICIC=(__li__K)(li__MHHB -  1);
  while ((li__ICIC >=  0)) {
    li__5ALB[li__ICIC]=NULL;
    li__ICIC=(__li__K)(li__ICIC -  1);
  };
  li__NHHB=li__5ALB;
  return(li__NHHB);
}

static __li__RKG* li__OKFB(__li__JJG li__QKFB)
/* (Expanded UINTEGER_CPU{li__JJG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__RKG *li__SKFB,*li__OMFB,*li__RKFB;
  __li__JJG li__TMFB;
  li__SKFB=li__RLFB;
  while ((((void *)li__SKFB != (void *)NULL) && ((__li__JJG)(((__li__RKG *)li__SKFB)->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1))) < li__QKFB))) {
    li__SKFB=li__SKFB->li__VKG;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__SKFB == (void *)NULL)) {
    li__OMFB=li__U5DB();
    li__SKFB=li__OMFB;
  };
  li__TMFB=(__li__JJG)(((__li__JJG )(void *)((unsigned long)((__li__CB )((__li__RKG *)li__SKFB)) - (unsigned long)li__N2I)) >>  26);
  li__XNDC(((__li__RKG *)li__SKFB),((__li__CB )li__QKFB),li__TMFB);
  li__RKFB=li__SKFB;
  return(li__RKFB);
}

static void* li__NVL(__li__O4C *li__OVL,__li__U *li__PVL)
/* (Strict HASHED_DICTIONARY(ITM_TYPE_SIMPLE,Strict STRING_CONSTANT){li__O4C},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__1VL,*li__QVL;
  __li__K li__2VL;
  __li__YVL *li__0VL;
  li__1VL=NULL;
  li__2VL=li__AIO(((__li__U *)li__PVL));
  li__0VL=((void **)li__OVL->li__EWL)[(__li__K)(li__2VL % li__OVL->li__3VL)];
  while ((! (((void *)li__0VL == (void *)NULL) || ((void *)li__0VL->li__QWL == (void *)li__PVL)))) {
    li__0VL=li__0VL->li__1WL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__0VL != (void *)NULL)) {
    li__1VL=li__0VL->li__DXL;
  };
  li__QVL=li__1VL;
  return(li__QVL);
}

static void li__42QB(__li__O4C *li__52QB)
/* (Strict HASHED_DICTIONARY(ITM_TYPE_SIMPLE,Strict STRING_CONSTANT){li__O4C}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__S3QB,li__K3QB,li__O4QB,li__Q4QB;
  __li__YVL *li__M3QB,*li__N3QB;
  void **li__L3QB,**li__T3QB;
  li__M3QB=NULL;
  li__N3QB=NULL;
  li__L3QB=li__52QB->li__EWL;
  li__S3QB=li__YDQ((__li__K)(li__52QB->li__3VL +  1));
  li__T3QB=li__VSQ(li__S3QB);
  li__52QB->li__EWL=li__T3QB;
  li__K3QB=(__li__K)(li__52QB->li__3VL -  1);
  li__52QB->li__3VL=li__S3QB;
  while ((! (li__K3QB <  0))) {
    li__M3QB=((void **)li__L3QB)[li__K3QB];
    while (((void *)li__M3QB != (void *)NULL)) {
      li__N3QB=li__M3QB->li__1WL;
      li__O4QB=li__AIO(((__li__U *)li__M3QB->li__QWL));
      li__Q4QB=(__li__K)(li__O4QB % li__52QB->li__3VL);
      ((__li__YVL *)li__M3QB)->li__1WL=((void **)li__52QB->li__EWL)[li__Q4QB];
      ((void **)li__52QB->li__EWL)[li__Q4QB]=li__M3QB;
      li__M3QB=li__N3QB;
    };
    li__K3QB=(__li__K)(li__K3QB -  1);
  };
}

static __li__YVL* li__QDLB(void *li__SDLB,__li__U *li__TDLB,__li__YVL *li__UDLB)
/* (ITM_TYPE_SIMPLE{li__XRBxli__VB1},Strict STRING_CONSTANT{NULLxli__U},Strict HASHED_DICTIONARY_NODE(ITM_TYPE_SIMPLE,Strict STRING_CONSTANT){NULLxli__YVL}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__1MEC,li__FFTU;
  __li__JJG li__DNEC,li__IFTU,li__DFTU;
  __li__K li__ONEC;
  __li__52B li__RFTU;
  __li__YVL *li__0MEC,*li__DOEC,*li__VDLB;
  li__0MEC=NULL;
  li__1MEC=((__li__CB )(NULL));
  li__DNEC=((__li__JJG )sizeof(__li__YVL));
  /* __li__B__ __li__I__ */
if ((li__DNEC ==  0)) {
    li__0MEC=li__YVL__;
  } else /* FALSE */ {
    li__ONEC=__li__YVL__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__DNEC));
    /* __li__B__ __li__I__ */
if ((li__ONEC == (__li__K)(-  1))) {
      li__IFTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DFTU=(__li__JJG)((__li__JJG)(li__DNEC - (__li__JJG)(((__li__JJG ) 0) - li__IFTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IFTU) - ((__li__JJG ) 1)));
      li__IFTU=(__li__JJG)(li__DFTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__FFTU=li__YCJ(li__DFTU,((__li__CB )(&(table_size[(li__IFTU)-1]))),((__li__52B )li__DFTU));
      li__1MEC=li__FFTU;
    } else /* FALSE */ {
      li__RFTU=((__li__52B )li__ONEC);
      li__IFTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DFTU=(__li__JJG)((__li__JJG)(li__DNEC - (__li__JJG)(((__li__JJG ) 0) - li__IFTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IFTU) - ((__li__JJG ) 1)));
      li__FFTU=li__YCJ(li__DFTU,((__li__CB )(&(table_type[(li__RFTU)]))),(__li__52B)(li__RFTU |  1));
      li__1MEC=li__FFTU;
    };
    li__DOEC=((__li__YVL *)li__1MEC);
    li__0MEC=li__DOEC;
    *(li__DOEC) = *(li__YVL__);
  };
  li__DOEC=((__li__YVL *)li__0MEC);
  li__DOEC->li__DXL=li__SDLB;
  li__DOEC->li__QWL=li__TDLB;
  li__DOEC->li__1WL=li__UDLB;
  li__VDLB=li__0MEC;
  return(li__VDLB);
}

static void** li__CSZD(__li__K li__ESZD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__GC5D;
  __li__K li__TZTE;
  void **li__KC5D,**li__FSZD;
  li__GC5D=li__HJU(((__li__JJG )(__li__K)(li__ESZD * ((__li__K )(sizeof(void *))))));
  li__KC5D=((void **)li__GC5D);
  li__TZTE=(__li__K)(li__ESZD -  1);
  while ((li__TZTE >=  0)) {
    li__KC5D[li__TZTE]=NULL;
    li__TZTE=(__li__K)(li__TZTE -  1);
  };
  li__FSZD=li__KC5D;
  return(li__FSZD);
}

static void** li__ZITC(__li__K li__1ITC)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__4XXC;
  __li__K li__OUMD;
  void **li__CYXC,**li__2ITC;
  li__4XXC=li__HJU(((__li__JJG )(__li__K)(li__1ITC * ((__li__K )(sizeof(void *))))));
  li__CYXC=((void **)li__4XXC);
  li__OUMD=(__li__K)(li__1ITC -  1);
  while ((li__OUMD >=  0)) {
    li__CYXC[li__OUMD]=NULL;
    li__OUMD=(__li__K)(li__OUMD -  1);
  };
  li__2ITC=li__CYXC;
  return(li__2ITC);
}

static __li__Z0IE* li__20VF()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__A1VF,li__GGTU;
  __li__JJG li__I1VF,li__JGTU,li__EGTU;
  __li__K li__T1VF;
  __li__52B li__SGTU;
  __li__Z0IE *li__50VF,*li__I2VF,*li__40VF;
  li__50VF=NULL;
  li__A1VF=((__li__CB )(NULL));
  li__I1VF=((__li__JJG )sizeof(__li__Z0IE));
  /* __li__B__ __li__I__ */
if ((li__I1VF ==  0)) {
    li__50VF=li__Z0IE__;
  } else /* FALSE */ {
    li__T1VF=__li__Z0IE__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__I1VF));
    /* __li__B__ __li__I__ */
if ((li__T1VF == (__li__K)(-  1))) {
      li__JGTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__EGTU=(__li__JJG)((__li__JJG)(li__I1VF - (__li__JJG)(((__li__JJG ) 0) - li__JGTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JGTU) - ((__li__JJG ) 1)));
      li__JGTU=(__li__JJG)(li__EGTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__GGTU=li__YCJ(li__EGTU,((__li__CB )(&(table_size[(li__JGTU)-1]))),((__li__52B )li__EGTU));
      li__A1VF=li__GGTU;
    } else /* FALSE */ {
      li__SGTU=((__li__52B )li__T1VF);
      li__JGTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__EGTU=(__li__JJG)((__li__JJG)(li__I1VF - (__li__JJG)(((__li__JJG ) 0) - li__JGTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JGTU) - ((__li__JJG ) 1)));
      li__GGTU=li__YCJ(li__EGTU,((__li__CB )(&(table_type[(li__SGTU)]))),(__li__52B)(li__SGTU |  1));
      li__A1VF=li__GGTU;
    };
    li__I2VF=((__li__Z0IE *)li__A1VF);
    li__50VF=li__I2VF;
    *(li__I2VF) = *(li__Z0IE__);
  };
  li__40VF=li__50VF;
  return(li__40VF);
}

static void** li__XKEH(__li__K li__ZKEH)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__FCKH;
  __li__K li__ZDWH;
  void **li__JCKH,**li__0KEH;
  li__FCKH=li__HJU(((__li__JJG )(__li__K)(li__ZKEH * ((__li__K )(sizeof(void *))))));
  li__JCKH=((void **)li__FCKH);
  li__ZDWH=(__li__K)(li__ZKEH -  1);
  while ((li__ZDWH >=  0)) {
    li__JCKH[li__ZDWH]=NULL;
    li__ZDWH=(__li__K)(li__ZDWH -  1);
  };
  li__0KEH=li__JCKH;
  return(li__0KEH);
}

static void li__0ZOK(void **li__1ZOK,__li__K li__2ZOK,__li__K li__3ZOK)
/* (Strict NATIVE_ARRAY(LOCAL){li__RWWG},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__RSVK;
  li__RSVK=li__2ZOK;
  while ((li__RSVK <= li__3ZOK)) {
    li__1ZOK[li__RSVK]=NULL;
    li__RSVK=(__li__K)(li__RSVK +  1);
  };
}

static void** li__SFHB(__li__K li__UFHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__Z1KB;
  __li__K li__T4HC;
  void **li__4FHB,**li__VFHB;
  li__Z1KB=li__HJU(((__li__JJG )(__li__K)(li__UFHB * ((__li__K )(sizeof(void *))))));
  li__4FHB=((void **)li__Z1KB);
  li__T4HC=(__li__K)(li__UFHB -  1);
  while ((li__T4HC >=  0)) {
    li__4FHB[li__T4HC]=NULL;
    li__T4HC=(__li__K)(li__T4HC -  1);
  };
  li__VFHB=li__4FHB;
  return(li__VFHB);
}

static void li__WVFB(__li__CB li__YVFB,__li__CB li__ZVFB,__li__JJG li__0VFB)
/* (Expanded POINTER{li__CB},Expanded POINTER{li__CB},Expanded UINTEGER_CPU{li__JJG}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__4VFB,li__NWFB;
  __li__CB *li__1VFB,*li__2VFB;
  li__4VFB=((__li__K )li__0VFB);
  li__NWFB=(__li__K)(li__4VFB / ((__li__K )(sizeof(void *))));
  li__1VFB=((__li__CB *)li__YVFB);
  li__2VFB=((__li__CB *)li__ZVFB);
  li__4VFB=(__li__K)(li__NWFB -  1);
  while ((li__4VFB >=  0)) {
    li__2VFB[li__4VFB]=li__1VFB[li__4VFB];
    li__4VFB=(__li__K)(li__4VFB -  1);
  };
}

static void li__XNDC(__li__RKG *li__YNDC,__li__CB li__ZNDC,__li__JJG li__0NDC)
/* (Strict MEMORY{li__RKG},Expanded POINTER{li__CB},Expanded UINTEGER_CPU{li__JJG}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__JJG li__1NDC,li__0ODC;
  __li__RKG *li__SPDC;
  li__1YHC(li__YNDC);
  li__1NDC=li__YNDC->li__UKG;
  li__0ODC=(__li__JJG)(li__1NDC - ((__li__JJG )li__ZNDC));
  /* __li__B__ __li__I__ */
if ((li__0ODC > (__li__JJG)((__li__JJG)(((__li__JJG )(MINIMUM_SIZE)) - (__li__JJG)(((__li__JJG ) 0) - ((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))) - (__li__JJG)(((__li__JJG ) 0) - ((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))))) {
    li__1NDC=((__li__JJG )li__ZNDC);
    li__SPDC=((__li__RKG *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__YNDC) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)li__ZNDC)));
    li__SPDC->li__TKG=li__YNDC;
    li__SPDC->li__UKG=(__li__JJG)(li__0ODC - ((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))));
    li__VWWB(li__SPDC);
    /* __li__B__ __li__I__ */
if (((__li__JJG)(li__SPDC->li__UKG & ((__li__JJG ) 2)) !=  0)) {
      last_block[(li__0NDC)] = (li__SPDC);
    } else /* FALSE */ {
      ((__li__RKG *)(void *)((unsigned long)(void *)((unsigned long)((__li__CB )li__SPDC) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )(__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long)))))))) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )(__li__JJG)(li__SPDC->li__UKG & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 3)) - ((__li__JJG ) 1)))))))->li__TKG=li__SPDC;
    };
  };
  li__YNDC->li__UKG=(__li__JJG)((__li__JJG)(((__li__JJG ) 0) - (__li__JJG)((__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1NDC) - ((__li__JJG ) 1)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 1)) - ((__li__JJG ) 1)))) - ((__li__JJG ) 1));
  ;
}

static void li__VWWB(__li__RKG *li__WWWB)
/* (Strict MEMORY{li__RKG}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__WWWB->li__VKG=li__RLFB;
  li__WWWB->li__WKG=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__RLFB != (void *)NULL)) {
    ((__li__RKG *)li__RLFB)->li__WKG=li__WWWB;
  };
  li__RLFB=li__WWWB;
}

static void li__1YHC(__li__RKG *li__2YHC)
/* (Strict MEMORY{li__RKG}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__RKG *li__3YHC,*li__4YHC;
  li__3YHC=li__2YHC->li__WKG;
  li__4YHC=li__2YHC->li__VKG;
  /* __li__B__ __li__I__ */
if (((void *)li__3YHC == (void *)NULL)) {
    li__RLFB=li__4YHC;
  } else /* FALSE */ {
    ((__li__RKG *)li__3YHC)->li__VKG=li__4YHC;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__4YHC != (void *)NULL)) {
    ((__li__RKG *)li__4YHC)->li__WKG=li__3YHC;
  };
}

static void li__XX2(__li__3 *li__YX2,__li__3 *li__ZX2,__li__K li__0X2,__li__K li__1X2)
/* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Strict NATIVE_ARRAY(Expanded CHARACTER){NULLxli__GB},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__LY2,li__KY2;
  li__LY2= 0;
  li__KY2=li__0X2;
  while ((li__LY2 != li__1X2)) {
    li__YX2[li__KY2]=((__li__3 *)li__ZX2)[li__LY2];
    li__LY2=(__li__K)(li__LY2 +  1);
    li__KY2=(__li__K)(li__KY2 +  1);
  };
}

static void** li__AYZE(__li__K li__CYZE)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__3ACF;
  __li__K li__Y2ZF;
  void **li__BBCF,**li__DYZE;
  li__3ACF=li__HJU(((__li__JJG )(__li__K)(li__CYZE * ((__li__K )(sizeof(void *))))));
  li__BBCF=((void **)li__3ACF);
  li__Y2ZF=(__li__K)(li__CYZE -  1);
  while ((li__Y2ZF >=  0)) {
    li__BBCF[li__Y2ZF]=NULL;
    li__Y2ZF=(__li__K)(li__Y2ZF -  1);
  };
  li__DYZE=li__BBCF;
  return(li__DYZE);
}

static void** li__M01F(__li__K li__O01F)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__VXCG;
  __li__K li__VO2G;
  void **li__ZXCG,**li__P01F;
  li__VXCG=li__HJU(((__li__JJG )(__li__K)(li__O01F * ((__li__K )(sizeof(void *))))));
  li__ZXCG=((void **)li__VXCG);
  li__VO2G=(__li__K)(li__O01F -  1);
  while ((li__VO2G >=  0)) {
    li__ZXCG[li__VO2G]=NULL;
    li__VO2G=(__li__K)(li__VO2G -  1);
  };
  li__P01F=li__ZXCG;
  return(li__P01F);
}

static void** li__L2DR(__li__K li__N2DR)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__ZMGR;
  __li__K li__2TQR;
  void **li__3MGR,**li__O2DR;
  li__ZMGR=li__HJU(((__li__JJG )(__li__K)(li__N2DR * ((__li__K )(sizeof(void *))))));
  li__3MGR=((void **)li__ZMGR);
  li__2TQR=(__li__K)(li__N2DR -  1);
  while ((li__2TQR >=  0)) {
    li__3MGR[li__2TQR]=NULL;
    li__2TQR=(__li__K)(li__2TQR -  1);
  };
  li__O2DR=li__3MGR;
  return(li__O2DR);
}

static void** li__EGHB(__li__K li__GGHB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__P3KB;
  __li__K li__05HC;
  void **li__T3KB,**li__HGHB;
  li__P3KB=li__HJU(((__li__JJG )(__li__K)(li__GGHB * ((__li__K )(sizeof(void *))))));
  li__T3KB=((void **)li__P3KB);
  li__05HC=(__li__K)(li__GGHB -  1);
  while ((li__05HC >=  0)) {
    li__T3KB[li__05HC]=NULL;
    li__05HC=(__li__K)(li__05HC -  1);
  };
  li__HGHB=li__T3KB;
  return(li__HGHB);
}

static __li__C li__L42(__li__HR *li__M42,void *li__N42)
/* (Strict HASHED_SET(ABSTRACT_STRING){li__HR},ABSTRACT_STRING{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__X42;
  __li__0FZ *li__W42;
  __li__C li__J52,li__G52,li__O42;
  li__X42=li__AIO(li__N42);
  li__W42=((void **)li__M42->li__JGZ)[(__li__K)(li__X42 % li__M42->li__CGZ)];
  li__1NBB:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__W42 == (void *)NULL)) {
      li__J52=li__B__;
    } else /* FALSE */ {
      li__G52=li__BAJE(((__li__U *)li__W42->li__VGZ),li__N42);
      li__J52=li__G52;
    };
    /* __li__B__ __li__I__ */
if ((! li__J52)) {
      li__W42=li__W42->li__BHZ;
      goto li__1NBB;
    };
  };
  li__O42=((void *)li__W42 != (void *)NULL);
  return(li__O42);
}

static __li__C li__BAJE(__li__U *li__CAJE,void *li__DAJE)
/* (Strict STRING_CONSTANT{li__U},Generic ABSTRACT_STRING{NULLxli__Uxli__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__HAJE;
  __li__C li__NAJE,li__QAJE,li__EAJE;
  /* NULL __li__U__ __li__BC__ */
if (li__DAJE==NULL) {
    li__HAJE=NULL;
  } else {
    if (((struct ___OBJ *)li__DAJE)->__id==__li__U__) {
      li__HAJE=((__li__U *)li__DAJE);
    } else /* Other types */ {
      li__HAJE=((void *)li__DAJE);
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__HAJE != (void *)NULL)) {
    li__NAJE=li__TT1(li__CAJE,li__HAJE);
    li__QAJE=li__NAJE;
  } else /* FALSE */ {
    li__QAJE=li__I__;
  };
  li__EAJE=li__QAJE;
  return(li__EAJE);
}

static void li__UXMB(__li__HR *li__VXMB)
/* (Strict HASHED_SET(ABSTRACT_STRING){li__HR}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__5XMB,li__WXMB,li__3YMB,li__5YMB;
  __li__0FZ *li__0XMB,*li__1XMB;
  void **li__ZXMB,**li__CYMB;
  li__0XMB=NULL;
  li__1XMB=NULL;
  li__5XMB=li__YDQ((__li__K)(li__VXMB->li__CGZ +  1));
  li__ZXMB=li__VXMB->li__JGZ;
  li__CYMB=li__XYBB(li__5XMB);
  li__VXMB->li__JGZ=li__CYMB;
  li__WXMB=(__li__K)(li__VXMB->li__CGZ -  1);
  li__VXMB->li__CGZ=li__5XMB;
  while ((! (li__WXMB <  0))) {
    li__0XMB=((void **)li__ZXMB)[li__WXMB];
    while (((void *)li__0XMB != (void *)NULL)) {
      li__1XMB=li__0XMB->li__BHZ;
      li__3YMB=li__AIO(((__li__U *)li__0XMB->li__VGZ));
      li__5YMB=(__li__K)(li__3YMB % li__VXMB->li__CGZ);
      ((__li__0FZ *)li__0XMB)->li__BHZ=((void **)li__VXMB->li__JGZ)[li__5YMB];
      ((void **)li__VXMB->li__JGZ)[li__5YMB]=li__0XMB;
      li__0XMB=li__1XMB;
    };
    li__WXMB=(__li__K)(li__WXMB -  1);
  };
}

static __li__0FZ* li__DBGB(__li__U *li__FBGB,__li__0FZ *li__GBGB)
/* (Strict STRING_CONSTANT{NULLxli__U},Strict HASHED_SET_NODE(ABSTRACT_STRING){NULLxli__0FZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__TXCD,li__FITU;
  __li__JJG li__1XCD,li__IITU,li__DITU;
  __li__K li__GYCD;
  __li__52B li__TITU;
  __li__0FZ *li__SXCD,*li__1YCD,*li__HBGB;
  li__SXCD=NULL;
  li__TXCD=((__li__CB )(NULL));
  li__1XCD=((__li__JJG )sizeof(__li__0FZ));
  /* __li__B__ __li__I__ */
if ((li__1XCD ==  0)) {
    li__SXCD=li__0FZ__;
  } else /* FALSE */ {
    li__GYCD=__li__0FZ__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1XCD));
    /* __li__B__ __li__I__ */
if ((li__GYCD == (__li__K)(-  1))) {
      li__IITU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DITU=(__li__JJG)((__li__JJG)(li__1XCD - (__li__JJG)(((__li__JJG ) 0) - li__IITU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IITU) - ((__li__JJG ) 1)));
      li__IITU=(__li__JJG)(li__DITU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__FITU=li__YCJ(li__DITU,((__li__CB )(&(table_size[(li__IITU)-1]))),((__li__52B )li__DITU));
      li__TXCD=li__FITU;
    } else /* FALSE */ {
      li__TITU=((__li__52B )li__GYCD);
      li__IITU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DITU=(__li__JJG)((__li__JJG)(li__1XCD - (__li__JJG)(((__li__JJG ) 0) - li__IITU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IITU) - ((__li__JJG ) 1)));
      li__FITU=li__YCJ(li__DITU,((__li__CB )(&(table_type[(li__TITU)]))),(__li__52B)(li__TITU |  1));
      li__TXCD=li__FITU;
    };
    li__1YCD=((__li__0FZ *)li__TXCD);
    li__SXCD=li__1YCD;
    *(li__1YCD) = *(li__0FZ__);
  };
  li__1YCD=((__li__0FZ *)li__SXCD);
  li__1YCD->li__VGZ=li__FBGB;
  li__1YCD->li__BHZ=li__GBGB;
  li__HBGB=li__SXCD;
  return(li__HBGB);
}

static void li__35FB(__li__3 *li__45FB,__li__3 *li__55FB,__li__K li__AAGB)
/* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Strict NATIVE_ARRAY(Expanded CHARACTER){NULLxli__GB},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__W2JB;
  li__W2JB=li__AAGB;
  while ((li__W2JB >=  0)) {
    li__45FB[li__W2JB]=((__li__3 *)li__55FB)[li__W2JB];
    li__W2JB=(__li__K)(li__W2JB -  1);
  };
}

static __li__U* li__0VZ(__li__HR *li__1VZ,void *li__2VZ)
/* (Strict HASHED_SET(ABSTRACT_STRING){li__HR},ABSTRACT_STRING{NULLxli__Uxli__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__OWZ,*li__3VZ;
  __li__K li__PWZ;
  __li__0FZ *li__NWZ;
  __li__C li__BXZ,li__4WZ;
  li__OWZ=NULL;
  /* NULL __li__U__ __li__BC__ */
if (((struct ___OBJ *)li__2VZ)->__id==__li__U__) {
    li__PWZ=li__AIO(((__li__U *)li__2VZ));
  } else /* STRING */ {
    li__PWZ=li__TO3(((__li__BC *)li__2VZ));
  };
  li__NWZ=((void **)li__1VZ->li__JGZ)[(__li__K)(li__PWZ % li__1VZ->li__CGZ)];
  li__QP3:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__NWZ == (void *)NULL)) {
      li__BXZ=li__B__;
    } else /* FALSE */ {
      li__4WZ=li__BAJE(((__li__U *)li__NWZ->li__VGZ),li__2VZ);
      li__BXZ=li__4WZ;
    };
    /* __li__B__ __li__I__ */
if ((! li__BXZ)) {
      li__NWZ=li__NWZ->li__BHZ;
      goto li__QP3;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__NWZ != (void *)NULL)) {
    li__OWZ=li__NWZ->li__VGZ;
  };
  li__3VZ=li__OWZ;
  return(li__3VZ);
}

static __li__U* li__DSM()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__GSM,*li__PTM,*li__FSM;
  __li__CB li__HSM,li__ULWU;
  __li__JJG li__PSM,li__XLWU,li__SLWU;
  __li__K li__0SM;
  __li__52B li__CMWU;
  li__GSM=NULL;
  li__HSM=((__li__CB )(NULL));
  li__PSM=((__li__JJG )sizeof(__li__U));
  /* __li__B__ __li__I__ */
if ((li__PSM ==  0)) {
    li__GSM=li__U__;
  } else /* FALSE */ {
    li__0SM=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__PSM));
    /* __li__B__ __li__I__ */
if ((li__0SM == (__li__K)(-  1))) {
      li__XLWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__SLWU=(__li__JJG)((__li__JJG)(li__PSM - (__li__JJG)(((__li__JJG ) 0) - li__XLWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XLWU) - ((__li__JJG ) 1)));
      li__XLWU=(__li__JJG)(li__SLWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__ULWU=li__YCJ(li__SLWU,((__li__CB )(&(table_size[(li__XLWU)-1]))),((__li__52B )li__SLWU));
      li__HSM=li__ULWU;
    } else /* FALSE */ {
      li__CMWU=((__li__52B )li__0SM);
      li__XLWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__SLWU=(__li__JJG)((__li__JJG)(li__PSM - (__li__JJG)(((__li__JJG ) 0) - li__XLWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XLWU) - ((__li__JJG ) 1)));
      li__ULWU=li__YCJ(li__SLWU,((__li__CB )(&(table_type[(li__CMWU)]))),(__li__52B)(li__CMWU |  1));
      li__HSM=li__ULWU;
    };
    li__PTM=((__li__U *)li__HSM);
    li__GSM=li__PTM;
    *(li__PTM) = *(li__U__);
  };
  li__FSM=li__GSM;
  return(li__FSM);
}

static void li__DT0(__li__U *li__ET0,void *li__FT0)
/* (Strict STRING_CONSTANT{li__U},ABSTRACT_STRING{NULLxli__Uxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__HT0;
  __li__3 *li__PT0,*li__RT0;
  /* NULL __li__U__ __li__BC__ */
if (((struct ___OBJ *)li__FT0)->__id==__li__U__) {
    li__HT0=((__li__U *)li__FT0)->li__2C;
  } else /* STRING */ {
    li__HT0=((__li__BC *)li__FT0)->li__NK;
  };
  /* __li__B__ __li__I__ */
if ((li__HT0 !=  0)) {
    li__PT0=li__ZLY((__li__K)(li__HT0 +  1));
    li__ET0->li__3C=li__PT0;
    /* NULL __li__U__ __li__BC__ */
if (((struct ___OBJ *)li__FT0)->__id==__li__U__) {
      li__RT0=((__li__U *)li__FT0)->li__3C;
    } else /* STRING */ {
      li__RT0=((__li__BC *)li__FT0)->li__CUN;
    };
    li__35FB(li__PT0,li__RT0,(__li__K)(li__HT0 -  1));
    ((__li__3 *)li__ET0->li__3C)[li__HT0]='\0';
    li__ET0->li__2C=li__HT0;
  };
}

static void li__WG0(__li__HR *li__XG0,__li__U *li__YG0)
/* (Strict HASHED_SET(ABSTRACT_STRING){li__HR},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DH0,li__FH0,li__AH0;
  __li__0FZ *li__BH0,*li__QI0;
  li__HK4(li__XG0,li__YG0);
  li__HK4(li__XG0,li__YG0);
  li__DH0=li__AIO(((__li__U *)li__YG0));
  li__FH0=(__li__K)(li__DH0 % li__XG0->li__CGZ);
  li__AH0=li__FH0;
  li__BH0=((void **)li__XG0->li__JGZ)[li__FH0];
  while ((! (((void *)li__BH0 == (void *)NULL) || ((void *)li__BH0->li__VGZ == (void *)li__YG0)))) {
    li__BH0=li__BH0->li__BHZ;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__BH0 == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__XG0->li__CGZ == li__XG0->li__KHZ)) {
      li__UXMB(li__XG0);
      li__AH0=(__li__K)(li__DH0 % li__XG0->li__CGZ);
    };
    li__QI0=li__DBGB(li__YG0,((void **)li__XG0->li__JGZ)[li__AH0]);
    li__BH0=li__QI0;
    ((void **)li__XG0->li__JGZ)[li__AH0]=li__QI0;
    li__XG0->li__KHZ=(__li__K)(li__XG0->li__KHZ +  1);
  };
  ;
}

static __li__C li__VVOB(__li__3 *li__WVOB,__li__3 *li__XVOB,__li__K li__YVOB)
/* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Strict NATIVE_ARRAY(Expanded CHARACTER){NULLxli__GB},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__KWOB;
  __li__C li__ZVOB;
  li__KWOB=(__li__K)(li__YVOB -  1);
  while (((li__KWOB >=  0) && (li__WVOB[li__KWOB] == ((__li__3 *)li__XVOB)[li__KWOB]))) {
    li__KWOB=(__li__K)(li__KWOB -  1);
  };
  li__ZVOB=(li__KWOB <  0);
  return(li__ZVOB);
}

static __li__C li__F0CE(__li__3 li__G0CE)
/* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__H0CE;
  li__H0CE=(((((((li__G0CE == ' ') || (li__G0CE == '\t')) || (li__G0CE == '\n')) || (li__G0CE == '\r')) || (li__G0CE == '\0')) || (li__G0CE == '\f')) || (li__G0CE == '\v'));
  return(li__H0CE);
}

static __li__C li__KTX(__li__3 li__LTX)
/* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__NTX,li__MTX;
  li__NTX=li__I__;
  /* __li__B__ __li__I__ */
if ((((__li__QJG )li__LTX) >= ((__li__QJG )'0'))) {
    li__NTX=(((__li__QJG )li__LTX) <= ((__li__QJG )'9'));
  };
  li__MTX=li__NTX;
  return(li__MTX);
}

static __li__C li__OOFC(__li__CFB *li__POFC,void *li__QOFC)
/* (Strict LIP_SLOT_DATA{li__CFB},LIP_CONSTANT{NULLxli__GGBxli__MHBxli__YHB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__TOFC,*li__UOFC;
  __li__C li__1OFC,li__ROFC;
  li__TOFC=li__POFC->li__XFB;
  /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__TOFC)->__id) {
  case __li__GGB__: {
    li__UOFC=li__QUFD(li__QOFC);
  } break;
  case __li__MHB__: {
    li__UOFC=li__UESF(((__li__MHB *)((__li__GGB *)li__TOFC)),li__QOFC);
  } break;
  case __li__YHB__: {
    li__UOFC=li__41JE(((__li__YHB *)((__li__GGB *)li__TOFC)),li__QOFC);
  } break;
  };
  li__TOFC=li__UOFC;
  /* __li__B__ __li__I__ */
if (((void *)li__TOFC != (void *)NULL)) {
    li__POFC->li__XFB=li__TOFC;
    li__1OFC=li__B__;
  } else /* FALSE */ {
    li__1OFC=li__I__;
  };
  li__ROFC=li__1OFC;
  return(li__ROFC);
}

static void li__UPRH(__li__U3IE *li__VPRH,__li__CFB *li__WPRH)
/* (Strict FAST_ARRAY(LIP_SLOT_DATA){li__U3IE},Strict LIP_SLOT_DATA{NULLxli__CFB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__4QRH;
  __li__C li__GQRH;
  void **li__WQRH;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__VPRH)).li__SGRH +  1) <= (__li__K)((*(li__VPRH)).li__ZPRH -  1))) {
    (*(li__VPRH)).li__SGRH=(__li__K)((*(li__VPRH)).li__SGRH +  1);
    li__GQRH=li__B__;
  } else /* FALSE */ {
    li__GQRH=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__GQRH)) {
    /* __li__B__ __li__I__ */
if (((*(li__VPRH)).li__ZPRH ==  0)) {
      li__WQRH=li__W32H( 2);
      (*(li__VPRH)).li__XQRH=li__WQRH;
      (*(li__VPRH)).li__ZPRH= 2;
      (*(li__VPRH)).li__SGRH= 0;
    } else /* FALSE */ {
      li__4QRH=(__li__K)((*(li__VPRH)).li__ZPRH <<  1);
      li__WQRH=li__YPPI(((void **)(*(li__VPRH)).li__XQRH),(*(li__VPRH)).li__ZPRH,li__4QRH);
      (*(li__VPRH)).li__XQRH=li__WQRH;
      (*(li__VPRH)).li__ZPRH=li__4QRH;
      (*(li__VPRH)).li__SGRH=(__li__K)((*(li__VPRH)).li__SGRH +  1);
    };
  };
  ((void **)(*(li__VPRH)).li__XQRH)[(*(li__VPRH)).li__SGRH]=li__WPRH;
}

static void li__OSRH(__li__U3IE *li__PSRH)
/* (Strict FAST_ARRAY(LIP_SLOT_DATA){li__U3IE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__STRH;
  __li__C li__5SRH;
  void **li__LTRH;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__PSRH)).li__SGRH +  1) <= (__li__K)((*(li__PSRH)).li__ZPRH -  1))) {
    (*(li__PSRH)).li__SGRH=(__li__K)((*(li__PSRH)).li__SGRH +  1);
    li__5SRH=li__B__;
  } else /* FALSE */ {
    li__5SRH=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__5SRH)) {
    /* __li__B__ __li__I__ */
if (((*(li__PSRH)).li__ZPRH ==  0)) {
      li__LTRH=li__W32H( 2);
      (*(li__PSRH)).li__XQRH=li__LTRH;
      (*(li__PSRH)).li__ZPRH= 2;
      (*(li__PSRH)).li__SGRH= 0;
    } else /* FALSE */ {
      li__STRH=(__li__K)((*(li__PSRH)).li__ZPRH <<  1);
      li__LTRH=li__YPPI(((void **)(*(li__PSRH)).li__XQRH),(*(li__PSRH)).li__ZPRH,li__STRH);
      (*(li__PSRH)).li__XQRH=li__LTRH;
      (*(li__PSRH)).li__ZPRH=li__STRH;
      (*(li__PSRH)).li__SGRH=(__li__K)((*(li__PSRH)).li__SGRH +  1);
    };
  };
  ((void **)(*(li__PSRH)).li__XQRH)[(*(li__PSRH)).li__SGRH]=NULL;
}

static void li__T0SF(__li__YOB *li__U0SF)
/* (Strict LIP_CALL{li__YOB}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__W0SF,*li__X0SF,*li__F1SF,*li__Q1SF;
  __li__U *li__00SF,*li__YRNH;
  void *li__E1SF;
  __li__PO li__HVGV,li__F3SF;
  __li__YHB *li__C0YG,*li__K5SF;
  __li__MHB *li__42SF;
  __li__K li__CTNH,li__HBOU;
  __li__HC *li__HRNG;
  __li__C li__10SF,li__Q2SF,li__M1XF,li__AATF;
  __li__3 *li__GJTU;
  void **li__C4QU;
  li__W0SF=NULL;
  li__X0SF=NULL;
  li__00SF=NULL;
  li__10SF=li__I__;
  /* __li__B__ __li__I__ */
if (((void *)li__U0SF->li__30SF != (void *)NULL)) {
    li__E1SF=li__U0SF->li__30SF;
    /* NULL __li__YOB__ __li__LN5D__ __li__KO5D__ __li__NCFE__ */
switch (((struct ___OBJ *)li__E1SF)->__id) {
    case __li__YOB__: {
      li__F1SF=li__LWUF(((__li__YOB *)li__E1SF));
    } break;
    case __li__LN5D__: {
      li__F1SF=li__Z0UF(((__li__LN5D *)li__E1SF));
    } break;
    case __li__KO5D__: {
      li__F1SF=li__50UF(((__li__KO5D *)li__E1SF));
    } break;
    case __li__NCFE__: {
      li__HVGV=((__li__NCFE *)li__E1SF)->li__OCFE.li__0CC;
      li__K4E( 1,(&__string_412));
      li__V5E(li__HVGV);
      li__ODF();
      li__F1SF=NULL;
    } break;
    };
    li__X0SF=li__F1SF;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__U0SF->li__I1SF != (void *)NULL)) {
    li__F1SF=li__U0SF->li__I1SF;
    /* NULL __li__YOB__ __li__LN5D__ __li__KO5D__ */
switch (((struct ___OBJ *)li__F1SF)->__id) {
    case __li__YOB__: {
      li__Q1SF=li__LWUF(((__li__YOB *)li__F1SF));
    } break;
    case __li__LN5D__: {
      li__Q1SF=li__Z0UF(((__li__LN5D *)li__F1SF));
    } break;
    case __li__KO5D__: {
      li__Q1SF=li__50UF(((__li__KO5D *)li__F1SF));
    } break;
    };
    li__W0SF=li__Q1SF;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__U0SF->li__T1SF == (void *)(&__string_98))) {
    /* __li__B__ __li__I__ */
if (((void *)li__X0SF == (void *)NULL)) {
      li__HVGV=li__U0SF->li__ZOB.li__0CC;
      li__K4E( 1,(&__string_332));
      li__V5E(li__HVGV);
      li__ODF();
    };
    /* __li__B__ __li__I__ */
if (((void *)li__W0SF != (void *)NULL)) {
      li__HVGV=li__U0SF->li__ZOB.li__0CC;
      li__K4E( 2,(&__string_413));
      li__V5E(li__HVGV);
      li__ODF();
    };
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__X0SF)->__id) {
    case __li__GGB__: {
      li__1ZYG(((__li__GGB *)li__X0SF));
    } break;
    case __li__MHB__: {
      li__LLIG(((__li__MHB *)li__X0SF)->li__IOC);
    } break;
    case __li__YHB__: {
      li__C0YG=((__li__YHB *)li__X0SF);
      ((__li__BC *)li__0C)->li__NK= 0;
      li__R2YG(li__C0YG,li__0C);
      li__C30(((__li__BC *)li__0C));
    } break;
    };
    li__Q2SF=li__B__;
  } else /* FALSE */ {
    li__Q2SF=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__Q2SF) {
    li__Q2SF=li__B__;
  } else /* FALSE */ {
    li__M1XF=((void *)li__U0SF->li__T1SF == (void *)(&__string_99));
    /* __li__B__ __li__I__ */
if (li__M1XF) {
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__W0SF==NULL) {
        li__42SF=NULL;
      } else {
        if (((struct ___OBJ *)li__W0SF)->__id==__li__MHB__) {
          li__42SF=((void *)li__W0SF);
        } else /* Other types */ {
          li__42SF=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__42SF == (void *)NULL)) {
        li__F3SF=li__U0SF->li__ZOB.li__0CC;
        li__K4E( 1,(&__string_414));
        li__V5E(li__F3SF);
        li__ODF();
      };
      exit((li__42SF->li__IOC));
    };
    li__Q2SF=li__M1XF;
  };
  /* __li__B__ __li__I__ */
if (li__Q2SF) {
    li__Q2SF=li__B__;
  } else /* FALSE */ {
    li__M1XF=((void *)li__U0SF->li__T1SF == (void *)(&__string_100));
    /* __li__B__ __li__I__ */
if (li__M1XF) {
      /* __li__B__ __li__I__ */
if (((void *)li__W0SF != (void *)NULL)) {
        li__F3SF=li__U0SF->li__ZOB.li__0CC;
        li__K4E( 2,(&__string_415));
        li__V5E(li__F3SF);
        li__ODF();
      };
      li__HUE();
    };
    li__Q2SF=li__M1XF;
  };
  /* __li__B__ __li__I__ */
if (li__Q2SF) {
    li__Q2SF=li__B__;
  } else /* FALSE */ {
    li__M1XF=((void *)li__U0SF->li__T1SF == (void *)(&__string_101));
    /* __li__B__ __li__I__ */
if (li__M1XF) {
      /* __li__B__ __li__I__ */
if (((void *)li__W0SF != (void *)NULL)) {
        li__F3SF=li__U0SF->li__ZOB.li__0CC;
        li__K4E( 2,(&__string_416));
        li__V5E(li__F3SF);
        li__ODF();
      };
      li__KBG((&__string_417));
      li__KBG((&__string_314));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_418));
      li__KBG((&__string_419));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_420));
      li__KBG((&__string_421));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_422));
      li__LLIG( 5);
      fputc((int)('\n'),stdout);
      li__KBG((&__string_423));
      li__KBG((&__string_48));
      fputc((int)('\n'),stdout);
    };
    li__Q2SF=li__M1XF;
  };
  /* __li__B__ __li__I__ */
if (li__Q2SF) {
    li__Q2SF=li__B__;
  } else /* FALSE */ {
    li__M1XF=((void *)li__U0SF->li__T1SF == (void *)(&__string_103));
    /* __li__B__ __li__I__ */
if (li__M1XF) {
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__W0SF==NULL) {
        li__K5SF=NULL;
      } else {
        if (((struct ___OBJ *)li__W0SF)->__id==__li__YHB__) {
          li__K5SF=((void *)li__W0SF);
        } else /* Other types */ {
          li__K5SF=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__K5SF == (void *)NULL)) {
        li__F3SF=li__U0SF->li__ZOB.li__0CC;
        li__K4E( 1,(&__string_424));
        li__V5E(li__F3SF);
        li__ODF();
      };
      li__00SF=li__K5SF->li__FNC;
      /* __li__B__ __li__I__ */
if ((((__li__U *)li__00SF)->li__2C !=  0)) {
        li__YRNH=((__li__U *)li__00SF);
        li__AATF=(((__li__3 *)li__YRNH->li__3C)[(__li__K)(li__YRNH->li__2C -  1)] == '*');
      } else /* FALSE */ {
        li__AATF=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__AATF) {
        li__HEZ(((__li__BC *)li__0C),li__00SF);
        li__WBZ(((__li__BC *)li__0C), 1);
        li__YRNH=li__SQC(li__0C);
        li__00SF=li__YRNH;
        li__10SF=li__B__;
      };
      /* __li__B__ __li__I__ */
if (((((__li__U *)li__00SF)->li__2C ==  0) || (((__li__3 *)((__li__U *)li__00SF)->li__3C)[ 0] != '/'))) {
        li__HEZ(((__li__BC *)li__0C),((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__U0SF->li__ZOB.li__0CC)) &  511)])->li__WXI);
        li__CTNH=((__li__BC *)li__0C)->li__NK;
        li__GJTU=((__li__BC *)li__0C)->li__CUN;
        while ((! ((li__CTNH <  1) || (((__li__3 *)li__GJTU)[(__li__K)(li__CTNH -  1)] == '/')))) {
          li__CTNH=(__li__K)(li__CTNH -  1);
        };
        /* __li__B__ __li__I__ */
if ((li__CTNH <  1)) {
          li__HEZ(((__li__BC *)li__0C),(&__string_188));
        } else /* FALSE */ {
          li__WBZ(((__li__BC *)li__0C),(__li__K)(((__li__BC *)li__0C)->li__NK - li__CTNH));
        };
        li__JAZ(((__li__BC *)li__0C),li__00SF);
        li__YRNH=li__SQC(li__0C);
        li__00SF=li__YRNH;
      };
      /* __li__B__ __li__I__ */
if ((((__li__U *)li__00SF)->li__2C !=  0)) {
        li__4RC(li__U0SF,li__00SF,li__10SF);
      };
    };
    li__Q2SF=li__M1XF;
  };
  /* __li__B__ __li__I__ */
if ((! li__Q2SF)) {
    /* __li__B__ __li__I__ */
if (((void *)li__U0SF->li__T1SF == (void *)(&__string_102))) {
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__W0SF==NULL) {
        li__K5SF=NULL;
      } else {
        if (((struct ___OBJ *)li__W0SF)->__id==__li__YHB__) {
          li__K5SF=((void *)li__W0SF);
        } else /* Other types */ {
          li__K5SF=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__K5SF == (void *)NULL)) {
        li__F3SF=li__U0SF->li__ZOB.li__0CC;
        li__K4E( 1,(&__string_424));
        li__V5E(li__F3SF);
        li__ODF();
      };
      ((__li__BC *)li__0C)->li__NK= 0;
      li__R2YG(((__li__YHB *)li__K5SF),li__0C);
      li__GJTU=li__A1V(((__li__BC *)li__0C));
      system(((char*)((li__GJTU))));
    } else /* FALSE */ {
      li__YRNH=li__U0SF->li__T1SF;
      li__HRNG=NULL;
      li__CTNH= 0;
      li__HBOU=(*(li__QDC)).li__ZDC;
      li__C4QU=(*(((__li__HDC *)li__QDC))).li__QS0;
      while (((li__CTNH <= li__HBOU) && ((void *)((__li__HC *)((void **)li__C4QU)[li__CTNH])->li__DEC != (void *)li__YRNH))) {
        li__CTNH=(__li__K)(li__CTNH +  1);
      };
      /* __li__B__ __li__I__ */
if ((li__CTNH <= (*(li__QDC)).li__ZDC)) {
        li__HRNG=((void **)(*(((__li__HDC *)li__QDC))).li__QS0)[li__CTNH];
      };
      /* __li__B__ __li__I__ */
if (((void *)li__HRNG == (void *)NULL)) {
        li__HEZ(((__li__BC *)li__0C),(&__string_425));
        li__JAZ(((__li__BC *)li__0C),li__U0SF->li__T1SF);
        li__JAZ(((__li__BC *)li__0C),(&__string_426));
        li__F3SF=li__U0SF->li__ZOB.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__F3SF);
        li__ODF();
      };
      li__AATF=li__PCJE(((__li__HC *)li__HRNG),li__W0SF);
      /* __li__B__ __li__I__ */
if ((! li__AATF)) {
        li__F3SF=li__U0SF->li__ZOB.li__0CC;
        li__K4E( 1,(&__string_427));
        li__V5E(li__F3SF);
        li__ODF();
      };
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__X0SF != (void *)NULL)) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__X0SF)->__id) {
    case __li__GGB__:  break;
    case __li__MHB__: {
      li__VURF(((__li__MHB *)li__X0SF));
    } break;
    case __li__YHB__: {
      li__DWJE(((__li__YHB *)li__X0SF));
    } break;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__W0SF != (void *)NULL)) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__W0SF)->__id) {
    case __li__GGB__:  break;
    case __li__MHB__: {
      li__VURF(((__li__MHB *)li__W0SF));
    } break;
    case __li__YHB__: {
      li__DWJE(((__li__YHB *)li__W0SF));
    } break;
    };
  };
}

static void li__RETF(__li__KO5D *li__SETF)
/* (Strict LIP_LIST{li__KO5D}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__5VGV;
  __li__PO li__2ETF;
  __li__1M5D *li__4VGV;
  li__Q4XF(li__SETF);
  li__4VGV=((__li__1M5D *)li__SETF->li__TETF);
  li__5VGV=((void **)(*(li__4VGV)).li__RIUF)[(*(li__4VGV)).li__OLME];
  /* __li__B__ __li__I__ */
if (((void *)li__5VGV != (void *)NULL)) {
    li__2ETF=li__SETF->li__LO5D.li__0CC;
    li__K4E( 1,(&__string_331));
    li__V5E(li__2ETF);
    li__ODF();
  };
}

static void li__QKME(__li__NCFE *li__RKME)
/* (Strict LIP_IF{li__NCFE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__UKME,*li__YLME,*li__VMME;
  void *li__VKME;
  __li__PO li__HWGV,li__IJTU,li__OJTU;
  __li__GGB *li__XKME;
  __li__K li__QLME,li__QD4G,li__NMME,li__453H;
  __li__C li__1LME;
  li__UKME=li__RKME->li__TKME;
  /* NULL __li__YOB__ __li__LN5D__ __li__KO5D__ __li__NCFE__ */
switch (((struct ___OBJ *)li__UKME)->__id) {
  case __li__YOB__: {
    li__VKME=li__LWUF(((__li__YOB *)li__UKME));
  } break;
  case __li__LN5D__: {
    li__VKME=li__Z0UF(((__li__LN5D *)li__UKME));
  } break;
  case __li__KO5D__: {
    li__VKME=li__50UF(((__li__KO5D *)li__UKME));
  } break;
  case __li__NCFE__: {
    li__HWGV=((__li__NCFE *)li__UKME)->li__OCFE.li__0CC;
    li__K4E( 1,(&__string_412));
    li__V5E(li__HWGV);
    li__ODF();
    li__VKME=NULL;
  } break;
  };
  /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__VKME==NULL) {
    li__XKME=NULL;
  } else {
    if (((struct ___OBJ *)li__VKME)->__id==__li__GGB__) {
      li__XKME=((void *)li__VKME);
    } else /* Other types */ {
      li__XKME=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__XKME == (void *)NULL)) {
    li__HWGV=li__RKME->li__OCFE.li__0CC;
    li__K4E( 1,(&__string_428));
    li__V5E(li__HWGV);
    li__ODF();
  };
  /* __li__B__ __li__I__ */
if (li__XKME->li__MPC) {
    li__QLME=(__li__K)((*(li__RKME->li__ILME)).li__OLME -  1);
    li__QD4G= 0;
    while ((li__QD4G <= li__QLME)) {
      li__YLME=((void **)(*(((__li__1M5D *)li__RKME->li__ILME))).li__RIUF)[li__QD4G];
      /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ __li__LNIE__ */
switch (((struct ___OBJ *)li__YLME)->__id) {
      case __li__YOB__: {
        li__T0SF(((__li__YOB *)li__YLME));
      } break;
      case __li__HLSC__: {
        li__IJTU=((__li__HLSC *)li__YLME)->li__ILSC.li__0CC;
        li__K4E( 2,(&__string_322));
        li__V5E(li__IJTU);
        li__ODF();
      } break;
      case __li__M30C__: {
        li__IJTU=((__li__M30C *)li__YLME)->li__N30C.li__0CC;
        li__K4E( 2,(&__string_322));
        li__V5E(li__IJTU);
        li__ODF();
      } break;
      case __li__LN5D__: {
        li__IJTU=((__li__LN5D *)li__YLME)->li__MN5D.li__0CC;
        li__K4E( 2,(&__string_322));
        li__V5E(li__IJTU);
        li__ODF();
      } break;
      case __li__KO5D__: {
        li__RETF(((__li__KO5D *)li__YLME));
      } break;
      case __li__NCFE__: {
        li__QKME(((__li__NCFE *)li__YLME));
      } break;
      case __li__LNIE__: {
        li__O3RH(((__li__LNIE *)li__YLME));
      } break;
      };
      li__QD4G=(__li__K)(li__QD4G +  1);
    };
    li__1LME=li__B__;
  } else /* FALSE */ {
    li__1LME=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__1LME)) {
    /* __li__B__ __li__I__ */
if (((void *)li__RKME->li__AMME != (void *)NULL)) {
      li__NMME=(__li__K)((*(li__RKME->li__AMME)).li__OLME -  1);
      li__453H= 0;
      while ((li__453H <= li__NMME)) {
        li__VMME=((void **)(*(((__li__1M5D *)li__RKME->li__AMME))).li__RIUF)[li__453H];
        /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ __li__LNIE__ */
switch (((struct ___OBJ *)li__VMME)->__id) {
        case __li__YOB__: {
          li__T0SF(((__li__YOB *)li__VMME));
        } break;
        case __li__HLSC__: {
          li__OJTU=((__li__HLSC *)li__VMME)->li__ILSC.li__0CC;
          li__K4E( 2,(&__string_322));
          li__V5E(li__OJTU);
          li__ODF();
        } break;
        case __li__M30C__: {
          li__OJTU=((__li__M30C *)li__VMME)->li__N30C.li__0CC;
          li__K4E( 2,(&__string_322));
          li__V5E(li__OJTU);
          li__ODF();
        } break;
        case __li__LN5D__: {
          li__OJTU=((__li__LN5D *)li__VMME)->li__MN5D.li__0CC;
          li__K4E( 2,(&__string_322));
          li__V5E(li__OJTU);
          li__ODF();
        } break;
        case __li__KO5D__: {
          li__RETF(((__li__KO5D *)li__VMME));
        } break;
        case __li__NCFE__: {
          li__QKME(((__li__NCFE *)li__VMME));
        } break;
        case __li__LNIE__: {
          li__O3RH(((__li__LNIE *)li__VMME));
        } break;
        };
        li__453H=(__li__K)(li__453H +  1);
      };
    };
  };
}

static __li__PF* li__RUI(__li__U *li__TUI,__li__U *li__UUI,__li__K li__VUI)
/* (Strict STRING_CONSTANT{NULLxli__U},Strict STRING_CONSTANT{NULLxli__U},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PF *li__2WN,*li__FYN,*li__WUI;
  __li__CB li__3WN,li__1JTU;
  __li__JJG li__FXN,li__4JTU,li__ZJTU;
  __li__K li__QXN,li__DB1,li__UADC,li__UBOU,li__YT5,li__QPEC,li__0QEC;
  __li__K li__JGMD;
  __li__52B li__JKTU;
  __li__U *li__LR5,*li__MB1;
  __li__BC *li__LC1;
  __li__XB1 *li__AADC,*li__JBDC;
  void **li__KCDC;
  __li__T1B *li__VS5;
  __li__C li__FT5;
  void **li__RT5;
  __li__RA1 *li__ZHCD;
  __li__EICD *li__GICD,*li__3JCD;
  __li__3 *li__4LTU;
  __li__OC1 *li__NDDC,*li__WEDC;
  void **li__KSHC;
  li__2WN=NULL;
  li__3WN=((__li__CB )(NULL));
  li__FXN=((__li__JJG )sizeof(__li__PF));
  /* __li__B__ __li__I__ */
if ((li__FXN ==  0)) {
    li__2WN=li__PF__;
  } else /* FALSE */ {
    li__QXN=__li__PF__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__FXN));
    /* __li__B__ __li__I__ */
if ((li__QXN == (__li__K)(-  1))) {
      li__4JTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZJTU=(__li__JJG)((__li__JJG)(li__FXN - (__li__JJG)(((__li__JJG ) 0) - li__4JTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4JTU) - ((__li__JJG ) 1)));
      li__4JTU=(__li__JJG)(li__ZJTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__1JTU=li__YCJ(li__ZJTU,((__li__CB )(&(table_size[(li__4JTU)-1]))),((__li__52B )li__ZJTU));
      li__3WN=li__1JTU;
    } else /* FALSE */ {
      li__JKTU=((__li__52B )li__QXN);
      li__4JTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZJTU=(__li__JJG)((__li__JJG)(li__FXN - (__li__JJG)(((__li__JJG ) 0) - li__4JTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4JTU) - ((__li__JJG ) 1)));
      li__1JTU=li__YCJ(li__ZJTU,((__li__CB )(&(table_type[(li__JKTU)]))),(__li__52B)(li__JKTU |  1));
      li__3WN=li__1JTU;
    };
    li__FYN=((__li__PF *)li__3WN);
    li__2WN=li__FYN;
    *(li__FYN) = *(li__PF__);
  };
  li__FYN=((__li__PF *)li__2WN);
  li__FYN->li__WXI=li__TUI;
  li__FYN->li__SF.li__R2B=li__UUI;
  li__LR5=((__li__U *)li__UUI);
  li__QXN=li__FVDB(((__li__3 *)li__LR5->li__3C),'.',(__li__K)(li__LR5->li__2C -  1));
  li__DB1=(__li__K)( 1 + li__QXN);
  /* __li__B__ __li__I__ */
if ((li__DB1 !=  0)) {
    li__HEZ(((__li__BC *)li__0C),li__UUI);
    li__GL2(((__li__BC *)li__0C),li__DB1);
    li__MB1=li__SQC(li__0C);
    li__FYN->li__NB1=li__MB1;
  } else /* FALSE */ {
    li__FYN->li__NB1=li__UUI;
  };
  li__FYN->li__UB1=li__VUI;
  li__AADC=NULL;
  li__3WN=((__li__CB )(NULL));
  li__FXN=((__li__JJG )sizeof(__li__XB1));
  /* __li__B__ __li__I__ */
if ((li__FXN ==  0)) {
    li__AADC=li__XB1__;
  } else /* FALSE */ {
    li__UADC=__li__XB1__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__FXN));
    /* __li__B__ __li__I__ */
if ((li__UADC == (__li__K)(-  1))) {
      li__4JTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZJTU=(__li__JJG)((__li__JJG)(li__FXN - (__li__JJG)(((__li__JJG ) 0) - li__4JTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4JTU) - ((__li__JJG ) 1)));
      li__4JTU=(__li__JJG)(li__ZJTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__1JTU=li__YCJ(li__ZJTU,((__li__CB )(&(table_size[(li__4JTU)-1]))),((__li__52B )li__ZJTU));
      li__3WN=li__1JTU;
    } else /* FALSE */ {
      li__JKTU=((__li__52B )li__UADC);
      li__4JTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZJTU=(__li__JJG)((__li__JJG)(li__FXN - (__li__JJG)(((__li__JJG ) 0) - li__4JTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4JTU) - ((__li__JJG ) 1)));
      li__1JTU=li__YCJ(li__ZJTU,((__li__CB )(&(table_type[(li__JKTU)]))),(__li__52B)(li__JKTU |  1));
      li__3WN=li__1JTU;
    };
    li__JBDC=((__li__XB1 *)li__3WN);
    li__AADC=li__JBDC;
    *(li__JBDC) = *(li__XB1__);
  };
  li__JBDC=((__li__XB1 *)li__AADC);
  /* __li__B__ __li__I__ */
if (((*(li__JBDC)).li__4BDC < li__VUI)) {
    li__KCDC=li__TTQC(li__VUI);
    (*(li__JBDC)).li__LCDC=li__KCDC;
    (*(li__JBDC)).li__4BDC=li__VUI;
  };
  (*(li__JBDC)).li__PCDC=(__li__K)(-  1);
  li__FYN->li__BC1=li__AADC;
  li__UBOU=(__li__K)((*(((__li__T1B *)li__21B))).li__G2B +  1);
  li__FYN->li__EC1=li__UBOU;
  li__VS5=((__li__T1B *)li__21B);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__VS5)).li__G2B +  1) <= (__li__K)((*(li__VS5)).li__EZ0 -  1))) {
    (*(li__VS5)).li__G2B=(__li__K)((*(li__VS5)).li__G2B +  1);
    li__FT5=li__B__;
  } else /* FALSE */ {
    li__FT5=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__FT5)) {
    /* __li__B__ __li__I__ */
if (((*(li__VS5)).li__EZ0 ==  0)) {
      li__RT5=li__4KHB( 2);
      (*(li__VS5)).li__RZ0=li__RT5;
      (*(li__VS5)).li__EZ0= 2;
      (*(li__VS5)).li__G2B= 0;
    } else /* FALSE */ {
      li__YT5=(__li__K)((*(li__VS5)).li__EZ0 <<  1);
      li__RT5=((void **)(*(li__VS5)).li__RZ0);
      li__QPEC=(*(li__VS5)).li__EZ0;
      li__1JTU=li__CUY(((__li__CB )li__RT5),((__li__JJG )(__li__K)(li__QPEC * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__YT5 * ((__li__K )(sizeof(void *))))));
      li__RT5=((void **)li__1JTU);
      li__0QEC=(__li__K)(li__YT5 -  1);
      li__JGMD=li__QPEC;
      while ((li__JGMD <= li__0QEC)) {
        li__RT5[li__JGMD]=NULL;
        li__JGMD=(__li__K)(li__JGMD +  1);
      };
      (*(li__VS5)).li__RZ0=li__RT5;
      (*(li__VS5)).li__EZ0=li__YT5;
      (*(li__VS5)).li__G2B=(__li__K)((*(li__VS5)).li__G2B +  1);
    };
  };
  ((void **)(*(li__VS5)).li__RZ0)[(*(li__VS5)).li__G2B]=li__FYN;
  li__ZHCD=((__li__RA1 *)li__XA1);
  li__QXN=li__AIO(((__li__U *)li__TUI));
  li__DB1=(__li__K)(li__QXN % li__ZHCD->li__IICD);
  li__UADC=li__DB1;
  li__GICD=((void **)li__ZHCD->li__PICD)[li__DB1];
  while ((! (((void *)li__GICD == (void *)NULL) || ((void *)li__GICD->li__1ICD == (void *)li__TUI)))) {
    li__GICD=li__GICD->li__GJCD;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__GICD == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__ZHCD->li__IICD == li__ZHCD->li__PJCD)) {
      li__OKYD(li__ZHCD);
      li__UADC=(__li__K)(li__QXN % li__ZHCD->li__IICD);
    };
    li__3JCD=li__52JD(li__FYN,li__TUI,((void **)li__ZHCD->li__PICD)[li__UADC]);
    li__GICD=li__3JCD;
    ((void **)li__ZHCD->li__PICD)[li__UADC]=li__3JCD;
    li__ZHCD->li__PJCD=(__li__K)(li__ZHCD->li__PJCD +  1);
  } else /* FALSE */ {
    ((__li__EICD *)li__GICD)->li__5CDD=li__FYN;
  };
  li__BTZ(((__li__BC *)li__Y5B),li__TUI);
  li__4LTU=li__A1V(((__li__BC *)li__Y5B));
  li__3WN=((__li__CB )(fopen((char*)(li__4LTU),"rb")));
  fseek((FILE*)((li__3WN)),0,SEEK_END);
  li__QXN=((__li__K )(ftell((FILE *)(li__3WN))));
  fseek((FILE*)((li__3WN)),0,SEEK_SET);
  li__LC1=li__IFC((__li__K)(li__QXN +  1));
  li__FYN->li__XAF=li__LC1;
  li__4LTU=li__A1V(((__li__BC *)li__LC1));
  fread((void *)((li__4LTU)),(size_t)(1), (size_t)((li__QXN)),(FILE*)((li__3WN)));
  ((__li__3 *)li__4LTU)[li__QXN]='\0';
  li__JTN(((__li__BC *)li__LC1),li__4LTU);
  fclose((FILE*)((li__3WN)));
  li__NDDC=NULL;
  li__3WN=((__li__CB )(NULL));
  li__FXN=((__li__JJG )sizeof(__li__OC1));
  /* __li__B__ __li__I__ */
if ((li__FXN ==  0)) {
    li__NDDC=li__OC1__;
  } else /* FALSE */ {
    li__YT5=__li__OC1__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__FXN));
    /* __li__B__ __li__I__ */
if ((li__YT5 == (__li__K)(-  1))) {
      li__4JTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZJTU=(__li__JJG)((__li__JJG)(li__FXN - (__li__JJG)(((__li__JJG ) 0) - li__4JTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4JTU) - ((__li__JJG ) 1)));
      li__4JTU=(__li__JJG)(li__ZJTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__1JTU=li__YCJ(li__ZJTU,((__li__CB )(&(table_size[(li__4JTU)-1]))),((__li__52B )li__ZJTU));
      li__3WN=li__1JTU;
    } else /* FALSE */ {
      li__JKTU=((__li__52B )li__YT5);
      li__4JTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZJTU=(__li__JJG)((__li__JJG)(li__FXN - (__li__JJG)(((__li__JJG ) 0) - li__4JTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4JTU) - ((__li__JJG ) 1)));
      li__1JTU=li__YCJ(li__ZJTU,((__li__CB )(&(table_type[(li__JKTU)]))),(__li__52B)(li__JKTU |  1));
      li__3WN=li__1JTU;
    };
    li__WEDC=((__li__OC1 *)li__3WN);
    li__NDDC=li__WEDC;
    *(li__WEDC) = *(li__OC1__);
  };
  li__WEDC=((__li__OC1 *)li__NDDC);
  li__QXN=li__YDQ( 193);
  li__KSHC=li__YTLC(li__QXN);
  li__WEDC->li__LSHC=li__KSHC;
  li__WEDC->li__JFDC=li__QXN;
  li__WEDC->li__OSHC= 0;
  li__FYN->li__XC1=li__NDDC;
  li__FYN->li__SF.li__RF.li__0CC=((__li__PO )(__li__52B)(((__li__52B )li__FYN->li__EC1) |  131072));
  li__WUI=li__2WN;
  return(li__WUI);
}

static __li__C li__WEK(__li__U *li__YEK)
/* (Strict STRING_CONSTANT{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0EK,li__1EK;
  __li__C li__2EK,li__3EK,li__0FK,li__ZEK;
  __li__3 li__WFK;
  li__0EK= 0;
  li__1EK= 0;
  li__2EK=li__I__;
  li__3EK=li__PNK();
  /* __li__B__ __li__I__ */
if ((! li__3EK)) {
    li__2EK=li__I__;
  } else /* FALSE */ {
    li__0EK=li__Y5H;
    li__1EK= 1;
    li__NFR:
    {
      /* __li__B__ __li__I__ */
if ((li__1EK > li__YEK->li__2C)) {
        li__0FK=li__B__;
      } else /* FALSE */ {
        li__WFK=li__GBL();
        li__0FK=(li__WFK != ((__li__3 *)li__YEK->li__3C)[(__li__K)(li__1EK -  1)]);
      };
      /* __li__B__ __li__I__ */
if ((! li__0FK)) {
        li__Y5H=(__li__K)(li__Y5H +  1);
        li__1EK=(__li__K)(li__1EK +  1);
        goto li__NFR;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__1EK > li__YEK->li__2C)) {
      li__2YI=li__YEK;
      li__2EK=li__B__;
    } else /* FALSE */ {
      li__Y5H=li__0EK;
    };
  };
  li__ZEK=li__2EK;
  return(li__ZEK);
}

static __li__C li__AIX(__li__3 li__CIX)
/* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__EIX,li__FIX,li__DIX;
  __li__3 li__RIX;
  li__EIX=li__I__;
  li__FIX=li__PNK();
  /* __li__B__ __li__I__ */
if ((! li__FIX)) {
    li__EIX=li__I__;
  } else /* FALSE */ {
    li__RIX=li__GBL();
    /* __li__B__ __li__I__ */
if ((li__RIX == li__CIX)) {
      li__Y5H=(__li__K)(li__Y5H +  1);
      li__EIX=li__B__;
    };
  };
  li__DIX=li__EIX;
  return(li__DIX);
}

static __li__C li__P4IB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__T4IB,li__GBJB;
  __li__PO li__NBJB;
  __li__U *li__TBJB;
  __li__C li__S4IB,li__V4IB,li__B5IB,li__34IB,li__RAJB,li__05IB;
  __li__C li__CAJB,li__NAJB,li__R4IB;
  __li__3 li__24IB,li__S5IB,li__Z5IB,li__BAJB;
  li__S4IB=li__I__;
  li__T4IB= 0;
  li__V4IB=li__PNK();
  /* __li__B__ __li__I__ */
if ((! li__V4IB)) {
    li__B5IB=li__B__;
  } else /* FALSE */ {
    li__24IB=li__GBL();
    li__34IB=li__SVRB(li__24IB);
    li__B5IB=(! li__34IB);
  };
  /* __li__B__ __li__I__ */
if (li__B5IB) {
    li__S4IB=li__I__;
  } else /* FALSE */ {
    li__T4IB=li__Y5H;
    ((__li__BC *)li__0C)->li__NK= 0;
    li__GLPD:
    {
      li__S5IB=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__S5IB == ((__li__3 )(( 0))))) {
        li__RAJB=li__B__;
      } else /* FALSE */ {
        li__Z5IB=li__GBL();
        li__05IB=li__SVRB(li__Z5IB);
        /* __li__B__ __li__I__ */
if ((! li__05IB)) {
          li__BAJB=li__GBL();
          li__CAJB=li__KTX(li__BAJB);
          li__NAJB=(! li__CAJB);
        } else /* FALSE */ {
          li__NAJB=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__NAJB) {
          li__BAJB=li__GBL();
          li__CAJB=(li__BAJB != '_');
        } else /* FALSE */ {
          li__CAJB=li__I__;
        };
        li__RAJB=li__CAJB;
      };
      /* __li__B__ __li__I__ */
if ((! li__RAJB)) {
        li__Z5IB=li__GBL();
        li__SRX(((__li__BC *)li__0C),li__Z5IB);
        li__Y5H=(__li__K)(li__Y5H +  1);
        goto li__GLPD;
      };
    };
    /* __li__B__ __li__I__ */
if ((((__li__BC *)li__0C)->li__NK !=  0)) {
      li__GBJB=li__PTQD(((__li__BC *)li__0C));
      /* __li__B__ __li__I__ */
if ((li__GBJB !=  0)) {
        li__Y5H=(__li__K)(li__T4IB + li__GBJB);
        li__NBJB=li__WTIB();
        li__K4E( 0,(&__string_329));
        li__V5E(li__NBJB);
        li__ODF();
      };
      li__TBJB=li__SQC(li__0C);
      li__2YI=li__TBJB;
      li__S4IB=li__B__;
    };
  };
  li__R4IB=li__S4IB;
  return(li__R4IB);
}

static __li__PO li__WTIB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__RVIB,li__YTIB;
  __li__3 *li__GNTU;
  li__GNTU=((__li__BC *)li__V5H)->li__CUN;
  while ((li__15H != li__Y5H)) {
    /* __li__B__ __li__I__ */
if ((((__li__3 *)li__GNTU)[(__li__K)(li__15H -  1)] == '\n')) {
      li__35H= 0;
      li__25H=(__li__K)(li__25H +  1);
    } else /* FALSE */ {
      li__35H=(__li__K)(li__35H +  1);
    };
    li__15H=(__li__K)(li__15H +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__25H >  32767)) {
    li__RVIB=((__li__PO )(__li__52B)((__li__52B)(((__li__52B )li__S5H->li__EC1) | ((__li__52B )(__li__K)(li__35H <<  9))) |  4294836224LU));
    li__K4E( 0,(&__string_429));
    li__V5E(li__RVIB);
    li__ODF();
  };
  /* __li__B__ __li__I__ */
if ((li__35H >  255)) {
    li__RVIB=((__li__PO )(__li__52B)((__li__52B)(((__li__52B )li__S5H->li__EC1) |  130560) | ((__li__52B )(__li__K)(li__25H <<  17))));
    li__K4E( 0,(&__string_430));
    li__V5E(li__RVIB);
    li__ODF();
  };
  li__YTIB=((__li__PO )(__li__52B)((__li__52B)(((__li__52B )li__S5H->li__EC1) | ((__li__52B )(__li__K)(li__35H <<  9))) | ((__li__52B )(__li__K)(li__25H <<  17))));
  return(li__YTIB);
}

static __li__C li__BCJB(__li__U *li__DCJB)
/* (Strict STRING_CONSTANT{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__FCJB,li__GCJB;
  __li__C li__HCJB,li__ICJB,li__PDJB,li__MDJB,li__ECJB;
  __li__3 li__0CJB,li__IDJB;
  li__FCJB= 0;
  li__GCJB= 0;
  li__HCJB=li__I__;
  li__ICJB=li__PNK();
  /* __li__B__ __li__I__ */
if ((! li__ICJB)) {
    li__HCJB=li__I__;
  } else /* FALSE */ {
    li__FCJB=li__Y5H;
    li__GCJB= 1;
    li__DWRB:
    {
      li__0CJB=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__0CJB == ((__li__3 )(( 0))))) {
        li__PDJB=li__B__;
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if ((li__GCJB > li__DCJB->li__2C)) {
          li__MDJB=li__B__;
        } else /* FALSE */ {
          li__IDJB=li__GBL();
          li__MDJB=(li__IDJB != ((__li__3 *)li__DCJB->li__3C)[(__li__K)(li__GCJB -  1)]);
        };
        li__PDJB=li__MDJB;
      };
      /* __li__B__ __li__I__ */
if ((! li__PDJB)) {
        li__GCJB=(__li__K)(li__GCJB +  1);
        li__Y5H=(__li__K)(li__Y5H +  1);
        goto li__DWRB;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__GCJB > li__DCJB->li__2C)) {
      li__HCJB=li__B__;
      li__2YI=li__DCJB;
    } else /* FALSE */ {
      li__Y5H=li__FCJB;
      li__HCJB=li__I__;
    };
  };
  li__ECJB=li__HCJB;
  return(li__ECJB);
}

static __li__C li__KEPB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__1GPB;
  __li__PO li__FHPB;
  __li__C li__NEPB,li__PEPB,li__YEPB,li__XFPB,li__MEPB;
  __li__3 li__VEPB,li__GFPB,li__NFPB;
  li__NEPB=li__I__;
  li__PEPB=li__PNK();
  /* __li__B__ __li__I__ */
if (li__PEPB) {
    li__VEPB=li__GBL();
    li__YEPB=(li__VEPB == '\"');
  } else /* FALSE */ {
    li__YEPB=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__YEPB) {
    li__Y5H=(__li__K)(li__Y5H +  1);
    ((__li__BC *)li__0C)->li__NK= 0;
    li__1INC:
    {
      li__GFPB=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__GFPB == ((__li__3 )(( 0))))) {
        li__XFPB=li__B__;
      } else /* FALSE */ {
        li__NFPB=li__GBL();
        li__XFPB=(li__NFPB == '\n');
      };
      /* __li__B__ __li__I__ */
if (li__XFPB) {
        li__XFPB=li__B__;
      } else /* FALSE */ {
        li__NFPB=li__GBL();
        li__XFPB=(li__NFPB == '\"');
      };
      /* __li__B__ __li__I__ */
if ((! li__XFPB)) {
        li__NFPB=li__GBL();
        li__SRX(((__li__BC *)li__0C),li__NFPB);
        li__NFPB=li__GBL();
        /* __li__B__ __li__I__ */
if ((li__NFPB == '\\')) {
          li__Y5H=(__li__K)(li__Y5H +  1);
          li__JJKF();
        } else /* FALSE */ {
          li__Y5H=(__li__K)(li__Y5H +  1);
        };
        goto li__1INC;
      };
    };
    li__VEPB=li__GBL();
    /* __li__B__ __li__I__ */
if ((li__VEPB == '\"')) {
      li__Y5H=(__li__K)(li__Y5H +  1);
      li__1GPB=li__SQC(li__0C);
      li__2YI=li__1GPB;
      li__NEPB=li__B__;
    } else /* FALSE */ {
      li__Y5H=li__B3K;
      li__FHPB=li__WTIB();
      li__K4E( 0,(&__string_431));
      li__V5E(li__FHPB);
      li__ODF();
    };
  };
  li__MEPB=li__NEPB;
  return(li__MEPB);
}

static void li__GXRB(__li__GD *li__HXRB,__li__U *li__IXRB)
/* (Strict FAST_ARRAY(Strict STRING_CONSTANT){li__GD},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__KYRB,li__IPFC,li__SQFC,li__RIMD;
  __li__CB li__MQFC;
  __li__C li__XXRB;
  __li__U **li__DYRB;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__HXRB)).li__UD +  1) <= (__li__K)((*(li__HXRB)).li__CU0 -  1))) {
    (*(li__HXRB)).li__UD=(__li__K)((*(li__HXRB)).li__UD +  1);
    li__XXRB=li__B__;
  } else /* FALSE */ {
    li__XXRB=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__XXRB)) {
    /* __li__B__ __li__I__ */
if (((*(li__HXRB)).li__CU0 ==  0)) {
      li__DYRB=li__KHHB( 2);
      (*(li__HXRB)).li__U1Z=li__DYRB;
      (*(li__HXRB)).li__CU0= 2;
      (*(li__HXRB)).li__UD= 0;
    } else /* FALSE */ {
      li__KYRB=(__li__K)((*(li__HXRB)).li__CU0 <<  1);
      li__DYRB=((__li__U **)(*(li__HXRB)).li__U1Z);
      li__IPFC=(*(li__HXRB)).li__CU0;
      li__MQFC=li__CUY(((__li__CB )li__DYRB),((__li__JJG )(__li__K)(li__IPFC * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__KYRB * ((__li__K )(sizeof(void *))))));
      li__DYRB=((__li__U **)li__MQFC);
      li__SQFC=(__li__K)(li__KYRB -  1);
      li__RIMD=li__IPFC;
      while ((li__RIMD <= li__SQFC)) {
        li__DYRB[li__RIMD]=NULL;
        li__RIMD=(__li__K)(li__RIMD +  1);
      };
      (*(li__HXRB)).li__U1Z=li__DYRB;
      (*(li__HXRB)).li__CU0=li__KYRB;
      (*(li__HXRB)).li__UD=(__li__K)((*(li__HXRB)).li__UD +  1);
    };
  };
  ((__li__U **)(*(li__HXRB)).li__U1Z)[(*(li__HXRB)).li__UD]=li__IXRB;
}

static void* li__EYUB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__HYUB,*li__GYUB;
  __li__MHB *li__VYUB;
  __li__U *li__EZUB;
  __li__YHB *li__GZUB;
  __li__GGB *li__VZUB;
  __li__PO li__J0UB;
  __li__C li__IYUB,li__XYUB,li__FEXB;
  li__HYUB=NULL;
  li__IYUB=li__YXVB();
  /* __li__B__ __li__I__ */
if (li__IYUB) {
    /* __li__B__ __li__I__ */
if (((void *)li__2YI == (void *)(&__string_39))) {
      li__VYUB=li__J2XB(li__MHB__, 0);
      li__HYUB=li__VYUB;
      li__XYUB=li__B__;
    } else /* FALSE */ {
      li__XYUB=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__XYUB) {
      li__XYUB=li__B__;
    } else /* FALSE */ {
      li__FEXB=((void *)li__2YI == (void *)(&__string_43));
      /* __li__B__ __li__I__ */
if (li__FEXB) {
        li__EZUB=li__RKTC((&__string_432));
        li__GZUB=li__MJY(li__YHB__,li__EZUB);
        li__HYUB=li__GZUB;
      };
      li__XYUB=li__FEXB;
    };
    /* __li__B__ __li__I__ */
if (li__XYUB) {
      li__XYUB=li__B__;
    } else /* FALSE */ {
      li__FEXB=((void *)li__2YI == (void *)(&__string_47));
      /* __li__B__ __li__I__ */
if (li__FEXB) {
        li__VZUB=li__VRE(li__I__);
        li__HYUB=li__VZUB;
      };
      li__XYUB=li__FEXB;
    };
    /* __li__B__ __li__I__ */
if ((! li__XYUB)) {
      /* __li__B__ __li__I__ */
if (((void *)li__2YI == (void *)(&__string_65))) {
        li__KBG((&__string_231));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } else /* FALSE */ {
        li__J0UB=li__WTIB();
        li__K4E( 0,(&__string_332));
        li__V5E(li__J0UB);
        li__ODF();
      };
    };
  };
  li__GYUB=li__HYUB;
  return(li__GYUB);
}

static __li__CFB* li__Z0UB(__li__PO li__10UB,__li__U *li__20UB,void *li__30UB,__li__C li__40UB)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U},LIP_CONSTANT{NULLxli__GGBxli__MHBxli__YHB},Expanded BOOLEAN{li__Bxli__I}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CFB *li__P2VB,*li__Y3VB,*li__ANJC,*li__50UB;
  __li__CB li__Q2VB,li__TNTU,li__YOTU;
  __li__JJG li__Y2VB,li__WNTU,li__RNTU,li__1OTU,li__WOTU;
  __li__K li__D3VB,li__XB1C,li__PB1C,li__TC1C,li__VC1C;
  __li__52B li__BOTU,li__GPTU;
  __li__PO li__PJFC;
  __li__0HD *li__OBTC;
  __li__1YL *li__RB1C,*li__SB1C,*li__5E1C;
  void **li__QB1C,**li__YB1C;
  li__P2VB=NULL;
  li__Q2VB=((__li__CB )(NULL));
  li__Y2VB=((__li__JJG )sizeof(__li__CFB));
  /* __li__B__ __li__I__ */
if ((li__Y2VB ==  0)) {
    li__P2VB=li__CFB__;
  } else /* FALSE */ {
    li__D3VB=__li__CFB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__Y2VB));
    /* __li__B__ __li__I__ */
if ((li__D3VB == (__li__K)(-  1))) {
      li__WNTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__RNTU=(__li__JJG)((__li__JJG)(li__Y2VB - (__li__JJG)(((__li__JJG ) 0) - li__WNTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WNTU) - ((__li__JJG ) 1)));
      li__WNTU=(__li__JJG)(li__RNTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__TNTU=li__YCJ(li__RNTU,((__li__CB )(&(table_size[(li__WNTU)-1]))),((__li__52B )li__RNTU));
      li__Q2VB=li__TNTU;
    } else /* FALSE */ {
      li__BOTU=((__li__52B )li__D3VB);
      li__WNTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__RNTU=(__li__JJG)((__li__JJG)(li__Y2VB - (__li__JJG)(((__li__JJG ) 0) - li__WNTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WNTU) - ((__li__JJG ) 1)));
      li__TNTU=li__YCJ(li__RNTU,((__li__CB )(&(table_type[(li__BOTU)]))),(__li__52B)(li__BOTU |  1));
      li__Q2VB=li__TNTU;
    };
    li__Y3VB=((__li__CFB *)li__Q2VB);
    li__P2VB=li__Y3VB;
    *(li__Y3VB) = *(li__CFB__);
  };
  li__Y3VB=((__li__CFB *)li__P2VB);
  li__Y3VB->li__DFB.li__0CC=li__10UB;
  li__ANJC=li__QYL(((__li__0HD *)li__CID),li__20UB);
  /* __li__B__ __li__I__ */
if (((void *)li__ANJC != (void *)NULL)) {
    li__PJFC=li__ANJC->li__DFB.li__0CC;
    li__K4E( 1,(&__string_433));
    li__V5E(li__PJFC);
    li__ODF();
  };
  li__Y3VB->li__TJFC=li__20UB;
  li__Y3VB->li__XFB=li__30UB;
  /* __li__B__ __li__I__ */
if ((! li__40UB)) {
    li__OBTC=((__li__0HD *)li__CID);
    /* __li__B__ __li__I__ */
if ((li__OBTC->li__AZL == li__OBTC->li__OEP)) {
      li__RB1C=NULL;
      li__SB1C=NULL;
      li__QB1C=li__OBTC->li__HZL;
      li__XB1C=li__YDQ((__li__K)(li__OBTC->li__AZL +  1));
      li__YB1C=li__HWQ(li__XB1C);
      li__OBTC->li__HZL=li__YB1C;
      li__PB1C=(__li__K)(li__OBTC->li__AZL -  1);
      li__OBTC->li__AZL=li__XB1C;
      while ((! (li__PB1C <  0))) {
        li__RB1C=((void **)li__QB1C)[li__PB1C];
        while (((void *)li__RB1C != (void *)NULL)) {
          li__SB1C=li__RB1C->li__4ZL;
          li__TC1C=li__AIO(((__li__U *)li__RB1C->li__TZL));
          li__VC1C=(__li__K)(li__TC1C % li__OBTC->li__AZL);
          ((__li__1YL *)li__RB1C)->li__4ZL=((void **)li__OBTC->li__HZL)[li__VC1C];
          ((void **)li__OBTC->li__HZL)[li__VC1C]=li__RB1C;
          li__RB1C=li__SB1C;
        };
        li__PB1C=(__li__K)(li__PB1C -  1);
      };
    };
    li__D3VB=li__AIO(((__li__U *)li__20UB));
    li__XB1C=(__li__K)(li__D3VB % li__OBTC->li__AZL);
    li__RB1C=((void **)li__OBTC->li__HZL)[li__XB1C];
    li__SB1C=NULL;
    li__TNTU=((__li__CB )(NULL));
    li__WNTU=((__li__JJG )sizeof(__li__1YL));
    /* __li__B__ __li__I__ */
if ((li__WNTU ==  0)) {
      li__SB1C=li__1YL__;
    } else /* FALSE */ {
      li__PB1C=__li__1YL__;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__WNTU));
      /* __li__B__ __li__I__ */
if ((li__PB1C == (__li__K)(-  1))) {
        li__1OTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__WOTU=(__li__JJG)((__li__JJG)(li__WNTU - (__li__JJG)(((__li__JJG ) 0) - li__1OTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1OTU) - ((__li__JJG ) 1)));
        li__1OTU=(__li__JJG)(li__WOTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__YOTU=li__YCJ(li__WOTU,((__li__CB )(&(table_size[(li__1OTU)-1]))),((__li__52B )li__WOTU));
        li__TNTU=li__YOTU;
      } else /* FALSE */ {
        li__GPTU=((__li__52B )li__PB1C);
        li__1OTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__WOTU=(__li__JJG)((__li__JJG)(li__WNTU - (__li__JJG)(((__li__JJG ) 0) - li__1OTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1OTU) - ((__li__JJG ) 1)));
        li__YOTU=li__YCJ(li__WOTU,((__li__CB )(&(table_type[(li__GPTU)]))),(__li__52B)(li__GPTU |  1));
        li__TNTU=li__YOTU;
      };
      li__5E1C=((__li__1YL *)li__TNTU);
      li__SB1C=li__5E1C;
      *(li__5E1C) = *(li__1YL__);
    };
    li__5E1C=((__li__1YL *)li__SB1C);
    li__5E1C->li__G0L=li__Y3VB;
    li__5E1C->li__TZL=li__20UB;
    li__5E1C->li__4ZL=li__RB1C;
    ((void **)li__OBTC->li__HZL)[li__XB1C]=li__SB1C;
    li__OBTC->li__OEP=(__li__K)(li__OBTC->li__OEP +  1);
  };
  li__50UB=li__P2VB;
  return(li__50UB);
}

static void* li__ETWB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__HTWB,*li__GTWB;
  __li__MHB *li__QTWB;
  __li__YHB *li__BUWB;
  __li__GGB *li__WUWB,*li__FVWB;
  __li__PO li__LVWB;
  __li__C li__ITWB,li__UTWB,li__ZTWB,li__YUWB;
  li__HTWB=NULL;
  li__ITWB=li__RFXB();
  /* __li__B__ __li__I__ */
if (li__ITWB) {
    li__QTWB=li__J2XB(li__MHB__,((__li__K )li__OTWB));
    li__HTWB=li__QTWB;
    li__UTWB=li__B__;
  } else /* FALSE */ {
    li__UTWB=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__UTWB) {
    li__UTWB=li__B__;
  } else /* FALSE */ {
    li__ZTWB=li__KEPB();
    /* __li__B__ __li__I__ */
if (li__ZTWB) {
      li__BUWB=li__MJY(li__YHB__,li__2YI);
      li__HTWB=li__BUWB;
    };
    li__UTWB=li__ZTWB;
  };
  /* __li__B__ __li__I__ */
if ((! li__UTWB)) {
    li__UTWB=li__YXVB();
    /* __li__B__ __li__I__ */
if (li__UTWB) {
      /* __li__B__ __li__I__ */
if (((void *)li__2YI == (void *)(&__string_48))) {
        li__WUWB=li__VRE(li__B__);
        li__HTWB=li__WUWB;
        li__YUWB=li__B__;
      } else /* FALSE */ {
        li__YUWB=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__YUWB)) {
        /* __li__B__ __li__I__ */
if (((void *)li__2YI == (void *)(&__string_49))) {
          li__FVWB=li__VRE(li__I__);
          li__HTWB=li__FVWB;
        } else /* FALSE */ {
          li__LVWB=li__WTIB();
          li__K4E( 0,(&__string_434));
          li__V5E(li__LVWB);
          li__ODF();
        };
      };
    };
  };
  li__GTWB=li__HTWB;
  return(li__GTWB);
}

static void li__VURF(__li__MHB *li__WURF)
/* (Strict LIP_INTEGER{li__MHB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__OGXF,li__KQOG,li__UROG,li__NI3G;
  __li__CB li__OROG;
  __li__O2XB *li__LFXF;
  __li__C li__1FXF;
  void **li__HGXF;
  li__LFXF=((__li__O2XB *)li__X2XB);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__LFXF)).li__ALED +  1) <= (__li__K)((*(li__LFXF)).li__1LED -  1))) {
    (*(li__LFXF)).li__ALED=(__li__K)((*(li__LFXF)).li__ALED +  1);
    li__1FXF=li__B__;
  } else /* FALSE */ {
    li__1FXF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__1FXF)) {
    /* __li__B__ __li__I__ */
if (((*(li__LFXF)).li__1LED ==  0)) {
      li__HGXF=li__EPYD( 2);
      (*(li__LFXF)).li__IMED=li__HGXF;
      (*(li__LFXF)).li__1LED= 2;
      (*(li__LFXF)).li__ALED= 0;
    } else /* FALSE */ {
      li__OGXF=(__li__K)((*(li__LFXF)).li__1LED <<  1);
      li__HGXF=((void **)(*(li__LFXF)).li__IMED);
      li__KQOG=(*(li__LFXF)).li__1LED;
      li__OROG=li__CUY(((__li__CB )li__HGXF),((__li__JJG )(__li__K)(li__KQOG * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__OGXF * ((__li__K )(sizeof(void *))))));
      li__HGXF=((void **)li__OROG);
      li__UROG=(__li__K)(li__OGXF -  1);
      li__NI3G=li__KQOG;
      while ((li__NI3G <= li__UROG)) {
        li__HGXF[li__NI3G]=NULL;
        li__NI3G=(__li__K)(li__NI3G +  1);
      };
      (*(li__LFXF)).li__IMED=li__HGXF;
      (*(li__LFXF)).li__1LED=li__OGXF;
      (*(li__LFXF)).li__ALED=(__li__K)((*(li__LFXF)).li__ALED +  1);
    };
  };
  ((void **)(*(li__LFXF)).li__IMED)[(*(li__LFXF)).li__ALED]=li__WURF;
}

static void li__DWJE(__li__YHB *li__EWJE)
/* (Strict LIP_STRING{li__YHB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__FMQE,li__WKMF,li__AMMF,li__GO0F;
  __li__CB li__0LMF;
  __li__RJY *li__CLQE;
  __li__C li__SLQE;
  void **li__4LQE;
  li__CLQE=((__li__RJY *)li__0JY);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__CLQE)).li__URCC +  1) <= (__li__K)((*(li__CLQE)).li__4SCC -  1))) {
    (*(li__CLQE)).li__URCC=(__li__K)((*(li__CLQE)).li__URCC +  1);
    li__SLQE=li__B__;
  } else /* FALSE */ {
    li__SLQE=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__SLQE)) {
    /* __li__B__ __li__I__ */
if (((*(li__CLQE)).li__4SCC ==  0)) {
      li__4LQE=li__DAQC( 2);
      (*(li__CLQE)).li__LTCC=li__4LQE;
      (*(li__CLQE)).li__4SCC= 2;
      (*(li__CLQE)).li__URCC= 0;
    } else /* FALSE */ {
      li__FMQE=(__li__K)((*(li__CLQE)).li__4SCC <<  1);
      li__4LQE=((void **)(*(li__CLQE)).li__LTCC);
      li__WKMF=(*(li__CLQE)).li__4SCC;
      li__0LMF=li__CUY(((__li__CB )li__4LQE),((__li__JJG )(__li__K)(li__WKMF * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__FMQE * ((__li__K )(sizeof(void *))))));
      li__4LQE=((void **)li__0LMF);
      li__AMMF=(__li__K)(li__FMQE -  1);
      li__GO0F=li__WKMF;
      while ((li__GO0F <= li__AMMF)) {
        li__4LQE[li__GO0F]=NULL;
        li__GO0F=(__li__K)(li__GO0F +  1);
      };
      (*(li__CLQE)).li__LTCC=li__4LQE;
      (*(li__CLQE)).li__4SCC=li__FMQE;
      (*(li__CLQE)).li__URCC=(__li__K)((*(li__CLQE)).li__URCC +  1);
    };
  };
  ((void **)(*(li__CLQE)).li__LTCC)[(*(li__CLQE)).li__URCC]=li__EWJE;
}

static __li__C li__PNK()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__UNK,li__VNK,li__WNK,li__TNK,li__SNK,li__E52D;
  __li__PO li__50K;
  __li__U *li__O2K;
  __li__3 li__VOK,li__2OK,li__WPK,li__ASK,li__WSK;
  __li__C li__APK,li__DSK,li__VZK,li__RNK;
  li__UNK= 0;
  li__VNK= 0;
  li__WNK= 0;
  li__TNK=li__Y5H;
  li__SNK=(__li__K)(-  1);
  /* __li__B__ __li__I__ */
if (li__45H) {
    ((__li__BC *)li__5NK)->li__NK= 0;
    ((__li__BC *)li__BOK)->li__NK= 0;
  };
  while ((li__SNK != li__Y5H)) {
    li__SNK=li__Y5H;
    li__SIL:
    {
      li__VOK=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__VOK == ((__li__3 )(( 0))))) {
        li__APK=li__B__;
      } else /* FALSE */ {
        li__2OK=li__GBL();
        li__APK=(((__li__QJG )li__2OK) > ((__li__QJG )' '));
      };
      /* __li__B__ __li__I__ */
if ((! li__APK)) {
        /* __li__B__ __li__I__ */
if ((li__45H | li__55H)) {
          li__WPK=li__GBL();
          /* __li__B__ __li__I__ */
if ((li__WPK == '\n')) {
            li__E52D=li__WNK;
            /* __li__B__ __li__I__ */
if ((li__WNK ==  0)) {
              li__WNK= 1;
            };
            /* __li__B__ __li__I__ */
if ((li__E52D ==  1)) {
              li__WNK= 2;
            };
          };
        };
        li__Y5H=(__li__K)(li__Y5H +  1);
        goto li__SIL;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__Y5H < ((__li__BC *)li__V5H)->li__NK)) {
      li__VOK=li__GBL();
      /* __li__B__ __li__I__ */
if (((li__VOK == '/') && (((__li__3 *)((__li__BC *)li__V5H)->li__CUN)[(__li__K)((__li__K)(li__Y5H +  1) -  1)] == '/'))) {
        li__E52D=(__li__K)(li__Y5H +  2);
        li__Y5H=li__E52D;
        li__UNK=li__E52D;
        li__QWLC:
        {
          li__WPK=li__GBL();
          /* __li__B__ __li__I__ */
if ((li__WPK == ((__li__3 )(( 0))))) {
            li__DSK=li__B__;
          } else /* FALSE */ {
            li__ASK=li__GBL();
            li__DSK=(li__ASK == '\n');
          };
          /* __li__B__ __li__I__ */
if ((! li__DSK)) {
            /* __li__B__ __li__I__ */
if (li__45H) {
              /* __li__B__ __li__I__ */
if (((li__WNK ==  0) || (li__WNK ==  1))) {
                li__WSK=li__GBL();
                li__SRX(((__li__BC *)li__5NK),li__WSK);
              };
              /* __li__B__ __li__I__ */
if ((li__WNK ==  2)) {
                li__WSK=li__GBL();
                li__SRX(((__li__BC *)li__BOK),li__WSK);
              };
            };
            li__Y5H=(__li__K)(li__Y5H +  1);
            goto li__QWLC;
          };
        };
        /* __li__B__ __li__I__ */
if (li__45H) {
          /* __li__B__ __li__I__ */
if (((li__WNK ==  0) || (li__WNK ==  1))) {
            li__SRX(((__li__BC *)li__5NK),'\n');
          };
          /* __li__B__ __li__I__ */
if ((li__WNK ==  2)) {
            li__SRX(((__li__BC *)li__BOK),'\n');
          };
        };
        li__Y5H=(__li__K)(li__Y5H +  1);
      };
    };
    /* __li__B__ __li__I__ */
if ((li__Y5H < ((__li__BC *)li__V5H)->li__NK)) {
      li__UNK=li__Y5H;
      li__VOK=li__GBL();
      /* __li__B__ __li__I__ */
if (((li__VOK == '/') && (((__li__3 *)((__li__BC *)li__V5H)->li__CUN)[(__li__K)((__li__K)(li__Y5H +  1) -  1)] == '*'))) {
        li__Y5H=(__li__K)(li__Y5H +  2);
        li__VNK= 1;
        li__KXLC:
        {
          li__WPK=li__GBL();
          /* __li__B__ __li__I__ */
if ((! ((li__WPK == ((__li__3 )(( 0)))) || (li__VNK ==  0)))) {
            li__ASK=li__GBL();
            /* __li__B__ __li__I__ */
if (((li__ASK == '/') && (((__li__3 *)((__li__BC *)li__V5H)->li__CUN)[(__li__K)((__li__K)(li__Y5H +  1) -  1)] == '*'))) {
              li__VNK=(__li__K)(li__VNK +  1);
              li__Y5H=(__li__K)(li__Y5H +  2);
              li__VZK=li__B__;
            } else /* FALSE */ {
              li__VZK=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__VZK)) {
              li__WSK=li__GBL();
              /* __li__B__ __li__I__ */
if (((li__WSK == '*') && (((__li__3 *)((__li__BC *)li__V5H)->li__CUN)[(__li__K)((__li__K)(li__Y5H +  1) -  1)] == '/'))) {
                li__VNK=(__li__K)(li__VNK -  1);
                li__Y5H=(__li__K)(li__Y5H +  2);
              } else /* FALSE */ {
                li__Y5H=(__li__K)(li__Y5H +  1);
              };
            };
            goto li__KXLC;
          };
        };
        /* __li__B__ __li__I__ */
if ((li__VNK !=  0)) {
          li__Y5H=li__UNK;
          li__50K=li__WTIB();
          li__K4E( 0,(&__string_435));
          li__V5E(li__50K);
          li__ODF();
        };
      };
    };
  };
  /* __li__B__ __li__I__ */
if ((li__45H && (! li__S1K))) {
    /* __li__B__ __li__I__ */
if ((((__li__BC *)li__5NK)->li__NK ==  0)) {
      li__E2K=NULL;
    } else /* FALSE */ {
      li__FHFF((&__string_141));
      li__O2K=li__SQC(li__5NK);
      li__E2K=li__O2K;
    };
    /* __li__B__ __li__I__ */
if ((((__li__BC *)li__BOK)->li__NK !=  0)) {
      li__FHFF((&__string_142));
      li__O2K=li__SQC(li__BOK);
      li__22K=li__O2K;
    };
  };
  li__B3K=li__Y5H;
  li__APK=(li__Y5H != li__TNK);
  li__VOK=li__GBL();
  li__RNK=(li__APK | (li__VOK != ((__li__3 )(( 0)))));
  return(li__RNK);
}

static void* li__XJSC(__li__DCG *li__YJSC)
/* (Strict PARSER{li__DCG}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__3JSC,*li__0JSC,*li__XKSC,*li__ZJSC;
  __li__PO li__3KSC;
  __li__HLSC *li__KLSC;
  __li__C li__HKSC,li__QKSC,li__NKSC;
  li__3JSC=li__HDXC(li__YJSC);
  li__0JSC=li__3JSC;
  /* __li__B__ __li__I__ */
if (((void *)li__3JSC != (void *)NULL)) {
    li__B40C:
    {
      li__HKSC=li__AIX('|');
      /* __li__B__ __li__I__ */
if (li__HKSC) {
        li__QKSC=li__B__;
      } else /* FALSE */ {
        li__NKSC=li__AIX('&');
        li__QKSC=li__NKSC;
      };
      /* __li__B__ __li__I__ */
if (li__QKSC) {
        li__XKSC=li__HDXC(li__YJSC);
        /* __li__B__ __li__I__ */
if (((void *)li__XKSC == (void *)NULL)) {
          li__3KSC=li__WTIB();
          li__K4E( 0,(&__string_331));
          li__V5E(li__3KSC);
          li__ODF();
        };
        /* __li__B__ __li__I__ */
if (li__HKSC) {
          li__3KSC=li__WTIB();
          li__KLSC=li__2T0D(li__3KSC,li__0JSC,'|',li__XKSC);
          li__0JSC=li__KLSC;
        } else /* FALSE */ {
          li__3KSC=li__WTIB();
          li__KLSC=li__2T0D(li__3KSC,li__0JSC,'&',li__XKSC);
          li__0JSC=li__KLSC;
        };
        goto li__B40C;
      };
    };
  };
  li__ZJSC=li__0JSC;
  return(li__ZJSC);
}

static __li__U* li__RKTC(__li__U *li__TKTC)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__VKTC,*li__FLTC,*li__5PTU,*li__TLTC,*li__UKTC;
  li__VKTC=NULL;
  li__FLTC=li__0VZ(((__li__HR *)li__RR),li__TKTC);
  /* __li__B__ __li__I__ */
if (((void *)li__FLTC == (void *)NULL)) {
    li__5PTU=li__DSM();
    li__DT0(((__li__U *)li__5PTU),li__TKTC);
    li__VKTC=li__5PTU;
    li__WG0(((__li__HR *)li__RR),li__5PTU);
  } else /* FALSE */ {
    /* NULL __li__U__ */
if (li__FLTC==NULL) {
      li__TLTC=NULL;
    } else /* STRING_CONSTANT */ {
      li__TLTC=((__li__U *)li__FLTC);
    };
    li__VKTC=li__TLTC;
  };
  li__UKTC=li__VKTC;
  return(li__UKTC);
}

static void li__JTN(__li__BC *li__KTN,__li__3 *li__LTN)
/* (Strict STRING{li__BC},Strict NATIVE_ARRAY(Expanded CHARACTER){NULLxli__GB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__KTN->li__NK= 0;
  while ((((__li__3 *)li__LTN)[li__KTN->li__NK] != '\0')) {
    li__KTN->li__NK=(__li__K)(li__KTN->li__NK +  1);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__KTN->li__CUN != (void *)li__LTN)) {
    li__KTN->li__CUN=li__LTN;
    li__KTN->li__LUN=(__li__K)(li__KTN->li__NK +  1);
  };
}

static __li__Q2D* li__G2D()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__X2D;
  __li__Q2D *li__Z2D,*li__I2D;
  __li__U *li__E2L;
  __li__K li__Q2L,li__T2L,li__M2L;
  __li__3 *li__O2D;
  __li__02D *li__C2L;
  __li__N2L *li__P2L,*li__H4L;
  __li__C li__J3L,li__G3L;
  ((__li__BC *)li__L2D)->li__NK= 0;
  li__O2D=li__A1V(((__li__BC *)li__L2D));
  getcwd((li__O2D),255);
  li__JTN(((__li__BC *)li__L2D),li__O2D);
  li__X2D=li__XHE(li__L2D);
  /* NULL __li__Q2D__ __li__KIE__ */
if (li__X2D==NULL) {
    li__Z2D=NULL;
  } else {
    if (((struct ___OBJ *)li__X2D)->__id==__li__Q2D__) {
      li__Z2D=((void *)li__X2D);
    } else /* Other types */ {
      li__Z2D=NULL;
    }
  };
  li__C2L=((__li__02D *)li__C3D);
  li__E2L=li__Z2D->li__T2D.li__WTC;
  li__Q2L=li__AIO(((__li__U *)li__E2L));
  li__T2L=(__li__K)(li__Q2L % li__C2L->li__R2L);
  li__M2L=li__T2L;
  li__P2L=((void **)li__C2L->li__Y2L)[li__T2L];
  li__GUO:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__P2L == (void *)NULL)) {
      li__J3L=li__B__;
    } else /* FALSE */ {
      li__G3L=li__BAJE(((__li__U *)li__P2L->li__E3L),li__E2L);
      li__J3L=li__G3L;
    };
    /* __li__B__ __li__I__ */
if ((! li__J3L)) {
      li__P2L=li__P2L->li__Q3L;
      goto li__GUO;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__P2L == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__C2L->li__R2L == li__C2L->li__Z3L)) {
      li__SIV(li__C2L);
      li__M2L=(__li__K)(li__Q2L % li__C2L->li__R2L);
    };
    li__H4L=li__ZQR(li__Z2D,li__E2L,((void **)li__C2L->li__Y2L)[li__M2L]);
    li__P2L=li__H4L;
    ((void **)li__C2L->li__Y2L)[li__M2L]=li__H4L;
    li__C2L->li__Z3L=(__li__K)(li__C2L->li__Z3L +  1);
  } else /* FALSE */ {
    ((__li__N2L *)li__P2L)->li__CMV=li__Z2D;
  };
  li__ISC__->li__M3D=li__Z2D;
  li__ISC__->li__N3D=0;
  li__I2D=li__Z2D;
  return(li__I2D);
}

static __li__K li__F3DC(__li__BC *li__G3DC,__li__K li__I3DC)
/* (Strict STRING{li__BC},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__K3DC,li__J3DC;
  __li__3 *li__N5QU;
  li__K3DC=li__I3DC;
  li__N5QU=li__G3DC->li__CUN;
  while ((! ((li__K3DC <  1) || ('/' == ((__li__3 *)li__N5QU)[(__li__K)(li__K3DC -  1)])))) {
    li__K3DC=(__li__K)(li__K3DC -  1);
  };
  li__J3DC=li__K3DC;
  return(li__J3DC);
}

static __li__C li__WOTD(__li__3 li__XOTD)
/* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__ZOTD,li__DPTD,li__YOTD;
  li__ZOTD=li__I__;
  /* __li__B__ __li__I__ */
if ((((__li__QJG )li__XOTD) >= ((__li__QJG )'a'))) {
    li__ZOTD=(((__li__QJG )li__XOTD) <= ((__li__QJG )'z'));
    li__DPTD=li__B__;
  } else /* FALSE */ {
    li__DPTD=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__DPTD)) {
    /* __li__B__ __li__I__ */
if ((((__li__QJG )li__XOTD) >= ((__li__QJG )'A'))) {
      li__ZOTD=(((__li__QJG )li__XOTD) <= ((__li__QJG )'Z'));
    };
  };
  li__YOTD=li__ZOTD;
  return(li__YOTD);
}

static void* li__QSGB(__li__02D *li__RSGB,__li__BC *li__SSGB)
/* (Strict HASHED_DICTIONARY(ENTRY,ABSTRACT_STRING){li__02D},Strict STRING{NULLxli__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__2SGB,*li__TSGB;
  __li__K li__3SGB;
  __li__N2L *li__1SGB;
  __li__C li__PTGB,li__MTGB;
  li__2SGB=NULL;
  li__3SGB=li__TO3(((__li__BC *)li__SSGB));
  li__1SGB=((void **)li__RSGB->li__Y2L)[(__li__K)(li__3SGB % li__RSGB->li__R2L)];
  li__WQKB:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__1SGB == (void *)NULL)) {
      li__PTGB=li__B__;
    } else /* FALSE */ {
      li__MTGB=li__BAJE(((__li__U *)li__1SGB->li__E3L),li__SSGB);
      li__PTGB=li__MTGB;
    };
    /* __li__B__ __li__I__ */
if ((! li__PTGB)) {
      li__1SGB=li__1SGB->li__Q3L;
      goto li__WQKB;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__1SGB != (void *)NULL)) {
    li__2SGB=li__1SGB->li__CMV;
  };
  li__TSGB=li__2SGB;
  return(li__TSGB);
}

static __li__K li__FVDB(__li__3 *li__GVDB,__li__3 li__HVDB,__li__K li__IVDB)
/* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Expanded CHARACTER{li__3},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__SVDB,li__JVDB;
  li__SVDB=li__IVDB;
  while ((! ((li__SVDB <  0) || (li__HVDB == li__GVDB[li__SVDB])))) {
    li__SVDB=(__li__K)(li__SVDB -  1);
  };
  li__JVDB=li__SVDB;
  return(li__JVDB);
}

static void li__P0EC(__li__BC *li__Q0EC,__li__K li__R0EC)
/* (Strict STRING{li__BC},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if ((li__R0EC < li__Q0EC->li__NK)) {
    li__WBZ(li__Q0EC,(__li__K)(li__Q0EC->li__NK - li__R0EC));
  };
}

static void* li__GVGB(__li__BC *li__IVGB)
/* (Strict STRING{NULLxli__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__LVGB,*li__JVGB;
  __li__KIE *li__ZVGB;
  __li__Q2D *li__5VGB;
  __li__U *li__CWGB;
  __li__3 *li__MVGB;
  li__LVGB=NULL;
  li__MVGB=li__A1V(((__li__BC *)li__IVGB));
  #ifndef __USE_LARGEFILE64
    ;
  { struct stat t;
  /* __li__B__ __li__I__ */
if ((((__li__K )(stat((li__MVGB),&t))) ==  0)) {
    /* __li__B__ __li__I__ */
if ((((__li__K )(S_ISDIR(t.st_mode))) ==  0)) {
      li__ZVGB=li__L2G();
      li__LVGB=li__ZVGB;
    } else /* FALSE */ {
      li__5VGB=li__C4G();
      li__LVGB=li__5VGB;
    };
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__LVGB)->__id==__li__Q2D__) {
      li__U3M(((__li__Q2D *)li__LVGB),li__IVGB);
    } else /* FILE_UNIX */ {
      li__O4M(((__li__KIE *)((__li__Q2D *)li__LVGB)),li__IVGB);
    };
    /* 0 1 */
if (li__ISC__->li__N3D==0) {
    } else /* ___TYPE_ID */ {
      li__G2D();
    };
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__LVGB)->__id==__li__Q2D__) {
      li__CWGB=((__li__Q2D *)li__LVGB)->li__T2D.li__WTC;
    } else /* FILE_UNIX */ {
      li__CWGB=((__li__KIE *)li__LVGB)->li__LIE.li__WTC;
    };
    li__L5M(((__li__02D *)li__C3D),li__LVGB,li__CWGB);
  };
  };
  #else
    ;
  { struct stat64 t;
  /* __li__B__ __li__I__ */
if ((((__li__K )(stat64((li__MVGB),&t))) ==  0)) {
    /* __li__B__ __li__I__ */
if ((((__li__K )(S_ISDIR(t.st_mode))) ==  0)) {
      li__ZVGB=li__L2G();
      li__LVGB=li__ZVGB;
    } else /* FALSE */ {
      li__5VGB=li__C4G();
      li__LVGB=li__5VGB;
    };
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__LVGB)->__id==__li__Q2D__) {
      li__U3M(((__li__Q2D *)li__LVGB),li__IVGB);
    } else /* FILE_UNIX */ {
      li__O4M(((__li__KIE *)((__li__Q2D *)li__LVGB)),li__IVGB);
    };
    /* 0 1 */
if (li__ISC__->li__N3D==0) {
    } else /* ___TYPE_ID */ {
      li__G2D();
    };
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__LVGB)->__id==__li__Q2D__) {
      li__CWGB=((__li__Q2D *)li__LVGB)->li__T2D.li__WTC;
    } else /* FILE_UNIX */ {
      li__CWGB=((__li__KIE *)li__LVGB)->li__LIE.li__WTC;
    };
    li__L5M(((__li__02D *)li__C3D),li__LVGB,li__CWGB);
  };
  };
  #endif
    ;
  li__JVGB=li__LVGB;
  return(li__JVGB);
}

static void* li__XHE(__li__BC *li__ZHE)
/* (Strict STRING{NULLxli__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__2HE,*li__0HE;
  __li__KIE *li__PIE;
  __li__Q2D *li__VIE;
  __li__U *li__YIE;
  __li__3 *li__3HE;
  li__2HE=NULL;
  li__3HE=li__A1V(((__li__BC *)li__ZHE));
  #ifndef __USE_LARGEFILE64
    ;
  { struct stat t;
  /* __li__B__ __li__I__ */
if ((((__li__K )(stat((li__3HE),&t))) ==  0)) {
    /* __li__B__ __li__I__ */
if ((((__li__K )(S_ISDIR(t.st_mode))) ==  0)) {
      li__PIE=li__L2G();
      li__2HE=li__PIE;
    } else /* FALSE */ {
      li__VIE=li__C4G();
      li__2HE=li__VIE;
    };
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__2HE)->__id==__li__Q2D__) {
      li__U3M(((__li__Q2D *)li__2HE),li__ZHE);
    } else /* FILE_UNIX */ {
      li__O4M(((__li__KIE *)((__li__Q2D *)li__2HE)),li__ZHE);
    };
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__2HE)->__id==__li__Q2D__) {
      li__YIE=((__li__Q2D *)li__2HE)->li__T2D.li__WTC;
    } else /* FILE_UNIX */ {
      li__YIE=((__li__KIE *)li__2HE)->li__LIE.li__WTC;
    };
    li__L5M(((__li__02D *)li__C3D),li__2HE,li__YIE);
  };
  };
  #else
    ;
  { struct stat64 t;
  /* __li__B__ __li__I__ */
if ((((__li__K )(stat64((li__3HE),&t))) ==  0)) {
    /* __li__B__ __li__I__ */
if ((((__li__K )(S_ISDIR(t.st_mode))) ==  0)) {
      li__PIE=li__L2G();
      li__2HE=li__PIE;
    } else /* FALSE */ {
      li__VIE=li__C4G();
      li__2HE=li__VIE;
    };
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__2HE)->__id==__li__Q2D__) {
      li__U3M(((__li__Q2D *)li__2HE),li__ZHE);
    } else /* FILE_UNIX */ {
      li__O4M(((__li__KIE *)((__li__Q2D *)li__2HE)),li__ZHE);
    };
    /* NULL __li__Q2D__ __li__KIE__ */
if (((struct ___OBJ *)li__2HE)->__id==__li__Q2D__) {
      li__YIE=((__li__Q2D *)li__2HE)->li__T2D.li__WTC;
    } else /* FILE_UNIX */ {
      li__YIE=((__li__KIE *)li__2HE)->li__LIE.li__WTC;
    };
    li__L5M(((__li__02D *)li__C3D),li__2HE,li__YIE);
  };
  };
  #endif
    ;
  li__0HE=li__2HE;
  return(li__0HE);
}

static void li__QPVE(__li__BC *li__RPVE,__li__K li__SPVE)
/* (Strict STRING{li__BC},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EQTU;
  __li__CB li__GQTU;
  __li__3 *li__VQVE;
  /* __li__B__ __li__I__ */
if ((! (li__SPVE <= li__RPVE->li__NK))) {
    /* __li__B__ __li__I__ */
if ((li__RPVE->li__LUN < li__SPVE)) {
      /* __li__B__ __li__I__ */
if ((li__RPVE->li__LUN ==  0)) {
        li__VQVE=li__ZLY(li__SPVE);
        li__RPVE->li__CUN=li__VQVE;
      } else /* FALSE */ {
        li__VQVE=((__li__3 *)li__RPVE->li__CUN);
        li__EQTU=li__RPVE->li__LUN;
        li__GQTU=li__CUY(((__li__CB )li__VQVE),((__li__JJG )li__EQTU),((__li__JJG )li__SPVE));
        li__VQVE=((__li__3 *)li__GQTU);
        li__TS2(li__VQVE,li__EQTU,(__li__K)(li__SPVE -  1));
        li__RPVE->li__CUN=li__VQVE;
      };
      li__RPVE->li__LUN=li__SPVE;
    } else /* FALSE */ {
      li__TS2(((__li__3 *)li__RPVE->li__CUN),li__RPVE->li__NK,(__li__K)(li__SPVE -  1));
    };
  };
  li__RPVE->li__NK=li__SPVE;
}

static void li__XDFF(__li__3 *li__YDFF,__li__K li__ZDFF,__li__K li__0DFF,__li__K li__1DFF)
/* (Strict NATIVE_ARRAY(Expanded CHARACTER){li__GB},Expanded INTEGER{li__K},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NMPF;
  /* __li__B__ __li__I__ */
if ((li__1DFF !=  0)) {
    /* __li__B__ __li__I__ */
if ((li__1DFF <  0)) {
      li__NMPF=li__ZDFF;
      while ((li__NMPF <= li__0DFF)) {
        li__YDFF[(__li__K)(li__NMPF + li__1DFF)]=li__YDFF[li__NMPF];
        li__NMPF=(__li__K)(li__NMPF +  1);
      };
    } else /* FALSE */ {
      li__NMPF=li__0DFF;
      while ((li__NMPF >= li__ZDFF)) {
        li__YDFF[(__li__K)(li__NMPF + li__1DFF)]=li__YDFF[li__NMPF];
        li__NMPF=(__li__K)(li__NMPF -  1);
      };
    };
  };
}

static void li__EL3F(__li__BC *li__GL3F)
/* (Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__IL3F,li__HL3F,li__SVNH,li__2M3F;
  __li__3 li__XL3F;
  __li__C li__QN3F,li__3EHH,li__JP3F,li__WP3F;
  li__IL3F= 0;
  li__LKZ(((__li__BC *)li__GL3F),'\\','/');
  li__HL3F= 1;
  while ((li__HL3F <= ((__li__BC *)li__GL3F)->li__NK)) {
    li__XL3F=((__li__3 *)((__li__BC *)li__GL3F)->li__CUN)[(__li__K)(li__HL3F -  1)];
    /* __li__B__ __li__I__ */
if ((li__XL3F == '/')) {
      li__SVNH=li__IL3F;
      /* __li__B__ __li__I__ */
if ((li__IL3F ==  0)) {
        li__IL3F= 1;
      };
      /* __li__B__ __li__I__ */
if ((li__SVNH ==  1)) {
        li__GL2(((__li__BC *)li__GL3F),(__li__K)(li__HL3F -  1));
        li__HL3F= 1;
      };
      /* __li__B__ __li__I__ */
if ((li__SVNH ==  2)) {
        li__WKPB(((__li__BC *)li__GL3F),(__li__K)(li__HL3F -  1),li__HL3F);
        li__HL3F=(__li__K)(li__HL3F -  2);
        li__IL3F= 1;
      };
      /* __li__B__ __li__I__ */
if ((li__SVNH ==  3)) {
        li__2M3F=li__F3DC(((__li__BC *)li__GL3F),(__li__K)(li__HL3F -  4));
        /* __li__B__ __li__I__ */
if ((li__2M3F ==  0)) {
          li__GL2(((__li__BC *)li__GL3F),(__li__K)(li__HL3F -  1));
          li__HL3F= 1;
        } else /* FALSE */ {
          li__WKPB(((__li__BC *)li__GL3F),li__2M3F,(__li__K)(li__HL3F -  1));
          li__HL3F=li__2M3F;
        };
        li__IL3F= 1;
      };
      li__QN3F=li__B__;
    } else /* FALSE */ {
      li__QN3F=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__QN3F) {
      li__QN3F=li__B__;
    } else /* FALSE */ {
      li__3EHH=(li__XL3F == '.');
      /* __li__B__ __li__I__ */
if (li__3EHH) {
        li__2M3F=li__IL3F;
        /* __li__B__ __li__I__ */
if ((li__IL3F ==  1)) {
          li__IL3F= 2;
        };
        /* __li__B__ __li__I__ */
if ((li__2M3F ==  2)) {
          li__IL3F= 3;
        };
        /* __li__B__ __li__I__ */
if ((li__2M3F ==  3)) {
          li__IL3F= 0;
        };
      };
      li__QN3F=li__3EHH;
    };
    /* __li__B__ __li__I__ */
if ((! li__QN3F)) {
      /* __li__B__ __li__I__ */
if (((li__XL3F == ':') && (li__HL3F >  2))) {
        li__JP3F=li__WOTD(((__li__3 *)((__li__BC *)li__GL3F)->li__CUN)[(__li__K)((__li__K)(li__HL3F -  1) -  1)]);
        li__WP3F=li__JP3F;
      } else /* FALSE */ {
        li__WP3F=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__WP3F && (((__li__3 *)((__li__BC *)li__GL3F)->li__CUN)[(__li__K)((__li__K)(li__HL3F -  2) -  1)] == '/'))) {
        li__GL2(((__li__BC *)li__GL3F),(__li__K)(li__HL3F -  2));
        li__HL3F= 1;
      } else /* FALSE */ {
        li__IL3F= 0;
      };
    };
    li__HL3F=(__li__K)(li__HL3F +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__IL3F ==  1)) {
    li__WBZ(((__li__BC *)li__GL3F), 1);
  };
  /* __li__B__ __li__I__ */
if ((li__IL3F ==  2)) {
    li__WBZ(((__li__BC *)li__GL3F), 2);
  };
  /* __li__B__ __li__I__ */
if ((li__IL3F ==  3)) {
    li__SVNH=li__F3DC(((__li__BC *)li__GL3F),(__li__K)(li__HL3F -  4));
    /* __li__B__ __li__I__ */
if ((li__SVNH ==  0)) {
      ((__li__BC *)li__GL3F)->li__NK= 0;
    } else /* FALSE */ {
      li__WKPB(((__li__BC *)li__GL3F),li__SVNH,(__li__K)(li__HL3F -  1));
    };
  };
  /* __li__B__ __li__I__ */
if ((((__li__BC *)li__GL3F)->li__NK ==  0)) {
    li__SRX(((__li__BC *)li__GL3F),'/');
  };
}

static __li__NWVG* li__5XHH(void *li__BYHH)
/* (ENTRY{NULLxli__Q2Dxli__KIE}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__MWNI,li__RQTU;
  __li__JJG li__UWNI,li__UQTU,li__PQTU;
  __li__K li__5WNI;
  __li__52B li__5QTU;
  __li__NWVG *li__LWNI,*li__UXNI,*li__DYHH;
  li__LWNI=NULL;
  li__MWNI=((__li__CB )(NULL));
  li__UWNI=((__li__JJG )sizeof(__li__NWVG));
  /* __li__B__ __li__I__ */
if ((li__UWNI ==  0)) {
    li__LWNI=li__NWVG__;
  } else /* FALSE */ {
    li__5WNI=__li__NWVG__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__UWNI));
    /* __li__B__ __li__I__ */
if ((li__5WNI == (__li__K)(-  1))) {
      li__UQTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PQTU=(__li__JJG)((__li__JJG)(li__UWNI - (__li__JJG)(((__li__JJG ) 0) - li__UQTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__UQTU) - ((__li__JJG ) 1)));
      li__UQTU=(__li__JJG)(li__PQTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__RQTU=li__YCJ(li__PQTU,((__li__CB )(&(table_size[(li__UQTU)-1]))),((__li__52B )li__PQTU));
      li__MWNI=li__RQTU;
    } else /* FALSE */ {
      li__5QTU=((__li__52B )li__5WNI);
      li__UQTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PQTU=(__li__JJG)((__li__JJG)(li__UWNI - (__li__JJG)(((__li__JJG ) 0) - li__UQTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__UQTU) - ((__li__JJG ) 1)));
      li__RQTU=li__YCJ(li__PQTU,((__li__CB )(&(table_type[(li__5QTU)]))),(__li__52B)(li__5QTU |  1));
      li__MWNI=li__RQTU;
    };
    li__UXNI=((__li__NWVG *)li__MWNI);
    li__LWNI=li__UXNI;
    *(li__UXNI) = *(li__NWVG__);
  };
  li__UXNI=((__li__NWVG *)li__LWNI);
  li__UXNI->li__5GXG=li__BYHH;
  li__UXNI->li__25EH=NULL;
  li__DYHH=li__LWNI;
  return(li__DYHH);
}

static void** li__ZFEB(__li__K li__1FEB)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__JCIB;
  __li__CB li__LCIB;
  void **li__PCIB,**li__2FEB;
  li__JCIB=li__VTLB();
  li__LCIB=li__HJU(((__li__JJG )(__li__K)(li__1FEB * li__JCIB)));
  li__PCIB=((void **)li__LCIB);
  li__JCIB=(__li__K)(li__1FEB -  1);
  while ((li__JCIB >=  0)) {
    li__PCIB[li__JCIB]=NULL;
    li__JCIB=(__li__K)(li__JCIB -  1);
  };
  li__2FEB=li__PCIB;
  return(li__2FEB);
}

static void** li__AAEC(void **li__BAEC,__li__K li__CAEC,__li__K li__DAEC)
/* (Strict NATIVE_ARRAY(TYPE_ID){li__42Z},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__GBEC;
  __li__K li__MBEC,li__O2LD;
  void **li__LBEC,**li__EAEC;
  li__GBEC=li__CUY(((__li__CB )li__BAEC),((__li__JJG )(__li__K)(li__CAEC * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__DAEC * ((__li__K )(sizeof(void *))))));
  li__LBEC=((void **)li__GBEC);
  li__MBEC=(__li__K)(li__DAEC -  1);
  li__O2LD=li__CAEC;
  while ((li__O2LD <= li__MBEC)) {
    li__LBEC[li__O2LD]=NULL;
    li__O2LD=(__li__K)(li__O2LD +  1);
  };
  li__EAEC=li__LBEC;
  return(li__EAEC);
}

static __li__5RB* li__B0MB(__li__U *li__D0MB,void *li__E0MB)
/* (Strict STRING_CONSTANT{NULLxli__U},ITM_TYPE_SIMPLE{li__WRB}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__G0MB,*li__E1MB,*li__Q1MB,*li__Y1MB,*li__F0MB;
  __li__PF *li__O0MB;
  void *li__S0MB,*li__H0MB;
  __li__IF *li__Y0MB;
  __li__U *li__I0MB;
  li__G0MB=NULL;
  li__O0MB=li__FSPB(li__D0MB,((__li__WRB *)li__E0MB)->li__ZRB.li__P2C);
  li__S0MB=li__Z5PB(((__li__QZC *)li__WZC),li__O0MB->li__WXI);
  li__H0MB=li__S0MB;
  /* __li__B__ __li__I__ */
if (((void *)li__S0MB == (void *)NULL)) {
    li__Y0MB=li__IXTB();
    li__H0MB=li__Y0MB;
    li__5YTB(((__li__QZC *)li__WZC),li__Y0MB,li__O0MB->li__WXI);
    li__L1TB(((__li__IF *)li__Y0MB),li__O0MB);
  };
  li__I0MB=((__li__WRB *)li__E0MB)->li__Y2C;
  /* __li__B__ __li__I__ */
if (((void *)li__I0MB == (void *)NULL)) {
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ */
switch (((struct ___OBJ *)li__H0MB)->__id) {
    case __li__IF__: {
      li__E1MB=((__li__IF *)li__H0MB)->li__J0C;
    } break;
    case __li__ORB__: {
      li__E1MB=((__li__ORB *)li__H0MB)->li__PRB.li__J0C;
    } break;
    case __li__QRB__: {
      li__E1MB=((__li__QRB *)li__H0MB)->li__RRB.li__J0C;
    } break;
    case __li__SRB__: {
      li__E1MB=((__li__SRB *)li__H0MB)->li__TRB.li__J0C;
    } break;
    };
    li__G0MB=li__E1MB;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__I0MB == (void *)(&__string_15))) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ */
switch (((struct ___OBJ *)li__H0MB)->__id) {
      case __li__IF__: {
        li__Q1MB=((__li__IF *)li__H0MB)->li__J0C;
      } break;
      case __li__ORB__: {
        li__Q1MB=((__li__ORB *)li__H0MB)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__Q1MB=((__li__QRB *)li__H0MB)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__Q1MB=((__li__SRB *)li__H0MB)->li__TRB.li__J0C;
      } break;
      };
      li__E1MB=((__li__5RB *)li__Q1MB);
      li__Q1MB=li__QWVB(li__E1MB,(__li__F0C)(li__E1MB->li__BEM |  1));
      li__G0MB=li__Q1MB;
    } else /* FALSE */ {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ */
switch (((struct ___OBJ *)li__H0MB)->__id) {
      case __li__IF__: {
        li__Y1MB=((__li__IF *)li__H0MB)->li__J0C;
      } break;
      case __li__ORB__: {
        li__Y1MB=((__li__ORB *)li__H0MB)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__Y1MB=((__li__QRB *)li__H0MB)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__Y1MB=((__li__SRB *)li__H0MB)->li__TRB.li__J0C;
      } break;
      };
      li__E1MB=((__li__5RB *)li__Y1MB);
      li__Q1MB=li__QWVB(li__E1MB,(__li__F0C)(li__E1MB->li__BEM |  4));
      li__G0MB=li__Q1MB;
    };
  };
  li__F0MB=li__G0MB;
  return(li__F0MB);
}

static __li__5RB* li__I2MB(__li__U *li__K2MB,void *li__L2MB)
/* (Strict STRING_CONSTANT{NULLxli__U},ITM_TYPE_SIMPLE{li__XRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PF *li__V2MB;
  void *li__Z2MB,*li__O2MB;
  __li__IF *li__52MB;
  __li__5RB *li__L3MB,*li__M2MB;
  li__V2MB=li__FSPB(li__K2MB,((__li__XRB *)li__L2MB)->li__P2C);
  li__Z2MB=li__Z5PB(((__li__QZC *)li__WZC),li__V2MB->li__WXI);
  li__O2MB=li__Z2MB;
  /* __li__B__ __li__I__ */
if (((void *)li__Z2MB == (void *)NULL)) {
    li__52MB=li__IXTB();
    li__O2MB=li__52MB;
    li__5YTB(((__li__QZC *)li__WZC),li__52MB,li__V2MB->li__WXI);
    li__L1TB(((__li__IF *)li__52MB),li__V2MB);
  };
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ */
switch (((struct ___OBJ *)li__O2MB)->__id) {
  case __li__IF__: {
    li__L3MB=((__li__IF *)li__O2MB)->li__J0C;
  } break;
  case __li__ORB__: {
    li__L3MB=((__li__ORB *)li__O2MB)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__L3MB=((__li__QRB *)li__O2MB)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__L3MB=((__li__SRB *)li__O2MB)->li__TRB.li__J0C;
  } break;
  };
  li__M2MB=li__L3MB;
  return(li__M2MB);
}

static __li__K li__OXQE(__li__CRB *li__PXQE)
/* (Strict FAST_ARRAY(ITM_TYPE_MONO){li__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__RXQE,li__QZGV,li__AYQE,li__MUWF,li__PYQE,li__QXQE;
  void *li__OZGV,*li__JNAE,*li__USTU,*li__40JE;
  __li__C li__ZFOU,li__CYQE;
  li__RXQE= 0;
  li__ZFOU=((*(li__PXQE)).li__5QZ <  0);
  /* __li__B__ __li__I__ */
if ((! li__ZFOU)) {
    li__OZGV=((void **)(*(li__PXQE)).li__V1BD)[(*(li__PXQE)).li__5QZ];
    /* __li__B__ __li__I__ */
if (((void *)li__OZGV != (void *)NULL)) {
      li__JNAE=((void **)(*(li__PXQE)).li__V1BD)[(*(li__PXQE)).li__5QZ];
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__JNAE)->__id) {
      case __li__WRB__: {
        li__QZGV=li__AIO(((__li__U *)((__li__WRB *)li__JNAE)->li__ZRB.li__P2C));
        li__AYQE=li__QZGV;
      } break;
      case __li__XRB__: {
        li__QZGV=li__AIO(((__li__U *)((__li__XRB *)li__JNAE)->li__P2C));
        li__AYQE=li__QZGV;
      } break;
      case __li__KUB__: {
        li__QZGV=li__AIO(((__li__U *)((__li__KUB *)li__JNAE)->li__LUB.li__ZRB.li__P2C));
        li__AYQE=li__QZGV;
      } break;
      case __li__VB1__: {
        li__QZGV=li__AIO(((__li__U *)((__li__VB1 *)li__JNAE)->li__WB1.li__P2C));
        li__AYQE=li__QZGV;
      } break;
      case __li__4O2B__: {
        li__KBG((&__string_436));
        fputc((int)('\n'),stdout);
        exit(( 1));
        li__AYQE= 0;
      } break;
      };
      li__RXQE=li__AYQE;
      li__CYQE=li__B__;
    } else /* FALSE */ {
      li__CYQE=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__CYQE)) {
      li__USTU=((void **)(*(li__PXQE)).li__V1BD)[ 0];
      /* __li__B__ __li__I__ */
if (((void *)li__USTU != (void *)NULL)) {
        li__40JE=((void **)(*(li__PXQE)).li__V1BD)[ 0];
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__40JE)->__id) {
        case __li__WRB__: {
          li__MUWF=li__AIO(((__li__U *)((__li__WRB *)li__40JE)->li__ZRB.li__P2C));
          li__PYQE=li__MUWF;
        } break;
        case __li__XRB__: {
          li__MUWF=li__AIO(((__li__U *)((__li__XRB *)li__40JE)->li__P2C));
          li__PYQE=li__MUWF;
        } break;
        case __li__KUB__: {
          li__MUWF=li__AIO(((__li__U *)((__li__KUB *)li__40JE)->li__LUB.li__ZRB.li__P2C));
          li__PYQE=li__MUWF;
        } break;
        case __li__VB1__: {
          li__MUWF=li__AIO(((__li__U *)((__li__VB1 *)li__40JE)->li__WB1.li__P2C));
          li__PYQE=li__MUWF;
        } break;
        case __li__4O2B__: {
          li__KBG((&__string_436));
          fputc((int)('\n'),stdout);
          exit(( 1));
          li__PYQE= 0;
        } break;
        };
        li__RXQE=li__PYQE;
      };
    };
  };
  li__QXQE=li__RXQE;
  return(li__QXQE);
}

static __li__C li__OGUH(__li__YAD *li__PGUH,__li__CRB *li__QGUH)
/* (Strict HASHED_SET(FAST_ARRAY(ITM_TYPE_MONO)){li__YAD},Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0GUH;
  __li__WWQH *li__ZGUH;
  __li__C li__RGUH;
  li__0GUH=li__OXQE(((__li__CRB *)li__QGUH));
  li__ZGUH=((void **)li__PGUH->li__CXQH)[(__li__K)(li__0GUH % li__PGUH->li__1WQH)];
  while ((! (((void *)li__ZGUH == (void *)NULL) || ((void *)li__ZGUH->li__OXQH == (void *)li__QGUH)))) {
    li__ZGUH=li__ZGUH->li__0XQH;
  };
  li__RGUH=((void *)li__ZGUH != (void *)NULL);
  return(li__RGUH);
}

static void li__IDE(__li__CRB *li__KDE)
/* (Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__SD0,li__XBEC,li__BDEC,li__N4LD;
  __li__CB li__1CEC;
  __li__K5C *li__LC0;
  __li__C li__2C0;
  void **li__KD0;
  (*(((__li__CRB *)li__KDE))).li__5QZ=(__li__K)(-  1);
  li__LC0=((__li__K5C *)li__T5C);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__LC0)).li__54Z +  1) <= (__li__K)((*(li__LC0)).li__PC0 -  1))) {
    (*(li__LC0)).li__54Z=(__li__K)((*(li__LC0)).li__54Z +  1);
    li__2C0=li__B__;
  } else /* FALSE */ {
    li__2C0=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__2C0)) {
    /* __li__B__ __li__I__ */
if (((*(li__LC0)).li__PC0 ==  0)) {
      li__KD0=li__0JHB( 2);
      (*(li__LC0)).li__LD0=li__KD0;
      (*(li__LC0)).li__PC0= 2;
      (*(li__LC0)).li__54Z= 0;
    } else /* FALSE */ {
      li__SD0=(__li__K)((*(li__LC0)).li__PC0 <<  1);
      li__KD0=((void **)(*(li__LC0)).li__LD0);
      li__XBEC=(*(li__LC0)).li__PC0;
      li__1CEC=li__CUY(((__li__CB )li__KD0),((__li__JJG )(__li__K)(li__XBEC * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__SD0 * ((__li__K )(sizeof(void *))))));
      li__KD0=((void **)li__1CEC);
      li__BDEC=(__li__K)(li__SD0 -  1);
      li__N4LD=li__XBEC;
      while ((li__N4LD <= li__BDEC)) {
        li__KD0[li__N4LD]=NULL;
        li__N4LD=(__li__K)(li__N4LD +  1);
      };
      (*(li__LC0)).li__LD0=li__KD0;
      (*(li__LC0)).li__PC0=li__SD0;
      (*(li__LC0)).li__54Z=(__li__K)((*(li__LC0)).li__54Z +  1);
    };
  };
  ((void **)(*(li__LC0)).li__LD0)[(*(li__LC0)).li__54Z]=li__KDE;
}

static __li__KUB* li__S1P(__li__U *li__U1P,__li__U *li__V1P,__li__CRB *li__W1P)
/* (Strict STRING_CONSTANT{NULLxli__U},Strict STRING_CONSTANT{NULLxli__U},Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KUB *li__JOR,*li__SPR,*li__X1P;
  __li__CB li__KOR,li__3STU;
  __li__JJG li__SOR,li__ATTU,li__1STU;
  __li__K li__3OR;
  __li__52B li__LTTU;
  li__JOR=NULL;
  li__KOR=((__li__CB )(NULL));
  li__SOR=((__li__JJG )sizeof(__li__KUB));
  /* __li__B__ __li__I__ */
if ((li__SOR ==  0)) {
    li__JOR=li__KUB__;
  } else /* FALSE */ {
    li__3OR=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__SOR));
    /* __li__B__ __li__I__ */
if ((li__3OR == (__li__K)(-  1))) {
      li__ATTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__1STU=(__li__JJG)((__li__JJG)(li__SOR - (__li__JJG)(((__li__JJG ) 0) - li__ATTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ATTU) - ((__li__JJG ) 1)));
      li__ATTU=(__li__JJG)(li__1STU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__3STU=li__YCJ(li__1STU,((__li__CB )(&(table_size[(li__ATTU)-1]))),((__li__52B )li__1STU));
      li__KOR=li__3STU;
    } else /* FALSE */ {
      li__LTTU=((__li__52B )li__3OR);
      li__ATTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__1STU=(__li__JJG)((__li__JJG)(li__SOR - (__li__JJG)(((__li__JJG ) 0) - li__ATTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ATTU) - ((__li__JJG ) 1)));
      li__3STU=li__YCJ(li__1STU,((__li__CB )(&(table_type[(li__LTTU)]))),(__li__52B)(li__LTTU |  1));
      li__KOR=li__3STU;
    };
    li__SPR=((__li__KUB *)li__KOR);
    li__JOR=li__SPR;
    *(li__SPR) = *(li__KUB__);
  };
  li__SPR=((__li__KUB *)li__JOR);
  li__SPR->li__LUB.li__ZRB.li__P2C=li__U1P;
  li__SPR->li__LUB.li__Y2C=li__V1P;
  li__SPR->li__EDD=li__W1P;
  li__X1P=li__JOR;
  return(li__X1P);
}

static void li__DO1(__li__XBD *li__EO1,__li__KUB *li__FO1)
/* (Strict FAST_ARRAY(ITM_TYPE_GENERIC){li__XBD},Strict ITM_TYPE_GENERIC{NULLxli__KUB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__HP1,li__CGEC,li__MHEC,li__LCMD;
  __li__CB li__GHEC;
  __li__C li__UO1;
  void **li__AP1;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__EO1)).li__JCD +  1) <= (__li__K)((*(li__EO1)).li__ZX0 -  1))) {
    (*(li__EO1)).li__JCD=(__li__K)((*(li__EO1)).li__JCD +  1);
    li__UO1=li__B__;
  } else /* FALSE */ {
    li__UO1=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__UO1)) {
    /* __li__B__ __li__I__ */
if (((*(li__EO1)).li__ZX0 ==  0)) {
      li__AP1=li__MKHB( 2);
      (*(li__EO1)).li__GY0=li__AP1;
      (*(li__EO1)).li__ZX0= 2;
      (*(li__EO1)).li__JCD= 0;
    } else /* FALSE */ {
      li__HP1=(__li__K)((*(li__EO1)).li__ZX0 <<  1);
      li__AP1=((void **)(*(li__EO1)).li__GY0);
      li__CGEC=(*(li__EO1)).li__ZX0;
      li__GHEC=li__CUY(((__li__CB )li__AP1),((__li__JJG )(__li__K)(li__CGEC * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__HP1 * ((__li__K )(sizeof(void *))))));
      li__AP1=((void **)li__GHEC);
      li__MHEC=(__li__K)(li__HP1 -  1);
      li__LCMD=li__CGEC;
      while ((li__LCMD <= li__MHEC)) {
        li__AP1[li__LCMD]=NULL;
        li__LCMD=(__li__K)(li__LCMD +  1);
      };
      (*(li__EO1)).li__GY0=li__AP1;
      (*(li__EO1)).li__ZX0=li__HP1;
      (*(li__EO1)).li__JCD=(__li__K)((*(li__EO1)).li__JCD +  1);
    };
  };
  ((void **)(*(li__EO1)).li__GY0)[(*(li__EO1)).li__JCD]=li__FO1;
}

static __li__3PZ* li__DG3()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__3PZ *li__GG3,*li__YG3,*li__FG3;
  __li__C li__XKCD;
  __li__HG3 *li__KVAE;
  li__GG3=NULL;
  li__XKCD=((*(((__li__HG3 *)li__QG3))).li__YKCD <  0);
  /* __li__B__ __li__I__ */
if (li__XKCD) {
    li__YG3=li__EVVB( 16);
    li__GG3=li__YG3;
  } else /* FALSE */ {
    li__KVAE=((__li__HG3 *)li__QG3);
    li__YG3=((void **)(*(li__KVAE)).li__H0CD)[(*(li__KVAE)).li__YKCD];
    li__GG3=li__YG3;
    li__KVAE=((__li__HG3 *)li__QG3);
    (*(li__KVAE)).li__YKCD=(__li__K)((*(li__KVAE)).li__YKCD -  1);
  };
  li__FG3=li__GG3;
  return(li__FG3);
}

static __li__5RB* li__WLRF(__li__WRB *li__XLRF,void *li__YLRF)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{NULLxli__IFxli__1Mxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__RDIDxli__1RRFxli__UJSHxli__0VPJxli__1VPJ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__0LRF,*li__HNRF,*li__ZLRF;
  __li__U *li__1LRF;
  __li__PO li__1MRF;
  __li__PF *li__A0GV;
  __li__C li__EMRF;
  li__0LRF=NULL;
  li__1LRF=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__XLRF == (void *)li__PMZ)) {
    li__0LRF=li__ORB__->li__PRB.li__J0C;
    li__EMRF=li__B__;
  } else /* FALSE */ {
    li__EMRF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__EMRF)) {
    /* __li__B__ __li__I__ */
if (((void *)li__XLRF == (void *)li__3MZ)) {
      li__0LRF=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__YLRF != (void *)NULL)) {
        /* NULL __li__IF__ __li__1M__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__RDID__ __li__1RRF__ __li__UJSH__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__YLRF)->__id) {
        case __li__IF__: {
          li__1MRF=((__li__IF *)li__YLRF)->li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__1M__: {
          li__1MRF=li__TCMJ(((__li__1M *)li__YLRF));
        } break;
        case __li__ORB__: {
          li__1MRF=((__li__ORB *)li__YLRF)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__QRB__: {
          li__1MRF=((__li__QRB *)li__YLRF)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__SRB__: {
          li__1MRF=((__li__SRB *)li__YLRF)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__URB__: {
          li__1MRF=((__li__URB *)li__YLRF)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__GSZ__: {
          li__1MRF=((__li__GSZ *)li__YLRF)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__RDID__: {
          li__1MRF=((__li__RDID *)li__YLRF)->li__UDID.li__TDID.li__0CC;
        } break;
        case __li__1RRF__: {
          li__A0GV=li__QLKI();
          li__1MRF=li__A0GV->li__SF.li__RF.li__0CC;
        } break;
        case __li__UJSH__: {
          li__A0GV=li__VYLN();
          li__1MRF=li__A0GV->li__SF.li__RF.li__0CC;
        } break;
        case __li__0VPJ__: {
          li__1MRF=((__li__0VPJ *)li__YLRF)->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC;
        } break;
        case __li__1VPJ__: {
          li__1MRF=((__li__1VPJ *)li__YLRF)->li__2VPJ.li__UDID.li__TDID.li__0CC;
        } break;
        };
        li__1LRF=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__1MRF)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__1LRF=li__MPB;
      };
      li__HNRF=li__B0MB(li__1LRF,li__XLRF);
      li__0LRF=li__HNRF;
    };
  };
  li__ZLRF=li__0LRF;
  return(li__ZLRF);
}

static __li__5RB* li__KNRF(__li__XRB *li__LNRF,void *li__MNRF)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{NULLxli__IFxli__1Mxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__RDIDxli__1RRFxli__UJSHxli__0VPJxli__1VPJ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__ONRF,*li__1ORF,*li__NNRF;
  __li__U *li__PNRF;
  __li__PO li__PORF;
  __li__PF *li__E0GV;
  __li__C li__YNRF;
  li__ONRF=NULL;
  li__PNRF=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__LNRF == (void *)li__PMZ)) {
    li__ONRF=li__ORB__->li__PRB.li__J0C;
    li__YNRF=li__B__;
  } else /* FALSE */ {
    li__YNRF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__YNRF)) {
    /* __li__B__ __li__I__ */
if (((void *)li__LNRF == (void *)li__3MZ)) {
      li__ONRF=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__MNRF != (void *)NULL)) {
        /* NULL __li__IF__ __li__1M__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__RDID__ __li__1RRF__ __li__UJSH__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__MNRF)->__id) {
        case __li__IF__: {
          li__PORF=((__li__IF *)li__MNRF)->li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__1M__: {
          li__PORF=li__TCMJ(((__li__1M *)li__MNRF));
        } break;
        case __li__ORB__: {
          li__PORF=((__li__ORB *)li__MNRF)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__QRB__: {
          li__PORF=((__li__QRB *)li__MNRF)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__SRB__: {
          li__PORF=((__li__SRB *)li__MNRF)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__URB__: {
          li__PORF=((__li__URB *)li__MNRF)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__GSZ__: {
          li__PORF=((__li__GSZ *)li__MNRF)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__RDID__: {
          li__PORF=((__li__RDID *)li__MNRF)->li__UDID.li__TDID.li__0CC;
        } break;
        case __li__1RRF__: {
          li__E0GV=li__QLKI();
          li__PORF=li__E0GV->li__SF.li__RF.li__0CC;
        } break;
        case __li__UJSH__: {
          li__E0GV=li__VYLN();
          li__PORF=li__E0GV->li__SF.li__RF.li__0CC;
        } break;
        case __li__0VPJ__: {
          li__PORF=((__li__0VPJ *)li__MNRF)->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC;
        } break;
        case __li__1VPJ__: {
          li__PORF=((__li__1VPJ *)li__MNRF)->li__2VPJ.li__UDID.li__TDID.li__0CC;
        } break;
        };
        li__PNRF=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__PORF)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__PNRF=li__MPB;
      };
      li__1ORF=li__I2MB(li__PNRF,li__LNRF);
      li__ONRF=li__1ORF;
    };
  };
  li__NNRF=li__ONRF;
  return(li__NNRF);
}

static __li__5RB* li__4ORF(__li__KUB *li__5ORF,void *li__APRF)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{NULLxli__IFxli__1Mxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__RDIDxli__1RRFxli__UJSHxli__0VPJxli__1VPJ}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__DPRF,*li__FPRF,*li__QPRF,*li__BPRF;
  __li__U *li__GPRF;
  __li__K li__EPRF,li__RPRF;
  void *li__PPRF;
  __li__PO li__UQRF;
  __li__PF *li__I0GV;
  __li__3PZ *li__HPRF,*li__CPRF,*li__OQRF;
  li__DPRF=NULL;
  li__FPRF=NULL;
  li__GPRF=NULL;
  li__HPRF=li__DG3();
  li__CPRF=li__HPRF;
  li__EPRF= 0;
  do {
    li__PPRF=((void **)(*(((__li__CRB *)li__5ORF->li__EDD))).li__V1BD)[li__EPRF];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__PPRF)->__id) {
    case __li__WRB__: {
      li__QPRF=li__WLRF(((__li__WRB *)li__PPRF),li__APRF);
    } break;
    case __li__XRB__: {
      li__QPRF=li__KNRF(((__li__XRB *)((__li__WRB *)li__PPRF)),li__APRF);
    } break;
    case __li__KUB__: {
      li__QPRF=li__4ORF(((__li__KUB *)((__li__WRB *)li__PPRF)),li__APRF);
    } break;
    case __li__VB1__: {
      li__QPRF=li__DRRF(((__li__VB1 *)((__li__WRB *)li__PPRF)),li__APRF);
    } break;
    case __li__4O2B__: {
      li__QPRF=li__XRRF(((__li__4O2B *)((__li__WRB *)li__PPRF)),li__APRF);
    } break;
    };
    li__DPRF=li__QPRF;
    li__4RFC(((__li__3PZ *)li__CPRF),li__DPRF);
    li__RPRF=(__li__K)(li__EPRF +  1);
    li__EPRF=li__RPRF;
  } while (((li__RPRF <= (*(li__5ORF->li__EDD)).li__5QZ) && ((void *)li__DPRF != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__DPRF == (void *)NULL)) {
    li__OHGB(li__HPRF);
  } else /* FALSE */ {
    li__OQRF=li__SHGB(li__HPRF);
    li__CPRF=li__OQRF;
    /* __li__B__ __li__I__ */
if (((void *)li__APRF != (void *)NULL)) {
      /* NULL __li__IF__ __li__1M__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__RDID__ __li__1RRF__ __li__UJSH__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__APRF)->__id) {
      case __li__IF__: {
        li__UQRF=((__li__IF *)li__APRF)->li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__1M__: {
        li__UQRF=li__TCMJ(((__li__1M *)li__APRF));
      } break;
      case __li__ORB__: {
        li__UQRF=((__li__ORB *)li__APRF)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__QRB__: {
        li__UQRF=((__li__QRB *)li__APRF)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__SRB__: {
        li__UQRF=((__li__SRB *)li__APRF)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__URB__: {
        li__UQRF=((__li__URB *)li__APRF)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__GSZ__: {
        li__UQRF=((__li__GSZ *)li__APRF)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__RDID__: {
        li__UQRF=((__li__RDID *)li__APRF)->li__UDID.li__TDID.li__0CC;
      } break;
      case __li__1RRF__: {
        li__I0GV=li__QLKI();
        li__UQRF=li__I0GV->li__SF.li__RF.li__0CC;
      } break;
      case __li__UJSH__: {
        li__I0GV=li__VYLN();
        li__UQRF=li__I0GV->li__SF.li__RF.li__0CC;
      } break;
      case __li__0VPJ__: {
        li__UQRF=((__li__0VPJ *)li__APRF)->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC;
      } break;
      case __li__1VPJ__: {
        li__UQRF=((__li__1VPJ *)li__APRF)->li__2VPJ.li__UDID.li__TDID.li__0CC;
      } break;
      };
      li__GPRF=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__UQRF)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__GPRF=li__MPB;
    };
    li__QPRF=li__DJGB(li__GPRF,li__5ORF,li__OQRF);
    li__FPRF=li__QPRF;
  };
  li__BPRF=li__FPRF;
  return(li__BPRF);
}

static __li__5RB* li__DRRF(__li__VB1 *li__ERRF,void *li__FRRF)
/* (Strict ITM_TYPE_PARAMETER{li__VB1},PARAMETER_TO_TYPE{NULLxli__IFxli__1Mxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__RDIDxli__1RRFxli__UJSHxli__0VPJxli__1VPJ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__IRRF,*li__KWMI,*li__TWMI,*li__V3BQ,*li__GRRF;
  __li__RDID *li__HWMI;
  void *li__SWMI,*li__U3BQ,*li__250L;
  void *li__0WMI;
  __li__0VPJ *li__32BQ;
  __li__K li__B3BQ,li__L3BQ;
  __li__1VPJ *li__F50L;
  __li__PO li__QRRF;
  __li__PF *li__U0GV;
  /* NULL __li__IF__ __li__1M__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__RDID__ __li__1RRF__ __li__UJSH__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__FRRF)->__id) {
  case __li__IF__: 
  case __li__ORB__: 
  case __li__QRB__: 
  case __li__SRB__: 
  case __li__URB__: 
  case __li__1RRF__: 
  case __li__UJSH__: {
    li__IRRF=NULL;
  } break;
  case __li__1M__: {
    li__IRRF=li__OHDJ(((__li__1M *)((__li__IF *)li__FRRF)),li__ERRF);
  } break;
  case __li__GSZ__: {
    li__IRRF=li__EKXF(((__li__GSZ *)((__li__IF *)li__FRRF)),li__ERRF);
  } break;
  case __li__RDID__: {
    li__HWMI=((__li__RDID *)((__li__IF *)li__FRRF));
    li__KWMI=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__ERRF->li__WB1.li__P2C == (void *)(&__string_3))) {
      li__SWMI=li__HWMI->li__UDID.li__WOME;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SWMI)->__id) {
      case __li__WK__: {
        li__TWMI=((__li__WK *)li__SWMI)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__TWMI=((__li__AVBD *)li__SWMI)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__TWMI=((__li__KVBD *)li__SWMI)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__TWMI=((__li__WVBD *)li__SWMI)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__TWMI=li__JK5J(((__li__Z4WH *)li__SWMI));
      } break;
      case __li__KTVI__: {
        li__TWMI=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__TWMI=li__553L();
      } break;
      case __li__XTVI__: {
        li__TWMI=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__TWMI=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__TWMI=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__TWMI=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__TWMI=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__TWMI=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__TWMI=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__TWMI=li__DWEK(((__li__BNWI *)li__SWMI));
      } break;
      case __li__XNWI__: {
        li__TWMI=li__IWEK(((__li__XNWI *)li__SWMI));
      } break;
      case __li__LOWI__: {
        li__TWMI=li__NWEK(((__li__LOWI *)li__SWMI));
      } break;
      case __li__5OWI__: {
        li__TWMI=li__SWEK(((__li__5OWI *)li__SWMI));
      } break;
      case __li__TPWI__: {
        li__TWMI=li__XWEK(((__li__TPWI *)li__SWMI));
      } break;
      case __li__HQWI__: {
        li__TWMI=li__2WEK(((__li__HQWI *)li__SWMI));
      } break;
      case __li__ARWI__: {
        li__TWMI=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__TWMI=li__FXEK(((__li__URWI *)li__SWMI));
      } break;
      case __li__MSWI__: {
        li__TWMI=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__TWMI=((__li__ETWI *)li__SWMI)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__TWMI=((__li__MZWI *)li__SWMI)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__TWMI=((__li__C0WI *)li__SWMI)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__TWMI=((__li__M1WI *)li__SWMI)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__TWMI=((__li__KMFK *)li__SWMI)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__TWMI=li__T4NN(((__li__XOHL *)li__SWMI));
      } break;
      case __li__FPHL__: {
        li__TWMI=li__KA4L(((__li__FPHL *)li__SWMI));
      } break;
      case __li__APLM__: {
        li__TWMI=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__TWMI=li__1ISO(((__li__DTNM *)li__SWMI));
      } break;
      case __li__JXNM__: {
        li__TWMI=li__VX3R(((__li__JXNM *)li__SWMI));
      } break;
      case __li__21LO__: {
        li__TWMI=((__li__21LO *)li__SWMI)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__TWMI=((__li__TPOO *)li__SWMI)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__TWMI=li__FH4R();
      } break;
      case __li__41XO__: {
        li__TWMI=li__3FDQ(((__li__41XO *)li__SWMI));
      } break;
      case __li__AKBR__: {
        li__TWMI=li__WQDS(((__li__AKBR *)li__SWMI));
      } break;
      case __li__SU5R__: {
        li__TWMI=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__TWMI=li__Y1IS();
      } break;
      };
      li__KWMI=li__TWMI;
    } else /* FALSE */ {
      li__SWMI=li__HWMI->li__UDID.li__VOME;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SWMI)->__id==__li__DZB__) {
        li__0WMI=li__YPYI(((__li__DZB *)li__SWMI));
      } else /* SLOT_CODE */ {
        li__0WMI=((__li__QWEC *)li__SWMI)->li__RWEC->li__LFJG;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (((struct ___OBJ *)li__0WMI)->__id==__li__GSZ__) {
        li__TWMI=li__JRYI(((__li__GSZ *)((__li__IF *)li__0WMI)),li__ERRF);
      } else /* Other types */ {
        li__TWMI=NULL;
      };
      li__KWMI=li__TWMI;
    };
    li__IRRF=li__KWMI;
  } break;
  case __li__0VPJ__: {
    li__32BQ=((__li__0VPJ *)((__li__IF *)li__FRRF));
    li__B3BQ= 0;
    li__SWMI=li__32BQ->li__3VPJ.li__2VPJ.li__UDID.li__VOME;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SWMI)->__id==__li__DZB__) {
      li__0WMI=li__YPYI(((__li__DZB *)li__SWMI));
    } else /* SLOT_CODE */ {
      li__0WMI=((__li__QWEC *)li__SWMI)->li__RWEC->li__LFJG;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (((struct ___OBJ *)li__0WMI)->__id==__li__GSZ__) {
      li__TWMI=li__JRYI(((__li__GSZ *)((__li__IF *)li__0WMI)),li__ERRF);
    } else /* Other types */ {
      li__TWMI=NULL;
    };
    li__KWMI=li__TWMI;
    /* __li__B__ __li__I__ */
if (((void *)li__TWMI == (void *)NULL)) {
      li__0WMI=li__32BQ->li__3VPJ.li__2VPJ.li__UDID.li__VOME;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0WMI)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__0WMI)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__L3BQ=li__WEQM(((__li__DZB *)li__0WMI),li__ERRF);
        } else /* ITM_SLOT_OPERATOR */ {
          li__L3BQ=li__WEQM(((__li__DZB *)li__0WMI),li__ERRF);
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__0WMI)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__L3BQ=li__YXTJ(((__li__QWEC *)((__li__DZB *)li__0WMI)),li__ERRF);
        } else /* ITM_SLOT_OPERATOR */ {
          li__L3BQ=li__YXTJ(((__li__QWEC *)((__li__DZB *)li__0WMI)),li__ERRF);
        };
      };
      li__B3BQ=li__L3BQ;
      /* __li__B__ __li__I__ */
if ((li__B3BQ != (__li__K)(-  1))) {
        li__U3BQ=((void **)(*(((__li__2ZEC *)li__32BQ->li__3VPJ.li__0EOK))).li__3GPI)[li__B3BQ];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__U3BQ)->__id) {
        case __li__WK__: {
          li__V3BQ=((__li__WK *)li__U3BQ)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__V3BQ=((__li__AVBD *)li__U3BQ)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__V3BQ=((__li__KVBD *)li__U3BQ)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__V3BQ=((__li__WVBD *)li__U3BQ)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__V3BQ=li__JK5J(((__li__Z4WH *)li__U3BQ));
        } break;
        case __li__KTVI__: {
          li__V3BQ=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__V3BQ=li__553L();
        } break;
        case __li__XTVI__: {
          li__V3BQ=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__V3BQ=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__V3BQ=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__V3BQ=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__V3BQ=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__V3BQ=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__V3BQ=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__V3BQ=li__DWEK(((__li__BNWI *)li__U3BQ));
        } break;
        case __li__XNWI__: {
          li__V3BQ=li__IWEK(((__li__XNWI *)li__U3BQ));
        } break;
        case __li__LOWI__: {
          li__V3BQ=li__NWEK(((__li__LOWI *)li__U3BQ));
        } break;
        case __li__5OWI__: {
          li__V3BQ=li__SWEK(((__li__5OWI *)li__U3BQ));
        } break;
        case __li__TPWI__: {
          li__V3BQ=li__XWEK(((__li__TPWI *)li__U3BQ));
        } break;
        case __li__HQWI__: {
          li__V3BQ=li__2WEK(((__li__HQWI *)li__U3BQ));
        } break;
        case __li__ARWI__: {
          li__V3BQ=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__V3BQ=li__FXEK(((__li__URWI *)li__U3BQ));
        } break;
        case __li__MSWI__: {
          li__V3BQ=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__V3BQ=((__li__ETWI *)li__U3BQ)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__V3BQ=((__li__MZWI *)li__U3BQ)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__V3BQ=((__li__C0WI *)li__U3BQ)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__V3BQ=((__li__M1WI *)li__U3BQ)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__V3BQ=((__li__KMFK *)li__U3BQ)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__V3BQ=li__T4NN(((__li__XOHL *)li__U3BQ));
        } break;
        case __li__FPHL__: {
          li__V3BQ=li__KA4L(((__li__FPHL *)li__U3BQ));
        } break;
        case __li__APLM__: {
          li__V3BQ=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__V3BQ=li__1ISO(((__li__DTNM *)li__U3BQ));
        } break;
        case __li__JXNM__: {
          li__V3BQ=li__VX3R(((__li__JXNM *)li__U3BQ));
        } break;
        case __li__21LO__: {
          li__V3BQ=((__li__21LO *)li__U3BQ)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__V3BQ=((__li__TPOO *)li__U3BQ)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__V3BQ=li__FH4R();
        } break;
        case __li__41XO__: {
          li__V3BQ=li__3FDQ(((__li__41XO *)li__U3BQ));
        } break;
        case __li__AKBR__: {
          li__V3BQ=li__WQDS(((__li__AKBR *)li__U3BQ));
        } break;
        case __li__SU5R__: {
          li__V3BQ=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__V3BQ=li__Y1IS();
        } break;
        };
        li__KWMI=li__V3BQ;
      };
    };
    li__IRRF=li__KWMI;
  } break;
  case __li__1VPJ__: {
    li__F50L=((__li__1VPJ *)((__li__IF *)li__FRRF));
    li__B3BQ= 0;
    li__SWMI=li__F50L->li__2VPJ.li__UDID.li__VOME;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SWMI)->__id==__li__DZB__) {
      li__U3BQ=li__YPYI(((__li__DZB *)li__SWMI));
    } else /* SLOT_CODE */ {
      li__U3BQ=((__li__QWEC *)li__SWMI)->li__RWEC->li__LFJG;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (((struct ___OBJ *)li__U3BQ)->__id==__li__GSZ__) {
      li__TWMI=li__JRYI(((__li__GSZ *)((__li__IF *)li__U3BQ)),li__ERRF);
    } else /* Other types */ {
      li__TWMI=NULL;
    };
    li__KWMI=li__TWMI;
    /* __li__B__ __li__I__ */
if (((void *)li__TWMI == (void *)NULL)) {
      li__U3BQ=li__F50L->li__2VPJ.li__UDID.li__VOME;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__U3BQ)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__U3BQ)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__L3BQ=li__WEQM(((__li__DZB *)li__U3BQ),li__ERRF);
        } else /* ITM_SLOT_OPERATOR */ {
          li__L3BQ=li__WEQM(((__li__DZB *)li__U3BQ),li__ERRF);
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__U3BQ)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__L3BQ=li__YXTJ(((__li__QWEC *)((__li__DZB *)li__U3BQ)),li__ERRF);
        } else /* ITM_SLOT_OPERATOR */ {
          li__L3BQ=li__YXTJ(((__li__QWEC *)((__li__DZB *)li__U3BQ)),li__ERRF);
        };
      };
      li__B3BQ=li__L3BQ;
      /* __li__B__ __li__I__ */
if ((li__B3BQ != (__li__K)(-  1))) {
        li__250L=((void **)(*(((__li__2ZEC *)li__F50L->li__0EOK))).li__3GPI)[li__B3BQ];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__250L)->__id) {
        case __li__WK__: {
          li__V3BQ=((__li__WK *)li__250L)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__V3BQ=((__li__AVBD *)li__250L)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__V3BQ=((__li__KVBD *)li__250L)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__V3BQ=((__li__WVBD *)li__250L)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__V3BQ=li__JK5J(((__li__Z4WH *)li__250L));
        } break;
        case __li__KTVI__: {
          li__V3BQ=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__V3BQ=li__553L();
        } break;
        case __li__XTVI__: {
          li__V3BQ=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__V3BQ=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__V3BQ=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__V3BQ=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__V3BQ=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__V3BQ=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__V3BQ=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__V3BQ=li__DWEK(((__li__BNWI *)li__250L));
        } break;
        case __li__XNWI__: {
          li__V3BQ=li__IWEK(((__li__XNWI *)li__250L));
        } break;
        case __li__LOWI__: {
          li__V3BQ=li__NWEK(((__li__LOWI *)li__250L));
        } break;
        case __li__5OWI__: {
          li__V3BQ=li__SWEK(((__li__5OWI *)li__250L));
        } break;
        case __li__TPWI__: {
          li__V3BQ=li__XWEK(((__li__TPWI *)li__250L));
        } break;
        case __li__HQWI__: {
          li__V3BQ=li__2WEK(((__li__HQWI *)li__250L));
        } break;
        case __li__ARWI__: {
          li__V3BQ=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__V3BQ=li__FXEK(((__li__URWI *)li__250L));
        } break;
        case __li__MSWI__: {
          li__V3BQ=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__V3BQ=((__li__ETWI *)li__250L)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__V3BQ=((__li__MZWI *)li__250L)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__V3BQ=((__li__C0WI *)li__250L)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__V3BQ=((__li__M1WI *)li__250L)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__V3BQ=((__li__KMFK *)li__250L)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__V3BQ=li__T4NN(((__li__XOHL *)li__250L));
        } break;
        case __li__FPHL__: {
          li__V3BQ=li__KA4L(((__li__FPHL *)li__250L));
        } break;
        case __li__APLM__: {
          li__V3BQ=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__V3BQ=li__1ISO(((__li__DTNM *)li__250L));
        } break;
        case __li__JXNM__: {
          li__V3BQ=li__VX3R(((__li__JXNM *)li__250L));
        } break;
        case __li__21LO__: {
          li__V3BQ=((__li__21LO *)li__250L)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__V3BQ=((__li__TPOO *)li__250L)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__V3BQ=li__FH4R();
        } break;
        case __li__41XO__: {
          li__V3BQ=li__3FDQ(((__li__41XO *)li__250L));
        } break;
        case __li__AKBR__: {
          li__V3BQ=li__WQDS(((__li__AKBR *)li__250L));
        } break;
        case __li__SU5R__: {
          li__V3BQ=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__V3BQ=li__Y1IS();
        } break;
        };
        li__KWMI=li__V3BQ;
      };
    };
    li__IRRF=li__KWMI;
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__IRRF == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_354));
    li__JAZ(((__li__BC *)li__0C),li__ERRF->li__WB1.li__P2C);
    /* NULL __li__IF__ __li__1M__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__RDID__ __li__1RRF__ __li__UJSH__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__FRRF)->__id) {
    case __li__IF__: {
      li__QRRF=((__li__IF *)li__FRRF)->li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__1M__: {
      li__QRRF=li__TCMJ(((__li__1M *)li__FRRF));
    } break;
    case __li__ORB__: {
      li__QRRF=((__li__ORB *)li__FRRF)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__QRB__: {
      li__QRRF=((__li__QRB *)li__FRRF)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__SRB__: {
      li__QRRF=((__li__SRB *)li__FRRF)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__URB__: {
      li__QRRF=((__li__URB *)li__FRRF)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__GSZ__: {
      li__QRRF=((__li__GSZ *)li__FRRF)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__RDID__: {
      li__QRRF=((__li__RDID *)li__FRRF)->li__UDID.li__TDID.li__0CC;
    } break;
    case __li__1RRF__: {
      li__U0GV=li__QLKI();
      li__QRRF=li__U0GV->li__SF.li__RF.li__0CC;
    } break;
    case __li__UJSH__: {
      li__U0GV=li__VYLN();
      li__QRRF=li__U0GV->li__SF.li__RF.li__0CC;
    } break;
    case __li__0VPJ__: {
      li__QRRF=((__li__0VPJ *)li__FRRF)->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC;
    } break;
    case __li__1VPJ__: {
      li__QRRF=((__li__1VPJ *)li__FRRF)->li__2VPJ.li__UDID.li__TDID.li__0CC;
    } break;
    };
    li__K4E( 1,li__0C);
    li__V5E(li__QRRF);
    li__ODF();
  };
  li__GRRF=li__IRRF;
  return(li__GRRF);
}

static __li__5RB* li__XRRF(__li__4O2B *li__YRRF,void *li__ZRRF)
/* (Strict ITM_TYPE_BLOCK{li__4O2B},PARAMETER_TO_TYPE{NULLxli__IFxli__1Mxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__RDIDxli__1RRFxli__UJSHxli__0VPJxli__1VPJ}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__3RRF,*li__0RRF;
  li__3RRF=li__GEXF(li__YRRF,li__ZRRF);
  li__0RRF=li__3RRF;
  return(li__0RRF);
}

static void li__4RFC(__li__3PZ *li__5RFC,__li__5RB *li__ASFC)
/* (Strict FAST_ARRAY(TYPE_FULL){li__3PZ},Strict TYPE_FULL{NULLxli__5RB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__CTFC,li__TRGD,li__3SGD,li__VJSE;
  __li__CB li__XSGD;
  __li__C li__PSFC;
  void **li__1SFC;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__5RFC)).li__1JGB +  1) <= (__li__K)((*(li__5RFC)).li__JNFC -  1))) {
    (*(li__5RFC)).li__1JGB=(__li__K)((*(li__5RFC)).li__1JGB +  1);
    li__PSFC=li__B__;
  } else /* FALSE */ {
    li__PSFC=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__PSFC)) {
    /* __li__B__ __li__I__ */
if (((*(li__5RFC)).li__JNFC ==  0)) {
      li__1SFC=li__ZITC( 2);
      (*(li__5RFC)).li__WNFC=li__1SFC;
      (*(li__5RFC)).li__JNFC= 2;
      (*(li__5RFC)).li__1JGB= 0;
    } else /* FALSE */ {
      li__CTFC=(__li__K)((*(li__5RFC)).li__JNFC <<  1);
      li__1SFC=((void **)(*(li__5RFC)).li__WNFC);
      li__TRGD=(*(li__5RFC)).li__JNFC;
      li__XSGD=li__CUY(((__li__CB )li__1SFC),((__li__JJG )(__li__K)(li__TRGD * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__CTFC * ((__li__K )(sizeof(void *))))));
      li__1SFC=((void **)li__XSGD);
      li__3SGD=(__li__K)(li__CTFC -  1);
      li__VJSE=li__TRGD;
      while ((li__VJSE <= li__3SGD)) {
        li__1SFC[li__VJSE]=NULL;
        li__VJSE=(__li__K)(li__VJSE +  1);
      };
      (*(li__5RFC)).li__WNFC=li__1SFC;
      (*(li__5RFC)).li__JNFC=li__CTFC;
      (*(li__5RFC)).li__1JGB=(__li__K)((*(li__5RFC)).li__1JGB +  1);
    };
  };
  ((void **)(*(li__5RFC)).li__WNFC)[(*(li__5RFC)).li__1JGB]=li__ASFC;
}

static void li__OHGB(__li__3PZ *li__QHGB)
/* (Strict FAST_ARRAY(TYPE_FULL){NULLxli__3PZ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__O0CD,li__4UNE,li__IWNE,li__JJZF;
  __li__CB li__CWNE;
  __li__HG3 *li__HZCD;
  __li__C li__YZCD;
  void **li__G0CD;
  (*(((__li__3PZ *)li__QHGB))).li__1JGB=(__li__K)(-  1);
  li__HZCD=((__li__HG3 *)li__QG3);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__HZCD)).li__YKCD +  1) <= (__li__K)((*(li__HZCD)).li__LZCD -  1))) {
    (*(li__HZCD)).li__YKCD=(__li__K)((*(li__HZCD)).li__YKCD +  1);
    li__YZCD=li__B__;
  } else /* FALSE */ {
    li__YZCD=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__YZCD)) {
    /* __li__B__ __li__I__ */
if (((*(li__HZCD)).li__LZCD ==  0)) {
      li__G0CD=li__TYWD( 2);
      (*(li__HZCD)).li__H0CD=li__G0CD;
      (*(li__HZCD)).li__LZCD= 2;
      (*(li__HZCD)).li__YKCD= 0;
    } else /* FALSE */ {
      li__O0CD=(__li__K)((*(li__HZCD)).li__LZCD <<  1);
      li__G0CD=((void **)(*(li__HZCD)).li__H0CD);
      li__4UNE=(*(li__HZCD)).li__LZCD;
      li__CWNE=li__CUY(((__li__CB )li__G0CD),((__li__JJG )(__li__K)(li__4UNE * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__O0CD * ((__li__K )(sizeof(void *))))));
      li__G0CD=((void **)li__CWNE);
      li__IWNE=(__li__K)(li__O0CD -  1);
      li__JJZF=li__4UNE;
      while ((li__JJZF <= li__IWNE)) {
        li__G0CD[li__JJZF]=NULL;
        li__JJZF=(__li__K)(li__JJZF +  1);
      };
      (*(li__HZCD)).li__H0CD=li__G0CD;
      (*(li__HZCD)).li__LZCD=li__O0CD;
      (*(li__HZCD)).li__YKCD=(__li__K)((*(li__HZCD)).li__YKCD +  1);
    };
  };
  ((void **)(*(li__HZCD)).li__H0CD)[(*(li__HZCD)).li__YKCD]=li__QHGB;
}

static __li__3PZ* li__SHGB(__li__3PZ *li__UHGB)
/* (Strict FAST_ARRAY(TYPE_FULL){NULLxli__3PZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DKDK,li__Y0SO,li__FETP,li__UARU,li__5MOL,li__WMOL;
  __li__K li__3NOL,li__5NOL;
  __li__CB li__D2BM,li__LUTU;
  __li__JJG li__L2BM,li__OUTU,li__JUTU;
  __li__52B li__ZUTU;
  __li__3PZ *li__WHGB,*li__CKDK,*li__UZSO,*li__E0SO,*li__0KTH,*li__VHGB;
  __li__C li__JARU,li__2KDK,li__XZSO;
  __li__EIGB *li__NJDK,*li__DRDK;
  __li__5JDK *li__BKDK,*li__NRDK,*li__0MOL,*li__1MOL,*li__L3BM;
  void **li__U0SO,**li__W0SO,**li__RDTP;
  void **li__ZMOL,**li__CNOL;
  li__WHGB=NULL;
  li__JARU=((*(((__li__3PZ *)li__UHGB))).li__1JGB <  0);
  /* __li__B__ __li__I__ */
if (li__JARU) {
    li__WHGB=li__3HGB;
  } else /* FALSE */ {
    li__NJDK=((__li__EIGB *)li__LIGB);
    li__CKDK=NULL;
    li__DKDK=li__EFRK(((__li__3PZ *)li__UHGB));
    li__BKDK=((void **)li__NJDK->li__LKDK)[(__li__K)(li__DKDK % li__NJDK->li__EKDK)];
    li__LGRK:
    {
      /* __li__B__ __li__I__ */
if (((void *)li__BKDK == (void *)NULL)) {
        li__2KDK=li__B__;
      } else /* FALSE */ {
        li__UZSO=((__li__3PZ *)li__BKDK->li__XKDK);
        li__XZSO=li__I__;
        /* __li__B__ __li__I__ */
if (((void *)li__UZSO == (void *)li__UHGB)) {
          li__XZSO=li__B__;
        } else /* FALSE */ {
          /* NULL __li__3PZ__ */
if (li__UHGB==NULL) {
            li__E0SO=NULL;
          } else /* FAST_ARRAY(TYPE_FULL) */ {
            li__E0SO=((__li__3PZ *)li__UHGB);
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__E0SO != (void *)NULL) && ((*(li__UZSO)).li__1JGB == (*(li__E0SO)).li__1JGB))) {
            li__U0SO=(*(li__UZSO)).li__WNFC;
            li__W0SO=(*(li__E0SO)).li__WNFC;
            li__Y0SO=(__li__K)((*(li__UZSO)).li__1JGB +  1);
            li__RDTP=((void **)li__U0SO);
            li__FETP=(__li__K)(li__Y0SO -  1);
            while (((li__FETP >=  0) && ((void *)li__RDTP[li__FETP] == (void *)((void **)li__W0SO)[li__FETP]))) {
              li__FETP=(__li__K)(li__FETP -  1);
            };
            li__XZSO=(li__FETP <  0);
          };
        };
        li__2KDK=li__XZSO;
      };
      /* __li__B__ __li__I__ */
if ((! li__2KDK)) {
        li__BKDK=li__BKDK->li__DLDK;
        goto li__LGRK;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__BKDK != (void *)NULL)) {
      li__CKDK=li__BKDK->li__XKDK;
    };
    li__WHGB=li__CKDK;
    /* __li__B__ __li__I__ */
if (((void *)li__CKDK == (void *)NULL)) {
      li__UARU=(__li__K)((*(((__li__3PZ *)li__UHGB))).li__1JGB +  1);
      li__UZSO=li__EVVB(li__UARU);
      li__WHGB=li__UZSO;
      li__E0SO=((__li__3PZ *)li__UZSO);
      /* NULL __li__3PZ__ */
if (li__UHGB==NULL) {
        li__0KTH=NULL;
      } else /* FAST_ARRAY(TYPE_FULL) */ {
        li__0KTH=((__li__3PZ *)li__UHGB);
      };
      /* __li__B__ __li__I__ */
if (((void *)li__0KTH != (void *)NULL)) {
        li__Y0SO=(*(li__0KTH)).li__1JGB;
        /* __li__B__ __li__I__ */
if ((li__Y0SO >=  0)) {
          li__FETP=(__li__K)(li__Y0SO +  1);
          /* __li__B__ __li__I__ */
if (((*(li__E0SO)).li__JNFC < li__FETP)) {
            li__U0SO=li__ZITC(li__FETP);
            (*(li__E0SO)).li__WNFC=li__U0SO;
            (*(li__E0SO)).li__JNFC=li__FETP;
          };
          li__U0SO=((void **)(*(li__E0SO)).li__WNFC);
          li__W0SO=(*(li__0KTH)).li__WNFC;
          li__FETP=li__Y0SO;
          while ((li__FETP >=  0)) {
            li__U0SO[li__FETP]=((void **)li__W0SO)[li__FETP];
            li__FETP=(__li__K)(li__FETP -  1);
          };
        };
        (*(li__E0SO)).li__1JGB=li__Y0SO;
      } else /* FALSE */ {
        (*(li__E0SO)).li__1JGB=(__li__K)(-  1);
        li__Y0SO=(*(li__UHGB)).li__1JGB;
        li__FETP= 0;
        while ((li__FETP <= li__Y0SO)) {
          li__4RFC(li__E0SO,((void **)(*(((__li__3PZ *)li__UHGB))).li__WNFC)[li__FETP]);
          li__FETP=(__li__K)(li__FETP +  1);
        };
      };
      li__DRDK=((__li__EIGB *)li__LIGB);
      li__QLRK(li__DRDK,li__UZSO);
      li__QLRK(li__DRDK,li__UZSO);
      li__Y0SO=li__EFRK(((__li__3PZ *)li__UZSO));
      li__FETP=(__li__K)(li__Y0SO % li__DRDK->li__EKDK);
      li__UARU=li__FETP;
      li__NRDK=((void **)li__DRDK->li__LKDK)[li__FETP];
      while ((! (((void *)li__NRDK == (void *)NULL) || ((void *)li__NRDK->li__XKDK == (void *)li__UZSO)))) {
        li__NRDK=li__NRDK->li__DLDK;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__NRDK == (void *)NULL)) {
        /* __li__B__ __li__I__ */
if ((li__DRDK->li__EKDK == li__DRDK->li__QSDK)) {
          li__0MOL=NULL;
          li__1MOL=NULL;
          li__5MOL=li__YDQ((__li__K)(li__DRDK->li__EKDK +  1));
          li__ZMOL=li__DRDK->li__LKDK;
          li__CNOL=li__3FXK(li__5MOL);
          li__DRDK->li__LKDK=li__CNOL;
          li__WMOL=(__li__K)(li__DRDK->li__EKDK -  1);
          li__DRDK->li__EKDK=li__5MOL;
          while ((! (li__WMOL <  0))) {
            li__0MOL=((void **)li__ZMOL)[li__WMOL];
            while (((void *)li__0MOL != (void *)NULL)) {
              li__1MOL=li__0MOL->li__DLDK;
              li__3NOL=li__EFRK(((__li__3PZ *)li__0MOL->li__XKDK));
              li__5NOL=(__li__K)(li__3NOL % li__DRDK->li__EKDK);
              ((__li__5JDK *)li__0MOL)->li__DLDK=((void **)li__DRDK->li__LKDK)[li__5NOL];
              ((void **)li__DRDK->li__LKDK)[li__5NOL]=li__0MOL;
              li__0MOL=li__1MOL;
            };
            li__WMOL=(__li__K)(li__WMOL -  1);
          };
          li__UARU=(__li__K)(li__Y0SO % li__DRDK->li__EKDK);
        };
        li__0MOL=((void **)li__DRDK->li__LKDK)[li__UARU];
        li__1MOL=NULL;
        li__D2BM=((__li__CB )(NULL));
        li__L2BM=((__li__JJG )sizeof(__li__5JDK));
        /* __li__B__ __li__I__ */
if ((li__L2BM ==  0)) {
          li__1MOL=li__5JDK__;
        } else /* FALSE */ {
          li__5MOL=__li__5JDK__;
          li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__L2BM));
          /* __li__B__ __li__I__ */
if ((li__5MOL == (__li__K)(-  1))) {
            li__OUTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__JUTU=(__li__JJG)((__li__JJG)(li__L2BM - (__li__JJG)(((__li__JJG ) 0) - li__OUTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__OUTU) - ((__li__JJG ) 1)));
            li__OUTU=(__li__JJG)(li__JUTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
            li__LUTU=li__YCJ(li__JUTU,((__li__CB )(&(table_size[(li__OUTU)-1]))),((__li__52B )li__JUTU));
            li__D2BM=li__LUTU;
          } else /* FALSE */ {
            li__ZUTU=((__li__52B )li__5MOL);
            li__OUTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__JUTU=(__li__JJG)((__li__JJG)(li__L2BM - (__li__JJG)(((__li__JJG ) 0) - li__OUTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__OUTU) - ((__li__JJG ) 1)));
            li__LUTU=li__YCJ(li__JUTU,((__li__CB )(&(table_type[(li__ZUTU)]))),(__li__52B)(li__ZUTU |  1));
            li__D2BM=li__LUTU;
          };
          li__L3BM=((__li__5JDK *)li__D2BM);
          li__1MOL=li__L3BM;
          *(li__L3BM) = *(li__5JDK__);
        };
        li__L3BM=((__li__5JDK *)li__1MOL);
        li__L3BM->li__XKDK=li__UZSO;
        li__L3BM->li__DLDK=li__0MOL;
        li__NRDK=li__1MOL;
        ((void **)li__DRDK->li__LKDK)[li__UARU]=li__1MOL;
        li__DRDK->li__QSDK=(__li__K)(li__DRDK->li__QSDK +  1);
      };
      ;
    };
  };
  li__OHGB(li__UHGB);
  li__VHGB=li__WHGB;
  return(li__VHGB);
}

static __li__5RB* li__DJGB(__li__U *li__FJGB,void *li__GJGB,__li__3PZ *li__HJGB)
/* (Strict STRING_CONSTANT{NULLxli__U},ITM_TYPE_SIMPLE{li__KUB},Strict FAST_ARRAY(TYPE_FULL){NULLxli__3PZ}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__KJGB,*li__EKGB,*li__H1GV,*li__T1GV,*li__Z1GV,*li__IJGB;
  __li__U *li__RJGB,*li__M4JB,*li__N4JB,*li__O4JB,*li__MBKB;
  __li__K li__CBRU,li__E4JB,li__F4JB,li__G4JB,li__H4JB,li__I4JB;
  __li__K li__S4JB,li__T4JB,li__UHKB,li__IRDD,li__ERDD,li__42AE;
  __li__K li__W2AE,li__03AE,li__23AE,li__R1GV,li__CIOU,li__EIOU;
  __li__PF *li__Y4JB,*li__L4JB,*li__KJKB,*li__WJKB;
  __li__CB li__QJKB,li__0VTU,li__5WTU;
  __li__PO li__DXXB;
  void *li__MKGB;
  __li__GSZ *li__M2CD,*li__JJGB,*li__NDQB,*li__WEQB;
  __li__JJG li__WDQB,li__3VTU,li__YVTU,li__CXTU,li__3WTU;
  __li__52B li__IWTU,li__NXTU;
  void *li__OWEC,*li__OXEC,*li__CUQH,*li__OMGJ;
  __li__ULSB *li__5WEC,*li__N1GV,*li__SYEC;
  void *li__LXEC;
  __li__QWEC *li__GZEC,*li__Q1GV;
  __li__1M *li__P1GV;
  void *li__OMSB;
  __li__3 li__P4JB,li__Q4JB,li__C5JB,li__S5JB,li__15JB,li__RAKB;
  __li__3 li__UBKB;
  __li__C li__V4JB,li__D5JB,li__Z52C,li__45JB,li__O4GD,li__55JB;
  __li__C li__TDKB,li__5DKB;
  __li__3 *li__LVTU;
  __li__SKGB *li__51CD,*li__0QDD;
  __li__J2CD *li__L2CD,*li__FRDD,*li__Y2AE,*li__Z2AE,*li__PYNE;
  void **li__X2AE,**li__52AE;
  __li__F0C li__HFQB;
  __li__3PZ *li__G1GV,*li__LIQB,*li__0IQB;
  __li__ZZC *li__SGQB,*li__KXEC;
  __li__XHQB *li__2HQB;
  li__KJGB=NULL;
  li__RJGB=((__li__KUB *)li__GJGB)->li__LUB.li__ZRB.li__P2C;
  li__CBRU=(__li__K)((*(((__li__3PZ *)li__HJGB))).li__1JGB +  1);
  li__E4JB= 0;
  li__F4JB= 0;
  li__G4JB= 0;
  li__H4JB= 0;
  li__I4JB= 0;
  li__M4JB=NULL;
  li__N4JB=NULL;
  li__O4JB=NULL;
  li__P4JB='\0';
  li__Q4JB='\0';
  li__S4JB= 0;
  li__T4JB= 0;
  li__V4JB=li__I__;
  li__Y4JB=li__TBDD(((__li__RA1 *)li__W4JB),li__RJGB);
  li__L4JB=li__Y4JB;
  /* __li__B__ __li__I__ */
if (((void *)li__Y4JB == (void *)NULL)) {
    li__E4JB= 0;
    li__V4JB=li__B__;
    while ((! ((li__E4JB > (*(li__PD)).li__UD) || (li__S4JB ==  2)))) {
      li__MBKB=((__li__U **)(*(((__li__GD *)li__PD))).li__U1Z)[li__E4JB];
      li__M4JB=li__MBKB;
      li__O4JB=NULL;
      li__G4JB=((__li__U *)li__RJGB)->li__2C;
      li__F4JB=(__li__K)(((__li__U *)li__MBKB)->li__2C -  3);
      do {
        li__C5JB=((__li__3 *)((__li__U *)li__RJGB)->li__3C)[(__li__K)(li__G4JB -  1)];
        li__P4JB=li__C5JB;
        li__D5JB=(li__C5JB == '.');
        /* __li__B__ __li__I__ */
if (li__D5JB) {
          /* __li__B__ __li__I__ */
if ((li__G4JB >  2)) {
            li__S5JB=((__li__3 *)((__li__U *)li__RJGB)->li__3C)[(__li__K)((__li__K)(li__G4JB -  1) -  1)];
            li__Z52C=(li__S5JB == '.');
            li__45JB=li__Z52C;
          } else /* FALSE */ {
            li__45JB=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__45JB) {
            li__15JB=((__li__3 *)((__li__U *)li__RJGB)->li__3C)[(__li__K)((__li__K)(li__G4JB -  2) -  1)];
            li__O4GD=(li__15JB == '.');
            li__55JB=li__O4GD;
          } else /* FALSE */ {
            li__55JB=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__55JB) {
            li__G4JB=(__li__K)(li__G4JB -  2);
            li__P4JB='*';
          } else /* FALSE */ {
            li__P4JB='/';
          };
        } else /* FALSE */ {
          li__RAKB=li__GA3C(li__P4JB);
          li__P4JB=li__RAKB;
        };
        li__UBKB=((__li__3 *)((__li__U *)li__M4JB)->li__3C)[(__li__K)(li__F4JB -  1)];
        li__Q4JB=li__UBKB;
        li__G4JB=(__li__K)(li__G4JB -  1);
        li__F4JB=(__li__K)(li__F4JB -  1);
      } while ((((li__G4JB >=  1) && (li__F4JB >=  1)) && (li__P4JB == li__UBKB)));
      /* __li__B__ __li__I__ */
if (((li__G4JB <  1) && (li__P4JB == li__Q4JB))) {
        /* __li__B__ __li__I__ */
if (((li__F4JB <  1) || (((__li__3 *)((__li__U *)li__MBKB)->li__3C)[(__li__K)(li__F4JB -  1)] == '/'))) {
          li__O4JB=li__MBKB;
        };
        li__TDKB=li__B__;
      } else /* FALSE */ {
        li__TDKB=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__TDKB) {
        li__TDKB=li__B__;
      } else /* FALSE */ {
        li__5DKB=((li__P4JB == '*') && (li__Q4JB == '/'));
        /* __li__B__ __li__I__ */
if (li__5DKB) {
          li__H4JB=(__li__K)(li__G4JB +  1);
          li__I4JB=(__li__K)(li__F4JB +  1);
          while (((li__G4JB >=  1) && (li__F4JB >=  1))) {
            li__C5JB=((__li__3 *)((__li__U *)li__RJGB)->li__3C)[(__li__K)(li__G4JB -  1)];
            li__P4JB=li__C5JB;
            li__D5JB=(li__C5JB == '.');
            /* __li__B__ __li__I__ */
if (li__D5JB) {
              /* __li__B__ __li__I__ */
if ((li__G4JB >  2)) {
                li__S5JB=((__li__3 *)((__li__U *)li__RJGB)->li__3C)[(__li__K)((__li__K)(li__G4JB -  1) -  1)];
                li__Z52C=(li__S5JB == '.');
                li__45JB=li__Z52C;
              } else /* FALSE */ {
                li__45JB=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__45JB) {
                li__15JB=((__li__3 *)((__li__U *)li__RJGB)->li__3C)[(__li__K)((__li__K)(li__G4JB -  2) -  1)];
                li__O4GD=(li__15JB == '.');
                li__55JB=li__O4GD;
              } else /* FALSE */ {
                li__55JB=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__55JB) {
                li__G4JB=(__li__K)(li__G4JB -  2);
                li__P4JB='*';
              } else /* FALSE */ {
                li__P4JB='/';
              };
            } else /* FALSE */ {
              li__RAKB=li__GA3C(li__P4JB);
              li__P4JB=li__RAKB;
            };
            li__S5JB=((__li__3 *)((__li__U *)li__M4JB)->li__3C)[(__li__K)(li__F4JB -  1)];
            li__Q4JB=li__S5JB;
            /* __li__B__ __li__I__ */
if ((li__P4JB != li__S5JB)) {
              /* __li__B__ __li__I__ */
if (((li__P4JB == '*') && (li__S5JB == '/'))) {
                li__H4JB=li__G4JB;
                li__I4JB=li__F4JB;
              } else /* FALSE */ {
                li__G4JB=li__H4JB;
                li__F4JB=li__I4JB;
                li__LVTU=((__li__U *)li__M4JB)->li__3C;
                do {
                  li__F4JB=(__li__K)(li__F4JB -  1);
                } while (((li__F4JB >=  1) && (((__li__3 *)li__LVTU)[(__li__K)(li__F4JB -  1)] != '/')));
                li__I4JB=li__F4JB;
              };
            };
            li__G4JB=(__li__K)(li__G4JB -  1);
            li__F4JB=(__li__K)(li__F4JB -  1);
          };
          /* __li__B__ __li__I__ */
if ((li__G4JB <  1)) {
            li__O4JB=li__MBKB;
          };
        };
        li__TDKB=li__5DKB;
      };
      /* __li__B__ __li__I__ */
if ((! li__TDKB)) {
        /* __li__B__ __li__I__ */
if ((li__S4JB ==  1)) {
          li__S4JB= 2;
        };
      };
      /* __li__B__ __li__I__ */
if (((void *)li__O4JB != (void *)NULL)) {
        li__UHKB=li__NLKE(((__li__U *)li__O4JB),li__FJGB);
        /* __li__B__ __li__I__ */
if ((li__S4JB ==  0)) {
          li__S4JB= 1;
          li__N4JB=li__O4JB;
          li__T4JB=li__UHKB;
        } else /* FALSE */ {
          li__V4JB=li__I__;
          /* __li__B__ __li__I__ */
if ((li__UHKB > li__T4JB)) {
            li__N4JB=li__O4JB;
            li__T4JB=li__UHKB;
          };
        };
      };
      li__E4JB=(__li__K)(li__E4JB +  1);
    };
    /* __li__B__ __li__I__ */
if ((li__S4JB ==  0)) {
      li__HEZ(((__li__BC *)li__0C),li__RJGB);
      li__JAZ(((__li__BC *)li__0C),(&__string_437));
      li__DNVB( 1,li__0C);
      /* __li__B__ __li__I__ */
if (((void *)li__XIKB != (void *)NULL)) {
        li__V5E(li__XIKB->li__NI.li__0CC);
      };
      li__ODF();
    } else /* FALSE */ {
      li__KJKB=li__TBDD(((__li__RA1 *)li__XA1),li__N4JB);
      li__L4JB=li__KJKB;
      /* __li__B__ __li__I__ */
if (((void *)li__KJKB == (void *)NULL)) {
        li__BTZ(((__li__BC *)li__Y5B),li__N4JB);
        li__LVTU=li__A1V(((__li__BC *)li__Y5B));
        li__QJKB=((__li__CB )(fopen((char*)(li__LVTU),"rb")));
        /* __li__B__ __li__I__ */
if ((li__QJKB != (void *)NULL)) {
          fclose((FILE*)((li__QJKB)));
          li__WJKB=li__RUI(li__N4JB,li__RJGB,li__CBRU);
          li__L4JB=li__WJKB;
          li__4UXB(li__WJKB);
        } else /* FALSE */ {
          li__HEZ(((__li__BC *)li__0C),(&__string_438));
          li__JAZ(((__li__BC *)li__0C),li__N4JB);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DXXB=li__5JKB;
          li__K4E( 1,li__0C);
          li__V5E(li__DXXB);
          li__ODF();
        };
      };
      /* __li__B__ __li__I__ */
if (li__V4JB) {
        li__LHED(((__li__RA1 *)li__W4JB),li__L4JB,li__RJGB);
      };
    };
  };
  /* __li__B__ __li__I__ */
if ((li__L4JB->li__UB1 != li__CBRU)) {
    li__EDSB( 1,(&__string_439));
    li__V5E(li__L4JB->li__SF.li__RF.li__0CC);
    /* __li__B__ __li__I__ */
if ((((__li__52B )li__5JKB) !=  0)) {
      li__V5E(li__5JKB);
    };
    li__ODF();
  };
  li__HEZ(((__li__BC *)li__0C),li__L4JB->li__WXI);
  li__CBRU= 0;
  li__E4JB=(*(li__HJGB)).li__1JGB;
  while ((li__CBRU <= li__E4JB)) {
    li__SRX(((__li__BC *)li__0C),' ');
    li__EKGB=((void **)(*(((__li__3PZ *)li__HJGB))).li__WNFC)[li__CBRU];
    li__JBUB((__li__F0C)(li__EKGB->li__BEM &  15),li__0C);
    li__MKGB=((__li__5RB *)li__EKGB)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__MKGB)->__id) {
    case __li__IF__: {
      li__MBKB=((__li__IF *)li__MKGB)->li__TF->li__WXI;
    } break;
    case __li__ORB__: {
      li__MBKB=((__li__ORB *)li__MKGB)->li__PRB.li__TF->li__WXI;
    } break;
    case __li__QRB__: {
      li__MBKB=((__li__QRB *)li__MKGB)->li__RRB.li__TF->li__WXI;
    } break;
    case __li__SRB__: {
      li__MBKB=((__li__SRB *)li__MKGB)->li__TRB.li__TF->li__WXI;
    } break;
    case __li__URB__: {
      li__MBKB=((__li__URB *)li__MKGB)->li__VRB.li__TF->li__WXI;
    } break;
    case __li__GSZ__: {
      li__MBKB=((__li__GSZ *)li__MKGB)->li__FGQB;
    } break;
    case __li__1RRF__: {
      li__WJKB=li__QLKI();
      li__MBKB=li__WJKB->li__WXI;
    } break;
    case __li__UJSH__: {
      li__WJKB=li__VYLN();
      li__MBKB=li__WJKB->li__WXI;
    } break;
    };
    li__JAZ(((__li__BC *)li__0C),li__MBKB);
    li__CBRU=(__li__K)(li__CBRU +  1);
  };
  li__RJGB=li__SQC(li__0C);
  li__51CD=((__li__SKGB *)li__0KGB);
  li__M2CD=NULL;
  li__CBRU=li__AIO(((__li__U *)li__RJGB));
  li__L2CD=((void **)li__51CD->li__V2CD)[(__li__K)(li__CBRU % li__51CD->li__O2CD)];
  while ((! (((void *)li__L2CD == (void *)NULL) || ((void *)li__L2CD->li__B3CD == (void *)li__RJGB)))) {
    li__L2CD=li__L2CD->li__M3CD;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__L2CD != (void *)NULL)) {
    li__M2CD=li__L2CD->li__U3CD;
  };
  li__JJGB=li__M2CD;
  /* __li__B__ __li__I__ */
if (((void *)li__M2CD == (void *)NULL)) {
    li__NDQB=NULL;
    li__QJKB=((__li__CB )(NULL));
    li__WDQB=((__li__JJG )sizeof(__li__GSZ));
    /* __li__B__ __li__I__ */
if ((li__WDQB ==  0)) {
      li__NDQB=li__GSZ__;
    } else /* FALSE */ {
      li__UHKB=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__WDQB));
      /* __li__B__ __li__I__ */
if ((li__UHKB == (__li__K)(-  1))) {
        li__3VTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__YVTU=(__li__JJG)((__li__JJG)(li__WDQB - (__li__JJG)(((__li__JJG ) 0) - li__3VTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__3VTU) - ((__li__JJG ) 1)));
        li__3VTU=(__li__JJG)(li__YVTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__0VTU=li__YCJ(li__YVTU,((__li__CB )(&(table_size[(li__3VTU)-1]))),((__li__52B )li__YVTU));
        li__QJKB=li__0VTU;
      } else /* FALSE */ {
        li__IWTU=((__li__52B )li__UHKB);
        li__3VTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__YVTU=(__li__JJG)((__li__JJG)(li__WDQB - (__li__JJG)(((__li__JJG ) 0) - li__3VTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__3VTU) - ((__li__JJG ) 1)));
        li__0VTU=li__YCJ(li__YVTU,((__li__CB )(&(table_type[(li__IWTU)]))),(__li__52B)(li__IWTU |  1));
        li__QJKB=li__0VTU;
      };
      li__WEQB=((__li__GSZ *)li__QJKB);
      li__NDQB=li__WEQB;
      *(li__WEQB) = *(li__GSZ__);
    };
    li__JJGB=li__NDQB;
    li__0QDD=((__li__SKGB *)li__0KGB);
    li__UHKB=li__AIO(((__li__U *)li__RJGB));
    li__IRDD=(__li__K)(li__UHKB % li__0QDD->li__O2CD);
    li__ERDD=li__IRDD;
    li__FRDD=((void **)li__0QDD->li__V2CD)[li__IRDD];
    while ((! (((void *)li__FRDD == (void *)NULL) || ((void *)li__FRDD->li__B3CD == (void *)li__RJGB)))) {
      li__FRDD=li__FRDD->li__M3CD;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__FRDD == (void *)NULL)) {
      /* __li__B__ __li__I__ */
if ((li__0QDD->li__O2CD == li__0QDD->li__GSDD)) {
        li__Y2AE=NULL;
        li__Z2AE=NULL;
        li__X2AE=li__0QDD->li__V2CD;
        li__42AE=li__YDQ((__li__K)(li__0QDD->li__O2CD +  1));
        li__52AE=li__DCQD(li__42AE);
        li__0QDD->li__V2CD=li__52AE;
        li__W2AE=(__li__K)(li__0QDD->li__O2CD -  1);
        li__0QDD->li__O2CD=li__42AE;
        while ((! (li__W2AE <  0))) {
          li__Y2AE=((void **)li__X2AE)[li__W2AE];
          while (((void *)li__Y2AE != (void *)NULL)) {
            li__Z2AE=li__Y2AE->li__M3CD;
            li__03AE=li__AIO(((__li__U *)li__Y2AE->li__B3CD));
            li__23AE=(__li__K)(li__03AE % li__0QDD->li__O2CD);
            ((__li__J2CD *)li__Y2AE)->li__M3CD=((void **)li__0QDD->li__V2CD)[li__23AE];
            ((void **)li__0QDD->li__V2CD)[li__23AE]=li__Y2AE;
            li__Y2AE=li__Z2AE;
          };
          li__W2AE=(__li__K)(li__W2AE -  1);
        };
        li__0QDD->li__ZSDD=(__li__K)(-  1);
        li__ERDD=(__li__K)(li__UHKB % li__0QDD->li__O2CD);
      };
      li__Y2AE=((void **)li__0QDD->li__V2CD)[li__ERDD];
      li__Z2AE=NULL;
      li__0VTU=((__li__CB )(NULL));
      li__3VTU=((__li__JJG )sizeof(__li__J2CD));
      /* __li__B__ __li__I__ */
if ((li__3VTU ==  0)) {
        li__Z2AE=li__J2CD__;
      } else /* FALSE */ {
        li__42AE=__li__J2CD__;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__3VTU));
        /* __li__B__ __li__I__ */
if ((li__42AE == (__li__K)(-  1))) {
          li__CXTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__3WTU=(__li__JJG)((__li__JJG)(li__3VTU - (__li__JJG)(((__li__JJG ) 0) - li__CXTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CXTU) - ((__li__JJG ) 1)));
          li__CXTU=(__li__JJG)(li__3WTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__5WTU=li__YCJ(li__3WTU,((__li__CB )(&(table_size[(li__CXTU)-1]))),((__li__52B )li__3WTU));
          li__0VTU=li__5WTU;
        } else /* FALSE */ {
          li__NXTU=((__li__52B )li__42AE);
          li__CXTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__3WTU=(__li__JJG)((__li__JJG)(li__3VTU - (__li__JJG)(((__li__JJG ) 0) - li__CXTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CXTU) - ((__li__JJG ) 1)));
          li__5WTU=li__YCJ(li__3WTU,((__li__CB )(&(table_type[(li__NXTU)]))),(__li__52B)(li__NXTU |  1));
          li__0VTU=li__5WTU;
        };
        li__PYNE=((__li__J2CD *)li__0VTU);
        li__Z2AE=li__PYNE;
        *(li__PYNE) = *(li__J2CD__);
      };
      li__PYNE=((__li__J2CD *)li__Z2AE);
      li__PYNE->li__U3CD=li__NDQB;
      li__PYNE->li__B3CD=li__RJGB;
      li__PYNE->li__M3CD=li__Y2AE;
      li__FRDD=li__Z2AE;
      ((void **)li__0QDD->li__V2CD)[li__ERDD]=li__Z2AE;
      li__0QDD->li__GSDD=(__li__K)(li__0QDD->li__GSDD +  1);
      li__0QDD->li__ZSDD=(__li__K)(-  1);
    } else /* FALSE */ {
      ((__li__J2CD *)li__FRDD)->li__U3CD=li__NDQB;
    };
    li__WEQB=((__li__GSZ *)li__NDQB);
    li__HFQB= 0;
    li__WEQB->li__HSZ.li__NZC=li__LZC;
    li__LZC=(__li__K)(li__LZC +  1);
    li__HEZ(((__li__BC *)li__0C),((__li__KUB *)li__GJGB)->li__LUB.li__ZRB.li__P2C);
    li__SRX(((__li__BC *)li__0C),'(');
    li__UHKB= 0;
    li__IRDD=(__li__K)((*(li__HJGB)).li__1JGB -  1);
    while ((li__UHKB <= li__IRDD)) {
      li__OUHF(((__li__5RB *)((void **)(*(((__li__3PZ *)li__HJGB))).li__WNFC)[li__UHKB]),li__0C);
      li__SRX(((__li__BC *)li__0C),',');
      li__UHKB=(__li__K)(li__UHKB +  1);
    };
    li__G1GV=((__li__3PZ *)li__HJGB);
    li__H1GV=((void **)(*(li__G1GV)).li__WNFC)[(*(li__G1GV)).li__1JGB];
    li__OUHF(((__li__5RB *)li__H1GV),li__0C);
    li__SRX(((__li__BC *)li__0C),')');
    li__MBKB=li__SQC(li__0C);
    li__WEQB->li__EGQB=li__MBKB;
    li__WEQB->li__FGQB=li__RJGB;
    li__WEQB->li__GGQB=li__HJGB;
    li__HEZ(((__li__BC *)li__0C),li__MBKB);
    li__LKZ(((__li__BC *)li__0C),',','x');
    li__LKZ(((__li__BC *)li__0C),'(','o');
    li__LKZ(((__li__BC *)li__0C),')','o');
    li__LKZ(((__li__BC *)li__0C),' ','_');
    li__LKZ(((__li__BC *)li__0C),'.','_');
    li__MBKB=li__3GSB(li__0C);
    li__WEQB->li__HSZ.li__QGQB=li__MBKB;
    li__WEQB->li__HSZ.li__TF=li__L4JB;
    li__SGQB=li__J5D( 10);
    li__WEQB->li__HSZ.li__D0C=li__SGQB;
    /* __li__B__ __li__I__ */
if (((void *)li__WEQB->li__HSZ.li__TF->li__UGQB == (void *)(&__string_15))) {
      li__HFQB= 3;
      li__D5JB=li__B__;
    } else /* FALSE */ {
      li__D5JB=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__D5JB)) {
      /* __li__B__ __li__I__ */
if (((void *)li__WEQB->li__HSZ.li__TF->li__UGQB == (void *)(&__string_16))) {
        li__HFQB= 12;
      };
    };
    li__EKGB=li__FCM();
    li__H1GV=((__li__5RB *)li__EKGB);
    li__H1GV->li__AEM=li__WEQB;
    li__H1GV->li__BEM=li__HFQB;
    li__WEQB->li__HSZ.li__J0C=li__EKGB;
    li__KJKB=((__li__PF *)li__WEQB->li__HSZ.li__TF);
    li__MKGB=NULL;
    li__OWEC=li__KJKB->li__UWEC;
    li__3GJC:
    {
      /* __li__B__ __li__I__ */
if (((void *)li__OWEC != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWEC)->__id==__li__IZB__) {
          li__5WEC=((__li__IZB *)li__OWEC)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__5WEC=((__li__4HAD *)li__OWEC)->li__5HAD.li__WLSB;
        };
        li__N1GV=((__li__ULSB *)li__5WEC);
        li__Z52C=(((void *)li__N1GV->li__XNKE == (void *)(&__string_29)) || ((void *)li__N1GV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__Z52C=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__Z52C) {
        li__KXEC=li__WEQB->li__HSZ.li__D0C;
        li__LXEC=li__YHBG(li__OWEC,li__WEQB);
        li__BIBG(((__li__ZZC *)li__KXEC),li__LXEC);
        li__VKBG(li__WEQB,li__WEQB);
        li__LMBG(li__WEQB,li__OWEC);
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWEC)->__id==__li__IZB__) {
          li__OXEC=((__li__IZB *)li__OWEC)->li__NXEC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__OXEC=((__li__4HAD *)li__OWEC)->li__5HAD.li__NXEC;
        };
        li__OWEC=li__OXEC;
        goto li__3GJC;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__KJKB->li__QXEC | li__KJKB->li__XXEC)) {
      while (((void *)li__OWEC != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWEC)->__id==__li__IZB__) {
          li__5WEC=((__li__IZB *)li__OWEC)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__5WEC=((__li__4HAD *)li__OWEC)->li__5HAD.li__WLSB;
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__5WEC)->li__XNKE == (void *)(&__string_34))) {
          li__45JB=li__B__;
        } else /* FALSE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWEC)->__id==__li__IZB__) {
            li__SYEC=((__li__IZB *)li__OWEC)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__SYEC=((__li__4HAD *)li__OWEC)->li__5HAD.li__WLSB;
          };
          li__45JB=((void *)((__li__ULSB *)li__SYEC)->li__XNKE == (void *)(&__string_36));
        };
        /* __li__B__ __li__I__ */
if (li__45JB) {
          li__LMBG(li__WEQB,li__OWEC);
          li__OXEC=li__YHBG(li__OWEC,li__WEQB);
          li__BIBG(((__li__ZZC *)li__WEQB->li__HSZ.li__D0C),li__OXEC);
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWEC)->__id==__li__IZB__) {
            li__SYEC=((__li__IZB *)li__OWEC)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__SYEC=((__li__4HAD *)li__OWEC)->li__5HAD.li__WLSB;
          };
          /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__SYEC)->li__XNKE == (void *)(&__string_36))) {
            /* NULL __li__DZB__ __li__QWEC__ */
if (li__OXEC==NULL) {
              li__GZEC=NULL;
            } else {
              if (((struct ___OBJ *)li__OXEC)->__id==__li__DZB__) {
                li__GZEC=NULL;
              } else /* Other types */ {
                li__GZEC=((void *)li__OXEC);
              }
            };
            /* __li__B__ __li__I__ */
if (((void *)li__GZEC != (void *)NULL)) {
              li__MKGB=li__JI;
              li__Q1GV=((__li__QWEC *)li__GZEC);
              li__T1GV=li__WEQB->li__HSZ.li__J0C;
              li__P1GV=li__UAVC();
              li__OUOI(((__li__ZCSH *)li__Q1GV->li__DDSH),li__P1GV);
              li__R1GV=(__li__K)((*(((__li__ZCSH *)li__Q1GV->li__DDSH))).li__ENSH +  1);
              li__SXOI(((__li__1M *)li__P1GV),li__Q1GV,li__T1GV,NULL,(li__R1GV ==  1));
              li__JI=li__MKGB;
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          };
        };
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWEC)->__id==__li__IZB__) {
          li__OXEC=((__li__IZB *)li__OWEC)->li__NXEC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__OXEC=((__li__4HAD *)li__OWEC)->li__5HAD.li__NXEC;
        };
        li__OWEC=li__OXEC;
      };
    };
    li__2HQB=li__NKSB();
    li__WEQB->li__HSZ.li__3HQB=li__2HQB;
    li__CXDD(((__li__XHQB *)li__WEQB->li__HSZ.li__3HQB));
    li__UHKB= 0;
    li__D5JB=li__J2DD(((__li__XHQB *)li__WEQB->li__HSZ.li__3HQB),li__WEQB);
    /* __li__B__ __li__I__ */
if ((! li__D5JB)) {
      li__LOQD(((__li__XHQB *)li__WEQB->li__HSZ.li__3HQB),li__WEQB);
      li__UHKB= 0;
      li__RRQD:
      {
        /* __li__B__ __li__I__ */
if ((li__UHKB <= (*(li__WEQB->li__HSZ.li__D0C)).li__VBM)) {
          li__OXEC=((void **)(*(((__li__ZZC *)li__WEQB->li__HSZ.li__D0C))).li__RBM)[li__UHKB];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OXEC)->__id==__li__DZB__) {
            li__SYEC=li__QXVG(((__li__DZB *)li__OXEC));
          } else /* SLOT_CODE */ {
            li__CUQH=((__li__QWEC *)li__OXEC)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CUQH)->__id==__li__IZB__) {
              li__SYEC=((__li__IZB *)li__CUQH)->li__WLSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__SYEC=((__li__4HAD *)li__CUQH)->li__5HAD.li__WLSB;
            };
          };
          li__5WEC=((__li__ULSB *)li__SYEC);
          li__45JB=(((void *)li__5WEC->li__XNKE == (void *)(&__string_29)) || ((void *)li__5WEC->li__XNKE == (void *)(&__string_30)));
        } else /* FALSE */ {
          li__45JB=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__45JB) {
          li__OXEC=((void **)(*(((__li__ZZC *)li__WEQB->li__HSZ.li__D0C))).li__RBM)[li__UHKB];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OXEC)->__id==__li__DZB__) {
            li__SYEC=li__QXVG(((__li__DZB *)li__OXEC));
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            li__CUQH=((__li__QWEC *)li__OXEC)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CUQH)->__id==__li__IZB__) {
              li__SYEC=((__li__IZB *)li__CUQH)->li__WLSB;
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              li__SYEC=((__li__4HAD *)li__CUQH)->li__5HAD.li__WLSB;
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          };
          /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__SYEC)->li__XNKE == (void *)(&__string_29))) {
            li__CUQH=((void **)(*(((__li__ZZC *)li__WEQB->li__HSZ.li__D0C))).li__RBM)[li__UHKB];
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CUQH)->__id==__li__DZB__) {
              li__OMGJ=((__li__DZB *)li__CUQH)->li__LZB->li__KZB;
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OMGJ)->__id==__li__IZB__) {
                li__OMSB=((__li__IZB *)li__OMGJ)->li__NMSB;
              } else /* ITM_SLOT_OPERATOR */ {
                li__OMSB=((__li__4HAD *)li__OMGJ)->li__5HAD.li__NMSB;
              };
            } else /* SLOT_CODE */ {
              li__OMGJ=((__li__QWEC *)li__CUQH)->li__RWEC->li__KZB;
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OMGJ)->__id==__li__IZB__) {
                li__OMSB=((__li__IZB *)li__OMGJ)->li__NMSB;
              } else /* ITM_SLOT_OPERATOR */ {
                li__OMSB=((__li__4HAD *)li__OMGJ)->li__5HAD.li__NMSB;
              };
            };
            /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__OMSB==NULL) {
              li__OMGJ=NULL;
            } else {
              switch (((struct ___OBJ *)li__OMSB)->__id) {
              case __li__WRB__: {
                li__OMGJ=((void *)li__OMSB);
              } break;
              case __li__XRB__: {
                li__OMGJ=((void *)li__OMSB);
              } break;
              case __li__KUB__: {
                li__OMGJ=((void *)li__OMSB);
              } break;
              case __li__VB1__: {
                li__OMGJ=((void *)li__OMSB);
              } break;
              case __li__UL2B__: {
                li__OMGJ=NULL;
              } break;
              case __li__4O2B__: {
                li__OMGJ=((void *)li__OMSB);
              } break;
              }
            };
            /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__OMGJ)->__id) {
            case __li__WRB__: {
              li__T1GV=li__ZURF(((__li__WRB *)li__OMGJ),li__WEQB);
            } break;
            case __li__XRB__: {
              li__T1GV=li__NWRF(((__li__XRB *)((__li__WRB *)li__OMGJ)),li__WEQB);
            } break;
            case __li__KUB__: {
              li__T1GV=li__BYRF(((__li__KUB *)((__li__WRB *)li__OMGJ)),li__WEQB);
            } break;
            case __li__VB1__: {
              li__T1GV=li__G0RF(((__li__VB1 *)((__li__WRB *)li__OMGJ)),li__WEQB);
            } break;
            case __li__4O2B__: {
              li__Z1GV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__OMGJ)),li__WEQB);
              li__T1GV=li__Z1GV;
            } break;
            };
            li__CUQH=((__li__5RB *)li__T1GV)->li__AEM;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__CUQH)->__id) {
            case __li__IF__: {
              li__ZMGJ(((__li__IF *)li__CUQH),li__WEQB);
            } break;
            case __li__ORB__: {
              li__YOGJ(((__li__ORB *)((__li__IF *)li__CUQH)),li__WEQB);
            } break;
            case __li__QRB__: {
              li__XQGJ(((__li__QRB *)((__li__IF *)li__CUQH)),li__WEQB);
            } break;
            case __li__SRB__: {
              li__WSGJ(((__li__SRB *)((__li__IF *)li__CUQH)),li__WEQB);
            } break;
            case __li__URB__: {
              li__VUGJ(((__li__URB *)((__li__IF *)li__CUQH)),li__WEQB);
            } break;
            case __li__GSZ__: {
              li__UWGJ(((__li__GSZ *)((__li__IF *)li__CUQH)),li__WEQB);
            } break;
            case __li__1RRF__: {
              li__TYGJ(((__li__1RRF *)((__li__IF *)li__CUQH)),li__WEQB);
            } break;
            case __li__UJSH__: {
              li__QRMN(li__WEQB);
            } break;
            };
          };
          li__UHKB=(__li__K)(li__UHKB +  1);
          goto li__RRQD;
        };
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__WEQB->li__HSZ.li__TF->li__AIQB != (void *)NULL)) {
      li__CIOU=(__li__K)((*(((__li__CRB *)li__WEQB->li__HSZ.li__TF->li__AIQB))).li__5QZ +  1);
      li__LIQB=li__EVVB(li__CIOU);
      li__WEQB->li__MIQB=li__LIQB;
      li__42AE=(*(li__WEQB->li__HSZ.li__TF->li__AIQB)).li__5QZ;
      li__W2AE= 0;
      while ((li__W2AE <= li__42AE)) {
        li__0IQB=li__WEQB->li__MIQB;
        li__OXEC=((void **)(*(((__li__CRB *)li__WEQB->li__HSZ.li__TF->li__AIQB))).li__V1BD)[li__W2AE];
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__OXEC)->__id) {
        case __li__WRB__: {
          li__T1GV=li__ZURF(((__li__WRB *)li__OXEC),li__WEQB);
        } break;
        case __li__XRB__: {
          li__T1GV=li__NWRF(((__li__XRB *)((__li__WRB *)li__OXEC)),li__WEQB);
        } break;
        case __li__KUB__: {
          li__T1GV=li__BYRF(((__li__KUB *)((__li__WRB *)li__OXEC)),li__WEQB);
        } break;
        case __li__VB1__: {
          li__T1GV=li__G0RF(((__li__VB1 *)((__li__WRB *)li__OXEC)),li__WEQB);
        } break;
        case __li__4O2B__: {
          li__Z1GV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__OXEC)),li__WEQB);
          li__T1GV=li__Z1GV;
        } break;
        };
        li__4RFC(((__li__3PZ *)li__0IQB),li__T1GV);
        li__W2AE=(__li__K)(li__W2AE +  1);
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__WEQB->li__HSZ.li__TF->li__EJQB != (void *)NULL)) {
      li__EIOU=(__li__K)((*(((__li__CRB *)li__WEQB->li__HSZ.li__TF->li__EJQB))).li__5QZ +  1);
      li__LIQB=li__EVVB(li__EIOU);
      li__WEQB->li__QJQB=li__LIQB;
      li__42AE=(*(li__WEQB->li__HSZ.li__TF->li__EJQB)).li__5QZ;
      li__W2AE= 0;
      while ((li__W2AE <= li__42AE)) {
        li__0IQB=li__WEQB->li__QJQB;
        li__OXEC=((void **)(*(((__li__CRB *)li__WEQB->li__HSZ.li__TF->li__EJQB))).li__V1BD)[li__W2AE];
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__OXEC)->__id) {
        case __li__WRB__: {
          li__T1GV=li__ZURF(((__li__WRB *)li__OXEC),li__WEQB);
        } break;
        case __li__XRB__: {
          li__T1GV=li__NWRF(((__li__XRB *)((__li__WRB *)li__OXEC)),li__WEQB);
        } break;
        case __li__KUB__: {
          li__T1GV=li__BYRF(((__li__KUB *)((__li__WRB *)li__OXEC)),li__WEQB);
        } break;
        case __li__VB1__: {
          li__T1GV=li__G0RF(((__li__VB1 *)((__li__WRB *)li__OXEC)),li__WEQB);
        } break;
        case __li__4O2B__: {
          li__Z1GV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__OXEC)),li__WEQB);
          li__T1GV=li__Z1GV;
        } break;
        };
        li__4RFC(((__li__3PZ *)li__0IQB),li__T1GV);
        li__W2AE=(__li__K)(li__W2AE +  1);
      };
    };
  };
  li__RJGB=((__li__KUB *)li__GJGB)->li__LUB.li__Y2C;
  /* __li__B__ __li__I__ */
if (((void *)li__RJGB == (void *)NULL)) {
    li__KJGB=li__JJGB->li__HSZ.li__J0C;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__RJGB == (void *)(&__string_15))) {
      li__T1GV=((__li__5RB *)li__JJGB->li__HSZ.li__J0C);
      li__Z1GV=li__QWVB(li__T1GV,(__li__F0C)(li__T1GV->li__BEM |  1));
      li__KJGB=li__Z1GV;
    } else /* FALSE */ {
      li__T1GV=((__li__5RB *)li__JJGB->li__HSZ.li__J0C);
      li__Z1GV=li__QWVB(li__T1GV,(__li__F0C)(li__T1GV->li__BEM |  4));
      li__KJGB=li__Z1GV;
    };
  };
  li__IJGB=li__KJGB;
  return(li__IJGB);
}

static __li__TOLE* li__CNSE(__li__K li__ENSE)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__UNVF,li__QYTU;
  __li__JJG li__2NVF,li__TYTU,li__OYTU;
  __li__K li__HOVF;
  __li__52B li__4YTU;
  __li__TOLE *li__TNVF,*li__2OVF,*li__FNSE;
  void **li__SGWG;
  li__TNVF=NULL;
  li__UNVF=((__li__CB )(NULL));
  li__2NVF=((__li__JJG )sizeof(__li__TOLE));
  /* __li__B__ __li__I__ */
if ((li__2NVF ==  0)) {
    li__TNVF=li__TOLE__;
  } else /* FALSE */ {
    li__HOVF=__li__TOLE__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__2NVF));
    /* __li__B__ __li__I__ */
if ((li__HOVF == (__li__K)(-  1))) {
      li__TYTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__OYTU=(__li__JJG)((__li__JJG)(li__2NVF - (__li__JJG)(((__li__JJG ) 0) - li__TYTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__TYTU) - ((__li__JJG ) 1)));
      li__TYTU=(__li__JJG)(li__OYTU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__QYTU=li__YCJ(li__OYTU,((__li__CB )(&(table_size[(li__TYTU)-1]))),((__li__52B )li__OYTU));
      li__UNVF=li__QYTU;
    } else /* FALSE */ {
      li__4YTU=((__li__52B )li__HOVF);
      li__TYTU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__OYTU=(__li__JJG)((__li__JJG)(li__2NVF - (__li__JJG)(((__li__JJG ) 0) - li__TYTU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__TYTU) - ((__li__JJG ) 1)));
      li__QYTU=li__YCJ(li__OYTU,((__li__CB )(&(table_type[(li__4YTU)]))),(__li__52B)(li__4YTU |  1));
      li__UNVF=li__QYTU;
    };
    li__2OVF=((__li__TOLE *)li__UNVF);
    li__TNVF=li__2OVF;
    *(li__2OVF) = *(li__TOLE__);
  };
  li__2OVF=((__li__TOLE *)li__TNVF);
  /* __li__B__ __li__I__ */
if (((*(li__2OVF)).li__U2VG < li__ENSE)) {
    li__SGWG=li__IGDH(li__ENSE);
    (*(li__2OVF)).li__S3VG=li__SGWG;
    (*(li__2OVF)).li__U2VG=li__ENSE;
  };
  (*(li__2OVF)).li__FPYE=(__li__K)(-  1);
  li__FNSE=li__TNVF;
  return(li__FNSE);
}

static __li__U* li__Z5TE(__li__U *li__15TE)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__HAUE;
  __li__K li__QAUE,li__45TE,li__2AUE;
  __li__U *li__U2GV,*li__25TE;
  /* __li__B__ __li__I__ */
if (li__VDB) {
    li__BTZ(((__li__BC *)li__GR),li__15TE);
    li__HAUE=li__GR;
    li__JAZ(((__li__BC *)li__HAUE),(&__string_123));
  } else /* FALSE */ {
    li__HAUE=li__GR;
    li__HEZ(((__li__BC *)li__HAUE),(&__string_440));
  };
  li__QAUE=(__li__K)(li__THSB +  1);
  li__THSB=li__QAUE;
  li__45TE=li__QAUE;
  while ((li__45TE !=  0)) {
    li__2AUE=(__li__K)(li__45TE &  31);
    /* __li__B__ __li__I__ */
if ((li__2AUE <  26)) {
      li__SRX(((__li__BC *)li__GR),((__li__3 )(((__li__QJG)(((__li__QJG )'A') + ((__li__QJG )li__2AUE))))));
    } else /* FALSE */ {
      li__SRX(((__li__BC *)li__GR),((__li__3 )(((__li__QJG)(((__li__QJG )'0') + ((__li__QJG )(__li__K)(li__2AUE -  26)))))));
    };
    li__45TE=(__li__K)(li__45TE >>  5);
  };
  li__HAUE=li__GR;
  li__U2GV=li__DSM();
  li__DT0(((__li__U *)li__U2GV),li__HAUE);
  li__WG0(((__li__HR *)li__RR),li__U2GV);
  li__25TE=li__U2GV;
  return(li__25TE);
}

static __li__5RB* li__QWVB(__li__5RB *li__RWVB,__li__F0C li__SWVB)
/* (Strict TYPE_FULL{li__5RB},Expanded UINTEGER_8{li__F0C}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__UWVB;
  __li__IF *li__HCED;
  __li__5RB *li__KCED,*li__X2GV,*li__Y2GV,*li__32GV,*li__42GV,*li__3UVU;
  __li__5RB *li__TWVB;
  __li__K li__LCED,li__KUVU;
  __li__ORB *li__2GWB;
  __li__QRB *li__NJWB;
  __li__SRB *li__3LWB;
  __li__URB *li__NOWB;
  __li__GSZ *li__XEED;
  __li__1RRF *li__NKMI;
  __li__UJSH *li__Y1LN;
  __li__3PZ *li__5CED;
  void **li__22GV;
  li__UWVB=li__RWVB->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__UWVB)->__id) {
  case __li__IF__: {
    li__HCED=((__li__IF *)((__li__ORB *)li__UWVB));
    li__KCED=NULL;
    li__LCED= 0;
    /* __li__B__ __li__I__ */
if ((li__SWVB == li__HCED->li__J0C->li__BEM)) {
      li__KCED=li__HCED->li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__HCED->li__OHWB == (void *)NULL)) {
        li__5CED=li__EVVB( 2);
        li__HCED->li__OHWB=li__5CED;
        li__X2GV=li__FCM();
        li__Y2GV=((__li__5RB *)li__X2GV);
        li__Y2GV->li__AEM=li__HCED;
        li__Y2GV->li__BEM=li__SWVB;
        li__KCED=li__X2GV;
        li__4RFC(((__li__3PZ *)li__HCED->li__OHWB),li__X2GV);
      } else /* FALSE */ {
        li__KUVU=(*(li__HCED->li__OHWB)).li__1JGB;
        li__22GV=(*(((__li__3PZ *)li__HCED->li__OHWB))).li__WNFC;
        while (((li__LCED <= li__KUVU) && (((__li__5RB *)((void **)li__22GV)[li__LCED])->li__BEM != li__SWVB))) {
          li__LCED=(__li__K)(li__LCED +  1);
        };
        /* __li__B__ __li__I__ */
if ((li__LCED <= (*(li__HCED->li__OHWB)).li__1JGB)) {
          li__KCED=((void **)(*(((__li__3PZ *)li__HCED->li__OHWB))).li__WNFC)[li__LCED];
        } else /* FALSE */ {
          li__32GV=li__FCM();
          li__42GV=((__li__5RB *)li__32GV);
          li__42GV->li__AEM=li__HCED;
          li__42GV->li__BEM=li__SWVB;
          li__KCED=li__32GV;
          li__4RFC(((__li__3PZ *)li__HCED->li__OHWB),li__32GV);
        };
      };
    };
    li__X2GV=li__KCED;
  } break;
  case __li__ORB__: {
    li__2GWB=((__li__ORB *)li__UWVB);
    li__KCED=NULL;
    li__LCED= 0;
    /* __li__B__ __li__I__ */
if ((li__SWVB == li__2GWB->li__PRB.li__J0C->li__BEM)) {
      li__KCED=li__2GWB->li__PRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__2GWB->li__PRB.li__OHWB == (void *)NULL)) {
        li__5CED=li__EVVB( 2);
        li__2GWB->li__PRB.li__OHWB=li__5CED;
        li__Y2GV=li__FCM();
        li__32GV=((__li__5RB *)li__Y2GV);
        li__32GV->li__AEM=li__2GWB;
        li__32GV->li__BEM=li__SWVB;
        li__KCED=li__Y2GV;
        li__4RFC(((__li__3PZ *)li__2GWB->li__PRB.li__OHWB),li__Y2GV);
      } else /* FALSE */ {
        li__KUVU=(*(li__2GWB->li__PRB.li__OHWB)).li__1JGB;
        li__22GV=(*(((__li__3PZ *)li__2GWB->li__PRB.li__OHWB))).li__WNFC;
        while (((li__LCED <= li__KUVU) && (((__li__5RB *)((void **)li__22GV)[li__LCED])->li__BEM != li__SWVB))) {
          li__LCED=(__li__K)(li__LCED +  1);
        };
        /* __li__B__ __li__I__ */
if ((li__LCED <= (*(li__2GWB->li__PRB.li__OHWB)).li__1JGB)) {
          li__KCED=((void **)(*(((__li__3PZ *)li__2GWB->li__PRB.li__OHWB))).li__WNFC)[li__LCED];
        } else /* FALSE */ {
          li__42GV=li__FCM();
          li__3UVU=((__li__5RB *)li__42GV);
          li__3UVU->li__AEM=li__2GWB;
          li__3UVU->li__BEM=li__SWVB;
          li__KCED=li__42GV;
          li__4RFC(((__li__3PZ *)li__2GWB->li__PRB.li__OHWB),li__42GV);
        };
      };
    };
    li__X2GV=li__KCED;
  } break;
  case __li__QRB__: {
    li__NJWB=((__li__QRB *)((__li__ORB *)li__UWVB));
    li__KCED=NULL;
    li__LCED= 0;
    /* __li__B__ __li__I__ */
if ((li__SWVB == li__NJWB->li__RRB.li__J0C->li__BEM)) {
      li__KCED=li__NJWB->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__NJWB->li__RRB.li__OHWB == (void *)NULL)) {
        li__5CED=li__EVVB( 2);
        li__NJWB->li__RRB.li__OHWB=li__5CED;
        li__Y2GV=li__FCM();
        li__32GV=((__li__5RB *)li__Y2GV);
        li__32GV->li__AEM=li__NJWB;
        li__32GV->li__BEM=li__SWVB;
        li__KCED=li__Y2GV;
        li__4RFC(((__li__3PZ *)li__NJWB->li__RRB.li__OHWB),li__Y2GV);
      } else /* FALSE */ {
        li__KUVU=(*(li__NJWB->li__RRB.li__OHWB)).li__1JGB;
        li__22GV=(*(((__li__3PZ *)li__NJWB->li__RRB.li__OHWB))).li__WNFC;
        while (((li__LCED <= li__KUVU) && (((__li__5RB *)((void **)li__22GV)[li__LCED])->li__BEM != li__SWVB))) {
          li__LCED=(__li__K)(li__LCED +  1);
        };
        /* __li__B__ __li__I__ */
if ((li__LCED <= (*(li__NJWB->li__RRB.li__OHWB)).li__1JGB)) {
          li__KCED=((void **)(*(((__li__3PZ *)li__NJWB->li__RRB.li__OHWB))).li__WNFC)[li__LCED];
        } else /* FALSE */ {
          li__42GV=li__FCM();
          li__3UVU=((__li__5RB *)li__42GV);
          li__3UVU->li__AEM=li__NJWB;
          li__3UVU->li__BEM=li__SWVB;
          li__KCED=li__42GV;
          li__4RFC(((__li__3PZ *)li__NJWB->li__RRB.li__OHWB),li__42GV);
        };
      };
    };
    li__X2GV=li__KCED;
  } break;
  case __li__SRB__: {
    li__3LWB=((__li__SRB *)((__li__ORB *)li__UWVB));
    li__KCED=NULL;
    li__LCED= 0;
    /* __li__B__ __li__I__ */
if ((li__SWVB == li__3LWB->li__TRB.li__J0C->li__BEM)) {
      li__KCED=li__3LWB->li__TRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__3LWB->li__TRB.li__OHWB == (void *)NULL)) {
        li__5CED=li__EVVB( 2);
        li__3LWB->li__TRB.li__OHWB=li__5CED;
        li__Y2GV=li__FCM();
        li__32GV=((__li__5RB *)li__Y2GV);
        li__32GV->li__AEM=li__3LWB;
        li__32GV->li__BEM=li__SWVB;
        li__KCED=li__Y2GV;
        li__4RFC(((__li__3PZ *)li__3LWB->li__TRB.li__OHWB),li__Y2GV);
      } else /* FALSE */ {
        li__KUVU=(*(li__3LWB->li__TRB.li__OHWB)).li__1JGB;
        li__22GV=(*(((__li__3PZ *)li__3LWB->li__TRB.li__OHWB))).li__WNFC;
        while (((li__LCED <= li__KUVU) && (((__li__5RB *)((void **)li__22GV)[li__LCED])->li__BEM != li__SWVB))) {
          li__LCED=(__li__K)(li__LCED +  1);
        };
        /* __li__B__ __li__I__ */
if ((li__LCED <= (*(li__3LWB->li__TRB.li__OHWB)).li__1JGB)) {
          li__KCED=((void **)(*(((__li__3PZ *)li__3LWB->li__TRB.li__OHWB))).li__WNFC)[li__LCED];
        } else /* FALSE */ {
          li__42GV=li__FCM();
          li__3UVU=((__li__5RB *)li__42GV);
          li__3UVU->li__AEM=li__3LWB;
          li__3UVU->li__BEM=li__SWVB;
          li__KCED=li__42GV;
          li__4RFC(((__li__3PZ *)li__3LWB->li__TRB.li__OHWB),li__42GV);
        };
      };
    };
    li__X2GV=li__KCED;
  } break;
  case __li__URB__: {
    li__NOWB=((__li__URB *)((__li__ORB *)li__UWVB));
    li__KCED=NULL;
    li__LCED= 0;
    /* __li__B__ __li__I__ */
if ((li__SWVB == li__NOWB->li__VRB.li__J0C->li__BEM)) {
      li__KCED=li__NOWB->li__VRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__NOWB->li__VRB.li__OHWB == (void *)NULL)) {
        li__5CED=li__EVVB( 2);
        li__NOWB->li__VRB.li__OHWB=li__5CED;
        li__Y2GV=li__FCM();
        li__32GV=((__li__5RB *)li__Y2GV);
        li__32GV->li__AEM=li__NOWB;
        li__32GV->li__BEM=li__SWVB;
        li__KCED=li__Y2GV;
        li__4RFC(((__li__3PZ *)li__NOWB->li__VRB.li__OHWB),li__Y2GV);
      } else /* FALSE */ {
        li__KUVU=(*(li__NOWB->li__VRB.li__OHWB)).li__1JGB;
        li__22GV=(*(((__li__3PZ *)li__NOWB->li__VRB.li__OHWB))).li__WNFC;
        while (((li__LCED <= li__KUVU) && (((__li__5RB *)((void **)li__22GV)[li__LCED])->li__BEM != li__SWVB))) {
          li__LCED=(__li__K)(li__LCED +  1);
        };
        /* __li__B__ __li__I__ */
if ((li__LCED <= (*(li__NOWB->li__VRB.li__OHWB)).li__1JGB)) {
          li__KCED=((void **)(*(((__li__3PZ *)li__NOWB->li__VRB.li__OHWB))).li__WNFC)[li__LCED];
        } else /* FALSE */ {
          li__42GV=li__FCM();
          li__3UVU=((__li__5RB *)li__42GV);
          li__3UVU->li__AEM=li__NOWB;
          li__3UVU->li__BEM=li__SWVB;
          li__KCED=li__42GV;
          li__4RFC(((__li__3PZ *)li__NOWB->li__VRB.li__OHWB),li__42GV);
        };
      };
    };
    li__X2GV=li__KCED;
  } break;
  case __li__GSZ__: {
    li__XEED=((__li__GSZ *)((__li__ORB *)li__UWVB));
    li__KCED=NULL;
    li__LCED= 0;
    /* __li__B__ __li__I__ */
if ((li__SWVB == li__XEED->li__HSZ.li__J0C->li__BEM)) {
      li__KCED=li__XEED->li__HSZ.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__XEED->li__HSZ.li__OHWB == (void *)NULL)) {
        li__5CED=li__EVVB( 2);
        li__XEED->li__HSZ.li__OHWB=li__5CED;
        li__Y2GV=li__FCM();
        li__32GV=((__li__5RB *)li__Y2GV);
        li__32GV->li__AEM=li__XEED;
        li__32GV->li__BEM=li__SWVB;
        li__KCED=li__Y2GV;
        li__4RFC(((__li__3PZ *)li__XEED->li__HSZ.li__OHWB),li__Y2GV);
      } else /* FALSE */ {
        li__KUVU=(*(li__XEED->li__HSZ.li__OHWB)).li__1JGB;
        li__22GV=(*(((__li__3PZ *)li__XEED->li__HSZ.li__OHWB))).li__WNFC;
        while (((li__LCED <= li__KUVU) && (((__li__5RB *)((void **)li__22GV)[li__LCED])->li__BEM != li__SWVB))) {
          li__LCED=(__li__K)(li__LCED +  1);
        };
        /* __li__B__ __li__I__ */
if ((li__LCED <= (*(li__XEED->li__HSZ.li__OHWB)).li__1JGB)) {
          li__KCED=((void **)(*(((__li__3PZ *)li__XEED->li__HSZ.li__OHWB))).li__WNFC)[li__LCED];
        } else /* FALSE */ {
          li__42GV=li__FCM();
          li__3UVU=((__li__5RB *)li__42GV);
          li__3UVU->li__AEM=li__XEED;
          li__3UVU->li__BEM=li__SWVB;
          li__KCED=li__42GV;
          li__4RFC(((__li__3PZ *)li__XEED->li__HSZ.li__OHWB),li__42GV);
        };
      };
    };
    li__X2GV=li__KCED;
  } break;
  case __li__1RRF__: {
    li__NKMI=((__li__1RRF *)((__li__ORB *)li__UWVB));
    li__KCED=NULL;
    li__LCED= 0;
    /* __li__B__ __li__I__ */
if ((li__SWVB == li__NKMI->li__2RRF.li__J0C->li__BEM)) {
      li__KCED=li__NKMI->li__2RRF.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__NKMI->li__2RRF.li__OHWB == (void *)NULL)) {
        li__5CED=li__EVVB( 2);
        li__NKMI->li__2RRF.li__OHWB=li__5CED;
        li__Y2GV=li__FCM();
        li__32GV=((__li__5RB *)li__Y2GV);
        li__32GV->li__AEM=li__NKMI;
        li__32GV->li__BEM=li__SWVB;
        li__KCED=li__Y2GV;
        li__4RFC(((__li__3PZ *)li__NKMI->li__2RRF.li__OHWB),li__Y2GV);
      } else /* FALSE */ {
        li__KUVU=(*(li__NKMI->li__2RRF.li__OHWB)).li__1JGB;
        li__22GV=(*(((__li__3PZ *)li__NKMI->li__2RRF.li__OHWB))).li__WNFC;
        while (((li__LCED <= li__KUVU) && (((__li__5RB *)((void **)li__22GV)[li__LCED])->li__BEM != li__SWVB))) {
          li__LCED=(__li__K)(li__LCED +  1);
        };
        /* __li__B__ __li__I__ */
if ((li__LCED <= (*(li__NKMI->li__2RRF.li__OHWB)).li__1JGB)) {
          li__KCED=((void **)(*(((__li__3PZ *)li__NKMI->li__2RRF.li__OHWB))).li__WNFC)[li__LCED];
        } else /* FALSE */ {
          li__42GV=li__FCM();
          li__3UVU=((__li__5RB *)li__42GV);
          li__3UVU->li__AEM=li__NKMI;
          li__3UVU->li__BEM=li__SWVB;
          li__KCED=li__42GV;
          li__4RFC(((__li__3PZ *)li__NKMI->li__2RRF.li__OHWB),li__42GV);
        };
      };
    };
    li__X2GV=li__KCED;
  } break;
  case __li__UJSH__: {
    li__Y1LN=((__li__UJSH *)((__li__ORB *)li__UWVB));
    li__KCED=NULL;
    li__LCED= 0;
    /* __li__B__ __li__I__ */
if ((li__SWVB == li__Y1LN->li__WJSH.li__J0C->li__BEM)) {
      li__KCED=li__Y1LN->li__WJSH.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__Y1LN->li__WJSH.li__OHWB == (void *)NULL)) {
        li__5CED=li__EVVB( 2);
        li__Y1LN->li__WJSH.li__OHWB=li__5CED;
        li__Y2GV=li__FCM();
        li__32GV=((__li__5RB *)li__Y2GV);
        li__32GV->li__AEM=li__Y1LN;
        li__32GV->li__BEM=li__SWVB;
        li__KCED=li__Y2GV;
        li__4RFC(((__li__3PZ *)li__Y1LN->li__WJSH.li__OHWB),li__Y2GV);
      } else /* FALSE */ {
        li__KUVU=(*(li__Y1LN->li__WJSH.li__OHWB)).li__1JGB;
        li__22GV=(*(((__li__3PZ *)li__Y1LN->li__WJSH.li__OHWB))).li__WNFC;
        while (((li__LCED <= li__KUVU) && (((__li__5RB *)((void **)li__22GV)[li__LCED])->li__BEM != li__SWVB))) {
          li__LCED=(__li__K)(li__LCED +  1);
        };
        /* __li__B__ __li__I__ */
if ((li__LCED <= (*(li__Y1LN->li__WJSH.li__OHWB)).li__1JGB)) {
          li__KCED=((void **)(*(((__li__3PZ *)li__Y1LN->li__WJSH.li__OHWB))).li__WNFC)[li__LCED];
        } else /* FALSE */ {
          li__42GV=li__FCM();
          li__3UVU=((__li__5RB *)li__42GV);
          li__3UVU->li__AEM=li__Y1LN;
          li__3UVU->li__BEM=li__SWVB;
          li__KCED=li__42GV;
          li__4RFC(((__li__3PZ *)li__Y1LN->li__WJSH.li__OHWB),li__42GV);
        };
      };
    };
    li__X2GV=li__KCED;
  } break;
  };
  li__TWVB=li__X2GV;
  return(li__TWVB);
}

static __li__TQNE* li__NJ1L(__li__SQNE *li__OJ1L)
/* (Strict TYPES_TMP{li__SQNE}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__TQNE *li__QJ1L,*li__HTLP,*li__ERNR,*li__VIFN,*li__PJ1L;
  __li__K li__PNPP,li__YNPP,li__1NPP,li__FHMO,li__KD1P,li__BD1P;
  __li__K li__IE1P,li__KE1P;
  void *li__0NPP;
  __li__CB li__NHFN,li__BAXU,li__JBXU;
  __li__JJG li__VHFN,li__EAXU,li__55WU,li__MBXU,li__HBXU;
  __li__52B li__PAXU,li__XBXU;
  __li__3J1L *li__5SLP,*li__G0LP;
  __li__ETLP *li__GTLP,*li__Q0LP,*li__FD1P,*li__GD1P,*li__VNGQ;
  void **li__2YOU,**li__RGMO,**li__OHVN;
  __li__C li__DULP,li__ISNR,li__CSNR,li__FSNR;
  void **li__ED1P,**li__ND1P;
  li__QJ1L=NULL;
  /* __li__B__ __li__I__ */
if ((li__OJ1L->li__VQNE.li__ZTMI == (__li__K)(-  1))) {
    li__QJ1L=li__TQNE__;
  } else /* FALSE */ {
    li__5SLP=((__li__3J1L *)li__GK1L);
    li__HTLP=NULL;
    li__PNPP= 0;
    /* __li__B__ __li__I__ */
if ((li__OJ1L->li__VQNE.li__ZTMI != (__li__K)(-  1))) {
      li__YNPP=(__li__K)(li__OJ1L->li__VQNE.li__ZTMI <<  8);
      li__0NPP=((void **)li__OJ1L->li__VQNE.li__GABM)[li__OJ1L->li__VQNE.li__ZTMI];
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0NPP)->__id) {
      case __li__IF__: {
        li__1NPP=((__li__IF *)li__0NPP)->li__NZC;
      } break;
      case __li__ORB__: {
        li__1NPP=((__li__ORB *)li__0NPP)->li__PRB.li__NZC;
      } break;
      case __li__QRB__: {
        li__1NPP=((__li__QRB *)li__0NPP)->li__RRB.li__NZC;
      } break;
      case __li__SRB__: {
        li__1NPP=((__li__SRB *)li__0NPP)->li__TRB.li__NZC;
      } break;
      case __li__URB__: {
        li__1NPP=((__li__URB *)li__0NPP)->li__VRB.li__NZC;
      } break;
      case __li__GSZ__: {
        li__1NPP=((__li__GSZ *)li__0NPP)->li__HSZ.li__NZC;
      } break;
      case __li__1RRF__: {
        li__1NPP=((__li__1RRF *)li__0NPP)->li__2RRF.li__NZC;
      } break;
      case __li__UJSH__: {
        li__1NPP=((__li__UJSH *)li__0NPP)->li__WJSH.li__NZC;
      } break;
      };
      li__PNPP=(__li__K)(li__YNPP + li__1NPP);
    };
    li__GTLP=((void **)li__5SLP->li__QTLP)[(__li__K)(li__PNPP % li__5SLP->li__JTLP)];
    li__PNPP=li__OJ1L->li__VQNE.li__ZTMI;
    li__2YOU=li__OJ1L->li__VQNE.li__GABM;
    li__AOPP:
    {
      /* __li__B__ __li__I__ */
if (((void *)li__GTLP == (void *)NULL)) {
        li__DULP=li__B__;
      } else /* FALSE */ {
        li__ERNR=((__li__TQNE *)li__GTLP->li__2TLP);
        /* __li__B__ __li__I__ */
if (((void *)li__ERNR == (void *)li__OJ1L)) {
          li__ISNR=li__B__;
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if ((li__ERNR->li__ZTMI == li__PNPP)) {
            /* __li__B__ __li__I__ */
if ((li__ERNR->li__ZTMI == (__li__K)(-  1))) {
              li__CSNR=li__B__;
            } else /* FALSE */ {
              li__RGMO=((void **)li__ERNR->li__GABM);
              li__FHMO=(__li__K)((__li__K)(li__ERNR->li__ZTMI +  1) -  1);
              while (((li__FHMO >=  0) && ((void *)li__RGMO[li__FHMO] == (void *)((void **)li__2YOU)[li__FHMO]))) {
                li__FHMO=(__li__K)(li__FHMO -  1);
              };
              li__CSNR=(li__FHMO <  0);
            };
            li__FSNR=li__CSNR;
          } else /* FALSE */ {
            li__FSNR=li__I__;
          };
          li__ISNR=li__FSNR;
        };
        li__DULP=li__ISNR;
      };
      /* __li__B__ __li__I__ */
if ((! li__DULP)) {
        li__GTLP=li__GTLP->li__KULP;
        goto li__AOPP;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__GTLP != (void *)NULL)) {
      li__HTLP=li__GTLP->li__2TLP;
    };
    li__QJ1L=li__HTLP;
    /* __li__B__ __li__I__ */
if (((void *)li__HTLP == (void *)NULL)) {
      li__ERNR=NULL;
      li__NHFN=((__li__CB )(NULL));
      li__VHFN=((__li__JJG )sizeof(__li__TQNE));
      /* __li__B__ __li__I__ */
if ((li__VHFN ==  0)) {
        li__ERNR=li__TQNE__;
      } else /* FALSE */ {
        li__1NPP=__li__TQNE__;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__VHFN));
        /* __li__B__ __li__I__ */
if ((li__1NPP == (__li__K)(-  1))) {
          li__EAXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__55WU=(__li__JJG)((__li__JJG)(li__VHFN - (__li__JJG)(((__li__JJG ) 0) - li__EAXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EAXU) - ((__li__JJG ) 1)));
          li__EAXU=(__li__JJG)(li__55WU / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__BAXU=li__YCJ(li__55WU,((__li__CB )(&(table_size[(li__EAXU)-1]))),((__li__52B )li__55WU));
          li__NHFN=li__BAXU;
        } else /* FALSE */ {
          li__PAXU=((__li__52B )li__1NPP);
          li__EAXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__55WU=(__li__JJG)((__li__JJG)(li__VHFN - (__li__JJG)(((__li__JJG ) 0) - li__EAXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EAXU) - ((__li__JJG ) 1)));
          li__BAXU=li__YCJ(li__55WU,((__li__CB )(&(table_type[(li__PAXU)]))),(__li__52B)(li__PAXU |  1));
          li__NHFN=li__BAXU;
        };
        li__VIFN=((__li__TQNE *)li__NHFN);
        li__ERNR=li__VIFN;
        *(li__VIFN) = *(li__TQNE__);
      };
      li__VIFN=((__li__TQNE *)li__ERNR);
      li__YNPP=li__OJ1L->li__VQNE.li__ZTMI;
      li__NHFN=li__HJU(((__li__JJG )(__li__K)((__li__K)(li__YNPP +  1) * ((__li__K )(sizeof(void *))))));
      li__RGMO=((void **)li__NHFN);
      li__VIFN->li__GABM=li__RGMO;
      li__OHVN=li__OJ1L->li__VQNE.li__GABM;
      li__1NPP=li__YNPP;
      while ((li__1NPP >=  0)) {
        li__RGMO[li__1NPP]=((void **)li__OHVN)[li__1NPP];
        li__1NPP=(__li__K)(li__1NPP -  1);
      };
      li__VIFN->li__ZTMI=li__YNPP;
      li__GCSN=(__li__K)(li__GCSN + (__li__K)((__li__K)(li__YNPP +  1) <<  2));
      li__QJ1L=li__ERNR;
      li__G0LP=((__li__3J1L *)li__GK1L);
      li__VIFN=li__ERNR;
      li__WRPP(li__G0LP,li__ERNR);
      li__WRPP(li__G0LP,li__ERNR);
      li__YNPP=li__KQPP(((__li__TQNE *)li__ERNR));
      li__1NPP=(__li__K)(li__YNPP % li__G0LP->li__JTLP);
      li__FHMO=li__1NPP;
      li__Q0LP=((void **)li__G0LP->li__QTLP)[li__1NPP];
      while ((! (((void *)li__Q0LP == (void *)NULL) || ((void *)li__Q0LP->li__2TLP == (void *)li__VIFN)))) {
        li__Q0LP=li__Q0LP->li__KULP;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__Q0LP == (void *)NULL)) {
        /* __li__B__ __li__I__ */
if ((li__G0LP->li__JTLP == li__G0LP->li__T1LP)) {
          li__FD1P=NULL;
          li__GD1P=NULL;
          li__KD1P=li__YDQ((__li__K)(li__G0LP->li__JTLP +  1));
          li__ED1P=li__G0LP->li__QTLP;
          li__ND1P=li__21RP(li__KD1P);
          li__G0LP->li__QTLP=li__ND1P;
          li__BD1P=(__li__K)(li__G0LP->li__JTLP -  1);
          li__G0LP->li__JTLP=li__KD1P;
          while ((! (li__BD1P <  0))) {
            li__FD1P=((void **)li__ED1P)[li__BD1P];
            while (((void *)li__FD1P != (void *)NULL)) {
              li__GD1P=li__FD1P->li__KULP;
              li__IE1P=li__KQPP(((__li__TQNE *)li__FD1P->li__2TLP));
              li__KE1P=(__li__K)(li__IE1P % li__G0LP->li__JTLP);
              ((__li__ETLP *)li__FD1P)->li__KULP=((void **)li__G0LP->li__QTLP)[li__KE1P];
              ((void **)li__G0LP->li__QTLP)[li__KE1P]=li__FD1P;
              li__FD1P=li__GD1P;
            };
            li__BD1P=(__li__K)(li__BD1P -  1);
          };
          li__FHMO=(__li__K)(li__YNPP % li__G0LP->li__JTLP);
        };
        li__FD1P=((void **)li__G0LP->li__QTLP)[li__FHMO];
        li__GD1P=NULL;
        li__BAXU=((__li__CB )(NULL));
        li__EAXU=((__li__JJG )sizeof(__li__ETLP));
        /* __li__B__ __li__I__ */
if ((li__EAXU ==  0)) {
          li__GD1P=li__ETLP__;
        } else /* FALSE */ {
          li__KD1P=__li__ETLP__;
          li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__EAXU));
          /* __li__B__ __li__I__ */
if ((li__KD1P == (__li__K)(-  1))) {
            li__MBXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__HBXU=(__li__JJG)((__li__JJG)(li__EAXU - (__li__JJG)(((__li__JJG ) 0) - li__MBXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MBXU) - ((__li__JJG ) 1)));
            li__MBXU=(__li__JJG)(li__HBXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
            li__JBXU=li__YCJ(li__HBXU,((__li__CB )(&(table_size[(li__MBXU)-1]))),((__li__52B )li__HBXU));
            li__BAXU=li__JBXU;
          } else /* FALSE */ {
            li__XBXU=((__li__52B )li__KD1P);
            li__MBXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__HBXU=(__li__JJG)((__li__JJG)(li__EAXU - (__li__JJG)(((__li__JJG ) 0) - li__MBXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MBXU) - ((__li__JJG ) 1)));
            li__JBXU=li__YCJ(li__HBXU,((__li__CB )(&(table_type[(li__XBXU)]))),(__li__52B)(li__XBXU |  1));
            li__BAXU=li__JBXU;
          };
          li__VNGQ=((__li__ETLP *)li__BAXU);
          li__GD1P=li__VNGQ;
          *(li__VNGQ) = *(li__ETLP__);
        };
        li__VNGQ=((__li__ETLP *)li__GD1P);
        li__VNGQ->li__2TLP=li__ERNR;
        li__VNGQ->li__KULP=li__FD1P;
        li__Q0LP=li__GD1P;
        ((void **)li__G0LP->li__QTLP)[li__FHMO]=li__GD1P;
        li__G0LP->li__T1LP=(__li__K)(li__G0LP->li__T1LP +  1);
      };
      ;
    };
  };
  li__EVEM(li__OJ1L);
  li__PJ1L=li__QJ1L;
  return(li__PJ1L);
}

static void** li__IGDH(__li__K li__KGDH)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__XMJH;
  __li__K li__SCWH;
  void **li__1MJH,**li__LGDH;
  li__XMJH=li__HJU(((__li__JJG )(__li__K)(li__KGDH * ((__li__K )(sizeof(void *))))));
  li__1MJH=((void **)li__XMJH);
  li__SCWH=(__li__K)(li__KGDH -  1);
  while ((li__SCWH >=  0)) {
    li__1MJH[li__SCWH]=NULL;
    li__SCWH=(__li__K)(li__SCWH -  1);
  };
  li__LGDH=li__1MJH;
  return(li__LGDH);
}

static void** li__EQTH(void **li__FQTH,__li__K li__GQTH,__li__K li__HQTH)
/* (Strict NATIVE_ARRAY(INSTR){li__N3VG},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__KRTH;
  __li__K li__QRTH,li__2HRI;
  void **li__PRTH,**li__IQTH;
  li__KRTH=li__CUY(((__li__CB )li__FQTH),((__li__JJG )(__li__K)(li__GQTH * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__HQTH * ((__li__K )(sizeof(void *))))));
  li__PRTH=((void **)li__KRTH);
  li__QRTH=(__li__K)(li__HQTH -  1);
  li__2HRI=li__GQTH;
  while ((li__2HRI <= li__QRTH)) {
    li__PRTH[li__2HRI]=NULL;
    li__2HRI=(__li__K)(li__2HRI +  1);
  };
  li__IQTH=li__PRTH;
  return(li__IQTH);
}

static void* li__IJDG(__li__IF *li__JJDG,__li__U *li__KJDG)
/* (Strict TYPE{li__IF},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__OJDG,*li__4JDG,*li__LJDG;
  __li__K li__MJDG,li__01TU;
  __li__U *li__5JDG;
  void *li__WDSH;
  __li__HZB *li__1ERG;
  void **li__F4GV;
  __li__C li__CKDG;
  li__OJDG=NULL;
  li__MJDG= 0;
  li__01TU=(*(li__JJDG->li__D0C)).li__VBM;
  li__F4GV=(*(((__li__ZZC *)li__JJDG->li__D0C))).li__RBM;
  li__CMKG:
  {
    /* __li__B__ __li__I__ */
if ((li__MJDG <= li__01TU)) {
      li__4JDG=((void **)li__F4GV)[li__MJDG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4JDG)->__id==__li__DZB__) {
        li__5JDG=((__li__DZB *)li__4JDG)->li__GZB.li__FZB.li__R2B;
      } else /* SLOT_CODE */ {
        li__WDSH=((__li__QWEC *)li__4JDG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WDSH)->__id==__li__IZB__) {
          li__5JDG=((__li__IZB *)li__WDSH)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__5JDG=((__li__4HAD *)li__WDSH)->li__5HAD.li__JZB.li__R2B;
        };
      };
      li__CKDG=((void *)li__5JDG != (void *)li__KJDG);
    } else /* FALSE */ {
      li__CKDG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__CKDG) {
      li__MJDG=(__li__K)(li__MJDG +  1);
      goto li__CMKG;
    };
  };
  /* __li__B__ __li__I__ */
if ((li__MJDG <= (*(li__JJDG->li__D0C)).li__VBM)) {
    li__OJDG=((void **)(*(((__li__ZZC *)li__JJDG->li__D0C))).li__RBM)[li__MJDG];
  } else /* FALSE */ {
    li__4JDG=li__I43C(((__li__OC1 *)li__JJDG->li__TF->li__XC1),li__KJDG);
    /* __li__B__ __li__I__ */
if (((void *)li__4JDG != (void *)NULL)) {
      li__YPBG(li__JJDG,li__4JDG);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
        li__1ERG=li__ODJG();
      } else /* ITM_SLOT_OPERATOR */ {
        li__1ERG=li__ODJG();
      };
      li__WDSH=li__FFJG(((__li__HZB *)li__1ERG),li__4JDG,li__JJDG);
      li__OJDG=li__WDSH;
      li__BIBG(((__li__ZZC *)li__JJDG->li__D0C),li__WDSH);
    };
  };
  li__LJDG=li__OJDG;
  return(li__LJDG);
}

static __li__5RB* li__Z0YI(__li__WRB *li__00YI,void *li__10YI)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{li__IF}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__30YI,*li__K2YI,*li__20YI;
  __li__U *li__40YI;
  __li__C li__H1YI;
  li__30YI=NULL;
  li__40YI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__00YI == (void *)li__PMZ)) {
    li__30YI=li__ORB__->li__PRB.li__J0C;
    li__H1YI=li__B__;
  } else /* FALSE */ {
    li__H1YI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__H1YI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__00YI == (void *)li__3MZ)) {
      li__30YI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__10YI != (void *)NULL)) {
        li__40YI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__IF *)li__10YI)->li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__40YI=li__MPB;
      };
      li__K2YI=li__B0MB(li__40YI,li__00YI);
      li__30YI=li__K2YI;
    };
  };
  li__20YI=li__30YI;
  return(li__20YI);
}

static __li__5RB* li__N2YI(__li__XRB *li__O2YI,void *li__P2YI)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{li__IF}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__R2YI,*li__43YI,*li__Q2YI;
  __li__U *li__S2YI;
  __li__C li__12YI;
  li__R2YI=NULL;
  li__S2YI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__O2YI == (void *)li__PMZ)) {
    li__R2YI=li__ORB__->li__PRB.li__J0C;
    li__12YI=li__B__;
  } else /* FALSE */ {
    li__12YI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__12YI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__O2YI == (void *)li__3MZ)) {
      li__R2YI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__P2YI != (void *)NULL)) {
        li__S2YI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__IF *)li__P2YI)->li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__S2YI=li__MPB;
      };
      li__43YI=li__I2MB(li__S2YI,li__O2YI);
      li__R2YI=li__43YI;
    };
  };
  li__Q2YI=li__R2YI;
  return(li__Q2YI);
}

static __li__5RB* li__B4YI(__li__KUB *li__C4YI,void *li__D4YI)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{li__IF}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__G4YI,*li__I4YI,*li__T4YI,*li__E4YI;
  __li__U *li__J4YI;
  __li__K li__H4YI,li__U4YI;
  void *li__S4YI;
  __li__3PZ *li__K4YI,*li__F4YI,*li__R5YI;
  li__G4YI=NULL;
  li__I4YI=NULL;
  li__J4YI=NULL;
  li__K4YI=li__DG3();
  li__F4YI=li__K4YI;
  li__H4YI= 0;
  do {
    li__S4YI=((void **)(*(((__li__CRB *)li__C4YI->li__EDD))).li__V1BD)[li__H4YI];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__S4YI)->__id) {
    case __li__WRB__: {
      li__T4YI=li__WLRF(((__li__WRB *)li__S4YI),li__D4YI);
    } break;
    case __li__XRB__: {
      li__T4YI=li__KNRF(((__li__XRB *)((__li__WRB *)li__S4YI)),li__D4YI);
    } break;
    case __li__KUB__: {
      li__T4YI=li__4ORF(((__li__KUB *)((__li__WRB *)li__S4YI)),li__D4YI);
    } break;
    case __li__VB1__: {
      li__T4YI=li__DRRF(((__li__VB1 *)((__li__WRB *)li__S4YI)),li__D4YI);
    } break;
    case __li__4O2B__: {
      li__T4YI=li__XRRF(((__li__4O2B *)((__li__WRB *)li__S4YI)),li__D4YI);
    } break;
    };
    li__G4YI=li__T4YI;
    li__4RFC(((__li__3PZ *)li__F4YI),li__G4YI);
    li__U4YI=(__li__K)(li__H4YI +  1);
    li__H4YI=li__U4YI;
  } while (((li__U4YI <= (*(li__C4YI->li__EDD)).li__5QZ) && ((void *)li__G4YI != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__G4YI == (void *)NULL)) {
    li__OHGB(li__K4YI);
  } else /* FALSE */ {
    li__R5YI=li__SHGB(li__K4YI);
    li__F4YI=li__R5YI;
    /* __li__B__ __li__I__ */
if (((void *)li__D4YI != (void *)NULL)) {
      li__J4YI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__IF *)li__D4YI)->li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__J4YI=li__MPB;
    };
    li__T4YI=li__DJGB(li__J4YI,li__C4YI,li__R5YI);
    li__I4YI=li__T4YI;
  };
  li__E4YI=li__I4YI;
  return(li__E4YI);
}

static __li__5RB* li__GEXF(void *li__IEXF,void *li__JEXF)
/* (ITM_TYPE_BLOCK{li__4O2B},PARAMETER_TO_TYPE{NULLxli__IFxli__1Mxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__RDIDxli__1RRFxli__UJSHxli__0VPJxli__1VPJ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__UEXF;
  __li__5RB *li__I4GV,*li__KEXF;
  __li__1RRF *li__DFXF;
  __li__3PZ *li__NEXF,*li__XEXF,*li__CFXF;
  li__NEXF=li__DG3();
  /* __li__B__ __li__I__ */
if (((void *)((__li__4O2B *)li__IEXF)->li__2L3B != (void *)NULL)) {
    li__UEXF=((__li__4O2B *)li__IEXF)->li__2L3B;
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__UEXF)->__id) {
    case __li__WRB__: {
      li__I4GV=li__WLRF(((__li__WRB *)li__UEXF),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    case __li__XRB__: {
      li__I4GV=li__KNRF(((__li__XRB *)((__li__WRB *)li__UEXF)),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    case __li__KUB__: {
      li__I4GV=li__4ORF(((__li__KUB *)((__li__WRB *)li__UEXF)),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    case __li__VB1__: {
      li__I4GV=li__DRRF(((__li__VB1 *)((__li__WRB *)li__UEXF)),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    case __li__UL2B__: {
      li__SSIG(((__li__UL2B *)((__li__WRB *)li__UEXF)),li__NEXF,li__JEXF);
    } break;
    case __li__4O2B__: {
      li__I4GV=li__XRRF(((__li__4O2B *)((__li__WRB *)li__UEXF)),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    };
  };
  li__XEXF=li__SHGB(li__NEXF);
  li__NEXF=li__DG3();
  /* __li__B__ __li__I__ */
if (((void *)((__li__4O2B *)li__IEXF)->li__GM3B != (void *)NULL)) {
    li__UEXF=((__li__4O2B *)li__IEXF)->li__GM3B;
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__UEXF)->__id) {
    case __li__WRB__: {
      li__I4GV=li__WLRF(((__li__WRB *)li__UEXF),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    case __li__XRB__: {
      li__I4GV=li__KNRF(((__li__XRB *)((__li__WRB *)li__UEXF)),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    case __li__KUB__: {
      li__I4GV=li__4ORF(((__li__KUB *)((__li__WRB *)li__UEXF)),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    case __li__VB1__: {
      li__I4GV=li__DRRF(((__li__VB1 *)((__li__WRB *)li__UEXF)),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    case __li__UL2B__: {
      li__SSIG(((__li__UL2B *)((__li__WRB *)li__UEXF)),li__NEXF,li__JEXF);
    } break;
    case __li__4O2B__: {
      li__I4GV=li__XRRF(((__li__4O2B *)((__li__WRB *)li__UEXF)),li__JEXF);
      li__4RFC(((__li__3PZ *)li__NEXF),li__I4GV);
    } break;
    };
  };
  li__CFXF=li__SHGB(li__NEXF);
  li__DFXF=li__WX0F(li__XEXF,li__CFXF);
  li__KEXF=li__DFXF->li__2RRF.li__J0C;
  return(li__KEXF);
}

static void* li__UVIJ(__li__5RB *li__VVIJ,__li__U *li__WVIJ)
/* (Strict TYPE_FULL{li__5RB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__YVIJ;
  void *li__ZVIJ,*li__XVIJ;
  li__YVIJ=li__VVIJ->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YVIJ)->__id) {
  case __li__IF__: {
    li__ZVIJ=li__SJ2F(((__li__IF *)li__YVIJ),li__WVIJ);
  } break;
  case __li__ORB__: {
    li__ZVIJ=li__NL2F(((__li__ORB *)((__li__IF *)li__YVIJ)),li__WVIJ);
  } break;
  case __li__QRB__: {
    li__ZVIJ=li__IN2F(((__li__QRB *)((__li__IF *)li__YVIJ)),li__WVIJ);
  } break;
  case __li__SRB__: {
    li__ZVIJ=li__DP2F(((__li__SRB *)((__li__IF *)li__YVIJ)),li__WVIJ);
  } break;
  case __li__URB__: {
    li__ZVIJ=li__4Q2F(((__li__URB *)((__li__IF *)li__YVIJ)),li__WVIJ);
  } break;
  case __li__GSZ__: {
    li__ZVIJ=li__ZS2F(((__li__GSZ *)((__li__IF *)li__YVIJ)),li__WVIJ);
  } break;
  case __li__1RRF__: {
    li__ZVIJ=li__4WMI(li__WVIJ);
  } break;
  case __li__UJSH__: {
    li__ZVIJ=li__NBMN(li__WVIJ);
  } break;
  };
  li__XVIJ=li__ZVIJ;
  return(li__XVIJ);
}

static __li__5RB* li__2FZI(__li__WRB *li__3FZI,void *li__4FZI)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{li__ORB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__AGZI,*li__NHZI,*li__5FZI;
  __li__U *li__BGZI;
  __li__C li__KGZI;
  li__AGZI=NULL;
  li__BGZI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__3FZI == (void *)li__PMZ)) {
    li__AGZI=li__ORB__->li__PRB.li__J0C;
    li__KGZI=li__B__;
  } else /* FALSE */ {
    li__KGZI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__KGZI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__3FZI == (void *)li__3MZ)) {
      li__AGZI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__4FZI != (void *)NULL)) {
        li__BGZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__ORB *)li__4FZI)->li__PRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__BGZI=li__MPB;
      };
      li__NHZI=li__B0MB(li__BGZI,li__3FZI);
      li__AGZI=li__NHZI;
    };
  };
  li__5FZI=li__AGZI;
  return(li__5FZI);
}

static __li__5RB* li__QHZI(__li__XRB *li__RHZI,void *li__SHZI)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{li__ORB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__UHZI,*li__BJZI,*li__THZI;
  __li__U *li__VHZI;
  __li__C li__4HZI;
  li__UHZI=NULL;
  li__VHZI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__RHZI == (void *)li__PMZ)) {
    li__UHZI=li__ORB__->li__PRB.li__J0C;
    li__4HZI=li__B__;
  } else /* FALSE */ {
    li__4HZI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__4HZI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__RHZI == (void *)li__3MZ)) {
      li__UHZI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__SHZI != (void *)NULL)) {
        li__VHZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__ORB *)li__SHZI)->li__PRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__VHZI=li__MPB;
      };
      li__BJZI=li__I2MB(li__VHZI,li__RHZI);
      li__UHZI=li__BJZI;
    };
  };
  li__THZI=li__UHZI;
  return(li__THZI);
}

static __li__5RB* li__EJZI(__li__KUB *li__FJZI,void *li__GJZI)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{li__ORB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__JJZI,*li__LJZI,*li__WJZI,*li__HJZI;
  __li__U *li__MJZI;
  __li__K li__KJZI,li__XJZI;
  void *li__VJZI;
  __li__3PZ *li__NJZI,*li__IJZI,*li__UKZI;
  li__JJZI=NULL;
  li__LJZI=NULL;
  li__MJZI=NULL;
  li__NJZI=li__DG3();
  li__IJZI=li__NJZI;
  li__KJZI= 0;
  do {
    li__VJZI=((void **)(*(((__li__CRB *)li__FJZI->li__EDD))).li__V1BD)[li__KJZI];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__VJZI)->__id) {
    case __li__WRB__: {
      li__WJZI=li__WLRF(((__li__WRB *)li__VJZI),li__GJZI);
    } break;
    case __li__XRB__: {
      li__WJZI=li__KNRF(((__li__XRB *)((__li__WRB *)li__VJZI)),li__GJZI);
    } break;
    case __li__KUB__: {
      li__WJZI=li__4ORF(((__li__KUB *)((__li__WRB *)li__VJZI)),li__GJZI);
    } break;
    case __li__VB1__: {
      li__WJZI=li__DRRF(((__li__VB1 *)((__li__WRB *)li__VJZI)),li__GJZI);
    } break;
    case __li__4O2B__: {
      li__WJZI=li__XRRF(((__li__4O2B *)((__li__WRB *)li__VJZI)),li__GJZI);
    } break;
    };
    li__JJZI=li__WJZI;
    li__4RFC(((__li__3PZ *)li__IJZI),li__JJZI);
    li__XJZI=(__li__K)(li__KJZI +  1);
    li__KJZI=li__XJZI;
  } while (((li__XJZI <= (*(li__FJZI->li__EDD)).li__5QZ) && ((void *)li__JJZI != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__JJZI == (void *)NULL)) {
    li__OHGB(li__NJZI);
  } else /* FALSE */ {
    li__UKZI=li__SHGB(li__NJZI);
    li__IJZI=li__UKZI;
    /* __li__B__ __li__I__ */
if (((void *)li__GJZI != (void *)NULL)) {
      li__MJZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__ORB *)li__GJZI)->li__PRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__MJZI=li__MPB;
    };
    li__WJZI=li__DJGB(li__MJZI,li__FJZI,li__UKZI);
    li__LJZI=li__WJZI;
  };
  li__HJZI=li__LJZI;
  return(li__HJZI);
}

static void* li__5LDG(__li__QRB *li__AMDG,__li__U *li__BMDG)
/* (Strict TYPE_VOID{li__QRB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__FMDG,*li__VMDG,*li__CMDG;
  __li__K li__DMDG,li__O2TU;
  __li__U *li__WMDG;
  void *li__1DSH;
  __li__HZB *li__GFRG;
  void **li__04GV;
  __li__C li__ZMDG;
  li__FMDG=NULL;
  li__DMDG= 0;
  li__O2TU=(*(li__AMDG->li__RRB.li__D0C)).li__VBM;
  li__04GV=(*(((__li__ZZC *)li__AMDG->li__RRB.li__D0C))).li__RBM;
  li__XMKG:
  {
    /* __li__B__ __li__I__ */
if ((li__DMDG <= li__O2TU)) {
      li__VMDG=((void **)li__04GV)[li__DMDG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VMDG)->__id==__li__DZB__) {
        li__WMDG=((__li__DZB *)li__VMDG)->li__GZB.li__FZB.li__R2B;
      } else /* SLOT_CODE */ {
        li__1DSH=((__li__QWEC *)li__VMDG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1DSH)->__id==__li__IZB__) {
          li__WMDG=((__li__IZB *)li__1DSH)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WMDG=((__li__4HAD *)li__1DSH)->li__5HAD.li__JZB.li__R2B;
        };
      };
      li__ZMDG=((void *)li__WMDG != (void *)li__BMDG);
    } else /* FALSE */ {
      li__ZMDG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__ZMDG) {
      li__DMDG=(__li__K)(li__DMDG +  1);
      goto li__XMKG;
    };
  };
  /* __li__B__ __li__I__ */
if ((li__DMDG <= (*(li__AMDG->li__RRB.li__D0C)).li__VBM)) {
    li__FMDG=((void **)(*(((__li__ZZC *)li__AMDG->li__RRB.li__D0C))).li__RBM)[li__DMDG];
  } else /* FALSE */ {
    li__VMDG=li__I43C(((__li__OC1 *)li__AMDG->li__RRB.li__TF->li__XC1),li__BMDG);
    /* __li__B__ __li__I__ */
if (((void *)li__VMDG != (void *)NULL)) {
      li__WRGG(li__AMDG,li__VMDG);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
        li__GFRG=li__ODJG();
      } else /* ITM_SLOT_OPERATOR */ {
        li__GFRG=li__ODJG();
      };
      li__1DSH=li__FFJG(((__li__HZB *)li__GFRG),li__VMDG,li__AMDG);
      li__FMDG=li__1DSH;
      li__BIBG(((__li__ZZC *)li__AMDG->li__RRB.li__D0C),li__1DSH);
    };
  };
  li__CMDG=li__FMDG;
  return(li__CMDG);
}

static __li__5RB* li__ENZI(__li__WRB *li__FNZI,void *li__GNZI)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{li__QRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__INZI,*li__VOZI,*li__HNZI;
  __li__U *li__JNZI;
  __li__C li__SNZI;
  li__INZI=NULL;
  li__JNZI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__FNZI == (void *)li__PMZ)) {
    li__INZI=li__ORB__->li__PRB.li__J0C;
    li__SNZI=li__B__;
  } else /* FALSE */ {
    li__SNZI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__SNZI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__FNZI == (void *)li__3MZ)) {
      li__INZI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__GNZI != (void *)NULL)) {
        li__JNZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__QRB *)li__GNZI)->li__RRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__JNZI=li__MPB;
      };
      li__VOZI=li__B0MB(li__JNZI,li__FNZI);
      li__INZI=li__VOZI;
    };
  };
  li__HNZI=li__INZI;
  return(li__HNZI);
}

static __li__5RB* li__YOZI(__li__XRB *li__ZOZI,void *li__0OZI)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{li__QRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__2OZI,*li__JQZI,*li__1OZI;
  __li__U *li__3OZI;
  __li__C li__GPZI;
  li__2OZI=NULL;
  li__3OZI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__ZOZI == (void *)li__PMZ)) {
    li__2OZI=li__ORB__->li__PRB.li__J0C;
    li__GPZI=li__B__;
  } else /* FALSE */ {
    li__GPZI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__GPZI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__ZOZI == (void *)li__3MZ)) {
      li__2OZI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__0OZI != (void *)NULL)) {
        li__3OZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__QRB *)li__0OZI)->li__RRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__3OZI=li__MPB;
      };
      li__JQZI=li__I2MB(li__3OZI,li__ZOZI);
      li__2OZI=li__JQZI;
    };
  };
  li__1OZI=li__2OZI;
  return(li__1OZI);
}

static __li__5RB* li__MQZI(__li__KUB *li__NQZI,void *li__OQZI)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{li__QRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__RQZI,*li__TQZI,*li__4QZI,*li__PQZI;
  __li__U *li__UQZI;
  __li__K li__SQZI,li__5QZI;
  void *li__3QZI;
  __li__3PZ *li__VQZI,*li__QQZI,*li__2RZI;
  li__RQZI=NULL;
  li__TQZI=NULL;
  li__UQZI=NULL;
  li__VQZI=li__DG3();
  li__QQZI=li__VQZI;
  li__SQZI= 0;
  do {
    li__3QZI=((void **)(*(((__li__CRB *)li__NQZI->li__EDD))).li__V1BD)[li__SQZI];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__3QZI)->__id) {
    case __li__WRB__: {
      li__4QZI=li__WLRF(((__li__WRB *)li__3QZI),li__OQZI);
    } break;
    case __li__XRB__: {
      li__4QZI=li__KNRF(((__li__XRB *)((__li__WRB *)li__3QZI)),li__OQZI);
    } break;
    case __li__KUB__: {
      li__4QZI=li__4ORF(((__li__KUB *)((__li__WRB *)li__3QZI)),li__OQZI);
    } break;
    case __li__VB1__: {
      li__4QZI=li__DRRF(((__li__VB1 *)((__li__WRB *)li__3QZI)),li__OQZI);
    } break;
    case __li__4O2B__: {
      li__4QZI=li__XRRF(((__li__4O2B *)((__li__WRB *)li__3QZI)),li__OQZI);
    } break;
    };
    li__RQZI=li__4QZI;
    li__4RFC(((__li__3PZ *)li__QQZI),li__RQZI);
    li__5QZI=(__li__K)(li__SQZI +  1);
    li__SQZI=li__5QZI;
  } while (((li__5QZI <= (*(li__NQZI->li__EDD)).li__5QZ) && ((void *)li__RQZI != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__RQZI == (void *)NULL)) {
    li__OHGB(li__VQZI);
  } else /* FALSE */ {
    li__2RZI=li__SHGB(li__VQZI);
    li__QQZI=li__2RZI;
    /* __li__B__ __li__I__ */
if (((void *)li__OQZI != (void *)NULL)) {
      li__UQZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__QRB *)li__OQZI)->li__RRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__UQZI=li__MPB;
    };
    li__4QZI=li__DJGB(li__UQZI,li__NQZI,li__2RZI);
    li__TQZI=li__4QZI;
  };
  li__PQZI=li__TQZI;
  return(li__PQZI);
}

static void* li__JODG(__li__SRB *li__KODG,__li__U *li__LODG)
/* (Strict TYPE_CONTEXT{li__SRB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__PODG,*li__5ODG,*li__MODG;
  __li__K li__NODG,li__22TU;
  __li__U *li__APDG;
  void *li__AESH;
  __li__HZB *li__SFRG;
  void **li__14GV;
  __li__C li__DPDG;
  li__PODG=NULL;
  li__NODG= 0;
  li__22TU=(*(li__KODG->li__TRB.li__D0C)).li__VBM;
  li__14GV=(*(((__li__ZZC *)li__KODG->li__TRB.li__D0C))).li__RBM;
  li__NNKG:
  {
    /* __li__B__ __li__I__ */
if ((li__NODG <= li__22TU)) {
      li__5ODG=((void **)li__14GV)[li__NODG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5ODG)->__id==__li__DZB__) {
        li__APDG=((__li__DZB *)li__5ODG)->li__GZB.li__FZB.li__R2B;
      } else /* SLOT_CODE */ {
        li__AESH=((__li__QWEC *)li__5ODG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AESH)->__id==__li__IZB__) {
          li__APDG=((__li__IZB *)li__AESH)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__APDG=((__li__4HAD *)li__AESH)->li__5HAD.li__JZB.li__R2B;
        };
      };
      li__DPDG=((void *)li__APDG != (void *)li__LODG);
    } else /* FALSE */ {
      li__DPDG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__DPDG) {
      li__NODG=(__li__K)(li__NODG +  1);
      goto li__NNKG;
    };
  };
  /* __li__B__ __li__I__ */
if ((li__NODG <= (*(li__KODG->li__TRB.li__D0C)).li__VBM)) {
    li__PODG=((void **)(*(((__li__ZZC *)li__KODG->li__TRB.li__D0C))).li__RBM)[li__NODG];
  } else /* FALSE */ {
    li__5ODG=li__I43C(((__li__OC1 *)li__KODG->li__TRB.li__TF->li__XC1),li__LODG);
    /* __li__B__ __li__I__ */
if (((void *)li__5ODG != (void *)NULL)) {
      li__GVGG(li__KODG,li__5ODG);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
        li__SFRG=li__ODJG();
      } else /* ITM_SLOT_OPERATOR */ {
        li__SFRG=li__ODJG();
      };
      li__AESH=li__FFJG(((__li__HZB *)li__SFRG),li__5ODG,li__KODG);
      li__PODG=li__AESH;
      li__BIBG(((__li__ZZC *)li__KODG->li__TRB.li__D0C),li__AESH);
    };
  };
  li__MODG=li__PODG;
  return(li__MODG);
}

static __li__5RB* li__MUZI(__li__WRB *li__NUZI,void *li__OUZI)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{li__SRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__QUZI,*li__3VZI,*li__PUZI;
  __li__U *li__RUZI;
  __li__C li__0UZI;
  li__QUZI=NULL;
  li__RUZI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__NUZI == (void *)li__PMZ)) {
    li__QUZI=li__ORB__->li__PRB.li__J0C;
    li__0UZI=li__B__;
  } else /* FALSE */ {
    li__0UZI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__0UZI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__NUZI == (void *)li__3MZ)) {
      li__QUZI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__OUZI != (void *)NULL)) {
        li__RUZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__SRB *)li__OUZI)->li__TRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__RUZI=li__MPB;
      };
      li__3VZI=li__B0MB(li__RUZI,li__NUZI);
      li__QUZI=li__3VZI;
    };
  };
  li__PUZI=li__QUZI;
  return(li__PUZI);
}

static __li__5RB* li__AWZI(__li__XRB *li__BWZI,void *li__CWZI)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{li__SRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__EWZI,*li__RXZI,*li__DWZI;
  __li__U *li__FWZI;
  __li__C li__OWZI;
  li__EWZI=NULL;
  li__FWZI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__BWZI == (void *)li__PMZ)) {
    li__EWZI=li__ORB__->li__PRB.li__J0C;
    li__OWZI=li__B__;
  } else /* FALSE */ {
    li__OWZI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__OWZI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__BWZI == (void *)li__3MZ)) {
      li__EWZI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__CWZI != (void *)NULL)) {
        li__FWZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__SRB *)li__CWZI)->li__TRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__FWZI=li__MPB;
      };
      li__RXZI=li__I2MB(li__FWZI,li__BWZI);
      li__EWZI=li__RXZI;
    };
  };
  li__DWZI=li__EWZI;
  return(li__DWZI);
}

static __li__5RB* li__UXZI(__li__KUB *li__VXZI,void *li__WXZI)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{li__SRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__ZXZI,*li__1XZI,*li__GYZI,*li__XXZI;
  __li__U *li__2XZI;
  __li__K li__0XZI,li__HYZI;
  void *li__FYZI;
  __li__3PZ *li__3XZI,*li__YXZI,*li__EZZI;
  li__ZXZI=NULL;
  li__1XZI=NULL;
  li__2XZI=NULL;
  li__3XZI=li__DG3();
  li__YXZI=li__3XZI;
  li__0XZI= 0;
  do {
    li__FYZI=((void **)(*(((__li__CRB *)li__VXZI->li__EDD))).li__V1BD)[li__0XZI];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__FYZI)->__id) {
    case __li__WRB__: {
      li__GYZI=li__WLRF(((__li__WRB *)li__FYZI),li__WXZI);
    } break;
    case __li__XRB__: {
      li__GYZI=li__KNRF(((__li__XRB *)((__li__WRB *)li__FYZI)),li__WXZI);
    } break;
    case __li__KUB__: {
      li__GYZI=li__4ORF(((__li__KUB *)((__li__WRB *)li__FYZI)),li__WXZI);
    } break;
    case __li__VB1__: {
      li__GYZI=li__DRRF(((__li__VB1 *)((__li__WRB *)li__FYZI)),li__WXZI);
    } break;
    case __li__4O2B__: {
      li__GYZI=li__XRRF(((__li__4O2B *)((__li__WRB *)li__FYZI)),li__WXZI);
    } break;
    };
    li__ZXZI=li__GYZI;
    li__4RFC(((__li__3PZ *)li__YXZI),li__ZXZI);
    li__HYZI=(__li__K)(li__0XZI +  1);
    li__0XZI=li__HYZI;
  } while (((li__HYZI <= (*(li__VXZI->li__EDD)).li__5QZ) && ((void *)li__ZXZI != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__ZXZI == (void *)NULL)) {
    li__OHGB(li__3XZI);
  } else /* FALSE */ {
    li__EZZI=li__SHGB(li__3XZI);
    li__YXZI=li__EZZI;
    /* __li__B__ __li__I__ */
if (((void *)li__WXZI != (void *)NULL)) {
      li__2XZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__SRB *)li__WXZI)->li__TRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__2XZI=li__MPB;
    };
    li__GYZI=li__DJGB(li__2XZI,li__VXZI,li__EZZI);
    li__1XZI=li__GYZI;
  };
  li__XXZI=li__1XZI;
  return(li__XXZI);
}

static void* li__TQDG(__li__URB *li__UQDG,__li__U *li__VQDG)
/* (Strict TYPE_ID{li__URB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZQDG,*li__JRDG,*li__WQDG;
  __li__K li__XQDG,li__K3TU;
  __li__U *li__KRDG;
  void *li__FESH;
  __li__HZB *li__VHRG;
  void **li__24GV;
  __li__C li__NRDG;
  li__ZQDG=NULL;
  li__XQDG= 0;
  li__K3TU=(*(li__UQDG->li__VRB.li__D0C)).li__VBM;
  li__24GV=(*(((__li__ZZC *)li__UQDG->li__VRB.li__D0C))).li__RBM;
  li__DOKG:
  {
    /* __li__B__ __li__I__ */
if ((li__XQDG <= li__K3TU)) {
      li__JRDG=((void **)li__24GV)[li__XQDG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JRDG)->__id==__li__DZB__) {
        li__KRDG=((__li__DZB *)li__JRDG)->li__GZB.li__FZB.li__R2B;
      } else /* SLOT_CODE */ {
        li__FESH=((__li__QWEC *)li__JRDG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FESH)->__id==__li__IZB__) {
          li__KRDG=((__li__IZB *)li__FESH)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KRDG=((__li__4HAD *)li__FESH)->li__5HAD.li__JZB.li__R2B;
        };
      };
      li__NRDG=((void *)li__KRDG != (void *)li__VQDG);
    } else /* FALSE */ {
      li__NRDG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__NRDG) {
      li__XQDG=(__li__K)(li__XQDG +  1);
      goto li__DOKG;
    };
  };
  /* __li__B__ __li__I__ */
if ((li__XQDG <= (*(li__UQDG->li__VRB.li__D0C)).li__VBM)) {
    li__ZQDG=((void **)(*(((__li__ZZC *)li__UQDG->li__VRB.li__D0C))).li__RBM)[li__XQDG];
  } else /* FALSE */ {
    li__JRDG=li__I43C(((__li__OC1 *)li__UQDG->li__VRB.li__TF->li__XC1),li__VQDG);
    /* __li__B__ __li__I__ */
if (((void *)li__JRDG != (void *)NULL)) {
      li__YFRG(li__UQDG,li__JRDG);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
        li__VHRG=li__ODJG();
      } else /* ITM_SLOT_OPERATOR */ {
        li__VHRG=li__ODJG();
      };
      li__FESH=li__FFJG(((__li__HZB *)li__VHRG),li__JRDG,li__UQDG);
      li__ZQDG=li__FESH;
      li__BIBG(((__li__ZZC *)li__UQDG->li__VRB.li__D0C),li__FESH);
    };
  };
  li__WQDG=li__ZQDG;
  return(li__WQDG);
}

static __li__5RB* li__P2ZI(__li__WRB *li__Q2ZI,void *li__R2ZI)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{li__URB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__T2ZI,*li__A4ZI,*li__S2ZI;
  __li__U *li__U2ZI;
  __li__C li__32ZI;
  li__T2ZI=NULL;
  li__U2ZI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__Q2ZI == (void *)li__PMZ)) {
    li__T2ZI=li__ORB__->li__PRB.li__J0C;
    li__32ZI=li__B__;
  } else /* FALSE */ {
    li__32ZI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__32ZI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__Q2ZI == (void *)li__3MZ)) {
      li__T2ZI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__R2ZI != (void *)NULL)) {
        li__U2ZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__URB *)li__R2ZI)->li__VRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__U2ZI=li__MPB;
      };
      li__A4ZI=li__B0MB(li__U2ZI,li__Q2ZI);
      li__T2ZI=li__A4ZI;
    };
  };
  li__S2ZI=li__T2ZI;
  return(li__S2ZI);
}

static __li__5RB* li__D4ZI(__li__XRB *li__E4ZI,void *li__F4ZI)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{li__URB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__H4ZI,*li__U5ZI,*li__G4ZI;
  __li__U *li__I4ZI;
  __li__C li__R4ZI;
  li__H4ZI=NULL;
  li__I4ZI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__E4ZI == (void *)li__PMZ)) {
    li__H4ZI=li__ORB__->li__PRB.li__J0C;
    li__R4ZI=li__B__;
  } else /* FALSE */ {
    li__R4ZI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__R4ZI)) {
    /* __li__B__ __li__I__ */
if (((void *)li__E4ZI == (void *)li__3MZ)) {
      li__H4ZI=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__F4ZI != (void *)NULL)) {
        li__I4ZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__URB *)li__F4ZI)->li__VRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__I4ZI=li__MPB;
      };
      li__U5ZI=li__I2MB(li__I4ZI,li__E4ZI);
      li__H4ZI=li__U5ZI;
    };
  };
  li__G4ZI=li__H4ZI;
  return(li__G4ZI);
}

static __li__5RB* li__X5ZI(__li__KUB *li__Y5ZI,void *li__Z5ZI)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{li__URB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__25ZI,*li__45ZI,*li__JA0I,*li__05ZI;
  __li__U *li__55ZI;
  __li__K li__35ZI,li__KA0I;
  void *li__IA0I;
  __li__3PZ *li__AA0I,*li__15ZI,*li__HB0I;
  li__25ZI=NULL;
  li__45ZI=NULL;
  li__55ZI=NULL;
  li__AA0I=li__DG3();
  li__15ZI=li__AA0I;
  li__35ZI= 0;
  do {
    li__IA0I=((void **)(*(((__li__CRB *)li__Y5ZI->li__EDD))).li__V1BD)[li__35ZI];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__IA0I)->__id) {
    case __li__WRB__: {
      li__JA0I=li__WLRF(((__li__WRB *)li__IA0I),li__Z5ZI);
    } break;
    case __li__XRB__: {
      li__JA0I=li__KNRF(((__li__XRB *)((__li__WRB *)li__IA0I)),li__Z5ZI);
    } break;
    case __li__KUB__: {
      li__JA0I=li__4ORF(((__li__KUB *)((__li__WRB *)li__IA0I)),li__Z5ZI);
    } break;
    case __li__VB1__: {
      li__JA0I=li__DRRF(((__li__VB1 *)((__li__WRB *)li__IA0I)),li__Z5ZI);
    } break;
    case __li__4O2B__: {
      li__JA0I=li__XRRF(((__li__4O2B *)((__li__WRB *)li__IA0I)),li__Z5ZI);
    } break;
    };
    li__25ZI=li__JA0I;
    li__4RFC(((__li__3PZ *)li__15ZI),li__25ZI);
    li__KA0I=(__li__K)(li__35ZI +  1);
    li__35ZI=li__KA0I;
  } while (((li__KA0I <= (*(li__Y5ZI->li__EDD)).li__5QZ) && ((void *)li__25ZI != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__25ZI == (void *)NULL)) {
    li__OHGB(li__AA0I);
  } else /* FALSE */ {
    li__HB0I=li__SHGB(li__AA0I);
    li__15ZI=li__HB0I;
    /* __li__B__ __li__I__ */
if (((void *)li__Z5ZI != (void *)NULL)) {
      li__55ZI=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__URB *)li__Z5ZI)->li__VRB.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__55ZI=li__MPB;
    };
    li__JA0I=li__DJGB(li__55ZI,li__Y5ZI,li__HB0I);
    li__45ZI=li__JA0I;
  };
  li__05ZI=li__45ZI;
  return(li__05ZI);
}

static void* li__3SDG(__li__GSZ *li__4SDG,__li__U *li__5SDG)
/* (Strict TYPE_GENERIC{li__GSZ},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__DTDG,*li__TTDG,*li__ATDG;
  __li__K li__BTDG,li__Y3TU;
  __li__U *li__UTDG;
  void *li__KESH;
  __li__HZB *li__BIRG;
  void **li__34GV;
  __li__C li__XTDG;
  li__DTDG=NULL;
  li__BTDG= 0;
  li__Y3TU=(*(li__4SDG->li__HSZ.li__D0C)).li__VBM;
  li__34GV=(*(((__li__ZZC *)li__4SDG->li__HSZ.li__D0C))).li__RBM;
  li__ZOKG:
  {
    /* __li__B__ __li__I__ */
if ((li__BTDG <= li__Y3TU)) {
      li__TTDG=((void **)li__34GV)[li__BTDG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TTDG)->__id==__li__DZB__) {
        li__UTDG=((__li__DZB *)li__TTDG)->li__GZB.li__FZB.li__R2B;
      } else /* SLOT_CODE */ {
        li__KESH=((__li__QWEC *)li__TTDG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KESH)->__id==__li__IZB__) {
          li__UTDG=((__li__IZB *)li__KESH)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__UTDG=((__li__4HAD *)li__KESH)->li__5HAD.li__JZB.li__R2B;
        };
      };
      li__XTDG=((void *)li__UTDG != (void *)li__5SDG);
    } else /* FALSE */ {
      li__XTDG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__XTDG) {
      li__BTDG=(__li__K)(li__BTDG +  1);
      goto li__ZOKG;
    };
  };
  /* __li__B__ __li__I__ */
if ((li__BTDG <= (*(li__4SDG->li__HSZ.li__D0C)).li__VBM)) {
    li__DTDG=((void **)(*(((__li__ZZC *)li__4SDG->li__HSZ.li__D0C))).li__RBM)[li__BTDG];
  } else /* FALSE */ {
    li__TTDG=li__I43C(((__li__OC1 *)li__4SDG->li__HSZ.li__TF->li__XC1),li__5SDG);
    /* __li__B__ __li__I__ */
if (((void *)li__TTDG != (void *)NULL)) {
      li__LMBG(li__4SDG,li__TTDG);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
        li__BIRG=li__ODJG();
      } else /* ITM_SLOT_OPERATOR */ {
        li__BIRG=li__ODJG();
      };
      li__KESH=li__FFJG(((__li__HZB *)li__BIRG),li__TTDG,li__4SDG);
      li__DTDG=li__KESH;
      li__BIBG(((__li__ZZC *)li__4SDG->li__HSZ.li__D0C),li__KESH);
    };
  };
  li__ATDG=li__DTDG;
  return(li__ATDG);
}

static __li__5RB* li__ZURF(__li__WRB *li__0URF,void *li__1URF)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{li__GSZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__3URF,*li__KWRF,*li__2URF;
  __li__U *li__4URF;
  __li__C li__HVRF;
  li__3URF=NULL;
  li__4URF=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__0URF == (void *)li__PMZ)) {
    li__3URF=li__ORB__->li__PRB.li__J0C;
    li__HVRF=li__B__;
  } else /* FALSE */ {
    li__HVRF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__HVRF)) {
    /* __li__B__ __li__I__ */
if (((void *)li__0URF == (void *)li__3MZ)) {
      li__3URF=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__1URF != (void *)NULL)) {
        li__4URF=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__GSZ *)li__1URF)->li__HSZ.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__4URF=li__MPB;
      };
      li__KWRF=li__B0MB(li__4URF,li__0URF);
      li__3URF=li__KWRF;
    };
  };
  li__2URF=li__3URF;
  return(li__2URF);
}

static __li__5RB* li__NWRF(__li__XRB *li__OWRF,void *li__PWRF)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{li__GSZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__RWRF,*li__4XRF,*li__QWRF;
  __li__U *li__SWRF;
  __li__C li__1WRF;
  li__RWRF=NULL;
  li__SWRF=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__OWRF == (void *)li__PMZ)) {
    li__RWRF=li__ORB__->li__PRB.li__J0C;
    li__1WRF=li__B__;
  } else /* FALSE */ {
    li__1WRF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__1WRF)) {
    /* __li__B__ __li__I__ */
if (((void *)li__OWRF == (void *)li__3MZ)) {
      li__RWRF=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__PWRF != (void *)NULL)) {
        li__SWRF=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__GSZ *)li__PWRF)->li__HSZ.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__SWRF=li__MPB;
      };
      li__4XRF=li__I2MB(li__SWRF,li__OWRF);
      li__RWRF=li__4XRF;
    };
  };
  li__QWRF=li__RWRF;
  return(li__QWRF);
}

static __li__5RB* li__BYRF(__li__KUB *li__CYRF,void *li__DYRF)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{li__GSZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__GYRF,*li__IYRF,*li__TYRF,*li__EYRF;
  __li__U *li__JYRF;
  __li__K li__HYRF,li__UYRF;
  void *li__SYRF;
  __li__3PZ *li__KYRF,*li__FYRF,*li__RZRF;
  li__GYRF=NULL;
  li__IYRF=NULL;
  li__JYRF=NULL;
  li__KYRF=li__DG3();
  li__FYRF=li__KYRF;
  li__HYRF= 0;
  do {
    li__SYRF=((void **)(*(((__li__CRB *)li__CYRF->li__EDD))).li__V1BD)[li__HYRF];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__SYRF)->__id) {
    case __li__WRB__: {
      li__TYRF=li__WLRF(((__li__WRB *)li__SYRF),li__DYRF);
    } break;
    case __li__XRB__: {
      li__TYRF=li__KNRF(((__li__XRB *)((__li__WRB *)li__SYRF)),li__DYRF);
    } break;
    case __li__KUB__: {
      li__TYRF=li__4ORF(((__li__KUB *)((__li__WRB *)li__SYRF)),li__DYRF);
    } break;
    case __li__VB1__: {
      li__TYRF=li__DRRF(((__li__VB1 *)((__li__WRB *)li__SYRF)),li__DYRF);
    } break;
    case __li__4O2B__: {
      li__TYRF=li__XRRF(((__li__4O2B *)((__li__WRB *)li__SYRF)),li__DYRF);
    } break;
    };
    li__GYRF=li__TYRF;
    li__4RFC(((__li__3PZ *)li__FYRF),li__GYRF);
    li__UYRF=(__li__K)(li__HYRF +  1);
    li__HYRF=li__UYRF;
  } while (((li__UYRF <= (*(li__CYRF->li__EDD)).li__5QZ) && ((void *)li__GYRF != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__GYRF == (void *)NULL)) {
    li__OHGB(li__KYRF);
  } else /* FALSE */ {
    li__RZRF=li__SHGB(li__KYRF);
    li__FYRF=li__RZRF;
    /* __li__B__ __li__I__ */
if (((void *)li__DYRF != (void *)NULL)) {
      li__JYRF=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )((__li__GSZ *)li__DYRF)->li__HSZ.li__TF->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__JYRF=li__MPB;
    };
    li__TYRF=li__DJGB(li__JYRF,li__CYRF,li__RZRF);
    li__IYRF=li__TYRF;
  };
  li__EYRF=li__IYRF;
  return(li__EYRF);
}

static __li__5RB* li__G0RF(__li__VB1 *li__H0RF,void *li__I0RF)
/* (Strict ITM_TYPE_PARAMETER{li__VB1},PARAMETER_TO_TYPE{li__GSZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__L0RF,*li__J0RF;
  __li__PO li__B5GV;
  li__L0RF=li__EKXF(li__I0RF,li__H0RF);
  /* __li__B__ __li__I__ */
if (((void *)li__L0RF == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_354));
    li__JAZ(((__li__BC *)li__0C),li__H0RF->li__WB1.li__P2C);
    li__B5GV=((__li__GSZ *)li__I0RF)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
    li__K4E( 1,li__0C);
    li__V5E(li__B5GV);
    li__ODF();
  };
  li__J0RF=li__L0RF;
  return(li__J0RF);
}

static void* li__O1WH(__li__5RB *li__P1WH,__li__PO li__Q1WH)
/* (Strict TYPE_FULL{li__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__S1WH,*li__R1WH;
  __li__5RB *li__I5TU,*li__N5TU;
  __li__KVBD *li__G5TU,*li__L5TU;
  __li__VTBD *li__1FXU;
  __li__KMFK *li__E2WH;
  li__S1WH=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__P1WH->li__AEM == (void *)li__QRB__)) {
    li__I5TU=li__QRB__->li__RRB.li__J0C;
    li__G5TU=li__5QND();
    li__L5TU=((__li__KVBD *)li__G5TU);
    li__L5TU->li__LVBD.li__0K.li__0CC=li__Q1WH;
    li__N5TU=li__NNSE(((__li__5RB *)li__I5TU));
    li__L5TU->li__LVBD.li__WZLE=li__N5TU;
    li__S1WH=li__G5TU;
  } else /* FALSE */ {
    li__1FXU=li__QAAE();
    li__LQNE(((__li__VTBD *)li__1FXU),li__Q1WH,(&__string_68),'+',li__P1WH);
    li__E2WH=li__NOPI(((__li__VTBD *)li__1FXU));
    li__S1WH=li__E2WH;
  };
  li__R1WH=li__S1WH;
  return(li__R1WH);
}

static __li__2ZEC* li__IF1H(__li__K li__KF1H)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__TEPI,li__W5TU;
  __li__JJG li__1EPI,li__Z5TU,li__U5TU;
  __li__K li__GFPI;
  __li__52B li__EAUU;
  __li__2ZEC *li__SEPI,*li__1FPI,*li__LF1H;
  void **li__2GPI;
  li__SEPI=NULL;
  li__TEPI=((__li__CB )(NULL));
  li__1EPI=((__li__JJG )sizeof(__li__2ZEC));
  /* __li__B__ __li__I__ */
if ((li__1EPI ==  0)) {
    li__SEPI=li__2ZEC__;
  } else /* FALSE */ {
    li__GFPI=__li__2ZEC__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1EPI));
    /* __li__B__ __li__I__ */
if ((li__GFPI == (__li__K)(-  1))) {
      li__Z5TU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__U5TU=(__li__JJG)((__li__JJG)(li__1EPI - (__li__JJG)(((__li__JJG ) 0) - li__Z5TU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__Z5TU) - ((__li__JJG ) 1)));
      li__Z5TU=(__li__JJG)(li__U5TU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__W5TU=li__YCJ(li__U5TU,((__li__CB )(&(table_size[(li__Z5TU)-1]))),((__li__52B )li__U5TU));
      li__TEPI=li__W5TU;
    } else /* FALSE */ {
      li__EAUU=((__li__52B )li__GFPI);
      li__Z5TU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__U5TU=(__li__JJG)((__li__JJG)(li__1EPI - (__li__JJG)(((__li__JJG ) 0) - li__Z5TU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__Z5TU) - ((__li__JJG ) 1)));
      li__W5TU=li__YCJ(li__U5TU,((__li__CB )(&(table_type[(li__EAUU)]))),(__li__52B)(li__EAUU |  1));
      li__TEPI=li__W5TU;
    };
    li__1FPI=((__li__2ZEC *)li__TEPI);
    li__SEPI=li__1FPI;
    *(li__1FPI) = *(li__2ZEC__);
  };
  li__1FPI=((__li__2ZEC *)li__SEPI);
  /* __li__B__ __li__I__ */
if (((*(li__1FPI)).li__QGPI < li__KF1H)) {
    li__2GPI=li__KC5I(li__KF1H);
    (*(li__1FPI)).li__3GPI=li__2GPI;
    (*(li__1FPI)).li__QGPI=li__KF1H;
  };
  (*(li__1FPI)).li__NKSH=(__li__K)(-  1);
  li__LF1H=li__SEPI;
  return(li__LF1H);
}

static void li__2YPI(__li__2ZEC *li__3YPI,void *li__4YPI)
/* (Strict FAST_ARRAY(EXPR){li__2ZEC},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__A0PI;
  __li__C li__NZPI;
  void **li__ZZPI;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__3YPI)).li__NKSH +  1) <= (__li__K)((*(li__3YPI)).li__QGPI -  1))) {
    (*(li__3YPI)).li__NKSH=(__li__K)((*(li__3YPI)).li__NKSH +  1);
    li__NZPI=li__B__;
  } else /* FALSE */ {
    li__NZPI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__NZPI)) {
    /* __li__B__ __li__I__ */
if (((*(li__3YPI)).li__QGPI ==  0)) {
      li__ZZPI=li__KC5I( 2);
      (*(li__3YPI)).li__3GPI=li__ZZPI;
      (*(li__3YPI)).li__QGPI= 2;
      (*(li__3YPI)).li__NKSH= 0;
    } else /* FALSE */ {
      li__A0PI=(__li__K)((*(li__3YPI)).li__QGPI <<  1);
      li__ZZPI=li__HWMK(((void **)(*(li__3YPI)).li__3GPI),(*(li__3YPI)).li__QGPI,li__A0PI);
      (*(li__3YPI)).li__3GPI=li__ZZPI;
      (*(li__3YPI)).li__QGPI=li__A0PI;
      (*(li__3YPI)).li__NKSH=(__li__K)((*(li__3YPI)).li__NKSH +  1);
    };
  };
  ((void **)(*(li__3YPI)).li__3GPI)[(*(li__3YPI)).li__NKSH]=li__4YPI;
}

static __li__Z4WH* li__4F1H(__li__2ZEC *li__AG1H)
/* (Strict FAST_ARRAY(EXPR){NULLxli__2ZEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__Z4WH *li__YHPI,*li__BJPI,*li__BG1H;
  __li__CB li__ZHPI,li__1AUU;
  __li__JJG li__BIPI,li__4AUU,li__ZAUU;
  __li__K li__MIPI;
  __li__52B li__JBUU;
  void *li__OKSI;
  __li__PO li__RJPI;
  __li__2ZEC *li__DKSI;
  li__YHPI=NULL;
  li__ZHPI=((__li__CB )(NULL));
  li__BIPI=((__li__JJG )sizeof(__li__Z4WH));
  /* __li__B__ __li__I__ */
if ((li__BIPI ==  0)) {
    li__YHPI=li__Z4WH__;
  } else /* FALSE */ {
    li__MIPI=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__BIPI));
    /* __li__B__ __li__I__ */
if ((li__MIPI == (__li__K)(-  1))) {
      li__4AUU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZAUU=(__li__JJG)((__li__JJG)(li__BIPI - (__li__JJG)(((__li__JJG ) 0) - li__4AUU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4AUU) - ((__li__JJG ) 1)));
      li__4AUU=(__li__JJG)(li__ZAUU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__1AUU=li__YCJ(li__ZAUU,((__li__CB )(&(table_size[(li__4AUU)-1]))),((__li__52B )li__ZAUU));
      li__ZHPI=li__1AUU;
    } else /* FALSE */ {
      li__JBUU=((__li__52B )li__MIPI);
      li__4AUU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZAUU=(__li__JJG)((__li__JJG)(li__BIPI - (__li__JJG)(((__li__JJG ) 0) - li__4AUU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4AUU) - ((__li__JJG ) 1)));
      li__1AUU=li__YCJ(li__ZAUU,((__li__CB )(&(table_type[(li__JBUU)]))),(__li__52B)(li__JBUU |  1));
      li__ZHPI=li__1AUU;
    };
    li__BJPI=((__li__Z4WH *)li__ZHPI);
    li__YHPI=li__BJPI;
    *(li__BJPI) = *(li__Z4WH__);
  };
  ((__li__Z4WH *)li__YHPI)->li__PJPI=li__AG1H;
  li__DKSI=((__li__2ZEC *)li__AG1H);
  li__OKSI=((void **)(*(li__DKSI)).li__3GPI)[(*(li__DKSI)).li__NKSH];
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OKSI)->__id) {
  case __li__WK__: {
    li__RJPI=((__li__WK *)li__OKSI)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__RJPI=((__li__AVBD *)li__OKSI)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__RJPI=((__li__KVBD *)li__OKSI)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__RJPI=((__li__WVBD *)li__OKSI)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__RJPI=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__RJPI=((__li__KTVI *)li__OKSI)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__RJPI=((__li__LTVI *)li__OKSI)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__RJPI=((__li__XTVI *)li__OKSI)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__RJPI=((__li__YTVI *)li__OKSI)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__RJPI=((__li__S2VI *)li__OKSI)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__RJPI=((__li__E3VI *)li__OKSI)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__RJPI=((__li__KLWI *)li__OKSI)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__RJPI=((__li__ULWI *)li__OKSI)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__RJPI=((__li__NMWI *)li__OKSI)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__RJPI=((__li__BNWI *)li__OKSI)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__RJPI=((__li__XNWI *)li__OKSI)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__RJPI=((__li__LOWI *)li__OKSI)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__RJPI=((__li__5OWI *)li__OKSI)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__RJPI=((__li__TPWI *)li__OKSI)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__RJPI=((__li__HQWI *)li__OKSI)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__RJPI=((__li__ARWI *)li__OKSI)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__RJPI=((__li__URWI *)li__OKSI)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__RJPI=((__li__MSWI *)li__OKSI)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__RJPI=((__li__ETWI *)li__OKSI)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__RJPI=((__li__MZWI *)li__OKSI)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__RJPI=((__li__C0WI *)li__OKSI)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__RJPI=((__li__M1WI *)li__OKSI)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__RJPI=((__li__KMFK *)li__OKSI)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__RJPI=((__li__XOHL *)li__OKSI)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__RJPI=((__li__FPHL *)li__OKSI)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__RJPI=((__li__APLM *)li__OKSI)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__RJPI=((__li__DTNM *)li__OKSI)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__RJPI=((__li__JXNM *)li__OKSI)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__RJPI=((__li__21LO *)li__OKSI)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__RJPI=((__li__TPOO *)li__OKSI)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__RJPI=((__li__URRO *)li__OKSI)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__RJPI=((__li__41XO *)li__OKSI)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__RJPI=((__li__AKBR *)li__OKSI)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__RJPI=((__li__SU5R *)li__OKSI)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__RJPI=((__li__JV5R *)li__OKSI)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  (*(li__YK__)).li__0CC=li__RJPI;
  li__BG1H=li__YHPI;
  return(li__BG1H);
}

static __li__ODID* li__PQUD()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__ODID *li__SQUD,*li__1RUD,*li__RQUD;
  __li__CB li__TQUD,li__ACUU;
  __li__JJG li__1QUD,li__DCUU,li__4BUU;
  __li__K li__GRUD;
  __li__52B li__OCUU;
  li__SQUD=NULL;
  li__TQUD=((__li__CB )(NULL));
  li__1QUD=((__li__JJG )sizeof(__li__ODID));
  /* __li__B__ __li__I__ */
if ((li__1QUD ==  0)) {
    li__SQUD=li__ODID__;
  } else /* FALSE */ {
    li__GRUD=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1QUD));
    /* __li__B__ __li__I__ */
if ((li__GRUD == (__li__K)(-  1))) {
      li__DCUU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4BUU=(__li__JJG)((__li__JJG)(li__1QUD - (__li__JJG)(((__li__JJG ) 0) - li__DCUU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DCUU) - ((__li__JJG ) 1)));
      li__DCUU=(__li__JJG)(li__4BUU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__ACUU=li__YCJ(li__4BUU,((__li__CB )(&(table_size[(li__DCUU)-1]))),((__li__52B )li__4BUU));
      li__TQUD=li__ACUU;
    } else /* FALSE */ {
      li__OCUU=((__li__52B )li__GRUD);
      li__DCUU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4BUU=(__li__JJG)((__li__JJG)(li__1QUD - (__li__JJG)(((__li__JJG ) 0) - li__DCUU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DCUU) - ((__li__JJG ) 1)));
      li__ACUU=li__YCJ(li__4BUU,((__li__CB )(&(table_type[(li__OCUU)]))),(__li__52B)(li__OCUU |  1));
      li__TQUD=li__ACUU;
    };
    li__1RUD=((__li__ODID *)li__TQUD);
    li__SQUD=li__1RUD;
    *(li__1RUD) = *(li__ODID__);
  };
  li__RQUD=li__SQUD;
  return(li__RQUD);
}

static void li__IPQH(__li__ZDID *li__JPQH,__li__ODID *li__KPQH)
/* (Strict LINKED_LIST(NODE_TYPE){li__ZDID},Strict NODE_TYPE{NULLxli__ODID}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__LPQH *li__VPQH;
  /* __li__B__ __li__I__ */
if (((void *)li__JPQH->li__OPQH == (void *)NULL)) {
    li__VPQH=li__I30H(li__KPQH);
    li__JPQH->li__OPQH=li__VPQH;
    li__JPQH->li__AEID.li__RKAE= 1;
    li__JPQH->li__XPQH=li__VPQH;
    li__JPQH->li__YPQH= 1;
    li__JPQH->li__0PQH=li__VPQH;
  } else /* FALSE */ {
    li__VPQH=li__I30H(li__KPQH);
    ((__li__LPQH *)li__JPQH->li__XPQH)->li__TJ1H=li__VPQH;
    li__JPQH->li__AEID.li__RKAE=(__li__K)(li__JPQH->li__AEID.li__RKAE +  1);
    li__JPQH->li__XPQH=li__VPQH;
  };
}

static void li__JOSE(__li__WVBD *li__KOSE)
/* (Strict INTEGER_CST{li__WVBD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__MOSE,li__POSE;
  void *li__TOSE;
  __li__U *li__UOSE,*li__CIZE;
  __li__PF *li__R5GV;
  __li__C li__LOSE,li__GIZE;
  li__LOSE=li__I__;
  li__MOSE= 0;
  li__POSE= 0;
  li__TOSE=((__li__5RB *)li__KOSE->li__XVBD.li__WZLE)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TOSE)->__id) {
  case __li__IF__: {
    li__UOSE=((__li__IF *)li__TOSE)->li__TF->li__SF.li__R2B;
  } break;
  case __li__ORB__: {
    li__UOSE=(&__string_1);
  } break;
  case __li__QRB__: {
    li__UOSE=(&__string_2);
  } break;
  case __li__SRB__: {
    li__UOSE=(&__string_51);
  } break;
  case __li__URB__: {
    li__UOSE=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__UOSE=((__li__GSZ *)li__TOSE)->li__EGQB;
  } break;
  case __li__1RRF__: {
    li__R5GV=li__QLKI();
    li__UOSE=li__R5GV->li__SF.li__R2B;
  } break;
  case __li__UJSH__: {
    li__UOSE=((__li__UJSH *)li__TOSE)->li__VJSH.li__NZFD;
  } break;
  };
  li__CIZE=((__li__U *)li__UOSE);
  li__GIZE=li__TT1(li__CIZE,(&__string_54));
  /* __li__B__ __li__I__ */
if (li__GIZE) {
    /* __li__B__ __li__I__ */
if ((li__KOSE->li__2ZLE <  0)) {
      li__LOSE=li__B__;
      li__POSE= 0;
    };
  };
  li__GIZE=li__TT1(li__CIZE,(&__string_55));
  /* __li__B__ __li__I__ */
if (li__GIZE) {
    /* __li__B__ __li__I__ */
if (((li__KOSE->li__2ZLE <  0) || (li__KOSE->li__2ZLE > ((__li__UJG )li__5ZG)))) {
      li__LOSE=li__B__;
      li__POSE=((__li__UJG )li__5ZG);
    };
  };
  li__GIZE=li__TT1(li__CIZE,(&__string_56));
  /* __li__B__ __li__I__ */
if (li__GIZE) {
    /* __li__B__ __li__I__ */
if (((li__KOSE->li__2ZLE <  0) || (li__KOSE->li__2ZLE >  65535))) {
      li__LOSE=li__B__;
      li__POSE= 65535;
    };
  };
  li__GIZE=li__TT1(li__CIZE,(&__string_57));
  /* __li__B__ __li__I__ */
if (li__GIZE) {
    /* __li__B__ __li__I__ */
if (((li__KOSE->li__2ZLE <  0) || (li__KOSE->li__2ZLE >  255))) {
      li__LOSE=li__B__;
      li__POSE= 255;
    };
  };
  li__TT1(li__CIZE,(&__string_58));
  li__GIZE=li__TT1(li__CIZE,(&__string_59));
  /* __li__B__ __li__I__ */
if (li__GIZE) {
    /* __li__B__ __li__I__ */
if (((li__KOSE->li__2ZLE < ((__li__UJG )(__li__K)(-  2147483647))) || (li__KOSE->li__2ZLE >  2147483647))) {
      li__LOSE=li__B__;
      li__MOSE=((__li__UJG )(__li__K)(-  2147483647));
      li__POSE= 2147483647;
    };
  };
  li__GIZE=li__TT1(li__CIZE,(&__string_60));
  /* __li__B__ __li__I__ */
if (li__GIZE) {
    /* __li__B__ __li__I__ */
if (((li__KOSE->li__2ZLE <  -32767) || (li__KOSE->li__2ZLE >  32767))) {
      li__LOSE=li__B__;
      li__MOSE= -32767;
      li__POSE= 32767;
    };
  };
  li__GIZE=li__TT1(li__CIZE,(&__string_61));
  /* __li__B__ __li__I__ */
if (li__GIZE) {
    /* __li__B__ __li__I__ */
if (((li__KOSE->li__2ZLE <  -127) || (li__KOSE->li__2ZLE >  127))) {
      li__LOSE=li__B__;
      li__MOSE= -127;
      li__POSE= 127;
    };
  };
  /* __li__B__ __li__I__ */
if (li__LOSE) {
    li__HEZ(((__li__BC *)li__0C),(&__string_441));
    li__WRHF(li__KOSE->li__2ZLE,li__0C);
    li__JAZ(((__li__BC *)li__0C),(&__string_442));
    li__OUHF(((__li__5RB *)li__KOSE->li__XVBD.li__WZLE),li__0C);
    li__JAZ(((__li__BC *)li__0C),(&__string_443));
    li__WRHF(li__MOSE,li__0C);
    li__JAZ(((__li__BC *)li__0C),(&__string_444));
    li__WRHF(li__POSE,li__0C);
    li__JAZ(((__li__BC *)li__0C),(&__string_445));
    li__DNVB( 2,li__0C);
    li__V5E(li__KOSE->li__XVBD.li__0K.li__0CC);
    li__V5E(li__XIKB->li__NI.li__0CC);
    li__ODF();
    li__KOSE->li__2ZLE= 0;
  };
}

static void li__3H1H(__li__ZDID *li__4H1H,__li__K li__5H1H)
/* (Strict LINKED_LIST(NODE_TYPE){li__ZDID},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if ((li__4H1H->li__YPQH > li__5H1H)) {
    li__4H1H->li__YPQH= 1;
    li__4H1H->li__0PQH=li__4H1H->li__OPQH;
  };
  while ((li__5H1H != li__4H1H->li__YPQH)) {
    li__4H1H->li__0PQH=li__4H1H->li__0PQH->li__TJ1H;
    li__4H1H->li__YPQH=(__li__K)(li__4H1H->li__YPQH +  1);
  };
}

static void li__NOLO(__li__PO li__POLO,__li__KI *li__QOLO,__li__VTBD *li__ROLO)
/* (Expanded POSITION{li__PO},Strict LIST{NULLxli__KI},Strict LOCAL{NULLxli__VTBD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__O3B *li__YOLO;
  __li__KI *li__5CUU;
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__YOLO=li__WJUD(li__O3B__,li__POLO,li__ROLO,li__I__);
    li__5CUU=((__li__KI *)li__QOLO);
    li__P2VG(((__li__TOLE *)li__5CUU->li__2OLE),li__YOLO);
    li__WVRE(li__5CUU);
  };
  li__5CUU=((__li__KI *)li__QOLO);
  li__P2VG(((__li__TOLE *)li__5CUU->li__2OLE),li__T0B__);
  li__WVRE(li__5CUU);
}

static void* li__NY4I(__li__U *li__PY4I)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__RY4I;
  void *li__SY4I,*li__QY4I;
  li__RY4I=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__RY4I)->__id) {
  case __li__IF__: {
    li__SY4I=li__IJDG(((__li__IF *)li__RY4I),li__PY4I);
  } break;
  case __li__ORB__: {
    li__SY4I=NULL;
  } break;
  case __li__QRB__: {
    li__SY4I=li__5LDG(((__li__QRB *)((__li__IF *)li__RY4I)),li__PY4I);
  } break;
  case __li__SRB__: {
    li__SY4I=li__JODG(((__li__SRB *)((__li__IF *)li__RY4I)),li__PY4I);
  } break;
  case __li__URB__: {
    li__SY4I=li__TQDG(((__li__URB *)((__li__IF *)li__RY4I)),li__PY4I);
  } break;
  case __li__GSZ__: {
    li__SY4I=li__3SDG(((__li__GSZ *)((__li__IF *)li__RY4I)),li__PY4I);
  } break;
  case __li__1RRF__: {
    li__SY4I=li__NY4I(li__PY4I);
  } break;
  case __li__UJSH__: {
    li__SY4I=li__YQMN(li__PY4I);
  } break;
  };
  li__QY4I=li__SY4I;
  return(li__QY4I);
}

static void* li__YQMN(__li__U *li__0QMN)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__2QMN;
  void *li__3QMN,*li__1QMN;
  li__2QMN=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2QMN)->__id) {
  case __li__IF__: {
    li__3QMN=li__IJDG(((__li__IF *)li__2QMN),li__0QMN);
  } break;
  case __li__ORB__: {
    li__3QMN=NULL;
  } break;
  case __li__QRB__: {
    li__3QMN=li__5LDG(((__li__QRB *)((__li__IF *)li__2QMN)),li__0QMN);
  } break;
  case __li__SRB__: {
    li__3QMN=li__JODG(((__li__SRB *)((__li__IF *)li__2QMN)),li__0QMN);
  } break;
  case __li__URB__: {
    li__3QMN=li__TQDG(((__li__URB *)((__li__IF *)li__2QMN)),li__0QMN);
  } break;
  case __li__GSZ__: {
    li__3QMN=li__3SDG(((__li__GSZ *)((__li__IF *)li__2QMN)),li__0QMN);
  } break;
  case __li__1RRF__: {
    li__3QMN=li__NY4I(li__0QMN);
  } break;
  case __li__UJSH__: {
    li__3QMN=li__YQMN(li__0QMN);
  } break;
  };
  li__1QMN=li__3QMN;
  return(li__1QMN);
}

static void* li__FZNO(__li__IF *li__GZNO,__li__U *li__HZNO)
/* (Strict TYPE{li__IF},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__JZNO,*li__KZNO,*li__D0NO,*li__IZNO;
  __li__K li__LZNO;
  __li__ULSB *li__E0NO,*li__FDUU;
  void *li__HF3O;
  void *li__S0NO;
  __li__5RB *li__V0NO,*li__PDUU;
  __li__VB1 *li__KDUU;
  __li__PO li__W5GV;
  __li__C li__J0NO;
  li__JZNO=NULL;
  li__KZNO=NULL;
  li__LZNO= 0;
  li__WTOO:
  {
    /* __li__B__ __li__I__ */
if ((((void *)li__JZNO == (void *)NULL) && (li__LZNO <= (*(li__GZNO->li__D0C)).li__VBM))) {
      li__D0NO=((void **)(*(((__li__ZZC *)li__GZNO->li__D0C))).li__RBM)[li__LZNO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__D0NO)->__id==__li__DZB__) {
        li__E0NO=li__QXVG(((__li__DZB *)li__D0NO));
      } else /* SLOT_CODE */ {
        li__HF3O=((__li__QWEC *)li__D0NO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HF3O)->__id==__li__IZB__) {
          li__E0NO=((__li__IZB *)li__HF3O)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__E0NO=((__li__4HAD *)li__HF3O)->li__5HAD.li__WLSB;
        };
      };
      li__FDUU=((__li__ULSB *)li__E0NO);
      li__J0NO=(((void *)li__FDUU->li__XNKE == (void *)(&__string_29)) || ((void *)li__FDUU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__J0NO=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__J0NO) {
      li__D0NO=((void **)(*(((__li__ZZC *)li__GZNO->li__D0C))).li__RBM)[li__LZNO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__D0NO)->__id==__li__DZB__) {
        li__HF3O=((__li__DZB *)li__D0NO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HF3O)->__id==__li__IZB__) {
          li__S0NO=((__li__IZB *)li__HF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__S0NO=((__li__4HAD *)li__HF3O)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__HF3O=((__li__QWEC *)li__D0NO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HF3O)->__id==__li__IZB__) {
          li__S0NO=((__li__IZB *)li__HF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__S0NO=((__li__4HAD *)li__HF3O)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__S0NO==NULL) {
        li__HF3O=NULL;
      } else {
        switch (((struct ___OBJ *)li__S0NO)->__id) {
        case __li__WRB__: {
          li__HF3O=((void *)li__S0NO);
        } break;
        case __li__XRB__: {
          li__HF3O=((void *)li__S0NO);
        } break;
        case __li__KUB__: {
          li__HF3O=((void *)li__S0NO);
        } break;
        case __li__VB1__: {
          li__HF3O=((void *)li__S0NO);
        } break;
        case __li__UL2B__: {
          li__HF3O=NULL;
        } break;
        case __li__4O2B__: {
          li__HF3O=((void *)li__S0NO);
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__HF3O)->__id) {
      case __li__WRB__: {
        li__V0NO=li__Z0YI(((__li__WRB *)li__HF3O),li__GZNO);
      } break;
      case __li__XRB__: {
        li__V0NO=li__N2YI(((__li__XRB *)((__li__WRB *)li__HF3O)),li__GZNO);
      } break;
      case __li__KUB__: {
        li__V0NO=li__B4YI(((__li__KUB *)((__li__WRB *)li__HF3O)),li__GZNO);
      } break;
      case __li__VB1__: {
        li__KDUU=((__li__VB1 *)((__li__WRB *)li__HF3O));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__KDUU->li__WB1.li__P2C);
        li__W5GV=li__GZNO->li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__W5GV);
        li__ODF();
        li__V0NO=NULL;
      } break;
      case __li__4O2B__: {
        li__PDUU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__HF3O)),li__GZNO);
        li__V0NO=li__PDUU;
      } break;
      };
      li__D0NO=li__UVIJ(((__li__5RB *)li__V0NO),li__HZNO);
      li__JZNO=li__D0NO;
      li__LZNO=(__li__K)(li__LZNO +  1);
      goto li__WTOO;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__JZNO != (void *)NULL)) {
    li__KZNO=((void **)(*(((__li__ZZC *)li__GZNO->li__D0C))).li__RBM)[(__li__K)(li__LZNO -  1)];
  } else /* FALSE */ {
    li__KBG((&__string_446));
    ((__li__BC *)li__0C)->li__NK= 0;
    li__JAZ(((__li__BC *)li__0C),li__GZNO->li__TF->li__SF.li__R2B);
    li__C30(((__li__BC *)li__0C));
    fputc((int)(':'),stdout);
    li__KBG(((__li__U *)li__HZNO));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  li__IZNO=li__KZNO;
  return(li__IZNO);
}

static void* li__N1NO(__li__QRB *li__O1NO,__li__U *li__P1NO)
/* (Strict TYPE_VOID{li__QRB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__R1NO,*li__S1NO,*li__L2NO,*li__Q1NO;
  __li__K li__T1NO;
  __li__ULSB *li__M2NO,*li__XDUU;
  void *li__LF3O;
  void *li__02NO;
  __li__5RB *li__32NO,*li__BEUU;
  __li__VB1 *li__2DUU;
  __li__PO li__25GV;
  __li__C li__R2NO;
  li__R1NO=NULL;
  li__S1NO=NULL;
  li__T1NO= 0;
  li__JUOO:
  {
    /* __li__B__ __li__I__ */
if ((((void *)li__R1NO == (void *)NULL) && (li__T1NO <= (*(li__O1NO->li__RRB.li__D0C)).li__VBM))) {
      li__L2NO=((void **)(*(((__li__ZZC *)li__O1NO->li__RRB.li__D0C))).li__RBM)[li__T1NO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__L2NO)->__id==__li__DZB__) {
        li__M2NO=li__QXVG(((__li__DZB *)li__L2NO));
      } else /* SLOT_CODE */ {
        li__LF3O=((__li__QWEC *)li__L2NO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LF3O)->__id==__li__IZB__) {
          li__M2NO=((__li__IZB *)li__LF3O)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__M2NO=((__li__4HAD *)li__LF3O)->li__5HAD.li__WLSB;
        };
      };
      li__XDUU=((__li__ULSB *)li__M2NO);
      li__R2NO=(((void *)li__XDUU->li__XNKE == (void *)(&__string_29)) || ((void *)li__XDUU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__R2NO=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__R2NO) {
      li__L2NO=((void **)(*(((__li__ZZC *)li__O1NO->li__RRB.li__D0C))).li__RBM)[li__T1NO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__L2NO)->__id==__li__DZB__) {
        li__LF3O=((__li__DZB *)li__L2NO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LF3O)->__id==__li__IZB__) {
          li__02NO=((__li__IZB *)li__LF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__02NO=((__li__4HAD *)li__LF3O)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__LF3O=((__li__QWEC *)li__L2NO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LF3O)->__id==__li__IZB__) {
          li__02NO=((__li__IZB *)li__LF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__02NO=((__li__4HAD *)li__LF3O)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__02NO==NULL) {
        li__LF3O=NULL;
      } else {
        switch (((struct ___OBJ *)li__02NO)->__id) {
        case __li__WRB__: {
          li__LF3O=((void *)li__02NO);
        } break;
        case __li__XRB__: {
          li__LF3O=((void *)li__02NO);
        } break;
        case __li__KUB__: {
          li__LF3O=((void *)li__02NO);
        } break;
        case __li__VB1__: {
          li__LF3O=((void *)li__02NO);
        } break;
        case __li__UL2B__: {
          li__LF3O=NULL;
        } break;
        case __li__4O2B__: {
          li__LF3O=((void *)li__02NO);
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__LF3O)->__id) {
      case __li__WRB__: {
        li__32NO=li__ENZI(((__li__WRB *)li__LF3O),li__O1NO);
      } break;
      case __li__XRB__: {
        li__32NO=li__YOZI(((__li__XRB *)((__li__WRB *)li__LF3O)),li__O1NO);
      } break;
      case __li__KUB__: {
        li__32NO=li__MQZI(((__li__KUB *)((__li__WRB *)li__LF3O)),li__O1NO);
      } break;
      case __li__VB1__: {
        li__2DUU=((__li__VB1 *)((__li__WRB *)li__LF3O));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__2DUU->li__WB1.li__P2C);
        li__25GV=li__O1NO->li__RRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__25GV);
        li__ODF();
        li__32NO=NULL;
      } break;
      case __li__4O2B__: {
        li__BEUU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__LF3O)),li__O1NO);
        li__32NO=li__BEUU;
      } break;
      };
      li__L2NO=li__UVIJ(((__li__5RB *)li__32NO),li__P1NO);
      li__R1NO=li__L2NO;
      li__T1NO=(__li__K)(li__T1NO +  1);
      goto li__JUOO;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__R1NO != (void *)NULL)) {
    li__S1NO=((void **)(*(((__li__ZZC *)li__O1NO->li__RRB.li__D0C))).li__RBM)[(__li__K)(li__T1NO -  1)];
  } else /* FALSE */ {
    li__KBG((&__string_446));
    ((__li__BC *)li__0C)->li__NK= 0;
    li__JAZ(((__li__BC *)li__0C),(&__string_2));
    li__C30(((__li__BC *)li__0C));
    fputc((int)(':'),stdout);
    li__KBG(((__li__U *)li__P1NO));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  li__Q1NO=li__S1NO;
  return(li__Q1NO);
}

static void* li__R3NO(__li__SRB *li__S3NO,__li__U *li__T3NO)
/* (Strict TYPE_CONTEXT{li__SRB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__V3NO,*li__W3NO,*li__P4NO,*li__U3NO;
  __li__K li__X3NO;
  __li__ULSB *li__Q4NO,*li__JEUU;
  void *li__PF3O;
  void *li__44NO;
  __li__5RB *li__B5NO,*li__TEUU;
  __li__VB1 *li__OEUU;
  __li__PO li__BAHV;
  __li__C li__V4NO;
  li__V3NO=NULL;
  li__W3NO=NULL;
  li__X3NO= 0;
  li__2UOO:
  {
    /* __li__B__ __li__I__ */
if ((((void *)li__V3NO == (void *)NULL) && (li__X3NO <= (*(li__S3NO->li__TRB.li__D0C)).li__VBM))) {
      li__P4NO=((void **)(*(((__li__ZZC *)li__S3NO->li__TRB.li__D0C))).li__RBM)[li__X3NO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__P4NO)->__id==__li__DZB__) {
        li__Q4NO=li__QXVG(((__li__DZB *)li__P4NO));
      } else /* SLOT_CODE */ {
        li__PF3O=((__li__QWEC *)li__P4NO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PF3O)->__id==__li__IZB__) {
          li__Q4NO=((__li__IZB *)li__PF3O)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__Q4NO=((__li__4HAD *)li__PF3O)->li__5HAD.li__WLSB;
        };
      };
      li__JEUU=((__li__ULSB *)li__Q4NO);
      li__V4NO=(((void *)li__JEUU->li__XNKE == (void *)(&__string_29)) || ((void *)li__JEUU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__V4NO=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__V4NO) {
      li__P4NO=((void **)(*(((__li__ZZC *)li__S3NO->li__TRB.li__D0C))).li__RBM)[li__X3NO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__P4NO)->__id==__li__DZB__) {
        li__PF3O=((__li__DZB *)li__P4NO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PF3O)->__id==__li__IZB__) {
          li__44NO=((__li__IZB *)li__PF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__44NO=((__li__4HAD *)li__PF3O)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__PF3O=((__li__QWEC *)li__P4NO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PF3O)->__id==__li__IZB__) {
          li__44NO=((__li__IZB *)li__PF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__44NO=((__li__4HAD *)li__PF3O)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__44NO==NULL) {
        li__PF3O=NULL;
      } else {
        switch (((struct ___OBJ *)li__44NO)->__id) {
        case __li__WRB__: {
          li__PF3O=((void *)li__44NO);
        } break;
        case __li__XRB__: {
          li__PF3O=((void *)li__44NO);
        } break;
        case __li__KUB__: {
          li__PF3O=((void *)li__44NO);
        } break;
        case __li__VB1__: {
          li__PF3O=((void *)li__44NO);
        } break;
        case __li__UL2B__: {
          li__PF3O=NULL;
        } break;
        case __li__4O2B__: {
          li__PF3O=((void *)li__44NO);
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__PF3O)->__id) {
      case __li__WRB__: {
        li__B5NO=li__MUZI(((__li__WRB *)li__PF3O),li__S3NO);
      } break;
      case __li__XRB__: {
        li__B5NO=li__AWZI(((__li__XRB *)((__li__WRB *)li__PF3O)),li__S3NO);
      } break;
      case __li__KUB__: {
        li__B5NO=li__UXZI(((__li__KUB *)((__li__WRB *)li__PF3O)),li__S3NO);
      } break;
      case __li__VB1__: {
        li__OEUU=((__li__VB1 *)((__li__WRB *)li__PF3O));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__OEUU->li__WB1.li__P2C);
        li__BAHV=li__S3NO->li__TRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__BAHV);
        li__ODF();
        li__B5NO=NULL;
      } break;
      case __li__4O2B__: {
        li__TEUU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__PF3O)),li__S3NO);
        li__B5NO=li__TEUU;
      } break;
      };
      li__P4NO=li__UVIJ(((__li__5RB *)li__B5NO),li__T3NO);
      li__V3NO=li__P4NO;
      li__X3NO=(__li__K)(li__X3NO +  1);
      goto li__2UOO;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__V3NO != (void *)NULL)) {
    li__W3NO=((void **)(*(((__li__ZZC *)li__S3NO->li__TRB.li__D0C))).li__RBM)[(__li__K)(li__X3NO -  1)];
  } else /* FALSE */ {
    li__KBG((&__string_446));
    ((__li__BC *)li__0C)->li__NK= 0;
    li__JAZ(((__li__BC *)li__0C),(&__string_51));
    li__C30(((__li__BC *)li__0C));
    fputc((int)(':'),stdout);
    li__KBG(((__li__U *)li__T3NO));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  li__U3NO=li__W3NO;
  return(li__U3NO);
}

static void* li__V5NO(__li__URB *li__W5NO,__li__U *li__X5NO)
/* (Strict TYPE_ID{li__URB},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__Z5NO,*li__05NO,*li__TAOO,*li__Y5NO;
  __li__K li__15NO;
  __li__ULSB *li__UAOO,*li__1EUU;
  void *li__TF3O;
  void *li__CBOO;
  __li__5RB *li__FBOO,*li__FFUU;
  __li__VB1 *li__AFUU;
  __li__PO li__GAHV;
  __li__C li__ZAOO;
  li__Z5NO=NULL;
  li__05NO=NULL;
  li__15NO= 0;
  li__PVOO:
  {
    /* __li__B__ __li__I__ */
if ((((void *)li__Z5NO == (void *)NULL) && (li__15NO <= (*(li__W5NO->li__VRB.li__D0C)).li__VBM))) {
      li__TAOO=((void **)(*(((__li__ZZC *)li__W5NO->li__VRB.li__D0C))).li__RBM)[li__15NO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TAOO)->__id==__li__DZB__) {
        li__UAOO=li__QXVG(((__li__DZB *)li__TAOO));
      } else /* SLOT_CODE */ {
        li__TF3O=((__li__QWEC *)li__TAOO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TF3O)->__id==__li__IZB__) {
          li__UAOO=((__li__IZB *)li__TF3O)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__UAOO=((__li__4HAD *)li__TF3O)->li__5HAD.li__WLSB;
        };
      };
      li__1EUU=((__li__ULSB *)li__UAOO);
      li__ZAOO=(((void *)li__1EUU->li__XNKE == (void *)(&__string_29)) || ((void *)li__1EUU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__ZAOO=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__ZAOO) {
      li__TAOO=((void **)(*(((__li__ZZC *)li__W5NO->li__VRB.li__D0C))).li__RBM)[li__15NO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TAOO)->__id==__li__DZB__) {
        li__TF3O=((__li__DZB *)li__TAOO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TF3O)->__id==__li__IZB__) {
          li__CBOO=((__li__IZB *)li__TF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__CBOO=((__li__4HAD *)li__TF3O)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__TF3O=((__li__QWEC *)li__TAOO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TF3O)->__id==__li__IZB__) {
          li__CBOO=((__li__IZB *)li__TF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__CBOO=((__li__4HAD *)li__TF3O)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__CBOO==NULL) {
        li__TF3O=NULL;
      } else {
        switch (((struct ___OBJ *)li__CBOO)->__id) {
        case __li__WRB__: {
          li__TF3O=((void *)li__CBOO);
        } break;
        case __li__XRB__: {
          li__TF3O=((void *)li__CBOO);
        } break;
        case __li__KUB__: {
          li__TF3O=((void *)li__CBOO);
        } break;
        case __li__VB1__: {
          li__TF3O=((void *)li__CBOO);
        } break;
        case __li__UL2B__: {
          li__TF3O=NULL;
        } break;
        case __li__4O2B__: {
          li__TF3O=((void *)li__CBOO);
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__TF3O)->__id) {
      case __li__WRB__: {
        li__FBOO=li__P2ZI(((__li__WRB *)li__TF3O),li__W5NO);
      } break;
      case __li__XRB__: {
        li__FBOO=li__D4ZI(((__li__XRB *)((__li__WRB *)li__TF3O)),li__W5NO);
      } break;
      case __li__KUB__: {
        li__FBOO=li__X5ZI(((__li__KUB *)((__li__WRB *)li__TF3O)),li__W5NO);
      } break;
      case __li__VB1__: {
        li__AFUU=((__li__VB1 *)((__li__WRB *)li__TF3O));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__AFUU->li__WB1.li__P2C);
        li__GAHV=li__W5NO->li__VRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__GAHV);
        li__ODF();
        li__FBOO=NULL;
      } break;
      case __li__4O2B__: {
        li__FFUU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__TF3O)),li__W5NO);
        li__FBOO=li__FFUU;
      } break;
      };
      li__TAOO=li__UVIJ(((__li__5RB *)li__FBOO),li__X5NO);
      li__Z5NO=li__TAOO;
      li__15NO=(__li__K)(li__15NO +  1);
      goto li__PVOO;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__Z5NO != (void *)NULL)) {
    li__05NO=((void **)(*(((__li__ZZC *)li__W5NO->li__VRB.li__D0C))).li__RBM)[(__li__K)(li__15NO -  1)];
  } else /* FALSE */ {
    li__KBG((&__string_446));
    ((__li__BC *)li__0C)->li__NK= 0;
    li__JAZ(((__li__BC *)li__0C),(&__string_53));
    li__C30(((__li__BC *)li__0C));
    fputc((int)(':'),stdout);
    li__KBG(((__li__U *)li__X5NO));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  li__Y5NO=li__05NO;
  return(li__Y5NO);
}

static void* li__ZBOO(__li__GSZ *li__0BOO,__li__U *li__1BOO)
/* (Strict TYPE_GENERIC{li__GSZ},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__3BOO,*li__4BOO,*li__XCOO,*li__2BOO;
  __li__K li__5BOO;
  __li__ULSB *li__YCOO,*li__NFUU;
  void *li__XF3O;
  void *li__GDOO;
  __li__5RB *li__JDOO,*li__UFUU;
  __li__C li__3COO;
  li__3BOO=NULL;
  li__4BOO=NULL;
  li__5BOO= 0;
  li__CWOO:
  {
    /* __li__B__ __li__I__ */
if ((((void *)li__3BOO == (void *)NULL) && (li__5BOO <= (*(li__0BOO->li__HSZ.li__D0C)).li__VBM))) {
      li__XCOO=((void **)(*(((__li__ZZC *)li__0BOO->li__HSZ.li__D0C))).li__RBM)[li__5BOO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XCOO)->__id==__li__DZB__) {
        li__YCOO=li__QXVG(((__li__DZB *)li__XCOO));
      } else /* SLOT_CODE */ {
        li__XF3O=((__li__QWEC *)li__XCOO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XF3O)->__id==__li__IZB__) {
          li__YCOO=((__li__IZB *)li__XF3O)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YCOO=((__li__4HAD *)li__XF3O)->li__5HAD.li__WLSB;
        };
      };
      li__NFUU=((__li__ULSB *)li__YCOO);
      li__3COO=(((void *)li__NFUU->li__XNKE == (void *)(&__string_29)) || ((void *)li__NFUU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__3COO=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__3COO) {
      li__XCOO=((void **)(*(((__li__ZZC *)li__0BOO->li__HSZ.li__D0C))).li__RBM)[li__5BOO];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XCOO)->__id==__li__DZB__) {
        li__XF3O=((__li__DZB *)li__XCOO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XF3O)->__id==__li__IZB__) {
          li__GDOO=((__li__IZB *)li__XF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__GDOO=((__li__4HAD *)li__XF3O)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__XF3O=((__li__QWEC *)li__XCOO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XF3O)->__id==__li__IZB__) {
          li__GDOO=((__li__IZB *)li__XF3O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__GDOO=((__li__4HAD *)li__XF3O)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__GDOO==NULL) {
        li__XF3O=NULL;
      } else {
        switch (((struct ___OBJ *)li__GDOO)->__id) {
        case __li__WRB__: {
          li__XF3O=((void *)li__GDOO);
        } break;
        case __li__XRB__: {
          li__XF3O=((void *)li__GDOO);
        } break;
        case __li__KUB__: {
          li__XF3O=((void *)li__GDOO);
        } break;
        case __li__VB1__: {
          li__XF3O=((void *)li__GDOO);
        } break;
        case __li__UL2B__: {
          li__XF3O=NULL;
        } break;
        case __li__4O2B__: {
          li__XF3O=((void *)li__GDOO);
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__XF3O)->__id) {
      case __li__WRB__: {
        li__JDOO=li__ZURF(((__li__WRB *)li__XF3O),li__0BOO);
      } break;
      case __li__XRB__: {
        li__JDOO=li__NWRF(((__li__XRB *)((__li__WRB *)li__XF3O)),li__0BOO);
      } break;
      case __li__KUB__: {
        li__JDOO=li__BYRF(((__li__KUB *)((__li__WRB *)li__XF3O)),li__0BOO);
      } break;
      case __li__VB1__: {
        li__JDOO=li__G0RF(((__li__VB1 *)((__li__WRB *)li__XF3O)),li__0BOO);
      } break;
      case __li__4O2B__: {
        li__UFUU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__XF3O)),li__0BOO);
        li__JDOO=li__UFUU;
      } break;
      };
      li__XCOO=li__UVIJ(((__li__5RB *)li__JDOO),li__1BOO);
      li__3BOO=li__XCOO;
      li__5BOO=(__li__K)(li__5BOO +  1);
      goto li__CWOO;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__3BOO != (void *)NULL)) {
    li__4BOO=((void **)(*(((__li__ZZC *)li__0BOO->li__HSZ.li__D0C))).li__RBM)[(__li__K)(li__5BOO -  1)];
  } else /* FALSE */ {
    li__KBG((&__string_446));
    ((__li__BC *)li__0C)->li__NK= 0;
    li__JAZ(((__li__BC *)li__0C),li__0BOO->li__EGQB);
    li__C30(((__li__BC *)li__0C));
    fputc((int)(':'),stdout);
    li__KBG(((__li__U *)li__1BOO));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  li__2BOO=li__4BOO;
  return(li__2BOO);
}

static void* li__3DOO(__li__U *li__5DOO)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__BEOO;
  void *li__CEOO,*li__AEOO;
  li__BEOO=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BEOO)->__id) {
  case __li__IF__: {
    li__CEOO=li__FZNO(((__li__IF *)li__BEOO),li__5DOO);
  } break;
  case __li__ORB__: {
    li__CEOO=NULL;
  } break;
  case __li__QRB__: {
    li__CEOO=li__N1NO(((__li__QRB *)((__li__IF *)li__BEOO)),li__5DOO);
  } break;
  case __li__SRB__: {
    li__CEOO=li__R3NO(((__li__SRB *)((__li__IF *)li__BEOO)),li__5DOO);
  } break;
  case __li__URB__: {
    li__CEOO=li__V5NO(((__li__URB *)((__li__IF *)li__BEOO)),li__5DOO);
  } break;
  case __li__GSZ__: {
    li__CEOO=li__ZBOO(((__li__GSZ *)((__li__IF *)li__BEOO)),li__5DOO);
  } break;
  case __li__1RRF__: {
    li__CEOO=li__3DOO(li__5DOO);
  } break;
  case __li__UJSH__: {
    li__CEOO=li__EEOO(li__5DOO);
  } break;
  };
  li__AEOO=li__CEOO;
  return(li__AEOO);
}

static void* li__EEOO(__li__U *li__GEOO)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__IEOO;
  void *li__JEOO,*li__HEOO;
  li__IEOO=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IEOO)->__id) {
  case __li__IF__: {
    li__JEOO=li__FZNO(((__li__IF *)li__IEOO),li__GEOO);
  } break;
  case __li__ORB__: {
    li__JEOO=NULL;
  } break;
  case __li__QRB__: {
    li__JEOO=li__N1NO(((__li__QRB *)((__li__IF *)li__IEOO)),li__GEOO);
  } break;
  case __li__SRB__: {
    li__JEOO=li__R3NO(((__li__SRB *)((__li__IF *)li__IEOO)),li__GEOO);
  } break;
  case __li__URB__: {
    li__JEOO=li__V5NO(((__li__URB *)((__li__IF *)li__IEOO)),li__GEOO);
  } break;
  case __li__GSZ__: {
    li__JEOO=li__ZBOO(((__li__GSZ *)((__li__IF *)li__IEOO)),li__GEOO);
  } break;
  case __li__1RRF__: {
    li__JEOO=li__3DOO(li__GEOO);
  } break;
  case __li__UJSH__: {
    li__JEOO=li__EEOO(li__GEOO);
  } break;
  };
  li__HEOO=li__JEOO;
  return(li__HEOO);
}

static void* li__SLWO(__li__WRB *li__TLWO,void *li__ULWO)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__YLWO;
  __li__PO li__ZLWO;
  __li__PF *li__KAHV;
  void *li__1LWO,*li__VLWO;
  li__YLWO=li__WLRF(li__TLWO,li__ULWO);
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ULWO)->__id) {
  case __li__IF__: {
    li__ZLWO=((__li__IF *)li__ULWO)->li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__ORB__: {
    li__ZLWO=((__li__ORB *)li__ULWO)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__QRB__: {
    li__ZLWO=((__li__QRB *)li__ULWO)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__SRB__: {
    li__ZLWO=((__li__SRB *)li__ULWO)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__URB__: {
    li__ZLWO=((__li__URB *)li__ULWO)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__GSZ__: {
    li__ZLWO=((__li__GSZ *)li__ULWO)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__1RRF__: {
    li__KAHV=li__QLKI();
    li__ZLWO=li__KAHV->li__SF.li__RF.li__0CC;
  } break;
  case __li__UJSH__: {
    li__KAHV=li__VYLN();
    li__ZLWO=li__KAHV->li__SF.li__RF.li__0CC;
  } break;
  };
  li__1LWO=li__O1WH(((__li__5RB *)li__YLWO),li__ZLWO);
  li__VLWO=li__1LWO;
  return(li__VLWO);
}

static void* li__3LWO(__li__XRB *li__4LWO,void *li__5LWO)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__DMWO;
  __li__PO li__EMWO;
  __li__PF *li__OAHV;
  void *li__GMWO,*li__AMWO;
  li__DMWO=li__KNRF(li__4LWO,li__5LWO);
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5LWO)->__id) {
  case __li__IF__: {
    li__EMWO=((__li__IF *)li__5LWO)->li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__ORB__: {
    li__EMWO=((__li__ORB *)li__5LWO)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__QRB__: {
    li__EMWO=((__li__QRB *)li__5LWO)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__SRB__: {
    li__EMWO=((__li__SRB *)li__5LWO)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__URB__: {
    li__EMWO=((__li__URB *)li__5LWO)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__GSZ__: {
    li__EMWO=((__li__GSZ *)li__5LWO)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__1RRF__: {
    li__OAHV=li__QLKI();
    li__EMWO=li__OAHV->li__SF.li__RF.li__0CC;
  } break;
  case __li__UJSH__: {
    li__OAHV=li__VYLN();
    li__EMWO=li__OAHV->li__SF.li__RF.li__0CC;
  } break;
  };
  li__GMWO=li__O1WH(((__li__5RB *)li__DMWO),li__EMWO);
  li__AMWO=li__GMWO;
  return(li__AMWO);
}

static void* li__KMWO(__li__KUB *li__LMWO,void *li__MMWO)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__QMWO;
  __li__PO li__RMWO;
  __li__PF *li__SAHV;
  void *li__TMWO,*li__NMWO;
  li__QMWO=li__4ORF(li__LMWO,li__MMWO);
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__MMWO)->__id) {
  case __li__IF__: {
    li__RMWO=((__li__IF *)li__MMWO)->li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__ORB__: {
    li__RMWO=((__li__ORB *)li__MMWO)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__QRB__: {
    li__RMWO=((__li__QRB *)li__MMWO)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__SRB__: {
    li__RMWO=((__li__SRB *)li__MMWO)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__URB__: {
    li__RMWO=((__li__URB *)li__MMWO)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__GSZ__: {
    li__RMWO=((__li__GSZ *)li__MMWO)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__1RRF__: {
    li__SAHV=li__QLKI();
    li__RMWO=li__SAHV->li__SF.li__RF.li__0CC;
  } break;
  case __li__UJSH__: {
    li__SAHV=li__VYLN();
    li__RMWO=li__SAHV->li__SF.li__RF.li__0CC;
  } break;
  };
  li__TMWO=li__O1WH(((__li__5RB *)li__QMWO),li__RMWO);
  li__NMWO=li__TMWO;
  return(li__NMWO);
}

static void* li__WMWO(__li__VB1 *li__XMWO,void *li__YMWO)
/* (Strict ITM_TYPE_PARAMETER{li__VB1},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__2MWO;
  __li__PO li__3MWO;
  __li__PF *li__WAHV;
  void *li__5MWO,*li__ZMWO;
  li__2MWO=li__DRRF(li__XMWO,li__YMWO);
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YMWO)->__id) {
  case __li__IF__: {
    li__3MWO=((__li__IF *)li__YMWO)->li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__ORB__: {
    li__3MWO=((__li__ORB *)li__YMWO)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__QRB__: {
    li__3MWO=((__li__QRB *)li__YMWO)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__SRB__: {
    li__3MWO=((__li__SRB *)li__YMWO)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__URB__: {
    li__3MWO=((__li__URB *)li__YMWO)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__GSZ__: {
    li__3MWO=((__li__GSZ *)li__YMWO)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__1RRF__: {
    li__WAHV=li__QLKI();
    li__3MWO=li__WAHV->li__SF.li__RF.li__0CC;
  } break;
  case __li__UJSH__: {
    li__WAHV=li__VYLN();
    li__3MWO=li__WAHV->li__SF.li__RF.li__0CC;
  } break;
  };
  li__5MWO=li__O1WH(((__li__5RB *)li__2MWO),li__3MWO);
  li__ZMWO=li__5MWO;
  return(li__ZMWO);
}

static __li__Z4WH* li__BNWO(__li__UL2B *li__CNWO,void *li__DNWO)
/* (Strict ITM_TYPE_MULTI{li__UL2B},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__GNWO,*li__RNWO;
  __li__K li__UDRU,li__HIZO;
  void *li__QNWO;
  __li__PO li__SNWO;
  __li__PF *li__0AHV;
  __li__Z4WH *li__XNWO,*li__ENWO;
  __li__2ZEC *li__INWO;
  li__GNWO=NULL;
  li__UDRU=(__li__K)((*(((__li__CRB *)li__CNWO->li__GX5B))).li__5QZ +  1);
  li__INWO=li__IF1H(li__UDRU);
  li__UDRU=(*(li__CNWO->li__GX5B)).li__5QZ;
  li__HIZO= 0;
  while ((li__HIZO <= li__UDRU)) {
    li__QNWO=((void **)(*(((__li__CRB *)li__CNWO->li__GX5B))).li__V1BD)[li__HIZO];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__QNWO)->__id) {
    case __li__WRB__: {
      li__RNWO=li__WLRF(((__li__WRB *)li__QNWO),li__DNWO);
    } break;
    case __li__XRB__: {
      li__RNWO=li__KNRF(((__li__XRB *)((__li__WRB *)li__QNWO)),li__DNWO);
    } break;
    case __li__KUB__: {
      li__RNWO=li__4ORF(((__li__KUB *)((__li__WRB *)li__QNWO)),li__DNWO);
    } break;
    case __li__VB1__: {
      li__RNWO=li__DRRF(((__li__VB1 *)((__li__WRB *)li__QNWO)),li__DNWO);
    } break;
    case __li__4O2B__: {
      li__RNWO=li__XRRF(((__li__4O2B *)((__li__WRB *)li__QNWO)),li__DNWO);
    } break;
    };
    li__GNWO=li__RNWO;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DNWO)->__id) {
    case __li__IF__: {
      li__SNWO=((__li__IF *)li__DNWO)->li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__ORB__: {
      li__SNWO=((__li__ORB *)li__DNWO)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__QRB__: {
      li__SNWO=((__li__QRB *)li__DNWO)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__SRB__: {
      li__SNWO=((__li__SRB *)li__DNWO)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__URB__: {
      li__SNWO=((__li__URB *)li__DNWO)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__GSZ__: {
      li__SNWO=((__li__GSZ *)li__DNWO)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__1RRF__: {
      li__0AHV=li__QLKI();
      li__SNWO=li__0AHV->li__SF.li__RF.li__0CC;
    } break;
    case __li__UJSH__: {
      li__0AHV=li__VYLN();
      li__SNWO=li__0AHV->li__SF.li__RF.li__0CC;
    } break;
    };
    li__QNWO=li__O1WH(((__li__5RB *)li__GNWO),li__SNWO);
    li__2YPI(((__li__2ZEC *)li__INWO),li__QNWO);
    li__HIZO=(__li__K)(li__HIZO +  1);
  };
  li__XNWO=li__4F1H(li__INWO);
  li__ENWO=li__XNWO;
  return(li__ENWO);
}

static void* li__ZNWO(__li__4O2B *li__0NWO,void *li__1NWO)
/* (Strict ITM_TYPE_BLOCK{li__4O2B},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__5NWO;
  __li__PO li__AOWO;
  __li__PF *li__4AHV;
  void *li__COWO,*li__2NWO;
  li__5NWO=li__XRRF(li__0NWO,li__1NWO);
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1NWO)->__id) {
  case __li__IF__: {
    li__AOWO=((__li__IF *)li__1NWO)->li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__ORB__: {
    li__AOWO=((__li__ORB *)li__1NWO)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__QRB__: {
    li__AOWO=((__li__QRB *)li__1NWO)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__SRB__: {
    li__AOWO=((__li__SRB *)li__1NWO)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__URB__: {
    li__AOWO=((__li__URB *)li__1NWO)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__GSZ__: {
    li__AOWO=((__li__GSZ *)li__1NWO)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
  } break;
  case __li__1RRF__: {
    li__4AHV=li__QLKI();
    li__AOWO=li__4AHV->li__SF.li__RF.li__0CC;
  } break;
  case __li__UJSH__: {
    li__4AHV=li__VYLN();
    li__AOWO=li__4AHV->li__SF.li__RF.li__0CC;
  } break;
  };
  li__COWO=li__O1WH(((__li__5RB *)li__5NWO),li__AOWO);
  li__2NWO=li__COWO;
  return(li__2NWO);
}

static __li__WK* li__PVEJ(__li__WK *li__QVEJ)
/* (Strict STRING_CST{li__WK}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__WK *li__SVEJ,*li__1WEJ,*li__RVEJ;
  __li__CB li__TVEJ,li__2HXU;
  __li__JJG li__1VEJ,li__5HXU,li__0HXU;
  __li__K li__GWEJ;
  __li__52B li__KIXU;
  li__SVEJ=NULL;
  li__TVEJ=((__li__CB )(NULL));
  li__1VEJ=((__li__JJG )sizeof(__li__WK));
  /* __li__B__ __li__I__ */
if ((li__1VEJ ==  0)) {
    li__SVEJ=li__QVEJ;
  } else /* FALSE */ {
    li__GWEJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1VEJ));
    /* __li__B__ __li__I__ */
if ((li__GWEJ == (__li__K)(-  1))) {
      li__5HXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0HXU=(__li__JJG)((__li__JJG)(li__1VEJ - (__li__JJG)(((__li__JJG ) 0) - li__5HXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5HXU) - ((__li__JJG ) 1)));
      li__5HXU=(__li__JJG)(li__0HXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__2HXU=li__YCJ(li__0HXU,((__li__CB )(&(table_size[(li__5HXU)-1]))),((__li__52B )li__0HXU));
      li__TVEJ=li__2HXU;
    } else /* FALSE */ {
      li__KIXU=((__li__52B )li__GWEJ);
      li__5HXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0HXU=(__li__JJG)((__li__JJG)(li__1VEJ - (__li__JJG)(((__li__JJG ) 0) - li__5HXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5HXU) - ((__li__JJG ) 1)));
      li__2HXU=li__YCJ(li__0HXU,((__li__CB )(&(table_type[(li__KIXU)]))),(__li__52B)(li__KIXU |  1));
      li__TVEJ=li__2HXU;
    };
    li__1WEJ=((__li__WK *)li__TVEJ);
    li__SVEJ=li__1WEJ;
    *(li__1WEJ) = *(li__QVEJ);
  };
  li__RVEJ=li__SVEJ;
  return(li__RVEJ);
}

static __li__AVBD* li__AE5L(__li__AVBD *li__BE5L)
/* (Strict EXTERNAL_C{li__AVBD}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YDRU,li__VUUM;
  void *li__2E5L,*li__3E5L;
  __li__WK *li__3FUU;
  __li__KVBD *li__JF5L,*li__EGUU;
  __li__PO li__AGUU;
  __li__5RB *li__BGUU,*li__GGUU;
  __li__WVBD *li__QF5L,*li__VF5L;
  __li__KLWI *li__HBHV;
  __li__KMFK *li__JBHV;
  __li__ULWI *li__MBHV,*li__NBHV;
  __li__MSWI *li__PBHV,*li__QBHV;
  __li__MZWI *li__SBHV,*li__TBHV;
  __li__C0WI *li__VBHV,*li__WBHV;
  __li__M1WI *li__YBHV,*li__ZBHV;
  __li__U *li__CF4I;
  __li__AVBD *li__IF4I,*li__XYAT,*li__CE5L;
  __li__2ZEC *li__EE5L,*li__PE5L;
  __li__C li__EF4I;
  li__EE5L=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__BE5L->li__N2ME != (void *)NULL)) {
    li__YDRU=(__li__K)((*(((__li__2ZEC *)li__BE5L->li__N2ME))).li__NKSH +  1);
    li__PE5L=li__IF1H(li__YDRU);
    li__EE5L=li__PE5L;
    li__YDRU=(*(li__BE5L->li__N2ME)).li__NKSH;
    li__VUUM= 0;
    while ((li__VUUM <= li__YDRU)) {
      li__2E5L=((void **)(*(((__li__2ZEC *)li__BE5L->li__N2ME))).li__3GPI)[li__VUUM];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2E5L)->__id) {
      case __li__WK__: {
        li__3FUU=li__PVEJ(((__li__WK *)li__2E5L));
        li__3E5L=li__3FUU;
      } break;
      case __li__AVBD__: {
        li__3E5L=li__AE5L(((__li__AVBD *)li__2E5L));
      } break;
      case __li__KVBD__: {
        li__JF5L=((__li__KVBD *)li__2E5L);
        li__AGUU=li__JF5L->li__LVBD.li__0K.li__0CC;
        li__BGUU=li__JF5L->li__LVBD.li__WZLE;
        li__JF5L=li__5QND();
        li__EGUU=((__li__KVBD *)li__JF5L);
        li__EGUU->li__LVBD.li__0K.li__0CC=li__AGUU;
        li__GGUU=li__NNSE(((__li__5RB *)li__BGUU));
        li__EGUU->li__LVBD.li__WZLE=li__GGUU;
        li__3E5L=li__JF5L;
      } break;
      case __li__WVBD__: {
        li__QF5L=((__li__WVBD *)li__2E5L);
        li__VF5L=li__VEID(li__QF5L->li__XVBD.li__0K.li__0CC,li__QF5L->li__2ZLE,li__QF5L->li__XVBD.li__WZLE);
        li__3E5L=li__VF5L;
      } break;
      case __li__Z4WH__: {
        li__3E5L=li__XEVK(((__li__Z4WH *)li__2E5L));
      } break;
      case __li__KTVI__: {
        li__3E5L=li__XF5L(((__li__KTVI *)li__2E5L));
      } break;
      case __li__LTVI__: {
        li__3E5L=li__SDGM(((__li__LTVI *)li__2E5L));
      } break;
      case __li__XTVI__: {
        li__3E5L=li__DG5L(((__li__XTVI *)li__2E5L));
      } break;
      case __li__YTVI__: {
        li__3E5L=li__4DGM(((__li__YTVI *)li__2E5L));
      } break;
      case __li__S2VI__: {
        li__3E5L=li__OG5L(((__li__S2VI *)li__2E5L));
      } break;
      case __li__E3VI__: {
        li__3E5L=li__ZG5L(((__li__E3VI *)li__2E5L));
      } break;
      case __li__KLWI__: {
        li__HBHV=((__li__KLWI *)li__2E5L);
        li__AGUU=li__HBHV->li__LLWI.li__0CC;
        li__JBHV=li__G3CM(((__li__KMFK *)li__HBHV->li__ZPBK));
        li__HBHV=li__PNSJ(li__AGUU,li__JBHV);
        li__3E5L=li__HBHV;
      } break;
      case __li__ULWI__: {
        li__MBHV=((__li__ULWI *)li__2E5L);
        li__NBHV=li__AOSJ(li__MBHV->li__VLWI.li__0CC,li__MBHV->li__4PBK);
        li__3E5L=li__NBHV;
      } break;
      case __li__NMWI__: {
        li__3E5L=li__SH5L(((__li__NMWI *)li__2E5L));
      } break;
      case __li__BNWI__: {
        li__3E5L=li__3H5L(((__li__BNWI *)li__2E5L));
      } break;
      case __li__XNWI__: {
        li__3E5L=li__II5L(((__li__XNWI *)li__2E5L));
      } break;
      case __li__LOWI__: {
        li__3E5L=li__TI5L(((__li__LOWI *)li__2E5L));
      } break;
      case __li__5OWI__: {
        li__3E5L=li__4I5L(((__li__5OWI *)li__2E5L));
      } break;
      case __li__TPWI__: {
        li__3E5L=li__JJ5L(((__li__TPWI *)li__2E5L));
      } break;
      case __li__HQWI__: {
        li__3E5L=li__UJ5L(((__li__HQWI *)li__2E5L));
      } break;
      case __li__ARWI__: {
        li__3E5L=li__5J5L(((__li__ARWI *)li__2E5L));
      } break;
      case __li__URWI__: {
        li__3E5L=li__NK5L(((__li__URWI *)li__2E5L));
      } break;
      case __li__MSWI__: {
        li__PBHV=((__li__MSWI *)li__2E5L);
        li__QBHV=li__YXSJ(li__PBHV->li__NSWI.li__0CC,li__PBHV->li__ISBK);
        li__3E5L=li__QBHV;
      } break;
      case __li__ETWI__: {
        li__3E5L=li__4K5L(((__li__ETWI *)li__2E5L));
      } break;
      case __li__MZWI__: {
        li__SBHV=((__li__MZWI *)li__2E5L);
        li__TBHV=li__4U4I(li__SBHV->li__NZWI.li__0K.li__0CC,li__SBHV->li__3SBK,li__SBHV->li__NZWI.li__WZLE);
        li__3E5L=li__TBHV;
      } break;
      case __li__C0WI__: {
        li__VBHV=((__li__C0WI *)li__2E5L);
        li__WBHV=li__ZV4I(li__VBHV->li__D0WI.li__0K.li__0CC,li__VBHV->li__CTBK);
        li__3E5L=li__WBHV;
      } break;
      case __li__M1WI__: {
        li__YBHV=((__li__M1WI *)li__2E5L);
        li__ZBHV=li__1Z4I(li__YBHV->li__N1WI.li__0K.li__0CC,li__YBHV->li__UTFK);
        li__3E5L=li__ZBHV;
      } break;
      case __li__KMFK__: {
        li__3E5L=li__G3CM(((__li__KMFK *)li__2E5L));
      } break;
      case __li__XOHL__: {
        li__3E5L=li__AAPN(((__li__XOHL *)li__2E5L));
      } break;
      case __li__FPHL__: {
        li__3E5L=li__2EGM(((__li__FPHL *)li__2E5L));
      } break;
      case __li__APLM__: {
        li__3E5L=li__XRDQ(((__li__APLM *)li__2E5L));
      } break;
      case __li__DTNM__: {
        li__3E5L=li__D5SO(((__li__DTNM *)li__2E5L));
      } break;
      case __li__JXNM__: {
        li__3E5L=li__153R(((__li__JXNM *)li__2E5L));
      } break;
      case __li__21LO__: {
        li__3E5L=li__2KLP(((__li__21LO *)li__2E5L));
      } break;
      case __li__TPOO__: {
        li__3E5L=li__JLLP(((__li__TPOO *)li__2E5L));
      } break;
      case __li__URRO__: {
        li__3E5L=li__KM4R(((__li__URRO *)li__2E5L));
      } break;
      case __li__41XO__: {
        li__3E5L=li__CSDQ(((__li__41XO *)li__2E5L));
      } break;
      case __li__AKBR__: {
        li__3E5L=li__L2DS(((__li__AKBR *)li__2E5L));
      } break;
      case __li__SU5R__: {
        li__3E5L=li__EQJS(((__li__SU5R *)li__2E5L));
      } break;
      case __li__JV5R__: {
        li__3E5L=li__PQJS(((__li__JV5R *)li__2E5L));
      } break;
      };
      li__2YPI(((__li__2ZEC *)li__EE5L),li__3E5L);
      li__VUUM=(__li__K)(li__VUUM +  1);
    };
  };
  li__AGUU=li__BE5L->li__BVBD.li__0CC;
  li__CF4I=li__BE5L->li__M2ME;
  li__EF4I=li__BE5L->li__L2ME;
  li__BGUU=li__BE5L->li__K2ME;
  li__IF4I=li__RX1D();
  li__XYAT=((__li__AVBD *)li__IF4I);
  li__XYAT->li__BVBD.li__0CC=li__AGUU;
  li__XYAT->li__K2ME=li__BGUU;
  li__XYAT->li__L2ME=li__EF4I;
  li__XYAT->li__M2ME=li__CF4I;
  li__XYAT->li__N2ME=li__EE5L;
  ((__li__AVBD *)li__IF4I)->li__NTMI=li__BE5L->li__NTMI;
  li__CE5L=li__IF4I;
  return(li__CE5L);
}

static __li__Z4WH* li__XEVK(__li__Z4WH *li__YEVK)
/* (Strict EXPR_MULTIPLE{li__Z4WH}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0DRU,li__NQ1K;
  void *li__LFVK,*li__MFVK;
  __li__WK *li__IGUU;
  __li__KVBD *li__4BHV,*li__CCHV;
  __li__PO li__5BHV;
  __li__5RB *li__ACHV,*li__DCHV;
  __li__WVBD *li__KGUU,*li__LGUU;
  __li__KLWI *li__GCHV;
  __li__KMFK *li__ICHV;
  __li__ULWI *li__LCHV,*li__MCHV;
  __li__MSWI *li__OCHV,*li__PCHV;
  __li__MZWI *li__RCHV,*li__SCHV;
  __li__C0WI *li__UCHV,*li__VCHV;
  __li__M1WI *li__XCHV,*li__YCHV;
  __li__Z4WH *li__PFVK,*li__ZEVK;
  __li__2ZEC *li__4EVK;
  li__0DRU=(__li__K)((*(((__li__2ZEC *)li__YEVK->li__PJPI))).li__NKSH +  1);
  li__4EVK=li__IF1H(li__0DRU);
  li__0DRU=(*(li__YEVK->li__PJPI)).li__NKSH;
  li__NQ1K= 0;
  while ((li__NQ1K <= li__0DRU)) {
    li__LFVK=((void **)(*(((__li__2ZEC *)li__YEVK->li__PJPI))).li__3GPI)[li__NQ1K];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LFVK)->__id) {
    case __li__WK__: {
      li__IGUU=li__PVEJ(((__li__WK *)li__LFVK));
      li__MFVK=li__IGUU;
    } break;
    case __li__AVBD__: {
      li__MFVK=li__AE5L(((__li__AVBD *)li__LFVK));
    } break;
    case __li__KVBD__: {
      li__4BHV=((__li__KVBD *)li__LFVK);
      li__5BHV=li__4BHV->li__LVBD.li__0K.li__0CC;
      li__ACHV=li__4BHV->li__LVBD.li__WZLE;
      li__4BHV=li__5QND();
      li__CCHV=((__li__KVBD *)li__4BHV);
      li__CCHV->li__LVBD.li__0K.li__0CC=li__5BHV;
      li__DCHV=li__NNSE(((__li__5RB *)li__ACHV));
      li__CCHV->li__LVBD.li__WZLE=li__DCHV;
      li__MFVK=li__4BHV;
    } break;
    case __li__WVBD__: {
      li__KGUU=((__li__WVBD *)li__LFVK);
      li__LGUU=li__VEID(li__KGUU->li__XVBD.li__0K.li__0CC,li__KGUU->li__2ZLE,li__KGUU->li__XVBD.li__WZLE);
      li__MFVK=li__LGUU;
    } break;
    case __li__Z4WH__: {
      li__MFVK=li__XEVK(((__li__Z4WH *)li__LFVK));
    } break;
    case __li__KTVI__: {
      li__MFVK=li__XF5L(((__li__KTVI *)li__LFVK));
    } break;
    case __li__LTVI__: {
      li__MFVK=li__SDGM(((__li__LTVI *)li__LFVK));
    } break;
    case __li__XTVI__: {
      li__MFVK=li__DG5L(((__li__XTVI *)li__LFVK));
    } break;
    case __li__YTVI__: {
      li__MFVK=li__4DGM(((__li__YTVI *)li__LFVK));
    } break;
    case __li__S2VI__: {
      li__MFVK=li__OG5L(((__li__S2VI *)li__LFVK));
    } break;
    case __li__E3VI__: {
      li__MFVK=li__ZG5L(((__li__E3VI *)li__LFVK));
    } break;
    case __li__KLWI__: {
      li__GCHV=((__li__KLWI *)li__LFVK);
      li__5BHV=li__GCHV->li__LLWI.li__0CC;
      li__ICHV=li__G3CM(((__li__KMFK *)li__GCHV->li__ZPBK));
      li__GCHV=li__PNSJ(li__5BHV,li__ICHV);
      li__MFVK=li__GCHV;
    } break;
    case __li__ULWI__: {
      li__LCHV=((__li__ULWI *)li__LFVK);
      li__MCHV=li__AOSJ(li__LCHV->li__VLWI.li__0CC,li__LCHV->li__4PBK);
      li__MFVK=li__MCHV;
    } break;
    case __li__NMWI__: {
      li__MFVK=li__SH5L(((__li__NMWI *)li__LFVK));
    } break;
    case __li__BNWI__: {
      li__MFVK=li__3H5L(((__li__BNWI *)li__LFVK));
    } break;
    case __li__XNWI__: {
      li__MFVK=li__II5L(((__li__XNWI *)li__LFVK));
    } break;
    case __li__LOWI__: {
      li__MFVK=li__TI5L(((__li__LOWI *)li__LFVK));
    } break;
    case __li__5OWI__: {
      li__MFVK=li__4I5L(((__li__5OWI *)li__LFVK));
    } break;
    case __li__TPWI__: {
      li__MFVK=li__JJ5L(((__li__TPWI *)li__LFVK));
    } break;
    case __li__HQWI__: {
      li__MFVK=li__UJ5L(((__li__HQWI *)li__LFVK));
    } break;
    case __li__ARWI__: {
      li__MFVK=li__5J5L(((__li__ARWI *)li__LFVK));
    } break;
    case __li__URWI__: {
      li__MFVK=li__NK5L(((__li__URWI *)li__LFVK));
    } break;
    case __li__MSWI__: {
      li__OCHV=((__li__MSWI *)li__LFVK);
      li__PCHV=li__YXSJ(li__OCHV->li__NSWI.li__0CC,li__OCHV->li__ISBK);
      li__MFVK=li__PCHV;
    } break;
    case __li__ETWI__: {
      li__MFVK=li__4K5L(((__li__ETWI *)li__LFVK));
    } break;
    case __li__MZWI__: {
      li__RCHV=((__li__MZWI *)li__LFVK);
      li__SCHV=li__4U4I(li__RCHV->li__NZWI.li__0K.li__0CC,li__RCHV->li__3SBK,li__RCHV->li__NZWI.li__WZLE);
      li__MFVK=li__SCHV;
    } break;
    case __li__C0WI__: {
      li__UCHV=((__li__C0WI *)li__LFVK);
      li__VCHV=li__ZV4I(li__UCHV->li__D0WI.li__0K.li__0CC,li__UCHV->li__CTBK);
      li__MFVK=li__VCHV;
    } break;
    case __li__M1WI__: {
      li__XCHV=((__li__M1WI *)li__LFVK);
      li__YCHV=li__1Z4I(li__XCHV->li__N1WI.li__0K.li__0CC,li__XCHV->li__UTFK);
      li__MFVK=li__YCHV;
    } break;
    case __li__KMFK__: {
      li__MFVK=li__G3CM(((__li__KMFK *)li__LFVK));
    } break;
    case __li__XOHL__: {
      li__MFVK=li__AAPN(((__li__XOHL *)li__LFVK));
    } break;
    case __li__FPHL__: {
      li__MFVK=li__2EGM(((__li__FPHL *)li__LFVK));
    } break;
    case __li__APLM__: {
      li__MFVK=li__XRDQ(((__li__APLM *)li__LFVK));
    } break;
    case __li__DTNM__: {
      li__MFVK=li__D5SO(((__li__DTNM *)li__LFVK));
    } break;
    case __li__JXNM__: {
      li__MFVK=li__153R(((__li__JXNM *)li__LFVK));
    } break;
    case __li__21LO__: {
      li__MFVK=li__2KLP(((__li__21LO *)li__LFVK));
    } break;
    case __li__TPOO__: {
      li__MFVK=li__JLLP(((__li__TPOO *)li__LFVK));
    } break;
    case __li__URRO__: {
      li__MFVK=li__KM4R(((__li__URRO *)li__LFVK));
    } break;
    case __li__41XO__: {
      li__MFVK=li__CSDQ(((__li__41XO *)li__LFVK));
    } break;
    case __li__AKBR__: {
      li__MFVK=li__L2DS(((__li__AKBR *)li__LFVK));
    } break;
    case __li__SU5R__: {
      li__MFVK=li__EQJS(((__li__SU5R *)li__LFVK));
    } break;
    case __li__JV5R__: {
      li__MFVK=li__PQJS(((__li__JV5R *)li__LFVK));
    } break;
    };
    li__2YPI(((__li__2ZEC *)li__4EVK),li__MFVK);
    li__NQ1K=(__li__K)(li__NQ1K +  1);
  };
  li__PFVK=li__4F1H(li__4EVK);
  li__ZEVK=li__PFVK;
  return(li__ZEVK);
}

static __li__KTVI* li__XF5L(__li__KTVI *li__YF5L)
/* (Strict EXPR_AND_AND_LOGIC{li__KTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__0F5L,li__1CHV;
  void *li__1F5L,*li__2F5L,*li__5F5L;
  __li__WK *li__OGUU;
  __li__KVBD *li__0CHV,*li__4CHV;
  __li__5RB *li__2CHV,*li__5CHV;
  __li__WVBD *li__QGUU,*li__RGUU;
  __li__KLWI *li__CDHV;
  __li__KMFK *li__EDHV;
  __li__ULWI *li__HDHV,*li__IDHV;
  __li__MSWI *li__KDHV,*li__LDHV;
  __li__MZWI *li__NDHV,*li__ODHV;
  __li__C0WI *li__QDHV,*li__RDHV;
  __li__M1WI *li__TDHV,*li__UDHV;
  __li__KTVI *li__BG5L,*li__ZF5L;
  li__0F5L=li__YF5L->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  li__1F5L=li__YF5L->li__PTVI.li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1F5L)->__id) {
  case __li__WK__: {
    li__OGUU=li__PVEJ(((__li__WK *)li__1F5L));
    li__2F5L=li__OGUU;
  } break;
  case __li__AVBD__: {
    li__2F5L=li__AE5L(((__li__AVBD *)li__1F5L));
  } break;
  case __li__KVBD__: {
    li__0CHV=((__li__KVBD *)li__1F5L);
    li__1CHV=li__0CHV->li__LVBD.li__0K.li__0CC;
    li__2CHV=li__0CHV->li__LVBD.li__WZLE;
    li__0CHV=li__5QND();
    li__4CHV=((__li__KVBD *)li__0CHV);
    li__4CHV->li__LVBD.li__0K.li__0CC=li__1CHV;
    li__5CHV=li__NNSE(((__li__5RB *)li__2CHV));
    li__4CHV->li__LVBD.li__WZLE=li__5CHV;
    li__2F5L=li__0CHV;
  } break;
  case __li__WVBD__: {
    li__QGUU=((__li__WVBD *)li__1F5L);
    li__RGUU=li__VEID(li__QGUU->li__XVBD.li__0K.li__0CC,li__QGUU->li__2ZLE,li__QGUU->li__XVBD.li__WZLE);
    li__2F5L=li__RGUU;
  } break;
  case __li__Z4WH__: {
    li__2F5L=li__XEVK(((__li__Z4WH *)li__1F5L));
  } break;
  case __li__KTVI__: {
    li__2F5L=li__XF5L(((__li__KTVI *)li__1F5L));
  } break;
  case __li__LTVI__: {
    li__2F5L=li__SDGM(((__li__LTVI *)li__1F5L));
  } break;
  case __li__XTVI__: {
    li__2F5L=li__DG5L(((__li__XTVI *)li__1F5L));
  } break;
  case __li__YTVI__: {
    li__2F5L=li__4DGM(((__li__YTVI *)li__1F5L));
  } break;
  case __li__S2VI__: {
    li__2F5L=li__OG5L(((__li__S2VI *)li__1F5L));
  } break;
  case __li__E3VI__: {
    li__2F5L=li__ZG5L(((__li__E3VI *)li__1F5L));
  } break;
  case __li__KLWI__: {
    li__CDHV=((__li__KLWI *)li__1F5L);
    li__1CHV=li__CDHV->li__LLWI.li__0CC;
    li__EDHV=li__G3CM(((__li__KMFK *)li__CDHV->li__ZPBK));
    li__CDHV=li__PNSJ(li__1CHV,li__EDHV);
    li__2F5L=li__CDHV;
  } break;
  case __li__ULWI__: {
    li__HDHV=((__li__ULWI *)li__1F5L);
    li__IDHV=li__AOSJ(li__HDHV->li__VLWI.li__0CC,li__HDHV->li__4PBK);
    li__2F5L=li__IDHV;
  } break;
  case __li__NMWI__: {
    li__2F5L=li__SH5L(((__li__NMWI *)li__1F5L));
  } break;
  case __li__BNWI__: {
    li__2F5L=li__3H5L(((__li__BNWI *)li__1F5L));
  } break;
  case __li__XNWI__: {
    li__2F5L=li__II5L(((__li__XNWI *)li__1F5L));
  } break;
  case __li__LOWI__: {
    li__2F5L=li__TI5L(((__li__LOWI *)li__1F5L));
  } break;
  case __li__5OWI__: {
    li__2F5L=li__4I5L(((__li__5OWI *)li__1F5L));
  } break;
  case __li__TPWI__: {
    li__2F5L=li__JJ5L(((__li__TPWI *)li__1F5L));
  } break;
  case __li__HQWI__: {
    li__2F5L=li__UJ5L(((__li__HQWI *)li__1F5L));
  } break;
  case __li__ARWI__: {
    li__2F5L=li__5J5L(((__li__ARWI *)li__1F5L));
  } break;
  case __li__URWI__: {
    li__2F5L=li__NK5L(((__li__URWI *)li__1F5L));
  } break;
  case __li__MSWI__: {
    li__KDHV=((__li__MSWI *)li__1F5L);
    li__LDHV=li__YXSJ(li__KDHV->li__NSWI.li__0CC,li__KDHV->li__ISBK);
    li__2F5L=li__LDHV;
  } break;
  case __li__ETWI__: {
    li__2F5L=li__4K5L(((__li__ETWI *)li__1F5L));
  } break;
  case __li__MZWI__: {
    li__NDHV=((__li__MZWI *)li__1F5L);
    li__ODHV=li__4U4I(li__NDHV->li__NZWI.li__0K.li__0CC,li__NDHV->li__3SBK,li__NDHV->li__NZWI.li__WZLE);
    li__2F5L=li__ODHV;
  } break;
  case __li__C0WI__: {
    li__QDHV=((__li__C0WI *)li__1F5L);
    li__RDHV=li__ZV4I(li__QDHV->li__D0WI.li__0K.li__0CC,li__QDHV->li__CTBK);
    li__2F5L=li__RDHV;
  } break;
  case __li__M1WI__: {
    li__TDHV=((__li__M1WI *)li__1F5L);
    li__UDHV=li__1Z4I(li__TDHV->li__N1WI.li__0K.li__0CC,li__TDHV->li__UTFK);
    li__2F5L=li__UDHV;
  } break;
  case __li__KMFK__: {
    li__2F5L=li__G3CM(((__li__KMFK *)li__1F5L));
  } break;
  case __li__XOHL__: {
    li__2F5L=li__AAPN(((__li__XOHL *)li__1F5L));
  } break;
  case __li__FPHL__: {
    li__2F5L=li__2EGM(((__li__FPHL *)li__1F5L));
  } break;
  case __li__APLM__: {
    li__2F5L=li__XRDQ(((__li__APLM *)li__1F5L));
  } break;
  case __li__DTNM__: {
    li__2F5L=li__D5SO(((__li__DTNM *)li__1F5L));
  } break;
  case __li__JXNM__: {
    li__2F5L=li__153R(((__li__JXNM *)li__1F5L));
  } break;
  case __li__21LO__: {
    li__2F5L=li__2KLP(((__li__21LO *)li__1F5L));
  } break;
  case __li__TPOO__: {
    li__2F5L=li__JLLP(((__li__TPOO *)li__1F5L));
  } break;
  case __li__URRO__: {
    li__2F5L=li__KM4R(((__li__URRO *)li__1F5L));
  } break;
  case __li__41XO__: {
    li__2F5L=li__CSDQ(((__li__41XO *)li__1F5L));
  } break;
  case __li__AKBR__: {
    li__2F5L=li__L2DS(((__li__AKBR *)li__1F5L));
  } break;
  case __li__SU5R__: {
    li__2F5L=li__EQJS(((__li__SU5R *)li__1F5L));
  } break;
  case __li__JV5R__: {
    li__2F5L=li__PQJS(((__li__JV5R *)li__1F5L));
  } break;
  };
  li__1F5L=li__YF5L->li__PTVI.li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1F5L)->__id) {
  case __li__WK__: {
    li__OGUU=li__PVEJ(((__li__WK *)li__1F5L));
    li__5F5L=li__OGUU;
  } break;
  case __li__AVBD__: {
    li__5F5L=li__AE5L(((__li__AVBD *)li__1F5L));
  } break;
  case __li__KVBD__: {
    li__0CHV=((__li__KVBD *)li__1F5L);
    li__1CHV=li__0CHV->li__LVBD.li__0K.li__0CC;
    li__2CHV=li__0CHV->li__LVBD.li__WZLE;
    li__0CHV=li__5QND();
    li__4CHV=((__li__KVBD *)li__0CHV);
    li__4CHV->li__LVBD.li__0K.li__0CC=li__1CHV;
    li__5CHV=li__NNSE(((__li__5RB *)li__2CHV));
    li__4CHV->li__LVBD.li__WZLE=li__5CHV;
    li__5F5L=li__0CHV;
  } break;
  case __li__WVBD__: {
    li__QGUU=((__li__WVBD *)li__1F5L);
    li__RGUU=li__VEID(li__QGUU->li__XVBD.li__0K.li__0CC,li__QGUU->li__2ZLE,li__QGUU->li__XVBD.li__WZLE);
    li__5F5L=li__RGUU;
  } break;
  case __li__Z4WH__: {
    li__5F5L=li__XEVK(((__li__Z4WH *)li__1F5L));
  } break;
  case __li__KTVI__: {
    li__5F5L=li__XF5L(((__li__KTVI *)li__1F5L));
  } break;
  case __li__LTVI__: {
    li__5F5L=li__SDGM(((__li__LTVI *)li__1F5L));
  } break;
  case __li__XTVI__: {
    li__5F5L=li__DG5L(((__li__XTVI *)li__1F5L));
  } break;
  case __li__YTVI__: {
    li__5F5L=li__4DGM(((__li__YTVI *)li__1F5L));
  } break;
  case __li__S2VI__: {
    li__5F5L=li__OG5L(((__li__S2VI *)li__1F5L));
  } break;
  case __li__E3VI__: {
    li__5F5L=li__ZG5L(((__li__E3VI *)li__1F5L));
  } break;
  case __li__KLWI__: {
    li__CDHV=((__li__KLWI *)li__1F5L);
    li__1CHV=li__CDHV->li__LLWI.li__0CC;
    li__EDHV=li__G3CM(((__li__KMFK *)li__CDHV->li__ZPBK));
    li__CDHV=li__PNSJ(li__1CHV,li__EDHV);
    li__5F5L=li__CDHV;
  } break;
  case __li__ULWI__: {
    li__HDHV=((__li__ULWI *)li__1F5L);
    li__IDHV=li__AOSJ(li__HDHV->li__VLWI.li__0CC,li__HDHV->li__4PBK);
    li__5F5L=li__IDHV;
  } break;
  case __li__NMWI__: {
    li__5F5L=li__SH5L(((__li__NMWI *)li__1F5L));
  } break;
  case __li__BNWI__: {
    li__5F5L=li__3H5L(((__li__BNWI *)li__1F5L));
  } break;
  case __li__XNWI__: {
    li__5F5L=li__II5L(((__li__XNWI *)li__1F5L));
  } break;
  case __li__LOWI__: {
    li__5F5L=li__TI5L(((__li__LOWI *)li__1F5L));
  } break;
  case __li__5OWI__: {
    li__5F5L=li__4I5L(((__li__5OWI *)li__1F5L));
  } break;
  case __li__TPWI__: {
    li__5F5L=li__JJ5L(((__li__TPWI *)li__1F5L));
  } break;
  case __li__HQWI__: {
    li__5F5L=li__UJ5L(((__li__HQWI *)li__1F5L));
  } break;
  case __li__ARWI__: {
    li__5F5L=li__5J5L(((__li__ARWI *)li__1F5L));
  } break;
  case __li__URWI__: {
    li__5F5L=li__NK5L(((__li__URWI *)li__1F5L));
  } break;
  case __li__MSWI__: {
    li__KDHV=((__li__MSWI *)li__1F5L);
    li__LDHV=li__YXSJ(li__KDHV->li__NSWI.li__0CC,li__KDHV->li__ISBK);
    li__5F5L=li__LDHV;
  } break;
  case __li__ETWI__: {
    li__5F5L=li__4K5L(((__li__ETWI *)li__1F5L));
  } break;
  case __li__MZWI__: {
    li__NDHV=((__li__MZWI *)li__1F5L);
    li__ODHV=li__4U4I(li__NDHV->li__NZWI.li__0K.li__0CC,li__NDHV->li__3SBK,li__NDHV->li__NZWI.li__WZLE);
    li__5F5L=li__ODHV;
  } break;
  case __li__C0WI__: {
    li__QDHV=((__li__C0WI *)li__1F5L);
    li__RDHV=li__ZV4I(li__QDHV->li__D0WI.li__0K.li__0CC,li__QDHV->li__CTBK);
    li__5F5L=li__RDHV;
  } break;
  case __li__M1WI__: {
    li__TDHV=((__li__M1WI *)li__1F5L);
    li__UDHV=li__1Z4I(li__TDHV->li__N1WI.li__0K.li__0CC,li__TDHV->li__UTFK);
    li__5F5L=li__UDHV;
  } break;
  case __li__KMFK__: {
    li__5F5L=li__G3CM(((__li__KMFK *)li__1F5L));
  } break;
  case __li__XOHL__: {
    li__5F5L=li__AAPN(((__li__XOHL *)li__1F5L));
  } break;
  case __li__FPHL__: {
    li__5F5L=li__2EGM(((__li__FPHL *)li__1F5L));
  } break;
  case __li__APLM__: {
    li__5F5L=li__XRDQ(((__li__APLM *)li__1F5L));
  } break;
  case __li__DTNM__: {
    li__5F5L=li__D5SO(((__li__DTNM *)li__1F5L));
  } break;
  case __li__JXNM__: {
    li__5F5L=li__153R(((__li__JXNM *)li__1F5L));
  } break;
  case __li__21LO__: {
    li__5F5L=li__2KLP(((__li__21LO *)li__1F5L));
  } break;
  case __li__TPOO__: {
    li__5F5L=li__JLLP(((__li__TPOO *)li__1F5L));
  } break;
  case __li__URRO__: {
    li__5F5L=li__KM4R(((__li__URRO *)li__1F5L));
  } break;
  case __li__41XO__: {
    li__5F5L=li__CSDQ(((__li__41XO *)li__1F5L));
  } break;
  case __li__AKBR__: {
    li__5F5L=li__L2DS(((__li__AKBR *)li__1F5L));
  } break;
  case __li__SU5R__: {
    li__5F5L=li__EQJS(((__li__SU5R *)li__1F5L));
  } break;
  case __li__JV5R__: {
    li__5F5L=li__PQJS(((__li__JV5R *)li__1F5L));
  } break;
  };
  li__BG5L=li__4D3J(li__0F5L,li__2F5L,li__5F5L);
  li__ZF5L=li__BG5L;
  return(li__ZF5L);
}

static __li__LTVI* li__SDGM(__li__LTVI *li__TDGM)
/* (Strict EXPR_AND_LOGIC{li__LTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__VDGM,li__TEHV;
  void *li__WDGM,*li__XDGM,*li__0DGM;
  __li__WK *li__0GUU;
  __li__KVBD *li__SEHV,*li__WEHV;
  __li__5RB *li__UEHV,*li__XEHV;
  __li__WVBD *li__2GUU,*li__3GUU;
  __li__KLWI *li__0EHV;
  __li__KMFK *li__2EHV;
  __li__ULWI *li__5EHV,*li__AFHV;
  __li__MSWI *li__CFHV,*li__DFHV;
  __li__MZWI *li__FFHV,*li__GFHV;
  __li__C0WI *li__IFHV,*li__JFHV;
  __li__M1WI *li__LFHV,*li__MFHV;
  __li__LTVI *li__2DGM,*li__UDGM;
  li__VDGM=li__TDGM->li__OTVI.li__NTVI.li__0CC;
  li__WDGM=li__TDGM->li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WDGM)->__id) {
  case __li__WK__: {
    li__0GUU=li__PVEJ(((__li__WK *)li__WDGM));
    li__XDGM=li__0GUU;
  } break;
  case __li__AVBD__: {
    li__XDGM=li__AE5L(((__li__AVBD *)li__WDGM));
  } break;
  case __li__KVBD__: {
    li__SEHV=((__li__KVBD *)li__WDGM);
    li__TEHV=li__SEHV->li__LVBD.li__0K.li__0CC;
    li__UEHV=li__SEHV->li__LVBD.li__WZLE;
    li__SEHV=li__5QND();
    li__WEHV=((__li__KVBD *)li__SEHV);
    li__WEHV->li__LVBD.li__0K.li__0CC=li__TEHV;
    li__XEHV=li__NNSE(((__li__5RB *)li__UEHV));
    li__WEHV->li__LVBD.li__WZLE=li__XEHV;
    li__XDGM=li__SEHV;
  } break;
  case __li__WVBD__: {
    li__2GUU=((__li__WVBD *)li__WDGM);
    li__3GUU=li__VEID(li__2GUU->li__XVBD.li__0K.li__0CC,li__2GUU->li__2ZLE,li__2GUU->li__XVBD.li__WZLE);
    li__XDGM=li__3GUU;
  } break;
  case __li__Z4WH__: {
    li__XDGM=li__XEVK(((__li__Z4WH *)li__WDGM));
  } break;
  case __li__KTVI__: {
    li__XDGM=li__XF5L(((__li__KTVI *)li__WDGM));
  } break;
  case __li__LTVI__: {
    li__XDGM=li__SDGM(((__li__LTVI *)li__WDGM));
  } break;
  case __li__XTVI__: {
    li__XDGM=li__DG5L(((__li__XTVI *)li__WDGM));
  } break;
  case __li__YTVI__: {
    li__XDGM=li__4DGM(((__li__YTVI *)li__WDGM));
  } break;
  case __li__S2VI__: {
    li__XDGM=li__OG5L(((__li__S2VI *)li__WDGM));
  } break;
  case __li__E3VI__: {
    li__XDGM=li__ZG5L(((__li__E3VI *)li__WDGM));
  } break;
  case __li__KLWI__: {
    li__0EHV=((__li__KLWI *)li__WDGM);
    li__TEHV=li__0EHV->li__LLWI.li__0CC;
    li__2EHV=li__G3CM(((__li__KMFK *)li__0EHV->li__ZPBK));
    li__0EHV=li__PNSJ(li__TEHV,li__2EHV);
    li__XDGM=li__0EHV;
  } break;
  case __li__ULWI__: {
    li__5EHV=((__li__ULWI *)li__WDGM);
    li__AFHV=li__AOSJ(li__5EHV->li__VLWI.li__0CC,li__5EHV->li__4PBK);
    li__XDGM=li__AFHV;
  } break;
  case __li__NMWI__: {
    li__XDGM=li__SH5L(((__li__NMWI *)li__WDGM));
  } break;
  case __li__BNWI__: {
    li__XDGM=li__3H5L(((__li__BNWI *)li__WDGM));
  } break;
  case __li__XNWI__: {
    li__XDGM=li__II5L(((__li__XNWI *)li__WDGM));
  } break;
  case __li__LOWI__: {
    li__XDGM=li__TI5L(((__li__LOWI *)li__WDGM));
  } break;
  case __li__5OWI__: {
    li__XDGM=li__4I5L(((__li__5OWI *)li__WDGM));
  } break;
  case __li__TPWI__: {
    li__XDGM=li__JJ5L(((__li__TPWI *)li__WDGM));
  } break;
  case __li__HQWI__: {
    li__XDGM=li__UJ5L(((__li__HQWI *)li__WDGM));
  } break;
  case __li__ARWI__: {
    li__XDGM=li__5J5L(((__li__ARWI *)li__WDGM));
  } break;
  case __li__URWI__: {
    li__XDGM=li__NK5L(((__li__URWI *)li__WDGM));
  } break;
  case __li__MSWI__: {
    li__CFHV=((__li__MSWI *)li__WDGM);
    li__DFHV=li__YXSJ(li__CFHV->li__NSWI.li__0CC,li__CFHV->li__ISBK);
    li__XDGM=li__DFHV;
  } break;
  case __li__ETWI__: {
    li__XDGM=li__4K5L(((__li__ETWI *)li__WDGM));
  } break;
  case __li__MZWI__: {
    li__FFHV=((__li__MZWI *)li__WDGM);
    li__GFHV=li__4U4I(li__FFHV->li__NZWI.li__0K.li__0CC,li__FFHV->li__3SBK,li__FFHV->li__NZWI.li__WZLE);
    li__XDGM=li__GFHV;
  } break;
  case __li__C0WI__: {
    li__IFHV=((__li__C0WI *)li__WDGM);
    li__JFHV=li__ZV4I(li__IFHV->li__D0WI.li__0K.li__0CC,li__IFHV->li__CTBK);
    li__XDGM=li__JFHV;
  } break;
  case __li__M1WI__: {
    li__LFHV=((__li__M1WI *)li__WDGM);
    li__MFHV=li__1Z4I(li__LFHV->li__N1WI.li__0K.li__0CC,li__LFHV->li__UTFK);
    li__XDGM=li__MFHV;
  } break;
  case __li__KMFK__: {
    li__XDGM=li__G3CM(((__li__KMFK *)li__WDGM));
  } break;
  case __li__XOHL__: {
    li__XDGM=li__AAPN(((__li__XOHL *)li__WDGM));
  } break;
  case __li__FPHL__: {
    li__XDGM=li__2EGM(((__li__FPHL *)li__WDGM));
  } break;
  case __li__APLM__: {
    li__XDGM=li__XRDQ(((__li__APLM *)li__WDGM));
  } break;
  case __li__DTNM__: {
    li__XDGM=li__D5SO(((__li__DTNM *)li__WDGM));
  } break;
  case __li__JXNM__: {
    li__XDGM=li__153R(((__li__JXNM *)li__WDGM));
  } break;
  case __li__21LO__: {
    li__XDGM=li__2KLP(((__li__21LO *)li__WDGM));
  } break;
  case __li__TPOO__: {
    li__XDGM=li__JLLP(((__li__TPOO *)li__WDGM));
  } break;
  case __li__URRO__: {
    li__XDGM=li__KM4R(((__li__URRO *)li__WDGM));
  } break;
  case __li__41XO__: {
    li__XDGM=li__CSDQ(((__li__41XO *)li__WDGM));
  } break;
  case __li__AKBR__: {
    li__XDGM=li__L2DS(((__li__AKBR *)li__WDGM));
  } break;
  case __li__SU5R__: {
    li__XDGM=li__EQJS(((__li__SU5R *)li__WDGM));
  } break;
  case __li__JV5R__: {
    li__XDGM=li__PQJS(((__li__JV5R *)li__WDGM));
  } break;
  };
  li__WDGM=li__TDGM->li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WDGM)->__id) {
  case __li__WK__: {
    li__0GUU=li__PVEJ(((__li__WK *)li__WDGM));
    li__0DGM=li__0GUU;
  } break;
  case __li__AVBD__: {
    li__0DGM=li__AE5L(((__li__AVBD *)li__WDGM));
  } break;
  case __li__KVBD__: {
    li__SEHV=((__li__KVBD *)li__WDGM);
    li__TEHV=li__SEHV->li__LVBD.li__0K.li__0CC;
    li__UEHV=li__SEHV->li__LVBD.li__WZLE;
    li__SEHV=li__5QND();
    li__WEHV=((__li__KVBD *)li__SEHV);
    li__WEHV->li__LVBD.li__0K.li__0CC=li__TEHV;
    li__XEHV=li__NNSE(((__li__5RB *)li__UEHV));
    li__WEHV->li__LVBD.li__WZLE=li__XEHV;
    li__0DGM=li__SEHV;
  } break;
  case __li__WVBD__: {
    li__2GUU=((__li__WVBD *)li__WDGM);
    li__3GUU=li__VEID(li__2GUU->li__XVBD.li__0K.li__0CC,li__2GUU->li__2ZLE,li__2GUU->li__XVBD.li__WZLE);
    li__0DGM=li__3GUU;
  } break;
  case __li__Z4WH__: {
    li__0DGM=li__XEVK(((__li__Z4WH *)li__WDGM));
  } break;
  case __li__KTVI__: {
    li__0DGM=li__XF5L(((__li__KTVI *)li__WDGM));
  } break;
  case __li__LTVI__: {
    li__0DGM=li__SDGM(((__li__LTVI *)li__WDGM));
  } break;
  case __li__XTVI__: {
    li__0DGM=li__DG5L(((__li__XTVI *)li__WDGM));
  } break;
  case __li__YTVI__: {
    li__0DGM=li__4DGM(((__li__YTVI *)li__WDGM));
  } break;
  case __li__S2VI__: {
    li__0DGM=li__OG5L(((__li__S2VI *)li__WDGM));
  } break;
  case __li__E3VI__: {
    li__0DGM=li__ZG5L(((__li__E3VI *)li__WDGM));
  } break;
  case __li__KLWI__: {
    li__0EHV=((__li__KLWI *)li__WDGM);
    li__TEHV=li__0EHV->li__LLWI.li__0CC;
    li__2EHV=li__G3CM(((__li__KMFK *)li__0EHV->li__ZPBK));
    li__0EHV=li__PNSJ(li__TEHV,li__2EHV);
    li__0DGM=li__0EHV;
  } break;
  case __li__ULWI__: {
    li__5EHV=((__li__ULWI *)li__WDGM);
    li__AFHV=li__AOSJ(li__5EHV->li__VLWI.li__0CC,li__5EHV->li__4PBK);
    li__0DGM=li__AFHV;
  } break;
  case __li__NMWI__: {
    li__0DGM=li__SH5L(((__li__NMWI *)li__WDGM));
  } break;
  case __li__BNWI__: {
    li__0DGM=li__3H5L(((__li__BNWI *)li__WDGM));
  } break;
  case __li__XNWI__: {
    li__0DGM=li__II5L(((__li__XNWI *)li__WDGM));
  } break;
  case __li__LOWI__: {
    li__0DGM=li__TI5L(((__li__LOWI *)li__WDGM));
  } break;
  case __li__5OWI__: {
    li__0DGM=li__4I5L(((__li__5OWI *)li__WDGM));
  } break;
  case __li__TPWI__: {
    li__0DGM=li__JJ5L(((__li__TPWI *)li__WDGM));
  } break;
  case __li__HQWI__: {
    li__0DGM=li__UJ5L(((__li__HQWI *)li__WDGM));
  } break;
  case __li__ARWI__: {
    li__0DGM=li__5J5L(((__li__ARWI *)li__WDGM));
  } break;
  case __li__URWI__: {
    li__0DGM=li__NK5L(((__li__URWI *)li__WDGM));
  } break;
  case __li__MSWI__: {
    li__CFHV=((__li__MSWI *)li__WDGM);
    li__DFHV=li__YXSJ(li__CFHV->li__NSWI.li__0CC,li__CFHV->li__ISBK);
    li__0DGM=li__DFHV;
  } break;
  case __li__ETWI__: {
    li__0DGM=li__4K5L(((__li__ETWI *)li__WDGM));
  } break;
  case __li__MZWI__: {
    li__FFHV=((__li__MZWI *)li__WDGM);
    li__GFHV=li__4U4I(li__FFHV->li__NZWI.li__0K.li__0CC,li__FFHV->li__3SBK,li__FFHV->li__NZWI.li__WZLE);
    li__0DGM=li__GFHV;
  } break;
  case __li__C0WI__: {
    li__IFHV=((__li__C0WI *)li__WDGM);
    li__JFHV=li__ZV4I(li__IFHV->li__D0WI.li__0K.li__0CC,li__IFHV->li__CTBK);
    li__0DGM=li__JFHV;
  } break;
  case __li__M1WI__: {
    li__LFHV=((__li__M1WI *)li__WDGM);
    li__MFHV=li__1Z4I(li__LFHV->li__N1WI.li__0K.li__0CC,li__LFHV->li__UTFK);
    li__0DGM=li__MFHV;
  } break;
  case __li__KMFK__: {
    li__0DGM=li__G3CM(((__li__KMFK *)li__WDGM));
  } break;
  case __li__XOHL__: {
    li__0DGM=li__AAPN(((__li__XOHL *)li__WDGM));
  } break;
  case __li__FPHL__: {
    li__0DGM=li__2EGM(((__li__FPHL *)li__WDGM));
  } break;
  case __li__APLM__: {
    li__0DGM=li__XRDQ(((__li__APLM *)li__WDGM));
  } break;
  case __li__DTNM__: {
    li__0DGM=li__D5SO(((__li__DTNM *)li__WDGM));
  } break;
  case __li__JXNM__: {
    li__0DGM=li__153R(((__li__JXNM *)li__WDGM));
  } break;
  case __li__21LO__: {
    li__0DGM=li__2KLP(((__li__21LO *)li__WDGM));
  } break;
  case __li__TPOO__: {
    li__0DGM=li__JLLP(((__li__TPOO *)li__WDGM));
  } break;
  case __li__URRO__: {
    li__0DGM=li__KM4R(((__li__URRO *)li__WDGM));
  } break;
  case __li__41XO__: {
    li__0DGM=li__CSDQ(((__li__41XO *)li__WDGM));
  } break;
  case __li__AKBR__: {
    li__0DGM=li__L2DS(((__li__AKBR *)li__WDGM));
  } break;
  case __li__SU5R__: {
    li__0DGM=li__EQJS(((__li__SU5R *)li__WDGM));
  } break;
  case __li__JV5R__: {
    li__0DGM=li__PQJS(((__li__JV5R *)li__WDGM));
  } break;
  };
  li__2DGM=li__QZQL(li__VDGM,li__XDGM,li__0DGM);
  li__UDGM=li__2DGM;
  return(li__UDGM);
}

static __li__XTVI* li__DG5L(__li__XTVI *li__EG5L)
/* (Strict EXPR_OR_OR_LOGIC{li__XTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__GG5L,li__LGHV;
  void *li__HG5L,*li__IG5L,*li__LG5L;
  __li__WK *li__GHUU;
  __li__KVBD *li__KGHV,*li__OGHV;
  __li__5RB *li__MGHV,*li__PGHV;
  __li__WVBD *li__IHUU,*li__JHUU;
  __li__KLWI *li__SGHV;
  __li__KMFK *li__UGHV;
  __li__ULWI *li__XGHV,*li__YGHV;
  __li__MSWI *li__0GHV,*li__1GHV;
  __li__MZWI *li__3GHV,*li__4GHV;
  __li__C0WI *li__AHHV,*li__BHHV;
  __li__M1WI *li__DHHV,*li__EHHV;
  __li__XTVI *li__NG5L,*li__FG5L;
  li__GG5L=li__EG5L->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  li__HG5L=li__EG5L->li__0TVI.li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HG5L)->__id) {
  case __li__WK__: {
    li__GHUU=li__PVEJ(((__li__WK *)li__HG5L));
    li__IG5L=li__GHUU;
  } break;
  case __li__AVBD__: {
    li__IG5L=li__AE5L(((__li__AVBD *)li__HG5L));
  } break;
  case __li__KVBD__: {
    li__KGHV=((__li__KVBD *)li__HG5L);
    li__LGHV=li__KGHV->li__LVBD.li__0K.li__0CC;
    li__MGHV=li__KGHV->li__LVBD.li__WZLE;
    li__KGHV=li__5QND();
    li__OGHV=((__li__KVBD *)li__KGHV);
    li__OGHV->li__LVBD.li__0K.li__0CC=li__LGHV;
    li__PGHV=li__NNSE(((__li__5RB *)li__MGHV));
    li__OGHV->li__LVBD.li__WZLE=li__PGHV;
    li__IG5L=li__KGHV;
  } break;
  case __li__WVBD__: {
    li__IHUU=((__li__WVBD *)li__HG5L);
    li__JHUU=li__VEID(li__IHUU->li__XVBD.li__0K.li__0CC,li__IHUU->li__2ZLE,li__IHUU->li__XVBD.li__WZLE);
    li__IG5L=li__JHUU;
  } break;
  case __li__Z4WH__: {
    li__IG5L=li__XEVK(((__li__Z4WH *)li__HG5L));
  } break;
  case __li__KTVI__: {
    li__IG5L=li__XF5L(((__li__KTVI *)li__HG5L));
  } break;
  case __li__LTVI__: {
    li__IG5L=li__SDGM(((__li__LTVI *)li__HG5L));
  } break;
  case __li__XTVI__: {
    li__IG5L=li__DG5L(((__li__XTVI *)li__HG5L));
  } break;
  case __li__YTVI__: {
    li__IG5L=li__4DGM(((__li__YTVI *)li__HG5L));
  } break;
  case __li__S2VI__: {
    li__IG5L=li__OG5L(((__li__S2VI *)li__HG5L));
  } break;
  case __li__E3VI__: {
    li__IG5L=li__ZG5L(((__li__E3VI *)li__HG5L));
  } break;
  case __li__KLWI__: {
    li__SGHV=((__li__KLWI *)li__HG5L);
    li__LGHV=li__SGHV->li__LLWI.li__0CC;
    li__UGHV=li__G3CM(((__li__KMFK *)li__SGHV->li__ZPBK));
    li__SGHV=li__PNSJ(li__LGHV,li__UGHV);
    li__IG5L=li__SGHV;
  } break;
  case __li__ULWI__: {
    li__XGHV=((__li__ULWI *)li__HG5L);
    li__YGHV=li__AOSJ(li__XGHV->li__VLWI.li__0CC,li__XGHV->li__4PBK);
    li__IG5L=li__YGHV;
  } break;
  case __li__NMWI__: {
    li__IG5L=li__SH5L(((__li__NMWI *)li__HG5L));
  } break;
  case __li__BNWI__: {
    li__IG5L=li__3H5L(((__li__BNWI *)li__HG5L));
  } break;
  case __li__XNWI__: {
    li__IG5L=li__II5L(((__li__XNWI *)li__HG5L));
  } break;
  case __li__LOWI__: {
    li__IG5L=li__TI5L(((__li__LOWI *)li__HG5L));
  } break;
  case __li__5OWI__: {
    li__IG5L=li__4I5L(((__li__5OWI *)li__HG5L));
  } break;
  case __li__TPWI__: {
    li__IG5L=li__JJ5L(((__li__TPWI *)li__HG5L));
  } break;
  case __li__HQWI__: {
    li__IG5L=li__UJ5L(((__li__HQWI *)li__HG5L));
  } break;
  case __li__ARWI__: {
    li__IG5L=li__5J5L(((__li__ARWI *)li__HG5L));
  } break;
  case __li__URWI__: {
    li__IG5L=li__NK5L(((__li__URWI *)li__HG5L));
  } break;
  case __li__MSWI__: {
    li__0GHV=((__li__MSWI *)li__HG5L);
    li__1GHV=li__YXSJ(li__0GHV->li__NSWI.li__0CC,li__0GHV->li__ISBK);
    li__IG5L=li__1GHV;
  } break;
  case __li__ETWI__: {
    li__IG5L=li__4K5L(((__li__ETWI *)li__HG5L));
  } break;
  case __li__MZWI__: {
    li__3GHV=((__li__MZWI *)li__HG5L);
    li__4GHV=li__4U4I(li__3GHV->li__NZWI.li__0K.li__0CC,li__3GHV->li__3SBK,li__3GHV->li__NZWI.li__WZLE);
    li__IG5L=li__4GHV;
  } break;
  case __li__C0WI__: {
    li__AHHV=((__li__C0WI *)li__HG5L);
    li__BHHV=li__ZV4I(li__AHHV->li__D0WI.li__0K.li__0CC,li__AHHV->li__CTBK);
    li__IG5L=li__BHHV;
  } break;
  case __li__M1WI__: {
    li__DHHV=((__li__M1WI *)li__HG5L);
    li__EHHV=li__1Z4I(li__DHHV->li__N1WI.li__0K.li__0CC,li__DHHV->li__UTFK);
    li__IG5L=li__EHHV;
  } break;
  case __li__KMFK__: {
    li__IG5L=li__G3CM(((__li__KMFK *)li__HG5L));
  } break;
  case __li__XOHL__: {
    li__IG5L=li__AAPN(((__li__XOHL *)li__HG5L));
  } break;
  case __li__FPHL__: {
    li__IG5L=li__2EGM(((__li__FPHL *)li__HG5L));
  } break;
  case __li__APLM__: {
    li__IG5L=li__XRDQ(((__li__APLM *)li__HG5L));
  } break;
  case __li__DTNM__: {
    li__IG5L=li__D5SO(((__li__DTNM *)li__HG5L));
  } break;
  case __li__JXNM__: {
    li__IG5L=li__153R(((__li__JXNM *)li__HG5L));
  } break;
  case __li__21LO__: {
    li__IG5L=li__2KLP(((__li__21LO *)li__HG5L));
  } break;
  case __li__TPOO__: {
    li__IG5L=li__JLLP(((__li__TPOO *)li__HG5L));
  } break;
  case __li__URRO__: {
    li__IG5L=li__KM4R(((__li__URRO *)li__HG5L));
  } break;
  case __li__41XO__: {
    li__IG5L=li__CSDQ(((__li__41XO *)li__HG5L));
  } break;
  case __li__AKBR__: {
    li__IG5L=li__L2DS(((__li__AKBR *)li__HG5L));
  } break;
  case __li__SU5R__: {
    li__IG5L=li__EQJS(((__li__SU5R *)li__HG5L));
  } break;
  case __li__JV5R__: {
    li__IG5L=li__PQJS(((__li__JV5R *)li__HG5L));
  } break;
  };
  li__HG5L=li__EG5L->li__0TVI.li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HG5L)->__id) {
  case __li__WK__: {
    li__GHUU=li__PVEJ(((__li__WK *)li__HG5L));
    li__LG5L=li__GHUU;
  } break;
  case __li__AVBD__: {
    li__LG5L=li__AE5L(((__li__AVBD *)li__HG5L));
  } break;
  case __li__KVBD__: {
    li__KGHV=((__li__KVBD *)li__HG5L);
    li__LGHV=li__KGHV->li__LVBD.li__0K.li__0CC;
    li__MGHV=li__KGHV->li__LVBD.li__WZLE;
    li__KGHV=li__5QND();
    li__OGHV=((__li__KVBD *)li__KGHV);
    li__OGHV->li__LVBD.li__0K.li__0CC=li__LGHV;
    li__PGHV=li__NNSE(((__li__5RB *)li__MGHV));
    li__OGHV->li__LVBD.li__WZLE=li__PGHV;
    li__LG5L=li__KGHV;
  } break;
  case __li__WVBD__: {
    li__IHUU=((__li__WVBD *)li__HG5L);
    li__JHUU=li__VEID(li__IHUU->li__XVBD.li__0K.li__0CC,li__IHUU->li__2ZLE,li__IHUU->li__XVBD.li__WZLE);
    li__LG5L=li__JHUU;
  } break;
  case __li__Z4WH__: {
    li__LG5L=li__XEVK(((__li__Z4WH *)li__HG5L));
  } break;
  case __li__KTVI__: {
    li__LG5L=li__XF5L(((__li__KTVI *)li__HG5L));
  } break;
  case __li__LTVI__: {
    li__LG5L=li__SDGM(((__li__LTVI *)li__HG5L));
  } break;
  case __li__XTVI__: {
    li__LG5L=li__DG5L(((__li__XTVI *)li__HG5L));
  } break;
  case __li__YTVI__: {
    li__LG5L=li__4DGM(((__li__YTVI *)li__HG5L));
  } break;
  case __li__S2VI__: {
    li__LG5L=li__OG5L(((__li__S2VI *)li__HG5L));
  } break;
  case __li__E3VI__: {
    li__LG5L=li__ZG5L(((__li__E3VI *)li__HG5L));
  } break;
  case __li__KLWI__: {
    li__SGHV=((__li__KLWI *)li__HG5L);
    li__LGHV=li__SGHV->li__LLWI.li__0CC;
    li__UGHV=li__G3CM(((__li__KMFK *)li__SGHV->li__ZPBK));
    li__SGHV=li__PNSJ(li__LGHV,li__UGHV);
    li__LG5L=li__SGHV;
  } break;
  case __li__ULWI__: {
    li__XGHV=((__li__ULWI *)li__HG5L);
    li__YGHV=li__AOSJ(li__XGHV->li__VLWI.li__0CC,li__XGHV->li__4PBK);
    li__LG5L=li__YGHV;
  } break;
  case __li__NMWI__: {
    li__LG5L=li__SH5L(((__li__NMWI *)li__HG5L));
  } break;
  case __li__BNWI__: {
    li__LG5L=li__3H5L(((__li__BNWI *)li__HG5L));
  } break;
  case __li__XNWI__: {
    li__LG5L=li__II5L(((__li__XNWI *)li__HG5L));
  } break;
  case __li__LOWI__: {
    li__LG5L=li__TI5L(((__li__LOWI *)li__HG5L));
  } break;
  case __li__5OWI__: {
    li__LG5L=li__4I5L(((__li__5OWI *)li__HG5L));
  } break;
  case __li__TPWI__: {
    li__LG5L=li__JJ5L(((__li__TPWI *)li__HG5L));
  } break;
  case __li__HQWI__: {
    li__LG5L=li__UJ5L(((__li__HQWI *)li__HG5L));
  } break;
  case __li__ARWI__: {
    li__LG5L=li__5J5L(((__li__ARWI *)li__HG5L));
  } break;
  case __li__URWI__: {
    li__LG5L=li__NK5L(((__li__URWI *)li__HG5L));
  } break;
  case __li__MSWI__: {
    li__0GHV=((__li__MSWI *)li__HG5L);
    li__1GHV=li__YXSJ(li__0GHV->li__NSWI.li__0CC,li__0GHV->li__ISBK);
    li__LG5L=li__1GHV;
  } break;
  case __li__ETWI__: {
    li__LG5L=li__4K5L(((__li__ETWI *)li__HG5L));
  } break;
  case __li__MZWI__: {
    li__3GHV=((__li__MZWI *)li__HG5L);
    li__4GHV=li__4U4I(li__3GHV->li__NZWI.li__0K.li__0CC,li__3GHV->li__3SBK,li__3GHV->li__NZWI.li__WZLE);
    li__LG5L=li__4GHV;
  } break;
  case __li__C0WI__: {
    li__AHHV=((__li__C0WI *)li__HG5L);
    li__BHHV=li__ZV4I(li__AHHV->li__D0WI.li__0K.li__0CC,li__AHHV->li__CTBK);
    li__LG5L=li__BHHV;
  } break;
  case __li__M1WI__: {
    li__DHHV=((__li__M1WI *)li__HG5L);
    li__EHHV=li__1Z4I(li__DHHV->li__N1WI.li__0K.li__0CC,li__DHHV->li__UTFK);
    li__LG5L=li__EHHV;
  } break;
  case __li__KMFK__: {
    li__LG5L=li__G3CM(((__li__KMFK *)li__HG5L));
  } break;
  case __li__XOHL__: {
    li__LG5L=li__AAPN(((__li__XOHL *)li__HG5L));
  } break;
  case __li__FPHL__: {
    li__LG5L=li__2EGM(((__li__FPHL *)li__HG5L));
  } break;
  case __li__APLM__: {
    li__LG5L=li__XRDQ(((__li__APLM *)li__HG5L));
  } break;
  case __li__DTNM__: {
    li__LG5L=li__D5SO(((__li__DTNM *)li__HG5L));
  } break;
  case __li__JXNM__: {
    li__LG5L=li__153R(((__li__JXNM *)li__HG5L));
  } break;
  case __li__21LO__: {
    li__LG5L=li__2KLP(((__li__21LO *)li__HG5L));
  } break;
  case __li__TPOO__: {
    li__LG5L=li__JLLP(((__li__TPOO *)li__HG5L));
  } break;
  case __li__URRO__: {
    li__LG5L=li__KM4R(((__li__URRO *)li__HG5L));
  } break;
  case __li__41XO__: {
    li__LG5L=li__CSDQ(((__li__41XO *)li__HG5L));
  } break;
  case __li__AKBR__: {
    li__LG5L=li__L2DS(((__li__AKBR *)li__HG5L));
  } break;
  case __li__SU5R__: {
    li__LG5L=li__EQJS(((__li__SU5R *)li__HG5L));
  } break;
  case __li__JV5R__: {
    li__LG5L=li__PQJS(((__li__JV5R *)li__HG5L));
  } break;
  };
  li__NG5L=li__ME3J(li__GG5L,li__IG5L,li__LG5L);
  li__FG5L=li__NG5L;
  return(li__FG5L);
}

static __li__YTVI* li__4DGM(__li__YTVI *li__5DGM)
/* (Strict EXPR_OR_LOGIC{li__YTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__BEGM,li__DIHV;
  void *li__CEGM,*li__DEGM,*li__GEGM;
  __li__WK *li__SHUU;
  __li__KVBD *li__CIHV,*li__GIHV;
  __li__5RB *li__EIHV,*li__HIHV;
  __li__WVBD *li__UHUU,*li__VHUU;
  __li__KLWI *li__KIHV;
  __li__KMFK *li__MIHV;
  __li__ULWI *li__PIHV,*li__QIHV;
  __li__MSWI *li__SIHV,*li__TIHV;
  __li__MZWI *li__VIHV,*li__WIHV;
  __li__C0WI *li__YIHV,*li__ZIHV;
  __li__M1WI *li__1IHV,*li__2IHV;
  __li__YTVI *li__IEGM,*li__AEGM;
  li__BEGM=li__5DGM->li__ZTVI.li__NTVI.li__0CC;
  li__CEGM=li__5DGM->li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CEGM)->__id) {
  case __li__WK__: {
    li__SHUU=li__PVEJ(((__li__WK *)li__CEGM));
    li__DEGM=li__SHUU;
  } break;
  case __li__AVBD__: {
    li__DEGM=li__AE5L(((__li__AVBD *)li__CEGM));
  } break;
  case __li__KVBD__: {
    li__CIHV=((__li__KVBD *)li__CEGM);
    li__DIHV=li__CIHV->li__LVBD.li__0K.li__0CC;
    li__EIHV=li__CIHV->li__LVBD.li__WZLE;
    li__CIHV=li__5QND();
    li__GIHV=((__li__KVBD *)li__CIHV);
    li__GIHV->li__LVBD.li__0K.li__0CC=li__DIHV;
    li__HIHV=li__NNSE(((__li__5RB *)li__EIHV));
    li__GIHV->li__LVBD.li__WZLE=li__HIHV;
    li__DEGM=li__CIHV;
  } break;
  case __li__WVBD__: {
    li__UHUU=((__li__WVBD *)li__CEGM);
    li__VHUU=li__VEID(li__UHUU->li__XVBD.li__0K.li__0CC,li__UHUU->li__2ZLE,li__UHUU->li__XVBD.li__WZLE);
    li__DEGM=li__VHUU;
  } break;
  case __li__Z4WH__: {
    li__DEGM=li__XEVK(((__li__Z4WH *)li__CEGM));
  } break;
  case __li__KTVI__: {
    li__DEGM=li__XF5L(((__li__KTVI *)li__CEGM));
  } break;
  case __li__LTVI__: {
    li__DEGM=li__SDGM(((__li__LTVI *)li__CEGM));
  } break;
  case __li__XTVI__: {
    li__DEGM=li__DG5L(((__li__XTVI *)li__CEGM));
  } break;
  case __li__YTVI__: {
    li__DEGM=li__4DGM(((__li__YTVI *)li__CEGM));
  } break;
  case __li__S2VI__: {
    li__DEGM=li__OG5L(((__li__S2VI *)li__CEGM));
  } break;
  case __li__E3VI__: {
    li__DEGM=li__ZG5L(((__li__E3VI *)li__CEGM));
  } break;
  case __li__KLWI__: {
    li__KIHV=((__li__KLWI *)li__CEGM);
    li__DIHV=li__KIHV->li__LLWI.li__0CC;
    li__MIHV=li__G3CM(((__li__KMFK *)li__KIHV->li__ZPBK));
    li__KIHV=li__PNSJ(li__DIHV,li__MIHV);
    li__DEGM=li__KIHV;
  } break;
  case __li__ULWI__: {
    li__PIHV=((__li__ULWI *)li__CEGM);
    li__QIHV=li__AOSJ(li__PIHV->li__VLWI.li__0CC,li__PIHV->li__4PBK);
    li__DEGM=li__QIHV;
  } break;
  case __li__NMWI__: {
    li__DEGM=li__SH5L(((__li__NMWI *)li__CEGM));
  } break;
  case __li__BNWI__: {
    li__DEGM=li__3H5L(((__li__BNWI *)li__CEGM));
  } break;
  case __li__XNWI__: {
    li__DEGM=li__II5L(((__li__XNWI *)li__CEGM));
  } break;
  case __li__LOWI__: {
    li__DEGM=li__TI5L(((__li__LOWI *)li__CEGM));
  } break;
  case __li__5OWI__: {
    li__DEGM=li__4I5L(((__li__5OWI *)li__CEGM));
  } break;
  case __li__TPWI__: {
    li__DEGM=li__JJ5L(((__li__TPWI *)li__CEGM));
  } break;
  case __li__HQWI__: {
    li__DEGM=li__UJ5L(((__li__HQWI *)li__CEGM));
  } break;
  case __li__ARWI__: {
    li__DEGM=li__5J5L(((__li__ARWI *)li__CEGM));
  } break;
  case __li__URWI__: {
    li__DEGM=li__NK5L(((__li__URWI *)li__CEGM));
  } break;
  case __li__MSWI__: {
    li__SIHV=((__li__MSWI *)li__CEGM);
    li__TIHV=li__YXSJ(li__SIHV->li__NSWI.li__0CC,li__SIHV->li__ISBK);
    li__DEGM=li__TIHV;
  } break;
  case __li__ETWI__: {
    li__DEGM=li__4K5L(((__li__ETWI *)li__CEGM));
  } break;
  case __li__MZWI__: {
    li__VIHV=((__li__MZWI *)li__CEGM);
    li__WIHV=li__4U4I(li__VIHV->li__NZWI.li__0K.li__0CC,li__VIHV->li__3SBK,li__VIHV->li__NZWI.li__WZLE);
    li__DEGM=li__WIHV;
  } break;
  case __li__C0WI__: {
    li__YIHV=((__li__C0WI *)li__CEGM);
    li__ZIHV=li__ZV4I(li__YIHV->li__D0WI.li__0K.li__0CC,li__YIHV->li__CTBK);
    li__DEGM=li__ZIHV;
  } break;
  case __li__M1WI__: {
    li__1IHV=((__li__M1WI *)li__CEGM);
    li__2IHV=li__1Z4I(li__1IHV->li__N1WI.li__0K.li__0CC,li__1IHV->li__UTFK);
    li__DEGM=li__2IHV;
  } break;
  case __li__KMFK__: {
    li__DEGM=li__G3CM(((__li__KMFK *)li__CEGM));
  } break;
  case __li__XOHL__: {
    li__DEGM=li__AAPN(((__li__XOHL *)li__CEGM));
  } break;
  case __li__FPHL__: {
    li__DEGM=li__2EGM(((__li__FPHL *)li__CEGM));
  } break;
  case __li__APLM__: {
    li__DEGM=li__XRDQ(((__li__APLM *)li__CEGM));
  } break;
  case __li__DTNM__: {
    li__DEGM=li__D5SO(((__li__DTNM *)li__CEGM));
  } break;
  case __li__JXNM__: {
    li__DEGM=li__153R(((__li__JXNM *)li__CEGM));
  } break;
  case __li__21LO__: {
    li__DEGM=li__2KLP(((__li__21LO *)li__CEGM));
  } break;
  case __li__TPOO__: {
    li__DEGM=li__JLLP(((__li__TPOO *)li__CEGM));
  } break;
  case __li__URRO__: {
    li__DEGM=li__KM4R(((__li__URRO *)li__CEGM));
  } break;
  case __li__41XO__: {
    li__DEGM=li__CSDQ(((__li__41XO *)li__CEGM));
  } break;
  case __li__AKBR__: {
    li__DEGM=li__L2DS(((__li__AKBR *)li__CEGM));
  } break;
  case __li__SU5R__: {
    li__DEGM=li__EQJS(((__li__SU5R *)li__CEGM));
  } break;
  case __li__JV5R__: {
    li__DEGM=li__PQJS(((__li__JV5R *)li__CEGM));
  } break;
  };
  li__CEGM=li__5DGM->li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CEGM)->__id) {
  case __li__WK__: {
    li__SHUU=li__PVEJ(((__li__WK *)li__CEGM));
    li__GEGM=li__SHUU;
  } break;
  case __li__AVBD__: {
    li__GEGM=li__AE5L(((__li__AVBD *)li__CEGM));
  } break;
  case __li__KVBD__: {
    li__CIHV=((__li__KVBD *)li__CEGM);
    li__DIHV=li__CIHV->li__LVBD.li__0K.li__0CC;
    li__EIHV=li__CIHV->li__LVBD.li__WZLE;
    li__CIHV=li__5QND();
    li__GIHV=((__li__KVBD *)li__CIHV);
    li__GIHV->li__LVBD.li__0K.li__0CC=li__DIHV;
    li__HIHV=li__NNSE(((__li__5RB *)li__EIHV));
    li__GIHV->li__LVBD.li__WZLE=li__HIHV;
    li__GEGM=li__CIHV;
  } break;
  case __li__WVBD__: {
    li__UHUU=((__li__WVBD *)li__CEGM);
    li__VHUU=li__VEID(li__UHUU->li__XVBD.li__0K.li__0CC,li__UHUU->li__2ZLE,li__UHUU->li__XVBD.li__WZLE);
    li__GEGM=li__VHUU;
  } break;
  case __li__Z4WH__: {
    li__GEGM=li__XEVK(((__li__Z4WH *)li__CEGM));
  } break;
  case __li__KTVI__: {
    li__GEGM=li__XF5L(((__li__KTVI *)li__CEGM));
  } break;
  case __li__LTVI__: {
    li__GEGM=li__SDGM(((__li__LTVI *)li__CEGM));
  } break;
  case __li__XTVI__: {
    li__GEGM=li__DG5L(((__li__XTVI *)li__CEGM));
  } break;
  case __li__YTVI__: {
    li__GEGM=li__4DGM(((__li__YTVI *)li__CEGM));
  } break;
  case __li__S2VI__: {
    li__GEGM=li__OG5L(((__li__S2VI *)li__CEGM));
  } break;
  case __li__E3VI__: {
    li__GEGM=li__ZG5L(((__li__E3VI *)li__CEGM));
  } break;
  case __li__KLWI__: {
    li__KIHV=((__li__KLWI *)li__CEGM);
    li__DIHV=li__KIHV->li__LLWI.li__0CC;
    li__MIHV=li__G3CM(((__li__KMFK *)li__KIHV->li__ZPBK));
    li__KIHV=li__PNSJ(li__DIHV,li__MIHV);
    li__GEGM=li__KIHV;
  } break;
  case __li__ULWI__: {
    li__PIHV=((__li__ULWI *)li__CEGM);
    li__QIHV=li__AOSJ(li__PIHV->li__VLWI.li__0CC,li__PIHV->li__4PBK);
    li__GEGM=li__QIHV;
  } break;
  case __li__NMWI__: {
    li__GEGM=li__SH5L(((__li__NMWI *)li__CEGM));
  } break;
  case __li__BNWI__: {
    li__GEGM=li__3H5L(((__li__BNWI *)li__CEGM));
  } break;
  case __li__XNWI__: {
    li__GEGM=li__II5L(((__li__XNWI *)li__CEGM));
  } break;
  case __li__LOWI__: {
    li__GEGM=li__TI5L(((__li__LOWI *)li__CEGM));
  } break;
  case __li__5OWI__: {
    li__GEGM=li__4I5L(((__li__5OWI *)li__CEGM));
  } break;
  case __li__TPWI__: {
    li__GEGM=li__JJ5L(((__li__TPWI *)li__CEGM));
  } break;
  case __li__HQWI__: {
    li__GEGM=li__UJ5L(((__li__HQWI *)li__CEGM));
  } break;
  case __li__ARWI__: {
    li__GEGM=li__5J5L(((__li__ARWI *)li__CEGM));
  } break;
  case __li__URWI__: {
    li__GEGM=li__NK5L(((__li__URWI *)li__CEGM));
  } break;
  case __li__MSWI__: {
    li__SIHV=((__li__MSWI *)li__CEGM);
    li__TIHV=li__YXSJ(li__SIHV->li__NSWI.li__0CC,li__SIHV->li__ISBK);
    li__GEGM=li__TIHV;
  } break;
  case __li__ETWI__: {
    li__GEGM=li__4K5L(((__li__ETWI *)li__CEGM));
  } break;
  case __li__MZWI__: {
    li__VIHV=((__li__MZWI *)li__CEGM);
    li__WIHV=li__4U4I(li__VIHV->li__NZWI.li__0K.li__0CC,li__VIHV->li__3SBK,li__VIHV->li__NZWI.li__WZLE);
    li__GEGM=li__WIHV;
  } break;
  case __li__C0WI__: {
    li__YIHV=((__li__C0WI *)li__CEGM);
    li__ZIHV=li__ZV4I(li__YIHV->li__D0WI.li__0K.li__0CC,li__YIHV->li__CTBK);
    li__GEGM=li__ZIHV;
  } break;
  case __li__M1WI__: {
    li__1IHV=((__li__M1WI *)li__CEGM);
    li__2IHV=li__1Z4I(li__1IHV->li__N1WI.li__0K.li__0CC,li__1IHV->li__UTFK);
    li__GEGM=li__2IHV;
  } break;
  case __li__KMFK__: {
    li__GEGM=li__G3CM(((__li__KMFK *)li__CEGM));
  } break;
  case __li__XOHL__: {
    li__GEGM=li__AAPN(((__li__XOHL *)li__CEGM));
  } break;
  case __li__FPHL__: {
    li__GEGM=li__2EGM(((__li__FPHL *)li__CEGM));
  } break;
  case __li__APLM__: {
    li__GEGM=li__XRDQ(((__li__APLM *)li__CEGM));
  } break;
  case __li__DTNM__: {
    li__GEGM=li__D5SO(((__li__DTNM *)li__CEGM));
  } break;
  case __li__JXNM__: {
    li__GEGM=li__153R(((__li__JXNM *)li__CEGM));
  } break;
  case __li__21LO__: {
    li__GEGM=li__2KLP(((__li__21LO *)li__CEGM));
  } break;
  case __li__TPOO__: {
    li__GEGM=li__JLLP(((__li__TPOO *)li__CEGM));
  } break;
  case __li__URRO__: {
    li__GEGM=li__KM4R(((__li__URRO *)li__CEGM));
  } break;
  case __li__41XO__: {
    li__GEGM=li__CSDQ(((__li__41XO *)li__CEGM));
  } break;
  case __li__AKBR__: {
    li__GEGM=li__L2DS(((__li__AKBR *)li__CEGM));
  } break;
  case __li__SU5R__: {
    li__GEGM=li__EQJS(((__li__SU5R *)li__CEGM));
  } break;
  case __li__JV5R__: {
    li__GEGM=li__PQJS(((__li__JV5R *)li__CEGM));
  } break;
  };
  li__IEGM=li__N0QL(li__BEGM,li__DEGM,li__GEGM);
  li__AEGM=li__IEGM;
  return(li__AEGM);
}

static __li__S2VI* li__OG5L(__li__S2VI *li__PG5L)
/* (Strict EXPR_EQUAL{li__S2VI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__RG5L,li__1JHV;
  void *li__SG5L,*li__TG5L,*li__WG5L;
  __li__WK *li__4HUU;
  __li__KVBD *li__0JHV,*li__4JHV;
  __li__5RB *li__2JHV,*li__5JHV;
  __li__WVBD *li__AIUU,*li__BIUU;
  __li__KLWI *li__CKHV;
  __li__KMFK *li__EKHV;
  __li__ULWI *li__HKHV,*li__IKHV;
  __li__MSWI *li__KKHV,*li__LKHV;
  __li__MZWI *li__NKHV,*li__OKHV;
  __li__C0WI *li__QKHV,*li__RKHV;
  __li__M1WI *li__TKHV,*li__UKHV;
  __li__S2VI *li__KAXJ,*li__WOOK,*li__QG5L;
  li__RG5L=li__PG5L->li__T2VI.li__IVVI.li__0CC;
  li__SG5L=li__PG5L->li__T2VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SG5L)->__id) {
  case __li__WK__: {
    li__4HUU=li__PVEJ(((__li__WK *)li__SG5L));
    li__TG5L=li__4HUU;
  } break;
  case __li__AVBD__: {
    li__TG5L=li__AE5L(((__li__AVBD *)li__SG5L));
  } break;
  case __li__KVBD__: {
    li__0JHV=((__li__KVBD *)li__SG5L);
    li__1JHV=li__0JHV->li__LVBD.li__0K.li__0CC;
    li__2JHV=li__0JHV->li__LVBD.li__WZLE;
    li__0JHV=li__5QND();
    li__4JHV=((__li__KVBD *)li__0JHV);
    li__4JHV->li__LVBD.li__0K.li__0CC=li__1JHV;
    li__5JHV=li__NNSE(((__li__5RB *)li__2JHV));
    li__4JHV->li__LVBD.li__WZLE=li__5JHV;
    li__TG5L=li__0JHV;
  } break;
  case __li__WVBD__: {
    li__AIUU=((__li__WVBD *)li__SG5L);
    li__BIUU=li__VEID(li__AIUU->li__XVBD.li__0K.li__0CC,li__AIUU->li__2ZLE,li__AIUU->li__XVBD.li__WZLE);
    li__TG5L=li__BIUU;
  } break;
  case __li__Z4WH__: {
    li__TG5L=li__XEVK(((__li__Z4WH *)li__SG5L));
  } break;
  case __li__KTVI__: {
    li__TG5L=li__XF5L(((__li__KTVI *)li__SG5L));
  } break;
  case __li__LTVI__: {
    li__TG5L=li__SDGM(((__li__LTVI *)li__SG5L));
  } break;
  case __li__XTVI__: {
    li__TG5L=li__DG5L(((__li__XTVI *)li__SG5L));
  } break;
  case __li__YTVI__: {
    li__TG5L=li__4DGM(((__li__YTVI *)li__SG5L));
  } break;
  case __li__S2VI__: {
    li__TG5L=li__OG5L(((__li__S2VI *)li__SG5L));
  } break;
  case __li__E3VI__: {
    li__TG5L=li__ZG5L(((__li__E3VI *)li__SG5L));
  } break;
  case __li__KLWI__: {
    li__CKHV=((__li__KLWI *)li__SG5L);
    li__1JHV=li__CKHV->li__LLWI.li__0CC;
    li__EKHV=li__G3CM(((__li__KMFK *)li__CKHV->li__ZPBK));
    li__CKHV=li__PNSJ(li__1JHV,li__EKHV);
    li__TG5L=li__CKHV;
  } break;
  case __li__ULWI__: {
    li__HKHV=((__li__ULWI *)li__SG5L);
    li__IKHV=li__AOSJ(li__HKHV->li__VLWI.li__0CC,li__HKHV->li__4PBK);
    li__TG5L=li__IKHV;
  } break;
  case __li__NMWI__: {
    li__TG5L=li__SH5L(((__li__NMWI *)li__SG5L));
  } break;
  case __li__BNWI__: {
    li__TG5L=li__3H5L(((__li__BNWI *)li__SG5L));
  } break;
  case __li__XNWI__: {
    li__TG5L=li__II5L(((__li__XNWI *)li__SG5L));
  } break;
  case __li__LOWI__: {
    li__TG5L=li__TI5L(((__li__LOWI *)li__SG5L));
  } break;
  case __li__5OWI__: {
    li__TG5L=li__4I5L(((__li__5OWI *)li__SG5L));
  } break;
  case __li__TPWI__: {
    li__TG5L=li__JJ5L(((__li__TPWI *)li__SG5L));
  } break;
  case __li__HQWI__: {
    li__TG5L=li__UJ5L(((__li__HQWI *)li__SG5L));
  } break;
  case __li__ARWI__: {
    li__TG5L=li__5J5L(((__li__ARWI *)li__SG5L));
  } break;
  case __li__URWI__: {
    li__TG5L=li__NK5L(((__li__URWI *)li__SG5L));
  } break;
  case __li__MSWI__: {
    li__KKHV=((__li__MSWI *)li__SG5L);
    li__LKHV=li__YXSJ(li__KKHV->li__NSWI.li__0CC,li__KKHV->li__ISBK);
    li__TG5L=li__LKHV;
  } break;
  case __li__ETWI__: {
    li__TG5L=li__4K5L(((__li__ETWI *)li__SG5L));
  } break;
  case __li__MZWI__: {
    li__NKHV=((__li__MZWI *)li__SG5L);
    li__OKHV=li__4U4I(li__NKHV->li__NZWI.li__0K.li__0CC,li__NKHV->li__3SBK,li__NKHV->li__NZWI.li__WZLE);
    li__TG5L=li__OKHV;
  } break;
  case __li__C0WI__: {
    li__QKHV=((__li__C0WI *)li__SG5L);
    li__RKHV=li__ZV4I(li__QKHV->li__D0WI.li__0K.li__0CC,li__QKHV->li__CTBK);
    li__TG5L=li__RKHV;
  } break;
  case __li__M1WI__: {
    li__TKHV=((__li__M1WI *)li__SG5L);
    li__UKHV=li__1Z4I(li__TKHV->li__N1WI.li__0K.li__0CC,li__TKHV->li__UTFK);
    li__TG5L=li__UKHV;
  } break;
  case __li__KMFK__: {
    li__TG5L=li__G3CM(((__li__KMFK *)li__SG5L));
  } break;
  case __li__XOHL__: {
    li__TG5L=li__AAPN(((__li__XOHL *)li__SG5L));
  } break;
  case __li__FPHL__: {
    li__TG5L=li__2EGM(((__li__FPHL *)li__SG5L));
  } break;
  case __li__APLM__: {
    li__TG5L=li__XRDQ(((__li__APLM *)li__SG5L));
  } break;
  case __li__DTNM__: {
    li__TG5L=li__D5SO(((__li__DTNM *)li__SG5L));
  } break;
  case __li__JXNM__: {
    li__TG5L=li__153R(((__li__JXNM *)li__SG5L));
  } break;
  case __li__21LO__: {
    li__TG5L=li__2KLP(((__li__21LO *)li__SG5L));
  } break;
  case __li__TPOO__: {
    li__TG5L=li__JLLP(((__li__TPOO *)li__SG5L));
  } break;
  case __li__URRO__: {
    li__TG5L=li__KM4R(((__li__URRO *)li__SG5L));
  } break;
  case __li__41XO__: {
    li__TG5L=li__CSDQ(((__li__41XO *)li__SG5L));
  } break;
  case __li__AKBR__: {
    li__TG5L=li__L2DS(((__li__AKBR *)li__SG5L));
  } break;
  case __li__SU5R__: {
    li__TG5L=li__EQJS(((__li__SU5R *)li__SG5L));
  } break;
  case __li__JV5R__: {
    li__TG5L=li__PQJS(((__li__JV5R *)li__SG5L));
  } break;
  };
  li__SG5L=li__PG5L->li__T2VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SG5L)->__id) {
  case __li__WK__: {
    li__4HUU=li__PVEJ(((__li__WK *)li__SG5L));
    li__WG5L=li__4HUU;
  } break;
  case __li__AVBD__: {
    li__WG5L=li__AE5L(((__li__AVBD *)li__SG5L));
  } break;
  case __li__KVBD__: {
    li__0JHV=((__li__KVBD *)li__SG5L);
    li__1JHV=li__0JHV->li__LVBD.li__0K.li__0CC;
    li__2JHV=li__0JHV->li__LVBD.li__WZLE;
    li__0JHV=li__5QND();
    li__4JHV=((__li__KVBD *)li__0JHV);
    li__4JHV->li__LVBD.li__0K.li__0CC=li__1JHV;
    li__5JHV=li__NNSE(((__li__5RB *)li__2JHV));
    li__4JHV->li__LVBD.li__WZLE=li__5JHV;
    li__WG5L=li__0JHV;
  } break;
  case __li__WVBD__: {
    li__AIUU=((__li__WVBD *)li__SG5L);
    li__BIUU=li__VEID(li__AIUU->li__XVBD.li__0K.li__0CC,li__AIUU->li__2ZLE,li__AIUU->li__XVBD.li__WZLE);
    li__WG5L=li__BIUU;
  } break;
  case __li__Z4WH__: {
    li__WG5L=li__XEVK(((__li__Z4WH *)li__SG5L));
  } break;
  case __li__KTVI__: {
    li__WG5L=li__XF5L(((__li__KTVI *)li__SG5L));
  } break;
  case __li__LTVI__: {
    li__WG5L=li__SDGM(((__li__LTVI *)li__SG5L));
  } break;
  case __li__XTVI__: {
    li__WG5L=li__DG5L(((__li__XTVI *)li__SG5L));
  } break;
  case __li__YTVI__: {
    li__WG5L=li__4DGM(((__li__YTVI *)li__SG5L));
  } break;
  case __li__S2VI__: {
    li__WG5L=li__OG5L(((__li__S2VI *)li__SG5L));
  } break;
  case __li__E3VI__: {
    li__WG5L=li__ZG5L(((__li__E3VI *)li__SG5L));
  } break;
  case __li__KLWI__: {
    li__CKHV=((__li__KLWI *)li__SG5L);
    li__1JHV=li__CKHV->li__LLWI.li__0CC;
    li__EKHV=li__G3CM(((__li__KMFK *)li__CKHV->li__ZPBK));
    li__CKHV=li__PNSJ(li__1JHV,li__EKHV);
    li__WG5L=li__CKHV;
  } break;
  case __li__ULWI__: {
    li__HKHV=((__li__ULWI *)li__SG5L);
    li__IKHV=li__AOSJ(li__HKHV->li__VLWI.li__0CC,li__HKHV->li__4PBK);
    li__WG5L=li__IKHV;
  } break;
  case __li__NMWI__: {
    li__WG5L=li__SH5L(((__li__NMWI *)li__SG5L));
  } break;
  case __li__BNWI__: {
    li__WG5L=li__3H5L(((__li__BNWI *)li__SG5L));
  } break;
  case __li__XNWI__: {
    li__WG5L=li__II5L(((__li__XNWI *)li__SG5L));
  } break;
  case __li__LOWI__: {
    li__WG5L=li__TI5L(((__li__LOWI *)li__SG5L));
  } break;
  case __li__5OWI__: {
    li__WG5L=li__4I5L(((__li__5OWI *)li__SG5L));
  } break;
  case __li__TPWI__: {
    li__WG5L=li__JJ5L(((__li__TPWI *)li__SG5L));
  } break;
  case __li__HQWI__: {
    li__WG5L=li__UJ5L(((__li__HQWI *)li__SG5L));
  } break;
  case __li__ARWI__: {
    li__WG5L=li__5J5L(((__li__ARWI *)li__SG5L));
  } break;
  case __li__URWI__: {
    li__WG5L=li__NK5L(((__li__URWI *)li__SG5L));
  } break;
  case __li__MSWI__: {
    li__KKHV=((__li__MSWI *)li__SG5L);
    li__LKHV=li__YXSJ(li__KKHV->li__NSWI.li__0CC,li__KKHV->li__ISBK);
    li__WG5L=li__LKHV;
  } break;
  case __li__ETWI__: {
    li__WG5L=li__4K5L(((__li__ETWI *)li__SG5L));
  } break;
  case __li__MZWI__: {
    li__NKHV=((__li__MZWI *)li__SG5L);
    li__OKHV=li__4U4I(li__NKHV->li__NZWI.li__0K.li__0CC,li__NKHV->li__3SBK,li__NKHV->li__NZWI.li__WZLE);
    li__WG5L=li__OKHV;
  } break;
  case __li__C0WI__: {
    li__QKHV=((__li__C0WI *)li__SG5L);
    li__RKHV=li__ZV4I(li__QKHV->li__D0WI.li__0K.li__0CC,li__QKHV->li__CTBK);
    li__WG5L=li__RKHV;
  } break;
  case __li__M1WI__: {
    li__TKHV=((__li__M1WI *)li__SG5L);
    li__UKHV=li__1Z4I(li__TKHV->li__N1WI.li__0K.li__0CC,li__TKHV->li__UTFK);
    li__WG5L=li__UKHV;
  } break;
  case __li__KMFK__: {
    li__WG5L=li__G3CM(((__li__KMFK *)li__SG5L));
  } break;
  case __li__XOHL__: {
    li__WG5L=li__AAPN(((__li__XOHL *)li__SG5L));
  } break;
  case __li__FPHL__: {
    li__WG5L=li__2EGM(((__li__FPHL *)li__SG5L));
  } break;
  case __li__APLM__: {
    li__WG5L=li__XRDQ(((__li__APLM *)li__SG5L));
  } break;
  case __li__DTNM__: {
    li__WG5L=li__D5SO(((__li__DTNM *)li__SG5L));
  } break;
  case __li__JXNM__: {
    li__WG5L=li__153R(((__li__JXNM *)li__SG5L));
  } break;
  case __li__21LO__: {
    li__WG5L=li__2KLP(((__li__21LO *)li__SG5L));
  } break;
  case __li__TPOO__: {
    li__WG5L=li__JLLP(((__li__TPOO *)li__SG5L));
  } break;
  case __li__URRO__: {
    li__WG5L=li__KM4R(((__li__URRO *)li__SG5L));
  } break;
  case __li__41XO__: {
    li__WG5L=li__CSDQ(((__li__41XO *)li__SG5L));
  } break;
  case __li__AKBR__: {
    li__WG5L=li__L2DS(((__li__AKBR *)li__SG5L));
  } break;
  case __li__SU5R__: {
    li__WG5L=li__EQJS(((__li__SU5R *)li__SG5L));
  } break;
  case __li__JV5R__: {
    li__WG5L=li__PQJS(((__li__JV5R *)li__SG5L));
  } break;
  };
  li__KAXJ=li__CBXJ();
  li__WOOK=((__li__S2VI *)li__KAXJ);
  li__WOOK->li__T2VI.li__IVVI.li__0CC=li__RG5L;
  li__WOOK->li__T2VI.li__FPBK=li__TG5L;
  li__WOOK->li__T2VI.li__LPBK=li__WG5L;
  li__QG5L=li__KAXJ;
  return(li__QG5L);
}

static __li__E3VI* li__ZG5L(__li__E3VI *li__0G5L)
/* (Strict EXPR_NOT_EQUAL{li__E3VI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__2G5L,li__TLHV;
  void *li__3G5L,*li__4G5L,*li__BH5L;
  __li__WK *li__KIUU;
  __li__KVBD *li__SLHV,*li__WLHV;
  __li__5RB *li__ULHV,*li__XLHV;
  __li__WVBD *li__MIUU,*li__NIUU;
  __li__KLWI *li__0LHV;
  __li__KMFK *li__2LHV;
  __li__ULWI *li__5LHV,*li__AMHV;
  __li__MSWI *li__CMHV,*li__DMHV;
  __li__MZWI *li__FMHV,*li__GMHV;
  __li__C0WI *li__IMHV,*li__JMHV;
  __li__M1WI *li__LMHV,*li__MMHV;
  __li__E3VI *li__XAXJ,*li__NWOK,*li__1G5L;
  li__2G5L=li__0G5L->li__F3VI.li__IVVI.li__0CC;
  li__3G5L=li__0G5L->li__F3VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3G5L)->__id) {
  case __li__WK__: {
    li__KIUU=li__PVEJ(((__li__WK *)li__3G5L));
    li__4G5L=li__KIUU;
  } break;
  case __li__AVBD__: {
    li__4G5L=li__AE5L(((__li__AVBD *)li__3G5L));
  } break;
  case __li__KVBD__: {
    li__SLHV=((__li__KVBD *)li__3G5L);
    li__TLHV=li__SLHV->li__LVBD.li__0K.li__0CC;
    li__ULHV=li__SLHV->li__LVBD.li__WZLE;
    li__SLHV=li__5QND();
    li__WLHV=((__li__KVBD *)li__SLHV);
    li__WLHV->li__LVBD.li__0K.li__0CC=li__TLHV;
    li__XLHV=li__NNSE(((__li__5RB *)li__ULHV));
    li__WLHV->li__LVBD.li__WZLE=li__XLHV;
    li__4G5L=li__SLHV;
  } break;
  case __li__WVBD__: {
    li__MIUU=((__li__WVBD *)li__3G5L);
    li__NIUU=li__VEID(li__MIUU->li__XVBD.li__0K.li__0CC,li__MIUU->li__2ZLE,li__MIUU->li__XVBD.li__WZLE);
    li__4G5L=li__NIUU;
  } break;
  case __li__Z4WH__: {
    li__4G5L=li__XEVK(((__li__Z4WH *)li__3G5L));
  } break;
  case __li__KTVI__: {
    li__4G5L=li__XF5L(((__li__KTVI *)li__3G5L));
  } break;
  case __li__LTVI__: {
    li__4G5L=li__SDGM(((__li__LTVI *)li__3G5L));
  } break;
  case __li__XTVI__: {
    li__4G5L=li__DG5L(((__li__XTVI *)li__3G5L));
  } break;
  case __li__YTVI__: {
    li__4G5L=li__4DGM(((__li__YTVI *)li__3G5L));
  } break;
  case __li__S2VI__: {
    li__4G5L=li__OG5L(((__li__S2VI *)li__3G5L));
  } break;
  case __li__E3VI__: {
    li__4G5L=li__ZG5L(((__li__E3VI *)li__3G5L));
  } break;
  case __li__KLWI__: {
    li__0LHV=((__li__KLWI *)li__3G5L);
    li__TLHV=li__0LHV->li__LLWI.li__0CC;
    li__2LHV=li__G3CM(((__li__KMFK *)li__0LHV->li__ZPBK));
    li__0LHV=li__PNSJ(li__TLHV,li__2LHV);
    li__4G5L=li__0LHV;
  } break;
  case __li__ULWI__: {
    li__5LHV=((__li__ULWI *)li__3G5L);
    li__AMHV=li__AOSJ(li__5LHV->li__VLWI.li__0CC,li__5LHV->li__4PBK);
    li__4G5L=li__AMHV;
  } break;
  case __li__NMWI__: {
    li__4G5L=li__SH5L(((__li__NMWI *)li__3G5L));
  } break;
  case __li__BNWI__: {
    li__4G5L=li__3H5L(((__li__BNWI *)li__3G5L));
  } break;
  case __li__XNWI__: {
    li__4G5L=li__II5L(((__li__XNWI *)li__3G5L));
  } break;
  case __li__LOWI__: {
    li__4G5L=li__TI5L(((__li__LOWI *)li__3G5L));
  } break;
  case __li__5OWI__: {
    li__4G5L=li__4I5L(((__li__5OWI *)li__3G5L));
  } break;
  case __li__TPWI__: {
    li__4G5L=li__JJ5L(((__li__TPWI *)li__3G5L));
  } break;
  case __li__HQWI__: {
    li__4G5L=li__UJ5L(((__li__HQWI *)li__3G5L));
  } break;
  case __li__ARWI__: {
    li__4G5L=li__5J5L(((__li__ARWI *)li__3G5L));
  } break;
  case __li__URWI__: {
    li__4G5L=li__NK5L(((__li__URWI *)li__3G5L));
  } break;
  case __li__MSWI__: {
    li__CMHV=((__li__MSWI *)li__3G5L);
    li__DMHV=li__YXSJ(li__CMHV->li__NSWI.li__0CC,li__CMHV->li__ISBK);
    li__4G5L=li__DMHV;
  } break;
  case __li__ETWI__: {
    li__4G5L=li__4K5L(((__li__ETWI *)li__3G5L));
  } break;
  case __li__MZWI__: {
    li__FMHV=((__li__MZWI *)li__3G5L);
    li__GMHV=li__4U4I(li__FMHV->li__NZWI.li__0K.li__0CC,li__FMHV->li__3SBK,li__FMHV->li__NZWI.li__WZLE);
    li__4G5L=li__GMHV;
  } break;
  case __li__C0WI__: {
    li__IMHV=((__li__C0WI *)li__3G5L);
    li__JMHV=li__ZV4I(li__IMHV->li__D0WI.li__0K.li__0CC,li__IMHV->li__CTBK);
    li__4G5L=li__JMHV;
  } break;
  case __li__M1WI__: {
    li__LMHV=((__li__M1WI *)li__3G5L);
    li__MMHV=li__1Z4I(li__LMHV->li__N1WI.li__0K.li__0CC,li__LMHV->li__UTFK);
    li__4G5L=li__MMHV;
  } break;
  case __li__KMFK__: {
    li__4G5L=li__G3CM(((__li__KMFK *)li__3G5L));
  } break;
  case __li__XOHL__: {
    li__4G5L=li__AAPN(((__li__XOHL *)li__3G5L));
  } break;
  case __li__FPHL__: {
    li__4G5L=li__2EGM(((__li__FPHL *)li__3G5L));
  } break;
  case __li__APLM__: {
    li__4G5L=li__XRDQ(((__li__APLM *)li__3G5L));
  } break;
  case __li__DTNM__: {
    li__4G5L=li__D5SO(((__li__DTNM *)li__3G5L));
  } break;
  case __li__JXNM__: {
    li__4G5L=li__153R(((__li__JXNM *)li__3G5L));
  } break;
  case __li__21LO__: {
    li__4G5L=li__2KLP(((__li__21LO *)li__3G5L));
  } break;
  case __li__TPOO__: {
    li__4G5L=li__JLLP(((__li__TPOO *)li__3G5L));
  } break;
  case __li__URRO__: {
    li__4G5L=li__KM4R(((__li__URRO *)li__3G5L));
  } break;
  case __li__41XO__: {
    li__4G5L=li__CSDQ(((__li__41XO *)li__3G5L));
  } break;
  case __li__AKBR__: {
    li__4G5L=li__L2DS(((__li__AKBR *)li__3G5L));
  } break;
  case __li__SU5R__: {
    li__4G5L=li__EQJS(((__li__SU5R *)li__3G5L));
  } break;
  case __li__JV5R__: {
    li__4G5L=li__PQJS(((__li__JV5R *)li__3G5L));
  } break;
  };
  li__3G5L=li__0G5L->li__F3VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3G5L)->__id) {
  case __li__WK__: {
    li__KIUU=li__PVEJ(((__li__WK *)li__3G5L));
    li__BH5L=li__KIUU;
  } break;
  case __li__AVBD__: {
    li__BH5L=li__AE5L(((__li__AVBD *)li__3G5L));
  } break;
  case __li__KVBD__: {
    li__SLHV=((__li__KVBD *)li__3G5L);
    li__TLHV=li__SLHV->li__LVBD.li__0K.li__0CC;
    li__ULHV=li__SLHV->li__LVBD.li__WZLE;
    li__SLHV=li__5QND();
    li__WLHV=((__li__KVBD *)li__SLHV);
    li__WLHV->li__LVBD.li__0K.li__0CC=li__TLHV;
    li__XLHV=li__NNSE(((__li__5RB *)li__ULHV));
    li__WLHV->li__LVBD.li__WZLE=li__XLHV;
    li__BH5L=li__SLHV;
  } break;
  case __li__WVBD__: {
    li__MIUU=((__li__WVBD *)li__3G5L);
    li__NIUU=li__VEID(li__MIUU->li__XVBD.li__0K.li__0CC,li__MIUU->li__2ZLE,li__MIUU->li__XVBD.li__WZLE);
    li__BH5L=li__NIUU;
  } break;
  case __li__Z4WH__: {
    li__BH5L=li__XEVK(((__li__Z4WH *)li__3G5L));
  } break;
  case __li__KTVI__: {
    li__BH5L=li__XF5L(((__li__KTVI *)li__3G5L));
  } break;
  case __li__LTVI__: {
    li__BH5L=li__SDGM(((__li__LTVI *)li__3G5L));
  } break;
  case __li__XTVI__: {
    li__BH5L=li__DG5L(((__li__XTVI *)li__3G5L));
  } break;
  case __li__YTVI__: {
    li__BH5L=li__4DGM(((__li__YTVI *)li__3G5L));
  } break;
  case __li__S2VI__: {
    li__BH5L=li__OG5L(((__li__S2VI *)li__3G5L));
  } break;
  case __li__E3VI__: {
    li__BH5L=li__ZG5L(((__li__E3VI *)li__3G5L));
  } break;
  case __li__KLWI__: {
    li__0LHV=((__li__KLWI *)li__3G5L);
    li__TLHV=li__0LHV->li__LLWI.li__0CC;
    li__2LHV=li__G3CM(((__li__KMFK *)li__0LHV->li__ZPBK));
    li__0LHV=li__PNSJ(li__TLHV,li__2LHV);
    li__BH5L=li__0LHV;
  } break;
  case __li__ULWI__: {
    li__5LHV=((__li__ULWI *)li__3G5L);
    li__AMHV=li__AOSJ(li__5LHV->li__VLWI.li__0CC,li__5LHV->li__4PBK);
    li__BH5L=li__AMHV;
  } break;
  case __li__NMWI__: {
    li__BH5L=li__SH5L(((__li__NMWI *)li__3G5L));
  } break;
  case __li__BNWI__: {
    li__BH5L=li__3H5L(((__li__BNWI *)li__3G5L));
  } break;
  case __li__XNWI__: {
    li__BH5L=li__II5L(((__li__XNWI *)li__3G5L));
  } break;
  case __li__LOWI__: {
    li__BH5L=li__TI5L(((__li__LOWI *)li__3G5L));
  } break;
  case __li__5OWI__: {
    li__BH5L=li__4I5L(((__li__5OWI *)li__3G5L));
  } break;
  case __li__TPWI__: {
    li__BH5L=li__JJ5L(((__li__TPWI *)li__3G5L));
  } break;
  case __li__HQWI__: {
    li__BH5L=li__UJ5L(((__li__HQWI *)li__3G5L));
  } break;
  case __li__ARWI__: {
    li__BH5L=li__5J5L(((__li__ARWI *)li__3G5L));
  } break;
  case __li__URWI__: {
    li__BH5L=li__NK5L(((__li__URWI *)li__3G5L));
  } break;
  case __li__MSWI__: {
    li__CMHV=((__li__MSWI *)li__3G5L);
    li__DMHV=li__YXSJ(li__CMHV->li__NSWI.li__0CC,li__CMHV->li__ISBK);
    li__BH5L=li__DMHV;
  } break;
  case __li__ETWI__: {
    li__BH5L=li__4K5L(((__li__ETWI *)li__3G5L));
  } break;
  case __li__MZWI__: {
    li__FMHV=((__li__MZWI *)li__3G5L);
    li__GMHV=li__4U4I(li__FMHV->li__NZWI.li__0K.li__0CC,li__FMHV->li__3SBK,li__FMHV->li__NZWI.li__WZLE);
    li__BH5L=li__GMHV;
  } break;
  case __li__C0WI__: {
    li__IMHV=((__li__C0WI *)li__3G5L);
    li__JMHV=li__ZV4I(li__IMHV->li__D0WI.li__0K.li__0CC,li__IMHV->li__CTBK);
    li__BH5L=li__JMHV;
  } break;
  case __li__M1WI__: {
    li__LMHV=((__li__M1WI *)li__3G5L);
    li__MMHV=li__1Z4I(li__LMHV->li__N1WI.li__0K.li__0CC,li__LMHV->li__UTFK);
    li__BH5L=li__MMHV;
  } break;
  case __li__KMFK__: {
    li__BH5L=li__G3CM(((__li__KMFK *)li__3G5L));
  } break;
  case __li__XOHL__: {
    li__BH5L=li__AAPN(((__li__XOHL *)li__3G5L));
  } break;
  case __li__FPHL__: {
    li__BH5L=li__2EGM(((__li__FPHL *)li__3G5L));
  } break;
  case __li__APLM__: {
    li__BH5L=li__XRDQ(((__li__APLM *)li__3G5L));
  } break;
  case __li__DTNM__: {
    li__BH5L=li__D5SO(((__li__DTNM *)li__3G5L));
  } break;
  case __li__JXNM__: {
    li__BH5L=li__153R(((__li__JXNM *)li__3G5L));
  } break;
  case __li__21LO__: {
    li__BH5L=li__2KLP(((__li__21LO *)li__3G5L));
  } break;
  case __li__TPOO__: {
    li__BH5L=li__JLLP(((__li__TPOO *)li__3G5L));
  } break;
  case __li__URRO__: {
    li__BH5L=li__KM4R(((__li__URRO *)li__3G5L));
  } break;
  case __li__41XO__: {
    li__BH5L=li__CSDQ(((__li__41XO *)li__3G5L));
  } break;
  case __li__AKBR__: {
    li__BH5L=li__L2DS(((__li__AKBR *)li__3G5L));
  } break;
  case __li__SU5R__: {
    li__BH5L=li__EQJS(((__li__SU5R *)li__3G5L));
  } break;
  case __li__JV5R__: {
    li__BH5L=li__PQJS(((__li__JV5R *)li__3G5L));
  } break;
  };
  li__XAXJ=li__WBZJ();
  li__NWOK=((__li__E3VI *)li__XAXJ);
  li__NWOK->li__F3VI.li__IVVI.li__0CC=li__2G5L;
  li__NWOK->li__F3VI.li__FPBK=li__4G5L;
  li__NWOK->li__F3VI.li__LPBK=li__BH5L;
  li__1G5L=li__XAXJ;
  return(li__1G5L);
}

static __li__KMFK* li__G3CM(__li__KMFK *li__H3CM)
/* (Strict READ_LOCAL{li__KMFK}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KMFK *li__M3CM,*li__O3CM,*li__I3CM;
  li__M3CM=li__NOPI(((__li__VTBD *)li__H3CM->li__3RFK));
  /* NULL __li__KMFK__ */
if (li__M3CM==NULL) {
    li__O3CM=NULL;
  } else /* READ_LOCAL */ {
    li__O3CM=((__li__KMFK *)li__M3CM);
  };
  li__I3CM=li__O3CM;
  return(li__I3CM);
}

static __li__KLWI* li__PNSJ(__li__PO li__RNSJ,__li__KMFK *li__SNSJ)
/* (Expanded POSITION{li__PO},Strict READ_LOCAL{NULLxli__KMFK}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KLWI *li__2PUJ,*li__FRUJ,*li__TNSJ;
  __li__CB li__3PUJ,li__VNXU;
  __li__JJG li__FQUJ,li__YNXU,li__TNXU;
  __li__K li__QQUJ;
  __li__52B li__DOXU;
  li__2PUJ=NULL;
  li__3PUJ=((__li__CB )(NULL));
  li__FQUJ=((__li__JJG )sizeof(__li__KLWI));
  /* __li__B__ __li__I__ */
if ((li__FQUJ ==  0)) {
    li__2PUJ=li__KLWI__;
  } else /* FALSE */ {
    li__QQUJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__FQUJ));
    /* __li__B__ __li__I__ */
if ((li__QQUJ == (__li__K)(-  1))) {
      li__YNXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__TNXU=(__li__JJG)((__li__JJG)(li__FQUJ - (__li__JJG)(((__li__JJG ) 0) - li__YNXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YNXU) - ((__li__JJG ) 1)));
      li__YNXU=(__li__JJG)(li__TNXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__VNXU=li__YCJ(li__TNXU,((__li__CB )(&(table_size[(li__YNXU)-1]))),((__li__52B )li__TNXU));
      li__3PUJ=li__VNXU;
    } else /* FALSE */ {
      li__DOXU=((__li__52B )li__QQUJ);
      li__YNXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__TNXU=(__li__JJG)((__li__JJG)(li__FQUJ - (__li__JJG)(((__li__JJG ) 0) - li__YNXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YNXU) - ((__li__JJG ) 1)));
      li__VNXU=li__YCJ(li__TNXU,((__li__CB )(&(table_type[(li__DOXU)]))),(__li__52B)(li__DOXU |  1));
      li__3PUJ=li__VNXU;
    };
    li__FRUJ=((__li__KLWI *)li__3PUJ);
    li__2PUJ=li__FRUJ;
    *(li__FRUJ) = *(li__KLWI__);
  };
  li__FRUJ=((__li__KLWI *)li__2PUJ);
  li__FRUJ->li__LLWI.li__0CC=li__RNSJ;
  li__FRUJ->li__ZPBK=li__SNSJ;
  li__TNSJ=li__2PUJ;
  return(li__TNSJ);
}

static __li__ULWI* li__AOSJ(__li__PO li__COSJ,__li__5RB *li__DOSJ)
/* (Expanded POSITION{li__PO},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULWI *li__ZRUJ,*li__CTUJ,*li__EOSJ;
  __li__CB li__0RUJ,li__0OXU;
  __li__JJG li__CSUJ,li__3OXU,li__YOXU;
  __li__K li__NSUJ;
  __li__52B li__IPXU;
  li__ZRUJ=NULL;
  li__0RUJ=((__li__CB )(NULL));
  li__CSUJ=((__li__JJG )sizeof(__li__ULWI));
  /* __li__B__ __li__I__ */
if ((li__CSUJ ==  0)) {
    li__ZRUJ=li__ULWI__;
  } else /* FALSE */ {
    li__NSUJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__CSUJ));
    /* __li__B__ __li__I__ */
if ((li__NSUJ == (__li__K)(-  1))) {
      li__3OXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__YOXU=(__li__JJG)((__li__JJG)(li__CSUJ - (__li__JJG)(((__li__JJG ) 0) - li__3OXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__3OXU) - ((__li__JJG ) 1)));
      li__3OXU=(__li__JJG)(li__YOXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__0OXU=li__YCJ(li__YOXU,((__li__CB )(&(table_size[(li__3OXU)-1]))),((__li__52B )li__YOXU));
      li__0RUJ=li__0OXU;
    } else /* FALSE */ {
      li__IPXU=((__li__52B )li__NSUJ);
      li__3OXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__YOXU=(__li__JJG)((__li__JJG)(li__CSUJ - (__li__JJG)(((__li__JJG ) 0) - li__3OXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__3OXU) - ((__li__JJG ) 1)));
      li__0OXU=li__YCJ(li__YOXU,((__li__CB )(&(table_type[(li__IPXU)]))),(__li__52B)(li__IPXU |  1));
      li__0RUJ=li__0OXU;
    };
    li__CTUJ=((__li__ULWI *)li__0RUJ);
    li__ZRUJ=li__CTUJ;
    *(li__CTUJ) = *(li__ULWI__);
  };
  li__CTUJ=((__li__ULWI *)li__ZRUJ);
  li__CTUJ->li__VLWI.li__0CC=li__COSJ;
  li__CTUJ->li__4PBK=li__DOSJ;
  li__EOSJ=li__ZRUJ;
  return(li__EOSJ);
}

static __li__NMWI* li__SH5L(__li__NMWI *li__TH5L)
/* (Strict EXPR_SUP{li__NMWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__VH5L,li__LNHV;
  void *li__WH5L,*li__XH5L,*li__0H5L;
  __li__WK *li__WIUU;
  __li__KVBD *li__KNHV,*li__ONHV;
  __li__5RB *li__MNHV,*li__PNHV;
  __li__WVBD *li__YIUU,*li__ZIUU;
  __li__KLWI *li__1IUU;
  __li__KMFK *li__3IUU;
  __li__ULWI *li__AJUU,*li__BJUU;
  __li__MSWI *li__SNHV,*li__TNHV;
  __li__MZWI *li__VNHV,*li__WNHV;
  __li__C0WI *li__YNHV,*li__ZNHV;
  __li__M1WI *li__1NHV,*li__2NHV;
  __li__NMWI *li__2H5L,*li__UH5L;
  li__VH5L=li__TH5L->li__OMWI.li__IVVI.li__0CC;
  li__WH5L=li__TH5L->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WH5L)->__id) {
  case __li__WK__: {
    li__WIUU=li__PVEJ(((__li__WK *)li__WH5L));
    li__XH5L=li__WIUU;
  } break;
  case __li__AVBD__: {
    li__XH5L=li__AE5L(((__li__AVBD *)li__WH5L));
  } break;
  case __li__KVBD__: {
    li__KNHV=((__li__KVBD *)li__WH5L);
    li__LNHV=li__KNHV->li__LVBD.li__0K.li__0CC;
    li__MNHV=li__KNHV->li__LVBD.li__WZLE;
    li__KNHV=li__5QND();
    li__ONHV=((__li__KVBD *)li__KNHV);
    li__ONHV->li__LVBD.li__0K.li__0CC=li__LNHV;
    li__PNHV=li__NNSE(((__li__5RB *)li__MNHV));
    li__ONHV->li__LVBD.li__WZLE=li__PNHV;
    li__XH5L=li__KNHV;
  } break;
  case __li__WVBD__: {
    li__YIUU=((__li__WVBD *)li__WH5L);
    li__ZIUU=li__VEID(li__YIUU->li__XVBD.li__0K.li__0CC,li__YIUU->li__2ZLE,li__YIUU->li__XVBD.li__WZLE);
    li__XH5L=li__ZIUU;
  } break;
  case __li__Z4WH__: {
    li__XH5L=li__XEVK(((__li__Z4WH *)li__WH5L));
  } break;
  case __li__KTVI__: {
    li__XH5L=li__XF5L(((__li__KTVI *)li__WH5L));
  } break;
  case __li__LTVI__: {
    li__XH5L=li__SDGM(((__li__LTVI *)li__WH5L));
  } break;
  case __li__XTVI__: {
    li__XH5L=li__DG5L(((__li__XTVI *)li__WH5L));
  } break;
  case __li__YTVI__: {
    li__XH5L=li__4DGM(((__li__YTVI *)li__WH5L));
  } break;
  case __li__S2VI__: {
    li__XH5L=li__OG5L(((__li__S2VI *)li__WH5L));
  } break;
  case __li__E3VI__: {
    li__XH5L=li__ZG5L(((__li__E3VI *)li__WH5L));
  } break;
  case __li__KLWI__: {
    li__1IUU=((__li__KLWI *)li__WH5L);
    li__LNHV=li__1IUU->li__LLWI.li__0CC;
    li__3IUU=li__G3CM(((__li__KMFK *)li__1IUU->li__ZPBK));
    li__1IUU=li__PNSJ(li__LNHV,li__3IUU);
    li__XH5L=li__1IUU;
  } break;
  case __li__ULWI__: {
    li__AJUU=((__li__ULWI *)li__WH5L);
    li__BJUU=li__AOSJ(li__AJUU->li__VLWI.li__0CC,li__AJUU->li__4PBK);
    li__XH5L=li__BJUU;
  } break;
  case __li__NMWI__: {
    li__XH5L=li__SH5L(((__li__NMWI *)li__WH5L));
  } break;
  case __li__BNWI__: {
    li__XH5L=li__3H5L(((__li__BNWI *)li__WH5L));
  } break;
  case __li__XNWI__: {
    li__XH5L=li__II5L(((__li__XNWI *)li__WH5L));
  } break;
  case __li__LOWI__: {
    li__XH5L=li__TI5L(((__li__LOWI *)li__WH5L));
  } break;
  case __li__5OWI__: {
    li__XH5L=li__4I5L(((__li__5OWI *)li__WH5L));
  } break;
  case __li__TPWI__: {
    li__XH5L=li__JJ5L(((__li__TPWI *)li__WH5L));
  } break;
  case __li__HQWI__: {
    li__XH5L=li__UJ5L(((__li__HQWI *)li__WH5L));
  } break;
  case __li__ARWI__: {
    li__XH5L=li__5J5L(((__li__ARWI *)li__WH5L));
  } break;
  case __li__URWI__: {
    li__XH5L=li__NK5L(((__li__URWI *)li__WH5L));
  } break;
  case __li__MSWI__: {
    li__SNHV=((__li__MSWI *)li__WH5L);
    li__TNHV=li__YXSJ(li__SNHV->li__NSWI.li__0CC,li__SNHV->li__ISBK);
    li__XH5L=li__TNHV;
  } break;
  case __li__ETWI__: {
    li__XH5L=li__4K5L(((__li__ETWI *)li__WH5L));
  } break;
  case __li__MZWI__: {
    li__VNHV=((__li__MZWI *)li__WH5L);
    li__WNHV=li__4U4I(li__VNHV->li__NZWI.li__0K.li__0CC,li__VNHV->li__3SBK,li__VNHV->li__NZWI.li__WZLE);
    li__XH5L=li__WNHV;
  } break;
  case __li__C0WI__: {
    li__YNHV=((__li__C0WI *)li__WH5L);
    li__ZNHV=li__ZV4I(li__YNHV->li__D0WI.li__0K.li__0CC,li__YNHV->li__CTBK);
    li__XH5L=li__ZNHV;
  } break;
  case __li__M1WI__: {
    li__1NHV=((__li__M1WI *)li__WH5L);
    li__2NHV=li__1Z4I(li__1NHV->li__N1WI.li__0K.li__0CC,li__1NHV->li__UTFK);
    li__XH5L=li__2NHV;
  } break;
  case __li__KMFK__: {
    li__XH5L=li__G3CM(((__li__KMFK *)li__WH5L));
  } break;
  case __li__XOHL__: {
    li__XH5L=li__AAPN(((__li__XOHL *)li__WH5L));
  } break;
  case __li__FPHL__: {
    li__XH5L=li__2EGM(((__li__FPHL *)li__WH5L));
  } break;
  case __li__APLM__: {
    li__XH5L=li__XRDQ(((__li__APLM *)li__WH5L));
  } break;
  case __li__DTNM__: {
    li__XH5L=li__D5SO(((__li__DTNM *)li__WH5L));
  } break;
  case __li__JXNM__: {
    li__XH5L=li__153R(((__li__JXNM *)li__WH5L));
  } break;
  case __li__21LO__: {
    li__XH5L=li__2KLP(((__li__21LO *)li__WH5L));
  } break;
  case __li__TPOO__: {
    li__XH5L=li__JLLP(((__li__TPOO *)li__WH5L));
  } break;
  case __li__URRO__: {
    li__XH5L=li__KM4R(((__li__URRO *)li__WH5L));
  } break;
  case __li__41XO__: {
    li__XH5L=li__CSDQ(((__li__41XO *)li__WH5L));
  } break;
  case __li__AKBR__: {
    li__XH5L=li__L2DS(((__li__AKBR *)li__WH5L));
  } break;
  case __li__SU5R__: {
    li__XH5L=li__EQJS(((__li__SU5R *)li__WH5L));
  } break;
  case __li__JV5R__: {
    li__XH5L=li__PQJS(((__li__JV5R *)li__WH5L));
  } break;
  };
  li__WH5L=li__TH5L->li__OMWI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WH5L)->__id) {
  case __li__WK__: {
    li__WIUU=li__PVEJ(((__li__WK *)li__WH5L));
    li__0H5L=li__WIUU;
  } break;
  case __li__AVBD__: {
    li__0H5L=li__AE5L(((__li__AVBD *)li__WH5L));
  } break;
  case __li__KVBD__: {
    li__KNHV=((__li__KVBD *)li__WH5L);
    li__LNHV=li__KNHV->li__LVBD.li__0K.li__0CC;
    li__MNHV=li__KNHV->li__LVBD.li__WZLE;
    li__KNHV=li__5QND();
    li__ONHV=((__li__KVBD *)li__KNHV);
    li__ONHV->li__LVBD.li__0K.li__0CC=li__LNHV;
    li__PNHV=li__NNSE(((__li__5RB *)li__MNHV));
    li__ONHV->li__LVBD.li__WZLE=li__PNHV;
    li__0H5L=li__KNHV;
  } break;
  case __li__WVBD__: {
    li__YIUU=((__li__WVBD *)li__WH5L);
    li__ZIUU=li__VEID(li__YIUU->li__XVBD.li__0K.li__0CC,li__YIUU->li__2ZLE,li__YIUU->li__XVBD.li__WZLE);
    li__0H5L=li__ZIUU;
  } break;
  case __li__Z4WH__: {
    li__0H5L=li__XEVK(((__li__Z4WH *)li__WH5L));
  } break;
  case __li__KTVI__: {
    li__0H5L=li__XF5L(((__li__KTVI *)li__WH5L));
  } break;
  case __li__LTVI__: {
    li__0H5L=li__SDGM(((__li__LTVI *)li__WH5L));
  } break;
  case __li__XTVI__: {
    li__0H5L=li__DG5L(((__li__XTVI *)li__WH5L));
  } break;
  case __li__YTVI__: {
    li__0H5L=li__4DGM(((__li__YTVI *)li__WH5L));
  } break;
  case __li__S2VI__: {
    li__0H5L=li__OG5L(((__li__S2VI *)li__WH5L));
  } break;
  case __li__E3VI__: {
    li__0H5L=li__ZG5L(((__li__E3VI *)li__WH5L));
  } break;
  case __li__KLWI__: {
    li__1IUU=((__li__KLWI *)li__WH5L);
    li__LNHV=li__1IUU->li__LLWI.li__0CC;
    li__3IUU=li__G3CM(((__li__KMFK *)li__1IUU->li__ZPBK));
    li__1IUU=li__PNSJ(li__LNHV,li__3IUU);
    li__0H5L=li__1IUU;
  } break;
  case __li__ULWI__: {
    li__AJUU=((__li__ULWI *)li__WH5L);
    li__BJUU=li__AOSJ(li__AJUU->li__VLWI.li__0CC,li__AJUU->li__4PBK);
    li__0H5L=li__BJUU;
  } break;
  case __li__NMWI__: {
    li__0H5L=li__SH5L(((__li__NMWI *)li__WH5L));
  } break;
  case __li__BNWI__: {
    li__0H5L=li__3H5L(((__li__BNWI *)li__WH5L));
  } break;
  case __li__XNWI__: {
    li__0H5L=li__II5L(((__li__XNWI *)li__WH5L));
  } break;
  case __li__LOWI__: {
    li__0H5L=li__TI5L(((__li__LOWI *)li__WH5L));
  } break;
  case __li__5OWI__: {
    li__0H5L=li__4I5L(((__li__5OWI *)li__WH5L));
  } break;
  case __li__TPWI__: {
    li__0H5L=li__JJ5L(((__li__TPWI *)li__WH5L));
  } break;
  case __li__HQWI__: {
    li__0H5L=li__UJ5L(((__li__HQWI *)li__WH5L));
  } break;
  case __li__ARWI__: {
    li__0H5L=li__5J5L(((__li__ARWI *)li__WH5L));
  } break;
  case __li__URWI__: {
    li__0H5L=li__NK5L(((__li__URWI *)li__WH5L));
  } break;
  case __li__MSWI__: {
    li__SNHV=((__li__MSWI *)li__WH5L);
    li__TNHV=li__YXSJ(li__SNHV->li__NSWI.li__0CC,li__SNHV->li__ISBK);
    li__0H5L=li__TNHV;
  } break;
  case __li__ETWI__: {
    li__0H5L=li__4K5L(((__li__ETWI *)li__WH5L));
  } break;
  case __li__MZWI__: {
    li__VNHV=((__li__MZWI *)li__WH5L);
    li__WNHV=li__4U4I(li__VNHV->li__NZWI.li__0K.li__0CC,li__VNHV->li__3SBK,li__VNHV->li__NZWI.li__WZLE);
    li__0H5L=li__WNHV;
  } break;
  case __li__C0WI__: {
    li__YNHV=((__li__C0WI *)li__WH5L);
    li__ZNHV=li__ZV4I(li__YNHV->li__D0WI.li__0K.li__0CC,li__YNHV->li__CTBK);
    li__0H5L=li__ZNHV;
  } break;
  case __li__M1WI__: {
    li__1NHV=((__li__M1WI *)li__WH5L);
    li__2NHV=li__1Z4I(li__1NHV->li__N1WI.li__0K.li__0CC,li__1NHV->li__UTFK);
    li__0H5L=li__2NHV;
  } break;
  case __li__KMFK__: {
    li__0H5L=li__G3CM(((__li__KMFK *)li__WH5L));
  } break;
  case __li__XOHL__: {
    li__0H5L=li__AAPN(((__li__XOHL *)li__WH5L));
  } break;
  case __li__FPHL__: {
    li__0H5L=li__2EGM(((__li__FPHL *)li__WH5L));
  } break;
  case __li__APLM__: {
    li__0H5L=li__XRDQ(((__li__APLM *)li__WH5L));
  } break;
  case __li__DTNM__: {
    li__0H5L=li__D5SO(((__li__DTNM *)li__WH5L));
  } break;
  case __li__JXNM__: {
    li__0H5L=li__153R(((__li__JXNM *)li__WH5L));
  } break;
  case __li__21LO__: {
    li__0H5L=li__2KLP(((__li__21LO *)li__WH5L));
  } break;
  case __li__TPOO__: {
    li__0H5L=li__JLLP(((__li__TPOO *)li__WH5L));
  } break;
  case __li__URRO__: {
    li__0H5L=li__KM4R(((__li__URRO *)li__WH5L));
  } break;
  case __li__41XO__: {
    li__0H5L=li__CSDQ(((__li__41XO *)li__WH5L));
  } break;
  case __li__AKBR__: {
    li__0H5L=li__L2DS(((__li__AKBR *)li__WH5L));
  } break;
  case __li__SU5R__: {
    li__0H5L=li__EQJS(((__li__SU5R *)li__WH5L));
  } break;
  case __li__JV5R__: {
    li__0H5L=li__PQJS(((__li__JV5R *)li__WH5L));
  } break;
  };
  li__2H5L=li__3OSJ(li__VH5L,li__XH5L,li__0H5L);
  li__UH5L=li__2H5L;
  return(li__UH5L);
}

static __li__BNWI* li__3H5L(__li__BNWI *li__4H5L)
/* (Strict EXPR_SUB{li__BNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__AI5L,li__TOHV;
  void *li__BI5L,*li__CI5L,*li__FI5L;
  __li__WK *li__SJUU;
  __li__KVBD *li__SOHV,*li__WOHV;
  __li__5RB *li__UOHV,*li__XOHV;
  __li__WVBD *li__UJUU,*li__VJUU;
  __li__KLWI *li__XJUU;
  __li__KMFK *li__ZJUU;
  __li__ULWI *li__2JUU,*li__3JUU;
  __li__MSWI *li__0OHV,*li__1OHV;
  __li__MZWI *li__3OHV,*li__4OHV;
  __li__C0WI *li__APHV,*li__BPHV;
  __li__M1WI *li__DPHV,*li__EPHV;
  __li__BNWI *li__HI5L,*li__5H5L;
  li__AI5L=li__4H5L->li__ENWI.li__DNWI.li__0CC;
  li__BI5L=li__4H5L->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BI5L)->__id) {
  case __li__WK__: {
    li__SJUU=li__PVEJ(((__li__WK *)li__BI5L));
    li__CI5L=li__SJUU;
  } break;
  case __li__AVBD__: {
    li__CI5L=li__AE5L(((__li__AVBD *)li__BI5L));
  } break;
  case __li__KVBD__: {
    li__SOHV=((__li__KVBD *)li__BI5L);
    li__TOHV=li__SOHV->li__LVBD.li__0K.li__0CC;
    li__UOHV=li__SOHV->li__LVBD.li__WZLE;
    li__SOHV=li__5QND();
    li__WOHV=((__li__KVBD *)li__SOHV);
    li__WOHV->li__LVBD.li__0K.li__0CC=li__TOHV;
    li__XOHV=li__NNSE(((__li__5RB *)li__UOHV));
    li__WOHV->li__LVBD.li__WZLE=li__XOHV;
    li__CI5L=li__SOHV;
  } break;
  case __li__WVBD__: {
    li__UJUU=((__li__WVBD *)li__BI5L);
    li__VJUU=li__VEID(li__UJUU->li__XVBD.li__0K.li__0CC,li__UJUU->li__2ZLE,li__UJUU->li__XVBD.li__WZLE);
    li__CI5L=li__VJUU;
  } break;
  case __li__Z4WH__: {
    li__CI5L=li__XEVK(((__li__Z4WH *)li__BI5L));
  } break;
  case __li__KTVI__: {
    li__CI5L=li__XF5L(((__li__KTVI *)li__BI5L));
  } break;
  case __li__LTVI__: {
    li__CI5L=li__SDGM(((__li__LTVI *)li__BI5L));
  } break;
  case __li__XTVI__: {
    li__CI5L=li__DG5L(((__li__XTVI *)li__BI5L));
  } break;
  case __li__YTVI__: {
    li__CI5L=li__4DGM(((__li__YTVI *)li__BI5L));
  } break;
  case __li__S2VI__: {
    li__CI5L=li__OG5L(((__li__S2VI *)li__BI5L));
  } break;
  case __li__E3VI__: {
    li__CI5L=li__ZG5L(((__li__E3VI *)li__BI5L));
  } break;
  case __li__KLWI__: {
    li__XJUU=((__li__KLWI *)li__BI5L);
    li__TOHV=li__XJUU->li__LLWI.li__0CC;
    li__ZJUU=li__G3CM(((__li__KMFK *)li__XJUU->li__ZPBK));
    li__XJUU=li__PNSJ(li__TOHV,li__ZJUU);
    li__CI5L=li__XJUU;
  } break;
  case __li__ULWI__: {
    li__2JUU=((__li__ULWI *)li__BI5L);
    li__3JUU=li__AOSJ(li__2JUU->li__VLWI.li__0CC,li__2JUU->li__4PBK);
    li__CI5L=li__3JUU;
  } break;
  case __li__NMWI__: {
    li__CI5L=li__SH5L(((__li__NMWI *)li__BI5L));
  } break;
  case __li__BNWI__: {
    li__CI5L=li__3H5L(((__li__BNWI *)li__BI5L));
  } break;
  case __li__XNWI__: {
    li__CI5L=li__II5L(((__li__XNWI *)li__BI5L));
  } break;
  case __li__LOWI__: {
    li__CI5L=li__TI5L(((__li__LOWI *)li__BI5L));
  } break;
  case __li__5OWI__: {
    li__CI5L=li__4I5L(((__li__5OWI *)li__BI5L));
  } break;
  case __li__TPWI__: {
    li__CI5L=li__JJ5L(((__li__TPWI *)li__BI5L));
  } break;
  case __li__HQWI__: {
    li__CI5L=li__UJ5L(((__li__HQWI *)li__BI5L));
  } break;
  case __li__ARWI__: {
    li__CI5L=li__5J5L(((__li__ARWI *)li__BI5L));
  } break;
  case __li__URWI__: {
    li__CI5L=li__NK5L(((__li__URWI *)li__BI5L));
  } break;
  case __li__MSWI__: {
    li__0OHV=((__li__MSWI *)li__BI5L);
    li__1OHV=li__YXSJ(li__0OHV->li__NSWI.li__0CC,li__0OHV->li__ISBK);
    li__CI5L=li__1OHV;
  } break;
  case __li__ETWI__: {
    li__CI5L=li__4K5L(((__li__ETWI *)li__BI5L));
  } break;
  case __li__MZWI__: {
    li__3OHV=((__li__MZWI *)li__BI5L);
    li__4OHV=li__4U4I(li__3OHV->li__NZWI.li__0K.li__0CC,li__3OHV->li__3SBK,li__3OHV->li__NZWI.li__WZLE);
    li__CI5L=li__4OHV;
  } break;
  case __li__C0WI__: {
    li__APHV=((__li__C0WI *)li__BI5L);
    li__BPHV=li__ZV4I(li__APHV->li__D0WI.li__0K.li__0CC,li__APHV->li__CTBK);
    li__CI5L=li__BPHV;
  } break;
  case __li__M1WI__: {
    li__DPHV=((__li__M1WI *)li__BI5L);
    li__EPHV=li__1Z4I(li__DPHV->li__N1WI.li__0K.li__0CC,li__DPHV->li__UTFK);
    li__CI5L=li__EPHV;
  } break;
  case __li__KMFK__: {
    li__CI5L=li__G3CM(((__li__KMFK *)li__BI5L));
  } break;
  case __li__XOHL__: {
    li__CI5L=li__AAPN(((__li__XOHL *)li__BI5L));
  } break;
  case __li__FPHL__: {
    li__CI5L=li__2EGM(((__li__FPHL *)li__BI5L));
  } break;
  case __li__APLM__: {
    li__CI5L=li__XRDQ(((__li__APLM *)li__BI5L));
  } break;
  case __li__DTNM__: {
    li__CI5L=li__D5SO(((__li__DTNM *)li__BI5L));
  } break;
  case __li__JXNM__: {
    li__CI5L=li__153R(((__li__JXNM *)li__BI5L));
  } break;
  case __li__21LO__: {
    li__CI5L=li__2KLP(((__li__21LO *)li__BI5L));
  } break;
  case __li__TPOO__: {
    li__CI5L=li__JLLP(((__li__TPOO *)li__BI5L));
  } break;
  case __li__URRO__: {
    li__CI5L=li__KM4R(((__li__URRO *)li__BI5L));
  } break;
  case __li__41XO__: {
    li__CI5L=li__CSDQ(((__li__41XO *)li__BI5L));
  } break;
  case __li__AKBR__: {
    li__CI5L=li__L2DS(((__li__AKBR *)li__BI5L));
  } break;
  case __li__SU5R__: {
    li__CI5L=li__EQJS(((__li__SU5R *)li__BI5L));
  } break;
  case __li__JV5R__: {
    li__CI5L=li__PQJS(((__li__JV5R *)li__BI5L));
  } break;
  };
  li__BI5L=li__4H5L->li__ENWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BI5L)->__id) {
  case __li__WK__: {
    li__SJUU=li__PVEJ(((__li__WK *)li__BI5L));
    li__FI5L=li__SJUU;
  } break;
  case __li__AVBD__: {
    li__FI5L=li__AE5L(((__li__AVBD *)li__BI5L));
  } break;
  case __li__KVBD__: {
    li__SOHV=((__li__KVBD *)li__BI5L);
    li__TOHV=li__SOHV->li__LVBD.li__0K.li__0CC;
    li__UOHV=li__SOHV->li__LVBD.li__WZLE;
    li__SOHV=li__5QND();
    li__WOHV=((__li__KVBD *)li__SOHV);
    li__WOHV->li__LVBD.li__0K.li__0CC=li__TOHV;
    li__XOHV=li__NNSE(((__li__5RB *)li__UOHV));
    li__WOHV->li__LVBD.li__WZLE=li__XOHV;
    li__FI5L=li__SOHV;
  } break;
  case __li__WVBD__: {
    li__UJUU=((__li__WVBD *)li__BI5L);
    li__VJUU=li__VEID(li__UJUU->li__XVBD.li__0K.li__0CC,li__UJUU->li__2ZLE,li__UJUU->li__XVBD.li__WZLE);
    li__FI5L=li__VJUU;
  } break;
  case __li__Z4WH__: {
    li__FI5L=li__XEVK(((__li__Z4WH *)li__BI5L));
  } break;
  case __li__KTVI__: {
    li__FI5L=li__XF5L(((__li__KTVI *)li__BI5L));
  } break;
  case __li__LTVI__: {
    li__FI5L=li__SDGM(((__li__LTVI *)li__BI5L));
  } break;
  case __li__XTVI__: {
    li__FI5L=li__DG5L(((__li__XTVI *)li__BI5L));
  } break;
  case __li__YTVI__: {
    li__FI5L=li__4DGM(((__li__YTVI *)li__BI5L));
  } break;
  case __li__S2VI__: {
    li__FI5L=li__OG5L(((__li__S2VI *)li__BI5L));
  } break;
  case __li__E3VI__: {
    li__FI5L=li__ZG5L(((__li__E3VI *)li__BI5L));
  } break;
  case __li__KLWI__: {
    li__XJUU=((__li__KLWI *)li__BI5L);
    li__TOHV=li__XJUU->li__LLWI.li__0CC;
    li__ZJUU=li__G3CM(((__li__KMFK *)li__XJUU->li__ZPBK));
    li__XJUU=li__PNSJ(li__TOHV,li__ZJUU);
    li__FI5L=li__XJUU;
  } break;
  case __li__ULWI__: {
    li__2JUU=((__li__ULWI *)li__BI5L);
    li__3JUU=li__AOSJ(li__2JUU->li__VLWI.li__0CC,li__2JUU->li__4PBK);
    li__FI5L=li__3JUU;
  } break;
  case __li__NMWI__: {
    li__FI5L=li__SH5L(((__li__NMWI *)li__BI5L));
  } break;
  case __li__BNWI__: {
    li__FI5L=li__3H5L(((__li__BNWI *)li__BI5L));
  } break;
  case __li__XNWI__: {
    li__FI5L=li__II5L(((__li__XNWI *)li__BI5L));
  } break;
  case __li__LOWI__: {
    li__FI5L=li__TI5L(((__li__LOWI *)li__BI5L));
  } break;
  case __li__5OWI__: {
    li__FI5L=li__4I5L(((__li__5OWI *)li__BI5L));
  } break;
  case __li__TPWI__: {
    li__FI5L=li__JJ5L(((__li__TPWI *)li__BI5L));
  } break;
  case __li__HQWI__: {
    li__FI5L=li__UJ5L(((__li__HQWI *)li__BI5L));
  } break;
  case __li__ARWI__: {
    li__FI5L=li__5J5L(((__li__ARWI *)li__BI5L));
  } break;
  case __li__URWI__: {
    li__FI5L=li__NK5L(((__li__URWI *)li__BI5L));
  } break;
  case __li__MSWI__: {
    li__0OHV=((__li__MSWI *)li__BI5L);
    li__1OHV=li__YXSJ(li__0OHV->li__NSWI.li__0CC,li__0OHV->li__ISBK);
    li__FI5L=li__1OHV;
  } break;
  case __li__ETWI__: {
    li__FI5L=li__4K5L(((__li__ETWI *)li__BI5L));
  } break;
  case __li__MZWI__: {
    li__3OHV=((__li__MZWI *)li__BI5L);
    li__4OHV=li__4U4I(li__3OHV->li__NZWI.li__0K.li__0CC,li__3OHV->li__3SBK,li__3OHV->li__NZWI.li__WZLE);
    li__FI5L=li__4OHV;
  } break;
  case __li__C0WI__: {
    li__APHV=((__li__C0WI *)li__BI5L);
    li__BPHV=li__ZV4I(li__APHV->li__D0WI.li__0K.li__0CC,li__APHV->li__CTBK);
    li__FI5L=li__BPHV;
  } break;
  case __li__M1WI__: {
    li__DPHV=((__li__M1WI *)li__BI5L);
    li__EPHV=li__1Z4I(li__DPHV->li__N1WI.li__0K.li__0CC,li__DPHV->li__UTFK);
    li__FI5L=li__EPHV;
  } break;
  case __li__KMFK__: {
    li__FI5L=li__G3CM(((__li__KMFK *)li__BI5L));
  } break;
  case __li__XOHL__: {
    li__FI5L=li__AAPN(((__li__XOHL *)li__BI5L));
  } break;
  case __li__FPHL__: {
    li__FI5L=li__2EGM(((__li__FPHL *)li__BI5L));
  } break;
  case __li__APLM__: {
    li__FI5L=li__XRDQ(((__li__APLM *)li__BI5L));
  } break;
  case __li__DTNM__: {
    li__FI5L=li__D5SO(((__li__DTNM *)li__BI5L));
  } break;
  case __li__JXNM__: {
    li__FI5L=li__153R(((__li__JXNM *)li__BI5L));
  } break;
  case __li__21LO__: {
    li__FI5L=li__2KLP(((__li__21LO *)li__BI5L));
  } break;
  case __li__TPOO__: {
    li__FI5L=li__JLLP(((__li__TPOO *)li__BI5L));
  } break;
  case __li__URRO__: {
    li__FI5L=li__KM4R(((__li__URRO *)li__BI5L));
  } break;
  case __li__41XO__: {
    li__FI5L=li__CSDQ(((__li__41XO *)li__BI5L));
  } break;
  case __li__AKBR__: {
    li__FI5L=li__L2DS(((__li__AKBR *)li__BI5L));
  } break;
  case __li__SU5R__: {
    li__FI5L=li__EQJS(((__li__SU5R *)li__BI5L));
  } break;
  case __li__JV5R__: {
    li__FI5L=li__PQJS(((__li__JV5R *)li__BI5L));
  } break;
  };
  li__HI5L=li__1PSJ(li__AI5L,li__CI5L,li__FI5L);
  li__5H5L=li__HI5L;
  return(li__5H5L);
}

static __li__XNWI* li__II5L(__li__XNWI *li__JI5L)
/* (Strict EXPR_MUL{li__XNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__LI5L,li__1PHV;
  void *li__MI5L,*li__NI5L,*li__QI5L;
  __li__WK *li__OKUU;
  __li__KVBD *li__0PHV,*li__4PHV;
  __li__5RB *li__2PHV,*li__5PHV;
  __li__WVBD *li__QKUU,*li__RKUU;
  __li__KLWI *li__TKUU;
  __li__KMFK *li__VKUU;
  __li__ULWI *li__YKUU,*li__ZKUU;
  __li__MSWI *li__CQHV,*li__DQHV;
  __li__MZWI *li__FQHV,*li__GQHV;
  __li__C0WI *li__IQHV,*li__JQHV;
  __li__M1WI *li__LQHV,*li__MQHV;
  __li__XNWI *li__SI5L,*li__KI5L;
  li__LI5L=li__JI5L->li__YNWI.li__DNWI.li__0CC;
  li__MI5L=li__JI5L->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MI5L)->__id) {
  case __li__WK__: {
    li__OKUU=li__PVEJ(((__li__WK *)li__MI5L));
    li__NI5L=li__OKUU;
  } break;
  case __li__AVBD__: {
    li__NI5L=li__AE5L(((__li__AVBD *)li__MI5L));
  } break;
  case __li__KVBD__: {
    li__0PHV=((__li__KVBD *)li__MI5L);
    li__1PHV=li__0PHV->li__LVBD.li__0K.li__0CC;
    li__2PHV=li__0PHV->li__LVBD.li__WZLE;
    li__0PHV=li__5QND();
    li__4PHV=((__li__KVBD *)li__0PHV);
    li__4PHV->li__LVBD.li__0K.li__0CC=li__1PHV;
    li__5PHV=li__NNSE(((__li__5RB *)li__2PHV));
    li__4PHV->li__LVBD.li__WZLE=li__5PHV;
    li__NI5L=li__0PHV;
  } break;
  case __li__WVBD__: {
    li__QKUU=((__li__WVBD *)li__MI5L);
    li__RKUU=li__VEID(li__QKUU->li__XVBD.li__0K.li__0CC,li__QKUU->li__2ZLE,li__QKUU->li__XVBD.li__WZLE);
    li__NI5L=li__RKUU;
  } break;
  case __li__Z4WH__: {
    li__NI5L=li__XEVK(((__li__Z4WH *)li__MI5L));
  } break;
  case __li__KTVI__: {
    li__NI5L=li__XF5L(((__li__KTVI *)li__MI5L));
  } break;
  case __li__LTVI__: {
    li__NI5L=li__SDGM(((__li__LTVI *)li__MI5L));
  } break;
  case __li__XTVI__: {
    li__NI5L=li__DG5L(((__li__XTVI *)li__MI5L));
  } break;
  case __li__YTVI__: {
    li__NI5L=li__4DGM(((__li__YTVI *)li__MI5L));
  } break;
  case __li__S2VI__: {
    li__NI5L=li__OG5L(((__li__S2VI *)li__MI5L));
  } break;
  case __li__E3VI__: {
    li__NI5L=li__ZG5L(((__li__E3VI *)li__MI5L));
  } break;
  case __li__KLWI__: {
    li__TKUU=((__li__KLWI *)li__MI5L);
    li__1PHV=li__TKUU->li__LLWI.li__0CC;
    li__VKUU=li__G3CM(((__li__KMFK *)li__TKUU->li__ZPBK));
    li__TKUU=li__PNSJ(li__1PHV,li__VKUU);
    li__NI5L=li__TKUU;
  } break;
  case __li__ULWI__: {
    li__YKUU=((__li__ULWI *)li__MI5L);
    li__ZKUU=li__AOSJ(li__YKUU->li__VLWI.li__0CC,li__YKUU->li__4PBK);
    li__NI5L=li__ZKUU;
  } break;
  case __li__NMWI__: {
    li__NI5L=li__SH5L(((__li__NMWI *)li__MI5L));
  } break;
  case __li__BNWI__: {
    li__NI5L=li__3H5L(((__li__BNWI *)li__MI5L));
  } break;
  case __li__XNWI__: {
    li__NI5L=li__II5L(((__li__XNWI *)li__MI5L));
  } break;
  case __li__LOWI__: {
    li__NI5L=li__TI5L(((__li__LOWI *)li__MI5L));
  } break;
  case __li__5OWI__: {
    li__NI5L=li__4I5L(((__li__5OWI *)li__MI5L));
  } break;
  case __li__TPWI__: {
    li__NI5L=li__JJ5L(((__li__TPWI *)li__MI5L));
  } break;
  case __li__HQWI__: {
    li__NI5L=li__UJ5L(((__li__HQWI *)li__MI5L));
  } break;
  case __li__ARWI__: {
    li__NI5L=li__5J5L(((__li__ARWI *)li__MI5L));
  } break;
  case __li__URWI__: {
    li__NI5L=li__NK5L(((__li__URWI *)li__MI5L));
  } break;
  case __li__MSWI__: {
    li__CQHV=((__li__MSWI *)li__MI5L);
    li__DQHV=li__YXSJ(li__CQHV->li__NSWI.li__0CC,li__CQHV->li__ISBK);
    li__NI5L=li__DQHV;
  } break;
  case __li__ETWI__: {
    li__NI5L=li__4K5L(((__li__ETWI *)li__MI5L));
  } break;
  case __li__MZWI__: {
    li__FQHV=((__li__MZWI *)li__MI5L);
    li__GQHV=li__4U4I(li__FQHV->li__NZWI.li__0K.li__0CC,li__FQHV->li__3SBK,li__FQHV->li__NZWI.li__WZLE);
    li__NI5L=li__GQHV;
  } break;
  case __li__C0WI__: {
    li__IQHV=((__li__C0WI *)li__MI5L);
    li__JQHV=li__ZV4I(li__IQHV->li__D0WI.li__0K.li__0CC,li__IQHV->li__CTBK);
    li__NI5L=li__JQHV;
  } break;
  case __li__M1WI__: {
    li__LQHV=((__li__M1WI *)li__MI5L);
    li__MQHV=li__1Z4I(li__LQHV->li__N1WI.li__0K.li__0CC,li__LQHV->li__UTFK);
    li__NI5L=li__MQHV;
  } break;
  case __li__KMFK__: {
    li__NI5L=li__G3CM(((__li__KMFK *)li__MI5L));
  } break;
  case __li__XOHL__: {
    li__NI5L=li__AAPN(((__li__XOHL *)li__MI5L));
  } break;
  case __li__FPHL__: {
    li__NI5L=li__2EGM(((__li__FPHL *)li__MI5L));
  } break;
  case __li__APLM__: {
    li__NI5L=li__XRDQ(((__li__APLM *)li__MI5L));
  } break;
  case __li__DTNM__: {
    li__NI5L=li__D5SO(((__li__DTNM *)li__MI5L));
  } break;
  case __li__JXNM__: {
    li__NI5L=li__153R(((__li__JXNM *)li__MI5L));
  } break;
  case __li__21LO__: {
    li__NI5L=li__2KLP(((__li__21LO *)li__MI5L));
  } break;
  case __li__TPOO__: {
    li__NI5L=li__JLLP(((__li__TPOO *)li__MI5L));
  } break;
  case __li__URRO__: {
    li__NI5L=li__KM4R(((__li__URRO *)li__MI5L));
  } break;
  case __li__41XO__: {
    li__NI5L=li__CSDQ(((__li__41XO *)li__MI5L));
  } break;
  case __li__AKBR__: {
    li__NI5L=li__L2DS(((__li__AKBR *)li__MI5L));
  } break;
  case __li__SU5R__: {
    li__NI5L=li__EQJS(((__li__SU5R *)li__MI5L));
  } break;
  case __li__JV5R__: {
    li__NI5L=li__PQJS(((__li__JV5R *)li__MI5L));
  } break;
  };
  li__MI5L=li__JI5L->li__YNWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MI5L)->__id) {
  case __li__WK__: {
    li__OKUU=li__PVEJ(((__li__WK *)li__MI5L));
    li__QI5L=li__OKUU;
  } break;
  case __li__AVBD__: {
    li__QI5L=li__AE5L(((__li__AVBD *)li__MI5L));
  } break;
  case __li__KVBD__: {
    li__0PHV=((__li__KVBD *)li__MI5L);
    li__1PHV=li__0PHV->li__LVBD.li__0K.li__0CC;
    li__2PHV=li__0PHV->li__LVBD.li__WZLE;
    li__0PHV=li__5QND();
    li__4PHV=((__li__KVBD *)li__0PHV);
    li__4PHV->li__LVBD.li__0K.li__0CC=li__1PHV;
    li__5PHV=li__NNSE(((__li__5RB *)li__2PHV));
    li__4PHV->li__LVBD.li__WZLE=li__5PHV;
    li__QI5L=li__0PHV;
  } break;
  case __li__WVBD__: {
    li__QKUU=((__li__WVBD *)li__MI5L);
    li__RKUU=li__VEID(li__QKUU->li__XVBD.li__0K.li__0CC,li__QKUU->li__2ZLE,li__QKUU->li__XVBD.li__WZLE);
    li__QI5L=li__RKUU;
  } break;
  case __li__Z4WH__: {
    li__QI5L=li__XEVK(((__li__Z4WH *)li__MI5L));
  } break;
  case __li__KTVI__: {
    li__QI5L=li__XF5L(((__li__KTVI *)li__MI5L));
  } break;
  case __li__LTVI__: {
    li__QI5L=li__SDGM(((__li__LTVI *)li__MI5L));
  } break;
  case __li__XTVI__: {
    li__QI5L=li__DG5L(((__li__XTVI *)li__MI5L));
  } break;
  case __li__YTVI__: {
    li__QI5L=li__4DGM(((__li__YTVI *)li__MI5L));
  } break;
  case __li__S2VI__: {
    li__QI5L=li__OG5L(((__li__S2VI *)li__MI5L));
  } break;
  case __li__E3VI__: {
    li__QI5L=li__ZG5L(((__li__E3VI *)li__MI5L));
  } break;
  case __li__KLWI__: {
    li__TKUU=((__li__KLWI *)li__MI5L);
    li__1PHV=li__TKUU->li__LLWI.li__0CC;
    li__VKUU=li__G3CM(((__li__KMFK *)li__TKUU->li__ZPBK));
    li__TKUU=li__PNSJ(li__1PHV,li__VKUU);
    li__QI5L=li__TKUU;
  } break;
  case __li__ULWI__: {
    li__YKUU=((__li__ULWI *)li__MI5L);
    li__ZKUU=li__AOSJ(li__YKUU->li__VLWI.li__0CC,li__YKUU->li__4PBK);
    li__QI5L=li__ZKUU;
  } break;
  case __li__NMWI__: {
    li__QI5L=li__SH5L(((__li__NMWI *)li__MI5L));
  } break;
  case __li__BNWI__: {
    li__QI5L=li__3H5L(((__li__BNWI *)li__MI5L));
  } break;
  case __li__XNWI__: {
    li__QI5L=li__II5L(((__li__XNWI *)li__MI5L));
  } break;
  case __li__LOWI__: {
    li__QI5L=li__TI5L(((__li__LOWI *)li__MI5L));
  } break;
  case __li__5OWI__: {
    li__QI5L=li__4I5L(((__li__5OWI *)li__MI5L));
  } break;
  case __li__TPWI__: {
    li__QI5L=li__JJ5L(((__li__TPWI *)li__MI5L));
  } break;
  case __li__HQWI__: {
    li__QI5L=li__UJ5L(((__li__HQWI *)li__MI5L));
  } break;
  case __li__ARWI__: {
    li__QI5L=li__5J5L(((__li__ARWI *)li__MI5L));
  } break;
  case __li__URWI__: {
    li__QI5L=li__NK5L(((__li__URWI *)li__MI5L));
  } break;
  case __li__MSWI__: {
    li__CQHV=((__li__MSWI *)li__MI5L);
    li__DQHV=li__YXSJ(li__CQHV->li__NSWI.li__0CC,li__CQHV->li__ISBK);
    li__QI5L=li__DQHV;
  } break;
  case __li__ETWI__: {
    li__QI5L=li__4K5L(((__li__ETWI *)li__MI5L));
  } break;
  case __li__MZWI__: {
    li__FQHV=((__li__MZWI *)li__MI5L);
    li__GQHV=li__4U4I(li__FQHV->li__NZWI.li__0K.li__0CC,li__FQHV->li__3SBK,li__FQHV->li__NZWI.li__WZLE);
    li__QI5L=li__GQHV;
  } break;
  case __li__C0WI__: {
    li__IQHV=((__li__C0WI *)li__MI5L);
    li__JQHV=li__ZV4I(li__IQHV->li__D0WI.li__0K.li__0CC,li__IQHV->li__CTBK);
    li__QI5L=li__JQHV;
  } break;
  case __li__M1WI__: {
    li__LQHV=((__li__M1WI *)li__MI5L);
    li__MQHV=li__1Z4I(li__LQHV->li__N1WI.li__0K.li__0CC,li__LQHV->li__UTFK);
    li__QI5L=li__MQHV;
  } break;
  case __li__KMFK__: {
    li__QI5L=li__G3CM(((__li__KMFK *)li__MI5L));
  } break;
  case __li__XOHL__: {
    li__QI5L=li__AAPN(((__li__XOHL *)li__MI5L));
  } break;
  case __li__FPHL__: {
    li__QI5L=li__2EGM(((__li__FPHL *)li__MI5L));
  } break;
  case __li__APLM__: {
    li__QI5L=li__XRDQ(((__li__APLM *)li__MI5L));
  } break;
  case __li__DTNM__: {
    li__QI5L=li__D5SO(((__li__DTNM *)li__MI5L));
  } break;
  case __li__JXNM__: {
    li__QI5L=li__153R(((__li__JXNM *)li__MI5L));
  } break;
  case __li__21LO__: {
    li__QI5L=li__2KLP(((__li__21LO *)li__MI5L));
  } break;
  case __li__TPOO__: {
    li__QI5L=li__JLLP(((__li__TPOO *)li__MI5L));
  } break;
  case __li__URRO__: {
    li__QI5L=li__KM4R(((__li__URRO *)li__MI5L));
  } break;
  case __li__41XO__: {
    li__QI5L=li__CSDQ(((__li__41XO *)li__MI5L));
  } break;
  case __li__AKBR__: {
    li__QI5L=li__L2DS(((__li__AKBR *)li__MI5L));
  } break;
  case __li__SU5R__: {
    li__QI5L=li__EQJS(((__li__SU5R *)li__MI5L));
  } break;
  case __li__JV5R__: {
    li__QI5L=li__PQJS(((__li__JV5R *)li__MI5L));
  } break;
  };
  li__SI5L=li__ZQSJ(li__LI5L,li__NI5L,li__QI5L);
  li__KI5L=li__SI5L;
  return(li__KI5L);
}

static __li__LOWI* li__TI5L(__li__LOWI *li__UI5L)
/* (Strict EXPR_DIV{li__LOWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__WI5L,li__DRHV;
  void *li__XI5L,*li__YI5L,*li__1I5L;
  __li__WK *li__KLUU;
  __li__KVBD *li__CRHV,*li__GRHV;
  __li__5RB *li__ERHV,*li__HRHV;
  __li__WVBD *li__MLUU,*li__NLUU;
  __li__KLWI *li__PLUU;
  __li__KMFK *li__RLUU;
  __li__ULWI *li__ULUU,*li__VLUU;
  __li__MSWI *li__KRHV,*li__LRHV;
  __li__MZWI *li__NRHV,*li__ORHV;
  __li__C0WI *li__QRHV,*li__RRHV;
  __li__M1WI *li__TRHV,*li__URHV;
  __li__LOWI *li__3I5L,*li__VI5L;
  li__WI5L=li__UI5L->li__MOWI.li__DNWI.li__0CC;
  li__XI5L=li__UI5L->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XI5L)->__id) {
  case __li__WK__: {
    li__KLUU=li__PVEJ(((__li__WK *)li__XI5L));
    li__YI5L=li__KLUU;
  } break;
  case __li__AVBD__: {
    li__YI5L=li__AE5L(((__li__AVBD *)li__XI5L));
  } break;
  case __li__KVBD__: {
    li__CRHV=((__li__KVBD *)li__XI5L);
    li__DRHV=li__CRHV->li__LVBD.li__0K.li__0CC;
    li__ERHV=li__CRHV->li__LVBD.li__WZLE;
    li__CRHV=li__5QND();
    li__GRHV=((__li__KVBD *)li__CRHV);
    li__GRHV->li__LVBD.li__0K.li__0CC=li__DRHV;
    li__HRHV=li__NNSE(((__li__5RB *)li__ERHV));
    li__GRHV->li__LVBD.li__WZLE=li__HRHV;
    li__YI5L=li__CRHV;
  } break;
  case __li__WVBD__: {
    li__MLUU=((__li__WVBD *)li__XI5L);
    li__NLUU=li__VEID(li__MLUU->li__XVBD.li__0K.li__0CC,li__MLUU->li__2ZLE,li__MLUU->li__XVBD.li__WZLE);
    li__YI5L=li__NLUU;
  } break;
  case __li__Z4WH__: {
    li__YI5L=li__XEVK(((__li__Z4WH *)li__XI5L));
  } break;
  case __li__KTVI__: {
    li__YI5L=li__XF5L(((__li__KTVI *)li__XI5L));
  } break;
  case __li__LTVI__: {
    li__YI5L=li__SDGM(((__li__LTVI *)li__XI5L));
  } break;
  case __li__XTVI__: {
    li__YI5L=li__DG5L(((__li__XTVI *)li__XI5L));
  } break;
  case __li__YTVI__: {
    li__YI5L=li__4DGM(((__li__YTVI *)li__XI5L));
  } break;
  case __li__S2VI__: {
    li__YI5L=li__OG5L(((__li__S2VI *)li__XI5L));
  } break;
  case __li__E3VI__: {
    li__YI5L=li__ZG5L(((__li__E3VI *)li__XI5L));
  } break;
  case __li__KLWI__: {
    li__PLUU=((__li__KLWI *)li__XI5L);
    li__DRHV=li__PLUU->li__LLWI.li__0CC;
    li__RLUU=li__G3CM(((__li__KMFK *)li__PLUU->li__ZPBK));
    li__PLUU=li__PNSJ(li__DRHV,li__RLUU);
    li__YI5L=li__PLUU;
  } break;
  case __li__ULWI__: {
    li__ULUU=((__li__ULWI *)li__XI5L);
    li__VLUU=li__AOSJ(li__ULUU->li__VLWI.li__0CC,li__ULUU->li__4PBK);
    li__YI5L=li__VLUU;
  } break;
  case __li__NMWI__: {
    li__YI5L=li__SH5L(((__li__NMWI *)li__XI5L));
  } break;
  case __li__BNWI__: {
    li__YI5L=li__3H5L(((__li__BNWI *)li__XI5L));
  } break;
  case __li__XNWI__: {
    li__YI5L=li__II5L(((__li__XNWI *)li__XI5L));
  } break;
  case __li__LOWI__: {
    li__YI5L=li__TI5L(((__li__LOWI *)li__XI5L));
  } break;
  case __li__5OWI__: {
    li__YI5L=li__4I5L(((__li__5OWI *)li__XI5L));
  } break;
  case __li__TPWI__: {
    li__YI5L=li__JJ5L(((__li__TPWI *)li__XI5L));
  } break;
  case __li__HQWI__: {
    li__YI5L=li__UJ5L(((__li__HQWI *)li__XI5L));
  } break;
  case __li__ARWI__: {
    li__YI5L=li__5J5L(((__li__ARWI *)li__XI5L));
  } break;
  case __li__URWI__: {
    li__YI5L=li__NK5L(((__li__URWI *)li__XI5L));
  } break;
  case __li__MSWI__: {
    li__KRHV=((__li__MSWI *)li__XI5L);
    li__LRHV=li__YXSJ(li__KRHV->li__NSWI.li__0CC,li__KRHV->li__ISBK);
    li__YI5L=li__LRHV;
  } break;
  case __li__ETWI__: {
    li__YI5L=li__4K5L(((__li__ETWI *)li__XI5L));
  } break;
  case __li__MZWI__: {
    li__NRHV=((__li__MZWI *)li__XI5L);
    li__ORHV=li__4U4I(li__NRHV->li__NZWI.li__0K.li__0CC,li__NRHV->li__3SBK,li__NRHV->li__NZWI.li__WZLE);
    li__YI5L=li__ORHV;
  } break;
  case __li__C0WI__: {
    li__QRHV=((__li__C0WI *)li__XI5L);
    li__RRHV=li__ZV4I(li__QRHV->li__D0WI.li__0K.li__0CC,li__QRHV->li__CTBK);
    li__YI5L=li__RRHV;
  } break;
  case __li__M1WI__: {
    li__TRHV=((__li__M1WI *)li__XI5L);
    li__URHV=li__1Z4I(li__TRHV->li__N1WI.li__0K.li__0CC,li__TRHV->li__UTFK);
    li__YI5L=li__URHV;
  } break;
  case __li__KMFK__: {
    li__YI5L=li__G3CM(((__li__KMFK *)li__XI5L));
  } break;
  case __li__XOHL__: {
    li__YI5L=li__AAPN(((__li__XOHL *)li__XI5L));
  } break;
  case __li__FPHL__: {
    li__YI5L=li__2EGM(((__li__FPHL *)li__XI5L));
  } break;
  case __li__APLM__: {
    li__YI5L=li__XRDQ(((__li__APLM *)li__XI5L));
  } break;
  case __li__DTNM__: {
    li__YI5L=li__D5SO(((__li__DTNM *)li__XI5L));
  } break;
  case __li__JXNM__: {
    li__YI5L=li__153R(((__li__JXNM *)li__XI5L));
  } break;
  case __li__21LO__: {
    li__YI5L=li__2KLP(((__li__21LO *)li__XI5L));
  } break;
  case __li__TPOO__: {
    li__YI5L=li__JLLP(((__li__TPOO *)li__XI5L));
  } break;
  case __li__URRO__: {
    li__YI5L=li__KM4R(((__li__URRO *)li__XI5L));
  } break;
  case __li__41XO__: {
    li__YI5L=li__CSDQ(((__li__41XO *)li__XI5L));
  } break;
  case __li__AKBR__: {
    li__YI5L=li__L2DS(((__li__AKBR *)li__XI5L));
  } break;
  case __li__SU5R__: {
    li__YI5L=li__EQJS(((__li__SU5R *)li__XI5L));
  } break;
  case __li__JV5R__: {
    li__YI5L=li__PQJS(((__li__JV5R *)li__XI5L));
  } break;
  };
  li__XI5L=li__UI5L->li__MOWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XI5L)->__id) {
  case __li__WK__: {
    li__KLUU=li__PVEJ(((__li__WK *)li__XI5L));
    li__1I5L=li__KLUU;
  } break;
  case __li__AVBD__: {
    li__1I5L=li__AE5L(((__li__AVBD *)li__XI5L));
  } break;
  case __li__KVBD__: {
    li__CRHV=((__li__KVBD *)li__XI5L);
    li__DRHV=li__CRHV->li__LVBD.li__0K.li__0CC;
    li__ERHV=li__CRHV->li__LVBD.li__WZLE;
    li__CRHV=li__5QND();
    li__GRHV=((__li__KVBD *)li__CRHV);
    li__GRHV->li__LVBD.li__0K.li__0CC=li__DRHV;
    li__HRHV=li__NNSE(((__li__5RB *)li__ERHV));
    li__GRHV->li__LVBD.li__WZLE=li__HRHV;
    li__1I5L=li__CRHV;
  } break;
  case __li__WVBD__: {
    li__MLUU=((__li__WVBD *)li__XI5L);
    li__NLUU=li__VEID(li__MLUU->li__XVBD.li__0K.li__0CC,li__MLUU->li__2ZLE,li__MLUU->li__XVBD.li__WZLE);
    li__1I5L=li__NLUU;
  } break;
  case __li__Z4WH__: {
    li__1I5L=li__XEVK(((__li__Z4WH *)li__XI5L));
  } break;
  case __li__KTVI__: {
    li__1I5L=li__XF5L(((__li__KTVI *)li__XI5L));
  } break;
  case __li__LTVI__: {
    li__1I5L=li__SDGM(((__li__LTVI *)li__XI5L));
  } break;
  case __li__XTVI__: {
    li__1I5L=li__DG5L(((__li__XTVI *)li__XI5L));
  } break;
  case __li__YTVI__: {
    li__1I5L=li__4DGM(((__li__YTVI *)li__XI5L));
  } break;
  case __li__S2VI__: {
    li__1I5L=li__OG5L(((__li__S2VI *)li__XI5L));
  } break;
  case __li__E3VI__: {
    li__1I5L=li__ZG5L(((__li__E3VI *)li__XI5L));
  } break;
  case __li__KLWI__: {
    li__PLUU=((__li__KLWI *)li__XI5L);
    li__DRHV=li__PLUU->li__LLWI.li__0CC;
    li__RLUU=li__G3CM(((__li__KMFK *)li__PLUU->li__ZPBK));
    li__PLUU=li__PNSJ(li__DRHV,li__RLUU);
    li__1I5L=li__PLUU;
  } break;
  case __li__ULWI__: {
    li__ULUU=((__li__ULWI *)li__XI5L);
    li__VLUU=li__AOSJ(li__ULUU->li__VLWI.li__0CC,li__ULUU->li__4PBK);
    li__1I5L=li__VLUU;
  } break;
  case __li__NMWI__: {
    li__1I5L=li__SH5L(((__li__NMWI *)li__XI5L));
  } break;
  case __li__BNWI__: {
    li__1I5L=li__3H5L(((__li__BNWI *)li__XI5L));
  } break;
  case __li__XNWI__: {
    li__1I5L=li__II5L(((__li__XNWI *)li__XI5L));
  } break;
  case __li__LOWI__: {
    li__1I5L=li__TI5L(((__li__LOWI *)li__XI5L));
  } break;
  case __li__5OWI__: {
    li__1I5L=li__4I5L(((__li__5OWI *)li__XI5L));
  } break;
  case __li__TPWI__: {
    li__1I5L=li__JJ5L(((__li__TPWI *)li__XI5L));
  } break;
  case __li__HQWI__: {
    li__1I5L=li__UJ5L(((__li__HQWI *)li__XI5L));
  } break;
  case __li__ARWI__: {
    li__1I5L=li__5J5L(((__li__ARWI *)li__XI5L));
  } break;
  case __li__URWI__: {
    li__1I5L=li__NK5L(((__li__URWI *)li__XI5L));
  } break;
  case __li__MSWI__: {
    li__KRHV=((__li__MSWI *)li__XI5L);
    li__LRHV=li__YXSJ(li__KRHV->li__NSWI.li__0CC,li__KRHV->li__ISBK);
    li__1I5L=li__LRHV;
  } break;
  case __li__ETWI__: {
    li__1I5L=li__4K5L(((__li__ETWI *)li__XI5L));
  } break;
  case __li__MZWI__: {
    li__NRHV=((__li__MZWI *)li__XI5L);
    li__ORHV=li__4U4I(li__NRHV->li__NZWI.li__0K.li__0CC,li__NRHV->li__3SBK,li__NRHV->li__NZWI.li__WZLE);
    li__1I5L=li__ORHV;
  } break;
  case __li__C0WI__: {
    li__QRHV=((__li__C0WI *)li__XI5L);
    li__RRHV=li__ZV4I(li__QRHV->li__D0WI.li__0K.li__0CC,li__QRHV->li__CTBK);
    li__1I5L=li__RRHV;
  } break;
  case __li__M1WI__: {
    li__TRHV=((__li__M1WI *)li__XI5L);
    li__URHV=li__1Z4I(li__TRHV->li__N1WI.li__0K.li__0CC,li__TRHV->li__UTFK);
    li__1I5L=li__URHV;
  } break;
  case __li__KMFK__: {
    li__1I5L=li__G3CM(((__li__KMFK *)li__XI5L));
  } break;
  case __li__XOHL__: {
    li__1I5L=li__AAPN(((__li__XOHL *)li__XI5L));
  } break;
  case __li__FPHL__: {
    li__1I5L=li__2EGM(((__li__FPHL *)li__XI5L));
  } break;
  case __li__APLM__: {
    li__1I5L=li__XRDQ(((__li__APLM *)li__XI5L));
  } break;
  case __li__DTNM__: {
    li__1I5L=li__D5SO(((__li__DTNM *)li__XI5L));
  } break;
  case __li__JXNM__: {
    li__1I5L=li__153R(((__li__JXNM *)li__XI5L));
  } break;
  case __li__21LO__: {
    li__1I5L=li__2KLP(((__li__21LO *)li__XI5L));
  } break;
  case __li__TPOO__: {
    li__1I5L=li__JLLP(((__li__TPOO *)li__XI5L));
  } break;
  case __li__URRO__: {
    li__1I5L=li__KM4R(((__li__URRO *)li__XI5L));
  } break;
  case __li__41XO__: {
    li__1I5L=li__CSDQ(((__li__41XO *)li__XI5L));
  } break;
  case __li__AKBR__: {
    li__1I5L=li__L2DS(((__li__AKBR *)li__XI5L));
  } break;
  case __li__SU5R__: {
    li__1I5L=li__EQJS(((__li__SU5R *)li__XI5L));
  } break;
  case __li__JV5R__: {
    li__1I5L=li__PQJS(((__li__JV5R *)li__XI5L));
  } break;
  };
  li__3I5L=li__XRSJ(li__WI5L,li__YI5L,li__1I5L);
  li__VI5L=li__3I5L;
  return(li__VI5L);
}

static __li__5OWI* li__4I5L(__li__5OWI *li__5I5L)
/* (Strict EXPR_AND{li__5OWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__BJ5L,li__LSHV;
  void *li__CJ5L,*li__DJ5L,*li__GJ5L;
  __li__WK *li__GMUU;
  __li__KVBD *li__KSHV,*li__OSHV;
  __li__5RB *li__MSHV,*li__PSHV;
  __li__WVBD *li__IMUU,*li__JMUU;
  __li__KLWI *li__LMUU;
  __li__KMFK *li__NMUU;
  __li__ULWI *li__QMUU,*li__RMUU;
  __li__MSWI *li__SSHV,*li__TSHV;
  __li__MZWI *li__VSHV,*li__WSHV;
  __li__C0WI *li__YSHV,*li__ZSHV;
  __li__M1WI *li__1SHV,*li__2SHV;
  __li__5OWI *li__2SSJ,*li__5GOK,*li__AJ5L;
  li__BJ5L=li__5I5L->li__APWI.li__DNWI.li__0CC;
  li__CJ5L=li__5I5L->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CJ5L)->__id) {
  case __li__WK__: {
    li__GMUU=li__PVEJ(((__li__WK *)li__CJ5L));
    li__DJ5L=li__GMUU;
  } break;
  case __li__AVBD__: {
    li__DJ5L=li__AE5L(((__li__AVBD *)li__CJ5L));
  } break;
  case __li__KVBD__: {
    li__KSHV=((__li__KVBD *)li__CJ5L);
    li__LSHV=li__KSHV->li__LVBD.li__0K.li__0CC;
    li__MSHV=li__KSHV->li__LVBD.li__WZLE;
    li__KSHV=li__5QND();
    li__OSHV=((__li__KVBD *)li__KSHV);
    li__OSHV->li__LVBD.li__0K.li__0CC=li__LSHV;
    li__PSHV=li__NNSE(((__li__5RB *)li__MSHV));
    li__OSHV->li__LVBD.li__WZLE=li__PSHV;
    li__DJ5L=li__KSHV;
  } break;
  case __li__WVBD__: {
    li__IMUU=((__li__WVBD *)li__CJ5L);
    li__JMUU=li__VEID(li__IMUU->li__XVBD.li__0K.li__0CC,li__IMUU->li__2ZLE,li__IMUU->li__XVBD.li__WZLE);
    li__DJ5L=li__JMUU;
  } break;
  case __li__Z4WH__: {
    li__DJ5L=li__XEVK(((__li__Z4WH *)li__CJ5L));
  } break;
  case __li__KTVI__: {
    li__DJ5L=li__XF5L(((__li__KTVI *)li__CJ5L));
  } break;
  case __li__LTVI__: {
    li__DJ5L=li__SDGM(((__li__LTVI *)li__CJ5L));
  } break;
  case __li__XTVI__: {
    li__DJ5L=li__DG5L(((__li__XTVI *)li__CJ5L));
  } break;
  case __li__YTVI__: {
    li__DJ5L=li__4DGM(((__li__YTVI *)li__CJ5L));
  } break;
  case __li__S2VI__: {
    li__DJ5L=li__OG5L(((__li__S2VI *)li__CJ5L));
  } break;
  case __li__E3VI__: {
    li__DJ5L=li__ZG5L(((__li__E3VI *)li__CJ5L));
  } break;
  case __li__KLWI__: {
    li__LMUU=((__li__KLWI *)li__CJ5L);
    li__LSHV=li__LMUU->li__LLWI.li__0CC;
    li__NMUU=li__G3CM(((__li__KMFK *)li__LMUU->li__ZPBK));
    li__LMUU=li__PNSJ(li__LSHV,li__NMUU);
    li__DJ5L=li__LMUU;
  } break;
  case __li__ULWI__: {
    li__QMUU=((__li__ULWI *)li__CJ5L);
    li__RMUU=li__AOSJ(li__QMUU->li__VLWI.li__0CC,li__QMUU->li__4PBK);
    li__DJ5L=li__RMUU;
  } break;
  case __li__NMWI__: {
    li__DJ5L=li__SH5L(((__li__NMWI *)li__CJ5L));
  } break;
  case __li__BNWI__: {
    li__DJ5L=li__3H5L(((__li__BNWI *)li__CJ5L));
  } break;
  case __li__XNWI__: {
    li__DJ5L=li__II5L(((__li__XNWI *)li__CJ5L));
  } break;
  case __li__LOWI__: {
    li__DJ5L=li__TI5L(((__li__LOWI *)li__CJ5L));
  } break;
  case __li__5OWI__: {
    li__DJ5L=li__4I5L(((__li__5OWI *)li__CJ5L));
  } break;
  case __li__TPWI__: {
    li__DJ5L=li__JJ5L(((__li__TPWI *)li__CJ5L));
  } break;
  case __li__HQWI__: {
    li__DJ5L=li__UJ5L(((__li__HQWI *)li__CJ5L));
  } break;
  case __li__ARWI__: {
    li__DJ5L=li__5J5L(((__li__ARWI *)li__CJ5L));
  } break;
  case __li__URWI__: {
    li__DJ5L=li__NK5L(((__li__URWI *)li__CJ5L));
  } break;
  case __li__MSWI__: {
    li__SSHV=((__li__MSWI *)li__CJ5L);
    li__TSHV=li__YXSJ(li__SSHV->li__NSWI.li__0CC,li__SSHV->li__ISBK);
    li__DJ5L=li__TSHV;
  } break;
  case __li__ETWI__: {
    li__DJ5L=li__4K5L(((__li__ETWI *)li__CJ5L));
  } break;
  case __li__MZWI__: {
    li__VSHV=((__li__MZWI *)li__CJ5L);
    li__WSHV=li__4U4I(li__VSHV->li__NZWI.li__0K.li__0CC,li__VSHV->li__3SBK,li__VSHV->li__NZWI.li__WZLE);
    li__DJ5L=li__WSHV;
  } break;
  case __li__C0WI__: {
    li__YSHV=((__li__C0WI *)li__CJ5L);
    li__ZSHV=li__ZV4I(li__YSHV->li__D0WI.li__0K.li__0CC,li__YSHV->li__CTBK);
    li__DJ5L=li__ZSHV;
  } break;
  case __li__M1WI__: {
    li__1SHV=((__li__M1WI *)li__CJ5L);
    li__2SHV=li__1Z4I(li__1SHV->li__N1WI.li__0K.li__0CC,li__1SHV->li__UTFK);
    li__DJ5L=li__2SHV;
  } break;
  case __li__KMFK__: {
    li__DJ5L=li__G3CM(((__li__KMFK *)li__CJ5L));
  } break;
  case __li__XOHL__: {
    li__DJ5L=li__AAPN(((__li__XOHL *)li__CJ5L));
  } break;
  case __li__FPHL__: {
    li__DJ5L=li__2EGM(((__li__FPHL *)li__CJ5L));
  } break;
  case __li__APLM__: {
    li__DJ5L=li__XRDQ(((__li__APLM *)li__CJ5L));
  } break;
  case __li__DTNM__: {
    li__DJ5L=li__D5SO(((__li__DTNM *)li__CJ5L));
  } break;
  case __li__JXNM__: {
    li__DJ5L=li__153R(((__li__JXNM *)li__CJ5L));
  } break;
  case __li__21LO__: {
    li__DJ5L=li__2KLP(((__li__21LO *)li__CJ5L));
  } break;
  case __li__TPOO__: {
    li__DJ5L=li__JLLP(((__li__TPOO *)li__CJ5L));
  } break;
  case __li__URRO__: {
    li__DJ5L=li__KM4R(((__li__URRO *)li__CJ5L));
  } break;
  case __li__41XO__: {
    li__DJ5L=li__CSDQ(((__li__41XO *)li__CJ5L));
  } break;
  case __li__AKBR__: {
    li__DJ5L=li__L2DS(((__li__AKBR *)li__CJ5L));
  } break;
  case __li__SU5R__: {
    li__DJ5L=li__EQJS(((__li__SU5R *)li__CJ5L));
  } break;
  case __li__JV5R__: {
    li__DJ5L=li__PQJS(((__li__JV5R *)li__CJ5L));
  } break;
  };
  li__CJ5L=li__5I5L->li__APWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CJ5L)->__id) {
  case __li__WK__: {
    li__GMUU=li__PVEJ(((__li__WK *)li__CJ5L));
    li__GJ5L=li__GMUU;
  } break;
  case __li__AVBD__: {
    li__GJ5L=li__AE5L(((__li__AVBD *)li__CJ5L));
  } break;
  case __li__KVBD__: {
    li__KSHV=((__li__KVBD *)li__CJ5L);
    li__LSHV=li__KSHV->li__LVBD.li__0K.li__0CC;
    li__MSHV=li__KSHV->li__LVBD.li__WZLE;
    li__KSHV=li__5QND();
    li__OSHV=((__li__KVBD *)li__KSHV);
    li__OSHV->li__LVBD.li__0K.li__0CC=li__LSHV;
    li__PSHV=li__NNSE(((__li__5RB *)li__MSHV));
    li__OSHV->li__LVBD.li__WZLE=li__PSHV;
    li__GJ5L=li__KSHV;
  } break;
  case __li__WVBD__: {
    li__IMUU=((__li__WVBD *)li__CJ5L);
    li__JMUU=li__VEID(li__IMUU->li__XVBD.li__0K.li__0CC,li__IMUU->li__2ZLE,li__IMUU->li__XVBD.li__WZLE);
    li__GJ5L=li__JMUU;
  } break;
  case __li__Z4WH__: {
    li__GJ5L=li__XEVK(((__li__Z4WH *)li__CJ5L));
  } break;
  case __li__KTVI__: {
    li__GJ5L=li__XF5L(((__li__KTVI *)li__CJ5L));
  } break;
  case __li__LTVI__: {
    li__GJ5L=li__SDGM(((__li__LTVI *)li__CJ5L));
  } break;
  case __li__XTVI__: {
    li__GJ5L=li__DG5L(((__li__XTVI *)li__CJ5L));
  } break;
  case __li__YTVI__: {
    li__GJ5L=li__4DGM(((__li__YTVI *)li__CJ5L));
  } break;
  case __li__S2VI__: {
    li__GJ5L=li__OG5L(((__li__S2VI *)li__CJ5L));
  } break;
  case __li__E3VI__: {
    li__GJ5L=li__ZG5L(((__li__E3VI *)li__CJ5L));
  } break;
  case __li__KLWI__: {
    li__LMUU=((__li__KLWI *)li__CJ5L);
    li__LSHV=li__LMUU->li__LLWI.li__0CC;
    li__NMUU=li__G3CM(((__li__KMFK *)li__LMUU->li__ZPBK));
    li__LMUU=li__PNSJ(li__LSHV,li__NMUU);
    li__GJ5L=li__LMUU;
  } break;
  case __li__ULWI__: {
    li__QMUU=((__li__ULWI *)li__CJ5L);
    li__RMUU=li__AOSJ(li__QMUU->li__VLWI.li__0CC,li__QMUU->li__4PBK);
    li__GJ5L=li__RMUU;
  } break;
  case __li__NMWI__: {
    li__GJ5L=li__SH5L(((__li__NMWI *)li__CJ5L));
  } break;
  case __li__BNWI__: {
    li__GJ5L=li__3H5L(((__li__BNWI *)li__CJ5L));
  } break;
  case __li__XNWI__: {
    li__GJ5L=li__II5L(((__li__XNWI *)li__CJ5L));
  } break;
  case __li__LOWI__: {
    li__GJ5L=li__TI5L(((__li__LOWI *)li__CJ5L));
  } break;
  case __li__5OWI__: {
    li__GJ5L=li__4I5L(((__li__5OWI *)li__CJ5L));
  } break;
  case __li__TPWI__: {
    li__GJ5L=li__JJ5L(((__li__TPWI *)li__CJ5L));
  } break;
  case __li__HQWI__: {
    li__GJ5L=li__UJ5L(((__li__HQWI *)li__CJ5L));
  } break;
  case __li__ARWI__: {
    li__GJ5L=li__5J5L(((__li__ARWI *)li__CJ5L));
  } break;
  case __li__URWI__: {
    li__GJ5L=li__NK5L(((__li__URWI *)li__CJ5L));
  } break;
  case __li__MSWI__: {
    li__SSHV=((__li__MSWI *)li__CJ5L);
    li__TSHV=li__YXSJ(li__SSHV->li__NSWI.li__0CC,li__SSHV->li__ISBK);
    li__GJ5L=li__TSHV;
  } break;
  case __li__ETWI__: {
    li__GJ5L=li__4K5L(((__li__ETWI *)li__CJ5L));
  } break;
  case __li__MZWI__: {
    li__VSHV=((__li__MZWI *)li__CJ5L);
    li__WSHV=li__4U4I(li__VSHV->li__NZWI.li__0K.li__0CC,li__VSHV->li__3SBK,li__VSHV->li__NZWI.li__WZLE);
    li__GJ5L=li__WSHV;
  } break;
  case __li__C0WI__: {
    li__YSHV=((__li__C0WI *)li__CJ5L);
    li__ZSHV=li__ZV4I(li__YSHV->li__D0WI.li__0K.li__0CC,li__YSHV->li__CTBK);
    li__GJ5L=li__ZSHV;
  } break;
  case __li__M1WI__: {
    li__1SHV=((__li__M1WI *)li__CJ5L);
    li__2SHV=li__1Z4I(li__1SHV->li__N1WI.li__0K.li__0CC,li__1SHV->li__UTFK);
    li__GJ5L=li__2SHV;
  } break;
  case __li__KMFK__: {
    li__GJ5L=li__G3CM(((__li__KMFK *)li__CJ5L));
  } break;
  case __li__XOHL__: {
    li__GJ5L=li__AAPN(((__li__XOHL *)li__CJ5L));
  } break;
  case __li__FPHL__: {
    li__GJ5L=li__2EGM(((__li__FPHL *)li__CJ5L));
  } break;
  case __li__APLM__: {
    li__GJ5L=li__XRDQ(((__li__APLM *)li__CJ5L));
  } break;
  case __li__DTNM__: {
    li__GJ5L=li__D5SO(((__li__DTNM *)li__CJ5L));
  } break;
  case __li__JXNM__: {
    li__GJ5L=li__153R(((__li__JXNM *)li__CJ5L));
  } break;
  case __li__21LO__: {
    li__GJ5L=li__2KLP(((__li__21LO *)li__CJ5L));
  } break;
  case __li__TPOO__: {
    li__GJ5L=li__JLLP(((__li__TPOO *)li__CJ5L));
  } break;
  case __li__URRO__: {
    li__GJ5L=li__KM4R(((__li__URRO *)li__CJ5L));
  } break;
  case __li__41XO__: {
    li__GJ5L=li__CSDQ(((__li__41XO *)li__CJ5L));
  } break;
  case __li__AKBR__: {
    li__GJ5L=li__L2DS(((__li__AKBR *)li__CJ5L));
  } break;
  case __li__SU5R__: {
    li__GJ5L=li__EQJS(((__li__SU5R *)li__CJ5L));
  } break;
  case __li__JV5R__: {
    li__GJ5L=li__PQJS(((__li__JV5R *)li__CJ5L));
  } break;
  };
  li__2SSJ=li__M1UJ();
  li__5GOK=((__li__5OWI *)li__2SSJ);
  li__5GOK->li__APWI.li__DNWI.li__0CC=li__BJ5L;
  li__5GOK->li__APWI.li__MQBK=li__DJ5L;
  li__5GOK->li__APWI.li__QQBK=li__GJ5L;
  li__AJ5L=li__2SSJ;
  return(li__AJ5L);
}

static __li__TPWI* li__JJ5L(__li__TPWI *li__KJ5L)
/* (Strict EXPR_SHIFT_R{li__TPWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__MJ5L,li__TTHV;
  void *li__NJ5L,*li__OJ5L,*li__RJ5L;
  __li__WK *li__CNUU;
  __li__KVBD *li__STHV,*li__WTHV;
  __li__5RB *li__UTHV,*li__XTHV;
  __li__WVBD *li__ENUU,*li__FNUU;
  __li__KLWI *li__HNUU;
  __li__KMFK *li__JNUU;
  __li__ULWI *li__MNUU,*li__NNUU;
  __li__MSWI *li__0THV,*li__1THV;
  __li__MZWI *li__3THV,*li__4THV;
  __li__C0WI *li__AUHV,*li__BUHV;
  __li__M1WI *li__DUHV,*li__EUHV;
  __li__TPWI *li__0TSJ,*li__FHOK,*li__LJ5L;
  li__MJ5L=li__KJ5L->li__UPWI.li__DNWI.li__0CC;
  li__NJ5L=li__KJ5L->li__UPWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NJ5L)->__id) {
  case __li__WK__: {
    li__CNUU=li__PVEJ(((__li__WK *)li__NJ5L));
    li__OJ5L=li__CNUU;
  } break;
  case __li__AVBD__: {
    li__OJ5L=li__AE5L(((__li__AVBD *)li__NJ5L));
  } break;
  case __li__KVBD__: {
    li__STHV=((__li__KVBD *)li__NJ5L);
    li__TTHV=li__STHV->li__LVBD.li__0K.li__0CC;
    li__UTHV=li__STHV->li__LVBD.li__WZLE;
    li__STHV=li__5QND();
    li__WTHV=((__li__KVBD *)li__STHV);
    li__WTHV->li__LVBD.li__0K.li__0CC=li__TTHV;
    li__XTHV=li__NNSE(((__li__5RB *)li__UTHV));
    li__WTHV->li__LVBD.li__WZLE=li__XTHV;
    li__OJ5L=li__STHV;
  } break;
  case __li__WVBD__: {
    li__ENUU=((__li__WVBD *)li__NJ5L);
    li__FNUU=li__VEID(li__ENUU->li__XVBD.li__0K.li__0CC,li__ENUU->li__2ZLE,li__ENUU->li__XVBD.li__WZLE);
    li__OJ5L=li__FNUU;
  } break;
  case __li__Z4WH__: {
    li__OJ5L=li__XEVK(((__li__Z4WH *)li__NJ5L));
  } break;
  case __li__KTVI__: {
    li__OJ5L=li__XF5L(((__li__KTVI *)li__NJ5L));
  } break;
  case __li__LTVI__: {
    li__OJ5L=li__SDGM(((__li__LTVI *)li__NJ5L));
  } break;
  case __li__XTVI__: {
    li__OJ5L=li__DG5L(((__li__XTVI *)li__NJ5L));
  } break;
  case __li__YTVI__: {
    li__OJ5L=li__4DGM(((__li__YTVI *)li__NJ5L));
  } break;
  case __li__S2VI__: {
    li__OJ5L=li__OG5L(((__li__S2VI *)li__NJ5L));
  } break;
  case __li__E3VI__: {
    li__OJ5L=li__ZG5L(((__li__E3VI *)li__NJ5L));
  } break;
  case __li__KLWI__: {
    li__HNUU=((__li__KLWI *)li__NJ5L);
    li__TTHV=li__HNUU->li__LLWI.li__0CC;
    li__JNUU=li__G3CM(((__li__KMFK *)li__HNUU->li__ZPBK));
    li__HNUU=li__PNSJ(li__TTHV,li__JNUU);
    li__OJ5L=li__HNUU;
  } break;
  case __li__ULWI__: {
    li__MNUU=((__li__ULWI *)li__NJ5L);
    li__NNUU=li__AOSJ(li__MNUU->li__VLWI.li__0CC,li__MNUU->li__4PBK);
    li__OJ5L=li__NNUU;
  } break;
  case __li__NMWI__: {
    li__OJ5L=li__SH5L(((__li__NMWI *)li__NJ5L));
  } break;
  case __li__BNWI__: {
    li__OJ5L=li__3H5L(((__li__BNWI *)li__NJ5L));
  } break;
  case __li__XNWI__: {
    li__OJ5L=li__II5L(((__li__XNWI *)li__NJ5L));
  } break;
  case __li__LOWI__: {
    li__OJ5L=li__TI5L(((__li__LOWI *)li__NJ5L));
  } break;
  case __li__5OWI__: {
    li__OJ5L=li__4I5L(((__li__5OWI *)li__NJ5L));
  } break;
  case __li__TPWI__: {
    li__OJ5L=li__JJ5L(((__li__TPWI *)li__NJ5L));
  } break;
  case __li__HQWI__: {
    li__OJ5L=li__UJ5L(((__li__HQWI *)li__NJ5L));
  } break;
  case __li__ARWI__: {
    li__OJ5L=li__5J5L(((__li__ARWI *)li__NJ5L));
  } break;
  case __li__URWI__: {
    li__OJ5L=li__NK5L(((__li__URWI *)li__NJ5L));
  } break;
  case __li__MSWI__: {
    li__0THV=((__li__MSWI *)li__NJ5L);
    li__1THV=li__YXSJ(li__0THV->li__NSWI.li__0CC,li__0THV->li__ISBK);
    li__OJ5L=li__1THV;
  } break;
  case __li__ETWI__: {
    li__OJ5L=li__4K5L(((__li__ETWI *)li__NJ5L));
  } break;
  case __li__MZWI__: {
    li__3THV=((__li__MZWI *)li__NJ5L);
    li__4THV=li__4U4I(li__3THV->li__NZWI.li__0K.li__0CC,li__3THV->li__3SBK,li__3THV->li__NZWI.li__WZLE);
    li__OJ5L=li__4THV;
  } break;
  case __li__C0WI__: {
    li__AUHV=((__li__C0WI *)li__NJ5L);
    li__BUHV=li__ZV4I(li__AUHV->li__D0WI.li__0K.li__0CC,li__AUHV->li__CTBK);
    li__OJ5L=li__BUHV;
  } break;
  case __li__M1WI__: {
    li__DUHV=((__li__M1WI *)li__NJ5L);
    li__EUHV=li__1Z4I(li__DUHV->li__N1WI.li__0K.li__0CC,li__DUHV->li__UTFK);
    li__OJ5L=li__EUHV;
  } break;
  case __li__KMFK__: {
    li__OJ5L=li__G3CM(((__li__KMFK *)li__NJ5L));
  } break;
  case __li__XOHL__: {
    li__OJ5L=li__AAPN(((__li__XOHL *)li__NJ5L));
  } break;
  case __li__FPHL__: {
    li__OJ5L=li__2EGM(((__li__FPHL *)li__NJ5L));
  } break;
  case __li__APLM__: {
    li__OJ5L=li__XRDQ(((__li__APLM *)li__NJ5L));
  } break;
  case __li__DTNM__: {
    li__OJ5L=li__D5SO(((__li__DTNM *)li__NJ5L));
  } break;
  case __li__JXNM__: {
    li__OJ5L=li__153R(((__li__JXNM *)li__NJ5L));
  } break;
  case __li__21LO__: {
    li__OJ5L=li__2KLP(((__li__21LO *)li__NJ5L));
  } break;
  case __li__TPOO__: {
    li__OJ5L=li__JLLP(((__li__TPOO *)li__NJ5L));
  } break;
  case __li__URRO__: {
    li__OJ5L=li__KM4R(((__li__URRO *)li__NJ5L));
  } break;
  case __li__41XO__: {
    li__OJ5L=li__CSDQ(((__li__41XO *)li__NJ5L));
  } break;
  case __li__AKBR__: {
    li__OJ5L=li__L2DS(((__li__AKBR *)li__NJ5L));
  } break;
  case __li__SU5R__: {
    li__OJ5L=li__EQJS(((__li__SU5R *)li__NJ5L));
  } break;
  case __li__JV5R__: {
    li__OJ5L=li__PQJS(((__li__JV5R *)li__NJ5L));
  } break;
  };
  li__NJ5L=li__KJ5L->li__UPWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NJ5L)->__id) {
  case __li__WK__: {
    li__CNUU=li__PVEJ(((__li__WK *)li__NJ5L));
    li__RJ5L=li__CNUU;
  } break;
  case __li__AVBD__: {
    li__RJ5L=li__AE5L(((__li__AVBD *)li__NJ5L));
  } break;
  case __li__KVBD__: {
    li__STHV=((__li__KVBD *)li__NJ5L);
    li__TTHV=li__STHV->li__LVBD.li__0K.li__0CC;
    li__UTHV=li__STHV->li__LVBD.li__WZLE;
    li__STHV=li__5QND();
    li__WTHV=((__li__KVBD *)li__STHV);
    li__WTHV->li__LVBD.li__0K.li__0CC=li__TTHV;
    li__XTHV=li__NNSE(((__li__5RB *)li__UTHV));
    li__WTHV->li__LVBD.li__WZLE=li__XTHV;
    li__RJ5L=li__STHV;
  } break;
  case __li__WVBD__: {
    li__ENUU=((__li__WVBD *)li__NJ5L);
    li__FNUU=li__VEID(li__ENUU->li__XVBD.li__0K.li__0CC,li__ENUU->li__2ZLE,li__ENUU->li__XVBD.li__WZLE);
    li__RJ5L=li__FNUU;
  } break;
  case __li__Z4WH__: {
    li__RJ5L=li__XEVK(((__li__Z4WH *)li__NJ5L));
  } break;
  case __li__KTVI__: {
    li__RJ5L=li__XF5L(((__li__KTVI *)li__NJ5L));
  } break;
  case __li__LTVI__: {
    li__RJ5L=li__SDGM(((__li__LTVI *)li__NJ5L));
  } break;
  case __li__XTVI__: {
    li__RJ5L=li__DG5L(((__li__XTVI *)li__NJ5L));
  } break;
  case __li__YTVI__: {
    li__RJ5L=li__4DGM(((__li__YTVI *)li__NJ5L));
  } break;
  case __li__S2VI__: {
    li__RJ5L=li__OG5L(((__li__S2VI *)li__NJ5L));
  } break;
  case __li__E3VI__: {
    li__RJ5L=li__ZG5L(((__li__E3VI *)li__NJ5L));
  } break;
  case __li__KLWI__: {
    li__HNUU=((__li__KLWI *)li__NJ5L);
    li__TTHV=li__HNUU->li__LLWI.li__0CC;
    li__JNUU=li__G3CM(((__li__KMFK *)li__HNUU->li__ZPBK));
    li__HNUU=li__PNSJ(li__TTHV,li__JNUU);
    li__RJ5L=li__HNUU;
  } break;
  case __li__ULWI__: {
    li__MNUU=((__li__ULWI *)li__NJ5L);
    li__NNUU=li__AOSJ(li__MNUU->li__VLWI.li__0CC,li__MNUU->li__4PBK);
    li__RJ5L=li__NNUU;
  } break;
  case __li__NMWI__: {
    li__RJ5L=li__SH5L(((__li__NMWI *)li__NJ5L));
  } break;
  case __li__BNWI__: {
    li__RJ5L=li__3H5L(((__li__BNWI *)li__NJ5L));
  } break;
  case __li__XNWI__: {
    li__RJ5L=li__II5L(((__li__XNWI *)li__NJ5L));
  } break;
  case __li__LOWI__: {
    li__RJ5L=li__TI5L(((__li__LOWI *)li__NJ5L));
  } break;
  case __li__5OWI__: {
    li__RJ5L=li__4I5L(((__li__5OWI *)li__NJ5L));
  } break;
  case __li__TPWI__: {
    li__RJ5L=li__JJ5L(((__li__TPWI *)li__NJ5L));
  } break;
  case __li__HQWI__: {
    li__RJ5L=li__UJ5L(((__li__HQWI *)li__NJ5L));
  } break;
  case __li__ARWI__: {
    li__RJ5L=li__5J5L(((__li__ARWI *)li__NJ5L));
  } break;
  case __li__URWI__: {
    li__RJ5L=li__NK5L(((__li__URWI *)li__NJ5L));
  } break;
  case __li__MSWI__: {
    li__0THV=((__li__MSWI *)li__NJ5L);
    li__1THV=li__YXSJ(li__0THV->li__NSWI.li__0CC,li__0THV->li__ISBK);
    li__RJ5L=li__1THV;
  } break;
  case __li__ETWI__: {
    li__RJ5L=li__4K5L(((__li__ETWI *)li__NJ5L));
  } break;
  case __li__MZWI__: {
    li__3THV=((__li__MZWI *)li__NJ5L);
    li__4THV=li__4U4I(li__3THV->li__NZWI.li__0K.li__0CC,li__3THV->li__3SBK,li__3THV->li__NZWI.li__WZLE);
    li__RJ5L=li__4THV;
  } break;
  case __li__C0WI__: {
    li__AUHV=((__li__C0WI *)li__NJ5L);
    li__BUHV=li__ZV4I(li__AUHV->li__D0WI.li__0K.li__0CC,li__AUHV->li__CTBK);
    li__RJ5L=li__BUHV;
  } break;
  case __li__M1WI__: {
    li__DUHV=((__li__M1WI *)li__NJ5L);
    li__EUHV=li__1Z4I(li__DUHV->li__N1WI.li__0K.li__0CC,li__DUHV->li__UTFK);
    li__RJ5L=li__EUHV;
  } break;
  case __li__KMFK__: {
    li__RJ5L=li__G3CM(((__li__KMFK *)li__NJ5L));
  } break;
  case __li__XOHL__: {
    li__RJ5L=li__AAPN(((__li__XOHL *)li__NJ5L));
  } break;
  case __li__FPHL__: {
    li__RJ5L=li__2EGM(((__li__FPHL *)li__NJ5L));
  } break;
  case __li__APLM__: {
    li__RJ5L=li__XRDQ(((__li__APLM *)li__NJ5L));
  } break;
  case __li__DTNM__: {
    li__RJ5L=li__D5SO(((__li__DTNM *)li__NJ5L));
  } break;
  case __li__JXNM__: {
    li__RJ5L=li__153R(((__li__JXNM *)li__NJ5L));
  } break;
  case __li__21LO__: {
    li__RJ5L=li__2KLP(((__li__21LO *)li__NJ5L));
  } break;
  case __li__TPOO__: {
    li__RJ5L=li__JLLP(((__li__TPOO *)li__NJ5L));
  } break;
  case __li__URRO__: {
    li__RJ5L=li__KM4R(((__li__URRO *)li__NJ5L));
  } break;
  case __li__41XO__: {
    li__RJ5L=li__CSDQ(((__li__41XO *)li__NJ5L));
  } break;
  case __li__AKBR__: {
    li__RJ5L=li__L2DS(((__li__AKBR *)li__NJ5L));
  } break;
  case __li__SU5R__: {
    li__RJ5L=li__EQJS(((__li__SU5R *)li__NJ5L));
  } break;
  case __li__JV5R__: {
    li__RJ5L=li__PQJS(((__li__JV5R *)li__NJ5L));
  } break;
  };
  li__0TSJ=li__K3UJ();
  li__FHOK=((__li__TPWI *)li__0TSJ);
  li__FHOK->li__UPWI.li__DNWI.li__0CC=li__MJ5L;
  li__FHOK->li__UPWI.li__MQBK=li__OJ5L;
  li__FHOK->li__UPWI.li__QQBK=li__RJ5L;
  li__LJ5L=li__0TSJ;
  return(li__LJ5L);
}

static __li__HQWI* li__UJ5L(__li__HQWI *li__VJ5L)
/* (Strict EXPR_SHIFT_L{li__HQWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__XJ5L,li__1UHV;
  void *li__YJ5L,*li__ZJ5L,*li__2J5L;
  __li__WK *li__4NUU;
  __li__KVBD *li__0UHV,*li__4UHV;
  __li__5RB *li__2UHV,*li__5UHV;
  __li__WVBD *li__AOUU,*li__BOUU;
  __li__KLWI *li__DOUU;
  __li__KMFK *li__FOUU;
  __li__ULWI *li__IOUU,*li__JOUU;
  __li__MSWI *li__CVHV,*li__DVHV;
  __li__MZWI *li__FVHV,*li__GVHV;
  __li__C0WI *li__IVHV,*li__JVHV;
  __li__M1WI *li__LVHV,*li__MVHV;
  __li__HQWI *li__YUSJ,*li__LHOK,*li__WJ5L;
  li__XJ5L=li__VJ5L->li__IQWI.li__DNWI.li__0CC;
  li__YJ5L=li__VJ5L->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YJ5L)->__id) {
  case __li__WK__: {
    li__4NUU=li__PVEJ(((__li__WK *)li__YJ5L));
    li__ZJ5L=li__4NUU;
  } break;
  case __li__AVBD__: {
    li__ZJ5L=li__AE5L(((__li__AVBD *)li__YJ5L));
  } break;
  case __li__KVBD__: {
    li__0UHV=((__li__KVBD *)li__YJ5L);
    li__1UHV=li__0UHV->li__LVBD.li__0K.li__0CC;
    li__2UHV=li__0UHV->li__LVBD.li__WZLE;
    li__0UHV=li__5QND();
    li__4UHV=((__li__KVBD *)li__0UHV);
    li__4UHV->li__LVBD.li__0K.li__0CC=li__1UHV;
    li__5UHV=li__NNSE(((__li__5RB *)li__2UHV));
    li__4UHV->li__LVBD.li__WZLE=li__5UHV;
    li__ZJ5L=li__0UHV;
  } break;
  case __li__WVBD__: {
    li__AOUU=((__li__WVBD *)li__YJ5L);
    li__BOUU=li__VEID(li__AOUU->li__XVBD.li__0K.li__0CC,li__AOUU->li__2ZLE,li__AOUU->li__XVBD.li__WZLE);
    li__ZJ5L=li__BOUU;
  } break;
  case __li__Z4WH__: {
    li__ZJ5L=li__XEVK(((__li__Z4WH *)li__YJ5L));
  } break;
  case __li__KTVI__: {
    li__ZJ5L=li__XF5L(((__li__KTVI *)li__YJ5L));
  } break;
  case __li__LTVI__: {
    li__ZJ5L=li__SDGM(((__li__LTVI *)li__YJ5L));
  } break;
  case __li__XTVI__: {
    li__ZJ5L=li__DG5L(((__li__XTVI *)li__YJ5L));
  } break;
  case __li__YTVI__: {
    li__ZJ5L=li__4DGM(((__li__YTVI *)li__YJ5L));
  } break;
  case __li__S2VI__: {
    li__ZJ5L=li__OG5L(((__li__S2VI *)li__YJ5L));
  } break;
  case __li__E3VI__: {
    li__ZJ5L=li__ZG5L(((__li__E3VI *)li__YJ5L));
  } break;
  case __li__KLWI__: {
    li__DOUU=((__li__KLWI *)li__YJ5L);
    li__1UHV=li__DOUU->li__LLWI.li__0CC;
    li__FOUU=li__G3CM(((__li__KMFK *)li__DOUU->li__ZPBK));
    li__DOUU=li__PNSJ(li__1UHV,li__FOUU);
    li__ZJ5L=li__DOUU;
  } break;
  case __li__ULWI__: {
    li__IOUU=((__li__ULWI *)li__YJ5L);
    li__JOUU=li__AOSJ(li__IOUU->li__VLWI.li__0CC,li__IOUU->li__4PBK);
    li__ZJ5L=li__JOUU;
  } break;
  case __li__NMWI__: {
    li__ZJ5L=li__SH5L(((__li__NMWI *)li__YJ5L));
  } break;
  case __li__BNWI__: {
    li__ZJ5L=li__3H5L(((__li__BNWI *)li__YJ5L));
  } break;
  case __li__XNWI__: {
    li__ZJ5L=li__II5L(((__li__XNWI *)li__YJ5L));
  } break;
  case __li__LOWI__: {
    li__ZJ5L=li__TI5L(((__li__LOWI *)li__YJ5L));
  } break;
  case __li__5OWI__: {
    li__ZJ5L=li__4I5L(((__li__5OWI *)li__YJ5L));
  } break;
  case __li__TPWI__: {
    li__ZJ5L=li__JJ5L(((__li__TPWI *)li__YJ5L));
  } break;
  case __li__HQWI__: {
    li__ZJ5L=li__UJ5L(((__li__HQWI *)li__YJ5L));
  } break;
  case __li__ARWI__: {
    li__ZJ5L=li__5J5L(((__li__ARWI *)li__YJ5L));
  } break;
  case __li__URWI__: {
    li__ZJ5L=li__NK5L(((__li__URWI *)li__YJ5L));
  } break;
  case __li__MSWI__: {
    li__CVHV=((__li__MSWI *)li__YJ5L);
    li__DVHV=li__YXSJ(li__CVHV->li__NSWI.li__0CC,li__CVHV->li__ISBK);
    li__ZJ5L=li__DVHV;
  } break;
  case __li__ETWI__: {
    li__ZJ5L=li__4K5L(((__li__ETWI *)li__YJ5L));
  } break;
  case __li__MZWI__: {
    li__FVHV=((__li__MZWI *)li__YJ5L);
    li__GVHV=li__4U4I(li__FVHV->li__NZWI.li__0K.li__0CC,li__FVHV->li__3SBK,li__FVHV->li__NZWI.li__WZLE);
    li__ZJ5L=li__GVHV;
  } break;
  case __li__C0WI__: {
    li__IVHV=((__li__C0WI *)li__YJ5L);
    li__JVHV=li__ZV4I(li__IVHV->li__D0WI.li__0K.li__0CC,li__IVHV->li__CTBK);
    li__ZJ5L=li__JVHV;
  } break;
  case __li__M1WI__: {
    li__LVHV=((__li__M1WI *)li__YJ5L);
    li__MVHV=li__1Z4I(li__LVHV->li__N1WI.li__0K.li__0CC,li__LVHV->li__UTFK);
    li__ZJ5L=li__MVHV;
  } break;
  case __li__KMFK__: {
    li__ZJ5L=li__G3CM(((__li__KMFK *)li__YJ5L));
  } break;
  case __li__XOHL__: {
    li__ZJ5L=li__AAPN(((__li__XOHL *)li__YJ5L));
  } break;
  case __li__FPHL__: {
    li__ZJ5L=li__2EGM(((__li__FPHL *)li__YJ5L));
  } break;
  case __li__APLM__: {
    li__ZJ5L=li__XRDQ(((__li__APLM *)li__YJ5L));
  } break;
  case __li__DTNM__: {
    li__ZJ5L=li__D5SO(((__li__DTNM *)li__YJ5L));
  } break;
  case __li__JXNM__: {
    li__ZJ5L=li__153R(((__li__JXNM *)li__YJ5L));
  } break;
  case __li__21LO__: {
    li__ZJ5L=li__2KLP(((__li__21LO *)li__YJ5L));
  } break;
  case __li__TPOO__: {
    li__ZJ5L=li__JLLP(((__li__TPOO *)li__YJ5L));
  } break;
  case __li__URRO__: {
    li__ZJ5L=li__KM4R(((__li__URRO *)li__YJ5L));
  } break;
  case __li__41XO__: {
    li__ZJ5L=li__CSDQ(((__li__41XO *)li__YJ5L));
  } break;
  case __li__AKBR__: {
    li__ZJ5L=li__L2DS(((__li__AKBR *)li__YJ5L));
  } break;
  case __li__SU5R__: {
    li__ZJ5L=li__EQJS(((__li__SU5R *)li__YJ5L));
  } break;
  case __li__JV5R__: {
    li__ZJ5L=li__PQJS(((__li__JV5R *)li__YJ5L));
  } break;
  };
  li__YJ5L=li__VJ5L->li__IQWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YJ5L)->__id) {
  case __li__WK__: {
    li__4NUU=li__PVEJ(((__li__WK *)li__YJ5L));
    li__2J5L=li__4NUU;
  } break;
  case __li__AVBD__: {
    li__2J5L=li__AE5L(((__li__AVBD *)li__YJ5L));
  } break;
  case __li__KVBD__: {
    li__0UHV=((__li__KVBD *)li__YJ5L);
    li__1UHV=li__0UHV->li__LVBD.li__0K.li__0CC;
    li__2UHV=li__0UHV->li__LVBD.li__WZLE;
    li__0UHV=li__5QND();
    li__4UHV=((__li__KVBD *)li__0UHV);
    li__4UHV->li__LVBD.li__0K.li__0CC=li__1UHV;
    li__5UHV=li__NNSE(((__li__5RB *)li__2UHV));
    li__4UHV->li__LVBD.li__WZLE=li__5UHV;
    li__2J5L=li__0UHV;
  } break;
  case __li__WVBD__: {
    li__AOUU=((__li__WVBD *)li__YJ5L);
    li__BOUU=li__VEID(li__AOUU->li__XVBD.li__0K.li__0CC,li__AOUU->li__2ZLE,li__AOUU->li__XVBD.li__WZLE);
    li__2J5L=li__BOUU;
  } break;
  case __li__Z4WH__: {
    li__2J5L=li__XEVK(((__li__Z4WH *)li__YJ5L));
  } break;
  case __li__KTVI__: {
    li__2J5L=li__XF5L(((__li__KTVI *)li__YJ5L));
  } break;
  case __li__LTVI__: {
    li__2J5L=li__SDGM(((__li__LTVI *)li__YJ5L));
  } break;
  case __li__XTVI__: {
    li__2J5L=li__DG5L(((__li__XTVI *)li__YJ5L));
  } break;
  case __li__YTVI__: {
    li__2J5L=li__4DGM(((__li__YTVI *)li__YJ5L));
  } break;
  case __li__S2VI__: {
    li__2J5L=li__OG5L(((__li__S2VI *)li__YJ5L));
  } break;
  case __li__E3VI__: {
    li__2J5L=li__ZG5L(((__li__E3VI *)li__YJ5L));
  } break;
  case __li__KLWI__: {
    li__DOUU=((__li__KLWI *)li__YJ5L);
    li__1UHV=li__DOUU->li__LLWI.li__0CC;
    li__FOUU=li__G3CM(((__li__KMFK *)li__DOUU->li__ZPBK));
    li__DOUU=li__PNSJ(li__1UHV,li__FOUU);
    li__2J5L=li__DOUU;
  } break;
  case __li__ULWI__: {
    li__IOUU=((__li__ULWI *)li__YJ5L);
    li__JOUU=li__AOSJ(li__IOUU->li__VLWI.li__0CC,li__IOUU->li__4PBK);
    li__2J5L=li__JOUU;
  } break;
  case __li__NMWI__: {
    li__2J5L=li__SH5L(((__li__NMWI *)li__YJ5L));
  } break;
  case __li__BNWI__: {
    li__2J5L=li__3H5L(((__li__BNWI *)li__YJ5L));
  } break;
  case __li__XNWI__: {
    li__2J5L=li__II5L(((__li__XNWI *)li__YJ5L));
  } break;
  case __li__LOWI__: {
    li__2J5L=li__TI5L(((__li__LOWI *)li__YJ5L));
  } break;
  case __li__5OWI__: {
    li__2J5L=li__4I5L(((__li__5OWI *)li__YJ5L));
  } break;
  case __li__TPWI__: {
    li__2J5L=li__JJ5L(((__li__TPWI *)li__YJ5L));
  } break;
  case __li__HQWI__: {
    li__2J5L=li__UJ5L(((__li__HQWI *)li__YJ5L));
  } break;
  case __li__ARWI__: {
    li__2J5L=li__5J5L(((__li__ARWI *)li__YJ5L));
  } break;
  case __li__URWI__: {
    li__2J5L=li__NK5L(((__li__URWI *)li__YJ5L));
  } break;
  case __li__MSWI__: {
    li__CVHV=((__li__MSWI *)li__YJ5L);
    li__DVHV=li__YXSJ(li__CVHV->li__NSWI.li__0CC,li__CVHV->li__ISBK);
    li__2J5L=li__DVHV;
  } break;
  case __li__ETWI__: {
    li__2J5L=li__4K5L(((__li__ETWI *)li__YJ5L));
  } break;
  case __li__MZWI__: {
    li__FVHV=((__li__MZWI *)li__YJ5L);
    li__GVHV=li__4U4I(li__FVHV->li__NZWI.li__0K.li__0CC,li__FVHV->li__3SBK,li__FVHV->li__NZWI.li__WZLE);
    li__2J5L=li__GVHV;
  } break;
  case __li__C0WI__: {
    li__IVHV=((__li__C0WI *)li__YJ5L);
    li__JVHV=li__ZV4I(li__IVHV->li__D0WI.li__0K.li__0CC,li__IVHV->li__CTBK);
    li__2J5L=li__JVHV;
  } break;
  case __li__M1WI__: {
    li__LVHV=((__li__M1WI *)li__YJ5L);
    li__MVHV=li__1Z4I(li__LVHV->li__N1WI.li__0K.li__0CC,li__LVHV->li__UTFK);
    li__2J5L=li__MVHV;
  } break;
  case __li__KMFK__: {
    li__2J5L=li__G3CM(((__li__KMFK *)li__YJ5L));
  } break;
  case __li__XOHL__: {
    li__2J5L=li__AAPN(((__li__XOHL *)li__YJ5L));
  } break;
  case __li__FPHL__: {
    li__2J5L=li__2EGM(((__li__FPHL *)li__YJ5L));
  } break;
  case __li__APLM__: {
    li__2J5L=li__XRDQ(((__li__APLM *)li__YJ5L));
  } break;
  case __li__DTNM__: {
    li__2J5L=li__D5SO(((__li__DTNM *)li__YJ5L));
  } break;
  case __li__JXNM__: {
    li__2J5L=li__153R(((__li__JXNM *)li__YJ5L));
  } break;
  case __li__21LO__: {
    li__2J5L=li__2KLP(((__li__21LO *)li__YJ5L));
  } break;
  case __li__TPOO__: {
    li__2J5L=li__JLLP(((__li__TPOO *)li__YJ5L));
  } break;
  case __li__URRO__: {
    li__2J5L=li__KM4R(((__li__URRO *)li__YJ5L));
  } break;
  case __li__41XO__: {
    li__2J5L=li__CSDQ(((__li__41XO *)li__YJ5L));
  } break;
  case __li__AKBR__: {
    li__2J5L=li__L2DS(((__li__AKBR *)li__YJ5L));
  } break;
  case __li__SU5R__: {
    li__2J5L=li__EQJS(((__li__SU5R *)li__YJ5L));
  } break;
  case __li__JV5R__: {
    li__2J5L=li__PQJS(((__li__JV5R *)li__YJ5L));
  } break;
  };
  li__YUSJ=li__I5UJ();
  li__LHOK=((__li__HQWI *)li__YUSJ);
  li__LHOK->li__IQWI.li__DNWI.li__0CC=li__XJ5L;
  li__LHOK->li__IQWI.li__MQBK=li__ZJ5L;
  li__LHOK->li__IQWI.li__QQBK=li__2J5L;
  li__WJ5L=li__YUSJ;
  return(li__WJ5L);
}

static __li__ARWI* li__5J5L(__li__ARWI *li__AK5L)
/* (Strict PUT_TO{li__ARWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__CK5L,li__DWHV;
  void *li__DK5L,*li__EK5L,*li__HK5L,*li__KK5L;
  __li__WK *li__0OUU;
  __li__KVBD *li__CWHV,*li__GWHV;
  __li__5RB *li__EWHV,*li__HWHV;
  __li__WVBD *li__2OUU,*li__3OUU;
  __li__KLWI *li__5OUU;
  __li__KMFK *li__BPUU;
  __li__ULWI *li__EPUU,*li__FPUU;
  __li__MSWI *li__KWHV,*li__LWHV;
  __li__MZWI *li__NWHV,*li__OWHV;
  __li__C0WI *li__QWHV,*li__RWHV;
  __li__M1WI *li__TWHV,*li__UWHV;
  __li__ARWI *li__MK5L,*li__BK5L;
  li__CK5L=li__AK5L->li__BRWI.li__0CC;
  li__DK5L=li__AK5L->li__YRBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DK5L)->__id) {
  case __li__WK__: {
    li__0OUU=li__PVEJ(((__li__WK *)li__DK5L));
    li__EK5L=li__0OUU;
  } break;
  case __li__AVBD__: {
    li__EK5L=li__AE5L(((__li__AVBD *)li__DK5L));
  } break;
  case __li__KVBD__: {
    li__CWHV=((__li__KVBD *)li__DK5L);
    li__DWHV=li__CWHV->li__LVBD.li__0K.li__0CC;
    li__EWHV=li__CWHV->li__LVBD.li__WZLE;
    li__CWHV=li__5QND();
    li__GWHV=((__li__KVBD *)li__CWHV);
    li__GWHV->li__LVBD.li__0K.li__0CC=li__DWHV;
    li__HWHV=li__NNSE(((__li__5RB *)li__EWHV));
    li__GWHV->li__LVBD.li__WZLE=li__HWHV;
    li__EK5L=li__CWHV;
  } break;
  case __li__WVBD__: {
    li__2OUU=((__li__WVBD *)li__DK5L);
    li__3OUU=li__VEID(li__2OUU->li__XVBD.li__0K.li__0CC,li__2OUU->li__2ZLE,li__2OUU->li__XVBD.li__WZLE);
    li__EK5L=li__3OUU;
  } break;
  case __li__Z4WH__: {
    li__EK5L=li__XEVK(((__li__Z4WH *)li__DK5L));
  } break;
  case __li__KTVI__: {
    li__EK5L=li__XF5L(((__li__KTVI *)li__DK5L));
  } break;
  case __li__LTVI__: {
    li__EK5L=li__SDGM(((__li__LTVI *)li__DK5L));
  } break;
  case __li__XTVI__: {
    li__EK5L=li__DG5L(((__li__XTVI *)li__DK5L));
  } break;
  case __li__YTVI__: {
    li__EK5L=li__4DGM(((__li__YTVI *)li__DK5L));
  } break;
  case __li__S2VI__: {
    li__EK5L=li__OG5L(((__li__S2VI *)li__DK5L));
  } break;
  case __li__E3VI__: {
    li__EK5L=li__ZG5L(((__li__E3VI *)li__DK5L));
  } break;
  case __li__KLWI__: {
    li__5OUU=((__li__KLWI *)li__DK5L);
    li__DWHV=li__5OUU->li__LLWI.li__0CC;
    li__BPUU=li__G3CM(((__li__KMFK *)li__5OUU->li__ZPBK));
    li__5OUU=li__PNSJ(li__DWHV,li__BPUU);
    li__EK5L=li__5OUU;
  } break;
  case __li__ULWI__: {
    li__EPUU=((__li__ULWI *)li__DK5L);
    li__FPUU=li__AOSJ(li__EPUU->li__VLWI.li__0CC,li__EPUU->li__4PBK);
    li__EK5L=li__FPUU;
  } break;
  case __li__NMWI__: {
    li__EK5L=li__SH5L(((__li__NMWI *)li__DK5L));
  } break;
  case __li__BNWI__: {
    li__EK5L=li__3H5L(((__li__BNWI *)li__DK5L));
  } break;
  case __li__XNWI__: {
    li__EK5L=li__II5L(((__li__XNWI *)li__DK5L));
  } break;
  case __li__LOWI__: {
    li__EK5L=li__TI5L(((__li__LOWI *)li__DK5L));
  } break;
  case __li__5OWI__: {
    li__EK5L=li__4I5L(((__li__5OWI *)li__DK5L));
  } break;
  case __li__TPWI__: {
    li__EK5L=li__JJ5L(((__li__TPWI *)li__DK5L));
  } break;
  case __li__HQWI__: {
    li__EK5L=li__UJ5L(((__li__HQWI *)li__DK5L));
  } break;
  case __li__ARWI__: {
    li__EK5L=li__5J5L(((__li__ARWI *)li__DK5L));
  } break;
  case __li__URWI__: {
    li__EK5L=li__NK5L(((__li__URWI *)li__DK5L));
  } break;
  case __li__MSWI__: {
    li__KWHV=((__li__MSWI *)li__DK5L);
    li__LWHV=li__YXSJ(li__KWHV->li__NSWI.li__0CC,li__KWHV->li__ISBK);
    li__EK5L=li__LWHV;
  } break;
  case __li__ETWI__: {
    li__EK5L=li__4K5L(((__li__ETWI *)li__DK5L));
  } break;
  case __li__MZWI__: {
    li__NWHV=((__li__MZWI *)li__DK5L);
    li__OWHV=li__4U4I(li__NWHV->li__NZWI.li__0K.li__0CC,li__NWHV->li__3SBK,li__NWHV->li__NZWI.li__WZLE);
    li__EK5L=li__OWHV;
  } break;
  case __li__C0WI__: {
    li__QWHV=((__li__C0WI *)li__DK5L);
    li__RWHV=li__ZV4I(li__QWHV->li__D0WI.li__0K.li__0CC,li__QWHV->li__CTBK);
    li__EK5L=li__RWHV;
  } break;
  case __li__M1WI__: {
    li__TWHV=((__li__M1WI *)li__DK5L);
    li__UWHV=li__1Z4I(li__TWHV->li__N1WI.li__0K.li__0CC,li__TWHV->li__UTFK);
    li__EK5L=li__UWHV;
  } break;
  case __li__KMFK__: {
    li__EK5L=li__G3CM(((__li__KMFK *)li__DK5L));
  } break;
  case __li__XOHL__: {
    li__EK5L=li__AAPN(((__li__XOHL *)li__DK5L));
  } break;
  case __li__FPHL__: {
    li__EK5L=li__2EGM(((__li__FPHL *)li__DK5L));
  } break;
  case __li__APLM__: {
    li__EK5L=li__XRDQ(((__li__APLM *)li__DK5L));
  } break;
  case __li__DTNM__: {
    li__EK5L=li__D5SO(((__li__DTNM *)li__DK5L));
  } break;
  case __li__JXNM__: {
    li__EK5L=li__153R(((__li__JXNM *)li__DK5L));
  } break;
  case __li__21LO__: {
    li__EK5L=li__2KLP(((__li__21LO *)li__DK5L));
  } break;
  case __li__TPOO__: {
    li__EK5L=li__JLLP(((__li__TPOO *)li__DK5L));
  } break;
  case __li__URRO__: {
    li__EK5L=li__KM4R(((__li__URRO *)li__DK5L));
  } break;
  case __li__41XO__: {
    li__EK5L=li__CSDQ(((__li__41XO *)li__DK5L));
  } break;
  case __li__AKBR__: {
    li__EK5L=li__L2DS(((__li__AKBR *)li__DK5L));
  } break;
  case __li__SU5R__: {
    li__EK5L=li__EQJS(((__li__SU5R *)li__DK5L));
  } break;
  case __li__JV5R__: {
    li__EK5L=li__PQJS(((__li__JV5R *)li__DK5L));
  } break;
  };
  li__DK5L=li__AK5L->li__0RBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DK5L)->__id) {
  case __li__WK__: {
    li__0OUU=li__PVEJ(((__li__WK *)li__DK5L));
    li__HK5L=li__0OUU;
  } break;
  case __li__AVBD__: {
    li__HK5L=li__AE5L(((__li__AVBD *)li__DK5L));
  } break;
  case __li__KVBD__: {
    li__CWHV=((__li__KVBD *)li__DK5L);
    li__DWHV=li__CWHV->li__LVBD.li__0K.li__0CC;
    li__EWHV=li__CWHV->li__LVBD.li__WZLE;
    li__CWHV=li__5QND();
    li__GWHV=((__li__KVBD *)li__CWHV);
    li__GWHV->li__LVBD.li__0K.li__0CC=li__DWHV;
    li__HWHV=li__NNSE(((__li__5RB *)li__EWHV));
    li__GWHV->li__LVBD.li__WZLE=li__HWHV;
    li__HK5L=li__CWHV;
  } break;
  case __li__WVBD__: {
    li__2OUU=((__li__WVBD *)li__DK5L);
    li__3OUU=li__VEID(li__2OUU->li__XVBD.li__0K.li__0CC,li__2OUU->li__2ZLE,li__2OUU->li__XVBD.li__WZLE);
    li__HK5L=li__3OUU;
  } break;
  case __li__Z4WH__: {
    li__HK5L=li__XEVK(((__li__Z4WH *)li__DK5L));
  } break;
  case __li__KTVI__: {
    li__HK5L=li__XF5L(((__li__KTVI *)li__DK5L));
  } break;
  case __li__LTVI__: {
    li__HK5L=li__SDGM(((__li__LTVI *)li__DK5L));
  } break;
  case __li__XTVI__: {
    li__HK5L=li__DG5L(((__li__XTVI *)li__DK5L));
  } break;
  case __li__YTVI__: {
    li__HK5L=li__4DGM(((__li__YTVI *)li__DK5L));
  } break;
  case __li__S2VI__: {
    li__HK5L=li__OG5L(((__li__S2VI *)li__DK5L));
  } break;
  case __li__E3VI__: {
    li__HK5L=li__ZG5L(((__li__E3VI *)li__DK5L));
  } break;
  case __li__KLWI__: {
    li__5OUU=((__li__KLWI *)li__DK5L);
    li__DWHV=li__5OUU->li__LLWI.li__0CC;
    li__BPUU=li__G3CM(((__li__KMFK *)li__5OUU->li__ZPBK));
    li__5OUU=li__PNSJ(li__DWHV,li__BPUU);
    li__HK5L=li__5OUU;
  } break;
  case __li__ULWI__: {
    li__EPUU=((__li__ULWI *)li__DK5L);
    li__FPUU=li__AOSJ(li__EPUU->li__VLWI.li__0CC,li__EPUU->li__4PBK);
    li__HK5L=li__FPUU;
  } break;
  case __li__NMWI__: {
    li__HK5L=li__SH5L(((__li__NMWI *)li__DK5L));
  } break;
  case __li__BNWI__: {
    li__HK5L=li__3H5L(((__li__BNWI *)li__DK5L));
  } break;
  case __li__XNWI__: {
    li__HK5L=li__II5L(((__li__XNWI *)li__DK5L));
  } break;
  case __li__LOWI__: {
    li__HK5L=li__TI5L(((__li__LOWI *)li__DK5L));
  } break;
  case __li__5OWI__: {
    li__HK5L=li__4I5L(((__li__5OWI *)li__DK5L));
  } break;
  case __li__TPWI__: {
    li__HK5L=li__JJ5L(((__li__TPWI *)li__DK5L));
  } break;
  case __li__HQWI__: {
    li__HK5L=li__UJ5L(((__li__HQWI *)li__DK5L));
  } break;
  case __li__ARWI__: {
    li__HK5L=li__5J5L(((__li__ARWI *)li__DK5L));
  } break;
  case __li__URWI__: {
    li__HK5L=li__NK5L(((__li__URWI *)li__DK5L));
  } break;
  case __li__MSWI__: {
    li__KWHV=((__li__MSWI *)li__DK5L);
    li__LWHV=li__YXSJ(li__KWHV->li__NSWI.li__0CC,li__KWHV->li__ISBK);
    li__HK5L=li__LWHV;
  } break;
  case __li__ETWI__: {
    li__HK5L=li__4K5L(((__li__ETWI *)li__DK5L));
  } break;
  case __li__MZWI__: {
    li__NWHV=((__li__MZWI *)li__DK5L);
    li__OWHV=li__4U4I(li__NWHV->li__NZWI.li__0K.li__0CC,li__NWHV->li__3SBK,li__NWHV->li__NZWI.li__WZLE);
    li__HK5L=li__OWHV;
  } break;
  case __li__C0WI__: {
    li__QWHV=((__li__C0WI *)li__DK5L);
    li__RWHV=li__ZV4I(li__QWHV->li__D0WI.li__0K.li__0CC,li__QWHV->li__CTBK);
    li__HK5L=li__RWHV;
  } break;
  case __li__M1WI__: {
    li__TWHV=((__li__M1WI *)li__DK5L);
    li__UWHV=li__1Z4I(li__TWHV->li__N1WI.li__0K.li__0CC,li__TWHV->li__UTFK);
    li__HK5L=li__UWHV;
  } break;
  case __li__KMFK__: {
    li__HK5L=li__G3CM(((__li__KMFK *)li__DK5L));
  } break;
  case __li__XOHL__: {
    li__HK5L=li__AAPN(((__li__XOHL *)li__DK5L));
  } break;
  case __li__FPHL__: {
    li__HK5L=li__2EGM(((__li__FPHL *)li__DK5L));
  } break;
  case __li__APLM__: {
    li__HK5L=li__XRDQ(((__li__APLM *)li__DK5L));
  } break;
  case __li__DTNM__: {
    li__HK5L=li__D5SO(((__li__DTNM *)li__DK5L));
  } break;
  case __li__JXNM__: {
    li__HK5L=li__153R(((__li__JXNM *)li__DK5L));
  } break;
  case __li__21LO__: {
    li__HK5L=li__2KLP(((__li__21LO *)li__DK5L));
  } break;
  case __li__TPOO__: {
    li__HK5L=li__JLLP(((__li__TPOO *)li__DK5L));
  } break;
  case __li__URRO__: {
    li__HK5L=li__KM4R(((__li__URRO *)li__DK5L));
  } break;
  case __li__41XO__: {
    li__HK5L=li__CSDQ(((__li__41XO *)li__DK5L));
  } break;
  case __li__AKBR__: {
    li__HK5L=li__L2DS(((__li__AKBR *)li__DK5L));
  } break;
  case __li__SU5R__: {
    li__HK5L=li__EQJS(((__li__SU5R *)li__DK5L));
  } break;
  case __li__JV5R__: {
    li__HK5L=li__PQJS(((__li__JV5R *)li__DK5L));
  } break;
  };
  li__DK5L=li__AK5L->li__2RBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DK5L)->__id) {
  case __li__WK__: {
    li__0OUU=li__PVEJ(((__li__WK *)li__DK5L));
    li__KK5L=li__0OUU;
  } break;
  case __li__AVBD__: {
    li__KK5L=li__AE5L(((__li__AVBD *)li__DK5L));
  } break;
  case __li__KVBD__: {
    li__CWHV=((__li__KVBD *)li__DK5L);
    li__DWHV=li__CWHV->li__LVBD.li__0K.li__0CC;
    li__EWHV=li__CWHV->li__LVBD.li__WZLE;
    li__CWHV=li__5QND();
    li__GWHV=((__li__KVBD *)li__CWHV);
    li__GWHV->li__LVBD.li__0K.li__0CC=li__DWHV;
    li__HWHV=li__NNSE(((__li__5RB *)li__EWHV));
    li__GWHV->li__LVBD.li__WZLE=li__HWHV;
    li__KK5L=li__CWHV;
  } break;
  case __li__WVBD__: {
    li__2OUU=((__li__WVBD *)li__DK5L);
    li__3OUU=li__VEID(li__2OUU->li__XVBD.li__0K.li__0CC,li__2OUU->li__2ZLE,li__2OUU->li__XVBD.li__WZLE);
    li__KK5L=li__3OUU;
  } break;
  case __li__Z4WH__: {
    li__KK5L=li__XEVK(((__li__Z4WH *)li__DK5L));
  } break;
  case __li__KTVI__: {
    li__KK5L=li__XF5L(((__li__KTVI *)li__DK5L));
  } break;
  case __li__LTVI__: {
    li__KK5L=li__SDGM(((__li__LTVI *)li__DK5L));
  } break;
  case __li__XTVI__: {
    li__KK5L=li__DG5L(((__li__XTVI *)li__DK5L));
  } break;
  case __li__YTVI__: {
    li__KK5L=li__4DGM(((__li__YTVI *)li__DK5L));
  } break;
  case __li__S2VI__: {
    li__KK5L=li__OG5L(((__li__S2VI *)li__DK5L));
  } break;
  case __li__E3VI__: {
    li__KK5L=li__ZG5L(((__li__E3VI *)li__DK5L));
  } break;
  case __li__KLWI__: {
    li__5OUU=((__li__KLWI *)li__DK5L);
    li__DWHV=li__5OUU->li__LLWI.li__0CC;
    li__BPUU=li__G3CM(((__li__KMFK *)li__5OUU->li__ZPBK));
    li__5OUU=li__PNSJ(li__DWHV,li__BPUU);
    li__KK5L=li__5OUU;
  } break;
  case __li__ULWI__: {
    li__EPUU=((__li__ULWI *)li__DK5L);
    li__FPUU=li__AOSJ(li__EPUU->li__VLWI.li__0CC,li__EPUU->li__4PBK);
    li__KK5L=li__FPUU;
  } break;
  case __li__NMWI__: {
    li__KK5L=li__SH5L(((__li__NMWI *)li__DK5L));
  } break;
  case __li__BNWI__: {
    li__KK5L=li__3H5L(((__li__BNWI *)li__DK5L));
  } break;
  case __li__XNWI__: {
    li__KK5L=li__II5L(((__li__XNWI *)li__DK5L));
  } break;
  case __li__LOWI__: {
    li__KK5L=li__TI5L(((__li__LOWI *)li__DK5L));
  } break;
  case __li__5OWI__: {
    li__KK5L=li__4I5L(((__li__5OWI *)li__DK5L));
  } break;
  case __li__TPWI__: {
    li__KK5L=li__JJ5L(((__li__TPWI *)li__DK5L));
  } break;
  case __li__HQWI__: {
    li__KK5L=li__UJ5L(((__li__HQWI *)li__DK5L));
  } break;
  case __li__ARWI__: {
    li__KK5L=li__5J5L(((__li__ARWI *)li__DK5L));
  } break;
  case __li__URWI__: {
    li__KK5L=li__NK5L(((__li__URWI *)li__DK5L));
  } break;
  case __li__MSWI__: {
    li__KWHV=((__li__MSWI *)li__DK5L);
    li__LWHV=li__YXSJ(li__KWHV->li__NSWI.li__0CC,li__KWHV->li__ISBK);
    li__KK5L=li__LWHV;
  } break;
  case __li__ETWI__: {
    li__KK5L=li__4K5L(((__li__ETWI *)li__DK5L));
  } break;
  case __li__MZWI__: {
    li__NWHV=((__li__MZWI *)li__DK5L);
    li__OWHV=li__4U4I(li__NWHV->li__NZWI.li__0K.li__0CC,li__NWHV->li__3SBK,li__NWHV->li__NZWI.li__WZLE);
    li__KK5L=li__OWHV;
  } break;
  case __li__C0WI__: {
    li__QWHV=((__li__C0WI *)li__DK5L);
    li__RWHV=li__ZV4I(li__QWHV->li__D0WI.li__0K.li__0CC,li__QWHV->li__CTBK);
    li__KK5L=li__RWHV;
  } break;
  case __li__M1WI__: {
    li__TWHV=((__li__M1WI *)li__DK5L);
    li__UWHV=li__1Z4I(li__TWHV->li__N1WI.li__0K.li__0CC,li__TWHV->li__UTFK);
    li__KK5L=li__UWHV;
  } break;
  case __li__KMFK__: {
    li__KK5L=li__G3CM(((__li__KMFK *)li__DK5L));
  } break;
  case __li__XOHL__: {
    li__KK5L=li__AAPN(((__li__XOHL *)li__DK5L));
  } break;
  case __li__FPHL__: {
    li__KK5L=li__2EGM(((__li__FPHL *)li__DK5L));
  } break;
  case __li__APLM__: {
    li__KK5L=li__XRDQ(((__li__APLM *)li__DK5L));
  } break;
  case __li__DTNM__: {
    li__KK5L=li__D5SO(((__li__DTNM *)li__DK5L));
  } break;
  case __li__JXNM__: {
    li__KK5L=li__153R(((__li__JXNM *)li__DK5L));
  } break;
  case __li__21LO__: {
    li__KK5L=li__2KLP(((__li__21LO *)li__DK5L));
  } break;
  case __li__TPOO__: {
    li__KK5L=li__JLLP(((__li__TPOO *)li__DK5L));
  } break;
  case __li__URRO__: {
    li__KK5L=li__KM4R(((__li__URRO *)li__DK5L));
  } break;
  case __li__41XO__: {
    li__KK5L=li__CSDQ(((__li__41XO *)li__DK5L));
  } break;
  case __li__AKBR__: {
    li__KK5L=li__L2DS(((__li__AKBR *)li__DK5L));
  } break;
  case __li__SU5R__: {
    li__KK5L=li__EQJS(((__li__SU5R *)li__DK5L));
  } break;
  case __li__JV5R__: {
    li__KK5L=li__PQJS(((__li__JV5R *)li__DK5L));
  } break;
  };
  li__MK5L=li__WVSJ(li__CK5L,li__EK5L,li__HK5L,li__KK5L);
  li__BK5L=li__MK5L;
  return(li__BK5L);
}

static __li__URWI* li__NK5L(__li__URWI *li__OK5L)
/* (Strict ITEM{li__URWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__QK5L,li__5XHV;
  void *li__RK5L,*li__SK5L,*li__VK5L;
  __li__WK *li__EQUU;
  __li__KVBD *li__4XHV,*li__CYHV;
  __li__5RB *li__AYHV,*li__DYHV;
  __li__WVBD *li__GQUU,*li__HQUU;
  __li__KLWI *li__JQUU;
  __li__KMFK *li__LQUU;
  __li__ULWI *li__OQUU,*li__PQUU;
  __li__MSWI *li__GYHV,*li__HYHV;
  __li__MZWI *li__JYHV,*li__KYHV;
  __li__C0WI *li__MYHV,*li__NYHV;
  __li__M1WI *li__PYHV,*li__QYHV;
  __li__URWI *li__XK5L,*li__PK5L;
  li__QK5L=li__OK5L->li__VRWI.li__0CC;
  li__RK5L=li__OK5L->li__BSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RK5L)->__id) {
  case __li__WK__: {
    li__EQUU=li__PVEJ(((__li__WK *)li__RK5L));
    li__SK5L=li__EQUU;
  } break;
  case __li__AVBD__: {
    li__SK5L=li__AE5L(((__li__AVBD *)li__RK5L));
  } break;
  case __li__KVBD__: {
    li__4XHV=((__li__KVBD *)li__RK5L);
    li__5XHV=li__4XHV->li__LVBD.li__0K.li__0CC;
    li__AYHV=li__4XHV->li__LVBD.li__WZLE;
    li__4XHV=li__5QND();
    li__CYHV=((__li__KVBD *)li__4XHV);
    li__CYHV->li__LVBD.li__0K.li__0CC=li__5XHV;
    li__DYHV=li__NNSE(((__li__5RB *)li__AYHV));
    li__CYHV->li__LVBD.li__WZLE=li__DYHV;
    li__SK5L=li__4XHV;
  } break;
  case __li__WVBD__: {
    li__GQUU=((__li__WVBD *)li__RK5L);
    li__HQUU=li__VEID(li__GQUU->li__XVBD.li__0K.li__0CC,li__GQUU->li__2ZLE,li__GQUU->li__XVBD.li__WZLE);
    li__SK5L=li__HQUU;
  } break;
  case __li__Z4WH__: {
    li__SK5L=li__XEVK(((__li__Z4WH *)li__RK5L));
  } break;
  case __li__KTVI__: {
    li__SK5L=li__XF5L(((__li__KTVI *)li__RK5L));
  } break;
  case __li__LTVI__: {
    li__SK5L=li__SDGM(((__li__LTVI *)li__RK5L));
  } break;
  case __li__XTVI__: {
    li__SK5L=li__DG5L(((__li__XTVI *)li__RK5L));
  } break;
  case __li__YTVI__: {
    li__SK5L=li__4DGM(((__li__YTVI *)li__RK5L));
  } break;
  case __li__S2VI__: {
    li__SK5L=li__OG5L(((__li__S2VI *)li__RK5L));
  } break;
  case __li__E3VI__: {
    li__SK5L=li__ZG5L(((__li__E3VI *)li__RK5L));
  } break;
  case __li__KLWI__: {
    li__JQUU=((__li__KLWI *)li__RK5L);
    li__5XHV=li__JQUU->li__LLWI.li__0CC;
    li__LQUU=li__G3CM(((__li__KMFK *)li__JQUU->li__ZPBK));
    li__JQUU=li__PNSJ(li__5XHV,li__LQUU);
    li__SK5L=li__JQUU;
  } break;
  case __li__ULWI__: {
    li__OQUU=((__li__ULWI *)li__RK5L);
    li__PQUU=li__AOSJ(li__OQUU->li__VLWI.li__0CC,li__OQUU->li__4PBK);
    li__SK5L=li__PQUU;
  } break;
  case __li__NMWI__: {
    li__SK5L=li__SH5L(((__li__NMWI *)li__RK5L));
  } break;
  case __li__BNWI__: {
    li__SK5L=li__3H5L(((__li__BNWI *)li__RK5L));
  } break;
  case __li__XNWI__: {
    li__SK5L=li__II5L(((__li__XNWI *)li__RK5L));
  } break;
  case __li__LOWI__: {
    li__SK5L=li__TI5L(((__li__LOWI *)li__RK5L));
  } break;
  case __li__5OWI__: {
    li__SK5L=li__4I5L(((__li__5OWI *)li__RK5L));
  } break;
  case __li__TPWI__: {
    li__SK5L=li__JJ5L(((__li__TPWI *)li__RK5L));
  } break;
  case __li__HQWI__: {
    li__SK5L=li__UJ5L(((__li__HQWI *)li__RK5L));
  } break;
  case __li__ARWI__: {
    li__SK5L=li__5J5L(((__li__ARWI *)li__RK5L));
  } break;
  case __li__URWI__: {
    li__SK5L=li__NK5L(((__li__URWI *)li__RK5L));
  } break;
  case __li__MSWI__: {
    li__GYHV=((__li__MSWI *)li__RK5L);
    li__HYHV=li__YXSJ(li__GYHV->li__NSWI.li__0CC,li__GYHV->li__ISBK);
    li__SK5L=li__HYHV;
  } break;
  case __li__ETWI__: {
    li__SK5L=li__4K5L(((__li__ETWI *)li__RK5L));
  } break;
  case __li__MZWI__: {
    li__JYHV=((__li__MZWI *)li__RK5L);
    li__KYHV=li__4U4I(li__JYHV->li__NZWI.li__0K.li__0CC,li__JYHV->li__3SBK,li__JYHV->li__NZWI.li__WZLE);
    li__SK5L=li__KYHV;
  } break;
  case __li__C0WI__: {
    li__MYHV=((__li__C0WI *)li__RK5L);
    li__NYHV=li__ZV4I(li__MYHV->li__D0WI.li__0K.li__0CC,li__MYHV->li__CTBK);
    li__SK5L=li__NYHV;
  } break;
  case __li__M1WI__: {
    li__PYHV=((__li__M1WI *)li__RK5L);
    li__QYHV=li__1Z4I(li__PYHV->li__N1WI.li__0K.li__0CC,li__PYHV->li__UTFK);
    li__SK5L=li__QYHV;
  } break;
  case __li__KMFK__: {
    li__SK5L=li__G3CM(((__li__KMFK *)li__RK5L));
  } break;
  case __li__XOHL__: {
    li__SK5L=li__AAPN(((__li__XOHL *)li__RK5L));
  } break;
  case __li__FPHL__: {
    li__SK5L=li__2EGM(((__li__FPHL *)li__RK5L));
  } break;
  case __li__APLM__: {
    li__SK5L=li__XRDQ(((__li__APLM *)li__RK5L));
  } break;
  case __li__DTNM__: {
    li__SK5L=li__D5SO(((__li__DTNM *)li__RK5L));
  } break;
  case __li__JXNM__: {
    li__SK5L=li__153R(((__li__JXNM *)li__RK5L));
  } break;
  case __li__21LO__: {
    li__SK5L=li__2KLP(((__li__21LO *)li__RK5L));
  } break;
  case __li__TPOO__: {
    li__SK5L=li__JLLP(((__li__TPOO *)li__RK5L));
  } break;
  case __li__URRO__: {
    li__SK5L=li__KM4R(((__li__URRO *)li__RK5L));
  } break;
  case __li__41XO__: {
    li__SK5L=li__CSDQ(((__li__41XO *)li__RK5L));
  } break;
  case __li__AKBR__: {
    li__SK5L=li__L2DS(((__li__AKBR *)li__RK5L));
  } break;
  case __li__SU5R__: {
    li__SK5L=li__EQJS(((__li__SU5R *)li__RK5L));
  } break;
  case __li__JV5R__: {
    li__SK5L=li__PQJS(((__li__JV5R *)li__RK5L));
  } break;
  };
  li__RK5L=li__OK5L->li__DSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RK5L)->__id) {
  case __li__WK__: {
    li__EQUU=li__PVEJ(((__li__WK *)li__RK5L));
    li__VK5L=li__EQUU;
  } break;
  case __li__AVBD__: {
    li__VK5L=li__AE5L(((__li__AVBD *)li__RK5L));
  } break;
  case __li__KVBD__: {
    li__4XHV=((__li__KVBD *)li__RK5L);
    li__5XHV=li__4XHV->li__LVBD.li__0K.li__0CC;
    li__AYHV=li__4XHV->li__LVBD.li__WZLE;
    li__4XHV=li__5QND();
    li__CYHV=((__li__KVBD *)li__4XHV);
    li__CYHV->li__LVBD.li__0K.li__0CC=li__5XHV;
    li__DYHV=li__NNSE(((__li__5RB *)li__AYHV));
    li__CYHV->li__LVBD.li__WZLE=li__DYHV;
    li__VK5L=li__4XHV;
  } break;
  case __li__WVBD__: {
    li__GQUU=((__li__WVBD *)li__RK5L);
    li__HQUU=li__VEID(li__GQUU->li__XVBD.li__0K.li__0CC,li__GQUU->li__2ZLE,li__GQUU->li__XVBD.li__WZLE);
    li__VK5L=li__HQUU;
  } break;
  case __li__Z4WH__: {
    li__VK5L=li__XEVK(((__li__Z4WH *)li__RK5L));
  } break;
  case __li__KTVI__: {
    li__VK5L=li__XF5L(((__li__KTVI *)li__RK5L));
  } break;
  case __li__LTVI__: {
    li__VK5L=li__SDGM(((__li__LTVI *)li__RK5L));
  } break;
  case __li__XTVI__: {
    li__VK5L=li__DG5L(((__li__XTVI *)li__RK5L));
  } break;
  case __li__YTVI__: {
    li__VK5L=li__4DGM(((__li__YTVI *)li__RK5L));
  } break;
  case __li__S2VI__: {
    li__VK5L=li__OG5L(((__li__S2VI *)li__RK5L));
  } break;
  case __li__E3VI__: {
    li__VK5L=li__ZG5L(((__li__E3VI *)li__RK5L));
  } break;
  case __li__KLWI__: {
    li__JQUU=((__li__KLWI *)li__RK5L);
    li__5XHV=li__JQUU->li__LLWI.li__0CC;
    li__LQUU=li__G3CM(((__li__KMFK *)li__JQUU->li__ZPBK));
    li__JQUU=li__PNSJ(li__5XHV,li__LQUU);
    li__VK5L=li__JQUU;
  } break;
  case __li__ULWI__: {
    li__OQUU=((__li__ULWI *)li__RK5L);
    li__PQUU=li__AOSJ(li__OQUU->li__VLWI.li__0CC,li__OQUU->li__4PBK);
    li__VK5L=li__PQUU;
  } break;
  case __li__NMWI__: {
    li__VK5L=li__SH5L(((__li__NMWI *)li__RK5L));
  } break;
  case __li__BNWI__: {
    li__VK5L=li__3H5L(((__li__BNWI *)li__RK5L));
  } break;
  case __li__XNWI__: {
    li__VK5L=li__II5L(((__li__XNWI *)li__RK5L));
  } break;
  case __li__LOWI__: {
    li__VK5L=li__TI5L(((__li__LOWI *)li__RK5L));
  } break;
  case __li__5OWI__: {
    li__VK5L=li__4I5L(((__li__5OWI *)li__RK5L));
  } break;
  case __li__TPWI__: {
    li__VK5L=li__JJ5L(((__li__TPWI *)li__RK5L));
  } break;
  case __li__HQWI__: {
    li__VK5L=li__UJ5L(((__li__HQWI *)li__RK5L));
  } break;
  case __li__ARWI__: {
    li__VK5L=li__5J5L(((__li__ARWI *)li__RK5L));
  } break;
  case __li__URWI__: {
    li__VK5L=li__NK5L(((__li__URWI *)li__RK5L));
  } break;
  case __li__MSWI__: {
    li__GYHV=((__li__MSWI *)li__RK5L);
    li__HYHV=li__YXSJ(li__GYHV->li__NSWI.li__0CC,li__GYHV->li__ISBK);
    li__VK5L=li__HYHV;
  } break;
  case __li__ETWI__: {
    li__VK5L=li__4K5L(((__li__ETWI *)li__RK5L));
  } break;
  case __li__MZWI__: {
    li__JYHV=((__li__MZWI *)li__RK5L);
    li__KYHV=li__4U4I(li__JYHV->li__NZWI.li__0K.li__0CC,li__JYHV->li__3SBK,li__JYHV->li__NZWI.li__WZLE);
    li__VK5L=li__KYHV;
  } break;
  case __li__C0WI__: {
    li__MYHV=((__li__C0WI *)li__RK5L);
    li__NYHV=li__ZV4I(li__MYHV->li__D0WI.li__0K.li__0CC,li__MYHV->li__CTBK);
    li__VK5L=li__NYHV;
  } break;
  case __li__M1WI__: {
    li__PYHV=((__li__M1WI *)li__RK5L);
    li__QYHV=li__1Z4I(li__PYHV->li__N1WI.li__0K.li__0CC,li__PYHV->li__UTFK);
    li__VK5L=li__QYHV;
  } break;
  case __li__KMFK__: {
    li__VK5L=li__G3CM(((__li__KMFK *)li__RK5L));
  } break;
  case __li__XOHL__: {
    li__VK5L=li__AAPN(((__li__XOHL *)li__RK5L));
  } break;
  case __li__FPHL__: {
    li__VK5L=li__2EGM(((__li__FPHL *)li__RK5L));
  } break;
  case __li__APLM__: {
    li__VK5L=li__XRDQ(((__li__APLM *)li__RK5L));
  } break;
  case __li__DTNM__: {
    li__VK5L=li__D5SO(((__li__DTNM *)li__RK5L));
  } break;
  case __li__JXNM__: {
    li__VK5L=li__153R(((__li__JXNM *)li__RK5L));
  } break;
  case __li__21LO__: {
    li__VK5L=li__2KLP(((__li__21LO *)li__RK5L));
  } break;
  case __li__TPOO__: {
    li__VK5L=li__JLLP(((__li__TPOO *)li__RK5L));
  } break;
  case __li__URRO__: {
    li__VK5L=li__KM4R(((__li__URRO *)li__RK5L));
  } break;
  case __li__41XO__: {
    li__VK5L=li__CSDQ(((__li__41XO *)li__RK5L));
  } break;
  case __li__AKBR__: {
    li__VK5L=li__L2DS(((__li__AKBR *)li__RK5L));
  } break;
  case __li__SU5R__: {
    li__VK5L=li__EQJS(((__li__SU5R *)li__RK5L));
  } break;
  case __li__JV5R__: {
    li__VK5L=li__PQJS(((__li__JV5R *)li__RK5L));
  } break;
  };
  li__XK5L=li__UWSJ(li__QK5L,li__SK5L,li__VK5L);
  li__PK5L=li__XK5L;
  return(li__PK5L);
}

static __li__MSWI* li__YXSJ(__li__PO li__0XSJ,__li__5RB *li__1XSJ)
/* (Expanded POSITION{li__PO},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__MSWI *li__CFVJ,*li__LGVJ,*li__2XSJ;
  __li__CB li__DFVJ,li__EYXU;
  __li__JJG li__LFVJ,li__HYXU,li__CYXU;
  __li__K li__WFVJ;
  __li__52B li__SYXU;
  li__CFVJ=NULL;
  li__DFVJ=((__li__CB )(NULL));
  li__LFVJ=((__li__JJG )sizeof(__li__MSWI));
  /* __li__B__ __li__I__ */
if ((li__LFVJ ==  0)) {
    li__CFVJ=li__MSWI__;
  } else /* FALSE */ {
    li__WFVJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__LFVJ));
    /* __li__B__ __li__I__ */
if ((li__WFVJ == (__li__K)(-  1))) {
      li__HYXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__CYXU=(__li__JJG)((__li__JJG)(li__LFVJ - (__li__JJG)(((__li__JJG ) 0) - li__HYXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HYXU) - ((__li__JJG ) 1)));
      li__HYXU=(__li__JJG)(li__CYXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__EYXU=li__YCJ(li__CYXU,((__li__CB )(&(table_size[(li__HYXU)-1]))),((__li__52B )li__CYXU));
      li__DFVJ=li__EYXU;
    } else /* FALSE */ {
      li__SYXU=((__li__52B )li__WFVJ);
      li__HYXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__CYXU=(__li__JJG)((__li__JJG)(li__LFVJ - (__li__JJG)(((__li__JJG ) 0) - li__HYXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HYXU) - ((__li__JJG ) 1)));
      li__EYXU=li__YCJ(li__CYXU,((__li__CB )(&(table_type[(li__SYXU)]))),(__li__52B)(li__SYXU |  1));
      li__DFVJ=li__EYXU;
    };
    li__LGVJ=((__li__MSWI *)li__DFVJ);
    li__CFVJ=li__LGVJ;
    *(li__LGVJ) = *(li__MSWI__);
  };
  li__LGVJ=((__li__MSWI *)li__CFVJ);
  li__LGVJ->li__NSWI.li__0CC=li__0XSJ;
  li__LGVJ->li__ISBK=li__1XSJ;
  li__2XSJ=li__CFVJ;
  return(li__2XSJ);
}

static __li__ETWI* li__4K5L(__li__ETWI *li__5K5L)
/* (Strict CAST{li__ETWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__BL5L,*li__JZHV,*li__MZHV;
  void *li__CL5L,*li__DL5L;
  __li__WK *li__ARUU;
  __li__KVBD *li__HZHV,*li__LZHV;
  __li__PO li__IZHV;
  __li__WVBD *li__CRUU,*li__DRUU;
  __li__KLWI *li__FRUU;
  __li__KMFK *li__HRUU;
  __li__ULWI *li__KRUU,*li__LRUU;
  __li__MSWI *li__NRUU,*li__ORUU;
  __li__MZWI *li__IL5L,*li__NL5L;
  __li__C0WI *li__PL5L,*li__TL5L;
  __li__M1WI *li__F3TO,*li__J3TO;
  __li__ETWI *li__FL5L,*li__AL5L;
  li__BL5L=li__5K5L->li__NSBK;
  li__CL5L=li__5K5L->li__XSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CL5L)->__id) {
  case __li__WK__: {
    li__ARUU=li__PVEJ(((__li__WK *)li__CL5L));
    li__DL5L=li__ARUU;
  } break;
  case __li__AVBD__: {
    li__DL5L=li__AE5L(((__li__AVBD *)li__CL5L));
  } break;
  case __li__KVBD__: {
    li__HZHV=((__li__KVBD *)li__CL5L);
    li__IZHV=li__HZHV->li__LVBD.li__0K.li__0CC;
    li__JZHV=li__HZHV->li__LVBD.li__WZLE;
    li__HZHV=li__5QND();
    li__LZHV=((__li__KVBD *)li__HZHV);
    li__LZHV->li__LVBD.li__0K.li__0CC=li__IZHV;
    li__MZHV=li__NNSE(((__li__5RB *)li__JZHV));
    li__LZHV->li__LVBD.li__WZLE=li__MZHV;
    li__DL5L=li__HZHV;
  } break;
  case __li__WVBD__: {
    li__CRUU=((__li__WVBD *)li__CL5L);
    li__DRUU=li__VEID(li__CRUU->li__XVBD.li__0K.li__0CC,li__CRUU->li__2ZLE,li__CRUU->li__XVBD.li__WZLE);
    li__DL5L=li__DRUU;
  } break;
  case __li__Z4WH__: {
    li__DL5L=li__XEVK(((__li__Z4WH *)li__CL5L));
  } break;
  case __li__KTVI__: {
    li__DL5L=li__XF5L(((__li__KTVI *)li__CL5L));
  } break;
  case __li__LTVI__: {
    li__DL5L=li__SDGM(((__li__LTVI *)li__CL5L));
  } break;
  case __li__XTVI__: {
    li__DL5L=li__DG5L(((__li__XTVI *)li__CL5L));
  } break;
  case __li__YTVI__: {
    li__DL5L=li__4DGM(((__li__YTVI *)li__CL5L));
  } break;
  case __li__S2VI__: {
    li__DL5L=li__OG5L(((__li__S2VI *)li__CL5L));
  } break;
  case __li__E3VI__: {
    li__DL5L=li__ZG5L(((__li__E3VI *)li__CL5L));
  } break;
  case __li__KLWI__: {
    li__FRUU=((__li__KLWI *)li__CL5L);
    li__IZHV=li__FRUU->li__LLWI.li__0CC;
    li__HRUU=li__G3CM(((__li__KMFK *)li__FRUU->li__ZPBK));
    li__FRUU=li__PNSJ(li__IZHV,li__HRUU);
    li__DL5L=li__FRUU;
  } break;
  case __li__ULWI__: {
    li__KRUU=((__li__ULWI *)li__CL5L);
    li__LRUU=li__AOSJ(li__KRUU->li__VLWI.li__0CC,li__KRUU->li__4PBK);
    li__DL5L=li__LRUU;
  } break;
  case __li__NMWI__: {
    li__DL5L=li__SH5L(((__li__NMWI *)li__CL5L));
  } break;
  case __li__BNWI__: {
    li__DL5L=li__3H5L(((__li__BNWI *)li__CL5L));
  } break;
  case __li__XNWI__: {
    li__DL5L=li__II5L(((__li__XNWI *)li__CL5L));
  } break;
  case __li__LOWI__: {
    li__DL5L=li__TI5L(((__li__LOWI *)li__CL5L));
  } break;
  case __li__5OWI__: {
    li__DL5L=li__4I5L(((__li__5OWI *)li__CL5L));
  } break;
  case __li__TPWI__: {
    li__DL5L=li__JJ5L(((__li__TPWI *)li__CL5L));
  } break;
  case __li__HQWI__: {
    li__DL5L=li__UJ5L(((__li__HQWI *)li__CL5L));
  } break;
  case __li__ARWI__: {
    li__DL5L=li__5J5L(((__li__ARWI *)li__CL5L));
  } break;
  case __li__URWI__: {
    li__DL5L=li__NK5L(((__li__URWI *)li__CL5L));
  } break;
  case __li__MSWI__: {
    li__NRUU=((__li__MSWI *)li__CL5L);
    li__ORUU=li__YXSJ(li__NRUU->li__NSWI.li__0CC,li__NRUU->li__ISBK);
    li__DL5L=li__ORUU;
  } break;
  case __li__ETWI__: {
    li__DL5L=li__4K5L(((__li__ETWI *)li__CL5L));
  } break;
  case __li__MZWI__: {
    li__IL5L=((__li__MZWI *)li__CL5L);
    li__NL5L=li__4U4I(li__IL5L->li__NZWI.li__0K.li__0CC,li__IL5L->li__3SBK,li__IL5L->li__NZWI.li__WZLE);
    li__DL5L=li__NL5L;
  } break;
  case __li__C0WI__: {
    li__PL5L=((__li__C0WI *)li__CL5L);
    li__TL5L=li__ZV4I(li__PL5L->li__D0WI.li__0K.li__0CC,li__PL5L->li__CTBK);
    li__DL5L=li__TL5L;
  } break;
  case __li__M1WI__: {
    li__F3TO=((__li__M1WI *)li__CL5L);
    li__J3TO=li__1Z4I(li__F3TO->li__N1WI.li__0K.li__0CC,li__F3TO->li__UTFK);
    li__DL5L=li__J3TO;
  } break;
  case __li__KMFK__: {
    li__DL5L=li__G3CM(((__li__KMFK *)li__CL5L));
  } break;
  case __li__XOHL__: {
    li__DL5L=li__AAPN(((__li__XOHL *)li__CL5L));
  } break;
  case __li__FPHL__: {
    li__DL5L=li__2EGM(((__li__FPHL *)li__CL5L));
  } break;
  case __li__APLM__: {
    li__DL5L=li__XRDQ(((__li__APLM *)li__CL5L));
  } break;
  case __li__DTNM__: {
    li__DL5L=li__D5SO(((__li__DTNM *)li__CL5L));
  } break;
  case __li__JXNM__: {
    li__DL5L=li__153R(((__li__JXNM *)li__CL5L));
  } break;
  case __li__21LO__: {
    li__DL5L=li__2KLP(((__li__21LO *)li__CL5L));
  } break;
  case __li__TPOO__: {
    li__DL5L=li__JLLP(((__li__TPOO *)li__CL5L));
  } break;
  case __li__URRO__: {
    li__DL5L=li__KM4R(((__li__URRO *)li__CL5L));
  } break;
  case __li__41XO__: {
    li__DL5L=li__CSDQ(((__li__41XO *)li__CL5L));
  } break;
  case __li__AKBR__: {
    li__DL5L=li__L2DS(((__li__AKBR *)li__CL5L));
  } break;
  case __li__SU5R__: {
    li__DL5L=li__EQJS(((__li__SU5R *)li__CL5L));
  } break;
  case __li__JV5R__: {
    li__DL5L=li__PQJS(((__li__JV5R *)li__CL5L));
  } break;
  };
  li__FL5L=li__TYSJ(li__5K5L,li__BL5L,li__DL5L);
  li__AL5L=li__FL5L;
  return(li__AL5L);
}

static __li__MZWI* li__4U4I(__li__PO li__AV4I,__li__U *li__BV4I,__li__5RB *li__CV4I)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__MZWI *li__KREJ,*li__TSEJ,*li__DV4I;
  __li__CB li__LREJ,li__JZXU;
  __li__JJG li__TREJ,li__MZXU,li__HZXU;
  __li__K li__4REJ;
  __li__52B li__XZXU;
  li__KREJ=NULL;
  li__LREJ=((__li__CB )(NULL));
  li__TREJ=((__li__JJG )sizeof(__li__MZWI));
  /* __li__B__ __li__I__ */
if ((li__TREJ ==  0)) {
    li__KREJ=li__MZWI__;
  } else /* FALSE */ {
    li__4REJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__TREJ));
    /* __li__B__ __li__I__ */
if ((li__4REJ == (__li__K)(-  1))) {
      li__MZXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__HZXU=(__li__JJG)((__li__JJG)(li__TREJ - (__li__JJG)(((__li__JJG ) 0) - li__MZXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MZXU) - ((__li__JJG ) 1)));
      li__MZXU=(__li__JJG)(li__HZXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__JZXU=li__YCJ(li__HZXU,((__li__CB )(&(table_size[(li__MZXU)-1]))),((__li__52B )li__HZXU));
      li__LREJ=li__JZXU;
    } else /* FALSE */ {
      li__XZXU=((__li__52B )li__4REJ);
      li__MZXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__HZXU=(__li__JJG)((__li__JJG)(li__TREJ - (__li__JJG)(((__li__JJG ) 0) - li__MZXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MZXU) - ((__li__JJG ) 1)));
      li__JZXU=li__YCJ(li__HZXU,((__li__CB )(&(table_type[(li__XZXU)]))),(__li__52B)(li__XZXU |  1));
      li__LREJ=li__JZXU;
    };
    li__TSEJ=((__li__MZWI *)li__LREJ);
    li__KREJ=li__TSEJ;
    *(li__TSEJ) = *(li__MZWI__);
  };
  li__TSEJ=((__li__MZWI *)li__KREJ);
  li__TSEJ->li__NZWI.li__0K.li__0CC=li__AV4I;
  li__TSEJ->li__3SBK=li__BV4I;
  li__TSEJ->li__NZWI.li__WZLE=li__CV4I;
  li__DV4I=li__KREJ;
  return(li__DV4I);
}

static __li__C0WI* li__ZV4I(__li__PO li__1V4I,__li__U *li__2V4I)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C0WI *li__JTEJ,*li__SUEJ,*li__3V4I;
  __li__CB li__KTEJ,li__O0XU;
  __li__JJG li__STEJ,li__R0XU,li__M0XU;
  __li__K li__3TEJ;
  __li__52B li__20XU;
  void *li__GTFK;
  __li__5RB *li__HTFK;
  li__JTEJ=NULL;
  li__KTEJ=((__li__CB )(NULL));
  li__STEJ=((__li__JJG )sizeof(__li__C0WI));
  /* __li__B__ __li__I__ */
if ((li__STEJ ==  0)) {
    li__JTEJ=li__C0WI__;
  } else /* FALSE */ {
    li__3TEJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__STEJ));
    /* __li__B__ __li__I__ */
if ((li__3TEJ == (__li__K)(-  1))) {
      li__R0XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__M0XU=(__li__JJG)((__li__JJG)(li__STEJ - (__li__JJG)(((__li__JJG ) 0) - li__R0XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__R0XU) - ((__li__JJG ) 1)));
      li__R0XU=(__li__JJG)(li__M0XU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__O0XU=li__YCJ(li__M0XU,((__li__CB )(&(table_size[(li__R0XU)-1]))),((__li__52B )li__M0XU));
      li__KTEJ=li__O0XU;
    } else /* FALSE */ {
      li__20XU=((__li__52B )li__3TEJ);
      li__R0XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__M0XU=(__li__JJG)((__li__JJG)(li__STEJ - (__li__JJG)(((__li__JJG ) 0) - li__R0XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__R0XU) - ((__li__JJG ) 1)));
      li__O0XU=li__YCJ(li__M0XU,((__li__CB )(&(table_type[(li__20XU)]))),(__li__52B)(li__20XU |  1));
      li__KTEJ=li__O0XU;
    };
    li__SUEJ=((__li__C0WI *)li__KTEJ);
    li__JTEJ=li__SUEJ;
    *(li__SUEJ) = *(li__C0WI__);
  };
  li__SUEJ=((__li__C0WI *)li__JTEJ);
  li__SUEJ->li__D0WI.li__0K.li__0CC=li__1V4I;
  li__SUEJ->li__CTBK=li__2V4I;
  li__GTFK=li__ZTB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GTFK)->__id) {
  case __li__IF__: {
    li__HTFK=((__li__IF *)li__GTFK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__HTFK=((__li__ORB *)li__GTFK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__HTFK=((__li__QRB *)li__GTFK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__HTFK=((__li__SRB *)li__GTFK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__HTFK=((__li__URB *)li__GTFK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__HTFK=((__li__GSZ *)li__GTFK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__HTFK=((__li__1RRF *)li__GTFK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__HTFK=((__li__UJSH *)li__GTFK)->li__WJSH.li__J0C;
  } break;
  };
  li__SUEJ->li__D0WI.li__WZLE=li__HTFK;
  li__3V4I=li__JTEJ;
  return(li__3V4I);
}

static __li__M1WI* li__1Z4I(__li__PO li__3Z4I,__li__U *li__4Z4I)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__M1WI *li__A0EJ,*li__J1EJ,*li__5Z4I;
  __li__CB li__B0EJ,li__T1XU;
  __li__JJG li__J0EJ,li__W1XU,li__R1XU;
  __li__K li__U0EJ;
  __li__52B li__B2XU;
  void *li__VTFK;
  __li__5RB *li__WTFK;
  li__A0EJ=NULL;
  li__B0EJ=((__li__CB )(NULL));
  li__J0EJ=((__li__JJG )sizeof(__li__M1WI));
  /* __li__B__ __li__I__ */
if ((li__J0EJ ==  0)) {
    li__A0EJ=li__M1WI__;
  } else /* FALSE */ {
    li__U0EJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__J0EJ));
    /* __li__B__ __li__I__ */
if ((li__U0EJ == (__li__K)(-  1))) {
      li__W1XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__R1XU=(__li__JJG)((__li__JJG)(li__J0EJ - (__li__JJG)(((__li__JJG ) 0) - li__W1XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__W1XU) - ((__li__JJG ) 1)));
      li__W1XU=(__li__JJG)(li__R1XU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__T1XU=li__YCJ(li__R1XU,((__li__CB )(&(table_size[(li__W1XU)-1]))),((__li__52B )li__R1XU));
      li__B0EJ=li__T1XU;
    } else /* FALSE */ {
      li__B2XU=((__li__52B )li__U0EJ);
      li__W1XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__R1XU=(__li__JJG)((__li__JJG)(li__J0EJ - (__li__JJG)(((__li__JJG ) 0) - li__W1XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__W1XU) - ((__li__JJG ) 1)));
      li__T1XU=li__YCJ(li__R1XU,((__li__CB )(&(table_type[(li__B2XU)]))),(__li__52B)(li__B2XU |  1));
      li__B0EJ=li__T1XU;
    };
    li__J1EJ=((__li__M1WI *)li__B0EJ);
    li__A0EJ=li__J1EJ;
    *(li__J1EJ) = *(li__M1WI__);
  };
  li__J1EJ=((__li__M1WI *)li__A0EJ);
  li__J1EJ->li__N1WI.li__0K.li__0CC=li__3Z4I;
  li__J1EJ->li__UTFK=li__4Z4I;
  li__VTFK=li__RUB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__VTFK)->__id) {
  case __li__IF__: {
    li__WTFK=((__li__IF *)li__VTFK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__WTFK=((__li__ORB *)li__VTFK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__WTFK=((__li__QRB *)li__VTFK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__WTFK=((__li__SRB *)li__VTFK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__WTFK=((__li__URB *)li__VTFK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__WTFK=((__li__GSZ *)li__VTFK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__WTFK=((__li__1RRF *)li__VTFK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__WTFK=((__li__UJSH *)li__VTFK)->li__WJSH.li__J0C;
  } break;
  };
  li__J1EJ->li__N1WI.li__WZLE=li__WTFK;
  li__5Z4I=li__A0EJ;
  return(li__5Z4I);
}

static __li__XOHL* li__AAPN(__li__XOHL *li__BAPN)
/* (Strict EXPR_NEG{li__XOHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__DAPN,li__2ZHV;
  void *li__EAPN,*li__FAPN;
  __li__WK *li__RRUU;
  __li__KVBD *li__1ZHV,*li__5ZHV;
  __li__5RB *li__3ZHV,*li__A0HV;
  __li__WVBD *li__TRUU,*li__URUU;
  __li__KLWI *li__WRUU;
  __li__KMFK *li__YRUU;
  __li__ULWI *li__1RUU,*li__2RUU;
  __li__MSWI *li__4RUU,*li__5RUU;
  __li__MZWI *li__BSUU,*li__CSUU;
  __li__C0WI *li__ESUU,*li__FSUU;
  __li__M1WI *li__HSUU,*li__ISUU;
  __li__XOHL *li__HAPN,*li__CAPN;
  li__DAPN=li__BAPN->li__0OHL.li__ZOHL.li__0CC;
  li__EAPN=li__BAPN->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EAPN)->__id) {
  case __li__WK__: {
    li__RRUU=li__PVEJ(((__li__WK *)li__EAPN));
    li__FAPN=li__RRUU;
  } break;
  case __li__AVBD__: {
    li__FAPN=li__AE5L(((__li__AVBD *)li__EAPN));
  } break;
  case __li__KVBD__: {
    li__1ZHV=((__li__KVBD *)li__EAPN);
    li__2ZHV=li__1ZHV->li__LVBD.li__0K.li__0CC;
    li__3ZHV=li__1ZHV->li__LVBD.li__WZLE;
    li__1ZHV=li__5QND();
    li__5ZHV=((__li__KVBD *)li__1ZHV);
    li__5ZHV->li__LVBD.li__0K.li__0CC=li__2ZHV;
    li__A0HV=li__NNSE(((__li__5RB *)li__3ZHV));
    li__5ZHV->li__LVBD.li__WZLE=li__A0HV;
    li__FAPN=li__1ZHV;
  } break;
  case __li__WVBD__: {
    li__TRUU=((__li__WVBD *)li__EAPN);
    li__URUU=li__VEID(li__TRUU->li__XVBD.li__0K.li__0CC,li__TRUU->li__2ZLE,li__TRUU->li__XVBD.li__WZLE);
    li__FAPN=li__URUU;
  } break;
  case __li__Z4WH__: {
    li__FAPN=li__XEVK(((__li__Z4WH *)li__EAPN));
  } break;
  case __li__KTVI__: {
    li__FAPN=li__XF5L(((__li__KTVI *)li__EAPN));
  } break;
  case __li__LTVI__: {
    li__FAPN=li__SDGM(((__li__LTVI *)li__EAPN));
  } break;
  case __li__XTVI__: {
    li__FAPN=li__DG5L(((__li__XTVI *)li__EAPN));
  } break;
  case __li__YTVI__: {
    li__FAPN=li__4DGM(((__li__YTVI *)li__EAPN));
  } break;
  case __li__S2VI__: {
    li__FAPN=li__OG5L(((__li__S2VI *)li__EAPN));
  } break;
  case __li__E3VI__: {
    li__FAPN=li__ZG5L(((__li__E3VI *)li__EAPN));
  } break;
  case __li__KLWI__: {
    li__WRUU=((__li__KLWI *)li__EAPN);
    li__2ZHV=li__WRUU->li__LLWI.li__0CC;
    li__YRUU=li__G3CM(((__li__KMFK *)li__WRUU->li__ZPBK));
    li__WRUU=li__PNSJ(li__2ZHV,li__YRUU);
    li__FAPN=li__WRUU;
  } break;
  case __li__ULWI__: {
    li__1RUU=((__li__ULWI *)li__EAPN);
    li__2RUU=li__AOSJ(li__1RUU->li__VLWI.li__0CC,li__1RUU->li__4PBK);
    li__FAPN=li__2RUU;
  } break;
  case __li__NMWI__: {
    li__FAPN=li__SH5L(((__li__NMWI *)li__EAPN));
  } break;
  case __li__BNWI__: {
    li__FAPN=li__3H5L(((__li__BNWI *)li__EAPN));
  } break;
  case __li__XNWI__: {
    li__FAPN=li__II5L(((__li__XNWI *)li__EAPN));
  } break;
  case __li__LOWI__: {
    li__FAPN=li__TI5L(((__li__LOWI *)li__EAPN));
  } break;
  case __li__5OWI__: {
    li__FAPN=li__4I5L(((__li__5OWI *)li__EAPN));
  } break;
  case __li__TPWI__: {
    li__FAPN=li__JJ5L(((__li__TPWI *)li__EAPN));
  } break;
  case __li__HQWI__: {
    li__FAPN=li__UJ5L(((__li__HQWI *)li__EAPN));
  } break;
  case __li__ARWI__: {
    li__FAPN=li__5J5L(((__li__ARWI *)li__EAPN));
  } break;
  case __li__URWI__: {
    li__FAPN=li__NK5L(((__li__URWI *)li__EAPN));
  } break;
  case __li__MSWI__: {
    li__4RUU=((__li__MSWI *)li__EAPN);
    li__5RUU=li__YXSJ(li__4RUU->li__NSWI.li__0CC,li__4RUU->li__ISBK);
    li__FAPN=li__5RUU;
  } break;
  case __li__ETWI__: {
    li__FAPN=li__4K5L(((__li__ETWI *)li__EAPN));
  } break;
  case __li__MZWI__: {
    li__BSUU=((__li__MZWI *)li__EAPN);
    li__CSUU=li__4U4I(li__BSUU->li__NZWI.li__0K.li__0CC,li__BSUU->li__3SBK,li__BSUU->li__NZWI.li__WZLE);
    li__FAPN=li__CSUU;
  } break;
  case __li__C0WI__: {
    li__ESUU=((__li__C0WI *)li__EAPN);
    li__FSUU=li__ZV4I(li__ESUU->li__D0WI.li__0K.li__0CC,li__ESUU->li__CTBK);
    li__FAPN=li__FSUU;
  } break;
  case __li__M1WI__: {
    li__HSUU=((__li__M1WI *)li__EAPN);
    li__ISUU=li__1Z4I(li__HSUU->li__N1WI.li__0K.li__0CC,li__HSUU->li__UTFK);
    li__FAPN=li__ISUU;
  } break;
  case __li__KMFK__: {
    li__FAPN=li__G3CM(((__li__KMFK *)li__EAPN));
  } break;
  case __li__XOHL__: {
    li__FAPN=li__AAPN(((__li__XOHL *)li__EAPN));
  } break;
  case __li__FPHL__: {
    li__FAPN=li__2EGM(((__li__FPHL *)li__EAPN));
  } break;
  case __li__APLM__: {
    li__FAPN=li__XRDQ(((__li__APLM *)li__EAPN));
  } break;
  case __li__DTNM__: {
    li__FAPN=li__D5SO(((__li__DTNM *)li__EAPN));
  } break;
  case __li__JXNM__: {
    li__FAPN=li__153R(((__li__JXNM *)li__EAPN));
  } break;
  case __li__21LO__: {
    li__FAPN=li__2KLP(((__li__21LO *)li__EAPN));
  } break;
  case __li__TPOO__: {
    li__FAPN=li__JLLP(((__li__TPOO *)li__EAPN));
  } break;
  case __li__URRO__: {
    li__FAPN=li__KM4R(((__li__URRO *)li__EAPN));
  } break;
  case __li__41XO__: {
    li__FAPN=li__CSDQ(((__li__41XO *)li__EAPN));
  } break;
  case __li__AKBR__: {
    li__FAPN=li__L2DS(((__li__AKBR *)li__EAPN));
  } break;
  case __li__SU5R__: {
    li__FAPN=li__EQJS(((__li__SU5R *)li__EAPN));
  } break;
  case __li__JV5R__: {
    li__FAPN=li__PQJS(((__li__JV5R *)li__EAPN));
  } break;
  };
  li__HAPN=li__45DN(li__DAPN,li__FAPN);
  li__CAPN=li__HAPN;
  return(li__CAPN);
}

static __li__FPHL* li__2EGM(__li__FPHL *li__3EGM)
/* (Strict EXPR_ADD{li__FPHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__5EGM,li__E0HV;
  void *li__AFGM,*li__BFGM,*li__EFGM;
  __li__WK *li__LSUU;
  __li__KVBD *li__D0HV,*li__H0HV;
  __li__5RB *li__F0HV,*li__I0HV;
  __li__WVBD *li__NSUU,*li__OSUU;
  __li__KLWI *li__QSUU;
  __li__KMFK *li__SSUU;
  __li__ULWI *li__VSUU,*li__WSUU;
  __li__MSWI *li__YSUU,*li__ZSUU;
  __li__MZWI *li__1SUU,*li__2SUU;
  __li__C0WI *li__4SUU,*li__5SUU;
  __li__M1WI *li__BTUU,*li__CTUU;
  __li__FPHL *li__KSSL,*li__CDDM,*li__4EGM;
  li__5EGM=li__3EGM->li__GPHL.li__DNWI.li__0CC;
  li__AFGM=li__3EGM->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AFGM)->__id) {
  case __li__WK__: {
    li__LSUU=li__PVEJ(((__li__WK *)li__AFGM));
    li__BFGM=li__LSUU;
  } break;
  case __li__AVBD__: {
    li__BFGM=li__AE5L(((__li__AVBD *)li__AFGM));
  } break;
  case __li__KVBD__: {
    li__D0HV=((__li__KVBD *)li__AFGM);
    li__E0HV=li__D0HV->li__LVBD.li__0K.li__0CC;
    li__F0HV=li__D0HV->li__LVBD.li__WZLE;
    li__D0HV=li__5QND();
    li__H0HV=((__li__KVBD *)li__D0HV);
    li__H0HV->li__LVBD.li__0K.li__0CC=li__E0HV;
    li__I0HV=li__NNSE(((__li__5RB *)li__F0HV));
    li__H0HV->li__LVBD.li__WZLE=li__I0HV;
    li__BFGM=li__D0HV;
  } break;
  case __li__WVBD__: {
    li__NSUU=((__li__WVBD *)li__AFGM);
    li__OSUU=li__VEID(li__NSUU->li__XVBD.li__0K.li__0CC,li__NSUU->li__2ZLE,li__NSUU->li__XVBD.li__WZLE);
    li__BFGM=li__OSUU;
  } break;
  case __li__Z4WH__: {
    li__BFGM=li__XEVK(((__li__Z4WH *)li__AFGM));
  } break;
  case __li__KTVI__: {
    li__BFGM=li__XF5L(((__li__KTVI *)li__AFGM));
  } break;
  case __li__LTVI__: {
    li__BFGM=li__SDGM(((__li__LTVI *)li__AFGM));
  } break;
  case __li__XTVI__: {
    li__BFGM=li__DG5L(((__li__XTVI *)li__AFGM));
  } break;
  case __li__YTVI__: {
    li__BFGM=li__4DGM(((__li__YTVI *)li__AFGM));
  } break;
  case __li__S2VI__: {
    li__BFGM=li__OG5L(((__li__S2VI *)li__AFGM));
  } break;
  case __li__E3VI__: {
    li__BFGM=li__ZG5L(((__li__E3VI *)li__AFGM));
  } break;
  case __li__KLWI__: {
    li__QSUU=((__li__KLWI *)li__AFGM);
    li__E0HV=li__QSUU->li__LLWI.li__0CC;
    li__SSUU=li__G3CM(((__li__KMFK *)li__QSUU->li__ZPBK));
    li__QSUU=li__PNSJ(li__E0HV,li__SSUU);
    li__BFGM=li__QSUU;
  } break;
  case __li__ULWI__: {
    li__VSUU=((__li__ULWI *)li__AFGM);
    li__WSUU=li__AOSJ(li__VSUU->li__VLWI.li__0CC,li__VSUU->li__4PBK);
    li__BFGM=li__WSUU;
  } break;
  case __li__NMWI__: {
    li__BFGM=li__SH5L(((__li__NMWI *)li__AFGM));
  } break;
  case __li__BNWI__: {
    li__BFGM=li__3H5L(((__li__BNWI *)li__AFGM));
  } break;
  case __li__XNWI__: {
    li__BFGM=li__II5L(((__li__XNWI *)li__AFGM));
  } break;
  case __li__LOWI__: {
    li__BFGM=li__TI5L(((__li__LOWI *)li__AFGM));
  } break;
  case __li__5OWI__: {
    li__BFGM=li__4I5L(((__li__5OWI *)li__AFGM));
  } break;
  case __li__TPWI__: {
    li__BFGM=li__JJ5L(((__li__TPWI *)li__AFGM));
  } break;
  case __li__HQWI__: {
    li__BFGM=li__UJ5L(((__li__HQWI *)li__AFGM));
  } break;
  case __li__ARWI__: {
    li__BFGM=li__5J5L(((__li__ARWI *)li__AFGM));
  } break;
  case __li__URWI__: {
    li__BFGM=li__NK5L(((__li__URWI *)li__AFGM));
  } break;
  case __li__MSWI__: {
    li__YSUU=((__li__MSWI *)li__AFGM);
    li__ZSUU=li__YXSJ(li__YSUU->li__NSWI.li__0CC,li__YSUU->li__ISBK);
    li__BFGM=li__ZSUU;
  } break;
  case __li__ETWI__: {
    li__BFGM=li__4K5L(((__li__ETWI *)li__AFGM));
  } break;
  case __li__MZWI__: {
    li__1SUU=((__li__MZWI *)li__AFGM);
    li__2SUU=li__4U4I(li__1SUU->li__NZWI.li__0K.li__0CC,li__1SUU->li__3SBK,li__1SUU->li__NZWI.li__WZLE);
    li__BFGM=li__2SUU;
  } break;
  case __li__C0WI__: {
    li__4SUU=((__li__C0WI *)li__AFGM);
    li__5SUU=li__ZV4I(li__4SUU->li__D0WI.li__0K.li__0CC,li__4SUU->li__CTBK);
    li__BFGM=li__5SUU;
  } break;
  case __li__M1WI__: {
    li__BTUU=((__li__M1WI *)li__AFGM);
    li__CTUU=li__1Z4I(li__BTUU->li__N1WI.li__0K.li__0CC,li__BTUU->li__UTFK);
    li__BFGM=li__CTUU;
  } break;
  case __li__KMFK__: {
    li__BFGM=li__G3CM(((__li__KMFK *)li__AFGM));
  } break;
  case __li__XOHL__: {
    li__BFGM=li__AAPN(((__li__XOHL *)li__AFGM));
  } break;
  case __li__FPHL__: {
    li__BFGM=li__2EGM(((__li__FPHL *)li__AFGM));
  } break;
  case __li__APLM__: {
    li__BFGM=li__XRDQ(((__li__APLM *)li__AFGM));
  } break;
  case __li__DTNM__: {
    li__BFGM=li__D5SO(((__li__DTNM *)li__AFGM));
  } break;
  case __li__JXNM__: {
    li__BFGM=li__153R(((__li__JXNM *)li__AFGM));
  } break;
  case __li__21LO__: {
    li__BFGM=li__2KLP(((__li__21LO *)li__AFGM));
  } break;
  case __li__TPOO__: {
    li__BFGM=li__JLLP(((__li__TPOO *)li__AFGM));
  } break;
  case __li__URRO__: {
    li__BFGM=li__KM4R(((__li__URRO *)li__AFGM));
  } break;
  case __li__41XO__: {
    li__BFGM=li__CSDQ(((__li__41XO *)li__AFGM));
  } break;
  case __li__AKBR__: {
    li__BFGM=li__L2DS(((__li__AKBR *)li__AFGM));
  } break;
  case __li__SU5R__: {
    li__BFGM=li__EQJS(((__li__SU5R *)li__AFGM));
  } break;
  case __li__JV5R__: {
    li__BFGM=li__PQJS(((__li__JV5R *)li__AFGM));
  } break;
  };
  li__AFGM=li__3EGM->li__GPHL.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AFGM)->__id) {
  case __li__WK__: {
    li__LSUU=li__PVEJ(((__li__WK *)li__AFGM));
    li__EFGM=li__LSUU;
  } break;
  case __li__AVBD__: {
    li__EFGM=li__AE5L(((__li__AVBD *)li__AFGM));
  } break;
  case __li__KVBD__: {
    li__D0HV=((__li__KVBD *)li__AFGM);
    li__E0HV=li__D0HV->li__LVBD.li__0K.li__0CC;
    li__F0HV=li__D0HV->li__LVBD.li__WZLE;
    li__D0HV=li__5QND();
    li__H0HV=((__li__KVBD *)li__D0HV);
    li__H0HV->li__LVBD.li__0K.li__0CC=li__E0HV;
    li__I0HV=li__NNSE(((__li__5RB *)li__F0HV));
    li__H0HV->li__LVBD.li__WZLE=li__I0HV;
    li__EFGM=li__D0HV;
  } break;
  case __li__WVBD__: {
    li__NSUU=((__li__WVBD *)li__AFGM);
    li__OSUU=li__VEID(li__NSUU->li__XVBD.li__0K.li__0CC,li__NSUU->li__2ZLE,li__NSUU->li__XVBD.li__WZLE);
    li__EFGM=li__OSUU;
  } break;
  case __li__Z4WH__: {
    li__EFGM=li__XEVK(((__li__Z4WH *)li__AFGM));
  } break;
  case __li__KTVI__: {
    li__EFGM=li__XF5L(((__li__KTVI *)li__AFGM));
  } break;
  case __li__LTVI__: {
    li__EFGM=li__SDGM(((__li__LTVI *)li__AFGM));
  } break;
  case __li__XTVI__: {
    li__EFGM=li__DG5L(((__li__XTVI *)li__AFGM));
  } break;
  case __li__YTVI__: {
    li__EFGM=li__4DGM(((__li__YTVI *)li__AFGM));
  } break;
  case __li__S2VI__: {
    li__EFGM=li__OG5L(((__li__S2VI *)li__AFGM));
  } break;
  case __li__E3VI__: {
    li__EFGM=li__ZG5L(((__li__E3VI *)li__AFGM));
  } break;
  case __li__KLWI__: {
    li__QSUU=((__li__KLWI *)li__AFGM);
    li__E0HV=li__QSUU->li__LLWI.li__0CC;
    li__SSUU=li__G3CM(((__li__KMFK *)li__QSUU->li__ZPBK));
    li__QSUU=li__PNSJ(li__E0HV,li__SSUU);
    li__EFGM=li__QSUU;
  } break;
  case __li__ULWI__: {
    li__VSUU=((__li__ULWI *)li__AFGM);
    li__WSUU=li__AOSJ(li__VSUU->li__VLWI.li__0CC,li__VSUU->li__4PBK);
    li__EFGM=li__WSUU;
  } break;
  case __li__NMWI__: {
    li__EFGM=li__SH5L(((__li__NMWI *)li__AFGM));
  } break;
  case __li__BNWI__: {
    li__EFGM=li__3H5L(((__li__BNWI *)li__AFGM));
  } break;
  case __li__XNWI__: {
    li__EFGM=li__II5L(((__li__XNWI *)li__AFGM));
  } break;
  case __li__LOWI__: {
    li__EFGM=li__TI5L(((__li__LOWI *)li__AFGM));
  } break;
  case __li__5OWI__: {
    li__EFGM=li__4I5L(((__li__5OWI *)li__AFGM));
  } break;
  case __li__TPWI__: {
    li__EFGM=li__JJ5L(((__li__TPWI *)li__AFGM));
  } break;
  case __li__HQWI__: {
    li__EFGM=li__UJ5L(((__li__HQWI *)li__AFGM));
  } break;
  case __li__ARWI__: {
    li__EFGM=li__5J5L(((__li__ARWI *)li__AFGM));
  } break;
  case __li__URWI__: {
    li__EFGM=li__NK5L(((__li__URWI *)li__AFGM));
  } break;
  case __li__MSWI__: {
    li__YSUU=((__li__MSWI *)li__AFGM);
    li__ZSUU=li__YXSJ(li__YSUU->li__NSWI.li__0CC,li__YSUU->li__ISBK);
    li__EFGM=li__ZSUU;
  } break;
  case __li__ETWI__: {
    li__EFGM=li__4K5L(((__li__ETWI *)li__AFGM));
  } break;
  case __li__MZWI__: {
    li__1SUU=((__li__MZWI *)li__AFGM);
    li__2SUU=li__4U4I(li__1SUU->li__NZWI.li__0K.li__0CC,li__1SUU->li__3SBK,li__1SUU->li__NZWI.li__WZLE);
    li__EFGM=li__2SUU;
  } break;
  case __li__C0WI__: {
    li__4SUU=((__li__C0WI *)li__AFGM);
    li__5SUU=li__ZV4I(li__4SUU->li__D0WI.li__0K.li__0CC,li__4SUU->li__CTBK);
    li__EFGM=li__5SUU;
  } break;
  case __li__M1WI__: {
    li__BTUU=((__li__M1WI *)li__AFGM);
    li__CTUU=li__1Z4I(li__BTUU->li__N1WI.li__0K.li__0CC,li__BTUU->li__UTFK);
    li__EFGM=li__CTUU;
  } break;
  case __li__KMFK__: {
    li__EFGM=li__G3CM(((__li__KMFK *)li__AFGM));
  } break;
  case __li__XOHL__: {
    li__EFGM=li__AAPN(((__li__XOHL *)li__AFGM));
  } break;
  case __li__FPHL__: {
    li__EFGM=li__2EGM(((__li__FPHL *)li__AFGM));
  } break;
  case __li__APLM__: {
    li__EFGM=li__XRDQ(((__li__APLM *)li__AFGM));
  } break;
  case __li__DTNM__: {
    li__EFGM=li__D5SO(((__li__DTNM *)li__AFGM));
  } break;
  case __li__JXNM__: {
    li__EFGM=li__153R(((__li__JXNM *)li__AFGM));
  } break;
  case __li__21LO__: {
    li__EFGM=li__2KLP(((__li__21LO *)li__AFGM));
  } break;
  case __li__TPOO__: {
    li__EFGM=li__JLLP(((__li__TPOO *)li__AFGM));
  } break;
  case __li__URRO__: {
    li__EFGM=li__KM4R(((__li__URRO *)li__AFGM));
  } break;
  case __li__41XO__: {
    li__EFGM=li__CSDQ(((__li__41XO *)li__AFGM));
  } break;
  case __li__AKBR__: {
    li__EFGM=li__L2DS(((__li__AKBR *)li__AFGM));
  } break;
  case __li__SU5R__: {
    li__EFGM=li__EQJS(((__li__SU5R *)li__AFGM));
  } break;
  case __li__JV5R__: {
    li__EFGM=li__PQJS(((__li__JV5R *)li__AFGM));
  } break;
  };
  li__KSSL=li__PFUL();
  li__CDDM=((__li__FPHL *)li__KSSL);
  li__CDDM->li__GPHL.li__DNWI.li__0CC=li__5EGM;
  li__CDDM->li__GPHL.li__MQBK=li__BFGM;
  li__CDDM->li__GPHL.li__QQBK=li__EFGM;
  li__4EGM=li__KSSL;
  return(li__4EGM);
}

static __li__APLM* li__XRDQ(__li__APLM *li__YRDQ)
/* (Strict EXPR_SUP_EQ{li__APLM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__0RDQ,li__U0HV;
  void *li__1RDQ,*li__2RDQ,*li__5RDQ;
  __li__WK *li__5TUU;
  __li__KVBD *li__T0HV,*li__X0HV;
  __li__5RB *li__V0HV,*li__Y0HV;
  __li__WVBD *li__BUUU,*li__CUUU;
  __li__KLWI *li__EUUU;
  __li__KMFK *li__GUUU;
  __li__ULWI *li__JUUU,*li__KUUU;
  __li__MSWI *li__MUUU,*li__NUUU;
  __li__MZWI *li__PUUU,*li__QUUU;
  __li__C0WI *li__SUUU,*li__TUUU;
  __li__M1WI *li__VUUU,*li__WUUU;
  __li__APLM *li__BSDQ,*li__ZRDQ;
  li__0RDQ=li__YRDQ->li__BPLM.li__IVVI.li__0CC;
  li__1RDQ=li__YRDQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1RDQ)->__id) {
  case __li__WK__: {
    li__5TUU=li__PVEJ(((__li__WK *)li__1RDQ));
    li__2RDQ=li__5TUU;
  } break;
  case __li__AVBD__: {
    li__2RDQ=li__AE5L(((__li__AVBD *)li__1RDQ));
  } break;
  case __li__KVBD__: {
    li__T0HV=((__li__KVBD *)li__1RDQ);
    li__U0HV=li__T0HV->li__LVBD.li__0K.li__0CC;
    li__V0HV=li__T0HV->li__LVBD.li__WZLE;
    li__T0HV=li__5QND();
    li__X0HV=((__li__KVBD *)li__T0HV);
    li__X0HV->li__LVBD.li__0K.li__0CC=li__U0HV;
    li__Y0HV=li__NNSE(((__li__5RB *)li__V0HV));
    li__X0HV->li__LVBD.li__WZLE=li__Y0HV;
    li__2RDQ=li__T0HV;
  } break;
  case __li__WVBD__: {
    li__BUUU=((__li__WVBD *)li__1RDQ);
    li__CUUU=li__VEID(li__BUUU->li__XVBD.li__0K.li__0CC,li__BUUU->li__2ZLE,li__BUUU->li__XVBD.li__WZLE);
    li__2RDQ=li__CUUU;
  } break;
  case __li__Z4WH__: {
    li__2RDQ=li__XEVK(((__li__Z4WH *)li__1RDQ));
  } break;
  case __li__KTVI__: {
    li__2RDQ=li__XF5L(((__li__KTVI *)li__1RDQ));
  } break;
  case __li__LTVI__: {
    li__2RDQ=li__SDGM(((__li__LTVI *)li__1RDQ));
  } break;
  case __li__XTVI__: {
    li__2RDQ=li__DG5L(((__li__XTVI *)li__1RDQ));
  } break;
  case __li__YTVI__: {
    li__2RDQ=li__4DGM(((__li__YTVI *)li__1RDQ));
  } break;
  case __li__S2VI__: {
    li__2RDQ=li__OG5L(((__li__S2VI *)li__1RDQ));
  } break;
  case __li__E3VI__: {
    li__2RDQ=li__ZG5L(((__li__E3VI *)li__1RDQ));
  } break;
  case __li__KLWI__: {
    li__EUUU=((__li__KLWI *)li__1RDQ);
    li__U0HV=li__EUUU->li__LLWI.li__0CC;
    li__GUUU=li__G3CM(((__li__KMFK *)li__EUUU->li__ZPBK));
    li__EUUU=li__PNSJ(li__U0HV,li__GUUU);
    li__2RDQ=li__EUUU;
  } break;
  case __li__ULWI__: {
    li__JUUU=((__li__ULWI *)li__1RDQ);
    li__KUUU=li__AOSJ(li__JUUU->li__VLWI.li__0CC,li__JUUU->li__4PBK);
    li__2RDQ=li__KUUU;
  } break;
  case __li__NMWI__: {
    li__2RDQ=li__SH5L(((__li__NMWI *)li__1RDQ));
  } break;
  case __li__BNWI__: {
    li__2RDQ=li__3H5L(((__li__BNWI *)li__1RDQ));
  } break;
  case __li__XNWI__: {
    li__2RDQ=li__II5L(((__li__XNWI *)li__1RDQ));
  } break;
  case __li__LOWI__: {
    li__2RDQ=li__TI5L(((__li__LOWI *)li__1RDQ));
  } break;
  case __li__5OWI__: {
    li__2RDQ=li__4I5L(((__li__5OWI *)li__1RDQ));
  } break;
  case __li__TPWI__: {
    li__2RDQ=li__JJ5L(((__li__TPWI *)li__1RDQ));
  } break;
  case __li__HQWI__: {
    li__2RDQ=li__UJ5L(((__li__HQWI *)li__1RDQ));
  } break;
  case __li__ARWI__: {
    li__2RDQ=li__5J5L(((__li__ARWI *)li__1RDQ));
  } break;
  case __li__URWI__: {
    li__2RDQ=li__NK5L(((__li__URWI *)li__1RDQ));
  } break;
  case __li__MSWI__: {
    li__MUUU=((__li__MSWI *)li__1RDQ);
    li__NUUU=li__YXSJ(li__MUUU->li__NSWI.li__0CC,li__MUUU->li__ISBK);
    li__2RDQ=li__NUUU;
  } break;
  case __li__ETWI__: {
    li__2RDQ=li__4K5L(((__li__ETWI *)li__1RDQ));
  } break;
  case __li__MZWI__: {
    li__PUUU=((__li__MZWI *)li__1RDQ);
    li__QUUU=li__4U4I(li__PUUU->li__NZWI.li__0K.li__0CC,li__PUUU->li__3SBK,li__PUUU->li__NZWI.li__WZLE);
    li__2RDQ=li__QUUU;
  } break;
  case __li__C0WI__: {
    li__SUUU=((__li__C0WI *)li__1RDQ);
    li__TUUU=li__ZV4I(li__SUUU->li__D0WI.li__0K.li__0CC,li__SUUU->li__CTBK);
    li__2RDQ=li__TUUU;
  } break;
  case __li__M1WI__: {
    li__VUUU=((__li__M1WI *)li__1RDQ);
    li__WUUU=li__1Z4I(li__VUUU->li__N1WI.li__0K.li__0CC,li__VUUU->li__UTFK);
    li__2RDQ=li__WUUU;
  } break;
  case __li__KMFK__: {
    li__2RDQ=li__G3CM(((__li__KMFK *)li__1RDQ));
  } break;
  case __li__XOHL__: {
    li__2RDQ=li__AAPN(((__li__XOHL *)li__1RDQ));
  } break;
  case __li__FPHL__: {
    li__2RDQ=li__2EGM(((__li__FPHL *)li__1RDQ));
  } break;
  case __li__APLM__: {
    li__2RDQ=li__XRDQ(((__li__APLM *)li__1RDQ));
  } break;
  case __li__DTNM__: {
    li__2RDQ=li__D5SO(((__li__DTNM *)li__1RDQ));
  } break;
  case __li__JXNM__: {
    li__2RDQ=li__153R(((__li__JXNM *)li__1RDQ));
  } break;
  case __li__21LO__: {
    li__2RDQ=li__2KLP(((__li__21LO *)li__1RDQ));
  } break;
  case __li__TPOO__: {
    li__2RDQ=li__JLLP(((__li__TPOO *)li__1RDQ));
  } break;
  case __li__URRO__: {
    li__2RDQ=li__KM4R(((__li__URRO *)li__1RDQ));
  } break;
  case __li__41XO__: {
    li__2RDQ=li__CSDQ(((__li__41XO *)li__1RDQ));
  } break;
  case __li__AKBR__: {
    li__2RDQ=li__L2DS(((__li__AKBR *)li__1RDQ));
  } break;
  case __li__SU5R__: {
    li__2RDQ=li__EQJS(((__li__SU5R *)li__1RDQ));
  } break;
  case __li__JV5R__: {
    li__2RDQ=li__PQJS(((__li__JV5R *)li__1RDQ));
  } break;
  };
  li__1RDQ=li__YRDQ->li__BPLM.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1RDQ)->__id) {
  case __li__WK__: {
    li__5TUU=li__PVEJ(((__li__WK *)li__1RDQ));
    li__5RDQ=li__5TUU;
  } break;
  case __li__AVBD__: {
    li__5RDQ=li__AE5L(((__li__AVBD *)li__1RDQ));
  } break;
  case __li__KVBD__: {
    li__T0HV=((__li__KVBD *)li__1RDQ);
    li__U0HV=li__T0HV->li__LVBD.li__0K.li__0CC;
    li__V0HV=li__T0HV->li__LVBD.li__WZLE;
    li__T0HV=li__5QND();
    li__X0HV=((__li__KVBD *)li__T0HV);
    li__X0HV->li__LVBD.li__0K.li__0CC=li__U0HV;
    li__Y0HV=li__NNSE(((__li__5RB *)li__V0HV));
    li__X0HV->li__LVBD.li__WZLE=li__Y0HV;
    li__5RDQ=li__T0HV;
  } break;
  case __li__WVBD__: {
    li__BUUU=((__li__WVBD *)li__1RDQ);
    li__CUUU=li__VEID(li__BUUU->li__XVBD.li__0K.li__0CC,li__BUUU->li__2ZLE,li__BUUU->li__XVBD.li__WZLE);
    li__5RDQ=li__CUUU;
  } break;
  case __li__Z4WH__: {
    li__5RDQ=li__XEVK(((__li__Z4WH *)li__1RDQ));
  } break;
  case __li__KTVI__: {
    li__5RDQ=li__XF5L(((__li__KTVI *)li__1RDQ));
  } break;
  case __li__LTVI__: {
    li__5RDQ=li__SDGM(((__li__LTVI *)li__1RDQ));
  } break;
  case __li__XTVI__: {
    li__5RDQ=li__DG5L(((__li__XTVI *)li__1RDQ));
  } break;
  case __li__YTVI__: {
    li__5RDQ=li__4DGM(((__li__YTVI *)li__1RDQ));
  } break;
  case __li__S2VI__: {
    li__5RDQ=li__OG5L(((__li__S2VI *)li__1RDQ));
  } break;
  case __li__E3VI__: {
    li__5RDQ=li__ZG5L(((__li__E3VI *)li__1RDQ));
  } break;
  case __li__KLWI__: {
    li__EUUU=((__li__KLWI *)li__1RDQ);
    li__U0HV=li__EUUU->li__LLWI.li__0CC;
    li__GUUU=li__G3CM(((__li__KMFK *)li__EUUU->li__ZPBK));
    li__EUUU=li__PNSJ(li__U0HV,li__GUUU);
    li__5RDQ=li__EUUU;
  } break;
  case __li__ULWI__: {
    li__JUUU=((__li__ULWI *)li__1RDQ);
    li__KUUU=li__AOSJ(li__JUUU->li__VLWI.li__0CC,li__JUUU->li__4PBK);
    li__5RDQ=li__KUUU;
  } break;
  case __li__NMWI__: {
    li__5RDQ=li__SH5L(((__li__NMWI *)li__1RDQ));
  } break;
  case __li__BNWI__: {
    li__5RDQ=li__3H5L(((__li__BNWI *)li__1RDQ));
  } break;
  case __li__XNWI__: {
    li__5RDQ=li__II5L(((__li__XNWI *)li__1RDQ));
  } break;
  case __li__LOWI__: {
    li__5RDQ=li__TI5L(((__li__LOWI *)li__1RDQ));
  } break;
  case __li__5OWI__: {
    li__5RDQ=li__4I5L(((__li__5OWI *)li__1RDQ));
  } break;
  case __li__TPWI__: {
    li__5RDQ=li__JJ5L(((__li__TPWI *)li__1RDQ));
  } break;
  case __li__HQWI__: {
    li__5RDQ=li__UJ5L(((__li__HQWI *)li__1RDQ));
  } break;
  case __li__ARWI__: {
    li__5RDQ=li__5J5L(((__li__ARWI *)li__1RDQ));
  } break;
  case __li__URWI__: {
    li__5RDQ=li__NK5L(((__li__URWI *)li__1RDQ));
  } break;
  case __li__MSWI__: {
    li__MUUU=((__li__MSWI *)li__1RDQ);
    li__NUUU=li__YXSJ(li__MUUU->li__NSWI.li__0CC,li__MUUU->li__ISBK);
    li__5RDQ=li__NUUU;
  } break;
  case __li__ETWI__: {
    li__5RDQ=li__4K5L(((__li__ETWI *)li__1RDQ));
  } break;
  case __li__MZWI__: {
    li__PUUU=((__li__MZWI *)li__1RDQ);
    li__QUUU=li__4U4I(li__PUUU->li__NZWI.li__0K.li__0CC,li__PUUU->li__3SBK,li__PUUU->li__NZWI.li__WZLE);
    li__5RDQ=li__QUUU;
  } break;
  case __li__C0WI__: {
    li__SUUU=((__li__C0WI *)li__1RDQ);
    li__TUUU=li__ZV4I(li__SUUU->li__D0WI.li__0K.li__0CC,li__SUUU->li__CTBK);
    li__5RDQ=li__TUUU;
  } break;
  case __li__M1WI__: {
    li__VUUU=((__li__M1WI *)li__1RDQ);
    li__WUUU=li__1Z4I(li__VUUU->li__N1WI.li__0K.li__0CC,li__VUUU->li__UTFK);
    li__5RDQ=li__WUUU;
  } break;
  case __li__KMFK__: {
    li__5RDQ=li__G3CM(((__li__KMFK *)li__1RDQ));
  } break;
  case __li__XOHL__: {
    li__5RDQ=li__AAPN(((__li__XOHL *)li__1RDQ));
  } break;
  case __li__FPHL__: {
    li__5RDQ=li__2EGM(((__li__FPHL *)li__1RDQ));
  } break;
  case __li__APLM__: {
    li__5RDQ=li__XRDQ(((__li__APLM *)li__1RDQ));
  } break;
  case __li__DTNM__: {
    li__5RDQ=li__D5SO(((__li__DTNM *)li__1RDQ));
  } break;
  case __li__JXNM__: {
    li__5RDQ=li__153R(((__li__JXNM *)li__1RDQ));
  } break;
  case __li__21LO__: {
    li__5RDQ=li__2KLP(((__li__21LO *)li__1RDQ));
  } break;
  case __li__TPOO__: {
    li__5RDQ=li__JLLP(((__li__TPOO *)li__1RDQ));
  } break;
  case __li__URRO__: {
    li__5RDQ=li__KM4R(((__li__URRO *)li__1RDQ));
  } break;
  case __li__41XO__: {
    li__5RDQ=li__CSDQ(((__li__41XO *)li__1RDQ));
  } break;
  case __li__AKBR__: {
    li__5RDQ=li__L2DS(((__li__AKBR *)li__1RDQ));
  } break;
  case __li__SU5R__: {
    li__5RDQ=li__EQJS(((__li__SU5R *)li__1RDQ));
  } break;
  case __li__JV5R__: {
    li__5RDQ=li__PQJS(((__li__JV5R *)li__1RDQ));
  } break;
  };
  li__BSDQ=li__33SP(li__0RDQ,li__2RDQ,li__5RDQ);
  li__ZRDQ=li__BSDQ;
  return(li__ZRDQ);
}

static __li__DTNM* li__D5SO(__li__DTNM *li__E5SO)
/* (Strict EXPR_NOT{li__DTNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__G5SO,li__E1HV;
  void *li__H5SO,*li__I5SO;
  __li__WK *li__TVUU;
  __li__KVBD *li__D1HV,*li__H1HV;
  __li__5RB *li__F1HV,*li__I1HV;
  __li__WVBD *li__VVUU,*li__WVUU;
  __li__KLWI *li__YVUU;
  __li__KMFK *li__0VUU;
  __li__ULWI *li__3VUU,*li__4VUU;
  __li__MSWI *li__AWUU,*li__BWUU;
  __li__MZWI *li__DWUU,*li__EWUU;
  __li__C0WI *li__GWUU,*li__HWUU;
  __li__M1WI *li__JWUU,*li__KWUU;
  __li__DTNM *li__K5SO,*li__F5SO;
  li__G5SO=li__E5SO->li__ETNM.li__ZOHL.li__0CC;
  li__H5SO=li__E5SO->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__H5SO)->__id) {
  case __li__WK__: {
    li__TVUU=li__PVEJ(((__li__WK *)li__H5SO));
    li__I5SO=li__TVUU;
  } break;
  case __li__AVBD__: {
    li__I5SO=li__AE5L(((__li__AVBD *)li__H5SO));
  } break;
  case __li__KVBD__: {
    li__D1HV=((__li__KVBD *)li__H5SO);
    li__E1HV=li__D1HV->li__LVBD.li__0K.li__0CC;
    li__F1HV=li__D1HV->li__LVBD.li__WZLE;
    li__D1HV=li__5QND();
    li__H1HV=((__li__KVBD *)li__D1HV);
    li__H1HV->li__LVBD.li__0K.li__0CC=li__E1HV;
    li__I1HV=li__NNSE(((__li__5RB *)li__F1HV));
    li__H1HV->li__LVBD.li__WZLE=li__I1HV;
    li__I5SO=li__D1HV;
  } break;
  case __li__WVBD__: {
    li__VVUU=((__li__WVBD *)li__H5SO);
    li__WVUU=li__VEID(li__VVUU->li__XVBD.li__0K.li__0CC,li__VVUU->li__2ZLE,li__VVUU->li__XVBD.li__WZLE);
    li__I5SO=li__WVUU;
  } break;
  case __li__Z4WH__: {
    li__I5SO=li__XEVK(((__li__Z4WH *)li__H5SO));
  } break;
  case __li__KTVI__: {
    li__I5SO=li__XF5L(((__li__KTVI *)li__H5SO));
  } break;
  case __li__LTVI__: {
    li__I5SO=li__SDGM(((__li__LTVI *)li__H5SO));
  } break;
  case __li__XTVI__: {
    li__I5SO=li__DG5L(((__li__XTVI *)li__H5SO));
  } break;
  case __li__YTVI__: {
    li__I5SO=li__4DGM(((__li__YTVI *)li__H5SO));
  } break;
  case __li__S2VI__: {
    li__I5SO=li__OG5L(((__li__S2VI *)li__H5SO));
  } break;
  case __li__E3VI__: {
    li__I5SO=li__ZG5L(((__li__E3VI *)li__H5SO));
  } break;
  case __li__KLWI__: {
    li__YVUU=((__li__KLWI *)li__H5SO);
    li__E1HV=li__YVUU->li__LLWI.li__0CC;
    li__0VUU=li__G3CM(((__li__KMFK *)li__YVUU->li__ZPBK));
    li__YVUU=li__PNSJ(li__E1HV,li__0VUU);
    li__I5SO=li__YVUU;
  } break;
  case __li__ULWI__: {
    li__3VUU=((__li__ULWI *)li__H5SO);
    li__4VUU=li__AOSJ(li__3VUU->li__VLWI.li__0CC,li__3VUU->li__4PBK);
    li__I5SO=li__4VUU;
  } break;
  case __li__NMWI__: {
    li__I5SO=li__SH5L(((__li__NMWI *)li__H5SO));
  } break;
  case __li__BNWI__: {
    li__I5SO=li__3H5L(((__li__BNWI *)li__H5SO));
  } break;
  case __li__XNWI__: {
    li__I5SO=li__II5L(((__li__XNWI *)li__H5SO));
  } break;
  case __li__LOWI__: {
    li__I5SO=li__TI5L(((__li__LOWI *)li__H5SO));
  } break;
  case __li__5OWI__: {
    li__I5SO=li__4I5L(((__li__5OWI *)li__H5SO));
  } break;
  case __li__TPWI__: {
    li__I5SO=li__JJ5L(((__li__TPWI *)li__H5SO));
  } break;
  case __li__HQWI__: {
    li__I5SO=li__UJ5L(((__li__HQWI *)li__H5SO));
  } break;
  case __li__ARWI__: {
    li__I5SO=li__5J5L(((__li__ARWI *)li__H5SO));
  } break;
  case __li__URWI__: {
    li__I5SO=li__NK5L(((__li__URWI *)li__H5SO));
  } break;
  case __li__MSWI__: {
    li__AWUU=((__li__MSWI *)li__H5SO);
    li__BWUU=li__YXSJ(li__AWUU->li__NSWI.li__0CC,li__AWUU->li__ISBK);
    li__I5SO=li__BWUU;
  } break;
  case __li__ETWI__: {
    li__I5SO=li__4K5L(((__li__ETWI *)li__H5SO));
  } break;
  case __li__MZWI__: {
    li__DWUU=((__li__MZWI *)li__H5SO);
    li__EWUU=li__4U4I(li__DWUU->li__NZWI.li__0K.li__0CC,li__DWUU->li__3SBK,li__DWUU->li__NZWI.li__WZLE);
    li__I5SO=li__EWUU;
  } break;
  case __li__C0WI__: {
    li__GWUU=((__li__C0WI *)li__H5SO);
    li__HWUU=li__ZV4I(li__GWUU->li__D0WI.li__0K.li__0CC,li__GWUU->li__CTBK);
    li__I5SO=li__HWUU;
  } break;
  case __li__M1WI__: {
    li__JWUU=((__li__M1WI *)li__H5SO);
    li__KWUU=li__1Z4I(li__JWUU->li__N1WI.li__0K.li__0CC,li__JWUU->li__UTFK);
    li__I5SO=li__KWUU;
  } break;
  case __li__KMFK__: {
    li__I5SO=li__G3CM(((__li__KMFK *)li__H5SO));
  } break;
  case __li__XOHL__: {
    li__I5SO=li__AAPN(((__li__XOHL *)li__H5SO));
  } break;
  case __li__FPHL__: {
    li__I5SO=li__2EGM(((__li__FPHL *)li__H5SO));
  } break;
  case __li__APLM__: {
    li__I5SO=li__XRDQ(((__li__APLM *)li__H5SO));
  } break;
  case __li__DTNM__: {
    li__I5SO=li__D5SO(((__li__DTNM *)li__H5SO));
  } break;
  case __li__JXNM__: {
    li__I5SO=li__153R(((__li__JXNM *)li__H5SO));
  } break;
  case __li__21LO__: {
    li__I5SO=li__2KLP(((__li__21LO *)li__H5SO));
  } break;
  case __li__TPOO__: {
    li__I5SO=li__JLLP(((__li__TPOO *)li__H5SO));
  } break;
  case __li__URRO__: {
    li__I5SO=li__KM4R(((__li__URRO *)li__H5SO));
  } break;
  case __li__41XO__: {
    li__I5SO=li__CSDQ(((__li__41XO *)li__H5SO));
  } break;
  case __li__AKBR__: {
    li__I5SO=li__L2DS(((__li__AKBR *)li__H5SO));
  } break;
  case __li__SU5R__: {
    li__I5SO=li__EQJS(((__li__SU5R *)li__H5SO));
  } break;
  case __li__JV5R__: {
    li__I5SO=li__PQJS(((__li__JV5R *)li__H5SO));
  } break;
  };
  li__K5SO=li__YHKO(li__G5SO,li__I5SO);
  li__F5SO=li__K5SO;
  return(li__F5SO);
}

static __li__JXNM* li__153R(__li__JXNM *li__253R)
/* (Strict EXPR_MOD{li__JXNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__453R,li__M1HV;
  void *li__553R,*li__AA4R,*li__DA4R;
  __li__WK *li__NWUU;
  __li__KVBD *li__L1HV,*li__P1HV;
  __li__5RB *li__N1HV,*li__Q1HV;
  __li__WVBD *li__PWUU,*li__QWUU;
  __li__KLWI *li__SWUU;
  __li__KMFK *li__UWUU;
  __li__ULWI *li__XWUU,*li__YWUU;
  __li__MSWI *li__0WUU,*li__1WUU;
  __li__MZWI *li__3WUU,*li__4WUU;
  __li__C0WI *li__AXUU,*li__BXUU;
  __li__M1WI *li__DXUU,*li__EXUU;
  __li__JXNM *li__FA4R,*li__353R;
  li__453R=li__253R->li__KXNM.li__DNWI.li__0CC;
  li__553R=li__253R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__553R)->__id) {
  case __li__WK__: {
    li__NWUU=li__PVEJ(((__li__WK *)li__553R));
    li__AA4R=li__NWUU;
  } break;
  case __li__AVBD__: {
    li__AA4R=li__AE5L(((__li__AVBD *)li__553R));
  } break;
  case __li__KVBD__: {
    li__L1HV=((__li__KVBD *)li__553R);
    li__M1HV=li__L1HV->li__LVBD.li__0K.li__0CC;
    li__N1HV=li__L1HV->li__LVBD.li__WZLE;
    li__L1HV=li__5QND();
    li__P1HV=((__li__KVBD *)li__L1HV);
    li__P1HV->li__LVBD.li__0K.li__0CC=li__M1HV;
    li__Q1HV=li__NNSE(((__li__5RB *)li__N1HV));
    li__P1HV->li__LVBD.li__WZLE=li__Q1HV;
    li__AA4R=li__L1HV;
  } break;
  case __li__WVBD__: {
    li__PWUU=((__li__WVBD *)li__553R);
    li__QWUU=li__VEID(li__PWUU->li__XVBD.li__0K.li__0CC,li__PWUU->li__2ZLE,li__PWUU->li__XVBD.li__WZLE);
    li__AA4R=li__QWUU;
  } break;
  case __li__Z4WH__: {
    li__AA4R=li__XEVK(((__li__Z4WH *)li__553R));
  } break;
  case __li__KTVI__: {
    li__AA4R=li__XF5L(((__li__KTVI *)li__553R));
  } break;
  case __li__LTVI__: {
    li__AA4R=li__SDGM(((__li__LTVI *)li__553R));
  } break;
  case __li__XTVI__: {
    li__AA4R=li__DG5L(((__li__XTVI *)li__553R));
  } break;
  case __li__YTVI__: {
    li__AA4R=li__4DGM(((__li__YTVI *)li__553R));
  } break;
  case __li__S2VI__: {
    li__AA4R=li__OG5L(((__li__S2VI *)li__553R));
  } break;
  case __li__E3VI__: {
    li__AA4R=li__ZG5L(((__li__E3VI *)li__553R));
  } break;
  case __li__KLWI__: {
    li__SWUU=((__li__KLWI *)li__553R);
    li__M1HV=li__SWUU->li__LLWI.li__0CC;
    li__UWUU=li__G3CM(((__li__KMFK *)li__SWUU->li__ZPBK));
    li__SWUU=li__PNSJ(li__M1HV,li__UWUU);
    li__AA4R=li__SWUU;
  } break;
  case __li__ULWI__: {
    li__XWUU=((__li__ULWI *)li__553R);
    li__YWUU=li__AOSJ(li__XWUU->li__VLWI.li__0CC,li__XWUU->li__4PBK);
    li__AA4R=li__YWUU;
  } break;
  case __li__NMWI__: {
    li__AA4R=li__SH5L(((__li__NMWI *)li__553R));
  } break;
  case __li__BNWI__: {
    li__AA4R=li__3H5L(((__li__BNWI *)li__553R));
  } break;
  case __li__XNWI__: {
    li__AA4R=li__II5L(((__li__XNWI *)li__553R));
  } break;
  case __li__LOWI__: {
    li__AA4R=li__TI5L(((__li__LOWI *)li__553R));
  } break;
  case __li__5OWI__: {
    li__AA4R=li__4I5L(((__li__5OWI *)li__553R));
  } break;
  case __li__TPWI__: {
    li__AA4R=li__JJ5L(((__li__TPWI *)li__553R));
  } break;
  case __li__HQWI__: {
    li__AA4R=li__UJ5L(((__li__HQWI *)li__553R));
  } break;
  case __li__ARWI__: {
    li__AA4R=li__5J5L(((__li__ARWI *)li__553R));
  } break;
  case __li__URWI__: {
    li__AA4R=li__NK5L(((__li__URWI *)li__553R));
  } break;
  case __li__MSWI__: {
    li__0WUU=((__li__MSWI *)li__553R);
    li__1WUU=li__YXSJ(li__0WUU->li__NSWI.li__0CC,li__0WUU->li__ISBK);
    li__AA4R=li__1WUU;
  } break;
  case __li__ETWI__: {
    li__AA4R=li__4K5L(((__li__ETWI *)li__553R));
  } break;
  case __li__MZWI__: {
    li__3WUU=((__li__MZWI *)li__553R);
    li__4WUU=li__4U4I(li__3WUU->li__NZWI.li__0K.li__0CC,li__3WUU->li__3SBK,li__3WUU->li__NZWI.li__WZLE);
    li__AA4R=li__4WUU;
  } break;
  case __li__C0WI__: {
    li__AXUU=((__li__C0WI *)li__553R);
    li__BXUU=li__ZV4I(li__AXUU->li__D0WI.li__0K.li__0CC,li__AXUU->li__CTBK);
    li__AA4R=li__BXUU;
  } break;
  case __li__M1WI__: {
    li__DXUU=((__li__M1WI *)li__553R);
    li__EXUU=li__1Z4I(li__DXUU->li__N1WI.li__0K.li__0CC,li__DXUU->li__UTFK);
    li__AA4R=li__EXUU;
  } break;
  case __li__KMFK__: {
    li__AA4R=li__G3CM(((__li__KMFK *)li__553R));
  } break;
  case __li__XOHL__: {
    li__AA4R=li__AAPN(((__li__XOHL *)li__553R));
  } break;
  case __li__FPHL__: {
    li__AA4R=li__2EGM(((__li__FPHL *)li__553R));
  } break;
  case __li__APLM__: {
    li__AA4R=li__XRDQ(((__li__APLM *)li__553R));
  } break;
  case __li__DTNM__: {
    li__AA4R=li__D5SO(((__li__DTNM *)li__553R));
  } break;
  case __li__JXNM__: {
    li__AA4R=li__153R(((__li__JXNM *)li__553R));
  } break;
  case __li__21LO__: {
    li__AA4R=li__2KLP(((__li__21LO *)li__553R));
  } break;
  case __li__TPOO__: {
    li__AA4R=li__JLLP(((__li__TPOO *)li__553R));
  } break;
  case __li__URRO__: {
    li__AA4R=li__KM4R(((__li__URRO *)li__553R));
  } break;
  case __li__41XO__: {
    li__AA4R=li__CSDQ(((__li__41XO *)li__553R));
  } break;
  case __li__AKBR__: {
    li__AA4R=li__L2DS(((__li__AKBR *)li__553R));
  } break;
  case __li__SU5R__: {
    li__AA4R=li__EQJS(((__li__SU5R *)li__553R));
  } break;
  case __li__JV5R__: {
    li__AA4R=li__PQJS(((__li__JV5R *)li__553R));
  } break;
  };
  li__553R=li__253R->li__KXNM.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__553R)->__id) {
  case __li__WK__: {
    li__NWUU=li__PVEJ(((__li__WK *)li__553R));
    li__DA4R=li__NWUU;
  } break;
  case __li__AVBD__: {
    li__DA4R=li__AE5L(((__li__AVBD *)li__553R));
  } break;
  case __li__KVBD__: {
    li__L1HV=((__li__KVBD *)li__553R);
    li__M1HV=li__L1HV->li__LVBD.li__0K.li__0CC;
    li__N1HV=li__L1HV->li__LVBD.li__WZLE;
    li__L1HV=li__5QND();
    li__P1HV=((__li__KVBD *)li__L1HV);
    li__P1HV->li__LVBD.li__0K.li__0CC=li__M1HV;
    li__Q1HV=li__NNSE(((__li__5RB *)li__N1HV));
    li__P1HV->li__LVBD.li__WZLE=li__Q1HV;
    li__DA4R=li__L1HV;
  } break;
  case __li__WVBD__: {
    li__PWUU=((__li__WVBD *)li__553R);
    li__QWUU=li__VEID(li__PWUU->li__XVBD.li__0K.li__0CC,li__PWUU->li__2ZLE,li__PWUU->li__XVBD.li__WZLE);
    li__DA4R=li__QWUU;
  } break;
  case __li__Z4WH__: {
    li__DA4R=li__XEVK(((__li__Z4WH *)li__553R));
  } break;
  case __li__KTVI__: {
    li__DA4R=li__XF5L(((__li__KTVI *)li__553R));
  } break;
  case __li__LTVI__: {
    li__DA4R=li__SDGM(((__li__LTVI *)li__553R));
  } break;
  case __li__XTVI__: {
    li__DA4R=li__DG5L(((__li__XTVI *)li__553R));
  } break;
  case __li__YTVI__: {
    li__DA4R=li__4DGM(((__li__YTVI *)li__553R));
  } break;
  case __li__S2VI__: {
    li__DA4R=li__OG5L(((__li__S2VI *)li__553R));
  } break;
  case __li__E3VI__: {
    li__DA4R=li__ZG5L(((__li__E3VI *)li__553R));
  } break;
  case __li__KLWI__: {
    li__SWUU=((__li__KLWI *)li__553R);
    li__M1HV=li__SWUU->li__LLWI.li__0CC;
    li__UWUU=li__G3CM(((__li__KMFK *)li__SWUU->li__ZPBK));
    li__SWUU=li__PNSJ(li__M1HV,li__UWUU);
    li__DA4R=li__SWUU;
  } break;
  case __li__ULWI__: {
    li__XWUU=((__li__ULWI *)li__553R);
    li__YWUU=li__AOSJ(li__XWUU->li__VLWI.li__0CC,li__XWUU->li__4PBK);
    li__DA4R=li__YWUU;
  } break;
  case __li__NMWI__: {
    li__DA4R=li__SH5L(((__li__NMWI *)li__553R));
  } break;
  case __li__BNWI__: {
    li__DA4R=li__3H5L(((__li__BNWI *)li__553R));
  } break;
  case __li__XNWI__: {
    li__DA4R=li__II5L(((__li__XNWI *)li__553R));
  } break;
  case __li__LOWI__: {
    li__DA4R=li__TI5L(((__li__LOWI *)li__553R));
  } break;
  case __li__5OWI__: {
    li__DA4R=li__4I5L(((__li__5OWI *)li__553R));
  } break;
  case __li__TPWI__: {
    li__DA4R=li__JJ5L(((__li__TPWI *)li__553R));
  } break;
  case __li__HQWI__: {
    li__DA4R=li__UJ5L(((__li__HQWI *)li__553R));
  } break;
  case __li__ARWI__: {
    li__DA4R=li__5J5L(((__li__ARWI *)li__553R));
  } break;
  case __li__URWI__: {
    li__DA4R=li__NK5L(((__li__URWI *)li__553R));
  } break;
  case __li__MSWI__: {
    li__0WUU=((__li__MSWI *)li__553R);
    li__1WUU=li__YXSJ(li__0WUU->li__NSWI.li__0CC,li__0WUU->li__ISBK);
    li__DA4R=li__1WUU;
  } break;
  case __li__ETWI__: {
    li__DA4R=li__4K5L(((__li__ETWI *)li__553R));
  } break;
  case __li__MZWI__: {
    li__3WUU=((__li__MZWI *)li__553R);
    li__4WUU=li__4U4I(li__3WUU->li__NZWI.li__0K.li__0CC,li__3WUU->li__3SBK,li__3WUU->li__NZWI.li__WZLE);
    li__DA4R=li__4WUU;
  } break;
  case __li__C0WI__: {
    li__AXUU=((__li__C0WI *)li__553R);
    li__BXUU=li__ZV4I(li__AXUU->li__D0WI.li__0K.li__0CC,li__AXUU->li__CTBK);
    li__DA4R=li__BXUU;
  } break;
  case __li__M1WI__: {
    li__DXUU=((__li__M1WI *)li__553R);
    li__EXUU=li__1Z4I(li__DXUU->li__N1WI.li__0K.li__0CC,li__DXUU->li__UTFK);
    li__DA4R=li__EXUU;
  } break;
  case __li__KMFK__: {
    li__DA4R=li__G3CM(((__li__KMFK *)li__553R));
  } break;
  case __li__XOHL__: {
    li__DA4R=li__AAPN(((__li__XOHL *)li__553R));
  } break;
  case __li__FPHL__: {
    li__DA4R=li__2EGM(((__li__FPHL *)li__553R));
  } break;
  case __li__APLM__: {
    li__DA4R=li__XRDQ(((__li__APLM *)li__553R));
  } break;
  case __li__DTNM__: {
    li__DA4R=li__D5SO(((__li__DTNM *)li__553R));
  } break;
  case __li__JXNM__: {
    li__DA4R=li__153R(((__li__JXNM *)li__553R));
  } break;
  case __li__21LO__: {
    li__DA4R=li__2KLP(((__li__21LO *)li__553R));
  } break;
  case __li__TPOO__: {
    li__DA4R=li__JLLP(((__li__TPOO *)li__553R));
  } break;
  case __li__URRO__: {
    li__DA4R=li__KM4R(((__li__URRO *)li__553R));
  } break;
  case __li__41XO__: {
    li__DA4R=li__CSDQ(((__li__41XO *)li__553R));
  } break;
  case __li__AKBR__: {
    li__DA4R=li__L2DS(((__li__AKBR *)li__553R));
  } break;
  case __li__SU5R__: {
    li__DA4R=li__EQJS(((__li__SU5R *)li__553R));
  } break;
  case __li__JV5R__: {
    li__DA4R=li__PQJS(((__li__JV5R *)li__553R));
  } break;
  };
  li__FA4R=li__OTZR(li__453R,li__AA4R,li__DA4R);
  li__353R=li__FA4R;
  return(li__353R);
}

static __li__21LO* li__2KLP(__li__21LO *li__3KLP)
/* (Strict READ_SLOT{li__21LO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__DZB *li__ALLP,*li__I4MO;
  void *li__CLLP,*li__DLLP;
  __li__WK *li__BYUU;
  __li__KVBD *li__11HV,*li__51HV;
  __li__PO li__21HV;
  __li__5RB *li__31HV,*li__A2HV;
  __li__WVBD *li__DYUU,*li__EYUU;
  __li__KLWI *li__GYUU;
  __li__KMFK *li__IYUU;
  __li__ULWI *li__LYUU,*li__MYUU;
  __li__MSWI *li__OYUU,*li__PYUU;
  __li__MZWI *li__RYUU,*li__SYUU;
  __li__C0WI *li__UYUU,*li__VYUU;
  __li__M1WI *li__XYUU,*li__YYUU;
  __li__21LO *li__HLLP,*li__4KLP;
  li__ALLP=li__3KLP->li__KJXO;
  li__CLLP=li__3KLP->li__N2LO;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CLLP)->__id) {
  case __li__WK__: {
    li__BYUU=li__PVEJ(((__li__WK *)li__CLLP));
    li__DLLP=li__BYUU;
  } break;
  case __li__AVBD__: {
    li__DLLP=li__AE5L(((__li__AVBD *)li__CLLP));
  } break;
  case __li__KVBD__: {
    li__11HV=((__li__KVBD *)li__CLLP);
    li__21HV=li__11HV->li__LVBD.li__0K.li__0CC;
    li__31HV=li__11HV->li__LVBD.li__WZLE;
    li__11HV=li__5QND();
    li__51HV=((__li__KVBD *)li__11HV);
    li__51HV->li__LVBD.li__0K.li__0CC=li__21HV;
    li__A2HV=li__NNSE(((__li__5RB *)li__31HV));
    li__51HV->li__LVBD.li__WZLE=li__A2HV;
    li__DLLP=li__11HV;
  } break;
  case __li__WVBD__: {
    li__DYUU=((__li__WVBD *)li__CLLP);
    li__EYUU=li__VEID(li__DYUU->li__XVBD.li__0K.li__0CC,li__DYUU->li__2ZLE,li__DYUU->li__XVBD.li__WZLE);
    li__DLLP=li__EYUU;
  } break;
  case __li__Z4WH__: {
    li__DLLP=li__XEVK(((__li__Z4WH *)li__CLLP));
  } break;
  case __li__KTVI__: {
    li__DLLP=li__XF5L(((__li__KTVI *)li__CLLP));
  } break;
  case __li__LTVI__: {
    li__DLLP=li__SDGM(((__li__LTVI *)li__CLLP));
  } break;
  case __li__XTVI__: {
    li__DLLP=li__DG5L(((__li__XTVI *)li__CLLP));
  } break;
  case __li__YTVI__: {
    li__DLLP=li__4DGM(((__li__YTVI *)li__CLLP));
  } break;
  case __li__S2VI__: {
    li__DLLP=li__OG5L(((__li__S2VI *)li__CLLP));
  } break;
  case __li__E3VI__: {
    li__DLLP=li__ZG5L(((__li__E3VI *)li__CLLP));
  } break;
  case __li__KLWI__: {
    li__GYUU=((__li__KLWI *)li__CLLP);
    li__21HV=li__GYUU->li__LLWI.li__0CC;
    li__IYUU=li__G3CM(((__li__KMFK *)li__GYUU->li__ZPBK));
    li__GYUU=li__PNSJ(li__21HV,li__IYUU);
    li__DLLP=li__GYUU;
  } break;
  case __li__ULWI__: {
    li__LYUU=((__li__ULWI *)li__CLLP);
    li__MYUU=li__AOSJ(li__LYUU->li__VLWI.li__0CC,li__LYUU->li__4PBK);
    li__DLLP=li__MYUU;
  } break;
  case __li__NMWI__: {
    li__DLLP=li__SH5L(((__li__NMWI *)li__CLLP));
  } break;
  case __li__BNWI__: {
    li__DLLP=li__3H5L(((__li__BNWI *)li__CLLP));
  } break;
  case __li__XNWI__: {
    li__DLLP=li__II5L(((__li__XNWI *)li__CLLP));
  } break;
  case __li__LOWI__: {
    li__DLLP=li__TI5L(((__li__LOWI *)li__CLLP));
  } break;
  case __li__5OWI__: {
    li__DLLP=li__4I5L(((__li__5OWI *)li__CLLP));
  } break;
  case __li__TPWI__: {
    li__DLLP=li__JJ5L(((__li__TPWI *)li__CLLP));
  } break;
  case __li__HQWI__: {
    li__DLLP=li__UJ5L(((__li__HQWI *)li__CLLP));
  } break;
  case __li__ARWI__: {
    li__DLLP=li__5J5L(((__li__ARWI *)li__CLLP));
  } break;
  case __li__URWI__: {
    li__DLLP=li__NK5L(((__li__URWI *)li__CLLP));
  } break;
  case __li__MSWI__: {
    li__OYUU=((__li__MSWI *)li__CLLP);
    li__PYUU=li__YXSJ(li__OYUU->li__NSWI.li__0CC,li__OYUU->li__ISBK);
    li__DLLP=li__PYUU;
  } break;
  case __li__ETWI__: {
    li__DLLP=li__4K5L(((__li__ETWI *)li__CLLP));
  } break;
  case __li__MZWI__: {
    li__RYUU=((__li__MZWI *)li__CLLP);
    li__SYUU=li__4U4I(li__RYUU->li__NZWI.li__0K.li__0CC,li__RYUU->li__3SBK,li__RYUU->li__NZWI.li__WZLE);
    li__DLLP=li__SYUU;
  } break;
  case __li__C0WI__: {
    li__UYUU=((__li__C0WI *)li__CLLP);
    li__VYUU=li__ZV4I(li__UYUU->li__D0WI.li__0K.li__0CC,li__UYUU->li__CTBK);
    li__DLLP=li__VYUU;
  } break;
  case __li__M1WI__: {
    li__XYUU=((__li__M1WI *)li__CLLP);
    li__YYUU=li__1Z4I(li__XYUU->li__N1WI.li__0K.li__0CC,li__XYUU->li__UTFK);
    li__DLLP=li__YYUU;
  } break;
  case __li__KMFK__: {
    li__DLLP=li__G3CM(((__li__KMFK *)li__CLLP));
  } break;
  case __li__XOHL__: {
    li__DLLP=li__AAPN(((__li__XOHL *)li__CLLP));
  } break;
  case __li__FPHL__: {
    li__DLLP=li__2EGM(((__li__FPHL *)li__CLLP));
  } break;
  case __li__APLM__: {
    li__DLLP=li__XRDQ(((__li__APLM *)li__CLLP));
  } break;
  case __li__DTNM__: {
    li__DLLP=li__D5SO(((__li__DTNM *)li__CLLP));
  } break;
  case __li__JXNM__: {
    li__DLLP=li__153R(((__li__JXNM *)li__CLLP));
  } break;
  case __li__21LO__: {
    li__DLLP=li__2KLP(((__li__21LO *)li__CLLP));
  } break;
  case __li__TPOO__: {
    li__DLLP=li__JLLP(((__li__TPOO *)li__CLLP));
  } break;
  case __li__URRO__: {
    li__DLLP=li__KM4R(((__li__URRO *)li__CLLP));
  } break;
  case __li__41XO__: {
    li__DLLP=li__CSDQ(((__li__41XO *)li__CLLP));
  } break;
  case __li__AKBR__: {
    li__DLLP=li__L2DS(((__li__AKBR *)li__CLLP));
  } break;
  case __li__SU5R__: {
    li__DLLP=li__EQJS(((__li__SU5R *)li__CLLP));
  } break;
  case __li__JV5R__: {
    li__DLLP=li__PQJS(((__li__JV5R *)li__CLLP));
  } break;
  };
  li__I4MO=((__li__DZB *)li__ALLP);
  li__CLLP=li__BPOO(li__I4MO,li__I4MO->li__GZB.li__FZB.li__RF.li__0CC,li__DLLP);
  li__I4MO->li__GZB.li__LNME=(__li__K)(li__I4MO->li__GZB.li__LNME +  1);
  /* NULL __li__21LO__ __li__TPOO__ */
if (li__CLLP==NULL) {
    li__HLLP=NULL;
  } else {
    if (((struct ___OBJ *)li__CLLP)->__id==__li__21LO__) {
      li__HLLP=((__li__21LO *)li__CLLP);
    } else /* Other types */ {
      li__HLLP=NULL;
    }
  };
  li__4KLP=li__HLLP;
  return(li__4KLP);
}

static __li__TPOO* li__JLLP(__li__TPOO *li__KLLP)
/* (Strict READ_GLOBAL{li__TPOO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__DZB *li__H2HV;
  void *li__M2HV;
  __li__TPOO *li__RLLP,*li__LLLP;
  li__H2HV=((__li__DZB *)li__KLLP->li__5IXO);
  li__M2HV=li__BPOO(li__H2HV,li__H2HV->li__GZB.li__FZB.li__RF.li__0CC,NULL);
  li__H2HV->li__GZB.li__LNME=(__li__K)(li__H2HV->li__GZB.li__LNME +  1);
  /* NULL __li__21LO__ __li__TPOO__ */
if (li__M2HV==NULL) {
    li__RLLP=NULL;
  } else {
    if (((struct ___OBJ *)li__M2HV)->__id==__li__21LO__) {
      li__RLLP=NULL;
    } else /* Other types */ {
      li__RLLP=((__li__TPOO *)li__M2HV);
    }
  };
  li__LLLP=li__RLLP;
  return(li__LLLP);
}

static __li__URRO* li__KM4R(__li__URRO *li__LM4R)
/* (Strict EXPR_NOT_LOGIC{li__URRO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__NM4R,li__P2HV;
  void *li__OM4R,*li__PM4R;
  __li__WK *li__1YUU;
  __li__KVBD *li__O2HV,*li__S2HV;
  __li__5RB *li__Q2HV,*li__T2HV;
  __li__WVBD *li__3YUU,*li__4YUU;
  __li__KLWI *li__AZUU;
  __li__KMFK *li__CZUU;
  __li__ULWI *li__FZUU,*li__GZUU;
  __li__MSWI *li__IZUU,*li__JZUU;
  __li__MZWI *li__LZUU,*li__MZUU;
  __li__C0WI *li__OZUU,*li__PZUU;
  __li__M1WI *li__RZUU,*li__SZUU;
  __li__URRO *li__RM4R,*li__MM4R;
  li__NM4R=li__LM4R->li__XRRO.li__WRRO.li__0CC;
  li__OM4R=li__LM4R->li__XRRO.li__RF4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OM4R)->__id) {
  case __li__WK__: {
    li__1YUU=li__PVEJ(((__li__WK *)li__OM4R));
    li__PM4R=li__1YUU;
  } break;
  case __li__AVBD__: {
    li__PM4R=li__AE5L(((__li__AVBD *)li__OM4R));
  } break;
  case __li__KVBD__: {
    li__O2HV=((__li__KVBD *)li__OM4R);
    li__P2HV=li__O2HV->li__LVBD.li__0K.li__0CC;
    li__Q2HV=li__O2HV->li__LVBD.li__WZLE;
    li__O2HV=li__5QND();
    li__S2HV=((__li__KVBD *)li__O2HV);
    li__S2HV->li__LVBD.li__0K.li__0CC=li__P2HV;
    li__T2HV=li__NNSE(((__li__5RB *)li__Q2HV));
    li__S2HV->li__LVBD.li__WZLE=li__T2HV;
    li__PM4R=li__O2HV;
  } break;
  case __li__WVBD__: {
    li__3YUU=((__li__WVBD *)li__OM4R);
    li__4YUU=li__VEID(li__3YUU->li__XVBD.li__0K.li__0CC,li__3YUU->li__2ZLE,li__3YUU->li__XVBD.li__WZLE);
    li__PM4R=li__4YUU;
  } break;
  case __li__Z4WH__: {
    li__PM4R=li__XEVK(((__li__Z4WH *)li__OM4R));
  } break;
  case __li__KTVI__: {
    li__PM4R=li__XF5L(((__li__KTVI *)li__OM4R));
  } break;
  case __li__LTVI__: {
    li__PM4R=li__SDGM(((__li__LTVI *)li__OM4R));
  } break;
  case __li__XTVI__: {
    li__PM4R=li__DG5L(((__li__XTVI *)li__OM4R));
  } break;
  case __li__YTVI__: {
    li__PM4R=li__4DGM(((__li__YTVI *)li__OM4R));
  } break;
  case __li__S2VI__: {
    li__PM4R=li__OG5L(((__li__S2VI *)li__OM4R));
  } break;
  case __li__E3VI__: {
    li__PM4R=li__ZG5L(((__li__E3VI *)li__OM4R));
  } break;
  case __li__KLWI__: {
    li__AZUU=((__li__KLWI *)li__OM4R);
    li__P2HV=li__AZUU->li__LLWI.li__0CC;
    li__CZUU=li__G3CM(((__li__KMFK *)li__AZUU->li__ZPBK));
    li__AZUU=li__PNSJ(li__P2HV,li__CZUU);
    li__PM4R=li__AZUU;
  } break;
  case __li__ULWI__: {
    li__FZUU=((__li__ULWI *)li__OM4R);
    li__GZUU=li__AOSJ(li__FZUU->li__VLWI.li__0CC,li__FZUU->li__4PBK);
    li__PM4R=li__GZUU;
  } break;
  case __li__NMWI__: {
    li__PM4R=li__SH5L(((__li__NMWI *)li__OM4R));
  } break;
  case __li__BNWI__: {
    li__PM4R=li__3H5L(((__li__BNWI *)li__OM4R));
  } break;
  case __li__XNWI__: {
    li__PM4R=li__II5L(((__li__XNWI *)li__OM4R));
  } break;
  case __li__LOWI__: {
    li__PM4R=li__TI5L(((__li__LOWI *)li__OM4R));
  } break;
  case __li__5OWI__: {
    li__PM4R=li__4I5L(((__li__5OWI *)li__OM4R));
  } break;
  case __li__TPWI__: {
    li__PM4R=li__JJ5L(((__li__TPWI *)li__OM4R));
  } break;
  case __li__HQWI__: {
    li__PM4R=li__UJ5L(((__li__HQWI *)li__OM4R));
  } break;
  case __li__ARWI__: {
    li__PM4R=li__5J5L(((__li__ARWI *)li__OM4R));
  } break;
  case __li__URWI__: {
    li__PM4R=li__NK5L(((__li__URWI *)li__OM4R));
  } break;
  case __li__MSWI__: {
    li__IZUU=((__li__MSWI *)li__OM4R);
    li__JZUU=li__YXSJ(li__IZUU->li__NSWI.li__0CC,li__IZUU->li__ISBK);
    li__PM4R=li__JZUU;
  } break;
  case __li__ETWI__: {
    li__PM4R=li__4K5L(((__li__ETWI *)li__OM4R));
  } break;
  case __li__MZWI__: {
    li__LZUU=((__li__MZWI *)li__OM4R);
    li__MZUU=li__4U4I(li__LZUU->li__NZWI.li__0K.li__0CC,li__LZUU->li__3SBK,li__LZUU->li__NZWI.li__WZLE);
    li__PM4R=li__MZUU;
  } break;
  case __li__C0WI__: {
    li__OZUU=((__li__C0WI *)li__OM4R);
    li__PZUU=li__ZV4I(li__OZUU->li__D0WI.li__0K.li__0CC,li__OZUU->li__CTBK);
    li__PM4R=li__PZUU;
  } break;
  case __li__M1WI__: {
    li__RZUU=((__li__M1WI *)li__OM4R);
    li__SZUU=li__1Z4I(li__RZUU->li__N1WI.li__0K.li__0CC,li__RZUU->li__UTFK);
    li__PM4R=li__SZUU;
  } break;
  case __li__KMFK__: {
    li__PM4R=li__G3CM(((__li__KMFK *)li__OM4R));
  } break;
  case __li__XOHL__: {
    li__PM4R=li__AAPN(((__li__XOHL *)li__OM4R));
  } break;
  case __li__FPHL__: {
    li__PM4R=li__2EGM(((__li__FPHL *)li__OM4R));
  } break;
  case __li__APLM__: {
    li__PM4R=li__XRDQ(((__li__APLM *)li__OM4R));
  } break;
  case __li__DTNM__: {
    li__PM4R=li__D5SO(((__li__DTNM *)li__OM4R));
  } break;
  case __li__JXNM__: {
    li__PM4R=li__153R(((__li__JXNM *)li__OM4R));
  } break;
  case __li__21LO__: {
    li__PM4R=li__2KLP(((__li__21LO *)li__OM4R));
  } break;
  case __li__TPOO__: {
    li__PM4R=li__JLLP(((__li__TPOO *)li__OM4R));
  } break;
  case __li__URRO__: {
    li__PM4R=li__KM4R(((__li__URRO *)li__OM4R));
  } break;
  case __li__41XO__: {
    li__PM4R=li__CSDQ(((__li__41XO *)li__OM4R));
  } break;
  case __li__AKBR__: {
    li__PM4R=li__L2DS(((__li__AKBR *)li__OM4R));
  } break;
  case __li__SU5R__: {
    li__PM4R=li__EQJS(((__li__SU5R *)li__OM4R));
  } break;
  case __li__JV5R__: {
    li__PM4R=li__PQJS(((__li__JV5R *)li__OM4R));
  } break;
  };
  li__RM4R=li__XYZR(li__NM4R,li__PM4R);
  li__MM4R=li__RM4R;
  return(li__MM4R);
}

static __li__41XO* li__CSDQ(__li__41XO *li__DSDQ)
/* (Strict EXPR_OR{li__41XO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__FSDQ,li__X2HV;
  void *li__GSDQ,*li__HSDQ,*li__KSDQ;
  __li__WK *li__VZUU;
  __li__KVBD *li__W2HV,*li__02HV;
  __li__5RB *li__Y2HV,*li__12HV;
  __li__WVBD *li__XZUU,*li__YZUU;
  __li__KLWI *li__0ZUU;
  __li__KMFK *li__2ZUU;
  __li__ULWI *li__5ZUU,*li__A0UU;
  __li__MSWI *li__C0UU,*li__D0UU;
  __li__MZWI *li__F0UU,*li__G0UU;
  __li__C0WI *li__I0UU,*li__J0UU;
  __li__M1WI *li__L0UU,*li__M0UU;
  __li__41XO *li__MSDQ,*li__ESDQ;
  li__FSDQ=li__DSDQ->li__51XO.li__DNWI.li__0CC;
  li__GSDQ=li__DSDQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GSDQ)->__id) {
  case __li__WK__: {
    li__VZUU=li__PVEJ(((__li__WK *)li__GSDQ));
    li__HSDQ=li__VZUU;
  } break;
  case __li__AVBD__: {
    li__HSDQ=li__AE5L(((__li__AVBD *)li__GSDQ));
  } break;
  case __li__KVBD__: {
    li__W2HV=((__li__KVBD *)li__GSDQ);
    li__X2HV=li__W2HV->li__LVBD.li__0K.li__0CC;
    li__Y2HV=li__W2HV->li__LVBD.li__WZLE;
    li__W2HV=li__5QND();
    li__02HV=((__li__KVBD *)li__W2HV);
    li__02HV->li__LVBD.li__0K.li__0CC=li__X2HV;
    li__12HV=li__NNSE(((__li__5RB *)li__Y2HV));
    li__02HV->li__LVBD.li__WZLE=li__12HV;
    li__HSDQ=li__W2HV;
  } break;
  case __li__WVBD__: {
    li__XZUU=((__li__WVBD *)li__GSDQ);
    li__YZUU=li__VEID(li__XZUU->li__XVBD.li__0K.li__0CC,li__XZUU->li__2ZLE,li__XZUU->li__XVBD.li__WZLE);
    li__HSDQ=li__YZUU;
  } break;
  case __li__Z4WH__: {
    li__HSDQ=li__XEVK(((__li__Z4WH *)li__GSDQ));
  } break;
  case __li__KTVI__: {
    li__HSDQ=li__XF5L(((__li__KTVI *)li__GSDQ));
  } break;
  case __li__LTVI__: {
    li__HSDQ=li__SDGM(((__li__LTVI *)li__GSDQ));
  } break;
  case __li__XTVI__: {
    li__HSDQ=li__DG5L(((__li__XTVI *)li__GSDQ));
  } break;
  case __li__YTVI__: {
    li__HSDQ=li__4DGM(((__li__YTVI *)li__GSDQ));
  } break;
  case __li__S2VI__: {
    li__HSDQ=li__OG5L(((__li__S2VI *)li__GSDQ));
  } break;
  case __li__E3VI__: {
    li__HSDQ=li__ZG5L(((__li__E3VI *)li__GSDQ));
  } break;
  case __li__KLWI__: {
    li__0ZUU=((__li__KLWI *)li__GSDQ);
    li__X2HV=li__0ZUU->li__LLWI.li__0CC;
    li__2ZUU=li__G3CM(((__li__KMFK *)li__0ZUU->li__ZPBK));
    li__0ZUU=li__PNSJ(li__X2HV,li__2ZUU);
    li__HSDQ=li__0ZUU;
  } break;
  case __li__ULWI__: {
    li__5ZUU=((__li__ULWI *)li__GSDQ);
    li__A0UU=li__AOSJ(li__5ZUU->li__VLWI.li__0CC,li__5ZUU->li__4PBK);
    li__HSDQ=li__A0UU;
  } break;
  case __li__NMWI__: {
    li__HSDQ=li__SH5L(((__li__NMWI *)li__GSDQ));
  } break;
  case __li__BNWI__: {
    li__HSDQ=li__3H5L(((__li__BNWI *)li__GSDQ));
  } break;
  case __li__XNWI__: {
    li__HSDQ=li__II5L(((__li__XNWI *)li__GSDQ));
  } break;
  case __li__LOWI__: {
    li__HSDQ=li__TI5L(((__li__LOWI *)li__GSDQ));
  } break;
  case __li__5OWI__: {
    li__HSDQ=li__4I5L(((__li__5OWI *)li__GSDQ));
  } break;
  case __li__TPWI__: {
    li__HSDQ=li__JJ5L(((__li__TPWI *)li__GSDQ));
  } break;
  case __li__HQWI__: {
    li__HSDQ=li__UJ5L(((__li__HQWI *)li__GSDQ));
  } break;
  case __li__ARWI__: {
    li__HSDQ=li__5J5L(((__li__ARWI *)li__GSDQ));
  } break;
  case __li__URWI__: {
    li__HSDQ=li__NK5L(((__li__URWI *)li__GSDQ));
  } break;
  case __li__MSWI__: {
    li__C0UU=((__li__MSWI *)li__GSDQ);
    li__D0UU=li__YXSJ(li__C0UU->li__NSWI.li__0CC,li__C0UU->li__ISBK);
    li__HSDQ=li__D0UU;
  } break;
  case __li__ETWI__: {
    li__HSDQ=li__4K5L(((__li__ETWI *)li__GSDQ));
  } break;
  case __li__MZWI__: {
    li__F0UU=((__li__MZWI *)li__GSDQ);
    li__G0UU=li__4U4I(li__F0UU->li__NZWI.li__0K.li__0CC,li__F0UU->li__3SBK,li__F0UU->li__NZWI.li__WZLE);
    li__HSDQ=li__G0UU;
  } break;
  case __li__C0WI__: {
    li__I0UU=((__li__C0WI *)li__GSDQ);
    li__J0UU=li__ZV4I(li__I0UU->li__D0WI.li__0K.li__0CC,li__I0UU->li__CTBK);
    li__HSDQ=li__J0UU;
  } break;
  case __li__M1WI__: {
    li__L0UU=((__li__M1WI *)li__GSDQ);
    li__M0UU=li__1Z4I(li__L0UU->li__N1WI.li__0K.li__0CC,li__L0UU->li__UTFK);
    li__HSDQ=li__M0UU;
  } break;
  case __li__KMFK__: {
    li__HSDQ=li__G3CM(((__li__KMFK *)li__GSDQ));
  } break;
  case __li__XOHL__: {
    li__HSDQ=li__AAPN(((__li__XOHL *)li__GSDQ));
  } break;
  case __li__FPHL__: {
    li__HSDQ=li__2EGM(((__li__FPHL *)li__GSDQ));
  } break;
  case __li__APLM__: {
    li__HSDQ=li__XRDQ(((__li__APLM *)li__GSDQ));
  } break;
  case __li__DTNM__: {
    li__HSDQ=li__D5SO(((__li__DTNM *)li__GSDQ));
  } break;
  case __li__JXNM__: {
    li__HSDQ=li__153R(((__li__JXNM *)li__GSDQ));
  } break;
  case __li__21LO__: {
    li__HSDQ=li__2KLP(((__li__21LO *)li__GSDQ));
  } break;
  case __li__TPOO__: {
    li__HSDQ=li__JLLP(((__li__TPOO *)li__GSDQ));
  } break;
  case __li__URRO__: {
    li__HSDQ=li__KM4R(((__li__URRO *)li__GSDQ));
  } break;
  case __li__41XO__: {
    li__HSDQ=li__CSDQ(((__li__41XO *)li__GSDQ));
  } break;
  case __li__AKBR__: {
    li__HSDQ=li__L2DS(((__li__AKBR *)li__GSDQ));
  } break;
  case __li__SU5R__: {
    li__HSDQ=li__EQJS(((__li__SU5R *)li__GSDQ));
  } break;
  case __li__JV5R__: {
    li__HSDQ=li__PQJS(((__li__JV5R *)li__GSDQ));
  } break;
  };
  li__GSDQ=li__DSDQ->li__51XO.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GSDQ)->__id) {
  case __li__WK__: {
    li__VZUU=li__PVEJ(((__li__WK *)li__GSDQ));
    li__KSDQ=li__VZUU;
  } break;
  case __li__AVBD__: {
    li__KSDQ=li__AE5L(((__li__AVBD *)li__GSDQ));
  } break;
  case __li__KVBD__: {
    li__W2HV=((__li__KVBD *)li__GSDQ);
    li__X2HV=li__W2HV->li__LVBD.li__0K.li__0CC;
    li__Y2HV=li__W2HV->li__LVBD.li__WZLE;
    li__W2HV=li__5QND();
    li__02HV=((__li__KVBD *)li__W2HV);
    li__02HV->li__LVBD.li__0K.li__0CC=li__X2HV;
    li__12HV=li__NNSE(((__li__5RB *)li__Y2HV));
    li__02HV->li__LVBD.li__WZLE=li__12HV;
    li__KSDQ=li__W2HV;
  } break;
  case __li__WVBD__: {
    li__XZUU=((__li__WVBD *)li__GSDQ);
    li__YZUU=li__VEID(li__XZUU->li__XVBD.li__0K.li__0CC,li__XZUU->li__2ZLE,li__XZUU->li__XVBD.li__WZLE);
    li__KSDQ=li__YZUU;
  } break;
  case __li__Z4WH__: {
    li__KSDQ=li__XEVK(((__li__Z4WH *)li__GSDQ));
  } break;
  case __li__KTVI__: {
    li__KSDQ=li__XF5L(((__li__KTVI *)li__GSDQ));
  } break;
  case __li__LTVI__: {
    li__KSDQ=li__SDGM(((__li__LTVI *)li__GSDQ));
  } break;
  case __li__XTVI__: {
    li__KSDQ=li__DG5L(((__li__XTVI *)li__GSDQ));
  } break;
  case __li__YTVI__: {
    li__KSDQ=li__4DGM(((__li__YTVI *)li__GSDQ));
  } break;
  case __li__S2VI__: {
    li__KSDQ=li__OG5L(((__li__S2VI *)li__GSDQ));
  } break;
  case __li__E3VI__: {
    li__KSDQ=li__ZG5L(((__li__E3VI *)li__GSDQ));
  } break;
  case __li__KLWI__: {
    li__0ZUU=((__li__KLWI *)li__GSDQ);
    li__X2HV=li__0ZUU->li__LLWI.li__0CC;
    li__2ZUU=li__G3CM(((__li__KMFK *)li__0ZUU->li__ZPBK));
    li__0ZUU=li__PNSJ(li__X2HV,li__2ZUU);
    li__KSDQ=li__0ZUU;
  } break;
  case __li__ULWI__: {
    li__5ZUU=((__li__ULWI *)li__GSDQ);
    li__A0UU=li__AOSJ(li__5ZUU->li__VLWI.li__0CC,li__5ZUU->li__4PBK);
    li__KSDQ=li__A0UU;
  } break;
  case __li__NMWI__: {
    li__KSDQ=li__SH5L(((__li__NMWI *)li__GSDQ));
  } break;
  case __li__BNWI__: {
    li__KSDQ=li__3H5L(((__li__BNWI *)li__GSDQ));
  } break;
  case __li__XNWI__: {
    li__KSDQ=li__II5L(((__li__XNWI *)li__GSDQ));
  } break;
  case __li__LOWI__: {
    li__KSDQ=li__TI5L(((__li__LOWI *)li__GSDQ));
  } break;
  case __li__5OWI__: {
    li__KSDQ=li__4I5L(((__li__5OWI *)li__GSDQ));
  } break;
  case __li__TPWI__: {
    li__KSDQ=li__JJ5L(((__li__TPWI *)li__GSDQ));
  } break;
  case __li__HQWI__: {
    li__KSDQ=li__UJ5L(((__li__HQWI *)li__GSDQ));
  } break;
  case __li__ARWI__: {
    li__KSDQ=li__5J5L(((__li__ARWI *)li__GSDQ));
  } break;
  case __li__URWI__: {
    li__KSDQ=li__NK5L(((__li__URWI *)li__GSDQ));
  } break;
  case __li__MSWI__: {
    li__C0UU=((__li__MSWI *)li__GSDQ);
    li__D0UU=li__YXSJ(li__C0UU->li__NSWI.li__0CC,li__C0UU->li__ISBK);
    li__KSDQ=li__D0UU;
  } break;
  case __li__ETWI__: {
    li__KSDQ=li__4K5L(((__li__ETWI *)li__GSDQ));
  } break;
  case __li__MZWI__: {
    li__F0UU=((__li__MZWI *)li__GSDQ);
    li__G0UU=li__4U4I(li__F0UU->li__NZWI.li__0K.li__0CC,li__F0UU->li__3SBK,li__F0UU->li__NZWI.li__WZLE);
    li__KSDQ=li__G0UU;
  } break;
  case __li__C0WI__: {
    li__I0UU=((__li__C0WI *)li__GSDQ);
    li__J0UU=li__ZV4I(li__I0UU->li__D0WI.li__0K.li__0CC,li__I0UU->li__CTBK);
    li__KSDQ=li__J0UU;
  } break;
  case __li__M1WI__: {
    li__L0UU=((__li__M1WI *)li__GSDQ);
    li__M0UU=li__1Z4I(li__L0UU->li__N1WI.li__0K.li__0CC,li__L0UU->li__UTFK);
    li__KSDQ=li__M0UU;
  } break;
  case __li__KMFK__: {
    li__KSDQ=li__G3CM(((__li__KMFK *)li__GSDQ));
  } break;
  case __li__XOHL__: {
    li__KSDQ=li__AAPN(((__li__XOHL *)li__GSDQ));
  } break;
  case __li__FPHL__: {
    li__KSDQ=li__2EGM(((__li__FPHL *)li__GSDQ));
  } break;
  case __li__APLM__: {
    li__KSDQ=li__XRDQ(((__li__APLM *)li__GSDQ));
  } break;
  case __li__DTNM__: {
    li__KSDQ=li__D5SO(((__li__DTNM *)li__GSDQ));
  } break;
  case __li__JXNM__: {
    li__KSDQ=li__153R(((__li__JXNM *)li__GSDQ));
  } break;
  case __li__21LO__: {
    li__KSDQ=li__2KLP(((__li__21LO *)li__GSDQ));
  } break;
  case __li__TPOO__: {
    li__KSDQ=li__JLLP(((__li__TPOO *)li__GSDQ));
  } break;
  case __li__URRO__: {
    li__KSDQ=li__KM4R(((__li__URRO *)li__GSDQ));
  } break;
  case __li__41XO__: {
    li__KSDQ=li__CSDQ(((__li__41XO *)li__GSDQ));
  } break;
  case __li__AKBR__: {
    li__KSDQ=li__L2DS(((__li__AKBR *)li__GSDQ));
  } break;
  case __li__SU5R__: {
    li__KSDQ=li__EQJS(((__li__SU5R *)li__GSDQ));
  } break;
  case __li__JV5R__: {
    li__KSDQ=li__PQJS(((__li__JV5R *)li__GSDQ));
  } break;
  };
  li__MSDQ=li__BHTP(li__FSDQ,li__HSDQ,li__KSDQ);
  li__ESDQ=li__MSDQ;
  return(li__ESDQ);
}

static __li__AKBR* li__L2DS(__li__AKBR *li__M2DS)
/* (Strict EXPR_XOR{li__AKBR}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__O2DS,li__H3HV;
  void *li__P2DS,*li__Q2DS,*li__T2DS;
  __li__WK *li__J1UU;
  __li__KVBD *li__G3HV,*li__K3HV;
  __li__5RB *li__I3HV,*li__L3HV;
  __li__WVBD *li__L1UU,*li__M1UU;
  __li__KLWI *li__O1UU;
  __li__KMFK *li__Q1UU;
  __li__ULWI *li__T1UU,*li__U1UU;
  __li__MSWI *li__W1UU,*li__X1UU;
  __li__MZWI *li__Z1UU,*li__01UU;
  __li__C0WI *li__21UU,*li__31UU;
  __li__M1WI *li__51UU,*li__A2UU;
  __li__AKBR *li__V2DS,*li__N2DS;
  li__O2DS=li__M2DS->li__BKBR.li__DNWI.li__0CC;
  li__P2DS=li__M2DS->li__BKBR.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P2DS)->__id) {
  case __li__WK__: {
    li__J1UU=li__PVEJ(((__li__WK *)li__P2DS));
    li__Q2DS=li__J1UU;
  } break;
  case __li__AVBD__: {
    li__Q2DS=li__AE5L(((__li__AVBD *)li__P2DS));
  } break;
  case __li__KVBD__: {
    li__G3HV=((__li__KVBD *)li__P2DS);
    li__H3HV=li__G3HV->li__LVBD.li__0K.li__0CC;
    li__I3HV=li__G3HV->li__LVBD.li__WZLE;
    li__G3HV=li__5QND();
    li__K3HV=((__li__KVBD *)li__G3HV);
    li__K3HV->li__LVBD.li__0K.li__0CC=li__H3HV;
    li__L3HV=li__NNSE(((__li__5RB *)li__I3HV));
    li__K3HV->li__LVBD.li__WZLE=li__L3HV;
    li__Q2DS=li__G3HV;
  } break;
  case __li__WVBD__: {
    li__L1UU=((__li__WVBD *)li__P2DS);
    li__M1UU=li__VEID(li__L1UU->li__XVBD.li__0K.li__0CC,li__L1UU->li__2ZLE,li__L1UU->li__XVBD.li__WZLE);
    li__Q2DS=li__M1UU;
  } break;
  case __li__Z4WH__: {
    li__Q2DS=li__XEVK(((__li__Z4WH *)li__P2DS));
  } break;
  case __li__KTVI__: {
    li__Q2DS=li__XF5L(((__li__KTVI *)li__P2DS));
  } break;
  case __li__LTVI__: {
    li__Q2DS=li__SDGM(((__li__LTVI *)li__P2DS));
  } break;
  case __li__XTVI__: {
    li__Q2DS=li__DG5L(((__li__XTVI *)li__P2DS));
  } break;
  case __li__YTVI__: {
    li__Q2DS=li__4DGM(((__li__YTVI *)li__P2DS));
  } break;
  case __li__S2VI__: {
    li__Q2DS=li__OG5L(((__li__S2VI *)li__P2DS));
  } break;
  case __li__E3VI__: {
    li__Q2DS=li__ZG5L(((__li__E3VI *)li__P2DS));
  } break;
  case __li__KLWI__: {
    li__O1UU=((__li__KLWI *)li__P2DS);
    li__H3HV=li__O1UU->li__LLWI.li__0CC;
    li__Q1UU=li__G3CM(((__li__KMFK *)li__O1UU->li__ZPBK));
    li__O1UU=li__PNSJ(li__H3HV,li__Q1UU);
    li__Q2DS=li__O1UU;
  } break;
  case __li__ULWI__: {
    li__T1UU=((__li__ULWI *)li__P2DS);
    li__U1UU=li__AOSJ(li__T1UU->li__VLWI.li__0CC,li__T1UU->li__4PBK);
    li__Q2DS=li__U1UU;
  } break;
  case __li__NMWI__: {
    li__Q2DS=li__SH5L(((__li__NMWI *)li__P2DS));
  } break;
  case __li__BNWI__: {
    li__Q2DS=li__3H5L(((__li__BNWI *)li__P2DS));
  } break;
  case __li__XNWI__: {
    li__Q2DS=li__II5L(((__li__XNWI *)li__P2DS));
  } break;
  case __li__LOWI__: {
    li__Q2DS=li__TI5L(((__li__LOWI *)li__P2DS));
  } break;
  case __li__5OWI__: {
    li__Q2DS=li__4I5L(((__li__5OWI *)li__P2DS));
  } break;
  case __li__TPWI__: {
    li__Q2DS=li__JJ5L(((__li__TPWI *)li__P2DS));
  } break;
  case __li__HQWI__: {
    li__Q2DS=li__UJ5L(((__li__HQWI *)li__P2DS));
  } break;
  case __li__ARWI__: {
    li__Q2DS=li__5J5L(((__li__ARWI *)li__P2DS));
  } break;
  case __li__URWI__: {
    li__Q2DS=li__NK5L(((__li__URWI *)li__P2DS));
  } break;
  case __li__MSWI__: {
    li__W1UU=((__li__MSWI *)li__P2DS);
    li__X1UU=li__YXSJ(li__W1UU->li__NSWI.li__0CC,li__W1UU->li__ISBK);
    li__Q2DS=li__X1UU;
  } break;
  case __li__ETWI__: {
    li__Q2DS=li__4K5L(((__li__ETWI *)li__P2DS));
  } break;
  case __li__MZWI__: {
    li__Z1UU=((__li__MZWI *)li__P2DS);
    li__01UU=li__4U4I(li__Z1UU->li__NZWI.li__0K.li__0CC,li__Z1UU->li__3SBK,li__Z1UU->li__NZWI.li__WZLE);
    li__Q2DS=li__01UU;
  } break;
  case __li__C0WI__: {
    li__21UU=((__li__C0WI *)li__P2DS);
    li__31UU=li__ZV4I(li__21UU->li__D0WI.li__0K.li__0CC,li__21UU->li__CTBK);
    li__Q2DS=li__31UU;
  } break;
  case __li__M1WI__: {
    li__51UU=((__li__M1WI *)li__P2DS);
    li__A2UU=li__1Z4I(li__51UU->li__N1WI.li__0K.li__0CC,li__51UU->li__UTFK);
    li__Q2DS=li__A2UU;
  } break;
  case __li__KMFK__: {
    li__Q2DS=li__G3CM(((__li__KMFK *)li__P2DS));
  } break;
  case __li__XOHL__: {
    li__Q2DS=li__AAPN(((__li__XOHL *)li__P2DS));
  } break;
  case __li__FPHL__: {
    li__Q2DS=li__2EGM(((__li__FPHL *)li__P2DS));
  } break;
  case __li__APLM__: {
    li__Q2DS=li__XRDQ(((__li__APLM *)li__P2DS));
  } break;
  case __li__DTNM__: {
    li__Q2DS=li__D5SO(((__li__DTNM *)li__P2DS));
  } break;
  case __li__JXNM__: {
    li__Q2DS=li__153R(((__li__JXNM *)li__P2DS));
  } break;
  case __li__21LO__: {
    li__Q2DS=li__2KLP(((__li__21LO *)li__P2DS));
  } break;
  case __li__TPOO__: {
    li__Q2DS=li__JLLP(((__li__TPOO *)li__P2DS));
  } break;
  case __li__URRO__: {
    li__Q2DS=li__KM4R(((__li__URRO *)li__P2DS));
  } break;
  case __li__41XO__: {
    li__Q2DS=li__CSDQ(((__li__41XO *)li__P2DS));
  } break;
  case __li__AKBR__: {
    li__Q2DS=li__L2DS(((__li__AKBR *)li__P2DS));
  } break;
  case __li__SU5R__: {
    li__Q2DS=li__EQJS(((__li__SU5R *)li__P2DS));
  } break;
  case __li__JV5R__: {
    li__Q2DS=li__PQJS(((__li__JV5R *)li__P2DS));
  } break;
  };
  li__P2DS=li__M2DS->li__BKBR.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P2DS)->__id) {
  case __li__WK__: {
    li__J1UU=li__PVEJ(((__li__WK *)li__P2DS));
    li__T2DS=li__J1UU;
  } break;
  case __li__AVBD__: {
    li__T2DS=li__AE5L(((__li__AVBD *)li__P2DS));
  } break;
  case __li__KVBD__: {
    li__G3HV=((__li__KVBD *)li__P2DS);
    li__H3HV=li__G3HV->li__LVBD.li__0K.li__0CC;
    li__I3HV=li__G3HV->li__LVBD.li__WZLE;
    li__G3HV=li__5QND();
    li__K3HV=((__li__KVBD *)li__G3HV);
    li__K3HV->li__LVBD.li__0K.li__0CC=li__H3HV;
    li__L3HV=li__NNSE(((__li__5RB *)li__I3HV));
    li__K3HV->li__LVBD.li__WZLE=li__L3HV;
    li__T2DS=li__G3HV;
  } break;
  case __li__WVBD__: {
    li__L1UU=((__li__WVBD *)li__P2DS);
    li__M1UU=li__VEID(li__L1UU->li__XVBD.li__0K.li__0CC,li__L1UU->li__2ZLE,li__L1UU->li__XVBD.li__WZLE);
    li__T2DS=li__M1UU;
  } break;
  case __li__Z4WH__: {
    li__T2DS=li__XEVK(((__li__Z4WH *)li__P2DS));
  } break;
  case __li__KTVI__: {
    li__T2DS=li__XF5L(((__li__KTVI *)li__P2DS));
  } break;
  case __li__LTVI__: {
    li__T2DS=li__SDGM(((__li__LTVI *)li__P2DS));
  } break;
  case __li__XTVI__: {
    li__T2DS=li__DG5L(((__li__XTVI *)li__P2DS));
  } break;
  case __li__YTVI__: {
    li__T2DS=li__4DGM(((__li__YTVI *)li__P2DS));
  } break;
  case __li__S2VI__: {
    li__T2DS=li__OG5L(((__li__S2VI *)li__P2DS));
  } break;
  case __li__E3VI__: {
    li__T2DS=li__ZG5L(((__li__E3VI *)li__P2DS));
  } break;
  case __li__KLWI__: {
    li__O1UU=((__li__KLWI *)li__P2DS);
    li__H3HV=li__O1UU->li__LLWI.li__0CC;
    li__Q1UU=li__G3CM(((__li__KMFK *)li__O1UU->li__ZPBK));
    li__O1UU=li__PNSJ(li__H3HV,li__Q1UU);
    li__T2DS=li__O1UU;
  } break;
  case __li__ULWI__: {
    li__T1UU=((__li__ULWI *)li__P2DS);
    li__U1UU=li__AOSJ(li__T1UU->li__VLWI.li__0CC,li__T1UU->li__4PBK);
    li__T2DS=li__U1UU;
  } break;
  case __li__NMWI__: {
    li__T2DS=li__SH5L(((__li__NMWI *)li__P2DS));
  } break;
  case __li__BNWI__: {
    li__T2DS=li__3H5L(((__li__BNWI *)li__P2DS));
  } break;
  case __li__XNWI__: {
    li__T2DS=li__II5L(((__li__XNWI *)li__P2DS));
  } break;
  case __li__LOWI__: {
    li__T2DS=li__TI5L(((__li__LOWI *)li__P2DS));
  } break;
  case __li__5OWI__: {
    li__T2DS=li__4I5L(((__li__5OWI *)li__P2DS));
  } break;
  case __li__TPWI__: {
    li__T2DS=li__JJ5L(((__li__TPWI *)li__P2DS));
  } break;
  case __li__HQWI__: {
    li__T2DS=li__UJ5L(((__li__HQWI *)li__P2DS));
  } break;
  case __li__ARWI__: {
    li__T2DS=li__5J5L(((__li__ARWI *)li__P2DS));
  } break;
  case __li__URWI__: {
    li__T2DS=li__NK5L(((__li__URWI *)li__P2DS));
  } break;
  case __li__MSWI__: {
    li__W1UU=((__li__MSWI *)li__P2DS);
    li__X1UU=li__YXSJ(li__W1UU->li__NSWI.li__0CC,li__W1UU->li__ISBK);
    li__T2DS=li__X1UU;
  } break;
  case __li__ETWI__: {
    li__T2DS=li__4K5L(((__li__ETWI *)li__P2DS));
  } break;
  case __li__MZWI__: {
    li__Z1UU=((__li__MZWI *)li__P2DS);
    li__01UU=li__4U4I(li__Z1UU->li__NZWI.li__0K.li__0CC,li__Z1UU->li__3SBK,li__Z1UU->li__NZWI.li__WZLE);
    li__T2DS=li__01UU;
  } break;
  case __li__C0WI__: {
    li__21UU=((__li__C0WI *)li__P2DS);
    li__31UU=li__ZV4I(li__21UU->li__D0WI.li__0K.li__0CC,li__21UU->li__CTBK);
    li__T2DS=li__31UU;
  } break;
  case __li__M1WI__: {
    li__51UU=((__li__M1WI *)li__P2DS);
    li__A2UU=li__1Z4I(li__51UU->li__N1WI.li__0K.li__0CC,li__51UU->li__UTFK);
    li__T2DS=li__A2UU;
  } break;
  case __li__KMFK__: {
    li__T2DS=li__G3CM(((__li__KMFK *)li__P2DS));
  } break;
  case __li__XOHL__: {
    li__T2DS=li__AAPN(((__li__XOHL *)li__P2DS));
  } break;
  case __li__FPHL__: {
    li__T2DS=li__2EGM(((__li__FPHL *)li__P2DS));
  } break;
  case __li__APLM__: {
    li__T2DS=li__XRDQ(((__li__APLM *)li__P2DS));
  } break;
  case __li__DTNM__: {
    li__T2DS=li__D5SO(((__li__DTNM *)li__P2DS));
  } break;
  case __li__JXNM__: {
    li__T2DS=li__153R(((__li__JXNM *)li__P2DS));
  } break;
  case __li__21LO__: {
    li__T2DS=li__2KLP(((__li__21LO *)li__P2DS));
  } break;
  case __li__TPOO__: {
    li__T2DS=li__JLLP(((__li__TPOO *)li__P2DS));
  } break;
  case __li__URRO__: {
    li__T2DS=li__KM4R(((__li__URRO *)li__P2DS));
  } break;
  case __li__41XO__: {
    li__T2DS=li__CSDQ(((__li__41XO *)li__P2DS));
  } break;
  case __li__AKBR__: {
    li__T2DS=li__L2DS(((__li__AKBR *)li__P2DS));
  } break;
  case __li__SU5R__: {
    li__T2DS=li__EQJS(((__li__SU5R *)li__P2DS));
  } break;
  case __li__JV5R__: {
    li__T2DS=li__PQJS(((__li__JV5R *)li__P2DS));
  } break;
  };
  li__V2DS=li__WNAS(li__O2DS,li__Q2DS,li__T2DS);
  li__N2DS=li__V2DS;
  return(li__N2DS);
}

static __li__SU5R* li__EQJS(__li__SU5R *li__FQJS)
/* (Strict EXPR_INF{li__SU5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__HQJS,li__X3HV;
  void *li__IQJS,*li__JQJS,*li__MQJS;
  __li__WK *li__32UU;
  __li__KVBD *li__W3HV,*li__03HV;
  __li__5RB *li__Y3HV,*li__13HV;
  __li__WVBD *li__52UU,*li__A3UU;
  __li__KLWI *li__C3UU;
  __li__KMFK *li__E3UU;
  __li__ULWI *li__H3UU,*li__I3UU;
  __li__MSWI *li__K3UU,*li__L3UU;
  __li__MZWI *li__N3UU,*li__O3UU;
  __li__C0WI *li__Q3UU,*li__R3UU;
  __li__M1WI *li__T3UU,*li__U3UU;
  __li__SU5R *li__OQJS,*li__GQJS;
  li__HQJS=li__FQJS->li__TU5R.li__IVVI.li__0CC;
  li__IQJS=li__FQJS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IQJS)->__id) {
  case __li__WK__: {
    li__32UU=li__PVEJ(((__li__WK *)li__IQJS));
    li__JQJS=li__32UU;
  } break;
  case __li__AVBD__: {
    li__JQJS=li__AE5L(((__li__AVBD *)li__IQJS));
  } break;
  case __li__KVBD__: {
    li__W3HV=((__li__KVBD *)li__IQJS);
    li__X3HV=li__W3HV->li__LVBD.li__0K.li__0CC;
    li__Y3HV=li__W3HV->li__LVBD.li__WZLE;
    li__W3HV=li__5QND();
    li__03HV=((__li__KVBD *)li__W3HV);
    li__03HV->li__LVBD.li__0K.li__0CC=li__X3HV;
    li__13HV=li__NNSE(((__li__5RB *)li__Y3HV));
    li__03HV->li__LVBD.li__WZLE=li__13HV;
    li__JQJS=li__W3HV;
  } break;
  case __li__WVBD__: {
    li__52UU=((__li__WVBD *)li__IQJS);
    li__A3UU=li__VEID(li__52UU->li__XVBD.li__0K.li__0CC,li__52UU->li__2ZLE,li__52UU->li__XVBD.li__WZLE);
    li__JQJS=li__A3UU;
  } break;
  case __li__Z4WH__: {
    li__JQJS=li__XEVK(((__li__Z4WH *)li__IQJS));
  } break;
  case __li__KTVI__: {
    li__JQJS=li__XF5L(((__li__KTVI *)li__IQJS));
  } break;
  case __li__LTVI__: {
    li__JQJS=li__SDGM(((__li__LTVI *)li__IQJS));
  } break;
  case __li__XTVI__: {
    li__JQJS=li__DG5L(((__li__XTVI *)li__IQJS));
  } break;
  case __li__YTVI__: {
    li__JQJS=li__4DGM(((__li__YTVI *)li__IQJS));
  } break;
  case __li__S2VI__: {
    li__JQJS=li__OG5L(((__li__S2VI *)li__IQJS));
  } break;
  case __li__E3VI__: {
    li__JQJS=li__ZG5L(((__li__E3VI *)li__IQJS));
  } break;
  case __li__KLWI__: {
    li__C3UU=((__li__KLWI *)li__IQJS);
    li__X3HV=li__C3UU->li__LLWI.li__0CC;
    li__E3UU=li__G3CM(((__li__KMFK *)li__C3UU->li__ZPBK));
    li__C3UU=li__PNSJ(li__X3HV,li__E3UU);
    li__JQJS=li__C3UU;
  } break;
  case __li__ULWI__: {
    li__H3UU=((__li__ULWI *)li__IQJS);
    li__I3UU=li__AOSJ(li__H3UU->li__VLWI.li__0CC,li__H3UU->li__4PBK);
    li__JQJS=li__I3UU;
  } break;
  case __li__NMWI__: {
    li__JQJS=li__SH5L(((__li__NMWI *)li__IQJS));
  } break;
  case __li__BNWI__: {
    li__JQJS=li__3H5L(((__li__BNWI *)li__IQJS));
  } break;
  case __li__XNWI__: {
    li__JQJS=li__II5L(((__li__XNWI *)li__IQJS));
  } break;
  case __li__LOWI__: {
    li__JQJS=li__TI5L(((__li__LOWI *)li__IQJS));
  } break;
  case __li__5OWI__: {
    li__JQJS=li__4I5L(((__li__5OWI *)li__IQJS));
  } break;
  case __li__TPWI__: {
    li__JQJS=li__JJ5L(((__li__TPWI *)li__IQJS));
  } break;
  case __li__HQWI__: {
    li__JQJS=li__UJ5L(((__li__HQWI *)li__IQJS));
  } break;
  case __li__ARWI__: {
    li__JQJS=li__5J5L(((__li__ARWI *)li__IQJS));
  } break;
  case __li__URWI__: {
    li__JQJS=li__NK5L(((__li__URWI *)li__IQJS));
  } break;
  case __li__MSWI__: {
    li__K3UU=((__li__MSWI *)li__IQJS);
    li__L3UU=li__YXSJ(li__K3UU->li__NSWI.li__0CC,li__K3UU->li__ISBK);
    li__JQJS=li__L3UU;
  } break;
  case __li__ETWI__: {
    li__JQJS=li__4K5L(((__li__ETWI *)li__IQJS));
  } break;
  case __li__MZWI__: {
    li__N3UU=((__li__MZWI *)li__IQJS);
    li__O3UU=li__4U4I(li__N3UU->li__NZWI.li__0K.li__0CC,li__N3UU->li__3SBK,li__N3UU->li__NZWI.li__WZLE);
    li__JQJS=li__O3UU;
  } break;
  case __li__C0WI__: {
    li__Q3UU=((__li__C0WI *)li__IQJS);
    li__R3UU=li__ZV4I(li__Q3UU->li__D0WI.li__0K.li__0CC,li__Q3UU->li__CTBK);
    li__JQJS=li__R3UU;
  } break;
  case __li__M1WI__: {
    li__T3UU=((__li__M1WI *)li__IQJS);
    li__U3UU=li__1Z4I(li__T3UU->li__N1WI.li__0K.li__0CC,li__T3UU->li__UTFK);
    li__JQJS=li__U3UU;
  } break;
  case __li__KMFK__: {
    li__JQJS=li__G3CM(((__li__KMFK *)li__IQJS));
  } break;
  case __li__XOHL__: {
    li__JQJS=li__AAPN(((__li__XOHL *)li__IQJS));
  } break;
  case __li__FPHL__: {
    li__JQJS=li__2EGM(((__li__FPHL *)li__IQJS));
  } break;
  case __li__APLM__: {
    li__JQJS=li__XRDQ(((__li__APLM *)li__IQJS));
  } break;
  case __li__DTNM__: {
    li__JQJS=li__D5SO(((__li__DTNM *)li__IQJS));
  } break;
  case __li__JXNM__: {
    li__JQJS=li__153R(((__li__JXNM *)li__IQJS));
  } break;
  case __li__21LO__: {
    li__JQJS=li__2KLP(((__li__21LO *)li__IQJS));
  } break;
  case __li__TPOO__: {
    li__JQJS=li__JLLP(((__li__TPOO *)li__IQJS));
  } break;
  case __li__URRO__: {
    li__JQJS=li__KM4R(((__li__URRO *)li__IQJS));
  } break;
  case __li__41XO__: {
    li__JQJS=li__CSDQ(((__li__41XO *)li__IQJS));
  } break;
  case __li__AKBR__: {
    li__JQJS=li__L2DS(((__li__AKBR *)li__IQJS));
  } break;
  case __li__SU5R__: {
    li__JQJS=li__EQJS(((__li__SU5R *)li__IQJS));
  } break;
  case __li__JV5R__: {
    li__JQJS=li__PQJS(((__li__JV5R *)li__IQJS));
  } break;
  };
  li__IQJS=li__FQJS->li__TU5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IQJS)->__id) {
  case __li__WK__: {
    li__32UU=li__PVEJ(((__li__WK *)li__IQJS));
    li__MQJS=li__32UU;
  } break;
  case __li__AVBD__: {
    li__MQJS=li__AE5L(((__li__AVBD *)li__IQJS));
  } break;
  case __li__KVBD__: {
    li__W3HV=((__li__KVBD *)li__IQJS);
    li__X3HV=li__W3HV->li__LVBD.li__0K.li__0CC;
    li__Y3HV=li__W3HV->li__LVBD.li__WZLE;
    li__W3HV=li__5QND();
    li__03HV=((__li__KVBD *)li__W3HV);
    li__03HV->li__LVBD.li__0K.li__0CC=li__X3HV;
    li__13HV=li__NNSE(((__li__5RB *)li__Y3HV));
    li__03HV->li__LVBD.li__WZLE=li__13HV;
    li__MQJS=li__W3HV;
  } break;
  case __li__WVBD__: {
    li__52UU=((__li__WVBD *)li__IQJS);
    li__A3UU=li__VEID(li__52UU->li__XVBD.li__0K.li__0CC,li__52UU->li__2ZLE,li__52UU->li__XVBD.li__WZLE);
    li__MQJS=li__A3UU;
  } break;
  case __li__Z4WH__: {
    li__MQJS=li__XEVK(((__li__Z4WH *)li__IQJS));
  } break;
  case __li__KTVI__: {
    li__MQJS=li__XF5L(((__li__KTVI *)li__IQJS));
  } break;
  case __li__LTVI__: {
    li__MQJS=li__SDGM(((__li__LTVI *)li__IQJS));
  } break;
  case __li__XTVI__: {
    li__MQJS=li__DG5L(((__li__XTVI *)li__IQJS));
  } break;
  case __li__YTVI__: {
    li__MQJS=li__4DGM(((__li__YTVI *)li__IQJS));
  } break;
  case __li__S2VI__: {
    li__MQJS=li__OG5L(((__li__S2VI *)li__IQJS));
  } break;
  case __li__E3VI__: {
    li__MQJS=li__ZG5L(((__li__E3VI *)li__IQJS));
  } break;
  case __li__KLWI__: {
    li__C3UU=((__li__KLWI *)li__IQJS);
    li__X3HV=li__C3UU->li__LLWI.li__0CC;
    li__E3UU=li__G3CM(((__li__KMFK *)li__C3UU->li__ZPBK));
    li__C3UU=li__PNSJ(li__X3HV,li__E3UU);
    li__MQJS=li__C3UU;
  } break;
  case __li__ULWI__: {
    li__H3UU=((__li__ULWI *)li__IQJS);
    li__I3UU=li__AOSJ(li__H3UU->li__VLWI.li__0CC,li__H3UU->li__4PBK);
    li__MQJS=li__I3UU;
  } break;
  case __li__NMWI__: {
    li__MQJS=li__SH5L(((__li__NMWI *)li__IQJS));
  } break;
  case __li__BNWI__: {
    li__MQJS=li__3H5L(((__li__BNWI *)li__IQJS));
  } break;
  case __li__XNWI__: {
    li__MQJS=li__II5L(((__li__XNWI *)li__IQJS));
  } break;
  case __li__LOWI__: {
    li__MQJS=li__TI5L(((__li__LOWI *)li__IQJS));
  } break;
  case __li__5OWI__: {
    li__MQJS=li__4I5L(((__li__5OWI *)li__IQJS));
  } break;
  case __li__TPWI__: {
    li__MQJS=li__JJ5L(((__li__TPWI *)li__IQJS));
  } break;
  case __li__HQWI__: {
    li__MQJS=li__UJ5L(((__li__HQWI *)li__IQJS));
  } break;
  case __li__ARWI__: {
    li__MQJS=li__5J5L(((__li__ARWI *)li__IQJS));
  } break;
  case __li__URWI__: {
    li__MQJS=li__NK5L(((__li__URWI *)li__IQJS));
  } break;
  case __li__MSWI__: {
    li__K3UU=((__li__MSWI *)li__IQJS);
    li__L3UU=li__YXSJ(li__K3UU->li__NSWI.li__0CC,li__K3UU->li__ISBK);
    li__MQJS=li__L3UU;
  } break;
  case __li__ETWI__: {
    li__MQJS=li__4K5L(((__li__ETWI *)li__IQJS));
  } break;
  case __li__MZWI__: {
    li__N3UU=((__li__MZWI *)li__IQJS);
    li__O3UU=li__4U4I(li__N3UU->li__NZWI.li__0K.li__0CC,li__N3UU->li__3SBK,li__N3UU->li__NZWI.li__WZLE);
    li__MQJS=li__O3UU;
  } break;
  case __li__C0WI__: {
    li__Q3UU=((__li__C0WI *)li__IQJS);
    li__R3UU=li__ZV4I(li__Q3UU->li__D0WI.li__0K.li__0CC,li__Q3UU->li__CTBK);
    li__MQJS=li__R3UU;
  } break;
  case __li__M1WI__: {
    li__T3UU=((__li__M1WI *)li__IQJS);
    li__U3UU=li__1Z4I(li__T3UU->li__N1WI.li__0K.li__0CC,li__T3UU->li__UTFK);
    li__MQJS=li__U3UU;
  } break;
  case __li__KMFK__: {
    li__MQJS=li__G3CM(((__li__KMFK *)li__IQJS));
  } break;
  case __li__XOHL__: {
    li__MQJS=li__AAPN(((__li__XOHL *)li__IQJS));
  } break;
  case __li__FPHL__: {
    li__MQJS=li__2EGM(((__li__FPHL *)li__IQJS));
  } break;
  case __li__APLM__: {
    li__MQJS=li__XRDQ(((__li__APLM *)li__IQJS));
  } break;
  case __li__DTNM__: {
    li__MQJS=li__D5SO(((__li__DTNM *)li__IQJS));
  } break;
  case __li__JXNM__: {
    li__MQJS=li__153R(((__li__JXNM *)li__IQJS));
  } break;
  case __li__21LO__: {
    li__MQJS=li__2KLP(((__li__21LO *)li__IQJS));
  } break;
  case __li__TPOO__: {
    li__MQJS=li__JLLP(((__li__TPOO *)li__IQJS));
  } break;
  case __li__URRO__: {
    li__MQJS=li__KM4R(((__li__URRO *)li__IQJS));
  } break;
  case __li__41XO__: {
    li__MQJS=li__CSDQ(((__li__41XO *)li__IQJS));
  } break;
  case __li__AKBR__: {
    li__MQJS=li__L2DS(((__li__AKBR *)li__IQJS));
  } break;
  case __li__SU5R__: {
    li__MQJS=li__EQJS(((__li__SU5R *)li__IQJS));
  } break;
  case __li__JV5R__: {
    li__MQJS=li__PQJS(((__li__JV5R *)li__IQJS));
  } break;
  };
  li__OQJS=li__NKHS(li__HQJS,li__JQJS,li__MQJS);
  li__GQJS=li__OQJS;
  return(li__GQJS);
}

static __li__JV5R* li__PQJS(__li__JV5R *li__QQJS)
/* (Strict EXPR_INF_EQ{li__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__SQJS,li__H4HV;
  void *li__TQJS,*li__UQJS,*li__XQJS;
  __li__WK *li__R4UU;
  __li__KVBD *li__G4HV,*li__K4HV;
  __li__5RB *li__I4HV,*li__L4HV;
  __li__WVBD *li__T4UU,*li__U4UU;
  __li__KLWI *li__W4UU;
  __li__KMFK *li__Y4UU;
  __li__ULWI *li__14UU,*li__24UU;
  __li__MSWI *li__44UU,*li__54UU;
  __li__MZWI *li__B5UU,*li__C5UU;
  __li__C0WI *li__E5UU,*li__F5UU;
  __li__M1WI *li__H5UU,*li__I5UU;
  __li__JV5R *li__ZQJS,*li__RQJS;
  li__SQJS=li__QQJS->li__KV5R.li__IVVI.li__0CC;
  li__TQJS=li__QQJS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TQJS)->__id) {
  case __li__WK__: {
    li__R4UU=li__PVEJ(((__li__WK *)li__TQJS));
    li__UQJS=li__R4UU;
  } break;
  case __li__AVBD__: {
    li__UQJS=li__AE5L(((__li__AVBD *)li__TQJS));
  } break;
  case __li__KVBD__: {
    li__G4HV=((__li__KVBD *)li__TQJS);
    li__H4HV=li__G4HV->li__LVBD.li__0K.li__0CC;
    li__I4HV=li__G4HV->li__LVBD.li__WZLE;
    li__G4HV=li__5QND();
    li__K4HV=((__li__KVBD *)li__G4HV);
    li__K4HV->li__LVBD.li__0K.li__0CC=li__H4HV;
    li__L4HV=li__NNSE(((__li__5RB *)li__I4HV));
    li__K4HV->li__LVBD.li__WZLE=li__L4HV;
    li__UQJS=li__G4HV;
  } break;
  case __li__WVBD__: {
    li__T4UU=((__li__WVBD *)li__TQJS);
    li__U4UU=li__VEID(li__T4UU->li__XVBD.li__0K.li__0CC,li__T4UU->li__2ZLE,li__T4UU->li__XVBD.li__WZLE);
    li__UQJS=li__U4UU;
  } break;
  case __li__Z4WH__: {
    li__UQJS=li__XEVK(((__li__Z4WH *)li__TQJS));
  } break;
  case __li__KTVI__: {
    li__UQJS=li__XF5L(((__li__KTVI *)li__TQJS));
  } break;
  case __li__LTVI__: {
    li__UQJS=li__SDGM(((__li__LTVI *)li__TQJS));
  } break;
  case __li__XTVI__: {
    li__UQJS=li__DG5L(((__li__XTVI *)li__TQJS));
  } break;
  case __li__YTVI__: {
    li__UQJS=li__4DGM(((__li__YTVI *)li__TQJS));
  } break;
  case __li__S2VI__: {
    li__UQJS=li__OG5L(((__li__S2VI *)li__TQJS));
  } break;
  case __li__E3VI__: {
    li__UQJS=li__ZG5L(((__li__E3VI *)li__TQJS));
  } break;
  case __li__KLWI__: {
    li__W4UU=((__li__KLWI *)li__TQJS);
    li__H4HV=li__W4UU->li__LLWI.li__0CC;
    li__Y4UU=li__G3CM(((__li__KMFK *)li__W4UU->li__ZPBK));
    li__W4UU=li__PNSJ(li__H4HV,li__Y4UU);
    li__UQJS=li__W4UU;
  } break;
  case __li__ULWI__: {
    li__14UU=((__li__ULWI *)li__TQJS);
    li__24UU=li__AOSJ(li__14UU->li__VLWI.li__0CC,li__14UU->li__4PBK);
    li__UQJS=li__24UU;
  } break;
  case __li__NMWI__: {
    li__UQJS=li__SH5L(((__li__NMWI *)li__TQJS));
  } break;
  case __li__BNWI__: {
    li__UQJS=li__3H5L(((__li__BNWI *)li__TQJS));
  } break;
  case __li__XNWI__: {
    li__UQJS=li__II5L(((__li__XNWI *)li__TQJS));
  } break;
  case __li__LOWI__: {
    li__UQJS=li__TI5L(((__li__LOWI *)li__TQJS));
  } break;
  case __li__5OWI__: {
    li__UQJS=li__4I5L(((__li__5OWI *)li__TQJS));
  } break;
  case __li__TPWI__: {
    li__UQJS=li__JJ5L(((__li__TPWI *)li__TQJS));
  } break;
  case __li__HQWI__: {
    li__UQJS=li__UJ5L(((__li__HQWI *)li__TQJS));
  } break;
  case __li__ARWI__: {
    li__UQJS=li__5J5L(((__li__ARWI *)li__TQJS));
  } break;
  case __li__URWI__: {
    li__UQJS=li__NK5L(((__li__URWI *)li__TQJS));
  } break;
  case __li__MSWI__: {
    li__44UU=((__li__MSWI *)li__TQJS);
    li__54UU=li__YXSJ(li__44UU->li__NSWI.li__0CC,li__44UU->li__ISBK);
    li__UQJS=li__54UU;
  } break;
  case __li__ETWI__: {
    li__UQJS=li__4K5L(((__li__ETWI *)li__TQJS));
  } break;
  case __li__MZWI__: {
    li__B5UU=((__li__MZWI *)li__TQJS);
    li__C5UU=li__4U4I(li__B5UU->li__NZWI.li__0K.li__0CC,li__B5UU->li__3SBK,li__B5UU->li__NZWI.li__WZLE);
    li__UQJS=li__C5UU;
  } break;
  case __li__C0WI__: {
    li__E5UU=((__li__C0WI *)li__TQJS);
    li__F5UU=li__ZV4I(li__E5UU->li__D0WI.li__0K.li__0CC,li__E5UU->li__CTBK);
    li__UQJS=li__F5UU;
  } break;
  case __li__M1WI__: {
    li__H5UU=((__li__M1WI *)li__TQJS);
    li__I5UU=li__1Z4I(li__H5UU->li__N1WI.li__0K.li__0CC,li__H5UU->li__UTFK);
    li__UQJS=li__I5UU;
  } break;
  case __li__KMFK__: {
    li__UQJS=li__G3CM(((__li__KMFK *)li__TQJS));
  } break;
  case __li__XOHL__: {
    li__UQJS=li__AAPN(((__li__XOHL *)li__TQJS));
  } break;
  case __li__FPHL__: {
    li__UQJS=li__2EGM(((__li__FPHL *)li__TQJS));
  } break;
  case __li__APLM__: {
    li__UQJS=li__XRDQ(((__li__APLM *)li__TQJS));
  } break;
  case __li__DTNM__: {
    li__UQJS=li__D5SO(((__li__DTNM *)li__TQJS));
  } break;
  case __li__JXNM__: {
    li__UQJS=li__153R(((__li__JXNM *)li__TQJS));
  } break;
  case __li__21LO__: {
    li__UQJS=li__2KLP(((__li__21LO *)li__TQJS));
  } break;
  case __li__TPOO__: {
    li__UQJS=li__JLLP(((__li__TPOO *)li__TQJS));
  } break;
  case __li__URRO__: {
    li__UQJS=li__KM4R(((__li__URRO *)li__TQJS));
  } break;
  case __li__41XO__: {
    li__UQJS=li__CSDQ(((__li__41XO *)li__TQJS));
  } break;
  case __li__AKBR__: {
    li__UQJS=li__L2DS(((__li__AKBR *)li__TQJS));
  } break;
  case __li__SU5R__: {
    li__UQJS=li__EQJS(((__li__SU5R *)li__TQJS));
  } break;
  case __li__JV5R__: {
    li__UQJS=li__PQJS(((__li__JV5R *)li__TQJS));
  } break;
  };
  li__TQJS=li__QQJS->li__KV5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TQJS)->__id) {
  case __li__WK__: {
    li__R4UU=li__PVEJ(((__li__WK *)li__TQJS));
    li__XQJS=li__R4UU;
  } break;
  case __li__AVBD__: {
    li__XQJS=li__AE5L(((__li__AVBD *)li__TQJS));
  } break;
  case __li__KVBD__: {
    li__G4HV=((__li__KVBD *)li__TQJS);
    li__H4HV=li__G4HV->li__LVBD.li__0K.li__0CC;
    li__I4HV=li__G4HV->li__LVBD.li__WZLE;
    li__G4HV=li__5QND();
    li__K4HV=((__li__KVBD *)li__G4HV);
    li__K4HV->li__LVBD.li__0K.li__0CC=li__H4HV;
    li__L4HV=li__NNSE(((__li__5RB *)li__I4HV));
    li__K4HV->li__LVBD.li__WZLE=li__L4HV;
    li__XQJS=li__G4HV;
  } break;
  case __li__WVBD__: {
    li__T4UU=((__li__WVBD *)li__TQJS);
    li__U4UU=li__VEID(li__T4UU->li__XVBD.li__0K.li__0CC,li__T4UU->li__2ZLE,li__T4UU->li__XVBD.li__WZLE);
    li__XQJS=li__U4UU;
  } break;
  case __li__Z4WH__: {
    li__XQJS=li__XEVK(((__li__Z4WH *)li__TQJS));
  } break;
  case __li__KTVI__: {
    li__XQJS=li__XF5L(((__li__KTVI *)li__TQJS));
  } break;
  case __li__LTVI__: {
    li__XQJS=li__SDGM(((__li__LTVI *)li__TQJS));
  } break;
  case __li__XTVI__: {
    li__XQJS=li__DG5L(((__li__XTVI *)li__TQJS));
  } break;
  case __li__YTVI__: {
    li__XQJS=li__4DGM(((__li__YTVI *)li__TQJS));
  } break;
  case __li__S2VI__: {
    li__XQJS=li__OG5L(((__li__S2VI *)li__TQJS));
  } break;
  case __li__E3VI__: {
    li__XQJS=li__ZG5L(((__li__E3VI *)li__TQJS));
  } break;
  case __li__KLWI__: {
    li__W4UU=((__li__KLWI *)li__TQJS);
    li__H4HV=li__W4UU->li__LLWI.li__0CC;
    li__Y4UU=li__G3CM(((__li__KMFK *)li__W4UU->li__ZPBK));
    li__W4UU=li__PNSJ(li__H4HV,li__Y4UU);
    li__XQJS=li__W4UU;
  } break;
  case __li__ULWI__: {
    li__14UU=((__li__ULWI *)li__TQJS);
    li__24UU=li__AOSJ(li__14UU->li__VLWI.li__0CC,li__14UU->li__4PBK);
    li__XQJS=li__24UU;
  } break;
  case __li__NMWI__: {
    li__XQJS=li__SH5L(((__li__NMWI *)li__TQJS));
  } break;
  case __li__BNWI__: {
    li__XQJS=li__3H5L(((__li__BNWI *)li__TQJS));
  } break;
  case __li__XNWI__: {
    li__XQJS=li__II5L(((__li__XNWI *)li__TQJS));
  } break;
  case __li__LOWI__: {
    li__XQJS=li__TI5L(((__li__LOWI *)li__TQJS));
  } break;
  case __li__5OWI__: {
    li__XQJS=li__4I5L(((__li__5OWI *)li__TQJS));
  } break;
  case __li__TPWI__: {
    li__XQJS=li__JJ5L(((__li__TPWI *)li__TQJS));
  } break;
  case __li__HQWI__: {
    li__XQJS=li__UJ5L(((__li__HQWI *)li__TQJS));
  } break;
  case __li__ARWI__: {
    li__XQJS=li__5J5L(((__li__ARWI *)li__TQJS));
  } break;
  case __li__URWI__: {
    li__XQJS=li__NK5L(((__li__URWI *)li__TQJS));
  } break;
  case __li__MSWI__: {
    li__44UU=((__li__MSWI *)li__TQJS);
    li__54UU=li__YXSJ(li__44UU->li__NSWI.li__0CC,li__44UU->li__ISBK);
    li__XQJS=li__54UU;
  } break;
  case __li__ETWI__: {
    li__XQJS=li__4K5L(((__li__ETWI *)li__TQJS));
  } break;
  case __li__MZWI__: {
    li__B5UU=((__li__MZWI *)li__TQJS);
    li__C5UU=li__4U4I(li__B5UU->li__NZWI.li__0K.li__0CC,li__B5UU->li__3SBK,li__B5UU->li__NZWI.li__WZLE);
    li__XQJS=li__C5UU;
  } break;
  case __li__C0WI__: {
    li__E5UU=((__li__C0WI *)li__TQJS);
    li__F5UU=li__ZV4I(li__E5UU->li__D0WI.li__0K.li__0CC,li__E5UU->li__CTBK);
    li__XQJS=li__F5UU;
  } break;
  case __li__M1WI__: {
    li__H5UU=((__li__M1WI *)li__TQJS);
    li__I5UU=li__1Z4I(li__H5UU->li__N1WI.li__0K.li__0CC,li__H5UU->li__UTFK);
    li__XQJS=li__I5UU;
  } break;
  case __li__KMFK__: {
    li__XQJS=li__G3CM(((__li__KMFK *)li__TQJS));
  } break;
  case __li__XOHL__: {
    li__XQJS=li__AAPN(((__li__XOHL *)li__TQJS));
  } break;
  case __li__FPHL__: {
    li__XQJS=li__2EGM(((__li__FPHL *)li__TQJS));
  } break;
  case __li__APLM__: {
    li__XQJS=li__XRDQ(((__li__APLM *)li__TQJS));
  } break;
  case __li__DTNM__: {
    li__XQJS=li__D5SO(((__li__DTNM *)li__TQJS));
  } break;
  case __li__JXNM__: {
    li__XQJS=li__153R(((__li__JXNM *)li__TQJS));
  } break;
  case __li__21LO__: {
    li__XQJS=li__2KLP(((__li__21LO *)li__TQJS));
  } break;
  case __li__TPOO__: {
    li__XQJS=li__JLLP(((__li__TPOO *)li__TQJS));
  } break;
  case __li__URRO__: {
    li__XQJS=li__KM4R(((__li__URRO *)li__TQJS));
  } break;
  case __li__41XO__: {
    li__XQJS=li__CSDQ(((__li__41XO *)li__TQJS));
  } break;
  case __li__AKBR__: {
    li__XQJS=li__L2DS(((__li__AKBR *)li__TQJS));
  } break;
  case __li__SU5R__: {
    li__XQJS=li__EQJS(((__li__SU5R *)li__TQJS));
  } break;
  case __li__JV5R__: {
    li__XQJS=li__PQJS(((__li__JV5R *)li__TQJS));
  } break;
  };
  li__ZQJS=li__3KHS(li__SQJS,li__UQJS,li__XQJS);
  li__RQJS=li__ZQJS;
  return(li__RQJS);
}

static __li__2PLO* li__GXOO()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__2PLO *li__JXOO,*li__SYOO,*li__IXOO;
  __li__CB li__KXOO,li__DCVU;
  __li__JJG li__SXOO,li__GCVU,li__BCVU;
  __li__K li__3XOO;
  __li__52B li__RCVU;
  li__JXOO=NULL;
  li__KXOO=((__li__CB )(NULL));
  li__SXOO=((__li__JJG )sizeof(__li__2PLO));
  /* __li__B__ __li__I__ */
if ((li__SXOO ==  0)) {
    li__JXOO=li__2PLO__;
  } else /* FALSE */ {
    li__3XOO=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__SXOO));
    /* __li__B__ __li__I__ */
if ((li__3XOO == (__li__K)(-  1))) {
      li__GCVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__BCVU=(__li__JJG)((__li__JJG)(li__SXOO - (__li__JJG)(((__li__JJG ) 0) - li__GCVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GCVU) - ((__li__JJG ) 1)));
      li__GCVU=(__li__JJG)(li__BCVU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__DCVU=li__YCJ(li__BCVU,((__li__CB )(&(table_size[(li__GCVU)-1]))),((__li__52B )li__BCVU));
      li__KXOO=li__DCVU;
    } else /* FALSE */ {
      li__RCVU=((__li__52B )li__3XOO);
      li__GCVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__BCVU=(__li__JJG)((__li__JJG)(li__SXOO - (__li__JJG)(((__li__JJG ) 0) - li__GCVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GCVU) - ((__li__JJG ) 1)));
      li__DCVU=li__YCJ(li__BCVU,((__li__CB )(&(table_type[(li__RCVU)]))),(__li__52B)(li__RCVU |  1));
      li__KXOO=li__DCVU;
    };
    li__SYOO=((__li__2PLO *)li__KXOO);
    li__JXOO=li__SYOO;
    *(li__SYOO) = *(li__2PLO__);
  };
  li__IXOO=li__JXOO;
  return(li__IXOO);
}

static void li__WOWO(__li__DZB *li__XOWO,void *li__YOWO)
/* (Strict SLOT_DATA{li__DZB},ITM_SLOT{NULLxli__DZBxli__QWEC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__53BP,*li__D4BP,*li__R4GP,*li__RT4P,*li__VT4P;
  void *li__4OWO,*li__5OWO;
  __li__PO li__LPWO;
  __li__ULSB *li__RPWO,*li__SPWO;
  __li__K li__2DRU,li__4DRU;
  __li__I03C *li__CQWO,*li__MQWO,*li__SQWO,*li__UQWO,*li__5RWO,*li__BSWO;
  __li__C li__DQWO,li__FQWO,li__GQWO,li__YQWO;
  /* __li__B__ __li__I__ */
if (((void *)li__XOWO != (void *)li__YOWO)) {
    li__53BP=li__XOWO->li__LZB->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__53BP)->__id==__li__IZB__) {
      li__4OWO=((__li__IZB *)li__53BP)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__4OWO=((__li__4HAD *)li__53BP)->li__5HAD.li__NMSB;
    };
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YOWO)->__id==__li__DZB__) {
      li__D4BP=((__li__DZB *)li__YOWO)->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D4BP)->__id==__li__IZB__) {
        li__5OWO=((__li__IZB *)li__D4BP)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__5OWO=((__li__4HAD *)li__D4BP)->li__5HAD.li__NMSB;
      };
    } else /* SLOT_CODE */ {
      li__D4BP=((__li__QWEC *)li__YOWO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D4BP)->__id==__li__IZB__) {
        li__5OWO=((__li__IZB *)li__D4BP)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__5OWO=((__li__4HAD *)li__D4BP)->li__5HAD.li__NMSB;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__4OWO != (void *)li__5OWO)) {
      li__HEZ(((__li__BC *)li__0C),(&__string_448));
      li__DNVB( 1,li__0C);
      li__V5E(li__XOWO->li__GZB.li__FZB.li__RF.li__0CC);
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YOWO)->__id==__li__DZB__) {
        li__LPWO=((__li__DZB *)li__YOWO)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__5OWO=((__li__QWEC *)li__YOWO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5OWO)->__id==__li__IZB__) {
          li__LPWO=((__li__IZB *)li__5OWO)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__LPWO=((__li__4HAD *)li__5OWO)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      li__V5E(li__LPWO);
      li__ODF();
    };
    li__RPWO=li__QXVG(li__XOWO);
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YOWO)->__id==__li__DZB__) {
      li__SPWO=li__QXVG(((__li__DZB *)li__YOWO));
    } else /* SLOT_CODE */ {
      li__D4BP=((__li__QWEC *)li__YOWO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D4BP)->__id==__li__IZB__) {
        li__SPWO=((__li__IZB *)li__D4BP)->li__WLSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__SPWO=((__li__4HAD *)li__D4BP)->li__5HAD.li__WLSB;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__RPWO != (void *)li__SPWO)) {
      li__EDSB( 2,(&__string_449));
      li__V5E(li__XOWO->li__GZB.li__FZB.li__RF.li__0CC);
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YOWO)->__id==__li__DZB__) {
        li__LPWO=((__li__DZB *)li__YOWO)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__5OWO=((__li__QWEC *)li__YOWO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5OWO)->__id==__li__IZB__) {
          li__LPWO=((__li__IZB *)li__5OWO)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__LPWO=((__li__4HAD *)li__5OWO)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      li__V5E(li__LPWO);
      li__ODF();
    };
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YOWO)->__id==__li__DZB__) {
      li__D4BP=((__li__DZB *)li__YOWO)->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D4BP)->__id==__li__IZB__) {
        li__CQWO=((__li__IZB *)li__D4BP)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__CQWO=((__li__4HAD *)li__D4BP)->li__5HAD.li__MPHD;
      };
    } else /* SLOT_CODE */ {
      li__D4BP=((__li__QWEC *)li__YOWO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D4BP)->__id==__li__IZB__) {
        li__CQWO=((__li__IZB *)li__D4BP)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__CQWO=((__li__4HAD *)li__D4BP)->li__5HAD.li__MPHD;
      };
    };
    li__DQWO=((void *)li__CQWO == (void *)NULL);
    li__53BP=li__XOWO->li__LZB->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__53BP)->__id==__li__IZB__) {
      li__CQWO=((__li__IZB *)li__53BP)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__CQWO=((__li__4HAD *)li__53BP)->li__5HAD.li__MPHD;
    };
    li__FQWO=((void *)li__CQWO == (void *)NULL);
    /* __li__B__ __li__I__ */
if (li__DQWO) {
      li__GQWO=(! li__FQWO);
    } else /* FALSE */ {
      li__GQWO=li__FQWO;
    };
    /* __li__B__ __li__I__ */
if (li__GQWO) {
      li__GQWO=li__B__;
    } else /* FALSE */ {
      li__D4BP=li__XOWO->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D4BP)->__id==__li__IZB__) {
        li__MQWO=((__li__IZB *)li__D4BP)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__MQWO=((__li__4HAD *)li__D4BP)->li__5HAD.li__MPHD;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__MQWO != (void *)NULL)) {
        li__5OWO=li__XOWO->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5OWO)->__id==__li__IZB__) {
          li__SQWO=((__li__IZB *)li__5OWO)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__SQWO=((__li__4HAD *)li__5OWO)->li__5HAD.li__MPHD;
        };
        li__2DRU=(__li__K)((*(((__li__I03C *)li__SQWO))).li__RBLE +  1);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YOWO)->__id==__li__DZB__) {
          li__R4GP=((__li__DZB *)li__YOWO)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__R4GP)->__id==__li__IZB__) {
            li__UQWO=((__li__IZB *)li__R4GP)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UQWO=((__li__4HAD *)li__R4GP)->li__5HAD.li__MPHD;
          };
        } else /* SLOT_CODE */ {
          li__R4GP=((__li__QWEC *)li__YOWO)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__R4GP)->__id==__li__IZB__) {
            li__UQWO=((__li__IZB *)li__R4GP)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UQWO=((__li__4HAD *)li__R4GP)->li__5HAD.li__MPHD;
          };
        };
        li__4DRU=(__li__K)((*(((__li__I03C *)li__UQWO))).li__RBLE +  1);
        li__YQWO=(li__2DRU != li__4DRU);
      } else /* FALSE */ {
        li__YQWO=li__I__;
      };
      li__GQWO=li__YQWO;
    };
    /* __li__B__ __li__I__ */
if (li__GQWO) {
      li__EDSB( 2,(&__string_450));
      li__V5E(li__XOWO->li__GZB.li__FZB.li__RF.li__0CC);
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YOWO)->__id==__li__DZB__) {
        li__LPWO=((__li__DZB *)li__YOWO)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__R4GP=((__li__QWEC *)li__YOWO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__R4GP)->__id==__li__IZB__) {
          li__LPWO=((__li__IZB *)li__R4GP)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__LPWO=((__li__4HAD *)li__R4GP)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      li__V5E(li__LPWO);
      li__ODF();
    } else /* FALSE */ {
      li__D4BP=li__XOWO->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D4BP)->__id==__li__IZB__) {
        li__MQWO=((__li__IZB *)li__D4BP)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__MQWO=((__li__4HAD *)li__D4BP)->li__5HAD.li__MPHD;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__MQWO != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XOWO->li__LZB->li__KZB)->__id==__li__IZB__) {
        };
        li__R4GP=li__XOWO->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__R4GP)->__id==__li__IZB__) {
          li__SQWO=((__li__IZB *)li__R4GP)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__SQWO=((__li__4HAD *)li__R4GP)->li__5HAD.li__MPHD;
        };
        li__2DRU=(*(li__SQWO)).li__RBLE;
        li__4DRU= 0;
        while ((li__4DRU <= li__2DRU)) {
          li__RT4P=li__XOWO->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RT4P)->__id==__li__IZB__) {
            li__5RWO=((__li__IZB *)li__RT4P)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5RWO=((__li__4HAD *)li__RT4P)->li__5HAD.li__MPHD;
          };
          li__RT4P=((void **)(*(((__li__I03C *)li__5RWO))).li__RCLE)[li__4DRU];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YOWO)->__id==__li__DZB__) {
            li__VT4P=((__li__DZB *)li__YOWO)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VT4P)->__id==__li__IZB__) {
              li__BSWO=((__li__IZB *)li__VT4P)->li__MPHD;
            } else /* ITM_SLOT_OPERATOR */ {
              li__BSWO=((__li__4HAD *)li__VT4P)->li__5HAD.li__MPHD;
            };
          } else /* SLOT_CODE */ {
            li__VT4P=((__li__QWEC *)li__YOWO)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VT4P)->__id==__li__IZB__) {
              li__BSWO=((__li__IZB *)li__VT4P)->li__MPHD;
            } else /* ITM_SLOT_OPERATOR */ {
              li__BSWO=((__li__4HAD *)li__VT4P)->li__5HAD.li__MPHD;
            };
          };
          li__VT4P=((void **)(*(((__li__I03C *)li__BSWO))).li__RCLE)[li__4DRU];
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__RT4P)->__id==__li__4RUC__) {
            li__HQVL(((__li__4RUC *)li__RT4P),li__VT4P);
          } else /* ITM_ARGS */ {
            li__GSVL(((__li__QUAF *)((__li__4RUC *)li__RT4P)),li__VT4P);
          };
          li__4DRU=(__li__K)(li__4DRU +  1);
        };
      };
    };
  };
}

static void li__MSWO(__li__QWEC *li__NSWO,void *li__OSWO)
/* (Strict SLOT_CODE{li__QWEC},ITM_SLOT{NULLxli__DZBxli__QWEC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__T5BP,*li__X5BP,*li__04GP,*li__2T4P,*li__AU4P;
  void *li__USWO,*li__VSWO;
  __li__BC *li__1SWO;
  __li__PO li__ATWO;
  __li__ULSB *li__HTWO,*li__ITWO;
  __li__K li__AERU,li__CERU;
  __li__I03C *li__YTWO,*li__CUWO,*li__IUWO,*li__KUWO,*li__VVWO,*li__XVWO;
  __li__C li__ZTWO,li__1TWO,li__2TWO,li__OUWO;
  /* __li__B__ __li__I__ */
if (((void *)li__NSWO != (void *)li__OSWO)) {
    li__T5BP=li__NSWO->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T5BP)->__id==__li__IZB__) {
      li__USWO=((__li__IZB *)li__T5BP)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__USWO=((__li__4HAD *)li__T5BP)->li__5HAD.li__NMSB;
    };
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OSWO)->__id==__li__DZB__) {
      li__X5BP=((__li__DZB *)li__OSWO)->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__VSWO=((__li__IZB *)li__X5BP)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__VSWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__NMSB;
      };
    } else /* SLOT_CODE */ {
      li__X5BP=((__li__QWEC *)li__OSWO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__VSWO=((__li__IZB *)li__X5BP)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__VSWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__NMSB;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__USWO != (void *)li__VSWO)) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NSWO->li__RWEC->li__KZB)->__id==__li__IZB__) {
        li__1SWO=li__0C;
      } else /* ITM_SLOT_OPERATOR */ {
        li__1SWO=li__0C;
      };
      li__HEZ(((__li__BC *)li__1SWO),(&__string_448));
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NSWO->li__RWEC->li__KZB)->__id==__li__IZB__) {
      };
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NSWO->li__RWEC->li__KZB)->__id==__li__IZB__) {
        li__1SWO=li__0C;
      } else /* ITM_SLOT_OPERATOR */ {
        li__1SWO=li__0C;
      };
      li__DNVB( 1,li__1SWO);
      li__X5BP=li__NSWO->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__ATWO=((__li__IZB *)li__X5BP)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__ATWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__ATWO);
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OSWO)->__id==__li__DZB__) {
        li__ATWO=((__li__DZB *)li__OSWO)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__VSWO=((__li__QWEC *)li__OSWO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VSWO)->__id==__li__IZB__) {
          li__ATWO=((__li__IZB *)li__VSWO)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ATWO=((__li__4HAD *)li__VSWO)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      li__V5E(li__ATWO);
      li__ODF();
    };
    li__T5BP=li__NSWO->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T5BP)->__id==__li__IZB__) {
      li__HTWO=((__li__IZB *)li__T5BP)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__HTWO=((__li__4HAD *)li__T5BP)->li__5HAD.li__WLSB;
    };
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OSWO)->__id==__li__DZB__) {
      li__ITWO=li__QXVG(((__li__DZB *)li__OSWO));
    } else /* SLOT_CODE */ {
      li__X5BP=((__li__QWEC *)li__OSWO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__ITWO=((__li__IZB *)li__X5BP)->li__WLSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__ITWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__WLSB;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__HTWO != (void *)li__ITWO)) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NSWO->li__RWEC->li__KZB)->__id==__li__IZB__) {
      };
      li__EDSB( 2,(&__string_449));
      li__X5BP=li__NSWO->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__ATWO=((__li__IZB *)li__X5BP)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__ATWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__ATWO);
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OSWO)->__id==__li__DZB__) {
        li__ATWO=((__li__DZB *)li__OSWO)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__VSWO=((__li__QWEC *)li__OSWO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VSWO)->__id==__li__IZB__) {
          li__ATWO=((__li__IZB *)li__VSWO)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ATWO=((__li__4HAD *)li__VSWO)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      li__V5E(li__ATWO);
      li__ODF();
    };
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OSWO)->__id==__li__DZB__) {
      li__X5BP=((__li__DZB *)li__OSWO)->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__YTWO=((__li__IZB *)li__X5BP)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__YTWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__MPHD;
      };
    } else /* SLOT_CODE */ {
      li__X5BP=((__li__QWEC *)li__OSWO)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__YTWO=((__li__IZB *)li__X5BP)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__YTWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__MPHD;
      };
    };
    li__ZTWO=((void *)li__YTWO == (void *)NULL);
    li__T5BP=li__NSWO->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T5BP)->__id==__li__IZB__) {
      li__YTWO=((__li__IZB *)li__T5BP)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__YTWO=((__li__4HAD *)li__T5BP)->li__5HAD.li__MPHD;
    };
    li__1TWO=((void *)li__YTWO == (void *)NULL);
    /* __li__B__ __li__I__ */
if (li__ZTWO) {
      li__2TWO=(! li__1TWO);
    } else /* FALSE */ {
      li__2TWO=li__1TWO;
    };
    /* __li__B__ __li__I__ */
if (li__2TWO) {
      li__2TWO=li__B__;
    } else /* FALSE */ {
      li__X5BP=li__NSWO->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__CUWO=((__li__IZB *)li__X5BP)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__CUWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__MPHD;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__CUWO != (void *)NULL)) {
        li__VSWO=li__NSWO->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VSWO)->__id==__li__IZB__) {
          li__IUWO=((__li__IZB *)li__VSWO)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__IUWO=((__li__4HAD *)li__VSWO)->li__5HAD.li__MPHD;
        };
        li__AERU=(__li__K)((*(((__li__I03C *)li__IUWO))).li__RBLE +  1);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OSWO)->__id==__li__DZB__) {
          li__04GP=((__li__DZB *)li__OSWO)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__04GP)->__id==__li__IZB__) {
            li__KUWO=((__li__IZB *)li__04GP)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KUWO=((__li__4HAD *)li__04GP)->li__5HAD.li__MPHD;
          };
        } else /* SLOT_CODE */ {
          li__04GP=((__li__QWEC *)li__OSWO)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__04GP)->__id==__li__IZB__) {
            li__KUWO=((__li__IZB *)li__04GP)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KUWO=((__li__4HAD *)li__04GP)->li__5HAD.li__MPHD;
          };
        };
        li__CERU=(__li__K)((*(((__li__I03C *)li__KUWO))).li__RBLE +  1);
        li__OUWO=(li__AERU != li__CERU);
      } else /* FALSE */ {
        li__OUWO=li__I__;
      };
      li__2TWO=li__OUWO;
    };
    /* __li__B__ __li__I__ */
if (li__2TWO) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NSWO->li__RWEC->li__KZB)->__id==__li__IZB__) {
      };
      li__EDSB( 2,(&__string_450));
      li__X5BP=li__NSWO->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__ATWO=((__li__IZB *)li__X5BP)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__ATWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__ATWO);
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OSWO)->__id==__li__DZB__) {
        li__ATWO=((__li__DZB *)li__OSWO)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__04GP=((__li__QWEC *)li__OSWO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__04GP)->__id==__li__IZB__) {
          li__ATWO=((__li__IZB *)li__04GP)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ATWO=((__li__4HAD *)li__04GP)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      li__V5E(li__ATWO);
      li__ODF();
    } else /* FALSE */ {
      li__X5BP=li__NSWO->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__X5BP)->__id==__li__IZB__) {
        li__CUWO=((__li__IZB *)li__X5BP)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__CUWO=((__li__4HAD *)li__X5BP)->li__5HAD.li__MPHD;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__CUWO != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NSWO->li__RWEC->li__KZB)->__id==__li__IZB__) {
        };
        li__04GP=li__NSWO->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__04GP)->__id==__li__IZB__) {
          li__IUWO=((__li__IZB *)li__04GP)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__IUWO=((__li__4HAD *)li__04GP)->li__5HAD.li__MPHD;
        };
        li__AERU=(*(li__IUWO)).li__RBLE;
        li__CERU= 0;
        while ((li__CERU <= li__AERU)) {
          li__2T4P=li__NSWO->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2T4P)->__id==__li__IZB__) {
            li__VVWO=((__li__IZB *)li__2T4P)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VVWO=((__li__4HAD *)li__2T4P)->li__5HAD.li__MPHD;
          };
          li__2T4P=((void **)(*(((__li__I03C *)li__VVWO))).li__RCLE)[li__CERU];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OSWO)->__id==__li__DZB__) {
            li__AU4P=((__li__DZB *)li__OSWO)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AU4P)->__id==__li__IZB__) {
              li__XVWO=((__li__IZB *)li__AU4P)->li__MPHD;
            } else /* ITM_SLOT_OPERATOR */ {
              li__XVWO=((__li__4HAD *)li__AU4P)->li__5HAD.li__MPHD;
            };
          } else /* SLOT_CODE */ {
            li__AU4P=((__li__QWEC *)li__OSWO)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AU4P)->__id==__li__IZB__) {
              li__XVWO=((__li__IZB *)li__AU4P)->li__MPHD;
            } else /* ITM_SLOT_OPERATOR */ {
              li__XVWO=((__li__4HAD *)li__AU4P)->li__5HAD.li__MPHD;
            };
          };
          li__AU4P=((void **)(*(((__li__I03C *)li__XVWO))).li__RCLE)[li__CERU];
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__2T4P)->__id==__li__4RUC__) {
            li__HQVL(((__li__4RUC *)li__2T4P),li__AU4P);
          } else /* ITM_ARGS */ {
            li__GSVL(((__li__QUAF *)((__li__4RUC *)li__2T4P)),li__AU4P);
          };
          li__CERU=(__li__K)(li__CERU +  1);
        };
      };
    };
  };
}

static __li__ETWI* li__TYSJ(__li__ETWI *li__UYSJ,__li__5RB *li__VYSJ,void *li__WYSJ)
/* (Strict CAST{li__ETWI},Strict TYPE_FULL{NULLxli__5RB},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__ETWI *li__AHVJ,*li__JIVJ,*li__XYSJ;
  __li__CB li__BHVJ,li__YAVU;
  __li__JJG li__JHVJ,li__1AVU,li__WAVU;
  __li__K li__UHVJ;
  __li__52B li__GBVU;
  __li__PO li__4IOK;
  li__AHVJ=NULL;
  li__BHVJ=((__li__CB )(NULL));
  li__JHVJ=((__li__JJG )sizeof(__li__ETWI));
  /* __li__B__ __li__I__ */
if ((li__JHVJ ==  0)) {
    li__AHVJ=li__UYSJ;
  } else /* FALSE */ {
    li__UHVJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__JHVJ));
    /* __li__B__ __li__I__ */
if ((li__UHVJ == (__li__K)(-  1))) {
      li__1AVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__WAVU=(__li__JJG)((__li__JJG)(li__JHVJ - (__li__JJG)(((__li__JJG ) 0) - li__1AVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1AVU) - ((__li__JJG ) 1)));
      li__1AVU=(__li__JJG)(li__WAVU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__YAVU=li__YCJ(li__WAVU,((__li__CB )(&(table_size[(li__1AVU)-1]))),((__li__52B )li__WAVU));
      li__BHVJ=li__YAVU;
    } else /* FALSE */ {
      li__GBVU=((__li__52B )li__UHVJ);
      li__1AVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__WAVU=(__li__JJG)((__li__JJG)(li__JHVJ - (__li__JJG)(((__li__JJG ) 0) - li__1AVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1AVU) - ((__li__JJG ) 1)));
      li__YAVU=li__YCJ(li__WAVU,((__li__CB )(&(table_type[(li__GBVU)]))),(__li__52B)(li__GBVU |  1));
      li__BHVJ=li__YAVU;
    };
    li__JIVJ=((__li__ETWI *)li__BHVJ);
    li__AHVJ=li__JIVJ;
    *(li__JIVJ) = *(li__UYSJ);
  };
  li__JIVJ=((__li__ETWI *)li__AHVJ);
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WYSJ)->__id) {
  case __li__WK__: {
    li__4IOK=((__li__WK *)li__WYSJ)->li__1K.li__0K.li__0CC;
  } break;
  case __li__AVBD__: {
    li__4IOK=((__li__AVBD *)li__WYSJ)->li__BVBD.li__0CC;
  } break;
  case __li__KVBD__: {
    li__4IOK=((__li__KVBD *)li__WYSJ)->li__LVBD.li__0K.li__0CC;
  } break;
  case __li__WVBD__: {
    li__4IOK=((__li__WVBD *)li__WYSJ)->li__XVBD.li__0K.li__0CC;
  } break;
  case __li__Z4WH__: {
    li__4IOK=(*(li__YK__)).li__0CC;
  } break;
  case __li__KTVI__: {
    li__4IOK=((__li__KTVI *)li__WYSJ)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__LTVI__: {
    li__4IOK=((__li__LTVI *)li__WYSJ)->li__OTVI.li__NTVI.li__0CC;
  } break;
  case __li__XTVI__: {
    li__4IOK=((__li__XTVI *)li__WYSJ)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__YTVI__: {
    li__4IOK=((__li__YTVI *)li__WYSJ)->li__ZTVI.li__NTVI.li__0CC;
  } break;
  case __li__S2VI__: {
    li__4IOK=((__li__S2VI *)li__WYSJ)->li__T2VI.li__IVVI.li__0CC;
  } break;
  case __li__E3VI__: {
    li__4IOK=((__li__E3VI *)li__WYSJ)->li__F3VI.li__IVVI.li__0CC;
  } break;
  case __li__KLWI__: {
    li__4IOK=((__li__KLWI *)li__WYSJ)->li__LLWI.li__0CC;
  } break;
  case __li__ULWI__: {
    li__4IOK=((__li__ULWI *)li__WYSJ)->li__VLWI.li__0CC;
  } break;
  case __li__NMWI__: {
    li__4IOK=((__li__NMWI *)li__WYSJ)->li__OMWI.li__IVVI.li__0CC;
  } break;
  case __li__BNWI__: {
    li__4IOK=((__li__BNWI *)li__WYSJ)->li__ENWI.li__DNWI.li__0CC;
  } break;
  case __li__XNWI__: {
    li__4IOK=((__li__XNWI *)li__WYSJ)->li__YNWI.li__DNWI.li__0CC;
  } break;
  case __li__LOWI__: {
    li__4IOK=((__li__LOWI *)li__WYSJ)->li__MOWI.li__DNWI.li__0CC;
  } break;
  case __li__5OWI__: {
    li__4IOK=((__li__5OWI *)li__WYSJ)->li__APWI.li__DNWI.li__0CC;
  } break;
  case __li__TPWI__: {
    li__4IOK=((__li__TPWI *)li__WYSJ)->li__UPWI.li__DNWI.li__0CC;
  } break;
  case __li__HQWI__: {
    li__4IOK=((__li__HQWI *)li__WYSJ)->li__IQWI.li__DNWI.li__0CC;
  } break;
  case __li__ARWI__: {
    li__4IOK=((__li__ARWI *)li__WYSJ)->li__BRWI.li__0CC;
  } break;
  case __li__URWI__: {
    li__4IOK=((__li__URWI *)li__WYSJ)->li__VRWI.li__0CC;
  } break;
  case __li__MSWI__: {
    li__4IOK=((__li__MSWI *)li__WYSJ)->li__NSWI.li__0CC;
  } break;
  case __li__ETWI__: {
    li__4IOK=((__li__ETWI *)li__WYSJ)->li__FTWI.li__0CC;
  } break;
  case __li__MZWI__: {
    li__4IOK=((__li__MZWI *)li__WYSJ)->li__NZWI.li__0K.li__0CC;
  } break;
  case __li__C0WI__: {
    li__4IOK=((__li__C0WI *)li__WYSJ)->li__D0WI.li__0K.li__0CC;
  } break;
  case __li__M1WI__: {
    li__4IOK=((__li__M1WI *)li__WYSJ)->li__N1WI.li__0K.li__0CC;
  } break;
  case __li__KMFK__: {
    li__4IOK=((__li__KMFK *)li__WYSJ)->li__LMFK.li__0CC;
  } break;
  case __li__XOHL__: {
    li__4IOK=((__li__XOHL *)li__WYSJ)->li__0OHL.li__ZOHL.li__0CC;
  } break;
  case __li__FPHL__: {
    li__4IOK=((__li__FPHL *)li__WYSJ)->li__GPHL.li__DNWI.li__0CC;
  } break;
  case __li__APLM__: {
    li__4IOK=((__li__APLM *)li__WYSJ)->li__BPLM.li__IVVI.li__0CC;
  } break;
  case __li__DTNM__: {
    li__4IOK=((__li__DTNM *)li__WYSJ)->li__ETNM.li__ZOHL.li__0CC;
  } break;
  case __li__JXNM__: {
    li__4IOK=((__li__JXNM *)li__WYSJ)->li__KXNM.li__DNWI.li__0CC;
  } break;
  case __li__21LO__: {
    li__4IOK=((__li__21LO *)li__WYSJ)->li__31LO.li__0CC;
  } break;
  case __li__TPOO__: {
    li__4IOK=((__li__TPOO *)li__WYSJ)->li__UPOO.li__0CC;
  } break;
  case __li__URRO__: {
    li__4IOK=((__li__URRO *)li__WYSJ)->li__XRRO.li__WRRO.li__0CC;
  } break;
  case __li__41XO__: {
    li__4IOK=((__li__41XO *)li__WYSJ)->li__51XO.li__DNWI.li__0CC;
  } break;
  case __li__AKBR__: {
    li__4IOK=((__li__AKBR *)li__WYSJ)->li__BKBR.li__DNWI.li__0CC;
  } break;
  case __li__SU5R__: {
    li__4IOK=((__li__SU5R *)li__WYSJ)->li__TU5R.li__IVVI.li__0CC;
  } break;
  case __li__JV5R__: {
    li__4IOK=((__li__JV5R *)li__WYSJ)->li__KV5R.li__IVVI.li__0CC;
  } break;
  };
  li__JIVJ->li__FTWI.li__0CC=li__4IOK;
  li__JIVJ->li__NSBK=li__VYSJ;
  li__JIVJ->li__XSBK=li__WYSJ;
  li__XYSJ=li__AHVJ;
  return(li__XYSJ);
}

static __li__C li__0OSM(__li__IF *li__1OSM,void *li__2OSM)
/* (Strict TYPE{li__IF},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__54HV;
  __li__C li__4OSM,li__FPSM,li__3OSM;
  __li__XHQB *li__KPSM,*li__RPSM;
  __li__NXDD *li__CWBO;
  li__4OSM=li__I__;
  /* __li__B__ __li__I__ */
if (((void *)li__1OSM == (void *)li__2OSM)) {
    li__4OSM=li__B__;
    li__FPSM=li__B__;
  } else /* FALSE */ {
    li__FPSM=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__FPSM)) {
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2OSM)->__id) {
    case __li__IF__: {
      li__KPSM=((__li__IF *)li__2OSM)->li__3HQB;
    } break;
    case __li__ORB__: {
      li__KPSM=((__li__ORB *)li__2OSM)->li__PRB.li__3HQB;
    } break;
    case __li__QRB__: {
      li__KPSM=((__li__QRB *)li__2OSM)->li__RRB.li__3HQB;
    } break;
    case __li__SRB__: {
      li__KPSM=((__li__SRB *)li__2OSM)->li__TRB.li__3HQB;
    } break;
    case __li__URB__: {
      li__KPSM=((__li__URB *)li__2OSM)->li__VRB.li__3HQB;
    } break;
    case __li__GSZ__: {
      li__KPSM=((__li__GSZ *)li__2OSM)->li__HSZ.li__3HQB;
    } break;
    case __li__1RRF__: {
      li__KPSM=((__li__1RRF *)li__2OSM)->li__2RRF.li__3HQB;
    } break;
    case __li__UJSH__: {
      li__KPSM=li__SDSN();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__KPSM != (void *)NULL)) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2OSM)->__id) {
      case __li__IF__: {
        li__RPSM=((__li__IF *)li__2OSM)->li__3HQB;
      } break;
      case __li__ORB__: {
        li__RPSM=((__li__ORB *)li__2OSM)->li__PRB.li__3HQB;
      } break;
      case __li__QRB__: {
        li__RPSM=((__li__QRB *)li__2OSM)->li__RRB.li__3HQB;
      } break;
      case __li__SRB__: {
        li__RPSM=((__li__SRB *)li__2OSM)->li__TRB.li__3HQB;
      } break;
      case __li__URB__: {
        li__RPSM=((__li__URB *)li__2OSM)->li__VRB.li__3HQB;
      } break;
      case __li__GSZ__: {
        li__RPSM=((__li__GSZ *)li__2OSM)->li__HSZ.li__3HQB;
      } break;
      case __li__1RRF__: {
        li__RPSM=((__li__1RRF *)li__2OSM)->li__2RRF.li__3HQB;
      } break;
      case __li__UJSH__: {
        li__RPSM=li__SDSN();
      } break;
      };
      li__KPSM=((__li__XHQB *)li__RPSM);
      li__54HV=li__AIO(((__li__U *)li__1OSM->li__QGQB));
      li__CWBO=((void **)li__KPSM->li__0XDD)[(__li__K)(li__54HV % li__KPSM->li__TXDD)];
      while ((! (((void *)li__CWBO == (void *)NULL) || ((void *)li__CWBO->li__GYDD == (void *)li__1OSM)))) {
        li__CWBO=li__CWBO->li__RYDD;
      };
      li__4OSM=((void *)li__CWBO != (void *)NULL);
    };
  };
  li__3OSM=li__4OSM;
  return(li__3OSM);
}

static __li__C li__4PSM(__li__SRB *li__5PSM,void *li__AQSM)
/* (Strict TYPE_CONTEXT{li__SRB},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__B5HV;
  __li__C li__CQSM,li__JQSM,li__BQSM;
  __li__XHQB *li__OQSM,*li__VQSM;
  __li__NXDD *li__PXBO;
  li__CQSM=li__I__;
  /* __li__B__ __li__I__ */
if (((void *)li__5PSM == (void *)li__AQSM)) {
    li__CQSM=li__B__;
    li__JQSM=li__B__;
  } else /* FALSE */ {
    li__JQSM=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__JQSM)) {
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__AQSM)->__id) {
    case __li__IF__: {
      li__OQSM=((__li__IF *)li__AQSM)->li__3HQB;
    } break;
    case __li__ORB__: {
      li__OQSM=((__li__ORB *)li__AQSM)->li__PRB.li__3HQB;
    } break;
    case __li__QRB__: {
      li__OQSM=((__li__QRB *)li__AQSM)->li__RRB.li__3HQB;
    } break;
    case __li__SRB__: {
      li__OQSM=((__li__SRB *)li__AQSM)->li__TRB.li__3HQB;
    } break;
    case __li__URB__: {
      li__OQSM=((__li__URB *)li__AQSM)->li__VRB.li__3HQB;
    } break;
    case __li__GSZ__: {
      li__OQSM=((__li__GSZ *)li__AQSM)->li__HSZ.li__3HQB;
    } break;
    case __li__1RRF__: {
      li__OQSM=((__li__1RRF *)li__AQSM)->li__2RRF.li__3HQB;
    } break;
    case __li__UJSH__: {
      li__OQSM=li__SDSN();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__OQSM != (void *)NULL)) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__AQSM)->__id) {
      case __li__IF__: {
        li__VQSM=((__li__IF *)li__AQSM)->li__3HQB;
      } break;
      case __li__ORB__: {
        li__VQSM=((__li__ORB *)li__AQSM)->li__PRB.li__3HQB;
      } break;
      case __li__QRB__: {
        li__VQSM=((__li__QRB *)li__AQSM)->li__RRB.li__3HQB;
      } break;
      case __li__SRB__: {
        li__VQSM=((__li__SRB *)li__AQSM)->li__TRB.li__3HQB;
      } break;
      case __li__URB__: {
        li__VQSM=((__li__URB *)li__AQSM)->li__VRB.li__3HQB;
      } break;
      case __li__GSZ__: {
        li__VQSM=((__li__GSZ *)li__AQSM)->li__HSZ.li__3HQB;
      } break;
      case __li__1RRF__: {
        li__VQSM=((__li__1RRF *)li__AQSM)->li__2RRF.li__3HQB;
      } break;
      case __li__UJSH__: {
        li__VQSM=li__SDSN();
      } break;
      };
      li__OQSM=((__li__XHQB *)li__VQSM);
      li__B5HV=li__AIO((&__string_51));
      li__PXBO=((void **)li__OQSM->li__0XDD)[(__li__K)(li__B5HV % li__OQSM->li__TXDD)];
      while ((! (((void *)li__PXBO == (void *)NULL) || ((void *)li__PXBO->li__GYDD == (void *)li__5PSM)))) {
        li__PXBO=li__PXBO->li__RYDD;
      };
      li__CQSM=((void *)li__PXBO != (void *)NULL);
    };
  };
  li__BQSM=li__CQSM;
  return(li__BQSM);
}

static __li__C li__0QSM(void *li__2QSM)
/* (TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__4QSM;
  __li__PF *li__D5HV;
  __li__C li__3QSM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2QSM)->__id) {
  case __li__IF__: {
    li__4QSM=((__li__IF *)li__2QSM)->li__TF->li__SF.li__R2B;
  } break;
  case __li__ORB__: {
    li__4QSM=(&__string_1);
  } break;
  case __li__QRB__: {
    li__4QSM=(&__string_2);
  } break;
  case __li__SRB__: {
    li__4QSM=(&__string_51);
  } break;
  case __li__URB__: {
    li__4QSM=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__4QSM=((__li__GSZ *)li__2QSM)->li__EGQB;
  } break;
  case __li__1RRF__: {
    li__D5HV=li__QLKI();
    li__4QSM=li__D5HV->li__SF.li__R2B;
  } break;
  case __li__UJSH__: {
    li__4QSM=((__li__UJSH *)li__2QSM)->li__VJSH.li__NZFD;
  } break;
  };
  li__3QSM=((void *)li__4QSM == (void *)(&__string_53));
  return(li__3QSM);
}

static __li__C li__BRSM(__li__GSZ *li__CRSM,void *li__DRSM)
/* (Strict TYPE_GENERIC{li__GSZ},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__G5HV;
  __li__C li__FRSM,li__MRSM,li__ERSM;
  __li__XHQB *li__RRSM,*li__YRSM;
  __li__NXDD *li__2YBO;
  li__FRSM=li__I__;
  /* __li__B__ __li__I__ */
if (((void *)li__CRSM == (void *)li__DRSM)) {
    li__FRSM=li__B__;
    li__MRSM=li__B__;
  } else /* FALSE */ {
    li__MRSM=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__MRSM)) {
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DRSM)->__id) {
    case __li__IF__: {
      li__RRSM=((__li__IF *)li__DRSM)->li__3HQB;
    } break;
    case __li__ORB__: {
      li__RRSM=((__li__ORB *)li__DRSM)->li__PRB.li__3HQB;
    } break;
    case __li__QRB__: {
      li__RRSM=((__li__QRB *)li__DRSM)->li__RRB.li__3HQB;
    } break;
    case __li__SRB__: {
      li__RRSM=((__li__SRB *)li__DRSM)->li__TRB.li__3HQB;
    } break;
    case __li__URB__: {
      li__RRSM=((__li__URB *)li__DRSM)->li__VRB.li__3HQB;
    } break;
    case __li__GSZ__: {
      li__RRSM=((__li__GSZ *)li__DRSM)->li__HSZ.li__3HQB;
    } break;
    case __li__1RRF__: {
      li__RRSM=((__li__1RRF *)li__DRSM)->li__2RRF.li__3HQB;
    } break;
    case __li__UJSH__: {
      li__RRSM=li__SDSN();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__RRSM != (void *)NULL)) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DRSM)->__id) {
      case __li__IF__: {
        li__YRSM=((__li__IF *)li__DRSM)->li__3HQB;
      } break;
      case __li__ORB__: {
        li__YRSM=((__li__ORB *)li__DRSM)->li__PRB.li__3HQB;
      } break;
      case __li__QRB__: {
        li__YRSM=((__li__QRB *)li__DRSM)->li__RRB.li__3HQB;
      } break;
      case __li__SRB__: {
        li__YRSM=((__li__SRB *)li__DRSM)->li__TRB.li__3HQB;
      } break;
      case __li__URB__: {
        li__YRSM=((__li__URB *)li__DRSM)->li__VRB.li__3HQB;
      } break;
      case __li__GSZ__: {
        li__YRSM=((__li__GSZ *)li__DRSM)->li__HSZ.li__3HQB;
      } break;
      case __li__1RRF__: {
        li__YRSM=((__li__1RRF *)li__DRSM)->li__2RRF.li__3HQB;
      } break;
      case __li__UJSH__: {
        li__YRSM=li__SDSN();
      } break;
      };
      li__RRSM=((__li__XHQB *)li__YRSM);
      li__G5HV=li__AIO(((__li__U *)li__CRSM->li__HSZ.li__QGQB));
      li__2YBO=((void **)li__RRSM->li__0XDD)[(__li__K)(li__G5HV % li__RRSM->li__TXDD)];
      while ((! (((void *)li__2YBO == (void *)NULL) || ((void *)li__2YBO->li__GYDD == (void *)li__CRSM)))) {
        li__2YBO=li__2YBO->li__RYDD;
      };
      li__FRSM=((void *)li__2YBO != (void *)NULL);
    };
  };
  li__ERSM=li__FRSM;
  return(li__ERSM);
}

static __li__C li__3RSM(__li__1RRF *li__4RSM,void *li__5RSM)
/* (Strict TYPE_BLOCK{li__1RRF},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__1RRF *li__DSSM;
  __li__C li__ASSM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__5RSM==NULL) {
    li__DSSM=NULL;
  } else {
    if (((struct ___OBJ *)li__5RSM)->__id==__li__1RRF__) {
      li__DSSM=((void *)li__5RSM);
    } else /* Other types */ {
      li__DSSM=NULL;
    }
  };
  li__ASSM=((((void *)li__DSSM != (void *)NULL) && ((void *)li__DSSM->li__3Y0F == (void *)li__4RSM->li__3Y0F)) && ((void *)li__DSSM->li__HZ0F == (void *)li__4RSM->li__HZ0F));
  return(li__ASSM);
}

static __li__C li__HXQN(__li__UJSH *li__IXQN,void *li__JXQN)
/* (Strict PROFIL_BLOCK{li__UJSH},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__1RRF *li__UXQN,*li__RK2O,*li__SK2O;
  __li__K li__VK2O,li__NERU,li__PERU;
  __li__C li__NXQN,li__LXQN,li__UK2O,li__0M2O,li__WM2O,li__QM2O;
  __li__C li__KXQN;
  li__NXQN=((void *)li__JXQN == (void *)li__IXQN->li__ZWPJ);
  li__LXQN=li__NXQN;
  /* __li__B__ __li__I__ */
if ((! li__NXQN)) {
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__JXQN==NULL) {
      li__UXQN=NULL;
    } else {
      if (((struct ___OBJ *)li__JXQN)->__id==__li__1RRF__) {
        li__UXQN=((void *)li__JXQN);
      } else /* Other types */ {
        li__UXQN=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__UXQN != (void *)NULL) && ((void *)li__UXQN->li__3Y0F == (void *)li__IXQN->li__ZWPJ->li__3Y0F))) {
      li__RK2O=((__li__1RRF *)li__IXQN->li__ZWPJ);
      li__SK2O=li__UXQN;
      li__UK2O=li__I__;
      li__VK2O= 0;
      /* __li__B__ __li__I__ */
if (((void *)li__RK2O->li__HZ0F == (void *)li__UXQN->li__HZ0F)) {
        li__0M2O=li__B__;
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if ((((void *)li__RK2O->li__HZ0F != (void *)NULL) && ((void *)li__UXQN->li__HZ0F != (void *)NULL))) {
          li__NERU=(__li__K)((*(((__li__3PZ *)li__RK2O->li__HZ0F))).li__1JGB +  1);
          li__PERU=(__li__K)((*(((__li__3PZ *)li__UXQN->li__HZ0F))).li__1JGB +  1);
          li__WM2O=(li__NERU == li__PERU);
        } else /* FALSE */ {
          li__WM2O=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__WM2O) {
          li__UK2O=li__B__;
          li__VK2O= 0;
          while (((li__VK2O <= (*(li__RK2O->li__HZ0F)).li__1JGB) & li__UK2O)) {
            li__QM2O=li__N2IM(((__li__5RB *)((void **)(*(((__li__3PZ *)li__RK2O->li__HZ0F))).li__WNFC)[li__VK2O]),((void **)(*(((__li__3PZ *)li__SK2O->li__HZ0F))).li__WNFC)[li__VK2O]);
            li__UK2O=li__QM2O;
            li__VK2O=(__li__K)(li__VK2O +  1);
          };
          li__WM2O=li__UK2O;
        } else /* FALSE */ {
          li__WM2O=li__I__;
        };
        li__0M2O=li__WM2O;
      };
      li__UK2O=li__0M2O;
    } else /* FALSE */ {
      li__UK2O=li__I__;
    };
    li__LXQN=li__UK2O;
  };
  li__KXQN=li__LXQN;
  return(li__KXQN);
}

static __li__DFNL* li__1CXJ(__li__VTBD *li__2CXJ,__li__PO li__3CXJ,void *li__5CXJ)
/* (Strict LOCAL{li__VTBD},Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__DFNL *li__BDXJ,*li__JDXJ,*li__YDXJ,*li__ADXJ;
  __li__VTBD *li__XDXJ;
  __li__C li__LDXJ;
  li__BDXJ=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__2CXJ->li__ANQI != (void *)NULL)) {
    li__JDXJ=li__1IGL(((__li__VTBD *)li__2CXJ->li__ANQI),li__3CXJ,li__5CXJ);
    li__BDXJ=li__JDXJ;
    li__LDXJ=li__B__;
  } else /* FALSE */ {
    li__LDXJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__LDXJ)) {
    /* __li__B__ __li__I__ */
if (li__MOSI) {
      li__XDXJ=li__FPNQ(li__2CXJ);
      li__YDXJ=li__1IGL(((__li__VTBD *)li__XDXJ),li__3CXJ,li__5CXJ);
      li__BDXJ=li__YDXJ;
    } else /* FALSE */ {
      li__YDXJ=li__1IGL(li__2CXJ,li__3CXJ,li__5CXJ);
      li__BDXJ=li__YDXJ;
    };
  };
  li__ADXJ=li__BDXJ;
  return(li__ADXJ);
}

static __li__QWEC* li__VJZO(__li__HZB *li__XJZO,void *li__YJZO)
/* (Strict SLOT{NULLxli__HZB},ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__QWEC *li__1JZO,*li__0JZO,*li__ZJZO;
  __li__ZCSH *li__L5HV;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QWEC__->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__1JZO=li__EA0G();
  } else /* ITM_SLOT_OPERATOR */ {
    li__1JZO=li__EA0G();
  };
  li__0JZO=li__1JZO;
  li__1JZO=((__li__QWEC *)li__0JZO);
  li__1JZO->li__RWEC=li__XJZO;
  li__1JZO->li__YCSH=li__YJZO;
  li__L5HV=li__CRVH( 1);
  li__1JZO->li__DDSH=li__L5HV;
  li__ZJZO=li__0JZO;
  return(li__ZJZO);
}

static __li__URB* li__FB5J(__li__K li__HB5J)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__URB *li__JB5J,*li__SB5J,*li__IB5J;
  __li__K li__RTAK;
  __li__10C *li__OSAK;
  __li__C li__4SAK;
  void **li__KTAK;
  li__JB5J=NULL;
  /* __li__B__ __li__I__ */
if ((li__HB5J > (*(li__F1C)).li__D2Z)) {
    li__SB5J=li__SBE(li__HB5J);
    li__JB5J=li__SB5J;
    li__OSAK=((__li__10C *)li__F1C);
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__OSAK)).li__D2Z +  1) <= (__li__K)((*(li__OSAK)).li__F2Z -  1))) {
      (*(li__OSAK)).li__D2Z=(__li__K)((*(li__OSAK)).li__D2Z +  1);
      li__4SAK=li__B__;
    } else /* FALSE */ {
      li__4SAK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__4SAK)) {
      /* __li__B__ __li__I__ */
if (((*(li__OSAK)).li__F2Z ==  0)) {
        li__KTAK=li__F1GB( 2);
        (*(li__OSAK)).li__D3Z=li__KTAK;
        (*(li__OSAK)).li__F2Z= 2;
        (*(li__OSAK)).li__D2Z= 0;
      } else /* FALSE */ {
        li__RTAK=(__li__K)((*(li__OSAK)).li__F2Z <<  1);
        li__KTAK=li__AAEC(((void **)(*(li__OSAK)).li__D3Z),(*(li__OSAK)).li__F2Z,li__RTAK);
        (*(li__OSAK)).li__D3Z=li__KTAK;
        (*(li__OSAK)).li__F2Z=li__RTAK;
        (*(li__OSAK)).li__D2Z=(__li__K)((*(li__OSAK)).li__D2Z +  1);
      };
    };
    ((void **)(*(li__OSAK)).li__D3Z)[(*(li__OSAK)).li__D2Z]=li__SB5J;
  } else /* FALSE */ {
    li__JB5J=((void **)(*(((__li__10C *)li__F1C))).li__D3Z)[li__HB5J];
  };
  li__IB5J=li__JB5J;
  return(li__IB5J);
}

static __li__DZB* li__D5QG(__li__HZB *li__F5QG,__li__5RB *li__G5QG)
/* (Strict SLOT{NULLxli__HZB},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__T2RG;
  __li__PO li__I5QG;
  __li__U *li__K5QG;
  __li__DZB *li__K3RG,*li__HF0G,*li__H5QG;
  __li__SQNE *li__WF0G;
  __li__TQNE *li__0F0G;
  __li__3 li__M5QG;
  __li__C li__FG0G;
  li__T2RG=li__F5QG->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T2RG)->__id==__li__IZB__) {
    li__I5QG=((__li__IZB *)li__T2RG)->li__JZB.li__RF.li__0CC;
  } else /* ITM_SLOT_OPERATOR */ {
    li__I5QG=((__li__4HAD *)li__T2RG)->li__5HAD.li__JZB.li__RF.li__0CC;
  };
  li__T2RG=li__F5QG->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T2RG)->__id==__li__IZB__) {
    li__K5QG=((__li__IZB *)li__T2RG)->li__JZB.li__R2B;
  } else /* ITM_SLOT_OPERATOR */ {
    li__K5QG=((__li__4HAD *)li__T2RG)->li__5HAD.li__JZB.li__R2B;
  };
  li__T2RG=li__F5QG->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T2RG)->__id==__li__IZB__) {
    li__M5QG=((__li__IZB *)li__T2RG)->li__JZB.li__DI1B;
  } else /* ITM_SLOT_OPERATOR */ {
    li__M5QG=((__li__4HAD *)li__T2RG)->li__5HAD.li__JZB.li__DI1B;
  };
  li__K3RG=li__H2SG();
  li__HF0G=((__li__DZB *)li__K3RG);
  li__HF0G->li__LZB=li__F5QG;
  li__HF0G->li__GZB.li__FZB.li__RF.li__0CC=li__I5QG;
  li__HF0G->li__GZB.li__FZB.li__R2B=li__K5QG;
  li__HF0G->li__GZB.li__FZB.li__DI1B=li__M5QG;
  li__K5QG=li__Z5TE(li__HF0G->li__GZB.li__FZB.li__R2B);
  li__HF0G->li__GZB.li__GRNE=li__K5QG;
  li__HF0G->li__GZB.li__0RNE=li__G5QG;
  /* __li__B__ __li__I__ */
if (((((__li__F0C)(((__li__5RB *)li__HF0G->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__HF0G->li__GZB.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__HF0G->li__GZB.li__FZB.li__R2B == (void *)(&__string_66)))) {
    li__WF0G=li__5D4G();
    li__4H1L(((__li__SQNE *)li__WF0G),((__li__5RB *)li__HF0G->li__GZB.li__0RNE)->li__AEM);
    li__0F0G=li__NJ1L(((__li__SQNE *)li__WF0G));
    li__HF0G->li__GZB.li__LSNE=li__0F0G;
  } else /* FALSE */ {
    li__HF0G->li__GZB.li__LSNE=li__TQNE__;
  };
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__HF0G->li__GZB.li__0RNE)->li__AEM)->__id) {
  case __li__IF__: 
  case __li__ORB__: 
  case __li__QRB__: 
  case __li__SRB__: 
  case __li__URB__: 
  case __li__GSZ__: {
    li__FG0G=li__I__;
  } break;
  case __li__1RRF__: 
  case __li__UJSH__: {
    li__FG0G=li__B__;
  } break;
  };
  /* __li__B__ __li__I__ */
if (((li__FG0G && ((void *)li__HF0G->li__GZB.li__FZB.li__R2B != (void *)(&__string_86))) && ((void *)li__HF0G->li__GZB.li__FZB.li__R2B != (void *)(&__string_85)))) {
    li__FTVN(((__li__OGID *)li__XGID),li__HF0G);
  };
  li__H5QG=li__K3RG;
  return(li__H5QG);
}

static void li__HC5J(__li__DZB *li__IC5J)
/* (Strict SLOT_DATA{li__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__JC5J,*li__RDVU,*li__QEVU,*li__SEVU;
  __li__KVBD *li__KC5J,*li__ADVU,*li__FDVU,*li__IDVU,*li__NDVU,*li__O5HV;
  __li__KVBD *li__S5HV,*li__W5HV,*li__05HV;
  __li__KI *li__MC5J,*li__ND5J,*li__NFVU,*li__YFVU;
  void *li__OC5J;
  __li__1M *li__PC5J;
  void *li__ZVAK,*li__TMNL,*li__JFTN,*li__RF1N;
  __li__PO li__BDVU,li__TE5J,li__YCPM,li__VDLL,li__RFPM,li__WGPM;
  __li__5RB *li__CDVU,*li__HDVU,*li__VE5J,*li__PDVU,*li__Q5HV,*li__T5HV;
  __li__5RB *li__Y5HV,*li__15HV;
  void *li__2D5J,*li__CE5J;
  __li__K41B *li__EE5J,*li__5BPM;
  __li__ODID *li__OCPM,*li__KIPM,*li__OKPM;
  void *li__RCPM;
  __li__U *li__RDPM,*li__TJPM;
  void *li__SDPM;
  __li__K li__RERU,li__TERU;
  __li__ULSB *li__4FPM;
  __li__WK *li__TDVU,*li__UEVU;
  __li__WVBD *li__VDVU,*li__WDVU,*li__WEVU,*li__XEVU;
  __li__KLWI *li__YDVU,*li__ZEVU;
  __li__KMFK *li__0DVU,*li__1EVU;
  __li__ULWI *li__3DVU,*li__4DVU,*li__4EVU,*li__5EVU;
  __li__MSWI *li__AEVU,*li__BEVU,*li__BFVU,*li__CFVU;
  __li__MZWI *li__DEVU,*li__EEVU,*li__EFVU,*li__FFVU;
  __li__C0WI *li__GEVU,*li__HEVU,*li__HFVU,*li__IFVU;
  __li__M1WI *li__JEVU,*li__KEVU,*li__KFVU,*li__LFVU;
  __li__QWEC *li__AKPM;
  __li__V34B *li__CAIV;
  __li__O3B *li__LG5J;
  __li__3 li__XC5J;
  __li__C li__DD5J,li__NCPM,li__2CPM,li__DGPM,li__HGPM;
  __li__2ZEC *li__PCPM,*li__FCPM,*li__FIPM,*li__MEVU,*li__XENK;
  __li__I03C *li__PEPM;
  li__JC5J=NULL;
  li__KC5J=NULL;
  li__MC5J=NULL;
  li__OC5J=NULL;
  li__PC5J=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__IC5J->li__QC5J == (void *)NULL)) {
    li__ZVAK=li__IC5J->li__LZB->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZVAK)->__id==__li__IZB__) {
      li__XC5J=((__li__IZB *)li__ZVAK)->li__XEHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__XC5J=((__li__4HAD *)li__ZVAK)->li__5HAD.li__XEHD;
    };
    li__DD5J=((li__XC5J != '<') || ((void *)li__IC5J == (void *)li__IC5J->li__LZB->li__Y5KI));
  } else /* FALSE */ {
    li__DD5J=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__DD5J) {
    li__MC5J=li__XIKB;
    li__OC5J=li__JI;
    li__PC5J=li__2UUD;
    li__2UUD=NULL;
    li__JI=NULL;
    li__ND5J=li__R4HD(li__IC5J->li__GZB.li__FZB.li__RF.li__0CC);
    li__XIKB=li__ND5J;
    li__IC5J->li__QC5J=li__ND5J;
    /* __li__B__ __li__I__ */
if (((void *)li__IC5J == (void *)li__IC5J->li__LZB->li__Y5KI)) {
      li__BDVU=li__IC5J->li__GZB.li__FZB.li__RF.li__0CC;
      li__CDVU=li__IC5J->li__GZB.li__0RNE;
      li__ADVU=li__5QND();
      li__FDVU=((__li__KVBD *)li__ADVU);
      li__FDVU->li__LVBD.li__0K.li__0CC=li__BDVU;
      li__HDVU=li__NNSE(((__li__5RB *)li__CDVU));
      li__FDVU->li__LVBD.li__WZLE=li__HDVU;
      li__JC5J=li__ADVU;
    } else /* FALSE */ {
      li__TMNL=li__IC5J->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TMNL)->__id==__li__IZB__) {
        li__2D5J=((__li__IZB *)li__TMNL)->li__QRHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__2D5J=((__li__4HAD *)li__TMNL)->li__5HAD.li__QRHD;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__2D5J != (void *)NULL)) {
        li__2D5J=li__IC5J->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2D5J)->__id==__li__IZB__) {
          li__CE5J=((__li__IZB *)li__2D5J)->li__QRHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__CE5J=((__li__4HAD *)li__2D5J)->li__5HAD.li__QRHD;
        };
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__CE5J==NULL) {
          li__EE5J=NULL;
        } else {
          if (((struct ___OBJ *)li__CE5J)->__id==__li__K41B__) {
            li__EE5J=((void *)li__CE5J);
          } else /* Other types */ {
            li__EE5J=NULL;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__EE5J != (void *)NULL) && ((void *)li__EE5J->li__OSGC == (void *)NULL))) {
          li__TE5J=li__IC5J->li__GZB.li__FZB.li__RF.li__0CC;
          li__CE5J=li__YPYI(li__IC5J);
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__CE5J)->__id) {
          case __li__IF__: {
            li__VE5J=((__li__IF *)li__CE5J)->li__J0C;
          } break;
          case __li__ORB__: {
            li__VE5J=((__li__ORB *)li__CE5J)->li__PRB.li__J0C;
          } break;
          case __li__QRB__: {
            li__VE5J=((__li__QRB *)li__CE5J)->li__RRB.li__J0C;
          } break;
          case __li__SRB__: {
            li__VE5J=((__li__SRB *)li__CE5J)->li__TRB.li__J0C;
          } break;
          case __li__URB__: {
            li__VE5J=((__li__URB *)li__CE5J)->li__VRB.li__J0C;
          } break;
          case __li__GSZ__: {
            li__VE5J=((__li__GSZ *)li__CE5J)->li__HSZ.li__J0C;
          } break;
          case __li__1RRF__: {
            li__VE5J=((__li__1RRF *)li__CE5J)->li__2RRF.li__J0C;
          } break;
          case __li__UJSH__: {
            li__VE5J=((__li__UJSH *)li__CE5J)->li__WJSH.li__J0C;
          } break;
          };
          li__IDVU=li__5QND();
          li__NDVU=((__li__KVBD *)li__IDVU);
          li__NDVU->li__LVBD.li__0K.li__0CC=li__TE5J;
          li__PDVU=li__NNSE(((__li__5RB *)li__VE5J));
          li__NDVU->li__LVBD.li__WZLE=li__PDVU;
          li__KC5J=li__IDVU;
          li__5BPM=((__li__K41B *)li__EE5J);
          li__TE5J=((__li__PO ) 0);
          li__CE5J=NULL;
          li__NCPM=li__I__;
          li__OCPM=NULL;
          li__PCPM=li__ICJJ();
          li__FCPM=li__PCPM;
          li__RCPM=((__li__5RB *)li__IDVU->li__LVBD.li__WZLE)->li__AEM;
          /* __li__B__ __li__I__ */
if (((void *)li__RCPM == (void *)li__QRB__)) {
            li__YCPM=li__5BPM->li__L41B.li__BE1B.li__0CC;
            li__K4E( 1,(&__string_451));
            li__V5E(li__YCPM);
            li__ODF();
          };
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__RCPM)->__id) {
          case __li__IF__: 
          case __li__ORB__: 
          case __li__QRB__: 
          case __li__SRB__: 
          case __li__URB__: 
          case __li__GSZ__: {
            li__2CPM=li__I__;
          } break;
          case __li__1RRF__: 
          case __li__UJSH__: {
            li__2CPM=li__B__;
          } break;
          };
          /* __li__B__ __li__I__ */
if ((li__2CPM && ((void *)li__5BPM->li__L41B.li__PNGC == (void *)(&__string_84)))) {
            li__NCPM=li__B__;
          } else /* FALSE */ {
            li__RDPM=li__5BPM->li__L41B.li__PNGC;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__RCPM)->__id) {
            case __li__IF__: {
              li__SDPM=li__SJ2F(((__li__IF *)li__RCPM),li__RDPM);
            } break;
            case __li__ORB__: {
              li__SDPM=li__NL2F(((__li__ORB *)((__li__IF *)li__RCPM)),li__RDPM);
            } break;
            case __li__QRB__: {
              li__SDPM=li__IN2F(((__li__QRB *)((__li__IF *)li__RCPM)),li__RDPM);
            } break;
            case __li__SRB__: {
              li__SDPM=li__DP2F(((__li__SRB *)((__li__IF *)li__RCPM)),li__RDPM);
            } break;
            case __li__URB__: {
              li__SDPM=li__4Q2F(((__li__URB *)((__li__IF *)li__RCPM)),li__RDPM);
            } break;
            case __li__GSZ__: {
              li__SDPM=li__ZS2F(((__li__GSZ *)((__li__IF *)li__RCPM)),li__RDPM);
            } break;
            case __li__1RRF__: {
              li__SDPM=li__4WMI(li__RDPM);
            } break;
            case __li__UJSH__: {
              li__SDPM=li__NBMN(li__RDPM);
            } break;
            };
            li__CE5J=li__SDPM;
            /* __li__B__ __li__I__ */
if (((void *)li__CE5J == (void *)NULL)) {
              li__HEZ(((__li__BC *)li__0C),(&__string_425));
              li__JAZ(((__li__BC *)li__0C),li__5BPM->li__L41B.li__PNGC);
              li__JAZ(((__li__BC *)li__0C),(&__string_452));
              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__RCPM)->__id) {
              case __li__IF__: {
                li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__RCPM)->li__TF->li__SF.li__R2B);
              } break;
              case __li__ORB__: {
                li__JAZ(((__li__BC *)li__0C),(&__string_1));
              } break;
              case __li__QRB__: {
                li__JAZ(((__li__BC *)li__0C),(&__string_2));
              } break;
              case __li__SRB__: {
                li__JAZ(((__li__BC *)li__0C),(&__string_51));
              } break;
              case __li__URB__: {
                li__JAZ(((__li__BC *)li__0C),(&__string_53));
              } break;
              case __li__GSZ__: {
                li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__RCPM))->li__EGQB);
              } break;
              case __li__1RRF__: {
                li__UPMI(((__li__1RRF *)((__li__IF *)li__RCPM)),li__0C);
              } break;
              case __li__UJSH__: {
                li__O4LN(((__li__UJSH *)((__li__IF *)li__RCPM)),li__0C);
              } break;
              };
              li__JAZ(((__li__BC *)li__0C),(&__string_178));
              li__VDLL=li__5BPM->li__L41B.li__BE1B.li__0CC;
              li__K4E( 1,li__0C);
              li__V5E(li__VDLL);
              li__ODF();
            };
            /* __li__B__ __li__I__ */
if (li__O4RI) {
              /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CE5J)->__id==__li__DZB__) {
                li__JFTN=((__li__DZB *)li__CE5J)->li__LZB->li__KZB;
                /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JFTN)->__id==__li__IZB__) {
                  li__PEPM=((__li__IZB *)li__JFTN)->li__MPHD;
                } else /* ITM_SLOT_OPERATOR */ {
                  li__PEPM=((__li__4HAD *)li__JFTN)->li__5HAD.li__MPHD;
                };
              } else /* SLOT_CODE */ {
                li__JFTN=((__li__QWEC *)li__CE5J)->li__RWEC->li__KZB;
                /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JFTN)->__id==__li__IZB__) {
                  li__PEPM=((__li__IZB *)li__JFTN)->li__MPHD;
                } else /* ITM_SLOT_OPERATOR */ {
                  li__PEPM=((__li__4HAD *)li__JFTN)->li__5HAD.li__MPHD;
                };
              };
              li__RERU=(__li__K)((*(((__li__I03C *)li__PEPM))).li__RBLE +  1);
              /* __li__B__ __li__I__ */
if ((li__RERU !=  1)) {
                li__EDSB( 1,(&__string_453));
                /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CE5J)->__id==__li__DZB__) {
                  li__RFPM=((__li__DZB *)li__CE5J)->li__GZB.li__FZB.li__RF.li__0CC;
                } else /* SLOT_CODE */ {
                  li__RF1N=((__li__QWEC *)li__CE5J)->li__RWEC->li__KZB;
                  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RF1N)->__id==__li__IZB__) {
                    li__RFPM=((__li__IZB *)li__RF1N)->li__JZB.li__RF.li__0CC;
                  } else /* ITM_SLOT_OPERATOR */ {
                    li__RFPM=((__li__4HAD *)li__RF1N)->li__5HAD.li__JZB.li__RF.li__0CC;
                  };
                };
                li__V5E(li__RFPM);
                li__V5E(li__5BPM->li__L41B.li__BE1B.li__0CC);
                li__ODF();
              };
              /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CE5J)->__id==__li__DZB__) {
                li__RFPM=((__li__DZB *)li__CE5J)->li__GZB.li__FZB.li__RF.li__0CC;
              } else /* SLOT_CODE */ {
                li__JFTN=((__li__QWEC *)li__CE5J)->li__RWEC->li__KZB;
                /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JFTN)->__id==__li__IZB__) {
                  li__RFPM=((__li__IZB *)li__JFTN)->li__JZB.li__RF.li__0CC;
                } else /* ITM_SLOT_OPERATOR */ {
                  li__RFPM=((__li__4HAD *)li__JFTN)->li__5HAD.li__JZB.li__RF.li__0CC;
                };
              };
              li__5JKB=li__RFPM;
              /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
                /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CE5J)->__id==__li__DZB__) {
                  li__4FPM=li__QXVG(((__li__DZB *)li__CE5J));
                } else /* SLOT_CODE */ {
                  li__RF1N=((__li__QWEC *)li__CE5J)->li__RWEC->li__KZB;
                  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RF1N)->__id==__li__IZB__) {
                    li__4FPM=((__li__IZB *)li__RF1N)->li__WLSB;
                  } else /* ITM_SLOT_OPERATOR */ {
                    li__4FPM=((__li__4HAD *)li__RF1N)->li__5HAD.li__WLSB;
                  };
                };
                li__DGPM=li__EYCM(((__li__ULSB *)li__4FPM),li__RCPM,((__li__5RB *)li__2UUD->li__2M.li__2NSH)->li__AEM);
                li__HGPM=(! li__DGPM);
              } else /* FALSE */ {
                li__HGPM=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__HGPM) {
                li__HEZ(((__li__BC *)li__0C),(&__string_454));
                li__OUHF(((__li__5RB *)li__2UUD->li__2M.li__2NSH),li__0C);
                li__JAZ(((__li__BC *)li__0C),(&__string_455));
                li__DNVB( 2,li__0C);
                /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CE5J)->__id==__li__DZB__) {
                  li__WGPM=((__li__DZB *)li__CE5J)->li__GZB.li__FZB.li__RF.li__0CC;
                } else /* SLOT_CODE */ {
                  li__RF1N=((__li__QWEC *)li__CE5J)->li__RWEC->li__KZB;
                  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RF1N)->__id==__li__IZB__) {
                    li__WGPM=((__li__IZB *)li__RF1N)->li__JZB.li__RF.li__0CC;
                  } else /* ITM_SLOT_OPERATOR */ {
                    li__WGPM=((__li__4HAD *)li__RF1N)->li__5HAD.li__JZB.li__RF.li__0CC;
                  };
                };
                li__V5E(li__WGPM);
                li__V5E(li__5BPM->li__L41B.li__BE1B.li__0CC);
                li__ODF();
              };
              li__5JKB=li__TE5J;
            };
          };
          li__SDJJ(li__5BPM,li__IDVU,li__PCPM,li__CE5J,li__NCPM);
          /* __li__B__ __li__I__ */
if (li__NCPM) {
            li__FIPM=li__UFNJ(li__PCPM);
            li__FCPM=li__FIPM;
            li__RDVU=((void **)(*(((__li__2ZEC *)li__FIPM))).li__3GPI)[ 0];
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RDVU)->__id) {
            case __li__WK__: {
              li__TDVU=li__PVEJ(((__li__WK *)li__RDVU));
              li__JFTN=li__TDVU;
            } break;
            case __li__AVBD__: {
              li__JFTN=li__AE5L(((__li__AVBD *)li__RDVU));
            } break;
            case __li__KVBD__: {
              li__O5HV=((__li__KVBD *)li__RDVU);
              li__VDLL=li__O5HV->li__LVBD.li__0K.li__0CC;
              li__Q5HV=li__O5HV->li__LVBD.li__WZLE;
              li__O5HV=li__5QND();
              li__S5HV=((__li__KVBD *)li__O5HV);
              li__S5HV->li__LVBD.li__0K.li__0CC=li__VDLL;
              li__T5HV=li__NNSE(((__li__5RB *)li__Q5HV));
              li__S5HV->li__LVBD.li__WZLE=li__T5HV;
              li__JFTN=li__O5HV;
            } break;
            case __li__WVBD__: {
              li__VDVU=((__li__WVBD *)li__RDVU);
              li__WDVU=li__VEID(li__VDVU->li__XVBD.li__0K.li__0CC,li__VDVU->li__2ZLE,li__VDVU->li__XVBD.li__WZLE);
              li__JFTN=li__WDVU;
            } break;
            case __li__Z4WH__: {
              li__JFTN=li__XEVK(((__li__Z4WH *)li__RDVU));
            } break;
            case __li__KTVI__: {
              li__JFTN=li__XF5L(((__li__KTVI *)li__RDVU));
            } break;
            case __li__LTVI__: {
              li__JFTN=li__SDGM(((__li__LTVI *)li__RDVU));
            } break;
            case __li__XTVI__: {
              li__JFTN=li__DG5L(((__li__XTVI *)li__RDVU));
            } break;
            case __li__YTVI__: {
              li__JFTN=li__4DGM(((__li__YTVI *)li__RDVU));
            } break;
            case __li__S2VI__: {
              li__JFTN=li__OG5L(((__li__S2VI *)li__RDVU));
            } break;
            case __li__E3VI__: {
              li__JFTN=li__ZG5L(((__li__E3VI *)li__RDVU));
            } break;
            case __li__KLWI__: {
              li__YDVU=((__li__KLWI *)li__RDVU);
              li__VDLL=li__YDVU->li__LLWI.li__0CC;
              li__0DVU=li__G3CM(((__li__KMFK *)li__YDVU->li__ZPBK));
              li__YDVU=li__PNSJ(li__VDLL,li__0DVU);
              li__JFTN=li__YDVU;
            } break;
            case __li__ULWI__: {
              li__3DVU=((__li__ULWI *)li__RDVU);
              li__4DVU=li__AOSJ(li__3DVU->li__VLWI.li__0CC,li__3DVU->li__4PBK);
              li__JFTN=li__4DVU;
            } break;
            case __li__NMWI__: {
              li__JFTN=li__SH5L(((__li__NMWI *)li__RDVU));
            } break;
            case __li__BNWI__: {
              li__JFTN=li__3H5L(((__li__BNWI *)li__RDVU));
            } break;
            case __li__XNWI__: {
              li__JFTN=li__II5L(((__li__XNWI *)li__RDVU));
            } break;
            case __li__LOWI__: {
              li__JFTN=li__TI5L(((__li__LOWI *)li__RDVU));
            } break;
            case __li__5OWI__: {
              li__JFTN=li__4I5L(((__li__5OWI *)li__RDVU));
            } break;
            case __li__TPWI__: {
              li__JFTN=li__JJ5L(((__li__TPWI *)li__RDVU));
            } break;
            case __li__HQWI__: {
              li__JFTN=li__UJ5L(((__li__HQWI *)li__RDVU));
            } break;
            case __li__ARWI__: {
              li__JFTN=li__5J5L(((__li__ARWI *)li__RDVU));
            } break;
            case __li__URWI__: {
              li__JFTN=li__NK5L(((__li__URWI *)li__RDVU));
            } break;
            case __li__MSWI__: {
              li__AEVU=((__li__MSWI *)li__RDVU);
              li__BEVU=li__YXSJ(li__AEVU->li__NSWI.li__0CC,li__AEVU->li__ISBK);
              li__JFTN=li__BEVU;
            } break;
            case __li__ETWI__: {
              li__JFTN=li__4K5L(((__li__ETWI *)li__RDVU));
            } break;
            case __li__MZWI__: {
              li__DEVU=((__li__MZWI *)li__RDVU);
              li__EEVU=li__4U4I(li__DEVU->li__NZWI.li__0K.li__0CC,li__DEVU->li__3SBK,li__DEVU->li__NZWI.li__WZLE);
              li__JFTN=li__EEVU;
            } break;
            case __li__C0WI__: {
              li__GEVU=((__li__C0WI *)li__RDVU);
              li__HEVU=li__ZV4I(li__GEVU->li__D0WI.li__0K.li__0CC,li__GEVU->li__CTBK);
              li__JFTN=li__HEVU;
            } break;
            case __li__M1WI__: {
              li__JEVU=((__li__M1WI *)li__RDVU);
              li__KEVU=li__1Z4I(li__JEVU->li__N1WI.li__0K.li__0CC,li__JEVU->li__UTFK);
              li__JFTN=li__KEVU;
            } break;
            case __li__KMFK__: {
              li__JFTN=li__G3CM(((__li__KMFK *)li__RDVU));
            } break;
            case __li__XOHL__: {
              li__JFTN=li__AAPN(((__li__XOHL *)li__RDVU));
            } break;
            case __li__FPHL__: {
              li__JFTN=li__2EGM(((__li__FPHL *)li__RDVU));
            } break;
            case __li__APLM__: {
              li__JFTN=li__XRDQ(((__li__APLM *)li__RDVU));
            } break;
            case __li__DTNM__: {
              li__JFTN=li__D5SO(((__li__DTNM *)li__RDVU));
            } break;
            case __li__JXNM__: {
              li__JFTN=li__153R(((__li__JXNM *)li__RDVU));
            } break;
            case __li__21LO__: {
              li__JFTN=li__2KLP(((__li__21LO *)li__RDVU));
            } break;
            case __li__TPOO__: {
              li__JFTN=li__JLLP(((__li__TPOO *)li__RDVU));
            } break;
            case __li__URRO__: {
              li__JFTN=li__KM4R(((__li__URRO *)li__RDVU));
            } break;
            case __li__41XO__: {
              li__JFTN=li__CSDQ(((__li__41XO *)li__RDVU));
            } break;
            case __li__AKBR__: {
              li__JFTN=li__L2DS(((__li__AKBR *)li__RDVU));
            } break;
            case __li__SU5R__: {
              li__JFTN=li__EQJS(((__li__SU5R *)li__RDVU));
            } break;
            case __li__JV5R__: {
              li__JFTN=li__PQJS(((__li__JV5R *)li__RDVU));
            } break;
            };
            li__MEVU=((__li__2ZEC *)li__FIPM);
            ((void **)(*(li__MEVU)).li__3GPI)[ 0]=li__JFTN;
            li__KIPM=li__UVPJ(li__5BPM->li__L41B.li__BE1B.li__0CC,li__IDVU,li__FIPM);
            li__OCPM=li__KIPM;
            li__2CPM=li__B__;
          } else /* FALSE */ {
            li__2CPM=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__2CPM)) {
            li__TERU=(__li__K)((*(((__li__2ZEC *)li__FCPM))).li__NKSH +  1);
            /* __li__B__ __li__I__ */
if ((li__TERU ==  1)) {
              /* __li__B__ __li__I__ */
if ((li__O4RI & li__BMB)) {
                li__TJPM=li__5BPM->li__L41B.li__PNGC;
                li__DGPM=li__SALE(((__li__U *)li__TJPM),(&__string_456));
                li__HGPM=li__DGPM;
              } else /* FALSE */ {
                li__HGPM=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__HGPM) {
                li__HEZ(((__li__BC *)li__0C),(&__string_457));
                li__AKPM=((__li__1M *)li__2UUD)->li__AZOI;
                /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AKPM->li__RWEC->li__KZB)->__id==__li__IZB__) {
                  li__BIJM(((__li__QWEC *)li__AKPM),li__0C);
                } else /* ITM_SLOT_OPERATOR */ {
                  li__WJJM(((__li__QWEC *)li__AKPM),li__0C);
                };
                li__JAZ(((__li__BC *)li__0C),(&__string_458));
                li__OUHF(((__li__5RB *)li__IDVU->li__LVBD.li__WZLE),li__0C);
                li__RFPM=li__5BPM->li__L41B.li__BE1B.li__0CC;
                li__K4E( 2,li__0C);
                li__V5E(li__RFPM);
                li__ODF();
              };
              li__VDLL=li__5BPM->li__L41B.li__BE1B.li__0CC;
              li__QEVU=((void **)(*(((__li__2ZEC *)li__FCPM))).li__3GPI)[ 0];
              li__OKPM=li__GDID(li__VDLL,li__CE5J,li__IDVU,li__QEVU,li__I__);
              li__OCPM=li__OKPM;
              li__T4PJ(li__FCPM);
            } else /* FALSE */ {
              li__SEVU=((void **)(*(((__li__2ZEC *)li__FCPM))).li__3GPI)[ 0];
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SEVU)->__id) {
              case __li__WK__: {
                li__UEVU=li__PVEJ(((__li__WK *)li__SEVU));
                li__RF1N=li__UEVU;
              } break;
              case __li__AVBD__: {
                li__RF1N=li__AE5L(((__li__AVBD *)li__SEVU));
              } break;
              case __li__KVBD__: {
                li__W5HV=((__li__KVBD *)li__SEVU);
                li__RFPM=li__W5HV->li__LVBD.li__0K.li__0CC;
                li__Y5HV=li__W5HV->li__LVBD.li__WZLE;
                li__W5HV=li__5QND();
                li__05HV=((__li__KVBD *)li__W5HV);
                li__05HV->li__LVBD.li__0K.li__0CC=li__RFPM;
                li__15HV=li__NNSE(((__li__5RB *)li__Y5HV));
                li__05HV->li__LVBD.li__WZLE=li__15HV;
                li__RF1N=li__W5HV;
              } break;
              case __li__WVBD__: {
                li__WEVU=((__li__WVBD *)li__SEVU);
                li__XEVU=li__VEID(li__WEVU->li__XVBD.li__0K.li__0CC,li__WEVU->li__2ZLE,li__WEVU->li__XVBD.li__WZLE);
                li__RF1N=li__XEVU;
              } break;
              case __li__Z4WH__: {
                li__RF1N=li__XEVK(((__li__Z4WH *)li__SEVU));
              } break;
              case __li__KTVI__: {
                li__RF1N=li__XF5L(((__li__KTVI *)li__SEVU));
              } break;
              case __li__LTVI__: {
                li__RF1N=li__SDGM(((__li__LTVI *)li__SEVU));
              } break;
              case __li__XTVI__: {
                li__RF1N=li__DG5L(((__li__XTVI *)li__SEVU));
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              case __li__YTVI__: {
                li__RF1N=li__4DGM(((__li__YTVI *)li__SEVU));
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              case __li__S2VI__: {
                li__RF1N=li__OG5L(((__li__S2VI *)li__SEVU));
              } break;
              case __li__E3VI__: {
                li__RF1N=li__ZG5L(((__li__E3VI *)li__SEVU));
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              case __li__KLWI__: {
                li__ZEVU=((__li__KLWI *)li__SEVU);
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                li__ZEVU=li__PNSJ(li__RFPM,li__1EVU);
                li__RF1N=li__ZEVU;
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              case __li__ULWI__: {
                li__4EVU=((__li__ULWI *)li__SEVU);
                li__5EVU=li__AOSJ(li__4EVU->li__VLWI.li__0CC,li__4EVU->li__4PBK);
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              case __li__NMWI__: {
                li__RF1N=li__SH5L(((__li__NMWI *)li__SEVU));
              } break;
              case __li__BNWI__: {
                li__RF1N=li__3H5L(((__li__BNWI *)li__SEVU));
              } break;
              case __li__XNWI__: {
                li__RF1N=li__II5L(((__li__XNWI *)li__SEVU));
              } break;
              case __li__LOWI__: {
                li__RF1N=li__TI5L(((__li__LOWI *)li__SEVU));
              } break;
              case __li__5OWI__: {
                li__RF1N=li__4I5L(((__li__5OWI *)li__SEVU));
              } break;
              case __li__TPWI__: {
                li__RF1N=li__JJ5L(((__li__TPWI *)li__SEVU));
              } break;
              case __li__HQWI__: {
                li__RF1N=li__UJ5L(((__li__HQWI *)li__SEVU));
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              case __li__ARWI__: {
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              case __li__URWI__: {
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              case __li__MSWI__: {
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                li__CFVU=li__YXSJ(li__BFVU->li__NSWI.li__0CC,li__BFVU->li__ISBK);
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              case __li__ETWI__: {
                li__RF1N=li__4K5L(((__li__ETWI *)li__SEVU));
              } break;
              case __li__MZWI__: {
                li__EFVU=((__li__MZWI *)li__SEVU);
                li__FFVU=li__4U4I(li__EFVU->li__NZWI.li__0K.li__0CC,li__EFVU->li__3SBK,li__EFVU->li__NZWI.li__WZLE);
                li__RF1N=li__FFVU;
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              case __li__C0WI__: {
                li__HFVU=((__li__C0WI *)li__SEVU);
                li__IFVU=li__ZV4I(li__HFVU->li__D0WI.li__0K.li__0CC,li__HFVU->li__CTBK);
                li__RF1N=li__IFVU;
              } break;
              case __li__M1WI__: {
                li__KFVU=((__li__M1WI *)li__SEVU);
                li__LFVU=li__1Z4I(li__KFVU->li__N1WI.li__0K.li__0CC,li__KFVU->li__UTFK);
                li__RF1N=li__LFVU;
              } break;
              case __li__KMFK__: {
                li__RF1N=li__G3CM(((__li__KMFK *)li__SEVU));
              } break;
              case __li__XOHL__: {
                li__RF1N=li__AAPN(((__li__XOHL *)li__SEVU));
              } break;
              case __li__FPHL__: {
                li__RF1N=li__2EGM(((__li__FPHL *)li__SEVU));
              } break;
              case __li__APLM__: {
                li__RF1N=li__XRDQ(((__li__APLM *)li__SEVU));
              } break;
              case __li__DTNM__: {
                li__RF1N=li__D5SO(((__li__DTNM *)li__SEVU));
              } break;
              case __li__JXNM__: {
                li__RF1N=li__153R(((__li__JXNM *)li__SEVU));
              } break;
              case __li__21LO__: {
                li__RF1N=li__2KLP(((__li__21LO *)li__SEVU));
              } break;
              case __li__TPOO__: {
                li__RF1N=li__JLLP(((__li__TPOO *)li__SEVU));
              } break;
              case __li__URRO__: {
                li__RF1N=li__KM4R(((__li__URRO *)li__SEVU));
              } break;
              case __li__41XO__: {
                li__RF1N=li__CSDQ(((__li__41XO *)li__SEVU));
              } break;
              case __li__AKBR__: {
                li__RF1N=li__L2DS(((__li__AKBR *)li__SEVU));
              } break;
              case __li__SU5R__: {
                li__RF1N=li__EQJS(((__li__SU5R *)li__SEVU));
              } break;
              case __li__JV5R__: {
                li__RF1N=li__PQJS(((__li__JV5R *)li__SEVU));
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              };
              li__XENK=((__li__2ZEC *)li__FCPM);
              ((void **)(*(li__XENK)).li__3GPI)[ 0]=li__RF1N;
              li__XENK=li__UFNJ(li__FCPM);
              li__FCPM=li__XENK;
              li__OKPM=li__2IUJ(li__5BPM->li__L41B.li__BE1B.li__0CC,li__CE5J,li__IDVU,li__XENK,li__I__);
              li__OCPM=li__OKPM;
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          };
          li__NFVU=((__li__KI *)li__XIKB);
          li__P2VG(((__li__TOLE *)li__NFVU->li__2OLE),li__OCPM);
          li__WVRE(li__NFVU);
          li__RDVU=li__ZAHJ(((__li__ODID *)li__OCPM));
          li__JC5J=li__RDVU;
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          li__RDVU=li__IC5J->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RDVU)->__id==__li__IZB__) {
            li__QEVU=((__li__IZB *)li__RDVU)->li__QRHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__QEVU=((__li__4HAD *)li__RDVU)->li__5HAD.li__QRHD;
          };
          /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__QEVU)->__id) {
          case __li__QOZB__: {
            li__SEVU=li__B5UI(((__li__QOZB *)li__QEVU));
          } break;
          case __li__VXZB__: {
            li__SEVU=li__TDVI(((__li__VXZB *)li__QEVU));
          } break;
          case __li__BZZB__: {
            li__SEVU=li__0DVI(((__li__BZZB *)li__QEVU));
          } break;
          case __li__DA1B__: {
            li__YCPM=((__li__DA1B *)li__QEVU)->li__EA1B.li__0CC;
            li__K4E( 1,(&__string_459));
            li__V5E(li__YCPM);
            li__ODF();
            li__SEVU=NULL;
          } break;
          case __li__ZA1B__: {
            li__SEVU=li__HGVI(((__li__ZA1B *)li__QEVU));
          } break;
          case __li__SB1B__: {
            li__SEVU=li__KJVI(((__li__SB1B *)li__QEVU));
          } break;
          case __li__AE1B__: {
            li__SEVU=li__OMVI(((__li__AE1B *)li__QEVU));
          } break;
          case __li__5E1B__: {
            li__SEVU=li__SNVI(((__li__5E1B *)li__QEVU));
          } break;
          case __li__D11B__: {
            li__KBG((&__string_460));
            fputc((int)('\n'),stdout);
            exit(( 1));
            li__SEVU=NULL;
          } break;
          case __li__K41B__: {
            li__SEVU=li__IPVI(((__li__K41B *)li__QEVU));
          } break;
          case __li__YA2B__: {
            li__SEVU=li__OPVI(((__li__YA2B *)li__QEVU));
          } break;
          case __li__NB2B__: {
            li__SEVU=li__RUVI(((__li__NB2B *)li__QEVU));
          } break;
          case __li__LH2B__: {
            li__SEVU=li__ODWI(((__li__LH2B *)li__QEVU));
          } break;
          case __li__M32B__: {
            li__SEVU=li__DHWI(((__li__M32B *)li__QEVU));
          } break;
          case __li__KD3B__: {
            li__SEVU=li__2IWI(((__li__KD3B *)li__QEVU));
          } break;
          case __li__WE3B__: {
            li__SEVU=li__CKWI(((__li__WE3B *)li__QEVU));
          } break;
          case __li__UG4B__: {
            li__SEVU=li__PYWI(((__li__UG4B *)li__QEVU));
          } break;
          case __li__Q24B__: {
            li__SEVU=li__JZWI(((__li__Q24B *)li__QEVU));
          } break;
          case __li__D34B__: {
            li__SEVU=li__VZWI(((__li__D34B *)li__QEVU));
          } break;
          case __li__V34B__: {
            li__CAIV=((__li__V34B *)li__QEVU);
            li__GEVU=li__ZV4I(li__CAIV->li__W34B.li__0CC,li__CAIV->li__2OGD);
            li__SEVU=li__GEVU;
          } break;
          case __li__H44B__: {
            li__SEVU=li__I0WI(((__li__H44B *)li__QEVU));
          } break;
          case __li__XMUC__: {
            li__KBG((&__string_447));
            fputc((int)('\n'),stdout);
            exit(( 1));
            li__SEVU=NULL;
          } break;
          };
          li__JC5J=li__SEVU;
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      } else /* FALSE */ {
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switch (((struct ___OBJ *)li__JC5J)->__id) {
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      case __li__AVBD__: {
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      case __li__KVBD__: {
        li__RDVU=li__TAHK(((__li__KVBD *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__WVBD__: {
        li__RDVU=li__IJHK(((__li__WVBD *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__Z4WH__: {
        li__RDVU=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__KTVI__: {
        li__RDVU=li__4RHK(((__li__KTVI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
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      case __li__LTVI__: {
        li__RDVU=li__TXMN(((__li__LTVI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__XTVI__: {
        li__RDVU=li__U0HK(((__li__XTVI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__YTVI__: {
        li__RDVU=li__IANN(((__li__YTVI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
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      case __li__S2VI__: {
        li__RDVU=li__JDIK(((__li__S2VI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__E3VI__: {
        li__RDVU=li__4LIK(((__li__E3VI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__KLWI__: {
        li__RDVU=li__SUIK(((__li__KLWI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__ULWI__: {
        li__RDVU=li__G3IK(((__li__ULWI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__NMWI__: {
        li__RDVU=li__1FJK(((__li__NMWI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__BNWI__: {
        li__RDVU=li__QOJK(((__li__BNWI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__XNWI__: {
        li__RDVU=li__FXJK(((__li__XNWI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
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      case __li__LOWI__: {
        li__RDVU=li__05JK(((__li__LOWI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
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      case __li__5OWI__: {
        li__RDVU=li__PIKK(((__li__5OWI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
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      case __li__TPWI__: {
        li__RDVU=li__ERKK(((__li__TPWI *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
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      case __li__HQWI__: {
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      case __li__ARWI__: {
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      case __li__URWI__: {
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      case __li__MSWI__: {
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      case __li__C0WI__: {
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      case __li__XOHL__: {
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      case __li__FPHL__: {
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      case __li__APLM__: {
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      case __li__DTNM__: {
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      case __li__JXNM__: {
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      case __li__21LO__: {
        li__RDVU=li__FGJP(((__li__21LO *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
      } break;
      case __li__TPOO__: {
        li__RDVU=li__0OJP(((__li__TPOO *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
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      case __li__URRO__: {
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      case __li__41XO__: {
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      case __li__AKBR__: {
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      case __li__SU5R__: {
        li__RDVU=li__IWPS(((__li__SU5R *)((__li__WK *)li__JC5J)),li__CDVU,li__BDVU);
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      case __li__JV5R__: {
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      } break;
      };
      li__JC5J=li__RDVU;
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if ((li__IC5J->li__GZB.li__FZB.li__DI1B == '+')) {
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switch (((struct ___OBJ *)li__RDVU)->__id) {
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        li__VE5J=((__li__IF *)li__RDVU)->li__J0C;
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      case __li__ORB__: {
        li__VE5J=((__li__ORB *)li__RDVU)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__VE5J=((__li__QRB *)li__RDVU)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__VE5J=((__li__SRB *)li__RDVU)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__VE5J=((__li__URB *)li__RDVU)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__VE5J=((__li__GSZ *)li__RDVU)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__VE5J=((__li__1RRF *)li__RDVU)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__VE5J=((__li__UJSH *)li__RDVU)->li__WJSH.li__J0C;
      } break;
      };
      li__ADVU=li__5QND();
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      li__KC5J=li__ADVU;
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      li__KC5J=NULL;
    };
    /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
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    };
    li__RDVU=li__NXEJ(li__IC5J,li__IC5J->li__GZB.li__FZB.li__RF.li__0CC,li__KC5J,li__JC5J);
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__JC5J==NULL) {
      li__ADVU=NULL;
    } else {
      if (((struct ___OBJ *)li__JC5J)->__id==__li__KVBD__) {
        li__ADVU=((void *)li__JC5J);
      } else /* Other types */ {
        li__ADVU=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__ADVU != (void *)NULL) && (((void *)((__li__5RB *)li__ADVU->li__LVBD.li__WZLE)->li__AEM == (void *)li__ORB__) || ((void *)((__li__5RB *)li__ADVU->li__LVBD.li__WZLE)->li__AEM == (void *)li__LSB)))) {
      li__NCPM=li__B__;
    } else /* FALSE */ {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__JC5J==NULL) {
        li__VDVU=NULL;
      } else {
        if (((struct ___OBJ *)li__JC5J)->__id==__li__WVBD__) {
          li__VDVU=((void *)li__JC5J);
        } else /* Other types */ {
          li__VDVU=NULL;
        }
      };
      li__NCPM=(((void *)li__VDVU != (void *)NULL) && (li__VDVU->li__2ZLE ==  0));
    };
    /* __li__B__ __li__I__ */
if (li__NCPM) {
      /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__RDVU)->__id==__li__RLKJ__) {
        ((__li__RLKJ *)li__RDVU)->li__SLKJ.li__4BDK=li__B__;
      } else /* WRITE_SLOT */ {
        ((__li__5LKJ *)li__RDVU)->li__AMKJ.li__4BDK=li__B__;
      };
    };
    li__ND5J=((__li__KI *)li__XIKB);
    li__P2VG(((__li__TOLE *)li__ND5J->li__2OLE),li__RDVU);
    li__WVRE(li__ND5J);
    li__ND5J=li__XIKB;
    li__BDVU=li__IC5J->li__GZB.li__FZB.li__RF.li__0CC;
    li__CDVU=li__QRB__->li__RRB.li__J0C;
    li__ADVU=li__5QND();
    li__FDVU=((__li__KVBD *)li__ADVU);
    li__FDVU->li__LVBD.li__0K.li__0CC=li__BDVU;
    li__HDVU=li__NNSE(((__li__5RB *)li__CDVU));
    li__FDVU->li__LVBD.li__WZLE=li__HDVU;
    li__NFVU=((__li__KI *)li__ND5J);
    li__P2VG(((__li__TOLE *)li__NFVU->li__2OLE),li__ADVU);
    li__WVRE(li__NFVU);
    li__XIKB=li__MC5J;
    li__JI=li__OC5J;
    li__2UUD=li__PC5J;
  };
}

static __li__L0WO* li__FNGP()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__IAOP,li__RGVU;
  __li__JJG li__QAOP,li__UGVU,li__PGVU;
  __li__K li__1AOP;
  __li__52B li__5GVU;
  __li__L0WO *li__HAOP,*li__QBOP,*li__INGP;
  void **li__2VFQ;
  li__HAOP=NULL;
  li__IAOP=((__li__CB )(NULL));
  li__QAOP=((__li__JJG )sizeof(__li__L0WO));
  /* __li__B__ __li__I__ */
if ((li__QAOP ==  0)) {
    li__HAOP=li__L0WO__;
  } else /* FALSE */ {
    li__1AOP=__li__L0WO__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__QAOP));
    /* __li__B__ __li__I__ */
if ((li__1AOP == (__li__K)(-  1))) {
      li__UGVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PGVU=(__li__JJG)((__li__JJG)(li__QAOP - (__li__JJG)(((__li__JJG ) 0) - li__UGVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__UGVU) - ((__li__JJG ) 1)));
      li__UGVU=(__li__JJG)(li__PGVU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__RGVU=li__YCJ(li__PGVU,((__li__CB )(&(table_size[(li__UGVU)-1]))),((__li__52B )li__PGVU));
      li__IAOP=li__RGVU;
    } else /* FALSE */ {
      li__5GVU=((__li__52B )li__1AOP);
      li__UGVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PGVU=(__li__JJG)((__li__JJG)(li__QAOP - (__li__JJG)(((__li__JJG ) 0) - li__UGVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__UGVU) - ((__li__JJG ) 1)));
      li__RGVU=li__YCJ(li__PGVU,((__li__CB )(&(table_type[(li__5GVU)]))),(__li__52B)(li__5GVU |  1));
      li__IAOP=li__RGVU;
    };
    li__QBOP=((__li__L0WO *)li__IAOP);
    li__HAOP=li__QBOP;
    *(li__QBOP) = *(li__L0WO__);
  };
  li__QBOP=((__li__L0WO *)li__HAOP);
  /* __li__B__ __li__I__ */
if (((*(li__QBOP)).li__5LFQ <  1)) {
    li__2VFQ=li__R4PQ( 1);
    (*(li__QBOP)).li__3MFQ=li__2VFQ;
    (*(li__QBOP)).li__5LFQ= 1;
  };
  (*(li__QBOP)).li__O1WO=(__li__K)(-  1);
  li__INGP=li__HAOP;
  return(li__INGP);
}

static void li__0LFQ(__li__L0WO *li__1LFQ,__li__QWEC *li__2LFQ)
/* (Strict FAST_ARRAY(SLOT_CODE){li__L0WO},Strict SLOT_CODE{NULLxli__QWEC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ENFQ,li__HL3Q,li__GM3Q,li__HM3Q;
  __li__CB li__FM3Q,li__LM3Q;
  __li__C li__MMFQ;
  void **li__2MFQ;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__1LFQ)).li__O1WO +  1) <= (__li__K)((*(li__1LFQ)).li__5LFQ -  1))) {
    (*(li__1LFQ)).li__O1WO=(__li__K)((*(li__1LFQ)).li__O1WO +  1);
    li__MMFQ=li__B__;
  } else /* FALSE */ {
    li__MMFQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__MMFQ)) {
    /* __li__B__ __li__I__ */
if (((*(li__1LFQ)).li__5LFQ ==  0)) {
      li__2MFQ=li__R4PQ( 2);
      (*(li__1LFQ)).li__3MFQ=li__2MFQ;
      (*(li__1LFQ)).li__5LFQ= 2;
      (*(li__1LFQ)).li__O1WO= 0;
    } else /* FALSE */ {
      li__ENFQ=(__li__K)((*(li__1LFQ)).li__5LFQ <<  1);
      li__2MFQ=((void **)(*(li__1LFQ)).li__3MFQ);
      li__HL3Q=(*(li__1LFQ)).li__5LFQ;
      li__FM3Q=((__li__CB )li__2MFQ);
      li__GM3Q=li__VWVQ();
      li__HM3Q=(__li__K)(li__ENFQ * li__GM3Q);
      li__GM3Q=li__VWVQ();
      li__LM3Q=li__CUY(li__FM3Q,((__li__JJG )(__li__K)(li__HL3Q * li__GM3Q)),((__li__JJG )li__HM3Q));
      li__2MFQ=((void **)li__LM3Q);
      li__GM3Q=(__li__K)(li__ENFQ -  1);
      li__HM3Q=li__HL3Q;
      while ((li__HM3Q <= li__GM3Q)) {
        li__2MFQ[li__HM3Q]=NULL;
        li__HM3Q=(__li__K)(li__HM3Q +  1);
      };
      (*(li__1LFQ)).li__3MFQ=li__2MFQ;
      (*(li__1LFQ)).li__5LFQ=li__ENFQ;
      (*(li__1LFQ)).li__O1WO=(__li__K)((*(li__1LFQ)).li__O1WO +  1);
    };
  };
  ((void **)(*(li__1LFQ)).li__3MFQ)[(*(li__1LFQ)).li__O1WO]=li__2LFQ;
}

static void* li__NXEJ(__li__DZB *li__OXEJ,__li__PO li__PXEJ,void *li__QXEJ,void *li__RXEJ)
/* (Strict SLOT_DATA{li__DZB},Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__VXEJ,*li__SXEJ;
  void *li__UYEJ;
  __li__SQNE *li__GZEJ;
  __li__5RB *li__HIVU;
  __li__TQNE *li__SZEJ;
  __li__SZEC *li__IYEJ;
  __li__C li__5YEJ;
  li__VXEJ=li__4KKJ(li__OXEJ,li__PXEJ,li__QXEJ,li__RXEJ);
  /* __li__B__ __li__I__ */
if (((void *)li__OXEJ->li__GZB.li__XRSH == (void *)NULL)) {
    li__OXEJ->li__GZB.li__XRSH=li__VXEJ;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__OXEJ->li__GZB.li__BYEJ == (void *)NULL)) {
      li__IYEJ=li__1ESI( 1);
      li__OXEJ->li__GZB.li__BYEJ=li__IYEJ;
    };
    li__AMNK(((__li__SZEC *)li__OXEJ->li__GZB.li__BYEJ),li__VXEJ);
  };
  /* __li__B__ __li__I__ */
if ((! ((((__li__F0C)(((__li__5RB *)li__OXEJ->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__OXEJ->li__GZB.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__OXEJ->li__GZB.li__FZB.li__R2B == (void *)(&__string_66))))) {
    /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__VXEJ)->__id==__li__RLKJ__) {
      li__UYEJ=((__li__RLKJ *)li__VXEJ)->li__SLKJ.li__CSSH;
    } else /* WRITE_SLOT */ {
      li__UYEJ=((__li__5LKJ *)li__VXEJ)->li__AMKJ.li__CSSH;
    };
    li__5YEJ=((void *)li__UYEJ != (void *)NULL);
  } else /* FALSE */ {
    li__5YEJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((li__5YEJ && (! li__EZBD))) {
    li__GZEJ=li__5D4G();
    /* __li__B__ __li__I__ */
if (((void *)li__OXEJ->li__GZB.li__LSNE != (void *)NULL)) {
      li__L5WM(((__li__SQNE *)li__GZEJ),li__OXEJ->li__GZB.li__LSNE);
    };
    /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__VXEJ)->__id==__li__RLKJ__) {
      li__UYEJ=((__li__RLKJ *)li__VXEJ)->li__SLKJ.li__CSSH;
    } else /* WRITE_SLOT */ {
      li__UYEJ=((__li__5LKJ *)li__VXEJ)->li__AMKJ.li__CSSH;
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UYEJ)->__id) {
    case __li__WK__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),((__li__5RB *)((__li__WK *)li__UYEJ)->li__1K.li__WZLE)->li__AEM);
    } break;
    case __li__AVBD__: {
      li__5SIM(((__li__AVBD *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__KVBD__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__UYEJ))->li__LVBD.li__WZLE)->li__AEM);
    } break;
    case __li__WVBD__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__UYEJ))->li__XVBD.li__WZLE)->li__AEM);
    } break;
    case __li__Z4WH__: {
      li__KBG((&__string_205));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__KTVI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__LTVI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__XTVI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__YTVI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__S2VI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__E3VI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__KLWI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__ULWI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__1SB);
    } break;
    case __li__NMWI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__BNWI__: {
      li__FVIM(((__li__BNWI *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__XNWI__: {
      li__JVIM(((__li__XNWI *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__LOWI__: {
      li__NVIM(((__li__LOWI *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__5OWI__: {
      li__RVIM(((__li__5OWI *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__TPWI__: {
      li__VVIM(((__li__TPWI *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__HQWI__: {
      li__ZVIM(((__li__HQWI *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__ARWI__: {
      li__3VIM(li__GZEJ);
    } break;
    case __li__URWI__: {
      li__AWIM(((__li__URWI *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__MSWI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__1SB);
    } break;
    case __li__ETWI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__UYEJ))->li__NSBK)->li__AEM);
    } break;
    case __li__MZWI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__UYEJ))->li__NZWI.li__WZLE)->li__AEM);
    } break;
    case __li__C0WI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__UYEJ))->li__D0WI.li__WZLE)->li__AEM);
    } break;
    case __li__M1WI__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__UYEJ))->li__N1WI.li__WZLE)->li__AEM);
    } break;
    case __li__KMFK__: {
      li__FXIM(((__li__KMFK *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__XOHL__: {
      li__HIVU=li__T4NN(((__li__XOHL *)((__li__WK *)li__UYEJ)));
      li__4H1L(((__li__SQNE *)li__GZEJ),((__li__5RB *)li__HIVU)->li__AEM);
    } break;
    case __li__FPHL__: {
      li__JILN(((__li__FPHL *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__APLM__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__DTNM__: {
      li__HIVU=li__1ISO(((__li__DTNM *)((__li__WK *)li__UYEJ)));
      li__4H1L(((__li__SQNE *)li__GZEJ),((__li__5RB *)li__HIVU)->li__AEM);
    } break;
    case __li__JXNM__: {
      li__VF4R(((__li__JXNM *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__21LO__: {
      li__JQLP(((__li__21LO *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__TPOO__: {
      li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__UYEJ))->li__5IXO),li__GZEJ);
    } break;
    case __li__URRO__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__41XO__: {
      li__NVDQ(((__li__41XO *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__AKBR__: {
      li__T5DS(((__li__AKBR *)((__li__WK *)li__UYEJ)),li__GZEJ);
    } break;
    case __li__SU5R__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    case __li__JV5R__: {
      li__4H1L(((__li__SQNE *)li__GZEJ),li__DSB);
      li__4H1L(((__li__SQNE *)li__GZEJ),li__LSB);
    } break;
    };
    li__SZEJ=li__KXIM(((__li__SQNE *)li__GZEJ),li__OXEJ->li__GZB.li__LSNE);
    li__OXEJ->li__GZB.li__LSNE=li__SZEJ;
  };
  /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__VXEJ)->__id==__li__RLKJ__) {
    ((__li__RLKJ *)li__VXEJ)->li__SLKJ.li__JOGK=li__B__;
  } else /* WRITE_SLOT */ {
    ((__li__5LKJ *)li__VXEJ)->li__AMKJ.li__JOGK=li__B__;
  };
  li__SXEJ=li__VXEJ;
  return(li__SXEJ);
}

static void* li__EDLN(__li__DZB *li__GDLN,void *li__HDLN,void *li__IDLN)
/* (Strict SLOT_DATA{NULLxli__DZB},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__KDLN,*li__4AIV,*li__JDLN;
  __li__PO li__RDLN,li__TAIV;
  __li__WK *li__TIVU;
  void *li__TDLN;
  __li__KVBD *li__SAIV,*li__WAIV;
  __li__5RB *li__UAIV,*li__XAIV;
  __li__WVBD *li__VIVU,*li__WIVU;
  __li__KLWI *li__YIVU;
  __li__KMFK *li__0IVU;
  __li__ULWI *li__3IVU,*li__4IVU;
  __li__MSWI *li__AJVU,*li__BJVU;
  __li__MZWI *li__DJVU,*li__EJVU;
  __li__C0WI *li__GJVU,*li__HJVU;
  __li__M1WI *li__JJVU,*li__KJVU;
  li__KDLN=NULL;
  /* __li__B__ __li__I__ */
if ((li__GDLN->li__GZB.li__FZB.li__DI1B == '+')) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HDLN)->__id) {
    case __li__WK__: {
      li__RDLN=((__li__WK *)li__HDLN)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__RDLN=((__li__AVBD *)li__HDLN)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__RDLN=((__li__KVBD *)li__HDLN)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__RDLN=((__li__WVBD *)li__HDLN)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__RDLN=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__RDLN=((__li__KTVI *)li__HDLN)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__RDLN=((__li__LTVI *)li__HDLN)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__RDLN=((__li__XTVI *)li__HDLN)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__RDLN=((__li__YTVI *)li__HDLN)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__RDLN=((__li__S2VI *)li__HDLN)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__RDLN=((__li__E3VI *)li__HDLN)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__RDLN=((__li__KLWI *)li__HDLN)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__RDLN=((__li__ULWI *)li__HDLN)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__RDLN=((__li__NMWI *)li__HDLN)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__RDLN=((__li__BNWI *)li__HDLN)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__RDLN=((__li__XNWI *)li__HDLN)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__RDLN=((__li__LOWI *)li__HDLN)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__RDLN=((__li__5OWI *)li__HDLN)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__RDLN=((__li__TPWI *)li__HDLN)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__RDLN=((__li__HQWI *)li__HDLN)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__RDLN=((__li__ARWI *)li__HDLN)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__RDLN=((__li__URWI *)li__HDLN)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__RDLN=((__li__MSWI *)li__HDLN)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__RDLN=((__li__ETWI *)li__HDLN)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__RDLN=((__li__MZWI *)li__HDLN)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__RDLN=((__li__C0WI *)li__HDLN)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__RDLN=((__li__M1WI *)li__HDLN)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__RDLN=((__li__KMFK *)li__HDLN)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__RDLN=((__li__XOHL *)li__HDLN)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__RDLN=((__li__FPHL *)li__HDLN)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__RDLN=((__li__APLM *)li__HDLN)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__RDLN=((__li__DTNM *)li__HDLN)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__RDLN=((__li__JXNM *)li__HDLN)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__RDLN=((__li__21LO *)li__HDLN)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__RDLN=((__li__TPOO *)li__HDLN)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__RDLN=((__li__URRO *)li__HDLN)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__RDLN=((__li__41XO *)li__HDLN)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__RDLN=((__li__AKBR *)li__HDLN)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__RDLN=((__li__SU5R *)li__HDLN)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__RDLN=((__li__JV5R *)li__HDLN)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HDLN)->__id) {
    case __li__WK__: {
      li__TIVU=li__PVEJ(((__li__WK *)li__HDLN));
      li__TDLN=li__TIVU;
    } break;
    case __li__AVBD__: {
      li__TDLN=li__AE5L(((__li__AVBD *)li__HDLN));
    } break;
    case __li__KVBD__: {
      li__SAIV=((__li__KVBD *)li__HDLN);
      li__TAIV=li__SAIV->li__LVBD.li__0K.li__0CC;
      li__UAIV=li__SAIV->li__LVBD.li__WZLE;
      li__SAIV=li__5QND();
      li__WAIV=((__li__KVBD *)li__SAIV);
      li__WAIV->li__LVBD.li__0K.li__0CC=li__TAIV;
      li__XAIV=li__NNSE(((__li__5RB *)li__UAIV));
      li__WAIV->li__LVBD.li__WZLE=li__XAIV;
      li__TDLN=li__SAIV;
    } break;
    case __li__WVBD__: {
      li__VIVU=((__li__WVBD *)li__HDLN);
      li__WIVU=li__VEID(li__VIVU->li__XVBD.li__0K.li__0CC,li__VIVU->li__2ZLE,li__VIVU->li__XVBD.li__WZLE);
      li__TDLN=li__WIVU;
    } break;
    case __li__Z4WH__: {
      li__TDLN=li__XEVK(((__li__Z4WH *)li__HDLN));
    } break;
    case __li__KTVI__: {
      li__TDLN=li__XF5L(((__li__KTVI *)li__HDLN));
    } break;
    case __li__LTVI__: {
      li__TDLN=li__SDGM(((__li__LTVI *)li__HDLN));
    } break;
    case __li__XTVI__: {
      li__TDLN=li__DG5L(((__li__XTVI *)li__HDLN));
    } break;
    case __li__YTVI__: {
      li__TDLN=li__4DGM(((__li__YTVI *)li__HDLN));
    } break;
    case __li__S2VI__: {
      li__TDLN=li__OG5L(((__li__S2VI *)li__HDLN));
    } break;
    case __li__E3VI__: {
      li__TDLN=li__ZG5L(((__li__E3VI *)li__HDLN));
    } break;
    case __li__KLWI__: {
      li__YIVU=((__li__KLWI *)li__HDLN);
      li__TAIV=li__YIVU->li__LLWI.li__0CC;
      li__0IVU=li__G3CM(((__li__KMFK *)li__YIVU->li__ZPBK));
      li__YIVU=li__PNSJ(li__TAIV,li__0IVU);
      li__TDLN=li__YIVU;
    } break;
    case __li__ULWI__: {
      li__3IVU=((__li__ULWI *)li__HDLN);
      li__4IVU=li__AOSJ(li__3IVU->li__VLWI.li__0CC,li__3IVU->li__4PBK);
      li__TDLN=li__4IVU;
    } break;
    case __li__NMWI__: {
      li__TDLN=li__SH5L(((__li__NMWI *)li__HDLN));
    } break;
    case __li__BNWI__: {
      li__TDLN=li__3H5L(((__li__BNWI *)li__HDLN));
    } break;
    case __li__XNWI__: {
      li__TDLN=li__II5L(((__li__XNWI *)li__HDLN));
    } break;
    case __li__LOWI__: {
      li__TDLN=li__TI5L(((__li__LOWI *)li__HDLN));
    } break;
    case __li__5OWI__: {
      li__TDLN=li__4I5L(((__li__5OWI *)li__HDLN));
    } break;
    case __li__TPWI__: {
      li__TDLN=li__JJ5L(((__li__TPWI *)li__HDLN));
    } break;
    case __li__HQWI__: {
      li__TDLN=li__UJ5L(((__li__HQWI *)li__HDLN));
    } break;
    case __li__ARWI__: {
      li__TDLN=li__5J5L(((__li__ARWI *)li__HDLN));
    } break;
    case __li__URWI__: {
      li__TDLN=li__NK5L(((__li__URWI *)li__HDLN));
    } break;
    case __li__MSWI__: {
      li__AJVU=((__li__MSWI *)li__HDLN);
      li__BJVU=li__YXSJ(li__AJVU->li__NSWI.li__0CC,li__AJVU->li__ISBK);
      li__TDLN=li__BJVU;
    } break;
    case __li__ETWI__: {
      li__TDLN=li__4K5L(((__li__ETWI *)li__HDLN));
    } break;
    case __li__MZWI__: {
      li__DJVU=((__li__MZWI *)li__HDLN);
      li__EJVU=li__4U4I(li__DJVU->li__NZWI.li__0K.li__0CC,li__DJVU->li__3SBK,li__DJVU->li__NZWI.li__WZLE);
      li__TDLN=li__EJVU;
    } break;
    case __li__C0WI__: {
      li__GJVU=((__li__C0WI *)li__HDLN);
      li__HJVU=li__ZV4I(li__GJVU->li__D0WI.li__0K.li__0CC,li__GJVU->li__CTBK);
      li__TDLN=li__HJVU;
    } break;
    case __li__M1WI__: {
      li__JJVU=((__li__M1WI *)li__HDLN);
      li__KJVU=li__1Z4I(li__JJVU->li__N1WI.li__0K.li__0CC,li__JJVU->li__UTFK);
      li__TDLN=li__KJVU;
    } break;
    case __li__KMFK__: {
      li__TDLN=li__G3CM(((__li__KMFK *)li__HDLN));
    } break;
    case __li__XOHL__: {
      li__TDLN=li__AAPN(((__li__XOHL *)li__HDLN));
    } break;
    case __li__FPHL__: {
      li__TDLN=li__2EGM(((__li__FPHL *)li__HDLN));
    } break;
    case __li__APLM__: {
      li__TDLN=li__XRDQ(((__li__APLM *)li__HDLN));
    } break;
    case __li__DTNM__: {
      li__TDLN=li__D5SO(((__li__DTNM *)li__HDLN));
    } break;
    case __li__JXNM__: {
      li__TDLN=li__153R(((__li__JXNM *)li__HDLN));
    } break;
    case __li__21LO__: {
      li__TDLN=li__2KLP(((__li__21LO *)li__HDLN));
    } break;
    case __li__TPOO__: {
      li__TDLN=li__JLLP(((__li__TPOO *)li__HDLN));
    } break;
    case __li__URRO__: {
      li__TDLN=li__KM4R(((__li__URRO *)li__HDLN));
    } break;
    case __li__41XO__: {
      li__TDLN=li__CSDQ(((__li__41XO *)li__HDLN));
    } break;
    case __li__AKBR__: {
      li__TDLN=li__L2DS(((__li__AKBR *)li__HDLN));
    } break;
    case __li__SU5R__: {
      li__TDLN=li__EQJS(((__li__SU5R *)li__HDLN));
    } break;
    case __li__JV5R__: {
      li__TDLN=li__PQJS(((__li__JV5R *)li__HDLN));
    } break;
    };
    li__4AIV=li__NXEJ(((__li__DZB *)li__GDLN),li__RDLN,li__TDLN,li__IDLN);
    li__KDLN=li__4AIV;
  } else /* FALSE */ {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HDLN)->__id) {
    case __li__WK__: {
      li__RDLN=((__li__WK *)li__HDLN)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__RDLN=((__li__AVBD *)li__HDLN)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__RDLN=((__li__KVBD *)li__HDLN)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__RDLN=((__li__WVBD *)li__HDLN)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__RDLN=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__RDLN=((__li__KTVI *)li__HDLN)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__RDLN=((__li__LTVI *)li__HDLN)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__RDLN=((__li__XTVI *)li__HDLN)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__RDLN=((__li__YTVI *)li__HDLN)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__RDLN=((__li__S2VI *)li__HDLN)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__RDLN=((__li__E3VI *)li__HDLN)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__RDLN=((__li__KLWI *)li__HDLN)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__RDLN=((__li__ULWI *)li__HDLN)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__RDLN=((__li__NMWI *)li__HDLN)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__RDLN=((__li__BNWI *)li__HDLN)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__RDLN=((__li__XNWI *)li__HDLN)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__RDLN=((__li__LOWI *)li__HDLN)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__RDLN=((__li__5OWI *)li__HDLN)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__RDLN=((__li__TPWI *)li__HDLN)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__RDLN=((__li__HQWI *)li__HDLN)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__RDLN=((__li__ARWI *)li__HDLN)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__RDLN=((__li__URWI *)li__HDLN)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__RDLN=((__li__MSWI *)li__HDLN)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__RDLN=((__li__ETWI *)li__HDLN)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__RDLN=((__li__MZWI *)li__HDLN)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__RDLN=((__li__C0WI *)li__HDLN)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__RDLN=((__li__M1WI *)li__HDLN)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__RDLN=((__li__KMFK *)li__HDLN)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__RDLN=((__li__XOHL *)li__HDLN)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__RDLN=((__li__FPHL *)li__HDLN)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__RDLN=((__li__APLM *)li__HDLN)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__RDLN=((__li__DTNM *)li__HDLN)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__RDLN=((__li__JXNM *)li__HDLN)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__RDLN=((__li__21LO *)li__HDLN)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__RDLN=((__li__TPOO *)li__HDLN)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__RDLN=((__li__URRO *)li__HDLN)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__RDLN=((__li__41XO *)li__HDLN)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__RDLN=((__li__AKBR *)li__HDLN)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__RDLN=((__li__SU5R *)li__HDLN)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__RDLN=((__li__JV5R *)li__HDLN)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    li__4AIV=li__NXEJ(((__li__DZB *)li__GDLN),li__RDLN,NULL,li__IDLN);
    li__KDLN=li__4AIV;
  };
  li__JDLN=li__KDLN;
  return(li__JDLN);
}

static void li__LJHI(__li__TOLE *li__MJHI,void *li__NJHI,__li__K li__OJHI)
/* (Strict FAST_ARRAY(INSTR){li__TOLE},INSTR{NULLxli__KIxli__WKxli__T0Bxli__O3Bxli__AVBDxli__KVBDxli__WVBDxli__IYBDxli__ODIDxli__OWRExli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__RLKJxli__5LKJxli__LHBKxli__KMFKxli__XOHLxli__FPHLxli__DFNLxli__3I3Lxli__APLMxli__DTNMxli__JXNMxli__2PLOxli__21LOxli__TPOOxli__URROxli__41XOxli__EDHPxli__CJ1Pxli__EN1Pxli__AKBRxli__SU5Rxli__JV5R},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if ((li__OJHI == (__li__K)((*(li__MJHI)).li__FPYE +  1))) {
    li__P2VG(li__MJHI,li__NJHI);
  } else /* FALSE */ {
    li__P2VG(li__MJHI,li__NJHI);
    li__2CJI(li__MJHI,li__OJHI,(__li__K)((*(li__MJHI)).li__FPYE -  1));
    ((void **)(*(li__MJHI)).li__S3VG)[li__OJHI]=li__NJHI;
  };
}

static void li__UPMI(__li__1RRF *li__VPMI,__li__BC *li__WPMI)
/* (Strict TYPE_BLOCK{li__1RRF},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__GWJC,li__LQMI,li__P2GJ;
  __li__5RB *li__BBIV,*li__QJVU,*li__DBIV;
  __li__C li__1ERU,li__KQZC;
  __li__3PZ *li__ABIV;
  li__SRX(((__li__BC *)li__WPMI),'{');
  li__1ERU=((*(((__li__3PZ *)li__VPMI->li__3Y0F))).li__1JGB <  0);
  /* __li__B__ __li__I__ */
if ((! li__1ERU)) {
    li__GWJC=(__li__K)((*(((__li__3PZ *)li__VPMI->li__3Y0F))).li__1JGB +  1);
    /* __li__B__ __li__I__ */
if ((li__GWJC >  1)) {
      li__SRX(((__li__BC *)li__WPMI),'(');
      li__LQMI=(__li__K)((*(li__VPMI->li__3Y0F)).li__1JGB -  1);
      li__P2GJ= 0;
      while ((li__P2GJ <= li__LQMI)) {
        li__4MYI(((__li__5RB *)((void **)(*(((__li__3PZ *)li__VPMI->li__3Y0F))).li__WNFC)[li__P2GJ]),li__WPMI);
        li__SRX(((__li__BC *)li__WPMI),',');
        li__P2GJ=(__li__K)(li__P2GJ +  1);
      };
      li__ABIV=((__li__3PZ *)li__VPMI->li__3Y0F);
      li__BBIV=((void **)(*(li__ABIV)).li__WNFC)[(*(li__ABIV)).li__1JGB];
      li__4MYI(((__li__5RB *)li__BBIV),li__WPMI);
      li__SRX(((__li__BC *)li__WPMI),')');
    } else /* FALSE */ {
      li__QJVU=((void **)(*(((__li__3PZ *)li__VPMI->li__3Y0F))).li__WNFC)[ 0];
      li__4MYI(((__li__5RB *)li__QJVU),li__WPMI);
    };
    li__SRX(((__li__BC *)li__WPMI),';');
    li__SRX(((__li__BC *)li__WPMI),' ');
  };
  li__KQZC=((*(((__li__3PZ *)li__VPMI->li__HZ0F))).li__1JGB <  0);
  /* __li__B__ __li__I__ */
if ((! li__KQZC)) {
    li__GWJC=(__li__K)((*(li__VPMI->li__HZ0F)).li__1JGB -  1);
    li__LQMI= 0;
    while ((li__LQMI <= li__GWJC)) {
      li__4MYI(((__li__5RB *)((void **)(*(((__li__3PZ *)li__VPMI->li__HZ0F))).li__WNFC)[li__LQMI]),li__WPMI);
      li__SRX(((__li__BC *)li__WPMI),',');
      li__LQMI=(__li__K)(li__LQMI +  1);
    };
    li__ABIV=((__li__3PZ *)li__VPMI->li__HZ0F);
    li__DBIV=((void **)(*(li__ABIV)).li__WNFC)[(*(li__ABIV)).li__1JGB];
    li__4MYI(((__li__5RB *)li__DBIV),li__WPMI);
  };
  li__SRX(((__li__BC *)li__WPMI),'}');
  li__JAZ(((__li__BC *)li__WPMI),(&__string_461));
}

static __li__BC* li__WFSG(__li__CB li__XFSG)
/* (Expanded POINTER{li__CB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__JJG li__ZFSG,li__DWTG,li__4WTG;
  __li__BC *li__RDTG,*li__J31,*li__YFSG;
  __li__K li__GWTG,li__HWTG;
  __li__3 li__MXUG;
  li__ZFSG=((__li__JJG )li__XFSG);
  li__RDTG=li__IFC( 8);
  li__DWTG=((__li__JJG ) 0);
  li__GWTG= 0;
  li__HWTG= 0;
  /* __li__B__ __li__I__ */
if ((li__ZFSG ==  0)) {
    li__SRX(((__li__BC *)li__RDTG),'0');
  } else /* FALSE */ {
    li__GWTG=(__li__K)(li__RDTG->li__NK +  1);
    li__DWTG=li__ZFSG;
    while ((li__DWTG !=  0)) {
      li__4WTG=(__li__JJG)(li__DWTG & ((__li__JJG ) 15));
      li__MXUG='\0';
      /* __li__B__ __li__I__ */
if ((li__4WTG <= ((__li__JJG ) 9))) {
        li__MXUG=((__li__3 )(((__li__QJG)(((__li__QJG )li__4WTG) + ((__li__QJG )'0')))));
      } else /* FALSE */ {
        li__MXUG=((__li__3 )(((__li__QJG)(((__li__QJG )'A') + ((__li__QJG )(__li__JJG)(li__4WTG - ((__li__JJG ) 10)))))));
      };
      li__SRX(((__li__BC *)li__RDTG),li__MXUG);
      li__DWTG=(__li__JJG)(li__DWTG >>  4);
    };
    li__HWTG=li__RDTG->li__NK;
    while ((li__GWTG < li__HWTG)) {
      li__J31=((__li__BC *)li__RDTG);
      li__MXUG=((__li__3 *)li__J31->li__CUN)[(__li__K)(li__GWTG -  1)];
      ((__li__3 *)li__J31->li__CUN)[(__li__K)(li__GWTG -  1)]=((__li__3 *)li__J31->li__CUN)[(__li__K)(li__HWTG -  1)];
      ((__li__3 *)li__J31->li__CUN)[(__li__K)(li__HWTG -  1)]=li__MXUG;
      li__HWTG=(__li__K)(li__HWTG -  1);
      li__GWTG=(__li__K)(li__GWTG +  1);
    };
  };
  li__YFSG=li__RDTG;
  return(li__YFSG);
}

static __li__2ZEC* li__Y1LO(__li__0VPJ *li__Z1LO)
/* (Strict DTA_BLOCK{li__0VPJ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__5ERU,li__POOO;
  void *li__VJVU,*li__P2LO,*li__42LO,*li__52LO;
  __li__21LO *li__M2LO;
  __li__WK *li__XJVU,*li__RKVU;
  __li__KVBD *li__LBIV,*li__PBIV,*li__TBIV,*li__XBIV;
  __li__PO li__MBIV,li__UBIV;
  __li__5RB *li__NBIV,*li__QBIV,*li__VBIV,*li__YBIV;
  __li__WVBD *li__ZJVU,*li__0JVU,*li__TKVU,*li__UKVU;
  __li__KLWI *li__2JVU,*li__WKVU;
  __li__KMFK *li__4JVU,*li__YKVU;
  __li__ULWI *li__BKVU,*li__CKVU,*li__1KVU,*li__2KVU;
  __li__MSWI *li__EKVU,*li__FKVU,*li__4KVU,*li__5KVU;
  __li__MZWI *li__HKVU,*li__IKVU,*li__BLVU,*li__CLVU;
  __li__C0WI *li__KKVU,*li__LKVU,*li__ELVU,*li__FLVU;
  __li__M1WI *li__NKVU,*li__OKVU,*li__HLVU,*li__ILVU;
  __li__2ZEC *li__11LO,*li__I2LO,*li__01LO;
  li__11LO=NULL;
  /* __li__B__ __li__I__ */
if (li__Z1LO->li__3VPJ.li__DT1L) {
    li__5ERU=(__li__K)((*(((__li__2ZEC *)li__Z1LO->li__3VPJ.li__0EOK))).li__NKSH +  1);
    li__I2LO=li__IF1H(li__5ERU);
    li__11LO=li__I2LO;
    li__VJVU=((void **)(*(((__li__2ZEC *)li__Z1LO->li__3VPJ.li__0EOK))).li__3GPI)[ 0];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__VJVU==NULL) {
      li__M2LO=NULL;
    } else {
      if (((struct ___OBJ *)li__VJVU)->__id==__li__21LO__) {
        li__M2LO=((void *)li__VJVU);
      } else /* Other types */ {
        li__M2LO=NULL;
      }
    };
    li__VJVU=li__M2LO->li__N2LO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VJVU)->__id) {
    case __li__WK__: {
      li__XJVU=li__PVEJ(((__li__WK *)li__VJVU));
      li__P2LO=li__XJVU;
    } break;
    case __li__AVBD__: {
      li__P2LO=li__AE5L(((__li__AVBD *)li__VJVU));
    } break;
    case __li__KVBD__: {
      li__LBIV=((__li__KVBD *)li__VJVU);
      li__MBIV=li__LBIV->li__LVBD.li__0K.li__0CC;
      li__NBIV=li__LBIV->li__LVBD.li__WZLE;
      li__LBIV=li__5QND();
      li__PBIV=((__li__KVBD *)li__LBIV);
      li__PBIV->li__LVBD.li__0K.li__0CC=li__MBIV;
      li__QBIV=li__NNSE(((__li__5RB *)li__NBIV));
      li__PBIV->li__LVBD.li__WZLE=li__QBIV;
      li__P2LO=li__LBIV;
    } break;
    case __li__WVBD__: {
      li__ZJVU=((__li__WVBD *)li__VJVU);
      li__0JVU=li__VEID(li__ZJVU->li__XVBD.li__0K.li__0CC,li__ZJVU->li__2ZLE,li__ZJVU->li__XVBD.li__WZLE);
      li__P2LO=li__0JVU;
    } break;
    case __li__Z4WH__: {
      li__P2LO=li__XEVK(((__li__Z4WH *)li__VJVU));
    } break;
    case __li__KTVI__: {
      li__P2LO=li__XF5L(((__li__KTVI *)li__VJVU));
    } break;
    case __li__LTVI__: {
      li__P2LO=li__SDGM(((__li__LTVI *)li__VJVU));
    } break;
    case __li__XTVI__: {
      li__P2LO=li__DG5L(((__li__XTVI *)li__VJVU));
    } break;
    case __li__YTVI__: {
      li__P2LO=li__4DGM(((__li__YTVI *)li__VJVU));
    } break;
    case __li__S2VI__: {
      li__P2LO=li__OG5L(((__li__S2VI *)li__VJVU));
    } break;
    case __li__E3VI__: {
      li__P2LO=li__ZG5L(((__li__E3VI *)li__VJVU));
    } break;
    case __li__KLWI__: {
      li__2JVU=((__li__KLWI *)li__VJVU);
      li__MBIV=li__2JVU->li__LLWI.li__0CC;
      li__4JVU=li__G3CM(((__li__KMFK *)li__2JVU->li__ZPBK));
      li__2JVU=li__PNSJ(li__MBIV,li__4JVU);
      li__P2LO=li__2JVU;
    } break;
    case __li__ULWI__: {
      li__BKVU=((__li__ULWI *)li__VJVU);
      li__CKVU=li__AOSJ(li__BKVU->li__VLWI.li__0CC,li__BKVU->li__4PBK);
      li__P2LO=li__CKVU;
    } break;
    case __li__NMWI__: {
      li__P2LO=li__SH5L(((__li__NMWI *)li__VJVU));
    } break;
    case __li__BNWI__: {
      li__P2LO=li__3H5L(((__li__BNWI *)li__VJVU));
    } break;
    case __li__XNWI__: {
      li__P2LO=li__II5L(((__li__XNWI *)li__VJVU));
    } break;
    case __li__LOWI__: {
      li__P2LO=li__TI5L(((__li__LOWI *)li__VJVU));
    } break;
    case __li__5OWI__: {
      li__P2LO=li__4I5L(((__li__5OWI *)li__VJVU));
    } break;
    case __li__TPWI__: {
      li__P2LO=li__JJ5L(((__li__TPWI *)li__VJVU));
    } break;
    case __li__HQWI__: {
      li__P2LO=li__UJ5L(((__li__HQWI *)li__VJVU));
    } break;
    case __li__ARWI__: {
      li__P2LO=li__5J5L(((__li__ARWI *)li__VJVU));
    } break;
    case __li__URWI__: {
      li__P2LO=li__NK5L(((__li__URWI *)li__VJVU));
    } break;
    case __li__MSWI__: {
      li__EKVU=((__li__MSWI *)li__VJVU);
      li__FKVU=li__YXSJ(li__EKVU->li__NSWI.li__0CC,li__EKVU->li__ISBK);
      li__P2LO=li__FKVU;
    } break;
    case __li__ETWI__: {
      li__P2LO=li__4K5L(((__li__ETWI *)li__VJVU));
    } break;
    case __li__MZWI__: {
      li__HKVU=((__li__MZWI *)li__VJVU);
      li__IKVU=li__4U4I(li__HKVU->li__NZWI.li__0K.li__0CC,li__HKVU->li__3SBK,li__HKVU->li__NZWI.li__WZLE);
      li__P2LO=li__IKVU;
    } break;
    case __li__C0WI__: {
      li__KKVU=((__li__C0WI *)li__VJVU);
      li__LKVU=li__ZV4I(li__KKVU->li__D0WI.li__0K.li__0CC,li__KKVU->li__CTBK);
      li__P2LO=li__LKVU;
    } break;
    case __li__M1WI__: {
      li__NKVU=((__li__M1WI *)li__VJVU);
      li__OKVU=li__1Z4I(li__NKVU->li__N1WI.li__0K.li__0CC,li__NKVU->li__UTFK);
      li__P2LO=li__OKVU;
    } break;
    case __li__KMFK__: {
      li__P2LO=li__G3CM(((__li__KMFK *)li__VJVU));
    } break;
    case __li__XOHL__: {
      li__P2LO=li__AAPN(((__li__XOHL *)li__VJVU));
    } break;
    case __li__FPHL__: {
      li__P2LO=li__2EGM(((__li__FPHL *)li__VJVU));
    } break;
    case __li__APLM__: {
      li__P2LO=li__XRDQ(((__li__APLM *)li__VJVU));
    } break;
    case __li__DTNM__: {
      li__P2LO=li__D5SO(((__li__DTNM *)li__VJVU));
    } break;
    case __li__JXNM__: {
      li__P2LO=li__153R(((__li__JXNM *)li__VJVU));
    } break;
    case __li__21LO__: {
      li__P2LO=li__2KLP(((__li__21LO *)li__VJVU));
    } break;
    case __li__TPOO__: {
      li__P2LO=li__JLLP(((__li__TPOO *)li__VJVU));
    } break;
    case __li__URRO__: {
      li__P2LO=li__KM4R(((__li__URRO *)li__VJVU));
    } break;
    case __li__41XO__: {
      li__P2LO=li__CSDQ(((__li__41XO *)li__VJVU));
    } break;
    case __li__AKBR__: {
      li__P2LO=li__L2DS(((__li__AKBR *)li__VJVU));
    } break;
    case __li__SU5R__: {
      li__P2LO=li__EQJS(((__li__SU5R *)li__VJVU));
    } break;
    case __li__JV5R__: {
      li__P2LO=li__PQJS(((__li__JV5R *)li__VJVU));
    } break;
    };
    li__2YPI(((__li__2ZEC *)li__I2LO),li__P2LO);
    li__5ERU=(*(li__Z1LO->li__3VPJ.li__0EOK)).li__NKSH;
    li__POOO= 1;
    while ((li__POOO <= li__5ERU)) {
      li__42LO=((void **)(*(((__li__2ZEC *)li__Z1LO->li__3VPJ.li__0EOK))).li__3GPI)[li__POOO];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__42LO)->__id) {
      case __li__WK__: {
        li__RKVU=li__PVEJ(((__li__WK *)li__42LO));
        li__52LO=li__RKVU;
      } break;
      case __li__AVBD__: {
        li__52LO=li__AE5L(((__li__AVBD *)li__42LO));
      } break;
      case __li__KVBD__: {
        li__TBIV=((__li__KVBD *)li__42LO);
        li__UBIV=li__TBIV->li__LVBD.li__0K.li__0CC;
        li__VBIV=li__TBIV->li__LVBD.li__WZLE;
        li__TBIV=li__5QND();
        li__XBIV=((__li__KVBD *)li__TBIV);
        li__XBIV->li__LVBD.li__0K.li__0CC=li__UBIV;
        li__YBIV=li__NNSE(((__li__5RB *)li__VBIV));
        li__XBIV->li__LVBD.li__WZLE=li__YBIV;
        li__52LO=li__TBIV;
      } break;
      case __li__WVBD__: {
        li__TKVU=((__li__WVBD *)li__42LO);
        li__UKVU=li__VEID(li__TKVU->li__XVBD.li__0K.li__0CC,li__TKVU->li__2ZLE,li__TKVU->li__XVBD.li__WZLE);
        li__52LO=li__UKVU;
      } break;
      case __li__Z4WH__: {
        li__52LO=li__XEVK(((__li__Z4WH *)li__42LO));
      } break;
      case __li__KTVI__: {
        li__52LO=li__XF5L(((__li__KTVI *)li__42LO));
      } break;
      case __li__LTVI__: {
        li__52LO=li__SDGM(((__li__LTVI *)li__42LO));
      } break;
      case __li__XTVI__: {
        li__52LO=li__DG5L(((__li__XTVI *)li__42LO));
      } break;
      case __li__YTVI__: {
        li__52LO=li__4DGM(((__li__YTVI *)li__42LO));
      } break;
      case __li__S2VI__: {
        li__52LO=li__OG5L(((__li__S2VI *)li__42LO));
      } break;
      case __li__E3VI__: {
        li__52LO=li__ZG5L(((__li__E3VI *)li__42LO));
      } break;
      case __li__KLWI__: {
        li__WKVU=((__li__KLWI *)li__42LO);
        li__UBIV=li__WKVU->li__LLWI.li__0CC;
        li__YKVU=li__G3CM(((__li__KMFK *)li__WKVU->li__ZPBK));
        li__WKVU=li__PNSJ(li__UBIV,li__YKVU);
        li__52LO=li__WKVU;
      } break;
      case __li__ULWI__: {
        li__1KVU=((__li__ULWI *)li__42LO);
        li__2KVU=li__AOSJ(li__1KVU->li__VLWI.li__0CC,li__1KVU->li__4PBK);
        li__52LO=li__2KVU;
      } break;
      case __li__NMWI__: {
        li__52LO=li__SH5L(((__li__NMWI *)li__42LO));
      } break;
      case __li__BNWI__: {
        li__52LO=li__3H5L(((__li__BNWI *)li__42LO));
      } break;
      case __li__XNWI__: {
        li__52LO=li__II5L(((__li__XNWI *)li__42LO));
      } break;
      case __li__LOWI__: {
        li__52LO=li__TI5L(((__li__LOWI *)li__42LO));
      } break;
      case __li__5OWI__: {
        li__52LO=li__4I5L(((__li__5OWI *)li__42LO));
      } break;
      case __li__TPWI__: {
        li__52LO=li__JJ5L(((__li__TPWI *)li__42LO));
      } break;
      case __li__HQWI__: {
        li__52LO=li__UJ5L(((__li__HQWI *)li__42LO));
      } break;
      case __li__ARWI__: {
        li__52LO=li__5J5L(((__li__ARWI *)li__42LO));
      } break;
      case __li__URWI__: {
        li__52LO=li__NK5L(((__li__URWI *)li__42LO));
      } break;
      case __li__MSWI__: {
        li__4KVU=((__li__MSWI *)li__42LO);
        li__5KVU=li__YXSJ(li__4KVU->li__NSWI.li__0CC,li__4KVU->li__ISBK);
        li__52LO=li__5KVU;
      } break;
      case __li__ETWI__: {
        li__52LO=li__4K5L(((__li__ETWI *)li__42LO));
      } break;
      case __li__MZWI__: {
        li__BLVU=((__li__MZWI *)li__42LO);
        li__CLVU=li__4U4I(li__BLVU->li__NZWI.li__0K.li__0CC,li__BLVU->li__3SBK,li__BLVU->li__NZWI.li__WZLE);
        li__52LO=li__CLVU;
      } break;
      case __li__C0WI__: {
        li__ELVU=((__li__C0WI *)li__42LO);
        li__FLVU=li__ZV4I(li__ELVU->li__D0WI.li__0K.li__0CC,li__ELVU->li__CTBK);
        li__52LO=li__FLVU;
      } break;
      case __li__M1WI__: {
        li__HLVU=((__li__M1WI *)li__42LO);
        li__ILVU=li__1Z4I(li__HLVU->li__N1WI.li__0K.li__0CC,li__HLVU->li__UTFK);
        li__52LO=li__ILVU;
      } break;
      case __li__KMFK__: {
        li__52LO=li__G3CM(((__li__KMFK *)li__42LO));
      } break;
      case __li__XOHL__: {
        li__52LO=li__AAPN(((__li__XOHL *)li__42LO));
      } break;
      case __li__FPHL__: {
        li__52LO=li__2EGM(((__li__FPHL *)li__42LO));
      } break;
      case __li__APLM__: {
        li__52LO=li__XRDQ(((__li__APLM *)li__42LO));
      } break;
      case __li__DTNM__: {
        li__52LO=li__D5SO(((__li__DTNM *)li__42LO));
      } break;
      case __li__JXNM__: {
        li__52LO=li__153R(((__li__JXNM *)li__42LO));
      } break;
      case __li__21LO__: {
        li__52LO=li__2KLP(((__li__21LO *)li__42LO));
      } break;
      case __li__TPOO__: {
        li__52LO=li__JLLP(((__li__TPOO *)li__42LO));
      } break;
      case __li__URRO__: {
        li__52LO=li__KM4R(((__li__URRO *)li__42LO));
      } break;
      case __li__41XO__: {
        li__52LO=li__CSDQ(((__li__41XO *)li__42LO));
      } break;
      case __li__AKBR__: {
        li__52LO=li__L2DS(((__li__AKBR *)li__42LO));
      } break;
      case __li__SU5R__: {
        li__52LO=li__EQJS(((__li__SU5R *)li__42LO));
      } break;
      case __li__JV5R__: {
        li__52LO=li__PQJS(((__li__JV5R *)li__42LO));
      } break;
      };
      li__2YPI(((__li__2ZEC *)li__11LO),li__52LO);
      li__POOO=(__li__K)(li__POOO +  1);
    };
  } else /* FALSE */ {
    li__11LO=li__Z1LO->li__3VPJ.li__0EOK;
    li__Z1LO->li__3VPJ.li__DT1L=li__B__;
  };
  li__01LO=li__11LO;
  return(li__01LO);
}

static void* li__BPOO(__li__DZB *li__CPOO,__li__PO li__DPOO,void *li__EPOO)
/* (Strict SLOT_DATA{li__DZB},Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__GPOO,*li__FPOO;
  __li__TPOO *li__3GQO,*li__GIQO;
  __li__CB li__4GQO,li__OCBV;
  __li__JJG li__GHQO,li__RCBV,li__MCBV;
  __li__K li__RHQO;
  __li__52B li__2CBV;
  __li__21LO *li__RJQO,*li__0KQO;
  li__GPOO=NULL;
  /* __li__B__ __li__I__ */
if ((li__CPOO->li__GZB.li__FZB.li__DI1B == '-')) {
    li__3GQO=NULL;
    li__4GQO=((__li__CB )(NULL));
    li__GHQO=((__li__JJG )sizeof(__li__TPOO));
    /* __li__B__ __li__I__ */
if ((li__GHQO ==  0)) {
      li__3GQO=li__TPOO__;
    } else /* FALSE */ {
      li__RHQO=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__GHQO));
      /* __li__B__ __li__I__ */
if ((li__RHQO == (__li__K)(-  1))) {
        li__RCBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__MCBV=(__li__JJG)((__li__JJG)(li__GHQO - (__li__JJG)(((__li__JJG ) 0) - li__RCBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__RCBV) - ((__li__JJG ) 1)));
        li__RCBV=(__li__JJG)(li__MCBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__OCBV=li__YCJ(li__MCBV,((__li__CB )(&(table_size[(li__RCBV)-1]))),((__li__52B )li__MCBV));
        li__4GQO=li__OCBV;
      } else /* FALSE */ {
        li__2CBV=((__li__52B )li__RHQO);
        li__RCBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__MCBV=(__li__JJG)((__li__JJG)(li__GHQO - (__li__JJG)(((__li__JJG ) 0) - li__RCBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__RCBV) - ((__li__JJG ) 1)));
        li__OCBV=li__YCJ(li__MCBV,((__li__CB )(&(table_type[(li__2CBV)]))),(__li__52B)(li__2CBV |  1));
        li__4GQO=li__OCBV;
      };
      li__GIQO=((__li__TPOO *)li__4GQO);
      li__3GQO=li__GIQO;
      *(li__GIQO) = *(li__TPOO__);
    };
    li__GIQO=((__li__TPOO *)li__3GQO);
    li__GIQO->li__UPOO.li__0CC=li__DPOO;
    li__GIQO->li__5IXO=li__CPOO;
    li__GPOO=li__3GQO;
  } else /* FALSE */ {
    li__RJQO=NULL;
    li__4GQO=((__li__CB )(NULL));
    li__GHQO=((__li__JJG )sizeof(__li__21LO));
    /* __li__B__ __li__I__ */
if ((li__GHQO ==  0)) {
      li__RJQO=li__21LO__;
    } else /* FALSE */ {
      li__RHQO=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__GHQO));
      /* __li__B__ __li__I__ */
if ((li__RHQO == (__li__K)(-  1))) {
        li__RCBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__MCBV=(__li__JJG)((__li__JJG)(li__GHQO - (__li__JJG)(((__li__JJG ) 0) - li__RCBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__RCBV) - ((__li__JJG ) 1)));
        li__RCBV=(__li__JJG)(li__MCBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__OCBV=li__YCJ(li__MCBV,((__li__CB )(&(table_size[(li__RCBV)-1]))),((__li__52B )li__MCBV));
        li__4GQO=li__OCBV;
      } else /* FALSE */ {
        li__2CBV=((__li__52B )li__RHQO);
        li__RCBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__MCBV=(__li__JJG)((__li__JJG)(li__GHQO - (__li__JJG)(((__li__JJG ) 0) - li__RCBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__RCBV) - ((__li__JJG ) 1)));
        li__OCBV=li__YCJ(li__MCBV,((__li__CB )(&(table_type[(li__2CBV)]))),(__li__52B)(li__2CBV |  1));
        li__4GQO=li__OCBV;
      };
      li__0KQO=((__li__21LO *)li__4GQO);
      li__RJQO=li__0KQO;
      *(li__0KQO) = *(li__21LO__);
    };
    li__0KQO=((__li__21LO *)li__RJQO);
    li__0KQO->li__31LO.li__0CC=li__DPOO;
    li__0KQO->li__N2LO=li__EPOO;
    li__0KQO->li__KJXO=li__CPOO;
    li__GPOO=li__RJQO;
  };
  li__FPOO=li__GPOO;
  return(li__FPOO);
}

static __li__SZEC* li__1ESI(__li__K li__3ESI)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__1XEK,li__SLVU;
  __li__JJG li__DYEK,li__VLVU,li__QLVU;
  __li__K li__OYEK;
  __li__52B li__AMVU;
  __li__SZEC *li__0XEK,*li__DZEK,*li__4ESI;
  void **li__E0EK;
  li__0XEK=NULL;
  li__1XEK=((__li__CB )(NULL));
  li__DYEK=((__li__JJG )sizeof(__li__SZEC));
  /* __li__B__ __li__I__ */
if ((li__DYEK ==  0)) {
    li__0XEK=li__SZEC__;
  } else /* FALSE */ {
    li__OYEK=__li__SZEC__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__DYEK));
    /* __li__B__ __li__I__ */
if ((li__OYEK == (__li__K)(-  1))) {
      li__VLVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QLVU=(__li__JJG)((__li__JJG)(li__DYEK - (__li__JJG)(((__li__JJG ) 0) - li__VLVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__VLVU) - ((__li__JJG ) 1)));
      li__VLVU=(__li__JJG)(li__QLVU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__SLVU=li__YCJ(li__QLVU,((__li__CB )(&(table_size[(li__VLVU)-1]))),((__li__52B )li__QLVU));
      li__1XEK=li__SLVU;
    } else /* FALSE */ {
      li__AMVU=((__li__52B )li__OYEK);
      li__VLVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QLVU=(__li__JJG)((__li__JJG)(li__DYEK - (__li__JJG)(((__li__JJG ) 0) - li__VLVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__VLVU) - ((__li__JJG ) 1)));
      li__SLVU=li__YCJ(li__QLVU,((__li__CB )(&(table_type[(li__AMVU)]))),(__li__52B)(li__AMVU |  1));
      li__1XEK=li__SLVU;
    };
    li__DZEK=((__li__SZEC *)li__1XEK);
    li__0XEK=li__DZEK;
    *(li__DZEK) = *(li__SZEC__);
  };
  li__DZEK=((__li__SZEC *)li__0XEK);
  /* __li__B__ __li__I__ */
if (((*(li__DZEK)).li__YZEK < li__3ESI)) {
    li__E0EK=li__1LBL(li__3ESI);
    (*(li__DZEK)).li__F0EK=li__E0EK;
    (*(li__DZEK)).li__YZEK=li__3ESI;
  };
  (*(li__DZEK)).li__J0EK=(__li__K)(-  1);
  li__4ESI=li__0XEK;
  return(li__4ESI);
}

static void li__AMNK(__li__SZEC *li__BMNK,void *li__CMNK)
/* (Strict FAST_ARRAY(WRITE){li__SZEC},WRITE{NULLxli__RLKJxli__5LKJxli__DFNL}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ENNK;
  __li__C li__RMNK;
  void **li__3MNK;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__BMNK)).li__J0EK +  1) <= (__li__K)((*(li__BMNK)).li__YZEK -  1))) {
    (*(li__BMNK)).li__J0EK=(__li__K)((*(li__BMNK)).li__J0EK +  1);
    li__RMNK=li__B__;
  } else /* FALSE */ {
    li__RMNK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__RMNK)) {
    /* __li__B__ __li__I__ */
if (((*(li__BMNK)).li__YZEK ==  0)) {
      li__3MNK=li__1LBL( 2);
      (*(li__BMNK)).li__F0EK=li__3MNK;
      (*(li__BMNK)).li__YZEK= 2;
      (*(li__BMNK)).li__J0EK= 0;
    } else /* FALSE */ {
      li__ENNK=(__li__K)((*(li__BMNK)).li__YZEK <<  1);
      li__3MNK=li__WQCM(((void **)(*(li__BMNK)).li__F0EK),(*(li__BMNK)).li__YZEK,li__ENNK);
      (*(li__BMNK)).li__F0EK=li__3MNK;
      (*(li__BMNK)).li__YZEK=li__ENNK;
      (*(li__BMNK)).li__J0EK=(__li__K)((*(li__BMNK)).li__J0EK +  1);
    };
  };
  ((void **)(*(li__BMNK)).li__F0EK)[(*(li__BMNK)).li__J0EK]=li__CMNK;
}

static void li__JQNK(__li__SZEC *li__KQNK)
/* (Strict FAST_ARRAY(WRITE){li__SZEC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NRNK;
  __li__C li__0QNK;
  void **li__GRNK;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__KQNK)).li__J0EK +  1) <= (__li__K)((*(li__KQNK)).li__YZEK -  1))) {
    (*(li__KQNK)).li__J0EK=(__li__K)((*(li__KQNK)).li__J0EK +  1);
    li__0QNK=li__B__;
  } else /* FALSE */ {
    li__0QNK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__0QNK)) {
    /* __li__B__ __li__I__ */
if (((*(li__KQNK)).li__YZEK ==  0)) {
      li__GRNK=li__1LBL( 2);
      (*(li__KQNK)).li__F0EK=li__GRNK;
      (*(li__KQNK)).li__YZEK= 2;
      (*(li__KQNK)).li__J0EK= 0;
    } else /* FALSE */ {
      li__NRNK=(__li__K)((*(li__KQNK)).li__YZEK <<  1);
      li__GRNK=li__WQCM(((void **)(*(li__KQNK)).li__F0EK),(*(li__KQNK)).li__YZEK,li__NRNK);
      (*(li__KQNK)).li__F0EK=li__GRNK;
      (*(li__KQNK)).li__YZEK=li__NRNK;
      (*(li__KQNK)).li__J0EK=(__li__K)((*(li__KQNK)).li__J0EK +  1);
    };
  };
  ((void **)(*(li__KQNK)).li__F0EK)[(*(li__KQNK)).li__J0EK]=NULL;
}

static void li__PSNI(__li__AVBD *li__QSNI)
/* (Strict EXTERNAL_C{li__AVBD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__2SNI,li__YD1I;
  void *li__DTNI;
  __li__KMFK *li__ICIV;
  __li__TPOO *li__KCIV;
  /* __li__B__ __li__I__ */
if (((void *)li__QSNI->li__N2ME != (void *)NULL)) {
    li__2SNI=(*(li__QSNI->li__N2ME)).li__NKSH;
    li__YD1I= 0;
    while ((li__YD1I <= li__2SNI)) {
      li__DTNI=((void **)(*(((__li__2ZEC *)li__QSNI->li__N2ME))).li__3GPI)[li__YD1I];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DTNI)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__DTNI));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__DTNI));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__DTNI));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__DTNI));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__DTNI));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__DTNI));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__DTNI));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__DTNI));
      } break;
      case __li__KLWI__: {
        li__ICIV=((__li__KMFK *)((__li__KLWI *)li__DTNI)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__ICIV->li__3RFK),li__ICIV);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__DTNI));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__DTNI));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__DTNI));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__DTNI));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__DTNI));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__DTNI));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__DTNI));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__DTNI));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__DTNI));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__DTNI));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__ICIV=((__li__KMFK *)li__DTNI);
        li__HXPN(((__li__VTBD *)li__ICIV->li__3RFK),li__ICIV);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__DTNI));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__DTNI));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__DTNI));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__DTNI));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__DTNI));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__DTNI));
      } break;
      case __li__TPOO__: {
        li__KCIV=((__li__TPOO *)li__DTNI);
        li__IZFQ(((__li__DZB *)li__KCIV->li__5IXO),li__KCIV);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__DTNI));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__DTNI));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__DTNI));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__DTNI));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__DTNI));
      } break;
      };
      li__YD1I=(__li__K)(li__YD1I +  1);
    };
  };
}

static void li__JNDK(__li__Z4WH *li__KNDK)
/* (Strict EXPR_MULTIPLE{li__Z4WH}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__QNDK,li__TIRK;
  void *li__XNDK;
  __li__KMFK *li__MCIV;
  __li__TPOO *li__OCIV;
  li__QNDK=(*(li__KNDK->li__PJPI)).li__NKSH;
  li__TIRK= 0;
  while ((li__TIRK <= li__QNDK)) {
    li__XNDK=((void **)(*(((__li__2ZEC *)li__KNDK->li__PJPI))).li__3GPI)[li__TIRK];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XNDK)->__id) {
    case __li__WK__:  break;
    case __li__AVBD__: {
      li__PSNI(((__li__AVBD *)li__XNDK));
    } break;
    case __li__KVBD__:  break;
    case __li__WVBD__:  break;
    case __li__Z4WH__: {
      li__JNDK(((__li__Z4WH *)li__XNDK));
    } break;
    case __li__KTVI__: {
      li__0NDK(((__li__KTVI *)li__XNDK));
    } break;
    case __li__LTVI__: {
      li__XL1L(((__li__LTVI *)li__XNDK));
    } break;
    case __li__XTVI__: {
      li__5NDK(((__li__XTVI *)li__XNDK));
    } break;
    case __li__YTVI__: {
      li__1L1L(((__li__YTVI *)li__XNDK));
    } break;
    case __li__S2VI__: {
      li__DODK(((__li__S2VI *)li__XNDK));
    } break;
    case __li__E3VI__: {
      li__HODK(((__li__E3VI *)li__XNDK));
    } break;
    case __li__KLWI__: {
      li__MCIV=((__li__KMFK *)((__li__KLWI *)li__XNDK)->li__ZPBK);
      li__HXPN(((__li__VTBD *)li__MCIV->li__3RFK),li__MCIV);
    } break;
    case __li__ULWI__:  break;
    case __li__NMWI__: {
      li__QODK(((__li__NMWI *)li__XNDK));
    } break;
    case __li__BNWI__: {
      li__UODK(((__li__BNWI *)li__XNDK));
    } break;
    case __li__XNWI__: {
      li__YODK(((__li__XNWI *)li__XNDK));
    } break;
    case __li__LOWI__: {
      li__2ODK(((__li__LOWI *)li__XNDK));
    } break;
    case __li__5OWI__: {
      li__APDK(((__li__5OWI *)li__XNDK));
    } break;
    case __li__TPWI__: {
      li__EPDK(((__li__TPWI *)li__XNDK));
    } break;
    case __li__HQWI__: {
      li__IPDK(((__li__HQWI *)li__XNDK));
    } break;
    case __li__ARWI__: {
      li__MPDK(((__li__ARWI *)li__XNDK));
    } break;
    case __li__URWI__: {
      li__NQDK(((__li__URWI *)li__XNDK));
    } break;
    case __li__MSWI__:  break;
    case __li__ETWI__: {
      li__TQDK(((__li__ETWI *)li__XNDK));
    } break;
    case __li__MZWI__:  break;
    case __li__C0WI__:  break;
    case __li__M1WI__:  break;
    case __li__KMFK__: {
      li__MCIV=((__li__KMFK *)li__XNDK);
      li__HXPN(((__li__VTBD *)li__MCIV->li__3RFK),li__MCIV);
    } break;
    case __li__XOHL__: {
      li__LDMN(((__li__XOHL *)li__XNDK));
    } break;
    case __li__FPHL__: {
      li__TT4L(((__li__FPHL *)li__XNDK));
    } break;
    case __li__APLM__: {
      li__TGCQ(((__li__APLM *)li__XNDK));
    } break;
    case __li__DTNM__: {
      li__MFRO(((__li__DTNM *)li__XNDK));
    } break;
    case __li__JXNM__: {
      li__1W3R(((__li__JXNM *)li__XNDK));
    } break;
    case __li__21LO__: {
      li__T1IP(((__li__21LO *)li__XNDK));
    } break;
    case __li__TPOO__: {
      li__OCIV=((__li__TPOO *)li__XNDK);
      li__IZFQ(((__li__DZB *)li__OCIV->li__5IXO),li__OCIV);
    } break;
    case __li__URRO__: {
      li__DK4R(((__li__URRO *)li__XNDK));
    } break;
    case __li__41XO__: {
      li__XGCQ(((__li__41XO *)li__XNDK));
    } break;
    case __li__AKBR__: {
      li__AYCS(((__li__AKBR *)li__XNDK));
    } break;
    case __li__SU5R__: {
      li__5XIS(((__li__SU5R *)li__XNDK));
    } break;
    case __li__JV5R__: {
      li__DYIS(((__li__JV5R *)li__XNDK));
    } break;
    };
    li__TIRK=(__li__K)(li__TIRK +  1);
  };
}

static void li__0NDK(__li__KTVI *li__1NDK)
/* (Strict EXPR_AND_AND_LOGIC{li__KTVI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__2NDK;
  __li__KMFK *li__QCIV;
  __li__TPOO *li__SCIV;
  li__2NDK=li__1NDK->li__PTVI.li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2NDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__2NDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__2NDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__2NDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__2NDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__2NDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__2NDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__2NDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__2NDK));
  } break;
  case __li__KLWI__: {
    li__QCIV=((__li__KMFK *)((__li__KLWI *)li__2NDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__QCIV->li__3RFK),li__QCIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__2NDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__2NDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__2NDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__2NDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__2NDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__2NDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__2NDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__2NDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__2NDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__2NDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__QCIV=((__li__KMFK *)li__2NDK);
    li__HXPN(((__li__VTBD *)li__QCIV->li__3RFK),li__QCIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__2NDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__2NDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__2NDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__2NDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__2NDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__2NDK));
  } break;
  case __li__TPOO__: {
    li__SCIV=((__li__TPOO *)li__2NDK);
    li__IZFQ(((__li__DZB *)li__SCIV->li__5IXO),li__SCIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__2NDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__2NDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__2NDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__2NDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__2NDK));
  } break;
  };
  li__2NDK=li__1NDK->li__PTVI.li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2NDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__2NDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__2NDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__2NDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__2NDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__2NDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__2NDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__2NDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__2NDK));
  } break;
  case __li__KLWI__: {
    li__QCIV=((__li__KMFK *)((__li__KLWI *)li__2NDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__QCIV->li__3RFK),li__QCIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__2NDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__2NDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__2NDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__2NDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__2NDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__2NDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__2NDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__2NDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__2NDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__2NDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__QCIV=((__li__KMFK *)li__2NDK);
    li__HXPN(((__li__VTBD *)li__QCIV->li__3RFK),li__QCIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__2NDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__2NDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__2NDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__2NDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__2NDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__2NDK));
  } break;
  case __li__TPOO__: {
    li__SCIV=((__li__TPOO *)li__2NDK);
    li__IZFQ(((__li__DZB *)li__SCIV->li__5IXO),li__SCIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__2NDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__2NDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__2NDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__2NDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__2NDK));
  } break;
  };
}

static void li__XL1L(__li__LTVI *li__YL1L)
/* (Strict EXPR_AND_LOGIC{li__LTVI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZL1L;
  __li__KMFK *li__YCIV;
  __li__TPOO *li__0CIV;
  li__ZL1L=li__YL1L->li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZL1L)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__ZL1L));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__ZL1L));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__ZL1L));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__ZL1L));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__ZL1L));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__ZL1L));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__ZL1L));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__ZL1L));
  } break;
  case __li__KLWI__: {
    li__YCIV=((__li__KMFK *)((__li__KLWI *)li__ZL1L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__YCIV->li__3RFK),li__YCIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__ZL1L));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__ZL1L));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__ZL1L));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__ZL1L));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__ZL1L));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__ZL1L));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__ZL1L));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__ZL1L));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__ZL1L));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__ZL1L));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__YCIV=((__li__KMFK *)li__ZL1L);
    li__HXPN(((__li__VTBD *)li__YCIV->li__3RFK),li__YCIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__ZL1L));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__ZL1L));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__ZL1L));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__ZL1L));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__ZL1L));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__ZL1L));
  } break;
  case __li__TPOO__: {
    li__0CIV=((__li__TPOO *)li__ZL1L);
    li__IZFQ(((__li__DZB *)li__0CIV->li__5IXO),li__0CIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__ZL1L));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__ZL1L));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__ZL1L));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__ZL1L));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__ZL1L));
  } break;
  };
  li__ZL1L=li__YL1L->li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZL1L)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__ZL1L));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__ZL1L));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__ZL1L));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__ZL1L));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__ZL1L));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__ZL1L));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__ZL1L));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__ZL1L));
  } break;
  case __li__KLWI__: {
    li__YCIV=((__li__KMFK *)((__li__KLWI *)li__ZL1L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__YCIV->li__3RFK),li__YCIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__ZL1L));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__ZL1L));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__ZL1L));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__ZL1L));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__ZL1L));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__ZL1L));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__ZL1L));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__ZL1L));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__ZL1L));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__ZL1L));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__YCIV=((__li__KMFK *)li__ZL1L);
    li__HXPN(((__li__VTBD *)li__YCIV->li__3RFK),li__YCIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__ZL1L));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__ZL1L));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__ZL1L));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__ZL1L));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__ZL1L));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__ZL1L));
  } break;
  case __li__TPOO__: {
    li__0CIV=((__li__TPOO *)li__ZL1L);
    li__IZFQ(((__li__DZB *)li__0CIV->li__5IXO),li__0CIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__ZL1L));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__ZL1L));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__ZL1L));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__ZL1L));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__ZL1L));
  } break;
  };
}

static void li__5NDK(__li__XTVI *li__AODK)
/* (Strict EXPR_OR_OR_LOGIC{li__XTVI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__BODK;
  __li__KMFK *li__ADIV;
  __li__TPOO *li__CDIV;
  li__BODK=li__AODK->li__0TVI.li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__BODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__BODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__BODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__BODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__BODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__BODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__BODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__BODK));
  } break;
  case __li__KLWI__: {
    li__ADIV=((__li__KMFK *)((__li__KLWI *)li__BODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__ADIV->li__3RFK),li__ADIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__BODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__BODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__BODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__BODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__BODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__BODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__BODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__BODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__BODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__BODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__ADIV=((__li__KMFK *)li__BODK);
    li__HXPN(((__li__VTBD *)li__ADIV->li__3RFK),li__ADIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__BODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__BODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__BODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__BODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__BODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__BODK));
  } break;
  case __li__TPOO__: {
    li__CDIV=((__li__TPOO *)li__BODK);
    li__IZFQ(((__li__DZB *)li__CDIV->li__5IXO),li__CDIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__BODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__BODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__BODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__BODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__BODK));
  } break;
  };
  li__BODK=li__AODK->li__0TVI.li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__BODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__BODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__BODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__BODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__BODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__BODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__BODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__BODK));
  } break;
  case __li__KLWI__: {
    li__ADIV=((__li__KMFK *)((__li__KLWI *)li__BODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__ADIV->li__3RFK),li__ADIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__BODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__BODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__BODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__BODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__BODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__BODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__BODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__BODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__BODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__BODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__ADIV=((__li__KMFK *)li__BODK);
    li__HXPN(((__li__VTBD *)li__ADIV->li__3RFK),li__ADIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__BODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__BODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__BODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__BODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__BODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__BODK));
  } break;
  case __li__TPOO__: {
    li__CDIV=((__li__TPOO *)li__BODK);
    li__IZFQ(((__li__DZB *)li__CDIV->li__5IXO),li__CDIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__BODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__BODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__BODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__BODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__BODK));
  } break;
  };
}

static void li__1L1L(__li__YTVI *li__2L1L)
/* (Strict EXPR_OR_LOGIC{li__YTVI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__3L1L;
  __li__KMFK *li__IDIV;
  __li__TPOO *li__KDIV;
  li__3L1L=li__2L1L->li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3L1L)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__3L1L));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__3L1L));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__3L1L));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__3L1L));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__3L1L));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__3L1L));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__3L1L));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__3L1L));
  } break;
  case __li__KLWI__: {
    li__IDIV=((__li__KMFK *)((__li__KLWI *)li__3L1L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__IDIV->li__3RFK),li__IDIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__3L1L));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__3L1L));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__3L1L));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__3L1L));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__3L1L));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__3L1L));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__3L1L));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__3L1L));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__3L1L));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__3L1L));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__IDIV=((__li__KMFK *)li__3L1L);
    li__HXPN(((__li__VTBD *)li__IDIV->li__3RFK),li__IDIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__3L1L));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__3L1L));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__3L1L));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__3L1L));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__3L1L));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__3L1L));
  } break;
  case __li__TPOO__: {
    li__KDIV=((__li__TPOO *)li__3L1L);
    li__IZFQ(((__li__DZB *)li__KDIV->li__5IXO),li__KDIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__3L1L));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__3L1L));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__3L1L));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__3L1L));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__3L1L));
  } break;
  };
  li__3L1L=li__2L1L->li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3L1L)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__3L1L));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__3L1L));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__3L1L));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__3L1L));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__3L1L));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__3L1L));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__3L1L));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__3L1L));
  } break;
  case __li__KLWI__: {
    li__IDIV=((__li__KMFK *)((__li__KLWI *)li__3L1L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__IDIV->li__3RFK),li__IDIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__3L1L));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__3L1L));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__3L1L));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__3L1L));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__3L1L));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__3L1L));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__3L1L));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__3L1L));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__3L1L));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__3L1L));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__IDIV=((__li__KMFK *)li__3L1L);
    li__HXPN(((__li__VTBD *)li__IDIV->li__3RFK),li__IDIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__3L1L));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__3L1L));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__3L1L));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__3L1L));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__3L1L));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__3L1L));
  } break;
  case __li__TPOO__: {
    li__KDIV=((__li__TPOO *)li__3L1L);
    li__IZFQ(((__li__DZB *)li__KDIV->li__5IXO),li__KDIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__3L1L));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__3L1L));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__3L1L));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__3L1L));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__3L1L));
  } break;
  };
}

static void li__DODK(__li__S2VI *li__EODK)
/* (Strict EXPR_EQUAL{li__S2VI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__FODK;
  __li__KMFK *li__QDIV;
  __li__TPOO *li__SDIV;
  li__FODK=li__EODK->li__T2VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__FODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__FODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__FODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__FODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__FODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__FODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__FODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__FODK));
  } break;
  case __li__KLWI__: {
    li__QDIV=((__li__KMFK *)((__li__KLWI *)li__FODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__QDIV->li__3RFK),li__QDIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__FODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__FODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__FODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__FODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__FODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__FODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__FODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__FODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__FODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__FODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__QDIV=((__li__KMFK *)li__FODK);
    li__HXPN(((__li__VTBD *)li__QDIV->li__3RFK),li__QDIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__FODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__FODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__FODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__FODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__FODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__FODK));
  } break;
  case __li__TPOO__: {
    li__SDIV=((__li__TPOO *)li__FODK);
    li__IZFQ(((__li__DZB *)li__SDIV->li__5IXO),li__SDIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__FODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__FODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__FODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__FODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__FODK));
  } break;
  };
  li__FODK=li__EODK->li__T2VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__FODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__FODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__FODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__FODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__FODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__FODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__FODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__FODK));
  } break;
  case __li__KLWI__: {
    li__QDIV=((__li__KMFK *)((__li__KLWI *)li__FODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__QDIV->li__3RFK),li__QDIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__FODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__FODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__FODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__FODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__FODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__FODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__FODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__FODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__FODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__FODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__QDIV=((__li__KMFK *)li__FODK);
    li__HXPN(((__li__VTBD *)li__QDIV->li__3RFK),li__QDIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__FODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__FODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__FODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__FODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__FODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__FODK));
  } break;
  case __li__TPOO__: {
    li__SDIV=((__li__TPOO *)li__FODK);
    li__IZFQ(((__li__DZB *)li__SDIV->li__5IXO),li__SDIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__FODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__FODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__FODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__FODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__FODK));
  } break;
  };
}

static void li__HODK(__li__E3VI *li__IODK)
/* (Strict EXPR_NOT_EQUAL{li__E3VI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__JODK;
  __li__KMFK *li__YDIV;
  __li__TPOO *li__0DIV;
  li__JODK=li__IODK->li__F3VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__JODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__JODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__JODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__JODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__JODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__JODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__JODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__JODK));
  } break;
  case __li__KLWI__: {
    li__YDIV=((__li__KMFK *)((__li__KLWI *)li__JODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__YDIV->li__3RFK),li__YDIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__JODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__JODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__JODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__JODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__JODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__JODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__JODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__JODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__JODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__JODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__YDIV=((__li__KMFK *)li__JODK);
    li__HXPN(((__li__VTBD *)li__YDIV->li__3RFK),li__YDIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__JODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__JODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__JODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__JODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__JODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__JODK));
  } break;
  case __li__TPOO__: {
    li__0DIV=((__li__TPOO *)li__JODK);
    li__IZFQ(((__li__DZB *)li__0DIV->li__5IXO),li__0DIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__JODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__JODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__JODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__JODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__JODK));
  } break;
  };
  li__JODK=li__IODK->li__F3VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__JODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__JODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__JODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__JODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__JODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__JODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__JODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__JODK));
  } break;
  case __li__KLWI__: {
    li__YDIV=((__li__KMFK *)((__li__KLWI *)li__JODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__YDIV->li__3RFK),li__YDIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__JODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__JODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__JODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__JODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__JODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__JODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__JODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__JODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__JODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__JODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__YDIV=((__li__KMFK *)li__JODK);
    li__HXPN(((__li__VTBD *)li__YDIV->li__3RFK),li__YDIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__JODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__JODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__JODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__JODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__JODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__JODK));
  } break;
  case __li__TPOO__: {
    li__0DIV=((__li__TPOO *)li__JODK);
    li__IZFQ(((__li__DZB *)li__0DIV->li__5IXO),li__0DIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__JODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__JODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__JODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__JODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__JODK));
  } break;
  };
}

static void li__HXPN(__li__VTBD *li__IXPN,void *li__JXPN)
/* (Strict LOCAL{li__VTBD},READ{li__KMFK}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__4DIV;
  li__IXPN->li__WTBD.li__LNME=(__li__K)(li__IXPN->li__WTBD.li__LNME -  1);
  /* __li__B__ __li__I__ */
if ((li__IXPN->li__WTBD.li__LNME <  0)) {
    li__KBG((&__string_462));
    li__4DIV=li__IFC( 250);
    li__H40L(li__JXPN,li__4DIV);
    li__C30(((__li__BC *)li__4DIV));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_463));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
}

static void li__QODK(__li__NMWI *li__RODK)
/* (Strict EXPR_SUP{li__NMWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__SODK;
  __li__KMFK *li__AEIV;
  __li__TPOO *li__CEIV;
  li__SODK=li__RODK->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__SODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__SODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__SODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__SODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__SODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__SODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__SODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__SODK));
  } break;
  case __li__KLWI__: {
    li__AEIV=((__li__KMFK *)((__li__KLWI *)li__SODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__AEIV->li__3RFK),li__AEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__SODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__SODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__SODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__SODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__SODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__SODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__SODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__SODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__SODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__SODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__AEIV=((__li__KMFK *)li__SODK);
    li__HXPN(((__li__VTBD *)li__AEIV->li__3RFK),li__AEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__SODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__SODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__SODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__SODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__SODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__SODK));
  } break;
  case __li__TPOO__: {
    li__CEIV=((__li__TPOO *)li__SODK);
    li__IZFQ(((__li__DZB *)li__CEIV->li__5IXO),li__CEIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__SODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__SODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__SODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__SODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__SODK));
  } break;
  };
  li__SODK=li__RODK->li__OMWI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__SODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__SODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__SODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__SODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__SODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__SODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__SODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__SODK));
  } break;
  case __li__KLWI__: {
    li__AEIV=((__li__KMFK *)((__li__KLWI *)li__SODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__AEIV->li__3RFK),li__AEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__SODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__SODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__SODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__SODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__SODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__SODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__SODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__SODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__SODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__SODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__AEIV=((__li__KMFK *)li__SODK);
    li__HXPN(((__li__VTBD *)li__AEIV->li__3RFK),li__AEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__SODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__SODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__SODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__SODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__SODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__SODK));
  } break;
  case __li__TPOO__: {
    li__CEIV=((__li__TPOO *)li__SODK);
    li__IZFQ(((__li__DZB *)li__CEIV->li__5IXO),li__CEIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__SODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__SODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__SODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__SODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__SODK));
  } break;
  };
}

static void li__UODK(__li__BNWI *li__VODK)
/* (Strict EXPR_SUB{li__BNWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__WODK;
  __li__KMFK *li__GEIV;
  __li__TPOO *li__IEIV;
  li__WODK=li__VODK->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__WODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__WODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__WODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__WODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__WODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__WODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__WODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__WODK));
  } break;
  case __li__KLWI__: {
    li__GEIV=((__li__KMFK *)((__li__KLWI *)li__WODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__GEIV->li__3RFK),li__GEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__WODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__WODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__WODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__WODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__WODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__WODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__WODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__WODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__WODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__WODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__GEIV=((__li__KMFK *)li__WODK);
    li__HXPN(((__li__VTBD *)li__GEIV->li__3RFK),li__GEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__WODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__WODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__WODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__WODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__WODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__WODK));
  } break;
  case __li__TPOO__: {
    li__IEIV=((__li__TPOO *)li__WODK);
    li__IZFQ(((__li__DZB *)li__IEIV->li__5IXO),li__IEIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__WODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__WODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__WODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__WODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__WODK));
  } break;
  };
  li__WODK=li__VODK->li__ENWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__WODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__WODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__WODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__WODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__WODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__WODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__WODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__WODK));
  } break;
  case __li__KLWI__: {
    li__GEIV=((__li__KMFK *)((__li__KLWI *)li__WODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__GEIV->li__3RFK),li__GEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__WODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__WODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__WODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__WODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__WODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__WODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__WODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__WODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__WODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__WODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__GEIV=((__li__KMFK *)li__WODK);
    li__HXPN(((__li__VTBD *)li__GEIV->li__3RFK),li__GEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__WODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__WODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__WODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__WODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__WODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__WODK));
  } break;
  case __li__TPOO__: {
    li__IEIV=((__li__TPOO *)li__WODK);
    li__IZFQ(((__li__DZB *)li__IEIV->li__5IXO),li__IEIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__WODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__WODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__WODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__WODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__WODK));
  } break;
  };
}

static void li__YODK(__li__XNWI *li__ZODK)
/* (Strict EXPR_MUL{li__XNWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__0ODK;
  __li__KMFK *li__MEIV;
  __li__TPOO *li__OEIV;
  li__0ODK=li__ZODK->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0ODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__0ODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__0ODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__0ODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__0ODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__0ODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__0ODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__0ODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__0ODK));
  } break;
  case __li__KLWI__: {
    li__MEIV=((__li__KMFK *)((__li__KLWI *)li__0ODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__MEIV->li__3RFK),li__MEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__0ODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__0ODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__0ODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__0ODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__0ODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__0ODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__0ODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__0ODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__0ODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__0ODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__MEIV=((__li__KMFK *)li__0ODK);
    li__HXPN(((__li__VTBD *)li__MEIV->li__3RFK),li__MEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__0ODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__0ODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__0ODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__0ODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__0ODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__0ODK));
  } break;
  case __li__TPOO__: {
    li__OEIV=((__li__TPOO *)li__0ODK);
    li__IZFQ(((__li__DZB *)li__OEIV->li__5IXO),li__OEIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__0ODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__0ODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__0ODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__0ODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__0ODK));
  } break;
  };
  li__0ODK=li__ZODK->li__YNWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0ODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__0ODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__0ODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__0ODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__0ODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__0ODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__0ODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__0ODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__0ODK));
  } break;
  case __li__KLWI__: {
    li__MEIV=((__li__KMFK *)((__li__KLWI *)li__0ODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__MEIV->li__3RFK),li__MEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__0ODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__0ODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__0ODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__0ODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__0ODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__0ODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__0ODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__0ODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__0ODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__0ODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__MEIV=((__li__KMFK *)li__0ODK);
    li__HXPN(((__li__VTBD *)li__MEIV->li__3RFK),li__MEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__0ODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__0ODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__0ODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__0ODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__0ODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__0ODK));
  } break;
  case __li__TPOO__: {
    li__OEIV=((__li__TPOO *)li__0ODK);
    li__IZFQ(((__li__DZB *)li__OEIV->li__5IXO),li__OEIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__0ODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__0ODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__0ODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__0ODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__0ODK));
  } break;
  };
}

static void li__2ODK(__li__LOWI *li__3ODK)
/* (Strict EXPR_DIV{li__LOWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__4ODK;
  __li__KMFK *li__SEIV;
  __li__TPOO *li__UEIV;
  li__4ODK=li__3ODK->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4ODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__4ODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__4ODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__4ODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__4ODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__4ODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__4ODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__4ODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__4ODK));
  } break;
  case __li__KLWI__: {
    li__SEIV=((__li__KMFK *)((__li__KLWI *)li__4ODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__SEIV->li__3RFK),li__SEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__4ODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__4ODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__4ODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__4ODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__4ODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__4ODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__4ODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__4ODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__4ODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__4ODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__SEIV=((__li__KMFK *)li__4ODK);
    li__HXPN(((__li__VTBD *)li__SEIV->li__3RFK),li__SEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__4ODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__4ODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__4ODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__4ODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__4ODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__4ODK));
  } break;
  case __li__TPOO__: {
    li__UEIV=((__li__TPOO *)li__4ODK);
    li__IZFQ(((__li__DZB *)li__UEIV->li__5IXO),li__UEIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__4ODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__4ODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__4ODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__4ODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__4ODK));
  } break;
  };
  li__4ODK=li__3ODK->li__MOWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4ODK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__4ODK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__4ODK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__4ODK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__4ODK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__4ODK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__4ODK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__4ODK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__4ODK));
  } break;
  case __li__KLWI__: {
    li__SEIV=((__li__KMFK *)((__li__KLWI *)li__4ODK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__SEIV->li__3RFK),li__SEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__4ODK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__4ODK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__4ODK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__4ODK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__4ODK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__4ODK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__4ODK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__4ODK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__4ODK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__4ODK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__SEIV=((__li__KMFK *)li__4ODK);
    li__HXPN(((__li__VTBD *)li__SEIV->li__3RFK),li__SEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__4ODK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__4ODK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__4ODK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__4ODK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__4ODK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__4ODK));
  } break;
  case __li__TPOO__: {
    li__UEIV=((__li__TPOO *)li__4ODK);
    li__IZFQ(((__li__DZB *)li__UEIV->li__5IXO),li__UEIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__4ODK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__4ODK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__4ODK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__4ODK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__4ODK));
  } break;
  };
}

static void li__APDK(__li__5OWI *li__BPDK)
/* (Strict EXPR_AND{li__5OWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__CPDK;
  __li__KMFK *li__YEIV;
  __li__TPOO *li__0EIV;
  li__CPDK=li__BPDK->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CPDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__CPDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__CPDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__CPDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__CPDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__CPDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__CPDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__CPDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__CPDK));
  } break;
  case __li__KLWI__: {
    li__YEIV=((__li__KMFK *)((__li__KLWI *)li__CPDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__YEIV->li__3RFK),li__YEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__CPDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__CPDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__CPDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__CPDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__CPDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__CPDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__CPDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__CPDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__CPDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__CPDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__YEIV=((__li__KMFK *)li__CPDK);
    li__HXPN(((__li__VTBD *)li__YEIV->li__3RFK),li__YEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__CPDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__CPDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__CPDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__CPDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__CPDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__CPDK));
  } break;
  case __li__TPOO__: {
    li__0EIV=((__li__TPOO *)li__CPDK);
    li__IZFQ(((__li__DZB *)li__0EIV->li__5IXO),li__0EIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__CPDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__CPDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__CPDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__CPDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__CPDK));
  } break;
  };
  li__CPDK=li__BPDK->li__APWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CPDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__CPDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__CPDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__CPDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__CPDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__CPDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__CPDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__CPDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__CPDK));
  } break;
  case __li__KLWI__: {
    li__YEIV=((__li__KMFK *)((__li__KLWI *)li__CPDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__YEIV->li__3RFK),li__YEIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__CPDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__CPDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__CPDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__CPDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__CPDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__CPDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__CPDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__CPDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__CPDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__CPDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__YEIV=((__li__KMFK *)li__CPDK);
    li__HXPN(((__li__VTBD *)li__YEIV->li__3RFK),li__YEIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__CPDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__CPDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__CPDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__CPDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__CPDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__CPDK));
  } break;
  case __li__TPOO__: {
    li__0EIV=((__li__TPOO *)li__CPDK);
    li__IZFQ(((__li__DZB *)li__0EIV->li__5IXO),li__0EIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__CPDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__CPDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__CPDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__CPDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__CPDK));
  } break;
  };
}

static void li__EPDK(__li__TPWI *li__FPDK)
/* (Strict EXPR_SHIFT_R{li__TPWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__GPDK;
  __li__KMFK *li__4EIV;
  __li__TPOO *li__AFIV;
  li__GPDK=li__FPDK->li__UPWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GPDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__GPDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__GPDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__GPDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__GPDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__GPDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__GPDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__GPDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__GPDK));
  } break;
  case __li__KLWI__: {
    li__4EIV=((__li__KMFK *)((__li__KLWI *)li__GPDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__4EIV->li__3RFK),li__4EIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__GPDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__GPDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__GPDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__GPDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__GPDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__GPDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__GPDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__GPDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__GPDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__GPDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__4EIV=((__li__KMFK *)li__GPDK);
    li__HXPN(((__li__VTBD *)li__4EIV->li__3RFK),li__4EIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__GPDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__GPDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__GPDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__GPDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__GPDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__GPDK));
  } break;
  case __li__TPOO__: {
    li__AFIV=((__li__TPOO *)li__GPDK);
    li__IZFQ(((__li__DZB *)li__AFIV->li__5IXO),li__AFIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__GPDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__GPDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__GPDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__GPDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__GPDK));
  } break;
  };
  li__GPDK=li__FPDK->li__UPWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GPDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__GPDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__GPDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__GPDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__GPDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__GPDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__GPDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__GPDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__GPDK));
  } break;
  case __li__KLWI__: {
    li__4EIV=((__li__KMFK *)((__li__KLWI *)li__GPDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__4EIV->li__3RFK),li__4EIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__GPDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__GPDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__GPDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__GPDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__GPDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__GPDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__GPDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__GPDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__GPDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__GPDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__4EIV=((__li__KMFK *)li__GPDK);
    li__HXPN(((__li__VTBD *)li__4EIV->li__3RFK),li__4EIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__GPDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__GPDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__GPDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__GPDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__GPDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__GPDK));
  } break;
  case __li__TPOO__: {
    li__AFIV=((__li__TPOO *)li__GPDK);
    li__IZFQ(((__li__DZB *)li__AFIV->li__5IXO),li__AFIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__GPDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__GPDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__GPDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__GPDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__GPDK));
  } break;
  };
}

static void li__IPDK(__li__HQWI *li__JPDK)
/* (Strict EXPR_SHIFT_L{li__HQWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__KPDK;
  __li__KMFK *li__EFIV;
  __li__TPOO *li__GFIV;
  li__KPDK=li__JPDK->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KPDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__KPDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__KPDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__KPDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__KPDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__KPDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__KPDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__KPDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__KPDK));
  } break;
  case __li__KLWI__: {
    li__EFIV=((__li__KMFK *)((__li__KLWI *)li__KPDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__EFIV->li__3RFK),li__EFIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__KPDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__KPDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__KPDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__KPDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__KPDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__KPDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__KPDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__KPDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__KPDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__KPDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__EFIV=((__li__KMFK *)li__KPDK);
    li__HXPN(((__li__VTBD *)li__EFIV->li__3RFK),li__EFIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__KPDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__KPDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__KPDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__KPDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__KPDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__KPDK));
  } break;
  case __li__TPOO__: {
    li__GFIV=((__li__TPOO *)li__KPDK);
    li__IZFQ(((__li__DZB *)li__GFIV->li__5IXO),li__GFIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__KPDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__KPDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__KPDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__KPDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__KPDK));
  } break;
  };
  li__KPDK=li__JPDK->li__IQWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KPDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__KPDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__KPDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__KPDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__KPDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__KPDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__KPDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__KPDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__KPDK));
  } break;
  case __li__KLWI__: {
    li__EFIV=((__li__KMFK *)((__li__KLWI *)li__KPDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__EFIV->li__3RFK),li__EFIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__KPDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__KPDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__KPDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__KPDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__KPDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__KPDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__KPDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__KPDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__KPDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__KPDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__EFIV=((__li__KMFK *)li__KPDK);
    li__HXPN(((__li__VTBD *)li__EFIV->li__3RFK),li__EFIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__KPDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__KPDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__KPDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__KPDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__KPDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__KPDK));
  } break;
  case __li__TPOO__: {
    li__GFIV=((__li__TPOO *)li__KPDK);
    li__IZFQ(((__li__DZB *)li__GFIV->li__5IXO),li__GFIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__KPDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__KPDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__KPDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__KPDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__KPDK));
  } break;
  };
}

static void li__MPDK(__li__ARWI *li__NPDK)
/* (Strict PUT_TO{li__ARWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__QPDK;
  __li__5RB *li__RPDK,*li__ENVU;
  __li__GSZ *li__UPDK,*li__O5ZO;
  __li__K li__WFFQ,li__CB3Q,li__MB3Q;
  __li__ARWI *li__XU1Q,*li__YU1Q;
  __li__KMFK *li__WFIV;
  __li__TPOO *li__YFIV;
  __li__NNTO *li__TFFQ;
  void **li__AB3Q;
  li__QPDK=li__NPDK->li__YRBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QPDK)->__id) {
  case __li__WK__: {
    li__RPDK=((__li__WK *)li__QPDK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__RPDK=((__li__AVBD *)li__QPDK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__RPDK=((__li__KVBD *)li__QPDK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__RPDK=((__li__WVBD *)li__QPDK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__RPDK=li__JK5J(((__li__Z4WH *)li__QPDK));
  } break;
  case __li__KTVI__: {
    li__RPDK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__RPDK=li__553L();
  } break;
  case __li__XTVI__: {
    li__RPDK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__RPDK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__RPDK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__RPDK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__RPDK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__RPDK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__RPDK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__RPDK=li__DWEK(((__li__BNWI *)li__QPDK));
  } break;
  case __li__XNWI__: {
    li__RPDK=li__IWEK(((__li__XNWI *)li__QPDK));
  } break;
  case __li__LOWI__: {
    li__RPDK=li__NWEK(((__li__LOWI *)li__QPDK));
  } break;
  case __li__5OWI__: {
    li__RPDK=li__SWEK(((__li__5OWI *)li__QPDK));
  } break;
  case __li__TPWI__: {
    li__RPDK=li__XWEK(((__li__TPWI *)li__QPDK));
  } break;
  case __li__HQWI__: {
    li__RPDK=li__2WEK(((__li__HQWI *)li__QPDK));
  } break;
  case __li__ARWI__: {
    li__RPDK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__RPDK=li__FXEK(((__li__URWI *)li__QPDK));
  } break;
  case __li__MSWI__: {
    li__RPDK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__RPDK=((__li__ETWI *)li__QPDK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__RPDK=((__li__MZWI *)li__QPDK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__RPDK=((__li__C0WI *)li__QPDK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__RPDK=((__li__M1WI *)li__QPDK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__RPDK=((__li__KMFK *)li__QPDK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__RPDK=li__T4NN(((__li__XOHL *)li__QPDK));
  } break;
  case __li__FPHL__: {
    li__RPDK=li__KA4L(((__li__FPHL *)li__QPDK));
  } break;
  case __li__APLM__: {
    li__RPDK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__RPDK=li__1ISO(((__li__DTNM *)li__QPDK));
  } break;
  case __li__JXNM__: {
    li__RPDK=li__VX3R(((__li__JXNM *)li__QPDK));
  } break;
  case __li__21LO__: {
    li__RPDK=((__li__21LO *)li__QPDK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__RPDK=((__li__TPOO *)li__QPDK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__RPDK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__RPDK=li__3FDQ(((__li__41XO *)li__QPDK));
  } break;
  case __li__AKBR__: {
    li__RPDK=li__WQDS(((__li__AKBR *)li__QPDK));
  } break;
  case __li__SU5R__: {
    li__RPDK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__RPDK=li__Y1IS();
  } break;
  };
  li__QPDK=((__li__5RB *)li__RPDK)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__QPDK==NULL) {
    li__UPDK=NULL;
  } else {
    if (((struct ___OBJ *)li__QPDK)->__id==__li__GSZ__) {
      li__UPDK=((void *)li__QPDK);
    } else /* Other types */ {
      li__UPDK=NULL;
    }
  };
  li__ENVU=((void **)(*(((__li__3PZ *)li__UPDK->li__GGQB))).li__WNFC)[ 0];
  /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__ENVU)->li__BEM &  1) !=  0)) || ((void *)((__li__5RB *)li__ENVU)->li__AEM == (void *)li__TSB))) {
    li__O5ZO=((__li__GSZ *)li__UPDK);
    li__TFFQ=((__li__NNTO *)li__O5ZO->li__WNTO);
    li__WFFQ= 0;
    /* __li__B__ __li__I__ */
if (((*(li__TFFQ)).li__LOTO >=  0)) {
      li__AB3Q=((void **)(*(li__TFFQ)).li__CGFQ);
      li__CB3Q=(*(li__TFFQ)).li__LOTO;
      li__MB3Q= 0;
      while ((! ((li__MB3Q > li__CB3Q) || ((void *)li__NPDK == (void *)li__AB3Q[li__MB3Q])))) {
        li__MB3Q=(__li__K)(li__MB3Q +  1);
      };
      li__WFFQ=li__MB3Q;
    };
    li__TFFQ=((__li__NNTO *)li__O5ZO->li__WNTO);
    li__CB3Q=(*(li__O5ZO->li__WNTO)).li__LOTO;
    li__XU1Q=((void **)(*(li__TFFQ)).li__CGFQ)[li__WFFQ];
    li__YU1Q=((void **)(*(li__TFFQ)).li__CGFQ)[li__CB3Q];
    ((void **)(*(li__TFFQ)).li__CGFQ)[li__WFFQ]=li__YU1Q;
    ((void **)(*(li__TFFQ)).li__CGFQ)[li__CB3Q]=li__XU1Q;
    li__TFFQ=((__li__NNTO *)li__O5ZO->li__WNTO);
    (*(li__TFFQ)).li__LOTO=(__li__K)((*(li__TFFQ)).li__LOTO -  1);
  };
  li__QPDK=li__NPDK->li__YRBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QPDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__QPDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__QPDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__QPDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__QPDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__QPDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__QPDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__QPDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__QPDK));
  } break;
  case __li__KLWI__: {
    li__WFIV=((__li__KMFK *)((__li__KLWI *)li__QPDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__WFIV->li__3RFK),li__WFIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__QPDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__QPDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__QPDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__QPDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__QPDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__QPDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__QPDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__QPDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__QPDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__QPDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__WFIV=((__li__KMFK *)li__QPDK);
    li__HXPN(((__li__VTBD *)li__WFIV->li__3RFK),li__WFIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__QPDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__QPDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__QPDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__QPDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__QPDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__QPDK));
  } break;
  case __li__TPOO__: {
    li__YFIV=((__li__TPOO *)li__QPDK);
    li__IZFQ(((__li__DZB *)li__YFIV->li__5IXO),li__YFIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__QPDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__QPDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__QPDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__QPDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__QPDK));
  } break;
  };
  li__QPDK=li__NPDK->li__0RBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QPDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__QPDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__QPDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__QPDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__QPDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__QPDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__QPDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__QPDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__QPDK));
  } break;
  case __li__KLWI__: {
    li__WFIV=((__li__KMFK *)((__li__KLWI *)li__QPDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__WFIV->li__3RFK),li__WFIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__QPDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__QPDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__QPDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__QPDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__QPDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__QPDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__QPDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__QPDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__QPDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__QPDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__WFIV=((__li__KMFK *)li__QPDK);
    li__HXPN(((__li__VTBD *)li__WFIV->li__3RFK),li__WFIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__QPDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__QPDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__QPDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__QPDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__QPDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__QPDK));
  } break;
  case __li__TPOO__: {
    li__YFIV=((__li__TPOO *)li__QPDK);
    li__IZFQ(((__li__DZB *)li__YFIV->li__5IXO),li__YFIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__QPDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__QPDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__QPDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__QPDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__QPDK));
  } break;
  };
  li__QPDK=li__NPDK->li__2RBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QPDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__QPDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__QPDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__QPDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__QPDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__QPDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__QPDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__QPDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__QPDK));
  } break;
  case __li__KLWI__: {
    li__WFIV=((__li__KMFK *)((__li__KLWI *)li__QPDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__WFIV->li__3RFK),li__WFIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__QPDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__QPDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__QPDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__QPDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__QPDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__QPDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__QPDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__QPDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__QPDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__QPDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__WFIV=((__li__KMFK *)li__QPDK);
    li__HXPN(((__li__VTBD *)li__WFIV->li__3RFK),li__WFIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__QPDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__QPDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__QPDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__QPDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__QPDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__QPDK));
  } break;
  case __li__TPOO__: {
    li__YFIV=((__li__TPOO *)li__QPDK);
    li__IZFQ(((__li__DZB *)li__YFIV->li__5IXO),li__YFIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__QPDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__QPDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__QPDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__QPDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__QPDK));
  } break;
  };
}

static void li__NQDK(__li__URWI *li__OQDK)
/* (Strict ITEM{li__URWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__PQDK;
  __li__KMFK *li__5FIV;
  __li__TPOO *li__BGIV;
  li__PQDK=li__OQDK->li__BSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PQDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__PQDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__PQDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__PQDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__PQDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__PQDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__PQDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__PQDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__PQDK));
  } break;
  case __li__KLWI__: {
    li__5FIV=((__li__KMFK *)((__li__KLWI *)li__PQDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__5FIV->li__3RFK),li__5FIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__PQDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__PQDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__PQDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__PQDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__PQDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__PQDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__PQDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__PQDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__PQDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__PQDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__5FIV=((__li__KMFK *)li__PQDK);
    li__HXPN(((__li__VTBD *)li__5FIV->li__3RFK),li__5FIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__PQDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__PQDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__PQDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__PQDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__PQDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__PQDK));
  } break;
  case __li__TPOO__: {
    li__BGIV=((__li__TPOO *)li__PQDK);
    li__IZFQ(((__li__DZB *)li__BGIV->li__5IXO),li__BGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__PQDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__PQDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__PQDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__PQDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__PQDK));
  } break;
  };
  li__PQDK=li__OQDK->li__DSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PQDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__PQDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__PQDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__PQDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__PQDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__PQDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__PQDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__PQDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__PQDK));
  } break;
  case __li__KLWI__: {
    li__5FIV=((__li__KMFK *)((__li__KLWI *)li__PQDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__5FIV->li__3RFK),li__5FIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__PQDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__PQDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__PQDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__PQDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__PQDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__PQDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__PQDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__PQDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__PQDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__PQDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__5FIV=((__li__KMFK *)li__PQDK);
    li__HXPN(((__li__VTBD *)li__5FIV->li__3RFK),li__5FIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__PQDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__PQDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__PQDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__PQDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__PQDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__PQDK));
  } break;
  case __li__TPOO__: {
    li__BGIV=((__li__TPOO *)li__PQDK);
    li__IZFQ(((__li__DZB *)li__BGIV->li__5IXO),li__BGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__PQDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__PQDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__PQDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__PQDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__PQDK));
  } break;
  };
}

static void li__TQDK(__li__ETWI *li__UQDK)
/* (Strict CAST{li__ETWI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VQDK;
  __li__KMFK *li__FGIV;
  __li__TPOO *li__GGIV;
  li__VQDK=li__UQDK->li__XSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VQDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__VQDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__VQDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__VQDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__VQDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__VQDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__VQDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__VQDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__VQDK));
  } break;
  case __li__KLWI__: {
    li__FGIV=((__li__KMFK *)((__li__KLWI *)li__VQDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__FGIV->li__3RFK),li__FGIV);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__VQDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__VQDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__VQDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__VQDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__VQDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__VQDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__VQDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__VQDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__VQDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__VQDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__FGIV=((__li__KMFK *)li__VQDK);
    li__HXPN(((__li__VTBD *)li__FGIV->li__3RFK),li__FGIV);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__VQDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__VQDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__VQDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__VQDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__VQDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__VQDK));
  } break;
  case __li__TPOO__: {
    li__GGIV=((__li__TPOO *)li__VQDK);
    li__IZFQ(((__li__DZB *)li__GGIV->li__5IXO),li__GGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__VQDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__VQDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__VQDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__VQDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__VQDK));
  } break;
  };
}

static void li__LDMN(__li__XOHL *li__MDMN)
/* (Strict EXPR_NEG{li__XOHL}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__NDMN;
  __li__KMFK *li__MNVU;
  __li__TPOO *li__HGIV;
  li__NDMN=li__MDMN->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NDMN)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__NDMN));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__NDMN));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__NDMN));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__NDMN));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__NDMN));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__NDMN));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__NDMN));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__NDMN));
  } break;
  case __li__KLWI__: {
    li__MNVU=((__li__KMFK *)((__li__KLWI *)li__NDMN)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__MNVU->li__3RFK),li__MNVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__NDMN));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__NDMN));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__NDMN));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__NDMN));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__NDMN));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__NDMN));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__NDMN));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__NDMN));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__NDMN));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__NDMN));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__MNVU=((__li__KMFK *)li__NDMN);
    li__HXPN(((__li__VTBD *)li__MNVU->li__3RFK),li__MNVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__NDMN));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__NDMN));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__NDMN));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__NDMN));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__NDMN));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__NDMN));
  } break;
  case __li__TPOO__: {
    li__HGIV=((__li__TPOO *)li__NDMN);
    li__IZFQ(((__li__DZB *)li__HGIV->li__5IXO),li__HGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__NDMN));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__NDMN));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__NDMN));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__NDMN));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__NDMN));
  } break;
  };
}

static void li__TT4L(__li__FPHL *li__UT4L)
/* (Strict EXPR_ADD{li__FPHL}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VT4L;
  __li__KMFK *li__PNVU;
  __li__TPOO *li__IGIV;
  li__VT4L=li__UT4L->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VT4L)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__VT4L));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__VT4L));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__VT4L));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__VT4L));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__VT4L));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__VT4L));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__VT4L));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__VT4L));
  } break;
  case __li__KLWI__: {
    li__PNVU=((__li__KMFK *)((__li__KLWI *)li__VT4L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__PNVU->li__3RFK),li__PNVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__VT4L));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__VT4L));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__VT4L));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__VT4L));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__VT4L));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__VT4L));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__VT4L));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__VT4L));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__VT4L));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__VT4L));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__PNVU=((__li__KMFK *)li__VT4L);
    li__HXPN(((__li__VTBD *)li__PNVU->li__3RFK),li__PNVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__VT4L));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__VT4L));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__VT4L));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__VT4L));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__VT4L));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__VT4L));
  } break;
  case __li__TPOO__: {
    li__IGIV=((__li__TPOO *)li__VT4L);
    li__IZFQ(((__li__DZB *)li__IGIV->li__5IXO),li__IGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__VT4L));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__VT4L));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__VT4L));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__VT4L));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__VT4L));
  } break;
  };
  li__VT4L=li__UT4L->li__GPHL.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VT4L)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__VT4L));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__VT4L));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__VT4L));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__VT4L));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__VT4L));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__VT4L));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__VT4L));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__VT4L));
  } break;
  case __li__KLWI__: {
    li__PNVU=((__li__KMFK *)((__li__KLWI *)li__VT4L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__PNVU->li__3RFK),li__PNVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__VT4L));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__VT4L));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__VT4L));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__VT4L));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__VT4L));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__VT4L));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__VT4L));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__VT4L));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__VT4L));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__VT4L));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__PNVU=((__li__KMFK *)li__VT4L);
    li__HXPN(((__li__VTBD *)li__PNVU->li__3RFK),li__PNVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__VT4L));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__VT4L));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__VT4L));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__VT4L));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__VT4L));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__VT4L));
  } break;
  case __li__TPOO__: {
    li__IGIV=((__li__TPOO *)li__VT4L);
    li__IZFQ(((__li__DZB *)li__IGIV->li__5IXO),li__IGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__VT4L));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__VT4L));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__VT4L));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__VT4L));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__VT4L));
  } break;
  };
}

static void li__TGCQ(__li__APLM *li__UGCQ)
/* (Strict EXPR_SUP_EQ{li__APLM}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VGCQ;
  __li__KMFK *li__VNVU;
  __li__TPOO *li__KGIV;
  li__VGCQ=li__UGCQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VGCQ)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__VGCQ));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__VGCQ));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__VGCQ));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__VGCQ));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__VGCQ));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__VGCQ));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__VGCQ));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__VGCQ));
  } break;
  case __li__KLWI__: {
    li__VNVU=((__li__KMFK *)((__li__KLWI *)li__VGCQ)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__VNVU->li__3RFK),li__VNVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__VGCQ));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__VGCQ));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__VGCQ));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__VGCQ));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__VGCQ));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__VGCQ));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__VGCQ));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__VGCQ));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__VGCQ));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__VGCQ));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__VNVU=((__li__KMFK *)li__VGCQ);
    li__HXPN(((__li__VTBD *)li__VNVU->li__3RFK),li__VNVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__VGCQ));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__VGCQ));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__VGCQ));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__VGCQ));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__VGCQ));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__VGCQ));
  } break;
  case __li__TPOO__: {
    li__KGIV=((__li__TPOO *)li__VGCQ);
    li__IZFQ(((__li__DZB *)li__KGIV->li__5IXO),li__KGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__VGCQ));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__VGCQ));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__VGCQ));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__VGCQ));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__VGCQ));
  } break;
  };
  li__VGCQ=li__UGCQ->li__BPLM.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VGCQ)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__VGCQ));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__VGCQ));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__VGCQ));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__VGCQ));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__VGCQ));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__VGCQ));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__VGCQ));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__VGCQ));
  } break;
  case __li__KLWI__: {
    li__VNVU=((__li__KMFK *)((__li__KLWI *)li__VGCQ)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__VNVU->li__3RFK),li__VNVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__VGCQ));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__VGCQ));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__VGCQ));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__VGCQ));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__VGCQ));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__VGCQ));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__VGCQ));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__VGCQ));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__VGCQ));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__VGCQ));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__VNVU=((__li__KMFK *)li__VGCQ);
    li__HXPN(((__li__VTBD *)li__VNVU->li__3RFK),li__VNVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__VGCQ));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__VGCQ));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__VGCQ));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__VGCQ));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__VGCQ));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__VGCQ));
  } break;
  case __li__TPOO__: {
    li__KGIV=((__li__TPOO *)li__VGCQ);
    li__IZFQ(((__li__DZB *)li__KGIV->li__5IXO),li__KGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__VGCQ));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__VGCQ));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__VGCQ));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__VGCQ));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__VGCQ));
  } break;
  };
}

static void li__MFRO(__li__DTNM *li__NFRO)
/* (Strict EXPR_NOT{li__DTNM}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__OFRO;
  __li__KMFK *li__1NVU;
  __li__TPOO *li__MGIV;
  li__OFRO=li__NFRO->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OFRO)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__OFRO));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__OFRO));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__OFRO));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__OFRO));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__OFRO));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__OFRO));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__OFRO));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__OFRO));
  } break;
  case __li__KLWI__: {
    li__1NVU=((__li__KMFK *)((__li__KLWI *)li__OFRO)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__1NVU->li__3RFK),li__1NVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__OFRO));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__OFRO));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__OFRO));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__OFRO));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__OFRO));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__OFRO));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__OFRO));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__OFRO));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__OFRO));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__OFRO));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__1NVU=((__li__KMFK *)li__OFRO);
    li__HXPN(((__li__VTBD *)li__1NVU->li__3RFK),li__1NVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__OFRO));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__OFRO));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__OFRO));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__OFRO));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__OFRO));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__OFRO));
  } break;
  case __li__TPOO__: {
    li__MGIV=((__li__TPOO *)li__OFRO);
    li__IZFQ(((__li__DZB *)li__MGIV->li__5IXO),li__MGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__OFRO));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__OFRO));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__OFRO));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__OFRO));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__OFRO));
  } break;
  };
}

static void li__1W3R(__li__JXNM *li__2W3R)
/* (Strict EXPR_MOD{li__JXNM}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__3W3R;
  __li__KMFK *li__4NVU;
  __li__TPOO *li__NGIV;
  li__3W3R=li__2W3R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3W3R)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__3W3R));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__3W3R));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__3W3R));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__3W3R));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__3W3R));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__3W3R));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__3W3R));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__3W3R));
  } break;
  case __li__KLWI__: {
    li__4NVU=((__li__KMFK *)((__li__KLWI *)li__3W3R)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__4NVU->li__3RFK),li__4NVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__3W3R));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__3W3R));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__3W3R));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__3W3R));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__3W3R));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__3W3R));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__3W3R));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__3W3R));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__3W3R));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__3W3R));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__4NVU=((__li__KMFK *)li__3W3R);
    li__HXPN(((__li__VTBD *)li__4NVU->li__3RFK),li__4NVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__3W3R));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__3W3R));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__3W3R));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__3W3R));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__3W3R));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__3W3R));
  } break;
  case __li__TPOO__: {
    li__NGIV=((__li__TPOO *)li__3W3R);
    li__IZFQ(((__li__DZB *)li__NGIV->li__5IXO),li__NGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__3W3R));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__3W3R));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__3W3R));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__3W3R));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__3W3R));
  } break;
  };
  li__3W3R=li__2W3R->li__KXNM.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3W3R)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__3W3R));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__3W3R));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__3W3R));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__3W3R));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__3W3R));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__3W3R));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__3W3R));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__3W3R));
  } break;
  case __li__KLWI__: {
    li__4NVU=((__li__KMFK *)((__li__KLWI *)li__3W3R)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__4NVU->li__3RFK),li__4NVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__3W3R));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__3W3R));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__3W3R));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__3W3R));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__3W3R));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__3W3R));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__3W3R));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__3W3R));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__3W3R));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__3W3R));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__4NVU=((__li__KMFK *)li__3W3R);
    li__HXPN(((__li__VTBD *)li__4NVU->li__3RFK),li__4NVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__3W3R));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__3W3R));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__3W3R));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__3W3R));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__3W3R));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__3W3R));
  } break;
  case __li__TPOO__: {
    li__NGIV=((__li__TPOO *)li__3W3R);
    li__IZFQ(((__li__DZB *)li__NGIV->li__5IXO),li__NGIV);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__3W3R));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__3W3R));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__3W3R));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__3W3R));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__3W3R));
  } break;
  };
}

static void li__T1IP(__li__21LO *li__U1IP)
/* (Strict READ_SLOT{li__21LO}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__V1IP;
  __li__KMFK *li__EOVU;
  __li__TPOO *li__Y1IP;
  li__V1IP=li__U1IP->li__N2LO;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__V1IP)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__V1IP));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__V1IP));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__V1IP));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__V1IP));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__V1IP));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__V1IP));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__V1IP));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__V1IP));
  } break;
  case __li__KLWI__: {
    li__EOVU=((__li__KMFK *)((__li__KLWI *)li__V1IP)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__EOVU->li__3RFK),li__EOVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__V1IP));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__V1IP));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__V1IP));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__V1IP));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__V1IP));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__V1IP));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__V1IP));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__V1IP));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__V1IP));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__V1IP));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__EOVU=((__li__KMFK *)li__V1IP);
    li__HXPN(((__li__VTBD *)li__EOVU->li__3RFK),li__EOVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__V1IP));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__V1IP));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__V1IP));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__V1IP));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__V1IP));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__V1IP));
  } break;
  case __li__TPOO__: {
    li__Y1IP=((__li__TPOO *)li__V1IP);
    li__IZFQ(((__li__DZB *)li__Y1IP->li__5IXO),li__Y1IP);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__V1IP));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__V1IP));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__V1IP));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__V1IP));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__V1IP));
  } break;
  };
  li__XZFQ(((__li__DZB *)li__U1IP->li__KJXO),li__U1IP);
}

static void li__IZFQ(__li__DZB *li__JZFQ,void *li__KZFQ)
/* (Strict SLOT_DATA{li__DZB},READ{li__TPOO}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__PGIV;
  li__JZFQ->li__GZB.li__LNME=(__li__K)(li__JZFQ->li__GZB.li__LNME -  1);
  /* __li__B__ __li__I__ */
if ((li__JZFQ->li__GZB.li__LNME <  0)) {
    li__KBG((&__string_462));
    li__PGIV=li__IFC( 250);
    li__4JKP(li__KZFQ,li__PGIV);
    li__C30(((__li__BC *)li__PGIV));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_463));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
}

static void li__DK4R(__li__URRO *li__EK4R)
/* (Strict EXPR_NOT_LOGIC{li__URRO}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__FK4R;
  __li__KMFK *li__HOVU;
  __li__TPOO *li__JOVU;
  li__FK4R=li__EK4R->li__XRRO.li__RF4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FK4R)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__FK4R));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__FK4R));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__FK4R));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__FK4R));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__FK4R));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__FK4R));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__FK4R));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__FK4R));
  } break;
  case __li__KLWI__: {
    li__HOVU=((__li__KMFK *)((__li__KLWI *)li__FK4R)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__HOVU->li__3RFK),li__HOVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__FK4R));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__FK4R));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__FK4R));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__FK4R));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__FK4R));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__FK4R));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__FK4R));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__FK4R));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__FK4R));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__FK4R));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__HOVU=((__li__KMFK *)li__FK4R);
    li__HXPN(((__li__VTBD *)li__HOVU->li__3RFK),li__HOVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__FK4R));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__FK4R));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__FK4R));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__FK4R));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__FK4R));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__FK4R));
  } break;
  case __li__TPOO__: {
    li__JOVU=((__li__TPOO *)li__FK4R);
    li__IZFQ(((__li__DZB *)li__JOVU->li__5IXO),li__JOVU);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__FK4R));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__FK4R));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__FK4R));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__FK4R));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__FK4R));
  } break;
  };
}

static void li__XGCQ(__li__41XO *li__YGCQ)
/* (Strict EXPR_OR{li__41XO}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZGCQ;
  __li__KMFK *li__LOVU;
  __li__TPOO *li__NOVU;
  li__ZGCQ=li__YGCQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZGCQ)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__ZGCQ));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__ZGCQ));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__ZGCQ));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__ZGCQ));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__ZGCQ));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__ZGCQ));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__ZGCQ));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__ZGCQ));
  } break;
  case __li__KLWI__: {
    li__LOVU=((__li__KMFK *)((__li__KLWI *)li__ZGCQ)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__LOVU->li__3RFK),li__LOVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__ZGCQ));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__ZGCQ));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__ZGCQ));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__ZGCQ));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__ZGCQ));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__ZGCQ));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__ZGCQ));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__ZGCQ));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__ZGCQ));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__ZGCQ));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__LOVU=((__li__KMFK *)li__ZGCQ);
    li__HXPN(((__li__VTBD *)li__LOVU->li__3RFK),li__LOVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__ZGCQ));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__ZGCQ));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__ZGCQ));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__ZGCQ));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__ZGCQ));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__ZGCQ));
  } break;
  case __li__TPOO__: {
    li__NOVU=((__li__TPOO *)li__ZGCQ);
    li__IZFQ(((__li__DZB *)li__NOVU->li__5IXO),li__NOVU);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__ZGCQ));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__ZGCQ));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__ZGCQ));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__ZGCQ));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__ZGCQ));
  } break;
  };
  li__ZGCQ=li__YGCQ->li__51XO.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZGCQ)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__ZGCQ));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__ZGCQ));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__ZGCQ));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__ZGCQ));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__ZGCQ));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__ZGCQ));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__ZGCQ));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__ZGCQ));
  } break;
  case __li__KLWI__: {
    li__LOVU=((__li__KMFK *)((__li__KLWI *)li__ZGCQ)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__LOVU->li__3RFK),li__LOVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__ZGCQ));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__ZGCQ));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__ZGCQ));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__ZGCQ));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__ZGCQ));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__ZGCQ));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__ZGCQ));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__ZGCQ));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__ZGCQ));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__ZGCQ));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__LOVU=((__li__KMFK *)li__ZGCQ);
    li__HXPN(((__li__VTBD *)li__LOVU->li__3RFK),li__LOVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__ZGCQ));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__ZGCQ));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__ZGCQ));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__ZGCQ));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__ZGCQ));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__ZGCQ));
  } break;
  case __li__TPOO__: {
    li__NOVU=((__li__TPOO *)li__ZGCQ);
    li__IZFQ(((__li__DZB *)li__NOVU->li__5IXO),li__NOVU);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__ZGCQ));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__ZGCQ));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__ZGCQ));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__ZGCQ));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__ZGCQ));
  } break;
  };
}

static void li__AYCS(__li__AKBR *li__BYCS)
/* (Strict EXPR_XOR{li__AKBR}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__CYCS;
  __li__KMFK *li__TOVU;
  __li__TPOO *li__VOVU;
  li__CYCS=li__BYCS->li__BKBR.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CYCS)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__CYCS));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__CYCS));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__CYCS));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__CYCS));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__CYCS));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__CYCS));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__CYCS));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__CYCS));
  } break;
  case __li__KLWI__: {
    li__TOVU=((__li__KMFK *)((__li__KLWI *)li__CYCS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__TOVU->li__3RFK),li__TOVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__CYCS));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__CYCS));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__CYCS));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__CYCS));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__CYCS));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__CYCS));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__CYCS));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__CYCS));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__CYCS));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__CYCS));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__TOVU=((__li__KMFK *)li__CYCS);
    li__HXPN(((__li__VTBD *)li__TOVU->li__3RFK),li__TOVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__CYCS));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__CYCS));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__CYCS));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__CYCS));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__CYCS));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__CYCS));
  } break;
  case __li__TPOO__: {
    li__VOVU=((__li__TPOO *)li__CYCS);
    li__IZFQ(((__li__DZB *)li__VOVU->li__5IXO),li__VOVU);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__CYCS));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__CYCS));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__CYCS));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__CYCS));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__CYCS));
  } break;
  };
  li__CYCS=li__BYCS->li__BKBR.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CYCS)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__CYCS));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__CYCS));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__CYCS));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__CYCS));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__CYCS));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__CYCS));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__CYCS));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__CYCS));
  } break;
  case __li__KLWI__: {
    li__TOVU=((__li__KMFK *)((__li__KLWI *)li__CYCS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__TOVU->li__3RFK),li__TOVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__CYCS));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__CYCS));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__CYCS));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__CYCS));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__CYCS));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__CYCS));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__CYCS));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__CYCS));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__CYCS));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__CYCS));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__TOVU=((__li__KMFK *)li__CYCS);
    li__HXPN(((__li__VTBD *)li__TOVU->li__3RFK),li__TOVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__CYCS));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__CYCS));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__CYCS));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__CYCS));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__CYCS));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__CYCS));
  } break;
  case __li__TPOO__: {
    li__VOVU=((__li__TPOO *)li__CYCS);
    li__IZFQ(((__li__DZB *)li__VOVU->li__5IXO),li__VOVU);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__CYCS));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__CYCS));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__CYCS));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__CYCS));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__CYCS));
  } break;
  };
}

static void li__5XIS(__li__SU5R *li__AYIS)
/* (Strict EXPR_INF{li__SU5R}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__BYIS;
  __li__KMFK *li__1OVU;
  __li__TPOO *li__3OVU;
  li__BYIS=li__AYIS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BYIS)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__BYIS));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__BYIS));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__BYIS));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__BYIS));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__BYIS));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__BYIS));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__BYIS));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__BYIS));
  } break;
  case __li__KLWI__: {
    li__1OVU=((__li__KMFK *)((__li__KLWI *)li__BYIS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__1OVU->li__3RFK),li__1OVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__BYIS));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__BYIS));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__BYIS));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__BYIS));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__BYIS));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__BYIS));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__BYIS));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__BYIS));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__BYIS));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__BYIS));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__1OVU=((__li__KMFK *)li__BYIS);
    li__HXPN(((__li__VTBD *)li__1OVU->li__3RFK),li__1OVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__BYIS));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__BYIS));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__BYIS));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__BYIS));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__BYIS));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__BYIS));
  } break;
  case __li__TPOO__: {
    li__3OVU=((__li__TPOO *)li__BYIS);
    li__IZFQ(((__li__DZB *)li__3OVU->li__5IXO),li__3OVU);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__BYIS));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__BYIS));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__BYIS));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__BYIS));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__BYIS));
  } break;
  };
  li__BYIS=li__AYIS->li__TU5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BYIS)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__BYIS));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__BYIS));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__BYIS));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__BYIS));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__BYIS));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__BYIS));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__BYIS));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__BYIS));
  } break;
  case __li__KLWI__: {
    li__1OVU=((__li__KMFK *)((__li__KLWI *)li__BYIS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__1OVU->li__3RFK),li__1OVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__BYIS));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__BYIS));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__BYIS));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__BYIS));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__BYIS));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__BYIS));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__BYIS));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__BYIS));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__BYIS));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__BYIS));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__1OVU=((__li__KMFK *)li__BYIS);
    li__HXPN(((__li__VTBD *)li__1OVU->li__3RFK),li__1OVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__BYIS));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__BYIS));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__BYIS));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__BYIS));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__BYIS));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__BYIS));
  } break;
  case __li__TPOO__: {
    li__3OVU=((__li__TPOO *)li__BYIS);
    li__IZFQ(((__li__DZB *)li__3OVU->li__5IXO),li__3OVU);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__BYIS));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__BYIS));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__BYIS));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__BYIS));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__BYIS));
  } break;
  };
}

static void li__DYIS(__li__JV5R *li__EYIS)
/* (Strict EXPR_INF_EQ{li__JV5R}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__FYIS;
  __li__KMFK *li__DPVU;
  __li__TPOO *li__FPVU;
  li__FYIS=li__EYIS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FYIS)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__FYIS));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__FYIS));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__FYIS));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__FYIS));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__FYIS));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__FYIS));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__FYIS));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__FYIS));
  } break;
  case __li__KLWI__: {
    li__DPVU=((__li__KMFK *)((__li__KLWI *)li__FYIS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__DPVU->li__3RFK),li__DPVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__FYIS));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__FYIS));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__FYIS));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__FYIS));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__FYIS));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__FYIS));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__FYIS));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__FYIS));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__FYIS));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__FYIS));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__DPVU=((__li__KMFK *)li__FYIS);
    li__HXPN(((__li__VTBD *)li__DPVU->li__3RFK),li__DPVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__FYIS));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__FYIS));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__FYIS));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__FYIS));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__FYIS));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__FYIS));
  } break;
  case __li__TPOO__: {
    li__FPVU=((__li__TPOO *)li__FYIS);
    li__IZFQ(((__li__DZB *)li__FPVU->li__5IXO),li__FPVU);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__FYIS));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__FYIS));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__FYIS));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__FYIS));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__FYIS));
  } break;
  };
  li__FYIS=li__EYIS->li__KV5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FYIS)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__FYIS));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__FYIS));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__FYIS));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__FYIS));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__FYIS));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__FYIS));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__FYIS));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__FYIS));
  } break;
  case __li__KLWI__: {
    li__DPVU=((__li__KMFK *)((__li__KLWI *)li__FYIS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__DPVU->li__3RFK),li__DPVU);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__FYIS));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__FYIS));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__FYIS));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__FYIS));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__FYIS));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__FYIS));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__FYIS));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__FYIS));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__FYIS));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__FYIS));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__DPVU=((__li__KMFK *)li__FYIS);
    li__HXPN(((__li__VTBD *)li__DPVU->li__3RFK),li__DPVU);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__FYIS));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__FYIS));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__FYIS));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__FYIS));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__FYIS));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__FYIS));
  } break;
  case __li__TPOO__: {
    li__FPVU=((__li__TPOO *)li__FYIS);
    li__IZFQ(((__li__DZB *)li__FPVU->li__5IXO),li__FPVU);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__FYIS));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__FYIS));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__FYIS));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__FYIS));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__FYIS));
  } break;
  };
}

static __li__LHBK* li__LANO(__li__LHBK *li__MANO)
/* (Strict CALL_SLOT{li__LHBK}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__LHBK *li__OANO,*li__XBNO,*li__NANO;
  __li__CB li__PANO,li__SPVU;
  __li__JJG li__XANO,li__VPVU,li__QPVU;
  __li__K li__CBNO;
  __li__52B li__AQVU;
  li__OANO=NULL;
  li__PANO=((__li__CB )(NULL));
  li__XANO=((__li__JJG )sizeof(__li__LHBK));
  /* __li__B__ __li__I__ */
if ((li__XANO ==  0)) {
    li__OANO=li__MANO;
  } else /* FALSE */ {
    li__CBNO=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__XANO));
    /* __li__B__ __li__I__ */
if ((li__CBNO == (__li__K)(-  1))) {
      li__VPVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QPVU=(__li__JJG)((__li__JJG)(li__XANO - (__li__JJG)(((__li__JJG ) 0) - li__VPVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__VPVU) - ((__li__JJG ) 1)));
      li__VPVU=(__li__JJG)(li__QPVU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__SPVU=li__YCJ(li__QPVU,((__li__CB )(&(table_size[(li__VPVU)-1]))),((__li__52B )li__QPVU));
      li__PANO=li__SPVU;
    } else /* FALSE */ {
      li__AQVU=((__li__52B )li__CBNO);
      li__VPVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QPVU=(__li__JJG)((__li__JJG)(li__XANO - (__li__JJG)(((__li__JJG ) 0) - li__VPVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__VPVU) - ((__li__JJG ) 1)));
      li__SPVU=li__YCJ(li__QPVU,((__li__CB )(&(table_type[(li__AQVU)]))),(__li__52B)(li__AQVU |  1));
      li__PANO=li__SPVU;
    };
    li__XBNO=((__li__LHBK *)li__PANO);
    li__OANO=li__XBNO;
    *(li__XBNO) = *(li__MANO);
  };
  li__NANO=li__OANO;
  return(li__NANO);
}

static void li__LIWO(__li__LHBK *li__MIWO,__li__PO li__NIWO,void *li__OIWO,__li__SZEC *li__PIWO,void *li__QIWO)
/* (Strict CALL_SLOT{li__LHBK},Expanded POSITION{li__PO},PROFIL{NULLxli__1Mxli__UJSH},Strict FAST_ARRAY(WRITE){NULLxli__SZEC},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__RIWO,li__QQVU;
  void *li__AJWO;
  __li__C li__VIWO;
  __li__B2OI *li__BJWO;
  li__RIWO= 0;
  li__MIWO->li__MHBK.li__0CC=li__NIWO;
  li__MIWO->li__SIWO=li__QIWO;
  li__MIWO->li__KSPK=li__OIWO;
  li__MIWO->li__TIWO=li__PIWO;
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__OIWO)->__id==__li__1M__) {
    li__HT1Q(((__li__1M *)((__li__UJSH *)li__OIWO)),li__MIWO);
  } else /* PROFIL_BLOCK */ {
    li__GGZO(((__li__UJSH *)li__OIWO));
  };
  li__VIWO=li__VGZO(li__MIWO);
  /* __li__B__ __li__I__ */
if (li__VIWO) {
    li__RIWO= 1;
  } else /* FALSE */ {
    li__AJWO=li__MIWO->li__KSPK;
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__AJWO)->__id==__li__1M__) {
      li__BJWO=&(((__li__1M *)li__AJWO)->li__2M.li__D2OI);
    } else /* PROFIL_BLOCK */ {
      li__BJWO=&(((__li__UJSH *)li__AJWO)->li__VJSH.li__D2OI);
    };
    li__QQVU=li__004I(li__BJWO);
    li__RIWO=(__li__K)(li__QQVU +  1);
  };
  li__0GZO(&(li__MIWO->li__SWEO),li__RIWO);
}

static __li__VTBD* li__WOTL(__li__B2OI *li__XOTL,__li__K li__YOTL)
/* (Expanded SLIM_ARRAY(LOCAL){li__B2OI},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__0OTL,*li__ZOTL;
  __li__C li__1OTL;
  __li__AB li__BPTL;
  __li__AB li__KPTL;
  li__0OTL=NULL;
  li__1OTL=(li__YOTL ==  0);
  li__BPTL.self=li__XOTL;
  li__KPTL.self=li__XOTL;
  /* __li__B__ __li__I__ */
if (li__1OTL) {
    li__0OTL=((__li__B2OI *)li__BPTL.self)->li__TBSI;
  } else /* FALSE */ {
    li__0OTL=((void **)(*(((__li__Z0IE *)((__li__B2OI *)li__KPTL.self)->li__OZ2I))).li__WWWG)[(__li__K)(li__YOTL -  1)];
  };
  li__ZOTL=li__0OTL;
  return(li__ZOTL);
}

static __li__KMFK* li__NOPI(__li__VTBD *li__OOPI)
/* (Strict LOCAL{li__VTBD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KMFK *li__3NSI,*li__FOSI,*li__VOSI,*li__QOPI;
  __li__VTBD *li__UOSI;
  __li__C li__HOSI;
  li__3NSI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__OOPI->li__ANQI != (void *)NULL)) {
    li__FOSI=li__ZCCL(((__li__VTBD *)li__OOPI->li__ANQI));
    li__3NSI=li__FOSI;
    li__HOSI=li__B__;
  } else /* FALSE */ {
    li__HOSI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__HOSI)) {
    /* __li__B__ __li__I__ */
if (li__MOSI) {
      li__UOSI=li__FPNQ(li__OOPI);
      li__VOSI=li__ZCCL(((__li__VTBD *)li__UOSI));
      li__3NSI=li__VOSI;
    } else /* FALSE */ {
      li__VOSI=li__ZCCL(li__OOPI);
      li__3NSI=li__VOSI;
    };
  };
  li__QOPI=li__3NSI;
  return(li__QOPI);
}

static __li__OWEO* li__SKPO(__li__OWEO *li__TKPO,void *li__UKPO)
/* (Strict RESULT{li__OWEO},WRITE{NULLxli__RLKJxli__5LKJxli__DFNL}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__OWEO *li__DEXO,*li__MFXO,*li__VKPO;
  __li__CB li__EEXO,li__CRVU;
  __li__JJG li__MEXO,li__FRVU,li__ARVU;
  __li__K li__XEXO;
  __li__52B li__QRVU;
  li__DEXO=NULL;
  li__EEXO=((__li__CB )(NULL));
  li__MEXO=((__li__JJG )sizeof(__li__OWEO));
  /* __li__B__ __li__I__ */
if ((li__MEXO ==  0)) {
    li__DEXO=li__TKPO;
  } else /* FALSE */ {
    li__XEXO=__li__OWEO__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__MEXO));
    /* __li__B__ __li__I__ */
if ((li__XEXO == (__li__K)(-  1))) {
      li__FRVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ARVU=(__li__JJG)((__li__JJG)(li__MEXO - (__li__JJG)(((__li__JJG ) 0) - li__FRVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__FRVU) - ((__li__JJG ) 1)));
      li__FRVU=(__li__JJG)(li__ARVU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__CRVU=li__YCJ(li__ARVU,((__li__CB )(&(table_size[(li__FRVU)-1]))),((__li__52B )li__ARVU));
      li__EEXO=li__CRVU;
    } else /* FALSE */ {
      li__QRVU=((__li__52B )li__XEXO);
      li__FRVU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ARVU=(__li__JJG)((__li__JJG)(li__MEXO - (__li__JJG)(((__li__JJG ) 0) - li__FRVU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__FRVU) - ((__li__JJG ) 1)));
      li__CRVU=li__YCJ(li__ARVU,((__li__CB )(&(table_type[(li__QRVU)]))),(__li__52B)(li__QRVU |  1));
      li__EEXO=li__CRVU;
    };
    li__MFXO=((__li__OWEO *)li__EEXO);
    li__DEXO=li__MFXO;
    *(li__MFXO) = *(li__TKPO);
  };
  ((__li__OWEO *)li__DEXO)->li__0FXO=li__UKPO;
  li__VKPO=li__DEXO;
  return(li__VKPO);
}

static void li__ZKPO(__li__QWEO *li__0KPO,__li__OWEO *li__1KPO)
/* (Expanded SLIM_ARRAY(RESULT){li__QWEO},Strict RESULT{NULLxli__OWEO}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__4KPO,li__TLPO;
  __li__AB li__DLPO;
  __li__AB li__2LPO;
  __li__QWEO *li__HLPO,*li__XLPO;
  __li__AB li__ZLPO;
  __li__ILPO *li__YLPO;
  li__4KPO=((void *)li__0KPO->li__2KPO == (void *)NULL);
  li__DLPO.self=li__0KPO;
  li__2LPO.self=li__0KPO;
  /* __li__B__ __li__I__ */
if (li__4KPO) {
    ((__li__QWEO *)li__DLPO.self)->li__2KPO=li__1KPO;
  } else /* FALSE */ {
    li__HLPO=((__li__QWEO *)li__2LPO.self);
    li__TLPO=((void *)li__HLPO->li__RLPO == (void *)NULL);
    li__ZLPO.self=li__HLPO;
    /* __li__B__ __li__I__ */
if (li__TLPO) {
      li__XLPO=((__li__QWEO *)li__ZLPO.self);
      li__YLPO=li__F1QO( 4);
      li__XLPO->li__RLPO=li__YLPO;
    };
    li__C2MP(((__li__ILPO *)li__HLPO->li__RLPO),li__1KPO);
  };
}

static void li__WJQM(__li__SQNE *li__XJQM,void *li__YJQM)
/* (Strict TYPES_TMP{li__SQNE},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__FKQM;
  void **li__IKQM;
  /* __li__B__ __li__I__ */
if (((__li__K)(li__XJQM->li__VQNE.li__ZTMI +  1) > (__li__K)(li__XJQM->li__DABM -  1))) {
    li__FKQM=(__li__K)(li__XJQM->li__DABM <<  1);
    li__IKQM=li__Y3II(((void **)li__XJQM->li__VQNE.li__GABM),li__XJQM->li__DABM,li__FKQM);
    li__XJQM->li__VQNE.li__GABM=li__IKQM;
    li__XJQM->li__DABM=li__FKQM;
  };
  li__XJQM->li__VQNE.li__ZTMI=(__li__K)(li__XJQM->li__VQNE.li__ZTMI +  1);
  ((void **)li__XJQM->li__VQNE.li__GABM)[li__XJQM->li__VQNE.li__ZTMI]=li__YJQM;
}

static __li__K li__QKQM(__li__SQNE *li__RKQM,void *li__SKQM,__li__K li__TKQM,__li__K li__UKQM)
/* (Strict TYPES_TMP{li__SQNE},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XKQM,li__ALQM,li__CLQM,li__ZLQM,li__VKQM;
  void *li__BLQM;
  li__XKQM= 0;
  /* __li__B__ __li__I__ */
if (((__li__K)(li__UKQM - li__TKQM) <  2)) {
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__SKQM)->__id) {
    case __li__IF__: {
      li__ALQM=((__li__IF *)li__SKQM)->li__NZC;
    } break;
    case __li__ORB__: {
      li__ALQM=((__li__ORB *)li__SKQM)->li__PRB.li__NZC;
    } break;
    case __li__QRB__: {
      li__ALQM=((__li__QRB *)li__SKQM)->li__RRB.li__NZC;
    } break;
    case __li__SRB__: {
      li__ALQM=((__li__SRB *)li__SKQM)->li__TRB.li__NZC;
    } break;
    case __li__URB__: {
      li__ALQM=((__li__URB *)li__SKQM)->li__VRB.li__NZC;
    } break;
    case __li__GSZ__: {
      li__ALQM=((__li__GSZ *)li__SKQM)->li__HSZ.li__NZC;
    } break;
    case __li__1RRF__: {
      li__ALQM=((__li__1RRF *)li__SKQM)->li__2RRF.li__NZC;
    } break;
    case __li__UJSH__: {
      li__ALQM=((__li__UJSH *)li__SKQM)->li__WJSH.li__NZC;
    } break;
    };
    li__BLQM=((void **)li__RKQM->li__VQNE.li__GABM)[li__TKQM];
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BLQM)->__id) {
    case __li__IF__: {
      li__CLQM=((__li__IF *)li__BLQM)->li__NZC;
    } break;
    case __li__ORB__: {
      li__CLQM=((__li__ORB *)li__BLQM)->li__PRB.li__NZC;
    } break;
    case __li__QRB__: {
      li__CLQM=((__li__QRB *)li__BLQM)->li__RRB.li__NZC;
    } break;
    case __li__SRB__: {
      li__CLQM=((__li__SRB *)li__BLQM)->li__TRB.li__NZC;
    } break;
    case __li__URB__: {
      li__CLQM=((__li__URB *)li__BLQM)->li__VRB.li__NZC;
    } break;
    case __li__GSZ__: {
      li__CLQM=((__li__GSZ *)li__BLQM)->li__HSZ.li__NZC;
    } break;
    case __li__1RRF__: {
      li__CLQM=((__li__1RRF *)li__BLQM)->li__2RRF.li__NZC;
    } break;
    case __li__UJSH__: {
      li__CLQM=((__li__UJSH *)li__BLQM)->li__WJSH.li__NZC;
    } break;
    };
    /* __li__B__ __li__I__ */
if ((li__ALQM > li__CLQM)) {
      li__XKQM=li__UKQM;
    } else /* FALSE */ {
      li__XKQM=li__TKQM;
    };
  } else /* FALSE */ {
    li__ALQM=(__li__K)((__li__K)(li__TKQM + li__UKQM) >>  1);
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__SKQM)->__id) {
    case __li__IF__: {
      li__CLQM=((__li__IF *)li__SKQM)->li__NZC;
    } break;
    case __li__ORB__: {
      li__CLQM=((__li__ORB *)li__SKQM)->li__PRB.li__NZC;
    } break;
    case __li__QRB__: {
      li__CLQM=((__li__QRB *)li__SKQM)->li__RRB.li__NZC;
    } break;
    case __li__SRB__: {
      li__CLQM=((__li__SRB *)li__SKQM)->li__TRB.li__NZC;
    } break;
    case __li__URB__: {
      li__CLQM=((__li__URB *)li__SKQM)->li__VRB.li__NZC;
    } break;
    case __li__GSZ__: {
      li__CLQM=((__li__GSZ *)li__SKQM)->li__HSZ.li__NZC;
    } break;
    case __li__1RRF__: {
      li__CLQM=((__li__1RRF *)li__SKQM)->li__2RRF.li__NZC;
    } break;
    case __li__UJSH__: {
      li__CLQM=((__li__UJSH *)li__SKQM)->li__WJSH.li__NZC;
    } break;
    };
    li__BLQM=((void **)li__RKQM->li__VQNE.li__GABM)[li__ALQM];
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BLQM)->__id) {
    case __li__IF__: {
      li__ZLQM=((__li__IF *)li__BLQM)->li__NZC;
    } break;
    case __li__ORB__: {
      li__ZLQM=((__li__ORB *)li__BLQM)->li__PRB.li__NZC;
    } break;
    case __li__QRB__: {
      li__ZLQM=((__li__QRB *)li__BLQM)->li__RRB.li__NZC;
    } break;
    case __li__SRB__: {
      li__ZLQM=((__li__SRB *)li__BLQM)->li__TRB.li__NZC;
    } break;
    case __li__URB__: {
      li__ZLQM=((__li__URB *)li__BLQM)->li__VRB.li__NZC;
    } break;
    case __li__GSZ__: {
      li__ZLQM=((__li__GSZ *)li__BLQM)->li__HSZ.li__NZC;
    } break;
    case __li__1RRF__: {
      li__ZLQM=((__li__1RRF *)li__BLQM)->li__2RRF.li__NZC;
    } break;
    case __li__UJSH__: {
      li__ZLQM=((__li__UJSH *)li__BLQM)->li__WJSH.li__NZC;
    } break;
    };
    /* __li__B__ __li__I__ */
if ((li__CLQM > li__ZLQM)) {
      li__CLQM=li__QKQM(li__RKQM,li__SKQM,li__ALQM,li__UKQM);
      li__XKQM=li__CLQM;
    } else /* FALSE */ {
      li__CLQM=li__QKQM(li__RKQM,li__SKQM,li__TKQM,li__ALQM);
      li__XKQM=li__CLQM;
    };
  };
  li__VKQM=li__XKQM;
  return(li__VKQM);
}

static void li__PHBO(__li__SQNE *li__QHBO,void *li__RHBO,__li__K li__SHBO)
/* (Strict TYPES_TMP{li__SQNE},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__MIBO;
  void **li__PIBO,**li__USVU;
  /* __li__B__ __li__I__ */
if ((li__SHBO == (__li__K)(li__QHBO->li__VQNE.li__ZTMI +  1))) {
    li__WJQM(li__QHBO,li__RHBO);
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((__li__K)(li__QHBO->li__VQNE.li__ZTMI +  1) > (__li__K)(li__QHBO->li__DABM -  1))) {
      li__MIBO=(__li__K)(li__QHBO->li__DABM <<  1);
      li__PIBO=li__Y3II(((void **)li__QHBO->li__VQNE.li__GABM),li__QHBO->li__DABM,li__MIBO);
      li__QHBO->li__VQNE.li__GABM=li__PIBO;
      li__QHBO->li__DABM=li__MIBO;
    };
    li__QHBO->li__VQNE.li__ZTMI=(__li__K)(li__QHBO->li__VQNE.li__ZTMI +  1);
    li__MIBO=(__li__K)(li__QHBO->li__VQNE.li__ZTMI -  1);
    li__PIBO=li__QHBO->li__VQNE.li__GABM;
    li__USVU=li__QHBO->li__VQNE.li__GABM;
    while ((li__MIBO >= li__SHBO)) {
      ((void **)li__PIBO)[(__li__K)(li__MIBO +  1)]=((void **)li__USVU)[li__MIBO];
      li__MIBO=(__li__K)(li__MIBO -  1);
    };
    ((void **)li__QHBO->li__VQNE.li__GABM)[li__SHBO]=li__RHBO;
  };
}

static void li__L5WM(__li__SQNE *li__M5WM,__li__TQNE *li__N5WM)
/* (Strict TYPES_TMP{li__SQNE},Strict TYPES{NULLxli__TQNE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__O5WM,li__P5WM,li__Q5WM,li__55WM,li__MAXM;
  void *li__45WM,*li__LAXM;
  void **li__GSVU;
  __li__C li__QAXM;
  li__O5WM= 0;
  li__P5WM= 0;
  li__Q5WM= 0;
  while ((li__P5WM <= li__N5WM->li__ZTMI)) {
    li__45WM=((void **)((__li__TQNE *)li__N5WM)->li__GABM)[li__P5WM];
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__45WM)->__id) {
    case __li__IF__: {
      li__55WM=((__li__IF *)li__45WM)->li__NZC;
    } break;
    case __li__ORB__: {
      li__55WM=((__li__ORB *)li__45WM)->li__PRB.li__NZC;
    } break;
    case __li__QRB__: {
      li__55WM=((__li__QRB *)li__45WM)->li__RRB.li__NZC;
    } break;
    case __li__SRB__: {
      li__55WM=((__li__SRB *)li__45WM)->li__TRB.li__NZC;
    } break;
    case __li__URB__: {
      li__55WM=((__li__URB *)li__45WM)->li__VRB.li__NZC;
    } break;
    case __li__GSZ__: {
      li__55WM=((__li__GSZ *)li__45WM)->li__HSZ.li__NZC;
    } break;
    case __li__1RRF__: {
      li__55WM=((__li__1RRF *)li__45WM)->li__2RRF.li__NZC;
    } break;
    case __li__UJSH__: {
      li__55WM=((__li__UJSH *)li__45WM)->li__WJSH.li__NZC;
    } break;
    };
    li__Q5WM=li__55WM;
    li__55WM=li__M5WM->li__VQNE.li__ZTMI;
    li__GSVU=li__M5WM->li__VQNE.li__GABM;
    li__32BO:
    {
      /* __li__B__ __li__I__ */
if ((li__O5WM <= li__55WM)) {
        li__LAXM=((void **)li__GSVU)[li__O5WM];
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__LAXM)->__id) {
        case __li__IF__: {
          li__MAXM=((__li__IF *)li__LAXM)->li__NZC;
        } break;
        case __li__ORB__: {
          li__MAXM=((__li__ORB *)li__LAXM)->li__PRB.li__NZC;
        } break;
        case __li__QRB__: {
          li__MAXM=((__li__QRB *)li__LAXM)->li__RRB.li__NZC;
        } break;
        case __li__SRB__: {
          li__MAXM=((__li__SRB *)li__LAXM)->li__TRB.li__NZC;
        } break;
        case __li__URB__: {
          li__MAXM=((__li__URB *)li__LAXM)->li__VRB.li__NZC;
        } break;
        case __li__GSZ__: {
          li__MAXM=((__li__GSZ *)li__LAXM)->li__HSZ.li__NZC;
        } break;
        case __li__1RRF__: {
          li__MAXM=((__li__1RRF *)li__LAXM)->li__2RRF.li__NZC;
        } break;
        case __li__UJSH__: {
          li__MAXM=((__li__UJSH *)li__LAXM)->li__WJSH.li__NZC;
        } break;
        };
        li__QAXM=(li__MAXM < li__Q5WM);
      } else /* FALSE */ {
        li__QAXM=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__QAXM) {
        li__O5WM=(__li__K)(li__O5WM +  1);
        goto li__32BO;
      };
    };
    /* __li__B__ __li__I__ */
if (((li__O5WM > li__M5WM->li__VQNE.li__ZTMI) || ((void *)((void **)li__M5WM->li__VQNE.li__GABM)[li__O5WM] != (void *)li__45WM))) {
      li__PHBO(li__M5WM,li__45WM,li__O5WM);
    };
    li__O5WM=(__li__K)(li__O5WM +  1);
    li__P5WM=(__li__K)(li__P5WM +  1);
  };
}

static __li__TQNE* li__KXIM(__li__SQNE *li__LXIM,__li__TQNE *li__MXIM)
/* (Strict TYPES_TMP{li__SQNE},Strict TYPES{NULLxli__TQNE}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__TQNE *li__XXIM,*li__MYIM,*li__NXIM;
  li__XXIM=NULL;
  /* __li__B__ __li__I__ */
if ((((void *)li__MXIM != (void *)NULL) && ((__li__K)(((__li__TQNE *)li__MXIM)->li__ZTMI +  1) == (__li__K)(li__LXIM->li__VQNE.li__ZTMI +  1)))) {
    li__XXIM=li__MXIM;
    li__EVEM(li__LXIM);
  } else /* FALSE */ {
    li__MYIM=li__NJ1L(li__LXIM);
    li__XXIM=li__MYIM;
  };
  li__NXIM=li__XXIM;
  return(li__NXIM);
}

static void li__15MM(__li__VTBD *li__25MM,__li__SQNE *li__35MM)
/* (Strict LOCAL{li__VTBD},Strict TYPES_TMP{NULLxli__SQNE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__SQNE *li__45MM,*li__DBNM;
  void *li__KBNM,*li__3BNM;
  __li__K li__WBNM,li__04KN;
  __li__TQNE *li__ECNM;
  li__45MM=NULL;
  /* __li__B__ __li__I__ */
if ((li__25MM->li__WTBD.li__AANM < li__C41D)) {
    /* __li__B__ __li__I__ */
if ((! ((((__li__F0C)(((__li__5RB *)li__25MM->li__WTBD.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__25MM->li__WTBD.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__25MM->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66))))) {
      /* __li__B__ __li__I__ */
if ((li__EZBD || ((void *)li__25MM->li__WTBD.li__XRSH != (void *)NULL))) {
        li__25MM->li__WTBD.li__AANM=li__C41D;
        li__DBNM=li__5D4G();
        li__45MM=li__DBNM;
        /* __li__B__ __li__I__ */
if (((void *)li__25MM->li__WTBD.li__XRSH != (void *)NULL)) {
          li__KBNM=li__25MM->li__WTBD.li__XRSH;
          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__KBNM)->__id) {
          case __li__RLKJ__: {
            li__XIKN(((__li__RLKJ *)li__KBNM),li__DBNM);
          } break;
          case __li__5LKJ__: {
            li__DJKN(((__li__5LKJ *)((__li__RLKJ *)li__KBNM)),li__DBNM);
          } break;
          case __li__DFNL__: {
            li__PJKN(((__li__DFNL *)((__li__RLKJ *)li__KBNM)),li__DBNM);
          } break;
          };
          /* __li__B__ __li__I__ */
if (((void *)li__25MM->li__WTBD.li__BYEJ != (void *)NULL)) {
            li__WBNM=(*(li__25MM->li__WTBD.li__BYEJ)).li__J0EK;
            li__04KN= 0;
            while ((li__04KN <= li__WBNM)) {
              li__3BNM=((void **)(*(((__li__SZEC *)li__25MM->li__WTBD.li__BYEJ))).li__F0EK)[li__04KN];
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__3BNM)->__id) {
              case __li__RLKJ__: {
                li__XIKN(((__li__RLKJ *)li__3BNM),li__45MM);
              } break;
              case __li__5LKJ__: {
                li__DJKN(((__li__5LKJ *)((__li__RLKJ *)li__3BNM)),li__45MM);
              } break;
              case __li__DFNL__: {
                li__PJKN(((__li__DFNL *)((__li__RLKJ *)li__3BNM)),li__45MM);
              } break;
              };
              li__04KN=(__li__K)(li__04KN +  1);
            };
          };
        };
        li__ECNM=li__KXIM(((__li__SQNE *)li__DBNM),li__25MM->li__WTBD.li__LSNE);
        li__25MM->li__WTBD.li__LSNE=li__ECNM;
      };
    };
  };
  li__L5WM(((__li__SQNE *)li__35MM),li__25MM->li__WTBD.li__LSNE);
}

static void li__XIKN(__li__RLKJ *li__YIKN,__li__SQNE *li__ZIKN)
/* (Strict WRITE_GLOBAL{li__RLKJ},Strict TYPES_TMP{NULLxli__SQNE}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__AJKN;
  __li__5RB *li__SM1U;
  /* __li__B__ __li__I__ */
if (((void *)li__YIKN->li__SLKJ.li__CSSH != (void *)NULL)) {
    li__AJKN=li__YIKN->li__SLKJ.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AJKN)->__id) {
    case __li__WK__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),((__li__5RB *)((__li__WK *)li__AJKN)->li__1K.li__WZLE)->li__AEM);
    } break;
    case __li__AVBD__: {
      li__5SIM(((__li__AVBD *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__KVBD__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__AJKN))->li__LVBD.li__WZLE)->li__AEM);
    } break;
    case __li__WVBD__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__AJKN))->li__XVBD.li__WZLE)->li__AEM);
    } break;
    case __li__Z4WH__: {
      li__KBG((&__string_205));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__KTVI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__LTVI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__XTVI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__YTVI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__S2VI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__E3VI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__KLWI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__ULWI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__1SB);
    } break;
    case __li__NMWI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__BNWI__: {
      li__FVIM(((__li__BNWI *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__XNWI__: {
      li__JVIM(((__li__XNWI *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__LOWI__: {
      li__NVIM(((__li__LOWI *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__5OWI__: {
      li__RVIM(((__li__5OWI *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__TPWI__: {
      li__VVIM(((__li__TPWI *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__HQWI__: {
      li__ZVIM(((__li__HQWI *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__ARWI__: {
      li__3VIM(li__ZIKN);
    } break;
    case __li__URWI__: {
      li__AWIM(((__li__URWI *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__MSWI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__1SB);
    } break;
    case __li__ETWI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__AJKN))->li__NSBK)->li__AEM);
    } break;
    case __li__MZWI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__AJKN))->li__NZWI.li__WZLE)->li__AEM);
    } break;
    case __li__C0WI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__AJKN))->li__D0WI.li__WZLE)->li__AEM);
    } break;
    case __li__M1WI__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__AJKN))->li__N1WI.li__WZLE)->li__AEM);
    } break;
    case __li__KMFK__: {
      li__FXIM(((__li__KMFK *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__XOHL__: {
      li__SM1U=li__T4NN(((__li__XOHL *)((__li__WK *)li__AJKN)));
      li__4H1L(((__li__SQNE *)li__ZIKN),((__li__5RB *)li__SM1U)->li__AEM);
    } break;
    case __li__FPHL__: {
      li__JILN(((__li__FPHL *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__APLM__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__DTNM__: {
      li__SM1U=li__1ISO(((__li__DTNM *)((__li__WK *)li__AJKN)));
      li__4H1L(((__li__SQNE *)li__ZIKN),((__li__5RB *)li__SM1U)->li__AEM);
    } break;
    case __li__JXNM__: {
      li__VF4R(((__li__JXNM *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__21LO__: {
      li__JQLP(((__li__21LO *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__TPOO__: {
      li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__AJKN))->li__5IXO),li__ZIKN);
    } break;
    case __li__URRO__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__41XO__: {
      li__NVDQ(((__li__41XO *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__AKBR__: {
      li__T5DS(((__li__AKBR *)((__li__WK *)li__AJKN)),li__ZIKN);
    } break;
    case __li__SU5R__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    case __li__JV5R__: {
      li__4H1L(((__li__SQNE *)li__ZIKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__ZIKN),li__LSB);
    } break;
    };
  };
}

static void li__DJKN(__li__5LKJ *li__EJKN,__li__SQNE *li__FJKN)
/* (Strict WRITE_SLOT{li__5LKJ},Strict TYPES_TMP{NULLxli__SQNE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__MJKN;
  __li__5RB *li__XN1U;
  /* __li__B__ __li__I__ */
if (((void *)li__EJKN->li__AMKJ.li__CSSH != (void *)NULL)) {
    li__MJKN=li__EJKN->li__AMKJ.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MJKN)->__id) {
    case __li__WK__: {
      li__4H1L(((__li__SQNE *)li__FJKN),((__li__5RB *)((__li__WK *)li__MJKN)->li__1K.li__WZLE)->li__AEM);
    } break;
    case __li__AVBD__: {
      li__5SIM(((__li__AVBD *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__KVBD__: {
      li__4H1L(((__li__SQNE *)li__FJKN),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__MJKN))->li__LVBD.li__WZLE)->li__AEM);
    } break;
    case __li__WVBD__: {
      li__4H1L(((__li__SQNE *)li__FJKN),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__MJKN))->li__XVBD.li__WZLE)->li__AEM);
    } break;
    case __li__Z4WH__: {
      li__KBG((&__string_205));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__KTVI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__LTVI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__XTVI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__YTVI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__S2VI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__E3VI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__KLWI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__ULWI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__1SB);
    } break;
    case __li__NMWI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__BNWI__: {
      li__FVIM(((__li__BNWI *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__XNWI__: {
      li__JVIM(((__li__XNWI *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__LOWI__: {
      li__NVIM(((__li__LOWI *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__5OWI__: {
      li__RVIM(((__li__5OWI *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__TPWI__: {
      li__VVIM(((__li__TPWI *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__HQWI__: {
      li__ZVIM(((__li__HQWI *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__ARWI__: {
      li__3VIM(li__FJKN);
    } break;
    case __li__URWI__: {
      li__AWIM(((__li__URWI *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__MSWI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__1SB);
    } break;
    case __li__ETWI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__MJKN))->li__NSBK)->li__AEM);
    } break;
    case __li__MZWI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__MJKN))->li__NZWI.li__WZLE)->li__AEM);
    } break;
    case __li__C0WI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__MJKN))->li__D0WI.li__WZLE)->li__AEM);
    } break;
    case __li__M1WI__: {
      li__4H1L(((__li__SQNE *)li__FJKN),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__MJKN))->li__N1WI.li__WZLE)->li__AEM);
    } break;
    case __li__KMFK__: {
      li__FXIM(((__li__KMFK *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__XOHL__: {
      li__XN1U=li__T4NN(((__li__XOHL *)((__li__WK *)li__MJKN)));
      li__4H1L(((__li__SQNE *)li__FJKN),((__li__5RB *)li__XN1U)->li__AEM);
    } break;
    case __li__FPHL__: {
      li__JILN(((__li__FPHL *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__APLM__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__DTNM__: {
      li__XN1U=li__1ISO(((__li__DTNM *)((__li__WK *)li__MJKN)));
      li__4H1L(((__li__SQNE *)li__FJKN),((__li__5RB *)li__XN1U)->li__AEM);
    } break;
    case __li__JXNM__: {
      li__VF4R(((__li__JXNM *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__21LO__: {
      li__JQLP(((__li__21LO *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__TPOO__: {
      li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__MJKN))->li__5IXO),li__FJKN);
    } break;
    case __li__URRO__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__41XO__: {
      li__NVDQ(((__li__41XO *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__AKBR__: {
      li__T5DS(((__li__AKBR *)((__li__WK *)li__MJKN)),li__FJKN);
    } break;
    case __li__SU5R__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    case __li__JV5R__: {
      li__4H1L(((__li__SQNE *)li__FJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__FJKN),li__LSB);
    } break;
    };
  };
}

static void li__PJKN(__li__DFNL *li__QJKN,__li__SQNE *li__RJKN)
/* (Strict WRITE_LOCAL{li__DFNL},Strict TYPES_TMP{NULLxli__SQNE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__YJKN;
  __li__5RB *li__2O1U;
  /* __li__B__ __li__I__ */
if (((void *)li__QJKN->li__EFNL.li__CSSH != (void *)NULL)) {
    li__YJKN=li__QJKN->li__EFNL.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YJKN)->__id) {
    case __li__WK__: {
      li__4H1L(((__li__SQNE *)li__RJKN),((__li__5RB *)((__li__WK *)li__YJKN)->li__1K.li__WZLE)->li__AEM);
    } break;
    case __li__AVBD__: {
      li__5SIM(((__li__AVBD *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__KVBD__: {
      li__4H1L(((__li__SQNE *)li__RJKN),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__YJKN))->li__LVBD.li__WZLE)->li__AEM);
    } break;
    case __li__WVBD__: {
      li__4H1L(((__li__SQNE *)li__RJKN),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__YJKN))->li__XVBD.li__WZLE)->li__AEM);
    } break;
    case __li__Z4WH__: {
      li__KBG((&__string_205));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__KTVI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__LTVI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__XTVI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__YTVI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__S2VI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__E3VI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__KLWI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__ULWI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__1SB);
    } break;
    case __li__NMWI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__BNWI__: {
      li__FVIM(((__li__BNWI *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__XNWI__: {
      li__JVIM(((__li__XNWI *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__LOWI__: {
      li__NVIM(((__li__LOWI *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__5OWI__: {
      li__RVIM(((__li__5OWI *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__TPWI__: {
      li__VVIM(((__li__TPWI *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__HQWI__: {
      li__ZVIM(((__li__HQWI *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__ARWI__: {
      li__3VIM(li__RJKN);
    } break;
    case __li__URWI__: {
      li__AWIM(((__li__URWI *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__MSWI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__1SB);
    } break;
    case __li__ETWI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__YJKN))->li__NSBK)->li__AEM);
    } break;
    case __li__MZWI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__YJKN))->li__NZWI.li__WZLE)->li__AEM);
    } break;
    case __li__C0WI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__YJKN))->li__D0WI.li__WZLE)->li__AEM);
    } break;
    case __li__M1WI__: {
      li__4H1L(((__li__SQNE *)li__RJKN),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__YJKN))->li__N1WI.li__WZLE)->li__AEM);
    } break;
    case __li__KMFK__: {
      li__FXIM(((__li__KMFK *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__XOHL__: {
      li__2O1U=li__T4NN(((__li__XOHL *)((__li__WK *)li__YJKN)));
      li__4H1L(((__li__SQNE *)li__RJKN),((__li__5RB *)li__2O1U)->li__AEM);
    } break;
    case __li__FPHL__: {
      li__JILN(((__li__FPHL *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__APLM__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__DTNM__: {
      li__2O1U=li__1ISO(((__li__DTNM *)((__li__WK *)li__YJKN)));
      li__4H1L(((__li__SQNE *)li__RJKN),((__li__5RB *)li__2O1U)->li__AEM);
    } break;
    case __li__JXNM__: {
      li__VF4R(((__li__JXNM *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__21LO__: {
      li__JQLP(((__li__21LO *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__TPOO__: {
      li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__YJKN))->li__5IXO),li__RJKN);
    } break;
    case __li__URRO__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__41XO__: {
      li__NVDQ(((__li__41XO *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__AKBR__: {
      li__T5DS(((__li__AKBR *)((__li__WK *)li__YJKN)),li__RJKN);
    } break;
    case __li__SU5R__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    case __li__JV5R__: {
      li__4H1L(((__li__SQNE *)li__RJKN),li__DSB);
      li__4H1L(((__li__SQNE *)li__RJKN),li__LSB);
    } break;
    };
  };
}

static __li__PO li__RFOK(__li__ODID *li__SFOK)
/* (Strict NODE_TYPE{li__ODID}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__UFOK;
  __li__PO li__VFOK,li__TFOK;
  li__UFOK=li__SFOK->li__PDID.li__QPME;
  /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__UFOK)->__id) {
  case __li__RDID__: {
    li__VFOK=((__li__RDID *)li__UFOK)->li__UDID.li__TDID.li__0CC;
  } break;
  case __li__GO3I__: {
    li__VFOK=li__SDID__->li__TDID.li__0CC;
  } break;
  case __li__NY3I__: {
    li__VFOK=((__li__NY3I *)li__UFOK)->li__OY3I.li__TDID.li__0CC;
  } break;
  case __li__SJPJ__: {
    li__VFOK=((__li__SJPJ *)li__UFOK)->li__TJPJ.li__TDID.li__0CC;
  } break;
  case __li__0VPJ__: {
    li__VFOK=((__li__0VPJ *)li__UFOK)->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC;
  } break;
  case __li__1VPJ__: {
    li__VFOK=((__li__1VPJ *)li__UFOK)->li__2VPJ.li__UDID.li__TDID.li__0CC;
  } break;
  };
  li__TFOK=li__VFOK;
  return(li__TFOK);
}

static __li__PO li__YS2P(__li__2PLO *li__ZS2P)
/* (Strict NODE_STYLE{li__2PLO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__1S2P;
  __li__PO li__2S2P,li__0S2P;
  li__1S2P=li__ZS2P->li__3PLO.li__QPME;
  /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__1S2P)->__id) {
  case __li__RDID__: {
    li__2S2P=((__li__RDID *)li__1S2P)->li__UDID.li__TDID.li__0CC;
  } break;
  case __li__GO3I__: {
    li__2S2P=li__SDID__->li__TDID.li__0CC;
  } break;
  case __li__NY3I__: {
    li__2S2P=((__li__NY3I *)li__1S2P)->li__OY3I.li__TDID.li__0CC;
  } break;
  case __li__SJPJ__: {
    li__2S2P=((__li__SJPJ *)li__1S2P)->li__TJPJ.li__TDID.li__0CC;
  } break;
  case __li__0VPJ__: {
    li__2S2P=((__li__0VPJ *)li__1S2P)->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC;
  } break;
  case __li__1VPJ__: {
    li__2S2P=((__li__1VPJ *)li__1S2P)->li__2VPJ.li__UDID.li__TDID.li__0CC;
  } break;
  };
  li__0S2P=li__2S2P;
  return(li__0S2P);
}

static __li__BRPK* li__FLZO(__li__K li__HLZO)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__KRNP,li__PP1U;
  __li__JJG li__SRNP,li__SP1U,li__NP1U;
  __li__K li__3RNP;
  __li__52B li__3P1U;
  __li__BRPK *li__JRNP,*li__SSNP,*li__ILZO;
  void **li__2BFQ;
  li__JRNP=NULL;
  li__KRNP=((__li__CB )(NULL));
  li__SRNP=((__li__JJG )sizeof(__li__BRPK));
  /* __li__B__ __li__I__ */
if ((li__SRNP ==  0)) {
    li__JRNP=li__BRPK__;
  } else /* FALSE */ {
    li__3RNP=__li__BRPK__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__SRNP));
    /* __li__B__ __li__I__ */
if ((li__3RNP == (__li__K)(-  1))) {
      li__SP1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__NP1U=(__li__JJG)((__li__JJG)(li__SRNP - (__li__JJG)(((__li__JJG ) 0) - li__SP1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SP1U) - ((__li__JJG ) 1)));
      li__SP1U=(__li__JJG)(li__NP1U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__PP1U=li__YCJ(li__NP1U,((__li__CB )(&(table_size[(li__SP1U)-1]))),((__li__52B )li__NP1U));
      li__KRNP=li__PP1U;
    } else /* FALSE */ {
      li__3P1U=((__li__52B )li__3RNP);
      li__SP1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__NP1U=(__li__JJG)((__li__JJG)(li__SRNP - (__li__JJG)(((__li__JJG ) 0) - li__SP1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SP1U) - ((__li__JJG ) 1)));
      li__PP1U=li__YCJ(li__NP1U,((__li__CB )(&(table_type[(li__3P1U)]))),(__li__52B)(li__3P1U |  1));
      li__KRNP=li__PP1U;
    };
    li__SSNP=((__li__BRPK *)li__KRNP);
    li__JRNP=li__SSNP;
    *(li__SSNP) = *(li__BRPK__);
  };
  li__SSNP=((__li__BRPK *)li__JRNP);
  /* __li__B__ __li__I__ */
if (((*(li__SSNP)).li__UBFQ < li__HLZO)) {
    li__2BFQ=li__5VPQ(li__HLZO);
    (*(li__SSNP)).li__HGEQ=li__2BFQ;
    (*(li__SSNP)).li__UBFQ=li__HLZO;
  };
  (*(li__SSNP)).li__QRPK=(__li__K)(-  1);
  li__ILZO=li__JRNP;
  return(li__ILZO);
}

static void li__WOFQ(__li__BRPK *li__XOFQ,__li__5QPK *li__YOFQ)
/* (Strict FAST_ARRAY(CASE){li__BRPK},Strict CASE{NULLxli__5QPK}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0PFQ,li__2M3Q,li__GO3Q,li__ORQR;
  __li__CB li__AO3Q;
  __li__C li__HPFQ;
  void **li__TPFQ;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__XOFQ)).li__QRPK +  1) <= (__li__K)((*(li__XOFQ)).li__UBFQ -  1))) {
    (*(li__XOFQ)).li__QRPK=(__li__K)((*(li__XOFQ)).li__QRPK +  1);
    li__HPFQ=li__B__;
  } else /* FALSE */ {
    li__HPFQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__HPFQ)) {
    /* __li__B__ __li__I__ */
if (((*(li__XOFQ)).li__UBFQ ==  0)) {
      li__TPFQ=li__5VPQ( 2);
      (*(li__XOFQ)).li__HGEQ=li__TPFQ;
      (*(li__XOFQ)).li__UBFQ= 2;
      (*(li__XOFQ)).li__QRPK= 0;
    } else /* FALSE */ {
      li__0PFQ=(__li__K)((*(li__XOFQ)).li__UBFQ <<  1);
      li__TPFQ=((void **)(*(li__XOFQ)).li__HGEQ);
      li__2M3Q=(*(li__XOFQ)).li__UBFQ;
      li__AO3Q=li__CUY(((__li__CB )li__TPFQ),((__li__JJG )(__li__K)(li__2M3Q * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__0PFQ * ((__li__K )(sizeof(void *))))));
      li__TPFQ=((void **)li__AO3Q);
      li__GO3Q=(__li__K)(li__0PFQ -  1);
      li__ORQR=li__2M3Q;
      while ((li__ORQR <= li__GO3Q)) {
        li__TPFQ[li__ORQR]=NULL;
        li__ORQR=(__li__K)(li__ORQR +  1);
      };
      (*(li__XOFQ)).li__HGEQ=li__TPFQ;
      (*(li__XOFQ)).li__UBFQ=li__0PFQ;
      (*(li__XOFQ)).li__QRPK=(__li__K)((*(li__XOFQ)).li__QRPK +  1);
    };
  };
  ((void **)(*(li__XOFQ)).li__HGEQ)[(*(li__XOFQ)).li__QRPK]=li__YOFQ;
}

static void** li__Y3II(void **li__Z3II,__li__K li__03II,__li__K li__13II)
/* (Strict NATIVE_ARRAY(TYPE){li__XP0},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__44II;
  __li__K li__E5II,li__T3SI;
  void **li__D5II,**li__23II;
  li__44II=li__CUY(((__li__CB )li__Z3II),((__li__JJG )(__li__K)(li__03II * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__13II * ((__li__K )(sizeof(void *))))));
  li__D5II=((void **)li__44II);
  li__E5II=(__li__K)(li__13II -  1);
  li__T3SI=li__03II;
  while ((li__T3SI <= li__E5II)) {
    li__D5II[li__T3SI]=NULL;
    li__T3SI=(__li__K)(li__T3SI +  1);
  };
  li__23II=li__D5II;
  return(li__23II);
}

static void li__O4LN(__li__UJSH *li__P4LN,__li__BC *li__Q4LN)
/* (Strict PROFIL_BLOCK{li__UJSH},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XLOU,li__ZLOU,li__H5LN,li__35FO;
  __li__VTBD *li__CHIV,*li__GHIV;
  __li__Z0IE *li__5GIV;
  li__SRX(((__li__BC *)li__Q4LN),'{');
  li__XLOU=(__li__K)((*(((__li__Z0IE *)li__P4LN->li__VJSH.li__PRSH))).li__4BPE +  1);
  /* __li__B__ __li__I__ */
if ((li__XLOU >  1)) {
    li__ZLOU=(__li__K)((*(((__li__Z0IE *)li__P4LN->li__VJSH.li__PRSH))).li__4BPE +  1);
    /* __li__B__ __li__I__ */
if ((li__ZLOU >  2)) {
      li__SRX(((__li__BC *)li__Q4LN),'(');
      li__H5LN=(__li__K)((*(li__P4LN->li__VJSH.li__PRSH)).li__4BPE -  1);
      li__35FO= 1;
      while ((li__35FO <= li__H5LN)) {
        li__4MYI(((__li__5RB *)((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__P4LN->li__VJSH.li__PRSH))).li__WWWG)[li__35FO])->li__WTBD.li__0RNE),li__Q4LN);
        li__SRX(((__li__BC *)li__Q4LN),',');
        li__35FO=(__li__K)(li__35FO +  1);
      };
      li__5GIV=((__li__Z0IE *)li__P4LN->li__VJSH.li__PRSH);
      li__CHIV=((void **)(*(li__5GIV)).li__WWWG)[(*(li__5GIV)).li__4BPE];
      li__4MYI(((__li__5RB *)li__CHIV->li__WTBD.li__0RNE),li__Q4LN);
      li__SRX(((__li__BC *)li__Q4LN),')');
    } else /* FALSE */ {
      li__5GIV=((__li__Z0IE *)li__P4LN->li__VJSH.li__PRSH);
      li__GHIV=((void **)(*(li__5GIV)).li__WWWG)[(*(li__5GIV)).li__4BPE];
      li__4MYI(((__li__5RB *)li__GHIV->li__WTBD.li__0RNE),li__Q4LN);
    };
    li__SRX(((__li__BC *)li__Q4LN),';');
    li__SRX(((__li__BC *)li__Q4LN),' ');
  };
  li__XLOU=li__004I(&(li__P4LN->li__VJSH.li__D2OI));
  li__ZLOU=(__li__K)(li__XLOU -  1);
  li__XLOU= 0;
  while ((li__XLOU <= li__ZLOU)) {
    li__CHIV=li__WOTL(&(li__P4LN->li__VJSH.li__D2OI),li__XLOU);
    li__4MYI(((__li__5RB *)li__CHIV->li__WTBD.li__0RNE),li__Q4LN);
    li__SRX(((__li__BC *)li__Q4LN),',');
    li__XLOU=(__li__K)(li__XLOU +  1);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__P4LN->li__VJSH.li__D2OI.li__TBSI != (void *)NULL)) {
    li__CHIV=li__2JZK(&(li__P4LN->li__VJSH.li__D2OI));
    li__4MYI(((__li__5RB *)li__CHIV->li__WTBD.li__0RNE),li__Q4LN);
  };
  li__SRX(((__li__BC *)li__Q4LN),'}');
  li__JAZ(((__li__BC *)li__Q4LN),(&__string_464));
}

static __li__C li__EIUO(__li__ODID *li__FIUO,__li__5RB *li__GIUO)
/* (Strict NODE_TYPE{li__ODID},Strict TYPE_FULL{NULLxli__5RB}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__SQNE *li__0IYO,*li__LLYO;
  void *li__4IYO,*li__YJYO,*li__DMYO,*li__3NYO;
  __li__5RB *li__5IYO,*li__JYVU,*li__4PYO;
  void *li__WJYO,*li__BMYO,*li__2NYO;
  void *li__XJYO,*li__5KYO,*li__CMYO,*li__KNYO;
  __li__KI *li__ZJYO,*li__EMYO,*li__4NYO;
  __li__K li__JKYO,li__BLYO,li__CLYO,li__ZYVU,li__DMOU,li__3MAQ;
  __li__IYBD *li__WYVU;
  __li__5QPK *li__AOYO;
  __li__BRPK *li__1IYO;
  __li__C li__3IYO,li__3JYO,li__MKYO,li__ZKYO,li__HIUO;
  __li__XHQB *li__ALYO;
  __li__TXB *li__BZVU,*li__MZVU;
  li__0IYO=NULL;
  li__1IYO=NULL;
  li__3IYO=li__I__;
  li__4IYO=li__FIUO->li__PDID.li__PPME;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4IYO)->__id) {
  case __li__WK__: {
    li__5IYO=((__li__WK *)li__4IYO)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__5IYO=((__li__AVBD *)li__4IYO)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__5IYO=((__li__KVBD *)li__4IYO)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__5IYO=((__li__WVBD *)li__4IYO)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__5IYO=li__JK5J(((__li__Z4WH *)li__4IYO));
  } break;
  case __li__KTVI__: {
    li__5IYO=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__5IYO=li__553L();
  } break;
  case __li__XTVI__: {
    li__5IYO=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__5IYO=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__5IYO=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__5IYO=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__5IYO=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__5IYO=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__5IYO=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__5IYO=li__DWEK(((__li__BNWI *)li__4IYO));
  } break;
  case __li__XNWI__: {
    li__5IYO=li__IWEK(((__li__XNWI *)li__4IYO));
  } break;
  case __li__LOWI__: {
    li__5IYO=li__NWEK(((__li__LOWI *)li__4IYO));
  } break;
  case __li__5OWI__: {
    li__5IYO=li__SWEK(((__li__5OWI *)li__4IYO));
  } break;
  case __li__TPWI__: {
    li__5IYO=li__XWEK(((__li__TPWI *)li__4IYO));
  } break;
  case __li__HQWI__: {
    li__5IYO=li__2WEK(((__li__HQWI *)li__4IYO));
  } break;
  case __li__ARWI__: {
    li__5IYO=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__5IYO=li__FXEK(((__li__URWI *)li__4IYO));
  } break;
  case __li__MSWI__: {
    li__5IYO=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__5IYO=((__li__ETWI *)li__4IYO)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__5IYO=((__li__MZWI *)li__4IYO)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__5IYO=((__li__C0WI *)li__4IYO)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__5IYO=((__li__M1WI *)li__4IYO)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__5IYO=((__li__KMFK *)li__4IYO)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__5IYO=li__T4NN(((__li__XOHL *)li__4IYO));
  } break;
  case __li__FPHL__: {
    li__5IYO=li__KA4L(((__li__FPHL *)li__4IYO));
  } break;
  case __li__APLM__: {
    li__5IYO=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__5IYO=li__1ISO(((__li__DTNM *)li__4IYO));
  } break;
  case __li__JXNM__: {
    li__5IYO=li__VX3R(((__li__JXNM *)li__4IYO));
  } break;
  case __li__21LO__: {
    li__5IYO=((__li__21LO *)li__4IYO)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__5IYO=((__li__TPOO *)li__4IYO)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__5IYO=li__FH4R();
  } break;
  case __li__41XO__: {
    li__5IYO=li__3FDQ(((__li__41XO *)li__4IYO));
  } break;
  case __li__AKBR__: {
    li__5IYO=li__WQDS(((__li__AKBR *)li__4IYO));
  } break;
  case __li__SU5R__: {
    li__5IYO=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__5IYO=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__5IYO)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__5IYO)->li__AEM != (void *)li__TSB))) {
    /* __li__B__ __li__I__ */
if (((void *)li__FIUO->li__PDID.li__2UMI == (void *)NULL)) {
      li__FIUO->li__PDID.li__HYDM=((__li__5RB *)li__5IYO)->li__AEM;
      li__WJYO=li__FIUO->li__PDID.li__QPME;
      li__XJYO=li__FIUO->li__PDID.li__HYDM;
      li__YJYO=li__FIUO->li__PDID.li__PPME;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__WJYO)->__id) {
      case __li__RDID__: {
        li__ZJYO=li__3NEO(((__li__RDID *)li__WJYO),li__XJYO,li__YJYO);
      } break;
      case __li__GO3I__: {
        li__ZJYO=li__2OEO(((__li__GO3I *)((__li__RDID *)li__WJYO)),li__XJYO,li__YJYO);
      } break;
      case __li__NY3I__: {
        li__ZJYO=li__ZREO(((__li__NY3I *)((__li__RDID *)li__WJYO)),li__XJYO,li__YJYO);
      } break;
      case __li__SJPJ__: {
        li__ZJYO=li__YSEO(((__li__SJPJ *)((__li__RDID *)li__WJYO)),li__XJYO,li__YJYO);
      } break;
      case __li__0VPJ__: {
        li__ZJYO=li__QTEO(((__li__0VPJ *)((__li__RDID *)li__WJYO)),li__XJYO,li__YJYO);
      } break;
      case __li__1VPJ__: {
        li__ZJYO=li__SXEO(((__li__1VPJ *)((__li__RDID *)li__WJYO)),li__XJYO,li__YJYO);
      } break;
      };
      li__FIUO->li__PDID.li__2UMI=li__ZJYO;
    };
    li__3IYO=li__B__;
    li__3JYO=li__B__;
  } else /* FALSE */ {
    li__3JYO=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__3JYO)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__5IYO)->li__AEM == (void *)li__TSB)) {
      li__JKYO=li__RXEN(li__FIUO);
      li__MKYO=(li__JKYO ==  2);
    } else /* FALSE */ {
      li__MKYO=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__MKYO) {
      li__3IYO=li__B__;
    } else /* FALSE */ {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__5IYO)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__ZKYO=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__ZKYO=li__B__;
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__ZKYO) {
        li__ZKYO=li__B__;
      } else /* FALSE */ {
        li__5KYO=((__li__5RB *)li__5IYO)->li__AEM;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5KYO)->__id) {
        case __li__IF__: {
          li__ALYO=((__li__IF *)li__5KYO)->li__3HQB;
        } break;
        case __li__ORB__: {
          li__ALYO=((__li__ORB *)li__5KYO)->li__PRB.li__3HQB;
        } break;
        case __li__QRB__: {
          li__ALYO=((__li__QRB *)li__5KYO)->li__RRB.li__3HQB;
        } break;
        case __li__SRB__: {
          li__ALYO=((__li__SRB *)li__5KYO)->li__TRB.li__3HQB;
        } break;
        case __li__URB__: {
          li__ALYO=((__li__URB *)li__5KYO)->li__VRB.li__3HQB;
        } break;
        case __li__GSZ__: {
          li__ALYO=((__li__GSZ *)li__5KYO)->li__HSZ.li__3HQB;
        } break;
        case __li__1RRF__: {
          li__ALYO=((__li__1RRF *)li__5KYO)->li__2RRF.li__3HQB;
        } break;
        case __li__UJSH__: {
          li__ALYO=li__SDSN();
        } break;
        };
        li__BLYO=li__ALYO->li__0YDD;
        li__CLYO=li__RXEN(li__FIUO);
        li__ZKYO=(li__BLYO != li__CLYO);
      };
      /* __li__B__ __li__I__ */
if (li__ZKYO) {
        li__LLYO=li__5D4G();
        li__0IYO=li__LLYO;
        li__5KYO=li__FIUO->li__PDID.li__PPME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5KYO)->__id) {
        case __li__WK__: {
          li__4H1L(((__li__SQNE *)li__LLYO),((__li__5RB *)((__li__WK *)li__5KYO)->li__1K.li__WZLE)->li__AEM);
        } break;
        case __li__AVBD__: {
          li__5SIM(((__li__AVBD *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__KVBD__: {
          li__4H1L(((__li__SQNE *)li__LLYO),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__5KYO))->li__LVBD.li__WZLE)->li__AEM);
        } break;
        case __li__WVBD__: {
          li__4H1L(((__li__SQNE *)li__LLYO),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__5KYO))->li__XVBD.li__WZLE)->li__AEM);
        } break;
        case __li__Z4WH__: {
          li__KBG((&__string_205));
          fputc((int)('\n'),stdout);
          exit(( 1));
        } break;
        case __li__KTVI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__LTVI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__XTVI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__YTVI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__S2VI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__E3VI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__KLWI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__ULWI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__1SB);
        } break;
        case __li__NMWI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__BNWI__: {
          li__FVIM(((__li__BNWI *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__XNWI__: {
          li__JVIM(((__li__XNWI *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__LOWI__: {
          li__NVIM(((__li__LOWI *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__5OWI__: {
          li__RVIM(((__li__5OWI *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__TPWI__: {
          li__VVIM(((__li__TPWI *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__HQWI__: {
          li__ZVIM(((__li__HQWI *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__ARWI__: {
          li__3VIM(li__LLYO);
        } break;
        case __li__URWI__: {
          li__AWIM(((__li__URWI *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__MSWI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__1SB);
        } break;
        case __li__ETWI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__5KYO))->li__NSBK)->li__AEM);
        } break;
        case __li__MZWI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__5KYO))->li__NZWI.li__WZLE)->li__AEM);
        } break;
        case __li__C0WI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__5KYO))->li__D0WI.li__WZLE)->li__AEM);
        } break;
        case __li__M1WI__: {
          li__4H1L(((__li__SQNE *)li__LLYO),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__5KYO))->li__N1WI.li__WZLE)->li__AEM);
        } break;
        case __li__KMFK__: {
          li__FXIM(((__li__KMFK *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__XOHL__: {
          li__JYVU=li__T4NN(((__li__XOHL *)((__li__WK *)li__5KYO)));
          li__4H1L(((__li__SQNE *)li__LLYO),((__li__5RB *)li__JYVU)->li__AEM);
        } break;
        case __li__FPHL__: {
          li__JILN(((__li__FPHL *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__APLM__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__DTNM__: {
          li__JYVU=li__1ISO(((__li__DTNM *)((__li__WK *)li__5KYO)));
          li__4H1L(((__li__SQNE *)li__LLYO),((__li__5RB *)li__JYVU)->li__AEM);
        } break;
        case __li__JXNM__: {
          li__VF4R(((__li__JXNM *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__21LO__: {
          li__JQLP(((__li__21LO *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__TPOO__: {
          li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__5KYO))->li__5IXO),li__LLYO);
        } break;
        case __li__URRO__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__41XO__: {
          li__NVDQ(((__li__41XO *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__AKBR__: {
          li__T5DS(((__li__AKBR *)((__li__WK *)li__5KYO)),li__LLYO);
        } break;
        case __li__SU5R__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        case __li__JV5R__: {
          li__4H1L(((__li__SQNE *)li__LLYO),li__DSB);
          li__4H1L(((__li__SQNE *)li__LLYO),li__LSB);
        } break;
        };
        /* __li__B__ __li__I__ */
if ((((__li__SQNE *)li__LLYO)->li__VQNE.li__ZTMI != (__li__K)(-  1))) {
          /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__LLYO)->li__VQNE.li__ZTMI +  1) ==  1)) {
            /* __li__B__ __li__I__ */
if (((void *)li__FIUO->li__PDID.li__2UMI == (void *)NULL)) {
              li__FIUO->li__PDID.li__HYDM=((void **)((__li__SQNE *)li__LLYO)->li__VQNE.li__GABM)[ 0];
              li__BMYO=li__FIUO->li__PDID.li__QPME;
              li__CMYO=li__FIUO->li__PDID.li__HYDM;
              li__DMYO=li__FIUO->li__PDID.li__PPME;
              /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__BMYO)->__id) {
              case __li__RDID__: {
                li__EMYO=li__3NEO(((__li__RDID *)li__BMYO),li__CMYO,li__DMYO);
              } break;
              case __li__GO3I__: {
                li__EMYO=li__2OEO(((__li__GO3I *)((__li__RDID *)li__BMYO)),li__CMYO,li__DMYO);
              } break;
              case __li__NY3I__: {
                li__EMYO=li__ZREO(((__li__NY3I *)((__li__RDID *)li__BMYO)),li__CMYO,li__DMYO);
              } break;
              case __li__SJPJ__: {
                li__EMYO=li__YSEO(((__li__SJPJ *)((__li__RDID *)li__BMYO)),li__CMYO,li__DMYO);
              } break;
              case __li__0VPJ__: {
                li__EMYO=li__QTEO(((__li__0VPJ *)((__li__RDID *)li__BMYO)),li__CMYO,li__DMYO);
              } break;
              case __li__1VPJ__: {
                li__EMYO=li__SXEO(((__li__1VPJ *)((__li__RDID *)li__BMYO)),li__CMYO,li__DMYO);
              } break;
              };
              li__FIUO->li__PDID.li__2UMI=li__EMYO;
            };
          } else /* FALSE */ {
            /* __li__B__ __li__I__ */
if (((void *)li__FIUO->li__PDID.li__VUMI == (void *)NULL)) {
              li__DMYO=li__FIUO->li__PDID.li__PPME;
              li__ZYVU=(__li__K)(((__li__SQNE *)li__LLYO)->li__VQNE.li__ZTMI +  1);
              li__WYVU=li__1UPO(li__IYBD__);
              li__AGXO(((__li__IYBD *)li__WYVU),li__FIUO,li__DMYO,li__ZYVU);
              li__FIUO->li__PDID.li__VUMI=li__WYVU;
            };
            li__1IYO=li__FIUO->li__PDID.li__VUMI->li__KRPK;
            li__DMOU=(__li__K)((*(((__li__BRPK *)li__1IYO))).li__QRPK +  1);
            /* __li__B__ __li__I__ */
if ((li__DMOU != (__li__K)(((__li__SQNE *)li__LLYO)->li__VQNE.li__ZTMI +  1))) {
              li__ZYVU=li__LLYO->li__VQNE.li__ZTMI;
              li__3MAQ= 0;
              while ((li__3MAQ <= li__ZYVU)) {
                li__KNYO=((void **)((__li__SQNE *)li__0IYO)->li__VQNE.li__GABM)[li__3MAQ];
                /* __li__B__ __li__I__ */
if (((li__3MAQ > (*(li__1IYO)).li__QRPK) || ((void *)li__KNYO != (void *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__1IYO))).li__HGEQ)[li__3MAQ])->li__F2DM))) {
                  li__WYEN(li__FIUO,li__KNYO);
                  li__2NYO=li__FIUO->li__PDID.li__QPME;
                  li__3NYO=li__FIUO->li__PDID.li__PPME;
                  /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__2NYO)->__id) {
                  case __li__RDID__: {
                    li__4NYO=li__3NEO(((__li__RDID *)li__2NYO),li__KNYO,li__3NYO);
                  } break;
                  case __li__GO3I__: {
                    li__4NYO=li__2OEO(((__li__GO3I *)((__li__RDID *)li__2NYO)),li__KNYO,li__3NYO);
                  } break;
                  case __li__NY3I__: {
                    li__4NYO=li__ZREO(((__li__NY3I *)((__li__RDID *)li__2NYO)),li__KNYO,li__3NYO);
                  } break;
                  case __li__SJPJ__: {
                    li__4NYO=li__YSEO(((__li__SJPJ *)((__li__RDID *)li__2NYO)),li__KNYO,li__3NYO);
                  } break;
                  case __li__0VPJ__: {
                    li__4NYO=li__QTEO(((__li__0VPJ *)((__li__RDID *)li__2NYO)),li__KNYO,li__3NYO);
                  } break;
                  case __li__1VPJ__: {
                    li__4NYO=li__SXEO(((__li__1VPJ *)((__li__RDID *)li__2NYO)),li__KNYO,li__3NYO);
                  } break;
                  };
                  li__AOYO=li__45QO(li__KNYO,li__4NYO);
                  li__YZEQ(((__li__BRPK *)li__1IYO),li__AOYO,li__3MAQ);
                  li__BZVU=((__li__TXB *)li__U2DM);
                  (*(li__BZVU)).li__CYB=(__li__K)((*(li__BZVU)).li__CYB -  1);
                };
                li__3MAQ=(__li__K)(li__3MAQ +  1);
              };
            };
          };
        };
        li__EVEM(((__li__SQNE *)li__LLYO));
      };
    };
  };
  li__3JYO=li__I__;
  li__1IYO=NULL;
  li__5IYO=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__FIUO->li__PDID.li__VUMI == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__FIUO->li__PDID.li__2UMI != (void *)NULL)) {
      /* __li__B__ __li__I__ */
if (((void *)li__GIUO == (void *)NULL)) {
        li__DMYO=li__FIUO->li__PDID.li__PPME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DMYO)->__id) {
        case __li__WK__: {
          li__JYVU=((__li__WK *)li__DMYO)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__JYVU=((__li__AVBD *)li__DMYO)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__JYVU=((__li__KVBD *)li__DMYO)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__JYVU=((__li__WVBD *)li__DMYO)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__JYVU=li__JK5J(((__li__Z4WH *)li__DMYO));
        } break;
        case __li__KTVI__: {
          li__JYVU=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__JYVU=li__553L();
        } break;
        case __li__XTVI__: {
          li__JYVU=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__JYVU=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__JYVU=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__JYVU=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__JYVU=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__JYVU=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__JYVU=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__JYVU=li__DWEK(((__li__BNWI *)li__DMYO));
        } break;
        case __li__XNWI__: {
          li__JYVU=li__IWEK(((__li__XNWI *)li__DMYO));
        } break;
        case __li__LOWI__: {
          li__JYVU=li__NWEK(((__li__LOWI *)li__DMYO));
        } break;
        case __li__5OWI__: {
          li__JYVU=li__SWEK(((__li__5OWI *)li__DMYO));
        } break;
        case __li__TPWI__: {
          li__JYVU=li__XWEK(((__li__TPWI *)li__DMYO));
        } break;
        case __li__HQWI__: {
          li__JYVU=li__2WEK(((__li__HQWI *)li__DMYO));
        } break;
        case __li__ARWI__: {
          li__JYVU=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__JYVU=li__FXEK(((__li__URWI *)li__DMYO));
        } break;
        case __li__MSWI__: {
          li__JYVU=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__JYVU=((__li__ETWI *)li__DMYO)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__JYVU=((__li__MZWI *)li__DMYO)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__JYVU=((__li__C0WI *)li__DMYO)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__JYVU=((__li__M1WI *)li__DMYO)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__JYVU=((__li__KMFK *)li__DMYO)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__JYVU=li__T4NN(((__li__XOHL *)li__DMYO));
        } break;
        case __li__FPHL__: {
          li__JYVU=li__KA4L(((__li__FPHL *)li__DMYO));
        } break;
        case __li__APLM__: {
          li__JYVU=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__JYVU=li__1ISO(((__li__DTNM *)li__DMYO));
        } break;
        case __li__JXNM__: {
          li__JYVU=li__VX3R(((__li__JXNM *)li__DMYO));
        } break;
        case __li__21LO__: {
          li__JYVU=((__li__21LO *)li__DMYO)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__JYVU=((__li__TPOO *)li__DMYO)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__JYVU=li__FH4R();
        } break;
        case __li__41XO__: {
          li__JYVU=li__3FDQ(((__li__41XO *)li__DMYO));
        } break;
        case __li__AKBR__: {
          li__JYVU=li__WQDS(((__li__AKBR *)li__DMYO));
        } break;
        case __li__SU5R__: {
          li__JYVU=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__JYVU=li__Y1IS();
        } break;
        };
        li__5IYO=li__JYVU;
        /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__JYVU)->li__BEM &  1) !=  0)) || ((void *)((__li__5RB *)li__JYVU)->li__AEM == (void *)li__TSB))) {
          li__3NYO=li__FIUO->li__PDID.li__HYDM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3NYO)->__id) {
          case __li__IF__: {
            li__4PYO=((__li__IF *)li__3NYO)->li__J0C;
          } break;
          case __li__ORB__: {
            li__4PYO=((__li__ORB *)li__3NYO)->li__PRB.li__J0C;
          } break;
          case __li__QRB__: {
            li__4PYO=((__li__QRB *)li__3NYO)->li__RRB.li__J0C;
          } break;
          case __li__SRB__: {
            li__4PYO=((__li__SRB *)li__3NYO)->li__TRB.li__J0C;
          } break;
          case __li__URB__: {
            li__4PYO=((__li__URB *)li__3NYO)->li__VRB.li__J0C;
          } break;
          case __li__GSZ__: {
            li__4PYO=((__li__GSZ *)li__3NYO)->li__HSZ.li__J0C;
          } break;
          case __li__1RRF__: {
            li__4PYO=((__li__1RRF *)li__3NYO)->li__2RRF.li__J0C;
          } break;
          case __li__UJSH__: {
            li__4PYO=((__li__UJSH *)li__3NYO)->li__WJSH.li__J0C;
          } break;
          };
          li__JYVU=li__NNSE(((__li__5RB *)li__4PYO));
          li__5IYO=li__JYVU;
        };
      } else /* FALSE */ {
        li__5IYO=li__GIUO;
      };
      li__WYEN(li__FIUO,li__FIUO->li__PDID.li__HYDM);
      li__YJYO=li__FIUO->li__PDID.li__QPME;
      li__ZJYO=li__FIUO->li__PDID.li__2UMI;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__YJYO)->__id) {
      case __li__RDID__: {
        li__ZKYO=li__K0EN(li__ZJYO,li__5IYO);
      } break;
      case __li__GO3I__: 
      case __li__0VPJ__: {
        li__ZKYO=li__B__;
      } break;
      case __li__NY3I__: {
        li__ZKYO=li__41EN(li__ZJYO,li__5IYO);
      } break;
      case __li__SJPJ__: {
        li__ZKYO=li__G3EN(li__ZJYO,li__5IYO);
      } break;
      case __li__1VPJ__: {
        li__ZKYO=li__HAFN(li__ZJYO,li__5IYO);
      } break;
      };
      li__3JYO=li__ZKYO;
      li__BZVU=((__li__TXB *)li__U2DM);
      (*(li__BZVU)).li__CYB=(__li__K)((*(li__BZVU)).li__CYB -  1);
    };
  } else /* FALSE */ {
    li__1IYO=li__FIUO->li__PDID.li__VUMI->li__KRPK;
    li__JKYO=(*(li__1IYO)).li__QRPK;
    li__BLYO= 0;
    while ((li__BLYO <= li__JKYO)) {
      /* __li__B__ __li__I__ */
if (((void *)li__GIUO == (void *)NULL)) {
        li__3NYO=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__1IYO))).li__HGEQ)[li__BLYO])->li__F2DM;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3NYO)->__id) {
        case __li__IF__: {
          li__4PYO=((__li__IF *)li__3NYO)->li__J0C;
        } break;
        case __li__ORB__: {
          li__4PYO=((__li__ORB *)li__3NYO)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__4PYO=((__li__QRB *)li__3NYO)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__4PYO=((__li__SRB *)li__3NYO)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__4PYO=((__li__URB *)li__3NYO)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__4PYO=((__li__GSZ *)li__3NYO)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__4PYO=((__li__1RRF *)li__3NYO)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__4PYO=((__li__UJSH *)li__3NYO)->li__WJSH.li__J0C;
        } break;
        };
        li__JYVU=li__NNSE(((__li__5RB *)li__4PYO));
        li__5IYO=li__JYVU;
      } else /* FALSE */ {
        li__5IYO=li__GIUO;
      };
      li__WYEN(li__FIUO,((__li__5QPK *)((void **)(*(((__li__BRPK *)li__1IYO))).li__HGEQ)[li__BLYO])->li__F2DM);
      li__DMYO=li__FIUO->li__PDID.li__QPME;
      li__EMYO=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__1IYO))).li__HGEQ)[li__BLYO])->li__0RPK;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__DMYO)->__id) {
      case __li__RDID__: {
        li__K0EN(li__EMYO,li__5IYO);
      } break;
      case __li__GO3I__:  break;
      case __li__NY3I__: {
        li__41EN(li__EMYO,li__5IYO);
      } break;
      case __li__SJPJ__: {
        li__G3EN(li__EMYO,li__5IYO);
      } break;
      case __li__0VPJ__:  break;
      case __li__1VPJ__: {
        li__HAFN(li__EMYO,li__5IYO);
      } break;
      };
      li__MZVU=((__li__TXB *)li__U2DM);
      (*(li__MZVU)).li__CYB=(__li__K)((*(li__MZVU)).li__CYB -  1);
      li__BLYO=(__li__K)(li__BLYO +  1);
    };
  };
  li__HIUO=(li__3IYO & li__3JYO);
  return(li__HIUO);
}

static __li__C li__MAMP(__li__2PLO *li__NAMP,__li__5RB *li__OAMP)
/* (Strict NODE_STYLE{li__2PLO},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZAMP;
  __li__K li__0AMP,li__LBMP,li__0BMP,li__JMOU,li__LV1P;
  void *li__3AMP,*li__KBMP,*li__DCMP;
  __li__DZB *li__4AMP,*li__T4UP,*li__LCMP,*li__ZQ3P;
  __li__URB *li__NBMP,*li__ODMP;
  __li__KI *li__PBMP,*li__AEMP;
  __li__QWEC *li__P5UP;
  void *li__LU1P;
  __li__KMFK *li__OZVU;
  __li__TPOO *li__QZVU;
  __li__IYBD *li__FV1P;
  __li__5QPK *li__CEMP;
  __li__BRPK *li__XAMP;
  __li__3 li__ECMP;
  __li__C li__PAMP;
  li__XAMP=NULL;
  li__ZAMP=NULL;
  li__0AMP= 0;
  li__3AMP=li__NAMP->li__WYWO;
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3AMP)->__id==__li__DZB__) {
    li__4AMP=((__li__DZB *)li__3AMP)->li__LZB->li__Y5KI;
  } else /* SLOT_CODE */ {
    li__4AMP=((__li__QWEC *)li__3AMP)->li__RWEC->li__Y5KI;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__4AMP == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__NAMP->li__3PLO.li__2UMI == (void *)NULL)) {
      li__KBMP=li__NAMP->li__WYWO;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KBMP)->__id==__li__DZB__) {
        li__LBMP=li__QUKJ(((__li__DZB *)li__KBMP));
      } else /* SLOT_CODE */ {
        li__LBMP=li__3UKJ(((__li__QWEC *)li__KBMP));
      };
      li__NBMP=li__FB5J(li__LBMP);
      li__NAMP->li__3PLO.li__HYDM=li__NBMP;
      li__PBMP=li__UG1P(li__NAMP,li__NAMP->li__3PLO.li__HYDM,li__OAMP);
      li__NAMP->li__3PLO.li__2UMI=li__PBMP;
    };
  } else /* FALSE */ {
    li__KBMP=li__NAMP->li__WYWO;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KBMP)->__id==__li__DZB__) {
      li__LBMP=li__QUKJ(((__li__DZB *)li__KBMP));
    } else /* SLOT_CODE */ {
      li__LBMP=li__3UKJ(((__li__QWEC *)li__KBMP));
    };
    li__0AMP=li__LBMP;
    li__KBMP=li__NAMP->li__WYWO;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KBMP)->__id==__li__DZB__) {
      li__T4UP=((__li__DZB *)li__KBMP);
      li__LBMP= 0;
      /* __li__B__ __li__I__ */
if (((void *)li__T4UP->li__LZB->li__UFJG != (void *)NULL)) {
        /* __li__B__ __li__I__ */
if (((void *)li__T4UP->li__LZB->li__U0WO != (void *)NULL)) {
          li__LBMP=(__li__K)((*(li__T4UP->li__LZB->li__U0WO)).li__O1WO +  2);
        } else /* FALSE */ {
          li__LBMP= 1;
        };
      };
      li__0BMP=li__LBMP;
    } else /* SLOT_CODE */ {
      li__P5UP=((__li__QWEC *)li__KBMP);
      li__LBMP= 0;
      /* __li__B__ __li__I__ */
if (((void *)li__P5UP->li__RWEC->li__UFJG != (void *)NULL)) {
        /* __li__B__ __li__I__ */
if (((void *)li__P5UP->li__RWEC->li__U0WO != (void *)NULL)) {
          li__LBMP=(__li__K)((*(li__P5UP->li__RWEC->li__U0WO)).li__O1WO +  2);
        } else /* FALSE */ {
          li__LBMP= 1;
        };
      };
      li__0BMP=li__LBMP;
    };
    li__LBMP=(__li__K)((__li__K)(li__0BMP - li__0AMP) +  1);
    /* __li__B__ __li__I__ */
if (((void *)li__NAMP->li__3PLO.li__VUMI == (void *)NULL)) {
      li__DCMP=li__NAMP->li__WYWO;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DCMP)->__id==__li__DZB__) {
        li__ECMP=((__li__DZB *)li__DCMP)->li__GZB.li__FZB.li__DI1B;
      } else /* SLOT_CODE */ {
        li__LU1P=((__li__QWEC *)li__DCMP)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LU1P)->__id==__li__IZB__) {
          li__ECMP=((__li__IZB *)li__LU1P)->li__JZB.li__DI1B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ECMP=((__li__4HAD *)li__LU1P)->li__5HAD.li__JZB.li__DI1B;
        };
      };
      /* __li__B__ __li__I__ */
if ((li__ECMP == '-')) {
        li__LU1P=li__NAMP->li__WYWO;
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LU1P)->__id==__li__DZB__) {
          li__LCMP=((__li__DZB *)li__LU1P)->li__LZB->li__Y5KI;
        } else /* SLOT_CODE */ {
          li__LCMP=((__li__QWEC *)li__LU1P)->li__RWEC->li__Y5KI;
        };
        li__YS2P(li__NAMP);
        li__ZQ3P=((__li__DZB *)li__LCMP);
        li__LU1P=li__BPOO(li__ZQ3P,li__ZQ3P->li__GZB.li__FZB.li__RF.li__0CC,NULL);
        li__ZQ3P->li__GZB.li__LNME=(__li__K)(li__ZQ3P->li__GZB.li__LNME +  1);
        li__ZAMP=li__LU1P;
        li__LU1P=li__NAMP->li__3PLO.li__PPME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LU1P)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__LU1P));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__LU1P));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__LU1P));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__LU1P));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__LU1P));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__LU1P));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__LU1P));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__LU1P));
        } break;
        case __li__KLWI__: {
          li__OZVU=((__li__KMFK *)((__li__KLWI *)li__LU1P)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__OZVU->li__3RFK),li__OZVU);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__LU1P));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__LU1P));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__LU1P));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__LU1P));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__LU1P));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__LU1P));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__LU1P));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__LU1P));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__LU1P));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__LU1P));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__OZVU=((__li__KMFK *)li__LU1P);
          li__HXPN(((__li__VTBD *)li__OZVU->li__3RFK),li__OZVU);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__LU1P));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__LU1P));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__LU1P));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__LU1P));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__LU1P));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__LU1P));
        } break;
        case __li__TPOO__: {
          li__QZVU=((__li__TPOO *)li__LU1P);
          li__IZFQ(((__li__DZB *)li__QZVU->li__5IXO),li__QZVU);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__LU1P));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__LU1P));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__LU1P));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__LU1P));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__LU1P));
        } break;
        };
      } else /* FALSE */ {
        li__LU1P=li__NAMP->li__WYWO;
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LU1P)->__id==__li__DZB__) {
          li__LCMP=((__li__DZB *)li__LU1P)->li__LZB->li__Y5KI;
        } else /* SLOT_CODE */ {
          li__LCMP=((__li__QWEC *)li__LU1P)->li__RWEC->li__Y5KI;
        };
        li__YS2P(li__NAMP);
        li__ZQ3P=((__li__DZB *)li__LCMP);
        li__LU1P=li__BPOO(li__ZQ3P,li__ZQ3P->li__GZB.li__FZB.li__RF.li__0CC,li__NAMP->li__3PLO.li__PPME);
        li__ZQ3P->li__GZB.li__LNME=(__li__K)(li__ZQ3P->li__GZB.li__LNME +  1);
        li__ZAMP=li__LU1P;
      };
      li__FV1P=li__1UPO(li__IYBD__);
      li__AGXO(((__li__IYBD *)li__FV1P),li__NAMP,li__ZAMP,li__LBMP);
      li__NAMP->li__3PLO.li__VUMI=li__FV1P;
    };
    li__XAMP=li__NAMP->li__3PLO.li__VUMI->li__KRPK;
    li__JMOU=(__li__K)((*(((__li__BRPK *)li__XAMP))).li__QRPK +  1);
    /* __li__B__ __li__I__ */
if ((li__JMOU != li__LBMP)) {
      li__0BMP=(__li__K)(li__LBMP -  1);
      li__LV1P= 0;
      while ((li__LV1P <= li__0BMP)) {
        li__ODMP=li__FB5J((__li__K)(li__LV1P + li__0AMP));
        /* __li__B__ __li__I__ */
if (((li__LV1P > (*(li__XAMP)).li__QRPK) || ((void *)li__ODMP != (void *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__XAMP))).li__HGEQ)[li__LV1P])->li__F2DM))) {
          li__AEMP=li__UG1P(li__NAMP,li__ODMP,li__OAMP);
          li__CEMP=li__45QO(li__ODMP,li__AEMP);
          li__YZEQ(((__li__BRPK *)li__XAMP),li__CEMP,li__LV1P);
        };
        li__LV1P=(__li__K)(li__LV1P +  1);
      };
    };
  };
  li__PAMP=li__I__;
  return(li__PAMP);
}

static void li__5PHM(__li__1M *li__AQHM,__li__BC *li__BQHM)
/* (Strict PROFIL_SLOT{li__1M},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__IQHM,li__GAQM;
  __li__VTBD *li__PQHM;
  __li__BC *li__JGRU;
  li__SRX(((__li__BC *)li__BQHM),'(');
  li__IQHM=(*(li__AQHM->li__2M.li__PRSH)).li__4BPE;
  li__GAQM= 0;
  while ((li__GAQM <= li__IQHM)) {
    li__PQHM=((void **)(*(((__li__Z0IE *)li__AQHM->li__2M.li__PRSH))).li__WWWG)[li__GAQM];
    /* __li__B__ __li__I__ */
if (((void *)li__PQHM != (void *)NULL)) {
      li__4MYI(((__li__5RB *)li__PQHM->li__WTBD.li__0RNE),li__BQHM);
      li__SZIN(((__li__VTBD *)li__PQHM),li__BQHM);
      li__SRX(((__li__BC *)li__BQHM),',');
    };
    li__GAQM=(__li__K)(li__GAQM +  1);
  };
  li__JGRU=((__li__BC *)li__BQHM);
  /* __li__B__ __li__I__ */
if ((((__li__3 *)li__JGRU->li__CUN)[(__li__K)(li__JGRU->li__NK -  1)] == ',')) {
    li__WBZ(((__li__BC *)li__BQHM), 1);
  };
  li__SRX(((__li__BC *)li__BQHM),')');
  /* __li__B__ __li__I__ */
if (((void *)li__AQHM->li__2M.li__D2OI.li__TBSI == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__BQHM),(&__string_465));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__BQHM),(&__string_466));
  };
}

static void li__PRHM(__li__UJSH *li__QRHM,__li__BC *li__RRHM)
/* (Strict PROFIL_BLOCK{li__UJSH},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YRHM,li__LBQM;
  __li__VTBD *li__5RHM;
  __li__BC *li__LGRU;
  li__SRX(((__li__BC *)li__RRHM),'(');
  li__YRHM=(*(li__QRHM->li__VJSH.li__PRSH)).li__4BPE;
  li__LBQM= 0;
  while ((li__LBQM <= li__YRHM)) {
    li__5RHM=((void **)(*(((__li__Z0IE *)li__QRHM->li__VJSH.li__PRSH))).li__WWWG)[li__LBQM];
    /* __li__B__ __li__I__ */
if (((void *)li__5RHM != (void *)NULL)) {
      li__4MYI(((__li__5RB *)li__5RHM->li__WTBD.li__0RNE),li__RRHM);
      li__SZIN(((__li__VTBD *)li__5RHM),li__RRHM);
      li__SRX(((__li__BC *)li__RRHM),',');
    };
    li__LBQM=(__li__K)(li__LBQM +  1);
  };
  li__LGRU=((__li__BC *)li__RRHM);
  /* __li__B__ __li__I__ */
if ((((__li__3 *)li__LGRU->li__CUN)[(__li__K)(li__LGRU->li__NK -  1)] == ',')) {
    li__WBZ(((__li__BC *)li__RRHM), 1);
  };
  li__SRX(((__li__BC *)li__RRHM),')');
  /* __li__B__ __li__I__ */
if (((void *)li__QRHM->li__VJSH.li__D2OI.li__TBSI == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__RRHM),(&__string_465));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__RRHM),(&__string_466));
  };
}

static void li__OUHF(__li__5RB *li__PUHF,__li__BC *li__QUHF)
/* (Strict TYPE_FULL{li__5RB},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__BVHF;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(li__PUHF->li__BEM &  4) !=  0)) {
    li__JAZ(((__li__BC *)li__QUHF),(&__string_467));
  };
  /* __li__B__ __li__I__ */
if (((__li__F0C)(li__PUHF->li__BEM &  1) !=  0)) {
    li__JAZ(((__li__BC *)li__QUHF),(&__string_468));
  };
  li__BVHF=li__PUHF->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BVHF)->__id) {
  case __li__IF__: {
    li__JAZ(((__li__BC *)li__QUHF),((__li__IF *)li__BVHF)->li__TF->li__SF.li__R2B);
  } break;
  case __li__ORB__: {
    li__JAZ(((__li__BC *)li__QUHF),(&__string_1));
  } break;
  case __li__QRB__: {
    li__JAZ(((__li__BC *)li__QUHF),(&__string_2));
  } break;
  case __li__SRB__: {
    li__JAZ(((__li__BC *)li__QUHF),(&__string_51));
  } break;
  case __li__URB__: {
    li__JAZ(((__li__BC *)li__QUHF),(&__string_53));
  } break;
  case __li__GSZ__: {
    li__JAZ(((__li__BC *)li__QUHF),((__li__GSZ *)((__li__IF *)li__BVHF))->li__EGQB);
  } break;
  case __li__1RRF__: {
    li__UPMI(((__li__1RRF *)((__li__IF *)li__BVHF)),li__QUHF);
  } break;
  case __li__UJSH__: {
    li__O4LN(((__li__UJSH *)((__li__IF *)li__BVHF)),li__QUHF);
  } break;
  };
}

static void li__TITE(__li__KI *li__UITE)
/* (Strict LIST{li__KI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YITE,li__OJWG,li__1RTH,li__FTTH,li__1JRI,li__LFOP;
  __li__K li__4FOP,li__HY3P,li__D1AR,li__CH5P,li__DHRU;
  __li__CB li__5STH,li__Y12O,li__O3VU;
  __li__KI *li__WITE,*li__UJIV,*li__SEOP,*li__2EOP,*li__ZFOP,*li__FGOP;
  __li__KI *li__D1VU,*li__FFGI;
  void *li__H0VU,*li__L0VU,*li__IKTE,*li__P0VU,*li__P0MI,*li__30MI;
  __li__O3B *li__QXMI,*li__SXMI,*li__FYMI;
  __li__AVBD *li__1ZMI,*li__NNIV;
  __li__ODID *li__E0MI,*li__VNIV;
  void *li__H0MI;
  __li__KMFK *li__S0VU,*li__NIIV,*li__R1VU;
  __li__TPOO *li__U0VU,*li__G2VU,*li__Z5VU;
  __li__RLKJ *li__LZBK,*li__5OIV;
  __li__DZB *li__5ZBK,*li__CIIV,*li__C0BK,*li__E1BK;
  __li__SQNE *li__IGQK;
  void *li__1GQK,*li__0KQK;
  __li__5RB *li__2GQK,*li__3GQK,*li__XKIV,*li__4KIV;
  __li__ULSB *li__O0BK;
  __li__21LO *li__UIIV,*li__ULIV;
  __li__52B li__Z2BK,li__23VU;
  __li__5LKJ *li__A3BK,*li__BPIV;
  __li__LHBK *li__UUHP,*li__DPIV;
  __li__OWEO *li__HGOP;
  __li__1M *li__FF2Q;
  __li__UJSH *li__WY3P;
  void *li__KHOP,*li__THOP;
  __li__VTBD *li__VHOP,*li__QKIV,*li__WC1L;
  __li__PO li__UKIV;
  __li__U *li__VKIV;
  __li__WK *li__K1VU;
  void *li__XIOP,*li__FLIV,*li__PK5P;
  __li__KVBD *li__ZKIV,*li__3KIV;
  __li__WVBD *li__M1VU,*li__N1VU;
  __li__KLWI *li__P1VU;
  __li__ULWI *li__U1VU,*li__V1VU;
  __li__MSWI *li__X1VU,*li__Y1VU;
  __li__MZWI *li__01VU,*li__11VU;
  __li__C0WI *li__31VU,*li__41VU;
  __li__M1WI *li__A2VU,*li__B2VU;
  __li__DFNL *li__BMTP,*li__WI5P;
  __li__WHBK *li__B0GO,*li__X12O,*li__A32O;
  __li__JJG li__A22O,li__R3VU,li__M3VU;
  __li__3I3L *li__TVHP,*li__NPIV,*li__ZGRU;
  __li__2PLO *li__XXHP,*li__VPIV;
  __li__EDHP *li__2IXR,*li__5PIV;
  __li__Q li__1MYH;
  __li__BC *li__M5VU;
  __li__IYBD *li__TNIV;
  __li__Z4WH *li__XNIV;
  __li__KTVI *li__ZNIV;
  __li__LTVI *li__1NIV;
  __li__XTVI *li__3NIV;
  __li__YTVI *li__5NIV;
  __li__S2VI *li__BOIV;
  __li__E3VI *li__DOIV;
  __li__NMWI *li__FOIV;
  __li__BNWI *li__HOIV;
  __li__XNWI *li__JOIV;
  __li__LOWI *li__LOIV;
  __li__5OWI *li__NOIV;
  __li__TPWI *li__POIV;
  __li__HQWI *li__ROIV;
  __li__ARWI *li__TOIV;
  __li__URWI *li__VOIV;
  __li__ETWI *li__XOIV;
  __li__XOHL *li__HPIV;
  __li__FPHL *li__JPIV;
  __li__APLM *li__PPIV;
  __li__DTNM *li__RPIV;
  __li__JXNM *li__TPIV;
  __li__URRO *li__1PIV;
  __li__41XO *li__3PIV;
  __li__CJ1P *li__BQIV;
  __li__AKBR *li__DQIV;
  __li__SU5R *li__FQIV;
  __li__JV5R *li__HQIV;
  __li__ZITE *li__EIWG;
  __li__C li__WIWG,li__1YMI,li__W0BK,li__01BK,li__0I5P,li__0J5P;
  __li__C li__SOTP,li__AUGO;
  void **li__GJWG;
  __li__XL *li__PKIV;
  __li__Z0IE *li__LHOP,*li__UHOP,*li__NJOP,*li__PBWN;
  __li__3 li__WKIV;
  void **li__DLIV;
  __li__SZEC *li__U2VU;
  __li__B2OI *li__EOTP;
  __li__3UPK *li__TPGO;
  __li__TOLE *li__P4VU;
  li__YITE= 0;
  li__EIWG=((__li__ZITE *)li__CJTE);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__EIWG)).li__HIWG +  1) <= (__li__K)((*(li__EIWG)).li__JIWG -  1))) {
    (*(li__EIWG)).li__HIWG=(__li__K)((*(li__EIWG)).li__HIWG +  1);
    li__WIWG=li__B__;
  } else /* FALSE */ {
    li__WIWG=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__WIWG)) {
    /* __li__B__ __li__I__ */
if (((*(li__EIWG)).li__JIWG ==  0)) {
      li__GJWG=li__VXEH( 2);
      (*(li__EIWG)).li__HJWG=li__GJWG;
      (*(li__EIWG)).li__JIWG= 2;
      (*(li__EIWG)).li__HIWG= 0;
    } else /* FALSE */ {
      li__OJWG=(__li__K)((*(li__EIWG)).li__JIWG <<  1);
      li__GJWG=((void **)(*(li__EIWG)).li__HJWG);
      li__1RTH=(*(li__EIWG)).li__JIWG;
      li__5STH=li__CUY(((__li__CB )li__GJWG),((__li__JJG )(__li__K)(li__1RTH * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__OJWG * ((__li__K )(sizeof(void *))))));
      li__GJWG=((void **)li__5STH);
      li__FTTH=(__li__K)(li__OJWG -  1);
      li__1JRI=li__1RTH;
      while ((li__1JRI <= li__FTTH)) {
        li__GJWG[li__1JRI]=NULL;
        li__1JRI=(__li__K)(li__1JRI +  1);
      };
      (*(li__EIWG)).li__HJWG=li__GJWG;
      (*(li__EIWG)).li__JIWG=li__OJWG;
      (*(li__EIWG)).li__HIWG=(__li__K)((*(li__EIWG)).li__HIWG +  1);
    };
  };
  ((void **)(*(li__EIWG)).li__HJWG)[(*(li__EIWG)).li__HIWG]=li__UITE;
  li__EJTE=(__li__52B)(li__EJTE +  1);
  li__WITE=li__XIKB;
  li__XIKB=li__UITE;
  li__UITE->li__OJTE= 1;
  while ((li__UITE->li__OJTE <= (__li__K)((*(li__UITE->li__2OLE)).li__FPYE +  1))) {
    li__CKTE=li__AKTE;
    li__H0VU=((void **)(*(((__li__TOLE *)li__UITE->li__2OLE))).li__S3VG)[(__li__K)(li__UITE->li__OJTE -  1)];
    li__YITE=li__UITE->li__OJTE;
    li__L0VU=((void **)(*(((__li__TOLE *)li__UITE->li__2OLE))).li__S3VG)[(__li__K)(li__UITE->li__OJTE -  1)];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__L0VU)->__id) {
    case __li__KI__: {
      li__IKTE=li__K3ME(((__li__KI *)li__L0VU));
    } break;
    case __li__WK__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__IKTE=NULL;
    } break;
    case __li__T0B__: {
      li__IKTE=((__li__T0B *)li__L0VU);
    } break;
    case __li__O3B__: {
      li__QXMI=((__li__O3B *)li__L0VU);
      li__SXMI=li__QXMI;
      /* __li__B__ __li__I__ */
if ((li__XIKB->li__OJTE < (__li__K)((*(((__li__KI *)li__XIKB)->li__2OLE)).li__FPYE +  1))) {
        li__P0VU=((void **)(*(((__li__TOLE *)((__li__KI *)li__XIKB)->li__2OLE))).li__S3VG)[(__li__K)((__li__K)(li__XIKB->li__OJTE +  1) -  1)];
        /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__P0VU==NULL) {
          li__FYMI=NULL;
        } else {
          if (((struct ___OBJ *)li__P0VU)->__id==__li__O3B__) {
            li__FYMI=((__li__O3B *)li__P0VU);
          } else /* Other types */ {
            li__FYMI=NULL;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__FYMI != (void *)NULL)) {
          /* __li__B__ __li__I__ */
if (((void *)li__FYMI->li__B2ME == (void *)li__QXMI->li__B2ME)) {
            li__SXMI=NULL;
            /* __li__B__ __li__I__ */
if (li__QXMI->li__C2ME) {
              ((__li__O3B *)li__FYMI)->li__C2ME=li__B__;
            };
            li__1YMI=li__B__;
          } else /* FALSE */ {
            li__1YMI=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__1YMI)) {
            /* __li__B__ __li__I__ */
if ((li__QXMI->li__C2ME && (! li__FYMI->li__C2ME))) {
              li__SXMI=NULL;
            };
          };
        };
      };
      li__IKTE=li__SXMI;
    } break;
    case __li__AVBD__: {
      li__1ZMI=li__HJQI(((__li__AVBD *)li__L0VU));
      li__IKTE=li__1ZMI;
    } break;
    case __li__KVBD__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__IKTE=NULL;
    } break;
    case __li__WVBD__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__IKTE=NULL;
    } break;
    case __li__IYBD__: {
      li__IKTE=li__3IRO(((__li__IYBD *)li__L0VU));
    } break;
    case __li__ODID__: {
      li__E0MI=((__li__ODID *)li__L0VU);
      li__P0VU=NULL;
      li__H0MI=li__E0MI->li__PDID.li__QPME;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__H0MI)->__id) {
      case __li__RDID__:  break;
      case __li__GO3I__:  break;
      case __li__NY3I__:  break;
      case __li__SJPJ__: {
        li__US1L(((__li__SJPJ *)li__H0MI));
      } break;
      case __li__0VPJ__: {
        li__BT1L(((__li__0VPJ *)li__H0MI));
      } break;
      case __li__1VPJ__: {
        li__1T1L(((__li__1VPJ *)li__H0MI));
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__E0MI->li__PDID.li__VUMI != (void *)NULL)) {
        li__P0MI=li__3IRO(((__li__IYBD *)li__E0MI->li__PDID.li__VUMI));
        li__P0VU=li__P0MI;
      } else /* FALSE */ {
        li__P0MI=li__E0MI->li__PDID.li__PPME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__P0MI));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__P0MI));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__P0MI));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__P0MI));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__P0MI));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__P0MI));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__P0MI));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__P0MI));
        } break;
        case __li__KLWI__: {
          li__S0VU=((__li__KMFK *)((__li__KLWI *)li__P0MI)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__S0VU->li__3RFK),li__S0VU);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__P0MI));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__P0MI));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__P0MI));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__P0MI));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__P0MI));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__P0MI));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__P0MI));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__P0MI));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__P0MI));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__P0MI));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__S0VU=((__li__KMFK *)li__P0MI);
          li__HXPN(((__li__VTBD *)li__S0VU->li__3RFK),li__S0VU);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__P0MI));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__P0MI));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__P0MI));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__P0MI));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__P0MI));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__P0MI));
        } break;
        case __li__TPOO__: {
          li__U0VU=((__li__TPOO *)li__P0MI);
          li__IZFQ(((__li__DZB *)li__U0VU->li__5IXO),li__U0VU);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__P0MI));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__P0MI));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__P0MI));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__P0MI));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__P0MI));
        } break;
        };
        /* __li__B__ __li__I__ */
if (((void *)li__E0MI->li__PDID.li__2UMI != (void *)NULL)) {
          li__30MI=li__K3ME(((__li__KI *)li__E0MI->li__PDID.li__2UMI));
          li__P0VU=li__30MI;
        };
      };
      li__IKTE=li__P0VU;
    } break;
    case __li__OWRE__: 
    case __li__ULWI__: 
    case __li__MSWI__: {
      li__IKTE=NULL;
    } break;
    case __li__Z4WH__: {
      li__P0VU=li__O2PK(((__li__Z4WH *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__KTVI__: {
      li__P0VU=li__N4VK(((__li__KTVI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__LTVI__: {
      li__P0VU=li__SO5L(((__li__LTVI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__XTVI__: {
      li__P0VU=li__SEWK(((__li__XTVI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__YTVI__: {
      li__P0VU=li__DP5L(((__li__YTVI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__S2VI__: {
      li__P0VU=li__L3PK(((__li__S2VI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__E3VI__: {
      li__P0VU=li__33PK(((__li__E3VI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__KLWI__: {
      li__S0VU=((__li__KMFK *)((__li__KLWI *)li__L0VU)->li__ZPBK);
      li__HXPN(((__li__VTBD *)li__S0VU->li__3RFK),li__S0VU);
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__IKTE=NULL;
    } break;
    case __li__NMWI__: {
      li__P0VU=li__Z4PK(((__li__NMWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__BNWI__: {
      li__P0VU=li__L5PK(((__li__BNWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__XNWI__: {
      li__P0VU=li__35PK(((__li__XNWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__LOWI__: {
      li__P0VU=li__PAQK(((__li__LOWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__5OWI__: {
      li__P0VU=li__BBQK(((__li__5OWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__TPWI__: {
      li__P0VU=li__TBQK(((__li__TPWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__HQWI__: {
      li__P0VU=li__FCQK(((__li__HQWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__ARWI__: {
      li__P0VU=li__OQWK(((__li__ARWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__URWI__: {
      li__P0VU=li__1CQK(((__li__URWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__ETWI__: {
      li__P0VU=li__QDQK(((__li__ETWI *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__MZWI__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__IKTE=NULL;
    } break;
    case __li__C0WI__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__IKTE=NULL;
    } break;
    case __li__M1WI__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__IKTE=NULL;
    } break;
    case __li__RLKJ__: {
      li__LZBK=((__li__RLKJ *)li__L0VU);
      li__P0VU=NULL;
      li__5ZBK=li__LZBK->li__2BDK;
      li__CIIV=((__li__DZB *)li__5ZBK);
      /* __li__B__ __li__I__ */
if (((! ((((__li__F0C)(((__li__5RB *)li__CIIV->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__CIIV->li__GZB.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__CIIV->li__GZB.li__FZB.li__R2B == (void *)(&__string_66)))) && (! ((__li__F0C)(((__li__5RB *)li__5ZBK->li__GZB.li__0RNE)->li__BEM &  4) !=  0)))) {
        li__IGQK=li__5D4G();
        li__4EWN(((__li__DZB *)li__5ZBK),li__IGQK);
        /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__IGQK)->li__VQNE.li__ZTMI +  1) !=  0)) {
          /* __li__B__ __li__I__ */
if (((void *)((void **)((__li__SQNE *)li__IGQK)->li__VQNE.li__GABM)[ 0] == (void *)li__ORB__)) {
            li__5JGN(((__li__SQNE *)li__IGQK));
            /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__IGQK)->li__VQNE.li__ZTMI +  1) ==  1)) {
              li__1GQK=((void **)((__li__SQNE *)li__IGQK)->li__VQNE.li__GABM)[ 0];
              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1GQK)->__id) {
              case __li__IF__: {
                li__2GQK=((__li__IF *)li__1GQK)->li__J0C;
              } break;
              case __li__ORB__: {
                li__2GQK=((__li__ORB *)li__1GQK)->li__PRB.li__J0C;
              } break;
              case __li__QRB__: {
                li__2GQK=((__li__QRB *)li__1GQK)->li__RRB.li__J0C;
              } break;
              case __li__SRB__: {
                li__2GQK=((__li__SRB *)li__1GQK)->li__TRB.li__J0C;
              } break;
              case __li__URB__: {
                li__2GQK=((__li__URB *)li__1GQK)->li__VRB.li__J0C;
              } break;
              case __li__GSZ__: {
                li__2GQK=((__li__GSZ *)li__1GQK)->li__HSZ.li__J0C;
              } break;
              case __li__1RRF__: {
                li__2GQK=((__li__1RRF *)li__1GQK)->li__2RRF.li__J0C;
              } break;
              case __li__UJSH__: {
                li__2GQK=((__li__UJSH *)li__1GQK)->li__WJSH.li__J0C;
              } break;
              };
              li__3GQK=li__NNSE(((__li__5RB *)li__2GQK));
              ((__li__DZB *)li__5ZBK)->li__GZB.li__0RNE=li__3GQK;
            };
          };
        };
        li__EVEM(((__li__SQNE *)li__IGQK));
      };
      li__5ZBK=li__LZBK->li__2BDK;
      /* NULL __li__DZB__ */
if (li__5ZBK==NULL) {
        li__C0BK=NULL;
      } else /* SLOT_DATA */ {
        li__C0BK=((void *)li__5ZBK);
      };
      /* __li__B__ __li__I__ */
if ((li__LZBK->li__2BDK->li__GZB.li__LNME ==  0)) {
        /* __li__B__ __li__I__ */
if (((void *)li__C0BK == (void *)NULL)) {
          li__1YMI=li__B__;
        } else /* FALSE */ {
          li__O0BK=li__QXVG(((__li__DZB *)li__C0BK));
          li__1YMI=((void *)((__li__ULSB *)li__O0BK)->li__XNKE != (void *)(&__string_34));
        };
        li__W0BK=li__1YMI;
      } else /* FALSE */ {
        li__W0BK=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__W0BK) {
        li__1YMI=li__B__;
      } else /* FALSE */ {
        li__P0MI=li__LZBK->li__SLKJ.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__P0MI==NULL) {
          li__30MI=NULL;
        } else {
          switch (((struct ___OBJ *)li__P0MI)->__id) {
          case __li__WK__: 
          case __li__AVBD__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__30MI=NULL;
          } break;
          case __li__KMFK__: {
            li__30MI=((void *)li__P0MI);
          } break;
          case __li__21LO__: {
            li__30MI=((void *)li__P0MI);
          } break;
          case __li__TPOO__: {
            li__30MI=((void *)li__P0MI);
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__30MI != (void *)NULL)) {
          li__E1BK=li__LZBK->li__2BDK;
          /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__30MI)->__id) {
          case __li__KMFK__: {
            li__1GQK=((__li__KMFK *)li__30MI)->li__3RFK;
          } break;
          case __li__21LO__: {
            li__1GQK=((__li__21LO *)li__30MI)->li__KJXO;
          } break;
          case __li__TPOO__: {
            li__1GQK=((__li__TPOO *)li__30MI)->li__5IXO;
          } break;
          };
          li__01BK=((void *)li__E1BK == (void *)li__1GQK);
        } else /* FALSE */ {
          li__01BK=li__I__;
        };
        li__1YMI=(li__01BK && (li__LZBK->li__2BDK->li__GZB.li__FZB.li__DI1B == '-'));
      };
      /* __li__B__ __li__I__ */
if (li__1YMI) {
        li__DXTM(((__li__DZB *)li__LZBK->li__2BDK));
        li__OZ4L(((__li__DZB *)li__LZBK->li__2BDK),li__LZBK);
        li__P0MI=li__LZBK->li__SLKJ.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
        case __li__WK__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__AVBD__: {
          li__30MI=li__HJQI(((__li__AVBD *)li__P0MI));
        } break;
        case __li__KVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__WVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__Z4WH__: {
          li__30MI=li__O2PK(((__li__Z4WH *)li__P0MI));
        } break;
        case __li__KTVI__: {
          li__1GQK=li__N4VK(((__li__KTVI *)li__P0MI));
          li__30MI=li__1GQK;
        } break;
        case __li__LTVI__: {
          li__30MI=li__SO5L(((__li__LTVI *)li__P0MI));
        } break;
        case __li__XTVI__: {
          li__1GQK=li__SEWK(((__li__XTVI *)li__P0MI));
          li__30MI=li__1GQK;
        } break;
        case __li__YTVI__: {
          li__30MI=li__DP5L(((__li__YTVI *)li__P0MI));
        } break;
        case __li__S2VI__: {
          li__30MI=li__L3PK(((__li__S2VI *)li__P0MI));
        } break;
        case __li__E3VI__: {
          li__30MI=li__33PK(((__li__E3VI *)li__P0MI));
        } break;
        case __li__KLWI__: {
          li__NIIV=((__li__KMFK *)((__li__KLWI *)li__P0MI)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__ULWI__: 
        case __li__MSWI__: {
          li__30MI=NULL;
        } break;
        case __li__NMWI__: {
          li__30MI=li__Z4PK(((__li__NMWI *)li__P0MI));
        } break;
        case __li__BNWI__: {
          li__30MI=li__L5PK(((__li__BNWI *)li__P0MI));
        } break;
        case __li__XNWI__: {
          li__30MI=li__35PK(((__li__XNWI *)li__P0MI));
        } break;
        case __li__LOWI__: {
          li__30MI=li__PAQK(((__li__LOWI *)li__P0MI));
        } break;
        case __li__5OWI__: {
          li__30MI=li__BBQK(((__li__5OWI *)li__P0MI));
        } break;
        case __li__TPWI__: {
          li__30MI=li__TBQK(((__li__TPWI *)li__P0MI));
        } break;
        case __li__HQWI__: {
          li__30MI=li__FCQK(((__li__HQWI *)li__P0MI));
        } break;
        case __li__ARWI__: {
          li__1GQK=li__OQWK(((__li__ARWI *)li__P0MI));
          li__30MI=li__1GQK;
        } break;
        case __li__URWI__: {
          li__30MI=li__1CQK(((__li__URWI *)li__P0MI));
        } break;
        case __li__ETWI__: {
          li__30MI=li__QDQK(((__li__ETWI *)li__P0MI));
        } break;
        case __li__MZWI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__C0WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__M1WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__KMFK__: {
          li__NIIV=((__li__KMFK *)li__P0MI);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__XOHL__: {
          li__30MI=li__A2NN(((__li__XOHL *)li__P0MI));
        } break;
        case __li__FPHL__: {
          li__30MI=li__UP5L(((__li__FPHL *)li__P0MI));
        } break;
        case __li__APLM__: {
          li__30MI=li__11CQ(((__li__APLM *)li__P0MI));
        } break;
        case __li__DTNM__: {
          li__30MI=li__SGSO(((__li__DTNM *)li__P0MI));
        } break;
        case __li__JXNM__: {
          li__30MI=li__LZ3R(((__li__JXNM *)li__P0MI));
        } break;
        case __li__21LO__: {
          li__UIIV=((__li__21LO *)li__P0MI);
          li__XZFQ(((__li__DZB *)li__UIIV->li__KJXO),li__UIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__1GQK=li__SDPP(li__UIIV);
          li__30MI=li__1GQK;
        } break;
        case __li__TPOO__: {
          li__U0VU=((__li__TPOO *)li__P0MI);
          li__IZFQ(((__li__DZB *)li__U0VU->li__5IXO),li__U0VU);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__DXTM(((__li__DZB *)li__U0VU->li__5IXO));
          li__30MI=NULL;
        } break;
        case __li__URRO__: {
          li__30MI=li__3G4R(((__li__URRO *)li__P0MI));
        } break;
        case __li__41XO__: {
          li__30MI=li__M2CQ(((__li__41XO *)li__P0MI));
        } break;
        case __li__AKBR__: {
          li__30MI=li__WLDS(((__li__AKBR *)li__P0MI));
        } break;
        case __li__SU5R__: {
          li__30MI=li__0AJS(((__li__SU5R *)li__P0MI));
        } break;
        case __li__JV5R__: {
          li__30MI=li__LBJS(((__li__JV5R *)li__P0MI));
        } break;
        };
        li__P0VU=li__30MI;
        li__MWBD=(__li__K)(li__MWBD +  1);
      } else /* FALSE */ {
        li__DXTM(((__li__DZB *)li__LZBK->li__2BDK));
        li__P0MI=li__LZBK->li__SLKJ.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
        case __li__WK__: {
          li__30MI=((__li__WK *)li__P0MI);
        } break;
        case __li__AVBD__: {
          li__30MI=li__IVAJ(((__li__AVBD *)li__P0MI));
        } break;
        case __li__KVBD__: {
          li__30MI=((__li__KVBD *)li__P0MI);
        } break;
        case __li__WVBD__: {
          li__30MI=((__li__WVBD *)li__P0MI);
        } break;
        case __li__Z4WH__: {
          li__30MI=li__H52K();
        } break;
        case __li__KTVI__: {
          li__30MI=li__N4VK(((__li__KTVI *)li__P0MI));
        } break;
        case __li__LTVI__: {
          li__30MI=li__AJAM(((__li__LTVI *)li__P0MI));
        } break;
        case __li__XTVI__: {
          li__30MI=li__SEWK(((__li__XTVI *)li__P0MI));
        } break;
        case __li__YTVI__: {
          li__30MI=li__0OAM(((__li__YTVI *)li__P0MI));
        } break;
        case __li__S2VI__: {
          li__30MI=li__YU2K(((__li__S2VI *)li__P0MI));
        } break;
        case __li__E3VI__: {
          li__30MI=li__CZ2K(((__li__E3VI *)li__P0MI));
        } break;
        case __li__KLWI__: {
          li__30MI=li__M52K(((__li__KLWI *)li__P0MI));
        } break;
        case __li__ULWI__: {
          li__30MI=((__li__ULWI *)li__P0MI);
        } break;
        case __li__NMWI__: {
          li__30MI=li__YA3K(((__li__NMWI *)li__P0MI));
        } break;
        case __li__BNWI__: {
          li__30MI=li__CF3K(((__li__BNWI *)li__P0MI));
        } break;
        case __li__XNWI__: {
          li__30MI=li__MJ3K(((__li__XNWI *)li__P0MI));
        } break;
        case __li__LOWI__: {
          li__30MI=li__WN3K(((__li__LOWI *)li__P0MI));
        } break;
        case __li__5OWI__: {
          li__30MI=li__AS3K(((__li__5OWI *)li__P0MI));
        } break;
        case __li__TPWI__: {
          li__30MI=li__KW3K(((__li__TPWI *)li__P0MI));
        } break;
        case __li__HQWI__: {
          li__30MI=li__U03K(((__li__HQWI *)li__P0MI));
        } break;
        case __li__ARWI__: {
          li__30MI=li__OQWK(((__li__ARWI *)li__P0MI));
        } break;
        case __li__URWI__: {
          li__30MI=li__443K(((__li__URWI *)li__P0MI));
        } break;
        case __li__MSWI__: {
          li__30MI=((__li__MSWI *)li__P0MI);
        } break;
        case __li__ETWI__: {
          li__30MI=li__K53K(((__li__ETWI *)li__P0MI));
        } break;
        case __li__MZWI__: {
          li__30MI=((__li__MZWI *)li__P0MI);
        } break;
        case __li__C0WI__: {
          li__30MI=((__li__C0WI *)li__P0MI);
        } break;
        case __li__M1WI__: {
          li__30MI=((__li__M1WI *)li__P0MI);
        } break;
        case __li__KMFK__: {
          li__30MI=li__QF3L(((__li__KMFK *)li__P0MI));
        } break;
        case __li__XOHL__: {
          li__30MI=li__P2NN(((__li__XOHL *)li__P0MI));
        } break;
        case __li__FPHL__: {
          li__30MI=li__YUAM(((__li__FPHL *)li__P0MI));
        } break;
        case __li__APLM__: {
          li__30MI=li__C3CQ(((__li__APLM *)li__P0MI));
        } break;
        case __li__DTNM__: {
          li__30MI=li__3GSO(((__li__DTNM *)li__P0MI));
        } break;
        case __li__JXNM__: {
          li__30MI=li__E03R(((__li__JXNM *)li__P0MI));
        } break;
        case __li__21LO__: {
          li__30MI=li__H1JP(((__li__21LO *)li__P0MI));
        } break;
        case __li__TPOO__: {
          li__30MI=li__Z5JP(((__li__TPOO *)li__P0MI));
        } break;
        case __li__URRO__: {
          li__30MI=li__MH4R(((__li__URRO *)li__P0MI));
        } break;
        case __li__41XO__: {
          li__30MI=li__MBDQ(((__li__41XO *)li__P0MI));
        } break;
        case __li__AKBR__: {
          li__30MI=li__KMDS(((__li__AKBR *)li__P0MI));
        } break;
        case __li__SU5R__: {
          li__30MI=li__1CJS(((__li__SU5R *)li__P0MI));
        } break;
        case __li__JV5R__: {
          li__30MI=li__FHJS(((__li__JV5R *)li__P0MI));
        } break;
        };
        li__LZBK->li__SLKJ.li__CSSH=li__30MI;
        li__Z2BK=(__li__52B)(li__X2BK +  1);
        li__X2BK=li__Z2BK;
        li__C0BK=((__li__DZB *)li__LZBK->li__2BDK);
        li__C0BK->li__W0FM=li__LZBK;
        li__C0BK->li__01JM=li__Z2BK;
        li__C0BK->li__21JM=li__AKTE;
        li__C0BK->li__41JM=li__NHBK;
        li__C0BK->li__B2JM=li__51JM;
        li__C0BK->li__D2JM=li__XIKB;
        li__C0BK->li__G2JM=li__XIKB->li__OJTE;
        li__P0VU=li__LZBK;
      };
      li__IKTE=li__P0VU;
    } break;
    case __li__5LKJ__: {
      li__A3BK=((__li__5LKJ *)li__L0VU);
      li__P0VU=NULL;
      li__5ZBK=li__A3BK->li__IDDK;
      li__CIIV=((__li__DZB *)li__5ZBK);
      /* __li__B__ __li__I__ */
if (((! ((((__li__F0C)(((__li__5RB *)li__CIIV->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__CIIV->li__GZB.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__CIIV->li__GZB.li__FZB.li__R2B == (void *)(&__string_66)))) && (! ((__li__F0C)(((__li__5RB *)li__5ZBK->li__GZB.li__0RNE)->li__BEM &  4) !=  0)))) {
        li__IGQK=li__5D4G();
        li__4EWN(((__li__DZB *)li__5ZBK),li__IGQK);
        /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__IGQK)->li__VQNE.li__ZTMI +  1) !=  0)) {
          /* __li__B__ __li__I__ */
if (((void *)((void **)((__li__SQNE *)li__IGQK)->li__VQNE.li__GABM)[ 0] == (void *)li__ORB__)) {
            li__5JGN(((__li__SQNE *)li__IGQK));
            /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__IGQK)->li__VQNE.li__ZTMI +  1) ==  1)) {
              li__0KQK=((void **)((__li__SQNE *)li__IGQK)->li__VQNE.li__GABM)[ 0];
              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0KQK)->__id) {
              case __li__IF__: {
                li__2GQK=((__li__IF *)li__0KQK)->li__J0C;
              } break;
              case __li__ORB__: {
                li__2GQK=((__li__ORB *)li__0KQK)->li__PRB.li__J0C;
              } break;
              case __li__QRB__: {
                li__2GQK=((__li__QRB *)li__0KQK)->li__RRB.li__J0C;
              } break;
              case __li__SRB__: {
                li__2GQK=((__li__SRB *)li__0KQK)->li__TRB.li__J0C;
              } break;
              case __li__URB__: {
                li__2GQK=((__li__URB *)li__0KQK)->li__VRB.li__J0C;
              } break;
              case __li__GSZ__: {
                li__2GQK=((__li__GSZ *)li__0KQK)->li__HSZ.li__J0C;
              } break;
              case __li__1RRF__: {
                li__2GQK=((__li__1RRF *)li__0KQK)->li__2RRF.li__J0C;
              } break;
              case __li__UJSH__: {
                li__2GQK=((__li__UJSH *)li__0KQK)->li__WJSH.li__J0C;
              } break;
              };
              li__3GQK=li__NNSE(((__li__5RB *)li__2GQK));
              ((__li__DZB *)li__5ZBK)->li__GZB.li__0RNE=li__3GQK;
            };
          };
        };
        li__EVEM(((__li__SQNE *)li__IGQK));
      };
      li__5ZBK=li__A3BK->li__IDDK;
      /* NULL __li__DZB__ */
if (li__5ZBK==NULL) {
        li__C0BK=NULL;
      } else /* SLOT_DATA */ {
        li__C0BK=((void *)li__5ZBK);
      };
      /* __li__B__ __li__I__ */
if ((li__A3BK->li__IDDK->li__GZB.li__LNME ==  0)) {
        /* __li__B__ __li__I__ */
if (((void *)li__C0BK == (void *)NULL)) {
          li__01BK=li__B__;
        } else /* FALSE */ {
          li__O0BK=li__QXVG(((__li__DZB *)li__C0BK));
          li__01BK=((void *)((__li__ULSB *)li__O0BK)->li__XNKE != (void *)(&__string_34));
        };
        li__1YMI=li__01BK;
      } else /* FALSE */ {
        li__1YMI=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__1YMI) {
        li__1YMI=li__B__;
      } else /* FALSE */ {
        li__P0MI=li__A3BK->li__AMKJ.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__P0MI==NULL) {
          li__30MI=NULL;
        } else {
          switch (((struct ___OBJ *)li__P0MI)->__id) {
          case __li__WK__: 
          case __li__AVBD__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__30MI=NULL;
          } break;
          case __li__KMFK__: {
            li__30MI=((void *)li__P0MI);
          } break;
          case __li__21LO__: {
            li__30MI=((void *)li__P0MI);
          } break;
          case __li__TPOO__: {
            li__30MI=((void *)li__P0MI);
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__30MI != (void *)NULL)) {
          li__E1BK=li__A3BK->li__IDDK;
          /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__30MI)->__id) {
          case __li__KMFK__: {
            li__0KQK=((__li__KMFK *)li__30MI)->li__3RFK;
          } break;
          case __li__21LO__: {
            li__0KQK=((__li__21LO *)li__30MI)->li__KJXO;
          } break;
          case __li__TPOO__: {
            li__0KQK=((__li__TPOO *)li__30MI)->li__5IXO;
          } break;
          };
          li__01BK=((void *)li__E1BK == (void *)li__0KQK);
        } else /* FALSE */ {
          li__01BK=li__I__;
        };
        li__1YMI=(li__01BK && (li__A3BK->li__IDDK->li__GZB.li__FZB.li__DI1B == '-'));
      };
      /* __li__B__ __li__I__ */
if (li__1YMI) {
        li__DXTM(((__li__DZB *)li__A3BK->li__IDDK));
        li__P0MI=li__A3BK->li__2TBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
        case __li__WK__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__AVBD__: {
          li__30MI=li__HJQI(((__li__AVBD *)li__P0MI));
        } break;
        case __li__KVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__WVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__Z4WH__: {
          li__30MI=li__O2PK(((__li__Z4WH *)li__P0MI));
        } break;
        case __li__KTVI__: {
          li__1GQK=li__N4VK(((__li__KTVI *)li__P0MI));
          li__30MI=li__1GQK;
        } break;
        case __li__LTVI__: {
          li__30MI=li__SO5L(((__li__LTVI *)li__P0MI));
        } break;
        case __li__XTVI__: {
          li__1GQK=li__SEWK(((__li__XTVI *)li__P0MI));
          li__30MI=li__1GQK;
        } break;
        case __li__YTVI__: {
          li__30MI=li__DP5L(((__li__YTVI *)li__P0MI));
        } break;
        case __li__S2VI__: {
          li__30MI=li__L3PK(((__li__S2VI *)li__P0MI));
        } break;
        case __li__E3VI__: {
          li__30MI=li__33PK(((__li__E3VI *)li__P0MI));
        } break;
        case __li__KLWI__: {
          li__NIIV=((__li__KMFK *)((__li__KLWI *)li__P0MI)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__ULWI__: 
        case __li__MSWI__: {
          li__30MI=NULL;
        } break;
        case __li__NMWI__: {
          li__30MI=li__Z4PK(((__li__NMWI *)li__P0MI));
        } break;
        case __li__BNWI__: {
          li__30MI=li__L5PK(((__li__BNWI *)li__P0MI));
        } break;
        case __li__XNWI__: {
          li__30MI=li__35PK(((__li__XNWI *)li__P0MI));
        } break;
        case __li__LOWI__: {
          li__30MI=li__PAQK(((__li__LOWI *)li__P0MI));
        } break;
        case __li__5OWI__: {
          li__30MI=li__BBQK(((__li__5OWI *)li__P0MI));
        } break;
        case __li__TPWI__: {
          li__30MI=li__TBQK(((__li__TPWI *)li__P0MI));
        } break;
        case __li__HQWI__: {
          li__30MI=li__FCQK(((__li__HQWI *)li__P0MI));
        } break;
        case __li__ARWI__: {
          li__1GQK=li__OQWK(((__li__ARWI *)li__P0MI));
          li__30MI=li__1GQK;
        } break;
        case __li__URWI__: {
          li__30MI=li__1CQK(((__li__URWI *)li__P0MI));
        } break;
        case __li__ETWI__: {
          li__30MI=li__QDQK(((__li__ETWI *)li__P0MI));
        } break;
        case __li__MZWI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__C0WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__M1WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__KMFK__: {
          li__NIIV=((__li__KMFK *)li__P0MI);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__XOHL__: {
          li__30MI=li__A2NN(((__li__XOHL *)li__P0MI));
        } break;
        case __li__FPHL__: {
          li__30MI=li__UP5L(((__li__FPHL *)li__P0MI));
        } break;
        case __li__APLM__: {
          li__30MI=li__11CQ(((__li__APLM *)li__P0MI));
        } break;
        case __li__DTNM__: {
          li__30MI=li__SGSO(((__li__DTNM *)li__P0MI));
        } break;
        case __li__JXNM__: {
          li__30MI=li__LZ3R(((__li__JXNM *)li__P0MI));
        } break;
        case __li__21LO__: {
          li__UIIV=((__li__21LO *)li__P0MI);
          li__XZFQ(((__li__DZB *)li__UIIV->li__KJXO),li__UIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__1GQK=li__SDPP(li__UIIV);
          li__30MI=li__1GQK;
        } break;
        case __li__TPOO__: {
          li__U0VU=((__li__TPOO *)li__P0MI);
          li__IZFQ(((__li__DZB *)li__U0VU->li__5IXO),li__U0VU);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__DXTM(((__li__DZB *)li__U0VU->li__5IXO));
          li__30MI=NULL;
        } break;
        case __li__URRO__: {
          li__30MI=li__3G4R(((__li__URRO *)li__P0MI));
        } break;
        case __li__41XO__: {
          li__30MI=li__M2CQ(((__li__41XO *)li__P0MI));
        } break;
        case __li__AKBR__: {
          li__30MI=li__WLDS(((__li__AKBR *)li__P0MI));
        } break;
        case __li__SU5R__: {
          li__30MI=li__0AJS(((__li__SU5R *)li__P0MI));
        } break;
        case __li__JV5R__: {
          li__30MI=li__LBJS(((__li__JV5R *)li__P0MI));
        } break;
        };
        /* __li__B__ __li__I__ */
if (((void *)li__30MI != (void *)NULL)) {
          li__UJIV=((__li__KI *)li__XIKB);
          li__LJHI(((__li__TOLE *)li__UJIV->li__2OLE),li__30MI,(__li__K)(li__UJIV->li__OJTE -  1));
          li__UJIV->li__OJTE=(__li__K)(li__UJIV->li__OJTE +  1);
          li__WVRE(li__UJIV);
        };
        li__ZT5L(((__li__DZB *)li__A3BK->li__IDDK),li__A3BK);
        li__P0MI=li__A3BK->li__AMKJ.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
        case __li__WK__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__AVBD__: {
          li__30MI=li__HJQI(((__li__AVBD *)li__P0MI));
        } break;
        case __li__KVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__WVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__Z4WH__: {
          li__30MI=li__O2PK(((__li__Z4WH *)li__P0MI));
        } break;
        case __li__KTVI__: {
          li__1GQK=li__N4VK(((__li__KTVI *)li__P0MI));
          li__30MI=li__1GQK;
        } break;
        case __li__LTVI__: {
          li__30MI=li__SO5L(((__li__LTVI *)li__P0MI));
        } break;
        case __li__XTVI__: {
          li__1GQK=li__SEWK(((__li__XTVI *)li__P0MI));
          li__30MI=li__1GQK;
        } break;
        case __li__YTVI__: {
          li__30MI=li__DP5L(((__li__YTVI *)li__P0MI));
        } break;
        case __li__S2VI__: {
          li__30MI=li__L3PK(((__li__S2VI *)li__P0MI));
        } break;
        case __li__E3VI__: {
          li__30MI=li__33PK(((__li__E3VI *)li__P0MI));
        } break;
        case __li__KLWI__: {
          li__NIIV=((__li__KMFK *)((__li__KLWI *)li__P0MI)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__ULWI__: 
        case __li__MSWI__: {
          li__30MI=NULL;
        } break;
        case __li__NMWI__: {
          li__30MI=li__Z4PK(((__li__NMWI *)li__P0MI));
        } break;
        case __li__BNWI__: {
          li__30MI=li__L5PK(((__li__BNWI *)li__P0MI));
        } break;
        case __li__XNWI__: {
          li__30MI=li__35PK(((__li__XNWI *)li__P0MI));
        } break;
        case __li__LOWI__: {
          li__30MI=li__PAQK(((__li__LOWI *)li__P0MI));
        } break;
        case __li__5OWI__: {
          li__30MI=li__BBQK(((__li__5OWI *)li__P0MI));
        } break;
        case __li__TPWI__: {
          li__30MI=li__TBQK(((__li__TPWI *)li__P0MI));
        } break;
        case __li__HQWI__: {
          li__30MI=li__FCQK(((__li__HQWI *)li__P0MI));
        } break;
        case __li__ARWI__: {
          li__1GQK=li__OQWK(((__li__ARWI *)li__P0MI));
          li__30MI=li__1GQK;
        } break;
        case __li__URWI__: {
          li__30MI=li__1CQK(((__li__URWI *)li__P0MI));
        } break;
        case __li__ETWI__: {
          li__30MI=li__QDQK(((__li__ETWI *)li__P0MI));
        } break;
        case __li__MZWI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__C0WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__M1WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__KMFK__: {
          li__NIIV=((__li__KMFK *)li__P0MI);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__30MI=NULL;
        } break;
        case __li__XOHL__: {
          li__30MI=li__A2NN(((__li__XOHL *)li__P0MI));
        } break;
        case __li__FPHL__: {
          li__30MI=li__UP5L(((__li__FPHL *)li__P0MI));
        } break;
        case __li__APLM__: {
          li__30MI=li__11CQ(((__li__APLM *)li__P0MI));
        } break;
        case __li__DTNM__: {
          li__30MI=li__SGSO(((__li__DTNM *)li__P0MI));
        } break;
        case __li__JXNM__: {
          li__30MI=li__LZ3R(((__li__JXNM *)li__P0MI));
        } break;
        case __li__21LO__: {
          li__UIIV=((__li__21LO *)li__P0MI);
          li__XZFQ(((__li__DZB *)li__UIIV->li__KJXO),li__UIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__1GQK=li__SDPP(li__UIIV);
          li__30MI=li__1GQK;
        } break;
        case __li__TPOO__: {
          li__U0VU=((__li__TPOO *)li__P0MI);
          li__IZFQ(((__li__DZB *)li__U0VU->li__5IXO),li__U0VU);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__DXTM(((__li__DZB *)li__U0VU->li__5IXO));
          li__30MI=NULL;
        } break;
        case __li__URRO__: {
          li__30MI=li__3G4R(((__li__URRO *)li__P0MI));
        } break;
        case __li__41XO__: {
          li__30MI=li__M2CQ(((__li__41XO *)li__P0MI));
        } break;
        case __li__AKBR__: {
          li__30MI=li__WLDS(((__li__AKBR *)li__P0MI));
        } break;
        case __li__SU5R__: {
          li__30MI=li__0AJS(((__li__SU5R *)li__P0MI));
        } break;
        case __li__JV5R__: {
          li__30MI=li__LBJS(((__li__JV5R *)li__P0MI));
        } break;
        };
        li__P0VU=li__30MI;
        li__MWBD=(__li__K)(li__MWBD +  1);
      } else /* FALSE */ {
        li__DXTM(((__li__DZB *)li__A3BK->li__IDDK));
        li__P0MI=li__A3BK->li__2TBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
        case __li__WK__: {
          li__30MI=((__li__WK *)li__P0MI);
        } break;
        case __li__AVBD__: {
          li__30MI=li__IVAJ(((__li__AVBD *)li__P0MI));
        } break;
        case __li__KVBD__: {
          li__30MI=((__li__KVBD *)li__P0MI);
        } break;
        case __li__WVBD__: {
          li__30MI=((__li__WVBD *)li__P0MI);
        } break;
        case __li__Z4WH__: {
          li__30MI=li__H52K();
        } break;
        case __li__KTVI__: {
          li__30MI=li__N4VK(((__li__KTVI *)li__P0MI));
        } break;
        case __li__LTVI__: {
          li__30MI=li__AJAM(((__li__LTVI *)li__P0MI));
        } break;
        case __li__XTVI__: {
          li__30MI=li__SEWK(((__li__XTVI *)li__P0MI));
        } break;
        case __li__YTVI__: {
          li__30MI=li__0OAM(((__li__YTVI *)li__P0MI));
        } break;
        case __li__S2VI__: {
          li__30MI=li__YU2K(((__li__S2VI *)li__P0MI));
        } break;
        case __li__E3VI__: {
          li__30MI=li__CZ2K(((__li__E3VI *)li__P0MI));
        } break;
        case __li__KLWI__: {
          li__30MI=li__M52K(((__li__KLWI *)li__P0MI));
        } break;
        case __li__ULWI__: {
          li__30MI=((__li__ULWI *)li__P0MI);
        } break;
        case __li__NMWI__: {
          li__30MI=li__YA3K(((__li__NMWI *)li__P0MI));
        } break;
        case __li__BNWI__: {
          li__30MI=li__CF3K(((__li__BNWI *)li__P0MI));
        } break;
        case __li__XNWI__: {
          li__30MI=li__MJ3K(((__li__XNWI *)li__P0MI));
        } break;
        case __li__LOWI__: {
          li__30MI=li__WN3K(((__li__LOWI *)li__P0MI));
        } break;
        case __li__5OWI__: {
          li__30MI=li__AS3K(((__li__5OWI *)li__P0MI));
        } break;
        case __li__TPWI__: {
          li__30MI=li__KW3K(((__li__TPWI *)li__P0MI));
        } break;
        case __li__HQWI__: {
          li__30MI=li__U03K(((__li__HQWI *)li__P0MI));
        } break;
        case __li__ARWI__: {
          li__30MI=li__OQWK(((__li__ARWI *)li__P0MI));
        } break;
        case __li__URWI__: {
          li__30MI=li__443K(((__li__URWI *)li__P0MI));
        } break;
        case __li__MSWI__: {
          li__30MI=((__li__MSWI *)li__P0MI);
        } break;
        case __li__ETWI__: {
          li__30MI=li__K53K(((__li__ETWI *)li__P0MI));
        } break;
        case __li__MZWI__: {
          li__30MI=((__li__MZWI *)li__P0MI);
        } break;
        case __li__C0WI__: {
          li__30MI=((__li__C0WI *)li__P0MI);
        } break;
        case __li__M1WI__: {
          li__30MI=((__li__M1WI *)li__P0MI);
        } break;
        case __li__KMFK__: {
          li__30MI=li__QF3L(((__li__KMFK *)li__P0MI));
        } break;
        case __li__XOHL__: {
          li__30MI=li__P2NN(((__li__XOHL *)li__P0MI));
        } break;
        case __li__FPHL__: {
          li__30MI=li__YUAM(((__li__FPHL *)li__P0MI));
        } break;
        case __li__APLM__: {
          li__30MI=li__C3CQ(((__li__APLM *)li__P0MI));
        } break;
        case __li__DTNM__: {
          li__30MI=li__3GSO(((__li__DTNM *)li__P0MI));
        } break;
        case __li__JXNM__: {
          li__30MI=li__E03R(((__li__JXNM *)li__P0MI));
        } break;
        case __li__21LO__: {
          li__30MI=li__H1JP(((__li__21LO *)li__P0MI));
        } break;
        case __li__TPOO__: {
          li__30MI=li__Z5JP(((__li__TPOO *)li__P0MI));
        } break;
        case __li__URRO__: {
          li__30MI=li__MH4R(((__li__URRO *)li__P0MI));
        } break;
        case __li__41XO__: {
          li__30MI=li__MBDQ(((__li__41XO *)li__P0MI));
        } break;
        case __li__AKBR__: {
          li__30MI=li__KMDS(((__li__AKBR *)li__P0MI));
        } break;
        case __li__SU5R__: {
          li__30MI=li__1CJS(((__li__SU5R *)li__P0MI));
        } break;
        case __li__JV5R__: {
          li__30MI=li__FHJS(((__li__JV5R *)li__P0MI));
        } break;
        };
        li__A3BK->li__2TBK=li__30MI;
        li__P0MI=li__A3BK->li__AMKJ.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
        case __li__WK__: {
          li__30MI=((__li__WK *)li__P0MI);
        } break;
        case __li__AVBD__: {
          li__30MI=li__IVAJ(((__li__AVBD *)li__P0MI));
        } break;
        case __li__KVBD__: {
          li__30MI=((__li__KVBD *)li__P0MI);
        } break;
        case __li__WVBD__: {
          li__30MI=((__li__WVBD *)li__P0MI);
        } break;
        case __li__Z4WH__: {
          li__30MI=li__H52K();
        } break;
        case __li__KTVI__: {
          li__30MI=li__N4VK(((__li__KTVI *)li__P0MI));
        } break;
        case __li__LTVI__: {
          li__30MI=li__AJAM(((__li__LTVI *)li__P0MI));
        } break;
        case __li__XTVI__: {
          li__30MI=li__SEWK(((__li__XTVI *)li__P0MI));
        } break;
        case __li__YTVI__: {
          li__30MI=li__0OAM(((__li__YTVI *)li__P0MI));
        } break;
        case __li__S2VI__: {
          li__30MI=li__YU2K(((__li__S2VI *)li__P0MI));
        } break;
        case __li__E3VI__: {
          li__30MI=li__CZ2K(((__li__E3VI *)li__P0MI));
        } break;
        case __li__KLWI__: {
          li__30MI=li__M52K(((__li__KLWI *)li__P0MI));
        } break;
        case __li__ULWI__: {
          li__30MI=((__li__ULWI *)li__P0MI);
        } break;
        case __li__NMWI__: {
          li__30MI=li__YA3K(((__li__NMWI *)li__P0MI));
        } break;
        case __li__BNWI__: {
          li__30MI=li__CF3K(((__li__BNWI *)li__P0MI));
        } break;
        case __li__XNWI__: {
          li__30MI=li__MJ3K(((__li__XNWI *)li__P0MI));
        } break;
        case __li__LOWI__: {
          li__30MI=li__WN3K(((__li__LOWI *)li__P0MI));
        } break;
        case __li__5OWI__: {
          li__30MI=li__AS3K(((__li__5OWI *)li__P0MI));
        } break;
        case __li__TPWI__: {
          li__30MI=li__KW3K(((__li__TPWI *)li__P0MI));
        } break;
        case __li__HQWI__: {
          li__30MI=li__U03K(((__li__HQWI *)li__P0MI));
        } break;
        case __li__ARWI__: {
          li__30MI=li__OQWK(((__li__ARWI *)li__P0MI));
        } break;
        case __li__URWI__: {
          li__30MI=li__443K(((__li__URWI *)li__P0MI));
        } break;
        case __li__MSWI__: {
          li__30MI=((__li__MSWI *)li__P0MI);
        } break;
        case __li__ETWI__: {
          li__30MI=li__K53K(((__li__ETWI *)li__P0MI));
        } break;
        case __li__MZWI__: {
          li__30MI=((__li__MZWI *)li__P0MI);
        } break;
        case __li__C0WI__: {
          li__30MI=((__li__C0WI *)li__P0MI);
        } break;
        case __li__M1WI__: {
          li__30MI=((__li__M1WI *)li__P0MI);
        } break;
        case __li__KMFK__: {
          li__30MI=li__QF3L(((__li__KMFK *)li__P0MI));
        } break;
        case __li__XOHL__: {
          li__30MI=li__P2NN(((__li__XOHL *)li__P0MI));
        } break;
        case __li__FPHL__: {
          li__30MI=li__YUAM(((__li__FPHL *)li__P0MI));
        } break;
        case __li__APLM__: {
          li__30MI=li__C3CQ(((__li__APLM *)li__P0MI));
        } break;
        case __li__DTNM__: {
          li__30MI=li__3GSO(((__li__DTNM *)li__P0MI));
        } break;
        case __li__JXNM__: {
          li__30MI=li__E03R(((__li__JXNM *)li__P0MI));
        } break;
        case __li__21LO__: {
          li__30MI=li__H1JP(((__li__21LO *)li__P0MI));
        } break;
        case __li__TPOO__: {
          li__30MI=li__Z5JP(((__li__TPOO *)li__P0MI));
        } break;
        case __li__URRO__: {
          li__30MI=li__MH4R(((__li__URRO *)li__P0MI));
        } break;
        case __li__41XO__: {
          li__30MI=li__MBDQ(((__li__41XO *)li__P0MI));
        } break;
        case __li__AKBR__: {
          li__30MI=li__KMDS(((__li__AKBR *)li__P0MI));
        } break;
        case __li__SU5R__: {
          li__30MI=li__1CJS(((__li__SU5R *)li__P0MI));
        } break;
        case __li__JV5R__: {
          li__30MI=li__FHJS(((__li__JV5R *)li__P0MI));
        } break;
        };
        li__A3BK->li__AMKJ.li__CSSH=li__30MI;
        li__Z2BK=(__li__52B)(li__X2BK +  1);
        li__X2BK=li__Z2BK;
        li__C0BK=((__li__DZB *)li__A3BK->li__IDDK);
        li__C0BK->li__W0FM=li__A3BK;
        li__C0BK->li__01JM=li__Z2BK;
        li__C0BK->li__21JM=li__AKTE;
        li__C0BK->li__41JM=li__NHBK;
        li__C0BK->li__B2JM=li__51JM;
        li__C0BK->li__D2JM=li__XIKB;
        li__C0BK->li__G2JM=li__XIKB->li__OJTE;
        li__P0VU=li__A3BK;
      };
      li__IKTE=li__P0VU;
    } break;
    case __li__LHBK__: {
      li__UUHP=((__li__LHBK *)li__L0VU);
      li__P0VU=NULL;
      li__1YMI=li__I__;
      li__UJIV=NULL;
      li__P0MI=NULL;
      li__SEOP=li__UGQP(li__UUHP);
      /* __li__B__ __li__I__ */
if (((void *)li__SEOP == (void *)li__XIKB)) {
        li__EDSB( 1,(&__string_469));
        li__2EOP=li__UGQP(li__UUHP);
        li__V5E(li__2EOP->li__NI.li__0CC);
        li__V5E(li__UUHP->li__MHBK.li__0CC);
        li__ODF();
      };
      li__30MI=li__UUHP->li__KSPK;
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__30MI)->__id==__li__1M__) {
        li__W0BK=(((__li__1M *)li__30MI)->li__2M.li__LIBK ==  1);
      } else /* PROFIL_BLOCK */ {
        li__W0BK=(((__li__UJSH *)li__30MI)->li__VJSH.li__LIBK ==  1);
      };
      /* __li__B__ __li__I__ */
if (li__W0BK) {
        li__1GQK=li__UUHP->li__KSPK;
        /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__1GQK)->__id==__li__1M__) {
          li__LFOP=((__li__1M *)li__1GQK)->li__2M.li__LJBK;
        } else /* PROFIL_BLOCK */ {
          li__LFOP=((__li__UJSH *)li__1GQK)->li__VJSH.li__LJBK;
        };
        /* __li__B__ __li__I__ */
if ((li__LFOP ==  1)) {
          /* __li__B__ __li__I__ */
if ((li__CKTE == li__AKTE)) {
            li__ZFOP=li__UGQP(li__UUHP);
            li__SW3P(li__UUHP,li__ZFOP, 1,li__I__,'+');
            li__4FOP=li__OVOP(&(li__UUHP->li__SWEO));
            li__HY3P= 0;
            while ((li__HY3P <= li__4FOP)) {
              li__FGOP=li__UGQP(li__UUHP);
              li__HGOP=li__LV0P(&(li__UUHP->li__SWEO),li__HY3P);
              li__D1VU=((__li__KI *)li__FGOP);
              li__P2VG(((__li__TOLE *)li__D1VU->li__2OLE),li__HGOP->li__0FXO);
              li__WVRE(li__D1VU);
              li__HY3P=(__li__K)(li__HY3P +  1);
            };
            li__ZFOP=li__UGQP(li__UUHP);
            li__0KQK=li__K3ME(((__li__KI *)li__ZFOP));
            li__P0VU=li__0KQK;
            li__0KQK=li__UUHP->li__KSPK;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__0KQK)->__id==__li__1M__) {
              li__FF2Q=((__li__1M *)li__0KQK);
              li__KE5P(li__FF2Q);
              li__D1AR=li__FF2Q->li__2M.li__DMYK;
              /* __li__B__ __li__I__ */
if ((li__D1AR != (*(li__AM)).li__GM)) {
                li__OOAQ(li__D1AR,(*(li__AM)).li__GM);
              };
              li__PKIV=((__li__XL *)li__AM);
              (*(li__PKIV)).li__GM=(__li__K)((*(li__PKIV)).li__GM -  1);
              li__GWDM(((__li__QWEC *)li__FF2Q->li__AZOI),li__FF2Q);
            } else /* PROFIL_BLOCK */ {
              li__WY3P=((__li__UJSH *)li__0KQK);
              li__KE5P(li__WY3P);
              li__D1AR=li__WY3P->li__VJSH.li__DMYK;
              /* __li__B__ __li__I__ */
if ((li__D1AR != (*(li__AM)).li__GM)) {
                li__OOAQ(li__D1AR,(*(li__AM)).li__GM);
              };
              li__PKIV=((__li__XL *)li__AM);
              (*(li__PKIV)).li__GM=(__li__K)((*(li__PKIV)).li__GM -  1);
            };
            li__MWBD=(__li__K)(li__MWBD +  1);
            li__1YMI=li__B__;
          };
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if ((li__CKTE == li__AKTE)) {
            li__0KQK=li__UUHP->li__KSPK;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__0KQK)->__id==__li__1M__) {
              li__PW1Q(((__li__1M *)((__li__UJSH *)li__0KQK)),li__UUHP);
            } else /* PROFIL_BLOCK */ {
              li__PTOP(((__li__UJSH *)li__0KQK),li__UUHP);
            };
            li__0KQK=li__UUHP->li__KSPK;
            /* NULL __li__1M__ __li__UJSH__ */
if (li__0KQK==NULL) {
              li__WY3P=NULL;
            } else {
              if (((struct ___OBJ *)li__0KQK)->__id==__li__1M__) {
                li__WY3P=NULL;
              } else /* Other types */ {
                li__WY3P=((void *)li__0KQK);
              }
            };
            /* __li__B__ __li__I__ */
if (((void *)li__WY3P != (void *)NULL)) {
              /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__UUHP->li__KSPK)->__id==__li__1M__) {
              };
              li__KHOP=li__UUHP->li__KSPK;
              /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__KHOP)->__id==__li__1M__) {
                li__LHOP=((__li__1M *)li__KHOP)->li__2M.li__PRSH;
              } else /* PROFIL_BLOCK */ {
                li__LHOP=((__li__UJSH *)li__KHOP)->li__VJSH.li__PRSH;
              };
              li__D1AR=(*(li__LHOP)).li__4BPE;
              li__CH5P= 0;
              while ((li__CH5P <= li__D1AR)) {
                li__THOP=li__UUHP->li__KSPK;
                /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__THOP)->__id==__li__1M__) {
                  li__UHOP=((__li__1M *)li__THOP)->li__2M.li__PRSH;
                } else /* PROFIL_BLOCK */ {
                  li__UHOP=((__li__UJSH *)li__THOP)->li__VJSH.li__PRSH;
                };
                li__VHOP=((void **)(*(((__li__Z0IE *)li__UHOP))).li__WWWG)[li__CH5P];
                /* __li__B__ __li__I__ */
if (((void *)li__VHOP != (void *)NULL)) {
                  li__QKIV=((__li__VTBD *)li__VHOP);
                  li__UKIV=li__QKIV->li__WTBD.li__FZB.li__RF.li__0CC;
                  li__VKIV=li__QKIV->li__WTBD.li__FZB.li__R2B;
                  li__WKIV=li__QKIV->li__WTBD.li__FZB.li__DI1B;
                  li__XKIV=li__QKIV->li__WTBD.li__0RNE;
                  li__QKIV=li__QAAE();
                  li__LQNE(((__li__VTBD *)li__QKIV),li__UKIV,li__VKIV,li__WKIV,li__XKIV);
                  ((__li__VTBD *)li__VHOP)->li__ANQI=li__QKIV;
                };
                li__CH5P=(__li__K)(li__CH5P +  1);
              };
            } else /* FALSE */ {
              li__MOSI=li__B__;
            };
            li__ZFOP=li__UGQP(li__UUHP);
            li__FGOP=li__BIIQ(((__li__KI *)li__ZFOP));
            li__UJIV=li__FGOP;
            li__SW3P(li__UUHP,li__FGOP, 1,li__B__,'+');
            li__4FOP=li__OVOP(&(li__UUHP->li__SWEO));
            li__HY3P= 0;
            while ((li__HY3P <= li__4FOP)) {
              li__HGOP=li__LV0P(&(li__UUHP->li__SWEO),li__HY3P);
              li__P0MI=li__HGOP->li__0FXO;
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
              case __li__RLKJ__: {
                li__THOP=((__li__RLKJ *)li__P0MI)->li__SLKJ.li__CSSH;
              } break;
              case __li__5LKJ__: {
                li__THOP=((__li__5LKJ *)li__P0MI)->li__AMKJ.li__CSSH;
              } break;
              case __li__DFNL__: {
                li__THOP=((__li__DFNL *)li__P0MI)->li__EFNL.li__CSSH;
              } break;
              };
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__THOP)->__id) {
              case __li__WK__: {
                li__K1VU=li__PVEJ(((__li__WK *)li__THOP));
                li__XIOP=li__K1VU;
              } break;
              case __li__AVBD__: {
                li__XIOP=li__AE5L(((__li__AVBD *)li__THOP));
              } break;
              case __li__KVBD__: {
                li__ZKIV=((__li__KVBD *)li__THOP);
                li__UKIV=li__ZKIV->li__LVBD.li__0K.li__0CC;
                li__XKIV=li__ZKIV->li__LVBD.li__WZLE;
                li__ZKIV=li__5QND();
                li__3KIV=((__li__KVBD *)li__ZKIV);
                li__3KIV->li__LVBD.li__0K.li__0CC=li__UKIV;
                li__4KIV=li__NNSE(((__li__5RB *)li__XKIV));
                li__3KIV->li__LVBD.li__WZLE=li__4KIV;
                li__XIOP=li__ZKIV;
              } break;
              case __li__WVBD__: {
                li__M1VU=((__li__WVBD *)li__THOP);
                li__N1VU=li__VEID(li__M1VU->li__XVBD.li__0K.li__0CC,li__M1VU->li__2ZLE,li__M1VU->li__XVBD.li__WZLE);
                li__XIOP=li__N1VU;
              } break;
              case __li__Z4WH__: {
                li__XIOP=li__XEVK(((__li__Z4WH *)li__THOP));
              } break;
              case __li__KTVI__: {
                li__XIOP=li__XF5L(((__li__KTVI *)li__THOP));
              } break;
              case __li__LTVI__: {
                li__XIOP=li__SDGM(((__li__LTVI *)li__THOP));
              } break;
              case __li__XTVI__: {
                li__XIOP=li__DG5L(((__li__XTVI *)li__THOP));
              } break;
              case __li__YTVI__: {
                li__XIOP=li__4DGM(((__li__YTVI *)li__THOP));
              } break;
              case __li__S2VI__: {
                li__XIOP=li__OG5L(((__li__S2VI *)li__THOP));
              } break;
              case __li__E3VI__: {
                li__XIOP=li__ZG5L(((__li__E3VI *)li__THOP));
              } break;
              case __li__KLWI__: {
                li__P1VU=((__li__KLWI *)li__THOP);
                li__UKIV=li__P1VU->li__LLWI.li__0CC;
                li__R1VU=li__G3CM(((__li__KMFK *)li__P1VU->li__ZPBK));
                li__P1VU=li__PNSJ(li__UKIV,li__R1VU);
                li__XIOP=li__P1VU;
              } break;
              case __li__ULWI__: {
                li__U1VU=((__li__ULWI *)li__THOP);
                li__V1VU=li__AOSJ(li__U1VU->li__VLWI.li__0CC,li__U1VU->li__4PBK);
                li__XIOP=li__V1VU;
              } break;
              case __li__NMWI__: {
                li__XIOP=li__SH5L(((__li__NMWI *)li__THOP));
              } break;
              case __li__BNWI__: {
                li__XIOP=li__3H5L(((__li__BNWI *)li__THOP));
              } break;
              case __li__XNWI__: {
                li__XIOP=li__II5L(((__li__XNWI *)li__THOP));
              } break;
              case __li__LOWI__: {
                li__XIOP=li__TI5L(((__li__LOWI *)li__THOP));
              } break;
              case __li__5OWI__: {
                li__XIOP=li__4I5L(((__li__5OWI *)li__THOP));
              } break;
              case __li__TPWI__: {
                li__XIOP=li__JJ5L(((__li__TPWI *)li__THOP));
              } break;
              case __li__HQWI__: {
                li__XIOP=li__UJ5L(((__li__HQWI *)li__THOP));
              } break;
              case __li__ARWI__: {
                li__XIOP=li__5J5L(((__li__ARWI *)li__THOP));
              } break;
              case __li__URWI__: {
                li__XIOP=li__NK5L(((__li__URWI *)li__THOP));
              } break;
              case __li__MSWI__: {
                li__X1VU=((__li__MSWI *)li__THOP);
                li__Y1VU=li__YXSJ(li__X1VU->li__NSWI.li__0CC,li__X1VU->li__ISBK);
                li__XIOP=li__Y1VU;
              } break;
              case __li__ETWI__: {
                li__XIOP=li__4K5L(((__li__ETWI *)li__THOP));
              } break;
              case __li__MZWI__: {
                li__01VU=((__li__MZWI *)li__THOP);
                li__11VU=li__4U4I(li__01VU->li__NZWI.li__0K.li__0CC,li__01VU->li__3SBK,li__01VU->li__NZWI.li__WZLE);
                li__XIOP=li__11VU;
              } break;
              case __li__C0WI__: {
                li__31VU=((__li__C0WI *)li__THOP);
                li__41VU=li__ZV4I(li__31VU->li__D0WI.li__0K.li__0CC,li__31VU->li__CTBK);
                li__XIOP=li__41VU;
              } break;
              case __li__M1WI__: {
                li__A2VU=((__li__M1WI *)li__THOP);
                li__B2VU=li__1Z4I(li__A2VU->li__N1WI.li__0K.li__0CC,li__A2VU->li__UTFK);
                li__XIOP=li__B2VU;
              } break;
              case __li__KMFK__: {
                li__XIOP=li__G3CM(((__li__KMFK *)li__THOP));
              } break;
              case __li__XOHL__: {
                li__XIOP=li__AAPN(((__li__XOHL *)li__THOP));
              } break;
              case __li__FPHL__: {
                li__XIOP=li__2EGM(((__li__FPHL *)li__THOP));
              } break;
              case __li__APLM__: {
                li__XIOP=li__XRDQ(((__li__APLM *)li__THOP));
              } break;
              case __li__DTNM__: {
                li__XIOP=li__D5SO(((__li__DTNM *)li__THOP));
              } break;
              case __li__JXNM__: {
                li__XIOP=li__153R(((__li__JXNM *)li__THOP));
              } break;
              case __li__21LO__: {
                li__XIOP=li__2KLP(((__li__21LO *)li__THOP));
              } break;
              case __li__TPOO__: {
                li__XIOP=li__JLLP(((__li__TPOO *)li__THOP));
              } break;
              case __li__URRO__: {
                li__XIOP=li__KM4R(((__li__URRO *)li__THOP));
              } break;
              case __li__41XO__: {
                li__XIOP=li__CSDQ(((__li__41XO *)li__THOP));
              } break;
              case __li__AKBR__: {
                li__XIOP=li__L2DS(((__li__AKBR *)li__THOP));
              } break;
              case __li__SU5R__: {
                li__XIOP=li__EQJS(((__li__SU5R *)li__THOP));
              } break;
              case __li__JV5R__: {
                li__XIOP=li__PQJS(((__li__JV5R *)li__THOP));
              } break;
              };
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
              case __li__RLKJ__: {
                ((__li__RLKJ *)((__li__DFNL *)li__P0MI))->li__SLKJ.li__CSSH=li__XIOP;
              } break;
              case __li__5LKJ__: {
                ((__li__5LKJ *)((__li__DFNL *)li__P0MI))->li__AMKJ.li__CSSH=li__XIOP;
              } break;
              case __li__DFNL__: {
                ((__li__DFNL *)li__P0MI)->li__EFNL.li__CSSH=li__XIOP;
              } break;
              };
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__THOP)->__id) {
              case __li__WK__:  break;
              case __li__AVBD__: {
                li__PSNI(((__li__AVBD *)li__THOP));
              } break;
              case __li__KVBD__:  break;
              case __li__WVBD__:  break;
              case __li__Z4WH__: {
                li__JNDK(((__li__Z4WH *)li__THOP));
              } break;
              case __li__KTVI__: {
                li__0NDK(((__li__KTVI *)li__THOP));
              } break;
              case __li__LTVI__: {
                li__XL1L(((__li__LTVI *)li__THOP));
              } break;
              case __li__XTVI__: {
                li__5NDK(((__li__XTVI *)li__THOP));
              } break;
              case __li__YTVI__: {
                li__1L1L(((__li__YTVI *)li__THOP));
              } break;
              case __li__S2VI__: {
                li__DODK(((__li__S2VI *)li__THOP));
              } break;
              case __li__E3VI__: {
                li__HODK(((__li__E3VI *)li__THOP));
              } break;
              case __li__KLWI__: {
                li__R1VU=((__li__KMFK *)((__li__KLWI *)li__THOP)->li__ZPBK);
                li__HXPN(((__li__VTBD *)li__R1VU->li__3RFK),li__R1VU);
              } break;
              case __li__ULWI__:  break;
              case __li__NMWI__: {
                li__QODK(((__li__NMWI *)li__THOP));
              } break;
              case __li__BNWI__: {
                li__UODK(((__li__BNWI *)li__THOP));
              } break;
              case __li__XNWI__: {
                li__YODK(((__li__XNWI *)li__THOP));
              } break;
              case __li__LOWI__: {
                li__2ODK(((__li__LOWI *)li__THOP));
              } break;
              case __li__5OWI__: {
                li__APDK(((__li__5OWI *)li__THOP));
              } break;
              case __li__TPWI__: {
                li__EPDK(((__li__TPWI *)li__THOP));
              } break;
              case __li__HQWI__: {
                li__IPDK(((__li__HQWI *)li__THOP));
              } break;
              case __li__ARWI__: {
                li__MPDK(((__li__ARWI *)li__THOP));
              } break;
              case __li__URWI__: {
                li__NQDK(((__li__URWI *)li__THOP));
              } break;
              case __li__MSWI__:  break;
              case __li__ETWI__: {
                li__TQDK(((__li__ETWI *)li__THOP));
              } break;
              case __li__MZWI__:  break;
              case __li__C0WI__:  break;
              case __li__M1WI__:  break;
              case __li__KMFK__: {
                li__R1VU=((__li__KMFK *)li__THOP);
                li__HXPN(((__li__VTBD *)li__R1VU->li__3RFK),li__R1VU);
              } break;
              case __li__XOHL__: {
                li__LDMN(((__li__XOHL *)li__THOP));
              } break;
              case __li__FPHL__: {
                li__TT4L(((__li__FPHL *)li__THOP));
              } break;
              case __li__APLM__: {
                li__TGCQ(((__li__APLM *)li__THOP));
              } break;
              case __li__DTNM__: {
                li__MFRO(((__li__DTNM *)li__THOP));
              } break;
              case __li__JXNM__: {
                li__1W3R(((__li__JXNM *)li__THOP));
              } break;
              case __li__21LO__: {
                li__T1IP(((__li__21LO *)li__THOP));
              } break;
              case __li__TPOO__: {
                li__G2VU=((__li__TPOO *)li__THOP);
                li__IZFQ(((__li__DZB *)li__G2VU->li__5IXO),li__G2VU);
              } break;
              case __li__URRO__: {
                li__DK4R(((__li__URRO *)li__THOP));
              } break;
              case __li__41XO__: {
                li__XGCQ(((__li__41XO *)li__THOP));
              } break;
              case __li__AKBR__: {
                li__AYCS(((__li__AKBR *)li__THOP));
              } break;
              case __li__SU5R__: {
                li__5XIS(((__li__SU5R *)li__THOP));
              } break;
              case __li__JV5R__: {
                li__DYIS(((__li__JV5R *)li__THOP));
              } break;
              };
              li__D1VU=((__li__KI *)li__UJIV);
              li__P2VG(((__li__TOLE *)li__D1VU->li__2OLE),li__P0MI);
              li__WVRE(li__D1VU);
              li__HY3P=(__li__K)(li__HY3P +  1);
            };
            /* __li__B__ __li__I__ */
if (((void *)li__WY3P != (void *)NULL)) {
              /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__UUHP->li__KSPK)->__id==__li__1M__) {
              };
              li__KHOP=li__UUHP->li__KSPK;
              /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__KHOP)->__id==__li__1M__) {
                li__LHOP=((__li__1M *)li__KHOP)->li__2M.li__PRSH;
              } else /* PROFIL_BLOCK */ {
                li__LHOP=((__li__UJSH *)li__KHOP)->li__VJSH.li__PRSH;
              };
              li__D1AR=(*(li__LHOP)).li__4BPE;
              li__CH5P= 0;
              li__KHOP=li__UUHP->li__KSPK;
              li__LHOP=((__li__1M *)li__KHOP)->li__2M.li__PRSH;
              li__UHOP=((__li__UJSH *)li__KHOP)->li__VJSH.li__PRSH;
              while ((li__CH5P <= li__D1AR)) {
                /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__KHOP)->__id==__li__1M__) {
                  li__NJOP=li__LHOP;
                } else /* PROFIL_BLOCK */ {
                  li__NJOP=li__UHOP;
                };
                li__VHOP=((void **)(*(((__li__Z0IE *)li__NJOP))).li__WWWG)[li__CH5P];
                /* __li__B__ __li__I__ */
if (((void *)li__VHOP != (void *)NULL)) {
                  ((__li__VTBD *)li__VHOP)->li__ANQI=NULL;
                };
                li__CH5P=(__li__K)(li__CH5P +  1);
              };
            } else /* FALSE */ {
              li__D1AR= 0;
              li__CH5P=(*(li__FI5P)).li__4BPE;
              li__DLIV=(*(((__li__Z0IE *)li__FI5P))).li__WWWG;
              while ((li__D1AR <= li__CH5P)) {
                ((__li__VTBD *)((void **)li__DLIV)[li__D1AR])->li__ANQI=NULL;
                li__D1AR=(__li__K)(li__D1AR +  1);
              };
              (*(((__li__Z0IE *)li__FI5P))).li__4BPE=(__li__K)(-  1);
              li__MOSI=li__I__;
            };
            li__0KQK=li__K3ME(((__li__KI *)li__FGOP));
            li__P0VU=li__0KQK;
            li__1YMI=li__B__;
            li__MWBD=(__li__K)(li__MWBD +  1);
          };
        };
      };
      li__P0MI=li__P0VU;
      /* __li__B__ __li__I__ */
if ((! li__1YMI)) {
        li__LFOP=(*(li__UUHP->li__TIWO)).li__J0EK;
        li__4FOP= 0;
        while ((li__4FOP <= li__LFOP)) {
          li__0KQK=((void **)(*(((__li__SZEC *)li__UUHP->li__TIWO))).li__F0EK)[li__4FOP];
          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
if (li__0KQK==NULL) {
            li__BMTP=NULL;
          } else {
            if (((struct ___OBJ *)li__0KQK)->__id==__li__DFNL__) {
              li__BMTP=((void *)li__0KQK);
            } else /* Other types */ {
              li__BMTP=NULL;
            }
          };
          /* __li__B__ __li__I__ */
if (((void *)li__BMTP != (void *)NULL)) {
            li__WI5P=((__li__DFNL *)li__BMTP);
            li__0I5P=li__I__;
            /* __li__B__ __li__I__ */
if ((li__WI5P->li__JG1L->li__WTBD.li__LNME ==  0)) {
              li__THOP=li__WI5P->li__EFNL.li__CSSH;
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__THOP)->__id) {
              case __li__WK__: {
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__XIOP=NULL;
              } break;
              case __li__AVBD__: {
                li__XIOP=li__HJQI(((__li__AVBD *)li__THOP));
              } break;
              case __li__KVBD__: {
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__XIOP=NULL;
              } break;
              case __li__WVBD__: {
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__XIOP=NULL;
              } break;
              case __li__Z4WH__: {
                li__XIOP=li__O2PK(((__li__Z4WH *)li__THOP));
              } break;
              case __li__KTVI__: {
                li__FLIV=li__N4VK(((__li__KTVI *)li__THOP));
                li__XIOP=li__FLIV;
              } break;
              case __li__LTVI__: {
                li__XIOP=li__SO5L(((__li__LTVI *)li__THOP));
              } break;
              case __li__XTVI__: {
                li__FLIV=li__SEWK(((__li__XTVI *)li__THOP));
                li__XIOP=li__FLIV;
              } break;
              case __li__YTVI__: {
                li__XIOP=li__DP5L(((__li__YTVI *)li__THOP));
              } break;
              case __li__S2VI__: {
                li__XIOP=li__L3PK(((__li__S2VI *)li__THOP));
              } break;
              case __li__E3VI__: {
                li__XIOP=li__33PK(((__li__E3VI *)li__THOP));
              } break;
              case __li__KLWI__: {
                li__R1VU=((__li__KMFK *)((__li__KLWI *)li__THOP)->li__ZPBK);
                li__HXPN(((__li__VTBD *)li__R1VU->li__3RFK),li__R1VU);
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__XIOP=NULL;
              } break;
              case __li__ULWI__: 
              case __li__MSWI__: {
                li__XIOP=NULL;
              } break;
              case __li__NMWI__: {
                li__XIOP=li__Z4PK(((__li__NMWI *)li__THOP));
              } break;
              case __li__BNWI__: {
                li__XIOP=li__L5PK(((__li__BNWI *)li__THOP));
              } break;
              case __li__XNWI__: {
                li__XIOP=li__35PK(((__li__XNWI *)li__THOP));
              } break;
              case __li__LOWI__: {
                li__XIOP=li__PAQK(((__li__LOWI *)li__THOP));
              } break;
              case __li__5OWI__: {
                li__XIOP=li__BBQK(((__li__5OWI *)li__THOP));
              } break;
              case __li__TPWI__: {
                li__XIOP=li__TBQK(((__li__TPWI *)li__THOP));
              } break;
              case __li__HQWI__: {
                li__XIOP=li__FCQK(((__li__HQWI *)li__THOP));
              } break;
              case __li__ARWI__: {
                li__FLIV=li__OQWK(((__li__ARWI *)li__THOP));
                li__XIOP=li__FLIV;
              } break;
              case __li__URWI__: {
                li__XIOP=li__1CQK(((__li__URWI *)li__THOP));
              } break;
              case __li__ETWI__: {
                li__XIOP=li__QDQK(((__li__ETWI *)li__THOP));
              } break;
              case __li__MZWI__: {
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__XIOP=NULL;
              } break;
              case __li__C0WI__: {
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__XIOP=NULL;
              } break;
              case __li__M1WI__: {
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__XIOP=NULL;
              } break;
              case __li__KMFK__: {
                li__R1VU=((__li__KMFK *)li__THOP);
                li__HXPN(((__li__VTBD *)li__R1VU->li__3RFK),li__R1VU);
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__XIOP=NULL;
              } break;
              case __li__XOHL__: {
                li__XIOP=li__A2NN(((__li__XOHL *)li__THOP));
              } break;
              case __li__FPHL__: {
                li__XIOP=li__UP5L(((__li__FPHL *)li__THOP));
              } break;
              case __li__APLM__: {
                li__XIOP=li__11CQ(((__li__APLM *)li__THOP));
              } break;
              case __li__DTNM__: {
                li__XIOP=li__SGSO(((__li__DTNM *)li__THOP));
              } break;
              case __li__JXNM__: {
                li__XIOP=li__LZ3R(((__li__JXNM *)li__THOP));
              } break;
              case __li__21LO__: {
                li__ULIV=((__li__21LO *)li__THOP);
                li__XZFQ(((__li__DZB *)li__ULIV->li__KJXO),li__ULIV);
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__FLIV=li__SDPP(li__ULIV);
                li__XIOP=li__FLIV;
              } break;
              case __li__TPOO__: {
                li__G2VU=((__li__TPOO *)li__THOP);
                li__IZFQ(((__li__DZB *)li__G2VU->li__5IXO),li__G2VU);
                li__MWBD=(__li__K)(li__MWBD +  1);
                li__DXTM(((__li__DZB *)li__G2VU->li__5IXO));
                li__XIOP=NULL;
              } break;
              case __li__URRO__: {
                li__XIOP=li__3G4R(((__li__URRO *)li__THOP));
              } break;
              case __li__41XO__: {
                li__XIOP=li__M2CQ(((__li__41XO *)li__THOP));
              } break;
              case __li__AKBR__: {
                li__XIOP=li__WLDS(((__li__AKBR *)li__THOP));
              } break;
              case __li__SU5R__: {
                li__XIOP=li__0AJS(((__li__SU5R *)li__THOP));
              } break;
              case __li__JV5R__: {
                li__XIOP=li__LBJS(((__li__JV5R *)li__THOP));
              } break;
              };
              /* __li__B__ __li__I__ */
if (((void *)li__XIOP == (void *)NULL)) {
                li__0I5P=li__B__;
                li__0J5P=li__B__;
              } else /* FALSE */ {
                li__0J5P=li__I__;
              };
              /* __li__B__ __li__I__ */
if ((! li__0J5P)) {
                /* __li__B__ __li__I__ */
if ((li__CKTE == li__AKTE)) {
                  li__FFGI=((__li__KI *)li__XIKB);
                  li__LJHI(((__li__TOLE *)li__FFGI->li__2OLE),li__XIOP,(__li__K)(li__FFGI->li__OJTE -  1));
                  li__FFGI->li__OJTE=(__li__K)(li__FFGI->li__OJTE +  1);
                  li__WVRE(li__FFGI);
                  li__0I5P=li__B__;
                } else /* FALSE */ {
                  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__XIOP==NULL) {
                    li__PK5P=NULL;
                  } else {
                    switch (((struct ___OBJ *)li__XIOP)->__id) {
                    case __li__WK__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__AVBD__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__KVBD__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__WVBD__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__Z4WH__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__KTVI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__LTVI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__XTVI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__YTVI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__S2VI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__E3VI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__KLWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__ULWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__NMWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__BNWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__XNWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__LOWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__5OWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__TPWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__HQWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__ARWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__URWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__MSWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__ETWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__MZWI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__C0WI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__M1WI__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__KMFK__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__XOHL__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__FPHL__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__APLM__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__DTNM__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__JXNM__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__21LO__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__TPOO__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__URRO__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__41XO__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__AKBR__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__SU5R__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    case __li__JV5R__: {
                      li__PK5P=((void *)li__XIOP);
                    } break;
                    }
                  };
                  li__WI5P->li__EFNL.li__CSSH=li__PK5P;
                };
              };
            } else /* FALSE */ {
              li__THOP=li__WI5P->li__EFNL.li__CSSH;
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__THOP)->__id) {
              case __li__WK__: {
                li__XIOP=((__li__WK *)li__THOP);
              } break;
              case __li__AVBD__: {
                li__XIOP=li__IVAJ(((__li__AVBD *)li__THOP));
              } break;
              case __li__KVBD__: {
                li__XIOP=((__li__KVBD *)li__THOP);
              } break;
              case __li__WVBD__: {
                li__XIOP=((__li__WVBD *)li__THOP);
              } break;
              case __li__Z4WH__: {
                li__XIOP=li__H52K();
              } break;
              case __li__KTVI__: {
                li__XIOP=li__N4VK(((__li__KTVI *)li__THOP));
              } break;
              case __li__LTVI__: {
                li__XIOP=li__AJAM(((__li__LTVI *)li__THOP));
              } break;
              case __li__XTVI__: {
                li__XIOP=li__SEWK(((__li__XTVI *)li__THOP));
              } break;
              case __li__YTVI__: {
                li__XIOP=li__0OAM(((__li__YTVI *)li__THOP));
              } break;
              case __li__S2VI__: {
                li__XIOP=li__YU2K(((__li__S2VI *)li__THOP));
              } break;
              case __li__E3VI__: {
                li__XIOP=li__CZ2K(((__li__E3VI *)li__THOP));
              } break;
              case __li__KLWI__: {
                li__XIOP=li__M52K(((__li__KLWI *)li__THOP));
              } break;
              case __li__ULWI__: {
                li__XIOP=((__li__ULWI *)li__THOP);
              } break;
              case __li__NMWI__: {
                li__XIOP=li__YA3K(((__li__NMWI *)li__THOP));
              } break;
              case __li__BNWI__: {
                li__XIOP=li__CF3K(((__li__BNWI *)li__THOP));
              } break;
              case __li__XNWI__: {
                li__XIOP=li__MJ3K(((__li__XNWI *)li__THOP));
              } break;
              case __li__LOWI__: {
                li__XIOP=li__WN3K(((__li__LOWI *)li__THOP));
              } break;
              case __li__5OWI__: {
                li__XIOP=li__AS3K(((__li__5OWI *)li__THOP));
              } break;
              case __li__TPWI__: {
                li__XIOP=li__KW3K(((__li__TPWI *)li__THOP));
              } break;
              case __li__HQWI__: {
                li__XIOP=li__U03K(((__li__HQWI *)li__THOP));
              } break;
              case __li__ARWI__: {
                li__XIOP=li__OQWK(((__li__ARWI *)li__THOP));
              } break;
              case __li__URWI__: {
                li__XIOP=li__443K(((__li__URWI *)li__THOP));
              } break;
              case __li__MSWI__: {
                li__XIOP=((__li__MSWI *)li__THOP);
              } break;
              case __li__ETWI__: {
                li__XIOP=li__K53K(((__li__ETWI *)li__THOP));
              } break;
              case __li__MZWI__: {
                li__XIOP=((__li__MZWI *)li__THOP);
              } break;
              case __li__C0WI__: {
                li__XIOP=((__li__C0WI *)li__THOP);
              } break;
              case __li__M1WI__: {
                li__XIOP=((__li__M1WI *)li__THOP);
              } break;
              case __li__KMFK__: {
                li__XIOP=li__QF3L(((__li__KMFK *)li__THOP));
              } break;
              case __li__XOHL__: {
                li__XIOP=li__P2NN(((__li__XOHL *)li__THOP));
              } break;
              case __li__FPHL__: {
                li__XIOP=li__YUAM(((__li__FPHL *)li__THOP));
              } break;
              case __li__APLM__: {
                li__XIOP=li__C3CQ(((__li__APLM *)li__THOP));
              } break;
              case __li__DTNM__: {
                li__XIOP=li__3GSO(((__li__DTNM *)li__THOP));
              } break;
              case __li__JXNM__: {
                li__XIOP=li__E03R(((__li__JXNM *)li__THOP));
              } break;
              case __li__21LO__: {
                li__XIOP=li__H1JP(((__li__21LO *)li__THOP));
              } break;
              case __li__TPOO__: {
                li__XIOP=li__Z5JP(((__li__TPOO *)li__THOP));
              } break;
              case __li__URRO__: {
                li__XIOP=li__MH4R(((__li__URRO *)li__THOP));
              } break;
              case __li__41XO__: {
                li__XIOP=li__MBDQ(((__li__41XO *)li__THOP));
              } break;
              case __li__AKBR__: {
                li__XIOP=li__KMDS(((__li__AKBR *)li__THOP));
              } break;
              case __li__SU5R__: {
                li__XIOP=li__1CJS(((__li__SU5R *)li__THOP));
              } break;
              case __li__JV5R__: {
                li__XIOP=li__FHJS(((__li__JV5R *)li__THOP));
              } break;
              };
              li__WI5P->li__EFNL.li__CSSH=li__XIOP;
            };
            /* __li__B__ __li__I__ */
if (li__0I5P) {
              li__MWBD=(__li__K)(li__MWBD +  1);
              li__U2VU=((__li__SZEC *)li__UUHP->li__TIWO);
              ((void **)(*(li__U2VU)).li__F0EK)[li__4FOP]=NULL;
              /* __li__B__ __li__I__ */
if ((((__li__DFNL *)li__BMTP)->li__JG1L->li__WTBD.li__LNME ==  0)) {
                li__XIOP=li__UUHP->li__KSPK;
                /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__XIOP)->__id==__li__1M__) {
                  li__NJOP=((__li__1M *)li__XIOP)->li__2M.li__PRSH;
                } else /* PROFIL_BLOCK */ {
                  li__NJOP=((__li__UJSH *)li__XIOP)->li__VJSH.li__PRSH;
                };
                li__PBWN=((__li__Z0IE *)li__NJOP);
                ((void **)(*(li__PBWN)).li__WWWG)[li__4FOP]=NULL;
              };
            };
          };
          li__4FOP=(__li__K)(li__4FOP +  1);
        };
        /* __li__B__ __li__I__ */
if (((void *)li__UUHP->li__SIWO != (void *)NULL)) {
          li__0KQK=li__UUHP->li__SIWO;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0KQK)->__id) {
          case __li__WK__: {
            li__KHOP=((__li__WK *)li__0KQK);
          } break;
          case __li__AVBD__: {
            li__KHOP=li__IVAJ(((__li__AVBD *)li__0KQK));
          } break;
          case __li__KVBD__: {
            li__KHOP=((__li__KVBD *)li__0KQK);
          } break;
          case __li__WVBD__: {
            li__KHOP=((__li__WVBD *)li__0KQK);
          } break;
          case __li__Z4WH__: {
            li__KHOP=li__H52K();
          } break;
          case __li__KTVI__: {
            li__KHOP=li__N4VK(((__li__KTVI *)li__0KQK));
          } break;
          case __li__LTVI__: {
            li__KHOP=li__AJAM(((__li__LTVI *)li__0KQK));
          } break;
          case __li__XTVI__: {
            li__KHOP=li__SEWK(((__li__XTVI *)li__0KQK));
          } break;
          case __li__YTVI__: {
            li__KHOP=li__0OAM(((__li__YTVI *)li__0KQK));
          } break;
          case __li__S2VI__: {
            li__KHOP=li__YU2K(((__li__S2VI *)li__0KQK));
          } break;
          case __li__E3VI__: {
            li__KHOP=li__CZ2K(((__li__E3VI *)li__0KQK));
          } break;
          case __li__KLWI__: {
            li__KHOP=li__M52K(((__li__KLWI *)li__0KQK));
          } break;
          case __li__ULWI__: {
            li__KHOP=((__li__ULWI *)li__0KQK);
          } break;
          case __li__NMWI__: {
            li__KHOP=li__YA3K(((__li__NMWI *)li__0KQK));
          } break;
          case __li__BNWI__: {
            li__KHOP=li__CF3K(((__li__BNWI *)li__0KQK));
          } break;
          case __li__XNWI__: {
            li__KHOP=li__MJ3K(((__li__XNWI *)li__0KQK));
          } break;
          case __li__LOWI__: {
            li__KHOP=li__WN3K(((__li__LOWI *)li__0KQK));
          } break;
          case __li__5OWI__: {
            li__KHOP=li__AS3K(((__li__5OWI *)li__0KQK));
          } break;
          case __li__TPWI__: {
            li__KHOP=li__KW3K(((__li__TPWI *)li__0KQK));
          } break;
          case __li__HQWI__: {
            li__KHOP=li__U03K(((__li__HQWI *)li__0KQK));
          } break;
          case __li__ARWI__: {
            li__KHOP=li__OQWK(((__li__ARWI *)li__0KQK));
          } break;
          case __li__URWI__: {
            li__KHOP=li__443K(((__li__URWI *)li__0KQK));
          } break;
          case __li__MSWI__: {
            li__KHOP=((__li__MSWI *)li__0KQK);
          } break;
          case __li__ETWI__: {
            li__KHOP=li__K53K(((__li__ETWI *)li__0KQK));
          } break;
          case __li__MZWI__: {
            li__KHOP=((__li__MZWI *)li__0KQK);
          } break;
          case __li__C0WI__: {
            li__KHOP=((__li__C0WI *)li__0KQK);
          } break;
          case __li__M1WI__: {
            li__KHOP=((__li__M1WI *)li__0KQK);
          } break;
          case __li__KMFK__: {
            li__KHOP=li__QF3L(((__li__KMFK *)li__0KQK));
          } break;
          case __li__XOHL__: {
            li__KHOP=li__P2NN(((__li__XOHL *)li__0KQK));
          } break;
          case __li__FPHL__: {
            li__KHOP=li__YUAM(((__li__FPHL *)li__0KQK));
          } break;
          case __li__APLM__: {
            li__KHOP=li__C3CQ(((__li__APLM *)li__0KQK));
          } break;
          case __li__DTNM__: {
            li__KHOP=li__3GSO(((__li__DTNM *)li__0KQK));
          } break;
          case __li__JXNM__: {
            li__KHOP=li__E03R(((__li__JXNM *)li__0KQK));
          } break;
          case __li__21LO__: {
            li__KHOP=li__H1JP(((__li__21LO *)li__0KQK));
          } break;
          case __li__TPOO__: {
            li__KHOP=li__Z5JP(((__li__TPOO *)li__0KQK));
          } break;
          case __li__URRO__: {
            li__KHOP=li__MH4R(((__li__URRO *)li__0KQK));
          } break;
          case __li__41XO__: {
            li__KHOP=li__MBDQ(((__li__41XO *)li__0KQK));
          } break;
          case __li__AKBR__: {
            li__KHOP=li__KMDS(((__li__AKBR *)li__0KQK));
          } break;
          case __li__SU5R__: {
            li__KHOP=li__1CJS(((__li__SU5R *)li__0KQK));
          } break;
          case __li__JV5R__: {
            li__KHOP=li__FHJS(((__li__JV5R *)li__0KQK));
          } break;
          };
          li__UUHP->li__SIWO=li__KHOP;
          /* __li__B__ __li__I__ */
if (((! li__UUHP->li__OHIP) && ((void *)li__JI != (void *)NULL))) {
            li__KHOP=li__JI;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__KHOP)->__id==__li__1M__) {
              li__D1AR=((__li__1M *)li__KHOP)->li__2M.li__AH0L;
            } else /* PROFIL_BLOCK */ {
              li__D1AR=((__li__UJSH *)li__KHOP)->li__VJSH.li__AH0L;
            };
            li__0I5P=(li__D1AR !=  0);
          } else /* FALSE */ {
            li__0I5P=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__0I5P) {
            li__KHOP=li__JI;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__KHOP)->__id==__li__1M__) {
              li__D1AR=((__li__1M *)li__KHOP)->li__2M.li__LJBK;
            } else /* PROFIL_BLOCK */ {
              li__D1AR=((__li__UJSH *)li__KHOP)->li__VJSH.li__LJBK;
            };
            li__0I5P=(li__D1AR ==  0);
          } else /* FALSE */ {
            li__0I5P=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__0I5P) {
            li__KHOP=li__JI;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__KHOP)->__id==__li__1M__) {
              li__EOTP=&(((__li__1M *)li__KHOP)->li__2M.li__D2OI);
            } else /* PROFIL_BLOCK */ {
              li__EOTP=&(((__li__UJSH *)li__KHOP)->li__VJSH.li__D2OI);
            };
            li__0I5P=((void *)li__EOTP->li__TBSI == (void *)NULL);
          } else /* FALSE */ {
            li__0I5P=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__0I5P) {
            li__KHOP=li__JI;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__KHOP)->__id==__li__1M__) {
              li__0J5P=li__AB1R(((__li__KI *)((__li__1M *)li__KHOP)->li__2M.li__1ZOI),li__UUHP);
              li__SOTP=li__0J5P;
            } else /* PROFIL_BLOCK */ {
              li__0J5P=li__AB1R(((__li__KI *)((__li__UJSH *)((__li__1M *)li__KHOP))->li__VJSH.li__1ZOI),li__UUHP);
              li__SOTP=li__0J5P;
            };
            li__UUHP->li__OHIP=li__SOTP;
          };
        };
        li__1GQK=li__UUHP->li__KSPK;
        /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__1GQK)->__id==__li__1M__) {
          li__01BK=((__li__1M *)li__1GQK)->li__01PI;
        } else /* PROFIL_BLOCK */ {
          li__01BK=((void *)((__li__UJSH *)li__1GQK)->li__TSFK != (void *)NULL);
        };
        /* __li__B__ __li__I__ */
if (li__01BK) {
          li__51JM=(__li__52B)(li__51JM +  1);
        };
        li__NHBK=(__li__52B)(li__NHBK +  1);
        li__EJTE=(__li__52B)(li__EJTE +  1);
        li__1GQK=li__UUHP->li__KSPK;
        /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__1GQK)->__id==__li__1M__) {
          li__01BK=((__li__QJG)(((__li__1M *)li__1GQK)->li__2M.li__LIBK &  2) !=  0);
        } else /* PROFIL_BLOCK */ {
          li__01BK=((__li__QJG)(((__li__UJSH *)li__1GQK)->li__VJSH.li__LIBK &  2) !=  0);
        };
        /* __li__B__ __li__I__ */
if ((! li__01BK)) {
          li__2Q3O=(__li__K)(li__2Q3O +  1);
        };
        li__1GQK=li__UUHP->li__KSPK;
        /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__1GQK)->__id==__li__1M__) {
          li__01BK=((__li__1M *)li__1GQK)->li__01PI;
        } else /* PROFIL_BLOCK */ {
          li__01BK=((void *)((__li__UJSH *)li__1GQK)->li__TSFK != (void *)NULL);
        };
        /* __li__B__ __li__I__ */
if (li__01BK) {
          li__2HBK=(__li__K)(li__2HBK +  1);
        };
        li__2EOP=li__UGQP(li__UUHP);
        li__DHRU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__2EOP)->li__2OLE))).li__FPYE +  1);
        /* __li__B__ __li__I__ */
if ((li__DHRU ==  0)) {
          li__0KQK=li__UUHP->li__KSPK;
          /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__0KQK)->__id==__li__1M__) {
            li__PW1Q(((__li__1M *)((__li__UJSH *)li__0KQK)),li__UUHP);
          } else /* PROFIL_BLOCK */ {
            li__PTOP(((__li__UJSH *)li__0KQK),li__UUHP);
          };
          li__MWBD=(__li__K)(li__MWBD +  1);
        } else /* FALSE */ {
          li__P0MI=li__UUHP;
          li__0KQK=li__UUHP->li__KSPK;
          /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__0KQK)->__id==__li__1M__) {
            li__FF2Q=((__li__1M *)li__0KQK);
            /* __li__B__ __li__I__ */
if ((li__FF2Q->li__2M.li__DMYK == (__li__K)(-  1))) {
              li__KBG(((__li__U *)li__FF2Q->li__2M.li__NZFD));
              li__THOP=li__FF2Q->li__AZOI->li__RWEC->li__KZB;
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__THOP)->__id==__li__IZB__) {
                li__UKIV=((__li__IZB *)li__THOP)->li__JZB.li__RF.li__0CC;
              } else /* ITM_SLOT_OPERATOR */ {
                li__UKIV=((__li__4HAD *)li__THOP)->li__5HAD.li__JZB.li__RF.li__0CC;
              };
              li__K4E( 1,(&__string_470));
              li__V5E(li__UKIV);
              li__ODF();
            };
            li__HY3P=li__FF2Q->li__2M.li__DMYK;
            /* __li__B__ __li__I__ */
if ((li__HY3P == li__1UUD)) {
              li__1UUD=(__li__K)(li__1UUD +  1);
              li__0J5P=li__B__;
            } else /* FALSE */ {
              li__0J5P=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__0J5P)) {
              /* __li__B__ __li__I__ */
if ((li__HY3P > li__1UUD)) {
                li__OOAQ(li__HY3P,li__1UUD);
                li__1UUD=(__li__K)(li__1UUD +  1);
              };
            };
            /* __li__B__ __li__I__ */
if (li__I41D) {
              li__D1VU=NULL;
              li__THOP=NULL;
              /* __li__B__ __li__I__ */
if ((li__FF2Q->li__2M.li__LIBK == (__li__K)(-  1))) {
                li__FF2Q->li__2M.li__GTPK=(__li__K)(li__FF2Q->li__2M.li__GTPK +  1);
                /* __li__B__ __li__I__ */
if ((li__FF2Q->li__2M.li__GTPK ==  1)) {
                  li__D1VU=li__XIKB;
                  li__THOP=li__JI;
                  li__JI=li__FF2Q;
                  li__EHBK(li__FF2Q, 3);
                  li__XIKB=li__D1VU;
                  li__JI=li__THOP;
                  /* __li__B__ __li__I__ */
if ((li__FF2Q->li__2M.li__GTPK ==  1)) {
                    li__FF2Q->li__2M.li__LIBK= 0;
                  } else /* FALSE */ {
                    li__FF2Q->li__2M.li__LIBK= 2;
                  };
                };
              };
            };
          } else /* PROFIL_BLOCK */ {
            li__WY3P=((__li__UJSH *)li__0KQK);
            /* __li__B__ __li__I__ */
if ((li__WY3P->li__VJSH.li__DMYK == (__li__K)(-  1))) {
              li__KBG(((__li__U *)li__WY3P->li__VJSH.li__NZFD));
              li__KBG((&__string_365));
              fputc((int)('\n'),stdout);
              exit(( 1));
              print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
            };
            li__HY3P=li__WY3P->li__VJSH.li__DMYK;
            /* __li__B__ __li__I__ */
if ((li__HY3P == li__1UUD)) {
              li__1UUD=(__li__K)(li__1UUD +  1);
              li__0J5P=li__B__;
            } else /* FALSE */ {
              li__0J5P=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__0J5P)) {
              /* __li__B__ __li__I__ */
if ((li__HY3P > li__1UUD)) {
                li__OOAQ(li__HY3P,li__1UUD);
                li__1UUD=(__li__K)(li__1UUD +  1);
              };
            };
            /* __li__B__ __li__I__ */
if (li__I41D) {
              li__D1VU=NULL;
              li__THOP=NULL;
              /* __li__B__ __li__I__ */
if ((li__WY3P->li__VJSH.li__LIBK == (__li__K)(-  1))) {
                li__WY3P->li__VJSH.li__GTPK=(__li__K)(li__WY3P->li__VJSH.li__GTPK +  1);
                /* __li__B__ __li__I__ */
if ((li__WY3P->li__VJSH.li__GTPK ==  1)) {
                  li__D1VU=li__XIKB;
                  li__THOP=li__JI;
                  li__JI=li__WY3P;
                  li__WZ0L(li__WY3P, 3);
                  li__XIKB=li__D1VU;
                  li__JI=li__THOP;
                  /* __li__B__ __li__I__ */
if ((li__WY3P->li__VJSH.li__GTPK ==  1)) {
                    li__WY3P->li__VJSH.li__LIBK= 0;
                  } else /* FALSE */ {
                    li__WY3P->li__VJSH.li__LIBK= 2;
                  };
                };
              };
            };
          };
        };
      };
      li__IKTE=li__P0MI;
    } break;
    case __li__KMFK__: {
      li__S0VU=((__li__KMFK *)li__L0VU);
      li__HXPN(((__li__VTBD *)li__S0VU->li__3RFK),li__S0VU);
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__IKTE=NULL;
    } break;
    case __li__XOHL__: {
      li__P0VU=li__A2NN(((__li__XOHL *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__FPHL__: {
      li__P0VU=li__UP5L(((__li__FPHL *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__DFNL__: {
      li__BMTP=((__li__DFNL *)li__L0VU);
      li__P0VU=NULL;
      li__VHOP=li__BMTP->li__JG1L;
      li__QKIV=((__li__VTBD *)li__VHOP);
      /* __li__B__ __li__I__ */
if (((! ((((__li__F0C)(((__li__5RB *)li__QKIV->li__WTBD.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__QKIV->li__WTBD.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__QKIV->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66)))) && (! ((__li__F0C)(((__li__5RB *)li__VHOP->li__WTBD.li__0RNE)->li__BEM &  4) !=  0)))) {
        li__IGQK=li__5D4G();
        li__15MM(((__li__VTBD *)li__VHOP),li__IGQK);
        /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__IGQK)->li__VQNE.li__ZTMI +  1) !=  0)) {
          /* __li__B__ __li__I__ */
if (((void *)((void **)((__li__SQNE *)li__IGQK)->li__VQNE.li__GABM)[ 0] == (void *)li__ORB__)) {
            li__5JGN(((__li__SQNE *)li__IGQK));
            /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__IGQK)->li__VQNE.li__ZTMI +  1) ==  1)) {
              li__THOP=((void **)((__li__SQNE *)li__IGQK)->li__VQNE.li__GABM)[ 0];
              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__THOP)->__id) {
              case __li__IF__: {
                li__2GQK=((__li__IF *)li__THOP)->li__J0C;
              } break;
              case __li__ORB__: {
                li__2GQK=((__li__ORB *)li__THOP)->li__PRB.li__J0C;
              } break;
              case __li__QRB__: {
                li__2GQK=((__li__QRB *)li__THOP)->li__RRB.li__J0C;
              } break;
              case __li__SRB__: {
                li__2GQK=((__li__SRB *)li__THOP)->li__TRB.li__J0C;
              } break;
              case __li__URB__: {
                li__2GQK=((__li__URB *)li__THOP)->li__VRB.li__J0C;
              } break;
              case __li__GSZ__: {
                li__2GQK=((__li__GSZ *)li__THOP)->li__HSZ.li__J0C;
              } break;
              case __li__1RRF__: {
                li__2GQK=((__li__1RRF *)li__THOP)->li__2RRF.li__J0C;
              } break;
              case __li__UJSH__: {
                li__2GQK=((__li__UJSH *)li__THOP)->li__WJSH.li__J0C;
              } break;
              };
              li__3GQK=li__NNSE(((__li__5RB *)li__2GQK));
              ((__li__VTBD *)li__VHOP)->li__WTBD.li__0RNE=li__3GQK;
            };
          };
        };
        li__EVEM(((__li__SQNE *)li__IGQK));
      };
      /* __li__B__ __li__I__ */
if ((li__BMTP->li__JG1L->li__WTBD.li__LNME ==  0)) {
        li__W0BK=li__B__;
      } else /* FALSE */ {
        li__1GQK=li__BMTP->li__EFNL.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__1GQK==NULL) {
          li__0KQK=NULL;
        } else {
          switch (((struct ___OBJ *)li__1GQK)->__id) {
          case __li__WK__: 
          case __li__AVBD__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__0KQK=NULL;
          } break;
          case __li__KMFK__: {
            li__0KQK=((void *)li__1GQK);
          } break;
          case __li__21LO__: {
            li__0KQK=((void *)li__1GQK);
          } break;
          case __li__TPOO__: {
            li__0KQK=((void *)li__1GQK);
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__0KQK != (void *)NULL)) {
          li__WC1L=li__BMTP->li__JG1L;
          /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__0KQK)->__id) {
          case __li__KMFK__: {
            li__KHOP=((__li__KMFK *)li__0KQK)->li__3RFK;
          } break;
          case __li__21LO__: {
            li__KHOP=((__li__21LO *)li__0KQK)->li__KJXO;
          } break;
          case __li__TPOO__: {
            li__KHOP=((__li__TPOO *)li__0KQK)->li__5IXO;
          } break;
          };
          li__01BK=((void *)li__WC1L == (void *)li__KHOP);
        } else /* FALSE */ {
          li__01BK=li__I__;
        };
        li__W0BK=li__01BK;
      };
      /* __li__B__ __li__I__ */
if (li__W0BK) {
        li__WXPN(((__li__VTBD *)li__BMTP->li__JG1L),li__BMTP);
        li__1GQK=li__BMTP->li__EFNL.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1GQK)->__id) {
        case __li__WK__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__0KQK=NULL;
        } break;
        case __li__AVBD__: {
          li__0KQK=li__HJQI(((__li__AVBD *)li__1GQK));
        } break;
        case __li__KVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__0KQK=NULL;
        } break;
        case __li__WVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__0KQK=NULL;
        } break;
        case __li__Z4WH__: {
          li__0KQK=li__O2PK(((__li__Z4WH *)li__1GQK));
        } break;
        case __li__KTVI__: {
          li__KHOP=li__N4VK(((__li__KTVI *)li__1GQK));
          li__0KQK=li__KHOP;
        } break;
        case __li__LTVI__: {
          li__0KQK=li__SO5L(((__li__LTVI *)li__1GQK));
        } break;
        case __li__XTVI__: {
          li__KHOP=li__SEWK(((__li__XTVI *)li__1GQK));
          li__0KQK=li__KHOP;
        } break;
        case __li__YTVI__: {
          li__0KQK=li__DP5L(((__li__YTVI *)li__1GQK));
        } break;
        case __li__S2VI__: {
          li__0KQK=li__L3PK(((__li__S2VI *)li__1GQK));
        } break;
        case __li__E3VI__: {
          li__0KQK=li__33PK(((__li__E3VI *)li__1GQK));
        } break;
        case __li__KLWI__: {
          li__NIIV=((__li__KMFK *)((__li__KLWI *)li__1GQK)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__0KQK=NULL;
        } break;
        case __li__ULWI__: 
        case __li__MSWI__: {
          li__0KQK=NULL;
        } break;
        case __li__NMWI__: {
          li__0KQK=li__Z4PK(((__li__NMWI *)li__1GQK));
        } break;
        case __li__BNWI__: {
          li__0KQK=li__L5PK(((__li__BNWI *)li__1GQK));
        } break;
        case __li__XNWI__: {
          li__0KQK=li__35PK(((__li__XNWI *)li__1GQK));
        } break;
        case __li__LOWI__: {
          li__0KQK=li__PAQK(((__li__LOWI *)li__1GQK));
        } break;
        case __li__5OWI__: {
          li__0KQK=li__BBQK(((__li__5OWI *)li__1GQK));
        } break;
        case __li__TPWI__: {
          li__0KQK=li__TBQK(((__li__TPWI *)li__1GQK));
        } break;
        case __li__HQWI__: {
          li__0KQK=li__FCQK(((__li__HQWI *)li__1GQK));
        } break;
        case __li__ARWI__: {
          li__KHOP=li__OQWK(((__li__ARWI *)li__1GQK));
          li__0KQK=li__KHOP;
        } break;
        case __li__URWI__: {
          li__0KQK=li__1CQK(((__li__URWI *)li__1GQK));
        } break;
        case __li__ETWI__: {
          li__0KQK=li__QDQK(((__li__ETWI *)li__1GQK));
        } break;
        case __li__MZWI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__0KQK=NULL;
        } break;
        case __li__C0WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__0KQK=NULL;
        } break;
        case __li__M1WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__0KQK=NULL;
        } break;
        case __li__KMFK__: {
          li__NIIV=((__li__KMFK *)li__1GQK);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__0KQK=NULL;
        } break;
        case __li__XOHL__: {
          li__0KQK=li__A2NN(((__li__XOHL *)li__1GQK));
        } break;
        case __li__FPHL__: {
          li__0KQK=li__UP5L(((__li__FPHL *)li__1GQK));
        } break;
        case __li__APLM__: {
          li__0KQK=li__11CQ(((__li__APLM *)li__1GQK));
        } break;
        case __li__DTNM__: {
          li__0KQK=li__SGSO(((__li__DTNM *)li__1GQK));
        } break;
        case __li__JXNM__: {
          li__0KQK=li__LZ3R(((__li__JXNM *)li__1GQK));
        } break;
        case __li__21LO__: {
          li__UIIV=((__li__21LO *)li__1GQK);
          li__XZFQ(((__li__DZB *)li__UIIV->li__KJXO),li__UIIV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__KHOP=li__SDPP(li__UIIV);
          li__0KQK=li__KHOP;
        } break;
        case __li__TPOO__: {
          li__U0VU=((__li__TPOO *)li__1GQK);
          li__IZFQ(((__li__DZB *)li__U0VU->li__5IXO),li__U0VU);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__DXTM(((__li__DZB *)li__U0VU->li__5IXO));
          li__0KQK=NULL;
        } break;
        case __li__URRO__: {
          li__0KQK=li__3G4R(((__li__URRO *)li__1GQK));
        } break;
        case __li__41XO__: {
          li__0KQK=li__M2CQ(((__li__41XO *)li__1GQK));
        } break;
        case __li__AKBR__: {
          li__0KQK=li__WLDS(((__li__AKBR *)li__1GQK));
        } break;
        case __li__SU5R__: {
          li__0KQK=li__0AJS(((__li__SU5R *)li__1GQK));
        } break;
        case __li__JV5R__: {
          li__0KQK=li__LBJS(((__li__JV5R *)li__1GQK));
        } break;
        };
        li__P0VU=li__0KQK;
        li__MWBD=(__li__K)(li__MWBD +  1);
      } else /* FALSE */ {
        li__1GQK=li__BMTP->li__EFNL.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1GQK)->__id) {
        case __li__WK__: {
          li__0KQK=((__li__WK *)li__1GQK);
        } break;
        case __li__AVBD__: {
          li__0KQK=li__IVAJ(((__li__AVBD *)li__1GQK));
        } break;
        case __li__KVBD__: {
          li__0KQK=((__li__KVBD *)li__1GQK);
        } break;
        case __li__WVBD__: {
          li__0KQK=((__li__WVBD *)li__1GQK);
        } break;
        case __li__Z4WH__: {
          li__0KQK=li__H52K();
        } break;
        case __li__KTVI__: {
          li__0KQK=li__N4VK(((__li__KTVI *)li__1GQK));
        } break;
        case __li__LTVI__: {
          li__0KQK=li__AJAM(((__li__LTVI *)li__1GQK));
        } break;
        case __li__XTVI__: {
          li__0KQK=li__SEWK(((__li__XTVI *)li__1GQK));
        } break;
        case __li__YTVI__: {
          li__0KQK=li__0OAM(((__li__YTVI *)li__1GQK));
        } break;
        case __li__S2VI__: {
          li__0KQK=li__YU2K(((__li__S2VI *)li__1GQK));
        } break;
        case __li__E3VI__: {
          li__0KQK=li__CZ2K(((__li__E3VI *)li__1GQK));
        } break;
        case __li__KLWI__: {
          li__0KQK=li__M52K(((__li__KLWI *)li__1GQK));
        } break;
        case __li__ULWI__: {
          li__0KQK=((__li__ULWI *)li__1GQK);
        } break;
        case __li__NMWI__: {
          li__0KQK=li__YA3K(((__li__NMWI *)li__1GQK));
        } break;
        case __li__BNWI__: {
          li__0KQK=li__CF3K(((__li__BNWI *)li__1GQK));
        } break;
        case __li__XNWI__: {
          li__0KQK=li__MJ3K(((__li__XNWI *)li__1GQK));
        } break;
        case __li__LOWI__: {
          li__0KQK=li__WN3K(((__li__LOWI *)li__1GQK));
        } break;
        case __li__5OWI__: {
          li__0KQK=li__AS3K(((__li__5OWI *)li__1GQK));
        } break;
        case __li__TPWI__: {
          li__0KQK=li__KW3K(((__li__TPWI *)li__1GQK));
        } break;
        case __li__HQWI__: {
          li__0KQK=li__U03K(((__li__HQWI *)li__1GQK));
        } break;
        case __li__ARWI__: {
          li__0KQK=li__OQWK(((__li__ARWI *)li__1GQK));
        } break;
        case __li__URWI__: {
          li__0KQK=li__443K(((__li__URWI *)li__1GQK));
        } break;
        case __li__MSWI__: {
          li__0KQK=((__li__MSWI *)li__1GQK);
        } break;
        case __li__ETWI__: {
          li__0KQK=li__K53K(((__li__ETWI *)li__1GQK));
        } break;
        case __li__MZWI__: {
          li__0KQK=((__li__MZWI *)li__1GQK);
        } break;
        case __li__C0WI__: {
          li__0KQK=((__li__C0WI *)li__1GQK);
        } break;
        case __li__M1WI__: {
          li__0KQK=((__li__M1WI *)li__1GQK);
        } break;
        case __li__KMFK__: {
          li__0KQK=li__QF3L(((__li__KMFK *)li__1GQK));
        } break;
        case __li__XOHL__: {
          li__0KQK=li__P2NN(((__li__XOHL *)li__1GQK));
        } break;
        case __li__FPHL__: {
          li__0KQK=li__YUAM(((__li__FPHL *)li__1GQK));
        } break;
        case __li__APLM__: {
          li__0KQK=li__C3CQ(((__li__APLM *)li__1GQK));
        } break;
        case __li__DTNM__: {
          li__0KQK=li__3GSO(((__li__DTNM *)li__1GQK));
        } break;
        case __li__JXNM__: {
          li__0KQK=li__E03R(((__li__JXNM *)li__1GQK));
        } break;
        case __li__21LO__: {
          li__0KQK=li__H1JP(((__li__21LO *)li__1GQK));
        } break;
        case __li__TPOO__: {
          li__0KQK=li__Z5JP(((__li__TPOO *)li__1GQK));
        } break;
        case __li__URRO__: {
          li__0KQK=li__MH4R(((__li__URRO *)li__1GQK));
        } break;
        case __li__41XO__: {
          li__0KQK=li__MBDQ(((__li__41XO *)li__1GQK));
        } break;
        case __li__AKBR__: {
          li__0KQK=li__KMDS(((__li__AKBR *)li__1GQK));
        } break;
        case __li__SU5R__: {
          li__0KQK=li__1CJS(((__li__SU5R *)li__1GQK));
        } break;
        case __li__JV5R__: {
          li__0KQK=li__FHJS(((__li__JV5R *)li__1GQK));
        } break;
        };
        li__BMTP->li__EFNL.li__CSSH=li__0KQK;
        li__X2BK=(__li__52B)(li__X2BK +  1);
        li__WC1L=((__li__VTBD *)li__BMTP->li__JG1L);
        /* __li__B__ __li__I__ */
if (((void *)li__WC1L->li__IVPK == (void *)NULL)) {
          li__B0GO=NULL;
          li__AUGO=((*(((__li__3UPK *)li__GVPK))).li__50ON <  0);
          /* __li__B__ __li__I__ */
if (li__AUGO) {
            li__X12O=NULL;
            li__Y12O=((__li__CB )(NULL));
            li__A22O=((__li__JJG )sizeof(__li__WHBK));
            /* __li__B__ __li__I__ */
if ((li__A22O ==  0)) {
              li__X12O=li__WHBK__;
            } else /* FALSE */ {
              li__D1AR=__li__WHBK__;
              li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__A22O));
              /* __li__B__ __li__I__ */
if ((li__D1AR == (__li__K)(-  1))) {
                li__R3VU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                li__M3VU=(__li__JJG)((__li__JJG)(li__A22O - (__li__JJG)(((__li__JJG ) 0) - li__R3VU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__R3VU) - ((__li__JJG ) 1)));
                li__R3VU=(__li__JJG)(li__M3VU / ((__li__JJG )((__li__K )(sizeof(void *)))));
                li__O3VU=li__YCJ(li__M3VU,((__li__CB )(&(table_size[(li__R3VU)-1]))),((__li__52B )li__M3VU));
                li__Y12O=li__O3VU;
              } else /* FALSE */ {
                li__23VU=((__li__52B )li__D1AR);
                li__R3VU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                li__M3VU=(__li__JJG)((__li__JJG)(li__A22O - (__li__JJG)(((__li__JJG ) 0) - li__R3VU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__R3VU) - ((__li__JJG ) 1)));
                li__O3VU=li__YCJ(li__M3VU,((__li__CB )(&(table_type[(li__23VU)]))),(__li__52B)(li__23VU |  1));
                li__Y12O=li__O3VU;
              };
              li__A32O=((__li__WHBK *)li__Y12O);
              li__X12O=li__A32O;
              *(li__A32O) = *(li__WHBK__);
            };
            li__B0GO=li__X12O;
          } else /* FALSE */ {
            li__TPGO=((__li__3UPK *)li__GVPK);
            li__X12O=((void **)(*(li__TPGO)).li__51ON)[(*(li__TPGO)).li__50ON];
            li__B0GO=li__X12O;
            li__TPGO=((__li__3UPK *)li__GVPK);
            (*(li__TPGO)).li__50ON=(__li__K)((*(li__TPGO)).li__50ON -  1);
          };
          ((__li__WHBK *)li__B0GO)->li__CKSN=NULL;
          li__GORJ(((__li__Z0IE *)li__PUPK),li__WC1L);
          li__WC1L->li__IVPK=li__B0GO;
        };
        /* __li__B__ __li__I__ */
if (((((((((! li__I41D) && ((void *)li__5I3L == (void *)NULL)) && ((void *)li__WC1L->li__IVPK->li__CKSN != (void *)NULL)) && (li__WC1L->li__IVPK->li__BMYN != (__li__K)(-  1))) && ((void *)li__WC1L->li__IVPK->li__PKSN == (void *)li__XIKB)) && (li__WC1L->li__IVPK->li__BMYN < li__XIKB->li__OJTE)) && (li__WC1L->li__IVPK->li__ZKSN == li__51JM)) && ((void *)((void **)(*(((__li__TOLE *)((__li__KI *)li__XIKB)->li__2OLE))).li__S3VG)[(__li__K)(li__WC1L->li__IVPK->li__BMYN -  1)] == (void *)li__WC1L->li__IVPK->li__CKSN))) {
          li__P4VU=((__li__TOLE *)((__li__KI *)li__XIKB)->li__2OLE);
          li__0KQK=li__WC1L->li__IVPK->li__CKSN->li__EFNL.li__CSSH;
          li__HY3P=(__li__K)(li__WC1L->li__IVPK->li__BMYN -  1);
          ((void **)(*(li__P4VU)).li__S3VG)[li__HY3P]=li__0KQK;
          li__WDJQ(li__WC1L,li__WC1L->li__IVPK->li__CKSN);
          li__MWBD=(__li__K)(li__MWBD +  1);
        };
        li__B0GO=((__li__WHBK *)li__WC1L->li__IVPK);
        li__B0GO->li__CKSN=li__BMTP;
        li__B0GO->li__ZMSN=li__X2BK;
        li__B0GO->li__TQSN=li__AKTE;
        li__B0GO->li__EPSN=li__NHBK;
        li__B0GO->li__ZKSN=li__51JM;
        li__B0GO->li__PKSN=li__XIKB;
        li__B0GO->li__BMYN=li__XIKB->li__OJTE;
        li__P0VU=li__BMTP;
      };
      li__IKTE=li__P0VU;
    } break;
    case __li__3I3L__: {
      li__TVHP=((__li__3I3L *)li__L0VU);
      li__Z2BK=li__X2BK;
      li__P0VU=NULL;
      /* __li__B__ __li__I__ */
if ((li__TVHP->li__YVHP ==  0)) {
        li__1GQK=li__K3ME(((__li__KI *)li__TVHP->li__ETHP));
        li__P0VU=li__1GQK;
        li__MWBD=(__li__K)(li__MWBD +  1);
      } else /* FALSE */ {
        li__23VU=(__li__52B)(li__51JM + ((__li__52B )li__TVHP->li__YVHP));
        li__51JM=li__23VU;
        li__LFOP=((__li__K )li__23VU);
        li__23VU=(__li__52B)(li__NHBK + ((__li__52B )li__TVHP->li__YVHP));
        li__NHBK=li__23VU;
        li__4FOP=((__li__K )li__23VU);
        li__EJTE=(__li__52B)(li__EJTE +  1);
        li__P0VU=li__TVHP;
        li__TITE(((__li__KI *)li__TVHP->li__ETHP));
        /* __li__B__ __li__I__ */
if (((void *)li__5I3L == (void *)li__TVHP)) {
          li__WJ3L=li__XIKB;
          li__CXHP=((__li__K )li__Z2BK);
          li__FXHP=li__LFOP;
          li__GXHP=li__4FOP;
          li__51JM=(__li__52B)(li__51JM + ((__li__52B )li__TVHP->li__YVHP));
          li__NHBK=(__li__52B)(li__NHBK + ((__li__52B )li__TVHP->li__YVHP));
          li__TITE(((__li__KI *)li__TVHP->li__ETHP));
          li__5I3L=NULL;
        };
      };
      li__IKTE=li__P0VU;
    } break;
    case __li__APLM__: {
      li__P0VU=li__11CQ(((__li__APLM *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__DTNM__: {
      li__P0VU=li__SGSO(((__li__DTNM *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__JXNM__: {
      li__P0VU=li__LZ3R(((__li__JXNM *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__2PLO__: {
      li__XXHP=((__li__2PLO *)li__L0VU);
      li__P0VU=NULL;
      li__P0MI=li__XXHP->li__3PLO.li__QPME;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__P0MI)->__id) {
      case __li__RDID__:  break;
      case __li__GO3I__:  break;
      case __li__NY3I__:  break;
      case __li__SJPJ__: {
        li__US1L(((__li__SJPJ *)li__P0MI));
      } break;
      case __li__0VPJ__: {
        li__BT1L(((__li__0VPJ *)li__P0MI));
      } break;
      case __li__1VPJ__: {
        li__1T1L(((__li__1VPJ *)li__P0MI));
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__XXHP->li__3PLO.li__VUMI != (void *)NULL)) {
        li__1GQK=li__3IRO(((__li__IYBD *)li__XXHP->li__3PLO.li__VUMI));
        li__P0VU=li__1GQK;
      } else /* FALSE */ {
        li__1GQK=li__XXHP->li__3PLO.li__PPME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1GQK)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__1GQK));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__1GQK));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__1GQK));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__1GQK));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__1GQK));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__1GQK));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__1GQK));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__1GQK));
        } break;
        case __li__KLWI__: {
          li__NIIV=((__li__KMFK *)((__li__KLWI *)li__1GQK)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__1GQK));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__1GQK));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__1GQK));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__1GQK));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__1GQK));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__1GQK));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__1GQK));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__1GQK));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__1GQK));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__1GQK));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__NIIV=((__li__KMFK *)li__1GQK);
          li__HXPN(((__li__VTBD *)li__NIIV->li__3RFK),li__NIIV);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__1GQK));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__1GQK));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__1GQK));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__1GQK));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__1GQK));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__1GQK));
        } break;
        case __li__TPOO__: {
          li__U0VU=((__li__TPOO *)li__1GQK);
          li__IZFQ(((__li__DZB *)li__U0VU->li__5IXO),li__U0VU);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__1GQK));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__1GQK));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__1GQK));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__1GQK));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__1GQK));
        } break;
        };
        /* __li__B__ __li__I__ */
if (((void *)li__XXHP->li__3PLO.li__2UMI != (void *)NULL)) {
          li__0KQK=li__K3ME(((__li__KI *)li__XXHP->li__3PLO.li__2UMI));
          li__P0VU=li__0KQK;
        };
      };
      li__IKTE=li__P0VU;
    } break;
    case __li__21LO__: {
      li__UIIV=((__li__21LO *)li__L0VU);
      li__XZFQ(((__li__DZB *)li__UIIV->li__KJXO),li__UIIV);
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__P0VU=li__SDPP(li__UIIV);
      li__IKTE=li__P0VU;
    } break;
    case __li__TPOO__: {
      li__U0VU=((__li__TPOO *)li__L0VU);
      li__IZFQ(((__li__DZB *)li__U0VU->li__5IXO),li__U0VU);
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__DXTM(((__li__DZB *)li__U0VU->li__5IXO));
      li__IKTE=NULL;
    } break;
    case __li__URRO__: {
      li__P0VU=li__3G4R(((__li__URRO *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__41XO__: {
      li__P0VU=li__M2CQ(((__li__41XO *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__EDHP__: {
      li__2IXR=((__li__EDHP *)li__L0VU);
      /* __li__B__ __li__I__ */
if (((void *)li__XIKB == (void *)li__2IXR->li__JOXQ->li__ETHP)) {
        li__EDSB( 1,(&__string_471));
        li__V5E(li__2IXR->li__JOXQ->li__4I3L.li__0CC);
        li__V5E(li__2IXR->li__FDHP.li__0CC);
        li__ODF();
      };
      /* __li__B__ __li__I__ */
if (((li__2P && ((void *)li__5I3L == (void *)NULL)) && (li__2IXR->li__JOXQ->li__YVHP ==  1))) {
        li__5I3L=li__2IXR->li__JOXQ;
      };
      li__51JM=(__li__52B)(li__51JM -  1);
      li__NHBK=(__li__52B)(li__NHBK -  1);
      li__EJTE=(__li__52B)(li__EJTE +  1);
      li__IKTE=li__2IXR;
    } break;
    case __li__CJ1P__: {
      li__IKTE=((__li__CJ1P *)li__L0VU);
    } break;
    case __li__EN1P__: {
      li__IKTE=((__li__EN1P *)li__L0VU);
    } break;
    case __li__AKBR__: {
      li__P0VU=li__WLDS(((__li__AKBR *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__SU5R__: {
      li__P0VU=li__0AJS(((__li__SU5R *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    case __li__JV5R__: {
      li__P0VU=li__LBJS(((__li__JV5R *)li__L0VU));
      li__IKTE=li__P0VU;
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__IKTE != (void *)NULL)) {
      /* __li__B__ __li__I__ */
if ((((li__UITE->li__OJTE == li__YITE) && (li__UITE->li__OJTE >  1)) && ((void *)((void **)(*(((__li__TOLE *)li__UITE->li__2OLE))).li__S3VG)[(__li__K)((__li__K)(li__YITE -  1) -  1)] == (void *)li__IKTE))) {
        li__1MYH=((__li__Q )(*((unsigned int *)(li__H0VU))));
        /* __li__B__ __li__I__ */
if ((li__1MYH ==  0)) {
          fputc((int)('0'),stdout);
          li__01BK=li__B__;
        } else /* FALSE */ {
          li__01BK=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__01BK)) {
          /* __li__B__ __li__I__ */
if ((li__1MYH <  0)) {
            fputc((int)('-'),stdout);
            li__PJ5I((__li__Q)(- li__1MYH));
          } else /* FALSE */ {
            li__PJ5I(li__1MYH);
          };
        };
        fputc((int)('\n'),stdout);
        /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__H0VU)->__id) {
        case __li__KI__: {
          li__ZFOP=((__li__KI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__53SE(li__ZFOP,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__WK__: {
          li__K1VU=((__li__WK *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__UNBK(li__K1VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__T0B__: {
          li__M5VU=li__IFC( 250);
          li__JAZ(((__li__BC *)li__M5VU),(&__string_366));
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__O3B__: {
          li__JLOI(((__li__O3B *)li__H0VU));
        } break;
        case __li__AVBD__: {
          li__NNIV=((__li__AVBD *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__FSMI(li__NNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__KVBD__: {
          li__ZKIV=((__li__KVBD *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__RAHJ(li__ZKIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__WVBD__: {
          li__M1VU=((__li__WVBD *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__NUMI(li__M1VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__IYBD__: {
          li__TNIV=((__li__IYBD *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__UGRO(li__TNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__ODID__: {
          li__VNIV=((__li__ODID *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__SUMI(li__VNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__OWRE__: {
          li__M5VU=li__IFC( 250);
          li__JAZ(((__li__BC *)li__M5VU),(&__string_368));
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__Z4WH__: {
          li__XNIV=((__li__Z4WH *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__2NBK(li__XNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__KTVI__: {
          li__ZNIV=((__li__KTVI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__ROBK(li__ZNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__LTVI__: {
          li__1NIV=((__li__LTVI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__Z30L(li__1NIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__XTVI__: {
          li__3NIV=((__li__XTVI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__1OBK(li__3NIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__YTVI__: {
          li__5NIV=((__li__YTVI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__A40L(li__5NIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__S2VI__: {
          li__BOIV=((__li__S2VI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__CPBK(li__BOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__E3VI__: {
          li__DOIV=((__li__E3VI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__NPBK(li__DOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__KLWI__: {
          li__PZDK(((__li__KLWI *)li__H0VU));
        } break;
        case __li__ULWI__: {
          li__UZDK(((__li__ULWI *)li__H0VU));
        } break;
        case __li__NMWI__: {
          li__FOIV=((__li__NMWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__AQBK(li__FOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__BNWI__: {
          li__HOIV=((__li__BNWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__JQBK(li__HOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__XNWI__: {
          li__JOIV=((__li__XNWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__SQBK(li__JOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__LOWI__: {
          li__LOIV=((__li__LOWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__ZQBK(li__LOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__5OWI__: {
          li__NOIV=((__li__5OWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__ARBK(li__NOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__TPWI__: {
          li__POIV=((__li__TPWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__HRBK(li__POIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__HQWI__: {
          li__ROIV=((__li__HQWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__ORBK(li__ROIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__ARWI__: {
          li__TOIV=((__li__ARWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__VRBK(li__TOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__URWI__: {
          li__VOIV=((__li__URWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__4RBK(li__VOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__MSWI__: {
          li__N1DK(((__li__MSWI *)li__H0VU));
        } break;
        case __li__ETWI__: {
          li__XOIV=((__li__ETWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__KSBK(li__XOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__MZWI__: {
          li__01VU=((__li__MZWI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__ZSBK(li__01VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__C0WI__: {
          li__31VU=((__li__C0WI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__5SBK(li__31VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__M1WI__: {
          li__A2VU=((__li__M1WI *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__JS2K(li__A2VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__RLKJ__: {
          li__5OIV=((__li__RLKJ *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__ETBK(li__5OIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__5LKJ__: {
          li__BPIV=((__li__5LKJ *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__ZTBK(li__BPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__LHBK__: {
          li__DPIV=((__li__LHBK *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__PRHP(li__DPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__KMFK__: {
          li__NIIV=((__li__KMFK *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__H40L(li__NIIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__XOHL__: {
          li__HPIV=((__li__XOHL *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__3AMN(li__HPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__FPHL__: {
          li__JPIV=((__li__FPHL *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__K43L(li__JPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__DFNL__: {
          li__WI5P=((__li__DFNL *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__P40L(li__WI5P,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__3I3L__: {
          li__NPIV=((__li__3I3L *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__4SHP(li__NPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__APLM__: {
          li__PPIV=((__li__APLM *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__J2BQ(li__PPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__DTNM__: {
          li__RPIV=((__li__DTNM *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__SARO(li__RPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__JXNM__: {
          li__TPIV=((__li__JXNM *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__CU3R(li__TPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__2PLO__: {
          li__VPIV=((__li__2PLO *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__GTHP(li__VPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__21LO__: {
          li__ULIV=((__li__21LO *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__ZJKP(li__ULIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__TPOO__: {
          li__G2VU=((__li__TPOO *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__4JKP(li__G2VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__URRO__: {
          li__1PIV=((__li__URRO *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__NF4R(li__1PIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__41XO__: {
          li__3PIV=((__li__41XO *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__S2BQ(li__3PIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__EDHP__: {
          li__5PIV=((__li__EDHP *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__VIXR(li__5PIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__CJ1P__: {
          li__BQIV=((__li__CJ1P *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__020Q(li__BQIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__EN1P__: {
          li__M5VU=li__IFC( 250);
          li__JAZ(((__li__BC *)li__M5VU),(&__string_372));
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__AKBR__: {
          li__DQIV=((__li__AKBR *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__HVCS(li__DQIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__SU5R__: {
          li__FQIV=((__li__SU5R *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__YLIS(li__FQIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__JV5R__: {
          li__HQIV=((__li__JV5R *)li__H0VU);
          li__M5VU=li__IFC( 250);
          li__BMIS(li__HQIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        };
        li__KBG((&__string_472));
        /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IKTE)->__id) {
        case __li__KI__: {
          li__ZFOP=((__li__KI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__53SE(li__ZFOP,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__WK__: {
          li__K1VU=((__li__WK *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__UNBK(li__K1VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__T0B__: {
          li__M5VU=li__IFC( 250);
          li__JAZ(((__li__BC *)li__M5VU),(&__string_366));
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__O3B__: {
          li__JLOI(((__li__O3B *)li__IKTE));
        } break;
        case __li__AVBD__: {
          li__NNIV=((__li__AVBD *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__FSMI(li__NNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__KVBD__: {
          li__ZKIV=((__li__KVBD *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__RAHJ(li__ZKIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__WVBD__: {
          li__M1VU=((__li__WVBD *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__NUMI(li__M1VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__IYBD__: {
          li__TNIV=((__li__IYBD *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__UGRO(li__TNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__ODID__: {
          li__VNIV=((__li__ODID *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__SUMI(li__VNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__OWRE__: {
          li__M5VU=li__IFC( 250);
          li__JAZ(((__li__BC *)li__M5VU),(&__string_368));
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__Z4WH__: {
          li__XNIV=((__li__Z4WH *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__2NBK(li__XNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__KTVI__: {
          li__ZNIV=((__li__KTVI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__ROBK(li__ZNIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__LTVI__: {
          li__1NIV=((__li__LTVI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__Z30L(li__1NIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__XTVI__: {
          li__3NIV=((__li__XTVI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__1OBK(li__3NIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__YTVI__: {
          li__5NIV=((__li__YTVI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__A40L(li__5NIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__S2VI__: {
          li__BOIV=((__li__S2VI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__CPBK(li__BOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__E3VI__: {
          li__DOIV=((__li__E3VI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__NPBK(li__DOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__KLWI__: {
          li__PZDK(((__li__KLWI *)li__IKTE));
        } break;
        case __li__ULWI__: {
          li__UZDK(((__li__ULWI *)li__IKTE));
        } break;
        case __li__NMWI__: {
          li__FOIV=((__li__NMWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__AQBK(li__FOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__BNWI__: {
          li__HOIV=((__li__BNWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__JQBK(li__HOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__XNWI__: {
          li__JOIV=((__li__XNWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__SQBK(li__JOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__LOWI__: {
          li__LOIV=((__li__LOWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__ZQBK(li__LOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__5OWI__: {
          li__NOIV=((__li__5OWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__ARBK(li__NOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__TPWI__: {
          li__POIV=((__li__TPWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__HRBK(li__POIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__HQWI__: {
          li__ROIV=((__li__HQWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__ORBK(li__ROIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__ARWI__: {
          li__TOIV=((__li__ARWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__VRBK(li__TOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__URWI__: {
          li__VOIV=((__li__URWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__4RBK(li__VOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__MSWI__: {
          li__N1DK(((__li__MSWI *)li__IKTE));
        } break;
        case __li__ETWI__: {
          li__XOIV=((__li__ETWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__KSBK(li__XOIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__MZWI__: {
          li__01VU=((__li__MZWI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__ZSBK(li__01VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__C0WI__: {
          li__31VU=((__li__C0WI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__5SBK(li__31VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__M1WI__: {
          li__A2VU=((__li__M1WI *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__JS2K(li__A2VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__RLKJ__: {
          li__5OIV=((__li__RLKJ *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__ETBK(li__5OIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__5LKJ__: {
          li__BPIV=((__li__5LKJ *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__ZTBK(li__BPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__LHBK__: {
          li__DPIV=((__li__LHBK *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__PRHP(li__DPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__KMFK__: {
          li__NIIV=((__li__KMFK *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__H40L(li__NIIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__XOHL__: {
          li__HPIV=((__li__XOHL *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__3AMN(li__HPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__FPHL__: {
          li__JPIV=((__li__FPHL *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__K43L(li__JPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__DFNL__: {
          li__WI5P=((__li__DFNL *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__P40L(li__WI5P,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__3I3L__: {
          li__NPIV=((__li__3I3L *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__4SHP(li__NPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__APLM__: {
          li__PPIV=((__li__APLM *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__J2BQ(li__PPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__DTNM__: {
          li__RPIV=((__li__DTNM *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__SARO(li__RPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__JXNM__: {
          li__TPIV=((__li__JXNM *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__CU3R(li__TPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__2PLO__: {
          li__VPIV=((__li__2PLO *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__GTHP(li__VPIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__21LO__: {
          li__ULIV=((__li__21LO *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__ZJKP(li__ULIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__TPOO__: {
          li__G2VU=((__li__TPOO *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__4JKP(li__G2VU,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__URRO__: {
          li__1PIV=((__li__URRO *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__NF4R(li__1PIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__41XO__: {
          li__3PIV=((__li__41XO *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__S2BQ(li__3PIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__EDHP__: {
          li__5PIV=((__li__EDHP *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__VIXR(li__5PIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__CJ1P__: {
          li__BQIV=((__li__CJ1P *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__020Q(li__BQIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__EN1P__: {
          li__M5VU=li__IFC( 250);
          li__JAZ(((__li__BC *)li__M5VU),(&__string_372));
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__AKBR__: {
          li__DQIV=((__li__AKBR *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__HVCS(li__DQIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__SU5R__: {
          li__FQIV=((__li__SU5R *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__YLIS(li__FQIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        case __li__JV5R__: {
          li__HQIV=((__li__JV5R *)li__IKTE);
          li__M5VU=li__IFC( 250);
          li__BMIS(li__HQIV,li__M5VU);
          li__C30(((__li__BC *)li__M5VU));
          fputc((int)('\n'),stdout);
        } break;
        };
        /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IKTE)->__id) {
        case __li__KI__: {
          li__UKIV=((__li__KI *)li__IKTE)->li__NI.li__0CC;
        } break;
        case __li__WK__: {
          li__UKIV=((__li__WK *)li__IKTE)->li__1K.li__0K.li__0CC;
        } break;
        case __li__T0B__: {
          li__UKIV=((__li__T0B *)li__IKTE)->li__U0B.li__0CC;
        } break;
        case __li__O3B__: {
          li__UKIV=((__li__O3B *)li__IKTE)->li__P3B.li__0CC;
        } break;
        case __li__AVBD__: {
          li__UKIV=((__li__AVBD *)li__IKTE)->li__BVBD.li__0CC;
        } break;
        case __li__KVBD__: {
          li__UKIV=((__li__KVBD *)li__IKTE)->li__LVBD.li__0K.li__0CC;
        } break;
        case __li__WVBD__: {
          li__UKIV=((__li__WVBD *)li__IKTE)->li__XVBD.li__0K.li__0CC;
        } break;
        case __li__IYBD__: {
          li__UKIV=((__li__IYBD *)li__IKTE)->li__JYBD.li__0CC;
        } break;
        case __li__ODID__: {
          li__UKIV=li__RFOK(((__li__ODID *)li__IKTE));
        } break;
        case __li__OWRE__: {
          li__UKIV=((__li__OWRE *)li__IKTE)->li__PWRE.li__0CC;
        } break;
        case __li__Z4WH__: {
          li__UKIV=(*(li__YK__)).li__0CC;
        } break;
        case __li__KTVI__: {
          li__UKIV=((__li__KTVI *)li__IKTE)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__LTVI__: {
          li__UKIV=((__li__LTVI *)li__IKTE)->li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__XTVI__: {
          li__UKIV=((__li__XTVI *)li__IKTE)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__YTVI__: {
          li__UKIV=((__li__YTVI *)li__IKTE)->li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__S2VI__: {
          li__UKIV=((__li__S2VI *)li__IKTE)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__UKIV=((__li__E3VI *)li__IKTE)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__KLWI__: {
          li__UKIV=((__li__KLWI *)li__IKTE)->li__LLWI.li__0CC;
        } break;
        case __li__ULWI__: {
          li__UKIV=((__li__ULWI *)li__IKTE)->li__VLWI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__UKIV=((__li__NMWI *)li__IKTE)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__BNWI__: {
          li__UKIV=((__li__BNWI *)li__IKTE)->li__ENWI.li__DNWI.li__0CC;
        } break;
        case __li__XNWI__: {
          li__UKIV=((__li__XNWI *)li__IKTE)->li__YNWI.li__DNWI.li__0CC;
        } break;
        case __li__LOWI__: {
          li__UKIV=((__li__LOWI *)li__IKTE)->li__MOWI.li__DNWI.li__0CC;
        } break;
        case __li__5OWI__: {
          li__UKIV=((__li__5OWI *)li__IKTE)->li__APWI.li__DNWI.li__0CC;
        } break;
        case __li__TPWI__: {
          li__UKIV=((__li__TPWI *)li__IKTE)->li__UPWI.li__DNWI.li__0CC;
        } break;
        case __li__HQWI__: {
          li__UKIV=((__li__HQWI *)li__IKTE)->li__IQWI.li__DNWI.li__0CC;
        } break;
        case __li__ARWI__: {
          li__UKIV=((__li__ARWI *)li__IKTE)->li__BRWI.li__0CC;
        } break;
        case __li__URWI__: {
          li__UKIV=((__li__URWI *)li__IKTE)->li__VRWI.li__0CC;
        } break;
        case __li__MSWI__: {
          li__UKIV=((__li__MSWI *)li__IKTE)->li__NSWI.li__0CC;
        } break;
        case __li__ETWI__: {
          li__UKIV=((__li__ETWI *)li__IKTE)->li__FTWI.li__0CC;
        } break;
        case __li__MZWI__: {
          li__UKIV=((__li__MZWI *)li__IKTE)->li__NZWI.li__0K.li__0CC;
        } break;
        case __li__C0WI__: {
          li__UKIV=((__li__C0WI *)li__IKTE)->li__D0WI.li__0K.li__0CC;
        } break;
        case __li__M1WI__: {
          li__UKIV=((__li__M1WI *)li__IKTE)->li__N1WI.li__0K.li__0CC;
        } break;
        case __li__RLKJ__: {
          li__UKIV=((__li__RLKJ *)li__IKTE)->li__SLKJ.li__RZEC.li__0CC;
        } break;
        case __li__5LKJ__: {
          li__UKIV=((__li__5LKJ *)li__IKTE)->li__AMKJ.li__RZEC.li__0CC;
        } break;
        case __li__LHBK__: {
          li__UKIV=((__li__LHBK *)li__IKTE)->li__MHBK.li__0CC;
        } break;
        case __li__KMFK__: {
          li__UKIV=((__li__KMFK *)li__IKTE)->li__LMFK.li__0CC;
        } break;
        case __li__XOHL__: {
          li__UKIV=((__li__XOHL *)li__IKTE)->li__0OHL.li__ZOHL.li__0CC;
        } break;
        case __li__FPHL__: {
          li__UKIV=((__li__FPHL *)li__IKTE)->li__GPHL.li__DNWI.li__0CC;
        } break;
        case __li__DFNL__: {
          li__UKIV=((__li__DFNL *)li__IKTE)->li__EFNL.li__RZEC.li__0CC;
        } break;
        case __li__3I3L__: {
          li__UKIV=((__li__3I3L *)li__IKTE)->li__4I3L.li__0CC;
        } break;
        case __li__APLM__: {
          li__UKIV=((__li__APLM *)li__IKTE)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__DTNM__: {
          li__UKIV=((__li__DTNM *)li__IKTE)->li__ETNM.li__ZOHL.li__0CC;
        } break;
        case __li__JXNM__: {
          li__UKIV=((__li__JXNM *)li__IKTE)->li__KXNM.li__DNWI.li__0CC;
        } break;
        case __li__2PLO__: {
          li__UKIV=li__YS2P(((__li__2PLO *)li__IKTE));
        } break;
        case __li__21LO__: {
          li__UKIV=((__li__21LO *)li__IKTE)->li__31LO.li__0CC;
        } break;
        case __li__TPOO__: {
          li__UKIV=((__li__TPOO *)li__IKTE)->li__UPOO.li__0CC;
        } break;
        case __li__URRO__: {
          li__UKIV=((__li__URRO *)li__IKTE)->li__XRRO.li__WRRO.li__0CC;
        } break;
        case __li__41XO__: {
          li__UKIV=((__li__41XO *)li__IKTE)->li__51XO.li__DNWI.li__0CC;
        } break;
        case __li__EDHP__: {
          li__UKIV=((__li__EDHP *)li__IKTE)->li__FDHP.li__0CC;
        } break;
        case __li__CJ1P__: {
          li__UKIV=((__li__CJ1P *)li__IKTE)->li__DJ1P.li__0CC;
        } break;
        case __li__EN1P__: {
          li__UKIV=((__li__EN1P *)li__IKTE)->li__FN1P.li__0CC;
        } break;
        case __li__AKBR__: {
          li__UKIV=((__li__AKBR *)li__IKTE)->li__BKBR.li__DNWI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__UKIV=((__li__SU5R *)li__IKTE)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__UKIV=((__li__JV5R *)li__IKTE)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__K4E( 1,(&__string_208));
        li__V5E(li__UKIV);
        li__ODF();
      };
      li__LFOP=li__UITE->li__OJTE;
      li__P4VU=((__li__TOLE *)li__UITE->li__2OLE);
      li__4FOP=(__li__K)(li__LFOP -  1);
      ((void **)(*(li__P4VU)).li__S3VG)[li__4FOP]=li__IKTE;
      li__1YMI=li__WVRE(li__UITE);
      /* __li__B__ __li__I__ */
if ((! li__1YMI)) {
        li__LLIG(li__YITE);
        fputc((int)('-'),stdout);
        li__LLIG(li__UITE->li__OJTE);
        fputc((int)('\n'),stdout);
        li__M5VU=li__WFSG(((__li__CB )li__UITE));
        li__C30(((__li__BC *)li__M5VU));
        fputc((int)('\n'),stdout);
        li__M5VU=li__IFC( 250);
        li__53SE(li__UITE,li__M5VU);
        li__C30(((__li__BC *)li__M5VU));
        fputc((int)('\n'),stdout);
        li__KBG((&__string_447));
        fputc((int)('\n'),stdout);
        exit(( 1));
      };
      li__UITE->li__OJTE=(__li__K)(li__UITE->li__OJTE +  1);
      /* __li__B__ __li__I__ */
if (((void *)li__IKTE == (void *)li__T0B__)) {
        while ((li__UITE->li__OJTE <= (__li__K)((*(li__UITE->li__2OLE)).li__FPYE +  1))) {
          li__THOP=((void **)(*(((__li__TOLE *)li__UITE->li__2OLE))).li__S3VG)[(__li__K)(li__UITE->li__OJTE -  1)];
          /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__THOP)->__id) {
          case __li__KI__: {
            li__YWDM(((__li__KI *)li__THOP));
          } break;
          case __li__WK__:  break;
          case __li__T0B__:  break;
          case __li__O3B__:  break;
          case __li__AVBD__: {
            li__PSNI(((__li__AVBD *)li__THOP));
          } break;
          case __li__KVBD__:  break;
          case __li__WVBD__:  break;
          case __li__IYBD__: {
            li__CVRO(((__li__IYBD *)li__THOP));
          } break;
          case __li__ODID__: {
            li__JTNI(((__li__ODID *)li__THOP));
          } break;
          case __li__OWRE__:  break;
          case __li__Z4WH__: {
            li__JNDK(((__li__Z4WH *)li__THOP));
          } break;
          case __li__KTVI__: {
            li__0NDK(((__li__KTVI *)li__THOP));
          } break;
          case __li__LTVI__: {
            li__XL1L(((__li__LTVI *)li__THOP));
          } break;
          case __li__XTVI__: {
            li__5NDK(((__li__XTVI *)li__THOP));
          } break;
          case __li__YTVI__: {
            li__1L1L(((__li__YTVI *)li__THOP));
          } break;
          case __li__S2VI__: {
            li__DODK(((__li__S2VI *)li__THOP));
          } break;
          case __li__E3VI__: {
            li__HODK(((__li__E3VI *)li__THOP));
          } break;
          case __li__KLWI__: {
            li__R1VU=((__li__KMFK *)((__li__KLWI *)li__THOP)->li__ZPBK);
            li__HXPN(((__li__VTBD *)li__R1VU->li__3RFK),li__R1VU);
          } break;
          case __li__ULWI__:  break;
          case __li__NMWI__: {
            li__QODK(((__li__NMWI *)li__THOP));
          } break;
          case __li__BNWI__: {
            li__UODK(((__li__BNWI *)li__THOP));
          } break;
          case __li__XNWI__: {
            li__YODK(((__li__XNWI *)li__THOP));
          } break;
          case __li__LOWI__: {
            li__2ODK(((__li__LOWI *)li__THOP));
          } break;
          case __li__5OWI__: {
            li__APDK(((__li__5OWI *)li__THOP));
          } break;
          case __li__TPWI__: {
            li__EPDK(((__li__TPWI *)li__THOP));
          } break;
          case __li__HQWI__: {
            li__IPDK(((__li__HQWI *)li__THOP));
          } break;
          case __li__ARWI__: {
            li__MPDK(((__li__ARWI *)li__THOP));
          } break;
          case __li__URWI__: {
            li__NQDK(((__li__URWI *)li__THOP));
          } break;
          case __li__MSWI__:  break;
          case __li__ETWI__: {
            li__TQDK(((__li__ETWI *)li__THOP));
          } break;
          case __li__MZWI__:  break;
          case __li__C0WI__:  break;
          case __li__M1WI__:  break;
          case __li__RLKJ__: {
            li__0QDK(((__li__RLKJ *)li__THOP));
          } break;
          case __li__5LKJ__: {
            li__4QDK(((__li__5LKJ *)li__THOP));
          } break;
          case __li__LHBK__: {
            li__WNIP(((__li__LHBK *)li__THOP));
          } break;
          case __li__KMFK__: {
            li__R1VU=((__li__KMFK *)li__THOP);
            li__HXPN(((__li__VTBD *)li__R1VU->li__3RFK),li__R1VU);
          } break;
          case __li__XOHL__: {
            li__LDMN(((__li__XOHL *)li__THOP));
          } break;
          case __li__FPHL__: {
            li__TT4L(((__li__FPHL *)li__THOP));
          } break;
          case __li__DFNL__: {
            li__CM1L(((__li__DFNL *)li__THOP));
          } break;
          case __li__3I3L__: {
            li__YWDM(((__li__KI *)((__li__3I3L *)li__THOP)->li__ETHP));
          } break;
          case __li__APLM__: {
            li__TGCQ(((__li__APLM *)li__THOP));
          } break;
          case __li__DTNM__: {
            li__MFRO(((__li__DTNM *)li__THOP));
          } break;
          case __li__JXNM__: {
            li__1W3R(((__li__JXNM *)li__THOP));
          } break;
          case __li__2PLO__: {
            li__DQIP(((__li__2PLO *)li__THOP));
          } break;
          case __li__21LO__: {
            li__T1IP(((__li__21LO *)li__THOP));
          } break;
          case __li__TPOO__: {
            li__Z5VU=((__li__TPOO *)li__THOP);
            li__IZFQ(((__li__DZB *)li__Z5VU->li__5IXO),li__Z5VU);
          } break;
          case __li__URRO__: {
            li__DK4R(((__li__URRO *)li__THOP));
          } break;
          case __li__41XO__: {
            li__XGCQ(((__li__41XO *)li__THOP));
          } break;
          case __li__EDHP__: {
            li__ZGRU=((__li__3I3L *)((__li__EDHP *)li__THOP)->li__JOXQ);
            li__ZGRU->li__YVHP=(__li__K)(li__ZGRU->li__YVHP -  1);
          } break;
          case __li__CJ1P__: {
            li__B50Q(((__li__CJ1P *)li__THOP));
          } break;
          case __li__EN1P__:  break;
          case __li__AKBR__: {
            li__AYCS(((__li__AKBR *)li__THOP));
          } break;
          case __li__SU5R__: {
            li__5XIS(((__li__SU5R *)li__THOP));
          } break;
          case __li__JV5R__: {
            li__DYIS(((__li__JV5R *)li__THOP));
          } break;
          };
          li__BHOG(li__UITE,li__UITE->li__OJTE);
        };
      };
    } else /* FALSE */ {
      li__BHOG(li__UITE,li__UITE->li__OJTE);
    };
  };
  li__CKTE=li__AKTE;
  li__UITE->li__OJTE= 0;
  li__XIKB=li__WITE;
  li__EIWG=((__li__ZITE *)li__CJTE);
  (*(li__EIWG)).li__HIWG=(__li__K)((*(li__EIWG)).li__HIWG -  1);
  li__EJTE=(__li__52B)(li__EJTE +  1);
  li__WVRE(li__UITE);
}

static void li__YWDM(__li__KI *li__ZWDM)
/* (Strict LIST{li__KI}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__2WDM,li__GUHM;
  void *li__55VU;
  __li__KMFK *li__CAWU;
  __li__TPOO *li__EAWU;
  __li__3I3L *li__1X4R;
  li__2WDM=(__li__K)((*(li__ZWDM->li__2OLE)).li__FPYE +  1);
  li__GUHM= 1;
  while ((li__GUHM <= li__2WDM)) {
    li__55VU=((void **)(*(((__li__TOLE *)li__ZWDM->li__2OLE))).li__S3VG)[(__li__K)(li__GUHM -  1)];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__55VU)->__id) {
    case __li__KI__: {
      li__YWDM(((__li__KI *)li__55VU));
    } break;
    case __li__WK__:  break;
    case __li__T0B__:  break;
    case __li__O3B__:  break;
    case __li__AVBD__: {
      li__PSNI(((__li__AVBD *)li__55VU));
    } break;
    case __li__KVBD__:  break;
    case __li__WVBD__:  break;
    case __li__IYBD__: {
      li__CVRO(((__li__IYBD *)li__55VU));
    } break;
    case __li__ODID__: {
      li__JTNI(((__li__ODID *)li__55VU));
    } break;
    case __li__OWRE__:  break;
    case __li__Z4WH__: {
      li__JNDK(((__li__Z4WH *)li__55VU));
    } break;
    case __li__KTVI__: {
      li__0NDK(((__li__KTVI *)li__55VU));
    } break;
    case __li__LTVI__: {
      li__XL1L(((__li__LTVI *)li__55VU));
    } break;
    case __li__XTVI__: {
      li__5NDK(((__li__XTVI *)li__55VU));
    } break;
    case __li__YTVI__: {
      li__1L1L(((__li__YTVI *)li__55VU));
    } break;
    case __li__S2VI__: {
      li__DODK(((__li__S2VI *)li__55VU));
    } break;
    case __li__E3VI__: {
      li__HODK(((__li__E3VI *)li__55VU));
    } break;
    case __li__KLWI__: {
      li__CAWU=((__li__KMFK *)((__li__KLWI *)li__55VU)->li__ZPBK);
      li__HXPN(((__li__VTBD *)li__CAWU->li__3RFK),li__CAWU);
    } break;
    case __li__ULWI__:  break;
    case __li__NMWI__: {
      li__QODK(((__li__NMWI *)li__55VU));
    } break;
    case __li__BNWI__: {
      li__UODK(((__li__BNWI *)li__55VU));
    } break;
    case __li__XNWI__: {
      li__YODK(((__li__XNWI *)li__55VU));
    } break;
    case __li__LOWI__: {
      li__2ODK(((__li__LOWI *)li__55VU));
    } break;
    case __li__5OWI__: {
      li__APDK(((__li__5OWI *)li__55VU));
    } break;
    case __li__TPWI__: {
      li__EPDK(((__li__TPWI *)li__55VU));
    } break;
    case __li__HQWI__: {
      li__IPDK(((__li__HQWI *)li__55VU));
    } break;
    case __li__ARWI__: {
      li__MPDK(((__li__ARWI *)li__55VU));
    } break;
    case __li__URWI__: {
      li__NQDK(((__li__URWI *)li__55VU));
    } break;
    case __li__MSWI__:  break;
    case __li__ETWI__: {
      li__TQDK(((__li__ETWI *)li__55VU));
    } break;
    case __li__MZWI__:  break;
    case __li__C0WI__:  break;
    case __li__M1WI__:  break;
    case __li__RLKJ__: {
      li__0QDK(((__li__RLKJ *)li__55VU));
    } break;
    case __li__5LKJ__: {
      li__4QDK(((__li__5LKJ *)li__55VU));
    } break;
    case __li__LHBK__: {
      li__WNIP(((__li__LHBK *)li__55VU));
    } break;
    case __li__KMFK__: {
      li__CAWU=((__li__KMFK *)li__55VU);
      li__HXPN(((__li__VTBD *)li__CAWU->li__3RFK),li__CAWU);
    } break;
    case __li__XOHL__: {
      li__LDMN(((__li__XOHL *)li__55VU));
    } break;
    case __li__FPHL__: {
      li__TT4L(((__li__FPHL *)li__55VU));
    } break;
    case __li__DFNL__: {
      li__CM1L(((__li__DFNL *)li__55VU));
    } break;
    case __li__3I3L__: {
      li__YWDM(((__li__KI *)((__li__3I3L *)li__55VU)->li__ETHP));
    } break;
    case __li__APLM__: {
      li__TGCQ(((__li__APLM *)li__55VU));
    } break;
    case __li__DTNM__: {
      li__MFRO(((__li__DTNM *)li__55VU));
    } break;
    case __li__JXNM__: {
      li__1W3R(((__li__JXNM *)li__55VU));
    } break;
    case __li__2PLO__: {
      li__DQIP(((__li__2PLO *)li__55VU));
    } break;
    case __li__21LO__: {
      li__T1IP(((__li__21LO *)li__55VU));
    } break;
    case __li__TPOO__: {
      li__EAWU=((__li__TPOO *)li__55VU);
      li__IZFQ(((__li__DZB *)li__EAWU->li__5IXO),li__EAWU);
    } break;
    case __li__URRO__: {
      li__DK4R(((__li__URRO *)li__55VU));
    } break;
    case __li__41XO__: {
      li__XGCQ(((__li__41XO *)li__55VU));
    } break;
    case __li__EDHP__: {
      li__1X4R=((__li__3I3L *)((__li__EDHP *)li__55VU)->li__JOXQ);
      li__1X4R->li__YVHP=(__li__K)(li__1X4R->li__YVHP -  1);
    } break;
    case __li__CJ1P__: {
      li__B50Q(((__li__CJ1P *)li__55VU));
    } break;
    case __li__EN1P__:  break;
    case __li__AKBR__: {
      li__AYCS(((__li__AKBR *)li__55VU));
    } break;
    case __li__SU5R__: {
      li__5XIS(((__li__SU5R *)li__55VU));
    } break;
    case __li__JV5R__: {
      li__DYIS(((__li__JV5R *)li__55VU));
    } break;
    };
    li__GUHM=(__li__K)(li__GUHM +  1);
  };
}

static void li__GWDM(__li__QWEC *li__HWDM,void *li__IWDM)
/* (Strict SLOT_CODE{li__QWEC},PROFIL_SLOT{li__1M}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DTHM,li__CPBN,li__MPBN;
  __li__ZCSH *li__ATHM,*li__CS0M;
  void **li__APBN;
  li__ATHM=((__li__ZCSH *)li__HWDM->li__DDSH);
  li__DTHM= 0;
  /* __li__B__ __li__I__ */
if (((*(li__ATHM)).li__ENSH >=  0)) {
    li__APBN=((void **)(*(li__ATHM)).li__HPOI);
    li__CPBN=(*(li__ATHM)).li__ENSH;
    li__MPBN= 0;
    while ((! ((li__MPBN > li__CPBN) || ((void *)li__IWDM == (void *)li__APBN[li__MPBN])))) {
      li__MPBN=(__li__K)(li__MPBN +  1);
    };
    li__DTHM=li__MPBN;
  };
  /* __li__B__ __li__I__ */
if ((li__DTHM <= (*(li__HWDM->li__DDSH)).li__ENSH)) {
    li__CS0M=((__li__ZCSH *)li__HWDM->li__DDSH);
    li__APBN=((void **)(*(li__CS0M)).li__HPOI);
    li__CPBN=(*(li__CS0M)).li__ENSH;
    li__MPBN=li__DTHM;
    while ((li__MPBN != li__CPBN)) {
      li__APBN[li__MPBN]=li__APBN[(__li__K)(li__MPBN +  1)];
      li__MPBN=(__li__K)(li__MPBN +  1);
    };
    (*(li__CS0M)).li__ENSH=(__li__K)((*(li__CS0M)).li__ENSH -  1);
  };
}

static __li__O3B* li__WNHP(__li__O3B *li__XNHP)
/* (Strict PUSH{li__O3B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__O3B *li__ZNHP,*li__FOHP,*li__YNHP;
  __li__VTBD *li__COHP;
  li__ZNHP=NULL;
  /* __li__B__ __li__I__ */
if (li__MOSI) {
    li__COHP=li__FPNQ(((__li__VTBD *)li__XNHP->li__B2ME));
    ((__li__VTBD *)li__COHP)->li__WTBD.li__LNME= 1;
    li__FOHP=li__WJUD(li__XNHP,li__XNHP->li__P3B.li__0CC,li__COHP,li__XNHP->li__C2ME);
    li__ZNHP=li__FOHP;
  } else /* FALSE */ {
    li__FOHP=li__WJUD(li__XNHP,li__XNHP->li__P3B.li__0CC,li__XNHP->li__B2ME,li__XNHP->li__C2ME);
    li__ZNHP=li__FOHP;
  };
  li__YNHP=li__ZNHP;
  return(li__YNHP);
}

static __li__PO li__TCMJ(__li__1M *li__UCMJ)
/* (Strict PROFIL_SLOT{li__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__IENK;
  __li__PO li__XCMJ,li__VCMJ;
  li__IENK=li__UCMJ->li__AZOI->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IENK)->__id==__li__IZB__) {
    li__XCMJ=((__li__IZB *)li__IENK)->li__JZB.li__RF.li__0CC;
  } else /* ITM_SLOT_OPERATOR */ {
    li__XCMJ=((__li__4HAD *)li__IENK)->li__5HAD.li__JZB.li__RF.li__0CC;
  };
  li__VCMJ=li__XCMJ;
  return(li__VCMJ);
}

static __li__3I3L* li__GIHP(__li__PO li__IIHP,__li__U *li__JIHP,__li__KI *li__KIHP)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U},Strict LIST{NULLxli__KI}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__3I3L *li__PKHP,*li__YLHP,*li__LIHP;
  __li__CB li__QKHP,li__NAWU;
  __li__JJG li__YKHP,li__QAWU,li__LAWU;
  __li__K li__DLHP;
  __li__52B li__1AWU;
  li__PKHP=NULL;
  li__QKHP=((__li__CB )(NULL));
  li__YKHP=((__li__JJG )sizeof(__li__3I3L));
  /* __li__B__ __li__I__ */
if ((li__YKHP ==  0)) {
    li__PKHP=li__3I3L__;
  } else /* FALSE */ {
    li__DLHP=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YKHP));
    /* __li__B__ __li__I__ */
if ((li__DLHP == (__li__K)(-  1))) {
      li__QAWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__LAWU=(__li__JJG)((__li__JJG)(li__YKHP - (__li__JJG)(((__li__JJG ) 0) - li__QAWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QAWU) - ((__li__JJG ) 1)));
      li__QAWU=(__li__JJG)(li__LAWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__NAWU=li__YCJ(li__LAWU,((__li__CB )(&(table_size[(li__QAWU)-1]))),((__li__52B )li__LAWU));
      li__QKHP=li__NAWU;
    } else /* FALSE */ {
      li__1AWU=((__li__52B )li__DLHP);
      li__QAWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__LAWU=(__li__JJG)((__li__JJG)(li__YKHP - (__li__JJG)(((__li__JJG ) 0) - li__QAWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QAWU) - ((__li__JJG ) 1)));
      li__NAWU=li__YCJ(li__LAWU,((__li__CB )(&(table_type[(li__1AWU)]))),(__li__52B)(li__1AWU |  1));
      li__QKHP=li__NAWU;
    };
    li__YLHP=((__li__3I3L *)li__QKHP);
    li__PKHP=li__YLHP;
    *(li__YLHP) = *(li__3I3L__);
  };
  li__YLHP=((__li__3I3L *)li__PKHP);
  li__YLHP->li__4I3L.li__0CC=li__IIHP;
  li__YLHP->li__BTHP=li__JIHP;
  li__YLHP->li__ETHP=li__KIHP;
  li__LIHP=li__PKHP;
  return(li__LIHP);
}

static void li__SW3P(__li__LHBK *li__TW3P,__li__KI *li__UW3P,__li__K li__VW3P,__li__C li__WW3P,__li__3 li__XW3P)
/* (Strict CALL_SLOT{li__LHBK},Strict LIST{NULLxli__KI},Expanded INTEGER{li__K},Expanded BOOLEAN{li__Bxli__I},Expanded CHARACTER{li__3}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZW3P,*li__HX3P;
  __li__K li__BV4P;
  void *li__TX3P;
  __li__VTBD *li__VX3P;
  __li__PO li__WX3P;
  __li__DFNL *li__QBWU;
  __li__KI *li__CBJQ;
  __li__SZEC *li__VQAQ;
  li__ZW3P=NULL;
  li__BV4P=(*(li__TW3P->li__TIWO)).li__J0EK;
  while ((li__BV4P >=  0)) {
    li__HX3P=((void **)(*(((__li__SZEC *)li__TW3P->li__TIWO))).li__F0EK)[li__BV4P];
    /* __li__B__ __li__I__ */
if (((void *)li__HX3P != (void *)NULL)) {
      li__VQAQ=((__li__SZEC *)li__TW3P->li__TIWO);
      ((void **)(*(li__VQAQ)).li__F0EK)[li__BV4P]=NULL;
      /* __li__B__ __li__I__ */
if (li__WW3P) {
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HX3P)->__id) {
        case __li__RLKJ__: {
          li__TX3P=((__li__RLKJ *)li__HX3P)->li__2BDK;
        } break;
        case __li__5LKJ__: {
          li__TX3P=((__li__5LKJ *)li__HX3P)->li__IDDK;
        } break;
        case __li__DFNL__: {
          li__TX3P=((__li__DFNL *)li__HX3P)->li__JG1L;
        } break;
        };
        /* NULL __li__DZB__ __li__VTBD__ */
if (li__TX3P==NULL) {
          li__VX3P=NULL;
        } else {
          if (((struct ___OBJ *)li__TX3P)->__id==__li__DZB__) {
            li__VX3P=NULL;
          } else /* Other types */ {
            li__VX3P=((void *)li__TX3P);
          }
        };
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HX3P)->__id) {
        case __li__RLKJ__: {
          li__WX3P=((__li__RLKJ *)li__HX3P)->li__SLKJ.li__RZEC.li__0CC;
        } break;
        case __li__5LKJ__: {
          li__WX3P=((__li__5LKJ *)li__HX3P)->li__AMKJ.li__RZEC.li__0CC;
        } break;
        case __li__DFNL__: {
          li__WX3P=((__li__DFNL *)li__HX3P)->li__EFNL.li__RZEC.li__0CC;
        } break;
        };
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HX3P)->__id) {
        case __li__RLKJ__: {
          li__TX3P=((__li__RLKJ *)li__HX3P)->li__SLKJ.li__CSSH;
        } break;
        case __li__5LKJ__: {
          li__TX3P=((__li__5LKJ *)li__HX3P)->li__AMKJ.li__CSSH;
        } break;
        case __li__DFNL__: {
          li__TX3P=((__li__DFNL *)li__HX3P)->li__EFNL.li__CSSH;
        } break;
        };
        li__QBWU=li__1CXJ(((__li__VTBD *)li__VX3P),li__WX3P,li__TX3P);
        li__ZW3P=li__QBWU;
        li__WDJQ(((__li__VTBD *)li__VX3P),li__HX3P);
      } else /* FALSE */ {
        li__ZW3P=li__HX3P;
      };
      li__CBJQ=((__li__KI *)li__UW3P);
      li__LJHI(((__li__TOLE *)li__CBJQ->li__2OLE),li__ZW3P,(__li__K)(li__VW3P -  1));
      /* __li__B__ __li__I__ */
if ((li__VW3P <= li__CBJQ->li__OJTE)) {
        li__CBJQ->li__OJTE=(__li__K)(li__CBJQ->li__OJTE +  1);
      };
      li__WVRE(li__CBJQ);
      /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__ZW3P)->__id) {
      case __li__RLKJ__: {
        li__TX3P=((__li__RLKJ *)li__ZW3P)->li__2BDK;
      } break;
      case __li__5LKJ__: {
        li__TX3P=((__li__5LKJ *)li__ZW3P)->li__IDDK;
      } break;
      case __li__DFNL__: {
        li__TX3P=((__li__DFNL *)li__ZW3P)->li__JG1L;
      } break;
      };
      /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__TX3P)->__id==__li__DZB__) {
        ((__li__DZB *)li__TX3P)->li__GZB.li__FZB.li__DI1B=li__XW3P;
      } else /* LOCAL */ {
        ((__li__VTBD *)((__li__DZB *)li__TX3P))->li__WTBD.li__FZB.li__DI1B=li__XW3P;
      };
    };
    li__BV4P=(__li__K)(li__BV4P -  1);
  };
}

static __li__EDHP* li__GKWR()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__EDHP *li__JKWR,*li__SLWR,*li__IKWR;
  __li__CB li__KKWR,li__EI4U;
  __li__JJG li__SKWR,li__HI4U,li__CI4U;
  __li__K li__3KWR;
  __li__52B li__SI4U;
  li__JKWR=NULL;
  li__KKWR=((__li__CB )(NULL));
  li__SKWR=((__li__JJG )sizeof(__li__EDHP));
  /* __li__B__ __li__I__ */
if ((li__SKWR ==  0)) {
    li__JKWR=li__EDHP__;
  } else /* FALSE */ {
    li__3KWR=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__SKWR));
    /* __li__B__ __li__I__ */
if ((li__3KWR == (__li__K)(-  1))) {
      li__HI4U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__CI4U=(__li__JJG)((__li__JJG)(li__SKWR - (__li__JJG)(((__li__JJG ) 0) - li__HI4U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HI4U) - ((__li__JJG ) 1)));
      li__HI4U=(__li__JJG)(li__CI4U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__EI4U=li__YCJ(li__CI4U,((__li__CB )(&(table_size[(li__HI4U)-1]))),((__li__52B )li__CI4U));
      li__KKWR=li__EI4U;
    } else /* FALSE */ {
      li__SI4U=((__li__52B )li__3KWR);
      li__HI4U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__CI4U=(__li__JJG)((__li__JJG)(li__SKWR - (__li__JJG)(((__li__JJG ) 0) - li__HI4U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HI4U) - ((__li__JJG ) 1)));
      li__EI4U=li__YCJ(li__CI4U,((__li__CB )(&(table_type[(li__SI4U)]))),(__li__52B)(li__SI4U |  1));
      li__KKWR=li__EI4U;
    };
    li__SLWR=((__li__EDHP *)li__KKWR);
    li__JKWR=li__SLWR;
    *(li__SLWR) = *(li__EDHP__);
  };
  li__IKWR=li__JKWR;
  return(li__IKWR);
}

static void li__MUPK()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__OYVK,li__G2ON,li__3SVO,li__HUVO,li__LBQP;
  __li__VTBD *li__2UPK;
  __li__WHBK *li__30ON;
  __li__CB li__BUVO;
  __li__3UPK *li__20ON;
  __li__C li__O1ON;
  void **li__41ON;
  li__OYVK=(*(li__PUPK)).li__4BPE;
  while ((li__OYVK >=  0)) {
    li__2UPK=((void **)(*(((__li__Z0IE *)li__PUPK))).li__WWWG)[li__OYVK];
    li__20ON=((__li__3UPK *)li__GVPK);
    li__30ON=li__2UPK->li__IVPK;
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__20ON)).li__50ON +  1) <= (__li__K)((*(li__20ON)).li__B1ON -  1))) {
      (*(li__20ON)).li__50ON=(__li__K)((*(li__20ON)).li__50ON +  1);
      li__O1ON=li__B__;
    } else /* FALSE */ {
      li__O1ON=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__O1ON)) {
      /* __li__B__ __li__I__ */
if (((*(li__20ON)).li__B1ON ==  0)) {
        li__41ON=li__4I3N( 2);
        (*(li__20ON)).li__51ON=li__41ON;
        (*(li__20ON)).li__B1ON= 2;
        (*(li__20ON)).li__50ON= 0;
      } else /* FALSE */ {
        li__G2ON=(__li__K)((*(li__20ON)).li__B1ON <<  1);
        li__41ON=((void **)(*(li__20ON)).li__51ON);
        li__3SVO=(*(li__20ON)).li__B1ON;
        li__BUVO=li__CUY(((__li__CB )li__41ON),((__li__JJG )(__li__K)(li__3SVO * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__G2ON * ((__li__K )(sizeof(void *))))));
        li__41ON=((void **)li__BUVO);
        li__HUVO=(__li__K)(li__G2ON -  1);
        li__LBQP=li__3SVO;
        while ((li__LBQP <= li__HUVO)) {
          li__41ON[li__LBQP]=NULL;
          li__LBQP=(__li__K)(li__LBQP +  1);
        };
        (*(li__20ON)).li__51ON=li__41ON;
        (*(li__20ON)).li__B1ON=li__G2ON;
        (*(li__20ON)).li__50ON=(__li__K)((*(li__20ON)).li__50ON +  1);
      };
    };
    ((void **)(*(li__20ON)).li__51ON)[(*(li__20ON)).li__50ON]=li__30ON;
    ((__li__VTBD *)li__2UPK)->li__IVPK=NULL;
    li__OYVK=(__li__K)(li__OYVK -  1);
  };
  (*(((__li__Z0IE *)li__PUPK))).li__4BPE=(__li__K)(-  1);
  ;
}

static __li__C li__1YJM(__li__1M *li__2YJM)
/* (Strict PROFIL_SLOT{li__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__PVTM;
  __li__ULSB *li__5YJM;
  __li__C li__3YJM;
  li__PVTM=li__2YJM->li__AZOI->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PVTM)->__id==__li__IZB__) {
    li__5YJM=((__li__IZB *)li__PVTM)->li__WLSB;
  } else /* ITM_SLOT_OPERATOR */ {
    li__5YJM=((__li__4HAD *)li__PVTM)->li__5HAD.li__WLSB;
  };
  li__3YJM=((void *)((__li__ULSB *)li__5YJM)->li__XNKE == (void *)(&__string_31));
  return(li__3YJM);
}

static __li__C li__42UI(__li__1M *li__52UI)
/* (Strict PROFIL_SLOT{li__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__4X2I;
  __li__ULSB *li__C3UI;
  __li__C li__A3UI;
  li__4X2I=li__52UI->li__AZOI->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4X2I)->__id==__li__IZB__) {
    li__C3UI=((__li__IZB *)li__4X2I)->li__WLSB;
  } else /* ITM_SLOT_OPERATOR */ {
    li__C3UI=((__li__4HAD *)li__4X2I)->li__5HAD.li__WLSB;
  };
  li__A3UI=((void *)((__li__ULSB *)li__C3UI)->li__XNKE == (void *)(&__string_36));
  return(li__A3UI);
}

static __li__ULSB* li__XZZC(__li__U *li__ZZZC)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__HSKE,*li__1ZZC,*li__M0ZC,*li__EZKE,*li__0ZZC;
  __li__K li__ISKE,li__VZKE,li__XZKE,li__TZKE,li__0WKF,li__SWKF;
  __li__K li__WXKF,li__YXKF;
  __li__CB li__LHWF,li__ACWU;
  __li__JJG li__THWF,li__DCWU,li__4BWU;
  __li__52B li__OCWU;
  __li__2ZZC *li__0RKE,*li__JZKE;
  __li__ESKE *li__GSKE,*li__UZKE,*li__UWKF,*li__VWKF,*li__TIWF;
  void **li__TWKF,**li__1WKF;
  li__0RKE=((__li__2ZZC *)li__E0ZC);
  li__HSKE=NULL;
  li__ISKE=li__AIO(((__li__U *)li__ZZZC));
  li__GSKE=((void **)li__0RKE->li__QSKE)[(__li__K)(li__ISKE % li__0RKE->li__JSKE)];
  while ((! (((void *)li__GSKE == (void *)NULL) || ((void *)li__GSKE->li__2SKE == (void *)li__ZZZC)))) {
    li__GSKE=li__GSKE->li__HTKE;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__GSKE != (void *)NULL)) {
    li__HSKE=li__GSKE->li__PTKE;
  };
  li__1ZZC=li__HSKE;
  /* __li__B__ __li__I__ */
if (((void *)li__HSKE == (void *)NULL)) {
    li__M0ZC=li__U5GD();
    li__1ZZC=li__M0ZC;
    li__EZKE=((__li__ULSB *)li__M0ZC);
    li__EZKE->li__XNKE=li__ZZZC;
    li__EZKE->li__HZKE=NULL;
    li__JZKE=((__li__2ZZC *)li__E0ZC);
    li__VZKE=li__AIO(((__li__U *)li__ZZZC));
    li__XZKE=(__li__K)(li__VZKE % li__JZKE->li__JSKE);
    li__TZKE=li__XZKE;
    li__UZKE=((void **)li__JZKE->li__QSKE)[li__XZKE];
    while ((! (((void *)li__UZKE == (void *)NULL) || ((void *)li__UZKE->li__2SKE == (void *)li__ZZZC)))) {
      li__UZKE=li__UZKE->li__HTKE;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__UZKE == (void *)NULL)) {
      /* __li__B__ __li__I__ */
if ((li__JZKE->li__JSKE == li__JZKE->li__V0KE)) {
        li__UWKF=NULL;
        li__VWKF=NULL;
        li__TWKF=li__JZKE->li__QSKE;
        li__0WKF=li__YDQ((__li__K)(li__JZKE->li__JSKE +  1));
        li__1WKF=li__BVXE(li__0WKF);
        li__JZKE->li__QSKE=li__1WKF;
        li__SWKF=(__li__K)(li__JZKE->li__JSKE -  1);
        li__JZKE->li__JSKE=li__0WKF;
        while ((! (li__SWKF <  0))) {
          li__UWKF=((void **)li__TWKF)[li__SWKF];
          while (((void *)li__UWKF != (void *)NULL)) {
            li__VWKF=li__UWKF->li__HTKE;
            li__WXKF=li__AIO(((__li__U *)li__UWKF->li__2SKE));
            li__YXKF=(__li__K)(li__WXKF % li__JZKE->li__JSKE);
            ((__li__ESKE *)li__UWKF)->li__HTKE=((void **)li__JZKE->li__QSKE)[li__YXKF];
            ((void **)li__JZKE->li__QSKE)[li__YXKF]=li__UWKF;
            li__UWKF=li__VWKF;
          };
          li__SWKF=(__li__K)(li__SWKF -  1);
        };
        li__TZKE=(__li__K)(li__VZKE % li__JZKE->li__JSKE);
      };
      li__UWKF=((void **)li__JZKE->li__QSKE)[li__TZKE];
      li__VWKF=NULL;
      li__LHWF=((__li__CB )(NULL));
      li__THWF=((__li__JJG )sizeof(__li__ESKE));
      /* __li__B__ __li__I__ */
if ((li__THWF ==  0)) {
        li__VWKF=li__ESKE__;
      } else /* FALSE */ {
        li__0WKF=__li__ESKE__;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__THWF));
        /* __li__B__ __li__I__ */
if ((li__0WKF == (__li__K)(-  1))) {
          li__DCWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__4BWU=(__li__JJG)((__li__JJG)(li__THWF - (__li__JJG)(((__li__JJG ) 0) - li__DCWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DCWU) - ((__li__JJG ) 1)));
          li__DCWU=(__li__JJG)(li__4BWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__ACWU=li__YCJ(li__4BWU,((__li__CB )(&(table_size[(li__DCWU)-1]))),((__li__52B )li__4BWU));
          li__LHWF=li__ACWU;
        } else /* FALSE */ {
          li__OCWU=((__li__52B )li__0WKF);
          li__DCWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__4BWU=(__li__JJG)((__li__JJG)(li__THWF - (__li__JJG)(((__li__JJG ) 0) - li__DCWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DCWU) - ((__li__JJG ) 1)));
          li__ACWU=li__YCJ(li__4BWU,((__li__CB )(&(table_type[(li__OCWU)]))),(__li__52B)(li__OCWU |  1));
          li__LHWF=li__ACWU;
        };
        li__TIWF=((__li__ESKE *)li__LHWF);
        li__VWKF=li__TIWF;
        *(li__TIWF) = *(li__ESKE__);
      };
      li__TIWF=((__li__ESKE *)li__VWKF);
      li__TIWF->li__PTKE=li__M0ZC;
      li__TIWF->li__2SKE=li__ZZZC;
      li__TIWF->li__HTKE=li__UWKF;
      li__UZKE=li__VWKF;
      ((void **)li__JZKE->li__QSKE)[li__TZKE]=li__VWKF;
      li__JZKE->li__V0KE=(__li__K)(li__JZKE->li__V0KE +  1);
    } else /* FALSE */ {
      ((__li__ESKE *)li__UZKE)->li__PTKE=li__M0ZC;
    };
  };
  li__0ZZC=li__1ZZC;
  return(li__0ZZC);
}

static __li__U* li__UFSI()
/* () With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__XFSI;
  __li__U *li__YFSI,*li__WFSI;
  li__XFSI=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XFSI)->__id) {
  case __li__IF__: {
    li__YFSI=((__li__IF *)li__XFSI)->li__QGQB;
  } break;
  case __li__ORB__: {
    li__YFSI=(&__string_1);
  } break;
  case __li__QRB__: {
    li__YFSI=(&__string_2);
  } break;
  case __li__SRB__: {
    li__YFSI=(&__string_51);
  } break;
  case __li__URB__: {
    li__YFSI=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__YFSI=((__li__GSZ *)li__XFSI)->li__HSZ.li__QGQB;
  } break;
  case __li__1RRF__: {
    li__YFSI=li__UFSI();
  } break;
  case __li__UJSH__: {
    li__YFSI=((__li__UJSH *)li__XFSI)->li__VJSH.li__NZFD;
  } break;
  };
  li__WFSI=li__YFSI;
  return(li__WFSI);
}

static void* li__YPYI(__li__DZB *li__ZPYI)
/* (Strict SLOT_DATA{li__DZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__1PYI,*li__0PYI;
  li__1PYI=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__ZPYI->li__LZB != (void *)NULL)) {
    li__1PYI=li__ZPYI->li__LZB->li__LFJG;
  } else /* FALSE */ {
    li__1PYI=li__5TB;
  };
  li__0PYI=li__1PYI;
  return(li__0PYI);
}

static __li__5RB* li__0VSG(__li__WRB *li__1VSG,void *li__2VSG)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__4VSG,*li__LXSG,*li__3VSG;
  __li__U *li__5VSG;
  __li__PO li__5WSG;
  __li__PF *li__CRIV;
  __li__C li__IWSG;
  li__4VSG=NULL;
  li__5VSG=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__1VSG == (void *)li__PMZ)) {
    li__4VSG=li__ORB__->li__PRB.li__J0C;
    li__IWSG=li__B__;
  } else /* FALSE */ {
    li__IWSG=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__IWSG)) {
    /* __li__B__ __li__I__ */
if (((void *)li__1VSG == (void *)li__3MZ)) {
      li__4VSG=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__2VSG != (void *)NULL)) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2VSG)->__id) {
        case __li__IF__: {
          li__5WSG=((__li__IF *)li__2VSG)->li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__ORB__: {
          li__5WSG=((__li__ORB *)li__2VSG)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__QRB__: {
          li__5WSG=((__li__QRB *)li__2VSG)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__SRB__: {
          li__5WSG=((__li__SRB *)li__2VSG)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__URB__: {
          li__5WSG=((__li__URB *)li__2VSG)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__GSZ__: {
          li__5WSG=((__li__GSZ *)li__2VSG)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__1RRF__: {
          li__CRIV=li__QLKI();
          li__5WSG=li__CRIV->li__SF.li__RF.li__0CC;
        } break;
        case __li__UJSH__: {
          li__CRIV=li__VYLN();
          li__5WSG=li__CRIV->li__SF.li__RF.li__0CC;
        } break;
        };
        li__5VSG=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__5WSG)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__5VSG=li__MPB;
      };
      li__LXSG=li__B0MB(li__5VSG,li__1VSG);
      li__4VSG=li__LXSG;
    };
  };
  li__3VSG=li__4VSG;
  return(li__3VSG);
}

static __li__5RB* li__OXSG(__li__XRB *li__PXSG,void *li__QXSG)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__SXSG,*li__5YSG,*li__RXSG;
  __li__U *li__TXSG;
  __li__PO li__TYSG;
  __li__PF *li__ERIV;
  __li__C li__2XSG;
  li__SXSG=NULL;
  li__TXSG=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__PXSG == (void *)li__PMZ)) {
    li__SXSG=li__ORB__->li__PRB.li__J0C;
    li__2XSG=li__B__;
  } else /* FALSE */ {
    li__2XSG=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__2XSG)) {
    /* __li__B__ __li__I__ */
if (((void *)li__PXSG == (void *)li__3MZ)) {
      li__SXSG=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__QXSG != (void *)NULL)) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__QXSG)->__id) {
        case __li__IF__: {
          li__TYSG=((__li__IF *)li__QXSG)->li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__ORB__: {
          li__TYSG=((__li__ORB *)li__QXSG)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__QRB__: {
          li__TYSG=((__li__QRB *)li__QXSG)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__SRB__: {
          li__TYSG=((__li__SRB *)li__QXSG)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__URB__: {
          li__TYSG=((__li__URB *)li__QXSG)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__GSZ__: {
          li__TYSG=((__li__GSZ *)li__QXSG)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
        } break;
        case __li__1RRF__: {
          li__ERIV=li__QLKI();
          li__TYSG=li__ERIV->li__SF.li__RF.li__0CC;
        } break;
        case __li__UJSH__: {
          li__ERIV=li__VYLN();
          li__TYSG=li__ERIV->li__SF.li__RF.li__0CC;
        } break;
        };
        li__TXSG=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__TYSG)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__TXSG=li__MPB;
      };
      li__5YSG=li__I2MB(li__TXSG,li__PXSG);
      li__SXSG=li__5YSG;
    };
  };
  li__RXSG=li__SXSG;
  return(li__RXSG);
}

static __li__5RB* li__CZSG(__li__KUB *li__DZSG,void *li__EZSG)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__HZSG,*li__JZSG,*li__UZSG,*li__FZSG;
  __li__U *li__KZSG;
  __li__K li__IZSG,li__VZSG;
  void *li__TZSG;
  __li__PO li__Y0SG;
  __li__PF *li__GRIV;
  __li__3PZ *li__LZSG,*li__GZSG,*li__S0SG;
  li__HZSG=NULL;
  li__JZSG=NULL;
  li__KZSG=NULL;
  li__LZSG=li__DG3();
  li__GZSG=li__LZSG;
  li__IZSG= 0;
  do {
    li__TZSG=((void **)(*(((__li__CRB *)li__DZSG->li__EDD))).li__V1BD)[li__IZSG];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__TZSG)->__id) {
    case __li__WRB__: {
      li__UZSG=li__WLRF(((__li__WRB *)li__TZSG),li__EZSG);
    } break;
    case __li__XRB__: {
      li__UZSG=li__KNRF(((__li__XRB *)((__li__WRB *)li__TZSG)),li__EZSG);
    } break;
    case __li__KUB__: {
      li__UZSG=li__4ORF(((__li__KUB *)((__li__WRB *)li__TZSG)),li__EZSG);
    } break;
    case __li__VB1__: {
      li__UZSG=li__DRRF(((__li__VB1 *)((__li__WRB *)li__TZSG)),li__EZSG);
    } break;
    case __li__4O2B__: {
      li__UZSG=li__XRRF(((__li__4O2B *)((__li__WRB *)li__TZSG)),li__EZSG);
    } break;
    };
    li__HZSG=li__UZSG;
    li__4RFC(((__li__3PZ *)li__GZSG),li__HZSG);
    li__VZSG=(__li__K)(li__IZSG +  1);
    li__IZSG=li__VZSG;
  } while (((li__VZSG <= (*(li__DZSG->li__EDD)).li__5QZ) && ((void *)li__HZSG != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__HZSG == (void *)NULL)) {
    li__OHGB(li__LZSG);
  } else /* FALSE */ {
    li__S0SG=li__SHGB(li__LZSG);
    li__GZSG=li__S0SG;
    /* __li__B__ __li__I__ */
if (((void *)li__EZSG != (void *)NULL)) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__EZSG)->__id) {
      case __li__IF__: {
        li__Y0SG=((__li__IF *)li__EZSG)->li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__ORB__: {
        li__Y0SG=((__li__ORB *)li__EZSG)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__QRB__: {
        li__Y0SG=((__li__QRB *)li__EZSG)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__SRB__: {
        li__Y0SG=((__li__SRB *)li__EZSG)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__URB__: {
        li__Y0SG=((__li__URB *)li__EZSG)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__GSZ__: {
        li__Y0SG=((__li__GSZ *)li__EZSG)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
      } break;
      case __li__1RRF__: {
        li__GRIV=li__QLKI();
        li__Y0SG=li__GRIV->li__SF.li__RF.li__0CC;
      } break;
      case __li__UJSH__: {
        li__GRIV=li__VYLN();
        li__Y0SG=li__GRIV->li__SF.li__RF.li__0CC;
      } break;
      };
      li__KZSG=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__Y0SG)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__KZSG=li__MPB;
    };
    li__UZSG=li__DJGB(li__KZSG,li__DZSG,li__S0SG);
    li__JZSG=li__UZSG;
  };
  li__FZSG=li__JZSG;
  return(li__FZSG);
}

static __li__5RB* li__H1SG(__li__VB1 *li__I1SG,void *li__J1SG)
/* (Strict ITM_TYPE_PARAMETER{li__VB1},PARAMETER_TO_TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__M1SG,*li__K1SG;
  __li__PO li__U1SG;
  __li__PF *li__JUBK;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (((struct ___OBJ *)li__J1SG)->__id==__li__GSZ__) {
    li__M1SG=li__EKXF(((__li__GSZ *)((__li__IF *)li__J1SG)),li__I1SG);
  } else /* Other types */ {
    li__M1SG=NULL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__M1SG == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_354));
    li__JAZ(((__li__BC *)li__0C),li__I1SG->li__WB1.li__P2C);
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__J1SG)->__id) {
    case __li__IF__: {
      li__U1SG=((__li__IF *)li__J1SG)->li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__ORB__: {
      li__U1SG=((__li__ORB *)li__J1SG)->li__PRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__QRB__: {
      li__U1SG=((__li__QRB *)li__J1SG)->li__RRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__SRB__: {
      li__U1SG=((__li__SRB *)li__J1SG)->li__TRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__URB__: {
      li__U1SG=((__li__URB *)li__J1SG)->li__VRB.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__GSZ__: {
      li__U1SG=((__li__GSZ *)li__J1SG)->li__HSZ.li__TF->li__SF.li__RF.li__0CC;
    } break;
    case __li__1RRF__: {
      li__JUBK=li__QLKI();
      li__U1SG=li__JUBK->li__SF.li__RF.li__0CC;
    } break;
    case __li__UJSH__: {
      li__JUBK=li__VYLN();
      li__U1SG=li__JUBK->li__SF.li__RF.li__0CC;
    } break;
    };
    li__K4E( 1,li__0C);
    li__V5E(li__U1SG);
    li__ODF();
  };
  li__K1SG=li__M1SG;
  return(li__K1SG);
}

static void li__0IUG(__li__MZB *li__1IUG,__li__DZB *li__2IUG)
/* (Strict FAST_ARRAY(SLOT_DATA){li__MZB},Strict SLOT_DATA{NULLxli__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__4JUG;
  __li__C li__LJUG;
  void **li__XJUG;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__1IUG)).li__1ZB +  1) <= (__li__K)((*(li__1IUG)).li__ZQ0 -  1))) {
    (*(li__1IUG)).li__1ZB=(__li__K)((*(li__1IUG)).li__1ZB +  1);
    li__LJUG=li__B__;
  } else /* FALSE */ {
    li__LJUG=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__LJUG)) {
    /* __li__B__ __li__I__ */
if (((*(li__1IUG)).li__ZQ0 ==  0)) {
      li__XJUG=li__EGHB( 2);
      (*(li__1IUG)).li__GR0=li__XJUG;
      (*(li__1IUG)).li__ZQ0= 2;
      (*(li__1IUG)).li__1ZB= 0;
    } else /* FALSE */ {
      li__4JUG=(__li__K)((*(li__1IUG)).li__ZQ0 <<  1);
      li__XJUG=li__WYUG(((void **)(*(li__1IUG)).li__GR0),(*(li__1IUG)).li__ZQ0,li__4JUG);
      (*(li__1IUG)).li__GR0=li__XJUG;
      (*(li__1IUG)).li__ZQ0=li__4JUG;
      (*(li__1IUG)).li__1ZB=(__li__K)((*(li__1IUG)).li__1ZB +  1);
    };
  };
  ((void **)(*(li__1IUG)).li__GR0)[(*(li__1IUG)).li__1ZB]=li__2IUG;
}

static void li__UNBK(__li__WK *li__VNBK,__li__BC *li__WNBK)
/* (Strict STRING_CST{li__WK},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__DAHL,*li__1RNL;
  __li__K li__XXPK,li__HAHL;
  li__SRX(((__li__BC *)li__WNBK),'\"');
  li__JAZ(((__li__BC *)li__WNBK),li__VNBK->li__XNBK);
  li__SRX(((__li__BC *)li__WNBK),'\"');
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__WNBK),(&__string_26));
    li__DAHL=&(li__VNBK->li__1K.li__0K.li__KC);
    /* 0 1 */
if (li__DAHL->li__VRLF==0) {
      li__XXPK=li__DAHL->li__URLF;
    } else /* ___TYPE_ID */ {
      li__HAHL=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__1RNL=&(li__VNBK->li__1K.li__0K.li__KC);
      li__1RNL->li__URLF=li__HAHL;
      li__1RNL->li__VRLF=0;
      li__XXPK=li__HAHL;
    };
    li__B0E(li__XXPK,li__WNBK);
    li__JAZ(((__li__BC *)li__WNBK),(&__string_24));
  };
}

static void li__FSMI(__li__AVBD *li__GSMI,__li__BC *li__HSMI)
/* (Strict EXTERNAL_C{li__AVBD},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__4SMI,li__IWVN,li__LHQI,li__LTAJ;
  void *li__GTMI;
  __li__KLWI *li__NRIV;
  __li__ULWI *li__PRIV;
  __li__MSWI *li__RRIV;
  void *li__DUMI;
  __li__U *li__EUMI;
  __li__TQNE *li__U21U;
  __li__PB *li__HTAJ,*li__R3GJ;
  __li__C li__ZYKJ,li__USMI;
  __li__2ZEC *li__O21U;
  li__SRX(((__li__BC *)li__HSMI),'`');
  li__JAZ(((__li__BC *)li__HSMI),li__GSMI->li__M2ME);
  /* __li__B__ __li__I__ */
if (((void *)li__GSMI->li__N2ME != (void *)NULL)) {
    li__ZYKJ=((*(((__li__2ZEC *)li__GSMI->li__N2ME))).li__NKSH <  0);
    li__USMI=(! li__ZYKJ);
  } else /* FALSE */ {
    li__USMI=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__USMI) {
    li__SRX(((__li__BC *)li__HSMI),'(');
    li__4SMI=(__li__K)((*(li__GSMI->li__N2ME)).li__NKSH -  1);
    li__IWVN= 0;
    while ((li__IWVN <= li__4SMI)) {
      li__GTMI=((void **)(*(((__li__2ZEC *)li__GSMI->li__N2ME))).li__3GPI)[li__IWVN];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GTMI)->__id) {
      case __li__WK__: {
        li__UNBK(((__li__WK *)li__GTMI),li__HSMI);
      } break;
      case __li__AVBD__: {
        li__FSMI(((__li__AVBD *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__KVBD__: {
        li__RAHJ(((__li__KVBD *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__WVBD__: {
        li__NUMI(((__li__WVBD *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__KTVI__: {
        li__ROBK(((__li__KTVI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__LTVI__: {
        li__Z30L(((__li__LTVI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__XTVI__: {
        li__1OBK(((__li__XTVI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__YTVI__: {
        li__A40L(((__li__YTVI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__S2VI__: {
        li__CPBK(((__li__S2VI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__E3VI__: {
        li__NPBK(((__li__E3VI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__KLWI__: {
        li__NRIV=((__li__KLWI *)((__li__WK *)li__GTMI));
        li__JAZ(((__li__BC *)li__HSMI),(&__string_369));
        li__H40L(((__li__KMFK *)li__NRIV->li__ZPBK),li__HSMI);
        li__SRX(((__li__BC *)li__HSMI),')');
      } break;
      case __li__ULWI__: {
        li__PRIV=((__li__ULWI *)((__li__WK *)li__GTMI));
        li__JAZ(((__li__BC *)li__HSMI),(&__string_370));
        li__4MYI(((__li__5RB *)li__PRIV->li__4PBK),li__HSMI);
        li__SRX(((__li__BC *)li__HSMI),')');
      } break;
      case __li__NMWI__: {
        li__AQBK(((__li__NMWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__BNWI__: {
        li__JQBK(((__li__BNWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__XNWI__: {
        li__SQBK(((__li__XNWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__LOWI__: {
        li__ZQBK(((__li__LOWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__5OWI__: {
        li__ARBK(((__li__5OWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__TPWI__: {
        li__HRBK(((__li__TPWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__HQWI__: {
        li__ORBK(((__li__HQWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__ARWI__: {
        li__VRBK(((__li__ARWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__URWI__: {
        li__4RBK(((__li__URWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__MSWI__: {
        li__RRIV=((__li__MSWI *)((__li__WK *)li__GTMI));
        li__JAZ(((__li__BC *)li__HSMI),(&__string_371));
        li__4MYI(((__li__5RB *)li__RRIV->li__ISBK),li__HSMI);
        li__SRX(((__li__BC *)li__HSMI),')');
      } break;
      case __li__ETWI__: {
        li__KSBK(((__li__ETWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__MZWI__: {
        li__ZSBK(((__li__MZWI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__C0WI__: {
        li__5SBK(((__li__C0WI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__M1WI__: {
        li__JS2K(((__li__M1WI *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__KMFK__: {
        li__H40L(((__li__KMFK *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__XOHL__: {
        li__3AMN(((__li__XOHL *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__FPHL__: {
        li__K43L(((__li__FPHL *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__APLM__: {
        li__J2BQ(((__li__APLM *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__DTNM__: {
        li__SARO(((__li__DTNM *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__JXNM__: {
        li__CU3R(((__li__JXNM *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__21LO__: {
        li__ZJKP(((__li__21LO *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__TPOO__: {
        li__4JKP(((__li__TPOO *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__URRO__: {
        li__NF4R(((__li__URRO *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__41XO__: {
        li__S2BQ(((__li__41XO *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__AKBR__: {
        li__HVCS(((__li__AKBR *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__SU5R__: {
        li__YLIS(((__li__SU5R *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      case __li__JV5R__: {
        li__BMIS(((__li__JV5R *)((__li__WK *)li__GTMI)),li__HSMI);
      } break;
      };
      li__SRX(((__li__BC *)li__HSMI),',');
      li__IWVN=(__li__K)(li__IWVN +  1);
    };
    li__O21U=((__li__2ZEC *)li__GSMI->li__N2ME);
    li__GTMI=((void **)(*(li__O21U)).li__3GPI)[(*(li__O21U)).li__NKSH];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GTMI)->__id) {
    case __li__WK__: {
      li__UNBK(((__li__WK *)li__GTMI),li__HSMI);
    } break;
    case __li__AVBD__: {
      li__FSMI(((__li__AVBD *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__KVBD__: {
      li__RAHJ(((__li__KVBD *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__WVBD__: {
      li__NUMI(((__li__WVBD *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__KTVI__: {
      li__ROBK(((__li__KTVI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__LTVI__: {
      li__Z30L(((__li__LTVI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__XTVI__: {
      li__1OBK(((__li__XTVI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__YTVI__: {
      li__A40L(((__li__YTVI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__S2VI__: {
      li__CPBK(((__li__S2VI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__E3VI__: {
      li__NPBK(((__li__E3VI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__KLWI__: {
      li__NRIV=((__li__KLWI *)((__li__WK *)li__GTMI));
      li__JAZ(((__li__BC *)li__HSMI),(&__string_369));
      li__H40L(((__li__KMFK *)li__NRIV->li__ZPBK),li__HSMI);
      li__SRX(((__li__BC *)li__HSMI),')');
    } break;
    case __li__ULWI__: {
      li__PRIV=((__li__ULWI *)((__li__WK *)li__GTMI));
      li__JAZ(((__li__BC *)li__HSMI),(&__string_370));
      li__4MYI(((__li__5RB *)li__PRIV->li__4PBK),li__HSMI);
      li__SRX(((__li__BC *)li__HSMI),')');
    } break;
    case __li__NMWI__: {
      li__AQBK(((__li__NMWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__BNWI__: {
      li__JQBK(((__li__BNWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__XNWI__: {
      li__SQBK(((__li__XNWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__LOWI__: {
      li__ZQBK(((__li__LOWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__5OWI__: {
      li__ARBK(((__li__5OWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__TPWI__: {
      li__HRBK(((__li__TPWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__HQWI__: {
      li__ORBK(((__li__HQWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__ARWI__: {
      li__VRBK(((__li__ARWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__URWI__: {
      li__4RBK(((__li__URWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__MSWI__: {
      li__RRIV=((__li__MSWI *)((__li__WK *)li__GTMI));
      li__JAZ(((__li__BC *)li__HSMI),(&__string_371));
      li__4MYI(((__li__5RB *)li__RRIV->li__ISBK),li__HSMI);
      li__SRX(((__li__BC *)li__HSMI),')');
    } break;
    case __li__ETWI__: {
      li__KSBK(((__li__ETWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__MZWI__: {
      li__ZSBK(((__li__MZWI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__C0WI__: {
      li__5SBK(((__li__C0WI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__M1WI__: {
      li__JS2K(((__li__M1WI *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__KMFK__: {
      li__H40L(((__li__KMFK *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__XOHL__: {
      li__3AMN(((__li__XOHL *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__FPHL__: {
      li__K43L(((__li__FPHL *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__APLM__: {
      li__J2BQ(((__li__APLM *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__DTNM__: {
      li__SARO(((__li__DTNM *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__JXNM__: {
      li__CU3R(((__li__JXNM *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__21LO__: {
      li__ZJKP(((__li__21LO *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__TPOO__: {
      li__4JKP(((__li__TPOO *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__URRO__: {
      li__NF4R(((__li__URRO *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__41XO__: {
      li__S2BQ(((__li__41XO *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__AKBR__: {
      li__HVCS(((__li__AKBR *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__SU5R__: {
      li__YLIS(((__li__SU5R *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    case __li__JV5R__: {
      li__BMIS(((__li__JV5R *)((__li__WK *)li__GTMI)),li__HSMI);
    } break;
    };
    li__SRX(((__li__BC *)li__HSMI),')');
  };
  li__SRX(((__li__BC *)li__HSMI),'`');
  li__OUHF(((__li__5RB *)li__GSMI->li__K2ME),li__HSMI);
  /* __li__B__ __li__I__ */
if (((void *)li__GSMI->li__NTMI != (void *)NULL)) {
    li__SRX(((__li__BC *)li__HSMI),'(');
    li__4SMI=(__li__K)(li__GSMI->li__NTMI->li__ZTMI -  1);
    li__IWVN= 0;
    while ((li__IWVN <= li__4SMI)) {
      li__DUMI=((void **)((__li__TQNE *)li__GSMI->li__NTMI)->li__GABM)[li__IWVN];
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DUMI)->__id) {
      case __li__IF__: {
        li__EUMI=((__li__IF *)li__DUMI)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__EUMI=(&__string_1);
      } break;
      case __li__QRB__: {
        li__EUMI=(&__string_2);
      } break;
      case __li__SRB__: {
        li__EUMI=(&__string_51);
      } break;
      case __li__URB__: {
        li__EUMI=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__EUMI=((__li__GSZ *)li__DUMI)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__EUMI=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__EUMI=((__li__UJSH *)li__DUMI)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__HSMI),li__EUMI);
      li__SRX(((__li__BC *)li__HSMI),',');
      li__IWVN=(__li__K)(li__IWVN +  1);
    };
    li__U21U=((__li__TQNE *)li__GSMI->li__NTMI);
    li__GTMI=((void **)li__U21U->li__GABM)[li__U21U->li__ZTMI];
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GTMI)->__id) {
    case __li__IF__: {
      li__EUMI=((__li__IF *)li__GTMI)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__EUMI=(&__string_1);
    } break;
    case __li__QRB__: {
      li__EUMI=(&__string_2);
    } break;
    case __li__SRB__: {
      li__EUMI=(&__string_51);
    } break;
    case __li__URB__: {
      li__EUMI=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__EUMI=((__li__GSZ *)li__GTMI)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__EUMI=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__EUMI=((__li__UJSH *)li__GTMI)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__HSMI),li__EUMI);
    li__SRX(((__li__BC *)li__HSMI),')');
  };
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__HSMI),(&__string_26));
    li__HTAJ=&(li__GSMI->li__BVBD.li__KC);
    /* 0 1 */
if (li__HTAJ->li__VRLF==0) {
      li__LHQI=li__HTAJ->li__URLF;
    } else /* ___TYPE_ID */ {
      li__LTAJ=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__R3GJ=&(li__GSMI->li__BVBD.li__KC);
      li__R3GJ->li__URLF=li__LTAJ;
      li__R3GJ->li__VRLF=0;
      li__LHQI=li__LTAJ;
    };
    li__B0E(li__LHQI,li__HSMI);
    li__JAZ(((__li__BC *)li__HSMI),(&__string_24));
  };
}

static void li__RAHJ(__li__KVBD *li__SAHJ,__li__BC *li__TAHJ)
/* (Strict PROTOTYPE_CST{li__KVBD},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__QNTJ,*li__GGWJ;
  __li__K li__0ALJ,li__UNTJ;
  li__4MYI(((__li__5RB *)li__SAHJ->li__LVBD.li__WZLE),li__TAHJ);
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__TAHJ),(&__string_26));
    li__QNTJ=&(li__SAHJ->li__LVBD.li__0K.li__KC);
    /* 0 1 */
if (li__QNTJ->li__VRLF==0) {
      li__0ALJ=li__QNTJ->li__URLF;
    } else /* ___TYPE_ID */ {
      li__UNTJ=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__GGWJ=&(li__SAHJ->li__LVBD.li__0K.li__KC);
      li__GGWJ->li__URLF=li__UNTJ;
      li__GGWJ->li__VRLF=0;
      li__0ALJ=li__UNTJ;
    };
    li__B0E(li__0ALJ,li__TAHJ);
    li__JAZ(((__li__BC *)li__TAHJ),(&__string_24));
  };
}

static void li__NUMI(__li__WVBD *li__OUMI,__li__BC *li__PUMI)
/* (Strict INTEGER_CST{li__WVBD},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__VTAJ,*li__G4GJ;
  __li__K li__1HQI,li__ZTAJ;
  li__SRX(((__li__BC *)li__PUMI),'(');
  li__OUHF(((__li__5RB *)li__OUMI->li__XVBD.li__WZLE),li__PUMI);
  li__SRX(((__li__BC *)li__PUMI),')');
  li__WRHF(li__OUMI->li__2ZLE,li__PUMI);
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__PUMI),(&__string_26));
    li__VTAJ=&(li__OUMI->li__XVBD.li__0K.li__KC);
    /* 0 1 */
if (li__VTAJ->li__VRLF==0) {
      li__1HQI=li__VTAJ->li__URLF;
    } else /* ___TYPE_ID */ {
      li__ZTAJ=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__G4GJ=&(li__OUMI->li__XVBD.li__0K.li__KC);
      li__G4GJ->li__URLF=li__ZTAJ;
      li__G4GJ->li__VRLF=0;
      li__1HQI=li__ZTAJ;
    };
    li__B0E(li__1HQI,li__PUMI);
    li__JAZ(((__li__BC *)li__PUMI),(&__string_24));
  };
}

static void li__UGRO(__li__IYBD *li__VGRO,__li__BC *li__WGRO)
/* (Strict SWITCH{li__IYBD},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__0HRO;
  __li__KLWI *li__ZRIV;
  __li__ULWI *li__1RIV;
  __li__MSWI *li__3RIV;
  __li__K li__DHPU,li__UH3O,li__VH3O;
  __li__5QPK *li__FHRO,*li__LHRO;
  void *li__GHRO;
  __li__U *li__HHRO;
  __li__KI *li__3GRO;
  li__JAZ(((__li__BC *)li__WGRO),(&__string_473));
  li__0HRO=li__VGRO->li__ZHRO;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0HRO)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__0HRO),li__WGRO);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__KLWI__: {
    li__ZRIV=((__li__KLWI *)((__li__WK *)li__0HRO));
    li__JAZ(((__li__BC *)li__WGRO),(&__string_369));
    li__H40L(((__li__KMFK *)li__ZRIV->li__ZPBK),li__WGRO);
    li__SRX(((__li__BC *)li__WGRO),')');
  } break;
  case __li__ULWI__: {
    li__1RIV=((__li__ULWI *)((__li__WK *)li__0HRO));
    li__JAZ(((__li__BC *)li__WGRO),(&__string_370));
    li__4MYI(((__li__5RB *)li__1RIV->li__4PBK),li__WGRO);
    li__SRX(((__li__BC *)li__WGRO),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__MSWI__: {
    li__3RIV=((__li__MSWI *)((__li__WK *)li__0HRO));
    li__JAZ(((__li__BC *)li__WGRO),(&__string_371));
    li__4MYI(((__li__5RB *)li__3RIV->li__ISBK),li__WGRO);
    li__SRX(((__li__BC *)li__WGRO),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__0HRO)),li__WGRO);
  } break;
  };
  li__SRX(((__li__BC *)li__WGRO),'\n');
  li__DHPU=(__li__K)((*(((__li__BRPK *)li__VGRO->li__KRPK))).li__QRPK +  1);
  /* __li__B__ __li__I__ */
if ((li__DHPU >  0)) {
    li__JAZ(((__li__BC *)li__FI),(&__string_474));
    li__UH3O= 0;
    li__VH3O=(__li__K)((*(li__VGRO->li__KRPK)).li__QRPK -  1);
    while ((li__UH3O <= li__VH3O)) {
      li__1CZ(((__li__BC *)li__WGRO),li__FI);
      ((__li__3 *)((__li__BC *)li__WGRO)->li__CUN)[(__li__K)((__li__K)(((__li__BC *)li__WGRO)->li__NK -  1) -  1)]='+';
      ((__li__3 *)((__li__BC *)li__WGRO)->li__CUN)[(__li__K)(((__li__BC *)li__WGRO)->li__NK -  1)]='-';
      li__FHRO=((void **)(*(((__li__BRPK *)li__VGRO->li__KRPK))).li__HGEQ)[li__UH3O];
      li__GHRO=li__FHRO->li__F2DM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GHRO)->__id) {
      case __li__IF__: {
        li__HHRO=((__li__IF *)li__GHRO)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__HHRO=(&__string_1);
      } break;
      case __li__QRB__: {
        li__HHRO=(&__string_2);
      } break;
      case __li__SRB__: {
        li__HHRO=(&__string_51);
      } break;
      case __li__URB__: {
        li__HHRO=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__HHRO=((__li__GSZ *)li__GHRO)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__HHRO=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__HHRO=((__li__UJSH *)li__GHRO)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__WGRO),li__HHRO);
      li__JAZ(((__li__BC *)li__WGRO),(&__string_318));
      li__1CZ(((__li__BC *)li__WGRO),li__FI);
      li__LHRO=((void **)(*(((__li__BRPK *)li__VGRO->li__KRPK))).li__HGEQ)[li__UH3O];
      li__3GRO=li__LHRO->li__0RPK;
      /* __li__B__ __li__I__ */
if (((void *)li__3GRO == (void *)NULL)) {
        li__JAZ(((__li__BC *)li__WGRO),(&__string_475));
      } else /* FALSE */ {
        li__53SE(((__li__KI *)li__3GRO),li__WGRO);
      };
      li__SRX(((__li__BC *)li__WGRO),'\n');
      li__UH3O=(__li__K)(li__UH3O +  1);
    };
    ((__li__3 *)((__li__BC *)li__FI)->li__CUN)[(__li__K)((__li__K)(((__li__BC *)li__FI)->li__NK -  1) -  1)]=' ';
    li__UH3O=(*(li__VGRO->li__KRPK)).li__QRPK;
    li__1CZ(((__li__BC *)li__WGRO),li__FI);
    ((__li__3 *)((__li__BC *)li__WGRO)->li__CUN)[(__li__K)((__li__K)(((__li__BC *)li__WGRO)->li__NK -  1) -  1)]='+';
    ((__li__3 *)((__li__BC *)li__WGRO)->li__CUN)[(__li__K)(((__li__BC *)li__WGRO)->li__NK -  1)]='-';
    li__FHRO=((void **)(*(((__li__BRPK *)li__VGRO->li__KRPK))).li__HGEQ)[li__UH3O];
    li__GHRO=li__FHRO->li__F2DM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GHRO)->__id) {
    case __li__IF__: {
      li__HHRO=((__li__IF *)li__GHRO)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__HHRO=(&__string_1);
    } break;
    case __li__QRB__: {
      li__HHRO=(&__string_2);
    } break;
    case __li__SRB__: {
      li__HHRO=(&__string_51);
    } break;
    case __li__URB__: {
      li__HHRO=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__HHRO=((__li__GSZ *)li__GHRO)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__HHRO=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__HHRO=((__li__UJSH *)li__GHRO)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__WGRO),li__HHRO);
    li__JAZ(((__li__BC *)li__WGRO),(&__string_318));
    li__1CZ(((__li__BC *)li__WGRO),li__FI);
    li__LHRO=((void **)(*(((__li__BRPK *)li__VGRO->li__KRPK))).li__HGEQ)[li__UH3O];
    li__3GRO=li__LHRO->li__0RPK;
    /* __li__B__ __li__I__ */
if (((void *)li__3GRO == (void *)NULL)) {
      li__JAZ(((__li__BC *)li__WGRO),(&__string_475));
    } else /* FALSE */ {
      li__53SE(((__li__KI *)li__3GRO),li__WGRO);
    };
    li__WBZ(((__li__BC *)li__FI), 2);
  };
}

static void li__SUMI(__li__ODID *li__TUMI,__li__BC *li__UUMI)
/* (Strict NODE_TYPE{li__ODID},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__EVMI;
  __li__KLWI *li__5RIV;
  __li__ULWI *li__BSIV;
  __li__MSWI *li__DSIV;
  /* __li__B__ __li__I__ */
if (((void *)li__TUMI->li__PDID.li__VUMI == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__TUMI->li__PDID.li__2UMI == (void *)NULL)) {
      li__T4GJ(((__li__CB )li__TUMI),li__UUMI);
      li__JAZ(((__li__BC *)li__UUMI),(&__string_476));
      li__EVMI=li__TUMI->li__PDID.li__PPME;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EVMI)->__id) {
      case __li__WK__: {
        li__UNBK(((__li__WK *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__AVBD__: {
        li__FSMI(((__li__AVBD *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KVBD__: {
        li__RAHJ(((__li__KVBD *)li__EVMI),li__UUMI);
      } break;
      case __li__WVBD__: {
        li__NUMI(((__li__WVBD *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KTVI__: {
        li__ROBK(((__li__KTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__LTVI__: {
        li__Z30L(((__li__LTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__XTVI__: {
        li__1OBK(((__li__XTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__YTVI__: {
        li__A40L(((__li__YTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__S2VI__: {
        li__CPBK(((__li__S2VI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__E3VI__: {
        li__NPBK(((__li__E3VI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KLWI__: {
        li__5RIV=((__li__KLWI *)((__li__KVBD *)li__EVMI));
        li__JAZ(((__li__BC *)li__UUMI),(&__string_369));
        li__H40L(((__li__KMFK *)li__5RIV->li__ZPBK),li__UUMI);
        li__SRX(((__li__BC *)li__UUMI),')');
      } break;
      case __li__ULWI__: {
        li__BSIV=((__li__ULWI *)((__li__KVBD *)li__EVMI));
        li__JAZ(((__li__BC *)li__UUMI),(&__string_370));
        li__4MYI(((__li__5RB *)li__BSIV->li__4PBK),li__UUMI);
        li__SRX(((__li__BC *)li__UUMI),')');
      } break;
      case __li__NMWI__: {
        li__AQBK(((__li__NMWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__BNWI__: {
        li__JQBK(((__li__BNWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__XNWI__: {
        li__SQBK(((__li__XNWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__LOWI__: {
        li__ZQBK(((__li__LOWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__5OWI__: {
        li__ARBK(((__li__5OWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__TPWI__: {
        li__HRBK(((__li__TPWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__HQWI__: {
        li__ORBK(((__li__HQWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__ARWI__: {
        li__VRBK(((__li__ARWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__URWI__: {
        li__4RBK(((__li__URWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__MSWI__: {
        li__DSIV=((__li__MSWI *)((__li__KVBD *)li__EVMI));
        li__JAZ(((__li__BC *)li__UUMI),(&__string_371));
        li__4MYI(((__li__5RB *)li__DSIV->li__ISBK),li__UUMI);
        li__SRX(((__li__BC *)li__UUMI),')');
      } break;
      case __li__ETWI__: {
        li__KSBK(((__li__ETWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__MZWI__: {
        li__ZSBK(((__li__MZWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__C0WI__: {
        li__5SBK(((__li__C0WI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__M1WI__: {
        li__JS2K(((__li__M1WI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KMFK__: {
        li__H40L(((__li__KMFK *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__XOHL__: {
        li__3AMN(((__li__XOHL *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__FPHL__: {
        li__K43L(((__li__FPHL *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__APLM__: {
        li__J2BQ(((__li__APLM *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__DTNM__: {
        li__SARO(((__li__DTNM *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__JXNM__: {
        li__CU3R(((__li__JXNM *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__21LO__: {
        li__ZJKP(((__li__21LO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__TPOO__: {
        li__4JKP(((__li__TPOO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__URRO__: {
        li__NF4R(((__li__URRO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__41XO__: {
        li__S2BQ(((__li__41XO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__AKBR__: {
        li__HVCS(((__li__AKBR *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__SU5R__: {
        li__YLIS(((__li__SU5R *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__JV5R__: {
        li__BMIS(((__li__JV5R *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      };
      li__JAZ(((__li__BC *)li__UUMI),(&__string_477));
      li__EVMI=li__TUMI->li__PDID.li__QPME;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__EVMI)->__id) {
      case __li__RDID__: {
        li__JAZ(((__li__BC *)li__UUMI),(&__string_478));
      } break;
      case __li__GO3I__: {
        li__JAZ(((__li__BC *)li__UUMI),(&__string_479));
      } break;
      case __li__NY3I__: {
        li__CE2L(((__li__NY3I *)((__li__RDID *)li__EVMI)),li__UUMI);
      } break;
      case __li__SJPJ__: {
        li__IE2L(((__li__SJPJ *)((__li__RDID *)li__EVMI)),li__UUMI);
      } break;
      case __li__0VPJ__: {
        li__JAZ(((__li__BC *)li__UUMI),(&__string_480));
      } break;
      case __li__1VPJ__: {
        li__RE2L(((__li__1VPJ *)((__li__RDID *)li__EVMI)),li__UUMI);
      } break;
      };
      li__JAZ(((__li__BC *)li__UUMI),(&__string_481));
      li__EVMI=li__ZAHJ(li__TUMI);
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EVMI)->__id) {
      case __li__WK__: {
        li__UNBK(((__li__WK *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__AVBD__: {
        li__FSMI(((__li__AVBD *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KVBD__: {
        li__RAHJ(((__li__KVBD *)li__EVMI),li__UUMI);
      } break;
      case __li__WVBD__: {
        li__NUMI(((__li__WVBD *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KTVI__: {
        li__ROBK(((__li__KTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__LTVI__: {
        li__Z30L(((__li__LTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__XTVI__: {
        li__1OBK(((__li__XTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__YTVI__: {
        li__A40L(((__li__YTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__S2VI__: {
        li__CPBK(((__li__S2VI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__E3VI__: {
        li__NPBK(((__li__E3VI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KLWI__: {
        li__5RIV=((__li__KLWI *)((__li__KVBD *)li__EVMI));
        li__JAZ(((__li__BC *)li__UUMI),(&__string_369));
        li__H40L(((__li__KMFK *)li__5RIV->li__ZPBK),li__UUMI);
        li__SRX(((__li__BC *)li__UUMI),')');
      } break;
      case __li__ULWI__: {
        li__BSIV=((__li__ULWI *)((__li__KVBD *)li__EVMI));
        li__JAZ(((__li__BC *)li__UUMI),(&__string_370));
        li__4MYI(((__li__5RB *)li__BSIV->li__4PBK),li__UUMI);
        li__SRX(((__li__BC *)li__UUMI),')');
      } break;
      case __li__NMWI__: {
        li__AQBK(((__li__NMWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__BNWI__: {
        li__JQBK(((__li__BNWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__XNWI__: {
        li__SQBK(((__li__XNWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__LOWI__: {
        li__ZQBK(((__li__LOWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__5OWI__: {
        li__ARBK(((__li__5OWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__TPWI__: {
        li__HRBK(((__li__TPWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__HQWI__: {
        li__ORBK(((__li__HQWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__ARWI__: {
        li__VRBK(((__li__ARWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__URWI__: {
        li__4RBK(((__li__URWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__MSWI__: {
        li__DSIV=((__li__MSWI *)((__li__KVBD *)li__EVMI));
        li__JAZ(((__li__BC *)li__UUMI),(&__string_371));
        li__4MYI(((__li__5RB *)li__DSIV->li__ISBK),li__UUMI);
        li__SRX(((__li__BC *)li__UUMI),')');
      } break;
      case __li__ETWI__: {
        li__KSBK(((__li__ETWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__MZWI__: {
        li__ZSBK(((__li__MZWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__C0WI__: {
        li__5SBK(((__li__C0WI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__M1WI__: {
        li__JS2K(((__li__M1WI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KMFK__: {
        li__H40L(((__li__KMFK *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__XOHL__: {
        li__3AMN(((__li__XOHL *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__FPHL__: {
        li__K43L(((__li__FPHL *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__APLM__: {
        li__J2BQ(((__li__APLM *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__DTNM__: {
        li__SARO(((__li__DTNM *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__JXNM__: {
        li__CU3R(((__li__JXNM *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__21LO__: {
        li__ZJKP(((__li__21LO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__TPOO__: {
        li__4JKP(((__li__TPOO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__URRO__: {
        li__NF4R(((__li__URRO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__41XO__: {
        li__S2BQ(((__li__41XO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__AKBR__: {
        li__HVCS(((__li__AKBR *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__SU5R__: {
        li__YLIS(((__li__SU5R *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__JV5R__: {
        li__BMIS(((__li__JV5R *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      };
      li__SRX(((__li__BC *)li__UUMI),'>');
    } else /* FALSE */ {
      li__EVMI=li__TUMI->li__PDID.li__PPME;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EVMI)->__id) {
      case __li__WK__: {
        li__UNBK(((__li__WK *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__AVBD__: {
        li__FSMI(((__li__AVBD *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KVBD__: {
        li__RAHJ(((__li__KVBD *)li__EVMI),li__UUMI);
      } break;
      case __li__WVBD__: {
        li__NUMI(((__li__WVBD *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KTVI__: {
        li__ROBK(((__li__KTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__LTVI__: {
        li__Z30L(((__li__LTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__XTVI__: {
        li__1OBK(((__li__XTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__YTVI__: {
        li__A40L(((__li__YTVI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__S2VI__: {
        li__CPBK(((__li__S2VI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__E3VI__: {
        li__NPBK(((__li__E3VI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KLWI__: {
        li__5RIV=((__li__KLWI *)((__li__KVBD *)li__EVMI));
        li__JAZ(((__li__BC *)li__UUMI),(&__string_369));
        li__H40L(((__li__KMFK *)li__5RIV->li__ZPBK),li__UUMI);
        li__SRX(((__li__BC *)li__UUMI),')');
      } break;
      case __li__ULWI__: {
        li__BSIV=((__li__ULWI *)((__li__KVBD *)li__EVMI));
        li__JAZ(((__li__BC *)li__UUMI),(&__string_370));
        li__4MYI(((__li__5RB *)li__BSIV->li__4PBK),li__UUMI);
        li__SRX(((__li__BC *)li__UUMI),')');
      } break;
      case __li__NMWI__: {
        li__AQBK(((__li__NMWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__BNWI__: {
        li__JQBK(((__li__BNWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__XNWI__: {
        li__SQBK(((__li__XNWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__LOWI__: {
        li__ZQBK(((__li__LOWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__5OWI__: {
        li__ARBK(((__li__5OWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__TPWI__: {
        li__HRBK(((__li__TPWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__HQWI__: {
        li__ORBK(((__li__HQWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__ARWI__: {
        li__VRBK(((__li__ARWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__URWI__: {
        li__4RBK(((__li__URWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__MSWI__: {
        li__DSIV=((__li__MSWI *)((__li__KVBD *)li__EVMI));
        li__JAZ(((__li__BC *)li__UUMI),(&__string_371));
        li__4MYI(((__li__5RB *)li__DSIV->li__ISBK),li__UUMI);
        li__SRX(((__li__BC *)li__UUMI),')');
      } break;
      case __li__ETWI__: {
        li__KSBK(((__li__ETWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__MZWI__: {
        li__ZSBK(((__li__MZWI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__C0WI__: {
        li__5SBK(((__li__C0WI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__M1WI__: {
        li__JS2K(((__li__M1WI *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__KMFK__: {
        li__H40L(((__li__KMFK *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__XOHL__: {
        li__3AMN(((__li__XOHL *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__FPHL__: {
        li__K43L(((__li__FPHL *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__APLM__: {
        li__J2BQ(((__li__APLM *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__DTNM__: {
        li__SARO(((__li__DTNM *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__JXNM__: {
        li__CU3R(((__li__JXNM *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__21LO__: {
        li__ZJKP(((__li__21LO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__TPOO__: {
        li__4JKP(((__li__TPOO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__URRO__: {
        li__NF4R(((__li__URRO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__41XO__: {
        li__S2BQ(((__li__41XO *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__AKBR__: {
        li__HVCS(((__li__AKBR *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__SU5R__: {
        li__YLIS(((__li__SU5R *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      case __li__JV5R__: {
        li__BMIS(((__li__JV5R *)((__li__KVBD *)li__EVMI)),li__UUMI);
      } break;
      };
      li__53SE(((__li__KI *)li__TUMI->li__PDID.li__2UMI),li__UUMI);
    };
  } else /* FALSE */ {
    li__UGRO(((__li__IYBD *)li__TUMI->li__PDID.li__VUMI),li__UUMI);
  };
}

static void li__2NBK(__li__Z4WH *li__3NBK,__li__BC *li__4NBK)
/* (Strict EXPR_MULTIPLE{li__Z4WH},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EOBK,li__4XPK;
  void *li__MOBK;
  __li__KLWI *li__USIV;
  __li__ULWI *li__WSIV;
  __li__MSWI *li__YSIV;
  __li__2ZEC *li__F31U;
  li__SRX(((__li__BC *)li__4NBK),'(');
  li__EOBK=(__li__K)((*(li__3NBK->li__PJPI)).li__NKSH -  1);
  li__4XPK= 0;
  while ((li__4XPK <= li__EOBK)) {
    li__MOBK=((void **)(*(((__li__2ZEC *)li__3NBK->li__PJPI))).li__3GPI)[li__4XPK];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MOBK)->__id) {
    case __li__WK__: {
      li__UNBK(((__li__WK *)li__MOBK),li__4NBK);
    } break;
    case __li__AVBD__: {
      li__FSMI(((__li__AVBD *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__KVBD__: {
      li__RAHJ(((__li__KVBD *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__WVBD__: {
      li__NUMI(((__li__WVBD *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__KTVI__: {
      li__ROBK(((__li__KTVI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__LTVI__: {
      li__Z30L(((__li__LTVI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__XTVI__: {
      li__1OBK(((__li__XTVI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__YTVI__: {
      li__A40L(((__li__YTVI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__S2VI__: {
      li__CPBK(((__li__S2VI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__E3VI__: {
      li__NPBK(((__li__E3VI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__KLWI__: {
      li__USIV=((__li__KLWI *)((__li__WK *)li__MOBK));
      li__JAZ(((__li__BC *)li__4NBK),(&__string_369));
      li__H40L(((__li__KMFK *)li__USIV->li__ZPBK),li__4NBK);
      li__SRX(((__li__BC *)li__4NBK),')');
    } break;
    case __li__ULWI__: {
      li__WSIV=((__li__ULWI *)((__li__WK *)li__MOBK));
      li__JAZ(((__li__BC *)li__4NBK),(&__string_370));
      li__4MYI(((__li__5RB *)li__WSIV->li__4PBK),li__4NBK);
      li__SRX(((__li__BC *)li__4NBK),')');
    } break;
    case __li__NMWI__: {
      li__AQBK(((__li__NMWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__BNWI__: {
      li__JQBK(((__li__BNWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__XNWI__: {
      li__SQBK(((__li__XNWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__LOWI__: {
      li__ZQBK(((__li__LOWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__5OWI__: {
      li__ARBK(((__li__5OWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__TPWI__: {
      li__HRBK(((__li__TPWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__HQWI__: {
      li__ORBK(((__li__HQWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__ARWI__: {
      li__VRBK(((__li__ARWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__URWI__: {
      li__4RBK(((__li__URWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__MSWI__: {
      li__YSIV=((__li__MSWI *)((__li__WK *)li__MOBK));
      li__JAZ(((__li__BC *)li__4NBK),(&__string_371));
      li__4MYI(((__li__5RB *)li__YSIV->li__ISBK),li__4NBK);
      li__SRX(((__li__BC *)li__4NBK),')');
    } break;
    case __li__ETWI__: {
      li__KSBK(((__li__ETWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__MZWI__: {
      li__ZSBK(((__li__MZWI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__C0WI__: {
      li__5SBK(((__li__C0WI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__M1WI__: {
      li__JS2K(((__li__M1WI *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__KMFK__: {
      li__H40L(((__li__KMFK *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__XOHL__: {
      li__3AMN(((__li__XOHL *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__FPHL__: {
      li__K43L(((__li__FPHL *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__APLM__: {
      li__J2BQ(((__li__APLM *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__DTNM__: {
      li__SARO(((__li__DTNM *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__JXNM__: {
      li__CU3R(((__li__JXNM *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__21LO__: {
      li__ZJKP(((__li__21LO *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__TPOO__: {
      li__4JKP(((__li__TPOO *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__URRO__: {
      li__NF4R(((__li__URRO *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__41XO__: {
      li__S2BQ(((__li__41XO *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__AKBR__: {
      li__HVCS(((__li__AKBR *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__SU5R__: {
      li__YLIS(((__li__SU5R *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    case __li__JV5R__: {
      li__BMIS(((__li__JV5R *)((__li__WK *)li__MOBK)),li__4NBK);
    } break;
    };
    li__SRX(((__li__BC *)li__4NBK),',');
    li__4XPK=(__li__K)(li__4XPK +  1);
  };
  li__F31U=((__li__2ZEC *)li__3NBK->li__PJPI);
  li__MOBK=((void **)(*(li__F31U)).li__3GPI)[(*(li__F31U)).li__NKSH];
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MOBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__MOBK),li__4NBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__KLWI__: {
    li__USIV=((__li__KLWI *)((__li__WK *)li__MOBK));
    li__JAZ(((__li__BC *)li__4NBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__USIV->li__ZPBK),li__4NBK);
    li__SRX(((__li__BC *)li__4NBK),')');
  } break;
  case __li__ULWI__: {
    li__WSIV=((__li__ULWI *)((__li__WK *)li__MOBK));
    li__JAZ(((__li__BC *)li__4NBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__WSIV->li__4PBK),li__4NBK);
    li__SRX(((__li__BC *)li__4NBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__MSWI__: {
    li__YSIV=((__li__MSWI *)((__li__WK *)li__MOBK));
    li__JAZ(((__li__BC *)li__4NBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__YSIV->li__ISBK),li__4NBK);
    li__SRX(((__li__BC *)li__4NBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__MOBK)),li__4NBK);
  } break;
  };
  li__SRX(((__li__BC *)li__4NBK),')');
}

static void li__ROBK(__li__KTVI *li__SOBK,__li__BC *li__TOBK)
/* (Strict EXPR_AND_AND_LOGIC{li__KTVI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VOBK;
  __li__KLWI *li__ATIV;
  __li__ULWI *li__CTIV;
  __li__MSWI *li__ETIV;
  li__SRX(((__li__BC *)li__TOBK),'(');
  li__VOBK=li__SOBK->li__PTVI.li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VOBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)li__VOBK),li__TOBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__KLWI__: {
    li__ATIV=((__li__KLWI *)((__li__KTVI *)li__VOBK));
    li__JAZ(((__li__BC *)li__TOBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__ATIV->li__ZPBK),li__TOBK);
    li__SRX(((__li__BC *)li__TOBK),')');
  } break;
  case __li__ULWI__: {
    li__CTIV=((__li__ULWI *)((__li__KTVI *)li__VOBK));
    li__JAZ(((__li__BC *)li__TOBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__CTIV->li__4PBK),li__TOBK);
    li__SRX(((__li__BC *)li__TOBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__MSWI__: {
    li__ETIV=((__li__MSWI *)((__li__KTVI *)li__VOBK));
    li__JAZ(((__li__BC *)li__TOBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__ETIV->li__ISBK),li__TOBK);
    li__SRX(((__li__BC *)li__TOBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KTVI *)li__VOBK)),li__TOBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__TOBK),(&__string_482));
  li__VOBK=li__SOBK->li__PTVI.li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VOBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__VOBK),li__TOBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__KLWI__: {
    li__ATIV=((__li__KLWI *)((__li__WK *)li__VOBK));
    li__JAZ(((__li__BC *)li__TOBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__ATIV->li__ZPBK),li__TOBK);
    li__SRX(((__li__BC *)li__TOBK),')');
  } break;
  case __li__ULWI__: {
    li__CTIV=((__li__ULWI *)((__li__WK *)li__VOBK));
    li__JAZ(((__li__BC *)li__TOBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__CTIV->li__4PBK),li__TOBK);
    li__SRX(((__li__BC *)li__TOBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__MSWI__: {
    li__ETIV=((__li__MSWI *)((__li__WK *)li__VOBK));
    li__JAZ(((__li__BC *)li__TOBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__ETIV->li__ISBK),li__TOBK);
    li__SRX(((__li__BC *)li__TOBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__VOBK)),li__TOBK);
  } break;
  };
  li__SRX(((__li__BC *)li__TOBK),')');
}

static void li__Z30L(__li__LTVI *li__030L,__li__BC *li__130L)
/* (Strict EXPR_AND_LOGIC{li__LTVI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__230L;
  __li__KLWI *li__MTIV;
  __li__ULWI *li__OTIV;
  __li__MSWI *li__QTIV;
  li__SRX(((__li__BC *)li__130L),'(');
  li__230L=li__030L->li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__230L)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)li__230L),li__130L);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__KLWI__: {
    li__MTIV=((__li__KLWI *)((__li__KTVI *)li__230L));
    li__JAZ(((__li__BC *)li__130L),(&__string_369));
    li__H40L(((__li__KMFK *)li__MTIV->li__ZPBK),li__130L);
    li__SRX(((__li__BC *)li__130L),')');
  } break;
  case __li__ULWI__: {
    li__OTIV=((__li__ULWI *)((__li__KTVI *)li__230L));
    li__JAZ(((__li__BC *)li__130L),(&__string_370));
    li__4MYI(((__li__5RB *)li__OTIV->li__4PBK),li__130L);
    li__SRX(((__li__BC *)li__130L),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__MSWI__: {
    li__QTIV=((__li__MSWI *)((__li__KTVI *)li__230L));
    li__JAZ(((__li__BC *)li__130L),(&__string_371));
    li__4MYI(((__li__5RB *)li__QTIV->li__ISBK),li__130L);
    li__SRX(((__li__BC *)li__130L),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KTVI *)li__230L)),li__130L);
  } break;
  };
  li__JAZ(((__li__BC *)li__130L),(&__string_483));
  li__230L=li__030L->li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__230L)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__230L),li__130L);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__KLWI__: {
    li__MTIV=((__li__KLWI *)((__li__WK *)li__230L));
    li__JAZ(((__li__BC *)li__130L),(&__string_369));
    li__H40L(((__li__KMFK *)li__MTIV->li__ZPBK),li__130L);
    li__SRX(((__li__BC *)li__130L),')');
  } break;
  case __li__ULWI__: {
    li__OTIV=((__li__ULWI *)((__li__WK *)li__230L));
    li__JAZ(((__li__BC *)li__130L),(&__string_370));
    li__4MYI(((__li__5RB *)li__OTIV->li__4PBK),li__130L);
    li__SRX(((__li__BC *)li__130L),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__MSWI__: {
    li__QTIV=((__li__MSWI *)((__li__WK *)li__230L));
    li__JAZ(((__li__BC *)li__130L),(&__string_371));
    li__4MYI(((__li__5RB *)li__QTIV->li__ISBK),li__130L);
    li__SRX(((__li__BC *)li__130L),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__230L)),li__130L);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__230L)),li__130L);
  } break;
  };
  li__SRX(((__li__BC *)li__130L),')');
}

static void li__1OBK(__li__XTVI *li__2OBK,__li__BC *li__3OBK)
/* (Strict EXPR_OR_OR_LOGIC{li__XTVI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__4OBK;
  __li__KLWI *li__YTIV;
  __li__ULWI *li__0TIV;
  __li__MSWI *li__2TIV;
  li__SRX(((__li__BC *)li__3OBK),'(');
  li__4OBK=li__2OBK->li__0TVI.li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4OBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)li__4OBK),li__3OBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__KLWI__: {
    li__YTIV=((__li__KLWI *)((__li__KTVI *)li__4OBK));
    li__JAZ(((__li__BC *)li__3OBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__YTIV->li__ZPBK),li__3OBK);
    li__SRX(((__li__BC *)li__3OBK),')');
  } break;
  case __li__ULWI__: {
    li__0TIV=((__li__ULWI *)((__li__KTVI *)li__4OBK));
    li__JAZ(((__li__BC *)li__3OBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__0TIV->li__4PBK),li__3OBK);
    li__SRX(((__li__BC *)li__3OBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__MSWI__: {
    li__2TIV=((__li__MSWI *)((__li__KTVI *)li__4OBK));
    li__JAZ(((__li__BC *)li__3OBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__2TIV->li__ISBK),li__3OBK);
    li__SRX(((__li__BC *)li__3OBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KTVI *)li__4OBK)),li__3OBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__3OBK),(&__string_484));
  li__4OBK=li__2OBK->li__0TVI.li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4OBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__4OBK),li__3OBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__KLWI__: {
    li__YTIV=((__li__KLWI *)((__li__WK *)li__4OBK));
    li__JAZ(((__li__BC *)li__3OBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__YTIV->li__ZPBK),li__3OBK);
    li__SRX(((__li__BC *)li__3OBK),')');
  } break;
  case __li__ULWI__: {
    li__0TIV=((__li__ULWI *)((__li__WK *)li__4OBK));
    li__JAZ(((__li__BC *)li__3OBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__0TIV->li__4PBK),li__3OBK);
    li__SRX(((__li__BC *)li__3OBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__MSWI__: {
    li__2TIV=((__li__MSWI *)((__li__WK *)li__4OBK));
    li__JAZ(((__li__BC *)li__3OBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__2TIV->li__ISBK),li__3OBK);
    li__SRX(((__li__BC *)li__3OBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__4OBK)),li__3OBK);
  } break;
  };
  li__SRX(((__li__BC *)li__3OBK),')');
}

static void li__A40L(__li__YTVI *li__B40L,__li__BC *li__C40L)
/* (Strict EXPR_OR_LOGIC{li__YTVI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__D40L;
  __li__KLWI *li__EUIV;
  __li__ULWI *li__GUIV;
  __li__MSWI *li__IUIV;
  li__SRX(((__li__BC *)li__C40L),'(');
  li__D40L=li__B40L->li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D40L)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)li__D40L),li__C40L);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__KLWI__: {
    li__EUIV=((__li__KLWI *)((__li__KTVI *)li__D40L));
    li__JAZ(((__li__BC *)li__C40L),(&__string_369));
    li__H40L(((__li__KMFK *)li__EUIV->li__ZPBK),li__C40L);
    li__SRX(((__li__BC *)li__C40L),')');
  } break;
  case __li__ULWI__: {
    li__GUIV=((__li__ULWI *)((__li__KTVI *)li__D40L));
    li__JAZ(((__li__BC *)li__C40L),(&__string_370));
    li__4MYI(((__li__5RB *)li__GUIV->li__4PBK),li__C40L);
    li__SRX(((__li__BC *)li__C40L),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__MSWI__: {
    li__IUIV=((__li__MSWI *)((__li__KTVI *)li__D40L));
    li__JAZ(((__li__BC *)li__C40L),(&__string_371));
    li__4MYI(((__li__5RB *)li__IUIV->li__ISBK),li__C40L);
    li__SRX(((__li__BC *)li__C40L),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KTVI *)li__D40L)),li__C40L);
  } break;
  };
  li__JAZ(((__li__BC *)li__C40L),(&__string_485));
  li__D40L=li__B40L->li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D40L)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__D40L),li__C40L);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__KLWI__: {
    li__EUIV=((__li__KLWI *)((__li__WK *)li__D40L));
    li__JAZ(((__li__BC *)li__C40L),(&__string_369));
    li__H40L(((__li__KMFK *)li__EUIV->li__ZPBK),li__C40L);
    li__SRX(((__li__BC *)li__C40L),')');
  } break;
  case __li__ULWI__: {
    li__GUIV=((__li__ULWI *)((__li__WK *)li__D40L));
    li__JAZ(((__li__BC *)li__C40L),(&__string_370));
    li__4MYI(((__li__5RB *)li__GUIV->li__4PBK),li__C40L);
    li__SRX(((__li__BC *)li__C40L),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__MSWI__: {
    li__IUIV=((__li__MSWI *)((__li__WK *)li__D40L));
    li__JAZ(((__li__BC *)li__C40L),(&__string_371));
    li__4MYI(((__li__5RB *)li__IUIV->li__ISBK),li__C40L);
    li__SRX(((__li__BC *)li__C40L),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__D40L)),li__C40L);
  } break;
  };
  li__SRX(((__li__BC *)li__C40L),')');
}

static void li__CPBK(__li__S2VI *li__DPBK,__li__BC *li__EPBK)
/* (Strict EXPR_EQUAL{li__S2VI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__GPBK;
  __li__5RB *li__HPBK;
  __li__KLWI *li__QUIV;
  __li__ULWI *li__SUIV;
  __li__MSWI *li__UUIV;
  li__SRX(((__li__BC *)li__EPBK),'(');
  li__GPBK=li__DPBK->li__T2VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GPBK)->__id) {
  case __li__WK__: {
    li__HPBK=((__li__WK *)li__GPBK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__HPBK=((__li__AVBD *)li__GPBK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__HPBK=((__li__KVBD *)li__GPBK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__HPBK=((__li__WVBD *)li__GPBK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__HPBK=li__JK5J(((__li__Z4WH *)li__GPBK));
  } break;
  case __li__KTVI__: {
    li__HPBK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__HPBK=li__553L();
  } break;
  case __li__XTVI__: {
    li__HPBK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__HPBK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__HPBK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__HPBK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__HPBK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__HPBK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__HPBK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__HPBK=li__DWEK(((__li__BNWI *)li__GPBK));
  } break;
  case __li__XNWI__: {
    li__HPBK=li__IWEK(((__li__XNWI *)li__GPBK));
  } break;
  case __li__LOWI__: {
    li__HPBK=li__NWEK(((__li__LOWI *)li__GPBK));
  } break;
  case __li__5OWI__: {
    li__HPBK=li__SWEK(((__li__5OWI *)li__GPBK));
  } break;
  case __li__TPWI__: {
    li__HPBK=li__XWEK(((__li__TPWI *)li__GPBK));
  } break;
  case __li__HQWI__: {
    li__HPBK=li__2WEK(((__li__HQWI *)li__GPBK));
  } break;
  case __li__ARWI__: {
    li__HPBK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__HPBK=li__FXEK(((__li__URWI *)li__GPBK));
  } break;
  case __li__MSWI__: {
    li__HPBK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__HPBK=((__li__ETWI *)li__GPBK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__HPBK=((__li__MZWI *)li__GPBK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__HPBK=((__li__C0WI *)li__GPBK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__HPBK=((__li__M1WI *)li__GPBK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__HPBK=((__li__KMFK *)li__GPBK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__HPBK=li__T4NN(((__li__XOHL *)li__GPBK));
  } break;
  case __li__FPHL__: {
    li__HPBK=li__KA4L(((__li__FPHL *)li__GPBK));
  } break;
  case __li__APLM__: {
    li__HPBK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__HPBK=li__1ISO(((__li__DTNM *)li__GPBK));
  } break;
  case __li__JXNM__: {
    li__HPBK=li__VX3R(((__li__JXNM *)li__GPBK));
  } break;
  case __li__21LO__: {
    li__HPBK=((__li__21LO *)li__GPBK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__HPBK=((__li__TPOO *)li__GPBK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__HPBK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__HPBK=li__3FDQ(((__li__41XO *)li__GPBK));
  } break;
  case __li__AKBR__: {
    li__HPBK=li__WQDS(((__li__AKBR *)li__GPBK));
  } break;
  case __li__SU5R__: {
    li__HPBK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__HPBK=li__Y1IS();
  } break;
  };
  li__OUHF(((__li__5RB *)li__HPBK),li__EPBK);
  li__SRX(((__li__BC *)li__EPBK),' ');
  li__GPBK=li__DPBK->li__T2VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GPBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__GPBK),li__EPBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__KLWI__: {
    li__QUIV=((__li__KLWI *)((__li__WK *)li__GPBK));
    li__JAZ(((__li__BC *)li__EPBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__QUIV->li__ZPBK),li__EPBK);
    li__SRX(((__li__BC *)li__EPBK),')');
  } break;
  case __li__ULWI__: {
    li__SUIV=((__li__ULWI *)((__li__WK *)li__GPBK));
    li__JAZ(((__li__BC *)li__EPBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__SUIV->li__4PBK),li__EPBK);
    li__SRX(((__li__BC *)li__EPBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__MSWI__: {
    li__UUIV=((__li__MSWI *)((__li__WK *)li__GPBK));
    li__JAZ(((__li__BC *)li__EPBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__UUIV->li__ISBK),li__EPBK);
    li__SRX(((__li__BC *)li__EPBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__EPBK),(&__string_486));
  li__GPBK=li__DPBK->li__T2VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GPBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__GPBK),li__EPBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__KLWI__: {
    li__QUIV=((__li__KLWI *)((__li__WK *)li__GPBK));
    li__JAZ(((__li__BC *)li__EPBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__QUIV->li__ZPBK),li__EPBK);
    li__SRX(((__li__BC *)li__EPBK),')');
  } break;
  case __li__ULWI__: {
    li__SUIV=((__li__ULWI *)((__li__WK *)li__GPBK));
    li__JAZ(((__li__BC *)li__EPBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__SUIV->li__4PBK),li__EPBK);
    li__SRX(((__li__BC *)li__EPBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__MSWI__: {
    li__UUIV=((__li__MSWI *)((__li__WK *)li__GPBK));
    li__JAZ(((__li__BC *)li__EPBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__UUIV->li__ISBK),li__EPBK);
    li__SRX(((__li__BC *)li__EPBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__GPBK)),li__EPBK);
  } break;
  };
  li__SRX(((__li__BC *)li__EPBK),')');
}

static void li__NPBK(__li__E3VI *li__OPBK,__li__BC *li__PPBK)
/* (Strict EXPR_NOT_EQUAL{li__E3VI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__QPBK;
  __li__5RB *li__RPBK;
  __li__KLWI *li__2UIV;
  __li__ULWI *li__4UIV;
  __li__MSWI *li__AVIV;
  li__SRX(((__li__BC *)li__PPBK),'(');
  li__QPBK=li__OPBK->li__F3VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QPBK)->__id) {
  case __li__WK__: {
    li__RPBK=((__li__WK *)li__QPBK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__RPBK=((__li__AVBD *)li__QPBK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__RPBK=((__li__KVBD *)li__QPBK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__RPBK=((__li__WVBD *)li__QPBK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__RPBK=li__JK5J(((__li__Z4WH *)li__QPBK));
  } break;
  case __li__KTVI__: {
    li__RPBK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__RPBK=li__553L();
  } break;
  case __li__XTVI__: {
    li__RPBK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__RPBK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__RPBK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__RPBK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__RPBK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__RPBK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__RPBK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__RPBK=li__DWEK(((__li__BNWI *)li__QPBK));
  } break;
  case __li__XNWI__: {
    li__RPBK=li__IWEK(((__li__XNWI *)li__QPBK));
  } break;
  case __li__LOWI__: {
    li__RPBK=li__NWEK(((__li__LOWI *)li__QPBK));
  } break;
  case __li__5OWI__: {
    li__RPBK=li__SWEK(((__li__5OWI *)li__QPBK));
  } break;
  case __li__TPWI__: {
    li__RPBK=li__XWEK(((__li__TPWI *)li__QPBK));
  } break;
  case __li__HQWI__: {
    li__RPBK=li__2WEK(((__li__HQWI *)li__QPBK));
  } break;
  case __li__ARWI__: {
    li__RPBK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__RPBK=li__FXEK(((__li__URWI *)li__QPBK));
  } break;
  case __li__MSWI__: {
    li__RPBK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__RPBK=((__li__ETWI *)li__QPBK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__RPBK=((__li__MZWI *)li__QPBK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__RPBK=((__li__C0WI *)li__QPBK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__RPBK=((__li__M1WI *)li__QPBK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__RPBK=((__li__KMFK *)li__QPBK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__RPBK=li__T4NN(((__li__XOHL *)li__QPBK));
  } break;
  case __li__FPHL__: {
    li__RPBK=li__KA4L(((__li__FPHL *)li__QPBK));
  } break;
  case __li__APLM__: {
    li__RPBK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__RPBK=li__1ISO(((__li__DTNM *)li__QPBK));
  } break;
  case __li__JXNM__: {
    li__RPBK=li__VX3R(((__li__JXNM *)li__QPBK));
  } break;
  case __li__21LO__: {
    li__RPBK=((__li__21LO *)li__QPBK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__RPBK=((__li__TPOO *)li__QPBK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__RPBK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__RPBK=li__3FDQ(((__li__41XO *)li__QPBK));
  } break;
  case __li__AKBR__: {
    li__RPBK=li__WQDS(((__li__AKBR *)li__QPBK));
  } break;
  case __li__SU5R__: {
    li__RPBK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__RPBK=li__Y1IS();
  } break;
  };
  li__OUHF(((__li__5RB *)li__RPBK),li__PPBK);
  li__SRX(((__li__BC *)li__PPBK),' ');
  li__QPBK=li__OPBK->li__F3VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QPBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__QPBK),li__PPBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__KLWI__: {
    li__2UIV=((__li__KLWI *)((__li__WK *)li__QPBK));
    li__JAZ(((__li__BC *)li__PPBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__2UIV->li__ZPBK),li__PPBK);
    li__SRX(((__li__BC *)li__PPBK),')');
  } break;
  case __li__ULWI__: {
    li__4UIV=((__li__ULWI *)((__li__WK *)li__QPBK));
    li__JAZ(((__li__BC *)li__PPBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__4UIV->li__4PBK),li__PPBK);
    li__SRX(((__li__BC *)li__PPBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__MSWI__: {
    li__AVIV=((__li__MSWI *)((__li__WK *)li__QPBK));
    li__JAZ(((__li__BC *)li__PPBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__AVIV->li__ISBK),li__PPBK);
    li__SRX(((__li__BC *)li__PPBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__PPBK),(&__string_23));
  li__QPBK=li__OPBK->li__F3VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QPBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__QPBK),li__PPBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__KLWI__: {
    li__2UIV=((__li__KLWI *)((__li__WK *)li__QPBK));
    li__JAZ(((__li__BC *)li__PPBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__2UIV->li__ZPBK),li__PPBK);
    li__SRX(((__li__BC *)li__PPBK),')');
  } break;
  case __li__ULWI__: {
    li__4UIV=((__li__ULWI *)((__li__WK *)li__QPBK));
    li__JAZ(((__li__BC *)li__PPBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__4UIV->li__4PBK),li__PPBK);
    li__SRX(((__li__BC *)li__PPBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__MSWI__: {
    li__AVIV=((__li__MSWI *)((__li__WK *)li__QPBK));
    li__JAZ(((__li__BC *)li__PPBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__AVIV->li__ISBK),li__PPBK);
    li__SRX(((__li__BC *)li__PPBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__QPBK)),li__PPBK);
  } break;
  };
  li__SRX(((__li__BC *)li__PPBK),')');
}

static void li__H40L(__li__KMFK *li__I40L,__li__BC *li__J40L)
/* (Strict READ_LOCAL{li__KMFK},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__OXHM,*li__ZDQM,*li__MDRN,*li__OHPU,*li__NGTN,*li__0HPU;
  __li__K li__SIEM,li__SXHM,li__4IEM,li__MHPU,li__QJEM,li__YHPU;
  __li__BC *li__4A2U;
  void *li__3IEM,*li__PJEM;
  __li__RLKJ *li__NHPU,*li__ZHPU;
  __li__5LKJ *li__RHPU,*li__3HPU;
  __li__DFNL *li__VHPU,*li__BIPU;
  __li__SZEC *li__RIEM;
  li__JAZ(((__li__BC *)li__J40L),li__I40L->li__3RFK->li__WTBD.li__GRNE);
  li__SRX(((__li__BC *)li__J40L),'[');
  li__OUHF(((__li__5RB *)li__I40L->li__3RFK->li__WTBD.li__0RNE),li__J40L);
  li__SRX(((__li__BC *)li__J40L),']');
  li__RIEM=NULL;
  li__SRX(((__li__BC *)li__J40L),'<');
  li__OXHM=&(li__I40L->li__LMFK.li__KC);
  /* 0 1 */
if (li__OXHM->li__VRLF==0) {
    li__SIEM=li__OXHM->li__URLF;
  } else /* ___TYPE_ID */ {
    li__SXHM=li__QRLF;
    li__QRLF=(__li__K)(li__QRLF +  1);
    li__ZDQM=&(li__I40L->li__LMFK.li__KC);
    li__ZDQM->li__URLF=li__SXHM;
    li__ZDQM->li__VRLF=0;
    li__SIEM=li__SXHM;
  };
  li__4A2U=li__IFC( 0);
  li__B0E(li__SIEM,li__4A2U);
  li__1CZ(((__li__BC *)li__J40L),li__4A2U);
  li__JAZ(((__li__BC *)li__J40L),(&__string_487));
  /* __li__B__ __li__I__ */
if (((void *)li__I40L->li__3RFK->li__WTBD.li__XRSH != (void *)NULL)) {
    li__3IEM=li__I40L->li__3RFK->li__WTBD.li__XRSH;
    /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__3IEM)->__id) {
    case __li__RLKJ__: {
      li__MDRN=&(((__li__RLKJ *)li__3IEM)->li__SLKJ.li__RZEC.li__KC);
      /* 0 1 */
if (li__MDRN->li__VRLF==0) {
        li__4IEM=li__MDRN->li__URLF;
      } else /* ___TYPE_ID */ {
        li__NHPU=((__li__RLKJ *)li__3IEM);
        li__MHPU=li__QRLF;
        li__QRLF=(__li__K)(li__QRLF +  1);
        li__OHPU=&(li__NHPU->li__SLKJ.li__RZEC.li__KC);
        li__OHPU->li__URLF=li__MHPU;
        li__OHPU->li__VRLF=0;
        li__4IEM=li__MHPU;
      };
    } break;
    case __li__5LKJ__: {
      li__MDRN=&(((__li__5LKJ *)li__3IEM)->li__AMKJ.li__RZEC.li__KC);
      /* 0 1 */
if (li__MDRN->li__VRLF==0) {
        li__4IEM=li__MDRN->li__URLF;
      } else /* ___TYPE_ID */ {
        li__RHPU=((__li__5LKJ *)li__3IEM);
        li__MHPU=li__QRLF;
        li__QRLF=(__li__K)(li__QRLF +  1);
        li__OHPU=&(li__RHPU->li__AMKJ.li__RZEC.li__KC);
        li__OHPU->li__URLF=li__MHPU;
        li__OHPU->li__VRLF=0;
        li__4IEM=li__MHPU;
      };
    } break;
    case __li__DFNL__: {
      li__MDRN=&(((__li__DFNL *)li__3IEM)->li__EFNL.li__RZEC.li__KC);
      /* 0 1 */
if (li__MDRN->li__VRLF==0) {
        li__4IEM=li__MDRN->li__URLF;
      } else /* ___TYPE_ID */ {
        li__VHPU=((__li__DFNL *)li__3IEM);
        li__MHPU=li__QRLF;
        li__QRLF=(__li__K)(li__QRLF +  1);
        li__OHPU=&(li__VHPU->li__EFNL.li__RZEC.li__KC);
        li__OHPU->li__URLF=li__MHPU;
        li__OHPU->li__VRLF=0;
        li__4IEM=li__MHPU;
      };
    } break;
    };
    li__B0E(li__4IEM,li__J40L);
    li__RIEM=li__I40L->li__3RFK->li__WTBD.li__BYEJ;
    /* __li__B__ __li__I__ */
if (((void *)li__RIEM != (void *)NULL)) {
      li__4IEM= 0;
      li__MHPU=(*(li__RIEM)).li__J0EK;
      while ((li__4IEM <= li__MHPU)) {
        li__SRX(((__li__BC *)li__J40L),',');
        li__PJEM=((void **)(*(((__li__SZEC *)li__RIEM))).li__F0EK)[li__4IEM];
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__PJEM)->__id) {
        case __li__RLKJ__: {
          li__NGTN=&(((__li__RLKJ *)li__PJEM)->li__SLKJ.li__RZEC.li__KC);
          /* 0 1 */
if (li__NGTN->li__VRLF==0) {
            li__QJEM=li__NGTN->li__URLF;
          } else /* ___TYPE_ID */ {
            li__ZHPU=((__li__RLKJ *)li__PJEM);
            li__YHPU=li__QRLF;
            li__QRLF=(__li__K)(li__QRLF +  1);
            li__0HPU=&(li__ZHPU->li__SLKJ.li__RZEC.li__KC);
            li__0HPU->li__URLF=li__YHPU;
            li__0HPU->li__VRLF=0;
            li__QJEM=li__YHPU;
          };
        } break;
        case __li__5LKJ__: {
          li__NGTN=&(((__li__5LKJ *)li__PJEM)->li__AMKJ.li__RZEC.li__KC);
          /* 0 1 */
if (li__NGTN->li__VRLF==0) {
            li__QJEM=li__NGTN->li__URLF;
          } else /* ___TYPE_ID */ {
            li__3HPU=((__li__5LKJ *)li__PJEM);
            li__YHPU=li__QRLF;
            li__QRLF=(__li__K)(li__QRLF +  1);
            li__0HPU=&(li__3HPU->li__AMKJ.li__RZEC.li__KC);
            li__0HPU->li__URLF=li__YHPU;
            li__0HPU->li__VRLF=0;
            li__QJEM=li__YHPU;
          };
        } break;
        case __li__DFNL__: {
          li__NGTN=&(((__li__DFNL *)li__PJEM)->li__EFNL.li__RZEC.li__KC);
          /* 0 1 */
if (li__NGTN->li__VRLF==0) {
            li__QJEM=li__NGTN->li__URLF;
          } else /* ___TYPE_ID */ {
            li__BIPU=((__li__DFNL *)li__PJEM);
            li__YHPU=li__QRLF;
            li__QRLF=(__li__K)(li__QRLF +  1);
            li__0HPU=&(li__BIPU->li__EFNL.li__RZEC.li__KC);
            li__0HPU->li__URLF=li__YHPU;
            li__0HPU->li__VRLF=0;
            li__QJEM=li__YHPU;
          };
        } break;
        };
        li__B0E(li__QJEM,li__J40L);
        li__4IEM=(__li__K)(li__4IEM +  1);
      };
    };
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__J40L),'*');
  };
  li__JAZ(((__li__BC *)li__J40L),(&__string_488));
  li__B0E(li__I40L->li__3RFK->li__WTBD.li__LNME,li__J40L);
  li__SRX(((__li__BC *)li__J40L),'>');
}

static void li__AQBK(__li__NMWI *li__BQBK,__li__BC *li__CQBK)
/* (Strict EXPR_SUP{li__NMWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__DQBK;
  __li__5RB *li__EQBK;
  __li__KLWI *li__M31U;
  __li__ULWI *li__O31U;
  __li__MSWI *li__EVIV;
  li__SRX(((__li__BC *)li__CQBK),'(');
  li__DQBK=li__BQBK->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DQBK)->__id) {
  case __li__WK__: {
    li__EQBK=((__li__WK *)li__DQBK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__EQBK=((__li__AVBD *)li__DQBK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__EQBK=((__li__KVBD *)li__DQBK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__EQBK=((__li__WVBD *)li__DQBK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__EQBK=li__JK5J(((__li__Z4WH *)li__DQBK));
  } break;
  case __li__KTVI__: {
    li__EQBK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__EQBK=li__553L();
  } break;
  case __li__XTVI__: {
    li__EQBK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__EQBK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__EQBK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__EQBK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__EQBK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__EQBK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__EQBK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__EQBK=li__DWEK(((__li__BNWI *)li__DQBK));
  } break;
  case __li__XNWI__: {
    li__EQBK=li__IWEK(((__li__XNWI *)li__DQBK));
  } break;
  case __li__LOWI__: {
    li__EQBK=li__NWEK(((__li__LOWI *)li__DQBK));
  } break;
  case __li__5OWI__: {
    li__EQBK=li__SWEK(((__li__5OWI *)li__DQBK));
  } break;
  case __li__TPWI__: {
    li__EQBK=li__XWEK(((__li__TPWI *)li__DQBK));
  } break;
  case __li__HQWI__: {
    li__EQBK=li__2WEK(((__li__HQWI *)li__DQBK));
  } break;
  case __li__ARWI__: {
    li__EQBK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__EQBK=li__FXEK(((__li__URWI *)li__DQBK));
  } break;
  case __li__MSWI__: {
    li__EQBK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__EQBK=((__li__ETWI *)li__DQBK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__EQBK=((__li__MZWI *)li__DQBK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__EQBK=((__li__C0WI *)li__DQBK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__EQBK=((__li__M1WI *)li__DQBK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__EQBK=((__li__KMFK *)li__DQBK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__EQBK=li__T4NN(((__li__XOHL *)li__DQBK));
  } break;
  case __li__FPHL__: {
    li__EQBK=li__KA4L(((__li__FPHL *)li__DQBK));
  } break;
  case __li__APLM__: {
    li__EQBK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__EQBK=li__1ISO(((__li__DTNM *)li__DQBK));
  } break;
  case __li__JXNM__: {
    li__EQBK=li__VX3R(((__li__JXNM *)li__DQBK));
  } break;
  case __li__21LO__: {
    li__EQBK=((__li__21LO *)li__DQBK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__EQBK=((__li__TPOO *)li__DQBK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__EQBK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__EQBK=li__3FDQ(((__li__41XO *)li__DQBK));
  } break;
  case __li__AKBR__: {
    li__EQBK=li__WQDS(((__li__AKBR *)li__DQBK));
  } break;
  case __li__SU5R__: {
    li__EQBK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__EQBK=li__Y1IS();
  } break;
  };
  li__OUHF(((__li__5RB *)li__EQBK),li__CQBK);
  li__SRX(((__li__BC *)li__CQBK),' ');
  li__DQBK=li__BQBK->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DQBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__DQBK),li__CQBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__KLWI__: {
    li__M31U=((__li__KLWI *)((__li__WK *)li__DQBK));
    li__JAZ(((__li__BC *)li__CQBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__M31U->li__ZPBK),li__CQBK);
    li__SRX(((__li__BC *)li__CQBK),')');
  } break;
  case __li__ULWI__: {
    li__O31U=((__li__ULWI *)((__li__WK *)li__DQBK));
    li__JAZ(((__li__BC *)li__CQBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__O31U->li__4PBK),li__CQBK);
    li__SRX(((__li__BC *)li__CQBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__MSWI__: {
    li__EVIV=((__li__MSWI *)((__li__WK *)li__DQBK));
    li__JAZ(((__li__BC *)li__CQBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__EVIV->li__ISBK),li__CQBK);
    li__SRX(((__li__BC *)li__CQBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__CQBK),(&__string_24));
  li__DQBK=li__BQBK->li__OMWI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DQBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__DQBK),li__CQBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__KLWI__: {
    li__M31U=((__li__KLWI *)((__li__WK *)li__DQBK));
    li__JAZ(((__li__BC *)li__CQBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__M31U->li__ZPBK),li__CQBK);
    li__SRX(((__li__BC *)li__CQBK),')');
  } break;
  case __li__ULWI__: {
    li__O31U=((__li__ULWI *)((__li__WK *)li__DQBK));
    li__JAZ(((__li__BC *)li__CQBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__O31U->li__4PBK),li__CQBK);
    li__SRX(((__li__BC *)li__CQBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__MSWI__: {
    li__EVIV=((__li__MSWI *)((__li__WK *)li__DQBK));
    li__JAZ(((__li__BC *)li__CQBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__EVIV->li__ISBK),li__CQBK);
    li__SRX(((__li__BC *)li__CQBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__DQBK)),li__CQBK);
  } break;
  };
  li__SRX(((__li__BC *)li__CQBK),')');
}

static void li__JQBK(__li__BNWI *li__KQBK,__li__BC *li__LQBK)
/* (Strict EXPR_SUB{li__BNWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__NQBK;
  __li__KLWI *li__U31U;
  __li__ULWI *li__W31U;
  __li__MSWI *li__IVIV;
  li__SRX(((__li__BC *)li__LQBK),'(');
  li__NQBK=li__KQBK->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NQBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__KLWI__: {
    li__U31U=((__li__KLWI *)((__li__KMFK *)li__NQBK));
    li__JAZ(((__li__BC *)li__LQBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__U31U->li__ZPBK),li__LQBK);
    li__SRX(((__li__BC *)li__LQBK),')');
  } break;
  case __li__ULWI__: {
    li__W31U=((__li__ULWI *)((__li__KMFK *)li__NQBK));
    li__JAZ(((__li__BC *)li__LQBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__W31U->li__4PBK),li__LQBK);
    li__SRX(((__li__BC *)li__LQBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__MSWI__: {
    li__IVIV=((__li__MSWI *)((__li__KMFK *)li__NQBK));
    li__JAZ(((__li__BC *)li__LQBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__IVIV->li__ISBK),li__LQBK);
    li__SRX(((__li__BC *)li__LQBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__NQBK),li__LQBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__LQBK),(&__string_489));
  li__NQBK=li__KQBK->li__ENWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NQBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__KLWI__: {
    li__U31U=((__li__KLWI *)((__li__KMFK *)li__NQBK));
    li__JAZ(((__li__BC *)li__LQBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__U31U->li__ZPBK),li__LQBK);
    li__SRX(((__li__BC *)li__LQBK),')');
  } break;
  case __li__ULWI__: {
    li__W31U=((__li__ULWI *)((__li__KMFK *)li__NQBK));
    li__JAZ(((__li__BC *)li__LQBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__W31U->li__4PBK),li__LQBK);
    li__SRX(((__li__BC *)li__LQBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__MSWI__: {
    li__IVIV=((__li__MSWI *)((__li__KMFK *)li__NQBK));
    li__JAZ(((__li__BC *)li__LQBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__IVIV->li__ISBK),li__LQBK);
    li__SRX(((__li__BC *)li__LQBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__NQBK),li__LQBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__NQBK)),li__LQBK);
  } break;
  };
  li__SRX(((__li__BC *)li__LQBK),')');
}

static void li__SQBK(__li__XNWI *li__TQBK,__li__BC *li__UQBK)
/* (Strict EXPR_MUL{li__XNWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VQBK;
  __li__KLWI *li__231U;
  __li__ULWI *li__431U;
  __li__MSWI *li__MVIV;
  li__SRX(((__li__BC *)li__UQBK),'(');
  li__VQBK=li__TQBK->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VQBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__KLWI__: {
    li__231U=((__li__KLWI *)((__li__KMFK *)li__VQBK));
    li__JAZ(((__li__BC *)li__UQBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__231U->li__ZPBK),li__UQBK);
    li__SRX(((__li__BC *)li__UQBK),')');
  } break;
  case __li__ULWI__: {
    li__431U=((__li__ULWI *)((__li__KMFK *)li__VQBK));
    li__JAZ(((__li__BC *)li__UQBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__431U->li__4PBK),li__UQBK);
    li__SRX(((__li__BC *)li__UQBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__MSWI__: {
    li__MVIV=((__li__MSWI *)((__li__KMFK *)li__VQBK));
    li__JAZ(((__li__BC *)li__UQBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__MVIV->li__ISBK),li__UQBK);
    li__SRX(((__li__BC *)li__UQBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__VQBK),li__UQBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__UQBK),(&__string_212));
  li__VQBK=li__TQBK->li__YNWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VQBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__KLWI__: {
    li__231U=((__li__KLWI *)((__li__KMFK *)li__VQBK));
    li__JAZ(((__li__BC *)li__UQBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__231U->li__ZPBK),li__UQBK);
    li__SRX(((__li__BC *)li__UQBK),')');
  } break;
  case __li__ULWI__: {
    li__431U=((__li__ULWI *)((__li__KMFK *)li__VQBK));
    li__JAZ(((__li__BC *)li__UQBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__431U->li__4PBK),li__UQBK);
    li__SRX(((__li__BC *)li__UQBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__MSWI__: {
    li__MVIV=((__li__MSWI *)((__li__KMFK *)li__VQBK));
    li__JAZ(((__li__BC *)li__UQBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__MVIV->li__ISBK),li__UQBK);
    li__SRX(((__li__BC *)li__UQBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__VQBK),li__UQBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__VQBK)),li__UQBK);
  } break;
  };
  li__SRX(((__li__BC *)li__UQBK),')');
}

static void li__ZQBK(__li__LOWI *li__0QBK,__li__BC *li__1QBK)
/* (Strict EXPR_DIV{li__LOWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__2QBK;
  __li__KLWI *li__E41U;
  __li__ULWI *li__G41U;
  __li__MSWI *li__QVIV;
  li__SRX(((__li__BC *)li__1QBK),'(');
  li__2QBK=li__0QBK->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2QBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__KLWI__: {
    li__E41U=((__li__KLWI *)((__li__KMFK *)li__2QBK));
    li__JAZ(((__li__BC *)li__1QBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__E41U->li__ZPBK),li__1QBK);
    li__SRX(((__li__BC *)li__1QBK),')');
  } break;
  case __li__ULWI__: {
    li__G41U=((__li__ULWI *)((__li__KMFK *)li__2QBK));
    li__JAZ(((__li__BC *)li__1QBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__G41U->li__4PBK),li__1QBK);
    li__SRX(((__li__BC *)li__1QBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__MSWI__: {
    li__QVIV=((__li__MSWI *)((__li__KMFK *)li__2QBK));
    li__JAZ(((__li__BC *)li__1QBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__QVIV->li__ISBK),li__1QBK);
    li__SRX(((__li__BC *)li__1QBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__2QBK),li__1QBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__1QBK),(&__string_490));
  li__2QBK=li__0QBK->li__MOWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2QBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__KLWI__: {
    li__E41U=((__li__KLWI *)((__li__KMFK *)li__2QBK));
    li__JAZ(((__li__BC *)li__1QBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__E41U->li__ZPBK),li__1QBK);
    li__SRX(((__li__BC *)li__1QBK),')');
  } break;
  case __li__ULWI__: {
    li__G41U=((__li__ULWI *)((__li__KMFK *)li__2QBK));
    li__JAZ(((__li__BC *)li__1QBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__G41U->li__4PBK),li__1QBK);
    li__SRX(((__li__BC *)li__1QBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__MSWI__: {
    li__QVIV=((__li__MSWI *)((__li__KMFK *)li__2QBK));
    li__JAZ(((__li__BC *)li__1QBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__QVIV->li__ISBK),li__1QBK);
    li__SRX(((__li__BC *)li__1QBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__2QBK),li__1QBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__2QBK)),li__1QBK);
  } break;
  };
  li__SRX(((__li__BC *)li__1QBK),')');
}

static void li__ARBK(__li__5OWI *li__BRBK,__li__BC *li__CRBK)
/* (Strict EXPR_AND{li__5OWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__DRBK;
  __li__KLWI *li__M41U;
  __li__ULWI *li__O41U;
  __li__MSWI *li__UVIV;
  li__SRX(((__li__BC *)li__CRBK),'(');
  li__DRBK=li__BRBK->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DRBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__KLWI__: {
    li__M41U=((__li__KLWI *)((__li__KMFK *)li__DRBK));
    li__JAZ(((__li__BC *)li__CRBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__M41U->li__ZPBK),li__CRBK);
    li__SRX(((__li__BC *)li__CRBK),')');
  } break;
  case __li__ULWI__: {
    li__O41U=((__li__ULWI *)((__li__KMFK *)li__DRBK));
    li__JAZ(((__li__BC *)li__CRBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__O41U->li__4PBK),li__CRBK);
    li__SRX(((__li__BC *)li__CRBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__MSWI__: {
    li__UVIV=((__li__MSWI *)((__li__KMFK *)li__DRBK));
    li__JAZ(((__li__BC *)li__CRBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__UVIV->li__ISBK),li__CRBK);
    li__SRX(((__li__BC *)li__CRBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__DRBK),li__CRBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__CRBK),(&__string_483));
  li__DRBK=li__BRBK->li__APWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DRBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__KLWI__: {
    li__M41U=((__li__KLWI *)((__li__KMFK *)li__DRBK));
    li__JAZ(((__li__BC *)li__CRBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__M41U->li__ZPBK),li__CRBK);
    li__SRX(((__li__BC *)li__CRBK),')');
  } break;
  case __li__ULWI__: {
    li__O41U=((__li__ULWI *)((__li__KMFK *)li__DRBK));
    li__JAZ(((__li__BC *)li__CRBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__O41U->li__4PBK),li__CRBK);
    li__SRX(((__li__BC *)li__CRBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__MSWI__: {
    li__UVIV=((__li__MSWI *)((__li__KMFK *)li__DRBK));
    li__JAZ(((__li__BC *)li__CRBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__UVIV->li__ISBK),li__CRBK);
    li__SRX(((__li__BC *)li__CRBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__DRBK),li__CRBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__DRBK)),li__CRBK);
  } break;
  };
  li__SRX(((__li__BC *)li__CRBK),')');
}

static void li__HRBK(__li__TPWI *li__IRBK,__li__BC *li__JRBK)
/* (Strict EXPR_SHIFT_R{li__TPWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__KRBK;
  __li__KLWI *li__U41U;
  __li__ULWI *li__W41U;
  __li__MSWI *li__YVIV;
  li__SRX(((__li__BC *)li__JRBK),'(');
  li__KRBK=li__IRBK->li__UPWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KRBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__KLWI__: {
    li__U41U=((__li__KLWI *)((__li__KMFK *)li__KRBK));
    li__JAZ(((__li__BC *)li__JRBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__U41U->li__ZPBK),li__JRBK);
    li__SRX(((__li__BC *)li__JRBK),')');
  } break;
  case __li__ULWI__: {
    li__W41U=((__li__ULWI *)((__li__KMFK *)li__KRBK));
    li__JAZ(((__li__BC *)li__JRBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__W41U->li__4PBK),li__JRBK);
    li__SRX(((__li__BC *)li__JRBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__MSWI__: {
    li__YVIV=((__li__MSWI *)((__li__KMFK *)li__KRBK));
    li__JAZ(((__li__BC *)li__JRBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__YVIV->li__ISBK),li__JRBK);
    li__SRX(((__li__BC *)li__JRBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__KRBK),li__JRBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__JRBK),(&__string_491));
  li__KRBK=li__IRBK->li__UPWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KRBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__KLWI__: {
    li__U41U=((__li__KLWI *)((__li__KMFK *)li__KRBK));
    li__JAZ(((__li__BC *)li__JRBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__U41U->li__ZPBK),li__JRBK);
    li__SRX(((__li__BC *)li__JRBK),')');
  } break;
  case __li__ULWI__: {
    li__W41U=((__li__ULWI *)((__li__KMFK *)li__KRBK));
    li__JAZ(((__li__BC *)li__JRBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__W41U->li__4PBK),li__JRBK);
    li__SRX(((__li__BC *)li__JRBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__MSWI__: {
    li__YVIV=((__li__MSWI *)((__li__KMFK *)li__KRBK));
    li__JAZ(((__li__BC *)li__JRBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__YVIV->li__ISBK),li__JRBK);
    li__SRX(((__li__BC *)li__JRBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__KRBK),li__JRBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__KRBK)),li__JRBK);
  } break;
  };
  li__SRX(((__li__BC *)li__JRBK),')');
}

static void li__ORBK(__li__HQWI *li__PRBK,__li__BC *li__QRBK)
/* (Strict EXPR_SHIFT_L{li__HQWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__RRBK;
  __li__KLWI *li__241U;
  __li__ULWI *li__441U;
  __li__MSWI *li__2VIV;
  li__SRX(((__li__BC *)li__QRBK),'(');
  li__RRBK=li__PRBK->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RRBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__KLWI__: {
    li__241U=((__li__KLWI *)((__li__KMFK *)li__RRBK));
    li__JAZ(((__li__BC *)li__QRBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__241U->li__ZPBK),li__QRBK);
    li__SRX(((__li__BC *)li__QRBK),')');
  } break;
  case __li__ULWI__: {
    li__441U=((__li__ULWI *)((__li__KMFK *)li__RRBK));
    li__JAZ(((__li__BC *)li__QRBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__441U->li__4PBK),li__QRBK);
    li__SRX(((__li__BC *)li__QRBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__MSWI__: {
    li__2VIV=((__li__MSWI *)((__li__KMFK *)li__RRBK));
    li__JAZ(((__li__BC *)li__QRBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__2VIV->li__ISBK),li__QRBK);
    li__SRX(((__li__BC *)li__QRBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__RRBK),li__QRBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__QRBK),(&__string_492));
  li__RRBK=li__PRBK->li__IQWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RRBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__KLWI__: {
    li__241U=((__li__KLWI *)((__li__KMFK *)li__RRBK));
    li__JAZ(((__li__BC *)li__QRBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__241U->li__ZPBK),li__QRBK);
    li__SRX(((__li__BC *)li__QRBK),')');
  } break;
  case __li__ULWI__: {
    li__441U=((__li__ULWI *)((__li__KMFK *)li__RRBK));
    li__JAZ(((__li__BC *)li__QRBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__441U->li__4PBK),li__QRBK);
    li__SRX(((__li__BC *)li__QRBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__MSWI__: {
    li__2VIV=((__li__MSWI *)((__li__KMFK *)li__RRBK));
    li__JAZ(((__li__BC *)li__QRBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__2VIV->li__ISBK),li__QRBK);
    li__SRX(((__li__BC *)li__QRBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__RRBK),li__QRBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__RRBK)),li__QRBK);
  } break;
  };
  li__SRX(((__li__BC *)li__QRBK),')');
}

static void li__VRBK(__li__ARWI *li__WRBK,__li__BC *li__XRBK)
/* (Strict PUT_TO{li__ARWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZRBK;
  __li__KLWI *li__E51U;
  __li__ULWI *li__G51U;
  __li__MSWI *li__AWIV;
  li__ZRBK=li__WRBK->li__YRBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZRBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KLWI__: {
    li__E51U=((__li__KLWI *)((__li__KMFK *)li__ZRBK));
    li__JAZ(((__li__BC *)li__XRBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__E51U->li__ZPBK),li__XRBK);
    li__SRX(((__li__BC *)li__XRBK),')');
  } break;
  case __li__ULWI__: {
    li__G51U=((__li__ULWI *)((__li__KMFK *)li__ZRBK));
    li__JAZ(((__li__BC *)li__XRBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__G51U->li__4PBK),li__XRBK);
    li__SRX(((__li__BC *)li__XRBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__MSWI__: {
    li__AWIV=((__li__MSWI *)((__li__KMFK *)li__ZRBK));
    li__JAZ(((__li__BC *)li__XRBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__AWIV->li__ISBK),li__XRBK);
    li__SRX(((__li__BC *)li__XRBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__ZRBK),li__XRBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  };
  li__SRX(((__li__BC *)li__XRBK),'[');
  li__ZRBK=li__WRBK->li__0RBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZRBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KLWI__: {
    li__E51U=((__li__KLWI *)((__li__KMFK *)li__ZRBK));
    li__JAZ(((__li__BC *)li__XRBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__E51U->li__ZPBK),li__XRBK);
    li__SRX(((__li__BC *)li__XRBK),')');
  } break;
  case __li__ULWI__: {
    li__G51U=((__li__ULWI *)((__li__KMFK *)li__ZRBK));
    li__JAZ(((__li__BC *)li__XRBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__G51U->li__4PBK),li__XRBK);
    li__SRX(((__li__BC *)li__XRBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__MSWI__: {
    li__AWIV=((__li__MSWI *)((__li__KMFK *)li__ZRBK));
    li__JAZ(((__li__BC *)li__XRBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__AWIV->li__ISBK),li__XRBK);
    li__SRX(((__li__BC *)li__XRBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__ZRBK),li__XRBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__XRBK),(&__string_493));
  li__ZRBK=li__WRBK->li__2RBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZRBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KLWI__: {
    li__E51U=((__li__KLWI *)((__li__KMFK *)li__ZRBK));
    li__JAZ(((__li__BC *)li__XRBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__E51U->li__ZPBK),li__XRBK);
    li__SRX(((__li__BC *)li__XRBK),')');
  } break;
  case __li__ULWI__: {
    li__G51U=((__li__ULWI *)((__li__KMFK *)li__ZRBK));
    li__JAZ(((__li__BC *)li__XRBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__G51U->li__4PBK),li__XRBK);
    li__SRX(((__li__BC *)li__XRBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__MSWI__: {
    li__AWIV=((__li__MSWI *)((__li__KMFK *)li__ZRBK));
    li__JAZ(((__li__BC *)li__XRBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__AWIV->li__ISBK),li__XRBK);
    li__SRX(((__li__BC *)li__XRBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__ZRBK),li__XRBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__ZRBK)),li__XRBK);
  } break;
  };
}

static void li__4RBK(__li__URWI *li__5RBK,__li__BC *li__ASBK)
/* (Strict ITEM{li__URWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__CSBK;
  __li__KLWI *li__Q51U;
  __li__ULWI *li__S51U;
  __li__MSWI *li__GWIV;
  li__CSBK=li__5RBK->li__BSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CSBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__KLWI__: {
    li__Q51U=((__li__KLWI *)((__li__KMFK *)li__CSBK));
    li__JAZ(((__li__BC *)li__ASBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__Q51U->li__ZPBK),li__ASBK);
    li__SRX(((__li__BC *)li__ASBK),')');
  } break;
  case __li__ULWI__: {
    li__S51U=((__li__ULWI *)((__li__KMFK *)li__CSBK));
    li__JAZ(((__li__BC *)li__ASBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__S51U->li__4PBK),li__ASBK);
    li__SRX(((__li__BC *)li__ASBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__MSWI__: {
    li__GWIV=((__li__MSWI *)((__li__KMFK *)li__CSBK));
    li__JAZ(((__li__BC *)li__ASBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__GWIV->li__ISBK),li__ASBK);
    li__SRX(((__li__BC *)li__ASBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__CSBK),li__ASBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  };
  li__SRX(((__li__BC *)li__ASBK),'[');
  li__CSBK=li__5RBK->li__DSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CSBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__KLWI__: {
    li__Q51U=((__li__KLWI *)((__li__KMFK *)li__CSBK));
    li__JAZ(((__li__BC *)li__ASBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__Q51U->li__ZPBK),li__ASBK);
    li__SRX(((__li__BC *)li__ASBK),')');
  } break;
  case __li__ULWI__: {
    li__S51U=((__li__ULWI *)((__li__KMFK *)li__CSBK));
    li__JAZ(((__li__BC *)li__ASBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__S51U->li__4PBK),li__ASBK);
    li__SRX(((__li__BC *)li__ASBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__MSWI__: {
    li__GWIV=((__li__MSWI *)((__li__KMFK *)li__CSBK));
    li__JAZ(((__li__BC *)li__ASBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__GWIV->li__ISBK),li__ASBK);
    li__SRX(((__li__BC *)li__ASBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__CSBK),li__ASBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__CSBK)),li__ASBK);
  } break;
  };
  li__SRX(((__li__BC *)li__ASBK),']');
}

static void li__KSBK(__li__ETWI *li__LSBK,__li__BC *li__MSBK)
/* (Strict CAST{li__ETWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__YSBK;
  __li__KLWI *li__Y51U;
  __li__ULWI *li__051U;
  __li__MSWI *li__251U;
  li__SRX(((__li__BC *)li__MSBK),'(');
  li__OUHF(((__li__5RB *)li__LSBK->li__NSBK),li__MSBK);
  /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__LSBK->li__NSBK)->li__BEM &  1) !=  0))) {
    li__SRX(((__li__BC *)li__MSBK),'*');
  };
  li__SRX(((__li__BC *)li__MSBK),')');
  li__YSBK=li__LSBK->li__XSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YSBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__KLWI__: {
    li__Y51U=((__li__KLWI *)((__li__KMFK *)li__YSBK));
    li__JAZ(((__li__BC *)li__MSBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__Y51U->li__ZPBK),li__MSBK);
    li__SRX(((__li__BC *)li__MSBK),')');
  } break;
  case __li__ULWI__: {
    li__051U=((__li__ULWI *)((__li__KMFK *)li__YSBK));
    li__JAZ(((__li__BC *)li__MSBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__051U->li__4PBK),li__MSBK);
    li__SRX(((__li__BC *)li__MSBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__MSWI__: {
    li__251U=((__li__MSWI *)((__li__KMFK *)li__YSBK));
    li__JAZ(((__li__BC *)li__MSBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__251U->li__ISBK),li__MSBK);
    li__SRX(((__li__BC *)li__MSBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__YSBK),li__MSBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__YSBK)),li__MSBK);
  } break;
  };
}

static void li__ZSBK(__li__MZWI *li__0SBK,__li__BC *li__1SBK)
/* (Strict REAL_CST{li__MZWI},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__TAHL,*li__QSNL;
  __li__K li__A0PK,li__XAHL;
  li__SRX(((__li__BC *)li__1SBK),'(');
  li__OUHF(((__li__5RB *)li__0SBK->li__NZWI.li__WZLE),li__1SBK);
  li__SRX(((__li__BC *)li__1SBK),')');
  li__JAZ(((__li__BC *)li__1SBK),li__0SBK->li__3SBK);
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__1SBK),(&__string_26));
    li__TAHL=&(li__0SBK->li__NZWI.li__0K.li__KC);
    /* 0 1 */
if (li__TAHL->li__VRLF==0) {
      li__A0PK=li__TAHL->li__URLF;
    } else /* ___TYPE_ID */ {
      li__XAHL=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__QSNL=&(li__0SBK->li__NZWI.li__0K.li__KC);
      li__QSNL->li__URLF=li__XAHL;
      li__QSNL->li__VRLF=0;
      li__A0PK=li__XAHL;
    };
    li__B0E(li__A0PK,li__1SBK);
    li__JAZ(((__li__BC *)li__1SBK),(&__string_24));
  };
}

static void li__5SBK(__li__C0WI *li__ATBK,__li__BC *li__BTBK)
/* (Strict CHARACTER_CST{li__C0WI},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__BBHL,*li__FTNL;
  __li__K li__O0PK,li__FBHL;
  li__SRX(((__li__BC *)li__BTBK),'\'');
  li__JAZ(((__li__BC *)li__BTBK),li__ATBK->li__CTBK);
  li__SRX(((__li__BC *)li__BTBK),'\'');
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__BTBK),(&__string_26));
    li__BBHL=&(li__ATBK->li__D0WI.li__0K.li__KC);
    /* 0 1 */
if (li__BBHL->li__VRLF==0) {
      li__O0PK=li__BBHL->li__URLF;
    } else /* ___TYPE_ID */ {
      li__FBHL=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__FTNL=&(li__ATBK->li__D0WI.li__0K.li__KC);
      li__FTNL->li__URLF=li__FBHL;
      li__FTNL->li__VRLF=0;
      li__O0PK=li__FBHL;
    };
    li__B0E(li__O0PK,li__BTBK);
    li__JAZ(((__li__BC *)li__BTBK),(&__string_24));
  };
}

static void li__JS2K(__li__M1WI *li__KS2K,__li__BC *li__LS2K)
/* (Strict NATIVE_ARRAY_CHARACTER_CST{li__M1WI},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__0PSL,*li__GEUL;
  __li__K li__ECHL,li__4PSL;
  li__SRX(((__li__BC *)li__LS2K),'\"');
  li__JAZ(((__li__BC *)li__LS2K),li__KS2K->li__UTFK);
  li__SRX(((__li__BC *)li__LS2K),'\"');
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__LS2K),(&__string_26));
    li__0PSL=&(li__KS2K->li__N1WI.li__0K.li__KC);
    /* 0 1 */
if (li__0PSL->li__VRLF==0) {
      li__ECHL=li__0PSL->li__URLF;
    } else /* ___TYPE_ID */ {
      li__4PSL=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__GEUL=&(li__KS2K->li__N1WI.li__0K.li__KC);
      li__GEUL->li__URLF=li__4PSL;
      li__GEUL->li__VRLF=0;
      li__ECHL=li__4PSL;
    };
    li__B0E(li__ECHL,li__LS2K);
    li__JAZ(((__li__BC *)li__LS2K),(&__string_24));
  };
}

static void li__ETBK(__li__RLKJ *li__FTBK,__li__BC *li__GTBK)
/* (Strict WRITE_GLOBAL{li__RLKJ},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__OBHL,*li__GHPU;
  __li__K li__40PK,li__EHPU;
  __li__BC *li__351U;
  void *li__XTBK;
  __li__KLWI *li__BA2U;
  __li__ULWI *li__DA2U;
  __li__MSWI *li__FA2U;
  li__JAZ(((__li__BC *)li__GTBK),li__FTBK->li__2BDK->li__GZB.li__GRNE);
  li__SRX(((__li__BC *)li__GTBK),'[');
  li__OUHF(((__li__5RB *)li__FTBK->li__2BDK->li__GZB.li__0RNE),li__GTBK);
  li__SRX(((__li__BC *)li__GTBK),']');
  li__JAZ(((__li__BC *)li__GTBK),(&__string_494));
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__SRX(((__li__BC *)li__GTBK),'<');
    li__OBHL=&(li__FTBK->li__SLKJ.li__RZEC.li__KC);
    /* 0 1 */
if (li__OBHL->li__VRLF==0) {
      li__40PK=li__OBHL->li__URLF;
    } else /* ___TYPE_ID */ {
      li__EHPU=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__GHPU=&(li__FTBK->li__SLKJ.li__RZEC.li__KC);
      li__GHPU->li__URLF=li__EHPU;
      li__GHPU->li__VRLF=0;
      li__40PK=li__EHPU;
    };
    li__351U=li__IFC( 0);
    li__B0E(li__40PK,li__351U);
    li__1CZ(((__li__BC *)li__GTBK),li__351U);
    li__SRX(((__li__BC *)li__GTBK),'/');
    li__B0E(li__FTBK->li__2BDK->li__GZB.li__LNME,li__GTBK);
    li__SRX(((__li__BC *)li__GTBK),'>');
  };
  li__SRX(((__li__BC *)li__GTBK),' ');
  /* __li__B__ __li__I__ */
if (((void *)li__FTBK->li__SLKJ.li__CSSH == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__GTBK),(&__string_495));
  } else /* FALSE */ {
    li__XTBK=li__FTBK->li__SLKJ.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XTBK)->__id) {
    case __li__WK__: {
      li__UNBK(((__li__WK *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__AVBD__: {
      li__FSMI(((__li__AVBD *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__KVBD__: {
      li__RAHJ(((__li__KVBD *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__WVBD__: {
      li__NUMI(((__li__WVBD *)li__XTBK),li__GTBK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__KTVI__: {
      li__ROBK(((__li__KTVI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__LTVI__: {
      li__Z30L(((__li__LTVI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__XTVI__: {
      li__1OBK(((__li__XTVI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__YTVI__: {
      li__A40L(((__li__YTVI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__S2VI__: {
      li__CPBK(((__li__S2VI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__E3VI__: {
      li__NPBK(((__li__E3VI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__KLWI__: {
      li__BA2U=((__li__KLWI *)((__li__WVBD *)li__XTBK));
      li__JAZ(((__li__BC *)li__GTBK),(&__string_369));
      li__H40L(((__li__KMFK *)li__BA2U->li__ZPBK),li__GTBK);
      li__SRX(((__li__BC *)li__GTBK),')');
    } break;
    case __li__ULWI__: {
      li__DA2U=((__li__ULWI *)((__li__WVBD *)li__XTBK));
      li__JAZ(((__li__BC *)li__GTBK),(&__string_370));
      li__4MYI(((__li__5RB *)li__DA2U->li__4PBK),li__GTBK);
      li__SRX(((__li__BC *)li__GTBK),')');
    } break;
    case __li__NMWI__: {
      li__AQBK(((__li__NMWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__BNWI__: {
      li__JQBK(((__li__BNWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__XNWI__: {
      li__SQBK(((__li__XNWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__LOWI__: {
      li__ZQBK(((__li__LOWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__5OWI__: {
      li__ARBK(((__li__5OWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__TPWI__: {
      li__HRBK(((__li__TPWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__HQWI__: {
      li__ORBK(((__li__HQWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__ARWI__: {
      li__VRBK(((__li__ARWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__URWI__: {
      li__4RBK(((__li__URWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__MSWI__: {
      li__FA2U=((__li__MSWI *)((__li__WVBD *)li__XTBK));
      li__JAZ(((__li__BC *)li__GTBK),(&__string_371));
      li__4MYI(((__li__5RB *)li__FA2U->li__ISBK),li__GTBK);
      li__SRX(((__li__BC *)li__GTBK),')');
    } break;
    case __li__ETWI__: {
      li__KSBK(((__li__ETWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__MZWI__: {
      li__ZSBK(((__li__MZWI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__C0WI__: {
      li__5SBK(((__li__C0WI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__M1WI__: {
      li__JS2K(((__li__M1WI *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__KMFK__: {
      li__H40L(((__li__KMFK *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__XOHL__: {
      li__3AMN(((__li__XOHL *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__FPHL__: {
      li__K43L(((__li__FPHL *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__APLM__: {
      li__J2BQ(((__li__APLM *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__DTNM__: {
      li__SARO(((__li__DTNM *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__JXNM__: {
      li__CU3R(((__li__JXNM *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__21LO__: {
      li__ZJKP(((__li__21LO *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__TPOO__: {
      li__4JKP(((__li__TPOO *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__URRO__: {
      li__NF4R(((__li__URRO *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__41XO__: {
      li__S2BQ(((__li__41XO *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__AKBR__: {
      li__HVCS(((__li__AKBR *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__SU5R__: {
      li__YLIS(((__li__SU5R *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    case __li__JV5R__: {
      li__BMIS(((__li__JV5R *)((__li__WVBD *)li__XTBK)),li__GTBK);
    } break;
    };
  };
}

static void li__ZTBK(__li__5LKJ *li__0TBK,__li__BC *li__1TBK)
/* (Strict WRITE_SLOT{li__5LKJ},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__3TBK,*li__A2PK;
  __li__KLWI *li__HA2U,*li__QA2U;
  __li__ULWI *li__JA2U,*li__SA2U;
  __li__MSWI *li__LA2U,*li__UA2U;
  __li__PB *li__NUNL,*li__KHPU;
  __li__K li__02VK,li__IHPU;
  __li__BC *li__MA2U;
  li__3TBK=li__0TBK->li__2TBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3TBK)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__3TBK),li__1TBK);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__KLWI__: {
    li__HA2U=((__li__KLWI *)((__li__WK *)li__3TBK));
    li__JAZ(((__li__BC *)li__1TBK),(&__string_369));
    li__H40L(((__li__KMFK *)li__HA2U->li__ZPBK),li__1TBK);
    li__SRX(((__li__BC *)li__1TBK),')');
  } break;
  case __li__ULWI__: {
    li__JA2U=((__li__ULWI *)((__li__WK *)li__3TBK));
    li__JAZ(((__li__BC *)li__1TBK),(&__string_370));
    li__4MYI(((__li__5RB *)li__JA2U->li__4PBK),li__1TBK);
    li__SRX(((__li__BC *)li__1TBK),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__MSWI__: {
    li__LA2U=((__li__MSWI *)((__li__WK *)li__3TBK));
    li__JAZ(((__li__BC *)li__1TBK),(&__string_371));
    li__4MYI(((__li__5RB *)li__LA2U->li__ISBK),li__1TBK);
    li__SRX(((__li__BC *)li__1TBK),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__3TBK)),li__1TBK);
  } break;
  };
  li__JAZ(((__li__BC *)li__1TBK),(&__string_21));
  li__JAZ(((__li__BC *)li__1TBK),li__0TBK->li__IDDK->li__GZB.li__GRNE);
  li__SRX(((__li__BC *)li__1TBK),'[');
  li__OUHF(((__li__5RB *)li__0TBK->li__IDDK->li__GZB.li__0RNE),li__1TBK);
  li__SRX(((__li__BC *)li__1TBK),']');
  li__JAZ(((__li__BC *)li__1TBK),(&__string_494));
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__SRX(((__li__BC *)li__1TBK),'<');
    li__NUNL=&(li__0TBK->li__AMKJ.li__RZEC.li__KC);
    /* 0 1 */
if (li__NUNL->li__VRLF==0) {
      li__02VK=li__NUNL->li__URLF;
    } else /* ___TYPE_ID */ {
      li__IHPU=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__KHPU=&(li__0TBK->li__AMKJ.li__RZEC.li__KC);
      li__KHPU->li__URLF=li__IHPU;
      li__KHPU->li__VRLF=0;
      li__02VK=li__IHPU;
    };
    li__MA2U=li__IFC( 0);
    li__B0E(li__02VK,li__MA2U);
    li__1CZ(((__li__BC *)li__1TBK),li__MA2U);
    li__SRX(((__li__BC *)li__1TBK),'/');
    li__B0E(li__0TBK->li__IDDK->li__GZB.li__LNME,li__1TBK);
    li__SRX(((__li__BC *)li__1TBK),'>');
  };
  li__SRX(((__li__BC *)li__1TBK),' ');
  /* __li__B__ __li__I__ */
if (((void *)li__0TBK->li__AMKJ.li__CSSH == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__1TBK),(&__string_495));
  } else /* FALSE */ {
    li__A2PK=li__0TBK->li__AMKJ.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__A2PK)->__id) {
    case __li__WK__: {
      li__UNBK(((__li__WK *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__AVBD__: {
      li__FSMI(((__li__AVBD *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__KVBD__: {
      li__RAHJ(((__li__KVBD *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__WVBD__: {
      li__NUMI(((__li__WVBD *)li__A2PK),li__1TBK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__KTVI__: {
      li__ROBK(((__li__KTVI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__LTVI__: {
      li__Z30L(((__li__LTVI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__XTVI__: {
      li__1OBK(((__li__XTVI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__YTVI__: {
      li__A40L(((__li__YTVI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__S2VI__: {
      li__CPBK(((__li__S2VI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__E3VI__: {
      li__NPBK(((__li__E3VI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__KLWI__: {
      li__QA2U=((__li__KLWI *)((__li__WVBD *)li__A2PK));
      li__JAZ(((__li__BC *)li__1TBK),(&__string_369));
      li__H40L(((__li__KMFK *)li__QA2U->li__ZPBK),li__1TBK);
      li__SRX(((__li__BC *)li__1TBK),')');
    } break;
    case __li__ULWI__: {
      li__SA2U=((__li__ULWI *)((__li__WVBD *)li__A2PK));
      li__JAZ(((__li__BC *)li__1TBK),(&__string_370));
      li__4MYI(((__li__5RB *)li__SA2U->li__4PBK),li__1TBK);
      li__SRX(((__li__BC *)li__1TBK),')');
    } break;
    case __li__NMWI__: {
      li__AQBK(((__li__NMWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__BNWI__: {
      li__JQBK(((__li__BNWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__XNWI__: {
      li__SQBK(((__li__XNWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__LOWI__: {
      li__ZQBK(((__li__LOWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__5OWI__: {
      li__ARBK(((__li__5OWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__TPWI__: {
      li__HRBK(((__li__TPWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__HQWI__: {
      li__ORBK(((__li__HQWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__ARWI__: {
      li__VRBK(((__li__ARWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__URWI__: {
      li__4RBK(((__li__URWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__MSWI__: {
      li__UA2U=((__li__MSWI *)((__li__WVBD *)li__A2PK));
      li__JAZ(((__li__BC *)li__1TBK),(&__string_371));
      li__4MYI(((__li__5RB *)li__UA2U->li__ISBK),li__1TBK);
      li__SRX(((__li__BC *)li__1TBK),')');
    } break;
    case __li__ETWI__: {
      li__KSBK(((__li__ETWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__MZWI__: {
      li__ZSBK(((__li__MZWI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__C0WI__: {
      li__5SBK(((__li__C0WI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__M1WI__: {
      li__JS2K(((__li__M1WI *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__KMFK__: {
      li__H40L(((__li__KMFK *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__XOHL__: {
      li__3AMN(((__li__XOHL *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__FPHL__: {
      li__K43L(((__li__FPHL *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__APLM__: {
      li__J2BQ(((__li__APLM *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__DTNM__: {
      li__SARO(((__li__DTNM *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__JXNM__: {
      li__CU3R(((__li__JXNM *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__21LO__: {
      li__ZJKP(((__li__21LO *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__TPOO__: {
      li__4JKP(((__li__TPOO *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__URRO__: {
      li__NF4R(((__li__URRO *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__41XO__: {
      li__S2BQ(((__li__41XO *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__AKBR__: {
      li__HVCS(((__li__AKBR *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__SU5R__: {
      li__YLIS(((__li__SU5R *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    case __li__JV5R__: {
      li__BMIS(((__li__JV5R *)((__li__WVBD *)li__A2PK)),li__1TBK);
    } break;
    };
  };
}

static void li__PRHP(__li__LHBK *li__QRHP,__li__BC *li__RRHP)
/* (Strict CALL_SLOT{li__LHBK},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__TRHP;
  __li__U *li__URHP;
  __li__PB *li__GLXP,*li__RH0P;
  __li__K li__DDOP,li__KLXP;
  void *li__MSHP;
  void *li__YSHP;
  __li__KLWI *li__ZA2U;
  __li__ULWI *li__1A2U;
  __li__MSWI *li__3A2U;
  __li__C li__KWRU;
  li__TRHP=li__QRHP->li__KSPK;
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__TRHP)->__id==__li__1M__) {
    li__URHP=((__li__1M *)li__TRHP)->li__2M.li__NZFD;
  } else /* PROFIL_BLOCK */ {
    li__URHP=((__li__UJSH *)li__TRHP)->li__VJSH.li__NZFD;
  };
  li__JAZ(((__li__BC *)li__RRHP),li__URHP);
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__RRHP),(&__string_26));
    li__GLXP=&(li__QRHP->li__MHBK.li__KC);
    /* 0 1 */
if (li__GLXP->li__VRLF==0) {
      li__DDOP=li__GLXP->li__URLF;
    } else /* ___TYPE_ID */ {
      li__KLXP=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__RH0P=&(li__QRHP->li__MHBK.li__KC);
      li__RH0P->li__URLF=li__KLXP;
      li__RH0P->li__VRLF=0;
      li__DDOP=li__KLXP;
    };
    li__B0E(li__DDOP,li__RRHP);
    li__JAZ(((__li__BC *)li__RRHP),(&__string_24));
  };
  li__KWRU=((*(((__li__SZEC *)li__QRHP->li__TIWO))).li__J0EK <  0);
  /* __li__B__ __li__I__ */
if (li__KWRU) {
    li__JAZ(((__li__BC *)li__RRHP),(&__string_496));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__RRHP),(&__string_497));
    li__DDOP=(*(li__QRHP->li__TIWO)).li__J0EK;
    li__KLXP= 0;
    while ((li__KLXP <= li__DDOP)) {
      li__MSHP=((void **)(*(((__li__SZEC *)li__QRHP->li__TIWO))).li__F0EK)[li__KLXP];
      /* __li__B__ __li__I__ */
if (((void *)li__MSHP == (void *)NULL)) {
        li__JAZ(((__li__BC *)li__RRHP),(&__string_498));
      } else /* FALSE */ {
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__MSHP)->__id) {
        case __li__RLKJ__: {
          li__YSHP=((__li__RLKJ *)li__MSHP)->li__SLKJ.li__CSSH;
        } break;
        case __li__5LKJ__: {
          li__YSHP=((__li__5LKJ *)li__MSHP)->li__AMKJ.li__CSSH;
        } break;
        case __li__DFNL__: {
          li__YSHP=((__li__DFNL *)li__MSHP)->li__EFNL.li__CSSH;
        } break;
        };
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YSHP)->__id) {
        case __li__WK__: {
          li__UNBK(((__li__WK *)li__YSHP),li__RRHP);
        } break;
        case __li__AVBD__: {
          li__FSMI(((__li__AVBD *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__KVBD__: {
          li__RAHJ(((__li__KVBD *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__WVBD__: {
          li__NUMI(((__li__WVBD *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__Z4WH__: {
          li__2NBK(((__li__Z4WH *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__KTVI__: {
          li__ROBK(((__li__KTVI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__LTVI__: {
          li__Z30L(((__li__LTVI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__XTVI__: {
          li__1OBK(((__li__XTVI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__YTVI__: {
          li__A40L(((__li__YTVI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__S2VI__: {
          li__CPBK(((__li__S2VI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__E3VI__: {
          li__NPBK(((__li__E3VI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__KLWI__: {
          li__ZA2U=((__li__KLWI *)((__li__WK *)li__YSHP));
          li__JAZ(((__li__BC *)li__RRHP),(&__string_369));
          li__H40L(((__li__KMFK *)li__ZA2U->li__ZPBK),li__RRHP);
          li__SRX(((__li__BC *)li__RRHP),')');
        } break;
        case __li__ULWI__: {
          li__1A2U=((__li__ULWI *)((__li__WK *)li__YSHP));
          li__JAZ(((__li__BC *)li__RRHP),(&__string_370));
          li__4MYI(((__li__5RB *)li__1A2U->li__4PBK),li__RRHP);
          li__SRX(((__li__BC *)li__RRHP),')');
        } break;
        case __li__NMWI__: {
          li__AQBK(((__li__NMWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__BNWI__: {
          li__JQBK(((__li__BNWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__XNWI__: {
          li__SQBK(((__li__XNWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__LOWI__: {
          li__ZQBK(((__li__LOWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__5OWI__: {
          li__ARBK(((__li__5OWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__TPWI__: {
          li__HRBK(((__li__TPWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__HQWI__: {
          li__ORBK(((__li__HQWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__ARWI__: {
          li__VRBK(((__li__ARWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__URWI__: {
          li__4RBK(((__li__URWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__MSWI__: {
          li__3A2U=((__li__MSWI *)((__li__WK *)li__YSHP));
          li__JAZ(((__li__BC *)li__RRHP),(&__string_371));
          li__4MYI(((__li__5RB *)li__3A2U->li__ISBK),li__RRHP);
          li__SRX(((__li__BC *)li__RRHP),')');
        } break;
        case __li__ETWI__: {
          li__KSBK(((__li__ETWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__MZWI__: {
          li__ZSBK(((__li__MZWI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__C0WI__: {
          li__5SBK(((__li__C0WI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__M1WI__: {
          li__JS2K(((__li__M1WI *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__KMFK__: {
          li__H40L(((__li__KMFK *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__XOHL__: {
          li__3AMN(((__li__XOHL *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__FPHL__: {
          li__K43L(((__li__FPHL *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__APLM__: {
          li__J2BQ(((__li__APLM *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__DTNM__: {
          li__SARO(((__li__DTNM *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__JXNM__: {
          li__CU3R(((__li__JXNM *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__21LO__: {
          li__ZJKP(((__li__21LO *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__TPOO__: {
          li__4JKP(((__li__TPOO *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__URRO__: {
          li__NF4R(((__li__URRO *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__41XO__: {
          li__S2BQ(((__li__41XO *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__AKBR__: {
          li__HVCS(((__li__AKBR *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__SU5R__: {
          li__YLIS(((__li__SU5R *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        case __li__JV5R__: {
          li__BMIS(((__li__JV5R *)((__li__WK *)li__YSHP)),li__RRHP);
        } break;
        };
      };
      li__SRX(((__li__BC *)li__RRHP),',');
      li__KLXP=(__li__K)(li__KLXP +  1);
    };
    ((__li__3 *)((__li__BC *)li__RRHP)->li__CUN)[(__li__K)(((__li__BC *)li__RRHP)->li__NK -  1)]=')';
  };
}

static void li__3AMN(__li__XOHL *li__4AMN,__li__BC *li__5AMN)
/* (Strict EXPR_NEG{li__XOHL},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__BBMN;
  __li__KLWI *li__FB2U;
  __li__ULWI *li__HB2U;
  __li__MSWI *li__JB2U;
  li__SRX(((__li__BC *)li__5AMN),'(');
  li__SRX(((__li__BC *)li__5AMN),'-');
  li__SRX(((__li__BC *)li__5AMN),' ');
  li__BBMN=li__4AMN->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BBMN)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__KLWI__: {
    li__FB2U=((__li__KLWI *)((__li__KMFK *)li__BBMN));
    li__JAZ(((__li__BC *)li__5AMN),(&__string_369));
    li__H40L(((__li__KMFK *)li__FB2U->li__ZPBK),li__5AMN);
    li__SRX(((__li__BC *)li__5AMN),')');
  } break;
  case __li__ULWI__: {
    li__HB2U=((__li__ULWI *)((__li__KMFK *)li__BBMN));
    li__JAZ(((__li__BC *)li__5AMN),(&__string_370));
    li__4MYI(((__li__5RB *)li__HB2U->li__4PBK),li__5AMN);
    li__SRX(((__li__BC *)li__5AMN),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__MSWI__: {
    li__JB2U=((__li__MSWI *)((__li__KMFK *)li__BBMN));
    li__JAZ(((__li__BC *)li__5AMN),(&__string_371));
    li__4MYI(((__li__5RB *)li__JB2U->li__ISBK),li__5AMN);
    li__SRX(((__li__BC *)li__5AMN),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__BBMN),li__5AMN);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__BBMN)),li__5AMN);
  } break;
  };
  li__SRX(((__li__BC *)li__5AMN),')');
}

static void li__K43L(__li__FPHL *li__L43L,__li__BC *li__M43L)
/* (Strict EXPR_ADD{li__FPHL},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__N43L;
  __li__KLWI *li__LB2U;
  __li__ULWI *li__NB2U;
  __li__MSWI *li__PB2U;
  li__SRX(((__li__BC *)li__M43L),'(');
  li__N43L=li__L43L->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__N43L)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__KLWI__: {
    li__LB2U=((__li__KLWI *)((__li__KMFK *)li__N43L));
    li__JAZ(((__li__BC *)li__M43L),(&__string_369));
    li__H40L(((__li__KMFK *)li__LB2U->li__ZPBK),li__M43L);
    li__SRX(((__li__BC *)li__M43L),')');
  } break;
  case __li__ULWI__: {
    li__NB2U=((__li__ULWI *)((__li__KMFK *)li__N43L));
    li__JAZ(((__li__BC *)li__M43L),(&__string_370));
    li__4MYI(((__li__5RB *)li__NB2U->li__4PBK),li__M43L);
    li__SRX(((__li__BC *)li__M43L),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__MSWI__: {
    li__PB2U=((__li__MSWI *)((__li__KMFK *)li__N43L));
    li__JAZ(((__li__BC *)li__M43L),(&__string_371));
    li__4MYI(((__li__5RB *)li__PB2U->li__ISBK),li__M43L);
    li__SRX(((__li__BC *)li__M43L),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__N43L),li__M43L);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  };
  li__JAZ(((__li__BC *)li__M43L),(&__string_499));
  li__N43L=li__L43L->li__GPHL.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__N43L)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__KLWI__: {
    li__LB2U=((__li__KLWI *)((__li__KMFK *)li__N43L));
    li__JAZ(((__li__BC *)li__M43L),(&__string_369));
    li__H40L(((__li__KMFK *)li__LB2U->li__ZPBK),li__M43L);
    li__SRX(((__li__BC *)li__M43L),')');
  } break;
  case __li__ULWI__: {
    li__NB2U=((__li__ULWI *)((__li__KMFK *)li__N43L));
    li__JAZ(((__li__BC *)li__M43L),(&__string_370));
    li__4MYI(((__li__5RB *)li__NB2U->li__4PBK),li__M43L);
    li__SRX(((__li__BC *)li__M43L),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__MSWI__: {
    li__PB2U=((__li__MSWI *)((__li__KMFK *)li__N43L));
    li__JAZ(((__li__BC *)li__M43L),(&__string_371));
    li__4MYI(((__li__5RB *)li__PB2U->li__ISBK),li__M43L);
    li__SRX(((__li__BC *)li__M43L),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__N43L),li__M43L);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__N43L)),li__M43L);
  } break;
  };
  li__SRX(((__li__BC *)li__M43L),')');
}

static void li__P40L(__li__DFNL *li__Q40L,__li__BC *li__R40L)
/* (Strict WRITE_LOCAL{li__DFNL},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__5U0M,*li__GIPU;
  __li__K li__JKEM,li__EIPU;
  __li__BC *li__WB2U;
  void *li__C50L;
  __li__KLWI *li__0B2U;
  __li__ULWI *li__2B2U;
  __li__MSWI *li__4B2U;
  li__JAZ(((__li__BC *)li__R40L),li__Q40L->li__JG1L->li__WTBD.li__GRNE);
  li__SRX(((__li__BC *)li__R40L),'[');
  li__OUHF(((__li__5RB *)li__Q40L->li__JG1L->li__WTBD.li__0RNE),li__R40L);
  li__SRX(((__li__BC *)li__R40L),']');
  li__JAZ(((__li__BC *)li__R40L),(&__string_494));
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__SRX(((__li__BC *)li__R40L),'<');
    li__5U0M=&(li__Q40L->li__EFNL.li__RZEC.li__KC);
    /* 0 1 */
if (li__5U0M->li__VRLF==0) {
      li__JKEM=li__5U0M->li__URLF;
    } else /* ___TYPE_ID */ {
      li__EIPU=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__GIPU=&(li__Q40L->li__EFNL.li__RZEC.li__KC);
      li__GIPU->li__URLF=li__EIPU;
      li__GIPU->li__VRLF=0;
      li__JKEM=li__EIPU;
    };
    li__WB2U=li__IFC( 0);
    li__B0E(li__JKEM,li__WB2U);
    li__1CZ(((__li__BC *)li__R40L),li__WB2U);
    li__SRX(((__li__BC *)li__R40L),'/');
    li__B0E(li__Q40L->li__JG1L->li__WTBD.li__LNME,li__R40L);
    li__SRX(((__li__BC *)li__R40L),'>');
  };
  li__SRX(((__li__BC *)li__R40L),' ');
  /* __li__B__ __li__I__ */
if (((void *)li__Q40L->li__EFNL.li__CSSH == (void *)NULL)) {
    li__JAZ(((__li__BC *)li__R40L),(&__string_495));
  } else /* FALSE */ {
    li__C50L=li__Q40L->li__EFNL.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__C50L)->__id) {
    case __li__WK__: {
      li__UNBK(((__li__WK *)li__C50L),li__R40L);
    } break;
    case __li__AVBD__: {
      li__FSMI(((__li__AVBD *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__KVBD__: {
      li__RAHJ(((__li__KVBD *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__WVBD__: {
      li__NUMI(((__li__WVBD *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__KTVI__: {
      li__ROBK(((__li__KTVI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__LTVI__: {
      li__Z30L(((__li__LTVI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__XTVI__: {
      li__1OBK(((__li__XTVI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__YTVI__: {
      li__A40L(((__li__YTVI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__S2VI__: {
      li__CPBK(((__li__S2VI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__E3VI__: {
      li__NPBK(((__li__E3VI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__KLWI__: {
      li__0B2U=((__li__KLWI *)((__li__WK *)li__C50L));
      li__JAZ(((__li__BC *)li__R40L),(&__string_369));
      li__H40L(((__li__KMFK *)li__0B2U->li__ZPBK),li__R40L);
      li__SRX(((__li__BC *)li__R40L),')');
    } break;
    case __li__ULWI__: {
      li__2B2U=((__li__ULWI *)((__li__WK *)li__C50L));
      li__JAZ(((__li__BC *)li__R40L),(&__string_370));
      li__4MYI(((__li__5RB *)li__2B2U->li__4PBK),li__R40L);
      li__SRX(((__li__BC *)li__R40L),')');
    } break;
    case __li__NMWI__: {
      li__AQBK(((__li__NMWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__BNWI__: {
      li__JQBK(((__li__BNWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__XNWI__: {
      li__SQBK(((__li__XNWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__LOWI__: {
      li__ZQBK(((__li__LOWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__5OWI__: {
      li__ARBK(((__li__5OWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__TPWI__: {
      li__HRBK(((__li__TPWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__HQWI__: {
      li__ORBK(((__li__HQWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__ARWI__: {
      li__VRBK(((__li__ARWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__URWI__: {
      li__4RBK(((__li__URWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__MSWI__: {
      li__4B2U=((__li__MSWI *)((__li__WK *)li__C50L));
      li__JAZ(((__li__BC *)li__R40L),(&__string_371));
      li__4MYI(((__li__5RB *)li__4B2U->li__ISBK),li__R40L);
      li__SRX(((__li__BC *)li__R40L),')');
    } break;
    case __li__ETWI__: {
      li__KSBK(((__li__ETWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__MZWI__: {
      li__ZSBK(((__li__MZWI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__C0WI__: {
      li__5SBK(((__li__C0WI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__M1WI__: {
      li__JS2K(((__li__M1WI *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__KMFK__: {
      li__H40L(((__li__KMFK *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__XOHL__: {
      li__3AMN(((__li__XOHL *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__FPHL__: {
      li__K43L(((__li__FPHL *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__APLM__: {
      li__J2BQ(((__li__APLM *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__DTNM__: {
      li__SARO(((__li__DTNM *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__JXNM__: {
      li__CU3R(((__li__JXNM *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__21LO__: {
      li__ZJKP(((__li__21LO *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__TPOO__: {
      li__4JKP(((__li__TPOO *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__URRO__: {
      li__NF4R(((__li__URRO *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__41XO__: {
      li__S2BQ(((__li__41XO *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__AKBR__: {
      li__HVCS(((__li__AKBR *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__SU5R__: {
      li__YLIS(((__li__SU5R *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    case __li__JV5R__: {
      li__BMIS(((__li__JV5R *)((__li__WK *)li__C50L)),li__R40L);
    } break;
    };
  };
}

static void li__4SHP(__li__3I3L *li__5SHP,__li__BC *li__ATHP)
/* (Strict LOOP{li__3I3L},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__2LXP,*li__4H0P;
  __li__K li__XDOP,li__AMXP;
  li__JAZ(((__li__BC *)li__ATHP),li__5SHP->li__BTHP);
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__ATHP),(&__string_26));
    li__2LXP=&(li__5SHP->li__4I3L.li__KC);
    /* 0 1 */
if (li__2LXP->li__VRLF==0) {
      li__XDOP=li__2LXP->li__URLF;
    } else /* ___TYPE_ID */ {
      li__AMXP=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__4H0P=&(li__5SHP->li__4I3L.li__KC);
      li__4H0P->li__URLF=li__AMXP;
      li__4H0P->li__VRLF=0;
      li__XDOP=li__AMXP;
    };
    li__B0E(li__XDOP,li__ATHP);
    li__JAZ(((__li__BC *)li__ATHP),(&__string_24));
  };
  li__JAZ(((__li__BC *)li__ATHP),(&__string_318));
  li__1CZ(((__li__BC *)li__ATHP),li__FI);
  li__53SE(((__li__KI *)li__5SHP->li__ETHP),li__ATHP);
}

static void li__J2BQ(__li__APLM *li__K2BQ,__li__BC *li__L2BQ)
/* (Strict EXPR_SUP_EQ{li__APLM},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__M2BQ;
  __li__5RB *li__N2BQ;
  __li__KLWI *li__AC2U;
  __li__ULWI *li__CC2U;
  __li__MSWI *li__EC2U;
  li__SRX(((__li__BC *)li__L2BQ),'(');
  li__M2BQ=li__K2BQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__M2BQ)->__id) {
  case __li__WK__: {
    li__N2BQ=((__li__WK *)li__M2BQ)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__N2BQ=((__li__AVBD *)li__M2BQ)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__N2BQ=((__li__KVBD *)li__M2BQ)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__N2BQ=((__li__WVBD *)li__M2BQ)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__N2BQ=li__JK5J(((__li__Z4WH *)li__M2BQ));
  } break;
  case __li__KTVI__: {
    li__N2BQ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__N2BQ=li__553L();
  } break;
  case __li__XTVI__: {
    li__N2BQ=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__N2BQ=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__N2BQ=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__N2BQ=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__N2BQ=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__N2BQ=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__N2BQ=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__N2BQ=li__DWEK(((__li__BNWI *)li__M2BQ));
  } break;
  case __li__XNWI__: {
    li__N2BQ=li__IWEK(((__li__XNWI *)li__M2BQ));
  } break;
  case __li__LOWI__: {
    li__N2BQ=li__NWEK(((__li__LOWI *)li__M2BQ));
  } break;
  case __li__5OWI__: {
    li__N2BQ=li__SWEK(((__li__5OWI *)li__M2BQ));
  } break;
  case __li__TPWI__: {
    li__N2BQ=li__XWEK(((__li__TPWI *)li__M2BQ));
  } break;
  case __li__HQWI__: {
    li__N2BQ=li__2WEK(((__li__HQWI *)li__M2BQ));
  } break;
  case __li__ARWI__: {
    li__N2BQ=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__N2BQ=li__FXEK(((__li__URWI *)li__M2BQ));
  } break;
  case __li__MSWI__: {
    li__N2BQ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__N2BQ=((__li__ETWI *)li__M2BQ)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__N2BQ=((__li__MZWI *)li__M2BQ)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__N2BQ=((__li__C0WI *)li__M2BQ)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__N2BQ=((__li__M1WI *)li__M2BQ)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__N2BQ=((__li__KMFK *)li__M2BQ)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__N2BQ=li__T4NN(((__li__XOHL *)li__M2BQ));
  } break;
  case __li__FPHL__: {
    li__N2BQ=li__KA4L(((__li__FPHL *)li__M2BQ));
  } break;
  case __li__APLM__: {
    li__N2BQ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__N2BQ=li__1ISO(((__li__DTNM *)li__M2BQ));
  } break;
  case __li__JXNM__: {
    li__N2BQ=li__VX3R(((__li__JXNM *)li__M2BQ));
  } break;
  case __li__21LO__: {
    li__N2BQ=((__li__21LO *)li__M2BQ)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__N2BQ=((__li__TPOO *)li__M2BQ)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__N2BQ=li__FH4R();
  } break;
  case __li__41XO__: {
    li__N2BQ=li__3FDQ(((__li__41XO *)li__M2BQ));
  } break;
  case __li__AKBR__: {
    li__N2BQ=li__WQDS(((__li__AKBR *)li__M2BQ));
  } break;
  case __li__SU5R__: {
    li__N2BQ=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__N2BQ=li__Y1IS();
  } break;
  };
  li__OUHF(((__li__5RB *)li__N2BQ),li__L2BQ);
  li__SRX(((__li__BC *)li__L2BQ),' ');
  li__M2BQ=li__K2BQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__M2BQ)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__M2BQ),li__L2BQ);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__KLWI__: {
    li__AC2U=((__li__KLWI *)((__li__WK *)li__M2BQ));
    li__JAZ(((__li__BC *)li__L2BQ),(&__string_369));
    li__H40L(((__li__KMFK *)li__AC2U->li__ZPBK),li__L2BQ);
    li__SRX(((__li__BC *)li__L2BQ),')');
  } break;
  case __li__ULWI__: {
    li__CC2U=((__li__ULWI *)((__li__WK *)li__M2BQ));
    li__JAZ(((__li__BC *)li__L2BQ),(&__string_370));
    li__4MYI(((__li__5RB *)li__CC2U->li__4PBK),li__L2BQ);
    li__SRX(((__li__BC *)li__L2BQ),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__MSWI__: {
    li__EC2U=((__li__MSWI *)((__li__WK *)li__M2BQ));
    li__JAZ(((__li__BC *)li__L2BQ),(&__string_371));
    li__4MYI(((__li__5RB *)li__EC2U->li__ISBK),li__L2BQ);
    li__SRX(((__li__BC *)li__L2BQ),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  };
  li__JAZ(((__li__BC *)li__L2BQ),(&__string_25));
  li__M2BQ=li__K2BQ->li__BPLM.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__M2BQ)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__M2BQ),li__L2BQ);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__KLWI__: {
    li__AC2U=((__li__KLWI *)((__li__WK *)li__M2BQ));
    li__JAZ(((__li__BC *)li__L2BQ),(&__string_369));
    li__H40L(((__li__KMFK *)li__AC2U->li__ZPBK),li__L2BQ);
    li__SRX(((__li__BC *)li__L2BQ),')');
  } break;
  case __li__ULWI__: {
    li__CC2U=((__li__ULWI *)((__li__WK *)li__M2BQ));
    li__JAZ(((__li__BC *)li__L2BQ),(&__string_370));
    li__4MYI(((__li__5RB *)li__CC2U->li__4PBK),li__L2BQ);
    li__SRX(((__li__BC *)li__L2BQ),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__MSWI__: {
    li__EC2U=((__li__MSWI *)((__li__WK *)li__M2BQ));
    li__JAZ(((__li__BC *)li__L2BQ),(&__string_371));
    li__4MYI(((__li__5RB *)li__EC2U->li__ISBK),li__L2BQ);
    li__SRX(((__li__BC *)li__L2BQ),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__M2BQ)),li__L2BQ);
  } break;
  };
  li__SRX(((__li__BC *)li__L2BQ),')');
}

static void li__SARO(__li__DTNM *li__TARO,__li__BC *li__UARO)
/* (Strict EXPR_NOT{li__DTNM},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__WARO;
  __li__KLWI *li__MC2U;
  __li__ULWI *li__OC2U;
  __li__MSWI *li__QC2U;
  li__SRX(((__li__BC *)li__UARO),'(');
  li__SRX(((__li__BC *)li__UARO),'~');
  li__SRX(((__li__BC *)li__UARO),' ');
  li__WARO=li__TARO->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WARO)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__KLWI__: {
    li__MC2U=((__li__KLWI *)((__li__KMFK *)li__WARO));
    li__JAZ(((__li__BC *)li__UARO),(&__string_369));
    li__H40L(((__li__KMFK *)li__MC2U->li__ZPBK),li__UARO);
    li__SRX(((__li__BC *)li__UARO),')');
  } break;
  case __li__ULWI__: {
    li__OC2U=((__li__ULWI *)((__li__KMFK *)li__WARO));
    li__JAZ(((__li__BC *)li__UARO),(&__string_370));
    li__4MYI(((__li__5RB *)li__OC2U->li__4PBK),li__UARO);
    li__SRX(((__li__BC *)li__UARO),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__MSWI__: {
    li__QC2U=((__li__MSWI *)((__li__KMFK *)li__WARO));
    li__JAZ(((__li__BC *)li__UARO),(&__string_371));
    li__4MYI(((__li__5RB *)li__QC2U->li__ISBK),li__UARO);
    li__SRX(((__li__BC *)li__UARO),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)li__WARO),li__UARO);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__KMFK *)li__WARO)),li__UARO);
  } break;
  };
  li__SRX(((__li__BC *)li__UARO),')');
}

static void li__CU3R(__li__JXNM *li__DU3R,__li__BC *li__EU3R)
/* (Strict EXPR_MOD{li__JXNM},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__FU3R;
  __li__KLWI *li__SC2U;
  __li__ULWI *li__UC2U;
  __li__MSWI *li__WC2U;
  li__SRX(((__li__BC *)li__EU3R),'(');
  li__FU3R=li__DU3R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FU3R)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__FU3R),li__EU3R);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__KLWI__: {
    li__SC2U=((__li__KLWI *)((__li__WK *)li__FU3R));
    li__JAZ(((__li__BC *)li__EU3R),(&__string_369));
    li__H40L(((__li__KMFK *)li__SC2U->li__ZPBK),li__EU3R);
    li__SRX(((__li__BC *)li__EU3R),')');
  } break;
  case __li__ULWI__: {
    li__UC2U=((__li__ULWI *)((__li__WK *)li__FU3R));
    li__JAZ(((__li__BC *)li__EU3R),(&__string_370));
    li__4MYI(((__li__5RB *)li__UC2U->li__4PBK),li__EU3R);
    li__SRX(((__li__BC *)li__EU3R),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__MSWI__: {
    li__WC2U=((__li__MSWI *)((__li__WK *)li__FU3R));
    li__JAZ(((__li__BC *)li__EU3R),(&__string_371));
    li__4MYI(((__li__5RB *)li__WC2U->li__ISBK),li__EU3R);
    li__SRX(((__li__BC *)li__EU3R),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  };
  li__JAZ(((__li__BC *)li__EU3R),(&__string_500));
  li__FU3R=li__DU3R->li__KXNM.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FU3R)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__FU3R),li__EU3R);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__KLWI__: {
    li__SC2U=((__li__KLWI *)((__li__WK *)li__FU3R));
    li__JAZ(((__li__BC *)li__EU3R),(&__string_369));
    li__H40L(((__li__KMFK *)li__SC2U->li__ZPBK),li__EU3R);
    li__SRX(((__li__BC *)li__EU3R),')');
  } break;
  case __li__ULWI__: {
    li__UC2U=((__li__ULWI *)((__li__WK *)li__FU3R));
    li__JAZ(((__li__BC *)li__EU3R),(&__string_370));
    li__4MYI(((__li__5RB *)li__UC2U->li__4PBK),li__EU3R);
    li__SRX(((__li__BC *)li__EU3R),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__MSWI__: {
    li__WC2U=((__li__MSWI *)((__li__WK *)li__FU3R));
    li__JAZ(((__li__BC *)li__EU3R),(&__string_371));
    li__4MYI(((__li__5RB *)li__WC2U->li__ISBK),li__EU3R);
    li__SRX(((__li__BC *)li__EU3R),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__FU3R)),li__EU3R);
  } break;
  };
  li__SRX(((__li__BC *)li__EU3R),')');
}

static void li__GTHP(__li__2PLO *li__HTHP,__li__BC *li__ITHP)
/* (Strict NODE_STYLE{li__2PLO},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__WTHP;
  __li__KLWI *li__4C2U;
  __li__ULWI *li__AD2U;
  __li__MSWI *li__CD2U;
  /* __li__B__ __li__I__ */
if (((void *)li__HTHP->li__3PLO.li__VUMI == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__HTHP->li__3PLO.li__2UMI == (void *)NULL)) {
      li__T4GJ(((__li__CB )li__HTHP),li__ITHP);
      li__JAZ(((__li__BC *)li__ITHP),(&__string_476));
      li__WTHP=li__HTHP->li__3PLO.li__PPME;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WTHP)->__id) {
      case __li__WK__: {
        li__UNBK(((__li__WK *)li__WTHP),li__ITHP);
      } break;
      case __li__AVBD__: {
        li__FSMI(((__li__AVBD *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KVBD__: {
        li__RAHJ(((__li__KVBD *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__WVBD__: {
        li__NUMI(((__li__WVBD *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KTVI__: {
        li__ROBK(((__li__KTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__LTVI__: {
        li__Z30L(((__li__LTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__XTVI__: {
        li__1OBK(((__li__XTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__YTVI__: {
        li__A40L(((__li__YTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__S2VI__: {
        li__CPBK(((__li__S2VI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__E3VI__: {
        li__NPBK(((__li__E3VI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KLWI__: {
        li__4C2U=((__li__KLWI *)((__li__WK *)li__WTHP));
        li__JAZ(((__li__BC *)li__ITHP),(&__string_369));
        li__H40L(((__li__KMFK *)li__4C2U->li__ZPBK),li__ITHP);
        li__SRX(((__li__BC *)li__ITHP),')');
      } break;
      case __li__ULWI__: {
        li__AD2U=((__li__ULWI *)((__li__WK *)li__WTHP));
        li__JAZ(((__li__BC *)li__ITHP),(&__string_370));
        li__4MYI(((__li__5RB *)li__AD2U->li__4PBK),li__ITHP);
        li__SRX(((__li__BC *)li__ITHP),')');
      } break;
      case __li__NMWI__: {
        li__AQBK(((__li__NMWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__BNWI__: {
        li__JQBK(((__li__BNWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__XNWI__: {
        li__SQBK(((__li__XNWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__LOWI__: {
        li__ZQBK(((__li__LOWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__5OWI__: {
        li__ARBK(((__li__5OWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__TPWI__: {
        li__HRBK(((__li__TPWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__HQWI__: {
        li__ORBK(((__li__HQWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__ARWI__: {
        li__VRBK(((__li__ARWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__URWI__: {
        li__4RBK(((__li__URWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__MSWI__: {
        li__CD2U=((__li__MSWI *)((__li__WK *)li__WTHP));
        li__JAZ(((__li__BC *)li__ITHP),(&__string_371));
        li__4MYI(((__li__5RB *)li__CD2U->li__ISBK),li__ITHP);
        li__SRX(((__li__BC *)li__ITHP),')');
      } break;
      case __li__ETWI__: {
        li__KSBK(((__li__ETWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__MZWI__: {
        li__ZSBK(((__li__MZWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__C0WI__: {
        li__5SBK(((__li__C0WI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__M1WI__: {
        li__JS2K(((__li__M1WI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KMFK__: {
        li__H40L(((__li__KMFK *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__XOHL__: {
        li__3AMN(((__li__XOHL *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__FPHL__: {
        li__K43L(((__li__FPHL *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__APLM__: {
        li__J2BQ(((__li__APLM *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__DTNM__: {
        li__SARO(((__li__DTNM *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__JXNM__: {
        li__CU3R(((__li__JXNM *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__21LO__: {
        li__ZJKP(((__li__21LO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__TPOO__: {
        li__4JKP(((__li__TPOO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__URRO__: {
        li__NF4R(((__li__URRO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__41XO__: {
        li__S2BQ(((__li__41XO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__AKBR__: {
        li__HVCS(((__li__AKBR *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__SU5R__: {
        li__YLIS(((__li__SU5R *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__JV5R__: {
        li__BMIS(((__li__JV5R *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      };
      li__JAZ(((__li__BC *)li__ITHP),(&__string_477));
      li__WTHP=li__HTHP->li__3PLO.li__QPME;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__WTHP)->__id) {
      case __li__RDID__: {
        li__JAZ(((__li__BC *)li__ITHP),(&__string_478));
      } break;
      case __li__GO3I__: {
        li__JAZ(((__li__BC *)li__ITHP),(&__string_479));
      } break;
      case __li__NY3I__: {
        li__CE2L(((__li__NY3I *)((__li__RDID *)li__WTHP)),li__ITHP);
      } break;
      case __li__SJPJ__: {
        li__IE2L(((__li__SJPJ *)((__li__RDID *)li__WTHP)),li__ITHP);
      } break;
      case __li__0VPJ__: {
        li__JAZ(((__li__BC *)li__ITHP),(&__string_480));
      } break;
      case __li__1VPJ__: {
        li__RE2L(((__li__1VPJ *)((__li__RDID *)li__WTHP)),li__ITHP);
      } break;
      };
      li__JAZ(((__li__BC *)li__ITHP),(&__string_481));
      li__WTHP=li__HTHP->li__XYWO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WTHP)->__id) {
      case __li__WK__: {
        li__UNBK(((__li__WK *)li__WTHP),li__ITHP);
      } break;
      case __li__AVBD__: {
        li__FSMI(((__li__AVBD *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KVBD__: {
        li__RAHJ(((__li__KVBD *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__WVBD__: {
        li__NUMI(((__li__WVBD *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KTVI__: {
        li__ROBK(((__li__KTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__LTVI__: {
        li__Z30L(((__li__LTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__XTVI__: {
        li__1OBK(((__li__XTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__YTVI__: {
        li__A40L(((__li__YTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__S2VI__: {
        li__CPBK(((__li__S2VI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__E3VI__: {
        li__NPBK(((__li__E3VI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KLWI__: {
        li__4C2U=((__li__KLWI *)((__li__WK *)li__WTHP));
        li__JAZ(((__li__BC *)li__ITHP),(&__string_369));
        li__H40L(((__li__KMFK *)li__4C2U->li__ZPBK),li__ITHP);
        li__SRX(((__li__BC *)li__ITHP),')');
      } break;
      case __li__ULWI__: {
        li__AD2U=((__li__ULWI *)((__li__WK *)li__WTHP));
        li__JAZ(((__li__BC *)li__ITHP),(&__string_370));
        li__4MYI(((__li__5RB *)li__AD2U->li__4PBK),li__ITHP);
        li__SRX(((__li__BC *)li__ITHP),')');
      } break;
      case __li__NMWI__: {
        li__AQBK(((__li__NMWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__BNWI__: {
        li__JQBK(((__li__BNWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__XNWI__: {
        li__SQBK(((__li__XNWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__LOWI__: {
        li__ZQBK(((__li__LOWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__5OWI__: {
        li__ARBK(((__li__5OWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__TPWI__: {
        li__HRBK(((__li__TPWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__HQWI__: {
        li__ORBK(((__li__HQWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__ARWI__: {
        li__VRBK(((__li__ARWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__URWI__: {
        li__4RBK(((__li__URWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__MSWI__: {
        li__CD2U=((__li__MSWI *)((__li__WK *)li__WTHP));
        li__JAZ(((__li__BC *)li__ITHP),(&__string_371));
        li__4MYI(((__li__5RB *)li__CD2U->li__ISBK),li__ITHP);
        li__SRX(((__li__BC *)li__ITHP),')');
      } break;
      case __li__ETWI__: {
        li__KSBK(((__li__ETWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__MZWI__: {
        li__ZSBK(((__li__MZWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__C0WI__: {
        li__5SBK(((__li__C0WI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__M1WI__: {
        li__JS2K(((__li__M1WI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KMFK__: {
        li__H40L(((__li__KMFK *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__XOHL__: {
        li__3AMN(((__li__XOHL *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__FPHL__: {
        li__K43L(((__li__FPHL *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__APLM__: {
        li__J2BQ(((__li__APLM *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__DTNM__: {
        li__SARO(((__li__DTNM *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__JXNM__: {
        li__CU3R(((__li__JXNM *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__21LO__: {
        li__ZJKP(((__li__21LO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__TPOO__: {
        li__4JKP(((__li__TPOO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__URRO__: {
        li__NF4R(((__li__URRO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__41XO__: {
        li__S2BQ(((__li__41XO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__AKBR__: {
        li__HVCS(((__li__AKBR *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__SU5R__: {
        li__YLIS(((__li__SU5R *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__JV5R__: {
        li__BMIS(((__li__JV5R *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      };
      li__SRX(((__li__BC *)li__ITHP),'>');
    } else /* FALSE */ {
      li__WTHP=li__HTHP->li__3PLO.li__PPME;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WTHP)->__id) {
      case __li__WK__: {
        li__UNBK(((__li__WK *)li__WTHP),li__ITHP);
      } break;
      case __li__AVBD__: {
        li__FSMI(((__li__AVBD *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KVBD__: {
        li__RAHJ(((__li__KVBD *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__WVBD__: {
        li__NUMI(((__li__WVBD *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KTVI__: {
        li__ROBK(((__li__KTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__LTVI__: {
        li__Z30L(((__li__LTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__XTVI__: {
        li__1OBK(((__li__XTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__YTVI__: {
        li__A40L(((__li__YTVI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__S2VI__: {
        li__CPBK(((__li__S2VI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__E3VI__: {
        li__NPBK(((__li__E3VI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KLWI__: {
        li__4C2U=((__li__KLWI *)((__li__WK *)li__WTHP));
        li__JAZ(((__li__BC *)li__ITHP),(&__string_369));
        li__H40L(((__li__KMFK *)li__4C2U->li__ZPBK),li__ITHP);
        li__SRX(((__li__BC *)li__ITHP),')');
      } break;
      case __li__ULWI__: {
        li__AD2U=((__li__ULWI *)((__li__WK *)li__WTHP));
        li__JAZ(((__li__BC *)li__ITHP),(&__string_370));
        li__4MYI(((__li__5RB *)li__AD2U->li__4PBK),li__ITHP);
        li__SRX(((__li__BC *)li__ITHP),')');
      } break;
      case __li__NMWI__: {
        li__AQBK(((__li__NMWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__BNWI__: {
        li__JQBK(((__li__BNWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__XNWI__: {
        li__SQBK(((__li__XNWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__LOWI__: {
        li__ZQBK(((__li__LOWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__5OWI__: {
        li__ARBK(((__li__5OWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__TPWI__: {
        li__HRBK(((__li__TPWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__HQWI__: {
        li__ORBK(((__li__HQWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__ARWI__: {
        li__VRBK(((__li__ARWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__URWI__: {
        li__4RBK(((__li__URWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__MSWI__: {
        li__CD2U=((__li__MSWI *)((__li__WK *)li__WTHP));
        li__JAZ(((__li__BC *)li__ITHP),(&__string_371));
        li__4MYI(((__li__5RB *)li__CD2U->li__ISBK),li__ITHP);
        li__SRX(((__li__BC *)li__ITHP),')');
      } break;
      case __li__ETWI__: {
        li__KSBK(((__li__ETWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__MZWI__: {
        li__ZSBK(((__li__MZWI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__C0WI__: {
        li__5SBK(((__li__C0WI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__M1WI__: {
        li__JS2K(((__li__M1WI *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__KMFK__: {
        li__H40L(((__li__KMFK *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__XOHL__: {
        li__3AMN(((__li__XOHL *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__FPHL__: {
        li__K43L(((__li__FPHL *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__APLM__: {
        li__J2BQ(((__li__APLM *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__DTNM__: {
        li__SARO(((__li__DTNM *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__JXNM__: {
        li__CU3R(((__li__JXNM *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__21LO__: {
        li__ZJKP(((__li__21LO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__TPOO__: {
        li__4JKP(((__li__TPOO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__URRO__: {
        li__NF4R(((__li__URRO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__41XO__: {
        li__S2BQ(((__li__41XO *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__AKBR__: {
        li__HVCS(((__li__AKBR *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__SU5R__: {
        li__YLIS(((__li__SU5R *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      case __li__JV5R__: {
        li__BMIS(((__li__JV5R *)((__li__WK *)li__WTHP)),li__ITHP);
      } break;
      };
      li__53SE(((__li__KI *)li__HTHP->li__3PLO.li__2UMI),li__ITHP);
    };
  } else /* FALSE */ {
    li__UGRO(((__li__IYBD *)li__HTHP->li__3PLO.li__VUMI),li__ITHP);
  };
}

static void li__ZJKP(__li__21LO *li__0JKP,__li__BC *li__1JKP)
/* (Strict READ_SLOT{li__21LO},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__2JKP;
  __li__KLWI *li__QD2U;
  __li__ULWI *li__SD2U;
  __li__MSWI *li__UD2U;
  __li__PB *li__1PUP,*li__4YXP,*li__KRGQ,*li__KIPU,*li__A1IQ,*li__WIPU;
  __li__K li__MZQP,li__5PUP,li__YZQP,li__IIPU,li__K0QP,li__UIPU;
  __li__BC *li__VD2U;
  void *li__XZQP,*li__J0QP;
  __li__RLKJ *li__JIPU,*li__VIPU;
  __li__5LKJ *li__NIPU,*li__ZIPU;
  __li__DFNL *li__RIPU,*li__3IPU;
  __li__SZEC *li__LZQP;
  li__2JKP=li__0JKP->li__N2LO;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2JKP)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__2JKP),li__1JKP);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__KLWI__: {
    li__QD2U=((__li__KLWI *)((__li__WK *)li__2JKP));
    li__JAZ(((__li__BC *)li__1JKP),(&__string_369));
    li__H40L(((__li__KMFK *)li__QD2U->li__ZPBK),li__1JKP);
    li__SRX(((__li__BC *)li__1JKP),')');
  } break;
  case __li__ULWI__: {
    li__SD2U=((__li__ULWI *)((__li__WK *)li__2JKP));
    li__JAZ(((__li__BC *)li__1JKP),(&__string_370));
    li__4MYI(((__li__5RB *)li__SD2U->li__4PBK),li__1JKP);
    li__SRX(((__li__BC *)li__1JKP),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__MSWI__: {
    li__UD2U=((__li__MSWI *)((__li__WK *)li__2JKP));
    li__JAZ(((__li__BC *)li__1JKP),(&__string_371));
    li__4MYI(((__li__5RB *)li__UD2U->li__ISBK),li__1JKP);
    li__SRX(((__li__BC *)li__1JKP),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__2JKP)),li__1JKP);
  } break;
  };
  li__JAZ(((__li__BC *)li__1JKP),(&__string_21));
  li__JAZ(((__li__BC *)li__1JKP),li__0JKP->li__KJXO->li__GZB.li__GRNE);
  li__SRX(((__li__BC *)li__1JKP),'[');
  li__OUHF(((__li__5RB *)li__0JKP->li__KJXO->li__GZB.li__0RNE),li__1JKP);
  li__SRX(((__li__BC *)li__1JKP),']');
  li__LZQP=NULL;
  li__SRX(((__li__BC *)li__1JKP),'<');
  li__1PUP=&(li__0JKP->li__31LO.li__KC);
  /* 0 1 */
if (li__1PUP->li__VRLF==0) {
    li__MZQP=li__1PUP->li__URLF;
  } else /* ___TYPE_ID */ {
    li__5PUP=li__QRLF;
    li__QRLF=(__li__K)(li__QRLF +  1);
    li__4YXP=&(li__0JKP->li__31LO.li__KC);
    li__4YXP->li__URLF=li__5PUP;
    li__4YXP->li__VRLF=0;
    li__MZQP=li__5PUP;
  };
  li__VD2U=li__IFC( 0);
  li__B0E(li__MZQP,li__VD2U);
  li__1CZ(((__li__BC *)li__1JKP),li__VD2U);
  li__JAZ(((__li__BC *)li__1JKP),(&__string_487));
  /* __li__B__ __li__I__ */
if (((void *)li__0JKP->li__KJXO->li__GZB.li__XRSH != (void *)NULL)) {
    li__XZQP=li__0JKP->li__KJXO->li__GZB.li__XRSH;
    /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__XZQP)->__id) {
    case __li__RLKJ__: {
      li__KRGQ=&(((__li__RLKJ *)li__XZQP)->li__SLKJ.li__RZEC.li__KC);
      /* 0 1 */
if (li__KRGQ->li__VRLF==0) {
        li__YZQP=li__KRGQ->li__URLF;
      } else /* ___TYPE_ID */ {
        li__JIPU=((__li__RLKJ *)li__XZQP);
        li__IIPU=li__QRLF;
        li__QRLF=(__li__K)(li__QRLF +  1);
        li__KIPU=&(li__JIPU->li__SLKJ.li__RZEC.li__KC);
        li__KIPU->li__URLF=li__IIPU;
        li__KIPU->li__VRLF=0;
        li__YZQP=li__IIPU;
      };
    } break;
    case __li__5LKJ__: {
      li__KRGQ=&(((__li__5LKJ *)li__XZQP)->li__AMKJ.li__RZEC.li__KC);
      /* 0 1 */
if (li__KRGQ->li__VRLF==0) {
        li__YZQP=li__KRGQ->li__URLF;
      } else /* ___TYPE_ID */ {
        li__NIPU=((__li__5LKJ *)li__XZQP);
        li__IIPU=li__QRLF;
        li__QRLF=(__li__K)(li__QRLF +  1);
        li__KIPU=&(li__NIPU->li__AMKJ.li__RZEC.li__KC);
        li__KIPU->li__URLF=li__IIPU;
        li__KIPU->li__VRLF=0;
        li__YZQP=li__IIPU;
      };
    } break;
    case __li__DFNL__: {
      li__KRGQ=&(((__li__DFNL *)li__XZQP)->li__EFNL.li__RZEC.li__KC);
      /* 0 1 */
if (li__KRGQ->li__VRLF==0) {
        li__YZQP=li__KRGQ->li__URLF;
      } else /* ___TYPE_ID */ {
        li__RIPU=((__li__DFNL *)li__XZQP);
        li__IIPU=li__QRLF;
        li__QRLF=(__li__K)(li__QRLF +  1);
        li__KIPU=&(li__RIPU->li__EFNL.li__RZEC.li__KC);
        li__KIPU->li__URLF=li__IIPU;
        li__KIPU->li__VRLF=0;
        li__YZQP=li__IIPU;
      };
    } break;
    };
    li__B0E(li__YZQP,li__1JKP);
    li__LZQP=li__0JKP->li__KJXO->li__GZB.li__BYEJ;
    /* __li__B__ __li__I__ */
if (((void *)li__LZQP != (void *)NULL)) {
      li__YZQP= 0;
      li__IIPU=(*(li__LZQP)).li__J0EK;
      while ((li__YZQP <= li__IIPU)) {
        li__SRX(((__li__BC *)li__1JKP),',');
        li__J0QP=((void **)(*(((__li__SZEC *)li__LZQP))).li__F0EK)[li__YZQP];
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__J0QP)->__id) {
        case __li__RLKJ__: {
          li__A1IQ=&(((__li__RLKJ *)li__J0QP)->li__SLKJ.li__RZEC.li__KC);
          /* 0 1 */
if (li__A1IQ->li__VRLF==0) {
            li__K0QP=li__A1IQ->li__URLF;
          } else /* ___TYPE_ID */ {
            li__VIPU=((__li__RLKJ *)li__J0QP);
            li__UIPU=li__QRLF;
            li__QRLF=(__li__K)(li__QRLF +  1);
            li__WIPU=&(li__VIPU->li__SLKJ.li__RZEC.li__KC);
            li__WIPU->li__URLF=li__UIPU;
            li__WIPU->li__VRLF=0;
            li__K0QP=li__UIPU;
          };
        } break;
        case __li__5LKJ__: {
          li__A1IQ=&(((__li__5LKJ *)li__J0QP)->li__AMKJ.li__RZEC.li__KC);
          /* 0 1 */
if (li__A1IQ->li__VRLF==0) {
            li__K0QP=li__A1IQ->li__URLF;
          } else /* ___TYPE_ID */ {
            li__ZIPU=((__li__5LKJ *)li__J0QP);
            li__UIPU=li__QRLF;
            li__QRLF=(__li__K)(li__QRLF +  1);
            li__WIPU=&(li__ZIPU->li__AMKJ.li__RZEC.li__KC);
            li__WIPU->li__URLF=li__UIPU;
            li__WIPU->li__VRLF=0;
            li__K0QP=li__UIPU;
          };
        } break;
        case __li__DFNL__: {
          li__A1IQ=&(((__li__DFNL *)li__J0QP)->li__EFNL.li__RZEC.li__KC);
          /* 0 1 */
if (li__A1IQ->li__VRLF==0) {
            li__K0QP=li__A1IQ->li__URLF;
          } else /* ___TYPE_ID */ {
            li__3IPU=((__li__DFNL *)li__J0QP);
            li__UIPU=li__QRLF;
            li__QRLF=(__li__K)(li__QRLF +  1);
            li__WIPU=&(li__3IPU->li__EFNL.li__RZEC.li__KC);
            li__WIPU->li__URLF=li__UIPU;
            li__WIPU->li__VRLF=0;
            li__K0QP=li__UIPU;
          };
        } break;
        };
        li__B0E(li__K0QP,li__1JKP);
        li__YZQP=(__li__K)(li__YZQP +  1);
      };
    };
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__1JKP),'*');
  };
  li__JAZ(((__li__BC *)li__1JKP),(&__string_488));
  li__B0E(li__0JKP->li__KJXO->li__GZB.li__LNME,li__1JKP);
  li__SRX(((__li__BC *)li__1JKP),'>');
}

static void li__4JKP(__li__TPOO *li__5JKP,__li__BC *li__AKKP)
/* (Strict READ_GLOBAL{li__TPOO},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__00QP,*li__BRUP,*li__5LGQ,*li__CJPU,*li__VXIQ,*li__WTNL;
  __li__K li__DKPP,li__40QP,li__PKPP,li__AJPU,li__BLPP,li__SBHL;
  __li__BC *li__1D2U;
  void *li__OKPP,*li__ALPP;
  __li__RLKJ *li__BJPU,*li__QBHL;
  __li__5LKJ *li__FJPU,*li__PUNL;
  __li__DFNL *li__JJPU,*li__BV0M;
  __li__SZEC *li__CKPP;
  li__JAZ(((__li__BC *)li__AKKP),li__5JKP->li__5IXO->li__GZB.li__GRNE);
  li__SRX(((__li__BC *)li__AKKP),'[');
  li__OUHF(((__li__5RB *)li__5JKP->li__5IXO->li__GZB.li__0RNE),li__AKKP);
  li__SRX(((__li__BC *)li__AKKP),']');
  li__CKPP=NULL;
  li__SRX(((__li__BC *)li__AKKP),'<');
  li__00QP=&(li__5JKP->li__UPOO.li__KC);
  /* 0 1 */
if (li__00QP->li__VRLF==0) {
    li__DKPP=li__00QP->li__URLF;
  } else /* ___TYPE_ID */ {
    li__40QP=li__QRLF;
    li__QRLF=(__li__K)(li__QRLF +  1);
    li__BRUP=&(li__5JKP->li__UPOO.li__KC);
    li__BRUP->li__URLF=li__40QP;
    li__BRUP->li__VRLF=0;
    li__DKPP=li__40QP;
  };
  li__1D2U=li__IFC( 0);
  li__B0E(li__DKPP,li__1D2U);
  li__1CZ(((__li__BC *)li__AKKP),li__1D2U);
  li__JAZ(((__li__BC *)li__AKKP),(&__string_487));
  /* __li__B__ __li__I__ */
if (((void *)li__5JKP->li__5IXO->li__GZB.li__XRSH != (void *)NULL)) {
    li__OKPP=li__5JKP->li__5IXO->li__GZB.li__XRSH;
    /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__OKPP)->__id) {
    case __li__RLKJ__: {
      li__5LGQ=&(((__li__RLKJ *)li__OKPP)->li__SLKJ.li__RZEC.li__KC);
      /* 0 1 */
if (li__5LGQ->li__VRLF==0) {
        li__PKPP=li__5LGQ->li__URLF;
      } else /* ___TYPE_ID */ {
        li__BJPU=((__li__RLKJ *)li__OKPP);
        li__AJPU=li__QRLF;
        li__QRLF=(__li__K)(li__QRLF +  1);
        li__CJPU=&(li__BJPU->li__SLKJ.li__RZEC.li__KC);
        li__CJPU->li__URLF=li__AJPU;
        li__CJPU->li__VRLF=0;
        li__PKPP=li__AJPU;
      };
    } break;
    case __li__5LKJ__: {
      li__5LGQ=&(((__li__5LKJ *)li__OKPP)->li__AMKJ.li__RZEC.li__KC);
      /* 0 1 */
if (li__5LGQ->li__VRLF==0) {
        li__PKPP=li__5LGQ->li__URLF;
      } else /* ___TYPE_ID */ {
        li__FJPU=((__li__5LKJ *)li__OKPP);
        li__AJPU=li__QRLF;
        li__QRLF=(__li__K)(li__QRLF +  1);
        li__CJPU=&(li__FJPU->li__AMKJ.li__RZEC.li__KC);
        li__CJPU->li__URLF=li__AJPU;
        li__CJPU->li__VRLF=0;
        li__PKPP=li__AJPU;
      };
    } break;
    case __li__DFNL__: {
      li__5LGQ=&(((__li__DFNL *)li__OKPP)->li__EFNL.li__RZEC.li__KC);
      /* 0 1 */
if (li__5LGQ->li__VRLF==0) {
        li__PKPP=li__5LGQ->li__URLF;
      } else /* ___TYPE_ID */ {
        li__JJPU=((__li__DFNL *)li__OKPP);
        li__AJPU=li__QRLF;
        li__QRLF=(__li__K)(li__QRLF +  1);
        li__CJPU=&(li__JJPU->li__EFNL.li__RZEC.li__KC);
        li__CJPU->li__URLF=li__AJPU;
        li__CJPU->li__VRLF=0;
        li__PKPP=li__AJPU;
      };
    } break;
    };
    li__B0E(li__PKPP,li__AKKP);
    li__CKPP=li__5JKP->li__5IXO->li__GZB.li__BYEJ;
    /* __li__B__ __li__I__ */
if (((void *)li__CKPP != (void *)NULL)) {
      li__PKPP= 0;
      li__AJPU=(*(li__CKPP)).li__J0EK;
      while ((li__PKPP <= li__AJPU)) {
        li__SRX(((__li__BC *)li__AKKP),',');
        li__ALPP=((void **)(*(((__li__SZEC *)li__CKPP))).li__F0EK)[li__PKPP];
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__ALPP)->__id) {
        case __li__RLKJ__: {
          li__VXIQ=&(((__li__RLKJ *)li__ALPP)->li__SLKJ.li__RZEC.li__KC);
          /* 0 1 */
if (li__VXIQ->li__VRLF==0) {
            li__BLPP=li__VXIQ->li__URLF;
          } else /* ___TYPE_ID */ {
            li__QBHL=((__li__RLKJ *)li__ALPP);
            li__SBHL=li__QRLF;
            li__QRLF=(__li__K)(li__QRLF +  1);
            li__WTNL=&(li__QBHL->li__SLKJ.li__RZEC.li__KC);
            li__WTNL->li__URLF=li__SBHL;
            li__WTNL->li__VRLF=0;
            li__BLPP=li__SBHL;
          };
        } break;
        case __li__5LKJ__: {
          li__VXIQ=&(((__li__5LKJ *)li__ALPP)->li__AMKJ.li__RZEC.li__KC);
          /* 0 1 */
if (li__VXIQ->li__VRLF==0) {
            li__BLPP=li__VXIQ->li__URLF;
          } else /* ___TYPE_ID */ {
            li__PUNL=((__li__5LKJ *)li__ALPP);
            li__SBHL=li__QRLF;
            li__QRLF=(__li__K)(li__QRLF +  1);
            li__WTNL=&(li__PUNL->li__AMKJ.li__RZEC.li__KC);
            li__WTNL->li__URLF=li__SBHL;
            li__WTNL->li__VRLF=0;
            li__BLPP=li__SBHL;
          };
        } break;
        case __li__DFNL__: {
          li__VXIQ=&(((__li__DFNL *)li__ALPP)->li__EFNL.li__RZEC.li__KC);
          /* 0 1 */
if (li__VXIQ->li__VRLF==0) {
            li__BLPP=li__VXIQ->li__URLF;
          } else /* ___TYPE_ID */ {
            li__BV0M=((__li__DFNL *)li__ALPP);
            li__SBHL=li__QRLF;
            li__QRLF=(__li__K)(li__QRLF +  1);
            li__WTNL=&(li__BV0M->li__EFNL.li__RZEC.li__KC);
            li__WTNL->li__URLF=li__SBHL;
            li__WTNL->li__VRLF=0;
            li__BLPP=li__SBHL;
          };
        } break;
        };
        li__B0E(li__BLPP,li__AKKP);
        li__PKPP=(__li__K)(li__PKPP +  1);
      };
    };
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__AKKP),'*');
  };
  li__JAZ(((__li__BC *)li__AKKP),(&__string_488));
  li__B0E(li__5JKP->li__5IXO->li__GZB.li__LNME,li__AKKP);
  li__SRX(((__li__BC *)li__AKKP),'>');
}

static void li__NF4R(__li__URRO *li__OF4R,__li__BC *li__PF4R)
/* (Strict EXPR_NOT_LOGIC{li__URRO},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__SF4R;
  __li__KLWI *li__CE2U;
  __li__ULWI *li__EE2U;
  __li__MSWI *li__GE2U;
  li__SRX(((__li__BC *)li__PF4R),'(');
  li__SRX(((__li__BC *)li__PF4R),'!');
  li__SRX(((__li__BC *)li__PF4R),' ');
  li__SF4R=li__OF4R->li__XRRO.li__RF4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SF4R)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__SF4R),li__PF4R);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__KLWI__: {
    li__CE2U=((__li__KLWI *)((__li__WK *)li__SF4R));
    li__JAZ(((__li__BC *)li__PF4R),(&__string_369));
    li__H40L(((__li__KMFK *)li__CE2U->li__ZPBK),li__PF4R);
    li__SRX(((__li__BC *)li__PF4R),')');
  } break;
  case __li__ULWI__: {
    li__EE2U=((__li__ULWI *)((__li__WK *)li__SF4R));
    li__JAZ(((__li__BC *)li__PF4R),(&__string_370));
    li__4MYI(((__li__5RB *)li__EE2U->li__4PBK),li__PF4R);
    li__SRX(((__li__BC *)li__PF4R),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__MSWI__: {
    li__GE2U=((__li__MSWI *)((__li__WK *)li__SF4R));
    li__JAZ(((__li__BC *)li__PF4R),(&__string_371));
    li__4MYI(((__li__5RB *)li__GE2U->li__ISBK),li__PF4R);
    li__SRX(((__li__BC *)li__PF4R),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__SF4R)),li__PF4R);
  } break;
  };
  li__SRX(((__li__BC *)li__PF4R),')');
}

static void li__S2BQ(__li__41XO *li__T2BQ,__li__BC *li__U2BQ)
/* (Strict EXPR_OR{li__41XO},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__V2BQ;
  __li__KLWI *li__IE2U;
  __li__ULWI *li__KE2U;
  __li__MSWI *li__ME2U;
  li__SRX(((__li__BC *)li__U2BQ),'(');
  li__V2BQ=li__T2BQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__V2BQ)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__V2BQ),li__U2BQ);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__KLWI__: {
    li__IE2U=((__li__KLWI *)((__li__WK *)li__V2BQ));
    li__JAZ(((__li__BC *)li__U2BQ),(&__string_369));
    li__H40L(((__li__KMFK *)li__IE2U->li__ZPBK),li__U2BQ);
    li__SRX(((__li__BC *)li__U2BQ),')');
  } break;
  case __li__ULWI__: {
    li__KE2U=((__li__ULWI *)((__li__WK *)li__V2BQ));
    li__JAZ(((__li__BC *)li__U2BQ),(&__string_370));
    li__4MYI(((__li__5RB *)li__KE2U->li__4PBK),li__U2BQ);
    li__SRX(((__li__BC *)li__U2BQ),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__MSWI__: {
    li__ME2U=((__li__MSWI *)((__li__WK *)li__V2BQ));
    li__JAZ(((__li__BC *)li__U2BQ),(&__string_371));
    li__4MYI(((__li__5RB *)li__ME2U->li__ISBK),li__U2BQ);
    li__SRX(((__li__BC *)li__U2BQ),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  };
  li__JAZ(((__li__BC *)li__U2BQ),(&__string_485));
  li__V2BQ=li__T2BQ->li__51XO.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__V2BQ)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__V2BQ),li__U2BQ);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__KLWI__: {
    li__IE2U=((__li__KLWI *)((__li__WK *)li__V2BQ));
    li__JAZ(((__li__BC *)li__U2BQ),(&__string_369));
    li__H40L(((__li__KMFK *)li__IE2U->li__ZPBK),li__U2BQ);
    li__SRX(((__li__BC *)li__U2BQ),')');
  } break;
  case __li__ULWI__: {
    li__KE2U=((__li__ULWI *)((__li__WK *)li__V2BQ));
    li__JAZ(((__li__BC *)li__U2BQ),(&__string_370));
    li__4MYI(((__li__5RB *)li__KE2U->li__4PBK),li__U2BQ);
    li__SRX(((__li__BC *)li__U2BQ),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__MSWI__: {
    li__ME2U=((__li__MSWI *)((__li__WK *)li__V2BQ));
    li__JAZ(((__li__BC *)li__U2BQ),(&__string_371));
    li__4MYI(((__li__5RB *)li__ME2U->li__ISBK),li__U2BQ);
    li__SRX(((__li__BC *)li__U2BQ),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__V2BQ)),li__U2BQ);
  } break;
  };
  li__SRX(((__li__BC *)li__U2BQ),')');
}

static void li__VIXR(__li__EDHP *li__WIXR,__li__BC *li__XIXR)
/* (Strict LOOP_END{li__EDHP},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PB *li__DI2R,*li__EO3R;
  __li__K li__HEZR,li__HI2R;
  li__JAZ(((__li__BC *)li__XIXR),(&__string_501));
  li__JAZ(((__li__BC *)li__XIXR),li__WIXR->li__JOXQ->li__BTHP);
  /* __li__B__ __li__I__ */
if ((li__IDB !=  0)) {
    li__JAZ(((__li__BC *)li__XIXR),(&__string_26));
    li__DI2R=&(li__WIXR->li__FDHP.li__KC);
    /* 0 1 */
if (li__DI2R->li__VRLF==0) {
      li__HEZR=li__DI2R->li__URLF;
    } else /* ___TYPE_ID */ {
      li__HI2R=li__QRLF;
      li__QRLF=(__li__K)(li__QRLF +  1);
      li__EO3R=&(li__WIXR->li__FDHP.li__KC);
      li__EO3R->li__URLF=li__HI2R;
      li__EO3R->li__VRLF=0;
      li__HEZR=li__HI2R;
    };
    li__B0E(li__HEZR,li__XIXR);
    li__JAZ(((__li__BC *)li__XIXR),(&__string_24));
  };
}

static void li__020Q(__li__CJ1P *li__120Q,__li__BC *li__220Q)
/* (Strict COP_LOCK{li__CJ1P},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__320Q;
  __li__KLWI *li__UE2U;
  __li__ULWI *li__WE2U;
  __li__MSWI *li__YE2U;
  li__JAZ(((__li__BC *)li__220Q),(&__string_502));
  li__320Q=li__120Q->li__L1IQ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__320Q)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__320Q),li__220Q);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__KLWI__: {
    li__UE2U=((__li__KLWI *)((__li__WK *)li__320Q));
    li__JAZ(((__li__BC *)li__220Q),(&__string_369));
    li__H40L(((__li__KMFK *)li__UE2U->li__ZPBK),li__220Q);
    li__SRX(((__li__BC *)li__220Q),')');
  } break;
  case __li__ULWI__: {
    li__WE2U=((__li__ULWI *)((__li__WK *)li__320Q));
    li__JAZ(((__li__BC *)li__220Q),(&__string_370));
    li__4MYI(((__li__5RB *)li__WE2U->li__4PBK),li__220Q);
    li__SRX(((__li__BC *)li__220Q),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__MSWI__: {
    li__YE2U=((__li__MSWI *)((__li__WK *)li__320Q));
    li__JAZ(((__li__BC *)li__220Q),(&__string_371));
    li__4MYI(((__li__5RB *)li__YE2U->li__ISBK),li__220Q);
    li__SRX(((__li__BC *)li__220Q),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__320Q)),li__220Q);
  } break;
  };
  li__SRX(((__li__BC *)li__220Q),')');
}

static void li__HVCS(__li__AKBR *li__IVCS,__li__BC *li__JVCS)
/* (Strict EXPR_XOR{li__AKBR},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__KVCS;
  __li__KLWI *li__0E2U;
  __li__ULWI *li__2E2U;
  __li__MSWI *li__4E2U;
  li__SRX(((__li__BC *)li__JVCS),'(');
  li__KVCS=li__IVCS->li__BKBR.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KVCS)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__KVCS),li__JVCS);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__KLWI__: {
    li__0E2U=((__li__KLWI *)((__li__WK *)li__KVCS));
    li__JAZ(((__li__BC *)li__JVCS),(&__string_369));
    li__H40L(((__li__KMFK *)li__0E2U->li__ZPBK),li__JVCS);
    li__SRX(((__li__BC *)li__JVCS),')');
  } break;
  case __li__ULWI__: {
    li__2E2U=((__li__ULWI *)((__li__WK *)li__KVCS));
    li__JAZ(((__li__BC *)li__JVCS),(&__string_370));
    li__4MYI(((__li__5RB *)li__2E2U->li__4PBK),li__JVCS);
    li__SRX(((__li__BC *)li__JVCS),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__MSWI__: {
    li__4E2U=((__li__MSWI *)((__li__WK *)li__KVCS));
    li__JAZ(((__li__BC *)li__JVCS),(&__string_371));
    li__4MYI(((__li__5RB *)li__4E2U->li__ISBK),li__JVCS);
    li__SRX(((__li__BC *)li__JVCS),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  };
  li__JAZ(((__li__BC *)li__JVCS),(&__string_503));
  li__KVCS=li__IVCS->li__BKBR.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KVCS)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__KVCS),li__JVCS);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__KLWI__: {
    li__0E2U=((__li__KLWI *)((__li__WK *)li__KVCS));
    li__JAZ(((__li__BC *)li__JVCS),(&__string_369));
    li__H40L(((__li__KMFK *)li__0E2U->li__ZPBK),li__JVCS);
    li__SRX(((__li__BC *)li__JVCS),')');
  } break;
  case __li__ULWI__: {
    li__2E2U=((__li__ULWI *)((__li__WK *)li__KVCS));
    li__JAZ(((__li__BC *)li__JVCS),(&__string_370));
    li__4MYI(((__li__5RB *)li__2E2U->li__4PBK),li__JVCS);
    li__SRX(((__li__BC *)li__JVCS),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__MSWI__: {
    li__4E2U=((__li__MSWI *)((__li__WK *)li__KVCS));
    li__JAZ(((__li__BC *)li__JVCS),(&__string_371));
    li__4MYI(((__li__5RB *)li__4E2U->li__ISBK),li__JVCS);
    li__SRX(((__li__BC *)li__JVCS),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__KVCS)),li__JVCS);
  } break;
  };
  li__SRX(((__li__BC *)li__JVCS),')');
}

static void li__YLIS(__li__SU5R *li__ZLIS,__li__BC *li__0LIS)
/* (Strict EXPR_INF{li__SU5R},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__1LIS;
  __li__5RB *li__2LIS;
  __li__KLWI *li__GF2U;
  __li__ULWI *li__IF2U;
  __li__MSWI *li__KF2U;
  li__SRX(((__li__BC *)li__0LIS),'(');
  li__1LIS=li__ZLIS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1LIS)->__id) {
  case __li__WK__: {
    li__2LIS=((__li__WK *)li__1LIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__2LIS=((__li__AVBD *)li__1LIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__2LIS=((__li__KVBD *)li__1LIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__2LIS=((__li__WVBD *)li__1LIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__2LIS=li__JK5J(((__li__Z4WH *)li__1LIS));
  } break;
  case __li__KTVI__: {
    li__2LIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__2LIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__2LIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__2LIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__2LIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__2LIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__2LIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__2LIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__2LIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__2LIS=li__DWEK(((__li__BNWI *)li__1LIS));
  } break;
  case __li__XNWI__: {
    li__2LIS=li__IWEK(((__li__XNWI *)li__1LIS));
  } break;
  case __li__LOWI__: {
    li__2LIS=li__NWEK(((__li__LOWI *)li__1LIS));
  } break;
  case __li__5OWI__: {
    li__2LIS=li__SWEK(((__li__5OWI *)li__1LIS));
  } break;
  case __li__TPWI__: {
    li__2LIS=li__XWEK(((__li__TPWI *)li__1LIS));
  } break;
  case __li__HQWI__: {
    li__2LIS=li__2WEK(((__li__HQWI *)li__1LIS));
  } break;
  case __li__ARWI__: {
    li__2LIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__2LIS=li__FXEK(((__li__URWI *)li__1LIS));
  } break;
  case __li__MSWI__: {
    li__2LIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__2LIS=((__li__ETWI *)li__1LIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__2LIS=((__li__MZWI *)li__1LIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__2LIS=((__li__C0WI *)li__1LIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__2LIS=((__li__M1WI *)li__1LIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__2LIS=((__li__KMFK *)li__1LIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__2LIS=li__T4NN(((__li__XOHL *)li__1LIS));
  } break;
  case __li__FPHL__: {
    li__2LIS=li__KA4L(((__li__FPHL *)li__1LIS));
  } break;
  case __li__APLM__: {
    li__2LIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__2LIS=li__1ISO(((__li__DTNM *)li__1LIS));
  } break;
  case __li__JXNM__: {
    li__2LIS=li__VX3R(((__li__JXNM *)li__1LIS));
  } break;
  case __li__21LO__: {
    li__2LIS=((__li__21LO *)li__1LIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__2LIS=((__li__TPOO *)li__1LIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__2LIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__2LIS=li__3FDQ(((__li__41XO *)li__1LIS));
  } break;
  case __li__AKBR__: {
    li__2LIS=li__WQDS(((__li__AKBR *)li__1LIS));
  } break;
  case __li__SU5R__: {
    li__2LIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__2LIS=li__Y1IS();
  } break;
  };
  li__OUHF(((__li__5RB *)li__2LIS),li__0LIS);
  li__SRX(((__li__BC *)li__0LIS),' ');
  li__1LIS=li__ZLIS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1LIS)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__1LIS),li__0LIS);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__KLWI__: {
    li__GF2U=((__li__KLWI *)((__li__WK *)li__1LIS));
    li__JAZ(((__li__BC *)li__0LIS),(&__string_369));
    li__H40L(((__li__KMFK *)li__GF2U->li__ZPBK),li__0LIS);
    li__SRX(((__li__BC *)li__0LIS),')');
  } break;
  case __li__ULWI__: {
    li__IF2U=((__li__ULWI *)((__li__WK *)li__1LIS));
    li__JAZ(((__li__BC *)li__0LIS),(&__string_370));
    li__4MYI(((__li__5RB *)li__IF2U->li__4PBK),li__0LIS);
    li__SRX(((__li__BC *)li__0LIS),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__MSWI__: {
    li__KF2U=((__li__MSWI *)((__li__WK *)li__1LIS));
    li__JAZ(((__li__BC *)li__0LIS),(&__string_371));
    li__4MYI(((__li__5RB *)li__KF2U->li__ISBK),li__0LIS);
    li__SRX(((__li__BC *)li__0LIS),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  };
  li__JAZ(((__li__BC *)li__0LIS),(&__string_26));
  li__1LIS=li__ZLIS->li__TU5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1LIS)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__1LIS),li__0LIS);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__KLWI__: {
    li__GF2U=((__li__KLWI *)((__li__WK *)li__1LIS));
    li__JAZ(((__li__BC *)li__0LIS),(&__string_369));
    li__H40L(((__li__KMFK *)li__GF2U->li__ZPBK),li__0LIS);
    li__SRX(((__li__BC *)li__0LIS),')');
  } break;
  case __li__ULWI__: {
    li__IF2U=((__li__ULWI *)((__li__WK *)li__1LIS));
    li__JAZ(((__li__BC *)li__0LIS),(&__string_370));
    li__4MYI(((__li__5RB *)li__IF2U->li__4PBK),li__0LIS);
    li__SRX(((__li__BC *)li__0LIS),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__MSWI__: {
    li__KF2U=((__li__MSWI *)((__li__WK *)li__1LIS));
    li__JAZ(((__li__BC *)li__0LIS),(&__string_371));
    li__4MYI(((__li__5RB *)li__KF2U->li__ISBK),li__0LIS);
    li__SRX(((__li__BC *)li__0LIS),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__1LIS)),li__0LIS);
  } break;
  };
  li__SRX(((__li__BC *)li__0LIS),')');
}

static void li__BMIS(__li__JV5R *li__CMIS,__li__BC *li__DMIS)
/* (Strict EXPR_INF_EQ{li__JV5R},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__EMIS;
  __li__5RB *li__FMIS;
  __li__KLWI *li__SF2U;
  __li__ULWI *li__UF2U;
  __li__MSWI *li__WF2U;
  li__SRX(((__li__BC *)li__DMIS),'(');
  li__EMIS=li__CMIS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EMIS)->__id) {
  case __li__WK__: {
    li__FMIS=((__li__WK *)li__EMIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__FMIS=((__li__AVBD *)li__EMIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__FMIS=((__li__KVBD *)li__EMIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__FMIS=((__li__WVBD *)li__EMIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__FMIS=li__JK5J(((__li__Z4WH *)li__EMIS));
  } break;
  case __li__KTVI__: {
    li__FMIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__FMIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__FMIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__FMIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__FMIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__FMIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__FMIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__FMIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__FMIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__FMIS=li__DWEK(((__li__BNWI *)li__EMIS));
  } break;
  case __li__XNWI__: {
    li__FMIS=li__IWEK(((__li__XNWI *)li__EMIS));
  } break;
  case __li__LOWI__: {
    li__FMIS=li__NWEK(((__li__LOWI *)li__EMIS));
  } break;
  case __li__5OWI__: {
    li__FMIS=li__SWEK(((__li__5OWI *)li__EMIS));
  } break;
  case __li__TPWI__: {
    li__FMIS=li__XWEK(((__li__TPWI *)li__EMIS));
  } break;
  case __li__HQWI__: {
    li__FMIS=li__2WEK(((__li__HQWI *)li__EMIS));
  } break;
  case __li__ARWI__: {
    li__FMIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__FMIS=li__FXEK(((__li__URWI *)li__EMIS));
  } break;
  case __li__MSWI__: {
    li__FMIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__FMIS=((__li__ETWI *)li__EMIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__FMIS=((__li__MZWI *)li__EMIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__FMIS=((__li__C0WI *)li__EMIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__FMIS=((__li__M1WI *)li__EMIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__FMIS=((__li__KMFK *)li__EMIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__FMIS=li__T4NN(((__li__XOHL *)li__EMIS));
  } break;
  case __li__FPHL__: {
    li__FMIS=li__KA4L(((__li__FPHL *)li__EMIS));
  } break;
  case __li__APLM__: {
    li__FMIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__FMIS=li__1ISO(((__li__DTNM *)li__EMIS));
  } break;
  case __li__JXNM__: {
    li__FMIS=li__VX3R(((__li__JXNM *)li__EMIS));
  } break;
  case __li__21LO__: {
    li__FMIS=((__li__21LO *)li__EMIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__FMIS=((__li__TPOO *)li__EMIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__FMIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__FMIS=li__3FDQ(((__li__41XO *)li__EMIS));
  } break;
  case __li__AKBR__: {
    li__FMIS=li__WQDS(((__li__AKBR *)li__EMIS));
  } break;
  case __li__SU5R__: {
    li__FMIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__FMIS=li__Y1IS();
  } break;
  };
  li__OUHF(((__li__5RB *)li__FMIS),li__DMIS);
  li__SRX(((__li__BC *)li__DMIS),' ');
  li__EMIS=li__CMIS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EMIS)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__EMIS),li__DMIS);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__KLWI__: {
    li__SF2U=((__li__KLWI *)((__li__WK *)li__EMIS));
    li__JAZ(((__li__BC *)li__DMIS),(&__string_369));
    li__H40L(((__li__KMFK *)li__SF2U->li__ZPBK),li__DMIS);
    li__SRX(((__li__BC *)li__DMIS),')');
  } break;
  case __li__ULWI__: {
    li__UF2U=((__li__ULWI *)((__li__WK *)li__EMIS));
    li__JAZ(((__li__BC *)li__DMIS),(&__string_370));
    li__4MYI(((__li__5RB *)li__UF2U->li__4PBK),li__DMIS);
    li__SRX(((__li__BC *)li__DMIS),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__MSWI__: {
    li__WF2U=((__li__MSWI *)((__li__WK *)li__EMIS));
    li__JAZ(((__li__BC *)li__DMIS),(&__string_371));
    li__4MYI(((__li__5RB *)li__WF2U->li__ISBK),li__DMIS);
    li__SRX(((__li__BC *)li__DMIS),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  };
  li__JAZ(((__li__BC *)li__DMIS),(&__string_27));
  li__EMIS=li__CMIS->li__KV5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EMIS)->__id) {
  case __li__WK__: {
    li__UNBK(((__li__WK *)li__EMIS),li__DMIS);
  } break;
  case __li__AVBD__: {
    li__FSMI(((__li__AVBD *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__KVBD__: {
    li__RAHJ(((__li__KVBD *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__WVBD__: {
    li__NUMI(((__li__WVBD *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__KTVI__: {
    li__ROBK(((__li__KTVI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__LTVI__: {
    li__Z30L(((__li__LTVI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__XTVI__: {
    li__1OBK(((__li__XTVI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__YTVI__: {
    li__A40L(((__li__YTVI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__S2VI__: {
    li__CPBK(((__li__S2VI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__E3VI__: {
    li__NPBK(((__li__E3VI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__KLWI__: {
    li__SF2U=((__li__KLWI *)((__li__WK *)li__EMIS));
    li__JAZ(((__li__BC *)li__DMIS),(&__string_369));
    li__H40L(((__li__KMFK *)li__SF2U->li__ZPBK),li__DMIS);
    li__SRX(((__li__BC *)li__DMIS),')');
  } break;
  case __li__ULWI__: {
    li__UF2U=((__li__ULWI *)((__li__WK *)li__EMIS));
    li__JAZ(((__li__BC *)li__DMIS),(&__string_370));
    li__4MYI(((__li__5RB *)li__UF2U->li__4PBK),li__DMIS);
    li__SRX(((__li__BC *)li__DMIS),')');
  } break;
  case __li__NMWI__: {
    li__AQBK(((__li__NMWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__BNWI__: {
    li__JQBK(((__li__BNWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__XNWI__: {
    li__SQBK(((__li__XNWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__LOWI__: {
    li__ZQBK(((__li__LOWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__5OWI__: {
    li__ARBK(((__li__5OWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__TPWI__: {
    li__HRBK(((__li__TPWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__HQWI__: {
    li__ORBK(((__li__HQWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__ARWI__: {
    li__VRBK(((__li__ARWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__URWI__: {
    li__4RBK(((__li__URWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__MSWI__: {
    li__WF2U=((__li__MSWI *)((__li__WK *)li__EMIS));
    li__JAZ(((__li__BC *)li__DMIS),(&__string_371));
    li__4MYI(((__li__5RB *)li__WF2U->li__ISBK),li__DMIS);
    li__SRX(((__li__BC *)li__DMIS),')');
  } break;
  case __li__ETWI__: {
    li__KSBK(((__li__ETWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__MZWI__: {
    li__ZSBK(((__li__MZWI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__C0WI__: {
    li__5SBK(((__li__C0WI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__M1WI__: {
    li__JS2K(((__li__M1WI *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__KMFK__: {
    li__H40L(((__li__KMFK *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__XOHL__: {
    li__3AMN(((__li__XOHL *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__FPHL__: {
    li__K43L(((__li__FPHL *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__APLM__: {
    li__J2BQ(((__li__APLM *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__DTNM__: {
    li__SARO(((__li__DTNM *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__JXNM__: {
    li__CU3R(((__li__JXNM *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__21LO__: {
    li__ZJKP(((__li__21LO *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__TPOO__: {
    li__4JKP(((__li__TPOO *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__URRO__: {
    li__NF4R(((__li__URRO *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__41XO__: {
    li__S2BQ(((__li__41XO *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__AKBR__: {
    li__HVCS(((__li__AKBR *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__SU5R__: {
    li__YLIS(((__li__SU5R *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  case __li__JV5R__: {
    li__BMIS(((__li__JV5R *)((__li__WK *)li__EMIS)),li__DMIS);
  } break;
  };
  li__SRX(((__li__BC *)li__DMIS),')');
}

static void li__Z5OE(__li__KI *li__05OE,__li__BC *li__15OE)
/* (Strict LIST{li__KI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__25OE,li__35OE,li__DMQI,li__KLHJ,li__CFLJ,li__DFLJ;
  __li__K li__4KWJ,li__WKWJ,li__2LWJ,li__1EWU,li__ZQOU,li__1QOU;
  __li__K li__MFWU,li__3QOU,li__CJRU,li__GJRU,li__KJRU,li__2R4Q;
  __li__K li__5QOU,li__BROU,li__GHWU,li__QJRU,li__SWUK,li__5E3P;
  __li__K li__WC4P,li__DIWU,li__QROU,li__TIWU,li__XIWU,li__1IWU;
  __li__K li__2JRU,li__AKRU;
  void *li__HDWU,*li__3WIV,*li__GYIV,*li__IYIV;
  __li__U *li__ZYHP,*li__W4HP,*li__KD3P,*li__EHAQ;
  __li__O3B *li__01MI;
  __li__VTBD *li__SLQI,*li__RLQI;
  __li__52B li__O2MI,li__QLHJ,li__EEWU;
  __li__PO li__ILHJ,li__1XIV,li__JKIP;
  __li__BC *li__LLHJ,*li__XJRU;
  __li__CB li__4MWJ,li__WDWU;
  __li__JJG li__GNWJ,li__ZDWU,li__UDWU;
  __li__IYBD *li__HZHP,*li__QOOP;
  __li__5QPK *li__PZHP,*li__QZHP,*li__XEWU,*li__ZEWU,*li__5EWU,*li__EFWU;
  __li__5QPK *li__GFWU,*li__DWTP,*li__RGWU,*li__FEOR,*li__ZGWU,*li__1GWU;
  __li__5QPK *li__3GWU,*li__5GWU,*li__EHWU,*li__NHWU,*li__LIWU,*li__PIWU;
  void *li__J0HP,*li__V4HP;
  __li__IF *li__PWIV,*li__JXIV,*li__NZIV;
  __li__GSZ *li__XWIV,*li__RXIV,*li__VZIV;
  __li__5RB *li__O2HP,*li__G3HP,*li__5XIV;
  void *li__42HP,*li__55HP,*li__ZFOR,*li__0FOR;
  __li__C0WI *li__DXIV,*li__IGWU,*li__I0IV,*li__S0IV,*li__32IV;
  __li__M1WI *li__FXIV,*li__LGWU,*li__K0IV,*li__U0IV,*li__52IV;
  __li__PF *li__ZOMI;
  __li__WK *li__UFWU;
  __li__KVBD *li__0XIV,*li__4XIV;
  __li__WVBD *li__WFWU,*li__XFWU;
  __li__KLWI *li__ZFWU;
  __li__KMFK *li__1FWU;
  __li__ULWI *li__4FWU,*li__5FWU;
  __li__MSWI *li__BGWU,*li__CGWU;
  __li__MZWI *li__EGWU,*li__FGWU;
  __li__DFNL *li__BFOR,*li__FFOR,*li__XMIP;
  __li__RLKJ *li__0BDK;
  __li__DZB *li__2CRK,*li__SDDK;
  __li__5LKJ *li__EDDK;
  __li__ORB *li__00IV;
  __li__QRB *li__20IV;
  __li__SRB *li__40IV;
  __li__UJSH *li__B1IV;
  __li__LHBK *li__MEIP;
  void *li__SHWU,*li__UHWU,*li__ZHWU,*li__1HWU,*li__WMIP;
  __li__OWEO *li__UMIP;
  __li__3I3L *li__5MIP;
  __li__KI *li__2NOP,*li__3NOP,*li__4NOP;
  __li__EDHP *li__ZKXR;
  __li__CJ1P *li__030Q;
  __li__B3B *li__2FJI,*li__DOHJ;
  __li__I1RH *li__GGJI,*li__OOHJ,*li__YKWJ,*li__ZKWJ,*li__GOWJ;
  __li__3 *li__NDWU;
  __li__3 li__BNHJ;
  void **li__XKWJ,**li__5KWJ;
  __li__C li__OZHP,li__O1HP,li__Q2HP,li__5B2Q,li__IEOR,li__YEOR;
  __li__C li__1FOR,li__AGOR,li__WJ2Q;
  __li__BRPK *li__RZHP,*li__P35R,*li__QL5P,*li__YL5P,*li__QYIV,*li__SYIV;
  __li__BRPK *li__4MYR;
  __li__SZHP *li__1ZHP,*li__UPXP,*li__2PXP,*li__MRHR;
  void **li__COCS;
  __li__TYTP *li__DNHR;
  void **li__541Q;
  __li__MZB *li__SYWK;
  void **li__U0NL;
  __li__IFGD *li__IF3P,*li__NC4P;
  __li__2XXF *li__XC4P,*li__GE4P;
  __li__TOLE *li__HIWU,*li__5IWU,*li__CJWU;
  li__25OE= 0;
  li__35OE= 1;
  while ((li__35OE <= (__li__K)((*(li__05OE->li__2OLE)).li__FPYE +  1))) {
    li__1CZ(((__li__BC *)li__15OE),li__FI);
    li__25OE=li__15OE->li__NK;
    do {
      li__HDWU=((void **)(*(((__li__TOLE *)li__05OE->li__2OLE))).li__S3VG)[(__li__K)(li__35OE -  1)];
      /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HDWU)->__id) {
      case __li__KI__: {
        li__LCMN(((__li__KI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__WK__: {
        li__5ACK(((__li__WK *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__T0B__: {
        li__ZYHP=NULL;
        /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
          li__ZYHP=(&__string_504);
        } else /* FALSE */ {
          li__ZYHP=(&__string_505);
        };
        li__JAZ(((__li__BC *)li__15OE),li__ZYHP);
        li__V0B=li__B__;
      } break;
      case __li__O3B__: {
        li__01MI=((__li__O3B *)li__HDWU);
        li__SLQI=NULL;
        li__RLQI=li__01MI->li__B2ME;
        /* __li__B__ __li__I__ */
if (li__01MI->li__C2ME) {
          li__DMQI=(__li__K)(li__X5OE +  1);
          li__X5OE=li__DMQI;
          /* __li__B__ __li__I__ */
if ((li__DMQI <= (*(li__U5OE)).li__4BPE)) {
            li__SLQI=((void **)(*(((__li__Z0IE *)li__U5OE))).li__WWWG)[li__DMQI];
          } else /* FALSE */ {
            li__GORJ(((__li__Z0IE *)li__U5OE),li__RLQI);
            li__SLQI=li__RLQI;
            li__3GRL(li__RLQI);
          };
          ((__li__VTBD *)li__RLQI)->li__ANQI=li__SLQI;
          ((__li__VTBD *)li__RLQI)->li__3MQI=li__X5OE;
        } else /* FALSE */ {
          li__X5OE=li__RLQI->li__3MQI;
        };
        li__ZYHP=li__RLQI->li__ANQI->li__WTBD.li__GRNE;
        /* __li__B__ __li__I__ */
if (li__01MI->li__C2ME) {
          li__JAZ(((__li__BC *)li__15OE),(&__string_506));
        } else /* FALSE */ {
          li__JAZ(((__li__BC *)li__15OE),(&__string_507));
        };
        li__JAZ(((__li__BC *)li__15OE),li__ZYHP);
        li__SRX(((__li__BC *)li__15OE),',');
        li__O2MI=((__li__52B )li__01MI->li__P3B.li__0CC);
        /* __li__B__ __li__I__ */
if (li__3LB) {
          li__2FJI=((__li__B3B *)li__Q3B);
          li__GGJI=((void **)li__2FJI->li__50UH)[(__li__K)(((__li__K )li__O2MI) % li__2FJI->li__TVRH)];
          while ((! (((void *)li__GGJI == (void *)NULL) || (li__GGJI->li__M1RH == li__O2MI)))) {
            li__GGJI=li__GGJI->li__VFVH;
          };
          /* __li__B__ __li__I__ */
if ((! ((void *)li__GGJI != (void *)NULL))) {
            li__ILHJ=li__01MI->li__P3B.li__0CC;
            li__LLHJ=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__ILHJ)) &  511)])->li__XAF;
            li__KLHJ= 1;
            li__QLHJ=(__li__52B)(((__li__52B )li__ILHJ) >>  17);
            li__CFLJ= 1;
            li__DFLJ=((__li__K )(__li__52B)(li__QLHJ -  1));
            li__NDWU=((__li__BC *)li__LLHJ)->li__CUN;
            while ((li__CFLJ <= li__DFLJ)) {
              while ((((__li__3 *)li__NDWU)[(__li__K)(li__KLHJ -  1)] != '\n')) {
                li__KLHJ=(__li__K)(li__KLHJ +  1);
              };
              li__KLHJ=(__li__K)(li__KLHJ +  1);
              li__CFLJ=(__li__K)(li__CFLJ +  1);
            };
            ((__li__BC *)li__0C)->li__NK= 0;
            while ((! ((li__KLHJ > ((__li__BC *)li__LLHJ)->li__NK) || (((__li__3 *)((__li__BC *)li__LLHJ)->li__CUN)[(__li__K)(li__KLHJ -  1)] == '\n')))) {
              li__BNHJ=((__li__3 *)((__li__BC *)li__LLHJ)->li__CUN)[(__li__K)(li__KLHJ -  1)];
              /* __li__B__ __li__I__ */
if ((li__BNHJ == '\\')) {
                li__SRX(((__li__BC *)li__0C),'\\');
              };
              /* __li__B__ __li__I__ */
if ((li__BNHJ == '\"')) {
                li__SRX(((__li__BC *)li__0C),'\\');
              };
              li__SRX(((__li__BC *)li__0C),li__BNHJ);
              li__KLHJ=(__li__K)(li__KLHJ +  1);
            };
            li__LLHJ=((__li__BC *)li__0C);
            /* __li__B__ __li__I__ */
if ((((__li__QJG )((__li__3 *)li__LLHJ->li__CUN)[(__li__K)(li__LLHJ->li__NK -  1)]) ==  13)) {
              li__WBZ(((__li__BC *)li__0C), 1);
            };
            li__LLHJ=li__IFC(li__0C->li__NK);
            li__BTZ(((__li__BC *)li__LLHJ),li__0C);
            li__DOHJ=((__li__B3B *)li__Q3B);
            li__KLHJ=((__li__K )li__O2MI);
            li__CFLJ=(__li__K)(li__KLHJ % li__DOHJ->li__TVRH);
            li__DFLJ=li__CFLJ;
            li__OOHJ=((void **)li__DOHJ->li__50UH)[li__CFLJ];
            while ((! (((void *)li__OOHJ == (void *)NULL) || (li__OOHJ->li__M1RH == li__O2MI)))) {
              li__OOHJ=li__OOHJ->li__VFVH;
            };
            /* __li__B__ __li__I__ */
if (((void *)li__OOHJ == (void *)NULL)) {
              /* __li__B__ __li__I__ */
if ((li__DOHJ->li__TVRH == li__DOHJ->li__S3B)) {
                li__YKWJ=NULL;
                li__ZKWJ=NULL;
                li__XKWJ=li__DOHJ->li__50UH;
                li__4KWJ=li__YDQ((__li__K)(li__DOHJ->li__TVRH +  1));
                li__5KWJ=li__MDYH(li__4KWJ);
                li__DOHJ->li__50UH=li__5KWJ;
                li__WKWJ=(__li__K)(li__DOHJ->li__TVRH -  1);
                li__DOHJ->li__TVRH=li__4KWJ;
                while ((! (li__WKWJ <  0))) {
                  li__YKWJ=((void **)li__XKWJ)[li__WKWJ];
                  while (((void *)li__YKWJ != (void *)NULL)) {
                    li__ZKWJ=li__YKWJ->li__VFVH;
                    li__2LWJ=(__li__K)(((__li__K )li__YKWJ->li__M1RH) % li__4KWJ);
                    ((__li__I1RH *)li__YKWJ)->li__VFVH=li__5KWJ[li__2LWJ];
                    li__5KWJ[li__2LWJ]=li__YKWJ;
                    li__YKWJ=li__ZKWJ;
                  };
                  li__WKWJ=(__li__K)(li__WKWJ -  1);
                };
                li__DOHJ->li__B1UH=(__li__K)(-  1);
                li__DFLJ=(__li__K)(li__KLHJ % li__4KWJ);
              };
              li__YKWJ=((void **)li__DOHJ->li__50UH)[li__DFLJ];
              li__ZKWJ=NULL;
              li__4MWJ=((__li__CB )(NULL));
              li__GNWJ=((__li__JJG )sizeof(__li__I1RH));
              /* __li__B__ __li__I__ */
if ((li__GNWJ ==  0)) {
                li__ZKWJ=li__I1RH__;
              } else /* FALSE */ {
                li__4KWJ=__li__I1RH__;
                li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__GNWJ));
                /* __li__B__ __li__I__ */
if ((li__4KWJ == (__li__K)(-  1))) {
                  li__ZDWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                  li__UDWU=(__li__JJG)((__li__JJG)(li__GNWJ - (__li__JJG)(((__li__JJG ) 0) - li__ZDWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZDWU) - ((__li__JJG ) 1)));
                  li__ZDWU=(__li__JJG)(li__UDWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
                  li__WDWU=li__YCJ(li__UDWU,((__li__CB )(&(table_size[(li__ZDWU)-1]))),((__li__52B )li__UDWU));
                  li__4MWJ=li__WDWU;
                } else /* FALSE */ {
                  li__EEWU=((__li__52B )li__4KWJ);
                  li__ZDWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                  li__UDWU=(__li__JJG)((__li__JJG)(li__GNWJ - (__li__JJG)(((__li__JJG ) 0) - li__ZDWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZDWU) - ((__li__JJG ) 1)));
                  li__WDWU=li__YCJ(li__UDWU,((__li__CB )(&(table_type[(li__EEWU)]))),(__li__52B)(li__EEWU |  1));
                  li__4MWJ=li__WDWU;
                };
                li__GOWJ=((__li__I1RH *)li__4MWJ);
                li__ZKWJ=li__GOWJ;
                *(li__GOWJ) = *(li__I1RH__);
              };
              li__GOWJ=((__li__I1RH *)li__ZKWJ);
              li__GOWJ->li__E2RH=li__LLHJ;
              li__GOWJ->li__M1RH=li__O2MI;
              li__GOWJ->li__VFVH=li__YKWJ;
              li__OOHJ=li__ZKWJ;
              ((void **)li__DOHJ->li__50UH)[li__DFLJ]=li__ZKWJ;
              li__DOHJ->li__S3B=(__li__K)(li__DOHJ->li__S3B +  1);
              li__DOHJ->li__B1UH=(__li__K)(-  1);
            } else /* FALSE */ {
              ((__li__I1RH *)li__OOHJ)->li__E2RH=li__LLHJ;
            };
          };
          li__SRX(((__li__BC *)li__15OE),'L');
        };
        li__TXG(li__O2MI,li__15OE);
        li__SRX(((__li__BC *)li__15OE),')');
        li__JAZ(((__li__BC *)li__15OE),(&__string_508));
        li__TXG((__li__52B)(((__li__52B )li__01MI->li__P3B.li__0CC) >>  17),li__15OE);
        li__SRX(((__li__BC *)li__15OE),' ');
        li__JAZ(((__li__BC *)li__15OE),((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__01MI->li__P3B.li__0CC)) &  511)])->li__SF.li__R2B);
        li__JAZ(((__li__BC *)li__15OE),(&__string_509));
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__IYBD__: {
        li__HZHP=((__li__IYBD *)((__li__O3B *)li__HDWU));
        li__DMQI= 0;
        li__OZHP=li__I__;
        li__PZHP=NULL;
        li__QZHP=NULL;
        li__RZHP=NULL;
        li__1ZHP=NULL;
        li__JAZ(((__li__BC *)li__15OE),(&__string_376));
        li__KLHJ=(*(li__HZHP->li__KRPK)).li__QRPK;
        li__CFLJ= 0;
        while ((li__CFLJ <= li__KLHJ)) {
          li__J0HP=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[li__CFLJ])->li__F2DM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__J0HP)->__id) {
          case __li__IF__: {
            li__PWIV=((__li__IF *)li__J0HP);
            li__JAZ(((__li__BC *)li__15OE),(&__string_123));
            li__JAZ(((__li__BC *)li__15OE),li__PWIV->li__QGQB);
            li__JAZ(((__li__BC *)li__15OE),(&__string_123));
          } break;
          case __li__ORB__: {
            li__JAZ(((__li__BC *)li__15OE),(&__string_1));
          } break;
          case __li__QRB__: {
            li__JAZ(((__li__BC *)li__15OE),(&__string_123));
            li__JAZ(((__li__BC *)li__15OE),(&__string_2));
            li__JAZ(((__li__BC *)li__15OE),(&__string_123));
          } break;
          case __li__SRB__: {
            li__JAZ(((__li__BC *)li__15OE),(&__string_123));
            li__JAZ(((__li__BC *)li__15OE),(&__string_51));
            li__JAZ(((__li__BC *)li__15OE),(&__string_123));
          } break;
          case __li__URB__: {
            li__B0E(((__li__URB *)((__li__IF *)li__J0HP))->li__VRB.li__NZC,li__15OE);
          } break;
          case __li__GSZ__: {
            li__XWIV=((__li__GSZ *)((__li__IF *)li__J0HP));
            li__JAZ(((__li__BC *)li__15OE),(&__string_123));
            li__JAZ(((__li__BC *)li__15OE),li__XWIV->li__HSZ.li__QGQB);
            li__JAZ(((__li__BC *)li__15OE),(&__string_123));
          } break;
          case __li__1RRF__: {
            li__B0E(((__li__1RRF *)((__li__IF *)li__J0HP))->li__2RRF.li__NZC,li__15OE);
          } break;
          case __li__UJSH__: {
            li__B0E(((__li__UJSH *)((__li__IF *)li__J0HP))->li__WJSH.li__NZC,li__15OE);
          } break;
          };
          li__SRX(((__li__BC *)li__15OE),' ');
          li__CFLJ=(__li__K)(li__CFLJ +  1);
        };
        li__JAZ(((__li__BC *)li__15OE),(&__string_510));
        li__XEWU=((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[ 0];
        /* __li__B__ __li__I__ */
if ((((void *)li__XEWU->li__F2DM == (void *)li__ORB__) && (li__1E ==  0))) {
          li__ZEWU=((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[ 0];
          li__1EWU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__ZEWU->li__0RPK)->li__2OLE))).li__FPYE +  1);
          li__O1HP=(li__1EWU !=  0);
        } else /* FALSE */ {
          li__O1HP=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__O1HP) {
          li__5EWU=((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[ 0];
          li__3WIV=((void **)(*(((__li__TOLE *)((__li__KI *)li__5EWU->li__0RPK)->li__2OLE))).li__S3VG)[ 0];
          /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__3WIV==NULL) {
            li__J0HP=NULL;
          } else {
            switch (((struct ___OBJ *)li__3WIV)->__id) {
            case __li__KI__: 
            case __li__WK__: 
            case __li__T0B__: 
            case __li__O3B__: 
            case __li__AVBD__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__IYBD__: 
            case __li__ODID__: 
            case __li__OWRE__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: 
            case __li__LHBK__: 
            case __li__KMFK__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__3I3L__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__2PLO__: 
            case __li__21LO__: 
            case __li__TPOO__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__EDHP__: 
            case __li__CJ1P__: 
            case __li__EN1P__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__J0HP=NULL;
            } break;
            case __li__RLKJ__: {
              li__J0HP=((void *)li__3WIV);
            } break;
            case __li__5LKJ__: {
              li__J0HP=((void *)li__3WIV);
            } break;
            case __li__DFNL__: {
              li__J0HP=((void *)li__3WIV);
            } break;
            }
          };
          li__O1HP=((void *)li__J0HP == (void *)NULL);
        } else /* FALSE */ {
          li__O1HP=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__O1HP) {
          li__P35R=((__li__BRPK *)li__HZHP->li__KRPK);
          /* __li__B__ __li__I__ */
if (((*(li__P35R)).li__QRPK ==  0)) {
            (*(li__P35R)).li__HGEQ=NULL;
            (*(li__P35R)).li__UBFQ= 0;
            (*(li__P35R)).li__QRPK=(__li__K)(-  1);
          } else /* FALSE */ {
            li__COCS=((void **)(*(li__P35R)).li__HGEQ);
            li__DFLJ=(*(li__P35R)).li__QRPK;
            li__4KWJ= 0;
            while ((li__4KWJ != li__DFLJ)) {
              li__COCS[li__4KWJ]=li__COCS[(__li__K)(li__4KWJ +  1)];
              li__4KWJ=(__li__K)(li__4KWJ +  1);
            };
            (*(li__P35R)).li__QRPK=(__li__K)((*(li__P35R)).li__QRPK -  1);
          };
        };
        li__EFWU=((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[ 0];
        li__3WIV=li__EFWU->li__F2DM;
        li__ZQOU=(__li__K)((*(((__li__BRPK *)li__HZHP->li__KRPK))).li__QRPK +  1);
        /* __li__B__ __li__I__ */
if (((li__ZQOU <=  2) || ((void *)li__3WIV == (void *)li__ORB__))) {
          li__JAZ(((__li__BC *)li__15OE),(&__string_511));
          li__J0HP=li__HZHP->li__ZHRO;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__J0HP)->__id) {
          case __li__WK__: {
            li__O2HP=((__li__WK *)li__J0HP)->li__1K.li__WZLE;
          } break;
          case __li__AVBD__: {
            li__O2HP=((__li__AVBD *)li__J0HP)->li__K2ME;
          } break;
          case __li__KVBD__: {
            li__O2HP=((__li__KVBD *)li__J0HP)->li__LVBD.li__WZLE;
          } break;
          case __li__WVBD__: {
            li__O2HP=((__li__WVBD *)li__J0HP)->li__XVBD.li__WZLE;
          } break;
          case __li__Z4WH__: {
            li__O2HP=li__JK5J(((__li__Z4WH *)li__J0HP));
          } break;
          case __li__KTVI__: {
            li__O2HP=li__5UEK();
          } break;
          case __li__LTVI__: {
            li__O2HP=li__553L();
          } break;
          case __li__XTVI__: {
            li__O2HP=li__FVEK();
          } break;
          case __li__YTVI__: {
            li__O2HP=li__FA4L();
          } break;
          case __li__S2VI__: {
            li__O2HP=li__KVEK();
          } break;
          case __li__E3VI__: {
            li__O2HP=li__PVEK();
          } break;
          case __li__KLWI__: {
            li__O2HP=li__UVEK();
          } break;
          case __li__ULWI__: {
            li__O2HP=li__ZVEK();
          } break;
          case __li__NMWI__: {
            li__O2HP=li__4VEK();
          } break;
          case __li__BNWI__: {
            li__O2HP=li__DWEK(((__li__BNWI *)li__J0HP));
          } break;
          case __li__XNWI__: {
            li__O2HP=li__IWEK(((__li__XNWI *)li__J0HP));
          } break;
          case __li__LOWI__: {
            li__O2HP=li__NWEK(((__li__LOWI *)li__J0HP));
          } break;
          case __li__5OWI__: {
            li__O2HP=li__SWEK(((__li__5OWI *)li__J0HP));
          } break;
          case __li__TPWI__: {
            li__O2HP=li__XWEK(((__li__TPWI *)li__J0HP));
          } break;
          case __li__HQWI__: {
            li__O2HP=li__2WEK(((__li__HQWI *)li__J0HP));
          } break;
          case __li__ARWI__: {
            li__O2HP=li__QRB__->li__RRB.li__J0C;
          } break;
          case __li__URWI__: {
            li__O2HP=li__FXEK(((__li__URWI *)li__J0HP));
          } break;
          case __li__MSWI__: {
            li__O2HP=li__RXEK();
          } break;
          case __li__ETWI__: {
            li__O2HP=((__li__ETWI *)li__J0HP)->li__NSBK;
          } break;
          case __li__MZWI__: {
            li__O2HP=((__li__MZWI *)li__J0HP)->li__NZWI.li__WZLE;
          } break;
          case __li__C0WI__: {
            li__O2HP=((__li__C0WI *)li__J0HP)->li__D0WI.li__WZLE;
          } break;
          case __li__M1WI__: {
            li__O2HP=((__li__M1WI *)li__J0HP)->li__N1WI.li__WZLE;
          } break;
          case __li__KMFK__: {
            li__O2HP=((__li__KMFK *)li__J0HP)->li__3RFK->li__WTBD.li__0RNE;
          } break;
          case __li__XOHL__: {
            li__O2HP=li__T4NN(((__li__XOHL *)li__J0HP));
          } break;
          case __li__FPHL__: {
            li__O2HP=li__KA4L(((__li__FPHL *)li__J0HP));
          } break;
          case __li__APLM__: {
            li__O2HP=li__YFDQ();
          } break;
          case __li__DTNM__: {
            li__O2HP=li__1ISO(((__li__DTNM *)li__J0HP));
          } break;
          case __li__JXNM__: {
            li__O2HP=li__VX3R(((__li__JXNM *)li__J0HP));
          } break;
          case __li__21LO__: {
            li__O2HP=((__li__21LO *)li__J0HP)->li__KJXO->li__GZB.li__0RNE;
          } break;
          case __li__TPOO__: {
            li__O2HP=((__li__TPOO *)li__J0HP)->li__5IXO->li__GZB.li__0RNE;
          } break;
          case __li__URRO__: {
            li__O2HP=li__FH4R();
          } break;
          case __li__41XO__: {
            li__O2HP=li__3FDQ(((__li__41XO *)li__J0HP));
          } break;
          case __li__AKBR__: {
            li__O2HP=li__WQDS(((__li__AKBR *)li__J0HP));
          } break;
          case __li__SU5R__: {
            li__O2HP=li__T1IS();
          } break;
          case __li__JV5R__: {
            li__O2HP=li__Y1IS();
          } break;
          };
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__O2HP)->li__AEM)->__id) {
          case __li__IF__: 
          case __li__ORB__: 
          case __li__QRB__: 
          case __li__SRB__: 
          case __li__URB__: 
          case __li__GSZ__: {
            li__Q2HP=li__I__;
          } break;
          case __li__1RRF__: 
          case __li__UJSH__: {
            li__Q2HP=li__B__;
          } break;
          };
          /* __li__B__ __li__I__ */
if ((li__Q2HP && ((void *)li__3WIV == (void *)li__ORB__))) {
            li__42HP=li__HZHP->li__ZHRO;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__42HP)->__id) {
            case __li__WK__: {
              li__5ACK(((__li__WK *)li__42HP),li__15OE);
            } break;
            case __li__AVBD__: {
              li__L3MI(((__li__AVBD *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__KVBD__: {
              li__XGCK(((__li__KVBD *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__WVBD__: {
              li__EBNI(((__li__WVBD *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__Z4WH__: {
              li__2NBK(((__li__Z4WH *)((__li__WK *)li__42HP)),li__15OE);
              li__JAZ(((__li__BC *)li__15OE),(&__string_512));
            } break;
            case __li__KTVI__: {
              li__DHCK(((__li__KTVI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__LTVI__: {
              li__WE1L(((__li__LTVI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__XTVI__: {
              li__KHCK(((__li__XTVI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__YTVI__: {
              li__2E1L(((__li__YTVI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__S2VI__: {
              li__QHCK(((__li__S2VI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__E3VI__: {
              li__PJCK(((__li__E3VI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__KLWI__: {
              li__KBG((&__string_513));
              fputc((int)('\n'),stdout);
              exit(( 1));
            } break;
            case __li__ULWI__: {
              li__RLCK(((__li__ULWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__NMWI__: {
              li__JMCK(((__li__NMWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__BNWI__: {
              li__WRCK(((__li__BNWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__XNWI__: {
              li__5TCK(((__li__XNWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__LOWI__: {
              li__IWCK(((__li__LOWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__5OWI__: {
              li__RYCK(((__li__5OWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__TPWI__: {
              li__00CK(((__li__TPWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__HQWI__: {
              li__D3CK(((__li__HQWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__ARWI__: {
              li__M5CK(((__li__ARWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__URWI__: {
              li__BBDK(((__li__URWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__MSWI__: {
              li__GBDK(((__li__MSWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__ETWI__: {
              li__LBDK(((__li__ETWI *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__MZWI__: {
              li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__42HP))->li__3SBK);
            } break;
            case __li__C0WI__: {
              li__DXIV=((__li__C0WI *)((__li__WK *)li__42HP));
              li__SRX(((__li__BC *)li__15OE),'\'');
              li__JAZ(((__li__BC *)li__15OE),li__DXIV->li__CTBK);
              li__SRX(((__li__BC *)li__15OE),'\'');
            } break;
            case __li__M1WI__: {
              li__FXIV=((__li__M1WI *)((__li__WK *)li__42HP));
              li__SRX(((__li__BC *)li__15OE),'\"');
              li__JAZ(((__li__BC *)li__15OE),li__FXIV->li__UTFK);
              li__SRX(((__li__BC *)li__15OE),'\"');
            } break;
            case __li__KMFK__: {
              li__CF1L(((__li__KMFK *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__XOHL__: {
              li__VCMN(((__li__XOHL *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__FPHL__: {
              li__UI4L(((__li__FPHL *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__APLM__: {
              li__T4BQ(((__li__APLM *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__DTNM__: {
              li__5ARO(((__li__DTNM *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__JXNM__: {
              li__RU3R(((__li__JXNM *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__21LO__: {
              li__GVIP(((__li__21LO *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__TPOO__: {
              li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__42HP))->li__5IXO->li__GZB.li__GRNE);
            } break;
            case __li__URRO__: {
              li__4N4R(((__li__URRO *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__41XO__: {
              li__AECQ(((__li__41XO *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__AKBR__: {
              li__WVCS(((__li__AKBR *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__SU5R__: {
              li__CNIS(((__li__SU5R *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            case __li__JV5R__: {
              li__PSIS(((__li__JV5R *)((__li__WK *)li__42HP)),li__15OE);
            } break;
            };
            li__OZHP=li__B__;
            li__JAZ(((__li__BC *)li__15OE),(&__string_514));
          } else /* FALSE */ {
            li__42HP=li__HZHP->li__ZHRO;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3WIV)->__id) {
            case __li__IF__: {
              li__4INR(li__42HP,li__15OE);
            } break;
            case __li__ORB__: {
              li__KKNR(li__42HP,li__15OE);
            } break;
            case __li__QRB__: {
              li__OKNR(li__42HP,li__15OE);
            } break;
            case __li__SRB__: {
              li__0LNR(li__42HP,li__15OE);
            } break;
            case __li__URB__: {
              li__GNNR(li__42HP,li__15OE);
            } break;
            case __li__GSZ__: {
              li__KNNR(li__42HP,li__15OE);
            } break;
            case __li__1RRF__: {
              li__WONR(li__42HP,li__15OE);
            } break;
            case __li__UJSH__: {
              li__0ONR(li__42HP,li__15OE);
            } break;
            };
            li__OZHP=li__B__;
            li__42HP=li__HZHP->li__ZHRO;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__42HP)->__id) {
            case __li__WK__: {
              li__G3HP=((__li__WK *)li__42HP)->li__1K.li__WZLE;
            } break;
            case __li__AVBD__: {
              li__G3HP=((__li__AVBD *)li__42HP)->li__K2ME;
            } break;
            case __li__KVBD__: {
              li__G3HP=((__li__KVBD *)li__42HP)->li__LVBD.li__WZLE;
            } break;
            case __li__WVBD__: {
              li__G3HP=((__li__WVBD *)li__42HP)->li__XVBD.li__WZLE;
            } break;
            case __li__Z4WH__: {
              li__G3HP=li__JK5J(((__li__Z4WH *)li__42HP));
            } break;
            case __li__KTVI__: {
              li__G3HP=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__G3HP=li__553L();
            } break;
            case __li__XTVI__: {
              li__G3HP=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__G3HP=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__G3HP=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__G3HP=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__G3HP=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__G3HP=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__G3HP=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__G3HP=li__DWEK(((__li__BNWI *)li__42HP));
            } break;
            case __li__XNWI__: {
              li__G3HP=li__IWEK(((__li__XNWI *)li__42HP));
            } break;
            case __li__LOWI__: {
              li__G3HP=li__NWEK(((__li__LOWI *)li__42HP));
            } break;
            case __li__5OWI__: {
              li__G3HP=li__SWEK(((__li__5OWI *)li__42HP));
            } break;
            case __li__TPWI__: {
              li__G3HP=li__XWEK(((__li__TPWI *)li__42HP));
            } break;
            case __li__HQWI__: {
              li__G3HP=li__2WEK(((__li__HQWI *)li__42HP));
            } break;
            case __li__ARWI__: {
              li__G3HP=li__QRB__->li__RRB.li__J0C;
            } break;
            case __li__URWI__: {
              li__G3HP=li__FXEK(((__li__URWI *)li__42HP));
            } break;
            case __li__MSWI__: {
              li__G3HP=li__RXEK();
            } break;
            case __li__ETWI__: {
              li__G3HP=((__li__ETWI *)li__42HP)->li__NSBK;
            } break;
            case __li__MZWI__: {
              li__G3HP=((__li__MZWI *)li__42HP)->li__NZWI.li__WZLE;
            } break;
            case __li__C0WI__: {
              li__G3HP=((__li__C0WI *)li__42HP)->li__D0WI.li__WZLE;
            } break;
            case __li__M1WI__: {
              li__G3HP=((__li__M1WI *)li__42HP)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__G3HP=((__li__KMFK *)li__42HP)->li__3RFK->li__WTBD.li__0RNE;
            } break;
            case __li__XOHL__: {
              li__G3HP=li__T4NN(((__li__XOHL *)li__42HP));
            } break;
            case __li__FPHL__: {
              li__G3HP=li__KA4L(((__li__FPHL *)li__42HP));
            } break;
            case __li__APLM__: {
              li__G3HP=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__G3HP=li__1ISO(((__li__DTNM *)li__42HP));
            } break;
            case __li__JXNM__: {
              li__G3HP=li__VX3R(((__li__JXNM *)li__42HP));
            } break;
            case __li__21LO__: {
              li__G3HP=((__li__21LO *)li__42HP)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__G3HP=((__li__TPOO *)li__42HP)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__G3HP=li__FH4R();
            } break;
            case __li__41XO__: {
              li__G3HP=li__3FDQ(((__li__41XO *)li__42HP));
            } break;
            case __li__AKBR__: {
              li__G3HP=li__WQDS(((__li__AKBR *)li__42HP));
            } break;
            case __li__SU5R__: {
              li__G3HP=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__G3HP=li__Y1IS();
            } break;
            };
            /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__G3HP)->li__AEM != (void *)li__TSB)) {
              li__JAZ(((__li__BC *)li__15OE),(&__string_486));
              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3WIV)->__id) {
              case __li__IF__: {
                li__JXIV=((__li__IF *)li__3WIV);
                li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                li__JAZ(((__li__BC *)li__15OE),li__JXIV->li__QGQB);
                li__JAZ(((__li__BC *)li__15OE),(&__string_123));
              } break;
              case __li__ORB__: {
                li__JAZ(((__li__BC *)li__15OE),(&__string_1));
              } break;
              case __li__QRB__: {
                li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                li__JAZ(((__li__BC *)li__15OE),(&__string_2));
                li__JAZ(((__li__BC *)li__15OE),(&__string_123));
              } break;
              case __li__SRB__: {
                li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                li__JAZ(((__li__BC *)li__15OE),(&__string_51));
                li__JAZ(((__li__BC *)li__15OE),(&__string_123));
              } break;
              case __li__URB__: {
                li__B0E(((__li__URB *)((__li__IF *)li__3WIV))->li__VRB.li__NZC,li__15OE);
              } break;
              case __li__GSZ__: {
                li__RXIV=((__li__GSZ *)((__li__IF *)li__3WIV));
                li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                li__JAZ(((__li__BC *)li__15OE),li__RXIV->li__HSZ.li__QGQB);
                li__JAZ(((__li__BC *)li__15OE),(&__string_123));
              } break;
              case __li__1RRF__: {
                li__B0E(((__li__1RRF *)((__li__IF *)li__3WIV))->li__2RRF.li__NZC,li__15OE);
              } break;
              case __li__UJSH__: {
                li__B0E(((__li__UJSH *)((__li__IF *)li__3WIV))->li__WJSH.li__NZC,li__15OE);
              } break;
              };
            };
          };
          li__JAZ(((__li__BC *)li__15OE),(&__string_515));
          li__GFWU=((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[ 0];
          li__LCMN(((__li__KI *)((__li__5QPK *)li__GFWU)->li__0RPK),li__15OE);
          li__DMQI= 1;
          li__1QOU=(__li__K)((*(((__li__BRPK *)li__HZHP->li__KRPK))).li__QRPK +  1);
          /* __li__B__ __li__I__ */
if ((li__1QOU ==  2)) {
            li__MFWU=(__li__K)((*(((__li__TOLE *)((__li__KI *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[ 1])->li__0RPK)->li__2OLE))).li__FPYE +  1);
            /* __li__B__ __li__I__ */
if ((li__MFWU !=  0)) {
              li__JAZ(((__li__BC *)li__15OE),(&__string_516));
              li__JAZ(((__li__BC *)li__15OE),(&__string_376));
              li__V4HP=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[ 1])->li__F2DM;
              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__V4HP)->__id) {
              case __li__IF__: {
                li__W4HP=((__li__IF *)li__V4HP)->li__TF->li__SF.li__R2B;
              } break;
              case __li__ORB__: {
                li__W4HP=(&__string_1);
              } break;
              case __li__QRB__: {
                li__W4HP=(&__string_2);
              } break;
              case __li__SRB__: {
                li__W4HP=(&__string_51);
              } break;
              case __li__URB__: {
                li__W4HP=(&__string_53);
              } break;
              case __li__GSZ__: {
                li__W4HP=((__li__GSZ *)li__V4HP)->li__EGQB;
              } break;
              case __li__1RRF__: {
                li__ZOMI=li__QLKI();
                li__W4HP=li__ZOMI->li__SF.li__R2B;
              } break;
              case __li__UJSH__: {
                li__W4HP=((__li__UJSH *)li__V4HP)->li__VJSH.li__NZFD;
              } break;
              };
              li__JAZ(((__li__BC *)li__15OE),li__W4HP);
              li__JAZ(((__li__BC *)li__15OE),(&__string_517));
              li__LCMN(((__li__KI *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[ 1])->li__0RPK),li__15OE);
            };
            li__DMQI= 2;
            li__Q2HP=li__B__;
          } else /* FALSE */ {
            li__Q2HP=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__Q2HP)) {
            li__3QOU=(__li__K)((*(((__li__BRPK *)li__HZHP->li__KRPK))).li__QRPK +  1);
            /* __li__B__ __li__I__ */
if ((li__3QOU >  2)) {
              li__JAZ(((__li__BC *)li__15OE),(&__string_518));
              li__JAZ(((__li__BC *)li__FI),(&__string_192));
              li__1CZ(((__li__BC *)li__15OE),li__FI);
            };
          };
        };
        /* __li__B__ __li__I__ */
if ((li__DMQI <= (*(li__HZHP->li__KRPK)).li__QRPK)) {
          /* __li__B__ __li__I__ */
if (li__OZHP) {
            li__V4HP=li__HZHP->li__ZHRO;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__V4HP)->__id) {
            case __li__WK__: {
              li__UFWU=li__PVEJ(((__li__WK *)li__V4HP));
              li__55HP=li__UFWU;
            } break;
            case __li__AVBD__: {
              li__55HP=li__AE5L(((__li__AVBD *)li__V4HP));
            } break;
            case __li__KVBD__: {
              li__0XIV=((__li__KVBD *)li__V4HP);
              li__1XIV=li__0XIV->li__LVBD.li__0K.li__0CC;
              li__G3HP=li__0XIV->li__LVBD.li__WZLE;
              li__0XIV=li__5QND();
              li__4XIV=((__li__KVBD *)li__0XIV);
              li__4XIV->li__LVBD.li__0K.li__0CC=li__1XIV;
              li__5XIV=li__NNSE(((__li__5RB *)li__G3HP));
              li__4XIV->li__LVBD.li__WZLE=li__5XIV;
              li__55HP=li__0XIV;
            } break;
            case __li__WVBD__: {
              li__WFWU=((__li__WVBD *)li__V4HP);
              li__XFWU=li__VEID(li__WFWU->li__XVBD.li__0K.li__0CC,li__WFWU->li__2ZLE,li__WFWU->li__XVBD.li__WZLE);
              li__55HP=li__XFWU;
            } break;
            case __li__Z4WH__: {
              li__55HP=li__XEVK(((__li__Z4WH *)li__V4HP));
            } break;
            case __li__KTVI__: {
              li__55HP=li__XF5L(((__li__KTVI *)li__V4HP));
            } break;
            case __li__LTVI__: {
              li__55HP=li__SDGM(((__li__LTVI *)li__V4HP));
            } break;
            case __li__XTVI__: {
              li__55HP=li__DG5L(((__li__XTVI *)li__V4HP));
            } break;
            case __li__YTVI__: {
              li__55HP=li__4DGM(((__li__YTVI *)li__V4HP));
            } break;
            case __li__S2VI__: {
              li__55HP=li__OG5L(((__li__S2VI *)li__V4HP));
            } break;
            case __li__E3VI__: {
              li__55HP=li__ZG5L(((__li__E3VI *)li__V4HP));
            } break;
            case __li__KLWI__: {
              li__ZFWU=((__li__KLWI *)li__V4HP);
              li__1XIV=li__ZFWU->li__LLWI.li__0CC;
              li__1FWU=li__G3CM(((__li__KMFK *)li__ZFWU->li__ZPBK));
              li__ZFWU=li__PNSJ(li__1XIV,li__1FWU);
              li__55HP=li__ZFWU;
            } break;
            case __li__ULWI__: {
              li__4FWU=((__li__ULWI *)li__V4HP);
              li__5FWU=li__AOSJ(li__4FWU->li__VLWI.li__0CC,li__4FWU->li__4PBK);
              li__55HP=li__5FWU;
            } break;
            case __li__NMWI__: {
              li__55HP=li__SH5L(((__li__NMWI *)li__V4HP));
            } break;
            case __li__BNWI__: {
              li__55HP=li__3H5L(((__li__BNWI *)li__V4HP));
            } break;
            case __li__XNWI__: {
              li__55HP=li__II5L(((__li__XNWI *)li__V4HP));
            } break;
            case __li__LOWI__: {
              li__55HP=li__TI5L(((__li__LOWI *)li__V4HP));
            } break;
            case __li__5OWI__: {
              li__55HP=li__4I5L(((__li__5OWI *)li__V4HP));
            } break;
            case __li__TPWI__: {
              li__55HP=li__JJ5L(((__li__TPWI *)li__V4HP));
            } break;
            case __li__HQWI__: {
              li__55HP=li__UJ5L(((__li__HQWI *)li__V4HP));
            } break;
            case __li__ARWI__: {
              li__55HP=li__5J5L(((__li__ARWI *)li__V4HP));
            } break;
            case __li__URWI__: {
              li__55HP=li__NK5L(((__li__URWI *)li__V4HP));
            } break;
            case __li__MSWI__: {
              li__BGWU=((__li__MSWI *)li__V4HP);
              li__CGWU=li__YXSJ(li__BGWU->li__NSWI.li__0CC,li__BGWU->li__ISBK);
              li__55HP=li__CGWU;
            } break;
            case __li__ETWI__: {
              li__55HP=li__4K5L(((__li__ETWI *)li__V4HP));
            } break;
            case __li__MZWI__: {
              li__EGWU=((__li__MZWI *)li__V4HP);
              li__FGWU=li__4U4I(li__EGWU->li__NZWI.li__0K.li__0CC,li__EGWU->li__3SBK,li__EGWU->li__NZWI.li__WZLE);
              li__55HP=li__FGWU;
            } break;
            case __li__C0WI__: {
              li__DXIV=((__li__C0WI *)li__V4HP);
              li__IGWU=li__ZV4I(li__DXIV->li__D0WI.li__0K.li__0CC,li__DXIV->li__CTBK);
              li__55HP=li__IGWU;
            } break;
            case __li__M1WI__: {
              li__FXIV=((__li__M1WI *)li__V4HP);
              li__LGWU=li__1Z4I(li__FXIV->li__N1WI.li__0K.li__0CC,li__FXIV->li__UTFK);
              li__55HP=li__LGWU;
            } break;
            case __li__KMFK__: {
              li__55HP=li__G3CM(((__li__KMFK *)li__V4HP));
            } break;
            case __li__XOHL__: {
              li__55HP=li__AAPN(((__li__XOHL *)li__V4HP));
            } break;
            case __li__FPHL__: {
              li__55HP=li__2EGM(((__li__FPHL *)li__V4HP));
            } break;
            case __li__APLM__: {
              li__55HP=li__XRDQ(((__li__APLM *)li__V4HP));
            } break;
            case __li__DTNM__: {
              li__55HP=li__D5SO(((__li__DTNM *)li__V4HP));
            } break;
            case __li__JXNM__: {
              li__55HP=li__153R(((__li__JXNM *)li__V4HP));
            } break;
            case __li__21LO__: {
              li__55HP=li__2KLP(((__li__21LO *)li__V4HP));
            } break;
            case __li__TPOO__: {
              li__55HP=li__JLLP(((__li__TPOO *)li__V4HP));
            } break;
            case __li__URRO__: {
              li__55HP=li__KM4R(((__li__URRO *)li__V4HP));
            } break;
            case __li__41XO__: {
              li__55HP=li__CSDQ(((__li__41XO *)li__V4HP));
            } break;
            case __li__AKBR__: {
              li__55HP=li__L2DS(((__li__AKBR *)li__V4HP));
            } break;
            case __li__SU5R__: {
              li__55HP=li__EQJS(((__li__SU5R *)li__V4HP));
            } break;
            case __li__JV5R__: {
              li__55HP=li__PQJS(((__li__JV5R *)li__V4HP));
            } break;
            };
            li__HZHP->li__ZHRO=li__55HP;
          };
          li__ZEWU=NULL;
          li__P35R=NULL;
          li__DFLJ= 0;
          li__UPXP=NULL;
          li__5B2Q=((*(((__li__TYTP *)li__2YTP))).li__A41Q <  0);
          /* __li__B__ __li__I__ */
if (li__5B2Q) {
            li__2PXP=li__DM5P();
            li__UPXP=li__2PXP;
          } else /* FALSE */ {
            li__DNHR=((__li__TYTP *)li__2YTP);
            li__2PXP=((void **)(*(li__DNHR)).li__A51Q)[(*(li__DNHR)).li__A41Q];
            li__UPXP=li__2PXP;
            li__DNHR=((__li__TYTP *)li__2YTP);
            (*(li__DNHR)).li__A41Q=(__li__K)((*(li__DNHR)).li__A41Q -  1);
          };
          li__2PXP=li__UPXP;
          li__4KWJ=(*(li__HZHP->li__KRPK)).li__QRPK;
          li__WKWJ=li__DMQI;
          while ((li__WKWJ <= li__4KWJ)) {
            li__DWTP=((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[li__WKWJ];
            li__ZEWU=li__DWTP;
            li__P35R=NULL;
            li__DFLJ= 0;
            while (((li__DFLJ <= (*(li__2PXP)).li__ACIP) && ((void *)li__P35R == (void *)NULL))) {
              li__RGWU=((void **)(*(((__li__BRPK *)((void **)(*(((__li__SZHP *)li__2PXP))).li__MG2Q)[li__DFLJ]))).li__HGEQ)[ 0];
              li__FEOR=((__li__5QPK *)li__ZEWU);
              li__IEOR=li__I__;
              li__CJRU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__FEOR->li__0RPK)->li__2OLE))).li__FPYE +  1);
              /* __li__B__ __li__I__ */
if ((li__CJRU ==  1)) {
                li__GJRU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__FEOR->li__0RPK)->li__2OLE))).li__FPYE +  1);
                li__KJRU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__RGWU->li__0RPK)->li__2OLE))).li__FPYE +  1);
                li__YEOR=(li__GJRU == li__KJRU);
              } else /* FALSE */ {
                li__YEOR=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__YEOR) {
                li__GYIV=((void **)(*(((__li__TOLE *)((__li__KI *)li__FEOR->li__0RPK)->li__2OLE))).li__S3VG)[ 0];
                /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__GYIV==NULL) {
                  li__BFOR=NULL;
                } else {
                  if (((struct ___OBJ *)li__GYIV)->__id==__li__DFNL__) {
                    li__BFOR=((void *)li__GYIV);
                  } else /* Other types */ {
                    li__BFOR=NULL;
                  }
                };
                li__IYIV=((void **)(*(((__li__TOLE *)((__li__KI *)li__RGWU->li__0RPK)->li__2OLE))).li__S3VG)[ 0];
                /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__IYIV==NULL) {
                  li__FFOR=NULL;
                } else {
                  if (((struct ___OBJ *)li__IYIV)->__id==__li__DFNL__) {
                    li__FFOR=((void *)li__IYIV);
                  } else /* Other types */ {
                    li__FFOR=NULL;
                  }
                };
                /* __li__B__ __li__I__ */
if (((((void *)li__BFOR != (void *)NULL) && ((void *)li__FFOR != (void *)NULL)) && ((void *)((__li__DFNL *)li__BFOR)->li__JG1L == (void *)((__li__DFNL *)li__FFOR)->li__JG1L))) {
                  li__ZFOR=li__BFOR->li__EFNL.li__CSSH;
                  li__0FOR=li__FFOR->li__EFNL.li__CSSH;
                  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                  case __li__WK__: {
                    li__1FOR=li__5GXM(((__li__WK *)li__ZFOR),li__0FOR);
                  } break;
                  case __li__AVBD__: 
                  case __li__Z4WH__: 
                  case __li__KLWI__: 
                  case __li__ULWI__: 
                  case __li__ARWI__: 
                  case __li__URWI__: 
                  case __li__MSWI__: 
                  case __li__ETWI__: {
                    li__1FOR=li__I__;
                  } break;
                  case __li__KVBD__: {
                    li__1FOR=li__VHXM(((__li__KVBD *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__WVBD__: {
                    li__1FOR=li__HIXM(((__li__WVBD *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__KTVI__: {
                    li__1FOR=li__WPWM(((__li__KTVI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__LTVI__: {
                    li__1FOR=li__TQWM(((__li__LTVI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__XTVI__: {
                    li__1FOR=li__RRWM(((__li__XTVI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__YTVI__: {
                    li__1FOR=li__OSWM(((__li__YTVI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__S2VI__: {
                    li__1FOR=li__LTWM(((__li__S2VI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__E3VI__: {
                    li__1FOR=li__IUWM(((__li__E3VI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__NMWI__: {
                    li__1FOR=li__QJXM(((__li__NMWI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__BNWI__: {
                    li__1FOR=li__NKXM(((__li__BNWI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__XNWI__: {
                    li__1FOR=li__KLXM(((__li__XNWI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__LOWI__: {
                    li__1FOR=li__HMXM(((__li__LOWI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__5OWI__: {
                    li__1FOR=li__ENXM(((__li__5OWI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__TPWI__: {
                    li__1FOR=li__BOXM(((__li__TPWI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__HQWI__: {
                    li__1FOR=li__4OXM(((__li__HQWI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__MZWI__: {
                    li__1FOR=li__LQXM(((__li__MZWI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__C0WI__: {
                    li__1FOR=li__GRXM(((__li__C0WI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__M1WI__: {
                    li__1FOR=li__JYGP(((__li__M1WI *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__KMFK__: {
                    li__1FOR=li__YRXM(((__li__KMFK *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__XOHL__: {
                    li__1FOR=li__H5QN(((__li__XOHL *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__FPHL__: {
                    li__1FOR=li__LSXM(((__li__FPHL *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__APLM__: {
                    li__1FOR=li__KZDQ(((__li__APLM *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__DTNM__: {
                    li__1FOR=li__YYTO(((__li__DTNM *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__JXNM__: {
                    li__1FOR=li__WB4R(((__li__JXNM *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__21LO__: {
                    li__1FOR=li__I1DQ(((__li__21LO *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__TPOO__: {
                    li__1FOR=li__F2DQ(((__li__TPOO *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__URRO__: {
                    li__1FOR=li__DWJS(((__li__URRO *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__41XO__: {
                    li__1FOR=li__H0DQ(((__li__41XO *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__AKBR__: {
                    li__1FOR=li__HCES(((__li__AKBR *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__SU5R__: {
                    li__1FOR=li__WWJS(((__li__SU5R *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  case __li__JV5R__: {
                    li__1FOR=li__TXJS(((__li__JV5R *)((__li__WK *)li__ZFOR)),li__0FOR);
                  } break;
                  };
                  li__AGOR=li__1FOR;
                } else /* FALSE */ {
                  li__AGOR=li__I__;
                };
                li__IEOR=li__AGOR;
              };
              /* __li__B__ __li__I__ */
if (li__IEOR) {
                li__P35R=((void **)(*(((__li__SZHP *)li__2PXP))).li__MG2Q)[li__DFLJ];
                li__YWDM(((__li__KI *)li__ZEWU->li__0RPK));
              };
              li__DFLJ=(__li__K)(li__DFLJ +  1);
            };
            /* __li__B__ __li__I__ */
if (((void *)li__P35R == (void *)NULL)) {
              li__QL5P=NULL;
              li__WJ2Q=((*(((__li__SZHP *)li__QYTP))).li__ACIP <  0);
              /* __li__B__ __li__I__ */
if (li__WJ2Q) {
                li__YL5P=li__FLZO( 32);
                li__QL5P=li__YL5P;
              } else /* FALSE */ {
                li__MRHR=((__li__SZHP *)li__QYTP);
                li__YL5P=((void **)(*(li__MRHR)).li__MG2Q)[(*(li__MRHR)).li__ACIP];
                li__QL5P=li__YL5P;
                li__MRHR=((__li__SZHP *)li__QYTP);
                (*(li__MRHR)).li__ACIP=(__li__K)((*(li__MRHR)).li__ACIP -  1);
              };
              li__P35R=li__QL5P;
              li__JF2Q(((__li__SZHP *)li__2PXP),li__QL5P);
            };
            li__WOFQ(((__li__BRPK *)li__P35R),li__DWTP);
            li__WKWJ=(__li__K)(li__WKWJ +  1);
          };
          li__1ZHP=li__UPXP;
          li__2R4Q=(__li__K)((*(((__li__SZHP *)li__UPXP))).li__ACIP +  1);
          /* __li__B__ __li__I__ */
if ((li__2R4Q ==  2)) {
            li__QYIV=((void **)(*(((__li__SZHP *)li__UPXP))).li__MG2Q)[ 0];
            li__5QOU=(__li__K)((*(((__li__BRPK *)li__QYIV))).li__QRPK +  1);
            /* __li__B__ __li__I__ */
if ((li__5QOU ==  1)) {
              li__SYIV=((void **)(*(((__li__SZHP *)li__UPXP))).li__MG2Q)[ 0];
              li__ZGWU=((void **)(*(((__li__BRPK *)li__SYIV))).li__HGEQ)[ 0];
              li__PZHP=li__ZGWU;
              li__1GWU=((void **)(*(((__li__BRPK *)((void **)(*(((__li__SZHP *)li__UPXP))).li__MG2Q)[ 1]))).li__HGEQ)[ 0];
              li__QZHP=li__1GWU;
              li__IEOR=li__B__;
            } else /* FALSE */ {
              li__IEOR=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__IEOR)) {
              li__BROU=(__li__K)((*(((__li__BRPK *)((void **)(*(((__li__SZHP *)li__UPXP))).li__MG2Q)[ 1]))).li__QRPK +  1);
              /* __li__B__ __li__I__ */
if ((li__BROU ==  1)) {
                li__3GWU=((void **)(*(((__li__BRPK *)((void **)(*(((__li__SZHP *)li__UPXP))).li__MG2Q)[ 1]))).li__HGEQ)[ 0];
                li__PZHP=li__3GWU;
                li__4MYR=((void **)(*(((__li__SZHP *)li__UPXP))).li__MG2Q)[ 0];
                li__5GWU=((void **)(*(((__li__BRPK *)li__4MYR))).li__HGEQ)[ 0];
                li__QZHP=li__5GWU;
              };
            };
          };
          /* __li__B__ __li__I__ */
if (((void *)li__PZHP != (void *)NULL)) {
            li__JAZ(((__li__BC *)li__15OE),(&__string_511));
            li__GYIV=li__PZHP->li__F2DM;
            li__IYIV=li__HZHP->li__ZHRO;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GYIV)->__id) {
            case __li__IF__: {
              li__4INR(li__IYIV,li__15OE);
            } break;
            case __li__ORB__: {
              li__KKNR(li__IYIV,li__15OE);
            } break;
            case __li__QRB__: {
              li__OKNR(li__IYIV,li__15OE);
            } break;
            case __li__SRB__: {
              li__0LNR(li__IYIV,li__15OE);
            } break;
            case __li__URB__: {
              li__GNNR(li__IYIV,li__15OE);
            } break;
            case __li__GSZ__: {
              li__KNNR(li__IYIV,li__15OE);
            } break;
            case __li__1RRF__: {
              li__WONR(li__IYIV,li__15OE);
            } break;
            case __li__UJSH__: {
              li__0ONR(li__IYIV,li__15OE);
            } break;
            };
            li__JAZ(((__li__BC *)li__15OE),(&__string_486));
            li__GYIV=li__PZHP->li__F2DM;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GYIV)->__id) {
            case __li__IF__: {
              li__PWIV=((__li__IF *)li__GYIV);
              li__JAZ(((__li__BC *)li__15OE),(&__string_123));
              li__JAZ(((__li__BC *)li__15OE),li__PWIV->li__QGQB);
              li__JAZ(((__li__BC *)li__15OE),(&__string_123));
            } break;
            case __li__ORB__: {
              li__JAZ(((__li__BC *)li__15OE),(&__string_1));
            } break;
            case __li__QRB__: {
              li__JAZ(((__li__BC *)li__15OE),(&__string_123));
              li__JAZ(((__li__BC *)li__15OE),(&__string_2));
              li__JAZ(((__li__BC *)li__15OE),(&__string_123));
            } break;
            case __li__SRB__: {
              li__JAZ(((__li__BC *)li__15OE),(&__string_123));
              li__JAZ(((__li__BC *)li__15OE),(&__string_51));
              li__JAZ(((__li__BC *)li__15OE),(&__string_123));
            } break;
            case __li__URB__: {
              li__B0E(((__li__URB *)((__li__IF *)li__GYIV))->li__VRB.li__NZC,li__15OE);
            } break;
            case __li__GSZ__: {
              li__XWIV=((__li__GSZ *)((__li__IF *)li__GYIV));
              li__JAZ(((__li__BC *)li__15OE),(&__string_123));
              li__JAZ(((__li__BC *)li__15OE),li__XWIV->li__HSZ.li__QGQB);
              li__JAZ(((__li__BC *)li__15OE),(&__string_123));
            } break;
            case __li__1RRF__: {
              li__B0E(((__li__1RRF *)((__li__IF *)li__GYIV))->li__2RRF.li__NZC,li__15OE);
            } break;
            case __li__UJSH__: {
              li__B0E(((__li__UJSH *)((__li__IF *)li__GYIV))->li__WJSH.li__NZC,li__15OE);
            } break;
            };
            li__JAZ(((__li__BC *)li__15OE),(&__string_515));
            li__LCMN(((__li__KI *)((__li__5QPK *)li__PZHP)->li__0RPK),li__15OE);
            li__JAZ(((__li__BC *)li__15OE),(&__string_519));
            li__LCMN(((__li__KI *)((__li__5QPK *)li__QZHP)->li__0RPK),li__15OE);
          } else /* FALSE */ {
            li__TP=(__li__K)(li__TP +  1);
            li__JAZ(((__li__BC *)li__15OE),(&__string_520));
            li__GYIV=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__HZHP->li__KRPK))).li__HGEQ)[li__DMQI])->li__F2DM;
            li__IYIV=li__HZHP->li__ZHRO;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GYIV)->__id) {
            case __li__IF__: {
              li__4INR(li__IYIV,li__15OE);
            } break;
            case __li__ORB__: {
              li__KKNR(li__IYIV,li__15OE);
            } break;
            case __li__QRB__: {
              li__OKNR(li__IYIV,li__15OE);
            } break;
            case __li__SRB__: {
              li__0LNR(li__IYIV,li__15OE);
            } break;
            case __li__URB__: {
              li__GNNR(li__IYIV,li__15OE);
            } break;
            case __li__GSZ__: {
              li__KNNR(li__IYIV,li__15OE);
            } break;
            case __li__1RRF__: {
              li__WONR(li__IYIV,li__15OE);
            } break;
            case __li__UJSH__: {
              li__0ONR(li__IYIV,li__15OE);
            } break;
            };
            li__JAZ(((__li__BC *)li__15OE),(&__string_521));
            li__2LWJ=(*(li__UPXP)).li__ACIP;
            li__MFWU= 0;
            while ((li__MFWU <= li__2LWJ)) {
              li__QL5P=((void **)(*(((__li__SZHP *)li__1ZHP))).li__MG2Q)[li__MFWU];
              li__RZHP=li__QL5P;
              li__EHWU=((void **)(*(((__li__BRPK *)li__QL5P))).li__HGEQ)[ 0];
              li__GHWU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__EHWU->li__0RPK)->li__2OLE))).li__FPYE +  1);
              /* __li__B__ __li__I__ */
if ((li__GHWU !=  0)) {
                li__CJRU= 0;
                li__GJRU=(*(li__QL5P)).li__QRPK;
                while ((li__CJRU <= li__GJRU)) {
                  li__1CZ(((__li__BC *)li__15OE),li__FI);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_522));
                  li__ZFOR=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__RZHP))).li__HGEQ)[li__CJRU])->li__F2DM;
                  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                  case __li__IF__: {
                    li__NZIV=((__li__IF *)li__ZFOR);
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                    li__JAZ(((__li__BC *)li__15OE),li__NZIV->li__QGQB);
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  } break;
                  case __li__ORB__: {
                    li__JAZ(((__li__BC *)li__15OE),(&__string_1));
                  } break;
                  case __li__QRB__: {
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_2));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  } break;
                  case __li__SRB__: {
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_51));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  } break;
                  case __li__URB__: {
                    li__B0E(((__li__URB *)((__li__IF *)li__ZFOR))->li__VRB.li__NZC,li__15OE);
                  } break;
                  case __li__GSZ__: {
                    li__VZIV=((__li__GSZ *)((__li__IF *)li__ZFOR));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                    li__JAZ(((__li__BC *)li__15OE),li__VZIV->li__HSZ.li__QGQB);
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  } break;
                  case __li__1RRF__: {
                    li__B0E(((__li__1RRF *)((__li__IF *)li__ZFOR))->li__2RRF.li__NZC,li__15OE);
                  } break;
                  case __li__UJSH__: {
                    li__B0E(((__li__UJSH *)((__li__IF *)li__ZFOR))->li__WJSH.li__NZC,li__15OE);
                  } break;
                  };
                  li__JAZ(((__li__BC *)li__15OE),(&__string_523));
                  li__CJRU=(__li__K)(li__CJRU +  1);
                };
                li__WBZ(((__li__BC *)li__15OE), 1);
                li__NHWU=((void **)(*(((__li__BRPK *)li__QL5P))).li__HGEQ)[ 0];
                li__LCMN(((__li__KI *)((__li__5QPK *)li__NHWU)->li__0RPK),li__15OE);
                li__JAZ(((__li__BC *)li__15OE),(&__string_524));
              } else /* FALSE */ {
                li__CJRU= 0;
                li__GJRU=(*(li__QL5P)).li__QRPK;
                while ((li__CJRU <= li__GJRU)) {
                  li__1CZ(((__li__BC *)li__15OE),li__FI);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_522));
                  li__ZFOR=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__RZHP))).li__HGEQ)[li__CJRU])->li__F2DM;
                  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                  case __li__IF__: {
                    li__NZIV=((__li__IF *)li__ZFOR);
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                    li__JAZ(((__li__BC *)li__15OE),li__NZIV->li__QGQB);
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  } break;
                  case __li__ORB__: {
                    li__JAZ(((__li__BC *)li__15OE),(&__string_1));
                  } break;
                  case __li__QRB__: {
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_2));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  } break;
                  case __li__SRB__: {
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_51));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  } break;
                  case __li__URB__: {
                    li__B0E(((__li__URB *)((__li__IF *)li__ZFOR))->li__VRB.li__NZC,li__15OE);
                  } break;
                  case __li__GSZ__: {
                    li__VZIV=((__li__GSZ *)((__li__IF *)li__ZFOR));
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                    li__JAZ(((__li__BC *)li__15OE),li__VZIV->li__HSZ.li__QGQB);
                    li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  } break;
                  case __li__1RRF__: {
                    li__B0E(((__li__1RRF *)((__li__IF *)li__ZFOR))->li__2RRF.li__NZC,li__15OE);
                  } break;
                  case __li__UJSH__: {
                    li__B0E(((__li__UJSH *)((__li__IF *)li__ZFOR))->li__WJSH.li__NZC,li__15OE);
                  } break;
                  };
                  li__JAZ(((__li__BC *)li__15OE),(&__string_523));
                  li__CJRU=(__li__K)(li__CJRU +  1);
                };
                li__WBZ(((__li__BC *)li__15OE), 1);
                li__JAZ(((__li__BC *)li__15OE),(&__string_524));
              };
              li__MFWU=(__li__K)(li__MFWU +  1);
            };
            /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
              li__1CZ(((__li__BC *)li__15OE),li__FI);
              li__JAZ(((__li__BC *)li__15OE),(&__string_525));
              li__1CZ(((__li__BC *)li__15OE),li__FI);
              li__JAZ(((__li__BC *)li__15OE),(&__string_526));
            };
            li__1CZ(((__li__BC *)li__15OE),li__FI);
            li__SRX(((__li__BC *)li__15OE),'}');
          };
          li__2PXP=li__UPXP;
          li__DFLJ= 0;
          li__4KWJ=(*(li__UPXP)).li__ACIP;
          while ((li__DFLJ <= li__4KWJ)) {
            li__QL5P=((void **)(*(((__li__SZHP *)li__2PXP))).li__MG2Q)[li__DFLJ];
            (*(((__li__BRPK *)li__QL5P))).li__QRPK=(__li__K)(-  1);
            li__JF2Q(((__li__SZHP *)li__QYTP),li__QL5P);
            li__DFLJ=(__li__K)(li__DFLJ +  1);
          };
          (*(((__li__SZHP *)li__UPXP))).li__ACIP=(__li__K)(-  1);
          li__DNHR=((__li__TYTP *)li__2YTP);
          /* __li__B__ __li__I__ */
if (((__li__K)((*(li__DNHR)).li__A41Q +  1) <= (__li__K)((*(li__DNHR)).li__C41Q -  1))) {
            (*(li__DNHR)).li__A41Q=(__li__K)((*(li__DNHR)).li__A41Q +  1);
            li__Q2HP=li__B__;
          } else /* FALSE */ {
            li__Q2HP=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__Q2HP)) {
            /* __li__B__ __li__I__ */
if (((*(li__DNHR)).li__C41Q ==  0)) {
              li__541Q=li__XYDR( 2);
              (*(li__DNHR)).li__A51Q=li__541Q;
              (*(li__DNHR)).li__C41Q= 2;
              (*(li__DNHR)).li__A41Q= 0;
            } else /* FALSE */ {
              li__CJRU=(__li__K)((*(li__DNHR)).li__C41Q <<  1);
              li__541Q=((void **)(*(li__DNHR)).li__A51Q);
              li__GJRU=(*(li__DNHR)).li__C41Q;
              li__4MWJ=li__CUY(((__li__CB )li__541Q),((__li__JJG )(__li__K)(li__GJRU * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__CJRU * ((__li__K )(sizeof(void *))))));
              li__541Q=((void **)li__4MWJ);
              li__KJRU=(__li__K)(li__CJRU -  1);
              li__BROU=li__GJRU;
              while ((li__BROU <= li__KJRU)) {
                li__541Q[li__BROU]=NULL;
                li__BROU=(__li__K)(li__BROU +  1);
              };
              (*(li__DNHR)).li__A51Q=li__541Q;
              (*(li__DNHR)).li__C41Q=li__CJRU;
              (*(li__DNHR)).li__A41Q=(__li__K)((*(li__DNHR)).li__A41Q +  1);
            };
          };
          ((void **)(*(li__DNHR)).li__A51Q)[(*(li__DNHR)).li__A41Q]=li__UPXP;
          /* __li__B__ __li__I__ */
if ((li__DMQI !=  0)) {
            li__SRX(((__li__BC *)li__15OE),'\n');
            li__WBZ(((__li__BC *)li__FI), 2);
            li__1CZ(((__li__BC *)li__15OE),li__FI);
            li__SRX(((__li__BC *)li__15OE),'}');
          };
        };
      } break;
      case __li__ODID__: {
        li__KBG((&__string_527));
        li__KBG((&__string_447));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__OWRE__: {
        li__JAZ(((__li__BC *)li__15OE),(&__string_368));
        li__JAZ(((__li__BC *)li__15OE),(&__string_512));
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__O3B *)li__HDWU)),li__15OE);
        li__JAZ(((__li__BC *)li__15OE),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__O3B *)li__HDWU))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__DXIV=((__li__C0WI *)((__li__O3B *)li__HDWU));
        li__SRX(((__li__BC *)li__15OE),'\'');
        li__JAZ(((__li__BC *)li__15OE),li__DXIV->li__CTBK);
        li__SRX(((__li__BC *)li__15OE),'\'');
      } break;
      case __li__M1WI__: {
        li__FXIV=((__li__M1WI *)((__li__O3B *)li__HDWU));
        li__SRX(((__li__BC *)li__15OE),'\"');
        li__JAZ(((__li__BC *)li__15OE),li__FXIV->li__UTFK);
        li__SRX(((__li__BC *)li__15OE),'\"');
      } break;
      case __li__RLKJ__: {
        li__0BDK=((__li__RLKJ *)((__li__O3B *)li__HDWU));
        li__2CRK=li__0BDK->li__2BDK;
        li__SYWK=((__li__MZB *)li__VZB);
        li__DMQI= 0;
        /* __li__B__ __li__I__ */
if (((*(li__SYWK)).li__1ZB >=  0)) {
          li__U0NL=((void **)(*(li__SYWK)).li__GR0);
          li__DFLJ=(*(li__SYWK)).li__1ZB;
          li__4KWJ= 0;
          while ((! ((li__4KWJ > li__DFLJ) || ((void *)li__2CRK == (void *)li__U0NL[li__4KWJ])))) {
            li__4KWJ=(__li__K)(li__4KWJ +  1);
          };
          li__DMQI=li__4KWJ;
        };
        /* __li__B__ __li__I__ */
if ((li__DMQI > (*(li__VZB)).li__1ZB)) {
          li__GHIL(((__li__MZB *)li__VZB),li__2CRK);
        };
        /* __li__B__ __li__I__ */
if ((! li__0BDK->li__SLKJ.li__4BDK)) {
          li__JAZ(((__li__BC *)li__15OE),li__0BDK->li__2BDK->li__GZB.li__GRNE);
          li__GYIV=li__0BDK->li__SLKJ.li__CSSH;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GYIV)->__id) {
          case __li__WK__: {
            li__O2HP=((__li__WK *)li__GYIV)->li__1K.li__WZLE;
          } break;
          case __li__AVBD__: {
            li__O2HP=((__li__AVBD *)li__GYIV)->li__K2ME;
          } break;
          case __li__KVBD__: {
            li__O2HP=((__li__KVBD *)li__GYIV)->li__LVBD.li__WZLE;
          } break;
          case __li__WVBD__: {
            li__O2HP=((__li__WVBD *)li__GYIV)->li__XVBD.li__WZLE;
          } break;
          case __li__Z4WH__: {
            li__O2HP=li__JK5J(((__li__Z4WH *)li__GYIV));
          } break;
          case __li__KTVI__: {
            li__O2HP=li__5UEK();
          } break;
          case __li__LTVI__: {
            li__O2HP=li__553L();
          } break;
          case __li__XTVI__: {
            li__O2HP=li__FVEK();
          } break;
          case __li__YTVI__: {
            li__O2HP=li__FA4L();
          } break;
          case __li__S2VI__: {
            li__O2HP=li__KVEK();
          } break;
          case __li__E3VI__: {
            li__O2HP=li__PVEK();
          } break;
          case __li__KLWI__: {
            li__O2HP=li__UVEK();
          } break;
          case __li__ULWI__: {
            li__O2HP=li__ZVEK();
          } break;
          case __li__NMWI__: {
            li__O2HP=li__4VEK();
          } break;
          case __li__BNWI__: {
            li__O2HP=li__DWEK(((__li__BNWI *)li__GYIV));
          } break;
          case __li__XNWI__: {
            li__O2HP=li__IWEK(((__li__XNWI *)li__GYIV));
          } break;
          case __li__LOWI__: {
            li__O2HP=li__NWEK(((__li__LOWI *)li__GYIV));
          } break;
          case __li__5OWI__: {
            li__O2HP=li__SWEK(((__li__5OWI *)li__GYIV));
          } break;
          case __li__TPWI__: {
            li__O2HP=li__XWEK(((__li__TPWI *)li__GYIV));
          } break;
          case __li__HQWI__: {
            li__O2HP=li__2WEK(((__li__HQWI *)li__GYIV));
          } break;
          case __li__ARWI__: {
            li__O2HP=li__QRB__->li__RRB.li__J0C;
          } break;
          case __li__URWI__: {
            li__O2HP=li__FXEK(((__li__URWI *)li__GYIV));
          } break;
          case __li__MSWI__: {
            li__O2HP=li__RXEK();
          } break;
          case __li__ETWI__: {
            li__O2HP=((__li__ETWI *)li__GYIV)->li__NSBK;
          } break;
          case __li__MZWI__: {
            li__O2HP=((__li__MZWI *)li__GYIV)->li__NZWI.li__WZLE;
          } break;
          case __li__C0WI__: {
            li__O2HP=((__li__C0WI *)li__GYIV)->li__D0WI.li__WZLE;
          } break;
          case __li__M1WI__: {
            li__O2HP=((__li__M1WI *)li__GYIV)->li__N1WI.li__WZLE;
          } break;
          case __li__KMFK__: {
            li__O2HP=((__li__KMFK *)li__GYIV)->li__3RFK->li__WTBD.li__0RNE;
          } break;
          case __li__XOHL__: {
            li__O2HP=li__T4NN(((__li__XOHL *)li__GYIV));
          } break;
          case __li__FPHL__: {
            li__O2HP=li__KA4L(((__li__FPHL *)li__GYIV));
          } break;
          case __li__APLM__: {
            li__O2HP=li__YFDQ();
          } break;
          case __li__DTNM__: {
            li__O2HP=li__1ISO(((__li__DTNM *)li__GYIV));
          } break;
          case __li__JXNM__: {
            li__O2HP=li__VX3R(((__li__JXNM *)li__GYIV));
          } break;
          case __li__21LO__: {
            li__O2HP=((__li__21LO *)li__GYIV)->li__KJXO->li__GZB.li__0RNE;
          } break;
          case __li__TPOO__: {
            li__O2HP=((__li__TPOO *)li__GYIV)->li__5IXO->li__GZB.li__0RNE;
          } break;
          case __li__URRO__: {
            li__O2HP=li__FH4R();
          } break;
          case __li__41XO__: {
            li__O2HP=li__3FDQ(((__li__41XO *)li__GYIV));
          } break;
          case __li__AKBR__: {
            li__O2HP=li__WQDS(((__li__AKBR *)li__GYIV));
          } break;
          case __li__SU5R__: {
            li__O2HP=li__T1IS();
          } break;
          case __li__JV5R__: {
            li__O2HP=li__Y1IS();
          } break;
          };
          /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__O2HP)->li__AEM == (void *)li__ORB__)) {
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__0BDK->li__2BDK->li__GZB.li__0RNE)->li__AEM)->__id) {
            case __li__IF__: 
            case __li__ORB__: 
            case __li__QRB__: 
            case __li__SRB__: 
            case __li__URB__: 
            case __li__GSZ__: {
              li__IEOR=li__I__;
            } break;
            case __li__1RRF__: 
            case __li__UJSH__: {
              li__IEOR=li__B__;
            } break;
            };
            li__Q2HP=li__IEOR;
          } else /* FALSE */ {
            li__Q2HP=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__Q2HP) {
            li__JAZ(((__li__BC *)li__15OE),(&__string_528));
          } else /* FALSE */ {
            li__SRX(((__li__BC *)li__15OE),'=');
            li__KBOL(li__0BDK,li__15OE);
          };
        };
      } break;
      case __li__5LKJ__: {
        li__EDDK=((__li__5LKJ *)((__li__O3B *)li__HDWU));
        li__3WIV=li__YPYI(((__li__DZB *)li__EDDK->li__IDDK));
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3WIV)->__id) {
        case __li__IF__: {
          li__PIMH(((__li__IF *)li__3WIV));
        } break;
        case __li__ORB__: {
          li__FKMH(((__li__ORB *)li__3WIV));
        } break;
        case __li__QRB__: {
          li__1LMH(((__li__QRB *)li__3WIV));
        } break;
        case __li__SRB__: {
          li__RNMH(((__li__SRB *)li__3WIV));
        } break;
        case __li__URB__:  break;
        case __li__GSZ__: {
          li__RPMH(((__li__GSZ *)li__3WIV));
        } break;
        case __li__1RRF__: {
          li__B2QI(((__li__1RRF *)li__3WIV));
        } break;
        case __li__UJSH__: {
          li__GGON(((__li__UJSH *)li__3WIV));
        } break;
        };
        /* __li__B__ __li__I__ */
if ((! li__EDDK->li__AMKJ.li__4BDK)) {
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3WIV)->__id) {
          case __li__IF__: {
            li__SDDK=((__li__IF *)li__3WIV)->li__QJXG;
          } break;
          case __li__ORB__: {
            li__SDDK=((__li__ORB *)li__3WIV)->li__PRB.li__QJXG;
          } break;
          case __li__QRB__: {
            li__SDDK=((__li__QRB *)li__3WIV)->li__RRB.li__QJXG;
          } break;
          case __li__SRB__: {
            li__SDDK=((__li__SRB *)li__3WIV)->li__TRB.li__QJXG;
          } break;
          case __li__URB__: {
            li__SDDK=((__li__URB *)li__3WIV)->li__VRB.li__QJXG;
          } break;
          case __li__GSZ__: {
            li__SDDK=((__li__GSZ *)li__3WIV)->li__HSZ.li__QJXG;
          } break;
          case __li__1RRF__: {
            li__SDDK=((__li__1RRF *)li__3WIV)->li__2RRF.li__QJXG;
          } break;
          case __li__UJSH__: {
            li__SDDK=((__li__UJSH *)li__3WIV)->li__WJSH.li__QJXG;
          } break;
          };
          /* __li__B__ __li__I__ */
if (((void *)li__SDDK == (void *)li__EDDK->li__IDDK)) {
            li__IYIV=li__EDDK->li__2TBK;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IYIV)->__id) {
            case __li__WK__: {
              li__G3HP=((__li__WK *)li__IYIV)->li__1K.li__WZLE;
            } break;
            case __li__AVBD__: {
              li__G3HP=((__li__AVBD *)li__IYIV)->li__K2ME;
            } break;
            case __li__KVBD__: {
              li__G3HP=((__li__KVBD *)li__IYIV)->li__LVBD.li__WZLE;
            } break;
            case __li__WVBD__: {
              li__G3HP=((__li__WVBD *)li__IYIV)->li__XVBD.li__WZLE;
            } break;
            case __li__Z4WH__: {
              li__G3HP=li__JK5J(((__li__Z4WH *)li__IYIV));
            } break;
            case __li__KTVI__: {
              li__G3HP=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__G3HP=li__553L();
            } break;
            case __li__XTVI__: {
              li__G3HP=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__G3HP=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__G3HP=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__G3HP=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__G3HP=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__G3HP=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__G3HP=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__G3HP=li__DWEK(((__li__BNWI *)li__IYIV));
            } break;
            case __li__XNWI__: {
              li__G3HP=li__IWEK(((__li__XNWI *)li__IYIV));
            } break;
            case __li__LOWI__: {
              li__G3HP=li__NWEK(((__li__LOWI *)li__IYIV));
            } break;
            case __li__5OWI__: {
              li__G3HP=li__SWEK(((__li__5OWI *)li__IYIV));
            } break;
            case __li__TPWI__: {
              li__G3HP=li__XWEK(((__li__TPWI *)li__IYIV));
            } break;
            case __li__HQWI__: {
              li__G3HP=li__2WEK(((__li__HQWI *)li__IYIV));
            } break;
            case __li__ARWI__: {
              li__G3HP=li__QRB__->li__RRB.li__J0C;
            } break;
            case __li__URWI__: {
              li__G3HP=li__FXEK(((__li__URWI *)li__IYIV));
            } break;
            case __li__MSWI__: {
              li__G3HP=li__RXEK();
            } break;
            case __li__ETWI__: {
              li__G3HP=((__li__ETWI *)li__IYIV)->li__NSBK;
            } break;
            case __li__MZWI__: {
              li__G3HP=((__li__MZWI *)li__IYIV)->li__NZWI.li__WZLE;
            } break;
            case __li__C0WI__: {
              li__G3HP=((__li__C0WI *)li__IYIV)->li__D0WI.li__WZLE;
            } break;
            case __li__M1WI__: {
              li__G3HP=((__li__M1WI *)li__IYIV)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__G3HP=((__li__KMFK *)li__IYIV)->li__3RFK->li__WTBD.li__0RNE;
            } break;
            case __li__XOHL__: {
              li__G3HP=li__T4NN(((__li__XOHL *)li__IYIV));
            } break;
            case __li__FPHL__: {
              li__G3HP=li__KA4L(((__li__FPHL *)li__IYIV));
            } break;
            case __li__APLM__: {
              li__G3HP=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__G3HP=li__1ISO(((__li__DTNM *)li__IYIV));
            } break;
            case __li__JXNM__: {
              li__G3HP=li__VX3R(((__li__JXNM *)li__IYIV));
            } break;
            case __li__21LO__: {
              li__G3HP=((__li__21LO *)li__IYIV)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__G3HP=((__li__TPOO *)li__IYIV)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__G3HP=li__FH4R();
            } break;
            case __li__41XO__: {
              li__G3HP=li__3FDQ(((__li__41XO *)li__IYIV));
            } break;
            case __li__AKBR__: {
              li__G3HP=li__WQDS(((__li__AKBR *)li__IYIV));
            } break;
            case __li__SU5R__: {
              li__G3HP=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__G3HP=li__Y1IS();
            } break;
            };
            /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__G3HP)->li__BEM &  4) !=  0) || ((__li__F0C)(((__li__5RB *)li__G3HP)->li__BEM &  16) !=  0))) {
              li__JAZ(((__li__BC *)li__15OE),(&__string_529));
              li__55HP=li__EDDK->li__2TBK;
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__55HP)->__id) {
              case __li__WK__: {
                li__5ACK(((__li__WK *)li__55HP),li__15OE);
              } break;
              case __li__AVBD__: {
                li__L3MI(((__li__AVBD *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__KVBD__: {
                li__XGCK(((__li__KVBD *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__WVBD__: {
                li__EBNI(((__li__WVBD *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__Z4WH__: {
                li__2NBK(((__li__Z4WH *)((__li__WK *)li__55HP)),li__15OE);
                li__JAZ(((__li__BC *)li__15OE),(&__string_512));
              } break;
              case __li__KTVI__: {
                li__DHCK(((__li__KTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__LTVI__: {
                li__WE1L(((__li__LTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__XTVI__: {
                li__KHCK(((__li__XTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__YTVI__: {
                li__2E1L(((__li__YTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__S2VI__: {
                li__QHCK(((__li__S2VI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__E3VI__: {
                li__PJCK(((__li__E3VI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__KLWI__: {
                li__KBG((&__string_513));
                fputc((int)('\n'),stdout);
                exit(( 1));
              } break;
              case __li__ULWI__: {
                li__RLCK(((__li__ULWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__NMWI__: {
                li__JMCK(((__li__NMWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__BNWI__: {
                li__WRCK(((__li__BNWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__XNWI__: {
                li__5TCK(((__li__XNWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__LOWI__: {
                li__IWCK(((__li__LOWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__5OWI__: {
                li__RYCK(((__li__5OWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__TPWI__: {
                li__00CK(((__li__TPWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__HQWI__: {
                li__D3CK(((__li__HQWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__ARWI__: {
                li__M5CK(((__li__ARWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__URWI__: {
                li__BBDK(((__li__URWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__MSWI__: {
                li__GBDK(((__li__MSWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__ETWI__: {
                li__LBDK(((__li__ETWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__MZWI__: {
                li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__55HP))->li__3SBK);
              } break;
              case __li__C0WI__: {
                li__I0IV=((__li__C0WI *)((__li__WK *)li__55HP));
                li__SRX(((__li__BC *)li__15OE),'\'');
                li__JAZ(((__li__BC *)li__15OE),li__I0IV->li__CTBK);
                li__SRX(((__li__BC *)li__15OE),'\'');
              } break;
              case __li__M1WI__: {
                li__K0IV=((__li__M1WI *)((__li__WK *)li__55HP));
                li__SRX(((__li__BC *)li__15OE),'\"');
                li__JAZ(((__li__BC *)li__15OE),li__K0IV->li__UTFK);
                li__SRX(((__li__BC *)li__15OE),'\"');
              } break;
              case __li__KMFK__: {
                li__CF1L(((__li__KMFK *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__XOHL__: {
                li__VCMN(((__li__XOHL *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__FPHL__: {
                li__UI4L(((__li__FPHL *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__APLM__: {
                li__T4BQ(((__li__APLM *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__DTNM__: {
                li__5ARO(((__li__DTNM *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__JXNM__: {
                li__RU3R(((__li__JXNM *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__21LO__: {
                li__GVIP(((__li__21LO *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__TPOO__: {
                li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__55HP))->li__5IXO->li__GZB.li__GRNE);
              } break;
              case __li__URRO__: {
                li__4N4R(((__li__URRO *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__41XO__: {
                li__AECQ(((__li__41XO *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__AKBR__: {
                li__WVCS(((__li__AKBR *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__SU5R__: {
                li__CNIS(((__li__SU5R *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__JV5R__: {
                li__PSIS(((__li__JV5R *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              };
              li__SRX(((__li__BC *)li__15OE),')');
              li__IEOR=li__B__;
            } else /* FALSE */ {
              li__IEOR=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__IEOR)) {
              /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__G3HP)->li__BEM &  1) !=  0)) {
                li__ZFOR=li__EDDK->li__2TBK;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                case __li__WK__: {
                  li__5ACK(((__li__WK *)li__ZFOR),li__15OE);
                } break;
                case __li__AVBD__: {
                  li__L3MI(((__li__AVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__KVBD__: {
                  li__XGCK(((__li__KVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__WVBD__: {
                  li__EBNI(((__li__WVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__Z4WH__: {
                  li__2NBK(((__li__Z4WH *)((__li__WK *)li__ZFOR)),li__15OE);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_512));
                } break;
                case __li__KTVI__: {
                  li__DHCK(((__li__KTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__LTVI__: {
                  li__WE1L(((__li__LTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XTVI__: {
                  li__KHCK(((__li__XTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__YTVI__: {
                  li__2E1L(((__li__YTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__S2VI__: {
                  li__QHCK(((__li__S2VI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__E3VI__: {
                  li__PJCK(((__li__E3VI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__KLWI__: {
                  li__KBG((&__string_513));
                  fputc((int)('\n'),stdout);
                  exit(( 1));
                } break;
                case __li__ULWI__: {
                  li__RLCK(((__li__ULWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__NMWI__: {
                  li__JMCK(((__li__NMWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__BNWI__: {
                  li__WRCK(((__li__BNWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XNWI__: {
                  li__5TCK(((__li__XNWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__LOWI__: {
                  li__IWCK(((__li__LOWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__5OWI__: {
                  li__RYCK(((__li__5OWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__TPWI__: {
                  li__00CK(((__li__TPWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__HQWI__: {
                  li__D3CK(((__li__HQWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__ARWI__: {
                  li__M5CK(((__li__ARWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__URWI__: {
                  li__BBDK(((__li__URWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__MSWI__: {
                  li__GBDK(((__li__MSWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__ETWI__: {
                  li__LBDK(((__li__ETWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__MZWI__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__ZFOR))->li__3SBK);
                } break;
                case __li__C0WI__: {
                  li__S0IV=((__li__C0WI *)((__li__WK *)li__ZFOR));
                  li__SRX(((__li__BC *)li__15OE),'\'');
                  li__JAZ(((__li__BC *)li__15OE),li__S0IV->li__CTBK);
                  li__SRX(((__li__BC *)li__15OE),'\'');
                } break;
                case __li__M1WI__: {
                  li__U0IV=((__li__M1WI *)((__li__WK *)li__ZFOR));
                  li__SRX(((__li__BC *)li__15OE),'\"');
                  li__JAZ(((__li__BC *)li__15OE),li__U0IV->li__UTFK);
                  li__SRX(((__li__BC *)li__15OE),'\"');
                } break;
                case __li__KMFK__: {
                  li__CF1L(((__li__KMFK *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XOHL__: {
                  li__VCMN(((__li__XOHL *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__FPHL__: {
                  li__UI4L(((__li__FPHL *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__APLM__: {
                  li__T4BQ(((__li__APLM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__DTNM__: {
                  li__5ARO(((__li__DTNM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__JXNM__: {
                  li__RU3R(((__li__JXNM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__21LO__: {
                  li__GVIP(((__li__21LO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__TPOO__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__ZFOR))->li__5IXO->li__GZB.li__GRNE);
                } break;
                case __li__URRO__: {
                  li__4N4R(((__li__URRO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__41XO__: {
                  li__AECQ(((__li__41XO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__AKBR__: {
                  li__WVCS(((__li__AKBR *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__SU5R__: {
                  li__CNIS(((__li__SU5R *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__JV5R__: {
                  li__PSIS(((__li__JV5R *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                };
              } else /* FALSE */ {
                li__JAZ(((__li__BC *)li__15OE),(&__string_530));
                li__ZFOR=li__YPYI(((__li__DZB *)li__EDDK->li__IDDK));
                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                case __li__IF__: {
                  li__NZIV=((__li__IF *)li__ZFOR);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),li__NZIV->li__QGQB);
                  li__PIMH(li__NZIV);
                } break;
                case __li__ORB__: {
                  li__00IV=((__li__ORB *)((__li__IF *)li__ZFOR));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_1));
                  li__FKMH(li__00IV);
                } break;
                case __li__QRB__: {
                  li__20IV=((__li__QRB *)((__li__IF *)li__ZFOR));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_2));
                  li__1LMH(li__20IV);
                } break;
                case __li__SRB__: {
                  li__40IV=((__li__SRB *)((__li__IF *)li__ZFOR));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_51));
                  li__RNMH(li__40IV);
                } break;
                case __li__URB__: {
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_53));
                } break;
                case __li__GSZ__: {
                  li__H34H(((__li__GSZ *)((__li__IF *)li__ZFOR)),li__15OE);
                } break;
                case __li__1RRF__: {
                  li__HAPI(((__li__1RRF *)((__li__IF *)li__ZFOR)),li__15OE);
                } break;
                case __li__UJSH__: {
                  li__B1IV=((__li__UJSH *)((__li__IF *)li__ZFOR));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),li__B1IV->li__VJSH.li__NZFD);
                  li__GGON(li__B1IV);
                } break;
                };
                li__SRX(((__li__BC *)li__15OE),' ');
                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                case __li__IF__: {
                  li__SRX(((__li__BC *)li__15OE),'*');
                } break;
                case __li__ORB__: {
                  li__SRX(((__li__BC *)li__15OE),'*');
                } break;
                case __li__QRB__: {
                  li__SRX(((__li__BC *)li__15OE),'*');
                } break;
                case __li__SRB__: {
                  li__SRX(((__li__BC *)li__15OE),'*');
                } break;
                case __li__URB__:  break;
                case __li__GSZ__: {
                  li__QUIH(((__li__GSZ *)((__li__IF *)li__ZFOR)),li__15OE);
                } break;
                case __li__1RRF__:  break;
                case __li__UJSH__:  break;
                };
                li__SRX(((__li__BC *)li__15OE),')');
                li__ZFOR=li__EDDK->li__2TBK;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                case __li__WK__: {
                  li__5ACK(((__li__WK *)li__ZFOR),li__15OE);
                } break;
                case __li__AVBD__: {
                  li__L3MI(((__li__AVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__KVBD__: {
                  li__XGCK(((__li__KVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__WVBD__: {
                  li__EBNI(((__li__WVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__Z4WH__: {
                  li__2NBK(((__li__Z4WH *)((__li__WK *)li__ZFOR)),li__15OE);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_512));
                } break;
                case __li__KTVI__: {
                  li__DHCK(((__li__KTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__LTVI__: {
                  li__WE1L(((__li__LTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XTVI__: {
                  li__KHCK(((__li__XTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__YTVI__: {
                  li__2E1L(((__li__YTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__S2VI__: {
                  li__QHCK(((__li__S2VI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__E3VI__: {
                  li__PJCK(((__li__E3VI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__KLWI__: {
                  li__KBG((&__string_513));
                  fputc((int)('\n'),stdout);
                  exit(( 1));
                } break;
                case __li__ULWI__: {
                  li__RLCK(((__li__ULWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__NMWI__: {
                  li__JMCK(((__li__NMWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__BNWI__: {
                  li__WRCK(((__li__BNWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XNWI__: {
                  li__5TCK(((__li__XNWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__LOWI__: {
                  li__IWCK(((__li__LOWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__5OWI__: {
                  li__RYCK(((__li__5OWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__TPWI__: {
                  li__00CK(((__li__TPWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__HQWI__: {
                  li__D3CK(((__li__HQWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__ARWI__: {
                  li__M5CK(((__li__ARWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__URWI__: {
                  li__BBDK(((__li__URWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__MSWI__: {
                  li__GBDK(((__li__MSWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__ETWI__: {
                  li__LBDK(((__li__ETWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__MZWI__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__ZFOR))->li__3SBK);
                } break;
                case __li__C0WI__: {
                  li__S0IV=((__li__C0WI *)((__li__WK *)li__ZFOR));
                  li__SRX(((__li__BC *)li__15OE),'\'');
                  li__JAZ(((__li__BC *)li__15OE),li__S0IV->li__CTBK);
                  li__SRX(((__li__BC *)li__15OE),'\'');
                } break;
                case __li__M1WI__: {
                  li__U0IV=((__li__M1WI *)((__li__WK *)li__ZFOR));
                  li__SRX(((__li__BC *)li__15OE),'\"');
                  li__JAZ(((__li__BC *)li__15OE),li__U0IV->li__UTFK);
                  li__SRX(((__li__BC *)li__15OE),'\"');
                } break;
                case __li__KMFK__: {
                  li__CF1L(((__li__KMFK *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XOHL__: {
                  li__VCMN(((__li__XOHL *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__FPHL__: {
                  li__UI4L(((__li__FPHL *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__APLM__: {
                  li__T4BQ(((__li__APLM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__DTNM__: {
                  li__5ARO(((__li__DTNM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__JXNM__: {
                  li__RU3R(((__li__JXNM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__21LO__: {
                  li__GVIP(((__li__21LO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__TPOO__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__ZFOR))->li__5IXO->li__GZB.li__GRNE);
                } break;
                case __li__URRO__: {
                  li__4N4R(((__li__URRO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__41XO__: {
                  li__AECQ(((__li__41XO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__AKBR__: {
                  li__WVCS(((__li__AKBR *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__SU5R__: {
                  li__CNIS(((__li__SU5R *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__JV5R__: {
                  li__PSIS(((__li__JV5R *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                };
                li__SRX(((__li__BC *)li__15OE),')');
              };
            };
          } else /* FALSE */ {
            li__IYIV=li__EDDK->li__2TBK;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IYIV)->__id) {
            case __li__WK__: {
              li__G3HP=((__li__WK *)li__IYIV)->li__1K.li__WZLE;
            } break;
            case __li__AVBD__: {
              li__G3HP=((__li__AVBD *)li__IYIV)->li__K2ME;
            } break;
            case __li__KVBD__: {
              li__G3HP=((__li__KVBD *)li__IYIV)->li__LVBD.li__WZLE;
            } break;
            case __li__WVBD__: {
              li__G3HP=((__li__WVBD *)li__IYIV)->li__XVBD.li__WZLE;
            } break;
            case __li__Z4WH__: {
              li__G3HP=li__JK5J(((__li__Z4WH *)li__IYIV));
            } break;
            case __li__KTVI__: {
              li__G3HP=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__G3HP=li__553L();
            } break;
            case __li__XTVI__: {
              li__G3HP=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__G3HP=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__G3HP=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__G3HP=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__G3HP=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__G3HP=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__G3HP=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__G3HP=li__DWEK(((__li__BNWI *)li__IYIV));
            } break;
            case __li__XNWI__: {
              li__G3HP=li__IWEK(((__li__XNWI *)li__IYIV));
            } break;
            case __li__LOWI__: {
              li__G3HP=li__NWEK(((__li__LOWI *)li__IYIV));
            } break;
            case __li__5OWI__: {
              li__G3HP=li__SWEK(((__li__5OWI *)li__IYIV));
            } break;
            case __li__TPWI__: {
              li__G3HP=li__XWEK(((__li__TPWI *)li__IYIV));
            } break;
            case __li__HQWI__: {
              li__G3HP=li__2WEK(((__li__HQWI *)li__IYIV));
            } break;
            case __li__ARWI__: {
              li__G3HP=li__QRB__->li__RRB.li__J0C;
            } break;
            case __li__URWI__: {
              li__G3HP=li__FXEK(((__li__URWI *)li__IYIV));
            } break;
            case __li__MSWI__: {
              li__G3HP=li__RXEK();
            } break;
            case __li__ETWI__: {
              li__G3HP=((__li__ETWI *)li__IYIV)->li__NSBK;
            } break;
            case __li__MZWI__: {
              li__G3HP=((__li__MZWI *)li__IYIV)->li__NZWI.li__WZLE;
            } break;
            case __li__C0WI__: {
              li__G3HP=((__li__C0WI *)li__IYIV)->li__D0WI.li__WZLE;
            } break;
            case __li__M1WI__: {
              li__G3HP=((__li__M1WI *)li__IYIV)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__G3HP=((__li__KMFK *)li__IYIV)->li__3RFK->li__WTBD.li__0RNE;
            } break;
            case __li__XOHL__: {
              li__G3HP=li__T4NN(((__li__XOHL *)li__IYIV));
            } break;
            case __li__FPHL__: {
              li__G3HP=li__KA4L(((__li__FPHL *)li__IYIV));
            } break;
            case __li__APLM__: {
              li__G3HP=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__G3HP=li__1ISO(((__li__DTNM *)li__IYIV));
            } break;
            case __li__JXNM__: {
              li__G3HP=li__VX3R(((__li__JXNM *)li__IYIV));
            } break;
            case __li__21LO__: {
              li__G3HP=((__li__21LO *)li__IYIV)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__G3HP=((__li__TPOO *)li__IYIV)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__G3HP=li__FH4R();
            } break;
            case __li__41XO__: {
              li__G3HP=li__3FDQ(((__li__41XO *)li__IYIV));
            } break;
            case __li__AKBR__: {
              li__G3HP=li__WQDS(((__li__AKBR *)li__IYIV));
            } break;
            case __li__SU5R__: {
              li__G3HP=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__G3HP=li__Y1IS();
            } break;
            };
            /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__G3HP)->li__BEM &  4) !=  0) || ((__li__F0C)(((__li__5RB *)li__G3HP)->li__BEM &  16) !=  0))) {
              li__55HP=li__EDDK->li__2TBK;
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__55HP)->__id) {
              case __li__WK__: {
                li__5ACK(((__li__WK *)li__55HP),li__15OE);
              } break;
              case __li__AVBD__: {
                li__L3MI(((__li__AVBD *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__KVBD__: {
                li__XGCK(((__li__KVBD *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__WVBD__: {
                li__EBNI(((__li__WVBD *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__Z4WH__: {
                li__2NBK(((__li__Z4WH *)((__li__WK *)li__55HP)),li__15OE);
                li__JAZ(((__li__BC *)li__15OE),(&__string_512));
              } break;
              case __li__KTVI__: {
                li__DHCK(((__li__KTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__LTVI__: {
                li__WE1L(((__li__LTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__XTVI__: {
                li__KHCK(((__li__XTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__YTVI__: {
                li__2E1L(((__li__YTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__S2VI__: {
                li__QHCK(((__li__S2VI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__E3VI__: {
                li__PJCK(((__li__E3VI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__KLWI__: {
                li__KBG((&__string_513));
                fputc((int)('\n'),stdout);
                exit(( 1));
              } break;
              case __li__ULWI__: {
                li__RLCK(((__li__ULWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__NMWI__: {
                li__JMCK(((__li__NMWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__BNWI__: {
                li__WRCK(((__li__BNWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__XNWI__: {
                li__5TCK(((__li__XNWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__LOWI__: {
                li__IWCK(((__li__LOWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__5OWI__: {
                li__RYCK(((__li__5OWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__TPWI__: {
                li__00CK(((__li__TPWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__HQWI__: {
                li__D3CK(((__li__HQWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__ARWI__: {
                li__M5CK(((__li__ARWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__URWI__: {
                li__BBDK(((__li__URWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__MSWI__: {
                li__GBDK(((__li__MSWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__ETWI__: {
                li__LBDK(((__li__ETWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__MZWI__: {
                li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__55HP))->li__3SBK);
              } break;
              case __li__C0WI__: {
                li__I0IV=((__li__C0WI *)((__li__WK *)li__55HP));
                li__SRX(((__li__BC *)li__15OE),'\'');
                li__JAZ(((__li__BC *)li__15OE),li__I0IV->li__CTBK);
                li__SRX(((__li__BC *)li__15OE),'\'');
              } break;
              case __li__M1WI__: {
                li__K0IV=((__li__M1WI *)((__li__WK *)li__55HP));
                li__SRX(((__li__BC *)li__15OE),'\"');
                li__JAZ(((__li__BC *)li__15OE),li__K0IV->li__UTFK);
                li__SRX(((__li__BC *)li__15OE),'\"');
              } break;
              case __li__KMFK__: {
                li__CF1L(((__li__KMFK *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__XOHL__: {
                li__VCMN(((__li__XOHL *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__FPHL__: {
                li__UI4L(((__li__FPHL *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__APLM__: {
                li__T4BQ(((__li__APLM *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__DTNM__: {
                li__5ARO(((__li__DTNM *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__JXNM__: {
                li__RU3R(((__li__JXNM *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__21LO__: {
                li__GVIP(((__li__21LO *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__TPOO__: {
                li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__55HP))->li__5IXO->li__GZB.li__GRNE);
              } break;
              case __li__URRO__: {
                li__4N4R(((__li__URRO *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__41XO__: {
                li__AECQ(((__li__41XO *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__AKBR__: {
                li__WVCS(((__li__AKBR *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__SU5R__: {
                li__CNIS(((__li__SU5R *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__JV5R__: {
                li__PSIS(((__li__JV5R *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              };
              li__JAZ(((__li__BC *)li__15OE),(&__string_21));
              li__IEOR=li__B__;
            } else /* FALSE */ {
              li__IEOR=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__IEOR)) {
              /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__G3HP)->li__BEM &  1) !=  0)) {
                li__ZFOR=li__EDDK->li__2TBK;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                case __li__WK__: {
                  li__5ACK(((__li__WK *)li__ZFOR),li__15OE);
                } break;
                case __li__AVBD__: {
                  li__L3MI(((__li__AVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__KVBD__: {
                  li__XGCK(((__li__KVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__WVBD__: {
                  li__EBNI(((__li__WVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__Z4WH__: {
                  li__2NBK(((__li__Z4WH *)((__li__WK *)li__ZFOR)),li__15OE);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_512));
                } break;
                case __li__KTVI__: {
                  li__DHCK(((__li__KTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__LTVI__: {
                  li__WE1L(((__li__LTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XTVI__: {
                  li__KHCK(((__li__XTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__YTVI__: {
                  li__2E1L(((__li__YTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__S2VI__: {
                  li__QHCK(((__li__S2VI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__E3VI__: {
                  li__PJCK(((__li__E3VI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__KLWI__: {
                  li__KBG((&__string_513));
                  fputc((int)('\n'),stdout);
                  exit(( 1));
                } break;
                case __li__ULWI__: {
                  li__RLCK(((__li__ULWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__NMWI__: {
                  li__JMCK(((__li__NMWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__BNWI__: {
                  li__WRCK(((__li__BNWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XNWI__: {
                  li__5TCK(((__li__XNWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__LOWI__: {
                  li__IWCK(((__li__LOWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__5OWI__: {
                  li__RYCK(((__li__5OWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__TPWI__: {
                  li__00CK(((__li__TPWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__HQWI__: {
                  li__D3CK(((__li__HQWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__ARWI__: {
                  li__M5CK(((__li__ARWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__URWI__: {
                  li__BBDK(((__li__URWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__MSWI__: {
                  li__GBDK(((__li__MSWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__ETWI__: {
                  li__LBDK(((__li__ETWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__MZWI__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__ZFOR))->li__3SBK);
                } break;
                case __li__C0WI__: {
                  li__S0IV=((__li__C0WI *)((__li__WK *)li__ZFOR));
                  li__SRX(((__li__BC *)li__15OE),'\'');
                  li__JAZ(((__li__BC *)li__15OE),li__S0IV->li__CTBK);
                  li__SRX(((__li__BC *)li__15OE),'\'');
                } break;
                case __li__M1WI__: {
                  li__U0IV=((__li__M1WI *)((__li__WK *)li__ZFOR));
                  li__SRX(((__li__BC *)li__15OE),'\"');
                  li__JAZ(((__li__BC *)li__15OE),li__U0IV->li__UTFK);
                  li__SRX(((__li__BC *)li__15OE),'\"');
                } break;
                case __li__KMFK__: {
                  li__CF1L(((__li__KMFK *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XOHL__: {
                  li__VCMN(((__li__XOHL *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__FPHL__: {
                  li__UI4L(((__li__FPHL *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__APLM__: {
                  li__T4BQ(((__li__APLM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__DTNM__: {
                  li__5ARO(((__li__DTNM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__JXNM__: {
                  li__RU3R(((__li__JXNM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__21LO__: {
                  li__GVIP(((__li__21LO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__TPOO__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__ZFOR))->li__5IXO->li__GZB.li__GRNE);
                } break;
                case __li__URRO__: {
                  li__4N4R(((__li__URRO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__41XO__: {
                  li__AECQ(((__li__41XO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__AKBR__: {
                  li__WVCS(((__li__AKBR *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__SU5R__: {
                  li__CNIS(((__li__SU5R *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__JV5R__: {
                  li__PSIS(((__li__JV5R *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                };
                li__SRX(((__li__BC *)li__15OE),'.');
              } else /* FALSE */ {
                li__JAZ(((__li__BC *)li__15OE),(&__string_531));
                li__ZFOR=li__YPYI(((__li__DZB *)li__EDDK->li__IDDK));
                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                case __li__IF__: {
                  li__NZIV=((__li__IF *)li__ZFOR);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),li__NZIV->li__QGQB);
                  li__PIMH(li__NZIV);
                } break;
                case __li__ORB__: {
                  li__00IV=((__li__ORB *)((__li__IF *)li__ZFOR));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_1));
                  li__FKMH(li__00IV);
                } break;
                case __li__QRB__: {
                  li__20IV=((__li__QRB *)((__li__IF *)li__ZFOR));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_2));
                  li__1LMH(li__20IV);
                } break;
                case __li__SRB__: {
                  li__40IV=((__li__SRB *)((__li__IF *)li__ZFOR));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_51));
                  li__RNMH(li__40IV);
                } break;
                case __li__URB__: {
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_53));
                } break;
                case __li__GSZ__: {
                  li__H34H(((__li__GSZ *)((__li__IF *)li__ZFOR)),li__15OE);
                } break;
                case __li__1RRF__: {
                  li__HAPI(((__li__1RRF *)((__li__IF *)li__ZFOR)),li__15OE);
                } break;
                case __li__UJSH__: {
                  li__B1IV=((__li__UJSH *)((__li__IF *)li__ZFOR));
                  li__JAZ(((__li__BC *)li__15OE),(&__string_123));
                  li__JAZ(((__li__BC *)li__15OE),li__B1IV->li__VJSH.li__NZFD);
                  li__GGON(li__B1IV);
                } break;
                };
                li__SRX(((__li__BC *)li__15OE),' ');
                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                case __li__IF__: {
                  li__SRX(((__li__BC *)li__15OE),'*');
                } break;
                case __li__ORB__: {
                  li__SRX(((__li__BC *)li__15OE),'*');
                } break;
                case __li__QRB__: {
                  li__SRX(((__li__BC *)li__15OE),'*');
                } break;
                case __li__SRB__: {
                  li__SRX(((__li__BC *)li__15OE),'*');
                } break;
                case __li__URB__:  break;
                case __li__GSZ__: {
                  li__QUIH(((__li__GSZ *)((__li__IF *)li__ZFOR)),li__15OE);
                } break;
                case __li__1RRF__:  break;
                case __li__UJSH__:  break;
                };
                li__SRX(((__li__BC *)li__15OE),')');
                li__ZFOR=li__EDDK->li__2TBK;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                case __li__WK__: {
                  li__5ACK(((__li__WK *)li__ZFOR),li__15OE);
                } break;
                case __li__AVBD__: {
                  li__L3MI(((__li__AVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__KVBD__: {
                  li__XGCK(((__li__KVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__WVBD__: {
                  li__EBNI(((__li__WVBD *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__Z4WH__: {
                  li__2NBK(((__li__Z4WH *)((__li__WK *)li__ZFOR)),li__15OE);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_512));
                } break;
                case __li__KTVI__: {
                  li__DHCK(((__li__KTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__LTVI__: {
                  li__WE1L(((__li__LTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XTVI__: {
                  li__KHCK(((__li__XTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__YTVI__: {
                  li__2E1L(((__li__YTVI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__S2VI__: {
                  li__QHCK(((__li__S2VI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__E3VI__: {
                  li__PJCK(((__li__E3VI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__KLWI__: {
                  li__KBG((&__string_513));
                  fputc((int)('\n'),stdout);
                  exit(( 1));
                } break;
                case __li__ULWI__: {
                  li__RLCK(((__li__ULWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__NMWI__: {
                  li__JMCK(((__li__NMWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__BNWI__: {
                  li__WRCK(((__li__BNWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XNWI__: {
                  li__5TCK(((__li__XNWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__LOWI__: {
                  li__IWCK(((__li__LOWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__5OWI__: {
                  li__RYCK(((__li__5OWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__TPWI__: {
                  li__00CK(((__li__TPWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__HQWI__: {
                  li__D3CK(((__li__HQWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__ARWI__: {
                  li__M5CK(((__li__ARWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__URWI__: {
                  li__BBDK(((__li__URWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__MSWI__: {
                  li__GBDK(((__li__MSWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__ETWI__: {
                  li__LBDK(((__li__ETWI *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__MZWI__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__ZFOR))->li__3SBK);
                } break;
                case __li__C0WI__: {
                  li__S0IV=((__li__C0WI *)((__li__WK *)li__ZFOR));
                  li__SRX(((__li__BC *)li__15OE),'\'');
                  li__JAZ(((__li__BC *)li__15OE),li__S0IV->li__CTBK);
                  li__SRX(((__li__BC *)li__15OE),'\'');
                } break;
                case __li__M1WI__: {
                  li__U0IV=((__li__M1WI *)((__li__WK *)li__ZFOR));
                  li__SRX(((__li__BC *)li__15OE),'\"');
                  li__JAZ(((__li__BC *)li__15OE),li__U0IV->li__UTFK);
                  li__SRX(((__li__BC *)li__15OE),'\"');
                } break;
                case __li__KMFK__: {
                  li__CF1L(((__li__KMFK *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__XOHL__: {
                  li__VCMN(((__li__XOHL *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__FPHL__: {
                  li__UI4L(((__li__FPHL *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__APLM__: {
                  li__T4BQ(((__li__APLM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__DTNM__: {
                  li__5ARO(((__li__DTNM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__JXNM__: {
                  li__RU3R(((__li__JXNM *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__21LO__: {
                  li__GVIP(((__li__21LO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__TPOO__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__ZFOR))->li__5IXO->li__GZB.li__GRNE);
                } break;
                case __li__URRO__: {
                  li__4N4R(((__li__URRO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__41XO__: {
                  li__AECQ(((__li__41XO *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__AKBR__: {
                  li__WVCS(((__li__AKBR *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__SU5R__: {
                  li__CNIS(((__li__SU5R *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                case __li__JV5R__: {
                  li__PSIS(((__li__JV5R *)((__li__WK *)li__ZFOR)),li__15OE);
                } break;
                };
                li__JAZ(((__li__BC *)li__15OE),(&__string_532));
              };
            };
            li__JAZ(((__li__BC *)li__15OE),li__EDDK->li__IDDK->li__GZB.li__GRNE);
          };
          li__GYIV=li__EDDK->li__AMKJ.li__CSSH;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GYIV)->__id) {
          case __li__WK__: {
            li__O2HP=((__li__WK *)li__GYIV)->li__1K.li__WZLE;
          } break;
          case __li__AVBD__: {
            li__O2HP=((__li__AVBD *)li__GYIV)->li__K2ME;
          } break;
          case __li__KVBD__: {
            li__O2HP=((__li__KVBD *)li__GYIV)->li__LVBD.li__WZLE;
          } break;
          case __li__WVBD__: {
            li__O2HP=((__li__WVBD *)li__GYIV)->li__XVBD.li__WZLE;
          } break;
          case __li__Z4WH__: {
            li__O2HP=li__JK5J(((__li__Z4WH *)li__GYIV));
          } break;
          case __li__KTVI__: {
            li__O2HP=li__5UEK();
          } break;
          case __li__LTVI__: {
            li__O2HP=li__553L();
          } break;
          case __li__XTVI__: {
            li__O2HP=li__FVEK();
          } break;
          case __li__YTVI__: {
            li__O2HP=li__FA4L();
          } break;
          case __li__S2VI__: {
            li__O2HP=li__KVEK();
          } break;
          case __li__E3VI__: {
            li__O2HP=li__PVEK();
          } break;
          case __li__KLWI__: {
            li__O2HP=li__UVEK();
          } break;
          case __li__ULWI__: {
            li__O2HP=li__ZVEK();
          } break;
          case __li__NMWI__: {
            li__O2HP=li__4VEK();
          } break;
          case __li__BNWI__: {
            li__O2HP=li__DWEK(((__li__BNWI *)li__GYIV));
          } break;
          case __li__XNWI__: {
            li__O2HP=li__IWEK(((__li__XNWI *)li__GYIV));
          } break;
          case __li__LOWI__: {
            li__O2HP=li__NWEK(((__li__LOWI *)li__GYIV));
          } break;
          case __li__5OWI__: {
            li__O2HP=li__SWEK(((__li__5OWI *)li__GYIV));
          } break;
          case __li__TPWI__: {
            li__O2HP=li__XWEK(((__li__TPWI *)li__GYIV));
          } break;
          case __li__HQWI__: {
            li__O2HP=li__2WEK(((__li__HQWI *)li__GYIV));
          } break;
          case __li__ARWI__: {
            li__O2HP=li__QRB__->li__RRB.li__J0C;
          } break;
          case __li__URWI__: {
            li__O2HP=li__FXEK(((__li__URWI *)li__GYIV));
          } break;
          case __li__MSWI__: {
            li__O2HP=li__RXEK();
          } break;
          case __li__ETWI__: {
            li__O2HP=((__li__ETWI *)li__GYIV)->li__NSBK;
          } break;
          case __li__MZWI__: {
            li__O2HP=((__li__MZWI *)li__GYIV)->li__NZWI.li__WZLE;
          } break;
          case __li__C0WI__: {
            li__O2HP=((__li__C0WI *)li__GYIV)->li__D0WI.li__WZLE;
          } break;
          case __li__M1WI__: {
            li__O2HP=((__li__M1WI *)li__GYIV)->li__N1WI.li__WZLE;
          } break;
          case __li__KMFK__: {
            li__O2HP=((__li__KMFK *)li__GYIV)->li__3RFK->li__WTBD.li__0RNE;
          } break;
          case __li__XOHL__: {
            li__O2HP=li__T4NN(((__li__XOHL *)li__GYIV));
          } break;
          case __li__FPHL__: {
            li__O2HP=li__KA4L(((__li__FPHL *)li__GYIV));
          } break;
          case __li__APLM__: {
            li__O2HP=li__YFDQ();
          } break;
          case __li__DTNM__: {
            li__O2HP=li__1ISO(((__li__DTNM *)li__GYIV));
          } break;
          case __li__JXNM__: {
            li__O2HP=li__VX3R(((__li__JXNM *)li__GYIV));
          } break;
          case __li__21LO__: {
            li__O2HP=((__li__21LO *)li__GYIV)->li__KJXO->li__GZB.li__0RNE;
          } break;
          case __li__TPOO__: {
            li__O2HP=((__li__TPOO *)li__GYIV)->li__5IXO->li__GZB.li__0RNE;
          } break;
          case __li__URRO__: {
            li__O2HP=li__FH4R();
          } break;
          case __li__41XO__: {
            li__O2HP=li__3FDQ(((__li__41XO *)li__GYIV));
          } break;
          case __li__AKBR__: {
            li__O2HP=li__WQDS(((__li__AKBR *)li__GYIV));
          } break;
          case __li__SU5R__: {
            li__O2HP=li__T1IS();
          } break;
          case __li__JV5R__: {
            li__O2HP=li__Y1IS();
          } break;
          };
          /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__O2HP)->li__AEM == (void *)li__ORB__)) {
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__EDDK->li__IDDK->li__GZB.li__0RNE)->li__AEM)->__id) {
            case __li__IF__: 
            case __li__ORB__: 
            case __li__QRB__: 
            case __li__SRB__: 
            case __li__URB__: 
            case __li__GSZ__: {
              li__IEOR=li__I__;
            } break;
            case __li__1RRF__: 
            case __li__UJSH__: {
              li__IEOR=li__B__;
            } break;
            };
            li__Q2HP=li__IEOR;
          } else /* FALSE */ {
            li__Q2HP=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__Q2HP) {
            li__JAZ(((__li__BC *)li__15OE),(&__string_528));
          } else /* FALSE */ {
            li__SRX(((__li__BC *)li__15OE),'=');
            li__BFOL(li__EDDK,li__15OE);
          };
        };
      } break;
      case __li__LHBK__: {
        li__MEIP=((__li__LHBK *)((__li__O3B *)li__HDWU));
        li__DMQI= 0;
        li__KLHJ= 0;
        li__CFLJ= 0;
        /* __li__B__ __li__I__ */
if (((void *)li__MEIP->li__SIWO != (void *)NULL)) {
          li__QJRU=(__li__K)((*(((__li__SZEC *)li__MEIP->li__TIWO))).li__J0EK +  1);
          /* __li__B__ __li__I__ */
if ((li__QJRU >=  1)) {
            li__SHWU=((void **)(*(((__li__SZEC *)li__MEIP->li__TIWO))).li__F0EK)[ 0];
            li__Q2HP=((void *)li__SHWU != (void *)NULL);
          } else /* FALSE */ {
            li__Q2HP=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__Q2HP) {
            li__UHWU=((void **)(*(((__li__SZEC *)li__MEIP->li__TIWO))).li__F0EK)[ 0];
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__UHWU)->__id) {
            case __li__RLKJ__: {
              li__55HP=((__li__RLKJ *)li__UHWU)->li__2BDK;
            } break;
            case __li__5LKJ__: {
              li__55HP=((__li__5LKJ *)li__UHWU)->li__IDDK;
            } break;
            case __li__DFNL__: {
              li__55HP=((__li__DFNL *)li__UHWU)->li__JG1L;
            } break;
            };
            /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__55HP)->__id==__li__DZB__) {
              li__W4HP=((__li__DZB *)li__55HP)->li__GZB.li__FZB.li__R2B;
            } else /* LOCAL */ {
              li__W4HP=((__li__VTBD *)li__55HP)->li__WTBD.li__FZB.li__R2B;
            };
            li__Q2HP=((void *)li__W4HP == (void *)(&__string_66));
          } else /* FALSE */ {
            li__Q2HP=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__Q2HP) {
            li__KLHJ= 1;
          };
          li__SWUK=(__li__K)((*(((__li__SZEC *)li__MEIP->li__TIWO))).li__J0EK +  1);
          /* __li__B__ __li__I__ */
if (((__li__K)(li__SWUK - li__KLHJ) >  0)) {
            li__CFLJ=li__15OE->li__NK;
            li__JAZ(((__li__BC *)li__15OE),(&__string_533));
            li__IYIV=li__MEIP->li__SIWO;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IYIV)->__id) {
            case __li__WK__: {
              li__5ACK(((__li__WK *)li__IYIV),li__15OE);
            } break;
            case __li__AVBD__: {
              li__L3MI(((__li__AVBD *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__KVBD__: {
              li__XGCK(((__li__KVBD *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__WVBD__: {
              li__EBNI(((__li__WVBD *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__Z4WH__: {
              li__2NBK(((__li__Z4WH *)((__li__WK *)li__IYIV)),li__15OE);
              li__JAZ(((__li__BC *)li__15OE),(&__string_512));
            } break;
            case __li__KTVI__: {
              li__DHCK(((__li__KTVI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__LTVI__: {
              li__WE1L(((__li__LTVI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__XTVI__: {
              li__KHCK(((__li__XTVI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__YTVI__: {
              li__2E1L(((__li__YTVI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__S2VI__: {
              li__QHCK(((__li__S2VI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__E3VI__: {
              li__PJCK(((__li__E3VI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__KLWI__: {
              li__KBG((&__string_513));
              fputc((int)('\n'),stdout);
              exit(( 1));
            } break;
            case __li__ULWI__: {
              li__RLCK(((__li__ULWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__NMWI__: {
              li__JMCK(((__li__NMWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__BNWI__: {
              li__WRCK(((__li__BNWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__XNWI__: {
              li__5TCK(((__li__XNWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__LOWI__: {
              li__IWCK(((__li__LOWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__5OWI__: {
              li__RYCK(((__li__5OWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__TPWI__: {
              li__00CK(((__li__TPWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__HQWI__: {
              li__D3CK(((__li__HQWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__ARWI__: {
              li__M5CK(((__li__ARWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__URWI__: {
              li__BBDK(((__li__URWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__MSWI__: {
              li__GBDK(((__li__MSWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__ETWI__: {
              li__LBDK(((__li__ETWI *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__MZWI__: {
              li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__IYIV))->li__3SBK);
            } break;
            case __li__C0WI__: {
              li__IGWU=((__li__C0WI *)((__li__WK *)li__IYIV));
              li__SRX(((__li__BC *)li__15OE),'\'');
              li__JAZ(((__li__BC *)li__15OE),li__IGWU->li__CTBK);
              li__SRX(((__li__BC *)li__15OE),'\'');
            } break;
            case __li__M1WI__: {
              li__LGWU=((__li__M1WI *)((__li__WK *)li__IYIV));
              li__SRX(((__li__BC *)li__15OE),'\"');
              li__JAZ(((__li__BC *)li__15OE),li__LGWU->li__UTFK);
              li__SRX(((__li__BC *)li__15OE),'\"');
            } break;
            case __li__KMFK__: {
              li__CF1L(((__li__KMFK *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__XOHL__: {
              li__VCMN(((__li__XOHL *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__FPHL__: {
              li__UI4L(((__li__FPHL *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__APLM__: {
              li__T4BQ(((__li__APLM *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__DTNM__: {
              li__5ARO(((__li__DTNM *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__JXNM__: {
              li__RU3R(((__li__JXNM *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__21LO__: {
              li__GVIP(((__li__21LO *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__TPOO__: {
              li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__IYIV))->li__5IXO->li__GZB.li__GRNE);
            } break;
            case __li__URRO__: {
              li__4N4R(((__li__URRO *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__41XO__: {
              li__AECQ(((__li__41XO *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__AKBR__: {
              li__WVCS(((__li__AKBR *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__SU5R__: {
              li__CNIS(((__li__SU5R *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            case __li__JV5R__: {
              li__PSIS(((__li__JV5R *)((__li__WK *)li__IYIV)),li__15OE);
            } break;
            };
            li__JAZ(((__li__BC *)li__15OE),(&__string_534));
            li__2LWJ=(*(li__MEIP->li__TIWO)).li__J0EK;
            li__MFWU=li__KLHJ;
            while ((li__MFWU <= li__2LWJ)) {
              li__ZFOR=((void **)(*(((__li__SZEC *)li__MEIP->li__TIWO))).li__F0EK)[li__MFWU];
              /* __li__B__ __li__I__ */
if (((void *)li__ZFOR != (void *)NULL)) {
                li__1CZ(((__li__BC *)li__15OE),li__FI);
                li__0FOR=li__MEIP->li__SIWO;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0FOR)->__id) {
                case __li__WK__: {
                  li__5ACK(((__li__WK *)li__0FOR),li__15OE);
                } break;
                case __li__AVBD__: {
                  li__L3MI(((__li__AVBD *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__KVBD__: {
                  li__XGCK(((__li__KVBD *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__WVBD__: {
                  li__EBNI(((__li__WVBD *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__Z4WH__: {
                  li__2NBK(((__li__Z4WH *)((__li__WK *)li__0FOR)),li__15OE);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_512));
                } break;
                case __li__KTVI__: {
                  li__DHCK(((__li__KTVI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__LTVI__: {
                  li__WE1L(((__li__LTVI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__XTVI__: {
                  li__KHCK(((__li__XTVI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__YTVI__: {
                  li__2E1L(((__li__YTVI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__S2VI__: {
                  li__QHCK(((__li__S2VI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__E3VI__: {
                  li__PJCK(((__li__E3VI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__KLWI__: {
                  li__KBG((&__string_513));
                  fputc((int)('\n'),stdout);
                  exit(( 1));
                } break;
                case __li__ULWI__: {
                  li__RLCK(((__li__ULWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__NMWI__: {
                  li__JMCK(((__li__NMWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__BNWI__: {
                  li__WRCK(((__li__BNWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__XNWI__: {
                  li__5TCK(((__li__XNWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__LOWI__: {
                  li__IWCK(((__li__LOWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__5OWI__: {
                  li__RYCK(((__li__5OWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__TPWI__: {
                  li__00CK(((__li__TPWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__HQWI__: {
                  li__D3CK(((__li__HQWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__ARWI__: {
                  li__M5CK(((__li__ARWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__URWI__: {
                  li__BBDK(((__li__URWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__MSWI__: {
                  li__GBDK(((__li__MSWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__ETWI__: {
                  li__LBDK(((__li__ETWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__MZWI__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__0FOR))->li__3SBK);
                } break;
                case __li__C0WI__: {
                  li__32IV=((__li__C0WI *)((__li__WK *)li__0FOR));
                  li__SRX(((__li__BC *)li__15OE),'\'');
                  li__JAZ(((__li__BC *)li__15OE),li__32IV->li__CTBK);
                  li__SRX(((__li__BC *)li__15OE),'\'');
                } break;
                case __li__M1WI__: {
                  li__52IV=((__li__M1WI *)((__li__WK *)li__0FOR));
                  li__SRX(((__li__BC *)li__15OE),'\"');
                  li__JAZ(((__li__BC *)li__15OE),li__52IV->li__UTFK);
                  li__SRX(((__li__BC *)li__15OE),'\"');
                } break;
                case __li__KMFK__: {
                  li__CF1L(((__li__KMFK *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__XOHL__: {
                  li__VCMN(((__li__XOHL *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__FPHL__: {
                  li__UI4L(((__li__FPHL *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__APLM__: {
                  li__T4BQ(((__li__APLM *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__DTNM__: {
                  li__5ARO(((__li__DTNM *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__JXNM__: {
                  li__RU3R(((__li__JXNM *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__21LO__: {
                  li__GVIP(((__li__21LO *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__TPOO__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__0FOR))->li__5IXO->li__GZB.li__GRNE);
                } break;
                case __li__URRO__: {
                  li__4N4R(((__li__URRO *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__41XO__: {
                  li__AECQ(((__li__41XO *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__AKBR__: {
                  li__WVCS(((__li__AKBR *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__SU5R__: {
                  li__CNIS(((__li__SU5R *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__JV5R__: {
                  li__PSIS(((__li__JV5R *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                };
                li__JAZ(((__li__BC *)li__15OE),(&__string_535));
                li__B0E(li__DMQI,li__15OE);
                li__JAZ(((__li__BC *)li__15OE),(&__string_536));
                /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__ZFOR)->__id) {
                case __li__RLKJ__: {
                  li__KBOL(((__li__RLKJ *)li__ZFOR),li__15OE);
                } break;
                case __li__5LKJ__: {
                  li__BFOL(((__li__5LKJ *)((__li__RLKJ *)li__ZFOR)),li__15OE);
                } break;
                case __li__DFNL__: {
                  li__JXBN(((__li__DFNL *)((__li__RLKJ *)li__ZFOR)),li__15OE);
                } break;
                };
                li__JAZ(((__li__BC *)li__15OE),(&__string_222));
                li__DMQI=(__li__K)(li__DMQI +  1);
              } else /* FALSE */ {
                li__KBG((&__string_537));
              };
              li__MFWU=(__li__K)(li__MFWU +  1);
            };
            li__1CZ(((__li__BC *)li__15OE),li__FI);
            /* __li__B__ __li__I__ */
if ((li__DMQI ==  0)) {
              li__P0EC(((__li__BC *)li__15OE),li__CFLJ);
            };
          };
          li__GYIV=li__MEIP->li__SIWO;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GYIV)->__id) {
          case __li__WK__: {
            li__5ACK(((__li__WK *)li__GYIV),li__15OE);
          } break;
          case __li__AVBD__: {
            li__L3MI(((__li__AVBD *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__KVBD__: {
            li__XGCK(((__li__KVBD *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__WVBD__: {
            li__EBNI(((__li__WVBD *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__Z4WH__: {
            li__2NBK(((__li__Z4WH *)((__li__WK *)li__GYIV)),li__15OE);
            li__JAZ(((__li__BC *)li__15OE),(&__string_512));
          } break;
          case __li__KTVI__: {
            li__DHCK(((__li__KTVI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__LTVI__: {
            li__WE1L(((__li__LTVI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__XTVI__: {
            li__KHCK(((__li__XTVI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__YTVI__: {
            li__2E1L(((__li__YTVI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__S2VI__: {
            li__QHCK(((__li__S2VI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__E3VI__: {
            li__PJCK(((__li__E3VI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__KLWI__: {
            li__KBG((&__string_513));
            fputc((int)('\n'),stdout);
            exit(( 1));
          } break;
          case __li__ULWI__: {
            li__RLCK(((__li__ULWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__NMWI__: {
            li__JMCK(((__li__NMWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__BNWI__: {
            li__WRCK(((__li__BNWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__XNWI__: {
            li__5TCK(((__li__XNWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__LOWI__: {
            li__IWCK(((__li__LOWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__5OWI__: {
            li__RYCK(((__li__5OWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__TPWI__: {
            li__00CK(((__li__TPWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__HQWI__: {
            li__D3CK(((__li__HQWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__ARWI__: {
            li__M5CK(((__li__ARWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__URWI__: {
            li__BBDK(((__li__URWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__MSWI__: {
            li__GBDK(((__li__MSWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__ETWI__: {
            li__LBDK(((__li__ETWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__MZWI__: {
            li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__GYIV))->li__3SBK);
          } break;
          case __li__C0WI__: {
            li__IGWU=((__li__C0WI *)((__li__WK *)li__GYIV));
            li__SRX(((__li__BC *)li__15OE),'\'');
            li__JAZ(((__li__BC *)li__15OE),li__IGWU->li__CTBK);
            li__SRX(((__li__BC *)li__15OE),'\'');
          } break;
          case __li__M1WI__: {
            li__LGWU=((__li__M1WI *)((__li__WK *)li__GYIV));
            li__SRX(((__li__BC *)li__15OE),'\"');
            li__JAZ(((__li__BC *)li__15OE),li__LGWU->li__UTFK);
            li__SRX(((__li__BC *)li__15OE),'\"');
          } break;
          case __li__KMFK__: {
            li__CF1L(((__li__KMFK *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__XOHL__: {
            li__VCMN(((__li__XOHL *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__FPHL__: {
            li__UI4L(((__li__FPHL *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__APLM__: {
            li__T4BQ(((__li__APLM *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__DTNM__: {
            li__5ARO(((__li__DTNM *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__JXNM__: {
            li__RU3R(((__li__JXNM *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__21LO__: {
            li__GVIP(((__li__21LO *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__TPOO__: {
            li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__GYIV))->li__5IXO->li__GZB.li__GRNE);
          } break;
          case __li__URRO__: {
            li__4N4R(((__li__URRO *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__41XO__: {
            li__AECQ(((__li__41XO *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__AKBR__: {
            li__WVCS(((__li__AKBR *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__SU5R__: {
            li__CNIS(((__li__SU5R *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__JV5R__: {
            li__PSIS(((__li__JV5R *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          };
          li__JAZ(((__li__BC *)li__15OE),(&__string_538));
          li__GYIV=li__MEIP->li__KSPK;
          /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__GYIV)->__id==__li__1M__) {
            li__W4HP=((__li__1M *)li__GYIV)->li__2M.li__NZFD;
          } else /* PROFIL_BLOCK */ {
            li__W4HP=((__li__UJSH *)li__GYIV)->li__VJSH.li__NZFD;
          };
          li__JAZ(((__li__BC *)li__15OE),li__W4HP);
          li__JAZ(((__li__BC *)li__15OE),(&__string_222));
          li__1CZ(((__li__BC *)li__15OE),li__FI);
          /* __li__B__ __li__I__ */
if (li__MEIP->li__OHIP) {
            li__JAZ(((__li__BC *)li__15OE),(&__string_539));
          } else /* FALSE */ {
            li__JAZ(((__li__BC *)li__15OE),(&__string_540));
          };
          li__JAZ(((__li__BC *)li__15OE),(&__string_541));
          li__GYIV=li__MEIP->li__SIWO;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GYIV)->__id) {
          case __li__WK__: {
            li__5ACK(((__li__WK *)li__GYIV),li__15OE);
          } break;
          case __li__AVBD__: {
            li__L3MI(((__li__AVBD *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__KVBD__: {
            li__XGCK(((__li__KVBD *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__WVBD__: {
            li__EBNI(((__li__WVBD *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__Z4WH__: {
            li__2NBK(((__li__Z4WH *)((__li__WK *)li__GYIV)),li__15OE);
            li__JAZ(((__li__BC *)li__15OE),(&__string_512));
          } break;
          case __li__KTVI__: {
            li__DHCK(((__li__KTVI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__LTVI__: {
            li__WE1L(((__li__LTVI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__XTVI__: {
            li__KHCK(((__li__XTVI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__YTVI__: {
            li__2E1L(((__li__YTVI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__S2VI__: {
            li__QHCK(((__li__S2VI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__E3VI__: {
            li__PJCK(((__li__E3VI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__KLWI__: {
            li__KBG((&__string_513));
            fputc((int)('\n'),stdout);
            exit(( 1));
          } break;
          case __li__ULWI__: {
            li__RLCK(((__li__ULWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__NMWI__: {
            li__JMCK(((__li__NMWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__BNWI__: {
            li__WRCK(((__li__BNWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__XNWI__: {
            li__5TCK(((__li__XNWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__LOWI__: {
            li__IWCK(((__li__LOWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__5OWI__: {
            li__RYCK(((__li__5OWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__TPWI__: {
            li__00CK(((__li__TPWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__HQWI__: {
            li__D3CK(((__li__HQWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__ARWI__: {
            li__M5CK(((__li__ARWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__URWI__: {
            li__BBDK(((__li__URWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__MSWI__: {
            li__GBDK(((__li__MSWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__ETWI__: {
            li__LBDK(((__li__ETWI *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__MZWI__: {
            li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__GYIV))->li__3SBK);
          } break;
          case __li__C0WI__: {
            li__IGWU=((__li__C0WI *)((__li__WK *)li__GYIV));
            li__SRX(((__li__BC *)li__15OE),'\'');
            li__JAZ(((__li__BC *)li__15OE),li__IGWU->li__CTBK);
            li__SRX(((__li__BC *)li__15OE),'\'');
          } break;
          case __li__M1WI__: {
            li__LGWU=((__li__M1WI *)((__li__WK *)li__GYIV));
            li__SRX(((__li__BC *)li__15OE),'\"');
            li__JAZ(((__li__BC *)li__15OE),li__LGWU->li__UTFK);
            li__SRX(((__li__BC *)li__15OE),'\"');
          } break;
          case __li__KMFK__: {
            li__CF1L(((__li__KMFK *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__XOHL__: {
            li__VCMN(((__li__XOHL *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__FPHL__: {
            li__UI4L(((__li__FPHL *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__APLM__: {
            li__T4BQ(((__li__APLM *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__DTNM__: {
            li__5ARO(((__li__DTNM *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__JXNM__: {
            li__RU3R(((__li__JXNM *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__21LO__: {
            li__GVIP(((__li__21LO *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__TPOO__: {
            li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__GYIV))->li__5IXO->li__GZB.li__GRNE);
          } break;
          case __li__URRO__: {
            li__4N4R(((__li__URRO *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__41XO__: {
            li__AECQ(((__li__41XO *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__AKBR__: {
            li__WVCS(((__li__AKBR *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__SU5R__: {
            li__CNIS(((__li__SU5R *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          case __li__JV5R__: {
            li__PSIS(((__li__JV5R *)((__li__WK *)li__GYIV)),li__15OE);
          } break;
          };
          li__SRX(((__li__BC *)li__15OE),')');
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if (((void *)li__MEIP->li__SWEO.li__2KPO != (void *)NULL)) {
            li__IYIV=li__MEIP->li__SWEO.li__2KPO->li__0FXO;
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
if (li__IYIV==NULL) {
              li__BFOR=NULL;
            } else {
              if (((struct ___OBJ *)li__IYIV)->__id==__li__DFNL__) {
                li__BFOR=((void *)li__IYIV);
              } else /* Other types */ {
                li__BFOR=NULL;
              }
            };
            /* __li__B__ __li__I__ */
if ((li__BFOR->li__JG1L->li__WTBD.li__LNME !=  0)) {
              li__FFOR=((__li__DFNL *)li__BFOR);
              li__KD3P=li__DSEM(li__FFOR);
              /* __li__B__ __li__I__ */
if (li__FFOR->li__JG1L->li__ERNE) {
                li__SRX(((__li__BC *)li__15OE),'*');
              };
              li__JAZ(((__li__BC *)li__15OE),li__KD3P);
              li__SRX(((__li__BC *)li__15OE),'=');
            };
          };
          li__GYIV=li__MEIP->li__KSPK;
          /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__GYIV)->__id==__li__1M__) {
            li__W4HP=((__li__1M *)li__GYIV)->li__2M.li__NZFD;
          } else /* PROFIL_BLOCK */ {
            li__W4HP=((__li__UJSH *)li__GYIV)->li__VJSH.li__NZFD;
          };
          li__JAZ(((__li__BC *)li__15OE),li__W4HP);
          /* __li__B__ __li__I__ */
if (li__PL) {
            /* __li__B__ __li__I__ */
if (((void *)li__JI == (void *)NULL)) {
              li__YD3P(((__li__1M *)li__4M),li__MEIP->li__KSPK);
            } else /* FALSE */ {
              li__55HP=li__JI;
              li__ZFOR=li__MEIP->li__KSPK;
              /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__55HP)->__id==__li__1M__) {
                li__YD3P(((__li__1M *)li__55HP),li__ZFOR);
              } else /* PROFIL_BLOCK */ {
                li__B1IV=((__li__UJSH *)((__li__1M *)li__55HP));
                li__GHWU= 0;
                li__YEOR=li__HFQF(((__li__KXFD *)li__B1IV->li__VJSH.li__SXFD),li__ZFOR);
                /* __li__B__ __li__I__ */
if (li__YEOR) {
                  li__5E3P=li__MBMF(((__li__KXFD *)li__B1IV->li__VJSH.li__SXFD),li__ZFOR);
                  li__GHWU=(__li__K)(li__5E3P +  1);
                } else /* FALSE */ {
                  li__GHWU= 1;
                };
                li__P23P(((__li__KXFD *)li__B1IV->li__VJSH.li__SXFD),li__GHWU,li__ZFOR);
                /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__ZFOR)->__id==__li__1M__) {
                  li__IF3P=((__li__1M *)li__ZFOR)->li__2M.li__OFGD;
                } else /* PROFIL_BLOCK */ {
                  li__IF3P=((__li__UJSH *)li__ZFOR)->li__VJSH.li__OFGD;
                };
                li__NC4P=((__li__IFGD *)li__IF3P);
                li__2ALN(li__NC4P,li__B1IV);
                li__2ALN(li__NC4P,li__B1IV);
                li__NC4P->li__FYXF=(__li__K)(-  1);
                li__GHWU=li__AIO(((__li__U *)li__B1IV->li__VJSH.li__NZFD));
                li__5E3P=(__li__K)(li__GHWU % li__NC4P->li__LZSF);
                li__WC4P=li__5E3P;
                li__XC4P=((void **)li__NC4P->li__DYXF)[li__5E3P];
                while ((! (((void *)li__XC4P == (void *)NULL) || ((void *)li__XC4P->li__5YIN == (void *)li__B1IV)))) {
                  li__XC4P=li__XC4P->li__XNJN;
                };
                /* __li__B__ __li__I__ */
if (((void *)li__XC4P == (void *)NULL)) {
                  /* __li__B__ __li__I__ */
if ((li__NC4P->li__LZSF == li__NC4P->li__GYXF)) {
                    li__ECBQ(li__NC4P);
                    li__WC4P=(__li__K)(li__GHWU % li__NC4P->li__LZSF);
                  };
                  li__GE4P=li__JBAQ(li__B1IV,((void **)li__NC4P->li__DYXF)[li__WC4P]);
                  li__XC4P=li__GE4P;
                  ((void **)li__NC4P->li__DYXF)[li__WC4P]=li__GE4P;
                  li__NC4P->li__GYXF=(__li__K)(li__NC4P->li__GYXF +  1);
                };
                ;
              };
            };
          };
          li__O1HP=li__VGZO(li__MEIP);
          /* __li__B__ __li__I__ */
if (li__O1HP) {
            li__Q2HP=li__B__;
          } else /* FALSE */ {
            li__IYIV=li__MEIP->li__KSPK;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__IYIV)->__id==__li__1M__) {
              li__IEOR=li__42UI(((__li__1M *)li__IYIV));
            } else /* PROFIL_BLOCK */ {
              li__IEOR=li__I__;
            };
            li__Q2HP=li__IEOR;
          };
          /* __li__B__ __li__I__ */
if (li__Q2HP) {
            li__ZHWU=((void **)(*(((__li__SZEC *)li__MEIP->li__TIWO))).li__F0EK)[ 0];
            /* __li__B__ __li__I__ */
if (((void *)li__ZHWU != (void *)NULL)) {
              li__1HWU=((void **)(*(((__li__SZEC *)li__MEIP->li__TIWO))).li__F0EK)[ 0];
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__1HWU)->__id) {
              case __li__RLKJ__: {
                li__JKIP=((__li__RLKJ *)li__1HWU)->li__SLKJ.li__RZEC.li__0CC;
              } break;
              case __li__5LKJ__: {
                li__JKIP=((__li__5LKJ *)li__1HWU)->li__AMKJ.li__RZEC.li__0CC;
              } break;
              case __li__DFNL__: {
                li__JKIP=((__li__DFNL *)li__1HWU)->li__EFNL.li__RZEC.li__0CC;
              } break;
              };
              li__K4E( 1,(&__string_542));
              li__V5E(li__JKIP);
              li__ODF();
            };
          };
          li__O1HP=li__VGZO(li__MEIP);
          /* __li__B__ __li__I__ */
if ((! li__O1HP)) {
            li__SRX(((__li__BC *)li__15OE),'(');
            li__2LWJ=(*(li__MEIP->li__TIWO)).li__J0EK;
            li__MFWU= 0;
            while ((li__MFWU <= li__2LWJ)) {
              li__0FOR=((void **)(*(((__li__SZEC *)li__MEIP->li__TIWO))).li__F0EK)[li__MFWU];
              /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__MEIP->li__KSPK)->__id==__li__1M__) {
              };
              /* __li__B__ __li__I__ */
if (((void *)li__0FOR != (void *)NULL)) {
                li__XJRU=((__li__BC *)li__15OE);
                /* __li__B__ __li__I__ */
if ((((__li__3 *)li__XJRU->li__CUN)[(__li__K)(li__XJRU->li__NK -  1)] != '(')) {
                  li__SRX(((__li__BC *)li__15OE),',');
                };
                /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__0FOR)->__id) {
                case __li__RLKJ__: {
                  li__KBOL(((__li__RLKJ *)li__0FOR),li__15OE);
                } break;
                case __li__5LKJ__: {
                  li__BFOL(((__li__5LKJ *)((__li__RLKJ *)li__0FOR)),li__15OE);
                } break;
                case __li__DFNL__: {
                  li__JXBN(((__li__DFNL *)((__li__RLKJ *)li__0FOR)),li__15OE);
                } break;
                };
              };
              li__MFWU=(__li__K)(li__MFWU +  1);
            };
            li__2LWJ=li__OVOP(&(li__MEIP->li__SWEO));
            /* __li__B__ __li__I__ */
if (((__li__K)(li__2LWJ +  1) >  1)) {
              li__CJRU=li__OVOP(&(li__MEIP->li__SWEO));
              li__GJRU= 1;
              while ((li__GJRU <= li__CJRU)) {
                li__XJRU=((__li__BC *)li__15OE);
                /* __li__B__ __li__I__ */
if ((((__li__3 *)li__XJRU->li__CUN)[(__li__K)(li__XJRU->li__NK -  1)] != '(')) {
                  li__SRX(((__li__BC *)li__15OE),',');
                };
                li__UMIP=li__LV0P(&(li__MEIP->li__SWEO),li__GJRU);
                li__WMIP=li__UMIP->li__0FXO;
                /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
if (li__WMIP==NULL) {
                  li__XMIP=NULL;
                } else {
                  if (((struct ___OBJ *)li__WMIP)->__id==__li__DFNL__) {
                    li__XMIP=((void *)li__WMIP);
                  } else /* Other types */ {
                    li__XMIP=NULL;
                  }
                };
                li__EHAQ=li__DSEM(((__li__DFNL *)li__XMIP));
                li__SRX(((__li__BC *)li__15OE),'&');
                li__JAZ(((__li__BC *)li__15OE),li__EHAQ);
                li__GJRU=(__li__K)(li__GJRU +  1);
              };
            };
            li__SRX(((__li__BC *)li__15OE),')');
          };
        };
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__DFNL__: {
        li__BFOR=((__li__DFNL *)((__li__O3B *)li__HDWU));
        li__ZYHP=li__DSEM(li__BFOR);
        /* __li__B__ __li__I__ */
if ((! li__BFOR->li__EFNL.li__4BDK)) {
          /* __li__B__ __li__I__ */
if (li__BFOR->li__JG1L->li__ERNE) {
            li__SRX(((__li__BC *)li__15OE),'*');
          };
          li__JAZ(((__li__BC *)li__15OE),li__ZYHP);
          li__GYIV=li__BFOR->li__EFNL.li__CSSH;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GYIV)->__id) {
          case __li__WK__: {
            li__O2HP=((__li__WK *)li__GYIV)->li__1K.li__WZLE;
          } break;
          case __li__AVBD__: {
            li__O2HP=((__li__AVBD *)li__GYIV)->li__K2ME;
          } break;
          case __li__KVBD__: {
            li__O2HP=((__li__KVBD *)li__GYIV)->li__LVBD.li__WZLE;
          } break;
          case __li__WVBD__: {
            li__O2HP=((__li__WVBD *)li__GYIV)->li__XVBD.li__WZLE;
          } break;
          case __li__Z4WH__: {
            li__O2HP=li__JK5J(((__li__Z4WH *)li__GYIV));
          } break;
          case __li__KTVI__: {
            li__O2HP=li__5UEK();
          } break;
          case __li__LTVI__: {
            li__O2HP=li__553L();
          } break;
          case __li__XTVI__: {
            li__O2HP=li__FVEK();
          } break;
          case __li__YTVI__: {
            li__O2HP=li__FA4L();
          } break;
          case __li__S2VI__: {
            li__O2HP=li__KVEK();
          } break;
          case __li__E3VI__: {
            li__O2HP=li__PVEK();
          } break;
          case __li__KLWI__: {
            li__O2HP=li__UVEK();
          } break;
          case __li__ULWI__: {
            li__O2HP=li__ZVEK();
          } break;
          case __li__NMWI__: {
            li__O2HP=li__4VEK();
          } break;
          case __li__BNWI__: {
            li__O2HP=li__DWEK(((__li__BNWI *)li__GYIV));
          } break;
          case __li__XNWI__: {
            li__O2HP=li__IWEK(((__li__XNWI *)li__GYIV));
          } break;
          case __li__LOWI__: {
            li__O2HP=li__NWEK(((__li__LOWI *)li__GYIV));
          } break;
          case __li__5OWI__: {
            li__O2HP=li__SWEK(((__li__5OWI *)li__GYIV));
          } break;
          case __li__TPWI__: {
            li__O2HP=li__XWEK(((__li__TPWI *)li__GYIV));
          } break;
          case __li__HQWI__: {
            li__O2HP=li__2WEK(((__li__HQWI *)li__GYIV));
          } break;
          case __li__ARWI__: {
            li__O2HP=li__QRB__->li__RRB.li__J0C;
          } break;
          case __li__URWI__: {
            li__O2HP=li__FXEK(((__li__URWI *)li__GYIV));
          } break;
          case __li__MSWI__: {
            li__O2HP=li__RXEK();
          } break;
          case __li__ETWI__: {
            li__O2HP=((__li__ETWI *)li__GYIV)->li__NSBK;
          } break;
          case __li__MZWI__: {
            li__O2HP=((__li__MZWI *)li__GYIV)->li__NZWI.li__WZLE;
          } break;
          case __li__C0WI__: {
            li__O2HP=((__li__C0WI *)li__GYIV)->li__D0WI.li__WZLE;
          } break;
          case __li__M1WI__: {
            li__O2HP=((__li__M1WI *)li__GYIV)->li__N1WI.li__WZLE;
          } break;
          case __li__KMFK__: {
            li__O2HP=((__li__KMFK *)li__GYIV)->li__3RFK->li__WTBD.li__0RNE;
          } break;
          case __li__XOHL__: {
            li__O2HP=li__T4NN(((__li__XOHL *)li__GYIV));
          } break;
          case __li__FPHL__: {
            li__O2HP=li__KA4L(((__li__FPHL *)li__GYIV));
          } break;
          case __li__APLM__: {
            li__O2HP=li__YFDQ();
          } break;
          case __li__DTNM__: {
            li__O2HP=li__1ISO(((__li__DTNM *)li__GYIV));
          } break;
          case __li__JXNM__: {
            li__O2HP=li__VX3R(((__li__JXNM *)li__GYIV));
          } break;
          case __li__21LO__: {
            li__O2HP=((__li__21LO *)li__GYIV)->li__KJXO->li__GZB.li__0RNE;
          } break;
          case __li__TPOO__: {
            li__O2HP=((__li__TPOO *)li__GYIV)->li__5IXO->li__GZB.li__0RNE;
          } break;
          case __li__URRO__: {
            li__O2HP=li__FH4R();
          } break;
          case __li__41XO__: {
            li__O2HP=li__3FDQ(((__li__41XO *)li__GYIV));
          } break;
          case __li__AKBR__: {
            li__O2HP=li__WQDS(((__li__AKBR *)li__GYIV));
          } break;
          case __li__SU5R__: {
            li__O2HP=li__T1IS();
          } break;
          case __li__JV5R__: {
            li__O2HP=li__Y1IS();
          } break;
          };
          /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__O2HP)->li__AEM == (void *)li__ORB__)) {
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__BFOR->li__JG1L->li__WTBD.li__0RNE)->li__AEM)->__id) {
            case __li__IF__: 
            case __li__ORB__: 
            case __li__QRB__: 
            case __li__SRB__: 
            case __li__URB__: 
            case __li__GSZ__: {
              li__IEOR=li__I__;
            } break;
            case __li__1RRF__: 
            case __li__UJSH__: {
              li__IEOR=li__B__;
            } break;
            };
            li__Q2HP=li__IEOR;
          } else /* FALSE */ {
            li__Q2HP=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__Q2HP) {
            li__JAZ(((__li__BC *)li__15OE),(&__string_528));
          } else /* FALSE */ {
            li__SRX(((__li__BC *)li__15OE),'=');
            li__JXBN(li__BFOR,li__15OE);
          };
        };
      } break;
      case __li__3I3L__: {
        li__5MIP=((__li__3I3L *)((__li__O3B *)li__HDWU));
        li__2NOP=NULL;
        li__3NOP=NULL;
        li__4NOP=NULL;
        li__OZHP=li__I__;
        li__O1HP=li__I__;
        li__DIWU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__5MIP->li__ETHP)->li__2OLE))).li__FPYE +  1);
        /* __li__B__ __li__I__ */
if ((li__DIWU ==  0)) {
          li__ILHJ=li__5MIP->li__4I3L.li__0CC;
          li__K4E( 1,(&__string_543));
          li__V5E(li__ILHJ);
          li__ODF();
        };
        li__HIWU=((__li__TOLE *)((__li__KI *)li__5MIP->li__ETHP)->li__2OLE);
        li__3WIV=((void **)(*(li__HIWU)).li__S3VG)[(*(li__HIWU)).li__FPYE];
        /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__3WIV==NULL) {
          li__QOOP=NULL;
        } else {
          if (((struct ___OBJ *)li__3WIV)->__id==__li__IYBD__) {
            li__QOOP=((void *)li__3WIV);
          } else /* Other types */ {
            li__QOOP=NULL;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__QOOP != (void *)NULL)) {
          li__QROU=(__li__K)((*(((__li__BRPK *)li__QOOP->li__KRPK))).li__QRPK +  1);
          li__Q2HP=(li__QROU ==  2);
        } else /* FALSE */ {
          li__Q2HP=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__Q2HP) {
          li__LIWU=((void **)(*(((__li__BRPK *)li__QOOP->li__KRPK))).li__HGEQ)[ 0];
          li__Q2HP=((void *)li__LIWU->li__F2DM == (void *)li__DSB);
        } else /* FALSE */ {
          li__Q2HP=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((li__Q2HP && ((void *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__QOOP->li__KRPK))).li__HGEQ)[ 1])->li__F2DM == (void *)li__LSB))) {
          li__PIWU=((void **)(*(((__li__BRPK *)li__QOOP->li__KRPK))).li__HGEQ)[ 0];
          li__2NOP=li__PIWU->li__0RPK;
          li__3NOP=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__QOOP->li__KRPK))).li__HGEQ)[ 1])->li__0RPK;
          li__TIWU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__2NOP)->li__2OLE))).li__FPYE +  1);
          /* __li__B__ __li__I__ */
if ((li__TIWU ==  0)) {
            li__IEOR=li__B__;
          } else /* FALSE */ {
            li__XIWU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__3NOP)->li__2OLE))).li__FPYE +  1);
            li__IEOR=(li__XIWU ==  0);
          };
          /* __li__B__ __li__I__ */
if (li__IEOR) {
            li__1IWU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__3NOP)->li__2OLE))).li__FPYE +  1);
            /* __li__B__ __li__I__ */
if ((li__1IWU !=  0)) {
              li__OZHP=li__B__;
              li__4NOP=li__2NOP;
              li__2NOP=li__3NOP;
              li__3NOP=li__4NOP;
            };
            li__Y5OE=(__li__K)(li__Y5OE +  1);
            li__2JRU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__5MIP->li__ETHP)->li__2OLE))).li__FPYE +  1);
            /* __li__B__ __li__I__ */
if ((li__2JRU ==  1)) {
              li__O1HP=li__B__;
              /* __li__B__ __li__I__ */
if (li__OZHP) {
                li__JAZ(((__li__BC *)li__15OE),(&__string_544));
              } else /* FALSE */ {
                li__JAZ(((__li__BC *)li__15OE),(&__string_545));
              };
              li__55HP=li__QOOP->li__ZHRO;
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__55HP)->__id) {
              case __li__WK__: {
                li__5ACK(((__li__WK *)li__55HP),li__15OE);
              } break;
              case __li__AVBD__: {
                li__L3MI(((__li__AVBD *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__KVBD__: {
                li__XGCK(((__li__KVBD *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__WVBD__: {
                li__EBNI(((__li__WVBD *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__Z4WH__: {
                li__2NBK(((__li__Z4WH *)((__li__WK *)li__55HP)),li__15OE);
                li__JAZ(((__li__BC *)li__15OE),(&__string_512));
              } break;
              case __li__KTVI__: {
                li__DHCK(((__li__KTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__LTVI__: {
                li__WE1L(((__li__LTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__XTVI__: {
                li__KHCK(((__li__XTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__YTVI__: {
                li__2E1L(((__li__YTVI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__S2VI__: {
                li__QHCK(((__li__S2VI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__E3VI__: {
                li__PJCK(((__li__E3VI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__KLWI__: {
                li__KBG((&__string_513));
                fputc((int)('\n'),stdout);
                exit(( 1));
              } break;
              case __li__ULWI__: {
                li__RLCK(((__li__ULWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__NMWI__: {
                li__JMCK(((__li__NMWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__BNWI__: {
                li__WRCK(((__li__BNWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__XNWI__: {
                li__5TCK(((__li__XNWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__LOWI__: {
                li__IWCK(((__li__LOWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__5OWI__: {
                li__RYCK(((__li__5OWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__TPWI__: {
                li__00CK(((__li__TPWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__HQWI__: {
                li__D3CK(((__li__HQWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__ARWI__: {
                li__M5CK(((__li__ARWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__URWI__: {
                li__BBDK(((__li__URWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__MSWI__: {
                li__GBDK(((__li__MSWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__ETWI__: {
                li__LBDK(((__li__ETWI *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__MZWI__: {
                li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__55HP))->li__3SBK);
              } break;
              case __li__C0WI__: {
                li__I0IV=((__li__C0WI *)((__li__WK *)li__55HP));
                li__SRX(((__li__BC *)li__15OE),'\'');
                li__JAZ(((__li__BC *)li__15OE),li__I0IV->li__CTBK);
                li__SRX(((__li__BC *)li__15OE),'\'');
              } break;
              case __li__M1WI__: {
                li__K0IV=((__li__M1WI *)((__li__WK *)li__55HP));
                li__SRX(((__li__BC *)li__15OE),'\"');
                li__JAZ(((__li__BC *)li__15OE),li__K0IV->li__UTFK);
                li__SRX(((__li__BC *)li__15OE),'\"');
              } break;
              case __li__KMFK__: {
                li__CF1L(((__li__KMFK *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__XOHL__: {
                li__VCMN(((__li__XOHL *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__FPHL__: {
                li__UI4L(((__li__FPHL *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__APLM__: {
                li__T4BQ(((__li__APLM *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__DTNM__: {
                li__5ARO(((__li__DTNM *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__JXNM__: {
                li__RU3R(((__li__JXNM *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__21LO__: {
                li__GVIP(((__li__21LO *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__TPOO__: {
                li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__55HP))->li__5IXO->li__GZB.li__GRNE);
              } break;
              case __li__URRO__: {
                li__4N4R(((__li__URRO *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__41XO__: {
                li__AECQ(((__li__41XO *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__AKBR__: {
                li__WVCS(((__li__AKBR *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__SU5R__: {
                li__CNIS(((__li__SU5R *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              case __li__JV5R__: {
                li__PSIS(((__li__JV5R *)((__li__WK *)li__55HP)),li__15OE);
              } break;
              };
              li__JAZ(((__li__BC *)li__15OE),(&__string_515));
              li__5IWU=((__li__TOLE *)((__li__KI *)li__2NOP)->li__2OLE);
              (*(li__5IWU)).li__FPYE=(__li__K)((*(li__5IWU)).li__FPYE -  1);
              li__LCMN(((__li__KI *)li__2NOP),li__15OE);
              li__YEOR=li__B__;
            } else /* FALSE */ {
              li__YEOR=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__YEOR)) {
              li__AKRU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__2NOP)->li__2OLE))).li__FPYE +  1);
              /* __li__B__ __li__I__ */
if ((li__AKRU ==  1)) {
                li__O1HP=li__B__;
                li__JAZ(((__li__BC *)li__15OE),(&__string_546));
                li__CJWU=((__li__TOLE *)((__li__KI *)li__5MIP->li__ETHP)->li__2OLE);
                (*(li__CJWU)).li__FPYE=(__li__K)((*(li__CJWU)).li__FPYE -  1);
                li__LCMN(((__li__KI *)li__5MIP->li__ETHP),li__15OE);
                /* __li__B__ __li__I__ */
if (li__OZHP) {
                  li__JAZ(((__li__BC *)li__15OE),(&__string_547));
                } else /* FALSE */ {
                  li__JAZ(((__li__BC *)li__15OE),(&__string_548));
                };
                li__0FOR=li__QOOP->li__ZHRO;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0FOR)->__id) {
                case __li__WK__: {
                  li__5ACK(((__li__WK *)li__0FOR),li__15OE);
                } break;
                case __li__AVBD__: {
                  li__L3MI(((__li__AVBD *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__KVBD__: {
                  li__XGCK(((__li__KVBD *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__WVBD__: {
                  li__EBNI(((__li__WVBD *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__Z4WH__: {
                  li__2NBK(((__li__Z4WH *)((__li__WK *)li__0FOR)),li__15OE);
                  li__JAZ(((__li__BC *)li__15OE),(&__string_512));
                } break;
                case __li__KTVI__: {
                  li__DHCK(((__li__KTVI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__LTVI__: {
                  li__WE1L(((__li__LTVI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__XTVI__: {
                  li__KHCK(((__li__XTVI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__YTVI__: {
                  li__2E1L(((__li__YTVI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__S2VI__: {
                  li__QHCK(((__li__S2VI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__E3VI__: {
                  li__PJCK(((__li__E3VI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__KLWI__: {
                  li__KBG((&__string_513));
                  fputc((int)('\n'),stdout);
                  exit(( 1));
                } break;
                case __li__ULWI__: {
                  li__RLCK(((__li__ULWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__NMWI__: {
                  li__JMCK(((__li__NMWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__BNWI__: {
                  li__WRCK(((__li__BNWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__XNWI__: {
                  li__5TCK(((__li__XNWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__LOWI__: {
                  li__IWCK(((__li__LOWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__5OWI__: {
                  li__RYCK(((__li__5OWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__TPWI__: {
                  li__00CK(((__li__TPWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__HQWI__: {
                  li__D3CK(((__li__HQWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__ARWI__: {
                  li__M5CK(((__li__ARWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__URWI__: {
                  li__BBDK(((__li__URWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__MSWI__: {
                  li__GBDK(((__li__MSWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__ETWI__: {
                  li__LBDK(((__li__ETWI *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__MZWI__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__0FOR))->li__3SBK);
                } break;
                case __li__C0WI__: {
                  li__S0IV=((__li__C0WI *)((__li__WK *)li__0FOR));
                  li__SRX(((__li__BC *)li__15OE),'\'');
                  li__JAZ(((__li__BC *)li__15OE),li__S0IV->li__CTBK);
                  li__SRX(((__li__BC *)li__15OE),'\'');
                } break;
                case __li__M1WI__: {
                  li__U0IV=((__li__M1WI *)((__li__WK *)li__0FOR));
                  li__SRX(((__li__BC *)li__15OE),'\"');
                  li__JAZ(((__li__BC *)li__15OE),li__U0IV->li__UTFK);
                  li__SRX(((__li__BC *)li__15OE),'\"');
                } break;
                case __li__KMFK__: {
                  li__CF1L(((__li__KMFK *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__XOHL__: {
                  li__VCMN(((__li__XOHL *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__FPHL__: {
                  li__UI4L(((__li__FPHL *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__APLM__: {
                  li__T4BQ(((__li__APLM *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__DTNM__: {
                  li__5ARO(((__li__DTNM *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__JXNM__: {
                  li__RU3R(((__li__JXNM *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__21LO__: {
                  li__GVIP(((__li__21LO *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__TPOO__: {
                  li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__0FOR))->li__5IXO->li__GZB.li__GRNE);
                } break;
                case __li__URRO__: {
                  li__4N4R(((__li__URRO *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__41XO__: {
                  li__AECQ(((__li__41XO *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__AKBR__: {
                  li__WVCS(((__li__AKBR *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__SU5R__: {
                  li__CNIS(((__li__SU5R *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                case __li__JV5R__: {
                  li__PSIS(((__li__JV5R *)((__li__WK *)li__0FOR)),li__15OE);
                } break;
                };
                li__SRX(((__li__BC *)li__15OE),')');
              };
            };
            li__Y5OE=(__li__K)(li__Y5OE -  1);
          };
        };
        /* __li__B__ __li__I__ */
if ((! li__O1HP)) {
          li__Y5OE=(__li__K)(li__Y5OE + li__5MIP->li__YVHP);
          li__JAZ(((__li__BC *)li__15OE),li__5MIP->li__BTHP);
          li__JAZ(((__li__BC *)li__15OE),(&__string_318));
          li__1CZ(((__li__BC *)li__15OE),li__FI);
          li__LCMN(((__li__KI *)li__5MIP->li__ETHP),li__15OE);
        };
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__2PLO__: {
        li__KBG((&__string_527));
        li__KBG((&__string_447));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__O3B *)li__HDWU))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__EDHP__: {
        li__ZKXR=((__li__EDHP *)((__li__O3B *)li__HDWU));
        li__JAZ(((__li__BC *)li__15OE),(&__string_501));
        li__JAZ(((__li__BC *)li__15OE),li__ZKXR->li__JOXQ->li__BTHP);
        li__Y5OE=(__li__K)(li__Y5OE -  1);
      } break;
      case __li__CJ1P__: {
        li__030Q=((__li__CJ1P *)((__li__O3B *)li__HDWU));
        li__JAZ(((__li__BC *)li__15OE),(&__string_549));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_550));
        li__JAZ(((__li__BC *)li__FI),(&__string_192));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_551));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_552));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_553));
        li__3WIV=li__030Q->li__L1IQ;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3WIV)->__id) {
        case __li__WK__: {
          li__5ACK(((__li__WK *)li__3WIV),li__15OE);
        } break;
        case __li__AVBD__: {
          li__L3MI(((__li__AVBD *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__KVBD__: {
          li__XGCK(((__li__KVBD *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__WVBD__: {
          li__EBNI(((__li__WVBD *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__Z4WH__: {
          li__2NBK(((__li__Z4WH *)((__li__WK *)li__3WIV)),li__15OE);
          li__JAZ(((__li__BC *)li__15OE),(&__string_512));
        } break;
        case __li__KTVI__: {
          li__DHCK(((__li__KTVI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__LTVI__: {
          li__WE1L(((__li__LTVI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__XTVI__: {
          li__KHCK(((__li__XTVI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__YTVI__: {
          li__2E1L(((__li__YTVI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__S2VI__: {
          li__QHCK(((__li__S2VI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__E3VI__: {
          li__PJCK(((__li__E3VI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__KLWI__: {
          li__KBG((&__string_513));
          fputc((int)('\n'),stdout);
          exit(( 1));
        } break;
        case __li__ULWI__: {
          li__RLCK(((__li__ULWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__NMWI__: {
          li__JMCK(((__li__NMWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__BNWI__: {
          li__WRCK(((__li__BNWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__XNWI__: {
          li__5TCK(((__li__XNWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__LOWI__: {
          li__IWCK(((__li__LOWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__5OWI__: {
          li__RYCK(((__li__5OWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__TPWI__: {
          li__00CK(((__li__TPWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__HQWI__: {
          li__D3CK(((__li__HQWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__ARWI__: {
          li__M5CK(((__li__ARWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__URWI__: {
          li__BBDK(((__li__URWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__MSWI__: {
          li__GBDK(((__li__MSWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__ETWI__: {
          li__LBDK(((__li__ETWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__MZWI__: {
          li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__3WIV))->li__3SBK);
        } break;
        case __li__C0WI__: {
          li__IGWU=((__li__C0WI *)((__li__WK *)li__3WIV));
          li__SRX(((__li__BC *)li__15OE),'\'');
          li__JAZ(((__li__BC *)li__15OE),li__IGWU->li__CTBK);
          li__SRX(((__li__BC *)li__15OE),'\'');
        } break;
        case __li__M1WI__: {
          li__LGWU=((__li__M1WI *)((__li__WK *)li__3WIV));
          li__SRX(((__li__BC *)li__15OE),'\"');
          li__JAZ(((__li__BC *)li__15OE),li__LGWU->li__UTFK);
          li__SRX(((__li__BC *)li__15OE),'\"');
        } break;
        case __li__KMFK__: {
          li__CF1L(((__li__KMFK *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__XOHL__: {
          li__VCMN(((__li__XOHL *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__FPHL__: {
          li__UI4L(((__li__FPHL *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__APLM__: {
          li__T4BQ(((__li__APLM *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__DTNM__: {
          li__5ARO(((__li__DTNM *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__JXNM__: {
          li__RU3R(((__li__JXNM *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__21LO__: {
          li__GVIP(((__li__21LO *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__TPOO__: {
          li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__3WIV))->li__5IXO->li__GZB.li__GRNE);
        } break;
        case __li__URRO__: {
          li__4N4R(((__li__URRO *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__41XO__: {
          li__AECQ(((__li__41XO *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__AKBR__: {
          li__WVCS(((__li__AKBR *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__SU5R__: {
          li__CNIS(((__li__SU5R *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__JV5R__: {
          li__PSIS(((__li__JV5R *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        };
        li__JAZ(((__li__BC *)li__15OE),(&__string_554));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_555));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_556));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_557));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_558));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_559));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_560));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_561));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_562));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_563));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_406));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_564));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_565));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_566));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_567));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_568));
        li__3WIV=li__030Q->li__L1IQ;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3WIV)->__id) {
        case __li__WK__: {
          li__5ACK(((__li__WK *)li__3WIV),li__15OE);
        } break;
        case __li__AVBD__: {
          li__L3MI(((__li__AVBD *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__KVBD__: {
          li__XGCK(((__li__KVBD *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__WVBD__: {
          li__EBNI(((__li__WVBD *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__Z4WH__: {
          li__2NBK(((__li__Z4WH *)((__li__WK *)li__3WIV)),li__15OE);
          li__JAZ(((__li__BC *)li__15OE),(&__string_512));
        } break;
        case __li__KTVI__: {
          li__DHCK(((__li__KTVI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__LTVI__: {
          li__WE1L(((__li__LTVI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__XTVI__: {
          li__KHCK(((__li__XTVI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__YTVI__: {
          li__2E1L(((__li__YTVI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__S2VI__: {
          li__QHCK(((__li__S2VI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__E3VI__: {
          li__PJCK(((__li__E3VI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__KLWI__: {
          li__KBG((&__string_513));
          fputc((int)('\n'),stdout);
          exit(( 1));
        } break;
        case __li__ULWI__: {
          li__RLCK(((__li__ULWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__NMWI__: {
          li__JMCK(((__li__NMWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__BNWI__: {
          li__WRCK(((__li__BNWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__XNWI__: {
          li__5TCK(((__li__XNWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__LOWI__: {
          li__IWCK(((__li__LOWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__5OWI__: {
          li__RYCK(((__li__5OWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__TPWI__: {
          li__00CK(((__li__TPWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__HQWI__: {
          li__D3CK(((__li__HQWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__ARWI__: {
          li__M5CK(((__li__ARWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__URWI__: {
          li__BBDK(((__li__URWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__MSWI__: {
          li__GBDK(((__li__MSWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__ETWI__: {
          li__LBDK(((__li__ETWI *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__MZWI__: {
          li__JAZ(((__li__BC *)li__15OE),((__li__MZWI *)((__li__WK *)li__3WIV))->li__3SBK);
        } break;
        case __li__C0WI__: {
          li__IGWU=((__li__C0WI *)((__li__WK *)li__3WIV));
          li__SRX(((__li__BC *)li__15OE),'\'');
          li__JAZ(((__li__BC *)li__15OE),li__IGWU->li__CTBK);
          li__SRX(((__li__BC *)li__15OE),'\'');
        } break;
        case __li__M1WI__: {
          li__LGWU=((__li__M1WI *)((__li__WK *)li__3WIV));
          li__SRX(((__li__BC *)li__15OE),'\"');
          li__JAZ(((__li__BC *)li__15OE),li__LGWU->li__UTFK);
          li__SRX(((__li__BC *)li__15OE),'\"');
        } break;
        case __li__KMFK__: {
          li__CF1L(((__li__KMFK *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__XOHL__: {
          li__VCMN(((__li__XOHL *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__FPHL__: {
          li__UI4L(((__li__FPHL *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__APLM__: {
          li__T4BQ(((__li__APLM *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__DTNM__: {
          li__5ARO(((__li__DTNM *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__JXNM__: {
          li__RU3R(((__li__JXNM *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__21LO__: {
          li__GVIP(((__li__21LO *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__TPOO__: {
          li__JAZ(((__li__BC *)li__15OE),((__li__TPOO *)((__li__WK *)li__3WIV))->li__5IXO->li__GZB.li__GRNE);
        } break;
        case __li__URRO__: {
          li__4N4R(((__li__URRO *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__41XO__: {
          li__AECQ(((__li__41XO *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__AKBR__: {
          li__WVCS(((__li__AKBR *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__SU5R__: {
          li__CNIS(((__li__SU5R *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        case __li__JV5R__: {
          li__PSIS(((__li__JV5R *)((__li__WK *)li__3WIV)),li__15OE);
        } break;
        };
        li__SRX(((__li__BC *)li__15OE),')');
      } break;
      case __li__EN1P__: {
        li__JAZ(((__li__BC *)li__15OE),(&__string_569));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_570));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_571));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_572));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_561));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_573));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_406));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_574));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_565));
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__JAZ(((__li__BC *)li__15OE),(&__string_575));
        li__WBZ(((__li__BC *)li__FI), 2);
        li__1CZ(((__li__BC *)li__15OE),li__FI);
        li__SRX(((__li__BC *)li__15OE),'}');
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__O3B *)li__HDWU)),li__15OE);
      } break;
      };
      li__DMQI=(__li__K)(li__35OE +  1);
      li__35OE=li__DMQI;
    } while (((li__DMQI <= (__li__K)((*(li__05OE->li__2OLE)).li__FPYE +  1)) && (li__25OE == li__15OE->li__NK)));
    li__JAZ(((__li__BC *)li__15OE),(&__string_222));
  };
}

static void li__NBPE(__li__Z0IE *li__PBPE,__li__BC *li__QBPE)
/* (Strict FAST_ARRAY(LOCAL){NULLxli__Z0IE},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__SBPE,*li__FS0K,*li__GS0K;
  __li__K li__TBPE,li__ACPE,li__D4SI;
  __li__VTBD *li__GCPE,*li__JCUE;
  __li__SQNE *li__RR0K;
  void *li__ES0K;
  __li__C li__05MH;
  li__SBPE=NULL;
  li__TBPE= 0;
  li__05MH=((*(((__li__Z0IE *)li__PBPE))).li__4BPE <  0);
  /* __li__B__ __li__I__ */
if ((! li__05MH)) {
    li__ACPE=(*(li__PBPE)).li__4BPE;
    li__D4SI= 0;
    while ((li__D4SI <= li__ACPE)) {
      li__GCPE=((void **)(*(((__li__Z0IE *)li__PBPE))).li__WWWG)[li__D4SI];
      /* __li__B__ __li__I__ */
if ((! li__GCPE->li__ERNE)) {
        /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__GCPE->li__WTBD.li__0RNE)->li__AEM == (void *)li__SRB__)) {
          li__MP=(__li__K)(li__MP +  1);
        } else /* FALSE */ {
          li__JP=(__li__K)(li__JP +  1);
        };
        li__JCUE=((__li__VTBD *)li__GCPE);
        /* __li__B__ __li__I__ */
if (((! ((((__li__F0C)(((__li__5RB *)li__JCUE->li__WTBD.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__JCUE->li__WTBD.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__JCUE->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66)))) && (! ((__li__F0C)(((__li__5RB *)li__GCPE->li__WTBD.li__0RNE)->li__BEM &  4) !=  0)))) {
          li__RR0K=li__5D4G();
          li__15MM(((__li__VTBD *)li__GCPE),li__RR0K);
          /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__RR0K)->li__VQNE.li__ZTMI +  1) !=  0)) {
            /* __li__B__ __li__I__ */
if (((void *)((void **)((__li__SQNE *)li__RR0K)->li__VQNE.li__GABM)[ 0] == (void *)li__ORB__)) {
              li__5JGN(((__li__SQNE *)li__RR0K));
              /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__RR0K)->li__VQNE.li__ZTMI +  1) ==  1)) {
                li__ES0K=((void **)((__li__SQNE *)li__RR0K)->li__VQNE.li__GABM)[ 0];
                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ES0K)->__id) {
                case __li__IF__: {
                  li__FS0K=((__li__IF *)li__ES0K)->li__J0C;
                } break;
                case __li__ORB__: {
                  li__FS0K=((__li__ORB *)li__ES0K)->li__PRB.li__J0C;
                } break;
                case __li__QRB__: {
                  li__FS0K=((__li__QRB *)li__ES0K)->li__RRB.li__J0C;
                } break;
                case __li__SRB__: {
                  li__FS0K=((__li__SRB *)li__ES0K)->li__TRB.li__J0C;
                } break;
                case __li__URB__: {
                  li__FS0K=((__li__URB *)li__ES0K)->li__VRB.li__J0C;
                } break;
                case __li__GSZ__: {
                  li__FS0K=((__li__GSZ *)li__ES0K)->li__HSZ.li__J0C;
                } break;
                case __li__1RRF__: {
                  li__FS0K=((__li__1RRF *)li__ES0K)->li__2RRF.li__J0C;
                } break;
                case __li__UJSH__: {
                  li__FS0K=((__li__UJSH *)li__ES0K)->li__WJSH.li__J0C;
                } break;
                };
                li__GS0K=li__NNSE(((__li__5RB *)li__FS0K));
                ((__li__VTBD *)li__GCPE)->li__WTBD.li__0RNE=li__GS0K;
              };
            };
          };
          li__EVEM(((__li__SQNE *)li__RR0K));
        };
        /* __li__B__ __li__I__ */
if ((((__li__K)((__li__K)(li__QBPE->li__NK + li__GCPE->li__WTBD.li__GRNE->li__2C) - li__TBPE) >  70) || ((void *)li__SBPE != (void *)li__GCPE->li__WTBD.li__0RNE))) {
          /* __li__B__ __li__I__ */
if (((void *)li__SBPE != (void *)NULL)) {
            li__JAZ(((__li__BC *)li__QBPE),(&__string_222));
          };
          li__TBPE=li__QBPE->li__NK;
          li__SBPE=li__GCPE->li__WTBD.li__0RNE;
          li__1CZ(((__li__BC *)li__QBPE),li__FI);
          li__DN0G(((__li__5RB *)li__SBPE),li__QBPE);
          li__SRX(((__li__BC *)li__QBPE),' ');
        } else /* FALSE */ {
          li__SRX(((__li__BC *)li__QBPE),',');
        };
        li__DO0G(((__li__5RB *)li__SBPE),li__QBPE);
        li__JAZ(((__li__BC *)li__QBPE),li__GCPE->li__WTBD.li__GRNE);
      };
      li__D4SI=(__li__K)(li__D4SI +  1);
    };
    li__JAZ(((__li__BC *)li__QBPE),(&__string_222));
  };
}

static void li__PIMH(__li__IF *li__QIMH)
/* (Strict TYPE{li__IF}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__PYRU;
  __li__K li__NP0H,li__XP0H,li__LHDI;
  __li__C li__YPPU,li__CJMH,li__YGDI;
  __li__TXB *li__KP0H,*li__IGDI;
  void **li__EHDI;
  /* __li__B__ __li__I__ */
if (((void *)li__QIMH->li__D0C != (void *)NULL)) {
    li__YPPU=((*(((__li__ZZC *)li__QIMH->li__D0C))).li__VBM <  0);
    /* __li__B__ __li__I__ */
if (li__YPPU) {
      li__CJMH=li__B__;
    } else /* FALSE */ {
      li__PYRU=((void **)(*(((__li__ZZC *)li__QIMH->li__D0C))).li__RBM)[ 0];
      li__CJMH=((void *)li__PYRU != (void *)NULL);
    };
    li__YPPU=li__CJMH;
  } else /* FALSE */ {
    li__YPPU=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__YPPU) {
    li__KP0H=((__li__TXB *)li__2XB);
    li__NP0H= 0;
    /* __li__B__ __li__I__ */
if (((*(li__KP0H)).li__CYB >=  0)) {
      li__XP0H=li__SGFI(((void **)(*(li__KP0H)).li__2P0),li__QIMH,(*(li__KP0H)).li__CYB);
      li__NP0H=li__XP0H;
    };
    /* __li__B__ __li__I__ */
if ((li__NP0H > (*(li__2XB)).li__CYB)) {
      li__IGDI=((__li__TXB *)li__2XB);
      /* __li__B__ __li__I__ */
if (((__li__K)((*(li__IGDI)).li__CYB +  1) <= (__li__K)((*(li__IGDI)).li__PP0 -  1))) {
        (*(li__IGDI)).li__CYB=(__li__K)((*(li__IGDI)).li__CYB +  1);
        li__YGDI=li__B__;
      } else /* FALSE */ {
        li__YGDI=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__YGDI)) {
        /* __li__B__ __li__I__ */
if (((*(li__IGDI)).li__PP0 ==  0)) {
          li__EHDI=li__SFHB( 2);
          (*(li__IGDI)).li__2P0=li__EHDI;
          (*(li__IGDI)).li__PP0= 2;
          (*(li__IGDI)).li__CYB= 0;
        } else /* FALSE */ {
          li__LHDI=(__li__K)((*(li__IGDI)).li__PP0 <<  1);
          li__EHDI=li__Y3II(((void **)(*(li__IGDI)).li__2P0),(*(li__IGDI)).li__PP0,li__LHDI);
          (*(li__IGDI)).li__2P0=li__EHDI;
          (*(li__IGDI)).li__PP0=li__LHDI;
          (*(li__IGDI)).li__CYB=(__li__K)((*(li__IGDI)).li__CYB +  1);
        };
      };
      ((void **)(*(li__IGDI)).li__2P0)[(*(li__IGDI)).li__CYB]=li__QIMH;
    };
  };
}

static void li__FKMH(__li__ORB *li__GKMH)
/* (Strict TYPE_NULL{li__ORB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__RYRU;
  __li__K li__TQ0H,li__3Q0H,li__YKDI;
  __li__C li__5PPU,li__YKMH,li__FKDI;
  __li__TXB *li__QQ0H,*li__VJDI;
  void **li__RKDI;
  /* __li__B__ __li__I__ */
if (((void *)li__GKMH->li__PRB.li__D0C != (void *)NULL)) {
    li__5PPU=((*(((__li__ZZC *)li__GKMH->li__PRB.li__D0C))).li__VBM <  0);
    /* __li__B__ __li__I__ */
if (li__5PPU) {
      li__YKMH=li__B__;
    } else /* FALSE */ {
      li__RYRU=((void **)(*(((__li__ZZC *)li__GKMH->li__PRB.li__D0C))).li__RBM)[ 0];
      li__YKMH=((void *)li__RYRU != (void *)NULL);
    };
    li__5PPU=li__YKMH;
  } else /* FALSE */ {
    li__5PPU=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__5PPU) {
    li__QQ0H=((__li__TXB *)li__2XB);
    li__TQ0H= 0;
    /* __li__B__ __li__I__ */
if (((*(li__QQ0H)).li__CYB >=  0)) {
      li__3Q0H=li__SGFI(((void **)(*(li__QQ0H)).li__2P0),li__GKMH,(*(li__QQ0H)).li__CYB);
      li__TQ0H=li__3Q0H;
    };
    /* __li__B__ __li__I__ */
if ((li__TQ0H > (*(li__2XB)).li__CYB)) {
      li__VJDI=((__li__TXB *)li__2XB);
      /* __li__B__ __li__I__ */
if (((__li__K)((*(li__VJDI)).li__CYB +  1) <= (__li__K)((*(li__VJDI)).li__PP0 -  1))) {
        (*(li__VJDI)).li__CYB=(__li__K)((*(li__VJDI)).li__CYB +  1);
        li__FKDI=li__B__;
      } else /* FALSE */ {
        li__FKDI=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__FKDI)) {
        /* __li__B__ __li__I__ */
if (((*(li__VJDI)).li__PP0 ==  0)) {
          li__RKDI=li__SFHB( 2);
          (*(li__VJDI)).li__2P0=li__RKDI;
          (*(li__VJDI)).li__PP0= 2;
          (*(li__VJDI)).li__CYB= 0;
        } else /* FALSE */ {
          li__YKDI=(__li__K)((*(li__VJDI)).li__PP0 <<  1);
          li__RKDI=li__Y3II(((void **)(*(li__VJDI)).li__2P0),(*(li__VJDI)).li__PP0,li__YKDI);
          (*(li__VJDI)).li__2P0=li__RKDI;
          (*(li__VJDI)).li__PP0=li__YKDI;
          (*(li__VJDI)).li__CYB=(__li__K)((*(li__VJDI)).li__CYB +  1);
        };
      };
      ((void **)(*(li__VJDI)).li__2P0)[(*(li__VJDI)).li__CYB]=li__GKMH;
    };
  };
}

static void li__1LMH(__li__QRB *li__2LMH)
/* (Strict TYPE_VOID{li__QRB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__TYRU;
  __li__K li__0R0H,li__ES0H,li__FODI;
  __li__C li__GQPU,li__OMMH,li__SNDI;
  __li__TXB *li__XR0H,*li__CNDI;
  void **li__4NDI;
  /* __li__B__ __li__I__ */
if (((void *)li__2LMH->li__RRB.li__D0C != (void *)NULL)) {
    li__GQPU=((*(((__li__ZZC *)li__2LMH->li__RRB.li__D0C))).li__VBM <  0);
    /* __li__B__ __li__I__ */
if (li__GQPU) {
      li__OMMH=li__B__;
    } else /* FALSE */ {
      li__TYRU=((void **)(*(((__li__ZZC *)li__2LMH->li__RRB.li__D0C))).li__RBM)[ 0];
      li__OMMH=((void *)li__TYRU != (void *)NULL);
    };
    li__GQPU=li__OMMH;
  } else /* FALSE */ {
    li__GQPU=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__GQPU) {
    li__XR0H=((__li__TXB *)li__2XB);
    li__0R0H= 0;
    /* __li__B__ __li__I__ */
if (((*(li__XR0H)).li__CYB >=  0)) {
      li__ES0H=li__SGFI(((void **)(*(li__XR0H)).li__2P0),li__2LMH,(*(li__XR0H)).li__CYB);
      li__0R0H=li__ES0H;
    };
    /* __li__B__ __li__I__ */
if ((li__0R0H > (*(li__2XB)).li__CYB)) {
      li__CNDI=((__li__TXB *)li__2XB);
      /* __li__B__ __li__I__ */
if (((__li__K)((*(li__CNDI)).li__CYB +  1) <= (__li__K)((*(li__CNDI)).li__PP0 -  1))) {
        (*(li__CNDI)).li__CYB=(__li__K)((*(li__CNDI)).li__CYB +  1);
        li__SNDI=li__B__;
      } else /* FALSE */ {
        li__SNDI=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__SNDI)) {
        /* __li__B__ __li__I__ */
if (((*(li__CNDI)).li__PP0 ==  0)) {
          li__4NDI=li__SFHB( 2);
          (*(li__CNDI)).li__2P0=li__4NDI;
          (*(li__CNDI)).li__PP0= 2;
          (*(li__CNDI)).li__CYB= 0;
        } else /* FALSE */ {
          li__FODI=(__li__K)((*(li__CNDI)).li__PP0 <<  1);
          li__4NDI=li__Y3II(((void **)(*(li__CNDI)).li__2P0),(*(li__CNDI)).li__PP0,li__FODI);
          (*(li__CNDI)).li__2P0=li__4NDI;
          (*(li__CNDI)).li__PP0=li__FODI;
          (*(li__CNDI)).li__CYB=(__li__K)((*(li__CNDI)).li__CYB +  1);
        };
      };
      ((void **)(*(li__CNDI)).li__2P0)[(*(li__CNDI)).li__CYB]=li__2LMH;
    };
  };
}

static void li__RNMH(__li__SRB *li__SNMH)
/* (Strict TYPE_CONTEXT{li__SRB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__VYRU;
  __li__K li__BT0H,li__LT0H,li__SRDI;
  __li__C li__NQPU,li__EOMH,li__5QDI;
  __li__TXB *li__4S0H,*li__PQDI;
  void **li__LRDI;
  /* __li__B__ __li__I__ */
if (((void *)li__SNMH->li__TRB.li__D0C != (void *)NULL)) {
    li__NQPU=((*(((__li__ZZC *)li__SNMH->li__TRB.li__D0C))).li__VBM <  0);
    /* __li__B__ __li__I__ */
if (li__NQPU) {
      li__EOMH=li__B__;
    } else /* FALSE */ {
      li__VYRU=((void **)(*(((__li__ZZC *)li__SNMH->li__TRB.li__D0C))).li__RBM)[ 0];
      li__EOMH=((void *)li__VYRU != (void *)NULL);
    };
    li__NQPU=li__EOMH;
  } else /* FALSE */ {
    li__NQPU=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__NQPU) {
    li__4S0H=((__li__TXB *)li__2XB);
    li__BT0H= 0;
    /* __li__B__ __li__I__ */
if (((*(li__4S0H)).li__CYB >=  0)) {
      li__LT0H=li__SGFI(((void **)(*(li__4S0H)).li__2P0),li__SNMH,(*(li__4S0H)).li__CYB);
      li__BT0H=li__LT0H;
    };
    /* __li__B__ __li__I__ */
if ((li__BT0H > (*(li__2XB)).li__CYB)) {
      li__PQDI=((__li__TXB *)li__2XB);
      /* __li__B__ __li__I__ */
if (((__li__K)((*(li__PQDI)).li__CYB +  1) <= (__li__K)((*(li__PQDI)).li__PP0 -  1))) {
        (*(li__PQDI)).li__CYB=(__li__K)((*(li__PQDI)).li__CYB +  1);
        li__5QDI=li__B__;
      } else /* FALSE */ {
        li__5QDI=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__5QDI)) {
        /* __li__B__ __li__I__ */
if (((*(li__PQDI)).li__PP0 ==  0)) {
          li__LRDI=li__SFHB( 2);
          (*(li__PQDI)).li__2P0=li__LRDI;
          (*(li__PQDI)).li__PP0= 2;
          (*(li__PQDI)).li__CYB= 0;
        } else /* FALSE */ {
          li__SRDI=(__li__K)((*(li__PQDI)).li__PP0 <<  1);
          li__LRDI=li__Y3II(((void **)(*(li__PQDI)).li__2P0),(*(li__PQDI)).li__PP0,li__SRDI);
          (*(li__PQDI)).li__2P0=li__LRDI;
          (*(li__PQDI)).li__PP0=li__SRDI;
          (*(li__PQDI)).li__CYB=(__li__K)((*(li__PQDI)).li__CYB +  1);
        };
      };
      ((void **)(*(li__PQDI)).li__2P0)[(*(li__PQDI)).li__CYB]=li__SNMH;
    };
  };
}

static void li__RPMH(__li__GSZ *li__SPMH)
/* (Strict TYPE_GENERIC{li__GSZ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__XYRU;
  __li__K li__IU0H,li__SU0H,li__5UDI;
  __li__C li__UQPU,li__EQMH,li__MUDI;
  __li__TXB *li__FU0H,*li__2TDI;
  void **li__YUDI;
  /* __li__B__ __li__I__ */
if (((void *)li__SPMH->li__HSZ.li__D0C != (void *)NULL)) {
    li__UQPU=((*(((__li__ZZC *)li__SPMH->li__HSZ.li__D0C))).li__VBM <  0);
    /* __li__B__ __li__I__ */
if (li__UQPU) {
      li__EQMH=li__B__;
    } else /* FALSE */ {
      li__XYRU=((void **)(*(((__li__ZZC *)li__SPMH->li__HSZ.li__D0C))).li__RBM)[ 0];
      li__EQMH=((void *)li__XYRU != (void *)NULL);
    };
    li__UQPU=li__EQMH;
  } else /* FALSE */ {
    li__UQPU=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__UQPU) {
    li__FU0H=((__li__TXB *)li__2XB);
    li__IU0H= 0;
    /* __li__B__ __li__I__ */
if (((*(li__FU0H)).li__CYB >=  0)) {
      li__SU0H=li__SGFI(((void **)(*(li__FU0H)).li__2P0),li__SPMH,(*(li__FU0H)).li__CYB);
      li__IU0H=li__SU0H;
    };
    /* __li__B__ __li__I__ */
if ((li__IU0H > (*(li__2XB)).li__CYB)) {
      li__2TDI=((__li__TXB *)li__2XB);
      /* __li__B__ __li__I__ */
if (((__li__K)((*(li__2TDI)).li__CYB +  1) <= (__li__K)((*(li__2TDI)).li__PP0 -  1))) {
        (*(li__2TDI)).li__CYB=(__li__K)((*(li__2TDI)).li__CYB +  1);
        li__MUDI=li__B__;
      } else /* FALSE */ {
        li__MUDI=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__MUDI)) {
        /* __li__B__ __li__I__ */
if (((*(li__2TDI)).li__PP0 ==  0)) {
          li__YUDI=li__SFHB( 2);
          (*(li__2TDI)).li__2P0=li__YUDI;
          (*(li__2TDI)).li__PP0= 2;
          (*(li__2TDI)).li__CYB= 0;
        } else /* FALSE */ {
          li__5UDI=(__li__K)((*(li__2TDI)).li__PP0 <<  1);
          li__YUDI=li__Y3II(((void **)(*(li__2TDI)).li__2P0),(*(li__2TDI)).li__PP0,li__5UDI);
          (*(li__2TDI)).li__2P0=li__YUDI;
          (*(li__2TDI)).li__PP0=li__5UDI;
          (*(li__2TDI)).li__CYB=(__li__K)((*(li__2TDI)).li__CYB +  1);
        };
      };
      ((void **)(*(li__2TDI)).li__2P0)[(*(li__2TDI)).li__CYB]=li__SPMH;
    };
  };
}

static void li__EUNI(__li__1RRF *li__FUNI,__li__BC *li__GUNI)
/* (Strict TYPE_BLOCK{li__1RRF},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__2UNI;
  li__JAZ(((__li__BC *)li__GUNI),(&__string_123));
  li__2UNI=li__UFSI();
  li__JAZ(((__li__BC *)li__GUNI),li__2UNI);
  li__B2QI(li__FUNI);
}

static void li__H34H(__li__GSZ *li__I34H,__li__BC *li__J34H)
/* (Strict TYPE_GENERIC{li__GSZ},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__MJWU,*li__OJWU;
  __li__C li__V34H;
  /* __li__B__ __li__I__ */
if (((void *)li__I34H->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_44))) {
    li__MJWU=((void **)(*(((__li__3PZ *)li__I34H->li__GGQB))).li__WNFC)[ 0];
    li__DN0G(((__li__5RB *)li__MJWU),li__J34H);
    li__V34H=li__B__;
  } else /* FALSE */ {
    li__V34H=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__V34H)) {
    /* __li__B__ __li__I__ */
if (((void *)li__I34H->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_45))) {
      li__JAZ(((__li__BC *)li__J34H),(&__string_576));
      li__OJWU=((void **)(*(((__li__3PZ *)li__I34H->li__GGQB))).li__WNFC)[ 0];
      li__DN0G(((__li__5RB *)li__OJWU),li__J34H);
    } else /* FALSE */ {
      li__JAZ(((__li__BC *)li__J34H),(&__string_123));
      li__JAZ(((__li__BC *)li__J34H),li__I34H->li__HSZ.li__QGQB);
      li__RPMH(li__I34H);
    };
  };
}

static void li__HAPI(__li__1RRF *li__IAPI,__li__BC *li__JAPI)
/* (Strict TYPE_BLOCK{li__1RRF},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__KAPI;
  li__JAZ(((__li__BC *)li__JAPI),(&__string_123));
  li__KAPI=li__UFSI();
  li__JAZ(((__li__BC *)li__JAPI),li__KAPI);
  li__B2QI(li__IAPI);
}

static void li__GGON(__li__UJSH *li__HGON)
/* (Strict PROFIL_BLOCK{li__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__1YRU;
  __li__K li__3P1O,li__HQ1O,li__54DP;
  __li__C li__CRPU,li__ZGON,li__M4DP;
  __li__TXB *li__0P1O,*li__23DP;
  void **li__Y4DP;
  /* __li__B__ __li__I__ */
if (((void *)li__HGON->li__WJSH.li__D0C != (void *)NULL)) {
    li__CRPU=((*(((__li__ZZC *)li__HGON->li__WJSH.li__D0C))).li__VBM <  0);
    /* __li__B__ __li__I__ */
if (li__CRPU) {
      li__ZGON=li__B__;
    } else /* FALSE */ {
      li__1YRU=((void **)(*(((__li__ZZC *)li__HGON->li__WJSH.li__D0C))).li__RBM)[ 0];
      li__ZGON=((void *)li__1YRU != (void *)NULL);
    };
    li__CRPU=li__ZGON;
  } else /* FALSE */ {
    li__CRPU=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__CRPU) {
    li__0P1O=((__li__TXB *)li__2XB);
    li__3P1O= 0;
    /* __li__B__ __li__I__ */
if (((*(li__0P1O)).li__CYB >=  0)) {
      li__HQ1O=li__SGFI(((void **)(*(li__0P1O)).li__2P0),li__HGON,(*(li__0P1O)).li__CYB);
      li__3P1O=li__HQ1O;
    };
    /* __li__B__ __li__I__ */
if ((li__3P1O > (*(li__2XB)).li__CYB)) {
      li__23DP=((__li__TXB *)li__2XB);
      /* __li__B__ __li__I__ */
if (((__li__K)((*(li__23DP)).li__CYB +  1) <= (__li__K)((*(li__23DP)).li__PP0 -  1))) {
        (*(li__23DP)).li__CYB=(__li__K)((*(li__23DP)).li__CYB +  1);
        li__M4DP=li__B__;
      } else /* FALSE */ {
        li__M4DP=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__M4DP)) {
        /* __li__B__ __li__I__ */
if (((*(li__23DP)).li__PP0 ==  0)) {
          li__Y4DP=li__SFHB( 2);
          (*(li__23DP)).li__2P0=li__Y4DP;
          (*(li__23DP)).li__PP0= 2;
          (*(li__23DP)).li__CYB= 0;
        } else /* FALSE */ {
          li__54DP=(__li__K)((*(li__23DP)).li__PP0 <<  1);
          li__Y4DP=li__Y3II(((void **)(*(li__23DP)).li__2P0),(*(li__23DP)).li__PP0,li__54DP);
          (*(li__23DP)).li__2P0=li__Y4DP;
          (*(li__23DP)).li__PP0=li__54DP;
          (*(li__23DP)).li__CYB=(__li__K)((*(li__23DP)).li__CYB +  1);
        };
      };
      ((void **)(*(li__23DP)).li__2P0)[(*(li__23DP)).li__CYB]=li__HGON;
    };
  };
}

static void li__QUIH(__li__GSZ *li__RUIH,__li__BC *li__SUIH)
/* (Strict TYPE_GENERIC{li__GSZ},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__QJWU;
  /* __li__B__ __li__I__ */
if ((((void *)li__RUIH->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__RUIH->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
    li__SRX(((__li__BC *)li__SUIH),'*');
    li__QJWU=((void **)(*(((__li__3PZ *)li__RUIH->li__GGQB))).li__WNFC)[ 0];
    li__DO0G(((__li__5RB *)li__QJWU),li__SUIH);
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__SUIH),'*');
  };
}

static void li__X0KI(__li__IF *li__Z0KI,__li__DZB *li__Y0KI)
/* (Strict TYPE{li__IF},Strict SLOT_DATA{NULLxli__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__B1KI;
  void *li__L2KI;
  __li__C li__F1KI,li__V1KI,li__31KI;
  /* __li__B__ __li__I__ */
if ((li__Y0KI->li__GZB.li__LNME >  0)) {
    li__F1KI=li__B__;
  } else /* FALSE */ {
    li__B1KI=li__QXVG(((__li__DZB *)li__Y0KI));
    li__F1KI=((void *)((__li__ULSB *)li__B1KI)->li__XNKE == (void *)(&__string_34));
  };
  /* __li__B__ __li__I__ */
if ((li__F1KI && ((void *)((__li__5RB *)li__Y0KI->li__GZB.li__0RNE)->li__AEM != (void *)li__Z0KI))) {
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__Y0KI->li__GZB.li__0RNE)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__V1KI=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__V1KI=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__V1KI) {
      li__V1KI=li__B__;
    } else /* FALSE */ {
      li__31KI=li__35ML(li__Z0KI,li__Y0KI->li__GZB.li__0RNE);
      li__V1KI=li__31KI;
    };
    li__F1KI=li__V1KI;
  } else /* FALSE */ {
    li__F1KI=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__F1KI) {
    li__L2KI=((__li__5RB *)li__Y0KI->li__GZB.li__0RNE)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__L2KI)->__id) {
    case __li__IF__: {
      li__PYKI(((__li__IF *)li__L2KI));
    } break;
    case __li__ORB__: {
      li__JAZ(((__li__BC *)li__NE),(&__string_247));
    } break;
    case __li__QRB__:  break;
    case __li__SRB__: {
      li__JAZ(((__li__BC *)li__NE),(&__string_248));
    } break;
    case __li__URB__:  break;
    case __li__GSZ__: {
      li__SRLI(((__li__GSZ *)li__L2KI));
    } break;
    case __li__1RRF__: {
      li__RLGJ();
    } break;
    case __li__UJSH__: {
      li__RLGJ();
    } break;
    };
  };
}

static void li__G4KI(__li__IF *li__I4KI,__li__DZB *li__H4KI)
/* (Strict TYPE{li__IF},Strict SLOT_DATA{NULLxli__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__J4KI;
  li__J4KI=li__QXVG(((__li__DZB *)li__H4KI));
  /* __li__B__ __li__I__ */
if ((((void *)((__li__ULSB *)li__J4KI)->li__XNKE == (void *)(&__string_34)) || (li__H4KI->li__GZB.li__LNME >  0))) {
    li__SL1K(li__I4KI,li__H4KI);
  };
}

static void li__SL1K(__li__IF *li__TL1K,__li__DZB *li__UL1K)
/* (Strict TYPE{li__IF},Strict SLOT_DATA{NULLxli__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__2L1K;
  __li__PO li__LM1K;
  __li__K li__ON1K;
  __li__MZB *li__J5IV;
  /* __li__B__ __li__I__ */
if (li__TL1K->li__TF->li__QXEC) {
    li__2L1K=li__QXVG(((__li__DZB *)li__UL1K));
    /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__2L1K)->li__XNKE == (void *)(&__string_34))) {
      li__J5IV=((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[ 0];
      li__GHIL(((__li__MZB *)li__J5IV),li__UL1K);
    } else /* FALSE */ {
      li__LM1K=li__UL1K->li__GZB.li__FZB.li__RF.li__0CC;
      li__K4E( 1,(&__string_577));
      li__V5E(li__LM1K);
      li__ODF();
    };
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__UL1K->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && (! ((__li__F0C)(((__li__5RB *)li__UL1K->li__GZB.li__0RNE)->li__BEM &  2) !=  0)))) {
      li__GHIL(((__li__MZB *)((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[ 4]),li__UL1K);
    } else /* FALSE */ {
      li__ON1K=li__NCTL(((__li__5RB *)li__UL1K->li__GZB.li__0RNE));
      li__GHIL(((__li__MZB *)((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[li__ON1K]),li__UL1K);
    };
  };
}

static void li__I3OM(__li__IF *li__J3OM)
/* (Strict TYPE{li__IF}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if ((((void *)li__J3OM->li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__J3OM->li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__NE),(&__string_385));
    li__JAZ(((__li__BC *)li__NE),li__J3OM->li__TF->li__SEZB);
    li__JAZ(((__li__BC *)li__NE),(&__string_388));
    li__JAZ(((__li__BC *)li__NE),li__J3OM->li__QGQB);
    li__SRX(((__li__BC *)li__NE),';');
    li__SRX(((__li__BC *)li__NE),'\n');
  };
}

static void li__HEYI(__li__ZZC *li__IEYI)
/* (Strict FAST_ARRAY(SLOT){li__ZZC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__2WQJ,li__4KRU,li__ALRU,li__CLRU;
  __li__C li__2EYI,li__MXQJ;
  void **li__KXQJ,**li__KYQJ;
  /* __li__B__ __li__I__ */
if (( 0 <= (*(li__IEYI)).li__VBM)) {
    ((void **)(*(li__IEYI)).li__RBM)[ 0]=NULL;
    li__2EYI=li__B__;
  } else /* FALSE */ {
    li__2EYI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__2EYI)) {
    /* __li__B__ __li__I__ */
if (( 0 == (__li__K)((*(li__IEYI)).li__VBM +  1))) {
      li__BIBG(li__IEYI,NULL);
    } else /* FALSE */ {
      li__2WQJ= 0;
      li__4KRU=(__li__K)((*(li__IEYI)).li__VBM +  1);
      /* __li__B__ __li__I__ */
if (( 1 > li__4KRU)) {
        /* __li__B__ __li__I__ */
if (((*(li__IEYI)).li__EBM ==  0)) {
          li__KXQJ=li__ZFEB( 1);
          (*(li__IEYI)).li__RBM=li__KXQJ;
          (*(li__IEYI)).li__EBM= 1;
          li__MXQJ=li__B__;
        } else /* FALSE */ {
          li__MXQJ=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__MXQJ)) {
          /* __li__B__ __li__I__ */
if (((*(li__IEYI)).li__EBM <  1)) {
            li__2WQJ=(__li__K)((*(li__IEYI)).li__EBM <<  1);
            while ((li__2WQJ <  1)) {
              li__2WQJ=(__li__K)(li__2WQJ <<  1);
            };
            li__KYQJ=li__X5QG(((void **)(*(li__IEYI)).li__RBM),(*(li__IEYI)).li__EBM,li__2WQJ);
            (*(li__IEYI)).li__RBM=li__KYQJ;
            (*(li__IEYI)).li__EBM=li__2WQJ;
          };
        };
        li__MXQJ=li__B__;
      } else /* FALSE */ {
        li__MXQJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__MXQJ)) {
        li__ALRU=(__li__K)((*(li__IEYI)).li__VBM +  1);
        /* __li__B__ __li__I__ */
if (( 1 != li__ALRU)) {
          li__KXQJ=(*(li__IEYI)).li__RBM;
          li__CLRU=(__li__K)((*(li__IEYI)).li__VBM +  1);
          li__3D0G(((void **)li__KXQJ), 1,(__li__K)(li__CLRU -  1));
        };
      };
      (*(li__IEYI)).li__VBM= 0;
      ((void **)(*(li__IEYI)).li__RBM)[ 0]=NULL;
    };
  };
}

static void li__ZTLI(__li__GSZ *li__1TLI,__li__DZB *li__0TLI)
/* (Strict TYPE_GENERIC{li__GSZ},Strict SLOT_DATA{NULLxli__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__DULI;
  void *li__NVLI;
  __li__C li__HULI,li__XULI,li__5ULI;
  /* __li__B__ __li__I__ */
if ((li__0TLI->li__GZB.li__LNME >  0)) {
    li__HULI=li__B__;
  } else /* FALSE */ {
    li__DULI=li__QXVG(((__li__DZB *)li__0TLI));
    li__HULI=((void *)((__li__ULSB *)li__DULI)->li__XNKE == (void *)(&__string_34));
  };
  /* __li__B__ __li__I__ */
if ((li__HULI && ((void *)((__li__5RB *)li__0TLI->li__GZB.li__0RNE)->li__AEM != (void *)li__1TLI))) {
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__0TLI->li__GZB.li__0RNE)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__XULI=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__XULI=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__XULI) {
      li__XULI=li__B__;
    } else /* FALSE */ {
      li__5ULI=li__RBNL(li__1TLI,li__0TLI->li__GZB.li__0RNE);
      li__XULI=li__5ULI;
    };
    li__HULI=li__XULI;
  } else /* FALSE */ {
    li__HULI=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__HULI) {
    li__NVLI=((__li__5RB *)li__0TLI->li__GZB.li__0RNE)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__NVLI)->__id) {
    case __li__IF__: {
      li__PYKI(((__li__IF *)li__NVLI));
    } break;
    case __li__ORB__: {
      li__JAZ(((__li__BC *)li__NE),(&__string_247));
    } break;
    case __li__QRB__:  break;
    case __li__SRB__: {
      li__JAZ(((__li__BC *)li__NE),(&__string_248));
    } break;
    case __li__URB__:  break;
    case __li__GSZ__: {
      li__SRLI(((__li__GSZ *)li__NVLI));
    } break;
    case __li__1RRF__: {
      li__RLGJ();
    } break;
    case __li__UJSH__: {
      li__RLGJ();
    } break;
    };
  };
}

static void li__IXLI(__li__GSZ *li__KXLI,__li__DZB *li__JXLI)
/* (Strict TYPE_GENERIC{li__GSZ},Strict SLOT_DATA{NULLxli__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__LXLI;
  li__LXLI=li__QXVG(((__li__DZB *)li__JXLI));
  /* __li__B__ __li__I__ */
if ((((void *)((__li__ULSB *)li__LXLI)->li__XNKE == (void *)(&__string_34)) || (li__JXLI->li__GZB.li__LNME >  0))) {
    li__UN1K(li__KXLI,li__JXLI);
  };
}

static void li__UN1K(__li__GSZ *li__VN1K,__li__DZB *li__WN1K)
/* (Strict TYPE_GENERIC{li__GSZ},Strict SLOT_DATA{NULLxli__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__4N1K;
  __li__PO li__NO1K;
  __li__K li__QP1K;
  __li__MZB *li__JCPN;
  /* __li__B__ __li__I__ */
if (li__VN1K->li__HSZ.li__TF->li__QXEC) {
    li__4N1K=li__QXVG(((__li__DZB *)li__WN1K));
    /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__4N1K)->li__XNKE == (void *)(&__string_34))) {
      li__JCPN=((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[ 0];
      li__GHIL(((__li__MZB *)li__JCPN),li__WN1K);
    } else /* FALSE */ {
      li__NO1K=li__WN1K->li__GZB.li__FZB.li__RF.li__0CC;
      li__K4E( 1,(&__string_577));
      li__V5E(li__NO1K);
      li__ODF();
    };
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__WN1K->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && (! ((__li__F0C)(((__li__5RB *)li__WN1K->li__GZB.li__0RNE)->li__BEM &  2) !=  0)))) {
      li__GHIL(((__li__MZB *)((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[ 4]),li__WN1K);
    } else /* FALSE */ {
      li__QP1K=li__NCTL(((__li__5RB *)li__WN1K->li__GZB.li__0RNE));
      li__GHIL(((__li__MZB *)((void **)(*(((__li__WBLI *)li__5BLI))).li__WCPN)[li__QP1K]),li__WN1K);
    };
  };
}

static void li__14OM(__li__GSZ *li__24OM)
/* (Strict TYPE_GENERIC{li__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__YJWU;
  void *li__V5OM;
  __li__ORB *li__CFEN;
  __li__QRB *li__LGEN;
  __li__SRB *li__UHEN;
  __li__URB *li__3IEN;
  __li__PF *li__IKEN,*li__QKEN;
  __li__U *li__KLEN;
  __li__UJSH *li__I4RN;
  __li__C li__VKEN;
  /* __li__B__ __li__I__ */
if ((((void *)li__24OM->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__24OM->li__HSZ.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
    li__YJWU=((void **)(*(((__li__3PZ *)li__24OM->li__GGQB))).li__WNFC)[ 0];
    li__V5OM=((__li__5RB *)li__YJWU)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__V5OM)->__id) {
    case __li__IF__: {
      li__I3OM(((__li__IF *)li__V5OM));
    } break;
    case __li__ORB__: {
      li__CFEN=((__li__ORB *)li__V5OM);
      /* __li__B__ __li__I__ */
if ((((void *)li__CFEN->li__PRB.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__CFEN->li__PRB.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
        print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
      } else /* FALSE */ {
        li__JAZ(((__li__BC *)li__NE),(&__string_385));
        li__JAZ(((__li__BC *)li__NE),li__CFEN->li__PRB.li__TF->li__SEZB);
        li__JAZ(((__li__BC *)li__NE),(&__string_388));
        li__JAZ(((__li__BC *)li__NE),(&__string_1));
        li__SRX(((__li__BC *)li__NE),';');
        li__SRX(((__li__BC *)li__NE),'\n');
      };
    } break;
    case __li__QRB__: {
      li__LGEN=((__li__QRB *)li__V5OM);
      /* __li__B__ __li__I__ */
if ((((void *)li__LGEN->li__RRB.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__LGEN->li__RRB.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
        print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
      } else /* FALSE */ {
        li__JAZ(((__li__BC *)li__NE),(&__string_385));
        li__JAZ(((__li__BC *)li__NE),li__LGEN->li__RRB.li__TF->li__SEZB);
        li__JAZ(((__li__BC *)li__NE),(&__string_388));
        li__JAZ(((__li__BC *)li__NE),(&__string_2));
        li__SRX(((__li__BC *)li__NE),';');
        li__SRX(((__li__BC *)li__NE),'\n');
      };
    } break;
    case __li__SRB__: {
      li__UHEN=((__li__SRB *)li__V5OM);
      /* __li__B__ __li__I__ */
if ((((void *)li__UHEN->li__TRB.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__UHEN->li__TRB.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
        print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
      } else /* FALSE */ {
        li__JAZ(((__li__BC *)li__NE),(&__string_385));
        li__JAZ(((__li__BC *)li__NE),(&__string_213));
        li__JAZ(((__li__BC *)li__NE),(&__string_388));
        li__JAZ(((__li__BC *)li__NE),(&__string_51));
        li__SRX(((__li__BC *)li__NE),';');
        li__SRX(((__li__BC *)li__NE),'\n');
      };
    } break;
    case __li__URB__: {
      li__3IEN=((__li__URB *)li__V5OM);
      /* __li__B__ __li__I__ */
if ((((void *)li__3IEN->li__VRB.li__TF->li__SF.li__R2B == (void *)(&__string_44)) || ((void *)li__3IEN->li__VRB.li__TF->li__SF.li__R2B == (void *)(&__string_45)))) {
        print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
      } else /* FALSE */ {
        li__JAZ(((__li__BC *)li__NE),(&__string_385));
        li__JAZ(((__li__BC *)li__NE),li__3IEN->li__VRB.li__TF->li__SEZB);
        li__JAZ(((__li__BC *)li__NE),(&__string_388));
        li__JAZ(((__li__BC *)li__NE),(&__string_53));
        li__SRX(((__li__BC *)li__NE),';');
        li__SRX(((__li__BC *)li__NE),'\n');
      };
    } break;
    case __li__GSZ__: {
      li__14OM(((__li__GSZ *)li__V5OM));
    } break;
    case __li__1RRF__: {
      li__IKEN=li__QLKI();
      /* __li__B__ __li__I__ */
if (((void *)li__IKEN->li__SF.li__R2B == (void *)(&__string_44))) {
        li__VKEN=li__B__;
      } else /* FALSE */ {
        li__QKEN=li__QLKI();
        li__VKEN=((void *)li__QKEN->li__SF.li__R2B == (void *)(&__string_45));
      };
      /* __li__B__ __li__I__ */
if (li__VKEN) {
        print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
      } else /* FALSE */ {
        li__JAZ(((__li__BC *)li__NE),(&__string_385));
        li__QKEN=li__QLKI();
        li__JAZ(((__li__BC *)li__NE),li__QKEN->li__SEZB);
        li__JAZ(((__li__BC *)li__NE),(&__string_388));
        li__KLEN=li__UFSI();
        li__JAZ(((__li__BC *)li__NE),li__KLEN);
        li__SRX(((__li__BC *)li__NE),';');
        li__SRX(((__li__BC *)li__NE),'\n');
      };
    } break;
    case __li__UJSH__: {
      li__I4RN=((__li__UJSH *)li__V5OM);
      li__IKEN=li__VYLN();
      /* __li__B__ __li__I__ */
if (((void *)li__IKEN->li__SF.li__R2B == (void *)(&__string_44))) {
        li__VKEN=li__B__;
      } else /* FALSE */ {
        li__QKEN=li__VYLN();
        li__VKEN=((void *)li__QKEN->li__SF.li__R2B == (void *)(&__string_45));
      };
      /* __li__B__ __li__I__ */
if (li__VKEN) {
        print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
      } else /* FALSE */ {
        li__JAZ(((__li__BC *)li__NE),(&__string_385));
        li__KLEN=li__CBMN();
        li__JAZ(((__li__BC *)li__NE),li__KLEN);
        li__JAZ(((__li__BC *)li__NE),(&__string_388));
        li__JAZ(((__li__BC *)li__NE),li__I4RN->li__VJSH.li__NZFD);
        li__SRX(((__li__BC *)li__NE),';');
        li__SRX(((__li__BC *)li__NE),'\n');
      };
    } break;
    };
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__NE),(&__string_385));
    li__JAZ(((__li__BC *)li__NE),li__24OM->li__HSZ.li__TF->li__SEZB);
    li__JAZ(((__li__BC *)li__NE),(&__string_388));
    li__JAZ(((__li__BC *)li__NE),li__24OM->li__HSZ.li__QGQB);
    li__SRX(((__li__BC *)li__NE),';');
    li__SRX(((__li__BC *)li__NE),'\n');
  };
}

static void li__LNJN(__li__IFGD *li__MNJN,__li__K li__NNJN)
/* (Strict HASHED_SET(PROFIL){li__IFGD},Expanded INTEGER{li__K}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__GOJN,li__TPJN;
  void **li__WSPU,**li__3SPU;
  __li__C li__MOJN;
  /* __li__B__ __li__I__ */
if ((li__NNJN == (__li__K)(li__MNJN->li__FYXF +  1))) {
    li__MNJN->li__FYXF=li__NNJN;
    li__MNJN->li__3YIN=li__MNJN->li__3YIN->li__XNJN;
    li__WSPU=li__MNJN->li__DYXF;
    while ((! ((void *)li__MNJN->li__3YIN != (void *)NULL))) {
      li__GOJN=(__li__K)(li__MNJN->li__EOJN +  1);
      li__MNJN->li__EOJN=li__GOJN;
      li__MNJN->li__3YIN=((void **)li__WSPU)[li__GOJN];
    };
    li__MOJN=li__B__;
  } else /* FALSE */ {
    li__MOJN=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! (li__MOJN || (li__NNJN == li__MNJN->li__FYXF)))) {
    /* __li__B__ __li__I__ */
if ((li__NNJN ==  1)) {
      li__MNJN->li__FYXF= 1;
      li__MNJN->li__EOJN= 0;
      li__MNJN->li__3YIN=((void **)li__MNJN->li__DYXF)[ 0];
      li__3SPU=li__MNJN->li__DYXF;
      while ((! ((void *)li__MNJN->li__3YIN != (void *)NULL))) {
        li__TPJN=(__li__K)(li__MNJN->li__EOJN +  1);
        li__MNJN->li__EOJN=li__TPJN;
        li__MNJN->li__3YIN=((void **)li__3SPU)[li__TPJN];
      };
    } else /* FALSE */ {
      li__LNJN(li__MNJN, 1);
      while ((li__MNJN->li__FYXF != li__NNJN)) {
        li__LNJN(li__MNJN,(__li__K)(li__MNJN->li__FYXF +  1));
      };
    };
  };
}

static void li__1RHH(__li__K li__2RHH)
/* (Expanded INTEGER{li__K}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__JSHH;
  __li__3 li__ISHH;
  li__ISHH=((__li__3 )(((__li__QJG)(((__li__QJG )(__li__K)(li__2RHH %  10)) + ((__li__QJG )'0')))));
  li__JSHH=(__li__K)(li__2RHH /  10);
  /* __li__B__ __li__I__ */
if ((li__JSHH !=  0)) {
    li__1RHH(li__JSHH);
  };
  fputc((int)(li__ISHH),stdout);
}

static __li__RKG* li__U5DB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__RJRB,li__TJRB;
  __li__JJG li__OJRB,li__2JRB;
  __li__RKG *li__ABEB,*li__W5DB;
  /* __li__B__ __li__I__ */
if ((li__45DB ==  0)) {
    li__RJRB=((__li__CB )(NULL));
    li__TJRB=((__li__CB )(NULL));
    li__OJRB=((__li__JJG ) 33554432);
    do {
      li__2JRB=(__li__JJG)(li__OJRB * ((__li__JJG ) 2));
      li__OJRB=li__2JRB;
      li__RJRB=li__TJRB;
      li__TJRB=((__li__CB )(realloc((li__TJRB),(li__2JRB))));
    } while ((! ((li__TJRB == (void *)NULL) || ((__li__JJG)(li__2JRB >>  20) ==  2048))));
    /* __li__B__ __li__I__ */
if ((li__TJRB == (void *)NULL)) {
      li__OJRB=(__li__JJG)(li__OJRB / ((__li__JJG ) 2));
    } else /* FALSE */ {
      li__RJRB=li__TJRB;
    };
    li__45DB=li__OJRB;
    li__N2I=li__RJRB;
    ;
  };
  li__OJRB=(__li__JJG)(li__1ZJ <<  26);
  li__1ZJ=(__li__JJG)(li__1ZJ - (__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 1)));
  /* __li__B__ __li__I__ */
if (((__li__JJG)(li__OJRB - (__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 67108864))) > li__45DB)) {
    li__KBG((&__string_578));
    exit(( 1));
  };
  li__ABEB=((__li__RKG *)(void *)((unsigned long)li__N2I - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )li__OJRB))));
  li__ABEB->li__TKG=NULL;
  li__ABEB->li__UKG=(__li__JJG)((__li__JJG)(((__li__JJG ) 0) - (__li__JJG)((__li__JJG)((__li__JJG)(((__li__JJG ) 0) - (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - (__li__JJG)((__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 0)) - ((__li__JJG ) 1)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG ) 2)) - ((__li__JJG ) 1)))) - ((__li__JJG ) 1))) - ((__li__JJG ) 1)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - ((__li__JJG )(__li__K)( 67108864 - (__li__K)(((__li__K )(sizeof(void *))) + ((__li__K )(sizeof(unsigned long))))))) - ((__li__JJG ) 1)))) - ((__li__JJG ) 1));
  li__VWWB(li__ABEB);
  last_block[((__li__JJG)(li__1ZJ - ((__li__JJG ) 1)))] = (li__ABEB);
  li__W5DB=li__ABEB;
  return(li__W5DB);
}

static __li__C li__TT1(__li__U *li__UT1,void *li__VT1)
/* (Strict STRING_CONSTANT{li__U},ABSTRACT_STRING{NULLxli__Uxli__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__4T1,li__5T1;
  __li__C li__XT1,li__UU1,li__WT1;
  __li__3 *li__QU1,*li__RU1;
  li__XT1=li__I__;
  li__4T1=li__UT1->li__2C;
  /* NULL __li__U__ __li__BC__ */
if (((struct ___OBJ *)li__VT1)->__id==__li__U__) {
    li__5T1=((__li__U *)li__VT1)->li__2C;
  } else /* STRING */ {
    li__5T1=((__li__BC *)li__VT1)->li__NK;
  };
  /* __li__B__ __li__I__ */
if ((li__4T1 == li__5T1)) {
    /* __li__B__ __li__I__ */
if ((li__UT1->li__2C ==  0)) {
      li__XT1=li__B__;
    } else /* FALSE */ {
      li__QU1=li__UT1->li__3C;
      /* NULL __li__U__ __li__BC__ */
if (((struct ___OBJ *)li__VT1)->__id==__li__U__) {
        li__RU1=((__li__U *)li__VT1)->li__3C;
      } else /* STRING */ {
        li__RU1=((__li__BC *)li__VT1)->li__CUN;
      };
      li__UU1=li__VVOB(((__li__3 *)li__QU1),li__RU1,li__UT1->li__2C);
      li__XT1=li__UU1;
    };
  };
  li__WT1=li__XT1;
  return(li__WT1);
}

static __li__K li__TO3(__li__BC *li__UO3)
/* (Strict STRING{li__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__WO3,li__XO3,li__S3BB,li__VO3;
  __li__3 *li__ZLRU;
  li__WO3= 0;
  li__XO3=li__UO3->li__NK;
  li__S3BB= 1;
  li__ZLRU=li__UO3->li__CUN;
  while ((li__S3BB <= li__XO3)) {
    li__WO3=(__li__K)((__li__K)( 5 * li__WO3) + ((__li__K )((__li__QJG )((__li__3 *)li__ZLRU)[(__li__K)(li__S3BB -  1)])));
    li__S3BB=(__li__K)(li__S3BB +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__WO3 <  0)) {
    li__WO3=(__li__K)(~ li__WO3);
  };
  li__VO3=li__WO3;
  return(li__VO3);
}

static __li__C li__HK4(__li__HR *li__IK4,__li__U *li__JK4)
/* (Strict HASHED_SET(ABSTRACT_STRING){li__HR},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__TK4;
  __li__0FZ *li__SK4;
  __li__C li__KK4;
  li__TK4=li__AIO(((__li__U *)li__JK4));
  li__SK4=((void **)li__IK4->li__JGZ)[(__li__K)(li__TK4 % li__IK4->li__CGZ)];
  while ((! (((void *)li__SK4 == (void *)NULL) || ((void *)li__SK4->li__VGZ == (void *)li__JK4)))) {
    li__SK4=li__SK4->li__BHZ;
  };
  li__KK4=((void *)li__SK4 != (void *)NULL);
  return(li__KK4);
}

static void** li__YPPI(void **li__ZPPI,__li__K li__0PPI,__li__K li__1PPI)
/* (Strict NATIVE_ARRAY(LIP_SLOT_DATA){li__SQRH},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__4QPI;
  __li__K li__ERPI,li__X0RK;
  void **li__DRPI,**li__2PPI;
  li__4QPI=li__CUY(((__li__CB )li__ZPPI),((__li__JJG )(__li__K)(li__0PPI * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__1PPI * ((__li__K )(sizeof(void *))))));
  li__DRPI=((void **)li__4QPI);
  li__ERPI=(__li__K)(li__1PPI -  1);
  li__X0RK=li__0PPI;
  while ((li__X0RK <= li__ERPI)) {
    li__DRPI[li__X0RK]=NULL;
    li__X0RK=(__li__K)(li__X0RK +  1);
  };
  li__2PPI=li__DRPI;
  return(li__2PPI);
}

static void* li__LWUF(__li__YOB *li__MWUF)
/* (Strict LIP_CALL{li__YOB}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__CFB *li__OWUF,*li__BEOG,*li__3ASH;
  void *li__QWUF,*li__RWUF,*li__0WUF,*li__CTZG,*li__NWUF;
  void *li__ZWUF;
  __li__YHB *li__FXUF,*li__U5IV,*li__V5IV;
  __li__PO li__MXUF,li__PFQG;
  __li__MHB *li__UXUF,*li__2YUF,*li__R5IV,*li__S5IV;
  __li__K li__0YUF;
  __li__U *li__NZUF;
  __li__3 *li__HGFG;
  __li__C li__WXUF,li__BDZF,li__JYUF;
  __li__U3IE *li__SASH;
  li__OWUF=NULL;
  li__QWUF=NULL;
  li__RWUF=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__MWUF->li__I1SF != (void *)NULL)) {
    li__ZWUF=li__MWUF->li__I1SF;
    /* NULL __li__YOB__ __li__LN5D__ __li__KO5D__ */
switch (((struct ___OBJ *)li__ZWUF)->__id) {
    case __li__YOB__: {
      li__0WUF=li__LWUF(((__li__YOB *)li__ZWUF));
    } break;
    case __li__LN5D__: {
      li__0WUF=li__Z0UF(((__li__LN5D *)li__ZWUF));
    } break;
    case __li__KO5D__: {
      li__0WUF=li__50UF(((__li__KO5D *)li__ZWUF));
    } break;
    };
    li__QWUF=li__0WUF;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__MWUF->li__T1SF == (void *)(&__string_102))) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__QWUF==NULL) {
      li__FXUF=NULL;
    } else {
      if (((struct ___OBJ *)li__QWUF)->__id==__li__YHB__) {
        li__FXUF=((void *)li__QWUF);
      } else /* Other types */ {
        li__FXUF=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__FXUF == (void *)NULL)) {
      li__MXUF=li__MWUF->li__ZOB.li__0CC;
      li__K4E( 1,(&__string_424));
      li__V5E(li__MXUF);
      li__ODF();
    };
    ((__li__BC *)li__0C)->li__NK= 0;
    li__R2YG(((__li__YHB *)li__FXUF),li__0C);
    li__HGFG=li__A1V(((__li__BC *)li__0C));
    li__UXUF=li__J2XB(li__MHB__,((__li__K )(system(((char*)((li__HGFG)))))));
    li__RWUF=li__UXUF;
    li__WXUF=li__B__;
  } else /* FALSE */ {
    li__WXUF=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__WXUF) {
    li__WXUF=li__B__;
  } else /* FALSE */ {
    li__BDZF=((void *)li__MWUF->li__T1SF == (void *)(&__string_117));
    /* __li__B__ __li__I__ */
if (li__BDZF) {
      do {
        li__RSZG();
        li__JYUF=li__AAAD(((__li__BC *)li__HYUF));
        /* __li__B__ __li__I__ */
if ((! li__JYUF)) {
          li__KBG((&__string_579));
        };
        li__JYUF=li__AAAD(((__li__BC *)li__HYUF));
      } while ((! li__JYUF));
      li__0YUF=li__VHOD(((__li__BC *)li__HYUF));
      li__2YUF=li__J2XB(li__MHB__,li__0YUF);
      li__RWUF=li__2YUF;
    };
    li__WXUF=li__BDZF;
  };
  /* __li__B__ __li__I__ */
if ((! li__WXUF)) {
    /* __li__B__ __li__I__ */
if (((void *)li__MWUF->li__T1SF == (void *)(&__string_118))) {
      li__RSZG();
      li__NZUF=li__SQC(li__HYUF);
      li__FXUF=li__MJY(li__YHB__,li__NZUF);
      li__RWUF=li__FXUF;
    } else /* FALSE */ {
      li__BEOG=li__QYL(((__li__0HD *)li__CID),li__MWUF->li__T1SF);
      li__OWUF=li__BEOG;
      /* __li__B__ __li__I__ */
if (((void *)li__BEOG == (void *)NULL)) {
        li__SASH=((__li__U3IE *)li__13IE);
        li__3ASH=((void **)(*(li__SASH)).li__XQRH)[(*(li__SASH)).li__SGRH];
        li__OWUF=li__3ASH;
        /* __li__B__ __li__I__ */
if (((void *)li__3ASH == (void *)NULL)) {
          li__HEZ(((__li__BC *)li__0C),(&__string_425));
          li__JAZ(((__li__BC *)li__0C),li__MWUF->li__T1SF);
          li__JAZ(((__li__BC *)li__0C),(&__string_426));
          li__PFQG=li__MWUF->li__ZOB.li__0CC;
          li__K4E( 1,li__0C);
          li__V5E(li__PFQG);
          li__ODF();
        };
      };
      li__0WUF=((__li__CFB *)li__OWUF)->li__XFB;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__0WUF)->__id) {
      case __li__GGB__: {
        li__CTZG=((__li__GGB *)li__0WUF);
      } break;
      case __li__MHB__: {
        li__R5IV=((__li__MHB *)li__0WUF);
        li__S5IV=li__J2XB(li__R5IV,li__R5IV->li__IOC);
        li__CTZG=li__S5IV;
      } break;
      case __li__YHB__: {
        li__U5IV=((__li__YHB *)li__0WUF);
        li__V5IV=li__MJY(li__U5IV,li__U5IV->li__FNC);
        li__CTZG=li__V5IV;
      } break;
      };
      li__RWUF=li__CTZG;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__QWUF != (void *)NULL)) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__QWUF)->__id) {
    case __li__GGB__:  break;
    case __li__MHB__: {
      li__VURF(((__li__MHB *)li__QWUF));
    } break;
    case __li__YHB__: {
      li__DWJE(((__li__YHB *)li__QWUF));
    } break;
    };
  };
  li__NWUF=li__RWUF;
  return(li__NWUF);
}

static void* li__Z0UF(__li__LN5D *li__00UF)
/* (Strict LIP_VALUE{li__LN5D}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__20UF,*li__30UF,*li__10UF;
  __li__MHB *li__HEZF,*li__KEZF;
  __li__YHB *li__NEZF,*li__QEZF;
  li__20UF=li__00UF->li__XXOE;
  /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__20UF)->__id) {
  case __li__GGB__: {
    li__30UF=((__li__GGB *)li__20UF);
  } break;
  case __li__MHB__: {
    li__HEZF=((__li__MHB *)li__20UF);
    li__KEZF=li__J2XB(li__HEZF,li__HEZF->li__IOC);
    li__30UF=li__KEZF;
  } break;
  case __li__YHB__: {
    li__NEZF=((__li__YHB *)li__20UF);
    li__QEZF=li__MJY(li__NEZF,li__NEZF->li__FNC);
    li__30UF=li__QEZF;
  } break;
  };
  li__10UF=li__30UF;
  return(li__10UF);
}

static void* li__50UF(__li__KO5D *li__A1UF)
/* (Strict LIP_LIST{li__KO5D}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__Y5IV;
  __li__PO li__K1UF;
  void *li__Q1UF,*li__B1UF;
  __li__1M5D *li__X5IV;
  li__Q4XF(li__A1UF);
  li__X5IV=((__li__1M5D *)li__A1UF->li__TETF);
  li__Y5IV=((void **)(*(li__X5IV)).li__RIUF)[(*(li__X5IV)).li__OLME];
  /* __li__B__ __li__I__ */
if (((void *)li__Y5IV == (void *)NULL)) {
    li__K1UF=li__A1UF->li__LO5D.li__0CC;
    li__K4E( 1,(&__string_580));
    li__V5E(li__K1UF);
    li__ODF();
  };
  li__X5IV=((__li__1M5D *)li__A1UF->li__TETF);
  li__Y5IV=((void **)(*(li__X5IV)).li__RIUF)[(*(li__X5IV)).li__OLME];
  /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ __li__LNIE__ */
switch (((struct ___OBJ *)li__Y5IV)->__id) {
  case __li__YOB__: {
    li__Q1UF=li__LWUF(((__li__YOB *)li__Y5IV));
  } break;
  case __li__HLSC__: {
    li__Q1UF=li__O5QH(((__li__HLSC *)li__Y5IV));
  } break;
  case __li__M30C__: {
    li__Q1UF=li__MCRH(((__li__M30C *)li__Y5IV));
  } break;
  case __li__LN5D__: {
    li__Q1UF=li__Z0UF(((__li__LN5D *)li__Y5IV));
  } break;
  case __li__KO5D__: {
    li__Q1UF=li__50UF(((__li__KO5D *)li__Y5IV));
  } break;
  case __li__NCFE__: {
    li__K1UF=((__li__NCFE *)li__Y5IV)->li__OCFE.li__0CC;
    li__K4E( 1,(&__string_412));
    li__V5E(li__K1UF);
    li__ODF();
    li__Q1UF=NULL;
  } break;
  case __li__LNIE__: {
    li__K1UF=((__li__LNIE *)li__Y5IV)->li__MNIE.li__0CC;
    li__K4E( 1,(&__string_412));
    li__V5E(li__K1UF);
    li__ODF();
    li__Q1UF=NULL;
  } break;
  };
  li__B1UF=li__Q1UF;
  return(li__B1UF);
}

static void li__1ZYG(__li__GGB *li__2ZYG)
/* (Strict LIP_BOOLEAN{li__GGB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if (li__2ZYG->li__MPC) {
    li__KBG((&__string_48));
  } else /* FALSE */ {
    li__KBG((&__string_49));
  };
}

static void li__R2YG(__li__YHB *li__S2YG,__li__BC *li__T2YG)
/* (Strict LIP_STRING{li__YHB},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__U2YG,li__M3YG;
  __li__3 li__V2YG,li__G3YG,li__W3YG;
  li__V2YG='\0';
  li__U2YG= 1;
  while ((li__U2YG <= ((__li__U *)li__S2YG->li__FNC)->li__2C)) {
    li__G3YG=((__li__3 *)((__li__U *)li__S2YG->li__FNC)->li__3C)[(__li__K)(li__U2YG -  1)];
    li__V2YG=li__G3YG;
    /* __li__B__ __li__I__ */
if ((li__G3YG == '\\')) {
      li__M3YG=(__li__K)(li__U2YG +  1);
      li__U2YG=li__M3YG;
      /* __li__B__ __li__I__ */
if ((li__M3YG <= ((__li__U *)li__S2YG->li__FNC)->li__2C)) {
        li__W3YG=((__li__3 *)((__li__U *)li__S2YG->li__FNC)->li__3C)[(__li__K)(li__M3YG -  1)];
        li__V2YG=li__W3YG;
        /* __li__B__ __li__I__ */
if ((li__W3YG == 'a')) {
          li__SRX(((__li__BC *)li__T2YG),'\a');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == 'b')) {
          li__SRX(((__li__BC *)li__T2YG),'\b');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == 'f')) {
          li__SRX(((__li__BC *)li__T2YG),'\f');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == 'n')) {
          li__SRX(((__li__BC *)li__T2YG),'\n');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == 'r')) {
          li__SRX(((__li__BC *)li__T2YG),'\r');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == 't')) {
          li__SRX(((__li__BC *)li__T2YG),'\t');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == 'v')) {
          li__SRX(((__li__BC *)li__T2YG),'\v');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == '\\')) {
          li__SRX(((__li__BC *)li__T2YG),'\\');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == '?')) {
          li__SRX(((__li__BC *)li__T2YG),'\?');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == '\'')) {
          li__SRX(((__li__BC *)li__T2YG),'\'');
        };
        /* __li__B__ __li__I__ */
if ((li__W3YG == '\"')) {
          li__SRX(((__li__BC *)li__T2YG),'\"');
        };
      } else /* FALSE */ {
        li__SRX(((__li__BC *)li__T2YG),li__V2YG);
      };
    } else /* FALSE */ {
      li__SRX(((__li__BC *)li__T2YG),li__V2YG);
    };
    li__U2YG=(__li__K)(li__U2YG +  1);
  };
}

static void li__Q4XF(__li__KO5D *li__R4XF)
/* (Strict LIP_LIST{li__KO5D}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__X4XF,li__551F;
  void *li__54XF;
  __li__PO li__SMWU;
  li__X4XF=(__li__K)((*(li__R4XF->li__TETF)).li__OLME -  1);
  li__551F= 0;
  while ((li__551F <= li__X4XF)) {
    li__54XF=((void **)(*(((__li__1M5D *)li__R4XF->li__TETF))).li__RIUF)[li__551F];
    /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ __li__LNIE__ */
switch (((struct ___OBJ *)li__54XF)->__id) {
    case __li__YOB__: {
      li__T0SF(((__li__YOB *)li__54XF));
    } break;
    case __li__HLSC__: {
      li__SMWU=((__li__HLSC *)li__54XF)->li__ILSC.li__0CC;
      li__K4E( 2,(&__string_322));
      li__V5E(li__SMWU);
      li__ODF();
    } break;
    case __li__M30C__: {
      li__SMWU=((__li__M30C *)li__54XF)->li__N30C.li__0CC;
      li__K4E( 2,(&__string_322));
      li__V5E(li__SMWU);
      li__ODF();
    } break;
    case __li__LN5D__: {
      li__SMWU=((__li__LN5D *)li__54XF)->li__MN5D.li__0CC;
      li__K4E( 2,(&__string_322));
      li__V5E(li__SMWU);
      li__ODF();
    } break;
    case __li__KO5D__: {
      li__RETF(((__li__KO5D *)li__54XF));
    } break;
    case __li__NCFE__: {
      li__QKME(((__li__NCFE *)li__54XF));
    } break;
    case __li__LNIE__: {
      li__O3RH(((__li__LNIE *)li__54XF));
    } break;
    };
    li__551F=(__li__K)(li__551F +  1);
  };
}

static void li__O3RH(__li__LNIE *li__P3RH)
/* (Strict LIP_AFFECT{li__LNIE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__CFB *li__PNVH;
  __li__PO li__43RH;
  void *li__D4RH;
  void *li__E4RH;
  __li__C li__F4RH;
  li__PNVH=li__QYL(((__li__0HD *)li__CID),li__P3RH->li__14OE);
  /* __li__B__ __li__I__ */
if (((void *)li__PNVH == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_425));
    li__JAZ(((__li__BC *)li__0C),li__P3RH->li__14OE);
    li__JAZ(((__li__BC *)li__0C),(&__string_426));
    li__43RH=li__P3RH->li__MNIE.li__0CC;
    li__K4E( 1,li__0C);
    li__V5E(li__43RH);
    li__ODF();
  };
  li__D4RH=li__P3RH->li__24OE;
  /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ */
switch (((struct ___OBJ *)li__D4RH)->__id) {
  case __li__YOB__: {
    li__E4RH=li__LWUF(((__li__YOB *)li__D4RH));
  } break;
  case __li__HLSC__: {
    li__E4RH=li__O5QH(((__li__HLSC *)li__D4RH));
  } break;
  case __li__M30C__: {
    li__E4RH=li__MCRH(((__li__M30C *)li__D4RH));
  } break;
  case __li__LN5D__: {
    li__E4RH=li__Z0UF(((__li__LN5D *)li__D4RH));
  } break;
  case __li__KO5D__: {
    li__E4RH=li__50UF(((__li__KO5D *)li__D4RH));
  } break;
  case __li__NCFE__: {
    li__43RH=((__li__NCFE *)li__D4RH)->li__OCFE.li__0CC;
    li__K4E( 1,(&__string_412));
    li__V5E(li__43RH);
    li__ODF();
    li__E4RH=NULL;
  } break;
  };
  li__F4RH=li__OOFC(((__li__CFB *)li__PNVH),li__E4RH);
  /* __li__B__ __li__I__ */
if ((! li__F4RH)) {
    li__43RH=li__P3RH->li__MNIE.li__0CC;
    li__K4E( 1,(&__string_332));
    li__V5E(li__43RH);
    li__ODF();
  };
  /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__E4RH)->__id) {
  case __li__GGB__:  break;
  case __li__MHB__: {
    li__VURF(((__li__MHB *)li__E4RH));
  } break;
  case __li__YHB__: {
    li__DWJE(((__li__YHB *)li__E4RH));
  } break;
  };
}

static void** li__TTQC(__li__K li__VTQC)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__WIWC;
  __li__K li__HTMD;
  void **li__0IWC,**li__WTQC;
  li__WIWC=li__HJU(((__li__JJG )(__li__K)(li__VTQC * ((__li__K )(sizeof(void *))))));
  li__0IWC=((void **)li__WIWC);
  li__HTMD=(__li__K)(li__VTQC -  1);
  while ((li__HTMD >=  0)) {
    li__0IWC[li__HTMD]=NULL;
    li__HTMD=(__li__K)(li__HTMD -  1);
  };
  li__WTQC=li__0IWC;
  return(li__WTQC);
}

static void li__OKYD(__li__RA1 *li__PKYD)
/* (Strict HASHED_DICTIONARY(PROTOTYPE,Strict STRING_CONSTANT){li__RA1}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__CLYD,li__0KYD,li__4LYD,li__AMYD;
  __li__EICD *li__2KYD,*li__3KYD;
  void **li__1KYD,**li__DLYD;
  li__2KYD=NULL;
  li__3KYD=NULL;
  li__1KYD=li__PKYD->li__PICD;
  li__CLYD=li__YDQ((__li__K)(li__PKYD->li__IICD +  1));
  li__DLYD=li__2HPD(li__CLYD);
  li__PKYD->li__PICD=li__DLYD;
  li__0KYD=(__li__K)(li__PKYD->li__IICD -  1);
  li__PKYD->li__IICD=li__CLYD;
  while ((! (li__0KYD <  0))) {
    li__2KYD=((void **)li__1KYD)[li__0KYD];
    while (((void *)li__2KYD != (void *)NULL)) {
      li__3KYD=li__2KYD->li__GJCD;
      li__4LYD=li__AIO(((__li__U *)li__2KYD->li__1ICD));
      li__AMYD=(__li__K)(li__4LYD % li__PKYD->li__IICD);
      ((__li__EICD *)li__2KYD)->li__GJCD=((void **)li__PKYD->li__PICD)[li__AMYD];
      ((void **)li__PKYD->li__PICD)[li__AMYD]=li__2KYD;
      li__2KYD=li__3KYD;
    };
    li__0KYD=(__li__K)(li__0KYD -  1);
  };
}

static __li__EICD* li__52JD(__li__PF *li__B3JD,__li__U *li__C3JD,__li__EICD *li__D3JD)
/* (Strict PROTOTYPE{NULLxli__PF},Strict STRING_CONSTANT{NULLxli__U},Strict HASHED_DICTIONARY_NODE(PROTOTYPE,Strict STRING_CONSTANT){NULLxli__EICD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__VUME,li__ENWU;
  __li__JJG li__3UME,li__HNWU,li__CNWU;
  __li__K li__IVME;
  __li__52B li__SNWU;
  __li__EICD *li__UUME,*li__3VME,*li__E3JD;
  li__UUME=NULL;
  li__VUME=((__li__CB )(NULL));
  li__3UME=((__li__JJG )sizeof(__li__EICD));
  /* __li__B__ __li__I__ */
if ((li__3UME ==  0)) {
    li__UUME=li__EICD__;
  } else /* FALSE */ {
    li__IVME=__li__EICD__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__3UME));
    /* __li__B__ __li__I__ */
if ((li__IVME == (__li__K)(-  1))) {
      li__HNWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__CNWU=(__li__JJG)((__li__JJG)(li__3UME - (__li__JJG)(((__li__JJG ) 0) - li__HNWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HNWU) - ((__li__JJG ) 1)));
      li__HNWU=(__li__JJG)(li__CNWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__ENWU=li__YCJ(li__CNWU,((__li__CB )(&(table_size[(li__HNWU)-1]))),((__li__52B )li__CNWU));
      li__VUME=li__ENWU;
    } else /* FALSE */ {
      li__SNWU=((__li__52B )li__IVME);
      li__HNWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__CNWU=(__li__JJG)((__li__JJG)(li__3UME - (__li__JJG)(((__li__JJG ) 0) - li__HNWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HNWU) - ((__li__JJG ) 1)));
      li__ENWU=li__YCJ(li__CNWU,((__li__CB )(&(table_type[(li__SNWU)]))),(__li__52B)(li__SNWU |  1));
      li__VUME=li__ENWU;
    };
    li__3VME=((__li__EICD *)li__VUME);
    li__UUME=li__3VME;
    *(li__3VME) = *(li__EICD__);
  };
  li__3VME=((__li__EICD *)li__UUME);
  li__3VME->li__5CDD=li__B3JD;
  li__3VME->li__1ICD=li__C3JD;
  li__3VME->li__GJCD=li__D3JD;
  li__E3JD=li__UUME;
  return(li__E3JD);
}

static void** li__YTLC(__li__K li__0TLC)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__LYQC;
  __li__K li__ZPMD;
  void **li__PYQC,**li__1TLC;
  li__LYQC=li__HJU(((__li__JJG )(__li__K)(li__0TLC * ((__li__K )(sizeof(void *))))));
  li__PYQC=((void **)li__LYQC);
  li__ZPMD=(__li__K)(li__0TLC -  1);
  while ((li__ZPMD >=  0)) {
    li__PYQC[li__ZPMD]=NULL;
    li__ZPMD=(__li__K)(li__ZPMD -  1);
  };
  li__1TLC=li__PYQC;
  return(li__1TLC);
}

static __li__3 li__GBL()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__3 li__JBL,li__IBL;
  li__JBL='\0';
  /* __li__B__ __li__I__ */
if ((li__Y5H > ((__li__BC *)li__V5H)->li__NK)) {
    li__JBL=((__li__3 )(( 0)));
  } else /* FALSE */ {
    li__JBL=((__li__3 *)((__li__BC *)li__V5H)->li__CUN)[(__li__K)(li__Y5H -  1)];
  };
  li__IBL=li__JBL;
  return(li__IBL);
}

static __li__C li__SVRB(__li__3 li__TVRB)
/* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__VVRB,li__UVRB;
  li__VVRB=li__I__;
  /* __li__B__ __li__I__ */
if ((((__li__QJG )li__TVRB) >= ((__li__QJG )'a'))) {
    li__VVRB=(((__li__QJG )li__TVRB) <= ((__li__QJG )'z'));
  };
  li__UVRB=li__VVRB;
  return(li__UVRB);
}

static __li__K li__PTQD(__li__BC *li__QTQD)
/* (Strict STRING{li__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__WHYD,li__YHYD,li__XHYD,li__MMRU,li__NMRU,li__OMRU;
  __li__K li__RMRU,li__STQD;
  __li__3 *li__PMRU,*li__QMRU;
  li__WHYD= 0;
  li__YHYD= 0;
  li__XHYD= 1;
  li__MMRU=(&__string_123)->li__2C;
  li__NMRU=li__QTQD->li__NK;
  li__OMRU=(&__string_123)->li__2C;
  li__PMRU=li__QTQD->li__CUN;
  li__QMRU=(&__string_123)->li__3C;
  li__RMRU=(&__string_123)->li__2C;
  while ((! ((li__YHYD !=  0) || ((__li__K)((__li__K)(li__XHYD + li__MMRU) -  1) > li__NMRU)))) {
    li__WHYD= 1;
    while ((! ((li__WHYD > li__OMRU) || (((__li__3 *)li__PMRU)[(__li__K)((__li__K)((__li__K)(li__XHYD + li__WHYD) -  1) -  1)] != ((__li__3 *)li__QMRU)[(__li__K)(li__WHYD -  1)])))) {
      li__WHYD=(__li__K)(li__WHYD +  1);
    };
    /* __li__B__ __li__I__ */
if ((li__WHYD > li__RMRU)) {
      li__YHYD=li__XHYD;
    } else /* FALSE */ {
      li__XHYD=(__li__K)(li__XHYD +  1);
    };
  };
  li__STQD=li__YHYD;
  return(li__STQD);
}

static void li__JJKF()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__GLKF,li__ZQKF;
  __li__K li__5QKF;
  __li__3 li__NJKF,li__ZJKF,li__AKKF,li__5LKF,li__CPKF,li__DQKF;
  __li__C li__OJKF,li__FKKF,li__BKKF,li__XPKF,li__2PKF;
  li__NJKF=li__GBL();
  li__OJKF=li__F0CE(li__NJKF);
  /* __li__B__ __li__I__ */
if (li__OJKF) {
    li__Y5H=(__li__K)(li__Y5H +  1);
    li__2YOF:
    {
      li__ZJKF=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__ZJKF == ((__li__3 )(( 0))))) {
        li__FKKF=li__B__;
      } else /* FALSE */ {
        li__AKKF=li__GBL();
        li__BKKF=li__F0CE(li__AKKF);
        li__FKKF=(! li__BKKF);
      };
      /* __li__B__ __li__I__ */
if ((! li__FKKF)) {
        li__Y5H=(__li__K)(li__Y5H +  1);
        goto li__2YOF;
      };
    };
    li__ZJKF=li__GBL();
    /* __li__B__ __li__I__ */
if ((li__ZJKF == '\\')) {
      li__WBZ(((__li__BC *)li__0C), 1);
      li__Y5H=(__li__K)(li__Y5H +  1);
      li__FKKF=li__B__;
    } else /* FALSE */ {
      li__FKKF=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__FKKF)) {
      li__AKKF=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__AKKF != ((__li__3 )(( 0))))) {
        li__GLKF=li__WTIB();
        li__K4E( 0,(&__string_581));
        li__V5E(li__GLKF);
        li__ODF();
      };
    };
    li__FKKF=li__B__;
  } else /* FALSE */ {
    li__FKKF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__FKKF)) {
    li__ZJKF=li__GBL();
    /* __li__B__ __li__I__ */
if ((li__ZJKF != ((__li__3 )(( 0))))) {
      li__AKKF=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__AKKF == 'a')) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == 'b');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == 'f');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == 'n');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == 'r');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == 't');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == 'v');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == '\\');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == '?');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == '\'');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__5LKF=li__GBL();
        li__BKKF=(li__5LKF == '\"');
      };
      /* __li__B__ __li__I__ */
if (li__BKKF) {
        li__5LKF=li__GBL();
        li__SRX(((__li__BC *)li__0C),li__5LKF);
        li__Y5H=(__li__K)(li__Y5H +  1);
        li__BKKF=li__B__;
      } else /* FALSE */ {
        li__BKKF=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__BKKF)) {
        li__5LKF=li__GBL();
        /* __li__B__ __li__I__ */
if (((((__li__QJG )li__5LKF) >= ((__li__QJG )'0')) && (((__li__QJG )li__5LKF) <= ((__li__QJG )'9')))) {
          li__CPKF=li__GBL();
          /* __li__B__ __li__I__ */
if (((li__CPKF == '0') && (li__Y5H < ((__li__BC *)li__V5H)->li__NK))) {
            li__XPKF=li__P1XC(((__li__3 *)((__li__BC *)li__V5H)->li__CUN)[(__li__K)((__li__K)(li__Y5H +  1) -  1)]);
            li__2PKF=(! li__XPKF);
          } else /* FALSE */ {
            li__2PKF=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__2PKF) {
            li__DQKF=li__GBL();
            li__SRX(((__li__BC *)li__0C),li__DQKF);
            li__Y5H=(__li__K)(li__Y5H +  1);
          } else /* FALSE */ {
            li__DJZ(((__li__BC *)li__GNB),li__0C);
            li__RFXB();
            li__DJZ(((__li__BC *)li__0C),li__GNB);
            /* __li__B__ __li__I__ */
if ((li__OTWB >  255)) {
              li__ZQKF=li__WTIB();
              li__K4E( 0,(&__string_582));
              li__V5E(li__ZQKF);
              li__ODF();
            };
            li__5QKF=((__li__K )li__OTWB);
            li__SRX(((__li__BC *)li__0C),((__li__3 )(((__li__QJG)(((__li__QJG )(__li__K)(li__5QKF >>  6)) + ((__li__QJG )'0'))))));
            li__SRX(((__li__BC *)li__0C),((__li__3 )(((__li__QJG)(((__li__QJG )(__li__K)((__li__K)(li__5QKF &  63) >>  3)) + ((__li__QJG )'0'))))));
            li__SRX(((__li__BC *)li__0C),((__li__3 )(((__li__QJG)(((__li__QJG )(__li__K)(li__5QKF &  7)) + ((__li__QJG )'0'))))));
            li__DQKF=li__GBL();
            /* __li__B__ __li__I__ */
if ((li__DQKF == '\\')) {
              li__Y5H=(__li__K)(li__Y5H +  1);
            } else /* FALSE */ {
              li__ZQKF=li__WTIB();
              li__K4E( 0,(&__string_583));
              li__V5E(li__ZQKF);
              li__ODF();
            };
          };
        } else /* FALSE */ {
          li__ZQKF=li__WTIB();
          li__K4E( 0,(&__string_581));
          li__V5E(li__ZQKF);
          li__ODF();
        };
      };
    };
  };
}

static __li__C li__YXVB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1XVB,li__W0VB;
  __li__PO li__30VB;
  __li__U *li__D1VB;
  __li__C li__3XVB,li__5XVB,li__LYVB,li__HYVB,li__A0VB,li__JZVB;
  __li__C li__RZVB,li__2ZVB,li__0XVB;
  __li__3 li__GYVB,li__BZVB,li__IZVB,li__QZVB;
  li__1XVB= 0;
  li__3XVB=li__I__;
  li__5XVB=li__PNK();
  /* __li__B__ __li__I__ */
if ((! li__5XVB)) {
    li__LYVB=li__B__;
  } else /* FALSE */ {
    li__GYVB=li__GBL();
    li__HYVB=li__SQXB(li__GYVB);
    li__LYVB=(! li__HYVB);
  };
  /* __li__B__ __li__I__ */
if (li__LYVB) {
    li__3XVB=li__I__;
  } else /* FALSE */ {
    li__1XVB=li__Y5H;
    ((__li__BC *)li__0C)->li__NK= 0;
    li__GYVB=li__GBL();
    li__SRX(((__li__BC *)li__0C),li__GYVB);
    li__Y5H=(__li__K)(li__Y5H +  1);
    li__2YVB=li__B__;
    li__BTQD:
    {
      li__BZVB=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__BZVB == ((__li__3 )(( 0))))) {
        li__A0VB=li__B__;
      } else /* FALSE */ {
        li__IZVB=li__GBL();
        li__JZVB=li__SQXB(li__IZVB);
        /* __li__B__ __li__I__ */
if ((! li__JZVB)) {
          li__QZVB=li__GBL();
          li__RZVB=li__KTX(li__QZVB);
          li__2ZVB=(! li__RZVB);
        } else /* FALSE */ {
          li__2ZVB=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__2ZVB) {
          li__QZVB=li__GBL();
          li__RZVB=(li__QZVB != '_');
        } else /* FALSE */ {
          li__RZVB=li__I__;
        };
        li__A0VB=li__RZVB;
      };
      /* __li__B__ __li__I__ */
if ((! li__A0VB)) {
        li__IZVB=li__GBL();
        /* __li__B__ __li__I__ */
if (li__2YVB) {
          li__RZVB=li__KTX(li__IZVB);
          li__2ZVB=li__RZVB;
        } else /* FALSE */ {
          li__2ZVB=li__I__;
        };
        li__2YVB=li__2ZVB;
        li__SRX(((__li__BC *)li__0C),li__IZVB);
        li__Y5H=(__li__K)(li__Y5H +  1);
        goto li__BTQD;
      };
    };
    li__W0VB=li__PTQD(((__li__BC *)li__0C));
    /* __li__B__ __li__I__ */
if ((li__W0VB !=  0)) {
      li__Y5H=(__li__K)(li__1XVB + li__W0VB);
      li__30VB=li__WTIB();
      li__K4E( 0,(&__string_329));
      li__V5E(li__30VB);
      li__ODF();
    };
    li__D1VB=li__SQC(li__0C);
    li__2YI=li__D1VB;
    li__3XVB=li__B__;
  };
  li__0XVB=li__3XVB;
  return(li__0XVB);
}

static __li__C li__RFXB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__Q3XC,li__B4XC,li__EK3C,li__0O3C;
  __li__BC *li__O3XC,*li__VJ1C,*li__NI3C;
  __li__K li__13XC,li__4VZC,li__HP4C,li__BNRU,li__PI3C,li__CU4C;
  __li__PO li__YIXB,li__WJXB;
  __li__C li__UFXB,li__WFXB,li__3FXB,li__AGXB,li__RGXB,li__0GXB;
  __li__C li__4P4C,li__QK1C,li__P35C,li__GN3C,li__5CBK,li__WR3C;
  __li__C li__TFXB;
  __li__3 li__2FXB,li__QGXB,li__XGXB,li__IHXB,li__LK1C;
  __li__3 *li__SAJV,*li__CNRU,*li__JNRU;
  li__UFXB=li__I__;
  li__WFXB=li__PNK();
  /* __li__B__ __li__I__ */
if (li__WFXB) {
    li__2FXB=li__GBL();
    li__3FXB=li__KTX(li__2FXB);
    li__AGXB=li__3FXB;
  } else /* FALSE */ {
    li__AGXB=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__AGXB) {
    li__UFXB=li__B__;
    ((__li__BC *)li__0C)->li__NK= 0;
    li__2FXB=li__GBL();
    li__SRX(((__li__BC *)li__0C),li__2FXB);
    li__Y5H=(__li__K)(li__Y5H +  1);
    li__P3NC:
    {
      li__QGXB=li__GBL();
      li__RGXB=li__P1XC(li__QGXB);
      /* __li__B__ __li__I__ */
if (li__RGXB) {
        li__0GXB=li__B__;
      } else /* FALSE */ {
        li__XGXB=li__GBL();
        li__0GXB=(li__XGXB == '_');
      };
      /* __li__B__ __li__I__ */
if (li__0GXB) {
        li__XGXB=li__GBL();
        /* __li__B__ __li__I__ */
if ((li__XGXB != '_')) {
          li__IHXB=li__GBL();
          li__SRX(((__li__BC *)li__0C),li__IHXB);
        };
        li__Y5H=(__li__K)(li__Y5H +  1);
        goto li__P3NC;
      };
    };
    li__2FXB=li__GBL();
    /* __li__B__ __li__I__ */
if ((li__2FXB == 'h')) {
      li__O3XC=((__li__BC *)li__0C);
      li__Q3XC= 0;
      li__13XC=li__O3XC->li__NK;
      li__4VZC= 1;
      li__SAJV=li__O3XC->li__CUN;
      while ((li__4VZC <= li__13XC)) {
        li__B4XC=(__li__UJG)(li__Q3XC <<  4);
        li__XGXB=((__li__3 *)li__SAJV)[(__li__K)(li__4VZC -  1)];
        li__HP4C= 0;
        /* __li__B__ __li__I__ */
if ((((__li__QJG )li__XGXB) < ((__li__QJG )'A'))) {
          li__HP4C=((__li__K )(__li__QJG)(((__li__QJG )li__XGXB) -  48));
          li__4P4C=li__B__;
        } else /* FALSE */ {
          li__4P4C=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__4P4C)) {
          /* __li__B__ __li__I__ */
if ((((__li__QJG )li__XGXB) < ((__li__QJG )'a'))) {
            li__HP4C=((__li__K )(__li__QJG)(((__li__QJG )li__XGXB) -  55));
          } else /* FALSE */ {
            li__HP4C=((__li__K )(__li__QJG)(((__li__QJG )li__XGXB) -  87));
          };
        };
        li__Q3XC=(__li__UJG)(li__B4XC | ((__li__UJG )li__HP4C));
        li__4VZC=(__li__K)(li__4VZC +  1);
      };
      li__OTWB=li__Q3XC;
      li__Y5H=(__li__K)(li__Y5H +  1);
    } else /* FALSE */ {
      li__O3XC=((__li__BC *)li__0C);
      /* __li__B__ __li__I__ */
if ((((__li__QJG )((__li__3 *)li__O3XC->li__CUN)[(__li__K)(li__O3XC->li__NK -  1)]) > ((__li__QJG )'9'))) {
        li__WBZ(((__li__BC *)li__0C), 1);
        li__Y5H=(__li__K)(li__Y5H -  1);
      };
      li__QGXB=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__QGXB == 'o')) {
        li__VJ1C=((__li__BC *)li__0C);
        li__RGXB=li__I__;
        li__HP4C= 0;
        /* __li__B__ __li__I__ */
if ((li__VJ1C->li__NK !=  0)) {
          li__HP4C= 1;
          li__BNRU=li__VJ1C->li__NK;
          li__CNRU=li__VJ1C->li__CUN;
          li__TR4C:
          {
            /* __li__B__ __li__I__ */
if ((li__HP4C > li__BNRU)) {
              li__QK1C=li__B__;
            } else /* FALSE */ {
              li__LK1C=((__li__3 *)li__CNRU)[(__li__K)(li__HP4C -  1)];
              li__P35C=li__I__;
              /* __li__B__ __li__I__ */
if ((((__li__QJG )li__LK1C) >= ((__li__QJG )'0'))) {
                li__P35C=(((__li__QJG )li__LK1C) <= ((__li__QJG )'7'));
              };
              li__QK1C=(! li__P35C);
            };
            /* __li__B__ __li__I__ */
if ((! li__QK1C)) {
              li__HP4C=(__li__K)(li__HP4C +  1);
              goto li__TR4C;
            };
          };
          li__RGXB=(li__HP4C > li__VJ1C->li__NK);
        };
        /* __li__B__ __li__I__ */
if ((! li__RGXB)) {
          li__YIXB=li__WTIB();
          li__K4E( 0,(&__string_584));
          li__V5E(li__YIXB);
          li__ODF();
        };
        li__VJ1C=((__li__BC *)li__0C);
        li__B4XC= 0;
        li__HP4C=li__VJ1C->li__NK;
        li__BNRU= 1;
        li__CNRU=li__VJ1C->li__CUN;
        while ((li__BNRU <= li__HP4C)) {
          li__B4XC=(__li__UJG)((__li__UJG)(li__B4XC <<  3) | ((__li__UJG )((__li__K )(__li__QJG)(((__li__QJG )((__li__3 *)li__CNRU)[(__li__K)(li__BNRU -  1)]) -  48))));
          li__BNRU=(__li__K)(li__BNRU +  1);
        };
        li__OTWB=li__B4XC;
        li__Y5H=(__li__K)(li__Y5H +  1);
        li__RGXB=li__B__;
      } else /* FALSE */ {
        li__RGXB=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__RGXB)) {
        li__XGXB=li__GBL();
        /* __li__B__ __li__I__ */
if ((li__XGXB == 'b')) {
          li__NI3C=((__li__BC *)li__0C);
          li__PI3C=li__NI3C->li__NK;
          li__0GXB=li__B__;
          li__JNRU=li__NI3C->li__CUN;
          while ((! ((! li__0GXB) || (li__PI3C ==  0)))) {
            li__LK1C=((__li__3 *)li__JNRU)[(__li__K)(li__PI3C -  1)];
            li__0GXB=((li__LK1C == '0') || (li__LK1C == '1'));
            li__PI3C=(__li__K)(li__PI3C -  1);
          };
          /* __li__B__ __li__I__ */
if ((! li__0GXB)) {
            li__WJXB=li__WTIB();
            li__K4E( 0,(&__string_585));
            li__V5E(li__WJXB);
            li__ODF();
          };
          li__NI3C=((__li__BC *)li__0C);
          li__EK3C= 0;
          li__PI3C=li__NI3C->li__NK;
          li__CU4C= 1;
          li__JNRU=li__NI3C->li__CUN;
          while ((li__CU4C <= li__PI3C)) {
            li__EK3C=(__li__UJG)(li__EK3C <<  1);
            /* __li__B__ __li__I__ */
if ((((__li__3 *)li__JNRU)[(__li__K)(li__CU4C -  1)] == '1')) {
              li__EK3C=(__li__UJG)(~ (__li__UJG)((__li__UJG)(~ li__EK3C) &  -2));
            };
            li__CU4C=(__li__K)(li__CU4C +  1);
          };
          li__OTWB=li__EK3C;
          li__Y5H=(__li__K)(li__Y5H +  1);
        } else /* FALSE */ {
          li__IHXB=li__GBL();
          /* __li__B__ __li__I__ */
if ((li__IHXB == 'd')) {
            li__Y5H=(__li__K)(li__Y5H +  1);
          };
          li__NI3C=((__li__BC *)li__0C);
          li__PI3C= 0;
          li__EK3C= 0;
          li__0GXB=li__I__;
          li__4P4C=li__I__;
          li__CU4C= 1;
          while ((! ((li__PI3C ==  4) || (li__CU4C > li__NI3C->li__NK)))) {
            li__LK1C=((__li__3 *)li__NI3C->li__CUN)[(__li__K)(li__CU4C -  1)];
            /* __li__B__ __li__I__ */
if ((li__PI3C ==  0)) {
              li__QK1C=li__F0CE(li__LK1C);
              /* __li__B__ __li__I__ */
if (li__QK1C) {
                li__GN3C=li__B__;
              } else /* FALSE */ {
                li__5CBK=(li__LK1C == '+');
                /* __li__B__ __li__I__ */
if (li__5CBK) {
                  li__PI3C= 1;
                };
                li__GN3C=li__5CBK;
              };
              /* __li__B__ __li__I__ */
if (li__GN3C) {
                li__GN3C=li__B__;
              } else /* FALSE */ {
                li__5CBK=(li__LK1C == '-');
                /* __li__B__ __li__I__ */
if (li__5CBK) {
                  li__0GXB=li__B__;
                  li__PI3C= 1;
                };
                li__GN3C=li__5CBK;
              };
              /* __li__B__ __li__I__ */
if ((! li__GN3C)) {
                li__GN3C=li__KTX(li__LK1C);
                /* __li__B__ __li__I__ */
if (li__GN3C) {
                  li__EK3C=((__li__UJG )(__li__K)(((__li__K )((__li__QJG )li__LK1C)) -  48));
                  li__PI3C= 2;
                } else /* FALSE */ {
                  li__PI3C= 4;
                };
              };
              li__QK1C=li__B__;
            } else /* FALSE */ {
              li__QK1C=li__I__;
            };
            /* __li__B__ __li__I__ */
if (li__QK1C) {
              li__QK1C=li__B__;
            } else /* FALSE */ {
              li__P35C=(li__PI3C ==  1);
              /* __li__B__ __li__I__ */
if (li__P35C) {
                li__GN3C=li__KTX(li__LK1C);
                /* __li__B__ __li__I__ */
if (li__GN3C) {
                  li__0O3C=((__li__UJG )(__li__K)(((__li__K )((__li__QJG )li__LK1C)) -  48));
                  li__EK3C=li__0O3C;
                  /* __li__B__ __li__I__ */
if (li__0GXB) {
                    li__EK3C=(__li__UJG)(- li__0O3C);
                  };
                  li__PI3C= 2;
                } else /* FALSE */ {
                  li__PI3C= 4;
                };
              };
              li__QK1C=li__P35C;
            };
            /* __li__B__ __li__I__ */
if (li__QK1C) {
              li__QK1C=li__B__;
            } else /* FALSE */ {
              li__P35C=(li__PI3C ==  2);
              /* __li__B__ __li__I__ */
if (li__P35C) {
                li__GN3C=li__KTX(li__LK1C);
                /* __li__B__ __li__I__ */
if (li__GN3C) {
                  /* __li__B__ __li__I__ */
if (li__0GXB) {
                    li__EK3C=(__li__UJG)((__li__UJG)(li__EK3C *  10) - ((__li__UJG )(__li__K)(((__li__K )((__li__QJG )li__LK1C)) -  48)));
                  } else /* FALSE */ {
                    li__EK3C=(__li__UJG)((__li__UJG)(li__EK3C *  10) + ((__li__UJG )(__li__K)(((__li__K )((__li__QJG )li__LK1C)) -  48)));
                  };
                  /* __li__B__ __li__I__ */
if (((li__0GXB && (li__EK3C >  0)) || ((! li__0GXB) && (li__EK3C <  0)))) {
                    li__PI3C= 4;
                  };
                  li__WR3C=li__B__;
                } else /* FALSE */ {
                  li__WR3C=li__I__;
                };
                /* __li__B__ __li__I__ */
if ((! li__WR3C)) {
                  li__WR3C=li__F0CE(li__LK1C);
                  /* __li__B__ __li__I__ */
if (li__WR3C) {
                    li__PI3C= 3;
                  } else /* FALSE */ {
                    li__PI3C= 4;
                  };
                };
              };
              li__QK1C=li__P35C;
            };
            /* __li__B__ __li__I__ */
if ((! li__QK1C)) {
              /* __li__B__ __li__I__ */
if ((li__PI3C ==  3)) {
                li__GN3C=li__F0CE(li__LK1C);
                /* __li__B__ __li__I__ */
if ((! li__GN3C)) {
                  li__PI3C= 4;
                };
              };
            };
            li__CU4C=(__li__K)(li__CU4C +  1);
          };
          /* __li__B__ __li__I__ */
if (((li__PI3C !=  0) && (li__PI3C !=  4))) {
            li__4P4C=li__B__;
          };
          /* __li__B__ __li__I__ */
if ((! li__4P4C)) {
            li__WJXB=li__WTIB();
            li__K4E( 0,(&__string_586));
            li__V5E(li__WJXB);
            li__ODF();
          };
          li__NI3C=((__li__BC *)li__0C);
          li__PI3C= 0;
          li__0GXB=li__I__;
          li__EK3C= 0;
          li__CU4C= 1;
          while ((li__CU4C <= li__NI3C->li__NK)) {
            li__LK1C=((__li__3 *)li__NI3C->li__CUN)[(__li__K)(li__CU4C -  1)];
            /* __li__B__ __li__I__ */
if ((li__PI3C ==  0)) {
              li__QK1C=li__F0CE(li__LK1C);
              /* __li__B__ __li__I__ */
if (li__QK1C) {
                li__GN3C=li__B__;
              } else /* FALSE */ {
                li__5CBK=(li__LK1C == '+');
                /* __li__B__ __li__I__ */
if (li__5CBK) {
                  li__PI3C= 1;
                };
                li__GN3C=li__5CBK;
              };
              /* __li__B__ __li__I__ */
if ((! li__GN3C)) {
                /* __li__B__ __li__I__ */
if ((li__LK1C == '-')) {
                  li__0GXB=li__B__;
                  li__PI3C= 1;
                } else /* FALSE */ {
                  li__EK3C=((__li__UJG )(__li__K)(((__li__K )((__li__QJG )li__LK1C)) -  48));
                  li__PI3C= 2;
                };
              };
              li__QK1C=li__B__;
            } else /* FALSE */ {
              li__QK1C=li__I__;
            };
            /* __li__B__ __li__I__ */
if (li__QK1C) {
              li__QK1C=li__B__;
            } else /* FALSE */ {
              li__P35C=(li__PI3C ==  1);
              /* __li__B__ __li__I__ */
if (li__P35C) {
                li__0O3C=((__li__UJG )(__li__K)(((__li__K )((__li__QJG )li__LK1C)) -  48));
                li__EK3C=li__0O3C;
                /* __li__B__ __li__I__ */
if (li__0GXB) {
                  li__EK3C=(__li__UJG)(- li__0O3C);
                };
                li__PI3C= 2;
              };
              li__QK1C=li__P35C;
            };
            /* __li__B__ __li__I__ */
if (li__QK1C) {
              li__QK1C=li__B__;
            } else /* FALSE */ {
              li__P35C=(li__PI3C ==  2);
              /* __li__B__ __li__I__ */
if (li__P35C) {
                li__GN3C=li__KTX(li__LK1C);
                /* __li__B__ __li__I__ */
if (li__GN3C) {
                  /* __li__B__ __li__I__ */
if (li__0GXB) {
                    li__EK3C=(__li__UJG)((__li__UJG)(li__EK3C *  10) - ((__li__UJG )(__li__K)(((__li__K )((__li__QJG )li__LK1C)) -  48)));
                  } else /* FALSE */ {
                    li__EK3C=(__li__UJG)((__li__UJG)(li__EK3C *  10) + ((__li__UJG )(__li__K)(((__li__K )((__li__QJG )li__LK1C)) -  48)));
                  };
                } else /* FALSE */ {
                  li__PI3C= 3;
                };
              };
              li__QK1C=li__P35C;
            };
            /* __li__B__ __li__I__ */
if ((! li__QK1C)) {
              /* __li__B__ __li__I__ */
if ((li__PI3C ==  3)) {
                li__CU4C=li__NI3C->li__NK;
              };
            };
            li__CU4C=(__li__K)(li__CU4C +  1);
          };
          li__OTWB=li__EK3C;
        };
      };
    };
  };
  li__TFXB=li__UFXB;
  return(li__TFXB);
}

static void li__FHFF(__li__U *li__IHFF)
/* (Strict STRING_CONSTANT{li__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__02WG;
  __li__JKYB *li__M2WG;
  void *li__E3WG;
  li__M2WG=((__li__JKYB *)li__RKYB);
  li__02WG=li__AIO(li__IHFF);
  li__E3WG=((void **)li__M2WG->li__C3WG)[(__li__K)(li__02WG % li__M2WG->li__12WG)];
  /* __li__B__ __li__I__ */
if (((void *)li__E3WG != (void *)NULL)) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__E3WG != (void *)NULL)) {
    print_string("Call on NULL\n(Use `-D' option)\n"); die_with_code(1);
  };
}

static void* li__HDXC(__li__DCG *li__IDXC)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__MDXC,*li__CS0D;
  void *li__ODXC,*li__KDXC,*li__VFXC,*li__JDXC;
  __li__PO li__1FXC;
  __li__HLSC *li__GHXC;
  __li__3 li__NDXC;
  __li__C li__0DXC,li__JFXC,li__CEXC;
  li__MDXC=NULL;
  li__NDXC='\0';
  li__ODXC=li__LFZC(li__IDXC);
  li__KDXC=li__ODXC;
  /* __li__B__ __li__I__ */
if (((void *)li__ODXC != (void *)NULL)) {
    li__QC2C:
    {
      li__0DXC=li__BCJB((&__string_25));
      /* __li__B__ __li__I__ */
if (li__0DXC) {
        li__JFXC=li__B__;
      } else /* FALSE */ {
        li__CEXC=li__BCJB((&__string_27));
        li__JFXC=li__CEXC;
      };
      /* __li__B__ __li__I__ */
if (li__JFXC) {
        li__JFXC=li__B__;
      } else /* FALSE */ {
        li__CEXC=li__BCJB((&__string_23));
        li__JFXC=li__CEXC;
      };
      /* __li__B__ __li__I__ */
if (li__JFXC) {
        li__JFXC=li__B__;
      } else /* FALSE */ {
        li__CEXC=li__BCJB((&__string_22));
        li__JFXC=li__CEXC;
      };
      /* __li__B__ __li__I__ */
if (li__JFXC) {
        li__JFXC=li__B__;
      } else /* FALSE */ {
        li__CEXC=li__BCJB((&__string_24));
        li__JFXC=li__CEXC;
      };
      /* __li__B__ __li__I__ */
if (li__JFXC) {
        li__JFXC=li__B__;
      } else /* FALSE */ {
        li__CEXC=li__BCJB((&__string_26));
        li__JFXC=li__CEXC;
      };
      /* __li__B__ __li__I__ */
if (li__JFXC) {
        li__MDXC=li__2YI;
        li__VFXC=li__LFZC(li__IDXC);
        /* __li__B__ __li__I__ */
if (((void *)li__VFXC == (void *)NULL)) {
          li__1FXC=li__WTIB();
          li__K4E( 0,(&__string_331));
          li__V5E(li__1FXC);
          li__ODF();
        };
        li__CS0D=((__li__U *)li__MDXC);
        li__JFXC=li__TT1(li__CS0D,(&__string_25));
        /* __li__B__ __li__I__ */
if (li__JFXC) {
          li__NDXC='S';
        };
        li__JFXC=li__TT1(li__CS0D,(&__string_27));
        /* __li__B__ __li__I__ */
if (li__JFXC) {
          li__NDXC='I';
        };
        li__JFXC=li__TT1(li__CS0D,(&__string_23));
        /* __li__B__ __li__I__ */
if (li__JFXC) {
          li__NDXC='E';
        };
        li__JFXC=li__TT1(li__CS0D,(&__string_22));
        /* __li__B__ __li__I__ */
if (li__JFXC) {
          li__NDXC='=';
        };
        li__JFXC=li__TT1(li__CS0D,(&__string_24));
        /* __li__B__ __li__I__ */
if (li__JFXC) {
          li__NDXC='>';
        };
        li__JFXC=li__TT1(li__CS0D,(&__string_26));
        /* __li__B__ __li__I__ */
if (li__JFXC) {
          li__NDXC='<';
        };
        li__1FXC=li__WTIB();
        li__GHXC=li__2T0D(li__1FXC,li__KDXC,li__NDXC,li__VFXC);
        li__KDXC=li__GHXC;
        goto li__QC2C;
      };
    };
  };
  li__JDXC=li__KDXC;
  return(li__JDXC);
}

static __li__HLSC* li__2T0D(__li__PO li__4T0D,void *li__5T0D,__li__3 li__AU0D,void *li__BU0D)
/* (Expanded POSITION{li__PO},LIP_CODE{NULLxli__YOBxli__HLSCxli__M30Cxli__LN5Dxli__KO5Dxli__NCFE},Expanded CHARACTER{li__3},LIP_CODE{NULLxli__YOBxli__HLSCxli__M30Cxli__LN5Dxli__KO5Dxli__NCFE}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__HLSC *li__IR5D,*li__RS5D,*li__CU0D;
  __li__CB li__JR5D,li__1OWU;
  __li__JJG li__RR5D,li__4OWU,li__ZOWU;
  __li__K li__2R5D;
  __li__52B li__JPWU;
  li__IR5D=NULL;
  li__JR5D=((__li__CB )(NULL));
  li__RR5D=((__li__JJG )sizeof(__li__HLSC));
  /* __li__B__ __li__I__ */
if ((li__RR5D ==  0)) {
    li__IR5D=li__HLSC__;
  } else /* FALSE */ {
    li__2R5D=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__RR5D));
    /* __li__B__ __li__I__ */
if ((li__2R5D == (__li__K)(-  1))) {
      li__4OWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZOWU=(__li__JJG)((__li__JJG)(li__RR5D - (__li__JJG)(((__li__JJG ) 0) - li__4OWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4OWU) - ((__li__JJG ) 1)));
      li__4OWU=(__li__JJG)(li__ZOWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__1OWU=li__YCJ(li__ZOWU,((__li__CB )(&(table_size[(li__4OWU)-1]))),((__li__52B )li__ZOWU));
      li__JR5D=li__1OWU;
    } else /* FALSE */ {
      li__JPWU=((__li__52B )li__2R5D);
      li__4OWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZOWU=(__li__JJG)((__li__JJG)(li__RR5D - (__li__JJG)(((__li__JJG ) 0) - li__4OWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4OWU) - ((__li__JJG ) 1)));
      li__1OWU=li__YCJ(li__ZOWU,((__li__CB )(&(table_type[(li__JPWU)]))),(__li__52B)(li__JPWU |  1));
      li__JR5D=li__1OWU;
    };
    li__RS5D=((__li__HLSC *)li__JR5D);
    li__IR5D=li__RS5D;
    *(li__RS5D) = *(li__HLSC__);
  };
  li__RS5D=((__li__HLSC *)li__IR5D);
  li__RS5D->li__ILSC.li__0CC=li__4T0D;
  li__RS5D->li__GKNE=li__5T0D;
  li__RS5D->li__HKNE=li__BU0D;
  li__RS5D->li__IKNE=li__AU0D;
  li__CU0D=li__IR5D;
  return(li__CU0D);
}

static void li__SIV(__li__02D *li__TIV)
/* (Strict HASHED_DICTIONARY(ENTRY,ABSTRACT_STRING){li__02D}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__GJV,li__4IV,li__CKV,li__EKV;
  __li__N2L *li__AJV,*li__BJV;
  void **li__5IV,**li__HJV;
  li__AJV=NULL;
  li__BJV=NULL;
  li__5IV=li__TIV->li__Y2L;
  li__GJV=li__YDQ((__li__K)(li__TIV->li__R2L +  1));
  li__HJV=li__F1Q(li__GJV);
  li__TIV->li__Y2L=li__HJV;
  li__4IV=(__li__K)(li__TIV->li__R2L -  1);
  li__TIV->li__R2L=li__GJV;
  while ((! (li__4IV <  0))) {
    li__AJV=((void **)li__5IV)[li__4IV];
    while (((void *)li__AJV != (void *)NULL)) {
      li__BJV=li__AJV->li__Q3L;
      li__CKV=li__AIO(((__li__U *)li__AJV->li__E3L));
      li__EKV=(__li__K)(li__CKV % li__TIV->li__R2L);
      ((__li__N2L *)li__AJV)->li__Q3L=((void **)li__TIV->li__Y2L)[li__EKV];
      ((void **)li__TIV->li__Y2L)[li__EKV]=li__AJV;
      li__AJV=li__BJV;
    };
    li__4IV=(__li__K)(li__4IV -  1);
  };
}

static __li__N2L* li__ZQR(void *li__1QR,__li__U *li__2QR,__li__N2L *li__3QR)
/* (ENTRY{NULLxli__Q2Dxli__KIE},Strict STRING_CONSTANT{NULLxli__U},Strict HASHED_DICTIONARY_NODE(ENTRY,ABSTRACT_STRING){NULLxli__N2L}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__RKCC,li__AQWU;
  __li__JJG li__ZKCC,li__DQWU,li__4PWU;
  __li__K li__ELCC;
  __li__52B li__OQWU;
  __li__N2L *li__QKCC,*li__ZLCC,*li__4QR;
  li__QKCC=NULL;
  li__RKCC=((__li__CB )(NULL));
  li__ZKCC=((__li__JJG )sizeof(__li__N2L));
  /* __li__B__ __li__I__ */
if ((li__ZKCC ==  0)) {
    li__QKCC=li__N2L__;
  } else /* FALSE */ {
    li__ELCC=__li__N2L__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ZKCC));
    /* __li__B__ __li__I__ */
if ((li__ELCC == (__li__K)(-  1))) {
      li__DQWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4PWU=(__li__JJG)((__li__JJG)(li__ZKCC - (__li__JJG)(((__li__JJG ) 0) - li__DQWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DQWU) - ((__li__JJG ) 1)));
      li__DQWU=(__li__JJG)(li__4PWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__AQWU=li__YCJ(li__4PWU,((__li__CB )(&(table_size[(li__DQWU)-1]))),((__li__52B )li__4PWU));
      li__RKCC=li__AQWU;
    } else /* FALSE */ {
      li__OQWU=((__li__52B )li__ELCC);
      li__DQWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4PWU=(__li__JJG)((__li__JJG)(li__ZKCC - (__li__JJG)(((__li__JJG ) 0) - li__DQWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DQWU) - ((__li__JJG ) 1)));
      li__AQWU=li__YCJ(li__4PWU,((__li__CB )(&(table_type[(li__OQWU)]))),(__li__52B)(li__OQWU |  1));
      li__RKCC=li__AQWU;
    };
    li__ZLCC=((__li__N2L *)li__RKCC);
    li__QKCC=li__ZLCC;
    *(li__ZLCC) = *(li__N2L__);
  };
  li__ZLCC=((__li__N2L *)li__QKCC);
  li__ZLCC->li__CMV=li__1QR;
  li__ZLCC->li__E3L=li__2QR;
  li__ZLCC->li__Q3L=li__3QR;
  li__4QR=li__QKCC;
  return(li__4QR);
}

static __li__KIE* li__L2G()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KIE *li__O2G,*li__X3G,*li__N2G;
  __li__CB li__P2G,li__FRWU;
  __li__JJG li__X2G,li__IRWU,li__DRWU;
  __li__K li__C3G;
  __li__52B li__TRWU;
  li__O2G=NULL;
  li__P2G=((__li__CB )(NULL));
  li__X2G=((__li__JJG )sizeof(__li__KIE));
  /* __li__B__ __li__I__ */
if ((li__X2G ==  0)) {
    li__O2G=li__KIE__;
  } else /* FALSE */ {
    li__C3G=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__X2G));
    /* __li__B__ __li__I__ */
if ((li__C3G == (__li__K)(-  1))) {
      li__IRWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DRWU=(__li__JJG)((__li__JJG)(li__X2G - (__li__JJG)(((__li__JJG ) 0) - li__IRWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IRWU) - ((__li__JJG ) 1)));
      li__IRWU=(__li__JJG)(li__DRWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__FRWU=li__YCJ(li__DRWU,((__li__CB )(&(table_size[(li__IRWU)-1]))),((__li__52B )li__DRWU));
      li__P2G=li__FRWU;
    } else /* FALSE */ {
      li__TRWU=((__li__52B )li__C3G);
      li__IRWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DRWU=(__li__JJG)((__li__JJG)(li__X2G - (__li__JJG)(((__li__JJG ) 0) - li__IRWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IRWU) - ((__li__JJG ) 1)));
      li__FRWU=li__YCJ(li__DRWU,((__li__CB )(&(table_type[(li__TRWU)]))),(__li__52B)(li__TRWU |  1));
      li__P2G=li__FRWU;
    };
    li__X3G=((__li__KIE *)li__P2G);
    li__O2G=li__X3G;
    *(li__X3G) = *(li__KIE__);
  };
  li__N2G=li__O2G;
  return(li__N2G);
}

static __li__Q2D* li__C4G()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__Q2D *li__F4G,*li__O5G,*li__E4G;
  __li__CB li__G4G,li__KSWU;
  __li__JJG li__O4G,li__NSWU,li__ISWU;
  __li__K li__Z4G;
  __li__52B li__YSWU;
  li__F4G=NULL;
  li__G4G=((__li__CB )(NULL));
  li__O4G=((__li__JJG )sizeof(__li__Q2D));
  /* __li__B__ __li__I__ */
if ((li__O4G ==  0)) {
    li__F4G=li__Q2D__;
  } else /* FALSE */ {
    li__Z4G=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__O4G));
    /* __li__B__ __li__I__ */
if ((li__Z4G == (__li__K)(-  1))) {
      li__NSWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ISWU=(__li__JJG)((__li__JJG)(li__O4G - (__li__JJG)(((__li__JJG ) 0) - li__NSWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__NSWU) - ((__li__JJG ) 1)));
      li__NSWU=(__li__JJG)(li__ISWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__KSWU=li__YCJ(li__ISWU,((__li__CB )(&(table_size[(li__NSWU)-1]))),((__li__52B )li__ISWU));
      li__G4G=li__KSWU;
    } else /* FALSE */ {
      li__YSWU=((__li__52B )li__Z4G);
      li__NSWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ISWU=(__li__JJG)((__li__JJG)(li__O4G - (__li__JJG)(((__li__JJG ) 0) - li__NSWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__NSWU) - ((__li__JJG ) 1)));
      li__KSWU=li__YCJ(li__ISWU,((__li__CB )(&(table_type[(li__YSWU)]))),(__li__52B)(li__YSWU |  1));
      li__G4G=li__KSWU;
    };
    li__O5G=((__li__Q2D *)li__G4G);
    li__F4G=li__O5G;
    *(li__O5G) = *(li__Q2D__);
  };
  li__E4G=li__F4G;
  return(li__E4G);
}

static void li__U3M(__li__Q2D *li__V3M,__li__BC *li__W3M)
/* (Strict DIRECTORY_UNIX{li__Q2D},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__HTWU,*li__B4M;
  __li__K li__QBJV,li__03M;
  __li__3 *li__H4M;
  li__HTWU=li__DSM();
  li__DT0(((__li__U *)li__HTWU),li__W3M);
  li__V3M->li__T2D.li__WTC=li__HTWU;
  li__HTWU=((__li__U *)li__V3M->li__T2D.li__WTC);
  li__QBJV=li__FVDB(((__li__3 *)li__HTWU->li__3C),'/',(__li__K)(li__HTWU->li__2C -  1));
  li__03M=(__li__K)( 1 + li__QBJV);
  /* __li__B__ __li__I__ */
if (((void *)li__V3M->li__T2D.li__NTC == (void *)NULL)) {
    li__B4M=li__DSM();
    li__V3M->li__T2D.li__NTC=li__B4M;
  };
  li__HTWU=li__V3M->li__T2D.li__NTC;
  li__H4M=((__li__3 *)(void *)((unsigned long)((__li__CB )((__li__3 *)li__V3M->li__T2D.li__WTC->li__3C)) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )li__03M)))));
  li__QBJV=(__li__K)(li__V3M->li__T2D.li__WTC->li__2C - li__03M);
  li__B4M=((__li__U *)li__HTWU);
  li__B4M->li__3C=li__H4M;
  li__B4M->li__2C=li__QBJV;
}

static void li__O4M(__li__KIE *li__P4M,__li__BC *li__Q4M)
/* (Strict FILE_UNIX{li__KIE},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__KTWU,*li__14M;
  __li__K li__YB5U,li__U4M;
  __li__3 *li__B5M;
  li__KTWU=li__DSM();
  li__DT0(((__li__U *)li__KTWU),li__Q4M);
  li__P4M->li__LIE.li__WTC=li__KTWU;
  li__KTWU=((__li__U *)li__P4M->li__LIE.li__WTC);
  li__YB5U=li__FVDB(((__li__3 *)li__KTWU->li__3C),'/',(__li__K)(li__KTWU->li__2C -  1));
  li__U4M=(__li__K)( 1 + li__YB5U);
  /* __li__B__ __li__I__ */
if (((void *)li__P4M->li__LIE.li__NTC == (void *)NULL)) {
    li__14M=li__DSM();
    li__P4M->li__LIE.li__NTC=li__14M;
  };
  li__KTWU=li__P4M->li__LIE.li__NTC;
  li__B5M=((__li__3 *)(void *)((unsigned long)((__li__CB )((__li__3 *)li__P4M->li__LIE.li__WTC->li__3C)) - (unsigned long)(void *)((unsigned long)((__li__CB )((__li__JJG ) 0)) - (unsigned long)((__li__CB )((__li__JJG )li__U4M)))));
  li__YB5U=(__li__K)(li__P4M->li__LIE.li__WTC->li__2C - li__U4M);
  li__14M=((__li__U *)li__KTWU);
  li__14M->li__3C=li__B5M;
  li__14M->li__2C=li__YB5U;
}

static void li__L5M(__li__02D *li__M5M,void *li__N5M,__li__U *li__O5M)
/* (Strict HASHED_DICTIONARY(ENTRY,ABSTRACT_STRING){li__02D},ENTRY{NULLxli__Q2Dxli__KIE},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__Y5M,li__05M,li__W5M;
  __li__N2L *li__X5M,*li__GBN;
  __li__C li__KAN,li__HAN;
  li__Y5M=li__AIO(((__li__U *)li__O5M));
  li__05M=(__li__K)(li__Y5M % li__M5M->li__R2L);
  li__W5M=li__05M;
  li__X5M=((void **)li__M5M->li__Y2L)[li__05M];
  li__0HP:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__X5M == (void *)NULL)) {
      li__KAN=li__B__;
    } else /* FALSE */ {
      li__HAN=li__BAJE(((__li__U *)li__X5M->li__E3L),li__O5M);
      li__KAN=li__HAN;
    };
    /* __li__B__ __li__I__ */
if ((! li__KAN)) {
      li__X5M=li__X5M->li__Q3L;
      goto li__0HP;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__X5M == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__M5M->li__R2L == li__M5M->li__Z3L)) {
      li__SIV(li__M5M);
      li__W5M=(__li__K)(li__Y5M % li__M5M->li__R2L);
    };
    li__GBN=li__ZQR(li__N5M,li__O5M,((void **)li__M5M->li__Y2L)[li__W5M]);
    li__X5M=li__GBN;
    ((void **)li__M5M->li__Y2L)[li__W5M]=li__GBN;
    li__M5M->li__Z3L=(__li__K)(li__M5M->li__Z3L +  1);
  } else /* FALSE */ {
    ((__li__N2L *)li__X5M)->li__CMV=li__N5M;
  };
}

static __li__K li__VTLB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XTLB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
  };
  li__XTLB=((__li__K )(sizeof(void *)));
  return(li__XTLB);
}

static __li__PF* li__FSPB(__li__U *li__HSPB,__li__U *li__ISPB)
/* (Strict STRING_CONSTANT{NULLxli__U},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__LSPB,li__MSPB,li__NSPB,li__OSPB,li__PSPB,li__ZSPB;
  __li__K li__0SPB,li__01PB;
  __li__U *li__TSPB,*li__USPB,*li__VSPB,*li__SVPB;
  __li__PF *li__4SPB,*li__SSPB,*li__P3PB,*li__13PB,*li__KSPB;
  __li__CB li__V3PB;
  __li__PO li__VTWU;
  __li__3 li__WSPB,li__XSPB,li__ITPB,li__YTPB,li__BUPB,li__XUPB;
  __li__3 li__0VPB;
  __li__C li__2SPB,li__JTPB,li__AG3C,li__EUPB,li__G5GD,li__FUPB;
  __li__C li__ZXPB,li__FYPB;
  __li__3 *li__QTWU;
  li__LSPB= 0;
  li__MSPB= 0;
  li__NSPB= 0;
  li__OSPB= 0;
  li__PSPB= 0;
  li__TSPB=NULL;
  li__USPB=NULL;
  li__VSPB=NULL;
  li__WSPB='\0';
  li__XSPB='\0';
  li__ZSPB= 0;
  li__0SPB= 0;
  li__2SPB=li__I__;
  li__4SPB=li__TBDD(((__li__RA1 *)li__W4JB),li__ISPB);
  li__SSPB=li__4SPB;
  /* __li__B__ __li__I__ */
if (((void *)li__4SPB == (void *)NULL)) {
    li__LSPB= 0;
    li__2SPB=li__B__;
    while ((! ((li__LSPB > (*(li__PD)).li__UD) || (li__ZSPB ==  2)))) {
      li__SVPB=((__li__U **)(*(((__li__GD *)li__PD))).li__U1Z)[li__LSPB];
      li__TSPB=li__SVPB;
      li__VSPB=NULL;
      li__NSPB=((__li__U *)li__ISPB)->li__2C;
      li__MSPB=(__li__K)(((__li__U *)li__SVPB)->li__2C -  3);
      do {
        li__ITPB=((__li__3 *)((__li__U *)li__ISPB)->li__3C)[(__li__K)(li__NSPB -  1)];
        li__WSPB=li__ITPB;
        li__JTPB=(li__ITPB == '.');
        /* __li__B__ __li__I__ */
if (li__JTPB) {
          /* __li__B__ __li__I__ */
if ((li__NSPB >  2)) {
            li__YTPB=((__li__3 *)((__li__U *)li__ISPB)->li__3C)[(__li__K)((__li__K)(li__NSPB -  1) -  1)];
            li__AG3C=(li__YTPB == '.');
            li__EUPB=li__AG3C;
          } else /* FALSE */ {
            li__EUPB=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__EUPB) {
            li__BUPB=((__li__3 *)((__li__U *)li__ISPB)->li__3C)[(__li__K)((__li__K)(li__NSPB -  2) -  1)];
            li__G5GD=(li__BUPB == '.');
            li__FUPB=li__G5GD;
          } else /* FALSE */ {
            li__FUPB=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__FUPB) {
            li__NSPB=(__li__K)(li__NSPB -  2);
            li__WSPB='*';
          } else /* FALSE */ {
            li__WSPB='/';
          };
        } else /* FALSE */ {
          li__XUPB=li__GA3C(li__WSPB);
          li__WSPB=li__XUPB;
        };
        li__0VPB=((__li__3 *)((__li__U *)li__TSPB)->li__3C)[(__li__K)(li__MSPB -  1)];
        li__XSPB=li__0VPB;
        li__NSPB=(__li__K)(li__NSPB -  1);
        li__MSPB=(__li__K)(li__MSPB -  1);
      } while ((((li__NSPB >=  1) && (li__MSPB >=  1)) && (li__WSPB == li__0VPB)));
      /* __li__B__ __li__I__ */
if (((li__NSPB <  1) && (li__WSPB == li__XSPB))) {
        /* __li__B__ __li__I__ */
if (((li__MSPB <  1) || (((__li__3 *)((__li__U *)li__SVPB)->li__3C)[(__li__K)(li__MSPB -  1)] == '/'))) {
          li__VSPB=li__SVPB;
        };
        li__ZXPB=li__B__;
      } else /* FALSE */ {
        li__ZXPB=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__ZXPB) {
        li__ZXPB=li__B__;
      } else /* FALSE */ {
        li__FYPB=((li__WSPB == '*') && (li__XSPB == '/'));
        /* __li__B__ __li__I__ */
if (li__FYPB) {
          li__OSPB=(__li__K)(li__NSPB +  1);
          li__PSPB=(__li__K)(li__MSPB +  1);
          while (((li__NSPB >=  1) && (li__MSPB >=  1))) {
            li__ITPB=((__li__3 *)((__li__U *)li__ISPB)->li__3C)[(__li__K)(li__NSPB -  1)];
            li__WSPB=li__ITPB;
            li__JTPB=(li__ITPB == '.');
            /* __li__B__ __li__I__ */
if (li__JTPB) {
              /* __li__B__ __li__I__ */
if ((li__NSPB >  2)) {
                li__YTPB=((__li__3 *)((__li__U *)li__ISPB)->li__3C)[(__li__K)((__li__K)(li__NSPB -  1) -  1)];
                li__AG3C=(li__YTPB == '.');
                li__EUPB=li__AG3C;
              } else /* FALSE */ {
                li__EUPB=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__EUPB) {
                li__BUPB=((__li__3 *)((__li__U *)li__ISPB)->li__3C)[(__li__K)((__li__K)(li__NSPB -  2) -  1)];
                li__G5GD=(li__BUPB == '.');
                li__FUPB=li__G5GD;
              } else /* FALSE */ {
                li__FUPB=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__FUPB) {
                li__NSPB=(__li__K)(li__NSPB -  2);
                li__WSPB='*';
              } else /* FALSE */ {
                li__WSPB='/';
              };
            } else /* FALSE */ {
              li__XUPB=li__GA3C(li__WSPB);
              li__WSPB=li__XUPB;
            };
            li__YTPB=((__li__3 *)((__li__U *)li__TSPB)->li__3C)[(__li__K)(li__MSPB -  1)];
            li__XSPB=li__YTPB;
            /* __li__B__ __li__I__ */
if ((li__WSPB != li__YTPB)) {
              /* __li__B__ __li__I__ */
if (((li__WSPB == '*') && (li__YTPB == '/'))) {
                li__OSPB=li__NSPB;
                li__PSPB=li__MSPB;
              } else /* FALSE */ {
                li__NSPB=li__OSPB;
                li__MSPB=li__PSPB;
                li__QTWU=((__li__U *)li__TSPB)->li__3C;
                do {
                  li__MSPB=(__li__K)(li__MSPB -  1);
                } while (((li__MSPB >=  1) && (((__li__3 *)li__QTWU)[(__li__K)(li__MSPB -  1)] != '/')));
                li__PSPB=li__MSPB;
              };
            };
            li__NSPB=(__li__K)(li__NSPB -  1);
            li__MSPB=(__li__K)(li__MSPB -  1);
          };
          /* __li__B__ __li__I__ */
if ((li__NSPB <  1)) {
            li__VSPB=li__SVPB;
          };
        };
        li__ZXPB=li__FYPB;
      };
      /* __li__B__ __li__I__ */
if ((! li__ZXPB)) {
        /* __li__B__ __li__I__ */
if ((li__ZSPB ==  1)) {
          li__ZSPB= 2;
        };
      };
      /* __li__B__ __li__I__ */
if (((void *)li__VSPB != (void *)NULL)) {
        li__01PB=li__NLKE(((__li__U *)li__VSPB),li__HSPB);
        /* __li__B__ __li__I__ */
if ((li__ZSPB ==  0)) {
          li__ZSPB= 1;
          li__USPB=li__VSPB;
          li__0SPB=li__01PB;
        } else /* FALSE */ {
          li__2SPB=li__I__;
          /* __li__B__ __li__I__ */
if ((li__01PB > li__0SPB)) {
            li__USPB=li__VSPB;
            li__0SPB=li__01PB;
          };
        };
      };
      li__LSPB=(__li__K)(li__LSPB +  1);
    };
    /* __li__B__ __li__I__ */
if ((li__ZSPB ==  0)) {
      li__HEZ(((__li__BC *)li__0C),li__ISPB);
      li__JAZ(((__li__BC *)li__0C),(&__string_437));
      li__DNVB( 1,li__0C);
      /* __li__B__ __li__I__ */
if (((void *)li__XIKB != (void *)NULL)) {
        li__V5E(li__XIKB->li__NI.li__0CC);
      };
      li__ODF();
    } else /* FALSE */ {
      li__P3PB=li__TBDD(((__li__RA1 *)li__XA1),li__USPB);
      li__SSPB=li__P3PB;
      /* __li__B__ __li__I__ */
if (((void *)li__P3PB == (void *)NULL)) {
        li__BTZ(((__li__BC *)li__Y5B),li__USPB);
        li__QTWU=li__A1V(((__li__BC *)li__Y5B));
        li__V3PB=((__li__CB )(fopen((char*)(li__QTWU),"rb")));
        /* __li__B__ __li__I__ */
if ((li__V3PB != (void *)NULL)) {
          fclose((FILE*)((li__V3PB)));
          li__13PB=li__RUI(li__USPB,li__ISPB, 0);
          li__SSPB=li__13PB;
          li__4UXB(li__13PB);
        } else /* FALSE */ {
          li__HEZ(((__li__BC *)li__0C),(&__string_438));
          li__JAZ(((__li__BC *)li__0C),li__USPB);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__VTWU=li__5JKB;
          li__K4E( 1,li__0C);
          li__V5E(li__VTWU);
          li__ODF();
        };
      };
      /* __li__B__ __li__I__ */
if (li__2SPB) {
        li__LHED(((__li__RA1 *)li__W4JB),li__SSPB,li__ISPB);
      };
    };
  };
  /* __li__B__ __li__I__ */
if ((li__SSPB->li__UB1 !=  0)) {
    li__EDSB( 1,(&__string_439));
    li__V5E(li__SSPB->li__SF.li__RF.li__0CC);
    /* __li__B__ __li__I__ */
if ((((__li__52B )li__5JKB) !=  0)) {
      li__V5E(li__5JKB);
    };
    li__ODF();
  };
  li__KSPB=li__SSPB;
  return(li__KSPB);
}

static void* li__Z5PB(__li__QZC *li__05PB,__li__U *li__15PB)
/* (Strict HASHED_DICTIONARY(TYPE,Strict STRING_CONSTANT){li__QZC},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__FAQB,*li__25PB;
  __li__K li__GAQB;
  __li__5NL *li__EAQB;
  li__FAQB=NULL;
  li__GAQB=li__AIO(((__li__U *)li__15PB));
  li__EAQB=((void **)li__05PB->li__MOL)[(__li__K)(li__GAQB % li__05PB->li__FOL)];
  while ((! (((void *)li__EAQB == (void *)NULL) || ((void *)li__EAQB->li__YOL == (void *)li__15PB)))) {
    li__EAQB=li__EAQB->li__DPL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__EAQB != (void *)NULL)) {
    li__FAQB=li__EAQB->li__PFV;
  };
  li__25PB=li__FAQB;
  return(li__25PB);
}

static __li__IF* li__IXTB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__IF *li__LXTB,*li__UYTB,*li__KXTB;
  __li__CB li__MXTB,li__4TWU;
  __li__JJG li__UXTB,li__BUWU,li__2TWU;
  __li__K li__5XTB;
  __li__52B li__MUWU;
  li__LXTB=NULL;
  li__MXTB=((__li__CB )(NULL));
  li__UXTB=((__li__JJG )sizeof(__li__IF));
  /* __li__B__ __li__I__ */
if ((li__UXTB ==  0)) {
    li__LXTB=li__IF__;
  } else /* FALSE */ {
    li__5XTB=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__UXTB));
    /* __li__B__ __li__I__ */
if ((li__5XTB == (__li__K)(-  1))) {
      li__BUWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__2TWU=(__li__JJG)((__li__JJG)(li__UXTB - (__li__JJG)(((__li__JJG ) 0) - li__BUWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__BUWU) - ((__li__JJG ) 1)));
      li__BUWU=(__li__JJG)(li__2TWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__4TWU=li__YCJ(li__2TWU,((__li__CB )(&(table_size[(li__BUWU)-1]))),((__li__52B )li__2TWU));
      li__MXTB=li__4TWU;
    } else /* FALSE */ {
      li__MUWU=((__li__52B )li__5XTB);
      li__BUWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__2TWU=(__li__JJG)((__li__JJG)(li__UXTB - (__li__JJG)(((__li__JJG ) 0) - li__BUWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__BUWU) - ((__li__JJG ) 1)));
      li__4TWU=li__YCJ(li__2TWU,((__li__CB )(&(table_type[(li__MUWU)]))),(__li__52B)(li__MUWU |  1));
      li__MXTB=li__4TWU;
    };
    li__UYTB=((__li__IF *)li__MXTB);
    li__LXTB=li__UYTB;
    *(li__UYTB) = *(li__IF__);
  };
  li__KXTB=li__LXTB;
  return(li__KXTB);
}

static void li__5YTB(__li__QZC *li__AZTB,__li__IF *li__BZTB,__li__U *li__CZTB)
/* (Strict HASHED_DICTIONARY(TYPE,Strict STRING_CONSTANT){li__QZC},Strict TYPE{NULLxli__IF},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__MZTB,li__OZTB,li__KZTB;
  __li__5NL *li__LZTB,*li__Z0TB;
  li__MZTB=li__AIO(((__li__U *)li__CZTB));
  li__OZTB=(__li__K)(li__MZTB % li__AZTB->li__FOL);
  li__KZTB=li__OZTB;
  li__LZTB=((void **)li__AZTB->li__MOL)[li__OZTB];
  while ((! (((void *)li__LZTB == (void *)NULL) || ((void *)li__LZTB->li__YOL == (void *)li__CZTB)))) {
    li__LZTB=li__LZTB->li__DPL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__LZTB == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__AZTB->li__FOL == li__AZTB->li__MPL)) {
      li__ACV(li__AZTB);
      li__KZTB=(__li__K)(li__MZTB % li__AZTB->li__FOL);
    };
    li__Z0TB=li__HKR(li__BZTB,li__CZTB,((void **)li__AZTB->li__MOL)[li__KZTB]);
    li__LZTB=li__Z0TB;
    ((void **)li__AZTB->li__MOL)[li__KZTB]=li__Z0TB;
    li__AZTB->li__MPL=(__li__K)(li__AZTB->li__MPL +  1);
    li__AZTB->li__5PL=(__li__K)(-  1);
  } else /* FALSE */ {
    ((__li__5NL *)li__LZTB)->li__PFV=li__BZTB;
  };
}

static void li__L1TB(__li__IF *li__M1TB,__li__PF *li__O1TB)
/* (Strict TYPE{li__IF},Strict PROTOTYPE{NULLxli__PF}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__Z1TB;
  __li__5RB *li__FKVB,*li__VGPU,*li__EJSH,*li__NVWU;
  __li__PF *li__TFFC;
  void *li__YFFC;
  void *li__VFFC,*li__RGFC,*li__FUQH,*li__U0GJ;
  __li__ULSB *li__DGFC,*li__1UWU,*li__THFC;
  void *li__PGFC;
  __li__QWEC *li__HIFC,*li__CJSH;
  __li__1M *li__AKSH;
  __li__K li__ZPRU;
  void *li__1LVB;
  __li__VB1 *li__IVWU;
  __li__PO li__QW2E;
  __li__F0C li__P1TB;
  __li__ZZC *li__01TB,*li__OGFC;
  __li__C li__H2TB,li__HGFC,li__XHFC;
  __li__XHQB *li__22TB;
  li__P1TB= 0;
  li__M1TB->li__NZC=li__LZC;
  li__LZC=(__li__K)(li__LZC +  1);
  li__M1TB->li__TF=li__O1TB;
  li__HEZ(((__li__BC *)li__0C),li__O1TB->li__SF.li__R2B);
  li__LKZ(((__li__BC *)li__0C),'.','_');
  li__Z1TB=li__3GSB(li__0C);
  li__M1TB->li__QGQB=li__Z1TB;
  li__01TB=li__J5D( 10);
  li__M1TB->li__D0C=li__01TB;
  /* __li__B__ __li__I__ */
if (((void *)li__M1TB->li__TF->li__UGQB == (void *)(&__string_15))) {
    li__P1TB= 3;
    li__H2TB=li__B__;
  } else /* FALSE */ {
    li__H2TB=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__H2TB)) {
    /* __li__B__ __li__I__ */
if (((void *)li__M1TB->li__TF->li__UGQB == (void *)(&__string_16))) {
      li__P1TB= 12;
    };
  };
  li__FKVB=li__FCM();
  li__VGPU=((__li__5RB *)li__FKVB);
  li__VGPU->li__AEM=li__M1TB;
  li__VGPU->li__BEM=li__P1TB;
  li__M1TB->li__J0C=li__FKVB;
  li__TFFC=((__li__PF *)li__M1TB->li__TF);
  li__YFFC=NULL;
  li__VFFC=li__TFFC->li__UWEC;
  li__JMJC:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__VFFC != (void *)NULL)) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VFFC)->__id==__li__IZB__) {
        li__DGFC=((__li__IZB *)li__VFFC)->li__WLSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__DGFC=((__li__4HAD *)li__VFFC)->li__5HAD.li__WLSB;
      };
      li__1UWU=((__li__ULSB *)li__DGFC);
      li__HGFC=(((void *)li__1UWU->li__XNKE == (void *)(&__string_29)) || ((void *)li__1UWU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__HGFC=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__HGFC) {
      li__OGFC=li__M1TB->li__D0C;
      li__PGFC=li__YHBG(li__VFFC,li__M1TB);
      li__BIBG(((__li__ZZC *)li__OGFC),li__PGFC);
      li__DOBG(li__M1TB,li__M1TB);
      li__YPBG(li__M1TB,li__VFFC);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VFFC)->__id==__li__IZB__) {
        li__RGFC=((__li__IZB *)li__VFFC)->li__NXEC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__RGFC=((__li__4HAD *)li__VFFC)->li__5HAD.li__NXEC;
      };
      li__VFFC=li__RGFC;
      goto li__JMJC;
    };
  };
  /* __li__B__ __li__I__ */
if ((li__TFFC->li__QXEC | li__TFFC->li__XXEC)) {
    while (((void *)li__VFFC != (void *)NULL)) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VFFC)->__id==__li__IZB__) {
        li__DGFC=((__li__IZB *)li__VFFC)->li__WLSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__DGFC=((__li__4HAD *)li__VFFC)->li__5HAD.li__WLSB;
      };
      /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__DGFC)->li__XNKE == (void *)(&__string_34))) {
        li__XHFC=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VFFC)->__id==__li__IZB__) {
          li__THFC=((__li__IZB *)li__VFFC)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__THFC=((__li__4HAD *)li__VFFC)->li__5HAD.li__WLSB;
        };
        li__XHFC=((void *)((__li__ULSB *)li__THFC)->li__XNKE == (void *)(&__string_36));
      };
      /* __li__B__ __li__I__ */
if (li__XHFC) {
        li__YPBG(li__M1TB,li__VFFC);
        li__RGFC=li__YHBG(li__VFFC,li__M1TB);
        li__BIBG(((__li__ZZC *)li__M1TB->li__D0C),li__RGFC);
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VFFC)->__id==__li__IZB__) {
          li__THFC=((__li__IZB *)li__VFFC)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__THFC=((__li__4HAD *)li__VFFC)->li__5HAD.li__WLSB;
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__THFC)->li__XNKE == (void *)(&__string_36))) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (li__RGFC==NULL) {
            li__HIFC=NULL;
          } else {
            if (((struct ___OBJ *)li__RGFC)->__id==__li__DZB__) {
              li__HIFC=NULL;
            } else /* Other types */ {
              li__HIFC=((void *)li__RGFC);
            }
          };
          /* __li__B__ __li__I__ */
if (((void *)li__HIFC != (void *)NULL)) {
            li__YFFC=li__JI;
            li__CJSH=((__li__QWEC *)li__HIFC);
            li__EJSH=li__M1TB->li__J0C;
            li__AKSH=li__UAVC();
            li__OUOI(((__li__ZCSH *)li__CJSH->li__DDSH),li__AKSH);
            li__ZPRU=(__li__K)((*(((__li__ZCSH *)li__CJSH->li__DDSH))).li__ENSH +  1);
            li__SXOI(((__li__1M *)li__AKSH),li__CJSH,li__EJSH,NULL,(li__ZPRU ==  1));
            li__JI=li__YFFC;
          };
        };
      };
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VFFC)->__id==__li__IZB__) {
        li__RGFC=((__li__IZB *)li__VFFC)->li__NXEC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__RGFC=((__li__4HAD *)li__VFFC)->li__5HAD.li__NXEC;
      };
      li__VFFC=li__RGFC;
    };
  };
  li__22TB=li__NKSB();
  li__M1TB->li__3HQB=li__22TB;
  li__CXDD(((__li__XHQB *)li__22TB));
  li__ZPRU= 0;
  li__H2TB=li__J2DD(((__li__XHQB *)li__M1TB->li__3HQB),li__M1TB);
  /* __li__B__ __li__I__ */
if ((! li__H2TB)) {
    li__LOQD(((__li__XHQB *)li__M1TB->li__3HQB),li__M1TB);
    li__ZPRU= 0;
    li__USQD:
    {
      /* __li__B__ __li__I__ */
if ((li__ZPRU <= (*(li__M1TB->li__D0C)).li__VBM)) {
        li__RGFC=((void **)(*(((__li__ZZC *)li__M1TB->li__D0C))).li__RBM)[li__ZPRU];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RGFC)->__id==__li__DZB__) {
          li__THFC=li__QXVG(((__li__DZB *)li__RGFC));
        } else /* SLOT_CODE */ {
          li__FUQH=((__li__QWEC *)li__RGFC)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FUQH)->__id==__li__IZB__) {
            li__THFC=((__li__IZB *)li__FUQH)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__THFC=((__li__4HAD *)li__FUQH)->li__5HAD.li__WLSB;
          };
        };
        li__DGFC=((__li__ULSB *)li__THFC);
        li__XHFC=(((void *)li__DGFC->li__XNKE == (void *)(&__string_29)) || ((void *)li__DGFC->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__XHFC=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__XHFC) {
        li__RGFC=((void **)(*(((__li__ZZC *)li__M1TB->li__D0C))).li__RBM)[li__ZPRU];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RGFC)->__id==__li__DZB__) {
          li__THFC=li__QXVG(((__li__DZB *)li__RGFC));
        } else /* SLOT_CODE */ {
          li__FUQH=((__li__QWEC *)li__RGFC)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FUQH)->__id==__li__IZB__) {
            li__THFC=((__li__IZB *)li__FUQH)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__THFC=((__li__4HAD *)li__FUQH)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__THFC)->li__XNKE == (void *)(&__string_29))) {
          li__FUQH=((void **)(*(((__li__ZZC *)li__M1TB->li__D0C))).li__RBM)[li__ZPRU];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FUQH)->__id==__li__DZB__) {
            li__U0GJ=((__li__DZB *)li__FUQH)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__U0GJ)->__id==__li__IZB__) {
              li__1LVB=((__li__IZB *)li__U0GJ)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1LVB=((__li__4HAD *)li__U0GJ)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__U0GJ=((__li__QWEC *)li__FUQH)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__U0GJ)->__id==__li__IZB__) {
              li__1LVB=((__li__IZB *)li__U0GJ)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1LVB=((__li__4HAD *)li__U0GJ)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__1LVB==NULL) {
            li__U0GJ=NULL;
          } else {
            switch (((struct ___OBJ *)li__1LVB)->__id) {
            case __li__WRB__: {
              li__U0GJ=((void *)li__1LVB);
            } break;
            case __li__XRB__: {
              li__U0GJ=((void *)li__1LVB);
            } break;
            case __li__KUB__: {
              li__U0GJ=((void *)li__1LVB);
            } break;
            case __li__VB1__: {
              li__U0GJ=((void *)li__1LVB);
            } break;
            case __li__UL2B__: {
              li__U0GJ=NULL;
            } break;
            case __li__4O2B__: {
              li__U0GJ=((void *)li__1LVB);
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__U0GJ)->__id) {
          case __li__WRB__: {
            li__EJSH=li__Z0YI(((__li__WRB *)li__U0GJ),li__M1TB);
          } break;
          case __li__XRB__: {
            li__EJSH=li__N2YI(((__li__XRB *)((__li__WRB *)li__U0GJ)),li__M1TB);
          } break;
          case __li__KUB__: {
            li__EJSH=li__B4YI(((__li__KUB *)((__li__WRB *)li__U0GJ)),li__M1TB);
          } break;
          case __li__VB1__: {
            li__IVWU=((__li__VB1 *)((__li__WRB *)li__U0GJ));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__IVWU->li__WB1.li__P2C);
            li__QW2E=li__M1TB->li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__QW2E);
            li__ODF();
            li__EJSH=NULL;
          } break;
          case __li__4O2B__: {
            li__NVWU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__U0GJ)),li__M1TB);
            li__EJSH=li__NVWU;
          } break;
          };
          li__FUQH=((__li__5RB *)li__EJSH)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__FUQH)->__id) {
          case __li__IF__: {
            li__ZMGJ(((__li__IF *)li__FUQH),li__M1TB);
          } break;
          case __li__ORB__: {
            li__YOGJ(((__li__ORB *)((__li__IF *)li__FUQH)),li__M1TB);
          } break;
          case __li__QRB__: {
            li__XQGJ(((__li__QRB *)((__li__IF *)li__FUQH)),li__M1TB);
          } break;
          case __li__SRB__: {
            li__WSGJ(((__li__SRB *)((__li__IF *)li__FUQH)),li__M1TB);
          } break;
          case __li__URB__: {
            li__VUGJ(((__li__URB *)((__li__IF *)li__FUQH)),li__M1TB);
          } break;
          case __li__GSZ__: {
            li__UWGJ(((__li__GSZ *)((__li__IF *)li__FUQH)),li__M1TB);
          } break;
          case __li__1RRF__: {
            li__TYGJ(((__li__1RRF *)((__li__IF *)li__FUQH)),li__M1TB);
          } break;
          case __li__UJSH__: {
            li__QRMN(li__M1TB);
          } break;
          };
        };
        li__ZPRU=(__li__K)(li__ZPRU +  1);
        goto li__USQD;
      };
    };
  };
  /* __li__B__ __li__I__ */
if ((((__li__K )(sizeof(void *))) ==  4)) {
    li__M1TB->li__F3TB= 2;
  } else /* FALSE */ {
    li__M1TB->li__F3TB= 3;
  };
  li__Z1TB=((__li__U *)li__M1TB->li__TF->li__SF.li__R2B);
  li__H2TB=li__TT1(li__Z1TB,(&__string_39));
  /* __li__B__ __li__I__ */
if (li__H2TB) {
    li__M1TB->li__F3TB= 2;
  };
  li__H2TB=li__TT1(li__Z1TB,(&__string_61));
  /* __li__B__ __li__I__ */
if (li__H2TB) {
    li__HGFC=li__B__;
  } else /* FALSE */ {
    li__XHFC=li__TT1(li__Z1TB,(&__string_57));
    li__HGFC=li__XHFC;
  };
  /* __li__B__ __li__I__ */
if (li__HGFC) {
    li__M1TB->li__F3TB= 0;
  };
  li__H2TB=li__TT1(li__Z1TB,(&__string_41));
  /* __li__B__ __li__I__ */
if (li__H2TB) {
    li__HGFC=li__B__;
  } else /* FALSE */ {
    li__XHFC=li__TT1(li__Z1TB,(&__string_47));
    li__HGFC=li__XHFC;
  };
  /* __li__B__ __li__I__ */
if (li__HGFC) {
    li__M1TB->li__F3TB= 0;
  };
  li__H2TB=li__TT1(li__Z1TB,(&__string_60));
  /* __li__B__ __li__I__ */
if (li__H2TB) {
    li__HGFC=li__B__;
  } else /* FALSE */ {
    li__XHFC=li__TT1(li__Z1TB,(&__string_56));
    li__HGFC=li__XHFC;
  };
  /* __li__B__ __li__I__ */
if (li__HGFC) {
    li__M1TB->li__F3TB= 1;
  };
  li__H2TB=li__TT1(li__Z1TB,(&__string_59));
  /* __li__B__ __li__I__ */
if (li__H2TB) {
    li__HGFC=li__B__;
  } else /* FALSE */ {
    li__XHFC=li__TT1(li__Z1TB,(&__string_55));
    li__HGFC=li__XHFC;
  };
  /* __li__B__ __li__I__ */
if (li__HGFC) {
    li__M1TB->li__F3TB= 2;
  };
  li__H2TB=li__TT1(li__Z1TB,(&__string_58));
  /* __li__B__ __li__I__ */
if (li__H2TB) {
    li__HGFC=li__B__;
  } else /* FALSE */ {
    li__XHFC=li__TT1(li__Z1TB,(&__string_54));
    li__HGFC=li__XHFC;
  };
  /* __li__B__ __li__I__ */
if (li__HGFC) {
    li__M1TB->li__F3TB= 3;
  };
}

static __li__5RB* li__OHDJ(__li__1M *li__PHDJ,void *li__QHDJ)
/* (Strict PROFIL_SLOT{li__1M},ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__SHDJ,li__KIDJ;
  __li__5RB *li__THDJ,*li__DIDJ,*li__UIDJ,*li__SVWU,*li__RHDJ;
  void *li__CIDJ;
  __li__QWEC *li__JIDJ;
  void *li__TIDJ;
  li__SHDJ= 0;
  li__THDJ=NULL;
  /* __li__B__ __li__I__ */
if (((void *)((__li__VB1 *)li__QHDJ)->li__WB1.li__P2C == (void *)(&__string_3))) {
    li__THDJ=li__PHDJ->li__2M.li__2NSH;
  } else /* FALSE */ {
    li__CIDJ=li__PHDJ->li__AZOI->li__RWEC->li__LFJG;
    /* NULL __li__IF__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ */
if (((struct ___OBJ *)li__CIDJ)->__id==__li__GSZ__) {
      li__DIDJ=li__JRYI(((__li__GSZ *)((__li__IF *)li__CIDJ)),li__QHDJ);
    } else /* Other types */ {
      li__DIDJ=NULL;
    };
    li__THDJ=li__DIDJ;
    /* __li__B__ __li__I__ */
if (((void *)li__DIDJ == (void *)NULL)) {
      li__JIDJ=li__PHDJ->li__AZOI;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JIDJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
        li__KIDJ=li__YXTJ(((__li__QWEC *)li__JIDJ),li__QHDJ);
      } else /* ITM_SLOT_OPERATOR */ {
        li__KIDJ=li__YXTJ(((__li__QWEC *)li__JIDJ),li__QHDJ);
      };
      li__SHDJ=li__KIDJ;
      /* __li__B__ __li__I__ */
if ((li__SHDJ != (__li__K)(-  1))) {
        li__TIDJ=((void **)(*(((__li__2ZEC *)li__2ZOI))).li__3GPI)[li__SHDJ];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TIDJ)->__id) {
        case __li__WK__: {
          li__UIDJ=((__li__WK *)li__TIDJ)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__UIDJ=((__li__AVBD *)li__TIDJ)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__UIDJ=((__li__KVBD *)li__TIDJ)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__UIDJ=((__li__WVBD *)li__TIDJ)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__UIDJ=li__JK5J(((__li__Z4WH *)li__TIDJ));
        } break;
        case __li__KTVI__: {
          li__UIDJ=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__UIDJ=li__553L();
        } break;
        case __li__XTVI__: {
          li__UIDJ=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__UIDJ=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__UIDJ=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__UIDJ=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__UIDJ=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__UIDJ=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__UIDJ=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__UIDJ=li__DWEK(((__li__BNWI *)li__TIDJ));
        } break;
        case __li__XNWI__: {
          li__UIDJ=li__IWEK(((__li__XNWI *)li__TIDJ));
        } break;
        case __li__LOWI__: {
          li__UIDJ=li__NWEK(((__li__LOWI *)li__TIDJ));
        } break;
        case __li__5OWI__: {
          li__UIDJ=li__SWEK(((__li__5OWI *)li__TIDJ));
        } break;
        case __li__TPWI__: {
          li__UIDJ=li__XWEK(((__li__TPWI *)li__TIDJ));
        } break;
        case __li__HQWI__: {
          li__UIDJ=li__2WEK(((__li__HQWI *)li__TIDJ));
        } break;
        case __li__ARWI__: {
          li__UIDJ=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__UIDJ=li__FXEK(((__li__URWI *)li__TIDJ));
        } break;
        case __li__MSWI__: {
          li__UIDJ=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__UIDJ=((__li__ETWI *)li__TIDJ)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__UIDJ=((__li__MZWI *)li__TIDJ)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__UIDJ=((__li__C0WI *)li__TIDJ)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__UIDJ=((__li__M1WI *)li__TIDJ)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__UIDJ=((__li__KMFK *)li__TIDJ)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__UIDJ=li__T4NN(((__li__XOHL *)li__TIDJ));
        } break;
        case __li__FPHL__: {
          li__UIDJ=li__KA4L(((__li__FPHL *)li__TIDJ));
        } break;
        case __li__APLM__: {
          li__UIDJ=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__UIDJ=li__1ISO(((__li__DTNM *)li__TIDJ));
        } break;
        case __li__JXNM__: {
          li__UIDJ=li__VX3R(((__li__JXNM *)li__TIDJ));
        } break;
        case __li__21LO__: {
          li__UIDJ=((__li__21LO *)li__TIDJ)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__UIDJ=((__li__TPOO *)li__TIDJ)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__UIDJ=li__FH4R();
        } break;
        case __li__41XO__: {
          li__UIDJ=li__3FDQ(((__li__41XO *)li__TIDJ));
        } break;
        case __li__AKBR__: {
          li__UIDJ=li__WQDS(((__li__AKBR *)li__TIDJ));
        } break;
        case __li__SU5R__: {
          li__UIDJ=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__UIDJ=li__Y1IS();
        } break;
        };
        li__SVWU=((__li__5RB *)li__UIDJ);
        li__UIDJ=li__QWVB(li__SVWU,(__li__F0C)(li__SVWU->li__BEM |  32));
        li__THDJ=li__UIDJ;
      };
    };
  };
  li__RHDJ=li__THDJ;
  return(li__RHDJ);
}

static __li__5RB* li__EKXF(__li__GSZ *li__FKXF,void *li__GKXF)
/* (Strict TYPE_GENERIC{li__GSZ},ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__KKXF,*li__HKXF;
  __li__K li__NKXF;
  __li__XB1 *li__JKXF;
  li__KKXF=NULL;
  li__JKXF=li__FKXF->li__HSZ.li__TF->li__BC1;
  li__NKXF=li__GB1F(((__li__XB1 *)li__JKXF),li__GKXF);
  /* __li__B__ __li__I__ */
if ((li__NKXF <= (*(li__JKXF)).li__PCDC)) {
    li__KKXF=((void **)(*(((__li__3PZ *)li__FKXF->li__GGQB))).li__WNFC)[li__NKXF];
  };
  li__HKXF=li__KKXF;
  return(li__HKXF);
}

static __li__5RB* li__JRYI(__li__GSZ *li__KRYI,void *li__LRYI)
/* (Strict TYPE_GENERIC{li__GSZ},ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__PRYI,*li__MRYI;
  __li__K li__SRYI;
  __li__XB1 *li__ORYI;
  li__PRYI=NULL;
  li__ORYI=li__KRYI->li__HSZ.li__TF->li__BC1;
  li__SRYI=li__GB1F(((__li__XB1 *)li__ORYI),li__LRYI);
  /* __li__B__ __li__I__ */
if ((li__SRYI <= (*(li__ORYI)).li__PCDC)) {
    li__PRYI=((void **)(*(((__li__3PZ *)li__KRYI->li__GGQB))).li__WNFC)[li__SRYI];
  };
  li__MRYI=li__PRYI;
  return(li__MRYI);
}

static __li__K li__WEQM(__li__DZB *li__XEQM,void *li__YEQM)
/* (Strict SLOT_DATA{li__DZB},ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1EQM,li__2EQM,li__0EQM,li__XFQM,li__ZEQM;
  void *li__ACFN,*li__KUBO;
  __li__I03C *li__EFQM,*li__VFQM;
  li__1EQM= 0;
  li__2EQM= 0;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XEQM->li__LZB->li__KZB)->__id==__li__IZB__) {
  };
  li__0EQM= 0;
  li__NV0M:
  {
    li__ACFN=li__XEQM->li__LZB->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ACFN)->__id==__li__IZB__) {
      li__EFQM=((__li__IZB *)li__ACFN)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__EFQM=((__li__4HAD *)li__ACFN)->li__5HAD.li__MPHD;
    };
    /* __li__B__ __li__I__ */
if (((li__0EQM <= (*(li__EFQM)).li__RBLE) && (li__1EQM == li__2EQM))) {
      li__KUBO=li__XEQM->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KUBO)->__id==__li__IZB__) {
        li__VFQM=((__li__IZB *)li__KUBO)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__VFQM=((__li__4HAD *)li__KUBO)->li__5HAD.li__MPHD;
      };
      li__KUBO=((void **)(*(((__li__I03C *)li__VFQM))).li__RCLE)[li__0EQM];
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__KUBO)->__id==__li__4RUC__) {
        li__XFQM= 1;
      } else /* ITM_ARGS */ {
        li__XFQM=(__li__K)((*(((__li__QUAF *)li__KUBO)->li__H5ZG)).li__UD +  1);
      };
      li__2EQM=(__li__K)(li__2EQM + li__XFQM);
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__KUBO)->__id==__li__4RUC__) {
        li__XFQM=li__1BGL(((__li__4RUC *)li__KUBO),li__YEQM);
      } else /* ITM_ARGS */ {
        li__XFQM=li__JCGL(((__li__QUAF *)((__li__4RUC *)li__KUBO)),li__YEQM);
      };
      li__1EQM=(__li__K)(li__1EQM + li__XFQM);
      li__0EQM=(__li__K)(li__0EQM +  1);
      goto li__NV0M;
    };
  };
  /* __li__B__ __li__I__ */
if ((li__1EQM == li__2EQM)) {
    li__1EQM=(__li__K)(-  1);
  };
  li__ZEQM=li__1EQM;
  return(li__ZEQM);
}

static __li__K li__YXTJ(__li__QWEC *li__ZXTJ,void *li__0XTJ)
/* (Strict SLOT_CODE{li__QWEC},ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__3XTJ,li__4XTJ,li__2XTJ,li__ZYTJ,li__1XTJ;
  void *li__LV0J,*li__WBGL;
  __li__I03C *li__GYTJ,*li__XYTJ;
  li__3XTJ= 0;
  li__4XTJ= 0;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZXTJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
  li__2XTJ= 0;
  li__EWWJ:
  {
    li__LV0J=li__ZXTJ->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LV0J)->__id==__li__IZB__) {
      li__GYTJ=((__li__IZB *)li__LV0J)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__GYTJ=((__li__4HAD *)li__LV0J)->li__5HAD.li__MPHD;
    };
    /* __li__B__ __li__I__ */
if (((li__2XTJ <= (*(li__GYTJ)).li__RBLE) && (li__3XTJ == li__4XTJ))) {
      li__WBGL=li__ZXTJ->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WBGL)->__id==__li__IZB__) {
        li__XYTJ=((__li__IZB *)li__WBGL)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__XYTJ=((__li__4HAD *)li__WBGL)->li__5HAD.li__MPHD;
      };
      li__WBGL=((void **)(*(((__li__I03C *)li__XYTJ))).li__RCLE)[li__2XTJ];
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__WBGL)->__id==__li__4RUC__) {
        li__ZYTJ= 1;
      } else /* ITM_ARGS */ {
        li__ZYTJ=(__li__K)((*(((__li__QUAF *)li__WBGL)->li__H5ZG)).li__UD +  1);
      };
      li__4XTJ=(__li__K)(li__4XTJ + li__ZYTJ);
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__WBGL)->__id==__li__4RUC__) {
        li__ZYTJ=li__1BGL(((__li__4RUC *)li__WBGL),li__0XTJ);
      } else /* ITM_ARGS */ {
        li__ZYTJ=li__JCGL(((__li__QUAF *)((__li__4RUC *)li__WBGL)),li__0XTJ);
      };
      li__3XTJ=(__li__K)(li__3XTJ + li__ZYTJ);
      li__2XTJ=(__li__K)(li__2XTJ +  1);
      goto li__EWWJ;
    };
  };
  /* __li__B__ __li__I__ */
if ((li__3XTJ == li__4XTJ)) {
    li__3XTJ=(__li__K)(-  1);
  };
  li__1XTJ=li__3XTJ;
  return(li__1XTJ);
}

static __li__K li__EFRK(__li__3PZ *li__FFRK)
/* (Strict FAST_ARRAY(TYPE_FULL){li__3PZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__HFRK,li__WFRK,li__FGRK,li__GFRK;
  __li__5RB *li__ECJV,*li__CXZC,*li__BWWU,*li__DWWU;
  __li__C li__JXOU,li__YFRK;
  li__HFRK= 0;
  li__JXOU=((*(li__FFRK)).li__1JGB <  0);
  /* __li__B__ __li__I__ */
if ((! li__JXOU)) {
    li__ECJV=((void **)(*(li__FFRK)).li__WNFC)[(*(li__FFRK)).li__1JGB];
    /* __li__B__ __li__I__ */
if (((void *)li__ECJV != (void *)NULL)) {
      li__CXZC=((void **)(*(li__FFRK)).li__WNFC)[(*(li__FFRK)).li__1JGB];
      li__WFRK=li__VBRL(((__li__5RB *)li__CXZC));
      li__HFRK=li__WFRK;
      li__YFRK=li__B__;
    } else /* FALSE */ {
      li__YFRK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__YFRK)) {
      li__BWWU=((void **)(*(li__FFRK)).li__WNFC)[ 0];
      /* __li__B__ __li__I__ */
if (((void *)li__BWWU != (void *)NULL)) {
        li__DWWU=((void **)(*(li__FFRK)).li__WNFC)[ 0];
        li__FGRK=li__VBRL(((__li__5RB *)li__DWWU));
        li__HFRK=li__FGRK;
      };
    };
  };
  li__GFRK=li__HFRK;
  return(li__GFRK);
}

static __li__C li__QLRK(__li__EIGB *li__RLRK,__li__3PZ *li__SLRK)
/* (Strict HASHED_SET(FAST_ARRAY(TYPE_FULL)){li__EIGB},Strict FAST_ARRAY(TYPE_FULL){NULLxli__3PZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__2LRK;
  __li__5JDK *li__1LRK;
  __li__C li__TLRK;
  li__2LRK=li__EFRK(((__li__3PZ *)li__SLRK));
  li__1LRK=((void **)li__RLRK->li__LKDK)[(__li__K)(li__2LRK % li__RLRK->li__EKDK)];
  while ((! (((void *)li__1LRK == (void *)NULL) || ((void *)li__1LRK->li__XKDK == (void *)li__SLRK)))) {
    li__1LRK=li__1LRK->li__DLDK;
  };
  li__TLRK=((void *)li__1LRK != (void *)NULL);
  return(li__TLRK);
}

static __li__PF* li__TBDD(__li__RA1 *li__UBDD,__li__U *li__VBDD)
/* (Strict HASHED_DICTIONARY(PROTOTYPE,Strict STRING_CONSTANT){li__RA1},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PF *li__5BDD,*li__WBDD;
  __li__K li__ACDD;
  __li__EICD *li__4BDD;
  li__5BDD=NULL;
  li__ACDD=li__AIO(((__li__U *)li__VBDD));
  li__4BDD=((void **)li__UBDD->li__PICD)[(__li__K)(li__ACDD % li__UBDD->li__IICD)];
  while ((! (((void *)li__4BDD == (void *)NULL) || ((void *)li__4BDD->li__1ICD == (void *)li__VBDD)))) {
    li__4BDD=li__4BDD->li__GJCD;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__4BDD != (void *)NULL)) {
    li__5BDD=li__4BDD->li__5CDD;
  };
  li__WBDD=li__5BDD;
  return(li__WBDD);
}

static __li__3 li__GA3C(__li__3 li__HA3C)
/* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__3 li__JA3C,li__IA3C;
  li__JA3C='\0';
  /* __li__B__ __li__I__ */
if (((((__li__QJG )li__HA3C) <  65) || (((__li__QJG )li__HA3C) >  90))) {
    li__JA3C=li__HA3C;
  } else /* FALSE */ {
    li__JA3C=((__li__3 )(((__li__QJG)(((__li__QJG )li__HA3C) +  32))));
  };
  li__IA3C=li__JA3C;
  return(li__IA3C);
}

static __li__K li__NLKE(__li__U *li__OLKE,__li__U *li__PLKE)
/* (Strict STRING_CONSTANT{li__U},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XLKE,li__APRU,li__BPRU,li__QLKE;
  __li__3 *li__CPRU,*li__JWWU;
  li__XLKE= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__OLKE == (void *)li__PLKE)) {
    li__XLKE=(__li__K)(li__OLKE->li__2C +  1);
  } else /* FALSE */ {
    li__XLKE= 1;
    li__APRU=li__OLKE->li__2C;
    li__BPRU=((__li__U *)li__PLKE)->li__2C;
    li__CPRU=li__OLKE->li__3C;
    li__JWWU=((__li__U *)li__PLKE)->li__3C;
    while ((((li__XLKE <= li__APRU) && (li__XLKE <= li__BPRU)) && (((__li__3 *)li__CPRU)[(__li__K)(li__XLKE -  1)] == ((__li__3 *)li__JWWU)[(__li__K)(li__XLKE -  1)]))) {
      li__XLKE=(__li__K)(li__XLKE +  1);
    };
  };
  li__QLKE=li__XLKE;
  return(li__QLKE);
}

static void li__4UXB(__li__PF *li__AVXB)
/* (Strict PROTOTYPE{NULLxli__PF}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__DAYB,li__NCYB,li__QEYB,li__H13C,li__KQHD,li__PI1D;
  __li__PO li__LJ1D;
  __li__U *li__HTTC,*li__AA0C;
  __li__ULSB *li__SCYB,*li__4WWU,*li__DEYB,*li__AXWU,*li__PYWU,*li__NI1D;
  void *li__CEYB,*li__H03C;
  __li__K li__SUKE,li__H2KE,li__J2KE,li__F2KE,li__L0KF,li__D0KF;
  __li__K li__H1KF,li__J1KF,li__UFLE;
  __li__CB li__DJWF,li__QXWU;
  __li__JJG li__LJWF,li__TXWU,li__OXWU;
  __li__52B li__4XWU;
  void *li__V03C,*li__G03C,*li__OYWU,*li__RCJV,*li__XCJV;
  __li__4HAD *li__B13C,*li__I23C;
  __li__4RUC *li__JCJV,*li__KCJV,*li__0CJV,*li__1CJV;
  __li__IZB *li__N13C,*li__ZI1D;
  __li__UL2B *li__I4ZC;
  __li__QOZB *li__OU5C;
  __li__PF *li__VJ5C;
  __li__BZZB *li__FI1D,*li__5CJV,*li__ADJV;
  __li__K41B *li__WJ1D;
  __li__C li__LWWU,li__BBYB,li__RQTC,li__SQTC,li__4QTC,li__0QTC;
  __li__C li__FSTC,li__WSTC,li__MSTC,li__103C,li__213C,li__2PHD;
  __li__3 li__ZQTC,li__WRTC,li__3RTC,li__ESTC,li__LSTC;
  __li__CRB *li__KGYB,*li__T3ZC;
  __li__50ZC *li__EUKE,*li__11KE;
  __li__OUKE *li__QUKE,*li__G2KE,*li__F0KF,*li__G0KF,*li__LKWF;
  void **li__E0KF,**li__M0KF;
  __li__I03C *li__U03C,*li__R23C,*li__OCJV;
  __li__OC1 *li__DF0C;
  li__S5H=li__AVXB;
  li__V5H=li__AVXB->li__XAF;
  li__Y5H= 1;
  li__15H= 1;
  li__25H= 1;
  li__35H= 0;
  li__PNK();
  li__22K=NULL;
  li__LWWU=li__WEK((&__string_10));
  /* __li__B__ __li__I__ */
if ((! li__LWWU)) {
    li__DAYB=li__WTIB();
    li__K4E( 0,(&__string_587));
    li__V5E(li__DAYB);
    li__ODF();
  };
  li__LWWU=li__WEK((&__string_28));
  /* __li__B__ __li__I__ */
if ((! li__LWWU)) {
    li__DAYB=li__WTIB();
    li__K4E( 0,(&__string_588));
    li__V5E(li__DAYB);
    li__ODF();
  };
  li__LWWU=li__BSYB(li__B__);
  /* __li__B__ __li__I__ */
if ((! li__LWWU)) {
    li__DAYB=li__WTIB();
    li__K4E( 0,(&__string_589));
    li__V5E(li__DAYB);
    li__ODF();
  };
  do {
    li__BBYB=li__BSYB(li__I__);
  } while (li__BBYB);
  li__DOZB:
  {
    li__BBYB=li__WEK((&__string_10));
    /* __li__B__ __li__I__ */
if (li__BBYB) {
      li__22K=NULL;
      li__RQTC=li__I__;
      li__SQTC=li__PNK();
      /* __li__B__ __li__I__ */
if ((! li__SQTC)) {
        li__4QTC=li__B__;
      } else /* FALSE */ {
        li__ZQTC=li__GBL();
        li__0QTC=li__SQXB(li__ZQTC);
        li__4QTC=(! li__0QTC);
      };
      /* __li__B__ __li__I__ */
if (li__4QTC) {
        li__RQTC=li__I__;
      } else /* FALSE */ {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__ZQTC=li__GBL();
        li__SRX(((__li__BC *)li__0C),li__ZQTC);
        li__Y5H=(__li__K)(li__Y5H +  1);
        li__ZQTC=li__GBL();
        li__4QTC=li__SVRB(li__ZQTC);
        /* __li__B__ __li__I__ */
if (li__4QTC) {
          li__WRTC=li__GBL();
          li__SRX(((__li__BC *)li__0C),li__WRTC);
          li__Y5H=(__li__K)(li__Y5H +  1);
          li__5F5D:
          {
            li__3RTC=li__GBL();
            /* __li__B__ __li__I__ */
if ((li__3RTC != ((__li__3 )(( 0))))) {
              li__ESTC=li__GBL();
              li__FSTC=li__SVRB(li__ESTC);
              /* __li__B__ __li__I__ */
if (li__FSTC) {
                li__WSTC=li__B__;
              } else /* FALSE */ {
                li__LSTC=li__GBL();
                li__MSTC=li__KTX(li__LSTC);
                li__WSTC=li__MSTC;
              };
              /* __li__B__ __li__I__ */
if (li__WSTC) {
                li__WSTC=li__B__;
              } else /* FALSE */ {
                li__LSTC=li__GBL();
                li__WSTC=(li__LSTC == '_');
              };
              li__FSTC=li__WSTC;
            } else /* FALSE */ {
              li__FSTC=li__I__;
            };
            /* __li__B__ __li__I__ */
if (li__FSTC) {
              li__ESTC=li__GBL();
              li__SRX(((__li__BC *)li__0C),li__ESTC);
              li__Y5H=(__li__K)(li__Y5H +  1);
              goto li__5F5D;
            };
          };
          li__HTTC=li__SQC(li__0C);
          li__2YI=li__HTTC;
          li__RQTC=li__B__;
        } else /* FALSE */ {
          li__Y5H=(__li__K)(li__Y5H -  1);
          li__RQTC=li__I__;
        };
      };
      /* __li__B__ __li__I__ */
if (li__RQTC) {
        li__HTTC=li__2YI;
        /* __li__B__ __li__I__ */
if ((! (((((((((void *)li__HTTC == (void *)(&__string_29)) || ((void *)li__HTTC == (void *)(&__string_30))) || ((void *)li__HTTC == (void *)(&__string_31))) || ((void *)li__HTTC == (void *)(&__string_32))) || ((void *)li__HTTC == (void *)(&__string_33))) || ((void *)li__HTTC == (void *)(&__string_34))) || ((void *)li__HTTC == (void *)(&__string_35))) || ((void *)li__HTTC == (void *)(&__string_36))))) {
          li__NCYB=li__WTIB();
          li__K4E( 0,(&__string_590));
          li__V5E(li__NCYB);
          li__ODF();
        };
        li__SCYB=li__XZZC(li__2YI);
        li__TCYB=li__SCYB;
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__SCYB)->li__XNKE == (void *)(&__string_34))) {
          ((__li__PF *)li__S5H)->li__QXEC=li__B__;
          li__FSTC=li__B__;
        } else /* FALSE */ {
          li__FSTC=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__FSTC) {
          li__FSTC=li__B__;
        } else /* FALSE */ {
          li__WSTC=((void *)((__li__ULSB *)li__SCYB)->li__XNKE == (void *)(&__string_36));
          /* __li__B__ __li__I__ */
if (li__WSTC) {
            ((__li__PF *)li__S5H)->li__XXEC=li__B__;
          };
          li__FSTC=li__WSTC;
        };
        /* __li__B__ __li__I__ */
if (li__FSTC) {
          li__FSTC=li__B__;
        } else /* FALSE */ {
          li__4WWU=((__li__ULSB *)li__SCYB);
          /* __li__B__ __li__I__ */
if (((((void *)li__4WWU->li__XNKE == (void *)(&__string_29)) || ((void *)li__4WWU->li__XNKE == (void *)(&__string_30))) && ((void *)li__S5H->li__ZDYB != (void *)NULL))) {
            li__CEYB=li__S5H->li__ZDYB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CEYB)->__id==__li__IZB__) {
              li__DEYB=((__li__IZB *)li__CEYB)->li__WLSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__DEYB=((__li__4HAD *)li__CEYB)->li__5HAD.li__WLSB;
            };
            li__AXWU=((__li__ULSB *)li__DEYB);
            li__MSTC=(! (((void *)li__AXWU->li__XNKE == (void *)(&__string_29)) || ((void *)li__AXWU->li__XNKE == (void *)(&__string_30))));
          } else /* FALSE */ {
            li__MSTC=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__MSTC) {
            li__QEYB=li__WTIB();
            li__K4E( 0,(&__string_591));
            li__V5E(li__QEYB);
            li__ODF();
          };
          li__FSTC=li__MSTC;
        };
        /* __li__B__ __li__I__ */
if ((! li__FSTC)) {
          /* __li__B__ __li__I__ */
if ((((((void *)((__li__ULSB *)li__TCYB)->li__XNKE == (void *)(&__string_29)) && ((void *)li__S5H->li__UGQB == (void *)(&__string_15))) && ((void *)li__S5H->li__SF.li__R2B != (void *)(&__string_48))) && ((void *)li__S5H->li__SF.li__R2B != (void *)(&__string_49)))) {
            li__QEYB=li__WTIB();
            li__K4E( 2,(&__string_592));
            li__V5E(li__QEYB);
            li__ODF();
          };
        };
      } else /* FALSE */ {
        li__KGYB=li__VP4B(li__DCG__,li__B__);
        /* __li__B__ __li__I__ */
if (((void *)li__KGYB == (void *)NULL)) {
          li__NCYB=li__WTIB();
          li__K4E( 0,(&__string_590));
          li__V5E(li__NCYB);
          li__ODF();
        };
        li__EUKE=((__li__50ZC *)li__F1ZC);
        li__SCYB=NULL;
        li__SUKE=li__OXQE(((__li__CRB *)li__KGYB));
        li__QUKE=((void **)li__EUKE->li__0UKE)[(__li__K)(li__SUKE % li__EUKE->li__TUKE)];
        while ((! (((void *)li__QUKE == (void *)NULL) || ((void *)li__QUKE->li__GVKE == (void *)li__KGYB)))) {
          li__QUKE=li__QUKE->li__RVKE;
        };
        /* __li__B__ __li__I__ */
if (((void *)li__QUKE != (void *)NULL)) {
          li__SCYB=li__QUKE->li__ZVKE;
        };
        li__4WWU=li__SCYB;
        /* __li__B__ __li__I__ */
if (((void *)li__SCYB == (void *)NULL)) {
          li__DEYB=li__U5GD();
          li__4WWU=li__DEYB;
          li__AXWU=((__li__ULSB *)li__DEYB);
          li__AXWU->li__XNKE=NULL;
          li__AXWU->li__HZKE=li__KGYB;
          li__11KE=((__li__50ZC *)li__F1ZC);
          li__H2KE=li__OXQE(((__li__CRB *)li__KGYB));
          li__J2KE=(__li__K)(li__H2KE % li__11KE->li__TUKE);
          li__F2KE=li__J2KE;
          li__G2KE=((void **)li__11KE->li__0UKE)[li__J2KE];
          while ((! (((void *)li__G2KE == (void *)NULL) || ((void *)li__G2KE->li__GVKE == (void *)li__KGYB)))) {
            li__G2KE=li__G2KE->li__RVKE;
          };
          /* __li__B__ __li__I__ */
if (((void *)li__G2KE == (void *)NULL)) {
            /* __li__B__ __li__I__ */
if ((li__11KE->li__TUKE == li__11KE->li__H3KE)) {
              li__F0KF=NULL;
              li__G0KF=NULL;
              li__E0KF=li__11KE->li__0UKE;
              li__L0KF=li__YDQ((__li__K)(li__11KE->li__TUKE +  1));
              li__M0KF=li__TYXE(li__L0KF);
              li__11KE->li__0UKE=li__M0KF;
              li__D0KF=(__li__K)(li__11KE->li__TUKE -  1);
              li__11KE->li__TUKE=li__L0KF;
              while ((! (li__D0KF <  0))) {
                li__F0KF=((void **)li__E0KF)[li__D0KF];
                while (((void *)li__F0KF != (void *)NULL)) {
                  li__G0KF=li__F0KF->li__RVKE;
                  li__H1KF=li__OXQE(((__li__CRB *)li__F0KF->li__GVKE));
                  li__J1KF=(__li__K)(li__H1KF % li__11KE->li__TUKE);
                  ((__li__OUKE *)li__F0KF)->li__RVKE=((void **)li__11KE->li__0UKE)[li__J1KF];
                  ((void **)li__11KE->li__0UKE)[li__J1KF]=li__F0KF;
                  li__F0KF=li__G0KF;
                };
                li__D0KF=(__li__K)(li__D0KF -  1);
              };
              li__F2KE=(__li__K)(li__H2KE % li__11KE->li__TUKE);
            };
            li__F0KF=((void **)li__11KE->li__0UKE)[li__F2KE];
            li__G0KF=NULL;
            li__DJWF=((__li__CB )(NULL));
            li__LJWF=((__li__JJG )sizeof(__li__OUKE));
            /* __li__B__ __li__I__ */
if ((li__LJWF ==  0)) {
              li__G0KF=li__OUKE__;
            } else /* FALSE */ {
              li__L0KF=__li__OUKE__;
              li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__LJWF));
              /* __li__B__ __li__I__ */
if ((li__L0KF == (__li__K)(-  1))) {
                li__TXWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                li__OXWU=(__li__JJG)((__li__JJG)(li__LJWF - (__li__JJG)(((__li__JJG ) 0) - li__TXWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__TXWU) - ((__li__JJG ) 1)));
                li__TXWU=(__li__JJG)(li__OXWU / ((__li__JJG )((__li__K )(sizeof(void *)))));
                li__QXWU=li__YCJ(li__OXWU,((__li__CB )(&(table_size[(li__TXWU)-1]))),((__li__52B )li__OXWU));
                li__DJWF=li__QXWU;
              } else /* FALSE */ {
                li__4XWU=((__li__52B )li__L0KF);
                li__TXWU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                li__OXWU=(__li__JJG)((__li__JJG)(li__LJWF - (__li__JJG)(((__li__JJG ) 0) - li__TXWU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__TXWU) - ((__li__JJG ) 1)));
                li__QXWU=li__YCJ(li__OXWU,((__li__CB )(&(table_type[(li__4XWU)]))),(__li__52B)(li__4XWU |  1));
                li__DJWF=li__QXWU;
              };
              li__LKWF=((__li__OUKE *)li__DJWF);
              li__G0KF=li__LKWF;
              *(li__LKWF) = *(li__OUKE__);
            };
            li__LKWF=((__li__OUKE *)li__G0KF);
            li__LKWF->li__ZVKE=li__DEYB;
            li__LKWF->li__GVKE=li__KGYB;
            li__LKWF->li__RVKE=li__F0KF;
            li__G2KE=li__G0KF;
            ((void **)li__11KE->li__0UKE)[li__F2KE]=li__G0KF;
            li__11KE->li__H3KE=(__li__K)(li__11KE->li__H3KE +  1);
          } else /* FALSE */ {
            ((__li__OUKE *)li__G2KE)->li__ZVKE=li__DEYB;
          };
        };
        li__TCYB=li__4WWU;
      };
      do {
        li__FSTC=li__I__;
        li__CEYB=NULL;
        li__WRTC='\0';
        li__3RTC=li__VUZB();
        /* __li__B__ __li__I__ */
if ((li__3RTC != ' ')) {
          li__FSTC=li__B__;
          li__H03C=NULL;
          li__U03C=li__0W4C();
          li__V03C=li__NOUC(li__DCG__,li__I__,li__B__);
          li__G03C=li__V03C;
          /* __li__B__ __li__I__ */
if (((void *)li__V03C == (void *)NULL)) {
            li__103C=li__AIX('\'');
            /* __li__B__ __li__I__ */
if (li__103C) {
              li__B13C=li__VHAD(li__U03C);
              li__H03C=li__B13C;
            } else /* FALSE */ {
              li__H13C=li__WTIB();
              li__JCJV=li__EWAD();
              li__KCJV=((__li__4RUC *)li__JCJV);
              li__KCJV->li__5RUC.li__0CC=li__H13C;
              li__KCJV->li__RZHD=(&__string_66);
              li__KCJV->li__SZHD=li__UT3B;
              li__G03C=li__JCJV;
              li__NBLE(((__li__I03C *)li__U03C),li__JCJV);
              li__N13C=li__FNAD(li__U03C);
              li__H03C=li__N13C;
            };
          } else /* FALSE */ {
            li__NBLE(((__li__I03C *)li__U03C),li__G03C);
            li__103C=li__AIX('.');
            /* __li__B__ __li__I__ */
if (li__103C) {
              li__N13C=li__FNAD(li__U03C);
              li__H03C=li__N13C;
              li__213C=li__B__;
            } else /* FALSE */ {
              li__213C=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__213C)) {
              li__213C=li__AIX('\'');
              /* __li__B__ __li__I__ */
if (li__213C) {
                li__I23C=li__VHAD(li__U03C);
                li__H03C=li__I23C;
              };
            };
          };
          /* __li__B__ __li__I__ */
if (((void *)li__H03C != (void *)NULL)) {
            li__R23C=li__AU5C(li__U03C);
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H03C)->__id==__li__IZB__) {
              li__1NHD(((__li__IZB *)li__H03C),li__R23C);
            } else /* ITM_SLOT_OPERATOR */ {
              li__B13C=((__li__4HAD *)((__li__IZB *)li__H03C));
              li__UFLE=(__li__K)((*(((__li__I03C *)li__R23C))).li__RBLE +  1);
              /* __li__B__ __li__I__ */
if ((li__UFLE >  1)) {
                li__2PHD=li__B__;
              } else /* FALSE */ {
                li__OYWU=((void **)(*(((__li__I03C *)li__R23C))).li__RCLE)[ 0];
                /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__OYWU)->__id==__li__4RUC__) {
                  li__H1KF= 1;
                } else /* ITM_ARGS */ {
                  li__H1KF=(__li__K)((*(((__li__QUAF *)li__OYWU)->li__H5ZG)).li__UD +  1);
                };
                li__2PHD=(li__H1KF >  1);
              };
              /* __li__B__ __li__I__ */
if (li__2PHD) {
                /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__B13C->li__5HAD.li__WLSB)->li__XNKE == (void *)(&__string_31))) {
                  li__OCJV=((__li__I03C *)li__R23C);
                  li__RCJV=((void **)(*(li__OCJV)).li__RCLE)[(*(li__OCJV)).li__RBLE];
                  /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__RCJV)->__id==__li__4RUC__) {
                    li__KQHD=((__li__4RUC *)li__RCJV)->li__5RUC.li__0CC;
                  } else /* ITM_ARGS */ {
                    li__KQHD=((__li__QUAF *)li__RCJV)->li__RUAF.li__0CC;
                  };
                  li__K4E( 1,(&__string_593));
                  li__V5E(li__KQHD);
                  li__ODF();
                };
                li__PYWU=((__li__ULSB *)li__B13C->li__5HAD.li__WLSB);
                /* __li__B__ __li__I__ */
if ((((void *)li__PYWU->li__XNKE == (void *)(&__string_29)) || ((void *)li__PYWU->li__XNKE == (void *)(&__string_30)))) {
                  li__OCJV=((__li__I03C *)li__R23C);
                  li__XCJV=((void **)(*(li__OCJV)).li__RCLE)[(*(li__OCJV)).li__RBLE];
                  /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__XCJV)->__id==__li__4RUC__) {
                    li__KQHD=((__li__4RUC *)li__XCJV)->li__5RUC.li__0CC;
                  } else /* ITM_ARGS */ {
                    li__KQHD=((__li__QUAF *)li__XCJV)->li__RUAF.li__0CC;
                  };
                  li__K4E( 1,(&__string_594));
                  li__V5E(li__KQHD);
                  li__ODF();
                };
              };
              li__B13C->li__5HAD.li__MPHD=li__R23C;
            };
          };
          li__E2ZC=li__H03C;
          /* __li__B__ __li__I__ */
if (((void *)li__H03C == (void *)NULL)) {
            li__H13C=li__WTIB();
            li__K4E( 0,(&__string_595));
            li__V5E(li__H13C);
            li__ODF();
          };
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__E2ZC)->__id==__li__IZB__) {
            ((__li__IZB *)li__E2ZC)->li__JZB.li__DI1B=li__3RTC;
          } else /* ITM_SLOT_OPERATOR */ {
            ((__li__4HAD *)((__li__IZB *)li__E2ZC))->li__5HAD.li__JZB.li__DI1B=li__3RTC;
          };
          li__MSTC=li__33TC();
          /* __li__B__ __li__I__ */
if (li__MSTC) {
            li__WRTC=((__li__3 *)((__li__U *)li__2YI)->li__3C)[ 0];
          } else /* FALSE */ {
            li__WRTC=' ';
          };
          /* __li__B__ __li__I__ */
if ((li__WRTC == ' ')) {
            li__103C=li__AIX(':');
            li__213C=li__103C;
          } else /* FALSE */ {
            li__213C=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__213C) {
            li__103C=li__AIX('(');
            /* __li__B__ __li__I__ */
if (li__103C) {
              li__T3ZC=li__VP4B(li__DCG__,li__I__);
              /* __li__B__ __li__I__ */
if (((void *)li__T3ZC == (void *)NULL)) {
                li__KQHD=li__WTIB();
                li__K4E( 0,(&__string_596));
                li__V5E(li__KQHD);
                li__ODF();
              };
              li__2PHD=li__AIX(')');
              /* __li__B__ __li__I__ */
if ((! li__2PHD)) {
                li__KQHD=li__WTIB();
                li__K4E( 2,(&__string_597));
                li__V5E(li__KQHD);
                li__ODF();
              };
              li__I4ZC=li__EW5B(li__T3ZC);
              li__CEYB=li__I4ZC;
            } else /* FALSE */ {
              li__OYWU=li__HK2B(li__DCG__,li__I__);
              li__CEYB=li__OYWU;
              /* __li__B__ __li__I__ */
if (((void *)li__OYWU == (void *)NULL)) {
                li__KQHD=li__WTIB();
                li__K4E( 0,(&__string_596));
                li__V5E(li__KQHD);
                li__ODF();
              };
            };
            li__103C=li__33TC();
            /* __li__B__ __li__I__ */
if (li__103C) {
              li__WRTC=((__li__3 *)((__li__U *)li__2YI)->li__3C)[ 0];
            };
          } else /* FALSE */ {
            li__CEYB=li__3MZ;
          };
          li__H03C=li__E2ZC;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__E2ZC)->__id==__li__IZB__) {
            li__5BHD(((__li__IZB *)li__E2ZC),li__CEYB);
          } else /* ITM_SLOT_OPERATOR */ {
            li__B13C=((__li__4HAD *)((__li__IZB *)li__H03C));
            li__PYWU=((__li__ULSB *)li__B13C->li__5HAD.li__WLSB);
            /* __li__B__ __li__I__ */
if ((((void *)li__PYWU->li__XNKE == (void *)(&__string_29)) || ((void *)li__PYWU->li__XNKE == (void *)(&__string_30)))) {
              /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__CEYB==NULL) {
                li__RCJV=NULL;
              } else {
                switch (((struct ___OBJ *)li__CEYB)->__id) {
                case __li__WRB__: {
                  li__RCJV=((void *)li__CEYB);
                } break;
                case __li__XRB__: {
                  li__RCJV=((void *)li__CEYB);
                } break;
                case __li__KUB__: {
                  li__RCJV=((void *)li__CEYB);
                } break;
                case __li__VB1__: {
                  li__RCJV=((void *)li__CEYB);
                } break;
                case __li__UL2B__: {
                  li__RCJV=NULL;
                } break;
                case __li__4O2B__: {
                  li__RCJV=((void *)li__CEYB);
                } break;
                }
              };
              /* __li__B__ __li__I__ */
if (((((void *)li__RCJV == (void *)NULL) || ((void *)li__RCJV == (void *)li__UT3B)) || ((void *)li__RCJV == (void *)li__3MZ))) {
                li__KQHD=li__B13C->li__5HAD.li__JZB.li__RF.li__0CC;
                li__K4E( 1,(&__string_598));
                li__V5E(li__KQHD);
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            li__OU5C=li__HWZB(li__DCG__);
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            li__OYWU=li__O20B(li__DCG__);
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if (((struct ___OBJ *)li__E2ZC)->__id==__li__IZB__) {
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if ((((void *)li__AA0C == (void *)NULL) && ((void *)li__E2K != (void *)NULL))) {
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          };
          li__DF0C=li__S5H->li__XC1;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__E2ZC)->__id==__li__IZB__) {
            li__AA0C=((__li__IZB *)li__E2ZC)->li__JZB.li__R2B;
          } else /* ITM_SLOT_OPERATOR */ {
            li__AA0C=((__li__4HAD *)li__E2ZC)->li__5HAD.li__JZB.li__R2B;
          };
          li__H03C=li__I43C(((__li__OC1 *)li__DF0C),li__AA0C);
          /* __li__B__ __li__I__ */
if (((void *)li__H03C != (void *)NULL)) {
            li__EDSB( 1,(&__string_601));
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H03C)->__id==__li__IZB__) {
              li__KQHD=((__li__IZB *)li__H03C)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__KQHD=((__li__4HAD *)li__H03C)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
            li__V5E(li__KQHD);
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__E2ZC)->__id==__li__IZB__) {
              li__KQHD=((__li__IZB *)li__E2ZC)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__KQHD=((__li__4HAD *)li__E2ZC)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
            li__V5E(li__KQHD);
            li__ODF();
          };
          li__TA4C(((__li__PF *)li__S5H),li__E2ZC);
        };
      } while (li__FSTC);
      goto li__DOZB;
    };
  };
  li__OU5C=li__HWZB(li__DCG__);
  /* __li__B__ __li__I__ */
if (((void *)li__OU5C != (void *)NULL)) {
    li__DAYB=li__WTIB();
    li__K4E( 2,(&__string_602));
    li__V5E(li__DAYB);
    li__ODF();
  };
  li__PNK();
  li__ZQTC=li__GBL();
  /* __li__B__ __li__I__ */
if ((li__ZQTC != ((__li__3 )(( 0))))) {
    li__DAYB=li__WTIB();
    li__K4E( 0,(&__string_603));
    li__V5E(li__DAYB);
    li__ODF();
  };
  li__S5H=NULL;
}

static void li__LHED(__li__RA1 *li__MHED,__li__PF *li__NHED,__li__U *li__OHED)
/* (Strict HASHED_DICTIONARY(PROTOTYPE,Strict STRING_CONSTANT){li__RA1},Strict PROTOTYPE{NULLxli__PF},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DIED,li__FIED;
  __li__EICD *li__JIED;
  /* __li__B__ __li__I__ */
if ((li__MHED->li__IICD == li__MHED->li__PJCD)) {
    li__OKYD(li__MHED);
  };
  li__DIED=li__AIO(((__li__U *)li__OHED));
  li__FIED=(__li__K)(li__DIED % li__MHED->li__IICD);
  li__JIED=li__52JD(li__NHED,li__OHED,((void **)li__MHED->li__PICD)[li__FIED]);
  ((void **)li__MHED->li__PICD)[li__FIED]=li__JIED;
  li__MHED->li__PJCD=(__li__K)(li__MHED->li__PJCD +  1);
}

static void li__EDSB(__li__K li__GDSB,__li__U *li__HDSB)
/* (Expanded INTEGER{li__K},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__O4E=li__GDSB;
  ((__li__BC *)li__P4E)->li__NK= 0;
  /* __li__B__ __li__I__ */
if ((li__GDSB ==  0)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_345));
  };
  /* __li__B__ __li__I__ */
if ((li__GDSB ==  1)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_346));
  };
  /* __li__B__ __li__I__ */
if ((li__GDSB ==  2)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_347));
  };
  /* __li__B__ __li__I__ */
if ((li__GDSB ==  3)) {
    li__JAZ(((__li__BC *)li__P4E),(&__string_348));
  };
  li__AK0(((__li__BC *)li__P4E),li__HDSB);
}

static void li__JBUB(__li__F0C li__KBUB,__li__BC *li__LBUB)
/* (Expanded UINTEGER_8{li__F0C},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__PBUB,li__QBUB;
  __li__BC *li__MZWU;
  __li__F0C li__MBUB;
  __li__3 li__OZWU;
  li__MBUB= 0;
  li__PBUB= 0;
  li__QBUB= 0;
  /* __li__B__ __li__I__ */
if ((li__KBUB ==  0)) {
    li__SRX(((__li__BC *)li__LBUB),'0');
  } else /* FALSE */ {
    li__PBUB=(__li__K)(((__li__BC *)li__LBUB)->li__NK +  1);
    li__MBUB=li__KBUB;
    while ((li__MBUB !=  0)) {
      li__SRX(((__li__BC *)li__LBUB),((__li__3 )(((__li__QJG)(((__li__QJG )(__li__F0C)(li__MBUB %  10)) + ((__li__QJG )'0'))))));
      li__MBUB=(__li__F0C)(li__MBUB /  10);
    };
    li__QBUB=((__li__BC *)li__LBUB)->li__NK;
    while ((li__PBUB < li__QBUB)) {
      li__MZWU=((__li__BC *)li__LBUB);
      li__OZWU=((__li__3 *)li__MZWU->li__CUN)[(__li__K)(li__PBUB -  1)];
      ((__li__3 *)li__MZWU->li__CUN)[(__li__K)(li__PBUB -  1)]=((__li__3 *)li__MZWU->li__CUN)[(__li__K)(li__QBUB -  1)];
      ((__li__3 *)li__MZWU->li__CUN)[(__li__K)(li__QBUB -  1)]=li__OZWU;
      li__QBUB=(__li__K)(li__QBUB -  1);
      li__PBUB=(__li__K)(li__PBUB +  1);
    };
  };
}

static __li__U* li__3GSB(__li__BC *li__5GSB)
/* (Strict STRING{NULLxli__BC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__LHSB;
  __li__K li__VHSB,li__CHSB,li__BISB;
  __li__U *li__REUB,*li__AHSB;
  /* __li__B__ __li__I__ */
if (li__VDB) {
    li__BTZ(((__li__BC *)li__GR),li__5GSB);
    li__LHSB=li__GR;
    li__JAZ(((__li__BC *)li__LHSB),(&__string_123));
  } else /* FALSE */ {
    li__LHSB=li__GR;
    li__HEZ(((__li__BC *)li__LHSB),(&__string_440));
  };
  li__VHSB=(__li__K)(li__THSB +  1);
  li__THSB=li__VHSB;
  li__CHSB=li__VHSB;
  while ((li__CHSB !=  0)) {
    li__BISB=(__li__K)(li__CHSB &  31);
    /* __li__B__ __li__I__ */
if ((li__BISB <  26)) {
      li__SRX(((__li__BC *)li__GR),((__li__3 )(((__li__QJG)(((__li__QJG )'A') + ((__li__QJG )li__BISB))))));
    } else /* FALSE */ {
      li__SRX(((__li__BC *)li__GR),((__li__3 )(((__li__QJG)(((__li__QJG )'0') + ((__li__QJG )(__li__K)(li__BISB -  26)))))));
    };
    li__CHSB=(__li__K)(li__CHSB >>  5);
  };
  li__LHSB=li__GR;
  li__REUB=li__DSM();
  li__DT0(((__li__U *)li__REUB),li__LHSB);
  li__WG0(((__li__HR *)li__RR),li__REUB);
  li__AHSB=li__REUB;
  return(li__AHSB);
}

static void* li__YHBG(void *li__0HBG,void *li__1HBG)
/* (ITM_SLOT{NULLxli__IZBxli__4HAD},TYPE{li__IFxli__GSZ}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__HZB *li__4HBG;
  void *li__5HBG,*li__2HBG;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
    li__4HBG=li__ODJG();
  } else /* ITM_SLOT_OPERATOR */ {
    li__4HBG=li__ODJG();
  };
  li__5HBG=li__FFJG(((__li__HZB *)li__4HBG),li__0HBG,li__1HBG);
  li__2HBG=li__5HBG;
  return(li__2HBG);
}

static void li__BIBG(__li__ZZC *li__CIBG,void *li__DIBG)
/* (Strict FAST_ARRAY(SLOT){li__ZZC},SLOT{NULLxli__DZBxli__QWEC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__FJBG;
  __li__C li__SIBG;
  void **li__4IBG;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__CIBG)).li__VBM +  1) <= (__li__K)((*(li__CIBG)).li__EBM -  1))) {
    (*(li__CIBG)).li__VBM=(__li__K)((*(li__CIBG)).li__VBM +  1);
    li__SIBG=li__B__;
  } else /* FALSE */ {
    li__SIBG=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__SIBG)) {
    /* __li__B__ __li__I__ */
if (((*(li__CIBG)).li__EBM ==  0)) {
      li__4IBG=li__ZFEB( 2);
      (*(li__CIBG)).li__RBM=li__4IBG;
      (*(li__CIBG)).li__EBM= 2;
      (*(li__CIBG)).li__VBM= 0;
    } else /* FALSE */ {
      li__FJBG=(__li__K)((*(li__CIBG)).li__EBM <<  1);
      li__4IBG=li__X5QG(((void **)(*(li__CIBG)).li__RBM),(*(li__CIBG)).li__EBM,li__FJBG);
      (*(li__CIBG)).li__RBM=li__4IBG;
      (*(li__CIBG)).li__EBM=li__FJBG;
      (*(li__CIBG)).li__VBM=(__li__K)((*(li__CIBG)).li__VBM +  1);
    };
  };
  ((void **)(*(li__CIBG)).li__RBM)[(*(li__CIBG)).li__VBM]=li__DIBG;
}

static void li__VKBG(__li__GSZ *li__WKBG,void *li__XKBG)
/* (Strict TYPE_GENERIC{li__GSZ},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YKBG;
  void *li__LLBG;
  __li__ULSB *li__MLBG,*li__1ZWU;
  void *li__FDSH;
  void *li__ZLBG;
  __li__5RB *li__2LBG;
  __li__PO li__DMBG;
  __li__C li__QLBG;
  li__YKBG= 0;
  li__BKJG:
  {
    /* __li__B__ __li__I__ */
if ((li__YKBG <= (*(li__WKBG->li__HSZ.li__D0C)).li__VBM)) {
      li__LLBG=((void **)(*(((__li__ZZC *)li__WKBG->li__HSZ.li__D0C))).li__RBM)[li__YKBG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LLBG)->__id==__li__DZB__) {
        li__MLBG=li__QXVG(((__li__DZB *)li__LLBG));
      } else /* SLOT_CODE */ {
        li__FDSH=((__li__QWEC *)li__LLBG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FDSH)->__id==__li__IZB__) {
          li__MLBG=((__li__IZB *)li__FDSH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__MLBG=((__li__4HAD *)li__FDSH)->li__5HAD.li__WLSB;
        };
      };
      li__1ZWU=((__li__ULSB *)li__MLBG);
      li__QLBG=(((void *)li__1ZWU->li__XNKE == (void *)(&__string_29)) || ((void *)li__1ZWU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__QLBG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__QLBG) {
      li__LLBG=((void **)(*(((__li__ZZC *)li__WKBG->li__HSZ.li__D0C))).li__RBM)[li__YKBG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LLBG)->__id==__li__DZB__) {
        li__FDSH=((__li__DZB *)li__LLBG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FDSH)->__id==__li__IZB__) {
          li__ZLBG=((__li__IZB *)li__FDSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZLBG=((__li__4HAD *)li__FDSH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__FDSH=((__li__QWEC *)li__LLBG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FDSH)->__id==__li__IZB__) {
          li__ZLBG=((__li__IZB *)li__FDSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZLBG=((__li__4HAD *)li__FDSH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ZLBG==NULL) {
        li__FDSH=NULL;
      } else {
        switch (((struct ___OBJ *)li__ZLBG)->__id) {
        case __li__WRB__: {
          li__FDSH=((void *)li__ZLBG);
        } break;
        case __li__XRB__: {
          li__FDSH=((void *)li__ZLBG);
        } break;
        case __li__KUB__: {
          li__FDSH=((void *)li__ZLBG);
        } break;
        case __li__VB1__: {
          li__FDSH=((void *)li__ZLBG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__FDSH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__FDSH)->__id) {
      case __li__WRB__: {
        li__2LBG=li__ZURF(((__li__WRB *)li__FDSH),li__WKBG);
      } break;
      case __li__XRB__: {
        li__2LBG=li__NWRF(((__li__XRB *)((__li__WRB *)li__FDSH)),li__WKBG);
      } break;
      case __li__KUB__: {
        li__2LBG=li__BYRF(((__li__KUB *)((__li__WRB *)li__FDSH)),li__WKBG);
      } break;
      case __li__VB1__: {
        li__2LBG=li__G0RF(((__li__VB1 *)((__li__WRB *)li__FDSH)),li__WKBG);
      } break;
      };
      li__FDSH=((__li__5RB *)li__2LBG)->li__AEM;
      /* __li__B__ __li__I__ */
if (((void *)li__FDSH == (void *)li__XKBG)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LLBG)->__id==__li__DZB__) {
          li__DMBG=((__li__DZB *)li__LLBG)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ZLBG=((__li__QWEC *)li__LLBG)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZLBG)->__id==__li__IZB__) {
            li__DMBG=((__li__IZB *)li__ZLBG)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DMBG=((__li__4HAD *)li__ZLBG)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_604));
        li__V5E(li__DMBG);
        li__ODF();
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__FDSH)->__id) {
      case __li__IF__: {
        li__DOBG(((__li__IF *)li__FDSH),li__XKBG);
      } break;
      case __li__ORB__: {
        li__QMGG(((__li__ORB *)((__li__IF *)li__FDSH)),li__XKBG);
      } break;
      case __li__QRB__: {
        li__AQGG(((__li__QRB *)((__li__IF *)li__FDSH)),li__XKBG);
      } break;
      case __li__SRB__: {
        li__QTGG(((__li__SRB *)((__li__IF *)li__FDSH)),li__XKBG);
      } break;
      case __li__URB__: {
        li__QUYI(((__li__URB *)((__li__IF *)li__FDSH)),li__XKBG);
      } break;
      case __li__GSZ__: {
        li__VKBG(((__li__GSZ *)((__li__IF *)li__FDSH)),li__XKBG);
      } break;
      case __li__1RRF__: {
        li__FWYI(((__li__1RRF *)((__li__IF *)li__FDSH)),li__XKBG);
      } break;
      case __li__UJSH__: {
        li__WMMN(((__li__UJSH *)((__li__IF *)li__FDSH)),li__XKBG);
      } break;
      };
      li__YKBG=(__li__K)(li__YKBG +  1);
      goto li__BKJG;
    };
  };
}

static void li__LMBG(__li__GSZ *li__MMBG,void *li__NMBG)
/* (Strict TYPE_GENERIC{li__GSZ},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__OMBG;
  void *li__BNBG;
  __li__ULSB *li__CNBG,*li__F0WU;
  void *li__IDSH;
  void *li__PNBG;
  __li__5RB *li__SNBG;
  __li__PF *li__UNBG;
  __li__U *li__WNBG;
  __li__C li__GNBG;
  __li__OC1 *li__VNBG;
  li__OMBG= 0;
  li__MKJG:
  {
    /* __li__B__ __li__I__ */
if ((li__OMBG <= (*(li__MMBG->li__HSZ.li__D0C)).li__VBM)) {
      li__BNBG=((void **)(*(((__li__ZZC *)li__MMBG->li__HSZ.li__D0C))).li__RBM)[li__OMBG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BNBG)->__id==__li__DZB__) {
        li__CNBG=li__QXVG(((__li__DZB *)li__BNBG));
      } else /* SLOT_CODE */ {
        li__IDSH=((__li__QWEC *)li__BNBG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IDSH)->__id==__li__IZB__) {
          li__CNBG=((__li__IZB *)li__IDSH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__CNBG=((__li__4HAD *)li__IDSH)->li__5HAD.li__WLSB;
        };
      };
      li__F0WU=((__li__ULSB *)li__CNBG);
      li__GNBG=(((void *)li__F0WU->li__XNKE == (void *)(&__string_29)) || ((void *)li__F0WU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__GNBG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__GNBG) {
      li__BNBG=((void **)(*(((__li__ZZC *)li__MMBG->li__HSZ.li__D0C))).li__RBM)[li__OMBG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BNBG)->__id==__li__DZB__) {
        li__IDSH=((__li__DZB *)li__BNBG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IDSH)->__id==__li__IZB__) {
          li__PNBG=((__li__IZB *)li__IDSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PNBG=((__li__4HAD *)li__IDSH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__IDSH=((__li__QWEC *)li__BNBG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IDSH)->__id==__li__IZB__) {
          li__PNBG=((__li__IZB *)li__IDSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PNBG=((__li__4HAD *)li__IDSH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__PNBG==NULL) {
        li__IDSH=NULL;
      } else {
        switch (((struct ___OBJ *)li__PNBG)->__id) {
        case __li__WRB__: {
          li__IDSH=((void *)li__PNBG);
        } break;
        case __li__XRB__: {
          li__IDSH=((void *)li__PNBG);
        } break;
        case __li__KUB__: {
          li__IDSH=((void *)li__PNBG);
        } break;
        case __li__VB1__: {
          li__IDSH=((void *)li__PNBG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__IDSH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__IDSH)->__id) {
      case __li__WRB__: {
        li__SNBG=li__ZURF(((__li__WRB *)li__IDSH),li__MMBG);
      } break;
      case __li__XRB__: {
        li__SNBG=li__NWRF(((__li__XRB *)((__li__WRB *)li__IDSH)),li__MMBG);
      } break;
      case __li__KUB__: {
        li__SNBG=li__BYRF(((__li__KUB *)((__li__WRB *)li__IDSH)),li__MMBG);
      } break;
      case __li__VB1__: {
        li__SNBG=li__G0RF(((__li__VB1 *)((__li__WRB *)li__IDSH)),li__MMBG);
      } break;
      };
      li__BNBG=((__li__5RB *)li__SNBG)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BNBG)->__id) {
      case __li__IF__: {
        li__UNBG=((__li__IF *)li__BNBG)->li__TF;
      } break;
      case __li__ORB__: {
        li__UNBG=((__li__ORB *)li__BNBG)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__UNBG=((__li__QRB *)li__BNBG)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__UNBG=((__li__SRB *)li__BNBG)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__UNBG=((__li__URB *)li__BNBG)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__UNBG=((__li__GSZ *)li__BNBG)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__UNBG=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__UNBG=li__VYLN();
      } break;
      };
      li__VNBG=li__UNBG->li__XC1;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NMBG)->__id==__li__IZB__) {
        li__WNBG=((__li__IZB *)li__NMBG)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__WNBG=((__li__4HAD *)li__NMBG)->li__5HAD.li__JZB.li__R2B;
      };
      li__IDSH=li__I43C(((__li__OC1 *)li__VNBG),li__WNBG);
      /* __li__B__ __li__I__ */
if (((void *)li__IDSH != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NMBG)->__id==__li__IZB__) {
          li__0CHJ(((__li__IZB *)li__NMBG),li__IDSH);
        } else /* ITM_SLOT_OPERATOR */ {
          li__OGHJ(((__li__4HAD *)((__li__IZB *)li__NMBG)),li__IDSH);
        };
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BNBG)->__id) {
      case __li__IF__: {
        li__YPBG(((__li__IF *)li__BNBG),li__NMBG);
      } break;
      case __li__ORB__: {
        li__GOGG(((__li__ORB *)((__li__IF *)li__BNBG)),li__NMBG);
      } break;
      case __li__QRB__: {
        li__WRGG(((__li__QRB *)((__li__IF *)li__BNBG)),li__NMBG);
      } break;
      case __li__SRB__: {
        li__GVGG(((__li__SRB *)((__li__IF *)li__BNBG)),li__NMBG);
      } break;
      case __li__URB__: {
        li__YFRG(((__li__URB *)((__li__IF *)li__BNBG)),li__NMBG);
      } break;
      case __li__GSZ__: {
        li__LMBG(((__li__GSZ *)((__li__IF *)li__BNBG)),li__NMBG);
      } break;
      case __li__1RRF__: {
        li__0YYI(((__li__1RRF *)((__li__IF *)li__BNBG)),li__NMBG);
      } break;
      case __li__UJSH__: {
        li__MOMN(((__li__UJSH *)((__li__IF *)li__BNBG)),li__NMBG);
      } break;
      };
      li__OMBG=(__li__K)(li__OMBG +  1);
      goto li__MKJG;
    };
  };
}

static void li__OUOI(__li__ZCSH *li__PUOI,__li__1M *li__QUOI)
/* (Strict FAST_ARRAY(PROFIL_SLOT){li__ZCSH},Strict PROFIL_SLOT{NULLxli__1M}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__SVOI,li__S2FK,li__23FK,li__54FM;
  __li__CB li__W3FK;
  __li__C li__5UOI;
  void **li__LVOI;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__PUOI)).li__ENSH +  1) <= (__li__K)((*(li__PUOI)).li__0OOI -  1))) {
    (*(li__PUOI)).li__ENSH=(__li__K)((*(li__PUOI)).li__ENSH +  1);
    li__5UOI=li__B__;
  } else /* FALSE */ {
    li__5UOI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__5UOI)) {
    /* __li__B__ __li__I__ */
if (((*(li__PUOI)).li__0OOI ==  0)) {
      li__LVOI=li__NM2I( 2);
      (*(li__PUOI)).li__HPOI=li__LVOI;
      (*(li__PUOI)).li__0OOI= 2;
      (*(li__PUOI)).li__ENSH= 0;
    } else /* FALSE */ {
      li__SVOI=(__li__K)((*(li__PUOI)).li__0OOI <<  1);
      li__LVOI=((void **)(*(li__PUOI)).li__HPOI);
      li__S2FK=(*(li__PUOI)).li__0OOI;
      li__W3FK=li__CUY(((__li__CB )li__LVOI),((__li__JJG )(__li__K)(li__S2FK * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__SVOI * ((__li__K )(sizeof(void *))))));
      li__LVOI=((void **)li__W3FK);
      li__23FK=(__li__K)(li__SVOI -  1);
      li__54FM=li__S2FK;
      while ((li__54FM <= li__23FK)) {
        li__LVOI[li__54FM]=NULL;
        li__54FM=(__li__K)(li__54FM +  1);
      };
      (*(li__PUOI)).li__HPOI=li__LVOI;
      (*(li__PUOI)).li__0OOI=li__SVOI;
      (*(li__PUOI)).li__ENSH=(__li__K)((*(li__PUOI)).li__ENSH +  1);
    };
  };
  ((void **)(*(li__PUOI)).li__HPOI)[(*(li__PUOI)).li__ENSH]=li__QUOI;
}

static __li__SZEC* li__SXOI(__li__1M *li__TXOI,void *li__UXOI,__li__5RB *li__VXOI,__li__2ZEC *li__WXOI,__li__C li__XXOI)
/* (Strict PROFIL_SLOT{li__1M},SLOT_CODE{li__QWEC},Strict TYPE_FULL{NULLxli__5RB},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},Expanded BOOLEAN{li__Bxli__I}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__HZRI,*li__SX2I;
  __li__ULSB *li__PYOI;
  __li__U *li__WYOI,*li__4YOI,*li__DEIJ,*li__3EIJ;
  void *li__NYMV,*li__PYMV,*li__NHTL;
  __li__K li__UKYK,li__CQYL,li__H35U,li__M1LJ,li__LYPU,li__R2RU;
  __li__K li__O0PU,li__15BL;
  __li__PO li__BZOI,li__LZOI,li__CEIJ,li__1EIJ,li__S2OI;
  __li__KI *li__DZOI,*li__RZOI,*li__X35U,*li__UASI;
  __li__5RB *li__KZOI,*li__V35U,*li__EEIJ,*li__PDJV,*li__0EIJ,*li__4DJV;
  __li__VTBD *li__S35U,*li__LDJV,*li__RDJV,*li__QCSI;
  __li__O3B *li__WZOI;
  __li__4RUC *li__PDIJ;
  __li__QUAF *li__JEIJ;
  __li__AVBD *li__G45U,*li__H45U;
  __li__UL2B *li__11OI,*li__DYOI;
  __li__QWEC *li__H4RI;
  __li__Z4WH *li__M4RI,*li__CASI;
  __li__QOZB *li__Q4RI,*li__J4RI,*li__I5RI;
  void *li__L5RI;
  __li__V34B *li__U45U;
  __li__C0WI *li__V45U;
  __li__1M *li__WASI,*li__5ASI,*li__OCSI;
  __li__BC *li__4ASI;
  void *li__MCSI;
  __li__SZEC *li__CYOI,*li__53OI,*li__YXOI;
  __li__KXFD *li__LYOI;
  __li__IFGD *li__MYOI;
  __li__C li__WZRI,li__Z0OI,li__N3OI,li__A5RI;
  __li__XL *li__ZJYK;
  void **li__M35U,**li__N35U,**li__O35U;
  __li__I03C *li__3ZOI,*li__BYOI;
  __li__Z0IE *li__A0OI,*li__L0OI;
  __li__B2OI *li__E2OI,*li__I3OI;
  li__CYOI=NULL;
  /* __li__B__ __li__I__ */
if (li__PL) {
    li__LYOI=li__GQMD();
    li__TXOI->li__2M.li__SXFD=li__LYOI;
    li__MYOI=li__NQMD();
    li__TXOI->li__2M.li__OFGD=li__MYOI;
  };
  li__HZRI=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZRI)->__id==__li__IZB__) {
    li__PYOI=((__li__IZB *)li__HZRI)->li__WLSB;
  } else /* ITM_SLOT_OPERATOR */ {
    li__PYOI=((__li__4HAD *)li__HZRI)->li__5HAD.li__WLSB;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__PYOI)->li__XNKE == (void *)(&__string_36))) {
    li__SX2I=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SX2I)->__id==__li__IZB__) {
      li__WYOI=((__li__IZB *)li__SX2I)->li__JZB.li__R2B;
    } else /* ITM_SLOT_OPERATOR */ {
      li__WYOI=((__li__4HAD *)li__SX2I)->li__5HAD.li__JZB.li__R2B;
    };
    li__TXOI->li__2M.li__NZFD=li__WYOI;
  } else /* FALSE */ {
    li__SX2I=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SX2I)->__id==__li__IZB__) {
      li__WYOI=((__li__IZB *)li__SX2I)->li__JZB.li__R2B;
    } else /* ITM_SLOT_OPERATOR */ {
      li__WYOI=((__li__4HAD *)li__SX2I)->li__5HAD.li__JZB.li__R2B;
    };
    li__4YOI=li__Z5TE(li__WYOI);
    li__TXOI->li__2M.li__NZFD=li__4YOI;
  };
  li__TXOI->li__AZOI=li__UXOI;
  li__TXOI->li__2M.li__2NSH=li__VXOI;
  li__WZRI=li__42UI(li__TXOI);
  /* __li__B__ __li__I__ */
if (li__WZRI) {
    li__ZJYK=((__li__XL *)li__AM);
    li__VMYK(li__ZJYK,li__TXOI);
    /* __li__B__ __li__I__ */
if (((*(li__ZJYK)).li__GM !=  0)) {
      /* __li__B__ __li__I__ */
if (((*(li__ZJYK)).li__GM ==  1)) {
        li__NYMV=((void **)(*(li__ZJYK)).li__SO0)[ 0];
        li__PYMV=((void **)(*(li__ZJYK)).li__SO0)[ 1];
        ((void **)(*(li__ZJYK)).li__SO0)[ 0]=li__PYMV;
        ((void **)(*(li__ZJYK)).li__SO0)[ 1]=li__NYMV;
      } else /* FALSE */ {
        li__UKYK=(__li__K)((*(li__ZJYK)).li__GM -  1);
        li__CQYL=li__UKYK;
        li__M35U=(*(li__ZJYK)).li__SO0;
        li__N35U=(*(li__ZJYK)).li__SO0;
        li__O35U=(*(li__ZJYK)).li__SO0;
        while ((li__CQYL >=  0)) {
          li__NHTL=((void **)li__M35U)[li__CQYL];
          li__H35U=(__li__K)(li__CQYL +  1);
          ((void **)li__N35U)[li__H35U]=li__NHTL;
          ((void **)li__O35U)[li__CQYL]=NULL;
          li__CQYL=(__li__K)(li__CQYL -  1);
        };
        ((void **)(*(li__ZJYK)).li__SO0)[ 0]=li__TXOI;
      };
    };
    li__ZUUD=(__li__K)(li__ZUUD +  1);
    li__TXOI->li__2M.li__DMYK= 0;
    li__UKYK= 1;
    li__CQYL=(*(li__AM)).li__GM;
    li__M35U=(*(((__li__XL *)li__AM))).li__SO0;
    while ((li__UKYK <= li__CQYL)) {
      li__NYMV=((void **)li__M35U)[li__UKYK];
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__NYMV)->__id==__li__1M__) {
        ((__li__1M *)li__NYMV)->li__2M.li__DMYK=li__UKYK;
      } else /* PROFIL_BLOCK */ {
        ((__li__UJSH *)((__li__1M *)li__NYMV))->li__VJSH.li__DMYK=li__UKYK;
      };
      li__UKYK=(__li__K)(li__UKYK +  1);
    };
  } else /* FALSE */ {
    li__VMYK(((__li__XL *)li__AM),li__TXOI);
    li__TXOI->li__2M.li__DMYK=(*(li__AM)).li__GM;
  };
  li__HZRI=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZRI)->__id==__li__IZB__) {
    li__BZOI=((__li__IZB *)li__HZRI)->li__JZB.li__RF.li__0CC;
  } else /* ITM_SLOT_OPERATOR */ {
    li__BZOI=((__li__4HAD *)li__HZRI)->li__5HAD.li__JZB.li__RF.li__0CC;
  };
  li__DZOI=li__R4HD(li__BZOI);
  li__XIKB=li__DZOI;
  li__2UUD=li__TXOI;
  li__JI=li__TXOI;
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__KZOI=li__SRB__->li__TRB.li__J0C;
    li__SX2I=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SX2I)->__id==__li__IZB__) {
      li__LZOI=((__li__IZB *)li__SX2I)->li__JZB.li__RF.li__0CC;
    } else /* ITM_SLOT_OPERATOR */ {
      li__LZOI=((__li__4HAD *)li__SX2I)->li__5HAD.li__JZB.li__RF.li__0CC;
    };
    li__V35U=((__li__5RB *)li__KZOI);
    li__S35U=li__QAAE();
    li__LQNE(((__li__VTBD *)li__S35U),li__LZOI,(&__string_67),'+',li__V35U);
    li__TXOI->li__2M.li__IPME=li__S35U;
    ((__li__VTBD *)li__TXOI->li__2M.li__IPME)->li__WTBD.li__LNME= 1;
    li__RZOI=li__XIKB;
    li__SX2I=li__TXOI->li__AZOI->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SX2I)->__id==__li__IZB__) {
      li__LZOI=((__li__IZB *)li__SX2I)->li__JZB.li__RF.li__0CC;
    } else /* ITM_SLOT_OPERATOR */ {
      li__LZOI=((__li__4HAD *)li__SX2I)->li__5HAD.li__JZB.li__RF.li__0CC;
    };
    li__WZOI=li__WJUD(li__O3B__,li__LZOI,li__TXOI->li__2M.li__IPME,li__B__);
    li__X35U=((__li__KI *)li__RZOI);
    li__P2VG(((__li__TOLE *)li__X35U->li__2OLE),li__WZOI);
    li__WVRE(li__X35U);
  };
  li__TXOI->li__2M.li__1ZOI=li__XIKB;
  li__2ZOI=li__WXOI;
  li__HZRI=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZRI)->__id==__li__IZB__) {
    li__3ZOI=((__li__IZB *)li__HZRI)->li__MPHD;
  } else /* ITM_SLOT_OPERATOR */ {
    li__3ZOI=((__li__4HAD *)li__HZRI)->li__5HAD.li__MPHD;
  };
  li__BYOI=li__3ZOI;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__UKYK=li__21RI(li__UXOI);
  } else /* ITM_SLOT_OPERATOR */ {
    li__UKYK=li__21RI(li__UXOI);
  };
  li__A0OI=li__SP2E(li__UKYK);
  li__TXOI->li__2M.li__PRSH=li__A0OI;
  li__UKYK=(*(li__3ZOI)).li__RBLE;
  li__CQYL= 0;
  while ((li__CQYL <= li__UKYK)) {
    li__NYMV=((void **)(*(((__li__I03C *)li__BYOI))).li__RCLE)[li__CQYL];
    li__L0OI=li__TXOI->li__2M.li__PRSH;
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__NYMV)->__id==__li__4RUC__) {
      li__PDIJ=((__li__4RUC *)li__NYMV);
      li__PYMV=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__PDIJ->li__RZHD == (void *)(&__string_66))) {
        li__PYMV=li__UT3B;
      } else /* FALSE */ {
        li__PYMV=li__PDIJ->li__SZHD;
      };
      li__CEIJ=li__PDIJ->li__5RUC.li__0CC;
      li__DEIJ=li__PDIJ->li__RZHD;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__PYMV)->__id) {
      case __li__WRB__: {
        li__EEIJ=li__WLRF(((__li__WRB *)li__PYMV),li__TXOI);
      } break;
      case __li__XRB__: {
        li__EEIJ=li__KNRF(((__li__XRB *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      case __li__KUB__: {
        li__EEIJ=li__4ORF(((__li__KUB *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      case __li__VB1__: {
        li__EEIJ=li__DRRF(((__li__VB1 *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      case __li__4O2B__: {
        li__EEIJ=li__XRRF(((__li__4O2B *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      };
      li__PDJV=li__EEIJ;
      li__LDJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__LDJV),li__CEIJ,li__DEIJ,' ',li__PDJV);
      li__WYLJ(((__li__Z0IE *)li__L0OI),li__LDJV);
    } else /* ITM_ARGS */ {
      li__JEIJ=((__li__QUAF *)((__li__4RUC *)li__NYMV));
      li__EEIJ=NULL;
      li__H35U=(*(li__JEIJ->li__H5ZG)).li__UD;
      li__M1LJ= 0;
      while ((li__M1LJ <= li__H35U)) {
        li__NHTL=((void **)(*(((__li__CRB *)((__li__UL2B *)li__JEIJ->li__I5ZG)->li__GX5B))).li__V1BD)[li__M1LJ];
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__NHTL)->__id) {
        case __li__WRB__: {
          li__0EIJ=li__WLRF(((__li__WRB *)li__NHTL),li__TXOI);
        } break;
        case __li__XRB__: {
          li__0EIJ=li__KNRF(((__li__XRB *)((__li__WRB *)li__NHTL)),li__TXOI);
        } break;
        case __li__KUB__: {
          li__0EIJ=li__4ORF(((__li__KUB *)((__li__WRB *)li__NHTL)),li__TXOI);
        } break;
        case __li__VB1__: {
          li__0EIJ=li__DRRF(((__li__VB1 *)((__li__WRB *)li__NHTL)),li__TXOI);
        } break;
        case __li__4O2B__: {
          li__0EIJ=li__XRRF(((__li__4O2B *)((__li__WRB *)li__NHTL)),li__TXOI);
        } break;
        };
        li__EEIJ=li__0EIJ;
        li__1EIJ=li__JEIJ->li__RUAF.li__0CC;
        li__3EIJ=((__li__U **)(*(((__li__GD *)li__JEIJ->li__H5ZG))).li__U1Z)[li__M1LJ];
        li__RDJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__RDJV),li__1EIJ,li__3EIJ,' ',li__EEIJ);
        li__WYLJ(((__li__Z0IE *)li__L0OI),li__RDJV);
        li__M1LJ=(__li__K)(li__M1LJ +  1);
      };
    };
    li__CQYL=(__li__K)(li__CQYL +  1);
  };
  li__HZRI=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZRI)->__id==__li__IZB__) {
    li__PYOI=((__li__IZB *)li__HZRI)->li__WLSB;
  } else /* ITM_SLOT_OPERATOR */ {
    li__PYOI=((__li__4HAD *)li__HZRI)->li__5HAD.li__WLSB;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__PYOI)->li__XNKE == (void *)(&__string_36))) {
    li__LYPU=(__li__K)((*(((__li__Z0IE *)li__TXOI->li__2M.li__PRSH))).li__4BPE +  1);
    li__Z0OI=(li__LYPU >  1);
  } else /* FALSE */ {
    li__Z0OI=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__Z0OI) {
    li__H35U=(*(li__TXOI->li__2M.li__PRSH)).li__4BPE;
    li__M1LJ= 1;
    while ((li__M1LJ <= li__H35U)) {
      li__LDJV=((void **)(*(((__li__Z0IE *)li__TXOI->li__2M.li__PRSH))).li__WWWG)[li__M1LJ];
      ((__li__VTBD *)li__LDJV)->li__WTBD.li__LNME= 1;
      li__CEIJ=li__LDJV->li__WTBD.li__FZB.li__RF.li__0CC;
      li__1EIJ=li__LDJV->li__WTBD.li__FZB.li__RF.li__0CC;
      li__EEIJ=li__LDJV->li__WTBD.li__0RNE;
      li__G45U=li__RX1D();
      li__H45U=((__li__AVBD *)li__G45U);
      li__H45U->li__BVBD.li__0CC=li__1EIJ;
      li__H45U->li__K2ME=li__EEIJ;
      li__H45U->li__L2ME=li__I__;
      li__H45U->li__M2ME=(&__string_605);
      li__H45U->li__N2ME=NULL;
      li__1CXJ(((__li__VTBD *)li__LDJV),li__CEIJ,li__G45U);
      li__M1LJ=(__li__K)(li__M1LJ +  1);
    };
  };
  li__HZRI=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZRI)->__id==__li__IZB__) {
    li__SX2I=((__li__IZB *)li__HZRI)->li__NMSB;
  } else /* ITM_SLOT_OPERATOR */ {
    li__SX2I=((__li__4HAD *)li__HZRI)->li__5HAD.li__NMSB;
  };
  /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__SX2I==NULL) {
    li__11OI=NULL;
  } else {
    if (((struct ___OBJ *)li__SX2I)->__id==__li__UL2B__) {
      li__11OI=((void *)li__SX2I);
    } else /* Other types */ {
      li__11OI=NULL;
    }
  };
  li__DYOI=li__11OI;
  /* __li__B__ __li__I__ */
if (((void *)li__11OI != (void *)NULL)) {
    li__E2OI=&(li__TXOI->li__2M.li__D2OI);
    li__R2RU=(__li__K)((*(((__li__CRB *)((__li__UL2B *)li__11OI)->li__GX5B))).li__5QZ +  1);
    li__CZ2I(li__E2OI,li__R2RU);
    li__H35U=(*(((__li__UL2B *)li__11OI)->li__GX5B)).li__5QZ;
    li__M1LJ= 0;
    while ((li__M1LJ <= li__H35U)) {
      li__PYMV=((void **)(*(((__li__CRB *)((__li__UL2B *)li__DYOI)->li__GX5B))).li__V1BD)[li__M1LJ];
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__PYMV)->__id) {
      case __li__WRB__: {
        li__0EIJ=li__DFIJ(((__li__WRB *)li__PYMV),li__TXOI);
      } break;
      case __li__XRB__: {
        li__0EIJ=li__XGIJ(((__li__XRB *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      case __li__KUB__: {
        li__0EIJ=li__LIIJ(((__li__KUB *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      case __li__VB1__: {
        li__0EIJ=li__QKIJ(((__li__VB1 *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      case __li__4O2B__: {
        li__4DJV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__PYMV)),li__TXOI);
        li__0EIJ=li__4DJV;
      } break;
      };
      li__PYMV=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PYMV)->__id==__li__IZB__) {
        li__S2OI=((__li__IZB *)li__PYMV)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__S2OI=((__li__4HAD *)li__PYMV)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__LDJV=li__F4FK(((__li__5RB *)li__0EIJ),li__S2OI,(__li__K)(li__M1LJ +  1));
      li__SLIJ(&(li__TXOI->li__2M.li__D2OI),li__LDJV);
      li__M1LJ=(__li__K)(li__M1LJ +  1);
    };
  } else /* FALSE */ {
    li__SX2I=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SX2I)->__id==__li__IZB__) {
      li__NYMV=((__li__IZB *)li__SX2I)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__NYMV=((__li__4HAD *)li__SX2I)->li__5HAD.li__NMSB;
    };
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__NYMV==NULL) {
      li__PYMV=NULL;
    } else {
      switch (((struct ___OBJ *)li__NYMV)->__id) {
      case __li__WRB__: {
        li__PYMV=((void *)li__NYMV);
      } break;
      case __li__XRB__: {
        li__PYMV=((void *)li__NYMV);
      } break;
      case __li__KUB__: {
        li__PYMV=((void *)li__NYMV);
      } break;
      case __li__VB1__: {
        li__PYMV=((void *)li__NYMV);
      } break;
      case __li__UL2B__: {
        li__PYMV=NULL;
      } break;
      case __li__4O2B__: {
        li__PYMV=((void *)li__NYMV);
      } break;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__PYMV != (void *)li__3MZ)) {
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__PYMV)->__id) {
      case __li__WRB__: {
        li__EEIJ=li__DFIJ(((__li__WRB *)li__PYMV),li__TXOI);
      } break;
      case __li__XRB__: {
        li__EEIJ=li__XGIJ(((__li__XRB *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      case __li__KUB__: {
        li__EEIJ=li__LIIJ(((__li__KUB *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      case __li__VB1__: {
        li__EEIJ=li__QKIJ(((__li__VB1 *)((__li__WRB *)li__PYMV)),li__TXOI);
      } break;
      case __li__4O2B__: {
        li__PDJV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__PYMV)),li__TXOI);
        li__EEIJ=li__PDJV;
      } break;
      };
      li__I3OI=&(li__TXOI->li__2M.li__D2OI);
      li__NYMV=((__li__QWEC *)li__UXOI)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NYMV)->__id==__li__IZB__) {
        li__CEIJ=((__li__IZB *)li__NYMV)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__CEIJ=((__li__4HAD *)li__NYMV)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__LDJV=li__F4FK(((__li__5RB *)li__EEIJ),li__CEIJ, 0);
      li__SLIJ(li__I3OI,li__LDJV);
      li__N3OI=li__42UI(li__TXOI);
      /* __li__B__ __li__I__ */
if (li__N3OI) {
        li__RDJV=li__2JZK(&(li__TXOI->li__2M.li__D2OI));
        ((__li__VTBD *)li__RDJV)->li__WTBD.li__LNME= 1;
      };
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__WXOI != (void *)NULL)) {
    li__53OI=li__F4OI(li__TXOI,li__WXOI);
    li__CYOI=li__53OI;
  };
  li__H4RI=((__li__QWEC *)li__TXOI->li__AZOI);
  li__HZRI=NULL;
  li__M4RI=NULL;
  li__UKYK= 0;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__O4RI=li__XXOI;
  } else /* ITM_SLOT_OPERATOR */ {
    li__O4RI=li__XXOI;
  };
  li__H4RI->li__P4RI=li__B__;
  li__SX2I=li__H4RI->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SX2I)->__id==__li__IZB__) {
    li__Q4RI=((__li__IZB *)li__SX2I)->li__G0HD;
  } else /* ITM_SLOT_OPERATOR */ {
    li__Q4RI=((__li__4HAD *)li__SX2I)->li__5HAD.li__G0HD;
  };
  li__J4RI=li__Q4RI;
  li__H4RI->li__S4RI=li__H4RI->li__RWEC->li__LFJG;
  /* __li__B__ __li__I__ */
if (((void *)li__Q4RI == (void *)NULL)) {
    li__NYMV=li__H4RI->li__RWEC->li__LFJG;
    li__PYMV=li__H4RI->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PYMV)->__id==__li__IZB__) {
      li__WYOI=((__li__IZB *)li__PYMV)->li__JZB.li__R2B;
    } else /* ITM_SLOT_OPERATOR */ {
      li__WYOI=((__li__4HAD *)li__PYMV)->li__5HAD.li__JZB.li__R2B;
    };
    /* NULL __li__IF__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ */
switch (((struct ___OBJ *)li__NYMV)->__id) {
    case __li__IF__: {
      li__NHTL=li__TUCJ(((__li__IF *)li__NYMV),li__WYOI);
    } break;
    case __li__QRB__: {
      li__NHTL=li__LZCJ(((__li__QRB *)((__li__IF *)li__NYMV)),li__WYOI);
    } break;
    case __li__SRB__: {
      li__NHTL=li__X1CJ(((__li__SRB *)((__li__IF *)li__NYMV)),li__WYOI);
    } break;
    case __li__URB__: {
      li__NHTL=li__D4CJ(((__li__URB *)((__li__IF *)li__NYMV)),li__WYOI);
    } break;
    case __li__GSZ__: {
      li__NHTL=li__PADJ(((__li__GSZ *)((__li__IF *)li__NYMV)),li__WYOI);
    } break;
    };
    li__HZRI=li__NHTL;
    /* __li__B__ __li__I__ */
if (((void *)li__HZRI != (void *)NULL)) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
        li__A5RI=li__O4RI;
      } else /* ITM_SLOT_OPERATOR */ {
        li__A5RI=li__O4RI;
      };
      /* __li__B__ __li__I__ */
if (li__A5RI) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__2QRJ(li__H4RI,li__HZRI);
        } else /* ITM_SLOT_OPERATOR */ {
          li__2QRJ(li__H4RI,li__HZRI);
        };
      };
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZRI)->__id==__li__IZB__) {
        li__I5RI=((__li__IZB *)li__HZRI)->li__G0HD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__I5RI=((__li__4HAD *)li__HZRI)->li__5HAD.li__G0HD;
      };
      li__J4RI=li__I5RI;
      /* NULL __li__IF__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ */
switch (((struct ___OBJ *)li__H4RI->li__RWEC->li__LFJG)->__id) {
      case __li__IF__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__L5RI=li__K5RI;
      } break;
      };
      li__H4RI->li__S4RI=li__L5RI;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__J4RI != (void *)NULL)) {
    li__B5UI(((__li__QOZB *)li__J4RI));
  };
  li__SX2I=li__H4RI->li__YCSH;
  /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__SX2I)->__id) {
  case __li__QOZB__: {
    li__NYMV=li__B5UI(((__li__QOZB *)li__SX2I));
  } break;
  case __li__VXZB__: {
    li__NYMV=li__TDVI(((__li__VXZB *)li__SX2I));
  } break;
  case __li__BZZB__: {
    li__NYMV=li__0DVI(((__li__BZZB *)li__SX2I));
  } break;
  case __li__DA1B__: {
    li__BZOI=((__li__DA1B *)li__SX2I)->li__EA1B.li__0CC;
    li__K4E( 1,(&__string_459));
    li__V5E(li__BZOI);
    li__ODF();
    li__NYMV=NULL;
  } break;
  case __li__ZA1B__: {
    li__NYMV=li__HGVI(((__li__ZA1B *)li__SX2I));
  } break;
  case __li__SB1B__: {
    li__NYMV=li__KJVI(((__li__SB1B *)li__SX2I));
  } break;
  case __li__AE1B__: {
    li__NYMV=li__OMVI(((__li__AE1B *)li__SX2I));
  } break;
  case __li__5E1B__: {
    li__NYMV=li__SNVI(((__li__5E1B *)li__SX2I));
  } break;
  case __li__D11B__: {
    li__KBG((&__string_460));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__NYMV=NULL;
  } break;
  case __li__K41B__: {
    li__NYMV=li__IPVI(((__li__K41B *)li__SX2I));
  } break;
  case __li__YA2B__: {
    li__NYMV=li__OPVI(((__li__YA2B *)li__SX2I));
  } break;
  case __li__NB2B__: {
    li__NYMV=li__RUVI(((__li__NB2B *)li__SX2I));
  } break;
  case __li__LH2B__: {
    li__NYMV=li__ODWI(((__li__LH2B *)li__SX2I));
  } break;
  case __li__M32B__: {
    li__NYMV=li__DHWI(((__li__M32B *)li__SX2I));
  } break;
  case __li__KD3B__: {
    li__NYMV=li__2IWI(((__li__KD3B *)li__SX2I));
  } break;
  case __li__WE3B__: {
    li__NYMV=li__CKWI(((__li__WE3B *)li__SX2I));
  } break;
  case __li__UG4B__: {
    li__NYMV=li__PYWI(((__li__UG4B *)li__SX2I));
  } break;
  case __li__Q24B__: {
    li__NYMV=li__JZWI(((__li__Q24B *)li__SX2I));
  } break;
  case __li__D34B__: {
    li__NYMV=li__VZWI(((__li__D34B *)li__SX2I));
  } break;
  case __li__V34B__: {
    li__U45U=((__li__V34B *)li__SX2I);
    li__V45U=li__ZV4I(li__U45U->li__W34B.li__0CC,li__U45U->li__2OGD);
    li__NYMV=li__V45U;
  } break;
  case __li__H44B__: {
    li__NYMV=li__I0WI(((__li__H44B *)li__SX2I));
  } break;
  case __li__XMUC__: {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__NYMV=NULL;
  } break;
  };
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NYMV)->__id) {
  case __li__WK__: {
    li__KZOI=((__li__WK *)li__NYMV)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__KZOI=((__li__AVBD *)li__NYMV)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__KZOI=((__li__KVBD *)li__NYMV)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__KZOI=((__li__WVBD *)li__NYMV)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__KZOI=li__JK5J(((__li__Z4WH *)li__NYMV));
  } break;
  case __li__KTVI__: {
    li__KZOI=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__KZOI=li__553L();
  } break;
  case __li__XTVI__: {
    li__KZOI=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__KZOI=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__KZOI=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__KZOI=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__KZOI=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__KZOI=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__KZOI=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__KZOI=li__DWEK(((__li__BNWI *)li__NYMV));
  } break;
  case __li__XNWI__: {
    li__KZOI=li__IWEK(((__li__XNWI *)li__NYMV));
  } break;
  case __li__LOWI__: {
    li__KZOI=li__NWEK(((__li__LOWI *)li__NYMV));
  } break;
  case __li__5OWI__: {
    li__KZOI=li__SWEK(((__li__5OWI *)li__NYMV));
  } break;
  case __li__TPWI__: {
    li__KZOI=li__XWEK(((__li__TPWI *)li__NYMV));
  } break;
  case __li__HQWI__: {
    li__KZOI=li__2WEK(((__li__HQWI *)li__NYMV));
  } break;
  case __li__ARWI__: {
    li__KZOI=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__KZOI=li__FXEK(((__li__URWI *)li__NYMV));
  } break;
  case __li__MSWI__: {
    li__KZOI=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__KZOI=((__li__ETWI *)li__NYMV)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__KZOI=((__li__MZWI *)li__NYMV)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__KZOI=((__li__C0WI *)li__NYMV)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__KZOI=((__li__M1WI *)li__NYMV)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__KZOI=((__li__KMFK *)li__NYMV)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__KZOI=li__T4NN(((__li__XOHL *)li__NYMV));
  } break;
  case __li__FPHL__: {
    li__KZOI=li__KA4L(((__li__FPHL *)li__NYMV));
  } break;
  case __li__APLM__: {
    li__KZOI=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__KZOI=li__1ISO(((__li__DTNM *)li__NYMV));
  } break;
  case __li__JXNM__: {
    li__KZOI=li__VX3R(((__li__JXNM *)li__NYMV));
  } break;
  case __li__21LO__: {
    li__KZOI=((__li__21LO *)li__NYMV)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__KZOI=((__li__TPOO *)li__NYMV)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__KZOI=li__FH4R();
  } break;
  case __li__41XO__: {
    li__KZOI=li__3FDQ(((__li__41XO *)li__NYMV));
  } break;
  case __li__AKBR__: {
    li__KZOI=li__WQDS(((__li__AKBR *)li__NYMV));
  } break;
  case __li__SU5R__: {
    li__KZOI=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__KZOI=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__KZOI)->li__AEM != (void *)li__QRB__)) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__NYMV==NULL) {
      li__CASI=NULL;
    } else {
      if (((struct ___OBJ *)li__NYMV)->__id==__li__Z4WH__) {
        li__CASI=((void *)li__NYMV);
      } else /* Other types */ {
        li__CASI=NULL;
      }
    };
    li__M4RI=li__CASI;
    /* __li__B__ __li__I__ */
if (((void *)li__CASI != (void *)NULL)) {
      li__O0PU=(__li__K)((*(((__li__2ZEC *)((__li__Z4WH *)li__CASI)->li__PJPI))).li__NKSH +  1);
      li__UKYK=li__O0PU;
    } else /* FALSE */ {
      li__UKYK= 1;
    };
  } else /* FALSE */ {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__UASI=li__XIKB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__UASI=li__XIKB;
    };
    li__RZOI=((__li__KI *)li__UASI);
    li__P2VG(((__li__TOLE *)li__RZOI->li__2OLE),li__NYMV);
    li__WVRE(li__RZOI);
  };
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__WASI=li__2UUD;
  } else /* ITM_SLOT_OPERATOR */ {
    li__WASI=li__2UUD;
  };
  li__CQYL=li__004I(&(li__WASI->li__2M.li__D2OI));
  /* __li__B__ __li__I__ */
if (((__li__K)(li__CQYL +  1) != li__UKYK)) {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__4ASI=li__0C;
    } else /* ITM_SLOT_OPERATOR */ {
      li__4ASI=li__0C;
    };
    li__HEZ(((__li__BC *)li__4ASI),(&__string_606));
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__5ASI=li__2UUD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__5ASI=li__2UUD;
    };
    li__H35U=li__004I(&(li__5ASI->li__2M.li__D2OI));
    li__M1LJ=(__li__K)(li__H35U +  1);
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__4ASI=li__0C;
    } else /* ITM_SLOT_OPERATOR */ {
      li__4ASI=li__0C;
    };
    li__B0E(li__M1LJ,li__4ASI);
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__4ASI=li__0C;
    } else /* ITM_SLOT_OPERATOR */ {
      li__4ASI=li__0C;
    };
    li__JAZ(((__li__BC *)li__4ASI),(&__string_607));
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__4ASI=li__0C;
    } else /* ITM_SLOT_OPERATOR */ {
      li__4ASI=li__0C;
    };
    li__B0E(li__UKYK,li__4ASI);
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__4ASI=li__0C;
    } else /* ITM_SLOT_OPERATOR */ {
      li__4ASI=li__0C;
    };
    li__JAZ(((__li__BC *)li__4ASI),(&__string_608));
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NYMV)->__id) {
    case __li__WK__: {
      li__LZOI=((__li__WK *)li__NYMV)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__LZOI=((__li__AVBD *)li__NYMV)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__LZOI=((__li__KVBD *)li__NYMV)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__LZOI=((__li__WVBD *)li__NYMV)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__LZOI=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__LZOI=((__li__KTVI *)li__NYMV)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__LZOI=((__li__LTVI *)li__NYMV)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__LZOI=((__li__XTVI *)li__NYMV)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__LZOI=((__li__YTVI *)li__NYMV)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__LZOI=((__li__S2VI *)li__NYMV)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__LZOI=((__li__E3VI *)li__NYMV)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__LZOI=((__li__KLWI *)li__NYMV)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__LZOI=((__li__ULWI *)li__NYMV)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__LZOI=((__li__NMWI *)li__NYMV)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__LZOI=((__li__BNWI *)li__NYMV)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__LZOI=((__li__XNWI *)li__NYMV)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__LZOI=((__li__LOWI *)li__NYMV)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__LZOI=((__li__5OWI *)li__NYMV)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__LZOI=((__li__TPWI *)li__NYMV)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__LZOI=((__li__HQWI *)li__NYMV)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__LZOI=((__li__ARWI *)li__NYMV)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__LZOI=((__li__URWI *)li__NYMV)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__LZOI=((__li__MSWI *)li__NYMV)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__LZOI=((__li__ETWI *)li__NYMV)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__LZOI=((__li__MZWI *)li__NYMV)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__LZOI=((__li__C0WI *)li__NYMV)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__LZOI=((__li__M1WI *)li__NYMV)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__LZOI=((__li__KMFK *)li__NYMV)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__LZOI=((__li__XOHL *)li__NYMV)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__LZOI=((__li__FPHL *)li__NYMV)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__LZOI=((__li__APLM *)li__NYMV)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__LZOI=((__li__DTNM *)li__NYMV)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__LZOI=((__li__JXNM *)li__NYMV)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__LZOI=((__li__21LO *)li__NYMV)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__LZOI=((__li__TPOO *)li__NYMV)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__LZOI=((__li__URRO *)li__NYMV)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__LZOI=((__li__41XO *)li__NYMV)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__LZOI=((__li__AKBR *)li__NYMV)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__LZOI=((__li__SU5R *)li__NYMV)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__LZOI=((__li__JV5R *)li__NYMV)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__4ASI=li__0C;
    } else /* ITM_SLOT_OPERATOR */ {
      li__4ASI=li__0C;
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__55EJ(li__H4RI,li__LZOI,li__4ASI);
    } else /* ITM_SLOT_OPERATOR */ {
      li__55EJ(li__H4RI,li__LZOI,li__4ASI);
    };
  };
  /* __li__B__ __li__I__ */
if ((li__UKYK ==  1)) {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__5ASI=li__2UUD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__5ASI=li__2UUD;
    };
    li__TAFJ(li__H4RI,li__NYMV,li__5ASI->li__2M.li__D2OI.li__TBSI);
    li__Z0OI=li__B__;
  } else /* FALSE */ {
    li__Z0OI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__Z0OI)) {
    /* __li__B__ __li__I__ */
if ((li__UKYK >  1)) {
      li__O0PU=(*(((__li__Z4WH *)li__M4RI)->li__PJPI)).li__NKSH;
      li__15BL= 0;
      while ((li__15BL <= li__O0PU)) {
        li__MCSI=((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__M4RI)->li__PJPI))).li__3GPI)[li__15BL];
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__OCSI=li__2UUD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__OCSI=li__2UUD;
        };
        li__QCSI=li__WOTL(&(li__OCSI->li__2M.li__D2OI),li__15BL);
        li__TAFJ(li__H4RI,li__MCSI,li__QCSI);
        li__15BL=(__li__K)(li__15BL +  1);
      };
    };
  };
  li__H4RI->li__P4RI=li__I__;
  li__SX2I=li__H4RI->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SX2I)->__id==__li__IZB__) {
    li__Q4RI=((__li__IZB *)li__SX2I)->li__O0HD;
  } else /* ITM_SLOT_OPERATOR */ {
    li__Q4RI=((__li__4HAD *)li__SX2I)->li__5HAD.li__O0HD;
  };
  li__J4RI=li__Q4RI;
  li__H4RI->li__S4RI=li__H4RI->li__RWEC->li__LFJG;
  /* __li__B__ __li__I__ */
if (((void *)li__Q4RI == (void *)NULL)) {
    li__NYMV=li__H4RI->li__RWEC->li__LFJG;
    li__PYMV=li__H4RI->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PYMV)->__id==__li__IZB__) {
      li__WYOI=((__li__IZB *)li__PYMV)->li__JZB.li__R2B;
    } else /* ITM_SLOT_OPERATOR */ {
      li__WYOI=((__li__4HAD *)li__PYMV)->li__5HAD.li__JZB.li__R2B;
    };
    /* NULL __li__IF__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ */
switch (((struct ___OBJ *)li__NYMV)->__id) {
    case __li__IF__: {
      li__NHTL=li__NBFJ(((__li__IF *)li__NYMV),li__WYOI);
    } break;
    case __li__QRB__: {
      li__NHTL=li__FGFJ(((__li__QRB *)((__li__IF *)li__NYMV)),li__WYOI);
    } break;
    case __li__SRB__: {
      li__NHTL=li__RIFJ(((__li__SRB *)((__li__IF *)li__NYMV)),li__WYOI);
    } break;
    case __li__URB__: {
      li__NHTL=li__3KFJ(((__li__URB *)((__li__IF *)li__NYMV)),li__WYOI);
    } break;
    case __li__GSZ__: {
      li__NHTL=li__JNFJ(((__li__GSZ *)((__li__IF *)li__NYMV)),li__WYOI);
    } break;
    };
    li__HZRI=li__NHTL;
    /* __li__B__ __li__I__ */
if (((void *)li__HZRI != (void *)NULL)) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
        li__A5RI=li__O4RI;
      } else /* ITM_SLOT_OPERATOR */ {
        li__A5RI=li__O4RI;
      };
      /* __li__B__ __li__I__ */
if (li__A5RI) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__2QRJ(li__H4RI,li__HZRI);
        } else /* ITM_SLOT_OPERATOR */ {
          li__2QRJ(li__H4RI,li__HZRI);
        };
      };
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZRI)->__id==__li__IZB__) {
        li__I5RI=((__li__IZB *)li__HZRI)->li__O0HD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__I5RI=((__li__4HAD *)li__HZRI)->li__5HAD.li__O0HD;
      };
      li__J4RI=li__I5RI;
      /* NULL __li__IF__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ */
switch (((struct ___OBJ *)li__H4RI->li__RWEC->li__LFJG)->__id) {
      case __li__IF__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__L5RI=li__K5RI;
      } break;
      };
      li__H4RI->li__S4RI=li__L5RI;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__J4RI != (void *)NULL)) {
    li__B5UI(((__li__QOZB *)li__J4RI));
  };
  li__HZRI=li__H4RI->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZRI)->__id==__li__IZB__) {
    li__PYOI=((__li__IZB *)li__HZRI)->li__WLSB;
  } else /* ITM_SLOT_OPERATOR */ {
    li__PYOI=((__li__4HAD *)li__HZRI)->li__5HAD.li__WLSB;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__PYOI)->li__XNKE == (void *)(&__string_31))) {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__UASI=li__XIKB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__UASI=li__XIKB;
    };
    li__NYMV=li__H4RI->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NYMV)->__id==__li__IZB__) {
      li__LZOI=((__li__IZB *)li__NYMV)->li__JZB.li__RF.li__0CC;
    } else /* ITM_SLOT_OPERATOR */ {
      li__LZOI=((__li__4HAD *)li__NYMV)->li__5HAD.li__JZB.li__RF.li__0CC;
    };
    li__KZOI=li__QRB__->li__RRB.li__J0C;
    li__G45U=li__RX1D();
    li__H45U=((__li__AVBD *)li__G45U);
    li__H45U->li__BVBD.li__0CC=li__LZOI;
    li__H45U->li__K2ME=li__KZOI;
    li__H45U->li__L2ME=li__B__;
    li__H45U->li__M2ME=(&__string_609);
    li__H45U->li__N2ME=NULL;
    li__RZOI=((__li__KI *)li__UASI);
    li__RRKJ(((__li__TOLE *)li__RZOI->li__2OLE),li__G45U);
    li__WVRE(li__RZOI);
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H4RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__UASI=li__XIKB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__UASI=li__XIKB;
    };
    li__NYMV=li__H4RI->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NYMV)->__id==__li__IZB__) {
      li__LZOI=((__li__IZB *)li__NYMV)->li__JZB.li__RF.li__0CC;
    } else /* ITM_SLOT_OPERATOR */ {
      li__LZOI=((__li__4HAD *)li__NYMV)->li__5HAD.li__JZB.li__RF.li__0CC;
    };
    li__KZOI=li__QRB__->li__RRB.li__J0C;
    li__G45U=li__RX1D();
    li__H45U=((__li__AVBD *)li__G45U);
    li__H45U->li__BVBD.li__0CC=li__LZOI;
    li__H45U->li__K2ME=li__KZOI;
    li__H45U->li__L2ME=li__B__;
    li__H45U->li__M2ME=(&__string_610);
    li__H45U->li__N2ME=NULL;
    li__RZOI=((__li__KI *)li__UASI);
    li__P2VG(((__li__TOLE *)li__RZOI->li__2OLE),li__G45U);
    li__WVRE(li__RZOI);
  };
  li__YXOI=li__CYOI;
  return(li__YXOI);
}

static __li__XHQB* li__NKSB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__44EC,li__S0WU;
  __li__JJG li__G5EC,li__V0WU,li__Q0WU;
  __li__K li__R5EC;
  __li__52B li__A1WU;
  __li__XHQB *li__34EC,*li__GAFC,*li__PKSB;
  void **li__FVJD;
  li__34EC=NULL;
  li__44EC=((__li__CB )(NULL));
  li__G5EC=((__li__JJG )sizeof(__li__XHQB));
  /* __li__B__ __li__I__ */
if ((li__G5EC ==  0)) {
    li__34EC=li__XHQB__;
  } else /* FALSE */ {
    li__R5EC=__li__XHQB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__G5EC));
    /* __li__B__ __li__I__ */
if ((li__R5EC == (__li__K)(-  1))) {
      li__V0WU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__Q0WU=(__li__JJG)((__li__JJG)(li__G5EC - (__li__JJG)(((__li__JJG ) 0) - li__V0WU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__V0WU) - ((__li__JJG ) 1)));
      li__V0WU=(__li__JJG)(li__Q0WU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__S0WU=li__YCJ(li__Q0WU,((__li__CB )(&(table_size[(li__V0WU)-1]))),((__li__52B )li__Q0WU));
      li__44EC=li__S0WU;
    } else /* FALSE */ {
      li__A1WU=((__li__52B )li__R5EC);
      li__V0WU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__Q0WU=(__li__JJG)((__li__JJG)(li__G5EC - (__li__JJG)(((__li__JJG ) 0) - li__V0WU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__V0WU) - ((__li__JJG ) 1)));
      li__S0WU=li__YCJ(li__Q0WU,((__li__CB )(&(table_type[(li__A1WU)]))),(__li__52B)(li__A1WU |  1));
      li__44EC=li__S0WU;
    };
    li__GAFC=((__li__XHQB *)li__44EC);
    li__34EC=li__GAFC;
    *(li__GAFC) = *(li__XHQB__);
  };
  li__GAFC=((__li__XHQB *)li__34EC);
  li__R5EC=li__YDQ( 53);
  li__FVJD=li__EKQD(li__R5EC);
  li__GAFC->li__0XDD=li__FVJD;
  li__GAFC->li__TXDD=li__R5EC;
  li__GAFC->li__0YDD= 0;
  li__PKSB=li__34EC;
  return(li__PKSB);
}

static void li__CXDD(__li__XHQB *li__DXDD)
/* (Strict HASHED_SET(TYPE){li__XHQB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EEJV,li__VXDD,li__MXDD;
  __li__NXDD *li__PXDD,*li__IZDD;
  li__J2DD(li__DXDD,li__ORB__);
  li__J2DD(li__DXDD,li__ORB__);
  li__EEJV=li__AIO((&__string_1));
  li__VXDD=(__li__K)(li__EEJV % li__DXDD->li__TXDD);
  li__MXDD=li__VXDD;
  li__PXDD=((void **)li__DXDD->li__0XDD)[li__VXDD];
  while ((! (((void *)li__PXDD == (void *)NULL) || ((void *)li__PXDD->li__GYDD == (void *)li__ORB__)))) {
    li__PXDD=li__PXDD->li__RYDD;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__PXDD == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__DXDD->li__TXDD == li__DXDD->li__0YDD)) {
      li__IBBE(li__DXDD);
      li__MXDD=(__li__K)(li__EEJV % li__DXDD->li__TXDD);
    };
    li__IZDD=li__IYXD(li__ORB__,((void **)li__DXDD->li__0XDD)[li__MXDD]);
    li__PXDD=li__IZDD;
    ((void **)li__DXDD->li__0XDD)[li__MXDD]=li__IZDD;
    li__DXDD->li__0YDD=(__li__K)(li__DXDD->li__0YDD +  1);
  };
  ;
}

static __li__C li__J2DD(__li__XHQB *li__K2DD,void *li__L2DD)
/* (Strict HASHED_SET(TYPE){li__XHQB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__HEJV,li__V2DD;
  __li__NXDD *li__U2DD;
  __li__C li__M2DD;
  /* __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__GSZ__ */
switch (((struct ___OBJ *)li__L2DD)->__id) {
  case __li__IF__: {
    li__HEJV=li__AIO(((__li__U *)((__li__IF *)li__L2DD)->li__QGQB));
    li__V2DD=li__HEJV;
  } break;
  case __li__ORB__: {
    li__HEJV=li__AIO((&__string_1));
    li__V2DD=li__HEJV;
  } break;
  case __li__QRB__: {
    li__HEJV=li__AIO((&__string_2));
    li__V2DD=li__HEJV;
  } break;
  case __li__SRB__: {
    li__HEJV=li__AIO((&__string_51));
    li__V2DD=li__HEJV;
  } break;
  case __li__GSZ__: {
    li__HEJV=li__AIO(((__li__U *)((__li__GSZ *)li__L2DD)->li__HSZ.li__QGQB));
    li__V2DD=li__HEJV;
  } break;
  };
  li__U2DD=((void **)li__K2DD->li__0XDD)[(__li__K)(li__V2DD % li__K2DD->li__TXDD)];
  while ((! (((void *)li__U2DD == (void *)NULL) || ((void *)li__U2DD->li__GYDD == (void *)li__L2DD)))) {
    li__U2DD=li__U2DD->li__RYDD;
  };
  li__M2DD=((void *)li__U2DD != (void *)NULL);
  return(li__M2DD);
}

static void li__LOQD(__li__XHQB *li__MOQD,void *li__NOQD)
/* (Strict HASHED_SET(TYPE){li__XHQB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EYJD,li__YOQD,li__VOQD;
  __li__NXDD *li__WOQD,*li__FQQD;
  li__J2DD(li__MOQD,li__NOQD);
  li__J2DD(li__MOQD,li__NOQD);
  /* __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__GSZ__ */
switch (((struct ___OBJ *)li__NOQD)->__id) {
  case __li__IF__: {
    li__EYJD=li__AIO(((__li__U *)((__li__IF *)li__NOQD)->li__QGQB));
    li__YOQD=li__EYJD;
  } break;
  case __li__ORB__: {
    li__EYJD=li__AIO((&__string_1));
    li__YOQD=li__EYJD;
  } break;
  case __li__QRB__: {
    li__EYJD=li__AIO((&__string_2));
    li__YOQD=li__EYJD;
  } break;
  case __li__SRB__: {
    li__EYJD=li__AIO((&__string_51));
    li__YOQD=li__EYJD;
  } break;
  case __li__GSZ__: {
    li__EYJD=li__AIO(((__li__U *)((__li__GSZ *)li__NOQD)->li__HSZ.li__QGQB));
    li__YOQD=li__EYJD;
  } break;
  };
  li__EYJD=(__li__K)(li__YOQD % li__MOQD->li__TXDD);
  li__VOQD=li__EYJD;
  li__WOQD=((void **)li__MOQD->li__0XDD)[li__EYJD];
  while ((! (((void *)li__WOQD == (void *)NULL) || ((void *)li__WOQD->li__GYDD == (void *)li__NOQD)))) {
    li__WOQD=li__WOQD->li__RYDD;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__WOQD == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__MOQD->li__TXDD == li__MOQD->li__0YDD)) {
      li__IBBE(li__MOQD);
      li__VOQD=(__li__K)(li__YOQD % li__MOQD->li__TXDD);
    };
    li__FQQD=li__IYXD(li__NOQD,((void **)li__MOQD->li__0XDD)[li__VOQD]);
    li__WOQD=li__FQQD;
    ((void **)li__MOQD->li__0XDD)[li__VOQD]=li__FQQD;
    li__MOQD->li__0YDD=(__li__K)(li__MOQD->li__0YDD +  1);
  };
  ;
}

static void li__ZMGJ(__li__IF *li__0MGJ,void *li__1MGJ)
/* (Strict TYPE{li__IF},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__2MGJ;
  void *li__WNGJ;
  __li__ULSB *li__XNGJ,*li__S1WU;
  void *li__LF0J,*li__MEQL;
  void *li__NOGJ;
  __li__5RB *li__QOGJ,*li__D2WU;
  __li__VB1 *li__01WU;
  __li__PO li__A2WU;
  __li__C li__5MGJ,li__1NGJ;
  li__2MGJ= 0;
  li__5MGJ=li__J2DD(((__li__XHQB *)li__0MGJ->li__3HQB),li__1MGJ);
  /* __li__B__ __li__I__ */
if ((! li__5MGJ)) {
    li__LOQD(((__li__XHQB *)li__0MGJ->li__3HQB),li__1MGJ);
    li__2MGJ= 0;
    li__VZQJ:
    {
      /* __li__B__ __li__I__ */
if ((li__2MGJ <= (*(li__0MGJ->li__D0C)).li__VBM)) {
        li__WNGJ=((void **)(*(((__li__ZZC *)li__0MGJ->li__D0C))).li__RBM)[li__2MGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WNGJ)->__id==__li__DZB__) {
          li__XNGJ=li__QXVG(((__li__DZB *)li__WNGJ));
        } else /* SLOT_CODE */ {
          li__LF0J=((__li__QWEC *)li__WNGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LF0J)->__id==__li__IZB__) {
            li__XNGJ=((__li__IZB *)li__LF0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XNGJ=((__li__4HAD *)li__LF0J)->li__5HAD.li__WLSB;
          };
        };
        li__S1WU=((__li__ULSB *)li__XNGJ);
        li__1NGJ=(((void *)li__S1WU->li__XNKE == (void *)(&__string_29)) || ((void *)li__S1WU->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__1NGJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__1NGJ) {
        li__WNGJ=((void **)(*(((__li__ZZC *)li__0MGJ->li__D0C))).li__RBM)[li__2MGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WNGJ)->__id==__li__DZB__) {
          li__XNGJ=li__QXVG(((__li__DZB *)li__WNGJ));
        } else /* SLOT_CODE */ {
          li__LF0J=((__li__QWEC *)li__WNGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LF0J)->__id==__li__IZB__) {
            li__XNGJ=((__li__IZB *)li__LF0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XNGJ=((__li__4HAD *)li__LF0J)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__XNGJ)->li__XNKE == (void *)(&__string_29))) {
          li__LF0J=((void **)(*(((__li__ZZC *)li__0MGJ->li__D0C))).li__RBM)[li__2MGJ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LF0J)->__id==__li__DZB__) {
            li__MEQL=((__li__DZB *)li__LF0J)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MEQL)->__id==__li__IZB__) {
              li__NOGJ=((__li__IZB *)li__MEQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__NOGJ=((__li__4HAD *)li__MEQL)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__MEQL=((__li__QWEC *)li__LF0J)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MEQL)->__id==__li__IZB__) {
              li__NOGJ=((__li__IZB *)li__MEQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__NOGJ=((__li__4HAD *)li__MEQL)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__NOGJ==NULL) {
            li__MEQL=NULL;
          } else {
            switch (((struct ___OBJ *)li__NOGJ)->__id) {
            case __li__WRB__: {
              li__MEQL=((void *)li__NOGJ);
            } break;
            case __li__XRB__: {
              li__MEQL=((void *)li__NOGJ);
            } break;
            case __li__KUB__: {
              li__MEQL=((void *)li__NOGJ);
            } break;
            case __li__VB1__: {
              li__MEQL=((void *)li__NOGJ);
            } break;
            case __li__UL2B__: {
              li__MEQL=NULL;
            } break;
            case __li__4O2B__: {
              li__MEQL=((void *)li__NOGJ);
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__MEQL)->__id) {
          case __li__WRB__: {
            li__QOGJ=li__Z0YI(((__li__WRB *)li__MEQL),li__0MGJ);
          } break;
          case __li__XRB__: {
            li__QOGJ=li__N2YI(((__li__XRB *)((__li__WRB *)li__MEQL)),li__0MGJ);
          } break;
          case __li__KUB__: {
            li__QOGJ=li__B4YI(((__li__KUB *)((__li__WRB *)li__MEQL)),li__0MGJ);
          } break;
          case __li__VB1__: {
            li__01WU=((__li__VB1 *)((__li__WRB *)li__MEQL));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__01WU->li__WB1.li__P2C);
            li__A2WU=li__0MGJ->li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__A2WU);
            li__ODF();
            li__QOGJ=NULL;
          } break;
          case __li__4O2B__: {
            li__D2WU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__MEQL)),li__0MGJ);
            li__QOGJ=li__D2WU;
          } break;
          };
          li__LF0J=((__li__5RB *)li__QOGJ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__LF0J)->__id) {
          case __li__IF__: {
            li__ZMGJ(((__li__IF *)li__LF0J),li__1MGJ);
          } break;
          case __li__ORB__: {
            li__YOGJ(((__li__ORB *)((__li__IF *)li__LF0J)),li__1MGJ);
          } break;
          case __li__QRB__: {
            li__XQGJ(((__li__QRB *)((__li__IF *)li__LF0J)),li__1MGJ);
          } break;
          case __li__SRB__: {
            li__WSGJ(((__li__SRB *)((__li__IF *)li__LF0J)),li__1MGJ);
          } break;
          case __li__URB__: {
            li__VUGJ(((__li__URB *)((__li__IF *)li__LF0J)),li__1MGJ);
          } break;
          case __li__GSZ__: {
            li__UWGJ(((__li__GSZ *)((__li__IF *)li__LF0J)),li__1MGJ);
          } break;
          case __li__1RRF__: {
            li__TYGJ(((__li__1RRF *)((__li__IF *)li__LF0J)),li__1MGJ);
          } break;
          case __li__UJSH__: {
            li__QRMN(li__1MGJ);
          } break;
          };
        };
        li__2MGJ=(__li__K)(li__2MGJ +  1);
        goto li__VZQJ;
      };
    };
  };
}

static void li__YOGJ(__li__ORB *li__ZOGJ,void *li__0OGJ)
/* (Strict TYPE_NULL{li__ORB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1OGJ;
  void *li__VPGJ;
  __li__ULSB *li__WPGJ,*li__I2WU;
  void *li__PF0J,*li__0EQL;
  void *li__MQGJ;
  __li__5RB *li__PQGJ,*li__Z2WU;
  __li__VB1 *li__Q2WU;
  __li__PO li__W2WU;
  __li__C li__4OGJ,li__0PGJ;
  li__1OGJ= 0;
  li__4OGJ=li__J2DD(((__li__XHQB *)li__ZOGJ->li__PRB.li__3HQB),li__0OGJ);
  /* __li__B__ __li__I__ */
if ((! li__4OGJ)) {
    li__LOQD(((__li__XHQB *)li__ZOGJ->li__PRB.li__3HQB),li__0OGJ);
    li__1OGJ= 0;
    li__B0QJ:
    {
      /* __li__B__ __li__I__ */
if ((li__1OGJ <= (*(li__ZOGJ->li__PRB.li__D0C)).li__VBM)) {
        li__VPGJ=((void **)(*(((__li__ZZC *)li__ZOGJ->li__PRB.li__D0C))).li__RBM)[li__1OGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VPGJ)->__id==__li__DZB__) {
          li__WPGJ=li__QXVG(((__li__DZB *)li__VPGJ));
        } else /* SLOT_CODE */ {
          li__PF0J=((__li__QWEC *)li__VPGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PF0J)->__id==__li__IZB__) {
            li__WPGJ=((__li__IZB *)li__PF0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__WPGJ=((__li__4HAD *)li__PF0J)->li__5HAD.li__WLSB;
          };
        };
        li__I2WU=((__li__ULSB *)li__WPGJ);
        li__0PGJ=(((void *)li__I2WU->li__XNKE == (void *)(&__string_29)) || ((void *)li__I2WU->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__0PGJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__0PGJ) {
        li__VPGJ=((void **)(*(((__li__ZZC *)li__ZOGJ->li__PRB.li__D0C))).li__RBM)[li__1OGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VPGJ)->__id==__li__DZB__) {
          li__WPGJ=li__QXVG(((__li__DZB *)li__VPGJ));
        } else /* SLOT_CODE */ {
          li__PF0J=((__li__QWEC *)li__VPGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PF0J)->__id==__li__IZB__) {
            li__WPGJ=((__li__IZB *)li__PF0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__WPGJ=((__li__4HAD *)li__PF0J)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__WPGJ)->li__XNKE == (void *)(&__string_29))) {
          li__PF0J=((void **)(*(((__li__ZZC *)li__ZOGJ->li__PRB.li__D0C))).li__RBM)[li__1OGJ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PF0J)->__id==__li__DZB__) {
            li__0EQL=((__li__DZB *)li__PF0J)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EQL)->__id==__li__IZB__) {
              li__MQGJ=((__li__IZB *)li__0EQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__MQGJ=((__li__4HAD *)li__0EQL)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__0EQL=((__li__QWEC *)li__PF0J)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EQL)->__id==__li__IZB__) {
              li__MQGJ=((__li__IZB *)li__0EQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__MQGJ=((__li__4HAD *)li__0EQL)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__MQGJ==NULL) {
            li__0EQL=NULL;
          } else {
            switch (((struct ___OBJ *)li__MQGJ)->__id) {
            case __li__WRB__: {
              li__0EQL=((void *)li__MQGJ);
            } break;
            case __li__XRB__: {
              li__0EQL=((void *)li__MQGJ);
            } break;
            case __li__KUB__: {
              li__0EQL=((void *)li__MQGJ);
            } break;
            case __li__VB1__: {
              li__0EQL=((void *)li__MQGJ);
            } break;
            case __li__UL2B__: {
              li__0EQL=NULL;
            } break;
            case __li__4O2B__: {
              li__0EQL=((void *)li__MQGJ);
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__0EQL)->__id) {
          case __li__WRB__: {
            li__PQGJ=li__2FZI(((__li__WRB *)li__0EQL),li__ZOGJ);
          } break;
          case __li__XRB__: {
            li__PQGJ=li__QHZI(((__li__XRB *)((__li__WRB *)li__0EQL)),li__ZOGJ);
          } break;
          case __li__KUB__: {
            li__PQGJ=li__EJZI(((__li__KUB *)((__li__WRB *)li__0EQL)),li__ZOGJ);
          } break;
          case __li__VB1__: {
            li__Q2WU=((__li__VB1 *)((__li__WRB *)li__0EQL));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__Q2WU->li__WB1.li__P2C);
            li__W2WU=li__ZOGJ->li__PRB.li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__W2WU);
            li__ODF();
            li__PQGJ=NULL;
          } break;
          case __li__4O2B__: {
            li__Z2WU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__0EQL)),li__ZOGJ);
            li__PQGJ=li__Z2WU;
          } break;
          };
          li__PF0J=((__li__5RB *)li__PQGJ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PF0J)->__id) {
          case __li__IF__: {
            li__ZMGJ(((__li__IF *)li__PF0J),li__0OGJ);
          } break;
          case __li__ORB__: {
            li__YOGJ(((__li__ORB *)((__li__IF *)li__PF0J)),li__0OGJ);
          } break;
          case __li__QRB__: {
            li__XQGJ(((__li__QRB *)((__li__IF *)li__PF0J)),li__0OGJ);
          } break;
          case __li__SRB__: {
            li__WSGJ(((__li__SRB *)((__li__IF *)li__PF0J)),li__0OGJ);
          } break;
          case __li__URB__: {
            li__VUGJ(((__li__URB *)((__li__IF *)li__PF0J)),li__0OGJ);
          } break;
          case __li__GSZ__: {
            li__UWGJ(((__li__GSZ *)((__li__IF *)li__PF0J)),li__0OGJ);
          } break;
          case __li__1RRF__: {
            li__TYGJ(((__li__1RRF *)((__li__IF *)li__PF0J)),li__0OGJ);
          } break;
          case __li__UJSH__: {
            li__QRMN(li__0OGJ);
          } break;
          };
        };
        li__1OGJ=(__li__K)(li__1OGJ +  1);
        goto li__B0QJ;
      };
    };
  };
}

static void li__XQGJ(__li__QRB *li__YQGJ,void *li__ZQGJ)
/* (Strict TYPE_VOID{li__QRB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0QGJ;
  void *li__URGJ;
  __li__ULSB *li__VRGJ,*li__42WU;
  void *li__TF0J,*li__IFQL;
  void *li__LSGJ;
  __li__5RB *li__OSGJ,*li__P3WU;
  __li__VB1 *li__G3WU;
  __li__PO li__M3WU;
  __li__C li__3QGJ,li__ZRGJ;
  li__0QGJ= 0;
  li__3QGJ=li__J2DD(((__li__XHQB *)li__YQGJ->li__RRB.li__3HQB),li__ZQGJ);
  /* __li__B__ __li__I__ */
if ((! li__3QGJ)) {
    li__LOQD(((__li__XHQB *)li__YQGJ->li__RRB.li__3HQB),li__ZQGJ);
    li__0QGJ= 0;
    li__N0QJ:
    {
      /* __li__B__ __li__I__ */
if ((li__0QGJ <= (*(li__YQGJ->li__RRB.li__D0C)).li__VBM)) {
        li__URGJ=((void **)(*(((__li__ZZC *)li__YQGJ->li__RRB.li__D0C))).li__RBM)[li__0QGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__URGJ)->__id==__li__DZB__) {
          li__VRGJ=li__QXVG(((__li__DZB *)li__URGJ));
        } else /* SLOT_CODE */ {
          li__TF0J=((__li__QWEC *)li__URGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TF0J)->__id==__li__IZB__) {
            li__VRGJ=((__li__IZB *)li__TF0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VRGJ=((__li__4HAD *)li__TF0J)->li__5HAD.li__WLSB;
          };
        };
        li__42WU=((__li__ULSB *)li__VRGJ);
        li__ZRGJ=(((void *)li__42WU->li__XNKE == (void *)(&__string_29)) || ((void *)li__42WU->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__ZRGJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__ZRGJ) {
        li__URGJ=((void **)(*(((__li__ZZC *)li__YQGJ->li__RRB.li__D0C))).li__RBM)[li__0QGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__URGJ)->__id==__li__DZB__) {
          li__VRGJ=li__QXVG(((__li__DZB *)li__URGJ));
        } else /* SLOT_CODE */ {
          li__TF0J=((__li__QWEC *)li__URGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TF0J)->__id==__li__IZB__) {
            li__VRGJ=((__li__IZB *)li__TF0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VRGJ=((__li__4HAD *)li__TF0J)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__VRGJ)->li__XNKE == (void *)(&__string_29))) {
          li__TF0J=((void **)(*(((__li__ZZC *)li__YQGJ->li__RRB.li__D0C))).li__RBM)[li__0QGJ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TF0J)->__id==__li__DZB__) {
            li__IFQL=((__li__DZB *)li__TF0J)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IFQL)->__id==__li__IZB__) {
              li__LSGJ=((__li__IZB *)li__IFQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__LSGJ=((__li__4HAD *)li__IFQL)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__IFQL=((__li__QWEC *)li__TF0J)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IFQL)->__id==__li__IZB__) {
              li__LSGJ=((__li__IZB *)li__IFQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__LSGJ=((__li__4HAD *)li__IFQL)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__LSGJ==NULL) {
            li__IFQL=NULL;
          } else {
            switch (((struct ___OBJ *)li__LSGJ)->__id) {
            case __li__WRB__: {
              li__IFQL=((void *)li__LSGJ);
            } break;
            case __li__XRB__: {
              li__IFQL=((void *)li__LSGJ);
            } break;
            case __li__KUB__: {
              li__IFQL=((void *)li__LSGJ);
            } break;
            case __li__VB1__: {
              li__IFQL=((void *)li__LSGJ);
            } break;
            case __li__UL2B__: {
              li__IFQL=NULL;
            } break;
            case __li__4O2B__: {
              li__IFQL=((void *)li__LSGJ);
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__IFQL)->__id) {
          case __li__WRB__: {
            li__OSGJ=li__ENZI(((__li__WRB *)li__IFQL),li__YQGJ);
          } break;
          case __li__XRB__: {
            li__OSGJ=li__YOZI(((__li__XRB *)((__li__WRB *)li__IFQL)),li__YQGJ);
          } break;
          case __li__KUB__: {
            li__OSGJ=li__MQZI(((__li__KUB *)((__li__WRB *)li__IFQL)),li__YQGJ);
          } break;
          case __li__VB1__: {
            li__G3WU=((__li__VB1 *)((__li__WRB *)li__IFQL));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__G3WU->li__WB1.li__P2C);
            li__M3WU=li__YQGJ->li__RRB.li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__M3WU);
            li__ODF();
            li__OSGJ=NULL;
          } break;
          case __li__4O2B__: {
            li__P3WU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__IFQL)),li__YQGJ);
            li__OSGJ=li__P3WU;
          } break;
          };
          li__TF0J=((__li__5RB *)li__OSGJ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TF0J)->__id) {
          case __li__IF__: {
            li__ZMGJ(((__li__IF *)li__TF0J),li__ZQGJ);
          } break;
          case __li__ORB__: {
            li__YOGJ(((__li__ORB *)((__li__IF *)li__TF0J)),li__ZQGJ);
          } break;
          case __li__QRB__: {
            li__XQGJ(((__li__QRB *)((__li__IF *)li__TF0J)),li__ZQGJ);
          } break;
          case __li__SRB__: {
            li__WSGJ(((__li__SRB *)((__li__IF *)li__TF0J)),li__ZQGJ);
          } break;
          case __li__URB__: {
            li__VUGJ(((__li__URB *)((__li__IF *)li__TF0J)),li__ZQGJ);
          } break;
          case __li__GSZ__: {
            li__UWGJ(((__li__GSZ *)((__li__IF *)li__TF0J)),li__ZQGJ);
          } break;
          case __li__1RRF__: {
            li__TYGJ(((__li__1RRF *)((__li__IF *)li__TF0J)),li__ZQGJ);
          } break;
          case __li__UJSH__: {
            li__QRMN(li__ZQGJ);
          } break;
          };
        };
        li__0QGJ=(__li__K)(li__0QGJ +  1);
        goto li__N0QJ;
      };
    };
  };
}

static void li__WSGJ(__li__SRB *li__XSGJ,void *li__YSGJ)
/* (Strict TYPE_CONTEXT{li__SRB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ZSGJ;
  void *li__TTGJ;
  __li__ULSB *li__UTGJ,*li__U3WU;
  void *li__XF0J,*li__WFQL;
  void *li__KUGJ;
  __li__5RB *li__NUGJ,*li__F4WU;
  __li__VB1 *li__23WU;
  __li__PO li__C4WU;
  __li__C li__2SGJ,li__YTGJ;
  li__ZSGJ= 0;
  li__2SGJ=li__J2DD(((__li__XHQB *)li__XSGJ->li__TRB.li__3HQB),li__YSGJ);
  /* __li__B__ __li__I__ */
if ((! li__2SGJ)) {
    li__LOQD(((__li__XHQB *)li__XSGJ->li__TRB.li__3HQB),li__YSGJ);
    li__ZSGJ= 0;
    li__Z0QJ:
    {
      /* __li__B__ __li__I__ */
if ((li__ZSGJ <= (*(li__XSGJ->li__TRB.li__D0C)).li__VBM)) {
        li__TTGJ=((void **)(*(((__li__ZZC *)li__XSGJ->li__TRB.li__D0C))).li__RBM)[li__ZSGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TTGJ)->__id==__li__DZB__) {
          li__UTGJ=li__QXVG(((__li__DZB *)li__TTGJ));
        } else /* SLOT_CODE */ {
          li__XF0J=((__li__QWEC *)li__TTGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XF0J)->__id==__li__IZB__) {
            li__UTGJ=((__li__IZB *)li__XF0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UTGJ=((__li__4HAD *)li__XF0J)->li__5HAD.li__WLSB;
          };
        };
        li__U3WU=((__li__ULSB *)li__UTGJ);
        li__YTGJ=(((void *)li__U3WU->li__XNKE == (void *)(&__string_29)) || ((void *)li__U3WU->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__YTGJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__YTGJ) {
        li__TTGJ=((void **)(*(((__li__ZZC *)li__XSGJ->li__TRB.li__D0C))).li__RBM)[li__ZSGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TTGJ)->__id==__li__DZB__) {
          li__UTGJ=li__QXVG(((__li__DZB *)li__TTGJ));
        } else /* SLOT_CODE */ {
          li__XF0J=((__li__QWEC *)li__TTGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XF0J)->__id==__li__IZB__) {
            li__UTGJ=((__li__IZB *)li__XF0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UTGJ=((__li__4HAD *)li__XF0J)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__UTGJ)->li__XNKE == (void *)(&__string_29))) {
          li__XF0J=((void **)(*(((__li__ZZC *)li__XSGJ->li__TRB.li__D0C))).li__RBM)[li__ZSGJ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XF0J)->__id==__li__DZB__) {
            li__WFQL=((__li__DZB *)li__XF0J)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WFQL)->__id==__li__IZB__) {
              li__KUGJ=((__li__IZB *)li__WFQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__KUGJ=((__li__4HAD *)li__WFQL)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__WFQL=((__li__QWEC *)li__XF0J)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WFQL)->__id==__li__IZB__) {
              li__KUGJ=((__li__IZB *)li__WFQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__KUGJ=((__li__4HAD *)li__WFQL)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__KUGJ==NULL) {
            li__WFQL=NULL;
          } else {
            switch (((struct ___OBJ *)li__KUGJ)->__id) {
            case __li__WRB__: {
              li__WFQL=((void *)li__KUGJ);
            } break;
            case __li__XRB__: {
              li__WFQL=((void *)li__KUGJ);
            } break;
            case __li__KUB__: {
              li__WFQL=((void *)li__KUGJ);
            } break;
            case __li__VB1__: {
              li__WFQL=((void *)li__KUGJ);
            } break;
            case __li__UL2B__: {
              li__WFQL=NULL;
            } break;
            case __li__4O2B__: {
              li__WFQL=((void *)li__KUGJ);
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__WFQL)->__id) {
          case __li__WRB__: {
            li__NUGJ=li__MUZI(((__li__WRB *)li__WFQL),li__XSGJ);
          } break;
          case __li__XRB__: {
            li__NUGJ=li__AWZI(((__li__XRB *)((__li__WRB *)li__WFQL)),li__XSGJ);
          } break;
          case __li__KUB__: {
            li__NUGJ=li__UXZI(((__li__KUB *)((__li__WRB *)li__WFQL)),li__XSGJ);
          } break;
          case __li__VB1__: {
            li__23WU=((__li__VB1 *)((__li__WRB *)li__WFQL));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__23WU->li__WB1.li__P2C);
            li__C4WU=li__XSGJ->li__TRB.li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__C4WU);
            li__ODF();
            li__NUGJ=NULL;
          } break;
          case __li__4O2B__: {
            li__F4WU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__WFQL)),li__XSGJ);
            li__NUGJ=li__F4WU;
          } break;
          };
          li__XF0J=((__li__5RB *)li__NUGJ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XF0J)->__id) {
          case __li__IF__: {
            li__ZMGJ(((__li__IF *)li__XF0J),li__YSGJ);
          } break;
          case __li__ORB__: {
            li__YOGJ(((__li__ORB *)((__li__IF *)li__XF0J)),li__YSGJ);
          } break;
          case __li__QRB__: {
            li__XQGJ(((__li__QRB *)((__li__IF *)li__XF0J)),li__YSGJ);
          } break;
          case __li__SRB__: {
            li__WSGJ(((__li__SRB *)((__li__IF *)li__XF0J)),li__YSGJ);
          } break;
          case __li__URB__: {
            li__VUGJ(((__li__URB *)((__li__IF *)li__XF0J)),li__YSGJ);
          } break;
          case __li__GSZ__: {
            li__UWGJ(((__li__GSZ *)((__li__IF *)li__XF0J)),li__YSGJ);
          } break;
          case __li__1RRF__: {
            li__TYGJ(((__li__1RRF *)((__li__IF *)li__XF0J)),li__YSGJ);
          } break;
          case __li__UJSH__: {
            li__QRMN(li__YSGJ);
          } break;
          };
        };
        li__ZSGJ=(__li__K)(li__ZSGJ +  1);
        goto li__Z0QJ;
      };
    };
  };
}

static void li__VUGJ(__li__URB *li__WUGJ,void *li__XUGJ)
/* (Strict TYPE_ID{li__URB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YUGJ;
  void *li__SVGJ;
  __li__ULSB *li__TVGJ,*li__K4WU;
  void *li__1F0J,*li__EGQL;
  void *li__JWGJ;
  __li__5RB *li__MWGJ,*li__14WU;
  __li__VB1 *li__S4WU;
  __li__PO li__Y4WU;
  __li__C li__1UGJ,li__XVGJ;
  li__YUGJ= 0;
  li__1UGJ=li__J2DD(((__li__XHQB *)li__WUGJ->li__VRB.li__3HQB),li__XUGJ);
  /* __li__B__ __li__I__ */
if ((! li__1UGJ)) {
    li__LOQD(((__li__XHQB *)li__WUGJ->li__VRB.li__3HQB),li__XUGJ);
    li__YUGJ= 0;
    li__F1QJ:
    {
      /* __li__B__ __li__I__ */
if ((li__YUGJ <= (*(li__WUGJ->li__VRB.li__D0C)).li__VBM)) {
        li__SVGJ=((void **)(*(((__li__ZZC *)li__WUGJ->li__VRB.li__D0C))).li__RBM)[li__YUGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SVGJ)->__id==__li__DZB__) {
          li__TVGJ=li__QXVG(((__li__DZB *)li__SVGJ));
        } else /* SLOT_CODE */ {
          li__1F0J=((__li__QWEC *)li__SVGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1F0J)->__id==__li__IZB__) {
            li__TVGJ=((__li__IZB *)li__1F0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__TVGJ=((__li__4HAD *)li__1F0J)->li__5HAD.li__WLSB;
          };
        };
        li__K4WU=((__li__ULSB *)li__TVGJ);
        li__XVGJ=(((void *)li__K4WU->li__XNKE == (void *)(&__string_29)) || ((void *)li__K4WU->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__XVGJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__XVGJ) {
        li__SVGJ=((void **)(*(((__li__ZZC *)li__WUGJ->li__VRB.li__D0C))).li__RBM)[li__YUGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SVGJ)->__id==__li__DZB__) {
          li__TVGJ=li__QXVG(((__li__DZB *)li__SVGJ));
        } else /* SLOT_CODE */ {
          li__1F0J=((__li__QWEC *)li__SVGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1F0J)->__id==__li__IZB__) {
            li__TVGJ=((__li__IZB *)li__1F0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__TVGJ=((__li__4HAD *)li__1F0J)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__TVGJ)->li__XNKE == (void *)(&__string_29))) {
          li__1F0J=((void **)(*(((__li__ZZC *)li__WUGJ->li__VRB.li__D0C))).li__RBM)[li__YUGJ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__1F0J)->__id==__li__DZB__) {
            li__EGQL=((__li__DZB *)li__1F0J)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EGQL)->__id==__li__IZB__) {
              li__JWGJ=((__li__IZB *)li__EGQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__JWGJ=((__li__4HAD *)li__EGQL)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__EGQL=((__li__QWEC *)li__1F0J)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EGQL)->__id==__li__IZB__) {
              li__JWGJ=((__li__IZB *)li__EGQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__JWGJ=((__li__4HAD *)li__EGQL)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__JWGJ==NULL) {
            li__EGQL=NULL;
          } else {
            switch (((struct ___OBJ *)li__JWGJ)->__id) {
            case __li__WRB__: {
              li__EGQL=((void *)li__JWGJ);
            } break;
            case __li__XRB__: {
              li__EGQL=((void *)li__JWGJ);
            } break;
            case __li__KUB__: {
              li__EGQL=((void *)li__JWGJ);
            } break;
            case __li__VB1__: {
              li__EGQL=((void *)li__JWGJ);
            } break;
            case __li__UL2B__: {
              li__EGQL=NULL;
            } break;
            case __li__4O2B__: {
              li__EGQL=((void *)li__JWGJ);
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__EGQL)->__id) {
          case __li__WRB__: {
            li__MWGJ=li__P2ZI(((__li__WRB *)li__EGQL),li__WUGJ);
          } break;
          case __li__XRB__: {
            li__MWGJ=li__D4ZI(((__li__XRB *)((__li__WRB *)li__EGQL)),li__WUGJ);
          } break;
          case __li__KUB__: {
            li__MWGJ=li__X5ZI(((__li__KUB *)((__li__WRB *)li__EGQL)),li__WUGJ);
          } break;
          case __li__VB1__: {
            li__S4WU=((__li__VB1 *)((__li__WRB *)li__EGQL));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__S4WU->li__WB1.li__P2C);
            li__Y4WU=li__WUGJ->li__VRB.li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__Y4WU);
            li__ODF();
            li__MWGJ=NULL;
          } break;
          case __li__4O2B__: {
            li__14WU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__EGQL)),li__WUGJ);
            li__MWGJ=li__14WU;
          } break;
          };
          li__1F0J=((__li__5RB *)li__MWGJ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1F0J)->__id) {
          case __li__IF__: {
            li__ZMGJ(((__li__IF *)li__1F0J),li__XUGJ);
          } break;
          case __li__ORB__: {
            li__YOGJ(((__li__ORB *)((__li__IF *)li__1F0J)),li__XUGJ);
          } break;
          case __li__QRB__: {
            li__XQGJ(((__li__QRB *)((__li__IF *)li__1F0J)),li__XUGJ);
          } break;
          case __li__SRB__: {
            li__WSGJ(((__li__SRB *)((__li__IF *)li__1F0J)),li__XUGJ);
          } break;
          case __li__URB__: {
            li__VUGJ(((__li__URB *)((__li__IF *)li__1F0J)),li__XUGJ);
          } break;
          case __li__GSZ__: {
            li__UWGJ(((__li__GSZ *)((__li__IF *)li__1F0J)),li__XUGJ);
          } break;
          case __li__1RRF__: {
            li__TYGJ(((__li__1RRF *)((__li__IF *)li__1F0J)),li__XUGJ);
          } break;
          case __li__UJSH__: {
            li__QRMN(li__XUGJ);
          } break;
          };
        };
        li__YUGJ=(__li__K)(li__YUGJ +  1);
        goto li__F1QJ;
      };
    };
  };
}

static void li__UWGJ(__li__GSZ *li__VWGJ,void *li__WWGJ)
/* (Strict TYPE_GENERIC{li__GSZ},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XWGJ;
  void *li__RXGJ;
  __li__ULSB *li__SXGJ,*li__A5WU;
  void *li__5F0J,*li__SGQL;
  void *li__IYGJ;
  __li__5RB *li__LYGJ,*li__K5WU;
  __li__C li__0WGJ,li__WXGJ;
  li__XWGJ= 0;
  li__0WGJ=li__J2DD(((__li__XHQB *)li__VWGJ->li__HSZ.li__3HQB),li__WWGJ);
  /* __li__B__ __li__I__ */
if ((! li__0WGJ)) {
    li__LOQD(((__li__XHQB *)li__VWGJ->li__HSZ.li__3HQB),li__WWGJ);
    li__XWGJ= 0;
    li__R1QJ:
    {
      /* __li__B__ __li__I__ */
if ((li__XWGJ <= (*(li__VWGJ->li__HSZ.li__D0C)).li__VBM)) {
        li__RXGJ=((void **)(*(((__li__ZZC *)li__VWGJ->li__HSZ.li__D0C))).li__RBM)[li__XWGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RXGJ)->__id==__li__DZB__) {
          li__SXGJ=li__QXVG(((__li__DZB *)li__RXGJ));
        } else /* SLOT_CODE */ {
          li__5F0J=((__li__QWEC *)li__RXGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5F0J)->__id==__li__IZB__) {
            li__SXGJ=((__li__IZB *)li__5F0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__SXGJ=((__li__4HAD *)li__5F0J)->li__5HAD.li__WLSB;
          };
        };
        li__A5WU=((__li__ULSB *)li__SXGJ);
        li__WXGJ=(((void *)li__A5WU->li__XNKE == (void *)(&__string_29)) || ((void *)li__A5WU->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__WXGJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__WXGJ) {
        li__RXGJ=((void **)(*(((__li__ZZC *)li__VWGJ->li__HSZ.li__D0C))).li__RBM)[li__XWGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RXGJ)->__id==__li__DZB__) {
          li__SXGJ=li__QXVG(((__li__DZB *)li__RXGJ));
        } else /* SLOT_CODE */ {
          li__5F0J=((__li__QWEC *)li__RXGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5F0J)->__id==__li__IZB__) {
            li__SXGJ=((__li__IZB *)li__5F0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__SXGJ=((__li__4HAD *)li__5F0J)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__SXGJ)->li__XNKE == (void *)(&__string_29))) {
          li__5F0J=((void **)(*(((__li__ZZC *)li__VWGJ->li__HSZ.li__D0C))).li__RBM)[li__XWGJ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5F0J)->__id==__li__DZB__) {
            li__SGQL=((__li__DZB *)li__5F0J)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SGQL)->__id==__li__IZB__) {
              li__IYGJ=((__li__IZB *)li__SGQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__IYGJ=((__li__4HAD *)li__SGQL)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__SGQL=((__li__QWEC *)li__5F0J)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SGQL)->__id==__li__IZB__) {
              li__IYGJ=((__li__IZB *)li__SGQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__IYGJ=((__li__4HAD *)li__SGQL)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__IYGJ==NULL) {
            li__SGQL=NULL;
          } else {
            switch (((struct ___OBJ *)li__IYGJ)->__id) {
            case __li__WRB__: {
              li__SGQL=((void *)li__IYGJ);
            } break;
            case __li__XRB__: {
              li__SGQL=((void *)li__IYGJ);
            } break;
            case __li__KUB__: {
              li__SGQL=((void *)li__IYGJ);
            } break;
            case __li__VB1__: {
              li__SGQL=((void *)li__IYGJ);
            } break;
            case __li__UL2B__: {
              li__SGQL=NULL;
            } break;
            case __li__4O2B__: {
              li__SGQL=((void *)li__IYGJ);
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__SGQL)->__id) {
          case __li__WRB__: {
            li__LYGJ=li__ZURF(((__li__WRB *)li__SGQL),li__VWGJ);
          } break;
          case __li__XRB__: {
            li__LYGJ=li__NWRF(((__li__XRB *)((__li__WRB *)li__SGQL)),li__VWGJ);
          } break;
          case __li__KUB__: {
            li__LYGJ=li__BYRF(((__li__KUB *)((__li__WRB *)li__SGQL)),li__VWGJ);
          } break;
          case __li__VB1__: {
            li__LYGJ=li__G0RF(((__li__VB1 *)((__li__WRB *)li__SGQL)),li__VWGJ);
          } break;
          case __li__4O2B__: {
            li__K5WU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__SGQL)),li__VWGJ);
            li__LYGJ=li__K5WU;
          } break;
          };
          li__5F0J=((__li__5RB *)li__LYGJ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5F0J)->__id) {
          case __li__IF__: {
            li__ZMGJ(((__li__IF *)li__5F0J),li__WWGJ);
          } break;
          case __li__ORB__: {
            li__YOGJ(((__li__ORB *)((__li__IF *)li__5F0J)),li__WWGJ);
          } break;
          case __li__QRB__: {
            li__XQGJ(((__li__QRB *)((__li__IF *)li__5F0J)),li__WWGJ);
          } break;
          case __li__SRB__: {
            li__WSGJ(((__li__SRB *)((__li__IF *)li__5F0J)),li__WWGJ);
          } break;
          case __li__URB__: {
            li__VUGJ(((__li__URB *)((__li__IF *)li__5F0J)),li__WWGJ);
          } break;
          case __li__GSZ__: {
            li__UWGJ(((__li__GSZ *)((__li__IF *)li__5F0J)),li__WWGJ);
          } break;
          case __li__1RRF__: {
            li__TYGJ(((__li__1RRF *)((__li__IF *)li__5F0J)),li__WWGJ);
          } break;
          case __li__UJSH__: {
            li__QRMN(li__WWGJ);
          } break;
          };
        };
        li__XWGJ=(__li__K)(li__XWGJ +  1);
        goto li__R1QJ;
      };
    };
  };
}

static void li__TYGJ(__li__1RRF *li__UYGJ,void *li__VYGJ)
/* (Strict TYPE_BLOCK{li__1RRF},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__WYGJ;
  void *li__QZGJ;
  __li__ULSB *li__RZGJ,*li__P5WU;
  void *li__DG0J,*li__AHQL;
  void *li__H0GJ;
  __li__5RB *li__K0GJ,*li__JHQL;
  __li__C li__ZYGJ,li__VZGJ;
  li__WYGJ= 0;
  li__ZYGJ=li__J2DD(((__li__XHQB *)li__UYGJ->li__2RRF.li__3HQB),li__VYGJ);
  /* __li__B__ __li__I__ */
if ((! li__ZYGJ)) {
    li__LOQD(((__li__XHQB *)li__UYGJ->li__2RRF.li__3HQB),li__VYGJ);
    li__WYGJ= 0;
    li__31QJ:
    {
      /* __li__B__ __li__I__ */
if ((li__WYGJ <= (*(li__UYGJ->li__2RRF.li__D0C)).li__VBM)) {
        li__QZGJ=((void **)(*(((__li__ZZC *)li__UYGJ->li__2RRF.li__D0C))).li__RBM)[li__WYGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QZGJ)->__id==__li__DZB__) {
          li__RZGJ=li__QXVG(((__li__DZB *)li__QZGJ));
        } else /* SLOT_CODE */ {
          li__DG0J=((__li__QWEC *)li__QZGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DG0J)->__id==__li__IZB__) {
            li__RZGJ=((__li__IZB *)li__DG0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__RZGJ=((__li__4HAD *)li__DG0J)->li__5HAD.li__WLSB;
          };
        };
        li__P5WU=((__li__ULSB *)li__RZGJ);
        li__VZGJ=(((void *)li__P5WU->li__XNKE == (void *)(&__string_29)) || ((void *)li__P5WU->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__VZGJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__VZGJ) {
        li__QZGJ=((void **)(*(((__li__ZZC *)li__UYGJ->li__2RRF.li__D0C))).li__RBM)[li__WYGJ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QZGJ)->__id==__li__DZB__) {
          li__RZGJ=li__QXVG(((__li__DZB *)li__QZGJ));
        } else /* SLOT_CODE */ {
          li__DG0J=((__li__QWEC *)li__QZGJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DG0J)->__id==__li__IZB__) {
            li__RZGJ=((__li__IZB *)li__DG0J)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__RZGJ=((__li__4HAD *)li__DG0J)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__RZGJ)->li__XNKE == (void *)(&__string_29))) {
          li__DG0J=((void **)(*(((__li__ZZC *)li__UYGJ->li__2RRF.li__D0C))).li__RBM)[li__WYGJ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DG0J)->__id==__li__DZB__) {
            li__AHQL=((__li__DZB *)li__DG0J)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AHQL)->__id==__li__IZB__) {
              li__H0GJ=((__li__IZB *)li__AHQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__H0GJ=((__li__4HAD *)li__AHQL)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__AHQL=((__li__QWEC *)li__DG0J)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AHQL)->__id==__li__IZB__) {
              li__H0GJ=((__li__IZB *)li__AHQL)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__H0GJ=((__li__4HAD *)li__AHQL)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__H0GJ==NULL) {
            li__AHQL=NULL;
          } else {
            switch (((struct ___OBJ *)li__H0GJ)->__id) {
            case __li__WRB__: {
              li__AHQL=((void *)li__H0GJ);
            } break;
            case __li__XRB__: {
              li__AHQL=((void *)li__H0GJ);
            } break;
            case __li__KUB__: {
              li__AHQL=((void *)li__H0GJ);
            } break;
            case __li__VB1__: {
              li__AHQL=((void *)li__H0GJ);
            } break;
            case __li__UL2B__: {
              li__AHQL=NULL;
            } break;
            case __li__4O2B__: {
              li__AHQL=((void *)li__H0GJ);
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__AHQL)->__id) {
          case __li__WRB__: {
            li__K0GJ=li__NSCL(((__li__WRB *)li__AHQL),li__UYGJ);
          } break;
          case __li__XRB__: {
            li__K0GJ=li__BUCL(((__li__XRB *)((__li__WRB *)li__AHQL)),li__UYGJ);
          } break;
          case __li__KUB__: {
            li__K0GJ=li__VVCL(((__li__KUB *)((__li__WRB *)li__AHQL)),li__UYGJ);
          } break;
          case __li__VB1__: {
            li__K0GJ=li__0XCL(((__li__VB1 *)((__li__WRB *)li__AHQL)));
          } break;
          case __li__4O2B__: {
            li__JHQL=li__GEXF(((__li__4O2B *)((__li__WRB *)li__AHQL)),li__UYGJ);
            li__K0GJ=li__JHQL;
          } break;
          };
          li__DG0J=((__li__5RB *)li__K0GJ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DG0J)->__id) {
          case __li__IF__: {
            li__ZMGJ(((__li__IF *)li__DG0J),li__VYGJ);
          } break;
          case __li__ORB__: {
            li__YOGJ(((__li__ORB *)((__li__IF *)li__DG0J)),li__VYGJ);
          } break;
          case __li__QRB__: {
            li__XQGJ(((__li__QRB *)((__li__IF *)li__DG0J)),li__VYGJ);
          } break;
          case __li__SRB__: {
            li__WSGJ(((__li__SRB *)((__li__IF *)li__DG0J)),li__VYGJ);
          } break;
          case __li__URB__: {
            li__VUGJ(((__li__URB *)((__li__IF *)li__DG0J)),li__VYGJ);
          } break;
          case __li__GSZ__: {
            li__UWGJ(((__li__GSZ *)((__li__IF *)li__DG0J)),li__VYGJ);
          } break;
          case __li__1RRF__: {
            li__TYGJ(((__li__1RRF *)((__li__IF *)li__DG0J)),li__VYGJ);
          } break;
          case __li__UJSH__: {
            li__QRMN(li__VYGJ);
          } break;
          };
        };
        li__WYGJ=(__li__K)(li__WYGJ +  1);
        goto li__31QJ;
      };
    };
  };
}

static void li__QRMN(void *li__SRMN)
/* (TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__TRMN;
  li__QRMN:
  {
    li__TRMN=li__5TB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TRMN)->__id) {
    case __li__IF__: {
      li__ZMGJ(((__li__IF *)li__TRMN),li__SRMN);
    } break;
    case __li__ORB__: {
      li__YOGJ(((__li__ORB *)((__li__IF *)li__TRMN)),li__SRMN);
    } break;
    case __li__QRB__: {
      li__XQGJ(((__li__QRB *)((__li__IF *)li__TRMN)),li__SRMN);
    } break;
    case __li__SRB__: {
      li__WSGJ(((__li__SRB *)((__li__IF *)li__TRMN)),li__SRMN);
    } break;
    case __li__URB__: {
      li__VUGJ(((__li__URB *)((__li__IF *)li__TRMN)),li__SRMN);
    } break;
    case __li__GSZ__: {
      li__UWGJ(((__li__GSZ *)((__li__IF *)li__TRMN)),li__SRMN);
    } break;
    case __li__1RRF__: {
      li__TYGJ(((__li__1RRF *)((__li__IF *)li__TRMN)),li__SRMN);
    } break;
    case __li__UJSH__: {
      goto li__QRMN;
    } break;
    };
  };
}

static __li__C li__WRPP(__li__3J1L *li__XRPP,__li__TQNE *li__YRPP)
/* (Strict HASHED_SET(TYPES){li__3J1L},Strict TYPES{NULLxli__TQNE}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__CSPP;
  __li__ETLP *li__BSPP;
  __li__C li__ZRPP;
  li__CSPP=li__KQPP(((__li__TQNE *)li__YRPP));
  li__BSPP=((void **)li__XRPP->li__QTLP)[(__li__K)(li__CSPP % li__XRPP->li__JTLP)];
  while ((! (((void *)li__BSPP == (void *)NULL) || ((void *)li__BSPP->li__2TLP == (void *)li__YRPP)))) {
    li__BSPP=li__BSPP->li__KULP;
  };
  li__ZRPP=((void *)li__BSPP != (void *)NULL);
  return(li__ZRPP);
}

static __li__K li__KQPP(__li__TQNE *li__LQPP)
/* (Strict TYPES{li__TQNE}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NQPP,li__WQPP,li__ZQPP,li__MQPP;
  void *li__YQPP;
  li__NQPP= 0;
  /* __li__B__ __li__I__ */
if ((li__LQPP->li__ZTMI != (__li__K)(-  1))) {
    li__WQPP=(__li__K)(li__LQPP->li__ZTMI <<  8);
    li__YQPP=((void **)li__LQPP->li__GABM)[li__LQPP->li__ZTMI];
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YQPP)->__id) {
    case __li__IF__: {
      li__ZQPP=((__li__IF *)li__YQPP)->li__NZC;
    } break;
    case __li__ORB__: {
      li__ZQPP=((__li__ORB *)li__YQPP)->li__PRB.li__NZC;
    } break;
    case __li__QRB__: {
      li__ZQPP=((__li__QRB *)li__YQPP)->li__RRB.li__NZC;
    } break;
    case __li__SRB__: {
      li__ZQPP=((__li__SRB *)li__YQPP)->li__TRB.li__NZC;
    } break;
    case __li__URB__: {
      li__ZQPP=((__li__URB *)li__YQPP)->li__VRB.li__NZC;
    } break;
    case __li__GSZ__: {
      li__ZQPP=((__li__GSZ *)li__YQPP)->li__HSZ.li__NZC;
    } break;
    case __li__1RRF__: {
      li__ZQPP=((__li__1RRF *)li__YQPP)->li__2RRF.li__NZC;
    } break;
    case __li__UJSH__: {
      li__ZQPP=((__li__UJSH *)li__YQPP)->li__WJSH.li__NZC;
    } break;
    };
    li__NQPP=(__li__K)(li__WQPP + li__ZQPP);
  };
  li__MQPP=li__NQPP;
  return(li__MQPP);
}

static void* li__I43C(__li__OC1 *li__J43C,__li__U *li__K43C)
/* (Strict HASHED_DICTIONARY(ITM_SLOT,Strict STRING_CONSTANT){li__OC1},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__U43C,*li__L43C;
  __li__K li__V43C;
  __li__ESHC *li__T43C;
  li__U43C=NULL;
  li__V43C=li__AIO(((__li__U *)li__K43C));
  li__T43C=((void **)li__J43C->li__LSHC)[(__li__K)(li__V43C % li__J43C->li__JFDC)];
  while ((! (((void *)li__T43C == (void *)NULL) || ((void *)li__T43C->li__D53C == (void *)li__K43C)))) {
    li__T43C=li__T43C->li__O53C;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__T43C != (void *)NULL)) {
    li__U43C=li__T43C->li__W53C;
  };
  li__L43C=li__U43C;
  return(li__L43C);
}

static void li__YPBG(__li__IF *li__ZPBG,void *li__0PBG)
/* (Strict TYPE{li__IF},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1PBG;
  void *li__OQBG;
  __li__ULSB *li__PQBG,*li__JCXU;
  void *li__ODSH;
  void *li__2QBG;
  __li__5RB *li__5QBG;
  __li__VB1 *li__OCXU;
  __li__PO li__UCXU;
  __li__PF *li__BRBG;
  __li__U *li__DRBG;
  __li__C li__TQBG;
  __li__OC1 *li__CRBG;
  li__1PBG= 0;
  li__ALJG:
  {
    /* __li__B__ __li__I__ */
if ((li__1PBG <= (*(li__ZPBG->li__D0C)).li__VBM)) {
      li__OQBG=((void **)(*(((__li__ZZC *)li__ZPBG->li__D0C))).li__RBM)[li__1PBG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OQBG)->__id==__li__DZB__) {
        li__PQBG=li__QXVG(((__li__DZB *)li__OQBG));
      } else /* SLOT_CODE */ {
        li__ODSH=((__li__QWEC *)li__OQBG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ODSH)->__id==__li__IZB__) {
          li__PQBG=((__li__IZB *)li__ODSH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PQBG=((__li__4HAD *)li__ODSH)->li__5HAD.li__WLSB;
        };
      };
      li__JCXU=((__li__ULSB *)li__PQBG);
      li__TQBG=(((void *)li__JCXU->li__XNKE == (void *)(&__string_29)) || ((void *)li__JCXU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__TQBG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__TQBG) {
      li__OQBG=((void **)(*(((__li__ZZC *)li__ZPBG->li__D0C))).li__RBM)[li__1PBG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OQBG)->__id==__li__DZB__) {
        li__ODSH=((__li__DZB *)li__OQBG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ODSH)->__id==__li__IZB__) {
          li__2QBG=((__li__IZB *)li__ODSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__2QBG=((__li__4HAD *)li__ODSH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__ODSH=((__li__QWEC *)li__OQBG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ODSH)->__id==__li__IZB__) {
          li__2QBG=((__li__IZB *)li__ODSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__2QBG=((__li__4HAD *)li__ODSH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__2QBG==NULL) {
        li__ODSH=NULL;
      } else {
        switch (((struct ___OBJ *)li__2QBG)->__id) {
        case __li__WRB__: {
          li__ODSH=((void *)li__2QBG);
        } break;
        case __li__XRB__: {
          li__ODSH=((void *)li__2QBG);
        } break;
        case __li__KUB__: {
          li__ODSH=((void *)li__2QBG);
        } break;
        case __li__VB1__: {
          li__ODSH=((void *)li__2QBG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__ODSH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__ODSH)->__id) {
      case __li__WRB__: {
        li__5QBG=li__Z0YI(((__li__WRB *)li__ODSH),li__ZPBG);
      } break;
      case __li__XRB__: {
        li__5QBG=li__N2YI(((__li__XRB *)((__li__WRB *)li__ODSH)),li__ZPBG);
      } break;
      case __li__KUB__: {
        li__5QBG=li__B4YI(((__li__KUB *)((__li__WRB *)li__ODSH)),li__ZPBG);
      } break;
      case __li__VB1__: {
        li__OCXU=((__li__VB1 *)((__li__WRB *)li__ODSH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__OCXU->li__WB1.li__P2C);
        li__UCXU=li__ZPBG->li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__UCXU);
        li__ODF();
        li__5QBG=NULL;
      } break;
      };
      li__OQBG=((__li__5RB *)li__5QBG)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__OQBG)->__id) {
      case __li__IF__: {
        li__BRBG=((__li__IF *)li__OQBG)->li__TF;
      } break;
      case __li__ORB__: {
        li__BRBG=((__li__ORB *)li__OQBG)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__BRBG=((__li__QRB *)li__OQBG)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__BRBG=((__li__SRB *)li__OQBG)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__BRBG=((__li__URB *)li__OQBG)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__BRBG=((__li__GSZ *)li__OQBG)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__BRBG=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__BRBG=li__VYLN();
      } break;
      };
      li__CRBG=li__BRBG->li__XC1;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0PBG)->__id==__li__IZB__) {
        li__DRBG=((__li__IZB *)li__0PBG)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__DRBG=((__li__4HAD *)li__0PBG)->li__5HAD.li__JZB.li__R2B;
      };
      li__ODSH=li__I43C(((__li__OC1 *)li__CRBG),li__DRBG);
      /* __li__B__ __li__I__ */
if (((void *)li__ODSH != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0PBG)->__id==__li__IZB__) {
          li__0CHJ(((__li__IZB *)li__0PBG),li__ODSH);
        } else /* ITM_SLOT_OPERATOR */ {
          li__OGHJ(((__li__4HAD *)((__li__IZB *)li__0PBG)),li__ODSH);
        };
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__OQBG)->__id) {
      case __li__IF__: {
        li__YPBG(((__li__IF *)li__OQBG),li__0PBG);
      } break;
      case __li__ORB__: {
        li__GOGG(((__li__ORB *)((__li__IF *)li__OQBG)),li__0PBG);
      } break;
      case __li__QRB__: {
        li__WRGG(((__li__QRB *)((__li__IF *)li__OQBG)),li__0PBG);
      } break;
      case __li__SRB__: {
        li__GVGG(((__li__SRB *)((__li__IF *)li__OQBG)),li__0PBG);
      } break;
      case __li__URB__: {
        li__YFRG(((__li__URB *)((__li__IF *)li__OQBG)),li__0PBG);
      } break;
      case __li__GSZ__: {
        li__LMBG(((__li__GSZ *)((__li__IF *)li__OQBG)),li__0PBG);
      } break;
      case __li__1RRF__: {
        li__0YYI(((__li__1RRF *)((__li__IF *)li__OQBG)),li__0PBG);
      } break;
      case __li__UJSH__: {
        li__MOMN(((__li__UJSH *)((__li__IF *)li__OQBG)),li__0PBG);
      } break;
      };
      li__1PBG=(__li__K)(li__1PBG +  1);
      goto li__ALJG;
    };
  };
}

static __li__HZB* li__ODJG()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__HZB *li__RDJG,*li__0EJG,*li__QDJG;
  __li__CB li__SDJG,li__3CXU;
  __li__K li__YDJG,li__FEJG;
  __li__JJG li__0DJG,li__GEJG,li__HEJG,li__1CXU;
  __li__52B li__LDXU;
  li__RDJG=NULL;
  li__SDJG=((__li__CB )(NULL));
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
    li__YDJG=sizeof(__li__HZB);
  } else /* ITM_SLOT_OPERATOR */ {
    li__YDJG=sizeof(__li__HZB);
  };
  li__0DJG=((__li__JJG )li__YDJG);
  /* __li__B__ __li__I__ */
if ((li__0DJG ==  0)) {
    li__RDJG=li__HZB__;
  } else /* FALSE */ {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
      li__FEJG=__li__HZB__;
    } else /* ITM_SLOT_OPERATOR */ {
      li__FEJG=__li__HZB__;
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
      li__GEJG=li__HKG;
    } else /* ITM_SLOT_OPERATOR */ {
      li__GEJG=li__HKG;
    };
    li__HEJG=(__li__JJG)(li__GEJG - (__li__JJG)(((__li__JJG ) 0) - li__0DJG));
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
      li__HKG=li__HEJG;
    } else /* ITM_SLOT_OPERATOR */ {
      li__HKG=li__HEJG;
    };
    /* __li__B__ __li__I__ */
if ((li__FEJG == (__li__K)(-  1))) {
      li__GEJG=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__1CXU=(__li__JJG)((__li__JJG)(li__0DJG - (__li__JJG)(((__li__JJG ) 0) - li__GEJG)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GEJG) - ((__li__JJG ) 1)));
      li__GEJG=(__li__JJG)(li__1CXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__3CXU=li__YCJ(li__1CXU,((__li__CB )(&(table_size[(li__GEJG)-1]))),((__li__52B )li__1CXU));
      li__SDJG=li__3CXU;
    } else /* FALSE */ {
      li__LDXU=((__li__52B )li__FEJG);
      li__GEJG=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__1CXU=(__li__JJG)((__li__JJG)(li__0DJG - (__li__JJG)(((__li__JJG ) 0) - li__GEJG)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GEJG) - ((__li__JJG ) 1)));
      li__3CXU=li__YCJ(li__1CXU,((__li__CB )(&(table_type[(li__LDXU)]))),(__li__52B)(li__LDXU |  1));
      li__SDJG=li__3CXU;
    };
    li__0EJG=((__li__HZB *)li__SDJG);
    li__RDJG=li__0EJG;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
      *(li__0EJG) = *(li__HZB__);
    } else /* ITM_SLOT_OPERATOR */ {
      *(li__0EJG) = *(li__HZB__);
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZB__->li__KZB)->__id==__li__IZB__) {
    };
  };
  li__QDJG=li__RDJG;
  return(li__QDJG);
}

static void* li__FFJG(__li__HZB *li__GFJG,void *li__HFJG,void *li__IFJG)
/* (Strict SLOT{li__HZB},ITM_SLOT{NULLxli__IZBxli__4HAD},TYPE{li__IFxli__QRBxli__SRBxli__URBxli__GSZ}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__KFJG,*li__JFJG;
  void *li__SFJG;
  __li__QWEC *li__5AQG,*li__4AQG;
  __li__5RB *li__DBQG,*li__5BQG,*li__5DXU;
  void *li__GBQG;
  __li__UL2B *li__IBQG,*li__EBQG;
  __li__K li__2QRU,li__EVSG;
  void *li__3BQG,*li__FEXU;
  void *li__4BQG;
  __li__DZB *li__CCQG;
  __li__3 li__MFJG;
  __li__ZCSH *li__CDSH;
  __li__MZB *li__RBQG,*li__ACQG;
  __li__CRB *li__EEXU;
  li__KFJG=NULL;
  li__GFJG->li__KZB=li__HFJG;
  li__GFJG->li__LFJG=li__IFJG;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HFJG)->__id==__li__IZB__) {
    li__MFJG=((__li__IZB *)li__HFJG)->li__XEHD;
  } else /* ITM_SLOT_OPERATOR */ {
    li__MFJG=((__li__4HAD *)li__HFJG)->li__5HAD.li__XEHD;
  };
  /* __li__B__ __li__I__ */
if ((li__MFJG == '<')) {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HFJG)->__id==__li__IZB__) {
      li__SFJG=((__li__IZB *)li__HFJG)->li__QRHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__SFJG=((__li__4HAD *)li__HFJG)->li__5HAD.li__QRHD;
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QWEC__->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__5AQG=li__EA0G();
    } else /* ITM_SLOT_OPERATOR */ {
      li__5AQG=li__EA0G();
    };
    li__4AQG=li__5AQG;
    li__5AQG=((__li__QWEC *)li__4AQG);
    li__5AQG->li__RWEC=li__GFJG;
    li__5AQG->li__YCSH=li__SFJG;
    li__CDSH=li__CRVH( 1);
    li__5AQG->li__DDSH=li__CDSH;
    li__GFJG->li__UFJG=li__4AQG;
    li__KFJG=li__4AQG;
  } else /* FALSE */ {
    li__DBQG=NULL;
    li__SFJG=li__GFJG->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SFJG)->__id==__li__IZB__) {
      li__GBQG=((__li__IZB *)li__SFJG)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__GBQG=((__li__4HAD *)li__SFJG)->li__5HAD.li__NMSB;
    };
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__GBQG==NULL) {
      li__IBQG=NULL;
    } else {
      if (((struct ___OBJ *)li__GBQG)->__id==__li__UL2B__) {
        li__IBQG=((void *)li__GBQG);
      } else /* Other types */ {
        li__IBQG=NULL;
      }
    };
    li__EBQG=li__IBQG;
    /* __li__B__ __li__I__ */
if (((void *)li__IBQG != (void *)NULL)) {
      li__2QRU=(__li__K)((*(((__li__CRB *)((__li__UL2B *)li__IBQG)->li__GX5B))).li__5QZ +  1);
      li__RBQG=li__HQE((__li__K)(li__2QRU -  1));
      li__GFJG->li__SBQG=li__RBQG;
      li__2QRU=(__li__K)((*(((__li__UL2B *)li__IBQG)->li__GX5B)).li__5QZ -  1);
      li__EVSG= 0;
      while ((li__EVSG <= li__2QRU)) {
        li__3BQG=((void **)(*(((__li__CRB *)((__li__UL2B *)li__EBQG)->li__GX5B))).li__V1BD)[li__EVSG];
        li__4BQG=li__GFJG->li__LFJG;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__3BQG)->__id) {
        case __li__WRB__: {
          li__5BQG=li__0VSG(((__li__WRB *)li__3BQG),li__4BQG);
        } break;
        case __li__XRB__: {
          li__5BQG=li__OXSG(((__li__XRB *)((__li__WRB *)li__3BQG)),li__4BQG);
        } break;
        case __li__KUB__: {
          li__5BQG=li__CZSG(((__li__KUB *)((__li__WRB *)li__3BQG)),li__4BQG);
        } break;
        case __li__VB1__: {
          li__5BQG=li__H1SG(((__li__VB1 *)((__li__WRB *)li__3BQG)),li__4BQG);
        } break;
        case __li__4O2B__: {
          li__5DXU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__3BQG)),li__4BQG);
          li__5BQG=li__5DXU;
        } break;
        };
        li__DBQG=li__5BQG;
        li__ACQG=li__GFJG->li__SBQG;
        li__CCQG=li__D5QG(li__GFJG,li__5BQG);
        li__0IUG(((__li__MZB *)li__ACQG),li__CCQG);
        li__EVSG=(__li__K)(li__EVSG +  1);
      };
      li__EEXU=((__li__CRB *)((__li__UL2B *)li__IBQG)->li__GX5B);
      li__FEXU=((void **)(*(li__EEXU)).li__V1BD)[(*(li__EEXU)).li__5QZ];
      li__GBQG=li__GFJG->li__LFJG;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__FEXU)->__id) {
      case __li__WRB__: {
        li__5BQG=li__0VSG(((__li__WRB *)li__FEXU),li__GBQG);
      } break;
      case __li__XRB__: {
        li__5BQG=li__OXSG(((__li__XRB *)((__li__WRB *)li__FEXU)),li__GBQG);
      } break;
      case __li__KUB__: {
        li__5BQG=li__CZSG(((__li__KUB *)((__li__WRB *)li__FEXU)),li__GBQG);
      } break;
      case __li__VB1__: {
        li__5BQG=li__H1SG(((__li__VB1 *)((__li__WRB *)li__FEXU)),li__GBQG);
      } break;
      case __li__4O2B__: {
        li__5DXU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__FEXU)),li__GBQG);
        li__5BQG=li__5DXU;
      } break;
      };
      li__DBQG=li__5BQG;
    } else /* FALSE */ {
      li__GBQG=li__GFJG->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__GBQG)->__id==__li__IZB__) {
        li__3BQG=((__li__IZB *)li__GBQG)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__3BQG=((__li__4HAD *)li__GBQG)->li__5HAD.li__NMSB;
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__3BQG==NULL) {
        li__4BQG=NULL;
      } else {
        switch (((struct ___OBJ *)li__3BQG)->__id) {
        case __li__WRB__: {
          li__4BQG=((void *)li__3BQG);
        } break;
        case __li__XRB__: {
          li__4BQG=((void *)li__3BQG);
        } break;
        case __li__KUB__: {
          li__4BQG=((void *)li__3BQG);
        } break;
        case __li__VB1__: {
          li__4BQG=((void *)li__3BQG);
        } break;
        case __li__UL2B__: {
          li__4BQG=NULL;
        } break;
        case __li__4O2B__: {
          li__4BQG=((void *)li__3BQG);
        } break;
        }
      };
      li__GBQG=li__GFJG->li__LFJG;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__4BQG)->__id) {
      case __li__WRB__: {
        li__5BQG=li__0VSG(((__li__WRB *)li__4BQG),li__GBQG);
      } break;
      case __li__XRB__: {
        li__5BQG=li__OXSG(((__li__XRB *)((__li__WRB *)li__4BQG)),li__GBQG);
      } break;
      case __li__KUB__: {
        li__5BQG=li__CZSG(((__li__KUB *)((__li__WRB *)li__4BQG)),li__GBQG);
      } break;
      case __li__VB1__: {
        li__5BQG=li__H1SG(((__li__VB1 *)((__li__WRB *)li__4BQG)),li__GBQG);
      } break;
      case __li__4O2B__: {
        li__5DXU=li__GEXF(((__li__4O2B *)((__li__WRB *)li__4BQG)),li__GBQG);
        li__5BQG=li__5DXU;
      } break;
      };
      li__DBQG=li__5BQG;
    };
    li__CCQG=li__D5QG(li__GFJG,li__DBQG);
    li__GFJG->li__0FJG=li__CCQG;
    li__KFJG=li__CCQG;
  };
  li__JFJG=li__KFJG;
  return(li__JFJG);
}

static void li__SSIG(__li__UL2B *li__TSIG,__li__3PZ *li__USIG,void *li__VSIG)
/* (Strict ITM_TYPE_MULTI{li__UL2B},Strict FAST_ARRAY(TYPE_FULL){NULLxli__3PZ},PARAMETER_TO_TYPE{NULLxli__IFxli__1Mxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__RDIDxli__1RRFxli__UJSHxli__0VPJxli__1VPJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YSIG,li__Q0MG;
  void *li__4SIG;
  __li__5RB *li__5SIG;
  li__YSIG=(*(li__TSIG->li__GX5B)).li__5QZ;
  li__Q0MG= 0;
  while ((li__Q0MG <= li__YSIG)) {
    li__4SIG=((void **)(*(((__li__CRB *)li__TSIG->li__GX5B))).li__V1BD)[li__Q0MG];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__4SIG)->__id) {
    case __li__WRB__: {
      li__5SIG=li__WLRF(((__li__WRB *)li__4SIG),li__VSIG);
    } break;
    case __li__XRB__: {
      li__5SIG=li__KNRF(((__li__XRB *)((__li__WRB *)li__4SIG)),li__VSIG);
    } break;
    case __li__KUB__: {
      li__5SIG=li__4ORF(((__li__KUB *)((__li__WRB *)li__4SIG)),li__VSIG);
    } break;
    case __li__VB1__: {
      li__5SIG=li__DRRF(((__li__VB1 *)((__li__WRB *)li__4SIG)),li__VSIG);
    } break;
    case __li__4O2B__: {
      li__5SIG=li__XRRF(((__li__4O2B *)((__li__WRB *)li__4SIG)),li__VSIG);
    } break;
    };
    li__4RFC(((__li__3PZ *)li__USIG),li__5SIG);
    li__Q0MG=(__li__K)(li__Q0MG +  1);
  };
}

static __li__1RRF* li__WX0F(__li__3PZ *li__YX0F,__li__3PZ *li__ZX0F)
/* (Strict FAST_ARRAY(TYPE_FULL){NULLxli__3PZ},Strict FAST_ARRAY(TYPE_FULL){NULLxli__3PZ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__1RRF *li__2X0F,*li__NOOG,*li__WPOG,*li__0X0F;
  __li__K li__1X0F,li__5ZRU,li__BPOG,li__RXRH,li__CSPI,li__MTPI;
  __li__K li__W2RK;
  __li__CB li__OOOG,li__DD5U;
  __li__JJG li__WOOG,li__GD5U,li__BD5U;
  __li__52B li__RD5U;
  __li__5RB *li__AE5U,*li__BE5U;
  void **li__ZC5U,**li__0C5U,**li__KXRH;
  __li__3X0F *li__NWRH;
  __li__C li__4WRH;
  li__2X0F=NULL;
  li__1X0F= 0;
  li__5ZRU=(*(li__GY0F)).li__PY0F;
  li__ZC5U=(*(((__li__3X0F *)li__GY0F))).li__IWRH;
  li__0C5U=(*(((__li__3X0F *)li__GY0F))).li__IWRH;
  while (((li__1X0F <= li__5ZRU) && (((void *)((__li__1RRF *)((void **)li__ZC5U)[li__1X0F])->li__3Y0F != (void *)li__YX0F) || ((void *)((__li__1RRF *)((void **)li__0C5U)[li__1X0F])->li__HZ0F != (void *)li__ZX0F)))) {
    li__1X0F=(__li__K)(li__1X0F +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__1X0F <= (*(li__GY0F)).li__PY0F)) {
    li__2X0F=((void **)(*(((__li__3X0F *)li__GY0F))).li__IWRH)[li__1X0F];
  } else /* FALSE */ {
    li__NOOG=NULL;
    li__OOOG=((__li__CB )(NULL));
    li__WOOG=((__li__JJG )sizeof(__li__1RRF));
    /* __li__B__ __li__I__ */
if ((li__WOOG ==  0)) {
      li__NOOG=li__1RRF__;
    } else /* FALSE */ {
      li__BPOG=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__WOOG));
      /* __li__B__ __li__I__ */
if ((li__BPOG == (__li__K)(-  1))) {
        li__GD5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__BD5U=(__li__JJG)((__li__JJG)(li__WOOG - (__li__JJG)(((__li__JJG ) 0) - li__GD5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GD5U) - ((__li__JJG ) 1)));
        li__GD5U=(__li__JJG)(li__BD5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__DD5U=li__YCJ(li__BD5U,((__li__CB )(&(table_size[(li__GD5U)-1]))),((__li__52B )li__BD5U));
        li__OOOG=li__DD5U;
      } else /* FALSE */ {
        li__RD5U=((__li__52B )li__BPOG);
        li__GD5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__BD5U=(__li__JJG)((__li__JJG)(li__WOOG - (__li__JJG)(((__li__JJG ) 0) - li__GD5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GD5U) - ((__li__JJG ) 1)));
        li__DD5U=li__YCJ(li__BD5U,((__li__CB )(&(table_type[(li__RD5U)]))),(__li__52B)(li__RD5U |  1));
        li__OOOG=li__DD5U;
      };
      li__WPOG=((__li__1RRF *)li__OOOG);
      li__NOOG=li__WPOG;
      *(li__WPOG) = *(li__1RRF__);
    };
    li__WPOG=((__li__1RRF *)li__NOOG);
    li__WPOG->li__3Y0F=li__YX0F;
    li__WPOG->li__HZ0F=li__ZX0F;
    li__AE5U=li__FCM();
    li__BE5U=((__li__5RB *)li__AE5U);
    li__BE5U->li__AEM=li__WPOG;
    li__BE5U->li__BEM= 0;
    li__WPOG->li__2RRF.li__J0C=li__AE5U;
    li__2X0F=li__NOOG;
    li__NWRH=((__li__3X0F *)li__GY0F);
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__NWRH)).li__PY0F +  1) <= (__li__K)((*(li__NWRH)).li__RWRH -  1))) {
      (*(li__NWRH)).li__PY0F=(__li__K)((*(li__NWRH)).li__PY0F +  1);
      li__4WRH=li__B__;
    } else /* FALSE */ {
      li__4WRH=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__4WRH)) {
      /* __li__B__ __li__I__ */
if (((*(li__NWRH)).li__RWRH ==  0)) {
        li__KXRH=li__JC3H( 2);
        (*(li__NWRH)).li__IWRH=li__KXRH;
        (*(li__NWRH)).li__RWRH= 2;
        (*(li__NWRH)).li__PY0F= 0;
      } else /* FALSE */ {
        li__RXRH=(__li__K)((*(li__NWRH)).li__RWRH <<  1);
        li__KXRH=((void **)(*(li__NWRH)).li__IWRH);
        li__CSPI=(*(li__NWRH)).li__RWRH;
        li__DD5U=li__CUY(((__li__CB )li__KXRH),((__li__JJG )(__li__K)(li__CSPI * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__RXRH * ((__li__K )(sizeof(void *))))));
        li__KXRH=((void **)li__DD5U);
        li__MTPI=(__li__K)(li__RXRH -  1);
        li__W2RK=li__CSPI;
        while ((li__W2RK <= li__MTPI)) {
          li__KXRH[li__W2RK]=NULL;
          li__W2RK=(__li__K)(li__W2RK +  1);
        };
        (*(li__NWRH)).li__IWRH=li__KXRH;
        (*(li__NWRH)).li__RWRH=li__RXRH;
        (*(li__NWRH)).li__PY0F=(__li__K)((*(li__NWRH)).li__PY0F +  1);
      };
    };
    ((void **)(*(li__NWRH)).li__IWRH)[(*(li__NWRH)).li__PY0F]=li__NOOG;
  };
  li__0X0F=li__2X0F;
  return(li__0X0F);
}

static void li__WRGG(__li__QRB *li__XRGG,void *li__YRGG)
/* (Strict TYPE_VOID{li__QRB},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ZRGG;
  void *li__MSGG;
  __li__ULSB *li__NSGG,*li__REXU;
  void *li__YESH;
  void *li__0SGG;
  __li__5RB *li__3SGG;
  __li__VB1 *li__WEXU;
  __li__PO li__2EXU;
  __li__PF *li__5SGG;
  __li__U *li__BTGG;
  __li__C li__RSGG;
  __li__OC1 *li__ATGG;
  li__ZRGG= 0;
  li__W4LG:
  {
    /* __li__B__ __li__I__ */
if ((li__ZRGG <= (*(li__XRGG->li__RRB.li__D0C)).li__VBM)) {
      li__MSGG=((void **)(*(((__li__ZZC *)li__XRGG->li__RRB.li__D0C))).li__RBM)[li__ZRGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MSGG)->__id==__li__DZB__) {
        li__NSGG=li__QXVG(((__li__DZB *)li__MSGG));
      } else /* SLOT_CODE */ {
        li__YESH=((__li__QWEC *)li__MSGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YESH)->__id==__li__IZB__) {
          li__NSGG=((__li__IZB *)li__YESH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__NSGG=((__li__4HAD *)li__YESH)->li__5HAD.li__WLSB;
        };
      };
      li__REXU=((__li__ULSB *)li__NSGG);
      li__RSGG=(((void *)li__REXU->li__XNKE == (void *)(&__string_29)) || ((void *)li__REXU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__RSGG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__RSGG) {
      li__MSGG=((void **)(*(((__li__ZZC *)li__XRGG->li__RRB.li__D0C))).li__RBM)[li__ZRGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MSGG)->__id==__li__DZB__) {
        li__YESH=((__li__DZB *)li__MSGG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YESH)->__id==__li__IZB__) {
          li__0SGG=((__li__IZB *)li__YESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__0SGG=((__li__4HAD *)li__YESH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__YESH=((__li__QWEC *)li__MSGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YESH)->__id==__li__IZB__) {
          li__0SGG=((__li__IZB *)li__YESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__0SGG=((__li__4HAD *)li__YESH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__0SGG==NULL) {
        li__YESH=NULL;
      } else {
        switch (((struct ___OBJ *)li__0SGG)->__id) {
        case __li__WRB__: {
          li__YESH=((void *)li__0SGG);
        } break;
        case __li__XRB__: {
          li__YESH=((void *)li__0SGG);
        } break;
        case __li__KUB__: {
          li__YESH=((void *)li__0SGG);
        } break;
        case __li__VB1__: {
          li__YESH=((void *)li__0SGG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__YESH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__YESH)->__id) {
      case __li__WRB__: {
        li__3SGG=li__ENZI(((__li__WRB *)li__YESH),li__XRGG);
      } break;
      case __li__XRB__: {
        li__3SGG=li__YOZI(((__li__XRB *)((__li__WRB *)li__YESH)),li__XRGG);
      } break;
      case __li__KUB__: {
        li__3SGG=li__MQZI(((__li__KUB *)((__li__WRB *)li__YESH)),li__XRGG);
      } break;
      case __li__VB1__: {
        li__WEXU=((__li__VB1 *)((__li__WRB *)li__YESH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__WEXU->li__WB1.li__P2C);
        li__2EXU=li__XRGG->li__RRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__2EXU);
        li__ODF();
        li__3SGG=NULL;
      } break;
      };
      li__MSGG=((__li__5RB *)li__3SGG)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__MSGG)->__id) {
      case __li__IF__: {
        li__5SGG=((__li__IF *)li__MSGG)->li__TF;
      } break;
      case __li__ORB__: {
        li__5SGG=((__li__ORB *)li__MSGG)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__5SGG=((__li__QRB *)li__MSGG)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__5SGG=((__li__SRB *)li__MSGG)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__5SGG=((__li__URB *)li__MSGG)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__5SGG=((__li__GSZ *)li__MSGG)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__5SGG=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__5SGG=li__VYLN();
      } break;
      };
      li__ATGG=li__5SGG->li__XC1;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YRGG)->__id==__li__IZB__) {
        li__BTGG=((__li__IZB *)li__YRGG)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__BTGG=((__li__4HAD *)li__YRGG)->li__5HAD.li__JZB.li__R2B;
      };
      li__YESH=li__I43C(((__li__OC1 *)li__ATGG),li__BTGG);
      /* __li__B__ __li__I__ */
if (((void *)li__YESH != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YRGG)->__id==__li__IZB__) {
          li__0CHJ(((__li__IZB *)li__YRGG),li__YESH);
        } else /* ITM_SLOT_OPERATOR */ {
          li__OGHJ(((__li__4HAD *)((__li__IZB *)li__YRGG)),li__YESH);
        };
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__MSGG)->__id) {
      case __li__IF__: {
        li__YPBG(((__li__IF *)li__MSGG),li__YRGG);
      } break;
      case __li__ORB__: {
        li__GOGG(((__li__ORB *)((__li__IF *)li__MSGG)),li__YRGG);
      } break;
      case __li__QRB__: {
        li__WRGG(((__li__QRB *)((__li__IF *)li__MSGG)),li__YRGG);
      } break;
      case __li__SRB__: {
        li__GVGG(((__li__SRB *)((__li__IF *)li__MSGG)),li__YRGG);
      } break;
      case __li__URB__: {
        li__YFRG(((__li__URB *)((__li__IF *)li__MSGG)),li__YRGG);
      } break;
      case __li__GSZ__: {
        li__LMBG(((__li__GSZ *)((__li__IF *)li__MSGG)),li__YRGG);
      } break;
      case __li__1RRF__: {
        li__0YYI(((__li__1RRF *)((__li__IF *)li__MSGG)),li__YRGG);
      } break;
      case __li__UJSH__: {
        li__MOMN(((__li__UJSH *)((__li__IF *)li__MSGG)),li__YRGG);
      } break;
      };
      li__ZRGG=(__li__K)(li__ZRGG +  1);
      goto li__W4LG;
    };
  };
}

static void li__GVGG(__li__SRB *li__HVGG,void *li__IVGG)
/* (Strict TYPE_CONTEXT{li__SRB},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__JVGG;
  void *li__2VGG;
  __li__ULSB *li__3VGG,*li__AFXU;
  void *li__4ESH;
  void *li__KWGG;
  __li__5RB *li__NWGG;
  __li__VB1 *li__FFXU;
  __li__PO li__LFXU;
  __li__PF *li__PWGG;
  __li__U *li__RWGG;
  __li__C li__BWGG;
  __li__OC1 *li__QWGG;
  li__JVGG= 0;
  li__M5LG:
  {
    /* __li__B__ __li__I__ */
if ((li__JVGG <= (*(li__HVGG->li__TRB.li__D0C)).li__VBM)) {
      li__2VGG=((void **)(*(((__li__ZZC *)li__HVGG->li__TRB.li__D0C))).li__RBM)[li__JVGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2VGG)->__id==__li__DZB__) {
        li__3VGG=li__QXVG(((__li__DZB *)li__2VGG));
      } else /* SLOT_CODE */ {
        li__4ESH=((__li__QWEC *)li__2VGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4ESH)->__id==__li__IZB__) {
          li__3VGG=((__li__IZB *)li__4ESH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__3VGG=((__li__4HAD *)li__4ESH)->li__5HAD.li__WLSB;
        };
      };
      li__AFXU=((__li__ULSB *)li__3VGG);
      li__BWGG=(((void *)li__AFXU->li__XNKE == (void *)(&__string_29)) || ((void *)li__AFXU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__BWGG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__BWGG) {
      li__2VGG=((void **)(*(((__li__ZZC *)li__HVGG->li__TRB.li__D0C))).li__RBM)[li__JVGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2VGG)->__id==__li__DZB__) {
        li__4ESH=((__li__DZB *)li__2VGG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4ESH)->__id==__li__IZB__) {
          li__KWGG=((__li__IZB *)li__4ESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KWGG=((__li__4HAD *)li__4ESH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__4ESH=((__li__QWEC *)li__2VGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4ESH)->__id==__li__IZB__) {
          li__KWGG=((__li__IZB *)li__4ESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KWGG=((__li__4HAD *)li__4ESH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__KWGG==NULL) {
        li__4ESH=NULL;
      } else {
        switch (((struct ___OBJ *)li__KWGG)->__id) {
        case __li__WRB__: {
          li__4ESH=((void *)li__KWGG);
        } break;
        case __li__XRB__: {
          li__4ESH=((void *)li__KWGG);
        } break;
        case __li__KUB__: {
          li__4ESH=((void *)li__KWGG);
        } break;
        case __li__VB1__: {
          li__4ESH=((void *)li__KWGG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__4ESH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__4ESH)->__id) {
      case __li__WRB__: {
        li__NWGG=li__MUZI(((__li__WRB *)li__4ESH),li__HVGG);
      } break;
      case __li__XRB__: {
        li__NWGG=li__AWZI(((__li__XRB *)((__li__WRB *)li__4ESH)),li__HVGG);
      } break;
      case __li__KUB__: {
        li__NWGG=li__UXZI(((__li__KUB *)((__li__WRB *)li__4ESH)),li__HVGG);
      } break;
      case __li__VB1__: {
        li__FFXU=((__li__VB1 *)((__li__WRB *)li__4ESH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__FFXU->li__WB1.li__P2C);
        li__LFXU=li__HVGG->li__TRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__LFXU);
        li__ODF();
        li__NWGG=NULL;
      } break;
      };
      li__2VGG=((__li__5RB *)li__NWGG)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2VGG)->__id) {
      case __li__IF__: {
        li__PWGG=((__li__IF *)li__2VGG)->li__TF;
      } break;
      case __li__ORB__: {
        li__PWGG=((__li__ORB *)li__2VGG)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__PWGG=((__li__QRB *)li__2VGG)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__PWGG=((__li__SRB *)li__2VGG)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__PWGG=((__li__URB *)li__2VGG)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__PWGG=((__li__GSZ *)li__2VGG)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__PWGG=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__PWGG=li__VYLN();
      } break;
      };
      li__QWGG=li__PWGG->li__XC1;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IVGG)->__id==__li__IZB__) {
        li__RWGG=((__li__IZB *)li__IVGG)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__RWGG=((__li__4HAD *)li__IVGG)->li__5HAD.li__JZB.li__R2B;
      };
      li__4ESH=li__I43C(((__li__OC1 *)li__QWGG),li__RWGG);
      /* __li__B__ __li__I__ */
if (((void *)li__4ESH != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IVGG)->__id==__li__IZB__) {
          li__0CHJ(((__li__IZB *)li__IVGG),li__4ESH);
        } else /* ITM_SLOT_OPERATOR */ {
          li__OGHJ(((__li__4HAD *)((__li__IZB *)li__IVGG)),li__4ESH);
        };
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2VGG)->__id) {
      case __li__IF__: {
        li__YPBG(((__li__IF *)li__2VGG),li__IVGG);
      } break;
      case __li__ORB__: {
        li__GOGG(((__li__ORB *)((__li__IF *)li__2VGG)),li__IVGG);
      } break;
      case __li__QRB__: {
        li__WRGG(((__li__QRB *)((__li__IF *)li__2VGG)),li__IVGG);
      } break;
      case __li__SRB__: {
        li__GVGG(((__li__SRB *)((__li__IF *)li__2VGG)),li__IVGG);
      } break;
      case __li__URB__: {
        li__YFRG(((__li__URB *)((__li__IF *)li__2VGG)),li__IVGG);
      } break;
      case __li__GSZ__: {
        li__LMBG(((__li__GSZ *)((__li__IF *)li__2VGG)),li__IVGG);
      } break;
      case __li__1RRF__: {
        li__0YYI(((__li__1RRF *)((__li__IF *)li__2VGG)),li__IVGG);
      } break;
      case __li__UJSH__: {
        li__MOMN(((__li__UJSH *)((__li__IF *)li__2VGG)),li__IVGG);
      } break;
      };
      li__JVGG=(__li__K)(li__JVGG +  1);
      goto li__M5LG;
    };
  };
}

static void li__YFRG(__li__URB *li__ZFRG,void *li__0FRG)
/* (Strict TYPE_ID{li__URB},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1FRG;
  void *li__OGRG;
  __li__ULSB *li__PGRG,*li__PFXU;
  void *li__DXSH;
  void *li__2GRG;
  __li__5RB *li__5GRG;
  __li__VB1 *li__UFXU;
  __li__PO li__0FXU;
  __li__PF *li__BHRG;
  __li__U *li__DHRG;
  __li__C li__TGRG;
  __li__OC1 *li__CHRG;
  li__1FRG= 0;
  li__ZCSG:
  {
    /* __li__B__ __li__I__ */
if ((li__1FRG <= (*(li__ZFRG->li__VRB.li__D0C)).li__VBM)) {
      li__OGRG=((void **)(*(((__li__ZZC *)li__ZFRG->li__VRB.li__D0C))).li__RBM)[li__1FRG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OGRG)->__id==__li__DZB__) {
        li__PGRG=li__QXVG(((__li__DZB *)li__OGRG));
      } else /* SLOT_CODE */ {
        li__DXSH=((__li__QWEC *)li__OGRG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DXSH)->__id==__li__IZB__) {
          li__PGRG=((__li__IZB *)li__DXSH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PGRG=((__li__4HAD *)li__DXSH)->li__5HAD.li__WLSB;
        };
      };
      li__PFXU=((__li__ULSB *)li__PGRG);
      li__TGRG=(((void *)li__PFXU->li__XNKE == (void *)(&__string_29)) || ((void *)li__PFXU->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__TGRG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__TGRG) {
      li__OGRG=((void **)(*(((__li__ZZC *)li__ZFRG->li__VRB.li__D0C))).li__RBM)[li__1FRG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OGRG)->__id==__li__DZB__) {
        li__DXSH=((__li__DZB *)li__OGRG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DXSH)->__id==__li__IZB__) {
          li__2GRG=((__li__IZB *)li__DXSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__2GRG=((__li__4HAD *)li__DXSH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__DXSH=((__li__QWEC *)li__OGRG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DXSH)->__id==__li__IZB__) {
          li__2GRG=((__li__IZB *)li__DXSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__2GRG=((__li__4HAD *)li__DXSH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__2GRG==NULL) {
        li__DXSH=NULL;
      } else {
        switch (((struct ___OBJ *)li__2GRG)->__id) {
        case __li__WRB__: {
          li__DXSH=((void *)li__2GRG);
        } break;
        case __li__XRB__: {
          li__DXSH=((void *)li__2GRG);
        } break;
        case __li__KUB__: {
          li__DXSH=((void *)li__2GRG);
        } break;
        case __li__VB1__: {
          li__DXSH=((void *)li__2GRG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__DXSH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__DXSH)->__id) {
      case __li__WRB__: {
        li__5GRG=li__P2ZI(((__li__WRB *)li__DXSH),li__ZFRG);
      } break;
      case __li__XRB__: {
        li__5GRG=li__D4ZI(((__li__XRB *)((__li__WRB *)li__DXSH)),li__ZFRG);
      } break;
      case __li__KUB__: {
        li__5GRG=li__X5ZI(((__li__KUB *)((__li__WRB *)li__DXSH)),li__ZFRG);
      } break;
      case __li__VB1__: {
        li__UFXU=((__li__VB1 *)((__li__WRB *)li__DXSH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__UFXU->li__WB1.li__P2C);
        li__0FXU=li__ZFRG->li__VRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__0FXU);
        li__ODF();
        li__5GRG=NULL;
      } break;
      };
      li__OGRG=((__li__5RB *)li__5GRG)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__OGRG)->__id) {
      case __li__IF__: {
        li__BHRG=((__li__IF *)li__OGRG)->li__TF;
      } break;
      case __li__ORB__: {
        li__BHRG=((__li__ORB *)li__OGRG)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__BHRG=((__li__QRB *)li__OGRG)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__BHRG=((__li__SRB *)li__OGRG)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__BHRG=((__li__URB *)li__OGRG)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__BHRG=((__li__GSZ *)li__OGRG)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__BHRG=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__BHRG=li__VYLN();
      } break;
      };
      li__CHRG=li__BHRG->li__XC1;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0FRG)->__id==__li__IZB__) {
        li__DHRG=((__li__IZB *)li__0FRG)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__DHRG=((__li__4HAD *)li__0FRG)->li__5HAD.li__JZB.li__R2B;
      };
      li__DXSH=li__I43C(((__li__OC1 *)li__CHRG),li__DHRG);
      /* __li__B__ __li__I__ */
if (((void *)li__DXSH != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0FRG)->__id==__li__IZB__) {
          li__0CHJ(((__li__IZB *)li__0FRG),li__DXSH);
        } else /* ITM_SLOT_OPERATOR */ {
          li__OGHJ(((__li__4HAD *)((__li__IZB *)li__0FRG)),li__DXSH);
        };
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__OGRG)->__id) {
      case __li__IF__: {
        li__YPBG(((__li__IF *)li__OGRG),li__0FRG);
      } break;
      case __li__ORB__: {
        li__GOGG(((__li__ORB *)((__li__IF *)li__OGRG)),li__0FRG);
      } break;
      case __li__QRB__: {
        li__WRGG(((__li__QRB *)((__li__IF *)li__OGRG)),li__0FRG);
      } break;
      case __li__SRB__: {
        li__GVGG(((__li__SRB *)((__li__IF *)li__OGRG)),li__0FRG);
      } break;
      case __li__URB__: {
        li__YFRG(((__li__URB *)((__li__IF *)li__OGRG)),li__0FRG);
      } break;
      case __li__GSZ__: {
        li__LMBG(((__li__GSZ *)((__li__IF *)li__OGRG)),li__0FRG);
      } break;
      case __li__1RRF__: {
        li__0YYI(((__li__1RRF *)((__li__IF *)li__OGRG)),li__0FRG);
      } break;
      case __li__UJSH__: {
        li__MOMN(((__li__UJSH *)((__li__IF *)li__OGRG)),li__0FRG);
      } break;
      };
      li__1FRG=(__li__K)(li__1FRG +  1);
      goto li__ZCSG;
    };
  };
}

static void** li__KC5I(__li__K li__MC5I)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__XSFJ;
  __li__K li__GXSK;
  void **li__1SFJ,**li__NC5I;
  li__XSFJ=li__HJU(((__li__JJG )(__li__K)(li__MC5I * ((__li__K )(sizeof(void *))))));
  li__1SFJ=((void **)li__XSFJ);
  li__GXSK=(__li__K)(li__MC5I -  1);
  while ((li__GXSK >=  0)) {
    li__1SFJ[li__GXSK]=NULL;
    li__GXSK=(__li__K)(li__GXSK -  1);
  };
  li__NC5I=li__1SFJ;
  return(li__NC5I);
}

static void** li__HWMK(void **li__IWMK,__li__K li__JWMK,__li__K li__KWMK)
/* (Strict NATIVE_ARRAY(EXPR){li__YGPI},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__NXMK;
  __li__K li__TXMK,li__4AGM;
  void **li__SXMK,**li__LWMK;
  li__NXMK=li__CUY(((__li__CB )li__IWMK),((__li__JJG )(__li__K)(li__JWMK * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__KWMK * ((__li__K )(sizeof(void *))))));
  li__SXMK=((void **)li__NXMK);
  li__TXMK=(__li__K)(li__KWMK -  1);
  li__4AGM=li__JWMK;
  while ((li__4AGM <= li__TXMK)) {
    li__SXMK[li__4AGM]=NULL;
    li__4AGM=(__li__K)(li__4AGM +  1);
  };
  li__LWMK=li__SXMK;
  return(li__LWMK);
}

static __li__LPQH* li__I30H(__li__ODID *li__K30H)
/* (Strict NODE_TYPE{NULLxli__ODID}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__1CPI,li__IGXU;
  __li__JJG li__DDPI,li__LGXU,li__GGXU;
  __li__K li__ODPI;
  __li__52B li__WGXU;
  __li__LPQH *li__0CPI,*li__DEPI,*li__M30H;
  li__0CPI=NULL;
  li__1CPI=((__li__CB )(NULL));
  li__DDPI=((__li__JJG )sizeof(__li__LPQH));
  /* __li__B__ __li__I__ */
if ((li__DDPI ==  0)) {
    li__0CPI=li__LPQH__;
  } else /* FALSE */ {
    li__ODPI=__li__LPQH__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__DDPI));
    /* __li__B__ __li__I__ */
if ((li__ODPI == (__li__K)(-  1))) {
      li__LGXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__GGXU=(__li__JJG)((__li__JJG)(li__DDPI - (__li__JJG)(((__li__JJG ) 0) - li__LGXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__LGXU) - ((__li__JJG ) 1)));
      li__LGXU=(__li__JJG)(li__GGXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__IGXU=li__YCJ(li__GGXU,((__li__CB )(&(table_size[(li__LGXU)-1]))),((__li__52B )li__GGXU));
      li__1CPI=li__IGXU;
    } else /* FALSE */ {
      li__WGXU=((__li__52B )li__ODPI);
      li__LGXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__GGXU=(__li__JJG)((__li__JJG)(li__DDPI - (__li__JJG)(((__li__JJG ) 0) - li__LGXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__LGXU) - ((__li__JJG ) 1)));
      li__IGXU=li__YCJ(li__GGXU,((__li__CB )(&(table_type[(li__WGXU)]))),(__li__52B)(li__WGXU |  1));
      li__1CPI=li__IGXU;
    };
    li__DEPI=((__li__LPQH *)li__1CPI);
    li__0CPI=li__DEPI;
    *(li__DEPI) = *(li__LPQH__);
  };
  li__DEPI=((__li__LPQH *)li__0CPI);
  li__DEPI->li__E0QH=li__K30H;
  li__DEPI->li__TJ1H=NULL;
  li__M30H=li__0CPI;
  return(li__M30H);
}

static void li__WRHF(__li__UJG li__XRHF,__li__BC *li__YRHF)
/* (Expanded INTEGER_64{li__UJG},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__5RHF;
  __li__K li__CSHF,li__DSHF;
  __li__BC *li__QHXU;
  __li__3 li__SHXU;
  li__5RHF= 0;
  li__CSHF= 0;
  li__DSHF= 0;
  /* __li__B__ __li__I__ */
if ((li__XRHF ==  0)) {
    li__SRX(((__li__BC *)li__YRHF),'0');
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((li__XRHF >  0)) {
      li__5RHF=li__XRHF;
    } else /* FALSE */ {
      li__5RHF=(__li__UJG)(- li__XRHF);
      li__SRX(((__li__BC *)li__YRHF),'-');
    };
    li__CSHF=(__li__K)(((__li__BC *)li__YRHF)->li__NK +  1);
    while ((li__5RHF !=  0)) {
      li__SRX(((__li__BC *)li__YRHF),((__li__3 )(((__li__QJG)(((__li__QJG )(__li__UJG)(li__5RHF %  10)) + ((__li__QJG )'0'))))));
      li__5RHF=(__li__UJG)(li__5RHF /  10);
    };
    li__DSHF=((__li__BC *)li__YRHF)->li__NK;
    while ((li__CSHF < li__DSHF)) {
      li__QHXU=((__li__BC *)li__YRHF);
      li__SHXU=((__li__3 *)li__QHXU->li__CUN)[(__li__K)(li__CSHF -  1)];
      ((__li__3 *)li__QHXU->li__CUN)[(__li__K)(li__CSHF -  1)]=((__li__3 *)li__QHXU->li__CUN)[(__li__K)(li__DSHF -  1)];
      ((__li__3 *)li__QHXU->li__CUN)[(__li__K)(li__DSHF -  1)]=li__SHXU;
      li__DSHF=(__li__K)(li__DSHF -  1);
      li__CSHF=(__li__K)(li__CSHF +  1);
    };
  };
}

static __li__KTVI* li__4D3J(__li__PO li__AE3J,void *li__BE3J,void *li__CE3J)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KTVI *li__B53J,*li__KA4J,*li__DE3J;
  __li__CB li__C53J,li__BJXU;
  __li__JJG li__K53J,li__EJXU,li__5IXU;
  __li__K li__V53J;
  __li__52B li__PJXU;
  li__B53J=NULL;
  li__C53J=((__li__CB )(NULL));
  li__K53J=((__li__JJG )sizeof(__li__KTVI));
  /* __li__B__ __li__I__ */
if ((li__K53J ==  0)) {
    li__B53J=li__KTVI__;
  } else /* FALSE */ {
    li__V53J=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__K53J));
    /* __li__B__ __li__I__ */
if ((li__V53J == (__li__K)(-  1))) {
      li__EJXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5IXU=(__li__JJG)((__li__JJG)(li__K53J - (__li__JJG)(((__li__JJG ) 0) - li__EJXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EJXU) - ((__li__JJG ) 1)));
      li__EJXU=(__li__JJG)(li__5IXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__BJXU=li__YCJ(li__5IXU,((__li__CB )(&(table_size[(li__EJXU)-1]))),((__li__52B )li__5IXU));
      li__C53J=li__BJXU;
    } else /* FALSE */ {
      li__PJXU=((__li__52B )li__V53J);
      li__EJXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5IXU=(__li__JJG)((__li__JJG)(li__K53J - (__li__JJG)(((__li__JJG ) 0) - li__EJXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__EJXU) - ((__li__JJG ) 1)));
      li__BJXU=li__YCJ(li__5IXU,((__li__CB )(&(table_type[(li__PJXU)]))),(__li__52B)(li__PJXU |  1));
      li__C53J=li__BJXU;
    };
    li__KA4J=((__li__KTVI *)li__C53J);
    li__B53J=li__KA4J;
    *(li__KA4J) = *(li__KTVI__);
  };
  li__KA4J=((__li__KTVI *)li__B53J);
  li__KA4J->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__AE3J;
  li__KA4J->li__PTVI.li__OTVI.li__UOBK=li__BE3J;
  li__KA4J->li__PTVI.li__OTVI.li__YOBK=li__CE3J;
  li__DE3J=li__B53J;
  return(li__DE3J);
}

static __li__LTVI* li__QZQL(__li__PO li__SZQL,void *li__TZQL,void *li__UZQL)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__LTVI *li__2VSL,*li__FXSL,*li__VZQL;
  __li__CB li__3VSL,li__GKXU;
  __li__JJG li__FWSL,li__JKXU,li__EKXU;
  __li__K li__QWSL;
  __li__52B li__UKXU;
  li__2VSL=NULL;
  li__3VSL=((__li__CB )(NULL));
  li__FWSL=((__li__JJG )sizeof(__li__LTVI));
  /* __li__B__ __li__I__ */
if ((li__FWSL ==  0)) {
    li__2VSL=li__LTVI__;
  } else /* FALSE */ {
    li__QWSL=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__FWSL));
    /* __li__B__ __li__I__ */
if ((li__QWSL == (__li__K)(-  1))) {
      li__JKXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__EKXU=(__li__JJG)((__li__JJG)(li__FWSL - (__li__JJG)(((__li__JJG ) 0) - li__JKXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JKXU) - ((__li__JJG ) 1)));
      li__JKXU=(__li__JJG)(li__EKXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__GKXU=li__YCJ(li__EKXU,((__li__CB )(&(table_size[(li__JKXU)-1]))),((__li__52B )li__EKXU));
      li__3VSL=li__GKXU;
    } else /* FALSE */ {
      li__UKXU=((__li__52B )li__QWSL);
      li__JKXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__EKXU=(__li__JJG)((__li__JJG)(li__FWSL - (__li__JJG)(((__li__JJG ) 0) - li__JKXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JKXU) - ((__li__JJG ) 1)));
      li__GKXU=li__YCJ(li__EKXU,((__li__CB )(&(table_type[(li__UKXU)]))),(__li__52B)(li__UKXU |  1));
      li__3VSL=li__GKXU;
    };
    li__FXSL=((__li__LTVI *)li__3VSL);
    li__2VSL=li__FXSL;
    *(li__FXSL) = *(li__LTVI__);
  };
  li__FXSL=((__li__LTVI *)li__2VSL);
  li__FXSL->li__OTVI.li__NTVI.li__0CC=li__SZQL;
  li__FXSL->li__OTVI.li__UOBK=li__TZQL;
  li__FXSL->li__OTVI.li__YOBK=li__UZQL;
  li__VZQL=li__2VSL;
  return(li__VZQL);
}

static __li__XTVI* li__ME3J(__li__PO li__OE3J,void *li__PE3J,void *li__QE3J)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__XTVI *li__AB4J,*li__JC4J,*li__RE3J;
  __li__CB li__BB4J,li__LLXU;
  __li__JJG li__JB4J,li__OLXU,li__JLXU;
  __li__K li__UB4J;
  __li__52B li__ZLXU;
  li__AB4J=NULL;
  li__BB4J=((__li__CB )(NULL));
  li__JB4J=((__li__JJG )sizeof(__li__XTVI));
  /* __li__B__ __li__I__ */
if ((li__JB4J ==  0)) {
    li__AB4J=li__XTVI__;
  } else /* FALSE */ {
    li__UB4J=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__JB4J));
    /* __li__B__ __li__I__ */
if ((li__UB4J == (__li__K)(-  1))) {
      li__OLXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__JLXU=(__li__JJG)((__li__JJG)(li__JB4J - (__li__JJG)(((__li__JJG ) 0) - li__OLXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__OLXU) - ((__li__JJG ) 1)));
      li__OLXU=(__li__JJG)(li__JLXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__LLXU=li__YCJ(li__JLXU,((__li__CB )(&(table_size[(li__OLXU)-1]))),((__li__52B )li__JLXU));
      li__BB4J=li__LLXU;
    } else /* FALSE */ {
      li__ZLXU=((__li__52B )li__UB4J);
      li__OLXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__JLXU=(__li__JJG)((__li__JJG)(li__JB4J - (__li__JJG)(((__li__JJG ) 0) - li__OLXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__OLXU) - ((__li__JJG ) 1)));
      li__LLXU=li__YCJ(li__JLXU,((__li__CB )(&(table_type[(li__ZLXU)]))),(__li__52B)(li__ZLXU |  1));
      li__BB4J=li__LLXU;
    };
    li__JC4J=((__li__XTVI *)li__BB4J);
    li__AB4J=li__JC4J;
    *(li__JC4J) = *(li__XTVI__);
  };
  li__JC4J=((__li__XTVI *)li__AB4J);
  li__JC4J->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__OE3J;
  li__JC4J->li__0TVI.li__ZTVI.li__UOBK=li__PE3J;
  li__JC4J->li__0TVI.li__ZTVI.li__YOBK=li__QE3J;
  li__RE3J=li__AB4J;
  return(li__RE3J);
}

static __li__YTVI* li__N0QL(__li__PO li__P0QL,void *li__Q0QL,void *li__R0QL)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__YTVI *li__5YSL,*li__I0SL,*li__S0QL;
  __li__CB li__AZSL,li__QMXU;
  __li__JJG li__IZSL,li__TMXU,li__OMXU;
  __li__K li__TZSL;
  __li__52B li__4MXU;
  li__5YSL=NULL;
  li__AZSL=((__li__CB )(NULL));
  li__IZSL=((__li__JJG )sizeof(__li__YTVI));
  /* __li__B__ __li__I__ */
if ((li__IZSL ==  0)) {
    li__5YSL=li__YTVI__;
  } else /* FALSE */ {
    li__TZSL=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__IZSL));
    /* __li__B__ __li__I__ */
if ((li__TZSL == (__li__K)(-  1))) {
      li__TMXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__OMXU=(__li__JJG)((__li__JJG)(li__IZSL - (__li__JJG)(((__li__JJG ) 0) - li__TMXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__TMXU) - ((__li__JJG ) 1)));
      li__TMXU=(__li__JJG)(li__OMXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__QMXU=li__YCJ(li__OMXU,((__li__CB )(&(table_size[(li__TMXU)-1]))),((__li__52B )li__OMXU));
      li__AZSL=li__QMXU;
    } else /* FALSE */ {
      li__4MXU=((__li__52B )li__TZSL);
      li__TMXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__OMXU=(__li__JJG)((__li__JJG)(li__IZSL - (__li__JJG)(((__li__JJG ) 0) - li__TMXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__TMXU) - ((__li__JJG ) 1)));
      li__QMXU=li__YCJ(li__OMXU,((__li__CB )(&(table_type[(li__4MXU)]))),(__li__52B)(li__4MXU |  1));
      li__AZSL=li__QMXU;
    };
    li__I0SL=((__li__YTVI *)li__AZSL);
    li__5YSL=li__I0SL;
    *(li__I0SL) = *(li__YTVI__);
  };
  li__I0SL=((__li__YTVI *)li__5YSL);
  li__I0SL->li__ZTVI.li__NTVI.li__0CC=li__P0QL;
  li__I0SL->li__ZTVI.li__UOBK=li__Q0QL;
  li__I0SL->li__ZTVI.li__YOBK=li__R0QL;
  li__S0QL=li__5YSL;
  return(li__S0QL);
}

static __li__S2VI* li__CBXJ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__S2VI *li__FBXJ,*li__OCXJ,*li__EBXJ;
  __li__CB li__GBXJ,li__WBAV;
  __li__JJG li__OBXJ,li__ZBAV,li__UBAV;
  __li__K li__ZBXJ;
  __li__52B li__ECAV;
  li__FBXJ=NULL;
  li__GBXJ=((__li__CB )(NULL));
  li__OBXJ=((__li__JJG )sizeof(__li__S2VI));
  /* __li__B__ __li__I__ */
if ((li__OBXJ ==  0)) {
    li__FBXJ=li__S2VI__;
  } else /* FALSE */ {
    li__ZBXJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__OBXJ));
    /* __li__B__ __li__I__ */
if ((li__ZBXJ == (__li__K)(-  1))) {
      li__ZBAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__UBAV=(__li__JJG)((__li__JJG)(li__OBXJ - (__li__JJG)(((__li__JJG ) 0) - li__ZBAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZBAV) - ((__li__JJG ) 1)));
      li__ZBAV=(__li__JJG)(li__UBAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__WBAV=li__YCJ(li__UBAV,((__li__CB )(&(table_size[(li__ZBAV)-1]))),((__li__52B )li__UBAV));
      li__GBXJ=li__WBAV;
    } else /* FALSE */ {
      li__ECAV=((__li__52B )li__ZBXJ);
      li__ZBAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__UBAV=(__li__JJG)((__li__JJG)(li__OBXJ - (__li__JJG)(((__li__JJG ) 0) - li__ZBAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZBAV) - ((__li__JJG ) 1)));
      li__WBAV=li__YCJ(li__UBAV,((__li__CB )(&(table_type[(li__ECAV)]))),(__li__52B)(li__ECAV |  1));
      li__GBXJ=li__WBAV;
    };
    li__OCXJ=((__li__S2VI *)li__GBXJ);
    li__FBXJ=li__OCXJ;
    *(li__OCXJ) = *(li__S2VI__);
  };
  li__EBXJ=li__FBXJ;
  return(li__EBXJ);
}

static __li__E3VI* li__WBZJ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__E3VI *li__ZBZJ,*li__CDZJ,*li__YBZJ;
  __li__CB li__0BZJ,li__1CAV;
  __li__JJG li__CCZJ,li__4CAV,li__ZCAV;
  __li__K li__NCZJ;
  __li__52B li__JDAV;
  li__ZBZJ=NULL;
  li__0BZJ=((__li__CB )(NULL));
  li__CCZJ=((__li__JJG )sizeof(__li__E3VI));
  /* __li__B__ __li__I__ */
if ((li__CCZJ ==  0)) {
    li__ZBZJ=li__E3VI__;
  } else /* FALSE */ {
    li__NCZJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__CCZJ));
    /* __li__B__ __li__I__ */
if ((li__NCZJ == (__li__K)(-  1))) {
      li__4CAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZCAV=(__li__JJG)((__li__JJG)(li__CCZJ - (__li__JJG)(((__li__JJG ) 0) - li__4CAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4CAV) - ((__li__JJG ) 1)));
      li__4CAV=(__li__JJG)(li__ZCAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__1CAV=li__YCJ(li__ZCAV,((__li__CB )(&(table_size[(li__4CAV)-1]))),((__li__52B )li__ZCAV));
      li__0BZJ=li__1CAV;
    } else /* FALSE */ {
      li__JDAV=((__li__52B )li__NCZJ);
      li__4CAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZCAV=(__li__JJG)((__li__JJG)(li__CCZJ - (__li__JJG)(((__li__JJG ) 0) - li__4CAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4CAV) - ((__li__JJG ) 1)));
      li__1CAV=li__YCJ(li__ZCAV,((__li__CB )(&(table_type[(li__JDAV)]))),(__li__52B)(li__JDAV |  1));
      li__0BZJ=li__1CAV;
    };
    li__CDZJ=((__li__E3VI *)li__0BZJ);
    li__ZBZJ=li__CDZJ;
    *(li__CDZJ) = *(li__E3VI__);
  };
  li__YBZJ=li__ZBZJ;
  return(li__YBZJ);
}

static __li__NMWI* li__3OSJ(__li__PO li__5OSJ,void *li__APSJ,void *li__BPSJ)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__NMWI *li__XTUJ,*li__AVUJ,*li__CPSJ;
  __li__CB li__YTUJ,li__5PXU;
  __li__JJG li__AUUJ,li__CQXU,li__3PXU;
  __li__K li__LUUJ;
  __li__52B li__NQXU;
  li__XTUJ=NULL;
  li__YTUJ=((__li__CB )(NULL));
  li__AUUJ=((__li__JJG )sizeof(__li__NMWI));
  /* __li__B__ __li__I__ */
if ((li__AUUJ ==  0)) {
    li__XTUJ=li__NMWI__;
  } else /* FALSE */ {
    li__LUUJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__AUUJ));
    /* __li__B__ __li__I__ */
if ((li__LUUJ == (__li__K)(-  1))) {
      li__CQXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3PXU=(__li__JJG)((__li__JJG)(li__AUUJ - (__li__JJG)(((__li__JJG ) 0) - li__CQXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CQXU) - ((__li__JJG ) 1)));
      li__CQXU=(__li__JJG)(li__3PXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__5PXU=li__YCJ(li__3PXU,((__li__CB )(&(table_size[(li__CQXU)-1]))),((__li__52B )li__3PXU));
      li__YTUJ=li__5PXU;
    } else /* FALSE */ {
      li__NQXU=((__li__52B )li__LUUJ);
      li__CQXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3PXU=(__li__JJG)((__li__JJG)(li__AUUJ - (__li__JJG)(((__li__JJG ) 0) - li__CQXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CQXU) - ((__li__JJG ) 1)));
      li__5PXU=li__YCJ(li__3PXU,((__li__CB )(&(table_type[(li__NQXU)]))),(__li__52B)(li__NQXU |  1));
      li__YTUJ=li__5PXU;
    };
    li__AVUJ=((__li__NMWI *)li__YTUJ);
    li__XTUJ=li__AVUJ;
    *(li__AVUJ) = *(li__NMWI__);
  };
  li__AVUJ=((__li__NMWI *)li__XTUJ);
  li__AVUJ->li__OMWI.li__IVVI.li__0CC=li__5OSJ;
  li__AVUJ->li__OMWI.li__FPBK=li__APSJ;
  li__AVUJ->li__OMWI.li__LPBK=li__BPSJ;
  li__CPSJ=li__XTUJ;
  return(li__CPSJ);
}

static __li__BNWI* li__1PSJ(__li__PO li__3PSJ,void *li__4PSJ,void *li__5PSJ)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__BNWI *li__VVUJ,*li__4WUJ,*li__AQSJ;
  __li__CB li__WVUJ,li__ERXU;
  __li__JJG li__4VUJ,li__HRXU,li__CRXU;
  __li__K li__JWUJ;
  __li__52B li__SRXU;
  li__VVUJ=NULL;
  li__WVUJ=((__li__CB )(NULL));
  li__4VUJ=((__li__JJG )sizeof(__li__BNWI));
  /* __li__B__ __li__I__ */
if ((li__4VUJ ==  0)) {
    li__VVUJ=li__BNWI__;
  } else /* FALSE */ {
    li__JWUJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__4VUJ));
    /* __li__B__ __li__I__ */
if ((li__JWUJ == (__li__K)(-  1))) {
      li__HRXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__CRXU=(__li__JJG)((__li__JJG)(li__4VUJ - (__li__JJG)(((__li__JJG ) 0) - li__HRXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HRXU) - ((__li__JJG ) 1)));
      li__HRXU=(__li__JJG)(li__CRXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__ERXU=li__YCJ(li__CRXU,((__li__CB )(&(table_size[(li__HRXU)-1]))),((__li__52B )li__CRXU));
      li__WVUJ=li__ERXU;
    } else /* FALSE */ {
      li__SRXU=((__li__52B )li__JWUJ);
      li__HRXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__CRXU=(__li__JJG)((__li__JJG)(li__4VUJ - (__li__JJG)(((__li__JJG ) 0) - li__HRXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HRXU) - ((__li__JJG ) 1)));
      li__ERXU=li__YCJ(li__CRXU,((__li__CB )(&(table_type[(li__SRXU)]))),(__li__52B)(li__SRXU |  1));
      li__WVUJ=li__ERXU;
    };
    li__4WUJ=((__li__BNWI *)li__WVUJ);
    li__VVUJ=li__4WUJ;
    *(li__4WUJ) = *(li__BNWI__);
  };
  li__4WUJ=((__li__BNWI *)li__VVUJ);
  li__4WUJ->li__ENWI.li__DNWI.li__0CC=li__3PSJ;
  li__4WUJ->li__ENWI.li__MQBK=li__4PSJ;
  li__4WUJ->li__ENWI.li__QQBK=li__5PSJ;
  li__AQSJ=li__VVUJ;
  return(li__AQSJ);
}

static __li__XNWI* li__ZQSJ(__li__PO li__1QSJ,void *li__2QSJ,void *li__3QSJ)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__XNWI *li__TXUJ,*li__2YUJ,*li__4QSJ;
  __li__CB li__UXUJ,li__JSXU;
  __li__JJG li__2XUJ,li__MSXU,li__HSXU;
  __li__K li__HYUJ;
  __li__52B li__XSXU;
  li__TXUJ=NULL;
  li__UXUJ=((__li__CB )(NULL));
  li__2XUJ=((__li__JJG )sizeof(__li__XNWI));
  /* __li__B__ __li__I__ */
if ((li__2XUJ ==  0)) {
    li__TXUJ=li__XNWI__;
  } else /* FALSE */ {
    li__HYUJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__2XUJ));
    /* __li__B__ __li__I__ */
if ((li__HYUJ == (__li__K)(-  1))) {
      li__MSXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__HSXU=(__li__JJG)((__li__JJG)(li__2XUJ - (__li__JJG)(((__li__JJG ) 0) - li__MSXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MSXU) - ((__li__JJG ) 1)));
      li__MSXU=(__li__JJG)(li__HSXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__JSXU=li__YCJ(li__HSXU,((__li__CB )(&(table_size[(li__MSXU)-1]))),((__li__52B )li__HSXU));
      li__UXUJ=li__JSXU;
    } else /* FALSE */ {
      li__XSXU=((__li__52B )li__HYUJ);
      li__MSXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__HSXU=(__li__JJG)((__li__JJG)(li__2XUJ - (__li__JJG)(((__li__JJG ) 0) - li__MSXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MSXU) - ((__li__JJG ) 1)));
      li__JSXU=li__YCJ(li__HSXU,((__li__CB )(&(table_type[(li__XSXU)]))),(__li__52B)(li__XSXU |  1));
      li__UXUJ=li__JSXU;
    };
    li__2YUJ=((__li__XNWI *)li__UXUJ);
    li__TXUJ=li__2YUJ;
    *(li__2YUJ) = *(li__XNWI__);
  };
  li__2YUJ=((__li__XNWI *)li__TXUJ);
  li__2YUJ->li__YNWI.li__DNWI.li__0CC=li__1QSJ;
  li__2YUJ->li__YNWI.li__MQBK=li__2QSJ;
  li__2YUJ->li__YNWI.li__QQBK=li__3QSJ;
  li__4QSJ=li__TXUJ;
  return(li__4QSJ);
}

static __li__LOWI* li__XRSJ(__li__PO li__ZRSJ,void *li__0RSJ,void *li__1RSJ)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__LOWI *li__RZUJ,*li__00UJ,*li__2RSJ;
  __li__CB li__SZUJ,li__OTXU;
  __li__JJG li__0ZUJ,li__RTXU,li__MTXU;
  __li__K li__F0UJ;
  __li__52B li__2TXU;
  li__RZUJ=NULL;
  li__SZUJ=((__li__CB )(NULL));
  li__0ZUJ=((__li__JJG )sizeof(__li__LOWI));
  /* __li__B__ __li__I__ */
if ((li__0ZUJ ==  0)) {
    li__RZUJ=li__LOWI__;
  } else /* FALSE */ {
    li__F0UJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__0ZUJ));
    /* __li__B__ __li__I__ */
if ((li__F0UJ == (__li__K)(-  1))) {
      li__RTXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__MTXU=(__li__JJG)((__li__JJG)(li__0ZUJ - (__li__JJG)(((__li__JJG ) 0) - li__RTXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__RTXU) - ((__li__JJG ) 1)));
      li__RTXU=(__li__JJG)(li__MTXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__OTXU=li__YCJ(li__MTXU,((__li__CB )(&(table_size[(li__RTXU)-1]))),((__li__52B )li__MTXU));
      li__SZUJ=li__OTXU;
    } else /* FALSE */ {
      li__2TXU=((__li__52B )li__F0UJ);
      li__RTXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__MTXU=(__li__JJG)((__li__JJG)(li__0ZUJ - (__li__JJG)(((__li__JJG ) 0) - li__RTXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__RTXU) - ((__li__JJG ) 1)));
      li__OTXU=li__YCJ(li__MTXU,((__li__CB )(&(table_type[(li__2TXU)]))),(__li__52B)(li__2TXU |  1));
      li__SZUJ=li__OTXU;
    };
    li__00UJ=((__li__LOWI *)li__SZUJ);
    li__RZUJ=li__00UJ;
    *(li__00UJ) = *(li__LOWI__);
  };
  li__00UJ=((__li__LOWI *)li__RZUJ);
  li__00UJ->li__MOWI.li__DNWI.li__0CC=li__ZRSJ;
  li__00UJ->li__MOWI.li__MQBK=li__0RSJ;
  li__00UJ->li__MOWI.li__QQBK=li__1RSJ;
  li__2RSJ=li__RZUJ;
  return(li__2RSJ);
}

static __li__5OWI* li__M1UJ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5OWI *li__P1UJ,*li__Y2UJ,*li__O1UJ;
  __li__CB li__Q1UJ,li__AEAV;
  __li__JJG li__Y1UJ,li__DEAV,li__4DAV;
  __li__K li__D2UJ;
  __li__52B li__OEAV;
  li__P1UJ=NULL;
  li__Q1UJ=((__li__CB )(NULL));
  li__Y1UJ=((__li__JJG )sizeof(__li__5OWI));
  /* __li__B__ __li__I__ */
if ((li__Y1UJ ==  0)) {
    li__P1UJ=li__5OWI__;
  } else /* FALSE */ {
    li__D2UJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__Y1UJ));
    /* __li__B__ __li__I__ */
if ((li__D2UJ == (__li__K)(-  1))) {
      li__DEAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4DAV=(__li__JJG)((__li__JJG)(li__Y1UJ - (__li__JJG)(((__li__JJG ) 0) - li__DEAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DEAV) - ((__li__JJG ) 1)));
      li__DEAV=(__li__JJG)(li__4DAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__AEAV=li__YCJ(li__4DAV,((__li__CB )(&(table_size[(li__DEAV)-1]))),((__li__52B )li__4DAV));
      li__Q1UJ=li__AEAV;
    } else /* FALSE */ {
      li__OEAV=((__li__52B )li__D2UJ);
      li__DEAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4DAV=(__li__JJG)((__li__JJG)(li__Y1UJ - (__li__JJG)(((__li__JJG ) 0) - li__DEAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DEAV) - ((__li__JJG ) 1)));
      li__AEAV=li__YCJ(li__4DAV,((__li__CB )(&(table_type[(li__OEAV)]))),(__li__52B)(li__OEAV |  1));
      li__Q1UJ=li__AEAV;
    };
    li__Y2UJ=((__li__5OWI *)li__Q1UJ);
    li__P1UJ=li__Y2UJ;
    *(li__Y2UJ) = *(li__5OWI__);
  };
  li__O1UJ=li__P1UJ;
  return(li__O1UJ);
}

static __li__TPWI* li__K3UJ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__TPWI *li__N3UJ,*li__W4UJ,*li__M3UJ;
  __li__CB li__O3UJ,li__FFAV;
  __li__JJG li__W3UJ,li__IFAV,li__DFAV;
  __li__K li__B4UJ;
  __li__52B li__TFAV;
  li__N3UJ=NULL;
  li__O3UJ=((__li__CB )(NULL));
  li__W3UJ=((__li__JJG )sizeof(__li__TPWI));
  /* __li__B__ __li__I__ */
if ((li__W3UJ ==  0)) {
    li__N3UJ=li__TPWI__;
  } else /* FALSE */ {
    li__B4UJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__W3UJ));
    /* __li__B__ __li__I__ */
if ((li__B4UJ == (__li__K)(-  1))) {
      li__IFAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DFAV=(__li__JJG)((__li__JJG)(li__W3UJ - (__li__JJG)(((__li__JJG ) 0) - li__IFAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IFAV) - ((__li__JJG ) 1)));
      li__IFAV=(__li__JJG)(li__DFAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__FFAV=li__YCJ(li__DFAV,((__li__CB )(&(table_size[(li__IFAV)-1]))),((__li__52B )li__DFAV));
      li__O3UJ=li__FFAV;
    } else /* FALSE */ {
      li__TFAV=((__li__52B )li__B4UJ);
      li__IFAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DFAV=(__li__JJG)((__li__JJG)(li__W3UJ - (__li__JJG)(((__li__JJG ) 0) - li__IFAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IFAV) - ((__li__JJG ) 1)));
      li__FFAV=li__YCJ(li__DFAV,((__li__CB )(&(table_type[(li__TFAV)]))),(__li__52B)(li__TFAV |  1));
      li__O3UJ=li__FFAV;
    };
    li__W4UJ=((__li__TPWI *)li__O3UJ);
    li__N3UJ=li__W4UJ;
    *(li__W4UJ) = *(li__TPWI__);
  };
  li__M3UJ=li__N3UJ;
  return(li__M3UJ);
}

static __li__HQWI* li__I5UJ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__HQWI *li__L5UJ,*li__UAVJ,*li__K5UJ;
  __li__CB li__M5UJ,li__KGAV;
  __li__JJG li__U5UJ,li__NGAV,li__IGAV;
  __li__K li__55UJ;
  __li__52B li__YGAV;
  li__L5UJ=NULL;
  li__M5UJ=((__li__CB )(NULL));
  li__U5UJ=((__li__JJG )sizeof(__li__HQWI));
  /* __li__B__ __li__I__ */
if ((li__U5UJ ==  0)) {
    li__L5UJ=li__HQWI__;
  } else /* FALSE */ {
    li__55UJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__U5UJ));
    /* __li__B__ __li__I__ */
if ((li__55UJ == (__li__K)(-  1))) {
      li__NGAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__IGAV=(__li__JJG)((__li__JJG)(li__U5UJ - (__li__JJG)(((__li__JJG ) 0) - li__NGAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__NGAV) - ((__li__JJG ) 1)));
      li__NGAV=(__li__JJG)(li__IGAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__KGAV=li__YCJ(li__IGAV,((__li__CB )(&(table_size[(li__NGAV)-1]))),((__li__52B )li__IGAV));
      li__M5UJ=li__KGAV;
    } else /* FALSE */ {
      li__YGAV=((__li__52B )li__55UJ);
      li__NGAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__IGAV=(__li__JJG)((__li__JJG)(li__U5UJ - (__li__JJG)(((__li__JJG ) 0) - li__NGAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__NGAV) - ((__li__JJG ) 1)));
      li__KGAV=li__YCJ(li__IGAV,((__li__CB )(&(table_type[(li__YGAV)]))),(__li__52B)(li__YGAV |  1));
      li__M5UJ=li__KGAV;
    };
    li__UAVJ=((__li__HQWI *)li__M5UJ);
    li__L5UJ=li__UAVJ;
    *(li__UAVJ) = *(li__HQWI__);
  };
  li__K5UJ=li__L5UJ;
  return(li__K5UJ);
}

static __li__ARWI* li__WVSJ(__li__PO li__YVSJ,void *li__ZVSJ,void *li__0VSJ,void *li__1VSJ)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__ARWI *li__IBVJ,*li__RCVJ,*li__2VSJ;
  __li__CB li__JBVJ,li__TUXU,li__0VXU;
  __li__JJG li__RBVJ,li__WUXU,li__RUXU,li__3VXU,li__YVXU;
  __li__K li__2BVJ,li__33NP,li__SJ3Q,li__2K3Q,li__QNQR;
  __li__52B li__BVXU,li__IWXU;
  __li__5RB *li__YHOK,*li__RVXU;
  void *li__ZHOK;
  __li__GSZ *li__1HOK,*li__35ZO;
  __li__NNTO *li__J3NP,*li__S4NP;
  void **li__UUFQ;
  __li__C li__IIFQ;
  li__IBVJ=NULL;
  li__JBVJ=((__li__CB )(NULL));
  li__RBVJ=((__li__JJG )sizeof(__li__ARWI));
  /* __li__B__ __li__I__ */
if ((li__RBVJ ==  0)) {
    li__IBVJ=li__ARWI__;
  } else /* FALSE */ {
    li__2BVJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__RBVJ));
    /* __li__B__ __li__I__ */
if ((li__2BVJ == (__li__K)(-  1))) {
      li__WUXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__RUXU=(__li__JJG)((__li__JJG)(li__RBVJ - (__li__JJG)(((__li__JJG ) 0) - li__WUXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WUXU) - ((__li__JJG ) 1)));
      li__WUXU=(__li__JJG)(li__RUXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__TUXU=li__YCJ(li__RUXU,((__li__CB )(&(table_size[(li__WUXU)-1]))),((__li__52B )li__RUXU));
      li__JBVJ=li__TUXU;
    } else /* FALSE */ {
      li__BVXU=((__li__52B )li__2BVJ);
      li__WUXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__RUXU=(__li__JJG)((__li__JJG)(li__RBVJ - (__li__JJG)(((__li__JJG ) 0) - li__WUXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WUXU) - ((__li__JJG ) 1)));
      li__TUXU=li__YCJ(li__RUXU,((__li__CB )(&(table_type[(li__BVXU)]))),(__li__52B)(li__BVXU |  1));
      li__JBVJ=li__TUXU;
    };
    li__RCVJ=((__li__ARWI *)li__JBVJ);
    li__IBVJ=li__RCVJ;
    *(li__RCVJ) = *(li__ARWI__);
  };
  li__RCVJ=((__li__ARWI *)li__IBVJ);
  li__RCVJ->li__BRWI.li__0CC=li__YVSJ;
  li__RCVJ->li__YRBK=li__ZVSJ;
  li__RCVJ->li__0RBK=li__0VSJ;
  li__RCVJ->li__2RBK=li__1VSJ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZVSJ)->__id) {
  case __li__WK__: {
    li__YHOK=((__li__WK *)li__ZVSJ)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__YHOK=((__li__AVBD *)li__ZVSJ)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__YHOK=((__li__KVBD *)li__ZVSJ)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__YHOK=((__li__WVBD *)li__ZVSJ)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__YHOK=li__JK5J(((__li__Z4WH *)li__ZVSJ));
  } break;
  case __li__KTVI__: {
    li__YHOK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__YHOK=li__553L();
  } break;
  case __li__XTVI__: {
    li__YHOK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__YHOK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__YHOK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__YHOK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__YHOK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__YHOK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__YHOK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__YHOK=li__DWEK(((__li__BNWI *)li__ZVSJ));
  } break;
  case __li__XNWI__: {
    li__YHOK=li__IWEK(((__li__XNWI *)li__ZVSJ));
  } break;
  case __li__LOWI__: {
    li__YHOK=li__NWEK(((__li__LOWI *)li__ZVSJ));
  } break;
  case __li__5OWI__: {
    li__YHOK=li__SWEK(((__li__5OWI *)li__ZVSJ));
  } break;
  case __li__TPWI__: {
    li__YHOK=li__XWEK(((__li__TPWI *)li__ZVSJ));
  } break;
  case __li__HQWI__: {
    li__YHOK=li__2WEK(((__li__HQWI *)li__ZVSJ));
  } break;
  case __li__ARWI__: {
    li__YHOK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__YHOK=li__FXEK(((__li__URWI *)li__ZVSJ));
  } break;
  case __li__MSWI__: {
    li__YHOK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__YHOK=((__li__ETWI *)li__ZVSJ)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__YHOK=((__li__MZWI *)li__ZVSJ)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__YHOK=((__li__C0WI *)li__ZVSJ)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__YHOK=((__li__M1WI *)li__ZVSJ)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__YHOK=((__li__KMFK *)li__ZVSJ)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__YHOK=li__T4NN(((__li__XOHL *)li__ZVSJ));
  } break;
  case __li__FPHL__: {
    li__YHOK=li__KA4L(((__li__FPHL *)li__ZVSJ));
  } break;
  case __li__APLM__: {
    li__YHOK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__YHOK=li__1ISO(((__li__DTNM *)li__ZVSJ));
  } break;
  case __li__JXNM__: {
    li__YHOK=li__VX3R(((__li__JXNM *)li__ZVSJ));
  } break;
  case __li__21LO__: {
    li__YHOK=((__li__21LO *)li__ZVSJ)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__YHOK=((__li__TPOO *)li__ZVSJ)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__YHOK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__YHOK=li__3FDQ(((__li__41XO *)li__ZVSJ));
  } break;
  case __li__AKBR__: {
    li__YHOK=li__WQDS(((__li__AKBR *)li__ZVSJ));
  } break;
  case __li__SU5R__: {
    li__YHOK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__YHOK=li__Y1IS();
  } break;
  };
  li__ZHOK=((__li__5RB *)li__YHOK)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__ZHOK==NULL) {
    li__1HOK=NULL;
  } else {
    if (((struct ___OBJ *)li__ZHOK)->__id==__li__GSZ__) {
      li__1HOK=((void *)li__ZHOK);
    } else /* Other types */ {
      li__1HOK=NULL;
    }
  };
  li__RVXU=((void **)(*(((__li__3PZ *)li__1HOK->li__GGQB))).li__WNFC)[ 0];
  /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__RVXU)->li__BEM &  1) !=  0)) || ((void *)((__li__5RB *)li__RVXU)->li__AEM == (void *)li__TSB))) {
    li__35ZO=((__li__GSZ *)li__1HOK);
    /* __li__B__ __li__I__ */
if (((void *)li__35ZO->li__WNTO == (void *)NULL)) {
      li__J3NP=NULL;
      li__TUXU=((__li__CB )(NULL));
      li__WUXU=((__li__JJG )sizeof(__li__NNTO));
      /* __li__B__ __li__I__ */
if ((li__WUXU ==  0)) {
        li__J3NP=li__NNTO__;
      } else /* FALSE */ {
        li__33NP=__li__NNTO__;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__WUXU));
        /* __li__B__ __li__I__ */
if ((li__33NP == (__li__K)(-  1))) {
          li__3VXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__YVXU=(__li__JJG)((__li__JJG)(li__WUXU - (__li__JJG)(((__li__JJG ) 0) - li__3VXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__3VXU) - ((__li__JJG ) 1)));
          li__3VXU=(__li__JJG)(li__YVXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__0VXU=li__YCJ(li__YVXU,((__li__CB )(&(table_size[(li__3VXU)-1]))),((__li__52B )li__YVXU));
          li__TUXU=li__0VXU;
        } else /* FALSE */ {
          li__IWXU=((__li__52B )li__33NP);
          li__3VXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__YVXU=(__li__JJG)((__li__JJG)(li__WUXU - (__li__JJG)(((__li__JJG ) 0) - li__3VXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__3VXU) - ((__li__JJG ) 1)));
          li__0VXU=li__YCJ(li__YVXU,((__li__CB )(&(table_type[(li__IWXU)]))),(__li__52B)(li__IWXU |  1));
          li__TUXU=li__0VXU;
        };
        li__S4NP=((__li__NNTO *)li__TUXU);
        li__J3NP=li__S4NP;
        *(li__S4NP) = *(li__NNTO__);
      };
      li__S4NP=((__li__NNTO *)li__J3NP);
      /* __li__B__ __li__I__ */
if (((*(li__S4NP)).li__1HFQ <  16)) {
        li__UUFQ=li__53PQ( 16);
        (*(li__S4NP)).li__CGFQ=li__UUFQ;
        (*(li__S4NP)).li__1HFQ= 16;
      };
      (*(li__S4NP)).li__LOTO=(__li__K)(-  1);
      li__35ZO->li__WNTO=li__J3NP;
    };
    li__J3NP=((__li__NNTO *)li__35ZO->li__WNTO);
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__J3NP)).li__LOTO +  1) <= (__li__K)((*(li__J3NP)).li__1HFQ -  1))) {
      (*(li__J3NP)).li__LOTO=(__li__K)((*(li__J3NP)).li__LOTO +  1);
      li__IIFQ=li__B__;
    } else /* FALSE */ {
      li__IIFQ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__IIFQ)) {
      /* __li__B__ __li__I__ */
if (((*(li__J3NP)).li__1HFQ ==  0)) {
        li__UUFQ=li__53PQ( 2);
        (*(li__J3NP)).li__CGFQ=li__UUFQ;
        (*(li__J3NP)).li__1HFQ= 2;
        (*(li__J3NP)).li__LOTO= 0;
      } else /* FALSE */ {
        li__33NP=(__li__K)((*(li__J3NP)).li__1HFQ <<  1);
        li__UUFQ=((void **)(*(li__J3NP)).li__CGFQ);
        li__SJ3Q=(*(li__J3NP)).li__1HFQ;
        li__0VXU=li__CUY(((__li__CB )li__UUFQ),((__li__JJG )(__li__K)(li__SJ3Q * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__33NP * ((__li__K )(sizeof(void *))))));
        li__UUFQ=((void **)li__0VXU);
        li__2K3Q=(__li__K)(li__33NP -  1);
        li__QNQR=li__SJ3Q;
        while ((li__QNQR <= li__2K3Q)) {
          li__UUFQ[li__QNQR]=NULL;
          li__QNQR=(__li__K)(li__QNQR +  1);
        };
        (*(li__J3NP)).li__CGFQ=li__UUFQ;
        (*(li__J3NP)).li__1HFQ=li__33NP;
        (*(li__J3NP)).li__LOTO=(__li__K)((*(li__J3NP)).li__LOTO +  1);
      };
    };
    ((void **)(*(li__J3NP)).li__CGFQ)[(*(li__J3NP)).li__LOTO]=li__RCVJ;
  };
  li__2VSJ=li__IBVJ;
  return(li__2VSJ);
}

static __li__URWI* li__UWSJ(__li__PO li__WWSJ,void *li__XWSJ,void *li__YWSJ)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__URWI *li__FDVJ,*li__OEVJ,*li__ZWSJ;
  __li__CB li__GDVJ,li__5WXU;
  __li__JJG li__ODVJ,li__CXXU,li__3WXU;
  __li__K li__ZDVJ;
  __li__52B li__NXXU;
  li__FDVJ=NULL;
  li__GDVJ=((__li__CB )(NULL));
  li__ODVJ=((__li__JJG )sizeof(__li__URWI));
  /* __li__B__ __li__I__ */
if ((li__ODVJ ==  0)) {
    li__FDVJ=li__URWI__;
  } else /* FALSE */ {
    li__ZDVJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ODVJ));
    /* __li__B__ __li__I__ */
if ((li__ZDVJ == (__li__K)(-  1))) {
      li__CXXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3WXU=(__li__JJG)((__li__JJG)(li__ODVJ - (__li__JJG)(((__li__JJG ) 0) - li__CXXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CXXU) - ((__li__JJG ) 1)));
      li__CXXU=(__li__JJG)(li__3WXU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__5WXU=li__YCJ(li__3WXU,((__li__CB )(&(table_size[(li__CXXU)-1]))),((__li__52B )li__3WXU));
      li__GDVJ=li__5WXU;
    } else /* FALSE */ {
      li__NXXU=((__li__52B )li__ZDVJ);
      li__CXXU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3WXU=(__li__JJG)((__li__JJG)(li__ODVJ - (__li__JJG)(((__li__JJG ) 0) - li__CXXU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CXXU) - ((__li__JJG ) 1)));
      li__5WXU=li__YCJ(li__3WXU,((__li__CB )(&(table_type[(li__NXXU)]))),(__li__52B)(li__NXXU |  1));
      li__GDVJ=li__5WXU;
    };
    li__OEVJ=((__li__URWI *)li__GDVJ);
    li__FDVJ=li__OEVJ;
    *(li__OEVJ) = *(li__URWI__);
  };
  li__OEVJ=((__li__URWI *)li__FDVJ);
  li__OEVJ->li__VRWI.li__0CC=li__WWSJ;
  li__OEVJ->li__BSBK=li__XWSJ;
  li__OEVJ->li__DSBK=li__YWSJ;
  li__ZWSJ=li__FDVJ;
  return(li__ZWSJ);
}

static __li__XOHL* li__45DN(__li__PO li__AAEN,void *li__BAEN)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__XOHL *li__QMGN,*li__ZNGN,*li__CAEN;
  __li__CB li__RMGN,li__Y2XU;
  __li__JJG li__ZMGN,li__12XU,li__W2XU;
  __li__K li__ENGN;
  __li__52B li__G3XU;
  li__QMGN=NULL;
  li__RMGN=((__li__CB )(NULL));
  li__ZMGN=((__li__JJG )sizeof(__li__XOHL));
  /* __li__B__ __li__I__ */
if ((li__ZMGN ==  0)) {
    li__QMGN=li__XOHL__;
  } else /* FALSE */ {
    li__ENGN=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ZMGN));
    /* __li__B__ __li__I__ */
if ((li__ENGN == (__li__K)(-  1))) {
      li__12XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__W2XU=(__li__JJG)((__li__JJG)(li__ZMGN - (__li__JJG)(((__li__JJG ) 0) - li__12XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__12XU) - ((__li__JJG ) 1)));
      li__12XU=(__li__JJG)(li__W2XU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__Y2XU=li__YCJ(li__W2XU,((__li__CB )(&(table_size[(li__12XU)-1]))),((__li__52B )li__W2XU));
      li__RMGN=li__Y2XU;
    } else /* FALSE */ {
      li__G3XU=((__li__52B )li__ENGN);
      li__12XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__W2XU=(__li__JJG)((__li__JJG)(li__ZMGN - (__li__JJG)(((__li__JJG ) 0) - li__12XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__12XU) - ((__li__JJG ) 1)));
      li__Y2XU=li__YCJ(li__W2XU,((__li__CB )(&(table_type[(li__G3XU)]))),(__li__52B)(li__G3XU |  1));
      li__RMGN=li__Y2XU;
    };
    li__ZNGN=((__li__XOHL *)li__RMGN);
    li__QMGN=li__ZNGN;
    *(li__ZNGN) = *(li__XOHL__);
  };
  li__ZNGN=((__li__XOHL *)li__QMGN);
  li__ZNGN->li__0OHL.li__ZOHL.li__0CC=li__AAEN;
  li__ZNGN->li__0OHL.li__JPHL=li__BAEN;
  li__CAEN=li__QMGN;
  return(li__CAEN);
}

static __li__FPHL* li__PFUL()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__FPHL *li__SFUL,*li__1GUL,*li__RFUL;
  __li__CB li__TFUL,li__PHAV;
  __li__JJG li__1FUL,li__SHAV,li__NHAV;
  __li__K li__GGUL;
  __li__52B li__3HAV;
  li__SFUL=NULL;
  li__TFUL=((__li__CB )(NULL));
  li__1FUL=((__li__JJG )sizeof(__li__FPHL));
  /* __li__B__ __li__I__ */
if ((li__1FUL ==  0)) {
    li__SFUL=li__FPHL__;
  } else /* FALSE */ {
    li__GGUL=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1FUL));
    /* __li__B__ __li__I__ */
if ((li__GGUL == (__li__K)(-  1))) {
      li__SHAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__NHAV=(__li__JJG)((__li__JJG)(li__1FUL - (__li__JJG)(((__li__JJG ) 0) - li__SHAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SHAV) - ((__li__JJG ) 1)));
      li__SHAV=(__li__JJG)(li__NHAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__PHAV=li__YCJ(li__NHAV,((__li__CB )(&(table_size[(li__SHAV)-1]))),((__li__52B )li__NHAV));
      li__TFUL=li__PHAV;
    } else /* FALSE */ {
      li__3HAV=((__li__52B )li__GGUL);
      li__SHAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__NHAV=(__li__JJG)((__li__JJG)(li__1FUL - (__li__JJG)(((__li__JJG ) 0) - li__SHAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SHAV) - ((__li__JJG ) 1)));
      li__PHAV=li__YCJ(li__NHAV,((__li__CB )(&(table_type[(li__3HAV)]))),(__li__52B)(li__3HAV |  1));
      li__TFUL=li__PHAV;
    };
    li__1GUL=((__li__FPHL *)li__TFUL);
    li__SFUL=li__1GUL;
    *(li__1GUL) = *(li__FPHL__);
  };
  li__RFUL=li__SFUL;
  return(li__RFUL);
}

static __li__APLM* li__33SP(__li__PO li__53SP,void *li__A4SP,void *li__B4SP)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__APLM *li__XYWP,*li__A0WP,*li__C4SP;
  __li__CB li__YYWP,li__33XU;
  __li__JJG li__AZWP,li__A4XU,li__13XU;
  __li__K li__LZWP;
  __li__52B li__L4XU;
  li__XYWP=NULL;
  li__YYWP=((__li__CB )(NULL));
  li__AZWP=((__li__JJG )sizeof(__li__APLM));
  /* __li__B__ __li__I__ */
if ((li__AZWP ==  0)) {
    li__XYWP=li__APLM__;
  } else /* FALSE */ {
    li__LZWP=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__AZWP));
    /* __li__B__ __li__I__ */
if ((li__LZWP == (__li__K)(-  1))) {
      li__A4XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__13XU=(__li__JJG)((__li__JJG)(li__AZWP - (__li__JJG)(((__li__JJG ) 0) - li__A4XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__A4XU) - ((__li__JJG ) 1)));
      li__A4XU=(__li__JJG)(li__13XU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__33XU=li__YCJ(li__13XU,((__li__CB )(&(table_size[(li__A4XU)-1]))),((__li__52B )li__13XU));
      li__YYWP=li__33XU;
    } else /* FALSE */ {
      li__L4XU=((__li__52B )li__LZWP);
      li__A4XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__13XU=(__li__JJG)((__li__JJG)(li__AZWP - (__li__JJG)(((__li__JJG ) 0) - li__A4XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__A4XU) - ((__li__JJG ) 1)));
      li__33XU=li__YCJ(li__13XU,((__li__CB )(&(table_type[(li__L4XU)]))),(__li__52B)(li__L4XU |  1));
      li__YYWP=li__33XU;
    };
    li__A0WP=((__li__APLM *)li__YYWP);
    li__XYWP=li__A0WP;
    *(li__A0WP) = *(li__APLM__);
  };
  li__A0WP=((__li__APLM *)li__XYWP);
  li__A0WP->li__BPLM.li__IVVI.li__0CC=li__53SP;
  li__A0WP->li__BPLM.li__FPBK=li__A4SP;
  li__A0WP->li__BPLM.li__LPBK=li__B4SP;
  li__C4SP=li__XYWP;
  return(li__C4SP);
}

static __li__DTNM* li__YHKO(__li__PO li__0HKO,void *li__1HKO)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__DTNM *li__SXKO,*li__1YKO,*li__2HKO;
  __li__CB li__TXKO,li__C5XU;
  __li__JJG li__1XKO,li__F5XU,li__A5XU;
  __li__K li__GYKO;
  __li__52B li__Q5XU;
  li__SXKO=NULL;
  li__TXKO=((__li__CB )(NULL));
  li__1XKO=((__li__JJG )sizeof(__li__DTNM));
  /* __li__B__ __li__I__ */
if ((li__1XKO ==  0)) {
    li__SXKO=li__DTNM__;
  } else /* FALSE */ {
    li__GYKO=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1XKO));
    /* __li__B__ __li__I__ */
if ((li__GYKO == (__li__K)(-  1))) {
      li__F5XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__A5XU=(__li__JJG)((__li__JJG)(li__1XKO - (__li__JJG)(((__li__JJG ) 0) - li__F5XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__F5XU) - ((__li__JJG ) 1)));
      li__F5XU=(__li__JJG)(li__A5XU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__C5XU=li__YCJ(li__A5XU,((__li__CB )(&(table_size[(li__F5XU)-1]))),((__li__52B )li__A5XU));
      li__TXKO=li__C5XU;
    } else /* FALSE */ {
      li__Q5XU=((__li__52B )li__GYKO);
      li__F5XU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__A5XU=(__li__JJG)((__li__JJG)(li__1XKO - (__li__JJG)(((__li__JJG ) 0) - li__F5XU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__F5XU) - ((__li__JJG ) 1)));
      li__C5XU=li__YCJ(li__A5XU,((__li__CB )(&(table_type[(li__Q5XU)]))),(__li__52B)(li__Q5XU |  1));
      li__TXKO=li__C5XU;
    };
    li__1YKO=((__li__DTNM *)li__TXKO);
    li__SXKO=li__1YKO;
    *(li__1YKO) = *(li__DTNM__);
  };
  li__1YKO=((__li__DTNM *)li__SXKO);
  li__1YKO->li__ETNM.li__ZOHL.li__0CC=li__0HKO;
  li__1YKO->li__ETNM.li__JPHL=li__1HKO;
  li__2HKO=li__SXKO;
  return(li__2HKO);
}

static __li__JXNM* li__OTZR(__li__PO li__QTZR,void *li__RTZR,void *li__STZR)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__JXNM *li__G10R,*li__P20R,*li__TTZR;
  __li__CB li__H10R,li__HAYU;
  __li__JJG li__P10R,li__KAYU,li__FAYU;
  __li__K li__010R;
  __li__52B li__VAYU;
  li__G10R=NULL;
  li__H10R=((__li__CB )(NULL));
  li__P10R=((__li__JJG )sizeof(__li__JXNM));
  /* __li__B__ __li__I__ */
if ((li__P10R ==  0)) {
    li__G10R=li__JXNM__;
  } else /* FALSE */ {
    li__010R=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__P10R));
    /* __li__B__ __li__I__ */
if ((li__010R == (__li__K)(-  1))) {
      li__KAYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__FAYU=(__li__JJG)((__li__JJG)(li__P10R - (__li__JJG)(((__li__JJG ) 0) - li__KAYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__KAYU) - ((__li__JJG ) 1)));
      li__KAYU=(__li__JJG)(li__FAYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__HAYU=li__YCJ(li__FAYU,((__li__CB )(&(table_size[(li__KAYU)-1]))),((__li__52B )li__FAYU));
      li__H10R=li__HAYU;
    } else /* FALSE */ {
      li__VAYU=((__li__52B )li__010R);
      li__KAYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__FAYU=(__li__JJG)((__li__JJG)(li__P10R - (__li__JJG)(((__li__JJG ) 0) - li__KAYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__KAYU) - ((__li__JJG ) 1)));
      li__HAYU=li__YCJ(li__FAYU,((__li__CB )(&(table_type[(li__VAYU)]))),(__li__52B)(li__VAYU |  1));
      li__H10R=li__HAYU;
    };
    li__P20R=((__li__JXNM *)li__H10R);
    li__G10R=li__P20R;
    *(li__P20R) = *(li__JXNM__);
  };
  li__P20R=((__li__JXNM *)li__G10R);
  li__P20R->li__KXNM.li__DNWI.li__0CC=li__QTZR;
  li__P20R->li__KXNM.li__MQBK=li__RTZR;
  li__P20R->li__KXNM.li__QQBK=li__STZR;
  li__TTZR=li__G10R;
  return(li__TTZR);
}

static __li__URRO* li__XYZR(__li__PO li__ZYZR,void *li__0YZR)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__URRO *li__030R,*li__D50R,*li__1YZR;
  __li__CB li__130R,li__MBYU;
  __li__JJG li__D40R,li__PBYU,li__KBYU;
  __li__K li__O40R;
  __li__52B li__0BYU;
  li__030R=NULL;
  li__130R=((__li__CB )(NULL));
  li__D40R=((__li__JJG )sizeof(__li__URRO));
  /* __li__B__ __li__I__ */
if ((li__D40R ==  0)) {
    li__030R=li__URRO__;
  } else /* FALSE */ {
    li__O40R=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__D40R));
    /* __li__B__ __li__I__ */
if ((li__O40R == (__li__K)(-  1))) {
      li__PBYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__KBYU=(__li__JJG)((__li__JJG)(li__D40R - (__li__JJG)(((__li__JJG ) 0) - li__PBYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__PBYU) - ((__li__JJG ) 1)));
      li__PBYU=(__li__JJG)(li__KBYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__MBYU=li__YCJ(li__KBYU,((__li__CB )(&(table_size[(li__PBYU)-1]))),((__li__52B )li__KBYU));
      li__130R=li__MBYU;
    } else /* FALSE */ {
      li__0BYU=((__li__52B )li__O40R);
      li__PBYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__KBYU=(__li__JJG)((__li__JJG)(li__D40R - (__li__JJG)(((__li__JJG ) 0) - li__PBYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__PBYU) - ((__li__JJG ) 1)));
      li__MBYU=li__YCJ(li__KBYU,((__li__CB )(&(table_type[(li__0BYU)]))),(__li__52B)(li__0BYU |  1));
      li__130R=li__MBYU;
    };
    li__D50R=((__li__URRO *)li__130R);
    li__030R=li__D50R;
    *(li__D50R) = *(li__URRO__);
  };
  li__D50R=((__li__URRO *)li__030R);
  li__D50R->li__XRRO.li__WRRO.li__0CC=li__ZYZR;
  li__D50R->li__XRRO.li__RF4R=li__0YZR;
  li__1YZR=li__030R;
  return(li__1YZR);
}

static __li__41XO* li__BHTP(__li__PO li__DHTP,void *li__EHTP,void *li__FHTP)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__41XO *li__VBXP,*li__4CXP,*li__GHTP;
  __li__CB li__WBXP,li__RCYU;
  __li__JJG li__4BXP,li__UCYU,li__PCYU;
  __li__K li__JCXP;
  __li__52B li__5CYU;
  li__VBXP=NULL;
  li__WBXP=((__li__CB )(NULL));
  li__4BXP=((__li__JJG )sizeof(__li__41XO));
  /* __li__B__ __li__I__ */
if ((li__4BXP ==  0)) {
    li__VBXP=li__41XO__;
  } else /* FALSE */ {
    li__JCXP=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__4BXP));
    /* __li__B__ __li__I__ */
if ((li__JCXP == (__li__K)(-  1))) {
      li__UCYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PCYU=(__li__JJG)((__li__JJG)(li__4BXP - (__li__JJG)(((__li__JJG ) 0) - li__UCYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__UCYU) - ((__li__JJG ) 1)));
      li__UCYU=(__li__JJG)(li__PCYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__RCYU=li__YCJ(li__PCYU,((__li__CB )(&(table_size[(li__UCYU)-1]))),((__li__52B )li__PCYU));
      li__WBXP=li__RCYU;
    } else /* FALSE */ {
      li__5CYU=((__li__52B )li__JCXP);
      li__UCYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__PCYU=(__li__JJG)((__li__JJG)(li__4BXP - (__li__JJG)(((__li__JJG ) 0) - li__UCYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__UCYU) - ((__li__JJG ) 1)));
      li__RCYU=li__YCJ(li__PCYU,((__li__CB )(&(table_type[(li__5CYU)]))),(__li__52B)(li__5CYU |  1));
      li__WBXP=li__RCYU;
    };
    li__4CXP=((__li__41XO *)li__WBXP);
    li__VBXP=li__4CXP;
    *(li__4CXP) = *(li__41XO__);
  };
  li__4CXP=((__li__41XO *)li__VBXP);
  li__4CXP->li__51XO.li__DNWI.li__0CC=li__DHTP;
  li__4CXP->li__51XO.li__MQBK=li__EHTP;
  li__4CXP->li__51XO.li__QQBK=li__FHTP;
  li__GHTP=li__VBXP;
  return(li__GHTP);
}

static __li__AKBR* li__WNAS(__li__PO li__YNAS,void *li__ZNAS,void *li__0NAS)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__AKBR *li__1RBS,*li__ETBS,*li__1NAS;
  __li__CB li__2RBS,li__WDYU;
  __li__JJG li__ESBS,li__ZDYU,li__UDYU;
  __li__K li__PSBS;
  __li__52B li__EEYU;
  li__1RBS=NULL;
  li__2RBS=((__li__CB )(NULL));
  li__ESBS=((__li__JJG )sizeof(__li__AKBR));
  /* __li__B__ __li__I__ */
if ((li__ESBS ==  0)) {
    li__1RBS=li__AKBR__;
  } else /* FALSE */ {
    li__PSBS=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ESBS));
    /* __li__B__ __li__I__ */
if ((li__PSBS == (__li__K)(-  1))) {
      li__ZDYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__UDYU=(__li__JJG)((__li__JJG)(li__ESBS - (__li__JJG)(((__li__JJG ) 0) - li__ZDYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZDYU) - ((__li__JJG ) 1)));
      li__ZDYU=(__li__JJG)(li__UDYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__WDYU=li__YCJ(li__UDYU,((__li__CB )(&(table_size[(li__ZDYU)-1]))),((__li__52B )li__UDYU));
      li__2RBS=li__WDYU;
    } else /* FALSE */ {
      li__EEYU=((__li__52B )li__PSBS);
      li__ZDYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__UDYU=(__li__JJG)((__li__JJG)(li__ESBS - (__li__JJG)(((__li__JJG ) 0) - li__ZDYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZDYU) - ((__li__JJG ) 1)));
      li__WDYU=li__YCJ(li__UDYU,((__li__CB )(&(table_type[(li__EEYU)]))),(__li__52B)(li__EEYU |  1));
      li__2RBS=li__WDYU;
    };
    li__ETBS=((__li__AKBR *)li__2RBS);
    li__1RBS=li__ETBS;
    *(li__ETBS) = *(li__AKBR__);
  };
  li__ETBS=((__li__AKBR *)li__1RBS);
  li__ETBS->li__BKBR.li__DNWI.li__0CC=li__YNAS;
  li__ETBS->li__BKBR.li__MQBK=li__ZNAS;
  li__ETBS->li__BKBR.li__QQBK=li__0NAS;
  li__1NAS=li__1RBS;
  return(li__1NAS);
}

static __li__SU5R* li__NKHS(__li__PO li__PKHS,void *li__QKHS,void *li__RKHS)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__SU5R *li__GUHS,*li__PVHS,*li__SKHS;
  __li__CB li__HUHS,li__1EYU;
  __li__JJG li__PUHS,li__4EYU,li__ZEYU;
  __li__K li__0UHS;
  __li__52B li__JFYU;
  li__GUHS=NULL;
  li__HUHS=((__li__CB )(NULL));
  li__PUHS=((__li__JJG )sizeof(__li__SU5R));
  /* __li__B__ __li__I__ */
if ((li__PUHS ==  0)) {
    li__GUHS=li__SU5R__;
  } else /* FALSE */ {
    li__0UHS=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__PUHS));
    /* __li__B__ __li__I__ */
if ((li__0UHS == (__li__K)(-  1))) {
      li__4EYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZEYU=(__li__JJG)((__li__JJG)(li__PUHS - (__li__JJG)(((__li__JJG ) 0) - li__4EYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4EYU) - ((__li__JJG ) 1)));
      li__4EYU=(__li__JJG)(li__ZEYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__1EYU=li__YCJ(li__ZEYU,((__li__CB )(&(table_size[(li__4EYU)-1]))),((__li__52B )li__ZEYU));
      li__HUHS=li__1EYU;
    } else /* FALSE */ {
      li__JFYU=((__li__52B )li__0UHS);
      li__4EYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZEYU=(__li__JJG)((__li__JJG)(li__PUHS - (__li__JJG)(((__li__JJG ) 0) - li__4EYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4EYU) - ((__li__JJG ) 1)));
      li__1EYU=li__YCJ(li__ZEYU,((__li__CB )(&(table_type[(li__JFYU)]))),(__li__52B)(li__JFYU |  1));
      li__HUHS=li__1EYU;
    };
    li__PVHS=((__li__SU5R *)li__HUHS);
    li__GUHS=li__PVHS;
    *(li__PVHS) = *(li__SU5R__);
  };
  li__PVHS=((__li__SU5R *)li__GUHS);
  li__PVHS->li__TU5R.li__IVVI.li__0CC=li__PKHS;
  li__PVHS->li__TU5R.li__FPBK=li__QKHS;
  li__PVHS->li__TU5R.li__LPBK=li__RKHS;
  li__SKHS=li__GUHS;
  return(li__SKHS);
}

static __li__JV5R* li__3KHS(__li__PO li__5KHS,void *li__ALHS,void *li__BLHS)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__JV5R *li__EWHS,*li__NXHS,*li__CLHS;
  __li__CB li__FWHS,li__AGYU;
  __li__JJG li__NWHS,li__DGYU,li__4FYU;
  __li__K li__YWHS;
  __li__52B li__OGYU;
  li__EWHS=NULL;
  li__FWHS=((__li__CB )(NULL));
  li__NWHS=((__li__JJG )sizeof(__li__JV5R));
  /* __li__B__ __li__I__ */
if ((li__NWHS ==  0)) {
    li__EWHS=li__JV5R__;
  } else /* FALSE */ {
    li__YWHS=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__NWHS));
    /* __li__B__ __li__I__ */
if ((li__YWHS == (__li__K)(-  1))) {
      li__DGYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4FYU=(__li__JJG)((__li__JJG)(li__NWHS - (__li__JJG)(((__li__JJG ) 0) - li__DGYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DGYU) - ((__li__JJG ) 1)));
      li__DGYU=(__li__JJG)(li__4FYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__AGYU=li__YCJ(li__4FYU,((__li__CB )(&(table_size[(li__DGYU)-1]))),((__li__52B )li__4FYU));
      li__FWHS=li__AGYU;
    } else /* FALSE */ {
      li__OGYU=((__li__52B )li__YWHS);
      li__DGYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4FYU=(__li__JJG)((__li__JJG)(li__NWHS - (__li__JJG)(((__li__JJG ) 0) - li__DGYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DGYU) - ((__li__JJG ) 1)));
      li__AGYU=li__YCJ(li__4FYU,((__li__CB )(&(table_type[(li__OGYU)]))),(__li__52B)(li__OGYU |  1));
      li__FWHS=li__AGYU;
    };
    li__NXHS=((__li__JV5R *)li__FWHS);
    li__EWHS=li__NXHS;
    *(li__NXHS) = *(li__JV5R__);
  };
  li__NXHS=((__li__JV5R *)li__EWHS);
  li__NXHS->li__KV5R.li__IVVI.li__0CC=li__5KHS;
  li__NXHS->li__KV5R.li__FPBK=li__ALHS;
  li__NXHS->li__KV5R.li__LPBK=li__BLHS;
  li__CLHS=li__EWHS;
  return(li__CLHS);
}

static void li__HQVL(__li__4RUC *li__IQVL,void *li__JQVL)
/* (Strict ITM_ARG{li__4RUC},ITM_ARGUMENT{NULLxli__4RUCxli__QUAF}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__LQVL;
  __li__4RUC *li__TQVL;
  __li__PO li__ASVL;
  __li__C li__0QVL,li__PVWL;
  li__LQVL=NULL;
  /* NULL __li__4RUC__ __li__QUAF__ */
if (li__JQVL==NULL) {
    li__TQVL=NULL;
  } else {
    if (((struct ___OBJ *)li__JQVL)->__id==__li__4RUC__) {
      li__TQVL=((__li__4RUC *)li__JQVL);
    } else /* Other types */ {
      li__TQVL=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__TQVL == (void *)NULL)) {
    li__LQVL=(&__string_611);
    li__0QVL=li__B__;
  } else /* FALSE */ {
    li__0QVL=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__0QVL) {
    li__0QVL=li__B__;
  } else /* FALSE */ {
    li__PVWL=((void *)li__IQVL->li__RZHD != (void *)li__TQVL->li__RZHD);
    /* __li__B__ __li__I__ */
if (li__PVWL) {
      li__LQVL=(&__string_612);
    };
    li__0QVL=li__PVWL;
  };
  /* __li__B__ __li__I__ */
if ((! li__0QVL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__IQVL->li__SZHD != (void *)li__TQVL->li__SZHD)) {
      li__LQVL=(&__string_613);
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__LQVL != (void *)NULL)) {
    li__EDSB( 1,li__LQVL);
    li__V5E(li__IQVL->li__5RUC.li__0CC);
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__JQVL)->__id==__li__4RUC__) {
      li__ASVL=((__li__4RUC *)li__JQVL)->li__5RUC.li__0CC;
    } else /* ITM_ARGS */ {
      li__ASVL=((__li__QUAF *)li__JQVL)->li__RUAF.li__0CC;
    };
    li__V5E(li__ASVL);
    li__ODF();
  };
}

static void li__GSVL(__li__QUAF *li__HSVL,void *li__ISVL)
/* (Strict ITM_ARGS{li__QUAF},ITM_ARGUMENT{NULLxli__4RUCxli__QUAF}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__KSVL;
  __li__QUAF *li__SSVL;
  __li__PO li__5TVL;
  __li__C li__ZSVL,li__5XWL;
  li__KSVL=NULL;
  /* NULL __li__4RUC__ __li__QUAF__ */
if (li__ISVL==NULL) {
    li__SSVL=NULL;
  } else {
    if (((struct ___OBJ *)li__ISVL)->__id==__li__4RUC__) {
      li__SSVL=NULL;
    } else /* Other types */ {
      li__SSVL=((__li__QUAF *)li__ISVL);
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__SSVL == (void *)NULL)) {
    li__KSVL=(&__string_611);
    li__ZSVL=li__B__;
  } else /* FALSE */ {
    li__ZSVL=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__ZSVL) {
    li__ZSVL=li__B__;
  } else /* FALSE */ {
    li__5XWL=((void *)li__HSVL->li__H5ZG != (void *)li__SSVL->li__H5ZG);
    /* __li__B__ __li__I__ */
if (li__5XWL) {
      li__KSVL=(&__string_612);
    };
    li__ZSVL=li__5XWL;
  };
  /* __li__B__ __li__I__ */
if ((! li__ZSVL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__HSVL->li__I5ZG != (void *)li__SSVL->li__I5ZG)) {
      li__KSVL=(&__string_613);
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__KSVL != (void *)NULL)) {
    li__EDSB( 1,li__KSVL);
    li__V5E(li__HSVL->li__RUAF.li__0CC);
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__ISVL)->__id==__li__4RUC__) {
      li__5TVL=((__li__4RUC *)li__ISVL)->li__5RUC.li__0CC;
    } else /* ITM_ARGS */ {
      li__5TVL=((__li__QUAF *)li__ISVL)->li__RUAF.li__0CC;
    };
    li__V5E(li__5TVL);
    li__ODF();
  };
}

static __li__C li__N2IM(__li__5RB *li__O2IM,__li__5RB *li__P2IM)
/* (Strict TYPE_FULL{li__5RB},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__R2IM,*li__S2IM;
  __li__C li__U2IM,li__Q2IM;
  li__R2IM=li__O2IM->li__AEM;
  li__S2IM=((__li__5RB *)li__P2IM)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__R2IM)->__id) {
  case __li__IF__: {
    li__U2IM=li__0OSM(((__li__IF *)li__R2IM),li__S2IM);
  } break;
  case __li__ORB__: {
    li__U2IM=li__B__;
  } break;
  case __li__QRB__: {
    li__U2IM=li__I__;
  } break;
  case __li__SRB__: {
    li__U2IM=li__4PSM(((__li__SRB *)((__li__IF *)li__R2IM)),li__S2IM);
  } break;
  case __li__URB__: {
    li__U2IM=li__0QSM(li__S2IM);
  } break;
  case __li__GSZ__: {
    li__U2IM=li__BRSM(((__li__GSZ *)((__li__IF *)li__R2IM)),li__S2IM);
  } break;
  case __li__1RRF__: {
    li__U2IM=li__3RSM(((__li__1RRF *)((__li__IF *)li__R2IM)),li__S2IM);
  } break;
  case __li__UJSH__: {
    li__U2IM=li__HXQN(((__li__UJSH *)((__li__IF *)li__R2IM)),li__S2IM);
  } break;
  };
  li__Q2IM=li__U2IM;
  return(li__Q2IM);
}

static __li__DFNL* li__1IGL(__li__VTBD *li__2IGL,__li__PO li__3IGL,void *li__5IGL)
/* (Strict LOCAL{li__VTBD},Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__DFNL *li__YMSL,*li__BOSL,*li__AJGL;
  __li__CB li__ZMSL,li__UIAV;
  __li__JJG li__BNSL,li__XIAV,li__SIAV;
  __li__K li__MNSL;
  __li__52B li__CJAV;
  __li__SQNE *li__TKGL;
  void *li__3KGL;
  __li__5RB *li__NKAV;
  __li__TQNE *li__5KGL;
  __li__SZEC *li__VJGL;
  li__YMSL=NULL;
  li__ZMSL=((__li__CB )(NULL));
  li__BNSL=((__li__JJG )sizeof(__li__DFNL));
  /* __li__B__ __li__I__ */
if ((li__BNSL ==  0)) {
    li__YMSL=li__DFNL__;
  } else /* FALSE */ {
    li__MNSL=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__BNSL));
    /* __li__B__ __li__I__ */
if ((li__MNSL == (__li__K)(-  1))) {
      li__XIAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__SIAV=(__li__JJG)((__li__JJG)(li__BNSL - (__li__JJG)(((__li__JJG ) 0) - li__XIAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XIAV) - ((__li__JJG ) 1)));
      li__XIAV=(__li__JJG)(li__SIAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__UIAV=li__YCJ(li__SIAV,((__li__CB )(&(table_size[(li__XIAV)-1]))),((__li__52B )li__SIAV));
      li__ZMSL=li__UIAV;
    } else /* FALSE */ {
      li__CJAV=((__li__52B )li__MNSL);
      li__XIAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__SIAV=(__li__JJG)((__li__JJG)(li__BNSL - (__li__JJG)(((__li__JJG ) 0) - li__XIAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XIAV) - ((__li__JJG ) 1)));
      li__UIAV=li__YCJ(li__SIAV,((__li__CB )(&(table_type[(li__CJAV)]))),(__li__52B)(li__CJAV |  1));
      li__ZMSL=li__UIAV;
    };
    li__BOSL=((__li__DFNL *)li__ZMSL);
    li__YMSL=li__BOSL;
    *(li__BOSL) = *(li__DFNL__);
  };
  li__BOSL=((__li__DFNL *)li__YMSL);
  li__BOSL->li__EFNL.li__RZEC.li__0CC=li__3IGL;
  li__BOSL->li__JG1L=li__2IGL;
  li__BOSL->li__EFNL.li__CSSH=li__5IGL;
  /* __li__B__ __li__I__ */
if (((void *)li__2IGL->li__WTBD.li__XRSH == (void *)NULL)) {
    li__2IGL->li__WTBD.li__XRSH=li__YMSL;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__2IGL->li__WTBD.li__BYEJ == (void *)NULL)) {
      li__VJGL=li__1ESI( 1);
      li__2IGL->li__WTBD.li__BYEJ=li__VJGL;
    };
    li__AMNK(((__li__SZEC *)li__2IGL->li__WTBD.li__BYEJ),li__YMSL);
  };
  /* __li__B__ __li__I__ */
if ((((! ((((__li__F0C)(((__li__5RB *)li__2IGL->li__WTBD.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__2IGL->li__WTBD.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__2IGL->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66)))) && ((void *)li__YMSL->li__EFNL.li__CSSH != (void *)NULL)) && (! li__EZBD))) {
    li__TKGL=li__5D4G();
    /* __li__B__ __li__I__ */
if (((void *)li__2IGL->li__WTBD.li__LSNE != (void *)NULL)) {
      li__L5WM(((__li__SQNE *)li__TKGL),li__2IGL->li__WTBD.li__LSNE);
    };
    li__3KGL=li__YMSL->li__EFNL.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3KGL)->__id) {
    case __li__WK__: {
      li__4H1L(((__li__SQNE *)li__TKGL),((__li__5RB *)((__li__WK *)li__3KGL)->li__1K.li__WZLE)->li__AEM);
    } break;
    case __li__AVBD__: {
      li__5SIM(((__li__AVBD *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__KVBD__: {
      li__4H1L(((__li__SQNE *)li__TKGL),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__3KGL))->li__LVBD.li__WZLE)->li__AEM);
    } break;
    case __li__WVBD__: {
      li__4H1L(((__li__SQNE *)li__TKGL),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__3KGL))->li__XVBD.li__WZLE)->li__AEM);
    } break;
    case __li__Z4WH__: {
      li__KBG((&__string_205));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__KTVI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__LTVI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__XTVI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__YTVI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__S2VI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__E3VI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__KLWI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__ULWI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__1SB);
    } break;
    case __li__NMWI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__BNWI__: {
      li__FVIM(((__li__BNWI *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__XNWI__: {
      li__JVIM(((__li__XNWI *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__LOWI__: {
      li__NVIM(((__li__LOWI *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__5OWI__: {
      li__RVIM(((__li__5OWI *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__TPWI__: {
      li__VVIM(((__li__TPWI *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__HQWI__: {
      li__ZVIM(((__li__HQWI *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__ARWI__: {
      li__3VIM(li__TKGL);
    } break;
    case __li__URWI__: {
      li__AWIM(((__li__URWI *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__MSWI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__1SB);
    } break;
    case __li__ETWI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__3KGL))->li__NSBK)->li__AEM);
    } break;
    case __li__MZWI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__3KGL))->li__NZWI.li__WZLE)->li__AEM);
    } break;
    case __li__C0WI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__3KGL))->li__D0WI.li__WZLE)->li__AEM);
    } break;
    case __li__M1WI__: {
      li__4H1L(((__li__SQNE *)li__TKGL),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__3KGL))->li__N1WI.li__WZLE)->li__AEM);
    } break;
    case __li__KMFK__: {
      li__FXIM(((__li__KMFK *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__XOHL__: {
      li__NKAV=li__T4NN(((__li__XOHL *)((__li__WK *)li__3KGL)));
      li__4H1L(((__li__SQNE *)li__TKGL),((__li__5RB *)li__NKAV)->li__AEM);
    } break;
    case __li__FPHL__: {
      li__JILN(((__li__FPHL *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__APLM__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__DTNM__: {
      li__NKAV=li__1ISO(((__li__DTNM *)((__li__WK *)li__3KGL)));
      li__4H1L(((__li__SQNE *)li__TKGL),((__li__5RB *)li__NKAV)->li__AEM);
    } break;
    case __li__JXNM__: {
      li__VF4R(((__li__JXNM *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__21LO__: {
      li__JQLP(((__li__21LO *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__TPOO__: {
      li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__3KGL))->li__5IXO),li__TKGL);
    } break;
    case __li__URRO__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__41XO__: {
      li__NVDQ(((__li__41XO *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__AKBR__: {
      li__T5DS(((__li__AKBR *)((__li__WK *)li__3KGL)),li__TKGL);
    } break;
    case __li__SU5R__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    case __li__JV5R__: {
      li__4H1L(((__li__SQNE *)li__TKGL),li__DSB);
      li__4H1L(((__li__SQNE *)li__TKGL),li__LSB);
    } break;
    };
    li__5KGL=li__KXIM(((__li__SQNE *)li__TKGL),li__2IGL->li__WTBD.li__LSNE);
    li__2IGL->li__WTBD.li__LSNE=li__5KGL;
  };
  ((__li__DFNL *)li__YMSL)->li__EFNL.li__JOGK=li__B__;
  li__AJGL=li__YMSL;
  return(li__AJGL);
}

static __li__VTBD* li__FPNQ(__li__VTBD *li__GPNQ)
/* (Strict LOCAL{li__VTBD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__NIJV;
  __li__U *li__OIJV;
  __li__5RB *li__QIJV;
  __li__VTBD *li__MIJV,*li__HPNQ;
  __li__3 li__PIJV;
  /* __li__B__ __li__I__ */
if (((void *)li__GPNQ->li__ANQI == (void *)NULL)) {
    li__NIJV=li__GPNQ->li__WTBD.li__FZB.li__RF.li__0CC;
    li__OIJV=li__GPNQ->li__WTBD.li__FZB.li__R2B;
    li__PIJV=li__GPNQ->li__WTBD.li__FZB.li__DI1B;
    li__QIJV=li__GPNQ->li__WTBD.li__0RNE;
    li__MIJV=li__QAAE();
    li__LQNE(((__li__VTBD *)li__MIJV),li__NIJV,li__OIJV,li__PIJV,li__QIJV);
    li__GPNQ->li__ANQI=li__MIJV;
    ((__li__VTBD *)li__MIJV)->li__WTBD.li__LSNE=li__GPNQ->li__WTBD.li__LSNE;
    li__WYLJ(((__li__Z0IE *)li__FI5P),li__GPNQ);
  };
  li__HPNQ=li__GPNQ->li__ANQI;
  return(li__HPNQ);
}

static __li__QWEC* li__EA0G()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__QWEC *li__HA0G,*li__QB0G,*li__GA0G;
  __li__CB li__IA0G,li__FHYU;
  __li__K li__OA0G,li__1A0G;
  __li__JJG li__QA0G,li__2A0G,li__3A0G,li__DHYU;
  __li__52B li__THYU;
  li__HA0G=NULL;
  li__IA0G=((__li__CB )(NULL));
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QWEC__->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__OA0G=sizeof(__li__QWEC);
  } else /* ITM_SLOT_OPERATOR */ {
    li__OA0G=sizeof(__li__QWEC);
  };
  li__QA0G=((__li__JJG )li__OA0G);
  /* __li__B__ __li__I__ */
if ((li__QA0G ==  0)) {
    li__HA0G=li__QWEC__;
  } else /* FALSE */ {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QWEC__->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__1A0G=-1;
    } else /* ITM_SLOT_OPERATOR */ {
      li__1A0G=-1;
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QWEC__->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__2A0G=li__HKG;
    } else /* ITM_SLOT_OPERATOR */ {
      li__2A0G=li__HKG;
    };
    li__3A0G=(__li__JJG)(li__2A0G - (__li__JJG)(((__li__JJG ) 0) - li__QA0G));
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QWEC__->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__HKG=li__3A0G;
    } else /* ITM_SLOT_OPERATOR */ {
      li__HKG=li__3A0G;
    };
    /* __li__B__ __li__I__ */
if ((li__1A0G == (__li__K)(-  1))) {
      li__2A0G=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DHYU=(__li__JJG)((__li__JJG)(li__QA0G - (__li__JJG)(((__li__JJG ) 0) - li__2A0G)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2A0G) - ((__li__JJG ) 1)));
      li__2A0G=(__li__JJG)(li__DHYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__FHYU=li__YCJ(li__DHYU,((__li__CB )(&(table_size[(li__2A0G)-1]))),((__li__52B )li__DHYU));
      li__IA0G=li__FHYU;
    } else /* FALSE */ {
      li__THYU=((__li__52B )li__1A0G);
      li__2A0G=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DHYU=(__li__JJG)((__li__JJG)(li__QA0G - (__li__JJG)(((__li__JJG ) 0) - li__2A0G)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2A0G) - ((__li__JJG ) 1)));
      li__FHYU=li__YCJ(li__DHYU,((__li__CB )(&(table_type[(li__THYU)]))),(__li__52B)(li__THYU |  1));
      li__IA0G=li__FHYU;
    };
    li__QB0G=((__li__QWEC *)li__IA0G);
    li__HA0G=li__QB0G;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QWEC__->li__RWEC->li__KZB)->__id==__li__IZB__) {
      *(li__QB0G) = *(li__QWEC__);
    } else /* ITM_SLOT_OPERATOR */ {
      *(li__QB0G) = *(li__QWEC__);
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QWEC__->li__RWEC->li__KZB)->__id==__li__IZB__) {
    };
  };
  li__GA0G=li__HA0G;
  return(li__GA0G);
}

static __li__ZCSH* li__CRVH(__li__K li__ERVH)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__3MOI,li__ALAV;
  __li__JJG li__FNOI,li__DLAV,li__4KAV;
  __li__K li__QNOI;
  __li__52B li__OLAV;
  __li__ZCSH *li__2MOI,*li__FOOI,*li__FRVH;
  void **li__GPOI;
  li__2MOI=NULL;
  li__3MOI=((__li__CB )(NULL));
  li__FNOI=((__li__JJG )sizeof(__li__ZCSH));
  /* __li__B__ __li__I__ */
if ((li__FNOI ==  0)) {
    li__2MOI=li__ZCSH__;
  } else /* FALSE */ {
    li__QNOI=__li__ZCSH__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__FNOI));
    /* __li__B__ __li__I__ */
if ((li__QNOI == (__li__K)(-  1))) {
      li__DLAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4KAV=(__li__JJG)((__li__JJG)(li__FNOI - (__li__JJG)(((__li__JJG ) 0) - li__DLAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DLAV) - ((__li__JJG ) 1)));
      li__DLAV=(__li__JJG)(li__4KAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__ALAV=li__YCJ(li__4KAV,((__li__CB )(&(table_size[(li__DLAV)-1]))),((__li__52B )li__4KAV));
      li__3MOI=li__ALAV;
    } else /* FALSE */ {
      li__OLAV=((__li__52B )li__QNOI);
      li__DLAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__4KAV=(__li__JJG)((__li__JJG)(li__FNOI - (__li__JJG)(((__li__JJG ) 0) - li__DLAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__DLAV) - ((__li__JJG ) 1)));
      li__ALAV=li__YCJ(li__4KAV,((__li__CB )(&(table_type[(li__OLAV)]))),(__li__52B)(li__OLAV |  1));
      li__3MOI=li__ALAV;
    };
    li__FOOI=((__li__ZCSH *)li__3MOI);
    li__2MOI=li__FOOI;
    *(li__FOOI) = *(li__ZCSH__);
  };
  li__FOOI=((__li__ZCSH *)li__2MOI);
  /* __li__B__ __li__I__ */
if (((*(li__FOOI)).li__0OOI < li__ERVH)) {
    li__GPOI=li__NM2I(li__ERVH);
    (*(li__FOOI)).li__HPOI=li__GPOI;
    (*(li__FOOI)).li__0OOI=li__ERVH;
  };
  (*(li__FOOI)).li__ENSH=(__li__K)(-  1);
  li__FRVH=li__2MOI;
  return(li__FRVH);
}

static __li__DZB* li__H2SG()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__DZB *li__K2SG,*li__T3SG,*li__J2SG;
  __li__CB li__L2SG,li__KIYU;
  __li__JJG li__T2SG,li__NIYU,li__IIYU;
  __li__K li__42SG;
  __li__52B li__YIYU;
  li__K2SG=NULL;
  li__L2SG=((__li__CB )(NULL));
  li__T2SG=((__li__JJG )sizeof(__li__DZB));
  /* __li__B__ __li__I__ */
if ((li__T2SG ==  0)) {
    li__K2SG=li__DZB__;
  } else /* FALSE */ {
    li__42SG=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__T2SG));
    /* __li__B__ __li__I__ */
if ((li__42SG == (__li__K)(-  1))) {
      li__NIYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__IIYU=(__li__JJG)((__li__JJG)(li__T2SG - (__li__JJG)(((__li__JJG ) 0) - li__NIYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__NIYU) - ((__li__JJG ) 1)));
      li__NIYU=(__li__JJG)(li__IIYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__KIYU=li__YCJ(li__IIYU,((__li__CB )(&(table_size[(li__NIYU)-1]))),((__li__52B )li__IIYU));
      li__L2SG=li__KIYU;
    } else /* FALSE */ {
      li__YIYU=((__li__52B )li__42SG);
      li__NIYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__IIYU=(__li__JJG)((__li__JJG)(li__T2SG - (__li__JJG)(((__li__JJG ) 0) - li__NIYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__NIYU) - ((__li__JJG ) 1)));
      li__KIYU=li__YCJ(li__IIYU,((__li__CB )(&(table_type[(li__YIYU)]))),(__li__52B)(li__YIYU |  1));
      li__L2SG=li__KIYU;
    };
    li__T3SG=((__li__DZB *)li__L2SG);
    li__K2SG=li__T3SG;
    *(li__T3SG) = *(li__DZB__);
  };
  li__J2SG=li__K2SG;
  return(li__J2SG);
}

static void li__FTVN(__li__OGID *li__GTVN,void *li__HTVN)
/* (Strict FAST_ARRAY(VARIABLE){li__OGID},VARIABLE{li__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__JUVN,li__T1KO,li__32KO,li__XFZO;
  __li__CB li__X2KO;
  __li__C li__WTVN;
  void **li__CUVN;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__GTVN)).li__AKTF +  1) <= (__li__K)((*(li__GTVN)).li__0CUF -  1))) {
    (*(li__GTVN)).li__AKTF=(__li__K)((*(li__GTVN)).li__AKTF +  1);
    li__WTVN=li__B__;
  } else /* FALSE */ {
    li__WTVN=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__WTVN)) {
    /* __li__B__ __li__I__ */
if (((*(li__GTVN)).li__0CUF ==  0)) {
      li__CUVN=li__3OEG( 2);
      (*(li__GTVN)).li__HDUF=li__CUVN;
      (*(li__GTVN)).li__0CUF= 2;
      (*(li__GTVN)).li__AKTF= 0;
    } else /* FALSE */ {
      li__JUVN=(__li__K)((*(li__GTVN)).li__0CUF <<  1);
      li__CUVN=((void **)(*(li__GTVN)).li__HDUF);
      li__T1KO=(*(li__GTVN)).li__0CUF;
      li__X2KO=li__CUY(((__li__CB )li__CUVN),((__li__JJG )(__li__K)(li__T1KO * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__JUVN * ((__li__K )(sizeof(void *))))));
      li__CUVN=((void **)li__X2KO);
      li__32KO=(__li__K)(li__JUVN -  1);
      li__XFZO=li__T1KO;
      while ((li__XFZO <= li__32KO)) {
        li__CUVN[li__XFZO]=NULL;
        li__XFZO=(__li__K)(li__XFZO +  1);
      };
      (*(li__GTVN)).li__HDUF=li__CUVN;
      (*(li__GTVN)).li__0CUF=li__JUVN;
      (*(li__GTVN)).li__AKTF=(__li__K)((*(li__GTVN)).li__AKTF +  1);
    };
  };
  ((void **)(*(li__GTVN)).li__HDUF)[(*(li__GTVN)).li__AKTF]=li__HTVN;
}

static __li__2ZEC* li__ICJJ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__2ZEC *li__LCJJ,*li__3CJJ,*li__KCJJ;
  __li__C li__PS2L;
  __li__MCJJ *li__VJCN;
  li__LCJJ=NULL;
  li__PS2L=((*(((__li__MCJJ *)li__VCJJ))).li__QS2L <  0);
  /* __li__B__ __li__I__ */
if (li__PS2L) {
    li__3CJJ=li__IF1H( 16);
    li__LCJJ=li__3CJJ;
  } else /* FALSE */ {
    li__VJCN=((__li__MCJJ *)li__VCJJ);
    li__3CJJ=((void **)(*(li__VJCN)).li__A02L)[(*(li__VJCN)).li__QS2L];
    li__LCJJ=li__3CJJ;
    li__VJCN=((__li__MCJJ *)li__VCJJ);
    (*(li__VJCN)).li__QS2L=(__li__K)((*(li__VJCN)).li__QS2L -  1);
  };
  li__KCJJ=li__LCJJ;
  return(li__KCJJ);
}

static __li__C li__EYCM(__li__ULSB *li__FYCM,void *li__GYCM,void *li__HYCM)
/* (Strict SECTION_{li__ULSB},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__KYCM,li__IJYU,li__QEWP;
  __li__PF *li__YZCM;
  __li__BC *li__HJYU;
  __li__U *li__1EWP,*li__L1CM;
  void *li__I1CM;
  void *li__K1CM;
  __li__C li__JYCM,li__LZCM,li__SETO,li__4EWP,li__N1CM,li__IYCM;
  __li__3 *li__TRRU,*li__KJYU;
  li__JYCM=li__I__;
  li__KYCM= 0;
  /* __li__B__ __li__I__ */
if (((((void *)li__GYCM == (void *)li__HYCM) || ((void *)li__FYCM->li__XNKE == (void *)(&__string_33))) || ((void *)li__FYCM->li__XNKE == (void *)(&__string_36)))) {
    li__JYCM=li__B__;
    li__LZCM=li__B__;
  } else /* FALSE */ {
    li__LZCM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__LZCM) {
    li__LZCM=li__B__;
  } else /* FALSE */ {
    li__SETO=((void *)li__FYCM->li__XNKE == (void *)(&__string_35));
    /* __li__B__ __li__I__ */
if (li__SETO) {
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GYCM)->__id) {
      case __li__IF__: {
        li__YZCM=((__li__IF *)li__GYCM)->li__TF;
      } break;
      case __li__ORB__: {
        li__YZCM=((__li__ORB *)li__GYCM)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__YZCM=((__li__QRB *)li__GYCM)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__YZCM=((__li__SRB *)li__GYCM)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__YZCM=((__li__URB *)li__GYCM)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__YZCM=((__li__GSZ *)li__GYCM)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__YZCM=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__YZCM=li__VYLN();
      } break;
      };
      li__HEZ(((__li__BC *)li__0C),li__YZCM->li__WXI);
      li__HJYU=((__li__BC *)li__0C);
      li__IJYU=li__FVDB(((__li__3 *)li__HJYU->li__CUN),'/',(__li__K)(li__HJYU->li__NK -  1));
      li__QEWP=(__li__K)( 1 + li__IJYU);
      li__KYCM=li__QEWP;
      li__P0EC(((__li__BC *)li__0C),li__QEWP);
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__HYCM)->__id) {
      case __li__IF__: {
        li__YZCM=((__li__IF *)li__HYCM)->li__TF;
      } break;
      case __li__ORB__: {
        li__YZCM=((__li__ORB *)li__HYCM)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__YZCM=((__li__QRB *)li__HYCM)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__YZCM=((__li__SRB *)li__HYCM)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__YZCM=((__li__URB *)li__HYCM)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__YZCM=((__li__GSZ *)li__HYCM)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__YZCM=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__YZCM=li__VYLN();
      } break;
      };
      li__1EWP=((__li__U *)li__YZCM->li__WXI);
      li__4EWP=li__I__;
      li__IJYU= 0;
      /* __li__B__ __li__I__ */
if ((li__0C->li__NK <= li__1EWP->li__2C)) {
        li__IJYU=li__0C->li__NK;
        li__TRRU=li__1EWP->li__3C;
        li__KJYU=((__li__BC *)li__0C)->li__CUN;
        while ((! ((li__IJYU ==  0) || (((__li__3 *)li__TRRU)[(__li__K)(li__IJYU -  1)] != ((__li__3 *)li__KJYU)[(__li__K)(li__IJYU -  1)])))) {
          li__IJYU=(__li__K)(li__IJYU -  1);
        };
        li__4EWP=(li__IJYU ==  0);
      };
      li__JYCM=li__4EWP;
    };
    li__LZCM=li__SETO;
  };
  /* __li__B__ __li__I__ */
if ((! li__LZCM)) {
    /* __li__B__ __li__I__ */
if (((void *)li__FYCM->li__HZKE != (void *)NULL)) {
      li__KYCM= 0;
      while (((li__KYCM <= (*(li__FYCM->li__HZKE)).li__5QZ) && (! li__JYCM))) {
        li__I1CM=((void **)(*(((__li__CRB *)li__FYCM->li__HZKE))).li__V1BD)[li__KYCM];
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__I1CM==NULL) {
          li__K1CM=NULL;
        } else {
          switch (((struct ___OBJ *)li__I1CM)->__id) {
          case __li__WRB__: {
            li__K1CM=((void *)li__I1CM);
          } break;
          case __li__XRB__: {
            li__K1CM=((void *)li__I1CM);
          } break;
          case __li__KUB__: {
            li__K1CM=((void *)li__I1CM);
          } break;
          case __li__VB1__: {
            li__K1CM=((void *)li__I1CM);
          } break;
          case __li__4O2B__: {
            li__K1CM=NULL;
          } break;
          }
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__K1CM)->__id) {
        case __li__WRB__: {
          li__L1CM=((__li__WRB *)li__K1CM)->li__ZRB.li__P2C;
        } break;
        case __li__XRB__: {
          li__L1CM=((__li__XRB *)li__K1CM)->li__P2C;
        } break;
        case __li__KUB__: {
          li__L1CM=((__li__KUB *)li__K1CM)->li__LUB.li__ZRB.li__P2C;
        } break;
        case __li__VB1__: {
          li__L1CM=((__li__VB1 *)li__K1CM)->li__WB1.li__P2C;
        } break;
        };
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__HYCM)->__id) {
        case __li__IF__: {
          li__N1CM=li__2HSQ(((__li__IF *)li__HYCM),li__L1CM);
        } break;
        case __li__ORB__: {
          li__N1CM=li__KKSQ(((__li__ORB *)((__li__IF *)li__HYCM)),li__L1CM);
        } break;
        case __li__QRB__: {
          li__N1CM=li__YMSQ(((__li__QRB *)((__li__IF *)li__HYCM)),li__L1CM);
        } break;
        case __li__SRB__: {
          li__N1CM=li__GPSQ(((__li__SRB *)((__li__IF *)li__HYCM)),li__L1CM);
        } break;
        case __li__URB__: {
          li__N1CM=li__URSQ(((__li__URB *)((__li__IF *)li__HYCM)),li__L1CM);
        } break;
        case __li__GSZ__: {
          li__N1CM=li__CUSQ(((__li__GSZ *)((__li__IF *)li__HYCM)),li__L1CM);
        } break;
        case __li__1RRF__: {
          li__N1CM=li__QWSQ(((__li__1RRF *)((__li__IF *)li__HYCM)),li__L1CM);
        } break;
        case __li__UJSH__: {
          li__N1CM=li__4YSQ(((__li__UJSH *)((__li__IF *)li__HYCM)),li__L1CM);
        } break;
        };
        li__JYCM=li__N1CM;
        li__KYCM=(__li__K)(li__KYCM +  1);
      };
    };
  };
  li__IYCM=li__JYCM;
  return(li__IYCM);
}

static void li__SDJJ(__li__K41B *li__TDJJ,void *li__UDJJ,__li__2ZEC *li__WDJJ,void *li__XDJJ,__li__C li__YDJJ)
/* (Strict ITM_READ_ARG1{li__K41B},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},SLOT{NULLxli__DZBxli__QWEC},Expanded BOOLEAN{li__Bxli__I}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0DJJ,li__B0PU,li__3EJJ,li__JFJJ,li__K4OU,li__L50J;
  __li__K li__ZGJJ,li__0GJJ;
  void *li__1DJJ;
  __li__Z4WH *li__AEJJ;
  void *li__UB3L;
  __li__PO li__SFJJ,li__YHJJ;
  void *li__IGJJ;
  void *li__KGJJ;
  __li__5RB *li__5GJJ;
  __li__I03C *li__1EJJ;
  __li__C li__FIJJ;
  li__0DJJ= 0;
  li__1DJJ=NULL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__UDJJ==NULL) {
    li__AEJJ=NULL;
  } else {
    if (((struct ___OBJ *)li__UDJJ)->__id==__li__Z4WH__) {
      li__AEJJ=((void *)li__UDJJ);
    } else /* Other types */ {
      li__AEJJ=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__AEJJ != (void *)NULL)) {
    li__B0PU=(__li__K)((*(((__li__2ZEC *)((__li__Z4WH *)li__AEJJ)->li__PJPI))).li__NKSH +  1);
    li__0DJJ=li__B0PU;
    li__GYNK(((__li__2ZEC *)li__WDJJ),li__AEJJ->li__PJPI);
  } else /* FALSE */ {
    li__0DJJ= 1;
    li__2YPI(((__li__2ZEC *)li__WDJJ),li__UDJJ);
  };
  /* __li__B__ __li__I__ */
if (li__O4RI) {
    /* __li__B__ __li__I__ */
if ((! li__YDJJ)) {
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XDJJ)->__id==__li__DZB__) {
        li__UB3L=((__li__DZB *)li__XDJJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UB3L)->__id==__li__IZB__) {
          li__1EJJ=((__li__IZB *)li__UB3L)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__1EJJ=((__li__4HAD *)li__UB3L)->li__5HAD.li__MPHD;
        };
      } else /* SLOT_CODE */ {
        li__UB3L=((__li__QWEC *)li__XDJJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UB3L)->__id==__li__IZB__) {
          li__1EJJ=((__li__IZB *)li__UB3L)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__1EJJ=((__li__4HAD *)li__UB3L)->li__5HAD.li__MPHD;
        };
      };
      li__UB3L=((void **)(*(((__li__I03C *)li__1EJJ))).li__RCLE)[ 0];
      li__1DJJ=li__UB3L;
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__UB3L)->__id==__li__4RUC__) {
        li__3EJJ= 1;
      } else /* ITM_ARGS */ {
        li__3EJJ=(__li__K)((*(((__li__QUAF *)li__UB3L)->li__H5ZG)).li__UD +  1);
      };
      /* __li__B__ __li__I__ */
if ((li__3EJJ != li__0DJJ)) {
        li__HEZ(((__li__BC *)li__0C),(&__string_614));
        li__B0E( 0,li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_615));
        li__JAZ(((__li__BC *)li__0C),li__TDJJ->li__L41B.li__PNGC);
        li__JAZ(((__li__BC *)li__0C),(&__string_616));
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__UB3L)->__id==__li__4RUC__) {
          li__JFJJ= 1;
        } else /* ITM_ARGS */ {
          li__JFJJ=(__li__K)((*(((__li__QUAF *)li__UB3L)->li__H5ZG)).li__UD +  1);
        };
        li__B0E(li__JFJJ,li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_617));
        li__B0E(li__0DJJ,li__0C);
        li__SRX(((__li__BC *)li__0C),')');
        li__DNVB( 1,li__0C);
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__UB3L)->__id==__li__4RUC__) {
          li__SFJJ=((__li__4RUC *)li__UB3L)->li__5RUC.li__0CC;
        } else /* ITM_ARGS */ {
          li__SFJJ=((__li__QUAF *)li__UB3L)->li__RUAF.li__0CC;
        };
        li__V5E(li__SFJJ);
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UDJJ)->__id) {
        case __li__WK__: {
          li__SFJJ=((__li__WK *)li__UDJJ)->li__1K.li__0K.li__0CC;
        } break;
        case __li__AVBD__: {
          li__SFJJ=((__li__AVBD *)li__UDJJ)->li__BVBD.li__0CC;
        } break;
        case __li__KVBD__: {
          li__SFJJ=((__li__KVBD *)li__UDJJ)->li__LVBD.li__0K.li__0CC;
        } break;
        case __li__WVBD__: {
          li__SFJJ=((__li__WVBD *)li__UDJJ)->li__XVBD.li__0K.li__0CC;
        } break;
        case __li__Z4WH__: {
          li__SFJJ=(*(li__YK__)).li__0CC;
        } break;
        case __li__KTVI__: {
          li__SFJJ=((__li__KTVI *)li__UDJJ)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__LTVI__: {
          li__SFJJ=((__li__LTVI *)li__UDJJ)->li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__XTVI__: {
          li__SFJJ=((__li__XTVI *)li__UDJJ)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__YTVI__: {
          li__SFJJ=((__li__YTVI *)li__UDJJ)->li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__S2VI__: {
          li__SFJJ=((__li__S2VI *)li__UDJJ)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__SFJJ=((__li__E3VI *)li__UDJJ)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__KLWI__: {
          li__SFJJ=((__li__KLWI *)li__UDJJ)->li__LLWI.li__0CC;
        } break;
        case __li__ULWI__: {
          li__SFJJ=((__li__ULWI *)li__UDJJ)->li__VLWI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__SFJJ=((__li__NMWI *)li__UDJJ)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__BNWI__: {
          li__SFJJ=((__li__BNWI *)li__UDJJ)->li__ENWI.li__DNWI.li__0CC;
        } break;
        case __li__XNWI__: {
          li__SFJJ=((__li__XNWI *)li__UDJJ)->li__YNWI.li__DNWI.li__0CC;
        } break;
        case __li__LOWI__: {
          li__SFJJ=((__li__LOWI *)li__UDJJ)->li__MOWI.li__DNWI.li__0CC;
        } break;
        case __li__5OWI__: {
          li__SFJJ=((__li__5OWI *)li__UDJJ)->li__APWI.li__DNWI.li__0CC;
        } break;
        case __li__TPWI__: {
          li__SFJJ=((__li__TPWI *)li__UDJJ)->li__UPWI.li__DNWI.li__0CC;
        } break;
        case __li__HQWI__: {
          li__SFJJ=((__li__HQWI *)li__UDJJ)->li__IQWI.li__DNWI.li__0CC;
        } break;
        case __li__ARWI__: {
          li__SFJJ=((__li__ARWI *)li__UDJJ)->li__BRWI.li__0CC;
        } break;
        case __li__URWI__: {
          li__SFJJ=((__li__URWI *)li__UDJJ)->li__VRWI.li__0CC;
        } break;
        case __li__MSWI__: {
          li__SFJJ=((__li__MSWI *)li__UDJJ)->li__NSWI.li__0CC;
        } break;
        case __li__ETWI__: {
          li__SFJJ=((__li__ETWI *)li__UDJJ)->li__FTWI.li__0CC;
        } break;
        case __li__MZWI__: {
          li__SFJJ=((__li__MZWI *)li__UDJJ)->li__NZWI.li__0K.li__0CC;
        } break;
        case __li__C0WI__: {
          li__SFJJ=((__li__C0WI *)li__UDJJ)->li__D0WI.li__0K.li__0CC;
        } break;
        case __li__M1WI__: {
          li__SFJJ=((__li__M1WI *)li__UDJJ)->li__N1WI.li__0K.li__0CC;
        } break;
        case __li__KMFK__: {
          li__SFJJ=((__li__KMFK *)li__UDJJ)->li__LMFK.li__0CC;
        } break;
        case __li__XOHL__: {
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          li__SFJJ=((__li__FPHL *)li__UDJJ)->li__GPHL.li__DNWI.li__0CC;
        } break;
        case __li__APLM__: {
          li__SFJJ=((__li__APLM *)li__UDJJ)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__DTNM__: {
          li__SFJJ=((__li__DTNM *)li__UDJJ)->li__ETNM.li__ZOHL.li__0CC;
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        case __li__JXNM__: {
          li__SFJJ=((__li__JXNM *)li__UDJJ)->li__KXNM.li__DNWI.li__0CC;
        } break;
        case __li__21LO__: {
          li__SFJJ=((__li__21LO *)li__UDJJ)->li__31LO.li__0CC;
        } break;
        case __li__TPOO__: {
          li__SFJJ=((__li__TPOO *)li__UDJJ)->li__UPOO.li__0CC;
        } break;
        case __li__URRO__: {
          li__SFJJ=((__li__URRO *)li__UDJJ)->li__XRRO.li__WRRO.li__0CC;
        } break;
        case __li__41XO__: {
          li__SFJJ=((__li__41XO *)li__UDJJ)->li__51XO.li__DNWI.li__0CC;
        } break;
        case __li__AKBR__: {
          li__SFJJ=((__li__AKBR *)li__UDJJ)->li__BKBR.li__DNWI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__SFJJ=((__li__SU5R *)li__UDJJ)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__SFJJ=((__li__JV5R *)li__UDJJ)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__V5E(li__SFJJ);
        li__ODF();
      };
      li__K4OU=(__li__K)((*(((__li__2ZEC *)li__WDJJ))).li__NKSH +  1);
      /* __li__B__ __li__I__ */
if ((li__K4OU >  1)) {
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__UB3L)->__id==__li__4RUC__) {
        };
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__UB3L)->__id==__li__4RUC__) {
          li__JFJJ= 0;
        } else /* ITM_ARGS */ {
          li__JFJJ=(*(((__li__QUAF *)li__UB3L)->li__H5ZG)).li__UD;
        };
        li__3EJJ= 0;
        li__L50J=li__JFJJ;
        while ((li__3EJJ <= li__L50J)) {
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__1DJJ)->__id==__li__4RUC__) {
            li__IGJJ=((__li__4RUC *)li__1DJJ)->li__SZHD;
          } else /* ITM_ARGS */ {
            li__IGJJ=((void **)(*(((__li__CRB *)((__li__UL2B *)((__li__QUAF *)((__li__4RUC *)li__1DJJ))->li__I5ZG)->li__GX5B))).li__V1BD)[li__3EJJ];
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__IGJJ==NULL) {
            li__KGJJ=NULL;
          } else {
            switch (((struct ___OBJ *)li__IGJJ)->__id) {
            case __li__WRB__: {
              li__KGJJ=((void *)li__IGJJ);
            } break;
            case __li__XRB__: {
              li__KGJJ=((void *)li__IGJJ);
            } break;
            case __li__KUB__: {
              li__KGJJ=((void *)li__IGJJ);
            } break;
            case __li__VB1__: {
              li__KGJJ=((void *)li__IGJJ);
            } break;
            case __li__4O2B__: {
              li__KGJJ=NULL;
            } break;
            }
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__KGJJ != (void *)NULL) && ((void *)li__KGJJ == (void *)li__UT3B))) {
            li__ZGJJ=(*(li__WDJJ)).li__NKSH;
            /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__1DJJ)->__id==__li__4RUC__) {
              li__0GJJ= 0;
            } else /* ITM_ARGS */ {
              li__0GJJ=(*(((__li__QUAF *)li__1DJJ)->li__H5ZG)).li__UD;
            };
            li__IGJJ=((void **)(*(((__li__2ZEC *)li__WDJJ))).li__3GPI)[(__li__K)((__li__K)(li__ZGJJ - li__0GJJ) + li__3EJJ)];
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IGJJ)->__id) {
            case __li__WK__: {
              li__5GJJ=((__li__WK *)li__IGJJ)->li__1K.li__WZLE;
            } break;
            case __li__AVBD__: {
              li__5GJJ=((__li__AVBD *)li__IGJJ)->li__K2ME;
            } break;
            case __li__KVBD__: {
              li__5GJJ=((__li__KVBD *)li__IGJJ)->li__LVBD.li__WZLE;
            } break;
            case __li__WVBD__: {
              li__5GJJ=((__li__WVBD *)li__IGJJ)->li__XVBD.li__WZLE;
            } break;
            case __li__Z4WH__: {
              li__5GJJ=li__JK5J(((__li__Z4WH *)li__IGJJ));
            } break;
            case __li__KTVI__: {
              li__5GJJ=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__5GJJ=li__553L();
            } break;
            case __li__XTVI__: {
              li__5GJJ=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__5GJJ=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__5GJJ=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__5GJJ=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__5GJJ=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__5GJJ=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__5GJJ=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__5GJJ=li__DWEK(((__li__BNWI *)li__IGJJ));
            } break;
            case __li__XNWI__: {
              li__5GJJ=li__IWEK(((__li__XNWI *)li__IGJJ));
            } break;
            case __li__LOWI__: {
              li__5GJJ=li__NWEK(((__li__LOWI *)li__IGJJ));
            } break;
            case __li__5OWI__: {
              li__5GJJ=li__SWEK(((__li__5OWI *)li__IGJJ));
            } break;
            case __li__TPWI__: {
              li__5GJJ=li__XWEK(((__li__TPWI *)li__IGJJ));
            } break;
            case __li__HQWI__: {
              li__5GJJ=li__2WEK(((__li__HQWI *)li__IGJJ));
            } break;
            case __li__ARWI__: {
              li__5GJJ=li__QRB__->li__RRB.li__J0C;
            } break;
            case __li__URWI__: {
              li__5GJJ=li__FXEK(((__li__URWI *)li__IGJJ));
            } break;
            case __li__MSWI__: {
              li__5GJJ=li__RXEK();
            } break;
            case __li__ETWI__: {
              li__5GJJ=((__li__ETWI *)li__IGJJ)->li__NSBK;
            } break;
            case __li__MZWI__: {
              li__5GJJ=((__li__MZWI *)li__IGJJ)->li__NZWI.li__WZLE;
            } break;
            case __li__C0WI__: {
              li__5GJJ=((__li__C0WI *)li__IGJJ)->li__D0WI.li__WZLE;
            } break;
            case __li__M1WI__: {
              li__5GJJ=((__li__M1WI *)li__IGJJ)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__5GJJ=((__li__KMFK *)li__IGJJ)->li__3RFK->li__WTBD.li__0RNE;
            } break;
            case __li__XOHL__: {
              li__5GJJ=li__T4NN(((__li__XOHL *)li__IGJJ));
            } break;
            case __li__FPHL__: {
              li__5GJJ=li__KA4L(((__li__FPHL *)li__IGJJ));
            } break;
            case __li__APLM__: {
              li__5GJJ=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__5GJJ=li__1ISO(((__li__DTNM *)li__IGJJ));
            } break;
            case __li__JXNM__: {
              li__5GJJ=li__VX3R(((__li__JXNM *)li__IGJJ));
            } break;
            case __li__21LO__: {
              li__5GJJ=((__li__21LO *)li__IGJJ)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__5GJJ=((__li__TPOO *)li__IGJJ)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__5GJJ=li__FH4R();
            } break;
            case __li__41XO__: {
              li__5GJJ=li__3FDQ(((__li__41XO *)li__IGJJ));
            } break;
            case __li__AKBR__: {
              li__5GJJ=li__WQDS(((__li__AKBR *)li__IGJJ));
            } break;
            case __li__SU5R__: {
              li__5GJJ=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__5GJJ=li__Y1IS();
            } break;
            };
            /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__5GJJ)->li__BEM &  1) !=  0)) && (! ((__li__F0C)(((__li__5RB *)li__5GJJ)->li__BEM &  4) !=  0)))) {
              li__HEZ(((__li__BC *)li__0C),(&__string_618));
              li__OUHF(((__li__5RB *)li__5GJJ),li__0C);
              li__JAZ(((__li__BC *)li__0C),(&__string_619));
              li__DNVB( 1,li__0C);
              /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__1DJJ)->__id==__li__4RUC__) {
                li__YHJJ=((__li__4RUC *)li__1DJJ)->li__5RUC.li__0CC;
              } else /* ITM_ARGS */ {
                li__YHJJ=((__li__QUAF *)li__1DJJ)->li__RUAF.li__0CC;
              };
              li__V5E(li__YHJJ);
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IGJJ)->__id) {
              case __li__WK__: {
                li__YHJJ=((__li__WK *)li__IGJJ)->li__1K.li__0K.li__0CC;
              } break;
              case __li__AVBD__: {
                li__YHJJ=((__li__AVBD *)li__IGJJ)->li__BVBD.li__0CC;
              } break;
              case __li__KVBD__: {
                li__YHJJ=((__li__KVBD *)li__IGJJ)->li__LVBD.li__0K.li__0CC;
              } break;
              case __li__WVBD__: {
                li__YHJJ=((__li__WVBD *)li__IGJJ)->li__XVBD.li__0K.li__0CC;
              } break;
              case __li__Z4WH__: {
                li__YHJJ=(*(li__YK__)).li__0CC;
              } break;
              case __li__KTVI__: {
                li__YHJJ=((__li__KTVI *)li__IGJJ)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
              } break;
              case __li__LTVI__: {
                li__YHJJ=((__li__LTVI *)li__IGJJ)->li__OTVI.li__NTVI.li__0CC;
              } break;
              case __li__XTVI__: {
                li__YHJJ=((__li__XTVI *)li__IGJJ)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
              } break;
              case __li__YTVI__: {
                li__YHJJ=((__li__YTVI *)li__IGJJ)->li__ZTVI.li__NTVI.li__0CC;
              } break;
              case __li__S2VI__: {
                li__YHJJ=((__li__S2VI *)li__IGJJ)->li__T2VI.li__IVVI.li__0CC;
              } break;
              case __li__E3VI__: {
                li__YHJJ=((__li__E3VI *)li__IGJJ)->li__F3VI.li__IVVI.li__0CC;
              } break;
              case __li__KLWI__: {
                li__YHJJ=((__li__KLWI *)li__IGJJ)->li__LLWI.li__0CC;
              } break;
              case __li__ULWI__: {
                li__YHJJ=((__li__ULWI *)li__IGJJ)->li__VLWI.li__0CC;
              } break;
              case __li__NMWI__: {
                li__YHJJ=((__li__NMWI *)li__IGJJ)->li__OMWI.li__IVVI.li__0CC;
              } break;
              case __li__BNWI__: {
                li__YHJJ=((__li__BNWI *)li__IGJJ)->li__ENWI.li__DNWI.li__0CC;
              } break;
              case __li__XNWI__: {
                li__YHJJ=((__li__XNWI *)li__IGJJ)->li__YNWI.li__DNWI.li__0CC;
              } break;
              case __li__LOWI__: {
                li__YHJJ=((__li__LOWI *)li__IGJJ)->li__MOWI.li__DNWI.li__0CC;
              } break;
              case __li__5OWI__: {
                li__YHJJ=((__li__5OWI *)li__IGJJ)->li__APWI.li__DNWI.li__0CC;
              } break;
              case __li__TPWI__: {
                li__YHJJ=((__li__TPWI *)li__IGJJ)->li__UPWI.li__DNWI.li__0CC;
              } break;
              case __li__HQWI__: {
                li__YHJJ=((__li__HQWI *)li__IGJJ)->li__IQWI.li__DNWI.li__0CC;
              } break;
              case __li__ARWI__: {
                li__YHJJ=((__li__ARWI *)li__IGJJ)->li__BRWI.li__0CC;
              } break;
              case __li__URWI__: {
                li__YHJJ=((__li__URWI *)li__IGJJ)->li__VRWI.li__0CC;
              } break;
              case __li__MSWI__: {
                li__YHJJ=((__li__MSWI *)li__IGJJ)->li__NSWI.li__0CC;
              } break;
              case __li__ETWI__: {
                li__YHJJ=((__li__ETWI *)li__IGJJ)->li__FTWI.li__0CC;
              } break;
              case __li__MZWI__: {
                li__YHJJ=((__li__MZWI *)li__IGJJ)->li__NZWI.li__0K.li__0CC;
              } break;
              case __li__C0WI__: {
                li__YHJJ=((__li__C0WI *)li__IGJJ)->li__D0WI.li__0K.li__0CC;
              } break;
              case __li__M1WI__: {
                li__YHJJ=((__li__M1WI *)li__IGJJ)->li__N1WI.li__0K.li__0CC;
              } break;
              case __li__KMFK__: {
                li__YHJJ=((__li__KMFK *)li__IGJJ)->li__LMFK.li__0CC;
              } break;
              case __li__XOHL__: {
                li__YHJJ=((__li__XOHL *)li__IGJJ)->li__0OHL.li__ZOHL.li__0CC;
              } break;
              case __li__FPHL__: {
                li__YHJJ=((__li__FPHL *)li__IGJJ)->li__GPHL.li__DNWI.li__0CC;
              } break;
              case __li__APLM__: {
                li__YHJJ=((__li__APLM *)li__IGJJ)->li__BPLM.li__IVVI.li__0CC;
              } break;
              case __li__DTNM__: {
                li__YHJJ=((__li__DTNM *)li__IGJJ)->li__ETNM.li__ZOHL.li__0CC;
              } break;
              case __li__JXNM__: {
                li__YHJJ=((__li__JXNM *)li__IGJJ)->li__KXNM.li__DNWI.li__0CC;
              } break;
              case __li__21LO__: {
                li__YHJJ=((__li__21LO *)li__IGJJ)->li__31LO.li__0CC;
              } break;
              case __li__TPOO__: {
                li__YHJJ=((__li__TPOO *)li__IGJJ)->li__UPOO.li__0CC;
              } break;
              case __li__URRO__: {
                li__YHJJ=((__li__URRO *)li__IGJJ)->li__XRRO.li__WRRO.li__0CC;
              } break;
              case __li__41XO__: {
                li__YHJJ=((__li__41XO *)li__IGJJ)->li__51XO.li__DNWI.li__0CC;
              } break;
              case __li__AKBR__: {
                li__YHJJ=((__li__AKBR *)li__IGJJ)->li__BKBR.li__DNWI.li__0CC;
              } break;
              case __li__SU5R__: {
                li__YHJJ=((__li__SU5R *)li__IGJJ)->li__TU5R.li__IVVI.li__0CC;
              } break;
              case __li__JV5R__: {
                li__YHJJ=((__li__JV5R *)li__IGJJ)->li__KV5R.li__IVVI.li__0CC;
              } break;
              };
              li__V5E(li__YHJJ);
              li__V5E(li__TDJJ->li__L41B.li__BE1B.li__0CC);
              li__ODF();
            };
          };
          li__3EJJ=(__li__K)(li__3EJJ +  1);
        };
      };
      li__FIJJ=li__B__;
    } else /* FALSE */ {
      li__FIJJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__FIJJ)) {
      /* __li__B__ __li__I__ */
if ((li__0DJJ !=  1)) {
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UDJJ)->__id) {
        case __li__WK__: {
          li__SFJJ=((__li__WK *)li__UDJJ)->li__1K.li__0K.li__0CC;
        } break;
        case __li__AVBD__: {
          li__SFJJ=((__li__AVBD *)li__UDJJ)->li__BVBD.li__0CC;
        } break;
        case __li__KVBD__: {
          li__SFJJ=((__li__KVBD *)li__UDJJ)->li__LVBD.li__0K.li__0CC;
        } break;
        case __li__WVBD__: {
          li__SFJJ=((__li__WVBD *)li__UDJJ)->li__XVBD.li__0K.li__0CC;
        } break;
        case __li__Z4WH__: {
          li__SFJJ=(*(li__YK__)).li__0CC;
        } break;
        case __li__KTVI__: {
          li__SFJJ=((__li__KTVI *)li__UDJJ)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__LTVI__: {
          li__SFJJ=((__li__LTVI *)li__UDJJ)->li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__XTVI__: {
          li__SFJJ=((__li__XTVI *)li__UDJJ)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__YTVI__: {
          li__SFJJ=((__li__YTVI *)li__UDJJ)->li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__S2VI__: {
          li__SFJJ=((__li__S2VI *)li__UDJJ)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__SFJJ=((__li__E3VI *)li__UDJJ)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__KLWI__: {
          li__SFJJ=((__li__KLWI *)li__UDJJ)->li__LLWI.li__0CC;
        } break;
        case __li__ULWI__: {
          li__SFJJ=((__li__ULWI *)li__UDJJ)->li__VLWI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__SFJJ=((__li__NMWI *)li__UDJJ)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__BNWI__: {
          li__SFJJ=((__li__BNWI *)li__UDJJ)->li__ENWI.li__DNWI.li__0CC;
        } break;
        case __li__XNWI__: {
          li__SFJJ=((__li__XNWI *)li__UDJJ)->li__YNWI.li__DNWI.li__0CC;
        } break;
        case __li__LOWI__: {
          li__SFJJ=((__li__LOWI *)li__UDJJ)->li__MOWI.li__DNWI.li__0CC;
        } break;
        case __li__5OWI__: {
          li__SFJJ=((__li__5OWI *)li__UDJJ)->li__APWI.li__DNWI.li__0CC;
        } break;
        case __li__TPWI__: {
          li__SFJJ=((__li__TPWI *)li__UDJJ)->li__UPWI.li__DNWI.li__0CC;
        } break;
        case __li__HQWI__: {
          li__SFJJ=((__li__HQWI *)li__UDJJ)->li__IQWI.li__DNWI.li__0CC;
        } break;
        case __li__ARWI__: {
          li__SFJJ=((__li__ARWI *)li__UDJJ)->li__BRWI.li__0CC;
        } break;
        case __li__URWI__: {
          li__SFJJ=((__li__URWI *)li__UDJJ)->li__VRWI.li__0CC;
        } break;
        case __li__MSWI__: {
          li__SFJJ=((__li__MSWI *)li__UDJJ)->li__NSWI.li__0CC;
        } break;
        case __li__ETWI__: {
          li__SFJJ=((__li__ETWI *)li__UDJJ)->li__FTWI.li__0CC;
        } break;
        case __li__MZWI__: {
          li__SFJJ=((__li__MZWI *)li__UDJJ)->li__NZWI.li__0K.li__0CC;
        } break;
        case __li__C0WI__: {
          li__SFJJ=((__li__C0WI *)li__UDJJ)->li__D0WI.li__0K.li__0CC;
        } break;
        case __li__M1WI__: {
          li__SFJJ=((__li__M1WI *)li__UDJJ)->li__N1WI.li__0K.li__0CC;
        } break;
        case __li__KMFK__: {
          li__SFJJ=((__li__KMFK *)li__UDJJ)->li__LMFK.li__0CC;
        } break;
        case __li__XOHL__: {
          li__SFJJ=((__li__XOHL *)li__UDJJ)->li__0OHL.li__ZOHL.li__0CC;
        } break;
        case __li__FPHL__: {
          li__SFJJ=((__li__FPHL *)li__UDJJ)->li__GPHL.li__DNWI.li__0CC;
        } break;
        case __li__APLM__: {
          li__SFJJ=((__li__APLM *)li__UDJJ)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__DTNM__: {
          li__SFJJ=((__li__DTNM *)li__UDJJ)->li__ETNM.li__ZOHL.li__0CC;
        } break;
        case __li__JXNM__: {
          li__SFJJ=((__li__JXNM *)li__UDJJ)->li__KXNM.li__DNWI.li__0CC;
        } break;
        case __li__21LO__: {
          li__SFJJ=((__li__21LO *)li__UDJJ)->li__31LO.li__0CC;
        } break;
        case __li__TPOO__: {
          li__SFJJ=((__li__TPOO *)li__UDJJ)->li__UPOO.li__0CC;
        } break;
        case __li__URRO__: {
          li__SFJJ=((__li__URRO *)li__UDJJ)->li__XRRO.li__WRRO.li__0CC;
        } break;
        case __li__41XO__: {
          li__SFJJ=((__li__41XO *)li__UDJJ)->li__51XO.li__DNWI.li__0CC;
        } break;
        case __li__AKBR__: {
          li__SFJJ=((__li__AKBR *)li__UDJJ)->li__BKBR.li__DNWI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__SFJJ=((__li__SU5R *)li__UDJJ)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__SFJJ=((__li__JV5R *)li__UDJJ)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__K4E( 1,(&__string_620));
        li__V5E(li__SFJJ);
        li__ODF();
      };
    };
  };
}

static __li__2ZEC* li__UFNJ(__li__2ZEC *li__WFNJ)
/* (Strict FAST_ARRAY(EXPR){NULLxli__2ZEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__M4OU,li__5PEL,li__IQEL;
  __li__2ZEC *li__1FNJ,*li__LKNK,*li__VKNK,*li__XFNJ;
  void **li__QQEL,**li__YESL;
  li__M4OU=(__li__K)((*(((__li__2ZEC *)li__WFNJ))).li__NKSH +  1);
  li__1FNJ=li__IF1H(li__M4OU);
  li__LKNK=((__li__2ZEC *)li__1FNJ);
  /* NULL __li__2ZEC__ */
if (li__WFNJ==NULL) {
    li__VKNK=NULL;
  } else /* FAST_ARRAY(EXPR) */ {
    li__VKNK=((__li__2ZEC *)li__WFNJ);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__VKNK != (void *)NULL)) {
    li__5PEL=(*(li__VKNK)).li__NKSH;
    /* __li__B__ __li__I__ */
if ((li__5PEL >=  0)) {
      li__IQEL=(__li__K)(li__5PEL +  1);
      /* __li__B__ __li__I__ */
if (((*(li__LKNK)).li__QGPI < li__IQEL)) {
        li__QQEL=li__KC5I(li__IQEL);
        (*(li__LKNK)).li__3GPI=li__QQEL;
        (*(li__LKNK)).li__QGPI=li__IQEL;
      };
      li__QQEL=((void **)(*(li__LKNK)).li__3GPI);
      li__YESL=(*(li__VKNK)).li__3GPI;
      li__IQEL=li__5PEL;
      while ((li__IQEL >=  0)) {
        li__QQEL[li__IQEL]=((void **)li__YESL)[li__IQEL];
        li__IQEL=(__li__K)(li__IQEL -  1);
      };
    };
    (*(li__LKNK)).li__NKSH=li__5PEL;
  } else /* FALSE */ {
    (*(li__LKNK)).li__NKSH=(__li__K)(-  1);
    li__5PEL=(*(li__WFNJ)).li__NKSH;
    li__IQEL= 0;
    while ((li__IQEL <= li__5PEL)) {
      li__2YPI(li__LKNK,((void **)(*(((__li__2ZEC *)li__WFNJ))).li__3GPI)[li__IQEL]);
      li__IQEL=(__li__K)(li__IQEL +  1);
    };
  };
  li__T4PJ(li__WFNJ);
  li__XFNJ=li__1FNJ;
  return(li__XFNJ);
}

static __li__ODID* li__UVPJ(__li__PO li__WVPJ,void *li__XVPJ,__li__2ZEC *li__YVPJ)
/* (Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__1RRF *li__CWPJ,*li__TWPJ;
  __li__5RB *li__HWPJ,*li__QWPJ,*li__ILYU;
  void *li__IWPJ,*li__RWPJ;
  __li__UJSH *li__KWPJ;
  __li__PF *li__WJYU;
  __li__PO li__3WPJ;
  __li__K li__Z4OU,li__14OU,li__34OU,li__54OU,li__F5OU,li__H5OU;
  __li__K li__J5OU;
  void *li__CYPJ,*li__HYPJ;
  __li__KI *li__XYPJ,*li__1JYU;
  __li__VTBD *li__ZYPJ;
  __li__O3B *li__1YPJ;
  __li__0VPJ *li__IFUJ,*li__RGUJ;
  __li__CB li__JFUJ,li__GKYU;
  __li__JJG li__RFUJ,li__JKYU,li__EKYU;
  __li__52B li__UKYU;
  __li__Z4WH *li__YM5L;
  __li__KVBD *li__JLYU,*li__OLYU;
  __li__ODID *li__LJSJ,*li__AXMU,*li__ZVPJ;
  __li__3PZ *li__AWPJ;
  __li__2ZEC *li__1RRU,*li__HM5L;
  __li__C li__0M5L;
  li__CWPJ=NULL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XVPJ)->__id) {
  case __li__WK__: {
    li__HWPJ=((__li__WK *)li__XVPJ)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__HWPJ=((__li__AVBD *)li__XVPJ)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__HWPJ=((__li__KVBD *)li__XVPJ)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__HWPJ=((__li__WVBD *)li__XVPJ)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__HWPJ=li__JK5J(((__li__Z4WH *)li__XVPJ));
  } break;
  case __li__KTVI__: {
    li__HWPJ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__HWPJ=li__553L();
  } break;
  case __li__XTVI__: {
    li__HWPJ=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__HWPJ=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__HWPJ=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__HWPJ=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__HWPJ=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__HWPJ=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__HWPJ=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__HWPJ=li__DWEK(((__li__BNWI *)li__XVPJ));
  } break;
  case __li__XNWI__: {
    li__HWPJ=li__IWEK(((__li__XNWI *)li__XVPJ));
  } break;
  case __li__LOWI__: {
    li__HWPJ=li__NWEK(((__li__LOWI *)li__XVPJ));
  } break;
  case __li__5OWI__: {
    li__HWPJ=li__SWEK(((__li__5OWI *)li__XVPJ));
  } break;
  case __li__TPWI__: {
    li__HWPJ=li__XWEK(((__li__TPWI *)li__XVPJ));
  } break;
  case __li__HQWI__: {
    li__HWPJ=li__2WEK(((__li__HQWI *)li__XVPJ));
  } break;
  case __li__ARWI__: {
    li__HWPJ=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__HWPJ=li__FXEK(((__li__URWI *)li__XVPJ));
  } break;
  case __li__MSWI__: {
    li__HWPJ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__HWPJ=((__li__ETWI *)li__XVPJ)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__HWPJ=((__li__MZWI *)li__XVPJ)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__HWPJ=((__li__C0WI *)li__XVPJ)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__HWPJ=((__li__M1WI *)li__XVPJ)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__HWPJ=((__li__KMFK *)li__XVPJ)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__HWPJ=li__T4NN(((__li__XOHL *)li__XVPJ));
  } break;
  case __li__FPHL__: {
    li__HWPJ=li__KA4L(((__li__FPHL *)li__XVPJ));
  } break;
  case __li__APLM__: {
    li__HWPJ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__HWPJ=li__1ISO(((__li__DTNM *)li__XVPJ));
  } break;
  case __li__JXNM__: {
    li__HWPJ=li__VX3R(((__li__JXNM *)li__XVPJ));
  } break;
  case __li__21LO__: {
    li__HWPJ=((__li__21LO *)li__XVPJ)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__HWPJ=((__li__TPOO *)li__XVPJ)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__HWPJ=li__FH4R();
  } break;
  case __li__41XO__: {
    li__HWPJ=li__3FDQ(((__li__41XO *)li__XVPJ));
  } break;
  case __li__AKBR__: {
    li__HWPJ=li__WQDS(((__li__AKBR *)li__XVPJ));
  } break;
  case __li__SU5R__: {
    li__HWPJ=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__HWPJ=li__Y1IS();
  } break;
  };
  li__IWPJ=((__li__5RB *)li__HWPJ)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__IWPJ==NULL) {
    li__KWPJ=NULL;
  } else {
    if (((struct ___OBJ *)li__IWPJ)->__id==__li__UJSH__) {
      li__KWPJ=((void *)li__IWPJ);
    } else /* Other types */ {
      li__KWPJ=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__KWPJ == (void *)NULL)) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XVPJ)->__id) {
    case __li__WK__: {
      li__QWPJ=((__li__WK *)li__XVPJ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__QWPJ=((__li__AVBD *)li__XVPJ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__QWPJ=((__li__KVBD *)li__XVPJ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__QWPJ=((__li__WVBD *)li__XVPJ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__QWPJ=li__JK5J(((__li__Z4WH *)li__XVPJ));
    } break;
    case __li__KTVI__: {
      li__QWPJ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__QWPJ=li__553L();
    } break;
    case __li__XTVI__: {
      li__QWPJ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__QWPJ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__QWPJ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__QWPJ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__QWPJ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__QWPJ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__QWPJ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__QWPJ=li__DWEK(((__li__BNWI *)li__XVPJ));
    } break;
    case __li__XNWI__: {
      li__QWPJ=li__IWEK(((__li__XNWI *)li__XVPJ));
    } break;
    case __li__LOWI__: {
      li__QWPJ=li__NWEK(((__li__LOWI *)li__XVPJ));
    } break;
    case __li__5OWI__: {
      li__QWPJ=li__SWEK(((__li__5OWI *)li__XVPJ));
    } break;
    case __li__TPWI__: {
      li__QWPJ=li__XWEK(((__li__TPWI *)li__XVPJ));
    } break;
    case __li__HQWI__: {
      li__QWPJ=li__2WEK(((__li__HQWI *)li__XVPJ));
    } break;
    case __li__ARWI__: {
      li__QWPJ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__QWPJ=li__FXEK(((__li__URWI *)li__XVPJ));
    } break;
    case __li__MSWI__: {
      li__QWPJ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__QWPJ=((__li__ETWI *)li__XVPJ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__QWPJ=((__li__MZWI *)li__XVPJ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__QWPJ=((__li__C0WI *)li__XVPJ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__QWPJ=((__li__M1WI *)li__XVPJ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__QWPJ=((__li__KMFK *)li__XVPJ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__QWPJ=li__T4NN(((__li__XOHL *)li__XVPJ));
    } break;
    case __li__FPHL__: {
      li__QWPJ=li__KA4L(((__li__FPHL *)li__XVPJ));
    } break;
    case __li__APLM__: {
      li__QWPJ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__QWPJ=li__1ISO(((__li__DTNM *)li__XVPJ));
    } break;
    case __li__JXNM__: {
      li__QWPJ=li__VX3R(((__li__JXNM *)li__XVPJ));
    } break;
    case __li__21LO__: {
      li__QWPJ=((__li__21LO *)li__XVPJ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__QWPJ=((__li__TPOO *)li__XVPJ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__QWPJ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__QWPJ=li__3FDQ(((__li__41XO *)li__XVPJ));
    } break;
    case __li__AKBR__: {
      li__QWPJ=li__WQDS(((__li__AKBR *)li__XVPJ));
    } break;
    case __li__SU5R__: {
      li__QWPJ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__QWPJ=li__Y1IS();
    } break;
    };
    li__RWPJ=((__li__5RB *)li__QWPJ)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__RWPJ==NULL) {
      li__TWPJ=NULL;
    } else {
      if (((struct ___OBJ *)li__RWPJ)->__id==__li__1RRF__) {
        li__TWPJ=((void *)li__RWPJ);
      } else /* Other types */ {
        li__TWPJ=NULL;
      }
    };
    li__CWPJ=li__TWPJ;
  } else /* FALSE */ {
    li__CWPJ=li__KWPJ->li__ZWPJ;
  };
  li__AWPJ=li__CWPJ->li__3Y0F;
  li__WJYU=li__QLKI();
  li__3WPJ=li__WJYU->li__SF.li__RF.li__0CC;
  li__Z4OU=(__li__K)((*(((__li__3PZ *)li__AWPJ))).li__1JGB +  1);
  li__14OU=(__li__K)((*(((__li__2ZEC *)li__YVPJ))).li__NKSH +  1);
  /* __li__B__ __li__I__ */
if (((__li__K)(li__Z4OU +  1) != li__14OU)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_621));
    li__34OU=(__li__K)((*(((__li__2ZEC *)li__YVPJ))).li__NKSH +  1);
    li__B0E(li__34OU,li__0C);
    li__JAZ(((__li__BC *)li__0C),(&__string_622));
    li__54OU=(__li__K)((*(((__li__3PZ *)li__AWPJ))).li__1JGB +  1);
    li__B0E((__li__K)(li__54OU +  1),li__0C);
    li__SRX(((__li__BC *)li__0C),')');
    li__DNVB( 1,li__0C);
    li__V5E(li__3WPJ);
    li__V5E(li__WVPJ);
    li__ODF();
  };
  li__Z4OU= 1;
  li__14OU=(*(li__YVPJ)).li__NKSH;
  while ((li__Z4OU <= li__14OU)) {
    li__CYPJ=((void **)(*(((__li__2ZEC *)li__YVPJ))).li__3GPI)[li__Z4OU];
    li__QWPJ=((void **)(*(((__li__3PZ *)li__AWPJ))).li__WNFC)[(__li__K)(li__Z4OU -  1)];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CYPJ)->__id) {
    case __li__WK__: {
      li__HYPJ=li__KPGK(((__li__WK *)li__CYPJ),li__QWPJ,li__3WPJ);
    } break;
    case __li__AVBD__: {
      li__HYPJ=li__4XGK(((__li__AVBD *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__KVBD__: {
      li__HYPJ=li__TAHK(((__li__KVBD *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__WVBD__: {
      li__HYPJ=li__IJHK(((__li__WVBD *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__Z4WH__: {
      li__HYPJ=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__KTVI__: {
      li__HYPJ=li__4RHK(((__li__KTVI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__LTVI__: {
      li__HYPJ=li__TXMN(((__li__LTVI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__XTVI__: {
      li__HYPJ=li__U0HK(((__li__XTVI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__YTVI__: {
      li__HYPJ=li__IANN(((__li__YTVI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__S2VI__: {
      li__HYPJ=li__JDIK(((__li__S2VI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__E3VI__: {
      li__HYPJ=li__4LIK(((__li__E3VI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__KLWI__: {
      li__HYPJ=li__SUIK(((__li__KLWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__ULWI__: {
      li__HYPJ=li__G3IK(((__li__ULWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__NMWI__: {
      li__HYPJ=li__1FJK(((__li__NMWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__BNWI__: {
      li__HYPJ=li__QOJK(((__li__BNWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__XNWI__: {
      li__HYPJ=li__FXJK(((__li__XNWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__LOWI__: {
      li__HYPJ=li__05JK(((__li__LOWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__5OWI__: {
      li__HYPJ=li__PIKK(((__li__5OWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__TPWI__: {
      li__HYPJ=li__ERKK(((__li__TPWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__HQWI__: {
      li__HYPJ=li__ZZKK(((__li__HQWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__ARWI__: {
      li__HYPJ=li__NCLK(((__li__ARWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__URWI__: {
      li__HYPJ=li__BLLK(((__li__URWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__MSWI__: {
      li__HYPJ=li__VTLK(((__li__MSWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__ETWI__: {
      li__HYPJ=li__J2LK(((__li__ETWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__MZWI__: {
      li__HYPJ=li__4EMK(((__li__MZWI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__C0WI__: {
      li__HYPJ=li__TNMK(((__li__C0WI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__M1WI__: {
      li__HYPJ=li__Q3IP(((__li__M1WI *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__KMFK__: {
      li__HYPJ=li__JG2L(((__li__KMFK *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__XOHL__: {
      li__HYPJ=li__3INN(((__li__XOHL *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__FPHL__: {
      li__HYPJ=li__SRNN(((__li__FPHL *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__APLM__: {
      li__HYPJ=li__5JCQ(((__li__APLM *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__DTNM__: {
      li__HYPJ=li__S2RO(((__li__DTNM *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__JXNM__: {
      li__HYPJ=li__UZCS(((__li__JXNM *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__21LO__: {
      li__HYPJ=li__FGJP(((__li__21LO *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__TPOO__: {
      li__HYPJ=li__0OJP(((__li__TPOO *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__URRO__: {
      li__HYPJ=li__TNPS(((__li__URRO *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__41XO__: {
      li__HYPJ=li__USCQ(((__li__41XO *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__AKBR__: {
      li__HYPJ=li__4CDS(((__li__AKBR *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__SU5R__: {
      li__HYPJ=li__IWPS(((__li__SU5R *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    case __li__JV5R__: {
      li__HYPJ=li__34PS(((__li__JV5R *)((__li__WK *)li__CYPJ)),li__QWPJ,li__3WPJ);
    } break;
    };
    li__1RRU=((__li__2ZEC *)li__YVPJ);
    li__CYPJ=li__HYPJ;
    ((void **)(*(li__1RRU)).li__3GPI)[li__Z4OU]=li__CYPJ;
    li__Z4OU=(__li__K)(li__Z4OU +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    /* __li__B__ __li__I__ */
if (((void *)li__JI == (void *)NULL)) {
      li__KBG((&__string_623));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__XYPJ=li__XIKB;
    li__RWPJ=li__JI;
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__RWPJ)->__id==__li__1M__) {
      li__ZYPJ=((__li__1M *)li__RWPJ)->li__2M.li__IPME;
    } else /* PROFIL_BLOCK */ {
      li__ZYPJ=((__li__UJSH *)li__RWPJ)->li__VJSH.li__IPME;
    };
    li__1YPJ=li__WJUD(li__O3B__,li__WVPJ,li__ZYPJ,li__I__);
    li__1JYU=((__li__KI *)li__XYPJ);
    li__P2VG(((__li__TOLE *)li__1JYU->li__2OLE),li__1YPJ);
    li__WVRE(li__1JYU);
  };
  li__IFUJ=NULL;
  li__JFUJ=((__li__CB )(NULL));
  li__RFUJ=((__li__JJG )sizeof(__li__0VPJ));
  /* __li__B__ __li__I__ */
if ((li__RFUJ ==  0)) {
    li__IFUJ=li__0VPJ__;
  } else /* FALSE */ {
    li__34OU=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__RFUJ));
    /* __li__B__ __li__I__ */
if ((li__34OU == (__li__K)(-  1))) {
      li__JKYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__EKYU=(__li__JJG)((__li__JJG)(li__RFUJ - (__li__JJG)(((__li__JJG ) 0) - li__JKYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JKYU) - ((__li__JJG ) 1)));
      li__JKYU=(__li__JJG)(li__EKYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__GKYU=li__YCJ(li__EKYU,((__li__CB )(&(table_size[(li__JKYU)-1]))),((__li__52B )li__EKYU));
      li__JFUJ=li__GKYU;
    } else /* FALSE */ {
      li__UKYU=((__li__52B )li__34OU);
      li__JKYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__EKYU=(__li__JJG)((__li__JJG)(li__RFUJ - (__li__JJG)(((__li__JJG ) 0) - li__JKYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JKYU) - ((__li__JJG ) 1)));
      li__GKYU=li__YCJ(li__EKYU,((__li__CB )(&(table_type[(li__UKYU)]))),(__li__52B)(li__UKYU |  1));
      li__JFUJ=li__GKYU;
    };
    li__RGUJ=((__li__0VPJ *)li__JFUJ);
    li__IFUJ=li__RGUJ;
    *(li__RGUJ) = *(li__0VPJ__);
  };
  li__RGUJ=((__li__0VPJ *)li__IFUJ);
  /* __li__B__ __li__I__ */
if (((void *)li__JI == (void *)NULL)) {
    li__RGUJ->li__3VPJ.li__2VPJ.li__UDID.li__BPME=li__YTBD;
  } else /* FALSE */ {
    li__RWPJ=li__JI;
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__RWPJ)->__id==__li__1M__) {
      li__ZYPJ=((__li__1M *)li__RWPJ)->li__2M.li__IPME;
    } else /* PROFIL_BLOCK */ {
      li__ZYPJ=((__li__UJSH *)li__RWPJ)->li__VJSH.li__IPME;
    };
    li__RGUJ->li__3VPJ.li__2VPJ.li__UDID.li__BPME=li__ZYPJ;
  };
  li__WJYU=li__QLKI();
  li__RGUJ->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC=li__WJYU->li__SF.li__RF.li__0CC;
  li__RGUJ->li__3VPJ.li__0EOK=li__YVPJ;
  li__WJYU=li__QLKI();
  li__3WPJ=li__WJYU->li__SF.li__RF.li__0CC;
  li__TWPJ=((__li__1RRF *)li__CWPJ);
  li__IWPJ=NULL;
  li__1RRU=NULL;
  li__F5OU=(__li__K)((*(((__li__3PZ *)li__TWPJ->li__HZ0F))).li__1JGB +  1);
  /* __li__B__ __li__I__ */
if ((li__F5OU >  1)) {
    li__H5OU=(__li__K)((*(((__li__3PZ *)li__TWPJ->li__HZ0F))).li__1JGB +  1);
    li__HM5L=li__IF1H(li__H5OU);
    li__1RRU=li__HM5L;
    li__34OU=(*(li__TWPJ->li__HZ0F)).li__1JGB;
    li__54OU= 0;
    while ((li__54OU <= li__34OU)) {
      li__HYPJ=li__O1WH(((__li__5RB *)((void **)(*(((__li__3PZ *)li__TWPJ->li__HZ0F))).li__WNFC)[li__54OU]),li__3WPJ);
      li__2YPI(((__li__2ZEC *)li__1RRU),li__HYPJ);
      li__54OU=(__li__K)(li__54OU +  1);
    };
    li__YM5L=li__4F1H(li__HM5L);
    li__IWPJ=li__YM5L;
    li__0M5L=li__B__;
  } else /* FALSE */ {
    li__0M5L=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__0M5L)) {
    li__J5OU=(__li__K)((*(((__li__3PZ *)li__TWPJ->li__HZ0F))).li__1JGB +  1);
    /* __li__B__ __li__I__ */
if ((li__J5OU ==  1)) {
      li__ILYU=((void **)(*(((__li__3PZ *)li__TWPJ->li__HZ0F))).li__WNFC)[ 0];
      li__CYPJ=li__O1WH(((__li__5RB *)li__ILYU),li__3WPJ);
      li__IWPJ=li__CYPJ;
    } else /* FALSE */ {
      li__QWPJ=li__QRB__->li__RRB.li__J0C;
      li__JLYU=li__5QND();
      li__OLYU=((__li__KVBD *)li__JLYU);
      li__OLYU->li__LVBD.li__0K.li__0CC=li__3WPJ;
      li__ILYU=li__NNSE(((__li__5RB *)li__QWPJ));
      li__OLYU->li__LVBD.li__WZLE=li__ILYU;
      li__IWPJ=li__JLYU;
    };
  };
  li__RGUJ->li__4EOK=li__IWPJ;
  li__LJSJ=li__PQUD();
  li__AXMU=((__li__ODID *)li__LJSJ);
  li__AXMU->li__PDID.li__PPME=li__XVPJ;
  li__AXMU->li__PDID.li__QPME=li__IFUJ;
  li__RP=(__li__K)(li__RP +  1);
  li__IPQH(((__li__ZDID *)li__BEID),li__LJSJ);
  li__ZVPJ=li__LJSJ;
  return(li__ZVPJ);
}

static __li__C li__SALE(__li__U *li__TALE,__li__U *li__UALE)
/* (Strict STRING_CONSTANT{li__U},Generic Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__YALE;
  __li__C li__4ALE,li__BBLE,li__VALE;
  /* NULL __li__U__ */
if (li__UALE==NULL) {
    li__YALE=NULL;
  } else /* STRING_CONSTANT */ {
    li__YALE=((__li__U *)li__UALE);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__YALE != (void *)NULL)) {
    li__4ALE=li__TT1(li__TALE,li__YALE);
    li__BBLE=li__4ALE;
  } else /* FALSE */ {
    li__BBLE=li__I__;
  };
  li__VALE=li__BBLE;
  return(li__VALE);
}

static void li__BIJM(__li__QWEC *li__CIJM,__li__BC *li__DIJM)
/* (Strict SLOT_CODE{li__QWEC},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EIJM;
  void *li__QNCN,*li__VNBO,*li__EHKO;
  __li__U *li__LIJM,*li__UIJM,*li__1IJM;
  __li__C li__BJJM;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CIJM->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
  li__EIJM= 1;
  li__JZSM:
  {
    li__QNCN=li__CIJM->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QNCN)->__id==__li__IZB__) {
      li__LIJM=((__li__IZB *)li__QNCN)->li__JZB.li__R2B;
    } else /* ITM_SLOT_OPERATOR */ {
      li__LIJM=((__li__4HAD *)li__QNCN)->li__5HAD.li__JZB.li__R2B;
    };
    /* __li__B__ __li__I__ */
if ((li__EIJM < ((__li__U *)li__LIJM)->li__2C)) {
      li__VNBO=li__CIJM->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VNBO)->__id==__li__IZB__) {
        li__UIJM=((__li__IZB *)li__VNBO)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__UIJM=((__li__4HAD *)li__VNBO)->li__5HAD.li__JZB.li__R2B;
      };
      /* __li__B__ __li__I__ */
if ((((__li__3 *)((__li__U *)li__UIJM)->li__3C)[(__li__K)(li__EIJM -  1)] == '_')) {
        li__EHKO=li__CIJM->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EHKO)->__id==__li__IZB__) {
          li__1IJM=((__li__IZB *)li__EHKO)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__1IJM=((__li__4HAD *)li__EHKO)->li__5HAD.li__JZB.li__R2B;
        };
        li__BJJM=(((__li__3 *)((__li__U *)li__1IJM)->li__3C)[(__li__K)((__li__K)(li__EIJM +  1) -  1)] == '_');
      } else /* FALSE */ {
        li__BJJM=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__BJJM) {
        li__SRX(((__li__BC *)li__DIJM),' ');
        li__EIJM=(__li__K)(li__EIJM +  2);
      } else /* FALSE */ {
        li__EHKO=li__CIJM->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EHKO)->__id==__li__IZB__) {
          li__1IJM=((__li__IZB *)li__EHKO)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__1IJM=((__li__4HAD *)li__EHKO)->li__5HAD.li__JZB.li__R2B;
        };
        li__SRX(((__li__BC *)li__DIJM),((__li__3 *)((__li__U *)li__1IJM)->li__3C)[(__li__K)(li__EIJM -  1)]);
        li__EIJM=(__li__K)(li__EIJM +  1);
      };
      goto li__JZSM;
    };
  };
  li__QNCN=li__CIJM->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QNCN)->__id==__li__IZB__) {
    li__LIJM=((__li__IZB *)li__QNCN)->li__JZB.li__R2B;
  } else /* ITM_SLOT_OPERATOR */ {
    li__LIJM=((__li__4HAD *)li__QNCN)->li__5HAD.li__JZB.li__R2B;
  };
  li__UIJM=((__li__U *)li__LIJM);
  li__SRX(((__li__BC *)li__DIJM),((__li__3 *)li__UIJM->li__3C)[(__li__K)(li__UIJM->li__2C -  1)]);
}

static void li__WJJM(__li__QWEC *li__XJJM,__li__BC *li__YJJM)
/* (Strict SLOT_CODE{li__QWEC},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__0ZSM,*li__NOCN;
  __li__U *li__ZJJM,*li__IKJM;
  __li__C li__2JJM,li__DKJM;
  li__0ZSM=li__XJJM->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0ZSM)->__id==__li__IZB__) {
    li__ZJJM=((__li__IZB *)li__0ZSM)->li__JZB.li__R2B;
  } else /* ITM_SLOT_OPERATOR */ {
    li__ZJJM=((__li__4HAD *)li__0ZSM)->li__5HAD.li__JZB.li__R2B;
  };
  li__2JJM=li__5ZSM(((__li__U *)li__ZJJM),(&__string_89));
  /* __li__B__ __li__I__ */
if (li__2JJM) {
    li__JAZ(((__li__BC *)li__YJJM),(&__string_624));
    li__DKJM=li__B__;
  } else /* FALSE */ {
    li__DKJM=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__DKJM)) {
    li__NOCN=li__XJJM->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NOCN)->__id==__li__IZB__) {
      li__IKJM=((__li__IZB *)li__NOCN)->li__JZB.li__R2B;
    } else /* ITM_SLOT_OPERATOR */ {
      li__IKJM=((__li__4HAD *)li__NOCN)->li__5HAD.li__JZB.li__R2B;
    };
    li__DKJM=li__5ZSM(((__li__U *)li__IKJM),(&__string_88));
    /* __li__B__ __li__I__ */
if (li__DKJM) {
      li__JAZ(((__li__BC *)li__YJJM),(&__string_625));
    } else /* FALSE */ {
      li__JAZ(((__li__BC *)li__YJJM),(&__string_626));
    };
  };
  li__0ZSM=li__XJJM->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0ZSM)->__id==__li__IZB__) {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XJJM->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__QUVK(li__XJJM,(&__string_627));
    } else /* ITM_SLOT_OPERATOR */ {
      li__QUVK(li__XJJM,(&__string_627));
    };
    li__ZJJM=NULL;
  } else /* ITM_SLOT_OPERATOR */ {
    li__ZJJM=((__li__4HAD *)li__0ZSM)->li__LZHD;
  };
  li__JAZ(((__li__BC *)li__YJJM),li__ZJJM);
  li__SRX(((__li__BC *)li__YJJM),'\'');
}

static void li__T4PJ(__li__2ZEC *li__V4PJ)
/* (Strict FAST_ARRAY(EXPR){NULLxli__2ZEC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__H02L,li__UVRN,li__4WRN,li__YZYO;
  __li__CB li__YWRN;
  __li__MCJJ *li__4Y2L;
  __li__C li__PZ2L;
  void **li__5Z2L;
  (*(((__li__2ZEC *)li__V4PJ))).li__NKSH=(__li__K)(-  1);
  li__4Y2L=((__li__MCJJ *)li__VCJJ);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__4Y2L)).li__QS2L +  1) <= (__li__K)((*(li__4Y2L)).li__CZ2L -  1))) {
    (*(li__4Y2L)).li__QS2L=(__li__K)((*(li__4Y2L)).li__QS2L +  1);
    li__PZ2L=li__B__;
  } else /* FALSE */ {
    li__PZ2L=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__PZ2L)) {
    /* __li__B__ __li__I__ */
if (((*(li__4Y2L)).li__CZ2L ==  0)) {
      li__5Z2L=li__RYSM( 2);
      (*(li__4Y2L)).li__A02L=li__5Z2L;
      (*(li__4Y2L)).li__CZ2L= 2;
      (*(li__4Y2L)).li__QS2L= 0;
    } else /* FALSE */ {
      li__H02L=(__li__K)((*(li__4Y2L)).li__CZ2L <<  1);
      li__5Z2L=((void **)(*(li__4Y2L)).li__A02L);
      li__UVRN=(*(li__4Y2L)).li__CZ2L;
      li__YWRN=li__CUY(((__li__CB )li__5Z2L),((__li__JJG )(__li__K)(li__UVRN * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__H02L * ((__li__K )(sizeof(void *))))));
      li__5Z2L=((void **)li__YWRN);
      li__4WRN=(__li__K)(li__H02L -  1);
      li__YZYO=li__UVRN;
      while ((li__YZYO <= li__4WRN)) {
        li__5Z2L[li__YZYO]=NULL;
        li__YZYO=(__li__K)(li__YZYO +  1);
      };
      (*(li__4Y2L)).li__A02L=li__5Z2L;
      (*(li__4Y2L)).li__CZ2L=li__H02L;
      (*(li__4Y2L)).li__QS2L=(__li__K)((*(li__4Y2L)).li__QS2L +  1);
    };
  };
  ((void **)(*(li__4Y2L)).li__A02L)[(*(li__4Y2L)).li__QS2L]=li__V4PJ;
}

static __li__ODID* li__2IUJ(__li__PO li__4IUJ,void *li__5IUJ,void *li__AJUJ,__li__2ZEC *li__BJUJ,__li__C li__CJUJ)
/* (Expanded POSITION{li__PO},SLOT{NULLxli__DZBxli__QWEC},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},Expanded BOOLEAN{li__Bxli__I}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__1VPJ *li__O5WJ;
  __li__ODID *li__35WJ,*li__GXMU,*li__DJUJ;
  li__O5WJ=li__T4YJ();
  li__UVOK(((__li__1VPJ *)li__O5WJ),li__4IUJ,li__5IUJ,li__BJUJ,li__CJUJ);
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5IUJ)->__id==__li__DZB__) {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__5IUJ)->li__LZB->li__KZB)->__id==__li__IZB__) {
      li__AC3L(((__li__DZB *)li__5IUJ),li__BJUJ,li__O5WJ);
    } else /* ITM_SLOT_OPERATOR */ {
      li__AC3L(((__li__DZB *)li__5IUJ),li__BJUJ,li__O5WJ);
    };
  } else /* SLOT_CODE */ {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__5IUJ)->li__RWEC->li__KZB)->__id==__li__IZB__) {
      li__XC3L(((__li__QWEC *)((__li__DZB *)li__5IUJ)),li__BJUJ,li__O5WJ);
    } else /* ITM_SLOT_OPERATOR */ {
      li__XC3L(((__li__QWEC *)((__li__DZB *)li__5IUJ)),li__BJUJ,li__O5WJ);
    };
  };
  li__35WJ=li__PQUD();
  li__GXMU=((__li__ODID *)li__35WJ);
  li__GXMU->li__PDID.li__PPME=li__AJUJ;
  li__GXMU->li__PDID.li__QPME=li__O5WJ;
  li__RP=(__li__K)(li__RP +  1);
  li__IPQH(((__li__ZDID *)li__BEID),li__35WJ);
  li__DJUJ=li__35WJ;
  return(li__DJUJ);
}

static void* li__ZAHJ(__li__ODID *li__0AHJ)
/* (Strict NODE_TYPE{li__ODID}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__2AHJ;
  void *li__3AHJ,*li__1AHJ;
  li__2AHJ=li__0AHJ->li__PDID.li__QPME;
  /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__2AHJ)->__id) {
  case __li__RDID__: {
    li__3AHJ=((__li__RDID *)li__2AHJ)->li__UDID.li__YOME;
  } break;
  case __li__GO3I__: {
    li__3AHJ=((__li__GO3I *)li__2AHJ)->li__LHGK;
  } break;
  case __li__NY3I__: {
    li__3AHJ=((__li__NY3I *)li__2AHJ)->li__OY3I.li__YOME;
  } break;
  case __li__SJPJ__: {
    li__3AHJ=((__li__SJPJ *)li__2AHJ)->li__TJPJ.li__YOME;
  } break;
  case __li__0VPJ__: {
    li__3AHJ=((__li__0VPJ *)li__2AHJ)->li__4EOK;
  } break;
  case __li__1VPJ__: {
    li__3AHJ=((__li__1VPJ *)li__2AHJ)->li__2VPJ.li__UDID.li__YOME;
  } break;
  };
  li__1AHJ=li__3AHJ;
  return(li__1AHJ);
}

static void* li__B5UI(__li__QOZB *li__C5UI)
/* (Strict ITM_LIST{li__QOZB}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__I5UI,*li__D5NK,*li__EAOK,*li__D5UI;
  __li__K li__N5UI,li__R5UI,li__35UI,li__POIJ,li__A2OJ,li__5UWJ;
  __li__K li__NENM;
  __li__4N0B *li__LUTJ;
  __li__PO li__OUTJ,li__SUTJ,li__DAOK,li__EWTJ;
  __li__U *li__TUTJ,*li__L5NK,*li__MXTJ;
  void *li__UUTJ;
  __li__1M *li__VUTJ;
  __li__5RB *li__WUTJ,*li__HJJV;
  __li__VTBD *li__JJJV,*li__C5NK,*li__PKJV,*li__5TYJ,*li__MENM,*li__0FNM;
  __li__VTBD *li__EHNM;
  void *li__K5NK;
  __li__PF *li__RLYU;
  __li__WVBD *li__U5NK,*li__QJJV;
  __li__DFNL *li__WLYU,*li__J2OJ;
  __li__KI *li__YLYU,*li__EMYU;
  void *li__PWTJ,*li__U0EL,*li__AVNK;
  __li__ULSB *li__1WTJ;
  __li__IZB *li__3WTJ,*li__QO0J;
  __li__4RUC *li__DNAD,*li__YXRT;
  __li__QWEC *li__WXOJ,*li__YXOJ;
  __li__QOZB *li__XUNK,*li__VVNK;
  __li__KMFK *li__3ZOJ,*li__XCVI;
  __li__MZWI *li__00OJ;
  __li__V34B *li__EKJV,*li__IKJV;
  __li__C0WI *li__FKJV,*li__JKJV;
  __li__WK *li__M1OJ;
  __li__XMUC *li__P1OJ;
  __li__Z4WH *li__X1OJ,*li__R1OJ;
  __li__KVBD *li__TMYU,*li__YMYU;
  __li__2ZEC *li__K5UI,*li__KMYU;
  __li__C li__N5NK,li__IWTJ;
  __li__I03C *li__5WTJ,*li__GXTJ;
  __li__Z0IE *li__MKJV,*li__4TYJ;
  void **li__QKJV;
  li__I5UI=NULL;
  li__K5UI=NULL;
  li__N5UI=(__li__K)((*(li__C1IE)).li__4BPE +  1);
  li__R5UI=(__li__K)((*(li__O5UI)).li__4BPE +  1);
  /* __li__B__ __li__I__ */
if (((void *)li__C5UI->li__WC1F != (void *)NULL)) {
    li__35UI=(*(li__C5UI->li__WC1F)).li__QV1B;
    li__POIJ= 0;
    while ((li__POIJ <= li__35UI)) {
      li__LUTJ=((__li__4N0B *)((void **)(*(((__li__AO0B *)li__C5UI->li__WC1F))).li__E0ED)[li__POIJ]);
      li__OUTJ=((__li__PO ) 0);
      li__5JKB=li__LUTJ->li__5N0B.li__0CC;
      li__SUTJ=li__LUTJ->li__5N0B.li__0CC;
      li__TUTJ=li__LUTJ->li__TX1B;
      li__UUTJ=li__LUTJ->li__3GSF;
      li__VUTJ=li__2UUD;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__UUTJ)->__id) {
      case __li__WRB__: {
        li__WUTJ=li__1A3I(((__li__WRB *)li__UUTJ),li__VUTJ);
      } break;
      case __li__XRB__: {
        li__WUTJ=li__PC3I(((__li__XRB *)((__li__WRB *)li__UUTJ)),li__VUTJ);
      } break;
      case __li__KUB__: {
        li__WUTJ=li__DE3I(((__li__KUB *)((__li__WRB *)li__UUTJ)),li__VUTJ);
      } break;
      case __li__VB1__: {
        li__WUTJ=li__IG3I(((__li__VB1 *)((__li__WRB *)li__UUTJ)),li__VUTJ);
      } break;
      case __li__4O2B__: {
        li__HJJV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__UUTJ)),li__VUTJ);
        li__WUTJ=li__HJJV;
      } break;
      };
      li__JJJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__JJJV),li__SUTJ,li__TUTJ,'+',li__WUTJ);
      li__5JKB=li__OUTJ;
      li__GORJ(((__li__Z0IE *)li__C1IE),li__JJJV);
      li__C5NK=((__li__VTBD *)li__JJJV);
      li__UUTJ=li__DCVK(((__li__5RB *)li__C5NK->li__WTBD.li__0RNE),li__C5NK->li__WTBD.li__FZB.li__RF.li__0CC);
      li__D5NK=li__UUTJ;
      li__K5NK=((__li__5RB *)li__C5NK->li__WTBD.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__K5NK)->__id) {
      case __li__IF__: {
        li__L5NK=((__li__IF *)li__K5NK)->li__TF->li__SF.li__R2B;
      } break;
      case __li__ORB__: {
        li__L5NK=(&__string_1);
      } break;
      case __li__QRB__: {
        li__L5NK=(&__string_2);
      } break;
      case __li__SRB__: {
        li__L5NK=(&__string_51);
      } break;
      case __li__URB__: {
        li__L5NK=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__L5NK=((__li__GSZ *)li__K5NK)->li__EGQB;
      } break;
      case __li__1RRF__: {
        li__RLYU=li__QLKI();
        li__L5NK=li__RLYU->li__SF.li__R2B;
      } break;
      case __li__UJSH__: {
        li__L5NK=((__li__UJSH *)li__K5NK)->li__VJSH.li__NZFD;
      } break;
      };
      li__N5NK=li__NQQK(li__L5NK);
      /* __li__B__ __li__I__ */
if (li__N5NK) {
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__UUTJ==NULL) {
          li__U5NK=NULL;
        } else {
          if (((struct ___OBJ *)li__UUTJ)->__id==__li__WVBD__) {
            li__U5NK=((void *)li__UUTJ);
          } else /* Other types */ {
            li__U5NK=NULL;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__U5NK != (void *)NULL)) {
          li__QJJV=((__li__WVBD *)li__U5NK);
          li__QJJV->li__XVBD.li__WZLE=li__C5NK->li__WTBD.li__0RNE;
          li__JOSE(li__QJJV);
        };
      } else /* FALSE */ {
        li__WUTJ=li__C5NK->li__WTBD.li__0RNE;
        li__DAOK=li__C5NK->li__WTBD.li__FZB.li__RF.li__0CC;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UUTJ)->__id) {
        case __li__WK__: {
          li__EAOK=li__KPGK(((__li__WK *)li__UUTJ),li__WUTJ,li__DAOK);
        } break;
        case __li__AVBD__: {
          li__EAOK=li__4XGK(((__li__AVBD *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__KVBD__: {
          li__EAOK=li__TAHK(((__li__KVBD *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__WVBD__: {
          li__EAOK=li__IJHK(((__li__WVBD *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__Z4WH__: {
          li__EAOK=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__KTVI__: {
          li__EAOK=li__4RHK(((__li__KTVI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__LTVI__: {
          li__EAOK=li__TXMN(((__li__LTVI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__XTVI__: {
          li__EAOK=li__U0HK(((__li__XTVI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__YTVI__: {
          li__EAOK=li__IANN(((__li__YTVI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__S2VI__: {
          li__EAOK=li__JDIK(((__li__S2VI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__E3VI__: {
          li__EAOK=li__4LIK(((__li__E3VI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__KLWI__: {
          li__EAOK=li__SUIK(((__li__KLWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__ULWI__: {
          li__EAOK=li__G3IK(((__li__ULWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__NMWI__: {
          li__EAOK=li__1FJK(((__li__NMWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__BNWI__: {
          li__EAOK=li__QOJK(((__li__BNWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__XNWI__: {
          li__EAOK=li__FXJK(((__li__XNWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__LOWI__: {
          li__EAOK=li__05JK(((__li__LOWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__5OWI__: {
          li__EAOK=li__PIKK(((__li__5OWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__TPWI__: {
          li__EAOK=li__ERKK(((__li__TPWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__HQWI__: {
          li__EAOK=li__ZZKK(((__li__HQWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__ARWI__: {
          li__EAOK=li__NCLK(((__li__ARWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__URWI__: {
          li__EAOK=li__BLLK(((__li__URWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__MSWI__: {
          li__EAOK=li__VTLK(((__li__MSWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__ETWI__: {
          li__EAOK=li__J2LK(((__li__ETWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__MZWI__: {
          li__EAOK=li__4EMK(((__li__MZWI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__C0WI__: {
          li__EAOK=li__TNMK(((__li__C0WI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__M1WI__: {
          li__EAOK=li__Q3IP(((__li__M1WI *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__KMFK__: {
          li__EAOK=li__JG2L(((__li__KMFK *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__XOHL__: {
          li__EAOK=li__3INN(((__li__XOHL *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__FPHL__: {
          li__EAOK=li__SRNN(((__li__FPHL *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__APLM__: {
          li__EAOK=li__5JCQ(((__li__APLM *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__DTNM__: {
          li__EAOK=li__S2RO(((__li__DTNM *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__JXNM__: {
          li__EAOK=li__UZCS(((__li__JXNM *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__21LO__: {
          li__EAOK=li__FGJP(((__li__21LO *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__TPOO__: {
          li__EAOK=li__0OJP(((__li__TPOO *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__URRO__: {
          li__EAOK=li__TNPS(((__li__URRO *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__41XO__: {
          li__EAOK=li__USCQ(((__li__41XO *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__AKBR__: {
          li__EAOK=li__4CDS(((__li__AKBR *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__SU5R__: {
          li__EAOK=li__IWPS(((__li__SU5R *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        case __li__JV5R__: {
          li__EAOK=li__34PS(((__li__JV5R *)((__li__WK *)li__UUTJ)),li__WUTJ,li__DAOK);
        } break;
        };
        li__D5NK=li__EAOK;
      };
      li__WLYU=li__1CXJ(li__C5NK,li__C5NK->li__WTBD.li__FZB.li__RF.li__0CC,li__D5NK);
      li__YLYU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__YLYU->li__2OLE),li__WLYU);
      li__WVRE(li__YLYU);
      li__POIJ=(__li__K)(li__POIJ +  1);
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__C5UI->li__CD1F != (void *)NULL)) {
    li__35UI=(*(li__C5UI->li__CD1F)).li__QV1B;
    li__POIJ= 0;
    while ((li__POIJ <= li__35UI)) {
      li__LUTJ=((__li__4N0B *)((void **)(*(((__li__AO0B *)li__C5UI->li__CD1F))).li__E0ED)[li__POIJ]);
      /* __li__B__ __li__I__ */
if (((void *)li__LUTJ->li__3GSF == (void *)li__UT3B)) {
        li__DAOK=li__LUTJ->li__5N0B.li__0CC;
        li__K4E( 1,(&__string_628));
        li__V5E(li__DAOK);
        li__ODF();
      };
      li__OUTJ=li__LUTJ->li__5N0B.li__0CC;
      li__TUTJ=li__LUTJ->li__TX1B;
      li__D5NK=li__LUTJ->li__3GSF;
      li__VUTJ=li__2UUD;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__D5NK)->__id) {
      case __li__WRB__: {
        li__WUTJ=li__1A3I(((__li__WRB *)li__D5NK),li__VUTJ);
      } break;
      case __li__XRB__: {
        li__WUTJ=li__PC3I(((__li__XRB *)((__li__WRB *)li__D5NK)),li__VUTJ);
      } break;
      case __li__KUB__: {
        li__WUTJ=li__DE3I(((__li__KUB *)((__li__WRB *)li__D5NK)),li__VUTJ);
      } break;
      case __li__VB1__: {
        li__WUTJ=li__IG3I(((__li__VB1 *)((__li__WRB *)li__D5NK)),li__VUTJ);
      } break;
      case __li__4O2B__: {
        li__HJJV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__D5NK)),li__VUTJ);
        li__WUTJ=li__HJJV;
      } break;
      };
      li__JJJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__JJJV),li__OUTJ,li__TUTJ,'-',li__WUTJ);
      li__RLYU=((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__LUTJ->li__5N0B.li__0CC)) &  511)];
      li__D5NK=li__RLYU->li__UWEC;
      li__OUTJ=li__LUTJ->li__5N0B.li__0CC;
      li__KUWJ:
      {
        /* __li__B__ __li__I__ */
if (((void *)li__D5NK != (void *)NULL)) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D5NK)->__id==__li__IZB__) {
            li__EWTJ=((__li__IZB *)li__D5NK)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__EWTJ=((__li__4HAD *)li__D5NK)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
          li__IWTJ=(li__EWTJ != li__OUTJ);
        } else /* FALSE */ {
          li__IWTJ=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__IWTJ) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D5NK)->__id==__li__IZB__) {
            li__PWTJ=((__li__IZB *)li__D5NK)->li__NXEC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__PWTJ=((__li__4HAD *)li__D5NK)->li__5HAD.li__NXEC;
          };
          li__D5NK=li__PWTJ;
          goto li__KUWJ;
        };
      };
      /* __li__B__ __li__I__ */
if (((void *)li__D5NK == (void *)NULL)) {
        li__DAOK=li__LUTJ->li__5N0B.li__0CC;
        li__L5NK=li__JJJV->li__WTBD.li__GRNE;
        li__1WTJ=li__XZZC((&__string_32));
        li__3WTJ=li__IGBD(li__DAOK,li__L5NK,li__1WTJ);
        li__D5NK=li__3WTJ;
        ((__li__IZB *)li__3WTJ)->li__JZB.li__DI1B='-';
        li__EAOK=li__LUTJ->li__3GSF;
        li__QO0J=((__li__IZB *)li__3WTJ);
        li__1WTJ=((__li__ULSB *)li__QO0J->li__WLSB);
        /* __li__B__ __li__I__ */
if ((((void *)li__1WTJ->li__XNKE == (void *)(&__string_29)) || ((void *)li__1WTJ->li__XNKE == (void *)(&__string_30)))) {
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__EAOK==NULL) {
            li__PWTJ=NULL;
          } else {
            switch (((struct ___OBJ *)li__EAOK)->__id) {
            case __li__WRB__: {
              li__PWTJ=((void *)li__EAOK);
            } break;
            case __li__XRB__: {
              li__PWTJ=((void *)li__EAOK);
            } break;
            case __li__KUB__: {
              li__PWTJ=((void *)li__EAOK);
            } break;
            case __li__VB1__: {
              li__PWTJ=((void *)li__EAOK);
            } break;
            case __li__4O2B__: {
              li__PWTJ=((void *)li__EAOK);
            } break;
            }
          };
          /* __li__B__ __li__I__ */
if (((((void *)li__PWTJ == (void *)NULL) || ((void *)li__PWTJ == (void *)li__UT3B)) || ((void *)li__PWTJ == (void *)li__3MZ))) {
            li__EWTJ=li__QO0J->li__JZB.li__RF.li__0CC;
            li__K4E( 1,(&__string_598));
            li__V5E(li__EWTJ);
            li__ODF();
          };
        };
        li__QO0J->li__NMSB=li__EAOK;
        li__5WTJ=li__0W4C();
        li__DAOK=li__LUTJ->li__5N0B.li__0CC;
        li__DNAD=li__EWAD();
        li__YXRT=((__li__4RUC *)li__DNAD);
        li__YXRT->li__5RUC.li__0CC=li__DAOK;
        li__YXRT->li__RZHD=(&__string_66);
        li__YXRT->li__SZHD=li__UT3B;
        li__NBLE(((__li__I03C *)li__5WTJ),li__DNAD);
        li__GXTJ=li__AU5C(li__5WTJ);
        li__1NHD(((__li__IZB *)li__3WTJ),li__GXTJ);
        li__TA4C(((__li__PF *)li__RLYU),li__3WTJ);
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D5NK)->__id==__li__IZB__) {
          li__MXTJ=((__li__IZB *)li__D5NK)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__MXTJ=((__li__4HAD *)li__D5NK)->li__5HAD.li__JZB.li__R2B;
        };
        ((__li__VTBD *)li__JJJV)->li__WTBD.li__GRNE=li__MXTJ;
      };
      li__GORJ(((__li__Z0IE *)li__C1IE),li__JJJV);
      li__POIJ=(__li__K)(li__POIJ +  1);
    };
  };
  li__35UI=(*(li__C5UI->li__J1FC)).li__231B;
  li__POIJ= 0;
  while ((li__POIJ <= li__35UI)) {
    li__D5NK=((void **)(*(((__li__NWZB *)li__C5UI->li__J1FC))).li__UPED)[li__POIJ];
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__D5NK)->__id) {
    case __li__QOZB__: {
      li__EAOK=li__B5UI(((__li__QOZB *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__VXZB__: {
      li__EAOK=NULL;
      li__WXOJ=((__li__1M *)li__2UUD)->li__AZOI;
      /* NULL __li__QWEC__ */
if (li__WXOJ==NULL) {
        li__YXOJ=NULL;
      } else /* SLOT_CODE */ {
        li__YXOJ=((void *)li__WXOJ);
      };
      li__WXOJ=((__li__QWEC *)li__YXOJ);
      li__K5NK=NULL;
      li__XUNK=NULL;
      /* __li__B__ __li__I__ */
if (li__WXOJ->li__P4RI) {
        li__PWTJ=li__WXOJ->li__S4RI;
        li__U0EL=li__WXOJ->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__U0EL)->__id==__li__IZB__) {
          li__MXTJ=((__li__IZB *)li__U0EL)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__MXTJ=((__li__4HAD *)li__U0EL)->li__5HAD.li__JZB.li__R2B;
        };
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PWTJ)->__id) {
        case __li__IF__: {
          li__AVNK=li__TUCJ(((__li__IF *)li__PWTJ),li__MXTJ);
        } break;
        case __li__ORB__: {
          li__AVNK=li__5WCJ(((__li__ORB *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__QRB__: {
          li__AVNK=li__LZCJ(((__li__QRB *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__SRB__: {
          li__AVNK=li__X1CJ(((__li__SRB *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__URB__: {
          li__AVNK=li__D4CJ(((__li__URB *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__GSZ__: {
          li__AVNK=li__PADJ(((__li__GSZ *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__1RRF__: {
          li__AVNK=li__44BN(((__li__1RRF *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__UJSH__: {
          li__AVNK=li__VPRN(((__li__UJSH *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        };
        li__K5NK=li__AVNK;
      } else /* FALSE */ {
        li__PWTJ=li__WXOJ->li__S4RI;
        li__U0EL=li__WXOJ->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__U0EL)->__id==__li__IZB__) {
          li__MXTJ=((__li__IZB *)li__U0EL)->li__JZB.li__R2B;
        } else /* ITM_SLOT_OPERATOR */ {
          li__MXTJ=((__li__4HAD *)li__U0EL)->li__5HAD.li__JZB.li__R2B;
        };
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PWTJ)->__id) {
        case __li__IF__: {
          li__AVNK=li__NBFJ(((__li__IF *)li__PWTJ),li__MXTJ);
        } break;
        case __li__ORB__: {
          li__AVNK=li__ZDFJ(((__li__ORB *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__QRB__: {
          li__AVNK=li__FGFJ(((__li__QRB *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__SRB__: {
          li__AVNK=li__RIFJ(((__li__SRB *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__URB__: {
          li__AVNK=li__3KFJ(((__li__URB *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__GSZ__: {
          li__AVNK=li__JNFJ(((__li__GSZ *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__1RRF__: {
          li__AVNK=li__OCCN(((__li__1RRF *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        case __li__UJSH__: {
          li__AVNK=li__NSRN(((__li__UJSH *)((__li__IF *)li__PWTJ)),li__MXTJ);
        } break;
        };
        li__K5NK=li__AVNK;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__K5NK != (void *)NULL)) {
        /* __li__B__ __li__I__ */
if (li__WXOJ->li__P4RI) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__K5NK)->__id==__li__IZB__) {
            li__VVNK=((__li__IZB *)li__K5NK)->li__G0HD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VVNK=((__li__4HAD *)li__K5NK)->li__5HAD.li__G0HD;
          };
          li__XUNK=li__VVNK;
        } else /* FALSE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__K5NK)->__id==__li__IZB__) {
            li__VVNK=((__li__IZB *)li__K5NK)->li__O0HD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VVNK=((__li__4HAD *)li__K5NK)->li__5HAD.li__O0HD;
          };
          li__XUNK=li__VVNK;
        };
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__WXOJ->li__S4RI)->__id) {
        case __li__IF__: 
        case __li__ORB__: 
        case __li__QRB__: 
        case __li__SRB__: 
        case __li__URB__: 
        case __li__GSZ__: 
        case __li__1RRF__: 
        case __li__UJSH__: {
          li__AVNK=li__K5RI;
        } break;
        };
        li__WXOJ->li__S4RI=li__AVNK;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__XUNK != (void *)NULL)) {
        li__PWTJ=li__B5UI(((__li__QOZB *)li__XUNK));
        li__EAOK=li__PWTJ;
      } else /* FALSE */ {
        li__EAOK=li__OWRE__;
      };
      li__UUTJ=li__EAOK;
    } break;
    case __li__BZZB__: {
      li__EAOK=li__0DVI(((__li__BZZB *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__DA1B__: {
      li__OUTJ=((__li__DA1B *)li__D5NK)->li__EA1B.li__0CC;
      li__K4E( 1,(&__string_459));
      li__V5E(li__OUTJ);
      li__ODF();
      li__UUTJ=NULL;
    } break;
    case __li__ZA1B__: {
      li__EAOK=li__HGVI(((__li__ZA1B *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__SB1B__: {
      li__EAOK=li__KJVI(((__li__SB1B *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__AE1B__: {
      li__EAOK=li__OMVI(((__li__AE1B *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__5E1B__: {
      li__EAOK=li__SNVI(((__li__5E1B *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__D11B__: {
      li__KBG((&__string_460));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__UUTJ=NULL;
    } break;
    case __li__K41B__: {
      li__EAOK=li__IPVI(((__li__K41B *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__YA2B__: {
      li__EAOK=li__OPVI(((__li__YA2B *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__NB2B__: {
      li__EAOK=li__RUVI(((__li__NB2B *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__LH2B__: {
      li__3ZOJ=li__ODWI(((__li__LH2B *)li__D5NK));
      li__UUTJ=li__3ZOJ;
    } break;
    case __li__M32B__: {
      li__3ZOJ=li__DHWI(((__li__M32B *)li__D5NK));
      li__UUTJ=li__3ZOJ;
    } break;
    case __li__KD3B__: {
      li__3ZOJ=li__2IWI(((__li__KD3B *)li__D5NK));
      li__UUTJ=li__3ZOJ;
    } break;
    case __li__WE3B__: {
      li__EAOK=li__CKWI(((__li__WE3B *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__UG4B__: {
      li__EAOK=li__PYWI(((__li__UG4B *)li__D5NK));
      li__UUTJ=li__EAOK;
    } break;
    case __li__Q24B__: {
      li__00OJ=li__JZWI(((__li__Q24B *)li__D5NK));
      li__UUTJ=li__00OJ;
    } break;
    case __li__D34B__: {
      li__U5NK=li__VZWI(((__li__D34B *)li__D5NK));
      li__UUTJ=li__U5NK;
    } break;
    case __li__V34B__: {
      li__EKJV=((__li__V34B *)li__D5NK);
      li__FKJV=li__ZV4I(li__EKJV->li__W34B.li__0CC,li__EKJV->li__2OGD);
      li__UUTJ=li__FKJV;
    } break;
    case __li__H44B__: {
      li__M1OJ=li__I0WI(((__li__H44B *)li__D5NK));
      li__UUTJ=li__M1OJ;
    } break;
    case __li__XMUC__: {
      li__P1OJ=((__li__XMUC *)li__D5NK);
      li__WLYU=NULL;
      li__EAOK=li__P1OJ->li__M3GD;
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__EAOK)->__id) {
      case __li__QOZB__: {
        li__PWTJ=li__B5UI(((__li__QOZB *)li__EAOK));
      } break;
      case __li__VXZB__: {
        li__PWTJ=li__TDVI(((__li__VXZB *)li__EAOK));
      } break;
      case __li__BZZB__: {
        li__PWTJ=li__0DVI(((__li__BZZB *)li__EAOK));
      } break;
      case __li__DA1B__: {
        li__DAOK=((__li__DA1B *)li__EAOK)->li__EA1B.li__0CC;
        li__K4E( 1,(&__string_459));
        li__V5E(li__DAOK);
        li__ODF();
        li__PWTJ=NULL;
      } break;
      case __li__ZA1B__: {
        li__PWTJ=li__HGVI(((__li__ZA1B *)li__EAOK));
      } break;
      case __li__SB1B__: {
        li__PWTJ=li__KJVI(((__li__SB1B *)li__EAOK));
      } break;
      case __li__AE1B__: {
        li__PWTJ=li__OMVI(((__li__AE1B *)li__EAOK));
      } break;
      case __li__5E1B__: {
        li__PWTJ=li__SNVI(((__li__5E1B *)li__EAOK));
      } break;
      case __li__D11B__: {
        li__KBG((&__string_460));
        fputc((int)('\n'),stdout);
        exit(( 1));
        li__PWTJ=NULL;
      } break;
      case __li__K41B__: {
        li__PWTJ=li__IPVI(((__li__K41B *)li__EAOK));
      } break;
      case __li__YA2B__: {
        li__PWTJ=li__OPVI(((__li__YA2B *)li__EAOK));
      } break;
      case __li__NB2B__: {
        li__PWTJ=li__RUVI(((__li__NB2B *)li__EAOK));
      } break;
      case __li__LH2B__: {
        li__PWTJ=li__ODWI(((__li__LH2B *)li__EAOK));
      } break;
      case __li__M32B__: {
        li__PWTJ=li__DHWI(((__li__M32B *)li__EAOK));
      } break;
      case __li__KD3B__: {
        li__PWTJ=li__2IWI(((__li__KD3B *)li__EAOK));
      } break;
      case __li__WE3B__: {
        li__PWTJ=li__CKWI(((__li__WE3B *)li__EAOK));
      } break;
      case __li__UG4B__: {
        li__PWTJ=li__PYWI(((__li__UG4B *)li__EAOK));
      } break;
      case __li__Q24B__: {
        li__PWTJ=li__JZWI(((__li__Q24B *)li__EAOK));
      } break;
      case __li__D34B__: {
        li__PWTJ=li__VZWI(((__li__D34B *)li__EAOK));
      } break;
      case __li__V34B__: {
        li__IKJV=((__li__V34B *)li__EAOK);
        li__JKJV=li__ZV4I(li__IKJV->li__W34B.li__0CC,li__IKJV->li__2OGD);
        li__PWTJ=li__JKJV;
      } break;
      case __li__H44B__: {
        li__PWTJ=li__I0WI(((__li__H44B *)li__EAOK));
      } break;
      case __li__XMUC__: {
        li__KBG((&__string_447));
        fputc((int)('\n'),stdout);
        exit(( 1));
        li__PWTJ=NULL;
      } break;
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PWTJ==NULL) {
        li__X1OJ=NULL;
      } else {
        if (((struct ___OBJ *)li__PWTJ)->__id==__li__Z4WH__) {
          li__X1OJ=((void *)li__PWTJ);
        } else /* Other types */ {
          li__X1OJ=NULL;
        }
      };
      li__R1OJ=li__X1OJ;
      /* __li__B__ __li__I__ */
if (((void *)li__X1OJ != (void *)NULL)) {
        li__A2OJ=(__li__K)((*(((__li__Z4WH *)li__X1OJ)->li__PJPI)).li__NKSH -  1);
        li__5UWJ= 0;
        while ((li__5UWJ <= li__A2OJ)) {
          li__J2OJ=li__MVWJ(li__P1OJ,((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__R1OJ)->li__PJPI))).li__3GPI)[li__5UWJ]);
          li__WLYU=li__J2OJ;
          li__EMYU=((__li__KI *)li__XIKB);
          li__P2VG(((__li__TOLE *)li__EMYU->li__2OLE),li__J2OJ);
          li__WVRE(li__EMYU);
          li__5UWJ=(__li__K)(li__5UWJ +  1);
        };
        li__KMYU=((__li__2ZEC *)((__li__Z4WH *)li__X1OJ)->li__PJPI);
        li__U0EL=((void **)(*(li__KMYU)).li__3GPI)[(*(li__KMYU)).li__NKSH];
        li__J2OJ=li__MVWJ(li__P1OJ,li__U0EL);
        li__WLYU=li__J2OJ;
      } else /* FALSE */ {
        li__J2OJ=li__MVWJ(li__P1OJ,li__PWTJ);
        li__WLYU=li__J2OJ;
      };
      li__UUTJ=li__WLYU;
    } break;
    };
    li__YLYU=((__li__KI *)li__XIKB);
    li__P2VG(((__li__TOLE *)li__YLYU->li__2OLE),li__UUTJ);
    li__WVRE(li__YLYU);
    li__POIJ=(__li__K)(li__POIJ +  1);
  };
  li__35UI=(__li__K)((__li__K)((*(li__O5UI)).li__4BPE - li__R5UI) +  1);
  /* __li__B__ __li__I__ */
if ((li__35UI ==  0)) {
    li__OUTJ=li__C5UI->li__ROZB.li__0CC;
    li__WUTJ=li__QRB__->li__RRB.li__J0C;
    li__TMYU=li__5QND();
    li__YMYU=((__li__KVBD *)li__TMYU);
    li__YMYU->li__LVBD.li__0K.li__0CC=li__OUTJ;
    li__HJJV=li__NNSE(((__li__5RB *)li__WUTJ));
    li__YMYU->li__LVBD.li__WZLE=li__HJJV;
    li__I5UI=li__TMYU;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((li__35UI >  1)) {
      li__KMYU=li__IF1H(li__35UI);
      li__K5UI=li__KMYU;
      li__A2OJ=li__R5UI;
      li__5UWJ=(*(li__O5UI)).li__4BPE;
      while ((li__A2OJ <= li__5UWJ)) {
        li__XCVI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__O5UI))).li__WWWG)[li__A2OJ]));
        li__NWYJ(((__li__2ZEC *)li__K5UI),li__XCVI);
        li__A2OJ=(__li__K)(li__A2OJ +  1);
      };
      li__X1OJ=li__4F1H(li__KMYU);
      li__I5UI=li__X1OJ;
    } else /* FALSE */ {
      li__MKJV=((__li__Z0IE *)li__O5UI);
      li__PKJV=((void **)(*(li__MKJV)).li__WWWG)[(*(li__MKJV)).li__4BPE];
      li__3ZOJ=li__NOPI(((__li__VTBD *)li__PKJV));
      li__I5UI=li__3ZOJ;
    };
  };
  li__TUTJ=NULL;
  /* __li__B__ __li__I__ */
if (li__O4RI) {
    while (((*(li__C1IE)).li__4BPE >= li__N5UI)) {
      li__4TYJ=((__li__Z0IE *)li__C1IE);
      li__5TYJ=((void **)(*(li__4TYJ)).li__WWWG)[(*(li__4TYJ)).li__4BPE];
      li__4TYJ=((__li__Z0IE *)li__C1IE);
      (*(li__4TYJ)).li__4BPE=(__li__K)((*(li__4TYJ)).li__4BPE -  1);
      li__TUTJ=li__5TYJ->li__WTBD.li__FZB.li__R2B;
      /* __li__B__ __li__I__ */
if ((((void *)li__TUTJ != (void *)(&__string_66)) && ((void *)li__TUTJ != (void *)(&__string_68)))) {
        /* __li__B__ __li__I__ */
if (((li__5TYJ->li__WTBD.li__LNME ==  0) && (li__5TYJ->li__WTBD.li__FZB.li__DI1B != ' '))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_629));
          li__JAZ(((__li__BC *)li__0C),li__5TYJ->li__WTBD.li__FZB.li__R2B);
          li__JAZ(((__li__BC *)li__0C),(&__string_630));
          li__EWTJ=li__5TYJ->li__WTBD.li__FZB.li__RF.li__0CC;
          li__K4E( 2,li__0C);
          li__V5E(li__EWTJ);
          li__ODF();
        };
        li__L5NK=li__5TYJ->li__WTBD.li__FZB.li__R2B;
        li__MENM=NULL;
        li__NENM=(*(li__C1IE)).li__4BPE;
        li__QKJV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
        while ((! ((li__NENM <  0) || ((void *)((__li__VTBD *)((void **)li__QKJV)[li__NENM])->li__WTBD.li__FZB.li__R2B == (void *)li__L5NK)))) {
          li__NENM=(__li__K)(li__NENM -  1);
        };
        /* __li__B__ __li__I__ */
if ((li__NENM >=  0)) {
          li__0FNM=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__NENM];
          li__MENM=li__0FNM;
          /* __li__B__ __li__I__ */
if ((((li__NENM < li__CL3I) && (li__0FNM->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__0FNM->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
            li__CL3I=li__NENM;
            li__2L3I=li__0FNM;
          };
          li__IWTJ=li__B__;
        } else /* FALSE */ {
          li__IWTJ=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__IWTJ)) {
          /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
            li__EHNM=li__E1CL(((__li__1M *)li__2UUD),li__L5NK);
            li__MENM=li__EHNM;
            /* __li__B__ __li__I__ */
if ((((void *)li__EHNM != (void *)NULL) && ((void *)li__EHNM->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
              li__CL3I=(__li__K)(-  1);
              li__2L3I=li__EHNM;
            };
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)li__MENM != (void *)NULL)) {
          li__HEZ(((__li__BC *)li__0C),(&__string_631));
          li__JAZ(((__li__BC *)li__0C),li__TUTJ);
          li__JAZ(((__li__BC *)li__0C),(&__string_632));
          li__DNVB( 2,li__0C);
          li__V5E(li__MENM->li__WTBD.li__FZB.li__RF.li__0CC);
          li__V5E(li__5TYJ->li__WTBD.li__FZB.li__RF.li__0CC);
          li__ODF();
        };
      };
    };
  } else /* FALSE */ {
    li__NAMJ(((__li__Z0IE *)li__C1IE),li__N5UI);
  };
  li__NAMJ(((__li__Z0IE *)li__O5UI),li__R5UI);
  li__D5UI=li__I5UI;
  return(li__D5UI);
}

static void* li__TDVI(__li__VXZB *li__UDVI)
/* (Strict ITM_LDOTS{li__VXZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__XDVI;
  void *li__VDVI;
  li__XDVI=li__UDVI->li__WXZB.li__0CC;
  li__K4E( 2,(&__string_633));
  li__V5E(li__XDVI);
  li__ODF();
  li__KBG((&__string_447));
  fputc((int)('\n'),stdout);
  exit(( 1));
  li__VDVI=NULL;
  return(li__VDVI);
}

static void* li__0DVI(__li__BZZB *li__1DVI)
/* (Strict ITM_PROTOTYPE{li__BZZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__4DVI,*li__WFVI,*li__2DVI;
  void *li__5DVI,*li__IEVI;
  __li__1M *li__AEVI;
  __li__5RB *li__BEVI,*li__3DVI;
  __li__PO li__MEVI;
  __li__KVBD *li__GNYU,*li__LNYU;
  __li__C li__REVI;
  li__4DVI=NULL;
  li__5DVI=li__1DVI->li__01FC;
  li__AEVI=li__2UUD;
  /* NULL __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__5DVI)->__id) {
  case __li__XRB__: {
    li__BEVI=li__PC3I(((__li__XRB *)((__li__WRB *)li__5DVI)),li__AEVI);
  } break;
  case __li__KUB__: {
    li__BEVI=li__DE3I(((__li__KUB *)((__li__WRB *)li__5DVI)),li__AEVI);
  } break;
  case __li__VB1__: {
    li__BEVI=li__IG3I(((__li__VB1 *)((__li__WRB *)li__5DVI)),li__AEVI);
  } break;
  };
  li__3DVI=li__BEVI;
  /* __li__B__ __li__I__ */
if (((void *)li__3DVI == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_634));
    li__IEVI=li__1DVI->li__01FC;
    /* NULL __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__IEVI)->__id) {
    case __li__XRB__: {
      li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__IEVI))->li__P2C);
    } break;
    case __li__KUB__: {
      li__5BSF(((__li__KUB *)((__li__WRB *)li__IEVI)),li__0C);
    } break;
    case __li__VB1__: {
      li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__IEVI))->li__WB1.li__P2C);
    } break;
    };
    li__JAZ(((__li__BC *)li__0C),(&__string_635));
    li__MEVI=li__1DVI->li__EZZB.li__0CC;
    li__K4E( 1,li__0C);
    li__V5E(li__MEVI);
    li__ODF();
  };
  li__REVI=li__FTDF(((__li__5RB *)li__3DVI));
  /* __li__B__ __li__I__ */
if ((((li__REVI && ((void *)((__li__5RB *)li__3DVI)->li__AEM != (void *)li__TSB)) && ((void *)((__li__5RB *)li__3DVI)->li__AEM != (void *)li__DSB)) && ((void *)((__li__5RB *)li__3DVI)->li__AEM != (void *)li__LSB))) {
    li__IEVI=li__DCVK(((__li__5RB *)li__3DVI),li__1DVI->li__EZZB.li__0CC);
    li__MEVI=li__1DVI->li__EZZB.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IEVI)->__id) {
    case __li__WK__: {
      li__WFVI=li__KPGK(((__li__WK *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__AVBD__: {
      li__WFVI=li__4XGK(((__li__AVBD *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__KVBD__: {
      li__WFVI=li__TAHK(((__li__KVBD *)li__IEVI),li__3DVI,li__MEVI);
    } break;
    case __li__WVBD__: {
      li__WFVI=li__IJHK(((__li__WVBD *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__Z4WH__: {
      li__WFVI=li__IQ4J(((__li__Z4WH *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__KTVI__: {
      li__WFVI=li__4RHK(((__li__KTVI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__LTVI__: {
      li__WFVI=li__TXMN(((__li__LTVI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__XTVI__: {
      li__WFVI=li__U0HK(((__li__XTVI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__YTVI__: {
      li__WFVI=li__IANN(((__li__YTVI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__S2VI__: {
      li__WFVI=li__JDIK(((__li__S2VI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__E3VI__: {
      li__WFVI=li__4LIK(((__li__E3VI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__KLWI__: {
      li__WFVI=li__SUIK(((__li__KLWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__ULWI__: {
      li__WFVI=li__G3IK(((__li__ULWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__NMWI__: {
      li__WFVI=li__1FJK(((__li__NMWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__BNWI__: {
      li__WFVI=li__QOJK(((__li__BNWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__XNWI__: {
      li__WFVI=li__FXJK(((__li__XNWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__LOWI__: {
      li__WFVI=li__05JK(((__li__LOWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__5OWI__: {
      li__WFVI=li__PIKK(((__li__5OWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__TPWI__: {
      li__WFVI=li__ERKK(((__li__TPWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__HQWI__: {
      li__WFVI=li__ZZKK(((__li__HQWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__ARWI__: {
      li__WFVI=li__NCLK(((__li__ARWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__URWI__: {
      li__WFVI=li__BLLK(((__li__URWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__MSWI__: {
      li__WFVI=li__VTLK(((__li__MSWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__ETWI__: {
      li__WFVI=li__J2LK(((__li__ETWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__MZWI__: {
      li__WFVI=li__4EMK(((__li__MZWI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__C0WI__: {
      li__WFVI=li__TNMK(((__li__C0WI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__M1WI__: {
      li__WFVI=li__Q3IP(((__li__M1WI *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__KMFK__: {
      li__WFVI=li__JG2L(((__li__KMFK *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__XOHL__: {
      li__WFVI=li__3INN(((__li__XOHL *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__FPHL__: {
      li__WFVI=li__SRNN(((__li__FPHL *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__APLM__: {
      li__WFVI=li__5JCQ(((__li__APLM *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__DTNM__: {
      li__WFVI=li__S2RO(((__li__DTNM *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__JXNM__: {
      li__WFVI=li__UZCS(((__li__JXNM *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__21LO__: {
      li__WFVI=li__FGJP(((__li__21LO *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__TPOO__: {
      li__WFVI=li__0OJP(((__li__TPOO *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__URRO__: {
      li__WFVI=li__TNPS(((__li__URRO *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__41XO__: {
      li__WFVI=li__USCQ(((__li__41XO *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__AKBR__: {
      li__WFVI=li__4CDS(((__li__AKBR *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__SU5R__: {
      li__WFVI=li__IWPS(((__li__SU5R *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    case __li__JV5R__: {
      li__WFVI=li__34PS(((__li__JV5R *)((__li__KVBD *)li__IEVI)),li__3DVI,li__MEVI);
    } break;
    };
    li__4DVI=li__WFVI;
  } else /* FALSE */ {
    li__MEVI=li__1DVI->li__EZZB.li__0CC;
    li__GNYU=li__5QND();
    li__LNYU=((__li__KVBD *)li__GNYU);
    li__LNYU->li__LVBD.li__0K.li__0CC=li__MEVI;
    li__BEVI=li__NNSE(((__li__5RB *)li__3DVI));
    li__LNYU->li__LVBD.li__WZLE=li__BEVI;
    li__4DVI=li__GNYU;
  };
  li__2DVI=li__4DVI;
  return(li__2DVI);
}

static void* li__HGVI(__li__ZA1B *li__IGVI)
/* (Strict ITM_WRITE_VALUE{li__ZA1B}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NGVI,li__SNYU,li__KHVI,li__F5OJ,li__THVI;
  void *li__RGVI,*li__TGVI,*li__JGVI;
  void *li__SGVI,*li__5GVI,*li__4HVI;
  __li__PO li__PNYU,li__SIVI;
  __li__V34B *li__UKJV;
  __li__C0WI *li__VKJV;
  __li__Z4WH *li__VGVI,*li__MGVI;
  __li__DA1B *li__AHVI;
  __li__U *li__1NYU,*li__GIVI;
  void *li__5HVI;
  __li__VTBD *li__GUIJ;
  __li__GD *li__OGVI,*li__YNYU;
  __li__2ZEC *li__QGVI,*li__3GVI;
  li__NGVI= 0;
  li__OGVI=NULL;
  li__QGVI=NULL;
  li__RGVI=NULL;
  li__SGVI=li__IGVI->li__2A1B.li__OLOE;
  /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__SGVI)->__id) {
  case __li__QOZB__: {
    li__TGVI=li__B5UI(((__li__QOZB *)li__SGVI));
  } break;
  case __li__VXZB__: {
    li__TGVI=li__TDVI(((__li__VXZB *)li__SGVI));
  } break;
  case __li__BZZB__: {
    li__TGVI=li__0DVI(((__li__BZZB *)li__SGVI));
  } break;
  case __li__DA1B__: {
    li__PNYU=((__li__DA1B *)li__SGVI)->li__EA1B.li__0CC;
    li__K4E( 1,(&__string_459));
    li__V5E(li__PNYU);
    li__ODF();
    li__TGVI=NULL;
  } break;
  case __li__ZA1B__: {
    li__TGVI=li__HGVI(((__li__ZA1B *)li__SGVI));
  } break;
  case __li__SB1B__: {
    li__TGVI=li__KJVI(((__li__SB1B *)li__SGVI));
  } break;
  case __li__AE1B__: {
    li__TGVI=li__OMVI(((__li__AE1B *)li__SGVI));
  } break;
  case __li__5E1B__: {
    li__TGVI=li__SNVI(((__li__5E1B *)li__SGVI));
  } break;
  case __li__D11B__: {
    li__KBG((&__string_460));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__TGVI=NULL;
  } break;
  case __li__K41B__: {
    li__TGVI=li__IPVI(((__li__K41B *)li__SGVI));
  } break;
  case __li__YA2B__: {
    li__TGVI=li__OPVI(((__li__YA2B *)li__SGVI));
  } break;
  case __li__NB2B__: {
    li__TGVI=li__RUVI(((__li__NB2B *)li__SGVI));
  } break;
  case __li__LH2B__: {
    li__TGVI=li__ODWI(((__li__LH2B *)li__SGVI));
  } break;
  case __li__M32B__: {
    li__TGVI=li__DHWI(((__li__M32B *)li__SGVI));
  } break;
  case __li__KD3B__: {
    li__TGVI=li__2IWI(((__li__KD3B *)li__SGVI));
  } break;
  case __li__WE3B__: {
    li__TGVI=li__CKWI(((__li__WE3B *)li__SGVI));
  } break;
  case __li__UG4B__: {
    li__TGVI=li__PYWI(((__li__UG4B *)li__SGVI));
  } break;
  case __li__Q24B__: {
    li__TGVI=li__JZWI(((__li__Q24B *)li__SGVI));
  } break;
  case __li__D34B__: {
    li__TGVI=li__VZWI(((__li__D34B *)li__SGVI));
  } break;
  case __li__V34B__: {
    li__UKJV=((__li__V34B *)li__SGVI);
    li__VKJV=li__ZV4I(li__UKJV->li__W34B.li__0CC,li__UKJV->li__2OGD);
    li__TGVI=li__VKJV;
  } break;
  case __li__H44B__: {
    li__TGVI=li__I0WI(((__li__H44B *)li__SGVI));
  } break;
  case __li__XMUC__: {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__TGVI=NULL;
  } break;
  };
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__TGVI==NULL) {
    li__VGVI=NULL;
  } else {
    if (((struct ___OBJ *)li__TGVI)->__id==__li__Z4WH__) {
      li__VGVI=((void *)li__TGVI);
    } else /* Other types */ {
      li__VGVI=NULL;
    }
  };
  li__MGVI=li__VGVI;
  /* __li__B__ __li__I__ */
if (((void *)li__VGVI != (void *)NULL)) {
    li__SNYU=(__li__K)((*(((__li__2ZEC *)((__li__Z4WH *)li__VGVI)->li__PJPI))).li__NKSH +  1);
    li__3GVI=li__IF1H(li__SNYU);
    li__QGVI=li__3GVI;
    li__5GVI=li__IGVI->li__2A1B.li__NLOE;
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__5GVI==NULL) {
      li__AHVI=NULL;
    } else {
      if (((struct ___OBJ *)li__5GVI)->__id==__li__DA1B__) {
        li__AHVI=((void *)li__5GVI);
      } else /* Other types */ {
        li__AHVI=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__AHVI != (void *)NULL)) {
      li__OGVI=li__AHVI->li__NROI;
      li__KHVI=(__li__K)((*(li__OGVI)).li__UD -  1);
      li__F5OJ= 0;
      while ((li__F5OJ <= li__KHVI)) {
        li__THVI=li__T5OJ(li__IGVI,((__li__U **)(*(((__li__GD *)li__OGVI))).li__U1Z)[li__F5OJ],li__MGVI,li__NGVI,li__QGVI);
        li__NGVI=li__THVI;
        li__F5OJ=(__li__K)(li__F5OJ +  1);
      };
      li__YNYU=((__li__GD *)li__OGVI);
      li__1NYU=((__li__U **)(*(li__YNYU)).li__U1Z)[(*(li__YNYU)).li__UD];
      li__KHVI=li__T5OJ(li__IGVI,li__1NYU,li__VGVI,li__NGVI,li__3GVI);
      li__NGVI=li__KHVI;
    } else /* FALSE */ {
      li__4HVI=li__IGVI->li__2A1B.li__NLOE;
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__4HVI==NULL) {
        li__5HVI=NULL;
      } else {
        switch (((struct ___OBJ *)li__4HVI)->__id) {
        case __li__QOZB__: 
        case __li__VXZB__: 
        case __li__BZZB__: 
        case __li__DA1B__: 
        case __li__ZA1B__: 
        case __li__SB1B__: 
        case __li__5E1B__: 
        case __li__D11B__: 
        case __li__NB2B__: 
        case __li__LH2B__: 
        case __li__M32B__: 
        case __li__KD3B__: 
        case __li__WE3B__: 
        case __li__Q24B__: 
        case __li__D34B__: 
        case __li__V34B__: 
        case __li__H44B__: 
        case __li__XMUC__: {
          li__5HVI=NULL;
        } break;
        case __li__AE1B__: {
          li__5HVI=((void *)li__4HVI);
        } break;
        case __li__K41B__: {
          li__5HVI=((void *)li__4HVI);
        } break;
        case __li__YA2B__: {
          li__5HVI=((void *)li__4HVI);
        } break;
        case __li__UG4B__: {
          li__5HVI=((void *)li__4HVI);
        } break;
        }
      };
      /* NULL __li__AE1B__ __li__K41B__ __li__YA2B__ __li__UG4B__ */
switch (((struct ___OBJ *)li__5HVI)->__id) {
      case __li__AE1B__: {
        li__GIVI=((__li__AE1B *)li__5HVI)->li__PNGC;
      } break;
      case __li__K41B__: {
        li__GIVI=((__li__K41B *)li__5HVI)->li__L41B.li__PNGC;
      } break;
      case __li__YA2B__: {
        li__GIVI=((__li__YA2B *)li__5HVI)->li__ZA2B.li__PNGC;
      } break;
      case __li__UG4B__: {
        li__GIVI=((__li__UG4B *)li__5HVI)->li__VG4B.li__PNGC;
      } break;
      };
      li__KHVI=li__T5OJ(li__IGVI,li__GIVI,li__VGVI,li__NGVI,li__3GVI);
      li__NGVI=li__KHVI;
    };
    /* __li__B__ __li__I__ */
if ((li__NGVI <= (*(((__li__Z4WH *)li__VGVI)->li__PJPI)).li__NKSH)) {
      li__SIVI=li__IGVI->li__2A1B.li__1A1B.li__0CC;
      li__K4E( 1,(&__string_636));
      li__V5E(li__SIVI);
      li__ODF();
    };
    li__VGVI=li__4F1H(li__3GVI);
    li__RGVI=li__VGVI;
  } else /* FALSE */ {
    li__5GVI=li__IGVI->li__2A1B.li__NLOE;
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__5GVI==NULL) {
      li__4HVI=NULL;
    } else {
      switch (((struct ___OBJ *)li__5GVI)->__id) {
      case __li__QOZB__: 
      case __li__VXZB__: 
      case __li__BZZB__: 
      case __li__DA1B__: 
      case __li__ZA1B__: 
      case __li__SB1B__: 
      case __li__5E1B__: 
      case __li__D11B__: 
      case __li__NB2B__: 
      case __li__LH2B__: 
      case __li__M32B__: 
      case __li__KD3B__: 
      case __li__WE3B__: 
      case __li__Q24B__: 
      case __li__D34B__: 
      case __li__V34B__: 
      case __li__H44B__: 
      case __li__XMUC__: {
        li__4HVI=NULL;
      } break;
      case __li__AE1B__: {
        li__4HVI=((void *)li__5GVI);
      } break;
      case __li__K41B__: {
        li__4HVI=((void *)li__5GVI);
      } break;
      case __li__YA2B__: {
        li__4HVI=((void *)li__5GVI);
      } break;
      case __li__UG4B__: {
        li__4HVI=((void *)li__5GVI);
      } break;
      }
    };
    /* NULL __li__AE1B__ __li__K41B__ __li__YA2B__ __li__UG4B__ */
switch (((struct ___OBJ *)li__4HVI)->__id) {
    case __li__AE1B__: {
      li__1NYU=((__li__AE1B *)li__4HVI)->li__PNGC;
    } break;
    case __li__K41B__: {
      li__1NYU=((__li__K41B *)li__4HVI)->li__L41B.li__PNGC;
    } break;
    case __li__YA2B__: {
      li__1NYU=((__li__YA2B *)li__4HVI)->li__ZA2B.li__PNGC;
    } break;
    case __li__UG4B__: {
      li__1NYU=((__li__UG4B *)li__4HVI)->li__VG4B.li__PNGC;
    } break;
    };
    li__5GVI=NULL;
    li__GUIJ=li__3DMJ(li__1NYU);
    /* __li__B__ __li__I__ */
if (((void *)li__GUIJ != (void *)NULL)) {
      li__4HVI=li__XZRJ(li__IGVI,li__GUIJ,li__TGVI);
      li__5GVI=li__4HVI;
    } else /* FALSE */ {
      li__4HVI=li__I1RJ(li__IGVI,li__1NYU,li__TGVI);
      li__5GVI=li__4HVI;
    };
    li__RGVI=li__5GVI;
  };
  li__JGVI=li__RGVI;
  return(li__JGVI);
}

static void* li__KJVI(__li__SB1B *li__LJVI)
/* (Strict ITM_WRITE_CAST{li__SB1B}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__RJVI,*li__WJVI,*li__5KJV,*li__FLVI;
  void *li__UJVI;
  void *li__VJVI,*li__QMMJ,*li__MJVI;
  __li__PO li__3NYU,li__IJ3I,li__EIPJ;
  __li__V34B *li__ZKJV;
  __li__C0WI *li__0KJV;
  __li__VTBD *li__3KJV,*li__ZHGK;
  __li__KI *li__ZJVI,*li__EOYU,*li__UPYU;
  __li__DFNL *li__COYU,*li__SPYU;
  __li__KMFK *li__4JVI,*li__VMMJ;
  __li__U *li__XI3I,*li__BJ3I;
  void *li__NAGK;
  void *li__BLVI;
  __li__1M *li__ELVI;
  __li__GO3I *li__SFGK,*li__1GGK;
  __li__CB li__TFGK,li__POYU;
  __li__JJG li__1FGK,li__SOYU,li__NOYU;
  __li__K li__GGGK;
  __li__52B li__3OYU;
  __li__ODID *li__PNDJ,*li__QXMU;
  __li__C li__PLVI;
  li__RJVI=NULL;
  li__UJVI=li__LJVI->li__TB1B.li__OLOE;
  /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__UJVI)->__id) {
  case __li__QOZB__: {
    li__VJVI=li__B5UI(((__li__QOZB *)li__UJVI));
  } break;
  case __li__VXZB__: {
    li__VJVI=li__TDVI(((__li__VXZB *)li__UJVI));
  } break;
  case __li__BZZB__: {
    li__VJVI=li__0DVI(((__li__BZZB *)li__UJVI));
  } break;
  case __li__DA1B__: {
    li__3NYU=((__li__DA1B *)li__UJVI)->li__EA1B.li__0CC;
    li__K4E( 1,(&__string_459));
    li__V5E(li__3NYU);
    li__ODF();
    li__VJVI=NULL;
  } break;
  case __li__ZA1B__: {
    li__VJVI=li__HGVI(((__li__ZA1B *)li__UJVI));
  } break;
  case __li__SB1B__: {
    li__VJVI=li__KJVI(((__li__SB1B *)li__UJVI));
  } break;
  case __li__AE1B__: {
    li__VJVI=li__OMVI(((__li__AE1B *)li__UJVI));
  } break;
  case __li__5E1B__: {
    li__VJVI=li__SNVI(((__li__5E1B *)li__UJVI));
  } break;
  case __li__D11B__: {
    li__KBG((&__string_460));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__VJVI=NULL;
  } break;
  case __li__K41B__: {
    li__VJVI=li__IPVI(((__li__K41B *)li__UJVI));
  } break;
  case __li__YA2B__: {
    li__VJVI=li__OPVI(((__li__YA2B *)li__UJVI));
  } break;
  case __li__NB2B__: {
    li__VJVI=li__RUVI(((__li__NB2B *)li__UJVI));
  } break;
  case __li__LH2B__: {
    li__VJVI=li__ODWI(((__li__LH2B *)li__UJVI));
  } break;
  case __li__M32B__: {
    li__VJVI=li__DHWI(((__li__M32B *)li__UJVI));
  } break;
  case __li__KD3B__: {
    li__VJVI=li__2IWI(((__li__KD3B *)li__UJVI));
  } break;
  case __li__WE3B__: {
    li__VJVI=li__CKWI(((__li__WE3B *)li__UJVI));
  } break;
  case __li__UG4B__: {
    li__VJVI=li__PYWI(((__li__UG4B *)li__UJVI));
  } break;
  case __li__Q24B__: {
    li__VJVI=li__JZWI(((__li__Q24B *)li__UJVI));
  } break;
  case __li__D34B__: {
    li__VJVI=li__VZWI(((__li__D34B *)li__UJVI));
  } break;
  case __li__V34B__: {
    li__ZKJV=((__li__V34B *)li__UJVI);
    li__0KJV=li__ZV4I(li__ZKJV->li__W34B.li__0CC,li__ZKJV->li__2OGD);
    li__VJVI=li__0KJV;
  } break;
  case __li__H44B__: {
    li__VJVI=li__I0WI(((__li__H44B *)li__UJVI));
  } break;
  case __li__XMUC__: {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__VJVI=NULL;
  } break;
  };
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VJVI)->__id) {
  case __li__WK__: {
    li__WJVI=((__li__WK *)li__VJVI)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__WJVI=((__li__AVBD *)li__VJVI)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__WJVI=((__li__KVBD *)li__VJVI)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__WJVI=((__li__WVBD *)li__VJVI)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__WJVI=li__JK5J(((__li__Z4WH *)li__VJVI));
  } break;
  case __li__KTVI__: {
    li__WJVI=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__WJVI=li__553L();
  } break;
  case __li__XTVI__: {
    li__WJVI=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__WJVI=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__WJVI=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__WJVI=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__WJVI=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__WJVI=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__WJVI=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__WJVI=li__DWEK(((__li__BNWI *)li__VJVI));
  } break;
  case __li__XNWI__: {
    li__WJVI=li__IWEK(((__li__XNWI *)li__VJVI));
  } break;
  case __li__LOWI__: {
    li__WJVI=li__NWEK(((__li__LOWI *)li__VJVI));
  } break;
  case __li__5OWI__: {
    li__WJVI=li__SWEK(((__li__5OWI *)li__VJVI));
  } break;
  case __li__TPWI__: {
    li__WJVI=li__XWEK(((__li__TPWI *)li__VJVI));
  } break;
  case __li__HQWI__: {
    li__WJVI=li__2WEK(((__li__HQWI *)li__VJVI));
  } break;
  case __li__ARWI__: {
    li__WJVI=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__WJVI=li__FXEK(((__li__URWI *)li__VJVI));
  } break;
  case __li__MSWI__: {
    li__WJVI=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__WJVI=((__li__ETWI *)li__VJVI)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__WJVI=((__li__MZWI *)li__VJVI)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__WJVI=((__li__C0WI *)li__VJVI)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__WJVI=((__li__M1WI *)li__VJVI)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__WJVI=((__li__KMFK *)li__VJVI)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__WJVI=li__T4NN(((__li__XOHL *)li__VJVI));
  } break;
  case __li__FPHL__: {
    li__WJVI=li__KA4L(((__li__FPHL *)li__VJVI));
  } break;
  case __li__APLM__: {
    li__WJVI=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__WJVI=li__1ISO(((__li__DTNM *)li__VJVI));
  } break;
  case __li__JXNM__: {
    li__WJVI=li__VX3R(((__li__JXNM *)li__VJVI));
  } break;
  case __li__21LO__: {
    li__WJVI=((__li__21LO *)li__VJVI)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__WJVI=((__li__TPOO *)li__VJVI)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__WJVI=li__FH4R();
  } break;
  case __li__41XO__: {
    li__WJVI=li__3FDQ(((__li__41XO *)li__VJVI));
  } break;
  case __li__AKBR__: {
    li__WJVI=li__WQDS(((__li__AKBR *)li__VJVI));
  } break;
  case __li__SU5R__: {
    li__WJVI=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__WJVI=li__Y1IS();
  } break;
  };
  li__5KJV=((__li__5RB *)li__WJVI);
  li__3NYU=li__LJVI->li__TB1B.li__1A1B.li__0CC;
  li__3KJV=li__QAAE();
  li__LQNE(((__li__VTBD *)li__3KJV),li__3NYU,(&__string_68),'+',li__5KJV);
  li__ZJVI=li__XIKB;
  li__COYU=li__1CXJ(((__li__VTBD *)li__3KJV),li__LJVI->li__TB1B.li__1A1B.li__0CC,li__VJVI);
  li__EOYU=((__li__KI *)li__ZJVI);
  li__P2VG(((__li__TOLE *)li__EOYU->li__2OLE),li__COYU);
  li__WVRE(li__EOYU);
  li__4JVI=li__NOPI(((__li__VTBD *)li__3KJV));
  li__XI3I=NULL;
  li__UJVI=li__LJVI->li__TB1B.li__NLOE;
  /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__UJVI==NULL) {
    li__VJVI=NULL;
  } else {
    switch (((struct ___OBJ *)li__UJVI)->__id) {
    case __li__QOZB__: 
    case __li__VXZB__: 
    case __li__BZZB__: 
    case __li__DA1B__: 
    case __li__ZA1B__: 
    case __li__SB1B__: 
    case __li__5E1B__: 
    case __li__D11B__: 
    case __li__NB2B__: 
    case __li__LH2B__: 
    case __li__M32B__: 
    case __li__KD3B__: 
    case __li__WE3B__: 
    case __li__Q24B__: 
    case __li__D34B__: 
    case __li__V34B__: 
    case __li__H44B__: 
    case __li__XMUC__: {
      li__VJVI=NULL;
    } break;
    case __li__AE1B__: {
      li__VJVI=((void *)li__UJVI);
    } break;
    case __li__K41B__: {
      li__VJVI=((void *)li__UJVI);
    } break;
    case __li__YA2B__: {
      li__VJVI=((void *)li__UJVI);
    } break;
    case __li__UG4B__: {
      li__VJVI=((void *)li__UJVI);
    } break;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__VJVI != (void *)NULL)) {
    /* NULL __li__AE1B__ __li__K41B__ __li__YA2B__ __li__UG4B__ */
switch (((struct ___OBJ *)li__VJVI)->__id) {
    case __li__AE1B__: {
      li__BJ3I=((__li__AE1B *)li__VJVI)->li__PNGC;
    } break;
    case __li__K41B__: {
      li__BJ3I=((__li__K41B *)li__VJVI)->li__L41B.li__PNGC;
    } break;
    case __li__YA2B__: {
      li__BJ3I=((__li__YA2B *)li__VJVI)->li__ZA2B.li__PNGC;
    } break;
    case __li__UG4B__: {
      li__BJ3I=((__li__UG4B *)li__VJVI)->li__VG4B.li__PNGC;
    } break;
    };
    li__XI3I=li__BJ3I;
  } else /* FALSE */ {
    li__IJ3I=li__LJVI->li__TB1B.li__1A1B.li__0CC;
    li__K4E( 1,(&__string_637));
    li__V5E(li__IJ3I);
    li__ODF();
  };
  li__3KJV=li__PJ3I(li__XI3I);
  /* __li__B__ __li__I__ */
if (((void *)li__3KJV != (void *)NULL)) {
    li__RJVI=li__3KJV->li__WTBD.li__0RNE;
  } else /* FALSE */ {
    li__VJVI=li__UVIJ(((__li__5RB *)li__2UUD->li__2M.li__2NSH),li__XI3I);
    /* __li__B__ __li__I__ */
if (((void *)li__VJVI == (void *)NULL)) {
      li__HEZ(((__li__BC *)li__0C),(&__string_425));
      li__JAZ(((__li__BC *)li__0C),li__XI3I);
      li__JAZ(((__li__BC *)li__0C),(&__string_638));
      li__OUHF(((__li__5RB *)li__2UUD->li__2M.li__2NSH),li__0C);
      li__SRX(((__li__BC *)li__0C),'.');
      li__EIPJ=li__LJVI->li__TB1B.li__1A1B.li__0CC;
      li__K4E( 1,li__0C);
      li__V5E(li__EIPJ);
      li__ODF();
    };
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VJVI)->__id==__li__DZB__) {
      li__NAGK=((__li__DZB *)li__VJVI)->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NAGK)->__id==__li__IZB__) {
        li__BLVI=((__li__IZB *)li__NAGK)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__BLVI=((__li__4HAD *)li__NAGK)->li__5HAD.li__NMSB;
      };
    } else /* SLOT_CODE */ {
      li__NAGK=((__li__QWEC *)li__VJVI)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NAGK)->__id==__li__IZB__) {
        li__BLVI=((__li__IZB *)li__NAGK)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__BLVI=((__li__4HAD *)li__NAGK)->li__5HAD.li__NMSB;
      };
    };
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__BLVI==NULL) {
      li__NAGK=NULL;
    } else {
      switch (((struct ___OBJ *)li__BLVI)->__id) {
      case __li__WRB__: {
        li__NAGK=((void *)li__BLVI);
      } break;
      case __li__XRB__: {
        li__NAGK=((void *)li__BLVI);
      } break;
      case __li__KUB__: {
        li__NAGK=((void *)li__BLVI);
      } break;
      case __li__VB1__: {
        li__NAGK=((void *)li__BLVI);
      } break;
      case __li__UL2B__: 
      case __li__4O2B__: {
        li__NAGK=NULL;
      } break;
      }
    };
    li__ELVI=li__2UUD;
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__NAGK)->__id) {
    case __li__WRB__: {
      li__FLVI=li__1A3I(((__li__WRB *)li__NAGK),li__ELVI);
    } break;
    case __li__XRB__: {
      li__FLVI=li__PC3I(((__li__XRB *)((__li__WRB *)li__NAGK)),li__ELVI);
    } break;
    case __li__KUB__: {
      li__FLVI=li__DE3I(((__li__KUB *)((__li__WRB *)li__NAGK)),li__ELVI);
    } break;
    case __li__VB1__: {
      li__FLVI=li__IG3I(((__li__VB1 *)((__li__WRB *)li__NAGK)),li__ELVI);
    } break;
    };
    li__RJVI=li__FLVI;
  };
  /* __li__B__ __li__I__ */
if (li__O4RI) {
    li__PLVI=li__EBGK(((__li__5RB *)li__RJVI),((__li__KMFK *)li__4JVI)->li__3RFK->li__WTBD.li__0RNE);
    /* __li__B__ __li__I__ */
if ((li__PLVI && (! ((__li__F0C)(((__li__5RB *)((__li__KMFK *)li__4JVI)->li__3RFK->li__WTBD.li__0RNE)->li__BEM &  32) !=  0)))) {
      li__EIPJ=li__LJVI->li__TB1B.li__1A1B.li__0CC;
      li__K4E( 2,(&__string_639));
      li__V5E(li__EIPJ);
      li__ODF();
    };
  };
  li__3NYU=li__LJVI->li__TB1B.li__1A1B.li__0CC;
  li__SFGK=NULL;
  li__TFGK=((__li__CB )(NULL));
  li__1FGK=((__li__JJG )sizeof(__li__GO3I));
  /* __li__B__ __li__I__ */
if ((li__1FGK ==  0)) {
    li__SFGK=li__GO3I__;
  } else /* FALSE */ {
    li__GGGK=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1FGK));
    /* __li__B__ __li__I__ */
if ((li__GGGK == (__li__K)(-  1))) {
      li__SOYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__NOYU=(__li__JJG)((__li__JJG)(li__1FGK - (__li__JJG)(((__li__JJG ) 0) - li__SOYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SOYU) - ((__li__JJG ) 1)));
      li__SOYU=(__li__JJG)(li__NOYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__POYU=li__YCJ(li__NOYU,((__li__CB )(&(table_size[(li__SOYU)-1]))),((__li__52B )li__NOYU));
      li__TFGK=li__POYU;
    } else /* FALSE */ {
      li__3OYU=((__li__52B )li__GGGK);
      li__SOYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__NOYU=(__li__JJG)((__li__JJG)(li__1FGK - (__li__JJG)(((__li__JJG ) 0) - li__SOYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SOYU) - ((__li__JJG ) 1)));
      li__POYU=li__YCJ(li__NOYU,((__li__CB )(&(table_type[(li__3OYU)]))),(__li__52B)(li__3OYU |  1));
      li__TFGK=li__POYU;
    };
    li__1GGK=((__li__GO3I *)li__TFGK);
    li__SFGK=li__1GGK;
    *(li__1GGK) = *(li__GO3I__);
  };
  li__1GGK=((__li__GO3I *)li__SFGK);
  li__SDID__->li__TDID.li__0CC=li__3NYU;
  li__UJVI=li__O1WH(((__li__5RB *)li__RJVI),li__3NYU);
  li__1GGK->li__LHGK=li__UJVI;
  /* __li__B__ __li__I__ */
if (((void *)li__JI == (void *)NULL)) {
    li__SDID__->li__BPME=li__YTBD;
  } else /* FALSE */ {
    li__VJVI=li__JI;
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__VJVI)->__id==__li__1M__) {
      li__ZHGK=((__li__1M *)li__VJVI)->li__2M.li__IPME;
    } else /* PROFIL_BLOCK */ {
      li__ZHGK=((__li__UJSH *)li__VJVI)->li__VJSH.li__IPME;
    };
    li__SDID__->li__BPME=li__ZHGK;
  };
  li__PNDJ=li__PQUD();
  li__QXMU=((__li__ODID *)li__PNDJ);
  li__QXMU->li__PDID.li__PPME=li__4JVI;
  li__QXMU->li__PDID.li__QPME=li__SFGK;
  li__RP=(__li__K)(li__RP +  1);
  li__IPQH(((__li__ZDID *)li__BEID),li__PNDJ);
  li__ZJVI=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__ZJVI->li__2OLE),li__PNDJ);
  li__WVRE(li__ZJVI);
  li__UJVI=li__ZAHJ(((__li__ODID *)li__PNDJ));
  li__VJVI=NULL;
  li__3KJV=li__PJ3I(li__XI3I);
  /* __li__B__ __li__I__ */
if (((void *)li__3KJV != (void *)NULL)) {
    li__NAGK=NULL;
    /* __li__B__ __li__I__ */
if ((li__3KJV->li__WTBD.li__FZB.li__DI1B == '-')) {
      li__BLVI=li__ZMMJ(li__LJVI,li__3KJV->li__WTBD.li__GRNE,li__UJVI);
      li__NAGK=li__BLVI;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if ((li__3KJV->li__WTBD.li__FZB.li__DI1B == ' ')) {
        li__EDSB( 1,(&__string_640));
        li__V5E(li__3KJV->li__WTBD.li__FZB.li__RF.li__0CC);
        li__V5E(li__LJVI->li__TB1B.li__1A1B.li__0CC);
        li__ODF();
      };
      li__FLVI=li__3KJV->li__WTBD.li__0RNE;
      li__EIPJ=li__LJVI->li__TB1B.li__1A1B.li__0CC;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UJVI)->__id) {
      case __li__WK__: {
        li__QMMJ=li__KPGK(((__li__WK *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__AVBD__: {
        li__QMMJ=li__4XGK(((__li__AVBD *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__KVBD__: {
        li__QMMJ=li__TAHK(((__li__KVBD *)li__UJVI),li__FLVI,li__EIPJ);
      } break;
      case __li__WVBD__: {
        li__QMMJ=li__IJHK(((__li__WVBD *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__Z4WH__: {
        li__QMMJ=li__IQ4J(((__li__Z4WH *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__KTVI__: {
        li__QMMJ=li__4RHK(((__li__KTVI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__LTVI__: {
        li__QMMJ=li__TXMN(((__li__LTVI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__XTVI__: {
        li__QMMJ=li__U0HK(((__li__XTVI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__YTVI__: {
        li__QMMJ=li__IANN(((__li__YTVI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__S2VI__: {
        li__QMMJ=li__JDIK(((__li__S2VI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__E3VI__: {
        li__QMMJ=li__4LIK(((__li__E3VI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__KLWI__: {
        li__QMMJ=li__SUIK(((__li__KLWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__ULWI__: {
        li__QMMJ=li__G3IK(((__li__ULWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__NMWI__: {
        li__QMMJ=li__1FJK(((__li__NMWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__BNWI__: {
        li__QMMJ=li__QOJK(((__li__BNWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__XNWI__: {
        li__QMMJ=li__FXJK(((__li__XNWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__LOWI__: {
        li__QMMJ=li__05JK(((__li__LOWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__5OWI__: {
        li__QMMJ=li__PIKK(((__li__5OWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__TPWI__: {
        li__QMMJ=li__ERKK(((__li__TPWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__HQWI__: {
        li__QMMJ=li__ZZKK(((__li__HQWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__ARWI__: {
        li__QMMJ=li__NCLK(((__li__ARWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__URWI__: {
        li__QMMJ=li__BLLK(((__li__URWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__MSWI__: {
        li__QMMJ=li__VTLK(((__li__MSWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__ETWI__: {
        li__QMMJ=li__J2LK(((__li__ETWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__MZWI__: {
        li__QMMJ=li__4EMK(((__li__MZWI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__C0WI__: {
        li__QMMJ=li__TNMK(((__li__C0WI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__M1WI__: {
        li__QMMJ=li__Q3IP(((__li__M1WI *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__KMFK__: {
        li__QMMJ=li__JG2L(((__li__KMFK *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__XOHL__: {
        li__QMMJ=li__3INN(((__li__XOHL *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__FPHL__: {
        li__QMMJ=li__SRNN(((__li__FPHL *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__APLM__: {
        li__QMMJ=li__5JCQ(((__li__APLM *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__DTNM__: {
        li__QMMJ=li__S2RO(((__li__DTNM *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__JXNM__: {
        li__QMMJ=li__UZCS(((__li__JXNM *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__21LO__: {
        li__QMMJ=li__FGJP(((__li__21LO *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__TPOO__: {
        li__QMMJ=li__0OJP(((__li__TPOO *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__URRO__: {
        li__QMMJ=li__TNPS(((__li__URRO *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__41XO__: {
        li__QMMJ=li__USCQ(((__li__41XO *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__AKBR__: {
        li__QMMJ=li__4CDS(((__li__AKBR *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__SU5R__: {
        li__QMMJ=li__IWPS(((__li__SU5R *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      case __li__JV5R__: {
        li__QMMJ=li__34PS(((__li__JV5R *)((__li__KVBD *)li__UJVI)),li__FLVI,li__EIPJ);
      } break;
      };
      li__SPYU=li__1CXJ(((__li__VTBD *)li__3KJV),li__LJVI->li__TB1B.li__1A1B.li__0CC,li__QMMJ);
      li__UPYU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__UPYU->li__2OLE),li__SPYU);
      li__WVRE(li__UPYU);
      li__VMMJ=li__NOPI(((__li__VTBD *)li__3KJV));
      li__NAGK=li__VMMJ;
    };
    li__VJVI=li__NAGK;
  } else /* FALSE */ {
    li__QMMJ=li__ZMMJ(li__LJVI,li__XI3I,li__UJVI);
    li__VJVI=li__QMMJ;
  };
  li__MJVI=li__VJVI;
  return(li__MJVI);
}

static void* li__OMVI(__li__AE1B *li__PMVI)
/* (Strict ITM_READ{li__AE1B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__RMVI,*li__BNVI,*li__QMVI;
  __li__VTBD *li__UMVI;
  __li__KMFK *li__INVI;
  li__RMVI=NULL;
  li__UMVI=li__LP3I(li__PMVI->li__PNGC);
  /* __li__B__ __li__I__ */
if (((void *)li__UMVI != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__UMVI->li__WTBD.li__FZB.li__DI1B == '-')) {
      ((__li__VTBD *)li__UMVI)->li__WTBD.li__LNME= 1;
      li__PMVI->li__PNGC=li__UMVI->li__WTBD.li__GRNE;
      li__BNVI=li__XZIJ(li__PMVI);
      li__RMVI=li__BNVI;
    } else /* FALSE */ {
      li__INVI=li__NOPI(((__li__VTBD *)li__UMVI));
      li__RMVI=li__INVI;
    };
  } else /* FALSE */ {
    li__BNVI=li__XZIJ(li__PMVI);
    li__RMVI=li__BNVI;
  };
  li__QMVI=li__RMVI;
  return(li__QMVI);
}

static void* li__SNVI(__li__5E1B *li__TNVI)
/* (Strict ITM_WRITE_CODE{li__5E1B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__4NVI;
  void *li__5NVI;
  __li__U *li__AOVI;
  __li__VTBD *li__IU3I,*li__WV3I,*li__AX3I;
  __li__K li__JU3I,li__M5IJ;
  __li__KMFK *li__LOVI;
  __li__5RB *li__MOVI,*li__JRYU;
  __li__PO li__ZOVI,li__JJGK;
  __li__NY3I *li__Y4IJ,*li__BAJJ;
  __li__CB li__Z4IJ,li__FQYU;
  __li__JJG li__B5IJ,li__IQYU,li__DQYU;
  __li__52B li__TQYU;
  __li__KVBD *li__CRYU,*li__HRYU;
  void *li__1JGK;
  __li__ODID *li__BUDJ,*li__ZXMU;
  __li__KI *li__KRYU;
  void *li__UNVI;
  void **li__GLJV;
  __li__C li__TW3I;
  li__4NVI=li__TNVI->li__AF1B.li__NLOE;
  /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__4NVI==NULL) {
    li__5NVI=NULL;
  } else {
    switch (((struct ___OBJ *)li__4NVI)->__id) {
    case __li__QOZB__: 
    case __li__VXZB__: 
    case __li__BZZB__: 
    case __li__DA1B__: 
    case __li__ZA1B__: 
    case __li__SB1B__: 
    case __li__5E1B__: 
    case __li__D11B__: 
    case __li__NB2B__: 
    case __li__LH2B__: 
    case __li__M32B__: 
    case __li__KD3B__: 
    case __li__WE3B__: 
    case __li__Q24B__: 
    case __li__D34B__: 
    case __li__V34B__: 
    case __li__H44B__: 
    case __li__XMUC__: {
      li__5NVI=NULL;
    } break;
    case __li__AE1B__: {
      li__5NVI=((void *)li__4NVI);
    } break;
    case __li__K41B__: {
      li__5NVI=((void *)li__4NVI);
    } break;
    case __li__YA2B__: {
      li__5NVI=((void *)li__4NVI);
    } break;
    case __li__UG4B__: {
      li__5NVI=((void *)li__4NVI);
    } break;
    }
  };
  /* NULL __li__AE1B__ __li__K41B__ __li__YA2B__ __li__UG4B__ */
switch (((struct ___OBJ *)li__5NVI)->__id) {
  case __li__AE1B__: {
    li__AOVI=((__li__AE1B *)li__5NVI)->li__PNGC;
  } break;
  case __li__K41B__: {
    li__AOVI=((__li__K41B *)li__5NVI)->li__L41B.li__PNGC;
  } break;
  case __li__YA2B__: {
    li__AOVI=((__li__YA2B *)li__5NVI)->li__ZA2B.li__PNGC;
  } break;
  case __li__UG4B__: {
    li__AOVI=((__li__UG4B *)li__5NVI)->li__VG4B.li__PNGC;
  } break;
  };
  li__IU3I=NULL;
  li__JU3I=(*(li__C1IE)).li__4BPE;
  li__GLJV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
  while ((! ((li__JU3I <  0) || ((void *)((__li__VTBD *)((void **)li__GLJV)[li__JU3I])->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66))))) {
    li__JU3I=(__li__K)(li__JU3I -  1);
  };
  /* __li__B__ __li__I__ */
if ((li__JU3I >=  0)) {
    li__WV3I=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__JU3I];
    li__IU3I=li__WV3I;
    /* __li__B__ __li__I__ */
if ((((li__JU3I < li__CL3I) && (li__WV3I->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__WV3I->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
      li__CL3I=li__JU3I;
      li__2L3I=li__WV3I;
    };
    li__TW3I=li__B__;
  } else /* FALSE */ {
    li__TW3I=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__TW3I)) {
    /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
      li__AX3I=li__E1CL(((__li__1M *)li__2UUD),(&__string_66));
      li__IU3I=li__AX3I;
      /* __li__B__ __li__I__ */
if ((((void *)li__AX3I != (void *)NULL) && ((void *)li__AX3I->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
        li__CL3I=(__li__K)(-  1);
        li__2L3I=li__AX3I;
      };
    };
  };
  li__LOVI=li__NOPI(((__li__VTBD *)li__IU3I));
  li__MOVI=((__li__KMFK *)li__LOVI)->li__3RFK->li__WTBD.li__0RNE;
  li__4NVI=li__UVIJ(((__li__5RB *)li__MOVI),li__AOVI);
  /* __li__B__ __li__I__ */
if (((void *)li__4NVI == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_425));
    li__JAZ(((__li__BC *)li__0C),li__AOVI);
    li__JAZ(((__li__BC *)li__0C),(&__string_638));
    li__OUHF(((__li__5RB *)li__MOVI),li__0C);
    li__SRX(((__li__BC *)li__0C),'.');
    li__ZOVI=li__TNVI->li__AF1B.li__1A1B.li__0CC;
    li__K4E( 1,li__0C);
    li__V5E(li__ZOVI);
    li__ODF();
  };
  li__ZOVI=li__TNVI->li__AF1B.li__1A1B.li__0CC;
  li__5NVI=li__TNVI->li__AF1B.li__OLOE;
  li__Y4IJ=NULL;
  li__Z4IJ=((__li__CB )(NULL));
  li__B5IJ=((__li__JJG )sizeof(__li__NY3I));
  /* __li__B__ __li__I__ */
if ((li__B5IJ ==  0)) {
    li__Y4IJ=li__NY3I__;
  } else /* FALSE */ {
    li__M5IJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__B5IJ));
    /* __li__B__ __li__I__ */
if ((li__M5IJ == (__li__K)(-  1))) {
      li__IQYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DQYU=(__li__JJG)((__li__JJG)(li__B5IJ - (__li__JJG)(((__li__JJG ) 0) - li__IQYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IQYU) - ((__li__JJG ) 1)));
      li__IQYU=(__li__JJG)(li__DQYU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__FQYU=li__YCJ(li__DQYU,((__li__CB )(&(table_size[(li__IQYU)-1]))),((__li__52B )li__DQYU));
      li__Z4IJ=li__FQYU;
    } else /* FALSE */ {
      li__TQYU=((__li__52B )li__M5IJ);
      li__IQYU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DQYU=(__li__JJG)((__li__JJG)(li__B5IJ - (__li__JJG)(((__li__JJG ) 0) - li__IQYU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IQYU) - ((__li__JJG ) 1)));
      li__FQYU=li__YCJ(li__DQYU,((__li__CB )(&(table_type[(li__TQYU)]))),(__li__52B)(li__TQYU |  1));
      li__Z4IJ=li__FQYU;
    };
    li__BAJJ=((__li__NY3I *)li__Z4IJ);
    li__Y4IJ=li__BAJJ;
    *(li__BAJJ) = *(li__NY3I__);
  };
  li__BAJJ=((__li__NY3I *)li__Y4IJ);
  li__BAJJ->li__OY3I.li__TDID.li__0CC=li__ZOVI;
  li__BAJJ->li__OY3I.li__VOME=li__4NVI;
  li__BAJJ->li__OY3I.li__WOME=li__LOVI;
  /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__5NVI)->__id) {
  case __li__QOZB__: {
    li__JJGK=((__li__QOZB *)li__5NVI)->li__ROZB.li__0CC;
  } break;
  case __li__VXZB__: {
    li__JJGK=((__li__VXZB *)li__5NVI)->li__WXZB.li__0CC;
  } break;
  case __li__BZZB__: {
    li__JJGK=((__li__BZZB *)li__5NVI)->li__EZZB.li__0CC;
  } break;
  case __li__DA1B__: {
    li__JJGK=((__li__DA1B *)li__5NVI)->li__EA1B.li__0CC;
  } break;
  case __li__ZA1B__: {
    li__JJGK=((__li__ZA1B *)li__5NVI)->li__2A1B.li__1A1B.li__0CC;
  } break;
  case __li__SB1B__: {
    li__JJGK=((__li__SB1B *)li__5NVI)->li__TB1B.li__1A1B.li__0CC;
  } break;
  case __li__AE1B__: {
    li__JJGK=((__li__AE1B *)li__5NVI)->li__BE1B.li__0CC;
  } break;
  case __li__5E1B__: {
    li__JJGK=((__li__5E1B *)li__5NVI)->li__AF1B.li__1A1B.li__0CC;
  } break;
  case __li__D11B__: {
    li__JJGK=((__li__D11B *)li__5NVI)->li__E11B.li__0CC;
  } break;
  case __li__K41B__: {
    li__JJGK=((__li__K41B *)li__5NVI)->li__L41B.li__BE1B.li__0CC;
  } break;
  case __li__YA2B__: {
    li__JJGK=((__li__YA2B *)li__5NVI)->li__ZA2B.li__BE1B.li__0CC;
  } break;
  case __li__NB2B__: {
    li__JJGK=li__VTHD(((__li__NB2B *)li__5NVI));
  } break;
  case __li__LH2B__: {
    li__JJGK=((__li__LH2B *)li__5NVI)->li__MH2B.li__0CC;
  } break;
  case __li__M32B__: {
    li__JJGK=((__li__M32B *)li__5NVI)->li__P32B.li__O32B.li__0CC;
  } break;
  case __li__KD3B__: {
    li__JJGK=((__li__KD3B *)li__5NVI)->li__ZJKE->li__ROZB.li__0CC;
  } break;
  case __li__WE3B__: {
    li__JJGK=((__li__WE3B *)li__5NVI)->li__XE3B.li__O32B.li__0CC;
  } break;
  case __li__UG4B__: {
    li__JJGK=((__li__UG4B *)li__5NVI)->li__VG4B.li__BE1B.li__0CC;
  } break;
  case __li__Q24B__: {
    li__JJGK=((__li__Q24B *)li__5NVI)->li__R24B.li__0CC;
  } break;
  case __li__D34B__: {
    li__JJGK=((__li__D34B *)li__5NVI)->li__E34B.li__0CC;
  } break;
  case __li__V34B__: {
    li__JJGK=((__li__V34B *)li__5NVI)->li__W34B.li__0CC;
  } break;
  case __li__H44B__: {
    li__JJGK=((__li__H44B *)li__5NVI)->li__I44B.li__0CC;
  } break;
  case __li__XMUC__: {
    li__JJGK=li__1THD(((__li__XMUC *)li__5NVI));
  } break;
  };
  li__MOVI=li__QRB__->li__RRB.li__J0C;
  li__CRYU=li__5QND();
  li__HRYU=((__li__KVBD *)li__CRYU);
  li__HRYU->li__LVBD.li__0K.li__0CC=li__JJGK;
  li__JRYU=li__NNSE(((__li__5RB *)li__MOVI));
  li__HRYU->li__LVBD.li__WZLE=li__JRYU;
  li__BAJJ->li__OY3I.li__YOME=li__CRYU;
  li__BAJJ->li__OJGK=li__5NVI;
  /* __li__B__ __li__I__ */
if (((void *)li__JI == (void *)NULL)) {
    li__BAJJ->li__OY3I.li__BPME=li__YTBD;
  } else /* FALSE */ {
    li__1JGK=li__JI;
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__1JGK)->__id==__li__1M__) {
      li__AX3I=((__li__1M *)li__1JGK)->li__2M.li__IPME;
    } else /* PROFIL_BLOCK */ {
      li__AX3I=((__li__UJSH *)li__1JGK)->li__VJSH.li__IPME;
    };
    li__BAJJ->li__OY3I.li__BPME=li__AX3I;
  };
  li__BUDJ=li__PQUD();
  li__ZXMU=((__li__ODID *)li__BUDJ);
  li__ZXMU->li__PDID.li__PPME=li__LOVI;
  li__ZXMU->li__PDID.li__QPME=li__Y4IJ;
  li__RP=(__li__K)(li__RP +  1);
  li__IPQH(((__li__ZDID *)li__BEID),li__BUDJ);
  li__KRYU=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__KRYU->li__2OLE),li__BUDJ);
  li__WVRE(li__KRYU);
  li__4NVI=li__ZAHJ(((__li__ODID *)li__BUDJ));
  li__UNVI=li__4NVI;
  return(li__UNVI);
}

static void* li__IPVI(__li__K41B *li__JPVI)
/* (Strict ITM_READ_ARG1{li__K41B}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__FZ3I,*li__QLJV;
  void *li__IZ3I,*li__2Z3I,*li__4RYU,*li__ASYU,*li__4SYU,*li__GTYU;
  void *li__KTYU,*li__KPVI;
  void *li__KZ3I,*li__H03I;
  __li__VTBD *li__UZ3I,*li__51DJ;
  __li__KMFK *li__WZ3I,*li__JSYU,*li__B2DJ,*li__ATYU;
  __li__PO li__ORYU,li__YVDJ,li__2RYU,li__RYDJ,li__WZDJ;
  __li__V34B *li__LLJV;
  __li__C0WI *li__MLJV,*li__WSYU,*li__5TYU,*li__AUYU;
  __li__QOZB *li__4Z3I;
  __li__PF *li__W03I;
  __li__U *li__X03I,*li__T2DJ;
  __li__ODID *li__OVDJ,*li__K1DJ,*li__O3DJ;
  __li__5RB *li__QVDJ,*li__TLJV,*li__WLJV,*li__D3DJ,*li__4LJV;
  void *li__3XCM,*li__5POM;
  __li__K li__AAPU,li__CAPU;
  __li__ULSB *li__4YDJ;
  __li__Z4WH *li__A0DJ;
  __li__WK *li__CSYU,*li__MTYU;
  __li__KVBD *li__RLJV,*li__VLJV,*li__ZLJV,*li__3LJV;
  __li__WVBD *li__ESYU,*li__FSYU,*li__OTYU,*li__PTYU;
  __li__KLWI *li__HSYU,*li__RTYU;
  __li__ULWI *li__MSYU,*li__NSYU,*li__WTYU,*li__XTYU;
  __li__MSWI *li__PSYU,*li__QSYU,*li__ZTYU,*li__0TYU;
  __li__MZWI *li__SSYU,*li__TSYU,*li__2TYU,*li__3TYU;
  __li__M1WI *li__YSYU,*li__ZSYU,*li__CUYU,*li__DUYU;
  __li__TPOO *li__CTYU;
  __li__QWEC *li__A3DJ;
  __li__KI *li__FUYU;
  __li__C li__LZ3I,li__MZ3I,li__Z03I,li__203I,li__DZDJ,li__HZDJ;
  __li__2ZEC *li__PVDJ,*li__FVDJ,*li__F1DJ,*li__QSRU,*li__1SYU;
  __li__I03C *li__PXDJ;
  li__FZ3I=li__JPVI->li__OSGC;
  li__IZ3I=NULL;
  li__KZ3I=NULL;
  li__LZ3I=li__I__;
  li__MZ3I=li__I__;
  /* __li__B__ __li__I__ */
if (((void *)li__FZ3I == (void *)NULL)) {
    li__UZ3I=li__F5MJ();
    li__WZ3I=li__NOPI(((__li__VTBD *)li__UZ3I));
    li__IZ3I=li__WZ3I;
    li__MZ3I=li__B__;
  } else /* FALSE */ {
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__FZ3I)->__id) {
    case __li__QOZB__: {
      li__2Z3I=li__B5UI(((__li__QOZB *)li__FZ3I));
    } break;
    case __li__VXZB__: {
      li__2Z3I=li__TDVI(((__li__VXZB *)li__FZ3I));
    } break;
    case __li__BZZB__: {
      li__2Z3I=li__0DVI(((__li__BZZB *)li__FZ3I));
    } break;
    case __li__DA1B__: {
      li__ORYU=((__li__DA1B *)li__FZ3I)->li__EA1B.li__0CC;
      li__K4E( 1,(&__string_459));
      li__V5E(li__ORYU);
      li__ODF();
      li__2Z3I=NULL;
    } break;
    case __li__ZA1B__: {
      li__2Z3I=li__HGVI(((__li__ZA1B *)li__FZ3I));
    } break;
    case __li__SB1B__: {
      li__2Z3I=li__KJVI(((__li__SB1B *)li__FZ3I));
    } break;
    case __li__AE1B__: {
      li__2Z3I=li__OMVI(((__li__AE1B *)li__FZ3I));
    } break;
    case __li__5E1B__: {
      li__2Z3I=li__SNVI(((__li__5E1B *)li__FZ3I));
    } break;
    case __li__D11B__: {
      li__KBG((&__string_460));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__2Z3I=NULL;
    } break;
    case __li__K41B__: {
      li__2Z3I=li__IPVI(((__li__K41B *)li__FZ3I));
    } break;
    case __li__YA2B__: {
      li__2Z3I=li__OPVI(((__li__YA2B *)li__FZ3I));
    } break;
    case __li__NB2B__: {
      li__2Z3I=li__RUVI(((__li__NB2B *)li__FZ3I));
    } break;
    case __li__LH2B__: {
      li__2Z3I=li__ODWI(((__li__LH2B *)li__FZ3I));
    } break;
    case __li__M32B__: {
      li__2Z3I=li__DHWI(((__li__M32B *)li__FZ3I));
    } break;
    case __li__KD3B__: {
      li__2Z3I=li__2IWI(((__li__KD3B *)li__FZ3I));
    } break;
    case __li__WE3B__: {
      li__2Z3I=li__CKWI(((__li__WE3B *)li__FZ3I));
    } break;
    case __li__UG4B__: {
      li__2Z3I=li__PYWI(((__li__UG4B *)li__FZ3I));
    } break;
    case __li__Q24B__: {
      li__2Z3I=li__JZWI(((__li__Q24B *)li__FZ3I));
    } break;
    case __li__D34B__: {
      li__2Z3I=li__VZWI(((__li__D34B *)li__FZ3I));
    } break;
    case __li__V34B__: {
      li__LLJV=((__li__V34B *)li__FZ3I);
      li__MLJV=li__ZV4I(li__LLJV->li__W34B.li__0CC,li__LLJV->li__2OGD);
      li__2Z3I=li__MLJV;
    } break;
    case __li__H44B__: {
      li__2Z3I=li__I0WI(((__li__H44B *)li__FZ3I));
    } break;
    case __li__XMUC__: {
      li__KBG((&__string_447));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__2Z3I=NULL;
    } break;
    };
    li__IZ3I=li__2Z3I;
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__FZ3I==NULL) {
      li__4Z3I=NULL;
    } else {
      if (((struct ___OBJ *)li__FZ3I)->__id==__li__QOZB__) {
        li__4Z3I=((void *)li__FZ3I);
      } else /* Other types */ {
        li__4Z3I=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__4Z3I != (void *)NULL)) {
      li__QLJV=((void **)(*(((__li__NWZB *)li__4Z3I->li__J1FC))).li__UPED)[ 0];
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__QLJV==NULL) {
        li__H03I=NULL;
      } else {
        switch (((struct ___OBJ *)li__QLJV)->__id) {
        case __li__QOZB__: 
        case __li__VXZB__: 
        case __li__BZZB__: 
        case __li__DA1B__: 
        case __li__ZA1B__: 
        case __li__SB1B__: 
        case __li__5E1B__: 
        case __li__D11B__: 
        case __li__NB2B__: 
        case __li__LH2B__: 
        case __li__M32B__: 
        case __li__KD3B__: 
        case __li__WE3B__: 
        case __li__Q24B__: 
        case __li__D34B__: 
        case __li__V34B__: 
        case __li__H44B__: 
        case __li__XMUC__: {
          li__H03I=NULL;
        } break;
        case __li__AE1B__: {
          li__H03I=((void *)li__QLJV);
        } break;
        case __li__K41B__: {
          li__H03I=((void *)li__QLJV);
        } break;
        case __li__YA2B__: {
          li__H03I=((void *)li__QLJV);
        } break;
        case __li__UG4B__: {
          li__H03I=((void *)li__QLJV);
        } break;
        }
      };
      li__KZ3I=li__H03I;
    } else /* FALSE */ {
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__FZ3I==NULL) {
        li__H03I=NULL;
      } else {
        switch (((struct ___OBJ *)li__FZ3I)->__id) {
        case __li__QOZB__: 
        case __li__VXZB__: 
        case __li__BZZB__: 
        case __li__DA1B__: 
        case __li__ZA1B__: 
        case __li__SB1B__: 
        case __li__5E1B__: 
        case __li__D11B__: 
        case __li__NB2B__: 
        case __li__LH2B__: 
        case __li__M32B__: 
        case __li__KD3B__: 
        case __li__WE3B__: 
        case __li__Q24B__: 
        case __li__D34B__: 
        case __li__V34B__: 
        case __li__H44B__: 
        case __li__XMUC__: {
          li__H03I=NULL;
        } break;
        case __li__AE1B__: {
          li__H03I=((void *)li__FZ3I);
        } break;
        case __li__K41B__: {
          li__H03I=((void *)li__FZ3I);
        } break;
        case __li__YA2B__: {
          li__H03I=((void *)li__FZ3I);
        } break;
        case __li__UG4B__: {
          li__H03I=((void *)li__FZ3I);
        } break;
        }
      };
      li__KZ3I=li__H03I;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__KZ3I != (void *)NULL)) {
      li__W03I=((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__JPVI->li__L41B.li__BE1B.li__0CC)) &  511)];
      /* NULL __li__AE1B__ __li__K41B__ __li__YA2B__ __li__UG4B__ */
switch (((struct ___OBJ *)li__KZ3I)->__id) {
      case __li__AE1B__: {
        li__X03I=((__li__AE1B *)li__KZ3I)->li__PNGC;
      } break;
      case __li__K41B__: {
        li__X03I=((__li__K41B *)li__KZ3I)->li__L41B.li__PNGC;
      } break;
      case __li__YA2B__: {
        li__X03I=((__li__YA2B *)li__KZ3I)->li__ZA2B.li__PNGC;
      } break;
      case __li__UG4B__: {
        li__X03I=((__li__UG4B *)li__KZ3I)->li__VG4B.li__PNGC;
      } break;
      };
      li__Z03I=li__QESJ(((__li__PF *)li__W03I),li__X03I);
      li__203I=li__Z03I;
    } else /* FALSE */ {
      li__203I=li__I__;
    };
    li__LZ3I=li__203I;
  };
  li__ORYU=((__li__PO ) 0);
  li__FZ3I=NULL;
  li__Z03I=li__I__;
  li__OVDJ=NULL;
  li__QLJV=li__IZ3I;
  li__PVDJ=li__ICJJ();
  li__FVDJ=li__PVDJ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IZ3I)->__id) {
  case __li__WK__: {
    li__QVDJ=((__li__WK *)li__IZ3I)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__QVDJ=((__li__AVBD *)li__IZ3I)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__QVDJ=((__li__KVBD *)li__IZ3I)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__QVDJ=((__li__WVBD *)li__IZ3I)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__QVDJ=li__JK5J(((__li__Z4WH *)li__IZ3I));
  } break;
  case __li__KTVI__: {
    li__QVDJ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__QVDJ=li__553L();
  } break;
  case __li__XTVI__: {
    li__QVDJ=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__QVDJ=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__QVDJ=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__QVDJ=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__QVDJ=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__QVDJ=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__QVDJ=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__QVDJ=li__DWEK(((__li__BNWI *)li__IZ3I));
  } break;
  case __li__XNWI__: {
    li__QVDJ=li__IWEK(((__li__XNWI *)li__IZ3I));
  } break;
  case __li__LOWI__: {
    li__QVDJ=li__NWEK(((__li__LOWI *)li__IZ3I));
  } break;
  case __li__5OWI__: {
    li__QVDJ=li__SWEK(((__li__5OWI *)li__IZ3I));
  } break;
  case __li__TPWI__: {
    li__QVDJ=li__XWEK(((__li__TPWI *)li__IZ3I));
  } break;
  case __li__HQWI__: {
    li__QVDJ=li__2WEK(((__li__HQWI *)li__IZ3I));
  } break;
  case __li__ARWI__: {
    li__QVDJ=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__QVDJ=li__FXEK(((__li__URWI *)li__IZ3I));
  } break;
  case __li__MSWI__: {
    li__QVDJ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__QVDJ=((__li__ETWI *)li__IZ3I)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__QVDJ=((__li__MZWI *)li__IZ3I)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__QVDJ=((__li__C0WI *)li__IZ3I)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__QVDJ=((__li__M1WI *)li__IZ3I)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__QVDJ=((__li__KMFK *)li__IZ3I)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__QVDJ=li__T4NN(((__li__XOHL *)li__IZ3I));
  } break;
  case __li__FPHL__: {
    li__QVDJ=li__KA4L(((__li__FPHL *)li__IZ3I));
  } break;
  case __li__APLM__: {
    li__QVDJ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__QVDJ=li__1ISO(((__li__DTNM *)li__IZ3I));
  } break;
  case __li__JXNM__: {
    li__QVDJ=li__VX3R(((__li__JXNM *)li__IZ3I));
  } break;
  case __li__21LO__: {
    li__QVDJ=((__li__21LO *)li__IZ3I)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__QVDJ=((__li__TPOO *)li__IZ3I)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__QVDJ=li__FH4R();
  } break;
  case __li__41XO__: {
    li__QVDJ=li__3FDQ(((__li__41XO *)li__IZ3I));
  } break;
  case __li__AKBR__: {
    li__QVDJ=li__WQDS(((__li__AKBR *)li__IZ3I));
  } break;
  case __li__SU5R__: {
    li__QVDJ=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__QVDJ=li__Y1IS();
  } break;
  };
  li__2Z3I=((__li__5RB *)li__QVDJ)->li__AEM;
  /* __li__B__ __li__I__ */
if (((void *)li__2Z3I == (void *)li__QRB__)) {
    li__YVDJ=li__JPVI->li__L41B.li__BE1B.li__0CC;
    li__K4E( 1,(&__string_451));
    li__V5E(li__YVDJ);
    li__ODF();
  };
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2Z3I)->__id) {
  case __li__IF__: 
  case __li__ORB__: 
  case __li__QRB__: 
  case __li__SRB__: 
  case __li__URB__: 
  case __li__GSZ__: {
    li__203I=li__I__;
  } break;
  case __li__1RRF__: 
  case __li__UJSH__: {
    li__203I=li__B__;
  } break;
  };
  /* __li__B__ __li__I__ */
if ((li__203I && ((void *)li__JPVI->li__L41B.li__PNGC == (void *)(&__string_84)))) {
    li__Z03I=li__B__;
  } else /* FALSE */ {
    li__X03I=li__JPVI->li__L41B.li__PNGC;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2Z3I)->__id) {
    case __li__IF__: {
      li__H03I=li__SJ2F(((__li__IF *)li__2Z3I),li__X03I);
    } break;
    case __li__ORB__: {
      li__H03I=li__NL2F(((__li__ORB *)((__li__IF *)li__2Z3I)),li__X03I);
    } break;
    case __li__QRB__: {
      li__H03I=li__IN2F(((__li__QRB *)((__li__IF *)li__2Z3I)),li__X03I);
    } break;
    case __li__SRB__: {
      li__H03I=li__DP2F(((__li__SRB *)((__li__IF *)li__2Z3I)),li__X03I);
    } break;
    case __li__URB__: {
      li__H03I=li__4Q2F(((__li__URB *)((__li__IF *)li__2Z3I)),li__X03I);
    } break;
    case __li__GSZ__: {
      li__H03I=li__ZS2F(((__li__GSZ *)((__li__IF *)li__2Z3I)),li__X03I);
    } break;
    case __li__1RRF__: {
      li__H03I=li__4WMI(li__X03I);
    } break;
    case __li__UJSH__: {
      li__H03I=li__NBMN(li__X03I);
    } break;
    };
    li__FZ3I=li__H03I;
    /* __li__B__ __li__I__ */
if (((void *)li__FZ3I == (void *)NULL)) {
      li__HEZ(((__li__BC *)li__0C),(&__string_425));
      li__JAZ(((__li__BC *)li__0C),li__JPVI->li__L41B.li__PNGC);
      li__JAZ(((__li__BC *)li__0C),(&__string_452));
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2Z3I)->__id) {
      case __li__IF__: {
        li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__2Z3I)->li__TF->li__SF.li__R2B);
      } break;
      case __li__ORB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_1));
      } break;
      case __li__QRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_2));
      } break;
      case __li__SRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_51));
      } break;
      case __li__URB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_53));
      } break;
      case __li__GSZ__: {
        li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__2Z3I))->li__EGQB);
      } break;
      case __li__1RRF__: {
        li__UPMI(((__li__1RRF *)((__li__IF *)li__2Z3I)),li__0C);
      } break;
      case __li__UJSH__: {
        li__O4LN(((__li__UJSH *)((__li__IF *)li__2Z3I)),li__0C);
      } break;
      };
      li__JAZ(((__li__BC *)li__0C),(&__string_178));
      li__2RYU=li__JPVI->li__L41B.li__BE1B.li__0CC;
      li__K4E( 1,li__0C);
      li__V5E(li__2RYU);
      li__ODF();
    };
    /* __li__B__ __li__I__ */
if (li__O4RI) {
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FZ3I)->__id==__li__DZB__) {
        li__3XCM=((__li__DZB *)li__FZ3I)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3XCM)->__id==__li__IZB__) {
          li__PXDJ=((__li__IZB *)li__3XCM)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PXDJ=((__li__4HAD *)li__3XCM)->li__5HAD.li__MPHD;
        };
      } else /* SLOT_CODE */ {
        li__3XCM=((__li__QWEC *)li__FZ3I)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3XCM)->__id==__li__IZB__) {
          li__PXDJ=((__li__IZB *)li__3XCM)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PXDJ=((__li__4HAD *)li__3XCM)->li__5HAD.li__MPHD;
        };
      };
      li__AAPU=(__li__K)((*(((__li__I03C *)li__PXDJ))).li__RBLE +  1);
      /* __li__B__ __li__I__ */
if ((li__AAPU !=  1)) {
        li__EDSB( 1,(&__string_453));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FZ3I)->__id==__li__DZB__) {
          li__RYDJ=((__li__DZB *)li__FZ3I)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__5POM=((__li__QWEC *)li__FZ3I)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5POM)->__id==__li__IZB__) {
            li__RYDJ=((__li__IZB *)li__5POM)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__RYDJ=((__li__4HAD *)li__5POM)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__RYDJ);
        li__V5E(li__JPVI->li__L41B.li__BE1B.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FZ3I)->__id==__li__DZB__) {
        li__RYDJ=((__li__DZB *)li__FZ3I)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__3XCM=((__li__QWEC *)li__FZ3I)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3XCM)->__id==__li__IZB__) {
          li__RYDJ=((__li__IZB *)li__3XCM)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__RYDJ=((__li__4HAD *)li__3XCM)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      li__5JKB=li__RYDJ;
      /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FZ3I)->__id==__li__DZB__) {
          li__4YDJ=li__QXVG(((__li__DZB *)li__FZ3I));
        } else /* SLOT_CODE */ {
          li__5POM=((__li__QWEC *)li__FZ3I)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5POM)->__id==__li__IZB__) {
            li__4YDJ=((__li__IZB *)li__5POM)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4YDJ=((__li__4HAD *)li__5POM)->li__5HAD.li__WLSB;
          };
        };
        li__DZDJ=li__EYCM(((__li__ULSB *)li__4YDJ),li__2Z3I,((__li__5RB *)li__2UUD->li__2M.li__2NSH)->li__AEM);
        li__HZDJ=(! li__DZDJ);
      } else /* FALSE */ {
        li__HZDJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__HZDJ) {
        li__HEZ(((__li__BC *)li__0C),(&__string_454));
        li__OUHF(((__li__5RB *)li__2UUD->li__2M.li__2NSH),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_455));
        li__DNVB( 2,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FZ3I)->__id==__li__DZB__) {
          li__WZDJ=((__li__DZB *)li__FZ3I)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__5POM=((__li__QWEC *)li__FZ3I)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5POM)->__id==__li__IZB__) {
            li__WZDJ=((__li__IZB *)li__5POM)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__WZDJ=((__li__4HAD *)li__5POM)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__WZDJ);
        li__V5E(li__JPVI->li__L41B.li__BE1B.li__0CC);
        li__ODF();
      };
      li__5JKB=li__ORYU;
    };
  };
  li__SDJJ(li__JPVI,li__IZ3I,li__PVDJ,li__FZ3I,li__Z03I);
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__IZ3I==NULL) {
    li__A0DJ=NULL;
  } else {
    if (((struct ___OBJ *)li__IZ3I)->__id==__li__Z4WH__) {
      li__A0DJ=((void *)li__IZ3I);
    } else /* Other types */ {
      li__A0DJ=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__A0DJ != (void *)NULL)) {
    li__4RYU=((void **)(*(((__li__2ZEC *)li__A0DJ->li__PJPI))).li__3GPI)[ 0];
    li__QLJV=li__4RYU;
  };
  /* __li__B__ __li__I__ */
if (li__Z03I) {
    li__F1DJ=li__UFNJ(li__PVDJ);
    li__FVDJ=li__F1DJ;
    li__ASYU=((void **)(*(((__li__2ZEC *)li__F1DJ))).li__3GPI)[ 0];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ASYU)->__id) {
    case __li__WK__: {
      li__CSYU=li__PVEJ(((__li__WK *)li__ASYU));
      li__H03I=li__CSYU;
    } break;
    case __li__AVBD__: {
      li__H03I=li__AE5L(((__li__AVBD *)li__ASYU));
    } break;
    case __li__KVBD__: {
      li__RLJV=((__li__KVBD *)li__ASYU);
      li__2RYU=li__RLJV->li__LVBD.li__0K.li__0CC;
      li__TLJV=li__RLJV->li__LVBD.li__WZLE;
      li__RLJV=li__5QND();
      li__VLJV=((__li__KVBD *)li__RLJV);
      li__VLJV->li__LVBD.li__0K.li__0CC=li__2RYU;
      li__WLJV=li__NNSE(((__li__5RB *)li__TLJV));
      li__VLJV->li__LVBD.li__WZLE=li__WLJV;
      li__H03I=li__RLJV;
    } break;
    case __li__WVBD__: {
      li__ESYU=((__li__WVBD *)li__ASYU);
      li__FSYU=li__VEID(li__ESYU->li__XVBD.li__0K.li__0CC,li__ESYU->li__2ZLE,li__ESYU->li__XVBD.li__WZLE);
      li__H03I=li__FSYU;
    } break;
    case __li__Z4WH__: {
      li__H03I=li__XEVK(((__li__Z4WH *)li__ASYU));
    } break;
    case __li__KTVI__: {
      li__H03I=li__XF5L(((__li__KTVI *)li__ASYU));
    } break;
    case __li__LTVI__: {
      li__H03I=li__SDGM(((__li__LTVI *)li__ASYU));
    } break;
    case __li__XTVI__: {
      li__H03I=li__DG5L(((__li__XTVI *)li__ASYU));
    } break;
    case __li__YTVI__: {
      li__H03I=li__4DGM(((__li__YTVI *)li__ASYU));
    } break;
    case __li__S2VI__: {
      li__H03I=li__OG5L(((__li__S2VI *)li__ASYU));
    } break;
    case __li__E3VI__: {
      li__H03I=li__ZG5L(((__li__E3VI *)li__ASYU));
    } break;
    case __li__KLWI__: {
      li__HSYU=((__li__KLWI *)li__ASYU);
      li__2RYU=li__HSYU->li__LLWI.li__0CC;
      li__JSYU=li__G3CM(((__li__KMFK *)li__HSYU->li__ZPBK));
      li__HSYU=li__PNSJ(li__2RYU,li__JSYU);
      li__H03I=li__HSYU;
    } break;
    case __li__ULWI__: {
      li__MSYU=((__li__ULWI *)li__ASYU);
      li__NSYU=li__AOSJ(li__MSYU->li__VLWI.li__0CC,li__MSYU->li__4PBK);
      li__H03I=li__NSYU;
    } break;
    case __li__NMWI__: {
      li__H03I=li__SH5L(((__li__NMWI *)li__ASYU));
    } break;
    case __li__BNWI__: {
      li__H03I=li__3H5L(((__li__BNWI *)li__ASYU));
    } break;
    case __li__XNWI__: {
      li__H03I=li__II5L(((__li__XNWI *)li__ASYU));
    } break;
    case __li__LOWI__: {
      li__H03I=li__TI5L(((__li__LOWI *)li__ASYU));
    } break;
    case __li__5OWI__: {
      li__H03I=li__4I5L(((__li__5OWI *)li__ASYU));
    } break;
    case __li__TPWI__: {
      li__H03I=li__JJ5L(((__li__TPWI *)li__ASYU));
    } break;
    case __li__HQWI__: {
      li__H03I=li__UJ5L(((__li__HQWI *)li__ASYU));
    } break;
    case __li__ARWI__: {
      li__H03I=li__5J5L(((__li__ARWI *)li__ASYU));
    } break;
    case __li__URWI__: {
      li__H03I=li__NK5L(((__li__URWI *)li__ASYU));
    } break;
    case __li__MSWI__: {
      li__PSYU=((__li__MSWI *)li__ASYU);
      li__QSYU=li__YXSJ(li__PSYU->li__NSWI.li__0CC,li__PSYU->li__ISBK);
      li__H03I=li__QSYU;
    } break;
    case __li__ETWI__: {
      li__H03I=li__4K5L(((__li__ETWI *)li__ASYU));
    } break;
    case __li__MZWI__: {
      li__SSYU=((__li__MZWI *)li__ASYU);
      li__TSYU=li__4U4I(li__SSYU->li__NZWI.li__0K.li__0CC,li__SSYU->li__3SBK,li__SSYU->li__NZWI.li__WZLE);
      li__H03I=li__TSYU;
    } break;
    case __li__C0WI__: {
      li__MLJV=((__li__C0WI *)li__ASYU);
      li__WSYU=li__ZV4I(li__MLJV->li__D0WI.li__0K.li__0CC,li__MLJV->li__CTBK);
      li__H03I=li__WSYU;
    } break;
    case __li__M1WI__: {
      li__YSYU=((__li__M1WI *)li__ASYU);
      li__ZSYU=li__1Z4I(li__YSYU->li__N1WI.li__0K.li__0CC,li__YSYU->li__UTFK);
      li__H03I=li__ZSYU;
    } break;
    case __li__KMFK__: {
      li__H03I=li__G3CM(((__li__KMFK *)li__ASYU));
    } break;
    case __li__XOHL__: {
      li__H03I=li__AAPN(((__li__XOHL *)li__ASYU));
    } break;
    case __li__FPHL__: {
      li__H03I=li__2EGM(((__li__FPHL *)li__ASYU));
    } break;
    case __li__APLM__: {
      li__H03I=li__XRDQ(((__li__APLM *)li__ASYU));
    } break;
    case __li__DTNM__: {
      li__H03I=li__D5SO(((__li__DTNM *)li__ASYU));
    } break;
    case __li__JXNM__: {
      li__H03I=li__153R(((__li__JXNM *)li__ASYU));
    } break;
    case __li__21LO__: {
      li__H03I=li__2KLP(((__li__21LO *)li__ASYU));
    } break;
    case __li__TPOO__: {
      li__H03I=li__JLLP(((__li__TPOO *)li__ASYU));
    } break;
    case __li__URRO__: {
      li__H03I=li__KM4R(((__li__URRO *)li__ASYU));
    } break;
    case __li__41XO__: {
      li__H03I=li__CSDQ(((__li__41XO *)li__ASYU));
    } break;
    case __li__AKBR__: {
      li__H03I=li__L2DS(((__li__AKBR *)li__ASYU));
    } break;
    case __li__SU5R__: {
      li__H03I=li__EQJS(((__li__SU5R *)li__ASYU));
    } break;
    case __li__JV5R__: {
      li__H03I=li__PQJS(((__li__JV5R *)li__ASYU));
    } break;
    };
    li__QSRU=((__li__2ZEC *)li__F1DJ);
    ((void **)(*(li__QSRU)).li__3GPI)[ 0]=li__H03I;
    li__K1DJ=li__UVPJ(li__JPVI->li__L41B.li__BE1B.li__0CC,li__QLJV,li__F1DJ);
    li__OVDJ=li__K1DJ;
    li__203I=li__B__;
  } else /* FALSE */ {
    li__203I=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__203I)) {
    li__CAPU=(__li__K)((*(((__li__2ZEC *)li__FVDJ))).li__NKSH +  1);
    /* __li__B__ __li__I__ */
if ((li__CAPU ==  1)) {
      /* __li__B__ __li__I__ */
if (li__LZ3I) {
        li__51DJ=li__F5MJ();
        li__B2DJ=li__NOPI(((__li__VTBD *)li__51DJ));
        li__1SYU=((__li__2ZEC *)li__FVDJ);
        ((void **)(*(li__1SYU)).li__3GPI)[ 0]=li__B2DJ;
        li__4SYU=((void **)(*(((__li__2ZEC *)li__FVDJ))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4SYU)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__4SYU));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__4SYU));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__4SYU));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__4SYU));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__4SYU));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__4SYU));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__4SYU));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__4SYU));
        } break;
        case __li__KLWI__: {
          li__ATYU=((__li__KMFK *)((__li__KLWI *)li__4SYU)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__ATYU->li__3RFK),li__ATYU);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__4SYU));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__4SYU));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__4SYU));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__4SYU));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__4SYU));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__4SYU));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__4SYU));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__4SYU));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__4SYU));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__4SYU));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__ATYU=((__li__KMFK *)li__4SYU);
          li__HXPN(((__li__VTBD *)li__ATYU->li__3RFK),li__ATYU);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__4SYU));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__4SYU));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__4SYU));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__4SYU));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__4SYU));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__4SYU));
        } break;
        case __li__TPOO__: {
          li__CTYU=((__li__TPOO *)li__4SYU);
          li__IZFQ(((__li__DZB *)li__CTYU->li__5IXO),li__CTYU);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__4SYU));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__4SYU));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__4SYU));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__4SYU));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__4SYU));
        } break;
        };
      };
      /* __li__B__ __li__I__ */
if ((li__O4RI & li__BMB)) {
        li__T2DJ=li__JPVI->li__L41B.li__PNGC;
        li__DZDJ=li__SALE(((__li__U *)li__T2DJ),(&__string_456));
        li__HZDJ=li__DZDJ;
      } else /* FALSE */ {
        li__HZDJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__HZDJ) {
        li__HEZ(((__li__BC *)li__0C),(&__string_457));
        li__A3DJ=((__li__1M *)li__2UUD)->li__AZOI;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__A3DJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__BIJM(((__li__QWEC *)li__A3DJ),li__0C);
        } else /* ITM_SLOT_OPERATOR */ {
          li__WJJM(((__li__QWEC *)li__A3DJ),li__0C);
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_458));
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QLJV)->__id) {
        case __li__WK__: {
          li__D3DJ=((__li__WK *)li__QLJV)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__D3DJ=((__li__AVBD *)li__QLJV)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__D3DJ=((__li__KVBD *)li__QLJV)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__D3DJ=((__li__WVBD *)li__QLJV)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__D3DJ=li__JK5J(((__li__Z4WH *)li__QLJV));
        } break;
        case __li__KTVI__: {
          li__D3DJ=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__D3DJ=li__553L();
        } break;
        case __li__XTVI__: {
          li__D3DJ=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__D3DJ=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__D3DJ=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__D3DJ=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__D3DJ=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__D3DJ=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__D3DJ=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__D3DJ=li__DWEK(((__li__BNWI *)li__QLJV));
        } break;
        case __li__XNWI__: {
          li__D3DJ=li__IWEK(((__li__XNWI *)li__QLJV));
        } break;
        case __li__LOWI__: {
          li__D3DJ=li__NWEK(((__li__LOWI *)li__QLJV));
        } break;
        case __li__5OWI__: {
          li__D3DJ=li__SWEK(((__li__5OWI *)li__QLJV));
        } break;
        case __li__TPWI__: {
          li__D3DJ=li__XWEK(((__li__TPWI *)li__QLJV));
        } break;
        case __li__HQWI__: {
          li__D3DJ=li__2WEK(((__li__HQWI *)li__QLJV));
        } break;
        case __li__ARWI__: {
          li__D3DJ=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__D3DJ=li__FXEK(((__li__URWI *)li__QLJV));
        } break;
        case __li__MSWI__: {
          li__D3DJ=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__D3DJ=((__li__ETWI *)li__QLJV)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__D3DJ=((__li__MZWI *)li__QLJV)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__D3DJ=((__li__C0WI *)li__QLJV)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__D3DJ=((__li__M1WI *)li__QLJV)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__D3DJ=((__li__KMFK *)li__QLJV)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__D3DJ=li__T4NN(((__li__XOHL *)li__QLJV));
        } break;
        case __li__FPHL__: {
          li__D3DJ=li__KA4L(((__li__FPHL *)li__QLJV));
        } break;
        case __li__APLM__: {
          li__D3DJ=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__D3DJ=li__1ISO(((__li__DTNM *)li__QLJV));
        } break;
        case __li__JXNM__: {
          li__D3DJ=li__VX3R(((__li__JXNM *)li__QLJV));
        } break;
        case __li__21LO__: {
          li__D3DJ=((__li__21LO *)li__QLJV)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__D3DJ=((__li__TPOO *)li__QLJV)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__D3DJ=li__FH4R();
        } break;
        case __li__41XO__: {
          li__D3DJ=li__3FDQ(((__li__41XO *)li__QLJV));
        } break;
        case __li__AKBR__: {
          li__D3DJ=li__WQDS(((__li__AKBR *)li__QLJV));
        } break;
        case __li__SU5R__: {
          li__D3DJ=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__D3DJ=li__Y1IS();
        } break;
        };
        li__OUHF(((__li__5RB *)li__D3DJ),li__0C);
        li__RYDJ=li__JPVI->li__L41B.li__BE1B.li__0CC;
        li__K4E( 2,li__0C);
        li__V5E(li__RYDJ);
        li__ODF();
      };
      li__2RYU=li__JPVI->li__L41B.li__BE1B.li__0CC;
      li__GTYU=((void **)(*(((__li__2ZEC *)li__FVDJ))).li__3GPI)[ 0];
      li__O3DJ=li__GDID(li__2RYU,li__FZ3I,li__QLJV,li__GTYU,li__MZ3I);
      li__OVDJ=li__O3DJ;
      li__T4PJ(li__FVDJ);
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (li__LZ3I) {
        li__51DJ=li__F5MJ();
        li__B2DJ=li__NOPI(((__li__VTBD *)li__51DJ));
        li__1SYU=((__li__2ZEC *)li__FVDJ);
        ((void **)(*(li__1SYU)).li__3GPI)[ 0]=li__B2DJ;
      } else /* FALSE */ {
        li__KTYU=((void **)(*(((__li__2ZEC *)li__FVDJ))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KTYU)->__id) {
        case __li__WK__: {
          li__MTYU=li__PVEJ(((__li__WK *)li__KTYU));
          li__5POM=li__MTYU;
        } break;
        case __li__AVBD__: {
          li__5POM=li__AE5L(((__li__AVBD *)li__KTYU));
        } break;
        case __li__KVBD__: {
          li__ZLJV=((__li__KVBD *)li__KTYU);
          li__WZDJ=li__ZLJV->li__LVBD.li__0K.li__0CC;
          li__D3DJ=li__ZLJV->li__LVBD.li__WZLE;
          li__ZLJV=li__5QND();
          li__3LJV=((__li__KVBD *)li__ZLJV);
          li__3LJV->li__LVBD.li__0K.li__0CC=li__WZDJ;
          li__4LJV=li__NNSE(((__li__5RB *)li__D3DJ));
          li__3LJV->li__LVBD.li__WZLE=li__4LJV;
          li__5POM=li__ZLJV;
        } break;
        case __li__WVBD__: {
          li__OTYU=((__li__WVBD *)li__KTYU);
          li__PTYU=li__VEID(li__OTYU->li__XVBD.li__0K.li__0CC,li__OTYU->li__2ZLE,li__OTYU->li__XVBD.li__WZLE);
          li__5POM=li__PTYU;
        } break;
        case __li__Z4WH__: {
          li__5POM=li__XEVK(((__li__Z4WH *)li__KTYU));
        } break;
        case __li__KTVI__: {
          li__5POM=li__XF5L(((__li__KTVI *)li__KTYU));
        } break;
        case __li__LTVI__: {
          li__5POM=li__SDGM(((__li__LTVI *)li__KTYU));
        } break;
        case __li__XTVI__: {
          li__5POM=li__DG5L(((__li__XTVI *)li__KTYU));
        } break;
        case __li__YTVI__: {
          li__5POM=li__4DGM(((__li__YTVI *)li__KTYU));
        } break;
        case __li__S2VI__: {
          li__5POM=li__OG5L(((__li__S2VI *)li__KTYU));
        } break;
        case __li__E3VI__: {
          li__5POM=li__ZG5L(((__li__E3VI *)li__KTYU));
        } break;
        case __li__KLWI__: {
          li__RTYU=((__li__KLWI *)li__KTYU);
          li__WZDJ=li__RTYU->li__LLWI.li__0CC;
          li__ATYU=li__G3CM(((__li__KMFK *)li__RTYU->li__ZPBK));
          li__RTYU=li__PNSJ(li__WZDJ,li__ATYU);
          li__5POM=li__RTYU;
        } break;
        case __li__ULWI__: {
          li__WTYU=((__li__ULWI *)li__KTYU);
          li__XTYU=li__AOSJ(li__WTYU->li__VLWI.li__0CC,li__WTYU->li__4PBK);
          li__5POM=li__XTYU;
        } break;
        case __li__NMWI__: {
          li__5POM=li__SH5L(((__li__NMWI *)li__KTYU));
        } break;
        case __li__BNWI__: {
          li__5POM=li__3H5L(((__li__BNWI *)li__KTYU));
        } break;
        case __li__XNWI__: {
          li__5POM=li__II5L(((__li__XNWI *)li__KTYU));
        } break;
        case __li__LOWI__: {
          li__5POM=li__TI5L(((__li__LOWI *)li__KTYU));
        } break;
        case __li__5OWI__: {
          li__5POM=li__4I5L(((__li__5OWI *)li__KTYU));
        } break;
        case __li__TPWI__: {
          li__5POM=li__JJ5L(((__li__TPWI *)li__KTYU));
        } break;
        case __li__HQWI__: {
          li__5POM=li__UJ5L(((__li__HQWI *)li__KTYU));
        } break;
        case __li__ARWI__: {
          li__5POM=li__5J5L(((__li__ARWI *)li__KTYU));
        } break;
        case __li__URWI__: {
          li__5POM=li__NK5L(((__li__URWI *)li__KTYU));
        } break;
        case __li__MSWI__: {
          li__ZTYU=((__li__MSWI *)li__KTYU);
          li__0TYU=li__YXSJ(li__ZTYU->li__NSWI.li__0CC,li__ZTYU->li__ISBK);
          li__5POM=li__0TYU;
        } break;
        case __li__ETWI__: {
          li__5POM=li__4K5L(((__li__ETWI *)li__KTYU));
        } break;
        case __li__MZWI__: {
          li__2TYU=((__li__MZWI *)li__KTYU);
          li__3TYU=li__4U4I(li__2TYU->li__NZWI.li__0K.li__0CC,li__2TYU->li__3SBK,li__2TYU->li__NZWI.li__WZLE);
          li__5POM=li__3TYU;
        } break;
        case __li__C0WI__: {
          li__5TYU=((__li__C0WI *)li__KTYU);
          li__AUYU=li__ZV4I(li__5TYU->li__D0WI.li__0K.li__0CC,li__5TYU->li__CTBK);
          li__5POM=li__AUYU;
        } break;
        case __li__M1WI__: {
          li__CUYU=((__li__M1WI *)li__KTYU);
          li__DUYU=li__1Z4I(li__CUYU->li__N1WI.li__0K.li__0CC,li__CUYU->li__UTFK);
          li__5POM=li__DUYU;
        } break;
        case __li__KMFK__: {
          li__5POM=li__G3CM(((__li__KMFK *)li__KTYU));
        } break;
        case __li__XOHL__: {
          li__5POM=li__AAPN(((__li__XOHL *)li__KTYU));
        } break;
        case __li__FPHL__: {
          li__5POM=li__2EGM(((__li__FPHL *)li__KTYU));
        } break;
        case __li__APLM__: {
          li__5POM=li__XRDQ(((__li__APLM *)li__KTYU));
        } break;
        case __li__DTNM__: {
          li__5POM=li__D5SO(((__li__DTNM *)li__KTYU));
        } break;
        case __li__JXNM__: {
          li__5POM=li__153R(((__li__JXNM *)li__KTYU));
        } break;
        case __li__21LO__: {
          li__5POM=li__2KLP(((__li__21LO *)li__KTYU));
        } break;
        case __li__TPOO__: {
          li__5POM=li__JLLP(((__li__TPOO *)li__KTYU));
        } break;
        case __li__URRO__: {
          li__5POM=li__KM4R(((__li__URRO *)li__KTYU));
        } break;
        case __li__41XO__: {
          li__5POM=li__CSDQ(((__li__41XO *)li__KTYU));
        } break;
        case __li__AKBR__: {
          li__5POM=li__L2DS(((__li__AKBR *)li__KTYU));
        } break;
        case __li__SU5R__: {
          li__5POM=li__EQJS(((__li__SU5R *)li__KTYU));
        } break;
        case __li__JV5R__: {
          li__5POM=li__PQJS(((__li__JV5R *)li__KTYU));
        } break;
        };
        li__1SYU=((__li__2ZEC *)li__FVDJ);
        ((void **)(*(li__1SYU)).li__3GPI)[ 0]=li__5POM;
      };
      li__1SYU=li__UFNJ(li__FVDJ);
      li__FVDJ=li__1SYU;
      li__O3DJ=li__2IUJ(li__JPVI->li__L41B.li__BE1B.li__0CC,li__FZ3I,li__QLJV,li__1SYU,li__MZ3I);
      li__OVDJ=li__O3DJ;
    };
  };
  li__FUYU=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__FUYU->li__2OLE),li__OVDJ);
  li__WVRE(li__FUYU);
  li__FZ3I=li__ZAHJ(((__li__ODID *)li__OVDJ));
  li__KPVI=li__FZ3I;
  return(li__KPVI);
}

static void* li__OPVI(__li__YA2B *li__PPVI)
/* (Strict ITM_READ_ARG2{li__YA2B}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__RPVI,*li__UPVI,*li__LQVI,*li__NQVI,*li__MMJV,*li__34AV;
  void *li__CTVI,*li__LVYU,*li__RVYU,*li__PWYU,*li__VWYU,*li__ZWYU;
  void *li__QPVI;
  __li__Z4WH *li__XPVI,*li__YPVI,*li__HSVI,*li__OSVI;
  void *li__KQVI,*li__UMJV;
  __li__PO li__JUYU,li__KMJV,li__1XBL,li__NZBL,li__S0BL;
  __li__V34B *li__BMJV,*li__PMJV,*li__YMJV;
  __li__C0WI *li__CMJV,*li__QMJV,*li__ZMJV,*li__OXYU,*li__PXYU;
  __li__5RB *li__UQVI,*li__VQVI,*li__BNJV,*li__53BL,*li__JNJV;
  __li__K li__XSVI,li__4ZPJ,li__FAPU,li__ZSRU,li__HAPU,li__JAPU;
  __li__KTVI *li__RTVI;
  __li__XTVI *li__2TVI;
  __li__VTBD *li__DYYK,*li__12BL;
  __li__KMFK *li__FYYK,*li__0VYU,*li__32BL,*li__RWYU;
  __li__QOZB *li__NYYK;
  void *li__WYYK;
  __li__PF *li__FZYK;
  __li__U *li__GZYK,*li__P3BL;
  __li__ODID *li__KWBL,*li__G2BL,*li__K4BL;
  void *li__VVSN,*li__TDTN;
  __li__ULSB *li__0ZBL;
  __li__WK *li__TVYU,*li__1WYU;
  __li__KVBD *li__2MJV,*li__ANJV,*li__ENJV,*li__INJV;
  __li__WVBD *li__VVYU,*li__WVYU,*li__3WYU,*li__4WYU;
  __li__KLWI *li__YVYU,*li__AXYU;
  __li__ULWI *li__3VYU,*li__4VYU,*li__FXYU,*li__GXYU;
  __li__MSWI *li__AWYU,*li__BWYU,*li__IXYU,*li__JXYU;
  __li__MZWI *li__DWYU,*li__EWYU,*li__LXYU,*li__MXYU;
  __li__M1WI *li__JWYU,*li__KWYU,*li__RXYU,*li__SXYU;
  __li__TPOO *li__TWYU;
  __li__QWEC *li__23BL;
  __li__KI *li__UXYU;
  __li__C li__FRVI,li__SRVI,li__IZYK,li__LZYK,li__PYBL,li__BZBL;
  __li__NWZB *li__LUVI;
  __li__2ZEC *li__LWBL,*li__BWBL,*li__B2BL,*li__0SRU,*li__MWYU;
  __li__I03C *li__LYBL,*li__1YBL;
  li__RPVI=NULL;
  li__UPVI=NULL;
  li__XPVI=NULL;
  li__YPVI=NULL;
  /* __li__B__ __li__I__ */
if ((((void *)li__PPVI->li__ZA2B.li__PNGC == (void *)li__IBB) || ((void *)li__PPVI->li__ZA2B.li__PNGC == (void *)li__MBB))) {
    li__KQVI=li__PPVI->li__QNGC;
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__KQVI)->__id) {
    case __li__QOZB__: {
      li__LQVI=li__B5UI(((__li__QOZB *)li__KQVI));
    } break;
    case __li__VXZB__: {
      li__LQVI=li__TDVI(((__li__VXZB *)li__KQVI));
    } break;
    case __li__BZZB__: {
      li__LQVI=li__0DVI(((__li__BZZB *)li__KQVI));
    } break;
    case __li__DA1B__: {
      li__JUYU=((__li__DA1B *)li__KQVI)->li__EA1B.li__0CC;
      li__K4E( 1,(&__string_459));
      li__V5E(li__JUYU);
      li__ODF();
      li__LQVI=NULL;
    } break;
    case __li__ZA1B__: {
      li__LQVI=li__HGVI(((__li__ZA1B *)li__KQVI));
    } break;
    case __li__SB1B__: {
      li__LQVI=li__KJVI(((__li__SB1B *)li__KQVI));
    } break;
    case __li__AE1B__: {
      li__LQVI=li__OMVI(((__li__AE1B *)li__KQVI));
    } break;
    case __li__5E1B__: {
      li__LQVI=li__SNVI(((__li__5E1B *)li__KQVI));
    } break;
    case __li__D11B__: {
      li__KBG((&__string_460));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__LQVI=NULL;
    } break;
    case __li__K41B__: {
      li__LQVI=li__IPVI(((__li__K41B *)li__KQVI));
    } break;
    case __li__YA2B__: {
      li__LQVI=li__OPVI(((__li__YA2B *)li__KQVI));
    } break;
    case __li__NB2B__: {
      li__LQVI=li__RUVI(((__li__NB2B *)li__KQVI));
    } break;
    case __li__LH2B__: {
      li__LQVI=li__ODWI(((__li__LH2B *)li__KQVI));
    } break;
    case __li__M32B__: {
      li__LQVI=li__DHWI(((__li__M32B *)li__KQVI));
    } break;
    case __li__KD3B__: {
      li__LQVI=li__2IWI(((__li__KD3B *)li__KQVI));
    } break;
    case __li__WE3B__: {
      li__LQVI=li__CKWI(((__li__WE3B *)li__KQVI));
    } break;
    case __li__UG4B__: {
      li__LQVI=li__PYWI(((__li__UG4B *)li__KQVI));
    } break;
    case __li__Q24B__: {
      li__LQVI=li__JZWI(((__li__Q24B *)li__KQVI));
    } break;
    case __li__D34B__: {
      li__LQVI=li__VZWI(((__li__D34B *)li__KQVI));
    } break;
    case __li__V34B__: {
      li__BMJV=((__li__V34B *)li__KQVI);
      li__CMJV=li__ZV4I(li__BMJV->li__W34B.li__0CC,li__BMJV->li__2OGD);
      li__LQVI=li__CMJV;
    } break;
    case __li__H44B__: {
      li__LQVI=li__I0WI(((__li__H44B *)li__KQVI));
    } break;
    case __li__XMUC__: {
      li__KBG((&__string_447));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__LQVI=NULL;
    } break;
    };
    li__KQVI=li__PPVI->li__RNGC;
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__KQVI)->__id) {
    case __li__QOZB__: {
      li__NQVI=li__B5UI(((__li__QOZB *)li__KQVI));
    } break;
    case __li__VXZB__: {
      li__NQVI=li__TDVI(((__li__VXZB *)li__KQVI));
    } break;
    case __li__BZZB__: {
      li__NQVI=li__0DVI(((__li__BZZB *)li__KQVI));
    } break;
    case __li__DA1B__: {
      li__JUYU=((__li__DA1B *)li__KQVI)->li__EA1B.li__0CC;
      li__K4E( 1,(&__string_459));
      li__V5E(li__JUYU);
      li__ODF();
      li__NQVI=NULL;
    } break;
    case __li__ZA1B__: {
      li__NQVI=li__HGVI(((__li__ZA1B *)li__KQVI));
    } break;
    case __li__SB1B__: {
      li__NQVI=li__KJVI(((__li__SB1B *)li__KQVI));
    } break;
    case __li__AE1B__: {
      li__NQVI=li__OMVI(((__li__AE1B *)li__KQVI));
    } break;
    case __li__5E1B__: {
      li__NQVI=li__SNVI(((__li__5E1B *)li__KQVI));
    } break;
    case __li__D11B__: {
      li__KBG((&__string_460));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__NQVI=NULL;
    } break;
    case __li__K41B__: {
      li__NQVI=li__IPVI(((__li__K41B *)li__KQVI));
    } break;
    case __li__YA2B__: {
      li__NQVI=li__OPVI(((__li__YA2B *)li__KQVI));
    } break;
    case __li__NB2B__: {
      li__NQVI=li__RUVI(((__li__NB2B *)li__KQVI));
    } break;
    case __li__LH2B__: {
      li__NQVI=li__ODWI(((__li__LH2B *)li__KQVI));
    } break;
    case __li__M32B__: {
      li__NQVI=li__DHWI(((__li__M32B *)li__KQVI));
    } break;
    case __li__KD3B__: {
      li__NQVI=li__2IWI(((__li__KD3B *)li__KQVI));
    } break;
    case __li__WE3B__: {
      li__NQVI=li__CKWI(((__li__WE3B *)li__KQVI));
    } break;
    case __li__UG4B__: {
      li__NQVI=li__PYWI(((__li__UG4B *)li__KQVI));
    } break;
    case __li__Q24B__: {
      li__NQVI=li__JZWI(((__li__Q24B *)li__KQVI));
    } break;
    case __li__D34B__: {
      li__NQVI=li__VZWI(((__li__D34B *)li__KQVI));
    } break;
    case __li__V34B__: {
      li__BMJV=((__li__V34B *)li__KQVI);
      li__CMJV=li__ZV4I(li__BMJV->li__W34B.li__0CC,li__BMJV->li__2OGD);
      li__NQVI=li__CMJV;
    } break;
    case __li__H44B__: {
      li__NQVI=li__I0WI(((__li__H44B *)li__KQVI));
    } break;
    case __li__XMUC__: {
      li__KBG((&__string_447));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__NQVI=NULL;
    } break;
    };
    li__UPVI=li__NQVI;
    /* __li__B__ __li__I__ */
if (li__O4RI) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LQVI)->__id) {
      case __li__WK__: {
        li__UQVI=((__li__WK *)li__LQVI)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__UQVI=((__li__AVBD *)li__LQVI)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__UQVI=((__li__KVBD *)li__LQVI)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__UQVI=((__li__WVBD *)li__LQVI)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__UQVI=li__JK5J(((__li__Z4WH *)li__LQVI));
      } break;
      case __li__KTVI__: {
        li__UQVI=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__UQVI=li__553L();
      } break;
      case __li__XTVI__: {
        li__UQVI=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__UQVI=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__UQVI=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__UQVI=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__UQVI=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__UQVI=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__UQVI=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__UQVI=li__DWEK(((__li__BNWI *)li__LQVI));
      } break;
      case __li__XNWI__: {
        li__UQVI=li__IWEK(((__li__XNWI *)li__LQVI));
      } break;
      case __li__LOWI__: {
        li__UQVI=li__NWEK(((__li__LOWI *)li__LQVI));
      } break;
      case __li__5OWI__: {
        li__UQVI=li__SWEK(((__li__5OWI *)li__LQVI));
      } break;
      case __li__TPWI__: {
        li__UQVI=li__XWEK(((__li__TPWI *)li__LQVI));
      } break;
      case __li__HQWI__: {
        li__UQVI=li__2WEK(((__li__HQWI *)li__LQVI));
      } break;
      case __li__ARWI__: {
        li__UQVI=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__UQVI=li__FXEK(((__li__URWI *)li__LQVI));
      } break;
      case __li__MSWI__: {
        li__UQVI=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__UQVI=((__li__ETWI *)li__LQVI)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__UQVI=((__li__MZWI *)li__LQVI)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__UQVI=((__li__C0WI *)li__LQVI)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__UQVI=((__li__M1WI *)li__LQVI)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__UQVI=((__li__KMFK *)li__LQVI)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__UQVI=li__T4NN(((__li__XOHL *)li__LQVI));
      } break;
      case __li__FPHL__: {
        li__UQVI=li__KA4L(((__li__FPHL *)li__LQVI));
      } break;
      case __li__APLM__: {
        li__UQVI=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__UQVI=li__1ISO(((__li__DTNM *)li__LQVI));
      } break;
      case __li__JXNM__: {
        li__UQVI=li__VX3R(((__li__JXNM *)li__LQVI));
      } break;
      case __li__21LO__: {
        li__UQVI=((__li__21LO *)li__LQVI)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__UQVI=((__li__TPOO *)li__LQVI)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__UQVI=li__FH4R();
      } break;
      case __li__41XO__: {
        li__UQVI=li__3FDQ(((__li__41XO *)li__LQVI));
      } break;
      case __li__AKBR__: {
        li__UQVI=li__WQDS(((__li__AKBR *)li__LQVI));
      } break;
      case __li__SU5R__: {
        li__UQVI=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__UQVI=li__Y1IS();
      } break;
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NQVI)->__id) {
      case __li__WK__: {
        li__VQVI=((__li__WK *)li__NQVI)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__VQVI=((__li__AVBD *)li__NQVI)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__VQVI=((__li__KVBD *)li__NQVI)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__VQVI=((__li__WVBD *)li__NQVI)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__VQVI=li__JK5J(((__li__Z4WH *)li__NQVI));
      } break;
      case __li__KTVI__: {
        li__VQVI=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__VQVI=li__553L();
      } break;
      case __li__XTVI__: {
        li__VQVI=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__VQVI=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__VQVI=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__VQVI=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__VQVI=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__VQVI=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__VQVI=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__VQVI=li__DWEK(((__li__BNWI *)li__NQVI));
      } break;
      case __li__XNWI__: {
        li__VQVI=li__IWEK(((__li__XNWI *)li__NQVI));
      } break;
      case __li__LOWI__: {
        li__VQVI=li__NWEK(((__li__LOWI *)li__NQVI));
      } break;
      case __li__5OWI__: {
        li__VQVI=li__SWEK(((__li__5OWI *)li__NQVI));
      } break;
      case __li__TPWI__: {
        li__VQVI=li__XWEK(((__li__TPWI *)li__NQVI));
      } break;
      case __li__HQWI__: {
        li__VQVI=li__2WEK(((__li__HQWI *)li__NQVI));
      } break;
      case __li__ARWI__: {
        li__VQVI=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__VQVI=li__FXEK(((__li__URWI *)li__NQVI));
      } break;
      case __li__MSWI__: {
        li__VQVI=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__VQVI=((__li__ETWI *)li__NQVI)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__VQVI=((__li__MZWI *)li__NQVI)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__VQVI=((__li__C0WI *)li__NQVI)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__VQVI=((__li__M1WI *)li__NQVI)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__VQVI=((__li__KMFK *)li__NQVI)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__VQVI=li__T4NN(((__li__XOHL *)li__NQVI));
      } break;
      case __li__FPHL__: {
        li__VQVI=li__KA4L(((__li__FPHL *)li__NQVI));
      } break;
      case __li__APLM__: {
        li__VQVI=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__VQVI=li__1ISO(((__li__DTNM *)li__NQVI));
      } break;
      case __li__JXNM__: {
        li__VQVI=li__VX3R(((__li__JXNM *)li__NQVI));
      } break;
      case __li__21LO__: {
        li__VQVI=((__li__21LO *)li__NQVI)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__VQVI=((__li__TPOO *)li__NQVI)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__VQVI=li__FH4R();
      } break;
      case __li__41XO__: {
        li__VQVI=li__3FDQ(((__li__41XO *)li__NQVI));
      } break;
      case __li__AKBR__: {
        li__VQVI=li__WQDS(((__li__AKBR *)li__NQVI));
      } break;
      case __li__SU5R__: {
        li__VQVI=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__VQVI=li__Y1IS();
      } break;
      };
      /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__UQVI)->li__BEM &  1) !=  0)) && (! ((__li__F0C)(((__li__5RB *)li__VQVI)->li__BEM &  1) !=  0)))) {
        li__FRVI=li__N2IM(((__li__5RB *)li__UQVI),li__VQVI);
        li__SRVI=(! li__FRVI);
      } else /* FALSE */ {
        li__SRVI=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__SRVI) {
        li__FRVI=li__N2IM(((__li__5RB *)li__VQVI),li__UQVI);
        li__SRVI=(! li__FRVI);
      } else /* FALSE */ {
        li__SRVI=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__SRVI) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__UQVI),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_641));
        li__OUHF(((__li__5RB *)li__VQVI),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_642));
        li__KMJV=li__PPVI->li__ZA2B.li__BE1B.li__0CC;
        li__K4E( 2,li__0C);
        li__V5E(li__KMJV);
        li__ODF();
      };
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__LQVI==NULL) {
      li__HSVI=NULL;
    } else {
      if (((struct ___OBJ *)li__LQVI)->__id==__li__Z4WH__) {
        li__HSVI=((void *)li__LQVI);
      } else /* Other types */ {
        li__HSVI=NULL;
      }
    };
    li__XPVI=li__HSVI;
    /* __li__B__ __li__I__ */
if (((void *)li__HSVI != (void *)NULL)) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__NQVI==NULL) {
        li__OSVI=NULL;
      } else {
        if (((struct ___OBJ *)li__NQVI)->__id==__li__Z4WH__) {
          li__OSVI=((void *)li__NQVI);
        } else /* Other types */ {
          li__OSVI=NULL;
        }
      };
      li__YPVI=li__OSVI;
      li__MMJV=((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__HSVI)->li__PJPI))).li__3GPI)[ 0];
      li__34AV=((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__OSVI)->li__PJPI))).li__3GPI)[ 0];
      li__NQVI=li__DZPJ(li__PPVI,li__MMJV,li__34AV);
      li__RPVI=li__NQVI;
      li__XSVI=(*(((__li__Z4WH *)li__HSVI)->li__PJPI)).li__NKSH;
      li__4ZPJ= 1;
      while ((li__4ZPJ <= li__XSVI)) {
        li__CTVI=li__DZPJ(li__PPVI,((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__XPVI)->li__PJPI))).li__3GPI)[li__4ZPJ],((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__YPVI)->li__PJPI))).li__3GPI)[li__4ZPJ]);
        li__UPVI=li__CTVI;
        /* __li__B__ __li__I__ */
if (((void *)li__PPVI->li__ZA2B.li__PNGC == (void *)li__IBB)) {
          li__RTVI=li__4D3J(li__PPVI->li__ZA2B.li__BE1B.li__0CC,li__RPVI,li__CTVI);
          li__RPVI=li__RTVI;
        } else /* FALSE */ {
          li__2TVI=li__ME3J(li__PPVI->li__ZA2B.li__BE1B.li__0CC,li__RPVI,li__CTVI);
          li__RPVI=li__2TVI;
        };
        li__4ZPJ=(__li__K)(li__4ZPJ +  1);
      };
    } else /* FALSE */ {
      li__NQVI=li__DZPJ(li__PPVI,li__LQVI,li__UPVI);
      li__RPVI=li__NQVI;
    };
  } else /* FALSE */ {
    li__LUVI=li__3Q0B();
    li__01ED(((__li__NWZB *)li__LUVI),li__PPVI->li__RNGC);
    li__LQVI=li__PPVI->li__QNGC;
    li__NQVI=NULL;
    li__MMJV=NULL;
    li__FRVI=li__I__;
    li__SRVI=li__I__;
    /* __li__B__ __li__I__ */
if (((void *)li__LQVI == (void *)NULL)) {
      li__DYYK=li__00OL();
      li__FYYK=li__NOPI(((__li__VTBD *)li__DYYK));
      li__NQVI=li__FYYK;
      li__SRVI=li__B__;
    } else /* FALSE */ {
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__LQVI)->__id) {
      case __li__QOZB__: {
        li__CTVI=li__B5UI(((__li__QOZB *)li__LQVI));
      } break;
      case __li__VXZB__: {
        li__CTVI=li__TDVI(((__li__VXZB *)li__LQVI));
      } break;
      case __li__BZZB__: {
        li__CTVI=li__0DVI(((__li__BZZB *)li__LQVI));
      } break;
      case __li__DA1B__: {
        li__KMJV=((__li__DA1B *)li__LQVI)->li__EA1B.li__0CC;
        li__K4E( 1,(&__string_459));
        li__V5E(li__KMJV);
        li__ODF();
        li__CTVI=NULL;
      } break;
      case __li__ZA1B__: {
        li__CTVI=li__HGVI(((__li__ZA1B *)li__LQVI));
      } break;
      case __li__SB1B__: {
        li__CTVI=li__KJVI(((__li__SB1B *)li__LQVI));
      } break;
      case __li__AE1B__: {
        li__CTVI=li__OMVI(((__li__AE1B *)li__LQVI));
      } break;
      case __li__5E1B__: {
        li__CTVI=li__SNVI(((__li__5E1B *)li__LQVI));
      } break;
      case __li__D11B__: {
        li__KBG((&__string_460));
        fputc((int)('\n'),stdout);
        exit(( 1));
        li__CTVI=NULL;
      } break;
      case __li__K41B__: {
        li__CTVI=li__IPVI(((__li__K41B *)li__LQVI));
      } break;
      case __li__YA2B__: {
        li__CTVI=li__OPVI(((__li__YA2B *)li__LQVI));
      } break;
      case __li__NB2B__: {
        li__CTVI=li__RUVI(((__li__NB2B *)li__LQVI));
      } break;
      case __li__LH2B__: {
        li__CTVI=li__ODWI(((__li__LH2B *)li__LQVI));
      } break;
      case __li__M32B__: {
        li__CTVI=li__DHWI(((__li__M32B *)li__LQVI));
      } break;
      case __li__KD3B__: {
        li__CTVI=li__2IWI(((__li__KD3B *)li__LQVI));
      } break;
      case __li__WE3B__: {
        li__CTVI=li__CKWI(((__li__WE3B *)li__LQVI));
      } break;
      case __li__UG4B__: {
        li__CTVI=li__PYWI(((__li__UG4B *)li__LQVI));
      } break;
      case __li__Q24B__: {
        li__CTVI=li__JZWI(((__li__Q24B *)li__LQVI));
      } break;
      case __li__D34B__: {
        li__CTVI=li__VZWI(((__li__D34B *)li__LQVI));
      } break;
      case __li__V34B__: {
        li__PMJV=((__li__V34B *)li__LQVI);
        li__QMJV=li__ZV4I(li__PMJV->li__W34B.li__0CC,li__PMJV->li__2OGD);
        li__CTVI=li__QMJV;
      } break;
      case __li__H44B__: {
        li__CTVI=li__I0WI(((__li__H44B *)li__LQVI));
      } break;
      case __li__XMUC__: {
        li__KBG((&__string_447));
        fputc((int)('\n'),stdout);
        exit(( 1));
        li__CTVI=NULL;
      } break;
      };
      li__NQVI=li__CTVI;
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__LQVI==NULL) {
        li__NYYK=NULL;
      } else {
        if (((struct ___OBJ *)li__LQVI)->__id==__li__QOZB__) {
          li__NYYK=((void *)li__LQVI);
        } else /* Other types */ {
          li__NYYK=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__NYYK != (void *)NULL)) {
        li__UMJV=((void **)(*(((__li__NWZB *)li__NYYK->li__J1FC))).li__UPED)[ 0];
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__UMJV==NULL) {
          li__WYYK=NULL;
        } else {
          switch (((struct ___OBJ *)li__UMJV)->__id) {
          case __li__QOZB__: 
          case __li__VXZB__: 
          case __li__BZZB__: 
          case __li__DA1B__: 
          case __li__ZA1B__: 
          case __li__SB1B__: 
          case __li__5E1B__: 
          case __li__D11B__: 
          case __li__NB2B__: 
          case __li__LH2B__: 
          case __li__M32B__: 
          case __li__KD3B__: 
          case __li__WE3B__: 
          case __li__Q24B__: 
          case __li__D34B__: 
          case __li__V34B__: 
          case __li__H44B__: 
          case __li__XMUC__: {
            li__WYYK=NULL;
          } break;
          case __li__AE1B__: {
            li__WYYK=((void *)li__UMJV);
          } break;
          case __li__K41B__: {
            li__WYYK=((void *)li__UMJV);
          } break;
          case __li__YA2B__: {
            li__WYYK=((void *)li__UMJV);
          } break;
          case __li__UG4B__: {
            li__WYYK=((void *)li__UMJV);
          } break;
          }
        };
        li__MMJV=li__WYYK;
      } else /* FALSE */ {
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__LQVI==NULL) {
          li__WYYK=NULL;
        } else {
          switch (((struct ___OBJ *)li__LQVI)->__id) {
          case __li__QOZB__: 
          case __li__VXZB__: 
          case __li__BZZB__: 
          case __li__DA1B__: 
          case __li__ZA1B__: 
          case __li__SB1B__: 
          case __li__5E1B__: 
          case __li__D11B__: 
          case __li__NB2B__: 
          case __li__LH2B__: 
          case __li__M32B__: 
          case __li__KD3B__: 
          case __li__WE3B__: 
          case __li__Q24B__: 
          case __li__D34B__: 
          case __li__V34B__: 
          case __li__H44B__: 
          case __li__XMUC__: {
            li__WYYK=NULL;
          } break;
          case __li__AE1B__: {
            li__WYYK=((void *)li__LQVI);
          } break;
          case __li__K41B__: {
            li__WYYK=((void *)li__LQVI);
          } break;
          case __li__YA2B__: {
            li__WYYK=((void *)li__LQVI);
          } break;
          case __li__UG4B__: {
            li__WYYK=((void *)li__LQVI);
          } break;
          }
        };
        li__MMJV=li__WYYK;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__MMJV != (void *)NULL)) {
        li__FZYK=((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__PPVI->li__ZA2B.li__BE1B.li__0CC)) &  511)];
        /* NULL __li__AE1B__ __li__K41B__ __li__YA2B__ __li__UG4B__ */
switch (((struct ___OBJ *)li__MMJV)->__id) {
        case __li__AE1B__: {
          li__GZYK=((__li__AE1B *)li__MMJV)->li__PNGC;
        } break;
        case __li__K41B__: {
          li__GZYK=((__li__K41B *)li__MMJV)->li__L41B.li__PNGC;
        } break;
        case __li__YA2B__: {
          li__GZYK=((__li__YA2B *)li__MMJV)->li__ZA2B.li__PNGC;
        } break;
        case __li__UG4B__: {
          li__GZYK=((__li__UG4B *)li__MMJV)->li__VG4B.li__PNGC;
        } break;
        };
        li__IZYK=li__QESJ(((__li__PF *)li__FZYK),li__GZYK);
        li__LZYK=li__IZYK;
      } else /* FALSE */ {
        li__LZYK=li__I__;
      };
      li__FRVI=li__LZYK;
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    li__JUYU=((__li__PO ) 0);
    li__LQVI=NULL;
    li__IZYK=li__I__;
    li__KWBL=NULL;
    li__MMJV=li__NQVI;
    li__LWBL=li__ICJJ();
    li__BWBL=li__LWBL;
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switch (((struct ___OBJ *)li__NQVI)->__id) {
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      li__UQVI=((__li__WK *)li__NQVI)->li__1K.li__WZLE;
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      li__UQVI=((__li__AVBD *)li__NQVI)->li__K2ME;
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    case __li__KVBD__: {
      li__UQVI=((__li__KVBD *)li__NQVI)->li__LVBD.li__WZLE;
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    case __li__WVBD__: {
      li__UQVI=((__li__WVBD *)li__NQVI)->li__XVBD.li__WZLE;
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    case __li__LTVI__: {
      li__UQVI=li__553L();
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    case __li__XTVI__: {
      li__UQVI=li__FVEK();
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    case __li__YTVI__: {
      li__UQVI=li__FA4L();
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    case __li__S2VI__: {
      li__UQVI=li__KVEK();
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    case __li__E3VI__: {
      li__UQVI=li__PVEK();
    } break;
    case __li__KLWI__: {
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    case __li__ULWI__: {
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    case __li__NMWI__: {
      li__UQVI=li__4VEK();
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    case __li__BNWI__: {
      li__UQVI=li__DWEK(((__li__BNWI *)li__NQVI));
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    case __li__XNWI__: {
      li__UQVI=li__IWEK(((__li__XNWI *)li__NQVI));
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    case __li__HQWI__: {
      li__UQVI=li__2WEK(((__li__HQWI *)li__NQVI));
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    case __li__ARWI__: {
      li__UQVI=li__QRB__->li__RRB.li__J0C;
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    case __li__URWI__: {
      li__UQVI=li__FXEK(((__li__URWI *)li__NQVI));
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    case __li__MSWI__: {
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    case __li__ETWI__: {
      li__UQVI=((__li__ETWI *)li__NQVI)->li__NSBK;
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    case __li__MZWI__: {
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    case __li__C0WI__: {
      li__UQVI=((__li__C0WI *)li__NQVI)->li__D0WI.li__WZLE;
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    case __li__M1WI__: {
      li__UQVI=((__li__M1WI *)li__NQVI)->li__N1WI.li__WZLE;
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    case __li__KMFK__: {
      li__UQVI=((__li__KMFK *)li__NQVI)->li__3RFK->li__WTBD.li__0RNE;
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    case __li__XOHL__: {
      li__UQVI=li__T4NN(((__li__XOHL *)li__NQVI));
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    case __li__FPHL__: {
      li__UQVI=li__KA4L(((__li__FPHL *)li__NQVI));
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    case __li__APLM__: {
      li__UQVI=li__YFDQ();
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    case __li__DTNM__: {
      li__UQVI=li__1ISO(((__li__DTNM *)li__NQVI));
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    case __li__JXNM__: {
      li__UQVI=li__VX3R(((__li__JXNM *)li__NQVI));
    } break;
    case __li__21LO__: {
      li__UQVI=((__li__21LO *)li__NQVI)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__UQVI=((__li__TPOO *)li__NQVI)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__UQVI=li__FH4R();
    } break;
    case __li__41XO__: {
      li__UQVI=li__3FDQ(((__li__41XO *)li__NQVI));
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    case __li__AKBR__: {
      li__UQVI=li__WQDS(((__li__AKBR *)li__NQVI));
    } break;
    case __li__SU5R__: {
      li__UQVI=li__T1IS();
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    case __li__JV5R__: {
      li__UQVI=li__Y1IS();
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    li__34AV=((__li__5RB *)li__UQVI)->li__AEM;
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if (((void *)li__34AV == (void *)li__QRB__)) {
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      li__K4E( 1,(&__string_451));
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switch (((struct ___OBJ *)li__34AV)->__id) {
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    case __li__1RRF__: 
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      li__LZYK=li__B__;
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    };
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if ((li__LZYK && ((void *)li__PPVI->li__ZA2B.li__PNGC == (void *)(&__string_84)))) {
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switch (((struct ___OBJ *)li__34AV)->__id) {
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      case __li__ORB__: {
        li__CTVI=li__NL2F(((__li__ORB *)((__li__IF *)li__34AV)),li__GZYK);
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      case __li__QRB__: {
        li__CTVI=li__IN2F(((__li__QRB *)((__li__IF *)li__34AV)),li__GZYK);
      } break;
      case __li__SRB__: {
        li__CTVI=li__DP2F(((__li__SRB *)((__li__IF *)li__34AV)),li__GZYK);
      } break;
      case __li__URB__: {
        li__CTVI=li__4Q2F(((__li__URB *)((__li__IF *)li__34AV)),li__GZYK);
      } break;
      case __li__GSZ__: {
        li__CTVI=li__ZS2F(((__li__GSZ *)((__li__IF *)li__34AV)),li__GZYK);
      } break;
      case __li__1RRF__: {
        li__CTVI=li__4WMI(li__GZYK);
      } break;
      case __li__UJSH__: {
        li__CTVI=li__NBMN(li__GZYK);
      } break;
      };
      li__LQVI=li__CTVI;
      /* __li__B__ __li__I__ */
if (((void *)li__LQVI == (void *)NULL)) {
        li__HEZ(((__li__BC *)li__0C),(&__string_425));
        li__JAZ(((__li__BC *)li__0C),li__PPVI->li__ZA2B.li__PNGC);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__34AV)->__id) {
        case __li__IF__: {
          li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__34AV)->li__TF->li__SF.li__R2B);
        } break;
        case __li__ORB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_1));
        } break;
        case __li__QRB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_2));
        } break;
        case __li__SRB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_51));
        } break;
        case __li__URB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_53));
        } break;
        case __li__GSZ__: {
          li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__34AV))->li__EGQB);
        } break;
        case __li__1RRF__: {
          li__UPMI(((__li__1RRF *)((__li__IF *)li__34AV)),li__0C);
        } break;
        case __li__UJSH__: {
          li__O4LN(((__li__UJSH *)((__li__IF *)li__34AV)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__1XBL=li__PPVI->li__ZA2B.li__BE1B.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__1XBL);
        li__ODF();
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      /* __li__B__ __li__I__ */
if (li__O4RI) {
        /* __li__B__ __li__I__ */
if (((void *)li__LUVI == (void *)NULL)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LQVI)->__id==__li__DZB__) {
            li__VVSN=((__li__DZB *)li__LQVI)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VVSN)->__id==__li__IZB__) {
              li__LYBL=((__li__IZB *)li__VVSN)->li__MPHD;
            } else /* ITM_SLOT_OPERATOR */ {
              li__LYBL=((__li__4HAD *)li__VVSN)->li__5HAD.li__MPHD;
            };
          } else /* SLOT_CODE */ {
            li__VVSN=((__li__QWEC *)li__LQVI)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VVSN)->__id==__li__IZB__) {
              li__LYBL=((__li__IZB *)li__VVSN)->li__MPHD;
            } else /* ITM_SLOT_OPERATOR */ {
              li__LYBL=((__li__4HAD *)li__VVSN)->li__5HAD.li__MPHD;
            };
          };
          li__FAPU=(__li__K)((*(((__li__I03C *)li__LYBL))).li__RBLE +  1);
          li__PYBL=(li__FAPU !=  1);
        } else /* FALSE */ {
          li__PYBL=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__PYBL) {
          li__PYBL=li__B__;
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if (((void *)li__LUVI != (void *)NULL)) {
            li__ZSRU=(__li__K)((*(((__li__NWZB *)li__LUVI))).li__231B +  1);
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LQVI)->__id==__li__DZB__) {
              li__TDTN=((__li__DZB *)li__LQVI)->li__LZB->li__KZB;
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TDTN)->__id==__li__IZB__) {
                li__1YBL=((__li__IZB *)li__TDTN)->li__MPHD;
              } else /* ITM_SLOT_OPERATOR */ {
                li__1YBL=((__li__4HAD *)li__TDTN)->li__5HAD.li__MPHD;
              };
            } else /* SLOT_CODE */ {
              li__TDTN=((__li__QWEC *)li__LQVI)->li__RWEC->li__KZB;
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TDTN)->__id==__li__IZB__) {
                li__1YBL=((__li__IZB *)li__TDTN)->li__MPHD;
              } else /* ITM_SLOT_OPERATOR */ {
                li__1YBL=((__li__4HAD *)li__TDTN)->li__5HAD.li__MPHD;
              };
            };
            li__HAPU=(__li__K)((*(((__li__I03C *)li__1YBL))).li__RBLE +  1);
            li__BZBL=(li__ZSRU != (__li__K)(li__HAPU -  1));
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            li__BZBL=li__I__;
          };
          li__PYBL=li__BZBL;
        };
        /* __li__B__ __li__I__ */
if (li__PYBL) {
          li__EDSB( 1,(&__string_453));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LQVI)->__id==__li__DZB__) {
            li__NZBL=((__li__DZB *)li__LQVI)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__VVSN=((__li__QWEC *)li__LQVI)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VVSN)->__id==__li__IZB__) {
              li__NZBL=((__li__IZB *)li__VVSN)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__NZBL=((__li__4HAD *)li__VVSN)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__NZBL);
          li__V5E(li__PPVI->li__ZA2B.li__BE1B.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LQVI)->__id==__li__DZB__) {
          li__NZBL=((__li__DZB *)li__LQVI)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__WYYK=((__li__QWEC *)li__LQVI)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WYYK)->__id==__li__IZB__) {
            li__NZBL=((__li__IZB *)li__WYYK)->li__JZB.li__RF.li__0CC;
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            li__NZBL=((__li__4HAD *)li__WYYK)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__5JKB=li__NZBL;
        /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LQVI)->__id==__li__DZB__) {
            li__0ZBL=li__QXVG(((__li__DZB *)li__LQVI));
          } else /* SLOT_CODE */ {
            li__VVSN=((__li__QWEC *)li__LQVI)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VVSN)->__id==__li__IZB__) {
              li__0ZBL=((__li__IZB *)li__VVSN)->li__WLSB;
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              li__0ZBL=((__li__4HAD *)li__VVSN)->li__5HAD.li__WLSB;
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          };
          li__PYBL=li__EYCM(((__li__ULSB *)li__0ZBL),li__34AV,((__li__5RB *)li__2UUD->li__2M.li__2NSH)->li__AEM);
          li__BZBL=(! li__PYBL);
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          li__BZBL=li__I__;
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        /* __li__B__ __li__I__ */
if (li__BZBL) {
          li__HEZ(((__li__BC *)li__0C),(&__string_454));
          li__OUHF(((__li__5RB *)li__2UUD->li__2M.li__2NSH),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_455));
          li__DNVB( 2,li__0C);
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if (((struct ___OBJ *)li__LQVI)->__id==__li__DZB__) {
            li__S0BL=((__li__DZB *)li__LQVI)->li__GZB.li__FZB.li__RF.li__0CC;
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            li__VVSN=((__li__QWEC *)li__LQVI)->li__RWEC->li__KZB;
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if (((struct ___OBJ *)li__VVSN)->__id==__li__IZB__) {
              li__S0BL=((__li__IZB *)li__VVSN)->li__JZB.li__RF.li__0CC;
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              li__S0BL=((__li__4HAD *)li__VVSN)->li__5HAD.li__JZB.li__RF.li__0CC;
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          };
          li__V5E(li__S0BL);
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    li__NJKL(li__PPVI,li__NQVI, 0,li__LWBL,li__LQVI,li__IZYK);
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if (li__NQVI==NULL) {
      li__HSVI=NULL;
    } else {
      if (((struct ___OBJ *)li__NQVI)->__id==__li__Z4WH__) {
        li__HSVI=((void *)li__NQVI);
      } else /* Other types */ {
        li__HSVI=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__HSVI != (void *)NULL)) {
      li__LVYU=((void **)(*(((__li__2ZEC *)li__HSVI->li__PJPI))).li__3GPI)[ 0];
      li__MMJV=li__LVYU;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__LUVI != (void *)NULL)) {
      li__XSVI=(*(li__LUVI)).li__231B;
      li__4ZPJ= 0;
      while ((li__4ZPJ <= li__XSVI)) {
        li__WYYK=((void **)(*(((__li__NWZB *)li__LUVI))).li__UPED)[li__4ZPJ];
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__WYYK)->__id) {
        case __li__QOZB__: {
          li__VVSN=li__B5UI(((__li__QOZB *)li__WYYK));
        } break;
        case __li__VXZB__: {
          li__VVSN=li__TDVI(((__li__VXZB *)li__WYYK));
        } break;
        case __li__BZZB__: {
          li__VVSN=li__0DVI(((__li__BZZB *)li__WYYK));
        } break;
        case __li__DA1B__: {
          li__S0BL=((__li__DA1B *)li__WYYK)->li__EA1B.li__0CC;
          li__K4E( 1,(&__string_459));
          li__V5E(li__S0BL);
          li__ODF();
          li__VVSN=NULL;
        } break;
        case __li__ZA1B__: {
          li__VVSN=li__HGVI(((__li__ZA1B *)li__WYYK));
        } break;
        case __li__SB1B__: {
          li__VVSN=li__KJVI(((__li__SB1B *)li__WYYK));
        } break;
        case __li__AE1B__: {
          li__VVSN=li__OMVI(((__li__AE1B *)li__WYYK));
        } break;
        case __li__5E1B__: {
          li__VVSN=li__SNVI(((__li__5E1B *)li__WYYK));
        } break;
        case __li__D11B__: {
          li__KBG((&__string_460));
          fputc((int)('\n'),stdout);
          exit(( 1));
          li__VVSN=NULL;
        } break;
        case __li__K41B__: {
          li__VVSN=li__IPVI(((__li__K41B *)li__WYYK));
        } break;
        case __li__YA2B__: {
          li__VVSN=li__OPVI(((__li__YA2B *)li__WYYK));
        } break;
        case __li__NB2B__: {
          li__VVSN=li__RUVI(((__li__NB2B *)li__WYYK));
        } break;
        case __li__LH2B__: {
          li__VVSN=li__ODWI(((__li__LH2B *)li__WYYK));
        } break;
        case __li__M32B__: {
          li__VVSN=li__DHWI(((__li__M32B *)li__WYYK));
        } break;
        case __li__KD3B__: {
          li__VVSN=li__2IWI(((__li__KD3B *)li__WYYK));
        } break;
        case __li__WE3B__: {
          li__VVSN=li__CKWI(((__li__WE3B *)li__WYYK));
        } break;
        case __li__UG4B__: {
          li__VVSN=li__PYWI(((__li__UG4B *)li__WYYK));
        } break;
        case __li__Q24B__: {
          li__VVSN=li__JZWI(((__li__Q24B *)li__WYYK));
        } break;
        case __li__D34B__: {
          li__VVSN=li__VZWI(((__li__D34B *)li__WYYK));
        } break;
        case __li__V34B__: {
          li__YMJV=((__li__V34B *)li__WYYK);
          li__ZMJV=li__ZV4I(li__YMJV->li__W34B.li__0CC,li__YMJV->li__2OGD);
          li__VVSN=li__ZMJV;
        } break;
        case __li__H44B__: {
          li__VVSN=li__I0WI(((__li__H44B *)li__WYYK));
        } break;
        case __li__XMUC__: {
          li__KBG((&__string_447));
          fputc((int)('\n'),stdout);
          exit(( 1));
          li__VVSN=NULL;
        } break;
        };
        li__NJKL(li__PPVI,li__VVSN,(__li__K)(li__4ZPJ +  1),li__BWBL,li__LQVI,li__IZYK);
        li__4ZPJ=(__li__K)(li__4ZPJ +  1);
      };
    };
    /* __li__B__ __li__I__ */
if (li__IZYK) {
      li__B2BL=li__UFNJ(li__LWBL);
      li__BWBL=li__B2BL;
      li__RVYU=((void **)(*(((__li__2ZEC *)li__B2BL))).li__3GPI)[ 0];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RVYU)->__id) {
      case __li__WK__: {
        li__TVYU=li__PVEJ(((__li__WK *)li__RVYU));
        li__CTVI=li__TVYU;
      } break;
      case __li__AVBD__: {
        li__CTVI=li__AE5L(((__li__AVBD *)li__RVYU));
      } break;
      case __li__KVBD__: {
        li__2MJV=((__li__KVBD *)li__RVYU);
        li__1XBL=li__2MJV->li__LVBD.li__0K.li__0CC;
        li__VQVI=li__2MJV->li__LVBD.li__WZLE;
        li__2MJV=li__5QND();
        li__ANJV=((__li__KVBD *)li__2MJV);
        li__ANJV->li__LVBD.li__0K.li__0CC=li__1XBL;
        li__BNJV=li__NNSE(((__li__5RB *)li__VQVI));
        li__ANJV->li__LVBD.li__WZLE=li__BNJV;
        li__CTVI=li__2MJV;
      } break;
      case __li__WVBD__: {
        li__VVYU=((__li__WVBD *)li__RVYU);
        li__WVYU=li__VEID(li__VVYU->li__XVBD.li__0K.li__0CC,li__VVYU->li__2ZLE,li__VVYU->li__XVBD.li__WZLE);
        li__CTVI=li__WVYU;
      } break;
      case __li__Z4WH__: {
        li__CTVI=li__XEVK(((__li__Z4WH *)li__RVYU));
      } break;
      case __li__KTVI__: {
        li__CTVI=li__XF5L(((__li__KTVI *)li__RVYU));
      } break;
      case __li__LTVI__: {
        li__CTVI=li__SDGM(((__li__LTVI *)li__RVYU));
      } break;
      case __li__XTVI__: {
        li__CTVI=li__DG5L(((__li__XTVI *)li__RVYU));
      } break;
      case __li__YTVI__: {
        li__CTVI=li__4DGM(((__li__YTVI *)li__RVYU));
      } break;
      case __li__S2VI__: {
        li__CTVI=li__OG5L(((__li__S2VI *)li__RVYU));
      } break;
      case __li__E3VI__: {
        li__CTVI=li__ZG5L(((__li__E3VI *)li__RVYU));
      } break;
      case __li__KLWI__: {
        li__YVYU=((__li__KLWI *)li__RVYU);
        li__1XBL=li__YVYU->li__LLWI.li__0CC;
        li__0VYU=li__G3CM(((__li__KMFK *)li__YVYU->li__ZPBK));
        li__YVYU=li__PNSJ(li__1XBL,li__0VYU);
        li__CTVI=li__YVYU;
      } break;
      case __li__ULWI__: {
        li__3VYU=((__li__ULWI *)li__RVYU);
        li__4VYU=li__AOSJ(li__3VYU->li__VLWI.li__0CC,li__3VYU->li__4PBK);
        li__CTVI=li__4VYU;
      } break;
      case __li__NMWI__: {
        li__CTVI=li__SH5L(((__li__NMWI *)li__RVYU));
      } break;
      case __li__BNWI__: {
        li__CTVI=li__3H5L(((__li__BNWI *)li__RVYU));
      } break;
      case __li__XNWI__: {
        li__CTVI=li__II5L(((__li__XNWI *)li__RVYU));
      } break;
      case __li__LOWI__: {
        li__CTVI=li__TI5L(((__li__LOWI *)li__RVYU));
      } break;
      case __li__5OWI__: {
        li__CTVI=li__4I5L(((__li__5OWI *)li__RVYU));
      } break;
      case __li__TPWI__: {
        li__CTVI=li__JJ5L(((__li__TPWI *)li__RVYU));
      } break;
      case __li__HQWI__: {
        li__CTVI=li__UJ5L(((__li__HQWI *)li__RVYU));
      } break;
      case __li__ARWI__: {
        li__CTVI=li__5J5L(((__li__ARWI *)li__RVYU));
      } break;
      case __li__URWI__: {
        li__CTVI=li__NK5L(((__li__URWI *)li__RVYU));
      } break;
      case __li__MSWI__: {
        li__AWYU=((__li__MSWI *)li__RVYU);
        li__BWYU=li__YXSJ(li__AWYU->li__NSWI.li__0CC,li__AWYU->li__ISBK);
        li__CTVI=li__BWYU;
      } break;
      case __li__ETWI__: {
        li__CTVI=li__4K5L(((__li__ETWI *)li__RVYU));
      } break;
      case __li__MZWI__: {
        li__DWYU=((__li__MZWI *)li__RVYU);
        li__EWYU=li__4U4I(li__DWYU->li__NZWI.li__0K.li__0CC,li__DWYU->li__3SBK,li__DWYU->li__NZWI.li__WZLE);
        li__CTVI=li__EWYU;
      } break;
      case __li__C0WI__: {
        li__QMJV=((__li__C0WI *)li__RVYU);
        li__ZMJV=li__ZV4I(li__QMJV->li__D0WI.li__0K.li__0CC,li__QMJV->li__CTBK);
        li__CTVI=li__ZMJV;
      } break;
      case __li__M1WI__: {
        li__JWYU=((__li__M1WI *)li__RVYU);
        li__KWYU=li__1Z4I(li__JWYU->li__N1WI.li__0K.li__0CC,li__JWYU->li__UTFK);
        li__CTVI=li__KWYU;
      } break;
      case __li__KMFK__: {
        li__CTVI=li__G3CM(((__li__KMFK *)li__RVYU));
      } break;
      case __li__XOHL__: {
        li__CTVI=li__AAPN(((__li__XOHL *)li__RVYU));
      } break;
      case __li__FPHL__: {
        li__CTVI=li__2EGM(((__li__FPHL *)li__RVYU));
      } break;
      case __li__APLM__: {
        li__CTVI=li__XRDQ(((__li__APLM *)li__RVYU));
      } break;
      case __li__DTNM__: {
        li__CTVI=li__D5SO(((__li__DTNM *)li__RVYU));
      } break;
      case __li__JXNM__: {
        li__CTVI=li__153R(((__li__JXNM *)li__RVYU));
      } break;
      case __li__21LO__: {
        li__CTVI=li__2KLP(((__li__21LO *)li__RVYU));
      } break;
      case __li__TPOO__: {
        li__CTVI=li__JLLP(((__li__TPOO *)li__RVYU));
      } break;
      case __li__URRO__: {
        li__CTVI=li__KM4R(((__li__URRO *)li__RVYU));
      } break;
      case __li__41XO__: {
        li__CTVI=li__CSDQ(((__li__41XO *)li__RVYU));
      } break;
      case __li__AKBR__: {
        li__CTVI=li__L2DS(((__li__AKBR *)li__RVYU));
      } break;
      case __li__SU5R__: {
        li__CTVI=li__EQJS(((__li__SU5R *)li__RVYU));
      } break;
      case __li__JV5R__: {
        li__CTVI=li__PQJS(((__li__JV5R *)li__RVYU));
      } break;
      };
      li__0SRU=((__li__2ZEC *)li__B2BL);
      ((void **)(*(li__0SRU)).li__3GPI)[ 0]=li__CTVI;
      li__G2BL=li__UVPJ(li__PPVI->li__ZA2B.li__BE1B.li__0CC,li__MMJV,li__B2BL);
      li__KWBL=li__G2BL;
      li__LZYK=li__B__;
    } else /* FALSE */ {
      li__LZYK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__LZYK)) {
      li__JAPU=(__li__K)((*(((__li__2ZEC *)li__BWBL))).li__NKSH +  1);
      /* __li__B__ __li__I__ */
if ((li__JAPU ==  1)) {
        /* __li__B__ __li__I__ */
if (li__FRVI) {
          li__12BL=li__00OL();
          li__32BL=li__NOPI(((__li__VTBD *)li__12BL));
          li__MWYU=((__li__2ZEC *)li__BWBL);
          ((void **)(*(li__MWYU)).li__3GPI)[ 0]=li__32BL;
          li__PWYU=((void **)(*(((__li__2ZEC *)li__BWBL))).li__3GPI)[ 0];
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PWYU)->__id) {
          case __li__WK__:  break;
          case __li__AVBD__: {
            li__PSNI(((__li__AVBD *)li__PWYU));
          } break;
          case __li__KVBD__:  break;
          case __li__WVBD__:  break;
          case __li__Z4WH__: {
            li__JNDK(((__li__Z4WH *)li__PWYU));
          } break;
          case __li__KTVI__: {
            li__0NDK(((__li__KTVI *)li__PWYU));
          } break;
          case __li__LTVI__: {
            li__XL1L(((__li__LTVI *)li__PWYU));
          } break;
          case __li__XTVI__: {
            li__5NDK(((__li__XTVI *)li__PWYU));
          } break;
          case __li__YTVI__: {
            li__1L1L(((__li__YTVI *)li__PWYU));
          } break;
          case __li__S2VI__: {
            li__DODK(((__li__S2VI *)li__PWYU));
          } break;
          case __li__E3VI__: {
            li__HODK(((__li__E3VI *)li__PWYU));
          } break;
          case __li__KLWI__: {
            li__RWYU=((__li__KMFK *)((__li__KLWI *)li__PWYU)->li__ZPBK);
            li__HXPN(((__li__VTBD *)li__RWYU->li__3RFK),li__RWYU);
          } break;
          case __li__ULWI__:  break;
          case __li__NMWI__: {
            li__QODK(((__li__NMWI *)li__PWYU));
          } break;
          case __li__BNWI__: {
            li__UODK(((__li__BNWI *)li__PWYU));
          } break;
          case __li__XNWI__: {
            li__YODK(((__li__XNWI *)li__PWYU));
          } break;
          case __li__LOWI__: {
            li__2ODK(((__li__LOWI *)li__PWYU));
          } break;
          case __li__5OWI__: {
            li__APDK(((__li__5OWI *)li__PWYU));
          } break;
          case __li__TPWI__: {
            li__EPDK(((__li__TPWI *)li__PWYU));
          } break;
          case __li__HQWI__: {
            li__IPDK(((__li__HQWI *)li__PWYU));
          } break;
          case __li__ARWI__: {
            li__MPDK(((__li__ARWI *)li__PWYU));
          } break;
          case __li__URWI__: {
            li__NQDK(((__li__URWI *)li__PWYU));
          } break;
          case __li__MSWI__:  break;
          case __li__ETWI__: {
            li__TQDK(((__li__ETWI *)li__PWYU));
          } break;
          case __li__MZWI__:  break;
          case __li__C0WI__:  break;
          case __li__M1WI__:  break;
          case __li__KMFK__: {
            li__RWYU=((__li__KMFK *)li__PWYU);
            li__HXPN(((__li__VTBD *)li__RWYU->li__3RFK),li__RWYU);
          } break;
          case __li__XOHL__: {
            li__LDMN(((__li__XOHL *)li__PWYU));
          } break;
          case __li__FPHL__: {
            li__TT4L(((__li__FPHL *)li__PWYU));
          } break;
          case __li__APLM__: {
            li__TGCQ(((__li__APLM *)li__PWYU));
          } break;
          case __li__DTNM__: {
            li__MFRO(((__li__DTNM *)li__PWYU));
          } break;
          case __li__JXNM__: {
            li__1W3R(((__li__JXNM *)li__PWYU));
          } break;
          case __li__21LO__: {
            li__T1IP(((__li__21LO *)li__PWYU));
          } break;
          case __li__TPOO__: {
            li__TWYU=((__li__TPOO *)li__PWYU);
            li__IZFQ(((__li__DZB *)li__TWYU->li__5IXO),li__TWYU);
          } break;
          case __li__URRO__: {
            li__DK4R(((__li__URRO *)li__PWYU));
          } break;
          case __li__41XO__: {
            li__XGCQ(((__li__41XO *)li__PWYU));
          } break;
          case __li__AKBR__: {
            li__AYCS(((__li__AKBR *)li__PWYU));
          } break;
          case __li__SU5R__: {
            li__5XIS(((__li__SU5R *)li__PWYU));
          } break;
          case __li__JV5R__: {
            li__DYIS(((__li__JV5R *)li__PWYU));
          } break;
          };
        };
        /* __li__B__ __li__I__ */
if ((li__O4RI & li__BMB)) {
          li__P3BL=li__PPVI->li__ZA2B.li__PNGC;
          li__PYBL=li__SALE(((__li__U *)li__P3BL),(&__string_456));
          li__BZBL=li__PYBL;
        } else /* FALSE */ {
          li__BZBL=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__BZBL) {
          li__HEZ(((__li__BC *)li__0C),(&__string_457));
          li__23BL=((__li__1M *)li__2UUD)->li__AZOI;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__23BL->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__BIJM(((__li__QWEC *)li__23BL),li__0C);
          } else /* ITM_SLOT_OPERATOR */ {
            li__WJJM(((__li__QWEC *)li__23BL),li__0C);
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_458));
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MMJV)->__id) {
          case __li__WK__: {
            li__53BL=((__li__WK *)li__MMJV)->li__1K.li__WZLE;
          } break;
          case __li__AVBD__: {
            li__53BL=((__li__AVBD *)li__MMJV)->li__K2ME;
          } break;
          case __li__KVBD__: {
            li__53BL=((__li__KVBD *)li__MMJV)->li__LVBD.li__WZLE;
          } break;
          case __li__WVBD__: {
            li__53BL=((__li__WVBD *)li__MMJV)->li__XVBD.li__WZLE;
          } break;
          case __li__Z4WH__: {
            li__53BL=li__JK5J(((__li__Z4WH *)li__MMJV));
          } break;
          case __li__KTVI__: {
            li__53BL=li__5UEK();
          } break;
          case __li__LTVI__: {
            li__53BL=li__553L();
          } break;
          case __li__XTVI__: {
            li__53BL=li__FVEK();
          } break;
          case __li__YTVI__: {
            li__53BL=li__FA4L();
          } break;
          case __li__S2VI__: {
            li__53BL=li__KVEK();
          } break;
          case __li__E3VI__: {
            li__53BL=li__PVEK();
          } break;
          case __li__KLWI__: {
            li__53BL=li__UVEK();
          } break;
          case __li__ULWI__: {
            li__53BL=li__ZVEK();
          } break;
          case __li__NMWI__: {
            li__53BL=li__4VEK();
          } break;
          case __li__BNWI__: {
            li__53BL=li__DWEK(((__li__BNWI *)li__MMJV));
          } break;
          case __li__XNWI__: {
            li__53BL=li__IWEK(((__li__XNWI *)li__MMJV));
          } break;
          case __li__LOWI__: {
            li__53BL=li__NWEK(((__li__LOWI *)li__MMJV));
          } break;
          case __li__5OWI__: {
            li__53BL=li__SWEK(((__li__5OWI *)li__MMJV));
          } break;
          case __li__TPWI__: {
            li__53BL=li__XWEK(((__li__TPWI *)li__MMJV));
          } break;
          case __li__HQWI__: {
            li__53BL=li__2WEK(((__li__HQWI *)li__MMJV));
          } break;
          case __li__ARWI__: {
            li__53BL=li__QRB__->li__RRB.li__J0C;
          } break;
          case __li__URWI__: {
            li__53BL=li__FXEK(((__li__URWI *)li__MMJV));
          } break;
          case __li__MSWI__: {
            li__53BL=li__RXEK();
          } break;
          case __li__ETWI__: {
            li__53BL=((__li__ETWI *)li__MMJV)->li__NSBK;
          } break;
          case __li__MZWI__: {
            li__53BL=((__li__MZWI *)li__MMJV)->li__NZWI.li__WZLE;
          } break;
          case __li__C0WI__: {
            li__53BL=((__li__C0WI *)li__MMJV)->li__D0WI.li__WZLE;
          } break;
          case __li__M1WI__: {
            li__53BL=((__li__M1WI *)li__MMJV)->li__N1WI.li__WZLE;
          } break;
          case __li__KMFK__: {
            li__53BL=((__li__KMFK *)li__MMJV)->li__3RFK->li__WTBD.li__0RNE;
          } break;
          case __li__XOHL__: {
            li__53BL=li__T4NN(((__li__XOHL *)li__MMJV));
          } break;
          case __li__FPHL__: {
            li__53BL=li__KA4L(((__li__FPHL *)li__MMJV));
          } break;
          case __li__APLM__: {
            li__53BL=li__YFDQ();
          } break;
          case __li__DTNM__: {
            li__53BL=li__1ISO(((__li__DTNM *)li__MMJV));
          } break;
          case __li__JXNM__: {
            li__53BL=li__VX3R(((__li__JXNM *)li__MMJV));
          } break;
          case __li__21LO__: {
            li__53BL=((__li__21LO *)li__MMJV)->li__KJXO->li__GZB.li__0RNE;
          } break;
          case __li__TPOO__: {
            li__53BL=((__li__TPOO *)li__MMJV)->li__5IXO->li__GZB.li__0RNE;
          } break;
          case __li__URRO__: {
            li__53BL=li__FH4R();
          } break;
          case __li__41XO__: {
            li__53BL=li__3FDQ(((__li__41XO *)li__MMJV));
          } break;
          case __li__AKBR__: {
            li__53BL=li__WQDS(((__li__AKBR *)li__MMJV));
          } break;
          case __li__SU5R__: {
            li__53BL=li__T1IS();
          } break;
          case __li__JV5R__: {
            li__53BL=li__Y1IS();
          } break;
          };
          li__OUHF(((__li__5RB *)li__53BL),li__0C);
          li__NZBL=li__PPVI->li__ZA2B.li__BE1B.li__0CC;
          li__K4E( 2,li__0C);
          li__V5E(li__NZBL);
          li__ODF();
        };
        li__1XBL=li__PPVI->li__ZA2B.li__BE1B.li__0CC;
        li__VWYU=((void **)(*(((__li__2ZEC *)li__BWBL))).li__3GPI)[ 0];
        li__K4BL=li__GDID(li__1XBL,li__LQVI,li__MMJV,li__VWYU,li__SRVI);
        li__KWBL=li__K4BL;
        li__T4PJ(li__BWBL);
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if (li__FRVI) {
          li__12BL=li__00OL();
          li__32BL=li__NOPI(((__li__VTBD *)li__12BL));
          li__MWYU=((__li__2ZEC *)li__BWBL);
          ((void **)(*(li__MWYU)).li__3GPI)[ 0]=li__32BL;
        } else /* FALSE */ {
          li__ZWYU=((void **)(*(((__li__2ZEC *)li__BWBL))).li__3GPI)[ 0];
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZWYU)->__id) {
          case __li__WK__: {
            li__1WYU=li__PVEJ(((__li__WK *)li__ZWYU));
            li__VVSN=li__1WYU;
          } break;
          case __li__AVBD__: {
            li__VVSN=li__AE5L(((__li__AVBD *)li__ZWYU));
          } break;
          case __li__KVBD__: {
            li__ENJV=((__li__KVBD *)li__ZWYU);
            li__S0BL=li__ENJV->li__LVBD.li__0K.li__0CC;
            li__53BL=li__ENJV->li__LVBD.li__WZLE;
            li__ENJV=li__5QND();
            li__INJV=((__li__KVBD *)li__ENJV);
            li__INJV->li__LVBD.li__0K.li__0CC=li__S0BL;
            li__JNJV=li__NNSE(((__li__5RB *)li__53BL));
            li__INJV->li__LVBD.li__WZLE=li__JNJV;
            li__VVSN=li__ENJV;
          } break;
          case __li__WVBD__: {
            li__3WYU=((__li__WVBD *)li__ZWYU);
            li__4WYU=li__VEID(li__3WYU->li__XVBD.li__0K.li__0CC,li__3WYU->li__2ZLE,li__3WYU->li__XVBD.li__WZLE);
            li__VVSN=li__4WYU;
          } break;
          case __li__Z4WH__: {
            li__VVSN=li__XEVK(((__li__Z4WH *)li__ZWYU));
          } break;
          case __li__KTVI__: {
            li__VVSN=li__XF5L(((__li__KTVI *)li__ZWYU));
          } break;
          case __li__LTVI__: {
            li__VVSN=li__SDGM(((__li__LTVI *)li__ZWYU));
          } break;
          case __li__XTVI__: {
            li__VVSN=li__DG5L(((__li__XTVI *)li__ZWYU));
          } break;
          case __li__YTVI__: {
            li__VVSN=li__4DGM(((__li__YTVI *)li__ZWYU));
          } break;
          case __li__S2VI__: {
            li__VVSN=li__OG5L(((__li__S2VI *)li__ZWYU));
          } break;
          case __li__E3VI__: {
            li__VVSN=li__ZG5L(((__li__E3VI *)li__ZWYU));
          } break;
          case __li__KLWI__: {
            li__AXYU=((__li__KLWI *)li__ZWYU);
            li__S0BL=li__AXYU->li__LLWI.li__0CC;
            li__RWYU=li__G3CM(((__li__KMFK *)li__AXYU->li__ZPBK));
            li__AXYU=li__PNSJ(li__S0BL,li__RWYU);
            li__VVSN=li__AXYU;
          } break;
          case __li__ULWI__: {
            li__FXYU=((__li__ULWI *)li__ZWYU);
            li__GXYU=li__AOSJ(li__FXYU->li__VLWI.li__0CC,li__FXYU->li__4PBK);
            li__VVSN=li__GXYU;
          } break;
          case __li__NMWI__: {
            li__VVSN=li__SH5L(((__li__NMWI *)li__ZWYU));
          } break;
          case __li__BNWI__: {
            li__VVSN=li__3H5L(((__li__BNWI *)li__ZWYU));
          } break;
          case __li__XNWI__: {
            li__VVSN=li__II5L(((__li__XNWI *)li__ZWYU));
          } break;
          case __li__LOWI__: {
            li__VVSN=li__TI5L(((__li__LOWI *)li__ZWYU));
          } break;
          case __li__5OWI__: {
            li__VVSN=li__4I5L(((__li__5OWI *)li__ZWYU));
          } break;
          case __li__TPWI__: {
            li__VVSN=li__JJ5L(((__li__TPWI *)li__ZWYU));
          } break;
          case __li__HQWI__: {
            li__VVSN=li__UJ5L(((__li__HQWI *)li__ZWYU));
          } break;
          case __li__ARWI__: {
            li__VVSN=li__5J5L(((__li__ARWI *)li__ZWYU));
          } break;
          case __li__URWI__: {
            li__VVSN=li__NK5L(((__li__URWI *)li__ZWYU));
          } break;
          case __li__MSWI__: {
            li__IXYU=((__li__MSWI *)li__ZWYU);
            li__JXYU=li__YXSJ(li__IXYU->li__NSWI.li__0CC,li__IXYU->li__ISBK);
            li__VVSN=li__JXYU;
          } break;
          case __li__ETWI__: {
            li__VVSN=li__4K5L(((__li__ETWI *)li__ZWYU));
          } break;
          case __li__MZWI__: {
            li__LXYU=((__li__MZWI *)li__ZWYU);
            li__MXYU=li__4U4I(li__LXYU->li__NZWI.li__0K.li__0CC,li__LXYU->li__3SBK,li__LXYU->li__NZWI.li__WZLE);
            li__VVSN=li__MXYU;
          } break;
          case __li__C0WI__: {
            li__OXYU=((__li__C0WI *)li__ZWYU);
            li__PXYU=li__ZV4I(li__OXYU->li__D0WI.li__0K.li__0CC,li__OXYU->li__CTBK);
            li__VVSN=li__PXYU;
          } break;
          case __li__M1WI__: {
            li__RXYU=((__li__M1WI *)li__ZWYU);
            li__SXYU=li__1Z4I(li__RXYU->li__N1WI.li__0K.li__0CC,li__RXYU->li__UTFK);
            li__VVSN=li__SXYU;
          } break;
          case __li__KMFK__: {
            li__VVSN=li__G3CM(((__li__KMFK *)li__ZWYU));
          } break;
          case __li__XOHL__: {
            li__VVSN=li__AAPN(((__li__XOHL *)li__ZWYU));
          } break;
          case __li__FPHL__: {
            li__VVSN=li__2EGM(((__li__FPHL *)li__ZWYU));
          } break;
          case __li__APLM__: {
            li__VVSN=li__XRDQ(((__li__APLM *)li__ZWYU));
          } break;
          case __li__DTNM__: {
            li__VVSN=li__D5SO(((__li__DTNM *)li__ZWYU));
          } break;
          case __li__JXNM__: {
            li__VVSN=li__153R(((__li__JXNM *)li__ZWYU));
          } break;
          case __li__21LO__: {
            li__VVSN=li__2KLP(((__li__21LO *)li__ZWYU));
          } break;
          case __li__TPOO__: {
            li__VVSN=li__JLLP(((__li__TPOO *)li__ZWYU));
          } break;
          case __li__URRO__: {
            li__VVSN=li__KM4R(((__li__URRO *)li__ZWYU));
          } break;
          case __li__41XO__: {
            li__VVSN=li__CSDQ(((__li__41XO *)li__ZWYU));
          } break;
          case __li__AKBR__: {
            li__VVSN=li__L2DS(((__li__AKBR *)li__ZWYU));
          } break;
          case __li__SU5R__: {
            li__VVSN=li__EQJS(((__li__SU5R *)li__ZWYU));
          } break;
          case __li__JV5R__: {
            li__VVSN=li__PQJS(((__li__JV5R *)li__ZWYU));
          } break;
          };
          li__MWYU=((__li__2ZEC *)li__BWBL);
          ((void **)(*(li__MWYU)).li__3GPI)[ 0]=li__VVSN;
        };
        li__MWYU=li__UFNJ(li__BWBL);
        li__BWBL=li__MWYU;
        li__K4BL=li__2IUJ(li__PPVI->li__ZA2B.li__BE1B.li__0CC,li__LQVI,li__MMJV,li__MWYU,li__SRVI);
        li__KWBL=li__K4BL;
      };
    };
    li__UXYU=((__li__KI *)li__XIKB);
    li__P2VG(((__li__TOLE *)li__UXYU->li__2OLE),li__KWBL);
    li__WVRE(li__UXYU);
    /* __li__B__ __li__I__ */
if (((void *)li__LUVI != (void *)NULL)) {
      li__K10B(li__LUVI);
    };
    li__LQVI=li__ZAHJ(((__li__ODID *)li__KWBL));
    li__RPVI=li__LQVI;
  };
  li__QPVI=li__RPVI;
  return(li__QPVI);
}

static void* li__RUVI(__li__NB2B *li__SUVI)
/* (Strict ITM_EXPRESSION{li__NB2B}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__UUVI,li__VUVI,li__XUVI,li__YUVI,li__WUVI,li__ZUVI;
  __li__K li__QNJV,li__2VVI,li__QAPU,li__Y2PJ,li__MAWI,li__TAWI;
  __li__K li__DTRU;
  __li__U *li__1UVI,*li__EVVI,*li__3YVI,*li__ZAWI;
  void *li__4UVI,*li__AKYJ;
  void *li__AVVI,*li__4WVI,*li__CTQP,*li__WTQP,*li__TUVI;
  void *li__BVVI;
  void *li__CVVI,*li__5YVI,*li__I1VI,*li__LAWI,*li__DTQP;
  __li__D11B *li__NVVI,*li__AWVI,*li__DYVI;
  void *li__4VVI,*li__BYVI;
  __li__PO li__YWVI,li__P1VI,li__PEZJ,li__Y3VI;
  __li__V34B *li__UNJV;
  __li__C0WI *li__VNJV,*li__HZYU,*li__IZYU;
  __li__5RB *li__5WVI,*li__F2VI,*li__JCWI,*li__ZOJV,*li__MTQP,*li__F50P;
  __li__ODID *li__HZVI,*li__F0JP;
  __li__KI *li__1XYU;
  __li__S2VI *li__VJUJ,*li__DUMT,*li__OFSO;
  __li__E3VI *li__UEZJ,*li__FPNT;
  __li__1VPJ *li__YF1J,*li__TCPK;
  void *li__KAWI;
  __li__NMWI *li__WFSO;
  __li__APLM *li__N1CQ;
  __li__SU5R *li__DJQS;
  __li__JV5R *li__HJQS;
  __li__VTBD *li__POJV,*li__0APP;
  __li__DFNL *li__GKUJ;
  __li__KMFK *li__TCWI,*li__1YYU;
  __li__WK *li__UYYU;
  __li__KVBD *li__UOJV,*li__YOJV;
  __li__WVBD *li__WYYU,*li__XYYU;
  __li__KLWI *li__ZYYU;
  __li__ULWI *li__4YYU,*li__5YYU;
  __li__MSWI *li__BZYU,*li__CZYU;
  __li__MZWI *li__EZYU,*li__FZYU;
  __li__M1WI *li__KZYU,*li__LZYU;
  __li__0VPJ *li__HAPP;
  __li__ULSB *li__ETQP;
  void *li__YCUP,*li__220P;
  void *li__VTQP;
  __li__UL2B *li__W40P;
  void *li__E50P;
  __li__Z4WH *li__L50P;
  __li__CB li__EPRN;
  __li__C li__0UVI,li__IA2L,li__CXRO,li__Y2VI,li__HBWI,li__DBWI;
  __li__TOLE *li__V13I,*li__H23I,*li__SWRO,*li__40RO;
  __li__W13I *li__Y2BN;
  __li__NWZB *li__PNJV;
  void **li__QYMV;
  void **li__OXRO;
  __li__2ZEC *li__ZCWI,*li__240P;
  void **li__XB2L;
  li__UUVI= 0;
  li__VUVI= 0;
  li__XUVI= 0;
  li__YUVI= 0;
  li__0UVI=li__I__;
  li__1UVI=NULL;
  li__4UVI=NULL;
  li__AVVI=NULL;
  li__BVVI=NULL;
  li__CVVI=NULL;
  li__EVVI=NULL;
  li__NVVI=NULL;
  li__V13I=NULL;
  li__IA2L=((*(((__li__W13I *)li__513I))).li__JA2L <  0);
  /* __li__B__ __li__I__ */
if (li__IA2L) {
    li__H23I=li__CNSE( 16);
    li__V13I=li__H23I;
  } else /* FALSE */ {
    li__Y2BN=((__li__W13I *)li__513I);
    li__H23I=((void **)(*(li__Y2BN)).li__YB2L)[(*(li__Y2BN)).li__JA2L];
    li__V13I=li__H23I;
    li__Y2BN=((__li__W13I *)li__513I);
    (*(li__Y2BN)).li__JA2L=(__li__K)((*(li__Y2BN)).li__JA2L -  1);
  };
  li__H23I=li__V13I;
  li__WUVI=(__li__K)(-  1);
  li__ZUVI= 0;
  do {
    li__PNJV=li__SUVI->li__QEFD;
    li__QNJV=(*(li__SUVI->li__QEFD)).li__231B;
    li__QYMV=(*(((__li__NWZB *)li__PNJV))).li__UPED;
    do {
      li__2VVI=(__li__K)(li__WUVI +  1);
      li__WUVI=li__2VVI;
      li__4VVI=((void **)li__QYMV)[li__2VVI];
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__4VVI==NULL) {
        li__AWVI=NULL;
      } else {
        if (((struct ___OBJ *)li__4VVI)->__id==__li__D11B__) {
          li__AWVI=((void *)li__4VVI);
        } else /* Other types */ {
          li__AWVI=NULL;
        }
      };
      li__NVVI=li__AWVI;
    } while ((((void *)li__AWVI != (void *)NULL) && (li__2VVI != li__QNJV)));
    /* __li__B__ __li__I__ */
if (((void *)li__NVVI != (void *)NULL)) {
      li__YWVI=li__NVVI->li__E11B.li__0CC;
      li__K4E( 1,(&__string_643));
      li__V5E(li__YWVI);
      li__ODF();
    };
    li__4VVI=((void **)(*(((__li__NWZB *)li__SUVI->li__QEFD))).li__UPED)[li__WUVI];
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__4VVI)->__id) {
    case __li__QOZB__: {
      li__4WVI=li__B5UI(((__li__QOZB *)li__4VVI));
    } break;
    case __li__VXZB__: {
      li__4WVI=li__TDVI(((__li__VXZB *)li__4VVI));
    } break;
    case __li__BZZB__: {
      li__4WVI=li__0DVI(((__li__BZZB *)li__4VVI));
    } break;
    case __li__DA1B__: {
      li__YWVI=((__li__DA1B *)li__4VVI)->li__EA1B.li__0CC;
      li__K4E( 1,(&__string_459));
      li__V5E(li__YWVI);
      li__ODF();
      li__4WVI=NULL;
    } break;
    case __li__ZA1B__: {
      li__4WVI=li__HGVI(((__li__ZA1B *)li__4VVI));
    } break;
    case __li__SB1B__: {
      li__4WVI=li__KJVI(((__li__SB1B *)li__4VVI));
    } break;
    case __li__AE1B__: {
      li__4WVI=li__OMVI(((__li__AE1B *)li__4VVI));
    } break;
    case __li__5E1B__: {
      li__4WVI=li__SNVI(((__li__5E1B *)li__4VVI));
    } break;
    case __li__D11B__: {
      li__KBG((&__string_460));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__4WVI=NULL;
    } break;
    case __li__K41B__: {
      li__4WVI=li__IPVI(((__li__K41B *)li__4VVI));
    } break;
    case __li__YA2B__: {
      li__4WVI=li__OPVI(((__li__YA2B *)li__4VVI));
    } break;
    case __li__NB2B__: {
      li__4WVI=li__RUVI(((__li__NB2B *)li__4VVI));
    } break;
    case __li__LH2B__: {
      li__4WVI=li__ODWI(((__li__LH2B *)li__4VVI));
    } break;
    case __li__M32B__: {
      li__4WVI=li__DHWI(((__li__M32B *)li__4VVI));
    } break;
    case __li__KD3B__: {
      li__4WVI=li__2IWI(((__li__KD3B *)li__4VVI));
    } break;
    case __li__WE3B__: {
      li__4WVI=li__CKWI(((__li__WE3B *)li__4VVI));
    } break;
    case __li__UG4B__: {
      li__4WVI=li__PYWI(((__li__UG4B *)li__4VVI));
    } break;
    case __li__Q24B__: {
      li__4WVI=li__JZWI(((__li__Q24B *)li__4VVI));
    } break;
    case __li__D34B__: {
      li__4WVI=li__VZWI(((__li__D34B *)li__4VVI));
    } break;
    case __li__V34B__: {
      li__UNJV=((__li__V34B *)li__4VVI);
      li__VNJV=li__ZV4I(li__UNJV->li__W34B.li__0CC,li__UNJV->li__2OGD);
      li__4WVI=li__VNJV;
    } break;
    case __li__H44B__: {
      li__4WVI=li__I0WI(((__li__H44B *)li__4VVI));
    } break;
    case __li__XMUC__: {
      li__KBG((&__string_447));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__4WVI=NULL;
    } break;
    };
    li__AVVI=li__4WVI;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4WVI)->__id) {
    case __li__WK__: {
      li__5WVI=((__li__WK *)li__4WVI)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__5WVI=((__li__AVBD *)li__4WVI)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__5WVI=((__li__KVBD *)li__4WVI)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__5WVI=((__li__WVBD *)li__4WVI)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__5WVI=li__JK5J(((__li__Z4WH *)li__4WVI));
    } break;
    case __li__KTVI__: {
      li__5WVI=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__5WVI=li__553L();
    } break;
    case __li__XTVI__: {
      li__5WVI=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__5WVI=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__5WVI=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__5WVI=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__5WVI=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__5WVI=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__5WVI=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__5WVI=li__DWEK(((__li__BNWI *)li__4WVI));
    } break;
    case __li__XNWI__: {
      li__5WVI=li__IWEK(((__li__XNWI *)li__4WVI));
    } break;
    case __li__LOWI__: {
      li__5WVI=li__NWEK(((__li__LOWI *)li__4WVI));
    } break;
    case __li__5OWI__: {
      li__5WVI=li__SWEK(((__li__5OWI *)li__4WVI));
    } break;
    case __li__TPWI__: {
      li__5WVI=li__XWEK(((__li__TPWI *)li__4WVI));
    } break;
    case __li__HQWI__: {
      li__5WVI=li__2WEK(((__li__HQWI *)li__4WVI));
    } break;
    case __li__ARWI__: {
      li__5WVI=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__5WVI=li__FXEK(((__li__URWI *)li__4WVI));
    } break;
    case __li__MSWI__: {
      li__5WVI=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__5WVI=((__li__ETWI *)li__4WVI)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__5WVI=((__li__MZWI *)li__4WVI)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__5WVI=((__li__C0WI *)li__4WVI)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__5WVI=((__li__M1WI *)li__4WVI)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__5WVI=((__li__KMFK *)li__4WVI)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__5WVI=li__T4NN(((__li__XOHL *)li__4WVI));
    } break;
    case __li__FPHL__: {
      li__5WVI=li__KA4L(((__li__FPHL *)li__4WVI));
    } break;
    case __li__APLM__: {
      li__5WVI=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__5WVI=li__1ISO(((__li__DTNM *)li__4WVI));
    } break;
    case __li__JXNM__: {
      li__5WVI=li__VX3R(((__li__JXNM *)li__4WVI));
    } break;
    case __li__21LO__: {
      li__5WVI=((__li__21LO *)li__4WVI)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__5WVI=((__li__TPOO *)li__4WVI)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__5WVI=li__FH4R();
    } break;
    case __li__41XO__: {
      li__5WVI=li__3FDQ(((__li__41XO *)li__4WVI));
    } break;
    case __li__AKBR__: {
      li__5WVI=li__WQDS(((__li__AKBR *)li__4WVI));
    } break;
    case __li__SU5R__: {
      li__5WVI=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__5WVI=li__Y1IS();
    } break;
    };
    li__BVVI=((__li__5RB *)li__5WVI)->li__AEM;
    li__XUVI=(__li__K)(li__WUVI +  1);
    li__0UVI=li__B__;
    while (((li__XUVI <= (*(li__SUVI->li__QEFD)).li__231B) & li__0UVI)) {
      li__0UVI=li__I__;
      /* __li__B__ __li__I__ */
if ((li__XUVI != (*(li__SUVI->li__QEFD)).li__231B)) {
        li__BYVI=((void **)(*(((__li__NWZB *)li__SUVI->li__QEFD))).li__UPED)[(__li__K)(li__XUVI +  1)];
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__BYVI==NULL) {
          li__DYVI=NULL;
        } else {
          if (((struct ___OBJ *)li__BYVI)->__id==__li__D11B__) {
            li__DYVI=((void *)li__BYVI);
          } else /* Other types */ {
            li__DYVI=NULL;
          }
        };
        li__NVVI=li__DYVI;
      };
      /* __li__B__ __li__I__ */
if (((li__XUVI == (*(li__SUVI->li__QEFD)).li__231B) || ((void *)li__NVVI != (void *)NULL))) {
        li__BYVI=((void **)(*(((__li__NWZB *)li__SUVI->li__QEFD))).li__UPED)[li__XUVI];
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__BYVI==NULL) {
          li__DYVI=NULL;
        } else {
          if (((struct ___OBJ *)li__BYVI)->__id==__li__D11B__) {
            li__DYVI=((void *)li__BYVI);
          } else /* Other types */ {
            li__DYVI=NULL;
          }
        };
        li__NVVI=li__DYVI;
        li__3YVI=li__ZEZJ((&__string_89),li__DYVI->li__Q41B);
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BVVI)->__id) {
        case __li__IF__: {
          li__5YVI=li__SJ2F(((__li__IF *)li__BVVI),li__3YVI);
        } break;
        case __li__ORB__: {
          li__5YVI=li__NL2F(((__li__ORB *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__QRB__: {
          li__5YVI=li__IN2F(((__li__QRB *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__SRB__: {
          li__5YVI=li__DP2F(((__li__SRB *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__URB__: {
          li__5YVI=li__4Q2F(((__li__URB *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__GSZ__: {
          li__5YVI=li__ZS2F(((__li__GSZ *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__1RRF__: {
          li__5YVI=li__4WMI(li__3YVI);
        } break;
        case __li__UJSH__: {
          li__5YVI=li__NBMN(li__3YVI);
        } break;
        };
        li__CVVI=li__5YVI;
        /* __li__B__ __li__I__ */
if (((void *)li__CVVI != (void *)NULL)) {
          li__HZVI=li__GDID(li__DYVI->li__E11B.li__0CC,li__CVVI,li__AVVI,li__AVVI,li__I__);
          li__1XYU=((__li__KI *)li__XIKB);
          li__P2VG(((__li__TOLE *)li__1XYU->li__2OLE),li__HZVI);
          li__WVRE(li__1XYU);
          li__5YVI=li__ZAHJ(((__li__ODID *)li__HZVI));
          li__AVVI=li__5YVI;
          li__XUVI=(__li__K)(li__XUVI +  1);
          li__0UVI=li__B__;
        };
      };
    };
    li__YUVI=(__li__K)(li__WUVI -  1);
    li__0UVI=li__B__;
    while (((li__YUVI >= li__ZUVI) & li__0UVI)) {
      li__0UVI=li__I__;
      /* __li__B__ __li__I__ */
if ((li__YUVI != li__ZUVI)) {
        li__5YVI=((void **)(*(((__li__NWZB *)li__SUVI->li__QEFD))).li__UPED)[(__li__K)(li__YUVI -  1)];
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__5YVI==NULL) {
          li__DYVI=NULL;
        } else {
          if (((struct ___OBJ *)li__5YVI)->__id==__li__D11B__) {
            li__DYVI=((void *)li__5YVI);
          } else /* Other types */ {
            li__DYVI=NULL;
          }
        };
        li__NVVI=li__DYVI;
      };
      /* __li__B__ __li__I__ */
if (((li__YUVI == li__ZUVI) || ((void *)li__NVVI != (void *)NULL))) {
        li__5YVI=((void **)(*(((__li__NWZB *)li__SUVI->li__QEFD))).li__UPED)[li__YUVI];
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__5YVI==NULL) {
          li__DYVI=NULL;
        } else {
          if (((struct ___OBJ *)li__5YVI)->__id==__li__D11B__) {
            li__DYVI=((void *)li__5YVI);
          } else /* Other types */ {
            li__DYVI=NULL;
          }
        };
        li__NVVI=li__DYVI;
        li__3YVI=li__ZEZJ((&__string_90),li__DYVI->li__Q41B);
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BVVI)->__id) {
        case __li__IF__: {
          li__I1VI=li__SJ2F(((__li__IF *)li__BVVI),li__3YVI);
        } break;
        case __li__ORB__: {
          li__I1VI=li__NL2F(((__li__ORB *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__QRB__: {
          li__I1VI=li__IN2F(((__li__QRB *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__SRB__: {
          li__I1VI=li__DP2F(((__li__SRB *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__URB__: {
          li__I1VI=li__4Q2F(((__li__URB *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__GSZ__: {
          li__I1VI=li__ZS2F(((__li__GSZ *)((__li__IF *)li__BVVI)),li__3YVI);
        } break;
        case __li__1RRF__: {
          li__I1VI=li__4WMI(li__3YVI);
        } break;
        case __li__UJSH__: {
          li__I1VI=li__NBMN(li__3YVI);
        } break;
        };
        li__CVVI=li__I1VI;
        /* __li__B__ __li__I__ */
if (((void *)li__CVVI == (void *)NULL)) {
          li__P1VI=li__DYVI->li__E11B.li__0CC;
          li__BH3J(li__P1VI,(&__string_644),li__DYVI->li__Q41B,li__BVVI);
        };
        li__HZVI=li__GDID(li__DYVI->li__E11B.li__0CC,li__CVVI,li__AVVI,li__AVVI,li__I__);
        li__1XYU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__1XYU->li__2OLE),li__HZVI);
        li__WVRE(li__1XYU);
        li__5YVI=li__ZAHJ(((__li__ODID *)li__HZVI));
        li__AVVI=li__5YVI;
        li__YUVI=(__li__K)(li__YUVI -  1);
        li__0UVI=li__B__;
      };
    };
    li__SWRO=((__li__TOLE *)li__H23I);
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__SWRO)).li__FPYE +  1) <= (__li__K)((*(li__SWRO)).li__U2VG -  1))) {
      (*(li__SWRO)).li__FPYE=(__li__K)((*(li__SWRO)).li__FPYE +  1);
      li__CXRO=li__B__;
    } else /* FALSE */ {
      li__CXRO=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__CXRO)) {
      /* __li__B__ __li__I__ */
if (((*(li__SWRO)).li__U2VG ==  0)) {
        li__OXRO=li__IGDH( 2);
        (*(li__SWRO)).li__S3VG=li__OXRO;
        (*(li__SWRO)).li__U2VG= 2;
        (*(li__SWRO)).li__FPYE= 0;
      } else /* FALSE */ {
        li__2VVI=(__li__K)((*(li__SWRO)).li__U2VG <<  1);
        li__OXRO=li__EQTH(((void **)(*(li__SWRO)).li__S3VG),(*(li__SWRO)).li__U2VG,li__2VVI);
        (*(li__SWRO)).li__S3VG=li__OXRO;
        (*(li__SWRO)).li__U2VG=li__2VVI;
        (*(li__SWRO)).li__FPYE=(__li__K)((*(li__SWRO)).li__FPYE +  1);
      };
    };
    ((void **)(*(li__SWRO)).li__S3VG)[(*(li__SWRO)).li__FPYE]=li__AVVI;
    li__WUVI=li__XUVI;
    /* __li__B__ __li__I__ */
if ((li__XUVI < (*(li__SUVI->li__QEFD)).li__231B)) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AVVI)->__id) {
      case __li__WK__: {
        li__F2VI=((__li__WK *)li__AVVI)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__F2VI=((__li__AVBD *)li__AVVI)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__F2VI=((__li__KVBD *)li__AVVI)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__F2VI=((__li__WVBD *)li__AVVI)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__F2VI=li__JK5J(((__li__Z4WH *)li__AVVI));
      } break;
      case __li__KTVI__: {
        li__F2VI=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__F2VI=li__553L();
      } break;
      case __li__XTVI__: {
        li__F2VI=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__F2VI=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__F2VI=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__F2VI=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__F2VI=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__F2VI=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__F2VI=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__F2VI=li__DWEK(((__li__BNWI *)li__AVVI));
      } break;
      case __li__XNWI__: {
        li__F2VI=li__IWEK(((__li__XNWI *)li__AVVI));
      } break;
      case __li__LOWI__: {
        li__F2VI=li__NWEK(((__li__LOWI *)li__AVVI));
      } break;
      case __li__5OWI__: {
        li__F2VI=li__SWEK(((__li__5OWI *)li__AVVI));
      } break;
      case __li__TPWI__: {
        li__F2VI=li__XWEK(((__li__TPWI *)li__AVVI));
      } break;
      case __li__HQWI__: {
        li__F2VI=li__2WEK(((__li__HQWI *)li__AVVI));
      } break;
      case __li__ARWI__: {
        li__F2VI=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__F2VI=li__FXEK(((__li__URWI *)li__AVVI));
      } break;
      case __li__MSWI__: {
        li__F2VI=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__F2VI=((__li__ETWI *)li__AVVI)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__F2VI=((__li__MZWI *)li__AVVI)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__F2VI=((__li__C0WI *)li__AVVI)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__F2VI=((__li__M1WI *)li__AVVI)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__F2VI=((__li__KMFK *)li__AVVI)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__F2VI=li__T4NN(((__li__XOHL *)li__AVVI));
      } break;
      case __li__FPHL__: {
        li__F2VI=li__KA4L(((__li__FPHL *)li__AVVI));
      } break;
      case __li__APLM__: {
        li__F2VI=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__F2VI=li__1ISO(((__li__DTNM *)li__AVVI));
      } break;
      case __li__JXNM__: {
        li__F2VI=li__VX3R(((__li__JXNM *)li__AVVI));
      } break;
      case __li__21LO__: {
        li__F2VI=((__li__21LO *)li__AVVI)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__F2VI=((__li__TPOO *)li__AVVI)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__F2VI=li__FH4R();
      } break;
      case __li__41XO__: {
        li__F2VI=li__3FDQ(((__li__41XO *)li__AVVI));
      } break;
      case __li__AKBR__: {
        li__F2VI=li__WQDS(((__li__AKBR *)li__AVVI));
      } break;
      case __li__SU5R__: {
        li__F2VI=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__F2VI=li__Y1IS();
      } break;
      };
      li__BVVI=((__li__5RB *)li__F2VI)->li__AEM;
      li__4WVI=((void **)(*(((__li__NWZB *)li__SUVI->li__QEFD))).li__UPED)[li__XUVI];
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__4WVI==NULL) {
        li__AWVI=NULL;
      } else {
        if (((struct ___OBJ *)li__4WVI)->__id==__li__D11B__) {
          li__AWVI=((void *)li__4WVI);
        } else /* Other types */ {
          li__AWVI=NULL;
        }
      };
      li__NVVI=li__AWVI;
      li__EVVI=li__AWVI->li__Q41B;
      /* __li__B__ __li__I__ */
if (((void *)li__EVVI == (void *)(&__string_22))) {
        li__P1VI=li__AWVI->li__E11B.li__0CC;
        li__VJUJ=li__CBXJ();
        li__DUMT=((__li__S2VI *)li__VJUJ);
        li__DUMT->li__T2VI.li__IVVI.li__0CC=li__P1VI;
        li__DUMT->li__T2VI.li__FPBK=NULL;
        li__DUMT->li__T2VI.li__LPBK=NULL;
        li__4UVI=li__VJUJ;
        li__Y2VI=li__B__;
      } else /* FALSE */ {
        li__Y2VI=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__Y2VI)) {
        /* __li__B__ __li__I__ */
if (((void *)li__EVVI == (void *)(&__string_23))) {
          li__PEZJ=li__AWVI->li__E11B.li__0CC;
          li__UEZJ=li__WBZJ();
          li__FPNT=((__li__E3VI *)li__UEZJ);
          li__FPNT->li__F3VI.li__IVVI.li__0CC=li__PEZJ;
          li__FPNT->li__F3VI.li__FPBK=NULL;
          li__FPNT->li__F3VI.li__LPBK=NULL;
          li__4UVI=li__UEZJ;
        } else /* FALSE */ {
          li__3YVI=li__ZEZJ((&__string_88),li__EVVI);
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__BVVI)->__id) {
          case __li__IF__: {
            li__I1VI=li__SJ2F(((__li__IF *)li__BVVI),li__3YVI);
          } break;
          case __li__ORB__: {
            li__I1VI=li__NL2F(((__li__ORB *)((__li__IF *)li__BVVI)),li__3YVI);
          } break;
          case __li__QRB__: {
            li__I1VI=li__IN2F(((__li__QRB *)((__li__IF *)li__BVVI)),li__3YVI);
          } break;
          case __li__SRB__: {
            li__I1VI=li__DP2F(((__li__SRB *)((__li__IF *)li__BVVI)),li__3YVI);
          } break;
          case __li__URB__: {
            li__I1VI=li__4Q2F(((__li__URB *)((__li__IF *)li__BVVI)),li__3YVI);
          } break;
          case __li__GSZ__: {
            li__I1VI=li__ZS2F(((__li__GSZ *)((__li__IF *)li__BVVI)),li__3YVI);
          } break;
          case __li__1RRF__: {
            li__I1VI=li__4WMI(li__3YVI);
          } break;
          case __li__UJSH__: {
            li__I1VI=li__NBMN(li__3YVI);
          } break;
          };
          li__CVVI=li__I1VI;
          /* __li__B__ __li__I__ */
if (((void *)li__CVVI == (void *)NULL)) {
            li__Y3VI=li__AWVI->li__E11B.li__0CC;
            li__BH3J(li__Y3VI,(&__string_645),li__EVVI,li__BVVI);
          };
          li__PEZJ=li__AWVI->li__E11B.li__0CC;
          li__YF1J=li__T4YJ();
          li__TCPK=((__li__1VPJ *)li__YF1J);
          li__TCPK->li__2VPJ.li__UDID.li__TDID.li__0CC=li__PEZJ;
          li__TCPK->li__2VPJ.li__UDID.li__VOME=li__CVVI;
          li__HZVI=li__PQUD();
          ((__li__ODID *)li__HZVI)->li__PDID.li__QPME=li__YF1J;
          li__4UVI=li__HZVI;
        };
      };
      li__P2VG(((__li__TOLE *)li__H23I),li__4UVI);
    };
    li__ZUVI=(__li__K)(li__XUVI +  1);
  } while ((li__XUVI <= (*(li__SUVI->li__QEFD)).li__231B));
  li__323I:
  {
    li__QAPU=(__li__K)((*(((__li__TOLE *)li__H23I))).li__FPYE +  1);
    /* __li__B__ __li__I__ */
if ((li__QAPU !=  1)) {
      li__VUVI=(__li__K)(-  1);
      li__2VVI=(__li__K)((*(li__H23I)).li__FPYE -  1);
      li__Y2PJ= 1;
      while ((li__Y2PJ <= li__2VVI)) {
        li__5YVI=((void **)(*(((__li__TOLE *)li__H23I))).li__S3VG)[li__Y2PJ];
        /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__5YVI==NULL) {
          li__I1VI=NULL;
        } else {
          switch (((struct ___OBJ *)li__5YVI)->__id) {
          case __li__KI__: 
          case __li__WK__: 
          case __li__T0B__: 
          case __li__O3B__: 
          case __li__AVBD__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__IYBD__: 
          case __li__OWRE__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: 
          case __li__RLKJ__: 
          case __li__5LKJ__: 
          case __li__LHBK__: 
          case __li__KMFK__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__DFNL__: 
          case __li__3I3L__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__21LO__: 
          case __li__TPOO__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__EDHP__: 
          case __li__CJ1P__: 
          case __li__EN1P__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__I1VI=NULL;
          } break;
          case __li__ODID__: {
            li__I1VI=((void *)li__5YVI);
          } break;
          case __li__2PLO__: {
            li__I1VI=((void *)li__5YVI);
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__I1VI == (void *)NULL)) {
          /* __li__B__ __li__I__ */
if ((( 50 > li__VUVI) || (( 50 == li__VUVI) && ((void *)li__1UVI == (void *)(&__string_11))))) {
            li__VUVI= 50;
            li__1UVI=(&__string_11);
            li__UUVI=li__Y2PJ;
          };
        } else /* FALSE */ {
          /* NULL __li__ODID__ __li__2PLO__ */
if (((struct ___OBJ *)li__I1VI)->__id==__li__ODID__) {
            li__KAWI=((__li__ODID *)li__I1VI)->li__PDID.li__QPME;
          } else /* NODE_STYLE */ {
            li__KAWI=((__li__2PLO *)li__I1VI)->li__3PLO.li__QPME;
          };
          /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__KAWI)->__id) {
          case __li__RDID__: {
            li__LAWI=((__li__RDID *)li__KAWI)->li__UDID.li__VOME;
          } break;
          case __li__GO3I__: {
            li__LAWI=li__SDID__->li__VOME;
          } break;
          case __li__NY3I__: {
            li__LAWI=((__li__NY3I *)li__KAWI)->li__OY3I.li__VOME;
          } break;
          case __li__SJPJ__: {
            li__LAWI=((__li__SJPJ *)li__KAWI)->li__TJPJ.li__VOME;
          } break;
          case __li__0VPJ__: {
            li__LAWI=((__li__0VPJ *)li__KAWI)->li__3VPJ.li__2VPJ.li__UDID.li__VOME;
          } break;
          case __li__1VPJ__: {
            li__LAWI=((__li__1VPJ *)li__KAWI)->li__2VPJ.li__UDID.li__VOME;
          } break;
          };
          li__CVVI=li__LAWI;
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LAWI)->__id==__li__DZB__) {
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__LAWI)->li__LZB->li__KZB)->__id==__li__IZB__) {
              li__KBG((&__string_646));
              fputc((int)('\n'),stdout);
              exit(( 1));
              li__MAWI= 0;
            } else /* ITM_SLOT_OPERATOR */ {
              li__MAWI=li__EDPK(((__li__DZB *)li__LAWI));
            };
          } else /* SLOT_CODE */ {
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__LAWI)->li__RWEC->li__KZB)->__id==__li__IZB__) {
              li__MAWI=li__LDPK(((__li__QWEC *)li__LAWI));
            } else /* ITM_SLOT_OPERATOR */ {
              li__MAWI=li__PDPK(((__li__QWEC *)li__LAWI));
            };
          };
          /* __li__B__ __li__I__ */
if ((li__MAWI > li__VUVI)) {
            li__HBWI=li__B__;
          } else /* FALSE */ {
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LAWI)->__id==__li__DZB__) {
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__LAWI)->li__LZB->li__KZB)->__id==__li__IZB__) {
                li__KBG((&__string_646));
                fputc((int)('\n'),stdout);
                exit(( 1));
                li__TAWI= 0;
              } else /* ITM_SLOT_OPERATOR */ {
                li__TAWI=li__EDPK(((__li__DZB *)li__LAWI));
              };
            } else /* SLOT_CODE */ {
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__LAWI)->li__RWEC->li__KZB)->__id==__li__IZB__) {
                li__TAWI=li__LDPK(((__li__QWEC *)li__LAWI));
              } else /* ITM_SLOT_OPERATOR */ {
                li__TAWI=li__PDPK(((__li__QWEC *)li__LAWI));
              };
            };
            /* __li__B__ __li__I__ */
if ((li__TAWI == li__VUVI)) {
              /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LAWI)->__id==__li__DZB__) {
                /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__LAWI)->li__LZB->li__KZB)->__id==__li__IZB__) {
                  li__KBG((&__string_647));
                  fputc((int)('\n'),stdout);
                  exit(( 1));
                  li__ZAWI=NULL;
                } else /* ITM_SLOT_OPERATOR */ {
                  li__ZAWI=li__VGPK(((__li__DZB *)li__LAWI));
                };
              } else /* SLOT_CODE */ {
                /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__LAWI)->li__RWEC->li__KZB)->__id==__li__IZB__) {
                  li__ZAWI=li__KHPK(((__li__QWEC *)li__LAWI));
                } else /* ITM_SLOT_OPERATOR */ {
                  li__ZAWI=li__OHPK(((__li__QWEC *)li__LAWI));
                };
              };
              li__DBWI=((void *)li__ZAWI == (void *)li__1UVI);
            } else /* FALSE */ {
              li__DBWI=li__I__;
            };
            li__HBWI=(li__DBWI && ((void *)li__1UVI == (void *)(&__string_11)));
          };
          /* __li__B__ __li__I__ */
if (li__HBWI) {
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LAWI)->__id==__li__DZB__) {
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__LAWI)->li__LZB->li__KZB)->__id==__li__IZB__) {
                li__KBG((&__string_646));
                fputc((int)('\n'),stdout);
                exit(( 1));
                li__TAWI= 0;
              } else /* ITM_SLOT_OPERATOR */ {
                li__TAWI=li__EDPK(((__li__DZB *)li__LAWI));
              };
            } else /* SLOT_CODE */ {
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__LAWI)->li__RWEC->li__KZB)->__id==__li__IZB__) {
                li__TAWI=li__LDPK(((__li__QWEC *)li__LAWI));
              } else /* ITM_SLOT_OPERATOR */ {
                li__TAWI=li__PDPK(((__li__QWEC *)li__LAWI));
              };
            };
            li__VUVI=li__TAWI;
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LAWI)->__id==__li__DZB__) {
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__LAWI)->li__LZB->li__KZB)->__id==__li__IZB__) {
                li__KBG((&__string_647));
                fputc((int)('\n'),stdout);
                exit(( 1));
                li__ZAWI=NULL;
              } else /* ITM_SLOT_OPERATOR */ {
                li__ZAWI=li__VGPK(((__li__DZB *)li__LAWI));
              };
            } else /* SLOT_CODE */ {
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__LAWI)->li__RWEC->li__KZB)->__id==__li__IZB__) {
                li__ZAWI=li__KHPK(((__li__QWEC *)li__LAWI));
              } else /* ITM_SLOT_OPERATOR */ {
                li__ZAWI=li__OHPK(((__li__QWEC *)li__LAWI));
              };
            };
            li__1UVI=li__ZAWI;
            li__UUVI=li__Y2PJ;
          };
        };
        li__Y2PJ=(__li__K)(li__Y2PJ +  2);
      };
      li__4WVI=((void **)(*(((__li__TOLE *)li__H23I))).li__S3VG)[li__UUVI];
      /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__4WVI==NULL) {
        li__HZVI=NULL;
      } else {
        if (((struct ___OBJ *)li__4WVI)->__id==__li__ODID__) {
          li__HZVI=((void *)li__4WVI);
        } else /* Other types */ {
          li__HZVI=NULL;
        }
      };
      li__4WVI=((void **)(*(((__li__TOLE *)li__H23I))).li__S3VG)[(__li__K)(li__UUVI -  1)];
      /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__4WVI==NULL) {
        li__5YVI=NULL;
      } else {
        switch (((struct ___OBJ *)li__4WVI)->__id) {
        case __li__KI__: 
        case __li__T0B__: 
        case __li__O3B__: 
        case __li__IYBD__: 
        case __li__ODID__: 
        case __li__OWRE__: 
        case __li__RLKJ__: 
        case __li__5LKJ__: 
        case __li__LHBK__: 
        case __li__DFNL__: 
        case __li__3I3L__: 
        case __li__2PLO__: 
        case __li__EDHP__: 
        case __li__CJ1P__: 
        case __li__EN1P__: {
          li__5YVI=NULL;
        } break;
        case __li__WK__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__AVBD__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__KVBD__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__WVBD__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__Z4WH__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__KTVI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__LTVI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__XTVI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__YTVI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__S2VI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__E3VI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__KLWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__ULWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__NMWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__BNWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__XNWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__LOWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__5OWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__TPWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__HQWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__ARWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__URWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__MSWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__ETWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__MZWI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__C0WI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__M1WI__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__KMFK__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__XOHL__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__FPHL__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__APLM__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__DTNM__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__JXNM__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__21LO__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__TPOO__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__URRO__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__41XO__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__AKBR__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__SU5R__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        case __li__JV5R__: {
          li__5YVI=((void *)li__4WVI);
        } break;
        }
      };
      li__4WVI=((void **)(*(((__li__TOLE *)li__H23I))).li__S3VG)[(__li__K)(li__UUVI +  1)];
      /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__4WVI==NULL) {
        li__I1VI=NULL;
      } else {
        switch (((struct ___OBJ *)li__4WVI)->__id) {
        case __li__KI__: 
        case __li__T0B__: 
        case __li__O3B__: 
        case __li__IYBD__: 
        case __li__ODID__: 
        case __li__OWRE__: 
        case __li__RLKJ__: 
        case __li__5LKJ__: 
        case __li__LHBK__: 
        case __li__DFNL__: 
        case __li__3I3L__: 
        case __li__2PLO__: 
        case __li__EDHP__: 
        case __li__CJ1P__: 
        case __li__EN1P__: {
          li__I1VI=NULL;
        } break;
        case __li__WK__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__AVBD__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__KVBD__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__WVBD__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__Z4WH__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__KTVI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__LTVI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__XTVI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__YTVI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__S2VI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__E3VI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__KLWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__ULWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__NMWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__BNWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__XNWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__LOWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__5OWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__TPWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__HQWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__ARWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__URWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__MSWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__ETWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__MZWI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__C0WI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__M1WI__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__KMFK__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__XOHL__: {
          li__I1VI=((void *)li__4WVI);
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        case __li__FPHL__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__APLM__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__DTNM__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__JXNM__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__21LO__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__TPOO__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__URRO__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__41XO__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__AKBR__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__SU5R__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        case __li__JV5R__: {
          li__I1VI=((void *)li__4WVI);
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__HZVI == (void *)NULL)) {
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if (li__LAWI==NULL) {
          li__BYVI=NULL;
        } else {
          switch (((struct ___OBJ *)li__LAWI)->__id) {
          case __li__KI__: 
          case __li__WK__: 
          case __li__T0B__: 
          case __li__O3B__: 
          case __li__AVBD__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__IYBD__: 
          case __li__ODID__: 
          case __li__OWRE__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: 
          case __li__RLKJ__: 
          case __li__5LKJ__: 
          case __li__LHBK__: 
          case __li__KMFK__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__DFNL__: 
          case __li__3I3L__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__2PLO__: 
          case __li__21LO__: 
          case __li__TPOO__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__EDHP__: 
          case __li__CJ1P__: 
          case __li__EN1P__: 
          case __li__AKBR__: {
            li__BYVI=NULL;
          } break;
          case __li__S2VI__: {
            li__BYVI=((void *)li__LAWI);
          } break;
          case __li__E3VI__: {
            li__BYVI=((void *)li__LAWI);
          } break;
          case __li__NMWI__: {
            li__BYVI=((void *)li__LAWI);
          } break;
          case __li__APLM__: {
            li__BYVI=((void *)li__LAWI);
          } break;
          case __li__SU5R__: {
            li__BYVI=((void *)li__LAWI);
          } break;
          case __li__JV5R__: {
            li__BYVI=((void *)li__LAWI);
          } break;
          }
        };
        /* NULL __li__S2VI__ __li__E3VI__ __li__NMWI__ __li__APLM__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BYVI)->__id) {
        case __li__S2VI__: {
          li__OFSO=((__li__S2VI *)li__BYVI);
          li__OFSO->li__T2VI.li__FPBK=li__5YVI;
          li__OFSO->li__T2VI.li__LPBK=li__I1VI;
        } break;
        case __li__E3VI__: {
          li__UEZJ=((__li__E3VI *)((__li__S2VI *)li__BYVI));
          li__UEZJ->li__F3VI.li__FPBK=li__5YVI;
          li__UEZJ->li__F3VI.li__LPBK=li__I1VI;
        } break;
        case __li__NMWI__: {
          li__WFSO=((__li__NMWI *)((__li__S2VI *)li__BYVI));
          li__WFSO->li__OMWI.li__FPBK=li__5YVI;
          li__WFSO->li__OMWI.li__LPBK=li__I1VI;
        } break;
        case __li__APLM__: {
          li__N1CQ=((__li__APLM *)((__li__S2VI *)li__BYVI));
          li__N1CQ->li__BPLM.li__FPBK=li__5YVI;
          li__N1CQ->li__BPLM.li__LPBK=li__I1VI;
        } break;
        case __li__SU5R__: {
          li__DJQS=((__li__SU5R *)((__li__S2VI *)li__BYVI));
          li__DJQS->li__TU5R.li__FPBK=li__5YVI;
          li__DJQS->li__TU5R.li__LPBK=li__I1VI;
        } break;
        case __li__JV5R__: {
          li__HJQS=((__li__JV5R *)((__li__S2VI *)li__BYVI));
          li__HJQS->li__KV5R.li__FPBK=li__5YVI;
          li__HJQS->li__KV5R.li__LPBK=li__I1VI;
        } break;
        };
        li__LAWI=li__TSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__LAWI)->__id) {
        case __li__IF__: {
          li__JCWI=((__li__IF *)li__LAWI)->li__J0C;
        } break;
        case __li__ORB__: {
          li__JCWI=((__li__ORB *)li__LAWI)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__JCWI=((__li__QRB *)li__LAWI)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__JCWI=((__li__SRB *)li__LAWI)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__JCWI=((__li__URB *)li__LAWI)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__JCWI=((__li__GSZ *)li__LAWI)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__JCWI=((__li__1RRF *)li__LAWI)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__JCWI=((__li__UJSH *)li__LAWI)->li__WJSH.li__J0C;
        } break;
        };
        /* NULL __li__S2VI__ __li__E3VI__ __li__NMWI__ __li__APLM__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BYVI)->__id) {
        case __li__S2VI__: {
          li__PEZJ=((__li__S2VI *)li__BYVI)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__PEZJ=((__li__E3VI *)li__BYVI)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__PEZJ=((__li__NMWI *)li__BYVI)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__APLM__: {
          li__PEZJ=((__li__APLM *)li__BYVI)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__PEZJ=((__li__SU5R *)li__BYVI)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__PEZJ=((__li__JV5R *)li__BYVI)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__F2VI=((__li__5RB *)li__JCWI);
        li__POJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__POJV),li__PEZJ,(&__string_68),'+',li__F2VI);
        /* NULL __li__S2VI__ __li__E3VI__ __li__NMWI__ __li__APLM__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BYVI)->__id) {
        case __li__S2VI__: {
          li__PEZJ=((__li__S2VI *)li__BYVI)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__PEZJ=((__li__E3VI *)li__BYVI)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__PEZJ=((__li__NMWI *)li__BYVI)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__APLM__: {
          li__PEZJ=((__li__APLM *)li__BYVI)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__PEZJ=((__li__SU5R *)li__BYVI)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__PEZJ=((__li__JV5R *)li__BYVI)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__GKUJ=li__1CXJ(((__li__VTBD *)li__POJV),li__PEZJ,li__BYVI);
        li__4UVI=li__GKUJ;
        li__1XYU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__1XYU->li__2OLE),li__GKUJ);
        li__WVRE(li__1XYU);
        li__TCWI=li__NOPI(((__li__VTBD *)li__POJV));
        li__AVVI=li__TCWI;
      } else /* FALSE */ {
        li__ZCWI=li__IF1H( 2);
        li__2YPI(((__li__2ZEC *)li__ZCWI),li__5YVI);
        li__2YPI(((__li__2ZEC *)li__ZCWI),li__I1VI);
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5YVI)->__id) {
        case __li__WK__: {
          li__JCWI=((__li__WK *)li__5YVI)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__JCWI=((__li__AVBD *)li__5YVI)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__JCWI=((__li__KVBD *)li__5YVI)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__JCWI=((__li__WVBD *)li__5YVI)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__JCWI=li__JK5J(((__li__Z4WH *)li__5YVI));
        } break;
        case __li__KTVI__: {
          li__JCWI=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__JCWI=li__553L();
        } break;
        case __li__XTVI__: {
          li__JCWI=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__JCWI=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__JCWI=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__JCWI=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__JCWI=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__JCWI=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__JCWI=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__JCWI=li__DWEK(((__li__BNWI *)li__5YVI));
        } break;
        case __li__XNWI__: {
          li__JCWI=li__IWEK(((__li__XNWI *)li__5YVI));
        } break;
        case __li__LOWI__: {
          li__JCWI=li__NWEK(((__li__LOWI *)li__5YVI));
        } break;
        case __li__5OWI__: {
          li__JCWI=li__SWEK(((__li__5OWI *)li__5YVI));
        } break;
        case __li__TPWI__: {
          li__JCWI=li__XWEK(((__li__TPWI *)li__5YVI));
        } break;
        case __li__HQWI__: {
          li__JCWI=li__2WEK(((__li__HQWI *)li__5YVI));
        } break;
        case __li__ARWI__: {
          li__JCWI=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__JCWI=li__FXEK(((__li__URWI *)li__5YVI));
        } break;
        case __li__MSWI__: {
          li__JCWI=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__JCWI=((__li__ETWI *)li__5YVI)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__JCWI=((__li__MZWI *)li__5YVI)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__JCWI=((__li__C0WI *)li__5YVI)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__JCWI=((__li__M1WI *)li__5YVI)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__JCWI=((__li__KMFK *)li__5YVI)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__JCWI=li__T4NN(((__li__XOHL *)li__5YVI));
        } break;
        case __li__FPHL__: {
          li__JCWI=li__KA4L(((__li__FPHL *)li__5YVI));
        } break;
        case __li__APLM__: {
          li__JCWI=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__JCWI=li__1ISO(((__li__DTNM *)li__5YVI));
        } break;
        case __li__JXNM__: {
          li__JCWI=li__VX3R(((__li__JXNM *)li__5YVI));
        } break;
        case __li__21LO__: {
          li__JCWI=((__li__21LO *)li__5YVI)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__JCWI=((__li__TPOO *)li__5YVI)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__JCWI=li__FH4R();
        } break;
        case __li__41XO__: {
          li__JCWI=li__3FDQ(((__li__41XO *)li__5YVI));
        } break;
        case __li__AKBR__: {
          li__JCWI=li__WQDS(((__li__AKBR *)li__5YVI));
        } break;
        case __li__SU5R__: {
          li__JCWI=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__JCWI=li__Y1IS();
        } break;
        };
        li__I1VI=((__li__5RB *)li__JCWI)->li__AEM;
        li__LAWI=li__HZVI->li__PDID.li__QPME;
        /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__LAWI)->__id) {
        case __li__RDID__: {
          li__BYVI=((__li__RDID *)li__LAWI)->li__UDID.li__VOME;
        } break;
        case __li__GO3I__: {
          li__BYVI=li__SDID__->li__VOME;
        } break;
        case __li__NY3I__: {
          li__BYVI=((__li__NY3I *)li__LAWI)->li__OY3I.li__VOME;
        } break;
        case __li__SJPJ__: {
          li__BYVI=((__li__SJPJ *)li__LAWI)->li__TJPJ.li__VOME;
        } break;
        case __li__0VPJ__: {
          li__BYVI=((__li__0VPJ *)li__LAWI)->li__3VPJ.li__2VPJ.li__UDID.li__VOME;
        } break;
        case __li__1VPJ__: {
          li__BYVI=((__li__1VPJ *)li__LAWI)->li__2VPJ.li__UDID.li__VOME;
        } break;
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BYVI)->__id==__li__DZB__) {
          li__3YVI=((__li__DZB *)li__BYVI)->li__GZB.li__FZB.li__R2B;
        } else /* SLOT_CODE */ {
          li__KAWI=((__li__QWEC *)li__BYVI)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KAWI)->__id==__li__IZB__) {
            li__3YVI=((__li__IZB *)li__KAWI)->li__JZB.li__R2B;
          } else /* ITM_SLOT_OPERATOR */ {
            li__3YVI=((__li__4HAD *)li__KAWI)->li__5HAD.li__JZB.li__R2B;
          };
        };
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__I1VI)->__id) {
        case __li__IF__: {
          li__BYVI=li__SJ2F(((__li__IF *)li__I1VI),li__3YVI);
        } break;
        case __li__ORB__: {
          li__BYVI=li__NL2F(((__li__ORB *)((__li__IF *)li__I1VI)),li__3YVI);
        } break;
        case __li__QRB__: {
          li__BYVI=li__IN2F(((__li__QRB *)((__li__IF *)li__I1VI)),li__3YVI);
        } break;
        case __li__SRB__: {
          li__BYVI=li__DP2F(((__li__SRB *)((__li__IF *)li__I1VI)),li__3YVI);
        } break;
        case __li__URB__: {
          li__BYVI=li__4Q2F(((__li__URB *)((__li__IF *)li__I1VI)),li__3YVI);
        } break;
        case __li__GSZ__: {
          li__BYVI=li__ZS2F(((__li__GSZ *)((__li__IF *)li__I1VI)),li__3YVI);
        } break;
        case __li__1RRF__: {
          li__BYVI=li__4WMI(li__3YVI);
        } break;
        case __li__UJSH__: {
          li__BYVI=li__NBMN(li__3YVI);
        } break;
        };
        li__CVVI=li__BYVI;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5YVI)->__id) {
        case __li__WK__: {
          li__UYYU=li__PVEJ(((__li__WK *)li__5YVI));
          li__BYVI=li__UYYU;
        } break;
        case __li__AVBD__: {
          li__BYVI=li__AE5L(((__li__AVBD *)li__5YVI));
        } break;
        case __li__KVBD__: {
          li__UOJV=((__li__KVBD *)li__5YVI);
          li__PEZJ=li__UOJV->li__LVBD.li__0K.li__0CC;
          li__JCWI=li__UOJV->li__LVBD.li__WZLE;
          li__UOJV=li__5QND();
          li__YOJV=((__li__KVBD *)li__UOJV);
          li__YOJV->li__LVBD.li__0K.li__0CC=li__PEZJ;
          li__ZOJV=li__NNSE(((__li__5RB *)li__JCWI));
          li__YOJV->li__LVBD.li__WZLE=li__ZOJV;
          li__BYVI=li__UOJV;
        } break;
        case __li__WVBD__: {
          li__WYYU=((__li__WVBD *)li__5YVI);
          li__XYYU=li__VEID(li__WYYU->li__XVBD.li__0K.li__0CC,li__WYYU->li__2ZLE,li__WYYU->li__XVBD.li__WZLE);
          li__BYVI=li__XYYU;
        } break;
        case __li__Z4WH__: {
          li__BYVI=li__XEVK(((__li__Z4WH *)li__5YVI));
        } break;
        case __li__KTVI__: {
          li__BYVI=li__XF5L(((__li__KTVI *)li__5YVI));
        } break;
        case __li__LTVI__: {
          li__BYVI=li__SDGM(((__li__LTVI *)li__5YVI));
        } break;
        case __li__XTVI__: {
          li__BYVI=li__DG5L(((__li__XTVI *)li__5YVI));
        } break;
        case __li__YTVI__: {
          li__BYVI=li__4DGM(((__li__YTVI *)li__5YVI));
        } break;
        case __li__S2VI__: {
          li__BYVI=li__OG5L(((__li__S2VI *)li__5YVI));
        } break;
        case __li__E3VI__: {
          li__BYVI=li__ZG5L(((__li__E3VI *)li__5YVI));
        } break;
        case __li__KLWI__: {
          li__ZYYU=((__li__KLWI *)li__5YVI);
          li__PEZJ=li__ZYYU->li__LLWI.li__0CC;
          li__1YYU=li__G3CM(((__li__KMFK *)li__ZYYU->li__ZPBK));
          li__ZYYU=li__PNSJ(li__PEZJ,li__1YYU);
          li__BYVI=li__ZYYU;
        } break;
        case __li__ULWI__: {
          li__4YYU=((__li__ULWI *)li__5YVI);
          li__5YYU=li__AOSJ(li__4YYU->li__VLWI.li__0CC,li__4YYU->li__4PBK);
          li__BYVI=li__5YYU;
        } break;
        case __li__NMWI__: {
          li__BYVI=li__SH5L(((__li__NMWI *)li__5YVI));
        } break;
        case __li__BNWI__: {
          li__BYVI=li__3H5L(((__li__BNWI *)li__5YVI));
        } break;
        case __li__XNWI__: {
          li__BYVI=li__II5L(((__li__XNWI *)li__5YVI));
        } break;
        case __li__LOWI__: {
          li__BYVI=li__TI5L(((__li__LOWI *)li__5YVI));
        } break;
        case __li__5OWI__: {
          li__BYVI=li__4I5L(((__li__5OWI *)li__5YVI));
        } break;
        case __li__TPWI__: {
          li__BYVI=li__JJ5L(((__li__TPWI *)li__5YVI));
        } break;
        case __li__HQWI__: {
          li__BYVI=li__UJ5L(((__li__HQWI *)li__5YVI));
        } break;
        case __li__ARWI__: {
          li__BYVI=li__5J5L(((__li__ARWI *)li__5YVI));
        } break;
        case __li__URWI__: {
          li__BYVI=li__NK5L(((__li__URWI *)li__5YVI));
        } break;
        case __li__MSWI__: {
          li__BZYU=((__li__MSWI *)li__5YVI);
          li__CZYU=li__YXSJ(li__BZYU->li__NSWI.li__0CC,li__BZYU->li__ISBK);
          li__BYVI=li__CZYU;
        } break;
        case __li__ETWI__: {
          li__BYVI=li__4K5L(((__li__ETWI *)li__5YVI));
        } break;
        case __li__MZWI__: {
          li__EZYU=((__li__MZWI *)li__5YVI);
          li__FZYU=li__4U4I(li__EZYU->li__NZWI.li__0K.li__0CC,li__EZYU->li__3SBK,li__EZYU->li__NZWI.li__WZLE);
          li__BYVI=li__FZYU;
        } break;
        case __li__C0WI__: {
          li__HZYU=((__li__C0WI *)li__5YVI);
          li__IZYU=li__ZV4I(li__HZYU->li__D0WI.li__0K.li__0CC,li__HZYU->li__CTBK);
          li__BYVI=li__IZYU;
        } break;
        case __li__M1WI__: {
          li__KZYU=((__li__M1WI *)li__5YVI);
          li__LZYU=li__1Z4I(li__KZYU->li__N1WI.li__0K.li__0CC,li__KZYU->li__UTFK);
          li__BYVI=li__LZYU;
        } break;
        case __li__KMFK__: {
          li__BYVI=li__G3CM(((__li__KMFK *)li__5YVI));
        } break;
        case __li__XOHL__: {
          li__BYVI=li__AAPN(((__li__XOHL *)li__5YVI));
        } break;
        case __li__FPHL__: {
          li__BYVI=li__2EGM(((__li__FPHL *)li__5YVI));
        } break;
        case __li__APLM__: {
          li__BYVI=li__XRDQ(((__li__APLM *)li__5YVI));
        } break;
        case __li__DTNM__: {
          li__BYVI=li__D5SO(((__li__DTNM *)li__5YVI));
        } break;
        case __li__JXNM__: {
          li__BYVI=li__153R(((__li__JXNM *)li__5YVI));
        } break;
        case __li__21LO__: {
          li__BYVI=li__2KLP(((__li__21LO *)li__5YVI));
        } break;
        case __li__TPOO__: {
          li__BYVI=li__JLLP(((__li__TPOO *)li__5YVI));
        } break;
        case __li__URRO__: {
          li__BYVI=li__KM4R(((__li__URRO *)li__5YVI));
        } break;
        case __li__41XO__: {
          li__BYVI=li__CSDQ(((__li__41XO *)li__5YVI));
        } break;
        case __li__AKBR__: {
          li__BYVI=li__L2DS(((__li__AKBR *)li__5YVI));
        } break;
        case __li__SU5R__: {
          li__BYVI=li__EQJS(((__li__SU5R *)li__5YVI));
        } break;
        case __li__JV5R__: {
          li__BYVI=li__PQJS(((__li__JV5R *)li__5YVI));
        } break;
        };
        li__F0JP=((__li__ODID *)li__HZVI);
        li__5YVI=li__F0JP->li__PDID.li__QPME;
        /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
if (li__5YVI==NULL) {
          li__KAWI=NULL;
        } else {
          switch (((struct ___OBJ *)li__5YVI)->__id) {
          case __li__RDID__: 
          case __li__GO3I__: 
          case __li__NY3I__: 
          case __li__SJPJ__: {
            li__KAWI=NULL;
          } break;
          case __li__0VPJ__: {
            li__KAWI=((void *)li__5YVI);
          } break;
          case __li__1VPJ__: {
            li__KAWI=((void *)li__5YVI);
          } break;
          }
        };
        li__5YVI=li__F0JP->li__PDID.li__QPME;
        /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__5YVI)->__id) {
        case __li__RDID__: {
          li__PEZJ=((__li__RDID *)li__5YVI)->li__UDID.li__TDID.li__0CC;
        } break;
        case __li__GO3I__: {
          li__PEZJ=li__SDID__->li__TDID.li__0CC;
        } break;
        case __li__NY3I__: {
          li__PEZJ=((__li__NY3I *)li__5YVI)->li__OY3I.li__TDID.li__0CC;
        } break;
        case __li__SJPJ__: {
          li__PEZJ=((__li__SJPJ *)li__5YVI)->li__TJPJ.li__TDID.li__0CC;
        } break;
        case __li__0VPJ__: {
          li__PEZJ=((__li__0VPJ *)li__5YVI)->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC;
        } break;
        case __li__1VPJ__: {
          li__PEZJ=((__li__1VPJ *)li__5YVI)->li__2VPJ.li__UDID.li__TDID.li__0CC;
        } break;
        };
        /* NULL __li__0VPJ__ __li__1VPJ__ */
if (((struct ___OBJ *)li__KAWI)->__id==__li__0VPJ__) {
          li__HAPP=((__li__0VPJ *)li__KAWI);
          li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC=li__PEZJ;
          li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__VOME=li__CVVI;
          li__HAPP->li__3VPJ.li__0EOK=li__ZCWI;
          li__CTQP=NULL;
          li__DTQP=li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__VOME;
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DTQP)->__id==__li__DZB__) {
            li__ETQP=li__QXVG(((__li__DZB *)li__DTQP));
          } else /* SLOT_CODE */ {
            li__YCUP=((__li__QWEC *)li__DTQP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YCUP)->__id==__li__IZB__) {
              li__ETQP=((__li__IZB *)li__YCUP)->li__WLSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ETQP=((__li__4HAD *)li__YCUP)->li__5HAD.li__WLSB;
            };
          };
          /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__ETQP)->li__XNKE == (void *)(&__string_31))) {
            li__YCUP=li__FUB;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YCUP)->__id) {
            case __li__IF__: {
              li__MTQP=((__li__IF *)li__YCUP)->li__J0C;
            } break;
            case __li__ORB__: {
              li__MTQP=((__li__ORB *)li__YCUP)->li__PRB.li__J0C;
            } break;
            case __li__QRB__: {
              li__MTQP=((__li__QRB *)li__YCUP)->li__RRB.li__J0C;
            } break;
            case __li__SRB__: {
              li__MTQP=((__li__SRB *)li__YCUP)->li__TRB.li__J0C;
            } break;
            case __li__URB__: {
              li__MTQP=((__li__URB *)li__YCUP)->li__VRB.li__J0C;
            } break;
            case __li__GSZ__: {
              li__MTQP=((__li__GSZ *)li__YCUP)->li__HSZ.li__J0C;
            } break;
            case __li__1RRF__: {
              li__MTQP=((__li__1RRF *)li__YCUP)->li__2RRF.li__J0C;
            } break;
            case __li__UJSH__: {
              li__MTQP=((__li__UJSH *)li__YCUP)->li__WJSH.li__J0C;
            } break;
            };
            li__YCUP=li__O1WH(((__li__5RB *)li__MTQP),li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC);
            li__CTQP=li__YCUP;
          } else /* FALSE */ {
            li__YCUP=li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__VOME;
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YCUP)->__id==__li__DZB__) {
              li__220P=((__li__DZB *)li__YCUP)->li__LZB->li__KZB;
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__220P)->__id==__li__IZB__) {
                li__VTQP=((__li__IZB *)li__220P)->li__NMSB;
              } else /* ITM_SLOT_OPERATOR */ {
                li__VTQP=((__li__4HAD *)li__220P)->li__5HAD.li__NMSB;
              };
            } else /* SLOT_CODE */ {
              li__220P=((__li__QWEC *)li__YCUP)->li__RWEC->li__KZB;
              /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__220P)->__id==__li__IZB__) {
                li__VTQP=((__li__IZB *)li__220P)->li__NMSB;
              } else /* ITM_SLOT_OPERATOR */ {
                li__VTQP=((__li__4HAD *)li__220P)->li__5HAD.li__NMSB;
              };
            };
            /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__VTQP)->__id) {
            case __li__WRB__: {
              li__MTQP=li__WLRF(((__li__WRB *)li__VTQP),li__HAPP);
              li__220P=li__O1WH(((__li__5RB *)li__MTQP),li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC);
              li__WTQP=li__220P;
            } break;
            case __li__XRB__: {
              li__MTQP=li__KNRF(((__li__XRB *)((__li__WRB *)li__VTQP)),li__HAPP);
              li__220P=li__O1WH(((__li__5RB *)li__MTQP),li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC);
              li__WTQP=li__220P;
            } break;
            case __li__KUB__: {
              li__MTQP=li__4ORF(((__li__KUB *)((__li__WRB *)li__VTQP)),li__HAPP);
              li__220P=li__O1WH(((__li__5RB *)li__MTQP),li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC);
              li__WTQP=li__220P;
            } break;
            case __li__VB1__: {
              li__MTQP=li__DRRF(((__li__VB1 *)((__li__WRB *)li__VTQP)),li__HAPP);
              li__220P=li__O1WH(((__li__5RB *)li__MTQP),li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC);
              li__WTQP=li__220P;
            } break;
            case __li__UL2B__: {
              li__W40P=((__li__UL2B *)((__li__WRB *)li__VTQP));
              li__DTRU=(__li__K)((*(((__li__CRB *)li__W40P->li__GX5B))).li__5QZ +  1);
              li__240P=li__IF1H(li__DTRU);
              li__MAWI=(*(li__W40P->li__GX5B)).li__5QZ;
              li__TAWI= 0;
              while ((li__TAWI <= li__MAWI)) {
                li__E50P=((void **)(*(((__li__CRB *)li__W40P->li__GX5B))).li__V1BD)[li__TAWI];
                /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__E50P)->__id) {
                case __li__WRB__: {
                  li__F50P=li__WLRF(((__li__WRB *)li__E50P),li__HAPP);
                } break;
                case __li__XRB__: {
                  li__F50P=li__KNRF(((__li__XRB *)((__li__WRB *)li__E50P)),li__HAPP);
                } break;
                case __li__KUB__: {
                  li__F50P=li__4ORF(((__li__KUB *)((__li__WRB *)li__E50P)),li__HAPP);
                } break;
                case __li__VB1__: {
                  li__F50P=li__DRRF(((__li__VB1 *)((__li__WRB *)li__E50P)),li__HAPP);
                } break;
                case __li__4O2B__: {
                  li__F50P=li__XRRF(((__li__4O2B *)((__li__WRB *)li__E50P)),li__HAPP);
                } break;
                };
                li__E50P=li__O1WH(((__li__5RB *)li__F50P),li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC);
                li__2YPI(((__li__2ZEC *)li__240P),li__E50P);
                li__TAWI=(__li__K)(li__TAWI +  1);
              };
              li__L50P=li__4F1H(li__240P);
              li__WTQP=li__L50P;
            } break;
            case __li__4O2B__: {
              li__MTQP=li__XRRF(((__li__4O2B *)((__li__WRB *)li__VTQP)),li__HAPP);
              li__220P=li__O1WH(((__li__5RB *)li__MTQP),li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__TDID.li__0CC);
              li__WTQP=li__220P;
            } break;
            };
            li__CTQP=li__WTQP;
          };
          li__HAPP->li__4EOK=li__CTQP;
          li__HAPP->li__3VPJ.li__2VPJ.li__ZOME=li__I__;
          /* __li__B__ __li__I__ */
if (((void *)li__JI == (void *)NULL)) {
            li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__BPME=li__YTBD;
          } else /* FALSE */ {
            li__WTQP=li__JI;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__WTQP)->__id==__li__1M__) {
              li__0APP=((__li__1M *)li__WTQP)->li__2M.li__IPME;
            } else /* PROFIL_BLOCK */ {
              li__0APP=((__li__UJSH *)li__WTQP)->li__VJSH.li__IPME;
            };
            li__HAPP->li__3VPJ.li__2VPJ.li__UDID.li__BPME=li__0APP;
          };
        } else /* DTA_RD_ARGS */ {
          li__UVOK(((__li__1VPJ *)((__li__0VPJ *)li__KAWI)),li__PEZJ,li__CVVI,li__ZCWI,li__I__);
        };
        li__CTQP=li__F0JP->li__PDID.li__QPME;
        /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__CTQP)->__id) {
        case __li__RDID__: {
          li__WTQP=((__li__RDID *)li__CTQP)->li__UDID.li__VOME;
        } break;
        case __li__GO3I__: {
          li__WTQP=li__SDID__->li__VOME;
        } break;
        case __li__NY3I__: {
          li__WTQP=((__li__NY3I *)li__CTQP)->li__OY3I.li__VOME;
        } break;
        case __li__SJPJ__: {
          li__WTQP=((__li__SJPJ *)li__CTQP)->li__TJPJ.li__VOME;
        } break;
        case __li__0VPJ__: {
          li__WTQP=((__li__0VPJ *)li__CTQP)->li__3VPJ.li__2VPJ.li__UDID.li__VOME;
        } break;
        case __li__1VPJ__: {
          li__WTQP=((__li__1VPJ *)li__CTQP)->li__2VPJ.li__UDID.li__VOME;
        } break;
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WTQP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__WTQP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__AC3L(((__li__DZB *)li__WTQP),li__ZCWI,li__KAWI);
          } else /* ITM_SLOT_OPERATOR */ {
            li__AC3L(((__li__DZB *)li__WTQP),li__ZCWI,li__KAWI);
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__WTQP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__XC3L(((__li__QWEC *)((__li__DZB *)li__WTQP)),li__ZCWI,li__KAWI);
          } else /* ITM_SLOT_OPERATOR */ {
            li__XC3L(((__li__QWEC *)((__li__DZB *)li__WTQP)),li__ZCWI,li__KAWI);
          };
        };
        li__CTQP=li__F0JP->li__PDID.li__QPME;
        li__F0JP->li__PDID.li__PPME=li__BYVI;
        li__F0JP->li__PDID.li__QPME=li__CTQP;
        li__RP=(__li__K)(li__RP +  1);
        li__OBPP(((__li__ZDID *)li__BEID),li__F0JP);
        li__1XYU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__1XYU->li__2OLE),li__HZVI);
        li__WVRE(li__1XYU);
        li__CTQP=li__ZAHJ(((__li__ODID *)li__HZVI));
        li__AVVI=li__CTQP;
      };
      li__B2ZG(((__li__TOLE *)li__H23I),li__UUVI);
      li__B2ZG(((__li__TOLE *)li__H23I),li__UUVI);
      li__2VVI=(__li__K)(li__UUVI -  1);
      li__40RO=((__li__TOLE *)li__H23I);
      ((void **)(*(li__40RO)).li__S3VG)[li__2VVI]=li__AVVI;
      goto li__323I;
    };
  };
  li__AKYJ=((void **)(*(((__li__TOLE *)li__V13I))).li__S3VG)[ 0];
  /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__AKYJ==NULL) {
    li__4WVI=NULL;
  } else {
    switch (((struct ___OBJ *)li__AKYJ)->__id) {
    case __li__KI__: 
    case __li__T0B__: 
    case __li__O3B__: 
    case __li__IYBD__: 
    case __li__ODID__: 
    case __li__OWRE__: 
    case __li__RLKJ__: 
    case __li__5LKJ__: 
    case __li__LHBK__: 
    case __li__DFNL__: 
    case __li__3I3L__: 
    case __li__2PLO__: 
    case __li__EDHP__: 
    case __li__CJ1P__: 
    case __li__EN1P__: {
      li__4WVI=NULL;
    } break;
    case __li__WK__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__AVBD__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__KVBD__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__WVBD__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__Z4WH__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__KTVI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__LTVI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__XTVI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__YTVI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__S2VI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__E3VI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__KLWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__ULWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__NMWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__BNWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__XNWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__LOWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__5OWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__TPWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__HQWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__ARWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__URWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__MSWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__ETWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__MZWI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__C0WI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__M1WI__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__KMFK__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__XOHL__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__FPHL__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__APLM__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__DTNM__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__JXNM__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__21LO__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__TPOO__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__URRO__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__41XO__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__AKBR__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__SU5R__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    case __li__JV5R__: {
      li__4WVI=((void *)li__AKYJ);
    } break;
    }
  };
  (*(((__li__TOLE *)li__V13I))).li__FPYE=(__li__K)(-  1);
  li__Y2BN=((__li__W13I *)li__513I);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__Y2BN)).li__JA2L +  1) <= (__li__K)((*(li__Y2BN)).li__0A2L -  1))) {
    (*(li__Y2BN)).li__JA2L=(__li__K)((*(li__Y2BN)).li__JA2L +  1);
    li__CXRO=li__B__;
  } else /* FALSE */ {
    li__CXRO=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__CXRO)) {
    /* __li__B__ __li__I__ */
if (((*(li__Y2BN)).li__0A2L ==  0)) {
      li__XB2L=li__YSSM( 2);
      (*(li__Y2BN)).li__YB2L=li__XB2L;
      (*(li__Y2BN)).li__0A2L= 2;
      (*(li__Y2BN)).li__JA2L= 0;
    } else /* FALSE */ {
      li__QNJV=(__li__K)((*(li__Y2BN)).li__0A2L <<  1);
      li__XB2L=((void **)(*(li__Y2BN)).li__YB2L);
      li__2VVI=(*(li__Y2BN)).li__0A2L;
      li__EPRN=li__CUY(((__li__CB )li__XB2L),((__li__JJG )(__li__K)(li__2VVI * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__QNJV * ((__li__K )(sizeof(void *))))));
      li__XB2L=((void **)li__EPRN);
      li__QAPU=(__li__K)(li__QNJV -  1);
      li__Y2PJ=li__2VVI;
      while ((li__Y2PJ <= li__QAPU)) {
        li__XB2L[li__Y2PJ]=NULL;
        li__Y2PJ=(__li__K)(li__Y2PJ +  1);
      };
      (*(li__Y2BN)).li__YB2L=li__XB2L;
      (*(li__Y2BN)).li__0A2L=li__QNJV;
      (*(li__Y2BN)).li__JA2L=(__li__K)((*(li__Y2BN)).li__JA2L +  1);
    };
  };
  ((void **)(*(li__Y2BN)).li__YB2L)[(*(li__Y2BN)).li__JA2L]=li__V13I;
  li__TUVI=li__4WVI;
  return(li__TUVI);
}

static __li__KMFK* li__ODWI(__li__LH2B *li__PDWI)
/* (Strict ITM_OLD{li__LH2B}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZDWI;
  __li__K li__IEWI,li__WDWI,li__IG1J,li__HG1J;
  void *li__JEWI;
  void *li__KEWI;
  __li__PO li__RZYU;
  __li__V34B *li__2OJV;
  __li__C0WI *li__3OJV;
  __li__5RB *li__LEWI,*li__CPJV;
  __li__VTBD *li__APJV;
  __li__KI *li__OEWI,*li__ZZYU,*li__FOUJ;
  __li__DFNL *li__XZYU;
  void *li__4ZYU;
  __li__ODID *li__MFWI,*li__EG1J,*li__UG1J;
  __li__KMFK *li__BHWI,*li__QDWI;
  __li__Z0IE *li__YDWI;
  __li__TOLE *li__3ZYU;
  __li__ZDID *li__SFWI,*li__LOZJ;
  __li__C li__XG1J;
  li__YDWI=li__C1IE;
  li__ZDWI=li__JI;
  li__C1IE=li__2DWI;
  li__JI=li__2UUD;
  li__IEWI=(__li__K)((*(((__li__KI *)li__XIKB)->li__2OLE)).li__FPYE +  1);
  li__JEWI=li__PDWI->li__NJGC;
  /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__JEWI)->__id) {
  case __li__QOZB__: {
    li__KEWI=li__B5UI(((__li__QOZB *)li__JEWI));
  } break;
  case __li__VXZB__: {
    li__KEWI=li__TDVI(((__li__VXZB *)li__JEWI));
  } break;
  case __li__BZZB__: {
    li__KEWI=li__0DVI(((__li__BZZB *)li__JEWI));
  } break;
  case __li__DA1B__: {
    li__RZYU=((__li__DA1B *)li__JEWI)->li__EA1B.li__0CC;
    li__K4E( 1,(&__string_459));
    li__V5E(li__RZYU);
    li__ODF();
    li__KEWI=NULL;
  } break;
  case __li__ZA1B__: {
    li__KEWI=li__HGVI(((__li__ZA1B *)li__JEWI));
  } break;
  case __li__SB1B__: {
    li__KEWI=li__KJVI(((__li__SB1B *)li__JEWI));
  } break;
  case __li__AE1B__: {
    li__KEWI=li__OMVI(((__li__AE1B *)li__JEWI));
  } break;
  case __li__5E1B__: {
    li__KEWI=li__SNVI(((__li__5E1B *)li__JEWI));
  } break;
  case __li__D11B__: {
    li__KBG((&__string_460));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__KEWI=NULL;
  } break;
  case __li__K41B__: {
    li__KEWI=li__IPVI(((__li__K41B *)li__JEWI));
  } break;
  case __li__YA2B__: {
    li__KEWI=li__OPVI(((__li__YA2B *)li__JEWI));
  } break;
  case __li__NB2B__: {
    li__KEWI=li__RUVI(((__li__NB2B *)li__JEWI));
  } break;
  case __li__LH2B__: {
    li__KEWI=li__ODWI(((__li__LH2B *)li__JEWI));
  } break;
  case __li__M32B__: {
    li__KEWI=li__DHWI(((__li__M32B *)li__JEWI));
  } break;
  case __li__KD3B__: {
    li__KEWI=li__2IWI(((__li__KD3B *)li__JEWI));
  } break;
  case __li__WE3B__: {
    li__KEWI=li__CKWI(((__li__WE3B *)li__JEWI));
  } break;
  case __li__UG4B__: {
    li__KEWI=li__PYWI(((__li__UG4B *)li__JEWI));
  } break;
  case __li__Q24B__: {
    li__KEWI=li__JZWI(((__li__Q24B *)li__JEWI));
  } break;
  case __li__D34B__: {
    li__KEWI=li__VZWI(((__li__D34B *)li__JEWI));
  } break;
  case __li__V34B__: {
    li__2OJV=((__li__V34B *)li__JEWI);
    li__3OJV=li__ZV4I(li__2OJV->li__W34B.li__0CC,li__2OJV->li__2OGD);
    li__KEWI=li__3OJV;
  } break;
  case __li__H44B__: {
    li__KEWI=li__I0WI(((__li__H44B *)li__JEWI));
  } break;
  case __li__XMUC__: {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__KEWI=NULL;
  } break;
  };
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KEWI)->__id) {
  case __li__WK__: {
    li__LEWI=((__li__WK *)li__KEWI)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__LEWI=((__li__AVBD *)li__KEWI)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__LEWI=((__li__KVBD *)li__KEWI)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__LEWI=((__li__WVBD *)li__KEWI)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__LEWI=li__JK5J(((__li__Z4WH *)li__KEWI));
  } break;
  case __li__KTVI__: {
    li__LEWI=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__LEWI=li__553L();
  } break;
  case __li__XTVI__: {
    li__LEWI=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__LEWI=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__LEWI=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__LEWI=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__LEWI=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__LEWI=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__LEWI=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__LEWI=li__DWEK(((__li__BNWI *)li__KEWI));
  } break;
  case __li__XNWI__: {
    li__LEWI=li__IWEK(((__li__XNWI *)li__KEWI));
  } break;
  case __li__LOWI__: {
    li__LEWI=li__NWEK(((__li__LOWI *)li__KEWI));
  } break;
  case __li__5OWI__: {
    li__LEWI=li__SWEK(((__li__5OWI *)li__KEWI));
  } break;
  case __li__TPWI__: {
    li__LEWI=li__XWEK(((__li__TPWI *)li__KEWI));
  } break;
  case __li__HQWI__: {
    li__LEWI=li__2WEK(((__li__HQWI *)li__KEWI));
  } break;
  case __li__ARWI__: {
    li__LEWI=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__LEWI=li__FXEK(((__li__URWI *)li__KEWI));
  } break;
  case __li__MSWI__: {
    li__LEWI=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__LEWI=((__li__ETWI *)li__KEWI)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__LEWI=((__li__MZWI *)li__KEWI)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__LEWI=((__li__C0WI *)li__KEWI)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__LEWI=((__li__M1WI *)li__KEWI)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__LEWI=((__li__KMFK *)li__KEWI)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__LEWI=li__T4NN(((__li__XOHL *)li__KEWI));
  } break;
  case __li__FPHL__: {
    li__LEWI=li__KA4L(((__li__FPHL *)li__KEWI));
  } break;
  case __li__APLM__: {
    li__LEWI=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__LEWI=li__1ISO(((__li__DTNM *)li__KEWI));
  } break;
  case __li__JXNM__: {
    li__LEWI=li__VX3R(((__li__JXNM *)li__KEWI));
  } break;
  case __li__21LO__: {
    li__LEWI=((__li__21LO *)li__KEWI)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__LEWI=((__li__TPOO *)li__KEWI)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__LEWI=li__FH4R();
  } break;
  case __li__41XO__: {
    li__LEWI=li__3FDQ(((__li__41XO *)li__KEWI));
  } break;
  case __li__AKBR__: {
    li__LEWI=li__WQDS(((__li__AKBR *)li__KEWI));
  } break;
  case __li__SU5R__: {
    li__LEWI=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__LEWI=li__Y1IS();
  } break;
  };
  li__CPJV=((__li__5RB *)li__LEWI);
  li__RZYU=li__PDWI->li__MH2B.li__0CC;
  li__APJV=li__QAAE();
  li__LQNE(((__li__VTBD *)li__APJV),li__RZYU,(&__string_68),'+',li__CPJV);
  li__OEWI=li__XIKB;
  li__XZYU=li__1CXJ(((__li__VTBD *)li__APJV),li__PDWI->li__MH2B.li__0CC,li__KEWI);
  li__ZZYU=((__li__KI *)li__OEWI);
  li__P2VG(((__li__TOLE *)li__ZZYU->li__2OLE),li__XZYU);
  li__WVRE(li__ZZYU);
  li__WDWI=(__li__K)((__li__K)((*(((__li__KI *)li__XIKB)->li__2OLE)).li__FPYE +  1) - li__IEWI);
  li__OEWI=li__2UUD->li__2M.li__1ZOI;
  while ((li__WDWI !=  0)) {
    li__3ZYU=((__li__TOLE *)((__li__KI *)li__XIKB)->li__2OLE);
    li__4ZYU=((void **)(*(li__3ZYU)).li__S3VG)[(*(li__3ZYU)).li__FPYE];
    /* __li__B__ __li__I__ */
if (((void *)li__BEID != (void *)li__EFWI)) {
      /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__4ZYU==NULL) {
        li__MFWI=NULL;
      } else {
        if (((struct ___OBJ *)li__4ZYU)->__id==__li__ODID__) {
          li__MFWI=((void *)li__4ZYU);
        } else /* Other types */ {
          li__MFWI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__MFWI != (void *)NULL)) {
        li__SFWI=li__BEID;
        li__LOZJ=((__li__ZDID *)li__BEID);
        li__EG1J=li__MFWI;
        li__IG1J= 1;
        li__HG1J=li__LOZJ->li__AEID.li__RKAE;
        li__4I3J:
        {
          /* __li__B__ __li__I__ */
if ((li__IG1J > li__HG1J)) {
            li__XG1J=li__B__;
          } else /* FALSE */ {
            li__UG1J=li__QZQH(li__LOZJ,li__IG1J);
            li__XG1J=((void *)li__EG1J == (void *)li__UG1J);
          };
          /* __li__B__ __li__I__ */
if ((! li__XG1J)) {
            li__IG1J=(__li__K)(li__IG1J +  1);
            goto li__4I3J;
          };
        };
        li__ZOZJ(((__li__ZDID *)li__SFWI),li__IG1J);
        li__IPQH(((__li__ZDID *)li__EFWI),li__MFWI);
      };
    };
    li__3ZYU=((__li__TOLE *)((__li__KI *)li__XIKB)->li__2OLE);
    (*(li__3ZYU)).li__FPYE=(__li__K)((*(li__3ZYU)).li__FPYE -  1);
    /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
      li__FOUJ=((__li__KI *)li__OEWI);
      li__LJHI(((__li__TOLE *)li__FOUJ->li__2OLE),li__4ZYU, 1);
      li__WVRE(li__FOUJ);
    } else /* FALSE */ {
      li__FOUJ=((__li__KI *)li__OEWI);
      li__RRKJ(((__li__TOLE *)li__FOUJ->li__2OLE),li__4ZYU);
      li__WVRE(li__FOUJ);
    };
    li__WDWI=(__li__K)(li__WDWI -  1);
  };
  li__JI=li__ZDWI;
  li__C1IE=li__YDWI;
  li__BHWI=li__NOPI(((__li__VTBD *)li__APJV));
  li__QDWI=li__BHWI;
  return(li__QDWI);
}

static __li__KMFK* li__DHWI(__li__M32B *li__EHWI)
/* (Strict ITM_EXTERNAL_TYPE{li__M32B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__SQNE *li__HHWI,*li__2HWI;
  __li__K li__453I,li__JA4I,li__353I,li__VJEL,li__KOJJ;
  __li__PO li__UC4I,li__P3PL;
  __li__U *li__ZC4I;
  __li__VTBD *li__UJEL,*li__CLEL,*li__MMEL;
  __li__KMFK *li__4D4I,*li__FHWI;
  void *li__RHWI,*li__JIWI;
  __li__1M *li__SHWI,*li__KIWI;
  __li__5RB *li__THWI,*li__KPJV,*li__LIWI,*li__AH3I;
  __li__AVBD *li__J0YU,*li__K0YU;
  __li__TQNE *li__OIWI;
  __li__KI *li__VIWI,*li__R0YU;
  __li__DFNL *li__AFFK;
  __li__2ZEC *li__CA4I,*li__UA4I,*li__JE4I;
  __li__C li__AC4I,li__SB4I;
  void **li__FPJV;
  li__HHWI=NULL;
  li__453I= 0;
  li__CA4I=NULL;
  li__HEZ(((__li__BC *)li__GNB),li__EHWI->li__P32B.li__WZGD);
  li__JA4I=li__3NPF(((__li__BC *)li__GNB), 1);
  li__353I=li__JA4I;
  /* __li__B__ __li__I__ */
if ((li__JA4I <= li__GNB->li__NK)) {
    li__UA4I=li__ICJJ();
    li__CA4I=li__UA4I;
    while ((li__353I <= ((__li__BC *)li__GNB)->li__NK)) {
      li__453I=li__353I;
      li__353I=(__li__K)(li__353I +  1);
      ((__li__BC *)li__0C)->li__NK= 0;
      li__PIEL:
      {
        /* __li__B__ __li__I__ */
if ((li__353I > ((__li__BC *)li__GNB)->li__NK)) {
          li__AC4I=li__B__;
        } else /* FALSE */ {
          li__SB4I=li__4YTL(((__li__3 *)((__li__BC *)li__GNB)->li__CUN)[(__li__K)(li__353I -  1)]);
          li__AC4I=((! li__SB4I) && (((__li__3 *)((__li__BC *)li__GNB)->li__CUN)[(__li__K)(li__353I -  1)] != '_'));
        };
        /* __li__B__ __li__I__ */
if ((! li__AC4I)) {
          li__SRX(((__li__BC *)li__0C),((__li__3 *)((__li__BC *)li__GNB)->li__CUN)[(__li__K)(li__353I -  1)]);
          li__353I=(__li__K)(li__353I +  1);
          goto li__PIEL;
        };
      };
      /* __li__B__ __li__I__ */
if ((((__li__BC *)li__0C)->li__NK ==  0)) {
        li__UC4I=li__EHWI->li__P32B.li__O32B.li__0CC;
        li__K4E( 0,(&__string_648));
        li__V5E(li__UC4I);
        li__ODF();
      };
      li__ZC4I=li__SQC(li__0C);
      li__UJEL=NULL;
      li__VJEL=(*(li__C1IE)).li__4BPE;
      li__FPJV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
      while ((! ((li__VJEL <  0) || ((void *)((__li__VTBD *)((void **)li__FPJV)[li__VJEL])->li__WTBD.li__FZB.li__R2B == (void *)li__ZC4I)))) {
        li__VJEL=(__li__K)(li__VJEL -  1);
      };
      /* __li__B__ __li__I__ */
if ((li__VJEL >=  0)) {
        li__CLEL=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__VJEL];
        li__UJEL=li__CLEL;
        /* __li__B__ __li__I__ */
if ((((li__VJEL < li__CL3I) && (li__CLEL->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__CLEL->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
          li__CL3I=li__VJEL;
          li__2L3I=li__CLEL;
        };
        li__AC4I=li__B__;
      } else /* FALSE */ {
        li__AC4I=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__AC4I)) {
        /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
          li__MMEL=li__E1CL(((__li__1M *)li__2UUD),li__ZC4I);
          li__UJEL=li__MMEL;
          /* __li__B__ __li__I__ */
if ((((void *)li__MMEL != (void *)NULL) && ((void *)li__MMEL->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
            li__CL3I=(__li__K)(-  1);
            li__2L3I=li__MMEL;
          };
        };
      };
      /* __li__B__ __li__I__ */
if (((void *)li__UJEL == (void *)NULL)) {
        li__HEZ(((__li__BC *)li__0C),(&__string_649));
        li__JAZ(((__li__BC *)li__0C),li__ZC4I);
        li__JAZ(((__li__BC *)li__0C),(&__string_650));
        li__UC4I=li__EHWI->li__P32B.li__O32B.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__UC4I);
        li__ODF();
        li__AC4I=li__B__;
      } else /* FALSE */ {
        li__AC4I=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__AC4I)) {
        /* __li__B__ __li__I__ */
if ((li__UJEL->li__WTBD.li__FZB.li__DI1B == '-')) {
          li__HEZ(((__li__BC *)li__0C),(&__string_649));
          li__JAZ(((__li__BC *)li__0C),li__ZC4I);
          li__JAZ(((__li__BC *)li__0C),(&__string_651));
          li__P3PL=li__EHWI->li__P32B.li__O32B.li__0CC;
          li__K4E( 1,li__0C);
          li__V5E(li__P3PL);
          li__ODF();
        };
      };
      li__4D4I=li__NOPI(((__li__VTBD *)li__UJEL));
      li__2YPI(((__li__2ZEC *)li__CA4I),li__4D4I);
      li__WKPB(((__li__BC *)li__GNB),li__453I,(__li__K)(li__453I + li__ZC4I->li__2C));
      li__KOEL(((__li__BC *)li__GNB),(&__string_652),li__453I);
      li__VJEL=li__3NPF(((__li__BC *)li__GNB),(__li__K)(li__453I +  2));
      li__353I=li__VJEL;
    };
    li__JE4I=li__UFNJ(li__UA4I);
    li__CA4I=li__JE4I;
  };
  li__ZC4I=li__SQC(li__GNB);
  li__5JKB=li__EHWI->li__P32B.li__O32B.li__0CC;
  li__UC4I=li__EHWI->li__P32B.li__O32B.li__0CC;
  li__AC4I=li__EHWI->li__PG3B;
  li__RHWI=li__EHWI->li__OVGD;
  li__SHWI=li__2UUD;
  /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__RHWI)->__id) {
  case __li__WRB__: {
    li__THWI=li__1A3I(((__li__WRB *)li__RHWI),li__SHWI);
  } break;
  case __li__XRB__: {
    li__THWI=li__PC3I(((__li__XRB *)((__li__WRB *)li__RHWI)),li__SHWI);
  } break;
  case __li__KUB__: {
    li__THWI=li__DE3I(((__li__KUB *)((__li__WRB *)li__RHWI)),li__SHWI);
  } break;
  case __li__VB1__: {
    li__THWI=li__IG3I(((__li__VB1 *)((__li__WRB *)li__RHWI)),li__SHWI);
  } break;
  case __li__4O2B__: {
    li__KPJV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__RHWI)),li__SHWI);
    li__THWI=li__KPJV;
  } break;
  };
  li__J0YU=li__RX1D();
  li__K0YU=((__li__AVBD *)li__J0YU);
  li__K0YU->li__BVBD.li__0CC=li__UC4I;
  li__K0YU->li__K2ME=li__THWI;
  li__K0YU->li__L2ME=li__AC4I;
  li__K0YU->li__M2ME=li__ZC4I;
  li__K0YU->li__N2ME=li__CA4I;
  /* __li__B__ __li__I__ */
if (((void *)li__EHWI->li__Q3GD != (void *)NULL)) {
    li__2HWI=li__5D4G();
    li__HHWI=li__2HWI;
    li__VJEL=(*(li__EHWI->li__Q3GD)).li__5QZ;
    li__KOJJ= 0;
    while ((li__KOJJ <= li__VJEL)) {
      li__JIWI=((void **)(*(((__li__CRB *)li__EHWI->li__Q3GD))).li__V1BD)[li__KOJJ];
      li__KIWI=li__2UUD;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__JIWI)->__id) {
      case __li__WRB__: {
        li__LIWI=li__1A3I(((__li__WRB *)li__JIWI),li__KIWI);
      } break;
      case __li__XRB__: {
        li__LIWI=li__PC3I(((__li__XRB *)((__li__WRB *)li__JIWI)),li__KIWI);
      } break;
      case __li__KUB__: {
        li__LIWI=li__DE3I(((__li__KUB *)((__li__WRB *)li__JIWI)),li__KIWI);
      } break;
      case __li__VB1__: {
        li__LIWI=li__IG3I(((__li__VB1 *)((__li__WRB *)li__JIWI)),li__KIWI);
      } break;
      case __li__4O2B__: {
        li__AH3I=li__GEXF(((__li__4O2B *)((__li__WRB *)li__JIWI)),li__KIWI);
        li__LIWI=li__AH3I;
      } break;
      };
      li__4H1L(((__li__SQNE *)li__HHWI),((__li__5RB *)li__LIWI)->li__AEM);
      li__KOJJ=(__li__K)(li__KOJJ +  1);
    };
    li__OIWI=li__NJ1L(((__li__SQNE *)li__2HWI));
    ((__li__AVBD *)li__J0YU)->li__NTMI=li__OIWI;
  };
  li__THWI=((__li__5RB *)li__J0YU->li__K2ME);
  li__UC4I=li__EHWI->li__P32B.li__O32B.li__0CC;
  li__UJEL=li__QAAE();
  li__LQNE(((__li__VTBD *)li__UJEL),li__UC4I,(&__string_68),'+',li__THWI);
  li__VIWI=li__XIKB;
  li__AFFK=li__1CXJ(((__li__VTBD *)li__UJEL),li__EHWI->li__P32B.li__O32B.li__0CC,li__J0YU);
  li__R0YU=((__li__KI *)li__VIWI);
  li__P2VG(((__li__TOLE *)li__R0YU->li__2OLE),li__AFFK);
  li__WVRE(li__R0YU);
  li__4D4I=li__NOPI(((__li__VTBD *)li__UJEL));
  li__FHWI=li__4D4I;
  return(li__FHWI);
}

static __li__KMFK* li__2IWI(__li__KD3B *li__3IWI)
/* (Strict ITM_BLOCK{li__KD3B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__UJSH *li__ZBEJ,*li__CDEJ;
  __li__CB li__0BEJ,li__20YU,li__4PJV;
  __li__JJG li__CCEJ,li__50YU,li__00YU;
  __li__K li__NCEJ,li__KRSK,li__JPFK,li__DJCL,li__3PJV,li__R2YU;
  __li__52B li__K1YU;
  __li__Z4WH *li__JMFK,*li__IRFK;
  __li__QOZB *li__DMFK;
  __li__5RB *li__5MFK,*li__1GPU,*li__21YU,*li__LLCL,*li__FQJV,*li__BMCL;
  __li__DZB *li__FNFK;
  __li__U *li__DOFK,*li__KLCL,*li__EMCL;
  void *li__HMFK;
  __li__KI *li__GMFK,*li__IOFK,*li__ZOFK,*li__41YU;
  __li__VTBD *li__RRSK,*li__Z1YU,*li__BQJV,*li__HQJV,*li__IJ4I;
  __li__PO li__01YU,li__JLCL,li__CMCL;
  __li__O3B *li__3OFK;
  void *li__IPFK;
  __li__1M *li__QPFK;
  __li__4RUC *li__WKCL;
  void *li__ZKCL,*li__AMCL;
  __li__QUAF *li__QLCL;
  __li__KMFK *li__2RFK,*li__ZJWI,*li__4IWI;
  __li__1RRF *li__USFK;
  __li__KVBD *li__22YU,*li__B3YU;
  __li__KXFD *li__YMFK;
  __li__IFGD *li__ZMFK;
  __li__ZCSH *li__ZNFK;
  __li__ZDID *li__0NFK,*li__EMFK;
  __li__3PZ *li__BPFK,*li__NMFK,*li__OMFK;
  __li__Z0IE *li__MPFK;
  __li__C li__QICL;
  void **li__2ICL;
  __li__B2OI *li__ORFK;
  li__ZBEJ=NULL;
  li__0BEJ=((__li__CB )(NULL));
  li__CCEJ=((__li__JJG )sizeof(__li__UJSH));
  /* __li__B__ __li__I__ */
if ((li__CCEJ ==  0)) {
    li__ZBEJ=li__UJSH__;
  } else /* FALSE */ {
    li__NCEJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__CCEJ));
    /* __li__B__ __li__I__ */
if ((li__NCEJ == (__li__K)(-  1))) {
      li__50YU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__00YU=(__li__JJG)((__li__JJG)(li__CCEJ - (__li__JJG)(((__li__JJG ) 0) - li__50YU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__50YU) - ((__li__JJG ) 1)));
      li__50YU=(__li__JJG)(li__00YU / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__20YU=li__YCJ(li__00YU,((__li__CB )(&(table_size[(li__50YU)-1]))),((__li__52B )li__00YU));
      li__0BEJ=li__20YU;
    } else /* FALSE */ {
      li__K1YU=((__li__52B )li__NCEJ);
      li__50YU=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__00YU=(__li__JJG)((__li__JJG)(li__CCEJ - (__li__JJG)(((__li__JJG ) 0) - li__50YU)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__50YU) - ((__li__JJG ) 1)));
      li__20YU=li__YCJ(li__00YU,((__li__CB )(&(table_type[(li__K1YU)]))),(__li__52B)(li__K1YU |  1));
      li__0BEJ=li__20YU;
    };
    li__CDEJ=((__li__UJSH *)li__0BEJ);
    li__ZBEJ=li__CDEJ;
    *(li__CDEJ) = *(li__UJSH__);
  };
  li__CDEJ=((__li__UJSH *)li__ZBEJ);
  li__JMFK=NULL;
  /* __li__B__ __li__I__ */
if (li__PL) {
    li__YMFK=li__GQMD();
    li__CDEJ->li__VJSH.li__SXFD=li__YMFK;
    li__ZMFK=li__NQMD();
    li__CDEJ->li__VJSH.li__OFGD=li__ZMFK;
  };
  li__DMFK=li__3IWI->li__ZJKE;
  li__VMYK(((__li__XL *)li__AM),li__CDEJ);
  li__CDEJ->li__VJSH.li__DMYK=(*(li__AM)).li__GM;
  li__5MFK=li__IG3I(((__li__VB1 *)li__UT3B),li__2UUD);
  li__CDEJ->li__VJSH.li__2NSH=li__5MFK;
  li__5MFK=li__FCM();
  li__1GPU=((__li__5RB *)li__5MFK);
  li__1GPU->li__AEM=li__CDEJ;
  li__1GPU->li__BEM= 3;
  li__CDEJ->li__WJSH.li__J0C=li__5MFK;
  li__FNFK=li__H2SG();
  li__CDEJ->li__0JWI=li__FNFK;
  li__BOSK(((__li__DZB *)li__FNFK),li__DMFK->li__ROZB.li__0CC,(&__string_85),li__CDEJ->li__VJSH.li__2NSH);
  ((__li__DZB *)li__CDEJ->li__0JWI)->li__GZB.li__GRNE=(&__string_85);
  li__FNFK=li__H2SG();
  li__CDEJ->li__OJWI=li__FNFK;
  li__BOSK(((__li__DZB *)li__FNFK),li__DMFK->li__ROZB.li__0CC,(&__string_86),li__CDEJ->li__WJSH.li__J0C);
  ((__li__DZB *)li__CDEJ->li__OJWI)->li__GZB.li__GRNE=(&__string_86);
  li__ZNFK=li__CRVH( 2);
  li__CDEJ->li__2MSH=li__ZNFK;
  li__0NFK=li__Q21D();
  li__CDEJ->li__1NFK=li__0NFK;
  li__EMFK=li__BEID;
  li__BEID=li__0NFK;
  li__CDEJ->li__WJSH.li__NZC=li__LZC;
  li__LZC=(__li__K)(li__LZC +  1);
  li__DOFK=li__Z5TE((&__string_84));
  li__CDEJ->li__VJSH.li__NZFD=li__DOFK;
  li__HMFK=li__JI;
  li__GMFK=li__XIKB;
  li__JI=li__CDEJ;
  li__IOFK=li__R4HD(li__DMFK->li__ROZB.li__0CC);
  li__XIKB=li__IOFK;
  li__RRSK=li__2L3I;
  li__NCEJ=li__CL3I;
  li__KRSK=(__li__K)((*(li__C1IE)).li__4BPE +  1);
  li__CL3I=li__KRSK;
  li__2L3I=NULL;
  /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
    li__21YU=((__li__5RB *)li__SRB__->li__TRB.li__J0C);
    li__01YU=li__DMFK->li__ROZB.li__0CC;
    li__Z1YU=li__QAAE();
    li__LQNE(((__li__VTBD *)li__Z1YU),li__01YU,(&__string_67),'+',li__21YU);
    li__CDEJ->li__VJSH.li__IPME=li__Z1YU;
    ((__li__VTBD *)li__CDEJ->li__VJSH.li__IPME)->li__WTBD.li__LNME= 1;
    li__ZOFK=li__XIKB;
    li__3OFK=li__WJUD(li__O3B__,li__DMFK->li__ROZB.li__0CC,li__CDEJ->li__VJSH.li__IPME,li__B__);
    li__41YU=((__li__KI *)li__ZOFK);
    li__P2VG(((__li__TOLE *)li__41YU->li__2OLE),li__3OFK);
    li__WVRE(li__41YU);
  };
  li__BPFK=li__DG3();
  li__NMFK=li__BPFK;
  /* __li__B__ __li__I__ */
if (((void *)li__3IWI->li__0JKE != (void *)NULL)) {
    li__IPFK=li__3IWI->li__0JKE;
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__IPFK)->__id==__li__4RUC__) {
      li__JPFK= 1;
    } else /* ITM_ARGS */ {
      li__JPFK=(__li__K)((*(((__li__QUAF *)li__IPFK)->li__H5ZG)).li__UD +  1);
    };
    li__MPFK=li__SP2E((__li__K)(li__JPFK +  1));
    li__CDEJ->li__VJSH.li__PRSH=li__MPFK;
    li__MPFK=((__li__Z0IE *)li__CDEJ->li__VJSH.li__PRSH);
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__MPFK)).li__4BPE +  1) <= (__li__K)((*(li__MPFK)).li__W1VG -  1))) {
      (*(li__MPFK)).li__4BPE=(__li__K)((*(li__MPFK)).li__4BPE +  1);
      li__QICL=li__B__;
    } else /* FALSE */ {
      li__QICL=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__QICL)) {
      /* __li__B__ __li__I__ */
if (((*(li__MPFK)).li__W1VG ==  0)) {
        li__2ICL=li__XKEH( 2);
        (*(li__MPFK)).li__WWWG=li__2ICL;
        (*(li__MPFK)).li__W1VG= 2;
        (*(li__MPFK)).li__4BPE= 0;
      } else /* FALSE */ {
        li__DJCL=(__li__K)((*(li__MPFK)).li__W1VG <<  1);
        li__2ICL=((void **)(*(li__MPFK)).li__WWWG);
        li__3PJV=(*(li__MPFK)).li__W1VG;
        li__4PJV=li__CUY(((__li__CB )li__2ICL),((__li__JJG )(__li__K)(li__3PJV * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__DJCL * ((__li__K )(sizeof(void *))))));
        li__2ICL=((void **)li__4PJV);
        li__0ZOK(li__2ICL,li__3PJV,(__li__K)(li__DJCL -  1));
        (*(li__MPFK)).li__WWWG=li__2ICL;
        (*(li__MPFK)).li__W1VG=li__DJCL;
        (*(li__MPFK)).li__4BPE=(__li__K)((*(li__MPFK)).li__4BPE +  1);
      };
    };
    ((void **)(*(li__MPFK)).li__WWWG)[(*(li__MPFK)).li__4BPE]=NULL;
    li__IPFK=li__3IWI->li__0JKE;
    li__MPFK=li__CDEJ->li__VJSH.li__PRSH;
    li__QPFK=li__2UUD;
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__IPFK)->__id==__li__4RUC__) {
      li__WKCL=((__li__4RUC *)li__IPFK);
      li__ZKCL=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__WKCL->li__RZHD == (void *)(&__string_66))) {
        li__ZKCL=li__UT3B;
      } else /* FALSE */ {
        li__ZKCL=li__WKCL->li__SZHD;
      };
      li__JLCL=li__WKCL->li__5RUC.li__0CC;
      li__KLCL=li__WKCL->li__RZHD;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__ZKCL)->__id) {
      case __li__WRB__: {
        li__LLCL=li__WLRF(((__li__WRB *)li__ZKCL),li__QPFK);
      } break;
      case __li__XRB__: {
        li__LLCL=li__KNRF(((__li__XRB *)((__li__WRB *)li__ZKCL)),li__QPFK);
      } break;
      case __li__KUB__: {
        li__LLCL=li__4ORF(((__li__KUB *)((__li__WRB *)li__ZKCL)),li__QPFK);
      } break;
      case __li__VB1__: {
        li__LLCL=li__DRRF(((__li__VB1 *)((__li__WRB *)li__ZKCL)),li__QPFK);
      } break;
      case __li__4O2B__: {
        li__LLCL=li__XRRF(((__li__4O2B *)((__li__WRB *)li__ZKCL)),li__QPFK);
      } break;
      };
      li__FQJV=li__LLCL;
      li__BQJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__BQJV),li__JLCL,li__KLCL,' ',li__FQJV);
      li__WYLJ(((__li__Z0IE *)li__MPFK),li__BQJV);
    } else /* ITM_ARGS */ {
      li__QLCL=((__li__QUAF *)((__li__4RUC *)li__IPFK));
      li__LLCL=NULL;
      li__JPFK=(*(li__QLCL->li__H5ZG)).li__UD;
      li__DJCL= 0;
      while ((li__DJCL <= li__JPFK)) {
        li__AMCL=((void **)(*(((__li__CRB *)((__li__UL2B *)li__QLCL->li__I5ZG)->li__GX5B))).li__V1BD)[li__DJCL];
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__AMCL)->__id) {
        case __li__WRB__: {
          li__BMCL=li__WLRF(((__li__WRB *)li__AMCL),li__QPFK);
        } break;
        case __li__XRB__: {
          li__BMCL=li__KNRF(((__li__XRB *)((__li__WRB *)li__AMCL)),li__QPFK);
        } break;
        case __li__KUB__: {
          li__BMCL=li__4ORF(((__li__KUB *)((__li__WRB *)li__AMCL)),li__QPFK);
        } break;
        case __li__VB1__: {
          li__BMCL=li__DRRF(((__li__VB1 *)((__li__WRB *)li__AMCL)),li__QPFK);
        } break;
        case __li__4O2B__: {
          li__BMCL=li__XRRF(((__li__4O2B *)((__li__WRB *)li__AMCL)),li__QPFK);
        } break;
        };
        li__LLCL=li__BMCL;
        li__CMCL=li__QLCL->li__RUAF.li__0CC;
        li__EMCL=((__li__U **)(*(((__li__GD *)li__QLCL->li__H5ZG))).li__U1Z)[li__DJCL];
        li__HQJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__HQJV),li__CMCL,li__EMCL,' ',li__LLCL);
        li__WYLJ(((__li__Z0IE *)li__MPFK),li__HQJV);
        li__DJCL=(__li__K)(li__DJCL +  1);
      };
    };
    li__JPFK=(*(li__CDEJ->li__VJSH.li__PRSH)).li__4BPE;
    li__DJCL= 1;
    while ((li__DJCL <= li__JPFK)) {
      li__4RFC(((__li__3PZ *)li__NMFK),((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__CDEJ->li__VJSH.li__PRSH))).li__WWWG)[li__DJCL])->li__WTBD.li__0RNE);
      li__DJCL=(__li__K)(li__DJCL +  1);
    };
  } else /* FALSE */ {
    li__MPFK=li__AOJJ( 1);
    li__CDEJ->li__VJSH.li__PRSH=li__MPFK;
  };
  li__01YU=li__DMFK->li__ROZB.li__0CC;
  li__5MFK=li__CDEJ->li__VJSH.li__2NSH;
  li__Z1YU=li__QAAE();
  li__LQNE(((__li__VTBD *)li__Z1YU),li__01YU,(&__string_66),' ',li__5MFK);
  li__BQJV=li__Z1YU;
  li__MPFK=((__li__Z0IE *)li__CDEJ->li__VJSH.li__PRSH);
  ((void **)(*(li__MPFK)).li__WWWG)[ 0]=li__Z1YU;
  li__JPFK=(*(li__CDEJ->li__VJSH.li__PRSH)).li__4BPE;
  li__DJCL= 0;
  while ((li__DJCL <= li__JPFK)) {
    li__GORJ(((__li__Z0IE *)li__C1IE),((void **)(*(((__li__Z0IE *)li__CDEJ->li__VJSH.li__PRSH))).li__WWWG)[li__DJCL]);
    li__DJCL=(__li__K)(li__DJCL +  1);
  };
  li__NMFK=li__SHGB(li__BPFK);
  li__NMFK=li__NMFK;
  li__CDEJ->li__VJSH.li__1ZOI=li__XIKB;
  li__IPFK=li__B5UI(((__li__QOZB *)li__DMFK));
  li__BPFK=li__DG3();
  li__OMFK=li__BPFK;
  /* NULL __li__KVBD__ __li__Z4WH__ __li__KMFK__ */
switch (((struct ___OBJ *)li__IPFK)->__id) {
  case __li__KVBD__: {
    li__21YU=((__li__KVBD *)li__IPFK)->li__LVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__21YU=li__JK5J(((__li__Z4WH *)li__IPFK));
  } break;
  case __li__KMFK__: {
    li__21YU=((__li__KMFK *)li__IPFK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__21YU)->li__AEM != (void *)li__QRB__)) {
    /* NULL __li__KVBD__ __li__Z4WH__ __li__KMFK__ */
if (li__IPFK==NULL) {
      li__IRFK=NULL;
    } else {
      if (((struct ___OBJ *)li__IPFK)->__id==__li__Z4WH__) {
        li__IRFK=((void *)li__IPFK);
      } else /* Other types */ {
        li__IRFK=NULL;
      }
    };
    li__JMFK=li__IRFK;
    /* __li__B__ __li__I__ */
if (((void *)li__IRFK != (void *)NULL)) {
      li__ORFK=&(li__CDEJ->li__VJSH.li__D2OI);
      li__R2YU=(__li__K)((*(((__li__2ZEC *)((__li__Z4WH *)li__IRFK)->li__PJPI))).li__NKSH +  1);
      li__CZ2I(li__ORFK,li__R2YU);
      li__3PJV=(*(((__li__Z4WH *)li__IRFK)->li__PJPI)).li__NKSH;
      li__R2YU= 0;
      while ((li__R2YU <= li__3PJV)) {
        li__AMCL=((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__JMFK)->li__PJPI))).li__3GPI)[li__R2YU];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__AMCL==NULL) {
          li__2RFK=NULL;
        } else {
          if (((struct ___OBJ *)li__AMCL)->__id==__li__KMFK__) {
            li__2RFK=((void *)li__AMCL);
          } else /* Other types */ {
            li__2RFK=NULL;
          }
        };
        li__BQJV=li__2RFK->li__3RFK;
        li__SLIJ(&(li__CDEJ->li__VJSH.li__D2OI),li__BQJV);
        li__4RFC(((__li__3PZ *)li__OMFK),li__BQJV->li__WTBD.li__0RNE);
        li__R2YU=(__li__K)(li__R2YU +  1);
      };
    } else /* FALSE */ {
      /* NULL __li__KVBD__ __li__Z4WH__ __li__KMFK__ */
if (li__IPFK==NULL) {
        li__2RFK=NULL;
      } else {
        if (((struct ___OBJ *)li__IPFK)->__id==__li__KMFK__) {
          li__2RFK=((void *)li__IPFK);
        } else /* Other types */ {
          li__2RFK=NULL;
        }
      };
      li__BQJV=li__2RFK->li__3RFK;
      li__SLIJ(&(li__CDEJ->li__VJSH.li__D2OI),li__BQJV);
      li__4RFC(((__li__3PZ *)li__BPFK),li__BQJV->li__WTBD.li__0RNE);
    };
  };
  /* NULL __li__KVBD__ __li__Z4WH__ __li__KMFK__ */
switch (((struct ___OBJ *)li__IPFK)->__id) {
  case __li__KVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__IPFK));
  } break;
  case __li__KMFK__: {
    li__2RFK=((__li__KMFK *)li__IPFK);
    li__HXPN(((__li__VTBD *)li__2RFK->li__3RFK),li__2RFK);
  } break;
  };
  li__OMFK=li__SHGB(li__BPFK);
  li__OMFK=li__OMFK;
  li__CDEJ->li__TSFK=li__2L3I;
  li__USFK=li__WX0F(li__NMFK,li__OMFK);
  li__CDEJ->li__ZWPJ=li__USFK;
  li__NAMJ(((__li__Z0IE *)li__C1IE),li__KRSK);
  /* __li__B__ __li__I__ */
if ((li__CL3I >= li__NCEJ)) {
    li__CL3I=li__NCEJ;
    li__2L3I=li__RRSK;
  };
  li__BEID=li__EMFK;
  li__JI=li__HMFK;
  li__XIKB=li__GMFK;
  li__5MFK=li__ZBEJ->li__WJSH.li__J0C;
  li__1GPU=((__li__5RB *)li__5MFK);
  li__01YU=li__3IWI->li__ZJKE->li__ROZB.li__0CC;
  li__RRSK=li__QAAE();
  li__LQNE(((__li__VTBD *)li__RRSK),li__01YU,(&__string_68),'+',li__1GPU);
  li__2RFK=li__NOPI(((__li__VTBD *)li__RRSK));
  li__01YU=li__3IWI->li__ZJKE->li__ROZB.li__0CC;
  li__22YU=li__5QND();
  li__B3YU=((__li__KVBD *)li__22YU);
  li__B3YU->li__LVBD.li__0K.li__0CC=li__01YU;
  li__1GPU=li__NNSE(((__li__5RB *)li__5MFK));
  li__B3YU->li__LVBD.li__WZLE=li__1GPU;
  li__HMFK=li__NXEJ(((__li__DZB *)li__ZBEJ->li__OJWI),li__3IWI->li__ZJKE->li__ROZB.li__0CC,li__2RFK,li__22YU);
  li__GMFK=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__GMFK->li__2OLE),li__HMFK);
  li__WVRE(li__GMFK);
  li__2RFK=li__NOPI(((__li__VTBD *)li__RRSK));
  li__Z1YU=NULL;
  li__NCEJ=(*(li__C1IE)).li__4BPE;
  li__2ICL=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
  while ((! ((li__NCEJ <  0) || ((void *)((__li__VTBD *)((void **)li__2ICL)[li__NCEJ])->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66))))) {
    li__NCEJ=(__li__K)(li__NCEJ -  1);
  };
  /* __li__B__ __li__I__ */
if ((li__NCEJ >=  0)) {
    li__HQJV=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__NCEJ];
    li__Z1YU=li__HQJV;
    /* __li__B__ __li__I__ */
if ((((li__NCEJ < li__CL3I) && (li__HQJV->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__HQJV->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
      li__CL3I=li__NCEJ;
      li__2L3I=li__HQJV;
    };
    li__QICL=li__B__;
  } else /* FALSE */ {
    li__QICL=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__QICL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
      li__IJ4I=li__E1CL(((__li__1M *)li__2UUD),(&__string_66));
      li__Z1YU=li__IJ4I;
      /* __li__B__ __li__I__ */
if ((((void *)li__IJ4I != (void *)NULL) && ((void *)li__IJ4I->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
        li__CL3I=(__li__K)(-  1);
        li__2L3I=li__IJ4I;
      };
    };
  };
  li__ZJWI=li__NOPI(((__li__VTBD *)li__Z1YU));
  li__HMFK=li__NXEJ(((__li__DZB *)li__ZBEJ->li__0JWI),li__3IWI->li__ZJKE->li__ROZB.li__0CC,li__2RFK,li__ZJWI);
  li__GMFK=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__GMFK->li__2OLE),li__HMFK);
  li__WVRE(li__GMFK);
  li__2RFK=li__NOPI(((__li__VTBD *)li__RRSK));
  li__4IWI=li__2RFK;
  return(li__4IWI);
}

static void* li__CKWI(__li__WE3B *li__DKWI)
/* (Strict ITM_EXTERNAL{li__WE3B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__FKWI,*li__EKWI;
  __li__5RB *li__NKWI,*li__BSWI,*li__55YU,*li__4TWI;
  __li__U *li__EK4I,*li__FQJJ,*li__LXWI,*li__54JJ;
  __li__K li__HK4I,li__IK4I,li__GK4I,li__IN4I,li__LQJJ,li__HQJJ;
  __li__K li__VSJJ,li__CV1K,li__DV1K,li__3RFL;
  __li__PO li__3KWI,li__Z5YU,li__04JJ,li__SKQL;
  __li__VTBD *li__R3YU,*li__T3YU,*li__V3YU,*li__03YU,*li__53YU,*li__E4YU;
  __li__VTBD *li__J4YU,*li__U4YU,*li__54YU,*li__K5YU,*li__S5YU,*li__X5YU;
  __li__VTBD *li__IAZU,*li__2RFL,*li__KTFL,*li__UUFL;
  __li__KMFK *li__JLWI,*li__MMWI,*li__5QWI,*li__EAKJ;
  __li__KLWI *li__NLWI;
  __li__ULWI *li__2LWI;
  __li__NMWI *li__QMWI;
  __li__BNWI *li__GNWI;
  __li__XNWI *li__0NWI;
  __li__LOWI *li__OOWI;
  __li__5OWI *li__N4YU,*li__O4YU;
  __li__TPWI *li__Y4YU,*li__Z4YU;
  __li__HQWI *li__D5YU,*li__E5YU;
  __li__ARWI *li__DRWI;
  __li__URWI *li__XRWI;
  void *li__ASWI,*li__3TWI;
  __li__WVBD *li__DSWI;
  __li__MSWI *li__USWI;
  __li__ETWI *li__GTWI;
  __li__KVBD *li__Y5YU,*li__35YU;
  __li__AVBD *li__AAZU,*li__BAZU;
  __li__PF *li__MUWI;
  __li__AXWI li__CXWI;
  __li__BC *li__WBZU;
  __li__FXWI li__HXWI;
  __li__WK *li__QXWI;
  __li__2AF li__B2SJ,li__5U1K;
  __li__C li__JK4I,li__KK4I,li__GL4I,li__YL4I,li__5LPL,li__YP4I;
  __li__C li__U5PL,li__G4JJ,li__Y3JJ;
  __li__3 li__AL4I,li__5QJJ,li__YBZU;
  __li__F0C li__Y1SJ,li__O1SJ,li__31SJ;
  __li__2ZEC *li__K2JJ,*li__02JJ,*li__PAKJ;
  void **li__ESJV;
  li__FKWI=NULL;
  li__NKWI=NULL;
  li__EK4I=((__li__U *)li__DKWI->li__XE3B.li__WZGD);
  li__HK4I= 0;
  li__IK4I= 0;
  li__JK4I=li__I__;
  li__KK4I=li__I__;
  li__GK4I= 1;
  while ((! ((li__HK4I ==  4) || (li__GK4I > li__EK4I->li__2C)))) {
    li__AL4I=((__li__3 *)li__EK4I->li__3C)[(__li__K)(li__GK4I -  1)];
    /* __li__B__ __li__I__ */
if ((li__HK4I ==  0)) {
      li__GL4I=li__F0CE(li__AL4I);
      /* __li__B__ __li__I__ */
if (li__GL4I) {
        li__YL4I=li__B__;
      } else /* FALSE */ {
        li__5LPL=(li__AL4I == '+');
        /* __li__B__ __li__I__ */
if (li__5LPL) {
          li__HK4I= 1;
        };
        li__YL4I=li__5LPL;
      };
      /* __li__B__ __li__I__ */
if (li__YL4I) {
        li__YL4I=li__B__;
      } else /* FALSE */ {
        li__5LPL=(li__AL4I == '-');
        /* __li__B__ __li__I__ */
if (li__5LPL) {
          li__JK4I=li__B__;
          li__HK4I= 1;
        };
        li__YL4I=li__5LPL;
      };
      /* __li__B__ __li__I__ */
if ((! li__YL4I)) {
        li__YL4I=li__KTX(li__AL4I);
        /* __li__B__ __li__I__ */
if (li__YL4I) {
          li__IK4I=(__li__K)(((__li__K )((__li__QJG )li__AL4I)) -  48);
          li__HK4I= 2;
        } else /* FALSE */ {
          li__HK4I= 4;
        };
      };
      li__GL4I=li__B__;
    } else /* FALSE */ {
      li__GL4I=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__GL4I) {
      li__GL4I=li__B__;
    } else /* FALSE */ {
      li__YL4I=(li__HK4I ==  1);
      /* __li__B__ __li__I__ */
if (li__YL4I) {
        li__5LPL=li__KTX(li__AL4I);
        /* __li__B__ __li__I__ */
if (li__5LPL) {
          li__IN4I=(__li__K)(((__li__K )((__li__QJG )li__AL4I)) -  48);
          li__IK4I=li__IN4I;
          /* __li__B__ __li__I__ */
if (li__JK4I) {
            li__IK4I=(__li__K)(- li__IN4I);
          };
          li__HK4I= 2;
        } else /* FALSE */ {
          li__HK4I= 4;
        };
      };
      li__GL4I=li__YL4I;
    };
    /* __li__B__ __li__I__ */
if (li__GL4I) {
      li__GL4I=li__B__;
    } else /* FALSE */ {
      li__YL4I=(li__HK4I ==  2);
      /* __li__B__ __li__I__ */
if (li__YL4I) {
        li__5LPL=li__KTX(li__AL4I);
        /* __li__B__ __li__I__ */
if (li__5LPL) {
          /* __li__B__ __li__I__ */
if (li__JK4I) {
            li__IK4I=(__li__K)((__li__K)( 10 * li__IK4I) - (__li__K)(((__li__K )((__li__QJG )li__AL4I)) -  48));
          } else /* FALSE */ {
            li__IK4I=(__li__K)((__li__K)( 10 * li__IK4I) + (__li__K)(((__li__K )((__li__QJG )li__AL4I)) -  48));
          };
          /* __li__B__ __li__I__ */
if (((li__JK4I && (li__IK4I >  0)) || ((! li__JK4I) && (li__IK4I <  0)))) {
            li__HK4I= 4;
          };
          li__YP4I=li__B__;
        } else /* FALSE */ {
          li__YP4I=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__YP4I)) {
          li__YP4I=li__F0CE(li__AL4I);
          /* __li__B__ __li__I__ */
if (li__YP4I) {
            li__HK4I= 3;
          } else /* FALSE */ {
            li__HK4I= 4;
          };
        };
      };
      li__GL4I=li__YL4I;
    };
    /* __li__B__ __li__I__ */
if ((! li__GL4I)) {
      /* __li__B__ __li__I__ */
if ((li__HK4I ==  3)) {
        li__5LPL=li__F0CE(li__AL4I);
        /* __li__B__ __li__I__ */
if ((! li__5LPL)) {
          li__HK4I= 4;
        };
      };
    };
    li__GK4I=(__li__K)(li__GK4I +  1);
  };
  /* __li__B__ __li__I__ */
if (((li__HK4I !=  0) && (li__HK4I !=  4))) {
    li__KK4I=li__B__;
  };
  /* __li__B__ __li__I__ */
if (li__KK4I) {
    li__FQJJ=((__li__U *)li__DKWI->li__XE3B.li__WZGD);
    li__IN4I= 0;
    li__GL4I=li__I__;
    li__LQJJ= 0;
    li__HQJJ= 1;
    while ((li__HQJJ <= li__FQJJ->li__2C)) {
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if ((li__IN4I ==  0)) {
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if (li__5LPL) {
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if (li__U5PL) {
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          li__YP4I=li__U5PL;
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if ((! li__YP4I)) {
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if ((li__5QJJ == '-')) {
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      };
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if (li__5LPL) {
        li__5LPL=li__B__;
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        li__YP4I=(li__IN4I ==  1);
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if (li__YP4I) {
          li__VSJJ=(__li__K)(((__li__K )((__li__QJG )li__5QJJ)) -  48);
          li__LQJJ=li__VSJJ;
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if (li__GL4I) {
            li__LQJJ=(__li__K)(- li__VSJJ);
          };
          li__IN4I= 2;
        };
        li__5LPL=li__YP4I;
      };
      /* __li__B__ __li__I__ */
if (li__5LPL) {
        li__5LPL=li__B__;
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        li__YP4I=(li__IN4I ==  2);
        /* __li__B__ __li__I__ */
if (li__YP4I) {
          li__U5PL=li__KTX(li__5QJJ);
          /* __li__B__ __li__I__ */
if (li__U5PL) {
            /* __li__B__ __li__I__ */
if (li__GL4I) {
              li__LQJJ=(__li__K)((__li__K)( 10 * li__LQJJ) - (__li__K)(((__li__K )((__li__QJG )li__5QJJ)) -  48));
            } else /* FALSE */ {
              li__LQJJ=(__li__K)((__li__K)( 10 * li__LQJJ) + (__li__K)(((__li__K )((__li__QJG )li__5QJJ)) -  48));
            };
          } else /* FALSE */ {
            li__IN4I= 3;
          };
        };
        li__5LPL=li__YP4I;
      };
      /* __li__B__ __li__I__ */
if ((! li__5LPL)) {
        /* __li__B__ __li__I__ */
if ((li__IN4I ==  3)) {
          li__HQJJ=li__FQJJ->li__2C;
        };
      };
      li__HQJJ=(__li__K)(li__HQJJ +  1);
    };
    /* __li__B__ __li__I__ */
if ((li__LQJJ >  31)) {
      li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
      li__K4E( 0,(&__string_653));
      li__V5E(li__3KWI);
      li__ODF();
    };
    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  0)) {
      li__R3YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__R3YU));
      li__NLWI=li__PNSJ(li__DKWI->li__XE3B.li__O32B.li__0CC,li__JLWI);
      li__FKWI=li__NLWI;
    };
    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  1)) {
      li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
      li__T3YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__2LWI=li__AOSJ(li__3KWI,li__T3YU->li__WTBD.li__0RNE);
      li__FKWI=li__2LWI;
    };
    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  2)) {
      li__V3YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__V3YU));
      li__MMWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 1]));
      li__QMWI=li__3OSJ(li__DKWI->li__XE3B.li__O32B.li__0CC,li__JLWI,li__MMWI);
      li__FKWI=li__QMWI;
    };
    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  3)) {
      li__03YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__03YU));
      li__MMWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 1]));
      li__GNWI=li__1PSJ(li__DKWI->li__XE3B.li__O32B.li__0CC,li__JLWI,li__MMWI);
      li__FKWI=li__GNWI;
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  4)) {
      li__53YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__53YU));
      li__MMWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 1]));
      li__0NWI=li__ZQSJ(li__DKWI->li__XE3B.li__O32B.li__0CC,li__JLWI,li__MMWI);
      li__FKWI=li__0NWI;
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  5)) {
      li__E4YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__E4YU));
      li__MMWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 1]));
      li__OOWI=li__XRSJ(li__DKWI->li__XE3B.li__O32B.li__0CC,li__JLWI,li__MMWI);
      li__FKWI=li__OOWI;
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  6)) {
      li__J4YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__J4YU));
      li__MMWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 1]));
      li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
      li__N4YU=li__M1UJ();
      li__O4YU=((__li__5OWI *)li__N4YU);
      li__O4YU->li__APWI.li__DNWI.li__0CC=li__3KWI;
      li__O4YU->li__APWI.li__MQBK=li__JLWI;
      li__O4YU->li__APWI.li__QQBK=li__MMWI;
      li__FKWI=li__N4YU;
    };
    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  7)) {
      li__U4YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__U4YU));
      li__MMWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 1]));
      li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
      li__Y4YU=li__K3UJ();
      li__Z4YU=((__li__TPWI *)li__Y4YU);
      li__Z4YU->li__UPWI.li__DNWI.li__0CC=li__3KWI;
      li__Z4YU->li__UPWI.li__MQBK=li__JLWI;
      li__Z4YU->li__UPWI.li__QQBK=li__MMWI;
      li__FKWI=li__Y4YU;
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  8)) {
      li__54YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__54YU));
      li__MMWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 1]));
      li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
      li__D5YU=li__I5UJ();
      li__E5YU=((__li__HQWI *)li__D5YU);
      li__E5YU->li__IQWI.li__DNWI.li__0CC=li__3KWI;
      li__E5YU->li__IQWI.li__MQBK=li__JLWI;
      li__E5YU->li__IQWI.li__QQBK=li__MMWI;
      li__FKWI=li__D5YU;
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  9)) {
      li__K5YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__K5YU));
      li__MMWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 1]));
      li__5QWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 2]));
      li__DRWI=li__WVSJ(li__DKWI->li__XE3B.li__O32B.li__0CC,li__JLWI,li__5QWI,li__MMWI);
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  10)) {
      li__S5YU=((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 0];
      li__JLWI=li__NOPI(((__li__VTBD *)li__S5YU));
      li__MMWI=li__NOPI(((__li__VTBD *)((void **)(*(((__li__Z0IE *)li__2UUD->li__2M.li__PRSH))).li__WWWG)[ 1]));
      li__XRWI=li__UWSJ(li__DKWI->li__XE3B.li__O32B.li__0CC,li__JLWI,li__MMWI);
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  11)) {
      li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
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      li__ASWI=li__1SB;
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switch (((struct ___OBJ *)li__ASWI)->__id) {
      case __li__IF__: {
        li__BSWI=((__li__IF *)li__ASWI)->li__J0C;
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      case __li__ORB__: {
        li__BSWI=((__li__ORB *)li__ASWI)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__BSWI=((__li__QRB *)li__ASWI)->li__RRB.li__J0C;
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      case __li__SRB__: {
        li__BSWI=((__li__SRB *)li__ASWI)->li__TRB.li__J0C;
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      case __li__URB__: {
        li__BSWI=((__li__URB *)li__ASWI)->li__VRB.li__J0C;
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      case __li__GSZ__: {
        li__BSWI=((__li__GSZ *)li__ASWI)->li__HSZ.li__J0C;
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      case __li__1RRF__: {
        li__BSWI=((__li__1RRF *)li__ASWI)->li__2RRF.li__J0C;
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      case __li__UJSH__: {
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      };
      li__DSWI=li__VEID(li__3KWI,((__li__UJG )li__VSJJ),li__BSWI);
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  12)) {
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  13)) {
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  14)) {
      /* __li__B__ __li__I__ */
if ((li__1E ==  0)) {
        li__Z5YU=li__DKWI->li__XE3B.li__O32B.li__0CC;
        li__BSWI=li__ORB__->li__PRB.li__J0C;
        li__Y5YU=li__5QND();
        li__35YU=((__li__KVBD *)li__Y5YU);
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        li__35YU->li__LVBD.li__WZLE=li__55YU;
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        li__Z5YU=li__DKWI->li__XE3B.li__O32B.li__0CC;
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        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3TWI)->__id) {
        case __li__IF__: {
          li__4TWI=((__li__IF *)li__3TWI)->li__J0C;
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        case __li__ORB__: {
          li__4TWI=((__li__ORB *)li__3TWI)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__4TWI=((__li__QRB *)li__3TWI)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__4TWI=((__li__SRB *)li__3TWI)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__4TWI=((__li__URB *)li__3TWI)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__4TWI=((__li__GSZ *)li__3TWI)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__4TWI=((__li__1RRF *)li__3TWI)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__4TWI=((__li__UJSH *)li__3TWI)->li__WJSH.li__J0C;
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        };
        li__AAZU=li__RX1D();
        li__BAZU=((__li__AVBD *)li__AAZU);
        li__BAZU->li__BVBD.li__0CC=li__Z5YU;
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        li__BAZU->li__L2ME=li__I__;
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        li__BAZU->li__N2ME=NULL;
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  15)) {
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      /* __li__B__ __li__I__ */
if ((li__MUWI->li__SF.li__DI1B == '-')) {
        li__Z5YU=li__DKWI->li__XE3B.li__O32B.li__0CC;
        li__3TWI=li__DSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3TWI)->__id) {
        case __li__IF__: {
          li__4TWI=((__li__IF *)li__3TWI)->li__J0C;
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        case __li__ORB__: {
          li__4TWI=((__li__ORB *)li__3TWI)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__4TWI=((__li__QRB *)li__3TWI)->li__RRB.li__J0C;
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        case __li__SRB__: {
          li__4TWI=((__li__SRB *)li__3TWI)->li__TRB.li__J0C;
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        case __li__URB__: {
          li__4TWI=((__li__URB *)li__3TWI)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__4TWI=((__li__GSZ *)li__3TWI)->li__HSZ.li__J0C;
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        case __li__1RRF__: {
          li__4TWI=((__li__1RRF *)li__3TWI)->li__2RRF.li__J0C;
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        case __li__UJSH__: {
          li__4TWI=((__li__UJSH *)li__3TWI)->li__WJSH.li__J0C;
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        };
        li__Y5YU=li__5QND();
        li__35YU=((__li__KVBD *)li__Y5YU);
        li__35YU->li__LVBD.li__0K.li__0CC=li__Z5YU;
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        li__35YU->li__LVBD.li__WZLE=li__BSWI;
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        li__Z5YU=li__DKWI->li__XE3B.li__O32B.li__0CC;
        li__3TWI=li__LSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3TWI)->__id) {
        case __li__IF__: {
          li__4TWI=((__li__IF *)li__3TWI)->li__J0C;
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        case __li__ORB__: {
          li__4TWI=((__li__ORB *)li__3TWI)->li__PRB.li__J0C;
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        case __li__QRB__: {
          li__4TWI=((__li__QRB *)li__3TWI)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__4TWI=((__li__SRB *)li__3TWI)->li__TRB.li__J0C;
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        case __li__URB__: {
          li__4TWI=((__li__URB *)li__3TWI)->li__VRB.li__J0C;
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        case __li__GSZ__: {
          li__4TWI=((__li__GSZ *)li__3TWI)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__4TWI=((__li__1RRF *)li__3TWI)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__4TWI=((__li__UJSH *)li__3TWI)->li__WJSH.li__J0C;
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        };
        li__Y5YU=li__5QND();
        li__35YU=((__li__KVBD *)li__Y5YU);
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  16)) {
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      exit(( 1));
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    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  17)) {
      li__KBG((&__string_231));
      fputc((int)('\n'),stdout);
      exit(( 1));
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if ((li__LQJJ ==  18)) {
      li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
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      li__ASWI=li__1SB;
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switch (((struct ___OBJ *)li__ASWI)->__id) {
      case __li__IF__: {
        li__BSWI=((__li__IF *)li__ASWI)->li__J0C;
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      case __li__ORB__: {
        li__BSWI=((__li__ORB *)li__ASWI)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__BSWI=((__li__QRB *)li__ASWI)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__BSWI=((__li__SRB *)li__ASWI)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__BSWI=((__li__URB *)li__ASWI)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__BSWI=((__li__GSZ *)li__ASWI)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__BSWI=((__li__1RRF *)li__ASWI)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__BSWI=((__li__UJSH *)li__ASWI)->li__WJSH.li__J0C;
      } break;
      };
      li__DSWI=li__VEID(li__3KWI,((__li__UJG )li__VSJJ),li__BSWI);
      li__FKWI=li__DSWI;
    };
    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  19)) {
      /* __li__B__ __li__I__ */
if (li__2P) {
        li__Z5YU=li__DKWI->li__XE3B.li__O32B.li__0CC;
        li__3TWI=li__DSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3TWI)->__id) {
        case __li__IF__: {
          li__4TWI=((__li__IF *)li__3TWI)->li__J0C;
        } break;
        case __li__ORB__: {
          li__4TWI=((__li__ORB *)li__3TWI)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__4TWI=((__li__QRB *)li__3TWI)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__4TWI=((__li__SRB *)li__3TWI)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__4TWI=((__li__URB *)li__3TWI)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__4TWI=((__li__GSZ *)li__3TWI)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__4TWI=((__li__1RRF *)li__3TWI)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__4TWI=((__li__UJSH *)li__3TWI)->li__WJSH.li__J0C;
        } break;
        };
        li__Y5YU=li__5QND();
        li__35YU=((__li__KVBD *)li__Y5YU);
        li__35YU->li__LVBD.li__0K.li__0CC=li__Z5YU;
        li__BSWI=li__NNSE(((__li__5RB *)li__4TWI));
        li__35YU->li__LVBD.li__WZLE=li__BSWI;
        li__FKWI=li__Y5YU;
      } else /* FALSE */ {
        li__Z5YU=li__DKWI->li__XE3B.li__O32B.li__0CC;
        li__3TWI=li__LSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__3TWI)->__id) {
        case __li__IF__: {
          li__4TWI=((__li__IF *)li__3TWI)->li__J0C;
        } break;
        case __li__ORB__: {
          li__4TWI=((__li__ORB *)li__3TWI)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__4TWI=((__li__QRB *)li__3TWI)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__4TWI=((__li__SRB *)li__3TWI)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__4TWI=((__li__URB *)li__3TWI)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__4TWI=((__li__GSZ *)li__3TWI)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__4TWI=((__li__1RRF *)li__3TWI)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__4TWI=((__li__UJSH *)li__3TWI)->li__WJSH.li__J0C;
        } break;
        };
        li__Y5YU=li__5QND();
        li__35YU=((__li__KVBD *)li__Y5YU);
        li__35YU->li__LVBD.li__0K.li__0CC=li__Z5YU;
        li__BSWI=li__NNSE(((__li__5RB *)li__4TWI));
        li__35YU->li__LVBD.li__WZLE=li__BSWI;
        li__FKWI=li__Y5YU;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__LQJJ ==  20)) {
      ((__li__BC *)li__0C)->li__NK= 0;
      { 
      struct tm *t; time_t tt;
      tt = time(NULL);
      t = localtime(&tt);
      li__Y1SJ=(__li__F0C)(((__li__F0C )(t->tm_wday)) +  1);
      li__O1SJ=((__li__F0C )(t->tm_mday));
      li__31SJ=(__li__F0C)(((__li__F0C )(t->tm_mon)) +  1);
      li__B2SJ=(__li__2AF)(((__li__2AF )(t->tm_year)) +  1900);
      };
      li__CXWI=((__li__AXWI )(__li__52B)((__li__52B)((__li__52B)((__li__52B)(((__li__52B )li__B2SJ) <<  16) | (__li__52B)(((__li__52B )li__31SJ) <<  8)) | ((__li__52B )li__O1SJ)) | ((__li__52B )(__li__F0C)(li__Y1SJ <<  5))));
      li__Y1SJ=((__li__F0C )(__li__52B)((__li__52B)(((__li__52B )li__CXWI) >>  5) &  7));
      /* __li__B__ __li__I__ */
if ((li__Y1SJ ==  1)) {
        li__JAZ(((__li__BC *)li__0C),(&__string_655));
      };
      /* __li__B__ __li__I__ */
if ((li__Y1SJ ==  2)) {
        li__JAZ(((__li__BC *)li__0C),(&__string_656));
      };
      /* __li__B__ __li__I__ */
if ((li__Y1SJ ==  3)) {
        li__JAZ(((__li__BC *)li__0C),(&__string_657));
      };
      /* __li__B__ __li__I__ */
if ((li__Y1SJ ==  4)) {
        li__JAZ(((__li__BC *)li__0C),(&__string_658));
      };
      /* __li__B__ __li__I__ */
if ((li__Y1SJ ==  5)) {
        li__JAZ(((__li__BC *)li__0C),(&__string_659));
      };
      /* __li__B__ __li__I__ */
if ((li__Y1SJ ==  6)) {
        li__JAZ(((__li__BC *)li__0C),(&__string_660));
      };
      /* __li__B__ __li__I__ */
if ((li__Y1SJ ==  7)) {
        li__JAZ(((__li__BC *)li__0C),(&__string_661));
      };
      /* __li__B__ __li__I__ */
if ((((__li__F0C )(__li__52B)((__li__52B)(((__li__52B )li__CXWI) >>  5) &  7)) !=  0)) {
        li__SRX(((__li__BC *)li__0C),' ');
      };
      li__Y1SJ=((__li__F0C )(__li__52B)(((__li__52B )li__CXWI) &  31));
      li__VSJJ=li__0C->li__NK;
      li__JBUB(li__Y1SJ,li__0C);
      li__22XJ(((__li__BC *)li__0C),'0',li__VSJJ,(__li__K)( 2 - (__li__K)(li__0C->li__NK - li__VSJJ)));
      li__SRX(((__li__BC *)li__0C),'/');
      li__Y1SJ=((__li__F0C )(__li__52B)((__li__52B)(((__li__52B )li__CXWI) &  65280) >>  8));
      li__VSJJ=li__0C->li__NK;
      li__JBUB(li__Y1SJ,li__0C);
      li__22XJ(((__li__BC *)li__0C),'0',li__VSJJ,(__li__K)( 2 - (__li__K)(li__0C->li__NK - li__VSJJ)));
      li__SRX(((__li__BC *)li__0C),'/');
      li__B2SJ=((__li__2AF )(__li__52B)(((__li__52B )li__CXWI) >>  16));
      li__VSJJ=li__0C->li__NK;
      li__5U1K= 0;
      li__CV1K= 0;
      li__DV1K= 0;
      /* __li__B__ __li__I__ */
if ((li__B2SJ ==  0)) {
        li__SRX(((__li__BC *)li__0C),'0');
      } else /* FALSE */ {
        li__CV1K=(__li__K)(((__li__BC *)li__0C)->li__NK +  1);
        li__5U1K=li__B2SJ;
        while ((li__5U1K !=  0)) {
          li__SRX(((__li__BC *)li__0C),((__li__3 )(((__li__QJG)(((__li__QJG )(__li__2AF)(li__5U1K %  10)) + ((__li__QJG )'0'))))));
          li__5U1K=(__li__2AF)(li__5U1K /  10);
        };
        li__DV1K=((__li__BC *)li__0C)->li__NK;
        while ((li__CV1K < li__DV1K)) {
          li__WBZU=((__li__BC *)li__0C);
          li__YBZU=((__li__3 *)li__WBZU->li__CUN)[(__li__K)(li__CV1K -  1)];
          ((__li__3 *)li__WBZU->li__CUN)[(__li__K)(li__CV1K -  1)]=((__li__3 *)li__WBZU->li__CUN)[(__li__K)(li__DV1K -  1)];
          ((__li__3 *)li__WBZU->li__CUN)[(__li__K)(li__DV1K -  1)]=li__YBZU;
          li__DV1K=(__li__K)(li__DV1K -  1);
          li__CV1K=(__li__K)(li__CV1K +  1);
        };
      };
      li__22XJ(((__li__BC *)li__0C),' ',li__VSJJ,(__li__K)( 4 - (__li__K)(li__0C->li__NK - li__VSJJ)));
      li__SRX(((__li__BC *)li__0C),' ');
      { 
      struct tm *t; time_t tt;
      tt = time(NULL);
      t = localtime(&tt);
      li__Y1SJ=((__li__F0C )(t->tm_hour));
      li__O1SJ=((__li__F0C )(t->tm_min));
      li__31SJ=((__li__F0C )(t->tm_sec));
      };
      li__HXWI=((__li__FXWI )(__li__52B)((__li__52B)((__li__52B)(((__li__52B )((__li__K )li__Y1SJ)) <<  24) | (__li__52B)(((__li__52B )((__li__K )li__O1SJ)) <<  16)) | (__li__52B)(((__li__52B )((__li__K )li__31SJ)) <<  8)));
      li__Y1SJ=((__li__F0C )(__li__52B)(((__li__52B )li__HXWI) >>  24));
      li__VSJJ=li__0C->li__NK;
      li__JBUB(li__Y1SJ,li__0C);
      li__22XJ(((__li__BC *)li__0C),'0',li__VSJJ,(__li__K)( 2 - (__li__K)(li__0C->li__NK - li__VSJJ)));
      li__SRX(((__li__BC *)li__0C),':');
      li__Y1SJ=((__li__F0C )(__li__52B)((__li__52B)(((__li__52B )li__HXWI) &  16711680) >>  16));
      li__VSJJ=li__0C->li__NK;
      li__JBUB(li__Y1SJ,li__0C);
      li__22XJ(((__li__BC *)li__0C),'0',li__VSJJ,(__li__K)( 2 - (__li__K)(li__0C->li__NK - li__VSJJ)));
      li__SRX(((__li__BC *)li__0C),':');
      li__Y1SJ=((__li__F0C )(__li__52B)((__li__52B)(((__li__52B )li__HXWI) &  65280) >>  8));
      li__VSJJ=li__0C->li__NK;
      li__JBUB(li__Y1SJ,li__0C);
      li__22XJ(((__li__BC *)li__0C),'0',li__VSJJ,(__li__K)( 2 - (__li__K)(li__0C->li__NK - li__VSJJ)));
      li__SRX(((__li__BC *)li__0C),',');
      li__Y1SJ=((__li__F0C )(__li__52B)(((__li__52B )li__HXWI) &  255));
      li__VSJJ=li__0C->li__NK;
      li__JBUB(li__Y1SJ,li__0C);
      li__22XJ(((__li__BC *)li__0C),'0',li__VSJJ,(__li__K)( 2 - (__li__K)(li__0C->li__NK - li__VSJJ)));
      li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
      li__LXWI=li__SQC(li__0C);
      li__QXWI=li__2X4I(li__3KWI,li__LXWI,li__0C->li__NK);
      li__FKWI=li__QXWI;
    };
    /* __li__B__ __li__I__ */
if (((li__LQJJ >=  22) && (li__LQJJ <=  31))) {
      li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
      li__K4E( 0,(&__string_662));
      li__V5E(li__3KWI);
      li__ODF();
    };
  } else /* FALSE */ {
    li__IN4I= 0;
    li__K2JJ=NULL;
    li__HEZ(((__li__BC *)li__GNB),li__DKWI->li__XE3B.li__WZGD);
    li__LQJJ=li__3NPF(((__li__BC *)li__GNB), 1);
    li__HQJJ=li__LQJJ;
    /* __li__B__ __li__I__ */
if ((li__LQJJ <= li__GNB->li__NK)) {
      li__02JJ=li__ICJJ();
      li__K2JJ=li__02JJ;
      while ((li__HQJJ <= ((__li__BC *)li__GNB)->li__NK)) {
        li__IN4I=li__HQJJ;
        li__HQJJ=(__li__K)(li__HQJJ +  1);
        ((__li__BC *)li__0C)->li__NK= 0;
        li__XQFL:
        {
          /* __li__B__ __li__I__ */
if ((li__HQJJ > ((__li__BC *)li__GNB)->li__NK)) {
            li__G4JJ=li__B__;
          } else /* FALSE */ {
            li__Y3JJ=li__4YTL(((__li__3 *)((__li__BC *)li__GNB)->li__CUN)[(__li__K)(li__HQJJ -  1)]);
            li__G4JJ=((! li__Y3JJ) && (((__li__3 *)((__li__BC *)li__GNB)->li__CUN)[(__li__K)(li__HQJJ -  1)] != '_'));
          };
          /* __li__B__ __li__I__ */
if ((! li__G4JJ)) {
            li__SRX(((__li__BC *)li__0C),((__li__3 *)((__li__BC *)li__GNB)->li__CUN)[(__li__K)(li__HQJJ -  1)]);
            li__HQJJ=(__li__K)(li__HQJJ +  1);
            goto li__XQFL;
          };
        };
        /* __li__B__ __li__I__ */
if ((((__li__BC *)li__0C)->li__NK ==  0)) {
          li__04JJ=li__DKWI->li__XE3B.li__O32B.li__0CC;
          li__K4E( 0,(&__string_648));
          li__V5E(li__04JJ);
          li__ODF();
        };
        li__54JJ=li__SQC(li__0C);
        li__2RFL=NULL;
        li__3RFL=(*(li__C1IE)).li__4BPE;
        li__ESJV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
        while ((! ((li__3RFL <  0) || ((void *)((__li__VTBD *)((void **)li__ESJV)[li__3RFL])->li__WTBD.li__FZB.li__R2B == (void *)li__54JJ)))) {
          li__3RFL=(__li__K)(li__3RFL -  1);
        };
        /* __li__B__ __li__I__ */
if ((li__3RFL >=  0)) {
          li__KTFL=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__3RFL];
          li__2RFL=li__KTFL;
          /* __li__B__ __li__I__ */
if ((((li__3RFL < li__CL3I) && (li__KTFL->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__KTFL->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
            li__CL3I=li__3RFL;
            li__2L3I=li__KTFL;
          };
          li__U5PL=li__B__;
        } else /* FALSE */ {
          li__U5PL=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__U5PL)) {
          /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
            li__UUFL=li__E1CL(((__li__1M *)li__2UUD),li__54JJ);
            li__2RFL=li__UUFL;
            /* __li__B__ __li__I__ */
if ((((void *)li__UUFL != (void *)NULL) && ((void *)li__UUFL->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
              li__CL3I=(__li__K)(-  1);
              li__2L3I=li__UUFL;
            };
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)li__2RFL == (void *)NULL)) {
          li__HEZ(((__li__BC *)li__0C),(&__string_649));
          li__JAZ(((__li__BC *)li__0C),li__54JJ);
          li__JAZ(((__li__BC *)li__0C),(&__string_650));
          li__04JJ=li__DKWI->li__XE3B.li__O32B.li__0CC;
          li__K4E( 1,li__0C);
          li__V5E(li__04JJ);
          li__ODF();
          li__U5PL=li__B__;
        } else /* FALSE */ {
          li__U5PL=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__U5PL)) {
          /* __li__B__ __li__I__ */
if ((li__2RFL->li__WTBD.li__FZB.li__DI1B == '-')) {
            li__HEZ(((__li__BC *)li__0C),(&__string_649));
            li__JAZ(((__li__BC *)li__0C),li__54JJ);
            li__JAZ(((__li__BC *)li__0C),(&__string_651));
            li__SKQL=li__DKWI->li__XE3B.li__O32B.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__SKQL);
            li__ODF();
          };
        };
        li__EAKJ=li__NOPI(((__li__VTBD *)li__2RFL));
        li__2YPI(((__li__2ZEC *)li__K2JJ),li__EAKJ);
        li__WKPB(((__li__BC *)li__GNB),li__IN4I,(__li__K)(li__IN4I + li__54JJ->li__2C));
        li__KOEL(((__li__BC *)li__GNB),(&__string_652),li__IN4I);
        li__3RFL=li__3NPF(((__li__BC *)li__GNB),(__li__K)(li__IN4I +  2));
        li__HQJJ=li__3RFL;
      };
      li__PAKJ=li__UFNJ(li__02JJ);
      li__K2JJ=li__PAKJ;
    };
    li__FQJJ=li__SQC(li__GNB);
    li__3KWI=li__DKWI->li__XE3B.li__O32B.li__0CC;
    li__BSWI=li__QRB__->li__RRB.li__J0C;
    li__AAZU=li__RX1D();
    li__BAZU=((__li__AVBD *)li__AAZU);
    li__BAZU->li__BVBD.li__0CC=li__3KWI;
    li__BAZU->li__K2ME=li__BSWI;
    li__BAZU->li__L2ME=li__B__;
    li__BAZU->li__M2ME=li__FQJJ;
    li__BAZU->li__N2ME=li__K2JJ;
    li__FKWI=li__AAZU;
  };
  li__EKWI=li__FKWI;
  return(li__EKWI);
}

static void* li__PYWI(__li__UG4B *li__QYWI)
/* (Strict ITM_READ_ARGS{li__UG4B}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0YWI,li__BS4I,li__SCPU,li__OURU,li__UCPU,li__WCPU;
  void *li__LSJV,*li__RSJV;
  void *li__VS4I,*li__JT4I,*li__VCZU,*li__1CZU,*li__ZDZU,*li__5DZU;
  void *li__DEZU,*li__RYWI;
  void *li__XS4I,*li__UT4I;
  __li__VTBD *li__BT4I,*li__COEJ;
  __li__KMFK *li__DT4I,*li__EDZU,*li__EOEJ,*li__1DZU;
  __li__PO li__JCZU,li__1HEJ,li__CJEJ,li__UKEJ,li__ZLEJ;
  __li__V34B *li__MSJV,*li__A0WI;
  __li__C0WI *li__NSJV,*li__G0WI,*li__YEZU,*li__ZEZU;
  __li__QOZB *li__LT4I;
  __li__PF *li__DU4I;
  __li__U *li__EU4I,*li__WOEJ;
  __li__ODID *li__RHEJ,*li__NNEJ,*li__RPEJ;
  __li__5RB *li__THEJ,*li__XSJV,*li__0SJV,*li__GPEJ,*li__CTJV;
  void *li__H2CM,*li__0FDM;
  __li__ULSB *li__BLEJ;
  __li__Z4WH *li__DMEJ;
  __li__WK *li__3CZU,*li__FEZU;
  __li__KVBD *li__VSJV,*li__ZSJV,*li__3SJV,*li__BTJV;
  __li__WVBD *li__5CZU,*li__ADZU,*li__HEZU,*li__IEZU;
  __li__KLWI *li__CDZU,*li__KEZU;
  __li__ULWI *li__HDZU,*li__IDZU,*li__PEZU,*li__QEZU;
  __li__MSWI *li__KDZU,*li__LDZU,*li__SEZU,*li__TEZU;
  __li__MZWI *li__NDZU,*li__ODZU,*li__VEZU,*li__WEZU;
  __li__M1WI *li__TDZU,*li__UDZU,*li__1EZU,*li__2EZU;
  __li__TPOO *li__3DZU;
  __li__QWEC *li__DPEJ;
  __li__KI *li__4EZU;
  __li__NWZB *li__TYWI;
  __li__C li__YS4I,li__ZS4I,li__GU4I,li__JU4I,li__WJEJ,li__IKEJ;
  __li__2ZEC *li__SHEJ,*li__IHEJ,*li__INEJ,*li__PURU,*li__WDZU;
  __li__I03C *li__SJEJ,*li__CKEJ;
  li__TYWI=li__3Q0B();
  li__0YWI=(*(li__QYWI->li__UJZG)).li__231B;
  li__BS4I= 1;
  while ((li__BS4I <= li__0YWI)) {
    li__01ED(((__li__NWZB *)li__TYWI),((void **)(*(((__li__NWZB *)li__QYWI->li__UJZG))).li__UPED)[li__BS4I]);
    li__BS4I=(__li__K)(li__BS4I +  1);
  };
  li__LSJV=((void **)(*(((__li__NWZB *)li__QYWI->li__UJZG))).li__UPED)[ 0];
  li__VS4I=NULL;
  li__XS4I=NULL;
  li__YS4I=li__I__;
  li__ZS4I=li__I__;
  /* __li__B__ __li__I__ */
if (((void *)li__LSJV == (void *)NULL)) {
    li__BT4I=li__ORNJ();
    li__DT4I=li__NOPI(((__li__VTBD *)li__BT4I));
    li__VS4I=li__DT4I;
    li__ZS4I=li__B__;
  } else /* FALSE */ {
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__LSJV)->__id) {
    case __li__QOZB__: {
      li__JT4I=li__B5UI(((__li__QOZB *)li__LSJV));
    } break;
    case __li__VXZB__: {
      li__JT4I=li__TDVI(((__li__VXZB *)li__LSJV));
    } break;
    case __li__BZZB__: {
      li__JT4I=li__0DVI(((__li__BZZB *)li__LSJV));
    } break;
    case __li__DA1B__: {
      li__JCZU=((__li__DA1B *)li__LSJV)->li__EA1B.li__0CC;
      li__K4E( 1,(&__string_459));
      li__V5E(li__JCZU);
      li__ODF();
      li__JT4I=NULL;
    } break;
    case __li__ZA1B__: {
      li__JT4I=li__HGVI(((__li__ZA1B *)li__LSJV));
    } break;
    case __li__SB1B__: {
      li__JT4I=li__KJVI(((__li__SB1B *)li__LSJV));
    } break;
    case __li__AE1B__: {
      li__JT4I=li__OMVI(((__li__AE1B *)li__LSJV));
    } break;
    case __li__5E1B__: {
      li__JT4I=li__SNVI(((__li__5E1B *)li__LSJV));
    } break;
    case __li__D11B__: {
      li__KBG((&__string_460));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__JT4I=NULL;
    } break;
    case __li__K41B__: {
      li__JT4I=li__IPVI(((__li__K41B *)li__LSJV));
    } break;
    case __li__YA2B__: {
      li__JT4I=li__OPVI(((__li__YA2B *)li__LSJV));
    } break;
    case __li__NB2B__: {
      li__JT4I=li__RUVI(((__li__NB2B *)li__LSJV));
    } break;
    case __li__LH2B__: {
      li__JT4I=li__ODWI(((__li__LH2B *)li__LSJV));
    } break;
    case __li__M32B__: {
      li__JT4I=li__DHWI(((__li__M32B *)li__LSJV));
    } break;
    case __li__KD3B__: {
      li__JT4I=li__2IWI(((__li__KD3B *)li__LSJV));
    } break;
    case __li__WE3B__: {
      li__JT4I=li__CKWI(((__li__WE3B *)li__LSJV));
    } break;
    case __li__UG4B__: {
      li__JT4I=li__PYWI(((__li__UG4B *)li__LSJV));
    } break;
    case __li__Q24B__: {
      li__JT4I=li__JZWI(((__li__Q24B *)li__LSJV));
    } break;
    case __li__D34B__: {
      li__JT4I=li__VZWI(((__li__D34B *)li__LSJV));
    } break;
    case __li__V34B__: {
      li__MSJV=((__li__V34B *)li__LSJV);
      li__NSJV=li__ZV4I(li__MSJV->li__W34B.li__0CC,li__MSJV->li__2OGD);
      li__JT4I=li__NSJV;
    } break;
    case __li__H44B__: {
      li__JT4I=li__I0WI(((__li__H44B *)li__LSJV));
    } break;
    case __li__XMUC__: {
      li__KBG((&__string_447));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__JT4I=NULL;
    } break;
    };
    li__VS4I=li__JT4I;
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__LSJV==NULL) {
      li__LT4I=NULL;
    } else {
      if (((struct ___OBJ *)li__LSJV)->__id==__li__QOZB__) {
        li__LT4I=((void *)li__LSJV);
      } else /* Other types */ {
        li__LT4I=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__LT4I != (void *)NULL)) {
      li__RSJV=((void **)(*(((__li__NWZB *)li__LT4I->li__J1FC))).li__UPED)[ 0];
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__RSJV==NULL) {
        li__UT4I=NULL;
      } else {
        switch (((struct ___OBJ *)li__RSJV)->__id) {
        case __li__QOZB__: 
        case __li__VXZB__: 
        case __li__BZZB__: 
        case __li__DA1B__: 
        case __li__ZA1B__: 
        case __li__SB1B__: 
        case __li__5E1B__: 
        case __li__D11B__: 
        case __li__NB2B__: 
        case __li__LH2B__: 
        case __li__M32B__: 
        case __li__KD3B__: 
        case __li__WE3B__: 
        case __li__Q24B__: 
        case __li__D34B__: 
        case __li__V34B__: 
        case __li__H44B__: 
        case __li__XMUC__: {
          li__UT4I=NULL;
        } break;
        case __li__AE1B__: {
          li__UT4I=((void *)li__RSJV);
        } break;
        case __li__K41B__: {
          li__UT4I=((void *)li__RSJV);
        } break;
        case __li__YA2B__: {
          li__UT4I=((void *)li__RSJV);
        } break;
        case __li__UG4B__: {
          li__UT4I=((void *)li__RSJV);
        } break;
        }
      };
      li__XS4I=li__UT4I;
    } else /* FALSE */ {
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__LSJV==NULL) {
        li__UT4I=NULL;
      } else {
        switch (((struct ___OBJ *)li__LSJV)->__id) {
        case __li__QOZB__: 
        case __li__VXZB__: 
        case __li__BZZB__: 
        case __li__DA1B__: 
        case __li__ZA1B__: 
        case __li__SB1B__: 
        case __li__5E1B__: 
        case __li__D11B__: 
        case __li__NB2B__: 
        case __li__LH2B__: 
        case __li__M32B__: 
        case __li__KD3B__: 
        case __li__WE3B__: 
        case __li__Q24B__: 
        case __li__D34B__: 
        case __li__V34B__: 
        case __li__H44B__: 
        case __li__XMUC__: {
          li__UT4I=NULL;
        } break;
        case __li__AE1B__: {
          li__UT4I=((void *)li__LSJV);
        } break;
        case __li__K41B__: {
          li__UT4I=((void *)li__LSJV);
        } break;
        case __li__YA2B__: {
          li__UT4I=((void *)li__LSJV);
        } break;
        case __li__UG4B__: {
          li__UT4I=((void *)li__LSJV);
        } break;
        }
      };
      li__XS4I=li__UT4I;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__XS4I != (void *)NULL)) {
      li__DU4I=((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__QYWI->li__VG4B.li__BE1B.li__0CC)) &  511)];
      /* NULL __li__AE1B__ __li__K41B__ __li__YA2B__ __li__UG4B__ */
switch (((struct ___OBJ *)li__XS4I)->__id) {
      case __li__AE1B__: {
        li__EU4I=((__li__AE1B *)li__XS4I)->li__PNGC;
      } break;
      case __li__K41B__: {
        li__EU4I=((__li__K41B *)li__XS4I)->li__L41B.li__PNGC;
      } break;
      case __li__YA2B__: {
        li__EU4I=((__li__YA2B *)li__XS4I)->li__ZA2B.li__PNGC;
      } break;
      case __li__UG4B__: {
        li__EU4I=((__li__UG4B *)li__XS4I)->li__VG4B.li__PNGC;
      } break;
      };
      li__GU4I=li__QESJ(((__li__PF *)li__DU4I),li__EU4I);
      li__JU4I=li__GU4I;
    } else /* FALSE */ {
      li__JU4I=li__I__;
    };
    li__YS4I=li__JU4I;
  };
  li__JCZU=((__li__PO ) 0);
  li__LSJV=NULL;
  li__GU4I=li__I__;
  li__RHEJ=NULL;
  li__RSJV=li__VS4I;
  li__SHEJ=li__ICJJ();
  li__IHEJ=li__SHEJ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VS4I)->__id) {
  case __li__WK__: {
    li__THEJ=((__li__WK *)li__VS4I)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__THEJ=((__li__AVBD *)li__VS4I)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__THEJ=((__li__KVBD *)li__VS4I)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__THEJ=((__li__WVBD *)li__VS4I)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__THEJ=li__JK5J(((__li__Z4WH *)li__VS4I));
  } break;
  case __li__KTVI__: {
    li__THEJ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__THEJ=li__553L();
  } break;
  case __li__XTVI__: {
    li__THEJ=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__THEJ=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__THEJ=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__THEJ=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__THEJ=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__THEJ=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__THEJ=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__THEJ=li__DWEK(((__li__BNWI *)li__VS4I));
  } break;
  case __li__XNWI__: {
    li__THEJ=li__IWEK(((__li__XNWI *)li__VS4I));
  } break;
  case __li__LOWI__: {
    li__THEJ=li__NWEK(((__li__LOWI *)li__VS4I));
  } break;
  case __li__5OWI__: {
    li__THEJ=li__SWEK(((__li__5OWI *)li__VS4I));
  } break;
  case __li__TPWI__: {
    li__THEJ=li__XWEK(((__li__TPWI *)li__VS4I));
  } break;
  case __li__HQWI__: {
    li__THEJ=li__2WEK(((__li__HQWI *)li__VS4I));
  } break;
  case __li__ARWI__: {
    li__THEJ=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__THEJ=li__FXEK(((__li__URWI *)li__VS4I));
  } break;
  case __li__MSWI__: {
    li__THEJ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__THEJ=((__li__ETWI *)li__VS4I)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__THEJ=((__li__MZWI *)li__VS4I)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__THEJ=((__li__C0WI *)li__VS4I)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__THEJ=((__li__M1WI *)li__VS4I)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__THEJ=((__li__KMFK *)li__VS4I)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__THEJ=li__T4NN(((__li__XOHL *)li__VS4I));
  } break;
  case __li__FPHL__: {
    li__THEJ=li__KA4L(((__li__FPHL *)li__VS4I));
  } break;
  case __li__APLM__: {
    li__THEJ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__THEJ=li__1ISO(((__li__DTNM *)li__VS4I));
  } break;
  case __li__JXNM__: {
    li__THEJ=li__VX3R(((__li__JXNM *)li__VS4I));
  } break;
  case __li__21LO__: {
    li__THEJ=((__li__21LO *)li__VS4I)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__THEJ=((__li__TPOO *)li__VS4I)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__THEJ=li__FH4R();
  } break;
  case __li__41XO__: {
    li__THEJ=li__3FDQ(((__li__41XO *)li__VS4I));
  } break;
  case __li__AKBR__: {
    li__THEJ=li__WQDS(((__li__AKBR *)li__VS4I));
  } break;
  case __li__SU5R__: {
    li__THEJ=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__THEJ=li__Y1IS();
  } break;
  };
  li__JT4I=((__li__5RB *)li__THEJ)->li__AEM;
  /* __li__B__ __li__I__ */
if (((void *)li__JT4I == (void *)li__QRB__)) {
    li__1HEJ=li__QYWI->li__VG4B.li__BE1B.li__0CC;
    li__K4E( 1,(&__string_451));
    li__V5E(li__1HEJ);
    li__ODF();
  };
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__JT4I)->__id) {
  case __li__IF__: 
  case __li__ORB__: 
  case __li__QRB__: 
  case __li__SRB__: 
  case __li__URB__: 
  case __li__GSZ__: {
    li__JU4I=li__I__;
  } break;
  case __li__1RRF__: 
  case __li__UJSH__: {
    li__JU4I=li__B__;
  } break;
  };
  /* __li__B__ __li__I__ */
if ((li__JU4I && ((void *)li__QYWI->li__VG4B.li__PNGC == (void *)(&__string_84)))) {
    li__GU4I=li__B__;
  } else /* FALSE */ {
    li__EU4I=li__QYWI->li__VG4B.li__PNGC;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__JT4I)->__id) {
    case __li__IF__: {
      li__UT4I=li__SJ2F(((__li__IF *)li__JT4I),li__EU4I);
    } break;
    case __li__ORB__: {
      li__UT4I=li__NL2F(((__li__ORB *)((__li__IF *)li__JT4I)),li__EU4I);
    } break;
    case __li__QRB__: {
      li__UT4I=li__IN2F(((__li__QRB *)((__li__IF *)li__JT4I)),li__EU4I);
    } break;
    case __li__SRB__: {
      li__UT4I=li__DP2F(((__li__SRB *)((__li__IF *)li__JT4I)),li__EU4I);
    } break;
    case __li__URB__: {
      li__UT4I=li__4Q2F(((__li__URB *)((__li__IF *)li__JT4I)),li__EU4I);
    } break;
    case __li__GSZ__: {
      li__UT4I=li__ZS2F(((__li__GSZ *)((__li__IF *)li__JT4I)),li__EU4I);
    } break;
    case __li__1RRF__: {
      li__UT4I=li__4WMI(li__EU4I);
    } break;
    case __li__UJSH__: {
      li__UT4I=li__NBMN(li__EU4I);
    } break;
    };
    li__LSJV=li__UT4I;
    /* __li__B__ __li__I__ */
if (((void *)li__LSJV == (void *)NULL)) {
      li__HEZ(((__li__BC *)li__0C),(&__string_425));
      li__JAZ(((__li__BC *)li__0C),li__QYWI->li__VG4B.li__PNGC);
      li__JAZ(((__li__BC *)li__0C),(&__string_452));
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__JT4I)->__id) {
      case __li__IF__: {
        li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__JT4I)->li__TF->li__SF.li__R2B);
      } break;
      case __li__ORB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_1));
      } break;
      case __li__QRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_2));
      } break;
      case __li__SRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_51));
      } break;
      case __li__URB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_53));
      } break;
      case __li__GSZ__: {
        li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__JT4I))->li__EGQB);
      } break;
      case __li__1RRF__: {
        li__UPMI(((__li__1RRF *)((__li__IF *)li__JT4I)),li__0C);
      } break;
      case __li__UJSH__: {
        li__O4LN(((__li__UJSH *)((__li__IF *)li__JT4I)),li__0C);
      } break;
      };
      li__JAZ(((__li__BC *)li__0C),(&__string_178));
      li__CJEJ=li__QYWI->li__VG4B.li__BE1B.li__0CC;
      li__K4E( 1,li__0C);
      li__V5E(li__CJEJ);
      li__ODF();
    };
    /* __li__B__ __li__I__ */
if (li__O4RI) {
      /* __li__B__ __li__I__ */
if (((void *)li__TYWI == (void *)NULL)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LSJV)->__id==__li__DZB__) {
          li__H2CM=((__li__DZB *)li__LSJV)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H2CM)->__id==__li__IZB__) {
            li__SJEJ=((__li__IZB *)li__H2CM)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__SJEJ=((__li__4HAD *)li__H2CM)->li__5HAD.li__MPHD;
          };
        } else /* SLOT_CODE */ {
          li__H2CM=((__li__QWEC *)li__LSJV)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H2CM)->__id==__li__IZB__) {
            li__SJEJ=((__li__IZB *)li__H2CM)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__SJEJ=((__li__4HAD *)li__H2CM)->li__5HAD.li__MPHD;
          };
        };
        li__SCPU=(__li__K)((*(((__li__I03C *)li__SJEJ))).li__RBLE +  1);
        li__WJEJ=(li__SCPU !=  1);
      } else /* FALSE */ {
        li__WJEJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__WJEJ) {
        li__WJEJ=li__B__;
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if (((void *)li__TYWI != (void *)NULL)) {
          li__OURU=(__li__K)((*(((__li__NWZB *)li__TYWI))).li__231B +  1);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LSJV)->__id==__li__DZB__) {
            li__0FDM=((__li__DZB *)li__LSJV)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0FDM)->__id==__li__IZB__) {
              li__CKEJ=((__li__IZB *)li__0FDM)->li__MPHD;
            } else /* ITM_SLOT_OPERATOR */ {
              li__CKEJ=((__li__4HAD *)li__0FDM)->li__5HAD.li__MPHD;
            };
          } else /* SLOT_CODE */ {
            li__0FDM=((__li__QWEC *)li__LSJV)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0FDM)->__id==__li__IZB__) {
              li__CKEJ=((__li__IZB *)li__0FDM)->li__MPHD;
            } else /* ITM_SLOT_OPERATOR */ {
              li__CKEJ=((__li__4HAD *)li__0FDM)->li__5HAD.li__MPHD;
            };
          };
          li__UCPU=(__li__K)((*(((__li__I03C *)li__CKEJ))).li__RBLE +  1);
          li__IKEJ=(li__OURU != (__li__K)(li__UCPU -  1));
        } else /* FALSE */ {
          li__IKEJ=li__I__;
        };
        li__WJEJ=li__IKEJ;
      };
      /* __li__B__ __li__I__ */
if (li__WJEJ) {
        li__EDSB( 1,(&__string_453));
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if (((struct ___OBJ *)li__LSJV)->__id==__li__DZB__) {
          li__UKEJ=((__li__DZB *)li__LSJV)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__H2CM=((__li__QWEC *)li__LSJV)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H2CM)->__id==__li__IZB__) {
            li__UKEJ=((__li__IZB *)li__H2CM)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UKEJ=((__li__4HAD *)li__H2CM)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__UKEJ);
        li__V5E(li__QYWI->li__VG4B.li__BE1B.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LSJV)->__id==__li__DZB__) {
        li__UKEJ=((__li__DZB *)li__LSJV)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__H2CM=((__li__QWEC *)li__LSJV)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__H2CM)->__id==__li__IZB__) {
          li__UKEJ=((__li__IZB *)li__H2CM)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__UKEJ=((__li__4HAD *)li__H2CM)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      li__5JKB=li__UKEJ;
      /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LSJV)->__id==__li__DZB__) {
          li__BLEJ=li__QXVG(((__li__DZB *)li__LSJV));
        } else /* SLOT_CODE */ {
          li__0FDM=((__li__QWEC *)li__LSJV)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0FDM)->__id==__li__IZB__) {
            li__BLEJ=((__li__IZB *)li__0FDM)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__BLEJ=((__li__4HAD *)li__0FDM)->li__5HAD.li__WLSB;
          };
        };
        li__WJEJ=li__EYCM(((__li__ULSB *)li__BLEJ),li__JT4I,((__li__5RB *)li__2UUD->li__2M.li__2NSH)->li__AEM);
        li__IKEJ=(! li__WJEJ);
      } else /* FALSE */ {
        li__IKEJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__IKEJ) {
        li__HEZ(((__li__BC *)li__0C),(&__string_454));
        li__OUHF(((__li__5RB *)li__2UUD->li__2M.li__2NSH),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_455));
        li__DNVB( 2,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LSJV)->__id==__li__DZB__) {
          li__ZLEJ=((__li__DZB *)li__LSJV)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__0FDM=((__li__QWEC *)li__LSJV)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0FDM)->__id==__li__IZB__) {
            li__ZLEJ=((__li__IZB *)li__0FDM)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ZLEJ=((__li__4HAD *)li__0FDM)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__ZLEJ);
        li__V5E(li__QYWI->li__VG4B.li__BE1B.li__0CC);
        li__ODF();
      };
      li__5JKB=li__JCZU;
    };
  };
  li__EBKJ(li__QYWI,li__VS4I, 0,li__SHEJ,li__LSJV,li__GU4I);
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__VS4I==NULL) {
    li__DMEJ=NULL;
  } else {
    if (((struct ___OBJ *)li__VS4I)->__id==__li__Z4WH__) {
      li__DMEJ=((void *)li__VS4I);
    } else /* Other types */ {
      li__DMEJ=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__DMEJ != (void *)NULL)) {
    li__VCZU=((void **)(*(((__li__2ZEC *)li__DMEJ->li__PJPI))).li__3GPI)[ 0];
    li__RSJV=li__VCZU;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__TYWI != (void *)NULL)) {
    li__SCPU=(*(li__TYWI)).li__231B;
    li__OURU= 0;
    while ((li__OURU <= li__SCPU)) {
      li__H2CM=((void **)(*(((__li__NWZB *)li__TYWI))).li__UPED)[li__OURU];
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__H2CM)->__id) {
      case __li__QOZB__: {
        li__0FDM=li__B5UI(((__li__QOZB *)li__H2CM));
      } break;
      case __li__VXZB__: {
        li__0FDM=li__TDVI(((__li__VXZB *)li__H2CM));
      } break;
      case __li__BZZB__: {
        li__0FDM=li__0DVI(((__li__BZZB *)li__H2CM));
      } break;
      case __li__DA1B__: {
        li__ZLEJ=((__li__DA1B *)li__H2CM)->li__EA1B.li__0CC;
        li__K4E( 1,(&__string_459));
        li__V5E(li__ZLEJ);
        li__ODF();
        li__0FDM=NULL;
      } break;
      case __li__ZA1B__: {
        li__0FDM=li__HGVI(((__li__ZA1B *)li__H2CM));
      } break;
      case __li__SB1B__: {
        li__0FDM=li__KJVI(((__li__SB1B *)li__H2CM));
      } break;
      case __li__AE1B__: {
        li__0FDM=li__OMVI(((__li__AE1B *)li__H2CM));
      } break;
      case __li__5E1B__: {
        li__0FDM=li__SNVI(((__li__5E1B *)li__H2CM));
      } break;
      case __li__D11B__: {
        li__KBG((&__string_460));
        fputc((int)('\n'),stdout);
        exit(( 1));
        li__0FDM=NULL;
      } break;
      case __li__K41B__: {
        li__0FDM=li__IPVI(((__li__K41B *)li__H2CM));
      } break;
      case __li__YA2B__: {
        li__0FDM=li__OPVI(((__li__YA2B *)li__H2CM));
      } break;
      case __li__NB2B__: {
        li__0FDM=li__RUVI(((__li__NB2B *)li__H2CM));
      } break;
      case __li__LH2B__: {
        li__0FDM=li__ODWI(((__li__LH2B *)li__H2CM));
      } break;
      case __li__M32B__: {
        li__0FDM=li__DHWI(((__li__M32B *)li__H2CM));
      } break;
      case __li__KD3B__: {
        li__0FDM=li__2IWI(((__li__KD3B *)li__H2CM));
      } break;
      case __li__WE3B__: {
        li__0FDM=li__CKWI(((__li__WE3B *)li__H2CM));
      } break;
      case __li__UG4B__: {
        li__0FDM=li__PYWI(((__li__UG4B *)li__H2CM));
      } break;
      case __li__Q24B__: {
        li__0FDM=li__JZWI(((__li__Q24B *)li__H2CM));
      } break;
      case __li__D34B__: {
        li__0FDM=li__VZWI(((__li__D34B *)li__H2CM));
      } break;
      case __li__V34B__: {
        li__A0WI=((__li__V34B *)li__H2CM);
        li__G0WI=li__ZV4I(li__A0WI->li__W34B.li__0CC,li__A0WI->li__2OGD);
        li__0FDM=li__G0WI;
      } break;
      case __li__H44B__: {
        li__0FDM=li__I0WI(((__li__H44B *)li__H2CM));
      } break;
      case __li__XMUC__: {
        li__KBG((&__string_447));
        fputc((int)('\n'),stdout);
        exit(( 1));
        li__0FDM=NULL;
      } break;
      };
      li__EBKJ(li__QYWI,li__0FDM,(__li__K)(li__OURU +  1),li__IHEJ,li__LSJV,li__GU4I);
      li__OURU=(__li__K)(li__OURU +  1);
    };
  };
  /* __li__B__ __li__I__ */
if (li__GU4I) {
    li__INEJ=li__UFNJ(li__SHEJ);
    li__IHEJ=li__INEJ;
    li__1CZU=((void **)(*(((__li__2ZEC *)li__INEJ))).li__3GPI)[ 0];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1CZU)->__id) {
    case __li__WK__: {
      li__3CZU=li__PVEJ(((__li__WK *)li__1CZU));
      li__UT4I=li__3CZU;
    } break;
    case __li__AVBD__: {
      li__UT4I=li__AE5L(((__li__AVBD *)li__1CZU));
    } break;
    case __li__KVBD__: {
      li__VSJV=((__li__KVBD *)li__1CZU);
      li__CJEJ=li__VSJV->li__LVBD.li__0K.li__0CC;
      li__XSJV=li__VSJV->li__LVBD.li__WZLE;
      li__VSJV=li__5QND();
      li__ZSJV=((__li__KVBD *)li__VSJV);
      li__ZSJV->li__LVBD.li__0K.li__0CC=li__CJEJ;
      li__0SJV=li__NNSE(((__li__5RB *)li__XSJV));
      li__ZSJV->li__LVBD.li__WZLE=li__0SJV;
      li__UT4I=li__VSJV;
    } break;
    case __li__WVBD__: {
      li__5CZU=((__li__WVBD *)li__1CZU);
      li__ADZU=li__VEID(li__5CZU->li__XVBD.li__0K.li__0CC,li__5CZU->li__2ZLE,li__5CZU->li__XVBD.li__WZLE);
      li__UT4I=li__ADZU;
    } break;
    case __li__Z4WH__: {
      li__UT4I=li__XEVK(((__li__Z4WH *)li__1CZU));
    } break;
    case __li__KTVI__: {
      li__UT4I=li__XF5L(((__li__KTVI *)li__1CZU));
    } break;
    case __li__LTVI__: {
      li__UT4I=li__SDGM(((__li__LTVI *)li__1CZU));
    } break;
    case __li__XTVI__: {
      li__UT4I=li__DG5L(((__li__XTVI *)li__1CZU));
    } break;
    case __li__YTVI__: {
      li__UT4I=li__4DGM(((__li__YTVI *)li__1CZU));
    } break;
    case __li__S2VI__: {
      li__UT4I=li__OG5L(((__li__S2VI *)li__1CZU));
    } break;
    case __li__E3VI__: {
      li__UT4I=li__ZG5L(((__li__E3VI *)li__1CZU));
    } break;
    case __li__KLWI__: {
      li__CDZU=((__li__KLWI *)li__1CZU);
      li__CJEJ=li__CDZU->li__LLWI.li__0CC;
      li__EDZU=li__G3CM(((__li__KMFK *)li__CDZU->li__ZPBK));
      li__CDZU=li__PNSJ(li__CJEJ,li__EDZU);
      li__UT4I=li__CDZU;
    } break;
    case __li__ULWI__: {
      li__HDZU=((__li__ULWI *)li__1CZU);
      li__IDZU=li__AOSJ(li__HDZU->li__VLWI.li__0CC,li__HDZU->li__4PBK);
      li__UT4I=li__IDZU;
    } break;
    case __li__NMWI__: {
      li__UT4I=li__SH5L(((__li__NMWI *)li__1CZU));
    } break;
    case __li__BNWI__: {
      li__UT4I=li__3H5L(((__li__BNWI *)li__1CZU));
    } break;
    case __li__XNWI__: {
      li__UT4I=li__II5L(((__li__XNWI *)li__1CZU));
    } break;
    case __li__LOWI__: {
      li__UT4I=li__TI5L(((__li__LOWI *)li__1CZU));
    } break;
    case __li__5OWI__: {
      li__UT4I=li__4I5L(((__li__5OWI *)li__1CZU));
    } break;
    case __li__TPWI__: {
      li__UT4I=li__JJ5L(((__li__TPWI *)li__1CZU));
    } break;
    case __li__HQWI__: {
      li__UT4I=li__UJ5L(((__li__HQWI *)li__1CZU));
    } break;
    case __li__ARWI__: {
      li__UT4I=li__5J5L(((__li__ARWI *)li__1CZU));
    } break;
    case __li__URWI__: {
      li__UT4I=li__NK5L(((__li__URWI *)li__1CZU));
    } break;
    case __li__MSWI__: {
      li__KDZU=((__li__MSWI *)li__1CZU);
      li__LDZU=li__YXSJ(li__KDZU->li__NSWI.li__0CC,li__KDZU->li__ISBK);
      li__UT4I=li__LDZU;
    } break;
    case __li__ETWI__: {
      li__UT4I=li__4K5L(((__li__ETWI *)li__1CZU));
    } break;
    case __li__MZWI__: {
      li__NDZU=((__li__MZWI *)li__1CZU);
      li__ODZU=li__4U4I(li__NDZU->li__NZWI.li__0K.li__0CC,li__NDZU->li__3SBK,li__NDZU->li__NZWI.li__WZLE);
      li__UT4I=li__ODZU;
    } break;
    case __li__C0WI__: {
      li__NSJV=((__li__C0WI *)li__1CZU);
      li__G0WI=li__ZV4I(li__NSJV->li__D0WI.li__0K.li__0CC,li__NSJV->li__CTBK);
      li__UT4I=li__G0WI;
    } break;
    case __li__M1WI__: {
      li__TDZU=((__li__M1WI *)li__1CZU);
      li__UDZU=li__1Z4I(li__TDZU->li__N1WI.li__0K.li__0CC,li__TDZU->li__UTFK);
      li__UT4I=li__UDZU;
    } break;
    case __li__KMFK__: {
      li__UT4I=li__G3CM(((__li__KMFK *)li__1CZU));
    } break;
    case __li__XOHL__: {
      li__UT4I=li__AAPN(((__li__XOHL *)li__1CZU));
    } break;
    case __li__FPHL__: {
      li__UT4I=li__2EGM(((__li__FPHL *)li__1CZU));
    } break;
    case __li__APLM__: {
      li__UT4I=li__XRDQ(((__li__APLM *)li__1CZU));
    } break;
    case __li__DTNM__: {
      li__UT4I=li__D5SO(((__li__DTNM *)li__1CZU));
    } break;
    case __li__JXNM__: {
      li__UT4I=li__153R(((__li__JXNM *)li__1CZU));
    } break;
    case __li__21LO__: {
      li__UT4I=li__2KLP(((__li__21LO *)li__1CZU));
    } break;
    case __li__TPOO__: {
      li__UT4I=li__JLLP(((__li__TPOO *)li__1CZU));
    } break;
    case __li__URRO__: {
      li__UT4I=li__KM4R(((__li__URRO *)li__1CZU));
    } break;
    case __li__41XO__: {
      li__UT4I=li__CSDQ(((__li__41XO *)li__1CZU));
    } break;
    case __li__AKBR__: {
      li__UT4I=li__L2DS(((__li__AKBR *)li__1CZU));
    } break;
    case __li__SU5R__: {
      li__UT4I=li__EQJS(((__li__SU5R *)li__1CZU));
    } break;
    case __li__JV5R__: {
      li__UT4I=li__PQJS(((__li__JV5R *)li__1CZU));
    } break;
    };
    li__PURU=((__li__2ZEC *)li__INEJ);
    ((void **)(*(li__PURU)).li__3GPI)[ 0]=li__UT4I;
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    li__RHEJ=li__NNEJ;
    li__JU4I=li__B__;
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    li__JU4I=li__I__;
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if ((! li__JU4I)) {
    li__WCPU=(__li__K)((*(((__li__2ZEC *)li__IHEJ))).li__NKSH +  1);
    /* __li__B__ __li__I__ */
if ((li__WCPU ==  1)) {
      /* __li__B__ __li__I__ */
if (li__YS4I) {
        li__COEJ=li__ORNJ();
        li__EOEJ=li__NOPI(((__li__VTBD *)li__COEJ));
        li__WDZU=((__li__2ZEC *)li__IHEJ);
        ((void **)(*(li__WDZU)).li__3GPI)[ 0]=li__EOEJ;
        li__ZDZU=((void **)(*(((__li__2ZEC *)li__IHEJ))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZDZU)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__ZDZU));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__ZDZU));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__ZDZU));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__ZDZU));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__ZDZU));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__ZDZU));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__ZDZU));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__ZDZU));
        } break;
        case __li__KLWI__: {
          li__1DZU=((__li__KMFK *)((__li__KLWI *)li__ZDZU)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__1DZU->li__3RFK),li__1DZU);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__ZDZU));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__ZDZU));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__ZDZU));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__ZDZU));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__ZDZU));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__ZDZU));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__ZDZU));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__ZDZU));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__ZDZU));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__ZDZU));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__1DZU=((__li__KMFK *)li__ZDZU);
          li__HXPN(((__li__VTBD *)li__1DZU->li__3RFK),li__1DZU);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__ZDZU));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__ZDZU));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__ZDZU));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__ZDZU));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__ZDZU));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__ZDZU));
        } break;
        case __li__TPOO__: {
          li__3DZU=((__li__TPOO *)li__ZDZU);
          li__IZFQ(((__li__DZB *)li__3DZU->li__5IXO),li__3DZU);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__ZDZU));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__ZDZU));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__ZDZU));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__ZDZU));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__ZDZU));
        } break;
        };
      };
      /* __li__B__ __li__I__ */
if ((li__O4RI & li__BMB)) {
        li__WOEJ=li__QYWI->li__VG4B.li__PNGC;
        li__WJEJ=li__SALE(((__li__U *)li__WOEJ),(&__string_456));
        li__IKEJ=li__WJEJ;
      } else /* FALSE */ {
        li__IKEJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__IKEJ) {
        li__HEZ(((__li__BC *)li__0C),(&__string_457));
        li__DPEJ=((__li__1M *)li__2UUD)->li__AZOI;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DPEJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__BIJM(((__li__QWEC *)li__DPEJ),li__0C);
        } else /* ITM_SLOT_OPERATOR */ {
          li__WJJM(((__li__QWEC *)li__DPEJ),li__0C);
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_458));
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RSJV)->__id) {
        case __li__WK__: {
          li__GPEJ=((__li__WK *)li__RSJV)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__GPEJ=((__li__AVBD *)li__RSJV)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__GPEJ=((__li__KVBD *)li__RSJV)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__GPEJ=((__li__WVBD *)li__RSJV)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__GPEJ=li__JK5J(((__li__Z4WH *)li__RSJV));
        } break;
        case __li__KTVI__: {
          li__GPEJ=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__GPEJ=li__553L();
        } break;
        case __li__XTVI__: {
          li__GPEJ=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__GPEJ=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__GPEJ=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__GPEJ=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__GPEJ=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__GPEJ=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__GPEJ=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__GPEJ=li__DWEK(((__li__BNWI *)li__RSJV));
        } break;
        case __li__XNWI__: {
          li__GPEJ=li__IWEK(((__li__XNWI *)li__RSJV));
        } break;
        case __li__LOWI__: {
          li__GPEJ=li__NWEK(((__li__LOWI *)li__RSJV));
        } break;
        case __li__5OWI__: {
          li__GPEJ=li__SWEK(((__li__5OWI *)li__RSJV));
        } break;
        case __li__TPWI__: {
          li__GPEJ=li__XWEK(((__li__TPWI *)li__RSJV));
        } break;
        case __li__HQWI__: {
          li__GPEJ=li__2WEK(((__li__HQWI *)li__RSJV));
        } break;
        case __li__ARWI__: {
          li__GPEJ=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__GPEJ=li__FXEK(((__li__URWI *)li__RSJV));
        } break;
        case __li__MSWI__: {
          li__GPEJ=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__GPEJ=((__li__ETWI *)li__RSJV)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__GPEJ=((__li__MZWI *)li__RSJV)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__GPEJ=((__li__C0WI *)li__RSJV)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__GPEJ=((__li__M1WI *)li__RSJV)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__GPEJ=((__li__KMFK *)li__RSJV)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__GPEJ=li__T4NN(((__li__XOHL *)li__RSJV));
        } break;
        case __li__FPHL__: {
          li__GPEJ=li__KA4L(((__li__FPHL *)li__RSJV));
        } break;
        case __li__APLM__: {
          li__GPEJ=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__GPEJ=li__1ISO(((__li__DTNM *)li__RSJV));
        } break;
        case __li__JXNM__: {
          li__GPEJ=li__VX3R(((__li__JXNM *)li__RSJV));
        } break;
        case __li__21LO__: {
          li__GPEJ=((__li__21LO *)li__RSJV)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__GPEJ=((__li__TPOO *)li__RSJV)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__GPEJ=li__FH4R();
        } break;
        case __li__41XO__: {
          li__GPEJ=li__3FDQ(((__li__41XO *)li__RSJV));
        } break;
        case __li__AKBR__: {
          li__GPEJ=li__WQDS(((__li__AKBR *)li__RSJV));
        } break;
        case __li__SU5R__: {
          li__GPEJ=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__GPEJ=li__Y1IS();
        } break;
        };
        li__OUHF(((__li__5RB *)li__GPEJ),li__0C);
        li__UKEJ=li__QYWI->li__VG4B.li__BE1B.li__0CC;
        li__K4E( 2,li__0C);
        li__V5E(li__UKEJ);
        li__ODF();
      };
      li__CJEJ=li__QYWI->li__VG4B.li__BE1B.li__0CC;
      li__5DZU=((void **)(*(((__li__2ZEC *)li__IHEJ))).li__3GPI)[ 0];
      li__RPEJ=li__GDID(li__CJEJ,li__LSJV,li__RSJV,li__5DZU,li__ZS4I);
      li__RHEJ=li__RPEJ;
      li__T4PJ(li__IHEJ);
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (li__YS4I) {
        li__COEJ=li__ORNJ();
        li__EOEJ=li__NOPI(((__li__VTBD *)li__COEJ));
        li__WDZU=((__li__2ZEC *)li__IHEJ);
        ((void **)(*(li__WDZU)).li__3GPI)[ 0]=li__EOEJ;
      } else /* FALSE */ {
        li__DEZU=((void **)(*(((__li__2ZEC *)li__IHEJ))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DEZU)->__id) {
        case __li__WK__: {
          li__FEZU=li__PVEJ(((__li__WK *)li__DEZU));
          li__0FDM=li__FEZU;
        } break;
        case __li__AVBD__: {
          li__0FDM=li__AE5L(((__li__AVBD *)li__DEZU));
        } break;
        case __li__KVBD__: {
          li__3SJV=((__li__KVBD *)li__DEZU);
          li__ZLEJ=li__3SJV->li__LVBD.li__0K.li__0CC;
          li__GPEJ=li__3SJV->li__LVBD.li__WZLE;
          li__3SJV=li__5QND();
          li__BTJV=((__li__KVBD *)li__3SJV);
          li__BTJV->li__LVBD.li__0K.li__0CC=li__ZLEJ;
          li__CTJV=li__NNSE(((__li__5RB *)li__GPEJ));
          li__BTJV->li__LVBD.li__WZLE=li__CTJV;
          li__0FDM=li__3SJV;
        } break;
        case __li__WVBD__: {
          li__HEZU=((__li__WVBD *)li__DEZU);
          li__IEZU=li__VEID(li__HEZU->li__XVBD.li__0K.li__0CC,li__HEZU->li__2ZLE,li__HEZU->li__XVBD.li__WZLE);
          li__0FDM=li__IEZU;
        } break;
        case __li__Z4WH__: {
          li__0FDM=li__XEVK(((__li__Z4WH *)li__DEZU));
        } break;
        case __li__KTVI__: {
          li__0FDM=li__XF5L(((__li__KTVI *)li__DEZU));
        } break;
        case __li__LTVI__: {
          li__0FDM=li__SDGM(((__li__LTVI *)li__DEZU));
        } break;
        case __li__XTVI__: {
          li__0FDM=li__DG5L(((__li__XTVI *)li__DEZU));
        } break;
        case __li__YTVI__: {
          li__0FDM=li__4DGM(((__li__YTVI *)li__DEZU));
        } break;
        case __li__S2VI__: {
          li__0FDM=li__OG5L(((__li__S2VI *)li__DEZU));
        } break;
        case __li__E3VI__: {
          li__0FDM=li__ZG5L(((__li__E3VI *)li__DEZU));
        } break;
        case __li__KLWI__: {
          li__KEZU=((__li__KLWI *)li__DEZU);
          li__ZLEJ=li__KEZU->li__LLWI.li__0CC;
          li__1DZU=li__G3CM(((__li__KMFK *)li__KEZU->li__ZPBK));
          li__KEZU=li__PNSJ(li__ZLEJ,li__1DZU);
          li__0FDM=li__KEZU;
        } break;
        case __li__ULWI__: {
          li__PEZU=((__li__ULWI *)li__DEZU);
          li__QEZU=li__AOSJ(li__PEZU->li__VLWI.li__0CC,li__PEZU->li__4PBK);
          li__0FDM=li__QEZU;
        } break;
        case __li__NMWI__: {
          li__0FDM=li__SH5L(((__li__NMWI *)li__DEZU));
        } break;
        case __li__BNWI__: {
          li__0FDM=li__3H5L(((__li__BNWI *)li__DEZU));
        } break;
        case __li__XNWI__: {
          li__0FDM=li__II5L(((__li__XNWI *)li__DEZU));
        } break;
        case __li__LOWI__: {
          li__0FDM=li__TI5L(((__li__LOWI *)li__DEZU));
        } break;
        case __li__5OWI__: {
          li__0FDM=li__4I5L(((__li__5OWI *)li__DEZU));
        } break;
        case __li__TPWI__: {
          li__0FDM=li__JJ5L(((__li__TPWI *)li__DEZU));
        } break;
        case __li__HQWI__: {
          li__0FDM=li__UJ5L(((__li__HQWI *)li__DEZU));
        } break;
        case __li__ARWI__: {
          li__0FDM=li__5J5L(((__li__ARWI *)li__DEZU));
        } break;
        case __li__URWI__: {
          li__0FDM=li__NK5L(((__li__URWI *)li__DEZU));
        } break;
        case __li__MSWI__: {
          li__SEZU=((__li__MSWI *)li__DEZU);
          li__TEZU=li__YXSJ(li__SEZU->li__NSWI.li__0CC,li__SEZU->li__ISBK);
          li__0FDM=li__TEZU;
        } break;
        case __li__ETWI__: {
          li__0FDM=li__4K5L(((__li__ETWI *)li__DEZU));
        } break;
        case __li__MZWI__: {
          li__VEZU=((__li__MZWI *)li__DEZU);
          li__WEZU=li__4U4I(li__VEZU->li__NZWI.li__0K.li__0CC,li__VEZU->li__3SBK,li__VEZU->li__NZWI.li__WZLE);
          li__0FDM=li__WEZU;
        } break;
        case __li__C0WI__: {
          li__YEZU=((__li__C0WI *)li__DEZU);
          li__ZEZU=li__ZV4I(li__YEZU->li__D0WI.li__0K.li__0CC,li__YEZU->li__CTBK);
          li__0FDM=li__ZEZU;
        } break;
        case __li__M1WI__: {
          li__1EZU=((__li__M1WI *)li__DEZU);
          li__2EZU=li__1Z4I(li__1EZU->li__N1WI.li__0K.li__0CC,li__1EZU->li__UTFK);
          li__0FDM=li__2EZU;
        } break;
        case __li__KMFK__: {
          li__0FDM=li__G3CM(((__li__KMFK *)li__DEZU));
        } break;
        case __li__XOHL__: {
          li__0FDM=li__AAPN(((__li__XOHL *)li__DEZU));
        } break;
        case __li__FPHL__: {
          li__0FDM=li__2EGM(((__li__FPHL *)li__DEZU));
        } break;
        case __li__APLM__: {
          li__0FDM=li__XRDQ(((__li__APLM *)li__DEZU));
        } break;
        case __li__DTNM__: {
          li__0FDM=li__D5SO(((__li__DTNM *)li__DEZU));
        } break;
        case __li__JXNM__: {
          li__0FDM=li__153R(((__li__JXNM *)li__DEZU));
        } break;
        case __li__21LO__: {
          li__0FDM=li__2KLP(((__li__21LO *)li__DEZU));
        } break;
        case __li__TPOO__: {
          li__0FDM=li__JLLP(((__li__TPOO *)li__DEZU));
        } break;
        case __li__URRO__: {
          li__0FDM=li__KM4R(((__li__URRO *)li__DEZU));
        } break;
        case __li__41XO__: {
          li__0FDM=li__CSDQ(((__li__41XO *)li__DEZU));
        } break;
        case __li__AKBR__: {
          li__0FDM=li__L2DS(((__li__AKBR *)li__DEZU));
        } break;
        case __li__SU5R__: {
          li__0FDM=li__EQJS(((__li__SU5R *)li__DEZU));
        } break;
        case __li__JV5R__: {
          li__0FDM=li__PQJS(((__li__JV5R *)li__DEZU));
        } break;
        };
        li__WDZU=((__li__2ZEC *)li__IHEJ);
        ((void **)(*(li__WDZU)).li__3GPI)[ 0]=li__0FDM;
      };
      li__WDZU=li__UFNJ(li__IHEJ);
      li__IHEJ=li__WDZU;
      li__RPEJ=li__2IUJ(li__QYWI->li__VG4B.li__BE1B.li__0CC,li__LSJV,li__RSJV,li__WDZU,li__ZS4I);
      li__RHEJ=li__RPEJ;
    };
  };
  li__4EZU=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__4EZU->li__2OLE),li__RHEJ);
  li__WVRE(li__4EZU);
  /* __li__B__ __li__I__ */
if (((void *)li__TYWI != (void *)NULL)) {
    li__K10B(li__TYWI);
  };
  li__LSJV=li__ZAHJ(((__li__ODID *)li__RHEJ));
  li__RYWI=li__LSJV;
  return(li__RYWI);
}

static __li__MZWI* li__JZWI(__li__Q24B *li__KZWI)
/* (Strict ITM_REAL{li__Q24B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__OZWI;
  __li__U *li__PZWI;
  void *li__QZWI;
  __li__5RB *li__RZWI;
  __li__MZWI *li__TZWI,*li__LZWI;
  li__OZWI=li__KZWI->li__R24B.li__0CC;
  li__PZWI=li__KZWI->li__AUGC;
  li__QZWI=li__DTB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__QZWI)->__id) {
  case __li__IF__: {
    li__RZWI=((__li__IF *)li__QZWI)->li__J0C;
  } break;
  case __li__ORB__: {
    li__RZWI=((__li__ORB *)li__QZWI)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__RZWI=((__li__QRB *)li__QZWI)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__RZWI=((__li__SRB *)li__QZWI)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__RZWI=((__li__URB *)li__QZWI)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__RZWI=((__li__GSZ *)li__QZWI)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__RZWI=((__li__1RRF *)li__QZWI)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__RZWI=((__li__UJSH *)li__QZWI)->li__WJSH.li__J0C;
  } break;
  };
  li__TZWI=li__4U4I(li__OZWI,li__PZWI,li__RZWI);
  li__LZWI=li__TZWI;
  return(li__LZWI);
}

static __li__WVBD* li__VZWI(__li__D34B *li__WZWI)
/* (Strict ITM_NUMBER{li__D34B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__ZZWI;
  __li__PO li__YZWI;
  void *li__0ZWI;
  __li__5RB *li__1ZWI;
  __li__WVBD *li__3ZWI,*li__XZWI;
  li__YZWI=li__WZWI->li__E34B.li__0CC;
  li__ZZWI=li__WZWI->li__XOGD;
  li__0ZWI=li__1SB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0ZWI)->__id) {
  case __li__IF__: {
    li__1ZWI=((__li__IF *)li__0ZWI)->li__J0C;
  } break;
  case __li__ORB__: {
    li__1ZWI=((__li__ORB *)li__0ZWI)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__1ZWI=((__li__QRB *)li__0ZWI)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__1ZWI=((__li__SRB *)li__0ZWI)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__1ZWI=((__li__URB *)li__0ZWI)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__1ZWI=((__li__GSZ *)li__0ZWI)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__1ZWI=((__li__1RRF *)li__0ZWI)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__1ZWI=((__li__UJSH *)li__0ZWI)->li__WJSH.li__J0C;
  } break;
  };
  li__3ZWI=li__VEID(li__YZWI,li__ZZWI,li__1ZWI);
  li__XZWI=li__3ZWI;
  return(li__XZWI);
}

static __li__WK* li__I0WI(__li__H44B *li__J0WI)
/* (Strict ITM_STRING{li__H44B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__FW4I,li__EW4I,li__2W4I,li__FX4I;
  __li__WK *li__S0WI,*li__CFZU,*li__K0WI;
  void *li__T0WI;
  void *li__W0WI;
  __li__DZB *li__X0WI;
  __li__PO li__Y0WI;
  __li__WVBD *li__40WI;
  __li__KI *li__EFZU;
  __li__M1WI *li__Q1WI;
  __li__C li__5W4I,li__IX4I;
  li__FW4I= 0;
  li__EW4I= 1;
  while ((li__EW4I <= ((__li__U *)li__J0WI->li__BPGD)->li__2C)) {
    /* __li__B__ __li__I__ */
if ((((__li__3 *)((__li__U *)li__J0WI->li__BPGD)->li__3C)[(__li__K)(li__EW4I -  1)] == '\\')) {
      li__2W4I=(__li__K)(li__EW4I +  1);
      li__EW4I=li__2W4I;
      li__5W4I=li__KTX(((__li__3 *)((__li__U *)li__J0WI->li__BPGD)->li__3C)[(__li__K)(li__2W4I -  1)]);
      /* __li__B__ __li__I__ */
if (li__5W4I) {
        li__FX4I=(__li__K)(li__2W4I +  1);
        li__EW4I=li__FX4I;
        li__IX4I=li__KTX(((__li__3 *)((__li__U *)li__J0WI->li__BPGD)->li__3C)[(__li__K)(li__FX4I -  1)]);
        /* __li__B__ __li__I__ */
if (li__IX4I) {
          li__EW4I=(__li__K)(li__FX4I +  2);
        };
      };
    };
    li__FW4I=(__li__K)(li__FW4I +  1);
    li__EW4I=(__li__K)(li__EW4I +  1);
  };
  li__S0WI=li__2X4I(li__J0WI->li__I44B.li__0CC,li__J0WI->li__BPGD,li__FW4I);
  li__T0WI=li__RTB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__T0WI)->__id) {
  case __li__IF__: {
    li__W0WI=li__IJDG(((__li__IF *)li__T0WI),(&__string_94));
  } break;
  case __li__ORB__: {
    li__W0WI=NULL;
  } break;
  case __li__QRB__: {
    li__W0WI=li__5LDG(((__li__QRB *)((__li__IF *)li__T0WI)),(&__string_94));
  } break;
  case __li__SRB__: {
    li__W0WI=li__JODG(((__li__SRB *)((__li__IF *)li__T0WI)),(&__string_94));
  } break;
  case __li__URB__: {
    li__W0WI=li__TQDG(((__li__URB *)((__li__IF *)li__T0WI)),(&__string_94));
  } break;
  case __li__GSZ__: {
    li__W0WI=li__3SDG(((__li__GSZ *)((__li__IF *)li__T0WI)),(&__string_94));
  } break;
  case __li__1RRF__: {
    li__W0WI=li__NY4I((&__string_94));
  } break;
  case __li__UJSH__: {
    li__W0WI=li__YQMN((&__string_94));
  } break;
  };
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W0WI)->__id==__li__DZB__) {
    li__X0WI=((__li__DZB *)li__W0WI)->li__LZB->li__0FJG;
  } else /* SLOT_CODE */ {
    li__X0WI=((__li__QWEC *)li__W0WI)->li__RWEC->li__0FJG;
  };
  li__Y0WI=li__J0WI->li__I44B.li__0CC;
  li__CFZU=li__PVEJ(((__li__WK *)li__S0WI));
  li__40WI=li__VEID(li__J0WI->li__I44B.li__0CC,((__li__UJG )li__FW4I),li__X0WI->li__GZB.li__0RNE);
  li__T0WI=li__NXEJ(((__li__DZB *)li__X0WI),li__Y0WI,li__CFZU,li__40WI);
  /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__T0WI)->__id==__li__RLKJ__) {
    ((__li__RLKJ *)li__T0WI)->li__SLKJ.li__4BDK=li__B__;
  } else /* WRITE_SLOT */ {
    ((__li__5LKJ *)li__T0WI)->li__AMKJ.li__4BDK=li__B__;
  };
  li__EFZU=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__EFZU->li__2OLE),li__T0WI);
  li__WVRE(li__EFZU);
  li__T0WI=li__RTB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__T0WI)->__id) {
  case __li__IF__: {
    li__W0WI=li__IJDG(((__li__IF *)li__T0WI),(&__string_93));
  } break;
  case __li__ORB__: {
    li__W0WI=NULL;
  } break;
  case __li__QRB__: {
    li__W0WI=li__5LDG(((__li__QRB *)((__li__IF *)li__T0WI)),(&__string_93));
  } break;
  case __li__SRB__: {
    li__W0WI=li__JODG(((__li__SRB *)((__li__IF *)li__T0WI)),(&__string_93));
  } break;
  case __li__URB__: {
    li__W0WI=li__TQDG(((__li__URB *)((__li__IF *)li__T0WI)),(&__string_93));
  } break;
  case __li__GSZ__: {
    li__W0WI=li__3SDG(((__li__GSZ *)((__li__IF *)li__T0WI)),(&__string_93));
  } break;
  case __li__1RRF__: {
    li__W0WI=li__NY4I((&__string_93));
  } break;
  case __li__UJSH__: {
    li__W0WI=li__YQMN((&__string_93));
  } break;
  };
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W0WI)->__id==__li__DZB__) {
    li__X0WI=((__li__DZB *)li__W0WI)->li__LZB->li__0FJG;
  } else /* SLOT_CODE */ {
    li__X0WI=((__li__QWEC *)li__W0WI)->li__RWEC->li__0FJG;
  };
  li__Y0WI=li__J0WI->li__I44B.li__0CC;
  li__CFZU=li__PVEJ(((__li__WK *)li__S0WI));
  li__Q1WI=li__1Z4I(li__J0WI->li__I44B.li__0CC,li__J0WI->li__BPGD);
  li__T0WI=li__NXEJ(((__li__DZB *)li__X0WI),li__Y0WI,li__CFZU,li__Q1WI);
  /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__T0WI)->__id==__li__RLKJ__) {
    ((__li__RLKJ *)li__T0WI)->li__SLKJ.li__4BDK=li__B__;
  } else /* WRITE_SLOT */ {
    ((__li__5LKJ *)li__T0WI)->li__AMKJ.li__4BDK=li__B__;
  };
  li__EFZU=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__EFZU->li__2OLE),li__T0WI);
  li__WVRE(li__EFZU);
  li__K0WI=li__S0WI;
  return(li__K0WI);
}

static void* li__DCVK(__li__5RB *li__ECVK,__li__PO li__FCVK)
/* (Strict TYPE_FULL{li__5RB},Expanded POSITION{li__PO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__HCVK,*li__QDVK,*li__GCVK;
  __li__PF *li__ICVK,*li__OCVK,*li__EDVK;
  void *li__FDVK;
  __li__PO li__GDVK;
  __li__V34B *li__NFZU;
  __li__C0WI *li__OFZU;
  __li__KVBD *li__VHSL,*li__RFZU;
  __li__5RB *li__TFZU,*li__1FZU;
  __li__C li__SCVK;
  li__HCVK=NULL;
  li__ICVK=li__J1NK(li__ECVK);
  /* __li__B__ __li__I__ */
if (((void *)li__ICVK != (void *)NULL)) {
    li__OCVK=li__J1NK(li__ECVK);
    li__SCVK=((void *)li__OCVK->li__XCZB != (void *)NULL);
  } else /* FALSE */ {
    li__SCVK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__SCVK) {
    /* __li__B__ __li__I__ */
if (li__ECVK->li__YCVK) {
      li__KBG((&__string_447));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__EDSB( 1,(&__string_663));
      li__V5E(li__XIKB->li__NI.li__0CC);
      li__EDVK=li__J1NK(li__ECVK);
      li__FDVK=li__EDVK->li__XCZB;
      /* NULL __li__QOZB__ __li__BZZB__ __li__AE1B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ */
switch (((struct ___OBJ *)li__FDVK)->__id) {
      case __li__QOZB__: {
        li__GDVK=((__li__QOZB *)li__FDVK)->li__ROZB.li__0CC;
      } break;
      case __li__BZZB__: {
        li__GDVK=((__li__BZZB *)li__FDVK)->li__EZZB.li__0CC;
      } break;
      case __li__AE1B__: {
        li__GDVK=((__li__AE1B *)li__FDVK)->li__BE1B.li__0CC;
      } break;
      case __li__M32B__: {
        li__GDVK=((__li__M32B *)li__FDVK)->li__P32B.li__O32B.li__0CC;
      } break;
      case __li__KD3B__: {
        li__GDVK=((__li__KD3B *)li__FDVK)->li__ZJKE->li__ROZB.li__0CC;
      } break;
      case __li__WE3B__: {
        li__GDVK=((__li__WE3B *)li__FDVK)->li__XE3B.li__O32B.li__0CC;
      } break;
      case __li__Q24B__: {
        li__GDVK=((__li__Q24B *)li__FDVK)->li__R24B.li__0CC;
      } break;
      case __li__D34B__: {
        li__GDVK=((__li__D34B *)li__FDVK)->li__E34B.li__0CC;
      } break;
      case __li__V34B__: {
        li__GDVK=((__li__V34B *)li__FDVK)->li__W34B.li__0CC;
      } break;
      case __li__H44B__: {
        li__GDVK=((__li__H44B *)li__FDVK)->li__I44B.li__0CC;
      } break;
      };
      li__V5E(li__GDVK);
      li__ODF();
    } else /* FALSE */ {
      li__ECVK->li__YCVK=li__B__;
      li__EDVK=li__J1NK(li__ECVK);
      li__FDVK=li__EDVK->li__XCZB;
      /* NULL __li__QOZB__ __li__BZZB__ __li__AE1B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ */
switch (((struct ___OBJ *)li__FDVK)->__id) {
      case __li__QOZB__: {
        li__QDVK=li__B5UI(((__li__QOZB *)li__FDVK));
      } break;
      case __li__BZZB__: {
        li__QDVK=li__0DVI(((__li__BZZB *)li__FDVK));
      } break;
      case __li__AE1B__: {
        li__QDVK=li__OMVI(((__li__AE1B *)li__FDVK));
      } break;
      case __li__M32B__: {
        li__QDVK=li__DHWI(((__li__M32B *)li__FDVK));
      } break;
      case __li__KD3B__: {
        li__QDVK=li__2IWI(((__li__KD3B *)li__FDVK));
      } break;
      case __li__WE3B__: {
        li__QDVK=li__CKWI(((__li__WE3B *)li__FDVK));
      } break;
      case __li__Q24B__: {
        li__QDVK=li__JZWI(((__li__Q24B *)li__FDVK));
      } break;
      case __li__D34B__: {
        li__QDVK=li__VZWI(((__li__D34B *)li__FDVK));
      } break;
      case __li__V34B__: {
        li__NFZU=((__li__V34B *)li__FDVK);
        li__OFZU=li__ZV4I(li__NFZU->li__W34B.li__0CC,li__NFZU->li__2OGD);
        li__QDVK=li__OFZU;
      } break;
      case __li__H44B__: {
        li__QDVK=li__I0WI(((__li__H44B *)li__FDVK));
      } break;
      };
      li__HCVK=li__QDVK;
      li__ECVK->li__YCVK=li__I__;
    };
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((__li__F0C)(li__ECVK->li__BEM &  1) !=  0)) {
      li__VHSL=li__5QND();
      li__RFZU=((__li__KVBD *)li__VHSL);
      li__RFZU->li__LVBD.li__0K.li__0CC=li__FCVK;
      li__TFZU=li__NNSE(li__ECVK);
      li__RFZU->li__LVBD.li__WZLE=li__TFZU;
      li__HCVK=li__VHSL;
    } else /* FALSE */ {
      li__TFZU=li__ORB__->li__PRB.li__J0C;
      li__VHSL=li__5QND();
      li__RFZU=((__li__KVBD *)li__VHSL);
      li__RFZU->li__LVBD.li__0K.li__0CC=li__FCVK;
      li__1FZU=li__NNSE(((__li__5RB *)li__TFZU));
      li__RFZU->li__LVBD.li__WZLE=li__1FZU;
      li__HCVK=li__VHSL;
    };
  };
  li__GCVK=li__HCVK;
  return(li__GCVK);
}

static void* li__KPGK(__li__WK *li__LPGK,__li__5RB *li__MPGK,__li__PO li__NPGK)
/* (Strict STRING_CST{li__WK},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__PPGK,*li__SGZU,*li__OPGK;
  __li__5RB *li__HTJV,*li__0SGK,*li__AUJV,*li__DUJV;
  __li__PO li__GTJV,li__LSGK,li__QVGK;
  __li__VTBD *li__FTJV,*li__VTJV;
  __li__DFNL *li__NTJV,*li__ZXLM;
  __li__KI *li__2FZU,*li__EGZU;
  __li__U *li__HRGK,*li__PUGK;
  void *li__JRGK;
  __li__PF *li__5RGK,*li__EVGK;
  __li__K li__FSGK,li__KVGK;
  void *li__SY3M,*li__MZ3M;
  void *li__QSGK,*li__ETGK,*li__HWGK;
  __li__UL2B *li__UTJV,*li__3TJV;
  __li__KMFK *li__UTGK,*li__1WGK,*li__1GZU;
  __li__ODID *li__WTGK,*li__BXGK;
  __li__KVBD *li__JGZU,*li__OGZU,*li__4TJV,*li__CUJV;
  __li__WK *li__UGZU;
  __li__WVBD *li__WGZU,*li__XGZU;
  __li__KLWI *li__ZGZU;
  __li__ULWI *li__4GZU,*li__5GZU;
  __li__MSWI *li__BHZU,*li__CHZU;
  __li__MZWI *li__EHZU,*li__FHZU;
  __li__C0WI *li__HHZU,*li__IHZU;
  __li__M1WI *li__KHZU,*li__LHZU;
  __li__C li__GQGK,li__ZQGK,li__3SGK;
  __li__2ZEC *li__WWGK;
  li__PPGK=NULL;
  li__GQGK=li__EBGK(((__li__5RB *)li__MPGK),li__LPGK->li__1K.li__WZLE);
  /* __li__B__ __li__I__ */
if (li__GQGK) {
    li__PPGK=li__LPGK;
  } else /* FALSE */ {
    li__ZQGK=li__4HDL(((__li__5RB *)li__LPGK->li__1K.li__WZLE),li__MPGK);
    /* __li__B__ __li__I__ */
if (li__ZQGK) {
      li__HTJV=((__li__5RB *)li__LPGK->li__1K.li__WZLE);
      li__GTJV=li__LPGK->li__1K.li__0K.li__0CC;
      li__FTJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__FTJV),li__GTJV,(&__string_68),'+',li__HTJV);
      li__NTJV=li__1CXJ(((__li__VTBD *)li__FTJV),li__LPGK->li__1K.li__0K.li__0CC,li__LPGK);
      li__2FZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__2FZU->li__2OLE),li__NTJV);
      li__WVRE(li__2FZU);
      li__HRGK=li__SQC(li__DS4J);
      li__JRGK=li__UVIJ(((__li__5RB *)li__LPGK->li__1K.li__WZLE),li__HRGK);
      /* __li__B__ __li__I__ */
if (((void *)li__JRGK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__LPGK->li__1K.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__MPGK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__HRGK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__LPGK->li__1K.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__NPGK);
        li__5RGK=li__J1NK(((__li__5RB *)li__LPGK->li__1K.li__WZLE));
        li__V5E(li__5RGK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JRGK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__JRGK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__FSGK=li__OYLM(((__li__DZB *)li__JRGK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__FSGK=li__OYLM(((__li__DZB *)li__JRGK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__JRGK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__FSGK=li__21RI(((__li__QWEC *)li__JRGK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__FSGK=li__21RI(((__li__QWEC *)li__JRGK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__FSGK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JRGK)->__id==__li__DZB__) {
          li__LSGK=((__li__DZB *)li__JRGK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__SY3M=((__li__QWEC *)li__JRGK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SY3M)->__id==__li__IZB__) {
            li__LSGK=((__li__IZB *)li__SY3M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__LSGK=((__li__4HAD *)li__SY3M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__LSGK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JRGK)->__id==__li__DZB__) {
        li__SY3M=((__li__DZB *)li__JRGK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SY3M)->__id==__li__IZB__) {
          li__QSGK=((__li__IZB *)li__SY3M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__QSGK=((__li__4HAD *)li__SY3M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__SY3M=((__li__QWEC *)li__JRGK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SY3M)->__id==__li__IZB__) {
          li__QSGK=((__li__IZB *)li__SY3M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__QSGK=((__li__4HAD *)li__SY3M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__QSGK==NULL) {
        li__SY3M=NULL;
      } else {
        switch (((struct ___OBJ *)li__QSGK)->__id) {
        case __li__WRB__: {
          li__SY3M=((void *)li__QSGK);
        } break;
        case __li__XRB__: {
          li__SY3M=((void *)li__QSGK);
        } break;
        case __li__KUB__: {
          li__SY3M=((void *)li__QSGK);
        } break;
        case __li__VB1__: {
          li__SY3M=((void *)li__QSGK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__SY3M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__SY3M == (void *)NULL)) {
        li__3SGK=li__B__;
      } else /* FALSE */ {
        li__QSGK=((__li__5RB *)li__MPGK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__SY3M)->__id) {
        case __li__WRB__: {
          li__0SGK=li__0VSG(((__li__WRB *)li__SY3M),li__QSGK);
        } break;
        case __li__XRB__: {
          li__0SGK=li__OXSG(((__li__XRB *)((__li__WRB *)li__SY3M)),li__QSGK);
        } break;
        case __li__KUB__: {
          li__0SGK=li__CZSG(((__li__KUB *)((__li__WRB *)li__SY3M)),li__QSGK);
        } break;
        case __li__VB1__: {
          li__0SGK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__SY3M)),li__QSGK);
        } break;
        };
        li__3SGK=((void *)li__0SGK != (void *)li__MPGK);
      };
      /* __li__B__ __li__I__ */
if (li__3SGK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JRGK)->__id==__li__DZB__) {
          li__MZ3M=((__li__DZB *)li__JRGK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MZ3M)->__id==__li__IZB__) {
            li__ETGK=((__li__IZB *)li__MZ3M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ETGK=((__li__4HAD *)li__MZ3M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__MZ3M=((__li__QWEC *)li__JRGK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MZ3M)->__id==__li__IZB__) {
            li__ETGK=((__li__IZB *)li__MZ3M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ETGK=((__li__4HAD *)li__MZ3M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__ETGK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__ETGK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__ETGK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__ETGK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__ETGK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__UTJV=((__li__UL2B *)((__li__WRB *)li__ETGK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__UTJV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__ETGK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__MPGK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JRGK)->__id==__li__DZB__) {
          li__LSGK=((__li__DZB *)li__JRGK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__MZ3M=((__li__QWEC *)li__JRGK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MZ3M)->__id==__li__IZB__) {
            li__LSGK=((__li__IZB *)li__MZ3M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__LSGK=((__li__4HAD *)li__MZ3M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__LSGK);
        li__V5E(li__LPGK->li__1K.li__0K.li__0CC);
        li__ODF();
      };
      li__UTGK=li__NOPI(((__li__VTBD *)li__FTJV));
      li__WTGK=li__GDID(li__LPGK->li__1K.li__0K.li__0CC,li__JRGK,li__UTGK,li__UTGK,li__I__);
      li__2FZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__2FZU->li__2OLE),li__WTGK);
      li__WVRE(li__2FZU);
      li__JRGK=li__ZAHJ(((__li__ODID *)li__WTGK));
      li__PPGK=li__JRGK;
      li__3SGK=li__B__;
    } else /* FALSE */ {
      li__3SGK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__3SGK)) {
      li__3SGK=li__R0LM(((__li__5RB *)li__MPGK),li__LPGK->li__1K.li__WZLE);
      /* __li__B__ __li__I__ */
if (li__3SGK) {
        li__0SGK=((__li__5RB *)li__LPGK->li__1K.li__WZLE);
        li__LSGK=li__LPGK->li__1K.li__0K.li__0CC;
        li__VTJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__VTJV),li__LSGK,(&__string_68),'+',li__0SGK);
        li__ZXLM=li__1CXJ(((__li__VTBD *)li__VTJV),li__LPGK->li__1K.li__0K.li__0CC,li__LPGK);
        li__EGZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__EGZU->li__2OLE),li__ZXLM);
        li__WVRE(li__EGZU);
        li__PUGK=li__SQC(li__DS4J);
        li__SY3M=li__UVIJ(((__li__5RB *)li__MPGK),li__PUGK);
        /* __li__B__ __li__I__ */
if (((void *)li__SY3M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__MPGK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__LPGK->li__1K.li__WZLE),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__PUGK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__MPGK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__NPGK);
          li__EVGK=li__J1NK(((__li__5RB *)li__MPGK));
          li__V5E(li__EVGK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SY3M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__SY3M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__KVGK=li__OYLM(((__li__DZB *)li__SY3M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__KVGK=li__OYLM(((__li__DZB *)li__SY3M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__SY3M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__KVGK=li__21RI(((__li__QWEC *)li__SY3M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__KVGK=li__21RI(((__li__QWEC *)li__SY3M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__KVGK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SY3M)->__id==__li__DZB__) {
            li__QVGK=((__li__DZB *)li__SY3M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__ETGK=((__li__QWEC *)li__SY3M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ETGK)->__id==__li__IZB__) {
              li__QVGK=((__li__IZB *)li__ETGK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__QVGK=((__li__4HAD *)li__ETGK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__QVGK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SY3M)->__id==__li__DZB__) {
          li__MZ3M=((__li__DZB *)li__SY3M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MZ3M)->__id==__li__IZB__) {
            li__ETGK=((__li__IZB *)li__MZ3M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ETGK=((__li__4HAD *)li__MZ3M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__MZ3M=((__li__QWEC *)li__SY3M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MZ3M)->__id==__li__IZB__) {
            li__ETGK=((__li__IZB *)li__MZ3M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ETGK=((__li__4HAD *)li__MZ3M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ETGK==NULL) {
          li__MZ3M=NULL;
        } else {
          switch (((struct ___OBJ *)li__ETGK)->__id) {
          case __li__WRB__: {
            li__MZ3M=((void *)li__ETGK);
          } break;
          case __li__XRB__: {
            li__MZ3M=((void *)li__ETGK);
          } break;
          case __li__KUB__: {
            li__MZ3M=((void *)li__ETGK);
          } break;
          case __li__VB1__: {
            li__MZ3M=((void *)li__ETGK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__MZ3M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__MZ3M == (void *)NULL) || ((void *)li__MZ3M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SY3M)->__id==__li__DZB__) {
            li__ETGK=((__li__DZB *)li__SY3M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ETGK)->__id==__li__IZB__) {
              li__HWGK=((__li__IZB *)li__ETGK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__HWGK=((__li__4HAD *)li__ETGK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__ETGK=((__li__QWEC *)li__SY3M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ETGK)->__id==__li__IZB__) {
              li__HWGK=((__li__IZB *)li__ETGK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__HWGK=((__li__4HAD *)li__ETGK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__HWGK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__HWGK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__HWGK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__HWGK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__HWGK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__3TJV=((__li__UL2B *)((__li__WRB *)li__HWGK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__3TJV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__HWGK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__MPGK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SY3M)->__id==__li__DZB__) {
            li__QVGK=((__li__DZB *)li__SY3M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__ETGK=((__li__QWEC *)li__SY3M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ETGK)->__id==__li__IZB__) {
              li__QVGK=((__li__IZB *)li__ETGK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__QVGK=((__li__4HAD *)li__ETGK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__QVGK);
          li__V5E(li__LPGK->li__1K.li__0K.li__0CC);
          li__ODF();
        };
        li__WWGK=li__IF1H( 2);
        li__LSGK=li__LPGK->li__1K.li__0K.li__0CC;
        li__JGZU=li__5QND();
        li__OGZU=((__li__KVBD *)li__JGZU);
        li__OGZU->li__LVBD.li__0K.li__0CC=li__LSGK;
        li__0SGK=li__NNSE(((__li__5RB *)li__MPGK));
        li__OGZU->li__LVBD.li__WZLE=li__0SGK;
        li__0K4N(((__li__2ZEC *)li__WWGK),li__JGZU);
        li__1WGK=li__NOPI(((__li__VTBD *)li__VTJV));
        li__NWYJ(((__li__2ZEC *)li__WWGK),li__1WGK);
        li__LSGK=li__LPGK->li__1K.li__0K.li__0CC;
        li__SGZU=((void **)(*(((__li__2ZEC *)li__WWGK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SGZU)->__id) {
        case __li__WK__: {
          li__UGZU=li__PVEJ(((__li__WK *)li__SGZU));
          li__MZ3M=li__UGZU;
        } break;
        case __li__AVBD__: {
          li__MZ3M=li__AE5L(((__li__AVBD *)li__SGZU));
        } break;
        case __li__KVBD__: {
          li__4TJV=((__li__KVBD *)li__SGZU);
          li__QVGK=li__4TJV->li__LVBD.li__0K.li__0CC;
          li__AUJV=li__4TJV->li__LVBD.li__WZLE;
          li__4TJV=li__5QND();
          li__CUJV=((__li__KVBD *)li__4TJV);
          li__CUJV->li__LVBD.li__0K.li__0CC=li__QVGK;
          li__DUJV=li__NNSE(((__li__5RB *)li__AUJV));
          li__CUJV->li__LVBD.li__WZLE=li__DUJV;
          li__MZ3M=li__4TJV;
        } break;
        case __li__WVBD__: {
          li__WGZU=((__li__WVBD *)li__SGZU);
          li__XGZU=li__VEID(li__WGZU->li__XVBD.li__0K.li__0CC,li__WGZU->li__2ZLE,li__WGZU->li__XVBD.li__WZLE);
          li__MZ3M=li__XGZU;
        } break;
        case __li__Z4WH__: {
          li__MZ3M=li__XEVK(((__li__Z4WH *)li__SGZU));
        } break;
        case __li__KTVI__: {
          li__MZ3M=li__XF5L(((__li__KTVI *)li__SGZU));
        } break;
        case __li__LTVI__: {
          li__MZ3M=li__SDGM(((__li__LTVI *)li__SGZU));
        } break;
        case __li__XTVI__: {
          li__MZ3M=li__DG5L(((__li__XTVI *)li__SGZU));
        } break;
        case __li__YTVI__: {
          li__MZ3M=li__4DGM(((__li__YTVI *)li__SGZU));
        } break;
        case __li__S2VI__: {
          li__MZ3M=li__OG5L(((__li__S2VI *)li__SGZU));
        } break;
        case __li__E3VI__: {
          li__MZ3M=li__ZG5L(((__li__E3VI *)li__SGZU));
        } break;
        case __li__KLWI__: {
          li__ZGZU=((__li__KLWI *)li__SGZU);
          li__QVGK=li__ZGZU->li__LLWI.li__0CC;
          li__1GZU=li__G3CM(((__li__KMFK *)li__ZGZU->li__ZPBK));
          li__ZGZU=li__PNSJ(li__QVGK,li__1GZU);
          li__MZ3M=li__ZGZU;
        } break;
        case __li__ULWI__: {
          li__4GZU=((__li__ULWI *)li__SGZU);
          li__5GZU=li__AOSJ(li__4GZU->li__VLWI.li__0CC,li__4GZU->li__4PBK);
          li__MZ3M=li__5GZU;
        } break;
        case __li__NMWI__: {
          li__MZ3M=li__SH5L(((__li__NMWI *)li__SGZU));
        } break;
        case __li__BNWI__: {
          li__MZ3M=li__3H5L(((__li__BNWI *)li__SGZU));
        } break;
        case __li__XNWI__: {
          li__MZ3M=li__II5L(((__li__XNWI *)li__SGZU));
        } break;
        case __li__LOWI__: {
          li__MZ3M=li__TI5L(((__li__LOWI *)li__SGZU));
        } break;
        case __li__5OWI__: {
          li__MZ3M=li__4I5L(((__li__5OWI *)li__SGZU));
        } break;
        case __li__TPWI__: {
          li__MZ3M=li__JJ5L(((__li__TPWI *)li__SGZU));
        } break;
        case __li__HQWI__: {
          li__MZ3M=li__UJ5L(((__li__HQWI *)li__SGZU));
        } break;
        case __li__ARWI__: {
          li__MZ3M=li__5J5L(((__li__ARWI *)li__SGZU));
        } break;
        case __li__URWI__: {
          li__MZ3M=li__NK5L(((__li__URWI *)li__SGZU));
        } break;
        case __li__MSWI__: {
          li__BHZU=((__li__MSWI *)li__SGZU);
          li__CHZU=li__YXSJ(li__BHZU->li__NSWI.li__0CC,li__BHZU->li__ISBK);
          li__MZ3M=li__CHZU;
        } break;
        case __li__ETWI__: {
          li__MZ3M=li__4K5L(((__li__ETWI *)li__SGZU));
        } break;
        case __li__MZWI__: {
          li__EHZU=((__li__MZWI *)li__SGZU);
          li__FHZU=li__4U4I(li__EHZU->li__NZWI.li__0K.li__0CC,li__EHZU->li__3SBK,li__EHZU->li__NZWI.li__WZLE);
          li__MZ3M=li__FHZU;
        } break;
        case __li__C0WI__: {
          li__HHZU=((__li__C0WI *)li__SGZU);
          li__IHZU=li__ZV4I(li__HHZU->li__D0WI.li__0K.li__0CC,li__HHZU->li__CTBK);
          li__MZ3M=li__IHZU;
        } break;
        case __li__M1WI__: {
          li__KHZU=((__li__M1WI *)li__SGZU);
          li__LHZU=li__1Z4I(li__KHZU->li__N1WI.li__0K.li__0CC,li__KHZU->li__UTFK);
          li__MZ3M=li__LHZU;
        } break;
        case __li__KMFK__: {
          li__MZ3M=li__G3CM(((__li__KMFK *)li__SGZU));
        } break;
        case __li__XOHL__: {
          li__MZ3M=li__AAPN(((__li__XOHL *)li__SGZU));
        } break;
        case __li__FPHL__: {
          li__MZ3M=li__2EGM(((__li__FPHL *)li__SGZU));
        } break;
        case __li__APLM__: {
          li__MZ3M=li__XRDQ(((__li__APLM *)li__SGZU));
        } break;
        case __li__DTNM__: {
          li__MZ3M=li__D5SO(((__li__DTNM *)li__SGZU));
        } break;
        case __li__JXNM__: {
          li__MZ3M=li__153R(((__li__JXNM *)li__SGZU));
        } break;
        case __li__21LO__: {
          li__MZ3M=li__2KLP(((__li__21LO *)li__SGZU));
        } break;
        case __li__TPOO__: {
          li__MZ3M=li__JLLP(((__li__TPOO *)li__SGZU));
        } break;
        case __li__URRO__: {
          li__MZ3M=li__KM4R(((__li__URRO *)li__SGZU));
        } break;
        case __li__41XO__: {
          li__MZ3M=li__CSDQ(((__li__41XO *)li__SGZU));
        } break;
        case __li__AKBR__: {
          li__MZ3M=li__L2DS(((__li__AKBR *)li__SGZU));
        } break;
        case __li__SU5R__: {
          li__MZ3M=li__EQJS(((__li__SU5R *)li__SGZU));
        } break;
        case __li__JV5R__: {
          li__MZ3M=li__PQJS(((__li__JV5R *)li__SGZU));
        } break;
        };
        li__BXGK=li__2IUJ(li__LSGK,li__SY3M,li__MZ3M,li__WWGK,li__I__);
        li__EGZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__EGZU->li__2OLE),li__BXGK);
        li__WVRE(li__EGZU);
        li__SGZU=li__ZAHJ(((__li__ODID *)li__BXGK));
        li__PPGK=li__SGZU;
      } else /* FALSE */ {
        li__5RGK=li__J1NK(((__li__5RB *)li__MPGK));
        li__KBG(((__li__U *)li__5RGK->li__WXI));
        fputc((int)('='),stdout);
        li__5RGK=li__J1NK(((__li__5RB *)li__LPGK->li__1K.li__WZLE));
        li__KBG(((__li__U *)li__5RGK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__MPGK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__LPGK->li__1K.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__NPGK);
        li__V5E(li__LPGK->li__1K.li__0K.li__0CC);
        li__ODF();
      };
    };
  };
  li__OPGK=li__PPGK;
  return(li__OPGK);
}

static void* li__4XGK(__li__AVBD *li__5XGK,__li__5RB *li__AYGK,__li__PO li__BYGK)
/* (Strict EXTERNAL_C{li__AVBD},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__DYGK,*li__GIZU,*li__CYGK;
  __li__5RB *li__IUJV,*li__O1GK,*li__BVJV,*li__EVJV;
  __li__PO li__HUJV,li__50GK,li__E4GK;
  __li__VTBD *li__GUJV,*li__WUJV;
  __li__DFNL *li__OUJV,*li__LWCM;
  __li__KI *li__QHZU,*li__YHZU;
  __li__U *li__1ZGK,*li__D3GK;
  void *li__3ZGK;
  __li__PF *li__T0GK,*li__Y3GK;
  __li__K li__Z0GK,li__43GK;
  void *li__W23M,*li__O33M;
  void *li__E1GK,*li__Y1GK,*li__14GK;
  __li__UL2B *li__VUJV,*li__4UJV;
  __li__KMFK *li__I2GK,*li__P5GK,*li__PIZU;
  __li__ODID *li__K2GK,*li__V5GK;
  __li__KVBD *li__3HZU,*li__CIZU,*li__5UJV,*li__DVJV;
  __li__WK *li__IIZU;
  __li__WVBD *li__KIZU,*li__LIZU;
  __li__KLWI *li__NIZU;
  __li__ULWI *li__SIZU,*li__TIZU;
  __li__MSWI *li__VIZU,*li__WIZU;
  __li__MZWI *li__YIZU,*li__ZIZU;
  __li__C0WI *li__1IZU,*li__2IZU;
  __li__M1WI *li__4IZU,*li__5IZU;
  __li__C li__0YGK,li__NZGK,li__R1GK;
  __li__2ZEC *li__K5GK;
  li__DYGK=NULL;
  li__0YGK=li__EBGK(((__li__5RB *)li__AYGK),li__5XGK->li__K2ME);
  /* __li__B__ __li__I__ */
if (li__0YGK) {
    li__DYGK=li__5XGK;
  } else /* FALSE */ {
    li__NZGK=li__4HDL(((__li__5RB *)li__5XGK->li__K2ME),li__AYGK);
    /* __li__B__ __li__I__ */
if (li__NZGK) {
      li__IUJV=((__li__5RB *)li__5XGK->li__K2ME);
      li__HUJV=li__5XGK->li__BVBD.li__0CC;
      li__GUJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__GUJV),li__HUJV,(&__string_68),'+',li__IUJV);
      li__OUJV=li__1CXJ(((__li__VTBD *)li__GUJV),li__5XGK->li__BVBD.li__0CC,li__5XGK);
      li__QHZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__QHZU->li__2OLE),li__OUJV);
      li__WVRE(li__QHZU);
      li__1ZGK=li__SQC(li__DS4J);
      li__3ZGK=li__UVIJ(((__li__5RB *)li__5XGK->li__K2ME),li__1ZGK);
      /* __li__B__ __li__I__ */
if (((void *)li__3ZGK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__5XGK->li__K2ME),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__AYGK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__1ZGK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__5XGK->li__K2ME),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BYGK);
        li__T0GK=li__J1NK(((__li__5RB *)li__5XGK->li__K2ME));
        li__V5E(li__T0GK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3ZGK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__3ZGK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__Z0GK=li__OYLM(((__li__DZB *)li__3ZGK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__Z0GK=li__OYLM(((__li__DZB *)li__3ZGK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__3ZGK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__Z0GK=li__21RI(((__li__QWEC *)li__3ZGK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__Z0GK=li__21RI(((__li__QWEC *)li__3ZGK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__Z0GK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3ZGK)->__id==__li__DZB__) {
          li__50GK=((__li__DZB *)li__3ZGK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__W23M=((__li__QWEC *)li__3ZGK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__W23M)->__id==__li__IZB__) {
            li__50GK=((__li__IZB *)li__W23M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__50GK=((__li__4HAD *)li__W23M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__50GK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3ZGK)->__id==__li__DZB__) {
        li__W23M=((__li__DZB *)li__3ZGK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__W23M)->__id==__li__IZB__) {
          li__E1GK=((__li__IZB *)li__W23M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__E1GK=((__li__4HAD *)li__W23M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__W23M=((__li__QWEC *)li__3ZGK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__W23M)->__id==__li__IZB__) {
          li__E1GK=((__li__IZB *)li__W23M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__E1GK=((__li__4HAD *)li__W23M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__E1GK==NULL) {
        li__W23M=NULL;
      } else {
        switch (((struct ___OBJ *)li__E1GK)->__id) {
        case __li__WRB__: {
          li__W23M=((void *)li__E1GK);
        } break;
        case __li__XRB__: {
          li__W23M=((void *)li__E1GK);
        } break;
        case __li__KUB__: {
          li__W23M=((void *)li__E1GK);
        } break;
        case __li__VB1__: {
          li__W23M=((void *)li__E1GK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__W23M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__W23M == (void *)NULL)) {
        li__R1GK=li__B__;
      } else /* FALSE */ {
        li__E1GK=((__li__5RB *)li__AYGK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__W23M)->__id) {
        case __li__WRB__: {
          li__O1GK=li__0VSG(((__li__WRB *)li__W23M),li__E1GK);
        } break;
        case __li__XRB__: {
          li__O1GK=li__OXSG(((__li__XRB *)((__li__WRB *)li__W23M)),li__E1GK);
        } break;
        case __li__KUB__: {
          li__O1GK=li__CZSG(((__li__KUB *)((__li__WRB *)li__W23M)),li__E1GK);
        } break;
        case __li__VB1__: {
          li__O1GK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__W23M)),li__E1GK);
        } break;
        };
        li__R1GK=((void *)li__O1GK != (void *)li__AYGK);
      };
      /* __li__B__ __li__I__ */
if (li__R1GK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3ZGK)->__id==__li__DZB__) {
          li__O33M=((__li__DZB *)li__3ZGK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O33M)->__id==__li__IZB__) {
            li__Y1GK=((__li__IZB *)li__O33M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__Y1GK=((__li__4HAD *)li__O33M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__O33M=((__li__QWEC *)li__3ZGK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O33M)->__id==__li__IZB__) {
            li__Y1GK=((__li__IZB *)li__O33M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__Y1GK=((__li__4HAD *)li__O33M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__Y1GK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__Y1GK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__Y1GK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__Y1GK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__Y1GK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__VUJV=((__li__UL2B *)((__li__WRB *)li__Y1GK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__VUJV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__Y1GK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__AYGK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3ZGK)->__id==__li__DZB__) {
          li__50GK=((__li__DZB *)li__3ZGK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__O33M=((__li__QWEC *)li__3ZGK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O33M)->__id==__li__IZB__) {
            li__50GK=((__li__IZB *)li__O33M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__50GK=((__li__4HAD *)li__O33M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__50GK);
        li__V5E(li__5XGK->li__BVBD.li__0CC);
        li__ODF();
      };
      li__I2GK=li__NOPI(((__li__VTBD *)li__GUJV));
      li__K2GK=li__GDID(li__5XGK->li__BVBD.li__0CC,li__3ZGK,li__I2GK,li__I2GK,li__I__);
      li__QHZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__QHZU->li__2OLE),li__K2GK);
      li__WVRE(li__QHZU);
      li__3ZGK=li__ZAHJ(((__li__ODID *)li__K2GK));
      li__DYGK=li__3ZGK;
      li__R1GK=li__B__;
    } else /* FALSE */ {
      li__R1GK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__R1GK)) {
      li__R1GK=li__R0LM(((__li__5RB *)li__AYGK),li__5XGK->li__K2ME);
      /* __li__B__ __li__I__ */
if (li__R1GK) {
        li__O1GK=((__li__5RB *)li__5XGK->li__K2ME);
        li__50GK=li__5XGK->li__BVBD.li__0CC;
        li__WUJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__WUJV),li__50GK,(&__string_68),'+',li__O1GK);
        li__LWCM=li__1CXJ(((__li__VTBD *)li__WUJV),li__5XGK->li__BVBD.li__0CC,li__5XGK);
        li__YHZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__YHZU->li__2OLE),li__LWCM);
        li__WVRE(li__YHZU);
        li__D3GK=li__SQC(li__DS4J);
        li__W23M=li__UVIJ(((__li__5RB *)li__AYGK),li__D3GK);
        /* __li__B__ __li__I__ */
if (((void *)li__W23M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__AYGK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__5XGK->li__K2ME),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__D3GK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__AYGK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__BYGK);
          li__Y3GK=li__J1NK(((__li__5RB *)li__AYGK));
          li__V5E(li__Y3GK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W23M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__W23M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__43GK=li__OYLM(((__li__DZB *)li__W23M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__43GK=li__OYLM(((__li__DZB *)li__W23M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__W23M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__43GK=li__21RI(((__li__QWEC *)li__W23M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__43GK=li__21RI(((__li__QWEC *)li__W23M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__43GK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W23M)->__id==__li__DZB__) {
            li__E4GK=((__li__DZB *)li__W23M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__Y1GK=((__li__QWEC *)li__W23M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Y1GK)->__id==__li__IZB__) {
              li__E4GK=((__li__IZB *)li__Y1GK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__E4GK=((__li__4HAD *)li__Y1GK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__E4GK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W23M)->__id==__li__DZB__) {
          li__O33M=((__li__DZB *)li__W23M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O33M)->__id==__li__IZB__) {
            li__Y1GK=((__li__IZB *)li__O33M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__Y1GK=((__li__4HAD *)li__O33M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__O33M=((__li__QWEC *)li__W23M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O33M)->__id==__li__IZB__) {
            li__Y1GK=((__li__IZB *)li__O33M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__Y1GK=((__li__4HAD *)li__O33M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__Y1GK==NULL) {
          li__O33M=NULL;
        } else {
          switch (((struct ___OBJ *)li__Y1GK)->__id) {
          case __li__WRB__: {
            li__O33M=((void *)li__Y1GK);
          } break;
          case __li__XRB__: {
            li__O33M=((void *)li__Y1GK);
          } break;
          case __li__KUB__: {
            li__O33M=((void *)li__Y1GK);
          } break;
          case __li__VB1__: {
            li__O33M=((void *)li__Y1GK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__O33M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__O33M == (void *)NULL) || ((void *)li__O33M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W23M)->__id==__li__DZB__) {
            li__Y1GK=((__li__DZB *)li__W23M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Y1GK)->__id==__li__IZB__) {
              li__14GK=((__li__IZB *)li__Y1GK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__14GK=((__li__4HAD *)li__Y1GK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__Y1GK=((__li__QWEC *)li__W23M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Y1GK)->__id==__li__IZB__) {
              li__14GK=((__li__IZB *)li__Y1GK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__14GK=((__li__4HAD *)li__Y1GK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__14GK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__14GK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__14GK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__14GK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__14GK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__4UJV=((__li__UL2B *)((__li__WRB *)li__14GK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__4UJV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__14GK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__AYGK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W23M)->__id==__li__DZB__) {
            li__E4GK=((__li__DZB *)li__W23M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__Y1GK=((__li__QWEC *)li__W23M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Y1GK)->__id==__li__IZB__) {
              li__E4GK=((__li__IZB *)li__Y1GK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__E4GK=((__li__4HAD *)li__Y1GK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__E4GK);
          li__V5E(li__5XGK->li__BVBD.li__0CC);
          li__ODF();
        };
        li__K5GK=li__IF1H( 2);
        li__50GK=li__5XGK->li__BVBD.li__0CC;
        li__3HZU=li__5QND();
        li__CIZU=((__li__KVBD *)li__3HZU);
        li__CIZU->li__LVBD.li__0K.li__0CC=li__50GK;
        li__O1GK=li__NNSE(((__li__5RB *)li__AYGK));
        li__CIZU->li__LVBD.li__WZLE=li__O1GK;
        li__0K4N(((__li__2ZEC *)li__K5GK),li__3HZU);
        li__P5GK=li__NOPI(((__li__VTBD *)li__WUJV));
        li__NWYJ(((__li__2ZEC *)li__K5GK),li__P5GK);
        li__50GK=li__5XGK->li__BVBD.li__0CC;
        li__GIZU=((void **)(*(((__li__2ZEC *)li__K5GK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GIZU)->__id) {
        case __li__WK__: {
          li__IIZU=li__PVEJ(((__li__WK *)li__GIZU));
          li__O33M=li__IIZU;
        } break;
        case __li__AVBD__: {
          li__O33M=li__AE5L(((__li__AVBD *)li__GIZU));
        } break;
        case __li__KVBD__: {
          li__5UJV=((__li__KVBD *)li__GIZU);
          li__E4GK=li__5UJV->li__LVBD.li__0K.li__0CC;
          li__BVJV=li__5UJV->li__LVBD.li__WZLE;
          li__5UJV=li__5QND();
          li__DVJV=((__li__KVBD *)li__5UJV);
          li__DVJV->li__LVBD.li__0K.li__0CC=li__E4GK;
          li__EVJV=li__NNSE(((__li__5RB *)li__BVJV));
          li__DVJV->li__LVBD.li__WZLE=li__EVJV;
          li__O33M=li__5UJV;
        } break;
        case __li__WVBD__: {
          li__KIZU=((__li__WVBD *)li__GIZU);
          li__LIZU=li__VEID(li__KIZU->li__XVBD.li__0K.li__0CC,li__KIZU->li__2ZLE,li__KIZU->li__XVBD.li__WZLE);
          li__O33M=li__LIZU;
        } break;
        case __li__Z4WH__: {
          li__O33M=li__XEVK(((__li__Z4WH *)li__GIZU));
        } break;
        case __li__KTVI__: {
          li__O33M=li__XF5L(((__li__KTVI *)li__GIZU));
        } break;
        case __li__LTVI__: {
          li__O33M=li__SDGM(((__li__LTVI *)li__GIZU));
        } break;
        case __li__XTVI__: {
          li__O33M=li__DG5L(((__li__XTVI *)li__GIZU));
        } break;
        case __li__YTVI__: {
          li__O33M=li__4DGM(((__li__YTVI *)li__GIZU));
        } break;
        case __li__S2VI__: {
          li__O33M=li__OG5L(((__li__S2VI *)li__GIZU));
        } break;
        case __li__E3VI__: {
          li__O33M=li__ZG5L(((__li__E3VI *)li__GIZU));
        } break;
        case __li__KLWI__: {
          li__NIZU=((__li__KLWI *)li__GIZU);
          li__E4GK=li__NIZU->li__LLWI.li__0CC;
          li__PIZU=li__G3CM(((__li__KMFK *)li__NIZU->li__ZPBK));
          li__NIZU=li__PNSJ(li__E4GK,li__PIZU);
          li__O33M=li__NIZU;
        } break;
        case __li__ULWI__: {
          li__SIZU=((__li__ULWI *)li__GIZU);
          li__TIZU=li__AOSJ(li__SIZU->li__VLWI.li__0CC,li__SIZU->li__4PBK);
          li__O33M=li__TIZU;
        } break;
        case __li__NMWI__: {
          li__O33M=li__SH5L(((__li__NMWI *)li__GIZU));
        } break;
        case __li__BNWI__: {
          li__O33M=li__3H5L(((__li__BNWI *)li__GIZU));
        } break;
        case __li__XNWI__: {
          li__O33M=li__II5L(((__li__XNWI *)li__GIZU));
        } break;
        case __li__LOWI__: {
          li__O33M=li__TI5L(((__li__LOWI *)li__GIZU));
        } break;
        case __li__5OWI__: {
          li__O33M=li__4I5L(((__li__5OWI *)li__GIZU));
        } break;
        case __li__TPWI__: {
          li__O33M=li__JJ5L(((__li__TPWI *)li__GIZU));
        } break;
        case __li__HQWI__: {
          li__O33M=li__UJ5L(((__li__HQWI *)li__GIZU));
        } break;
        case __li__ARWI__: {
          li__O33M=li__5J5L(((__li__ARWI *)li__GIZU));
        } break;
        case __li__URWI__: {
          li__O33M=li__NK5L(((__li__URWI *)li__GIZU));
        } break;
        case __li__MSWI__: {
          li__VIZU=((__li__MSWI *)li__GIZU);
          li__WIZU=li__YXSJ(li__VIZU->li__NSWI.li__0CC,li__VIZU->li__ISBK);
          li__O33M=li__WIZU;
        } break;
        case __li__ETWI__: {
          li__O33M=li__4K5L(((__li__ETWI *)li__GIZU));
        } break;
        case __li__MZWI__: {
          li__YIZU=((__li__MZWI *)li__GIZU);
          li__ZIZU=li__4U4I(li__YIZU->li__NZWI.li__0K.li__0CC,li__YIZU->li__3SBK,li__YIZU->li__NZWI.li__WZLE);
          li__O33M=li__ZIZU;
        } break;
        case __li__C0WI__: {
          li__1IZU=((__li__C0WI *)li__GIZU);
          li__2IZU=li__ZV4I(li__1IZU->li__D0WI.li__0K.li__0CC,li__1IZU->li__CTBK);
          li__O33M=li__2IZU;
        } break;
        case __li__M1WI__: {
          li__4IZU=((__li__M1WI *)li__GIZU);
          li__5IZU=li__1Z4I(li__4IZU->li__N1WI.li__0K.li__0CC,li__4IZU->li__UTFK);
          li__O33M=li__5IZU;
        } break;
        case __li__KMFK__: {
          li__O33M=li__G3CM(((__li__KMFK *)li__GIZU));
        } break;
        case __li__XOHL__: {
          li__O33M=li__AAPN(((__li__XOHL *)li__GIZU));
        } break;
        case __li__FPHL__: {
          li__O33M=li__2EGM(((__li__FPHL *)li__GIZU));
        } break;
        case __li__APLM__: {
          li__O33M=li__XRDQ(((__li__APLM *)li__GIZU));
        } break;
        case __li__DTNM__: {
          li__O33M=li__D5SO(((__li__DTNM *)li__GIZU));
        } break;
        case __li__JXNM__: {
          li__O33M=li__153R(((__li__JXNM *)li__GIZU));
        } break;
        case __li__21LO__: {
          li__O33M=li__2KLP(((__li__21LO *)li__GIZU));
        } break;
        case __li__TPOO__: {
          li__O33M=li__JLLP(((__li__TPOO *)li__GIZU));
        } break;
        case __li__URRO__: {
          li__O33M=li__KM4R(((__li__URRO *)li__GIZU));
        } break;
        case __li__41XO__: {
          li__O33M=li__CSDQ(((__li__41XO *)li__GIZU));
        } break;
        case __li__AKBR__: {
          li__O33M=li__L2DS(((__li__AKBR *)li__GIZU));
        } break;
        case __li__SU5R__: {
          li__O33M=li__EQJS(((__li__SU5R *)li__GIZU));
        } break;
        case __li__JV5R__: {
          li__O33M=li__PQJS(((__li__JV5R *)li__GIZU));
        } break;
        };
        li__V5GK=li__2IUJ(li__50GK,li__W23M,li__O33M,li__K5GK,li__I__);
        li__YHZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__YHZU->li__2OLE),li__V5GK);
        li__WVRE(li__YHZU);
        li__GIZU=li__ZAHJ(((__li__ODID *)li__V5GK));
        li__DYGK=li__GIZU;
      } else /* FALSE */ {
        li__T0GK=li__J1NK(((__li__5RB *)li__AYGK));
        li__KBG(((__li__U *)li__T0GK->li__WXI));
        fputc((int)('='),stdout);
        li__T0GK=li__J1NK(((__li__5RB *)li__5XGK->li__K2ME));
        li__KBG(((__li__U *)li__T0GK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__AYGK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__5XGK->li__K2ME),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BYGK);
        li__V5E(li__5XGK->li__BVBD.li__0CC);
        li__ODF();
      };
    };
  };
  li__CYGK=li__DYGK;
  return(li__CYGK);
}

static void* li__TAHK(__li__KVBD *li__UAHK,__li__5RB *li__VAHK,__li__PO li__WAHK)
/* (Strict PROTOTYPE_CST{li__KVBD},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__YAHK,*li__0JZU,*li__XAHK;
  __li__5RB *li__JVJV,*li__DEHK,*li__CWJV,*li__FWJV;
  __li__PO li__IVJV,li__UDHK,li__ZGHK;
  __li__VTBD *li__HVJV,*li__XVJV;
  __li__DFNL *li__PVJV,*li__I3LM;
  __li__KI *li__EJZU,*li__MJZU;
  __li__U *li__QCHK,*li__YFHK;
  void *li__SCHK;
  __li__PF *li__IDHK,*li__NGHK;
  __li__K li__ODHK,li__TGHK;
  void *li__ZA4M,*li__TB4M;
  void *li__ZDHK,*li__NEHK,*li__QHHK;
  __li__UL2B *li__WVJV,*li__5VJV;
  __li__KMFK *li__3EHK,*li__EIHK,*li__DKZU;
  __li__ODID *li__5EHK,*li__KIHK;
  __li__KVBD *li__RJZU,*li__WJZU,*li__AWJV,*li__EWJV;
  __li__WK *li__2JZU;
  __li__WVBD *li__4JZU,*li__5JZU;
  __li__KLWI *li__BKZU;
  __li__ULWI *li__GKZU,*li__HKZU;
  __li__MSWI *li__JKZU,*li__KKZU;
  __li__MZWI *li__MKZU,*li__NKZU;
  __li__C0WI *li__PKZU,*li__QKZU;
  __li__M1WI *li__SKZU,*li__TKZU;
  __li__C li__PBHK,li__CCHK,li__GEHK;
  __li__2ZEC *li__5HHK;
  li__YAHK=NULL;
  li__PBHK=li__EBGK(((__li__5RB *)li__VAHK),li__UAHK->li__LVBD.li__WZLE);
  /* __li__B__ __li__I__ */
if (li__PBHK) {
    li__YAHK=li__UAHK;
  } else /* FALSE */ {
    li__CCHK=li__4HDL(((__li__5RB *)li__UAHK->li__LVBD.li__WZLE),li__VAHK);
    /* __li__B__ __li__I__ */
if (li__CCHK) {
      li__JVJV=((__li__5RB *)li__UAHK->li__LVBD.li__WZLE);
      li__IVJV=li__UAHK->li__LVBD.li__0K.li__0CC;
      li__HVJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__HVJV),li__IVJV,(&__string_68),'+',li__JVJV);
      li__PVJV=li__1CXJ(((__li__VTBD *)li__HVJV),li__UAHK->li__LVBD.li__0K.li__0CC,li__UAHK);
      li__EJZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__EJZU->li__2OLE),li__PVJV);
      li__WVRE(li__EJZU);
      li__QCHK=li__SQC(li__DS4J);
      li__SCHK=li__UVIJ(((__li__5RB *)li__UAHK->li__LVBD.li__WZLE),li__QCHK);
      /* __li__B__ __li__I__ */
if (((void *)li__SCHK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__UAHK->li__LVBD.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__VAHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__QCHK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__UAHK->li__LVBD.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__WAHK);
        li__IDHK=li__J1NK(((__li__5RB *)li__UAHK->li__LVBD.li__WZLE));
        li__V5E(li__IDHK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SCHK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__SCHK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__ODHK=li__OYLM(((__li__DZB *)li__SCHK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ODHK=li__OYLM(((__li__DZB *)li__SCHK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__SCHK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__ODHK=li__21RI(((__li__QWEC *)li__SCHK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ODHK=li__21RI(((__li__QWEC *)li__SCHK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__ODHK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SCHK)->__id==__li__DZB__) {
          li__UDHK=((__li__DZB *)li__SCHK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ZA4M=((__li__QWEC *)li__SCHK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZA4M)->__id==__li__IZB__) {
            li__UDHK=((__li__IZB *)li__ZA4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UDHK=((__li__4HAD *)li__ZA4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__UDHK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SCHK)->__id==__li__DZB__) {
        li__ZA4M=((__li__DZB *)li__SCHK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZA4M)->__id==__li__IZB__) {
          li__ZDHK=((__li__IZB *)li__ZA4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZDHK=((__li__4HAD *)li__ZA4M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__ZA4M=((__li__QWEC *)li__SCHK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZA4M)->__id==__li__IZB__) {
          li__ZDHK=((__li__IZB *)li__ZA4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZDHK=((__li__4HAD *)li__ZA4M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ZDHK==NULL) {
        li__ZA4M=NULL;
      } else {
        switch (((struct ___OBJ *)li__ZDHK)->__id) {
        case __li__WRB__: {
          li__ZA4M=((void *)li__ZDHK);
        } break;
        case __li__XRB__: {
          li__ZA4M=((void *)li__ZDHK);
        } break;
        case __li__KUB__: {
          li__ZA4M=((void *)li__ZDHK);
        } break;
        case __li__VB1__: {
          li__ZA4M=((void *)li__ZDHK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__ZA4M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZA4M == (void *)NULL)) {
        li__GEHK=li__B__;
      } else /* FALSE */ {
        li__ZDHK=((__li__5RB *)li__VAHK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__ZA4M)->__id) {
        case __li__WRB__: {
          li__DEHK=li__0VSG(((__li__WRB *)li__ZA4M),li__ZDHK);
        } break;
        case __li__XRB__: {
          li__DEHK=li__OXSG(((__li__XRB *)((__li__WRB *)li__ZA4M)),li__ZDHK);
        } break;
        case __li__KUB__: {
          li__DEHK=li__CZSG(((__li__KUB *)((__li__WRB *)li__ZA4M)),li__ZDHK);
        } break;
        case __li__VB1__: {
          li__DEHK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__ZA4M)),li__ZDHK);
        } break;
        };
        li__GEHK=((void *)li__DEHK != (void *)li__VAHK);
      };
      /* __li__B__ __li__I__ */
if (li__GEHK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SCHK)->__id==__li__DZB__) {
          li__TB4M=((__li__DZB *)li__SCHK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TB4M)->__id==__li__IZB__) {
            li__NEHK=((__li__IZB *)li__TB4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NEHK=((__li__4HAD *)li__TB4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__TB4M=((__li__QWEC *)li__SCHK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TB4M)->__id==__li__IZB__) {
            li__NEHK=((__li__IZB *)li__TB4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NEHK=((__li__4HAD *)li__TB4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__NEHK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__NEHK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__NEHK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__NEHK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__NEHK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__WVJV=((__li__UL2B *)((__li__WRB *)li__NEHK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__WVJV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__NEHK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__VAHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SCHK)->__id==__li__DZB__) {
          li__UDHK=((__li__DZB *)li__SCHK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__TB4M=((__li__QWEC *)li__SCHK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TB4M)->__id==__li__IZB__) {
            li__UDHK=((__li__IZB *)li__TB4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UDHK=((__li__4HAD *)li__TB4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__UDHK);
        li__V5E(li__UAHK->li__LVBD.li__0K.li__0CC);
        li__ODF();
      };
      li__3EHK=li__NOPI(((__li__VTBD *)li__HVJV));
      li__5EHK=li__GDID(li__UAHK->li__LVBD.li__0K.li__0CC,li__SCHK,li__3EHK,li__3EHK,li__I__);
      li__EJZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__EJZU->li__2OLE),li__5EHK);
      li__WVRE(li__EJZU);
      li__SCHK=li__ZAHJ(((__li__ODID *)li__5EHK));
      li__YAHK=li__SCHK;
      li__GEHK=li__B__;
    } else /* FALSE */ {
      li__GEHK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__GEHK)) {
      li__GEHK=li__R0LM(((__li__5RB *)li__VAHK),li__UAHK->li__LVBD.li__WZLE);
      /* __li__B__ __li__I__ */
if (li__GEHK) {
        li__DEHK=((__li__5RB *)li__UAHK->li__LVBD.li__WZLE);
        li__UDHK=li__UAHK->li__LVBD.li__0K.li__0CC;
        li__XVJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__XVJV),li__UDHK,(&__string_68),'+',li__DEHK);
        li__I3LM=li__1CXJ(((__li__VTBD *)li__XVJV),li__UAHK->li__LVBD.li__0K.li__0CC,li__UAHK);
        li__MJZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__MJZU->li__2OLE),li__I3LM);
        li__WVRE(li__MJZU);
        li__YFHK=li__SQC(li__DS4J);
        li__ZA4M=li__UVIJ(((__li__5RB *)li__VAHK),li__YFHK);
        /* __li__B__ __li__I__ */
if (((void *)li__ZA4M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__VAHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__UAHK->li__LVBD.li__WZLE),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__YFHK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__VAHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__WAHK);
          li__NGHK=li__J1NK(((__li__5RB *)li__VAHK));
          li__V5E(li__NGHK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZA4M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__ZA4M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__TGHK=li__OYLM(((__li__DZB *)li__ZA4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__TGHK=li__OYLM(((__li__DZB *)li__ZA4M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__ZA4M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__TGHK=li__21RI(((__li__QWEC *)li__ZA4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__TGHK=li__21RI(((__li__QWEC *)li__ZA4M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__TGHK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZA4M)->__id==__li__DZB__) {
            li__ZGHK=((__li__DZB *)li__ZA4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__NEHK=((__li__QWEC *)li__ZA4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NEHK)->__id==__li__IZB__) {
              li__ZGHK=((__li__IZB *)li__NEHK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ZGHK=((__li__4HAD *)li__NEHK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__ZGHK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZA4M)->__id==__li__DZB__) {
          li__TB4M=((__li__DZB *)li__ZA4M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TB4M)->__id==__li__IZB__) {
            li__NEHK=((__li__IZB *)li__TB4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NEHK=((__li__4HAD *)li__TB4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__TB4M=((__li__QWEC *)li__ZA4M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TB4M)->__id==__li__IZB__) {
            li__NEHK=((__li__IZB *)li__TB4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NEHK=((__li__4HAD *)li__TB4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__NEHK==NULL) {
          li__TB4M=NULL;
        } else {
          switch (((struct ___OBJ *)li__NEHK)->__id) {
          case __li__WRB__: {
            li__TB4M=((void *)li__NEHK);
          } break;
          case __li__XRB__: {
            li__TB4M=((void *)li__NEHK);
          } break;
          case __li__KUB__: {
            li__TB4M=((void *)li__NEHK);
          } break;
          case __li__VB1__: {
            li__TB4M=((void *)li__NEHK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__TB4M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__TB4M == (void *)NULL) || ((void *)li__TB4M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZA4M)->__id==__li__DZB__) {
            li__NEHK=((__li__DZB *)li__ZA4M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NEHK)->__id==__li__IZB__) {
              li__QHHK=((__li__IZB *)li__NEHK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__QHHK=((__li__4HAD *)li__NEHK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__NEHK=((__li__QWEC *)li__ZA4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NEHK)->__id==__li__IZB__) {
              li__QHHK=((__li__IZB *)li__NEHK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__QHHK=((__li__4HAD *)li__NEHK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__QHHK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__QHHK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__QHHK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__QHHK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__QHHK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__5VJV=((__li__UL2B *)((__li__WRB *)li__QHHK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__5VJV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__QHHK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__VAHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZA4M)->__id==__li__DZB__) {
            li__ZGHK=((__li__DZB *)li__ZA4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__NEHK=((__li__QWEC *)li__ZA4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NEHK)->__id==__li__IZB__) {
              li__ZGHK=((__li__IZB *)li__NEHK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ZGHK=((__li__4HAD *)li__NEHK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__ZGHK);
          li__V5E(li__UAHK->li__LVBD.li__0K.li__0CC);
          li__ODF();
        };
        li__5HHK=li__IF1H( 2);
        li__UDHK=li__UAHK->li__LVBD.li__0K.li__0CC;
        li__RJZU=li__5QND();
        li__WJZU=((__li__KVBD *)li__RJZU);
        li__WJZU->li__LVBD.li__0K.li__0CC=li__UDHK;
        li__DEHK=li__NNSE(((__li__5RB *)li__VAHK));
        li__WJZU->li__LVBD.li__WZLE=li__DEHK;
        li__0K4N(((__li__2ZEC *)li__5HHK),li__RJZU);
        li__EIHK=li__NOPI(((__li__VTBD *)li__XVJV));
        li__NWYJ(((__li__2ZEC *)li__5HHK),li__EIHK);
        li__UDHK=li__UAHK->li__LVBD.li__0K.li__0CC;
        li__0JZU=((void **)(*(((__li__2ZEC *)li__5HHK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JZU)->__id) {
        case __li__WK__: {
          li__2JZU=li__PVEJ(((__li__WK *)li__0JZU));
          li__TB4M=li__2JZU;
        } break;
        case __li__AVBD__: {
          li__TB4M=li__AE5L(((__li__AVBD *)li__0JZU));
        } break;
        case __li__KVBD__: {
          li__AWJV=((__li__KVBD *)li__0JZU);
          li__ZGHK=li__AWJV->li__LVBD.li__0K.li__0CC;
          li__CWJV=li__AWJV->li__LVBD.li__WZLE;
          li__AWJV=li__5QND();
          li__EWJV=((__li__KVBD *)li__AWJV);
          li__EWJV->li__LVBD.li__0K.li__0CC=li__ZGHK;
          li__FWJV=li__NNSE(((__li__5RB *)li__CWJV));
          li__EWJV->li__LVBD.li__WZLE=li__FWJV;
          li__TB4M=li__AWJV;
        } break;
        case __li__WVBD__: {
          li__4JZU=((__li__WVBD *)li__0JZU);
          li__5JZU=li__VEID(li__4JZU->li__XVBD.li__0K.li__0CC,li__4JZU->li__2ZLE,li__4JZU->li__XVBD.li__WZLE);
          li__TB4M=li__5JZU;
        } break;
        case __li__Z4WH__: {
          li__TB4M=li__XEVK(((__li__Z4WH *)li__0JZU));
        } break;
        case __li__KTVI__: {
          li__TB4M=li__XF5L(((__li__KTVI *)li__0JZU));
        } break;
        case __li__LTVI__: {
          li__TB4M=li__SDGM(((__li__LTVI *)li__0JZU));
        } break;
        case __li__XTVI__: {
          li__TB4M=li__DG5L(((__li__XTVI *)li__0JZU));
        } break;
        case __li__YTVI__: {
          li__TB4M=li__4DGM(((__li__YTVI *)li__0JZU));
        } break;
        case __li__S2VI__: {
          li__TB4M=li__OG5L(((__li__S2VI *)li__0JZU));
        } break;
        case __li__E3VI__: {
          li__TB4M=li__ZG5L(((__li__E3VI *)li__0JZU));
        } break;
        case __li__KLWI__: {
          li__BKZU=((__li__KLWI *)li__0JZU);
          li__ZGHK=li__BKZU->li__LLWI.li__0CC;
          li__DKZU=li__G3CM(((__li__KMFK *)li__BKZU->li__ZPBK));
          li__BKZU=li__PNSJ(li__ZGHK,li__DKZU);
          li__TB4M=li__BKZU;
        } break;
        case __li__ULWI__: {
          li__GKZU=((__li__ULWI *)li__0JZU);
          li__HKZU=li__AOSJ(li__GKZU->li__VLWI.li__0CC,li__GKZU->li__4PBK);
          li__TB4M=li__HKZU;
        } break;
        case __li__NMWI__: {
          li__TB4M=li__SH5L(((__li__NMWI *)li__0JZU));
        } break;
        case __li__BNWI__: {
          li__TB4M=li__3H5L(((__li__BNWI *)li__0JZU));
        } break;
        case __li__XNWI__: {
          li__TB4M=li__II5L(((__li__XNWI *)li__0JZU));
        } break;
        case __li__LOWI__: {
          li__TB4M=li__TI5L(((__li__LOWI *)li__0JZU));
        } break;
        case __li__5OWI__: {
          li__TB4M=li__4I5L(((__li__5OWI *)li__0JZU));
        } break;
        case __li__TPWI__: {
          li__TB4M=li__JJ5L(((__li__TPWI *)li__0JZU));
        } break;
        case __li__HQWI__: {
          li__TB4M=li__UJ5L(((__li__HQWI *)li__0JZU));
        } break;
        case __li__ARWI__: {
          li__TB4M=li__5J5L(((__li__ARWI *)li__0JZU));
        } break;
        case __li__URWI__: {
          li__TB4M=li__NK5L(((__li__URWI *)li__0JZU));
        } break;
        case __li__MSWI__: {
          li__JKZU=((__li__MSWI *)li__0JZU);
          li__KKZU=li__YXSJ(li__JKZU->li__NSWI.li__0CC,li__JKZU->li__ISBK);
          li__TB4M=li__KKZU;
        } break;
        case __li__ETWI__: {
          li__TB4M=li__4K5L(((__li__ETWI *)li__0JZU));
        } break;
        case __li__MZWI__: {
          li__MKZU=((__li__MZWI *)li__0JZU);
          li__NKZU=li__4U4I(li__MKZU->li__NZWI.li__0K.li__0CC,li__MKZU->li__3SBK,li__MKZU->li__NZWI.li__WZLE);
          li__TB4M=li__NKZU;
        } break;
        case __li__C0WI__: {
          li__PKZU=((__li__C0WI *)li__0JZU);
          li__QKZU=li__ZV4I(li__PKZU->li__D0WI.li__0K.li__0CC,li__PKZU->li__CTBK);
          li__TB4M=li__QKZU;
        } break;
        case __li__M1WI__: {
          li__SKZU=((__li__M1WI *)li__0JZU);
          li__TKZU=li__1Z4I(li__SKZU->li__N1WI.li__0K.li__0CC,li__SKZU->li__UTFK);
          li__TB4M=li__TKZU;
        } break;
        case __li__KMFK__: {
          li__TB4M=li__G3CM(((__li__KMFK *)li__0JZU));
        } break;
        case __li__XOHL__: {
          li__TB4M=li__AAPN(((__li__XOHL *)li__0JZU));
        } break;
        case __li__FPHL__: {
          li__TB4M=li__2EGM(((__li__FPHL *)li__0JZU));
        } break;
        case __li__APLM__: {
          li__TB4M=li__XRDQ(((__li__APLM *)li__0JZU));
        } break;
        case __li__DTNM__: {
          li__TB4M=li__D5SO(((__li__DTNM *)li__0JZU));
        } break;
        case __li__JXNM__: {
          li__TB4M=li__153R(((__li__JXNM *)li__0JZU));
        } break;
        case __li__21LO__: {
          li__TB4M=li__2KLP(((__li__21LO *)li__0JZU));
        } break;
        case __li__TPOO__: {
          li__TB4M=li__JLLP(((__li__TPOO *)li__0JZU));
        } break;
        case __li__URRO__: {
          li__TB4M=li__KM4R(((__li__URRO *)li__0JZU));
        } break;
        case __li__41XO__: {
          li__TB4M=li__CSDQ(((__li__41XO *)li__0JZU));
        } break;
        case __li__AKBR__: {
          li__TB4M=li__L2DS(((__li__AKBR *)li__0JZU));
        } break;
        case __li__SU5R__: {
          li__TB4M=li__EQJS(((__li__SU5R *)li__0JZU));
        } break;
        case __li__JV5R__: {
          li__TB4M=li__PQJS(((__li__JV5R *)li__0JZU));
        } break;
        };
        li__KIHK=li__2IUJ(li__UDHK,li__ZA4M,li__TB4M,li__5HHK,li__I__);
        li__MJZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__MJZU->li__2OLE),li__KIHK);
        li__WVRE(li__MJZU);
        li__0JZU=li__ZAHJ(((__li__ODID *)li__KIHK));
        li__YAHK=li__0JZU;
      } else /* FALSE */ {
        li__IDHK=li__J1NK(((__li__5RB *)li__VAHK));
        li__KBG(((__li__U *)li__IDHK->li__WXI));
        fputc((int)('='),stdout);
        li__IDHK=li__J1NK(((__li__5RB *)li__UAHK->li__LVBD.li__WZLE));
        li__KBG(((__li__U *)li__IDHK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__VAHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__UAHK->li__LVBD.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__WAHK);
        li__V5E(li__UAHK->li__LVBD.li__0K.li__0CC);
        li__ODF();
      };
    };
  };
  li__XAHK=li__YAHK;
  return(li__XAHK);
}

static void* li__IJHK(__li__WVBD *li__JJHK,__li__5RB *li__KJHK,__li__PO li__LJHK)
/* (Strict INTEGER_CST{li__WVBD},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__NJHK,*li__OLZU,*li__MJHK;
  __li__5RB *li__KWJV,*li__YMHK,*li__DXJV,*li__GXJV;
  __li__PO li__JWJV,li__JMHK,li__OPHK;
  __li__VTBD *li__IWJV,*li__YWJV;
  __li__DFNL *li__QWJV,*li__05LM;
  __li__KI *li__YKZU,*li__ALZU;
  __li__U *li__FLHK,*li__NOHK;
  void *li__HLHK;
  __li__PF *li__3LHK,*li__CPHK;
  __li__K li__DMHK,li__IPHK;
  void *li__FF4M,*li__5F4M;
  void *li__OMHK,*li__CNHK,*li__FQHK;
  __li__UL2B *li__XWJV,*li__AXJV;
  __li__KMFK *li__SNHK,*li__ZQHK,*li__XLZU;
  __li__ODID *li__UNHK,*li__5QHK;
  __li__KVBD *li__FLZU,*li__KLZU,*li__BXJV,*li__FXJV;
  __li__WK *li__QLZU;
  __li__WVBD *li__SLZU,*li__TLZU;
  __li__KLWI *li__VLZU;
  __li__ULWI *li__0LZU,*li__1LZU;
  __li__MSWI *li__3LZU,*li__4LZU;
  __li__MZWI *li__AMZU,*li__BMZU;
  __li__C0WI *li__DMZU,*li__EMZU;
  __li__M1WI *li__GMZU,*li__HMZU;
  __li__C li__EKHK,li__XKHK,li__1MHK;
  __li__2ZEC *li__UQHK;
  li__NJHK=NULL;
  li__EKHK=li__EBGK(((__li__5RB *)li__KJHK),li__JJHK->li__XVBD.li__WZLE);
  /* __li__B__ __li__I__ */
if (li__EKHK) {
    li__NJHK=li__JJHK;
  } else /* FALSE */ {
    li__XKHK=li__4HDL(((__li__5RB *)li__JJHK->li__XVBD.li__WZLE),li__KJHK);
    /* __li__B__ __li__I__ */
if (li__XKHK) {
      li__KWJV=((__li__5RB *)li__JJHK->li__XVBD.li__WZLE);
      li__JWJV=li__JJHK->li__XVBD.li__0K.li__0CC;
      li__IWJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__IWJV),li__JWJV,(&__string_68),'+',li__KWJV);
      li__QWJV=li__1CXJ(((__li__VTBD *)li__IWJV),li__JJHK->li__XVBD.li__0K.li__0CC,li__JJHK);
      li__YKZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__YKZU->li__2OLE),li__QWJV);
      li__WVRE(li__YKZU);
      li__FLHK=li__SQC(li__DS4J);
      li__HLHK=li__UVIJ(((__li__5RB *)li__JJHK->li__XVBD.li__WZLE),li__FLHK);
      /* __li__B__ __li__I__ */
if (((void *)li__HLHK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__JJHK->li__XVBD.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__KJHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__FLHK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__JJHK->li__XVBD.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__LJHK);
        li__3LHK=li__J1NK(((__li__5RB *)li__JJHK->li__XVBD.li__WZLE));
        li__V5E(li__3LHK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HLHK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__HLHK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__DMHK=li__OYLM(((__li__DZB *)li__HLHK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__DMHK=li__OYLM(((__li__DZB *)li__HLHK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__HLHK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__DMHK=li__21RI(((__li__QWEC *)li__HLHK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__DMHK=li__21RI(((__li__QWEC *)li__HLHK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__DMHK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HLHK)->__id==__li__DZB__) {
          li__JMHK=((__li__DZB *)li__HLHK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__FF4M=((__li__QWEC *)li__HLHK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FF4M)->__id==__li__IZB__) {
            li__JMHK=((__li__IZB *)li__FF4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JMHK=((__li__4HAD *)li__FF4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__JMHK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HLHK)->__id==__li__DZB__) {
        li__FF4M=((__li__DZB *)li__HLHK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FF4M)->__id==__li__IZB__) {
          li__OMHK=((__li__IZB *)li__FF4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__OMHK=((__li__4HAD *)li__FF4M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__FF4M=((__li__QWEC *)li__HLHK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FF4M)->__id==__li__IZB__) {
          li__OMHK=((__li__IZB *)li__FF4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__OMHK=((__li__4HAD *)li__FF4M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__OMHK==NULL) {
        li__FF4M=NULL;
      } else {
        switch (((struct ___OBJ *)li__OMHK)->__id) {
        case __li__WRB__: {
          li__FF4M=((void *)li__OMHK);
        } break;
        case __li__XRB__: {
          li__FF4M=((void *)li__OMHK);
        } break;
        case __li__KUB__: {
          li__FF4M=((void *)li__OMHK);
        } break;
        case __li__VB1__: {
          li__FF4M=((void *)li__OMHK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__FF4M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__FF4M == (void *)NULL)) {
        li__1MHK=li__B__;
      } else /* FALSE */ {
        li__OMHK=((__li__5RB *)li__KJHK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__FF4M)->__id) {
        case __li__WRB__: {
          li__YMHK=li__0VSG(((__li__WRB *)li__FF4M),li__OMHK);
        } break;
        case __li__XRB__: {
          li__YMHK=li__OXSG(((__li__XRB *)((__li__WRB *)li__FF4M)),li__OMHK);
        } break;
        case __li__KUB__: {
          li__YMHK=li__CZSG(((__li__KUB *)((__li__WRB *)li__FF4M)),li__OMHK);
        } break;
        case __li__VB1__: {
          li__YMHK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__FF4M)),li__OMHK);
        } break;
        };
        li__1MHK=((void *)li__YMHK != (void *)li__KJHK);
      };
      /* __li__B__ __li__I__ */
if (li__1MHK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HLHK)->__id==__li__DZB__) {
          li__5F4M=((__li__DZB *)li__HLHK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5F4M)->__id==__li__IZB__) {
            li__CNHK=((__li__IZB *)li__5F4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__CNHK=((__li__4HAD *)li__5F4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__5F4M=((__li__QWEC *)li__HLHK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5F4M)->__id==__li__IZB__) {
            li__CNHK=((__li__IZB *)li__5F4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__CNHK=((__li__4HAD *)li__5F4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__CNHK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__CNHK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__CNHK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__CNHK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__CNHK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__XWJV=((__li__UL2B *)((__li__WRB *)li__CNHK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__XWJV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__CNHK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__KJHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HLHK)->__id==__li__DZB__) {
          li__JMHK=((__li__DZB *)li__HLHK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__5F4M=((__li__QWEC *)li__HLHK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5F4M)->__id==__li__IZB__) {
            li__JMHK=((__li__IZB *)li__5F4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JMHK=((__li__4HAD *)li__5F4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__JMHK);
        li__V5E(li__JJHK->li__XVBD.li__0K.li__0CC);
        li__ODF();
      };
      li__SNHK=li__NOPI(((__li__VTBD *)li__IWJV));
      li__UNHK=li__GDID(li__JJHK->li__XVBD.li__0K.li__0CC,li__HLHK,li__SNHK,li__SNHK,li__I__);
      li__YKZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__YKZU->li__2OLE),li__UNHK);
      li__WVRE(li__YKZU);
      li__HLHK=li__ZAHJ(((__li__ODID *)li__UNHK));
      li__NJHK=li__HLHK;
      li__1MHK=li__B__;
    } else /* FALSE */ {
      li__1MHK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__1MHK)) {
      li__1MHK=li__R0LM(((__li__5RB *)li__KJHK),li__JJHK->li__XVBD.li__WZLE);
      /* __li__B__ __li__I__ */
if (li__1MHK) {
        li__YMHK=((__li__5RB *)li__JJHK->li__XVBD.li__WZLE);
        li__JMHK=li__JJHK->li__XVBD.li__0K.li__0CC;
        li__YWJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__YWJV),li__JMHK,(&__string_68),'+',li__YMHK);
        li__05LM=li__1CXJ(((__li__VTBD *)li__YWJV),li__JJHK->li__XVBD.li__0K.li__0CC,li__JJHK);
        li__ALZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__ALZU->li__2OLE),li__05LM);
        li__WVRE(li__ALZU);
        li__NOHK=li__SQC(li__DS4J);
        li__FF4M=li__UVIJ(((__li__5RB *)li__KJHK),li__NOHK);
        /* __li__B__ __li__I__ */
if (((void *)li__FF4M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__KJHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__JJHK->li__XVBD.li__WZLE),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__NOHK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__KJHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__LJHK);
          li__CPHK=li__J1NK(((__li__5RB *)li__KJHK));
          li__V5E(li__CPHK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FF4M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__FF4M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__IPHK=li__OYLM(((__li__DZB *)li__FF4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__IPHK=li__OYLM(((__li__DZB *)li__FF4M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__FF4M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__IPHK=li__21RI(((__li__QWEC *)li__FF4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__IPHK=li__21RI(((__li__QWEC *)li__FF4M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__IPHK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FF4M)->__id==__li__DZB__) {
            li__OPHK=((__li__DZB *)li__FF4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__CNHK=((__li__QWEC *)li__FF4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CNHK)->__id==__li__IZB__) {
              li__OPHK=((__li__IZB *)li__CNHK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__OPHK=((__li__4HAD *)li__CNHK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__OPHK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FF4M)->__id==__li__DZB__) {
          li__5F4M=((__li__DZB *)li__FF4M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5F4M)->__id==__li__IZB__) {
            li__CNHK=((__li__IZB *)li__5F4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__CNHK=((__li__4HAD *)li__5F4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__5F4M=((__li__QWEC *)li__FF4M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5F4M)->__id==__li__IZB__) {
            li__CNHK=((__li__IZB *)li__5F4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__CNHK=((__li__4HAD *)li__5F4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__CNHK==NULL) {
          li__5F4M=NULL;
        } else {
          switch (((struct ___OBJ *)li__CNHK)->__id) {
          case __li__WRB__: {
            li__5F4M=((void *)li__CNHK);
          } break;
          case __li__XRB__: {
            li__5F4M=((void *)li__CNHK);
          } break;
          case __li__KUB__: {
            li__5F4M=((void *)li__CNHK);
          } break;
          case __li__VB1__: {
            li__5F4M=((void *)li__CNHK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__5F4M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__5F4M == (void *)NULL) || ((void *)li__5F4M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FF4M)->__id==__li__DZB__) {
            li__CNHK=((__li__DZB *)li__FF4M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CNHK)->__id==__li__IZB__) {
              li__FQHK=((__li__IZB *)li__CNHK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__FQHK=((__li__4HAD *)li__CNHK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__CNHK=((__li__QWEC *)li__FF4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CNHK)->__id==__li__IZB__) {
              li__FQHK=((__li__IZB *)li__CNHK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__FQHK=((__li__4HAD *)li__CNHK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__FQHK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__FQHK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__FQHK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__FQHK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__FQHK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__AXJV=((__li__UL2B *)((__li__WRB *)li__FQHK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__AXJV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__FQHK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__KJHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FF4M)->__id==__li__DZB__) {
            li__OPHK=((__li__DZB *)li__FF4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__CNHK=((__li__QWEC *)li__FF4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CNHK)->__id==__li__IZB__) {
              li__OPHK=((__li__IZB *)li__CNHK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__OPHK=((__li__4HAD *)li__CNHK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__OPHK);
          li__V5E(li__JJHK->li__XVBD.li__0K.li__0CC);
          li__ODF();
        };
        li__UQHK=li__IF1H( 2);
        li__JMHK=li__JJHK->li__XVBD.li__0K.li__0CC;
        li__FLZU=li__5QND();
        li__KLZU=((__li__KVBD *)li__FLZU);
        li__KLZU->li__LVBD.li__0K.li__0CC=li__JMHK;
        li__YMHK=li__NNSE(((__li__5RB *)li__KJHK));
        li__KLZU->li__LVBD.li__WZLE=li__YMHK;
        li__0K4N(((__li__2ZEC *)li__UQHK),li__FLZU);
        li__ZQHK=li__NOPI(((__li__VTBD *)li__YWJV));
        li__NWYJ(((__li__2ZEC *)li__UQHK),li__ZQHK);
        li__JMHK=li__JJHK->li__XVBD.li__0K.li__0CC;
        li__OLZU=((void **)(*(((__li__2ZEC *)li__UQHK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OLZU)->__id) {
        case __li__WK__: {
          li__QLZU=li__PVEJ(((__li__WK *)li__OLZU));
          li__5F4M=li__QLZU;
        } break;
        case __li__AVBD__: {
          li__5F4M=li__AE5L(((__li__AVBD *)li__OLZU));
        } break;
        case __li__KVBD__: {
          li__BXJV=((__li__KVBD *)li__OLZU);
          li__OPHK=li__BXJV->li__LVBD.li__0K.li__0CC;
          li__DXJV=li__BXJV->li__LVBD.li__WZLE;
          li__BXJV=li__5QND();
          li__FXJV=((__li__KVBD *)li__BXJV);
          li__FXJV->li__LVBD.li__0K.li__0CC=li__OPHK;
          li__GXJV=li__NNSE(((__li__5RB *)li__DXJV));
          li__FXJV->li__LVBD.li__WZLE=li__GXJV;
          li__5F4M=li__BXJV;
        } break;
        case __li__WVBD__: {
          li__SLZU=((__li__WVBD *)li__OLZU);
          li__TLZU=li__VEID(li__SLZU->li__XVBD.li__0K.li__0CC,li__SLZU->li__2ZLE,li__SLZU->li__XVBD.li__WZLE);
          li__5F4M=li__TLZU;
        } break;
        case __li__Z4WH__: {
          li__5F4M=li__XEVK(((__li__Z4WH *)li__OLZU));
        } break;
        case __li__KTVI__: {
          li__5F4M=li__XF5L(((__li__KTVI *)li__OLZU));
        } break;
        case __li__LTVI__: {
          li__5F4M=li__SDGM(((__li__LTVI *)li__OLZU));
        } break;
        case __li__XTVI__: {
          li__5F4M=li__DG5L(((__li__XTVI *)li__OLZU));
        } break;
        case __li__YTVI__: {
          li__5F4M=li__4DGM(((__li__YTVI *)li__OLZU));
        } break;
        case __li__S2VI__: {
          li__5F4M=li__OG5L(((__li__S2VI *)li__OLZU));
        } break;
        case __li__E3VI__: {
          li__5F4M=li__ZG5L(((__li__E3VI *)li__OLZU));
        } break;
        case __li__KLWI__: {
          li__VLZU=((__li__KLWI *)li__OLZU);
          li__OPHK=li__VLZU->li__LLWI.li__0CC;
          li__XLZU=li__G3CM(((__li__KMFK *)li__VLZU->li__ZPBK));
          li__VLZU=li__PNSJ(li__OPHK,li__XLZU);
          li__5F4M=li__VLZU;
        } break;
        case __li__ULWI__: {
          li__0LZU=((__li__ULWI *)li__OLZU);
          li__1LZU=li__AOSJ(li__0LZU->li__VLWI.li__0CC,li__0LZU->li__4PBK);
          li__5F4M=li__1LZU;
        } break;
        case __li__NMWI__: {
          li__5F4M=li__SH5L(((__li__NMWI *)li__OLZU));
        } break;
        case __li__BNWI__: {
          li__5F4M=li__3H5L(((__li__BNWI *)li__OLZU));
        } break;
        case __li__XNWI__: {
          li__5F4M=li__II5L(((__li__XNWI *)li__OLZU));
        } break;
        case __li__LOWI__: {
          li__5F4M=li__TI5L(((__li__LOWI *)li__OLZU));
        } break;
        case __li__5OWI__: {
          li__5F4M=li__4I5L(((__li__5OWI *)li__OLZU));
        } break;
        case __li__TPWI__: {
          li__5F4M=li__JJ5L(((__li__TPWI *)li__OLZU));
        } break;
        case __li__HQWI__: {
          li__5F4M=li__UJ5L(((__li__HQWI *)li__OLZU));
        } break;
        case __li__ARWI__: {
          li__5F4M=li__5J5L(((__li__ARWI *)li__OLZU));
        } break;
        case __li__URWI__: {
          li__5F4M=li__NK5L(((__li__URWI *)li__OLZU));
        } break;
        case __li__MSWI__: {
          li__3LZU=((__li__MSWI *)li__OLZU);
          li__4LZU=li__YXSJ(li__3LZU->li__NSWI.li__0CC,li__3LZU->li__ISBK);
          li__5F4M=li__4LZU;
        } break;
        case __li__ETWI__: {
          li__5F4M=li__4K5L(((__li__ETWI *)li__OLZU));
        } break;
        case __li__MZWI__: {
          li__AMZU=((__li__MZWI *)li__OLZU);
          li__BMZU=li__4U4I(li__AMZU->li__NZWI.li__0K.li__0CC,li__AMZU->li__3SBK,li__AMZU->li__NZWI.li__WZLE);
          li__5F4M=li__BMZU;
        } break;
        case __li__C0WI__: {
          li__DMZU=((__li__C0WI *)li__OLZU);
          li__EMZU=li__ZV4I(li__DMZU->li__D0WI.li__0K.li__0CC,li__DMZU->li__CTBK);
          li__5F4M=li__EMZU;
        } break;
        case __li__M1WI__: {
          li__GMZU=((__li__M1WI *)li__OLZU);
          li__HMZU=li__1Z4I(li__GMZU->li__N1WI.li__0K.li__0CC,li__GMZU->li__UTFK);
          li__5F4M=li__HMZU;
        } break;
        case __li__KMFK__: {
          li__5F4M=li__G3CM(((__li__KMFK *)li__OLZU));
        } break;
        case __li__XOHL__: {
          li__5F4M=li__AAPN(((__li__XOHL *)li__OLZU));
        } break;
        case __li__FPHL__: {
          li__5F4M=li__2EGM(((__li__FPHL *)li__OLZU));
        } break;
        case __li__APLM__: {
          li__5F4M=li__XRDQ(((__li__APLM *)li__OLZU));
        } break;
        case __li__DTNM__: {
          li__5F4M=li__D5SO(((__li__DTNM *)li__OLZU));
        } break;
        case __li__JXNM__: {
          li__5F4M=li__153R(((__li__JXNM *)li__OLZU));
        } break;
        case __li__21LO__: {
          li__5F4M=li__2KLP(((__li__21LO *)li__OLZU));
        } break;
        case __li__TPOO__: {
          li__5F4M=li__JLLP(((__li__TPOO *)li__OLZU));
        } break;
        case __li__URRO__: {
          li__5F4M=li__KM4R(((__li__URRO *)li__OLZU));
        } break;
        case __li__41XO__: {
          li__5F4M=li__CSDQ(((__li__41XO *)li__OLZU));
        } break;
        case __li__AKBR__: {
          li__5F4M=li__L2DS(((__li__AKBR *)li__OLZU));
        } break;
        case __li__SU5R__: {
          li__5F4M=li__EQJS(((__li__SU5R *)li__OLZU));
        } break;
        case __li__JV5R__: {
          li__5F4M=li__PQJS(((__li__JV5R *)li__OLZU));
        } break;
        };
        li__5QHK=li__2IUJ(li__JMHK,li__FF4M,li__5F4M,li__UQHK,li__I__);
        li__ALZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__ALZU->li__2OLE),li__5QHK);
        li__WVRE(li__ALZU);
        li__OLZU=li__ZAHJ(((__li__ODID *)li__5QHK));
        li__NJHK=li__OLZU;
      } else /* FALSE */ {
        li__3LHK=li__J1NK(((__li__5RB *)li__KJHK));
        li__KBG(((__li__U *)li__3LHK->li__WXI));
        fputc((int)('='),stdout);
        li__3LHK=li__J1NK(((__li__5RB *)li__JJHK->li__XVBD.li__WZLE));
        li__KBG(((__li__U *)li__3LHK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__KJHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__JJHK->li__XVBD.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__LJHK);
        li__V5E(li__JJHK->li__XVBD.li__0K.li__0CC);
        li__ODF();
      };
    };
  };
  li__MJHK=li__NJHK;
  return(li__MJHK);
}

static void* li__IQ4J(__li__Z4WH *li__JQ4J,__li__5RB *li__KQ4J,__li__PO li__LQ4J)
/* (Strict EXPR_MULTIPLE{li__Z4WH},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__NQ4J,*li__CNZU,*li__MQ4J;
  __li__5RB *li__DR4J,*li__WR4J,*li__3R4J,*li__LXJV,*li__PS4J,*li__ZT4J;
  __li__5RB *li__YV4J,*li__HYJV;
  __li__PO li__KXJV,li__KT4J,li__PW4J;
  __li__VTBD *li__JXJV,*li__ZXJV;
  __li__DFNL *li__RXJV,*li__FB0O;
  __li__KI *li__MMZU,*li__UMZU;
  __li__U *li__GS4J,*li__OV4J;
  void *li__IS4J;
  __li__PF *li__4S4J,*li__DW4J;
  __li__K li__ET4J,li__JW4J;
  void *li__PYCP,*li__HZCP;
  void *li__PT4J,*li__DU4J,*li__GX4J;
  __li__UL2B *li__YXJV,*li__BYJV;
  __li__KMFK *li__TU4J,*li__0X4J,*li__LNZU;
  __li__ODID *li__VU4J,*li__AY4J;
  __li__KVBD *li__ZMZU,*li__4MZU,*li__CYJV,*li__GYJV;
  __li__WK *li__ENZU;
  __li__WVBD *li__GNZU,*li__HNZU;
  __li__KLWI *li__JNZU;
  __li__ULWI *li__ONZU,*li__PNZU;
  __li__MSWI *li__RNZU,*li__SNZU;
  __li__MZWI *li__UNZU,*li__VNZU;
  __li__C0WI *li__XNZU,*li__YNZU;
  __li__M1WI *li__0NZU,*li__1NZU;
  __li__C li__ER4J,li__XR4J,li__2T4J;
  __li__2ZEC *li__VX4J;
  li__NQ4J=NULL;
  li__DR4J=li__JK5J(li__JQ4J);
  li__ER4J=li__EBGK(((__li__5RB *)li__KQ4J),li__DR4J);
  /* __li__B__ __li__I__ */
if (li__ER4J) {
    li__NQ4J=li__JQ4J;
  } else /* FALSE */ {
    li__WR4J=li__JK5J(li__JQ4J);
    li__XR4J=li__4HDL(((__li__5RB *)li__WR4J),li__KQ4J);
    /* __li__B__ __li__I__ */
if (li__XR4J) {
      li__3R4J=li__JK5J(li__JQ4J);
      li__LXJV=((__li__5RB *)li__3R4J);
      li__KXJV=(*(li__YK__)).li__0CC;
      li__JXJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__JXJV),li__KXJV,(&__string_68),'+',li__LXJV);
      li__RXJV=li__1CXJ(((__li__VTBD *)li__JXJV),(*(li__YK__)).li__0CC,li__JQ4J);
      li__MMZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MMZU->li__2OLE),li__RXJV);
      li__WVRE(li__MMZU);
      li__GS4J=li__SQC(li__DS4J);
      li__3R4J=li__JK5J(li__JQ4J);
      li__IS4J=li__UVIJ(((__li__5RB *)li__3R4J),li__GS4J);
      /* __li__B__ __li__I__ */
if (((void *)li__IS4J == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__PS4J=li__JK5J(li__JQ4J);
        li__OUHF(((__li__5RB *)li__PS4J),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__KQ4J),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__GS4J);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__PS4J=li__JK5J(li__JQ4J);
        li__OUHF(((__li__5RB *)li__PS4J),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__LQ4J);
        li__PS4J=li__JK5J(li__JQ4J);
        li__4S4J=li__J1NK(((__li__5RB *)li__PS4J));
        li__V5E(li__4S4J->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IS4J)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__IS4J)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__ET4J=li__OYLM(((__li__DZB *)li__IS4J));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ET4J=li__OYLM(((__li__DZB *)li__IS4J));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__IS4J)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__ET4J=li__21RI(((__li__QWEC *)li__IS4J));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ET4J=li__21RI(((__li__QWEC *)li__IS4J));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__ET4J !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IS4J)->__id==__li__DZB__) {
          li__KT4J=((__li__DZB *)li__IS4J)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__PYCP=((__li__QWEC *)li__IS4J)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PYCP)->__id==__li__IZB__) {
            li__KT4J=((__li__IZB *)li__PYCP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KT4J=((__li__4HAD *)li__PYCP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__KT4J);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IS4J)->__id==__li__DZB__) {
        li__PYCP=((__li__DZB *)li__IS4J)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PYCP)->__id==__li__IZB__) {
          li__PT4J=((__li__IZB *)li__PYCP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PT4J=((__li__4HAD *)li__PYCP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__PYCP=((__li__QWEC *)li__IS4J)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PYCP)->__id==__li__IZB__) {
          li__PT4J=((__li__IZB *)li__PYCP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PT4J=((__li__4HAD *)li__PYCP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__PT4J==NULL) {
        li__PYCP=NULL;
      } else {
        switch (((struct ___OBJ *)li__PT4J)->__id) {
        case __li__WRB__: {
          li__PYCP=((void *)li__PT4J);
        } break;
        case __li__XRB__: {
          li__PYCP=((void *)li__PT4J);
        } break;
        case __li__KUB__: {
          li__PYCP=((void *)li__PT4J);
        } break;
        case __li__VB1__: {
          li__PYCP=((void *)li__PT4J);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__PYCP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__PYCP == (void *)NULL)) {
        li__2T4J=li__B__;
      } else /* FALSE */ {
        li__PT4J=((__li__5RB *)li__KQ4J)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__PYCP)->__id) {
        case __li__WRB__: {
          li__ZT4J=li__0VSG(((__li__WRB *)li__PYCP),li__PT4J);
        } break;
        case __li__XRB__: {
          li__ZT4J=li__OXSG(((__li__XRB *)((__li__WRB *)li__PYCP)),li__PT4J);
        } break;
        case __li__KUB__: {
          li__ZT4J=li__CZSG(((__li__KUB *)((__li__WRB *)li__PYCP)),li__PT4J);
        } break;
        case __li__VB1__: {
          li__ZT4J=li__H1SG(((__li__VB1 *)((__li__WRB *)li__PYCP)),li__PT4J);
        } break;
        };
        li__2T4J=((void *)li__ZT4J != (void *)li__KQ4J);
      };
      /* __li__B__ __li__I__ */
if (li__2T4J) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IS4J)->__id==__li__DZB__) {
          li__HZCP=((__li__DZB *)li__IS4J)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZCP)->__id==__li__IZB__) {
            li__DU4J=((__li__IZB *)li__HZCP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DU4J=((__li__4HAD *)li__HZCP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__HZCP=((__li__QWEC *)li__IS4J)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZCP)->__id==__li__IZB__) {
            li__DU4J=((__li__IZB *)li__HZCP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DU4J=((__li__4HAD *)li__HZCP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__DU4J)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__DU4J),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__DU4J))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__DU4J)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__DU4J))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__YXJV=((__li__UL2B *)((__li__WRB *)li__DU4J));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__YXJV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__DU4J)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__KQ4J),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IS4J)->__id==__li__DZB__) {
          li__KT4J=((__li__DZB *)li__IS4J)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__HZCP=((__li__QWEC *)li__IS4J)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZCP)->__id==__li__IZB__) {
            li__KT4J=((__li__IZB *)li__HZCP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KT4J=((__li__4HAD *)li__HZCP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__KT4J);
        li__V5E((*(li__YK__)).li__0CC);
        li__ODF();
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      li__TU4J=li__NOPI(((__li__VTBD *)li__JXJV));
      li__VU4J=li__GDID((*(li__YK__)).li__0CC,li__IS4J,li__TU4J,li__TU4J,li__I__);
      li__MMZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MMZU->li__2OLE),li__VU4J);
      li__WVRE(li__MMZU);
      li__IS4J=li__ZAHJ(((__li__ODID *)li__VU4J));
      li__NQ4J=li__IS4J;
      li__2T4J=li__B__;
    } else /* FALSE */ {
      li__2T4J=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__2T4J)) {
      li__3R4J=li__JK5J(li__JQ4J);
      li__2T4J=li__R0LM(((__li__5RB *)li__KQ4J),li__3R4J);
      /* __li__B__ __li__I__ */
if (li__2T4J) {
        li__PS4J=li__JK5J(li__JQ4J);
        li__ZT4J=((__li__5RB *)li__PS4J);
        li__KT4J=(*(li__YK__)).li__0CC;
        li__ZXJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__ZXJV),li__KT4J,(&__string_68),'+',li__ZT4J);
        li__FB0O=li__1CXJ(((__li__VTBD *)li__ZXJV),(*(li__YK__)).li__0CC,li__JQ4J);
        li__UMZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UMZU->li__2OLE),li__FB0O);
        li__WVRE(li__UMZU);
        li__OV4J=li__SQC(li__DS4J);
        li__PYCP=li__UVIJ(((__li__5RB *)li__KQ4J),li__OV4J);
        /* __li__B__ __li__I__ */
if (((void *)li__PYCP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__KQ4J),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__YV4J=li__JK5J(li__JQ4J);
          li__OUHF(((__li__5RB *)li__YV4J),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__OV4J);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__KQ4J),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__LQ4J);
          li__DW4J=li__J1NK(((__li__5RB *)li__KQ4J));
          li__V5E(li__DW4J->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PYCP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__PYCP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__JW4J=li__OYLM(((__li__DZB *)li__PYCP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__JW4J=li__OYLM(((__li__DZB *)li__PYCP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__PYCP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__JW4J=li__21RI(((__li__QWEC *)li__PYCP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__JW4J=li__21RI(((__li__QWEC *)li__PYCP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__JW4J !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PYCP)->__id==__li__DZB__) {
            li__PW4J=((__li__DZB *)li__PYCP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__DU4J=((__li__QWEC *)li__PYCP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DU4J)->__id==__li__IZB__) {
              li__PW4J=((__li__IZB *)li__DU4J)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PW4J=((__li__4HAD *)li__DU4J)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__PW4J);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PYCP)->__id==__li__DZB__) {
          li__HZCP=((__li__DZB *)li__PYCP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZCP)->__id==__li__IZB__) {
            li__DU4J=((__li__IZB *)li__HZCP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DU4J=((__li__4HAD *)li__HZCP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__HZCP=((__li__QWEC *)li__PYCP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZCP)->__id==__li__IZB__) {
            li__DU4J=((__li__IZB *)li__HZCP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DU4J=((__li__4HAD *)li__HZCP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__DU4J==NULL) {
          li__HZCP=NULL;
        } else {
          switch (((struct ___OBJ *)li__DU4J)->__id) {
          case __li__WRB__: {
            li__HZCP=((void *)li__DU4J);
          } break;
          case __li__XRB__: {
            li__HZCP=((void *)li__DU4J);
          } break;
          case __li__KUB__: {
            li__HZCP=((void *)li__DU4J);
          } break;
          case __li__VB1__: {
            li__HZCP=((void *)li__DU4J);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__HZCP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__HZCP == (void *)NULL) || ((void *)li__HZCP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PYCP)->__id==__li__DZB__) {
            li__DU4J=((__li__DZB *)li__PYCP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DU4J)->__id==__li__IZB__) {
              li__GX4J=((__li__IZB *)li__DU4J)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__GX4J=((__li__4HAD *)li__DU4J)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__DU4J=((__li__QWEC *)li__PYCP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DU4J)->__id==__li__IZB__) {
              li__GX4J=((__li__IZB *)li__DU4J)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__GX4J=((__li__4HAD *)li__DU4J)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__GX4J)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__GX4J),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__GX4J))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__GX4J)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__GX4J))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__BYJV=((__li__UL2B *)((__li__WRB *)li__GX4J));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__BYJV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__GX4J)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__KQ4J),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PYCP)->__id==__li__DZB__) {
            li__PW4J=((__li__DZB *)li__PYCP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__DU4J=((__li__QWEC *)li__PYCP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DU4J)->__id==__li__IZB__) {
              li__PW4J=((__li__IZB *)li__DU4J)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PW4J=((__li__4HAD *)li__DU4J)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__PW4J);
          li__V5E((*(li__YK__)).li__0CC);
          li__ODF();
        };
        li__VX4J=li__IF1H( 2);
        li__KT4J=(*(li__YK__)).li__0CC;
        li__ZMZU=li__5QND();
        li__4MZU=((__li__KVBD *)li__ZMZU);
        li__4MZU->li__LVBD.li__0K.li__0CC=li__KT4J;
        li__PS4J=li__NNSE(((__li__5RB *)li__KQ4J));
        li__4MZU->li__LVBD.li__WZLE=li__PS4J;
        li__0K4N(((__li__2ZEC *)li__VX4J),li__ZMZU);
        li__0X4J=li__NOPI(((__li__VTBD *)li__ZXJV));
        li__NWYJ(((__li__2ZEC *)li__VX4J),li__0X4J);
        li__KT4J=(*(li__YK__)).li__0CC;
        li__CNZU=((void **)(*(((__li__2ZEC *)li__VX4J))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CNZU)->__id) {
        case __li__WK__: {
          li__ENZU=li__PVEJ(((__li__WK *)li__CNZU));
          li__HZCP=li__ENZU;
        } break;
        case __li__AVBD__: {
          li__HZCP=li__AE5L(((__li__AVBD *)li__CNZU));
        } break;
        case __li__KVBD__: {
          li__CYJV=((__li__KVBD *)li__CNZU);
          li__PW4J=li__CYJV->li__LVBD.li__0K.li__0CC;
          li__YV4J=li__CYJV->li__LVBD.li__WZLE;
          li__CYJV=li__5QND();
          li__GYJV=((__li__KVBD *)li__CYJV);
          li__GYJV->li__LVBD.li__0K.li__0CC=li__PW4J;
          li__HYJV=li__NNSE(((__li__5RB *)li__YV4J));
          li__GYJV->li__LVBD.li__WZLE=li__HYJV;
          li__HZCP=li__CYJV;
        } break;
        case __li__WVBD__: {
          li__GNZU=((__li__WVBD *)li__CNZU);
          li__HNZU=li__VEID(li__GNZU->li__XVBD.li__0K.li__0CC,li__GNZU->li__2ZLE,li__GNZU->li__XVBD.li__WZLE);
          li__HZCP=li__HNZU;
        } break;
        case __li__Z4WH__: {
          li__HZCP=li__XEVK(((__li__Z4WH *)li__CNZU));
        } break;
        case __li__KTVI__: {
          li__HZCP=li__XF5L(((__li__KTVI *)li__CNZU));
        } break;
        case __li__LTVI__: {
          li__HZCP=li__SDGM(((__li__LTVI *)li__CNZU));
        } break;
        case __li__XTVI__: {
          li__HZCP=li__DG5L(((__li__XTVI *)li__CNZU));
        } break;
        case __li__YTVI__: {
          li__HZCP=li__4DGM(((__li__YTVI *)li__CNZU));
        } break;
        case __li__S2VI__: {
          li__HZCP=li__OG5L(((__li__S2VI *)li__CNZU));
        } break;
        case __li__E3VI__: {
          li__HZCP=li__ZG5L(((__li__E3VI *)li__CNZU));
        } break;
        case __li__KLWI__: {
          li__JNZU=((__li__KLWI *)li__CNZU);
          li__PW4J=li__JNZU->li__LLWI.li__0CC;
          li__LNZU=li__G3CM(((__li__KMFK *)li__JNZU->li__ZPBK));
          li__JNZU=li__PNSJ(li__PW4J,li__LNZU);
          li__HZCP=li__JNZU;
        } break;
        case __li__ULWI__: {
          li__ONZU=((__li__ULWI *)li__CNZU);
          li__PNZU=li__AOSJ(li__ONZU->li__VLWI.li__0CC,li__ONZU->li__4PBK);
          li__HZCP=li__PNZU;
        } break;
        case __li__NMWI__: {
          li__HZCP=li__SH5L(((__li__NMWI *)li__CNZU));
        } break;
        case __li__BNWI__: {
          li__HZCP=li__3H5L(((__li__BNWI *)li__CNZU));
        } break;
        case __li__XNWI__: {
          li__HZCP=li__II5L(((__li__XNWI *)li__CNZU));
        } break;
        case __li__LOWI__: {
          li__HZCP=li__TI5L(((__li__LOWI *)li__CNZU));
        } break;
        case __li__5OWI__: {
          li__HZCP=li__4I5L(((__li__5OWI *)li__CNZU));
        } break;
        case __li__TPWI__: {
          li__HZCP=li__JJ5L(((__li__TPWI *)li__CNZU));
        } break;
        case __li__HQWI__: {
          li__HZCP=li__UJ5L(((__li__HQWI *)li__CNZU));
        } break;
        case __li__ARWI__: {
          li__HZCP=li__5J5L(((__li__ARWI *)li__CNZU));
        } break;
        case __li__URWI__: {
          li__HZCP=li__NK5L(((__li__URWI *)li__CNZU));
        } break;
        case __li__MSWI__: {
          li__RNZU=((__li__MSWI *)li__CNZU);
          li__SNZU=li__YXSJ(li__RNZU->li__NSWI.li__0CC,li__RNZU->li__ISBK);
          li__HZCP=li__SNZU;
        } break;
        case __li__ETWI__: {
          li__HZCP=li__4K5L(((__li__ETWI *)li__CNZU));
        } break;
        case __li__MZWI__: {
          li__UNZU=((__li__MZWI *)li__CNZU);
          li__VNZU=li__4U4I(li__UNZU->li__NZWI.li__0K.li__0CC,li__UNZU->li__3SBK,li__UNZU->li__NZWI.li__WZLE);
          li__HZCP=li__VNZU;
        } break;
        case __li__C0WI__: {
          li__XNZU=((__li__C0WI *)li__CNZU);
          li__YNZU=li__ZV4I(li__XNZU->li__D0WI.li__0K.li__0CC,li__XNZU->li__CTBK);
          li__HZCP=li__YNZU;
        } break;
        case __li__M1WI__: {
          li__0NZU=((__li__M1WI *)li__CNZU);
          li__1NZU=li__1Z4I(li__0NZU->li__N1WI.li__0K.li__0CC,li__0NZU->li__UTFK);
          li__HZCP=li__1NZU;
        } break;
        case __li__KMFK__: {
          li__HZCP=li__G3CM(((__li__KMFK *)li__CNZU));
        } break;
        case __li__XOHL__: {
          li__HZCP=li__AAPN(((__li__XOHL *)li__CNZU));
        } break;
        case __li__FPHL__: {
          li__HZCP=li__2EGM(((__li__FPHL *)li__CNZU));
        } break;
        case __li__APLM__: {
          li__HZCP=li__XRDQ(((__li__APLM *)li__CNZU));
        } break;
        case __li__DTNM__: {
          li__HZCP=li__D5SO(((__li__DTNM *)li__CNZU));
        } break;
        case __li__JXNM__: {
          li__HZCP=li__153R(((__li__JXNM *)li__CNZU));
        } break;
        case __li__21LO__: {
          li__HZCP=li__2KLP(((__li__21LO *)li__CNZU));
        } break;
        case __li__TPOO__: {
          li__HZCP=li__JLLP(((__li__TPOO *)li__CNZU));
        } break;
        case __li__URRO__: {
          li__HZCP=li__KM4R(((__li__URRO *)li__CNZU));
        } break;
        case __li__41XO__: {
          li__HZCP=li__CSDQ(((__li__41XO *)li__CNZU));
        } break;
        case __li__AKBR__: {
          li__HZCP=li__L2DS(((__li__AKBR *)li__CNZU));
        } break;
        case __li__SU5R__: {
          li__HZCP=li__EQJS(((__li__SU5R *)li__CNZU));
        } break;
        case __li__JV5R__: {
          li__HZCP=li__PQJS(((__li__JV5R *)li__CNZU));
        } break;
        };
        li__AY4J=li__2IUJ(li__KT4J,li__PYCP,li__HZCP,li__VX4J,li__I__);
        li__UMZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UMZU->li__2OLE),li__AY4J);
        li__WVRE(li__UMZU);
        li__CNZU=li__ZAHJ(((__li__ODID *)li__AY4J));
        li__NQ4J=li__CNZU;
      } else /* FALSE */ {
        li__4S4J=li__J1NK(((__li__5RB *)li__KQ4J));
        li__KBG(((__li__U *)li__4S4J->li__WXI));
        fputc((int)('='),stdout);
        li__PS4J=li__JK5J(li__JQ4J);
        li__4S4J=li__J1NK(((__li__5RB *)li__PS4J));
        li__KBG(((__li__U *)li__4S4J->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__KQ4J),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__PS4J=li__JK5J(li__JQ4J);
        li__OUHF(((__li__5RB *)li__PS4J),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__LQ4J);
        li__V5E((*(li__YK__)).li__0CC);
        li__ODF();
      };
    };
  };
  li__MQ4J=li__NQ4J;
  return(li__MQ4J);
}

static void* li__4RHK(__li__KTVI *li__5RHK,__li__5RB *li__ASHK,__li__PO li__BSHK)
/* (Strict EXPR_AND_AND_LOGIC{li__KTVI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__DSHK,*li__WOZU,*li__CSHK;
  __li__5RB *li__ZSHK,*li__MTHK,*li__TTHK,*li__MYJV,*li__EUHK,*li__OVHK;
  __li__5RB *li__NXHK,*li__IZJV;
  __li__PO li__LYJV,li__5UHK,li__EYHK;
  __li__VTBD *li__KYJV,*li__0YJV;
  __li__DFNL *li__SYJV,*li__PCMM;
  __li__KI *li__AOZU,*li__IOZU;
  __li__U *li__1THK,*li__DXHK;
  void *li__3THK;
  __li__PF *li__TUHK,*li__YXHK;
  __li__K li__ZUHK,li__4XHK;
  void *li__5J4M,*li__1K4M;
  void *li__EVHK,*li__YVHK,*li__1YHK;
  __li__UL2B *li__ZYJV,*li__CZJV;
  __li__KMFK *li__IWHK,*li__PZHK,*li__5OZU;
  __li__ODID *li__KWHK,*li__VZHK;
  __li__KVBD *li__NOZU,*li__SOZU,*li__DZJV,*li__HZJV;
  __li__WK *li__YOZU;
  __li__WVBD *li__0OZU,*li__1OZU;
  __li__KLWI *li__3OZU;
  __li__ULWI *li__CPZU,*li__DPZU;
  __li__MSWI *li__FPZU,*li__GPZU;
  __li__MZWI *li__IPZU,*li__JPZU;
  __li__C0WI *li__LPZU,*li__MPZU;
  __li__M1WI *li__OPZU,*li__PPZU;
  __li__C li__0SHK,li__NTHK,li__RVHK;
  __li__2ZEC *li__KZHK;
  li__DSHK=NULL;
  li__ZSHK=li__5UEK();
  li__0SHK=li__EBGK(((__li__5RB *)li__ASHK),li__ZSHK);
  /* __li__B__ __li__I__ */
if (li__0SHK) {
    li__DSHK=li__5RHK;
  } else /* FALSE */ {
    li__MTHK=li__5UEK();
    li__NTHK=li__4HDL(((__li__5RB *)li__MTHK),li__ASHK);
    /* __li__B__ __li__I__ */
if (li__NTHK) {
      li__TTHK=li__5UEK();
      li__MYJV=((__li__5RB *)li__TTHK);
      li__LYJV=li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC;
      li__KYJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__KYJV),li__LYJV,(&__string_68),'+',li__MYJV);
      li__SYJV=li__1CXJ(((__li__VTBD *)li__KYJV),li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC,li__5RHK);
      li__AOZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__AOZU->li__2OLE),li__SYJV);
      li__WVRE(li__AOZU);
      li__1THK=li__SQC(li__DS4J);
      li__TTHK=li__5UEK();
      li__3THK=li__UVIJ(((__li__5RB *)li__TTHK),li__1THK);
      /* __li__B__ __li__I__ */
if (((void *)li__3THK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__EUHK=li__5UEK();
        li__OUHF(((__li__5RB *)li__EUHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__ASHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__1THK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__EUHK=li__5UEK();
        li__OUHF(((__li__5RB *)li__EUHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BSHK);
        li__EUHK=li__5UEK();
        li__TUHK=li__J1NK(((__li__5RB *)li__EUHK));
        li__V5E(li__TUHK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3THK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__3THK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__ZUHK=li__OYLM(((__li__DZB *)li__3THK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZUHK=li__OYLM(((__li__DZB *)li__3THK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__3THK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__ZUHK=li__21RI(((__li__QWEC *)li__3THK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZUHK=li__21RI(((__li__QWEC *)li__3THK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__ZUHK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3THK)->__id==__li__DZB__) {
          li__5UHK=((__li__DZB *)li__3THK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__5J4M=((__li__QWEC *)li__3THK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5J4M)->__id==__li__IZB__) {
            li__5UHK=((__li__IZB *)li__5J4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5UHK=((__li__4HAD *)li__5J4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__5UHK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3THK)->__id==__li__DZB__) {
        li__5J4M=((__li__DZB *)li__3THK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5J4M)->__id==__li__IZB__) {
          li__EVHK=((__li__IZB *)li__5J4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__EVHK=((__li__4HAD *)li__5J4M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__5J4M=((__li__QWEC *)li__3THK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5J4M)->__id==__li__IZB__) {
          li__EVHK=((__li__IZB *)li__5J4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__EVHK=((__li__4HAD *)li__5J4M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__EVHK==NULL) {
        li__5J4M=NULL;
      } else {
        switch (((struct ___OBJ *)li__EVHK)->__id) {
        case __li__WRB__: {
          li__5J4M=((void *)li__EVHK);
        } break;
        case __li__XRB__: {
          li__5J4M=((void *)li__EVHK);
        } break;
        case __li__KUB__: {
          li__5J4M=((void *)li__EVHK);
        } break;
        case __li__VB1__: {
          li__5J4M=((void *)li__EVHK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__5J4M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__5J4M == (void *)NULL)) {
        li__RVHK=li__B__;
      } else /* FALSE */ {
        li__EVHK=((__li__5RB *)li__ASHK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__5J4M)->__id) {
        case __li__WRB__: {
          li__OVHK=li__0VSG(((__li__WRB *)li__5J4M),li__EVHK);
        } break;
        case __li__XRB__: {
          li__OVHK=li__OXSG(((__li__XRB *)((__li__WRB *)li__5J4M)),li__EVHK);
        } break;
        case __li__KUB__: {
          li__OVHK=li__CZSG(((__li__KUB *)((__li__WRB *)li__5J4M)),li__EVHK);
        } break;
        case __li__VB1__: {
          li__OVHK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__5J4M)),li__EVHK);
        } break;
        };
        li__RVHK=((void *)li__OVHK != (void *)li__ASHK);
      };
      /* __li__B__ __li__I__ */
if (li__RVHK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3THK)->__id==__li__DZB__) {
          li__1K4M=((__li__DZB *)li__3THK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1K4M)->__id==__li__IZB__) {
            li__YVHK=((__li__IZB *)li__1K4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YVHK=((__li__4HAD *)li__1K4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__1K4M=((__li__QWEC *)li__3THK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1K4M)->__id==__li__IZB__) {
            li__YVHK=((__li__IZB *)li__1K4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YVHK=((__li__4HAD *)li__1K4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__YVHK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__YVHK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__YVHK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__YVHK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__YVHK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__ZYJV=((__li__UL2B *)((__li__WRB *)li__YVHK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__ZYJV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__YVHK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__ASHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3THK)->__id==__li__DZB__) {
          li__5UHK=((__li__DZB *)li__3THK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__1K4M=((__li__QWEC *)li__3THK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1K4M)->__id==__li__IZB__) {
            li__5UHK=((__li__IZB *)li__1K4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5UHK=((__li__4HAD *)li__1K4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__5UHK);
        li__V5E(li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC);
        li__ODF();
      };
      li__IWHK=li__NOPI(((__li__VTBD *)li__KYJV));
      li__KWHK=li__GDID(li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC,li__3THK,li__IWHK,li__IWHK,li__I__);
      li__AOZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__AOZU->li__2OLE),li__KWHK);
      li__WVRE(li__AOZU);
      li__3THK=li__ZAHJ(((__li__ODID *)li__KWHK));
      li__DSHK=li__3THK;
      li__RVHK=li__B__;
    } else /* FALSE */ {
      li__RVHK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__RVHK)) {
      li__TTHK=li__5UEK();
      li__RVHK=li__R0LM(((__li__5RB *)li__ASHK),li__TTHK);
      /* __li__B__ __li__I__ */
if (li__RVHK) {
        li__EUHK=li__5UEK();
        li__OVHK=((__li__5RB *)li__EUHK);
        li__5UHK=li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        li__0YJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__0YJV),li__5UHK,(&__string_68),'+',li__OVHK);
        li__PCMM=li__1CXJ(((__li__VTBD *)li__0YJV),li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC,li__5RHK);
        li__IOZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__IOZU->li__2OLE),li__PCMM);
        li__WVRE(li__IOZU);
        li__DXHK=li__SQC(li__DS4J);
        li__5J4M=li__UVIJ(((__li__5RB *)li__ASHK),li__DXHK);
        /* __li__B__ __li__I__ */
if (((void *)li__5J4M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__ASHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__NXHK=li__5UEK();
          li__OUHF(((__li__5RB *)li__NXHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__DXHK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__ASHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__BSHK);
          li__YXHK=li__J1NK(((__li__5RB *)li__ASHK));
          li__V5E(li__YXHK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5J4M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__5J4M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__4XHK=li__OYLM(((__li__DZB *)li__5J4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__4XHK=li__OYLM(((__li__DZB *)li__5J4M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__5J4M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__4XHK=li__21RI(((__li__QWEC *)li__5J4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__4XHK=li__21RI(((__li__QWEC *)li__5J4M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__4XHK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5J4M)->__id==__li__DZB__) {
            li__EYHK=((__li__DZB *)li__5J4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__YVHK=((__li__QWEC *)li__5J4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YVHK)->__id==__li__IZB__) {
              li__EYHK=((__li__IZB *)li__YVHK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__EYHK=((__li__4HAD *)li__YVHK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__EYHK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5J4M)->__id==__li__DZB__) {
          li__1K4M=((__li__DZB *)li__5J4M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1K4M)->__id==__li__IZB__) {
            li__YVHK=((__li__IZB *)li__1K4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YVHK=((__li__4HAD *)li__1K4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__1K4M=((__li__QWEC *)li__5J4M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1K4M)->__id==__li__IZB__) {
            li__YVHK=((__li__IZB *)li__1K4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YVHK=((__li__4HAD *)li__1K4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__YVHK==NULL) {
          li__1K4M=NULL;
        } else {
          switch (((struct ___OBJ *)li__YVHK)->__id) {
          case __li__WRB__: {
            li__1K4M=((void *)li__YVHK);
          } break;
          case __li__XRB__: {
            li__1K4M=((void *)li__YVHK);
          } break;
          case __li__KUB__: {
            li__1K4M=((void *)li__YVHK);
          } break;
          case __li__VB1__: {
            li__1K4M=((void *)li__YVHK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__1K4M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__1K4M == (void *)NULL) || ((void *)li__1K4M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5J4M)->__id==__li__DZB__) {
            li__YVHK=((__li__DZB *)li__5J4M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YVHK)->__id==__li__IZB__) {
              li__1YHK=((__li__IZB *)li__YVHK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1YHK=((__li__4HAD *)li__YVHK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__YVHK=((__li__QWEC *)li__5J4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YVHK)->__id==__li__IZB__) {
              li__1YHK=((__li__IZB *)li__YVHK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1YHK=((__li__4HAD *)li__YVHK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__1YHK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__1YHK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__1YHK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__1YHK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__1YHK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__CZJV=((__li__UL2B *)((__li__WRB *)li__1YHK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__CZJV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__1YHK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__ASHK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5J4M)->__id==__li__DZB__) {
            li__EYHK=((__li__DZB *)li__5J4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__YVHK=((__li__QWEC *)li__5J4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YVHK)->__id==__li__IZB__) {
              li__EYHK=((__li__IZB *)li__YVHK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__EYHK=((__li__4HAD *)li__YVHK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__EYHK);
          li__V5E(li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC);
          li__ODF();
        };
        li__KZHK=li__IF1H( 2);
        li__5UHK=li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        li__NOZU=li__5QND();
        li__SOZU=((__li__KVBD *)li__NOZU);
        li__SOZU->li__LVBD.li__0K.li__0CC=li__5UHK;
        li__EUHK=li__NNSE(((__li__5RB *)li__ASHK));
        li__SOZU->li__LVBD.li__WZLE=li__EUHK;
        li__0K4N(((__li__2ZEC *)li__KZHK),li__NOZU);
        li__PZHK=li__NOPI(((__li__VTBD *)li__0YJV));
        li__NWYJ(((__li__2ZEC *)li__KZHK),li__PZHK);
        li__5UHK=li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        li__WOZU=((void **)(*(((__li__2ZEC *)li__KZHK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WOZU)->__id) {
        case __li__WK__: {
          li__YOZU=li__PVEJ(((__li__WK *)li__WOZU));
          li__1K4M=li__YOZU;
        } break;
        case __li__AVBD__: {
          li__1K4M=li__AE5L(((__li__AVBD *)li__WOZU));
        } break;
        case __li__KVBD__: {
          li__DZJV=((__li__KVBD *)li__WOZU);
          li__EYHK=li__DZJV->li__LVBD.li__0K.li__0CC;
          li__NXHK=li__DZJV->li__LVBD.li__WZLE;
          li__DZJV=li__5QND();
          li__HZJV=((__li__KVBD *)li__DZJV);
          li__HZJV->li__LVBD.li__0K.li__0CC=li__EYHK;
          li__IZJV=li__NNSE(((__li__5RB *)li__NXHK));
          li__HZJV->li__LVBD.li__WZLE=li__IZJV;
          li__1K4M=li__DZJV;
        } break;
        case __li__WVBD__: {
          li__0OZU=((__li__WVBD *)li__WOZU);
          li__1OZU=li__VEID(li__0OZU->li__XVBD.li__0K.li__0CC,li__0OZU->li__2ZLE,li__0OZU->li__XVBD.li__WZLE);
          li__1K4M=li__1OZU;
        } break;
        case __li__Z4WH__: {
          li__1K4M=li__XEVK(((__li__Z4WH *)li__WOZU));
        } break;
        case __li__KTVI__: {
          li__1K4M=li__XF5L(((__li__KTVI *)li__WOZU));
        } break;
        case __li__LTVI__: {
          li__1K4M=li__SDGM(((__li__LTVI *)li__WOZU));
        } break;
        case __li__XTVI__: {
          li__1K4M=li__DG5L(((__li__XTVI *)li__WOZU));
        } break;
        case __li__YTVI__: {
          li__1K4M=li__4DGM(((__li__YTVI *)li__WOZU));
        } break;
        case __li__S2VI__: {
          li__1K4M=li__OG5L(((__li__S2VI *)li__WOZU));
        } break;
        case __li__E3VI__: {
          li__1K4M=li__ZG5L(((__li__E3VI *)li__WOZU));
        } break;
        case __li__KLWI__: {
          li__3OZU=((__li__KLWI *)li__WOZU);
          li__EYHK=li__3OZU->li__LLWI.li__0CC;
          li__5OZU=li__G3CM(((__li__KMFK *)li__3OZU->li__ZPBK));
          li__3OZU=li__PNSJ(li__EYHK,li__5OZU);
          li__1K4M=li__3OZU;
        } break;
        case __li__ULWI__: {
          li__CPZU=((__li__ULWI *)li__WOZU);
          li__DPZU=li__AOSJ(li__CPZU->li__VLWI.li__0CC,li__CPZU->li__4PBK);
          li__1K4M=li__DPZU;
        } break;
        case __li__NMWI__: {
          li__1K4M=li__SH5L(((__li__NMWI *)li__WOZU));
        } break;
        case __li__BNWI__: {
          li__1K4M=li__3H5L(((__li__BNWI *)li__WOZU));
        } break;
        case __li__XNWI__: {
          li__1K4M=li__II5L(((__li__XNWI *)li__WOZU));
        } break;
        case __li__LOWI__: {
          li__1K4M=li__TI5L(((__li__LOWI *)li__WOZU));
        } break;
        case __li__5OWI__: {
          li__1K4M=li__4I5L(((__li__5OWI *)li__WOZU));
        } break;
        case __li__TPWI__: {
          li__1K4M=li__JJ5L(((__li__TPWI *)li__WOZU));
        } break;
        case __li__HQWI__: {
          li__1K4M=li__UJ5L(((__li__HQWI *)li__WOZU));
        } break;
        case __li__ARWI__: {
          li__1K4M=li__5J5L(((__li__ARWI *)li__WOZU));
        } break;
        case __li__URWI__: {
          li__1K4M=li__NK5L(((__li__URWI *)li__WOZU));
        } break;
        case __li__MSWI__: {
          li__FPZU=((__li__MSWI *)li__WOZU);
          li__GPZU=li__YXSJ(li__FPZU->li__NSWI.li__0CC,li__FPZU->li__ISBK);
          li__1K4M=li__GPZU;
        } break;
        case __li__ETWI__: {
          li__1K4M=li__4K5L(((__li__ETWI *)li__WOZU));
        } break;
        case __li__MZWI__: {
          li__IPZU=((__li__MZWI *)li__WOZU);
          li__JPZU=li__4U4I(li__IPZU->li__NZWI.li__0K.li__0CC,li__IPZU->li__3SBK,li__IPZU->li__NZWI.li__WZLE);
          li__1K4M=li__JPZU;
        } break;
        case __li__C0WI__: {
          li__LPZU=((__li__C0WI *)li__WOZU);
          li__MPZU=li__ZV4I(li__LPZU->li__D0WI.li__0K.li__0CC,li__LPZU->li__CTBK);
          li__1K4M=li__MPZU;
        } break;
        case __li__M1WI__: {
          li__OPZU=((__li__M1WI *)li__WOZU);
          li__PPZU=li__1Z4I(li__OPZU->li__N1WI.li__0K.li__0CC,li__OPZU->li__UTFK);
          li__1K4M=li__PPZU;
        } break;
        case __li__KMFK__: {
          li__1K4M=li__G3CM(((__li__KMFK *)li__WOZU));
        } break;
        case __li__XOHL__: {
          li__1K4M=li__AAPN(((__li__XOHL *)li__WOZU));
        } break;
        case __li__FPHL__: {
          li__1K4M=li__2EGM(((__li__FPHL *)li__WOZU));
        } break;
        case __li__APLM__: {
          li__1K4M=li__XRDQ(((__li__APLM *)li__WOZU));
        } break;
        case __li__DTNM__: {
          li__1K4M=li__D5SO(((__li__DTNM *)li__WOZU));
        } break;
        case __li__JXNM__: {
          li__1K4M=li__153R(((__li__JXNM *)li__WOZU));
        } break;
        case __li__21LO__: {
          li__1K4M=li__2KLP(((__li__21LO *)li__WOZU));
        } break;
        case __li__TPOO__: {
          li__1K4M=li__JLLP(((__li__TPOO *)li__WOZU));
        } break;
        case __li__URRO__: {
          li__1K4M=li__KM4R(((__li__URRO *)li__WOZU));
        } break;
        case __li__41XO__: {
          li__1K4M=li__CSDQ(((__li__41XO *)li__WOZU));
        } break;
        case __li__AKBR__: {
          li__1K4M=li__L2DS(((__li__AKBR *)li__WOZU));
        } break;
        case __li__SU5R__: {
          li__1K4M=li__EQJS(((__li__SU5R *)li__WOZU));
        } break;
        case __li__JV5R__: {
          li__1K4M=li__PQJS(((__li__JV5R *)li__WOZU));
        } break;
        };
        li__VZHK=li__2IUJ(li__5UHK,li__5J4M,li__1K4M,li__KZHK,li__I__);
        li__IOZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__IOZU->li__2OLE),li__VZHK);
        li__WVRE(li__IOZU);
        li__WOZU=li__ZAHJ(((__li__ODID *)li__VZHK));
        li__DSHK=li__WOZU;
      } else /* FALSE */ {
        li__TUHK=li__J1NK(((__li__5RB *)li__ASHK));
        li__KBG(((__li__U *)li__TUHK->li__WXI));
        fputc((int)('='),stdout);
        li__EUHK=li__5UEK();
        li__TUHK=li__J1NK(((__li__5RB *)li__EUHK));
        li__KBG(((__li__U *)li__TUHK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__ASHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__EUHK=li__5UEK();
        li__OUHF(((__li__5RB *)li__EUHK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BSHK);
        li__V5E(li__5RHK->li__PTVI.li__OTVI.li__NTVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__CSHK=li__DSHK;
  return(li__CSHK);
}

static void* li__TXMN(__li__LTVI *li__UXMN,__li__5RB *li__VXMN,__li__PO li__WXMN)
/* (Strict EXPR_AND_LOGIC{li__LTVI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__YXMN,*li__KQZU,*li__XXMN;
  __li__5RB *li__OYMN,*li__BZMN,*li__IZMN,*li__NZJV,*li__ZZMN,*li__D1MN;
  __li__5RB *li__C3MN,*li__J0JV;
  __li__PO li__MZJV,li__U0MN,li__Z3MN;
  __li__VTBD *li__LZJV,*li__1ZJV;
  __li__DFNL *li__TZJV,*li__1BGO;
  __li__KI *li__UPZU,*li__2PZU;
  __li__U *li__QZMN,*li__Y2MN;
  void *li__SZMN;
  __li__PF *li__I0MN,*li__N3MN;
  __li__K li__O0MN,li__T3MN;
  void *li__55KO,*li__ZALO;
  void *li__Z0MN,*li__N1MN,*li__Q4MN;
  __li__UL2B *li__0ZJV,*li__D0JV;
  __li__KMFK *li__31MN,*li__E5MN,*li__TQZU;
  __li__ODID *li__51MN,*li__K5MN;
  __li__KVBD *li__BQZU,*li__GQZU,*li__E0JV,*li__I0JV;
  __li__WK *li__MQZU;
  __li__WVBD *li__OQZU,*li__PQZU;
  __li__KLWI *li__RQZU;
  __li__ULWI *li__WQZU,*li__XQZU;
  __li__MSWI *li__ZQZU,*li__0QZU;
  __li__MZWI *li__2QZU,*li__3QZU;
  __li__C0WI *li__5QZU,*li__ARZU;
  __li__M1WI *li__CRZU,*li__DRZU;
  __li__C li__PYMN,li__CZMN,li__G1MN;
  __li__2ZEC *li__54MN;
  li__YXMN=NULL;
  li__OYMN=li__553L();
  li__PYMN=li__EBGK(((__li__5RB *)li__VXMN),li__OYMN);
  /* __li__B__ __li__I__ */
if (li__PYMN) {
    li__YXMN=li__UXMN;
  } else /* FALSE */ {
    li__BZMN=li__553L();
    li__CZMN=li__4HDL(((__li__5RB *)li__BZMN),li__VXMN);
    /* __li__B__ __li__I__ */
if (li__CZMN) {
      li__IZMN=li__553L();
      li__NZJV=((__li__5RB *)li__IZMN);
      li__MZJV=li__UXMN->li__OTVI.li__NTVI.li__0CC;
      li__LZJV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__LZJV),li__MZJV,(&__string_68),'+',li__NZJV);
      li__TZJV=li__1CXJ(((__li__VTBD *)li__LZJV),li__UXMN->li__OTVI.li__NTVI.li__0CC,li__UXMN);
      li__UPZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__UPZU->li__2OLE),li__TZJV);
      li__WVRE(li__UPZU);
      li__QZMN=li__SQC(li__DS4J);
      li__IZMN=li__553L();
      li__SZMN=li__UVIJ(((__li__5RB *)li__IZMN),li__QZMN);
      /* __li__B__ __li__I__ */
if (((void *)li__SZMN == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__ZZMN=li__553L();
        li__OUHF(((__li__5RB *)li__ZZMN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__VXMN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__QZMN);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__ZZMN=li__553L();
        li__OUHF(((__li__5RB *)li__ZZMN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__WXMN);
        li__ZZMN=li__553L();
        li__I0MN=li__J1NK(((__li__5RB *)li__ZZMN));
        li__V5E(li__I0MN->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SZMN)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__SZMN)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__O0MN=li__OYLM(((__li__DZB *)li__SZMN));
        } else /* ITM_SLOT_OPERATOR */ {
          li__O0MN=li__OYLM(((__li__DZB *)li__SZMN));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__SZMN)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__O0MN=li__21RI(((__li__QWEC *)li__SZMN));
        } else /* ITM_SLOT_OPERATOR */ {
          li__O0MN=li__21RI(((__li__QWEC *)li__SZMN));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__O0MN !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SZMN)->__id==__li__DZB__) {
          li__U0MN=((__li__DZB *)li__SZMN)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__55KO=((__li__QWEC *)li__SZMN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__55KO)->__id==__li__IZB__) {
            li__U0MN=((__li__IZB *)li__55KO)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__U0MN=((__li__4HAD *)li__55KO)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__U0MN);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SZMN)->__id==__li__DZB__) {
        li__55KO=((__li__DZB *)li__SZMN)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__55KO)->__id==__li__IZB__) {
          li__Z0MN=((__li__IZB *)li__55KO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__Z0MN=((__li__4HAD *)li__55KO)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__55KO=((__li__QWEC *)li__SZMN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__55KO)->__id==__li__IZB__) {
          li__Z0MN=((__li__IZB *)li__55KO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__Z0MN=((__li__4HAD *)li__55KO)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__Z0MN==NULL) {
        li__55KO=NULL;
      } else {
        switch (((struct ___OBJ *)li__Z0MN)->__id) {
        case __li__WRB__: {
          li__55KO=((void *)li__Z0MN);
        } break;
        case __li__XRB__: {
          li__55KO=((void *)li__Z0MN);
        } break;
        case __li__KUB__: {
          li__55KO=((void *)li__Z0MN);
        } break;
        case __li__VB1__: {
          li__55KO=((void *)li__Z0MN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__55KO=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__55KO == (void *)NULL)) {
        li__G1MN=li__B__;
      } else /* FALSE */ {
        li__Z0MN=((__li__5RB *)li__VXMN)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__55KO)->__id) {
        case __li__WRB__: {
          li__D1MN=li__0VSG(((__li__WRB *)li__55KO),li__Z0MN);
        } break;
        case __li__XRB__: {
          li__D1MN=li__OXSG(((__li__XRB *)((__li__WRB *)li__55KO)),li__Z0MN);
        } break;
        case __li__KUB__: {
          li__D1MN=li__CZSG(((__li__KUB *)((__li__WRB *)li__55KO)),li__Z0MN);
        } break;
        case __li__VB1__: {
          li__D1MN=li__H1SG(((__li__VB1 *)((__li__WRB *)li__55KO)),li__Z0MN);
        } break;
        };
        li__G1MN=((void *)li__D1MN != (void *)li__VXMN);
      };
      /* __li__B__ __li__I__ */
if (li__G1MN) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SZMN)->__id==__li__DZB__) {
          li__ZALO=((__li__DZB *)li__SZMN)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZALO)->__id==__li__IZB__) {
            li__N1MN=((__li__IZB *)li__ZALO)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__N1MN=((__li__4HAD *)li__ZALO)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__ZALO=((__li__QWEC *)li__SZMN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZALO)->__id==__li__IZB__) {
            li__N1MN=((__li__IZB *)li__ZALO)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__N1MN=((__li__4HAD *)li__ZALO)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__N1MN)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__N1MN),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__N1MN))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__N1MN)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__N1MN))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__0ZJV=((__li__UL2B *)((__li__WRB *)li__N1MN));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__0ZJV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__N1MN)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__VXMN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SZMN)->__id==__li__DZB__) {
          li__U0MN=((__li__DZB *)li__SZMN)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ZALO=((__li__QWEC *)li__SZMN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZALO)->__id==__li__IZB__) {
            li__U0MN=((__li__IZB *)li__ZALO)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__U0MN=((__li__4HAD *)li__ZALO)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__U0MN);
        li__V5E(li__UXMN->li__OTVI.li__NTVI.li__0CC);
        li__ODF();
      };
      li__31MN=li__NOPI(((__li__VTBD *)li__LZJV));
      li__51MN=li__GDID(li__UXMN->li__OTVI.li__NTVI.li__0CC,li__SZMN,li__31MN,li__31MN,li__I__);
      li__UPZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__UPZU->li__2OLE),li__51MN);
      li__WVRE(li__UPZU);
      li__SZMN=li__ZAHJ(((__li__ODID *)li__51MN));
      li__YXMN=li__SZMN;
      li__G1MN=li__B__;
    } else /* FALSE */ {
      li__G1MN=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__G1MN)) {
      li__IZMN=li__553L();
      li__G1MN=li__R0LM(((__li__5RB *)li__VXMN),li__IZMN);
      /* __li__B__ __li__I__ */
if (li__G1MN) {
        li__ZZMN=li__553L();
        li__D1MN=((__li__5RB *)li__ZZMN);
        li__U0MN=li__UXMN->li__OTVI.li__NTVI.li__0CC;
        li__1ZJV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__1ZJV),li__U0MN,(&__string_68),'+',li__D1MN);
        li__1BGO=li__1CXJ(((__li__VTBD *)li__1ZJV),li__UXMN->li__OTVI.li__NTVI.li__0CC,li__UXMN);
        li__2PZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__2PZU->li__2OLE),li__1BGO);
        li__WVRE(li__2PZU);
        li__Y2MN=li__SQC(li__DS4J);
        li__55KO=li__UVIJ(((__li__5RB *)li__VXMN),li__Y2MN);
        /* __li__B__ __li__I__ */
if (((void *)li__55KO == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__VXMN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__C3MN=li__553L();
          li__OUHF(((__li__5RB *)li__C3MN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__Y2MN);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__VXMN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__WXMN);
          li__N3MN=li__J1NK(((__li__5RB *)li__VXMN));
          li__V5E(li__N3MN->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__55KO)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__55KO)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__T3MN=li__OYLM(((__li__DZB *)li__55KO));
          } else /* ITM_SLOT_OPERATOR */ {
            li__T3MN=li__OYLM(((__li__DZB *)li__55KO));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__55KO)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__T3MN=li__21RI(((__li__QWEC *)li__55KO));
          } else /* ITM_SLOT_OPERATOR */ {
            li__T3MN=li__21RI(((__li__QWEC *)li__55KO));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__T3MN !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__55KO)->__id==__li__DZB__) {
            li__Z3MN=((__li__DZB *)li__55KO)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__N1MN=((__li__QWEC *)li__55KO)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__N1MN)->__id==__li__IZB__) {
              li__Z3MN=((__li__IZB *)li__N1MN)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__Z3MN=((__li__4HAD *)li__N1MN)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__Z3MN);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__55KO)->__id==__li__DZB__) {
          li__ZALO=((__li__DZB *)li__55KO)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZALO)->__id==__li__IZB__) {
            li__N1MN=((__li__IZB *)li__ZALO)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__N1MN=((__li__4HAD *)li__ZALO)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__ZALO=((__li__QWEC *)li__55KO)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZALO)->__id==__li__IZB__) {
            li__N1MN=((__li__IZB *)li__ZALO)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__N1MN=((__li__4HAD *)li__ZALO)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__N1MN==NULL) {
          li__ZALO=NULL;
        } else {
          switch (((struct ___OBJ *)li__N1MN)->__id) {
          case __li__WRB__: {
            li__ZALO=((void *)li__N1MN);
          } break;
          case __li__XRB__: {
            li__ZALO=((void *)li__N1MN);
          } break;
          case __li__KUB__: {
            li__ZALO=((void *)li__N1MN);
          } break;
          case __li__VB1__: {
            li__ZALO=((void *)li__N1MN);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__ZALO=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__ZALO == (void *)NULL) || ((void *)li__ZALO != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__55KO)->__id==__li__DZB__) {
            li__N1MN=((__li__DZB *)li__55KO)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__N1MN)->__id==__li__IZB__) {
              li__Q4MN=((__li__IZB *)li__N1MN)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__Q4MN=((__li__4HAD *)li__N1MN)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__N1MN=((__li__QWEC *)li__55KO)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__N1MN)->__id==__li__IZB__) {
              li__Q4MN=((__li__IZB *)li__N1MN)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__Q4MN=((__li__4HAD *)li__N1MN)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__Q4MN)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__Q4MN),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__Q4MN))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__Q4MN)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__Q4MN))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__D0JV=((__li__UL2B *)((__li__WRB *)li__Q4MN));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__D0JV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__Q4MN)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__VXMN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__55KO)->__id==__li__DZB__) {
            li__Z3MN=((__li__DZB *)li__55KO)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__N1MN=((__li__QWEC *)li__55KO)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__N1MN)->__id==__li__IZB__) {
              li__Z3MN=((__li__IZB *)li__N1MN)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__Z3MN=((__li__4HAD *)li__N1MN)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__Z3MN);
          li__V5E(li__UXMN->li__OTVI.li__NTVI.li__0CC);
          li__ODF();
        };
        li__54MN=li__IF1H( 2);
        li__U0MN=li__UXMN->li__OTVI.li__NTVI.li__0CC;
        li__BQZU=li__5QND();
        li__GQZU=((__li__KVBD *)li__BQZU);
        li__GQZU->li__LVBD.li__0K.li__0CC=li__U0MN;
        li__ZZMN=li__NNSE(((__li__5RB *)li__VXMN));
        li__GQZU->li__LVBD.li__WZLE=li__ZZMN;
        li__0K4N(((__li__2ZEC *)li__54MN),li__BQZU);
        li__E5MN=li__NOPI(((__li__VTBD *)li__1ZJV));
        li__NWYJ(((__li__2ZEC *)li__54MN),li__E5MN);
        li__U0MN=li__UXMN->li__OTVI.li__NTVI.li__0CC;
        li__KQZU=((void **)(*(((__li__2ZEC *)li__54MN))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KQZU)->__id) {
        case __li__WK__: {
          li__MQZU=li__PVEJ(((__li__WK *)li__KQZU));
          li__ZALO=li__MQZU;
        } break;
        case __li__AVBD__: {
          li__ZALO=li__AE5L(((__li__AVBD *)li__KQZU));
        } break;
        case __li__KVBD__: {
          li__E0JV=((__li__KVBD *)li__KQZU);
          li__Z3MN=li__E0JV->li__LVBD.li__0K.li__0CC;
          li__C3MN=li__E0JV->li__LVBD.li__WZLE;
          li__E0JV=li__5QND();
          li__I0JV=((__li__KVBD *)li__E0JV);
          li__I0JV->li__LVBD.li__0K.li__0CC=li__Z3MN;
          li__J0JV=li__NNSE(((__li__5RB *)li__C3MN));
          li__I0JV->li__LVBD.li__WZLE=li__J0JV;
          li__ZALO=li__E0JV;
        } break;
        case __li__WVBD__: {
          li__OQZU=((__li__WVBD *)li__KQZU);
          li__PQZU=li__VEID(li__OQZU->li__XVBD.li__0K.li__0CC,li__OQZU->li__2ZLE,li__OQZU->li__XVBD.li__WZLE);
          li__ZALO=li__PQZU;
        } break;
        case __li__Z4WH__: {
          li__ZALO=li__XEVK(((__li__Z4WH *)li__KQZU));
        } break;
        case __li__KTVI__: {
          li__ZALO=li__XF5L(((__li__KTVI *)li__KQZU));
        } break;
        case __li__LTVI__: {
          li__ZALO=li__SDGM(((__li__LTVI *)li__KQZU));
        } break;
        case __li__XTVI__: {
          li__ZALO=li__DG5L(((__li__XTVI *)li__KQZU));
        } break;
        case __li__YTVI__: {
          li__ZALO=li__4DGM(((__li__YTVI *)li__KQZU));
        } break;
        case __li__S2VI__: {
          li__ZALO=li__OG5L(((__li__S2VI *)li__KQZU));
        } break;
        case __li__E3VI__: {
          li__ZALO=li__ZG5L(((__li__E3VI *)li__KQZU));
        } break;
        case __li__KLWI__: {
          li__RQZU=((__li__KLWI *)li__KQZU);
          li__Z3MN=li__RQZU->li__LLWI.li__0CC;
          li__TQZU=li__G3CM(((__li__KMFK *)li__RQZU->li__ZPBK));
          li__RQZU=li__PNSJ(li__Z3MN,li__TQZU);
          li__ZALO=li__RQZU;
        } break;
        case __li__ULWI__: {
          li__WQZU=((__li__ULWI *)li__KQZU);
          li__XQZU=li__AOSJ(li__WQZU->li__VLWI.li__0CC,li__WQZU->li__4PBK);
          li__ZALO=li__XQZU;
        } break;
        case __li__NMWI__: {
          li__ZALO=li__SH5L(((__li__NMWI *)li__KQZU));
        } break;
        case __li__BNWI__: {
          li__ZALO=li__3H5L(((__li__BNWI *)li__KQZU));
        } break;
        case __li__XNWI__: {
          li__ZALO=li__II5L(((__li__XNWI *)li__KQZU));
        } break;
        case __li__LOWI__: {
          li__ZALO=li__TI5L(((__li__LOWI *)li__KQZU));
        } break;
        case __li__5OWI__: {
          li__ZALO=li__4I5L(((__li__5OWI *)li__KQZU));
        } break;
        case __li__TPWI__: {
          li__ZALO=li__JJ5L(((__li__TPWI *)li__KQZU));
        } break;
        case __li__HQWI__: {
          li__ZALO=li__UJ5L(((__li__HQWI *)li__KQZU));
        } break;
        case __li__ARWI__: {
          li__ZALO=li__5J5L(((__li__ARWI *)li__KQZU));
        } break;
        case __li__URWI__: {
          li__ZALO=li__NK5L(((__li__URWI *)li__KQZU));
        } break;
        case __li__MSWI__: {
          li__ZQZU=((__li__MSWI *)li__KQZU);
          li__0QZU=li__YXSJ(li__ZQZU->li__NSWI.li__0CC,li__ZQZU->li__ISBK);
          li__ZALO=li__0QZU;
        } break;
        case __li__ETWI__: {
          li__ZALO=li__4K5L(((__li__ETWI *)li__KQZU));
        } break;
        case __li__MZWI__: {
          li__2QZU=((__li__MZWI *)li__KQZU);
          li__3QZU=li__4U4I(li__2QZU->li__NZWI.li__0K.li__0CC,li__2QZU->li__3SBK,li__2QZU->li__NZWI.li__WZLE);
          li__ZALO=li__3QZU;
        } break;
        case __li__C0WI__: {
          li__5QZU=((__li__C0WI *)li__KQZU);
          li__ARZU=li__ZV4I(li__5QZU->li__D0WI.li__0K.li__0CC,li__5QZU->li__CTBK);
          li__ZALO=li__ARZU;
        } break;
        case __li__M1WI__: {
          li__CRZU=((__li__M1WI *)li__KQZU);
          li__DRZU=li__1Z4I(li__CRZU->li__N1WI.li__0K.li__0CC,li__CRZU->li__UTFK);
          li__ZALO=li__DRZU;
        } break;
        case __li__KMFK__: {
          li__ZALO=li__G3CM(((__li__KMFK *)li__KQZU));
        } break;
        case __li__XOHL__: {
          li__ZALO=li__AAPN(((__li__XOHL *)li__KQZU));
        } break;
        case __li__FPHL__: {
          li__ZALO=li__2EGM(((__li__FPHL *)li__KQZU));
        } break;
        case __li__APLM__: {
          li__ZALO=li__XRDQ(((__li__APLM *)li__KQZU));
        } break;
        case __li__DTNM__: {
          li__ZALO=li__D5SO(((__li__DTNM *)li__KQZU));
        } break;
        case __li__JXNM__: {
          li__ZALO=li__153R(((__li__JXNM *)li__KQZU));
        } break;
        case __li__21LO__: {
          li__ZALO=li__2KLP(((__li__21LO *)li__KQZU));
        } break;
        case __li__TPOO__: {
          li__ZALO=li__JLLP(((__li__TPOO *)li__KQZU));
        } break;
        case __li__URRO__: {
          li__ZALO=li__KM4R(((__li__URRO *)li__KQZU));
        } break;
        case __li__41XO__: {
          li__ZALO=li__CSDQ(((__li__41XO *)li__KQZU));
        } break;
        case __li__AKBR__: {
          li__ZALO=li__L2DS(((__li__AKBR *)li__KQZU));
        } break;
        case __li__SU5R__: {
          li__ZALO=li__EQJS(((__li__SU5R *)li__KQZU));
        } break;
        case __li__JV5R__: {
          li__ZALO=li__PQJS(((__li__JV5R *)li__KQZU));
        } break;
        };
        li__K5MN=li__2IUJ(li__U0MN,li__55KO,li__ZALO,li__54MN,li__I__);
        li__2PZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__2PZU->li__2OLE),li__K5MN);
        li__WVRE(li__2PZU);
        li__KQZU=li__ZAHJ(((__li__ODID *)li__K5MN));
        li__YXMN=li__KQZU;
      } else /* FALSE */ {
        li__I0MN=li__J1NK(((__li__5RB *)li__VXMN));
        li__KBG(((__li__U *)li__I0MN->li__WXI));
        fputc((int)('='),stdout);
        li__ZZMN=li__553L();
        li__I0MN=li__J1NK(((__li__5RB *)li__ZZMN));
        li__KBG(((__li__U *)li__I0MN->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__VXMN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__ZZMN=li__553L();
        li__OUHF(((__li__5RB *)li__ZZMN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__WXMN);
        li__V5E(li__UXMN->li__OTVI.li__NTVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__XXMN=li__YXMN;
  return(li__XXMN);
}

static void* li__U0HK(__li__XTVI *li__V0HK,__li__5RB *li__W0HK,__li__PO li__X0HK)
/* (Strict EXPR_OR_OR_LOGIC{li__XTVI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__Z0HK,*li__4RZU,*li__Y0HK;
  __li__5RB *li__P1HK,*li__C2HK,*li__J2HK,*li__O0JV,*li__02HK,*li__E4HK;
  __li__5RB *li__DAIK,*li__K1JV;
  __li__PO li__N0JV,li__V3HK,li__0AIK;
  __li__VTBD *li__M0JV,*li__20JV;
  __li__DFNL *li__U0JV,*li__KFMM;
  __li__KI *li__IRZU,*li__QRZU;
  __li__U *li__R2HK,*li__Z5HK;
  void *li__T2HK;
  __li__PF *li__J3HK,*li__OAIK;
  __li__K li__P3HK,li__UAIK;
  void *li__CP4M,*li__4P4M;
  void *li__03HK,*li__O4HK,*li__RBIK;
  __li__UL2B *li__10JV,*li__E1JV;
  __li__KMFK *li__44HK,*li__FCIK,*li__HSZU;
  __li__ODID *li__A5HK,*li__LCIK;
  __li__KVBD *li__VRZU,*li__0RZU,*li__F1JV,*li__J1JV;
  __li__WK *li__ASZU;
  __li__WVBD *li__CSZU,*li__DSZU;
  __li__KLWI *li__FSZU;
  __li__ULWI *li__KSZU,*li__LSZU;
  __li__MSWI *li__NSZU,*li__OSZU;
  __li__MZWI *li__QSZU,*li__RSZU;
  __li__C0WI *li__TSZU,*li__USZU;
  __li__M1WI *li__WSZU,*li__XSZU;
  __li__C li__Q1HK,li__D2HK,li__H4HK;
  __li__2ZEC *li__ACIK;
  li__Z0HK=NULL;
  li__P1HK=li__FVEK();
  li__Q1HK=li__EBGK(((__li__5RB *)li__W0HK),li__P1HK);
  /* __li__B__ __li__I__ */
if (li__Q1HK) {
    li__Z0HK=li__V0HK;
  } else /* FALSE */ {
    li__C2HK=li__FVEK();
    li__D2HK=li__4HDL(((__li__5RB *)li__C2HK),li__W0HK);
    /* __li__B__ __li__I__ */
if (li__D2HK) {
      li__J2HK=li__FVEK();
      li__O0JV=((__li__5RB *)li__J2HK);
      li__N0JV=li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
      li__M0JV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__M0JV),li__N0JV,(&__string_68),'+',li__O0JV);
      li__U0JV=li__1CXJ(((__li__VTBD *)li__M0JV),li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC,li__V0HK);
      li__IRZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__IRZU->li__2OLE),li__U0JV);
      li__WVRE(li__IRZU);
      li__R2HK=li__SQC(li__DS4J);
      li__J2HK=li__FVEK();
      li__T2HK=li__UVIJ(((__li__5RB *)li__J2HK),li__R2HK);
      /* __li__B__ __li__I__ */
if (((void *)li__T2HK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__02HK=li__FVEK();
        li__OUHF(((__li__5RB *)li__02HK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__W0HK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__R2HK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__02HK=li__FVEK();
        li__OUHF(((__li__5RB *)li__02HK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__X0HK);
        li__02HK=li__FVEK();
        li__J3HK=li__J1NK(((__li__5RB *)li__02HK));
        li__V5E(li__J3HK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T2HK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__T2HK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__P3HK=li__OYLM(((__li__DZB *)li__T2HK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__P3HK=li__OYLM(((__li__DZB *)li__T2HK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__T2HK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__P3HK=li__21RI(((__li__QWEC *)li__T2HK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__P3HK=li__21RI(((__li__QWEC *)li__T2HK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__P3HK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T2HK)->__id==__li__DZB__) {
          li__V3HK=((__li__DZB *)li__T2HK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__CP4M=((__li__QWEC *)li__T2HK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CP4M)->__id==__li__IZB__) {
            li__V3HK=((__li__IZB *)li__CP4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__V3HK=((__li__4HAD *)li__CP4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__V3HK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T2HK)->__id==__li__DZB__) {
        li__CP4M=((__li__DZB *)li__T2HK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CP4M)->__id==__li__IZB__) {
          li__03HK=((__li__IZB *)li__CP4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__03HK=((__li__4HAD *)li__CP4M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__CP4M=((__li__QWEC *)li__T2HK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CP4M)->__id==__li__IZB__) {
          li__03HK=((__li__IZB *)li__CP4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__03HK=((__li__4HAD *)li__CP4M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__03HK==NULL) {
        li__CP4M=NULL;
      } else {
        switch (((struct ___OBJ *)li__03HK)->__id) {
        case __li__WRB__: {
          li__CP4M=((void *)li__03HK);
        } break;
        case __li__XRB__: {
          li__CP4M=((void *)li__03HK);
        } break;
        case __li__KUB__: {
          li__CP4M=((void *)li__03HK);
        } break;
        case __li__VB1__: {
          li__CP4M=((void *)li__03HK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__CP4M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__CP4M == (void *)NULL)) {
        li__H4HK=li__B__;
      } else /* FALSE */ {
        li__03HK=((__li__5RB *)li__W0HK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__CP4M)->__id) {
        case __li__WRB__: {
          li__E4HK=li__0VSG(((__li__WRB *)li__CP4M),li__03HK);
        } break;
        case __li__XRB__: {
          li__E4HK=li__OXSG(((__li__XRB *)((__li__WRB *)li__CP4M)),li__03HK);
        } break;
        case __li__KUB__: {
          li__E4HK=li__CZSG(((__li__KUB *)((__li__WRB *)li__CP4M)),li__03HK);
        } break;
        case __li__VB1__: {
          li__E4HK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__CP4M)),li__03HK);
        } break;
        };
        li__H4HK=((void *)li__E4HK != (void *)li__W0HK);
      };
      /* __li__B__ __li__I__ */
if (li__H4HK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T2HK)->__id==__li__DZB__) {
          li__4P4M=((__li__DZB *)li__T2HK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4P4M)->__id==__li__IZB__) {
            li__O4HK=((__li__IZB *)li__4P4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__O4HK=((__li__4HAD *)li__4P4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__4P4M=((__li__QWEC *)li__T2HK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4P4M)->__id==__li__IZB__) {
            li__O4HK=((__li__IZB *)li__4P4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__O4HK=((__li__4HAD *)li__4P4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__O4HK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__O4HK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__O4HK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__O4HK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__O4HK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__10JV=((__li__UL2B *)((__li__WRB *)li__O4HK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__10JV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__O4HK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__W0HK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T2HK)->__id==__li__DZB__) {
          li__V3HK=((__li__DZB *)li__T2HK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__4P4M=((__li__QWEC *)li__T2HK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4P4M)->__id==__li__IZB__) {
            li__V3HK=((__li__IZB *)li__4P4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__V3HK=((__li__4HAD *)li__4P4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__V3HK);
        li__V5E(li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC);
        li__ODF();
      };
      li__44HK=li__NOPI(((__li__VTBD *)li__M0JV));
      li__A5HK=li__GDID(li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC,li__T2HK,li__44HK,li__44HK,li__I__);
      li__IRZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__IRZU->li__2OLE),li__A5HK);
      li__WVRE(li__IRZU);
      li__T2HK=li__ZAHJ(((__li__ODID *)li__A5HK));
      li__Z0HK=li__T2HK;
      li__H4HK=li__B__;
    } else /* FALSE */ {
      li__H4HK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__H4HK)) {
      li__J2HK=li__FVEK();
      li__H4HK=li__R0LM(((__li__5RB *)li__W0HK),li__J2HK);
      /* __li__B__ __li__I__ */
if (li__H4HK) {
        li__02HK=li__FVEK();
        li__E4HK=((__li__5RB *)li__02HK);
        li__V3HK=li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        li__20JV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__20JV),li__V3HK,(&__string_68),'+',li__E4HK);
        li__KFMM=li__1CXJ(((__li__VTBD *)li__20JV),li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC,li__V0HK);
        li__QRZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__QRZU->li__2OLE),li__KFMM);
        li__WVRE(li__QRZU);
        li__Z5HK=li__SQC(li__DS4J);
        li__CP4M=li__UVIJ(((__li__5RB *)li__W0HK),li__Z5HK);
        /* __li__B__ __li__I__ */
if (((void *)li__CP4M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__W0HK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__DAIK=li__FVEK();
          li__OUHF(((__li__5RB *)li__DAIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__Z5HK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__W0HK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__X0HK);
          li__OAIK=li__J1NK(((__li__5RB *)li__W0HK));
          li__V5E(li__OAIK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CP4M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__CP4M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__UAIK=li__OYLM(((__li__DZB *)li__CP4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__UAIK=li__OYLM(((__li__DZB *)li__CP4M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__CP4M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__UAIK=li__21RI(((__li__QWEC *)li__CP4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__UAIK=li__21RI(((__li__QWEC *)li__CP4M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__UAIK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CP4M)->__id==__li__DZB__) {
            li__0AIK=((__li__DZB *)li__CP4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__O4HK=((__li__QWEC *)li__CP4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O4HK)->__id==__li__IZB__) {
              li__0AIK=((__li__IZB *)li__O4HK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0AIK=((__li__4HAD *)li__O4HK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__0AIK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CP4M)->__id==__li__DZB__) {
          li__4P4M=((__li__DZB *)li__CP4M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4P4M)->__id==__li__IZB__) {
            li__O4HK=((__li__IZB *)li__4P4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__O4HK=((__li__4HAD *)li__4P4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__4P4M=((__li__QWEC *)li__CP4M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4P4M)->__id==__li__IZB__) {
            li__O4HK=((__li__IZB *)li__4P4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__O4HK=((__li__4HAD *)li__4P4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__O4HK==NULL) {
          li__4P4M=NULL;
        } else {
          switch (((struct ___OBJ *)li__O4HK)->__id) {
          case __li__WRB__: {
            li__4P4M=((void *)li__O4HK);
          } break;
          case __li__XRB__: {
            li__4P4M=((void *)li__O4HK);
          } break;
          case __li__KUB__: {
            li__4P4M=((void *)li__O4HK);
          } break;
          case __li__VB1__: {
            li__4P4M=((void *)li__O4HK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__4P4M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__4P4M == (void *)NULL) || ((void *)li__4P4M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CP4M)->__id==__li__DZB__) {
            li__O4HK=((__li__DZB *)li__CP4M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O4HK)->__id==__li__IZB__) {
              li__RBIK=((__li__IZB *)li__O4HK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__RBIK=((__li__4HAD *)li__O4HK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__O4HK=((__li__QWEC *)li__CP4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O4HK)->__id==__li__IZB__) {
              li__RBIK=((__li__IZB *)li__O4HK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__RBIK=((__li__4HAD *)li__O4HK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__RBIK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__RBIK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__RBIK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__RBIK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__RBIK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__E1JV=((__li__UL2B *)((__li__WRB *)li__RBIK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__E1JV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__RBIK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__W0HK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CP4M)->__id==__li__DZB__) {
            li__0AIK=((__li__DZB *)li__CP4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__O4HK=((__li__QWEC *)li__CP4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O4HK)->__id==__li__IZB__) {
              li__0AIK=((__li__IZB *)li__O4HK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0AIK=((__li__4HAD *)li__O4HK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__0AIK);
          li__V5E(li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC);
          li__ODF();
        };
        li__ACIK=li__IF1H( 2);
        li__V3HK=li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        li__VRZU=li__5QND();
        li__0RZU=((__li__KVBD *)li__VRZU);
        li__0RZU->li__LVBD.li__0K.li__0CC=li__V3HK;
        li__02HK=li__NNSE(((__li__5RB *)li__W0HK));
        li__0RZU->li__LVBD.li__WZLE=li__02HK;
        li__0K4N(((__li__2ZEC *)li__ACIK),li__VRZU);
        li__FCIK=li__NOPI(((__li__VTBD *)li__20JV));
        li__NWYJ(((__li__2ZEC *)li__ACIK),li__FCIK);
        li__V3HK=li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        li__4RZU=((void **)(*(((__li__2ZEC *)li__ACIK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4RZU)->__id) {
        case __li__WK__: {
          li__ASZU=li__PVEJ(((__li__WK *)li__4RZU));
          li__4P4M=li__ASZU;
        } break;
        case __li__AVBD__: {
          li__4P4M=li__AE5L(((__li__AVBD *)li__4RZU));
        } break;
        case __li__KVBD__: {
          li__F1JV=((__li__KVBD *)li__4RZU);
          li__0AIK=li__F1JV->li__LVBD.li__0K.li__0CC;
          li__DAIK=li__F1JV->li__LVBD.li__WZLE;
          li__F1JV=li__5QND();
          li__J1JV=((__li__KVBD *)li__F1JV);
          li__J1JV->li__LVBD.li__0K.li__0CC=li__0AIK;
          li__K1JV=li__NNSE(((__li__5RB *)li__DAIK));
          li__J1JV->li__LVBD.li__WZLE=li__K1JV;
          li__4P4M=li__F1JV;
        } break;
        case __li__WVBD__: {
          li__CSZU=((__li__WVBD *)li__4RZU);
          li__DSZU=li__VEID(li__CSZU->li__XVBD.li__0K.li__0CC,li__CSZU->li__2ZLE,li__CSZU->li__XVBD.li__WZLE);
          li__4P4M=li__DSZU;
        } break;
        case __li__Z4WH__: {
          li__4P4M=li__XEVK(((__li__Z4WH *)li__4RZU));
        } break;
        case __li__KTVI__: {
          li__4P4M=li__XF5L(((__li__KTVI *)li__4RZU));
        } break;
        case __li__LTVI__: {
          li__4P4M=li__SDGM(((__li__LTVI *)li__4RZU));
        } break;
        case __li__XTVI__: {
          li__4P4M=li__DG5L(((__li__XTVI *)li__4RZU));
        } break;
        case __li__YTVI__: {
          li__4P4M=li__4DGM(((__li__YTVI *)li__4RZU));
        } break;
        case __li__S2VI__: {
          li__4P4M=li__OG5L(((__li__S2VI *)li__4RZU));
        } break;
        case __li__E3VI__: {
          li__4P4M=li__ZG5L(((__li__E3VI *)li__4RZU));
        } break;
        case __li__KLWI__: {
          li__FSZU=((__li__KLWI *)li__4RZU);
          li__0AIK=li__FSZU->li__LLWI.li__0CC;
          li__HSZU=li__G3CM(((__li__KMFK *)li__FSZU->li__ZPBK));
          li__FSZU=li__PNSJ(li__0AIK,li__HSZU);
          li__4P4M=li__FSZU;
        } break;
        case __li__ULWI__: {
          li__KSZU=((__li__ULWI *)li__4RZU);
          li__LSZU=li__AOSJ(li__KSZU->li__VLWI.li__0CC,li__KSZU->li__4PBK);
          li__4P4M=li__LSZU;
        } break;
        case __li__NMWI__: {
          li__4P4M=li__SH5L(((__li__NMWI *)li__4RZU));
        } break;
        case __li__BNWI__: {
          li__4P4M=li__3H5L(((__li__BNWI *)li__4RZU));
        } break;
        case __li__XNWI__: {
          li__4P4M=li__II5L(((__li__XNWI *)li__4RZU));
        } break;
        case __li__LOWI__: {
          li__4P4M=li__TI5L(((__li__LOWI *)li__4RZU));
        } break;
        case __li__5OWI__: {
          li__4P4M=li__4I5L(((__li__5OWI *)li__4RZU));
        } break;
        case __li__TPWI__: {
          li__4P4M=li__JJ5L(((__li__TPWI *)li__4RZU));
        } break;
        case __li__HQWI__: {
          li__4P4M=li__UJ5L(((__li__HQWI *)li__4RZU));
        } break;
        case __li__ARWI__: {
          li__4P4M=li__5J5L(((__li__ARWI *)li__4RZU));
        } break;
        case __li__URWI__: {
          li__4P4M=li__NK5L(((__li__URWI *)li__4RZU));
        } break;
        case __li__MSWI__: {
          li__NSZU=((__li__MSWI *)li__4RZU);
          li__OSZU=li__YXSJ(li__NSZU->li__NSWI.li__0CC,li__NSZU->li__ISBK);
          li__4P4M=li__OSZU;
        } break;
        case __li__ETWI__: {
          li__4P4M=li__4K5L(((__li__ETWI *)li__4RZU));
        } break;
        case __li__MZWI__: {
          li__QSZU=((__li__MZWI *)li__4RZU);
          li__RSZU=li__4U4I(li__QSZU->li__NZWI.li__0K.li__0CC,li__QSZU->li__3SBK,li__QSZU->li__NZWI.li__WZLE);
          li__4P4M=li__RSZU;
        } break;
        case __li__C0WI__: {
          li__TSZU=((__li__C0WI *)li__4RZU);
          li__USZU=li__ZV4I(li__TSZU->li__D0WI.li__0K.li__0CC,li__TSZU->li__CTBK);
          li__4P4M=li__USZU;
        } break;
        case __li__M1WI__: {
          li__WSZU=((__li__M1WI *)li__4RZU);
          li__XSZU=li__1Z4I(li__WSZU->li__N1WI.li__0K.li__0CC,li__WSZU->li__UTFK);
          li__4P4M=li__XSZU;
        } break;
        case __li__KMFK__: {
          li__4P4M=li__G3CM(((__li__KMFK *)li__4RZU));
        } break;
        case __li__XOHL__: {
          li__4P4M=li__AAPN(((__li__XOHL *)li__4RZU));
        } break;
        case __li__FPHL__: {
          li__4P4M=li__2EGM(((__li__FPHL *)li__4RZU));
        } break;
        case __li__APLM__: {
          li__4P4M=li__XRDQ(((__li__APLM *)li__4RZU));
        } break;
        case __li__DTNM__: {
          li__4P4M=li__D5SO(((__li__DTNM *)li__4RZU));
        } break;
        case __li__JXNM__: {
          li__4P4M=li__153R(((__li__JXNM *)li__4RZU));
        } break;
        case __li__21LO__: {
          li__4P4M=li__2KLP(((__li__21LO *)li__4RZU));
        } break;
        case __li__TPOO__: {
          li__4P4M=li__JLLP(((__li__TPOO *)li__4RZU));
        } break;
        case __li__URRO__: {
          li__4P4M=li__KM4R(((__li__URRO *)li__4RZU));
        } break;
        case __li__41XO__: {
          li__4P4M=li__CSDQ(((__li__41XO *)li__4RZU));
        } break;
        case __li__AKBR__: {
          li__4P4M=li__L2DS(((__li__AKBR *)li__4RZU));
        } break;
        case __li__SU5R__: {
          li__4P4M=li__EQJS(((__li__SU5R *)li__4RZU));
        } break;
        case __li__JV5R__: {
          li__4P4M=li__PQJS(((__li__JV5R *)li__4RZU));
        } break;
        };
        li__LCIK=li__2IUJ(li__V3HK,li__CP4M,li__4P4M,li__ACIK,li__I__);
        li__QRZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__QRZU->li__2OLE),li__LCIK);
        li__WVRE(li__QRZU);
        li__4RZU=li__ZAHJ(((__li__ODID *)li__LCIK));
        li__Z0HK=li__4RZU;
      } else /* FALSE */ {
        li__J3HK=li__J1NK(((__li__5RB *)li__W0HK));
        li__KBG(((__li__U *)li__J3HK->li__WXI));
        fputc((int)('='),stdout);
        li__02HK=li__FVEK();
        li__J3HK=li__J1NK(((__li__5RB *)li__02HK));
        li__KBG(((__li__U *)li__J3HK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__W0HK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__02HK=li__FVEK();
        li__OUHF(((__li__5RB *)li__02HK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__X0HK);
        li__V5E(li__V0HK->li__0TVI.li__ZTVI.li__NTVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__Y0HK=li__Z0HK;
  return(li__Y0HK);
}

static void* li__IANN(__li__YTVI *li__JANN,__li__5RB *li__KANN,__li__PO li__LANN)
/* (Strict EXPR_OR_LOGIC{li__YTVI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__NANN,*li__STZU,*li__MANN;
  __li__5RB *li__DBNN,*li__WBNN,*li__3BNN,*li__P1JV,*li__OCNN,*li__YDNN;
  __li__5RB *li__XFNN,*li__L2JV;
  __li__PO li__O1JV,li__JDNN,li__OGNN;
  __li__VTBD *li__N1JV,*li__31JV;
  __li__DFNL *li__V1JV,*li__OEGO;
  __li__KI *li__2SZU,*li__ETZU;
  __li__U *li__FCNN,*li__NFNN;
  void *li__HCNN;
  __li__PF *li__3CNN,*li__CGNN;
  __li__K li__DDNN,li__IGNN;
  void *li__QELO,*li__KFLO;
  void *li__ODNN,*li__CENN,*li__FHNN;
  __li__UL2B *li__21JV,*li__F2JV;
  __li__KMFK *li__SENN,*li__ZHNN,*li__1TZU;
  __li__ODID *li__UENN,*li__5HNN;
  __li__KVBD *li__JTZU,*li__OTZU,*li__G2JV,*li__K2JV;
  __li__WK *li__UTZU;
  __li__WVBD *li__WTZU,*li__XTZU;
  __li__KLWI *li__ZTZU;
  __li__ULWI *li__4TZU,*li__5TZU;
  __li__MSWI *li__BUZU,*li__CUZU;
  __li__MZWI *li__EUZU,*li__FUZU;
  __li__C0WI *li__HUZU,*li__IUZU;
  __li__M1WI *li__KUZU,*li__LUZU;
  __li__C li__EBNN,li__XBNN,li__1DNN;
  __li__2ZEC *li__UHNN;
  li__NANN=NULL;
  li__DBNN=li__FA4L();
  li__EBNN=li__EBGK(((__li__5RB *)li__KANN),li__DBNN);
  /* __li__B__ __li__I__ */
if (li__EBNN) {
    li__NANN=li__JANN;
  } else /* FALSE */ {
    li__WBNN=li__FA4L();
    li__XBNN=li__4HDL(((__li__5RB *)li__WBNN),li__KANN);
    /* __li__B__ __li__I__ */
if (li__XBNN) {
      li__3BNN=li__FA4L();
      li__P1JV=((__li__5RB *)li__3BNN);
      li__O1JV=li__JANN->li__ZTVI.li__NTVI.li__0CC;
      li__N1JV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__N1JV),li__O1JV,(&__string_68),'+',li__P1JV);
      li__V1JV=li__1CXJ(((__li__VTBD *)li__N1JV),li__JANN->li__ZTVI.li__NTVI.li__0CC,li__JANN);
      li__2SZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__2SZU->li__2OLE),li__V1JV);
      li__WVRE(li__2SZU);
      li__FCNN=li__SQC(li__DS4J);
      li__3BNN=li__FA4L();
      li__HCNN=li__UVIJ(((__li__5RB *)li__3BNN),li__FCNN);
      /* __li__B__ __li__I__ */
if (((void *)li__HCNN == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OCNN=li__FA4L();
        li__OUHF(((__li__5RB *)li__OCNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__KANN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__FCNN);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OCNN=li__FA4L();
        li__OUHF(((__li__5RB *)li__OCNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__LANN);
        li__OCNN=li__FA4L();
        li__3CNN=li__J1NK(((__li__5RB *)li__OCNN));
        li__V5E(li__3CNN->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HCNN)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__HCNN)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__DDNN=li__OYLM(((__li__DZB *)li__HCNN));
        } else /* ITM_SLOT_OPERATOR */ {
          li__DDNN=li__OYLM(((__li__DZB *)li__HCNN));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__HCNN)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__DDNN=li__21RI(((__li__QWEC *)li__HCNN));
        } else /* ITM_SLOT_OPERATOR */ {
          li__DDNN=li__21RI(((__li__QWEC *)li__HCNN));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__DDNN !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HCNN)->__id==__li__DZB__) {
          li__JDNN=((__li__DZB *)li__HCNN)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__QELO=((__li__QWEC *)li__HCNN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QELO)->__id==__li__IZB__) {
            li__JDNN=((__li__IZB *)li__QELO)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JDNN=((__li__4HAD *)li__QELO)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__JDNN);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HCNN)->__id==__li__DZB__) {
        li__QELO=((__li__DZB *)li__HCNN)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QELO)->__id==__li__IZB__) {
          li__ODNN=((__li__IZB *)li__QELO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ODNN=((__li__4HAD *)li__QELO)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__QELO=((__li__QWEC *)li__HCNN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QELO)->__id==__li__IZB__) {
          li__ODNN=((__li__IZB *)li__QELO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ODNN=((__li__4HAD *)li__QELO)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ODNN==NULL) {
        li__QELO=NULL;
      } else {
        switch (((struct ___OBJ *)li__ODNN)->__id) {
        case __li__WRB__: {
          li__QELO=((void *)li__ODNN);
        } break;
        case __li__XRB__: {
          li__QELO=((void *)li__ODNN);
        } break;
        case __li__KUB__: {
          li__QELO=((void *)li__ODNN);
        } break;
        case __li__VB1__: {
          li__QELO=((void *)li__ODNN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__QELO=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__QELO == (void *)NULL)) {
        li__1DNN=li__B__;
      } else /* FALSE */ {
        li__ODNN=((__li__5RB *)li__KANN)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__QELO)->__id) {
        case __li__WRB__: {
          li__YDNN=li__0VSG(((__li__WRB *)li__QELO),li__ODNN);
        } break;
        case __li__XRB__: {
          li__YDNN=li__OXSG(((__li__XRB *)((__li__WRB *)li__QELO)),li__ODNN);
        } break;
        case __li__KUB__: {
          li__YDNN=li__CZSG(((__li__KUB *)((__li__WRB *)li__QELO)),li__ODNN);
        } break;
        case __li__VB1__: {
          li__YDNN=li__H1SG(((__li__VB1 *)((__li__WRB *)li__QELO)),li__ODNN);
        } break;
        };
        li__1DNN=((void *)li__YDNN != (void *)li__KANN);
      };
      /* __li__B__ __li__I__ */
if (li__1DNN) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HCNN)->__id==__li__DZB__) {
          li__KFLO=((__li__DZB *)li__HCNN)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KFLO)->__id==__li__IZB__) {
            li__CENN=((__li__IZB *)li__KFLO)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__CENN=((__li__4HAD *)li__KFLO)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__KFLO=((__li__QWEC *)li__HCNN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KFLO)->__id==__li__IZB__) {
            li__CENN=((__li__IZB *)li__KFLO)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__CENN=((__li__4HAD *)li__KFLO)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__CENN)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__CENN),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__CENN))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__CENN)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__CENN))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__21JV=((__li__UL2B *)((__li__WRB *)li__CENN));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__21JV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__CENN)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__KANN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HCNN)->__id==__li__DZB__) {
          li__JDNN=((__li__DZB *)li__HCNN)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__KFLO=((__li__QWEC *)li__HCNN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KFLO)->__id==__li__IZB__) {
            li__JDNN=((__li__IZB *)li__KFLO)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JDNN=((__li__4HAD *)li__KFLO)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__JDNN);
        li__V5E(li__JANN->li__ZTVI.li__NTVI.li__0CC);
        li__ODF();
      };
      li__SENN=li__NOPI(((__li__VTBD *)li__N1JV));
      li__UENN=li__GDID(li__JANN->li__ZTVI.li__NTVI.li__0CC,li__HCNN,li__SENN,li__SENN,li__I__);
      li__2SZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__2SZU->li__2OLE),li__UENN);
      li__WVRE(li__2SZU);
      li__HCNN=li__ZAHJ(((__li__ODID *)li__UENN));
      li__NANN=li__HCNN;
      li__1DNN=li__B__;
    } else /* FALSE */ {
      li__1DNN=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__1DNN)) {
      li__3BNN=li__FA4L();
      li__1DNN=li__R0LM(((__li__5RB *)li__KANN),li__3BNN);
      /* __li__B__ __li__I__ */
if (li__1DNN) {
        li__OCNN=li__FA4L();
        li__YDNN=((__li__5RB *)li__OCNN);
        li__JDNN=li__JANN->li__ZTVI.li__NTVI.li__0CC;
        li__31JV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__31JV),li__JDNN,(&__string_68),'+',li__YDNN);
        li__OEGO=li__1CXJ(((__li__VTBD *)li__31JV),li__JANN->li__ZTVI.li__NTVI.li__0CC,li__JANN);
        li__ETZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__ETZU->li__2OLE),li__OEGO);
        li__WVRE(li__ETZU);
        li__NFNN=li__SQC(li__DS4J);
        li__QELO=li__UVIJ(((__li__5RB *)li__KANN),li__NFNN);
        /* __li__B__ __li__I__ */
if (((void *)li__QELO == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__KANN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__XFNN=li__FA4L();
          li__OUHF(((__li__5RB *)li__XFNN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__NFNN);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__KANN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__LANN);
          li__CGNN=li__J1NK(((__li__5RB *)li__KANN));
          li__V5E(li__CGNN->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QELO)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__QELO)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__IGNN=li__OYLM(((__li__DZB *)li__QELO));
          } else /* ITM_SLOT_OPERATOR */ {
            li__IGNN=li__OYLM(((__li__DZB *)li__QELO));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__QELO)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__IGNN=li__21RI(((__li__QWEC *)li__QELO));
          } else /* ITM_SLOT_OPERATOR */ {
            li__IGNN=li__21RI(((__li__QWEC *)li__QELO));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__IGNN !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QELO)->__id==__li__DZB__) {
            li__OGNN=((__li__DZB *)li__QELO)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__CENN=((__li__QWEC *)li__QELO)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CENN)->__id==__li__IZB__) {
              li__OGNN=((__li__IZB *)li__CENN)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__OGNN=((__li__4HAD *)li__CENN)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__OGNN);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QELO)->__id==__li__DZB__) {
          li__KFLO=((__li__DZB *)li__QELO)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KFLO)->__id==__li__IZB__) {
            li__CENN=((__li__IZB *)li__KFLO)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__CENN=((__li__4HAD *)li__KFLO)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__KFLO=((__li__QWEC *)li__QELO)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KFLO)->__id==__li__IZB__) {
            li__CENN=((__li__IZB *)li__KFLO)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__CENN=((__li__4HAD *)li__KFLO)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__CENN==NULL) {
          li__KFLO=NULL;
        } else {
          switch (((struct ___OBJ *)li__CENN)->__id) {
          case __li__WRB__: {
            li__KFLO=((void *)li__CENN);
          } break;
          case __li__XRB__: {
            li__KFLO=((void *)li__CENN);
          } break;
          case __li__KUB__: {
            li__KFLO=((void *)li__CENN);
          } break;
          case __li__VB1__: {
            li__KFLO=((void *)li__CENN);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__KFLO=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__KFLO == (void *)NULL) || ((void *)li__KFLO != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QELO)->__id==__li__DZB__) {
            li__CENN=((__li__DZB *)li__QELO)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CENN)->__id==__li__IZB__) {
              li__FHNN=((__li__IZB *)li__CENN)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__FHNN=((__li__4HAD *)li__CENN)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__CENN=((__li__QWEC *)li__QELO)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CENN)->__id==__li__IZB__) {
              li__FHNN=((__li__IZB *)li__CENN)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__FHNN=((__li__4HAD *)li__CENN)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__FHNN)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__FHNN),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__FHNN))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__FHNN)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__FHNN))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__F2JV=((__li__UL2B *)((__li__WRB *)li__FHNN));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__F2JV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__FHNN)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__KANN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QELO)->__id==__li__DZB__) {
            li__OGNN=((__li__DZB *)li__QELO)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__CENN=((__li__QWEC *)li__QELO)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CENN)->__id==__li__IZB__) {
              li__OGNN=((__li__IZB *)li__CENN)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__OGNN=((__li__4HAD *)li__CENN)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__OGNN);
          li__V5E(li__JANN->li__ZTVI.li__NTVI.li__0CC);
          li__ODF();
        };
        li__UHNN=li__IF1H( 2);
        li__JDNN=li__JANN->li__ZTVI.li__NTVI.li__0CC;
        li__JTZU=li__5QND();
        li__OTZU=((__li__KVBD *)li__JTZU);
        li__OTZU->li__LVBD.li__0K.li__0CC=li__JDNN;
        li__OCNN=li__NNSE(((__li__5RB *)li__KANN));
        li__OTZU->li__LVBD.li__WZLE=li__OCNN;
        li__0K4N(((__li__2ZEC *)li__UHNN),li__JTZU);
        li__ZHNN=li__NOPI(((__li__VTBD *)li__31JV));
        li__NWYJ(((__li__2ZEC *)li__UHNN),li__ZHNN);
        li__JDNN=li__JANN->li__ZTVI.li__NTVI.li__0CC;
        li__STZU=((void **)(*(((__li__2ZEC *)li__UHNN))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__STZU)->__id) {
        case __li__WK__: {
          li__UTZU=li__PVEJ(((__li__WK *)li__STZU));
          li__KFLO=li__UTZU;
        } break;
        case __li__AVBD__: {
          li__KFLO=li__AE5L(((__li__AVBD *)li__STZU));
        } break;
        case __li__KVBD__: {
          li__G2JV=((__li__KVBD *)li__STZU);
          li__OGNN=li__G2JV->li__LVBD.li__0K.li__0CC;
          li__XFNN=li__G2JV->li__LVBD.li__WZLE;
          li__G2JV=li__5QND();
          li__K2JV=((__li__KVBD *)li__G2JV);
          li__K2JV->li__LVBD.li__0K.li__0CC=li__OGNN;
          li__L2JV=li__NNSE(((__li__5RB *)li__XFNN));
          li__K2JV->li__LVBD.li__WZLE=li__L2JV;
          li__KFLO=li__G2JV;
        } break;
        case __li__WVBD__: {
          li__WTZU=((__li__WVBD *)li__STZU);
          li__XTZU=li__VEID(li__WTZU->li__XVBD.li__0K.li__0CC,li__WTZU->li__2ZLE,li__WTZU->li__XVBD.li__WZLE);
          li__KFLO=li__XTZU;
        } break;
        case __li__Z4WH__: {
          li__KFLO=li__XEVK(((__li__Z4WH *)li__STZU));
        } break;
        case __li__KTVI__: {
          li__KFLO=li__XF5L(((__li__KTVI *)li__STZU));
        } break;
        case __li__LTVI__: {
          li__KFLO=li__SDGM(((__li__LTVI *)li__STZU));
        } break;
        case __li__XTVI__: {
          li__KFLO=li__DG5L(((__li__XTVI *)li__STZU));
        } break;
        case __li__YTVI__: {
          li__KFLO=li__4DGM(((__li__YTVI *)li__STZU));
        } break;
        case __li__S2VI__: {
          li__KFLO=li__OG5L(((__li__S2VI *)li__STZU));
        } break;
        case __li__E3VI__: {
          li__KFLO=li__ZG5L(((__li__E3VI *)li__STZU));
        } break;
        case __li__KLWI__: {
          li__ZTZU=((__li__KLWI *)li__STZU);
          li__OGNN=li__ZTZU->li__LLWI.li__0CC;
          li__1TZU=li__G3CM(((__li__KMFK *)li__ZTZU->li__ZPBK));
          li__ZTZU=li__PNSJ(li__OGNN,li__1TZU);
          li__KFLO=li__ZTZU;
        } break;
        case __li__ULWI__: {
          li__4TZU=((__li__ULWI *)li__STZU);
          li__5TZU=li__AOSJ(li__4TZU->li__VLWI.li__0CC,li__4TZU->li__4PBK);
          li__KFLO=li__5TZU;
        } break;
        case __li__NMWI__: {
          li__KFLO=li__SH5L(((__li__NMWI *)li__STZU));
        } break;
        case __li__BNWI__: {
          li__KFLO=li__3H5L(((__li__BNWI *)li__STZU));
        } break;
        case __li__XNWI__: {
          li__KFLO=li__II5L(((__li__XNWI *)li__STZU));
        } break;
        case __li__LOWI__: {
          li__KFLO=li__TI5L(((__li__LOWI *)li__STZU));
        } break;
        case __li__5OWI__: {
          li__KFLO=li__4I5L(((__li__5OWI *)li__STZU));
        } break;
        case __li__TPWI__: {
          li__KFLO=li__JJ5L(((__li__TPWI *)li__STZU));
        } break;
        case __li__HQWI__: {
          li__KFLO=li__UJ5L(((__li__HQWI *)li__STZU));
        } break;
        case __li__ARWI__: {
          li__KFLO=li__5J5L(((__li__ARWI *)li__STZU));
        } break;
        case __li__URWI__: {
          li__KFLO=li__NK5L(((__li__URWI *)li__STZU));
        } break;
        case __li__MSWI__: {
          li__BUZU=((__li__MSWI *)li__STZU);
          li__CUZU=li__YXSJ(li__BUZU->li__NSWI.li__0CC,li__BUZU->li__ISBK);
          li__KFLO=li__CUZU;
        } break;
        case __li__ETWI__: {
          li__KFLO=li__4K5L(((__li__ETWI *)li__STZU));
        } break;
        case __li__MZWI__: {
          li__EUZU=((__li__MZWI *)li__STZU);
          li__FUZU=li__4U4I(li__EUZU->li__NZWI.li__0K.li__0CC,li__EUZU->li__3SBK,li__EUZU->li__NZWI.li__WZLE);
          li__KFLO=li__FUZU;
        } break;
        case __li__C0WI__: {
          li__HUZU=((__li__C0WI *)li__STZU);
          li__IUZU=li__ZV4I(li__HUZU->li__D0WI.li__0K.li__0CC,li__HUZU->li__CTBK);
          li__KFLO=li__IUZU;
        } break;
        case __li__M1WI__: {
          li__KUZU=((__li__M1WI *)li__STZU);
          li__LUZU=li__1Z4I(li__KUZU->li__N1WI.li__0K.li__0CC,li__KUZU->li__UTFK);
          li__KFLO=li__LUZU;
        } break;
        case __li__KMFK__: {
          li__KFLO=li__G3CM(((__li__KMFK *)li__STZU));
        } break;
        case __li__XOHL__: {
          li__KFLO=li__AAPN(((__li__XOHL *)li__STZU));
        } break;
        case __li__FPHL__: {
          li__KFLO=li__2EGM(((__li__FPHL *)li__STZU));
        } break;
        case __li__APLM__: {
          li__KFLO=li__XRDQ(((__li__APLM *)li__STZU));
        } break;
        case __li__DTNM__: {
          li__KFLO=li__D5SO(((__li__DTNM *)li__STZU));
        } break;
        case __li__JXNM__: {
          li__KFLO=li__153R(((__li__JXNM *)li__STZU));
        } break;
        case __li__21LO__: {
          li__KFLO=li__2KLP(((__li__21LO *)li__STZU));
        } break;
        case __li__TPOO__: {
          li__KFLO=li__JLLP(((__li__TPOO *)li__STZU));
        } break;
        case __li__URRO__: {
          li__KFLO=li__KM4R(((__li__URRO *)li__STZU));
        } break;
        case __li__41XO__: {
          li__KFLO=li__CSDQ(((__li__41XO *)li__STZU));
        } break;
        case __li__AKBR__: {
          li__KFLO=li__L2DS(((__li__AKBR *)li__STZU));
        } break;
        case __li__SU5R__: {
          li__KFLO=li__EQJS(((__li__SU5R *)li__STZU));
        } break;
        case __li__JV5R__: {
          li__KFLO=li__PQJS(((__li__JV5R *)li__STZU));
        } break;
        };
        li__5HNN=li__2IUJ(li__JDNN,li__QELO,li__KFLO,li__UHNN,li__I__);
        li__ETZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__ETZU->li__2OLE),li__5HNN);
        li__WVRE(li__ETZU);
        li__STZU=li__ZAHJ(((__li__ODID *)li__5HNN));
        li__NANN=li__STZU;
      } else /* FALSE */ {
        li__3CNN=li__J1NK(((__li__5RB *)li__KANN));
        li__KBG(((__li__U *)li__3CNN->li__WXI));
        fputc((int)('='),stdout);
        li__OCNN=li__FA4L();
        li__3CNN=li__J1NK(((__li__5RB *)li__OCNN));
        li__KBG(((__li__U *)li__3CNN->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__KANN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OCNN=li__FA4L();
        li__OUHF(((__li__5RB *)li__OCNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__LANN);
        li__V5E(li__JANN->li__ZTVI.li__NTVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__MANN=li__NANN;
  return(li__MANN);
}

static void* li__JDIK(__li__S2VI *li__KDIK,__li__5RB *li__LDIK,__li__PO li__MDIK)
/* (Strict EXPR_EQUAL{li__S2VI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ODIK,*li__GVZU,*li__NDIK;
  __li__5RB *li__EEIK,*li__XEIK,*li__4EIK,*li__Q2JV,*li__PFIK,*li__ZGIK;
  __li__5RB *li__YIIK,*li__M3JV;
  __li__PO li__P2JV,li__KGIK,li__PJIK;
  __li__VTBD *li__O2JV,*li__42JV;
  __li__DFNL *li__W2JV,*li__CIMM;
  __li__KI *li__QUZU,*li__YUZU;
  __li__U *li__GFIK,*li__OIIK;
  void *li__IFIK;
  __li__PF *li__4FIK,*li__DJIK;
  __li__K li__EGIK,li__JJIK;
  void *li__XT4M,*li__RU4M;
  void *li__PGIK,*li__DHIK,*li__GKIK;
  __li__UL2B *li__32JV,*li__G3JV;
  __li__KMFK *li__THIK,*li__0KIK,*li__PVZU;
  __li__ODID *li__VHIK,*li__ALIK;
  __li__KVBD *li__3UZU,*li__CVZU,*li__H3JV,*li__L3JV;
  __li__WK *li__IVZU;
  __li__WVBD *li__KVZU,*li__LVZU;
  __li__KLWI *li__NVZU;
  __li__ULWI *li__SVZU,*li__TVZU;
  __li__MSWI *li__VVZU,*li__WVZU;
  __li__MZWI *li__YVZU,*li__ZVZU;
  __li__C0WI *li__1VZU,*li__2VZU;
  __li__M1WI *li__4VZU,*li__5VZU;
  __li__C li__FEIK,li__YEIK,li__2GIK;
  __li__2ZEC *li__VKIK;
  li__ODIK=NULL;
  li__EEIK=li__KVEK();
  li__FEIK=li__EBGK(((__li__5RB *)li__LDIK),li__EEIK);
  /* __li__B__ __li__I__ */
if (li__FEIK) {
    li__ODIK=li__KDIK;
  } else /* FALSE */ {
    li__XEIK=li__KVEK();
    li__YEIK=li__4HDL(((__li__5RB *)li__XEIK),li__LDIK);
    /* __li__B__ __li__I__ */
if (li__YEIK) {
      li__4EIK=li__KVEK();
      li__Q2JV=((__li__5RB *)li__4EIK);
      li__P2JV=li__KDIK->li__T2VI.li__IVVI.li__0CC;
      li__O2JV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__O2JV),li__P2JV,(&__string_68),'+',li__Q2JV);
      li__W2JV=li__1CXJ(((__li__VTBD *)li__O2JV),li__KDIK->li__T2VI.li__IVVI.li__0CC,li__KDIK);
      li__QUZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__QUZU->li__2OLE),li__W2JV);
      li__WVRE(li__QUZU);
      li__GFIK=li__SQC(li__DS4J);
      li__4EIK=li__KVEK();
      li__IFIK=li__UVIJ(((__li__5RB *)li__4EIK),li__GFIK);
      /* __li__B__ __li__I__ */
if (((void *)li__IFIK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__PFIK=li__KVEK();
        li__OUHF(((__li__5RB *)li__PFIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__LDIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__GFIK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__PFIK=li__KVEK();
        li__OUHF(((__li__5RB *)li__PFIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__MDIK);
        li__PFIK=li__KVEK();
        li__4FIK=li__J1NK(((__li__5RB *)li__PFIK));
        li__V5E(li__4FIK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IFIK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__IFIK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__EGIK=li__OYLM(((__li__DZB *)li__IFIK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__EGIK=li__OYLM(((__li__DZB *)li__IFIK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__IFIK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__EGIK=li__21RI(((__li__QWEC *)li__IFIK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__EGIK=li__21RI(((__li__QWEC *)li__IFIK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__EGIK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IFIK)->__id==__li__DZB__) {
          li__KGIK=((__li__DZB *)li__IFIK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__XT4M=((__li__QWEC *)li__IFIK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XT4M)->__id==__li__IZB__) {
            li__KGIK=((__li__IZB *)li__XT4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KGIK=((__li__4HAD *)li__XT4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__KGIK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IFIK)->__id==__li__DZB__) {
        li__XT4M=((__li__DZB *)li__IFIK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XT4M)->__id==__li__IZB__) {
          li__PGIK=((__li__IZB *)li__XT4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PGIK=((__li__4HAD *)li__XT4M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__XT4M=((__li__QWEC *)li__IFIK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XT4M)->__id==__li__IZB__) {
          li__PGIK=((__li__IZB *)li__XT4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PGIK=((__li__4HAD *)li__XT4M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__PGIK==NULL) {
        li__XT4M=NULL;
      } else {
        switch (((struct ___OBJ *)li__PGIK)->__id) {
        case __li__WRB__: {
          li__XT4M=((void *)li__PGIK);
        } break;
        case __li__XRB__: {
          li__XT4M=((void *)li__PGIK);
        } break;
        case __li__KUB__: {
          li__XT4M=((void *)li__PGIK);
        } break;
        case __li__VB1__: {
          li__XT4M=((void *)li__PGIK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__XT4M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__XT4M == (void *)NULL)) {
        li__2GIK=li__B__;
      } else /* FALSE */ {
        li__PGIK=((__li__5RB *)li__LDIK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__XT4M)->__id) {
        case __li__WRB__: {
          li__ZGIK=li__0VSG(((__li__WRB *)li__XT4M),li__PGIK);
        } break;
        case __li__XRB__: {
          li__ZGIK=li__OXSG(((__li__XRB *)((__li__WRB *)li__XT4M)),li__PGIK);
        } break;
        case __li__KUB__: {
          li__ZGIK=li__CZSG(((__li__KUB *)((__li__WRB *)li__XT4M)),li__PGIK);
        } break;
        case __li__VB1__: {
          li__ZGIK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__XT4M)),li__PGIK);
        } break;
        };
        li__2GIK=((void *)li__ZGIK != (void *)li__LDIK);
      };
      /* __li__B__ __li__I__ */
if (li__2GIK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IFIK)->__id==__li__DZB__) {
          li__RU4M=((__li__DZB *)li__IFIK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RU4M)->__id==__li__IZB__) {
            li__DHIK=((__li__IZB *)li__RU4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DHIK=((__li__4HAD *)li__RU4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__RU4M=((__li__QWEC *)li__IFIK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RU4M)->__id==__li__IZB__) {
            li__DHIK=((__li__IZB *)li__RU4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DHIK=((__li__4HAD *)li__RU4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__DHIK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__DHIK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__DHIK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__DHIK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__DHIK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__32JV=((__li__UL2B *)((__li__WRB *)li__DHIK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__32JV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__DHIK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__LDIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IFIK)->__id==__li__DZB__) {
          li__KGIK=((__li__DZB *)li__IFIK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__RU4M=((__li__QWEC *)li__IFIK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RU4M)->__id==__li__IZB__) {
            li__KGIK=((__li__IZB *)li__RU4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KGIK=((__li__4HAD *)li__RU4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__KGIK);
        li__V5E(li__KDIK->li__T2VI.li__IVVI.li__0CC);
        li__ODF();
      };
      li__THIK=li__NOPI(((__li__VTBD *)li__O2JV));
      li__VHIK=li__GDID(li__KDIK->li__T2VI.li__IVVI.li__0CC,li__IFIK,li__THIK,li__THIK,li__I__);
      li__QUZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__QUZU->li__2OLE),li__VHIK);
      li__WVRE(li__QUZU);
      li__IFIK=li__ZAHJ(((__li__ODID *)li__VHIK));
      li__ODIK=li__IFIK;
      li__2GIK=li__B__;
    } else /* FALSE */ {
      li__2GIK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__2GIK)) {
      li__4EIK=li__KVEK();
      li__2GIK=li__R0LM(((__li__5RB *)li__LDIK),li__4EIK);
      /* __li__B__ __li__I__ */
if (li__2GIK) {
        li__PFIK=li__KVEK();
        li__ZGIK=((__li__5RB *)li__PFIK);
        li__KGIK=li__KDIK->li__T2VI.li__IVVI.li__0CC;
        li__42JV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__42JV),li__KGIK,(&__string_68),'+',li__ZGIK);
        li__CIMM=li__1CXJ(((__li__VTBD *)li__42JV),li__KDIK->li__T2VI.li__IVVI.li__0CC,li__KDIK);
        li__YUZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__YUZU->li__2OLE),li__CIMM);
        li__WVRE(li__YUZU);
        li__OIIK=li__SQC(li__DS4J);
        li__XT4M=li__UVIJ(((__li__5RB *)li__LDIK),li__OIIK);
        /* __li__B__ __li__I__ */
if (((void *)li__XT4M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__LDIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__YIIK=li__KVEK();
          li__OUHF(((__li__5RB *)li__YIIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__OIIK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__LDIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__MDIK);
          li__DJIK=li__J1NK(((__li__5RB *)li__LDIK));
          li__V5E(li__DJIK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XT4M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__XT4M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__JJIK=li__OYLM(((__li__DZB *)li__XT4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__JJIK=li__OYLM(((__li__DZB *)li__XT4M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__XT4M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__JJIK=li__21RI(((__li__QWEC *)li__XT4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__JJIK=li__21RI(((__li__QWEC *)li__XT4M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__JJIK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XT4M)->__id==__li__DZB__) {
            li__PJIK=((__li__DZB *)li__XT4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__DHIK=((__li__QWEC *)li__XT4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DHIK)->__id==__li__IZB__) {
              li__PJIK=((__li__IZB *)li__DHIK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PJIK=((__li__4HAD *)li__DHIK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__PJIK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XT4M)->__id==__li__DZB__) {
          li__RU4M=((__li__DZB *)li__XT4M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RU4M)->__id==__li__IZB__) {
            li__DHIK=((__li__IZB *)li__RU4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DHIK=((__li__4HAD *)li__RU4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__RU4M=((__li__QWEC *)li__XT4M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RU4M)->__id==__li__IZB__) {
            li__DHIK=((__li__IZB *)li__RU4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DHIK=((__li__4HAD *)li__RU4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__DHIK==NULL) {
          li__RU4M=NULL;
        } else {
          switch (((struct ___OBJ *)li__DHIK)->__id) {
          case __li__WRB__: {
            li__RU4M=((void *)li__DHIK);
          } break;
          case __li__XRB__: {
            li__RU4M=((void *)li__DHIK);
          } break;
          case __li__KUB__: {
            li__RU4M=((void *)li__DHIK);
          } break;
          case __li__VB1__: {
            li__RU4M=((void *)li__DHIK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__RU4M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__RU4M == (void *)NULL) || ((void *)li__RU4M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XT4M)->__id==__li__DZB__) {
            li__DHIK=((__li__DZB *)li__XT4M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DHIK)->__id==__li__IZB__) {
              li__GKIK=((__li__IZB *)li__DHIK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__GKIK=((__li__4HAD *)li__DHIK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__DHIK=((__li__QWEC *)li__XT4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DHIK)->__id==__li__IZB__) {
              li__GKIK=((__li__IZB *)li__DHIK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__GKIK=((__li__4HAD *)li__DHIK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__GKIK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__GKIK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__GKIK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__GKIK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__GKIK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__G3JV=((__li__UL2B *)((__li__WRB *)li__GKIK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__G3JV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__GKIK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__LDIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XT4M)->__id==__li__DZB__) {
            li__PJIK=((__li__DZB *)li__XT4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__DHIK=((__li__QWEC *)li__XT4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DHIK)->__id==__li__IZB__) {
              li__PJIK=((__li__IZB *)li__DHIK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PJIK=((__li__4HAD *)li__DHIK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__PJIK);
          li__V5E(li__KDIK->li__T2VI.li__IVVI.li__0CC);
          li__ODF();
        };
        li__VKIK=li__IF1H( 2);
        li__KGIK=li__KDIK->li__T2VI.li__IVVI.li__0CC;
        li__3UZU=li__5QND();
        li__CVZU=((__li__KVBD *)li__3UZU);
        li__CVZU->li__LVBD.li__0K.li__0CC=li__KGIK;
        li__PFIK=li__NNSE(((__li__5RB *)li__LDIK));
        li__CVZU->li__LVBD.li__WZLE=li__PFIK;
        li__0K4N(((__li__2ZEC *)li__VKIK),li__3UZU);
        li__0KIK=li__NOPI(((__li__VTBD *)li__42JV));
        li__NWYJ(((__li__2ZEC *)li__VKIK),li__0KIK);
        li__KGIK=li__KDIK->li__T2VI.li__IVVI.li__0CC;
        li__GVZU=((void **)(*(((__li__2ZEC *)li__VKIK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GVZU)->__id) {
        case __li__WK__: {
          li__IVZU=li__PVEJ(((__li__WK *)li__GVZU));
          li__RU4M=li__IVZU;
        } break;
        case __li__AVBD__: {
          li__RU4M=li__AE5L(((__li__AVBD *)li__GVZU));
        } break;
        case __li__KVBD__: {
          li__H3JV=((__li__KVBD *)li__GVZU);
          li__PJIK=li__H3JV->li__LVBD.li__0K.li__0CC;
          li__YIIK=li__H3JV->li__LVBD.li__WZLE;
          li__H3JV=li__5QND();
          li__L3JV=((__li__KVBD *)li__H3JV);
          li__L3JV->li__LVBD.li__0K.li__0CC=li__PJIK;
          li__M3JV=li__NNSE(((__li__5RB *)li__YIIK));
          li__L3JV->li__LVBD.li__WZLE=li__M3JV;
          li__RU4M=li__H3JV;
        } break;
        case __li__WVBD__: {
          li__KVZU=((__li__WVBD *)li__GVZU);
          li__LVZU=li__VEID(li__KVZU->li__XVBD.li__0K.li__0CC,li__KVZU->li__2ZLE,li__KVZU->li__XVBD.li__WZLE);
          li__RU4M=li__LVZU;
        } break;
        case __li__Z4WH__: {
          li__RU4M=li__XEVK(((__li__Z4WH *)li__GVZU));
        } break;
        case __li__KTVI__: {
          li__RU4M=li__XF5L(((__li__KTVI *)li__GVZU));
        } break;
        case __li__LTVI__: {
          li__RU4M=li__SDGM(((__li__LTVI *)li__GVZU));
        } break;
        case __li__XTVI__: {
          li__RU4M=li__DG5L(((__li__XTVI *)li__GVZU));
        } break;
        case __li__YTVI__: {
          li__RU4M=li__4DGM(((__li__YTVI *)li__GVZU));
        } break;
        case __li__S2VI__: {
          li__RU4M=li__OG5L(((__li__S2VI *)li__GVZU));
        } break;
        case __li__E3VI__: {
          li__RU4M=li__ZG5L(((__li__E3VI *)li__GVZU));
        } break;
        case __li__KLWI__: {
          li__NVZU=((__li__KLWI *)li__GVZU);
          li__PJIK=li__NVZU->li__LLWI.li__0CC;
          li__PVZU=li__G3CM(((__li__KMFK *)li__NVZU->li__ZPBK));
          li__NVZU=li__PNSJ(li__PJIK,li__PVZU);
          li__RU4M=li__NVZU;
        } break;
        case __li__ULWI__: {
          li__SVZU=((__li__ULWI *)li__GVZU);
          li__TVZU=li__AOSJ(li__SVZU->li__VLWI.li__0CC,li__SVZU->li__4PBK);
          li__RU4M=li__TVZU;
        } break;
        case __li__NMWI__: {
          li__RU4M=li__SH5L(((__li__NMWI *)li__GVZU));
        } break;
        case __li__BNWI__: {
          li__RU4M=li__3H5L(((__li__BNWI *)li__GVZU));
        } break;
        case __li__XNWI__: {
          li__RU4M=li__II5L(((__li__XNWI *)li__GVZU));
        } break;
        case __li__LOWI__: {
          li__RU4M=li__TI5L(((__li__LOWI *)li__GVZU));
        } break;
        case __li__5OWI__: {
          li__RU4M=li__4I5L(((__li__5OWI *)li__GVZU));
        } break;
        case __li__TPWI__: {
          li__RU4M=li__JJ5L(((__li__TPWI *)li__GVZU));
        } break;
        case __li__HQWI__: {
          li__RU4M=li__UJ5L(((__li__HQWI *)li__GVZU));
        } break;
        case __li__ARWI__: {
          li__RU4M=li__5J5L(((__li__ARWI *)li__GVZU));
        } break;
        case __li__URWI__: {
          li__RU4M=li__NK5L(((__li__URWI *)li__GVZU));
        } break;
        case __li__MSWI__: {
          li__VVZU=((__li__MSWI *)li__GVZU);
          li__WVZU=li__YXSJ(li__VVZU->li__NSWI.li__0CC,li__VVZU->li__ISBK);
          li__RU4M=li__WVZU;
        } break;
        case __li__ETWI__: {
          li__RU4M=li__4K5L(((__li__ETWI *)li__GVZU));
        } break;
        case __li__MZWI__: {
          li__YVZU=((__li__MZWI *)li__GVZU);
          li__ZVZU=li__4U4I(li__YVZU->li__NZWI.li__0K.li__0CC,li__YVZU->li__3SBK,li__YVZU->li__NZWI.li__WZLE);
          li__RU4M=li__ZVZU;
        } break;
        case __li__C0WI__: {
          li__1VZU=((__li__C0WI *)li__GVZU);
          li__2VZU=li__ZV4I(li__1VZU->li__D0WI.li__0K.li__0CC,li__1VZU->li__CTBK);
          li__RU4M=li__2VZU;
        } break;
        case __li__M1WI__: {
          li__4VZU=((__li__M1WI *)li__GVZU);
          li__5VZU=li__1Z4I(li__4VZU->li__N1WI.li__0K.li__0CC,li__4VZU->li__UTFK);
          li__RU4M=li__5VZU;
        } break;
        case __li__KMFK__: {
          li__RU4M=li__G3CM(((__li__KMFK *)li__GVZU));
        } break;
        case __li__XOHL__: {
          li__RU4M=li__AAPN(((__li__XOHL *)li__GVZU));
        } break;
        case __li__FPHL__: {
          li__RU4M=li__2EGM(((__li__FPHL *)li__GVZU));
        } break;
        case __li__APLM__: {
          li__RU4M=li__XRDQ(((__li__APLM *)li__GVZU));
        } break;
        case __li__DTNM__: {
          li__RU4M=li__D5SO(((__li__DTNM *)li__GVZU));
        } break;
        case __li__JXNM__: {
          li__RU4M=li__153R(((__li__JXNM *)li__GVZU));
        } break;
        case __li__21LO__: {
          li__RU4M=li__2KLP(((__li__21LO *)li__GVZU));
        } break;
        case __li__TPOO__: {
          li__RU4M=li__JLLP(((__li__TPOO *)li__GVZU));
        } break;
        case __li__URRO__: {
          li__RU4M=li__KM4R(((__li__URRO *)li__GVZU));
        } break;
        case __li__41XO__: {
          li__RU4M=li__CSDQ(((__li__41XO *)li__GVZU));
        } break;
        case __li__AKBR__: {
          li__RU4M=li__L2DS(((__li__AKBR *)li__GVZU));
        } break;
        case __li__SU5R__: {
          li__RU4M=li__EQJS(((__li__SU5R *)li__GVZU));
        } break;
        case __li__JV5R__: {
          li__RU4M=li__PQJS(((__li__JV5R *)li__GVZU));
        } break;
        };
        li__ALIK=li__2IUJ(li__KGIK,li__XT4M,li__RU4M,li__VKIK,li__I__);
        li__YUZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__YUZU->li__2OLE),li__ALIK);
        li__WVRE(li__YUZU);
        li__GVZU=li__ZAHJ(((__li__ODID *)li__ALIK));
        li__ODIK=li__GVZU;
      } else /* FALSE */ {
        li__4FIK=li__J1NK(((__li__5RB *)li__LDIK));
        li__KBG(((__li__U *)li__4FIK->li__WXI));
        fputc((int)('='),stdout);
        li__PFIK=li__KVEK();
        li__4FIK=li__J1NK(((__li__5RB *)li__PFIK));
        li__KBG(((__li__U *)li__4FIK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__LDIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__PFIK=li__KVEK();
        li__OUHF(((__li__5RB *)li__PFIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__MDIK);
        li__V5E(li__KDIK->li__T2VI.li__IVVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__NDIK=li__ODIK;
  return(li__NDIK);
}

static void* li__4LIK(__li__E3VI *li__5LIK,__li__5RB *li__AMIK,__li__PO li__BMIK)
/* (Strict EXPR_NOT_EQUAL{li__E3VI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__DMIK,*li__0WZU,*li__CMIK;
  __li__5RB *li__ZMIK,*li__MNIK,*li__TNIK,*li__R3JV,*li__EOIK,*li__OPIK;
  __li__5RB *li__NRIK,*li__N4JV;
  __li__PO li__Q3JV,li__5OIK,li__ESIK;
  __li__VTBD *li__P3JV,*li__53JV;
  __li__DFNL *li__X3JV,*li__UKMM;
  __li__KI *li__EWZU,*li__MWZU;
  __li__U *li__1NIK,*li__DRIK;
  void *li__3NIK;
  __li__PF *li__TOIK,*li__YRIK;
  __li__K li__ZOIK,li__4RIK;
  void *li__DY4M,*li__3Y4M;
  void *li__EPIK,*li__YPIK,*li__1SIK;
  __li__UL2B *li__43JV,*li__H4JV;
  __li__KMFK *li__IQIK,*li__PTIK,*li__DXZU;
  __li__ODID *li__KQIK,*li__VTIK;
  __li__KVBD *li__RWZU,*li__WWZU,*li__I4JV,*li__M4JV;
  __li__WK *li__2WZU;
  __li__WVBD *li__4WZU,*li__5WZU;
  __li__KLWI *li__BXZU;
  __li__ULWI *li__GXZU,*li__HXZU;
  __li__MSWI *li__JXZU,*li__KXZU;
  __li__MZWI *li__MXZU,*li__NXZU;
  __li__C0WI *li__PXZU,*li__QXZU;
  __li__M1WI *li__SXZU,*li__TXZU;
  __li__C li__0MIK,li__NNIK,li__RPIK;
  __li__2ZEC *li__KTIK;
  li__DMIK=NULL;
  li__ZMIK=li__PVEK();
  li__0MIK=li__EBGK(((__li__5RB *)li__AMIK),li__ZMIK);
  /* __li__B__ __li__I__ */
if (li__0MIK) {
    li__DMIK=li__5LIK;
  } else /* FALSE */ {
    li__MNIK=li__PVEK();
    li__NNIK=li__4HDL(((__li__5RB *)li__MNIK),li__AMIK);
    /* __li__B__ __li__I__ */
if (li__NNIK) {
      li__TNIK=li__PVEK();
      li__R3JV=((__li__5RB *)li__TNIK);
      li__Q3JV=li__5LIK->li__F3VI.li__IVVI.li__0CC;
      li__P3JV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__P3JV),li__Q3JV,(&__string_68),'+',li__R3JV);
      li__X3JV=li__1CXJ(((__li__VTBD *)li__P3JV),li__5LIK->li__F3VI.li__IVVI.li__0CC,li__5LIK);
      li__EWZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__EWZU->li__2OLE),li__X3JV);
      li__WVRE(li__EWZU);
      li__1NIK=li__SQC(li__DS4J);
      li__TNIK=li__PVEK();
      li__3NIK=li__UVIJ(((__li__5RB *)li__TNIK),li__1NIK);
      /* __li__B__ __li__I__ */
if (((void *)li__3NIK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__EOIK=li__PVEK();
        li__OUHF(((__li__5RB *)li__EOIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__AMIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__1NIK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__EOIK=li__PVEK();
        li__OUHF(((__li__5RB *)li__EOIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BMIK);
        li__EOIK=li__PVEK();
        li__TOIK=li__J1NK(((__li__5RB *)li__EOIK));
        li__V5E(li__TOIK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3NIK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__3NIK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__ZOIK=li__OYLM(((__li__DZB *)li__3NIK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZOIK=li__OYLM(((__li__DZB *)li__3NIK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__3NIK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__ZOIK=li__21RI(((__li__QWEC *)li__3NIK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZOIK=li__21RI(((__li__QWEC *)li__3NIK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__ZOIK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3NIK)->__id==__li__DZB__) {
          li__5OIK=((__li__DZB *)li__3NIK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__DY4M=((__li__QWEC *)li__3NIK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DY4M)->__id==__li__IZB__) {
            li__5OIK=((__li__IZB *)li__DY4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5OIK=((__li__4HAD *)li__DY4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__5OIK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3NIK)->__id==__li__DZB__) {
        li__DY4M=((__li__DZB *)li__3NIK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DY4M)->__id==__li__IZB__) {
          li__EPIK=((__li__IZB *)li__DY4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__EPIK=((__li__4HAD *)li__DY4M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__DY4M=((__li__QWEC *)li__3NIK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DY4M)->__id==__li__IZB__) {
          li__EPIK=((__li__IZB *)li__DY4M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__EPIK=((__li__4HAD *)li__DY4M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__EPIK==NULL) {
        li__DY4M=NULL;
      } else {
        switch (((struct ___OBJ *)li__EPIK)->__id) {
        case __li__WRB__: {
          li__DY4M=((void *)li__EPIK);
        } break;
        case __li__XRB__: {
          li__DY4M=((void *)li__EPIK);
        } break;
        case __li__KUB__: {
          li__DY4M=((void *)li__EPIK);
        } break;
        case __li__VB1__: {
          li__DY4M=((void *)li__EPIK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__DY4M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__DY4M == (void *)NULL)) {
        li__RPIK=li__B__;
      } else /* FALSE */ {
        li__EPIK=((__li__5RB *)li__AMIK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__DY4M)->__id) {
        case __li__WRB__: {
          li__OPIK=li__0VSG(((__li__WRB *)li__DY4M),li__EPIK);
        } break;
        case __li__XRB__: {
          li__OPIK=li__OXSG(((__li__XRB *)((__li__WRB *)li__DY4M)),li__EPIK);
        } break;
        case __li__KUB__: {
          li__OPIK=li__CZSG(((__li__KUB *)((__li__WRB *)li__DY4M)),li__EPIK);
        } break;
        case __li__VB1__: {
          li__OPIK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__DY4M)),li__EPIK);
        } break;
        };
        li__RPIK=((void *)li__OPIK != (void *)li__AMIK);
      };
      /* __li__B__ __li__I__ */
if (li__RPIK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3NIK)->__id==__li__DZB__) {
          li__3Y4M=((__li__DZB *)li__3NIK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3Y4M)->__id==__li__IZB__) {
            li__YPIK=((__li__IZB *)li__3Y4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YPIK=((__li__4HAD *)li__3Y4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__3Y4M=((__li__QWEC *)li__3NIK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3Y4M)->__id==__li__IZB__) {
            li__YPIK=((__li__IZB *)li__3Y4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YPIK=((__li__4HAD *)li__3Y4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__YPIK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__YPIK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__YPIK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__YPIK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__YPIK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__43JV=((__li__UL2B *)((__li__WRB *)li__YPIK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__43JV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__YPIK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__AMIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3NIK)->__id==__li__DZB__) {
          li__5OIK=((__li__DZB *)li__3NIK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__3Y4M=((__li__QWEC *)li__3NIK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3Y4M)->__id==__li__IZB__) {
            li__5OIK=((__li__IZB *)li__3Y4M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5OIK=((__li__4HAD *)li__3Y4M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__5OIK);
        li__V5E(li__5LIK->li__F3VI.li__IVVI.li__0CC);
        li__ODF();
      };
      li__IQIK=li__NOPI(((__li__VTBD *)li__P3JV));
      li__KQIK=li__GDID(li__5LIK->li__F3VI.li__IVVI.li__0CC,li__3NIK,li__IQIK,li__IQIK,li__I__);
      li__EWZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__EWZU->li__2OLE),li__KQIK);
      li__WVRE(li__EWZU);
      li__3NIK=li__ZAHJ(((__li__ODID *)li__KQIK));
      li__DMIK=li__3NIK;
      li__RPIK=li__B__;
    } else /* FALSE */ {
      li__RPIK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__RPIK)) {
      li__TNIK=li__PVEK();
      li__RPIK=li__R0LM(((__li__5RB *)li__AMIK),li__TNIK);
      /* __li__B__ __li__I__ */
if (li__RPIK) {
        li__EOIK=li__PVEK();
        li__OPIK=((__li__5RB *)li__EOIK);
        li__5OIK=li__5LIK->li__F3VI.li__IVVI.li__0CC;
        li__53JV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__53JV),li__5OIK,(&__string_68),'+',li__OPIK);
        li__UKMM=li__1CXJ(((__li__VTBD *)li__53JV),li__5LIK->li__F3VI.li__IVVI.li__0CC,li__5LIK);
        li__MWZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__MWZU->li__2OLE),li__UKMM);
        li__WVRE(li__MWZU);
        li__DRIK=li__SQC(li__DS4J);
        li__DY4M=li__UVIJ(((__li__5RB *)li__AMIK),li__DRIK);
        /* __li__B__ __li__I__ */
if (((void *)li__DY4M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__AMIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__NRIK=li__PVEK();
          li__OUHF(((__li__5RB *)li__NRIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__DRIK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__AMIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__BMIK);
          li__YRIK=li__J1NK(((__li__5RB *)li__AMIK));
          li__V5E(li__YRIK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DY4M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__DY4M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__4RIK=li__OYLM(((__li__DZB *)li__DY4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__4RIK=li__OYLM(((__li__DZB *)li__DY4M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__DY4M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__4RIK=li__21RI(((__li__QWEC *)li__DY4M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__4RIK=li__21RI(((__li__QWEC *)li__DY4M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__4RIK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DY4M)->__id==__li__DZB__) {
            li__ESIK=((__li__DZB *)li__DY4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__YPIK=((__li__QWEC *)li__DY4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YPIK)->__id==__li__IZB__) {
              li__ESIK=((__li__IZB *)li__YPIK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ESIK=((__li__4HAD *)li__YPIK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__ESIK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DY4M)->__id==__li__DZB__) {
          li__3Y4M=((__li__DZB *)li__DY4M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3Y4M)->__id==__li__IZB__) {
            li__YPIK=((__li__IZB *)li__3Y4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YPIK=((__li__4HAD *)li__3Y4M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__3Y4M=((__li__QWEC *)li__DY4M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3Y4M)->__id==__li__IZB__) {
            li__YPIK=((__li__IZB *)li__3Y4M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YPIK=((__li__4HAD *)li__3Y4M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__YPIK==NULL) {
          li__3Y4M=NULL;
        } else {
          switch (((struct ___OBJ *)li__YPIK)->__id) {
          case __li__WRB__: {
            li__3Y4M=((void *)li__YPIK);
          } break;
          case __li__XRB__: {
            li__3Y4M=((void *)li__YPIK);
          } break;
          case __li__KUB__: {
            li__3Y4M=((void *)li__YPIK);
          } break;
          case __li__VB1__: {
            li__3Y4M=((void *)li__YPIK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__3Y4M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__3Y4M == (void *)NULL) || ((void *)li__3Y4M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DY4M)->__id==__li__DZB__) {
            li__YPIK=((__li__DZB *)li__DY4M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YPIK)->__id==__li__IZB__) {
              li__1SIK=((__li__IZB *)li__YPIK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1SIK=((__li__4HAD *)li__YPIK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__YPIK=((__li__QWEC *)li__DY4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YPIK)->__id==__li__IZB__) {
              li__1SIK=((__li__IZB *)li__YPIK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1SIK=((__li__4HAD *)li__YPIK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__1SIK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__1SIK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__1SIK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__1SIK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__1SIK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__H4JV=((__li__UL2B *)((__li__WRB *)li__1SIK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__H4JV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__1SIK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__AMIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DY4M)->__id==__li__DZB__) {
            li__ESIK=((__li__DZB *)li__DY4M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__YPIK=((__li__QWEC *)li__DY4M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YPIK)->__id==__li__IZB__) {
              li__ESIK=((__li__IZB *)li__YPIK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ESIK=((__li__4HAD *)li__YPIK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__ESIK);
          li__V5E(li__5LIK->li__F3VI.li__IVVI.li__0CC);
          li__ODF();
        };
        li__KTIK=li__IF1H( 2);
        li__5OIK=li__5LIK->li__F3VI.li__IVVI.li__0CC;
        li__RWZU=li__5QND();
        li__WWZU=((__li__KVBD *)li__RWZU);
        li__WWZU->li__LVBD.li__0K.li__0CC=li__5OIK;
        li__EOIK=li__NNSE(((__li__5RB *)li__AMIK));
        li__WWZU->li__LVBD.li__WZLE=li__EOIK;
        li__0K4N(((__li__2ZEC *)li__KTIK),li__RWZU);
        li__PTIK=li__NOPI(((__li__VTBD *)li__53JV));
        li__NWYJ(((__li__2ZEC *)li__KTIK),li__PTIK);
        li__5OIK=li__5LIK->li__F3VI.li__IVVI.li__0CC;
        li__0WZU=((void **)(*(((__li__2ZEC *)li__KTIK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0WZU)->__id) {
        case __li__WK__: {
          li__2WZU=li__PVEJ(((__li__WK *)li__0WZU));
          li__3Y4M=li__2WZU;
        } break;
        case __li__AVBD__: {
          li__3Y4M=li__AE5L(((__li__AVBD *)li__0WZU));
        } break;
        case __li__KVBD__: {
          li__I4JV=((__li__KVBD *)li__0WZU);
          li__ESIK=li__I4JV->li__LVBD.li__0K.li__0CC;
          li__NRIK=li__I4JV->li__LVBD.li__WZLE;
          li__I4JV=li__5QND();
          li__M4JV=((__li__KVBD *)li__I4JV);
          li__M4JV->li__LVBD.li__0K.li__0CC=li__ESIK;
          li__N4JV=li__NNSE(((__li__5RB *)li__NRIK));
          li__M4JV->li__LVBD.li__WZLE=li__N4JV;
          li__3Y4M=li__I4JV;
        } break;
        case __li__WVBD__: {
          li__4WZU=((__li__WVBD *)li__0WZU);
          li__5WZU=li__VEID(li__4WZU->li__XVBD.li__0K.li__0CC,li__4WZU->li__2ZLE,li__4WZU->li__XVBD.li__WZLE);
          li__3Y4M=li__5WZU;
        } break;
        case __li__Z4WH__: {
          li__3Y4M=li__XEVK(((__li__Z4WH *)li__0WZU));
        } break;
        case __li__KTVI__: {
          li__3Y4M=li__XF5L(((__li__KTVI *)li__0WZU));
        } break;
        case __li__LTVI__: {
          li__3Y4M=li__SDGM(((__li__LTVI *)li__0WZU));
        } break;
        case __li__XTVI__: {
          li__3Y4M=li__DG5L(((__li__XTVI *)li__0WZU));
        } break;
        case __li__YTVI__: {
          li__3Y4M=li__4DGM(((__li__YTVI *)li__0WZU));
        } break;
        case __li__S2VI__: {
          li__3Y4M=li__OG5L(((__li__S2VI *)li__0WZU));
        } break;
        case __li__E3VI__: {
          li__3Y4M=li__ZG5L(((__li__E3VI *)li__0WZU));
        } break;
        case __li__KLWI__: {
          li__BXZU=((__li__KLWI *)li__0WZU);
          li__ESIK=li__BXZU->li__LLWI.li__0CC;
          li__DXZU=li__G3CM(((__li__KMFK *)li__BXZU->li__ZPBK));
          li__BXZU=li__PNSJ(li__ESIK,li__DXZU);
          li__3Y4M=li__BXZU;
        } break;
        case __li__ULWI__: {
          li__GXZU=((__li__ULWI *)li__0WZU);
          li__HXZU=li__AOSJ(li__GXZU->li__VLWI.li__0CC,li__GXZU->li__4PBK);
          li__3Y4M=li__HXZU;
        } break;
        case __li__NMWI__: {
          li__3Y4M=li__SH5L(((__li__NMWI *)li__0WZU));
        } break;
        case __li__BNWI__: {
          li__3Y4M=li__3H5L(((__li__BNWI *)li__0WZU));
        } break;
        case __li__XNWI__: {
          li__3Y4M=li__II5L(((__li__XNWI *)li__0WZU));
        } break;
        case __li__LOWI__: {
          li__3Y4M=li__TI5L(((__li__LOWI *)li__0WZU));
        } break;
        case __li__5OWI__: {
          li__3Y4M=li__4I5L(((__li__5OWI *)li__0WZU));
        } break;
        case __li__TPWI__: {
          li__3Y4M=li__JJ5L(((__li__TPWI *)li__0WZU));
        } break;
        case __li__HQWI__: {
          li__3Y4M=li__UJ5L(((__li__HQWI *)li__0WZU));
        } break;
        case __li__ARWI__: {
          li__3Y4M=li__5J5L(((__li__ARWI *)li__0WZU));
        } break;
        case __li__URWI__: {
          li__3Y4M=li__NK5L(((__li__URWI *)li__0WZU));
        } break;
        case __li__MSWI__: {
          li__JXZU=((__li__MSWI *)li__0WZU);
          li__KXZU=li__YXSJ(li__JXZU->li__NSWI.li__0CC,li__JXZU->li__ISBK);
          li__3Y4M=li__KXZU;
        } break;
        case __li__ETWI__: {
          li__3Y4M=li__4K5L(((__li__ETWI *)li__0WZU));
        } break;
        case __li__MZWI__: {
          li__MXZU=((__li__MZWI *)li__0WZU);
          li__NXZU=li__4U4I(li__MXZU->li__NZWI.li__0K.li__0CC,li__MXZU->li__3SBK,li__MXZU->li__NZWI.li__WZLE);
          li__3Y4M=li__NXZU;
        } break;
        case __li__C0WI__: {
          li__PXZU=((__li__C0WI *)li__0WZU);
          li__QXZU=li__ZV4I(li__PXZU->li__D0WI.li__0K.li__0CC,li__PXZU->li__CTBK);
          li__3Y4M=li__QXZU;
        } break;
        case __li__M1WI__: {
          li__SXZU=((__li__M1WI *)li__0WZU);
          li__TXZU=li__1Z4I(li__SXZU->li__N1WI.li__0K.li__0CC,li__SXZU->li__UTFK);
          li__3Y4M=li__TXZU;
        } break;
        case __li__KMFK__: {
          li__3Y4M=li__G3CM(((__li__KMFK *)li__0WZU));
        } break;
        case __li__XOHL__: {
          li__3Y4M=li__AAPN(((__li__XOHL *)li__0WZU));
        } break;
        case __li__FPHL__: {
          li__3Y4M=li__2EGM(((__li__FPHL *)li__0WZU));
        } break;
        case __li__APLM__: {
          li__3Y4M=li__XRDQ(((__li__APLM *)li__0WZU));
        } break;
        case __li__DTNM__: {
          li__3Y4M=li__D5SO(((__li__DTNM *)li__0WZU));
        } break;
        case __li__JXNM__: {
          li__3Y4M=li__153R(((__li__JXNM *)li__0WZU));
        } break;
        case __li__21LO__: {
          li__3Y4M=li__2KLP(((__li__21LO *)li__0WZU));
        } break;
        case __li__TPOO__: {
          li__3Y4M=li__JLLP(((__li__TPOO *)li__0WZU));
        } break;
        case __li__URRO__: {
          li__3Y4M=li__KM4R(((__li__URRO *)li__0WZU));
        } break;
        case __li__41XO__: {
          li__3Y4M=li__CSDQ(((__li__41XO *)li__0WZU));
        } break;
        case __li__AKBR__: {
          li__3Y4M=li__L2DS(((__li__AKBR *)li__0WZU));
        } break;
        case __li__SU5R__: {
          li__3Y4M=li__EQJS(((__li__SU5R *)li__0WZU));
        } break;
        case __li__JV5R__: {
          li__3Y4M=li__PQJS(((__li__JV5R *)li__0WZU));
        } break;
        };
        li__VTIK=li__2IUJ(li__5OIK,li__DY4M,li__3Y4M,li__KTIK,li__I__);
        li__MWZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__MWZU->li__2OLE),li__VTIK);
        li__WVRE(li__MWZU);
        li__0WZU=li__ZAHJ(((__li__ODID *)li__VTIK));
        li__DMIK=li__0WZU;
      } else /* FALSE */ {
        li__TOIK=li__J1NK(((__li__5RB *)li__AMIK));
        li__KBG(((__li__U *)li__TOIK->li__WXI));
        fputc((int)('='),stdout);
        li__EOIK=li__PVEK();
        li__TOIK=li__J1NK(((__li__5RB *)li__EOIK));
        li__KBG(((__li__U *)li__TOIK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__AMIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__EOIK=li__PVEK();
        li__OUHF(((__li__5RB *)li__EOIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BMIK);
        li__V5E(li__5LIK->li__F3VI.li__IVVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__CMIK=li__DMIK;
  return(li__CMIK);
}

static void* li__SUIK(__li__KLWI *li__TUIK,__li__5RB *li__UUIK,__li__PO li__VUIK)
/* (Strict IS_EXPANDED{li__KLWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__XUIK,*li__OYZU,*li__WUIK;
  __li__5RB *li__NVIK,*li__AWIK,*li__HWIK,*li__S4JV,*li__YWIK,*li__CYIK;
  __li__5RB *li__B0IK,*li__O5JV;
  __li__PO li__R4JV,li__TXIK,li__Y0IK;
  __li__VTBD *li__Q4JV,*li__A5JV;
  __li__DFNL *li__Y4JV,*li__DNMM;
  __li__KI *li__YXZU,*li__AYZU;
  __li__U *li__PWIK,*li__XZIK;
  void *li__RWIK;
  __li__PF *li__HXIK,*li__M0IK;
  __li__K li__NXIK,li__S0IK;
  void *li__B24M,*li__Z24M;
  void *li__YXIK,*li__MYIK,*li__P1IK;
  __li__UL2B *li__54JV,*li__I5JV;
  __li__KMFK *li__2YIK,*li__D2IK,*li__XYZU;
  __li__ODID *li__4YIK,*li__J2IK;
  __li__KVBD *li__FYZU,*li__KYZU,*li__J5JV,*li__N5JV;
  __li__WK *li__QYZU;
  __li__WVBD *li__SYZU,*li__TYZU;
  __li__KLWI *li__VYZU;
  __li__ULWI *li__0YZU,*li__1YZU;
  __li__MSWI *li__3YZU,*li__4YZU;
  __li__MZWI *li__AZZU,*li__BZZU;
  __li__C0WI *li__DZZU,*li__EZZU;
  __li__M1WI *li__GZZU,*li__HZZU;
  __li__C li__OVIK,li__BWIK,li__FYIK;
  __li__2ZEC *li__41IK;
  li__XUIK=NULL;
  li__NVIK=li__UVEK();
  li__OVIK=li__EBGK(((__li__5RB *)li__UUIK),li__NVIK);
  /* __li__B__ __li__I__ */
if (li__OVIK) {
    li__XUIK=li__TUIK;
  } else /* FALSE */ {
    li__AWIK=li__UVEK();
    li__BWIK=li__4HDL(((__li__5RB *)li__AWIK),li__UUIK);
    /* __li__B__ __li__I__ */
if (li__BWIK) {
      li__HWIK=li__UVEK();
      li__S4JV=((__li__5RB *)li__HWIK);
      li__R4JV=li__TUIK->li__LLWI.li__0CC;
      li__Q4JV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__Q4JV),li__R4JV,(&__string_68),'+',li__S4JV);
      li__Y4JV=li__1CXJ(((__li__VTBD *)li__Q4JV),li__TUIK->li__LLWI.li__0CC,li__TUIK);
      li__YXZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__YXZU->li__2OLE),li__Y4JV);
      li__WVRE(li__YXZU);
      li__PWIK=li__SQC(li__DS4J);
      li__HWIK=li__UVEK();
      li__RWIK=li__UVIJ(((__li__5RB *)li__HWIK),li__PWIK);
      /* __li__B__ __li__I__ */
if (((void *)li__RWIK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__YWIK=li__UVEK();
        li__OUHF(((__li__5RB *)li__YWIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__UUIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__PWIK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__YWIK=li__UVEK();
        li__OUHF(((__li__5RB *)li__YWIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__VUIK);
        li__YWIK=li__UVEK();
        li__HXIK=li__J1NK(((__li__5RB *)li__YWIK));
        li__V5E(li__HXIK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RWIK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__RWIK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__NXIK=li__OYLM(((__li__DZB *)li__RWIK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__NXIK=li__OYLM(((__li__DZB *)li__RWIK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__RWIK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__NXIK=li__21RI(((__li__QWEC *)li__RWIK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__NXIK=li__21RI(((__li__QWEC *)li__RWIK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__NXIK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RWIK)->__id==__li__DZB__) {
          li__TXIK=((__li__DZB *)li__RWIK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__B24M=((__li__QWEC *)li__RWIK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__B24M)->__id==__li__IZB__) {
            li__TXIK=((__li__IZB *)li__B24M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__TXIK=((__li__4HAD *)li__B24M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__TXIK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RWIK)->__id==__li__DZB__) {
        li__B24M=((__li__DZB *)li__RWIK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__B24M)->__id==__li__IZB__) {
          li__YXIK=((__li__IZB *)li__B24M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YXIK=((__li__4HAD *)li__B24M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__B24M=((__li__QWEC *)li__RWIK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__B24M)->__id==__li__IZB__) {
          li__YXIK=((__li__IZB *)li__B24M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YXIK=((__li__4HAD *)li__B24M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__YXIK==NULL) {
        li__B24M=NULL;
      } else {
        switch (((struct ___OBJ *)li__YXIK)->__id) {
        case __li__WRB__: {
          li__B24M=((void *)li__YXIK);
        } break;
        case __li__XRB__: {
          li__B24M=((void *)li__YXIK);
        } break;
        case __li__KUB__: {
          li__B24M=((void *)li__YXIK);
        } break;
        case __li__VB1__: {
          li__B24M=((void *)li__YXIK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__B24M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__B24M == (void *)NULL)) {
        li__FYIK=li__B__;
      } else /* FALSE */ {
        li__YXIK=((__li__5RB *)li__UUIK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__B24M)->__id) {
        case __li__WRB__: {
          li__CYIK=li__0VSG(((__li__WRB *)li__B24M),li__YXIK);
        } break;
        case __li__XRB__: {
          li__CYIK=li__OXSG(((__li__XRB *)((__li__WRB *)li__B24M)),li__YXIK);
        } break;
        case __li__KUB__: {
          li__CYIK=li__CZSG(((__li__KUB *)((__li__WRB *)li__B24M)),li__YXIK);
        } break;
        case __li__VB1__: {
          li__CYIK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__B24M)),li__YXIK);
        } break;
        };
        li__FYIK=((void *)li__CYIK != (void *)li__UUIK);
      };
      /* __li__B__ __li__I__ */
if (li__FYIK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RWIK)->__id==__li__DZB__) {
          li__Z24M=((__li__DZB *)li__RWIK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z24M)->__id==__li__IZB__) {
            li__MYIK=((__li__IZB *)li__Z24M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MYIK=((__li__4HAD *)li__Z24M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__Z24M=((__li__QWEC *)li__RWIK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z24M)->__id==__li__IZB__) {
            li__MYIK=((__li__IZB *)li__Z24M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MYIK=((__li__4HAD *)li__Z24M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__MYIK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__MYIK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__MYIK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__MYIK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__MYIK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__54JV=((__li__UL2B *)((__li__WRB *)li__MYIK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__54JV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__MYIK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__UUIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RWIK)->__id==__li__DZB__) {
          li__TXIK=((__li__DZB *)li__RWIK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__Z24M=((__li__QWEC *)li__RWIK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z24M)->__id==__li__IZB__) {
            li__TXIK=((__li__IZB *)li__Z24M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__TXIK=((__li__4HAD *)li__Z24M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__TXIK);
        li__V5E(li__TUIK->li__LLWI.li__0CC);
        li__ODF();
      };
      li__2YIK=li__NOPI(((__li__VTBD *)li__Q4JV));
      li__4YIK=li__GDID(li__TUIK->li__LLWI.li__0CC,li__RWIK,li__2YIK,li__2YIK,li__I__);
      li__YXZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__YXZU->li__2OLE),li__4YIK);
      li__WVRE(li__YXZU);
      li__RWIK=li__ZAHJ(((__li__ODID *)li__4YIK));
      li__XUIK=li__RWIK;
      li__FYIK=li__B__;
    } else /* FALSE */ {
      li__FYIK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__FYIK)) {
      li__HWIK=li__UVEK();
      li__FYIK=li__R0LM(((__li__5RB *)li__UUIK),li__HWIK);
      /* __li__B__ __li__I__ */
if (li__FYIK) {
        li__YWIK=li__UVEK();
        li__CYIK=((__li__5RB *)li__YWIK);
        li__TXIK=li__TUIK->li__LLWI.li__0CC;
        li__A5JV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__A5JV),li__TXIK,(&__string_68),'+',li__CYIK);
        li__DNMM=li__1CXJ(((__li__VTBD *)li__A5JV),li__TUIK->li__LLWI.li__0CC,li__TUIK);
        li__AYZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__AYZU->li__2OLE),li__DNMM);
        li__WVRE(li__AYZU);
        li__XZIK=li__SQC(li__DS4J);
        li__B24M=li__UVIJ(((__li__5RB *)li__UUIK),li__XZIK);
        /* __li__B__ __li__I__ */
if (((void *)li__B24M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__UUIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__B0IK=li__UVEK();
          li__OUHF(((__li__5RB *)li__B0IK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__XZIK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__UUIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__VUIK);
          li__M0IK=li__J1NK(((__li__5RB *)li__UUIK));
          li__V5E(li__M0IK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__B24M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__B24M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__S0IK=li__OYLM(((__li__DZB *)li__B24M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__S0IK=li__OYLM(((__li__DZB *)li__B24M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__B24M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__S0IK=li__21RI(((__li__QWEC *)li__B24M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__S0IK=li__21RI(((__li__QWEC *)li__B24M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__S0IK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__B24M)->__id==__li__DZB__) {
            li__Y0IK=((__li__DZB *)li__B24M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__MYIK=((__li__QWEC *)li__B24M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MYIK)->__id==__li__IZB__) {
              li__Y0IK=((__li__IZB *)li__MYIK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__Y0IK=((__li__4HAD *)li__MYIK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__Y0IK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__B24M)->__id==__li__DZB__) {
          li__Z24M=((__li__DZB *)li__B24M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z24M)->__id==__li__IZB__) {
            li__MYIK=((__li__IZB *)li__Z24M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MYIK=((__li__4HAD *)li__Z24M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__Z24M=((__li__QWEC *)li__B24M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z24M)->__id==__li__IZB__) {
            li__MYIK=((__li__IZB *)li__Z24M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MYIK=((__li__4HAD *)li__Z24M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__MYIK==NULL) {
          li__Z24M=NULL;
        } else {
          switch (((struct ___OBJ *)li__MYIK)->__id) {
          case __li__WRB__: {
            li__Z24M=((void *)li__MYIK);
          } break;
          case __li__XRB__: {
            li__Z24M=((void *)li__MYIK);
          } break;
          case __li__KUB__: {
            li__Z24M=((void *)li__MYIK);
          } break;
          case __li__VB1__: {
            li__Z24M=((void *)li__MYIK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__Z24M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__Z24M == (void *)NULL) || ((void *)li__Z24M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__B24M)->__id==__li__DZB__) {
            li__MYIK=((__li__DZB *)li__B24M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MYIK)->__id==__li__IZB__) {
              li__P1IK=((__li__IZB *)li__MYIK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__P1IK=((__li__4HAD *)li__MYIK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__MYIK=((__li__QWEC *)li__B24M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MYIK)->__id==__li__IZB__) {
              li__P1IK=((__li__IZB *)li__MYIK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__P1IK=((__li__4HAD *)li__MYIK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__P1IK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__P1IK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__P1IK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__P1IK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__P1IK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__I5JV=((__li__UL2B *)((__li__WRB *)li__P1IK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__I5JV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__P1IK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__UUIK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__B24M)->__id==__li__DZB__) {
            li__Y0IK=((__li__DZB *)li__B24M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__MYIK=((__li__QWEC *)li__B24M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MYIK)->__id==__li__IZB__) {
              li__Y0IK=((__li__IZB *)li__MYIK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__Y0IK=((__li__4HAD *)li__MYIK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__Y0IK);
          li__V5E(li__TUIK->li__LLWI.li__0CC);
          li__ODF();
        };
        li__41IK=li__IF1H( 2);
        li__TXIK=li__TUIK->li__LLWI.li__0CC;
        li__FYZU=li__5QND();
        li__KYZU=((__li__KVBD *)li__FYZU);
        li__KYZU->li__LVBD.li__0K.li__0CC=li__TXIK;
        li__YWIK=li__NNSE(((__li__5RB *)li__UUIK));
        li__KYZU->li__LVBD.li__WZLE=li__YWIK;
        li__0K4N(((__li__2ZEC *)li__41IK),li__FYZU);
        li__D2IK=li__NOPI(((__li__VTBD *)li__A5JV));
        li__NWYJ(((__li__2ZEC *)li__41IK),li__D2IK);
        li__TXIK=li__TUIK->li__LLWI.li__0CC;
        li__OYZU=((void **)(*(((__li__2ZEC *)li__41IK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OYZU)->__id) {
        case __li__WK__: {
          li__QYZU=li__PVEJ(((__li__WK *)li__OYZU));
          li__Z24M=li__QYZU;
        } break;
        case __li__AVBD__: {
          li__Z24M=li__AE5L(((__li__AVBD *)li__OYZU));
        } break;
        case __li__KVBD__: {
          li__J5JV=((__li__KVBD *)li__OYZU);
          li__Y0IK=li__J5JV->li__LVBD.li__0K.li__0CC;
          li__B0IK=li__J5JV->li__LVBD.li__WZLE;
          li__J5JV=li__5QND();
          li__N5JV=((__li__KVBD *)li__J5JV);
          li__N5JV->li__LVBD.li__0K.li__0CC=li__Y0IK;
          li__O5JV=li__NNSE(((__li__5RB *)li__B0IK));
          li__N5JV->li__LVBD.li__WZLE=li__O5JV;
          li__Z24M=li__J5JV;
        } break;
        case __li__WVBD__: {
          li__SYZU=((__li__WVBD *)li__OYZU);
          li__TYZU=li__VEID(li__SYZU->li__XVBD.li__0K.li__0CC,li__SYZU->li__2ZLE,li__SYZU->li__XVBD.li__WZLE);
          li__Z24M=li__TYZU;
        } break;
        case __li__Z4WH__: {
          li__Z24M=li__XEVK(((__li__Z4WH *)li__OYZU));
        } break;
        case __li__KTVI__: {
          li__Z24M=li__XF5L(((__li__KTVI *)li__OYZU));
        } break;
        case __li__LTVI__: {
          li__Z24M=li__SDGM(((__li__LTVI *)li__OYZU));
        } break;
        case __li__XTVI__: {
          li__Z24M=li__DG5L(((__li__XTVI *)li__OYZU));
        } break;
        case __li__YTVI__: {
          li__Z24M=li__4DGM(((__li__YTVI *)li__OYZU));
        } break;
        case __li__S2VI__: {
          li__Z24M=li__OG5L(((__li__S2VI *)li__OYZU));
        } break;
        case __li__E3VI__: {
          li__Z24M=li__ZG5L(((__li__E3VI *)li__OYZU));
        } break;
        case __li__KLWI__: {
          li__VYZU=((__li__KLWI *)li__OYZU);
          li__Y0IK=li__VYZU->li__LLWI.li__0CC;
          li__XYZU=li__G3CM(((__li__KMFK *)li__VYZU->li__ZPBK));
          li__VYZU=li__PNSJ(li__Y0IK,li__XYZU);
          li__Z24M=li__VYZU;
        } break;
        case __li__ULWI__: {
          li__0YZU=((__li__ULWI *)li__OYZU);
          li__1YZU=li__AOSJ(li__0YZU->li__VLWI.li__0CC,li__0YZU->li__4PBK);
          li__Z24M=li__1YZU;
        } break;
        case __li__NMWI__: {
          li__Z24M=li__SH5L(((__li__NMWI *)li__OYZU));
        } break;
        case __li__BNWI__: {
          li__Z24M=li__3H5L(((__li__BNWI *)li__OYZU));
        } break;
        case __li__XNWI__: {
          li__Z24M=li__II5L(((__li__XNWI *)li__OYZU));
        } break;
        case __li__LOWI__: {
          li__Z24M=li__TI5L(((__li__LOWI *)li__OYZU));
        } break;
        case __li__5OWI__: {
          li__Z24M=li__4I5L(((__li__5OWI *)li__OYZU));
        } break;
        case __li__TPWI__: {
          li__Z24M=li__JJ5L(((__li__TPWI *)li__OYZU));
        } break;
        case __li__HQWI__: {
          li__Z24M=li__UJ5L(((__li__HQWI *)li__OYZU));
        } break;
        case __li__ARWI__: {
          li__Z24M=li__5J5L(((__li__ARWI *)li__OYZU));
        } break;
        case __li__URWI__: {
          li__Z24M=li__NK5L(((__li__URWI *)li__OYZU));
        } break;
        case __li__MSWI__: {
          li__3YZU=((__li__MSWI *)li__OYZU);
          li__4YZU=li__YXSJ(li__3YZU->li__NSWI.li__0CC,li__3YZU->li__ISBK);
          li__Z24M=li__4YZU;
        } break;
        case __li__ETWI__: {
          li__Z24M=li__4K5L(((__li__ETWI *)li__OYZU));
        } break;
        case __li__MZWI__: {
          li__AZZU=((__li__MZWI *)li__OYZU);
          li__BZZU=li__4U4I(li__AZZU->li__NZWI.li__0K.li__0CC,li__AZZU->li__3SBK,li__AZZU->li__NZWI.li__WZLE);
          li__Z24M=li__BZZU;
        } break;
        case __li__C0WI__: {
          li__DZZU=((__li__C0WI *)li__OYZU);
          li__EZZU=li__ZV4I(li__DZZU->li__D0WI.li__0K.li__0CC,li__DZZU->li__CTBK);
          li__Z24M=li__EZZU;
        } break;
        case __li__M1WI__: {
          li__GZZU=((__li__M1WI *)li__OYZU);
          li__HZZU=li__1Z4I(li__GZZU->li__N1WI.li__0K.li__0CC,li__GZZU->li__UTFK);
          li__Z24M=li__HZZU;
        } break;
        case __li__KMFK__: {
          li__Z24M=li__G3CM(((__li__KMFK *)li__OYZU));
        } break;
        case __li__XOHL__: {
          li__Z24M=li__AAPN(((__li__XOHL *)li__OYZU));
        } break;
        case __li__FPHL__: {
          li__Z24M=li__2EGM(((__li__FPHL *)li__OYZU));
        } break;
        case __li__APLM__: {
          li__Z24M=li__XRDQ(((__li__APLM *)li__OYZU));
        } break;
        case __li__DTNM__: {
          li__Z24M=li__D5SO(((__li__DTNM *)li__OYZU));
        } break;
        case __li__JXNM__: {
          li__Z24M=li__153R(((__li__JXNM *)li__OYZU));
        } break;
        case __li__21LO__: {
          li__Z24M=li__2KLP(((__li__21LO *)li__OYZU));
        } break;
        case __li__TPOO__: {
          li__Z24M=li__JLLP(((__li__TPOO *)li__OYZU));
        } break;
        case __li__URRO__: {
          li__Z24M=li__KM4R(((__li__URRO *)li__OYZU));
        } break;
        case __li__41XO__: {
          li__Z24M=li__CSDQ(((__li__41XO *)li__OYZU));
        } break;
        case __li__AKBR__: {
          li__Z24M=li__L2DS(((__li__AKBR *)li__OYZU));
        } break;
        case __li__SU5R__: {
          li__Z24M=li__EQJS(((__li__SU5R *)li__OYZU));
        } break;
        case __li__JV5R__: {
          li__Z24M=li__PQJS(((__li__JV5R *)li__OYZU));
        } break;
        };
        li__J2IK=li__2IUJ(li__TXIK,li__B24M,li__Z24M,li__41IK,li__I__);
        li__AYZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__AYZU->li__2OLE),li__J2IK);
        li__WVRE(li__AYZU);
        li__OYZU=li__ZAHJ(((__li__ODID *)li__J2IK));
        li__XUIK=li__OYZU;
      } else /* FALSE */ {
        li__HXIK=li__J1NK(((__li__5RB *)li__UUIK));
        li__KBG(((__li__U *)li__HXIK->li__WXI));
        fputc((int)('='),stdout);
        li__YWIK=li__UVEK();
        li__HXIK=li__J1NK(((__li__5RB *)li__YWIK));
        li__KBG(((__li__U *)li__HXIK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__UUIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__YWIK=li__UVEK();
        li__OUHF(((__li__5RB *)li__YWIK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__VUIK);
        li__V5E(li__TUIK->li__LLWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__WUIK=li__XUIK;
  return(li__WUIK);
}

static void* li__G3IK(__li__ULWI *li__H3IK,__li__5RB *li__I3IK,__li__PO li__J3IK)
/* (Strict GET_TYPE_ID{li__ULWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__L3IK,*li__C0ZU,*li__K3IK;
  __li__5RB *li__B4IK,*li__U4IK,*li__14IK,*li__T5JV,*li__M5IK,*li__WAJK;
  __li__5RB *li__VCJK,*li__PAKV;
  __li__PO li__S5JV,li__HAJK,li__MDJK;
  __li__VTBD *li__R5JV,*li__BAKV;
  __li__DFNL *li__Z5JV,*li__MPMM;
  __li__KI *li__MZZU,*li__UZZU;
  __li__U *li__D5IK,*li__LCJK;
  void *li__F5IK;
  __li__PF *li__15IK,*li__ADJK;
  __li__K li__BAJK,li__GDJK;
  void *li__W54M,*li__OA5M;
  void *li__MAJK,*li__ABJK,*li__DEJK;
  __li__UL2B *li__AAKV,*li__JAKV;
  __li__KMFK *li__QBJK,*li__XEJK,*li__L0ZU;
  __li__ODID *li__SBJK,*li__3EJK;
  __li__KVBD *li__ZZZU,*li__4ZZU,*li__KAKV,*li__OAKV;
  __li__WK *li__E0ZU;
  __li__WVBD *li__G0ZU,*li__H0ZU;
  __li__KLWI *li__J0ZU;
  __li__ULWI *li__O0ZU,*li__P0ZU;
  __li__MSWI *li__R0ZU,*li__S0ZU;
  __li__MZWI *li__U0ZU,*li__V0ZU;
  __li__C0WI *li__X0ZU,*li__Y0ZU;
  __li__M1WI *li__00ZU,*li__10ZU;
  __li__C li__C4IK,li__V4IK,li__ZAJK;
  __li__2ZEC *li__SEJK;
  li__L3IK=NULL;
  li__B4IK=li__ZVEK();
  li__C4IK=li__EBGK(((__li__5RB *)li__I3IK),li__B4IK);
  /* __li__B__ __li__I__ */
if (li__C4IK) {
    li__L3IK=li__H3IK;
  } else /* FALSE */ {
    li__U4IK=li__ZVEK();
    li__V4IK=li__4HDL(((__li__5RB *)li__U4IK),li__I3IK);
    /* __li__B__ __li__I__ */
if (li__V4IK) {
      li__14IK=li__ZVEK();
      li__T5JV=((__li__5RB *)li__14IK);
      li__S5JV=li__H3IK->li__VLWI.li__0CC;
      li__R5JV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__R5JV),li__S5JV,(&__string_68),'+',li__T5JV);
      li__Z5JV=li__1CXJ(((__li__VTBD *)li__R5JV),li__H3IK->li__VLWI.li__0CC,li__H3IK);
      li__MZZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MZZU->li__2OLE),li__Z5JV);
      li__WVRE(li__MZZU);
      li__D5IK=li__SQC(li__DS4J);
      li__14IK=li__ZVEK();
      li__F5IK=li__UVIJ(((__li__5RB *)li__14IK),li__D5IK);
      /* __li__B__ __li__I__ */
if (((void *)li__F5IK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__M5IK=li__ZVEK();
        li__OUHF(((__li__5RB *)li__M5IK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__I3IK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__D5IK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__M5IK=li__ZVEK();
        li__OUHF(((__li__5RB *)li__M5IK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__J3IK);
        li__M5IK=li__ZVEK();
        li__15IK=li__J1NK(((__li__5RB *)li__M5IK));
        li__V5E(li__15IK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F5IK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__F5IK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__BAJK=li__OYLM(((__li__DZB *)li__F5IK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__BAJK=li__OYLM(((__li__DZB *)li__F5IK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__F5IK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__BAJK=li__21RI(((__li__QWEC *)li__F5IK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__BAJK=li__21RI(((__li__QWEC *)li__F5IK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__BAJK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F5IK)->__id==__li__DZB__) {
          li__HAJK=((__li__DZB *)li__F5IK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__W54M=((__li__QWEC *)li__F5IK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__W54M)->__id==__li__IZB__) {
            li__HAJK=((__li__IZB *)li__W54M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__HAJK=((__li__4HAD *)li__W54M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__HAJK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F5IK)->__id==__li__DZB__) {
        li__W54M=((__li__DZB *)li__F5IK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__W54M)->__id==__li__IZB__) {
          li__MAJK=((__li__IZB *)li__W54M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__MAJK=((__li__4HAD *)li__W54M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__W54M=((__li__QWEC *)li__F5IK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__W54M)->__id==__li__IZB__) {
          li__MAJK=((__li__IZB *)li__W54M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__MAJK=((__li__4HAD *)li__W54M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__MAJK==NULL) {
        li__W54M=NULL;
      } else {
        switch (((struct ___OBJ *)li__MAJK)->__id) {
        case __li__WRB__: {
          li__W54M=((void *)li__MAJK);
        } break;
        case __li__XRB__: {
          li__W54M=((void *)li__MAJK);
        } break;
        case __li__KUB__: {
          li__W54M=((void *)li__MAJK);
        } break;
        case __li__VB1__: {
          li__W54M=((void *)li__MAJK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__W54M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__W54M == (void *)NULL)) {
        li__ZAJK=li__B__;
      } else /* FALSE */ {
        li__MAJK=((__li__5RB *)li__I3IK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__W54M)->__id) {
        case __li__WRB__: {
          li__WAJK=li__0VSG(((__li__WRB *)li__W54M),li__MAJK);
        } break;
        case __li__XRB__: {
          li__WAJK=li__OXSG(((__li__XRB *)((__li__WRB *)li__W54M)),li__MAJK);
        } break;
        case __li__KUB__: {
          li__WAJK=li__CZSG(((__li__KUB *)((__li__WRB *)li__W54M)),li__MAJK);
        } break;
        case __li__VB1__: {
          li__WAJK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__W54M)),li__MAJK);
        } break;
        };
        li__ZAJK=((void *)li__WAJK != (void *)li__I3IK);
      };
      /* __li__B__ __li__I__ */
if (li__ZAJK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F5IK)->__id==__li__DZB__) {
          li__OA5M=((__li__DZB *)li__F5IK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OA5M)->__id==__li__IZB__) {
            li__ABJK=((__li__IZB *)li__OA5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ABJK=((__li__4HAD *)li__OA5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__OA5M=((__li__QWEC *)li__F5IK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OA5M)->__id==__li__IZB__) {
            li__ABJK=((__li__IZB *)li__OA5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ABJK=((__li__4HAD *)li__OA5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__ABJK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__ABJK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__ABJK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__ABJK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__ABJK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__AAKV=((__li__UL2B *)((__li__WRB *)li__ABJK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__AAKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__ABJK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__I3IK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__F5IK)->__id==__li__DZB__) {
          li__HAJK=((__li__DZB *)li__F5IK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__OA5M=((__li__QWEC *)li__F5IK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OA5M)->__id==__li__IZB__) {
            li__HAJK=((__li__IZB *)li__OA5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__HAJK=((__li__4HAD *)li__OA5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__HAJK);
        li__V5E(li__H3IK->li__VLWI.li__0CC);
        li__ODF();
      };
      li__QBJK=li__NOPI(((__li__VTBD *)li__R5JV));
      li__SBJK=li__GDID(li__H3IK->li__VLWI.li__0CC,li__F5IK,li__QBJK,li__QBJK,li__I__);
      li__MZZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MZZU->li__2OLE),li__SBJK);
      li__WVRE(li__MZZU);
      li__F5IK=li__ZAHJ(((__li__ODID *)li__SBJK));
      li__L3IK=li__F5IK;
      li__ZAJK=li__B__;
    } else /* FALSE */ {
      li__ZAJK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__ZAJK)) {
      li__14IK=li__ZVEK();
      li__ZAJK=li__R0LM(((__li__5RB *)li__I3IK),li__14IK);
      /* __li__B__ __li__I__ */
if (li__ZAJK) {
        li__M5IK=li__ZVEK();
        li__WAJK=((__li__5RB *)li__M5IK);
        li__HAJK=li__H3IK->li__VLWI.li__0CC;
        li__BAKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__BAKV),li__HAJK,(&__string_68),'+',li__WAJK);
        li__MPMM=li__1CXJ(((__li__VTBD *)li__BAKV),li__H3IK->li__VLWI.li__0CC,li__H3IK);
        li__UZZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UZZU->li__2OLE),li__MPMM);
        li__WVRE(li__UZZU);
        li__LCJK=li__SQC(li__DS4J);
        li__W54M=li__UVIJ(((__li__5RB *)li__I3IK),li__LCJK);
        /* __li__B__ __li__I__ */
if (((void *)li__W54M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__I3IK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__VCJK=li__ZVEK();
          li__OUHF(((__li__5RB *)li__VCJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__LCJK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__I3IK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__J3IK);
          li__ADJK=li__J1NK(((__li__5RB *)li__I3IK));
          li__V5E(li__ADJK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W54M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__W54M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__GDJK=li__OYLM(((__li__DZB *)li__W54M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__GDJK=li__OYLM(((__li__DZB *)li__W54M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__W54M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__GDJK=li__21RI(((__li__QWEC *)li__W54M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__GDJK=li__21RI(((__li__QWEC *)li__W54M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__GDJK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W54M)->__id==__li__DZB__) {
            li__MDJK=((__li__DZB *)li__W54M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__ABJK=((__li__QWEC *)li__W54M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ABJK)->__id==__li__IZB__) {
              li__MDJK=((__li__IZB *)li__ABJK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__MDJK=((__li__4HAD *)li__ABJK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__MDJK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W54M)->__id==__li__DZB__) {
          li__OA5M=((__li__DZB *)li__W54M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OA5M)->__id==__li__IZB__) {
            li__ABJK=((__li__IZB *)li__OA5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ABJK=((__li__4HAD *)li__OA5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__OA5M=((__li__QWEC *)li__W54M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OA5M)->__id==__li__IZB__) {
            li__ABJK=((__li__IZB *)li__OA5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ABJK=((__li__4HAD *)li__OA5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ABJK==NULL) {
          li__OA5M=NULL;
        } else {
          switch (((struct ___OBJ *)li__ABJK)->__id) {
          case __li__WRB__: {
            li__OA5M=((void *)li__ABJK);
          } break;
          case __li__XRB__: {
            li__OA5M=((void *)li__ABJK);
          } break;
          case __li__KUB__: {
            li__OA5M=((void *)li__ABJK);
          } break;
          case __li__VB1__: {
            li__OA5M=((void *)li__ABJK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__OA5M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__OA5M == (void *)NULL) || ((void *)li__OA5M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W54M)->__id==__li__DZB__) {
            li__ABJK=((__li__DZB *)li__W54M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ABJK)->__id==__li__IZB__) {
              li__DEJK=((__li__IZB *)li__ABJK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__DEJK=((__li__4HAD *)li__ABJK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__ABJK=((__li__QWEC *)li__W54M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ABJK)->__id==__li__IZB__) {
              li__DEJK=((__li__IZB *)li__ABJK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__DEJK=((__li__4HAD *)li__ABJK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__DEJK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__DEJK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__DEJK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__DEJK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__DEJK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__JAKV=((__li__UL2B *)((__li__WRB *)li__DEJK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__JAKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__DEJK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__I3IK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W54M)->__id==__li__DZB__) {
            li__MDJK=((__li__DZB *)li__W54M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__ABJK=((__li__QWEC *)li__W54M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ABJK)->__id==__li__IZB__) {
              li__MDJK=((__li__IZB *)li__ABJK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__MDJK=((__li__4HAD *)li__ABJK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__MDJK);
          li__V5E(li__H3IK->li__VLWI.li__0CC);
          li__ODF();
        };
        li__SEJK=li__IF1H( 2);
        li__HAJK=li__H3IK->li__VLWI.li__0CC;
        li__ZZZU=li__5QND();
        li__4ZZU=((__li__KVBD *)li__ZZZU);
        li__4ZZU->li__LVBD.li__0K.li__0CC=li__HAJK;
        li__M5IK=li__NNSE(((__li__5RB *)li__I3IK));
        li__4ZZU->li__LVBD.li__WZLE=li__M5IK;
        li__0K4N(((__li__2ZEC *)li__SEJK),li__ZZZU);
        li__XEJK=li__NOPI(((__li__VTBD *)li__BAKV));
        li__NWYJ(((__li__2ZEC *)li__SEJK),li__XEJK);
        li__HAJK=li__H3IK->li__VLWI.li__0CC;
        li__C0ZU=((void **)(*(((__li__2ZEC *)li__SEJK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__C0ZU)->__id) {
        case __li__WK__: {
          li__E0ZU=li__PVEJ(((__li__WK *)li__C0ZU));
          li__OA5M=li__E0ZU;
        } break;
        case __li__AVBD__: {
          li__OA5M=li__AE5L(((__li__AVBD *)li__C0ZU));
        } break;
        case __li__KVBD__: {
          li__KAKV=((__li__KVBD *)li__C0ZU);
          li__MDJK=li__KAKV->li__LVBD.li__0K.li__0CC;
          li__VCJK=li__KAKV->li__LVBD.li__WZLE;
          li__KAKV=li__5QND();
          li__OAKV=((__li__KVBD *)li__KAKV);
          li__OAKV->li__LVBD.li__0K.li__0CC=li__MDJK;
          li__PAKV=li__NNSE(((__li__5RB *)li__VCJK));
          li__OAKV->li__LVBD.li__WZLE=li__PAKV;
          li__OA5M=li__KAKV;
        } break;
        case __li__WVBD__: {
          li__G0ZU=((__li__WVBD *)li__C0ZU);
          li__H0ZU=li__VEID(li__G0ZU->li__XVBD.li__0K.li__0CC,li__G0ZU->li__2ZLE,li__G0ZU->li__XVBD.li__WZLE);
          li__OA5M=li__H0ZU;
        } break;
        case __li__Z4WH__: {
          li__OA5M=li__XEVK(((__li__Z4WH *)li__C0ZU));
        } break;
        case __li__KTVI__: {
          li__OA5M=li__XF5L(((__li__KTVI *)li__C0ZU));
        } break;
        case __li__LTVI__: {
          li__OA5M=li__SDGM(((__li__LTVI *)li__C0ZU));
        } break;
        case __li__XTVI__: {
          li__OA5M=li__DG5L(((__li__XTVI *)li__C0ZU));
        } break;
        case __li__YTVI__: {
          li__OA5M=li__4DGM(((__li__YTVI *)li__C0ZU));
        } break;
        case __li__S2VI__: {
          li__OA5M=li__OG5L(((__li__S2VI *)li__C0ZU));
        } break;
        case __li__E3VI__: {
          li__OA5M=li__ZG5L(((__li__E3VI *)li__C0ZU));
        } break;
        case __li__KLWI__: {
          li__J0ZU=((__li__KLWI *)li__C0ZU);
          li__MDJK=li__J0ZU->li__LLWI.li__0CC;
          li__L0ZU=li__G3CM(((__li__KMFK *)li__J0ZU->li__ZPBK));
          li__J0ZU=li__PNSJ(li__MDJK,li__L0ZU);
          li__OA5M=li__J0ZU;
        } break;
        case __li__ULWI__: {
          li__O0ZU=((__li__ULWI *)li__C0ZU);
          li__P0ZU=li__AOSJ(li__O0ZU->li__VLWI.li__0CC,li__O0ZU->li__4PBK);
          li__OA5M=li__P0ZU;
        } break;
        case __li__NMWI__: {
          li__OA5M=li__SH5L(((__li__NMWI *)li__C0ZU));
        } break;
        case __li__BNWI__: {
          li__OA5M=li__3H5L(((__li__BNWI *)li__C0ZU));
        } break;
        case __li__XNWI__: {
          li__OA5M=li__II5L(((__li__XNWI *)li__C0ZU));
        } break;
        case __li__LOWI__: {
          li__OA5M=li__TI5L(((__li__LOWI *)li__C0ZU));
        } break;
        case __li__5OWI__: {
          li__OA5M=li__4I5L(((__li__5OWI *)li__C0ZU));
        } break;
        case __li__TPWI__: {
          li__OA5M=li__JJ5L(((__li__TPWI *)li__C0ZU));
        } break;
        case __li__HQWI__: {
          li__OA5M=li__UJ5L(((__li__HQWI *)li__C0ZU));
        } break;
        case __li__ARWI__: {
          li__OA5M=li__5J5L(((__li__ARWI *)li__C0ZU));
        } break;
        case __li__URWI__: {
          li__OA5M=li__NK5L(((__li__URWI *)li__C0ZU));
        } break;
        case __li__MSWI__: {
          li__R0ZU=((__li__MSWI *)li__C0ZU);
          li__S0ZU=li__YXSJ(li__R0ZU->li__NSWI.li__0CC,li__R0ZU->li__ISBK);
          li__OA5M=li__S0ZU;
        } break;
        case __li__ETWI__: {
          li__OA5M=li__4K5L(((__li__ETWI *)li__C0ZU));
        } break;
        case __li__MZWI__: {
          li__U0ZU=((__li__MZWI *)li__C0ZU);
          li__V0ZU=li__4U4I(li__U0ZU->li__NZWI.li__0K.li__0CC,li__U0ZU->li__3SBK,li__U0ZU->li__NZWI.li__WZLE);
          li__OA5M=li__V0ZU;
        } break;
        case __li__C0WI__: {
          li__X0ZU=((__li__C0WI *)li__C0ZU);
          li__Y0ZU=li__ZV4I(li__X0ZU->li__D0WI.li__0K.li__0CC,li__X0ZU->li__CTBK);
          li__OA5M=li__Y0ZU;
        } break;
        case __li__M1WI__: {
          li__00ZU=((__li__M1WI *)li__C0ZU);
          li__10ZU=li__1Z4I(li__00ZU->li__N1WI.li__0K.li__0CC,li__00ZU->li__UTFK);
          li__OA5M=li__10ZU;
        } break;
        case __li__KMFK__: {
          li__OA5M=li__G3CM(((__li__KMFK *)li__C0ZU));
        } break;
        case __li__XOHL__: {
          li__OA5M=li__AAPN(((__li__XOHL *)li__C0ZU));
        } break;
        case __li__FPHL__: {
          li__OA5M=li__2EGM(((__li__FPHL *)li__C0ZU));
        } break;
        case __li__APLM__: {
          li__OA5M=li__XRDQ(((__li__APLM *)li__C0ZU));
        } break;
        case __li__DTNM__: {
          li__OA5M=li__D5SO(((__li__DTNM *)li__C0ZU));
        } break;
        case __li__JXNM__: {
          li__OA5M=li__153R(((__li__JXNM *)li__C0ZU));
        } break;
        case __li__21LO__: {
          li__OA5M=li__2KLP(((__li__21LO *)li__C0ZU));
        } break;
        case __li__TPOO__: {
          li__OA5M=li__JLLP(((__li__TPOO *)li__C0ZU));
        } break;
        case __li__URRO__: {
          li__OA5M=li__KM4R(((__li__URRO *)li__C0ZU));
        } break;
        case __li__41XO__: {
          li__OA5M=li__CSDQ(((__li__41XO *)li__C0ZU));
        } break;
        case __li__AKBR__: {
          li__OA5M=li__L2DS(((__li__AKBR *)li__C0ZU));
        } break;
        case __li__SU5R__: {
          li__OA5M=li__EQJS(((__li__SU5R *)li__C0ZU));
        } break;
        case __li__JV5R__: {
          li__OA5M=li__PQJS(((__li__JV5R *)li__C0ZU));
        } break;
        };
        li__3EJK=li__2IUJ(li__HAJK,li__W54M,li__OA5M,li__SEJK,li__I__);
        li__UZZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UZZU->li__2OLE),li__3EJK);
        li__WVRE(li__UZZU);
        li__C0ZU=li__ZAHJ(((__li__ODID *)li__3EJK));
        li__L3IK=li__C0ZU;
      } else /* FALSE */ {
        li__15IK=li__J1NK(((__li__5RB *)li__I3IK));
        li__KBG(((__li__U *)li__15IK->li__WXI));
        fputc((int)('='),stdout);
        li__M5IK=li__ZVEK();
        li__15IK=li__J1NK(((__li__5RB *)li__M5IK));
        li__KBG(((__li__U *)li__15IK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__I3IK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__M5IK=li__ZVEK();
        li__OUHF(((__li__5RB *)li__M5IK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__J3IK);
        li__V5E(li__H3IK->li__VLWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__K3IK=li__L3IK;
  return(li__K3IK);
}

static void* li__1FJK(__li__NMWI *li__2FJK,__li__5RB *li__3FJK,__li__PO li__4FJK)
/* (Strict EXPR_SUP{li__NMWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__AGJK,*li__W1ZU,*li__5FJK;
  __li__5RB *li__WGJK,*li__JHJK,*li__QHJK,*li__UAKV,*li__BIJK,*li__LJJK;
  __li__5RB *li__KLJK,*li__QBKV;
  __li__PO li__TAKV,li__2IJK,li__BMJK;
  __li__VTBD *li__SAKV,*li__CBKV;
  __li__DFNL *li__0AKV,*li__YRMM;
  __li__KI *li__A1ZU,*li__I1ZU;
  __li__U *li__YHJK,*li__ALJK;
  void *li__0HJK;
  __li__PF *li__QIJK,*li__VLJK;
  __li__K li__WIJK,li__1LJK;
  void *li__ZD5M,*li__TE5M;
  void *li__BJJK,*li__VJJK,*li__YMJK;
  __li__UL2B *li__BBKV,*li__KBKV;
  __li__KMFK *li__FKJK,*li__MNJK,*li__51ZU;
  __li__ODID *li__HKJK,*li__SNJK;
  __li__KVBD *li__N1ZU,*li__S1ZU,*li__LBKV,*li__PBKV;
  __li__WK *li__Y1ZU;
  __li__WVBD *li__01ZU,*li__11ZU;
  __li__KLWI *li__31ZU;
  __li__ULWI *li__C2ZU,*li__D2ZU;
  __li__MSWI *li__F2ZU,*li__G2ZU;
  __li__MZWI *li__I2ZU,*li__J2ZU;
  __li__C0WI *li__L2ZU,*li__M2ZU;
  __li__M1WI *li__O2ZU,*li__P2ZU;
  __li__C li__XGJK,li__KHJK,li__OJJK;
  __li__2ZEC *li__HNJK;
  li__AGJK=NULL;
  li__WGJK=li__4VEK();
  li__XGJK=li__EBGK(((__li__5RB *)li__3FJK),li__WGJK);
  /* __li__B__ __li__I__ */
if (li__XGJK) {
    li__AGJK=li__2FJK;
  } else /* FALSE */ {
    li__JHJK=li__4VEK();
    li__KHJK=li__4HDL(((__li__5RB *)li__JHJK),li__3FJK);
    /* __li__B__ __li__I__ */
if (li__KHJK) {
      li__QHJK=li__4VEK();
      li__UAKV=((__li__5RB *)li__QHJK);
      li__TAKV=li__2FJK->li__OMWI.li__IVVI.li__0CC;
      li__SAKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__SAKV),li__TAKV,(&__string_68),'+',li__UAKV);
      li__0AKV=li__1CXJ(((__li__VTBD *)li__SAKV),li__2FJK->li__OMWI.li__IVVI.li__0CC,li__2FJK);
      li__A1ZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__A1ZU->li__2OLE),li__0AKV);
      li__WVRE(li__A1ZU);
      li__YHJK=li__SQC(li__DS4J);
      li__QHJK=li__4VEK();
      li__0HJK=li__UVIJ(((__li__5RB *)li__QHJK),li__YHJK);
      /* __li__B__ __li__I__ */
if (((void *)li__0HJK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__BIJK=li__4VEK();
        li__OUHF(((__li__5RB *)li__BIJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__3FJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__YHJK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__BIJK=li__4VEK();
        li__OUHF(((__li__5RB *)li__BIJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__4FJK);
        li__BIJK=li__4VEK();
        li__QIJK=li__J1NK(((__li__5RB *)li__BIJK));
        li__V5E(li__QIJK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0HJK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__0HJK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__WIJK=li__OYLM(((__li__DZB *)li__0HJK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__WIJK=li__OYLM(((__li__DZB *)li__0HJK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__0HJK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__WIJK=li__21RI(((__li__QWEC *)li__0HJK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__WIJK=li__21RI(((__li__QWEC *)li__0HJK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__WIJK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0HJK)->__id==__li__DZB__) {
          li__2IJK=((__li__DZB *)li__0HJK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ZD5M=((__li__QWEC *)li__0HJK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZD5M)->__id==__li__IZB__) {
            li__2IJK=((__li__IZB *)li__ZD5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__2IJK=((__li__4HAD *)li__ZD5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__2IJK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0HJK)->__id==__li__DZB__) {
        li__ZD5M=((__li__DZB *)li__0HJK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZD5M)->__id==__li__IZB__) {
          li__BJJK=((__li__IZB *)li__ZD5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__BJJK=((__li__4HAD *)li__ZD5M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__ZD5M=((__li__QWEC *)li__0HJK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZD5M)->__id==__li__IZB__) {
          li__BJJK=((__li__IZB *)li__ZD5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__BJJK=((__li__4HAD *)li__ZD5M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__BJJK==NULL) {
        li__ZD5M=NULL;
      } else {
        switch (((struct ___OBJ *)li__BJJK)->__id) {
        case __li__WRB__: {
          li__ZD5M=((void *)li__BJJK);
        } break;
        case __li__XRB__: {
          li__ZD5M=((void *)li__BJJK);
        } break;
        case __li__KUB__: {
          li__ZD5M=((void *)li__BJJK);
        } break;
        case __li__VB1__: {
          li__ZD5M=((void *)li__BJJK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__ZD5M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZD5M == (void *)NULL)) {
        li__OJJK=li__B__;
      } else /* FALSE */ {
        li__BJJK=((__li__5RB *)li__3FJK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__ZD5M)->__id) {
        case __li__WRB__: {
          li__LJJK=li__0VSG(((__li__WRB *)li__ZD5M),li__BJJK);
        } break;
        case __li__XRB__: {
          li__LJJK=li__OXSG(((__li__XRB *)((__li__WRB *)li__ZD5M)),li__BJJK);
        } break;
        case __li__KUB__: {
          li__LJJK=li__CZSG(((__li__KUB *)((__li__WRB *)li__ZD5M)),li__BJJK);
        } break;
        case __li__VB1__: {
          li__LJJK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__ZD5M)),li__BJJK);
        } break;
        };
        li__OJJK=((void *)li__LJJK != (void *)li__3FJK);
      };
      /* __li__B__ __li__I__ */
if (li__OJJK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0HJK)->__id==__li__DZB__) {
          li__TE5M=((__li__DZB *)li__0HJK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TE5M)->__id==__li__IZB__) {
            li__VJJK=((__li__IZB *)li__TE5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VJJK=((__li__4HAD *)li__TE5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__TE5M=((__li__QWEC *)li__0HJK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TE5M)->__id==__li__IZB__) {
            li__VJJK=((__li__IZB *)li__TE5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VJJK=((__li__4HAD *)li__TE5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__VJJK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__VJJK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__VJJK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__VJJK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__VJJK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__BBKV=((__li__UL2B *)((__li__WRB *)li__VJJK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__BBKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__VJJK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__3FJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0HJK)->__id==__li__DZB__) {
          li__2IJK=((__li__DZB *)li__0HJK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__TE5M=((__li__QWEC *)li__0HJK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TE5M)->__id==__li__IZB__) {
            li__2IJK=((__li__IZB *)li__TE5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__2IJK=((__li__4HAD *)li__TE5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__2IJK);
        li__V5E(li__2FJK->li__OMWI.li__IVVI.li__0CC);
        li__ODF();
      };
      li__FKJK=li__NOPI(((__li__VTBD *)li__SAKV));
      li__HKJK=li__GDID(li__2FJK->li__OMWI.li__IVVI.li__0CC,li__0HJK,li__FKJK,li__FKJK,li__I__);
      li__A1ZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__A1ZU->li__2OLE),li__HKJK);
      li__WVRE(li__A1ZU);
      li__0HJK=li__ZAHJ(((__li__ODID *)li__HKJK));
      li__AGJK=li__0HJK;
      li__OJJK=li__B__;
    } else /* FALSE */ {
      li__OJJK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__OJJK)) {
      li__QHJK=li__4VEK();
      li__OJJK=li__R0LM(((__li__5RB *)li__3FJK),li__QHJK);
      /* __li__B__ __li__I__ */
if (li__OJJK) {
        li__BIJK=li__4VEK();
        li__LJJK=((__li__5RB *)li__BIJK);
        li__2IJK=li__2FJK->li__OMWI.li__IVVI.li__0CC;
        li__CBKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__CBKV),li__2IJK,(&__string_68),'+',li__LJJK);
        li__YRMM=li__1CXJ(((__li__VTBD *)li__CBKV),li__2FJK->li__OMWI.li__IVVI.li__0CC,li__2FJK);
        li__I1ZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__I1ZU->li__2OLE),li__YRMM);
        li__WVRE(li__I1ZU);
        li__ALJK=li__SQC(li__DS4J);
        li__ZD5M=li__UVIJ(((__li__5RB *)li__3FJK),li__ALJK);
        /* __li__B__ __li__I__ */
if (((void *)li__ZD5M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__3FJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__KLJK=li__4VEK();
          li__OUHF(((__li__5RB *)li__KLJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__ALJK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__3FJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__4FJK);
          li__VLJK=li__J1NK(((__li__5RB *)li__3FJK));
          li__V5E(li__VLJK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZD5M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__ZD5M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__1LJK=li__OYLM(((__li__DZB *)li__ZD5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__1LJK=li__OYLM(((__li__DZB *)li__ZD5M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__ZD5M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__1LJK=li__21RI(((__li__QWEC *)li__ZD5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__1LJK=li__21RI(((__li__QWEC *)li__ZD5M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__1LJK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZD5M)->__id==__li__DZB__) {
            li__BMJK=((__li__DZB *)li__ZD5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__VJJK=((__li__QWEC *)li__ZD5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VJJK)->__id==__li__IZB__) {
              li__BMJK=((__li__IZB *)li__VJJK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__BMJK=((__li__4HAD *)li__VJJK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__BMJK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZD5M)->__id==__li__DZB__) {
          li__TE5M=((__li__DZB *)li__ZD5M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TE5M)->__id==__li__IZB__) {
            li__VJJK=((__li__IZB *)li__TE5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VJJK=((__li__4HAD *)li__TE5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__TE5M=((__li__QWEC *)li__ZD5M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TE5M)->__id==__li__IZB__) {
            li__VJJK=((__li__IZB *)li__TE5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VJJK=((__li__4HAD *)li__TE5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__VJJK==NULL) {
          li__TE5M=NULL;
        } else {
          switch (((struct ___OBJ *)li__VJJK)->__id) {
          case __li__WRB__: {
            li__TE5M=((void *)li__VJJK);
          } break;
          case __li__XRB__: {
            li__TE5M=((void *)li__VJJK);
          } break;
          case __li__KUB__: {
            li__TE5M=((void *)li__VJJK);
          } break;
          case __li__VB1__: {
            li__TE5M=((void *)li__VJJK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__TE5M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__TE5M == (void *)NULL) || ((void *)li__TE5M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZD5M)->__id==__li__DZB__) {
            li__VJJK=((__li__DZB *)li__ZD5M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VJJK)->__id==__li__IZB__) {
              li__YMJK=((__li__IZB *)li__VJJK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__YMJK=((__li__4HAD *)li__VJJK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__VJJK=((__li__QWEC *)li__ZD5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VJJK)->__id==__li__IZB__) {
              li__YMJK=((__li__IZB *)li__VJJK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__YMJK=((__li__4HAD *)li__VJJK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__YMJK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__YMJK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__YMJK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__YMJK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__YMJK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__KBKV=((__li__UL2B *)((__li__WRB *)li__YMJK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__KBKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__YMJK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__3FJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZD5M)->__id==__li__DZB__) {
            li__BMJK=((__li__DZB *)li__ZD5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__VJJK=((__li__QWEC *)li__ZD5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VJJK)->__id==__li__IZB__) {
              li__BMJK=((__li__IZB *)li__VJJK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__BMJK=((__li__4HAD *)li__VJJK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__BMJK);
          li__V5E(li__2FJK->li__OMWI.li__IVVI.li__0CC);
          li__ODF();
        };
        li__HNJK=li__IF1H( 2);
        li__2IJK=li__2FJK->li__OMWI.li__IVVI.li__0CC;
        li__N1ZU=li__5QND();
        li__S1ZU=((__li__KVBD *)li__N1ZU);
        li__S1ZU->li__LVBD.li__0K.li__0CC=li__2IJK;
        li__BIJK=li__NNSE(((__li__5RB *)li__3FJK));
        li__S1ZU->li__LVBD.li__WZLE=li__BIJK;
        li__0K4N(((__li__2ZEC *)li__HNJK),li__N1ZU);
        li__MNJK=li__NOPI(((__li__VTBD *)li__CBKV));
        li__NWYJ(((__li__2ZEC *)li__HNJK),li__MNJK);
        li__2IJK=li__2FJK->li__OMWI.li__IVVI.li__0CC;
        li__W1ZU=((void **)(*(((__li__2ZEC *)li__HNJK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__W1ZU)->__id) {
        case __li__WK__: {
          li__Y1ZU=li__PVEJ(((__li__WK *)li__W1ZU));
          li__TE5M=li__Y1ZU;
        } break;
        case __li__AVBD__: {
          li__TE5M=li__AE5L(((__li__AVBD *)li__W1ZU));
        } break;
        case __li__KVBD__: {
          li__LBKV=((__li__KVBD *)li__W1ZU);
          li__BMJK=li__LBKV->li__LVBD.li__0K.li__0CC;
          li__KLJK=li__LBKV->li__LVBD.li__WZLE;
          li__LBKV=li__5QND();
          li__PBKV=((__li__KVBD *)li__LBKV);
          li__PBKV->li__LVBD.li__0K.li__0CC=li__BMJK;
          li__QBKV=li__NNSE(((__li__5RB *)li__KLJK));
          li__PBKV->li__LVBD.li__WZLE=li__QBKV;
          li__TE5M=li__LBKV;
        } break;
        case __li__WVBD__: {
          li__01ZU=((__li__WVBD *)li__W1ZU);
          li__11ZU=li__VEID(li__01ZU->li__XVBD.li__0K.li__0CC,li__01ZU->li__2ZLE,li__01ZU->li__XVBD.li__WZLE);
          li__TE5M=li__11ZU;
        } break;
        case __li__Z4WH__: {
          li__TE5M=li__XEVK(((__li__Z4WH *)li__W1ZU));
        } break;
        case __li__KTVI__: {
          li__TE5M=li__XF5L(((__li__KTVI *)li__W1ZU));
        } break;
        case __li__LTVI__: {
          li__TE5M=li__SDGM(((__li__LTVI *)li__W1ZU));
        } break;
        case __li__XTVI__: {
          li__TE5M=li__DG5L(((__li__XTVI *)li__W1ZU));
        } break;
        case __li__YTVI__: {
          li__TE5M=li__4DGM(((__li__YTVI *)li__W1ZU));
        } break;
        case __li__S2VI__: {
          li__TE5M=li__OG5L(((__li__S2VI *)li__W1ZU));
        } break;
        case __li__E3VI__: {
          li__TE5M=li__ZG5L(((__li__E3VI *)li__W1ZU));
        } break;
        case __li__KLWI__: {
          li__31ZU=((__li__KLWI *)li__W1ZU);
          li__BMJK=li__31ZU->li__LLWI.li__0CC;
          li__51ZU=li__G3CM(((__li__KMFK *)li__31ZU->li__ZPBK));
          li__31ZU=li__PNSJ(li__BMJK,li__51ZU);
          li__TE5M=li__31ZU;
        } break;
        case __li__ULWI__: {
          li__C2ZU=((__li__ULWI *)li__W1ZU);
          li__D2ZU=li__AOSJ(li__C2ZU->li__VLWI.li__0CC,li__C2ZU->li__4PBK);
          li__TE5M=li__D2ZU;
        } break;
        case __li__NMWI__: {
          li__TE5M=li__SH5L(((__li__NMWI *)li__W1ZU));
        } break;
        case __li__BNWI__: {
          li__TE5M=li__3H5L(((__li__BNWI *)li__W1ZU));
        } break;
        case __li__XNWI__: {
          li__TE5M=li__II5L(((__li__XNWI *)li__W1ZU));
        } break;
        case __li__LOWI__: {
          li__TE5M=li__TI5L(((__li__LOWI *)li__W1ZU));
        } break;
        case __li__5OWI__: {
          li__TE5M=li__4I5L(((__li__5OWI *)li__W1ZU));
        } break;
        case __li__TPWI__: {
          li__TE5M=li__JJ5L(((__li__TPWI *)li__W1ZU));
        } break;
        case __li__HQWI__: {
          li__TE5M=li__UJ5L(((__li__HQWI *)li__W1ZU));
        } break;
        case __li__ARWI__: {
          li__TE5M=li__5J5L(((__li__ARWI *)li__W1ZU));
        } break;
        case __li__URWI__: {
          li__TE5M=li__NK5L(((__li__URWI *)li__W1ZU));
        } break;
        case __li__MSWI__: {
          li__F2ZU=((__li__MSWI *)li__W1ZU);
          li__G2ZU=li__YXSJ(li__F2ZU->li__NSWI.li__0CC,li__F2ZU->li__ISBK);
          li__TE5M=li__G2ZU;
        } break;
        case __li__ETWI__: {
          li__TE5M=li__4K5L(((__li__ETWI *)li__W1ZU));
        } break;
        case __li__MZWI__: {
          li__I2ZU=((__li__MZWI *)li__W1ZU);
          li__J2ZU=li__4U4I(li__I2ZU->li__NZWI.li__0K.li__0CC,li__I2ZU->li__3SBK,li__I2ZU->li__NZWI.li__WZLE);
          li__TE5M=li__J2ZU;
        } break;
        case __li__C0WI__: {
          li__L2ZU=((__li__C0WI *)li__W1ZU);
          li__M2ZU=li__ZV4I(li__L2ZU->li__D0WI.li__0K.li__0CC,li__L2ZU->li__CTBK);
          li__TE5M=li__M2ZU;
        } break;
        case __li__M1WI__: {
          li__O2ZU=((__li__M1WI *)li__W1ZU);
          li__P2ZU=li__1Z4I(li__O2ZU->li__N1WI.li__0K.li__0CC,li__O2ZU->li__UTFK);
          li__TE5M=li__P2ZU;
        } break;
        case __li__KMFK__: {
          li__TE5M=li__G3CM(((__li__KMFK *)li__W1ZU));
        } break;
        case __li__XOHL__: {
          li__TE5M=li__AAPN(((__li__XOHL *)li__W1ZU));
        } break;
        case __li__FPHL__: {
          li__TE5M=li__2EGM(((__li__FPHL *)li__W1ZU));
        } break;
        case __li__APLM__: {
          li__TE5M=li__XRDQ(((__li__APLM *)li__W1ZU));
        } break;
        case __li__DTNM__: {
          li__TE5M=li__D5SO(((__li__DTNM *)li__W1ZU));
        } break;
        case __li__JXNM__: {
          li__TE5M=li__153R(((__li__JXNM *)li__W1ZU));
        } break;
        case __li__21LO__: {
          li__TE5M=li__2KLP(((__li__21LO *)li__W1ZU));
        } break;
        case __li__TPOO__: {
          li__TE5M=li__JLLP(((__li__TPOO *)li__W1ZU));
        } break;
        case __li__URRO__: {
          li__TE5M=li__KM4R(((__li__URRO *)li__W1ZU));
        } break;
        case __li__41XO__: {
          li__TE5M=li__CSDQ(((__li__41XO *)li__W1ZU));
        } break;
        case __li__AKBR__: {
          li__TE5M=li__L2DS(((__li__AKBR *)li__W1ZU));
        } break;
        case __li__SU5R__: {
          li__TE5M=li__EQJS(((__li__SU5R *)li__W1ZU));
        } break;
        case __li__JV5R__: {
          li__TE5M=li__PQJS(((__li__JV5R *)li__W1ZU));
        } break;
        };
        li__SNJK=li__2IUJ(li__2IJK,li__ZD5M,li__TE5M,li__HNJK,li__I__);
        li__I1ZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__I1ZU->li__2OLE),li__SNJK);
        li__WVRE(li__I1ZU);
        li__W1ZU=li__ZAHJ(((__li__ODID *)li__SNJK));
        li__AGJK=li__W1ZU;
      } else /* FALSE */ {
        li__QIJK=li__J1NK(((__li__5RB *)li__3FJK));
        li__KBG(((__li__U *)li__QIJK->li__WXI));
        fputc((int)('='),stdout);
        li__BIJK=li__4VEK();
        li__QIJK=li__J1NK(((__li__5RB *)li__BIJK));
        li__KBG(((__li__U *)li__QIJK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__3FJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__BIJK=li__4VEK();
        li__OUHF(((__li__5RB *)li__BIJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__4FJK);
        li__V5E(li__2FJK->li__OMWI.li__IVVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__5FJK=li__AGJK;
  return(li__5FJK);
}

static void* li__QOJK(__li__BNWI *li__ROJK,__li__5RB *li__SOJK,__li__PO li__TOJK)
/* (Strict EXPR_SUB{li__BNWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__VOJK,*li__K3ZU,*li__UOJK;
  __li__5RB *li__LPJK,*li__4PJK,*li__FQJK,*li__VBKV,*li__WQJK,*li__ASJK;
  __li__5RB *li__5TJK,*li__RCKV;
  __li__PO li__UBKV,li__RRJK,li__WUJK;
  __li__VTBD *li__TBKV,*li__DCKV;
  __li__DFNL *li__1BKV,*li__N2QP;
  __li__KI *li__U2ZU,*li__22ZU;
  __li__U *li__NQJK,*li__VTJK;
  void *li__PQJK;
  __li__PF *li__FRJK,*li__KUJK;
  __li__K li__LRJK,li__QUJK;
  void *li__I1XP,*li__C2XP;
  void *li__WRJK,*li__KSJK,*li__NVJK;
  __li__UL2B *li__CCKV,*li__LCKV;
  __li__KMFK *li__0SJK,*li__BWJK,*li__T3ZU;
  __li__ODID *li__2SJK,*li__HWJK;
  __li__KVBD *li__B3ZU,*li__G3ZU,*li__MCKV,*li__QCKV;
  __li__WK *li__M3ZU;
  __li__WVBD *li__O3ZU,*li__P3ZU;
  __li__KLWI *li__R3ZU;
  __li__ULWI *li__W3ZU,*li__X3ZU;
  __li__MSWI *li__Z3ZU,*li__03ZU;
  __li__MZWI *li__23ZU,*li__33ZU;
  __li__C0WI *li__53ZU,*li__A4ZU;
  __li__M1WI *li__C4ZU,*li__D4ZU;
  __li__C li__MPJK,li__5PJK,li__DSJK;
  __li__2ZEC *li__2VJK;
  li__VOJK=NULL;
  li__LPJK=li__DWEK(li__ROJK);
  li__MPJK=li__EBGK(((__li__5RB *)li__SOJK),li__LPJK);
  /* __li__B__ __li__I__ */
if (li__MPJK) {
    li__VOJK=li__ROJK;
  } else /* FALSE */ {
    li__4PJK=li__DWEK(li__ROJK);
    li__5PJK=li__4HDL(((__li__5RB *)li__4PJK),li__SOJK);
    /* __li__B__ __li__I__ */
if (li__5PJK) {
      li__FQJK=li__DWEK(li__ROJK);
      li__VBKV=((__li__5RB *)li__FQJK);
      li__UBKV=li__ROJK->li__ENWI.li__DNWI.li__0CC;
      li__TBKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__TBKV),li__UBKV,(&__string_68),'+',li__VBKV);
      li__1BKV=li__1CXJ(((__li__VTBD *)li__TBKV),li__ROJK->li__ENWI.li__DNWI.li__0CC,li__ROJK);
      li__U2ZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__U2ZU->li__2OLE),li__1BKV);
      li__WVRE(li__U2ZU);
      li__NQJK=li__SQC(li__DS4J);
      li__FQJK=li__DWEK(li__ROJK);
      li__PQJK=li__UVIJ(((__li__5RB *)li__FQJK),li__NQJK);
      /* __li__B__ __li__I__ */
if (((void *)li__PQJK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__WQJK=li__DWEK(li__ROJK);
        li__OUHF(((__li__5RB *)li__WQJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__SOJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__NQJK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__WQJK=li__DWEK(li__ROJK);
        li__OUHF(((__li__5RB *)li__WQJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__TOJK);
        li__WQJK=li__DWEK(li__ROJK);
        li__FRJK=li__J1NK(((__li__5RB *)li__WQJK));
        li__V5E(li__FRJK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PQJK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__PQJK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__LRJK=li__OYLM(((__li__DZB *)li__PQJK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__LRJK=li__OYLM(((__li__DZB *)li__PQJK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__PQJK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__LRJK=li__21RI(((__li__QWEC *)li__PQJK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__LRJK=li__21RI(((__li__QWEC *)li__PQJK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__LRJK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PQJK)->__id==__li__DZB__) {
          li__RRJK=((__li__DZB *)li__PQJK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__I1XP=((__li__QWEC *)li__PQJK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__I1XP)->__id==__li__IZB__) {
            li__RRJK=((__li__IZB *)li__I1XP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__RRJK=((__li__4HAD *)li__I1XP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__RRJK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PQJK)->__id==__li__DZB__) {
        li__I1XP=((__li__DZB *)li__PQJK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__I1XP)->__id==__li__IZB__) {
          li__WRJK=((__li__IZB *)li__I1XP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WRJK=((__li__4HAD *)li__I1XP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__I1XP=((__li__QWEC *)li__PQJK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__I1XP)->__id==__li__IZB__) {
          li__WRJK=((__li__IZB *)li__I1XP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WRJK=((__li__4HAD *)li__I1XP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__WRJK==NULL) {
        li__I1XP=NULL;
      } else {
        switch (((struct ___OBJ *)li__WRJK)->__id) {
        case __li__WRB__: {
          li__I1XP=((void *)li__WRJK);
        } break;
        case __li__XRB__: {
          li__I1XP=((void *)li__WRJK);
        } break;
        case __li__KUB__: {
          li__I1XP=((void *)li__WRJK);
        } break;
        case __li__VB1__: {
          li__I1XP=((void *)li__WRJK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__I1XP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__I1XP == (void *)NULL)) {
        li__DSJK=li__B__;
      } else /* FALSE */ {
        li__WRJK=((__li__5RB *)li__SOJK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__I1XP)->__id) {
        case __li__WRB__: {
          li__ASJK=li__0VSG(((__li__WRB *)li__I1XP),li__WRJK);
        } break;
        case __li__XRB__: {
          li__ASJK=li__OXSG(((__li__XRB *)((__li__WRB *)li__I1XP)),li__WRJK);
        } break;
        case __li__KUB__: {
          li__ASJK=li__CZSG(((__li__KUB *)((__li__WRB *)li__I1XP)),li__WRJK);
        } break;
        case __li__VB1__: {
          li__ASJK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__I1XP)),li__WRJK);
        } break;
        };
        li__DSJK=((void *)li__ASJK != (void *)li__SOJK);
      };
      /* __li__B__ __li__I__ */
if (li__DSJK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PQJK)->__id==__li__DZB__) {
          li__C2XP=((__li__DZB *)li__PQJK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C2XP)->__id==__li__IZB__) {
            li__KSJK=((__li__IZB *)li__C2XP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KSJK=((__li__4HAD *)li__C2XP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__C2XP=((__li__QWEC *)li__PQJK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C2XP)->__id==__li__IZB__) {
            li__KSJK=((__li__IZB *)li__C2XP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KSJK=((__li__4HAD *)li__C2XP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__KSJK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__KSJK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__KSJK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__KSJK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__KSJK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__CCKV=((__li__UL2B *)((__li__WRB *)li__KSJK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__CCKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__KSJK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__SOJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PQJK)->__id==__li__DZB__) {
          li__RRJK=((__li__DZB *)li__PQJK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__C2XP=((__li__QWEC *)li__PQJK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C2XP)->__id==__li__IZB__) {
            li__RRJK=((__li__IZB *)li__C2XP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__RRJK=((__li__4HAD *)li__C2XP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__RRJK);
        li__V5E(li__ROJK->li__ENWI.li__DNWI.li__0CC);
        li__ODF();
      };
      li__0SJK=li__NOPI(((__li__VTBD *)li__TBKV));
      li__2SJK=li__GDID(li__ROJK->li__ENWI.li__DNWI.li__0CC,li__PQJK,li__0SJK,li__0SJK,li__I__);
      li__U2ZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__U2ZU->li__2OLE),li__2SJK);
      li__WVRE(li__U2ZU);
      li__PQJK=li__ZAHJ(((__li__ODID *)li__2SJK));
      li__VOJK=li__PQJK;
      li__DSJK=li__B__;
    } else /* FALSE */ {
      li__DSJK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__DSJK)) {
      li__FQJK=li__DWEK(li__ROJK);
      li__DSJK=li__R0LM(((__li__5RB *)li__SOJK),li__FQJK);
      /* __li__B__ __li__I__ */
if (li__DSJK) {
        li__WQJK=li__DWEK(li__ROJK);
        li__ASJK=((__li__5RB *)li__WQJK);
        li__RRJK=li__ROJK->li__ENWI.li__DNWI.li__0CC;
        li__DCKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__DCKV),li__RRJK,(&__string_68),'+',li__ASJK);
        li__N2QP=li__1CXJ(((__li__VTBD *)li__DCKV),li__ROJK->li__ENWI.li__DNWI.li__0CC,li__ROJK);
        li__22ZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__22ZU->li__2OLE),li__N2QP);
        li__WVRE(li__22ZU);
        li__VTJK=li__SQC(li__DS4J);
        li__I1XP=li__UVIJ(((__li__5RB *)li__SOJK),li__VTJK);
        /* __li__B__ __li__I__ */
if (((void *)li__I1XP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__SOJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__5TJK=li__DWEK(li__ROJK);
          li__OUHF(((__li__5RB *)li__5TJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__VTJK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__SOJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__TOJK);
          li__KUJK=li__J1NK(((__li__5RB *)li__SOJK));
          li__V5E(li__KUJK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I1XP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__I1XP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__QUJK=li__OYLM(((__li__DZB *)li__I1XP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__QUJK=li__OYLM(((__li__DZB *)li__I1XP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__I1XP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__QUJK=li__21RI(((__li__QWEC *)li__I1XP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__QUJK=li__21RI(((__li__QWEC *)li__I1XP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__QUJK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I1XP)->__id==__li__DZB__) {
            li__WUJK=((__li__DZB *)li__I1XP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__KSJK=((__li__QWEC *)li__I1XP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KSJK)->__id==__li__IZB__) {
              li__WUJK=((__li__IZB *)li__KSJK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__WUJK=((__li__4HAD *)li__KSJK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__WUJK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I1XP)->__id==__li__DZB__) {
          li__C2XP=((__li__DZB *)li__I1XP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C2XP)->__id==__li__IZB__) {
            li__KSJK=((__li__IZB *)li__C2XP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KSJK=((__li__4HAD *)li__C2XP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__C2XP=((__li__QWEC *)li__I1XP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C2XP)->__id==__li__IZB__) {
            li__KSJK=((__li__IZB *)li__C2XP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KSJK=((__li__4HAD *)li__C2XP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__KSJK==NULL) {
          li__C2XP=NULL;
        } else {
          switch (((struct ___OBJ *)li__KSJK)->__id) {
          case __li__WRB__: {
            li__C2XP=((void *)li__KSJK);
          } break;
          case __li__XRB__: {
            li__C2XP=((void *)li__KSJK);
          } break;
          case __li__KUB__: {
            li__C2XP=((void *)li__KSJK);
          } break;
          case __li__VB1__: {
            li__C2XP=((void *)li__KSJK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__C2XP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__C2XP == (void *)NULL) || ((void *)li__C2XP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I1XP)->__id==__li__DZB__) {
            li__KSJK=((__li__DZB *)li__I1XP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KSJK)->__id==__li__IZB__) {
              li__NVJK=((__li__IZB *)li__KSJK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__NVJK=((__li__4HAD *)li__KSJK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__KSJK=((__li__QWEC *)li__I1XP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KSJK)->__id==__li__IZB__) {
              li__NVJK=((__li__IZB *)li__KSJK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__NVJK=((__li__4HAD *)li__KSJK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__NVJK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__NVJK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__NVJK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__NVJK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__NVJK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__LCKV=((__li__UL2B *)((__li__WRB *)li__NVJK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__LCKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__NVJK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__SOJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I1XP)->__id==__li__DZB__) {
            li__WUJK=((__li__DZB *)li__I1XP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__KSJK=((__li__QWEC *)li__I1XP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KSJK)->__id==__li__IZB__) {
              li__WUJK=((__li__IZB *)li__KSJK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__WUJK=((__li__4HAD *)li__KSJK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__WUJK);
          li__V5E(li__ROJK->li__ENWI.li__DNWI.li__0CC);
          li__ODF();
        };
        li__2VJK=li__IF1H( 2);
        li__RRJK=li__ROJK->li__ENWI.li__DNWI.li__0CC;
        li__B3ZU=li__5QND();
        li__G3ZU=((__li__KVBD *)li__B3ZU);
        li__G3ZU->li__LVBD.li__0K.li__0CC=li__RRJK;
        li__WQJK=li__NNSE(((__li__5RB *)li__SOJK));
        li__G3ZU->li__LVBD.li__WZLE=li__WQJK;
        li__0K4N(((__li__2ZEC *)li__2VJK),li__B3ZU);
        li__BWJK=li__NOPI(((__li__VTBD *)li__DCKV));
        li__NWYJ(((__li__2ZEC *)li__2VJK),li__BWJK);
        li__RRJK=li__ROJK->li__ENWI.li__DNWI.li__0CC;
        li__K3ZU=((void **)(*(((__li__2ZEC *)li__2VJK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__K3ZU)->__id) {
        case __li__WK__: {
          li__M3ZU=li__PVEJ(((__li__WK *)li__K3ZU));
          li__C2XP=li__M3ZU;
        } break;
        case __li__AVBD__: {
          li__C2XP=li__AE5L(((__li__AVBD *)li__K3ZU));
        } break;
        case __li__KVBD__: {
          li__MCKV=((__li__KVBD *)li__K3ZU);
          li__WUJK=li__MCKV->li__LVBD.li__0K.li__0CC;
          li__5TJK=li__MCKV->li__LVBD.li__WZLE;
          li__MCKV=li__5QND();
          li__QCKV=((__li__KVBD *)li__MCKV);
          li__QCKV->li__LVBD.li__0K.li__0CC=li__WUJK;
          li__RCKV=li__NNSE(((__li__5RB *)li__5TJK));
          li__QCKV->li__LVBD.li__WZLE=li__RCKV;
          li__C2XP=li__MCKV;
        } break;
        case __li__WVBD__: {
          li__O3ZU=((__li__WVBD *)li__K3ZU);
          li__P3ZU=li__VEID(li__O3ZU->li__XVBD.li__0K.li__0CC,li__O3ZU->li__2ZLE,li__O3ZU->li__XVBD.li__WZLE);
          li__C2XP=li__P3ZU;
        } break;
        case __li__Z4WH__: {
          li__C2XP=li__XEVK(((__li__Z4WH *)li__K3ZU));
        } break;
        case __li__KTVI__: {
          li__C2XP=li__XF5L(((__li__KTVI *)li__K3ZU));
        } break;
        case __li__LTVI__: {
          li__C2XP=li__SDGM(((__li__LTVI *)li__K3ZU));
        } break;
        case __li__XTVI__: {
          li__C2XP=li__DG5L(((__li__XTVI *)li__K3ZU));
        } break;
        case __li__YTVI__: {
          li__C2XP=li__4DGM(((__li__YTVI *)li__K3ZU));
        } break;
        case __li__S2VI__: {
          li__C2XP=li__OG5L(((__li__S2VI *)li__K3ZU));
        } break;
        case __li__E3VI__: {
          li__C2XP=li__ZG5L(((__li__E3VI *)li__K3ZU));
        } break;
        case __li__KLWI__: {
          li__R3ZU=((__li__KLWI *)li__K3ZU);
          li__WUJK=li__R3ZU->li__LLWI.li__0CC;
          li__T3ZU=li__G3CM(((__li__KMFK *)li__R3ZU->li__ZPBK));
          li__R3ZU=li__PNSJ(li__WUJK,li__T3ZU);
          li__C2XP=li__R3ZU;
        } break;
        case __li__ULWI__: {
          li__W3ZU=((__li__ULWI *)li__K3ZU);
          li__X3ZU=li__AOSJ(li__W3ZU->li__VLWI.li__0CC,li__W3ZU->li__4PBK);
          li__C2XP=li__X3ZU;
        } break;
        case __li__NMWI__: {
          li__C2XP=li__SH5L(((__li__NMWI *)li__K3ZU));
        } break;
        case __li__BNWI__: {
          li__C2XP=li__3H5L(((__li__BNWI *)li__K3ZU));
        } break;
        case __li__XNWI__: {
          li__C2XP=li__II5L(((__li__XNWI *)li__K3ZU));
        } break;
        case __li__LOWI__: {
          li__C2XP=li__TI5L(((__li__LOWI *)li__K3ZU));
        } break;
        case __li__5OWI__: {
          li__C2XP=li__4I5L(((__li__5OWI *)li__K3ZU));
        } break;
        case __li__TPWI__: {
          li__C2XP=li__JJ5L(((__li__TPWI *)li__K3ZU));
        } break;
        case __li__HQWI__: {
          li__C2XP=li__UJ5L(((__li__HQWI *)li__K3ZU));
        } break;
        case __li__ARWI__: {
          li__C2XP=li__5J5L(((__li__ARWI *)li__K3ZU));
        } break;
        case __li__URWI__: {
          li__C2XP=li__NK5L(((__li__URWI *)li__K3ZU));
        } break;
        case __li__MSWI__: {
          li__Z3ZU=((__li__MSWI *)li__K3ZU);
          li__03ZU=li__YXSJ(li__Z3ZU->li__NSWI.li__0CC,li__Z3ZU->li__ISBK);
          li__C2XP=li__03ZU;
        } break;
        case __li__ETWI__: {
          li__C2XP=li__4K5L(((__li__ETWI *)li__K3ZU));
        } break;
        case __li__MZWI__: {
          li__23ZU=((__li__MZWI *)li__K3ZU);
          li__33ZU=li__4U4I(li__23ZU->li__NZWI.li__0K.li__0CC,li__23ZU->li__3SBK,li__23ZU->li__NZWI.li__WZLE);
          li__C2XP=li__33ZU;
        } break;
        case __li__C0WI__: {
          li__53ZU=((__li__C0WI *)li__K3ZU);
          li__A4ZU=li__ZV4I(li__53ZU->li__D0WI.li__0K.li__0CC,li__53ZU->li__CTBK);
          li__C2XP=li__A4ZU;
        } break;
        case __li__M1WI__: {
          li__C4ZU=((__li__M1WI *)li__K3ZU);
          li__D4ZU=li__1Z4I(li__C4ZU->li__N1WI.li__0K.li__0CC,li__C4ZU->li__UTFK);
          li__C2XP=li__D4ZU;
        } break;
        case __li__KMFK__: {
          li__C2XP=li__G3CM(((__li__KMFK *)li__K3ZU));
        } break;
        case __li__XOHL__: {
          li__C2XP=li__AAPN(((__li__XOHL *)li__K3ZU));
        } break;
        case __li__FPHL__: {
          li__C2XP=li__2EGM(((__li__FPHL *)li__K3ZU));
        } break;
        case __li__APLM__: {
          li__C2XP=li__XRDQ(((__li__APLM *)li__K3ZU));
        } break;
        case __li__DTNM__: {
          li__C2XP=li__D5SO(((__li__DTNM *)li__K3ZU));
        } break;
        case __li__JXNM__: {
          li__C2XP=li__153R(((__li__JXNM *)li__K3ZU));
        } break;
        case __li__21LO__: {
          li__C2XP=li__2KLP(((__li__21LO *)li__K3ZU));
        } break;
        case __li__TPOO__: {
          li__C2XP=li__JLLP(((__li__TPOO *)li__K3ZU));
        } break;
        case __li__URRO__: {
          li__C2XP=li__KM4R(((__li__URRO *)li__K3ZU));
        } break;
        case __li__41XO__: {
          li__C2XP=li__CSDQ(((__li__41XO *)li__K3ZU));
        } break;
        case __li__AKBR__: {
          li__C2XP=li__L2DS(((__li__AKBR *)li__K3ZU));
        } break;
        case __li__SU5R__: {
          li__C2XP=li__EQJS(((__li__SU5R *)li__K3ZU));
        } break;
        case __li__JV5R__: {
          li__C2XP=li__PQJS(((__li__JV5R *)li__K3ZU));
        } break;
        };
        li__HWJK=li__2IUJ(li__RRJK,li__I1XP,li__C2XP,li__2VJK,li__I__);
        li__22ZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__22ZU->li__2OLE),li__HWJK);
        li__WVRE(li__22ZU);
        li__K3ZU=li__ZAHJ(((__li__ODID *)li__HWJK));
        li__VOJK=li__K3ZU;
      } else /* FALSE */ {
        li__FRJK=li__J1NK(((__li__5RB *)li__SOJK));
        li__KBG(((__li__U *)li__FRJK->li__WXI));
        fputc((int)('='),stdout);
        li__WQJK=li__DWEK(li__ROJK);
        li__FRJK=li__J1NK(((__li__5RB *)li__WQJK));
        li__KBG(((__li__U *)li__FRJK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__SOJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__WQJK=li__DWEK(li__ROJK);
        li__OUHF(((__li__5RB *)li__WQJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__TOJK);
        li__V5E(li__ROJK->li__ENWI.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__UOJK=li__VOJK;
  return(li__UOJK);
}

static void* li__FXJK(__li__XNWI *li__GXJK,__li__5RB *li__HXJK,__li__PO li__IXJK)
/* (Strict EXPR_MUL{li__XNWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__KXJK,*li__44ZU,*li__JXJK;
  __li__5RB *li__AYJK,*li__TYJK,*li__0YJK,*li__WCKV,*li__LZJK,*li__V0JK;
  __li__5RB *li__U2JK,*li__SDKV;
  __li__PO li__VCKV,li__G0JK,li__L3JK;
  __li__VTBD *li__UCKV,*li__EDKV;
  __li__DFNL *li__2CKV,*li__54QP;
  __li__KI *li__I4ZU,*li__Q4ZU;
  __li__U *li__CZJK,*li__K2JK;
  void *li__EZJK;
  __li__PF *li__0ZJK,*li__52JK;
  __li__K li__A0JK,li__F3JK;
  void *li__U5XP,*li__OAYP;
  void *li__L0JK,*li__50JK,*li__C4JK;
  __li__UL2B *li__DDKV,*li__MDKV;
  __li__KMFK *li__P1JK,*li__W4JK,*li__H5ZU;
  __li__ODID *li__R1JK,*li__24JK;
  __li__KVBD *li__V4ZU,*li__04ZU,*li__NDKV,*li__RDKV;
  __li__WK *li__A5ZU;
  __li__WVBD *li__C5ZU,*li__D5ZU;
  __li__KLWI *li__F5ZU;
  __li__ULWI *li__K5ZU,*li__L5ZU;
  __li__MSWI *li__N5ZU,*li__O5ZU;
  __li__MZWI *li__Q5ZU,*li__R5ZU;
  __li__C0WI *li__T5ZU,*li__U5ZU;
  __li__M1WI *li__W5ZU,*li__X5ZU;
  __li__C li__BYJK,li__UYJK,li__Y0JK;
  __li__2ZEC *li__R4JK;
  li__KXJK=NULL;
  li__AYJK=li__IWEK(li__GXJK);
  li__BYJK=li__EBGK(((__li__5RB *)li__HXJK),li__AYJK);
  /* __li__B__ __li__I__ */
if (li__BYJK) {
    li__KXJK=li__GXJK;
  } else /* FALSE */ {
    li__TYJK=li__IWEK(li__GXJK);
    li__UYJK=li__4HDL(((__li__5RB *)li__TYJK),li__HXJK);
    /* __li__B__ __li__I__ */
if (li__UYJK) {
      li__0YJK=li__IWEK(li__GXJK);
      li__WCKV=((__li__5RB *)li__0YJK);
      li__VCKV=li__GXJK->li__YNWI.li__DNWI.li__0CC;
      li__UCKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__UCKV),li__VCKV,(&__string_68),'+',li__WCKV);
      li__2CKV=li__1CXJ(((__li__VTBD *)li__UCKV),li__GXJK->li__YNWI.li__DNWI.li__0CC,li__GXJK);
      li__I4ZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__I4ZU->li__2OLE),li__2CKV);
      li__WVRE(li__I4ZU);
      li__CZJK=li__SQC(li__DS4J);
      li__0YJK=li__IWEK(li__GXJK);
      li__EZJK=li__UVIJ(((__li__5RB *)li__0YJK),li__CZJK);
      /* __li__B__ __li__I__ */
if (((void *)li__EZJK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__LZJK=li__IWEK(li__GXJK);
        li__OUHF(((__li__5RB *)li__LZJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__HXJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__CZJK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__LZJK=li__IWEK(li__GXJK);
        li__OUHF(((__li__5RB *)li__LZJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__IXJK);
        li__LZJK=li__IWEK(li__GXJK);
        li__0ZJK=li__J1NK(((__li__5RB *)li__LZJK));
        li__V5E(li__0ZJK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EZJK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__EZJK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__A0JK=li__OYLM(((__li__DZB *)li__EZJK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__A0JK=li__OYLM(((__li__DZB *)li__EZJK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__EZJK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__A0JK=li__21RI(((__li__QWEC *)li__EZJK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__A0JK=li__21RI(((__li__QWEC *)li__EZJK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__A0JK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EZJK)->__id==__li__DZB__) {
          li__G0JK=((__li__DZB *)li__EZJK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__U5XP=((__li__QWEC *)li__EZJK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__U5XP)->__id==__li__IZB__) {
            li__G0JK=((__li__IZB *)li__U5XP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__G0JK=((__li__4HAD *)li__U5XP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__G0JK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EZJK)->__id==__li__DZB__) {
        li__U5XP=((__li__DZB *)li__EZJK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__U5XP)->__id==__li__IZB__) {
          li__L0JK=((__li__IZB *)li__U5XP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__L0JK=((__li__4HAD *)li__U5XP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__U5XP=((__li__QWEC *)li__EZJK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__U5XP)->__id==__li__IZB__) {
          li__L0JK=((__li__IZB *)li__U5XP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__L0JK=((__li__4HAD *)li__U5XP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__L0JK==NULL) {
        li__U5XP=NULL;
      } else {
        switch (((struct ___OBJ *)li__L0JK)->__id) {
        case __li__WRB__: {
          li__U5XP=((void *)li__L0JK);
        } break;
        case __li__XRB__: {
          li__U5XP=((void *)li__L0JK);
        } break;
        case __li__KUB__: {
          li__U5XP=((void *)li__L0JK);
        } break;
        case __li__VB1__: {
          li__U5XP=((void *)li__L0JK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__U5XP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__U5XP == (void *)NULL)) {
        li__Y0JK=li__B__;
      } else /* FALSE */ {
        li__L0JK=((__li__5RB *)li__HXJK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__U5XP)->__id) {
        case __li__WRB__: {
          li__V0JK=li__0VSG(((__li__WRB *)li__U5XP),li__L0JK);
        } break;
        case __li__XRB__: {
          li__V0JK=li__OXSG(((__li__XRB *)((__li__WRB *)li__U5XP)),li__L0JK);
        } break;
        case __li__KUB__: {
          li__V0JK=li__CZSG(((__li__KUB *)((__li__WRB *)li__U5XP)),li__L0JK);
        } break;
        case __li__VB1__: {
          li__V0JK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__U5XP)),li__L0JK);
        } break;
        };
        li__Y0JK=((void *)li__V0JK != (void *)li__HXJK);
      };
      /* __li__B__ __li__I__ */
if (li__Y0JK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EZJK)->__id==__li__DZB__) {
          li__OAYP=((__li__DZB *)li__EZJK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OAYP)->__id==__li__IZB__) {
            li__50JK=((__li__IZB *)li__OAYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__50JK=((__li__4HAD *)li__OAYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__OAYP=((__li__QWEC *)li__EZJK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OAYP)->__id==__li__IZB__) {
            li__50JK=((__li__IZB *)li__OAYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__50JK=((__li__4HAD *)li__OAYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__50JK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__50JK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__50JK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__50JK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__50JK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__DDKV=((__li__UL2B *)((__li__WRB *)li__50JK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__DDKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__50JK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__HXJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EZJK)->__id==__li__DZB__) {
          li__G0JK=((__li__DZB *)li__EZJK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__OAYP=((__li__QWEC *)li__EZJK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OAYP)->__id==__li__IZB__) {
            li__G0JK=((__li__IZB *)li__OAYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__G0JK=((__li__4HAD *)li__OAYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__G0JK);
        li__V5E(li__GXJK->li__YNWI.li__DNWI.li__0CC);
        li__ODF();
      };
      li__P1JK=li__NOPI(((__li__VTBD *)li__UCKV));
      li__R1JK=li__GDID(li__GXJK->li__YNWI.li__DNWI.li__0CC,li__EZJK,li__P1JK,li__P1JK,li__I__);
      li__I4ZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__I4ZU->li__2OLE),li__R1JK);
      li__WVRE(li__I4ZU);
      li__EZJK=li__ZAHJ(((__li__ODID *)li__R1JK));
      li__KXJK=li__EZJK;
      li__Y0JK=li__B__;
    } else /* FALSE */ {
      li__Y0JK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__Y0JK)) {
      li__0YJK=li__IWEK(li__GXJK);
      li__Y0JK=li__R0LM(((__li__5RB *)li__HXJK),li__0YJK);
      /* __li__B__ __li__I__ */
if (li__Y0JK) {
        li__LZJK=li__IWEK(li__GXJK);
        li__V0JK=((__li__5RB *)li__LZJK);
        li__G0JK=li__GXJK->li__YNWI.li__DNWI.li__0CC;
        li__EDKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__EDKV),li__G0JK,(&__string_68),'+',li__V0JK);
        li__54QP=li__1CXJ(((__li__VTBD *)li__EDKV),li__GXJK->li__YNWI.li__DNWI.li__0CC,li__GXJK);
        li__Q4ZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__Q4ZU->li__2OLE),li__54QP);
        li__WVRE(li__Q4ZU);
        li__K2JK=li__SQC(li__DS4J);
        li__U5XP=li__UVIJ(((__li__5RB *)li__HXJK),li__K2JK);
        /* __li__B__ __li__I__ */
if (((void *)li__U5XP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__HXJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__U2JK=li__IWEK(li__GXJK);
          li__OUHF(((__li__5RB *)li__U2JK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__K2JK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__HXJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__IXJK);
          li__52JK=li__J1NK(((__li__5RB *)li__HXJK));
          li__V5E(li__52JK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__U5XP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__U5XP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__F3JK=li__OYLM(((__li__DZB *)li__U5XP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__F3JK=li__OYLM(((__li__DZB *)li__U5XP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__U5XP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__F3JK=li__21RI(((__li__QWEC *)li__U5XP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__F3JK=li__21RI(((__li__QWEC *)li__U5XP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__F3JK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__U5XP)->__id==__li__DZB__) {
            li__L3JK=((__li__DZB *)li__U5XP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__50JK=((__li__QWEC *)li__U5XP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__50JK)->__id==__li__IZB__) {
              li__L3JK=((__li__IZB *)li__50JK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__L3JK=((__li__4HAD *)li__50JK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__L3JK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__U5XP)->__id==__li__DZB__) {
          li__OAYP=((__li__DZB *)li__U5XP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OAYP)->__id==__li__IZB__) {
            li__50JK=((__li__IZB *)li__OAYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__50JK=((__li__4HAD *)li__OAYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__OAYP=((__li__QWEC *)li__U5XP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OAYP)->__id==__li__IZB__) {
            li__50JK=((__li__IZB *)li__OAYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__50JK=((__li__4HAD *)li__OAYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__50JK==NULL) {
          li__OAYP=NULL;
        } else {
          switch (((struct ___OBJ *)li__50JK)->__id) {
          case __li__WRB__: {
            li__OAYP=((void *)li__50JK);
          } break;
          case __li__XRB__: {
            li__OAYP=((void *)li__50JK);
          } break;
          case __li__KUB__: {
            li__OAYP=((void *)li__50JK);
          } break;
          case __li__VB1__: {
            li__OAYP=((void *)li__50JK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__OAYP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__OAYP == (void *)NULL) || ((void *)li__OAYP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__U5XP)->__id==__li__DZB__) {
            li__50JK=((__li__DZB *)li__U5XP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__50JK)->__id==__li__IZB__) {
              li__C4JK=((__li__IZB *)li__50JK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__C4JK=((__li__4HAD *)li__50JK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__50JK=((__li__QWEC *)li__U5XP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__50JK)->__id==__li__IZB__) {
              li__C4JK=((__li__IZB *)li__50JK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__C4JK=((__li__4HAD *)li__50JK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__C4JK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__C4JK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__C4JK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__C4JK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__C4JK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__MDKV=((__li__UL2B *)((__li__WRB *)li__C4JK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__MDKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__C4JK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__HXJK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__U5XP)->__id==__li__DZB__) {
            li__L3JK=((__li__DZB *)li__U5XP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__50JK=((__li__QWEC *)li__U5XP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__50JK)->__id==__li__IZB__) {
              li__L3JK=((__li__IZB *)li__50JK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__L3JK=((__li__4HAD *)li__50JK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__L3JK);
          li__V5E(li__GXJK->li__YNWI.li__DNWI.li__0CC);
          li__ODF();
        };
        li__R4JK=li__IF1H( 2);
        li__G0JK=li__GXJK->li__YNWI.li__DNWI.li__0CC;
        li__V4ZU=li__5QND();
        li__04ZU=((__li__KVBD *)li__V4ZU);
        li__04ZU->li__LVBD.li__0K.li__0CC=li__G0JK;
        li__LZJK=li__NNSE(((__li__5RB *)li__HXJK));
        li__04ZU->li__LVBD.li__WZLE=li__LZJK;
        li__0K4N(((__li__2ZEC *)li__R4JK),li__V4ZU);
        li__W4JK=li__NOPI(((__li__VTBD *)li__EDKV));
        li__NWYJ(((__li__2ZEC *)li__R4JK),li__W4JK);
        li__G0JK=li__GXJK->li__YNWI.li__DNWI.li__0CC;
        li__44ZU=((void **)(*(((__li__2ZEC *)li__R4JK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__44ZU)->__id) {
        case __li__WK__: {
          li__A5ZU=li__PVEJ(((__li__WK *)li__44ZU));
          li__OAYP=li__A5ZU;
        } break;
        case __li__AVBD__: {
          li__OAYP=li__AE5L(((__li__AVBD *)li__44ZU));
        } break;
        case __li__KVBD__: {
          li__NDKV=((__li__KVBD *)li__44ZU);
          li__L3JK=li__NDKV->li__LVBD.li__0K.li__0CC;
          li__U2JK=li__NDKV->li__LVBD.li__WZLE;
          li__NDKV=li__5QND();
          li__RDKV=((__li__KVBD *)li__NDKV);
          li__RDKV->li__LVBD.li__0K.li__0CC=li__L3JK;
          li__SDKV=li__NNSE(((__li__5RB *)li__U2JK));
          li__RDKV->li__LVBD.li__WZLE=li__SDKV;
          li__OAYP=li__NDKV;
        } break;
        case __li__WVBD__: {
          li__C5ZU=((__li__WVBD *)li__44ZU);
          li__D5ZU=li__VEID(li__C5ZU->li__XVBD.li__0K.li__0CC,li__C5ZU->li__2ZLE,li__C5ZU->li__XVBD.li__WZLE);
          li__OAYP=li__D5ZU;
        } break;
        case __li__Z4WH__: {
          li__OAYP=li__XEVK(((__li__Z4WH *)li__44ZU));
        } break;
        case __li__KTVI__: {
          li__OAYP=li__XF5L(((__li__KTVI *)li__44ZU));
        } break;
        case __li__LTVI__: {
          li__OAYP=li__SDGM(((__li__LTVI *)li__44ZU));
        } break;
        case __li__XTVI__: {
          li__OAYP=li__DG5L(((__li__XTVI *)li__44ZU));
        } break;
        case __li__YTVI__: {
          li__OAYP=li__4DGM(((__li__YTVI *)li__44ZU));
        } break;
        case __li__S2VI__: {
          li__OAYP=li__OG5L(((__li__S2VI *)li__44ZU));
        } break;
        case __li__E3VI__: {
          li__OAYP=li__ZG5L(((__li__E3VI *)li__44ZU));
        } break;
        case __li__KLWI__: {
          li__F5ZU=((__li__KLWI *)li__44ZU);
          li__L3JK=li__F5ZU->li__LLWI.li__0CC;
          li__H5ZU=li__G3CM(((__li__KMFK *)li__F5ZU->li__ZPBK));
          li__F5ZU=li__PNSJ(li__L3JK,li__H5ZU);
          li__OAYP=li__F5ZU;
        } break;
        case __li__ULWI__: {
          li__K5ZU=((__li__ULWI *)li__44ZU);
          li__L5ZU=li__AOSJ(li__K5ZU->li__VLWI.li__0CC,li__K5ZU->li__4PBK);
          li__OAYP=li__L5ZU;
        } break;
        case __li__NMWI__: {
          li__OAYP=li__SH5L(((__li__NMWI *)li__44ZU));
        } break;
        case __li__BNWI__: {
          li__OAYP=li__3H5L(((__li__BNWI *)li__44ZU));
        } break;
        case __li__XNWI__: {
          li__OAYP=li__II5L(((__li__XNWI *)li__44ZU));
        } break;
        case __li__LOWI__: {
          li__OAYP=li__TI5L(((__li__LOWI *)li__44ZU));
        } break;
        case __li__5OWI__: {
          li__OAYP=li__4I5L(((__li__5OWI *)li__44ZU));
        } break;
        case __li__TPWI__: {
          li__OAYP=li__JJ5L(((__li__TPWI *)li__44ZU));
        } break;
        case __li__HQWI__: {
          li__OAYP=li__UJ5L(((__li__HQWI *)li__44ZU));
        } break;
        case __li__ARWI__: {
          li__OAYP=li__5J5L(((__li__ARWI *)li__44ZU));
        } break;
        case __li__URWI__: {
          li__OAYP=li__NK5L(((__li__URWI *)li__44ZU));
        } break;
        case __li__MSWI__: {
          li__N5ZU=((__li__MSWI *)li__44ZU);
          li__O5ZU=li__YXSJ(li__N5ZU->li__NSWI.li__0CC,li__N5ZU->li__ISBK);
          li__OAYP=li__O5ZU;
        } break;
        case __li__ETWI__: {
          li__OAYP=li__4K5L(((__li__ETWI *)li__44ZU));
        } break;
        case __li__MZWI__: {
          li__Q5ZU=((__li__MZWI *)li__44ZU);
          li__R5ZU=li__4U4I(li__Q5ZU->li__NZWI.li__0K.li__0CC,li__Q5ZU->li__3SBK,li__Q5ZU->li__NZWI.li__WZLE);
          li__OAYP=li__R5ZU;
        } break;
        case __li__C0WI__: {
          li__T5ZU=((__li__C0WI *)li__44ZU);
          li__U5ZU=li__ZV4I(li__T5ZU->li__D0WI.li__0K.li__0CC,li__T5ZU->li__CTBK);
          li__OAYP=li__U5ZU;
        } break;
        case __li__M1WI__: {
          li__W5ZU=((__li__M1WI *)li__44ZU);
          li__X5ZU=li__1Z4I(li__W5ZU->li__N1WI.li__0K.li__0CC,li__W5ZU->li__UTFK);
          li__OAYP=li__X5ZU;
        } break;
        case __li__KMFK__: {
          li__OAYP=li__G3CM(((__li__KMFK *)li__44ZU));
        } break;
        case __li__XOHL__: {
          li__OAYP=li__AAPN(((__li__XOHL *)li__44ZU));
        } break;
        case __li__FPHL__: {
          li__OAYP=li__2EGM(((__li__FPHL *)li__44ZU));
        } break;
        case __li__APLM__: {
          li__OAYP=li__XRDQ(((__li__APLM *)li__44ZU));
        } break;
        case __li__DTNM__: {
          li__OAYP=li__D5SO(((__li__DTNM *)li__44ZU));
        } break;
        case __li__JXNM__: {
          li__OAYP=li__153R(((__li__JXNM *)li__44ZU));
        } break;
        case __li__21LO__: {
          li__OAYP=li__2KLP(((__li__21LO *)li__44ZU));
        } break;
        case __li__TPOO__: {
          li__OAYP=li__JLLP(((__li__TPOO *)li__44ZU));
        } break;
        case __li__URRO__: {
          li__OAYP=li__KM4R(((__li__URRO *)li__44ZU));
        } break;
        case __li__41XO__: {
          li__OAYP=li__CSDQ(((__li__41XO *)li__44ZU));
        } break;
        case __li__AKBR__: {
          li__OAYP=li__L2DS(((__li__AKBR *)li__44ZU));
        } break;
        case __li__SU5R__: {
          li__OAYP=li__EQJS(((__li__SU5R *)li__44ZU));
        } break;
        case __li__JV5R__: {
          li__OAYP=li__PQJS(((__li__JV5R *)li__44ZU));
        } break;
        };
        li__24JK=li__2IUJ(li__G0JK,li__U5XP,li__OAYP,li__R4JK,li__I__);
        li__Q4ZU=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__Q4ZU->li__2OLE),li__24JK);
        li__WVRE(li__Q4ZU);
        li__44ZU=li__ZAHJ(((__li__ODID *)li__24JK));
        li__KXJK=li__44ZU;
      } else /* FALSE */ {
        li__0ZJK=li__J1NK(((__li__5RB *)li__HXJK));
        li__KBG(((__li__U *)li__0ZJK->li__WXI));
        fputc((int)('='),stdout);
        li__LZJK=li__IWEK(li__GXJK);
        li__0ZJK=li__J1NK(((__li__5RB *)li__LZJK));
        li__KBG(((__li__U *)li__0ZJK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__HXJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__LZJK=li__IWEK(li__GXJK);
        li__OUHF(((__li__5RB *)li__LZJK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__IXJK);
        li__V5E(li__GXJK->li__YNWI.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__JXJK=li__KXJK;
  return(li__JXJK);
}

static void* li__05JK(__li__LOWI *li__15JK,__li__5RB *li__25JK,__li__PO li__35JK)
/* (Strict EXPR_DIV{li__LOWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__55JK,*li__SA0U,*li__45JK;
  __li__5RB *li__VAKK,*li__IBKK,*li__PBKK,*li__XDKV,*li__ACKK,*li__KDKK;
  __li__5RB *li__JFKK,*li__TEKV;
  __li__PO li__WDKV,li__1CKK,li__AGKK;
  __li__VTBD *li__VDKV,*li__FEKV;
  __li__DFNL *li__3DKV,*li__RBRP;
  __li__KI *li__25ZU,*li__EA0U;
  __li__U *li__XBKK,*li__5EKK;
  void *li__ZBKK;
  __li__PF *li__PCKK,*li__UFKK;
  __li__K li__VCKK,li__0FKK;
  void *li__AEYP,*li__0EYP;
  void *li__ADKK,*li__UDKK,*li__XGKK;
  __li__UL2B *li__EEKV,*li__NEKV;
  __li__KMFK *li__EEKK,*li__LHKK,*li__1A0U;
  __li__ODID *li__GEKK,*li__RHKK;
  __li__KVBD *li__JA0U,*li__OA0U,*li__OEKV,*li__SEKV;
  __li__WK *li__UA0U;
  __li__WVBD *li__WA0U,*li__XA0U;
  __li__KLWI *li__ZA0U;
  __li__ULWI *li__4A0U,*li__5A0U;
  __li__MSWI *li__BB0U,*li__CB0U;
  __li__MZWI *li__EB0U,*li__FB0U;
  __li__C0WI *li__HB0U,*li__IB0U;
  __li__M1WI *li__KB0U,*li__LB0U;
  __li__C li__WAKK,li__JBKK,li__NDKK;
  __li__2ZEC *li__GHKK;
  li__55JK=NULL;
  li__VAKK=li__NWEK(li__15JK);
  li__WAKK=li__EBGK(((__li__5RB *)li__25JK),li__VAKK);
  /* __li__B__ __li__I__ */
if (li__WAKK) {
    li__55JK=li__15JK;
  } else /* FALSE */ {
    li__IBKK=li__NWEK(li__15JK);
    li__JBKK=li__4HDL(((__li__5RB *)li__IBKK),li__25JK);
    /* __li__B__ __li__I__ */
if (li__JBKK) {
      li__PBKK=li__NWEK(li__15JK);
      li__XDKV=((__li__5RB *)li__PBKK);
      li__WDKV=li__15JK->li__MOWI.li__DNWI.li__0CC;
      li__VDKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__VDKV),li__WDKV,(&__string_68),'+',li__XDKV);
      li__3DKV=li__1CXJ(((__li__VTBD *)li__VDKV),li__15JK->li__MOWI.li__DNWI.li__0CC,li__15JK);
      li__25ZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__25ZU->li__2OLE),li__3DKV);
      li__WVRE(li__25ZU);
      li__XBKK=li__SQC(li__DS4J);
      li__PBKK=li__NWEK(li__15JK);
      li__ZBKK=li__UVIJ(((__li__5RB *)li__PBKK),li__XBKK);
      /* __li__B__ __li__I__ */
if (((void *)li__ZBKK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__ACKK=li__NWEK(li__15JK);
        li__OUHF(((__li__5RB *)li__ACKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__25JK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__XBKK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__ACKK=li__NWEK(li__15JK);
        li__OUHF(((__li__5RB *)li__ACKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__35JK);
        li__ACKK=li__NWEK(li__15JK);
        li__PCKK=li__J1NK(((__li__5RB *)li__ACKK));
        li__V5E(li__PCKK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZBKK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__ZBKK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__VCKK=li__OYLM(((__li__DZB *)li__ZBKK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__VCKK=li__OYLM(((__li__DZB *)li__ZBKK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__ZBKK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__VCKK=li__21RI(((__li__QWEC *)li__ZBKK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__VCKK=li__21RI(((__li__QWEC *)li__ZBKK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__VCKK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZBKK)->__id==__li__DZB__) {
          li__1CKK=((__li__DZB *)li__ZBKK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__AEYP=((__li__QWEC *)li__ZBKK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AEYP)->__id==__li__IZB__) {
            li__1CKK=((__li__IZB *)li__AEYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__1CKK=((__li__4HAD *)li__AEYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__1CKK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZBKK)->__id==__li__DZB__) {
        li__AEYP=((__li__DZB *)li__ZBKK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AEYP)->__id==__li__IZB__) {
          li__ADKK=((__li__IZB *)li__AEYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ADKK=((__li__4HAD *)li__AEYP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__AEYP=((__li__QWEC *)li__ZBKK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AEYP)->__id==__li__IZB__) {
          li__ADKK=((__li__IZB *)li__AEYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ADKK=((__li__4HAD *)li__AEYP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ADKK==NULL) {
        li__AEYP=NULL;
      } else {
        switch (((struct ___OBJ *)li__ADKK)->__id) {
        case __li__WRB__: {
          li__AEYP=((void *)li__ADKK);
        } break;
        case __li__XRB__: {
          li__AEYP=((void *)li__ADKK);
        } break;
        case __li__KUB__: {
          li__AEYP=((void *)li__ADKK);
        } break;
        case __li__VB1__: {
          li__AEYP=((void *)li__ADKK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__AEYP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__AEYP == (void *)NULL)) {
        li__NDKK=li__B__;
      } else /* FALSE */ {
        li__ADKK=((__li__5RB *)li__25JK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__AEYP)->__id) {
        case __li__WRB__: {
          li__KDKK=li__0VSG(((__li__WRB *)li__AEYP),li__ADKK);
        } break;
        case __li__XRB__: {
          li__KDKK=li__OXSG(((__li__XRB *)((__li__WRB *)li__AEYP)),li__ADKK);
        } break;
        case __li__KUB__: {
          li__KDKK=li__CZSG(((__li__KUB *)((__li__WRB *)li__AEYP)),li__ADKK);
        } break;
        case __li__VB1__: {
          li__KDKK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__AEYP)),li__ADKK);
        } break;
        };
        li__NDKK=((void *)li__KDKK != (void *)li__25JK);
      };
      /* __li__B__ __li__I__ */
if (li__NDKK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZBKK)->__id==__li__DZB__) {
          li__0EYP=((__li__DZB *)li__ZBKK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EYP)->__id==__li__IZB__) {
            li__UDKK=((__li__IZB *)li__0EYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UDKK=((__li__4HAD *)li__0EYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__0EYP=((__li__QWEC *)li__ZBKK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EYP)->__id==__li__IZB__) {
            li__UDKK=((__li__IZB *)li__0EYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UDKK=((__li__4HAD *)li__0EYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__UDKK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__UDKK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__UDKK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__UDKK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__UDKK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__EEKV=((__li__UL2B *)((__li__WRB *)li__UDKK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__EEKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__UDKK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__25JK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZBKK)->__id==__li__DZB__) {
          li__1CKK=((__li__DZB *)li__ZBKK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__0EYP=((__li__QWEC *)li__ZBKK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EYP)->__id==__li__IZB__) {
            li__1CKK=((__li__IZB *)li__0EYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__1CKK=((__li__4HAD *)li__0EYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__1CKK);
        li__V5E(li__15JK->li__MOWI.li__DNWI.li__0CC);
        li__ODF();
      };
      li__EEKK=li__NOPI(((__li__VTBD *)li__VDKV));
      li__GEKK=li__GDID(li__15JK->li__MOWI.li__DNWI.li__0CC,li__ZBKK,li__EEKK,li__EEKK,li__I__);
      li__25ZU=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__25ZU->li__2OLE),li__GEKK);
      li__WVRE(li__25ZU);
      li__ZBKK=li__ZAHJ(((__li__ODID *)li__GEKK));
      li__55JK=li__ZBKK;
      li__NDKK=li__B__;
    } else /* FALSE */ {
      li__NDKK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__NDKK)) {
      li__PBKK=li__NWEK(li__15JK);
      li__NDKK=li__R0LM(((__li__5RB *)li__25JK),li__PBKK);
      /* __li__B__ __li__I__ */
if (li__NDKK) {
        li__ACKK=li__NWEK(li__15JK);
        li__KDKK=((__li__5RB *)li__ACKK);
        li__1CKK=li__15JK->li__MOWI.li__DNWI.li__0CC;
        li__FEKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__FEKV),li__1CKK,(&__string_68),'+',li__KDKK);
        li__RBRP=li__1CXJ(((__li__VTBD *)li__FEKV),li__15JK->li__MOWI.li__DNWI.li__0CC,li__15JK);
        li__EA0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__EA0U->li__2OLE),li__RBRP);
        li__WVRE(li__EA0U);
        li__5EKK=li__SQC(li__DS4J);
        li__AEYP=li__UVIJ(((__li__5RB *)li__25JK),li__5EKK);
        /* __li__B__ __li__I__ */
if (((void *)li__AEYP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__25JK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__JFKK=li__NWEK(li__15JK);
          li__OUHF(((__li__5RB *)li__JFKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__5EKK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__25JK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__35JK);
          li__UFKK=li__J1NK(((__li__5RB *)li__25JK));
          li__V5E(li__UFKK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__AEYP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__AEYP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__0FKK=li__OYLM(((__li__DZB *)li__AEYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__0FKK=li__OYLM(((__li__DZB *)li__AEYP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__AEYP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__0FKK=li__21RI(((__li__QWEC *)li__AEYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__0FKK=li__21RI(((__li__QWEC *)li__AEYP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__0FKK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__AEYP)->__id==__li__DZB__) {
            li__AGKK=((__li__DZB *)li__AEYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__UDKK=((__li__QWEC *)li__AEYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UDKK)->__id==__li__IZB__) {
              li__AGKK=((__li__IZB *)li__UDKK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__AGKK=((__li__4HAD *)li__UDKK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__AGKK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__AEYP)->__id==__li__DZB__) {
          li__0EYP=((__li__DZB *)li__AEYP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EYP)->__id==__li__IZB__) {
            li__UDKK=((__li__IZB *)li__0EYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UDKK=((__li__4HAD *)li__0EYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__0EYP=((__li__QWEC *)li__AEYP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EYP)->__id==__li__IZB__) {
            li__UDKK=((__li__IZB *)li__0EYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UDKK=((__li__4HAD *)li__0EYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__UDKK==NULL) {
          li__0EYP=NULL;
        } else {
          switch (((struct ___OBJ *)li__UDKK)->__id) {
          case __li__WRB__: {
            li__0EYP=((void *)li__UDKK);
          } break;
          case __li__XRB__: {
            li__0EYP=((void *)li__UDKK);
          } break;
          case __li__KUB__: {
            li__0EYP=((void *)li__UDKK);
          } break;
          case __li__VB1__: {
            li__0EYP=((void *)li__UDKK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__0EYP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__0EYP == (void *)NULL) || ((void *)li__0EYP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__AEYP)->__id==__li__DZB__) {
            li__UDKK=((__li__DZB *)li__AEYP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UDKK)->__id==__li__IZB__) {
              li__XGKK=((__li__IZB *)li__UDKK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__XGKK=((__li__4HAD *)li__UDKK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__UDKK=((__li__QWEC *)li__AEYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UDKK)->__id==__li__IZB__) {
              li__XGKK=((__li__IZB *)li__UDKK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__XGKK=((__li__4HAD *)li__UDKK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__XGKK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__XGKK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__XGKK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__XGKK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__XGKK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__NEKV=((__li__UL2B *)((__li__WRB *)li__XGKK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__NEKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__XGKK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__25JK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__AEYP)->__id==__li__DZB__) {
            li__AGKK=((__li__DZB *)li__AEYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__UDKK=((__li__QWEC *)li__AEYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UDKK)->__id==__li__IZB__) {
              li__AGKK=((__li__IZB *)li__UDKK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__AGKK=((__li__4HAD *)li__UDKK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__AGKK);
          li__V5E(li__15JK->li__MOWI.li__DNWI.li__0CC);
          li__ODF();
        };
        li__GHKK=li__IF1H( 2);
        li__1CKK=li__15JK->li__MOWI.li__DNWI.li__0CC;
        li__JA0U=li__5QND();
        li__OA0U=((__li__KVBD *)li__JA0U);
        li__OA0U->li__LVBD.li__0K.li__0CC=li__1CKK;
        li__ACKK=li__NNSE(((__li__5RB *)li__25JK));
        li__OA0U->li__LVBD.li__WZLE=li__ACKK;
        li__0K4N(((__li__2ZEC *)li__GHKK),li__JA0U);
        li__LHKK=li__NOPI(((__li__VTBD *)li__FEKV));
        li__NWYJ(((__li__2ZEC *)li__GHKK),li__LHKK);
        li__1CKK=li__15JK->li__MOWI.li__DNWI.li__0CC;
        li__SA0U=((void **)(*(((__li__2ZEC *)li__GHKK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SA0U)->__id) {
        case __li__WK__: {
          li__UA0U=li__PVEJ(((__li__WK *)li__SA0U));
          li__0EYP=li__UA0U;
        } break;
        case __li__AVBD__: {
          li__0EYP=li__AE5L(((__li__AVBD *)li__SA0U));
        } break;
        case __li__KVBD__: {
          li__OEKV=((__li__KVBD *)li__SA0U);
          li__AGKK=li__OEKV->li__LVBD.li__0K.li__0CC;
          li__JFKK=li__OEKV->li__LVBD.li__WZLE;
          li__OEKV=li__5QND();
          li__SEKV=((__li__KVBD *)li__OEKV);
          li__SEKV->li__LVBD.li__0K.li__0CC=li__AGKK;
          li__TEKV=li__NNSE(((__li__5RB *)li__JFKK));
          li__SEKV->li__LVBD.li__WZLE=li__TEKV;
          li__0EYP=li__OEKV;
        } break;
        case __li__WVBD__: {
          li__WA0U=((__li__WVBD *)li__SA0U);
          li__XA0U=li__VEID(li__WA0U->li__XVBD.li__0K.li__0CC,li__WA0U->li__2ZLE,li__WA0U->li__XVBD.li__WZLE);
          li__0EYP=li__XA0U;
        } break;
        case __li__Z4WH__: {
          li__0EYP=li__XEVK(((__li__Z4WH *)li__SA0U));
        } break;
        case __li__KTVI__: {
          li__0EYP=li__XF5L(((__li__KTVI *)li__SA0U));
        } break;
        case __li__LTVI__: {
          li__0EYP=li__SDGM(((__li__LTVI *)li__SA0U));
        } break;
        case __li__XTVI__: {
          li__0EYP=li__DG5L(((__li__XTVI *)li__SA0U));
        } break;
        case __li__YTVI__: {
          li__0EYP=li__4DGM(((__li__YTVI *)li__SA0U));
        } break;
        case __li__S2VI__: {
          li__0EYP=li__OG5L(((__li__S2VI *)li__SA0U));
        } break;
        case __li__E3VI__: {
          li__0EYP=li__ZG5L(((__li__E3VI *)li__SA0U));
        } break;
        case __li__KLWI__: {
          li__ZA0U=((__li__KLWI *)li__SA0U);
          li__AGKK=li__ZA0U->li__LLWI.li__0CC;
          li__1A0U=li__G3CM(((__li__KMFK *)li__ZA0U->li__ZPBK));
          li__ZA0U=li__PNSJ(li__AGKK,li__1A0U);
          li__0EYP=li__ZA0U;
        } break;
        case __li__ULWI__: {
          li__4A0U=((__li__ULWI *)li__SA0U);
          li__5A0U=li__AOSJ(li__4A0U->li__VLWI.li__0CC,li__4A0U->li__4PBK);
          li__0EYP=li__5A0U;
        } break;
        case __li__NMWI__: {
          li__0EYP=li__SH5L(((__li__NMWI *)li__SA0U));
        } break;
        case __li__BNWI__: {
          li__0EYP=li__3H5L(((__li__BNWI *)li__SA0U));
        } break;
        case __li__XNWI__: {
          li__0EYP=li__II5L(((__li__XNWI *)li__SA0U));
        } break;
        case __li__LOWI__: {
          li__0EYP=li__TI5L(((__li__LOWI *)li__SA0U));
        } break;
        case __li__5OWI__: {
          li__0EYP=li__4I5L(((__li__5OWI *)li__SA0U));
        } break;
        case __li__TPWI__: {
          li__0EYP=li__JJ5L(((__li__TPWI *)li__SA0U));
        } break;
        case __li__HQWI__: {
          li__0EYP=li__UJ5L(((__li__HQWI *)li__SA0U));
        } break;
        case __li__ARWI__: {
          li__0EYP=li__5J5L(((__li__ARWI *)li__SA0U));
        } break;
        case __li__URWI__: {
          li__0EYP=li__NK5L(((__li__URWI *)li__SA0U));
        } break;
        case __li__MSWI__: {
          li__BB0U=((__li__MSWI *)li__SA0U);
          li__CB0U=li__YXSJ(li__BB0U->li__NSWI.li__0CC,li__BB0U->li__ISBK);
          li__0EYP=li__CB0U;
        } break;
        case __li__ETWI__: {
          li__0EYP=li__4K5L(((__li__ETWI *)li__SA0U));
        } break;
        case __li__MZWI__: {
          li__EB0U=((__li__MZWI *)li__SA0U);
          li__FB0U=li__4U4I(li__EB0U->li__NZWI.li__0K.li__0CC,li__EB0U->li__3SBK,li__EB0U->li__NZWI.li__WZLE);
          li__0EYP=li__FB0U;
        } break;
        case __li__C0WI__: {
          li__HB0U=((__li__C0WI *)li__SA0U);
          li__IB0U=li__ZV4I(li__HB0U->li__D0WI.li__0K.li__0CC,li__HB0U->li__CTBK);
          li__0EYP=li__IB0U;
        } break;
        case __li__M1WI__: {
          li__KB0U=((__li__M1WI *)li__SA0U);
          li__LB0U=li__1Z4I(li__KB0U->li__N1WI.li__0K.li__0CC,li__KB0U->li__UTFK);
          li__0EYP=li__LB0U;
        } break;
        case __li__KMFK__: {
          li__0EYP=li__G3CM(((__li__KMFK *)li__SA0U));
        } break;
        case __li__XOHL__: {
          li__0EYP=li__AAPN(((__li__XOHL *)li__SA0U));
        } break;
        case __li__FPHL__: {
          li__0EYP=li__2EGM(((__li__FPHL *)li__SA0U));
        } break;
        case __li__APLM__: {
          li__0EYP=li__XRDQ(((__li__APLM *)li__SA0U));
        } break;
        case __li__DTNM__: {
          li__0EYP=li__D5SO(((__li__DTNM *)li__SA0U));
        } break;
        case __li__JXNM__: {
          li__0EYP=li__153R(((__li__JXNM *)li__SA0U));
        } break;
        case __li__21LO__: {
          li__0EYP=li__2KLP(((__li__21LO *)li__SA0U));
        } break;
        case __li__TPOO__: {
          li__0EYP=li__JLLP(((__li__TPOO *)li__SA0U));
        } break;
        case __li__URRO__: {
          li__0EYP=li__KM4R(((__li__URRO *)li__SA0U));
        } break;
        case __li__41XO__: {
          li__0EYP=li__CSDQ(((__li__41XO *)li__SA0U));
        } break;
        case __li__AKBR__: {
          li__0EYP=li__L2DS(((__li__AKBR *)li__SA0U));
        } break;
        case __li__SU5R__: {
          li__0EYP=li__EQJS(((__li__SU5R *)li__SA0U));
        } break;
        case __li__JV5R__: {
          li__0EYP=li__PQJS(((__li__JV5R *)li__SA0U));
        } break;
        };
        li__RHKK=li__2IUJ(li__1CKK,li__AEYP,li__0EYP,li__GHKK,li__I__);
        li__EA0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__EA0U->li__2OLE),li__RHKK);
        li__WVRE(li__EA0U);
        li__SA0U=li__ZAHJ(((__li__ODID *)li__RHKK));
        li__55JK=li__SA0U;
      } else /* FALSE */ {
        li__PCKK=li__J1NK(((__li__5RB *)li__25JK));
        li__KBG(((__li__U *)li__PCKK->li__WXI));
        fputc((int)('='),stdout);
        li__ACKK=li__NWEK(li__15JK);
        li__PCKK=li__J1NK(((__li__5RB *)li__ACKK));
        li__KBG(((__li__U *)li__PCKK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__25JK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__ACKK=li__NWEK(li__15JK);
        li__OUHF(((__li__5RB *)li__ACKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__35JK);
        li__V5E(li__15JK->li__MOWI.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__45JK=li__55JK;
  return(li__45JK);
}

static void* li__PIKK(__li__5OWI *li__QIKK,__li__5RB *li__RIKK,__li__PO li__SIKK)
/* (Strict EXPR_AND{li__5OWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__UIKK,*li__GC0U,*li__TIKK;
  __li__5RB *li__KJKK,*li__3JKK,*li__EKKK,*li__YEKV,*li__VKKK,*li__5LKK;
  __li__5RB *li__4NKK,*li__UFKV;
  __li__PO li__XEKV,li__QLKK,li__VOKK;
  __li__VTBD *li__WEKV,*li__GFKV;
  __li__DFNL *li__4EKV,*li__DERP;
  __li__KI *li__QB0U,*li__YB0U;
  __li__U *li__MKKK,*li__UNKK;
  void *li__OKKK;
  __li__PF *li__ELKK,*li__JOKK;
  __li__K li__KLKK,li__POKK;
  void *li__MIYP,*li__GJYP;
  void *li__VLKK,*li__JMKK,*li__MPKK;
  __li__UL2B *li__FFKV,*li__OFKV;
  __li__KMFK *li__ZMKK,*li__AQKK,*li__PC0U;
  __li__ODID *li__1MKK,*li__GQKK;
  __li__KVBD *li__3B0U,*li__CC0U,*li__PFKV,*li__TFKV;
  __li__WK *li__IC0U;
  __li__WVBD *li__KC0U,*li__LC0U;
  __li__KLWI *li__NC0U;
  __li__ULWI *li__SC0U,*li__TC0U;
  __li__MSWI *li__VC0U,*li__WC0U;
  __li__MZWI *li__YC0U,*li__ZC0U;
  __li__C0WI *li__1C0U,*li__2C0U;
  __li__M1WI *li__4C0U,*li__5C0U;
  __li__C li__LJKK,li__4JKK,li__CMKK;
  __li__2ZEC *li__1PKK;
  li__UIKK=NULL;
  li__KJKK=li__SWEK(li__QIKK);
  li__LJKK=li__EBGK(((__li__5RB *)li__RIKK),li__KJKK);
  /* __li__B__ __li__I__ */
if (li__LJKK) {
    li__UIKK=li__QIKK;
  } else /* FALSE */ {
    li__3JKK=li__SWEK(li__QIKK);
    li__4JKK=li__4HDL(((__li__5RB *)li__3JKK),li__RIKK);
    /* __li__B__ __li__I__ */
if (li__4JKK) {
      li__EKKK=li__SWEK(li__QIKK);
      li__YEKV=((__li__5RB *)li__EKKK);
      li__XEKV=li__QIKK->li__APWI.li__DNWI.li__0CC;
      li__WEKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__WEKV),li__XEKV,(&__string_68),'+',li__YEKV);
      li__4EKV=li__1CXJ(((__li__VTBD *)li__WEKV),li__QIKK->li__APWI.li__DNWI.li__0CC,li__QIKK);
      li__QB0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__QB0U->li__2OLE),li__4EKV);
      li__WVRE(li__QB0U);
      li__MKKK=li__SQC(li__DS4J);
      li__EKKK=li__SWEK(li__QIKK);
      li__OKKK=li__UVIJ(((__li__5RB *)li__EKKK),li__MKKK);
      /* __li__B__ __li__I__ */
if (((void *)li__OKKK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__VKKK=li__SWEK(li__QIKK);
        li__OUHF(((__li__5RB *)li__VKKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__RIKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__MKKK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__VKKK=li__SWEK(li__QIKK);
        li__OUHF(((__li__5RB *)li__VKKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__SIKK);
        li__VKKK=li__SWEK(li__QIKK);
        li__ELKK=li__J1NK(((__li__5RB *)li__VKKK));
        li__V5E(li__ELKK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OKKK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__OKKK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__KLKK=li__OYLM(((__li__DZB *)li__OKKK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__KLKK=li__OYLM(((__li__DZB *)li__OKKK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__OKKK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__KLKK=li__21RI(((__li__QWEC *)li__OKKK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__KLKK=li__21RI(((__li__QWEC *)li__OKKK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__KLKK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OKKK)->__id==__li__DZB__) {
          li__QLKK=((__li__DZB *)li__OKKK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__MIYP=((__li__QWEC *)li__OKKK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MIYP)->__id==__li__IZB__) {
            li__QLKK=((__li__IZB *)li__MIYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__QLKK=((__li__4HAD *)li__MIYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__QLKK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OKKK)->__id==__li__DZB__) {
        li__MIYP=((__li__DZB *)li__OKKK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MIYP)->__id==__li__IZB__) {
          li__VLKK=((__li__IZB *)li__MIYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__VLKK=((__li__4HAD *)li__MIYP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__MIYP=((__li__QWEC *)li__OKKK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MIYP)->__id==__li__IZB__) {
          li__VLKK=((__li__IZB *)li__MIYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__VLKK=((__li__4HAD *)li__MIYP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__VLKK==NULL) {
        li__MIYP=NULL;
      } else {
        switch (((struct ___OBJ *)li__VLKK)->__id) {
        case __li__WRB__: {
          li__MIYP=((void *)li__VLKK);
        } break;
        case __li__XRB__: {
          li__MIYP=((void *)li__VLKK);
        } break;
        case __li__KUB__: {
          li__MIYP=((void *)li__VLKK);
        } break;
        case __li__VB1__: {
          li__MIYP=((void *)li__VLKK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__MIYP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__MIYP == (void *)NULL)) {
        li__CMKK=li__B__;
      } else /* FALSE */ {
        li__VLKK=((__li__5RB *)li__RIKK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__MIYP)->__id) {
        case __li__WRB__: {
          li__5LKK=li__0VSG(((__li__WRB *)li__MIYP),li__VLKK);
        } break;
        case __li__XRB__: {
          li__5LKK=li__OXSG(((__li__XRB *)((__li__WRB *)li__MIYP)),li__VLKK);
        } break;
        case __li__KUB__: {
          li__5LKK=li__CZSG(((__li__KUB *)((__li__WRB *)li__MIYP)),li__VLKK);
        } break;
        case __li__VB1__: {
          li__5LKK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__MIYP)),li__VLKK);
        } break;
        };
        li__CMKK=((void *)li__5LKK != (void *)li__RIKK);
      };
      /* __li__B__ __li__I__ */
if (li__CMKK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OKKK)->__id==__li__DZB__) {
          li__GJYP=((__li__DZB *)li__OKKK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__GJYP)->__id==__li__IZB__) {
            li__JMKK=((__li__IZB *)li__GJYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JMKK=((__li__4HAD *)li__GJYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__GJYP=((__li__QWEC *)li__OKKK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__GJYP)->__id==__li__IZB__) {
            li__JMKK=((__li__IZB *)li__GJYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JMKK=((__li__4HAD *)li__GJYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__JMKK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__JMKK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__JMKK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__JMKK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__JMKK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__FFKV=((__li__UL2B *)((__li__WRB *)li__JMKK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__FFKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__JMKK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__RIKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OKKK)->__id==__li__DZB__) {
          li__QLKK=((__li__DZB *)li__OKKK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__GJYP=((__li__QWEC *)li__OKKK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__GJYP)->__id==__li__IZB__) {
            li__QLKK=((__li__IZB *)li__GJYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__QLKK=((__li__4HAD *)li__GJYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__QLKK);
        li__V5E(li__QIKK->li__APWI.li__DNWI.li__0CC);
        li__ODF();
      };
      li__ZMKK=li__NOPI(((__li__VTBD *)li__WEKV));
      li__1MKK=li__GDID(li__QIKK->li__APWI.li__DNWI.li__0CC,li__OKKK,li__ZMKK,li__ZMKK,li__I__);
      li__QB0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__QB0U->li__2OLE),li__1MKK);
      li__WVRE(li__QB0U);
      li__OKKK=li__ZAHJ(((__li__ODID *)li__1MKK));
      li__UIKK=li__OKKK;
      li__CMKK=li__B__;
    } else /* FALSE */ {
      li__CMKK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__CMKK)) {
      li__EKKK=li__SWEK(li__QIKK);
      li__CMKK=li__R0LM(((__li__5RB *)li__RIKK),li__EKKK);
      /* __li__B__ __li__I__ */
if (li__CMKK) {
        li__VKKK=li__SWEK(li__QIKK);
        li__5LKK=((__li__5RB *)li__VKKK);
        li__QLKK=li__QIKK->li__APWI.li__DNWI.li__0CC;
        li__GFKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__GFKV),li__QLKK,(&__string_68),'+',li__5LKK);
        li__DERP=li__1CXJ(((__li__VTBD *)li__GFKV),li__QIKK->li__APWI.li__DNWI.li__0CC,li__QIKK);
        li__YB0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__YB0U->li__2OLE),li__DERP);
        li__WVRE(li__YB0U);
        li__UNKK=li__SQC(li__DS4J);
        li__MIYP=li__UVIJ(((__li__5RB *)li__RIKK),li__UNKK);
        /* __li__B__ __li__I__ */
if (((void *)li__MIYP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__RIKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__4NKK=li__SWEK(li__QIKK);
          li__OUHF(((__li__5RB *)li__4NKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__UNKK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__RIKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__SIKK);
          li__JOKK=li__J1NK(((__li__5RB *)li__RIKK));
          li__V5E(li__JOKK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MIYP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__MIYP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__POKK=li__OYLM(((__li__DZB *)li__MIYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__POKK=li__OYLM(((__li__DZB *)li__MIYP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__MIYP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__POKK=li__21RI(((__li__QWEC *)li__MIYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__POKK=li__21RI(((__li__QWEC *)li__MIYP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__POKK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MIYP)->__id==__li__DZB__) {
            li__VOKK=((__li__DZB *)li__MIYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__JMKK=((__li__QWEC *)li__MIYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JMKK)->__id==__li__IZB__) {
              li__VOKK=((__li__IZB *)li__JMKK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__VOKK=((__li__4HAD *)li__JMKK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__VOKK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MIYP)->__id==__li__DZB__) {
          li__GJYP=((__li__DZB *)li__MIYP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__GJYP)->__id==__li__IZB__) {
            li__JMKK=((__li__IZB *)li__GJYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JMKK=((__li__4HAD *)li__GJYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__GJYP=((__li__QWEC *)li__MIYP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__GJYP)->__id==__li__IZB__) {
            li__JMKK=((__li__IZB *)li__GJYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JMKK=((__li__4HAD *)li__GJYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__JMKK==NULL) {
          li__GJYP=NULL;
        } else {
          switch (((struct ___OBJ *)li__JMKK)->__id) {
          case __li__WRB__: {
            li__GJYP=((void *)li__JMKK);
          } break;
          case __li__XRB__: {
            li__GJYP=((void *)li__JMKK);
          } break;
          case __li__KUB__: {
            li__GJYP=((void *)li__JMKK);
          } break;
          case __li__VB1__: {
            li__GJYP=((void *)li__JMKK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__GJYP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__GJYP == (void *)NULL) || ((void *)li__GJYP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MIYP)->__id==__li__DZB__) {
            li__JMKK=((__li__DZB *)li__MIYP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JMKK)->__id==__li__IZB__) {
              li__MPKK=((__li__IZB *)li__JMKK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__MPKK=((__li__4HAD *)li__JMKK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__JMKK=((__li__QWEC *)li__MIYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JMKK)->__id==__li__IZB__) {
              li__MPKK=((__li__IZB *)li__JMKK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__MPKK=((__li__4HAD *)li__JMKK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__MPKK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__MPKK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__MPKK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__MPKK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__MPKK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__OFKV=((__li__UL2B *)((__li__WRB *)li__MPKK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__OFKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__MPKK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__RIKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MIYP)->__id==__li__DZB__) {
            li__VOKK=((__li__DZB *)li__MIYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__JMKK=((__li__QWEC *)li__MIYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JMKK)->__id==__li__IZB__) {
              li__VOKK=((__li__IZB *)li__JMKK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__VOKK=((__li__4HAD *)li__JMKK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__VOKK);
          li__V5E(li__QIKK->li__APWI.li__DNWI.li__0CC);
          li__ODF();
        };
        li__1PKK=li__IF1H( 2);
        li__QLKK=li__QIKK->li__APWI.li__DNWI.li__0CC;
        li__3B0U=li__5QND();
        li__CC0U=((__li__KVBD *)li__3B0U);
        li__CC0U->li__LVBD.li__0K.li__0CC=li__QLKK;
        li__VKKK=li__NNSE(((__li__5RB *)li__RIKK));
        li__CC0U->li__LVBD.li__WZLE=li__VKKK;
        li__0K4N(((__li__2ZEC *)li__1PKK),li__3B0U);
        li__AQKK=li__NOPI(((__li__VTBD *)li__GFKV));
        li__NWYJ(((__li__2ZEC *)li__1PKK),li__AQKK);
        li__QLKK=li__QIKK->li__APWI.li__DNWI.li__0CC;
        li__GC0U=((void **)(*(((__li__2ZEC *)li__1PKK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GC0U)->__id) {
        case __li__WK__: {
          li__IC0U=li__PVEJ(((__li__WK *)li__GC0U));
          li__GJYP=li__IC0U;
        } break;
        case __li__AVBD__: {
          li__GJYP=li__AE5L(((__li__AVBD *)li__GC0U));
        } break;
        case __li__KVBD__: {
          li__PFKV=((__li__KVBD *)li__GC0U);
          li__VOKK=li__PFKV->li__LVBD.li__0K.li__0CC;
          li__4NKK=li__PFKV->li__LVBD.li__WZLE;
          li__PFKV=li__5QND();
          li__TFKV=((__li__KVBD *)li__PFKV);
          li__TFKV->li__LVBD.li__0K.li__0CC=li__VOKK;
          li__UFKV=li__NNSE(((__li__5RB *)li__4NKK));
          li__TFKV->li__LVBD.li__WZLE=li__UFKV;
          li__GJYP=li__PFKV;
        } break;
        case __li__WVBD__: {
          li__KC0U=((__li__WVBD *)li__GC0U);
          li__LC0U=li__VEID(li__KC0U->li__XVBD.li__0K.li__0CC,li__KC0U->li__2ZLE,li__KC0U->li__XVBD.li__WZLE);
          li__GJYP=li__LC0U;
        } break;
        case __li__Z4WH__: {
          li__GJYP=li__XEVK(((__li__Z4WH *)li__GC0U));
        } break;
        case __li__KTVI__: {
          li__GJYP=li__XF5L(((__li__KTVI *)li__GC0U));
        } break;
        case __li__LTVI__: {
          li__GJYP=li__SDGM(((__li__LTVI *)li__GC0U));
        } break;
        case __li__XTVI__: {
          li__GJYP=li__DG5L(((__li__XTVI *)li__GC0U));
        } break;
        case __li__YTVI__: {
          li__GJYP=li__4DGM(((__li__YTVI *)li__GC0U));
        } break;
        case __li__S2VI__: {
          li__GJYP=li__OG5L(((__li__S2VI *)li__GC0U));
        } break;
        case __li__E3VI__: {
          li__GJYP=li__ZG5L(((__li__E3VI *)li__GC0U));
        } break;
        case __li__KLWI__: {
          li__NC0U=((__li__KLWI *)li__GC0U);
          li__VOKK=li__NC0U->li__LLWI.li__0CC;
          li__PC0U=li__G3CM(((__li__KMFK *)li__NC0U->li__ZPBK));
          li__NC0U=li__PNSJ(li__VOKK,li__PC0U);
          li__GJYP=li__NC0U;
        } break;
        case __li__ULWI__: {
          li__SC0U=((__li__ULWI *)li__GC0U);
          li__TC0U=li__AOSJ(li__SC0U->li__VLWI.li__0CC,li__SC0U->li__4PBK);
          li__GJYP=li__TC0U;
        } break;
        case __li__NMWI__: {
          li__GJYP=li__SH5L(((__li__NMWI *)li__GC0U));
        } break;
        case __li__BNWI__: {
          li__GJYP=li__3H5L(((__li__BNWI *)li__GC0U));
        } break;
        case __li__XNWI__: {
          li__GJYP=li__II5L(((__li__XNWI *)li__GC0U));
        } break;
        case __li__LOWI__: {
          li__GJYP=li__TI5L(((__li__LOWI *)li__GC0U));
        } break;
        case __li__5OWI__: {
          li__GJYP=li__4I5L(((__li__5OWI *)li__GC0U));
        } break;
        case __li__TPWI__: {
          li__GJYP=li__JJ5L(((__li__TPWI *)li__GC0U));
        } break;
        case __li__HQWI__: {
          li__GJYP=li__UJ5L(((__li__HQWI *)li__GC0U));
        } break;
        case __li__ARWI__: {
          li__GJYP=li__5J5L(((__li__ARWI *)li__GC0U));
        } break;
        case __li__URWI__: {
          li__GJYP=li__NK5L(((__li__URWI *)li__GC0U));
        } break;
        case __li__MSWI__: {
          li__VC0U=((__li__MSWI *)li__GC0U);
          li__WC0U=li__YXSJ(li__VC0U->li__NSWI.li__0CC,li__VC0U->li__ISBK);
          li__GJYP=li__WC0U;
        } break;
        case __li__ETWI__: {
          li__GJYP=li__4K5L(((__li__ETWI *)li__GC0U));
        } break;
        case __li__MZWI__: {
          li__YC0U=((__li__MZWI *)li__GC0U);
          li__ZC0U=li__4U4I(li__YC0U->li__NZWI.li__0K.li__0CC,li__YC0U->li__3SBK,li__YC0U->li__NZWI.li__WZLE);
          li__GJYP=li__ZC0U;
        } break;
        case __li__C0WI__: {
          li__1C0U=((__li__C0WI *)li__GC0U);
          li__2C0U=li__ZV4I(li__1C0U->li__D0WI.li__0K.li__0CC,li__1C0U->li__CTBK);
          li__GJYP=li__2C0U;
        } break;
        case __li__M1WI__: {
          li__4C0U=((__li__M1WI *)li__GC0U);
          li__5C0U=li__1Z4I(li__4C0U->li__N1WI.li__0K.li__0CC,li__4C0U->li__UTFK);
          li__GJYP=li__5C0U;
        } break;
        case __li__KMFK__: {
          li__GJYP=li__G3CM(((__li__KMFK *)li__GC0U));
        } break;
        case __li__XOHL__: {
          li__GJYP=li__AAPN(((__li__XOHL *)li__GC0U));
        } break;
        case __li__FPHL__: {
          li__GJYP=li__2EGM(((__li__FPHL *)li__GC0U));
        } break;
        case __li__APLM__: {
          li__GJYP=li__XRDQ(((__li__APLM *)li__GC0U));
        } break;
        case __li__DTNM__: {
          li__GJYP=li__D5SO(((__li__DTNM *)li__GC0U));
        } break;
        case __li__JXNM__: {
          li__GJYP=li__153R(((__li__JXNM *)li__GC0U));
        } break;
        case __li__21LO__: {
          li__GJYP=li__2KLP(((__li__21LO *)li__GC0U));
        } break;
        case __li__TPOO__: {
          li__GJYP=li__JLLP(((__li__TPOO *)li__GC0U));
        } break;
        case __li__URRO__: {
          li__GJYP=li__KM4R(((__li__URRO *)li__GC0U));
        } break;
        case __li__41XO__: {
          li__GJYP=li__CSDQ(((__li__41XO *)li__GC0U));
        } break;
        case __li__AKBR__: {
          li__GJYP=li__L2DS(((__li__AKBR *)li__GC0U));
        } break;
        case __li__SU5R__: {
          li__GJYP=li__EQJS(((__li__SU5R *)li__GC0U));
        } break;
        case __li__JV5R__: {
          li__GJYP=li__PQJS(((__li__JV5R *)li__GC0U));
        } break;
        };
        li__GQKK=li__2IUJ(li__QLKK,li__MIYP,li__GJYP,li__1PKK,li__I__);
        li__YB0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__YB0U->li__2OLE),li__GQKK);
        li__WVRE(li__YB0U);
        li__GC0U=li__ZAHJ(((__li__ODID *)li__GQKK));
        li__UIKK=li__GC0U;
      } else /* FALSE */ {
        li__ELKK=li__J1NK(((__li__5RB *)li__RIKK));
        li__KBG(((__li__U *)li__ELKK->li__WXI));
        fputc((int)('='),stdout);
        li__VKKK=li__SWEK(li__QIKK);
        li__ELKK=li__J1NK(((__li__5RB *)li__VKKK));
        li__KBG(((__li__U *)li__ELKK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__RIKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__VKKK=li__SWEK(li__QIKK);
        li__OUHF(((__li__5RB *)li__VKKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__SIKK);
        li__V5E(li__QIKK->li__APWI.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__TIKK=li__UIKK;
  return(li__TIKK);
}

static void* li__ERKK(__li__TPWI *li__FRKK,__li__5RB *li__GRKK,__li__PO li__HRKK)
/* (Strict EXPR_SHIFT_R{li__TPWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__JRKK,*li__0D0U,*li__IRKK;
  __li__5RB *li__5RKK,*li__SSKK,*li__ZSKK,*li__ZFKV,*li__KTKK,*li__UUKK;
  __li__5RB *li__TWKK,*li__VGKV;
  __li__PO li__YFKV,li__FUKK,li__KXKK;
  __li__VTBD *li__XFKV,*li__HGKV;
  __li__DFNL *li__5FKV,*li__VGRP;
  __li__KI *li__ED0U,*li__MD0U;
  __li__U *li__BTKK,*li__JWKK;
  void *li__DTKK;
  __li__PF *li__ZTKK,*li__4WKK;
  __li__K li__5TKK,li__EXKK;
  void *li__YMYP,*li__SNYP;
  void *li__KUKK,*li__4UKK,*li__BYKK;
  __li__UL2B *li__GGKV,*li__PGKV;
  __li__KMFK *li__OVKK,*li__VYKK,*li__DE0U;
  __li__ODID *li__QVKK,*li__1YKK;
  __li__KVBD *li__RD0U,*li__WD0U,*li__QGKV,*li__UGKV;
  __li__WK *li__2D0U;
  __li__WVBD *li__4D0U,*li__5D0U;
  __li__KLWI *li__BE0U;
  __li__ULWI *li__GE0U,*li__HE0U;
  __li__MSWI *li__JE0U,*li__KE0U;
  __li__MZWI *li__ME0U,*li__NE0U;
  __li__C0WI *li__PE0U,*li__QE0U;
  __li__M1WI *li__SE0U,*li__TE0U;
  __li__C li__ASKK,li__TSKK,li__XUKK;
  __li__2ZEC *li__QYKK;
  li__JRKK=NULL;
  li__5RKK=li__XWEK(li__FRKK);
  li__ASKK=li__EBGK(((__li__5RB *)li__GRKK),li__5RKK);
  /* __li__B__ __li__I__ */
if (li__ASKK) {
    li__JRKK=li__FRKK;
  } else /* FALSE */ {
    li__SSKK=li__XWEK(li__FRKK);
    li__TSKK=li__4HDL(((__li__5RB *)li__SSKK),li__GRKK);
    /* __li__B__ __li__I__ */
if (li__TSKK) {
      li__ZSKK=li__XWEK(li__FRKK);
      li__ZFKV=((__li__5RB *)li__ZSKK);
      li__YFKV=li__FRKK->li__UPWI.li__DNWI.li__0CC;
      li__XFKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__XFKV),li__YFKV,(&__string_68),'+',li__ZFKV);
      li__5FKV=li__1CXJ(((__li__VTBD *)li__XFKV),li__FRKK->li__UPWI.li__DNWI.li__0CC,li__FRKK);
      li__ED0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__ED0U->li__2OLE),li__5FKV);
      li__WVRE(li__ED0U);
      li__BTKK=li__SQC(li__DS4J);
      li__ZSKK=li__XWEK(li__FRKK);
      li__DTKK=li__UVIJ(((__li__5RB *)li__ZSKK),li__BTKK);
      /* __li__B__ __li__I__ */
if (((void *)li__DTKK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__KTKK=li__XWEK(li__FRKK);
        li__OUHF(((__li__5RB *)li__KTKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__GRKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__BTKK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__KTKK=li__XWEK(li__FRKK);
        li__OUHF(((__li__5RB *)li__KTKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__HRKK);
        li__KTKK=li__XWEK(li__FRKK);
        li__ZTKK=li__J1NK(((__li__5RB *)li__KTKK));
        li__V5E(li__ZTKK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DTKK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__DTKK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__5TKK=li__OYLM(((__li__DZB *)li__DTKK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__5TKK=li__OYLM(((__li__DZB *)li__DTKK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__DTKK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__5TKK=li__21RI(((__li__QWEC *)li__DTKK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__5TKK=li__21RI(((__li__QWEC *)li__DTKK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__5TKK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DTKK)->__id==__li__DZB__) {
          li__FUKK=((__li__DZB *)li__DTKK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__YMYP=((__li__QWEC *)li__DTKK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YMYP)->__id==__li__IZB__) {
            li__FUKK=((__li__IZB *)li__YMYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__FUKK=((__li__4HAD *)li__YMYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__FUKK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DTKK)->__id==__li__DZB__) {
        li__YMYP=((__li__DZB *)li__DTKK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YMYP)->__id==__li__IZB__) {
          li__KUKK=((__li__IZB *)li__YMYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KUKK=((__li__4HAD *)li__YMYP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__YMYP=((__li__QWEC *)li__DTKK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YMYP)->__id==__li__IZB__) {
          li__KUKK=((__li__IZB *)li__YMYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KUKK=((__li__4HAD *)li__YMYP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__KUKK==NULL) {
        li__YMYP=NULL;
      } else {
        switch (((struct ___OBJ *)li__KUKK)->__id) {
        case __li__WRB__: {
          li__YMYP=((void *)li__KUKK);
        } break;
        case __li__XRB__: {
          li__YMYP=((void *)li__KUKK);
        } break;
        case __li__KUB__: {
          li__YMYP=((void *)li__KUKK);
        } break;
        case __li__VB1__: {
          li__YMYP=((void *)li__KUKK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__YMYP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__YMYP == (void *)NULL)) {
        li__XUKK=li__B__;
      } else /* FALSE */ {
        li__KUKK=((__li__5RB *)li__GRKK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__YMYP)->__id) {
        case __li__WRB__: {
          li__UUKK=li__0VSG(((__li__WRB *)li__YMYP),li__KUKK);
        } break;
        case __li__XRB__: {
          li__UUKK=li__OXSG(((__li__XRB *)((__li__WRB *)li__YMYP)),li__KUKK);
        } break;
        case __li__KUB__: {
          li__UUKK=li__CZSG(((__li__KUB *)((__li__WRB *)li__YMYP)),li__KUKK);
        } break;
        case __li__VB1__: {
          li__UUKK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__YMYP)),li__KUKK);
        } break;
        };
        li__XUKK=((void *)li__UUKK != (void *)li__GRKK);
      };
      /* __li__B__ __li__I__ */
if (li__XUKK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DTKK)->__id==__li__DZB__) {
          li__SNYP=((__li__DZB *)li__DTKK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SNYP)->__id==__li__IZB__) {
            li__4UKK=((__li__IZB *)li__SNYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4UKK=((__li__4HAD *)li__SNYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__SNYP=((__li__QWEC *)li__DTKK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SNYP)->__id==__li__IZB__) {
            li__4UKK=((__li__IZB *)li__SNYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4UKK=((__li__4HAD *)li__SNYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__4UKK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__4UKK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__4UKK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__4UKK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__4UKK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__GGKV=((__li__UL2B *)((__li__WRB *)li__4UKK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__GGKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__4UKK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__GRKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DTKK)->__id==__li__DZB__) {
          li__FUKK=((__li__DZB *)li__DTKK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__SNYP=((__li__QWEC *)li__DTKK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SNYP)->__id==__li__IZB__) {
            li__FUKK=((__li__IZB *)li__SNYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__FUKK=((__li__4HAD *)li__SNYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__FUKK);
        li__V5E(li__FRKK->li__UPWI.li__DNWI.li__0CC);
        li__ODF();
      };
      li__OVKK=li__NOPI(((__li__VTBD *)li__XFKV));
      li__QVKK=li__GDID(li__FRKK->li__UPWI.li__DNWI.li__0CC,li__DTKK,li__OVKK,li__OVKK,li__I__);
      li__ED0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__ED0U->li__2OLE),li__QVKK);
      li__WVRE(li__ED0U);
      li__DTKK=li__ZAHJ(((__li__ODID *)li__QVKK));
      li__JRKK=li__DTKK;
      li__XUKK=li__B__;
    } else /* FALSE */ {
      li__XUKK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__XUKK)) {
      li__ZSKK=li__XWEK(li__FRKK);
      li__XUKK=li__R0LM(((__li__5RB *)li__GRKK),li__ZSKK);
      /* __li__B__ __li__I__ */
if (li__XUKK) {
        li__KTKK=li__XWEK(li__FRKK);
        li__UUKK=((__li__5RB *)li__KTKK);
        li__FUKK=li__FRKK->li__UPWI.li__DNWI.li__0CC;
        li__HGKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__HGKV),li__FUKK,(&__string_68),'+',li__UUKK);
        li__VGRP=li__1CXJ(((__li__VTBD *)li__HGKV),li__FRKK->li__UPWI.li__DNWI.li__0CC,li__FRKK);
        li__MD0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__MD0U->li__2OLE),li__VGRP);
        li__WVRE(li__MD0U);
        li__JWKK=li__SQC(li__DS4J);
        li__YMYP=li__UVIJ(((__li__5RB *)li__GRKK),li__JWKK);
        /* __li__B__ __li__I__ */
if (((void *)li__YMYP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__GRKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__TWKK=li__XWEK(li__FRKK);
          li__OUHF(((__li__5RB *)li__TWKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__JWKK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__GRKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__HRKK);
          li__4WKK=li__J1NK(((__li__5RB *)li__GRKK));
          li__V5E(li__4WKK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YMYP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__YMYP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__EXKK=li__OYLM(((__li__DZB *)li__YMYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__EXKK=li__OYLM(((__li__DZB *)li__YMYP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__YMYP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__EXKK=li__21RI(((__li__QWEC *)li__YMYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__EXKK=li__21RI(((__li__QWEC *)li__YMYP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__EXKK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YMYP)->__id==__li__DZB__) {
            li__KXKK=((__li__DZB *)li__YMYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__4UKK=((__li__QWEC *)li__YMYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4UKK)->__id==__li__IZB__) {
              li__KXKK=((__li__IZB *)li__4UKK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__KXKK=((__li__4HAD *)li__4UKK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__KXKK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YMYP)->__id==__li__DZB__) {
          li__SNYP=((__li__DZB *)li__YMYP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SNYP)->__id==__li__IZB__) {
            li__4UKK=((__li__IZB *)li__SNYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4UKK=((__li__4HAD *)li__SNYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__SNYP=((__li__QWEC *)li__YMYP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SNYP)->__id==__li__IZB__) {
            li__4UKK=((__li__IZB *)li__SNYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4UKK=((__li__4HAD *)li__SNYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__4UKK==NULL) {
          li__SNYP=NULL;
        } else {
          switch (((struct ___OBJ *)li__4UKK)->__id) {
          case __li__WRB__: {
            li__SNYP=((void *)li__4UKK);
          } break;
          case __li__XRB__: {
            li__SNYP=((void *)li__4UKK);
          } break;
          case __li__KUB__: {
            li__SNYP=((void *)li__4UKK);
          } break;
          case __li__VB1__: {
            li__SNYP=((void *)li__4UKK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__SNYP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__SNYP == (void *)NULL) || ((void *)li__SNYP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YMYP)->__id==__li__DZB__) {
            li__4UKK=((__li__DZB *)li__YMYP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4UKK)->__id==__li__IZB__) {
              li__BYKK=((__li__IZB *)li__4UKK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__BYKK=((__li__4HAD *)li__4UKK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__4UKK=((__li__QWEC *)li__YMYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4UKK)->__id==__li__IZB__) {
              li__BYKK=((__li__IZB *)li__4UKK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__BYKK=((__li__4HAD *)li__4UKK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__BYKK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__BYKK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__BYKK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__BYKK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__BYKK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__PGKV=((__li__UL2B *)((__li__WRB *)li__BYKK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__PGKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__BYKK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__GRKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YMYP)->__id==__li__DZB__) {
            li__KXKK=((__li__DZB *)li__YMYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__4UKK=((__li__QWEC *)li__YMYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4UKK)->__id==__li__IZB__) {
              li__KXKK=((__li__IZB *)li__4UKK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__KXKK=((__li__4HAD *)li__4UKK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__KXKK);
          li__V5E(li__FRKK->li__UPWI.li__DNWI.li__0CC);
          li__ODF();
        };
        li__QYKK=li__IF1H( 2);
        li__FUKK=li__FRKK->li__UPWI.li__DNWI.li__0CC;
        li__RD0U=li__5QND();
        li__WD0U=((__li__KVBD *)li__RD0U);
        li__WD0U->li__LVBD.li__0K.li__0CC=li__FUKK;
        li__KTKK=li__NNSE(((__li__5RB *)li__GRKK));
        li__WD0U->li__LVBD.li__WZLE=li__KTKK;
        li__0K4N(((__li__2ZEC *)li__QYKK),li__RD0U);
        li__VYKK=li__NOPI(((__li__VTBD *)li__HGKV));
        li__NWYJ(((__li__2ZEC *)li__QYKK),li__VYKK);
        li__FUKK=li__FRKK->li__UPWI.li__DNWI.li__0CC;
        li__0D0U=((void **)(*(((__li__2ZEC *)li__QYKK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0D0U)->__id) {
        case __li__WK__: {
          li__2D0U=li__PVEJ(((__li__WK *)li__0D0U));
          li__SNYP=li__2D0U;
        } break;
        case __li__AVBD__: {
          li__SNYP=li__AE5L(((__li__AVBD *)li__0D0U));
        } break;
        case __li__KVBD__: {
          li__QGKV=((__li__KVBD *)li__0D0U);
          li__KXKK=li__QGKV->li__LVBD.li__0K.li__0CC;
          li__TWKK=li__QGKV->li__LVBD.li__WZLE;
          li__QGKV=li__5QND();
          li__UGKV=((__li__KVBD *)li__QGKV);
          li__UGKV->li__LVBD.li__0K.li__0CC=li__KXKK;
          li__VGKV=li__NNSE(((__li__5RB *)li__TWKK));
          li__UGKV->li__LVBD.li__WZLE=li__VGKV;
          li__SNYP=li__QGKV;
        } break;
        case __li__WVBD__: {
          li__4D0U=((__li__WVBD *)li__0D0U);
          li__5D0U=li__VEID(li__4D0U->li__XVBD.li__0K.li__0CC,li__4D0U->li__2ZLE,li__4D0U->li__XVBD.li__WZLE);
          li__SNYP=li__5D0U;
        } break;
        case __li__Z4WH__: {
          li__SNYP=li__XEVK(((__li__Z4WH *)li__0D0U));
        } break;
        case __li__KTVI__: {
          li__SNYP=li__XF5L(((__li__KTVI *)li__0D0U));
        } break;
        case __li__LTVI__: {
          li__SNYP=li__SDGM(((__li__LTVI *)li__0D0U));
        } break;
        case __li__XTVI__: {
          li__SNYP=li__DG5L(((__li__XTVI *)li__0D0U));
        } break;
        case __li__YTVI__: {
          li__SNYP=li__4DGM(((__li__YTVI *)li__0D0U));
        } break;
        case __li__S2VI__: {
          li__SNYP=li__OG5L(((__li__S2VI *)li__0D0U));
        } break;
        case __li__E3VI__: {
          li__SNYP=li__ZG5L(((__li__E3VI *)li__0D0U));
        } break;
        case __li__KLWI__: {
          li__BE0U=((__li__KLWI *)li__0D0U);
          li__KXKK=li__BE0U->li__LLWI.li__0CC;
          li__DE0U=li__G3CM(((__li__KMFK *)li__BE0U->li__ZPBK));
          li__BE0U=li__PNSJ(li__KXKK,li__DE0U);
          li__SNYP=li__BE0U;
        } break;
        case __li__ULWI__: {
          li__GE0U=((__li__ULWI *)li__0D0U);
          li__HE0U=li__AOSJ(li__GE0U->li__VLWI.li__0CC,li__GE0U->li__4PBK);
          li__SNYP=li__HE0U;
        } break;
        case __li__NMWI__: {
          li__SNYP=li__SH5L(((__li__NMWI *)li__0D0U));
        } break;
        case __li__BNWI__: {
          li__SNYP=li__3H5L(((__li__BNWI *)li__0D0U));
        } break;
        case __li__XNWI__: {
          li__SNYP=li__II5L(((__li__XNWI *)li__0D0U));
        } break;
        case __li__LOWI__: {
          li__SNYP=li__TI5L(((__li__LOWI *)li__0D0U));
        } break;
        case __li__5OWI__: {
          li__SNYP=li__4I5L(((__li__5OWI *)li__0D0U));
        } break;
        case __li__TPWI__: {
          li__SNYP=li__JJ5L(((__li__TPWI *)li__0D0U));
        } break;
        case __li__HQWI__: {
          li__SNYP=li__UJ5L(((__li__HQWI *)li__0D0U));
        } break;
        case __li__ARWI__: {
          li__SNYP=li__5J5L(((__li__ARWI *)li__0D0U));
        } break;
        case __li__URWI__: {
          li__SNYP=li__NK5L(((__li__URWI *)li__0D0U));
        } break;
        case __li__MSWI__: {
          li__JE0U=((__li__MSWI *)li__0D0U);
          li__KE0U=li__YXSJ(li__JE0U->li__NSWI.li__0CC,li__JE0U->li__ISBK);
          li__SNYP=li__KE0U;
        } break;
        case __li__ETWI__: {
          li__SNYP=li__4K5L(((__li__ETWI *)li__0D0U));
        } break;
        case __li__MZWI__: {
          li__ME0U=((__li__MZWI *)li__0D0U);
          li__NE0U=li__4U4I(li__ME0U->li__NZWI.li__0K.li__0CC,li__ME0U->li__3SBK,li__ME0U->li__NZWI.li__WZLE);
          li__SNYP=li__NE0U;
        } break;
        case __li__C0WI__: {
          li__PE0U=((__li__C0WI *)li__0D0U);
          li__QE0U=li__ZV4I(li__PE0U->li__D0WI.li__0K.li__0CC,li__PE0U->li__CTBK);
          li__SNYP=li__QE0U;
        } break;
        case __li__M1WI__: {
          li__SE0U=((__li__M1WI *)li__0D0U);
          li__TE0U=li__1Z4I(li__SE0U->li__N1WI.li__0K.li__0CC,li__SE0U->li__UTFK);
          li__SNYP=li__TE0U;
        } break;
        case __li__KMFK__: {
          li__SNYP=li__G3CM(((__li__KMFK *)li__0D0U));
        } break;
        case __li__XOHL__: {
          li__SNYP=li__AAPN(((__li__XOHL *)li__0D0U));
        } break;
        case __li__FPHL__: {
          li__SNYP=li__2EGM(((__li__FPHL *)li__0D0U));
        } break;
        case __li__APLM__: {
          li__SNYP=li__XRDQ(((__li__APLM *)li__0D0U));
        } break;
        case __li__DTNM__: {
          li__SNYP=li__D5SO(((__li__DTNM *)li__0D0U));
        } break;
        case __li__JXNM__: {
          li__SNYP=li__153R(((__li__JXNM *)li__0D0U));
        } break;
        case __li__21LO__: {
          li__SNYP=li__2KLP(((__li__21LO *)li__0D0U));
        } break;
        case __li__TPOO__: {
          li__SNYP=li__JLLP(((__li__TPOO *)li__0D0U));
        } break;
        case __li__URRO__: {
          li__SNYP=li__KM4R(((__li__URRO *)li__0D0U));
        } break;
        case __li__41XO__: {
          li__SNYP=li__CSDQ(((__li__41XO *)li__0D0U));
        } break;
        case __li__AKBR__: {
          li__SNYP=li__L2DS(((__li__AKBR *)li__0D0U));
        } break;
        case __li__SU5R__: {
          li__SNYP=li__EQJS(((__li__SU5R *)li__0D0U));
        } break;
        case __li__JV5R__: {
          li__SNYP=li__PQJS(((__li__JV5R *)li__0D0U));
        } break;
        };
        li__1YKK=li__2IUJ(li__FUKK,li__YMYP,li__SNYP,li__QYKK,li__I__);
        li__MD0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__MD0U->li__2OLE),li__1YKK);
        li__WVRE(li__MD0U);
        li__0D0U=li__ZAHJ(((__li__ODID *)li__1YKK));
        li__JRKK=li__0D0U;
      } else /* FALSE */ {
        li__ZTKK=li__J1NK(((__li__5RB *)li__GRKK));
        li__KBG(((__li__U *)li__ZTKK->li__WXI));
        fputc((int)('='),stdout);
        li__KTKK=li__XWEK(li__FRKK);
        li__ZTKK=li__J1NK(((__li__5RB *)li__KTKK));
        li__KBG(((__li__U *)li__ZTKK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__GRKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__KTKK=li__XWEK(li__FRKK);
        li__OUHF(((__li__5RB *)li__KTKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__HRKK);
        li__V5E(li__FRKK->li__UPWI.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__IRKK=li__JRKK;
  return(li__IRKK);
}

static void* li__ZZKK(__li__HQWI *li__0ZKK,__li__5RB *li__1ZKK,__li__PO li__2ZKK)
/* (Strict EXPR_SHIFT_L{li__HQWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__4ZKK,*li__OF0U,*li__3ZKK;
  __li__5RB *li__U0KK,*li__H1KK,*li__O1KK,*li__0GKV,*li__51KK,*li__J3KK;
  __li__5RB *li__I5KK,*li__WHKV;
  __li__PO li__ZGKV,li__02KK,li__55KK;
  __li__VTBD *li__YGKV,*li__IHKV;
  __li__DFNL *li__AHKV,*li__HJRP;
  __li__KI *li__YE0U,*li__AF0U;
  __li__U *li__W1KK,*li__44KK;
  void *li__Y1KK;
  __li__PF *li__O2KK,*li__T5KK;
  __li__K li__U2KK,li__Z5KK;
  void *li__ERYP,*li__4RYP;
  void *li__52KK,*li__T3KK,*li__WALK;
  __li__UL2B *li__HHKV,*li__QHKV;
  __li__KMFK *li__D4KK,*li__KBLK,*li__XF0U;
  __li__ODID *li__F4KK,*li__QBLK;
  __li__KVBD *li__FF0U,*li__KF0U,*li__RHKV,*li__VHKV;
  __li__WK *li__QF0U;
  __li__WVBD *li__SF0U,*li__TF0U;
  __li__KLWI *li__VF0U;
  __li__ULWI *li__0F0U,*li__1F0U;
  __li__MSWI *li__3F0U,*li__4F0U;
  __li__MZWI *li__AG0U,*li__BG0U;
  __li__C0WI *li__DG0U,*li__EG0U;
  __li__M1WI *li__GG0U,*li__HG0U;
  __li__C li__V0KK,li__I1KK,li__M3KK;
  __li__2ZEC *li__FBLK;
  li__4ZKK=NULL;
  li__U0KK=li__2WEK(li__0ZKK);
  li__V0KK=li__EBGK(((__li__5RB *)li__1ZKK),li__U0KK);
  /* __li__B__ __li__I__ */
if (li__V0KK) {
    li__4ZKK=li__0ZKK;
  } else /* FALSE */ {
    li__H1KK=li__2WEK(li__0ZKK);
    li__I1KK=li__4HDL(((__li__5RB *)li__H1KK),li__1ZKK);
    /* __li__B__ __li__I__ */
if (li__I1KK) {
      li__O1KK=li__2WEK(li__0ZKK);
      li__0GKV=((__li__5RB *)li__O1KK);
      li__ZGKV=li__0ZKK->li__IQWI.li__DNWI.li__0CC;
      li__YGKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__YGKV),li__ZGKV,(&__string_68),'+',li__0GKV);
      li__AHKV=li__1CXJ(((__li__VTBD *)li__YGKV),li__0ZKK->li__IQWI.li__DNWI.li__0CC,li__0ZKK);
      li__YE0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__YE0U->li__2OLE),li__AHKV);
      li__WVRE(li__YE0U);
      li__W1KK=li__SQC(li__DS4J);
      li__O1KK=li__2WEK(li__0ZKK);
      li__Y1KK=li__UVIJ(((__li__5RB *)li__O1KK),li__W1KK);
      /* __li__B__ __li__I__ */
if (((void *)li__Y1KK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__51KK=li__2WEK(li__0ZKK);
        li__OUHF(((__li__5RB *)li__51KK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__1ZKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__W1KK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__51KK=li__2WEK(li__0ZKK);
        li__OUHF(((__li__5RB *)li__51KK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__2ZKK);
        li__51KK=li__2WEK(li__0ZKK);
        li__O2KK=li__J1NK(((__li__5RB *)li__51KK));
        li__V5E(li__O2KK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Y1KK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__Y1KK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__U2KK=li__OYLM(((__li__DZB *)li__Y1KK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__U2KK=li__OYLM(((__li__DZB *)li__Y1KK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__Y1KK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__U2KK=li__21RI(((__li__QWEC *)li__Y1KK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__U2KK=li__21RI(((__li__QWEC *)li__Y1KK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__U2KK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Y1KK)->__id==__li__DZB__) {
          li__02KK=((__li__DZB *)li__Y1KK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ERYP=((__li__QWEC *)li__Y1KK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ERYP)->__id==__li__IZB__) {
            li__02KK=((__li__IZB *)li__ERYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__02KK=((__li__4HAD *)li__ERYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__02KK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Y1KK)->__id==__li__DZB__) {
        li__ERYP=((__li__DZB *)li__Y1KK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ERYP)->__id==__li__IZB__) {
          li__52KK=((__li__IZB *)li__ERYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__52KK=((__li__4HAD *)li__ERYP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__ERYP=((__li__QWEC *)li__Y1KK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ERYP)->__id==__li__IZB__) {
          li__52KK=((__li__IZB *)li__ERYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__52KK=((__li__4HAD *)li__ERYP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__52KK==NULL) {
        li__ERYP=NULL;
      } else {
        switch (((struct ___OBJ *)li__52KK)->__id) {
        case __li__WRB__: {
          li__ERYP=((void *)li__52KK);
        } break;
        case __li__XRB__: {
          li__ERYP=((void *)li__52KK);
        } break;
        case __li__KUB__: {
          li__ERYP=((void *)li__52KK);
        } break;
        case __li__VB1__: {
          li__ERYP=((void *)li__52KK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__ERYP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ERYP == (void *)NULL)) {
        li__M3KK=li__B__;
      } else /* FALSE */ {
        li__52KK=((__li__5RB *)li__1ZKK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__ERYP)->__id) {
        case __li__WRB__: {
          li__J3KK=li__0VSG(((__li__WRB *)li__ERYP),li__52KK);
        } break;
        case __li__XRB__: {
          li__J3KK=li__OXSG(((__li__XRB *)((__li__WRB *)li__ERYP)),li__52KK);
        } break;
        case __li__KUB__: {
          li__J3KK=li__CZSG(((__li__KUB *)((__li__WRB *)li__ERYP)),li__52KK);
        } break;
        case __li__VB1__: {
          li__J3KK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__ERYP)),li__52KK);
        } break;
        };
        li__M3KK=((void *)li__J3KK != (void *)li__1ZKK);
      };
      /* __li__B__ __li__I__ */
if (li__M3KK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Y1KK)->__id==__li__DZB__) {
          li__4RYP=((__li__DZB *)li__Y1KK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4RYP)->__id==__li__IZB__) {
            li__T3KK=((__li__IZB *)li__4RYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__T3KK=((__li__4HAD *)li__4RYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__4RYP=((__li__QWEC *)li__Y1KK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4RYP)->__id==__li__IZB__) {
            li__T3KK=((__li__IZB *)li__4RYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__T3KK=((__li__4HAD *)li__4RYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__T3KK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__T3KK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__T3KK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__T3KK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__T3KK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__HHKV=((__li__UL2B *)((__li__WRB *)li__T3KK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__HHKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__T3KK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__1ZKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Y1KK)->__id==__li__DZB__) {
          li__02KK=((__li__DZB *)li__Y1KK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__4RYP=((__li__QWEC *)li__Y1KK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4RYP)->__id==__li__IZB__) {
            li__02KK=((__li__IZB *)li__4RYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__02KK=((__li__4HAD *)li__4RYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__02KK);
        li__V5E(li__0ZKK->li__IQWI.li__DNWI.li__0CC);
        li__ODF();
      };
      li__D4KK=li__NOPI(((__li__VTBD *)li__YGKV));
      li__F4KK=li__GDID(li__0ZKK->li__IQWI.li__DNWI.li__0CC,li__Y1KK,li__D4KK,li__D4KK,li__I__);
      li__YE0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__YE0U->li__2OLE),li__F4KK);
      li__WVRE(li__YE0U);
      li__Y1KK=li__ZAHJ(((__li__ODID *)li__F4KK));
      li__4ZKK=li__Y1KK;
      li__M3KK=li__B__;
    } else /* FALSE */ {
      li__M3KK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__M3KK)) {
      li__O1KK=li__2WEK(li__0ZKK);
      li__M3KK=li__R0LM(((__li__5RB *)li__1ZKK),li__O1KK);
      /* __li__B__ __li__I__ */
if (li__M3KK) {
        li__51KK=li__2WEK(li__0ZKK);
        li__J3KK=((__li__5RB *)li__51KK);
        li__02KK=li__0ZKK->li__IQWI.li__DNWI.li__0CC;
        li__IHKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__IHKV),li__02KK,(&__string_68),'+',li__J3KK);
        li__HJRP=li__1CXJ(((__li__VTBD *)li__IHKV),li__0ZKK->li__IQWI.li__DNWI.li__0CC,li__0ZKK);
        li__AF0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__AF0U->li__2OLE),li__HJRP);
        li__WVRE(li__AF0U);
        li__44KK=li__SQC(li__DS4J);
        li__ERYP=li__UVIJ(((__li__5RB *)li__1ZKK),li__44KK);
        /* __li__B__ __li__I__ */
if (((void *)li__ERYP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__1ZKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__I5KK=li__2WEK(li__0ZKK);
          li__OUHF(((__li__5RB *)li__I5KK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__44KK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__1ZKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__2ZKK);
          li__T5KK=li__J1NK(((__li__5RB *)li__1ZKK));
          li__V5E(li__T5KK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ERYP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__ERYP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__Z5KK=li__OYLM(((__li__DZB *)li__ERYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__Z5KK=li__OYLM(((__li__DZB *)li__ERYP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__ERYP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__Z5KK=li__21RI(((__li__QWEC *)li__ERYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__Z5KK=li__21RI(((__li__QWEC *)li__ERYP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__Z5KK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ERYP)->__id==__li__DZB__) {
            li__55KK=((__li__DZB *)li__ERYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__T3KK=((__li__QWEC *)li__ERYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T3KK)->__id==__li__IZB__) {
              li__55KK=((__li__IZB *)li__T3KK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__55KK=((__li__4HAD *)li__T3KK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__55KK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ERYP)->__id==__li__DZB__) {
          li__4RYP=((__li__DZB *)li__ERYP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4RYP)->__id==__li__IZB__) {
            li__T3KK=((__li__IZB *)li__4RYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__T3KK=((__li__4HAD *)li__4RYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__4RYP=((__li__QWEC *)li__ERYP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4RYP)->__id==__li__IZB__) {
            li__T3KK=((__li__IZB *)li__4RYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__T3KK=((__li__4HAD *)li__4RYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__T3KK==NULL) {
          li__4RYP=NULL;
        } else {
          switch (((struct ___OBJ *)li__T3KK)->__id) {
          case __li__WRB__: {
            li__4RYP=((void *)li__T3KK);
          } break;
          case __li__XRB__: {
            li__4RYP=((void *)li__T3KK);
          } break;
          case __li__KUB__: {
            li__4RYP=((void *)li__T3KK);
          } break;
          case __li__VB1__: {
            li__4RYP=((void *)li__T3KK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__4RYP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__4RYP == (void *)NULL) || ((void *)li__4RYP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ERYP)->__id==__li__DZB__) {
            li__T3KK=((__li__DZB *)li__ERYP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T3KK)->__id==__li__IZB__) {
              li__WALK=((__li__IZB *)li__T3KK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__WALK=((__li__4HAD *)li__T3KK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__T3KK=((__li__QWEC *)li__ERYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T3KK)->__id==__li__IZB__) {
              li__WALK=((__li__IZB *)li__T3KK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__WALK=((__li__4HAD *)li__T3KK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__WALK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__WALK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__WALK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__WALK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__WALK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__QHKV=((__li__UL2B *)((__li__WRB *)li__WALK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__QHKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__WALK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__1ZKK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ERYP)->__id==__li__DZB__) {
            li__55KK=((__li__DZB *)li__ERYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__T3KK=((__li__QWEC *)li__ERYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T3KK)->__id==__li__IZB__) {
              li__55KK=((__li__IZB *)li__T3KK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__55KK=((__li__4HAD *)li__T3KK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__55KK);
          li__V5E(li__0ZKK->li__IQWI.li__DNWI.li__0CC);
          li__ODF();
        };
        li__FBLK=li__IF1H( 2);
        li__02KK=li__0ZKK->li__IQWI.li__DNWI.li__0CC;
        li__FF0U=li__5QND();
        li__KF0U=((__li__KVBD *)li__FF0U);
        li__KF0U->li__LVBD.li__0K.li__0CC=li__02KK;
        li__51KK=li__NNSE(((__li__5RB *)li__1ZKK));
        li__KF0U->li__LVBD.li__WZLE=li__51KK;
        li__0K4N(((__li__2ZEC *)li__FBLK),li__FF0U);
        li__KBLK=li__NOPI(((__li__VTBD *)li__IHKV));
        li__NWYJ(((__li__2ZEC *)li__FBLK),li__KBLK);
        li__02KK=li__0ZKK->li__IQWI.li__DNWI.li__0CC;
        li__OF0U=((void **)(*(((__li__2ZEC *)li__FBLK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OF0U)->__id) {
        case __li__WK__: {
          li__QF0U=li__PVEJ(((__li__WK *)li__OF0U));
          li__4RYP=li__QF0U;
        } break;
        case __li__AVBD__: {
          li__4RYP=li__AE5L(((__li__AVBD *)li__OF0U));
        } break;
        case __li__KVBD__: {
          li__RHKV=((__li__KVBD *)li__OF0U);
          li__55KK=li__RHKV->li__LVBD.li__0K.li__0CC;
          li__I5KK=li__RHKV->li__LVBD.li__WZLE;
          li__RHKV=li__5QND();
          li__VHKV=((__li__KVBD *)li__RHKV);
          li__VHKV->li__LVBD.li__0K.li__0CC=li__55KK;
          li__WHKV=li__NNSE(((__li__5RB *)li__I5KK));
          li__VHKV->li__LVBD.li__WZLE=li__WHKV;
          li__4RYP=li__RHKV;
        } break;
        case __li__WVBD__: {
          li__SF0U=((__li__WVBD *)li__OF0U);
          li__TF0U=li__VEID(li__SF0U->li__XVBD.li__0K.li__0CC,li__SF0U->li__2ZLE,li__SF0U->li__XVBD.li__WZLE);
          li__4RYP=li__TF0U;
        } break;
        case __li__Z4WH__: {
          li__4RYP=li__XEVK(((__li__Z4WH *)li__OF0U));
        } break;
        case __li__KTVI__: {
          li__4RYP=li__XF5L(((__li__KTVI *)li__OF0U));
        } break;
        case __li__LTVI__: {
          li__4RYP=li__SDGM(((__li__LTVI *)li__OF0U));
        } break;
        case __li__XTVI__: {
          li__4RYP=li__DG5L(((__li__XTVI *)li__OF0U));
        } break;
        case __li__YTVI__: {
          li__4RYP=li__4DGM(((__li__YTVI *)li__OF0U));
        } break;
        case __li__S2VI__: {
          li__4RYP=li__OG5L(((__li__S2VI *)li__OF0U));
        } break;
        case __li__E3VI__: {
          li__4RYP=li__ZG5L(((__li__E3VI *)li__OF0U));
        } break;
        case __li__KLWI__: {
          li__VF0U=((__li__KLWI *)li__OF0U);
          li__55KK=li__VF0U->li__LLWI.li__0CC;
          li__XF0U=li__G3CM(((__li__KMFK *)li__VF0U->li__ZPBK));
          li__VF0U=li__PNSJ(li__55KK,li__XF0U);
          li__4RYP=li__VF0U;
        } break;
        case __li__ULWI__: {
          li__0F0U=((__li__ULWI *)li__OF0U);
          li__1F0U=li__AOSJ(li__0F0U->li__VLWI.li__0CC,li__0F0U->li__4PBK);
          li__4RYP=li__1F0U;
        } break;
        case __li__NMWI__: {
          li__4RYP=li__SH5L(((__li__NMWI *)li__OF0U));
        } break;
        case __li__BNWI__: {
          li__4RYP=li__3H5L(((__li__BNWI *)li__OF0U));
        } break;
        case __li__XNWI__: {
          li__4RYP=li__II5L(((__li__XNWI *)li__OF0U));
        } break;
        case __li__LOWI__: {
          li__4RYP=li__TI5L(((__li__LOWI *)li__OF0U));
        } break;
        case __li__5OWI__: {
          li__4RYP=li__4I5L(((__li__5OWI *)li__OF0U));
        } break;
        case __li__TPWI__: {
          li__4RYP=li__JJ5L(((__li__TPWI *)li__OF0U));
        } break;
        case __li__HQWI__: {
          li__4RYP=li__UJ5L(((__li__HQWI *)li__OF0U));
        } break;
        case __li__ARWI__: {
          li__4RYP=li__5J5L(((__li__ARWI *)li__OF0U));
        } break;
        case __li__URWI__: {
          li__4RYP=li__NK5L(((__li__URWI *)li__OF0U));
        } break;
        case __li__MSWI__: {
          li__3F0U=((__li__MSWI *)li__OF0U);
          li__4F0U=li__YXSJ(li__3F0U->li__NSWI.li__0CC,li__3F0U->li__ISBK);
          li__4RYP=li__4F0U;
        } break;
        case __li__ETWI__: {
          li__4RYP=li__4K5L(((__li__ETWI *)li__OF0U));
        } break;
        case __li__MZWI__: {
          li__AG0U=((__li__MZWI *)li__OF0U);
          li__BG0U=li__4U4I(li__AG0U->li__NZWI.li__0K.li__0CC,li__AG0U->li__3SBK,li__AG0U->li__NZWI.li__WZLE);
          li__4RYP=li__BG0U;
        } break;
        case __li__C0WI__: {
          li__DG0U=((__li__C0WI *)li__OF0U);
          li__EG0U=li__ZV4I(li__DG0U->li__D0WI.li__0K.li__0CC,li__DG0U->li__CTBK);
          li__4RYP=li__EG0U;
        } break;
        case __li__M1WI__: {
          li__GG0U=((__li__M1WI *)li__OF0U);
          li__HG0U=li__1Z4I(li__GG0U->li__N1WI.li__0K.li__0CC,li__GG0U->li__UTFK);
          li__4RYP=li__HG0U;
        } break;
        case __li__KMFK__: {
          li__4RYP=li__G3CM(((__li__KMFK *)li__OF0U));
        } break;
        case __li__XOHL__: {
          li__4RYP=li__AAPN(((__li__XOHL *)li__OF0U));
        } break;
        case __li__FPHL__: {
          li__4RYP=li__2EGM(((__li__FPHL *)li__OF0U));
        } break;
        case __li__APLM__: {
          li__4RYP=li__XRDQ(((__li__APLM *)li__OF0U));
        } break;
        case __li__DTNM__: {
          li__4RYP=li__D5SO(((__li__DTNM *)li__OF0U));
        } break;
        case __li__JXNM__: {
          li__4RYP=li__153R(((__li__JXNM *)li__OF0U));
        } break;
        case __li__21LO__: {
          li__4RYP=li__2KLP(((__li__21LO *)li__OF0U));
        } break;
        case __li__TPOO__: {
          li__4RYP=li__JLLP(((__li__TPOO *)li__OF0U));
        } break;
        case __li__URRO__: {
          li__4RYP=li__KM4R(((__li__URRO *)li__OF0U));
        } break;
        case __li__41XO__: {
          li__4RYP=li__CSDQ(((__li__41XO *)li__OF0U));
        } break;
        case __li__AKBR__: {
          li__4RYP=li__L2DS(((__li__AKBR *)li__OF0U));
        } break;
        case __li__SU5R__: {
          li__4RYP=li__EQJS(((__li__SU5R *)li__OF0U));
        } break;
        case __li__JV5R__: {
          li__4RYP=li__PQJS(((__li__JV5R *)li__OF0U));
        } break;
        };
        li__QBLK=li__2IUJ(li__02KK,li__ERYP,li__4RYP,li__FBLK,li__I__);
        li__AF0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__AF0U->li__2OLE),li__QBLK);
        li__WVRE(li__AF0U);
        li__OF0U=li__ZAHJ(((__li__ODID *)li__QBLK));
        li__4ZKK=li__OF0U;
      } else /* FALSE */ {
        li__O2KK=li__J1NK(((__li__5RB *)li__1ZKK));
        li__KBG(((__li__U *)li__O2KK->li__WXI));
        fputc((int)('='),stdout);
        li__51KK=li__2WEK(li__0ZKK);
        li__O2KK=li__J1NK(((__li__5RB *)li__51KK));
        li__KBG(((__li__U *)li__O2KK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__1ZKK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__51KK=li__2WEK(li__0ZKK);
        li__OUHF(((__li__5RB *)li__51KK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__2ZKK);
        li__V5E(li__0ZKK->li__IQWI.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__3ZKK=li__4ZKK;
  return(li__3ZKK);
}

static void* li__NCLK(__li__ARWI *li__OCLK,__li__5RB *li__PCLK,__li__PO li__QCLK)
/* (Strict PUT_TO{li__ARWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__SCLK,*li__CH0U,*li__RCLK;
  __li__5RB *li__1HKV,*li__3FLK,*li__UIKV,*li__XIKV;
  __li__PO li__0HKV,li__OFLK,li__TILK;
  __li__VTBD *li__ZHKV,*li__JIKV;
  __li__DFNL *li__BIKV,*li__HUMM;
  __li__KI *li__MG0U,*li__UG0U;
  __li__U *li__KELK,*li__SHLK;
  void *li__MELK;
  __li__PF *li__CFLK,*li__HILK;
  __li__K li__IFLK,li__NILK;
  void *li__XH5M,*li__PI5M;
  void *li__TFLK,*li__HGLK,*li__KJLK;
  __li__UL2B *li__IIKV,*li__RIKV;
  __li__KMFK *li__XGLK,*li__4JLK,*li__LH0U;
  __li__ODID *li__ZGLK,*li__EKLK;
  __li__KVBD *li__ZG0U,*li__4G0U,*li__SIKV,*li__WIKV;
  __li__WK *li__EH0U;
  __li__WVBD *li__GH0U,*li__HH0U;
  __li__KLWI *li__JH0U;
  __li__ULWI *li__OH0U,*li__PH0U;
  __li__MSWI *li__RH0U,*li__SH0U;
  __li__MZWI *li__UH0U,*li__VH0U;
  __li__C0WI *li__XH0U,*li__YH0U;
  __li__M1WI *li__0H0U,*li__1H0U;
  __li__C li__JDLK,li__2DLK,li__AGLK;
  __li__2ZEC *li__ZJLK;
  li__SCLK=NULL;
  li__JDLK=li__EBGK(((__li__5RB *)li__PCLK),li__QRB__->li__RRB.li__J0C);
  /* __li__B__ __li__I__ */
if (li__JDLK) {
    li__SCLK=li__OCLK;
  } else /* FALSE */ {
    li__2DLK=li__4HDL(((__li__5RB *)li__QRB__->li__RRB.li__J0C),li__PCLK);
    /* __li__B__ __li__I__ */
if (li__2DLK) {
      li__1HKV=((__li__5RB *)li__QRB__->li__RRB.li__J0C);
      li__0HKV=li__OCLK->li__BRWI.li__0CC;
      li__ZHKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__ZHKV),li__0HKV,(&__string_68),'+',li__1HKV);
      li__BIKV=li__1CXJ(((__li__VTBD *)li__ZHKV),li__OCLK->li__BRWI.li__0CC,li__OCLK);
      li__MG0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MG0U->li__2OLE),li__BIKV);
      li__WVRE(li__MG0U);
      li__KELK=li__SQC(li__DS4J);
      li__MELK=li__UVIJ(((__li__5RB *)li__QRB__->li__RRB.li__J0C),li__KELK);
      /* __li__B__ __li__I__ */
if (((void *)li__MELK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__QRB__->li__RRB.li__J0C),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__PCLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__KELK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__QRB__->li__RRB.li__J0C),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__QCLK);
        li__CFLK=li__J1NK(((__li__5RB *)li__QRB__->li__RRB.li__J0C));
        li__V5E(li__CFLK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MELK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__MELK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__IFLK=li__OYLM(((__li__DZB *)li__MELK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__IFLK=li__OYLM(((__li__DZB *)li__MELK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__MELK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__IFLK=li__21RI(((__li__QWEC *)li__MELK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__IFLK=li__21RI(((__li__QWEC *)li__MELK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__IFLK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MELK)->__id==__li__DZB__) {
          li__OFLK=((__li__DZB *)li__MELK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__XH5M=((__li__QWEC *)li__MELK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XH5M)->__id==__li__IZB__) {
            li__OFLK=((__li__IZB *)li__XH5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__OFLK=((__li__4HAD *)li__XH5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__OFLK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MELK)->__id==__li__DZB__) {
        li__XH5M=((__li__DZB *)li__MELK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XH5M)->__id==__li__IZB__) {
          li__TFLK=((__li__IZB *)li__XH5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__TFLK=((__li__4HAD *)li__XH5M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__XH5M=((__li__QWEC *)li__MELK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XH5M)->__id==__li__IZB__) {
          li__TFLK=((__li__IZB *)li__XH5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__TFLK=((__li__4HAD *)li__XH5M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__TFLK==NULL) {
        li__XH5M=NULL;
      } else {
        switch (((struct ___OBJ *)li__TFLK)->__id) {
        case __li__WRB__: {
          li__XH5M=((void *)li__TFLK);
        } break;
        case __li__XRB__: {
          li__XH5M=((void *)li__TFLK);
        } break;
        case __li__KUB__: {
          li__XH5M=((void *)li__TFLK);
        } break;
        case __li__VB1__: {
          li__XH5M=((void *)li__TFLK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__XH5M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__XH5M == (void *)NULL)) {
        li__AGLK=li__B__;
      } else /* FALSE */ {
        li__TFLK=((__li__5RB *)li__PCLK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__XH5M)->__id) {
        case __li__WRB__: {
          li__3FLK=li__0VSG(((__li__WRB *)li__XH5M),li__TFLK);
        } break;
        case __li__XRB__: {
          li__3FLK=li__OXSG(((__li__XRB *)((__li__WRB *)li__XH5M)),li__TFLK);
        } break;
        case __li__KUB__: {
          li__3FLK=li__CZSG(((__li__KUB *)((__li__WRB *)li__XH5M)),li__TFLK);
        } break;
        case __li__VB1__: {
          li__3FLK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__XH5M)),li__TFLK);
        } break;
        };
        li__AGLK=((void *)li__3FLK != (void *)li__PCLK);
      };
      /* __li__B__ __li__I__ */
if (li__AGLK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MELK)->__id==__li__DZB__) {
          li__PI5M=((__li__DZB *)li__MELK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PI5M)->__id==__li__IZB__) {
            li__HGLK=((__li__IZB *)li__PI5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__HGLK=((__li__4HAD *)li__PI5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__PI5M=((__li__QWEC *)li__MELK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PI5M)->__id==__li__IZB__) {
            li__HGLK=((__li__IZB *)li__PI5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__HGLK=((__li__4HAD *)li__PI5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__HGLK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__HGLK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__HGLK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__HGLK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__HGLK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__IIKV=((__li__UL2B *)((__li__WRB *)li__HGLK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__IIKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__HGLK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__PCLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MELK)->__id==__li__DZB__) {
          li__OFLK=((__li__DZB *)li__MELK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__PI5M=((__li__QWEC *)li__MELK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PI5M)->__id==__li__IZB__) {
            li__OFLK=((__li__IZB *)li__PI5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__OFLK=((__li__4HAD *)li__PI5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__OFLK);
        li__V5E(li__OCLK->li__BRWI.li__0CC);
        li__ODF();
      };
      li__XGLK=li__NOPI(((__li__VTBD *)li__ZHKV));
      li__ZGLK=li__GDID(li__OCLK->li__BRWI.li__0CC,li__MELK,li__XGLK,li__XGLK,li__I__);
      li__MG0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MG0U->li__2OLE),li__ZGLK);
      li__WVRE(li__MG0U);
      li__MELK=li__ZAHJ(((__li__ODID *)li__ZGLK));
      li__SCLK=li__MELK;
      li__AGLK=li__B__;
    } else /* FALSE */ {
      li__AGLK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__AGLK)) {
      li__AGLK=li__R0LM(((__li__5RB *)li__PCLK),li__QRB__->li__RRB.li__J0C);
      /* __li__B__ __li__I__ */
if (li__AGLK) {
        li__3FLK=((__li__5RB *)li__QRB__->li__RRB.li__J0C);
        li__OFLK=li__OCLK->li__BRWI.li__0CC;
        li__JIKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__JIKV),li__OFLK,(&__string_68),'+',li__3FLK);
        li__HUMM=li__1CXJ(((__li__VTBD *)li__JIKV),li__OCLK->li__BRWI.li__0CC,li__OCLK);
        li__UG0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UG0U->li__2OLE),li__HUMM);
        li__WVRE(li__UG0U);
        li__SHLK=li__SQC(li__DS4J);
        li__XH5M=li__UVIJ(((__li__5RB *)li__PCLK),li__SHLK);
        /* __li__B__ __li__I__ */
if (((void *)li__XH5M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__PCLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__QRB__->li__RRB.li__J0C),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__SHLK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__PCLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__QCLK);
          li__HILK=li__J1NK(((__li__5RB *)li__PCLK));
          li__V5E(li__HILK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XH5M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__XH5M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__NILK=li__OYLM(((__li__DZB *)li__XH5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__NILK=li__OYLM(((__li__DZB *)li__XH5M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__XH5M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__NILK=li__21RI(((__li__QWEC *)li__XH5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__NILK=li__21RI(((__li__QWEC *)li__XH5M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__NILK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XH5M)->__id==__li__DZB__) {
            li__TILK=((__li__DZB *)li__XH5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__HGLK=((__li__QWEC *)li__XH5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HGLK)->__id==__li__IZB__) {
              li__TILK=((__li__IZB *)li__HGLK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__TILK=((__li__4HAD *)li__HGLK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__TILK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XH5M)->__id==__li__DZB__) {
          li__PI5M=((__li__DZB *)li__XH5M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PI5M)->__id==__li__IZB__) {
            li__HGLK=((__li__IZB *)li__PI5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__HGLK=((__li__4HAD *)li__PI5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__PI5M=((__li__QWEC *)li__XH5M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PI5M)->__id==__li__IZB__) {
            li__HGLK=((__li__IZB *)li__PI5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__HGLK=((__li__4HAD *)li__PI5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__HGLK==NULL) {
          li__PI5M=NULL;
        } else {
          switch (((struct ___OBJ *)li__HGLK)->__id) {
          case __li__WRB__: {
            li__PI5M=((void *)li__HGLK);
          } break;
          case __li__XRB__: {
            li__PI5M=((void *)li__HGLK);
          } break;
          case __li__KUB__: {
            li__PI5M=((void *)li__HGLK);
          } break;
          case __li__VB1__: {
            li__PI5M=((void *)li__HGLK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__PI5M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__PI5M == (void *)NULL) || ((void *)li__PI5M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XH5M)->__id==__li__DZB__) {
            li__HGLK=((__li__DZB *)li__XH5M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HGLK)->__id==__li__IZB__) {
              li__KJLK=((__li__IZB *)li__HGLK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__KJLK=((__li__4HAD *)li__HGLK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__HGLK=((__li__QWEC *)li__XH5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HGLK)->__id==__li__IZB__) {
              li__KJLK=((__li__IZB *)li__HGLK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__KJLK=((__li__4HAD *)li__HGLK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__KJLK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__KJLK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__KJLK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__KJLK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__KJLK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__RIKV=((__li__UL2B *)((__li__WRB *)li__KJLK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__RIKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__KJLK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__PCLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XH5M)->__id==__li__DZB__) {
            li__TILK=((__li__DZB *)li__XH5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__HGLK=((__li__QWEC *)li__XH5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HGLK)->__id==__li__IZB__) {
              li__TILK=((__li__IZB *)li__HGLK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__TILK=((__li__4HAD *)li__HGLK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__TILK);
          li__V5E(li__OCLK->li__BRWI.li__0CC);
          li__ODF();
        };
        li__ZJLK=li__IF1H( 2);
        li__OFLK=li__OCLK->li__BRWI.li__0CC;
        li__ZG0U=li__5QND();
        li__4G0U=((__li__KVBD *)li__ZG0U);
        li__4G0U->li__LVBD.li__0K.li__0CC=li__OFLK;
        li__3FLK=li__NNSE(((__li__5RB *)li__PCLK));
        li__4G0U->li__LVBD.li__WZLE=li__3FLK;
        li__0K4N(((__li__2ZEC *)li__ZJLK),li__ZG0U);
        li__4JLK=li__NOPI(((__li__VTBD *)li__JIKV));
        li__NWYJ(((__li__2ZEC *)li__ZJLK),li__4JLK);
        li__OFLK=li__OCLK->li__BRWI.li__0CC;
        li__CH0U=((void **)(*(((__li__2ZEC *)li__ZJLK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CH0U)->__id) {
        case __li__WK__: {
          li__EH0U=li__PVEJ(((__li__WK *)li__CH0U));
          li__PI5M=li__EH0U;
        } break;
        case __li__AVBD__: {
          li__PI5M=li__AE5L(((__li__AVBD *)li__CH0U));
        } break;
        case __li__KVBD__: {
          li__SIKV=((__li__KVBD *)li__CH0U);
          li__TILK=li__SIKV->li__LVBD.li__0K.li__0CC;
          li__UIKV=li__SIKV->li__LVBD.li__WZLE;
          li__SIKV=li__5QND();
          li__WIKV=((__li__KVBD *)li__SIKV);
          li__WIKV->li__LVBD.li__0K.li__0CC=li__TILK;
          li__XIKV=li__NNSE(((__li__5RB *)li__UIKV));
          li__WIKV->li__LVBD.li__WZLE=li__XIKV;
          li__PI5M=li__SIKV;
        } break;
        case __li__WVBD__: {
          li__GH0U=((__li__WVBD *)li__CH0U);
          li__HH0U=li__VEID(li__GH0U->li__XVBD.li__0K.li__0CC,li__GH0U->li__2ZLE,li__GH0U->li__XVBD.li__WZLE);
          li__PI5M=li__HH0U;
        } break;
        case __li__Z4WH__: {
          li__PI5M=li__XEVK(((__li__Z4WH *)li__CH0U));
        } break;
        case __li__KTVI__: {
          li__PI5M=li__XF5L(((__li__KTVI *)li__CH0U));
        } break;
        case __li__LTVI__: {
          li__PI5M=li__SDGM(((__li__LTVI *)li__CH0U));
        } break;
        case __li__XTVI__: {
          li__PI5M=li__DG5L(((__li__XTVI *)li__CH0U));
        } break;
        case __li__YTVI__: {
          li__PI5M=li__4DGM(((__li__YTVI *)li__CH0U));
        } break;
        case __li__S2VI__: {
          li__PI5M=li__OG5L(((__li__S2VI *)li__CH0U));
        } break;
        case __li__E3VI__: {
          li__PI5M=li__ZG5L(((__li__E3VI *)li__CH0U));
        } break;
        case __li__KLWI__: {
          li__JH0U=((__li__KLWI *)li__CH0U);
          li__TILK=li__JH0U->li__LLWI.li__0CC;
          li__LH0U=li__G3CM(((__li__KMFK *)li__JH0U->li__ZPBK));
          li__JH0U=li__PNSJ(li__TILK,li__LH0U);
          li__PI5M=li__JH0U;
        } break;
        case __li__ULWI__: {
          li__OH0U=((__li__ULWI *)li__CH0U);
          li__PH0U=li__AOSJ(li__OH0U->li__VLWI.li__0CC,li__OH0U->li__4PBK);
          li__PI5M=li__PH0U;
        } break;
        case __li__NMWI__: {
          li__PI5M=li__SH5L(((__li__NMWI *)li__CH0U));
        } break;
        case __li__BNWI__: {
          li__PI5M=li__3H5L(((__li__BNWI *)li__CH0U));
        } break;
        case __li__XNWI__: {
          li__PI5M=li__II5L(((__li__XNWI *)li__CH0U));
        } break;
        case __li__LOWI__: {
          li__PI5M=li__TI5L(((__li__LOWI *)li__CH0U));
        } break;
        case __li__5OWI__: {
          li__PI5M=li__4I5L(((__li__5OWI *)li__CH0U));
        } break;
        case __li__TPWI__: {
          li__PI5M=li__JJ5L(((__li__TPWI *)li__CH0U));
        } break;
        case __li__HQWI__: {
          li__PI5M=li__UJ5L(((__li__HQWI *)li__CH0U));
        } break;
        case __li__ARWI__: {
          li__PI5M=li__5J5L(((__li__ARWI *)li__CH0U));
        } break;
        case __li__URWI__: {
          li__PI5M=li__NK5L(((__li__URWI *)li__CH0U));
        } break;
        case __li__MSWI__: {
          li__RH0U=((__li__MSWI *)li__CH0U);
          li__SH0U=li__YXSJ(li__RH0U->li__NSWI.li__0CC,li__RH0U->li__ISBK);
          li__PI5M=li__SH0U;
        } break;
        case __li__ETWI__: {
          li__PI5M=li__4K5L(((__li__ETWI *)li__CH0U));
        } break;
        case __li__MZWI__: {
          li__UH0U=((__li__MZWI *)li__CH0U);
          li__VH0U=li__4U4I(li__UH0U->li__NZWI.li__0K.li__0CC,li__UH0U->li__3SBK,li__UH0U->li__NZWI.li__WZLE);
          li__PI5M=li__VH0U;
        } break;
        case __li__C0WI__: {
          li__XH0U=((__li__C0WI *)li__CH0U);
          li__YH0U=li__ZV4I(li__XH0U->li__D0WI.li__0K.li__0CC,li__XH0U->li__CTBK);
          li__PI5M=li__YH0U;
        } break;
        case __li__M1WI__: {
          li__0H0U=((__li__M1WI *)li__CH0U);
          li__1H0U=li__1Z4I(li__0H0U->li__N1WI.li__0K.li__0CC,li__0H0U->li__UTFK);
          li__PI5M=li__1H0U;
        } break;
        case __li__KMFK__: {
          li__PI5M=li__G3CM(((__li__KMFK *)li__CH0U));
        } break;
        case __li__XOHL__: {
          li__PI5M=li__AAPN(((__li__XOHL *)li__CH0U));
        } break;
        case __li__FPHL__: {
          li__PI5M=li__2EGM(((__li__FPHL *)li__CH0U));
        } break;
        case __li__APLM__: {
          li__PI5M=li__XRDQ(((__li__APLM *)li__CH0U));
        } break;
        case __li__DTNM__: {
          li__PI5M=li__D5SO(((__li__DTNM *)li__CH0U));
        } break;
        case __li__JXNM__: {
          li__PI5M=li__153R(((__li__JXNM *)li__CH0U));
        } break;
        case __li__21LO__: {
          li__PI5M=li__2KLP(((__li__21LO *)li__CH0U));
        } break;
        case __li__TPOO__: {
          li__PI5M=li__JLLP(((__li__TPOO *)li__CH0U));
        } break;
        case __li__URRO__: {
          li__PI5M=li__KM4R(((__li__URRO *)li__CH0U));
        } break;
        case __li__41XO__: {
          li__PI5M=li__CSDQ(((__li__41XO *)li__CH0U));
        } break;
        case __li__AKBR__: {
          li__PI5M=li__L2DS(((__li__AKBR *)li__CH0U));
        } break;
        case __li__SU5R__: {
          li__PI5M=li__EQJS(((__li__SU5R *)li__CH0U));
        } break;
        case __li__JV5R__: {
          li__PI5M=li__PQJS(((__li__JV5R *)li__CH0U));
        } break;
        };
        li__EKLK=li__2IUJ(li__OFLK,li__XH5M,li__PI5M,li__ZJLK,li__I__);
        li__UG0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UG0U->li__2OLE),li__EKLK);
        li__WVRE(li__UG0U);
        li__CH0U=li__ZAHJ(((__li__ODID *)li__EKLK));
        li__SCLK=li__CH0U;
      } else /* FALSE */ {
        li__CFLK=li__J1NK(((__li__5RB *)li__PCLK));
        li__KBG(((__li__U *)li__CFLK->li__WXI));
        fputc((int)('='),stdout);
        li__CFLK=li__J1NK(((__li__5RB *)li__QRB__->li__RRB.li__J0C));
        li__KBG(((__li__U *)li__CFLK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__PCLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__QRB__->li__RRB.li__J0C),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__QCLK);
        li__V5E(li__OCLK->li__BRWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__RCLK=li__SCLK;
  return(li__RCLK);
}

static void* li__BLLK(__li__URWI *li__CLLK,__li__5RB *li__DLLK,__li__PO li__ELLK)
/* (Strict ITEM{li__URWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__GLLK,*li__WI0U,*li__FLLK;
  __li__5RB *li__2LLK,*li__PMLK,*li__WMLK,*li__2IKV,*li__HNLK,*li__ROLK;
  __li__5RB *li__QQLK,*li__YJKV;
  __li__PO li__1IKV,li__COLK,li__HRLK;
  __li__VTBD *li__0IKV,*li__KJKV;
  __li__DFNL *li__CJKV,*li__WLRP;
  __li__KI *li__AI0U,*li__II0U;
  __li__U *li__4MLK,*li__GQLK;
  void *li__ANLK;
  __li__PF *li__WNLK,*li__1QLK;
  __li__K li__2NLK,li__BRLK;
  void *li__CVYP,*li__0VYP;
  void *li__HOLK,*li__1OLK,*li__4RLK;
  __li__UL2B *li__JJKV,*li__SJKV;
  __li__KMFK *li__LPLK,*li__SSLK,*li__5I0U;
  __li__ODID *li__NPLK,*li__YSLK;
  __li__KVBD *li__NI0U,*li__SI0U,*li__TJKV,*li__XJKV;
  __li__WK *li__YI0U;
  __li__WVBD *li__0I0U,*li__1I0U;
  __li__KLWI *li__3I0U;
  __li__ULWI *li__CJ0U,*li__DJ0U;
  __li__MSWI *li__FJ0U,*li__GJ0U;
  __li__MZWI *li__IJ0U,*li__JJ0U;
  __li__C0WI *li__LJ0U,*li__MJ0U;
  __li__M1WI *li__OJ0U,*li__PJ0U;
  __li__C li__3LLK,li__QMLK,li__UOLK;
  __li__2ZEC *li__NSLK;
  li__GLLK=NULL;
  li__2LLK=li__FXEK(li__CLLK);
  li__3LLK=li__EBGK(((__li__5RB *)li__DLLK),li__2LLK);
  /* __li__B__ __li__I__ */
if (li__3LLK) {
    li__GLLK=li__CLLK;
  } else /* FALSE */ {
    li__PMLK=li__FXEK(li__CLLK);
    li__QMLK=li__4HDL(((__li__5RB *)li__PMLK),li__DLLK);
    /* __li__B__ __li__I__ */
if (li__QMLK) {
      li__WMLK=li__FXEK(li__CLLK);
      li__2IKV=((__li__5RB *)li__WMLK);
      li__1IKV=li__CLLK->li__VRWI.li__0CC;
      li__0IKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__0IKV),li__1IKV,(&__string_68),'+',li__2IKV);
      li__CJKV=li__1CXJ(((__li__VTBD *)li__0IKV),li__CLLK->li__VRWI.li__0CC,li__CLLK);
      li__AI0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__AI0U->li__2OLE),li__CJKV);
      li__WVRE(li__AI0U);
      li__4MLK=li__SQC(li__DS4J);
      li__WMLK=li__FXEK(li__CLLK);
      li__ANLK=li__UVIJ(((__li__5RB *)li__WMLK),li__4MLK);
      /* __li__B__ __li__I__ */
if (((void *)li__ANLK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__HNLK=li__FXEK(li__CLLK);
        li__OUHF(((__li__5RB *)li__HNLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__DLLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__4MLK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__HNLK=li__FXEK(li__CLLK);
        li__OUHF(((__li__5RB *)li__HNLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__ELLK);
        li__HNLK=li__FXEK(li__CLLK);
        li__WNLK=li__J1NK(((__li__5RB *)li__HNLK));
        li__V5E(li__WNLK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ANLK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__ANLK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__2NLK=li__OYLM(((__li__DZB *)li__ANLK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__2NLK=li__OYLM(((__li__DZB *)li__ANLK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__ANLK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__2NLK=li__21RI(((__li__QWEC *)li__ANLK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__2NLK=li__21RI(((__li__QWEC *)li__ANLK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__2NLK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ANLK)->__id==__li__DZB__) {
          li__COLK=((__li__DZB *)li__ANLK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__CVYP=((__li__QWEC *)li__ANLK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CVYP)->__id==__li__IZB__) {
            li__COLK=((__li__IZB *)li__CVYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__COLK=((__li__4HAD *)li__CVYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__COLK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ANLK)->__id==__li__DZB__) {
        li__CVYP=((__li__DZB *)li__ANLK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CVYP)->__id==__li__IZB__) {
          li__HOLK=((__li__IZB *)li__CVYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__HOLK=((__li__4HAD *)li__CVYP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__CVYP=((__li__QWEC *)li__ANLK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CVYP)->__id==__li__IZB__) {
          li__HOLK=((__li__IZB *)li__CVYP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__HOLK=((__li__4HAD *)li__CVYP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__HOLK==NULL) {
        li__CVYP=NULL;
      } else {
        switch (((struct ___OBJ *)li__HOLK)->__id) {
        case __li__WRB__: {
          li__CVYP=((void *)li__HOLK);
        } break;
        case __li__XRB__: {
          li__CVYP=((void *)li__HOLK);
        } break;
        case __li__KUB__: {
          li__CVYP=((void *)li__HOLK);
        } break;
        case __li__VB1__: {
          li__CVYP=((void *)li__HOLK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__CVYP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__CVYP == (void *)NULL)) {
        li__UOLK=li__B__;
      } else /* FALSE */ {
        li__HOLK=((__li__5RB *)li__DLLK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__CVYP)->__id) {
        case __li__WRB__: {
          li__ROLK=li__0VSG(((__li__WRB *)li__CVYP),li__HOLK);
        } break;
        case __li__XRB__: {
          li__ROLK=li__OXSG(((__li__XRB *)((__li__WRB *)li__CVYP)),li__HOLK);
        } break;
        case __li__KUB__: {
          li__ROLK=li__CZSG(((__li__KUB *)((__li__WRB *)li__CVYP)),li__HOLK);
        } break;
        case __li__VB1__: {
          li__ROLK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__CVYP)),li__HOLK);
        } break;
        };
        li__UOLK=((void *)li__ROLK != (void *)li__DLLK);
      };
      /* __li__B__ __li__I__ */
if (li__UOLK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ANLK)->__id==__li__DZB__) {
          li__0VYP=((__li__DZB *)li__ANLK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0VYP)->__id==__li__IZB__) {
            li__1OLK=((__li__IZB *)li__0VYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__1OLK=((__li__4HAD *)li__0VYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__0VYP=((__li__QWEC *)li__ANLK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0VYP)->__id==__li__IZB__) {
            li__1OLK=((__li__IZB *)li__0VYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__1OLK=((__li__4HAD *)li__0VYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__1OLK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__1OLK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__1OLK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__1OLK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__1OLK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__JJKV=((__li__UL2B *)((__li__WRB *)li__1OLK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__JJKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__1OLK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__DLLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ANLK)->__id==__li__DZB__) {
          li__COLK=((__li__DZB *)li__ANLK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__0VYP=((__li__QWEC *)li__ANLK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0VYP)->__id==__li__IZB__) {
            li__COLK=((__li__IZB *)li__0VYP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__COLK=((__li__4HAD *)li__0VYP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__COLK);
        li__V5E(li__CLLK->li__VRWI.li__0CC);
        li__ODF();
      };
      li__LPLK=li__NOPI(((__li__VTBD *)li__0IKV));
      li__NPLK=li__GDID(li__CLLK->li__VRWI.li__0CC,li__ANLK,li__LPLK,li__LPLK,li__I__);
      li__AI0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__AI0U->li__2OLE),li__NPLK);
      li__WVRE(li__AI0U);
      li__ANLK=li__ZAHJ(((__li__ODID *)li__NPLK));
      li__GLLK=li__ANLK;
      li__UOLK=li__B__;
    } else /* FALSE */ {
      li__UOLK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__UOLK)) {
      li__WMLK=li__FXEK(li__CLLK);
      li__UOLK=li__R0LM(((__li__5RB *)li__DLLK),li__WMLK);
      /* __li__B__ __li__I__ */
if (li__UOLK) {
        li__HNLK=li__FXEK(li__CLLK);
        li__ROLK=((__li__5RB *)li__HNLK);
        li__COLK=li__CLLK->li__VRWI.li__0CC;
        li__KJKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__KJKV),li__COLK,(&__string_68),'+',li__ROLK);
        li__WLRP=li__1CXJ(((__li__VTBD *)li__KJKV),li__CLLK->li__VRWI.li__0CC,li__CLLK);
        li__II0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__II0U->li__2OLE),li__WLRP);
        li__WVRE(li__II0U);
        li__GQLK=li__SQC(li__DS4J);
        li__CVYP=li__UVIJ(((__li__5RB *)li__DLLK),li__GQLK);
        /* __li__B__ __li__I__ */
if (((void *)li__CVYP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__DLLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__QQLK=li__FXEK(li__CLLK);
          li__OUHF(((__li__5RB *)li__QQLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__GQLK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__DLLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__ELLK);
          li__1QLK=li__J1NK(((__li__5RB *)li__DLLK));
          li__V5E(li__1QLK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CVYP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__CVYP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__BRLK=li__OYLM(((__li__DZB *)li__CVYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__BRLK=li__OYLM(((__li__DZB *)li__CVYP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__CVYP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__BRLK=li__21RI(((__li__QWEC *)li__CVYP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__BRLK=li__21RI(((__li__QWEC *)li__CVYP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__BRLK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CVYP)->__id==__li__DZB__) {
            li__HRLK=((__li__DZB *)li__CVYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__1OLK=((__li__QWEC *)li__CVYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1OLK)->__id==__li__IZB__) {
              li__HRLK=((__li__IZB *)li__1OLK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__HRLK=((__li__4HAD *)li__1OLK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__HRLK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CVYP)->__id==__li__DZB__) {
          li__0VYP=((__li__DZB *)li__CVYP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0VYP)->__id==__li__IZB__) {
            li__1OLK=((__li__IZB *)li__0VYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__1OLK=((__li__4HAD *)li__0VYP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__0VYP=((__li__QWEC *)li__CVYP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0VYP)->__id==__li__IZB__) {
            li__1OLK=((__li__IZB *)li__0VYP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__1OLK=((__li__4HAD *)li__0VYP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__1OLK==NULL) {
          li__0VYP=NULL;
        } else {
          switch (((struct ___OBJ *)li__1OLK)->__id) {
          case __li__WRB__: {
            li__0VYP=((void *)li__1OLK);
          } break;
          case __li__XRB__: {
            li__0VYP=((void *)li__1OLK);
          } break;
          case __li__KUB__: {
            li__0VYP=((void *)li__1OLK);
          } break;
          case __li__VB1__: {
            li__0VYP=((void *)li__1OLK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__0VYP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__0VYP == (void *)NULL) || ((void *)li__0VYP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CVYP)->__id==__li__DZB__) {
            li__1OLK=((__li__DZB *)li__CVYP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1OLK)->__id==__li__IZB__) {
              li__4RLK=((__li__IZB *)li__1OLK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__4RLK=((__li__4HAD *)li__1OLK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__1OLK=((__li__QWEC *)li__CVYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1OLK)->__id==__li__IZB__) {
              li__4RLK=((__li__IZB *)li__1OLK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__4RLK=((__li__4HAD *)li__1OLK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__4RLK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__4RLK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__4RLK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__4RLK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__4RLK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__SJKV=((__li__UL2B *)((__li__WRB *)li__4RLK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__SJKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__4RLK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__DLLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CVYP)->__id==__li__DZB__) {
            li__HRLK=((__li__DZB *)li__CVYP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__1OLK=((__li__QWEC *)li__CVYP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1OLK)->__id==__li__IZB__) {
              li__HRLK=((__li__IZB *)li__1OLK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__HRLK=((__li__4HAD *)li__1OLK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__HRLK);
          li__V5E(li__CLLK->li__VRWI.li__0CC);
          li__ODF();
        };
        li__NSLK=li__IF1H( 2);
        li__COLK=li__CLLK->li__VRWI.li__0CC;
        li__NI0U=li__5QND();
        li__SI0U=((__li__KVBD *)li__NI0U);
        li__SI0U->li__LVBD.li__0K.li__0CC=li__COLK;
        li__HNLK=li__NNSE(((__li__5RB *)li__DLLK));
        li__SI0U->li__LVBD.li__WZLE=li__HNLK;
        li__0K4N(((__li__2ZEC *)li__NSLK),li__NI0U);
        li__SSLK=li__NOPI(((__li__VTBD *)li__KJKV));
        li__NWYJ(((__li__2ZEC *)li__NSLK),li__SSLK);
        li__COLK=li__CLLK->li__VRWI.li__0CC;
        li__WI0U=((void **)(*(((__li__2ZEC *)li__NSLK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WI0U)->__id) {
        case __li__WK__: {
          li__YI0U=li__PVEJ(((__li__WK *)li__WI0U));
          li__0VYP=li__YI0U;
        } break;
        case __li__AVBD__: {
          li__0VYP=li__AE5L(((__li__AVBD *)li__WI0U));
        } break;
        case __li__KVBD__: {
          li__TJKV=((__li__KVBD *)li__WI0U);
          li__HRLK=li__TJKV->li__LVBD.li__0K.li__0CC;
          li__QQLK=li__TJKV->li__LVBD.li__WZLE;
          li__TJKV=li__5QND();
          li__XJKV=((__li__KVBD *)li__TJKV);
          li__XJKV->li__LVBD.li__0K.li__0CC=li__HRLK;
          li__YJKV=li__NNSE(((__li__5RB *)li__QQLK));
          li__XJKV->li__LVBD.li__WZLE=li__YJKV;
          li__0VYP=li__TJKV;
        } break;
        case __li__WVBD__: {
          li__0I0U=((__li__WVBD *)li__WI0U);
          li__1I0U=li__VEID(li__0I0U->li__XVBD.li__0K.li__0CC,li__0I0U->li__2ZLE,li__0I0U->li__XVBD.li__WZLE);
          li__0VYP=li__1I0U;
        } break;
        case __li__Z4WH__: {
          li__0VYP=li__XEVK(((__li__Z4WH *)li__WI0U));
        } break;
        case __li__KTVI__: {
          li__0VYP=li__XF5L(((__li__KTVI *)li__WI0U));
        } break;
        case __li__LTVI__: {
          li__0VYP=li__SDGM(((__li__LTVI *)li__WI0U));
        } break;
        case __li__XTVI__: {
          li__0VYP=li__DG5L(((__li__XTVI *)li__WI0U));
        } break;
        case __li__YTVI__: {
          li__0VYP=li__4DGM(((__li__YTVI *)li__WI0U));
        } break;
        case __li__S2VI__: {
          li__0VYP=li__OG5L(((__li__S2VI *)li__WI0U));
        } break;
        case __li__E3VI__: {
          li__0VYP=li__ZG5L(((__li__E3VI *)li__WI0U));
        } break;
        case __li__KLWI__: {
          li__3I0U=((__li__KLWI *)li__WI0U);
          li__HRLK=li__3I0U->li__LLWI.li__0CC;
          li__5I0U=li__G3CM(((__li__KMFK *)li__3I0U->li__ZPBK));
          li__3I0U=li__PNSJ(li__HRLK,li__5I0U);
          li__0VYP=li__3I0U;
        } break;
        case __li__ULWI__: {
          li__CJ0U=((__li__ULWI *)li__WI0U);
          li__DJ0U=li__AOSJ(li__CJ0U->li__VLWI.li__0CC,li__CJ0U->li__4PBK);
          li__0VYP=li__DJ0U;
        } break;
        case __li__NMWI__: {
          li__0VYP=li__SH5L(((__li__NMWI *)li__WI0U));
        } break;
        case __li__BNWI__: {
          li__0VYP=li__3H5L(((__li__BNWI *)li__WI0U));
        } break;
        case __li__XNWI__: {
          li__0VYP=li__II5L(((__li__XNWI *)li__WI0U));
        } break;
        case __li__LOWI__: {
          li__0VYP=li__TI5L(((__li__LOWI *)li__WI0U));
        } break;
        case __li__5OWI__: {
          li__0VYP=li__4I5L(((__li__5OWI *)li__WI0U));
        } break;
        case __li__TPWI__: {
          li__0VYP=li__JJ5L(((__li__TPWI *)li__WI0U));
        } break;
        case __li__HQWI__: {
          li__0VYP=li__UJ5L(((__li__HQWI *)li__WI0U));
        } break;
        case __li__ARWI__: {
          li__0VYP=li__5J5L(((__li__ARWI *)li__WI0U));
        } break;
        case __li__URWI__: {
          li__0VYP=li__NK5L(((__li__URWI *)li__WI0U));
        } break;
        case __li__MSWI__: {
          li__FJ0U=((__li__MSWI *)li__WI0U);
          li__GJ0U=li__YXSJ(li__FJ0U->li__NSWI.li__0CC,li__FJ0U->li__ISBK);
          li__0VYP=li__GJ0U;
        } break;
        case __li__ETWI__: {
          li__0VYP=li__4K5L(((__li__ETWI *)li__WI0U));
        } break;
        case __li__MZWI__: {
          li__IJ0U=((__li__MZWI *)li__WI0U);
          li__JJ0U=li__4U4I(li__IJ0U->li__NZWI.li__0K.li__0CC,li__IJ0U->li__3SBK,li__IJ0U->li__NZWI.li__WZLE);
          li__0VYP=li__JJ0U;
        } break;
        case __li__C0WI__: {
          li__LJ0U=((__li__C0WI *)li__WI0U);
          li__MJ0U=li__ZV4I(li__LJ0U->li__D0WI.li__0K.li__0CC,li__LJ0U->li__CTBK);
          li__0VYP=li__MJ0U;
        } break;
        case __li__M1WI__: {
          li__OJ0U=((__li__M1WI *)li__WI0U);
          li__PJ0U=li__1Z4I(li__OJ0U->li__N1WI.li__0K.li__0CC,li__OJ0U->li__UTFK);
          li__0VYP=li__PJ0U;
        } break;
        case __li__KMFK__: {
          li__0VYP=li__G3CM(((__li__KMFK *)li__WI0U));
        } break;
        case __li__XOHL__: {
          li__0VYP=li__AAPN(((__li__XOHL *)li__WI0U));
        } break;
        case __li__FPHL__: {
          li__0VYP=li__2EGM(((__li__FPHL *)li__WI0U));
        } break;
        case __li__APLM__: {
          li__0VYP=li__XRDQ(((__li__APLM *)li__WI0U));
        } break;
        case __li__DTNM__: {
          li__0VYP=li__D5SO(((__li__DTNM *)li__WI0U));
        } break;
        case __li__JXNM__: {
          li__0VYP=li__153R(((__li__JXNM *)li__WI0U));
        } break;
        case __li__21LO__: {
          li__0VYP=li__2KLP(((__li__21LO *)li__WI0U));
        } break;
        case __li__TPOO__: {
          li__0VYP=li__JLLP(((__li__TPOO *)li__WI0U));
        } break;
        case __li__URRO__: {
          li__0VYP=li__KM4R(((__li__URRO *)li__WI0U));
        } break;
        case __li__41XO__: {
          li__0VYP=li__CSDQ(((__li__41XO *)li__WI0U));
        } break;
        case __li__AKBR__: {
          li__0VYP=li__L2DS(((__li__AKBR *)li__WI0U));
        } break;
        case __li__SU5R__: {
          li__0VYP=li__EQJS(((__li__SU5R *)li__WI0U));
        } break;
        case __li__JV5R__: {
          li__0VYP=li__PQJS(((__li__JV5R *)li__WI0U));
        } break;
        };
        li__YSLK=li__2IUJ(li__COLK,li__CVYP,li__0VYP,li__NSLK,li__I__);
        li__II0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__II0U->li__2OLE),li__YSLK);
        li__WVRE(li__II0U);
        li__WI0U=li__ZAHJ(((__li__ODID *)li__YSLK));
        li__GLLK=li__WI0U;
      } else /* FALSE */ {
        li__WNLK=li__J1NK(((__li__5RB *)li__DLLK));
        li__KBG(((__li__U *)li__WNLK->li__WXI));
        fputc((int)('='),stdout);
        li__HNLK=li__FXEK(li__CLLK);
        li__WNLK=li__J1NK(((__li__5RB *)li__HNLK));
        li__KBG(((__li__U *)li__WNLK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__DLLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__HNLK=li__FXEK(li__CLLK);
        li__OUHF(((__li__5RB *)li__HNLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__ELLK);
        li__V5E(li__CLLK->li__VRWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__FLLK=li__GLLK;
  return(li__FLLK);
}

static void* li__VTLK(__li__MSWI *li__WTLK,__li__5RB *li__XTLK,__li__PO li__YTLK)
/* (Strict SIZE_OF{li__MSWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__0TLK,*li__KK0U,*li__ZTLK;
  __li__5RB *li__QULK,*li__DVLK,*li__KVLK,*li__3JKV,*li__1VLK,*li__FXLK;
  __li__5RB *li__EZLK,*li__ZKKV;
  __li__PO li__2JKV,li__WWLK,li__1ZLK;
  __li__VTBD *li__1JKV,*li__LKKV;
  __li__DFNL *li__DKKV,*li__QWMM;
  __li__KI *li__UJ0U,*li__2J0U;
  __li__U *li__SVLK,*li__0YLK;
  void *li__UVLK;
  __li__PF *li__KWLK,*li__PZLK;
  __li__K li__QWLK,li__VZLK;
  void *li__ML5M,*li__EM5M;
  void *li__1WLK,*li__PXLK,*li__S0LK;
  __li__UL2B *li__KKKV,*li__TKKV;
  __li__KMFK *li__5XLK,*li__G1LK,*li__TK0U;
  __li__ODID *li__BYLK,*li__M1LK;
  __li__KVBD *li__BK0U,*li__GK0U,*li__UKKV,*li__YKKV;
  __li__WK *li__MK0U;
  __li__WVBD *li__OK0U,*li__PK0U;
  __li__KLWI *li__RK0U;
  __li__ULWI *li__WK0U,*li__XK0U;
  __li__MSWI *li__ZK0U,*li__0K0U;
  __li__MZWI *li__2K0U,*li__3K0U;
  __li__C0WI *li__5K0U,*li__AL0U;
  __li__M1WI *li__CL0U,*li__DL0U;
  __li__C li__RULK,li__EVLK,li__IXLK;
  __li__2ZEC *li__B1LK;
  li__0TLK=NULL;
  li__QULK=li__RXEK();
  li__RULK=li__EBGK(((__li__5RB *)li__XTLK),li__QULK);
  /* __li__B__ __li__I__ */
if (li__RULK) {
    li__0TLK=li__WTLK;
  } else /* FALSE */ {
    li__DVLK=li__RXEK();
    li__EVLK=li__4HDL(((__li__5RB *)li__DVLK),li__XTLK);
    /* __li__B__ __li__I__ */
if (li__EVLK) {
      li__KVLK=li__RXEK();
      li__3JKV=((__li__5RB *)li__KVLK);
      li__2JKV=li__WTLK->li__NSWI.li__0CC;
      li__1JKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__1JKV),li__2JKV,(&__string_68),'+',li__3JKV);
      li__DKKV=li__1CXJ(((__li__VTBD *)li__1JKV),li__WTLK->li__NSWI.li__0CC,li__WTLK);
      li__UJ0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__UJ0U->li__2OLE),li__DKKV);
      li__WVRE(li__UJ0U);
      li__SVLK=li__SQC(li__DS4J);
      li__KVLK=li__RXEK();
      li__UVLK=li__UVIJ(((__li__5RB *)li__KVLK),li__SVLK);
      /* __li__B__ __li__I__ */
if (((void *)li__UVLK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__1VLK=li__RXEK();
        li__OUHF(((__li__5RB *)li__1VLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__XTLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__SVLK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__1VLK=li__RXEK();
        li__OUHF(((__li__5RB *)li__1VLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__YTLK);
        li__1VLK=li__RXEK();
        li__KWLK=li__J1NK(((__li__5RB *)li__1VLK));
        li__V5E(li__KWLK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__UVLK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__UVLK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__QWLK=li__OYLM(((__li__DZB *)li__UVLK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__QWLK=li__OYLM(((__li__DZB *)li__UVLK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__UVLK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__QWLK=li__21RI(((__li__QWEC *)li__UVLK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__QWLK=li__21RI(((__li__QWEC *)li__UVLK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__QWLK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__UVLK)->__id==__li__DZB__) {
          li__WWLK=((__li__DZB *)li__UVLK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ML5M=((__li__QWEC *)li__UVLK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ML5M)->__id==__li__IZB__) {
            li__WWLK=((__li__IZB *)li__ML5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__WWLK=((__li__4HAD *)li__ML5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__WWLK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__UVLK)->__id==__li__DZB__) {
        li__ML5M=((__li__DZB *)li__UVLK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ML5M)->__id==__li__IZB__) {
          li__1WLK=((__li__IZB *)li__ML5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__1WLK=((__li__4HAD *)li__ML5M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__ML5M=((__li__QWEC *)li__UVLK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ML5M)->__id==__li__IZB__) {
          li__1WLK=((__li__IZB *)li__ML5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__1WLK=((__li__4HAD *)li__ML5M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__1WLK==NULL) {
        li__ML5M=NULL;
      } else {
        switch (((struct ___OBJ *)li__1WLK)->__id) {
        case __li__WRB__: {
          li__ML5M=((void *)li__1WLK);
        } break;
        case __li__XRB__: {
          li__ML5M=((void *)li__1WLK);
        } break;
        case __li__KUB__: {
          li__ML5M=((void *)li__1WLK);
        } break;
        case __li__VB1__: {
          li__ML5M=((void *)li__1WLK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__ML5M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ML5M == (void *)NULL)) {
        li__IXLK=li__B__;
      } else /* FALSE */ {
        li__1WLK=((__li__5RB *)li__XTLK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__ML5M)->__id) {
        case __li__WRB__: {
          li__FXLK=li__0VSG(((__li__WRB *)li__ML5M),li__1WLK);
        } break;
        case __li__XRB__: {
          li__FXLK=li__OXSG(((__li__XRB *)((__li__WRB *)li__ML5M)),li__1WLK);
        } break;
        case __li__KUB__: {
          li__FXLK=li__CZSG(((__li__KUB *)((__li__WRB *)li__ML5M)),li__1WLK);
        } break;
        case __li__VB1__: {
          li__FXLK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__ML5M)),li__1WLK);
        } break;
        };
        li__IXLK=((void *)li__FXLK != (void *)li__XTLK);
      };
      /* __li__B__ __li__I__ */
if (li__IXLK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__UVLK)->__id==__li__DZB__) {
          li__EM5M=((__li__DZB *)li__UVLK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EM5M)->__id==__li__IZB__) {
            li__PXLK=((__li__IZB *)li__EM5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__PXLK=((__li__4HAD *)li__EM5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__EM5M=((__li__QWEC *)li__UVLK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EM5M)->__id==__li__IZB__) {
            li__PXLK=((__li__IZB *)li__EM5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__PXLK=((__li__4HAD *)li__EM5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__PXLK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__PXLK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__PXLK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__PXLK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__PXLK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__KKKV=((__li__UL2B *)((__li__WRB *)li__PXLK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__KKKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__PXLK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__XTLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__UVLK)->__id==__li__DZB__) {
          li__WWLK=((__li__DZB *)li__UVLK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__EM5M=((__li__QWEC *)li__UVLK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EM5M)->__id==__li__IZB__) {
            li__WWLK=((__li__IZB *)li__EM5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__WWLK=((__li__4HAD *)li__EM5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__WWLK);
        li__V5E(li__WTLK->li__NSWI.li__0CC);
        li__ODF();
      };
      li__5XLK=li__NOPI(((__li__VTBD *)li__1JKV));
      li__BYLK=li__GDID(li__WTLK->li__NSWI.li__0CC,li__UVLK,li__5XLK,li__5XLK,li__I__);
      li__UJ0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__UJ0U->li__2OLE),li__BYLK);
      li__WVRE(li__UJ0U);
      li__UVLK=li__ZAHJ(((__li__ODID *)li__BYLK));
      li__0TLK=li__UVLK;
      li__IXLK=li__B__;
    } else /* FALSE */ {
      li__IXLK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__IXLK)) {
      li__KVLK=li__RXEK();
      li__IXLK=li__R0LM(((__li__5RB *)li__XTLK),li__KVLK);
      /* __li__B__ __li__I__ */
if (li__IXLK) {
        li__1VLK=li__RXEK();
        li__FXLK=((__li__5RB *)li__1VLK);
        li__WWLK=li__WTLK->li__NSWI.li__0CC;
        li__LKKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__LKKV),li__WWLK,(&__string_68),'+',li__FXLK);
        li__QWMM=li__1CXJ(((__li__VTBD *)li__LKKV),li__WTLK->li__NSWI.li__0CC,li__WTLK);
        li__2J0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__2J0U->li__2OLE),li__QWMM);
        li__WVRE(li__2J0U);
        li__0YLK=li__SQC(li__DS4J);
        li__ML5M=li__UVIJ(((__li__5RB *)li__XTLK),li__0YLK);
        /* __li__B__ __li__I__ */
if (((void *)li__ML5M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__XTLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__EZLK=li__RXEK();
          li__OUHF(((__li__5RB *)li__EZLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__0YLK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__XTLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__YTLK);
          li__PZLK=li__J1NK(((__li__5RB *)li__XTLK));
          li__V5E(li__PZLK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ML5M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__ML5M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__VZLK=li__OYLM(((__li__DZB *)li__ML5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__VZLK=li__OYLM(((__li__DZB *)li__ML5M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__ML5M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__VZLK=li__21RI(((__li__QWEC *)li__ML5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__VZLK=li__21RI(((__li__QWEC *)li__ML5M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__VZLK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ML5M)->__id==__li__DZB__) {
            li__1ZLK=((__li__DZB *)li__ML5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__PXLK=((__li__QWEC *)li__ML5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PXLK)->__id==__li__IZB__) {
              li__1ZLK=((__li__IZB *)li__PXLK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1ZLK=((__li__4HAD *)li__PXLK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__1ZLK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ML5M)->__id==__li__DZB__) {
          li__EM5M=((__li__DZB *)li__ML5M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EM5M)->__id==__li__IZB__) {
            li__PXLK=((__li__IZB *)li__EM5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__PXLK=((__li__4HAD *)li__EM5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__EM5M=((__li__QWEC *)li__ML5M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EM5M)->__id==__li__IZB__) {
            li__PXLK=((__li__IZB *)li__EM5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__PXLK=((__li__4HAD *)li__EM5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__PXLK==NULL) {
          li__EM5M=NULL;
        } else {
          switch (((struct ___OBJ *)li__PXLK)->__id) {
          case __li__WRB__: {
            li__EM5M=((void *)li__PXLK);
          } break;
          case __li__XRB__: {
            li__EM5M=((void *)li__PXLK);
          } break;
          case __li__KUB__: {
            li__EM5M=((void *)li__PXLK);
          } break;
          case __li__VB1__: {
            li__EM5M=((void *)li__PXLK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__EM5M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__EM5M == (void *)NULL) || ((void *)li__EM5M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ML5M)->__id==__li__DZB__) {
            li__PXLK=((__li__DZB *)li__ML5M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PXLK)->__id==__li__IZB__) {
              li__S0LK=((__li__IZB *)li__PXLK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__S0LK=((__li__4HAD *)li__PXLK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__PXLK=((__li__QWEC *)li__ML5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PXLK)->__id==__li__IZB__) {
              li__S0LK=((__li__IZB *)li__PXLK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__S0LK=((__li__4HAD *)li__PXLK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__S0LK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__S0LK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__S0LK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__S0LK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__S0LK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__TKKV=((__li__UL2B *)((__li__WRB *)li__S0LK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__TKKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__S0LK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__XTLK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ML5M)->__id==__li__DZB__) {
            li__1ZLK=((__li__DZB *)li__ML5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__PXLK=((__li__QWEC *)li__ML5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PXLK)->__id==__li__IZB__) {
              li__1ZLK=((__li__IZB *)li__PXLK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1ZLK=((__li__4HAD *)li__PXLK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__1ZLK);
          li__V5E(li__WTLK->li__NSWI.li__0CC);
          li__ODF();
        };
        li__B1LK=li__IF1H( 2);
        li__WWLK=li__WTLK->li__NSWI.li__0CC;
        li__BK0U=li__5QND();
        li__GK0U=((__li__KVBD *)li__BK0U);
        li__GK0U->li__LVBD.li__0K.li__0CC=li__WWLK;
        li__1VLK=li__NNSE(((__li__5RB *)li__XTLK));
        li__GK0U->li__LVBD.li__WZLE=li__1VLK;
        li__0K4N(((__li__2ZEC *)li__B1LK),li__BK0U);
        li__G1LK=li__NOPI(((__li__VTBD *)li__LKKV));
        li__NWYJ(((__li__2ZEC *)li__B1LK),li__G1LK);
        li__WWLK=li__WTLK->li__NSWI.li__0CC;
        li__KK0U=((void **)(*(((__li__2ZEC *)li__B1LK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KK0U)->__id) {
        case __li__WK__: {
          li__MK0U=li__PVEJ(((__li__WK *)li__KK0U));
          li__EM5M=li__MK0U;
        } break;
        case __li__AVBD__: {
          li__EM5M=li__AE5L(((__li__AVBD *)li__KK0U));
        } break;
        case __li__KVBD__: {
          li__UKKV=((__li__KVBD *)li__KK0U);
          li__1ZLK=li__UKKV->li__LVBD.li__0K.li__0CC;
          li__EZLK=li__UKKV->li__LVBD.li__WZLE;
          li__UKKV=li__5QND();
          li__YKKV=((__li__KVBD *)li__UKKV);
          li__YKKV->li__LVBD.li__0K.li__0CC=li__1ZLK;
          li__ZKKV=li__NNSE(((__li__5RB *)li__EZLK));
          li__YKKV->li__LVBD.li__WZLE=li__ZKKV;
          li__EM5M=li__UKKV;
        } break;
        case __li__WVBD__: {
          li__OK0U=((__li__WVBD *)li__KK0U);
          li__PK0U=li__VEID(li__OK0U->li__XVBD.li__0K.li__0CC,li__OK0U->li__2ZLE,li__OK0U->li__XVBD.li__WZLE);
          li__EM5M=li__PK0U;
        } break;
        case __li__Z4WH__: {
          li__EM5M=li__XEVK(((__li__Z4WH *)li__KK0U));
        } break;
        case __li__KTVI__: {
          li__EM5M=li__XF5L(((__li__KTVI *)li__KK0U));
        } break;
        case __li__LTVI__: {
          li__EM5M=li__SDGM(((__li__LTVI *)li__KK0U));
        } break;
        case __li__XTVI__: {
          li__EM5M=li__DG5L(((__li__XTVI *)li__KK0U));
        } break;
        case __li__YTVI__: {
          li__EM5M=li__4DGM(((__li__YTVI *)li__KK0U));
        } break;
        case __li__S2VI__: {
          li__EM5M=li__OG5L(((__li__S2VI *)li__KK0U));
        } break;
        case __li__E3VI__: {
          li__EM5M=li__ZG5L(((__li__E3VI *)li__KK0U));
        } break;
        case __li__KLWI__: {
          li__RK0U=((__li__KLWI *)li__KK0U);
          li__1ZLK=li__RK0U->li__LLWI.li__0CC;
          li__TK0U=li__G3CM(((__li__KMFK *)li__RK0U->li__ZPBK));
          li__RK0U=li__PNSJ(li__1ZLK,li__TK0U);
          li__EM5M=li__RK0U;
        } break;
        case __li__ULWI__: {
          li__WK0U=((__li__ULWI *)li__KK0U);
          li__XK0U=li__AOSJ(li__WK0U->li__VLWI.li__0CC,li__WK0U->li__4PBK);
          li__EM5M=li__XK0U;
        } break;
        case __li__NMWI__: {
          li__EM5M=li__SH5L(((__li__NMWI *)li__KK0U));
        } break;
        case __li__BNWI__: {
          li__EM5M=li__3H5L(((__li__BNWI *)li__KK0U));
        } break;
        case __li__XNWI__: {
          li__EM5M=li__II5L(((__li__XNWI *)li__KK0U));
        } break;
        case __li__LOWI__: {
          li__EM5M=li__TI5L(((__li__LOWI *)li__KK0U));
        } break;
        case __li__5OWI__: {
          li__EM5M=li__4I5L(((__li__5OWI *)li__KK0U));
        } break;
        case __li__TPWI__: {
          li__EM5M=li__JJ5L(((__li__TPWI *)li__KK0U));
        } break;
        case __li__HQWI__: {
          li__EM5M=li__UJ5L(((__li__HQWI *)li__KK0U));
        } break;
        case __li__ARWI__: {
          li__EM5M=li__5J5L(((__li__ARWI *)li__KK0U));
        } break;
        case __li__URWI__: {
          li__EM5M=li__NK5L(((__li__URWI *)li__KK0U));
        } break;
        case __li__MSWI__: {
          li__ZK0U=((__li__MSWI *)li__KK0U);
          li__0K0U=li__YXSJ(li__ZK0U->li__NSWI.li__0CC,li__ZK0U->li__ISBK);
          li__EM5M=li__0K0U;
        } break;
        case __li__ETWI__: {
          li__EM5M=li__4K5L(((__li__ETWI *)li__KK0U));
        } break;
        case __li__MZWI__: {
          li__2K0U=((__li__MZWI *)li__KK0U);
          li__3K0U=li__4U4I(li__2K0U->li__NZWI.li__0K.li__0CC,li__2K0U->li__3SBK,li__2K0U->li__NZWI.li__WZLE);
          li__EM5M=li__3K0U;
        } break;
        case __li__C0WI__: {
          li__5K0U=((__li__C0WI *)li__KK0U);
          li__AL0U=li__ZV4I(li__5K0U->li__D0WI.li__0K.li__0CC,li__5K0U->li__CTBK);
          li__EM5M=li__AL0U;
        } break;
        case __li__M1WI__: {
          li__CL0U=((__li__M1WI *)li__KK0U);
          li__DL0U=li__1Z4I(li__CL0U->li__N1WI.li__0K.li__0CC,li__CL0U->li__UTFK);
          li__EM5M=li__DL0U;
        } break;
        case __li__KMFK__: {
          li__EM5M=li__G3CM(((__li__KMFK *)li__KK0U));
        } break;
        case __li__XOHL__: {
          li__EM5M=li__AAPN(((__li__XOHL *)li__KK0U));
        } break;
        case __li__FPHL__: {
          li__EM5M=li__2EGM(((__li__FPHL *)li__KK0U));
        } break;
        case __li__APLM__: {
          li__EM5M=li__XRDQ(((__li__APLM *)li__KK0U));
        } break;
        case __li__DTNM__: {
          li__EM5M=li__D5SO(((__li__DTNM *)li__KK0U));
        } break;
        case __li__JXNM__: {
          li__EM5M=li__153R(((__li__JXNM *)li__KK0U));
        } break;
        case __li__21LO__: {
          li__EM5M=li__2KLP(((__li__21LO *)li__KK0U));
        } break;
        case __li__TPOO__: {
          li__EM5M=li__JLLP(((__li__TPOO *)li__KK0U));
        } break;
        case __li__URRO__: {
          li__EM5M=li__KM4R(((__li__URRO *)li__KK0U));
        } break;
        case __li__41XO__: {
          li__EM5M=li__CSDQ(((__li__41XO *)li__KK0U));
        } break;
        case __li__AKBR__: {
          li__EM5M=li__L2DS(((__li__AKBR *)li__KK0U));
        } break;
        case __li__SU5R__: {
          li__EM5M=li__EQJS(((__li__SU5R *)li__KK0U));
        } break;
        case __li__JV5R__: {
          li__EM5M=li__PQJS(((__li__JV5R *)li__KK0U));
        } break;
        };
        li__M1LK=li__2IUJ(li__WWLK,li__ML5M,li__EM5M,li__B1LK,li__I__);
        li__2J0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__2J0U->li__2OLE),li__M1LK);
        li__WVRE(li__2J0U);
        li__KK0U=li__ZAHJ(((__li__ODID *)li__M1LK));
        li__0TLK=li__KK0U;
      } else /* FALSE */ {
        li__KWLK=li__J1NK(((__li__5RB *)li__XTLK));
        li__KBG(((__li__U *)li__KWLK->li__WXI));
        fputc((int)('='),stdout);
        li__1VLK=li__RXEK();
        li__KWLK=li__J1NK(((__li__5RB *)li__1VLK));
        li__KBG(((__li__U *)li__KWLK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__XTLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__1VLK=li__RXEK();
        li__OUHF(((__li__5RB *)li__1VLK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__YTLK);
        li__V5E(li__WTLK->li__NSWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__ZTLK=li__0TLK;
  return(li__ZTLK);
}

static void* li__J2LK(__li__ETWI *li__K2LK,__li__5RB *li__L2LK,__li__PO li__M2LK)
/* (Strict CAST{li__ETWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__O2LK,*li__4L0U,*li__N2LK;
  __li__5RB *li__4KKV,*li__Z5LK,*li__XLKV,*li__0LKV;
  __li__PO li__3KKV,li__K5LK,li__PCMK;
  __li__VTBD *li__2KKV,*li__MLKV;
  __li__DFNL *li__ELKV,*li__ZYMM;
  __li__KI *li__IL0U,*li__QL0U;
  __li__U *li__G4LK,*li__OBMK;
  void *li__I4LK;
  __li__PF *li__44LK,*li__DCMK;
  __li__K li__E5LK,li__JCMK;
  void *li__BP5M,*li__ZP5M;
  void *li__P5LK,*li__DAMK,*li__GDMK;
  __li__UL2B *li__LLKV,*li__ULKV;
  __li__KMFK *li__TAMK,*li__0DMK,*li__HM0U;
  __li__ODID *li__VAMK,*li__AEMK;
  __li__KVBD *li__VL0U,*li__0L0U,*li__VLKV,*li__ZLKV;
  __li__WK *li__AM0U;
  __li__WVBD *li__CM0U,*li__DM0U;
  __li__KLWI *li__FM0U;
  __li__ULWI *li__KM0U,*li__LM0U;
  __li__MSWI *li__NM0U,*li__OM0U;
  __li__MZWI *li__QM0U,*li__RM0U;
  __li__C0WI *li__TM0U,*li__UM0U;
  __li__M1WI *li__WM0U,*li__XM0U;
  __li__C li__F3LK,li__Y3LK,li__25LK;
  __li__2ZEC *li__VDMK;
  li__O2LK=NULL;
  li__F3LK=li__EBGK(((__li__5RB *)li__L2LK),li__K2LK->li__NSBK);
  /* __li__B__ __li__I__ */
if (li__F3LK) {
    li__O2LK=li__K2LK;
  } else /* FALSE */ {
    li__Y3LK=li__4HDL(((__li__5RB *)li__K2LK->li__NSBK),li__L2LK);
    /* __li__B__ __li__I__ */
if (li__Y3LK) {
      li__4KKV=((__li__5RB *)li__K2LK->li__NSBK);
      li__3KKV=li__K2LK->li__FTWI.li__0CC;
      li__2KKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__2KKV),li__3KKV,(&__string_68),'+',li__4KKV);
      li__ELKV=li__1CXJ(((__li__VTBD *)li__2KKV),li__K2LK->li__FTWI.li__0CC,li__K2LK);
      li__IL0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__IL0U->li__2OLE),li__ELKV);
      li__WVRE(li__IL0U);
      li__G4LK=li__SQC(li__DS4J);
      li__I4LK=li__UVIJ(((__li__5RB *)li__K2LK->li__NSBK),li__G4LK);
      /* __li__B__ __li__I__ */
if (((void *)li__I4LK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__K2LK->li__NSBK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__L2LK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__G4LK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__K2LK->li__NSBK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__M2LK);
        li__44LK=li__J1NK(((__li__5RB *)li__K2LK->li__NSBK));
        li__V5E(li__44LK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I4LK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__I4LK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__E5LK=li__OYLM(((__li__DZB *)li__I4LK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__E5LK=li__OYLM(((__li__DZB *)li__I4LK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__I4LK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__E5LK=li__21RI(((__li__QWEC *)li__I4LK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__E5LK=li__21RI(((__li__QWEC *)li__I4LK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__E5LK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I4LK)->__id==__li__DZB__) {
          li__K5LK=((__li__DZB *)li__I4LK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__BP5M=((__li__QWEC *)li__I4LK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BP5M)->__id==__li__IZB__) {
            li__K5LK=((__li__IZB *)li__BP5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__K5LK=((__li__4HAD *)li__BP5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__K5LK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I4LK)->__id==__li__DZB__) {
        li__BP5M=((__li__DZB *)li__I4LK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BP5M)->__id==__li__IZB__) {
          li__P5LK=((__li__IZB *)li__BP5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__P5LK=((__li__4HAD *)li__BP5M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__BP5M=((__li__QWEC *)li__I4LK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BP5M)->__id==__li__IZB__) {
          li__P5LK=((__li__IZB *)li__BP5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__P5LK=((__li__4HAD *)li__BP5M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__P5LK==NULL) {
        li__BP5M=NULL;
      } else {
        switch (((struct ___OBJ *)li__P5LK)->__id) {
        case __li__WRB__: {
          li__BP5M=((void *)li__P5LK);
        } break;
        case __li__XRB__: {
          li__BP5M=((void *)li__P5LK);
        } break;
        case __li__KUB__: {
          li__BP5M=((void *)li__P5LK);
        } break;
        case __li__VB1__: {
          li__BP5M=((void *)li__P5LK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__BP5M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__BP5M == (void *)NULL)) {
        li__25LK=li__B__;
      } else /* FALSE */ {
        li__P5LK=((__li__5RB *)li__L2LK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__BP5M)->__id) {
        case __li__WRB__: {
          li__Z5LK=li__0VSG(((__li__WRB *)li__BP5M),li__P5LK);
        } break;
        case __li__XRB__: {
          li__Z5LK=li__OXSG(((__li__XRB *)((__li__WRB *)li__BP5M)),li__P5LK);
        } break;
        case __li__KUB__: {
          li__Z5LK=li__CZSG(((__li__KUB *)((__li__WRB *)li__BP5M)),li__P5LK);
        } break;
        case __li__VB1__: {
          li__Z5LK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__BP5M)),li__P5LK);
        } break;
        };
        li__25LK=((void *)li__Z5LK != (void *)li__L2LK);
      };
      /* __li__B__ __li__I__ */
if (li__25LK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I4LK)->__id==__li__DZB__) {
          li__ZP5M=((__li__DZB *)li__I4LK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZP5M)->__id==__li__IZB__) {
            li__DAMK=((__li__IZB *)li__ZP5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DAMK=((__li__4HAD *)li__ZP5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__ZP5M=((__li__QWEC *)li__I4LK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZP5M)->__id==__li__IZB__) {
            li__DAMK=((__li__IZB *)li__ZP5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DAMK=((__li__4HAD *)li__ZP5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__DAMK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__DAMK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__DAMK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__DAMK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__DAMK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__LLKV=((__li__UL2B *)((__li__WRB *)li__DAMK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__LLKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__DAMK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__L2LK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__I4LK)->__id==__li__DZB__) {
          li__K5LK=((__li__DZB *)li__I4LK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ZP5M=((__li__QWEC *)li__I4LK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZP5M)->__id==__li__IZB__) {
            li__K5LK=((__li__IZB *)li__ZP5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__K5LK=((__li__4HAD *)li__ZP5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__K5LK);
        li__V5E(li__K2LK->li__FTWI.li__0CC);
        li__ODF();
      };
      li__TAMK=li__NOPI(((__li__VTBD *)li__2KKV));
      li__VAMK=li__GDID(li__K2LK->li__FTWI.li__0CC,li__I4LK,li__TAMK,li__TAMK,li__I__);
      li__IL0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__IL0U->li__2OLE),li__VAMK);
      li__WVRE(li__IL0U);
      li__I4LK=li__ZAHJ(((__li__ODID *)li__VAMK));
      li__O2LK=li__I4LK;
      li__25LK=li__B__;
    } else /* FALSE */ {
      li__25LK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__25LK)) {
      li__25LK=li__R0LM(((__li__5RB *)li__L2LK),li__K2LK->li__NSBK);
      /* __li__B__ __li__I__ */
if (li__25LK) {
        li__Z5LK=((__li__5RB *)li__K2LK->li__NSBK);
        li__K5LK=li__K2LK->li__FTWI.li__0CC;
        li__MLKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__MLKV),li__K5LK,(&__string_68),'+',li__Z5LK);
        li__ZYMM=li__1CXJ(((__li__VTBD *)li__MLKV),li__K2LK->li__FTWI.li__0CC,li__K2LK);
        li__QL0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__QL0U->li__2OLE),li__ZYMM);
        li__WVRE(li__QL0U);
        li__OBMK=li__SQC(li__DS4J);
        li__BP5M=li__UVIJ(((__li__5RB *)li__L2LK),li__OBMK);
        /* __li__B__ __li__I__ */
if (((void *)li__BP5M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__L2LK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__K2LK->li__NSBK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__OBMK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__L2LK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__M2LK);
          li__DCMK=li__J1NK(((__li__5RB *)li__L2LK));
          li__V5E(li__DCMK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BP5M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__BP5M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__JCMK=li__OYLM(((__li__DZB *)li__BP5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__JCMK=li__OYLM(((__li__DZB *)li__BP5M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__BP5M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__JCMK=li__21RI(((__li__QWEC *)li__BP5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__JCMK=li__21RI(((__li__QWEC *)li__BP5M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__JCMK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BP5M)->__id==__li__DZB__) {
            li__PCMK=((__li__DZB *)li__BP5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__DAMK=((__li__QWEC *)li__BP5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DAMK)->__id==__li__IZB__) {
              li__PCMK=((__li__IZB *)li__DAMK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PCMK=((__li__4HAD *)li__DAMK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__PCMK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BP5M)->__id==__li__DZB__) {
          li__ZP5M=((__li__DZB *)li__BP5M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZP5M)->__id==__li__IZB__) {
            li__DAMK=((__li__IZB *)li__ZP5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DAMK=((__li__4HAD *)li__ZP5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__ZP5M=((__li__QWEC *)li__BP5M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZP5M)->__id==__li__IZB__) {
            li__DAMK=((__li__IZB *)li__ZP5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DAMK=((__li__4HAD *)li__ZP5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__DAMK==NULL) {
          li__ZP5M=NULL;
        } else {
          switch (((struct ___OBJ *)li__DAMK)->__id) {
          case __li__WRB__: {
            li__ZP5M=((void *)li__DAMK);
          } break;
          case __li__XRB__: {
            li__ZP5M=((void *)li__DAMK);
          } break;
          case __li__KUB__: {
            li__ZP5M=((void *)li__DAMK);
          } break;
          case __li__VB1__: {
            li__ZP5M=((void *)li__DAMK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__ZP5M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__ZP5M == (void *)NULL) || ((void *)li__ZP5M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BP5M)->__id==__li__DZB__) {
            li__DAMK=((__li__DZB *)li__BP5M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DAMK)->__id==__li__IZB__) {
              li__GDMK=((__li__IZB *)li__DAMK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__GDMK=((__li__4HAD *)li__DAMK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__DAMK=((__li__QWEC *)li__BP5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DAMK)->__id==__li__IZB__) {
              li__GDMK=((__li__IZB *)li__DAMK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__GDMK=((__li__4HAD *)li__DAMK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__GDMK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__GDMK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__GDMK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__GDMK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__GDMK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__ULKV=((__li__UL2B *)((__li__WRB *)li__GDMK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__ULKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__GDMK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__L2LK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__BP5M)->__id==__li__DZB__) {
            li__PCMK=((__li__DZB *)li__BP5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__DAMK=((__li__QWEC *)li__BP5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DAMK)->__id==__li__IZB__) {
              li__PCMK=((__li__IZB *)li__DAMK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PCMK=((__li__4HAD *)li__DAMK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__PCMK);
          li__V5E(li__K2LK->li__FTWI.li__0CC);
          li__ODF();
        };
        li__VDMK=li__IF1H( 2);
        li__K5LK=li__K2LK->li__FTWI.li__0CC;
        li__VL0U=li__5QND();
        li__0L0U=((__li__KVBD *)li__VL0U);
        li__0L0U->li__LVBD.li__0K.li__0CC=li__K5LK;
        li__Z5LK=li__NNSE(((__li__5RB *)li__L2LK));
        li__0L0U->li__LVBD.li__WZLE=li__Z5LK;
        li__0K4N(((__li__2ZEC *)li__VDMK),li__VL0U);
        li__0DMK=li__NOPI(((__li__VTBD *)li__MLKV));
        li__NWYJ(((__li__2ZEC *)li__VDMK),li__0DMK);
        li__K5LK=li__K2LK->li__FTWI.li__0CC;
        li__4L0U=((void **)(*(((__li__2ZEC *)li__VDMK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4L0U)->__id) {
        case __li__WK__: {
          li__AM0U=li__PVEJ(((__li__WK *)li__4L0U));
          li__ZP5M=li__AM0U;
        } break;
        case __li__AVBD__: {
          li__ZP5M=li__AE5L(((__li__AVBD *)li__4L0U));
        } break;
        case __li__KVBD__: {
          li__VLKV=((__li__KVBD *)li__4L0U);
          li__PCMK=li__VLKV->li__LVBD.li__0K.li__0CC;
          li__XLKV=li__VLKV->li__LVBD.li__WZLE;
          li__VLKV=li__5QND();
          li__ZLKV=((__li__KVBD *)li__VLKV);
          li__ZLKV->li__LVBD.li__0K.li__0CC=li__PCMK;
          li__0LKV=li__NNSE(((__li__5RB *)li__XLKV));
          li__ZLKV->li__LVBD.li__WZLE=li__0LKV;
          li__ZP5M=li__VLKV;
        } break;
        case __li__WVBD__: {
          li__CM0U=((__li__WVBD *)li__4L0U);
          li__DM0U=li__VEID(li__CM0U->li__XVBD.li__0K.li__0CC,li__CM0U->li__2ZLE,li__CM0U->li__XVBD.li__WZLE);
          li__ZP5M=li__DM0U;
        } break;
        case __li__Z4WH__: {
          li__ZP5M=li__XEVK(((__li__Z4WH *)li__4L0U));
        } break;
        case __li__KTVI__: {
          li__ZP5M=li__XF5L(((__li__KTVI *)li__4L0U));
        } break;
        case __li__LTVI__: {
          li__ZP5M=li__SDGM(((__li__LTVI *)li__4L0U));
        } break;
        case __li__XTVI__: {
          li__ZP5M=li__DG5L(((__li__XTVI *)li__4L0U));
        } break;
        case __li__YTVI__: {
          li__ZP5M=li__4DGM(((__li__YTVI *)li__4L0U));
        } break;
        case __li__S2VI__: {
          li__ZP5M=li__OG5L(((__li__S2VI *)li__4L0U));
        } break;
        case __li__E3VI__: {
          li__ZP5M=li__ZG5L(((__li__E3VI *)li__4L0U));
        } break;
        case __li__KLWI__: {
          li__FM0U=((__li__KLWI *)li__4L0U);
          li__PCMK=li__FM0U->li__LLWI.li__0CC;
          li__HM0U=li__G3CM(((__li__KMFK *)li__FM0U->li__ZPBK));
          li__FM0U=li__PNSJ(li__PCMK,li__HM0U);
          li__ZP5M=li__FM0U;
        } break;
        case __li__ULWI__: {
          li__KM0U=((__li__ULWI *)li__4L0U);
          li__LM0U=li__AOSJ(li__KM0U->li__VLWI.li__0CC,li__KM0U->li__4PBK);
          li__ZP5M=li__LM0U;
        } break;
        case __li__NMWI__: {
          li__ZP5M=li__SH5L(((__li__NMWI *)li__4L0U));
        } break;
        case __li__BNWI__: {
          li__ZP5M=li__3H5L(((__li__BNWI *)li__4L0U));
        } break;
        case __li__XNWI__: {
          li__ZP5M=li__II5L(((__li__XNWI *)li__4L0U));
        } break;
        case __li__LOWI__: {
          li__ZP5M=li__TI5L(((__li__LOWI *)li__4L0U));
        } break;
        case __li__5OWI__: {
          li__ZP5M=li__4I5L(((__li__5OWI *)li__4L0U));
        } break;
        case __li__TPWI__: {
          li__ZP5M=li__JJ5L(((__li__TPWI *)li__4L0U));
        } break;
        case __li__HQWI__: {
          li__ZP5M=li__UJ5L(((__li__HQWI *)li__4L0U));
        } break;
        case __li__ARWI__: {
          li__ZP5M=li__5J5L(((__li__ARWI *)li__4L0U));
        } break;
        case __li__URWI__: {
          li__ZP5M=li__NK5L(((__li__URWI *)li__4L0U));
        } break;
        case __li__MSWI__: {
          li__NM0U=((__li__MSWI *)li__4L0U);
          li__OM0U=li__YXSJ(li__NM0U->li__NSWI.li__0CC,li__NM0U->li__ISBK);
          li__ZP5M=li__OM0U;
        } break;
        case __li__ETWI__: {
          li__ZP5M=li__4K5L(((__li__ETWI *)li__4L0U));
        } break;
        case __li__MZWI__: {
          li__QM0U=((__li__MZWI *)li__4L0U);
          li__RM0U=li__4U4I(li__QM0U->li__NZWI.li__0K.li__0CC,li__QM0U->li__3SBK,li__QM0U->li__NZWI.li__WZLE);
          li__ZP5M=li__RM0U;
        } break;
        case __li__C0WI__: {
          li__TM0U=((__li__C0WI *)li__4L0U);
          li__UM0U=li__ZV4I(li__TM0U->li__D0WI.li__0K.li__0CC,li__TM0U->li__CTBK);
          li__ZP5M=li__UM0U;
        } break;
        case __li__M1WI__: {
          li__WM0U=((__li__M1WI *)li__4L0U);
          li__XM0U=li__1Z4I(li__WM0U->li__N1WI.li__0K.li__0CC,li__WM0U->li__UTFK);
          li__ZP5M=li__XM0U;
        } break;
        case __li__KMFK__: {
          li__ZP5M=li__G3CM(((__li__KMFK *)li__4L0U));
        } break;
        case __li__XOHL__: {
          li__ZP5M=li__AAPN(((__li__XOHL *)li__4L0U));
        } break;
        case __li__FPHL__: {
          li__ZP5M=li__2EGM(((__li__FPHL *)li__4L0U));
        } break;
        case __li__APLM__: {
          li__ZP5M=li__XRDQ(((__li__APLM *)li__4L0U));
        } break;
        case __li__DTNM__: {
          li__ZP5M=li__D5SO(((__li__DTNM *)li__4L0U));
        } break;
        case __li__JXNM__: {
          li__ZP5M=li__153R(((__li__JXNM *)li__4L0U));
        } break;
        case __li__21LO__: {
          li__ZP5M=li__2KLP(((__li__21LO *)li__4L0U));
        } break;
        case __li__TPOO__: {
          li__ZP5M=li__JLLP(((__li__TPOO *)li__4L0U));
        } break;
        case __li__URRO__: {
          li__ZP5M=li__KM4R(((__li__URRO *)li__4L0U));
        } break;
        case __li__41XO__: {
          li__ZP5M=li__CSDQ(((__li__41XO *)li__4L0U));
        } break;
        case __li__AKBR__: {
          li__ZP5M=li__L2DS(((__li__AKBR *)li__4L0U));
        } break;
        case __li__SU5R__: {
          li__ZP5M=li__EQJS(((__li__SU5R *)li__4L0U));
        } break;
        case __li__JV5R__: {
          li__ZP5M=li__PQJS(((__li__JV5R *)li__4L0U));
        } break;
        };
        li__AEMK=li__2IUJ(li__K5LK,li__BP5M,li__ZP5M,li__VDMK,li__I__);
        li__QL0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__QL0U->li__2OLE),li__AEMK);
        li__WVRE(li__QL0U);
        li__4L0U=li__ZAHJ(((__li__ODID *)li__AEMK));
        li__O2LK=li__4L0U;
      } else /* FALSE */ {
        li__44LK=li__J1NK(((__li__5RB *)li__L2LK));
        li__KBG(((__li__U *)li__44LK->li__WXI));
        fputc((int)('='),stdout);
        li__44LK=li__J1NK(((__li__5RB *)li__K2LK->li__NSBK));
        li__KBG(((__li__U *)li__44LK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__L2LK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__K2LK->li__NSBK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__M2LK);
        li__V5E(li__K2LK->li__FTWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__N2LK=li__O2LK;
  return(li__N2LK);
}

static void* li__4EMK(__li__MZWI *li__5EMK,__li__5RB *li__AFMK,__li__PO li__BFMK)
/* (Strict REAL_CST{li__MZWI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__DFMK,*li__SN0U,*li__CFMK;
  __li__5RB *li__5LKV,*li__OIMK,*li__YMKV,*li__1MKV;
  __li__PO li__4LKV,li__5HMK,li__ELMK;
  __li__VTBD *li__3LKV,*li__NMKV;
  __li__DFNL *li__FMKV,*li__F1MM;
  __li__KI *li__2M0U,*li__EN0U;
  __li__U *li__1GMK,*li__DKMK;
  void *li__3GMK;
  __li__PF *li__THMK,*li__YKMK;
  __li__K li__ZHMK,li__4KMK;
  void *li__ET5M,*li__4T5M;
  void *li__EIMK,*li__YIMK,*li__1LMK;
  __li__UL2B *li__MMKV,*li__VMKV;
  __li__KMFK *li__IJMK,*li__PMMK,*li__1N0U;
  __li__ODID *li__KJMK,*li__VMMK;
  __li__KVBD *li__JN0U,*li__ON0U,*li__WMKV,*li__0MKV;
  __li__WK *li__UN0U;
  __li__WVBD *li__WN0U,*li__XN0U;
  __li__KLWI *li__ZN0U;
  __li__ULWI *li__4N0U,*li__5N0U;
  __li__MSWI *li__BO0U,*li__CO0U;
  __li__MZWI *li__EO0U,*li__FO0U;
  __li__C0WI *li__HO0U,*li__IO0U;
  __li__M1WI *li__KO0U,*li__LO0U;
  __li__C li__0FMK,li__NGMK,li__RIMK;
  __li__2ZEC *li__KMMK;
  li__DFMK=NULL;
  li__0FMK=li__EBGK(((__li__5RB *)li__AFMK),li__5EMK->li__NZWI.li__WZLE);
  /* __li__B__ __li__I__ */
if (li__0FMK) {
    li__DFMK=li__5EMK;
  } else /* FALSE */ {
    li__NGMK=li__4HDL(((__li__5RB *)li__5EMK->li__NZWI.li__WZLE),li__AFMK);
    /* __li__B__ __li__I__ */
if (li__NGMK) {
      li__5LKV=((__li__5RB *)li__5EMK->li__NZWI.li__WZLE);
      li__4LKV=li__5EMK->li__NZWI.li__0K.li__0CC;
      li__3LKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__3LKV),li__4LKV,(&__string_68),'+',li__5LKV);
      li__FMKV=li__1CXJ(((__li__VTBD *)li__3LKV),li__5EMK->li__NZWI.li__0K.li__0CC,li__5EMK);
      li__2M0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__2M0U->li__2OLE),li__FMKV);
      li__WVRE(li__2M0U);
      li__1GMK=li__SQC(li__DS4J);
      li__3GMK=li__UVIJ(((__li__5RB *)li__5EMK->li__NZWI.li__WZLE),li__1GMK);
      /* __li__B__ __li__I__ */
if (((void *)li__3GMK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__5EMK->li__NZWI.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__AFMK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__1GMK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__5EMK->li__NZWI.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BFMK);
        li__THMK=li__J1NK(((__li__5RB *)li__5EMK->li__NZWI.li__WZLE));
        li__V5E(li__THMK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3GMK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__3GMK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__ZHMK=li__OYLM(((__li__DZB *)li__3GMK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZHMK=li__OYLM(((__li__DZB *)li__3GMK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__3GMK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__ZHMK=li__21RI(((__li__QWEC *)li__3GMK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZHMK=li__21RI(((__li__QWEC *)li__3GMK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__ZHMK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3GMK)->__id==__li__DZB__) {
          li__5HMK=((__li__DZB *)li__3GMK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ET5M=((__li__QWEC *)li__3GMK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ET5M)->__id==__li__IZB__) {
            li__5HMK=((__li__IZB *)li__ET5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5HMK=((__li__4HAD *)li__ET5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__5HMK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3GMK)->__id==__li__DZB__) {
        li__ET5M=((__li__DZB *)li__3GMK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ET5M)->__id==__li__IZB__) {
          li__EIMK=((__li__IZB *)li__ET5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__EIMK=((__li__4HAD *)li__ET5M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__ET5M=((__li__QWEC *)li__3GMK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ET5M)->__id==__li__IZB__) {
          li__EIMK=((__li__IZB *)li__ET5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__EIMK=((__li__4HAD *)li__ET5M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__EIMK==NULL) {
        li__ET5M=NULL;
      } else {
        switch (((struct ___OBJ *)li__EIMK)->__id) {
        case __li__WRB__: {
          li__ET5M=((void *)li__EIMK);
        } break;
        case __li__XRB__: {
          li__ET5M=((void *)li__EIMK);
        } break;
        case __li__KUB__: {
          li__ET5M=((void *)li__EIMK);
        } break;
        case __li__VB1__: {
          li__ET5M=((void *)li__EIMK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__ET5M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ET5M == (void *)NULL)) {
        li__RIMK=li__B__;
      } else /* FALSE */ {
        li__EIMK=((__li__5RB *)li__AFMK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__ET5M)->__id) {
        case __li__WRB__: {
          li__OIMK=li__0VSG(((__li__WRB *)li__ET5M),li__EIMK);
        } break;
        case __li__XRB__: {
          li__OIMK=li__OXSG(((__li__XRB *)((__li__WRB *)li__ET5M)),li__EIMK);
        } break;
        case __li__KUB__: {
          li__OIMK=li__CZSG(((__li__KUB *)((__li__WRB *)li__ET5M)),li__EIMK);
        } break;
        case __li__VB1__: {
          li__OIMK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__ET5M)),li__EIMK);
        } break;
        };
        li__RIMK=((void *)li__OIMK != (void *)li__AFMK);
      };
      /* __li__B__ __li__I__ */
if (li__RIMK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3GMK)->__id==__li__DZB__) {
          li__4T5M=((__li__DZB *)li__3GMK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4T5M)->__id==__li__IZB__) {
            li__YIMK=((__li__IZB *)li__4T5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YIMK=((__li__4HAD *)li__4T5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__4T5M=((__li__QWEC *)li__3GMK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4T5M)->__id==__li__IZB__) {
            li__YIMK=((__li__IZB *)li__4T5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YIMK=((__li__4HAD *)li__4T5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__YIMK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__YIMK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__YIMK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__YIMK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__YIMK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__MMKV=((__li__UL2B *)((__li__WRB *)li__YIMK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__MMKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__YIMK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__AFMK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3GMK)->__id==__li__DZB__) {
          li__5HMK=((__li__DZB *)li__3GMK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__4T5M=((__li__QWEC *)li__3GMK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4T5M)->__id==__li__IZB__) {
            li__5HMK=((__li__IZB *)li__4T5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5HMK=((__li__4HAD *)li__4T5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__5HMK);
        li__V5E(li__5EMK->li__NZWI.li__0K.li__0CC);
        li__ODF();
      };
      li__IJMK=li__NOPI(((__li__VTBD *)li__3LKV));
      li__KJMK=li__GDID(li__5EMK->li__NZWI.li__0K.li__0CC,li__3GMK,li__IJMK,li__IJMK,li__I__);
      li__2M0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__2M0U->li__2OLE),li__KJMK);
      li__WVRE(li__2M0U);
      li__3GMK=li__ZAHJ(((__li__ODID *)li__KJMK));
      li__DFMK=li__3GMK;
      li__RIMK=li__B__;
    } else /* FALSE */ {
      li__RIMK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__RIMK)) {
      li__RIMK=li__R0LM(((__li__5RB *)li__AFMK),li__5EMK->li__NZWI.li__WZLE);
      /* __li__B__ __li__I__ */
if (li__RIMK) {
        li__OIMK=((__li__5RB *)li__5EMK->li__NZWI.li__WZLE);
        li__5HMK=li__5EMK->li__NZWI.li__0K.li__0CC;
        li__NMKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__NMKV),li__5HMK,(&__string_68),'+',li__OIMK);
        li__F1MM=li__1CXJ(((__li__VTBD *)li__NMKV),li__5EMK->li__NZWI.li__0K.li__0CC,li__5EMK);
        li__EN0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__EN0U->li__2OLE),li__F1MM);
        li__WVRE(li__EN0U);
        li__DKMK=li__SQC(li__DS4J);
        li__ET5M=li__UVIJ(((__li__5RB *)li__AFMK),li__DKMK);
        /* __li__B__ __li__I__ */
if (((void *)li__ET5M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__AFMK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__5EMK->li__NZWI.li__WZLE),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__DKMK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__AFMK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__BFMK);
          li__YKMK=li__J1NK(((__li__5RB *)li__AFMK));
          li__V5E(li__YKMK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ET5M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__ET5M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__4KMK=li__OYLM(((__li__DZB *)li__ET5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__4KMK=li__OYLM(((__li__DZB *)li__ET5M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__ET5M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__4KMK=li__21RI(((__li__QWEC *)li__ET5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__4KMK=li__21RI(((__li__QWEC *)li__ET5M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__4KMK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ET5M)->__id==__li__DZB__) {
            li__ELMK=((__li__DZB *)li__ET5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__YIMK=((__li__QWEC *)li__ET5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YIMK)->__id==__li__IZB__) {
              li__ELMK=((__li__IZB *)li__YIMK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ELMK=((__li__4HAD *)li__YIMK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__ELMK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ET5M)->__id==__li__DZB__) {
          li__4T5M=((__li__DZB *)li__ET5M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4T5M)->__id==__li__IZB__) {
            li__YIMK=((__li__IZB *)li__4T5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YIMK=((__li__4HAD *)li__4T5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__4T5M=((__li__QWEC *)li__ET5M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4T5M)->__id==__li__IZB__) {
            li__YIMK=((__li__IZB *)li__4T5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YIMK=((__li__4HAD *)li__4T5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__YIMK==NULL) {
          li__4T5M=NULL;
        } else {
          switch (((struct ___OBJ *)li__YIMK)->__id) {
          case __li__WRB__: {
            li__4T5M=((void *)li__YIMK);
          } break;
          case __li__XRB__: {
            li__4T5M=((void *)li__YIMK);
          } break;
          case __li__KUB__: {
            li__4T5M=((void *)li__YIMK);
          } break;
          case __li__VB1__: {
            li__4T5M=((void *)li__YIMK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__4T5M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__4T5M == (void *)NULL) || ((void *)li__4T5M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ET5M)->__id==__li__DZB__) {
            li__YIMK=((__li__DZB *)li__ET5M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YIMK)->__id==__li__IZB__) {
              li__1LMK=((__li__IZB *)li__YIMK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1LMK=((__li__4HAD *)li__YIMK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__YIMK=((__li__QWEC *)li__ET5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YIMK)->__id==__li__IZB__) {
              li__1LMK=((__li__IZB *)li__YIMK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1LMK=((__li__4HAD *)li__YIMK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__1LMK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__1LMK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__1LMK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__1LMK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__1LMK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__VMKV=((__li__UL2B *)((__li__WRB *)li__1LMK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__VMKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__1LMK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__AFMK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ET5M)->__id==__li__DZB__) {
            li__ELMK=((__li__DZB *)li__ET5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__YIMK=((__li__QWEC *)li__ET5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YIMK)->__id==__li__IZB__) {
              li__ELMK=((__li__IZB *)li__YIMK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ELMK=((__li__4HAD *)li__YIMK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__ELMK);
          li__V5E(li__5EMK->li__NZWI.li__0K.li__0CC);
          li__ODF();
        };
        li__KMMK=li__IF1H( 2);
        li__5HMK=li__5EMK->li__NZWI.li__0K.li__0CC;
        li__JN0U=li__5QND();
        li__ON0U=((__li__KVBD *)li__JN0U);
        li__ON0U->li__LVBD.li__0K.li__0CC=li__5HMK;
        li__OIMK=li__NNSE(((__li__5RB *)li__AFMK));
        li__ON0U->li__LVBD.li__WZLE=li__OIMK;
        li__0K4N(((__li__2ZEC *)li__KMMK),li__JN0U);
        li__PMMK=li__NOPI(((__li__VTBD *)li__NMKV));
        li__NWYJ(((__li__2ZEC *)li__KMMK),li__PMMK);
        li__5HMK=li__5EMK->li__NZWI.li__0K.li__0CC;
        li__SN0U=((void **)(*(((__li__2ZEC *)li__KMMK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SN0U)->__id) {
        case __li__WK__: {
          li__UN0U=li__PVEJ(((__li__WK *)li__SN0U));
          li__4T5M=li__UN0U;
        } break;
        case __li__AVBD__: {
          li__4T5M=li__AE5L(((__li__AVBD *)li__SN0U));
        } break;
        case __li__KVBD__: {
          li__WMKV=((__li__KVBD *)li__SN0U);
          li__ELMK=li__WMKV->li__LVBD.li__0K.li__0CC;
          li__YMKV=li__WMKV->li__LVBD.li__WZLE;
          li__WMKV=li__5QND();
          li__0MKV=((__li__KVBD *)li__WMKV);
          li__0MKV->li__LVBD.li__0K.li__0CC=li__ELMK;
          li__1MKV=li__NNSE(((__li__5RB *)li__YMKV));
          li__0MKV->li__LVBD.li__WZLE=li__1MKV;
          li__4T5M=li__WMKV;
        } break;
        case __li__WVBD__: {
          li__WN0U=((__li__WVBD *)li__SN0U);
          li__XN0U=li__VEID(li__WN0U->li__XVBD.li__0K.li__0CC,li__WN0U->li__2ZLE,li__WN0U->li__XVBD.li__WZLE);
          li__4T5M=li__XN0U;
        } break;
        case __li__Z4WH__: {
          li__4T5M=li__XEVK(((__li__Z4WH *)li__SN0U));
        } break;
        case __li__KTVI__: {
          li__4T5M=li__XF5L(((__li__KTVI *)li__SN0U));
        } break;
        case __li__LTVI__: {
          li__4T5M=li__SDGM(((__li__LTVI *)li__SN0U));
        } break;
        case __li__XTVI__: {
          li__4T5M=li__DG5L(((__li__XTVI *)li__SN0U));
        } break;
        case __li__YTVI__: {
          li__4T5M=li__4DGM(((__li__YTVI *)li__SN0U));
        } break;
        case __li__S2VI__: {
          li__4T5M=li__OG5L(((__li__S2VI *)li__SN0U));
        } break;
        case __li__E3VI__: {
          li__4T5M=li__ZG5L(((__li__E3VI *)li__SN0U));
        } break;
        case __li__KLWI__: {
          li__ZN0U=((__li__KLWI *)li__SN0U);
          li__ELMK=li__ZN0U->li__LLWI.li__0CC;
          li__1N0U=li__G3CM(((__li__KMFK *)li__ZN0U->li__ZPBK));
          li__ZN0U=li__PNSJ(li__ELMK,li__1N0U);
          li__4T5M=li__ZN0U;
        } break;
        case __li__ULWI__: {
          li__4N0U=((__li__ULWI *)li__SN0U);
          li__5N0U=li__AOSJ(li__4N0U->li__VLWI.li__0CC,li__4N0U->li__4PBK);
          li__4T5M=li__5N0U;
        } break;
        case __li__NMWI__: {
          li__4T5M=li__SH5L(((__li__NMWI *)li__SN0U));
        } break;
        case __li__BNWI__: {
          li__4T5M=li__3H5L(((__li__BNWI *)li__SN0U));
        } break;
        case __li__XNWI__: {
          li__4T5M=li__II5L(((__li__XNWI *)li__SN0U));
        } break;
        case __li__LOWI__: {
          li__4T5M=li__TI5L(((__li__LOWI *)li__SN0U));
        } break;
        case __li__5OWI__: {
          li__4T5M=li__4I5L(((__li__5OWI *)li__SN0U));
        } break;
        case __li__TPWI__: {
          li__4T5M=li__JJ5L(((__li__TPWI *)li__SN0U));
        } break;
        case __li__HQWI__: {
          li__4T5M=li__UJ5L(((__li__HQWI *)li__SN0U));
        } break;
        case __li__ARWI__: {
          li__4T5M=li__5J5L(((__li__ARWI *)li__SN0U));
        } break;
        case __li__URWI__: {
          li__4T5M=li__NK5L(((__li__URWI *)li__SN0U));
        } break;
        case __li__MSWI__: {
          li__BO0U=((__li__MSWI *)li__SN0U);
          li__CO0U=li__YXSJ(li__BO0U->li__NSWI.li__0CC,li__BO0U->li__ISBK);
          li__4T5M=li__CO0U;
        } break;
        case __li__ETWI__: {
          li__4T5M=li__4K5L(((__li__ETWI *)li__SN0U));
        } break;
        case __li__MZWI__: {
          li__EO0U=((__li__MZWI *)li__SN0U);
          li__FO0U=li__4U4I(li__EO0U->li__NZWI.li__0K.li__0CC,li__EO0U->li__3SBK,li__EO0U->li__NZWI.li__WZLE);
          li__4T5M=li__FO0U;
        } break;
        case __li__C0WI__: {
          li__HO0U=((__li__C0WI *)li__SN0U);
          li__IO0U=li__ZV4I(li__HO0U->li__D0WI.li__0K.li__0CC,li__HO0U->li__CTBK);
          li__4T5M=li__IO0U;
        } break;
        case __li__M1WI__: {
          li__KO0U=((__li__M1WI *)li__SN0U);
          li__LO0U=li__1Z4I(li__KO0U->li__N1WI.li__0K.li__0CC,li__KO0U->li__UTFK);
          li__4T5M=li__LO0U;
        } break;
        case __li__KMFK__: {
          li__4T5M=li__G3CM(((__li__KMFK *)li__SN0U));
        } break;
        case __li__XOHL__: {
          li__4T5M=li__AAPN(((__li__XOHL *)li__SN0U));
        } break;
        case __li__FPHL__: {
          li__4T5M=li__2EGM(((__li__FPHL *)li__SN0U));
        } break;
        case __li__APLM__: {
          li__4T5M=li__XRDQ(((__li__APLM *)li__SN0U));
        } break;
        case __li__DTNM__: {
          li__4T5M=li__D5SO(((__li__DTNM *)li__SN0U));
        } break;
        case __li__JXNM__: {
          li__4T5M=li__153R(((__li__JXNM *)li__SN0U));
        } break;
        case __li__21LO__: {
          li__4T5M=li__2KLP(((__li__21LO *)li__SN0U));
        } break;
        case __li__TPOO__: {
          li__4T5M=li__JLLP(((__li__TPOO *)li__SN0U));
        } break;
        case __li__URRO__: {
          li__4T5M=li__KM4R(((__li__URRO *)li__SN0U));
        } break;
        case __li__41XO__: {
          li__4T5M=li__CSDQ(((__li__41XO *)li__SN0U));
        } break;
        case __li__AKBR__: {
          li__4T5M=li__L2DS(((__li__AKBR *)li__SN0U));
        } break;
        case __li__SU5R__: {
          li__4T5M=li__EQJS(((__li__SU5R *)li__SN0U));
        } break;
        case __li__JV5R__: {
          li__4T5M=li__PQJS(((__li__JV5R *)li__SN0U));
        } break;
        };
        li__VMMK=li__2IUJ(li__5HMK,li__ET5M,li__4T5M,li__KMMK,li__I__);
        li__EN0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__EN0U->li__2OLE),li__VMMK);
        li__WVRE(li__EN0U);
        li__SN0U=li__ZAHJ(((__li__ODID *)li__VMMK));
        li__DFMK=li__SN0U;
      } else /* FALSE */ {
        li__THMK=li__J1NK(((__li__5RB *)li__AFMK));
        li__KBG(((__li__U *)li__THMK->li__WXI));
        fputc((int)('='),stdout);
        li__THMK=li__J1NK(((__li__5RB *)li__5EMK->li__NZWI.li__WZLE));
        li__KBG(((__li__U *)li__THMK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__AFMK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__5EMK->li__NZWI.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BFMK);
        li__V5E(li__5EMK->li__NZWI.li__0K.li__0CC);
        li__ODF();
      };
    };
  };
  li__CFMK=li__DFMK;
  return(li__CFMK);
}

static void* li__TNMK(__li__C0WI *li__UNMK,__li__5RB *li__VNMK,__li__PO li__WNMK)
/* (Strict CHARACTER_CST{li__C0WI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__YNMK,*li__GP0U,*li__XNMK;
  __li__5RB *li__ANKV,*li__DRMK,*li__ZNKV,*li__2NKV;
  __li__PO li__5MKV,li__UQMK,li__ZTMK;
  __li__VTBD *li__4MKV,*li__ONKV;
  __li__DFNL *li__GNKV,*li__X3MM;
  __li__KI *li__QO0U,*li__YO0U;
  __li__U *li__QPMK,*li__YSMK;
  void *li__SPMK;
  __li__PF *li__IQMK,*li__NTMK;
  __li__K li__OQMK,li__TTMK;
  void *li__QX5M,*li__KY5M;
  void *li__ZQMK,*li__NRMK,*li__QUMK;
  __li__UL2B *li__NNKV,*li__WNKV;
  __li__KMFK *li__3RMK,*li__EVMK,*li__PP0U;
  __li__ODID *li__5RMK,*li__KVMK;
  __li__KVBD *li__3O0U,*li__CP0U,*li__XNKV,*li__1NKV;
  __li__WK *li__IP0U;
  __li__WVBD *li__KP0U,*li__LP0U;
  __li__KLWI *li__NP0U;
  __li__ULWI *li__SP0U,*li__TP0U;
  __li__MSWI *li__VP0U,*li__WP0U;
  __li__MZWI *li__YP0U,*li__ZP0U;
  __li__C0WI *li__1P0U,*li__2P0U;
  __li__M1WI *li__4P0U,*li__5P0U;
  __li__C li__POMK,li__CPMK,li__GRMK;
  __li__2ZEC *li__5UMK;
  li__YNMK=NULL;
  li__POMK=li__EBGK(((__li__5RB *)li__VNMK),li__UNMK->li__D0WI.li__WZLE);
  /* __li__B__ __li__I__ */
if (li__POMK) {
    li__YNMK=li__UNMK;
  } else /* FALSE */ {
    li__CPMK=li__4HDL(((__li__5RB *)li__UNMK->li__D0WI.li__WZLE),li__VNMK);
    /* __li__B__ __li__I__ */
if (li__CPMK) {
      li__ANKV=((__li__5RB *)li__UNMK->li__D0WI.li__WZLE);
      li__5MKV=li__UNMK->li__D0WI.li__0K.li__0CC;
      li__4MKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__4MKV),li__5MKV,(&__string_68),'+',li__ANKV);
      li__GNKV=li__1CXJ(((__li__VTBD *)li__4MKV),li__UNMK->li__D0WI.li__0K.li__0CC,li__UNMK);
      li__QO0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__QO0U->li__2OLE),li__GNKV);
      li__WVRE(li__QO0U);
      li__QPMK=li__SQC(li__DS4J);
      li__SPMK=li__UVIJ(((__li__5RB *)li__UNMK->li__D0WI.li__WZLE),li__QPMK);
      /* __li__B__ __li__I__ */
if (((void *)li__SPMK == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__UNMK->li__D0WI.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__VNMK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__QPMK);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__UNMK->li__D0WI.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__WNMK);
        li__IQMK=li__J1NK(((__li__5RB *)li__UNMK->li__D0WI.li__WZLE));
        li__V5E(li__IQMK->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPMK)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__SPMK)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__OQMK=li__OYLM(((__li__DZB *)li__SPMK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__OQMK=li__OYLM(((__li__DZB *)li__SPMK));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__SPMK)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__OQMK=li__21RI(((__li__QWEC *)li__SPMK));
        } else /* ITM_SLOT_OPERATOR */ {
          li__OQMK=li__21RI(((__li__QWEC *)li__SPMK));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__OQMK !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPMK)->__id==__li__DZB__) {
          li__UQMK=((__li__DZB *)li__SPMK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__QX5M=((__li__QWEC *)li__SPMK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QX5M)->__id==__li__IZB__) {
            li__UQMK=((__li__IZB *)li__QX5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UQMK=((__li__4HAD *)li__QX5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__UQMK);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPMK)->__id==__li__DZB__) {
        li__QX5M=((__li__DZB *)li__SPMK)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QX5M)->__id==__li__IZB__) {
          li__ZQMK=((__li__IZB *)li__QX5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZQMK=((__li__4HAD *)li__QX5M)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__QX5M=((__li__QWEC *)li__SPMK)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QX5M)->__id==__li__IZB__) {
          li__ZQMK=((__li__IZB *)li__QX5M)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZQMK=((__li__4HAD *)li__QX5M)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ZQMK==NULL) {
        li__QX5M=NULL;
      } else {
        switch (((struct ___OBJ *)li__ZQMK)->__id) {
        case __li__WRB__: {
          li__QX5M=((void *)li__ZQMK);
        } break;
        case __li__XRB__: {
          li__QX5M=((void *)li__ZQMK);
        } break;
        case __li__KUB__: {
          li__QX5M=((void *)li__ZQMK);
        } break;
        case __li__VB1__: {
          li__QX5M=((void *)li__ZQMK);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__QX5M=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__QX5M == (void *)NULL)) {
        li__GRMK=li__B__;
      } else /* FALSE */ {
        li__ZQMK=((__li__5RB *)li__VNMK)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__QX5M)->__id) {
        case __li__WRB__: {
          li__DRMK=li__0VSG(((__li__WRB *)li__QX5M),li__ZQMK);
        } break;
        case __li__XRB__: {
          li__DRMK=li__OXSG(((__li__XRB *)((__li__WRB *)li__QX5M)),li__ZQMK);
        } break;
        case __li__KUB__: {
          li__DRMK=li__CZSG(((__li__KUB *)((__li__WRB *)li__QX5M)),li__ZQMK);
        } break;
        case __li__VB1__: {
          li__DRMK=li__H1SG(((__li__VB1 *)((__li__WRB *)li__QX5M)),li__ZQMK);
        } break;
        };
        li__GRMK=((void *)li__DRMK != (void *)li__VNMK);
      };
      /* __li__B__ __li__I__ */
if (li__GRMK) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPMK)->__id==__li__DZB__) {
          li__KY5M=((__li__DZB *)li__SPMK)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KY5M)->__id==__li__IZB__) {
            li__NRMK=((__li__IZB *)li__KY5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NRMK=((__li__4HAD *)li__KY5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__KY5M=((__li__QWEC *)li__SPMK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KY5M)->__id==__li__IZB__) {
            li__NRMK=((__li__IZB *)li__KY5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NRMK=((__li__4HAD *)li__KY5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__NRMK)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__NRMK),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__NRMK))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__NRMK)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__NRMK))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__NNKV=((__li__UL2B *)((__li__WRB *)li__NRMK));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__NNKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__NRMK)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__VNMK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPMK)->__id==__li__DZB__) {
          li__UQMK=((__li__DZB *)li__SPMK)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__KY5M=((__li__QWEC *)li__SPMK)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KY5M)->__id==__li__IZB__) {
            li__UQMK=((__li__IZB *)li__KY5M)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UQMK=((__li__4HAD *)li__KY5M)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__UQMK);
        li__V5E(li__UNMK->li__D0WI.li__0K.li__0CC);
        li__ODF();
      };
      li__3RMK=li__NOPI(((__li__VTBD *)li__4MKV));
      li__5RMK=li__GDID(li__UNMK->li__D0WI.li__0K.li__0CC,li__SPMK,li__3RMK,li__3RMK,li__I__);
      li__QO0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__QO0U->li__2OLE),li__5RMK);
      li__WVRE(li__QO0U);
      li__SPMK=li__ZAHJ(((__li__ODID *)li__5RMK));
      li__YNMK=li__SPMK;
      li__GRMK=li__B__;
    } else /* FALSE */ {
      li__GRMK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__GRMK)) {
      li__GRMK=li__R0LM(((__li__5RB *)li__VNMK),li__UNMK->li__D0WI.li__WZLE);
      /* __li__B__ __li__I__ */
if (li__GRMK) {
        li__DRMK=((__li__5RB *)li__UNMK->li__D0WI.li__WZLE);
        li__UQMK=li__UNMK->li__D0WI.li__0K.li__0CC;
        li__ONKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__ONKV),li__UQMK,(&__string_68),'+',li__DRMK);
        li__X3MM=li__1CXJ(((__li__VTBD *)li__ONKV),li__UNMK->li__D0WI.li__0K.li__0CC,li__UNMK);
        li__YO0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__YO0U->li__2OLE),li__X3MM);
        li__WVRE(li__YO0U);
        li__YSMK=li__SQC(li__DS4J);
        li__QX5M=li__UVIJ(((__li__5RB *)li__VNMK),li__YSMK);
        /* __li__B__ __li__I__ */
if (((void *)li__QX5M == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__VNMK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__UNMK->li__D0WI.li__WZLE),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__YSMK);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__VNMK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__WNMK);
          li__NTMK=li__J1NK(((__li__5RB *)li__VNMK));
          li__V5E(li__NTMK->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QX5M)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__QX5M)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__TTMK=li__OYLM(((__li__DZB *)li__QX5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__TTMK=li__OYLM(((__li__DZB *)li__QX5M));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__QX5M)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__TTMK=li__21RI(((__li__QWEC *)li__QX5M));
          } else /* ITM_SLOT_OPERATOR */ {
            li__TTMK=li__21RI(((__li__QWEC *)li__QX5M));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__TTMK !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QX5M)->__id==__li__DZB__) {
            li__ZTMK=((__li__DZB *)li__QX5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__NRMK=((__li__QWEC *)li__QX5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NRMK)->__id==__li__IZB__) {
              li__ZTMK=((__li__IZB *)li__NRMK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ZTMK=((__li__4HAD *)li__NRMK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__ZTMK);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QX5M)->__id==__li__DZB__) {
          li__KY5M=((__li__DZB *)li__QX5M)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KY5M)->__id==__li__IZB__) {
            li__NRMK=((__li__IZB *)li__KY5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NRMK=((__li__4HAD *)li__KY5M)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__KY5M=((__li__QWEC *)li__QX5M)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KY5M)->__id==__li__IZB__) {
            li__NRMK=((__li__IZB *)li__KY5M)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NRMK=((__li__4HAD *)li__KY5M)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__NRMK==NULL) {
          li__KY5M=NULL;
        } else {
          switch (((struct ___OBJ *)li__NRMK)->__id) {
          case __li__WRB__: {
            li__KY5M=((void *)li__NRMK);
          } break;
          case __li__XRB__: {
            li__KY5M=((void *)li__NRMK);
          } break;
          case __li__KUB__: {
            li__KY5M=((void *)li__NRMK);
          } break;
          case __li__VB1__: {
            li__KY5M=((void *)li__NRMK);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__KY5M=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__KY5M == (void *)NULL) || ((void *)li__KY5M != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QX5M)->__id==__li__DZB__) {
            li__NRMK=((__li__DZB *)li__QX5M)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NRMK)->__id==__li__IZB__) {
              li__QUMK=((__li__IZB *)li__NRMK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__QUMK=((__li__4HAD *)li__NRMK)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__NRMK=((__li__QWEC *)li__QX5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NRMK)->__id==__li__IZB__) {
              li__QUMK=((__li__IZB *)li__NRMK)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__QUMK=((__li__4HAD *)li__NRMK)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__QUMK)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__QUMK),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__QUMK))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__QUMK)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__QUMK))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__WNKV=((__li__UL2B *)((__li__WRB *)li__QUMK));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__WNKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__QUMK)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__VNMK),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QX5M)->__id==__li__DZB__) {
            li__ZTMK=((__li__DZB *)li__QX5M)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__NRMK=((__li__QWEC *)li__QX5M)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NRMK)->__id==__li__IZB__) {
              li__ZTMK=((__li__IZB *)li__NRMK)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ZTMK=((__li__4HAD *)li__NRMK)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__ZTMK);
          li__V5E(li__UNMK->li__D0WI.li__0K.li__0CC);
          li__ODF();
        };
        li__5UMK=li__IF1H( 2);
        li__UQMK=li__UNMK->li__D0WI.li__0K.li__0CC;
        li__3O0U=li__5QND();
        li__CP0U=((__li__KVBD *)li__3O0U);
        li__CP0U->li__LVBD.li__0K.li__0CC=li__UQMK;
        li__DRMK=li__NNSE(((__li__5RB *)li__VNMK));
        li__CP0U->li__LVBD.li__WZLE=li__DRMK;
        li__0K4N(((__li__2ZEC *)li__5UMK),li__3O0U);
        li__EVMK=li__NOPI(((__li__VTBD *)li__ONKV));
        li__NWYJ(((__li__2ZEC *)li__5UMK),li__EVMK);
        li__UQMK=li__UNMK->li__D0WI.li__0K.li__0CC;
        li__GP0U=((void **)(*(((__li__2ZEC *)li__5UMK))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GP0U)->__id) {
        case __li__WK__: {
          li__IP0U=li__PVEJ(((__li__WK *)li__GP0U));
          li__KY5M=li__IP0U;
        } break;
        case __li__AVBD__: {
          li__KY5M=li__AE5L(((__li__AVBD *)li__GP0U));
        } break;
        case __li__KVBD__: {
          li__XNKV=((__li__KVBD *)li__GP0U);
          li__ZTMK=li__XNKV->li__LVBD.li__0K.li__0CC;
          li__ZNKV=li__XNKV->li__LVBD.li__WZLE;
          li__XNKV=li__5QND();
          li__1NKV=((__li__KVBD *)li__XNKV);
          li__1NKV->li__LVBD.li__0K.li__0CC=li__ZTMK;
          li__2NKV=li__NNSE(((__li__5RB *)li__ZNKV));
          li__1NKV->li__LVBD.li__WZLE=li__2NKV;
          li__KY5M=li__XNKV;
        } break;
        case __li__WVBD__: {
          li__KP0U=((__li__WVBD *)li__GP0U);
          li__LP0U=li__VEID(li__KP0U->li__XVBD.li__0K.li__0CC,li__KP0U->li__2ZLE,li__KP0U->li__XVBD.li__WZLE);
          li__KY5M=li__LP0U;
        } break;
        case __li__Z4WH__: {
          li__KY5M=li__XEVK(((__li__Z4WH *)li__GP0U));
        } break;
        case __li__KTVI__: {
          li__KY5M=li__XF5L(((__li__KTVI *)li__GP0U));
        } break;
        case __li__LTVI__: {
          li__KY5M=li__SDGM(((__li__LTVI *)li__GP0U));
        } break;
        case __li__XTVI__: {
          li__KY5M=li__DG5L(((__li__XTVI *)li__GP0U));
        } break;
        case __li__YTVI__: {
          li__KY5M=li__4DGM(((__li__YTVI *)li__GP0U));
        } break;
        case __li__S2VI__: {
          li__KY5M=li__OG5L(((__li__S2VI *)li__GP0U));
        } break;
        case __li__E3VI__: {
          li__KY5M=li__ZG5L(((__li__E3VI *)li__GP0U));
        } break;
        case __li__KLWI__: {
          li__NP0U=((__li__KLWI *)li__GP0U);
          li__ZTMK=li__NP0U->li__LLWI.li__0CC;
          li__PP0U=li__G3CM(((__li__KMFK *)li__NP0U->li__ZPBK));
          li__NP0U=li__PNSJ(li__ZTMK,li__PP0U);
          li__KY5M=li__NP0U;
        } break;
        case __li__ULWI__: {
          li__SP0U=((__li__ULWI *)li__GP0U);
          li__TP0U=li__AOSJ(li__SP0U->li__VLWI.li__0CC,li__SP0U->li__4PBK);
          li__KY5M=li__TP0U;
        } break;
        case __li__NMWI__: {
          li__KY5M=li__SH5L(((__li__NMWI *)li__GP0U));
        } break;
        case __li__BNWI__: {
          li__KY5M=li__3H5L(((__li__BNWI *)li__GP0U));
        } break;
        case __li__XNWI__: {
          li__KY5M=li__II5L(((__li__XNWI *)li__GP0U));
        } break;
        case __li__LOWI__: {
          li__KY5M=li__TI5L(((__li__LOWI *)li__GP0U));
        } break;
        case __li__5OWI__: {
          li__KY5M=li__4I5L(((__li__5OWI *)li__GP0U));
        } break;
        case __li__TPWI__: {
          li__KY5M=li__JJ5L(((__li__TPWI *)li__GP0U));
        } break;
        case __li__HQWI__: {
          li__KY5M=li__UJ5L(((__li__HQWI *)li__GP0U));
        } break;
        case __li__ARWI__: {
          li__KY5M=li__5J5L(((__li__ARWI *)li__GP0U));
        } break;
        case __li__URWI__: {
          li__KY5M=li__NK5L(((__li__URWI *)li__GP0U));
        } break;
        case __li__MSWI__: {
          li__VP0U=((__li__MSWI *)li__GP0U);
          li__WP0U=li__YXSJ(li__VP0U->li__NSWI.li__0CC,li__VP0U->li__ISBK);
          li__KY5M=li__WP0U;
        } break;
        case __li__ETWI__: {
          li__KY5M=li__4K5L(((__li__ETWI *)li__GP0U));
        } break;
        case __li__MZWI__: {
          li__YP0U=((__li__MZWI *)li__GP0U);
          li__ZP0U=li__4U4I(li__YP0U->li__NZWI.li__0K.li__0CC,li__YP0U->li__3SBK,li__YP0U->li__NZWI.li__WZLE);
          li__KY5M=li__ZP0U;
        } break;
        case __li__C0WI__: {
          li__1P0U=((__li__C0WI *)li__GP0U);
          li__2P0U=li__ZV4I(li__1P0U->li__D0WI.li__0K.li__0CC,li__1P0U->li__CTBK);
          li__KY5M=li__2P0U;
        } break;
        case __li__M1WI__: {
          li__4P0U=((__li__M1WI *)li__GP0U);
          li__5P0U=li__1Z4I(li__4P0U->li__N1WI.li__0K.li__0CC,li__4P0U->li__UTFK);
          li__KY5M=li__5P0U;
        } break;
        case __li__KMFK__: {
          li__KY5M=li__G3CM(((__li__KMFK *)li__GP0U));
        } break;
        case __li__XOHL__: {
          li__KY5M=li__AAPN(((__li__XOHL *)li__GP0U));
        } break;
        case __li__FPHL__: {
          li__KY5M=li__2EGM(((__li__FPHL *)li__GP0U));
        } break;
        case __li__APLM__: {
          li__KY5M=li__XRDQ(((__li__APLM *)li__GP0U));
        } break;
        case __li__DTNM__: {
          li__KY5M=li__D5SO(((__li__DTNM *)li__GP0U));
        } break;
        case __li__JXNM__: {
          li__KY5M=li__153R(((__li__JXNM *)li__GP0U));
        } break;
        case __li__21LO__: {
          li__KY5M=li__2KLP(((__li__21LO *)li__GP0U));
        } break;
        case __li__TPOO__: {
          li__KY5M=li__JLLP(((__li__TPOO *)li__GP0U));
        } break;
        case __li__URRO__: {
          li__KY5M=li__KM4R(((__li__URRO *)li__GP0U));
        } break;
        case __li__41XO__: {
          li__KY5M=li__CSDQ(((__li__41XO *)li__GP0U));
        } break;
        case __li__AKBR__: {
          li__KY5M=li__L2DS(((__li__AKBR *)li__GP0U));
        } break;
        case __li__SU5R__: {
          li__KY5M=li__EQJS(((__li__SU5R *)li__GP0U));
        } break;
        case __li__JV5R__: {
          li__KY5M=li__PQJS(((__li__JV5R *)li__GP0U));
        } break;
        };
        li__KVMK=li__2IUJ(li__UQMK,li__QX5M,li__KY5M,li__5UMK,li__I__);
        li__YO0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__YO0U->li__2OLE),li__KVMK);
        li__WVRE(li__YO0U);
        li__GP0U=li__ZAHJ(((__li__ODID *)li__KVMK));
        li__YNMK=li__GP0U;
      } else /* FALSE */ {
        li__IQMK=li__J1NK(((__li__5RB *)li__VNMK));
        li__KBG(((__li__U *)li__IQMK->li__WXI));
        fputc((int)('='),stdout);
        li__IQMK=li__J1NK(((__li__5RB *)li__UNMK->li__D0WI.li__WZLE));
        li__KBG(((__li__U *)li__IQMK->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__VNMK),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__UNMK->li__D0WI.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__WNMK);
        li__V5E(li__UNMK->li__D0WI.li__0K.li__0CC);
        li__ODF();
      };
    };
  };
  li__XNMK=li__YNMK;
  return(li__XNMK);
}

static void* li__Q3IP(__li__M1WI *li__R3IP,__li__5RB *li__S3IP,__li__PO li__T3IP)
/* (Strict NATIVE_ARRAY_CHARACTER_CST{li__M1WI},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__V3IP,*li__0Q0U,*li__U3IP;
  __li__5RB *li__BOKV,*li__ABJP,*li__0OKV,*li__3OKV;
  __li__PO li__AOKV,li__RAJP,li__WDJP;
  __li__VTBD *li__5NKV,*li__POKV;
  __li__DFNL *li__HOKV,*li__C00P;
  __li__KI *li__EQ0U,*li__MQ0U;
  __li__U *li__N5IP,*li__VCJP;
  void *li__P5IP;
  __li__PF *li__FAJP,*li__KDJP;
  __li__K li__LAJP,li__QDJP;
  void *li__HK3P,*li__BL3P;
  void *li__WAJP,*li__KBJP,*li__NEJP;
  __li__UL2B *li__OOKV,*li__XOKV;
  __li__KMFK *li__0BJP,*li__BFJP,*li__DR0U;
  __li__ODID *li__2BJP,*li__HFJP;
  __li__KVBD *li__RQ0U,*li__WQ0U,*li__YOKV,*li__2OKV;
  __li__WK *li__2Q0U;
  __li__WVBD *li__4Q0U,*li__5Q0U;
  __li__KLWI *li__BR0U;
  __li__ULWI *li__GR0U,*li__HR0U;
  __li__MSWI *li__JR0U,*li__KR0U;
  __li__MZWI *li__MR0U,*li__NR0U;
  __li__C0WI *li__PR0U,*li__QR0U;
  __li__M1WI *li__SR0U,*li__TR0U;
  __li__C li__M4IP,li__54IP,li__DBJP;
  __li__2ZEC *li__2EJP;
  li__V3IP=NULL;
  li__M4IP=li__EBGK(((__li__5RB *)li__S3IP),li__R3IP->li__N1WI.li__WZLE);
  /* __li__B__ __li__I__ */
if (li__M4IP) {
    li__V3IP=li__R3IP;
  } else /* FALSE */ {
    li__54IP=li__4HDL(((__li__5RB *)li__R3IP->li__N1WI.li__WZLE),li__S3IP);
    /* __li__B__ __li__I__ */
if (li__54IP) {
      li__BOKV=((__li__5RB *)li__R3IP->li__N1WI.li__WZLE);
      li__AOKV=li__R3IP->li__N1WI.li__0K.li__0CC;
      li__5NKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__5NKV),li__AOKV,(&__string_68),'+',li__BOKV);
      li__HOKV=li__1CXJ(((__li__VTBD *)li__5NKV),li__R3IP->li__N1WI.li__0K.li__0CC,li__R3IP);
      li__EQ0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__EQ0U->li__2OLE),li__HOKV);
      li__WVRE(li__EQ0U);
      li__N5IP=li__SQC(li__DS4J);
      li__P5IP=li__UVIJ(((__li__5RB *)li__R3IP->li__N1WI.li__WZLE),li__N5IP);
      /* __li__B__ __li__I__ */
if (((void *)li__P5IP == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__R3IP->li__N1WI.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__S3IP),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__N5IP);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__R3IP->li__N1WI.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__T3IP);
        li__FAJP=li__J1NK(((__li__5RB *)li__R3IP->li__N1WI.li__WZLE));
        li__V5E(li__FAJP->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__P5IP)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__P5IP)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__LAJP=li__OYLM(((__li__DZB *)li__P5IP));
        } else /* ITM_SLOT_OPERATOR */ {
          li__LAJP=li__OYLM(((__li__DZB *)li__P5IP));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__P5IP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__LAJP=li__21RI(((__li__QWEC *)li__P5IP));
        } else /* ITM_SLOT_OPERATOR */ {
          li__LAJP=li__21RI(((__li__QWEC *)li__P5IP));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__LAJP !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__P5IP)->__id==__li__DZB__) {
          li__RAJP=((__li__DZB *)li__P5IP)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__HK3P=((__li__QWEC *)li__P5IP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HK3P)->__id==__li__IZB__) {
            li__RAJP=((__li__IZB *)li__HK3P)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__RAJP=((__li__4HAD *)li__HK3P)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__RAJP);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__P5IP)->__id==__li__DZB__) {
        li__HK3P=((__li__DZB *)li__P5IP)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HK3P)->__id==__li__IZB__) {
          li__WAJP=((__li__IZB *)li__HK3P)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WAJP=((__li__4HAD *)li__HK3P)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__HK3P=((__li__QWEC *)li__P5IP)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HK3P)->__id==__li__IZB__) {
          li__WAJP=((__li__IZB *)li__HK3P)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WAJP=((__li__4HAD *)li__HK3P)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__WAJP==NULL) {
        li__HK3P=NULL;
      } else {
        switch (((struct ___OBJ *)li__WAJP)->__id) {
        case __li__WRB__: {
          li__HK3P=((void *)li__WAJP);
        } break;
        case __li__XRB__: {
          li__HK3P=((void *)li__WAJP);
        } break;
        case __li__KUB__: {
          li__HK3P=((void *)li__WAJP);
        } break;
        case __li__VB1__: {
          li__HK3P=((void *)li__WAJP);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__HK3P=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__HK3P == (void *)NULL)) {
        li__DBJP=li__B__;
      } else /* FALSE */ {
        li__WAJP=((__li__5RB *)li__S3IP)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__HK3P)->__id) {
        case __li__WRB__: {
          li__ABJP=li__0VSG(((__li__WRB *)li__HK3P),li__WAJP);
        } break;
        case __li__XRB__: {
          li__ABJP=li__OXSG(((__li__XRB *)((__li__WRB *)li__HK3P)),li__WAJP);
        } break;
        case __li__KUB__: {
          li__ABJP=li__CZSG(((__li__KUB *)((__li__WRB *)li__HK3P)),li__WAJP);
        } break;
        case __li__VB1__: {
          li__ABJP=li__H1SG(((__li__VB1 *)((__li__WRB *)li__HK3P)),li__WAJP);
        } break;
        };
        li__DBJP=((void *)li__ABJP != (void *)li__S3IP);
      };
      /* __li__B__ __li__I__ */
if (li__DBJP) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__P5IP)->__id==__li__DZB__) {
          li__BL3P=((__li__DZB *)li__P5IP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BL3P)->__id==__li__IZB__) {
            li__KBJP=((__li__IZB *)li__BL3P)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KBJP=((__li__4HAD *)li__BL3P)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__BL3P=((__li__QWEC *)li__P5IP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BL3P)->__id==__li__IZB__) {
            li__KBJP=((__li__IZB *)li__BL3P)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KBJP=((__li__4HAD *)li__BL3P)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__KBJP)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__KBJP),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__KBJP))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__KBJP)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__KBJP))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__OOKV=((__li__UL2B *)((__li__WRB *)li__KBJP));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__OOKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__KBJP)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__S3IP),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__P5IP)->__id==__li__DZB__) {
          li__RAJP=((__li__DZB *)li__P5IP)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__BL3P=((__li__QWEC *)li__P5IP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BL3P)->__id==__li__IZB__) {
            li__RAJP=((__li__IZB *)li__BL3P)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__RAJP=((__li__4HAD *)li__BL3P)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__RAJP);
        li__V5E(li__R3IP->li__N1WI.li__0K.li__0CC);
        li__ODF();
      };
      li__0BJP=li__NOPI(((__li__VTBD *)li__5NKV));
      li__2BJP=li__GDID(li__R3IP->li__N1WI.li__0K.li__0CC,li__P5IP,li__0BJP,li__0BJP,li__I__);
      li__EQ0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__EQ0U->li__2OLE),li__2BJP);
      li__WVRE(li__EQ0U);
      li__P5IP=li__ZAHJ(((__li__ODID *)li__2BJP));
      li__V3IP=li__P5IP;
      li__DBJP=li__B__;
    } else /* FALSE */ {
      li__DBJP=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__DBJP)) {
      li__DBJP=li__R0LM(((__li__5RB *)li__S3IP),li__R3IP->li__N1WI.li__WZLE);
      /* __li__B__ __li__I__ */
if (li__DBJP) {
        li__ABJP=((__li__5RB *)li__R3IP->li__N1WI.li__WZLE);
        li__RAJP=li__R3IP->li__N1WI.li__0K.li__0CC;
        li__POKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__POKV),li__RAJP,(&__string_68),'+',li__ABJP);
        li__C00P=li__1CXJ(((__li__VTBD *)li__POKV),li__R3IP->li__N1WI.li__0K.li__0CC,li__R3IP);
        li__MQ0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__MQ0U->li__2OLE),li__C00P);
        li__WVRE(li__MQ0U);
        li__VCJP=li__SQC(li__DS4J);
        li__HK3P=li__UVIJ(((__li__5RB *)li__S3IP),li__VCJP);
        /* __li__B__ __li__I__ */
if (((void *)li__HK3P == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__S3IP),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__R3IP->li__N1WI.li__WZLE),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__VCJP);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__S3IP),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__T3IP);
          li__KDJP=li__J1NK(((__li__5RB *)li__S3IP));
          li__V5E(li__KDJP->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HK3P)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__HK3P)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__QDJP=li__OYLM(((__li__DZB *)li__HK3P));
          } else /* ITM_SLOT_OPERATOR */ {
            li__QDJP=li__OYLM(((__li__DZB *)li__HK3P));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__HK3P)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__QDJP=li__21RI(((__li__QWEC *)li__HK3P));
          } else /* ITM_SLOT_OPERATOR */ {
            li__QDJP=li__21RI(((__li__QWEC *)li__HK3P));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__QDJP !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HK3P)->__id==__li__DZB__) {
            li__WDJP=((__li__DZB *)li__HK3P)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__KBJP=((__li__QWEC *)li__HK3P)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KBJP)->__id==__li__IZB__) {
              li__WDJP=((__li__IZB *)li__KBJP)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__WDJP=((__li__4HAD *)li__KBJP)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__WDJP);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HK3P)->__id==__li__DZB__) {
          li__BL3P=((__li__DZB *)li__HK3P)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BL3P)->__id==__li__IZB__) {
            li__KBJP=((__li__IZB *)li__BL3P)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KBJP=((__li__4HAD *)li__BL3P)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__BL3P=((__li__QWEC *)li__HK3P)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BL3P)->__id==__li__IZB__) {
            li__KBJP=((__li__IZB *)li__BL3P)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KBJP=((__li__4HAD *)li__BL3P)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__KBJP==NULL) {
          li__BL3P=NULL;
        } else {
          switch (((struct ___OBJ *)li__KBJP)->__id) {
          case __li__WRB__: {
            li__BL3P=((void *)li__KBJP);
          } break;
          case __li__XRB__: {
            li__BL3P=((void *)li__KBJP);
          } break;
          case __li__KUB__: {
            li__BL3P=((void *)li__KBJP);
          } break;
          case __li__VB1__: {
            li__BL3P=((void *)li__KBJP);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__BL3P=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__BL3P == (void *)NULL) || ((void *)li__BL3P != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HK3P)->__id==__li__DZB__) {
            li__KBJP=((__li__DZB *)li__HK3P)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KBJP)->__id==__li__IZB__) {
              li__NEJP=((__li__IZB *)li__KBJP)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__NEJP=((__li__4HAD *)li__KBJP)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__KBJP=((__li__QWEC *)li__HK3P)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KBJP)->__id==__li__IZB__) {
              li__NEJP=((__li__IZB *)li__KBJP)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__NEJP=((__li__4HAD *)li__KBJP)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__NEJP)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__NEJP),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__NEJP))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__NEJP)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__NEJP))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__XOKV=((__li__UL2B *)((__li__WRB *)li__NEJP));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__XOKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__NEJP)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__S3IP),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HK3P)->__id==__li__DZB__) {
            li__WDJP=((__li__DZB *)li__HK3P)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__KBJP=((__li__QWEC *)li__HK3P)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KBJP)->__id==__li__IZB__) {
              li__WDJP=((__li__IZB *)li__KBJP)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__WDJP=((__li__4HAD *)li__KBJP)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__WDJP);
          li__V5E(li__R3IP->li__N1WI.li__0K.li__0CC);
          li__ODF();
        };
        li__2EJP=li__IF1H( 2);
        li__RAJP=li__R3IP->li__N1WI.li__0K.li__0CC;
        li__RQ0U=li__5QND();
        li__WQ0U=((__li__KVBD *)li__RQ0U);
        li__WQ0U->li__LVBD.li__0K.li__0CC=li__RAJP;
        li__ABJP=li__NNSE(((__li__5RB *)li__S3IP));
        li__WQ0U->li__LVBD.li__WZLE=li__ABJP;
        li__0K4N(((__li__2ZEC *)li__2EJP),li__RQ0U);
        li__BFJP=li__NOPI(((__li__VTBD *)li__POKV));
        li__NWYJ(((__li__2ZEC *)li__2EJP),li__BFJP);
        li__RAJP=li__R3IP->li__N1WI.li__0K.li__0CC;
        li__0Q0U=((void **)(*(((__li__2ZEC *)li__2EJP))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0Q0U)->__id) {
        case __li__WK__: {
          li__2Q0U=li__PVEJ(((__li__WK *)li__0Q0U));
          li__BL3P=li__2Q0U;
        } break;
        case __li__AVBD__: {
          li__BL3P=li__AE5L(((__li__AVBD *)li__0Q0U));
        } break;
        case __li__KVBD__: {
          li__YOKV=((__li__KVBD *)li__0Q0U);
          li__WDJP=li__YOKV->li__LVBD.li__0K.li__0CC;
          li__0OKV=li__YOKV->li__LVBD.li__WZLE;
          li__YOKV=li__5QND();
          li__2OKV=((__li__KVBD *)li__YOKV);
          li__2OKV->li__LVBD.li__0K.li__0CC=li__WDJP;
          li__3OKV=li__NNSE(((__li__5RB *)li__0OKV));
          li__2OKV->li__LVBD.li__WZLE=li__3OKV;
          li__BL3P=li__YOKV;
        } break;
        case __li__WVBD__: {
          li__4Q0U=((__li__WVBD *)li__0Q0U);
          li__5Q0U=li__VEID(li__4Q0U->li__XVBD.li__0K.li__0CC,li__4Q0U->li__2ZLE,li__4Q0U->li__XVBD.li__WZLE);
          li__BL3P=li__5Q0U;
        } break;
        case __li__Z4WH__: {
          li__BL3P=li__XEVK(((__li__Z4WH *)li__0Q0U));
        } break;
        case __li__KTVI__: {
          li__BL3P=li__XF5L(((__li__KTVI *)li__0Q0U));
        } break;
        case __li__LTVI__: {
          li__BL3P=li__SDGM(((__li__LTVI *)li__0Q0U));
        } break;
        case __li__XTVI__: {
          li__BL3P=li__DG5L(((__li__XTVI *)li__0Q0U));
        } break;
        case __li__YTVI__: {
          li__BL3P=li__4DGM(((__li__YTVI *)li__0Q0U));
        } break;
        case __li__S2VI__: {
          li__BL3P=li__OG5L(((__li__S2VI *)li__0Q0U));
        } break;
        case __li__E3VI__: {
          li__BL3P=li__ZG5L(((__li__E3VI *)li__0Q0U));
        } break;
        case __li__KLWI__: {
          li__BR0U=((__li__KLWI *)li__0Q0U);
          li__WDJP=li__BR0U->li__LLWI.li__0CC;
          li__DR0U=li__G3CM(((__li__KMFK *)li__BR0U->li__ZPBK));
          li__BR0U=li__PNSJ(li__WDJP,li__DR0U);
          li__BL3P=li__BR0U;
        } break;
        case __li__ULWI__: {
          li__GR0U=((__li__ULWI *)li__0Q0U);
          li__HR0U=li__AOSJ(li__GR0U->li__VLWI.li__0CC,li__GR0U->li__4PBK);
          li__BL3P=li__HR0U;
        } break;
        case __li__NMWI__: {
          li__BL3P=li__SH5L(((__li__NMWI *)li__0Q0U));
        } break;
        case __li__BNWI__: {
          li__BL3P=li__3H5L(((__li__BNWI *)li__0Q0U));
        } break;
        case __li__XNWI__: {
          li__BL3P=li__II5L(((__li__XNWI *)li__0Q0U));
        } break;
        case __li__LOWI__: {
          li__BL3P=li__TI5L(((__li__LOWI *)li__0Q0U));
        } break;
        case __li__5OWI__: {
          li__BL3P=li__4I5L(((__li__5OWI *)li__0Q0U));
        } break;
        case __li__TPWI__: {
          li__BL3P=li__JJ5L(((__li__TPWI *)li__0Q0U));
        } break;
        case __li__HQWI__: {
          li__BL3P=li__UJ5L(((__li__HQWI *)li__0Q0U));
        } break;
        case __li__ARWI__: {
          li__BL3P=li__5J5L(((__li__ARWI *)li__0Q0U));
        } break;
        case __li__URWI__: {
          li__BL3P=li__NK5L(((__li__URWI *)li__0Q0U));
        } break;
        case __li__MSWI__: {
          li__JR0U=((__li__MSWI *)li__0Q0U);
          li__KR0U=li__YXSJ(li__JR0U->li__NSWI.li__0CC,li__JR0U->li__ISBK);
          li__BL3P=li__KR0U;
        } break;
        case __li__ETWI__: {
          li__BL3P=li__4K5L(((__li__ETWI *)li__0Q0U));
        } break;
        case __li__MZWI__: {
          li__MR0U=((__li__MZWI *)li__0Q0U);
          li__NR0U=li__4U4I(li__MR0U->li__NZWI.li__0K.li__0CC,li__MR0U->li__3SBK,li__MR0U->li__NZWI.li__WZLE);
          li__BL3P=li__NR0U;
        } break;
        case __li__C0WI__: {
          li__PR0U=((__li__C0WI *)li__0Q0U);
          li__QR0U=li__ZV4I(li__PR0U->li__D0WI.li__0K.li__0CC,li__PR0U->li__CTBK);
          li__BL3P=li__QR0U;
        } break;
        case __li__M1WI__: {
          li__SR0U=((__li__M1WI *)li__0Q0U);
          li__TR0U=li__1Z4I(li__SR0U->li__N1WI.li__0K.li__0CC,li__SR0U->li__UTFK);
          li__BL3P=li__TR0U;
        } break;
        case __li__KMFK__: {
          li__BL3P=li__G3CM(((__li__KMFK *)li__0Q0U));
        } break;
        case __li__XOHL__: {
          li__BL3P=li__AAPN(((__li__XOHL *)li__0Q0U));
        } break;
        case __li__FPHL__: {
          li__BL3P=li__2EGM(((__li__FPHL *)li__0Q0U));
        } break;
        case __li__APLM__: {
          li__BL3P=li__XRDQ(((__li__APLM *)li__0Q0U));
        } break;
        case __li__DTNM__: {
          li__BL3P=li__D5SO(((__li__DTNM *)li__0Q0U));
        } break;
        case __li__JXNM__: {
          li__BL3P=li__153R(((__li__JXNM *)li__0Q0U));
        } break;
        case __li__21LO__: {
          li__BL3P=li__2KLP(((__li__21LO *)li__0Q0U));
        } break;
        case __li__TPOO__: {
          li__BL3P=li__JLLP(((__li__TPOO *)li__0Q0U));
        } break;
        case __li__URRO__: {
          li__BL3P=li__KM4R(((__li__URRO *)li__0Q0U));
        } break;
        case __li__41XO__: {
          li__BL3P=li__CSDQ(((__li__41XO *)li__0Q0U));
        } break;
        case __li__AKBR__: {
          li__BL3P=li__L2DS(((__li__AKBR *)li__0Q0U));
        } break;
        case __li__SU5R__: {
          li__BL3P=li__EQJS(((__li__SU5R *)li__0Q0U));
        } break;
        case __li__JV5R__: {
          li__BL3P=li__PQJS(((__li__JV5R *)li__0Q0U));
        } break;
        };
        li__HFJP=li__2IUJ(li__RAJP,li__HK3P,li__BL3P,li__2EJP,li__I__);
        li__MQ0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__MQ0U->li__2OLE),li__HFJP);
        li__WVRE(li__MQ0U);
        li__0Q0U=li__ZAHJ(((__li__ODID *)li__HFJP));
        li__V3IP=li__0Q0U;
      } else /* FALSE */ {
        li__FAJP=li__J1NK(((__li__5RB *)li__S3IP));
        li__KBG(((__li__U *)li__FAJP->li__WXI));
        fputc((int)('='),stdout);
        li__FAJP=li__J1NK(((__li__5RB *)li__R3IP->li__N1WI.li__WZLE));
        li__KBG(((__li__U *)li__FAJP->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__S3IP),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__R3IP->li__N1WI.li__WZLE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__T3IP);
        li__V5E(li__R3IP->li__N1WI.li__0K.li__0CC);
        li__ODF();
      };
    };
  };
  li__U3IP=li__V3IP;
  return(li__U3IP);
}

static void* li__JG2L(__li__KMFK *li__KG2L,__li__5RB *li__LG2L,__li__PO li__MG2L)
/* (Strict READ_LOCAL{li__KMFK},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__OG2L,*li__OS0U,*li__NG2L;
  __li__5RB *li__CPKV,*li__ZJ2L,*li__1PKV,*li__4PKV;
  __li__PO li__BPKV,li__KJ2L,li__PM2L;
  __li__VTBD *li__APKV,*li__QPKV;
  __li__DFNL *li__IPKV,*li__NR0O;
  __li__KI *li__YR0U,*li__AS0U;
  __li__U *li__GI2L,*li__OL2L;
  void *li__II2L;
  __li__PF *li__4I2L,*li__DM2L;
  __li__K li__EJ2L,li__JM2L;
  void *li__NIDP,*li__HJDP;
  void *li__PJ2L,*li__DK2L,*li__GN2L;
  __li__UL2B *li__PPKV,*li__YPKV;
  __li__KMFK *li__TK2L,*li__0N2L,*li__XS0U;
  __li__ODID *li__VK2L,*li__AO2L;
  __li__KVBD *li__FS0U,*li__KS0U,*li__ZPKV,*li__3PKV;
  __li__WK *li__QS0U;
  __li__WVBD *li__SS0U,*li__TS0U;
  __li__KLWI *li__VS0U;
  __li__ULWI *li__0S0U,*li__1S0U;
  __li__MSWI *li__3S0U,*li__4S0U;
  __li__MZWI *li__AT0U,*li__BT0U;
  __li__C0WI *li__DT0U,*li__ET0U;
  __li__M1WI *li__GT0U,*li__HT0U;
  __li__C li__FH2L,li__YH2L,li__2J2L;
  __li__2ZEC *li__VN2L;
  li__OG2L=NULL;
  li__FH2L=li__EBGK(((__li__5RB *)li__LG2L),li__KG2L->li__3RFK->li__WTBD.li__0RNE);
  /* __li__B__ __li__I__ */
if (li__FH2L) {
    li__OG2L=li__KG2L;
  } else /* FALSE */ {
    li__YH2L=li__4HDL(((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE),li__LG2L);
    /* __li__B__ __li__I__ */
if (li__YH2L) {
      li__CPKV=((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE);
      li__BPKV=li__KG2L->li__LMFK.li__0CC;
      li__APKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__APKV),li__BPKV,(&__string_68),'+',li__CPKV);
      li__IPKV=li__1CXJ(((__li__VTBD *)li__APKV),li__KG2L->li__LMFK.li__0CC,li__KG2L);
      li__YR0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__YR0U->li__2OLE),li__IPKV);
      li__WVRE(li__YR0U);
      li__GI2L=li__SQC(li__DS4J);
      li__II2L=li__UVIJ(((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE),li__GI2L);
      /* __li__B__ __li__I__ */
if (((void *)li__II2L == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__LG2L),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__GI2L);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__MG2L);
        li__4I2L=li__J1NK(((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE));
        li__V5E(li__4I2L->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__II2L)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__II2L)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__EJ2L=li__OYLM(((__li__DZB *)li__II2L));
        } else /* ITM_SLOT_OPERATOR */ {
          li__EJ2L=li__OYLM(((__li__DZB *)li__II2L));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__II2L)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__EJ2L=li__21RI(((__li__QWEC *)li__II2L));
        } else /* ITM_SLOT_OPERATOR */ {
          li__EJ2L=li__21RI(((__li__QWEC *)li__II2L));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__EJ2L !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__II2L)->__id==__li__DZB__) {
          li__KJ2L=((__li__DZB *)li__II2L)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__NIDP=((__li__QWEC *)li__II2L)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NIDP)->__id==__li__IZB__) {
            li__KJ2L=((__li__IZB *)li__NIDP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KJ2L=((__li__4HAD *)li__NIDP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__KJ2L);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__II2L)->__id==__li__DZB__) {
        li__NIDP=((__li__DZB *)li__II2L)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NIDP)->__id==__li__IZB__) {
          li__PJ2L=((__li__IZB *)li__NIDP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PJ2L=((__li__4HAD *)li__NIDP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__NIDP=((__li__QWEC *)li__II2L)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NIDP)->__id==__li__IZB__) {
          li__PJ2L=((__li__IZB *)li__NIDP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__PJ2L=((__li__4HAD *)li__NIDP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__PJ2L==NULL) {
        li__NIDP=NULL;
      } else {
        switch (((struct ___OBJ *)li__PJ2L)->__id) {
        case __li__WRB__: {
          li__NIDP=((void *)li__PJ2L);
        } break;
        case __li__XRB__: {
          li__NIDP=((void *)li__PJ2L);
        } break;
        case __li__KUB__: {
          li__NIDP=((void *)li__PJ2L);
        } break;
        case __li__VB1__: {
          li__NIDP=((void *)li__PJ2L);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__NIDP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__NIDP == (void *)NULL)) {
        li__2J2L=li__B__;
      } else /* FALSE */ {
        li__PJ2L=((__li__5RB *)li__LG2L)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__NIDP)->__id) {
        case __li__WRB__: {
          li__ZJ2L=li__0VSG(((__li__WRB *)li__NIDP),li__PJ2L);
        } break;
        case __li__XRB__: {
          li__ZJ2L=li__OXSG(((__li__XRB *)((__li__WRB *)li__NIDP)),li__PJ2L);
        } break;
        case __li__KUB__: {
          li__ZJ2L=li__CZSG(((__li__KUB *)((__li__WRB *)li__NIDP)),li__PJ2L);
        } break;
        case __li__VB1__: {
          li__ZJ2L=li__H1SG(((__li__VB1 *)((__li__WRB *)li__NIDP)),li__PJ2L);
        } break;
        };
        li__2J2L=((void *)li__ZJ2L != (void *)li__LG2L);
      };
      /* __li__B__ __li__I__ */
if (li__2J2L) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__II2L)->__id==__li__DZB__) {
          li__HJDP=((__li__DZB *)li__II2L)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HJDP)->__id==__li__IZB__) {
            li__DK2L=((__li__IZB *)li__HJDP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DK2L=((__li__4HAD *)li__HJDP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__HJDP=((__li__QWEC *)li__II2L)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HJDP)->__id==__li__IZB__) {
            li__DK2L=((__li__IZB *)li__HJDP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DK2L=((__li__4HAD *)li__HJDP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__DK2L)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__DK2L),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__DK2L))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__DK2L)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__DK2L))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__PPKV=((__li__UL2B *)((__li__WRB *)li__DK2L));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__PPKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__DK2L)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__LG2L),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__II2L)->__id==__li__DZB__) {
          li__KJ2L=((__li__DZB *)li__II2L)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__HJDP=((__li__QWEC *)li__II2L)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HJDP)->__id==__li__IZB__) {
            li__KJ2L=((__li__IZB *)li__HJDP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KJ2L=((__li__4HAD *)li__HJDP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__KJ2L);
        li__V5E(li__KG2L->li__LMFK.li__0CC);
        li__ODF();
      };
      li__TK2L=li__NOPI(((__li__VTBD *)li__APKV));
      li__VK2L=li__GDID(li__KG2L->li__LMFK.li__0CC,li__II2L,li__TK2L,li__TK2L,li__I__);
      li__YR0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__YR0U->li__2OLE),li__VK2L);
      li__WVRE(li__YR0U);
      li__II2L=li__ZAHJ(((__li__ODID *)li__VK2L));
      li__OG2L=li__II2L;
      li__2J2L=li__B__;
    } else /* FALSE */ {
      li__2J2L=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__2J2L)) {
      li__2J2L=li__R0LM(((__li__5RB *)li__LG2L),li__KG2L->li__3RFK->li__WTBD.li__0RNE);
      /* __li__B__ __li__I__ */
if (li__2J2L) {
        li__ZJ2L=((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE);
        li__KJ2L=li__KG2L->li__LMFK.li__0CC;
        li__QPKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__QPKV),li__KJ2L,(&__string_68),'+',li__ZJ2L);
        li__NR0O=li__1CXJ(((__li__VTBD *)li__QPKV),li__KG2L->li__LMFK.li__0CC,li__KG2L);
        li__AS0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__AS0U->li__2OLE),li__NR0O);
        li__WVRE(li__AS0U);
        li__OL2L=li__SQC(li__DS4J);
        li__NIDP=li__UVIJ(((__li__5RB *)li__LG2L),li__OL2L);
        /* __li__B__ __li__I__ */
if (((void *)li__NIDP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__LG2L),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__OL2L);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__LG2L),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__MG2L);
          li__DM2L=li__J1NK(((__li__5RB *)li__LG2L));
          li__V5E(li__DM2L->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__NIDP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__NIDP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__JM2L=li__OYLM(((__li__DZB *)li__NIDP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__JM2L=li__OYLM(((__li__DZB *)li__NIDP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__NIDP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__JM2L=li__21RI(((__li__QWEC *)li__NIDP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__JM2L=li__21RI(((__li__QWEC *)li__NIDP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__JM2L !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__NIDP)->__id==__li__DZB__) {
            li__PM2L=((__li__DZB *)li__NIDP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__DK2L=((__li__QWEC *)li__NIDP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DK2L)->__id==__li__IZB__) {
              li__PM2L=((__li__IZB *)li__DK2L)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PM2L=((__li__4HAD *)li__DK2L)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__PM2L);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__NIDP)->__id==__li__DZB__) {
          li__HJDP=((__li__DZB *)li__NIDP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HJDP)->__id==__li__IZB__) {
            li__DK2L=((__li__IZB *)li__HJDP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DK2L=((__li__4HAD *)li__HJDP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__HJDP=((__li__QWEC *)li__NIDP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HJDP)->__id==__li__IZB__) {
            li__DK2L=((__li__IZB *)li__HJDP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__DK2L=((__li__4HAD *)li__HJDP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__DK2L==NULL) {
          li__HJDP=NULL;
        } else {
          switch (((struct ___OBJ *)li__DK2L)->__id) {
          case __li__WRB__: {
            li__HJDP=((void *)li__DK2L);
          } break;
          case __li__XRB__: {
            li__HJDP=((void *)li__DK2L);
          } break;
          case __li__KUB__: {
            li__HJDP=((void *)li__DK2L);
          } break;
          case __li__VB1__: {
            li__HJDP=((void *)li__DK2L);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__HJDP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__HJDP == (void *)NULL) || ((void *)li__HJDP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__NIDP)->__id==__li__DZB__) {
            li__DK2L=((__li__DZB *)li__NIDP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DK2L)->__id==__li__IZB__) {
              li__GN2L=((__li__IZB *)li__DK2L)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__GN2L=((__li__4HAD *)li__DK2L)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__DK2L=((__li__QWEC *)li__NIDP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DK2L)->__id==__li__IZB__) {
              li__GN2L=((__li__IZB *)li__DK2L)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__GN2L=((__li__4HAD *)li__DK2L)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__GN2L)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__GN2L),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__GN2L))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__GN2L)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__GN2L))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__YPKV=((__li__UL2B *)((__li__WRB *)li__GN2L));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__YPKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__GN2L)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__LG2L),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__NIDP)->__id==__li__DZB__) {
            li__PM2L=((__li__DZB *)li__NIDP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__DK2L=((__li__QWEC *)li__NIDP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DK2L)->__id==__li__IZB__) {
              li__PM2L=((__li__IZB *)li__DK2L)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PM2L=((__li__4HAD *)li__DK2L)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__PM2L);
          li__V5E(li__KG2L->li__LMFK.li__0CC);
          li__ODF();
        };
        li__VN2L=li__IF1H( 2);
        li__KJ2L=li__KG2L->li__LMFK.li__0CC;
        li__FS0U=li__5QND();
        li__KS0U=((__li__KVBD *)li__FS0U);
        li__KS0U->li__LVBD.li__0K.li__0CC=li__KJ2L;
        li__ZJ2L=li__NNSE(((__li__5RB *)li__LG2L));
        li__KS0U->li__LVBD.li__WZLE=li__ZJ2L;
        li__0K4N(((__li__2ZEC *)li__VN2L),li__FS0U);
        li__0N2L=li__NOPI(((__li__VTBD *)li__QPKV));
        li__NWYJ(((__li__2ZEC *)li__VN2L),li__0N2L);
        li__KJ2L=li__KG2L->li__LMFK.li__0CC;
        li__OS0U=((void **)(*(((__li__2ZEC *)li__VN2L))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OS0U)->__id) {
        case __li__WK__: {
          li__QS0U=li__PVEJ(((__li__WK *)li__OS0U));
          li__HJDP=li__QS0U;
        } break;
        case __li__AVBD__: {
          li__HJDP=li__AE5L(((__li__AVBD *)li__OS0U));
        } break;
        case __li__KVBD__: {
          li__ZPKV=((__li__KVBD *)li__OS0U);
          li__PM2L=li__ZPKV->li__LVBD.li__0K.li__0CC;
          li__1PKV=li__ZPKV->li__LVBD.li__WZLE;
          li__ZPKV=li__5QND();
          li__3PKV=((__li__KVBD *)li__ZPKV);
          li__3PKV->li__LVBD.li__0K.li__0CC=li__PM2L;
          li__4PKV=li__NNSE(((__li__5RB *)li__1PKV));
          li__3PKV->li__LVBD.li__WZLE=li__4PKV;
          li__HJDP=li__ZPKV;
        } break;
        case __li__WVBD__: {
          li__SS0U=((__li__WVBD *)li__OS0U);
          li__TS0U=li__VEID(li__SS0U->li__XVBD.li__0K.li__0CC,li__SS0U->li__2ZLE,li__SS0U->li__XVBD.li__WZLE);
          li__HJDP=li__TS0U;
        } break;
        case __li__Z4WH__: {
          li__HJDP=li__XEVK(((__li__Z4WH *)li__OS0U));
        } break;
        case __li__KTVI__: {
          li__HJDP=li__XF5L(((__li__KTVI *)li__OS0U));
        } break;
        case __li__LTVI__: {
          li__HJDP=li__SDGM(((__li__LTVI *)li__OS0U));
        } break;
        case __li__XTVI__: {
          li__HJDP=li__DG5L(((__li__XTVI *)li__OS0U));
        } break;
        case __li__YTVI__: {
          li__HJDP=li__4DGM(((__li__YTVI *)li__OS0U));
        } break;
        case __li__S2VI__: {
          li__HJDP=li__OG5L(((__li__S2VI *)li__OS0U));
        } break;
        case __li__E3VI__: {
          li__HJDP=li__ZG5L(((__li__E3VI *)li__OS0U));
        } break;
        case __li__KLWI__: {
          li__VS0U=((__li__KLWI *)li__OS0U);
          li__PM2L=li__VS0U->li__LLWI.li__0CC;
          li__XS0U=li__G3CM(((__li__KMFK *)li__VS0U->li__ZPBK));
          li__VS0U=li__PNSJ(li__PM2L,li__XS0U);
          li__HJDP=li__VS0U;
        } break;
        case __li__ULWI__: {
          li__0S0U=((__li__ULWI *)li__OS0U);
          li__1S0U=li__AOSJ(li__0S0U->li__VLWI.li__0CC,li__0S0U->li__4PBK);
          li__HJDP=li__1S0U;
        } break;
        case __li__NMWI__: {
          li__HJDP=li__SH5L(((__li__NMWI *)li__OS0U));
        } break;
        case __li__BNWI__: {
          li__HJDP=li__3H5L(((__li__BNWI *)li__OS0U));
        } break;
        case __li__XNWI__: {
          li__HJDP=li__II5L(((__li__XNWI *)li__OS0U));
        } break;
        case __li__LOWI__: {
          li__HJDP=li__TI5L(((__li__LOWI *)li__OS0U));
        } break;
        case __li__5OWI__: {
          li__HJDP=li__4I5L(((__li__5OWI *)li__OS0U));
        } break;
        case __li__TPWI__: {
          li__HJDP=li__JJ5L(((__li__TPWI *)li__OS0U));
        } break;
        case __li__HQWI__: {
          li__HJDP=li__UJ5L(((__li__HQWI *)li__OS0U));
        } break;
        case __li__ARWI__: {
          li__HJDP=li__5J5L(((__li__ARWI *)li__OS0U));
        } break;
        case __li__URWI__: {
          li__HJDP=li__NK5L(((__li__URWI *)li__OS0U));
        } break;
        case __li__MSWI__: {
          li__3S0U=((__li__MSWI *)li__OS0U);
          li__4S0U=li__YXSJ(li__3S0U->li__NSWI.li__0CC,li__3S0U->li__ISBK);
          li__HJDP=li__4S0U;
        } break;
        case __li__ETWI__: {
          li__HJDP=li__4K5L(((__li__ETWI *)li__OS0U));
        } break;
        case __li__MZWI__: {
          li__AT0U=((__li__MZWI *)li__OS0U);
          li__BT0U=li__4U4I(li__AT0U->li__NZWI.li__0K.li__0CC,li__AT0U->li__3SBK,li__AT0U->li__NZWI.li__WZLE);
          li__HJDP=li__BT0U;
        } break;
        case __li__C0WI__: {
          li__DT0U=((__li__C0WI *)li__OS0U);
          li__ET0U=li__ZV4I(li__DT0U->li__D0WI.li__0K.li__0CC,li__DT0U->li__CTBK);
          li__HJDP=li__ET0U;
        } break;
        case __li__M1WI__: {
          li__GT0U=((__li__M1WI *)li__OS0U);
          li__HT0U=li__1Z4I(li__GT0U->li__N1WI.li__0K.li__0CC,li__GT0U->li__UTFK);
          li__HJDP=li__HT0U;
        } break;
        case __li__KMFK__: {
          li__HJDP=li__G3CM(((__li__KMFK *)li__OS0U));
        } break;
        case __li__XOHL__: {
          li__HJDP=li__AAPN(((__li__XOHL *)li__OS0U));
        } break;
        case __li__FPHL__: {
          li__HJDP=li__2EGM(((__li__FPHL *)li__OS0U));
        } break;
        case __li__APLM__: {
          li__HJDP=li__XRDQ(((__li__APLM *)li__OS0U));
        } break;
        case __li__DTNM__: {
          li__HJDP=li__D5SO(((__li__DTNM *)li__OS0U));
        } break;
        case __li__JXNM__: {
          li__HJDP=li__153R(((__li__JXNM *)li__OS0U));
        } break;
        case __li__21LO__: {
          li__HJDP=li__2KLP(((__li__21LO *)li__OS0U));
        } break;
        case __li__TPOO__: {
          li__HJDP=li__JLLP(((__li__TPOO *)li__OS0U));
        } break;
        case __li__URRO__: {
          li__HJDP=li__KM4R(((__li__URRO *)li__OS0U));
        } break;
        case __li__41XO__: {
          li__HJDP=li__CSDQ(((__li__41XO *)li__OS0U));
        } break;
        case __li__AKBR__: {
          li__HJDP=li__L2DS(((__li__AKBR *)li__OS0U));
        } break;
        case __li__SU5R__: {
          li__HJDP=li__EQJS(((__li__SU5R *)li__OS0U));
        } break;
        case __li__JV5R__: {
          li__HJDP=li__PQJS(((__li__JV5R *)li__OS0U));
        } break;
        };
        li__AO2L=li__2IUJ(li__KJ2L,li__NIDP,li__HJDP,li__VN2L,li__I__);
        li__AS0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__AS0U->li__2OLE),li__AO2L);
        li__WVRE(li__AS0U);
        li__OS0U=li__ZAHJ(((__li__ODID *)li__AO2L));
        li__OG2L=li__OS0U;
      } else /* FALSE */ {
        li__4I2L=li__J1NK(((__li__5RB *)li__LG2L));
        li__KBG(((__li__U *)li__4I2L->li__WXI));
        fputc((int)('='),stdout);
        li__4I2L=li__J1NK(((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE));
        li__KBG(((__li__U *)li__4I2L->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__LG2L),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__KG2L->li__3RFK->li__WTBD.li__0RNE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__MG2L);
        li__V5E(li__KG2L->li__LMFK.li__0CC);
        li__ODF();
      };
    };
  };
  li__NG2L=li__OG2L;
  return(li__NG2L);
}

static void* li__3INN(__li__XOHL *li__4INN,__li__5RB *li__5INN,__li__PO li__AJNN)
/* (Strict EXPR_NEG{li__XOHL},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__CJNN,*li__CU0U,*li__BJNN;
  __li__5RB *li__YJNN,*li__LKNN,*li__SKNN,*li__DQKV,*li__DLNN,*li__NMNN;
  __li__5RB *li__MONN,*li__5QKV;
  __li__PO li__CQKV,li__4LNN,li__DPNN;
  __li__VTBD *li__BQKV,*li__RQKV;
  __li__DFNL *li__JQKV,*li__5ISP;
  __li__KI *li__MT0U,*li__UT0U;
  __li__U *li__0KNN,*li__CONN;
  void *li__2KNN;
  __li__PF *li__SLNN,*li__XONN;
  __li__K li__YLNN,li__3ONN;
  void *li__DJZP,*li__3JZP;
  void *li__DMNN,*li__XMNN,*li__0PNN;
  __li__UL2B *li__QQKV,*li__ZQKV;
  __li__KMFK *li__HNNN,*li__OQNN,*li__LU0U;
  __li__ODID *li__JNNN,*li__UQNN;
  __li__KVBD *li__ZT0U,*li__4T0U,*li__0QKV,*li__4QKV;
  __li__WK *li__EU0U;
  __li__WVBD *li__GU0U,*li__HU0U;
  __li__KLWI *li__JU0U;
  __li__ULWI *li__OU0U,*li__PU0U;
  __li__MSWI *li__RU0U,*li__SU0U;
  __li__MZWI *li__UU0U,*li__VU0U;
  __li__C0WI *li__XU0U,*li__YU0U;
  __li__M1WI *li__0U0U,*li__1U0U;
  __li__C li__ZJNN,li__MKNN,li__QMNN;
  __li__2ZEC *li__JQNN;
  li__CJNN=NULL;
  li__YJNN=li__T4NN(li__4INN);
  li__ZJNN=li__EBGK(((__li__5RB *)li__5INN),li__YJNN);
  /* __li__B__ __li__I__ */
if (li__ZJNN) {
    li__CJNN=li__4INN;
  } else /* FALSE */ {
    li__LKNN=li__T4NN(li__4INN);
    li__MKNN=li__4HDL(((__li__5RB *)li__LKNN),li__5INN);
    /* __li__B__ __li__I__ */
if (li__MKNN) {
      li__SKNN=li__T4NN(li__4INN);
      li__DQKV=((__li__5RB *)li__SKNN);
      li__CQKV=li__4INN->li__0OHL.li__ZOHL.li__0CC;
      li__BQKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__BQKV),li__CQKV,(&__string_68),'+',li__DQKV);
      li__JQKV=li__1CXJ(((__li__VTBD *)li__BQKV),li__4INN->li__0OHL.li__ZOHL.li__0CC,li__4INN);
      li__MT0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MT0U->li__2OLE),li__JQKV);
      li__WVRE(li__MT0U);
      li__0KNN=li__SQC(li__DS4J);
      li__SKNN=li__T4NN(li__4INN);
      li__2KNN=li__UVIJ(((__li__5RB *)li__SKNN),li__0KNN);
      /* __li__B__ __li__I__ */
if (((void *)li__2KNN == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__DLNN=li__T4NN(li__4INN);
        li__OUHF(((__li__5RB *)li__DLNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__5INN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__0KNN);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__DLNN=li__T4NN(li__4INN);
        li__OUHF(((__li__5RB *)li__DLNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__AJNN);
        li__DLNN=li__T4NN(li__4INN);
        li__SLNN=li__J1NK(((__li__5RB *)li__DLNN));
        li__V5E(li__SLNN->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2KNN)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__2KNN)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__YLNN=li__OYLM(((__li__DZB *)li__2KNN));
        } else /* ITM_SLOT_OPERATOR */ {
          li__YLNN=li__OYLM(((__li__DZB *)li__2KNN));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__2KNN)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__YLNN=li__21RI(((__li__QWEC *)li__2KNN));
        } else /* ITM_SLOT_OPERATOR */ {
          li__YLNN=li__21RI(((__li__QWEC *)li__2KNN));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__YLNN !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2KNN)->__id==__li__DZB__) {
          li__4LNN=((__li__DZB *)li__2KNN)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__DJZP=((__li__QWEC *)li__2KNN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DJZP)->__id==__li__IZB__) {
            li__4LNN=((__li__IZB *)li__DJZP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4LNN=((__li__4HAD *)li__DJZP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__4LNN);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2KNN)->__id==__li__DZB__) {
        li__DJZP=((__li__DZB *)li__2KNN)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DJZP)->__id==__li__IZB__) {
          li__DMNN=((__li__IZB *)li__DJZP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__DMNN=((__li__4HAD *)li__DJZP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__DJZP=((__li__QWEC *)li__2KNN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DJZP)->__id==__li__IZB__) {
          li__DMNN=((__li__IZB *)li__DJZP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__DMNN=((__li__4HAD *)li__DJZP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__DMNN==NULL) {
        li__DJZP=NULL;
      } else {
        switch (((struct ___OBJ *)li__DMNN)->__id) {
        case __li__WRB__: {
          li__DJZP=((void *)li__DMNN);
        } break;
        case __li__XRB__: {
          li__DJZP=((void *)li__DMNN);
        } break;
        case __li__KUB__: {
          li__DJZP=((void *)li__DMNN);
        } break;
        case __li__VB1__: {
          li__DJZP=((void *)li__DMNN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__DJZP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__DJZP == (void *)NULL)) {
        li__QMNN=li__B__;
      } else /* FALSE */ {
        li__DMNN=((__li__5RB *)li__5INN)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__DJZP)->__id) {
        case __li__WRB__: {
          li__NMNN=li__0VSG(((__li__WRB *)li__DJZP),li__DMNN);
        } break;
        case __li__XRB__: {
          li__NMNN=li__OXSG(((__li__XRB *)((__li__WRB *)li__DJZP)),li__DMNN);
        } break;
        case __li__KUB__: {
          li__NMNN=li__CZSG(((__li__KUB *)((__li__WRB *)li__DJZP)),li__DMNN);
        } break;
        case __li__VB1__: {
          li__NMNN=li__H1SG(((__li__VB1 *)((__li__WRB *)li__DJZP)),li__DMNN);
        } break;
        };
        li__QMNN=((void *)li__NMNN != (void *)li__5INN);
      };
      /* __li__B__ __li__I__ */
if (li__QMNN) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2KNN)->__id==__li__DZB__) {
          li__3JZP=((__li__DZB *)li__2KNN)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3JZP)->__id==__li__IZB__) {
            li__XMNN=((__li__IZB *)li__3JZP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XMNN=((__li__4HAD *)li__3JZP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__3JZP=((__li__QWEC *)li__2KNN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3JZP)->__id==__li__IZB__) {
            li__XMNN=((__li__IZB *)li__3JZP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XMNN=((__li__4HAD *)li__3JZP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__XMNN)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__XMNN),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__XMNN))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__XMNN)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__XMNN))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__QQKV=((__li__UL2B *)((__li__WRB *)li__XMNN));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__QQKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__XMNN)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__5INN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2KNN)->__id==__li__DZB__) {
          li__4LNN=((__li__DZB *)li__2KNN)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__3JZP=((__li__QWEC *)li__2KNN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3JZP)->__id==__li__IZB__) {
            li__4LNN=((__li__IZB *)li__3JZP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4LNN=((__li__4HAD *)li__3JZP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__4LNN);
        li__V5E(li__4INN->li__0OHL.li__ZOHL.li__0CC);
        li__ODF();
      };
      li__HNNN=li__NOPI(((__li__VTBD *)li__BQKV));
      li__JNNN=li__GDID(li__4INN->li__0OHL.li__ZOHL.li__0CC,li__2KNN,li__HNNN,li__HNNN,li__I__);
      li__MT0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MT0U->li__2OLE),li__JNNN);
      li__WVRE(li__MT0U);
      li__2KNN=li__ZAHJ(((__li__ODID *)li__JNNN));
      li__CJNN=li__2KNN;
      li__QMNN=li__B__;
    } else /* FALSE */ {
      li__QMNN=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__QMNN)) {
      li__SKNN=li__T4NN(li__4INN);
      li__QMNN=li__R0LM(((__li__5RB *)li__5INN),li__SKNN);
      /* __li__B__ __li__I__ */
if (li__QMNN) {
        li__DLNN=li__T4NN(li__4INN);
        li__NMNN=((__li__5RB *)li__DLNN);
        li__4LNN=li__4INN->li__0OHL.li__ZOHL.li__0CC;
        li__RQKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__RQKV),li__4LNN,(&__string_68),'+',li__NMNN);
        li__5ISP=li__1CXJ(((__li__VTBD *)li__RQKV),li__4INN->li__0OHL.li__ZOHL.li__0CC,li__4INN);
        li__UT0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UT0U->li__2OLE),li__5ISP);
        li__WVRE(li__UT0U);
        li__CONN=li__SQC(li__DS4J);
        li__DJZP=li__UVIJ(((__li__5RB *)li__5INN),li__CONN);
        /* __li__B__ __li__I__ */
if (((void *)li__DJZP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__5INN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__MONN=li__T4NN(li__4INN);
          li__OUHF(((__li__5RB *)li__MONN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__CONN);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__5INN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__AJNN);
          li__XONN=li__J1NK(((__li__5RB *)li__5INN));
          li__V5E(li__XONN->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DJZP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__DJZP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__3ONN=li__OYLM(((__li__DZB *)li__DJZP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__3ONN=li__OYLM(((__li__DZB *)li__DJZP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__DJZP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__3ONN=li__21RI(((__li__QWEC *)li__DJZP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__3ONN=li__21RI(((__li__QWEC *)li__DJZP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__3ONN !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DJZP)->__id==__li__DZB__) {
            li__DPNN=((__li__DZB *)li__DJZP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__XMNN=((__li__QWEC *)li__DJZP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XMNN)->__id==__li__IZB__) {
              li__DPNN=((__li__IZB *)li__XMNN)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__DPNN=((__li__4HAD *)li__XMNN)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__DPNN);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DJZP)->__id==__li__DZB__) {
          li__3JZP=((__li__DZB *)li__DJZP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3JZP)->__id==__li__IZB__) {
            li__XMNN=((__li__IZB *)li__3JZP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XMNN=((__li__4HAD *)li__3JZP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__3JZP=((__li__QWEC *)li__DJZP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3JZP)->__id==__li__IZB__) {
            li__XMNN=((__li__IZB *)li__3JZP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XMNN=((__li__4HAD *)li__3JZP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__XMNN==NULL) {
          li__3JZP=NULL;
        } else {
          switch (((struct ___OBJ *)li__XMNN)->__id) {
          case __li__WRB__: {
            li__3JZP=((void *)li__XMNN);
          } break;
          case __li__XRB__: {
            li__3JZP=((void *)li__XMNN);
          } break;
          case __li__KUB__: {
            li__3JZP=((void *)li__XMNN);
          } break;
          case __li__VB1__: {
            li__3JZP=((void *)li__XMNN);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__3JZP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__3JZP == (void *)NULL) || ((void *)li__3JZP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DJZP)->__id==__li__DZB__) {
            li__XMNN=((__li__DZB *)li__DJZP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XMNN)->__id==__li__IZB__) {
              li__0PNN=((__li__IZB *)li__XMNN)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0PNN=((__li__4HAD *)li__XMNN)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__XMNN=((__li__QWEC *)li__DJZP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XMNN)->__id==__li__IZB__) {
              li__0PNN=((__li__IZB *)li__XMNN)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0PNN=((__li__4HAD *)li__XMNN)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__0PNN)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__0PNN),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__0PNN))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__0PNN)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__0PNN))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__ZQKV=((__li__UL2B *)((__li__WRB *)li__0PNN));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__ZQKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__0PNN)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__5INN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__DJZP)->__id==__li__DZB__) {
            li__DPNN=((__li__DZB *)li__DJZP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__XMNN=((__li__QWEC *)li__DJZP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XMNN)->__id==__li__IZB__) {
              li__DPNN=((__li__IZB *)li__XMNN)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__DPNN=((__li__4HAD *)li__XMNN)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__DPNN);
          li__V5E(li__4INN->li__0OHL.li__ZOHL.li__0CC);
          li__ODF();
        };
        li__JQNN=li__IF1H( 2);
        li__4LNN=li__4INN->li__0OHL.li__ZOHL.li__0CC;
        li__ZT0U=li__5QND();
        li__4T0U=((__li__KVBD *)li__ZT0U);
        li__4T0U->li__LVBD.li__0K.li__0CC=li__4LNN;
        li__DLNN=li__NNSE(((__li__5RB *)li__5INN));
        li__4T0U->li__LVBD.li__WZLE=li__DLNN;
        li__0K4N(((__li__2ZEC *)li__JQNN),li__ZT0U);
        li__OQNN=li__NOPI(((__li__VTBD *)li__RQKV));
        li__NWYJ(((__li__2ZEC *)li__JQNN),li__OQNN);
        li__4LNN=li__4INN->li__0OHL.li__ZOHL.li__0CC;
        li__CU0U=((void **)(*(((__li__2ZEC *)li__JQNN))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CU0U)->__id) {
        case __li__WK__: {
          li__EU0U=li__PVEJ(((__li__WK *)li__CU0U));
          li__3JZP=li__EU0U;
        } break;
        case __li__AVBD__: {
          li__3JZP=li__AE5L(((__li__AVBD *)li__CU0U));
        } break;
        case __li__KVBD__: {
          li__0QKV=((__li__KVBD *)li__CU0U);
          li__DPNN=li__0QKV->li__LVBD.li__0K.li__0CC;
          li__MONN=li__0QKV->li__LVBD.li__WZLE;
          li__0QKV=li__5QND();
          li__4QKV=((__li__KVBD *)li__0QKV);
          li__4QKV->li__LVBD.li__0K.li__0CC=li__DPNN;
          li__5QKV=li__NNSE(((__li__5RB *)li__MONN));
          li__4QKV->li__LVBD.li__WZLE=li__5QKV;
          li__3JZP=li__0QKV;
        } break;
        case __li__WVBD__: {
          li__GU0U=((__li__WVBD *)li__CU0U);
          li__HU0U=li__VEID(li__GU0U->li__XVBD.li__0K.li__0CC,li__GU0U->li__2ZLE,li__GU0U->li__XVBD.li__WZLE);
          li__3JZP=li__HU0U;
        } break;
        case __li__Z4WH__: {
          li__3JZP=li__XEVK(((__li__Z4WH *)li__CU0U));
        } break;
        case __li__KTVI__: {
          li__3JZP=li__XF5L(((__li__KTVI *)li__CU0U));
        } break;
        case __li__LTVI__: {
          li__3JZP=li__SDGM(((__li__LTVI *)li__CU0U));
        } break;
        case __li__XTVI__: {
          li__3JZP=li__DG5L(((__li__XTVI *)li__CU0U));
        } break;
        case __li__YTVI__: {
          li__3JZP=li__4DGM(((__li__YTVI *)li__CU0U));
        } break;
        case __li__S2VI__: {
          li__3JZP=li__OG5L(((__li__S2VI *)li__CU0U));
        } break;
        case __li__E3VI__: {
          li__3JZP=li__ZG5L(((__li__E3VI *)li__CU0U));
        } break;
        case __li__KLWI__: {
          li__JU0U=((__li__KLWI *)li__CU0U);
          li__DPNN=li__JU0U->li__LLWI.li__0CC;
          li__LU0U=li__G3CM(((__li__KMFK *)li__JU0U->li__ZPBK));
          li__JU0U=li__PNSJ(li__DPNN,li__LU0U);
          li__3JZP=li__JU0U;
        } break;
        case __li__ULWI__: {
          li__OU0U=((__li__ULWI *)li__CU0U);
          li__PU0U=li__AOSJ(li__OU0U->li__VLWI.li__0CC,li__OU0U->li__4PBK);
          li__3JZP=li__PU0U;
        } break;
        case __li__NMWI__: {
          li__3JZP=li__SH5L(((__li__NMWI *)li__CU0U));
        } break;
        case __li__BNWI__: {
          li__3JZP=li__3H5L(((__li__BNWI *)li__CU0U));
        } break;
        case __li__XNWI__: {
          li__3JZP=li__II5L(((__li__XNWI *)li__CU0U));
        } break;
        case __li__LOWI__: {
          li__3JZP=li__TI5L(((__li__LOWI *)li__CU0U));
        } break;
        case __li__5OWI__: {
          li__3JZP=li__4I5L(((__li__5OWI *)li__CU0U));
        } break;
        case __li__TPWI__: {
          li__3JZP=li__JJ5L(((__li__TPWI *)li__CU0U));
        } break;
        case __li__HQWI__: {
          li__3JZP=li__UJ5L(((__li__HQWI *)li__CU0U));
        } break;
        case __li__ARWI__: {
          li__3JZP=li__5J5L(((__li__ARWI *)li__CU0U));
        } break;
        case __li__URWI__: {
          li__3JZP=li__NK5L(((__li__URWI *)li__CU0U));
        } break;
        case __li__MSWI__: {
          li__RU0U=((__li__MSWI *)li__CU0U);
          li__SU0U=li__YXSJ(li__RU0U->li__NSWI.li__0CC,li__RU0U->li__ISBK);
          li__3JZP=li__SU0U;
        } break;
        case __li__ETWI__: {
          li__3JZP=li__4K5L(((__li__ETWI *)li__CU0U));
        } break;
        case __li__MZWI__: {
          li__UU0U=((__li__MZWI *)li__CU0U);
          li__VU0U=li__4U4I(li__UU0U->li__NZWI.li__0K.li__0CC,li__UU0U->li__3SBK,li__UU0U->li__NZWI.li__WZLE);
          li__3JZP=li__VU0U;
        } break;
        case __li__C0WI__: {
          li__XU0U=((__li__C0WI *)li__CU0U);
          li__YU0U=li__ZV4I(li__XU0U->li__D0WI.li__0K.li__0CC,li__XU0U->li__CTBK);
          li__3JZP=li__YU0U;
        } break;
        case __li__M1WI__: {
          li__0U0U=((__li__M1WI *)li__CU0U);
          li__1U0U=li__1Z4I(li__0U0U->li__N1WI.li__0K.li__0CC,li__0U0U->li__UTFK);
          li__3JZP=li__1U0U;
        } break;
        case __li__KMFK__: {
          li__3JZP=li__G3CM(((__li__KMFK *)li__CU0U));
        } break;
        case __li__XOHL__: {
          li__3JZP=li__AAPN(((__li__XOHL *)li__CU0U));
        } break;
        case __li__FPHL__: {
          li__3JZP=li__2EGM(((__li__FPHL *)li__CU0U));
        } break;
        case __li__APLM__: {
          li__3JZP=li__XRDQ(((__li__APLM *)li__CU0U));
        } break;
        case __li__DTNM__: {
          li__3JZP=li__D5SO(((__li__DTNM *)li__CU0U));
        } break;
        case __li__JXNM__: {
          li__3JZP=li__153R(((__li__JXNM *)li__CU0U));
        } break;
        case __li__21LO__: {
          li__3JZP=li__2KLP(((__li__21LO *)li__CU0U));
        } break;
        case __li__TPOO__: {
          li__3JZP=li__JLLP(((__li__TPOO *)li__CU0U));
        } break;
        case __li__URRO__: {
          li__3JZP=li__KM4R(((__li__URRO *)li__CU0U));
        } break;
        case __li__41XO__: {
          li__3JZP=li__CSDQ(((__li__41XO *)li__CU0U));
        } break;
        case __li__AKBR__: {
          li__3JZP=li__L2DS(((__li__AKBR *)li__CU0U));
        } break;
        case __li__SU5R__: {
          li__3JZP=li__EQJS(((__li__SU5R *)li__CU0U));
        } break;
        case __li__JV5R__: {
          li__3JZP=li__PQJS(((__li__JV5R *)li__CU0U));
        } break;
        };
        li__UQNN=li__2IUJ(li__4LNN,li__DJZP,li__3JZP,li__JQNN,li__I__);
        li__UT0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UT0U->li__2OLE),li__UQNN);
        li__WVRE(li__UT0U);
        li__CU0U=li__ZAHJ(((__li__ODID *)li__UQNN));
        li__CJNN=li__CU0U;
      } else /* FALSE */ {
        li__SLNN=li__J1NK(((__li__5RB *)li__5INN));
        li__KBG(((__li__U *)li__SLNN->li__WXI));
        fputc((int)('='),stdout);
        li__DLNN=li__T4NN(li__4INN);
        li__SLNN=li__J1NK(((__li__5RB *)li__DLNN));
        li__KBG(((__li__U *)li__SLNN->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__5INN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__DLNN=li__T4NN(li__4INN);
        li__OUHF(((__li__5RB *)li__DLNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__AJNN);
        li__V5E(li__4INN->li__0OHL.li__ZOHL.li__0CC);
        li__ODF();
      };
    };
  };
  li__BJNN=li__CJNN;
  return(li__BJNN);
}

static void* li__SRNN(__li__FPHL *li__TRNN,__li__5RB *li__URNN,__li__PO li__VRNN)
/* (Strict EXPR_ADD{li__FPHL},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__XRNN,*li__WV0U,*li__WRNN;
  __li__5RB *li__NSNN,*li__ATNN,*li__HTNN,*li__ERKV,*li__YTNN,*li__CVNN;
  __li__5RB *li__BXNN,*li__ASKV;
  __li__PO li__DRKV,li__TUNN,li__YXNN;
  __li__VTBD *li__CRKV,*li__SRKV;
  __li__DFNL *li__KRKV,*li__ZF2O;
  __li__KI *li__AV0U,*li__IV0U;
  __li__U *li__PTNN,*li__XWNN;
  void *li__RTNN;
  __li__PF *li__HUNN,*li__MXNN;
  __li__K li__NUNN,li__SXNN;
  void *li__VREP,*li__PSEP;
  void *li__YUNN,*li__MVNN,*li__PYNN;
  __li__UL2B *li__RRKV,*li__0RKV;
  __li__KMFK *li__2VNN,*li__DZNN,*li__5V0U;
  __li__ODID *li__4VNN,*li__JZNN;
  __li__KVBD *li__NV0U,*li__SV0U,*li__1RKV,*li__5RKV;
  __li__WK *li__YV0U;
  __li__WVBD *li__0V0U,*li__1V0U;
  __li__KLWI *li__3V0U;
  __li__ULWI *li__CW0U,*li__DW0U;
  __li__MSWI *li__FW0U,*li__GW0U;
  __li__MZWI *li__IW0U,*li__JW0U;
  __li__C0WI *li__LW0U,*li__MW0U;
  __li__M1WI *li__OW0U,*li__PW0U;
  __li__C li__OSNN,li__BTNN,li__FVNN;
  __li__2ZEC *li__4YNN;
  li__XRNN=NULL;
  li__NSNN=li__KA4L(li__TRNN);
  li__OSNN=li__EBGK(((__li__5RB *)li__URNN),li__NSNN);
  /* __li__B__ __li__I__ */
if (li__OSNN) {
    li__XRNN=li__TRNN;
  } else /* FALSE */ {
    li__ATNN=li__KA4L(li__TRNN);
    li__BTNN=li__4HDL(((__li__5RB *)li__ATNN),li__URNN);
    /* __li__B__ __li__I__ */
if (li__BTNN) {
      li__HTNN=li__KA4L(li__TRNN);
      li__ERKV=((__li__5RB *)li__HTNN);
      li__DRKV=li__TRNN->li__GPHL.li__DNWI.li__0CC;
      li__CRKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__CRKV),li__DRKV,(&__string_68),'+',li__ERKV);
      li__KRKV=li__1CXJ(((__li__VTBD *)li__CRKV),li__TRNN->li__GPHL.li__DNWI.li__0CC,li__TRNN);
      li__AV0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__AV0U->li__2OLE),li__KRKV);
      li__WVRE(li__AV0U);
      li__PTNN=li__SQC(li__DS4J);
      li__HTNN=li__KA4L(li__TRNN);
      li__RTNN=li__UVIJ(((__li__5RB *)li__HTNN),li__PTNN);
      /* __li__B__ __li__I__ */
if (((void *)li__RTNN == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__YTNN=li__KA4L(li__TRNN);
        li__OUHF(((__li__5RB *)li__YTNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__URNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__PTNN);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__YTNN=li__KA4L(li__TRNN);
        li__OUHF(((__li__5RB *)li__YTNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__VRNN);
        li__YTNN=li__KA4L(li__TRNN);
        li__HUNN=li__J1NK(((__li__5RB *)li__YTNN));
        li__V5E(li__HUNN->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RTNN)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__RTNN)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__NUNN=li__OYLM(((__li__DZB *)li__RTNN));
        } else /* ITM_SLOT_OPERATOR */ {
          li__NUNN=li__OYLM(((__li__DZB *)li__RTNN));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__RTNN)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__NUNN=li__21RI(((__li__QWEC *)li__RTNN));
        } else /* ITM_SLOT_OPERATOR */ {
          li__NUNN=li__21RI(((__li__QWEC *)li__RTNN));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__NUNN !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RTNN)->__id==__li__DZB__) {
          li__TUNN=((__li__DZB *)li__RTNN)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__VREP=((__li__QWEC *)li__RTNN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VREP)->__id==__li__IZB__) {
            li__TUNN=((__li__IZB *)li__VREP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__TUNN=((__li__4HAD *)li__VREP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__TUNN);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RTNN)->__id==__li__DZB__) {
        li__VREP=((__li__DZB *)li__RTNN)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VREP)->__id==__li__IZB__) {
          li__YUNN=((__li__IZB *)li__VREP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YUNN=((__li__4HAD *)li__VREP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__VREP=((__li__QWEC *)li__RTNN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VREP)->__id==__li__IZB__) {
          li__YUNN=((__li__IZB *)li__VREP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YUNN=((__li__4HAD *)li__VREP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__YUNN==NULL) {
        li__VREP=NULL;
      } else {
        switch (((struct ___OBJ *)li__YUNN)->__id) {
        case __li__WRB__: {
          li__VREP=((void *)li__YUNN);
        } break;
        case __li__XRB__: {
          li__VREP=((void *)li__YUNN);
        } break;
        case __li__KUB__: {
          li__VREP=((void *)li__YUNN);
        } break;
        case __li__VB1__: {
          li__VREP=((void *)li__YUNN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__VREP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__VREP == (void *)NULL)) {
        li__FVNN=li__B__;
      } else /* FALSE */ {
        li__YUNN=((__li__5RB *)li__URNN)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__VREP)->__id) {
        case __li__WRB__: {
          li__CVNN=li__0VSG(((__li__WRB *)li__VREP),li__YUNN);
        } break;
        case __li__XRB__: {
          li__CVNN=li__OXSG(((__li__XRB *)((__li__WRB *)li__VREP)),li__YUNN);
        } break;
        case __li__KUB__: {
          li__CVNN=li__CZSG(((__li__KUB *)((__li__WRB *)li__VREP)),li__YUNN);
        } break;
        case __li__VB1__: {
          li__CVNN=li__H1SG(((__li__VB1 *)((__li__WRB *)li__VREP)),li__YUNN);
        } break;
        };
        li__FVNN=((void *)li__CVNN != (void *)li__URNN);
      };
      /* __li__B__ __li__I__ */
if (li__FVNN) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RTNN)->__id==__li__DZB__) {
          li__PSEP=((__li__DZB *)li__RTNN)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PSEP)->__id==__li__IZB__) {
            li__MVNN=((__li__IZB *)li__PSEP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MVNN=((__li__4HAD *)li__PSEP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__PSEP=((__li__QWEC *)li__RTNN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PSEP)->__id==__li__IZB__) {
            li__MVNN=((__li__IZB *)li__PSEP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MVNN=((__li__4HAD *)li__PSEP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__MVNN)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__MVNN),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__MVNN))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__MVNN)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__MVNN))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__RRKV=((__li__UL2B *)((__li__WRB *)li__MVNN));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__RRKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__MVNN)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__URNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RTNN)->__id==__li__DZB__) {
          li__TUNN=((__li__DZB *)li__RTNN)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__PSEP=((__li__QWEC *)li__RTNN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PSEP)->__id==__li__IZB__) {
            li__TUNN=((__li__IZB *)li__PSEP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__TUNN=((__li__4HAD *)li__PSEP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__TUNN);
        li__V5E(li__TRNN->li__GPHL.li__DNWI.li__0CC);
        li__ODF();
      };
      li__2VNN=li__NOPI(((__li__VTBD *)li__CRKV));
      li__4VNN=li__GDID(li__TRNN->li__GPHL.li__DNWI.li__0CC,li__RTNN,li__2VNN,li__2VNN,li__I__);
      li__AV0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__AV0U->li__2OLE),li__4VNN);
      li__WVRE(li__AV0U);
      li__RTNN=li__ZAHJ(((__li__ODID *)li__4VNN));
      li__XRNN=li__RTNN;
      li__FVNN=li__B__;
    } else /* FALSE */ {
      li__FVNN=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__FVNN)) {
      li__HTNN=li__KA4L(li__TRNN);
      li__FVNN=li__R0LM(((__li__5RB *)li__URNN),li__HTNN);
      /* __li__B__ __li__I__ */
if (li__FVNN) {
        li__YTNN=li__KA4L(li__TRNN);
        li__CVNN=((__li__5RB *)li__YTNN);
        li__TUNN=li__TRNN->li__GPHL.li__DNWI.li__0CC;
        li__SRKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__SRKV),li__TUNN,(&__string_68),'+',li__CVNN);
        li__ZF2O=li__1CXJ(((__li__VTBD *)li__SRKV),li__TRNN->li__GPHL.li__DNWI.li__0CC,li__TRNN);
        li__IV0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__IV0U->li__2OLE),li__ZF2O);
        li__WVRE(li__IV0U);
        li__XWNN=li__SQC(li__DS4J);
        li__VREP=li__UVIJ(((__li__5RB *)li__URNN),li__XWNN);
        /* __li__B__ __li__I__ */
if (((void *)li__VREP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__URNN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__BXNN=li__KA4L(li__TRNN);
          li__OUHF(((__li__5RB *)li__BXNN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__XWNN);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__URNN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__VRNN);
          li__MXNN=li__J1NK(((__li__5RB *)li__URNN));
          li__V5E(li__MXNN->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VREP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__VREP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__SXNN=li__OYLM(((__li__DZB *)li__VREP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__SXNN=li__OYLM(((__li__DZB *)li__VREP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__VREP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__SXNN=li__21RI(((__li__QWEC *)li__VREP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__SXNN=li__21RI(((__li__QWEC *)li__VREP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__SXNN !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VREP)->__id==__li__DZB__) {
            li__YXNN=((__li__DZB *)li__VREP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__MVNN=((__li__QWEC *)li__VREP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MVNN)->__id==__li__IZB__) {
              li__YXNN=((__li__IZB *)li__MVNN)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__YXNN=((__li__4HAD *)li__MVNN)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__YXNN);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VREP)->__id==__li__DZB__) {
          li__PSEP=((__li__DZB *)li__VREP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PSEP)->__id==__li__IZB__) {
            li__MVNN=((__li__IZB *)li__PSEP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MVNN=((__li__4HAD *)li__PSEP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__PSEP=((__li__QWEC *)li__VREP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PSEP)->__id==__li__IZB__) {
            li__MVNN=((__li__IZB *)li__PSEP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MVNN=((__li__4HAD *)li__PSEP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__MVNN==NULL) {
          li__PSEP=NULL;
        } else {
          switch (((struct ___OBJ *)li__MVNN)->__id) {
          case __li__WRB__: {
            li__PSEP=((void *)li__MVNN);
          } break;
          case __li__XRB__: {
            li__PSEP=((void *)li__MVNN);
          } break;
          case __li__KUB__: {
            li__PSEP=((void *)li__MVNN);
          } break;
          case __li__VB1__: {
            li__PSEP=((void *)li__MVNN);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__PSEP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__PSEP == (void *)NULL) || ((void *)li__PSEP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VREP)->__id==__li__DZB__) {
            li__MVNN=((__li__DZB *)li__VREP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MVNN)->__id==__li__IZB__) {
              li__PYNN=((__li__IZB *)li__MVNN)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PYNN=((__li__4HAD *)li__MVNN)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__MVNN=((__li__QWEC *)li__VREP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MVNN)->__id==__li__IZB__) {
              li__PYNN=((__li__IZB *)li__MVNN)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PYNN=((__li__4HAD *)li__MVNN)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__PYNN)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__PYNN),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__PYNN))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__PYNN)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__PYNN))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__0RKV=((__li__UL2B *)((__li__WRB *)li__PYNN));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__0RKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__PYNN)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__URNN),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VREP)->__id==__li__DZB__) {
            li__YXNN=((__li__DZB *)li__VREP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__MVNN=((__li__QWEC *)li__VREP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MVNN)->__id==__li__IZB__) {
              li__YXNN=((__li__IZB *)li__MVNN)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__YXNN=((__li__4HAD *)li__MVNN)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__YXNN);
          li__V5E(li__TRNN->li__GPHL.li__DNWI.li__0CC);
          li__ODF();
        };
        li__4YNN=li__IF1H( 2);
        li__TUNN=li__TRNN->li__GPHL.li__DNWI.li__0CC;
        li__NV0U=li__5QND();
        li__SV0U=((__li__KVBD *)li__NV0U);
        li__SV0U->li__LVBD.li__0K.li__0CC=li__TUNN;
        li__YTNN=li__NNSE(((__li__5RB *)li__URNN));
        li__SV0U->li__LVBD.li__WZLE=li__YTNN;
        li__0K4N(((__li__2ZEC *)li__4YNN),li__NV0U);
        li__DZNN=li__NOPI(((__li__VTBD *)li__SRKV));
        li__NWYJ(((__li__2ZEC *)li__4YNN),li__DZNN);
        li__TUNN=li__TRNN->li__GPHL.li__DNWI.li__0CC;
        li__WV0U=((void **)(*(((__li__2ZEC *)li__4YNN))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WV0U)->__id) {
        case __li__WK__: {
          li__YV0U=li__PVEJ(((__li__WK *)li__WV0U));
          li__PSEP=li__YV0U;
        } break;
        case __li__AVBD__: {
          li__PSEP=li__AE5L(((__li__AVBD *)li__WV0U));
        } break;
        case __li__KVBD__: {
          li__1RKV=((__li__KVBD *)li__WV0U);
          li__YXNN=li__1RKV->li__LVBD.li__0K.li__0CC;
          li__BXNN=li__1RKV->li__LVBD.li__WZLE;
          li__1RKV=li__5QND();
          li__5RKV=((__li__KVBD *)li__1RKV);
          li__5RKV->li__LVBD.li__0K.li__0CC=li__YXNN;
          li__ASKV=li__NNSE(((__li__5RB *)li__BXNN));
          li__5RKV->li__LVBD.li__WZLE=li__ASKV;
          li__PSEP=li__1RKV;
        } break;
        case __li__WVBD__: {
          li__0V0U=((__li__WVBD *)li__WV0U);
          li__1V0U=li__VEID(li__0V0U->li__XVBD.li__0K.li__0CC,li__0V0U->li__2ZLE,li__0V0U->li__XVBD.li__WZLE);
          li__PSEP=li__1V0U;
        } break;
        case __li__Z4WH__: {
          li__PSEP=li__XEVK(((__li__Z4WH *)li__WV0U));
        } break;
        case __li__KTVI__: {
          li__PSEP=li__XF5L(((__li__KTVI *)li__WV0U));
        } break;
        case __li__LTVI__: {
          li__PSEP=li__SDGM(((__li__LTVI *)li__WV0U));
        } break;
        case __li__XTVI__: {
          li__PSEP=li__DG5L(((__li__XTVI *)li__WV0U));
        } break;
        case __li__YTVI__: {
          li__PSEP=li__4DGM(((__li__YTVI *)li__WV0U));
        } break;
        case __li__S2VI__: {
          li__PSEP=li__OG5L(((__li__S2VI *)li__WV0U));
        } break;
        case __li__E3VI__: {
          li__PSEP=li__ZG5L(((__li__E3VI *)li__WV0U));
        } break;
        case __li__KLWI__: {
          li__3V0U=((__li__KLWI *)li__WV0U);
          li__YXNN=li__3V0U->li__LLWI.li__0CC;
          li__5V0U=li__G3CM(((__li__KMFK *)li__3V0U->li__ZPBK));
          li__3V0U=li__PNSJ(li__YXNN,li__5V0U);
          li__PSEP=li__3V0U;
        } break;
        case __li__ULWI__: {
          li__CW0U=((__li__ULWI *)li__WV0U);
          li__DW0U=li__AOSJ(li__CW0U->li__VLWI.li__0CC,li__CW0U->li__4PBK);
          li__PSEP=li__DW0U;
        } break;
        case __li__NMWI__: {
          li__PSEP=li__SH5L(((__li__NMWI *)li__WV0U));
        } break;
        case __li__BNWI__: {
          li__PSEP=li__3H5L(((__li__BNWI *)li__WV0U));
        } break;
        case __li__XNWI__: {
          li__PSEP=li__II5L(((__li__XNWI *)li__WV0U));
        } break;
        case __li__LOWI__: {
          li__PSEP=li__TI5L(((__li__LOWI *)li__WV0U));
        } break;
        case __li__5OWI__: {
          li__PSEP=li__4I5L(((__li__5OWI *)li__WV0U));
        } break;
        case __li__TPWI__: {
          li__PSEP=li__JJ5L(((__li__TPWI *)li__WV0U));
        } break;
        case __li__HQWI__: {
          li__PSEP=li__UJ5L(((__li__HQWI *)li__WV0U));
        } break;
        case __li__ARWI__: {
          li__PSEP=li__5J5L(((__li__ARWI *)li__WV0U));
        } break;
        case __li__URWI__: {
          li__PSEP=li__NK5L(((__li__URWI *)li__WV0U));
        } break;
        case __li__MSWI__: {
          li__FW0U=((__li__MSWI *)li__WV0U);
          li__GW0U=li__YXSJ(li__FW0U->li__NSWI.li__0CC,li__FW0U->li__ISBK);
          li__PSEP=li__GW0U;
        } break;
        case __li__ETWI__: {
          li__PSEP=li__4K5L(((__li__ETWI *)li__WV0U));
        } break;
        case __li__MZWI__: {
          li__IW0U=((__li__MZWI *)li__WV0U);
          li__JW0U=li__4U4I(li__IW0U->li__NZWI.li__0K.li__0CC,li__IW0U->li__3SBK,li__IW0U->li__NZWI.li__WZLE);
          li__PSEP=li__JW0U;
        } break;
        case __li__C0WI__: {
          li__LW0U=((__li__C0WI *)li__WV0U);
          li__MW0U=li__ZV4I(li__LW0U->li__D0WI.li__0K.li__0CC,li__LW0U->li__CTBK);
          li__PSEP=li__MW0U;
        } break;
        case __li__M1WI__: {
          li__OW0U=((__li__M1WI *)li__WV0U);
          li__PW0U=li__1Z4I(li__OW0U->li__N1WI.li__0K.li__0CC,li__OW0U->li__UTFK);
          li__PSEP=li__PW0U;
        } break;
        case __li__KMFK__: {
          li__PSEP=li__G3CM(((__li__KMFK *)li__WV0U));
        } break;
        case __li__XOHL__: {
          li__PSEP=li__AAPN(((__li__XOHL *)li__WV0U));
        } break;
        case __li__FPHL__: {
          li__PSEP=li__2EGM(((__li__FPHL *)li__WV0U));
        } break;
        case __li__APLM__: {
          li__PSEP=li__XRDQ(((__li__APLM *)li__WV0U));
        } break;
        case __li__DTNM__: {
          li__PSEP=li__D5SO(((__li__DTNM *)li__WV0U));
        } break;
        case __li__JXNM__: {
          li__PSEP=li__153R(((__li__JXNM *)li__WV0U));
        } break;
        case __li__21LO__: {
          li__PSEP=li__2KLP(((__li__21LO *)li__WV0U));
        } break;
        case __li__TPOO__: {
          li__PSEP=li__JLLP(((__li__TPOO *)li__WV0U));
        } break;
        case __li__URRO__: {
          li__PSEP=li__KM4R(((__li__URRO *)li__WV0U));
        } break;
        case __li__41XO__: {
          li__PSEP=li__CSDQ(((__li__41XO *)li__WV0U));
        } break;
        case __li__AKBR__: {
          li__PSEP=li__L2DS(((__li__AKBR *)li__WV0U));
        } break;
        case __li__SU5R__: {
          li__PSEP=li__EQJS(((__li__SU5R *)li__WV0U));
        } break;
        case __li__JV5R__: {
          li__PSEP=li__PQJS(((__li__JV5R *)li__WV0U));
        } break;
        };
        li__JZNN=li__2IUJ(li__TUNN,li__VREP,li__PSEP,li__4YNN,li__I__);
        li__IV0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__IV0U->li__2OLE),li__JZNN);
        li__WVRE(li__IV0U);
        li__WV0U=li__ZAHJ(((__li__ODID *)li__JZNN));
        li__XRNN=li__WV0U;
      } else /* FALSE */ {
        li__HUNN=li__J1NK(((__li__5RB *)li__URNN));
        li__KBG(((__li__U *)li__HUNN->li__WXI));
        fputc((int)('='),stdout);
        li__YTNN=li__KA4L(li__TRNN);
        li__HUNN=li__J1NK(((__li__5RB *)li__YTNN));
        li__KBG(((__li__U *)li__HUNN->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__URNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__YTNN=li__KA4L(li__TRNN);
        li__OUHF(((__li__5RB *)li__YTNN),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__VRNN);
        li__V5E(li__TRNN->li__GPHL.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__WRNN=li__XRNN;
  return(li__WRNN);
}

static void* li__5JCQ(__li__APLM *li__AKCQ,__li__5RB *li__BKCQ,__li__PO li__CKCQ)
/* (Strict EXPR_SUP_EQ{li__APLM},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__EKCQ,*li__KX0U,*li__DKCQ;
  __li__5RB *li__0KCQ,*li__NLCQ,*li__ULCQ,*li__FSKV,*li__FMCQ,*li__PNCQ;
  __li__5RB *li__OPCQ,*li__BTKV;
  __li__PO li__ESKV,li__ANCQ,li__FQCQ;
  __li__VTBD *li__DSKV,*li__TSKV;
  __li__DFNL *li__LSKV,*li__BECR;
  __li__KI *li__UW0U,*li__2W0U;
  __li__U *li__2LCQ,*li__EPCQ;
  void *li__4LCQ;
  __li__PF *li__UMCQ,*li__ZPCQ;
  __li__K li__0MCQ,li__5PCQ;
  void *li__Z2GR,*li__T3GR;
  void *li__FNCQ,*li__ZNCQ,*li__2QCQ;
  __li__UL2B *li__SSKV,*li__1SKV;
  __li__KMFK *li__JOCQ,*li__QRCQ,*li__TX0U;
  __li__ODID *li__LOCQ,*li__WRCQ;
  __li__KVBD *li__BX0U,*li__GX0U,*li__2SKV,*li__ATKV;
  __li__WK *li__MX0U;
  __li__WVBD *li__OX0U,*li__PX0U;
  __li__KLWI *li__RX0U;
  __li__ULWI *li__WX0U,*li__XX0U;
  __li__MSWI *li__ZX0U,*li__0X0U;
  __li__MZWI *li__2X0U,*li__3X0U;
  __li__C0WI *li__5X0U,*li__AY0U;
  __li__M1WI *li__CY0U,*li__DY0U;
  __li__C li__1KCQ,li__OLCQ,li__SNCQ;
  __li__2ZEC *li__LRCQ;
  li__EKCQ=NULL;
  li__0KCQ=li__YFDQ();
  li__1KCQ=li__EBGK(((__li__5RB *)li__BKCQ),li__0KCQ);
  /* __li__B__ __li__I__ */
if (li__1KCQ) {
    li__EKCQ=li__AKCQ;
  } else /* FALSE */ {
    li__NLCQ=li__YFDQ();
    li__OLCQ=li__4HDL(((__li__5RB *)li__NLCQ),li__BKCQ);
    /* __li__B__ __li__I__ */
if (li__OLCQ) {
      li__ULCQ=li__YFDQ();
      li__FSKV=((__li__5RB *)li__ULCQ);
      li__ESKV=li__AKCQ->li__BPLM.li__IVVI.li__0CC;
      li__DSKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__DSKV),li__ESKV,(&__string_68),'+',li__FSKV);
      li__LSKV=li__1CXJ(((__li__VTBD *)li__DSKV),li__AKCQ->li__BPLM.li__IVVI.li__0CC,li__AKCQ);
      li__UW0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__UW0U->li__2OLE),li__LSKV);
      li__WVRE(li__UW0U);
      li__2LCQ=li__SQC(li__DS4J);
      li__ULCQ=li__YFDQ();
      li__4LCQ=li__UVIJ(((__li__5RB *)li__ULCQ),li__2LCQ);
      /* __li__B__ __li__I__ */
if (((void *)li__4LCQ == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__FMCQ=li__YFDQ();
        li__OUHF(((__li__5RB *)li__FMCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__BKCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__2LCQ);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__FMCQ=li__YFDQ();
        li__OUHF(((__li__5RB *)li__FMCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__CKCQ);
        li__FMCQ=li__YFDQ();
        li__UMCQ=li__J1NK(((__li__5RB *)li__FMCQ));
        li__V5E(li__UMCQ->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4LCQ)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__4LCQ)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__0MCQ=li__OYLM(((__li__DZB *)li__4LCQ));
        } else /* ITM_SLOT_OPERATOR */ {
          li__0MCQ=li__OYLM(((__li__DZB *)li__4LCQ));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__4LCQ)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__0MCQ=li__21RI(((__li__QWEC *)li__4LCQ));
        } else /* ITM_SLOT_OPERATOR */ {
          li__0MCQ=li__21RI(((__li__QWEC *)li__4LCQ));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__0MCQ !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4LCQ)->__id==__li__DZB__) {
          li__ANCQ=((__li__DZB *)li__4LCQ)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__Z2GR=((__li__QWEC *)li__4LCQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z2GR)->__id==__li__IZB__) {
            li__ANCQ=((__li__IZB *)li__Z2GR)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ANCQ=((__li__4HAD *)li__Z2GR)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__ANCQ);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4LCQ)->__id==__li__DZB__) {
        li__Z2GR=((__li__DZB *)li__4LCQ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z2GR)->__id==__li__IZB__) {
          li__FNCQ=((__li__IZB *)li__Z2GR)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__FNCQ=((__li__4HAD *)li__Z2GR)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__Z2GR=((__li__QWEC *)li__4LCQ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z2GR)->__id==__li__IZB__) {
          li__FNCQ=((__li__IZB *)li__Z2GR)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__FNCQ=((__li__4HAD *)li__Z2GR)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__FNCQ==NULL) {
        li__Z2GR=NULL;
      } else {
        switch (((struct ___OBJ *)li__FNCQ)->__id) {
        case __li__WRB__: {
          li__Z2GR=((void *)li__FNCQ);
        } break;
        case __li__XRB__: {
          li__Z2GR=((void *)li__FNCQ);
        } break;
        case __li__KUB__: {
          li__Z2GR=((void *)li__FNCQ);
        } break;
        case __li__VB1__: {
          li__Z2GR=((void *)li__FNCQ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__Z2GR=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__Z2GR == (void *)NULL)) {
        li__SNCQ=li__B__;
      } else /* FALSE */ {
        li__FNCQ=((__li__5RB *)li__BKCQ)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__Z2GR)->__id) {
        case __li__WRB__: {
          li__PNCQ=li__0VSG(((__li__WRB *)li__Z2GR),li__FNCQ);
        } break;
        case __li__XRB__: {
          li__PNCQ=li__OXSG(((__li__XRB *)((__li__WRB *)li__Z2GR)),li__FNCQ);
        } break;
        case __li__KUB__: {
          li__PNCQ=li__CZSG(((__li__KUB *)((__li__WRB *)li__Z2GR)),li__FNCQ);
        } break;
        case __li__VB1__: {
          li__PNCQ=li__H1SG(((__li__VB1 *)((__li__WRB *)li__Z2GR)),li__FNCQ);
        } break;
        };
        li__SNCQ=((void *)li__PNCQ != (void *)li__BKCQ);
      };
      /* __li__B__ __li__I__ */
if (li__SNCQ) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4LCQ)->__id==__li__DZB__) {
          li__T3GR=((__li__DZB *)li__4LCQ)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T3GR)->__id==__li__IZB__) {
            li__ZNCQ=((__li__IZB *)li__T3GR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ZNCQ=((__li__4HAD *)li__T3GR)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__T3GR=((__li__QWEC *)li__4LCQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T3GR)->__id==__li__IZB__) {
            li__ZNCQ=((__li__IZB *)li__T3GR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ZNCQ=((__li__4HAD *)li__T3GR)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__ZNCQ)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__ZNCQ),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__ZNCQ))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__ZNCQ)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__ZNCQ))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__SSKV=((__li__UL2B *)((__li__WRB *)li__ZNCQ));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__SSKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__ZNCQ)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__BKCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4LCQ)->__id==__li__DZB__) {
          li__ANCQ=((__li__DZB *)li__4LCQ)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__T3GR=((__li__QWEC *)li__4LCQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T3GR)->__id==__li__IZB__) {
            li__ANCQ=((__li__IZB *)li__T3GR)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ANCQ=((__li__4HAD *)li__T3GR)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__ANCQ);
        li__V5E(li__AKCQ->li__BPLM.li__IVVI.li__0CC);
        li__ODF();
      };
      li__JOCQ=li__NOPI(((__li__VTBD *)li__DSKV));
      li__LOCQ=li__GDID(li__AKCQ->li__BPLM.li__IVVI.li__0CC,li__4LCQ,li__JOCQ,li__JOCQ,li__I__);
      li__UW0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__UW0U->li__2OLE),li__LOCQ);
      li__WVRE(li__UW0U);
      li__4LCQ=li__ZAHJ(((__li__ODID *)li__LOCQ));
      li__EKCQ=li__4LCQ;
      li__SNCQ=li__B__;
    } else /* FALSE */ {
      li__SNCQ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__SNCQ)) {
      li__ULCQ=li__YFDQ();
      li__SNCQ=li__R0LM(((__li__5RB *)li__BKCQ),li__ULCQ);
      /* __li__B__ __li__I__ */
if (li__SNCQ) {
        li__FMCQ=li__YFDQ();
        li__PNCQ=((__li__5RB *)li__FMCQ);
        li__ANCQ=li__AKCQ->li__BPLM.li__IVVI.li__0CC;
        li__TSKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__TSKV),li__ANCQ,(&__string_68),'+',li__PNCQ);
        li__BECR=li__1CXJ(((__li__VTBD *)li__TSKV),li__AKCQ->li__BPLM.li__IVVI.li__0CC,li__AKCQ);
        li__2W0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__2W0U->li__2OLE),li__BECR);
        li__WVRE(li__2W0U);
        li__EPCQ=li__SQC(li__DS4J);
        li__Z2GR=li__UVIJ(((__li__5RB *)li__BKCQ),li__EPCQ);
        /* __li__B__ __li__I__ */
if (((void *)li__Z2GR == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__BKCQ),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OPCQ=li__YFDQ();
          li__OUHF(((__li__5RB *)li__OPCQ),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__EPCQ);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__BKCQ),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__CKCQ);
          li__ZPCQ=li__J1NK(((__li__5RB *)li__BKCQ));
          li__V5E(li__ZPCQ->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Z2GR)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__Z2GR)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__5PCQ=li__OYLM(((__li__DZB *)li__Z2GR));
          } else /* ITM_SLOT_OPERATOR */ {
            li__5PCQ=li__OYLM(((__li__DZB *)li__Z2GR));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__Z2GR)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__5PCQ=li__21RI(((__li__QWEC *)li__Z2GR));
          } else /* ITM_SLOT_OPERATOR */ {
            li__5PCQ=li__21RI(((__li__QWEC *)li__Z2GR));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__5PCQ !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Z2GR)->__id==__li__DZB__) {
            li__FQCQ=((__li__DZB *)li__Z2GR)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__ZNCQ=((__li__QWEC *)li__Z2GR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZNCQ)->__id==__li__IZB__) {
              li__FQCQ=((__li__IZB *)li__ZNCQ)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__FQCQ=((__li__4HAD *)li__ZNCQ)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__FQCQ);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Z2GR)->__id==__li__DZB__) {
          li__T3GR=((__li__DZB *)li__Z2GR)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T3GR)->__id==__li__IZB__) {
            li__ZNCQ=((__li__IZB *)li__T3GR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ZNCQ=((__li__4HAD *)li__T3GR)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__T3GR=((__li__QWEC *)li__Z2GR)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__T3GR)->__id==__li__IZB__) {
            li__ZNCQ=((__li__IZB *)li__T3GR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ZNCQ=((__li__4HAD *)li__T3GR)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ZNCQ==NULL) {
          li__T3GR=NULL;
        } else {
          switch (((struct ___OBJ *)li__ZNCQ)->__id) {
          case __li__WRB__: {
            li__T3GR=((void *)li__ZNCQ);
          } break;
          case __li__XRB__: {
            li__T3GR=((void *)li__ZNCQ);
          } break;
          case __li__KUB__: {
            li__T3GR=((void *)li__ZNCQ);
          } break;
          case __li__VB1__: {
            li__T3GR=((void *)li__ZNCQ);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__T3GR=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__T3GR == (void *)NULL) || ((void *)li__T3GR != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Z2GR)->__id==__li__DZB__) {
            li__ZNCQ=((__li__DZB *)li__Z2GR)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZNCQ)->__id==__li__IZB__) {
              li__2QCQ=((__li__IZB *)li__ZNCQ)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__2QCQ=((__li__4HAD *)li__ZNCQ)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__ZNCQ=((__li__QWEC *)li__Z2GR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZNCQ)->__id==__li__IZB__) {
              li__2QCQ=((__li__IZB *)li__ZNCQ)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__2QCQ=((__li__4HAD *)li__ZNCQ)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__2QCQ)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__2QCQ),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__2QCQ))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__2QCQ)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__2QCQ))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__1SKV=((__li__UL2B *)((__li__WRB *)li__2QCQ));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__1SKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__2QCQ)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__BKCQ),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Z2GR)->__id==__li__DZB__) {
            li__FQCQ=((__li__DZB *)li__Z2GR)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__ZNCQ=((__li__QWEC *)li__Z2GR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZNCQ)->__id==__li__IZB__) {
              li__FQCQ=((__li__IZB *)li__ZNCQ)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__FQCQ=((__li__4HAD *)li__ZNCQ)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__FQCQ);
          li__V5E(li__AKCQ->li__BPLM.li__IVVI.li__0CC);
          li__ODF();
        };
        li__LRCQ=li__IF1H( 2);
        li__ANCQ=li__AKCQ->li__BPLM.li__IVVI.li__0CC;
        li__BX0U=li__5QND();
        li__GX0U=((__li__KVBD *)li__BX0U);
        li__GX0U->li__LVBD.li__0K.li__0CC=li__ANCQ;
        li__FMCQ=li__NNSE(((__li__5RB *)li__BKCQ));
        li__GX0U->li__LVBD.li__WZLE=li__FMCQ;
        li__0K4N(((__li__2ZEC *)li__LRCQ),li__BX0U);
        li__QRCQ=li__NOPI(((__li__VTBD *)li__TSKV));
        li__NWYJ(((__li__2ZEC *)li__LRCQ),li__QRCQ);
        li__ANCQ=li__AKCQ->li__BPLM.li__IVVI.li__0CC;
        li__KX0U=((void **)(*(((__li__2ZEC *)li__LRCQ))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KX0U)->__id) {
        case __li__WK__: {
          li__MX0U=li__PVEJ(((__li__WK *)li__KX0U));
          li__T3GR=li__MX0U;
        } break;
        case __li__AVBD__: {
          li__T3GR=li__AE5L(((__li__AVBD *)li__KX0U));
        } break;
        case __li__KVBD__: {
          li__2SKV=((__li__KVBD *)li__KX0U);
          li__FQCQ=li__2SKV->li__LVBD.li__0K.li__0CC;
          li__OPCQ=li__2SKV->li__LVBD.li__WZLE;
          li__2SKV=li__5QND();
          li__ATKV=((__li__KVBD *)li__2SKV);
          li__ATKV->li__LVBD.li__0K.li__0CC=li__FQCQ;
          li__BTKV=li__NNSE(((__li__5RB *)li__OPCQ));
          li__ATKV->li__LVBD.li__WZLE=li__BTKV;
          li__T3GR=li__2SKV;
        } break;
        case __li__WVBD__: {
          li__OX0U=((__li__WVBD *)li__KX0U);
          li__PX0U=li__VEID(li__OX0U->li__XVBD.li__0K.li__0CC,li__OX0U->li__2ZLE,li__OX0U->li__XVBD.li__WZLE);
          li__T3GR=li__PX0U;
        } break;
        case __li__Z4WH__: {
          li__T3GR=li__XEVK(((__li__Z4WH *)li__KX0U));
        } break;
        case __li__KTVI__: {
          li__T3GR=li__XF5L(((__li__KTVI *)li__KX0U));
        } break;
        case __li__LTVI__: {
          li__T3GR=li__SDGM(((__li__LTVI *)li__KX0U));
        } break;
        case __li__XTVI__: {
          li__T3GR=li__DG5L(((__li__XTVI *)li__KX0U));
        } break;
        case __li__YTVI__: {
          li__T3GR=li__4DGM(((__li__YTVI *)li__KX0U));
        } break;
        case __li__S2VI__: {
          li__T3GR=li__OG5L(((__li__S2VI *)li__KX0U));
        } break;
        case __li__E3VI__: {
          li__T3GR=li__ZG5L(((__li__E3VI *)li__KX0U));
        } break;
        case __li__KLWI__: {
          li__RX0U=((__li__KLWI *)li__KX0U);
          li__FQCQ=li__RX0U->li__LLWI.li__0CC;
          li__TX0U=li__G3CM(((__li__KMFK *)li__RX0U->li__ZPBK));
          li__RX0U=li__PNSJ(li__FQCQ,li__TX0U);
          li__T3GR=li__RX0U;
        } break;
        case __li__ULWI__: {
          li__WX0U=((__li__ULWI *)li__KX0U);
          li__XX0U=li__AOSJ(li__WX0U->li__VLWI.li__0CC,li__WX0U->li__4PBK);
          li__T3GR=li__XX0U;
        } break;
        case __li__NMWI__: {
          li__T3GR=li__SH5L(((__li__NMWI *)li__KX0U));
        } break;
        case __li__BNWI__: {
          li__T3GR=li__3H5L(((__li__BNWI *)li__KX0U));
        } break;
        case __li__XNWI__: {
          li__T3GR=li__II5L(((__li__XNWI *)li__KX0U));
        } break;
        case __li__LOWI__: {
          li__T3GR=li__TI5L(((__li__LOWI *)li__KX0U));
        } break;
        case __li__5OWI__: {
          li__T3GR=li__4I5L(((__li__5OWI *)li__KX0U));
        } break;
        case __li__TPWI__: {
          li__T3GR=li__JJ5L(((__li__TPWI *)li__KX0U));
        } break;
        case __li__HQWI__: {
          li__T3GR=li__UJ5L(((__li__HQWI *)li__KX0U));
        } break;
        case __li__ARWI__: {
          li__T3GR=li__5J5L(((__li__ARWI *)li__KX0U));
        } break;
        case __li__URWI__: {
          li__T3GR=li__NK5L(((__li__URWI *)li__KX0U));
        } break;
        case __li__MSWI__: {
          li__ZX0U=((__li__MSWI *)li__KX0U);
          li__0X0U=li__YXSJ(li__ZX0U->li__NSWI.li__0CC,li__ZX0U->li__ISBK);
          li__T3GR=li__0X0U;
        } break;
        case __li__ETWI__: {
          li__T3GR=li__4K5L(((__li__ETWI *)li__KX0U));
        } break;
        case __li__MZWI__: {
          li__2X0U=((__li__MZWI *)li__KX0U);
          li__3X0U=li__4U4I(li__2X0U->li__NZWI.li__0K.li__0CC,li__2X0U->li__3SBK,li__2X0U->li__NZWI.li__WZLE);
          li__T3GR=li__3X0U;
        } break;
        case __li__C0WI__: {
          li__5X0U=((__li__C0WI *)li__KX0U);
          li__AY0U=li__ZV4I(li__5X0U->li__D0WI.li__0K.li__0CC,li__5X0U->li__CTBK);
          li__T3GR=li__AY0U;
        } break;
        case __li__M1WI__: {
          li__CY0U=((__li__M1WI *)li__KX0U);
          li__DY0U=li__1Z4I(li__CY0U->li__N1WI.li__0K.li__0CC,li__CY0U->li__UTFK);
          li__T3GR=li__DY0U;
        } break;
        case __li__KMFK__: {
          li__T3GR=li__G3CM(((__li__KMFK *)li__KX0U));
        } break;
        case __li__XOHL__: {
          li__T3GR=li__AAPN(((__li__XOHL *)li__KX0U));
        } break;
        case __li__FPHL__: {
          li__T3GR=li__2EGM(((__li__FPHL *)li__KX0U));
        } break;
        case __li__APLM__: {
          li__T3GR=li__XRDQ(((__li__APLM *)li__KX0U));
        } break;
        case __li__DTNM__: {
          li__T3GR=li__D5SO(((__li__DTNM *)li__KX0U));
        } break;
        case __li__JXNM__: {
          li__T3GR=li__153R(((__li__JXNM *)li__KX0U));
        } break;
        case __li__21LO__: {
          li__T3GR=li__2KLP(((__li__21LO *)li__KX0U));
        } break;
        case __li__TPOO__: {
          li__T3GR=li__JLLP(((__li__TPOO *)li__KX0U));
        } break;
        case __li__URRO__: {
          li__T3GR=li__KM4R(((__li__URRO *)li__KX0U));
        } break;
        case __li__41XO__: {
          li__T3GR=li__CSDQ(((__li__41XO *)li__KX0U));
        } break;
        case __li__AKBR__: {
          li__T3GR=li__L2DS(((__li__AKBR *)li__KX0U));
        } break;
        case __li__SU5R__: {
          li__T3GR=li__EQJS(((__li__SU5R *)li__KX0U));
        } break;
        case __li__JV5R__: {
          li__T3GR=li__PQJS(((__li__JV5R *)li__KX0U));
        } break;
        };
        li__WRCQ=li__2IUJ(li__ANCQ,li__Z2GR,li__T3GR,li__LRCQ,li__I__);
        li__2W0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__2W0U->li__2OLE),li__WRCQ);
        li__WVRE(li__2W0U);
        li__KX0U=li__ZAHJ(((__li__ODID *)li__WRCQ));
        li__EKCQ=li__KX0U;
      } else /* FALSE */ {
        li__UMCQ=li__J1NK(((__li__5RB *)li__BKCQ));
        li__KBG(((__li__U *)li__UMCQ->li__WXI));
        fputc((int)('='),stdout);
        li__FMCQ=li__YFDQ();
        li__UMCQ=li__J1NK(((__li__5RB *)li__FMCQ));
        li__KBG(((__li__U *)li__UMCQ->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__BKCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__FMCQ=li__YFDQ();
        li__OUHF(((__li__5RB *)li__FMCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__CKCQ);
        li__V5E(li__AKCQ->li__BPLM.li__IVVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__DKCQ=li__EKCQ;
  return(li__DKCQ);
}

static void* li__S2RO(__li__DTNM *li__T2RO,__li__5RB *li__U2RO,__li__PO li__V2RO)
/* (Strict EXPR_NOT{li__DTNM},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__X2RO,*li__4Y0U,*li__W2RO;
  __li__5RB *li__N3RO,*li__A4RO,*li__H4RO,*li__GTKV,*li__Y4RO,*li__CASO;
  __li__5RB *li__BCSO,*li__CUKV;
  __li__PO li__FTKV,li__T5RO,li__YCSO;
  __li__VTBD *li__ETKV,*li__UTKV;
  __li__DFNL *li__MTKV,*li__JBTP;
  __li__KI *li__IY0U,*li__QY0U;
  __li__U *li__P4RO,*li__XBSO;
  void *li__R4RO;
  __li__PF *li__H5RO,*li__MCSO;
  __li__K li__N5RO,li__SCSO;
  void *li__C4ZP,*li__24ZP;
  void *li__Y5RO,*li__MASO,*li__PDSO;
  __li__UL2B *li__TTKV,*li__2TKV;
  __li__KMFK *li__2ASO,*li__DESO,*li__HZ0U;
  __li__ODID *li__4ASO,*li__JESO;
  __li__KVBD *li__VY0U,*li__0Y0U,*li__3TKV,*li__BUKV;
  __li__WK *li__AZ0U;
  __li__WVBD *li__CZ0U,*li__DZ0U;
  __li__KLWI *li__FZ0U;
  __li__ULWI *li__KZ0U,*li__LZ0U;
  __li__MSWI *li__NZ0U,*li__OZ0U;
  __li__MZWI *li__QZ0U,*li__RZ0U;
  __li__C0WI *li__TZ0U,*li__UZ0U;
  __li__M1WI *li__WZ0U,*li__XZ0U;
  __li__C li__O3RO,li__B4RO,li__FASO;
  __li__2ZEC *li__4DSO;
  li__X2RO=NULL;
  li__N3RO=li__1ISO(li__T2RO);
  li__O3RO=li__EBGK(((__li__5RB *)li__U2RO),li__N3RO);
  /* __li__B__ __li__I__ */
if (li__O3RO) {
    li__X2RO=li__T2RO;
  } else /* FALSE */ {
    li__A4RO=li__1ISO(li__T2RO);
    li__B4RO=li__4HDL(((__li__5RB *)li__A4RO),li__U2RO);
    /* __li__B__ __li__I__ */
if (li__B4RO) {
      li__H4RO=li__1ISO(li__T2RO);
      li__GTKV=((__li__5RB *)li__H4RO);
      li__FTKV=li__T2RO->li__ETNM.li__ZOHL.li__0CC;
      li__ETKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__ETKV),li__FTKV,(&__string_68),'+',li__GTKV);
      li__MTKV=li__1CXJ(((__li__VTBD *)li__ETKV),li__T2RO->li__ETNM.li__ZOHL.li__0CC,li__T2RO);
      li__IY0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__IY0U->li__2OLE),li__MTKV);
      li__WVRE(li__IY0U);
      li__P4RO=li__SQC(li__DS4J);
      li__H4RO=li__1ISO(li__T2RO);
      li__R4RO=li__UVIJ(((__li__5RB *)li__H4RO),li__P4RO);
      /* __li__B__ __li__I__ */
if (((void *)li__R4RO == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__Y4RO=li__1ISO(li__T2RO);
        li__OUHF(((__li__5RB *)li__Y4RO),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__U2RO),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__P4RO);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__Y4RO=li__1ISO(li__T2RO);
        li__OUHF(((__li__5RB *)li__Y4RO),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__V2RO);
        li__Y4RO=li__1ISO(li__T2RO);
        li__H5RO=li__J1NK(((__li__5RB *)li__Y4RO));
        li__V5E(li__H5RO->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__R4RO)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__R4RO)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__N5RO=li__OYLM(((__li__DZB *)li__R4RO));
        } else /* ITM_SLOT_OPERATOR */ {
          li__N5RO=li__OYLM(((__li__DZB *)li__R4RO));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__R4RO)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__N5RO=li__21RI(((__li__QWEC *)li__R4RO));
        } else /* ITM_SLOT_OPERATOR */ {
          li__N5RO=li__21RI(((__li__QWEC *)li__R4RO));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__N5RO !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__R4RO)->__id==__li__DZB__) {
          li__T5RO=((__li__DZB *)li__R4RO)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__C4ZP=((__li__QWEC *)li__R4RO)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C4ZP)->__id==__li__IZB__) {
            li__T5RO=((__li__IZB *)li__C4ZP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__T5RO=((__li__4HAD *)li__C4ZP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__T5RO);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__R4RO)->__id==__li__DZB__) {
        li__C4ZP=((__li__DZB *)li__R4RO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C4ZP)->__id==__li__IZB__) {
          li__Y5RO=((__li__IZB *)li__C4ZP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__Y5RO=((__li__4HAD *)li__C4ZP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__C4ZP=((__li__QWEC *)li__R4RO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C4ZP)->__id==__li__IZB__) {
          li__Y5RO=((__li__IZB *)li__C4ZP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__Y5RO=((__li__4HAD *)li__C4ZP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__Y5RO==NULL) {
        li__C4ZP=NULL;
      } else {
        switch (((struct ___OBJ *)li__Y5RO)->__id) {
        case __li__WRB__: {
          li__C4ZP=((void *)li__Y5RO);
        } break;
        case __li__XRB__: {
          li__C4ZP=((void *)li__Y5RO);
        } break;
        case __li__KUB__: {
          li__C4ZP=((void *)li__Y5RO);
        } break;
        case __li__VB1__: {
          li__C4ZP=((void *)li__Y5RO);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__C4ZP=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__C4ZP == (void *)NULL)) {
        li__FASO=li__B__;
      } else /* FALSE */ {
        li__Y5RO=((__li__5RB *)li__U2RO)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__C4ZP)->__id) {
        case __li__WRB__: {
          li__CASO=li__0VSG(((__li__WRB *)li__C4ZP),li__Y5RO);
        } break;
        case __li__XRB__: {
          li__CASO=li__OXSG(((__li__XRB *)((__li__WRB *)li__C4ZP)),li__Y5RO);
        } break;
        case __li__KUB__: {
          li__CASO=li__CZSG(((__li__KUB *)((__li__WRB *)li__C4ZP)),li__Y5RO);
        } break;
        case __li__VB1__: {
          li__CASO=li__H1SG(((__li__VB1 *)((__li__WRB *)li__C4ZP)),li__Y5RO);
        } break;
        };
        li__FASO=((void *)li__CASO != (void *)li__U2RO);
      };
      /* __li__B__ __li__I__ */
if (li__FASO) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__R4RO)->__id==__li__DZB__) {
          li__24ZP=((__li__DZB *)li__R4RO)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__24ZP)->__id==__li__IZB__) {
            li__MASO=((__li__IZB *)li__24ZP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MASO=((__li__4HAD *)li__24ZP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__24ZP=((__li__QWEC *)li__R4RO)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__24ZP)->__id==__li__IZB__) {
            li__MASO=((__li__IZB *)li__24ZP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MASO=((__li__4HAD *)li__24ZP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__MASO)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__MASO),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__MASO))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__MASO)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__MASO))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__TTKV=((__li__UL2B *)((__li__WRB *)li__MASO));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__TTKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__MASO)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__U2RO),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__R4RO)->__id==__li__DZB__) {
          li__T5RO=((__li__DZB *)li__R4RO)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__24ZP=((__li__QWEC *)li__R4RO)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__24ZP)->__id==__li__IZB__) {
            li__T5RO=((__li__IZB *)li__24ZP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__T5RO=((__li__4HAD *)li__24ZP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__T5RO);
        li__V5E(li__T2RO->li__ETNM.li__ZOHL.li__0CC);
        li__ODF();
      };
      li__2ASO=li__NOPI(((__li__VTBD *)li__ETKV));
      li__4ASO=li__GDID(li__T2RO->li__ETNM.li__ZOHL.li__0CC,li__R4RO,li__2ASO,li__2ASO,li__I__);
      li__IY0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__IY0U->li__2OLE),li__4ASO);
      li__WVRE(li__IY0U);
      li__R4RO=li__ZAHJ(((__li__ODID *)li__4ASO));
      li__X2RO=li__R4RO;
      li__FASO=li__B__;
    } else /* FALSE */ {
      li__FASO=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__FASO)) {
      li__H4RO=li__1ISO(li__T2RO);
      li__FASO=li__R0LM(((__li__5RB *)li__U2RO),li__H4RO);
      /* __li__B__ __li__I__ */
if (li__FASO) {
        li__Y4RO=li__1ISO(li__T2RO);
        li__CASO=((__li__5RB *)li__Y4RO);
        li__T5RO=li__T2RO->li__ETNM.li__ZOHL.li__0CC;
        li__UTKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__UTKV),li__T5RO,(&__string_68),'+',li__CASO);
        li__JBTP=li__1CXJ(((__li__VTBD *)li__UTKV),li__T2RO->li__ETNM.li__ZOHL.li__0CC,li__T2RO);
        li__QY0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__QY0U->li__2OLE),li__JBTP);
        li__WVRE(li__QY0U);
        li__XBSO=li__SQC(li__DS4J);
        li__C4ZP=li__UVIJ(((__li__5RB *)li__U2RO),li__XBSO);
        /* __li__B__ __li__I__ */
if (((void *)li__C4ZP == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__U2RO),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__BCSO=li__1ISO(li__T2RO);
          li__OUHF(((__li__5RB *)li__BCSO),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__XBSO);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__U2RO),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__V2RO);
          li__MCSO=li__J1NK(((__li__5RB *)li__U2RO));
          li__V5E(li__MCSO->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__C4ZP)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__C4ZP)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__SCSO=li__OYLM(((__li__DZB *)li__C4ZP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__SCSO=li__OYLM(((__li__DZB *)li__C4ZP));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__C4ZP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__SCSO=li__21RI(((__li__QWEC *)li__C4ZP));
          } else /* ITM_SLOT_OPERATOR */ {
            li__SCSO=li__21RI(((__li__QWEC *)li__C4ZP));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__SCSO !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__C4ZP)->__id==__li__DZB__) {
            li__YCSO=((__li__DZB *)li__C4ZP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__MASO=((__li__QWEC *)li__C4ZP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MASO)->__id==__li__IZB__) {
              li__YCSO=((__li__IZB *)li__MASO)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__YCSO=((__li__4HAD *)li__MASO)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__YCSO);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__C4ZP)->__id==__li__DZB__) {
          li__24ZP=((__li__DZB *)li__C4ZP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__24ZP)->__id==__li__IZB__) {
            li__MASO=((__li__IZB *)li__24ZP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MASO=((__li__4HAD *)li__24ZP)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__24ZP=((__li__QWEC *)li__C4ZP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__24ZP)->__id==__li__IZB__) {
            li__MASO=((__li__IZB *)li__24ZP)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__MASO=((__li__4HAD *)li__24ZP)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__MASO==NULL) {
          li__24ZP=NULL;
        } else {
          switch (((struct ___OBJ *)li__MASO)->__id) {
          case __li__WRB__: {
            li__24ZP=((void *)li__MASO);
          } break;
          case __li__XRB__: {
            li__24ZP=((void *)li__MASO);
          } break;
          case __li__KUB__: {
            li__24ZP=((void *)li__MASO);
          } break;
          case __li__VB1__: {
            li__24ZP=((void *)li__MASO);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__24ZP=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__24ZP == (void *)NULL) || ((void *)li__24ZP != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__C4ZP)->__id==__li__DZB__) {
            li__MASO=((__li__DZB *)li__C4ZP)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MASO)->__id==__li__IZB__) {
              li__PDSO=((__li__IZB *)li__MASO)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PDSO=((__li__4HAD *)li__MASO)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__MASO=((__li__QWEC *)li__C4ZP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MASO)->__id==__li__IZB__) {
              li__PDSO=((__li__IZB *)li__MASO)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__PDSO=((__li__4HAD *)li__MASO)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__PDSO)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__PDSO),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__PDSO))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__PDSO)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__PDSO))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__2TKV=((__li__UL2B *)((__li__WRB *)li__PDSO));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__2TKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__PDSO)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__U2RO),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__C4ZP)->__id==__li__DZB__) {
            li__YCSO=((__li__DZB *)li__C4ZP)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__MASO=((__li__QWEC *)li__C4ZP)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MASO)->__id==__li__IZB__) {
              li__YCSO=((__li__IZB *)li__MASO)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__YCSO=((__li__4HAD *)li__MASO)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__YCSO);
          li__V5E(li__T2RO->li__ETNM.li__ZOHL.li__0CC);
          li__ODF();
        };
        li__4DSO=li__IF1H( 2);
        li__T5RO=li__T2RO->li__ETNM.li__ZOHL.li__0CC;
        li__VY0U=li__5QND();
        li__0Y0U=((__li__KVBD *)li__VY0U);
        li__0Y0U->li__LVBD.li__0K.li__0CC=li__T5RO;
        li__Y4RO=li__NNSE(((__li__5RB *)li__U2RO));
        li__0Y0U->li__LVBD.li__WZLE=li__Y4RO;
        li__0K4N(((__li__2ZEC *)li__4DSO),li__VY0U);
        li__DESO=li__NOPI(((__li__VTBD *)li__UTKV));
        li__NWYJ(((__li__2ZEC *)li__4DSO),li__DESO);
        li__T5RO=li__T2RO->li__ETNM.li__ZOHL.li__0CC;
        li__4Y0U=((void **)(*(((__li__2ZEC *)li__4DSO))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4Y0U)->__id) {
        case __li__WK__: {
          li__AZ0U=li__PVEJ(((__li__WK *)li__4Y0U));
          li__24ZP=li__AZ0U;
        } break;
        case __li__AVBD__: {
          li__24ZP=li__AE5L(((__li__AVBD *)li__4Y0U));
        } break;
        case __li__KVBD__: {
          li__3TKV=((__li__KVBD *)li__4Y0U);
          li__YCSO=li__3TKV->li__LVBD.li__0K.li__0CC;
          li__BCSO=li__3TKV->li__LVBD.li__WZLE;
          li__3TKV=li__5QND();
          li__BUKV=((__li__KVBD *)li__3TKV);
          li__BUKV->li__LVBD.li__0K.li__0CC=li__YCSO;
          li__CUKV=li__NNSE(((__li__5RB *)li__BCSO));
          li__BUKV->li__LVBD.li__WZLE=li__CUKV;
          li__24ZP=li__3TKV;
        } break;
        case __li__WVBD__: {
          li__CZ0U=((__li__WVBD *)li__4Y0U);
          li__DZ0U=li__VEID(li__CZ0U->li__XVBD.li__0K.li__0CC,li__CZ0U->li__2ZLE,li__CZ0U->li__XVBD.li__WZLE);
          li__24ZP=li__DZ0U;
        } break;
        case __li__Z4WH__: {
          li__24ZP=li__XEVK(((__li__Z4WH *)li__4Y0U));
        } break;
        case __li__KTVI__: {
          li__24ZP=li__XF5L(((__li__KTVI *)li__4Y0U));
        } break;
        case __li__LTVI__: {
          li__24ZP=li__SDGM(((__li__LTVI *)li__4Y0U));
        } break;
        case __li__XTVI__: {
          li__24ZP=li__DG5L(((__li__XTVI *)li__4Y0U));
        } break;
        case __li__YTVI__: {
          li__24ZP=li__4DGM(((__li__YTVI *)li__4Y0U));
        } break;
        case __li__S2VI__: {
          li__24ZP=li__OG5L(((__li__S2VI *)li__4Y0U));
        } break;
        case __li__E3VI__: {
          li__24ZP=li__ZG5L(((__li__E3VI *)li__4Y0U));
        } break;
        case __li__KLWI__: {
          li__FZ0U=((__li__KLWI *)li__4Y0U);
          li__YCSO=li__FZ0U->li__LLWI.li__0CC;
          li__HZ0U=li__G3CM(((__li__KMFK *)li__FZ0U->li__ZPBK));
          li__FZ0U=li__PNSJ(li__YCSO,li__HZ0U);
          li__24ZP=li__FZ0U;
        } break;
        case __li__ULWI__: {
          li__KZ0U=((__li__ULWI *)li__4Y0U);
          li__LZ0U=li__AOSJ(li__KZ0U->li__VLWI.li__0CC,li__KZ0U->li__4PBK);
          li__24ZP=li__LZ0U;
        } break;
        case __li__NMWI__: {
          li__24ZP=li__SH5L(((__li__NMWI *)li__4Y0U));
        } break;
        case __li__BNWI__: {
          li__24ZP=li__3H5L(((__li__BNWI *)li__4Y0U));
        } break;
        case __li__XNWI__: {
          li__24ZP=li__II5L(((__li__XNWI *)li__4Y0U));
        } break;
        case __li__LOWI__: {
          li__24ZP=li__TI5L(((__li__LOWI *)li__4Y0U));
        } break;
        case __li__5OWI__: {
          li__24ZP=li__4I5L(((__li__5OWI *)li__4Y0U));
        } break;
        case __li__TPWI__: {
          li__24ZP=li__JJ5L(((__li__TPWI *)li__4Y0U));
        } break;
        case __li__HQWI__: {
          li__24ZP=li__UJ5L(((__li__HQWI *)li__4Y0U));
        } break;
        case __li__ARWI__: {
          li__24ZP=li__5J5L(((__li__ARWI *)li__4Y0U));
        } break;
        case __li__URWI__: {
          li__24ZP=li__NK5L(((__li__URWI *)li__4Y0U));
        } break;
        case __li__MSWI__: {
          li__NZ0U=((__li__MSWI *)li__4Y0U);
          li__OZ0U=li__YXSJ(li__NZ0U->li__NSWI.li__0CC,li__NZ0U->li__ISBK);
          li__24ZP=li__OZ0U;
        } break;
        case __li__ETWI__: {
          li__24ZP=li__4K5L(((__li__ETWI *)li__4Y0U));
        } break;
        case __li__MZWI__: {
          li__QZ0U=((__li__MZWI *)li__4Y0U);
          li__RZ0U=li__4U4I(li__QZ0U->li__NZWI.li__0K.li__0CC,li__QZ0U->li__3SBK,li__QZ0U->li__NZWI.li__WZLE);
          li__24ZP=li__RZ0U;
        } break;
        case __li__C0WI__: {
          li__TZ0U=((__li__C0WI *)li__4Y0U);
          li__UZ0U=li__ZV4I(li__TZ0U->li__D0WI.li__0K.li__0CC,li__TZ0U->li__CTBK);
          li__24ZP=li__UZ0U;
        } break;
        case __li__M1WI__: {
          li__WZ0U=((__li__M1WI *)li__4Y0U);
          li__XZ0U=li__1Z4I(li__WZ0U->li__N1WI.li__0K.li__0CC,li__WZ0U->li__UTFK);
          li__24ZP=li__XZ0U;
        } break;
        case __li__KMFK__: {
          li__24ZP=li__G3CM(((__li__KMFK *)li__4Y0U));
        } break;
        case __li__XOHL__: {
          li__24ZP=li__AAPN(((__li__XOHL *)li__4Y0U));
        } break;
        case __li__FPHL__: {
          li__24ZP=li__2EGM(((__li__FPHL *)li__4Y0U));
        } break;
        case __li__APLM__: {
          li__24ZP=li__XRDQ(((__li__APLM *)li__4Y0U));
        } break;
        case __li__DTNM__: {
          li__24ZP=li__D5SO(((__li__DTNM *)li__4Y0U));
        } break;
        case __li__JXNM__: {
          li__24ZP=li__153R(((__li__JXNM *)li__4Y0U));
        } break;
        case __li__21LO__: {
          li__24ZP=li__2KLP(((__li__21LO *)li__4Y0U));
        } break;
        case __li__TPOO__: {
          li__24ZP=li__JLLP(((__li__TPOO *)li__4Y0U));
        } break;
        case __li__URRO__: {
          li__24ZP=li__KM4R(((__li__URRO *)li__4Y0U));
        } break;
        case __li__41XO__: {
          li__24ZP=li__CSDQ(((__li__41XO *)li__4Y0U));
        } break;
        case __li__AKBR__: {
          li__24ZP=li__L2DS(((__li__AKBR *)li__4Y0U));
        } break;
        case __li__SU5R__: {
          li__24ZP=li__EQJS(((__li__SU5R *)li__4Y0U));
        } break;
        case __li__JV5R__: {
          li__24ZP=li__PQJS(((__li__JV5R *)li__4Y0U));
        } break;
        };
        li__JESO=li__2IUJ(li__T5RO,li__C4ZP,li__24ZP,li__4DSO,li__I__);
        li__QY0U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__QY0U->li__2OLE),li__JESO);
        li__WVRE(li__QY0U);
        li__4Y0U=li__ZAHJ(((__li__ODID *)li__JESO));
        li__X2RO=li__4Y0U;
      } else /* FALSE */ {
        li__H5RO=li__J1NK(((__li__5RB *)li__U2RO));
        li__KBG(((__li__U *)li__H5RO->li__WXI));
        fputc((int)('='),stdout);
        li__Y4RO=li__1ISO(li__T2RO);
        li__H5RO=li__J1NK(((__li__5RB *)li__Y4RO));
        li__KBG(((__li__U *)li__H5RO->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__U2RO),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__Y4RO=li__1ISO(li__T2RO);
        li__OUHF(((__li__5RB *)li__Y4RO),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__V2RO);
        li__V5E(li__T2RO->li__ETNM.li__ZOHL.li__0CC);
        li__ODF();
      };
    };
  };
  li__W2RO=li__X2RO;
  return(li__W2RO);
}

static void* li__UZCS(__li__JXNM *li__VZCS,__li__5RB *li__WZCS,__li__PO li__XZCS)
/* (Strict EXPR_MOD{li__JXNM},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZZCS,*li__S00U,*li__YZCS;
  __li__5RB *li__P0CS,*li__C1CS,*li__J1CS,*li__HUKV,*li__01CS,*li__E3CS;
  __li__5RB *li__D5CS,*li__DVKV;
  __li__PO li__GUKV,li__V2CS,li__05CS;
  __li__VTBD *li__FUKV,*li__VUKV;
  __li__DFNL *li__NUKV,*li__MZHS;
  __li__KI *li__2Z0U,*li__E00U;
  __li__U *li__R1CS,*li__Z4CS;
  void *li__T1CS;
  __li__PF *li__J2CS,*li__O5CS;
  __li__K li__P2CS,li__U5CS;
  void *li__0EIS,*li__UFIS;
  void *li__02CS,*li__O3CS,*li__RADS;
  __li__UL2B *li__UUKV,*li__3UKV;
  __li__KMFK *li__43CS,*li__FBDS,*li__100U;
  __li__ODID *li__A4CS,*li__LBDS;
  __li__KVBD *li__J00U,*li__O00U,*li__4UKV,*li__CVKV;
  __li__WK *li__U00U;
  __li__WVBD *li__W00U,*li__X00U;
  __li__KLWI *li__Z00U;
  __li__ULWI *li__400U,*li__500U;
  __li__MSWI *li__B10U,*li__C10U;
  __li__MZWI *li__E10U,*li__F10U;
  __li__C0WI *li__H10U,*li__I10U;
  __li__M1WI *li__K10U,*li__L10U;
  __li__C li__Q0CS,li__D1CS,li__H3CS;
  __li__2ZEC *li__ABDS;
  li__ZZCS=NULL;
  li__P0CS=li__VX3R(li__VZCS);
  li__Q0CS=li__EBGK(((__li__5RB *)li__WZCS),li__P0CS);
  /* __li__B__ __li__I__ */
if (li__Q0CS) {
    li__ZZCS=li__VZCS;
  } else /* FALSE */ {
    li__C1CS=li__VX3R(li__VZCS);
    li__D1CS=li__4HDL(((__li__5RB *)li__C1CS),li__WZCS);
    /* __li__B__ __li__I__ */
if (li__D1CS) {
      li__J1CS=li__VX3R(li__VZCS);
      li__HUKV=((__li__5RB *)li__J1CS);
      li__GUKV=li__VZCS->li__KXNM.li__DNWI.li__0CC;
      li__FUKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__FUKV),li__GUKV,(&__string_68),'+',li__HUKV);
      li__NUKV=li__1CXJ(((__li__VTBD *)li__FUKV),li__VZCS->li__KXNM.li__DNWI.li__0CC,li__VZCS);
      li__2Z0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__2Z0U->li__2OLE),li__NUKV);
      li__WVRE(li__2Z0U);
      li__R1CS=li__SQC(li__DS4J);
      li__J1CS=li__VX3R(li__VZCS);
      li__T1CS=li__UVIJ(((__li__5RB *)li__J1CS),li__R1CS);
      /* __li__B__ __li__I__ */
if (((void *)li__T1CS == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__01CS=li__VX3R(li__VZCS);
        li__OUHF(((__li__5RB *)li__01CS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__WZCS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__R1CS);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__01CS=li__VX3R(li__VZCS);
        li__OUHF(((__li__5RB *)li__01CS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__XZCS);
        li__01CS=li__VX3R(li__VZCS);
        li__J2CS=li__J1NK(((__li__5RB *)li__01CS));
        li__V5E(li__J2CS->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T1CS)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__T1CS)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__P2CS=li__OYLM(((__li__DZB *)li__T1CS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__P2CS=li__OYLM(((__li__DZB *)li__T1CS));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__T1CS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__P2CS=li__21RI(((__li__QWEC *)li__T1CS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__P2CS=li__21RI(((__li__QWEC *)li__T1CS));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__P2CS !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T1CS)->__id==__li__DZB__) {
          li__V2CS=((__li__DZB *)li__T1CS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__0EIS=((__li__QWEC *)li__T1CS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EIS)->__id==__li__IZB__) {
            li__V2CS=((__li__IZB *)li__0EIS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__V2CS=((__li__4HAD *)li__0EIS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__V2CS);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T1CS)->__id==__li__DZB__) {
        li__0EIS=((__li__DZB *)li__T1CS)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EIS)->__id==__li__IZB__) {
          li__02CS=((__li__IZB *)li__0EIS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__02CS=((__li__4HAD *)li__0EIS)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__0EIS=((__li__QWEC *)li__T1CS)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0EIS)->__id==__li__IZB__) {
          li__02CS=((__li__IZB *)li__0EIS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__02CS=((__li__4HAD *)li__0EIS)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__02CS==NULL) {
        li__0EIS=NULL;
      } else {
        switch (((struct ___OBJ *)li__02CS)->__id) {
        case __li__WRB__: {
          li__0EIS=((void *)li__02CS);
        } break;
        case __li__XRB__: {
          li__0EIS=((void *)li__02CS);
        } break;
        case __li__KUB__: {
          li__0EIS=((void *)li__02CS);
        } break;
        case __li__VB1__: {
          li__0EIS=((void *)li__02CS);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__0EIS=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__0EIS == (void *)NULL)) {
        li__H3CS=li__B__;
      } else /* FALSE */ {
        li__02CS=((__li__5RB *)li__WZCS)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__0EIS)->__id) {
        case __li__WRB__: {
          li__E3CS=li__0VSG(((__li__WRB *)li__0EIS),li__02CS);
        } break;
        case __li__XRB__: {
          li__E3CS=li__OXSG(((__li__XRB *)((__li__WRB *)li__0EIS)),li__02CS);
        } break;
        case __li__KUB__: {
          li__E3CS=li__CZSG(((__li__KUB *)((__li__WRB *)li__0EIS)),li__02CS);
        } break;
        case __li__VB1__: {
          li__E3CS=li__H1SG(((__li__VB1 *)((__li__WRB *)li__0EIS)),li__02CS);
        } break;
        };
        li__H3CS=((void *)li__E3CS != (void *)li__WZCS);
      };
      /* __li__B__ __li__I__ */
if (li__H3CS) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T1CS)->__id==__li__DZB__) {
          li__UFIS=((__li__DZB *)li__T1CS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UFIS)->__id==__li__IZB__) {
            li__O3CS=((__li__IZB *)li__UFIS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__O3CS=((__li__4HAD *)li__UFIS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__UFIS=((__li__QWEC *)li__T1CS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UFIS)->__id==__li__IZB__) {
            li__O3CS=((__li__IZB *)li__UFIS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__O3CS=((__li__4HAD *)li__UFIS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__O3CS)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__O3CS),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__O3CS))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__O3CS)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__O3CS))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__UUKV=((__li__UL2B *)((__li__WRB *)li__O3CS));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__UUKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__O3CS)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__WZCS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__T1CS)->__id==__li__DZB__) {
          li__V2CS=((__li__DZB *)li__T1CS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__UFIS=((__li__QWEC *)li__T1CS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UFIS)->__id==__li__IZB__) {
            li__V2CS=((__li__IZB *)li__UFIS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__V2CS=((__li__4HAD *)li__UFIS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__V2CS);
        li__V5E(li__VZCS->li__KXNM.li__DNWI.li__0CC);
        li__ODF();
      };
      li__43CS=li__NOPI(((__li__VTBD *)li__FUKV));
      li__A4CS=li__GDID(li__VZCS->li__KXNM.li__DNWI.li__0CC,li__T1CS,li__43CS,li__43CS,li__I__);
      li__2Z0U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__2Z0U->li__2OLE),li__A4CS);
      li__WVRE(li__2Z0U);
      li__T1CS=li__ZAHJ(((__li__ODID *)li__A4CS));
      li__ZZCS=li__T1CS;
      li__H3CS=li__B__;
    } else /* FALSE */ {
      li__H3CS=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__H3CS)) {
      li__J1CS=li__VX3R(li__VZCS);
      li__H3CS=li__R0LM(((__li__5RB *)li__WZCS),li__J1CS);
      /* __li__B__ __li__I__ */
if (li__H3CS) {
        li__01CS=li__VX3R(li__VZCS);
        li__E3CS=((__li__5RB *)li__01CS);
        li__V2CS=li__VZCS->li__KXNM.li__DNWI.li__0CC;
        li__VUKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__VUKV),li__V2CS,(&__string_68),'+',li__E3CS);
        li__MZHS=li__1CXJ(((__li__VTBD *)li__VUKV),li__VZCS->li__KXNM.li__DNWI.li__0CC,li__VZCS);
        li__E00U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__E00U->li__2OLE),li__MZHS);
        li__WVRE(li__E00U);
        li__Z4CS=li__SQC(li__DS4J);
        li__0EIS=li__UVIJ(((__li__5RB *)li__WZCS),li__Z4CS);
        /* __li__B__ __li__I__ */
if (((void *)li__0EIS == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__WZCS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__D5CS=li__VX3R(li__VZCS);
          li__OUHF(((__li__5RB *)li__D5CS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__Z4CS);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__WZCS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__XZCS);
          li__O5CS=li__J1NK(((__li__5RB *)li__WZCS));
          li__V5E(li__O5CS->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0EIS)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__0EIS)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__U5CS=li__OYLM(((__li__DZB *)li__0EIS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__U5CS=li__OYLM(((__li__DZB *)li__0EIS));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__0EIS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__U5CS=li__21RI(((__li__QWEC *)li__0EIS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__U5CS=li__21RI(((__li__QWEC *)li__0EIS));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__U5CS !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0EIS)->__id==__li__DZB__) {
            li__05CS=((__li__DZB *)li__0EIS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__O3CS=((__li__QWEC *)li__0EIS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O3CS)->__id==__li__IZB__) {
              li__05CS=((__li__IZB *)li__O3CS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__05CS=((__li__4HAD *)li__O3CS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__05CS);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0EIS)->__id==__li__DZB__) {
          li__UFIS=((__li__DZB *)li__0EIS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UFIS)->__id==__li__IZB__) {
            li__O3CS=((__li__IZB *)li__UFIS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__O3CS=((__li__4HAD *)li__UFIS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__UFIS=((__li__QWEC *)li__0EIS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UFIS)->__id==__li__IZB__) {
            li__O3CS=((__li__IZB *)li__UFIS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__O3CS=((__li__4HAD *)li__UFIS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__O3CS==NULL) {
          li__UFIS=NULL;
        } else {
          switch (((struct ___OBJ *)li__O3CS)->__id) {
          case __li__WRB__: {
            li__UFIS=((void *)li__O3CS);
          } break;
          case __li__XRB__: {
            li__UFIS=((void *)li__O3CS);
          } break;
          case __li__KUB__: {
            li__UFIS=((void *)li__O3CS);
          } break;
          case __li__VB1__: {
            li__UFIS=((void *)li__O3CS);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__UFIS=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__UFIS == (void *)NULL) || ((void *)li__UFIS != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0EIS)->__id==__li__DZB__) {
            li__O3CS=((__li__DZB *)li__0EIS)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O3CS)->__id==__li__IZB__) {
              li__RADS=((__li__IZB *)li__O3CS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__RADS=((__li__4HAD *)li__O3CS)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__O3CS=((__li__QWEC *)li__0EIS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O3CS)->__id==__li__IZB__) {
              li__RADS=((__li__IZB *)li__O3CS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__RADS=((__li__4HAD *)li__O3CS)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__RADS)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__RADS),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__RADS))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__RADS)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__RADS))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__3UKV=((__li__UL2B *)((__li__WRB *)li__RADS));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__3UKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__RADS)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__WZCS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0EIS)->__id==__li__DZB__) {
            li__05CS=((__li__DZB *)li__0EIS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__O3CS=((__li__QWEC *)li__0EIS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__O3CS)->__id==__li__IZB__) {
              li__05CS=((__li__IZB *)li__O3CS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__05CS=((__li__4HAD *)li__O3CS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__05CS);
          li__V5E(li__VZCS->li__KXNM.li__DNWI.li__0CC);
          li__ODF();
        };
        li__ABDS=li__IF1H( 2);
        li__V2CS=li__VZCS->li__KXNM.li__DNWI.li__0CC;
        li__J00U=li__5QND();
        li__O00U=((__li__KVBD *)li__J00U);
        li__O00U->li__LVBD.li__0K.li__0CC=li__V2CS;
        li__01CS=li__NNSE(((__li__5RB *)li__WZCS));
        li__O00U->li__LVBD.li__WZLE=li__01CS;
        li__0K4N(((__li__2ZEC *)li__ABDS),li__J00U);
        li__FBDS=li__NOPI(((__li__VTBD *)li__VUKV));
        li__NWYJ(((__li__2ZEC *)li__ABDS),li__FBDS);
        li__V2CS=li__VZCS->li__KXNM.li__DNWI.li__0CC;
        li__S00U=((void **)(*(((__li__2ZEC *)li__ABDS))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__S00U)->__id) {
        case __li__WK__: {
          li__U00U=li__PVEJ(((__li__WK *)li__S00U));
          li__UFIS=li__U00U;
        } break;
        case __li__AVBD__: {
          li__UFIS=li__AE5L(((__li__AVBD *)li__S00U));
        } break;
        case __li__KVBD__: {
          li__4UKV=((__li__KVBD *)li__S00U);
          li__05CS=li__4UKV->li__LVBD.li__0K.li__0CC;
          li__D5CS=li__4UKV->li__LVBD.li__WZLE;
          li__4UKV=li__5QND();
          li__CVKV=((__li__KVBD *)li__4UKV);
          li__CVKV->li__LVBD.li__0K.li__0CC=li__05CS;
          li__DVKV=li__NNSE(((__li__5RB *)li__D5CS));
          li__CVKV->li__LVBD.li__WZLE=li__DVKV;
          li__UFIS=li__4UKV;
        } break;
        case __li__WVBD__: {
          li__W00U=((__li__WVBD *)li__S00U);
          li__X00U=li__VEID(li__W00U->li__XVBD.li__0K.li__0CC,li__W00U->li__2ZLE,li__W00U->li__XVBD.li__WZLE);
          li__UFIS=li__X00U;
        } break;
        case __li__Z4WH__: {
          li__UFIS=li__XEVK(((__li__Z4WH *)li__S00U));
        } break;
        case __li__KTVI__: {
          li__UFIS=li__XF5L(((__li__KTVI *)li__S00U));
        } break;
        case __li__LTVI__: {
          li__UFIS=li__SDGM(((__li__LTVI *)li__S00U));
        } break;
        case __li__XTVI__: {
          li__UFIS=li__DG5L(((__li__XTVI *)li__S00U));
        } break;
        case __li__YTVI__: {
          li__UFIS=li__4DGM(((__li__YTVI *)li__S00U));
        } break;
        case __li__S2VI__: {
          li__UFIS=li__OG5L(((__li__S2VI *)li__S00U));
        } break;
        case __li__E3VI__: {
          li__UFIS=li__ZG5L(((__li__E3VI *)li__S00U));
        } break;
        case __li__KLWI__: {
          li__Z00U=((__li__KLWI *)li__S00U);
          li__05CS=li__Z00U->li__LLWI.li__0CC;
          li__100U=li__G3CM(((__li__KMFK *)li__Z00U->li__ZPBK));
          li__Z00U=li__PNSJ(li__05CS,li__100U);
          li__UFIS=li__Z00U;
        } break;
        case __li__ULWI__: {
          li__400U=((__li__ULWI *)li__S00U);
          li__500U=li__AOSJ(li__400U->li__VLWI.li__0CC,li__400U->li__4PBK);
          li__UFIS=li__500U;
        } break;
        case __li__NMWI__: {
          li__UFIS=li__SH5L(((__li__NMWI *)li__S00U));
        } break;
        case __li__BNWI__: {
          li__UFIS=li__3H5L(((__li__BNWI *)li__S00U));
        } break;
        case __li__XNWI__: {
          li__UFIS=li__II5L(((__li__XNWI *)li__S00U));
        } break;
        case __li__LOWI__: {
          li__UFIS=li__TI5L(((__li__LOWI *)li__S00U));
        } break;
        case __li__5OWI__: {
          li__UFIS=li__4I5L(((__li__5OWI *)li__S00U));
        } break;
        case __li__TPWI__: {
          li__UFIS=li__JJ5L(((__li__TPWI *)li__S00U));
        } break;
        case __li__HQWI__: {
          li__UFIS=li__UJ5L(((__li__HQWI *)li__S00U));
        } break;
        case __li__ARWI__: {
          li__UFIS=li__5J5L(((__li__ARWI *)li__S00U));
        } break;
        case __li__URWI__: {
          li__UFIS=li__NK5L(((__li__URWI *)li__S00U));
        } break;
        case __li__MSWI__: {
          li__B10U=((__li__MSWI *)li__S00U);
          li__C10U=li__YXSJ(li__B10U->li__NSWI.li__0CC,li__B10U->li__ISBK);
          li__UFIS=li__C10U;
        } break;
        case __li__ETWI__: {
          li__UFIS=li__4K5L(((__li__ETWI *)li__S00U));
        } break;
        case __li__MZWI__: {
          li__E10U=((__li__MZWI *)li__S00U);
          li__F10U=li__4U4I(li__E10U->li__NZWI.li__0K.li__0CC,li__E10U->li__3SBK,li__E10U->li__NZWI.li__WZLE);
          li__UFIS=li__F10U;
        } break;
        case __li__C0WI__: {
          li__H10U=((__li__C0WI *)li__S00U);
          li__I10U=li__ZV4I(li__H10U->li__D0WI.li__0K.li__0CC,li__H10U->li__CTBK);
          li__UFIS=li__I10U;
        } break;
        case __li__M1WI__: {
          li__K10U=((__li__M1WI *)li__S00U);
          li__L10U=li__1Z4I(li__K10U->li__N1WI.li__0K.li__0CC,li__K10U->li__UTFK);
          li__UFIS=li__L10U;
        } break;
        case __li__KMFK__: {
          li__UFIS=li__G3CM(((__li__KMFK *)li__S00U));
        } break;
        case __li__XOHL__: {
          li__UFIS=li__AAPN(((__li__XOHL *)li__S00U));
        } break;
        case __li__FPHL__: {
          li__UFIS=li__2EGM(((__li__FPHL *)li__S00U));
        } break;
        case __li__APLM__: {
          li__UFIS=li__XRDQ(((__li__APLM *)li__S00U));
        } break;
        case __li__DTNM__: {
          li__UFIS=li__D5SO(((__li__DTNM *)li__S00U));
        } break;
        case __li__JXNM__: {
          li__UFIS=li__153R(((__li__JXNM *)li__S00U));
        } break;
        case __li__21LO__: {
          li__UFIS=li__2KLP(((__li__21LO *)li__S00U));
        } break;
        case __li__TPOO__: {
          li__UFIS=li__JLLP(((__li__TPOO *)li__S00U));
        } break;
        case __li__URRO__: {
          li__UFIS=li__KM4R(((__li__URRO *)li__S00U));
        } break;
        case __li__41XO__: {
          li__UFIS=li__CSDQ(((__li__41XO *)li__S00U));
        } break;
        case __li__AKBR__: {
          li__UFIS=li__L2DS(((__li__AKBR *)li__S00U));
        } break;
        case __li__SU5R__: {
          li__UFIS=li__EQJS(((__li__SU5R *)li__S00U));
        } break;
        case __li__JV5R__: {
          li__UFIS=li__PQJS(((__li__JV5R *)li__S00U));
        } break;
        };
        li__LBDS=li__2IUJ(li__V2CS,li__0EIS,li__UFIS,li__ABDS,li__I__);
        li__E00U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__E00U->li__2OLE),li__LBDS);
        li__WVRE(li__E00U);
        li__S00U=li__ZAHJ(((__li__ODID *)li__LBDS));
        li__ZZCS=li__S00U;
      } else /* FALSE */ {
        li__J2CS=li__J1NK(((__li__5RB *)li__WZCS));
        li__KBG(((__li__U *)li__J2CS->li__WXI));
        fputc((int)('='),stdout);
        li__01CS=li__VX3R(li__VZCS);
        li__J2CS=li__J1NK(((__li__5RB *)li__01CS));
        li__KBG(((__li__U *)li__J2CS->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__WZCS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__01CS=li__VX3R(li__VZCS);
        li__OUHF(((__li__5RB *)li__01CS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__XZCS);
        li__V5E(li__VZCS->li__KXNM.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__YZCS=li__ZZCS;
  return(li__YZCS);
}

static void* li__FGJP(__li__21LO *li__GGJP,__li__5RB *li__HGJP,__li__PO li__IGJP)
/* (Strict READ_SLOT{li__21LO},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__KGJP,*li__G20U,*li__JGJP;
  __li__5RB *li__IVKV,*li__VJJP,*li__GWKV,*li__JWKV;
  __li__PO li__HVKV,li__GJJP,li__LMJP;
  __li__VTBD *li__GVKV,*li__WVKV;
  __li__DFNL *li__OVKV,*li__4VKV;
  __li__KI *li__Q10U,*li__Y10U;
  __li__U *li__CIJP,*li__KLJP;
  void *li__EIJP;
  __li__PF *li__0IJP,*li__5LJP;
  __li__K li__AJJP,li__FMJP;
  void *li__Q2FR,*li__K3FR;
  void *li__LJJP,*li__5JJP,*li__CNJP;
  __li__UL2B *li__VVKV,*li__DWKV;
  __li__KMFK *li__PKJP,*li__WNJP,*li__P20U;
  __li__ODID *li__RKJP,*li__2NJP;
  __li__KVBD *li__310U,*li__C20U,*li__EWKV,*li__IWKV;
  __li__WK *li__I20U;
  __li__WVBD *li__K20U,*li__L20U;
  __li__KLWI *li__N20U;
  __li__ULWI *li__S20U,*li__T20U;
  __li__MSWI *li__V20U,*li__W20U;
  __li__MZWI *li__Y20U,*li__Z20U;
  __li__C0WI *li__120U,*li__220U;
  __li__M1WI *li__420U,*li__520U;
  __li__C li__BHJP,li__UHJP,li__YJJP;
  __li__2ZEC *li__RNJP;
  li__KGJP=NULL;
  li__BHJP=li__EBGK(((__li__5RB *)li__HGJP),li__GGJP->li__KJXO->li__GZB.li__0RNE);
  /* __li__B__ __li__I__ */
if (li__BHJP) {
    li__KGJP=li__GGJP;
  } else /* FALSE */ {
    li__UHJP=li__4HDL(((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE),li__HGJP);
    /* __li__B__ __li__I__ */
if (li__UHJP) {
      li__IVKV=((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE);
      li__HVKV=li__GGJP->li__31LO.li__0CC;
      li__GVKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__GVKV),li__HVKV,(&__string_68),'+',li__IVKV);
      li__OVKV=li__1CXJ(((__li__VTBD *)li__GVKV),li__GGJP->li__31LO.li__0CC,li__GGJP);
      li__Q10U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__Q10U->li__2OLE),li__OVKV);
      li__WVRE(li__Q10U);
      li__CIJP=li__SQC(li__DS4J);
      li__EIJP=li__UVIJ(((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE),li__CIJP);
      /* __li__B__ __li__I__ */
if (((void *)li__EIJP == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__HGJP),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__CIJP);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__IGJP);
        li__0IJP=li__J1NK(((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE));
        li__V5E(li__0IJP->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EIJP)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__EIJP)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__AJJP=li__OYLM(((__li__DZB *)li__EIJP));
        } else /* ITM_SLOT_OPERATOR */ {
          li__AJJP=li__OYLM(((__li__DZB *)li__EIJP));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__EIJP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__AJJP=li__21RI(((__li__QWEC *)li__EIJP));
        } else /* ITM_SLOT_OPERATOR */ {
          li__AJJP=li__21RI(((__li__QWEC *)li__EIJP));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__AJJP !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EIJP)->__id==__li__DZB__) {
          li__GJJP=((__li__DZB *)li__EIJP)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__Q2FR=((__li__QWEC *)li__EIJP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Q2FR)->__id==__li__IZB__) {
            li__GJJP=((__li__IZB *)li__Q2FR)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__GJJP=((__li__4HAD *)li__Q2FR)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__GJJP);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EIJP)->__id==__li__DZB__) {
        li__Q2FR=((__li__DZB *)li__EIJP)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Q2FR)->__id==__li__IZB__) {
          li__LJJP=((__li__IZB *)li__Q2FR)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__LJJP=((__li__4HAD *)li__Q2FR)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__Q2FR=((__li__QWEC *)li__EIJP)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Q2FR)->__id==__li__IZB__) {
          li__LJJP=((__li__IZB *)li__Q2FR)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__LJJP=((__li__4HAD *)li__Q2FR)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__LJJP==NULL) {
        li__Q2FR=NULL;
      } else {
        switch (((struct ___OBJ *)li__LJJP)->__id) {
        case __li__WRB__: {
          li__Q2FR=((void *)li__LJJP);
        } break;
        case __li__XRB__: {
          li__Q2FR=((void *)li__LJJP);
        } break;
        case __li__KUB__: {
          li__Q2FR=((void *)li__LJJP);
        } break;
        case __li__VB1__: {
          li__Q2FR=((void *)li__LJJP);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__Q2FR=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__Q2FR == (void *)NULL)) {
        li__YJJP=li__B__;
      } else /* FALSE */ {
        li__LJJP=((__li__5RB *)li__HGJP)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__Q2FR)->__id) {
        case __li__WRB__: {
          li__VJJP=li__0VSG(((__li__WRB *)li__Q2FR),li__LJJP);
        } break;
        case __li__XRB__: {
          li__VJJP=li__OXSG(((__li__XRB *)((__li__WRB *)li__Q2FR)),li__LJJP);
        } break;
        case __li__KUB__: {
          li__VJJP=li__CZSG(((__li__KUB *)((__li__WRB *)li__Q2FR)),li__LJJP);
        } break;
        case __li__VB1__: {
          li__VJJP=li__H1SG(((__li__VB1 *)((__li__WRB *)li__Q2FR)),li__LJJP);
        } break;
        };
        li__YJJP=((void *)li__VJJP != (void *)li__HGJP);
      };
      /* __li__B__ __li__I__ */
if (li__YJJP) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EIJP)->__id==__li__DZB__) {
          li__K3FR=((__li__DZB *)li__EIJP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__K3FR)->__id==__li__IZB__) {
            li__5JJP=((__li__IZB *)li__K3FR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5JJP=((__li__4HAD *)li__K3FR)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__K3FR=((__li__QWEC *)li__EIJP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__K3FR)->__id==__li__IZB__) {
            li__5JJP=((__li__IZB *)li__K3FR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5JJP=((__li__4HAD *)li__K3FR)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__5JJP)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__5JJP),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__5JJP))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__5JJP)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__5JJP))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__VVKV=((__li__UL2B *)((__li__WRB *)li__5JJP));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__VVKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__5JJP)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__HGJP),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EIJP)->__id==__li__DZB__) {
          li__GJJP=((__li__DZB *)li__EIJP)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__K3FR=((__li__QWEC *)li__EIJP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__K3FR)->__id==__li__IZB__) {
            li__GJJP=((__li__IZB *)li__K3FR)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__GJJP=((__li__4HAD *)li__K3FR)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__GJJP);
        li__V5E(li__GGJP->li__31LO.li__0CC);
        li__ODF();
      };
      li__PKJP=li__NOPI(((__li__VTBD *)li__GVKV));
      li__RKJP=li__GDID(li__GGJP->li__31LO.li__0CC,li__EIJP,li__PKJP,li__PKJP,li__I__);
      li__Q10U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__Q10U->li__2OLE),li__RKJP);
      li__WVRE(li__Q10U);
      li__EIJP=li__ZAHJ(((__li__ODID *)li__RKJP));
      li__KGJP=li__EIJP;
      li__YJJP=li__B__;
    } else /* FALSE */ {
      li__YJJP=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__YJJP)) {
      li__YJJP=li__R0LM(((__li__5RB *)li__HGJP),li__GGJP->li__KJXO->li__GZB.li__0RNE);
      /* __li__B__ __li__I__ */
if (li__YJJP) {
        li__VJJP=((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE);
        li__GJJP=li__GGJP->li__31LO.li__0CC;
        li__WVKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__WVKV),li__GJJP,(&__string_68),'+',li__VJJP);
        li__4VKV=li__1CXJ(((__li__VTBD *)li__WVKV),li__GGJP->li__31LO.li__0CC,li__GGJP);
        li__Y10U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__Y10U->li__2OLE),li__4VKV);
        li__WVRE(li__Y10U);
        li__KLJP=li__SQC(li__DS4J);
        li__Q2FR=li__UVIJ(((__li__5RB *)li__HGJP),li__KLJP);
        /* __li__B__ __li__I__ */
if (((void *)li__Q2FR == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__HGJP),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__KLJP);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__HGJP),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__IGJP);
          li__5LJP=li__J1NK(((__li__5RB *)li__HGJP));
          li__V5E(li__5LJP->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Q2FR)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__Q2FR)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__FMJP=li__OYLM(((__li__DZB *)li__Q2FR));
          } else /* ITM_SLOT_OPERATOR */ {
            li__FMJP=li__OYLM(((__li__DZB *)li__Q2FR));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__Q2FR)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__FMJP=li__21RI(((__li__QWEC *)li__Q2FR));
          } else /* ITM_SLOT_OPERATOR */ {
            li__FMJP=li__21RI(((__li__QWEC *)li__Q2FR));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__FMJP !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Q2FR)->__id==__li__DZB__) {
            li__LMJP=((__li__DZB *)li__Q2FR)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__5JJP=((__li__QWEC *)li__Q2FR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5JJP)->__id==__li__IZB__) {
              li__LMJP=((__li__IZB *)li__5JJP)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__LMJP=((__li__4HAD *)li__5JJP)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__LMJP);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Q2FR)->__id==__li__DZB__) {
          li__K3FR=((__li__DZB *)li__Q2FR)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__K3FR)->__id==__li__IZB__) {
            li__5JJP=((__li__IZB *)li__K3FR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5JJP=((__li__4HAD *)li__K3FR)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__K3FR=((__li__QWEC *)li__Q2FR)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__K3FR)->__id==__li__IZB__) {
            li__5JJP=((__li__IZB *)li__K3FR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5JJP=((__li__4HAD *)li__K3FR)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__5JJP==NULL) {
          li__K3FR=NULL;
        } else {
          switch (((struct ___OBJ *)li__5JJP)->__id) {
          case __li__WRB__: {
            li__K3FR=((void *)li__5JJP);
          } break;
          case __li__XRB__: {
            li__K3FR=((void *)li__5JJP);
          } break;
          case __li__KUB__: {
            li__K3FR=((void *)li__5JJP);
          } break;
          case __li__VB1__: {
            li__K3FR=((void *)li__5JJP);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__K3FR=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__K3FR == (void *)NULL) || ((void *)li__K3FR != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Q2FR)->__id==__li__DZB__) {
            li__5JJP=((__li__DZB *)li__Q2FR)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5JJP)->__id==__li__IZB__) {
              li__CNJP=((__li__IZB *)li__5JJP)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__CNJP=((__li__4HAD *)li__5JJP)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__5JJP=((__li__QWEC *)li__Q2FR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5JJP)->__id==__li__IZB__) {
              li__CNJP=((__li__IZB *)li__5JJP)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__CNJP=((__li__4HAD *)li__5JJP)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__CNJP)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__CNJP),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__CNJP))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__CNJP)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__CNJP))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__DWKV=((__li__UL2B *)((__li__WRB *)li__CNJP));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__DWKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__CNJP)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__HGJP),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Q2FR)->__id==__li__DZB__) {
            li__LMJP=((__li__DZB *)li__Q2FR)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__5JJP=((__li__QWEC *)li__Q2FR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5JJP)->__id==__li__IZB__) {
              li__LMJP=((__li__IZB *)li__5JJP)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__LMJP=((__li__4HAD *)li__5JJP)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__LMJP);
          li__V5E(li__GGJP->li__31LO.li__0CC);
          li__ODF();
        };
        li__RNJP=li__IF1H( 2);
        li__GJJP=li__GGJP->li__31LO.li__0CC;
        li__310U=li__5QND();
        li__C20U=((__li__KVBD *)li__310U);
        li__C20U->li__LVBD.li__0K.li__0CC=li__GJJP;
        li__VJJP=li__NNSE(((__li__5RB *)li__HGJP));
        li__C20U->li__LVBD.li__WZLE=li__VJJP;
        li__0K4N(((__li__2ZEC *)li__RNJP),li__310U);
        li__WNJP=li__NOPI(((__li__VTBD *)li__WVKV));
        li__NWYJ(((__li__2ZEC *)li__RNJP),li__WNJP);
        li__GJJP=li__GGJP->li__31LO.li__0CC;
        li__G20U=((void **)(*(((__li__2ZEC *)li__RNJP))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__G20U)->__id) {
        case __li__WK__: {
          li__I20U=li__PVEJ(((__li__WK *)li__G20U));
          li__K3FR=li__I20U;
        } break;
        case __li__AVBD__: {
          li__K3FR=li__AE5L(((__li__AVBD *)li__G20U));
        } break;
        case __li__KVBD__: {
          li__EWKV=((__li__KVBD *)li__G20U);
          li__LMJP=li__EWKV->li__LVBD.li__0K.li__0CC;
          li__GWKV=li__EWKV->li__LVBD.li__WZLE;
          li__EWKV=li__5QND();
          li__IWKV=((__li__KVBD *)li__EWKV);
          li__IWKV->li__LVBD.li__0K.li__0CC=li__LMJP;
          li__JWKV=li__NNSE(((__li__5RB *)li__GWKV));
          li__IWKV->li__LVBD.li__WZLE=li__JWKV;
          li__K3FR=li__EWKV;
        } break;
        case __li__WVBD__: {
          li__K20U=((__li__WVBD *)li__G20U);
          li__L20U=li__VEID(li__K20U->li__XVBD.li__0K.li__0CC,li__K20U->li__2ZLE,li__K20U->li__XVBD.li__WZLE);
          li__K3FR=li__L20U;
        } break;
        case __li__Z4WH__: {
          li__K3FR=li__XEVK(((__li__Z4WH *)li__G20U));
        } break;
        case __li__KTVI__: {
          li__K3FR=li__XF5L(((__li__KTVI *)li__G20U));
        } break;
        case __li__LTVI__: {
          li__K3FR=li__SDGM(((__li__LTVI *)li__G20U));
        } break;
        case __li__XTVI__: {
          li__K3FR=li__DG5L(((__li__XTVI *)li__G20U));
        } break;
        case __li__YTVI__: {
          li__K3FR=li__4DGM(((__li__YTVI *)li__G20U));
        } break;
        case __li__S2VI__: {
          li__K3FR=li__OG5L(((__li__S2VI *)li__G20U));
        } break;
        case __li__E3VI__: {
          li__K3FR=li__ZG5L(((__li__E3VI *)li__G20U));
        } break;
        case __li__KLWI__: {
          li__N20U=((__li__KLWI *)li__G20U);
          li__LMJP=li__N20U->li__LLWI.li__0CC;
          li__P20U=li__G3CM(((__li__KMFK *)li__N20U->li__ZPBK));
          li__N20U=li__PNSJ(li__LMJP,li__P20U);
          li__K3FR=li__N20U;
        } break;
        case __li__ULWI__: {
          li__S20U=((__li__ULWI *)li__G20U);
          li__T20U=li__AOSJ(li__S20U->li__VLWI.li__0CC,li__S20U->li__4PBK);
          li__K3FR=li__T20U;
        } break;
        case __li__NMWI__: {
          li__K3FR=li__SH5L(((__li__NMWI *)li__G20U));
        } break;
        case __li__BNWI__: {
          li__K3FR=li__3H5L(((__li__BNWI *)li__G20U));
        } break;
        case __li__XNWI__: {
          li__K3FR=li__II5L(((__li__XNWI *)li__G20U));
        } break;
        case __li__LOWI__: {
          li__K3FR=li__TI5L(((__li__LOWI *)li__G20U));
        } break;
        case __li__5OWI__: {
          li__K3FR=li__4I5L(((__li__5OWI *)li__G20U));
        } break;
        case __li__TPWI__: {
          li__K3FR=li__JJ5L(((__li__TPWI *)li__G20U));
        } break;
        case __li__HQWI__: {
          li__K3FR=li__UJ5L(((__li__HQWI *)li__G20U));
        } break;
        case __li__ARWI__: {
          li__K3FR=li__5J5L(((__li__ARWI *)li__G20U));
        } break;
        case __li__URWI__: {
          li__K3FR=li__NK5L(((__li__URWI *)li__G20U));
        } break;
        case __li__MSWI__: {
          li__V20U=((__li__MSWI *)li__G20U);
          li__W20U=li__YXSJ(li__V20U->li__NSWI.li__0CC,li__V20U->li__ISBK);
          li__K3FR=li__W20U;
        } break;
        case __li__ETWI__: {
          li__K3FR=li__4K5L(((__li__ETWI *)li__G20U));
        } break;
        case __li__MZWI__: {
          li__Y20U=((__li__MZWI *)li__G20U);
          li__Z20U=li__4U4I(li__Y20U->li__NZWI.li__0K.li__0CC,li__Y20U->li__3SBK,li__Y20U->li__NZWI.li__WZLE);
          li__K3FR=li__Z20U;
        } break;
        case __li__C0WI__: {
          li__120U=((__li__C0WI *)li__G20U);
          li__220U=li__ZV4I(li__120U->li__D0WI.li__0K.li__0CC,li__120U->li__CTBK);
          li__K3FR=li__220U;
        } break;
        case __li__M1WI__: {
          li__420U=((__li__M1WI *)li__G20U);
          li__520U=li__1Z4I(li__420U->li__N1WI.li__0K.li__0CC,li__420U->li__UTFK);
          li__K3FR=li__520U;
        } break;
        case __li__KMFK__: {
          li__K3FR=li__G3CM(((__li__KMFK *)li__G20U));
        } break;
        case __li__XOHL__: {
          li__K3FR=li__AAPN(((__li__XOHL *)li__G20U));
        } break;
        case __li__FPHL__: {
          li__K3FR=li__2EGM(((__li__FPHL *)li__G20U));
        } break;
        case __li__APLM__: {
          li__K3FR=li__XRDQ(((__li__APLM *)li__G20U));
        } break;
        case __li__DTNM__: {
          li__K3FR=li__D5SO(((__li__DTNM *)li__G20U));
        } break;
        case __li__JXNM__: {
          li__K3FR=li__153R(((__li__JXNM *)li__G20U));
        } break;
        case __li__21LO__: {
          li__K3FR=li__2KLP(((__li__21LO *)li__G20U));
        } break;
        case __li__TPOO__: {
          li__K3FR=li__JLLP(((__li__TPOO *)li__G20U));
        } break;
        case __li__URRO__: {
          li__K3FR=li__KM4R(((__li__URRO *)li__G20U));
        } break;
        case __li__41XO__: {
          li__K3FR=li__CSDQ(((__li__41XO *)li__G20U));
        } break;
        case __li__AKBR__: {
          li__K3FR=li__L2DS(((__li__AKBR *)li__G20U));
        } break;
        case __li__SU5R__: {
          li__K3FR=li__EQJS(((__li__SU5R *)li__G20U));
        } break;
        case __li__JV5R__: {
          li__K3FR=li__PQJS(((__li__JV5R *)li__G20U));
        } break;
        };
        li__2NJP=li__2IUJ(li__GJJP,li__Q2FR,li__K3FR,li__RNJP,li__I__);
        li__Y10U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__Y10U->li__2OLE),li__2NJP);
        li__WVRE(li__Y10U);
        li__G20U=li__ZAHJ(((__li__ODID *)li__2NJP));
        li__KGJP=li__G20U;
      } else /* FALSE */ {
        li__0IJP=li__J1NK(((__li__5RB *)li__HGJP));
        li__KBG(((__li__U *)li__0IJP->li__WXI));
        fputc((int)('='),stdout);
        li__0IJP=li__J1NK(((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE));
        li__KBG(((__li__U *)li__0IJP->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__HGJP),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__GGJP->li__KJXO->li__GZB.li__0RNE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__IGJP);
        li__V5E(li__GGJP->li__31LO.li__0CC);
        li__ODF();
      };
    };
  };
  li__JGJP=li__KGJP;
  return(li__JGJP);
}

static void* li__0OJP(__li__TPOO *li__1OJP,__li__5RB *li__2OJP,__li__PO li__3OJP)
/* (Strict READ_GLOBAL{li__TPOO},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__5OJP,*li__030U,*li__4OJP;
  __li__5RB *li__OWKV,*li__KSJP,*li__HXKV,*li__KXKV;
  __li__PO li__NWKV,li__1RJP,li__AVJP;
  __li__VTBD *li__MWKV,*li__2WKV;
  __li__DFNL *li__UWKV,*li__XMAR;
  __li__KI *li__E30U,*li__M30U;
  __li__U *li__XQJP,*li__5TJP;
  void *li__ZQJP;
  __li__PF *li__PRJP,*li__UUJP;
  __li__K li__VRJP,li__0UJP;
  void *li__2AGR,*li__WBGR;
  void *li__ASJP,*li__USJP,*li__XVJP;
  __li__UL2B *li__1WKV,*li__EXKV;
  __li__KMFK *li__ETJP,*li__LWJP,*li__D40U;
  __li__ODID *li__GTJP,*li__RWJP;
  __li__KVBD *li__R30U,*li__W30U,*li__FXKV,*li__JXKV;
  __li__WK *li__230U;
  __li__WVBD *li__430U,*li__530U;
  __li__KLWI *li__B40U;
  __li__ULWI *li__G40U,*li__H40U;
  __li__MSWI *li__J40U,*li__K40U;
  __li__MZWI *li__M40U,*li__N40U;
  __li__C0WI *li__P40U,*li__Q40U;
  __li__M1WI *li__S40U,*li__T40U;
  __li__C li__WPJP,li__JQJP,li__NSJP;
  __li__2ZEC *li__GWJP;
  li__5OJP=NULL;
  li__WPJP=li__EBGK(((__li__5RB *)li__2OJP),li__1OJP->li__5IXO->li__GZB.li__0RNE);
  /* __li__B__ __li__I__ */
if (li__WPJP) {
    li__5OJP=li__1OJP;
  } else /* FALSE */ {
    li__JQJP=li__4HDL(((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE),li__2OJP);
    /* __li__B__ __li__I__ */
if (li__JQJP) {
      li__OWKV=((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE);
      li__NWKV=li__1OJP->li__UPOO.li__0CC;
      li__MWKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__MWKV),li__NWKV,(&__string_68),'+',li__OWKV);
      li__UWKV=li__1CXJ(((__li__VTBD *)li__MWKV),li__1OJP->li__UPOO.li__0CC,li__1OJP);
      li__E30U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__E30U->li__2OLE),li__UWKV);
      li__WVRE(li__E30U);
      li__XQJP=li__SQC(li__DS4J);
      li__ZQJP=li__UVIJ(((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE),li__XQJP);
      /* __li__B__ __li__I__ */
if (((void *)li__ZQJP == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OUHF(((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__2OJP),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__XQJP);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OUHF(((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__3OJP);
        li__PRJP=li__J1NK(((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE));
        li__V5E(li__PRJP->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZQJP)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__ZQJP)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__VRJP=li__OYLM(((__li__DZB *)li__ZQJP));
        } else /* ITM_SLOT_OPERATOR */ {
          li__VRJP=li__OYLM(((__li__DZB *)li__ZQJP));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__ZQJP)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__VRJP=li__21RI(((__li__QWEC *)li__ZQJP));
        } else /* ITM_SLOT_OPERATOR */ {
          li__VRJP=li__21RI(((__li__QWEC *)li__ZQJP));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__VRJP !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZQJP)->__id==__li__DZB__) {
          li__1RJP=((__li__DZB *)li__ZQJP)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__2AGR=((__li__QWEC *)li__ZQJP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2AGR)->__id==__li__IZB__) {
            li__1RJP=((__li__IZB *)li__2AGR)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__1RJP=((__li__4HAD *)li__2AGR)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__1RJP);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZQJP)->__id==__li__DZB__) {
        li__2AGR=((__li__DZB *)li__ZQJP)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2AGR)->__id==__li__IZB__) {
          li__ASJP=((__li__IZB *)li__2AGR)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ASJP=((__li__4HAD *)li__2AGR)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__2AGR=((__li__QWEC *)li__ZQJP)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2AGR)->__id==__li__IZB__) {
          li__ASJP=((__li__IZB *)li__2AGR)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ASJP=((__li__4HAD *)li__2AGR)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ASJP==NULL) {
        li__2AGR=NULL;
      } else {
        switch (((struct ___OBJ *)li__ASJP)->__id) {
        case __li__WRB__: {
          li__2AGR=((void *)li__ASJP);
        } break;
        case __li__XRB__: {
          li__2AGR=((void *)li__ASJP);
        } break;
        case __li__KUB__: {
          li__2AGR=((void *)li__ASJP);
        } break;
        case __li__VB1__: {
          li__2AGR=((void *)li__ASJP);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__2AGR=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__2AGR == (void *)NULL)) {
        li__NSJP=li__B__;
      } else /* FALSE */ {
        li__ASJP=((__li__5RB *)li__2OJP)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__2AGR)->__id) {
        case __li__WRB__: {
          li__KSJP=li__0VSG(((__li__WRB *)li__2AGR),li__ASJP);
        } break;
        case __li__XRB__: {
          li__KSJP=li__OXSG(((__li__XRB *)((__li__WRB *)li__2AGR)),li__ASJP);
        } break;
        case __li__KUB__: {
          li__KSJP=li__CZSG(((__li__KUB *)((__li__WRB *)li__2AGR)),li__ASJP);
        } break;
        case __li__VB1__: {
          li__KSJP=li__H1SG(((__li__VB1 *)((__li__WRB *)li__2AGR)),li__ASJP);
        } break;
        };
        li__NSJP=((void *)li__KSJP != (void *)li__2OJP);
      };
      /* __li__B__ __li__I__ */
if (li__NSJP) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZQJP)->__id==__li__DZB__) {
          li__WBGR=((__li__DZB *)li__ZQJP)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WBGR)->__id==__li__IZB__) {
            li__USJP=((__li__IZB *)li__WBGR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__USJP=((__li__4HAD *)li__WBGR)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__WBGR=((__li__QWEC *)li__ZQJP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WBGR)->__id==__li__IZB__) {
            li__USJP=((__li__IZB *)li__WBGR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__USJP=((__li__4HAD *)li__WBGR)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__USJP)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__USJP),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__USJP))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__USJP)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__USJP))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__1WKV=((__li__UL2B *)((__li__WRB *)li__USJP));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__1WKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__USJP)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__2OJP),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZQJP)->__id==__li__DZB__) {
          li__1RJP=((__li__DZB *)li__ZQJP)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__WBGR=((__li__QWEC *)li__ZQJP)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WBGR)->__id==__li__IZB__) {
            li__1RJP=((__li__IZB *)li__WBGR)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__1RJP=((__li__4HAD *)li__WBGR)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__1RJP);
        li__V5E(li__1OJP->li__UPOO.li__0CC);
        li__ODF();
      };
      li__ETJP=li__NOPI(((__li__VTBD *)li__MWKV));
      li__GTJP=li__GDID(li__1OJP->li__UPOO.li__0CC,li__ZQJP,li__ETJP,li__ETJP,li__I__);
      li__E30U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__E30U->li__2OLE),li__GTJP);
      li__WVRE(li__E30U);
      li__ZQJP=li__ZAHJ(((__li__ODID *)li__GTJP));
      li__5OJP=li__ZQJP;
      li__NSJP=li__B__;
    } else /* FALSE */ {
      li__NSJP=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__NSJP)) {
      li__NSJP=li__R0LM(((__li__5RB *)li__2OJP),li__1OJP->li__5IXO->li__GZB.li__0RNE);
      /* __li__B__ __li__I__ */
if (li__NSJP) {
        li__KSJP=((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE);
        li__1RJP=li__1OJP->li__UPOO.li__0CC;
        li__2WKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__2WKV),li__1RJP,(&__string_68),'+',li__KSJP);
        li__XMAR=li__1CXJ(((__li__VTBD *)li__2WKV),li__1OJP->li__UPOO.li__0CC,li__1OJP);
        li__M30U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__M30U->li__2OLE),li__XMAR);
        li__WVRE(li__M30U);
        li__5TJP=li__SQC(li__DS4J);
        li__2AGR=li__UVIJ(((__li__5RB *)li__2OJP),li__5TJP);
        /* __li__B__ __li__I__ */
if (((void *)li__2AGR == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__2OJP),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__OUHF(((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__5TJP);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__2OJP),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__3OJP);
          li__UUJP=li__J1NK(((__li__5RB *)li__2OJP));
          li__V5E(li__UUJP->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AGR)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__2AGR)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__0UJP=li__OYLM(((__li__DZB *)li__2AGR));
          } else /* ITM_SLOT_OPERATOR */ {
            li__0UJP=li__OYLM(((__li__DZB *)li__2AGR));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__2AGR)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__0UJP=li__21RI(((__li__QWEC *)li__2AGR));
          } else /* ITM_SLOT_OPERATOR */ {
            li__0UJP=li__21RI(((__li__QWEC *)li__2AGR));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__0UJP !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AGR)->__id==__li__DZB__) {
            li__AVJP=((__li__DZB *)li__2AGR)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__USJP=((__li__QWEC *)li__2AGR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__USJP)->__id==__li__IZB__) {
              li__AVJP=((__li__IZB *)li__USJP)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__AVJP=((__li__4HAD *)li__USJP)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__AVJP);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AGR)->__id==__li__DZB__) {
          li__WBGR=((__li__DZB *)li__2AGR)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WBGR)->__id==__li__IZB__) {
            li__USJP=((__li__IZB *)li__WBGR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__USJP=((__li__4HAD *)li__WBGR)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__WBGR=((__li__QWEC *)li__2AGR)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WBGR)->__id==__li__IZB__) {
            li__USJP=((__li__IZB *)li__WBGR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__USJP=((__li__4HAD *)li__WBGR)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__USJP==NULL) {
          li__WBGR=NULL;
        } else {
          switch (((struct ___OBJ *)li__USJP)->__id) {
          case __li__WRB__: {
            li__WBGR=((void *)li__USJP);
          } break;
          case __li__XRB__: {
            li__WBGR=((void *)li__USJP);
          } break;
          case __li__KUB__: {
            li__WBGR=((void *)li__USJP);
          } break;
          case __li__VB1__: {
            li__WBGR=((void *)li__USJP);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__WBGR=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__WBGR == (void *)NULL) || ((void *)li__WBGR != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AGR)->__id==__li__DZB__) {
            li__USJP=((__li__DZB *)li__2AGR)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__USJP)->__id==__li__IZB__) {
              li__XVJP=((__li__IZB *)li__USJP)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__XVJP=((__li__4HAD *)li__USJP)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__USJP=((__li__QWEC *)li__2AGR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__USJP)->__id==__li__IZB__) {
              li__XVJP=((__li__IZB *)li__USJP)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__XVJP=((__li__4HAD *)li__USJP)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__XVJP)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__XVJP),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__XVJP))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__XVJP)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__XVJP))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__EXKV=((__li__UL2B *)((__li__WRB *)li__XVJP));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__EXKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__XVJP)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__2OJP),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AGR)->__id==__li__DZB__) {
            li__AVJP=((__li__DZB *)li__2AGR)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__USJP=((__li__QWEC *)li__2AGR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__USJP)->__id==__li__IZB__) {
              li__AVJP=((__li__IZB *)li__USJP)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__AVJP=((__li__4HAD *)li__USJP)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__AVJP);
          li__V5E(li__1OJP->li__UPOO.li__0CC);
          li__ODF();
        };
        li__GWJP=li__IF1H( 2);
        li__1RJP=li__1OJP->li__UPOO.li__0CC;
        li__R30U=li__5QND();
        li__W30U=((__li__KVBD *)li__R30U);
        li__W30U->li__LVBD.li__0K.li__0CC=li__1RJP;
        li__KSJP=li__NNSE(((__li__5RB *)li__2OJP));
        li__W30U->li__LVBD.li__WZLE=li__KSJP;
        li__0K4N(((__li__2ZEC *)li__GWJP),li__R30U);
        li__LWJP=li__NOPI(((__li__VTBD *)li__2WKV));
        li__NWYJ(((__li__2ZEC *)li__GWJP),li__LWJP);
        li__1RJP=li__1OJP->li__UPOO.li__0CC;
        li__030U=((void **)(*(((__li__2ZEC *)li__GWJP))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__030U)->__id) {
        case __li__WK__: {
          li__230U=li__PVEJ(((__li__WK *)li__030U));
          li__WBGR=li__230U;
        } break;
        case __li__AVBD__: {
          li__WBGR=li__AE5L(((__li__AVBD *)li__030U));
        } break;
        case __li__KVBD__: {
          li__FXKV=((__li__KVBD *)li__030U);
          li__AVJP=li__FXKV->li__LVBD.li__0K.li__0CC;
          li__HXKV=li__FXKV->li__LVBD.li__WZLE;
          li__FXKV=li__5QND();
          li__JXKV=((__li__KVBD *)li__FXKV);
          li__JXKV->li__LVBD.li__0K.li__0CC=li__AVJP;
          li__KXKV=li__NNSE(((__li__5RB *)li__HXKV));
          li__JXKV->li__LVBD.li__WZLE=li__KXKV;
          li__WBGR=li__FXKV;
        } break;
        case __li__WVBD__: {
          li__430U=((__li__WVBD *)li__030U);
          li__530U=li__VEID(li__430U->li__XVBD.li__0K.li__0CC,li__430U->li__2ZLE,li__430U->li__XVBD.li__WZLE);
          li__WBGR=li__530U;
        } break;
        case __li__Z4WH__: {
          li__WBGR=li__XEVK(((__li__Z4WH *)li__030U));
        } break;
        case __li__KTVI__: {
          li__WBGR=li__XF5L(((__li__KTVI *)li__030U));
        } break;
        case __li__LTVI__: {
          li__WBGR=li__SDGM(((__li__LTVI *)li__030U));
        } break;
        case __li__XTVI__: {
          li__WBGR=li__DG5L(((__li__XTVI *)li__030U));
        } break;
        case __li__YTVI__: {
          li__WBGR=li__4DGM(((__li__YTVI *)li__030U));
        } break;
        case __li__S2VI__: {
          li__WBGR=li__OG5L(((__li__S2VI *)li__030U));
        } break;
        case __li__E3VI__: {
          li__WBGR=li__ZG5L(((__li__E3VI *)li__030U));
        } break;
        case __li__KLWI__: {
          li__B40U=((__li__KLWI *)li__030U);
          li__AVJP=li__B40U->li__LLWI.li__0CC;
          li__D40U=li__G3CM(((__li__KMFK *)li__B40U->li__ZPBK));
          li__B40U=li__PNSJ(li__AVJP,li__D40U);
          li__WBGR=li__B40U;
        } break;
        case __li__ULWI__: {
          li__G40U=((__li__ULWI *)li__030U);
          li__H40U=li__AOSJ(li__G40U->li__VLWI.li__0CC,li__G40U->li__4PBK);
          li__WBGR=li__H40U;
        } break;
        case __li__NMWI__: {
          li__WBGR=li__SH5L(((__li__NMWI *)li__030U));
        } break;
        case __li__BNWI__: {
          li__WBGR=li__3H5L(((__li__BNWI *)li__030U));
        } break;
        case __li__XNWI__: {
          li__WBGR=li__II5L(((__li__XNWI *)li__030U));
        } break;
        case __li__LOWI__: {
          li__WBGR=li__TI5L(((__li__LOWI *)li__030U));
        } break;
        case __li__5OWI__: {
          li__WBGR=li__4I5L(((__li__5OWI *)li__030U));
        } break;
        case __li__TPWI__: {
          li__WBGR=li__JJ5L(((__li__TPWI *)li__030U));
        } break;
        case __li__HQWI__: {
          li__WBGR=li__UJ5L(((__li__HQWI *)li__030U));
        } break;
        case __li__ARWI__: {
          li__WBGR=li__5J5L(((__li__ARWI *)li__030U));
        } break;
        case __li__URWI__: {
          li__WBGR=li__NK5L(((__li__URWI *)li__030U));
        } break;
        case __li__MSWI__: {
          li__J40U=((__li__MSWI *)li__030U);
          li__K40U=li__YXSJ(li__J40U->li__NSWI.li__0CC,li__J40U->li__ISBK);
          li__WBGR=li__K40U;
        } break;
        case __li__ETWI__: {
          li__WBGR=li__4K5L(((__li__ETWI *)li__030U));
        } break;
        case __li__MZWI__: {
          li__M40U=((__li__MZWI *)li__030U);
          li__N40U=li__4U4I(li__M40U->li__NZWI.li__0K.li__0CC,li__M40U->li__3SBK,li__M40U->li__NZWI.li__WZLE);
          li__WBGR=li__N40U;
        } break;
        case __li__C0WI__: {
          li__P40U=((__li__C0WI *)li__030U);
          li__Q40U=li__ZV4I(li__P40U->li__D0WI.li__0K.li__0CC,li__P40U->li__CTBK);
          li__WBGR=li__Q40U;
        } break;
        case __li__M1WI__: {
          li__S40U=((__li__M1WI *)li__030U);
          li__T40U=li__1Z4I(li__S40U->li__N1WI.li__0K.li__0CC,li__S40U->li__UTFK);
          li__WBGR=li__T40U;
        } break;
        case __li__KMFK__: {
          li__WBGR=li__G3CM(((__li__KMFK *)li__030U));
        } break;
        case __li__XOHL__: {
          li__WBGR=li__AAPN(((__li__XOHL *)li__030U));
        } break;
        case __li__FPHL__: {
          li__WBGR=li__2EGM(((__li__FPHL *)li__030U));
        } break;
        case __li__APLM__: {
          li__WBGR=li__XRDQ(((__li__APLM *)li__030U));
        } break;
        case __li__DTNM__: {
          li__WBGR=li__D5SO(((__li__DTNM *)li__030U));
        } break;
        case __li__JXNM__: {
          li__WBGR=li__153R(((__li__JXNM *)li__030U));
        } break;
        case __li__21LO__: {
          li__WBGR=li__2KLP(((__li__21LO *)li__030U));
        } break;
        case __li__TPOO__: {
          li__WBGR=li__JLLP(((__li__TPOO *)li__030U));
        } break;
        case __li__URRO__: {
          li__WBGR=li__KM4R(((__li__URRO *)li__030U));
        } break;
        case __li__41XO__: {
          li__WBGR=li__CSDQ(((__li__41XO *)li__030U));
        } break;
        case __li__AKBR__: {
          li__WBGR=li__L2DS(((__li__AKBR *)li__030U));
        } break;
        case __li__SU5R__: {
          li__WBGR=li__EQJS(((__li__SU5R *)li__030U));
        } break;
        case __li__JV5R__: {
          li__WBGR=li__PQJS(((__li__JV5R *)li__030U));
        } break;
        };
        li__RWJP=li__2IUJ(li__1RJP,li__2AGR,li__WBGR,li__GWJP,li__I__);
        li__M30U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__M30U->li__2OLE),li__RWJP);
        li__WVRE(li__M30U);
        li__030U=li__ZAHJ(((__li__ODID *)li__RWJP));
        li__5OJP=li__030U;
      } else /* FALSE */ {
        li__PRJP=li__J1NK(((__li__5RB *)li__2OJP));
        li__KBG(((__li__U *)li__PRJP->li__WXI));
        fputc((int)('='),stdout);
        li__PRJP=li__J1NK(((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE));
        li__KBG(((__li__U *)li__PRJP->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__2OJP),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OUHF(((__li__5RB *)li__1OJP->li__5IXO->li__GZB.li__0RNE),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__3OJP);
        li__V5E(li__1OJP->li__UPOO.li__0CC);
        li__ODF();
      };
    };
  };
  li__4OJP=li__5OJP;
  return(li__4OJP);
}

static void* li__TNPS(__li__URRO *li__UNPS,__li__5RB *li__VNPS,__li__PO li__WNPS)
/* (Strict EXPR_NOT_LOGIC{li__URRO},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__YNPS,*li__O50U,*li__XNPS;
  __li__5RB *li__OOPS,*li__BPPS,*li__IPPS,*li__PXKV,*li__ZPPS,*li__DRPS;
  __li__5RB *li__CTPS,*li__LYKV;
  __li__PO li__OXKV,li__UQPS,li__ZTPS;
  __li__VTBD *li__NXKV,*li__3XKV;
  __li__DFNL *li__VXKV,*li__SSTS;
  __li__KI *li__Y40U,*li__A50U;
  __li__U *li__QPPS,*li__YSPS;
  void *li__SPPS;
  __li__PF *li__IQPS,*li__NTPS;
  __li__K li__OQPS,li__TTPS;
  void *li__OGUS,*li__IHUS;
  void *li__ZQPS,*li__NRPS,*li__QUPS;
  __li__UL2B *li__2XKV,*li__FYKV;
  __li__KMFK *li__3RPS,*li__EVPS,*li__X50U;
  __li__ODID *li__5RPS,*li__KVPS;
  __li__KVBD *li__F50U,*li__K50U,*li__GYKV,*li__KYKV;
  __li__WK *li__Q50U;
  __li__WVBD *li__S50U,*li__T50U;
  __li__KLWI *li__V50U;
  __li__ULWI *li__050U,*li__150U;
  __li__MSWI *li__350U,*li__450U;
  __li__MZWI *li__AA1U,*li__BA1U;
  __li__C0WI *li__DA1U,*li__EA1U;
  __li__M1WI *li__GA1U,*li__HA1U;
  __li__C li__POPS,li__CPPS,li__GRPS;
  __li__2ZEC *li__5UPS;
  li__YNPS=NULL;
  li__OOPS=li__FH4R();
  li__POPS=li__EBGK(((__li__5RB *)li__VNPS),li__OOPS);
  /* __li__B__ __li__I__ */
if (li__POPS) {
    li__YNPS=li__UNPS;
  } else /* FALSE */ {
    li__BPPS=li__FH4R();
    li__CPPS=li__4HDL(((__li__5RB *)li__BPPS),li__VNPS);
    /* __li__B__ __li__I__ */
if (li__CPPS) {
      li__IPPS=li__FH4R();
      li__PXKV=((__li__5RB *)li__IPPS);
      li__OXKV=li__UNPS->li__XRRO.li__WRRO.li__0CC;
      li__NXKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__NXKV),li__OXKV,(&__string_68),'+',li__PXKV);
      li__VXKV=li__1CXJ(((__li__VTBD *)li__NXKV),li__UNPS->li__XRRO.li__WRRO.li__0CC,li__UNPS);
      li__Y40U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__Y40U->li__2OLE),li__VXKV);
      li__WVRE(li__Y40U);
      li__QPPS=li__SQC(li__DS4J);
      li__IPPS=li__FH4R();
      li__SPPS=li__UVIJ(((__li__5RB *)li__IPPS),li__QPPS);
      /* __li__B__ __li__I__ */
if (((void *)li__SPPS == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__ZPPS=li__FH4R();
        li__OUHF(((__li__5RB *)li__ZPPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__VNPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__QPPS);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__ZPPS=li__FH4R();
        li__OUHF(((__li__5RB *)li__ZPPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__WNPS);
        li__ZPPS=li__FH4R();
        li__IQPS=li__J1NK(((__li__5RB *)li__ZPPS));
        li__V5E(li__IQPS->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPPS)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__SPPS)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__OQPS=li__OYLM(((__li__DZB *)li__SPPS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__OQPS=li__OYLM(((__li__DZB *)li__SPPS));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__SPPS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__OQPS=li__21RI(((__li__QWEC *)li__SPPS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__OQPS=li__21RI(((__li__QWEC *)li__SPPS));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__OQPS !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPPS)->__id==__li__DZB__) {
          li__UQPS=((__li__DZB *)li__SPPS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__OGUS=((__li__QWEC *)li__SPPS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OGUS)->__id==__li__IZB__) {
            li__UQPS=((__li__IZB *)li__OGUS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UQPS=((__li__4HAD *)li__OGUS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__UQPS);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPPS)->__id==__li__DZB__) {
        li__OGUS=((__li__DZB *)li__SPPS)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OGUS)->__id==__li__IZB__) {
          li__ZQPS=((__li__IZB *)li__OGUS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZQPS=((__li__4HAD *)li__OGUS)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__OGUS=((__li__QWEC *)li__SPPS)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OGUS)->__id==__li__IZB__) {
          li__ZQPS=((__li__IZB *)li__OGUS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZQPS=((__li__4HAD *)li__OGUS)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ZQPS==NULL) {
        li__OGUS=NULL;
      } else {
        switch (((struct ___OBJ *)li__ZQPS)->__id) {
        case __li__WRB__: {
          li__OGUS=((void *)li__ZQPS);
        } break;
        case __li__XRB__: {
          li__OGUS=((void *)li__ZQPS);
        } break;
        case __li__KUB__: {
          li__OGUS=((void *)li__ZQPS);
        } break;
        case __li__VB1__: {
          li__OGUS=((void *)li__ZQPS);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__OGUS=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__OGUS == (void *)NULL)) {
        li__GRPS=li__B__;
      } else /* FALSE */ {
        li__ZQPS=((__li__5RB *)li__VNPS)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__OGUS)->__id) {
        case __li__WRB__: {
          li__DRPS=li__0VSG(((__li__WRB *)li__OGUS),li__ZQPS);
        } break;
        case __li__XRB__: {
          li__DRPS=li__OXSG(((__li__XRB *)((__li__WRB *)li__OGUS)),li__ZQPS);
        } break;
        case __li__KUB__: {
          li__DRPS=li__CZSG(((__li__KUB *)((__li__WRB *)li__OGUS)),li__ZQPS);
        } break;
        case __li__VB1__: {
          li__DRPS=li__H1SG(((__li__VB1 *)((__li__WRB *)li__OGUS)),li__ZQPS);
        } break;
        };
        li__GRPS=((void *)li__DRPS != (void *)li__VNPS);
      };
      /* __li__B__ __li__I__ */
if (li__GRPS) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPPS)->__id==__li__DZB__) {
          li__IHUS=((__li__DZB *)li__SPPS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IHUS)->__id==__li__IZB__) {
            li__NRPS=((__li__IZB *)li__IHUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NRPS=((__li__4HAD *)li__IHUS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__IHUS=((__li__QWEC *)li__SPPS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IHUS)->__id==__li__IZB__) {
            li__NRPS=((__li__IZB *)li__IHUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NRPS=((__li__4HAD *)li__IHUS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__NRPS)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__NRPS),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__NRPS))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__NRPS)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__NRPS))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__2XKV=((__li__UL2B *)((__li__WRB *)li__NRPS));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__2XKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__NRPS)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__VNPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SPPS)->__id==__li__DZB__) {
          li__UQPS=((__li__DZB *)li__SPPS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__IHUS=((__li__QWEC *)li__SPPS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IHUS)->__id==__li__IZB__) {
            li__UQPS=((__li__IZB *)li__IHUS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UQPS=((__li__4HAD *)li__IHUS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__UQPS);
        li__V5E(li__UNPS->li__XRRO.li__WRRO.li__0CC);
        li__ODF();
      };
      li__3RPS=li__NOPI(((__li__VTBD *)li__NXKV));
      li__5RPS=li__GDID(li__UNPS->li__XRRO.li__WRRO.li__0CC,li__SPPS,li__3RPS,li__3RPS,li__I__);
      li__Y40U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__Y40U->li__2OLE),li__5RPS);
      li__WVRE(li__Y40U);
      li__SPPS=li__ZAHJ(((__li__ODID *)li__5RPS));
      li__YNPS=li__SPPS;
      li__GRPS=li__B__;
    } else /* FALSE */ {
      li__GRPS=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__GRPS)) {
      li__IPPS=li__FH4R();
      li__GRPS=li__R0LM(((__li__5RB *)li__VNPS),li__IPPS);
      /* __li__B__ __li__I__ */
if (li__GRPS) {
        li__ZPPS=li__FH4R();
        li__DRPS=((__li__5RB *)li__ZPPS);
        li__UQPS=li__UNPS->li__XRRO.li__WRRO.li__0CC;
        li__3XKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__3XKV),li__UQPS,(&__string_68),'+',li__DRPS);
        li__SSTS=li__1CXJ(((__li__VTBD *)li__3XKV),li__UNPS->li__XRRO.li__WRRO.li__0CC,li__UNPS);
        li__A50U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__A50U->li__2OLE),li__SSTS);
        li__WVRE(li__A50U);
        li__YSPS=li__SQC(li__DS4J);
        li__OGUS=li__UVIJ(((__li__5RB *)li__VNPS),li__YSPS);
        /* __li__B__ __li__I__ */
if (((void *)li__OGUS == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__VNPS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__CTPS=li__FH4R();
          li__OUHF(((__li__5RB *)li__CTPS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__YSPS);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__VNPS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__WNPS);
          li__NTPS=li__J1NK(((__li__5RB *)li__VNPS));
          li__V5E(li__NTPS->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OGUS)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__OGUS)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__TTPS=li__OYLM(((__li__DZB *)li__OGUS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__TTPS=li__OYLM(((__li__DZB *)li__OGUS));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__OGUS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__TTPS=li__21RI(((__li__QWEC *)li__OGUS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__TTPS=li__21RI(((__li__QWEC *)li__OGUS));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__TTPS !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OGUS)->__id==__li__DZB__) {
            li__ZTPS=((__li__DZB *)li__OGUS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__NRPS=((__li__QWEC *)li__OGUS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NRPS)->__id==__li__IZB__) {
              li__ZTPS=((__li__IZB *)li__NRPS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ZTPS=((__li__4HAD *)li__NRPS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__ZTPS);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OGUS)->__id==__li__DZB__) {
          li__IHUS=((__li__DZB *)li__OGUS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IHUS)->__id==__li__IZB__) {
            li__NRPS=((__li__IZB *)li__IHUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NRPS=((__li__4HAD *)li__IHUS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__IHUS=((__li__QWEC *)li__OGUS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IHUS)->__id==__li__IZB__) {
            li__NRPS=((__li__IZB *)li__IHUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__NRPS=((__li__4HAD *)li__IHUS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__NRPS==NULL) {
          li__IHUS=NULL;
        } else {
          switch (((struct ___OBJ *)li__NRPS)->__id) {
          case __li__WRB__: {
            li__IHUS=((void *)li__NRPS);
          } break;
          case __li__XRB__: {
            li__IHUS=((void *)li__NRPS);
          } break;
          case __li__KUB__: {
            li__IHUS=((void *)li__NRPS);
          } break;
          case __li__VB1__: {
            li__IHUS=((void *)li__NRPS);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__IHUS=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__IHUS == (void *)NULL) || ((void *)li__IHUS != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OGUS)->__id==__li__DZB__) {
            li__NRPS=((__li__DZB *)li__OGUS)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NRPS)->__id==__li__IZB__) {
              li__QUPS=((__li__IZB *)li__NRPS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__QUPS=((__li__4HAD *)li__NRPS)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__NRPS=((__li__QWEC *)li__OGUS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NRPS)->__id==__li__IZB__) {
              li__QUPS=((__li__IZB *)li__NRPS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__QUPS=((__li__4HAD *)li__NRPS)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__QUPS)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__QUPS),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__QUPS))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__QUPS)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__QUPS))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__FYKV=((__li__UL2B *)((__li__WRB *)li__QUPS));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__FYKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__QUPS)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__VNPS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OGUS)->__id==__li__DZB__) {
            li__ZTPS=((__li__DZB *)li__OGUS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__NRPS=((__li__QWEC *)li__OGUS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NRPS)->__id==__li__IZB__) {
              li__ZTPS=((__li__IZB *)li__NRPS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__ZTPS=((__li__4HAD *)li__NRPS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__ZTPS);
          li__V5E(li__UNPS->li__XRRO.li__WRRO.li__0CC);
          li__ODF();
        };
        li__5UPS=li__IF1H( 2);
        li__UQPS=li__UNPS->li__XRRO.li__WRRO.li__0CC;
        li__F50U=li__5QND();
        li__K50U=((__li__KVBD *)li__F50U);
        li__K50U->li__LVBD.li__0K.li__0CC=li__UQPS;
        li__ZPPS=li__NNSE(((__li__5RB *)li__VNPS));
        li__K50U->li__LVBD.li__WZLE=li__ZPPS;
        li__0K4N(((__li__2ZEC *)li__5UPS),li__F50U);
        li__EVPS=li__NOPI(((__li__VTBD *)li__3XKV));
        li__NWYJ(((__li__2ZEC *)li__5UPS),li__EVPS);
        li__UQPS=li__UNPS->li__XRRO.li__WRRO.li__0CC;
        li__O50U=((void **)(*(((__li__2ZEC *)li__5UPS))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__O50U)->__id) {
        case __li__WK__: {
          li__Q50U=li__PVEJ(((__li__WK *)li__O50U));
          li__IHUS=li__Q50U;
        } break;
        case __li__AVBD__: {
          li__IHUS=li__AE5L(((__li__AVBD *)li__O50U));
        } break;
        case __li__KVBD__: {
          li__GYKV=((__li__KVBD *)li__O50U);
          li__ZTPS=li__GYKV->li__LVBD.li__0K.li__0CC;
          li__CTPS=li__GYKV->li__LVBD.li__WZLE;
          li__GYKV=li__5QND();
          li__KYKV=((__li__KVBD *)li__GYKV);
          li__KYKV->li__LVBD.li__0K.li__0CC=li__ZTPS;
          li__LYKV=li__NNSE(((__li__5RB *)li__CTPS));
          li__KYKV->li__LVBD.li__WZLE=li__LYKV;
          li__IHUS=li__GYKV;
        } break;
        case __li__WVBD__: {
          li__S50U=((__li__WVBD *)li__O50U);
          li__T50U=li__VEID(li__S50U->li__XVBD.li__0K.li__0CC,li__S50U->li__2ZLE,li__S50U->li__XVBD.li__WZLE);
          li__IHUS=li__T50U;
        } break;
        case __li__Z4WH__: {
          li__IHUS=li__XEVK(((__li__Z4WH *)li__O50U));
        } break;
        case __li__KTVI__: {
          li__IHUS=li__XF5L(((__li__KTVI *)li__O50U));
        } break;
        case __li__LTVI__: {
          li__IHUS=li__SDGM(((__li__LTVI *)li__O50U));
        } break;
        case __li__XTVI__: {
          li__IHUS=li__DG5L(((__li__XTVI *)li__O50U));
        } break;
        case __li__YTVI__: {
          li__IHUS=li__4DGM(((__li__YTVI *)li__O50U));
        } break;
        case __li__S2VI__: {
          li__IHUS=li__OG5L(((__li__S2VI *)li__O50U));
        } break;
        case __li__E3VI__: {
          li__IHUS=li__ZG5L(((__li__E3VI *)li__O50U));
        } break;
        case __li__KLWI__: {
          li__V50U=((__li__KLWI *)li__O50U);
          li__ZTPS=li__V50U->li__LLWI.li__0CC;
          li__X50U=li__G3CM(((__li__KMFK *)li__V50U->li__ZPBK));
          li__V50U=li__PNSJ(li__ZTPS,li__X50U);
          li__IHUS=li__V50U;
        } break;
        case __li__ULWI__: {
          li__050U=((__li__ULWI *)li__O50U);
          li__150U=li__AOSJ(li__050U->li__VLWI.li__0CC,li__050U->li__4PBK);
          li__IHUS=li__150U;
        } break;
        case __li__NMWI__: {
          li__IHUS=li__SH5L(((__li__NMWI *)li__O50U));
        } break;
        case __li__BNWI__: {
          li__IHUS=li__3H5L(((__li__BNWI *)li__O50U));
        } break;
        case __li__XNWI__: {
          li__IHUS=li__II5L(((__li__XNWI *)li__O50U));
        } break;
        case __li__LOWI__: {
          li__IHUS=li__TI5L(((__li__LOWI *)li__O50U));
        } break;
        case __li__5OWI__: {
          li__IHUS=li__4I5L(((__li__5OWI *)li__O50U));
        } break;
        case __li__TPWI__: {
          li__IHUS=li__JJ5L(((__li__TPWI *)li__O50U));
        } break;
        case __li__HQWI__: {
          li__IHUS=li__UJ5L(((__li__HQWI *)li__O50U));
        } break;
        case __li__ARWI__: {
          li__IHUS=li__5J5L(((__li__ARWI *)li__O50U));
        } break;
        case __li__URWI__: {
          li__IHUS=li__NK5L(((__li__URWI *)li__O50U));
        } break;
        case __li__MSWI__: {
          li__350U=((__li__MSWI *)li__O50U);
          li__450U=li__YXSJ(li__350U->li__NSWI.li__0CC,li__350U->li__ISBK);
          li__IHUS=li__450U;
        } break;
        case __li__ETWI__: {
          li__IHUS=li__4K5L(((__li__ETWI *)li__O50U));
        } break;
        case __li__MZWI__: {
          li__AA1U=((__li__MZWI *)li__O50U);
          li__BA1U=li__4U4I(li__AA1U->li__NZWI.li__0K.li__0CC,li__AA1U->li__3SBK,li__AA1U->li__NZWI.li__WZLE);
          li__IHUS=li__BA1U;
        } break;
        case __li__C0WI__: {
          li__DA1U=((__li__C0WI *)li__O50U);
          li__EA1U=li__ZV4I(li__DA1U->li__D0WI.li__0K.li__0CC,li__DA1U->li__CTBK);
          li__IHUS=li__EA1U;
        } break;
        case __li__M1WI__: {
          li__GA1U=((__li__M1WI *)li__O50U);
          li__HA1U=li__1Z4I(li__GA1U->li__N1WI.li__0K.li__0CC,li__GA1U->li__UTFK);
          li__IHUS=li__HA1U;
        } break;
        case __li__KMFK__: {
          li__IHUS=li__G3CM(((__li__KMFK *)li__O50U));
        } break;
        case __li__XOHL__: {
          li__IHUS=li__AAPN(((__li__XOHL *)li__O50U));
        } break;
        case __li__FPHL__: {
          li__IHUS=li__2EGM(((__li__FPHL *)li__O50U));
        } break;
        case __li__APLM__: {
          li__IHUS=li__XRDQ(((__li__APLM *)li__O50U));
        } break;
        case __li__DTNM__: {
          li__IHUS=li__D5SO(((__li__DTNM *)li__O50U));
        } break;
        case __li__JXNM__: {
          li__IHUS=li__153R(((__li__JXNM *)li__O50U));
        } break;
        case __li__21LO__: {
          li__IHUS=li__2KLP(((__li__21LO *)li__O50U));
        } break;
        case __li__TPOO__: {
          li__IHUS=li__JLLP(((__li__TPOO *)li__O50U));
        } break;
        case __li__URRO__: {
          li__IHUS=li__KM4R(((__li__URRO *)li__O50U));
        } break;
        case __li__41XO__: {
          li__IHUS=li__CSDQ(((__li__41XO *)li__O50U));
        } break;
        case __li__AKBR__: {
          li__IHUS=li__L2DS(((__li__AKBR *)li__O50U));
        } break;
        case __li__SU5R__: {
          li__IHUS=li__EQJS(((__li__SU5R *)li__O50U));
        } break;
        case __li__JV5R__: {
          li__IHUS=li__PQJS(((__li__JV5R *)li__O50U));
        } break;
        };
        li__KVPS=li__2IUJ(li__UQPS,li__OGUS,li__IHUS,li__5UPS,li__I__);
        li__A50U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__A50U->li__2OLE),li__KVPS);
        li__WVRE(li__A50U);
        li__O50U=li__ZAHJ(((__li__ODID *)li__KVPS));
        li__YNPS=li__O50U;
      } else /* FALSE */ {
        li__IQPS=li__J1NK(((__li__5RB *)li__VNPS));
        li__KBG(((__li__U *)li__IQPS->li__WXI));
        fputc((int)('='),stdout);
        li__ZPPS=li__FH4R();
        li__IQPS=li__J1NK(((__li__5RB *)li__ZPPS));
        li__KBG(((__li__U *)li__IQPS->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__VNPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__ZPPS=li__FH4R();
        li__OUHF(((__li__5RB *)li__ZPPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__WNPS);
        li__V5E(li__UNPS->li__XRRO.li__WRRO.li__0CC);
        li__ODF();
      };
    };
  };
  li__XNPS=li__YNPS;
  return(li__XNPS);
}

static void* li__USCQ(__li__41XO *li__VSCQ,__li__5RB *li__WSCQ,__li__PO li__XSCQ)
/* (Strict EXPR_OR{li__41XO},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZSCQ,*li__CB1U,*li__YSCQ;
  __li__5RB *li__PTCQ,*li__CUCQ,*li__JUCQ,*li__QYKV,*li__0UCQ,*li__EWCQ;
  __li__5RB *li__DYCQ,*li__MZKV;
  __li__PO li__PYKV,li__VVCQ,li__0YCQ;
  __li__VTBD *li__OYKV,*li__4YKV;
  __li__DFNL *li__WYKV,*li__TGCR;
  __li__KI *li__MA1U,*li__UA1U;
  __li__U *li__RUCQ,*li__ZXCQ;
  void *li__TUCQ;
  __li__PF *li__JVCQ,*li__OYCQ;
  __li__K li__PVCQ,li__UYCQ;
  void *li__FBHR,*li__5BHR;
  void *li__0VCQ,*li__OWCQ,*li__RZCQ;
  __li__UL2B *li__3YKV,*li__GZKV;
  __li__KMFK *li__4WCQ,*li__F0CQ,*li__LB1U;
  __li__ODID *li__AXCQ,*li__L0CQ;
  __li__KVBD *li__ZA1U,*li__4A1U,*li__HZKV,*li__LZKV;
  __li__WK *li__EB1U;
  __li__WVBD *li__GB1U,*li__HB1U;
  __li__KLWI *li__JB1U;
  __li__ULWI *li__OB1U,*li__PB1U;
  __li__MSWI *li__RB1U,*li__SB1U;
  __li__MZWI *li__UB1U,*li__VB1U;
  __li__C0WI *li__XB1U,*li__YB1U;
  __li__M1WI *li__0B1U,*li__1B1U;
  __li__C li__QTCQ,li__DUCQ,li__HWCQ;
  __li__2ZEC *li__A0CQ;
  li__ZSCQ=NULL;
  li__PTCQ=li__3FDQ(li__VSCQ);
  li__QTCQ=li__EBGK(((__li__5RB *)li__WSCQ),li__PTCQ);
  /* __li__B__ __li__I__ */
if (li__QTCQ) {
    li__ZSCQ=li__VSCQ;
  } else /* FALSE */ {
    li__CUCQ=li__3FDQ(li__VSCQ);
    li__DUCQ=li__4HDL(((__li__5RB *)li__CUCQ),li__WSCQ);
    /* __li__B__ __li__I__ */
if (li__DUCQ) {
      li__JUCQ=li__3FDQ(li__VSCQ);
      li__QYKV=((__li__5RB *)li__JUCQ);
      li__PYKV=li__VSCQ->li__51XO.li__DNWI.li__0CC;
      li__OYKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__OYKV),li__PYKV,(&__string_68),'+',li__QYKV);
      li__WYKV=li__1CXJ(((__li__VTBD *)li__OYKV),li__VSCQ->li__51XO.li__DNWI.li__0CC,li__VSCQ);
      li__MA1U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MA1U->li__2OLE),li__WYKV);
      li__WVRE(li__MA1U);
      li__RUCQ=li__SQC(li__DS4J);
      li__JUCQ=li__3FDQ(li__VSCQ);
      li__TUCQ=li__UVIJ(((__li__5RB *)li__JUCQ),li__RUCQ);
      /* __li__B__ __li__I__ */
if (((void *)li__TUCQ == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__0UCQ=li__3FDQ(li__VSCQ);
        li__OUHF(((__li__5RB *)li__0UCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__WSCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__RUCQ);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__0UCQ=li__3FDQ(li__VSCQ);
        li__OUHF(((__li__5RB *)li__0UCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__XSCQ);
        li__0UCQ=li__3FDQ(li__VSCQ);
        li__JVCQ=li__J1NK(((__li__5RB *)li__0UCQ));
        li__V5E(li__JVCQ->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TUCQ)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__TUCQ)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__PVCQ=li__OYLM(((__li__DZB *)li__TUCQ));
        } else /* ITM_SLOT_OPERATOR */ {
          li__PVCQ=li__OYLM(((__li__DZB *)li__TUCQ));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__TUCQ)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__PVCQ=li__21RI(((__li__QWEC *)li__TUCQ));
        } else /* ITM_SLOT_OPERATOR */ {
          li__PVCQ=li__21RI(((__li__QWEC *)li__TUCQ));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__PVCQ !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TUCQ)->__id==__li__DZB__) {
          li__VVCQ=((__li__DZB *)li__TUCQ)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__FBHR=((__li__QWEC *)li__TUCQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FBHR)->__id==__li__IZB__) {
            li__VVCQ=((__li__IZB *)li__FBHR)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VVCQ=((__li__4HAD *)li__FBHR)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__VVCQ);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TUCQ)->__id==__li__DZB__) {
        li__FBHR=((__li__DZB *)li__TUCQ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FBHR)->__id==__li__IZB__) {
          li__0VCQ=((__li__IZB *)li__FBHR)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__0VCQ=((__li__4HAD *)li__FBHR)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__FBHR=((__li__QWEC *)li__TUCQ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FBHR)->__id==__li__IZB__) {
          li__0VCQ=((__li__IZB *)li__FBHR)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__0VCQ=((__li__4HAD *)li__FBHR)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__0VCQ==NULL) {
        li__FBHR=NULL;
      } else {
        switch (((struct ___OBJ *)li__0VCQ)->__id) {
        case __li__WRB__: {
          li__FBHR=((void *)li__0VCQ);
        } break;
        case __li__XRB__: {
          li__FBHR=((void *)li__0VCQ);
        } break;
        case __li__KUB__: {
          li__FBHR=((void *)li__0VCQ);
        } break;
        case __li__VB1__: {
          li__FBHR=((void *)li__0VCQ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__FBHR=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__FBHR == (void *)NULL)) {
        li__HWCQ=li__B__;
      } else /* FALSE */ {
        li__0VCQ=((__li__5RB *)li__WSCQ)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__FBHR)->__id) {
        case __li__WRB__: {
          li__EWCQ=li__0VSG(((__li__WRB *)li__FBHR),li__0VCQ);
        } break;
        case __li__XRB__: {
          li__EWCQ=li__OXSG(((__li__XRB *)((__li__WRB *)li__FBHR)),li__0VCQ);
        } break;
        case __li__KUB__: {
          li__EWCQ=li__CZSG(((__li__KUB *)((__li__WRB *)li__FBHR)),li__0VCQ);
        } break;
        case __li__VB1__: {
          li__EWCQ=li__H1SG(((__li__VB1 *)((__li__WRB *)li__FBHR)),li__0VCQ);
        } break;
        };
        li__HWCQ=((void *)li__EWCQ != (void *)li__WSCQ);
      };
      /* __li__B__ __li__I__ */
if (li__HWCQ) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TUCQ)->__id==__li__DZB__) {
          li__5BHR=((__li__DZB *)li__TUCQ)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5BHR)->__id==__li__IZB__) {
            li__OWCQ=((__li__IZB *)li__5BHR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__OWCQ=((__li__4HAD *)li__5BHR)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__5BHR=((__li__QWEC *)li__TUCQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5BHR)->__id==__li__IZB__) {
            li__OWCQ=((__li__IZB *)li__5BHR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__OWCQ=((__li__4HAD *)li__5BHR)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__OWCQ)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__OWCQ),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__OWCQ))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__OWCQ)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__OWCQ))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__3YKV=((__li__UL2B *)((__li__WRB *)li__OWCQ));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__3YKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__OWCQ)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__WSCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TUCQ)->__id==__li__DZB__) {
          li__VVCQ=((__li__DZB *)li__TUCQ)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__5BHR=((__li__QWEC *)li__TUCQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5BHR)->__id==__li__IZB__) {
            li__VVCQ=((__li__IZB *)li__5BHR)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__VVCQ=((__li__4HAD *)li__5BHR)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__VVCQ);
        li__V5E(li__VSCQ->li__51XO.li__DNWI.li__0CC);
        li__ODF();
      };
      li__4WCQ=li__NOPI(((__li__VTBD *)li__OYKV));
      li__AXCQ=li__GDID(li__VSCQ->li__51XO.li__DNWI.li__0CC,li__TUCQ,li__4WCQ,li__4WCQ,li__I__);
      li__MA1U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__MA1U->li__2OLE),li__AXCQ);
      li__WVRE(li__MA1U);
      li__TUCQ=li__ZAHJ(((__li__ODID *)li__AXCQ));
      li__ZSCQ=li__TUCQ;
      li__HWCQ=li__B__;
    } else /* FALSE */ {
      li__HWCQ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__HWCQ)) {
      li__JUCQ=li__3FDQ(li__VSCQ);
      li__HWCQ=li__R0LM(((__li__5RB *)li__WSCQ),li__JUCQ);
      /* __li__B__ __li__I__ */
if (li__HWCQ) {
        li__0UCQ=li__3FDQ(li__VSCQ);
        li__EWCQ=((__li__5RB *)li__0UCQ);
        li__VVCQ=li__VSCQ->li__51XO.li__DNWI.li__0CC;
        li__4YKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__4YKV),li__VVCQ,(&__string_68),'+',li__EWCQ);
        li__TGCR=li__1CXJ(((__li__VTBD *)li__4YKV),li__VSCQ->li__51XO.li__DNWI.li__0CC,li__VSCQ);
        li__UA1U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UA1U->li__2OLE),li__TGCR);
        li__WVRE(li__UA1U);
        li__ZXCQ=li__SQC(li__DS4J);
        li__FBHR=li__UVIJ(((__li__5RB *)li__WSCQ),li__ZXCQ);
        /* __li__B__ __li__I__ */
if (((void *)li__FBHR == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__WSCQ),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__DYCQ=li__3FDQ(li__VSCQ);
          li__OUHF(((__li__5RB *)li__DYCQ),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__ZXCQ);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__WSCQ),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__XSCQ);
          li__OYCQ=li__J1NK(((__li__5RB *)li__WSCQ));
          li__V5E(li__OYCQ->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FBHR)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__FBHR)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__UYCQ=li__OYLM(((__li__DZB *)li__FBHR));
          } else /* ITM_SLOT_OPERATOR */ {
            li__UYCQ=li__OYLM(((__li__DZB *)li__FBHR));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__FBHR)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__UYCQ=li__21RI(((__li__QWEC *)li__FBHR));
          } else /* ITM_SLOT_OPERATOR */ {
            li__UYCQ=li__21RI(((__li__QWEC *)li__FBHR));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__UYCQ !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FBHR)->__id==__li__DZB__) {
            li__0YCQ=((__li__DZB *)li__FBHR)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__OWCQ=((__li__QWEC *)li__FBHR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWCQ)->__id==__li__IZB__) {
              li__0YCQ=((__li__IZB *)li__OWCQ)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0YCQ=((__li__4HAD *)li__OWCQ)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__0YCQ);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FBHR)->__id==__li__DZB__) {
          li__5BHR=((__li__DZB *)li__FBHR)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5BHR)->__id==__li__IZB__) {
            li__OWCQ=((__li__IZB *)li__5BHR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__OWCQ=((__li__4HAD *)li__5BHR)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__5BHR=((__li__QWEC *)li__FBHR)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5BHR)->__id==__li__IZB__) {
            li__OWCQ=((__li__IZB *)li__5BHR)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__OWCQ=((__li__4HAD *)li__5BHR)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__OWCQ==NULL) {
          li__5BHR=NULL;
        } else {
          switch (((struct ___OBJ *)li__OWCQ)->__id) {
          case __li__WRB__: {
            li__5BHR=((void *)li__OWCQ);
          } break;
          case __li__XRB__: {
            li__5BHR=((void *)li__OWCQ);
          } break;
          case __li__KUB__: {
            li__5BHR=((void *)li__OWCQ);
          } break;
          case __li__VB1__: {
            li__5BHR=((void *)li__OWCQ);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__5BHR=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__5BHR == (void *)NULL) || ((void *)li__5BHR != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FBHR)->__id==__li__DZB__) {
            li__OWCQ=((__li__DZB *)li__FBHR)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWCQ)->__id==__li__IZB__) {
              li__RZCQ=((__li__IZB *)li__OWCQ)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__RZCQ=((__li__4HAD *)li__OWCQ)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__OWCQ=((__li__QWEC *)li__FBHR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWCQ)->__id==__li__IZB__) {
              li__RZCQ=((__li__IZB *)li__OWCQ)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__RZCQ=((__li__4HAD *)li__OWCQ)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__RZCQ)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__RZCQ),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__RZCQ))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__RZCQ)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__RZCQ))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__GZKV=((__li__UL2B *)((__li__WRB *)li__RZCQ));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__GZKV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__RZCQ)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__WSCQ),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FBHR)->__id==__li__DZB__) {
            li__0YCQ=((__li__DZB *)li__FBHR)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__OWCQ=((__li__QWEC *)li__FBHR)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OWCQ)->__id==__li__IZB__) {
              li__0YCQ=((__li__IZB *)li__OWCQ)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0YCQ=((__li__4HAD *)li__OWCQ)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__0YCQ);
          li__V5E(li__VSCQ->li__51XO.li__DNWI.li__0CC);
          li__ODF();
        };
        li__A0CQ=li__IF1H( 2);
        li__VVCQ=li__VSCQ->li__51XO.li__DNWI.li__0CC;
        li__ZA1U=li__5QND();
        li__4A1U=((__li__KVBD *)li__ZA1U);
        li__4A1U->li__LVBD.li__0K.li__0CC=li__VVCQ;
        li__0UCQ=li__NNSE(((__li__5RB *)li__WSCQ));
        li__4A1U->li__LVBD.li__WZLE=li__0UCQ;
        li__0K4N(((__li__2ZEC *)li__A0CQ),li__ZA1U);
        li__F0CQ=li__NOPI(((__li__VTBD *)li__4YKV));
        li__NWYJ(((__li__2ZEC *)li__A0CQ),li__F0CQ);
        li__VVCQ=li__VSCQ->li__51XO.li__DNWI.li__0CC;
        li__CB1U=((void **)(*(((__li__2ZEC *)li__A0CQ))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CB1U)->__id) {
        case __li__WK__: {
          li__EB1U=li__PVEJ(((__li__WK *)li__CB1U));
          li__5BHR=li__EB1U;
        } break;
        case __li__AVBD__: {
          li__5BHR=li__AE5L(((__li__AVBD *)li__CB1U));
        } break;
        case __li__KVBD__: {
          li__HZKV=((__li__KVBD *)li__CB1U);
          li__0YCQ=li__HZKV->li__LVBD.li__0K.li__0CC;
          li__DYCQ=li__HZKV->li__LVBD.li__WZLE;
          li__HZKV=li__5QND();
          li__LZKV=((__li__KVBD *)li__HZKV);
          li__LZKV->li__LVBD.li__0K.li__0CC=li__0YCQ;
          li__MZKV=li__NNSE(((__li__5RB *)li__DYCQ));
          li__LZKV->li__LVBD.li__WZLE=li__MZKV;
          li__5BHR=li__HZKV;
        } break;
        case __li__WVBD__: {
          li__GB1U=((__li__WVBD *)li__CB1U);
          li__HB1U=li__VEID(li__GB1U->li__XVBD.li__0K.li__0CC,li__GB1U->li__2ZLE,li__GB1U->li__XVBD.li__WZLE);
          li__5BHR=li__HB1U;
        } break;
        case __li__Z4WH__: {
          li__5BHR=li__XEVK(((__li__Z4WH *)li__CB1U));
        } break;
        case __li__KTVI__: {
          li__5BHR=li__XF5L(((__li__KTVI *)li__CB1U));
        } break;
        case __li__LTVI__: {
          li__5BHR=li__SDGM(((__li__LTVI *)li__CB1U));
        } break;
        case __li__XTVI__: {
          li__5BHR=li__DG5L(((__li__XTVI *)li__CB1U));
        } break;
        case __li__YTVI__: {
          li__5BHR=li__4DGM(((__li__YTVI *)li__CB1U));
        } break;
        case __li__S2VI__: {
          li__5BHR=li__OG5L(((__li__S2VI *)li__CB1U));
        } break;
        case __li__E3VI__: {
          li__5BHR=li__ZG5L(((__li__E3VI *)li__CB1U));
        } break;
        case __li__KLWI__: {
          li__JB1U=((__li__KLWI *)li__CB1U);
          li__0YCQ=li__JB1U->li__LLWI.li__0CC;
          li__LB1U=li__G3CM(((__li__KMFK *)li__JB1U->li__ZPBK));
          li__JB1U=li__PNSJ(li__0YCQ,li__LB1U);
          li__5BHR=li__JB1U;
        } break;
        case __li__ULWI__: {
          li__OB1U=((__li__ULWI *)li__CB1U);
          li__PB1U=li__AOSJ(li__OB1U->li__VLWI.li__0CC,li__OB1U->li__4PBK);
          li__5BHR=li__PB1U;
        } break;
        case __li__NMWI__: {
          li__5BHR=li__SH5L(((__li__NMWI *)li__CB1U));
        } break;
        case __li__BNWI__: {
          li__5BHR=li__3H5L(((__li__BNWI *)li__CB1U));
        } break;
        case __li__XNWI__: {
          li__5BHR=li__II5L(((__li__XNWI *)li__CB1U));
        } break;
        case __li__LOWI__: {
          li__5BHR=li__TI5L(((__li__LOWI *)li__CB1U));
        } break;
        case __li__5OWI__: {
          li__5BHR=li__4I5L(((__li__5OWI *)li__CB1U));
        } break;
        case __li__TPWI__: {
          li__5BHR=li__JJ5L(((__li__TPWI *)li__CB1U));
        } break;
        case __li__HQWI__: {
          li__5BHR=li__UJ5L(((__li__HQWI *)li__CB1U));
        } break;
        case __li__ARWI__: {
          li__5BHR=li__5J5L(((__li__ARWI *)li__CB1U));
        } break;
        case __li__URWI__: {
          li__5BHR=li__NK5L(((__li__URWI *)li__CB1U));
        } break;
        case __li__MSWI__: {
          li__RB1U=((__li__MSWI *)li__CB1U);
          li__SB1U=li__YXSJ(li__RB1U->li__NSWI.li__0CC,li__RB1U->li__ISBK);
          li__5BHR=li__SB1U;
        } break;
        case __li__ETWI__: {
          li__5BHR=li__4K5L(((__li__ETWI *)li__CB1U));
        } break;
        case __li__MZWI__: {
          li__UB1U=((__li__MZWI *)li__CB1U);
          li__VB1U=li__4U4I(li__UB1U->li__NZWI.li__0K.li__0CC,li__UB1U->li__3SBK,li__UB1U->li__NZWI.li__WZLE);
          li__5BHR=li__VB1U;
        } break;
        case __li__C0WI__: {
          li__XB1U=((__li__C0WI *)li__CB1U);
          li__YB1U=li__ZV4I(li__XB1U->li__D0WI.li__0K.li__0CC,li__XB1U->li__CTBK);
          li__5BHR=li__YB1U;
        } break;
        case __li__M1WI__: {
          li__0B1U=((__li__M1WI *)li__CB1U);
          li__1B1U=li__1Z4I(li__0B1U->li__N1WI.li__0K.li__0CC,li__0B1U->li__UTFK);
          li__5BHR=li__1B1U;
        } break;
        case __li__KMFK__: {
          li__5BHR=li__G3CM(((__li__KMFK *)li__CB1U));
        } break;
        case __li__XOHL__: {
          li__5BHR=li__AAPN(((__li__XOHL *)li__CB1U));
        } break;
        case __li__FPHL__: {
          li__5BHR=li__2EGM(((__li__FPHL *)li__CB1U));
        } break;
        case __li__APLM__: {
          li__5BHR=li__XRDQ(((__li__APLM *)li__CB1U));
        } break;
        case __li__DTNM__: {
          li__5BHR=li__D5SO(((__li__DTNM *)li__CB1U));
        } break;
        case __li__JXNM__: {
          li__5BHR=li__153R(((__li__JXNM *)li__CB1U));
        } break;
        case __li__21LO__: {
          li__5BHR=li__2KLP(((__li__21LO *)li__CB1U));
        } break;
        case __li__TPOO__: {
          li__5BHR=li__JLLP(((__li__TPOO *)li__CB1U));
        } break;
        case __li__URRO__: {
          li__5BHR=li__KM4R(((__li__URRO *)li__CB1U));
        } break;
        case __li__41XO__: {
          li__5BHR=li__CSDQ(((__li__41XO *)li__CB1U));
        } break;
        case __li__AKBR__: {
          li__5BHR=li__L2DS(((__li__AKBR *)li__CB1U));
        } break;
        case __li__SU5R__: {
          li__5BHR=li__EQJS(((__li__SU5R *)li__CB1U));
        } break;
        case __li__JV5R__: {
          li__5BHR=li__PQJS(((__li__JV5R *)li__CB1U));
        } break;
        };
        li__L0CQ=li__2IUJ(li__VVCQ,li__FBHR,li__5BHR,li__A0CQ,li__I__);
        li__UA1U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__UA1U->li__2OLE),li__L0CQ);
        li__WVRE(li__UA1U);
        li__CB1U=li__ZAHJ(((__li__ODID *)li__L0CQ));
        li__ZSCQ=li__CB1U;
      } else /* FALSE */ {
        li__JVCQ=li__J1NK(((__li__5RB *)li__WSCQ));
        li__KBG(((__li__U *)li__JVCQ->li__WXI));
        fputc((int)('='),stdout);
        li__0UCQ=li__3FDQ(li__VSCQ);
        li__JVCQ=li__J1NK(((__li__5RB *)li__0UCQ));
        li__KBG(((__li__U *)li__JVCQ->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__WSCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__0UCQ=li__3FDQ(li__VSCQ);
        li__OUHF(((__li__5RB *)li__0UCQ),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__XSCQ);
        li__V5E(li__VSCQ->li__51XO.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__YSCQ=li__ZSCQ;
  return(li__YSCQ);
}

static void* li__4CDS(__li__AKBR *li__5CDS,__li__5RB *li__ADDS,__li__PO li__BDDS)
/* (Strict EXPR_XOR{li__AKBR},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__DDDS,*li__WC1U,*li__CDDS;
  __li__5RB *li__ZDDS,*li__MEDS,*li__TEDS,*li__RZKV,*li__EFDS,*li__OGDS;
  __li__5RB *li__NIDS,*li__N0KV;
  __li__PO li__QZKV,li__5FDS,li__EJDS;
  __li__VTBD *li__PZKV,*li__5ZKV;
  __li__DFNL *li__XZKV,*li__ZCNS;
  __li__KI *li__AC1U,*li__IC1U;
  __li__U *li__1EDS,*li__DIDS;
  void *li__3EDS;
  __li__PF *li__TFDS,*li__YIDS;
  __li__K li__ZFDS,li__4IDS;
  void *li__J4OS,*li__D5OS;
  void *li__EGDS,*li__YGDS,*li__1JDS;
  __li__UL2B *li__4ZKV,*li__H0KV;
  __li__KMFK *li__IHDS,*li__PKDS,*li__5C1U;
  __li__ODID *li__KHDS,*li__VKDS;
  __li__KVBD *li__NC1U,*li__SC1U,*li__I0KV,*li__M0KV;
  __li__WK *li__YC1U;
  __li__WVBD *li__0C1U,*li__1C1U;
  __li__KLWI *li__3C1U;
  __li__ULWI *li__CD1U,*li__DD1U;
  __li__MSWI *li__FD1U,*li__GD1U;
  __li__MZWI *li__ID1U,*li__JD1U;
  __li__C0WI *li__LD1U,*li__MD1U;
  __li__M1WI *li__OD1U,*li__PD1U;
  __li__C li__0DDS,li__NEDS,li__RGDS;
  __li__2ZEC *li__KKDS;
  li__DDDS=NULL;
  li__ZDDS=li__WQDS(li__5CDS);
  li__0DDS=li__EBGK(((__li__5RB *)li__ADDS),li__ZDDS);
  /* __li__B__ __li__I__ */
if (li__0DDS) {
    li__DDDS=li__5CDS;
  } else /* FALSE */ {
    li__MEDS=li__WQDS(li__5CDS);
    li__NEDS=li__4HDL(((__li__5RB *)li__MEDS),li__ADDS);
    /* __li__B__ __li__I__ */
if (li__NEDS) {
      li__TEDS=li__WQDS(li__5CDS);
      li__RZKV=((__li__5RB *)li__TEDS);
      li__QZKV=li__5CDS->li__BKBR.li__DNWI.li__0CC;
      li__PZKV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__PZKV),li__QZKV,(&__string_68),'+',li__RZKV);
      li__XZKV=li__1CXJ(((__li__VTBD *)li__PZKV),li__5CDS->li__BKBR.li__DNWI.li__0CC,li__5CDS);
      li__AC1U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__AC1U->li__2OLE),li__XZKV);
      li__WVRE(li__AC1U);
      li__1EDS=li__SQC(li__DS4J);
      li__TEDS=li__WQDS(li__5CDS);
      li__3EDS=li__UVIJ(((__li__5RB *)li__TEDS),li__1EDS);
      /* __li__B__ __li__I__ */
if (((void *)li__3EDS == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__EFDS=li__WQDS(li__5CDS);
        li__OUHF(((__li__5RB *)li__EFDS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__ADDS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__1EDS);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__EFDS=li__WQDS(li__5CDS);
        li__OUHF(((__li__5RB *)li__EFDS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BDDS);
        li__EFDS=li__WQDS(li__5CDS);
        li__TFDS=li__J1NK(((__li__5RB *)li__EFDS));
        li__V5E(li__TFDS->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3EDS)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__3EDS)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__ZFDS=li__OYLM(((__li__DZB *)li__3EDS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZFDS=li__OYLM(((__li__DZB *)li__3EDS));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__3EDS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__ZFDS=li__21RI(((__li__QWEC *)li__3EDS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZFDS=li__21RI(((__li__QWEC *)li__3EDS));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__ZFDS !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3EDS)->__id==__li__DZB__) {
          li__5FDS=((__li__DZB *)li__3EDS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__J4OS=((__li__QWEC *)li__3EDS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__J4OS)->__id==__li__IZB__) {
            li__5FDS=((__li__IZB *)li__J4OS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5FDS=((__li__4HAD *)li__J4OS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__5FDS);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3EDS)->__id==__li__DZB__) {
        li__J4OS=((__li__DZB *)li__3EDS)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__J4OS)->__id==__li__IZB__) {
          li__EGDS=((__li__IZB *)li__J4OS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__EGDS=((__li__4HAD *)li__J4OS)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__J4OS=((__li__QWEC *)li__3EDS)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__J4OS)->__id==__li__IZB__) {
          li__EGDS=((__li__IZB *)li__J4OS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__EGDS=((__li__4HAD *)li__J4OS)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__EGDS==NULL) {
        li__J4OS=NULL;
      } else {
        switch (((struct ___OBJ *)li__EGDS)->__id) {
        case __li__WRB__: {
          li__J4OS=((void *)li__EGDS);
        } break;
        case __li__XRB__: {
          li__J4OS=((void *)li__EGDS);
        } break;
        case __li__KUB__: {
          li__J4OS=((void *)li__EGDS);
        } break;
        case __li__VB1__: {
          li__J4OS=((void *)li__EGDS);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__J4OS=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__J4OS == (void *)NULL)) {
        li__RGDS=li__B__;
      } else /* FALSE */ {
        li__EGDS=((__li__5RB *)li__ADDS)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__J4OS)->__id) {
        case __li__WRB__: {
          li__OGDS=li__0VSG(((__li__WRB *)li__J4OS),li__EGDS);
        } break;
        case __li__XRB__: {
          li__OGDS=li__OXSG(((__li__XRB *)((__li__WRB *)li__J4OS)),li__EGDS);
        } break;
        case __li__KUB__: {
          li__OGDS=li__CZSG(((__li__KUB *)((__li__WRB *)li__J4OS)),li__EGDS);
        } break;
        case __li__VB1__: {
          li__OGDS=li__H1SG(((__li__VB1 *)((__li__WRB *)li__J4OS)),li__EGDS);
        } break;
        };
        li__RGDS=((void *)li__OGDS != (void *)li__ADDS);
      };
      /* __li__B__ __li__I__ */
if (li__RGDS) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3EDS)->__id==__li__DZB__) {
          li__D5OS=((__li__DZB *)li__3EDS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D5OS)->__id==__li__IZB__) {
            li__YGDS=((__li__IZB *)li__D5OS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YGDS=((__li__4HAD *)li__D5OS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__D5OS=((__li__QWEC *)li__3EDS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D5OS)->__id==__li__IZB__) {
            li__YGDS=((__li__IZB *)li__D5OS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YGDS=((__li__4HAD *)li__D5OS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__YGDS)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__YGDS),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__YGDS))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__YGDS)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__YGDS))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__4ZKV=((__li__UL2B *)((__li__WRB *)li__YGDS));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__4ZKV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__YGDS)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__ADDS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__3EDS)->__id==__li__DZB__) {
          li__5FDS=((__li__DZB *)li__3EDS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__D5OS=((__li__QWEC *)li__3EDS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D5OS)->__id==__li__IZB__) {
            li__5FDS=((__li__IZB *)li__D5OS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__5FDS=((__li__4HAD *)li__D5OS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__5FDS);
        li__V5E(li__5CDS->li__BKBR.li__DNWI.li__0CC);
        li__ODF();
      };
      li__IHDS=li__NOPI(((__li__VTBD *)li__PZKV));
      li__KHDS=li__GDID(li__5CDS->li__BKBR.li__DNWI.li__0CC,li__3EDS,li__IHDS,li__IHDS,li__I__);
      li__AC1U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__AC1U->li__2OLE),li__KHDS);
      li__WVRE(li__AC1U);
      li__3EDS=li__ZAHJ(((__li__ODID *)li__KHDS));
      li__DDDS=li__3EDS;
      li__RGDS=li__B__;
    } else /* FALSE */ {
      li__RGDS=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__RGDS)) {
      li__TEDS=li__WQDS(li__5CDS);
      li__RGDS=li__R0LM(((__li__5RB *)li__ADDS),li__TEDS);
      /* __li__B__ __li__I__ */
if (li__RGDS) {
        li__EFDS=li__WQDS(li__5CDS);
        li__OGDS=((__li__5RB *)li__EFDS);
        li__5FDS=li__5CDS->li__BKBR.li__DNWI.li__0CC;
        li__5ZKV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__5ZKV),li__5FDS,(&__string_68),'+',li__OGDS);
        li__ZCNS=li__1CXJ(((__li__VTBD *)li__5ZKV),li__5CDS->li__BKBR.li__DNWI.li__0CC,li__5CDS);
        li__IC1U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__IC1U->li__2OLE),li__ZCNS);
        li__WVRE(li__IC1U);
        li__DIDS=li__SQC(li__DS4J);
        li__J4OS=li__UVIJ(((__li__5RB *)li__ADDS),li__DIDS);
        /* __li__B__ __li__I__ */
if (((void *)li__J4OS == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__ADDS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__NIDS=li__WQDS(li__5CDS);
          li__OUHF(((__li__5RB *)li__NIDS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__DIDS);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__ADDS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__BDDS);
          li__YIDS=li__J1NK(((__li__5RB *)li__ADDS));
          li__V5E(li__YIDS->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__J4OS)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__J4OS)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__4IDS=li__OYLM(((__li__DZB *)li__J4OS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__4IDS=li__OYLM(((__li__DZB *)li__J4OS));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__J4OS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__4IDS=li__21RI(((__li__QWEC *)li__J4OS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__4IDS=li__21RI(((__li__QWEC *)li__J4OS));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__4IDS !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__J4OS)->__id==__li__DZB__) {
            li__EJDS=((__li__DZB *)li__J4OS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__YGDS=((__li__QWEC *)li__J4OS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YGDS)->__id==__li__IZB__) {
              li__EJDS=((__li__IZB *)li__YGDS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__EJDS=((__li__4HAD *)li__YGDS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__EJDS);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__J4OS)->__id==__li__DZB__) {
          li__D5OS=((__li__DZB *)li__J4OS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D5OS)->__id==__li__IZB__) {
            li__YGDS=((__li__IZB *)li__D5OS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YGDS=((__li__4HAD *)li__D5OS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__D5OS=((__li__QWEC *)li__J4OS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__D5OS)->__id==__li__IZB__) {
            li__YGDS=((__li__IZB *)li__D5OS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YGDS=((__li__4HAD *)li__D5OS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__YGDS==NULL) {
          li__D5OS=NULL;
        } else {
          switch (((struct ___OBJ *)li__YGDS)->__id) {
          case __li__WRB__: {
            li__D5OS=((void *)li__YGDS);
          } break;
          case __li__XRB__: {
            li__D5OS=((void *)li__YGDS);
          } break;
          case __li__KUB__: {
            li__D5OS=((void *)li__YGDS);
          } break;
          case __li__VB1__: {
            li__D5OS=((void *)li__YGDS);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__D5OS=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__D5OS == (void *)NULL) || ((void *)li__D5OS != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__J4OS)->__id==__li__DZB__) {
            li__YGDS=((__li__DZB *)li__J4OS)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YGDS)->__id==__li__IZB__) {
              li__1JDS=((__li__IZB *)li__YGDS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1JDS=((__li__4HAD *)li__YGDS)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__YGDS=((__li__QWEC *)li__J4OS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YGDS)->__id==__li__IZB__) {
              li__1JDS=((__li__IZB *)li__YGDS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__1JDS=((__li__4HAD *)li__YGDS)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__1JDS)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__1JDS),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__1JDS))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__1JDS)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__1JDS))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__H0KV=((__li__UL2B *)((__li__WRB *)li__1JDS));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__H0KV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__1JDS)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__ADDS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__J4OS)->__id==__li__DZB__) {
            li__EJDS=((__li__DZB *)li__J4OS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__YGDS=((__li__QWEC *)li__J4OS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YGDS)->__id==__li__IZB__) {
              li__EJDS=((__li__IZB *)li__YGDS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__EJDS=((__li__4HAD *)li__YGDS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__EJDS);
          li__V5E(li__5CDS->li__BKBR.li__DNWI.li__0CC);
          li__ODF();
        };
        li__KKDS=li__IF1H( 2);
        li__5FDS=li__5CDS->li__BKBR.li__DNWI.li__0CC;
        li__NC1U=li__5QND();
        li__SC1U=((__li__KVBD *)li__NC1U);
        li__SC1U->li__LVBD.li__0K.li__0CC=li__5FDS;
        li__EFDS=li__NNSE(((__li__5RB *)li__ADDS));
        li__SC1U->li__LVBD.li__WZLE=li__EFDS;
        li__0K4N(((__li__2ZEC *)li__KKDS),li__NC1U);
        li__PKDS=li__NOPI(((__li__VTBD *)li__5ZKV));
        li__NWYJ(((__li__2ZEC *)li__KKDS),li__PKDS);
        li__5FDS=li__5CDS->li__BKBR.li__DNWI.li__0CC;
        li__WC1U=((void **)(*(((__li__2ZEC *)li__KKDS))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WC1U)->__id) {
        case __li__WK__: {
          li__YC1U=li__PVEJ(((__li__WK *)li__WC1U));
          li__D5OS=li__YC1U;
        } break;
        case __li__AVBD__: {
          li__D5OS=li__AE5L(((__li__AVBD *)li__WC1U));
        } break;
        case __li__KVBD__: {
          li__I0KV=((__li__KVBD *)li__WC1U);
          li__EJDS=li__I0KV->li__LVBD.li__0K.li__0CC;
          li__NIDS=li__I0KV->li__LVBD.li__WZLE;
          li__I0KV=li__5QND();
          li__M0KV=((__li__KVBD *)li__I0KV);
          li__M0KV->li__LVBD.li__0K.li__0CC=li__EJDS;
          li__N0KV=li__NNSE(((__li__5RB *)li__NIDS));
          li__M0KV->li__LVBD.li__WZLE=li__N0KV;
          li__D5OS=li__I0KV;
        } break;
        case __li__WVBD__: {
          li__0C1U=((__li__WVBD *)li__WC1U);
          li__1C1U=li__VEID(li__0C1U->li__XVBD.li__0K.li__0CC,li__0C1U->li__2ZLE,li__0C1U->li__XVBD.li__WZLE);
          li__D5OS=li__1C1U;
        } break;
        case __li__Z4WH__: {
          li__D5OS=li__XEVK(((__li__Z4WH *)li__WC1U));
        } break;
        case __li__KTVI__: {
          li__D5OS=li__XF5L(((__li__KTVI *)li__WC1U));
        } break;
        case __li__LTVI__: {
          li__D5OS=li__SDGM(((__li__LTVI *)li__WC1U));
        } break;
        case __li__XTVI__: {
          li__D5OS=li__DG5L(((__li__XTVI *)li__WC1U));
        } break;
        case __li__YTVI__: {
          li__D5OS=li__4DGM(((__li__YTVI *)li__WC1U));
        } break;
        case __li__S2VI__: {
          li__D5OS=li__OG5L(((__li__S2VI *)li__WC1U));
        } break;
        case __li__E3VI__: {
          li__D5OS=li__ZG5L(((__li__E3VI *)li__WC1U));
        } break;
        case __li__KLWI__: {
          li__3C1U=((__li__KLWI *)li__WC1U);
          li__EJDS=li__3C1U->li__LLWI.li__0CC;
          li__5C1U=li__G3CM(((__li__KMFK *)li__3C1U->li__ZPBK));
          li__3C1U=li__PNSJ(li__EJDS,li__5C1U);
          li__D5OS=li__3C1U;
        } break;
        case __li__ULWI__: {
          li__CD1U=((__li__ULWI *)li__WC1U);
          li__DD1U=li__AOSJ(li__CD1U->li__VLWI.li__0CC,li__CD1U->li__4PBK);
          li__D5OS=li__DD1U;
        } break;
        case __li__NMWI__: {
          li__D5OS=li__SH5L(((__li__NMWI *)li__WC1U));
        } break;
        case __li__BNWI__: {
          li__D5OS=li__3H5L(((__li__BNWI *)li__WC1U));
        } break;
        case __li__XNWI__: {
          li__D5OS=li__II5L(((__li__XNWI *)li__WC1U));
        } break;
        case __li__LOWI__: {
          li__D5OS=li__TI5L(((__li__LOWI *)li__WC1U));
        } break;
        case __li__5OWI__: {
          li__D5OS=li__4I5L(((__li__5OWI *)li__WC1U));
        } break;
        case __li__TPWI__: {
          li__D5OS=li__JJ5L(((__li__TPWI *)li__WC1U));
        } break;
        case __li__HQWI__: {
          li__D5OS=li__UJ5L(((__li__HQWI *)li__WC1U));
        } break;
        case __li__ARWI__: {
          li__D5OS=li__5J5L(((__li__ARWI *)li__WC1U));
        } break;
        case __li__URWI__: {
          li__D5OS=li__NK5L(((__li__URWI *)li__WC1U));
        } break;
        case __li__MSWI__: {
          li__FD1U=((__li__MSWI *)li__WC1U);
          li__GD1U=li__YXSJ(li__FD1U->li__NSWI.li__0CC,li__FD1U->li__ISBK);
          li__D5OS=li__GD1U;
        } break;
        case __li__ETWI__: {
          li__D5OS=li__4K5L(((__li__ETWI *)li__WC1U));
        } break;
        case __li__MZWI__: {
          li__ID1U=((__li__MZWI *)li__WC1U);
          li__JD1U=li__4U4I(li__ID1U->li__NZWI.li__0K.li__0CC,li__ID1U->li__3SBK,li__ID1U->li__NZWI.li__WZLE);
          li__D5OS=li__JD1U;
        } break;
        case __li__C0WI__: {
          li__LD1U=((__li__C0WI *)li__WC1U);
          li__MD1U=li__ZV4I(li__LD1U->li__D0WI.li__0K.li__0CC,li__LD1U->li__CTBK);
          li__D5OS=li__MD1U;
        } break;
        case __li__M1WI__: {
          li__OD1U=((__li__M1WI *)li__WC1U);
          li__PD1U=li__1Z4I(li__OD1U->li__N1WI.li__0K.li__0CC,li__OD1U->li__UTFK);
          li__D5OS=li__PD1U;
        } break;
        case __li__KMFK__: {
          li__D5OS=li__G3CM(((__li__KMFK *)li__WC1U));
        } break;
        case __li__XOHL__: {
          li__D5OS=li__AAPN(((__li__XOHL *)li__WC1U));
        } break;
        case __li__FPHL__: {
          li__D5OS=li__2EGM(((__li__FPHL *)li__WC1U));
        } break;
        case __li__APLM__: {
          li__D5OS=li__XRDQ(((__li__APLM *)li__WC1U));
        } break;
        case __li__DTNM__: {
          li__D5OS=li__D5SO(((__li__DTNM *)li__WC1U));
        } break;
        case __li__JXNM__: {
          li__D5OS=li__153R(((__li__JXNM *)li__WC1U));
        } break;
        case __li__21LO__: {
          li__D5OS=li__2KLP(((__li__21LO *)li__WC1U));
        } break;
        case __li__TPOO__: {
          li__D5OS=li__JLLP(((__li__TPOO *)li__WC1U));
        } break;
        case __li__URRO__: {
          li__D5OS=li__KM4R(((__li__URRO *)li__WC1U));
        } break;
        case __li__41XO__: {
          li__D5OS=li__CSDQ(((__li__41XO *)li__WC1U));
        } break;
        case __li__AKBR__: {
          li__D5OS=li__L2DS(((__li__AKBR *)li__WC1U));
        } break;
        case __li__SU5R__: {
          li__D5OS=li__EQJS(((__li__SU5R *)li__WC1U));
        } break;
        case __li__JV5R__: {
          li__D5OS=li__PQJS(((__li__JV5R *)li__WC1U));
        } break;
        };
        li__VKDS=li__2IUJ(li__5FDS,li__J4OS,li__D5OS,li__KKDS,li__I__);
        li__IC1U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__IC1U->li__2OLE),li__VKDS);
        li__WVRE(li__IC1U);
        li__WC1U=li__ZAHJ(((__li__ODID *)li__VKDS));
        li__DDDS=li__WC1U;
      } else /* FALSE */ {
        li__TFDS=li__J1NK(((__li__5RB *)li__ADDS));
        li__KBG(((__li__U *)li__TFDS->li__WXI));
        fputc((int)('='),stdout);
        li__EFDS=li__WQDS(li__5CDS);
        li__TFDS=li__J1NK(((__li__5RB *)li__EFDS));
        li__KBG(((__li__U *)li__TFDS->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__ADDS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__EFDS=li__WQDS(li__5CDS);
        li__OUHF(((__li__5RB *)li__EFDS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__BDDS);
        li__V5E(li__5CDS->li__BKBR.li__DNWI.li__0CC);
        li__ODF();
      };
    };
  };
  li__CDDS=li__DDDS;
  return(li__CDDS);
}

static void* li__IWPS(__li__SU5R *li__JWPS,__li__5RB *li__KWPS,__li__PO li__LWPS)
/* (Strict EXPR_INF{li__SU5R},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__NWPS,*li__KE1U,*li__MWPS;
  __li__5RB *li__DXPS,*li__WXPS,*li__3XPS,*li__S0KV,*li__OYPS,*li__YZPS;
  __li__5RB *li__X1PS,*li__O1KV;
  __li__PO li__R0KV,li__JZPS,li__O2PS;
  __li__VTBD *li__Q0KV,*li__A1KV;
  __li__DFNL *li__Y0KV,*li__FVTS;
  __li__KI *li__UD1U,*li__2D1U;
  __li__U *li__FYPS,*li__N1PS;
  void *li__HYPS;
  __li__PF *li__3YPS,*li__C2PS;
  __li__K li__DZPS,li__I2PS;
  void *li__5KUS,*li__ZLUS;
  void *li__OZPS,*li__C0PS,*li__F3PS;
  __li__UL2B *li__50KV,*li__I1KV;
  __li__KMFK *li__S0PS,*li__Z3PS,*li__TE1U;
  __li__ODID *li__U0PS,*li__53PS;
  __li__KVBD *li__BE1U,*li__GE1U,*li__J1KV,*li__N1KV;
  __li__WK *li__ME1U;
  __li__WVBD *li__OE1U,*li__PE1U;
  __li__KLWI *li__RE1U;
  __li__ULWI *li__WE1U,*li__XE1U;
  __li__MSWI *li__ZE1U,*li__0E1U;
  __li__MZWI *li__2E1U,*li__3E1U;
  __li__C0WI *li__5E1U,*li__AF1U;
  __li__M1WI *li__CF1U,*li__DF1U;
  __li__C li__EXPS,li__XXPS,li__1ZPS;
  __li__2ZEC *li__U3PS;
  li__NWPS=NULL;
  li__DXPS=li__T1IS();
  li__EXPS=li__EBGK(((__li__5RB *)li__KWPS),li__DXPS);
  /* __li__B__ __li__I__ */
if (li__EXPS) {
    li__NWPS=li__JWPS;
  } else /* FALSE */ {
    li__WXPS=li__T1IS();
    li__XXPS=li__4HDL(((__li__5RB *)li__WXPS),li__KWPS);
    /* __li__B__ __li__I__ */
if (li__XXPS) {
      li__3XPS=li__T1IS();
      li__S0KV=((__li__5RB *)li__3XPS);
      li__R0KV=li__JWPS->li__TU5R.li__IVVI.li__0CC;
      li__Q0KV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__Q0KV),li__R0KV,(&__string_68),'+',li__S0KV);
      li__Y0KV=li__1CXJ(((__li__VTBD *)li__Q0KV),li__JWPS->li__TU5R.li__IVVI.li__0CC,li__JWPS);
      li__UD1U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__UD1U->li__2OLE),li__Y0KV);
      li__WVRE(li__UD1U);
      li__FYPS=li__SQC(li__DS4J);
      li__3XPS=li__T1IS();
      li__HYPS=li__UVIJ(((__li__5RB *)li__3XPS),li__FYPS);
      /* __li__B__ __li__I__ */
if (((void *)li__HYPS == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__OYPS=li__T1IS();
        li__OUHF(((__li__5RB *)li__OYPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__KWPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__FYPS);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__OYPS=li__T1IS();
        li__OUHF(((__li__5RB *)li__OYPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__LWPS);
        li__OYPS=li__T1IS();
        li__3YPS=li__J1NK(((__li__5RB *)li__OYPS));
        li__V5E(li__3YPS->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HYPS)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__HYPS)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__DZPS=li__OYLM(((__li__DZB *)li__HYPS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__DZPS=li__OYLM(((__li__DZB *)li__HYPS));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__HYPS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__DZPS=li__21RI(((__li__QWEC *)li__HYPS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__DZPS=li__21RI(((__li__QWEC *)li__HYPS));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__DZPS !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HYPS)->__id==__li__DZB__) {
          li__JZPS=((__li__DZB *)li__HYPS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__5KUS=((__li__QWEC *)li__HYPS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5KUS)->__id==__li__IZB__) {
            li__JZPS=((__li__IZB *)li__5KUS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JZPS=((__li__4HAD *)li__5KUS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__JZPS);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HYPS)->__id==__li__DZB__) {
        li__5KUS=((__li__DZB *)li__HYPS)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5KUS)->__id==__li__IZB__) {
          li__OZPS=((__li__IZB *)li__5KUS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__OZPS=((__li__4HAD *)li__5KUS)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__5KUS=((__li__QWEC *)li__HYPS)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5KUS)->__id==__li__IZB__) {
          li__OZPS=((__li__IZB *)li__5KUS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__OZPS=((__li__4HAD *)li__5KUS)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__OZPS==NULL) {
        li__5KUS=NULL;
      } else {
        switch (((struct ___OBJ *)li__OZPS)->__id) {
        case __li__WRB__: {
          li__5KUS=((void *)li__OZPS);
        } break;
        case __li__XRB__: {
          li__5KUS=((void *)li__OZPS);
        } break;
        case __li__KUB__: {
          li__5KUS=((void *)li__OZPS);
        } break;
        case __li__VB1__: {
          li__5KUS=((void *)li__OZPS);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__5KUS=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__5KUS == (void *)NULL)) {
        li__1ZPS=li__B__;
      } else /* FALSE */ {
        li__OZPS=((__li__5RB *)li__KWPS)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__5KUS)->__id) {
        case __li__WRB__: {
          li__YZPS=li__0VSG(((__li__WRB *)li__5KUS),li__OZPS);
        } break;
        case __li__XRB__: {
          li__YZPS=li__OXSG(((__li__XRB *)((__li__WRB *)li__5KUS)),li__OZPS);
        } break;
        case __li__KUB__: {
          li__YZPS=li__CZSG(((__li__KUB *)((__li__WRB *)li__5KUS)),li__OZPS);
        } break;
        case __li__VB1__: {
          li__YZPS=li__H1SG(((__li__VB1 *)((__li__WRB *)li__5KUS)),li__OZPS);
        } break;
        };
        li__1ZPS=((void *)li__YZPS != (void *)li__KWPS);
      };
      /* __li__B__ __li__I__ */
if (li__1ZPS) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HYPS)->__id==__li__DZB__) {
          li__ZLUS=((__li__DZB *)li__HYPS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZLUS)->__id==__li__IZB__) {
            li__C0PS=((__li__IZB *)li__ZLUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__C0PS=((__li__4HAD *)li__ZLUS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__ZLUS=((__li__QWEC *)li__HYPS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZLUS)->__id==__li__IZB__) {
            li__C0PS=((__li__IZB *)li__ZLUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__C0PS=((__li__4HAD *)li__ZLUS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__C0PS)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__C0PS),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__C0PS))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__C0PS)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__C0PS))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__50KV=((__li__UL2B *)((__li__WRB *)li__C0PS));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__50KV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__C0PS)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__KWPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__HYPS)->__id==__li__DZB__) {
          li__JZPS=((__li__DZB *)li__HYPS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ZLUS=((__li__QWEC *)li__HYPS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZLUS)->__id==__li__IZB__) {
            li__JZPS=((__li__IZB *)li__ZLUS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__JZPS=((__li__4HAD *)li__ZLUS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__JZPS);
        li__V5E(li__JWPS->li__TU5R.li__IVVI.li__0CC);
        li__ODF();
      };
      li__S0PS=li__NOPI(((__li__VTBD *)li__Q0KV));
      li__U0PS=li__GDID(li__JWPS->li__TU5R.li__IVVI.li__0CC,li__HYPS,li__S0PS,li__S0PS,li__I__);
      li__UD1U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__UD1U->li__2OLE),li__U0PS);
      li__WVRE(li__UD1U);
      li__HYPS=li__ZAHJ(((__li__ODID *)li__U0PS));
      li__NWPS=li__HYPS;
      li__1ZPS=li__B__;
    } else /* FALSE */ {
      li__1ZPS=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__1ZPS)) {
      li__3XPS=li__T1IS();
      li__1ZPS=li__R0LM(((__li__5RB *)li__KWPS),li__3XPS);
      /* __li__B__ __li__I__ */
if (li__1ZPS) {
        li__OYPS=li__T1IS();
        li__YZPS=((__li__5RB *)li__OYPS);
        li__JZPS=li__JWPS->li__TU5R.li__IVVI.li__0CC;
        li__A1KV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__A1KV),li__JZPS,(&__string_68),'+',li__YZPS);
        li__FVTS=li__1CXJ(((__li__VTBD *)li__A1KV),li__JWPS->li__TU5R.li__IVVI.li__0CC,li__JWPS);
        li__2D1U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__2D1U->li__2OLE),li__FVTS);
        li__WVRE(li__2D1U);
        li__N1PS=li__SQC(li__DS4J);
        li__5KUS=li__UVIJ(((__li__5RB *)li__KWPS),li__N1PS);
        /* __li__B__ __li__I__ */
if (((void *)li__5KUS == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__KWPS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__X1PS=li__T1IS();
          li__OUHF(((__li__5RB *)li__X1PS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__N1PS);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__KWPS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__LWPS);
          li__C2PS=li__J1NK(((__li__5RB *)li__KWPS));
          li__V5E(li__C2PS->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5KUS)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__5KUS)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__I2PS=li__OYLM(((__li__DZB *)li__5KUS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__I2PS=li__OYLM(((__li__DZB *)li__5KUS));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__5KUS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__I2PS=li__21RI(((__li__QWEC *)li__5KUS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__I2PS=li__21RI(((__li__QWEC *)li__5KUS));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__I2PS !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5KUS)->__id==__li__DZB__) {
            li__O2PS=((__li__DZB *)li__5KUS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__C0PS=((__li__QWEC *)li__5KUS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C0PS)->__id==__li__IZB__) {
              li__O2PS=((__li__IZB *)li__C0PS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__O2PS=((__li__4HAD *)li__C0PS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__O2PS);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5KUS)->__id==__li__DZB__) {
          li__ZLUS=((__li__DZB *)li__5KUS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZLUS)->__id==__li__IZB__) {
            li__C0PS=((__li__IZB *)li__ZLUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__C0PS=((__li__4HAD *)li__ZLUS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__ZLUS=((__li__QWEC *)li__5KUS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZLUS)->__id==__li__IZB__) {
            li__C0PS=((__li__IZB *)li__ZLUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__C0PS=((__li__4HAD *)li__ZLUS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__C0PS==NULL) {
          li__ZLUS=NULL;
        } else {
          switch (((struct ___OBJ *)li__C0PS)->__id) {
          case __li__WRB__: {
            li__ZLUS=((void *)li__C0PS);
          } break;
          case __li__XRB__: {
            li__ZLUS=((void *)li__C0PS);
          } break;
          case __li__KUB__: {
            li__ZLUS=((void *)li__C0PS);
          } break;
          case __li__VB1__: {
            li__ZLUS=((void *)li__C0PS);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__ZLUS=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__ZLUS == (void *)NULL) || ((void *)li__ZLUS != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5KUS)->__id==__li__DZB__) {
            li__C0PS=((__li__DZB *)li__5KUS)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C0PS)->__id==__li__IZB__) {
              li__F3PS=((__li__IZB *)li__C0PS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__F3PS=((__li__4HAD *)li__C0PS)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__C0PS=((__li__QWEC *)li__5KUS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C0PS)->__id==__li__IZB__) {
              li__F3PS=((__li__IZB *)li__C0PS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__F3PS=((__li__4HAD *)li__C0PS)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__F3PS)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__F3PS),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__F3PS))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__F3PS)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__F3PS))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__I1KV=((__li__UL2B *)((__li__WRB *)li__F3PS));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__I1KV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__F3PS)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__KWPS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5KUS)->__id==__li__DZB__) {
            li__O2PS=((__li__DZB *)li__5KUS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__C0PS=((__li__QWEC *)li__5KUS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C0PS)->__id==__li__IZB__) {
              li__O2PS=((__li__IZB *)li__C0PS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__O2PS=((__li__4HAD *)li__C0PS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__O2PS);
          li__V5E(li__JWPS->li__TU5R.li__IVVI.li__0CC);
          li__ODF();
        };
        li__U3PS=li__IF1H( 2);
        li__JZPS=li__JWPS->li__TU5R.li__IVVI.li__0CC;
        li__BE1U=li__5QND();
        li__GE1U=((__li__KVBD *)li__BE1U);
        li__GE1U->li__LVBD.li__0K.li__0CC=li__JZPS;
        li__OYPS=li__NNSE(((__li__5RB *)li__KWPS));
        li__GE1U->li__LVBD.li__WZLE=li__OYPS;
        li__0K4N(((__li__2ZEC *)li__U3PS),li__BE1U);
        li__Z3PS=li__NOPI(((__li__VTBD *)li__A1KV));
        li__NWYJ(((__li__2ZEC *)li__U3PS),li__Z3PS);
        li__JZPS=li__JWPS->li__TU5R.li__IVVI.li__0CC;
        li__KE1U=((void **)(*(((__li__2ZEC *)li__U3PS))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KE1U)->__id) {
        case __li__WK__: {
          li__ME1U=li__PVEJ(((__li__WK *)li__KE1U));
          li__ZLUS=li__ME1U;
        } break;
        case __li__AVBD__: {
          li__ZLUS=li__AE5L(((__li__AVBD *)li__KE1U));
        } break;
        case __li__KVBD__: {
          li__J1KV=((__li__KVBD *)li__KE1U);
          li__O2PS=li__J1KV->li__LVBD.li__0K.li__0CC;
          li__X1PS=li__J1KV->li__LVBD.li__WZLE;
          li__J1KV=li__5QND();
          li__N1KV=((__li__KVBD *)li__J1KV);
          li__N1KV->li__LVBD.li__0K.li__0CC=li__O2PS;
          li__O1KV=li__NNSE(((__li__5RB *)li__X1PS));
          li__N1KV->li__LVBD.li__WZLE=li__O1KV;
          li__ZLUS=li__J1KV;
        } break;
        case __li__WVBD__: {
          li__OE1U=((__li__WVBD *)li__KE1U);
          li__PE1U=li__VEID(li__OE1U->li__XVBD.li__0K.li__0CC,li__OE1U->li__2ZLE,li__OE1U->li__XVBD.li__WZLE);
          li__ZLUS=li__PE1U;
        } break;
        case __li__Z4WH__: {
          li__ZLUS=li__XEVK(((__li__Z4WH *)li__KE1U));
        } break;
        case __li__KTVI__: {
          li__ZLUS=li__XF5L(((__li__KTVI *)li__KE1U));
        } break;
        case __li__LTVI__: {
          li__ZLUS=li__SDGM(((__li__LTVI *)li__KE1U));
        } break;
        case __li__XTVI__: {
          li__ZLUS=li__DG5L(((__li__XTVI *)li__KE1U));
        } break;
        case __li__YTVI__: {
          li__ZLUS=li__4DGM(((__li__YTVI *)li__KE1U));
        } break;
        case __li__S2VI__: {
          li__ZLUS=li__OG5L(((__li__S2VI *)li__KE1U));
        } break;
        case __li__E3VI__: {
          li__ZLUS=li__ZG5L(((__li__E3VI *)li__KE1U));
        } break;
        case __li__KLWI__: {
          li__RE1U=((__li__KLWI *)li__KE1U);
          li__O2PS=li__RE1U->li__LLWI.li__0CC;
          li__TE1U=li__G3CM(((__li__KMFK *)li__RE1U->li__ZPBK));
          li__RE1U=li__PNSJ(li__O2PS,li__TE1U);
          li__ZLUS=li__RE1U;
        } break;
        case __li__ULWI__: {
          li__WE1U=((__li__ULWI *)li__KE1U);
          li__XE1U=li__AOSJ(li__WE1U->li__VLWI.li__0CC,li__WE1U->li__4PBK);
          li__ZLUS=li__XE1U;
        } break;
        case __li__NMWI__: {
          li__ZLUS=li__SH5L(((__li__NMWI *)li__KE1U));
        } break;
        case __li__BNWI__: {
          li__ZLUS=li__3H5L(((__li__BNWI *)li__KE1U));
        } break;
        case __li__XNWI__: {
          li__ZLUS=li__II5L(((__li__XNWI *)li__KE1U));
        } break;
        case __li__LOWI__: {
          li__ZLUS=li__TI5L(((__li__LOWI *)li__KE1U));
        } break;
        case __li__5OWI__: {
          li__ZLUS=li__4I5L(((__li__5OWI *)li__KE1U));
        } break;
        case __li__TPWI__: {
          li__ZLUS=li__JJ5L(((__li__TPWI *)li__KE1U));
        } break;
        case __li__HQWI__: {
          li__ZLUS=li__UJ5L(((__li__HQWI *)li__KE1U));
        } break;
        case __li__ARWI__: {
          li__ZLUS=li__5J5L(((__li__ARWI *)li__KE1U));
        } break;
        case __li__URWI__: {
          li__ZLUS=li__NK5L(((__li__URWI *)li__KE1U));
        } break;
        case __li__MSWI__: {
          li__ZE1U=((__li__MSWI *)li__KE1U);
          li__0E1U=li__YXSJ(li__ZE1U->li__NSWI.li__0CC,li__ZE1U->li__ISBK);
          li__ZLUS=li__0E1U;
        } break;
        case __li__ETWI__: {
          li__ZLUS=li__4K5L(((__li__ETWI *)li__KE1U));
        } break;
        case __li__MZWI__: {
          li__2E1U=((__li__MZWI *)li__KE1U);
          li__3E1U=li__4U4I(li__2E1U->li__NZWI.li__0K.li__0CC,li__2E1U->li__3SBK,li__2E1U->li__NZWI.li__WZLE);
          li__ZLUS=li__3E1U;
        } break;
        case __li__C0WI__: {
          li__5E1U=((__li__C0WI *)li__KE1U);
          li__AF1U=li__ZV4I(li__5E1U->li__D0WI.li__0K.li__0CC,li__5E1U->li__CTBK);
          li__ZLUS=li__AF1U;
        } break;
        case __li__M1WI__: {
          li__CF1U=((__li__M1WI *)li__KE1U);
          li__DF1U=li__1Z4I(li__CF1U->li__N1WI.li__0K.li__0CC,li__CF1U->li__UTFK);
          li__ZLUS=li__DF1U;
        } break;
        case __li__KMFK__: {
          li__ZLUS=li__G3CM(((__li__KMFK *)li__KE1U));
        } break;
        case __li__XOHL__: {
          li__ZLUS=li__AAPN(((__li__XOHL *)li__KE1U));
        } break;
        case __li__FPHL__: {
          li__ZLUS=li__2EGM(((__li__FPHL *)li__KE1U));
        } break;
        case __li__APLM__: {
          li__ZLUS=li__XRDQ(((__li__APLM *)li__KE1U));
        } break;
        case __li__DTNM__: {
          li__ZLUS=li__D5SO(((__li__DTNM *)li__KE1U));
        } break;
        case __li__JXNM__: {
          li__ZLUS=li__153R(((__li__JXNM *)li__KE1U));
        } break;
        case __li__21LO__: {
          li__ZLUS=li__2KLP(((__li__21LO *)li__KE1U));
        } break;
        case __li__TPOO__: {
          li__ZLUS=li__JLLP(((__li__TPOO *)li__KE1U));
        } break;
        case __li__URRO__: {
          li__ZLUS=li__KM4R(((__li__URRO *)li__KE1U));
        } break;
        case __li__41XO__: {
          li__ZLUS=li__CSDQ(((__li__41XO *)li__KE1U));
        } break;
        case __li__AKBR__: {
          li__ZLUS=li__L2DS(((__li__AKBR *)li__KE1U));
        } break;
        case __li__SU5R__: {
          li__ZLUS=li__EQJS(((__li__SU5R *)li__KE1U));
        } break;
        case __li__JV5R__: {
          li__ZLUS=li__PQJS(((__li__JV5R *)li__KE1U));
        } break;
        };
        li__53PS=li__2IUJ(li__JZPS,li__5KUS,li__ZLUS,li__U3PS,li__I__);
        li__2D1U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__2D1U->li__2OLE),li__53PS);
        li__WVRE(li__2D1U);
        li__KE1U=li__ZAHJ(((__li__ODID *)li__53PS));
        li__NWPS=li__KE1U;
      } else /* FALSE */ {
        li__3YPS=li__J1NK(((__li__5RB *)li__KWPS));
        li__KBG(((__li__U *)li__3YPS->li__WXI));
        fputc((int)('='),stdout);
        li__OYPS=li__T1IS();
        li__3YPS=li__J1NK(((__li__5RB *)li__OYPS));
        li__KBG(((__li__U *)li__3YPS->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__KWPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__OYPS=li__T1IS();
        li__OUHF(((__li__5RB *)li__OYPS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__LWPS);
        li__V5E(li__JWPS->li__TU5R.li__IVVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__MWPS=li__NWPS;
  return(li__MWPS);
}

static void* li__34PS(__li__JV5R *li__44PS,__li__5RB *li__54PS,__li__PO li__A5PS)
/* (Strict EXPR_INF_EQ{li__JV5R},Strict TYPE_FULL{NULLxli__5RB},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__C5PS,*li__4F1U,*li__B5PS;
  __li__5RB *li__Y5PS,*li__LAQS,*li__SAQS,*li__T1KV,*li__DBQS,*li__NCQS;
  __li__5RB *li__MEQS,*li__N2KV;
  __li__PO li__S1KV,li__4BQS,li__DFQS;
  __li__VTBD *li__R1KV,*li__B2KV;
  __li__DFNL *li__Z1KV,*li__YXTS;
  __li__KI *li__IF1U,*li__QF1U;
  __li__U *li__0AQS,*li__CEQS;
  void *li__2AQS;
  __li__PF *li__SBQS,*li__XEQS;
  __li__K li__YBQS,li__3EQS;
  void *li__QPUS,*li__KQUS;
  void *li__DCQS,*li__XCQS,*li__0FQS;
  __li__UL2B *li__A2KV,*li__H2KV;
  __li__KMFK *li__HDQS,*li__OGQS,*li__HG1U;
  __li__ODID *li__JDQS,*li__UGQS;
  __li__KVBD *li__VF1U,*li__0F1U,*li__I2KV,*li__M2KV;
  __li__WK *li__AG1U;
  __li__WVBD *li__CG1U,*li__DG1U;
  __li__KLWI *li__FG1U;
  __li__ULWI *li__KG1U,*li__LG1U;
  __li__MSWI *li__NG1U,*li__OG1U;
  __li__MZWI *li__QG1U,*li__RG1U;
  __li__C0WI *li__TG1U,*li__UG1U;
  __li__M1WI *li__WG1U,*li__XG1U;
  __li__C li__Z5PS,li__MAQS,li__QCQS;
  __li__2ZEC *li__JGQS;
  li__C5PS=NULL;
  li__Y5PS=li__Y1IS();
  li__Z5PS=li__EBGK(((__li__5RB *)li__54PS),li__Y5PS);
  /* __li__B__ __li__I__ */
if (li__Z5PS) {
    li__C5PS=li__44PS;
  } else /* FALSE */ {
    li__LAQS=li__Y1IS();
    li__MAQS=li__4HDL(((__li__5RB *)li__LAQS),li__54PS);
    /* __li__B__ __li__I__ */
if (li__MAQS) {
      li__SAQS=li__Y1IS();
      li__T1KV=((__li__5RB *)li__SAQS);
      li__S1KV=li__44PS->li__KV5R.li__IVVI.li__0CC;
      li__R1KV=li__QAAE();
      li__LQNE(((__li__VTBD *)li__R1KV),li__S1KV,(&__string_68),'+',li__T1KV);
      li__Z1KV=li__1CXJ(((__li__VTBD *)li__R1KV),li__44PS->li__KV5R.li__IVVI.li__0CC,li__44PS);
      li__IF1U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__IF1U->li__2OLE),li__Z1KV);
      li__WVRE(li__IF1U);
      li__0AQS=li__SQC(li__DS4J);
      li__SAQS=li__Y1IS();
      li__2AQS=li__UVIJ(((__li__5RB *)li__SAQS),li__0AQS);
      /* __li__B__ __li__I__ */
if (((void *)li__2AQS == (void *)NULL)) {
        ((__li__BC *)li__0C)->li__NK= 0;
        li__DBQS=li__Y1IS();
        li__OUHF(((__li__5RB *)li__DBQS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_276));
        li__OUHF(((__li__5RB *)li__54PS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_664));
        li__JAZ(((__li__BC *)li__0C),li__0AQS);
        li__JAZ(((__li__BC *)li__0C),(&__string_452));
        li__DBQS=li__Y1IS();
        li__OUHF(((__li__5RB *)li__DBQS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__A5PS);
        li__DBQS=li__Y1IS();
        li__SBQS=li__J1NK(((__li__5RB *)li__DBQS));
        li__V5E(li__SBQS->li__SF.li__RF.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AQS)->__id==__li__DZB__) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__2AQS)->li__LZB->li__KZB)->__id==__li__IZB__) {
          li__YBQS=li__OYLM(((__li__DZB *)li__2AQS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__YBQS=li__OYLM(((__li__DZB *)li__2AQS));
        };
      } else /* SLOT_CODE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__2AQS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__YBQS=li__21RI(((__li__QWEC *)li__2AQS));
        } else /* ITM_SLOT_OPERATOR */ {
          li__YBQS=li__21RI(((__li__QWEC *)li__2AQS));
        };
      };
      /* __li__B__ __li__I__ */
if ((li__YBQS !=  1)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AQS)->__id==__li__DZB__) {
          li__4BQS=((__li__DZB *)li__2AQS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__QPUS=((__li__QWEC *)li__2AQS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QPUS)->__id==__li__IZB__) {
            li__4BQS=((__li__IZB *)li__QPUS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4BQS=((__li__4HAD *)li__QPUS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_665));
        li__V5E(li__4BQS);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AQS)->__id==__li__DZB__) {
        li__QPUS=((__li__DZB *)li__2AQS)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QPUS)->__id==__li__IZB__) {
          li__DCQS=((__li__IZB *)li__QPUS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__DCQS=((__li__4HAD *)li__QPUS)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__QPUS=((__li__QWEC *)li__2AQS)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QPUS)->__id==__li__IZB__) {
          li__DCQS=((__li__IZB *)li__QPUS)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__DCQS=((__li__4HAD *)li__QPUS)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__DCQS==NULL) {
        li__QPUS=NULL;
      } else {
        switch (((struct ___OBJ *)li__DCQS)->__id) {
        case __li__WRB__: {
          li__QPUS=((void *)li__DCQS);
        } break;
        case __li__XRB__: {
          li__QPUS=((void *)li__DCQS);
        } break;
        case __li__KUB__: {
          li__QPUS=((void *)li__DCQS);
        } break;
        case __li__VB1__: {
          li__QPUS=((void *)li__DCQS);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__QPUS=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__QPUS == (void *)NULL)) {
        li__QCQS=li__B__;
      } else /* FALSE */ {
        li__DCQS=((__li__5RB *)li__54PS)->li__AEM;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__QPUS)->__id) {
        case __li__WRB__: {
          li__NCQS=li__0VSG(((__li__WRB *)li__QPUS),li__DCQS);
        } break;
        case __li__XRB__: {
          li__NCQS=li__OXSG(((__li__XRB *)((__li__WRB *)li__QPUS)),li__DCQS);
        } break;
        case __li__KUB__: {
          li__NCQS=li__CZSG(((__li__KUB *)((__li__WRB *)li__QPUS)),li__DCQS);
        } break;
        case __li__VB1__: {
          li__NCQS=li__H1SG(((__li__VB1 *)((__li__WRB *)li__QPUS)),li__DCQS);
        } break;
        };
        li__QCQS=((void *)li__NCQS != (void *)li__54PS);
      };
      /* __li__B__ __li__I__ */
if (li__QCQS) {
        li__HEZ(((__li__BC *)li__0C),(&__string_666));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AQS)->__id==__li__DZB__) {
          li__KQUS=((__li__DZB *)li__2AQS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KQUS)->__id==__li__IZB__) {
            li__XCQS=((__li__IZB *)li__KQUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XCQS=((__li__4HAD *)li__KQUS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__KQUS=((__li__QWEC *)li__2AQS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KQUS)->__id==__li__IZB__) {
            li__XCQS=((__li__IZB *)li__KQUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XCQS=((__li__4HAD *)li__KQUS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__XCQS)->__id) {
        case __li__WRB__: {
          li__FBSF(((__li__WRB *)li__XCQS),li__0C);
        } break;
        case __li__XRB__: {
          li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__XCQS))->li__P2C);
        } break;
        case __li__KUB__: {
          li__5BSF(((__li__KUB *)((__li__WRB *)li__XCQS)),li__0C);
        } break;
        case __li__VB1__: {
          li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__XCQS))->li__WB1.li__P2C);
        } break;
        case __li__UL2B__: {
          li__A2KV=((__li__UL2B *)((__li__WRB *)li__XCQS));
          li__SRX(((__li__BC *)li__0C),'(');
          li__PEKC(li__A2KV,li__0C);
          li__SRX(((__li__BC *)li__0C),')');
        } break;
        case __li__4O2B__: {
          li__3CSF(((__li__4O2B *)((__li__WRB *)li__XCQS)),li__0C);
        } break;
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_667));
        li__OUHF(((__li__5RB *)li__54PS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_668));
        li__DNVB( 1,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2AQS)->__id==__li__DZB__) {
          li__4BQS=((__li__DZB *)li__2AQS)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__KQUS=((__li__QWEC *)li__2AQS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KQUS)->__id==__li__IZB__) {
            li__4BQS=((__li__IZB *)li__KQUS)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4BQS=((__li__4HAD *)li__KQUS)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__4BQS);
        li__V5E(li__44PS->li__KV5R.li__IVVI.li__0CC);
        li__ODF();
      };
      li__HDQS=li__NOPI(((__li__VTBD *)li__R1KV));
      li__JDQS=li__GDID(li__44PS->li__KV5R.li__IVVI.li__0CC,li__2AQS,li__HDQS,li__HDQS,li__I__);
      li__IF1U=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__IF1U->li__2OLE),li__JDQS);
      li__WVRE(li__IF1U);
      li__2AQS=li__ZAHJ(((__li__ODID *)li__JDQS));
      li__C5PS=li__2AQS;
      li__QCQS=li__B__;
    } else /* FALSE */ {
      li__QCQS=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__QCQS)) {
      li__SAQS=li__Y1IS();
      li__QCQS=li__R0LM(((__li__5RB *)li__54PS),li__SAQS);
      /* __li__B__ __li__I__ */
if (li__QCQS) {
        li__DBQS=li__Y1IS();
        li__NCQS=((__li__5RB *)li__DBQS);
        li__4BQS=li__44PS->li__KV5R.li__IVVI.li__0CC;
        li__B2KV=li__QAAE();
        li__LQNE(((__li__VTBD *)li__B2KV),li__4BQS,(&__string_68),'+',li__NCQS);
        li__YXTS=li__1CXJ(((__li__VTBD *)li__B2KV),li__44PS->li__KV5R.li__IVVI.li__0CC,li__44PS);
        li__QF1U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__QF1U->li__2OLE),li__YXTS);
        li__WVRE(li__QF1U);
        li__CEQS=li__SQC(li__DS4J);
        li__QPUS=li__UVIJ(((__li__5RB *)li__54PS),li__CEQS);
        /* __li__B__ __li__I__ */
if (((void *)li__QPUS == (void *)NULL)) {
          ((__li__BC *)li__0C)->li__NK= 0;
          li__OUHF(((__li__5RB *)li__54PS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_669));
          li__MEQS=li__Y1IS();
          li__OUHF(((__li__5RB *)li__MEQS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_664));
          li__JAZ(((__li__BC *)li__0C),li__CEQS);
          li__JAZ(((__li__BC *)li__0C),(&__string_452));
          li__OUHF(((__li__5RB *)li__54PS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_178));
          li__DNVB( 1,li__0C);
          li__V5E(li__A5PS);
          li__XEQS=li__J1NK(((__li__5RB *)li__54PS));
          li__V5E(li__XEQS->li__SF.li__RF.li__0CC);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QPUS)->__id==__li__DZB__) {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__DZB *)li__QPUS)->li__LZB->li__KZB)->__id==__li__IZB__) {
            li__3EQS=li__OYLM(((__li__DZB *)li__QPUS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__3EQS=li__OYLM(((__li__DZB *)li__QPUS));
          };
        } else /* SLOT_CODE */ {
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)((__li__QWEC *)li__QPUS)->li__RWEC->li__KZB)->__id==__li__IZB__) {
            li__3EQS=li__21RI(((__li__QWEC *)li__QPUS));
          } else /* ITM_SLOT_OPERATOR */ {
            li__3EQS=li__21RI(((__li__QWEC *)li__QPUS));
          };
        };
        /* __li__B__ __li__I__ */
if ((li__3EQS !=  2)) {
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QPUS)->__id==__li__DZB__) {
            li__DFQS=((__li__DZB *)li__QPUS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__XCQS=((__li__QWEC *)li__QPUS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XCQS)->__id==__li__IZB__) {
              li__DFQS=((__li__IZB *)li__XCQS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__DFQS=((__li__4HAD *)li__XCQS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__K4E( 1,(&__string_670));
          li__V5E(li__DFQS);
          li__ODF();
        };
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QPUS)->__id==__li__DZB__) {
          li__KQUS=((__li__DZB *)li__QPUS)->li__LZB->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KQUS)->__id==__li__IZB__) {
            li__XCQS=((__li__IZB *)li__KQUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XCQS=((__li__4HAD *)li__KQUS)->li__5HAD.li__NMSB;
          };
        } else /* SLOT_CODE */ {
          li__KQUS=((__li__QWEC *)li__QPUS)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KQUS)->__id==__li__IZB__) {
            li__XCQS=((__li__IZB *)li__KQUS)->li__NMSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__XCQS=((__li__4HAD *)li__KQUS)->li__5HAD.li__NMSB;
          };
        };
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__XCQS==NULL) {
          li__KQUS=NULL;
        } else {
          switch (((struct ___OBJ *)li__XCQS)->__id) {
          case __li__WRB__: {
            li__KQUS=((void *)li__XCQS);
          } break;
          case __li__XRB__: {
            li__KQUS=((void *)li__XCQS);
          } break;
          case __li__KUB__: {
            li__KQUS=((void *)li__XCQS);
          } break;
          case __li__VB1__: {
            li__KQUS=((void *)li__XCQS);
          } break;
          case __li__UL2B__: 
          case __li__4O2B__: {
            li__KQUS=NULL;
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__KQUS == (void *)NULL) || ((void *)li__KQUS != (void *)li__UT3B))) {
          li__HEZ(((__li__BC *)li__0C),(&__string_666));
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QPUS)->__id==__li__DZB__) {
            li__XCQS=((__li__DZB *)li__QPUS)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XCQS)->__id==__li__IZB__) {
              li__0FQS=((__li__IZB *)li__XCQS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0FQS=((__li__4HAD *)li__XCQS)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__XCQS=((__li__QWEC *)li__QPUS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XCQS)->__id==__li__IZB__) {
              li__0FQS=((__li__IZB *)li__XCQS)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0FQS=((__li__4HAD *)li__XCQS)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__0FQS)->__id) {
          case __li__WRB__: {
            li__FBSF(((__li__WRB *)li__0FQS),li__0C);
          } break;
          case __li__XRB__: {
            li__JAZ(((__li__BC *)li__0C),((__li__XRB *)((__li__WRB *)li__0FQS))->li__P2C);
          } break;
          case __li__KUB__: {
            li__5BSF(((__li__KUB *)((__li__WRB *)li__0FQS)),li__0C);
          } break;
          case __li__VB1__: {
            li__JAZ(((__li__BC *)li__0C),((__li__VB1 *)((__li__WRB *)li__0FQS))->li__WB1.li__P2C);
          } break;
          case __li__UL2B__: {
            li__H2KV=((__li__UL2B *)((__li__WRB *)li__0FQS));
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__H2KV,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
          } break;
          case __li__4O2B__: {
            li__3CSF(((__li__4O2B *)((__li__WRB *)li__0FQS)),li__0C);
          } break;
          };
          li__JAZ(((__li__BC *)li__0C),(&__string_667));
          li__OUHF(((__li__5RB *)li__54PS),li__0C);
          li__JAZ(((__li__BC *)li__0C),(&__string_668));
          li__DNVB( 1,li__0C);
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QPUS)->__id==__li__DZB__) {
            li__DFQS=((__li__DZB *)li__QPUS)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__XCQS=((__li__QWEC *)li__QPUS)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XCQS)->__id==__li__IZB__) {
              li__DFQS=((__li__IZB *)li__XCQS)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__DFQS=((__li__4HAD *)li__XCQS)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          li__V5E(li__DFQS);
          li__V5E(li__44PS->li__KV5R.li__IVVI.li__0CC);
          li__ODF();
        };
        li__JGQS=li__IF1H( 2);
        li__4BQS=li__44PS->li__KV5R.li__IVVI.li__0CC;
        li__VF1U=li__5QND();
        li__0F1U=((__li__KVBD *)li__VF1U);
        li__0F1U->li__LVBD.li__0K.li__0CC=li__4BQS;
        li__DBQS=li__NNSE(((__li__5RB *)li__54PS));
        li__0F1U->li__LVBD.li__WZLE=li__DBQS;
        li__0K4N(((__li__2ZEC *)li__JGQS),li__VF1U);
        li__OGQS=li__NOPI(((__li__VTBD *)li__B2KV));
        li__NWYJ(((__li__2ZEC *)li__JGQS),li__OGQS);
        li__4BQS=li__44PS->li__KV5R.li__IVVI.li__0CC;
        li__4F1U=((void **)(*(((__li__2ZEC *)li__JGQS))).li__3GPI)[ 0];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4F1U)->__id) {
        case __li__WK__: {
          li__AG1U=li__PVEJ(((__li__WK *)li__4F1U));
          li__KQUS=li__AG1U;
        } break;
        case __li__AVBD__: {
          li__KQUS=li__AE5L(((__li__AVBD *)li__4F1U));
        } break;
        case __li__KVBD__: {
          li__I2KV=((__li__KVBD *)li__4F1U);
          li__DFQS=li__I2KV->li__LVBD.li__0K.li__0CC;
          li__MEQS=li__I2KV->li__LVBD.li__WZLE;
          li__I2KV=li__5QND();
          li__M2KV=((__li__KVBD *)li__I2KV);
          li__M2KV->li__LVBD.li__0K.li__0CC=li__DFQS;
          li__N2KV=li__NNSE(((__li__5RB *)li__MEQS));
          li__M2KV->li__LVBD.li__WZLE=li__N2KV;
          li__KQUS=li__I2KV;
        } break;
        case __li__WVBD__: {
          li__CG1U=((__li__WVBD *)li__4F1U);
          li__DG1U=li__VEID(li__CG1U->li__XVBD.li__0K.li__0CC,li__CG1U->li__2ZLE,li__CG1U->li__XVBD.li__WZLE);
          li__KQUS=li__DG1U;
        } break;
        case __li__Z4WH__: {
          li__KQUS=li__XEVK(((__li__Z4WH *)li__4F1U));
        } break;
        case __li__KTVI__: {
          li__KQUS=li__XF5L(((__li__KTVI *)li__4F1U));
        } break;
        case __li__LTVI__: {
          li__KQUS=li__SDGM(((__li__LTVI *)li__4F1U));
        } break;
        case __li__XTVI__: {
          li__KQUS=li__DG5L(((__li__XTVI *)li__4F1U));
        } break;
        case __li__YTVI__: {
          li__KQUS=li__4DGM(((__li__YTVI *)li__4F1U));
        } break;
        case __li__S2VI__: {
          li__KQUS=li__OG5L(((__li__S2VI *)li__4F1U));
        } break;
        case __li__E3VI__: {
          li__KQUS=li__ZG5L(((__li__E3VI *)li__4F1U));
        } break;
        case __li__KLWI__: {
          li__FG1U=((__li__KLWI *)li__4F1U);
          li__DFQS=li__FG1U->li__LLWI.li__0CC;
          li__HG1U=li__G3CM(((__li__KMFK *)li__FG1U->li__ZPBK));
          li__FG1U=li__PNSJ(li__DFQS,li__HG1U);
          li__KQUS=li__FG1U;
        } break;
        case __li__ULWI__: {
          li__KG1U=((__li__ULWI *)li__4F1U);
          li__LG1U=li__AOSJ(li__KG1U->li__VLWI.li__0CC,li__KG1U->li__4PBK);
          li__KQUS=li__LG1U;
        } break;
        case __li__NMWI__: {
          li__KQUS=li__SH5L(((__li__NMWI *)li__4F1U));
        } break;
        case __li__BNWI__: {
          li__KQUS=li__3H5L(((__li__BNWI *)li__4F1U));
        } break;
        case __li__XNWI__: {
          li__KQUS=li__II5L(((__li__XNWI *)li__4F1U));
        } break;
        case __li__LOWI__: {
          li__KQUS=li__TI5L(((__li__LOWI *)li__4F1U));
        } break;
        case __li__5OWI__: {
          li__KQUS=li__4I5L(((__li__5OWI *)li__4F1U));
        } break;
        case __li__TPWI__: {
          li__KQUS=li__JJ5L(((__li__TPWI *)li__4F1U));
        } break;
        case __li__HQWI__: {
          li__KQUS=li__UJ5L(((__li__HQWI *)li__4F1U));
        } break;
        case __li__ARWI__: {
          li__KQUS=li__5J5L(((__li__ARWI *)li__4F1U));
        } break;
        case __li__URWI__: {
          li__KQUS=li__NK5L(((__li__URWI *)li__4F1U));
        } break;
        case __li__MSWI__: {
          li__NG1U=((__li__MSWI *)li__4F1U);
          li__OG1U=li__YXSJ(li__NG1U->li__NSWI.li__0CC,li__NG1U->li__ISBK);
          li__KQUS=li__OG1U;
        } break;
        case __li__ETWI__: {
          li__KQUS=li__4K5L(((__li__ETWI *)li__4F1U));
        } break;
        case __li__MZWI__: {
          li__QG1U=((__li__MZWI *)li__4F1U);
          li__RG1U=li__4U4I(li__QG1U->li__NZWI.li__0K.li__0CC,li__QG1U->li__3SBK,li__QG1U->li__NZWI.li__WZLE);
          li__KQUS=li__RG1U;
        } break;
        case __li__C0WI__: {
          li__TG1U=((__li__C0WI *)li__4F1U);
          li__UG1U=li__ZV4I(li__TG1U->li__D0WI.li__0K.li__0CC,li__TG1U->li__CTBK);
          li__KQUS=li__UG1U;
        } break;
        case __li__M1WI__: {
          li__WG1U=((__li__M1WI *)li__4F1U);
          li__XG1U=li__1Z4I(li__WG1U->li__N1WI.li__0K.li__0CC,li__WG1U->li__UTFK);
          li__KQUS=li__XG1U;
        } break;
        case __li__KMFK__: {
          li__KQUS=li__G3CM(((__li__KMFK *)li__4F1U));
        } break;
        case __li__XOHL__: {
          li__KQUS=li__AAPN(((__li__XOHL *)li__4F1U));
        } break;
        case __li__FPHL__: {
          li__KQUS=li__2EGM(((__li__FPHL *)li__4F1U));
        } break;
        case __li__APLM__: {
          li__KQUS=li__XRDQ(((__li__APLM *)li__4F1U));
        } break;
        case __li__DTNM__: {
          li__KQUS=li__D5SO(((__li__DTNM *)li__4F1U));
        } break;
        case __li__JXNM__: {
          li__KQUS=li__153R(((__li__JXNM *)li__4F1U));
        } break;
        case __li__21LO__: {
          li__KQUS=li__2KLP(((__li__21LO *)li__4F1U));
        } break;
        case __li__TPOO__: {
          li__KQUS=li__JLLP(((__li__TPOO *)li__4F1U));
        } break;
        case __li__URRO__: {
          li__KQUS=li__KM4R(((__li__URRO *)li__4F1U));
        } break;
        case __li__41XO__: {
          li__KQUS=li__CSDQ(((__li__41XO *)li__4F1U));
        } break;
        case __li__AKBR__: {
          li__KQUS=li__L2DS(((__li__AKBR *)li__4F1U));
        } break;
        case __li__SU5R__: {
          li__KQUS=li__EQJS(((__li__SU5R *)li__4F1U));
        } break;
        case __li__JV5R__: {
          li__KQUS=li__PQJS(((__li__JV5R *)li__4F1U));
        } break;
        };
        li__UGQS=li__2IUJ(li__4BQS,li__QPUS,li__KQUS,li__JGQS,li__I__);
        li__QF1U=((__li__KI *)li__XIKB);
        li__P2VG(((__li__TOLE *)li__QF1U->li__2OLE),li__UGQS);
        li__WVRE(li__QF1U);
        li__4F1U=li__ZAHJ(((__li__ODID *)li__UGQS));
        li__C5PS=li__4F1U;
      } else /* FALSE */ {
        li__SBQS=li__J1NK(((__li__5RB *)li__54PS));
        li__KBG(((__li__U *)li__SBQS->li__WXI));
        fputc((int)('='),stdout);
        li__DBQS=li__Y1IS();
        li__SBQS=li__J1NK(((__li__5RB *)li__DBQS));
        li__KBG(((__li__U *)li__SBQS->li__WXI));
        fputc((int)('\n'),stdout);
        li__HEZ(((__li__BC *)li__0C),(&__string_634));
        li__OUHF(((__li__5RB *)li__54PS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_671));
        li__DBQS=li__Y1IS();
        li__OUHF(((__li__5RB *)li__DBQS),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_178));
        li__DNVB( 1,li__0C);
        li__V5E(li__A5PS);
        li__V5E(li__44PS->li__KV5R.li__IVVI.li__0CC);
        li__ODF();
      };
    };
  };
  li__B5PS=li__C5PS;
  return(li__B5PS);
}

static void** li__R4PQ(__li__K li__T4PQ)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XJUQ;
  __li__CB li__ZJUQ;
  void **li__3JUQ,**li__U4PQ;
  li__XJUQ=li__VWVQ();
  li__ZJUQ=li__HJU(((__li__JJG )(__li__K)(li__T4PQ * li__XJUQ)));
  li__3JUQ=((void **)li__ZJUQ);
  li__XJUQ=(__li__K)(li__T4PQ -  1);
  while ((li__XJUQ >=  0)) {
    li__3JUQ[li__XJUQ]=NULL;
    li__XJUQ=(__li__K)(li__XJUQ -  1);
  };
  li__U4PQ=li__3JUQ;
  return(li__U4PQ);
}

static __li__K li__VWVQ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XWVQ;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QWEC__->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
  li__XWVQ=((__li__K )(sizeof(void *)));
  return(li__XWVQ);
}

static void* li__4KKJ(__li__DZB *li__5KKJ,__li__PO li__ALKJ,void *li__BLKJ,void *li__CLKJ)
/* (Strict SLOT_DATA{li__DZB},Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ELKJ,*li__DLKJ;
  __li__RLKJ *li__K0VJ,*li__T1VJ;
  __li__CB li__L0VJ,li__EH1U;
  __li__JJG li__T0VJ,li__HH1U,li__CH1U;
  __li__K li__40VJ;
  __li__52B li__SH1U;
  __li__5LKJ *li__V3VJ,*li__44VJ;
  li__ELKJ=NULL;
  /* __li__B__ __li__I__ */
if ((li__5KKJ->li__GZB.li__FZB.li__DI1B == '-')) {
    li__K0VJ=NULL;
    li__L0VJ=((__li__CB )(NULL));
    li__T0VJ=((__li__JJG )sizeof(__li__RLKJ));
    /* __li__B__ __li__I__ */
if ((li__T0VJ ==  0)) {
      li__K0VJ=li__RLKJ__;
    } else /* FALSE */ {
      li__40VJ=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__T0VJ));
      /* __li__B__ __li__I__ */
if ((li__40VJ == (__li__K)(-  1))) {
        li__HH1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__CH1U=(__li__JJG)((__li__JJG)(li__T0VJ - (__li__JJG)(((__li__JJG ) 0) - li__HH1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HH1U) - ((__li__JJG ) 1)));
        li__HH1U=(__li__JJG)(li__CH1U / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__EH1U=li__YCJ(li__CH1U,((__li__CB )(&(table_size[(li__HH1U)-1]))),((__li__52B )li__CH1U));
        li__L0VJ=li__EH1U;
      } else /* FALSE */ {
        li__SH1U=((__li__52B )li__40VJ);
        li__HH1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__CH1U=(__li__JJG)((__li__JJG)(li__T0VJ - (__li__JJG)(((__li__JJG ) 0) - li__HH1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HH1U) - ((__li__JJG ) 1)));
        li__EH1U=li__YCJ(li__CH1U,((__li__CB )(&(table_type[(li__SH1U)]))),(__li__52B)(li__SH1U |  1));
        li__L0VJ=li__EH1U;
      };
      li__T1VJ=((__li__RLKJ *)li__L0VJ);
      li__K0VJ=li__T1VJ;
      *(li__T1VJ) = *(li__RLKJ__);
    };
    li__T1VJ=((__li__RLKJ *)li__K0VJ);
    li__T1VJ->li__SLKJ.li__RZEC.li__0CC=li__ALKJ;
    li__T1VJ->li__SLKJ.li__CSSH=li__CLKJ;
    li__T1VJ->li__2BDK=li__5KKJ;
    li__ELKJ=li__K0VJ;
  } else /* FALSE */ {
    li__V3VJ=NULL;
    li__L0VJ=((__li__CB )(NULL));
    li__T0VJ=((__li__JJG )sizeof(__li__5LKJ));
    /* __li__B__ __li__I__ */
if ((li__T0VJ ==  0)) {
      li__V3VJ=li__5LKJ__;
    } else /* FALSE */ {
      li__40VJ=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__T0VJ));
      /* __li__B__ __li__I__ */
if ((li__40VJ == (__li__K)(-  1))) {
        li__HH1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__CH1U=(__li__JJG)((__li__JJG)(li__T0VJ - (__li__JJG)(((__li__JJG ) 0) - li__HH1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HH1U) - ((__li__JJG ) 1)));
        li__HH1U=(__li__JJG)(li__CH1U / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__EH1U=li__YCJ(li__CH1U,((__li__CB )(&(table_size[(li__HH1U)-1]))),((__li__52B )li__CH1U));
        li__L0VJ=li__EH1U;
      } else /* FALSE */ {
        li__SH1U=((__li__52B )li__40VJ);
        li__HH1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__CH1U=(__li__JJG)((__li__JJG)(li__T0VJ - (__li__JJG)(((__li__JJG ) 0) - li__HH1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__HH1U) - ((__li__JJG ) 1)));
        li__EH1U=li__YCJ(li__CH1U,((__li__CB )(&(table_type[(li__SH1U)]))),(__li__52B)(li__SH1U |  1));
        li__L0VJ=li__EH1U;
      };
      li__44VJ=((__li__5LKJ *)li__L0VJ);
      li__V3VJ=li__44VJ;
      *(li__44VJ) = *(li__5LKJ__);
    };
    li__44VJ=((__li__5LKJ *)li__V3VJ);
    li__44VJ->li__AMKJ.li__RZEC.li__0CC=li__ALKJ;
    li__44VJ->li__AMKJ.li__CSSH=li__CLKJ;
    li__44VJ->li__2TBK=li__BLKJ;
    li__44VJ->li__IDDK=li__5KKJ;
    li__ELKJ=li__V3VJ;
  };
  li__DLKJ=li__ELKJ;
  return(li__DLKJ);
}

static void li__2CJI(__li__TOLE *li__3CJI,__li__K li__4CJI,__li__K li__5CJI)
/* (Strict FAST_ARRAY(INSTR){li__TOLE},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0JKI,li__NASU;
  void *li__IFJI;
  void **li__DCBV,**li__ECBV,**li__FCBV;
  li__0JKI=li__5CJI;
  li__DCBV=(*(li__3CJI)).li__S3VG;
  li__ECBV=(*(li__3CJI)).li__S3VG;
  li__FCBV=(*(li__3CJI)).li__S3VG;
  while ((li__0JKI >= li__4CJI)) {
    li__IFJI=((void **)li__DCBV)[li__0JKI];
    li__NASU=(__li__K)(li__0JKI +  1);
    ((void **)li__ECBV)[li__NASU]=li__IFJI;
    ((void **)li__FCBV)[li__0JKI]=NULL;
    li__0JKI=(__li__K)(li__0JKI -  1);
  };
}

static void** li__1LBL(__li__K li__3LBL)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__P2JL;
  __li__K li__JDHM;
  void **li__T2JL,**li__4LBL;
  li__P2JL=li__HJU(((__li__JJG )(__li__K)(li__3LBL * ((__li__K )(sizeof(void *))))));
  li__T2JL=((void **)li__P2JL);
  li__JDHM=(__li__K)(li__3LBL -  1);
  while ((li__JDHM >=  0)) {
    li__T2JL[li__JDHM]=NULL;
    li__JDHM=(__li__K)(li__JDHM -  1);
  };
  li__4LBL=li__T2JL;
  return(li__4LBL);
}

static void** li__WQCM(void **li__XQCM,__li__K li__YQCM,__li__K li__ZQCM)
/* (Strict NATIVE_ARRAY(WRITE){li__A0EK},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__2RCM;
  __li__K li__CSCM,li__JWUN;
  void **li__BSCM,**li__0QCM;
  li__2RCM=li__CUY(((__li__CB )li__XQCM),((__li__JJG )(__li__K)(li__YQCM * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__ZQCM * ((__li__K )(sizeof(void *))))));
  li__BSCM=((void **)li__2RCM);
  li__CSCM=(__li__K)(li__ZQCM -  1);
  li__JWUN=li__YQCM;
  while ((li__JWUN <= li__CSCM)) {
    li__BSCM[li__JWUN]=NULL;
    li__JWUN=(__li__K)(li__JWUN +  1);
  };
  li__0QCM=li__BSCM;
  return(li__0QCM);
}

static void li__XZFQ(__li__DZB *li__YZFQ,void *li__ZZFQ)
/* (Strict SLOT_DATA{li__DZB},READ{li__21LO}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__UAQQ;
  li__YZFQ->li__GZB.li__LNME=(__li__K)(li__YZFQ->li__GZB.li__LNME -  1);
  /* __li__B__ __li__I__ */
if ((li__YZFQ->li__GZB.li__LNME <  0)) {
    li__KBG((&__string_462));
    li__UAQQ=li__IFC( 250);
    li__ZJKP(li__ZZFQ,li__UAQQ);
    li__C30(((__li__BC *)li__UAQQ));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_463));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
}

static void li__HT1Q(__li__1M *li__IT1Q,__li__LHBK *li__JT1Q)
/* (Strict PROFIL_SLOT{li__1M},Strict CALL_SLOT{NULLxli__LHBK}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if (((void *)li__JT1Q->li__SIWO != (void *)NULL)) {
    li__IT1Q->li__2M.li__AH0L=(__li__K)(li__IT1Q->li__2M.li__AH0L +  1);
  } else /* FALSE */ {
    li__IT1Q->li__2M.li__LJBK=(__li__K)(li__IT1Q->li__2M.li__LJBK +  1);
  };
}

static void li__GGZO(__li__UJSH *li__HGZO)
/* (Strict PROFIL_BLOCK{li__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1CFP,li__FGGP;
  __li__ODID *li__BDFP;
  __li__ZDID *li__QCFP,*li__RCFP;
  /* __li__B__ __li__I__ */
if ((li__HGZO->li__VJSH.li__LJBK ==  0)) {
    li__QCFP=((__li__ZDID *)li__BEID);
    li__RCFP=li__HGZO->li__1NFK;
    li__1CFP=li__RCFP->li__AEID.li__RKAE;
    li__FGGP= 1;
    while ((li__FGGP <= li__1CFP)) {
      li__BDFP=li__QZQH(((__li__ZDID *)li__RCFP),li__FGGP);
      li__IPQH(li__QCFP,li__BDFP);
      li__FGGP=(__li__K)(li__FGGP +  1);
    };
  };
  li__HGZO->li__VJSH.li__LJBK=(__li__K)(li__HGZO->li__VJSH.li__LJBK +  1);
}

static __li__C li__VGZO(__li__LHBK *li__WGZO)
/* (Strict CALL_SLOT{li__LHBK}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__YGZO;
  __li__C li__ZGZO,li__XGZO;
  li__YGZO=li__WGZO->li__KSPK;
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__YGZO)->__id==__li__1M__) {
    li__ZGZO=li__1YJM(((__li__1M *)li__YGZO));
  } else /* PROFIL_BLOCK */ {
    li__ZGZO=li__I__;
  };
  li__XGZO=li__ZGZO;
  return(li__XGZO);
}

static void li__0GZO(__li__QWEO *li__1GZO,__li__K li__2GZO)
/* (Expanded SLIM_ARRAY(RESULT){li__QWEO},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__3GZO;
  __li__AB li__GHZO;
  __li__QWEO *li__CHZO;
  __li__ILPO *li__FHZO;
  li__1GZO->li__2KPO=NULL;
  li__3GZO=(li__2GZO >  1);
  li__GHZO.self=li__1GZO;
  /* __li__B__ __li__I__ */
if (li__3GZO) {
    li__CHZO=((__li__QWEO *)li__GHZO.self);
    li__FHZO=li__F1QO((__li__K)(li__2GZO -  1));
    li__CHZO->li__RLPO=li__FHZO;
  };
}

static __li__KMFK* li__ZCCL(__li__VTBD *li__0CCL)
/* (Strict LOCAL{li__VTBD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__4UKL;
  __li__KMFK *li__WZRL,*li__50RL,*li__3CCL;
  __li__CB li__XZRL,li__WJ1U;
  __li__JJG li__5ZRL,li__ZJ1U,li__UJ1U;
  __li__K li__K0RL;
  __li__52B li__EK1U;
  li__4UKL=li__0CCL->li__WTBD.li__FZB.li__RF.li__0CC;
  li__WZRL=NULL;
  li__XZRL=((__li__CB )(NULL));
  li__5ZRL=((__li__JJG )sizeof(__li__KMFK));
  /* __li__B__ __li__I__ */
if ((li__5ZRL ==  0)) {
    li__WZRL=li__KMFK__;
  } else /* FALSE */ {
    li__K0RL=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__5ZRL));
    /* __li__B__ __li__I__ */
if ((li__K0RL == (__li__K)(-  1))) {
      li__ZJ1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__UJ1U=(__li__JJG)((__li__JJG)(li__5ZRL - (__li__JJG)(((__li__JJG ) 0) - li__ZJ1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZJ1U) - ((__li__JJG ) 1)));
      li__ZJ1U=(__li__JJG)(li__UJ1U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__WJ1U=li__YCJ(li__UJ1U,((__li__CB )(&(table_size[(li__ZJ1U)-1]))),((__li__52B )li__UJ1U));
      li__XZRL=li__WJ1U;
    } else /* FALSE */ {
      li__EK1U=((__li__52B )li__K0RL);
      li__ZJ1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__UJ1U=(__li__JJG)((__li__JJG)(li__5ZRL - (__li__JJG)(((__li__JJG ) 0) - li__ZJ1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZJ1U) - ((__li__JJG ) 1)));
      li__WJ1U=li__YCJ(li__UJ1U,((__li__CB )(&(table_type[(li__EK1U)]))),(__li__52B)(li__EK1U |  1));
      li__XZRL=li__WJ1U;
    };
    li__50RL=((__li__KMFK *)li__XZRL);
    li__WZRL=li__50RL;
    *(li__50RL) = *(li__KMFK__);
  };
  li__50RL=((__li__KMFK *)li__WZRL);
  li__50RL->li__LMFK.li__0CC=li__4UKL;
  li__50RL->li__3RFK=li__0CCL;
  li__0CCL->li__WTBD.li__LNME=(__li__K)(li__0CCL->li__WTBD.li__LNME +  1);
  li__3CCL=li__WZRL;
  return(li__3CCL);
}

static __li__ILPO* li__F1QO(__li__K li__H1QO)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__3KXO,li__1K1U;
  __li__JJG li__FLXO,li__4K1U,li__ZK1U;
  __li__K li__QLXO;
  __li__52B li__JL1U;
  __li__ILPO *li__2KXO,*li__FMXO,*li__I1QO;
  void **li__TENP;
  li__2KXO=NULL;
  li__3KXO=((__li__CB )(NULL));
  li__FLXO=((__li__JJG )sizeof(__li__ILPO));
  /* __li__B__ __li__I__ */
if ((li__FLXO ==  0)) {
    li__2KXO=li__ILPO__;
  } else /* FALSE */ {
    li__QLXO=__li__ILPO__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__FLXO));
    /* __li__B__ __li__I__ */
if ((li__QLXO == (__li__K)(-  1))) {
      li__4K1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZK1U=(__li__JJG)((__li__JJG)(li__FLXO - (__li__JJG)(((__li__JJG ) 0) - li__4K1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4K1U) - ((__li__JJG ) 1)));
      li__4K1U=(__li__JJG)(li__ZK1U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__1K1U=li__YCJ(li__ZK1U,((__li__CB )(&(table_size[(li__4K1U)-1]))),((__li__52B )li__ZK1U));
      li__3KXO=li__1K1U;
    } else /* FALSE */ {
      li__JL1U=((__li__52B )li__QLXO);
      li__4K1U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZK1U=(__li__JJG)((__li__JJG)(li__FLXO - (__li__JJG)(((__li__JJG ) 0) - li__4K1U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4K1U) - ((__li__JJG ) 1)));
      li__1K1U=li__YCJ(li__ZK1U,((__li__CB )(&(table_type[(li__JL1U)]))),(__li__52B)(li__JL1U |  1));
      li__3KXO=li__1K1U;
    };
    li__FMXO=((__li__ILPO *)li__3KXO);
    li__2KXO=li__FMXO;
    *(li__FMXO) = *(li__ILPO__);
  };
  li__FMXO=((__li__ILPO *)li__2KXO);
  /* __li__B__ __li__I__ */
if (((*(li__FMXO)).li__I2MP < li__H1QO)) {
    li__TENP=li__W4VP(li__H1QO);
    (*(li__FMXO)).li__G3MP=li__TENP;
    (*(li__FMXO)).li__I2MP=li__H1QO;
  };
  (*(li__FMXO)).li__G2MP=(__li__K)(-  1);
  li__I1QO=li__2KXO;
  return(li__I1QO);
}

static void li__C2MP(__li__ILPO *li__D2MP,__li__OWEO *li__E2MP)
/* (Strict FAST_ARRAY(RESULT){li__ILPO},Strict RESULT{NULLxli__OWEO}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__N3MP,li__HSGQ,li__RTGQ,li__JA5Q;
  __li__CB li__LTGQ;
  __li__C li__V2MP;
  void **li__F3MP;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__D2MP)).li__G2MP +  1) <= (__li__K)((*(li__D2MP)).li__I2MP -  1))) {
    (*(li__D2MP)).li__G2MP=(__li__K)((*(li__D2MP)).li__G2MP +  1);
    li__V2MP=li__B__;
  } else /* FALSE */ {
    li__V2MP=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__V2MP)) {
    /* __li__B__ __li__I__ */
if (((*(li__D2MP)).li__I2MP ==  0)) {
      li__F3MP=li__W4VP( 2);
      (*(li__D2MP)).li__G3MP=li__F3MP;
      (*(li__D2MP)).li__I2MP= 2;
      (*(li__D2MP)).li__G2MP= 0;
    } else /* FALSE */ {
      li__N3MP=(__li__K)((*(li__D2MP)).li__I2MP <<  1);
      li__F3MP=((void **)(*(li__D2MP)).li__G3MP);
      li__HSGQ=(*(li__D2MP)).li__I2MP;
      li__LTGQ=li__CUY(((__li__CB )li__F3MP),((__li__JJG )(__li__K)(li__HSGQ * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__N3MP * ((__li__K )(sizeof(void *))))));
      li__F3MP=((void **)li__LTGQ);
      li__RTGQ=(__li__K)(li__N3MP -  1);
      li__JA5Q=li__HSGQ;
      while ((li__JA5Q <= li__RTGQ)) {
        li__F3MP[li__JA5Q]=NULL;
        li__JA5Q=(__li__K)(li__JA5Q +  1);
      };
      (*(li__D2MP)).li__G3MP=li__F3MP;
      (*(li__D2MP)).li__I2MP=li__N3MP;
      (*(li__D2MP)).li__G2MP=(__li__K)((*(li__D2MP)).li__G2MP +  1);
    };
  };
  ((void **)(*(li__D2MP)).li__G3MP)[(*(li__D2MP)).li__G2MP]=li__E2MP;
}

static void** li__5VPQ(__li__K li__BWPQ)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__0CUQ;
  __li__K li__UM5Q;
  void **li__4CUQ,**li__CWPQ;
  li__0CUQ=li__HJU(((__li__JJG )(__li__K)(li__BWPQ * ((__li__K )(sizeof(void *))))));
  li__4CUQ=((void **)li__0CUQ);
  li__UM5Q=(__li__K)(li__BWPQ -  1);
  while ((li__UM5Q >=  0)) {
    li__4CUQ[li__UM5Q]=NULL;
    li__UM5Q=(__li__K)(li__UM5Q -  1);
  };
  li__CWPQ=li__4CUQ;
  return(li__CWPQ);
}

static __li__VTBD* li__2JZK(__li__B2OI *li__3JZK)
/* (Expanded SLIM_ARRAY(LOCAL){li__B2OI}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__5JZK,*li__SQ1U,*li__4JZK;
  __li__C li__BKZK;
  __li__AB li__IKZK;
  __li__AB li__OKZK;
  __li__Z0IE *li__PQ1U;
  li__5JZK=NULL;
  li__BKZK=((void *)li__3JZK->li__OZ2I != (void *)NULL);
  li__IKZK.self=li__3JZK;
  li__OKZK.self=li__3JZK;
  /* __li__B__ __li__I__ */
if (li__BKZK) {
    li__PQ1U=((__li__Z0IE *)((__li__B2OI *)li__IKZK.self)->li__OZ2I);
    li__SQ1U=((void **)(*(li__PQ1U)).li__WWWG)[(*(li__PQ1U)).li__4BPE];
    li__5JZK=li__SQ1U;
  } else /* FALSE */ {
    li__5JZK=((__li__B2OI *)li__OKZK.self)->li__TBSI;
  };
  li__4JZK=li__5JZK;
  return(li__4JZK);
}

static __li__KI* li__UG1P(__li__2PLO *li__VG1P,void *li__WG1P,__li__5RB *li__XG1P)
/* (Strict NODE_STYLE{li__2PLO},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__LHBK *li__BH1P,*li__RY5P;
  __li__Z4WH *li__CH1P,*li__JL1P;
  void *li__DH1P,*li__1L1P;
  __li__DZB *li__HH1P,*li__KJ1P,*li__QR1U;
  __li__5RB *li__OH1P,*li__K3KV,*li__N3KV,*li__Y3KV,*li__13KV,*li__L4KV;
  __li__5RB *li__O4KV,*li__L5KV,*li__O5KV,*li__ESIQ,*li__HSIQ;
  void *li__QH1P,*li__SH1P,*li__RI1P,*li__B3KV,*li__F3KV,*li__3K1P;
  void *li__ZL1P,*li__REBV,*li__TEBV,*li__CIOQ,*li__DIOQ,*li__UY1U;
  void *li__ZY1U,*li__1Y1U,*li__DSIQ,*li__GSIQ;
  __li__PO li__TH1P,li__J3KV,li__X3KV,li__K4KV,li__K5KV;
  __li__KI *li__UH1P,*li__Q3KV,*li__T3KV,*li__DT1U,*li__YG1P;
  void *li__WH1P;
  void *li__XH1P;
  __li__PF *li__YH1P;
  __li__WK *li__UQ1U,*li__YR1U,*li__PU1U,*li__0X1U;
  __li__KVBD *li__I3KV,*li__M3KV,*li__W3KV,*li__03KV,*li__J4KV,*li__N4KV;
  __li__KVBD *li__J5KV,*li__N5KV;
  __li__WVBD *li__WQ1U,*li__XQ1U,*li__0R1U,*li__1R1U,*li__RU1U,*li__SU1U;
  __li__WVBD *li__2X1U,*li__3X1U;
  __li__KLWI *li__ZQ1U,*li__3R1U,*li__UU1U,*li__5X1U;
  __li__KMFK *li__1Q1U,*li__5R1U,*li__WU1U,*li__BY1U;
  __li__ULWI *li__4Q1U,*li__5Q1U,*li__CS1U,*li__DS1U,*li__ZU1U,*li__0U1U;
  __li__ULWI *li__EY1U,*li__FY1U;
  __li__MSWI *li__BR1U,*li__CR1U,*li__FS1U,*li__GS1U,*li__2U1U,*li__3U1U;
  __li__MSWI *li__HY1U,*li__IY1U;
  __li__MZWI *li__ER1U,*li__FR1U,*li__IS1U,*li__JS1U,*li__5U1U,*li__AV1U;
  __li__MZWI *li__KY1U,*li__LY1U;
  __li__C0WI *li__HR1U,*li__IR1U,*li__LS1U,*li__MS1U,*li__CV1U,*li__DV1U;
  __li__C0WI *li__NY1U,*li__OY1U;
  __li__M1WI *li__KR1U,*li__LR1U,*li__OS1U,*li__PS1U,*li__FV1U,*li__GV1U;
  __li__M1WI *li__QY1U,*li__RY1U;
  __li__URB *li__WI1P;
  __li__K li__JH1P,li__ZJ1P,li__IV5P,li__SL1P,li__MVAQ,li__4GPU;
  __li__K li__CQXQ,li__TVRU,li__DXOI;
  __li__CJ1P *li__FJ1P,*li__0Q1P;
  void *li__5J1P;
  void *li__CM1P;
  __li__EN1P *li__HN1P,*li__3Q1P;
  __li__QWEC *li__WM4P,*li__RN1P,*li__MN4P;
  __li__ULSB *li__SN1P,*li__ST1U,*li__IPIQ,*li__LTIQ;
  __li__RDID *li__FGOQ;
  __li__NY3I *li__XGOQ;
  __li__SJPJ *li__AHOQ;
  __li__1VPJ *li__JHOQ;
  __li__VTBD *li__VO1P,*li__WRIQ;
  __li__O3B *li__AP1P;
  __li__U *li__NP1P;
  __li__ETWI *li__5P1P;
  __li__1M *li__2JIQ,*li__4JIQ,*li__MKIQ,*li__2NIQ,*li__OQIQ;
  __li__UJSH *li__DKIQ,*li__NMIQ;
  __li__SQNE *li__2LIQ;
  void *li__HCXR;
  __li__DFNL *li__O11U;
  __li__OWEO *li__IS1P;
  __li__AVBD *li__T11U,*li__U11U;
  __li__2ZEC *li__GH1P,*li__JT1U,*li__IGOQ,*li__EO1P,*li__VHOQ;
  __li__C li__FI1P,li__KI1P,li__JLIQ,li__FLIQ,li__NOIQ,li__KOIQ;
  __li__C li__USIQ;
  __li__MZB *li__MJ1P,*li__XJ1P,*li__AK1P,*li__GM1P;
  __li__SZEC *li__3JIQ,*li__QUIQ;
  __li__ZCSH *li__FKIQ;
  __li__B2OI *li__BS1P,*li__YT1P;
  __li__QWEO *li__HS1P;
  li__BH1P=NULL;
  li__CH1P=NULL;
  li__DH1P=NULL;
  li__GH1P=NULL;
  li__HH1P=NULL;
  li__OH1P=NULL;
  li__QH1P=NULL;
  li__SH1P=NULL;
  li__TH1P=li__YS2P(li__VG1P);
  li__UH1P=li__R4HD(li__TH1P);
  li__WH1P=li__VG1P->li__3PLO.li__QPME;
  /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
if (li__WH1P==NULL) {
    li__XH1P=NULL;
  } else {
    switch (((struct ___OBJ *)li__WH1P)->__id) {
    case __li__RDID__: {
      li__XH1P=((void *)li__WH1P);
    } break;
    case __li__GO3I__: 
    case __li__NY3I__: 
    case __li__SJPJ__: {
      li__XH1P=NULL;
    } break;
    case __li__0VPJ__: {
      li__XH1P=((void *)li__WH1P);
    } break;
    case __li__1VPJ__: {
      li__XH1P=((void *)li__WH1P);
    } break;
    }
  };
  li__YH1P=li__J1NK(((__li__5RB *)li__XG1P));
  /* __li__B__ __li__I__ */
if (((li__YH1P->li__SF.li__DI1B == '-') && ((void *)li__XH1P != (void *)NULL))) {
    /* NULL __li__RDID__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__XH1P)->__id) {
    case __li__RDID__: {
      li__FI1P=((__li__RDID *)li__XH1P)->li__ZOME;
    } break;
    case __li__0VPJ__: {
      li__FI1P=((__li__0VPJ *)li__XH1P)->li__3VPJ.li__2VPJ.li__ZOME;
    } break;
    case __li__1VPJ__: {
      li__FI1P=((__li__1VPJ *)li__XH1P)->li__2VPJ.li__ZOME;
    } break;
    };
    li__KI1P=(! li__FI1P);
  } else /* FALSE */ {
    li__KI1P=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__KI1P) {
    li__XH1P=li__VG1P->li__3PLO.li__QPME;
    /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__XH1P)->__id) {
    case __li__RDID__: {
      li__RI1P=((__li__RDID *)li__XH1P)->li__UDID.li__WOME;
    } break;
    case __li__GO3I__: {
      li__RI1P=li__SDID__->li__WOME;
    } break;
    case __li__NY3I__: {
      li__RI1P=((__li__NY3I *)li__XH1P)->li__OY3I.li__WOME;
    } break;
    case __li__SJPJ__: {
      li__RI1P=((__li__SJPJ *)li__XH1P)->li__TJPJ.li__WOME;
    } break;
    case __li__0VPJ__: {
      li__B3KV=((void **)(*(((__li__2ZEC *)((__li__0VPJ *)li__XH1P)->li__3VPJ.li__0EOK))).li__3GPI)[ 0];
      li__RI1P=li__B3KV;
    } break;
    case __li__1VPJ__: {
      li__F3KV=((void **)(*(((__li__2ZEC *)((__li__1VPJ *)li__XH1P)->li__0EOK))).li__3GPI)[ 0];
      li__RI1P=li__F3KV;
    } break;
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RI1P)->__id) {
    case __li__WK__: {
      li__UQ1U=li__PVEJ(((__li__WK *)li__RI1P));
      li__B3KV=li__UQ1U;
    } break;
    case __li__AVBD__: {
      li__B3KV=li__AE5L(((__li__AVBD *)li__RI1P));
    } break;
    case __li__KVBD__: {
      li__I3KV=((__li__KVBD *)li__RI1P);
      li__J3KV=li__I3KV->li__LVBD.li__0K.li__0CC;
      li__K3KV=li__I3KV->li__LVBD.li__WZLE;
      li__I3KV=li__5QND();
      li__M3KV=((__li__KVBD *)li__I3KV);
      li__M3KV->li__LVBD.li__0K.li__0CC=li__J3KV;
      li__N3KV=li__NNSE(((__li__5RB *)li__K3KV));
      li__M3KV->li__LVBD.li__WZLE=li__N3KV;
      li__B3KV=li__I3KV;
    } break;
    case __li__WVBD__: {
      li__WQ1U=((__li__WVBD *)li__RI1P);
      li__XQ1U=li__VEID(li__WQ1U->li__XVBD.li__0K.li__0CC,li__WQ1U->li__2ZLE,li__WQ1U->li__XVBD.li__WZLE);
      li__B3KV=li__XQ1U;
    } break;
    case __li__Z4WH__: {
      li__B3KV=li__XEVK(((__li__Z4WH *)li__RI1P));
    } break;
    case __li__KTVI__: {
      li__B3KV=li__XF5L(((__li__KTVI *)li__RI1P));
    } break;
    case __li__LTVI__: {
      li__B3KV=li__SDGM(((__li__LTVI *)li__RI1P));
    } break;
    case __li__XTVI__: {
      li__B3KV=li__DG5L(((__li__XTVI *)li__RI1P));
    } break;
    case __li__YTVI__: {
      li__B3KV=li__4DGM(((__li__YTVI *)li__RI1P));
    } break;
    case __li__S2VI__: {
      li__B3KV=li__OG5L(((__li__S2VI *)li__RI1P));
    } break;
    case __li__E3VI__: {
      li__B3KV=li__ZG5L(((__li__E3VI *)li__RI1P));
    } break;
    case __li__KLWI__: {
      li__ZQ1U=((__li__KLWI *)li__RI1P);
      li__J3KV=li__ZQ1U->li__LLWI.li__0CC;
      li__1Q1U=li__G3CM(((__li__KMFK *)li__ZQ1U->li__ZPBK));
      li__ZQ1U=li__PNSJ(li__J3KV,li__1Q1U);
      li__B3KV=li__ZQ1U;
    } break;
    case __li__ULWI__: {
      li__4Q1U=((__li__ULWI *)li__RI1P);
      li__5Q1U=li__AOSJ(li__4Q1U->li__VLWI.li__0CC,li__4Q1U->li__4PBK);
      li__B3KV=li__5Q1U;
    } break;
    case __li__NMWI__: {
      li__B3KV=li__SH5L(((__li__NMWI *)li__RI1P));
    } break;
    case __li__BNWI__: {
      li__B3KV=li__3H5L(((__li__BNWI *)li__RI1P));
    } break;
    case __li__XNWI__: {
      li__B3KV=li__II5L(((__li__XNWI *)li__RI1P));
    } break;
    case __li__LOWI__: {
      li__B3KV=li__TI5L(((__li__LOWI *)li__RI1P));
    } break;
    case __li__5OWI__: {
      li__B3KV=li__4I5L(((__li__5OWI *)li__RI1P));
    } break;
    case __li__TPWI__: {
      li__B3KV=li__JJ5L(((__li__TPWI *)li__RI1P));
    } break;
    case __li__HQWI__: {
      li__B3KV=li__UJ5L(((__li__HQWI *)li__RI1P));
    } break;
    case __li__ARWI__: {
      li__B3KV=li__5J5L(((__li__ARWI *)li__RI1P));
    } break;
    case __li__URWI__: {
      li__B3KV=li__NK5L(((__li__URWI *)li__RI1P));
    } break;
    case __li__MSWI__: {
      li__BR1U=((__li__MSWI *)li__RI1P);
      li__CR1U=li__YXSJ(li__BR1U->li__NSWI.li__0CC,li__BR1U->li__ISBK);
      li__B3KV=li__CR1U;
    } break;
    case __li__ETWI__: {
      li__B3KV=li__4K5L(((__li__ETWI *)li__RI1P));
    } break;
    case __li__MZWI__: {
      li__ER1U=((__li__MZWI *)li__RI1P);
      li__FR1U=li__4U4I(li__ER1U->li__NZWI.li__0K.li__0CC,li__ER1U->li__3SBK,li__ER1U->li__NZWI.li__WZLE);
      li__B3KV=li__FR1U;
    } break;
    case __li__C0WI__: {
      li__HR1U=((__li__C0WI *)li__RI1P);
      li__IR1U=li__ZV4I(li__HR1U->li__D0WI.li__0K.li__0CC,li__HR1U->li__CTBK);
      li__B3KV=li__IR1U;
    } break;
    case __li__M1WI__: {
      li__KR1U=((__li__M1WI *)li__RI1P);
      li__LR1U=li__1Z4I(li__KR1U->li__N1WI.li__0K.li__0CC,li__KR1U->li__UTFK);
      li__B3KV=li__LR1U;
    } break;
    case __li__KMFK__: {
      li__B3KV=li__G3CM(((__li__KMFK *)li__RI1P));
    } break;
    case __li__XOHL__: {
      li__B3KV=li__AAPN(((__li__XOHL *)li__RI1P));
    } break;
    case __li__FPHL__: {
      li__B3KV=li__2EGM(((__li__FPHL *)li__RI1P));
    } break;
    case __li__APLM__: {
      li__B3KV=li__XRDQ(((__li__APLM *)li__RI1P));
    } break;
    case __li__DTNM__: {
      li__B3KV=li__D5SO(((__li__DTNM *)li__RI1P));
    } break;
    case __li__JXNM__: {
      li__B3KV=li__153R(((__li__JXNM *)li__RI1P));
    } break;
    case __li__21LO__: {
      li__B3KV=li__2KLP(((__li__21LO *)li__RI1P));
    } break;
    case __li__TPOO__: {
      li__B3KV=li__JLLP(((__li__TPOO *)li__RI1P));
    } break;
    case __li__URRO__: {
      li__B3KV=li__KM4R(((__li__URRO *)li__RI1P));
    } break;
    case __li__41XO__: {
      li__B3KV=li__CSDQ(((__li__41XO *)li__RI1P));
    } break;
    case __li__AKBR__: {
      li__B3KV=li__L2DS(((__li__AKBR *)li__RI1P));
    } break;
    case __li__SU5R__: {
      li__B3KV=li__EQJS(((__li__SU5R *)li__RI1P));
    } break;
    case __li__JV5R__: {
      li__B3KV=li__PQJS(((__li__JV5R *)li__RI1P));
    } break;
    };
    li__QH1P=li__B3KV;
  };
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__WG1P==NULL) {
    li__WI1P=NULL;
  } else {
    if (((struct ___OBJ *)li__WG1P)->__id==__li__URB__) {
      li__WI1P=((void *)li__WG1P);
    } else /* Other types */ {
      li__WI1P=NULL;
    }
  };
  li__JH1P=li__WI1P->li__VRB.li__NZC;
  /* __li__B__ __li__I__ */
if ((li__JH1P ==  0)) {
    /* __li__B__ __li__I__ */
if (((void *)li__QH1P != (void *)NULL)) {
      li__J3KV=li__YS2P(li__VG1P);
      li__FJ1P=li__ZU5P(li__CJ1P__,li__J3KV,li__QH1P);
      li__Q3KV=((__li__KI *)li__UH1P);
      li__P2VG(((__li__TOLE *)li__Q3KV->li__2OLE),li__FJ1P);
      li__WVRE(li__Q3KV);
    };
    li__RI1P=li__VG1P->li__WYWO;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RI1P)->__id==__li__DZB__) {
      li__KJ1P=li__KLYJ(((__li__DZB *)li__RI1P));
    } else /* SLOT_CODE */ {
      li__KJ1P=li__FMYJ(((__li__QWEC *)li__RI1P));
    };
    li__HH1P=li__KJ1P;
    li__HC5J(((__li__DZB *)li__HH1P));
    li__RI1P=li__VG1P->li__WYWO;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__RI1P)->__id==__li__DZB__) {
      li__MJ1P=((__li__DZB *)li__RI1P)->li__LZB->li__SBQG;
    } else /* SLOT_CODE */ {
      li__MJ1P=((__li__QWEC *)li__RI1P)->li__RWEC->li__SBQG;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__MJ1P != (void *)NULL)) {
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__VG1P->li__WYWO)->__id==__li__DZB__) {
      };
      li__B3KV=li__VG1P->li__WYWO;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__B3KV)->__id==__li__DZB__) {
        li__XJ1P=((__li__DZB *)li__B3KV)->li__LZB->li__SBQG;
      } else /* SLOT_CODE */ {
        li__XJ1P=((__li__QWEC *)li__B3KV)->li__RWEC->li__SBQG;
      };
      li__ZJ1P=(*(li__XJ1P)).li__1ZB;
      li__IV5P= 0;
      while ((li__IV5P <= li__ZJ1P)) {
        li__5J1P=li__VG1P->li__WYWO;
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5J1P)->__id==__li__DZB__) {
          li__AK1P=((__li__DZB *)li__5J1P)->li__LZB->li__SBQG;
        } else /* SLOT_CODE */ {
          li__AK1P=((__li__QWEC *)li__5J1P)->li__RWEC->li__SBQG;
        };
        li__HC5J(((__li__DZB *)((void **)(*(((__li__MZB *)li__AK1P))).li__GR0)[li__IV5P]));
        li__IV5P=(__li__K)(li__IV5P +  1);
      };
    };
    li__RI1P=li__VG1P->li__XYWO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RI1P)->__id) {
    case __li__WK__: {
      li__K3KV=((__li__WK *)li__RI1P)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__K3KV=((__li__AVBD *)li__RI1P)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__K3KV=((__li__KVBD *)li__RI1P)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__K3KV=((__li__WVBD *)li__RI1P)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__K3KV=li__JK5J(((__li__Z4WH *)li__RI1P));
    } break;
    case __li__KTVI__: {
      li__K3KV=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__K3KV=li__553L();
    } break;
    case __li__XTVI__: {
      li__K3KV=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__K3KV=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__K3KV=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__K3KV=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__K3KV=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__K3KV=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__K3KV=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__K3KV=li__DWEK(((__li__BNWI *)li__RI1P));
    } break;
    case __li__XNWI__: {
      li__K3KV=li__IWEK(((__li__XNWI *)li__RI1P));
    } break;
    case __li__LOWI__: {
      li__K3KV=li__NWEK(((__li__LOWI *)li__RI1P));
    } break;
    case __li__5OWI__: {
      li__K3KV=li__SWEK(((__li__5OWI *)li__RI1P));
    } break;
    case __li__TPWI__: {
      li__K3KV=li__XWEK(((__li__TPWI *)li__RI1P));
    } break;
    case __li__HQWI__: {
      li__K3KV=li__2WEK(((__li__HQWI *)li__RI1P));
    } break;
    case __li__ARWI__: {
      li__K3KV=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__K3KV=li__FXEK(((__li__URWI *)li__RI1P));
    } break;
    case __li__MSWI__: {
      li__K3KV=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__K3KV=((__li__ETWI *)li__RI1P)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__K3KV=((__li__MZWI *)li__RI1P)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__K3KV=((__li__C0WI *)li__RI1P)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__K3KV=((__li__M1WI *)li__RI1P)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__K3KV=((__li__KMFK *)li__RI1P)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__K3KV=li__T4NN(((__li__XOHL *)li__RI1P));
    } break;
    case __li__FPHL__: {
      li__K3KV=li__KA4L(((__li__FPHL *)li__RI1P));
    } break;
    case __li__APLM__: {
      li__K3KV=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__K3KV=li__1ISO(((__li__DTNM *)li__RI1P));
    } break;
    case __li__JXNM__: {
      li__K3KV=li__VX3R(((__li__JXNM *)li__RI1P));
    } break;
    case __li__21LO__: {
      li__K3KV=((__li__21LO *)li__RI1P)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__K3KV=((__li__TPOO *)li__RI1P)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__K3KV=li__FH4R();
    } break;
    case __li__41XO__: {
      li__K3KV=li__3FDQ(((__li__41XO *)li__RI1P));
    } break;
    case __li__AKBR__: {
      li__K3KV=li__WQDS(((__li__AKBR *)li__RI1P));
    } break;
    case __li__SU5R__: {
      li__K3KV=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__K3KV=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__K3KV)->li__AEM == (void *)li__QRB__)) {
      /* __li__B__ __li__I__ */
if ((li__HH1P->li__GZB.li__FZB.li__DI1B == '-')) {
        li__YS2P(li__VG1P);
        li__QR1U=((__li__DZB *)li__HH1P);
        li__5J1P=li__BPOO(li__QR1U,li__QR1U->li__GZB.li__FZB.li__RF.li__0CC,NULL);
        li__QR1U->li__GZB.li__LNME=(__li__K)(li__QR1U->li__GZB.li__LNME +  1);
        li__T3KV=((__li__KI *)li__UH1P);
        li__P2VG(((__li__TOLE *)li__T3KV->li__2OLE),li__5J1P);
        li__WVRE(li__T3KV);
      } else /* FALSE */ {
        li__YS2P(li__VG1P);
        li__5J1P=li__VG1P->li__3PLO.li__PPME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5J1P)->__id) {
        case __li__WK__: {
          li__YR1U=li__PVEJ(((__li__WK *)li__5J1P));
          li__3K1P=li__YR1U;
        } break;
        case __li__AVBD__: {
          li__3K1P=li__AE5L(((__li__AVBD *)li__5J1P));
        } break;
        case __li__KVBD__: {
          li__W3KV=((__li__KVBD *)li__5J1P);
          li__X3KV=li__W3KV->li__LVBD.li__0K.li__0CC;
          li__Y3KV=li__W3KV->li__LVBD.li__WZLE;
          li__W3KV=li__5QND();
          li__03KV=((__li__KVBD *)li__W3KV);
          li__03KV->li__LVBD.li__0K.li__0CC=li__X3KV;
          li__13KV=li__NNSE(((__li__5RB *)li__Y3KV));
          li__03KV->li__LVBD.li__WZLE=li__13KV;
          li__3K1P=li__W3KV;
        } break;
        case __li__WVBD__: {
          li__0R1U=((__li__WVBD *)li__5J1P);
          li__1R1U=li__VEID(li__0R1U->li__XVBD.li__0K.li__0CC,li__0R1U->li__2ZLE,li__0R1U->li__XVBD.li__WZLE);
          li__3K1P=li__1R1U;
        } break;
        case __li__Z4WH__: {
          li__3K1P=li__XEVK(((__li__Z4WH *)li__5J1P));
        } break;
        case __li__KTVI__: {
          li__3K1P=li__XF5L(((__li__KTVI *)li__5J1P));
        } break;
        case __li__LTVI__: {
          li__3K1P=li__SDGM(((__li__LTVI *)li__5J1P));
        } break;
        case __li__XTVI__: {
          li__3K1P=li__DG5L(((__li__XTVI *)li__5J1P));
        } break;
        case __li__YTVI__: {
          li__3K1P=li__4DGM(((__li__YTVI *)li__5J1P));
        } break;
        case __li__S2VI__: {
          li__3K1P=li__OG5L(((__li__S2VI *)li__5J1P));
        } break;
        case __li__E3VI__: {
          li__3K1P=li__ZG5L(((__li__E3VI *)li__5J1P));
        } break;
        case __li__KLWI__: {
          li__3R1U=((__li__KLWI *)li__5J1P);
          li__X3KV=li__3R1U->li__LLWI.li__0CC;
          li__5R1U=li__G3CM(((__li__KMFK *)li__3R1U->li__ZPBK));
          li__3R1U=li__PNSJ(li__X3KV,li__5R1U);
          li__3K1P=li__3R1U;
        } break;
        case __li__ULWI__: {
          li__CS1U=((__li__ULWI *)li__5J1P);
          li__DS1U=li__AOSJ(li__CS1U->li__VLWI.li__0CC,li__CS1U->li__4PBK);
          li__3K1P=li__DS1U;
        } break;
        case __li__NMWI__: {
          li__3K1P=li__SH5L(((__li__NMWI *)li__5J1P));
        } break;
        case __li__BNWI__: {
          li__3K1P=li__3H5L(((__li__BNWI *)li__5J1P));
        } break;
        case __li__XNWI__: {
          li__3K1P=li__II5L(((__li__XNWI *)li__5J1P));
        } break;
        case __li__LOWI__: {
          li__3K1P=li__TI5L(((__li__LOWI *)li__5J1P));
        } break;
        case __li__5OWI__: {
          li__3K1P=li__4I5L(((__li__5OWI *)li__5J1P));
        } break;
        case __li__TPWI__: {
          li__3K1P=li__JJ5L(((__li__TPWI *)li__5J1P));
        } break;
        case __li__HQWI__: {
          li__3K1P=li__UJ5L(((__li__HQWI *)li__5J1P));
        } break;
        case __li__ARWI__: {
          li__3K1P=li__5J5L(((__li__ARWI *)li__5J1P));
        } break;
        case __li__URWI__: {
          li__3K1P=li__NK5L(((__li__URWI *)li__5J1P));
        } break;
        case __li__MSWI__: {
          li__FS1U=((__li__MSWI *)li__5J1P);
          li__GS1U=li__YXSJ(li__FS1U->li__NSWI.li__0CC,li__FS1U->li__ISBK);
          li__3K1P=li__GS1U;
        } break;
        case __li__ETWI__: {
          li__3K1P=li__4K5L(((__li__ETWI *)li__5J1P));
        } break;
        case __li__MZWI__: {
          li__IS1U=((__li__MZWI *)li__5J1P);
          li__JS1U=li__4U4I(li__IS1U->li__NZWI.li__0K.li__0CC,li__IS1U->li__3SBK,li__IS1U->li__NZWI.li__WZLE);
          li__3K1P=li__JS1U;
        } break;
        case __li__C0WI__: {
          li__LS1U=((__li__C0WI *)li__5J1P);
          li__MS1U=li__ZV4I(li__LS1U->li__D0WI.li__0K.li__0CC,li__LS1U->li__CTBK);
          li__3K1P=li__MS1U;
        } break;
        case __li__M1WI__: {
          li__OS1U=((__li__M1WI *)li__5J1P);
          li__PS1U=li__1Z4I(li__OS1U->li__N1WI.li__0K.li__0CC,li__OS1U->li__UTFK);
          li__3K1P=li__PS1U;
        } break;
        case __li__KMFK__: {
          li__3K1P=li__G3CM(((__li__KMFK *)li__5J1P));
        } break;
        case __li__XOHL__: {
          li__3K1P=li__AAPN(((__li__XOHL *)li__5J1P));
        } break;
        case __li__FPHL__: {
          li__3K1P=li__2EGM(((__li__FPHL *)li__5J1P));
        } break;
        case __li__APLM__: {
          li__3K1P=li__XRDQ(((__li__APLM *)li__5J1P));
        } break;
        case __li__DTNM__: {
          li__3K1P=li__D5SO(((__li__DTNM *)li__5J1P));
        } break;
        case __li__JXNM__: {
          li__3K1P=li__153R(((__li__JXNM *)li__5J1P));
        } break;
        case __li__21LO__: {
          li__3K1P=li__2KLP(((__li__21LO *)li__5J1P));
        } break;
        case __li__TPOO__: {
          li__3K1P=li__JLLP(((__li__TPOO *)li__5J1P));
        } break;
        case __li__URRO__: {
          li__3K1P=li__KM4R(((__li__URRO *)li__5J1P));
        } break;
        case __li__41XO__: {
          li__3K1P=li__CSDQ(((__li__41XO *)li__5J1P));
        } break;
        case __li__AKBR__: {
          li__3K1P=li__L2DS(((__li__AKBR *)li__5J1P));
        } break;
        case __li__SU5R__: {
          li__3K1P=li__EQJS(((__li__SU5R *)li__5J1P));
        } break;
        case __li__JV5R__: {
          li__3K1P=li__PQJS(((__li__JV5R *)li__5J1P));
        } break;
        };
        li__QR1U=((__li__DZB *)li__HH1P);
        li__5J1P=li__BPOO(li__QR1U,li__QR1U->li__GZB.li__FZB.li__RF.li__0CC,li__3K1P);
        li__QR1U->li__GZB.li__LNME=(__li__K)(li__QR1U->li__GZB.li__LNME +  1);
        li__T3KV=((__li__KI *)li__UH1P);
        li__P2VG(((__li__TOLE *)li__T3KV->li__2OLE),li__5J1P);
        li__WVRE(li__T3KV);
      };
    } else /* FALSE */ {
      li__B3KV=li__VG1P->li__XYWO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__B3KV==NULL) {
        li__JL1P=NULL;
      } else {
        if (((struct ___OBJ *)li__B3KV)->__id==__li__Z4WH__) {
          li__JL1P=((void *)li__B3KV);
        } else /* Other types */ {
          li__JL1P=NULL;
        }
      };
      li__CH1P=li__JL1P;
      /* __li__B__ __li__I__ */
if (((void *)li__JL1P != (void *)NULL)) {
        li__SL1P=(__li__K)((*(((__li__Z4WH *)li__JL1P)->li__PJPI)).li__NKSH -  1);
        li__MVAQ= 0;
        while ((li__MVAQ <= li__SL1P)) {
          li__ZL1P=((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__CH1P)->li__PJPI))).li__3GPI)[li__MVAQ];
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__ZL1P==NULL) {
            li__1L1P=NULL;
          } else {
            switch (((struct ___OBJ *)li__ZL1P)->__id) {
            case __li__WK__: 
            case __li__AVBD__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__1L1P=NULL;
            } break;
            case __li__KMFK__: {
              li__1L1P=((void *)li__ZL1P);
            } break;
            case __li__21LO__: {
              li__1L1P=((void *)li__ZL1P);
            } break;
            case __li__TPOO__: {
              li__1L1P=((void *)li__ZL1P);
            } break;
            }
          };
          li__DH1P=li__1L1P;
          /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__1L1P)->__id) {
          case __li__KMFK__: {
            li__CM1P=((__li__KMFK *)li__1L1P)->li__3RFK;
          } break;
          case __li__21LO__: {
            li__CM1P=((__li__21LO *)li__1L1P)->li__KJXO;
          } break;
          case __li__TPOO__: {
            li__CM1P=((__li__TPOO *)li__1L1P)->li__5IXO;
          } break;
          };
          li__1L1P=li__VG1P->li__3PLO.li__PPME;
          li__ZL1P=li__VG1P->li__WYWO;
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZL1P)->__id==__li__DZB__) {
            li__GM1P=((__li__DZB *)li__ZL1P)->li__LZB->li__SBQG;
          } else /* SLOT_CODE */ {
            li__GM1P=((__li__QWEC *)li__ZL1P)->li__RWEC->li__SBQG;
          };
          li__ZL1P=li__GW5P(li__VG1P,li__CM1P,li__1L1P,((void **)(*(((__li__MZB *)li__GM1P))).li__GR0)[li__MVAQ]);
          li__DT1U=((__li__KI *)li__UH1P);
          li__P2VG(((__li__TOLE *)li__DT1U->li__2OLE),li__ZL1P);
          li__WVRE(li__DT1U);
          li__MVAQ=(__li__K)(li__MVAQ +  1);
        };
        li__JT1U=((__li__2ZEC *)((__li__Z4WH *)li__JL1P)->li__PJPI);
        li__1L1P=((void **)(*(li__JT1U)).li__3GPI)[(*(li__JT1U)).li__NKSH];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__1L1P==NULL) {
          li__3K1P=NULL;
        } else {
          switch (((struct ___OBJ *)li__1L1P)->__id) {
          case __li__WK__: 
          case __li__AVBD__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__3K1P=NULL;
          } break;
          case __li__KMFK__: {
            li__3K1P=((void *)li__1L1P);
          } break;
          case __li__21LO__: {
            li__3K1P=((void *)li__1L1P);
          } break;
          case __li__TPOO__: {
            li__3K1P=((void *)li__1L1P);
          } break;
          }
        };
        li__DH1P=li__3K1P;
      } else /* FALSE */ {
        li__1L1P=li__VG1P->li__XYWO;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__1L1P==NULL) {
          li__3K1P=NULL;
        } else {
          switch (((struct ___OBJ *)li__1L1P)->__id) {
          case __li__WK__: 
          case __li__AVBD__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__3K1P=NULL;
          } break;
          case __li__KMFK__: {
            li__3K1P=((void *)li__1L1P);
          } break;
          case __li__21LO__: {
            li__3K1P=((void *)li__1L1P);
          } break;
          case __li__TPOO__: {
            li__3K1P=((void *)li__1L1P);
          } break;
          }
        };
        li__DH1P=li__3K1P;
      };
      /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__DH1P)->__id) {
      case __li__KMFK__: {
        li__1L1P=((__li__KMFK *)li__DH1P)->li__3RFK;
      } break;
      case __li__21LO__: {
        li__1L1P=((__li__21LO *)li__DH1P)->li__KJXO;
      } break;
      case __li__TPOO__: {
        li__1L1P=((__li__TPOO *)li__DH1P)->li__5IXO;
      } break;
      };
      li__B3KV=li__GW5P(li__VG1P,li__1L1P,li__VG1P->li__3PLO.li__PPME,li__HH1P);
      li__Q3KV=((__li__KI *)li__UH1P);
      li__P2VG(((__li__TOLE *)li__Q3KV->li__2OLE),li__B3KV);
      li__WVRE(li__Q3KV);
    };
    /* __li__B__ __li__I__ */
if (((void *)li__QH1P != (void *)NULL)) {
      li__J3KV=li__YS2P(li__VG1P);
      li__HN1P=li__DX5P(li__EN1P__,li__J3KV);
      li__Q3KV=((__li__KI *)li__UH1P);
      li__P2VG(((__li__TOLE *)li__Q3KV->li__2OLE),li__HN1P);
      li__WVRE(li__Q3KV);
    };
  } else /* FALSE */ {
    li__1L1P=li__VG1P->li__WYWO;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__1L1P)->__id==__li__DZB__) {
      li__KJ1P=((__li__DZB *)li__1L1P);
      li__WM4P=NULL;
      /* __li__B__ __li__I__ */
if ((li__JH1P ==  1)) {
        li__WM4P=li__KJ1P->li__LZB->li__UFJG;
      } else /* FALSE */ {
        li__WM4P=((void **)(*(((__li__L0WO *)li__KJ1P->li__LZB->li__U0WO))).li__3MFQ)[(__li__K)(li__JH1P -  2)];
      };
      li__RN1P=li__WM4P;
    } else /* SLOT_CODE */ {
      li__WM4P=((__li__QWEC *)((__li__DZB *)li__1L1P));
      li__MN4P=NULL;
      /* __li__B__ __li__I__ */
if ((li__JH1P ==  1)) {
        li__MN4P=li__WM4P->li__RWEC->li__UFJG;
      } else /* FALSE */ {
        li__MN4P=((void **)(*(((__li__L0WO *)li__WM4P->li__RWEC->li__U0WO))).li__3MFQ)[(__li__K)(li__JH1P -  2)];
      };
      li__RN1P=li__MN4P;
    };
    li__1L1P=li__RN1P->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1L1P)->__id==__li__IZB__) {
      li__SN1P=((__li__IZB *)li__1L1P)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__SN1P=((__li__4HAD *)li__1L1P)->li__5HAD.li__WLSB;
    };
    li__ST1U=((__li__ULSB *)li__SN1P);
    /* __li__B__ __li__I__ */
if ((((void *)li__ST1U->li__XNKE == (void *)(&__string_29)) || ((void *)li__ST1U->li__XNKE == (void *)(&__string_30)))) {
      li__JT1U=li__IF1H( 1);
      li__GH1P=li__JT1U;
      li__B3KV=li__VG1P->li__3PLO.li__QPME;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__B3KV)->__id) {
      case __li__RDID__: {
        li__3K1P=((__li__RDID *)li__B3KV)->li__UDID.li__WOME;
      } break;
      case __li__GO3I__: {
        li__3K1P=li__SDID__->li__WOME;
      } break;
      case __li__NY3I__: {
        li__3K1P=((__li__NY3I *)li__B3KV)->li__OY3I.li__WOME;
      } break;
      case __li__SJPJ__: {
        li__3K1P=((__li__SJPJ *)li__B3KV)->li__TJPJ.li__WOME;
      } break;
      case __li__0VPJ__: {
        li__REBV=((void **)(*(((__li__2ZEC *)((__li__0VPJ *)li__B3KV)->li__3VPJ.li__0EOK))).li__3GPI)[ 0];
        li__3K1P=li__REBV;
      } break;
      case __li__1VPJ__: {
        li__TEBV=((void **)(*(((__li__2ZEC *)((__li__1VPJ *)li__B3KV)->li__0EOK))).li__3GPI)[ 0];
        li__3K1P=li__TEBV;
      } break;
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3K1P)->__id) {
      case __li__WK__: {
        li__YR1U=li__PVEJ(((__li__WK *)li__3K1P));
        li__ZL1P=li__YR1U;
      } break;
      case __li__AVBD__: {
        li__ZL1P=li__AE5L(((__li__AVBD *)li__3K1P));
      } break;
      case __li__KVBD__: {
        li__W3KV=((__li__KVBD *)li__3K1P);
        li__X3KV=li__W3KV->li__LVBD.li__0K.li__0CC;
        li__Y3KV=li__W3KV->li__LVBD.li__WZLE;
        li__W3KV=li__5QND();
        li__03KV=((__li__KVBD *)li__W3KV);
        li__03KV->li__LVBD.li__0K.li__0CC=li__X3KV;
        li__13KV=li__NNSE(((__li__5RB *)li__Y3KV));
        li__03KV->li__LVBD.li__WZLE=li__13KV;
        li__ZL1P=li__W3KV;
      } break;
      case __li__WVBD__: {
        li__0R1U=((__li__WVBD *)li__3K1P);
        li__1R1U=li__VEID(li__0R1U->li__XVBD.li__0K.li__0CC,li__0R1U->li__2ZLE,li__0R1U->li__XVBD.li__WZLE);
        li__ZL1P=li__1R1U;
      } break;
      case __li__Z4WH__: {
        li__ZL1P=li__XEVK(((__li__Z4WH *)li__3K1P));
      } break;
      case __li__KTVI__: {
        li__ZL1P=li__XF5L(((__li__KTVI *)li__3K1P));
      } break;
      case __li__LTVI__: {
        li__ZL1P=li__SDGM(((__li__LTVI *)li__3K1P));
      } break;
      case __li__XTVI__: {
        li__ZL1P=li__DG5L(((__li__XTVI *)li__3K1P));
      } break;
      case __li__YTVI__: {
        li__ZL1P=li__4DGM(((__li__YTVI *)li__3K1P));
      } break;
      case __li__S2VI__: {
        li__ZL1P=li__OG5L(((__li__S2VI *)li__3K1P));
      } break;
      case __li__E3VI__: {
        li__ZL1P=li__ZG5L(((__li__E3VI *)li__3K1P));
      } break;
      case __li__KLWI__: {
        li__3R1U=((__li__KLWI *)li__3K1P);
        li__X3KV=li__3R1U->li__LLWI.li__0CC;
        li__5R1U=li__G3CM(((__li__KMFK *)li__3R1U->li__ZPBK));
        li__3R1U=li__PNSJ(li__X3KV,li__5R1U);
        li__ZL1P=li__3R1U;
      } break;
      case __li__ULWI__: {
        li__CS1U=((__li__ULWI *)li__3K1P);
        li__DS1U=li__AOSJ(li__CS1U->li__VLWI.li__0CC,li__CS1U->li__4PBK);
        li__ZL1P=li__DS1U;
      } break;
      case __li__NMWI__: {
        li__ZL1P=li__SH5L(((__li__NMWI *)li__3K1P));
      } break;
      case __li__BNWI__: {
        li__ZL1P=li__3H5L(((__li__BNWI *)li__3K1P));
      } break;
      case __li__XNWI__: {
        li__ZL1P=li__II5L(((__li__XNWI *)li__3K1P));
      } break;
      case __li__LOWI__: {
        li__ZL1P=li__TI5L(((__li__LOWI *)li__3K1P));
      } break;
      case __li__5OWI__: {
        li__ZL1P=li__4I5L(((__li__5OWI *)li__3K1P));
      } break;
      case __li__TPWI__: {
        li__ZL1P=li__JJ5L(((__li__TPWI *)li__3K1P));
      } break;
      case __li__HQWI__: {
        li__ZL1P=li__UJ5L(((__li__HQWI *)li__3K1P));
      } break;
      case __li__ARWI__: {
        li__ZL1P=li__5J5L(((__li__ARWI *)li__3K1P));
      } break;
      case __li__URWI__: {
        li__ZL1P=li__NK5L(((__li__URWI *)li__3K1P));
      } break;
      case __li__MSWI__: {
        li__FS1U=((__li__MSWI *)li__3K1P);
        li__GS1U=li__YXSJ(li__FS1U->li__NSWI.li__0CC,li__FS1U->li__ISBK);
        li__ZL1P=li__GS1U;
      } break;
      case __li__ETWI__: {
        li__ZL1P=li__4K5L(((__li__ETWI *)li__3K1P));
      } break;
      case __li__MZWI__: {
        li__IS1U=((__li__MZWI *)li__3K1P);
        li__JS1U=li__4U4I(li__IS1U->li__NZWI.li__0K.li__0CC,li__IS1U->li__3SBK,li__IS1U->li__NZWI.li__WZLE);
        li__ZL1P=li__JS1U;
      } break;
      case __li__C0WI__: {
        li__LS1U=((__li__C0WI *)li__3K1P);
        li__MS1U=li__ZV4I(li__LS1U->li__D0WI.li__0K.li__0CC,li__LS1U->li__CTBK);
        li__ZL1P=li__MS1U;
      } break;
      case __li__M1WI__: {
        li__OS1U=((__li__M1WI *)li__3K1P);
        li__PS1U=li__1Z4I(li__OS1U->li__N1WI.li__0K.li__0CC,li__OS1U->li__UTFK);
        li__ZL1P=li__PS1U;
      } break;
      case __li__KMFK__: {
        li__ZL1P=li__G3CM(((__li__KMFK *)li__3K1P));
      } break;
      case __li__XOHL__: {
        li__ZL1P=li__AAPN(((__li__XOHL *)li__3K1P));
      } break;
      case __li__FPHL__: {
        li__ZL1P=li__2EGM(((__li__FPHL *)li__3K1P));
      } break;
      case __li__APLM__: {
        li__ZL1P=li__XRDQ(((__li__APLM *)li__3K1P));
      } break;
      case __li__DTNM__: {
        li__ZL1P=li__D5SO(((__li__DTNM *)li__3K1P));
      } break;
      case __li__JXNM__: {
        li__ZL1P=li__153R(((__li__JXNM *)li__3K1P));
      } break;
      case __li__21LO__: {
        li__ZL1P=li__2KLP(((__li__21LO *)li__3K1P));
      } break;
      case __li__TPOO__: {
        li__ZL1P=li__JLLP(((__li__TPOO *)li__3K1P));
      } break;
      case __li__URRO__: {
        li__ZL1P=li__KM4R(((__li__URRO *)li__3K1P));
      } break;
      case __li__41XO__: {
        li__ZL1P=li__CSDQ(((__li__41XO *)li__3K1P));
      } break;
      case __li__AKBR__: {
        li__ZL1P=li__L2DS(((__li__AKBR *)li__3K1P));
      } break;
      case __li__SU5R__: {
        li__ZL1P=li__EQJS(((__li__SU5R *)li__3K1P));
      } break;
      case __li__JV5R__: {
        li__ZL1P=li__PQJS(((__li__JV5R *)li__3K1P));
      } break;
      };
      li__2YPI(((__li__2ZEC *)li__JT1U),li__ZL1P);
    } else /* FALSE */ {
      li__B3KV=li__VG1P->li__3PLO.li__QPME;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__B3KV)->__id) {
      case __li__RDID__: {
        li__FGOQ=((__li__RDID *)li__B3KV);
        li__IGOQ=li__IF1H( 1);
        li__3K1P=li__FGOQ->li__UDID.li__WOME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3K1P)->__id) {
        case __li__WK__: {
          li__PU1U=li__PVEJ(((__li__WK *)li__3K1P));
          li__CM1P=li__PU1U;
        } break;
        case __li__AVBD__: {
          li__CM1P=li__AE5L(((__li__AVBD *)li__3K1P));
        } break;
        case __li__KVBD__: {
          li__J4KV=((__li__KVBD *)li__3K1P);
          li__K4KV=li__J4KV->li__LVBD.li__0K.li__0CC;
          li__L4KV=li__J4KV->li__LVBD.li__WZLE;
          li__J4KV=li__5QND();
          li__N4KV=((__li__KVBD *)li__J4KV);
          li__N4KV->li__LVBD.li__0K.li__0CC=li__K4KV;
          li__O4KV=li__NNSE(((__li__5RB *)li__L4KV));
          li__N4KV->li__LVBD.li__WZLE=li__O4KV;
          li__CM1P=li__J4KV;
        } break;
        case __li__WVBD__: {
          li__RU1U=((__li__WVBD *)li__3K1P);
          li__SU1U=li__VEID(li__RU1U->li__XVBD.li__0K.li__0CC,li__RU1U->li__2ZLE,li__RU1U->li__XVBD.li__WZLE);
          li__CM1P=li__SU1U;
        } break;
        case __li__Z4WH__: {
          li__CM1P=li__XEVK(((__li__Z4WH *)li__3K1P));
        } break;
        case __li__KTVI__: {
          li__CM1P=li__XF5L(((__li__KTVI *)li__3K1P));
        } break;
        case __li__LTVI__: {
          li__CM1P=li__SDGM(((__li__LTVI *)li__3K1P));
        } break;
        case __li__XTVI__: {
          li__CM1P=li__DG5L(((__li__XTVI *)li__3K1P));
        } break;
        case __li__YTVI__: {
          li__CM1P=li__4DGM(((__li__YTVI *)li__3K1P));
        } break;
        case __li__S2VI__: {
          li__CM1P=li__OG5L(((__li__S2VI *)li__3K1P));
        } break;
        case __li__E3VI__: {
          li__CM1P=li__ZG5L(((__li__E3VI *)li__3K1P));
        } break;
        case __li__KLWI__: {
          li__UU1U=((__li__KLWI *)li__3K1P);
          li__K4KV=li__UU1U->li__LLWI.li__0CC;
          li__WU1U=li__G3CM(((__li__KMFK *)li__UU1U->li__ZPBK));
          li__UU1U=li__PNSJ(li__K4KV,li__WU1U);
          li__CM1P=li__UU1U;
        } break;
        case __li__ULWI__: {
          li__ZU1U=((__li__ULWI *)li__3K1P);
          li__0U1U=li__AOSJ(li__ZU1U->li__VLWI.li__0CC,li__ZU1U->li__4PBK);
          li__CM1P=li__0U1U;
        } break;
        case __li__NMWI__: {
          li__CM1P=li__SH5L(((__li__NMWI *)li__3K1P));
        } break;
        case __li__BNWI__: {
          li__CM1P=li__3H5L(((__li__BNWI *)li__3K1P));
        } break;
        case __li__XNWI__: {
          li__CM1P=li__II5L(((__li__XNWI *)li__3K1P));
        } break;
        case __li__LOWI__: {
          li__CM1P=li__TI5L(((__li__LOWI *)li__3K1P));
        } break;
        case __li__5OWI__: {
          li__CM1P=li__4I5L(((__li__5OWI *)li__3K1P));
        } break;
        case __li__TPWI__: {
          li__CM1P=li__JJ5L(((__li__TPWI *)li__3K1P));
        } break;
        case __li__HQWI__: {
          li__CM1P=li__UJ5L(((__li__HQWI *)li__3K1P));
        } break;
        case __li__ARWI__: {
          li__CM1P=li__5J5L(((__li__ARWI *)li__3K1P));
        } break;
        case __li__URWI__: {
          li__CM1P=li__NK5L(((__li__URWI *)li__3K1P));
        } break;
        case __li__MSWI__: {
          li__2U1U=((__li__MSWI *)li__3K1P);
          li__3U1U=li__YXSJ(li__2U1U->li__NSWI.li__0CC,li__2U1U->li__ISBK);
          li__CM1P=li__3U1U;
        } break;
        case __li__ETWI__: {
          li__CM1P=li__4K5L(((__li__ETWI *)li__3K1P));
        } break;
        case __li__MZWI__: {
          li__5U1U=((__li__MZWI *)li__3K1P);
          li__AV1U=li__4U4I(li__5U1U->li__NZWI.li__0K.li__0CC,li__5U1U->li__3SBK,li__5U1U->li__NZWI.li__WZLE);
          li__CM1P=li__AV1U;
        } break;
        case __li__C0WI__: {
          li__CV1U=((__li__C0WI *)li__3K1P);
          li__DV1U=li__ZV4I(li__CV1U->li__D0WI.li__0K.li__0CC,li__CV1U->li__CTBK);
          li__CM1P=li__DV1U;
        } break;
        case __li__M1WI__: {
          li__FV1U=((__li__M1WI *)li__3K1P);
          li__GV1U=li__1Z4I(li__FV1U->li__N1WI.li__0K.li__0CC,li__FV1U->li__UTFK);
          li__CM1P=li__GV1U;
        } break;
        case __li__KMFK__: {
          li__CM1P=li__G3CM(((__li__KMFK *)li__3K1P));
        } break;
        case __li__XOHL__: {
          li__CM1P=li__AAPN(((__li__XOHL *)li__3K1P));
        } break;
        case __li__FPHL__: {
          li__CM1P=li__2EGM(((__li__FPHL *)li__3K1P));
        } break;
        case __li__APLM__: {
          li__CM1P=li__XRDQ(((__li__APLM *)li__3K1P));
        } break;
        case __li__DTNM__: {
          li__CM1P=li__D5SO(((__li__DTNM *)li__3K1P));
        } break;
        case __li__JXNM__: {
          li__CM1P=li__153R(((__li__JXNM *)li__3K1P));
        } break;
        case __li__21LO__: {
          li__CM1P=li__2KLP(((__li__21LO *)li__3K1P));
        } break;
        case __li__TPOO__: {
          li__CM1P=li__JLLP(((__li__TPOO *)li__3K1P));
        } break;
        case __li__URRO__: {
          li__CM1P=li__KM4R(((__li__URRO *)li__3K1P));
        } break;
        case __li__41XO__: {
          li__CM1P=li__CSDQ(((__li__41XO *)li__3K1P));
        } break;
        case __li__AKBR__: {
          li__CM1P=li__L2DS(((__li__AKBR *)li__3K1P));
        } break;
        case __li__SU5R__: {
          li__CM1P=li__EQJS(((__li__SU5R *)li__3K1P));
        } break;
        case __li__JV5R__: {
          li__CM1P=li__PQJS(((__li__JV5R *)li__3K1P));
        } break;
        };
        li__2YPI(((__li__2ZEC *)li__IGOQ),li__CM1P);
        li__EO1P=li__IGOQ;
      } break;
      case __li__GO3I__: {
        li__IGOQ=li__IF1H( 1);
        li__3K1P=li__SDID__->li__WOME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3K1P)->__id) {
        case __li__WK__: {
          li__PU1U=li__PVEJ(((__li__WK *)li__3K1P));
          li__CM1P=li__PU1U;
        } break;
        case __li__AVBD__: {
          li__CM1P=li__AE5L(((__li__AVBD *)li__3K1P));
        } break;
        case __li__KVBD__: {
          li__J4KV=((__li__KVBD *)li__3K1P);
          li__K4KV=li__J4KV->li__LVBD.li__0K.li__0CC;
          li__L4KV=li__J4KV->li__LVBD.li__WZLE;
          li__J4KV=li__5QND();
          li__N4KV=((__li__KVBD *)li__J4KV);
          li__N4KV->li__LVBD.li__0K.li__0CC=li__K4KV;
          li__O4KV=li__NNSE(((__li__5RB *)li__L4KV));
          li__N4KV->li__LVBD.li__WZLE=li__O4KV;
          li__CM1P=li__J4KV;
        } break;
        case __li__WVBD__: {
          li__RU1U=((__li__WVBD *)li__3K1P);
          li__SU1U=li__VEID(li__RU1U->li__XVBD.li__0K.li__0CC,li__RU1U->li__2ZLE,li__RU1U->li__XVBD.li__WZLE);
          li__CM1P=li__SU1U;
        } break;
        case __li__Z4WH__: {
          li__CM1P=li__XEVK(((__li__Z4WH *)li__3K1P));
        } break;
        case __li__KTVI__: {
          li__CM1P=li__XF5L(((__li__KTVI *)li__3K1P));
        } break;
        case __li__LTVI__: {
          li__CM1P=li__SDGM(((__li__LTVI *)li__3K1P));
        } break;
        case __li__XTVI__: {
          li__CM1P=li__DG5L(((__li__XTVI *)li__3K1P));
        } break;
        case __li__YTVI__: {
          li__CM1P=li__4DGM(((__li__YTVI *)li__3K1P));
        } break;
        case __li__S2VI__: {
          li__CM1P=li__OG5L(((__li__S2VI *)li__3K1P));
        } break;
        case __li__E3VI__: {
          li__CM1P=li__ZG5L(((__li__E3VI *)li__3K1P));
        } break;
        case __li__KLWI__: {
          li__UU1U=((__li__KLWI *)li__3K1P);
          li__K4KV=li__UU1U->li__LLWI.li__0CC;
          li__WU1U=li__G3CM(((__li__KMFK *)li__UU1U->li__ZPBK));
          li__UU1U=li__PNSJ(li__K4KV,li__WU1U);
          li__CM1P=li__UU1U;
        } break;
        case __li__ULWI__: {
          li__ZU1U=((__li__ULWI *)li__3K1P);
          li__0U1U=li__AOSJ(li__ZU1U->li__VLWI.li__0CC,li__ZU1U->li__4PBK);
          li__CM1P=li__0U1U;
        } break;
        case __li__NMWI__: {
          li__CM1P=li__SH5L(((__li__NMWI *)li__3K1P));
        } break;
        case __li__BNWI__: {
          li__CM1P=li__3H5L(((__li__BNWI *)li__3K1P));
        } break;
        case __li__XNWI__: {
          li__CM1P=li__II5L(((__li__XNWI *)li__3K1P));
        } break;
        case __li__LOWI__: {
          li__CM1P=li__TI5L(((__li__LOWI *)li__3K1P));
        } break;
        case __li__5OWI__: {
          li__CM1P=li__4I5L(((__li__5OWI *)li__3K1P));
        } break;
        case __li__TPWI__: {
          li__CM1P=li__JJ5L(((__li__TPWI *)li__3K1P));
        } break;
        case __li__HQWI__: {
          li__CM1P=li__UJ5L(((__li__HQWI *)li__3K1P));
        } break;
        case __li__ARWI__: {
          li__CM1P=li__5J5L(((__li__ARWI *)li__3K1P));
        } break;
        case __li__URWI__: {
          li__CM1P=li__NK5L(((__li__URWI *)li__3K1P));
        } break;
        case __li__MSWI__: {
          li__2U1U=((__li__MSWI *)li__3K1P);
          li__3U1U=li__YXSJ(li__2U1U->li__NSWI.li__0CC,li__2U1U->li__ISBK);
          li__CM1P=li__3U1U;
        } break;
        case __li__ETWI__: {
          li__CM1P=li__4K5L(((__li__ETWI *)li__3K1P));
        } break;
        case __li__MZWI__: {
          li__5U1U=((__li__MZWI *)li__3K1P);
          li__AV1U=li__4U4I(li__5U1U->li__NZWI.li__0K.li__0CC,li__5U1U->li__3SBK,li__5U1U->li__NZWI.li__WZLE);
          li__CM1P=li__AV1U;
        } break;
        case __li__C0WI__: {
          li__CV1U=((__li__C0WI *)li__3K1P);
          li__DV1U=li__ZV4I(li__CV1U->li__D0WI.li__0K.li__0CC,li__CV1U->li__CTBK);
          li__CM1P=li__DV1U;
        } break;
        case __li__M1WI__: {
          li__FV1U=((__li__M1WI *)li__3K1P);
          li__GV1U=li__1Z4I(li__FV1U->li__N1WI.li__0K.li__0CC,li__FV1U->li__UTFK);
          li__CM1P=li__GV1U;
        } break;
        case __li__KMFK__: {
          li__CM1P=li__G3CM(((__li__KMFK *)li__3K1P));
        } break;
        case __li__XOHL__: {
          li__CM1P=li__AAPN(((__li__XOHL *)li__3K1P));
        } break;
        case __li__FPHL__: {
          li__CM1P=li__2EGM(((__li__FPHL *)li__3K1P));
        } break;
        case __li__APLM__: {
          li__CM1P=li__XRDQ(((__li__APLM *)li__3K1P));
        } break;
        case __li__DTNM__: {
          li__CM1P=li__D5SO(((__li__DTNM *)li__3K1P));
        } break;
        case __li__JXNM__: {
          li__CM1P=li__153R(((__li__JXNM *)li__3K1P));
        } break;
        case __li__21LO__: {
          li__CM1P=li__2KLP(((__li__21LO *)li__3K1P));
        } break;
        case __li__TPOO__: {
          li__CM1P=li__JLLP(((__li__TPOO *)li__3K1P));
        } break;
        case __li__URRO__: {
          li__CM1P=li__KM4R(((__li__URRO *)li__3K1P));
        } break;
        case __li__41XO__: {
          li__CM1P=li__CSDQ(((__li__41XO *)li__3K1P));
        } break;
        case __li__AKBR__: {
          li__CM1P=li__L2DS(((__li__AKBR *)li__3K1P));
        } break;
        case __li__SU5R__: {
          li__CM1P=li__EQJS(((__li__SU5R *)li__3K1P));
        } break;
        case __li__JV5R__: {
          li__CM1P=li__PQJS(((__li__JV5R *)li__3K1P));
        } break;
        };
        li__2YPI(((__li__2ZEC *)li__IGOQ),li__CM1P);
        li__EO1P=li__IGOQ;
      } break;
      case __li__NY3I__: {
        li__XGOQ=((__li__NY3I *)li__B3KV);
        li__IGOQ=li__IF1H( 1);
        li__3K1P=li__XGOQ->li__OY3I.li__WOME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3K1P)->__id) {
        case __li__WK__: {
          li__PU1U=li__PVEJ(((__li__WK *)li__3K1P));
          li__CM1P=li__PU1U;
        } break;
        case __li__AVBD__: {
          li__CM1P=li__AE5L(((__li__AVBD *)li__3K1P));
        } break;
        case __li__KVBD__: {
          li__J4KV=((__li__KVBD *)li__3K1P);
          li__K4KV=li__J4KV->li__LVBD.li__0K.li__0CC;
          li__L4KV=li__J4KV->li__LVBD.li__WZLE;
          li__J4KV=li__5QND();
          li__N4KV=((__li__KVBD *)li__J4KV);
          li__N4KV->li__LVBD.li__0K.li__0CC=li__K4KV;
          li__O4KV=li__NNSE(((__li__5RB *)li__L4KV));
          li__N4KV->li__LVBD.li__WZLE=li__O4KV;
          li__CM1P=li__J4KV;
        } break;
        case __li__WVBD__: {
          li__RU1U=((__li__WVBD *)li__3K1P);
          li__SU1U=li__VEID(li__RU1U->li__XVBD.li__0K.li__0CC,li__RU1U->li__2ZLE,li__RU1U->li__XVBD.li__WZLE);
          li__CM1P=li__SU1U;
        } break;
        case __li__Z4WH__: {
          li__CM1P=li__XEVK(((__li__Z4WH *)li__3K1P));
        } break;
        case __li__KTVI__: {
          li__CM1P=li__XF5L(((__li__KTVI *)li__3K1P));
        } break;
        case __li__LTVI__: {
          li__CM1P=li__SDGM(((__li__LTVI *)li__3K1P));
        } break;
        case __li__XTVI__: {
          li__CM1P=li__DG5L(((__li__XTVI *)li__3K1P));
        } break;
        case __li__YTVI__: {
          li__CM1P=li__4DGM(((__li__YTVI *)li__3K1P));
        } break;
        case __li__S2VI__: {
          li__CM1P=li__OG5L(((__li__S2VI *)li__3K1P));
        } break;
        case __li__E3VI__: {
          li__CM1P=li__ZG5L(((__li__E3VI *)li__3K1P));
        } break;
        case __li__KLWI__: {
          li__UU1U=((__li__KLWI *)li__3K1P);
          li__K4KV=li__UU1U->li__LLWI.li__0CC;
          li__WU1U=li__G3CM(((__li__KMFK *)li__UU1U->li__ZPBK));
          li__UU1U=li__PNSJ(li__K4KV,li__WU1U);
          li__CM1P=li__UU1U;
        } break;
        case __li__ULWI__: {
          li__ZU1U=((__li__ULWI *)li__3K1P);
          li__0U1U=li__AOSJ(li__ZU1U->li__VLWI.li__0CC,li__ZU1U->li__4PBK);
          li__CM1P=li__0U1U;
        } break;
        case __li__NMWI__: {
          li__CM1P=li__SH5L(((__li__NMWI *)li__3K1P));
        } break;
        case __li__BNWI__: {
          li__CM1P=li__3H5L(((__li__BNWI *)li__3K1P));
        } break;
        case __li__XNWI__: {
          li__CM1P=li__II5L(((__li__XNWI *)li__3K1P));
        } break;
        case __li__LOWI__: {
          li__CM1P=li__TI5L(((__li__LOWI *)li__3K1P));
        } break;
        case __li__5OWI__: {
          li__CM1P=li__4I5L(((__li__5OWI *)li__3K1P));
        } break;
        case __li__TPWI__: {
          li__CM1P=li__JJ5L(((__li__TPWI *)li__3K1P));
        } break;
        case __li__HQWI__: {
          li__CM1P=li__UJ5L(((__li__HQWI *)li__3K1P));
        } break;
        case __li__ARWI__: {
          li__CM1P=li__5J5L(((__li__ARWI *)li__3K1P));
        } break;
        case __li__URWI__: {
          li__CM1P=li__NK5L(((__li__URWI *)li__3K1P));
        } break;
        case __li__MSWI__: {
          li__2U1U=((__li__MSWI *)li__3K1P);
          li__3U1U=li__YXSJ(li__2U1U->li__NSWI.li__0CC,li__2U1U->li__ISBK);
          li__CM1P=li__3U1U;
        } break;
        case __li__ETWI__: {
          li__CM1P=li__4K5L(((__li__ETWI *)li__3K1P));
        } break;
        case __li__MZWI__: {
          li__5U1U=((__li__MZWI *)li__3K1P);
          li__AV1U=li__4U4I(li__5U1U->li__NZWI.li__0K.li__0CC,li__5U1U->li__3SBK,li__5U1U->li__NZWI.li__WZLE);
          li__CM1P=li__AV1U;
        } break;
        case __li__C0WI__: {
          li__CV1U=((__li__C0WI *)li__3K1P);
          li__DV1U=li__ZV4I(li__CV1U->li__D0WI.li__0K.li__0CC,li__CV1U->li__CTBK);
          li__CM1P=li__DV1U;
        } break;
        case __li__M1WI__: {
          li__FV1U=((__li__M1WI *)li__3K1P);
          li__GV1U=li__1Z4I(li__FV1U->li__N1WI.li__0K.li__0CC,li__FV1U->li__UTFK);
          li__CM1P=li__GV1U;
        } break;
        case __li__KMFK__: {
          li__CM1P=li__G3CM(((__li__KMFK *)li__3K1P));
        } break;
        case __li__XOHL__: {
          li__CM1P=li__AAPN(((__li__XOHL *)li__3K1P));
        } break;
        case __li__FPHL__: {
          li__CM1P=li__2EGM(((__li__FPHL *)li__3K1P));
        } break;
        case __li__APLM__: {
          li__CM1P=li__XRDQ(((__li__APLM *)li__3K1P));
        } break;
        case __li__DTNM__: {
          li__CM1P=li__D5SO(((__li__DTNM *)li__3K1P));
        } break;
        case __li__JXNM__: {
          li__CM1P=li__153R(((__li__JXNM *)li__3K1P));
        } break;
        case __li__21LO__: {
          li__CM1P=li__2KLP(((__li__21LO *)li__3K1P));
        } break;
        case __li__TPOO__: {
          li__CM1P=li__JLLP(((__li__TPOO *)li__3K1P));
        } break;
        case __li__URRO__: {
          li__CM1P=li__KM4R(((__li__URRO *)li__3K1P));
        } break;
        case __li__41XO__: {
          li__CM1P=li__CSDQ(((__li__41XO *)li__3K1P));
        } break;
        case __li__AKBR__: {
          li__CM1P=li__L2DS(((__li__AKBR *)li__3K1P));
        } break;
        case __li__SU5R__: {
          li__CM1P=li__EQJS(((__li__SU5R *)li__3K1P));
        } break;
        case __li__JV5R__: {
          li__CM1P=li__PQJS(((__li__JV5R *)li__3K1P));
        } break;
        };
        li__2YPI(((__li__2ZEC *)li__IGOQ),li__CM1P);
        li__EO1P=li__IGOQ;
      } break;
      case __li__SJPJ__: {
        li__AHOQ=((__li__SJPJ *)li__B3KV);
        li__IGOQ=li__IF1H( 1);
        li__3K1P=li__AHOQ->li__TJPJ.li__WOME;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3K1P)->__id) {
        case __li__WK__: {
          li__PU1U=li__PVEJ(((__li__WK *)li__3K1P));
          li__CM1P=li__PU1U;
        } break;
        case __li__AVBD__: {
          li__CM1P=li__AE5L(((__li__AVBD *)li__3K1P));
        } break;
        case __li__KVBD__: {
          li__J4KV=((__li__KVBD *)li__3K1P);
          li__K4KV=li__J4KV->li__LVBD.li__0K.li__0CC;
          li__L4KV=li__J4KV->li__LVBD.li__WZLE;
          li__J4KV=li__5QND();
          li__N4KV=((__li__KVBD *)li__J4KV);
          li__N4KV->li__LVBD.li__0K.li__0CC=li__K4KV;
          li__O4KV=li__NNSE(((__li__5RB *)li__L4KV));
          li__N4KV->li__LVBD.li__WZLE=li__O4KV;
          li__CM1P=li__J4KV;
        } break;
        case __li__WVBD__: {
          li__RU1U=((__li__WVBD *)li__3K1P);
          li__SU1U=li__VEID(li__RU1U->li__XVBD.li__0K.li__0CC,li__RU1U->li__2ZLE,li__RU1U->li__XVBD.li__WZLE);
          li__CM1P=li__SU1U;
        } break;
        case __li__Z4WH__: {
          li__CM1P=li__XEVK(((__li__Z4WH *)li__3K1P));
        } break;
        case __li__KTVI__: {
          li__CM1P=li__XF5L(((__li__KTVI *)li__3K1P));
        } break;
        case __li__LTVI__: {
          li__CM1P=li__SDGM(((__li__LTVI *)li__3K1P));
        } break;
        case __li__XTVI__: {
          li__CM1P=li__DG5L(((__li__XTVI *)li__3K1P));
        } break;
        case __li__YTVI__: {
          li__CM1P=li__4DGM(((__li__YTVI *)li__3K1P));
        } break;
        case __li__S2VI__: {
          li__CM1P=li__OG5L(((__li__S2VI *)li__3K1P));
        } break;
        case __li__E3VI__: {
          li__CM1P=li__ZG5L(((__li__E3VI *)li__3K1P));
        } break;
        case __li__KLWI__: {
          li__UU1U=((__li__KLWI *)li__3K1P);
          li__K4KV=li__UU1U->li__LLWI.li__0CC;
          li__WU1U=li__G3CM(((__li__KMFK *)li__UU1U->li__ZPBK));
          li__UU1U=li__PNSJ(li__K4KV,li__WU1U);
          li__CM1P=li__UU1U;
        } break;
        case __li__ULWI__: {
          li__ZU1U=((__li__ULWI *)li__3K1P);
          li__0U1U=li__AOSJ(li__ZU1U->li__VLWI.li__0CC,li__ZU1U->li__4PBK);
          li__CM1P=li__0U1U;
        } break;
        case __li__NMWI__: {
          li__CM1P=li__SH5L(((__li__NMWI *)li__3K1P));
        } break;
        case __li__BNWI__: {
          li__CM1P=li__3H5L(((__li__BNWI *)li__3K1P));
        } break;
        case __li__XNWI__: {
          li__CM1P=li__II5L(((__li__XNWI *)li__3K1P));
        } break;
        case __li__LOWI__: {
          li__CM1P=li__TI5L(((__li__LOWI *)li__3K1P));
        } break;
        case __li__5OWI__: {
          li__CM1P=li__4I5L(((__li__5OWI *)li__3K1P));
        } break;
        case __li__TPWI__: {
          li__CM1P=li__JJ5L(((__li__TPWI *)li__3K1P));
        } break;
        case __li__HQWI__: {
          li__CM1P=li__UJ5L(((__li__HQWI *)li__3K1P));
        } break;
        case __li__ARWI__: {
          li__CM1P=li__5J5L(((__li__ARWI *)li__3K1P));
        } break;
        case __li__URWI__: {
          li__CM1P=li__NK5L(((__li__URWI *)li__3K1P));
        } break;
        case __li__MSWI__: {
          li__2U1U=((__li__MSWI *)li__3K1P);
          li__3U1U=li__YXSJ(li__2U1U->li__NSWI.li__0CC,li__2U1U->li__ISBK);
          li__CM1P=li__3U1U;
        } break;
        case __li__ETWI__: {
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        case __li__MZWI__: {
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          li__CM1P=li__AV1U;
        } break;
        case __li__C0WI__: {
          li__CV1U=((__li__C0WI *)li__3K1P);
          li__DV1U=li__ZV4I(li__CV1U->li__D0WI.li__0K.li__0CC,li__CV1U->li__CTBK);
          li__CM1P=li__DV1U;
        } break;
        case __li__M1WI__: {
          li__FV1U=((__li__M1WI *)li__3K1P);
          li__GV1U=li__1Z4I(li__FV1U->li__N1WI.li__0K.li__0CC,li__FV1U->li__UTFK);
          li__CM1P=li__GV1U;
        } break;
        case __li__KMFK__: {
          li__CM1P=li__G3CM(((__li__KMFK *)li__3K1P));
        } break;
        case __li__XOHL__: {
          li__CM1P=li__AAPN(((__li__XOHL *)li__3K1P));
        } break;
        case __li__FPHL__: {
          li__CM1P=li__2EGM(((__li__FPHL *)li__3K1P));
        } break;
        case __li__APLM__: {
          li__CM1P=li__XRDQ(((__li__APLM *)li__3K1P));
        } break;
        case __li__DTNM__: {
          li__CM1P=li__D5SO(((__li__DTNM *)li__3K1P));
        } break;
        case __li__JXNM__: {
          li__CM1P=li__153R(((__li__JXNM *)li__3K1P));
        } break;
        case __li__21LO__: {
          li__CM1P=li__2KLP(((__li__21LO *)li__3K1P));
        } break;
        case __li__TPOO__: {
          li__CM1P=li__JLLP(((__li__TPOO *)li__3K1P));
        } break;
        case __li__URRO__: {
          li__CM1P=li__KM4R(((__li__URRO *)li__3K1P));
        } break;
        case __li__41XO__: {
          li__CM1P=li__CSDQ(((__li__41XO *)li__3K1P));
        } break;
        case __li__AKBR__: {
          li__CM1P=li__L2DS(((__li__AKBR *)li__3K1P));
        } break;
        case __li__SU5R__: {
          li__CM1P=li__EQJS(((__li__SU5R *)li__3K1P));
        } break;
        case __li__JV5R__: {
          li__CM1P=li__PQJS(((__li__JV5R *)li__3K1P));
        } break;
        };
        li__2YPI(((__li__2ZEC *)li__IGOQ),li__CM1P);
        li__EO1P=li__IGOQ;
      } break;
      case __li__0VPJ__: {
        li__EO1P=li__Y1LO(((__li__0VPJ *)li__B3KV));
      } break;
      case __li__1VPJ__: {
        li__JHOQ=((__li__1VPJ *)li__B3KV);
        li__IGOQ=NULL;
        /* __li__B__ __li__I__ */
if (li__JHOQ->li__DT1L) {
          li__4GPU=(__li__K)((*(((__li__2ZEC *)li__JHOQ->li__0EOK))).li__NKSH +  1);
          li__VHOQ=li__IF1H(li__4GPU);
          li__IGOQ=li__VHOQ;
          li__4GPU=(*(li__JHOQ->li__0EOK)).li__NKSH;
          li__CQXQ= 0;
          while ((li__CQXQ <= li__4GPU)) {
            li__CIOQ=((void **)(*(((__li__2ZEC *)li__JHOQ->li__0EOK))).li__3GPI)[li__CQXQ];
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CIOQ)->__id) {
            case __li__WK__: {
              li__0X1U=li__PVEJ(((__li__WK *)li__CIOQ));
              li__DIOQ=li__0X1U;
            } break;
            case __li__AVBD__: {
              li__DIOQ=li__AE5L(((__li__AVBD *)li__CIOQ));
            } break;
            case __li__KVBD__: {
              li__J5KV=((__li__KVBD *)li__CIOQ);
              li__K5KV=li__J5KV->li__LVBD.li__0K.li__0CC;
              li__L5KV=li__J5KV->li__LVBD.li__WZLE;
              li__J5KV=li__5QND();
              li__N5KV=((__li__KVBD *)li__J5KV);
              li__N5KV->li__LVBD.li__0K.li__0CC=li__K5KV;
              li__O5KV=li__NNSE(((__li__5RB *)li__L5KV));
              li__N5KV->li__LVBD.li__WZLE=li__O5KV;
              li__DIOQ=li__J5KV;
            } break;
            case __li__WVBD__: {
              li__2X1U=((__li__WVBD *)li__CIOQ);
              li__3X1U=li__VEID(li__2X1U->li__XVBD.li__0K.li__0CC,li__2X1U->li__2ZLE,li__2X1U->li__XVBD.li__WZLE);
              li__DIOQ=li__3X1U;
            } break;
            case __li__Z4WH__: {
              li__DIOQ=li__XEVK(((__li__Z4WH *)li__CIOQ));
            } break;
            case __li__KTVI__: {
              li__DIOQ=li__XF5L(((__li__KTVI *)li__CIOQ));
            } break;
            case __li__LTVI__: {
              li__DIOQ=li__SDGM(((__li__LTVI *)li__CIOQ));
            } break;
            case __li__XTVI__: {
              li__DIOQ=li__DG5L(((__li__XTVI *)li__CIOQ));
            } break;
            case __li__YTVI__: {
              li__DIOQ=li__4DGM(((__li__YTVI *)li__CIOQ));
            } break;
            case __li__S2VI__: {
              li__DIOQ=li__OG5L(((__li__S2VI *)li__CIOQ));
            } break;
            case __li__E3VI__: {
              li__DIOQ=li__ZG5L(((__li__E3VI *)li__CIOQ));
            } break;
            case __li__KLWI__: {
              li__5X1U=((__li__KLWI *)li__CIOQ);
              li__K5KV=li__5X1U->li__LLWI.li__0CC;
              li__BY1U=li__G3CM(((__li__KMFK *)li__5X1U->li__ZPBK));
              li__5X1U=li__PNSJ(li__K5KV,li__BY1U);
              li__DIOQ=li__5X1U;
            } break;
            case __li__ULWI__: {
              li__EY1U=((__li__ULWI *)li__CIOQ);
              li__FY1U=li__AOSJ(li__EY1U->li__VLWI.li__0CC,li__EY1U->li__4PBK);
              li__DIOQ=li__FY1U;
            } break;
            case __li__NMWI__: {
              li__DIOQ=li__SH5L(((__li__NMWI *)li__CIOQ));
            } break;
            case __li__BNWI__: {
              li__DIOQ=li__3H5L(((__li__BNWI *)li__CIOQ));
            } break;
            case __li__XNWI__: {
              li__DIOQ=li__II5L(((__li__XNWI *)li__CIOQ));
            } break;
            case __li__LOWI__: {
              li__DIOQ=li__TI5L(((__li__LOWI *)li__CIOQ));
            } break;
            case __li__5OWI__: {
              li__DIOQ=li__4I5L(((__li__5OWI *)li__CIOQ));
            } break;
            case __li__TPWI__: {
              li__DIOQ=li__JJ5L(((__li__TPWI *)li__CIOQ));
            } break;
            case __li__HQWI__: {
              li__DIOQ=li__UJ5L(((__li__HQWI *)li__CIOQ));
            } break;
            case __li__ARWI__: {
              li__DIOQ=li__5J5L(((__li__ARWI *)li__CIOQ));
            } break;
            case __li__URWI__: {
              li__DIOQ=li__NK5L(((__li__URWI *)li__CIOQ));
            } break;
            case __li__MSWI__: {
              li__HY1U=((__li__MSWI *)li__CIOQ);
              li__IY1U=li__YXSJ(li__HY1U->li__NSWI.li__0CC,li__HY1U->li__ISBK);
              li__DIOQ=li__IY1U;
            } break;
            case __li__ETWI__: {
              li__DIOQ=li__4K5L(((__li__ETWI *)li__CIOQ));
            } break;
            case __li__MZWI__: {
              li__KY1U=((__li__MZWI *)li__CIOQ);
              li__LY1U=li__4U4I(li__KY1U->li__NZWI.li__0K.li__0CC,li__KY1U->li__3SBK,li__KY1U->li__NZWI.li__WZLE);
              li__DIOQ=li__LY1U;
            } break;
            case __li__C0WI__: {
              li__NY1U=((__li__C0WI *)li__CIOQ);
              li__OY1U=li__ZV4I(li__NY1U->li__D0WI.li__0K.li__0CC,li__NY1U->li__CTBK);
              li__DIOQ=li__OY1U;
            } break;
            case __li__M1WI__: {
              li__QY1U=((__li__M1WI *)li__CIOQ);
              li__RY1U=li__1Z4I(li__QY1U->li__N1WI.li__0K.li__0CC,li__QY1U->li__UTFK);
              li__DIOQ=li__RY1U;
            } break;
            case __li__KMFK__: {
              li__DIOQ=li__G3CM(((__li__KMFK *)li__CIOQ));
            } break;
            case __li__XOHL__: {
              li__DIOQ=li__AAPN(((__li__XOHL *)li__CIOQ));
            } break;
            case __li__FPHL__: {
              li__DIOQ=li__2EGM(((__li__FPHL *)li__CIOQ));
            } break;
            case __li__APLM__: {
              li__DIOQ=li__XRDQ(((__li__APLM *)li__CIOQ));
            } break;
            case __li__DTNM__: {
              li__DIOQ=li__D5SO(((__li__DTNM *)li__CIOQ));
            } break;
            case __li__JXNM__: {
              li__DIOQ=li__153R(((__li__JXNM *)li__CIOQ));
            } break;
            case __li__21LO__: {
              li__DIOQ=li__2KLP(((__li__21LO *)li__CIOQ));
            } break;
            case __li__TPOO__: {
              li__DIOQ=li__JLLP(((__li__TPOO *)li__CIOQ));
            } break;
            case __li__URRO__: {
              li__DIOQ=li__KM4R(((__li__URRO *)li__CIOQ));
            } break;
            case __li__41XO__: {
              li__DIOQ=li__CSDQ(((__li__41XO *)li__CIOQ));
            } break;
            case __li__AKBR__: {
              li__DIOQ=li__L2DS(((__li__AKBR *)li__CIOQ));
            } break;
            case __li__SU5R__: {
              li__DIOQ=li__EQJS(((__li__SU5R *)li__CIOQ));
            } break;
            case __li__JV5R__: {
              li__DIOQ=li__PQJS(((__li__JV5R *)li__CIOQ));
            } break;
            };
            li__2YPI(((__li__2ZEC *)li__IGOQ),li__DIOQ);
            li__CQXQ=(__li__K)(li__CQXQ +  1);
          };
        } else /* FALSE */ {
          li__IGOQ=li__JHOQ->li__0EOK;
          li__JHOQ->li__DT1L=li__B__;
        };
        li__EO1P=li__IGOQ;
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      };
      li__GH1P=li__EO1P;
    };
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switch (((struct ___OBJ *)li__UY1U)->__id) {
    case __li__WK__: {
      li__K3KV=((__li__WK *)li__UY1U)->li__1K.li__WZLE;
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    case __li__AVBD__: {
      li__K3KV=((__li__AVBD *)li__UY1U)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__K3KV=((__li__KVBD *)li__UY1U)->li__LVBD.li__WZLE;
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    case __li__WVBD__: {
      li__K3KV=((__li__WVBD *)li__UY1U)->li__XVBD.li__WZLE;
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    case __li__Z4WH__: {
      li__K3KV=li__JK5J(((__li__Z4WH *)li__UY1U));
    } break;
    case __li__KTVI__: {
      li__K3KV=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__K3KV=li__553L();
    } break;
    case __li__XTVI__: {
      li__K3KV=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__K3KV=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__K3KV=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__K3KV=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__K3KV=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__K3KV=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__K3KV=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__K3KV=li__DWEK(((__li__BNWI *)li__UY1U));
    } break;
    case __li__XNWI__: {
      li__K3KV=li__IWEK(((__li__XNWI *)li__UY1U));
    } break;
    case __li__LOWI__: {
      li__K3KV=li__NWEK(((__li__LOWI *)li__UY1U));
    } break;
    case __li__5OWI__: {
      li__K3KV=li__SWEK(((__li__5OWI *)li__UY1U));
    } break;
    case __li__TPWI__: {
      li__K3KV=li__XWEK(((__li__TPWI *)li__UY1U));
    } break;
    case __li__HQWI__: {
      li__K3KV=li__2WEK(((__li__HQWI *)li__UY1U));
    } break;
    case __li__ARWI__: {
      li__K3KV=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__K3KV=li__FXEK(((__li__URWI *)li__UY1U));
    } break;
    case __li__MSWI__: {
      li__K3KV=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__K3KV=((__li__ETWI *)li__UY1U)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__K3KV=((__li__MZWI *)li__UY1U)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__K3KV=((__li__C0WI *)li__UY1U)->li__D0WI.li__WZLE;
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    case __li__M1WI__: {
      li__K3KV=((__li__M1WI *)li__UY1U)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__K3KV=((__li__KMFK *)li__UY1U)->li__3RFK->li__WTBD.li__0RNE;
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    case __li__XOHL__: {
      li__K3KV=li__T4NN(((__li__XOHL *)li__UY1U));
    } break;
    case __li__FPHL__: {
      li__K3KV=li__KA4L(((__li__FPHL *)li__UY1U));
    } break;
    case __li__APLM__: {
      li__K3KV=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__K3KV=li__1ISO(((__li__DTNM *)li__UY1U));
    } break;
    case __li__JXNM__: {
      li__K3KV=li__VX3R(((__li__JXNM *)li__UY1U));
    } break;
    case __li__21LO__: {
      li__K3KV=((__li__21LO *)li__UY1U)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__K3KV=((__li__TPOO *)li__UY1U)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__K3KV=li__FH4R();
    } break;
    case __li__41XO__: {
      li__K3KV=li__3FDQ(((__li__41XO *)li__UY1U));
    } break;
    case __li__AKBR__: {
      li__K3KV=li__WQDS(((__li__AKBR *)li__UY1U));
    } break;
    case __li__SU5R__: {
      li__K3KV=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__K3KV=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((li__1E !=  0)) {
      li__B3KV=li__VG1P->li__3PLO.li__QPME;
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switch (((struct ___OBJ *)li__B3KV)->__id) {
      case __li__RDID__: {
        li__VO1P=((__li__RDID *)li__B3KV)->li__UDID.li__BPME;
      } break;
      case __li__GO3I__: {
        li__VO1P=li__SDID__->li__BPME;
      } break;
      case __li__NY3I__: {
        li__VO1P=((__li__NY3I *)li__B3KV)->li__OY3I.li__BPME;
      } break;
      case __li__SJPJ__: {
        li__VO1P=((__li__SJPJ *)li__B3KV)->li__TJPJ.li__BPME;
      } break;
      case __li__0VPJ__: {
        li__VO1P=((__li__0VPJ *)li__B3KV)->li__3VPJ.li__2VPJ.li__UDID.li__BPME;
      } break;
      case __li__1VPJ__: {
        li__VO1P=((__li__1VPJ *)li__B3KV)->li__2VPJ.li__UDID.li__BPME;
      } break;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__VO1P == (void *)NULL)) {
        li__KBG((&__string_672));
        fputc((int)('\n'),stdout);
        exit(( 1));
      };
      li__B3KV=li__VG1P->li__3PLO.li__QPME;
      /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__B3KV)->__id) {
      case __li__RDID__: {
        li__VO1P=((__li__RDID *)li__B3KV)->li__UDID.li__BPME;
      } break;
      case __li__GO3I__: {
        li__VO1P=li__SDID__->li__BPME;
      } break;
      case __li__NY3I__: {
        li__VO1P=((__li__NY3I *)li__B3KV)->li__OY3I.li__BPME;
      } break;
      case __li__SJPJ__: {
        li__VO1P=((__li__SJPJ *)li__B3KV)->li__TJPJ.li__BPME;
      } break;
      case __li__0VPJ__: {
        li__VO1P=((__li__0VPJ *)li__B3KV)->li__3VPJ.li__2VPJ.li__UDID.li__BPME;
      } break;
      case __li__1VPJ__: {
        li__VO1P=((__li__1VPJ *)li__B3KV)->li__2VPJ.li__UDID.li__BPME;
      } break;
      };
      li__J3KV=li__YS2P(li__VG1P);
      li__AP1P=li__WJUD(li__O3B__,li__J3KV,li__VO1P,li__I__);
      li__Q3KV=((__li__KI *)li__UH1P);
      li__P2VG(((__li__TOLE *)li__Q3KV->li__2OLE),li__AP1P);
      li__WVRE(li__Q3KV);
    };
    li__ZY1U=((void **)(*(((__li__2ZEC *)li__GH1P))).li__3GPI)[ 0];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__ZY1U==NULL) {
      li__B3KV=NULL;
    } else {
      switch (((struct ___OBJ *)li__ZY1U)->__id) {
      case __li__WK__: 
      case __li__AVBD__: 
      case __li__KVBD__: 
      case __li__WVBD__: 
      case __li__Z4WH__: 
      case __li__KTVI__: 
      case __li__LTVI__: 
      case __li__XTVI__: 
      case __li__YTVI__: 
      case __li__S2VI__: 
      case __li__E3VI__: 
      case __li__KLWI__: 
      case __li__ULWI__: 
      case __li__NMWI__: 
      case __li__BNWI__: 
      case __li__XNWI__: 
      case __li__LOWI__: 
      case __li__5OWI__: 
      case __li__TPWI__: 
      case __li__HQWI__: 
      case __li__ARWI__: 
      case __li__URWI__: 
      case __li__MSWI__: 
      case __li__ETWI__: 
      case __li__MZWI__: 
      case __li__C0WI__: 
      case __li__M1WI__: 
      case __li__XOHL__: 
      case __li__FPHL__: 
      case __li__APLM__: 
      case __li__DTNM__: 
      case __li__JXNM__: 
      case __li__URRO__: 
      case __li__41XO__: 
      case __li__AKBR__: 
      case __li__SU5R__: 
      case __li__JV5R__: {
        li__B3KV=NULL;
      } break;
      case __li__KMFK__: {
        li__B3KV=((void *)li__ZY1U);
      } break;
      case __li__21LO__: {
        li__B3KV=((void *)li__ZY1U);
      } break;
      case __li__TPOO__: {
        li__B3KV=((void *)li__ZY1U);
      } break;
      }
    };
    li__DH1P=li__B3KV;
    /* __li__B__ __li__I__ */
if (((void *)li__B3KV != (void *)NULL)) {
      /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__B3KV)->__id) {
      case __li__KMFK__: {
        li__3K1P=((__li__KMFK *)li__B3KV)->li__3RFK;
      } break;
      case __li__21LO__: {
        li__3K1P=((__li__21LO *)li__B3KV)->li__KJXO;
      } break;
      case __li__TPOO__: {
        li__3K1P=((__li__TPOO *)li__B3KV)->li__5IXO;
      } break;
      };
      /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__3K1P)->__id==__li__DZB__) {
        li__NP1P=((__li__DZB *)li__3K1P)->li__GZB.li__FZB.li__R2B;
      } else /* LOCAL */ {
        li__NP1P=((__li__VTBD *)li__3K1P)->li__WTBD.li__FZB.li__R2B;
      };
      li__FI1P=((void *)li__NP1P == (void *)(&__string_66));
    } else /* FALSE */ {
      li__FI1P=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__FI1P) {
      li__OH1P=li__K3KV;
    } else /* FALSE */ {
      li__OH1P=li__XG1P;
    };
    li__1Y1U=((void **)(*(((__li__2ZEC *)li__GH1P))).li__3GPI)[ 0];
    li__5P1P=li__TYSJ(li__ETWI__,li__OH1P,li__1Y1U);
    li__JT1U=((__li__2ZEC *)li__GH1P);
    ((void **)(*(li__JT1U)).li__3GPI)[ 0]=li__5P1P;
    li__WM4P=((__li__QWEC *)li__RN1P);
    li__JT1U=li__GH1P;
    li__K3KV=li__OH1P;
    li__2JIQ=NULL;
    li__3JIQ=NULL;
    li__4JIQ=NULL;
    li__ZJ1P= 0;
    li__IV5P= 0;
    li__N3KV=NULL;
    li__DKIQ=NULL;
    li__FKIQ=NULL;
    li__FI1P=li__I__;
    /* __li__B__ __li__I__ */
if (((void *)li__GH1P == (void *)NULL)) {
      li__MKIQ=li__UAVC();
      li__2JIQ=li__MKIQ;
      li__OUOI(((__li__ZCSH *)li__WM4P->li__DDSH),li__MKIQ);
      li__FI1P=li__B__;
    } else /* FALSE */ {
      li__ZJ1P= 0;
      li__RETQ:
      {
        /* __li__B__ __li__I__ */
if ((li__ZJ1P <= (*(li__JT1U)).li__NKSH)) {
          /* __li__B__ __li__I__ */
if (((void *)li__N3KV == (void *)NULL)) {
            li__JLIQ=li__B__;
          } else /* FALSE */ {
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__N3KV)->li__AEM)->__id) {
            case __li__IF__: 
            case __li__ORB__: 
            case __li__QRB__: 
            case __li__SRB__: 
            case __li__URB__: 
            case __li__GSZ__: {
              li__FLIQ=li__I__;
            } break;
            case __li__1RRF__: 
            case __li__UJSH__: {
              li__FLIQ=li__B__;
            } break;
            };
            li__JLIQ=(! li__FLIQ);
          };
          li__FLIQ=li__JLIQ;
        } else /* FALSE */ {
          li__FLIQ=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__FLIQ) {
          li__CIOQ=((void **)(*(((__li__2ZEC *)li__JT1U))).li__3GPI)[li__ZJ1P];
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CIOQ)->__id) {
          case __li__WK__: {
            li__L5KV=((__li__WK *)li__CIOQ)->li__1K.li__WZLE;
          } break;
          case __li__AVBD__: {
            li__L5KV=((__li__AVBD *)li__CIOQ)->li__K2ME;
          } break;
          case __li__KVBD__: {
            li__L5KV=((__li__KVBD *)li__CIOQ)->li__LVBD.li__WZLE;
          } break;
          case __li__WVBD__: {
            li__L5KV=((__li__WVBD *)li__CIOQ)->li__XVBD.li__WZLE;
          } break;
          case __li__Z4WH__: {
            li__L5KV=li__JK5J(((__li__Z4WH *)li__CIOQ));
          } break;
          case __li__KTVI__: {
            li__L5KV=li__5UEK();
          } break;
          case __li__LTVI__: {
            li__L5KV=li__553L();
          } break;
          case __li__XTVI__: {
            li__L5KV=li__FVEK();
          } break;
          case __li__YTVI__: {
            li__L5KV=li__FA4L();
          } break;
          case __li__S2VI__: {
            li__L5KV=li__KVEK();
          } break;
          case __li__E3VI__: {
            li__L5KV=li__PVEK();
          } break;
          case __li__KLWI__: {
            li__L5KV=li__UVEK();
          } break;
          case __li__ULWI__: {
            li__L5KV=li__ZVEK();
          } break;
          case __li__NMWI__: {
            li__L5KV=li__4VEK();
          } break;
          case __li__BNWI__: {
            li__L5KV=li__DWEK(((__li__BNWI *)li__CIOQ));
          } break;
          case __li__XNWI__: {
            li__L5KV=li__IWEK(((__li__XNWI *)li__CIOQ));
          } break;
          case __li__LOWI__: {
            li__L5KV=li__NWEK(((__li__LOWI *)li__CIOQ));
          } break;
          case __li__5OWI__: {
            li__L5KV=li__SWEK(((__li__5OWI *)li__CIOQ));
          } break;
          case __li__TPWI__: {
            li__L5KV=li__XWEK(((__li__TPWI *)li__CIOQ));
          } break;
          case __li__HQWI__: {
            li__L5KV=li__2WEK(((__li__HQWI *)li__CIOQ));
          } break;
          case __li__ARWI__: {
            li__L5KV=li__QRB__->li__RRB.li__J0C;
          } break;
          case __li__URWI__: {
            li__L5KV=li__FXEK(((__li__URWI *)li__CIOQ));
          } break;
          case __li__MSWI__: {
            li__L5KV=li__RXEK();
          } break;
          case __li__ETWI__: {
            li__L5KV=((__li__ETWI *)li__CIOQ)->li__NSBK;
          } break;
          case __li__MZWI__: {
            li__L5KV=((__li__MZWI *)li__CIOQ)->li__NZWI.li__WZLE;
          } break;
          case __li__C0WI__: {
            li__L5KV=((__li__C0WI *)li__CIOQ)->li__D0WI.li__WZLE;
          } break;
          case __li__M1WI__: {
            li__L5KV=((__li__M1WI *)li__CIOQ)->li__N1WI.li__WZLE;
          } break;
          case __li__KMFK__: {
            li__L5KV=((__li__KMFK *)li__CIOQ)->li__3RFK->li__WTBD.li__0RNE;
          } break;
          case __li__XOHL__: {
            li__L5KV=li__T4NN(((__li__XOHL *)li__CIOQ));
          } break;
          case __li__FPHL__: {
            li__L5KV=li__KA4L(((__li__FPHL *)li__CIOQ));
          } break;
          case __li__APLM__: {
            li__L5KV=li__YFDQ();
          } break;
          case __li__DTNM__: {
            li__L5KV=li__1ISO(((__li__DTNM *)li__CIOQ));
          } break;
          case __li__JXNM__: {
            li__L5KV=li__VX3R(((__li__JXNM *)li__CIOQ));
          } break;
          case __li__21LO__: {
            li__L5KV=((__li__21LO *)li__CIOQ)->li__KJXO->li__GZB.li__0RNE;
          } break;
          case __li__TPOO__: {
            li__L5KV=((__li__TPOO *)li__CIOQ)->li__5IXO->li__GZB.li__0RNE;
          } break;
          case __li__URRO__: {
            li__L5KV=li__FH4R();
          } break;
          case __li__41XO__: {
            li__L5KV=li__3FDQ(((__li__41XO *)li__CIOQ));
          } break;
          case __li__AKBR__: {
            li__L5KV=li__WQDS(((__li__AKBR *)li__CIOQ));
          } break;
          case __li__SU5R__: {
            li__L5KV=li__T1IS();
          } break;
          case __li__JV5R__: {
            li__L5KV=li__Y1IS();
          } break;
          };
          li__N3KV=li__L5KV;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__L5KV)->li__AEM)->__id) {
          case __li__IF__: 
          case __li__ORB__: 
          case __li__QRB__: 
          case __li__SRB__: 
          case __li__URB__: 
          case __li__GSZ__: {
            li__JLIQ=li__I__;
          } break;
          case __li__1RRF__: 
          case __li__UJSH__: {
            li__JLIQ=li__B__;
          } break;
          };
          /* __li__B__ __li__I__ */
if (li__JLIQ) {
            li__2LIQ=li__5D4G();
            li__DIOQ=((void **)(*(((__li__2ZEC *)li__JT1U))).li__3GPI)[li__ZJ1P];
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DIOQ)->__id) {
            case __li__WK__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),((__li__5RB *)((__li__WK *)li__DIOQ)->li__1K.li__WZLE)->li__AEM);
            } break;
            case __li__AVBD__: {
              li__5SIM(((__li__AVBD *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__KVBD__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__DIOQ))->li__LVBD.li__WZLE)->li__AEM);
            } break;
            case __li__WVBD__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__DIOQ))->li__XVBD.li__WZLE)->li__AEM);
            } break;
            case __li__Z4WH__: {
              li__KBG((&__string_205));
              fputc((int)('\n'),stdout);
              exit(( 1));
            } break;
            case __li__KTVI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__LTVI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__XTVI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__YTVI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__S2VI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__E3VI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__KLWI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__ULWI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__1SB);
            } break;
            case __li__NMWI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__BNWI__: {
              li__FVIM(((__li__BNWI *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__XNWI__: {
              li__JVIM(((__li__XNWI *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__LOWI__: {
              li__NVIM(((__li__LOWI *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__5OWI__: {
              li__RVIM(((__li__5OWI *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__TPWI__: {
              li__VVIM(((__li__TPWI *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__HQWI__: {
              li__ZVIM(((__li__HQWI *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__ARWI__: {
              li__3VIM(li__2LIQ);
            } break;
            case __li__URWI__: {
              li__AWIM(((__li__URWI *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__MSWI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__1SB);
            } break;
            case __li__ETWI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__DIOQ))->li__NSBK)->li__AEM);
            } break;
            case __li__MZWI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__DIOQ))->li__NZWI.li__WZLE)->li__AEM);
            } break;
            case __li__C0WI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__DIOQ))->li__D0WI.li__WZLE)->li__AEM);
            } break;
            case __li__M1WI__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__DIOQ))->li__N1WI.li__WZLE)->li__AEM);
            } break;
            case __li__KMFK__: {
              li__FXIM(((__li__KMFK *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__XOHL__: {
              li__O5KV=li__T4NN(((__li__XOHL *)((__li__WK *)li__DIOQ)));
              li__4H1L(((__li__SQNE *)li__2LIQ),((__li__5RB *)li__O5KV)->li__AEM);
            } break;
            case __li__FPHL__: {
              li__JILN(((__li__FPHL *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__APLM__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__DTNM__: {
              li__O5KV=li__1ISO(((__li__DTNM *)((__li__WK *)li__DIOQ)));
              li__4H1L(((__li__SQNE *)li__2LIQ),((__li__5RB *)li__O5KV)->li__AEM);
            } break;
            case __li__JXNM__: {
              li__VF4R(((__li__JXNM *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__21LO__: {
              li__JQLP(((__li__21LO *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__TPOO__: {
              li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__DIOQ))->li__5IXO),li__2LIQ);
            } break;
            case __li__URRO__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__41XO__: {
              li__NVDQ(((__li__41XO *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__AKBR__: {
              li__T5DS(((__li__AKBR *)((__li__WK *)li__DIOQ)),li__2LIQ);
            } break;
            case __li__SU5R__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            case __li__JV5R__: {
              li__4H1L(((__li__SQNE *)li__2LIQ),li__DSB);
              li__4H1L(((__li__SQNE *)li__2LIQ),li__LSB);
            } break;
            };
            /* __li__B__ __li__I__ */
if (((void *)((void **)((__li__SQNE *)li__2LIQ)->li__VQNE.li__GABM)[ 0] == (void *)li__ORB__)) {
              /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__2LIQ)->li__VQNE.li__ZTMI +  1) >  1)) {
                li__HCXR=((void **)((__li__SQNE *)li__2LIQ)->li__VQNE.li__GABM)[ 1];
                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__HCXR==NULL) {
                  li__NMIQ=NULL;
                } else {
                  if (((struct ___OBJ *)li__HCXR)->__id==__li__UJSH__) {
                    li__NMIQ=((void *)li__HCXR);
                  } else /* Other types */ {
                    li__NMIQ=NULL;
                  }
                };
                li__DKIQ=li__NMIQ;
              } else /* FALSE */ {
                li__N3KV=NULL;
              };
            } else /* FALSE */ {
              li__HCXR=((void **)((__li__SQNE *)li__2LIQ)->li__VQNE.li__GABM)[ 0];
              /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__HCXR==NULL) {
                li__NMIQ=NULL;
              } else {
                if (((struct ___OBJ *)li__HCXR)->__id==__li__UJSH__) {
                  li__NMIQ=((void *)li__HCXR);
                } else /* Other types */ {
                  li__NMIQ=NULL;
                }
              };
              li__DKIQ=li__NMIQ;
            };
            li__EVEM(((__li__SQNE *)li__2LIQ));
          };
          li__ZJ1P=(__li__K)(li__ZJ1P +  1);
          goto li__RETQ;
        };
      };
      /* __li__B__ __li__I__ */
if (((void *)li__DKIQ != (void *)NULL)) {
        li__FKIQ=li__DKIQ->li__2MSH;
        li__IV5P= 0;
        while (((li__IV5P <= (*(li__FKIQ)).li__ENSH) && ((void *)li__2JIQ == (void *)NULL))) {
          li__2NIQ=((void **)(*(((__li__ZCSH *)li__FKIQ))).li__HPOI)[li__IV5P];
          li__4JIQ=li__2NIQ;
          /* __li__B__ __li__I__ */
if (((void *)((__li__1M *)li__2NIQ)->li__AZOI == (void *)li__WM4P)) {
            /* __li__B__ __li__I__ */
if (((void *)li__2NIQ->li__2M.li__2NSH == (void *)NULL)) {
              li__NOIQ=li__B__;
            } else /* FALSE */ {
              li__KOIQ=li__FP2L(((__li__5RB *)li__2NIQ->li__2M.li__2NSH),li__K3KV);
              li__NOIQ=li__KOIQ;
            };
            li__JLIQ=li__NOIQ;
          } else /* FALSE */ {
            li__JLIQ=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__JLIQ) {
            li__2JIQ=li__2NIQ;
          };
          li__IV5P=(__li__K)(li__IV5P +  1);
        };
        /* __li__B__ __li__I__ */
if (((void *)li__2JIQ == (void *)NULL)) {
          li__2NIQ=li__UAVC();
          li__2JIQ=li__2NIQ;
          ((__li__1M *)li__2NIQ)->li__01PI=li__B__;
          li__OUOI(((__li__ZCSH *)li__DKIQ->li__2MSH),li__2NIQ);
          li__FI1P=li__B__;
        };
      } else /* FALSE */ {
        li__3K1P=li__WM4P->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3K1P)->__id==__li__IZB__) {
          li__IPIQ=((__li__IZB *)li__3K1P)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__IPIQ=((__li__4HAD *)li__3K1P)->li__5HAD.li__WLSB;
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__IPIQ)->li__XNKE == (void *)(&__string_36))) {
          li__2NIQ=((void **)(*(((__li__ZCSH *)li__WM4P->li__DDSH))).li__HPOI)[ 0];
          li__2JIQ=li__2NIQ;
        } else /* FALSE */ {
          li__ZJ1P= 0;
          while (((li__ZJ1P <= (*(li__WM4P->li__DDSH)).li__ENSH) && ((void *)li__2JIQ == (void *)NULL))) {
            li__OQIQ=((void **)(*(((__li__ZCSH *)li__WM4P->li__DDSH))).li__HPOI)[li__ZJ1P];
            li__4JIQ=li__OQIQ;
            /* __li__B__ __li__I__ */
if (((void *)li__OQIQ->li__2M.li__2NSH == (void *)NULL)) {
              li__NOIQ=li__B__;
            } else /* FALSE */ {
              li__KOIQ=li__FP2L(((__li__5RB *)li__OQIQ->li__2M.li__2NSH),li__K3KV);
              li__NOIQ=li__KOIQ;
            };
            /* __li__B__ __li__I__ */
if (li__NOIQ) {
              li__2JIQ=li__OQIQ;
              li__IV5P= 1;
              while (((li__IV5P <= (*(li__JT1U)).li__NKSH) && ((void *)li__2JIQ != (void *)NULL))) {
                li__WRIQ=((void **)(*(((__li__Z0IE *)li__4JIQ->li__2M.li__PRSH))).li__WWWG)[li__IV5P];
                /* __li__B__ __li__I__ */
if ((((void *)li__WRIQ != (void *)NULL) && ((void *)li__WRIQ->li__WTBD.li__XRSH != (void *)NULL))) {
                  li__DSIQ=((void **)(*(((__li__2ZEC *)li__JT1U))).li__3GPI)[li__IV5P];
                  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DSIQ)->__id) {
                  case __li__WK__: {
                    li__ESIQ=((__li__WK *)li__DSIQ)->li__1K.li__WZLE;
                  } break;
                  case __li__AVBD__: {
                    li__ESIQ=((__li__AVBD *)li__DSIQ)->li__K2ME;
                  } break;
                  case __li__KVBD__: {
                    li__ESIQ=((__li__KVBD *)li__DSIQ)->li__LVBD.li__WZLE;
                  } break;
                  case __li__WVBD__: {
                    li__ESIQ=((__li__WVBD *)li__DSIQ)->li__XVBD.li__WZLE;
                  } break;
                  case __li__Z4WH__: {
                    li__ESIQ=li__JK5J(((__li__Z4WH *)li__DSIQ));
                  } break;
                  case __li__KTVI__: {
                    li__ESIQ=li__5UEK();
                  } break;
                  case __li__LTVI__: {
                    li__ESIQ=li__553L();
                  } break;
                  case __li__XTVI__: {
                    li__ESIQ=li__FVEK();
                  } break;
                  case __li__YTVI__: {
                    li__ESIQ=li__FA4L();
                  } break;
                  case __li__S2VI__: {
                    li__ESIQ=li__KVEK();
                  } break;
                  case __li__E3VI__: {
                    li__ESIQ=li__PVEK();
                  } break;
                  case __li__KLWI__: {
                    li__ESIQ=li__UVEK();
                  } break;
                  case __li__ULWI__: {
                    li__ESIQ=li__ZVEK();
                  } break;
                  case __li__NMWI__: {
                    li__ESIQ=li__4VEK();
                  } break;
                  case __li__BNWI__: {
                    li__ESIQ=li__DWEK(((__li__BNWI *)li__DSIQ));
                  } break;
                  case __li__XNWI__: {
                    li__ESIQ=li__IWEK(((__li__XNWI *)li__DSIQ));
                  } break;
                  case __li__LOWI__: {
                    li__ESIQ=li__NWEK(((__li__LOWI *)li__DSIQ));
                  } break;
                  case __li__5OWI__: {
                    li__ESIQ=li__SWEK(((__li__5OWI *)li__DSIQ));
                  } break;
                  case __li__TPWI__: {
                    li__ESIQ=li__XWEK(((__li__TPWI *)li__DSIQ));
                  } break;
                  case __li__HQWI__: {
                    li__ESIQ=li__2WEK(((__li__HQWI *)li__DSIQ));
                  } break;
                  case __li__ARWI__: {
                    li__ESIQ=li__QRB__->li__RRB.li__J0C;
                  } break;
                  case __li__URWI__: {
                    li__ESIQ=li__FXEK(((__li__URWI *)li__DSIQ));
                  } break;
                  case __li__MSWI__: {
                    li__ESIQ=li__RXEK();
                  } break;
                  case __li__ETWI__: {
                    li__ESIQ=((__li__ETWI *)li__DSIQ)->li__NSBK;
                  } break;
                  case __li__MZWI__: {
                    li__ESIQ=((__li__MZWI *)li__DSIQ)->li__NZWI.li__WZLE;
                  } break;
                  case __li__C0WI__: {
                    li__ESIQ=((__li__C0WI *)li__DSIQ)->li__D0WI.li__WZLE;
                  } break;
                  case __li__M1WI__: {
                    li__ESIQ=((__li__M1WI *)li__DSIQ)->li__N1WI.li__WZLE;
                  } break;
                  case __li__KMFK__: {
                    li__ESIQ=((__li__KMFK *)li__DSIQ)->li__3RFK->li__WTBD.li__0RNE;
                  } break;
                  case __li__XOHL__: {
                    li__ESIQ=li__T4NN(((__li__XOHL *)li__DSIQ));
                  } break;
                  case __li__FPHL__: {
                    li__ESIQ=li__KA4L(((__li__FPHL *)li__DSIQ));
                  } break;
                  case __li__APLM__: {
                    li__ESIQ=li__YFDQ();
                  } break;
                  case __li__DTNM__: {
                    li__ESIQ=li__1ISO(((__li__DTNM *)li__DSIQ));
                  } break;
                  case __li__JXNM__: {
                    li__ESIQ=li__VX3R(((__li__JXNM *)li__DSIQ));
                  } break;
                  case __li__21LO__: {
                    li__ESIQ=((__li__21LO *)li__DSIQ)->li__KJXO->li__GZB.li__0RNE;
                  } break;
                  case __li__TPOO__: {
                    li__ESIQ=((__li__TPOO *)li__DSIQ)->li__5IXO->li__GZB.li__0RNE;
                  } break;
                  case __li__URRO__: {
                    li__ESIQ=li__FH4R();
                  } break;
                  case __li__41XO__: {
                    li__ESIQ=li__3FDQ(((__li__41XO *)li__DSIQ));
                  } break;
                  case __li__AKBR__: {
                    li__ESIQ=li__WQDS(((__li__AKBR *)li__DSIQ));
                  } break;
                  case __li__SU5R__: {
                    li__ESIQ=li__T1IS();
                  } break;
                  case __li__JV5R__: {
                    li__ESIQ=li__Y1IS();
                  } break;
                  };
                  li__DSIQ=li__WRIQ->li__WTBD.li__XRSH;
                  /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__DSIQ)->__id) {
                  case __li__RLKJ__: {
                    li__GSIQ=((__li__RLKJ *)li__DSIQ)->li__SLKJ.li__CSSH;
                  } break;
                  case __li__5LKJ__: {
                    li__GSIQ=((__li__5LKJ *)li__DSIQ)->li__AMKJ.li__CSSH;
                  } break;
                  case __li__DFNL__: {
                    li__GSIQ=((__li__DFNL *)li__DSIQ)->li__EFNL.li__CSSH;
                  } break;
                  };
                  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GSIQ)->__id) {
                  case __li__WK__: {
                    li__HSIQ=((__li__WK *)li__GSIQ)->li__1K.li__WZLE;
                  } break;
                  case __li__AVBD__: {
                    li__HSIQ=((__li__AVBD *)li__GSIQ)->li__K2ME;
                  } break;
                  case __li__KVBD__: {
                    li__HSIQ=((__li__KVBD *)li__GSIQ)->li__LVBD.li__WZLE;
                  } break;
                  case __li__WVBD__: {
                    li__HSIQ=((__li__WVBD *)li__GSIQ)->li__XVBD.li__WZLE;
                  } break;
                  case __li__Z4WH__: {
                    li__HSIQ=li__JK5J(((__li__Z4WH *)li__GSIQ));
                  } break;
                  case __li__KTVI__: {
                    li__HSIQ=li__5UEK();
                  } break;
                  case __li__LTVI__: {
                    li__HSIQ=li__553L();
                  } break;
                  case __li__XTVI__: {
                    li__HSIQ=li__FVEK();
                  } break;
                  case __li__YTVI__: {
                    li__HSIQ=li__FA4L();
                  } break;
                  case __li__S2VI__: {
                    li__HSIQ=li__KVEK();
                  } break;
                  case __li__E3VI__: {
                    li__HSIQ=li__PVEK();
                  } break;
                  case __li__KLWI__: {
                    li__HSIQ=li__UVEK();
                  } break;
                  case __li__ULWI__: {
                    li__HSIQ=li__ZVEK();
                  } break;
                  case __li__NMWI__: {
                    li__HSIQ=li__4VEK();
                  } break;
                  case __li__BNWI__: {
                    li__HSIQ=li__DWEK(((__li__BNWI *)li__GSIQ));
                  } break;
                  case __li__XNWI__: {
                    li__HSIQ=li__IWEK(((__li__XNWI *)li__GSIQ));
                  } break;
                  case __li__LOWI__: {
                    li__HSIQ=li__NWEK(((__li__LOWI *)li__GSIQ));
                  } break;
                  case __li__5OWI__: {
                    li__HSIQ=li__SWEK(((__li__5OWI *)li__GSIQ));
                  } break;
                  case __li__TPWI__: {
                    li__HSIQ=li__XWEK(((__li__TPWI *)li__GSIQ));
                  } break;
                  case __li__HQWI__: {
                    li__HSIQ=li__2WEK(((__li__HQWI *)li__GSIQ));
                  } break;
                  case __li__ARWI__: {
                    li__HSIQ=li__QRB__->li__RRB.li__J0C;
                  } break;
                  case __li__URWI__: {
                    li__HSIQ=li__FXEK(((__li__URWI *)li__GSIQ));
                  } break;
                  case __li__MSWI__: {
                    li__HSIQ=li__RXEK();
                  } break;
                  case __li__ETWI__: {
                    li__HSIQ=((__li__ETWI *)li__GSIQ)->li__NSBK;
                  } break;
                  case __li__MZWI__: {
                    li__HSIQ=((__li__MZWI *)li__GSIQ)->li__NZWI.li__WZLE;
                  } break;
                  case __li__C0WI__: {
                    li__HSIQ=((__li__C0WI *)li__GSIQ)->li__D0WI.li__WZLE;
                  } break;
                  case __li__M1WI__: {
                    li__HSIQ=((__li__M1WI *)li__GSIQ)->li__N1WI.li__WZLE;
                  } break;
                  case __li__KMFK__: {
                    li__HSIQ=((__li__KMFK *)li__GSIQ)->li__3RFK->li__WTBD.li__0RNE;
                  } break;
                  case __li__XOHL__: {
                    li__HSIQ=li__T4NN(((__li__XOHL *)li__GSIQ));
                  } break;
                  case __li__FPHL__: {
                    li__HSIQ=li__KA4L(((__li__FPHL *)li__GSIQ));
                  } break;
                  case __li__APLM__: {
                    li__HSIQ=li__YFDQ();
                  } break;
                  case __li__DTNM__: {
                    li__HSIQ=li__1ISO(((__li__DTNM *)li__GSIQ));
                  } break;
                  case __li__JXNM__: {
                    li__HSIQ=li__VX3R(((__li__JXNM *)li__GSIQ));
                  } break;
                  case __li__21LO__: {
                    li__HSIQ=((__li__21LO *)li__GSIQ)->li__KJXO->li__GZB.li__0RNE;
                  } break;
                  case __li__TPOO__: {
                    li__HSIQ=((__li__TPOO *)li__GSIQ)->li__5IXO->li__GZB.li__0RNE;
                  } break;
                  case __li__URRO__: {
                    li__HSIQ=li__FH4R();
                  } break;
                  case __li__41XO__: {
                    li__HSIQ=li__3FDQ(((__li__41XO *)li__GSIQ));
                  } break;
                  case __li__AKBR__: {
                    li__HSIQ=li__WQDS(((__li__AKBR *)li__GSIQ));
                  } break;
                  case __li__SU5R__: {
                    li__HSIQ=li__T1IS();
                  } break;
                  case __li__JV5R__: {
                    li__HSIQ=li__Y1IS();
                  } break;
                  };
                  li__USIQ=((void *)li__ESIQ != (void *)li__HSIQ);
                } else /* FALSE */ {
                  li__USIQ=li__I__;
                };
                /* __li__B__ __li__I__ */
if (li__USIQ) {
                  li__DSIQ=((__li__5RB *)li__WRIQ->li__WTBD.li__0RNE)->li__AEM;
                  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WM4P->li__RWEC->li__KZB)->__id==__li__IZB__) {
                    li__GSIQ=li__TSB;
                  } else /* ITM_SLOT_OPERATOR */ {
                    li__GSIQ=li__TSB;
                  };
                  li__USIQ=((void *)li__DSIQ != (void *)li__GSIQ);
                } else /* FALSE */ {
                  li__USIQ=li__I__;
                };
                /* __li__B__ __li__I__ */
if (li__USIQ) {
                  li__2JIQ=NULL;
                };
                li__IV5P=(__li__K)(li__IV5P +  1);
              };
            };
            li__ZJ1P=(__li__K)(li__ZJ1P +  1);
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)li__2JIQ == (void *)NULL)) {
          li__2NIQ=li__UAVC();
          li__2JIQ=li__2NIQ;
          li__OUOI(((__li__ZCSH *)li__WM4P->li__DDSH),li__2NIQ);
          li__CIOQ=li__WM4P->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CIOQ)->__id==__li__IZB__) {
            li__LTIQ=((__li__IZB *)li__CIOQ)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__LTIQ=((__li__4HAD *)li__CIOQ)->li__5HAD.li__WLSB;
          };
          /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__LTIQ)->li__XNKE == (void *)(&__string_36))) {
            li__TVRU=(__li__K)((*(((__li__ZCSH *)li__WM4P->li__DDSH))).li__ENSH +  1);
            li__JLIQ=(li__TVRU >  1);
          } else /* FALSE */ {
            li__JLIQ=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__JLIQ) {
            li__DIOQ=li__WM4P->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DIOQ)->__id==__li__IZB__) {
              li__K5KV=((__li__IZB *)li__DIOQ)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__K5KV=((__li__4HAD *)li__DIOQ)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WM4P->li__RWEC->li__KZB)->__id==__li__IZB__) {
              li__WXXI(li__WM4P,li__K5KV);
            } else /* ITM_SLOT_OPERATOR */ {
              li__WXXI(li__WM4P,li__K5KV);
            };
          };
          li__FI1P=li__B__;
        };
      };
    };
    /* __li__B__ __li__I__ */
if (li__FI1P) {
      li__DXOI=(__li__K)((*(((__li__ZCSH *)li__WM4P->li__DDSH))).li__ENSH +  1);
      li__QUIQ=li__SXOI(((__li__1M *)li__2JIQ),li__WM4P,li__OH1P,li__GH1P,(li__DXOI ==  1));
      li__3JIQ=li__QUIQ;
    } else /* FALSE */ {
      li__QUIQ=li__F4OI(((__li__1M *)li__2JIQ),li__GH1P);
      li__3JIQ=li__QUIQ;
    };
    li__1L1P=li__VG1P->li__XYWO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1L1P)->__id) {
    case __li__WK__: {
      li__Y3KV=((__li__WK *)li__1L1P)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__Y3KV=((__li__AVBD *)li__1L1P)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__Y3KV=((__li__KVBD *)li__1L1P)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__Y3KV=((__li__WVBD *)li__1L1P)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__Y3KV=li__JK5J(((__li__Z4WH *)li__1L1P));
    } break;
    case __li__KTVI__: {
      li__Y3KV=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__Y3KV=li__553L();
    } break;
    case __li__XTVI__: {
      li__Y3KV=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__Y3KV=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__Y3KV=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__Y3KV=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__Y3KV=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__Y3KV=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__Y3KV=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__Y3KV=li__DWEK(((__li__BNWI *)li__1L1P));
    } break;
    case __li__XNWI__: {
      li__Y3KV=li__IWEK(((__li__XNWI *)li__1L1P));
    } break;
    case __li__LOWI__: {
      li__Y3KV=li__NWEK(((__li__LOWI *)li__1L1P));
    } break;
    case __li__5OWI__: {
      li__Y3KV=li__SWEK(((__li__5OWI *)li__1L1P));
    } break;
    case __li__TPWI__: {
      li__Y3KV=li__XWEK(((__li__TPWI *)li__1L1P));
    } break;
    case __li__HQWI__: {
      li__Y3KV=li__2WEK(((__li__HQWI *)li__1L1P));
    } break;
    case __li__ARWI__: {
      li__Y3KV=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__Y3KV=li__FXEK(((__li__URWI *)li__1L1P));
    } break;
    case __li__MSWI__: {
      li__Y3KV=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__Y3KV=((__li__ETWI *)li__1L1P)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__Y3KV=((__li__MZWI *)li__1L1P)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__Y3KV=((__li__C0WI *)li__1L1P)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__Y3KV=((__li__M1WI *)li__1L1P)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__Y3KV=((__li__KMFK *)li__1L1P)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__Y3KV=li__T4NN(((__li__XOHL *)li__1L1P));
    } break;
    case __li__FPHL__: {
      li__Y3KV=li__KA4L(((__li__FPHL *)li__1L1P));
    } break;
    case __li__APLM__: {
      li__Y3KV=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__Y3KV=li__1ISO(((__li__DTNM *)li__1L1P));
    } break;
    case __li__JXNM__: {
      li__Y3KV=li__VX3R(((__li__JXNM *)li__1L1P));
    } break;
    case __li__21LO__: {
      li__Y3KV=((__li__21LO *)li__1L1P)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__Y3KV=((__li__TPOO *)li__1L1P)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__Y3KV=li__FH4R();
    } break;
    case __li__41XO__: {
      li__Y3KV=li__3FDQ(((__li__41XO *)li__1L1P));
    } break;
    case __li__AKBR__: {
      li__Y3KV=li__WQDS(((__li__AKBR *)li__1L1P));
    } break;
    case __li__SU5R__: {
      li__Y3KV=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__Y3KV=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__Y3KV)->li__AEM == (void *)li__QRB__)) {
      li__J3KV=li__YS2P(li__VG1P);
      li__RY5P=li__LANO(li__LHBK__);
      li__LIWO(((__li__LHBK *)li__RY5P),li__J3KV,li__2JIQ,li__3JIQ,li__QH1P);
      li__Q3KV=((__li__KI *)li__UH1P);
      li__P2VG(((__li__TOLE *)li__Q3KV->li__2OLE),li__RY5P);
      li__WVRE(li__Q3KV);
    } else /* FALSE */ {
      li__J3KV=li__YS2P(li__VG1P);
      li__RY5P=li__LANO(li__LHBK__);
      li__LIWO(((__li__LHBK *)li__RY5P),li__J3KV,li__2JIQ,li__3JIQ,NULL);
      li__BH1P=li__RY5P;
      /* __li__B__ __li__I__ */
if (((void *)li__QH1P != (void *)NULL)) {
        li__X3KV=li__YS2P(li__VG1P);
        li__0Q1P=li__ZU5P(li__CJ1P__,li__X3KV,li__QH1P);
        li__T3KV=((__li__KI *)li__UH1P);
        li__P2VG(((__li__TOLE *)li__T3KV->li__2OLE),li__0Q1P);
        li__WVRE(li__T3KV);
        li__T3KV=((__li__KI *)li__UH1P);
        li__P2VG(((__li__TOLE *)li__T3KV->li__2OLE),li__RY5P);
        li__WVRE(li__T3KV);
        li__X3KV=li__YS2P(li__VG1P);
        li__3Q1P=li__DX5P(li__EN1P__,li__X3KV);
        li__T3KV=((__li__KI *)li__UH1P);
        li__P2VG(((__li__TOLE *)li__T3KV->li__2OLE),li__3Q1P);
        li__WVRE(li__T3KV);
      } else /* FALSE */ {
        li__T3KV=((__li__KI *)li__UH1P);
        li__P2VG(((__li__TOLE *)li__T3KV->li__2OLE),li__RY5P);
        li__WVRE(li__T3KV);
      };
      li__B3KV=li__VG1P->li__XYWO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__B3KV==NULL) {
        li__JL1P=NULL;
      } else {
        if (((struct ___OBJ *)li__B3KV)->__id==__li__Z4WH__) {
          li__JL1P=((void *)li__B3KV);
        } else /* Other types */ {
          li__JL1P=NULL;
        }
      };
      li__CH1P=li__JL1P;
      /* __li__B__ __li__I__ */
if (((void *)li__JL1P != (void *)NULL)) {
        li__SL1P=(*(((__li__Z4WH *)li__JL1P)->li__PJPI)).li__NKSH;
        li__MVAQ= 0;
        while ((li__MVAQ <= li__SL1P)) {
          li__DIOQ=((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__CH1P)->li__PJPI))).li__3GPI)[li__MVAQ];
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__DIOQ==NULL) {
            li__DSIQ=NULL;
          } else {
            switch (((struct ___OBJ *)li__DIOQ)->__id) {
            case __li__WK__: 
            case __li__AVBD__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__DSIQ=NULL;
            } break;
            case __li__KMFK__: {
              li__DSIQ=((void *)li__DIOQ);
            } break;
            case __li__21LO__: {
              li__DSIQ=((void *)li__DIOQ);
            } break;
            case __li__TPOO__: {
              li__DSIQ=((void *)li__DIOQ);
            } break;
            }
          };
          /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__DSIQ)->__id) {
          case __li__KMFK__: {
            li__GSIQ=((__li__KMFK *)li__DSIQ)->li__3RFK;
          } break;
          case __li__21LO__: {
            li__GSIQ=((__li__21LO *)li__DSIQ)->li__KJXO;
          } break;
          case __li__TPOO__: {
            li__GSIQ=((__li__TPOO *)li__DSIQ)->li__5IXO;
          } break;
          };
          li__DIOQ=li__BH1P->li__KSPK;
          /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__DIOQ)->__id==__li__1M__) {
            li__BS1P=&(((__li__1M *)li__DIOQ)->li__2M.li__D2OI);
          } else /* PROFIL_BLOCK */ {
            li__BS1P=&(((__li__UJSH *)li__DIOQ)->li__VJSH.li__D2OI);
          };
          li__WRIQ=li__WOTL(li__BS1P,li__MVAQ);
          li__YS2P(li__VG1P);
          li__BY1U=li__NOPI(((__li__VTBD *)li__WRIQ));
          li__DH1P=li__BY1U;
          li__K5KV=li__YS2P(li__VG1P);
          /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__GSIQ)->__id==__li__DZB__) {
            li__DSIQ=li__NXEJ(((__li__DZB *)li__GSIQ),li__K5KV,NULL,li__BY1U);
            li__HCXR=li__DSIQ;
          } else /* LOCAL */ {
            li__O11U=li__1CXJ(((__li__VTBD *)((__li__DZB *)li__GSIQ)),li__K5KV,li__BY1U);
            li__HCXR=li__O11U;
          };
          li__HS1P=&(li__BH1P->li__SWEO);
          li__IS1P=li__SKPO(li__OWEO__,li__HCXR);
          li__ZKPO(li__HS1P,li__IS1P);
          li__MVAQ=(__li__K)(li__MVAQ +  1);
        };
        li__JLIQ=li__B__;
      } else /* FALSE */ {
        li__JLIQ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__JLIQ)) {
        li__3K1P=li__RY5P->li__KSPK;
        /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__3K1P)->__id==__li__1M__) {
          li__BS1P=&(((__li__1M *)li__3K1P)->li__2M.li__D2OI);
        } else /* PROFIL_BLOCK */ {
          li__BS1P=&(((__li__UJSH *)li__3K1P)->li__VJSH.li__D2OI);
        };
        li__SL1P=li__004I(li__BS1P);
        /* __li__B__ __li__I__ */
if (((__li__K)(li__SL1P +  1) !=  0)) {
          li__FLIQ=li__B__;
        } else /* FALSE */ {
          li__NOIQ=li__VGZO(((__li__LHBK *)li__RY5P));
          li__FLIQ=li__NOIQ;
        };
        /* __li__B__ __li__I__ */
if (li__FLIQ) {
          li__CIOQ=li__VG1P->li__XYWO;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__CIOQ==NULL) {
            li__DIOQ=NULL;
          } else {
            switch (((struct ___OBJ *)li__CIOQ)->__id) {
            case __li__WK__: 
            case __li__AVBD__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__DIOQ=NULL;
            } break;
            case __li__KMFK__: {
              li__DIOQ=((void *)li__CIOQ);
            } break;
            case __li__21LO__: {
              li__DIOQ=((void *)li__CIOQ);
            } break;
            case __li__TPOO__: {
              li__DIOQ=((void *)li__CIOQ);
            } break;
            }
          };
          li__DH1P=li__DIOQ;
          /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__DIOQ)->__id) {
          case __li__KMFK__: {
            li__DSIQ=((__li__KMFK *)li__DIOQ)->li__3RFK;
          } break;
          case __li__21LO__: {
            li__DSIQ=((__li__21LO *)li__DIOQ)->li__KJXO;
          } break;
          case __li__TPOO__: {
            li__DSIQ=((__li__TPOO *)li__DIOQ)->li__5IXO;
          } break;
          };
          li__FLIQ=li__VGZO(((__li__LHBK *)li__RY5P));
          /* __li__B__ __li__I__ */
if (li__FLIQ) {
            li__K5KV=li__YS2P(li__VG1P);
            li__DIOQ=li__FUB;
            /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DIOQ)->__id) {
            case __li__IF__: {
              li__L5KV=((__li__IF *)li__DIOQ)->li__J0C;
            } break;
            case __li__ORB__: {
              li__L5KV=((__li__ORB *)li__DIOQ)->li__PRB.li__J0C;
            } break;
            case __li__QRB__: {
              li__L5KV=((__li__QRB *)li__DIOQ)->li__RRB.li__J0C;
            } break;
            case __li__SRB__: {
              li__L5KV=((__li__SRB *)li__DIOQ)->li__TRB.li__J0C;
            } break;
            case __li__URB__: {
              li__L5KV=((__li__URB *)li__DIOQ)->li__VRB.li__J0C;
            } break;
            case __li__GSZ__: {
              li__L5KV=((__li__GSZ *)li__DIOQ)->li__HSZ.li__J0C;
            } break;
            case __li__1RRF__: {
              li__L5KV=((__li__1RRF *)li__DIOQ)->li__2RRF.li__J0C;
            } break;
            case __li__UJSH__: {
              li__L5KV=((__li__UJSH *)li__DIOQ)->li__WJSH.li__J0C;
            } break;
            };
            li__T11U=li__RX1D();
            li__U11U=((__li__AVBD *)li__T11U);
            li__U11U->li__BVBD.li__0CC=li__K5KV;
            li__U11U->li__K2ME=li__L5KV;
            li__U11U->li__L2ME=li__I__;
            li__U11U->li__M2ME=(&__string_673);
            li__U11U->li__N2ME=NULL;
            li__SH1P=li__T11U;
          } else /* FALSE */ {
            li__DIOQ=li__RY5P->li__KSPK;
            /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__DIOQ)->__id==__li__1M__) {
              li__YT1P=&(((__li__1M *)li__DIOQ)->li__2M.li__D2OI);
            } else /* PROFIL_BLOCK */ {
              li__YT1P=&(((__li__UJSH *)li__DIOQ)->li__VJSH.li__D2OI);
            };
            li__WRIQ=li__YT1P->li__TBSI;
            li__YS2P(li__VG1P);
            li__BY1U=li__NOPI(((__li__VTBD *)li__WRIQ));
            li__SH1P=li__BY1U;
          };
          li__K4KV=li__YS2P(li__VG1P);
          /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__DSIQ)->__id==__li__DZB__) {
            li__DIOQ=li__NXEJ(((__li__DZB *)li__DSIQ),li__K4KV,NULL,li__SH1P);
            li__GSIQ=li__DIOQ;
          } else /* LOCAL */ {
            li__O11U=li__1CXJ(((__li__VTBD *)((__li__DZB *)li__DSIQ)),li__K4KV,li__SH1P);
            li__GSIQ=li__O11U;
          };
          li__HS1P=&(li__RY5P->li__SWEO);
          li__IS1P=li__SKPO(li__OWEO__,li__GSIQ);
          li__ZKPO(li__HS1P,li__IS1P);
        };
      };
    };
  };
  li__YG1P=li__UH1P;
  return(li__YG1P);
}

static void li__SZIN(__li__VTBD *li__TZIN,__li__BC *li__UZIN)
/* (Strict LOCAL{li__VTBD},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__B0IN,li__TNKN;
  void *li__J0IN;
  __li__U *li__K0IN;
  __li__TQNE *li__J21U;
  li__SRX(((__li__BC *)li__UZIN),'{');
  /* __li__B__ __li__I__ */
if ((((__li__TQNE *)li__TZIN->li__WTBD.li__LSNE)->li__ZTMI != (__li__K)(-  1))) {
    li__B0IN=(__li__K)(li__TZIN->li__WTBD.li__LSNE->li__ZTMI -  1);
    li__TNKN= 0;
    while ((li__TNKN <= li__B0IN)) {
      li__J0IN=((void **)((__li__TQNE *)li__TZIN->li__WTBD.li__LSNE)->li__GABM)[li__TNKN];
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__J0IN)->__id) {
      case __li__IF__: {
        li__K0IN=((__li__IF *)li__J0IN)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__K0IN=(&__string_1);
      } break;
      case __li__QRB__: {
        li__K0IN=(&__string_2);
      } break;
      case __li__SRB__: {
        li__K0IN=(&__string_51);
      } break;
      case __li__URB__: {
        li__K0IN=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__K0IN=((__li__GSZ *)li__J0IN)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__K0IN=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__K0IN=((__li__UJSH *)li__J0IN)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__UZIN),li__K0IN);
      li__SRX(((__li__BC *)li__UZIN),'x');
      li__TNKN=(__li__K)(li__TNKN +  1);
    };
    li__J21U=((__li__TQNE *)li__TZIN->li__WTBD.li__LSNE);
    li__J0IN=((void **)li__J21U->li__GABM)[li__J21U->li__ZTMI];
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__J0IN)->__id) {
    case __li__IF__: {
      li__K0IN=((__li__IF *)li__J0IN)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__K0IN=(&__string_1);
    } break;
    case __li__QRB__: {
      li__K0IN=(&__string_2);
    } break;
    case __li__SRB__: {
      li__K0IN=(&__string_51);
    } break;
    case __li__URB__: {
      li__K0IN=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__K0IN=((__li__GSZ *)li__J0IN)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__K0IN=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__K0IN=((__li__UJSH *)li__J0IN)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__UZIN),li__K0IN);
  };
  li__SRX(((__li__BC *)li__UZIN),'}');
}

static __li__AVBD* li__HJQI(__li__AVBD *li__IJQI)
/* (Strict EXTERNAL_C{li__AVBD}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__AVBD *li__KJQI,*li__JJQI;
  void *li__TJQI,*li__LKQI,*li__T5KV;
  __li__K li__EKQI,li__JBLJ;
  void *li__MKQI;
  __li__KMFK *li__15KV;
  __li__21LO *li__CALV;
  __li__TPOO *li__FALV;
  __li__KI *li__AG2U;
  li__KJQI=NULL;
  /* __li__B__ __li__I__ */
if (li__IJQI->li__L2ME) {
    li__IJQI->li__K2ME=li__QRB__->li__RRB.li__J0C;
    li__TJQI=li__IVAJ(li__IJQI);
    li__KJQI=li__TJQI;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__IJQI->li__N2ME != (void *)NULL)) {
      li__EKQI=(*(li__IJQI->li__N2ME)).li__NKSH;
      li__JBLJ= 0;
      while ((li__JBLJ <= li__EKQI)) {
        li__LKQI=((void **)(*(((__li__2ZEC *)li__IJQI->li__N2ME))).li__3GPI)[li__JBLJ];
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LKQI)->__id) {
        case __li__WK__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__MKQI=NULL;
        } break;
        case __li__AVBD__: {
          li__MKQI=li__HJQI(((__li__AVBD *)li__LKQI));
        } break;
        case __li__KVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__MKQI=NULL;
        } break;
        case __li__WVBD__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__MKQI=NULL;
        } break;
        case __li__Z4WH__: {
          li__MKQI=li__O2PK(((__li__Z4WH *)li__LKQI));
        } break;
        case __li__KTVI__: {
          li__T5KV=li__N4VK(((__li__KTVI *)li__LKQI));
          li__MKQI=li__T5KV;
        } break;
        case __li__LTVI__: {
          li__MKQI=li__SO5L(((__li__LTVI *)li__LKQI));
        } break;
        case __li__XTVI__: {
          li__T5KV=li__SEWK(((__li__XTVI *)li__LKQI));
          li__MKQI=li__T5KV;
        } break;
        case __li__YTVI__: {
          li__MKQI=li__DP5L(((__li__YTVI *)li__LKQI));
        } break;
        case __li__S2VI__: {
          li__MKQI=li__L3PK(((__li__S2VI *)li__LKQI));
        } break;
        case __li__E3VI__: {
          li__MKQI=li__33PK(((__li__E3VI *)li__LKQI));
        } break;
        case __li__KLWI__: {
          li__15KV=((__li__KMFK *)((__li__KLWI *)li__LKQI)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__15KV->li__3RFK),li__15KV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__MKQI=NULL;
        } break;
        case __li__ULWI__: 
        case __li__MSWI__: {
          li__MKQI=NULL;
        } break;
        case __li__NMWI__: {
          li__MKQI=li__Z4PK(((__li__NMWI *)li__LKQI));
        } break;
        case __li__BNWI__: {
          li__MKQI=li__L5PK(((__li__BNWI *)li__LKQI));
        } break;
        case __li__XNWI__: {
          li__MKQI=li__35PK(((__li__XNWI *)li__LKQI));
        } break;
        case __li__LOWI__: {
          li__MKQI=li__PAQK(((__li__LOWI *)li__LKQI));
        } break;
        case __li__5OWI__: {
          li__MKQI=li__BBQK(((__li__5OWI *)li__LKQI));
        } break;
        case __li__TPWI__: {
          li__MKQI=li__TBQK(((__li__TPWI *)li__LKQI));
        } break;
        case __li__HQWI__: {
          li__MKQI=li__FCQK(((__li__HQWI *)li__LKQI));
        } break;
        case __li__ARWI__: {
          li__T5KV=li__OQWK(((__li__ARWI *)li__LKQI));
          li__MKQI=li__T5KV;
        } break;
        case __li__URWI__: {
          li__MKQI=li__1CQK(((__li__URWI *)li__LKQI));
        } break;
        case __li__ETWI__: {
          li__MKQI=li__QDQK(((__li__ETWI *)li__LKQI));
        } break;
        case __li__MZWI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__MKQI=NULL;
        } break;
        case __li__C0WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__MKQI=NULL;
        } break;
        case __li__M1WI__: {
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__MKQI=NULL;
        } break;
        case __li__KMFK__: {
          li__15KV=((__li__KMFK *)li__LKQI);
          li__HXPN(((__li__VTBD *)li__15KV->li__3RFK),li__15KV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__MKQI=NULL;
        } break;
        case __li__XOHL__: {
          li__MKQI=li__A2NN(((__li__XOHL *)li__LKQI));
        } break;
        case __li__FPHL__: {
          li__MKQI=li__UP5L(((__li__FPHL *)li__LKQI));
        } break;
        case __li__APLM__: {
          li__MKQI=li__11CQ(((__li__APLM *)li__LKQI));
        } break;
        case __li__DTNM__: {
          li__MKQI=li__SGSO(((__li__DTNM *)li__LKQI));
        } break;
        case __li__JXNM__: {
          li__MKQI=li__LZ3R(((__li__JXNM *)li__LKQI));
        } break;
        case __li__21LO__: {
          li__CALV=((__li__21LO *)li__LKQI);
          li__XZFQ(((__li__DZB *)li__CALV->li__KJXO),li__CALV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__T5KV=li__SDPP(li__CALV);
          li__MKQI=li__T5KV;
        } break;
        case __li__TPOO__: {
          li__FALV=((__li__TPOO *)li__LKQI);
          li__IZFQ(((__li__DZB *)li__FALV->li__5IXO),li__FALV);
          li__MWBD=(__li__K)(li__MWBD +  1);
          li__DXTM(((__li__DZB *)li__FALV->li__5IXO));
          li__MKQI=NULL;
        } break;
        case __li__URRO__: {
          li__MKQI=li__3G4R(((__li__URRO *)li__LKQI));
        } break;
        case __li__41XO__: {
          li__MKQI=li__M2CQ(((__li__41XO *)li__LKQI));
        } break;
        case __li__AKBR__: {
          li__MKQI=li__WLDS(((__li__AKBR *)li__LKQI));
        } break;
        case __li__SU5R__: {
          li__MKQI=li__0AJS(((__li__SU5R *)li__LKQI));
        } break;
        case __li__JV5R__: {
          li__MKQI=li__LBJS(((__li__JV5R *)li__LKQI));
        } break;
        };
        /* __li__B__ __li__I__ */
if (((void *)li__MKQI != (void *)NULL)) {
          li__AG2U=((__li__KI *)li__XIKB);
          li__LJHI(((__li__TOLE *)li__AG2U->li__2OLE),li__MKQI,(__li__K)(li__AG2U->li__OJTE -  1));
          li__AG2U->li__OJTE=(__li__K)(li__AG2U->li__OJTE +  1);
          li__WVRE(li__AG2U);
        };
        li__JBLJ=(__li__K)(li__JBLJ +  1);
      };
    };
  };
  li__JJQI=li__KJQI;
  return(li__JJQI);
}

static void* li__3IRO(__li__IYBD *li__4IRO)
/* (Strict SWITCH{li__IYBD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__BJRO,*li__JJ2U,*li__UPRO,*li__XK2U,*li__2K2U,*li__5IRO;
  void *li__CJRO,*li__FOCP,*li__KKRO,*li__HANR;
  __li__KI *li__EJRO,*li__KJ2U;
  __li__K li__HJRO,li__UJRO,li__QJPU,li__4NCP,li__L1GP,li__HOCP;
  __li__K li__LS2Q,li__0S2Q,li__YI2U,li__2JPU,li__AKPU,li__CKPU;
  __li__K li__AJ2U,li__HKPU,li__MKPU,li__TJ2U,li__OKPU,li__QKPU;
  __li__K li__QWRU,li__UWRU;
  __li__SQNE *li__IJRO,*li__PI3O;
  void *li__JJRO,*li__RALV,*li__D3PK;
  __li__5RB *li__3G2U,*li__MQRO,*li__FV3O,*li__CW3O,*li__5X3O;
  __li__PO li__QKRO,li__ZRRO;
  __li__5QPK *li__PALV,*li__2I2U,*li__4I2U,*li__EJ2U,*li__LBLV,*li__ODFQ;
  __li__5QPK *li__RJ2U,*li__XJ2U,*li__ZJ2U,*li__5J2U,*li__BK2U,*li__GANR;
  __li__5QPK *li__MK2U,*li__QK2U,*li__NEFQ;
  __li__KMFK *li__ZALV,*li__SBLV;
  __li__21LO *li__ABLV,*li__ZBLV;
  __li__TPOO *li__DBLV,*li__2BLV;
  __li__UJSH *li__ZORO,*li__OWRU;
  __li__URRO *li__2RRO,*li__X03O;
  void *li__OV3O,*li__PV3O;
  void *li__PW3O,*li__NY3O;
  __li__YTVI *li__XW3O;
  __li__XTVI *li__QX3O;
  __li__LTVI *li__VY3O;
  __li__KTVI *li__OZ3O;
  __li__C li__GJRO,li__FORO,li__AORO,li__HTRO,li__YS3O,li__TV3O;
  __li__C li__2V3O,li__IW3O,li__ZW3O,li__XY3O;
  __li__BRPK *li__0WFQ;
  void **li__JS2Q;
  li__BJRO=NULL;
  li__CJRO=NULL;
  li__EJRO=NULL;
  li__GJRO=li__I__;
  li__HJRO= 0;
  li__IJRO=li__5D4G();
  li__JJRO=li__4IRO->li__ZHRO;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JJRO)->__id) {
  case __li__WK__: {
    li__4H1L(((__li__SQNE *)li__IJRO),((__li__5RB *)((__li__WK *)li__JJRO)->li__1K.li__WZLE)->li__AEM);
  } break;
  case __li__AVBD__: {
    li__5SIM(((__li__AVBD *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__KVBD__: {
    li__4H1L(((__li__SQNE *)li__IJRO),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__JJRO))->li__LVBD.li__WZLE)->li__AEM);
  } break;
  case __li__WVBD__: {
    li__4H1L(((__li__SQNE *)li__IJRO),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__JJRO))->li__XVBD.li__WZLE)->li__AEM);
  } break;
  case __li__Z4WH__: {
    li__KBG((&__string_205));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__KTVI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__LTVI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__XTVI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__YTVI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__S2VI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__E3VI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__KLWI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__ULWI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__1SB);
  } break;
  case __li__NMWI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__BNWI__: {
    li__FVIM(((__li__BNWI *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__XNWI__: {
    li__JVIM(((__li__XNWI *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__LOWI__: {
    li__NVIM(((__li__LOWI *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__5OWI__: {
    li__RVIM(((__li__5OWI *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__TPWI__: {
    li__VVIM(((__li__TPWI *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__HQWI__: {
    li__ZVIM(((__li__HQWI *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__ARWI__: {
    li__3VIM(li__IJRO);
  } break;
  case __li__URWI__: {
    li__AWIM(((__li__URWI *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__MSWI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__1SB);
  } break;
  case __li__ETWI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__JJRO))->li__NSBK)->li__AEM);
  } break;
  case __li__MZWI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__JJRO))->li__NZWI.li__WZLE)->li__AEM);
  } break;
  case __li__C0WI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__JJRO))->li__D0WI.li__WZLE)->li__AEM);
  } break;
  case __li__M1WI__: {
    li__4H1L(((__li__SQNE *)li__IJRO),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__JJRO))->li__N1WI.li__WZLE)->li__AEM);
  } break;
  case __li__KMFK__: {
    li__FXIM(((__li__KMFK *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__XOHL__: {
    li__3G2U=li__T4NN(((__li__XOHL *)((__li__WK *)li__JJRO)));
    li__4H1L(((__li__SQNE *)li__IJRO),((__li__5RB *)li__3G2U)->li__AEM);
  } break;
  case __li__FPHL__: {
    li__JILN(((__li__FPHL *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__APLM__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__DTNM__: {
    li__3G2U=li__1ISO(((__li__DTNM *)((__li__WK *)li__JJRO)));
    li__4H1L(((__li__SQNE *)li__IJRO),((__li__5RB *)li__3G2U)->li__AEM);
  } break;
  case __li__JXNM__: {
    li__VF4R(((__li__JXNM *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__21LO__: {
    li__JQLP(((__li__21LO *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__TPOO__: {
    li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__JJRO))->li__5IXO),li__IJRO);
  } break;
  case __li__URRO__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__41XO__: {
    li__NVDQ(((__li__41XO *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__AKBR__: {
    li__T5DS(((__li__AKBR *)((__li__WK *)li__JJRO)),li__IJRO);
  } break;
  case __li__SU5R__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  case __li__JV5R__: {
    li__4H1L(((__li__SQNE *)li__IJRO),li__DSB);
    li__4H1L(((__li__SQNE *)li__IJRO),li__LSB);
  } break;
  };
  li__UJRO=(__li__K)(((__li__SQNE *)li__IJRO)->li__VQNE.li__ZTMI +  1);
  li__QJPU=(__li__K)((*(((__li__BRPK *)li__4IRO->li__KRPK))).li__QRPK +  1);
  /* __li__B__ __li__I__ */
if ((li__UJRO > li__QJPU)) {
    li__KBG((&__string_674));
    li__PI3O=((__li__SQNE *)li__IJRO);
    ((__li__BC *)li__0C)->li__NK= 0;
    /* __li__B__ __li__I__ */
if ((li__PI3O->li__VQNE.li__ZTMI != (__li__K)(-  1))) {
      li__4NCP=(__li__K)(li__PI3O->li__VQNE.li__ZTMI -  1);
      li__L1GP= 0;
      while ((li__L1GP <= li__4NCP)) {
        li__FOCP=((void **)li__PI3O->li__VQNE.li__GABM)[li__L1GP];
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__FOCP)->__id) {
        case __li__IF__: {
          li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__FOCP)->li__TF->li__SF.li__R2B);
        } break;
        case __li__ORB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_1));
        } break;
        case __li__QRB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_2));
        } break;
        case __li__SRB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_51));
        } break;
        case __li__URB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_53));
        } break;
        case __li__GSZ__: {
          li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__FOCP))->li__EGQB);
        } break;
        case __li__1RRF__: {
          li__UPMI(((__li__1RRF *)((__li__IF *)li__FOCP)),li__0C);
        } break;
        case __li__UJSH__: {
          li__O4LN(((__li__UJSH *)((__li__IF *)li__FOCP)),li__0C);
        } break;
        };
        li__SRX(((__li__BC *)li__0C),'(');
        li__FOCP=((void **)li__PI3O->li__VQNE.li__GABM)[li__L1GP];
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__FOCP)->__id) {
        case __li__IF__: {
          li__HOCP=((__li__IF *)li__FOCP)->li__NZC;
        } break;
        case __li__ORB__: {
          li__HOCP=((__li__ORB *)li__FOCP)->li__PRB.li__NZC;
        } break;
        case __li__QRB__: {
          li__HOCP=((__li__QRB *)li__FOCP)->li__RRB.li__NZC;
        } break;
        case __li__SRB__: {
          li__HOCP=((__li__SRB *)li__FOCP)->li__TRB.li__NZC;
        } break;
        case __li__URB__: {
          li__HOCP=((__li__URB *)li__FOCP)->li__VRB.li__NZC;
        } break;
        case __li__GSZ__: {
          li__HOCP=((__li__GSZ *)li__FOCP)->li__HSZ.li__NZC;
        } break;
        case __li__1RRF__: {
          li__HOCP=((__li__1RRF *)li__FOCP)->li__2RRF.li__NZC;
        } break;
        case __li__UJSH__: {
          li__HOCP=((__li__UJSH *)li__FOCP)->li__WJSH.li__NZC;
        } break;
        };
        li__B0E(li__HOCP,li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_675));
        li__L1GP=(__li__K)(li__L1GP +  1);
      };
      li__FOCP=((void **)li__PI3O->li__VQNE.li__GABM)[li__PI3O->li__VQNE.li__ZTMI];
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__FOCP)->__id) {
      case __li__IF__: {
        li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__FOCP)->li__TF->li__SF.li__R2B);
      } break;
      case __li__ORB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_1));
      } break;
      case __li__QRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_2));
      } break;
      case __li__SRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_51));
      } break;
      case __li__URB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_53));
      } break;
      case __li__GSZ__: {
        li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__FOCP))->li__EGQB);
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      case __li__1RRF__: {
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      case __li__UJSH__: {
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      li__SRX(((__li__BC *)li__0C),'(');
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      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__FOCP)->__id) {
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      case __li__QRB__: {
        li__HOCP=((__li__QRB *)li__FOCP)->li__RRB.li__NZC;
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      case __li__SRB__: {
        li__HOCP=((__li__SRB *)li__FOCP)->li__TRB.li__NZC;
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      case __li__URB__: {
        li__HOCP=((__li__URB *)li__FOCP)->li__VRB.li__NZC;
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      case __li__GSZ__: {
        li__HOCP=((__li__GSZ *)li__FOCP)->li__HSZ.li__NZC;
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      case __li__1RRF__: {
        li__HOCP=((__li__1RRF *)li__FOCP)->li__2RRF.li__NZC;
      } break;
      case __li__UJSH__: {
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      };
      li__B0E(li__HOCP,li__0C);
      li__SRX(((__li__BC *)li__0C),')');
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      li__JAZ(((__li__BC *)li__0C),(&__string_676));
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    li__C30(((__li__BC *)li__0C));
    li__KBG((&__string_677));
    ((__li__BC *)li__0C)->li__NK= 0;
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switch (((struct ___OBJ *)li__KKRO)->__id) {
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        li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__KKRO)->li__TF->li__SF.li__R2B);
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      case __li__ORB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_1));
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      case __li__QRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_2));
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      case __li__SRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_51));
      } break;
      case __li__URB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_53));
      } break;
      case __li__GSZ__: {
        li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__KKRO))->li__EGQB);
      } break;
      case __li__1RRF__: {
        li__UPMI(((__li__1RRF *)((__li__IF *)li__KKRO)),li__0C);
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      case __li__UJSH__: {
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switch (((struct ___OBJ *)li__FOCP)->__id) {
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if ((li__YI2U ==  0)) {
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    li__QJPU=(__li__K)(li__QJPU +  1);
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if ((li__HOCP != li__2JPU)) {
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switch (((struct ___OBJ *)li__JJ2U)->__id) {
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    case __li__KVBD__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__KKRO=NULL;
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    case __li__WVBD__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__KKRO=NULL;
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    case __li__Z4WH__: {
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    case __li__LTVI__: {
      li__KKRO=li__SO5L(((__li__LTVI *)li__JJ2U));
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    case __li__XTVI__: {
      li__RALV=li__SEWK(((__li__XTVI *)li__JJ2U));
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    case __li__YTVI__: {
      li__KKRO=li__DP5L(((__li__YTVI *)li__JJ2U));
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    case __li__S2VI__: {
      li__KKRO=li__L3PK(((__li__S2VI *)li__JJ2U));
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    case __li__E3VI__: {
      li__KKRO=li__33PK(((__li__E3VI *)li__JJ2U));
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    case __li__KLWI__: {
      li__ZALV=((__li__KMFK *)((__li__KLWI *)li__JJ2U)->li__ZPBK);
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      li__KKRO=NULL;
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    case __li__ULWI__: 
    case __li__MSWI__: {
      li__KKRO=NULL;
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    case __li__NMWI__: {
      li__KKRO=li__Z4PK(((__li__NMWI *)li__JJ2U));
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    case __li__BNWI__: {
      li__KKRO=li__L5PK(((__li__BNWI *)li__JJ2U));
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    case __li__XNWI__: {
      li__KKRO=li__35PK(((__li__XNWI *)li__JJ2U));
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    case __li__LOWI__: {
      li__KKRO=li__PAQK(((__li__LOWI *)li__JJ2U));
    } break;
    case __li__5OWI__: {
      li__KKRO=li__BBQK(((__li__5OWI *)li__JJ2U));
    } break;
    case __li__TPWI__: {
      li__KKRO=li__TBQK(((__li__TPWI *)li__JJ2U));
    } break;
    case __li__HQWI__: {
      li__KKRO=li__FCQK(((__li__HQWI *)li__JJ2U));
    } break;
    case __li__ARWI__: {
      li__RALV=li__OQWK(((__li__ARWI *)li__JJ2U));
      li__KKRO=li__RALV;
    } break;
    case __li__URWI__: {
      li__KKRO=li__1CQK(((__li__URWI *)li__JJ2U));
    } break;
    case __li__ETWI__: {
      li__KKRO=li__QDQK(((__li__ETWI *)li__JJ2U));
    } break;
    case __li__MZWI__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__KKRO=NULL;
    } break;
    case __li__C0WI__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__KKRO=NULL;
    } break;
    case __li__M1WI__: {
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__KKRO=NULL;
    } break;
    case __li__KMFK__: {
      li__ZALV=((__li__KMFK *)li__JJ2U);
      li__HXPN(((__li__VTBD *)li__ZALV->li__3RFK),li__ZALV);
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__KKRO=NULL;
    } break;
    case __li__XOHL__: {
      li__KKRO=li__A2NN(((__li__XOHL *)li__JJ2U));
    } break;
    case __li__FPHL__: {
      li__KKRO=li__UP5L(((__li__FPHL *)li__JJ2U));
    } break;
    case __li__APLM__: {
      li__KKRO=li__11CQ(((__li__APLM *)li__JJ2U));
    } break;
    case __li__DTNM__: {
      li__KKRO=li__SGSO(((__li__DTNM *)li__JJ2U));
    } break;
    case __li__JXNM__: {
      li__KKRO=li__LZ3R(((__li__JXNM *)li__JJ2U));
    } break;
    case __li__21LO__: {
      li__ABLV=((__li__21LO *)li__JJ2U);
      li__XZFQ(((__li__DZB *)li__ABLV->li__KJXO),li__ABLV);
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__RALV=li__SDPP(li__ABLV);
      li__KKRO=li__RALV;
    } break;
    case __li__TPOO__: {
      li__DBLV=((__li__TPOO *)li__JJ2U);
      li__IZFQ(((__li__DZB *)li__DBLV->li__5IXO),li__DBLV);
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__DXTM(((__li__DZB *)li__DBLV->li__5IXO));
      li__KKRO=NULL;
    } break;
    case __li__URRO__: {
      li__KKRO=li__3G4R(((__li__URRO *)li__JJ2U));
    } break;
    case __li__41XO__: {
      li__KKRO=li__M2CQ(((__li__41XO *)li__JJ2U));
    } break;
    case __li__AKBR__: {
      li__KKRO=li__WLDS(((__li__AKBR *)li__JJ2U));
    } break;
    case __li__SU5R__: {
      li__KKRO=li__0AJS(((__li__SU5R *)li__JJ2U));
    } break;
    case __li__JV5R__: {
      li__KKRO=li__LBJS(((__li__JV5R *)li__JJ2U));
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__KKRO != (void *)NULL)) {
      li__KJ2U=((__li__KI *)li__XIKB);
      li__LJHI(((__li__TOLE *)li__KJ2U->li__2OLE),li__KKRO,(__li__K)(li__KJ2U->li__OJTE -  1));
      li__KJ2U->li__OJTE=(__li__K)(li__KJ2U->li__OJTE +  1);
      li__WVRE(li__KJ2U);
    };
    li__0WFQ=((__li__BRPK *)li__4IRO->li__KRPK);
    li__LBLV=((void **)(*(li__0WFQ)).li__HGEQ)[(*(li__0WFQ)).li__QRPK];
    li__JJ2U=li__LBLV->li__F2DM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__JJ2U==NULL) {
      li__ZORO=NULL;
    } else {
      if (((struct ___OBJ *)li__JJ2U)->__id==__li__UJSH__) {
        li__ZORO=((void *)li__JJ2U);
      } else /* Other types */ {
        li__ZORO=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__ZORO != (void *)NULL)) {
      li__OWRU=((__li__UJSH *)li__ZORO);
      ((__li__DZB *)li__OWRU->li__OJWI)->li__GZB.li__LNME=(__li__K)(li__OWRU->li__OJWI->li__GZB.li__LNME -  1);
    };
    li__0WFQ=((__li__BRPK *)li__4IRO->li__KRPK);
    li__ODFQ=((void **)(*(li__0WFQ)).li__HGEQ)[(*(li__0WFQ)).li__QRPK];
    li__JJ2U=li__K3ME(((__li__KI *)li__ODFQ->li__0RPK));
    li__BJRO=li__JJ2U;
    li__GJRO=li__B__;
    li__FORO=li__B__;
  } else /* FALSE */ {
    li__FORO=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__FORO)) {
    li__HKPU=(__li__K)((*(((__li__BRPK *)li__4IRO->li__KRPK))).li__QRPK +  1);
    /* __li__B__ __li__I__ */
if ((li__HJRO == li__HKPU)) {
      li__KKRO=li__4IRO->li__ZHRO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KKRO)->__id) {
      case __li__WK__: {
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__UPRO=NULL;
      } break;
      case __li__AVBD__: {
        li__UPRO=li__HJQI(((__li__AVBD *)li__KKRO));
      } break;
      case __li__KVBD__: {
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__UPRO=NULL;
      } break;
      case __li__WVBD__: {
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__UPRO=NULL;
      } break;
      case __li__Z4WH__: {
        li__UPRO=li__O2PK(((__li__Z4WH *)li__KKRO));
      } break;
      case __li__KTVI__: {
        li__D3PK=li__N4VK(((__li__KTVI *)li__KKRO));
        li__UPRO=li__D3PK;
      } break;
      case __li__LTVI__: {
        li__UPRO=li__SO5L(((__li__LTVI *)li__KKRO));
      } break;
      case __li__XTVI__: {
        li__D3PK=li__SEWK(((__li__XTVI *)li__KKRO));
        li__UPRO=li__D3PK;
      } break;
      case __li__YTVI__: {
        li__UPRO=li__DP5L(((__li__YTVI *)li__KKRO));
      } break;
      case __li__S2VI__: {
        li__UPRO=li__L3PK(((__li__S2VI *)li__KKRO));
      } break;
      case __li__E3VI__: {
        li__UPRO=li__33PK(((__li__E3VI *)li__KKRO));
      } break;
      case __li__KLWI__: {
        li__SBLV=((__li__KMFK *)((__li__KLWI *)li__KKRO)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__SBLV->li__3RFK),li__SBLV);
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__UPRO=NULL;
      } break;
      case __li__ULWI__: 
      case __li__MSWI__: {
        li__UPRO=NULL;
      } break;
      case __li__NMWI__: {
        li__UPRO=li__Z4PK(((__li__NMWI *)li__KKRO));
      } break;
      case __li__BNWI__: {
        li__UPRO=li__L5PK(((__li__BNWI *)li__KKRO));
      } break;
      case __li__XNWI__: {
        li__UPRO=li__35PK(((__li__XNWI *)li__KKRO));
      } break;
      case __li__LOWI__: {
        li__UPRO=li__PAQK(((__li__LOWI *)li__KKRO));
      } break;
      case __li__5OWI__: {
        li__UPRO=li__BBQK(((__li__5OWI *)li__KKRO));
      } break;
      case __li__TPWI__: {
        li__UPRO=li__TBQK(((__li__TPWI *)li__KKRO));
      } break;
      case __li__HQWI__: {
        li__UPRO=li__FCQK(((__li__HQWI *)li__KKRO));
      } break;
      case __li__ARWI__: {
        li__D3PK=li__OQWK(((__li__ARWI *)li__KKRO));
        li__UPRO=li__D3PK;
      } break;
      case __li__URWI__: {
        li__UPRO=li__1CQK(((__li__URWI *)li__KKRO));
      } break;
      case __li__ETWI__: {
        li__UPRO=li__QDQK(((__li__ETWI *)li__KKRO));
      } break;
      case __li__MZWI__: {
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__UPRO=NULL;
      } break;
      case __li__C0WI__: {
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__UPRO=NULL;
      } break;
      case __li__M1WI__: {
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__UPRO=NULL;
      } break;
      case __li__KMFK__: {
        li__SBLV=((__li__KMFK *)li__KKRO);
        li__HXPN(((__li__VTBD *)li__SBLV->li__3RFK),li__SBLV);
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__UPRO=NULL;
      } break;
      case __li__XOHL__: {
        li__UPRO=li__A2NN(((__li__XOHL *)li__KKRO));
      } break;
      case __li__FPHL__: {
        li__UPRO=li__UP5L(((__li__FPHL *)li__KKRO));
      } break;
      case __li__APLM__: {
        li__UPRO=li__11CQ(((__li__APLM *)li__KKRO));
      } break;
      case __li__DTNM__: {
        li__UPRO=li__SGSO(((__li__DTNM *)li__KKRO));
      } break;
      case __li__JXNM__: {
        li__UPRO=li__LZ3R(((__li__JXNM *)li__KKRO));
      } break;
      case __li__21LO__: {
        li__ZBLV=((__li__21LO *)li__KKRO);
        li__XZFQ(((__li__DZB *)li__ZBLV->li__KJXO),li__ZBLV);
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__D3PK=li__SDPP(li__ZBLV);
        li__UPRO=li__D3PK;
      } break;
      case __li__TPOO__: {
        li__2BLV=((__li__TPOO *)li__KKRO);
        li__IZFQ(((__li__DZB *)li__2BLV->li__5IXO),li__2BLV);
        li__MWBD=(__li__K)(li__MWBD +  1);
        li__DXTM(((__li__DZB *)li__2BLV->li__5IXO));
        li__UPRO=NULL;
      } break;
      case __li__URRO__: {
        li__UPRO=li__3G4R(((__li__URRO *)li__KKRO));
      } break;
      case __li__41XO__: {
        li__UPRO=li__M2CQ(((__li__41XO *)li__KKRO));
      } break;
      case __li__AKBR__: {
        li__UPRO=li__WLDS(((__li__AKBR *)li__KKRO));
      } break;
      case __li__SU5R__: {
        li__UPRO=li__0AJS(((__li__SU5R *)li__KKRO));
      } break;
      case __li__JV5R__: {
        li__UPRO=li__LBJS(((__li__JV5R *)li__KKRO));
      } break;
      };
      li__BJRO=li__UPRO;
      li__HOCP=(*(li__4IRO->li__KRPK)).li__QRPK;
      li__LS2Q= 0;
      while ((li__LS2Q <= li__HOCP)) {
        li__24MR(((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[li__LS2Q]));
        li__LS2Q=(__li__K)(li__LS2Q +  1);
      };
      li__GJRO=li__B__;
    };
  };
  /* __li__B__ __li__I__ */
if ((! li__GJRO)) {
    li__JJ2U=li__4IRO->li__ZHRO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JJ2U)->__id) {
    case __li__WK__: {
      li__MQRO=((__li__WK *)li__JJ2U)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__MQRO=((__li__AVBD *)li__JJ2U)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__MQRO=((__li__KVBD *)li__JJ2U)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__MQRO=((__li__WVBD *)li__JJ2U)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__MQRO=li__JK5J(((__li__Z4WH *)li__JJ2U));
    } break;
    case __li__KTVI__: {
      li__MQRO=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__MQRO=li__553L();
    } break;
    case __li__XTVI__: {
      li__MQRO=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__MQRO=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__MQRO=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__MQRO=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__MQRO=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__MQRO=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__MQRO=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__MQRO=li__DWEK(((__li__BNWI *)li__JJ2U));
    } break;
    case __li__XNWI__: {
      li__MQRO=li__IWEK(((__li__XNWI *)li__JJ2U));
    } break;
    case __li__LOWI__: {
      li__MQRO=li__NWEK(((__li__LOWI *)li__JJ2U));
    } break;
    case __li__5OWI__: {
      li__MQRO=li__SWEK(((__li__5OWI *)li__JJ2U));
    } break;
    case __li__TPWI__: {
      li__MQRO=li__XWEK(((__li__TPWI *)li__JJ2U));
    } break;
    case __li__HQWI__: {
      li__MQRO=li__2WEK(((__li__HQWI *)li__JJ2U));
    } break;
    case __li__ARWI__: {
      li__MQRO=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__MQRO=li__FXEK(((__li__URWI *)li__JJ2U));
    } break;
    case __li__MSWI__: {
      li__MQRO=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__MQRO=((__li__ETWI *)li__JJ2U)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__MQRO=((__li__MZWI *)li__JJ2U)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__MQRO=((__li__C0WI *)li__JJ2U)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__MQRO=((__li__M1WI *)li__JJ2U)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__MQRO=((__li__KMFK *)li__JJ2U)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__MQRO=li__T4NN(((__li__XOHL *)li__JJ2U));
    } break;
    case __li__FPHL__: {
      li__MQRO=li__KA4L(((__li__FPHL *)li__JJ2U));
    } break;
    case __li__APLM__: {
      li__MQRO=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__MQRO=li__1ISO(((__li__DTNM *)li__JJ2U));
    } break;
    case __li__JXNM__: {
      li__MQRO=li__VX3R(((__li__JXNM *)li__JJ2U));
    } break;
    case __li__21LO__: {
      li__MQRO=((__li__21LO *)li__JJ2U)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__MQRO=((__li__TPOO *)li__JJ2U)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__MQRO=li__FH4R();
    } break;
    case __li__41XO__: {
      li__MQRO=li__3FDQ(((__li__41XO *)li__JJ2U));
    } break;
    case __li__AKBR__: {
      li__MQRO=li__WQDS(((__li__AKBR *)li__JJ2U));
    } break;
    case __li__SU5R__: {
      li__MQRO=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__MQRO=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__MQRO)->li__AEM == (void *)li__TSB)) {
      li__MKPU=(__li__K)((*(((__li__BRPK *)li__4IRO->li__KRPK))).li__QRPK +  1);
      li__AORO=(li__MKPU ==  2);
    } else /* FALSE */ {
      li__AORO=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__AORO) {
      li__RJ2U=((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 0];
      li__TJ2U=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__RJ2U->li__0RPK)->li__2OLE))).li__FPYE +  1);
      li__AORO=(li__TJ2U ==  0);
    } else /* FALSE */ {
      li__AORO=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__AORO) {
      li__UPRO=li__4IRO->li__ZHRO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UPRO)->__id) {
      case __li__WK__: {
        li__ZRRO=((__li__WK *)li__UPRO)->li__1K.li__0K.li__0CC;
      } break;
      case __li__AVBD__: {
        li__ZRRO=((__li__AVBD *)li__UPRO)->li__BVBD.li__0CC;
      } break;
      case __li__KVBD__: {
        li__ZRRO=((__li__KVBD *)li__UPRO)->li__LVBD.li__0K.li__0CC;
      } break;
      case __li__WVBD__: {
        li__ZRRO=((__li__WVBD *)li__UPRO)->li__XVBD.li__0K.li__0CC;
      } break;
      case __li__Z4WH__: {
        li__ZRRO=(*(li__YK__)).li__0CC;
      } break;
      case __li__KTVI__: {
        li__ZRRO=((__li__KTVI *)li__UPRO)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__LTVI__: {
        li__ZRRO=((__li__LTVI *)li__UPRO)->li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__XTVI__: {
        li__ZRRO=((__li__XTVI *)li__UPRO)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__YTVI__: {
        li__ZRRO=((__li__YTVI *)li__UPRO)->li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__S2VI__: {
        li__ZRRO=((__li__S2VI *)li__UPRO)->li__T2VI.li__IVVI.li__0CC;
      } break;
      case __li__E3VI__: {
        li__ZRRO=((__li__E3VI *)li__UPRO)->li__F3VI.li__IVVI.li__0CC;
      } break;
      case __li__KLWI__: {
        li__ZRRO=((__li__KLWI *)li__UPRO)->li__LLWI.li__0CC;
      } break;
      case __li__ULWI__: {
        li__ZRRO=((__li__ULWI *)li__UPRO)->li__VLWI.li__0CC;
      } break;
      case __li__NMWI__: {
        li__ZRRO=((__li__NMWI *)li__UPRO)->li__OMWI.li__IVVI.li__0CC;
      } break;
      case __li__BNWI__: {
        li__ZRRO=((__li__BNWI *)li__UPRO)->li__ENWI.li__DNWI.li__0CC;
      } break;
      case __li__XNWI__: {
        li__ZRRO=((__li__XNWI *)li__UPRO)->li__YNWI.li__DNWI.li__0CC;
      } break;
      case __li__LOWI__: {
        li__ZRRO=((__li__LOWI *)li__UPRO)->li__MOWI.li__DNWI.li__0CC;
      } break;
      case __li__5OWI__: {
        li__ZRRO=((__li__5OWI *)li__UPRO)->li__APWI.li__DNWI.li__0CC;
      } break;
      case __li__TPWI__: {
        li__ZRRO=((__li__TPWI *)li__UPRO)->li__UPWI.li__DNWI.li__0CC;
      } break;
      case __li__HQWI__: {
        li__ZRRO=((__li__HQWI *)li__UPRO)->li__IQWI.li__DNWI.li__0CC;
      } break;
      case __li__ARWI__: {
        li__ZRRO=((__li__ARWI *)li__UPRO)->li__BRWI.li__0CC;
      } break;
      case __li__URWI__: {
        li__ZRRO=((__li__URWI *)li__UPRO)->li__VRWI.li__0CC;
      } break;
      case __li__MSWI__: {
        li__ZRRO=((__li__MSWI *)li__UPRO)->li__NSWI.li__0CC;
      } break;
      case __li__ETWI__: {
        li__ZRRO=((__li__ETWI *)li__UPRO)->li__FTWI.li__0CC;
      } break;
      case __li__MZWI__: {
        li__ZRRO=((__li__MZWI *)li__UPRO)->li__NZWI.li__0K.li__0CC;
      } break;
      case __li__C0WI__: {
        li__ZRRO=((__li__C0WI *)li__UPRO)->li__D0WI.li__0K.li__0CC;
      } break;
      case __li__M1WI__: {
        li__ZRRO=((__li__M1WI *)li__UPRO)->li__N1WI.li__0K.li__0CC;
      } break;
      case __li__KMFK__: {
        li__ZRRO=((__li__KMFK *)li__UPRO)->li__LMFK.li__0CC;
      } break;
      case __li__XOHL__: {
        li__ZRRO=((__li__XOHL *)li__UPRO)->li__0OHL.li__ZOHL.li__0CC;
      } break;
      case __li__FPHL__: {
        li__ZRRO=((__li__FPHL *)li__UPRO)->li__GPHL.li__DNWI.li__0CC;
      } break;
      case __li__APLM__: {
        li__ZRRO=((__li__APLM *)li__UPRO)->li__BPLM.li__IVVI.li__0CC;
      } break;
      case __li__DTNM__: {
        li__ZRRO=((__li__DTNM *)li__UPRO)->li__ETNM.li__ZOHL.li__0CC;
      } break;
      case __li__JXNM__: {
        li__ZRRO=((__li__JXNM *)li__UPRO)->li__KXNM.li__DNWI.li__0CC;
      } break;
      case __li__21LO__: {
        li__ZRRO=((__li__21LO *)li__UPRO)->li__31LO.li__0CC;
      } break;
      case __li__TPOO__: {
        li__ZRRO=((__li__TPOO *)li__UPRO)->li__UPOO.li__0CC;
      } break;
      case __li__URRO__: {
        li__ZRRO=((__li__URRO *)li__UPRO)->li__XRRO.li__WRRO.li__0CC;
      } break;
      case __li__41XO__: {
        li__ZRRO=((__li__41XO *)li__UPRO)->li__51XO.li__DNWI.li__0CC;
      } break;
      case __li__AKBR__: {
        li__ZRRO=((__li__AKBR *)li__UPRO)->li__BKBR.li__DNWI.li__0CC;
      } break;
      case __li__SU5R__: {
        li__ZRRO=((__li__SU5R *)li__UPRO)->li__TU5R.li__IVVI.li__0CC;
      } break;
      case __li__JV5R__: {
        li__ZRRO=((__li__JV5R *)li__UPRO)->li__KV5R.li__IVVI.li__0CC;
      } break;
      };
      li__2RRO=li__XYZR(li__ZRRO,li__4IRO->li__ZHRO);
      li__4IRO->li__ZHRO=li__2RRO;
      li__XJ2U=((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 0];
      li__EJRO=li__XJ2U->li__0RPK;
      li__ZJ2U=((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 0];
      ((__li__5QPK *)li__ZJ2U)->li__0RPK=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 1])->li__0RPK;
      ((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 1])->li__0RPK=li__EJRO;
    };
    li__JJ2U=li__4IRO->li__ZHRO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JJ2U)->__id) {
    case __li__WK__: {
      li__UPRO=((__li__WK *)li__JJ2U);
    } break;
    case __li__AVBD__: {
      li__UPRO=li__IVAJ(((__li__AVBD *)li__JJ2U));
    } break;
    case __li__KVBD__: {
      li__UPRO=((__li__KVBD *)li__JJ2U);
    } break;
    case __li__WVBD__: {
      li__UPRO=((__li__WVBD *)li__JJ2U);
    } break;
    case __li__Z4WH__: {
      li__UPRO=li__H52K();
    } break;
    case __li__KTVI__: {
      li__UPRO=li__N4VK(((__li__KTVI *)li__JJ2U));
    } break;
    case __li__LTVI__: {
      li__UPRO=li__AJAM(((__li__LTVI *)li__JJ2U));
    } break;
    case __li__XTVI__: {
      li__UPRO=li__SEWK(((__li__XTVI *)li__JJ2U));
    } break;
    case __li__YTVI__: {
      li__UPRO=li__0OAM(((__li__YTVI *)li__JJ2U));
    } break;
    case __li__S2VI__: {
      li__UPRO=li__YU2K(((__li__S2VI *)li__JJ2U));
    } break;
    case __li__E3VI__: {
      li__UPRO=li__CZ2K(((__li__E3VI *)li__JJ2U));
    } break;
    case __li__KLWI__: {
      li__UPRO=li__M52K(((__li__KLWI *)li__JJ2U));
    } break;
    case __li__ULWI__: {
      li__UPRO=((__li__ULWI *)li__JJ2U);
    } break;
    case __li__NMWI__: {
      li__UPRO=li__YA3K(((__li__NMWI *)li__JJ2U));
    } break;
    case __li__BNWI__: {
      li__UPRO=li__CF3K(((__li__BNWI *)li__JJ2U));
    } break;
    case __li__XNWI__: {
      li__UPRO=li__MJ3K(((__li__XNWI *)li__JJ2U));
    } break;
    case __li__LOWI__: {
      li__UPRO=li__WN3K(((__li__LOWI *)li__JJ2U));
    } break;
    case __li__5OWI__: {
      li__UPRO=li__AS3K(((__li__5OWI *)li__JJ2U));
    } break;
    case __li__TPWI__: {
      li__UPRO=li__KW3K(((__li__TPWI *)li__JJ2U));
    } break;
    case __li__HQWI__: {
      li__UPRO=li__U03K(((__li__HQWI *)li__JJ2U));
    } break;
    case __li__ARWI__: {
      li__UPRO=li__OQWK(((__li__ARWI *)li__JJ2U));
    } break;
    case __li__URWI__: {
      li__UPRO=li__443K(((__li__URWI *)li__JJ2U));
    } break;
    case __li__MSWI__: {
      li__UPRO=((__li__MSWI *)li__JJ2U);
    } break;
    case __li__ETWI__: {
      li__UPRO=li__K53K(((__li__ETWI *)li__JJ2U));
    } break;
    case __li__MZWI__: {
      li__UPRO=((__li__MZWI *)li__JJ2U);
    } break;
    case __li__C0WI__: {
      li__UPRO=((__li__C0WI *)li__JJ2U);
    } break;
    case __li__M1WI__: {
      li__UPRO=((__li__M1WI *)li__JJ2U);
    } break;
    case __li__KMFK__: {
      li__UPRO=li__QF3L(((__li__KMFK *)li__JJ2U));
    } break;
    case __li__XOHL__: {
      li__UPRO=li__P2NN(((__li__XOHL *)li__JJ2U));
    } break;
    case __li__FPHL__: {
      li__UPRO=li__YUAM(((__li__FPHL *)li__JJ2U));
    } break;
    case __li__APLM__: {
      li__UPRO=li__C3CQ(((__li__APLM *)li__JJ2U));
    } break;
    case __li__DTNM__: {
      li__UPRO=li__3GSO(((__li__DTNM *)li__JJ2U));
    } break;
    case __li__JXNM__: {
      li__UPRO=li__E03R(((__li__JXNM *)li__JJ2U));
    } break;
    case __li__21LO__: {
      li__UPRO=li__H1JP(((__li__21LO *)li__JJ2U));
    } break;
    case __li__TPOO__: {
      li__UPRO=li__Z5JP(((__li__TPOO *)li__JJ2U));
    } break;
    case __li__URRO__: {
      li__UPRO=li__MH4R(((__li__URRO *)li__JJ2U));
    } break;
    case __li__41XO__: {
      li__UPRO=li__MBDQ(((__li__41XO *)li__JJ2U));
    } break;
    case __li__AKBR__: {
      li__UPRO=li__KMDS(((__li__AKBR *)li__JJ2U));
    } break;
    case __li__SU5R__: {
      li__UPRO=li__1CJS(((__li__SU5R *)li__JJ2U));
    } break;
    case __li__JV5R__: {
      li__UPRO=li__FHJS(((__li__JV5R *)li__JJ2U));
    } break;
    };
    li__4IRO->li__ZHRO=li__UPRO;
    li__2Q3O= 0;
    li__5J2U=((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 0];
    /* __li__B__ __li__I__ */
if (((void *)li__5J2U->li__F2DM == (void *)li__ORB__)) {
      li__OKPU=(__li__K)((*(((__li__BRPK *)li__4IRO->li__KRPK))).li__QRPK +  1);
      li__AORO=(li__OKPU ==  2);
    } else /* FALSE */ {
      li__AORO=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__AORO) {
      li__BK2U=((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 0];
      li__TITE(((__li__KI *)li__BK2U->li__0RPK));
      li__TITE(((__li__KI *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 1])->li__0RPK));
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 1])->li__F2DM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__HTRO=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__HTRO=li__B__;
      } break;
      };
      /* __li__B__ __li__I__ */
if ((li__HTRO && (li__1E !=  0))) {
        li__D3PK=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 1])->li__F2DM;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__D3PK)->__id) {
        case __li__IF__: {
          ((__li__IF *)li__D3PK)->li__221G=li__AWBD;
        } break;
        case __li__ORB__: {
          ((__li__ORB *)li__D3PK)->li__PRB.li__221G=li__AWBD;
        } break;
        case __li__QRB__: {
          ((__li__QRB *)li__D3PK)->li__RRB.li__221G=li__AWBD;
        } break;
        case __li__SRB__: {
          ((__li__SRB *)li__D3PK)->li__TRB.li__221G=li__AWBD;
        } break;
        case __li__URB__: {
          ((__li__URB *)li__D3PK)->li__VRB.li__221G=li__AWBD;
        } break;
        case __li__GSZ__: {
          ((__li__GSZ *)li__D3PK)->li__HSZ.li__221G=li__AWBD;
        } break;
        case __li__1RRF__: {
          li__G3PR();
        } break;
        case __li__UJSH__: {
          li__J3PR();
        } break;
        };
      };
    } else /* FALSE */ {
      li__HOCP=(*(li__4IRO->li__KRPK)).li__QRPK;
      li__LS2Q= 0;
      while ((li__LS2Q <= li__HOCP)) {
        li__GANR=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[li__LS2Q]);
        li__HANR=li__GANR->li__F2DM;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__HANR)->__id) {
        case __li__IF__: {
          ((__li__IF *)li__HANR)->li__221G=li__AWBD;
        } break;
        case __li__ORB__: {
          ((__li__ORB *)li__HANR)->li__PRB.li__221G=li__AWBD;
        } break;
        case __li__QRB__: {
          ((__li__QRB *)li__HANR)->li__RRB.li__221G=li__AWBD;
        } break;
        case __li__SRB__: {
          ((__li__SRB *)li__HANR)->li__TRB.li__221G=li__AWBD;
        } break;
        case __li__URB__: {
          ((__li__URB *)li__HANR)->li__VRB.li__221G=li__AWBD;
        } break;
        case __li__GSZ__: {
          ((__li__GSZ *)li__HANR)->li__HSZ.li__221G=li__AWBD;
        } break;
        case __li__1RRF__: {
          li__G3PR();
        } break;
        case __li__UJSH__: {
          li__J3PR();
        } break;
        };
        li__TITE(((__li__KI *)li__GANR->li__0RPK));
        li__LS2Q=(__li__K)(li__LS2Q +  1);
      };
    };
    li__JJ2U=NULL;
    li__UPRO=NULL;
    li__FOCP=NULL;
    li__FORO=li__I__;
    li__AORO=li__I__;
    li__HTRO=li__I__;
    li__KKRO=li__4IRO->li__ZHRO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KKRO)->__id) {
    case __li__WK__: {
      li__MQRO=((__li__WK *)li__KKRO)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__MQRO=((__li__AVBD *)li__KKRO)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__MQRO=((__li__KVBD *)li__KKRO)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__MQRO=((__li__WVBD *)li__KKRO)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__MQRO=li__JK5J(((__li__Z4WH *)li__KKRO));
    } break;
    case __li__KTVI__: {
      li__MQRO=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__MQRO=li__553L();
    } break;
    case __li__XTVI__: {
      li__MQRO=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__MQRO=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__MQRO=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__MQRO=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__MQRO=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__MQRO=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__MQRO=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__MQRO=li__DWEK(((__li__BNWI *)li__KKRO));
    } break;
    case __li__XNWI__: {
      li__MQRO=li__IWEK(((__li__XNWI *)li__KKRO));
    } break;
    case __li__LOWI__: {
      li__MQRO=li__NWEK(((__li__LOWI *)li__KKRO));
    } break;
    case __li__5OWI__: {
      li__MQRO=li__SWEK(((__li__5OWI *)li__KKRO));
    } break;
    case __li__TPWI__: {
      li__MQRO=li__XWEK(((__li__TPWI *)li__KKRO));
    } break;
    case __li__HQWI__: {
      li__MQRO=li__2WEK(((__li__HQWI *)li__KKRO));
    } break;
    case __li__ARWI__: {
      li__MQRO=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__MQRO=li__FXEK(((__li__URWI *)li__KKRO));
    } break;
    case __li__MSWI__: {
      li__MQRO=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__MQRO=((__li__ETWI *)li__KKRO)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__MQRO=((__li__MZWI *)li__KKRO)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__MQRO=((__li__C0WI *)li__KKRO)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__MQRO=((__li__M1WI *)li__KKRO)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__MQRO=((__li__KMFK *)li__KKRO)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__MQRO=li__T4NN(((__li__XOHL *)li__KKRO));
    } break;
    case __li__FPHL__: {
      li__MQRO=li__KA4L(((__li__FPHL *)li__KKRO));
    } break;
    case __li__APLM__: {
      li__MQRO=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__MQRO=li__1ISO(((__li__DTNM *)li__KKRO));
    } break;
    case __li__JXNM__: {
      li__MQRO=li__VX3R(((__li__JXNM *)li__KKRO));
    } break;
    case __li__21LO__: {
      li__MQRO=((__li__21LO *)li__KKRO)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__MQRO=((__li__TPOO *)li__KKRO)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__MQRO=li__FH4R();
    } break;
    case __li__41XO__: {
      li__MQRO=li__3FDQ(((__li__41XO *)li__KKRO));
    } break;
    case __li__AKBR__: {
      li__MQRO=li__WQDS(((__li__AKBR *)li__KKRO));
    } break;
    case __li__SU5R__: {
      li__MQRO=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__MQRO=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__MQRO)->li__AEM == (void *)li__TSB)) {
      li__QKPU=(__li__K)((*(((__li__BRPK *)li__4IRO->li__KRPK))).li__QRPK +  1);
      li__YS3O=(li__QKPU ==  2);
    } else /* FALSE */ {
      li__YS3O=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__YS3O) {
      li__MK2U=((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 0];
      li__QWRU=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__MK2U->li__0RPK)->li__2OLE))).li__FPYE +  1);
      li__YS3O=(li__QWRU ==  1);
    } else /* FALSE */ {
      li__YS3O=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__YS3O) {
      li__UWRU=(__li__K)((*(((__li__TOLE *)((__li__KI *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 1])->li__0RPK)->li__2OLE))).li__FPYE +  1);
      li__YS3O=(li__UWRU ==  1);
    } else /* FALSE */ {
      li__YS3O=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__YS3O) {
      li__QK2U=((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 0];
      /* __li__B__ __li__I__ */
if ((((void *)li__QK2U->li__F2DM != (void *)li__DSB) || ((void *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 1])->li__F2DM != (void *)li__LSB))) {
        li__ZRRO=li__4IRO->li__JYBD.li__0CC;
        li__K4E( 0,(&__string_679));
        li__V5E(li__ZRRO);
        li__ODF();
      };
      li__NEFQ=((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 0];
      li__XK2U=((void **)(*(((__li__TOLE *)((__li__KI *)li__NEFQ->li__0RPK)->li__2OLE))).li__S3VG)[ 0];
      /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__XK2U==NULL) {
        li__HANR=NULL;
      } else {
        switch (((struct ___OBJ *)li__XK2U)->__id) {
        case __li__KI__: 
        case __li__WK__: 
        case __li__T0B__: 
        case __li__O3B__: 
        case __li__AVBD__: 
        case __li__KVBD__: 
        case __li__WVBD__: 
        case __li__IYBD__: 
        case __li__ODID__: 
        case __li__OWRE__: 
        case __li__Z4WH__: 
        case __li__KTVI__: 
        case __li__LTVI__: 
        case __li__XTVI__: 
        case __li__YTVI__: 
        case __li__S2VI__: 
        case __li__E3VI__: 
        case __li__KLWI__: 
        case __li__ULWI__: 
        case __li__NMWI__: 
        case __li__BNWI__: 
        case __li__XNWI__: 
        case __li__LOWI__: 
        case __li__5OWI__: 
        case __li__TPWI__: 
        case __li__HQWI__: 
        case __li__ARWI__: 
        case __li__URWI__: 
        case __li__MSWI__: 
        case __li__ETWI__: 
        case __li__MZWI__: 
        case __li__C0WI__: 
        case __li__M1WI__: 
        case __li__LHBK__: 
        case __li__KMFK__: 
        case __li__XOHL__: 
        case __li__FPHL__: 
        case __li__3I3L__: 
        case __li__APLM__: 
        case __li__DTNM__: 
        case __li__JXNM__: 
        case __li__2PLO__: 
        case __li__21LO__: 
        case __li__TPOO__: 
        case __li__URRO__: 
        case __li__41XO__: 
        case __li__EDHP__: 
        case __li__CJ1P__: 
        case __li__EN1P__: 
        case __li__AKBR__: 
        case __li__SU5R__: 
        case __li__JV5R__: {
          li__HANR=NULL;
        } break;
        case __li__RLKJ__: {
          li__HANR=((void *)li__XK2U);
        } break;
        case __li__5LKJ__: {
          li__HANR=((void *)li__XK2U);
        } break;
        case __li__DFNL__: {
          li__HANR=((void *)li__XK2U);
        } break;
        }
      };
      li__2K2U=((void **)(*(((__li__TOLE *)((__li__KI *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__4IRO->li__KRPK))).li__HGEQ)[ 1])->li__0RPK)->li__2OLE))).li__S3VG)[ 0];
      /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__2K2U==NULL) {
        li__D3PK=NULL;
      } else {
        switch (((struct ___OBJ *)li__2K2U)->__id) {
        case __li__KI__: 
        case __li__WK__: 
        case __li__T0B__: 
        case __li__O3B__: 
        case __li__AVBD__: 
        case __li__KVBD__: 
        case __li__WVBD__: 
        case __li__IYBD__: 
        case __li__ODID__: 
        case __li__OWRE__: 
        case __li__Z4WH__: 
        case __li__KTVI__: 
        case __li__LTVI__: 
        case __li__XTVI__: 
        case __li__YTVI__: 
        case __li__S2VI__: 
        case __li__E3VI__: 
        case __li__KLWI__: 
        case __li__ULWI__: 
        case __li__NMWI__: 
        case __li__BNWI__: 
        case __li__XNWI__: 
        case __li__LOWI__: 
        case __li__5OWI__: 
        case __li__TPWI__: 
        case __li__HQWI__: 
        case __li__ARWI__: 
        case __li__URWI__: 
        case __li__MSWI__: 
        case __li__ETWI__: 
        case __li__MZWI__: 
        case __li__C0WI__: 
        case __li__M1WI__: 
        case __li__LHBK__: 
        case __li__KMFK__: 
        case __li__XOHL__: 
        case __li__FPHL__: 
        case __li__3I3L__: 
        case __li__APLM__: 
        case __li__DTNM__: 
        case __li__JXNM__: 
        case __li__2PLO__: 
        case __li__21LO__: 
        case __li__TPOO__: 
        case __li__URRO__: 
        case __li__41XO__: 
        case __li__EDHP__: 
        case __li__CJ1P__: 
        case __li__EN1P__: 
        case __li__AKBR__: 
        case __li__SU5R__: 
        case __li__JV5R__: {
          li__D3PK=NULL;
        } break;
        case __li__RLKJ__: {
          li__D3PK=((void *)li__2K2U);
        } break;
        case __li__5LKJ__: {
          li__D3PK=((void *)li__2K2U);
        } break;
        case __li__DFNL__: {
          li__D3PK=((void *)li__2K2U);
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if ((((void *)li__HANR != (void *)NULL) && ((void *)li__D3PK != (void *)NULL))) {
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HANR)->__id) {
        case __li__RLKJ__: {
          li__FV3O=((__li__RLKJ *)li__HANR)->li__2BDK->li__GZB.li__0RNE;
        } break;
        case __li__5LKJ__: {
          li__FV3O=((__li__5LKJ *)li__HANR)->li__IDDK->li__GZB.li__0RNE;
        } break;
        case __li__DFNL__: {
          li__FV3O=((__li__DFNL *)li__HANR)->li__JG1L->li__WTBD.li__0RNE;
        } break;
        };
        li__TV3O=((void *)((__li__5RB *)li__FV3O)->li__AEM == (void *)li__TSB);
      } else /* FALSE */ {
        li__TV3O=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__TV3O) {
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HANR)->__id) {
        case __li__RLKJ__: {
          li__OV3O=((__li__RLKJ *)li__HANR)->li__2BDK;
        } break;
        case __li__5LKJ__: {
          li__OV3O=((__li__5LKJ *)li__HANR)->li__IDDK;
        } break;
        case __li__DFNL__: {
          li__OV3O=((__li__DFNL *)li__HANR)->li__JG1L;
        } break;
        };
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__D3PK)->__id) {
        case __li__RLKJ__: {
          li__PV3O=((__li__RLKJ *)li__D3PK)->li__2BDK;
        } break;
        case __li__5LKJ__: {
          li__PV3O=((__li__5LKJ *)li__D3PK)->li__IDDK;
        } break;
        case __li__DFNL__: {
          li__PV3O=((__li__DFNL *)li__D3PK)->li__JG1L;
        } break;
        };
        li__TV3O=((void *)li__OV3O == (void *)li__PV3O);
      } else /* FALSE */ {
        li__TV3O=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__TV3O) {
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HANR)->__id) {
        case __li__RLKJ__: {
          li__OV3O=((__li__RLKJ *)li__HANR)->li__SLKJ.li__CSSH;
        } break;
        case __li__5LKJ__: {
          li__OV3O=((__li__5LKJ *)li__HANR)->li__AMKJ.li__CSSH;
        } break;
        case __li__DFNL__: {
          li__OV3O=((__li__DFNL *)li__HANR)->li__EFNL.li__CSSH;
        } break;
        };
        li__UPRO=li__OV3O;
        /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__D3PK)->__id) {
        case __li__RLKJ__: {
          li__PV3O=((__li__RLKJ *)li__D3PK)->li__SLKJ.li__CSSH;
        } break;
        case __li__5LKJ__: {
          li__PV3O=((__li__5LKJ *)li__D3PK)->li__AMKJ.li__CSSH;
        } break;
        case __li__DFNL__: {
          li__PV3O=((__li__DFNL *)li__D3PK)->li__EFNL.li__CSSH;
        } break;
        };
        li__FOCP=li__PV3O;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OV3O)->__id) {
        case __li__WK__: 
        case __li__KVBD__: 
        case __li__WVBD__: 
        case __li__MZWI__: 
        case __li__C0WI__: 
        case __li__M1WI__: {
          li__2V3O=li__B__;
        } break;
        case __li__AVBD__: 
        case __li__Z4WH__: 
        case __li__KTVI__: 
        case __li__LTVI__: 
        case __li__XTVI__: 
        case __li__YTVI__: 
        case __li__S2VI__: 
        case __li__E3VI__: 
        case __li__KLWI__: 
        case __li__ULWI__: 
        case __li__NMWI__: 
        case __li__BNWI__: 
        case __li__XNWI__: 
        case __li__LOWI__: 
        case __li__5OWI__: 
        case __li__TPWI__: 
        case __li__HQWI__: 
        case __li__ARWI__: 
        case __li__URWI__: 
        case __li__MSWI__: 
        case __li__ETWI__: 
        case __li__KMFK__: 
        case __li__XOHL__: 
        case __li__FPHL__: 
        case __li__APLM__: 
        case __li__DTNM__: 
        case __li__JXNM__: 
        case __li__21LO__: 
        case __li__TPOO__: 
        case __li__URRO__: 
        case __li__41XO__: 
        case __li__AKBR__: 
        case __li__SU5R__: 
        case __li__JV5R__: {
          li__2V3O=li__I__;
        } break;
        };
        /* __li__B__ __li__I__ */
if (li__2V3O) {
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OV3O)->__id) {
          case __li__WK__: {
            li__CW3O=((__li__WK *)li__OV3O)->li__1K.li__WZLE;
          } break;
          case __li__AVBD__: {
            li__CW3O=((__li__AVBD *)li__OV3O)->li__K2ME;
          } break;
          case __li__KVBD__: {
            li__CW3O=((__li__KVBD *)li__OV3O)->li__LVBD.li__WZLE;
          } break;
          case __li__WVBD__: {
            li__CW3O=((__li__WVBD *)li__OV3O)->li__XVBD.li__WZLE;
          } break;
          case __li__Z4WH__: {
            li__CW3O=li__JK5J(((__li__Z4WH *)li__OV3O));
          } break;
          case __li__KTVI__: {
            li__CW3O=li__5UEK();
          } break;
          case __li__LTVI__: {
            li__CW3O=li__553L();
          } break;
          case __li__XTVI__: {
            li__CW3O=li__FVEK();
          } break;
          case __li__YTVI__: {
            li__CW3O=li__FA4L();
          } break;
          case __li__S2VI__: {
            li__CW3O=li__KVEK();
          } break;
          case __li__E3VI__: {
            li__CW3O=li__PVEK();
          } break;
          case __li__KLWI__: {
            li__CW3O=li__UVEK();
          } break;
          case __li__ULWI__: {
            li__CW3O=li__ZVEK();
          } break;
          case __li__NMWI__: {
            li__CW3O=li__4VEK();
          } break;
          case __li__BNWI__: {
            li__CW3O=li__DWEK(((__li__BNWI *)li__OV3O));
          } break;
          case __li__XNWI__: {
            li__CW3O=li__IWEK(((__li__XNWI *)li__OV3O));
          } break;
          case __li__LOWI__: {
            li__CW3O=li__NWEK(((__li__LOWI *)li__OV3O));
          } break;
          case __li__5OWI__: {
            li__CW3O=li__SWEK(((__li__5OWI *)li__OV3O));
          } break;
          case __li__TPWI__: {
            li__CW3O=li__XWEK(((__li__TPWI *)li__OV3O));
          } break;
          case __li__HQWI__: {
            li__CW3O=li__2WEK(((__li__HQWI *)li__OV3O));
          } break;
          case __li__ARWI__: {
            li__CW3O=li__QRB__->li__RRB.li__J0C;
          } break;
          case __li__URWI__: {
            li__CW3O=li__FXEK(((__li__URWI *)li__OV3O));
          } break;
          case __li__MSWI__: {
            li__CW3O=li__RXEK();
          } break;
          case __li__ETWI__: {
            li__CW3O=((__li__ETWI *)li__OV3O)->li__NSBK;
          } break;
          case __li__MZWI__: {
            li__CW3O=((__li__MZWI *)li__OV3O)->li__NZWI.li__WZLE;
          } break;
          case __li__C0WI__: {
            li__CW3O=((__li__C0WI *)li__OV3O)->li__D0WI.li__WZLE;
          } break;
          case __li__M1WI__: {
            li__CW3O=((__li__M1WI *)li__OV3O)->li__N1WI.li__WZLE;
          } break;
          case __li__KMFK__: {
            li__CW3O=((__li__KMFK *)li__OV3O)->li__3RFK->li__WTBD.li__0RNE;
          } break;
          case __li__XOHL__: {
            li__CW3O=li__T4NN(((__li__XOHL *)li__OV3O));
          } break;
          case __li__FPHL__: {
            li__CW3O=li__KA4L(((__li__FPHL *)li__OV3O));
          } break;
          case __li__APLM__: {
            li__CW3O=li__YFDQ();
          } break;
          case __li__DTNM__: {
            li__CW3O=li__1ISO(((__li__DTNM *)li__OV3O));
          } break;
          case __li__JXNM__: {
            li__CW3O=li__VX3R(((__li__JXNM *)li__OV3O));
          } break;
          case __li__21LO__: {
            li__CW3O=((__li__21LO *)li__OV3O)->li__KJXO->li__GZB.li__0RNE;
          } break;
          case __li__TPOO__: {
            li__CW3O=((__li__TPOO *)li__OV3O)->li__5IXO->li__GZB.li__0RNE;
          } break;
          case __li__URRO__: {
            li__CW3O=li__FH4R();
          } break;
          case __li__41XO__: {
            li__CW3O=li__3FDQ(((__li__41XO *)li__OV3O));
          } break;
          case __li__AKBR__: {
            li__CW3O=li__WQDS(((__li__AKBR *)li__OV3O));
          } break;
          case __li__SU5R__: {
            li__CW3O=li__T1IS();
          } break;
          case __li__JV5R__: {
            li__CW3O=li__Y1IS();
          } break;
          };
          li__FORO=((void *)((__li__5RB *)li__CW3O)->li__AEM == (void *)li__DSB);
          li__IW3O=li__FORO;
        } else /* FALSE */ {
          li__IW3O=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__IW3O) {
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PV3O==NULL) {
            li__PW3O=NULL;
          } else {
            switch (((struct ___OBJ *)li__PV3O)->__id) {
            case __li__WK__: 
            case __li__AVBD__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__PW3O=NULL;
            } break;
            case __li__KMFK__: {
              li__PW3O=((void *)li__PV3O);
            } break;
            case __li__21LO__: {
              li__PW3O=((void *)li__PV3O);
            } break;
            case __li__TPOO__: {
              li__PW3O=((void *)li__PV3O);
            } break;
            }
          };
          /* __li__B__ __li__I__ */
if (((void *)li__PW3O != (void *)NULL)) {
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HANR)->__id) {
            case __li__RLKJ__: {
              li__0QDK(((__li__RLKJ *)li__HANR));
            } break;
            case __li__5LKJ__: {
              li__4QDK(((__li__5LKJ *)li__HANR));
            } break;
            case __li__DFNL__: {
              li__CM1L(((__li__DFNL *)li__HANR));
            } break;
            };
            li__XW3O=li__N0QL(li__4IRO->li__JYBD.li__0CC,li__4IRO->li__ZHRO,li__PV3O);
            li__FOCP=li__XW3O;
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__D3PK)->__id) {
            case __li__RLKJ__: {
              ((__li__RLKJ *)li__D3PK)->li__SLKJ.li__CSSH=li__XW3O;
            } break;
            case __li__5LKJ__: {
              ((__li__5LKJ *)((__li__RLKJ *)li__D3PK))->li__AMKJ.li__CSSH=li__XW3O;
            } break;
            case __li__DFNL__: {
              ((__li__DFNL *)((__li__RLKJ *)li__D3PK))->li__EFNL.li__CSSH=li__XW3O;
            } break;
            };
            li__JJ2U=li__D3PK;
            li__MWBD=(__li__K)(li__MWBD +  1);
            li__ZW3O=li__B__;
          } else /* FALSE */ {
            li__ZW3O=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__ZW3O)) {
            /* __li__B__ __li__I__ */
if (((li__2Q3O ==  0) || (li__MWBD ==  0))) {
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HANR)->__id) {
              case __li__RLKJ__: {
                li__0QDK(((__li__RLKJ *)li__HANR));
              } break;
              case __li__5LKJ__: {
                li__4QDK(((__li__5LKJ *)li__HANR));
              } break;
              case __li__DFNL__: {
                li__CM1L(((__li__DFNL *)li__HANR));
              } break;
              };
              li__QX3O=li__ME3J(li__4IRO->li__JYBD.li__0CC,li__4IRO->li__ZHRO,li__FOCP);
              li__FOCP=li__QX3O;
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__D3PK)->__id) {
              case __li__RLKJ__: {
                ((__li__RLKJ *)li__D3PK)->li__SLKJ.li__CSSH=li__QX3O;
              } break;
              case __li__5LKJ__: {
                ((__li__5LKJ *)((__li__RLKJ *)li__D3PK))->li__AMKJ.li__CSSH=li__QX3O;
              } break;
              case __li__DFNL__: {
                ((__li__DFNL *)((__li__RLKJ *)li__D3PK))->li__EFNL.li__CSSH=li__QX3O;
              } break;
              };
              li__JJ2U=li__D3PK;
              li__KYBD=li__B__;
            };
          };
          li__IW3O=li__B__;
        } else /* FALSE */ {
          li__IW3O=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__IW3O) {
          li__IW3O=li__B__;
        } else /* FALSE */ {
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FOCP)->__id) {
          case __li__WK__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: {
            li__ZW3O=li__B__;
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__KMFK__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__21LO__: 
          case __li__TPOO__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__ZW3O=li__I__;
          } break;
          };
          li__AORO=li__ZW3O;
          /* __li__B__ __li__I__ */
if (li__ZW3O) {
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FOCP)->__id) {
            case __li__WK__: {
              li__5X3O=((__li__WK *)li__FOCP)->li__1K.li__WZLE;
            } break;
            case __li__AVBD__: {
              li__5X3O=((__li__AVBD *)li__FOCP)->li__K2ME;
            } break;
            case __li__KVBD__: {
              li__5X3O=((__li__KVBD *)li__FOCP)->li__LVBD.li__WZLE;
            } break;
            case __li__WVBD__: {
              li__5X3O=((__li__WVBD *)li__FOCP)->li__XVBD.li__WZLE;
            } break;
            case __li__Z4WH__: {
              li__5X3O=li__JK5J(((__li__Z4WH *)li__FOCP));
            } break;
            case __li__KTVI__: {
              li__5X3O=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__5X3O=li__553L();
            } break;
            case __li__XTVI__: {
              li__5X3O=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__5X3O=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__5X3O=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__5X3O=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__5X3O=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__5X3O=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__5X3O=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__5X3O=li__DWEK(((__li__BNWI *)li__FOCP));
            } break;
            case __li__XNWI__: {
              li__5X3O=li__IWEK(((__li__XNWI *)li__FOCP));
            } break;
            case __li__LOWI__: {
              li__5X3O=li__NWEK(((__li__LOWI *)li__FOCP));
            } break;
            case __li__5OWI__: {
              li__5X3O=li__SWEK(((__li__5OWI *)li__FOCP));
            } break;
            case __li__TPWI__: {
              li__5X3O=li__XWEK(((__li__TPWI *)li__FOCP));
            } break;
            case __li__HQWI__: {
              li__5X3O=li__2WEK(((__li__HQWI *)li__FOCP));
            } break;
            case __li__ARWI__: {
              li__5X3O=li__QRB__->li__RRB.li__J0C;
            } break;
            case __li__URWI__: {
              li__5X3O=li__FXEK(((__li__URWI *)li__FOCP));
            } break;
            case __li__MSWI__: {
              li__5X3O=li__RXEK();
            } break;
            case __li__ETWI__: {
              li__5X3O=((__li__ETWI *)li__FOCP)->li__NSBK;
            } break;
            case __li__MZWI__: {
              li__5X3O=((__li__MZWI *)li__FOCP)->li__NZWI.li__WZLE;
            } break;
            case __li__C0WI__: {
              li__5X3O=((__li__C0WI *)li__FOCP)->li__D0WI.li__WZLE;
            } break;
            case __li__M1WI__: {
              li__5X3O=((__li__M1WI *)li__FOCP)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__5X3O=((__li__KMFK *)li__FOCP)->li__3RFK->li__WTBD.li__0RNE;
            } break;
            case __li__XOHL__: {
              li__5X3O=li__T4NN(((__li__XOHL *)li__FOCP));
            } break;
            case __li__FPHL__: {
              li__5X3O=li__KA4L(((__li__FPHL *)li__FOCP));
            } break;
            case __li__APLM__: {
              li__5X3O=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__5X3O=li__1ISO(((__li__DTNM *)li__FOCP));
            } break;
            case __li__JXNM__: {
              li__5X3O=li__VX3R(((__li__JXNM *)li__FOCP));
            } break;
            case __li__21LO__: {
              li__5X3O=((__li__21LO *)li__FOCP)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__5X3O=((__li__TPOO *)li__FOCP)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__5X3O=li__FH4R();
            } break;
            case __li__41XO__: {
              li__5X3O=li__3FDQ(((__li__41XO *)li__FOCP));
            } break;
            case __li__AKBR__: {
              li__5X3O=li__WQDS(((__li__AKBR *)li__FOCP));
            } break;
            case __li__SU5R__: {
              li__5X3O=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__5X3O=li__Y1IS();
            } break;
            };
            li__HTRO=((void *)((__li__5RB *)li__5X3O)->li__AEM == (void *)li__LSB);
            li__ZW3O=li__HTRO;
          } else /* FALSE */ {
            li__ZW3O=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__ZW3O) {
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__OV3O==NULL) {
              li__NY3O=NULL;
            } else {
              switch (((struct ___OBJ *)li__OV3O)->__id) {
              case __li__WK__: 
              case __li__AVBD__: 
              case __li__KVBD__: 
              case __li__WVBD__: 
              case __li__Z4WH__: 
              case __li__KTVI__: 
              case __li__LTVI__: 
              case __li__XTVI__: 
              case __li__YTVI__: 
              case __li__S2VI__: 
              case __li__E3VI__: 
              case __li__KLWI__: 
              case __li__ULWI__: 
              case __li__NMWI__: 
              case __li__BNWI__: 
              case __li__XNWI__: 
              case __li__LOWI__: 
              case __li__5OWI__: 
              case __li__TPWI__: 
              case __li__HQWI__: 
              case __li__ARWI__: 
              case __li__URWI__: 
              case __li__MSWI__: 
              case __li__ETWI__: 
              case __li__MZWI__: 
              case __li__C0WI__: 
              case __li__M1WI__: 
              case __li__XOHL__: 
              case __li__FPHL__: 
              case __li__APLM__: 
              case __li__DTNM__: 
              case __li__JXNM__: 
              case __li__URRO__: 
              case __li__41XO__: 
              case __li__AKBR__: 
              case __li__SU5R__: 
              case __li__JV5R__: {
                li__NY3O=NULL;
              } break;
              case __li__KMFK__: {
                li__NY3O=((void *)li__OV3O);
              } break;
              case __li__21LO__: {
                li__NY3O=((void *)li__OV3O);
              } break;
              case __li__TPOO__: {
                li__NY3O=((void *)li__OV3O);
              } break;
              }
            };
            /* __li__B__ __li__I__ */
if (((void *)li__NY3O != (void *)NULL)) {
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__D3PK)->__id) {
              case __li__RLKJ__: {
                li__0QDK(((__li__RLKJ *)li__D3PK));
              } break;
              case __li__5LKJ__: {
                li__4QDK(((__li__5LKJ *)li__D3PK));
              } break;
              case __li__DFNL__: {
                li__CM1L(((__li__DFNL *)li__D3PK));
              } break;
              };
              li__VY3O=li__QZQL(li__4IRO->li__JYBD.li__0CC,li__4IRO->li__ZHRO,li__OV3O);
              li__UPRO=li__VY3O;
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HANR)->__id) {
              case __li__RLKJ__: {
                ((__li__RLKJ *)li__HANR)->li__SLKJ.li__CSSH=li__VY3O;
              } break;
              case __li__5LKJ__: {
                ((__li__5LKJ *)((__li__RLKJ *)li__HANR))->li__AMKJ.li__CSSH=li__VY3O;
              } break;
              case __li__DFNL__: {
                ((__li__DFNL *)((__li__RLKJ *)li__HANR))->li__EFNL.li__CSSH=li__VY3O;
              } break;
              };
              li__JJ2U=li__HANR;
              li__MWBD=(__li__K)(li__MWBD +  1);
              li__XY3O=li__B__;
            } else /* FALSE */ {
              li__XY3O=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((! li__XY3O)) {
              /* __li__B__ __li__I__ */
if (((li__2Q3O ==  0) || (li__MWBD ==  0))) {
                /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__D3PK)->__id) {
                case __li__RLKJ__: {
                  li__0QDK(((__li__RLKJ *)li__D3PK));
                } break;
                case __li__5LKJ__: {
                  li__4QDK(((__li__5LKJ *)li__D3PK));
                } break;
                case __li__DFNL__: {
                  li__CM1L(((__li__DFNL *)li__D3PK));
                } break;
                };
                li__OZ3O=li__4D3J(li__4IRO->li__JYBD.li__0CC,li__4IRO->li__ZHRO,li__UPRO);
                li__UPRO=li__OZ3O;
                /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HANR)->__id) {
                case __li__RLKJ__: {
                  ((__li__RLKJ *)li__HANR)->li__SLKJ.li__CSSH=li__OZ3O;
                } break;
                case __li__5LKJ__: {
                  ((__li__5LKJ *)((__li__RLKJ *)li__HANR))->li__AMKJ.li__CSSH=li__OZ3O;
                } break;
                case __li__DFNL__: {
                  ((__li__DFNL *)((__li__RLKJ *)li__HANR))->li__EFNL.li__CSSH=li__OZ3O;
                } break;
                };
                li__JJ2U=li__HANR;
                li__KYBD=li__B__;
              };
            };
          };
          li__IW3O=li__ZW3O;
        };
        /* __li__B__ __li__I__ */
if ((! li__IW3O)) {
          /* __li__B__ __li__I__ */
if ((((li__2V3O && (! li__FORO)) & li__AORO) && (! li__HTRO))) {
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__D3PK)->__id) {
            case __li__RLKJ__: {
              li__0QDK(((__li__RLKJ *)li__D3PK));
            } break;
            case __li__5LKJ__: {
              li__4QDK(((__li__5LKJ *)li__D3PK));
            } break;
            case __li__DFNL__: {
              li__CM1L(((__li__DFNL *)li__D3PK));
            } break;
            };
            li__X03O=li__XYZR(li__4IRO->li__JYBD.li__0CC,li__4IRO->li__ZHRO);
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__HANR)->__id) {
            case __li__RLKJ__: {
              ((__li__RLKJ *)li__HANR)->li__SLKJ.li__CSSH=li__X03O;
            } break;
            case __li__5LKJ__: {
              ((__li__5LKJ *)((__li__RLKJ *)li__HANR))->li__AMKJ.li__CSSH=li__X03O;
            } break;
            case __li__DFNL__: {
              ((__li__DFNL *)((__li__RLKJ *)li__HANR))->li__EFNL.li__CSSH=li__X03O;
            } break;
            };
            li__JJ2U=li__HANR;
            li__MWBD=(__li__K)(li__MWBD +  1);
          };
        };
      };
    };
    li__BJRO=li__JJ2U;
    /* __li__B__ __li__I__ */
if (((void *)li__JJ2U == (void *)NULL)) {
      li__BJRO=li__4IRO;
    };
  };
  li__5IRO=li__BJRO;
  return(li__5IRO);
}

static void li__US1L(__li__SJPJ *li__VS1L)
/* (Strict DTA_WR_VALUE{li__SJPJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__4S1L;
  __li__KMFK *li__4K2U;
  __li__TPOO *li__AL2U;
  /* __li__B__ __li__I__ */
if ((! li__VS1L->li__WS1L)) {
    li__4S1L=li__VS1L->li__JBOK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4S1L)->__id) {
    case __li__WK__:  break;
    case __li__AVBD__: {
      li__PSNI(((__li__AVBD *)li__4S1L));
    } break;
    case __li__KVBD__:  break;
    case __li__WVBD__:  break;
    case __li__Z4WH__: {
      li__JNDK(((__li__Z4WH *)li__4S1L));
    } break;
    case __li__KTVI__: {
      li__0NDK(((__li__KTVI *)li__4S1L));
    } break;
    case __li__LTVI__: {
      li__XL1L(((__li__LTVI *)li__4S1L));
    } break;
    case __li__XTVI__: {
      li__5NDK(((__li__XTVI *)li__4S1L));
    } break;
    case __li__YTVI__: {
      li__1L1L(((__li__YTVI *)li__4S1L));
    } break;
    case __li__S2VI__: {
      li__DODK(((__li__S2VI *)li__4S1L));
    } break;
    case __li__E3VI__: {
      li__HODK(((__li__E3VI *)li__4S1L));
    } break;
    case __li__KLWI__: {
      li__4K2U=((__li__KMFK *)((__li__KLWI *)li__4S1L)->li__ZPBK);
      li__HXPN(((__li__VTBD *)li__4K2U->li__3RFK),li__4K2U);
    } break;
    case __li__ULWI__:  break;
    case __li__NMWI__: {
      li__QODK(((__li__NMWI *)li__4S1L));
    } break;
    case __li__BNWI__: {
      li__UODK(((__li__BNWI *)li__4S1L));
    } break;
    case __li__XNWI__: {
      li__YODK(((__li__XNWI *)li__4S1L));
    } break;
    case __li__LOWI__: {
      li__2ODK(((__li__LOWI *)li__4S1L));
    } break;
    case __li__5OWI__: {
      li__APDK(((__li__5OWI *)li__4S1L));
    } break;
    case __li__TPWI__: {
      li__EPDK(((__li__TPWI *)li__4S1L));
    } break;
    case __li__HQWI__: {
      li__IPDK(((__li__HQWI *)li__4S1L));
    } break;
    case __li__ARWI__: {
      li__MPDK(((__li__ARWI *)li__4S1L));
    } break;
    case __li__URWI__: {
      li__NQDK(((__li__URWI *)li__4S1L));
    } break;
    case __li__MSWI__:  break;
    case __li__ETWI__: {
      li__TQDK(((__li__ETWI *)li__4S1L));
    } break;
    case __li__MZWI__:  break;
    case __li__C0WI__:  break;
    case __li__M1WI__:  break;
    case __li__KMFK__: {
      li__4K2U=((__li__KMFK *)li__4S1L);
      li__HXPN(((__li__VTBD *)li__4K2U->li__3RFK),li__4K2U);
    } break;
    case __li__XOHL__: {
      li__LDMN(((__li__XOHL *)li__4S1L));
    } break;
    case __li__FPHL__: {
      li__TT4L(((__li__FPHL *)li__4S1L));
    } break;
    case __li__APLM__: {
      li__TGCQ(((__li__APLM *)li__4S1L));
    } break;
    case __li__DTNM__: {
      li__MFRO(((__li__DTNM *)li__4S1L));
    } break;
    case __li__JXNM__: {
      li__1W3R(((__li__JXNM *)li__4S1L));
    } break;
    case __li__21LO__: {
      li__T1IP(((__li__21LO *)li__4S1L));
    } break;
    case __li__TPOO__: {
      li__AL2U=((__li__TPOO *)li__4S1L);
      li__IZFQ(((__li__DZB *)li__AL2U->li__5IXO),li__AL2U);
    } break;
    case __li__URRO__: {
      li__DK4R(((__li__URRO *)li__4S1L));
    } break;
    case __li__41XO__: {
      li__XGCQ(((__li__41XO *)li__4S1L));
    } break;
    case __li__AKBR__: {
      li__AYCS(((__li__AKBR *)li__4S1L));
    } break;
    case __li__SU5R__: {
      li__5XIS(((__li__SU5R *)li__4S1L));
    } break;
    case __li__JV5R__: {
      li__DYIS(((__li__JV5R *)li__4S1L));
    } break;
    };
    li__VS1L->li__WS1L=li__B__;
  };
}

static void li__BT1L(__li__0VPJ *li__CT1L)
/* (Strict DTA_BLOCK{li__0VPJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__QT1L,li__Q1QM;
  void *li__XT1L;
  __li__KMFK *li__FL2U;
  __li__TPOO *li__HL2U;
  /* __li__B__ __li__I__ */
if ((! li__CT1L->li__3VPJ.li__DT1L)) {
    li__QT1L=(*(li__CT1L->li__3VPJ.li__0EOK)).li__NKSH;
    li__Q1QM= 0;
    while ((li__Q1QM <= li__QT1L)) {
      li__XT1L=((void **)(*(((__li__2ZEC *)li__CT1L->li__3VPJ.li__0EOK))).li__3GPI)[li__Q1QM];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XT1L)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__XT1L));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__XT1L));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__XT1L));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__XT1L));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__XT1L));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__XT1L));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__XT1L));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__XT1L));
      } break;
      case __li__KLWI__: {
        li__FL2U=((__li__KMFK *)((__li__KLWI *)li__XT1L)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__FL2U->li__3RFK),li__FL2U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__XT1L));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__XT1L));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__XT1L));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__XT1L));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__XT1L));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__XT1L));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__XT1L));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__XT1L));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__XT1L));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__XT1L));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__FL2U=((__li__KMFK *)li__XT1L);
        li__HXPN(((__li__VTBD *)li__FL2U->li__3RFK),li__FL2U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__XT1L));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__XT1L));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__XT1L));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__XT1L));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__XT1L));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__XT1L));
      } break;
      case __li__TPOO__: {
        li__HL2U=((__li__TPOO *)li__XT1L);
        li__IZFQ(((__li__DZB *)li__HL2U->li__5IXO),li__HL2U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__XT1L));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__XT1L));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__XT1L));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__XT1L));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__XT1L));
      } break;
      };
      li__Q1QM=(__li__K)(li__Q1QM +  1);
    };
    li__CT1L->li__3VPJ.li__DT1L=li__B__;
  };
}

static void li__1T1L(__li__1VPJ *li__2T1L)
/* (Strict DTA_RD_ARGS{li__1VPJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__JU1L,li__B2QM;
  void *li__QU1L;
  __li__KMFK *li__ML2U;
  __li__TPOO *li__OL2U;
  /* __li__B__ __li__I__ */
if ((! li__2T1L->li__DT1L)) {
    li__JU1L=(*(li__2T1L->li__0EOK)).li__NKSH;
    li__B2QM= 0;
    while ((li__B2QM <= li__JU1L)) {
      li__QU1L=((void **)(*(((__li__2ZEC *)li__2T1L->li__0EOK))).li__3GPI)[li__B2QM];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QU1L)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__QU1L));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__QU1L));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__QU1L));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__QU1L));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__QU1L));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__QU1L));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__QU1L));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__QU1L));
      } break;
      case __li__KLWI__: {
        li__ML2U=((__li__KMFK *)((__li__KLWI *)li__QU1L)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__ML2U->li__3RFK),li__ML2U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__QU1L));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__QU1L));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__QU1L));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__QU1L));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__QU1L));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__QU1L));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__QU1L));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__QU1L));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__QU1L));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__QU1L));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__ML2U=((__li__KMFK *)li__QU1L);
        li__HXPN(((__li__VTBD *)li__ML2U->li__3RFK),li__ML2U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__QU1L));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__QU1L));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__QU1L));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__QU1L));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__QU1L));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__QU1L));
      } break;
      case __li__TPOO__: {
        li__OL2U=((__li__TPOO *)li__QU1L);
        li__IZFQ(((__li__DZB *)li__OL2U->li__5IXO),li__OL2U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__QU1L));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__QU1L));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__QU1L));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__QU1L));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__QU1L));
      } break;
      };
      li__B2QM=(__li__K)(li__B2QM +  1);
    };
    li__2T1L->li__DT1L=li__B__;
  };
}

static void* li__O2PK(__li__Z4WH *li__P2PK)
/* (Strict EXPR_MULTIPLE{li__Z4WH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__W2PK,li__A4VK;
  void *li__32PK;
  __li__KMFK *li__TL2U;
  __li__TPOO *li__VL2U;
  void *li__Q2PK;
  li__W2PK=(*(li__P2PK->li__PJPI)).li__NKSH;
  li__A4VK= 0;
  while ((li__A4VK <= li__W2PK)) {
    li__32PK=((void **)(*(((__li__2ZEC *)li__P2PK->li__PJPI))).li__3GPI)[li__A4VK];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__32PK)->__id) {
    case __li__WK__:  break;
    case __li__AVBD__: {
      li__PSNI(((__li__AVBD *)li__32PK));
    } break;
    case __li__KVBD__:  break;
    case __li__WVBD__:  break;
    case __li__Z4WH__: {
      li__JNDK(((__li__Z4WH *)li__32PK));
    } break;
    case __li__KTVI__: {
      li__0NDK(((__li__KTVI *)li__32PK));
    } break;
    case __li__LTVI__: {
      li__XL1L(((__li__LTVI *)li__32PK));
    } break;
    case __li__XTVI__: {
      li__5NDK(((__li__XTVI *)li__32PK));
    } break;
    case __li__YTVI__: {
      li__1L1L(((__li__YTVI *)li__32PK));
    } break;
    case __li__S2VI__: {
      li__DODK(((__li__S2VI *)li__32PK));
    } break;
    case __li__E3VI__: {
      li__HODK(((__li__E3VI *)li__32PK));
    } break;
    case __li__KLWI__: {
      li__TL2U=((__li__KMFK *)((__li__KLWI *)li__32PK)->li__ZPBK);
      li__HXPN(((__li__VTBD *)li__TL2U->li__3RFK),li__TL2U);
    } break;
    case __li__ULWI__:  break;
    case __li__NMWI__: {
      li__QODK(((__li__NMWI *)li__32PK));
    } break;
    case __li__BNWI__: {
      li__UODK(((__li__BNWI *)li__32PK));
    } break;
    case __li__XNWI__: {
      li__YODK(((__li__XNWI *)li__32PK));
    } break;
    case __li__LOWI__: {
      li__2ODK(((__li__LOWI *)li__32PK));
    } break;
    case __li__5OWI__: {
      li__APDK(((__li__5OWI *)li__32PK));
    } break;
    case __li__TPWI__: {
      li__EPDK(((__li__TPWI *)li__32PK));
    } break;
    case __li__HQWI__: {
      li__IPDK(((__li__HQWI *)li__32PK));
    } break;
    case __li__ARWI__: {
      li__MPDK(((__li__ARWI *)li__32PK));
    } break;
    case __li__URWI__: {
      li__NQDK(((__li__URWI *)li__32PK));
    } break;
    case __li__MSWI__:  break;
    case __li__ETWI__: {
      li__TQDK(((__li__ETWI *)li__32PK));
    } break;
    case __li__MZWI__:  break;
    case __li__C0WI__:  break;
    case __li__M1WI__:  break;
    case __li__KMFK__: {
      li__TL2U=((__li__KMFK *)li__32PK);
      li__HXPN(((__li__VTBD *)li__TL2U->li__3RFK),li__TL2U);
    } break;
    case __li__XOHL__: {
      li__LDMN(((__li__XOHL *)li__32PK));
    } break;
    case __li__FPHL__: {
      li__TT4L(((__li__FPHL *)li__32PK));
    } break;
    case __li__APLM__: {
      li__TGCQ(((__li__APLM *)li__32PK));
    } break;
    case __li__DTNM__: {
      li__MFRO(((__li__DTNM *)li__32PK));
    } break;
    case __li__JXNM__: {
      li__1W3R(((__li__JXNM *)li__32PK));
    } break;
    case __li__21LO__: {
      li__T1IP(((__li__21LO *)li__32PK));
    } break;
    case __li__TPOO__: {
      li__VL2U=((__li__TPOO *)li__32PK);
      li__IZFQ(((__li__DZB *)li__VL2U->li__5IXO),li__VL2U);
    } break;
    case __li__URRO__: {
      li__DK4R(((__li__URRO *)li__32PK));
    } break;
    case __li__41XO__: {
      li__XGCQ(((__li__41XO *)li__32PK));
    } break;
    case __li__AKBR__: {
      li__AYCS(((__li__AKBR *)li__32PK));
    } break;
    case __li__SU5R__: {
      li__5XIS(((__li__SU5R *)li__32PK));
    } break;
    case __li__JV5R__: {
      li__DYIS(((__li__JV5R *)li__32PK));
    } break;
    };
    li__A4VK=(__li__K)(li__A4VK +  1);
  };
  li__Q2PK=NULL;
  return(li__Q2PK);
}

static void* li__N4VK(__li__KTVI *li__O4VK)
/* (Strict EXPR_AND_AND_LOGIC{li__KTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__W4VK,*li__X4VK;
  __li__52B li__R4VK;
  void *li__Z4VK,*li__04VK,*li__LOWM,*li__YJLM,*li__1KLM,*li__0CZN;
  void *li__P4VK;
  __li__KVBD *li__H5VK,*li__K5VK;
  __li__LTVI *li__GE4K,*li__SE4K;
  __li__KMFK *li__Y42U,*li__T52U;
  __li__TPOO *li__042U,*li__V52U;
  __li__C li__UKLM;
  li__W4VK=NULL;
  li__X4VK=NULL;
  li__R4VK=li__NHBK;
  li__Z4VK=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__Z4VK)->__id) {
  case __li__WK__: {
    li__04VK=((__li__WK *)li__Z4VK);
  } break;
  case __li__AVBD__: {
    li__04VK=li__IVAJ(((__li__AVBD *)li__Z4VK));
  } break;
  case __li__KVBD__: {
    li__04VK=((__li__KVBD *)li__Z4VK);
  } break;
  case __li__WVBD__: {
    li__04VK=((__li__WVBD *)li__Z4VK);
  } break;
  case __li__Z4WH__: {
    li__04VK=li__H52K();
  } break;
  case __li__KTVI__: {
    li__04VK=li__N4VK(((__li__KTVI *)li__Z4VK));
  } break;
  case __li__LTVI__: {
    li__04VK=li__AJAM(((__li__LTVI *)li__Z4VK));
  } break;
  case __li__XTVI__: {
    li__04VK=li__SEWK(((__li__XTVI *)li__Z4VK));
  } break;
  case __li__YTVI__: {
    li__04VK=li__0OAM(((__li__YTVI *)li__Z4VK));
  } break;
  case __li__S2VI__: {
    li__04VK=li__YU2K(((__li__S2VI *)li__Z4VK));
  } break;
  case __li__E3VI__: {
    li__04VK=li__CZ2K(((__li__E3VI *)li__Z4VK));
  } break;
  case __li__KLWI__: {
    li__04VK=li__M52K(((__li__KLWI *)li__Z4VK));
  } break;
  case __li__ULWI__: {
    li__04VK=((__li__ULWI *)li__Z4VK);
  } break;
  case __li__NMWI__: {
    li__04VK=li__YA3K(((__li__NMWI *)li__Z4VK));
  } break;
  case __li__BNWI__: {
    li__04VK=li__CF3K(((__li__BNWI *)li__Z4VK));
  } break;
  case __li__XNWI__: {
    li__04VK=li__MJ3K(((__li__XNWI *)li__Z4VK));
  } break;
  case __li__LOWI__: {
    li__04VK=li__WN3K(((__li__LOWI *)li__Z4VK));
  } break;
  case __li__5OWI__: {
    li__04VK=li__AS3K(((__li__5OWI *)li__Z4VK));
  } break;
  case __li__TPWI__: {
    li__04VK=li__KW3K(((__li__TPWI *)li__Z4VK));
  } break;
  case __li__HQWI__: {
    li__04VK=li__U03K(((__li__HQWI *)li__Z4VK));
  } break;
  case __li__ARWI__: {
    li__04VK=li__OQWK(((__li__ARWI *)li__Z4VK));
  } break;
  case __li__URWI__: {
    li__04VK=li__443K(((__li__URWI *)li__Z4VK));
  } break;
  case __li__MSWI__: {
    li__04VK=((__li__MSWI *)li__Z4VK);
  } break;
  case __li__ETWI__: {
    li__04VK=li__K53K(((__li__ETWI *)li__Z4VK));
  } break;
  case __li__MZWI__: {
    li__04VK=((__li__MZWI *)li__Z4VK);
  } break;
  case __li__C0WI__: {
    li__04VK=((__li__C0WI *)li__Z4VK);
  } break;
  case __li__M1WI__: {
    li__04VK=((__li__M1WI *)li__Z4VK);
  } break;
  case __li__KMFK__: {
    li__04VK=li__QF3L(((__li__KMFK *)li__Z4VK));
  } break;
  case __li__XOHL__: {
    li__04VK=li__P2NN(((__li__XOHL *)li__Z4VK));
  } break;
  case __li__FPHL__: {
    li__04VK=li__YUAM(((__li__FPHL *)li__Z4VK));
  } break;
  case __li__APLM__: {
    li__04VK=li__C3CQ(((__li__APLM *)li__Z4VK));
  } break;
  case __li__DTNM__: {
    li__04VK=li__3GSO(((__li__DTNM *)li__Z4VK));
  } break;
  case __li__JXNM__: {
    li__04VK=li__E03R(((__li__JXNM *)li__Z4VK));
  } break;
  case __li__21LO__: {
    li__04VK=li__H1JP(((__li__21LO *)li__Z4VK));
  } break;
  case __li__TPOO__: {
    li__04VK=li__Z5JP(((__li__TPOO *)li__Z4VK));
  } break;
  case __li__URRO__: {
    li__04VK=li__MH4R(((__li__URRO *)li__Z4VK));
  } break;
  case __li__41XO__: {
    li__04VK=li__MBDQ(((__li__41XO *)li__Z4VK));
  } break;
  case __li__AKBR__: {
    li__04VK=li__KMDS(((__li__AKBR *)li__Z4VK));
  } break;
  case __li__SU5R__: {
    li__04VK=li__1CJS(((__li__SU5R *)li__Z4VK));
  } break;
  case __li__JV5R__: {
    li__04VK=li__FHJS(((__li__JV5R *)li__Z4VK));
  } break;
  };
  li__O4VK->li__PTVI.li__OTVI.li__UOBK=li__04VK;
  li__AKTE=(__li__52B)(li__AKTE +  1);
  li__EJTE=(__li__52B)(li__EJTE +  1);
  li__Z4VK=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__Z4VK)->__id) {
  case __li__WK__: {
    li__04VK=((__li__WK *)li__Z4VK);
  } break;
  case __li__AVBD__: {
    li__04VK=li__IVAJ(((__li__AVBD *)li__Z4VK));
  } break;
  case __li__KVBD__: {
    li__04VK=((__li__KVBD *)li__Z4VK);
  } break;
  case __li__WVBD__: {
    li__04VK=((__li__WVBD *)li__Z4VK);
  } break;
  case __li__Z4WH__: {
    li__04VK=li__H52K();
  } break;
  case __li__KTVI__: {
    li__04VK=li__N4VK(((__li__KTVI *)li__Z4VK));
  } break;
  case __li__LTVI__: {
    li__04VK=li__AJAM(((__li__LTVI *)li__Z4VK));
  } break;
  case __li__XTVI__: {
    li__04VK=li__SEWK(((__li__XTVI *)li__Z4VK));
  } break;
  case __li__YTVI__: {
    li__04VK=li__0OAM(((__li__YTVI *)li__Z4VK));
  } break;
  case __li__S2VI__: {
    li__04VK=li__YU2K(((__li__S2VI *)li__Z4VK));
  } break;
  case __li__E3VI__: {
    li__04VK=li__CZ2K(((__li__E3VI *)li__Z4VK));
  } break;
  case __li__KLWI__: {
    li__04VK=li__M52K(((__li__KLWI *)li__Z4VK));
  } break;
  case __li__ULWI__: {
    li__04VK=((__li__ULWI *)li__Z4VK);
  } break;
  case __li__NMWI__: {
    li__04VK=li__YA3K(((__li__NMWI *)li__Z4VK));
  } break;
  case __li__BNWI__: {
    li__04VK=li__CF3K(((__li__BNWI *)li__Z4VK));
  } break;
  case __li__XNWI__: {
    li__04VK=li__MJ3K(((__li__XNWI *)li__Z4VK));
  } break;
  case __li__LOWI__: {
    li__04VK=li__WN3K(((__li__LOWI *)li__Z4VK));
  } break;
  case __li__5OWI__: {
    li__04VK=li__AS3K(((__li__5OWI *)li__Z4VK));
  } break;
  case __li__TPWI__: {
    li__04VK=li__KW3K(((__li__TPWI *)li__Z4VK));
  } break;
  case __li__HQWI__: {
    li__04VK=li__U03K(((__li__HQWI *)li__Z4VK));
  } break;
  case __li__ARWI__: {
    li__04VK=li__OQWK(((__li__ARWI *)li__Z4VK));
  } break;
  case __li__URWI__: {
    li__04VK=li__443K(((__li__URWI *)li__Z4VK));
  } break;
  case __li__MSWI__: {
    li__04VK=((__li__MSWI *)li__Z4VK);
  } break;
  case __li__ETWI__: {
    li__04VK=li__K53K(((__li__ETWI *)li__Z4VK));
  } break;
  case __li__MZWI__: {
    li__04VK=((__li__MZWI *)li__Z4VK);
  } break;
  case __li__C0WI__: {
    li__04VK=((__li__C0WI *)li__Z4VK);
  } break;
  case __li__M1WI__: {
    li__04VK=((__li__M1WI *)li__Z4VK);
  } break;
  case __li__KMFK__: {
    li__04VK=li__QF3L(((__li__KMFK *)li__Z4VK));
  } break;
  case __li__XOHL__: {
    li__04VK=li__P2NN(((__li__XOHL *)li__Z4VK));
  } break;
  case __li__FPHL__: {
    li__04VK=li__YUAM(((__li__FPHL *)li__Z4VK));
  } break;
  case __li__APLM__: {
    li__04VK=li__C3CQ(((__li__APLM *)li__Z4VK));
  } break;
  case __li__DTNM__: {
    li__04VK=li__3GSO(((__li__DTNM *)li__Z4VK));
  } break;
  case __li__JXNM__: {
    li__04VK=li__E03R(((__li__JXNM *)li__Z4VK));
  } break;
  case __li__21LO__: {
    li__04VK=li__H1JP(((__li__21LO *)li__Z4VK));
  } break;
  case __li__TPOO__: {
    li__04VK=li__Z5JP(((__li__TPOO *)li__Z4VK));
  } break;
  case __li__URRO__: {
    li__04VK=li__MH4R(((__li__URRO *)li__Z4VK));
  } break;
  case __li__41XO__: {
    li__04VK=li__MBDQ(((__li__41XO *)li__Z4VK));
  } break;
  case __li__AKBR__: {
    li__04VK=li__KMDS(((__li__AKBR *)li__Z4VK));
  } break;
  case __li__SU5R__: {
    li__04VK=li__1CJS(((__li__SU5R *)li__Z4VK));
  } break;
  case __li__JV5R__: {
    li__04VK=li__FHJS(((__li__JV5R *)li__Z4VK));
  } break;
  };
  li__O4VK->li__PTVI.li__OTVI.li__YOBK=li__04VK;
  li__Z4VK=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__Z4VK==NULL) {
    li__H5VK=NULL;
  } else {
    if (((struct ___OBJ *)li__Z4VK)->__id==__li__KVBD__) {
      li__H5VK=((void *)li__Z4VK);
    } else /* Other types */ {
      li__H5VK=NULL;
    }
  };
  li__Z4VK=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__Z4VK==NULL) {
    li__K5VK=NULL;
  } else {
    if (((struct ___OBJ *)li__Z4VK)->__id==__li__KVBD__) {
      li__K5VK=((void *)li__Z4VK);
    } else /* Other types */ {
      li__K5VK=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__H5VK != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__H5VK->li__LVBD.li__WZLE)->li__AEM == (void *)li__DSB)) {
      li__W4VK=li__DSB;
    } else /* FALSE */ {
      li__W4VK=li__LSB;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__K5VK != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__K5VK->li__LVBD.li__WZLE)->li__AEM == (void *)li__DSB)) {
      li__X4VK=li__DSB;
    } else /* FALSE */ {
      li__X4VK=li__LSB;
    };
  };
  li__GE4K=NULL;
  li__Z4VK=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__Z4VK==NULL) {
    li__04VK=NULL;
  } else {
    switch (((struct ___OBJ *)li__Z4VK)->__id) {
    case __li__WK__: 
    case __li__AVBD__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__Z4WH__: 
    case __li__KTVI__: 
    case __li__LTVI__: 
    case __li__XTVI__: 
    case __li__YTVI__: 
    case __li__S2VI__: 
    case __li__E3VI__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__NMWI__: 
    case __li__BNWI__: 
    case __li__XNWI__: 
    case __li__LOWI__: 
    case __li__5OWI__: 
    case __li__TPWI__: 
    case __li__HQWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: 
    case __li__XOHL__: 
    case __li__FPHL__: 
    case __li__APLM__: 
    case __li__DTNM__: 
    case __li__JXNM__: 
    case __li__URRO__: 
    case __li__41XO__: 
    case __li__AKBR__: 
    case __li__SU5R__: 
    case __li__JV5R__: {
      li__04VK=NULL;
    } break;
    case __li__KMFK__: {
      li__04VK=((void *)li__Z4VK);
    } break;
    case __li__21LO__: {
      li__04VK=((void *)li__Z4VK);
    } break;
    case __li__TPOO__: {
      li__04VK=((void *)li__Z4VK);
    } break;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__04VK != (void *)NULL)) {
    li__SE4K=li__QZQL(li__O4VK->li__PTVI.li__OTVI.li__NTVI.li__0CC,li__O4VK->li__PTVI.li__OTVI.li__UOBK,li__O4VK->li__PTVI.li__OTVI.li__YOBK);
    li__GE4K=li__SE4K;
  };
  li__Z4VK=li__GE4K;
  /* __li__B__ __li__I__ */
if ((((void *)li__GE4K == (void *)NULL) && ((void *)li__H5VK != (void *)NULL))) {
    li__04VK=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__W4VK == (void *)li__DSB)) {
      li__04VK=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
      li__LOWM=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LOWM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__LOWM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__LOWM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__LOWM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__LOWM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__LOWM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__LOWM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__LOWM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__LOWM));
      } break;
      case __li__KLWI__: {
        li__Y42U=((__li__KMFK *)((__li__KLWI *)li__LOWM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__LOWM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__LOWM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__LOWM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__LOWM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__LOWM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__LOWM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__LOWM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__LOWM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__LOWM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__LOWM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__Y42U=((__li__KMFK *)li__LOWM);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__LOWM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__LOWM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__LOWM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__LOWM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__LOWM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__LOWM));
      } break;
      case __li__TPOO__: {
        li__042U=((__li__TPOO *)li__LOWM);
        li__IZFQ(((__li__DZB *)li__042U->li__5IXO),li__042U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__LOWM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__LOWM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__LOWM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__LOWM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__LOWM));
      } break;
      };
    };
    li__LOWM=li__04VK;
    /* __li__B__ __li__I__ */
if ((((void *)li__04VK == (void *)NULL) && ((void *)li__W4VK == (void *)li__LSB))) {
      li__LOWM=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
      li__YJLM=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YJLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__YJLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__YJLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__YJLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__YJLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__YJLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__YJLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__YJLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__YJLM));
      } break;
      case __li__KLWI__: {
        li__Y42U=((__li__KMFK *)((__li__KLWI *)li__YJLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__YJLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__YJLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__YJLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__YJLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__YJLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__YJLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__YJLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__YJLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__YJLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__YJLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__Y42U=((__li__KMFK *)li__YJLM);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__YJLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__YJLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__YJLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__YJLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__YJLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__YJLM));
      } break;
      case __li__TPOO__: {
        li__042U=((__li__TPOO *)li__YJLM);
        li__IZFQ(((__li__DZB *)li__042U->li__5IXO),li__042U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__YJLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__YJLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__YJLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__YJLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__YJLM));
      } break;
      };
    };
    li__Z4VK=li__LOWM;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__Z4VK == (void *)NULL) && ((void *)li__K5VK != (void *)NULL))) {
    li__04VK=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__X4VK == (void *)li__DSB)) {
      li__04VK=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
      li__YJLM=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YJLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__YJLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__YJLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__YJLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__YJLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__YJLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__YJLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__YJLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__YJLM));
      } break;
      case __li__KLWI__: {
        li__Y42U=((__li__KMFK *)((__li__KLWI *)li__YJLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__YJLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__YJLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__YJLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__YJLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__YJLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__YJLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__YJLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__YJLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__YJLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__YJLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__Y42U=((__li__KMFK *)li__YJLM);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__YJLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__YJLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__YJLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__YJLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__YJLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__YJLM));
      } break;
      case __li__TPOO__: {
        li__042U=((__li__TPOO *)li__YJLM);
        li__IZFQ(((__li__DZB *)li__042U->li__5IXO),li__042U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__YJLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__YJLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__YJLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__YJLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__YJLM));
      } break;
      };
    };
    li__Z4VK=li__04VK;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__Z4VK == (void *)NULL) && ((void *)li__K5VK != (void *)NULL)) && ((void *)li__H5VK != (void *)NULL))) {
    li__04VK=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__W4VK == (void *)li__DSB)) {
      li__04VK=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
      li__YJLM=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YJLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__YJLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__YJLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__YJLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__YJLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__YJLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__YJLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__YJLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__YJLM));
      } break;
      case __li__KLWI__: {
        li__Y42U=((__li__KMFK *)((__li__KLWI *)li__YJLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__YJLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__YJLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__YJLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__YJLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__YJLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__YJLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__YJLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__YJLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__YJLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__YJLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__Y42U=((__li__KMFK *)li__YJLM);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__YJLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__YJLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__YJLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__YJLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__YJLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__YJLM));
      } break;
      case __li__TPOO__: {
        li__042U=((__li__TPOO *)li__YJLM);
        li__IZFQ(((__li__DZB *)li__042U->li__5IXO),li__042U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__YJLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__YJLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__YJLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__YJLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__YJLM));
      } break;
      };
    } else /* FALSE */ {
      li__04VK=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
      li__YJLM=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YJLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__YJLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__YJLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__YJLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__YJLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__YJLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__YJLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__YJLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__YJLM));
      } break;
      case __li__KLWI__: {
        li__Y42U=((__li__KMFK *)((__li__KLWI *)li__YJLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__YJLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__YJLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__YJLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__YJLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__YJLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__YJLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__YJLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__YJLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__YJLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__YJLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__Y42U=((__li__KMFK *)li__YJLM);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__YJLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__YJLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__YJLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__YJLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__YJLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__YJLM));
      } break;
      case __li__TPOO__: {
        li__042U=((__li__TPOO *)li__YJLM);
        li__IZFQ(((__li__DZB *)li__042U->li__5IXO),li__042U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__YJLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__YJLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__YJLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__YJLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__YJLM));
      } break;
      };
    };
    li__Z4VK=li__04VK;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__Z4VK == (void *)NULL) && ((__li__52B)(li__R4VK +  1) == li__NHBK))) {
    li__04VK=NULL;
    li__LOWM=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
    li__YJLM=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LOWM)->__id) {
    case __li__WK__: {
      li__UKLM=li__5GXM(((__li__WK *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__UKLM=li__I__;
    } break;
    case __li__KVBD__: {
      li__UKLM=li__VHXM(((__li__KVBD *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__WVBD__: {
      li__UKLM=li__HIXM(((__li__WVBD *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__KTVI__: {
      li__UKLM=li__WPWM(((__li__KTVI *)li__LOWM),li__YJLM);
    } break;
    case __li__LTVI__: {
      li__UKLM=li__TQWM(((__li__LTVI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__XTVI__: {
      li__UKLM=li__RRWM(((__li__XTVI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__YTVI__: {
      li__UKLM=li__OSWM(((__li__YTVI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__S2VI__: {
      li__UKLM=li__LTWM(((__li__S2VI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__E3VI__: {
      li__UKLM=li__IUWM(((__li__E3VI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__NMWI__: {
      li__UKLM=li__QJXM(((__li__NMWI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__BNWI__: {
      li__UKLM=li__NKXM(((__li__BNWI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__XNWI__: {
      li__UKLM=li__KLXM(((__li__XNWI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__LOWI__: {
      li__UKLM=li__HMXM(((__li__LOWI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__5OWI__: {
      li__UKLM=li__ENXM(((__li__5OWI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__TPWI__: {
      li__UKLM=li__BOXM(((__li__TPWI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__HQWI__: {
      li__UKLM=li__4OXM(((__li__HQWI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__MZWI__: {
      li__UKLM=li__LQXM(((__li__MZWI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__C0WI__: {
      li__UKLM=li__GRXM(((__li__C0WI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__M1WI__: {
      li__UKLM=li__JYGP(((__li__M1WI *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__KMFK__: {
      li__UKLM=li__YRXM(((__li__KMFK *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__XOHL__: {
      li__UKLM=li__H5QN(((__li__XOHL *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__FPHL__: {
      li__UKLM=li__LSXM(((__li__FPHL *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__APLM__: {
      li__UKLM=li__KZDQ(((__li__APLM *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__DTNM__: {
      li__UKLM=li__YYTO(((__li__DTNM *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__JXNM__: {
      li__UKLM=li__WB4R(((__li__JXNM *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__21LO__: {
      li__UKLM=li__I1DQ(((__li__21LO *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__TPOO__: {
      li__UKLM=li__F2DQ(((__li__TPOO *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__URRO__: {
      li__UKLM=li__DWJS(((__li__URRO *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__41XO__: {
      li__UKLM=li__H0DQ(((__li__41XO *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__AKBR__: {
      li__UKLM=li__HCES(((__li__AKBR *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__SU5R__: {
      li__UKLM=li__WWJS(((__li__SU5R *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    case __li__JV5R__: {
      li__UKLM=li__TXJS(((__li__JV5R *)((__li__KTVI *)li__LOWM)),li__YJLM);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__UKLM) {
      li__04VK=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
      li__1KLM=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1KLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__1KLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__1KLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__1KLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__1KLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__1KLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__1KLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__1KLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__1KLM));
      } break;
      case __li__KLWI__: {
        li__Y42U=((__li__KMFK *)((__li__KLWI *)li__1KLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__1KLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__1KLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__1KLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__1KLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__1KLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__1KLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__1KLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__1KLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__1KLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__1KLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__Y42U=((__li__KMFK *)li__1KLM);
        li__HXPN(((__li__VTBD *)li__Y42U->li__3RFK),li__Y42U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__1KLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__1KLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__1KLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__1KLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__1KLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__1KLM));
      } break;
      case __li__TPOO__: {
        li__042U=((__li__TPOO *)li__1KLM);
        li__IZFQ(((__li__DZB *)li__042U->li__5IXO),li__042U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__1KLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__1KLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__1KLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__1KLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__1KLM));
      } break;
      };
    };
    li__Z4VK=li__04VK;
    /* __li__B__ __li__I__ */
if ((((void *)li__04VK == (void *)NULL) && ((void *)li__H5VK != (void *)NULL))) {
      li__1KLM=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__W4VK == (void *)li__LSB)) {
        li__1KLM=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
        li__0CZN=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0CZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__0CZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__0CZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__0CZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__0CZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__0CZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__0CZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__0CZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__0CZN));
        } break;
        case __li__KLWI__: {
          li__T52U=((__li__KMFK *)((__li__KLWI *)li__0CZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__T52U->li__3RFK),li__T52U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__0CZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__0CZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__0CZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__0CZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__0CZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__0CZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__0CZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__0CZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__0CZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__0CZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__T52U=((__li__KMFK *)li__0CZN);
          li__HXPN(((__li__VTBD *)li__T52U->li__3RFK),li__T52U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__0CZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__0CZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__0CZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__0CZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__0CZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__0CZN));
        } break;
        case __li__TPOO__: {
          li__V52U=((__li__TPOO *)li__0CZN);
          li__IZFQ(((__li__DZB *)li__V52U->li__5IXO),li__V52U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__0CZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__0CZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__0CZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__0CZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__0CZN));
        } break;
        };
      };
      li__Z4VK=li__1KLM;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__Z4VK == (void *)NULL) && ((void *)li__K5VK != (void *)NULL))) {
      li__1KLM=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__X4VK == (void *)li__LSB)) {
        li__1KLM=li__O4VK->li__PTVI.li__OTVI.li__YOBK;
        li__0CZN=li__O4VK->li__PTVI.li__OTVI.li__UOBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0CZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__0CZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__0CZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__0CZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__0CZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__0CZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__0CZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__0CZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__0CZN));
        } break;
        case __li__KLWI__: {
          li__T52U=((__li__KMFK *)((__li__KLWI *)li__0CZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__T52U->li__3RFK),li__T52U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__0CZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__0CZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__0CZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__0CZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__0CZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__0CZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__0CZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__0CZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__0CZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__0CZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__T52U=((__li__KMFK *)li__0CZN);
          li__HXPN(((__li__VTBD *)li__T52U->li__3RFK),li__T52U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__0CZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__0CZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__0CZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__0CZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__0CZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__0CZN));
        } break;
        case __li__TPOO__: {
          li__V52U=((__li__TPOO *)li__0CZN);
          li__IZFQ(((__li__DZB *)li__V52U->li__5IXO),li__V52U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__0CZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__0CZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__0CZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__0CZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__0CZN));
        } break;
        };
      };
      li__Z4VK=li__1KLM;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__Z4VK == (void *)NULL)) {
    li__Z4VK=li__O4VK;
  } else /* FALSE */ {
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__P4VK=li__Z4VK;
  return(li__P4VK);
}

static void* li__SO5L(__li__LTVI *li__TO5L)
/* (Strict EXPR_AND_LOGIC{li__LTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__WO5L,*li__XL2U;
  void *li__XO5L,*li__UO5L;
  __li__KMFK *li__HCLV;
  __li__21LO *li__OCLV;
  __li__TPOO *li__RCLV;
  __li__KI *li__ZL2U;
  li__WO5L=li__TO5L->li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WO5L)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO5L=NULL;
  } break;
  case __li__AVBD__: {
    li__XO5L=li__HJQI(((__li__AVBD *)li__WO5L));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO5L=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO5L=NULL;
  } break;
  case __li__Z4WH__: {
    li__XO5L=li__O2PK(((__li__Z4WH *)li__WO5L));
  } break;
  case __li__KTVI__: {
    li__XL2U=li__N4VK(((__li__KTVI *)li__WO5L));
    li__XO5L=li__XL2U;
  } break;
  case __li__LTVI__: {
    li__XO5L=li__SO5L(((__li__LTVI *)li__WO5L));
  } break;
  case __li__XTVI__: {
    li__XL2U=li__SEWK(((__li__XTVI *)li__WO5L));
    li__XO5L=li__XL2U;
  } break;
  case __li__YTVI__: {
    li__XO5L=li__DP5L(((__li__YTVI *)li__WO5L));
  } break;
  case __li__S2VI__: {
    li__XO5L=li__L3PK(((__li__S2VI *)li__WO5L));
  } break;
  case __li__E3VI__: {
    li__XO5L=li__33PK(((__li__E3VI *)li__WO5L));
  } break;
  case __li__KLWI__: {
    li__HCLV=((__li__KMFK *)((__li__KLWI *)li__WO5L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__HCLV->li__3RFK),li__HCLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO5L=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__XO5L=NULL;
  } break;
  case __li__NMWI__: {
    li__XO5L=li__Z4PK(((__li__NMWI *)li__WO5L));
  } break;
  case __li__BNWI__: {
    li__XO5L=li__L5PK(((__li__BNWI *)li__WO5L));
  } break;
  case __li__XNWI__: {
    li__XO5L=li__35PK(((__li__XNWI *)li__WO5L));
  } break;
  case __li__LOWI__: {
    li__XO5L=li__PAQK(((__li__LOWI *)li__WO5L));
  } break;
  case __li__5OWI__: {
    li__XO5L=li__BBQK(((__li__5OWI *)li__WO5L));
  } break;
  case __li__TPWI__: {
    li__XO5L=li__TBQK(((__li__TPWI *)li__WO5L));
  } break;
  case __li__HQWI__: {
    li__XO5L=li__FCQK(((__li__HQWI *)li__WO5L));
  } break;
  case __li__ARWI__: {
    li__XL2U=li__OQWK(((__li__ARWI *)li__WO5L));
    li__XO5L=li__XL2U;
  } break;
  case __li__URWI__: {
    li__XO5L=li__1CQK(((__li__URWI *)li__WO5L));
  } break;
  case __li__ETWI__: {
    li__XO5L=li__QDQK(((__li__ETWI *)li__WO5L));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO5L=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO5L=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO5L=NULL;
  } break;
  case __li__KMFK__: {
    li__HCLV=((__li__KMFK *)li__WO5L);
    li__HXPN(((__li__VTBD *)li__HCLV->li__3RFK),li__HCLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO5L=NULL;
  } break;
  case __li__XOHL__: {
    li__XO5L=li__A2NN(((__li__XOHL *)li__WO5L));
  } break;
  case __li__FPHL__: {
    li__XO5L=li__UP5L(((__li__FPHL *)li__WO5L));
  } break;
  case __li__APLM__: {
    li__XO5L=li__11CQ(((__li__APLM *)li__WO5L));
  } break;
  case __li__DTNM__: {
    li__XO5L=li__SGSO(((__li__DTNM *)li__WO5L));
  } break;
  case __li__JXNM__: {
    li__XO5L=li__LZ3R(((__li__JXNM *)li__WO5L));
  } break;
  case __li__21LO__: {
    li__OCLV=((__li__21LO *)li__WO5L);
    li__XZFQ(((__li__DZB *)li__OCLV->li__KJXO),li__OCLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XL2U=li__SDPP(li__OCLV);
    li__XO5L=li__XL2U;
  } break;
  case __li__TPOO__: {
    li__RCLV=((__li__TPOO *)li__WO5L);
    li__IZFQ(((__li__DZB *)li__RCLV->li__5IXO),li__RCLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__RCLV->li__5IXO));
    li__XO5L=NULL;
  } break;
  case __li__URRO__: {
    li__XO5L=li__3G4R(((__li__URRO *)li__WO5L));
  } break;
  case __li__41XO__: {
    li__XO5L=li__M2CQ(((__li__41XO *)li__WO5L));
  } break;
  case __li__AKBR__: {
    li__XO5L=li__WLDS(((__li__AKBR *)li__WO5L));
  } break;
  case __li__SU5R__: {
    li__XO5L=li__0AJS(((__li__SU5R *)li__WO5L));
  } break;
  case __li__JV5R__: {
    li__XO5L=li__LBJS(((__li__JV5R *)li__WO5L));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__XO5L != (void *)NULL)) {
    li__ZL2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__ZL2U->li__2OLE),li__XO5L,(__li__K)(li__ZL2U->li__OJTE -  1));
    li__ZL2U->li__OJTE=(__li__K)(li__ZL2U->li__OJTE +  1);
    li__WVRE(li__ZL2U);
  };
  li__WO5L=li__TO5L->li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WO5L)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XL2U=NULL;
  } break;
  case __li__AVBD__: {
    li__XL2U=li__HJQI(((__li__AVBD *)li__WO5L));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XL2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XL2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__XL2U=li__O2PK(((__li__Z4WH *)li__WO5L));
  } break;
  case __li__KTVI__: {
    li__XO5L=li__N4VK(((__li__KTVI *)li__WO5L));
    li__XL2U=li__XO5L;
  } break;
  case __li__LTVI__: {
    li__XL2U=li__SO5L(((__li__LTVI *)li__WO5L));
  } break;
  case __li__XTVI__: {
    li__XO5L=li__SEWK(((__li__XTVI *)li__WO5L));
    li__XL2U=li__XO5L;
  } break;
  case __li__YTVI__: {
    li__XL2U=li__DP5L(((__li__YTVI *)li__WO5L));
  } break;
  case __li__S2VI__: {
    li__XL2U=li__L3PK(((__li__S2VI *)li__WO5L));
  } break;
  case __li__E3VI__: {
    li__XL2U=li__33PK(((__li__E3VI *)li__WO5L));
  } break;
  case __li__KLWI__: {
    li__HCLV=((__li__KMFK *)((__li__KLWI *)li__WO5L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__HCLV->li__3RFK),li__HCLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XL2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__XL2U=NULL;
  } break;
  case __li__NMWI__: {
    li__XL2U=li__Z4PK(((__li__NMWI *)li__WO5L));
  } break;
  case __li__BNWI__: {
    li__XL2U=li__L5PK(((__li__BNWI *)li__WO5L));
  } break;
  case __li__XNWI__: {
    li__XL2U=li__35PK(((__li__XNWI *)li__WO5L));
  } break;
  case __li__LOWI__: {
    li__XL2U=li__PAQK(((__li__LOWI *)li__WO5L));
  } break;
  case __li__5OWI__: {
    li__XL2U=li__BBQK(((__li__5OWI *)li__WO5L));
  } break;
  case __li__TPWI__: {
    li__XL2U=li__TBQK(((__li__TPWI *)li__WO5L));
  } break;
  case __li__HQWI__: {
    li__XL2U=li__FCQK(((__li__HQWI *)li__WO5L));
  } break;
  case __li__ARWI__: {
    li__XO5L=li__OQWK(((__li__ARWI *)li__WO5L));
    li__XL2U=li__XO5L;
  } break;
  case __li__URWI__: {
    li__XL2U=li__1CQK(((__li__URWI *)li__WO5L));
  } break;
  case __li__ETWI__: {
    li__XL2U=li__QDQK(((__li__ETWI *)li__WO5L));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XL2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XL2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XL2U=NULL;
  } break;
  case __li__KMFK__: {
    li__HCLV=((__li__KMFK *)li__WO5L);
    li__HXPN(((__li__VTBD *)li__HCLV->li__3RFK),li__HCLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XL2U=NULL;
  } break;
  case __li__XOHL__: {
    li__XL2U=li__A2NN(((__li__XOHL *)li__WO5L));
  } break;
  case __li__FPHL__: {
    li__XL2U=li__UP5L(((__li__FPHL *)li__WO5L));
  } break;
  case __li__APLM__: {
    li__XL2U=li__11CQ(((__li__APLM *)li__WO5L));
  } break;
  case __li__DTNM__: {
    li__XL2U=li__SGSO(((__li__DTNM *)li__WO5L));
  } break;
  case __li__JXNM__: {
    li__XL2U=li__LZ3R(((__li__JXNM *)li__WO5L));
  } break;
  case __li__21LO__: {
    li__OCLV=((__li__21LO *)li__WO5L);
    li__XZFQ(((__li__DZB *)li__OCLV->li__KJXO),li__OCLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO5L=li__SDPP(li__OCLV);
    li__XL2U=li__XO5L;
  } break;
  case __li__TPOO__: {
    li__RCLV=((__li__TPOO *)li__WO5L);
    li__IZFQ(((__li__DZB *)li__RCLV->li__5IXO),li__RCLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__RCLV->li__5IXO));
    li__XL2U=NULL;
  } break;
  case __li__URRO__: {
    li__XL2U=li__3G4R(((__li__URRO *)li__WO5L));
  } break;
  case __li__41XO__: {
    li__XL2U=li__M2CQ(((__li__41XO *)li__WO5L));
  } break;
  case __li__AKBR__: {
    li__XL2U=li__WLDS(((__li__AKBR *)li__WO5L));
  } break;
  case __li__SU5R__: {
    li__XL2U=li__0AJS(((__li__SU5R *)li__WO5L));
  } break;
  case __li__JV5R__: {
    li__XL2U=li__LBJS(((__li__JV5R *)li__WO5L));
  } break;
  };
  li__UO5L=li__XL2U;
  return(li__UO5L);
}

static void* li__SEWK(__li__XTVI *li__TEWK)
/* (Strict EXPR_OR_OR_LOGIC{li__XTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__1EWK,*li__2EWK;
  __li__52B li__WEWK;
  void *li__4EWK,*li__5EWK,*li__RVWM,*li__PMLM,*li__UNLM,*li__NOLM;
  void *li__OOLM,*li__VOLM,*li__WOLM,*li__UEWK;
  __li__KVBD *li__MFWK,*li__PFWK;
  __li__YTVI *li__OJ4K,*li__0J4K;
  __li__KMFK *li__3A3U,*li__YB3U;
  __li__TPOO *li__5A3U,*li__0B3U;
  __li__NMWI *li__2NLM;
  __li__S2VI *li__5NLM;
  __li__APLM *li__HPLM;
  __li__C li__NNLM,li__POLM,li__XOLM;
  li__1EWK=NULL;
  li__2EWK=NULL;
  li__WEWK=li__NHBK;
  li__4EWK=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4EWK)->__id) {
  case __li__WK__: {
    li__5EWK=((__li__WK *)li__4EWK);
  } break;
  case __li__AVBD__: {
    li__5EWK=li__IVAJ(((__li__AVBD *)li__4EWK));
  } break;
  case __li__KVBD__: {
    li__5EWK=((__li__KVBD *)li__4EWK);
  } break;
  case __li__WVBD__: {
    li__5EWK=((__li__WVBD *)li__4EWK);
  } break;
  case __li__Z4WH__: {
    li__5EWK=li__H52K();
  } break;
  case __li__KTVI__: {
    li__5EWK=li__N4VK(((__li__KTVI *)li__4EWK));
  } break;
  case __li__LTVI__: {
    li__5EWK=li__AJAM(((__li__LTVI *)li__4EWK));
  } break;
  case __li__XTVI__: {
    li__5EWK=li__SEWK(((__li__XTVI *)li__4EWK));
  } break;
  case __li__YTVI__: {
    li__5EWK=li__0OAM(((__li__YTVI *)li__4EWK));
  } break;
  case __li__S2VI__: {
    li__5EWK=li__YU2K(((__li__S2VI *)li__4EWK));
  } break;
  case __li__E3VI__: {
    li__5EWK=li__CZ2K(((__li__E3VI *)li__4EWK));
  } break;
  case __li__KLWI__: {
    li__5EWK=li__M52K(((__li__KLWI *)li__4EWK));
  } break;
  case __li__ULWI__: {
    li__5EWK=((__li__ULWI *)li__4EWK);
  } break;
  case __li__NMWI__: {
    li__5EWK=li__YA3K(((__li__NMWI *)li__4EWK));
  } break;
  case __li__BNWI__: {
    li__5EWK=li__CF3K(((__li__BNWI *)li__4EWK));
  } break;
  case __li__XNWI__: {
    li__5EWK=li__MJ3K(((__li__XNWI *)li__4EWK));
  } break;
  case __li__LOWI__: {
    li__5EWK=li__WN3K(((__li__LOWI *)li__4EWK));
  } break;
  case __li__5OWI__: {
    li__5EWK=li__AS3K(((__li__5OWI *)li__4EWK));
  } break;
  case __li__TPWI__: {
    li__5EWK=li__KW3K(((__li__TPWI *)li__4EWK));
  } break;
  case __li__HQWI__: {
    li__5EWK=li__U03K(((__li__HQWI *)li__4EWK));
  } break;
  case __li__ARWI__: {
    li__5EWK=li__OQWK(((__li__ARWI *)li__4EWK));
  } break;
  case __li__URWI__: {
    li__5EWK=li__443K(((__li__URWI *)li__4EWK));
  } break;
  case __li__MSWI__: {
    li__5EWK=((__li__MSWI *)li__4EWK);
  } break;
  case __li__ETWI__: {
    li__5EWK=li__K53K(((__li__ETWI *)li__4EWK));
  } break;
  case __li__MZWI__: {
    li__5EWK=((__li__MZWI *)li__4EWK);
  } break;
  case __li__C0WI__: {
    li__5EWK=((__li__C0WI *)li__4EWK);
  } break;
  case __li__M1WI__: {
    li__5EWK=((__li__M1WI *)li__4EWK);
  } break;
  case __li__KMFK__: {
    li__5EWK=li__QF3L(((__li__KMFK *)li__4EWK));
  } break;
  case __li__XOHL__: {
    li__5EWK=li__P2NN(((__li__XOHL *)li__4EWK));
  } break;
  case __li__FPHL__: {
    li__5EWK=li__YUAM(((__li__FPHL *)li__4EWK));
  } break;
  case __li__APLM__: {
    li__5EWK=li__C3CQ(((__li__APLM *)li__4EWK));
  } break;
  case __li__DTNM__: {
    li__5EWK=li__3GSO(((__li__DTNM *)li__4EWK));
  } break;
  case __li__JXNM__: {
    li__5EWK=li__E03R(((__li__JXNM *)li__4EWK));
  } break;
  case __li__21LO__: {
    li__5EWK=li__H1JP(((__li__21LO *)li__4EWK));
  } break;
  case __li__TPOO__: {
    li__5EWK=li__Z5JP(((__li__TPOO *)li__4EWK));
  } break;
  case __li__URRO__: {
    li__5EWK=li__MH4R(((__li__URRO *)li__4EWK));
  } break;
  case __li__41XO__: {
    li__5EWK=li__MBDQ(((__li__41XO *)li__4EWK));
  } break;
  case __li__AKBR__: {
    li__5EWK=li__KMDS(((__li__AKBR *)li__4EWK));
  } break;
  case __li__SU5R__: {
    li__5EWK=li__1CJS(((__li__SU5R *)li__4EWK));
  } break;
  case __li__JV5R__: {
    li__5EWK=li__FHJS(((__li__JV5R *)li__4EWK));
  } break;
  };
  li__TEWK->li__0TVI.li__ZTVI.li__UOBK=li__5EWK;
  li__AKTE=(__li__52B)(li__AKTE +  1);
  li__EJTE=(__li__52B)(li__EJTE +  1);
  li__4EWK=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4EWK)->__id) {
  case __li__WK__: {
    li__5EWK=((__li__WK *)li__4EWK);
  } break;
  case __li__AVBD__: {
    li__5EWK=li__IVAJ(((__li__AVBD *)li__4EWK));
  } break;
  case __li__KVBD__: {
    li__5EWK=((__li__KVBD *)li__4EWK);
  } break;
  case __li__WVBD__: {
    li__5EWK=((__li__WVBD *)li__4EWK);
  } break;
  case __li__Z4WH__: {
    li__5EWK=li__H52K();
  } break;
  case __li__KTVI__: {
    li__5EWK=li__N4VK(((__li__KTVI *)li__4EWK));
  } break;
  case __li__LTVI__: {
    li__5EWK=li__AJAM(((__li__LTVI *)li__4EWK));
  } break;
  case __li__XTVI__: {
    li__5EWK=li__SEWK(((__li__XTVI *)li__4EWK));
  } break;
  case __li__YTVI__: {
    li__5EWK=li__0OAM(((__li__YTVI *)li__4EWK));
  } break;
  case __li__S2VI__: {
    li__5EWK=li__YU2K(((__li__S2VI *)li__4EWK));
  } break;
  case __li__E3VI__: {
    li__5EWK=li__CZ2K(((__li__E3VI *)li__4EWK));
  } break;
  case __li__KLWI__: {
    li__5EWK=li__M52K(((__li__KLWI *)li__4EWK));
  } break;
  case __li__ULWI__: {
    li__5EWK=((__li__ULWI *)li__4EWK);
  } break;
  case __li__NMWI__: {
    li__5EWK=li__YA3K(((__li__NMWI *)li__4EWK));
  } break;
  case __li__BNWI__: {
    li__5EWK=li__CF3K(((__li__BNWI *)li__4EWK));
  } break;
  case __li__XNWI__: {
    li__5EWK=li__MJ3K(((__li__XNWI *)li__4EWK));
  } break;
  case __li__LOWI__: {
    li__5EWK=li__WN3K(((__li__LOWI *)li__4EWK));
  } break;
  case __li__5OWI__: {
    li__5EWK=li__AS3K(((__li__5OWI *)li__4EWK));
  } break;
  case __li__TPWI__: {
    li__5EWK=li__KW3K(((__li__TPWI *)li__4EWK));
  } break;
  case __li__HQWI__: {
    li__5EWK=li__U03K(((__li__HQWI *)li__4EWK));
  } break;
  case __li__ARWI__: {
    li__5EWK=li__OQWK(((__li__ARWI *)li__4EWK));
  } break;
  case __li__URWI__: {
    li__5EWK=li__443K(((__li__URWI *)li__4EWK));
  } break;
  case __li__MSWI__: {
    li__5EWK=((__li__MSWI *)li__4EWK);
  } break;
  case __li__ETWI__: {
    li__5EWK=li__K53K(((__li__ETWI *)li__4EWK));
  } break;
  case __li__MZWI__: {
    li__5EWK=((__li__MZWI *)li__4EWK);
  } break;
  case __li__C0WI__: {
    li__5EWK=((__li__C0WI *)li__4EWK);
  } break;
  case __li__M1WI__: {
    li__5EWK=((__li__M1WI *)li__4EWK);
  } break;
  case __li__KMFK__: {
    li__5EWK=li__QF3L(((__li__KMFK *)li__4EWK));
  } break;
  case __li__XOHL__: {
    li__5EWK=li__P2NN(((__li__XOHL *)li__4EWK));
  } break;
  case __li__FPHL__: {
    li__5EWK=li__YUAM(((__li__FPHL *)li__4EWK));
  } break;
  case __li__APLM__: {
    li__5EWK=li__C3CQ(((__li__APLM *)li__4EWK));
  } break;
  case __li__DTNM__: {
    li__5EWK=li__3GSO(((__li__DTNM *)li__4EWK));
  } break;
  case __li__JXNM__: {
    li__5EWK=li__E03R(((__li__JXNM *)li__4EWK));
  } break;
  case __li__21LO__: {
    li__5EWK=li__H1JP(((__li__21LO *)li__4EWK));
  } break;
  case __li__TPOO__: {
    li__5EWK=li__Z5JP(((__li__TPOO *)li__4EWK));
  } break;
  case __li__URRO__: {
    li__5EWK=li__MH4R(((__li__URRO *)li__4EWK));
  } break;
  case __li__41XO__: {
    li__5EWK=li__MBDQ(((__li__41XO *)li__4EWK));
  } break;
  case __li__AKBR__: {
    li__5EWK=li__KMDS(((__li__AKBR *)li__4EWK));
  } break;
  case __li__SU5R__: {
    li__5EWK=li__1CJS(((__li__SU5R *)li__4EWK));
  } break;
  case __li__JV5R__: {
    li__5EWK=li__FHJS(((__li__JV5R *)li__4EWK));
  } break;
  };
  li__TEWK->li__0TVI.li__ZTVI.li__YOBK=li__5EWK;
  li__4EWK=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__4EWK==NULL) {
    li__MFWK=NULL;
  } else {
    if (((struct ___OBJ *)li__4EWK)->__id==__li__KVBD__) {
      li__MFWK=((void *)li__4EWK);
    } else /* Other types */ {
      li__MFWK=NULL;
    }
  };
  li__4EWK=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__4EWK==NULL) {
    li__PFWK=NULL;
  } else {
    if (((struct ___OBJ *)li__4EWK)->__id==__li__KVBD__) {
      li__PFWK=((void *)li__4EWK);
    } else /* Other types */ {
      li__PFWK=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__MFWK != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__MFWK->li__LVBD.li__WZLE)->li__AEM == (void *)li__DSB)) {
      li__1EWK=li__DSB;
    } else /* FALSE */ {
      li__1EWK=li__LSB;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__PFWK != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__PFWK->li__LVBD.li__WZLE)->li__AEM == (void *)li__DSB)) {
      li__2EWK=li__DSB;
    } else /* FALSE */ {
      li__2EWK=li__LSB;
    };
  };
  li__OJ4K=NULL;
  li__4EWK=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__4EWK==NULL) {
    li__5EWK=NULL;
  } else {
    switch (((struct ___OBJ *)li__4EWK)->__id) {
    case __li__WK__: 
    case __li__AVBD__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__Z4WH__: 
    case __li__KTVI__: 
    case __li__LTVI__: 
    case __li__XTVI__: 
    case __li__YTVI__: 
    case __li__S2VI__: 
    case __li__E3VI__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__NMWI__: 
    case __li__BNWI__: 
    case __li__XNWI__: 
    case __li__LOWI__: 
    case __li__5OWI__: 
    case __li__TPWI__: 
    case __li__HQWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: 
    case __li__XOHL__: 
    case __li__FPHL__: 
    case __li__APLM__: 
    case __li__DTNM__: 
    case __li__JXNM__: 
    case __li__URRO__: 
    case __li__41XO__: 
    case __li__AKBR__: 
    case __li__SU5R__: 
    case __li__JV5R__: {
      li__5EWK=NULL;
    } break;
    case __li__KMFK__: {
      li__5EWK=((void *)li__4EWK);
    } break;
    case __li__21LO__: {
      li__5EWK=((void *)li__4EWK);
    } break;
    case __li__TPOO__: {
      li__5EWK=((void *)li__4EWK);
    } break;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__5EWK != (void *)NULL)) {
    li__0J4K=li__N0QL(li__TEWK->li__0TVI.li__ZTVI.li__NTVI.li__0CC,li__TEWK->li__0TVI.li__ZTVI.li__UOBK,li__TEWK->li__0TVI.li__ZTVI.li__YOBK);
    li__OJ4K=li__0J4K;
  };
  li__4EWK=li__OJ4K;
  /* __li__B__ __li__I__ */
if ((((void *)li__OJ4K == (void *)NULL) && ((void *)li__MFWK != (void *)NULL))) {
    li__5EWK=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__1EWK == (void *)li__LSB)) {
      li__5EWK=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
      li__RVWM=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RVWM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__RVWM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__RVWM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__RVWM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__RVWM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__RVWM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__RVWM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__RVWM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__RVWM));
      } break;
      case __li__KLWI__: {
        li__3A3U=((__li__KMFK *)((__li__KLWI *)li__RVWM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__RVWM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__RVWM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__RVWM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__RVWM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__RVWM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__RVWM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__RVWM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__RVWM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__RVWM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__RVWM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__3A3U=((__li__KMFK *)li__RVWM);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__RVWM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__RVWM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__RVWM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__RVWM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__RVWM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__RVWM));
      } break;
      case __li__TPOO__: {
        li__5A3U=((__li__TPOO *)li__RVWM);
        li__IZFQ(((__li__DZB *)li__5A3U->li__5IXO),li__5A3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__RVWM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__RVWM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__RVWM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__RVWM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__RVWM));
      } break;
      };
    };
    li__RVWM=li__5EWK;
    /* __li__B__ __li__I__ */
if ((((void *)li__5EWK == (void *)NULL) && ((void *)li__1EWK == (void *)li__DSB))) {
      li__RVWM=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
      li__PMLM=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PMLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__PMLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__PMLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__PMLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__PMLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__PMLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__PMLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__PMLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__PMLM));
      } break;
      case __li__KLWI__: {
        li__3A3U=((__li__KMFK *)((__li__KLWI *)li__PMLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__PMLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__PMLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__PMLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__PMLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__PMLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__PMLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__PMLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__PMLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__PMLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__PMLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__3A3U=((__li__KMFK *)li__PMLM);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__PMLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__PMLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__PMLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__PMLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__PMLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__PMLM));
      } break;
      case __li__TPOO__: {
        li__5A3U=((__li__TPOO *)li__PMLM);
        li__IZFQ(((__li__DZB *)li__5A3U->li__5IXO),li__5A3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__PMLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__PMLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__PMLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__PMLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__PMLM));
      } break;
      };
    };
    li__4EWK=li__RVWM;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__4EWK == (void *)NULL) && ((void *)li__PFWK != (void *)NULL))) {
    li__5EWK=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__2EWK == (void *)li__LSB)) {
      li__5EWK=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
      li__PMLM=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PMLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__PMLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__PMLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__PMLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__PMLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__PMLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__PMLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__PMLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__PMLM));
      } break;
      case __li__KLWI__: {
        li__3A3U=((__li__KMFK *)((__li__KLWI *)li__PMLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__PMLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__PMLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__PMLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__PMLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__PMLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__PMLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__PMLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__PMLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__PMLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__PMLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__3A3U=((__li__KMFK *)li__PMLM);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__PMLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__PMLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__PMLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__PMLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__PMLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__PMLM));
      } break;
      case __li__TPOO__: {
        li__5A3U=((__li__TPOO *)li__PMLM);
        li__IZFQ(((__li__DZB *)li__5A3U->li__5IXO),li__5A3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__PMLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__PMLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__PMLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__PMLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__PMLM));
      } break;
      };
    };
    li__4EWK=li__5EWK;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__4EWK == (void *)NULL) && ((void *)li__PFWK != (void *)NULL)) && ((void *)li__MFWK != (void *)NULL))) {
    li__5EWK=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__1EWK == (void *)li__DSB)) {
      li__5EWK=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
      li__PMLM=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PMLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__PMLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__PMLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__PMLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__PMLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__PMLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__PMLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__PMLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__PMLM));
      } break;
      case __li__KLWI__: {
        li__3A3U=((__li__KMFK *)((__li__KLWI *)li__PMLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__PMLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__PMLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__PMLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__PMLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__PMLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__PMLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__PMLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__PMLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__PMLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__PMLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__3A3U=((__li__KMFK *)li__PMLM);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__PMLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__PMLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__PMLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__PMLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__PMLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__PMLM));
      } break;
      case __li__TPOO__: {
        li__5A3U=((__li__TPOO *)li__PMLM);
        li__IZFQ(((__li__DZB *)li__5A3U->li__5IXO),li__5A3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__PMLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__PMLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__PMLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__PMLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__PMLM));
      } break;
      };
    } else /* FALSE */ {
      li__5EWK=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
      li__PMLM=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PMLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__PMLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__PMLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__PMLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__PMLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__PMLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__PMLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__PMLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__PMLM));
      } break;
      case __li__KLWI__: {
        li__3A3U=((__li__KMFK *)((__li__KLWI *)li__PMLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__PMLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__PMLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__PMLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__PMLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__PMLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__PMLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__PMLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__PMLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__PMLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__PMLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__3A3U=((__li__KMFK *)li__PMLM);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__PMLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__PMLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__PMLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__PMLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__PMLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__PMLM));
      } break;
      case __li__TPOO__: {
        li__5A3U=((__li__TPOO *)li__PMLM);
        li__IZFQ(((__li__DZB *)li__5A3U->li__5IXO),li__5A3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__PMLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__PMLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__PMLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__PMLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__PMLM));
      } break;
      };
    };
    li__4EWK=li__5EWK;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__4EWK == (void *)NULL) && ((__li__52B)(li__WEWK +  1) == li__NHBK))) {
    li__5EWK=NULL;
    li__RVWM=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
    li__PMLM=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RVWM)->__id) {
    case __li__WK__: {
      li__NNLM=li__5GXM(((__li__WK *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__NNLM=li__I__;
    } break;
    case __li__KVBD__: {
      li__NNLM=li__VHXM(((__li__KVBD *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__WVBD__: {
      li__NNLM=li__HIXM(((__li__WVBD *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__KTVI__: {
      li__NNLM=li__WPWM(((__li__KTVI *)li__RVWM),li__PMLM);
    } break;
    case __li__LTVI__: {
      li__NNLM=li__TQWM(((__li__LTVI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__XTVI__: {
      li__NNLM=li__RRWM(((__li__XTVI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__YTVI__: {
      li__NNLM=li__OSWM(((__li__YTVI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__S2VI__: {
      li__NNLM=li__LTWM(((__li__S2VI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__E3VI__: {
      li__NNLM=li__IUWM(((__li__E3VI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__NMWI__: {
      li__NNLM=li__QJXM(((__li__NMWI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__BNWI__: {
      li__NNLM=li__NKXM(((__li__BNWI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__XNWI__: {
      li__NNLM=li__KLXM(((__li__XNWI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__LOWI__: {
      li__NNLM=li__HMXM(((__li__LOWI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__5OWI__: {
      li__NNLM=li__ENXM(((__li__5OWI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__TPWI__: {
      li__NNLM=li__BOXM(((__li__TPWI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__HQWI__: {
      li__NNLM=li__4OXM(((__li__HQWI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__MZWI__: {
      li__NNLM=li__LQXM(((__li__MZWI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__C0WI__: {
      li__NNLM=li__GRXM(((__li__C0WI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__M1WI__: {
      li__NNLM=li__JYGP(((__li__M1WI *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__KMFK__: {
      li__NNLM=li__YRXM(((__li__KMFK *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__XOHL__: {
      li__NNLM=li__H5QN(((__li__XOHL *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__FPHL__: {
      li__NNLM=li__LSXM(((__li__FPHL *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__APLM__: {
      li__NNLM=li__KZDQ(((__li__APLM *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__DTNM__: {
      li__NNLM=li__YYTO(((__li__DTNM *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__JXNM__: {
      li__NNLM=li__WB4R(((__li__JXNM *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__21LO__: {
      li__NNLM=li__I1DQ(((__li__21LO *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__TPOO__: {
      li__NNLM=li__F2DQ(((__li__TPOO *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__URRO__: {
      li__NNLM=li__DWJS(((__li__URRO *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__41XO__: {
      li__NNLM=li__H0DQ(((__li__41XO *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__AKBR__: {
      li__NNLM=li__HCES(((__li__AKBR *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__SU5R__: {
      li__NNLM=li__WWJS(((__li__SU5R *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    case __li__JV5R__: {
      li__NNLM=li__TXJS(((__li__JV5R *)((__li__KTVI *)li__RVWM)),li__PMLM);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__NNLM) {
      li__5EWK=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
      li__UNLM=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UNLM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__UNLM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__UNLM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__UNLM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__UNLM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__UNLM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__UNLM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__UNLM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__UNLM));
      } break;
      case __li__KLWI__: {
        li__3A3U=((__li__KMFK *)((__li__KLWI *)li__UNLM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__UNLM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__UNLM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__UNLM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__UNLM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__UNLM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__UNLM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__UNLM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__UNLM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__UNLM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__UNLM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__3A3U=((__li__KMFK *)li__UNLM);
        li__HXPN(((__li__VTBD *)li__3A3U->li__3RFK),li__3A3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__UNLM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__UNLM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__UNLM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__UNLM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__UNLM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__UNLM));
      } break;
      case __li__TPOO__: {
        li__5A3U=((__li__TPOO *)li__UNLM);
        li__IZFQ(((__li__DZB *)li__5A3U->li__5IXO),li__5A3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__UNLM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__UNLM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__UNLM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__UNLM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__UNLM));
      } break;
      };
    } else /* FALSE */ {
      li__UNLM=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__UNLM==NULL) {
        li__2NLM=NULL;
      } else {
        if (((struct ___OBJ *)li__UNLM)->__id==__li__NMWI__) {
          li__2NLM=((void *)li__UNLM);
        } else /* Other types */ {
          li__2NLM=NULL;
        }
      };
      li__UNLM=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__UNLM==NULL) {
        li__5NLM=NULL;
      } else {
        if (((struct ___OBJ *)li__UNLM)->__id==__li__S2VI__) {
          li__5NLM=((void *)li__UNLM);
        } else /* Other types */ {
          li__5NLM=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if ((((void *)li__2NLM != (void *)NULL) && ((void *)li__5NLM != (void *)NULL))) {
        li__NOLM=li__2NLM->li__OMWI.li__FPBK;
        li__OOLM=li__5NLM->li__T2VI.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NOLM)->__id) {
        case __li__WK__: {
          li__POLM=li__5GXM(((__li__WK *)li__NOLM),li__OOLM);
        } break;
        case __li__AVBD__: 
        case __li__Z4WH__: 
        case __li__KLWI__: 
        case __li__ULWI__: 
        case __li__ARWI__: 
        case __li__URWI__: 
        case __li__MSWI__: 
        case __li__ETWI__: {
          li__POLM=li__I__;
        } break;
        case __li__KVBD__: {
          li__POLM=li__VHXM(((__li__KVBD *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__WVBD__: {
          li__POLM=li__HIXM(((__li__WVBD *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__KTVI__: {
          li__POLM=li__WPWM(((__li__KTVI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__LTVI__: {
          li__POLM=li__TQWM(((__li__LTVI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__XTVI__: {
          li__POLM=li__RRWM(((__li__XTVI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__YTVI__: {
          li__POLM=li__OSWM(((__li__YTVI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__S2VI__: {
          li__POLM=li__LTWM(((__li__S2VI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__E3VI__: {
          li__POLM=li__IUWM(((__li__E3VI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__NMWI__: {
          li__POLM=li__QJXM(((__li__NMWI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__BNWI__: {
          li__POLM=li__NKXM(((__li__BNWI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__XNWI__: {
          li__POLM=li__KLXM(((__li__XNWI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__LOWI__: {
          li__POLM=li__HMXM(((__li__LOWI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__5OWI__: {
          li__POLM=li__ENXM(((__li__5OWI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__TPWI__: {
          li__POLM=li__BOXM(((__li__TPWI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__HQWI__: {
          li__POLM=li__4OXM(((__li__HQWI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__MZWI__: {
          li__POLM=li__LQXM(((__li__MZWI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__C0WI__: {
          li__POLM=li__GRXM(((__li__C0WI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__M1WI__: {
          li__POLM=li__JYGP(((__li__M1WI *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__KMFK__: {
          li__POLM=li__YRXM(((__li__KMFK *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__XOHL__: {
          li__POLM=li__H5QN(((__li__XOHL *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__FPHL__: {
          li__POLM=li__LSXM(((__li__FPHL *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__APLM__: {
          li__POLM=li__KZDQ(((__li__APLM *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__DTNM__: {
          li__POLM=li__YYTO(((__li__DTNM *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__JXNM__: {
          li__POLM=li__WB4R(((__li__JXNM *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__21LO__: {
          li__POLM=li__I1DQ(((__li__21LO *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__TPOO__: {
          li__POLM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__URRO__: {
          li__POLM=li__DWJS(((__li__URRO *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__41XO__: {
          li__POLM=li__H0DQ(((__li__41XO *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__AKBR__: {
          li__POLM=li__HCES(((__li__AKBR *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__SU5R__: {
          li__POLM=li__WWJS(((__li__SU5R *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        case __li__JV5R__: {
          li__POLM=li__TXJS(((__li__JV5R *)((__li__WK *)li__NOLM)),li__OOLM);
        } break;
        };
        /* __li__B__ __li__I__ */
if (li__POLM) {
          li__VOLM=li__2NLM->li__OMWI.li__LPBK;
          li__WOLM=li__5NLM->li__T2VI.li__LPBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VOLM)->__id) {
          case __li__WK__: {
            li__XOLM=li__5GXM(((__li__WK *)li__VOLM),li__WOLM);
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: {
            li__XOLM=li__I__;
          } break;
          case __li__KVBD__: {
            li__XOLM=li__VHXM(((__li__KVBD *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__WVBD__: {
            li__XOLM=li__HIXM(((__li__WVBD *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__KTVI__: {
            li__XOLM=li__WPWM(((__li__KTVI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__LTVI__: {
            li__XOLM=li__TQWM(((__li__LTVI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__XTVI__: {
            li__XOLM=li__RRWM(((__li__XTVI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__YTVI__: {
            li__XOLM=li__OSWM(((__li__YTVI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__S2VI__: {
            li__XOLM=li__LTWM(((__li__S2VI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__E3VI__: {
            li__XOLM=li__IUWM(((__li__E3VI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__NMWI__: {
            li__XOLM=li__QJXM(((__li__NMWI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__BNWI__: {
            li__XOLM=li__NKXM(((__li__BNWI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__XNWI__: {
            li__XOLM=li__KLXM(((__li__XNWI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__LOWI__: {
            li__XOLM=li__HMXM(((__li__LOWI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__5OWI__: {
            li__XOLM=li__ENXM(((__li__5OWI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__TPWI__: {
            li__XOLM=li__BOXM(((__li__TPWI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__HQWI__: {
            li__XOLM=li__4OXM(((__li__HQWI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__MZWI__: {
            li__XOLM=li__LQXM(((__li__MZWI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__C0WI__: {
            li__XOLM=li__GRXM(((__li__C0WI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__M1WI__: {
            li__XOLM=li__JYGP(((__li__M1WI *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__KMFK__: {
            li__XOLM=li__YRXM(((__li__KMFK *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__XOHL__: {
            li__XOLM=li__H5QN(((__li__XOHL *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__FPHL__: {
            li__XOLM=li__LSXM(((__li__FPHL *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__APLM__: {
            li__XOLM=li__KZDQ(((__li__APLM *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__DTNM__: {
            li__XOLM=li__YYTO(((__li__DTNM *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__JXNM__: {
            li__XOLM=li__WB4R(((__li__JXNM *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__21LO__: {
            li__XOLM=li__I1DQ(((__li__21LO *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__TPOO__: {
            li__XOLM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__URRO__: {
            li__XOLM=li__DWJS(((__li__URRO *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__41XO__: {
            li__XOLM=li__H0DQ(((__li__41XO *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__AKBR__: {
            li__XOLM=li__HCES(((__li__AKBR *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__SU5R__: {
            li__XOLM=li__WWJS(((__li__SU5R *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          case __li__JV5R__: {
            li__XOLM=li__TXJS(((__li__JV5R *)((__li__WK *)li__VOLM)),li__WOLM);
          } break;
          };
          li__POLM=li__XOLM;
        } else /* FALSE */ {
          li__POLM=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__POLM) {
          li__HPLM=li__33SP(li__TEWK->li__0TVI.li__ZTVI.li__NTVI.li__0CC,li__2NLM->li__OMWI.li__FPBK,li__2NLM->li__OMWI.li__LPBK);
          li__5EWK=li__HPLM;
          li__VOLM=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VOLM)->__id) {
          case __li__WK__:  break;
          case __li__AVBD__: {
            li__PSNI(((__li__AVBD *)li__VOLM));
          } break;
          case __li__KVBD__:  break;
          case __li__WVBD__:  break;
          case __li__Z4WH__: {
            li__JNDK(((__li__Z4WH *)li__VOLM));
          } break;
          case __li__KTVI__: {
            li__0NDK(((__li__KTVI *)li__VOLM));
          } break;
          case __li__LTVI__: {
            li__XL1L(((__li__LTVI *)li__VOLM));
          } break;
          case __li__XTVI__: {
            li__5NDK(((__li__XTVI *)li__VOLM));
          } break;
          case __li__YTVI__: {
            li__1L1L(((__li__YTVI *)li__VOLM));
          } break;
          case __li__S2VI__: {
            li__DODK(((__li__S2VI *)li__VOLM));
          } break;
          case __li__E3VI__: {
            li__HODK(((__li__E3VI *)li__VOLM));
          } break;
          case __li__KLWI__: {
            li__YB3U=((__li__KMFK *)((__li__KLWI *)li__VOLM)->li__ZPBK);
            li__HXPN(((__li__VTBD *)li__YB3U->li__3RFK),li__YB3U);
          } break;
          case __li__ULWI__:  break;
          case __li__NMWI__: {
            li__QODK(((__li__NMWI *)li__VOLM));
          } break;
          case __li__BNWI__: {
            li__UODK(((__li__BNWI *)li__VOLM));
          } break;
          case __li__XNWI__: {
            li__YODK(((__li__XNWI *)li__VOLM));
          } break;
          case __li__LOWI__: {
            li__2ODK(((__li__LOWI *)li__VOLM));
          } break;
          case __li__5OWI__: {
            li__APDK(((__li__5OWI *)li__VOLM));
          } break;
          case __li__TPWI__: {
            li__EPDK(((__li__TPWI *)li__VOLM));
          } break;
          case __li__HQWI__: {
            li__IPDK(((__li__HQWI *)li__VOLM));
          } break;
          case __li__ARWI__: {
            li__MPDK(((__li__ARWI *)li__VOLM));
          } break;
          case __li__URWI__: {
            li__NQDK(((__li__URWI *)li__VOLM));
          } break;
          case __li__MSWI__:  break;
          case __li__ETWI__: {
            li__TQDK(((__li__ETWI *)li__VOLM));
          } break;
          case __li__MZWI__:  break;
          case __li__C0WI__:  break;
          case __li__M1WI__:  break;
          case __li__KMFK__: {
            li__YB3U=((__li__KMFK *)li__VOLM);
            li__HXPN(((__li__VTBD *)li__YB3U->li__3RFK),li__YB3U);
          } break;
          case __li__XOHL__: {
            li__LDMN(((__li__XOHL *)li__VOLM));
          } break;
          case __li__FPHL__: {
            li__TT4L(((__li__FPHL *)li__VOLM));
          } break;
          case __li__APLM__: {
            li__TGCQ(((__li__APLM *)li__VOLM));
          } break;
          case __li__DTNM__: {
            li__MFRO(((__li__DTNM *)li__VOLM));
          } break;
          case __li__JXNM__: {
            li__1W3R(((__li__JXNM *)li__VOLM));
          } break;
          case __li__21LO__: {
            li__T1IP(((__li__21LO *)li__VOLM));
          } break;
          case __li__TPOO__: {
            li__0B3U=((__li__TPOO *)li__VOLM);
            li__IZFQ(((__li__DZB *)li__0B3U->li__5IXO),li__0B3U);
          } break;
          case __li__URRO__: {
            li__DK4R(((__li__URRO *)li__VOLM));
          } break;
          case __li__41XO__: {
            li__XGCQ(((__li__41XO *)li__VOLM));
          } break;
          case __li__AKBR__: {
            li__AYCS(((__li__AKBR *)li__VOLM));
          } break;
          case __li__SU5R__: {
            li__5XIS(((__li__SU5R *)li__VOLM));
          } break;
          case __li__JV5R__: {
            li__DYIS(((__li__JV5R *)li__VOLM));
          } break;
          };
        };
      };
    };
    li__4EWK=li__5EWK;
    /* __li__B__ __li__I__ */
if ((((void *)li__5EWK == (void *)NULL) && ((void *)li__MFWK != (void *)NULL))) {
      li__UNLM=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__1EWK == (void *)li__DSB)) {
        li__UNLM=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
        li__NOLM=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NOLM)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__NOLM));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__NOLM));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__NOLM));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__NOLM));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__NOLM));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__NOLM));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__NOLM));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__NOLM));
        } break;
        case __li__KLWI__: {
          li__YB3U=((__li__KMFK *)((__li__KLWI *)li__NOLM)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__YB3U->li__3RFK),li__YB3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__NOLM));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__NOLM));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__NOLM));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__NOLM));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__NOLM));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__NOLM));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__NOLM));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__NOLM));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__NOLM));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__NOLM));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__YB3U=((__li__KMFK *)li__NOLM);
          li__HXPN(((__li__VTBD *)li__YB3U->li__3RFK),li__YB3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__NOLM));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__NOLM));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__NOLM));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__NOLM));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__NOLM));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__NOLM));
        } break;
        case __li__TPOO__: {
          li__0B3U=((__li__TPOO *)li__NOLM);
          li__IZFQ(((__li__DZB *)li__0B3U->li__5IXO),li__0B3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__NOLM));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__NOLM));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__NOLM));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__NOLM));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__NOLM));
        } break;
        };
      };
      li__4EWK=li__UNLM;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__4EWK == (void *)NULL) && ((void *)li__PFWK != (void *)NULL))) {
      li__UNLM=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__2EWK == (void *)li__DSB)) {
        li__UNLM=li__TEWK->li__0TVI.li__ZTVI.li__YOBK;
        li__NOLM=li__TEWK->li__0TVI.li__ZTVI.li__UOBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NOLM)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__NOLM));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__NOLM));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__NOLM));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__NOLM));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__NOLM));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__NOLM));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__NOLM));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__NOLM));
        } break;
        case __li__KLWI__: {
          li__YB3U=((__li__KMFK *)((__li__KLWI *)li__NOLM)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__YB3U->li__3RFK),li__YB3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__NOLM));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__NOLM));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__NOLM));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__NOLM));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__NOLM));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__NOLM));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__NOLM));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__NOLM));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__NOLM));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__NOLM));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__YB3U=((__li__KMFK *)li__NOLM);
          li__HXPN(((__li__VTBD *)li__YB3U->li__3RFK),li__YB3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__NOLM));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__NOLM));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__NOLM));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__NOLM));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__NOLM));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__NOLM));
        } break;
        case __li__TPOO__: {
          li__0B3U=((__li__TPOO *)li__NOLM);
          li__IZFQ(((__li__DZB *)li__0B3U->li__5IXO),li__0B3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__NOLM));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__NOLM));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__NOLM));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__NOLM));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__NOLM));
        } break;
        };
      };
      li__4EWK=li__UNLM;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__4EWK == (void *)NULL)) {
    li__4EWK=li__TEWK;
  } else /* FALSE */ {
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__UEWK=li__4EWK;
  return(li__UEWK);
}

static void* li__DP5L(__li__YTVI *li__EP5L)
/* (Strict EXPR_OR_LOGIC{li__YTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__HP5L,*li__AM2U;
  void *li__IP5L,*li__FP5L;
  __li__KMFK *li__LDLV;
  __li__21LO *li__SDLV;
  __li__TPOO *li__VDLV;
  __li__KI *li__FM2U;
  li__HP5L=li__EP5L->li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HP5L)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__IP5L=NULL;
  } break;
  case __li__AVBD__: {
    li__IP5L=li__HJQI(((__li__AVBD *)li__HP5L));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__IP5L=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__IP5L=NULL;
  } break;
  case __li__Z4WH__: {
    li__IP5L=li__O2PK(((__li__Z4WH *)li__HP5L));
  } break;
  case __li__KTVI__: {
    li__AM2U=li__N4VK(((__li__KTVI *)li__HP5L));
    li__IP5L=li__AM2U;
  } break;
  case __li__LTVI__: {
    li__IP5L=li__SO5L(((__li__LTVI *)li__HP5L));
  } break;
  case __li__XTVI__: {
    li__AM2U=li__SEWK(((__li__XTVI *)li__HP5L));
    li__IP5L=li__AM2U;
  } break;
  case __li__YTVI__: {
    li__IP5L=li__DP5L(((__li__YTVI *)li__HP5L));
  } break;
  case __li__S2VI__: {
    li__IP5L=li__L3PK(((__li__S2VI *)li__HP5L));
  } break;
  case __li__E3VI__: {
    li__IP5L=li__33PK(((__li__E3VI *)li__HP5L));
  } break;
  case __li__KLWI__: {
    li__LDLV=((__li__KMFK *)((__li__KLWI *)li__HP5L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__LDLV->li__3RFK),li__LDLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__IP5L=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__IP5L=NULL;
  } break;
  case __li__NMWI__: {
    li__IP5L=li__Z4PK(((__li__NMWI *)li__HP5L));
  } break;
  case __li__BNWI__: {
    li__IP5L=li__L5PK(((__li__BNWI *)li__HP5L));
  } break;
  case __li__XNWI__: {
    li__IP5L=li__35PK(((__li__XNWI *)li__HP5L));
  } break;
  case __li__LOWI__: {
    li__IP5L=li__PAQK(((__li__LOWI *)li__HP5L));
  } break;
  case __li__5OWI__: {
    li__IP5L=li__BBQK(((__li__5OWI *)li__HP5L));
  } break;
  case __li__TPWI__: {
    li__IP5L=li__TBQK(((__li__TPWI *)li__HP5L));
  } break;
  case __li__HQWI__: {
    li__IP5L=li__FCQK(((__li__HQWI *)li__HP5L));
  } break;
  case __li__ARWI__: {
    li__AM2U=li__OQWK(((__li__ARWI *)li__HP5L));
    li__IP5L=li__AM2U;
  } break;
  case __li__URWI__: {
    li__IP5L=li__1CQK(((__li__URWI *)li__HP5L));
  } break;
  case __li__ETWI__: {
    li__IP5L=li__QDQK(((__li__ETWI *)li__HP5L));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__IP5L=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__IP5L=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__IP5L=NULL;
  } break;
  case __li__KMFK__: {
    li__LDLV=((__li__KMFK *)li__HP5L);
    li__HXPN(((__li__VTBD *)li__LDLV->li__3RFK),li__LDLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__IP5L=NULL;
  } break;
  case __li__XOHL__: {
    li__IP5L=li__A2NN(((__li__XOHL *)li__HP5L));
  } break;
  case __li__FPHL__: {
    li__IP5L=li__UP5L(((__li__FPHL *)li__HP5L));
  } break;
  case __li__APLM__: {
    li__IP5L=li__11CQ(((__li__APLM *)li__HP5L));
  } break;
  case __li__DTNM__: {
    li__IP5L=li__SGSO(((__li__DTNM *)li__HP5L));
  } break;
  case __li__JXNM__: {
    li__IP5L=li__LZ3R(((__li__JXNM *)li__HP5L));
  } break;
  case __li__21LO__: {
    li__SDLV=((__li__21LO *)li__HP5L);
    li__XZFQ(((__li__DZB *)li__SDLV->li__KJXO),li__SDLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AM2U=li__SDPP(li__SDLV);
    li__IP5L=li__AM2U;
  } break;
  case __li__TPOO__: {
    li__VDLV=((__li__TPOO *)li__HP5L);
    li__IZFQ(((__li__DZB *)li__VDLV->li__5IXO),li__VDLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__VDLV->li__5IXO));
    li__IP5L=NULL;
  } break;
  case __li__URRO__: {
    li__IP5L=li__3G4R(((__li__URRO *)li__HP5L));
  } break;
  case __li__41XO__: {
    li__IP5L=li__M2CQ(((__li__41XO *)li__HP5L));
  } break;
  case __li__AKBR__: {
    li__IP5L=li__WLDS(((__li__AKBR *)li__HP5L));
  } break;
  case __li__SU5R__: {
    li__IP5L=li__0AJS(((__li__SU5R *)li__HP5L));
  } break;
  case __li__JV5R__: {
    li__IP5L=li__LBJS(((__li__JV5R *)li__HP5L));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__IP5L != (void *)NULL)) {
    li__FM2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__FM2U->li__2OLE),li__IP5L,(__li__K)(li__FM2U->li__OJTE -  1));
    li__FM2U->li__OJTE=(__li__K)(li__FM2U->li__OJTE +  1);
    li__WVRE(li__FM2U);
  };
  li__HP5L=li__EP5L->li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HP5L)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AM2U=NULL;
  } break;
  case __li__AVBD__: {
    li__AM2U=li__HJQI(((__li__AVBD *)li__HP5L));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AM2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AM2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__AM2U=li__O2PK(((__li__Z4WH *)li__HP5L));
  } break;
  case __li__KTVI__: {
    li__IP5L=li__N4VK(((__li__KTVI *)li__HP5L));
    li__AM2U=li__IP5L;
  } break;
  case __li__LTVI__: {
    li__AM2U=li__SO5L(((__li__LTVI *)li__HP5L));
  } break;
  case __li__XTVI__: {
    li__IP5L=li__SEWK(((__li__XTVI *)li__HP5L));
    li__AM2U=li__IP5L;
  } break;
  case __li__YTVI__: {
    li__AM2U=li__DP5L(((__li__YTVI *)li__HP5L));
  } break;
  case __li__S2VI__: {
    li__AM2U=li__L3PK(((__li__S2VI *)li__HP5L));
  } break;
  case __li__E3VI__: {
    li__AM2U=li__33PK(((__li__E3VI *)li__HP5L));
  } break;
  case __li__KLWI__: {
    li__LDLV=((__li__KMFK *)((__li__KLWI *)li__HP5L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__LDLV->li__3RFK),li__LDLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AM2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__AM2U=NULL;
  } break;
  case __li__NMWI__: {
    li__AM2U=li__Z4PK(((__li__NMWI *)li__HP5L));
  } break;
  case __li__BNWI__: {
    li__AM2U=li__L5PK(((__li__BNWI *)li__HP5L));
  } break;
  case __li__XNWI__: {
    li__AM2U=li__35PK(((__li__XNWI *)li__HP5L));
  } break;
  case __li__LOWI__: {
    li__AM2U=li__PAQK(((__li__LOWI *)li__HP5L));
  } break;
  case __li__5OWI__: {
    li__AM2U=li__BBQK(((__li__5OWI *)li__HP5L));
  } break;
  case __li__TPWI__: {
    li__AM2U=li__TBQK(((__li__TPWI *)li__HP5L));
  } break;
  case __li__HQWI__: {
    li__AM2U=li__FCQK(((__li__HQWI *)li__HP5L));
  } break;
  case __li__ARWI__: {
    li__IP5L=li__OQWK(((__li__ARWI *)li__HP5L));
    li__AM2U=li__IP5L;
  } break;
  case __li__URWI__: {
    li__AM2U=li__1CQK(((__li__URWI *)li__HP5L));
  } break;
  case __li__ETWI__: {
    li__AM2U=li__QDQK(((__li__ETWI *)li__HP5L));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AM2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AM2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AM2U=NULL;
  } break;
  case __li__KMFK__: {
    li__LDLV=((__li__KMFK *)li__HP5L);
    li__HXPN(((__li__VTBD *)li__LDLV->li__3RFK),li__LDLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AM2U=NULL;
  } break;
  case __li__XOHL__: {
    li__AM2U=li__A2NN(((__li__XOHL *)li__HP5L));
  } break;
  case __li__FPHL__: {
    li__AM2U=li__UP5L(((__li__FPHL *)li__HP5L));
  } break;
  case __li__APLM__: {
    li__AM2U=li__11CQ(((__li__APLM *)li__HP5L));
  } break;
  case __li__DTNM__: {
    li__AM2U=li__SGSO(((__li__DTNM *)li__HP5L));
  } break;
  case __li__JXNM__: {
    li__AM2U=li__LZ3R(((__li__JXNM *)li__HP5L));
  } break;
  case __li__21LO__: {
    li__SDLV=((__li__21LO *)li__HP5L);
    li__XZFQ(((__li__DZB *)li__SDLV->li__KJXO),li__SDLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__IP5L=li__SDPP(li__SDLV);
    li__AM2U=li__IP5L;
  } break;
  case __li__TPOO__: {
    li__VDLV=((__li__TPOO *)li__HP5L);
    li__IZFQ(((__li__DZB *)li__VDLV->li__5IXO),li__VDLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__VDLV->li__5IXO));
    li__AM2U=NULL;
  } break;
  case __li__URRO__: {
    li__AM2U=li__3G4R(((__li__URRO *)li__HP5L));
  } break;
  case __li__41XO__: {
    li__AM2U=li__M2CQ(((__li__41XO *)li__HP5L));
  } break;
  case __li__AKBR__: {
    li__AM2U=li__WLDS(((__li__AKBR *)li__HP5L));
  } break;
  case __li__SU5R__: {
    li__AM2U=li__0AJS(((__li__SU5R *)li__HP5L));
  } break;
  case __li__JV5R__: {
    li__AM2U=li__LBJS(((__li__JV5R *)li__HP5L));
  } break;
  };
  li__FP5L=li__AM2U;
  return(li__FP5L);
}

static void* li__L3PK(__li__S2VI *li__M3PK)
/* (Strict EXPR_EQUAL{li__S2VI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__P3PK,*li__PM2U;
  void *li__Q3PK,*li__N3PK;
  __li__KMFK *li__PELV;
  __li__21LO *li__WELV;
  __li__TPOO *li__ZELV;
  __li__KI *li__UM2U;
  li__P3PK=li__M3PK->li__T2VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P3PK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q3PK=NULL;
  } break;
  case __li__AVBD__: {
    li__Q3PK=li__HJQI(((__li__AVBD *)li__P3PK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q3PK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q3PK=NULL;
  } break;
  case __li__Z4WH__: {
    li__Q3PK=li__O2PK(((__li__Z4WH *)li__P3PK));
  } break;
  case __li__KTVI__: {
    li__PM2U=li__N4VK(((__li__KTVI *)li__P3PK));
    li__Q3PK=li__PM2U;
  } break;
  case __li__LTVI__: {
    li__Q3PK=li__SO5L(((__li__LTVI *)li__P3PK));
  } break;
  case __li__XTVI__: {
    li__PM2U=li__SEWK(((__li__XTVI *)li__P3PK));
    li__Q3PK=li__PM2U;
  } break;
  case __li__YTVI__: {
    li__Q3PK=li__DP5L(((__li__YTVI *)li__P3PK));
  } break;
  case __li__S2VI__: {
    li__Q3PK=li__L3PK(((__li__S2VI *)li__P3PK));
  } break;
  case __li__E3VI__: {
    li__Q3PK=li__33PK(((__li__E3VI *)li__P3PK));
  } break;
  case __li__KLWI__: {
    li__PELV=((__li__KMFK *)((__li__KLWI *)li__P3PK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__PELV->li__3RFK),li__PELV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q3PK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__Q3PK=NULL;
  } break;
  case __li__NMWI__: {
    li__Q3PK=li__Z4PK(((__li__NMWI *)li__P3PK));
  } break;
  case __li__BNWI__: {
    li__Q3PK=li__L5PK(((__li__BNWI *)li__P3PK));
  } break;
  case __li__XNWI__: {
    li__Q3PK=li__35PK(((__li__XNWI *)li__P3PK));
  } break;
  case __li__LOWI__: {
    li__Q3PK=li__PAQK(((__li__LOWI *)li__P3PK));
  } break;
  case __li__5OWI__: {
    li__Q3PK=li__BBQK(((__li__5OWI *)li__P3PK));
  } break;
  case __li__TPWI__: {
    li__Q3PK=li__TBQK(((__li__TPWI *)li__P3PK));
  } break;
  case __li__HQWI__: {
    li__Q3PK=li__FCQK(((__li__HQWI *)li__P3PK));
  } break;
  case __li__ARWI__: {
    li__PM2U=li__OQWK(((__li__ARWI *)li__P3PK));
    li__Q3PK=li__PM2U;
  } break;
  case __li__URWI__: {
    li__Q3PK=li__1CQK(((__li__URWI *)li__P3PK));
  } break;
  case __li__ETWI__: {
    li__Q3PK=li__QDQK(((__li__ETWI *)li__P3PK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q3PK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q3PK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q3PK=NULL;
  } break;
  case __li__KMFK__: {
    li__PELV=((__li__KMFK *)li__P3PK);
    li__HXPN(((__li__VTBD *)li__PELV->li__3RFK),li__PELV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q3PK=NULL;
  } break;
  case __li__XOHL__: {
    li__Q3PK=li__A2NN(((__li__XOHL *)li__P3PK));
  } break;
  case __li__FPHL__: {
    li__Q3PK=li__UP5L(((__li__FPHL *)li__P3PK));
  } break;
  case __li__APLM__: {
    li__Q3PK=li__11CQ(((__li__APLM *)li__P3PK));
  } break;
  case __li__DTNM__: {
    li__Q3PK=li__SGSO(((__li__DTNM *)li__P3PK));
  } break;
  case __li__JXNM__: {
    li__Q3PK=li__LZ3R(((__li__JXNM *)li__P3PK));
  } break;
  case __li__21LO__: {
    li__WELV=((__li__21LO *)li__P3PK);
    li__XZFQ(((__li__DZB *)li__WELV->li__KJXO),li__WELV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__PM2U=li__SDPP(li__WELV);
    li__Q3PK=li__PM2U;
  } break;
  case __li__TPOO__: {
    li__ZELV=((__li__TPOO *)li__P3PK);
    li__IZFQ(((__li__DZB *)li__ZELV->li__5IXO),li__ZELV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__ZELV->li__5IXO));
    li__Q3PK=NULL;
  } break;
  case __li__URRO__: {
    li__Q3PK=li__3G4R(((__li__URRO *)li__P3PK));
  } break;
  case __li__41XO__: {
    li__Q3PK=li__M2CQ(((__li__41XO *)li__P3PK));
  } break;
  case __li__AKBR__: {
    li__Q3PK=li__WLDS(((__li__AKBR *)li__P3PK));
  } break;
  case __li__SU5R__: {
    li__Q3PK=li__0AJS(((__li__SU5R *)li__P3PK));
  } break;
  case __li__JV5R__: {
    li__Q3PK=li__LBJS(((__li__JV5R *)li__P3PK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__Q3PK != (void *)NULL)) {
    li__UM2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__UM2U->li__2OLE),li__Q3PK,(__li__K)(li__UM2U->li__OJTE -  1));
    li__UM2U->li__OJTE=(__li__K)(li__UM2U->li__OJTE +  1);
    li__WVRE(li__UM2U);
  };
  li__P3PK=li__M3PK->li__T2VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P3PK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__PM2U=NULL;
  } break;
  case __li__AVBD__: {
    li__PM2U=li__HJQI(((__li__AVBD *)li__P3PK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__PM2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__PM2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__PM2U=li__O2PK(((__li__Z4WH *)li__P3PK));
  } break;
  case __li__KTVI__: {
    li__Q3PK=li__N4VK(((__li__KTVI *)li__P3PK));
    li__PM2U=li__Q3PK;
  } break;
  case __li__LTVI__: {
    li__PM2U=li__SO5L(((__li__LTVI *)li__P3PK));
  } break;
  case __li__XTVI__: {
    li__Q3PK=li__SEWK(((__li__XTVI *)li__P3PK));
    li__PM2U=li__Q3PK;
  } break;
  case __li__YTVI__: {
    li__PM2U=li__DP5L(((__li__YTVI *)li__P3PK));
  } break;
  case __li__S2VI__: {
    li__PM2U=li__L3PK(((__li__S2VI *)li__P3PK));
  } break;
  case __li__E3VI__: {
    li__PM2U=li__33PK(((__li__E3VI *)li__P3PK));
  } break;
  case __li__KLWI__: {
    li__PELV=((__li__KMFK *)((__li__KLWI *)li__P3PK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__PELV->li__3RFK),li__PELV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__PM2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__PM2U=NULL;
  } break;
  case __li__NMWI__: {
    li__PM2U=li__Z4PK(((__li__NMWI *)li__P3PK));
  } break;
  case __li__BNWI__: {
    li__PM2U=li__L5PK(((__li__BNWI *)li__P3PK));
  } break;
  case __li__XNWI__: {
    li__PM2U=li__35PK(((__li__XNWI *)li__P3PK));
  } break;
  case __li__LOWI__: {
    li__PM2U=li__PAQK(((__li__LOWI *)li__P3PK));
  } break;
  case __li__5OWI__: {
    li__PM2U=li__BBQK(((__li__5OWI *)li__P3PK));
  } break;
  case __li__TPWI__: {
    li__PM2U=li__TBQK(((__li__TPWI *)li__P3PK));
  } break;
  case __li__HQWI__: {
    li__PM2U=li__FCQK(((__li__HQWI *)li__P3PK));
  } break;
  case __li__ARWI__: {
    li__Q3PK=li__OQWK(((__li__ARWI *)li__P3PK));
    li__PM2U=li__Q3PK;
  } break;
  case __li__URWI__: {
    li__PM2U=li__1CQK(((__li__URWI *)li__P3PK));
  } break;
  case __li__ETWI__: {
    li__PM2U=li__QDQK(((__li__ETWI *)li__P3PK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__PM2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__PM2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__PM2U=NULL;
  } break;
  case __li__KMFK__: {
    li__PELV=((__li__KMFK *)li__P3PK);
    li__HXPN(((__li__VTBD *)li__PELV->li__3RFK),li__PELV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__PM2U=NULL;
  } break;
  case __li__XOHL__: {
    li__PM2U=li__A2NN(((__li__XOHL *)li__P3PK));
  } break;
  case __li__FPHL__: {
    li__PM2U=li__UP5L(((__li__FPHL *)li__P3PK));
  } break;
  case __li__APLM__: {
    li__PM2U=li__11CQ(((__li__APLM *)li__P3PK));
  } break;
  case __li__DTNM__: {
    li__PM2U=li__SGSO(((__li__DTNM *)li__P3PK));
  } break;
  case __li__JXNM__: {
    li__PM2U=li__LZ3R(((__li__JXNM *)li__P3PK));
  } break;
  case __li__21LO__: {
    li__WELV=((__li__21LO *)li__P3PK);
    li__XZFQ(((__li__DZB *)li__WELV->li__KJXO),li__WELV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q3PK=li__SDPP(li__WELV);
    li__PM2U=li__Q3PK;
  } break;
  case __li__TPOO__: {
    li__ZELV=((__li__TPOO *)li__P3PK);
    li__IZFQ(((__li__DZB *)li__ZELV->li__5IXO),li__ZELV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__ZELV->li__5IXO));
    li__PM2U=NULL;
  } break;
  case __li__URRO__: {
    li__PM2U=li__3G4R(((__li__URRO *)li__P3PK));
  } break;
  case __li__41XO__: {
    li__PM2U=li__M2CQ(((__li__41XO *)li__P3PK));
  } break;
  case __li__AKBR__: {
    li__PM2U=li__WLDS(((__li__AKBR *)li__P3PK));
  } break;
  case __li__SU5R__: {
    li__PM2U=li__0AJS(((__li__SU5R *)li__P3PK));
  } break;
  case __li__JV5R__: {
    li__PM2U=li__LBJS(((__li__JV5R *)li__P3PK));
  } break;
  };
  li__N3PK=li__PM2U;
  return(li__N3PK);
}

static void* li__33PK(__li__E3VI *li__43PK)
/* (Strict EXPR_NOT_EQUAL{li__E3VI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__B4PK,*li__4M2U;
  void *li__C4PK,*li__53PK;
  __li__KMFK *li__TFLV;
  __li__21LO *li__0FLV;
  __li__TPOO *li__3FLV;
  __li__KI *li__DN2U;
  li__B4PK=li__43PK->li__F3VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__B4PK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__C4PK=NULL;
  } break;
  case __li__AVBD__: {
    li__C4PK=li__HJQI(((__li__AVBD *)li__B4PK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__C4PK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__C4PK=NULL;
  } break;
  case __li__Z4WH__: {
    li__C4PK=li__O2PK(((__li__Z4WH *)li__B4PK));
  } break;
  case __li__KTVI__: {
    li__4M2U=li__N4VK(((__li__KTVI *)li__B4PK));
    li__C4PK=li__4M2U;
  } break;
  case __li__LTVI__: {
    li__C4PK=li__SO5L(((__li__LTVI *)li__B4PK));
  } break;
  case __li__XTVI__: {
    li__4M2U=li__SEWK(((__li__XTVI *)li__B4PK));
    li__C4PK=li__4M2U;
  } break;
  case __li__YTVI__: {
    li__C4PK=li__DP5L(((__li__YTVI *)li__B4PK));
  } break;
  case __li__S2VI__: {
    li__C4PK=li__L3PK(((__li__S2VI *)li__B4PK));
  } break;
  case __li__E3VI__: {
    li__C4PK=li__33PK(((__li__E3VI *)li__B4PK));
  } break;
  case __li__KLWI__: {
    li__TFLV=((__li__KMFK *)((__li__KLWI *)li__B4PK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__TFLV->li__3RFK),li__TFLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__C4PK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__C4PK=NULL;
  } break;
  case __li__NMWI__: {
    li__C4PK=li__Z4PK(((__li__NMWI *)li__B4PK));
  } break;
  case __li__BNWI__: {
    li__C4PK=li__L5PK(((__li__BNWI *)li__B4PK));
  } break;
  case __li__XNWI__: {
    li__C4PK=li__35PK(((__li__XNWI *)li__B4PK));
  } break;
  case __li__LOWI__: {
    li__C4PK=li__PAQK(((__li__LOWI *)li__B4PK));
  } break;
  case __li__5OWI__: {
    li__C4PK=li__BBQK(((__li__5OWI *)li__B4PK));
  } break;
  case __li__TPWI__: {
    li__C4PK=li__TBQK(((__li__TPWI *)li__B4PK));
  } break;
  case __li__HQWI__: {
    li__C4PK=li__FCQK(((__li__HQWI *)li__B4PK));
  } break;
  case __li__ARWI__: {
    li__4M2U=li__OQWK(((__li__ARWI *)li__B4PK));
    li__C4PK=li__4M2U;
  } break;
  case __li__URWI__: {
    li__C4PK=li__1CQK(((__li__URWI *)li__B4PK));
  } break;
  case __li__ETWI__: {
    li__C4PK=li__QDQK(((__li__ETWI *)li__B4PK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__C4PK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__C4PK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__C4PK=NULL;
  } break;
  case __li__KMFK__: {
    li__TFLV=((__li__KMFK *)li__B4PK);
    li__HXPN(((__li__VTBD *)li__TFLV->li__3RFK),li__TFLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__C4PK=NULL;
  } break;
  case __li__XOHL__: {
    li__C4PK=li__A2NN(((__li__XOHL *)li__B4PK));
  } break;
  case __li__FPHL__: {
    li__C4PK=li__UP5L(((__li__FPHL *)li__B4PK));
  } break;
  case __li__APLM__: {
    li__C4PK=li__11CQ(((__li__APLM *)li__B4PK));
  } break;
  case __li__DTNM__: {
    li__C4PK=li__SGSO(((__li__DTNM *)li__B4PK));
  } break;
  case __li__JXNM__: {
    li__C4PK=li__LZ3R(((__li__JXNM *)li__B4PK));
  } break;
  case __li__21LO__: {
    li__0FLV=((__li__21LO *)li__B4PK);
    li__XZFQ(((__li__DZB *)li__0FLV->li__KJXO),li__0FLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4M2U=li__SDPP(li__0FLV);
    li__C4PK=li__4M2U;
  } break;
  case __li__TPOO__: {
    li__3FLV=((__li__TPOO *)li__B4PK);
    li__IZFQ(((__li__DZB *)li__3FLV->li__5IXO),li__3FLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__3FLV->li__5IXO));
    li__C4PK=NULL;
  } break;
  case __li__URRO__: {
    li__C4PK=li__3G4R(((__li__URRO *)li__B4PK));
  } break;
  case __li__41XO__: {
    li__C4PK=li__M2CQ(((__li__41XO *)li__B4PK));
  } break;
  case __li__AKBR__: {
    li__C4PK=li__WLDS(((__li__AKBR *)li__B4PK));
  } break;
  case __li__SU5R__: {
    li__C4PK=li__0AJS(((__li__SU5R *)li__B4PK));
  } break;
  case __li__JV5R__: {
    li__C4PK=li__LBJS(((__li__JV5R *)li__B4PK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__C4PK != (void *)NULL)) {
    li__DN2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__DN2U->li__2OLE),li__C4PK,(__li__K)(li__DN2U->li__OJTE -  1));
    li__DN2U->li__OJTE=(__li__K)(li__DN2U->li__OJTE +  1);
    li__WVRE(li__DN2U);
  };
  li__B4PK=li__43PK->li__F3VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__B4PK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4M2U=NULL;
  } break;
  case __li__AVBD__: {
    li__4M2U=li__HJQI(((__li__AVBD *)li__B4PK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4M2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4M2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__4M2U=li__O2PK(((__li__Z4WH *)li__B4PK));
  } break;
  case __li__KTVI__: {
    li__C4PK=li__N4VK(((__li__KTVI *)li__B4PK));
    li__4M2U=li__C4PK;
  } break;
  case __li__LTVI__: {
    li__4M2U=li__SO5L(((__li__LTVI *)li__B4PK));
  } break;
  case __li__XTVI__: {
    li__C4PK=li__SEWK(((__li__XTVI *)li__B4PK));
    li__4M2U=li__C4PK;
  } break;
  case __li__YTVI__: {
    li__4M2U=li__DP5L(((__li__YTVI *)li__B4PK));
  } break;
  case __li__S2VI__: {
    li__4M2U=li__L3PK(((__li__S2VI *)li__B4PK));
  } break;
  case __li__E3VI__: {
    li__4M2U=li__33PK(((__li__E3VI *)li__B4PK));
  } break;
  case __li__KLWI__: {
    li__TFLV=((__li__KMFK *)((__li__KLWI *)li__B4PK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__TFLV->li__3RFK),li__TFLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4M2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__4M2U=NULL;
  } break;
  case __li__NMWI__: {
    li__4M2U=li__Z4PK(((__li__NMWI *)li__B4PK));
  } break;
  case __li__BNWI__: {
    li__4M2U=li__L5PK(((__li__BNWI *)li__B4PK));
  } break;
  case __li__XNWI__: {
    li__4M2U=li__35PK(((__li__XNWI *)li__B4PK));
  } break;
  case __li__LOWI__: {
    li__4M2U=li__PAQK(((__li__LOWI *)li__B4PK));
  } break;
  case __li__5OWI__: {
    li__4M2U=li__BBQK(((__li__5OWI *)li__B4PK));
  } break;
  case __li__TPWI__: {
    li__4M2U=li__TBQK(((__li__TPWI *)li__B4PK));
  } break;
  case __li__HQWI__: {
    li__4M2U=li__FCQK(((__li__HQWI *)li__B4PK));
  } break;
  case __li__ARWI__: {
    li__C4PK=li__OQWK(((__li__ARWI *)li__B4PK));
    li__4M2U=li__C4PK;
  } break;
  case __li__URWI__: {
    li__4M2U=li__1CQK(((__li__URWI *)li__B4PK));
  } break;
  case __li__ETWI__: {
    li__4M2U=li__QDQK(((__li__ETWI *)li__B4PK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4M2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4M2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4M2U=NULL;
  } break;
  case __li__KMFK__: {
    li__TFLV=((__li__KMFK *)li__B4PK);
    li__HXPN(((__li__VTBD *)li__TFLV->li__3RFK),li__TFLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4M2U=NULL;
  } break;
  case __li__XOHL__: {
    li__4M2U=li__A2NN(((__li__XOHL *)li__B4PK));
  } break;
  case __li__FPHL__: {
    li__4M2U=li__UP5L(((__li__FPHL *)li__B4PK));
  } break;
  case __li__APLM__: {
    li__4M2U=li__11CQ(((__li__APLM *)li__B4PK));
  } break;
  case __li__DTNM__: {
    li__4M2U=li__SGSO(((__li__DTNM *)li__B4PK));
  } break;
  case __li__JXNM__: {
    li__4M2U=li__LZ3R(((__li__JXNM *)li__B4PK));
  } break;
  case __li__21LO__: {
    li__0FLV=((__li__21LO *)li__B4PK);
    li__XZFQ(((__li__DZB *)li__0FLV->li__KJXO),li__0FLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__C4PK=li__SDPP(li__0FLV);
    li__4M2U=li__C4PK;
  } break;
  case __li__TPOO__: {
    li__3FLV=((__li__TPOO *)li__B4PK);
    li__IZFQ(((__li__DZB *)li__3FLV->li__5IXO),li__3FLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__3FLV->li__5IXO));
    li__4M2U=NULL;
  } break;
  case __li__URRO__: {
    li__4M2U=li__3G4R(((__li__URRO *)li__B4PK));
  } break;
  case __li__41XO__: {
    li__4M2U=li__M2CQ(((__li__41XO *)li__B4PK));
  } break;
  case __li__AKBR__: {
    li__4M2U=li__WLDS(((__li__AKBR *)li__B4PK));
  } break;
  case __li__SU5R__: {
    li__4M2U=li__0AJS(((__li__SU5R *)li__B4PK));
  } break;
  case __li__JV5R__: {
    li__4M2U=li__LBJS(((__li__JV5R *)li__B4PK));
  } break;
  };
  li__53PK=li__4M2U;
  return(li__53PK);
}

static void* li__Z4PK(__li__NMWI *li__04PK)
/* (Strict EXPR_SUP{li__NMWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__34PK,*li__NN2U;
  void *li__44PK,*li__14PK;
  __li__KMFK *li__RGLV;
  __li__21LO *li__YGLV;
  __li__TPOO *li__1GLV;
  __li__KI *li__VN2U;
  li__34PK=li__04PK->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__34PK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__44PK=NULL;
  } break;
  case __li__AVBD__: {
    li__44PK=li__HJQI(((__li__AVBD *)li__34PK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__44PK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__44PK=NULL;
  } break;
  case __li__Z4WH__: {
    li__44PK=li__O2PK(((__li__Z4WH *)li__34PK));
  } break;
  case __li__KTVI__: {
    li__NN2U=li__N4VK(((__li__KTVI *)li__34PK));
    li__44PK=li__NN2U;
  } break;
  case __li__LTVI__: {
    li__44PK=li__SO5L(((__li__LTVI *)li__34PK));
  } break;
  case __li__XTVI__: {
    li__NN2U=li__SEWK(((__li__XTVI *)li__34PK));
    li__44PK=li__NN2U;
  } break;
  case __li__YTVI__: {
    li__44PK=li__DP5L(((__li__YTVI *)li__34PK));
  } break;
  case __li__S2VI__: {
    li__44PK=li__L3PK(((__li__S2VI *)li__34PK));
  } break;
  case __li__E3VI__: {
    li__44PK=li__33PK(((__li__E3VI *)li__34PK));
  } break;
  case __li__KLWI__: {
    li__RGLV=((__li__KMFK *)((__li__KLWI *)li__34PK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__RGLV->li__3RFK),li__RGLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__44PK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__44PK=NULL;
  } break;
  case __li__NMWI__: {
    li__44PK=li__Z4PK(((__li__NMWI *)li__34PK));
  } break;
  case __li__BNWI__: {
    li__44PK=li__L5PK(((__li__BNWI *)li__34PK));
  } break;
  case __li__XNWI__: {
    li__44PK=li__35PK(((__li__XNWI *)li__34PK));
  } break;
  case __li__LOWI__: {
    li__44PK=li__PAQK(((__li__LOWI *)li__34PK));
  } break;
  case __li__5OWI__: {
    li__44PK=li__BBQK(((__li__5OWI *)li__34PK));
  } break;
  case __li__TPWI__: {
    li__44PK=li__TBQK(((__li__TPWI *)li__34PK));
  } break;
  case __li__HQWI__: {
    li__44PK=li__FCQK(((__li__HQWI *)li__34PK));
  } break;
  case __li__ARWI__: {
    li__NN2U=li__OQWK(((__li__ARWI *)li__34PK));
    li__44PK=li__NN2U;
  } break;
  case __li__URWI__: {
    li__44PK=li__1CQK(((__li__URWI *)li__34PK));
  } break;
  case __li__ETWI__: {
    li__44PK=li__QDQK(((__li__ETWI *)li__34PK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__44PK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__44PK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__44PK=NULL;
  } break;
  case __li__KMFK__: {
    li__RGLV=((__li__KMFK *)li__34PK);
    li__HXPN(((__li__VTBD *)li__RGLV->li__3RFK),li__RGLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__44PK=NULL;
  } break;
  case __li__XOHL__: {
    li__44PK=li__A2NN(((__li__XOHL *)li__34PK));
  } break;
  case __li__FPHL__: {
    li__44PK=li__UP5L(((__li__FPHL *)li__34PK));
  } break;
  case __li__APLM__: {
    li__44PK=li__11CQ(((__li__APLM *)li__34PK));
  } break;
  case __li__DTNM__: {
    li__44PK=li__SGSO(((__li__DTNM *)li__34PK));
  } break;
  case __li__JXNM__: {
    li__44PK=li__LZ3R(((__li__JXNM *)li__34PK));
  } break;
  case __li__21LO__: {
    li__YGLV=((__li__21LO *)li__34PK);
    li__XZFQ(((__li__DZB *)li__YGLV->li__KJXO),li__YGLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__NN2U=li__SDPP(li__YGLV);
    li__44PK=li__NN2U;
  } break;
  case __li__TPOO__: {
    li__1GLV=((__li__TPOO *)li__34PK);
    li__IZFQ(((__li__DZB *)li__1GLV->li__5IXO),li__1GLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__1GLV->li__5IXO));
    li__44PK=NULL;
  } break;
  case __li__URRO__: {
    li__44PK=li__3G4R(((__li__URRO *)li__34PK));
  } break;
  case __li__41XO__: {
    li__44PK=li__M2CQ(((__li__41XO *)li__34PK));
  } break;
  case __li__AKBR__: {
    li__44PK=li__WLDS(((__li__AKBR *)li__34PK));
  } break;
  case __li__SU5R__: {
    li__44PK=li__0AJS(((__li__SU5R *)li__34PK));
  } break;
  case __li__JV5R__: {
    li__44PK=li__LBJS(((__li__JV5R *)li__34PK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__44PK != (void *)NULL)) {
    li__VN2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__VN2U->li__2OLE),li__44PK,(__li__K)(li__VN2U->li__OJTE -  1));
    li__VN2U->li__OJTE=(__li__K)(li__VN2U->li__OJTE +  1);
    li__WVRE(li__VN2U);
  };
  li__34PK=li__04PK->li__OMWI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__34PK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__NN2U=NULL;
  } break;
  case __li__AVBD__: {
    li__NN2U=li__HJQI(((__li__AVBD *)li__34PK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__NN2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__NN2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__NN2U=li__O2PK(((__li__Z4WH *)li__34PK));
  } break;
  case __li__KTVI__: {
    li__44PK=li__N4VK(((__li__KTVI *)li__34PK));
    li__NN2U=li__44PK;
  } break;
  case __li__LTVI__: {
    li__NN2U=li__SO5L(((__li__LTVI *)li__34PK));
  } break;
  case __li__XTVI__: {
    li__44PK=li__SEWK(((__li__XTVI *)li__34PK));
    li__NN2U=li__44PK;
  } break;
  case __li__YTVI__: {
    li__NN2U=li__DP5L(((__li__YTVI *)li__34PK));
  } break;
  case __li__S2VI__: {
    li__NN2U=li__L3PK(((__li__S2VI *)li__34PK));
  } break;
  case __li__E3VI__: {
    li__NN2U=li__33PK(((__li__E3VI *)li__34PK));
  } break;
  case __li__KLWI__: {
    li__RGLV=((__li__KMFK *)((__li__KLWI *)li__34PK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__RGLV->li__3RFK),li__RGLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__NN2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__NN2U=NULL;
  } break;
  case __li__NMWI__: {
    li__NN2U=li__Z4PK(((__li__NMWI *)li__34PK));
  } break;
  case __li__BNWI__: {
    li__NN2U=li__L5PK(((__li__BNWI *)li__34PK));
  } break;
  case __li__XNWI__: {
    li__NN2U=li__35PK(((__li__XNWI *)li__34PK));
  } break;
  case __li__LOWI__: {
    li__NN2U=li__PAQK(((__li__LOWI *)li__34PK));
  } break;
  case __li__5OWI__: {
    li__NN2U=li__BBQK(((__li__5OWI *)li__34PK));
  } break;
  case __li__TPWI__: {
    li__NN2U=li__TBQK(((__li__TPWI *)li__34PK));
  } break;
  case __li__HQWI__: {
    li__NN2U=li__FCQK(((__li__HQWI *)li__34PK));
  } break;
  case __li__ARWI__: {
    li__44PK=li__OQWK(((__li__ARWI *)li__34PK));
    li__NN2U=li__44PK;
  } break;
  case __li__URWI__: {
    li__NN2U=li__1CQK(((__li__URWI *)li__34PK));
  } break;
  case __li__ETWI__: {
    li__NN2U=li__QDQK(((__li__ETWI *)li__34PK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__NN2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__NN2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__NN2U=NULL;
  } break;
  case __li__KMFK__: {
    li__RGLV=((__li__KMFK *)li__34PK);
    li__HXPN(((__li__VTBD *)li__RGLV->li__3RFK),li__RGLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__NN2U=NULL;
  } break;
  case __li__XOHL__: {
    li__NN2U=li__A2NN(((__li__XOHL *)li__34PK));
  } break;
  case __li__FPHL__: {
    li__NN2U=li__UP5L(((__li__FPHL *)li__34PK));
  } break;
  case __li__APLM__: {
    li__NN2U=li__11CQ(((__li__APLM *)li__34PK));
  } break;
  case __li__DTNM__: {
    li__NN2U=li__SGSO(((__li__DTNM *)li__34PK));
  } break;
  case __li__JXNM__: {
    li__NN2U=li__LZ3R(((__li__JXNM *)li__34PK));
  } break;
  case __li__21LO__: {
    li__YGLV=((__li__21LO *)li__34PK);
    li__XZFQ(((__li__DZB *)li__YGLV->li__KJXO),li__YGLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__44PK=li__SDPP(li__YGLV);
    li__NN2U=li__44PK;
  } break;
  case __li__TPOO__: {
    li__1GLV=((__li__TPOO *)li__34PK);
    li__IZFQ(((__li__DZB *)li__1GLV->li__5IXO),li__1GLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__1GLV->li__5IXO));
    li__NN2U=NULL;
  } break;
  case __li__URRO__: {
    li__NN2U=li__3G4R(((__li__URRO *)li__34PK));
  } break;
  case __li__41XO__: {
    li__NN2U=li__M2CQ(((__li__41XO *)li__34PK));
  } break;
  case __li__AKBR__: {
    li__NN2U=li__WLDS(((__li__AKBR *)li__34PK));
  } break;
  case __li__SU5R__: {
    li__NN2U=li__0AJS(((__li__SU5R *)li__34PK));
  } break;
  case __li__JV5R__: {
    li__NN2U=li__LBJS(((__li__JV5R *)li__34PK));
  } break;
  };
  li__14PK=li__NN2U;
  return(li__14PK);
}

static void* li__L5PK(__li__BNWI *li__M5PK)
/* (Strict EXPR_SUB{li__BNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__P5PK,*li__CO2U;
  void *li__Q5PK,*li__N5PK;
  __li__KMFK *li__PHLV;
  __li__21LO *li__WHLV;
  __li__TPOO *li__ZHLV;
  __li__KI *li__KO2U;
  li__P5PK=li__M5PK->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P5PK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q5PK=NULL;
  } break;
  case __li__AVBD__: {
    li__Q5PK=li__HJQI(((__li__AVBD *)li__P5PK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q5PK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q5PK=NULL;
  } break;
  case __li__Z4WH__: {
    li__Q5PK=li__O2PK(((__li__Z4WH *)li__P5PK));
  } break;
  case __li__KTVI__: {
    li__CO2U=li__N4VK(((__li__KTVI *)li__P5PK));
    li__Q5PK=li__CO2U;
  } break;
  case __li__LTVI__: {
    li__Q5PK=li__SO5L(((__li__LTVI *)li__P5PK));
  } break;
  case __li__XTVI__: {
    li__CO2U=li__SEWK(((__li__XTVI *)li__P5PK));
    li__Q5PK=li__CO2U;
  } break;
  case __li__YTVI__: {
    li__Q5PK=li__DP5L(((__li__YTVI *)li__P5PK));
  } break;
  case __li__S2VI__: {
    li__Q5PK=li__L3PK(((__li__S2VI *)li__P5PK));
  } break;
  case __li__E3VI__: {
    li__Q5PK=li__33PK(((__li__E3VI *)li__P5PK));
  } break;
  case __li__KLWI__: {
    li__PHLV=((__li__KMFK *)((__li__KLWI *)li__P5PK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__PHLV->li__3RFK),li__PHLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q5PK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__Q5PK=NULL;
  } break;
  case __li__NMWI__: {
    li__Q5PK=li__Z4PK(((__li__NMWI *)li__P5PK));
  } break;
  case __li__BNWI__: {
    li__Q5PK=li__L5PK(((__li__BNWI *)li__P5PK));
  } break;
  case __li__XNWI__: {
    li__Q5PK=li__35PK(((__li__XNWI *)li__P5PK));
  } break;
  case __li__LOWI__: {
    li__Q5PK=li__PAQK(((__li__LOWI *)li__P5PK));
  } break;
  case __li__5OWI__: {
    li__Q5PK=li__BBQK(((__li__5OWI *)li__P5PK));
  } break;
  case __li__TPWI__: {
    li__Q5PK=li__TBQK(((__li__TPWI *)li__P5PK));
  } break;
  case __li__HQWI__: {
    li__Q5PK=li__FCQK(((__li__HQWI *)li__P5PK));
  } break;
  case __li__ARWI__: {
    li__CO2U=li__OQWK(((__li__ARWI *)li__P5PK));
    li__Q5PK=li__CO2U;
  } break;
  case __li__URWI__: {
    li__Q5PK=li__1CQK(((__li__URWI *)li__P5PK));
  } break;
  case __li__ETWI__: {
    li__Q5PK=li__QDQK(((__li__ETWI *)li__P5PK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q5PK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q5PK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q5PK=NULL;
  } break;
  case __li__KMFK__: {
    li__PHLV=((__li__KMFK *)li__P5PK);
    li__HXPN(((__li__VTBD *)li__PHLV->li__3RFK),li__PHLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q5PK=NULL;
  } break;
  case __li__XOHL__: {
    li__Q5PK=li__A2NN(((__li__XOHL *)li__P5PK));
  } break;
  case __li__FPHL__: {
    li__Q5PK=li__UP5L(((__li__FPHL *)li__P5PK));
  } break;
  case __li__APLM__: {
    li__Q5PK=li__11CQ(((__li__APLM *)li__P5PK));
  } break;
  case __li__DTNM__: {
    li__Q5PK=li__SGSO(((__li__DTNM *)li__P5PK));
  } break;
  case __li__JXNM__: {
    li__Q5PK=li__LZ3R(((__li__JXNM *)li__P5PK));
  } break;
  case __li__21LO__: {
    li__WHLV=((__li__21LO *)li__P5PK);
    li__XZFQ(((__li__DZB *)li__WHLV->li__KJXO),li__WHLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CO2U=li__SDPP(li__WHLV);
    li__Q5PK=li__CO2U;
  } break;
  case __li__TPOO__: {
    li__ZHLV=((__li__TPOO *)li__P5PK);
    li__IZFQ(((__li__DZB *)li__ZHLV->li__5IXO),li__ZHLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__ZHLV->li__5IXO));
    li__Q5PK=NULL;
  } break;
  case __li__URRO__: {
    li__Q5PK=li__3G4R(((__li__URRO *)li__P5PK));
  } break;
  case __li__41XO__: {
    li__Q5PK=li__M2CQ(((__li__41XO *)li__P5PK));
  } break;
  case __li__AKBR__: {
    li__Q5PK=li__WLDS(((__li__AKBR *)li__P5PK));
  } break;
  case __li__SU5R__: {
    li__Q5PK=li__0AJS(((__li__SU5R *)li__P5PK));
  } break;
  case __li__JV5R__: {
    li__Q5PK=li__LBJS(((__li__JV5R *)li__P5PK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__Q5PK != (void *)NULL)) {
    li__KO2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__KO2U->li__2OLE),li__Q5PK,(__li__K)(li__KO2U->li__OJTE -  1));
    li__KO2U->li__OJTE=(__li__K)(li__KO2U->li__OJTE +  1);
    li__WVRE(li__KO2U);
  };
  li__P5PK=li__M5PK->li__ENWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P5PK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CO2U=NULL;
  } break;
  case __li__AVBD__: {
    li__CO2U=li__HJQI(((__li__AVBD *)li__P5PK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CO2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CO2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__CO2U=li__O2PK(((__li__Z4WH *)li__P5PK));
  } break;
  case __li__KTVI__: {
    li__Q5PK=li__N4VK(((__li__KTVI *)li__P5PK));
    li__CO2U=li__Q5PK;
  } break;
  case __li__LTVI__: {
    li__CO2U=li__SO5L(((__li__LTVI *)li__P5PK));
  } break;
  case __li__XTVI__: {
    li__Q5PK=li__SEWK(((__li__XTVI *)li__P5PK));
    li__CO2U=li__Q5PK;
  } break;
  case __li__YTVI__: {
    li__CO2U=li__DP5L(((__li__YTVI *)li__P5PK));
  } break;
  case __li__S2VI__: {
    li__CO2U=li__L3PK(((__li__S2VI *)li__P5PK));
  } break;
  case __li__E3VI__: {
    li__CO2U=li__33PK(((__li__E3VI *)li__P5PK));
  } break;
  case __li__KLWI__: {
    li__PHLV=((__li__KMFK *)((__li__KLWI *)li__P5PK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__PHLV->li__3RFK),li__PHLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CO2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__CO2U=NULL;
  } break;
  case __li__NMWI__: {
    li__CO2U=li__Z4PK(((__li__NMWI *)li__P5PK));
  } break;
  case __li__BNWI__: {
    li__CO2U=li__L5PK(((__li__BNWI *)li__P5PK));
  } break;
  case __li__XNWI__: {
    li__CO2U=li__35PK(((__li__XNWI *)li__P5PK));
  } break;
  case __li__LOWI__: {
    li__CO2U=li__PAQK(((__li__LOWI *)li__P5PK));
  } break;
  case __li__5OWI__: {
    li__CO2U=li__BBQK(((__li__5OWI *)li__P5PK));
  } break;
  case __li__TPWI__: {
    li__CO2U=li__TBQK(((__li__TPWI *)li__P5PK));
  } break;
  case __li__HQWI__: {
    li__CO2U=li__FCQK(((__li__HQWI *)li__P5PK));
  } break;
  case __li__ARWI__: {
    li__Q5PK=li__OQWK(((__li__ARWI *)li__P5PK));
    li__CO2U=li__Q5PK;
  } break;
  case __li__URWI__: {
    li__CO2U=li__1CQK(((__li__URWI *)li__P5PK));
  } break;
  case __li__ETWI__: {
    li__CO2U=li__QDQK(((__li__ETWI *)li__P5PK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CO2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CO2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CO2U=NULL;
  } break;
  case __li__KMFK__: {
    li__PHLV=((__li__KMFK *)li__P5PK);
    li__HXPN(((__li__VTBD *)li__PHLV->li__3RFK),li__PHLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CO2U=NULL;
  } break;
  case __li__XOHL__: {
    li__CO2U=li__A2NN(((__li__XOHL *)li__P5PK));
  } break;
  case __li__FPHL__: {
    li__CO2U=li__UP5L(((__li__FPHL *)li__P5PK));
  } break;
  case __li__APLM__: {
    li__CO2U=li__11CQ(((__li__APLM *)li__P5PK));
  } break;
  case __li__DTNM__: {
    li__CO2U=li__SGSO(((__li__DTNM *)li__P5PK));
  } break;
  case __li__JXNM__: {
    li__CO2U=li__LZ3R(((__li__JXNM *)li__P5PK));
  } break;
  case __li__21LO__: {
    li__WHLV=((__li__21LO *)li__P5PK);
    li__XZFQ(((__li__DZB *)li__WHLV->li__KJXO),li__WHLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__Q5PK=li__SDPP(li__WHLV);
    li__CO2U=li__Q5PK;
  } break;
  case __li__TPOO__: {
    li__ZHLV=((__li__TPOO *)li__P5PK);
    li__IZFQ(((__li__DZB *)li__ZHLV->li__5IXO),li__ZHLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__ZHLV->li__5IXO));
    li__CO2U=NULL;
  } break;
  case __li__URRO__: {
    li__CO2U=li__3G4R(((__li__URRO *)li__P5PK));
  } break;
  case __li__41XO__: {
    li__CO2U=li__M2CQ(((__li__41XO *)li__P5PK));
  } break;
  case __li__AKBR__: {
    li__CO2U=li__WLDS(((__li__AKBR *)li__P5PK));
  } break;
  case __li__SU5R__: {
    li__CO2U=li__0AJS(((__li__SU5R *)li__P5PK));
  } break;
  case __li__JV5R__: {
    li__CO2U=li__LBJS(((__li__JV5R *)li__P5PK));
  } break;
  };
  li__N5PK=li__CO2U;
  return(li__N5PK);
}

static void* li__35PK(__li__XNWI *li__45PK)
/* (Strict EXPR_MUL{li__XNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__BAQK,*li__XO2U;
  void *li__CAQK,*li__55PK;
  __li__KMFK *li__NILV;
  __li__21LO *li__UILV;
  __li__TPOO *li__XILV;
  __li__KI *li__5O2U;
  li__BAQK=li__45PK->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BAQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CAQK=NULL;
  } break;
  case __li__AVBD__: {
    li__CAQK=li__HJQI(((__li__AVBD *)li__BAQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CAQK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CAQK=NULL;
  } break;
  case __li__Z4WH__: {
    li__CAQK=li__O2PK(((__li__Z4WH *)li__BAQK));
  } break;
  case __li__KTVI__: {
    li__XO2U=li__N4VK(((__li__KTVI *)li__BAQK));
    li__CAQK=li__XO2U;
  } break;
  case __li__LTVI__: {
    li__CAQK=li__SO5L(((__li__LTVI *)li__BAQK));
  } break;
  case __li__XTVI__: {
    li__XO2U=li__SEWK(((__li__XTVI *)li__BAQK));
    li__CAQK=li__XO2U;
  } break;
  case __li__YTVI__: {
    li__CAQK=li__DP5L(((__li__YTVI *)li__BAQK));
  } break;
  case __li__S2VI__: {
    li__CAQK=li__L3PK(((__li__S2VI *)li__BAQK));
  } break;
  case __li__E3VI__: {
    li__CAQK=li__33PK(((__li__E3VI *)li__BAQK));
  } break;
  case __li__KLWI__: {
    li__NILV=((__li__KMFK *)((__li__KLWI *)li__BAQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__NILV->li__3RFK),li__NILV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CAQK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__CAQK=NULL;
  } break;
  case __li__NMWI__: {
    li__CAQK=li__Z4PK(((__li__NMWI *)li__BAQK));
  } break;
  case __li__BNWI__: {
    li__CAQK=li__L5PK(((__li__BNWI *)li__BAQK));
  } break;
  case __li__XNWI__: {
    li__CAQK=li__35PK(((__li__XNWI *)li__BAQK));
  } break;
  case __li__LOWI__: {
    li__CAQK=li__PAQK(((__li__LOWI *)li__BAQK));
  } break;
  case __li__5OWI__: {
    li__CAQK=li__BBQK(((__li__5OWI *)li__BAQK));
  } break;
  case __li__TPWI__: {
    li__CAQK=li__TBQK(((__li__TPWI *)li__BAQK));
  } break;
  case __li__HQWI__: {
    li__CAQK=li__FCQK(((__li__HQWI *)li__BAQK));
  } break;
  case __li__ARWI__: {
    li__XO2U=li__OQWK(((__li__ARWI *)li__BAQK));
    li__CAQK=li__XO2U;
  } break;
  case __li__URWI__: {
    li__CAQK=li__1CQK(((__li__URWI *)li__BAQK));
  } break;
  case __li__ETWI__: {
    li__CAQK=li__QDQK(((__li__ETWI *)li__BAQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CAQK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CAQK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CAQK=NULL;
  } break;
  case __li__KMFK__: {
    li__NILV=((__li__KMFK *)li__BAQK);
    li__HXPN(((__li__VTBD *)li__NILV->li__3RFK),li__NILV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CAQK=NULL;
  } break;
  case __li__XOHL__: {
    li__CAQK=li__A2NN(((__li__XOHL *)li__BAQK));
  } break;
  case __li__FPHL__: {
    li__CAQK=li__UP5L(((__li__FPHL *)li__BAQK));
  } break;
  case __li__APLM__: {
    li__CAQK=li__11CQ(((__li__APLM *)li__BAQK));
  } break;
  case __li__DTNM__: {
    li__CAQK=li__SGSO(((__li__DTNM *)li__BAQK));
  } break;
  case __li__JXNM__: {
    li__CAQK=li__LZ3R(((__li__JXNM *)li__BAQK));
  } break;
  case __li__21LO__: {
    li__UILV=((__li__21LO *)li__BAQK);
    li__XZFQ(((__li__DZB *)li__UILV->li__KJXO),li__UILV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO2U=li__SDPP(li__UILV);
    li__CAQK=li__XO2U;
  } break;
  case __li__TPOO__: {
    li__XILV=((__li__TPOO *)li__BAQK);
    li__IZFQ(((__li__DZB *)li__XILV->li__5IXO),li__XILV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__XILV->li__5IXO));
    li__CAQK=NULL;
  } break;
  case __li__URRO__: {
    li__CAQK=li__3G4R(((__li__URRO *)li__BAQK));
  } break;
  case __li__41XO__: {
    li__CAQK=li__M2CQ(((__li__41XO *)li__BAQK));
  } break;
  case __li__AKBR__: {
    li__CAQK=li__WLDS(((__li__AKBR *)li__BAQK));
  } break;
  case __li__SU5R__: {
    li__CAQK=li__0AJS(((__li__SU5R *)li__BAQK));
  } break;
  case __li__JV5R__: {
    li__CAQK=li__LBJS(((__li__JV5R *)li__BAQK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__CAQK != (void *)NULL)) {
    li__5O2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__5O2U->li__2OLE),li__CAQK,(__li__K)(li__5O2U->li__OJTE -  1));
    li__5O2U->li__OJTE=(__li__K)(li__5O2U->li__OJTE +  1);
    li__WVRE(li__5O2U);
  };
  li__BAQK=li__45PK->li__YNWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BAQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO2U=NULL;
  } break;
  case __li__AVBD__: {
    li__XO2U=li__HJQI(((__li__AVBD *)li__BAQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__XO2U=li__O2PK(((__li__Z4WH *)li__BAQK));
  } break;
  case __li__KTVI__: {
    li__CAQK=li__N4VK(((__li__KTVI *)li__BAQK));
    li__XO2U=li__CAQK;
  } break;
  case __li__LTVI__: {
    li__XO2U=li__SO5L(((__li__LTVI *)li__BAQK));
  } break;
  case __li__XTVI__: {
    li__CAQK=li__SEWK(((__li__XTVI *)li__BAQK));
    li__XO2U=li__CAQK;
  } break;
  case __li__YTVI__: {
    li__XO2U=li__DP5L(((__li__YTVI *)li__BAQK));
  } break;
  case __li__S2VI__: {
    li__XO2U=li__L3PK(((__li__S2VI *)li__BAQK));
  } break;
  case __li__E3VI__: {
    li__XO2U=li__33PK(((__li__E3VI *)li__BAQK));
  } break;
  case __li__KLWI__: {
    li__NILV=((__li__KMFK *)((__li__KLWI *)li__BAQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__NILV->li__3RFK),li__NILV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__XO2U=NULL;
  } break;
  case __li__NMWI__: {
    li__XO2U=li__Z4PK(((__li__NMWI *)li__BAQK));
  } break;
  case __li__BNWI__: {
    li__XO2U=li__L5PK(((__li__BNWI *)li__BAQK));
  } break;
  case __li__XNWI__: {
    li__XO2U=li__35PK(((__li__XNWI *)li__BAQK));
  } break;
  case __li__LOWI__: {
    li__XO2U=li__PAQK(((__li__LOWI *)li__BAQK));
  } break;
  case __li__5OWI__: {
    li__XO2U=li__BBQK(((__li__5OWI *)li__BAQK));
  } break;
  case __li__TPWI__: {
    li__XO2U=li__TBQK(((__li__TPWI *)li__BAQK));
  } break;
  case __li__HQWI__: {
    li__XO2U=li__FCQK(((__li__HQWI *)li__BAQK));
  } break;
  case __li__ARWI__: {
    li__CAQK=li__OQWK(((__li__ARWI *)li__BAQK));
    li__XO2U=li__CAQK;
  } break;
  case __li__URWI__: {
    li__XO2U=li__1CQK(((__li__URWI *)li__BAQK));
  } break;
  case __li__ETWI__: {
    li__XO2U=li__QDQK(((__li__ETWI *)li__BAQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO2U=NULL;
  } break;
  case __li__KMFK__: {
    li__NILV=((__li__KMFK *)li__BAQK);
    li__HXPN(((__li__VTBD *)li__NILV->li__3RFK),li__NILV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XO2U=NULL;
  } break;
  case __li__XOHL__: {
    li__XO2U=li__A2NN(((__li__XOHL *)li__BAQK));
  } break;
  case __li__FPHL__: {
    li__XO2U=li__UP5L(((__li__FPHL *)li__BAQK));
  } break;
  case __li__APLM__: {
    li__XO2U=li__11CQ(((__li__APLM *)li__BAQK));
  } break;
  case __li__DTNM__: {
    li__XO2U=li__SGSO(((__li__DTNM *)li__BAQK));
  } break;
  case __li__JXNM__: {
    li__XO2U=li__LZ3R(((__li__JXNM *)li__BAQK));
  } break;
  case __li__21LO__: {
    li__UILV=((__li__21LO *)li__BAQK);
    li__XZFQ(((__li__DZB *)li__UILV->li__KJXO),li__UILV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__CAQK=li__SDPP(li__UILV);
    li__XO2U=li__CAQK;
  } break;
  case __li__TPOO__: {
    li__XILV=((__li__TPOO *)li__BAQK);
    li__IZFQ(((__li__DZB *)li__XILV->li__5IXO),li__XILV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__XILV->li__5IXO));
    li__XO2U=NULL;
  } break;
  case __li__URRO__: {
    li__XO2U=li__3G4R(((__li__URRO *)li__BAQK));
  } break;
  case __li__41XO__: {
    li__XO2U=li__M2CQ(((__li__41XO *)li__BAQK));
  } break;
  case __li__AKBR__: {
    li__XO2U=li__WLDS(((__li__AKBR *)li__BAQK));
  } break;
  case __li__SU5R__: {
    li__XO2U=li__0AJS(((__li__SU5R *)li__BAQK));
  } break;
  case __li__JV5R__: {
    li__XO2U=li__LBJS(((__li__JV5R *)li__BAQK));
  } break;
  };
  li__55PK=li__XO2U;
  return(li__55PK);
}

static void* li__PAQK(__li__LOWI *li__QAQK)
/* (Strict EXPR_DIV{li__LOWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__TAQK,*li__MP2U;
  void *li__UAQK,*li__RAQK;
  __li__KMFK *li__LJLV;
  __li__21LO *li__SJLV;
  __li__TPOO *li__VJLV;
  __li__KI *li__UP2U;
  li__TAQK=li__QAQK->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TAQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UAQK=NULL;
  } break;
  case __li__AVBD__: {
    li__UAQK=li__HJQI(((__li__AVBD *)li__TAQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UAQK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UAQK=NULL;
  } break;
  case __li__Z4WH__: {
    li__UAQK=li__O2PK(((__li__Z4WH *)li__TAQK));
  } break;
  case __li__KTVI__: {
    li__MP2U=li__N4VK(((__li__KTVI *)li__TAQK));
    li__UAQK=li__MP2U;
  } break;
  case __li__LTVI__: {
    li__UAQK=li__SO5L(((__li__LTVI *)li__TAQK));
  } break;
  case __li__XTVI__: {
    li__MP2U=li__SEWK(((__li__XTVI *)li__TAQK));
    li__UAQK=li__MP2U;
  } break;
  case __li__YTVI__: {
    li__UAQK=li__DP5L(((__li__YTVI *)li__TAQK));
  } break;
  case __li__S2VI__: {
    li__UAQK=li__L3PK(((__li__S2VI *)li__TAQK));
  } break;
  case __li__E3VI__: {
    li__UAQK=li__33PK(((__li__E3VI *)li__TAQK));
  } break;
  case __li__KLWI__: {
    li__LJLV=((__li__KMFK *)((__li__KLWI *)li__TAQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__LJLV->li__3RFK),li__LJLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UAQK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__UAQK=NULL;
  } break;
  case __li__NMWI__: {
    li__UAQK=li__Z4PK(((__li__NMWI *)li__TAQK));
  } break;
  case __li__BNWI__: {
    li__UAQK=li__L5PK(((__li__BNWI *)li__TAQK));
  } break;
  case __li__XNWI__: {
    li__UAQK=li__35PK(((__li__XNWI *)li__TAQK));
  } break;
  case __li__LOWI__: {
    li__UAQK=li__PAQK(((__li__LOWI *)li__TAQK));
  } break;
  case __li__5OWI__: {
    li__UAQK=li__BBQK(((__li__5OWI *)li__TAQK));
  } break;
  case __li__TPWI__: {
    li__UAQK=li__TBQK(((__li__TPWI *)li__TAQK));
  } break;
  case __li__HQWI__: {
    li__UAQK=li__FCQK(((__li__HQWI *)li__TAQK));
  } break;
  case __li__ARWI__: {
    li__MP2U=li__OQWK(((__li__ARWI *)li__TAQK));
    li__UAQK=li__MP2U;
  } break;
  case __li__URWI__: {
    li__UAQK=li__1CQK(((__li__URWI *)li__TAQK));
  } break;
  case __li__ETWI__: {
    li__UAQK=li__QDQK(((__li__ETWI *)li__TAQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UAQK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UAQK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UAQK=NULL;
  } break;
  case __li__KMFK__: {
    li__LJLV=((__li__KMFK *)li__TAQK);
    li__HXPN(((__li__VTBD *)li__LJLV->li__3RFK),li__LJLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UAQK=NULL;
  } break;
  case __li__XOHL__: {
    li__UAQK=li__A2NN(((__li__XOHL *)li__TAQK));
  } break;
  case __li__FPHL__: {
    li__UAQK=li__UP5L(((__li__FPHL *)li__TAQK));
  } break;
  case __li__APLM__: {
    li__UAQK=li__11CQ(((__li__APLM *)li__TAQK));
  } break;
  case __li__DTNM__: {
    li__UAQK=li__SGSO(((__li__DTNM *)li__TAQK));
  } break;
  case __li__JXNM__: {
    li__UAQK=li__LZ3R(((__li__JXNM *)li__TAQK));
  } break;
  case __li__21LO__: {
    li__SJLV=((__li__21LO *)li__TAQK);
    li__XZFQ(((__li__DZB *)li__SJLV->li__KJXO),li__SJLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__MP2U=li__SDPP(li__SJLV);
    li__UAQK=li__MP2U;
  } break;
  case __li__TPOO__: {
    li__VJLV=((__li__TPOO *)li__TAQK);
    li__IZFQ(((__li__DZB *)li__VJLV->li__5IXO),li__VJLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__VJLV->li__5IXO));
    li__UAQK=NULL;
  } break;
  case __li__URRO__: {
    li__UAQK=li__3G4R(((__li__URRO *)li__TAQK));
  } break;
  case __li__41XO__: {
    li__UAQK=li__M2CQ(((__li__41XO *)li__TAQK));
  } break;
  case __li__AKBR__: {
    li__UAQK=li__WLDS(((__li__AKBR *)li__TAQK));
  } break;
  case __li__SU5R__: {
    li__UAQK=li__0AJS(((__li__SU5R *)li__TAQK));
  } break;
  case __li__JV5R__: {
    li__UAQK=li__LBJS(((__li__JV5R *)li__TAQK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__UAQK != (void *)NULL)) {
    li__UP2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__UP2U->li__2OLE),li__UAQK,(__li__K)(li__UP2U->li__OJTE -  1));
    li__UP2U->li__OJTE=(__li__K)(li__UP2U->li__OJTE +  1);
    li__WVRE(li__UP2U);
  };
  li__TAQK=li__QAQK->li__MOWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TAQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__MP2U=NULL;
  } break;
  case __li__AVBD__: {
    li__MP2U=li__HJQI(((__li__AVBD *)li__TAQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__MP2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__MP2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__MP2U=li__O2PK(((__li__Z4WH *)li__TAQK));
  } break;
  case __li__KTVI__: {
    li__UAQK=li__N4VK(((__li__KTVI *)li__TAQK));
    li__MP2U=li__UAQK;
  } break;
  case __li__LTVI__: {
    li__MP2U=li__SO5L(((__li__LTVI *)li__TAQK));
  } break;
  case __li__XTVI__: {
    li__UAQK=li__SEWK(((__li__XTVI *)li__TAQK));
    li__MP2U=li__UAQK;
  } break;
  case __li__YTVI__: {
    li__MP2U=li__DP5L(((__li__YTVI *)li__TAQK));
  } break;
  case __li__S2VI__: {
    li__MP2U=li__L3PK(((__li__S2VI *)li__TAQK));
  } break;
  case __li__E3VI__: {
    li__MP2U=li__33PK(((__li__E3VI *)li__TAQK));
  } break;
  case __li__KLWI__: {
    li__LJLV=((__li__KMFK *)((__li__KLWI *)li__TAQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__LJLV->li__3RFK),li__LJLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__MP2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__MP2U=NULL;
  } break;
  case __li__NMWI__: {
    li__MP2U=li__Z4PK(((__li__NMWI *)li__TAQK));
  } break;
  case __li__BNWI__: {
    li__MP2U=li__L5PK(((__li__BNWI *)li__TAQK));
  } break;
  case __li__XNWI__: {
    li__MP2U=li__35PK(((__li__XNWI *)li__TAQK));
  } break;
  case __li__LOWI__: {
    li__MP2U=li__PAQK(((__li__LOWI *)li__TAQK));
  } break;
  case __li__5OWI__: {
    li__MP2U=li__BBQK(((__li__5OWI *)li__TAQK));
  } break;
  case __li__TPWI__: {
    li__MP2U=li__TBQK(((__li__TPWI *)li__TAQK));
  } break;
  case __li__HQWI__: {
    li__MP2U=li__FCQK(((__li__HQWI *)li__TAQK));
  } break;
  case __li__ARWI__: {
    li__UAQK=li__OQWK(((__li__ARWI *)li__TAQK));
    li__MP2U=li__UAQK;
  } break;
  case __li__URWI__: {
    li__MP2U=li__1CQK(((__li__URWI *)li__TAQK));
  } break;
  case __li__ETWI__: {
    li__MP2U=li__QDQK(((__li__ETWI *)li__TAQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__MP2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__MP2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__MP2U=NULL;
  } break;
  case __li__KMFK__: {
    li__LJLV=((__li__KMFK *)li__TAQK);
    li__HXPN(((__li__VTBD *)li__LJLV->li__3RFK),li__LJLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__MP2U=NULL;
  } break;
  case __li__XOHL__: {
    li__MP2U=li__A2NN(((__li__XOHL *)li__TAQK));
  } break;
  case __li__FPHL__: {
    li__MP2U=li__UP5L(((__li__FPHL *)li__TAQK));
  } break;
  case __li__APLM__: {
    li__MP2U=li__11CQ(((__li__APLM *)li__TAQK));
  } break;
  case __li__DTNM__: {
    li__MP2U=li__SGSO(((__li__DTNM *)li__TAQK));
  } break;
  case __li__JXNM__: {
    li__MP2U=li__LZ3R(((__li__JXNM *)li__TAQK));
  } break;
  case __li__21LO__: {
    li__SJLV=((__li__21LO *)li__TAQK);
    li__XZFQ(((__li__DZB *)li__SJLV->li__KJXO),li__SJLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UAQK=li__SDPP(li__SJLV);
    li__MP2U=li__UAQK;
  } break;
  case __li__TPOO__: {
    li__VJLV=((__li__TPOO *)li__TAQK);
    li__IZFQ(((__li__DZB *)li__VJLV->li__5IXO),li__VJLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__VJLV->li__5IXO));
    li__MP2U=NULL;
  } break;
  case __li__URRO__: {
    li__MP2U=li__3G4R(((__li__URRO *)li__TAQK));
  } break;
  case __li__41XO__: {
    li__MP2U=li__M2CQ(((__li__41XO *)li__TAQK));
  } break;
  case __li__AKBR__: {
    li__MP2U=li__WLDS(((__li__AKBR *)li__TAQK));
  } break;
  case __li__SU5R__: {
    li__MP2U=li__0AJS(((__li__SU5R *)li__TAQK));
  } break;
  case __li__JV5R__: {
    li__MP2U=li__LBJS(((__li__JV5R *)li__TAQK));
  } break;
  };
  li__RAQK=li__MP2U;
  return(li__RAQK);
}

static void* li__BBQK(__li__5OWI *li__CBQK)
/* (Strict EXPR_AND{li__5OWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__FBQK,*li__BQ2U;
  void *li__GBQK,*li__DBQK;
  __li__KMFK *li__JKLV;
  __li__21LO *li__QKLV;
  __li__TPOO *li__TKLV;
  __li__KI *li__JQ2U;
  li__FBQK=li__CBQK->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FBQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__GBQK=NULL;
  } break;
  case __li__AVBD__: {
    li__GBQK=li__HJQI(((__li__AVBD *)li__FBQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__GBQK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__GBQK=NULL;
  } break;
  case __li__Z4WH__: {
    li__GBQK=li__O2PK(((__li__Z4WH *)li__FBQK));
  } break;
  case __li__KTVI__: {
    li__BQ2U=li__N4VK(((__li__KTVI *)li__FBQK));
    li__GBQK=li__BQ2U;
  } break;
  case __li__LTVI__: {
    li__GBQK=li__SO5L(((__li__LTVI *)li__FBQK));
  } break;
  case __li__XTVI__: {
    li__BQ2U=li__SEWK(((__li__XTVI *)li__FBQK));
    li__GBQK=li__BQ2U;
  } break;
  case __li__YTVI__: {
    li__GBQK=li__DP5L(((__li__YTVI *)li__FBQK));
  } break;
  case __li__S2VI__: {
    li__GBQK=li__L3PK(((__li__S2VI *)li__FBQK));
  } break;
  case __li__E3VI__: {
    li__GBQK=li__33PK(((__li__E3VI *)li__FBQK));
  } break;
  case __li__KLWI__: {
    li__JKLV=((__li__KMFK *)((__li__KLWI *)li__FBQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__JKLV->li__3RFK),li__JKLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__GBQK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__GBQK=NULL;
  } break;
  case __li__NMWI__: {
    li__GBQK=li__Z4PK(((__li__NMWI *)li__FBQK));
  } break;
  case __li__BNWI__: {
    li__GBQK=li__L5PK(((__li__BNWI *)li__FBQK));
  } break;
  case __li__XNWI__: {
    li__GBQK=li__35PK(((__li__XNWI *)li__FBQK));
  } break;
  case __li__LOWI__: {
    li__GBQK=li__PAQK(((__li__LOWI *)li__FBQK));
  } break;
  case __li__5OWI__: {
    li__GBQK=li__BBQK(((__li__5OWI *)li__FBQK));
  } break;
  case __li__TPWI__: {
    li__GBQK=li__TBQK(((__li__TPWI *)li__FBQK));
  } break;
  case __li__HQWI__: {
    li__GBQK=li__FCQK(((__li__HQWI *)li__FBQK));
  } break;
  case __li__ARWI__: {
    li__BQ2U=li__OQWK(((__li__ARWI *)li__FBQK));
    li__GBQK=li__BQ2U;
  } break;
  case __li__URWI__: {
    li__GBQK=li__1CQK(((__li__URWI *)li__FBQK));
  } break;
  case __li__ETWI__: {
    li__GBQK=li__QDQK(((__li__ETWI *)li__FBQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__GBQK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__GBQK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__GBQK=NULL;
  } break;
  case __li__KMFK__: {
    li__JKLV=((__li__KMFK *)li__FBQK);
    li__HXPN(((__li__VTBD *)li__JKLV->li__3RFK),li__JKLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__GBQK=NULL;
  } break;
  case __li__XOHL__: {
    li__GBQK=li__A2NN(((__li__XOHL *)li__FBQK));
  } break;
  case __li__FPHL__: {
    li__GBQK=li__UP5L(((__li__FPHL *)li__FBQK));
  } break;
  case __li__APLM__: {
    li__GBQK=li__11CQ(((__li__APLM *)li__FBQK));
  } break;
  case __li__DTNM__: {
    li__GBQK=li__SGSO(((__li__DTNM *)li__FBQK));
  } break;
  case __li__JXNM__: {
    li__GBQK=li__LZ3R(((__li__JXNM *)li__FBQK));
  } break;
  case __li__21LO__: {
    li__QKLV=((__li__21LO *)li__FBQK);
    li__XZFQ(((__li__DZB *)li__QKLV->li__KJXO),li__QKLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BQ2U=li__SDPP(li__QKLV);
    li__GBQK=li__BQ2U;
  } break;
  case __li__TPOO__: {
    li__TKLV=((__li__TPOO *)li__FBQK);
    li__IZFQ(((__li__DZB *)li__TKLV->li__5IXO),li__TKLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__TKLV->li__5IXO));
    li__GBQK=NULL;
  } break;
  case __li__URRO__: {
    li__GBQK=li__3G4R(((__li__URRO *)li__FBQK));
  } break;
  case __li__41XO__: {
    li__GBQK=li__M2CQ(((__li__41XO *)li__FBQK));
  } break;
  case __li__AKBR__: {
    li__GBQK=li__WLDS(((__li__AKBR *)li__FBQK));
  } break;
  case __li__SU5R__: {
    li__GBQK=li__0AJS(((__li__SU5R *)li__FBQK));
  } break;
  case __li__JV5R__: {
    li__GBQK=li__LBJS(((__li__JV5R *)li__FBQK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__GBQK != (void *)NULL)) {
    li__JQ2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__JQ2U->li__2OLE),li__GBQK,(__li__K)(li__JQ2U->li__OJTE -  1));
    li__JQ2U->li__OJTE=(__li__K)(li__JQ2U->li__OJTE +  1);
    li__WVRE(li__JQ2U);
  };
  li__FBQK=li__CBQK->li__APWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FBQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BQ2U=NULL;
  } break;
  case __li__AVBD__: {
    li__BQ2U=li__HJQI(((__li__AVBD *)li__FBQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BQ2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BQ2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__BQ2U=li__O2PK(((__li__Z4WH *)li__FBQK));
  } break;
  case __li__KTVI__: {
    li__GBQK=li__N4VK(((__li__KTVI *)li__FBQK));
    li__BQ2U=li__GBQK;
  } break;
  case __li__LTVI__: {
    li__BQ2U=li__SO5L(((__li__LTVI *)li__FBQK));
  } break;
  case __li__XTVI__: {
    li__GBQK=li__SEWK(((__li__XTVI *)li__FBQK));
    li__BQ2U=li__GBQK;
  } break;
  case __li__YTVI__: {
    li__BQ2U=li__DP5L(((__li__YTVI *)li__FBQK));
  } break;
  case __li__S2VI__: {
    li__BQ2U=li__L3PK(((__li__S2VI *)li__FBQK));
  } break;
  case __li__E3VI__: {
    li__BQ2U=li__33PK(((__li__E3VI *)li__FBQK));
  } break;
  case __li__KLWI__: {
    li__JKLV=((__li__KMFK *)((__li__KLWI *)li__FBQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__JKLV->li__3RFK),li__JKLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BQ2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__BQ2U=NULL;
  } break;
  case __li__NMWI__: {
    li__BQ2U=li__Z4PK(((__li__NMWI *)li__FBQK));
  } break;
  case __li__BNWI__: {
    li__BQ2U=li__L5PK(((__li__BNWI *)li__FBQK));
  } break;
  case __li__XNWI__: {
    li__BQ2U=li__35PK(((__li__XNWI *)li__FBQK));
  } break;
  case __li__LOWI__: {
    li__BQ2U=li__PAQK(((__li__LOWI *)li__FBQK));
  } break;
  case __li__5OWI__: {
    li__BQ2U=li__BBQK(((__li__5OWI *)li__FBQK));
  } break;
  case __li__TPWI__: {
    li__BQ2U=li__TBQK(((__li__TPWI *)li__FBQK));
  } break;
  case __li__HQWI__: {
    li__BQ2U=li__FCQK(((__li__HQWI *)li__FBQK));
  } break;
  case __li__ARWI__: {
    li__GBQK=li__OQWK(((__li__ARWI *)li__FBQK));
    li__BQ2U=li__GBQK;
  } break;
  case __li__URWI__: {
    li__BQ2U=li__1CQK(((__li__URWI *)li__FBQK));
  } break;
  case __li__ETWI__: {
    li__BQ2U=li__QDQK(((__li__ETWI *)li__FBQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BQ2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BQ2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BQ2U=NULL;
  } break;
  case __li__KMFK__: {
    li__JKLV=((__li__KMFK *)li__FBQK);
    li__HXPN(((__li__VTBD *)li__JKLV->li__3RFK),li__JKLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BQ2U=NULL;
  } break;
  case __li__XOHL__: {
    li__BQ2U=li__A2NN(((__li__XOHL *)li__FBQK));
  } break;
  case __li__FPHL__: {
    li__BQ2U=li__UP5L(((__li__FPHL *)li__FBQK));
  } break;
  case __li__APLM__: {
    li__BQ2U=li__11CQ(((__li__APLM *)li__FBQK));
  } break;
  case __li__DTNM__: {
    li__BQ2U=li__SGSO(((__li__DTNM *)li__FBQK));
  } break;
  case __li__JXNM__: {
    li__BQ2U=li__LZ3R(((__li__JXNM *)li__FBQK));
  } break;
  case __li__21LO__: {
    li__QKLV=((__li__21LO *)li__FBQK);
    li__XZFQ(((__li__DZB *)li__QKLV->li__KJXO),li__QKLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__GBQK=li__SDPP(li__QKLV);
    li__BQ2U=li__GBQK;
  } break;
  case __li__TPOO__: {
    li__TKLV=((__li__TPOO *)li__FBQK);
    li__IZFQ(((__li__DZB *)li__TKLV->li__5IXO),li__TKLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__TKLV->li__5IXO));
    li__BQ2U=NULL;
  } break;
  case __li__URRO__: {
    li__BQ2U=li__3G4R(((__li__URRO *)li__FBQK));
  } break;
  case __li__41XO__: {
    li__BQ2U=li__M2CQ(((__li__41XO *)li__FBQK));
  } break;
  case __li__AKBR__: {
    li__BQ2U=li__WLDS(((__li__AKBR *)li__FBQK));
  } break;
  case __li__SU5R__: {
    li__BQ2U=li__0AJS(((__li__SU5R *)li__FBQK));
  } break;
  case __li__JV5R__: {
    li__BQ2U=li__LBJS(((__li__JV5R *)li__FBQK));
  } break;
  };
  li__DBQK=li__BQ2U;
  return(li__DBQK);
}

static void* li__TBQK(__li__TPWI *li__UBQK)
/* (Strict EXPR_SHIFT_R{li__TPWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__XBQK,*li__WQ2U;
  void *li__YBQK,*li__VBQK;
  __li__KMFK *li__HLLV;
  __li__21LO *li__OLLV;
  __li__TPOO *li__RLLV;
  __li__KI *li__4Q2U;
  li__XBQK=li__UBQK->li__UPWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XBQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__YBQK=NULL;
  } break;
  case __li__AVBD__: {
    li__YBQK=li__HJQI(((__li__AVBD *)li__XBQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__YBQK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__YBQK=NULL;
  } break;
  case __li__Z4WH__: {
    li__YBQK=li__O2PK(((__li__Z4WH *)li__XBQK));
  } break;
  case __li__KTVI__: {
    li__WQ2U=li__N4VK(((__li__KTVI *)li__XBQK));
    li__YBQK=li__WQ2U;
  } break;
  case __li__LTVI__: {
    li__YBQK=li__SO5L(((__li__LTVI *)li__XBQK));
  } break;
  case __li__XTVI__: {
    li__WQ2U=li__SEWK(((__li__XTVI *)li__XBQK));
    li__YBQK=li__WQ2U;
  } break;
  case __li__YTVI__: {
    li__YBQK=li__DP5L(((__li__YTVI *)li__XBQK));
  } break;
  case __li__S2VI__: {
    li__YBQK=li__L3PK(((__li__S2VI *)li__XBQK));
  } break;
  case __li__E3VI__: {
    li__YBQK=li__33PK(((__li__E3VI *)li__XBQK));
  } break;
  case __li__KLWI__: {
    li__HLLV=((__li__KMFK *)((__li__KLWI *)li__XBQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__HLLV->li__3RFK),li__HLLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__YBQK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__YBQK=NULL;
  } break;
  case __li__NMWI__: {
    li__YBQK=li__Z4PK(((__li__NMWI *)li__XBQK));
  } break;
  case __li__BNWI__: {
    li__YBQK=li__L5PK(((__li__BNWI *)li__XBQK));
  } break;
  case __li__XNWI__: {
    li__YBQK=li__35PK(((__li__XNWI *)li__XBQK));
  } break;
  case __li__LOWI__: {
    li__YBQK=li__PAQK(((__li__LOWI *)li__XBQK));
  } break;
  case __li__5OWI__: {
    li__YBQK=li__BBQK(((__li__5OWI *)li__XBQK));
  } break;
  case __li__TPWI__: {
    li__YBQK=li__TBQK(((__li__TPWI *)li__XBQK));
  } break;
  case __li__HQWI__: {
    li__YBQK=li__FCQK(((__li__HQWI *)li__XBQK));
  } break;
  case __li__ARWI__: {
    li__WQ2U=li__OQWK(((__li__ARWI *)li__XBQK));
    li__YBQK=li__WQ2U;
  } break;
  case __li__URWI__: {
    li__YBQK=li__1CQK(((__li__URWI *)li__XBQK));
  } break;
  case __li__ETWI__: {
    li__YBQK=li__QDQK(((__li__ETWI *)li__XBQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__YBQK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__YBQK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__YBQK=NULL;
  } break;
  case __li__KMFK__: {
    li__HLLV=((__li__KMFK *)li__XBQK);
    li__HXPN(((__li__VTBD *)li__HLLV->li__3RFK),li__HLLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__YBQK=NULL;
  } break;
  case __li__XOHL__: {
    li__YBQK=li__A2NN(((__li__XOHL *)li__XBQK));
  } break;
  case __li__FPHL__: {
    li__YBQK=li__UP5L(((__li__FPHL *)li__XBQK));
  } break;
  case __li__APLM__: {
    li__YBQK=li__11CQ(((__li__APLM *)li__XBQK));
  } break;
  case __li__DTNM__: {
    li__YBQK=li__SGSO(((__li__DTNM *)li__XBQK));
  } break;
  case __li__JXNM__: {
    li__YBQK=li__LZ3R(((__li__JXNM *)li__XBQK));
  } break;
  case __li__21LO__: {
    li__OLLV=((__li__21LO *)li__XBQK);
    li__XZFQ(((__li__DZB *)li__OLLV->li__KJXO),li__OLLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WQ2U=li__SDPP(li__OLLV);
    li__YBQK=li__WQ2U;
  } break;
  case __li__TPOO__: {
    li__RLLV=((__li__TPOO *)li__XBQK);
    li__IZFQ(((__li__DZB *)li__RLLV->li__5IXO),li__RLLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__RLLV->li__5IXO));
    li__YBQK=NULL;
  } break;
  case __li__URRO__: {
    li__YBQK=li__3G4R(((__li__URRO *)li__XBQK));
  } break;
  case __li__41XO__: {
    li__YBQK=li__M2CQ(((__li__41XO *)li__XBQK));
  } break;
  case __li__AKBR__: {
    li__YBQK=li__WLDS(((__li__AKBR *)li__XBQK));
  } break;
  case __li__SU5R__: {
    li__YBQK=li__0AJS(((__li__SU5R *)li__XBQK));
  } break;
  case __li__JV5R__: {
    li__YBQK=li__LBJS(((__li__JV5R *)li__XBQK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__YBQK != (void *)NULL)) {
    li__4Q2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__4Q2U->li__2OLE),li__YBQK,(__li__K)(li__4Q2U->li__OJTE -  1));
    li__4Q2U->li__OJTE=(__li__K)(li__4Q2U->li__OJTE +  1);
    li__WVRE(li__4Q2U);
  };
  li__XBQK=li__UBQK->li__UPWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XBQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WQ2U=NULL;
  } break;
  case __li__AVBD__: {
    li__WQ2U=li__HJQI(((__li__AVBD *)li__XBQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WQ2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WQ2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__WQ2U=li__O2PK(((__li__Z4WH *)li__XBQK));
  } break;
  case __li__KTVI__: {
    li__YBQK=li__N4VK(((__li__KTVI *)li__XBQK));
    li__WQ2U=li__YBQK;
  } break;
  case __li__LTVI__: {
    li__WQ2U=li__SO5L(((__li__LTVI *)li__XBQK));
  } break;
  case __li__XTVI__: {
    li__YBQK=li__SEWK(((__li__XTVI *)li__XBQK));
    li__WQ2U=li__YBQK;
  } break;
  case __li__YTVI__: {
    li__WQ2U=li__DP5L(((__li__YTVI *)li__XBQK));
  } break;
  case __li__S2VI__: {
    li__WQ2U=li__L3PK(((__li__S2VI *)li__XBQK));
  } break;
  case __li__E3VI__: {
    li__WQ2U=li__33PK(((__li__E3VI *)li__XBQK));
  } break;
  case __li__KLWI__: {
    li__HLLV=((__li__KMFK *)((__li__KLWI *)li__XBQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__HLLV->li__3RFK),li__HLLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WQ2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__WQ2U=NULL;
  } break;
  case __li__NMWI__: {
    li__WQ2U=li__Z4PK(((__li__NMWI *)li__XBQK));
  } break;
  case __li__BNWI__: {
    li__WQ2U=li__L5PK(((__li__BNWI *)li__XBQK));
  } break;
  case __li__XNWI__: {
    li__WQ2U=li__35PK(((__li__XNWI *)li__XBQK));
  } break;
  case __li__LOWI__: {
    li__WQ2U=li__PAQK(((__li__LOWI *)li__XBQK));
  } break;
  case __li__5OWI__: {
    li__WQ2U=li__BBQK(((__li__5OWI *)li__XBQK));
  } break;
  case __li__TPWI__: {
    li__WQ2U=li__TBQK(((__li__TPWI *)li__XBQK));
  } break;
  case __li__HQWI__: {
    li__WQ2U=li__FCQK(((__li__HQWI *)li__XBQK));
  } break;
  case __li__ARWI__: {
    li__YBQK=li__OQWK(((__li__ARWI *)li__XBQK));
    li__WQ2U=li__YBQK;
  } break;
  case __li__URWI__: {
    li__WQ2U=li__1CQK(((__li__URWI *)li__XBQK));
  } break;
  case __li__ETWI__: {
    li__WQ2U=li__QDQK(((__li__ETWI *)li__XBQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WQ2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WQ2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WQ2U=NULL;
  } break;
  case __li__KMFK__: {
    li__HLLV=((__li__KMFK *)li__XBQK);
    li__HXPN(((__li__VTBD *)li__HLLV->li__3RFK),li__HLLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WQ2U=NULL;
  } break;
  case __li__XOHL__: {
    li__WQ2U=li__A2NN(((__li__XOHL *)li__XBQK));
  } break;
  case __li__FPHL__: {
    li__WQ2U=li__UP5L(((__li__FPHL *)li__XBQK));
  } break;
  case __li__APLM__: {
    li__WQ2U=li__11CQ(((__li__APLM *)li__XBQK));
  } break;
  case __li__DTNM__: {
    li__WQ2U=li__SGSO(((__li__DTNM *)li__XBQK));
  } break;
  case __li__JXNM__: {
    li__WQ2U=li__LZ3R(((__li__JXNM *)li__XBQK));
  } break;
  case __li__21LO__: {
    li__OLLV=((__li__21LO *)li__XBQK);
    li__XZFQ(((__li__DZB *)li__OLLV->li__KJXO),li__OLLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__YBQK=li__SDPP(li__OLLV);
    li__WQ2U=li__YBQK;
  } break;
  case __li__TPOO__: {
    li__RLLV=((__li__TPOO *)li__XBQK);
    li__IZFQ(((__li__DZB *)li__RLLV->li__5IXO),li__RLLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__RLLV->li__5IXO));
    li__WQ2U=NULL;
  } break;
  case __li__URRO__: {
    li__WQ2U=li__3G4R(((__li__URRO *)li__XBQK));
  } break;
  case __li__41XO__: {
    li__WQ2U=li__M2CQ(((__li__41XO *)li__XBQK));
  } break;
  case __li__AKBR__: {
    li__WQ2U=li__WLDS(((__li__AKBR *)li__XBQK));
  } break;
  case __li__SU5R__: {
    li__WQ2U=li__0AJS(((__li__SU5R *)li__XBQK));
  } break;
  case __li__JV5R__: {
    li__WQ2U=li__LBJS(((__li__JV5R *)li__XBQK));
  } break;
  };
  li__VBQK=li__WQ2U;
  return(li__VBQK);
}

static void* li__FCQK(__li__HQWI *li__GCQK)
/* (Strict EXPR_SHIFT_L{li__HQWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__JCQK,*li__LR2U;
  void *li__KCQK,*li__HCQK;
  __li__KMFK *li__FMLV;
  __li__21LO *li__MMLV;
  __li__TPOO *li__PMLV;
  __li__KI *li__TR2U;
  li__JCQK=li__GCQK->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JCQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__KCQK=NULL;
  } break;
  case __li__AVBD__: {
    li__KCQK=li__HJQI(((__li__AVBD *)li__JCQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__KCQK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__KCQK=NULL;
  } break;
  case __li__Z4WH__: {
    li__KCQK=li__O2PK(((__li__Z4WH *)li__JCQK));
  } break;
  case __li__KTVI__: {
    li__LR2U=li__N4VK(((__li__KTVI *)li__JCQK));
    li__KCQK=li__LR2U;
  } break;
  case __li__LTVI__: {
    li__KCQK=li__SO5L(((__li__LTVI *)li__JCQK));
  } break;
  case __li__XTVI__: {
    li__LR2U=li__SEWK(((__li__XTVI *)li__JCQK));
    li__KCQK=li__LR2U;
  } break;
  case __li__YTVI__: {
    li__KCQK=li__DP5L(((__li__YTVI *)li__JCQK));
  } break;
  case __li__S2VI__: {
    li__KCQK=li__L3PK(((__li__S2VI *)li__JCQK));
  } break;
  case __li__E3VI__: {
    li__KCQK=li__33PK(((__li__E3VI *)li__JCQK));
  } break;
  case __li__KLWI__: {
    li__FMLV=((__li__KMFK *)((__li__KLWI *)li__JCQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__FMLV->li__3RFK),li__FMLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__KCQK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__KCQK=NULL;
  } break;
  case __li__NMWI__: {
    li__KCQK=li__Z4PK(((__li__NMWI *)li__JCQK));
  } break;
  case __li__BNWI__: {
    li__KCQK=li__L5PK(((__li__BNWI *)li__JCQK));
  } break;
  case __li__XNWI__: {
    li__KCQK=li__35PK(((__li__XNWI *)li__JCQK));
  } break;
  case __li__LOWI__: {
    li__KCQK=li__PAQK(((__li__LOWI *)li__JCQK));
  } break;
  case __li__5OWI__: {
    li__KCQK=li__BBQK(((__li__5OWI *)li__JCQK));
  } break;
  case __li__TPWI__: {
    li__KCQK=li__TBQK(((__li__TPWI *)li__JCQK));
  } break;
  case __li__HQWI__: {
    li__KCQK=li__FCQK(((__li__HQWI *)li__JCQK));
  } break;
  case __li__ARWI__: {
    li__LR2U=li__OQWK(((__li__ARWI *)li__JCQK));
    li__KCQK=li__LR2U;
  } break;
  case __li__URWI__: {
    li__KCQK=li__1CQK(((__li__URWI *)li__JCQK));
  } break;
  case __li__ETWI__: {
    li__KCQK=li__QDQK(((__li__ETWI *)li__JCQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__KCQK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__KCQK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__KCQK=NULL;
  } break;
  case __li__KMFK__: {
    li__FMLV=((__li__KMFK *)li__JCQK);
    li__HXPN(((__li__VTBD *)li__FMLV->li__3RFK),li__FMLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__KCQK=NULL;
  } break;
  case __li__XOHL__: {
    li__KCQK=li__A2NN(((__li__XOHL *)li__JCQK));
  } break;
  case __li__FPHL__: {
    li__KCQK=li__UP5L(((__li__FPHL *)li__JCQK));
  } break;
  case __li__APLM__: {
    li__KCQK=li__11CQ(((__li__APLM *)li__JCQK));
  } break;
  case __li__DTNM__: {
    li__KCQK=li__SGSO(((__li__DTNM *)li__JCQK));
  } break;
  case __li__JXNM__: {
    li__KCQK=li__LZ3R(((__li__JXNM *)li__JCQK));
  } break;
  case __li__21LO__: {
    li__MMLV=((__li__21LO *)li__JCQK);
    li__XZFQ(((__li__DZB *)li__MMLV->li__KJXO),li__MMLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__LR2U=li__SDPP(li__MMLV);
    li__KCQK=li__LR2U;
  } break;
  case __li__TPOO__: {
    li__PMLV=((__li__TPOO *)li__JCQK);
    li__IZFQ(((__li__DZB *)li__PMLV->li__5IXO),li__PMLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__PMLV->li__5IXO));
    li__KCQK=NULL;
  } break;
  case __li__URRO__: {
    li__KCQK=li__3G4R(((__li__URRO *)li__JCQK));
  } break;
  case __li__41XO__: {
    li__KCQK=li__M2CQ(((__li__41XO *)li__JCQK));
  } break;
  case __li__AKBR__: {
    li__KCQK=li__WLDS(((__li__AKBR *)li__JCQK));
  } break;
  case __li__SU5R__: {
    li__KCQK=li__0AJS(((__li__SU5R *)li__JCQK));
  } break;
  case __li__JV5R__: {
    li__KCQK=li__LBJS(((__li__JV5R *)li__JCQK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__KCQK != (void *)NULL)) {
    li__TR2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__TR2U->li__2OLE),li__KCQK,(__li__K)(li__TR2U->li__OJTE -  1));
    li__TR2U->li__OJTE=(__li__K)(li__TR2U->li__OJTE +  1);
    li__WVRE(li__TR2U);
  };
  li__JCQK=li__GCQK->li__IQWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JCQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__LR2U=NULL;
  } break;
  case __li__AVBD__: {
    li__LR2U=li__HJQI(((__li__AVBD *)li__JCQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__LR2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__LR2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__LR2U=li__O2PK(((__li__Z4WH *)li__JCQK));
  } break;
  case __li__KTVI__: {
    li__KCQK=li__N4VK(((__li__KTVI *)li__JCQK));
    li__LR2U=li__KCQK;
  } break;
  case __li__LTVI__: {
    li__LR2U=li__SO5L(((__li__LTVI *)li__JCQK));
  } break;
  case __li__XTVI__: {
    li__KCQK=li__SEWK(((__li__XTVI *)li__JCQK));
    li__LR2U=li__KCQK;
  } break;
  case __li__YTVI__: {
    li__LR2U=li__DP5L(((__li__YTVI *)li__JCQK));
  } break;
  case __li__S2VI__: {
    li__LR2U=li__L3PK(((__li__S2VI *)li__JCQK));
  } break;
  case __li__E3VI__: {
    li__LR2U=li__33PK(((__li__E3VI *)li__JCQK));
  } break;
  case __li__KLWI__: {
    li__FMLV=((__li__KMFK *)((__li__KLWI *)li__JCQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__FMLV->li__3RFK),li__FMLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__LR2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__LR2U=NULL;
  } break;
  case __li__NMWI__: {
    li__LR2U=li__Z4PK(((__li__NMWI *)li__JCQK));
  } break;
  case __li__BNWI__: {
    li__LR2U=li__L5PK(((__li__BNWI *)li__JCQK));
  } break;
  case __li__XNWI__: {
    li__LR2U=li__35PK(((__li__XNWI *)li__JCQK));
  } break;
  case __li__LOWI__: {
    li__LR2U=li__PAQK(((__li__LOWI *)li__JCQK));
  } break;
  case __li__5OWI__: {
    li__LR2U=li__BBQK(((__li__5OWI *)li__JCQK));
  } break;
  case __li__TPWI__: {
    li__LR2U=li__TBQK(((__li__TPWI *)li__JCQK));
  } break;
  case __li__HQWI__: {
    li__LR2U=li__FCQK(((__li__HQWI *)li__JCQK));
  } break;
  case __li__ARWI__: {
    li__KCQK=li__OQWK(((__li__ARWI *)li__JCQK));
    li__LR2U=li__KCQK;
  } break;
  case __li__URWI__: {
    li__LR2U=li__1CQK(((__li__URWI *)li__JCQK));
  } break;
  case __li__ETWI__: {
    li__LR2U=li__QDQK(((__li__ETWI *)li__JCQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__LR2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__LR2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__LR2U=NULL;
  } break;
  case __li__KMFK__: {
    li__FMLV=((__li__KMFK *)li__JCQK);
    li__HXPN(((__li__VTBD *)li__FMLV->li__3RFK),li__FMLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__LR2U=NULL;
  } break;
  case __li__XOHL__: {
    li__LR2U=li__A2NN(((__li__XOHL *)li__JCQK));
  } break;
  case __li__FPHL__: {
    li__LR2U=li__UP5L(((__li__FPHL *)li__JCQK));
  } break;
  case __li__APLM__: {
    li__LR2U=li__11CQ(((__li__APLM *)li__JCQK));
  } break;
  case __li__DTNM__: {
    li__LR2U=li__SGSO(((__li__DTNM *)li__JCQK));
  } break;
  case __li__JXNM__: {
    li__LR2U=li__LZ3R(((__li__JXNM *)li__JCQK));
  } break;
  case __li__21LO__: {
    li__MMLV=((__li__21LO *)li__JCQK);
    li__XZFQ(((__li__DZB *)li__MMLV->li__KJXO),li__MMLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__KCQK=li__SDPP(li__MMLV);
    li__LR2U=li__KCQK;
  } break;
  case __li__TPOO__: {
    li__PMLV=((__li__TPOO *)li__JCQK);
    li__IZFQ(((__li__DZB *)li__PMLV->li__5IXO),li__PMLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__PMLV->li__5IXO));
    li__LR2U=NULL;
  } break;
  case __li__URRO__: {
    li__LR2U=li__3G4R(((__li__URRO *)li__JCQK));
  } break;
  case __li__41XO__: {
    li__LR2U=li__M2CQ(((__li__41XO *)li__JCQK));
  } break;
  case __li__AKBR__: {
    li__LR2U=li__WLDS(((__li__AKBR *)li__JCQK));
  } break;
  case __li__SU5R__: {
    li__LR2U=li__0AJS(((__li__SU5R *)li__JCQK));
  } break;
  case __li__JV5R__: {
    li__LR2U=li__LBJS(((__li__JV5R *)li__JCQK));
  } break;
  };
  li__HCQK=li__LR2U;
  return(li__HCQK);
}

static void* li__OQWK(__li__ARWI *li__PQWK)
/* (Strict PUT_TO{li__ARWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__RQWK,*li__SQWK,*li__QQWK;
  li__RQWK=li__PQWK->li__YRBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RQWK)->__id) {
  case __li__WK__: {
    li__SQWK=((__li__WK *)li__RQWK);
  } break;
  case __li__AVBD__: {
    li__SQWK=li__IVAJ(((__li__AVBD *)li__RQWK));
  } break;
  case __li__KVBD__: {
    li__SQWK=((__li__KVBD *)li__RQWK);
  } break;
  case __li__WVBD__: {
    li__SQWK=((__li__WVBD *)li__RQWK);
  } break;
  case __li__Z4WH__: {
    li__SQWK=li__H52K();
  } break;
  case __li__KTVI__: {
    li__SQWK=li__N4VK(((__li__KTVI *)li__RQWK));
  } break;
  case __li__LTVI__: {
    li__SQWK=li__AJAM(((__li__LTVI *)li__RQWK));
  } break;
  case __li__XTVI__: {
    li__SQWK=li__SEWK(((__li__XTVI *)li__RQWK));
  } break;
  case __li__YTVI__: {
    li__SQWK=li__0OAM(((__li__YTVI *)li__RQWK));
  } break;
  case __li__S2VI__: {
    li__SQWK=li__YU2K(((__li__S2VI *)li__RQWK));
  } break;
  case __li__E3VI__: {
    li__SQWK=li__CZ2K(((__li__E3VI *)li__RQWK));
  } break;
  case __li__KLWI__: {
    li__SQWK=li__M52K(((__li__KLWI *)li__RQWK));
  } break;
  case __li__ULWI__: {
    li__SQWK=((__li__ULWI *)li__RQWK);
  } break;
  case __li__NMWI__: {
    li__SQWK=li__YA3K(((__li__NMWI *)li__RQWK));
  } break;
  case __li__BNWI__: {
    li__SQWK=li__CF3K(((__li__BNWI *)li__RQWK));
  } break;
  case __li__XNWI__: {
    li__SQWK=li__MJ3K(((__li__XNWI *)li__RQWK));
  } break;
  case __li__LOWI__: {
    li__SQWK=li__WN3K(((__li__LOWI *)li__RQWK));
  } break;
  case __li__5OWI__: {
    li__SQWK=li__AS3K(((__li__5OWI *)li__RQWK));
  } break;
  case __li__TPWI__: {
    li__SQWK=li__KW3K(((__li__TPWI *)li__RQWK));
  } break;
  case __li__HQWI__: {
    li__SQWK=li__U03K(((__li__HQWI *)li__RQWK));
  } break;
  case __li__ARWI__: {
    li__SQWK=li__OQWK(((__li__ARWI *)li__RQWK));
  } break;
  case __li__URWI__: {
    li__SQWK=li__443K(((__li__URWI *)li__RQWK));
  } break;
  case __li__MSWI__: {
    li__SQWK=((__li__MSWI *)li__RQWK);
  } break;
  case __li__ETWI__: {
    li__SQWK=li__K53K(((__li__ETWI *)li__RQWK));
  } break;
  case __li__MZWI__: {
    li__SQWK=((__li__MZWI *)li__RQWK);
  } break;
  case __li__C0WI__: {
    li__SQWK=((__li__C0WI *)li__RQWK);
  } break;
  case __li__M1WI__: {
    li__SQWK=((__li__M1WI *)li__RQWK);
  } break;
  case __li__KMFK__: {
    li__SQWK=li__QF3L(((__li__KMFK *)li__RQWK));
  } break;
  case __li__XOHL__: {
    li__SQWK=li__P2NN(((__li__XOHL *)li__RQWK));
  } break;
  case __li__FPHL__: {
    li__SQWK=li__YUAM(((__li__FPHL *)li__RQWK));
  } break;
  case __li__APLM__: {
    li__SQWK=li__C3CQ(((__li__APLM *)li__RQWK));
  } break;
  case __li__DTNM__: {
    li__SQWK=li__3GSO(((__li__DTNM *)li__RQWK));
  } break;
  case __li__JXNM__: {
    li__SQWK=li__E03R(((__li__JXNM *)li__RQWK));
  } break;
  case __li__21LO__: {
    li__SQWK=li__H1JP(((__li__21LO *)li__RQWK));
  } break;
  case __li__TPOO__: {
    li__SQWK=li__Z5JP(((__li__TPOO *)li__RQWK));
  } break;
  case __li__URRO__: {
    li__SQWK=li__MH4R(((__li__URRO *)li__RQWK));
  } break;
  case __li__41XO__: {
    li__SQWK=li__MBDQ(((__li__41XO *)li__RQWK));
  } break;
  case __li__AKBR__: {
    li__SQWK=li__KMDS(((__li__AKBR *)li__RQWK));
  } break;
  case __li__SU5R__: {
    li__SQWK=li__1CJS(((__li__SU5R *)li__RQWK));
  } break;
  case __li__JV5R__: {
    li__SQWK=li__FHJS(((__li__JV5R *)li__RQWK));
  } break;
  };
  li__PQWK->li__YRBK=li__SQWK;
  li__RQWK=li__PQWK->li__0RBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RQWK)->__id) {
  case __li__WK__: {
    li__SQWK=((__li__WK *)li__RQWK);
  } break;
  case __li__AVBD__: {
    li__SQWK=li__IVAJ(((__li__AVBD *)li__RQWK));
  } break;
  case __li__KVBD__: {
    li__SQWK=((__li__KVBD *)li__RQWK);
  } break;
  case __li__WVBD__: {
    li__SQWK=((__li__WVBD *)li__RQWK);
  } break;
  case __li__Z4WH__: {
    li__SQWK=li__H52K();
  } break;
  case __li__KTVI__: {
    li__SQWK=li__N4VK(((__li__KTVI *)li__RQWK));
  } break;
  case __li__LTVI__: {
    li__SQWK=li__AJAM(((__li__LTVI *)li__RQWK));
  } break;
  case __li__XTVI__: {
    li__SQWK=li__SEWK(((__li__XTVI *)li__RQWK));
  } break;
  case __li__YTVI__: {
    li__SQWK=li__0OAM(((__li__YTVI *)li__RQWK));
  } break;
  case __li__S2VI__: {
    li__SQWK=li__YU2K(((__li__S2VI *)li__RQWK));
  } break;
  case __li__E3VI__: {
    li__SQWK=li__CZ2K(((__li__E3VI *)li__RQWK));
  } break;
  case __li__KLWI__: {
    li__SQWK=li__M52K(((__li__KLWI *)li__RQWK));
  } break;
  case __li__ULWI__: {
    li__SQWK=((__li__ULWI *)li__RQWK);
  } break;
  case __li__NMWI__: {
    li__SQWK=li__YA3K(((__li__NMWI *)li__RQWK));
  } break;
  case __li__BNWI__: {
    li__SQWK=li__CF3K(((__li__BNWI *)li__RQWK));
  } break;
  case __li__XNWI__: {
    li__SQWK=li__MJ3K(((__li__XNWI *)li__RQWK));
  } break;
  case __li__LOWI__: {
    li__SQWK=li__WN3K(((__li__LOWI *)li__RQWK));
  } break;
  case __li__5OWI__: {
    li__SQWK=li__AS3K(((__li__5OWI *)li__RQWK));
  } break;
  case __li__TPWI__: {
    li__SQWK=li__KW3K(((__li__TPWI *)li__RQWK));
  } break;
  case __li__HQWI__: {
    li__SQWK=li__U03K(((__li__HQWI *)li__RQWK));
  } break;
  case __li__ARWI__: {
    li__SQWK=li__OQWK(((__li__ARWI *)li__RQWK));
  } break;
  case __li__URWI__: {
    li__SQWK=li__443K(((__li__URWI *)li__RQWK));
  } break;
  case __li__MSWI__: {
    li__SQWK=((__li__MSWI *)li__RQWK);
  } break;
  case __li__ETWI__: {
    li__SQWK=li__K53K(((__li__ETWI *)li__RQWK));
  } break;
  case __li__MZWI__: {
    li__SQWK=((__li__MZWI *)li__RQWK);
  } break;
  case __li__C0WI__: {
    li__SQWK=((__li__C0WI *)li__RQWK);
  } break;
  case __li__M1WI__: {
    li__SQWK=((__li__M1WI *)li__RQWK);
  } break;
  case __li__KMFK__: {
    li__SQWK=li__QF3L(((__li__KMFK *)li__RQWK));
  } break;
  case __li__XOHL__: {
    li__SQWK=li__P2NN(((__li__XOHL *)li__RQWK));
  } break;
  case __li__FPHL__: {
    li__SQWK=li__YUAM(((__li__FPHL *)li__RQWK));
  } break;
  case __li__APLM__: {
    li__SQWK=li__C3CQ(((__li__APLM *)li__RQWK));
  } break;
  case __li__DTNM__: {
    li__SQWK=li__3GSO(((__li__DTNM *)li__RQWK));
  } break;
  case __li__JXNM__: {
    li__SQWK=li__E03R(((__li__JXNM *)li__RQWK));
  } break;
  case __li__21LO__: {
    li__SQWK=li__H1JP(((__li__21LO *)li__RQWK));
  } break;
  case __li__TPOO__: {
    li__SQWK=li__Z5JP(((__li__TPOO *)li__RQWK));
  } break;
  case __li__URRO__: {
    li__SQWK=li__MH4R(((__li__URRO *)li__RQWK));
  } break;
  case __li__41XO__: {
    li__SQWK=li__MBDQ(((__li__41XO *)li__RQWK));
  } break;
  case __li__AKBR__: {
    li__SQWK=li__KMDS(((__li__AKBR *)li__RQWK));
  } break;
  case __li__SU5R__: {
    li__SQWK=li__1CJS(((__li__SU5R *)li__RQWK));
  } break;
  case __li__JV5R__: {
    li__SQWK=li__FHJS(((__li__JV5R *)li__RQWK));
  } break;
  };
  li__PQWK->li__0RBK=li__SQWK;
  li__RQWK=li__PQWK->li__2RBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RQWK)->__id) {
  case __li__WK__: {
    li__SQWK=((__li__WK *)li__RQWK);
  } break;
  case __li__AVBD__: {
    li__SQWK=li__IVAJ(((__li__AVBD *)li__RQWK));
  } break;
  case __li__KVBD__: {
    li__SQWK=((__li__KVBD *)li__RQWK);
  } break;
  case __li__WVBD__: {
    li__SQWK=((__li__WVBD *)li__RQWK);
  } break;
  case __li__Z4WH__: {
    li__SQWK=li__H52K();
  } break;
  case __li__KTVI__: {
    li__SQWK=li__N4VK(((__li__KTVI *)li__RQWK));
  } break;
  case __li__LTVI__: {
    li__SQWK=li__AJAM(((__li__LTVI *)li__RQWK));
  } break;
  case __li__XTVI__: {
    li__SQWK=li__SEWK(((__li__XTVI *)li__RQWK));
  } break;
  case __li__YTVI__: {
    li__SQWK=li__0OAM(((__li__YTVI *)li__RQWK));
  } break;
  case __li__S2VI__: {
    li__SQWK=li__YU2K(((__li__S2VI *)li__RQWK));
  } break;
  case __li__E3VI__: {
    li__SQWK=li__CZ2K(((__li__E3VI *)li__RQWK));
  } break;
  case __li__KLWI__: {
    li__SQWK=li__M52K(((__li__KLWI *)li__RQWK));
  } break;
  case __li__ULWI__: {
    li__SQWK=((__li__ULWI *)li__RQWK);
  } break;
  case __li__NMWI__: {
    li__SQWK=li__YA3K(((__li__NMWI *)li__RQWK));
  } break;
  case __li__BNWI__: {
    li__SQWK=li__CF3K(((__li__BNWI *)li__RQWK));
  } break;
  case __li__XNWI__: {
    li__SQWK=li__MJ3K(((__li__XNWI *)li__RQWK));
  } break;
  case __li__LOWI__: {
    li__SQWK=li__WN3K(((__li__LOWI *)li__RQWK));
  } break;
  case __li__5OWI__: {
    li__SQWK=li__AS3K(((__li__5OWI *)li__RQWK));
  } break;
  case __li__TPWI__: {
    li__SQWK=li__KW3K(((__li__TPWI *)li__RQWK));
  } break;
  case __li__HQWI__: {
    li__SQWK=li__U03K(((__li__HQWI *)li__RQWK));
  } break;
  case __li__ARWI__: {
    li__SQWK=li__OQWK(((__li__ARWI *)li__RQWK));
  } break;
  case __li__URWI__: {
    li__SQWK=li__443K(((__li__URWI *)li__RQWK));
  } break;
  case __li__MSWI__: {
    li__SQWK=((__li__MSWI *)li__RQWK);
  } break;
  case __li__ETWI__: {
    li__SQWK=li__K53K(((__li__ETWI *)li__RQWK));
  } break;
  case __li__MZWI__: {
    li__SQWK=((__li__MZWI *)li__RQWK);
  } break;
  case __li__C0WI__: {
    li__SQWK=((__li__C0WI *)li__RQWK);
  } break;
  case __li__M1WI__: {
    li__SQWK=((__li__M1WI *)li__RQWK);
  } break;
  case __li__KMFK__: {
    li__SQWK=li__QF3L(((__li__KMFK *)li__RQWK));
  } break;
  case __li__XOHL__: {
    li__SQWK=li__P2NN(((__li__XOHL *)li__RQWK));
  } break;
  case __li__FPHL__: {
    li__SQWK=li__YUAM(((__li__FPHL *)li__RQWK));
  } break;
  case __li__APLM__: {
    li__SQWK=li__C3CQ(((__li__APLM *)li__RQWK));
  } break;
  case __li__DTNM__: {
    li__SQWK=li__3GSO(((__li__DTNM *)li__RQWK));
  } break;
  case __li__JXNM__: {
    li__SQWK=li__E03R(((__li__JXNM *)li__RQWK));
  } break;
  case __li__21LO__: {
    li__SQWK=li__H1JP(((__li__21LO *)li__RQWK));
  } break;
  case __li__TPOO__: {
    li__SQWK=li__Z5JP(((__li__TPOO *)li__RQWK));
  } break;
  case __li__URRO__: {
    li__SQWK=li__MH4R(((__li__URRO *)li__RQWK));
  } break;
  case __li__41XO__: {
    li__SQWK=li__MBDQ(((__li__41XO *)li__RQWK));
  } break;
  case __li__AKBR__: {
    li__SQWK=li__KMDS(((__li__AKBR *)li__RQWK));
  } break;
  case __li__SU5R__: {
    li__SQWK=li__1CJS(((__li__SU5R *)li__RQWK));
  } break;
  case __li__JV5R__: {
    li__SQWK=li__FHJS(((__li__JV5R *)li__RQWK));
  } break;
  };
  li__PQWK->li__2RBK=li__SQWK;
  li__QQWK=li__PQWK;
  return(li__QQWK);
}

static void* li__1CQK(__li__URWI *li__2CQK)
/* (Strict ITEM{li__URWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__5CQK,*li__AS2U;
  void *li__ADQK,*li__3CQK;
  __li__KMFK *li__ANLV;
  __li__21LO *li__ENLV;
  __li__TPOO *li__HNLV;
  __li__KI *li__LS2U;
  li__5CQK=li__2CQK->li__BSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5CQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ADQK=NULL;
  } break;
  case __li__AVBD__: {
    li__ADQK=li__HJQI(((__li__AVBD *)li__5CQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ADQK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ADQK=NULL;
  } break;
  case __li__Z4WH__: {
    li__ADQK=li__O2PK(((__li__Z4WH *)li__5CQK));
  } break;
  case __li__KTVI__: {
    li__AS2U=li__N4VK(((__li__KTVI *)li__5CQK));
    li__ADQK=li__AS2U;
  } break;
  case __li__LTVI__: {
    li__ADQK=li__SO5L(((__li__LTVI *)li__5CQK));
  } break;
  case __li__XTVI__: {
    li__AS2U=li__SEWK(((__li__XTVI *)li__5CQK));
    li__ADQK=li__AS2U;
  } break;
  case __li__YTVI__: {
    li__ADQK=li__DP5L(((__li__YTVI *)li__5CQK));
  } break;
  case __li__S2VI__: {
    li__ADQK=li__L3PK(((__li__S2VI *)li__5CQK));
  } break;
  case __li__E3VI__: {
    li__ADQK=li__33PK(((__li__E3VI *)li__5CQK));
  } break;
  case __li__KLWI__: {
    li__ANLV=((__li__KMFK *)((__li__KLWI *)li__5CQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__ANLV->li__3RFK),li__ANLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ADQK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__ADQK=NULL;
  } break;
  case __li__NMWI__: {
    li__ADQK=li__Z4PK(((__li__NMWI *)li__5CQK));
  } break;
  case __li__BNWI__: {
    li__ADQK=li__L5PK(((__li__BNWI *)li__5CQK));
  } break;
  case __li__XNWI__: {
    li__ADQK=li__35PK(((__li__XNWI *)li__5CQK));
  } break;
  case __li__LOWI__: {
    li__ADQK=li__PAQK(((__li__LOWI *)li__5CQK));
  } break;
  case __li__5OWI__: {
    li__ADQK=li__BBQK(((__li__5OWI *)li__5CQK));
  } break;
  case __li__TPWI__: {
    li__ADQK=li__TBQK(((__li__TPWI *)li__5CQK));
  } break;
  case __li__HQWI__: {
    li__ADQK=li__FCQK(((__li__HQWI *)li__5CQK));
  } break;
  case __li__ARWI__: {
    li__AS2U=li__OQWK(((__li__ARWI *)li__5CQK));
    li__ADQK=li__AS2U;
  } break;
  case __li__URWI__: {
    li__ADQK=li__1CQK(((__li__URWI *)li__5CQK));
  } break;
  case __li__ETWI__: {
    li__ADQK=li__QDQK(((__li__ETWI *)li__5CQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ADQK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ADQK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ADQK=NULL;
  } break;
  case __li__KMFK__: {
    li__ANLV=((__li__KMFK *)li__5CQK);
    li__HXPN(((__li__VTBD *)li__ANLV->li__3RFK),li__ANLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ADQK=NULL;
  } break;
  case __li__XOHL__: {
    li__ADQK=li__A2NN(((__li__XOHL *)li__5CQK));
  } break;
  case __li__FPHL__: {
    li__ADQK=li__UP5L(((__li__FPHL *)li__5CQK));
  } break;
  case __li__APLM__: {
    li__ADQK=li__11CQ(((__li__APLM *)li__5CQK));
  } break;
  case __li__DTNM__: {
    li__ADQK=li__SGSO(((__li__DTNM *)li__5CQK));
  } break;
  case __li__JXNM__: {
    li__ADQK=li__LZ3R(((__li__JXNM *)li__5CQK));
  } break;
  case __li__21LO__: {
    li__ENLV=((__li__21LO *)li__5CQK);
    li__XZFQ(((__li__DZB *)li__ENLV->li__KJXO),li__ENLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AS2U=li__SDPP(li__ENLV);
    li__ADQK=li__AS2U;
  } break;
  case __li__TPOO__: {
    li__HNLV=((__li__TPOO *)li__5CQK);
    li__IZFQ(((__li__DZB *)li__HNLV->li__5IXO),li__HNLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__HNLV->li__5IXO));
    li__ADQK=NULL;
  } break;
  case __li__URRO__: {
    li__ADQK=li__3G4R(((__li__URRO *)li__5CQK));
  } break;
  case __li__41XO__: {
    li__ADQK=li__M2CQ(((__li__41XO *)li__5CQK));
  } break;
  case __li__AKBR__: {
    li__ADQK=li__WLDS(((__li__AKBR *)li__5CQK));
  } break;
  case __li__SU5R__: {
    li__ADQK=li__0AJS(((__li__SU5R *)li__5CQK));
  } break;
  case __li__JV5R__: {
    li__ADQK=li__LBJS(((__li__JV5R *)li__5CQK));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__ADQK != (void *)NULL)) {
    li__LS2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__LS2U->li__2OLE),li__ADQK,(__li__K)(li__LS2U->li__OJTE -  1));
    li__LS2U->li__OJTE=(__li__K)(li__LS2U->li__OJTE +  1);
    li__WVRE(li__LS2U);
  };
  li__5CQK=li__2CQK->li__DSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5CQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AS2U=NULL;
  } break;
  case __li__AVBD__: {
    li__AS2U=li__HJQI(((__li__AVBD *)li__5CQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AS2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AS2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__AS2U=li__O2PK(((__li__Z4WH *)li__5CQK));
  } break;
  case __li__KTVI__: {
    li__ADQK=li__N4VK(((__li__KTVI *)li__5CQK));
    li__AS2U=li__ADQK;
  } break;
  case __li__LTVI__: {
    li__AS2U=li__SO5L(((__li__LTVI *)li__5CQK));
  } break;
  case __li__XTVI__: {
    li__ADQK=li__SEWK(((__li__XTVI *)li__5CQK));
    li__AS2U=li__ADQK;
  } break;
  case __li__YTVI__: {
    li__AS2U=li__DP5L(((__li__YTVI *)li__5CQK));
  } break;
  case __li__S2VI__: {
    li__AS2U=li__L3PK(((__li__S2VI *)li__5CQK));
  } break;
  case __li__E3VI__: {
    li__AS2U=li__33PK(((__li__E3VI *)li__5CQK));
  } break;
  case __li__KLWI__: {
    li__ANLV=((__li__KMFK *)((__li__KLWI *)li__5CQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__ANLV->li__3RFK),li__ANLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AS2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__AS2U=NULL;
  } break;
  case __li__NMWI__: {
    li__AS2U=li__Z4PK(((__li__NMWI *)li__5CQK));
  } break;
  case __li__BNWI__: {
    li__AS2U=li__L5PK(((__li__BNWI *)li__5CQK));
  } break;
  case __li__XNWI__: {
    li__AS2U=li__35PK(((__li__XNWI *)li__5CQK));
  } break;
  case __li__LOWI__: {
    li__AS2U=li__PAQK(((__li__LOWI *)li__5CQK));
  } break;
  case __li__5OWI__: {
    li__AS2U=li__BBQK(((__li__5OWI *)li__5CQK));
  } break;
  case __li__TPWI__: {
    li__AS2U=li__TBQK(((__li__TPWI *)li__5CQK));
  } break;
  case __li__HQWI__: {
    li__AS2U=li__FCQK(((__li__HQWI *)li__5CQK));
  } break;
  case __li__ARWI__: {
    li__ADQK=li__OQWK(((__li__ARWI *)li__5CQK));
    li__AS2U=li__ADQK;
  } break;
  case __li__URWI__: {
    li__AS2U=li__1CQK(((__li__URWI *)li__5CQK));
  } break;
  case __li__ETWI__: {
    li__AS2U=li__QDQK(((__li__ETWI *)li__5CQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AS2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AS2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AS2U=NULL;
  } break;
  case __li__KMFK__: {
    li__ANLV=((__li__KMFK *)li__5CQK);
    li__HXPN(((__li__VTBD *)li__ANLV->li__3RFK),li__ANLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__AS2U=NULL;
  } break;
  case __li__XOHL__: {
    li__AS2U=li__A2NN(((__li__XOHL *)li__5CQK));
  } break;
  case __li__FPHL__: {
    li__AS2U=li__UP5L(((__li__FPHL *)li__5CQK));
  } break;
  case __li__APLM__: {
    li__AS2U=li__11CQ(((__li__APLM *)li__5CQK));
  } break;
  case __li__DTNM__: {
    li__AS2U=li__SGSO(((__li__DTNM *)li__5CQK));
  } break;
  case __li__JXNM__: {
    li__AS2U=li__LZ3R(((__li__JXNM *)li__5CQK));
  } break;
  case __li__21LO__: {
    li__ENLV=((__li__21LO *)li__5CQK);
    li__XZFQ(((__li__DZB *)li__ENLV->li__KJXO),li__ENLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ADQK=li__SDPP(li__ENLV);
    li__AS2U=li__ADQK;
  } break;
  case __li__TPOO__: {
    li__HNLV=((__li__TPOO *)li__5CQK);
    li__IZFQ(((__li__DZB *)li__HNLV->li__5IXO),li__HNLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__HNLV->li__5IXO));
    li__AS2U=NULL;
  } break;
  case __li__URRO__: {
    li__AS2U=li__3G4R(((__li__URRO *)li__5CQK));
  } break;
  case __li__41XO__: {
    li__AS2U=li__M2CQ(((__li__41XO *)li__5CQK));
  } break;
  case __li__AKBR__: {
    li__AS2U=li__WLDS(((__li__AKBR *)li__5CQK));
  } break;
  case __li__SU5R__: {
    li__AS2U=li__0AJS(((__li__SU5R *)li__5CQK));
  } break;
  case __li__JV5R__: {
    li__AS2U=li__LBJS(((__li__JV5R *)li__5CQK));
  } break;
  };
  li__3CQK=li__AS2U;
  return(li__3CQK);
}

static void* li__QDQK(__li__ETWI *li__RDQK)
/* (Strict CAST{li__ETWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__TDQK,*li__1S2U;
  void *li__UDQK,*li__SDQK;
  __li__KMFK *li__YNLV;
  __li__21LO *li__0NLV;
  __li__TPOO *li__3NLV;
  li__TDQK=li__RDQK->li__XSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TDQK)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UDQK=NULL;
  } break;
  case __li__AVBD__: {
    li__UDQK=li__HJQI(((__li__AVBD *)li__TDQK));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UDQK=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UDQK=NULL;
  } break;
  case __li__Z4WH__: {
    li__UDQK=li__O2PK(((__li__Z4WH *)li__TDQK));
  } break;
  case __li__KTVI__: {
    li__1S2U=li__N4VK(((__li__KTVI *)li__TDQK));
    li__UDQK=li__1S2U;
  } break;
  case __li__LTVI__: {
    li__UDQK=li__SO5L(((__li__LTVI *)li__TDQK));
  } break;
  case __li__XTVI__: {
    li__1S2U=li__SEWK(((__li__XTVI *)li__TDQK));
    li__UDQK=li__1S2U;
  } break;
  case __li__YTVI__: {
    li__UDQK=li__DP5L(((__li__YTVI *)li__TDQK));
  } break;
  case __li__S2VI__: {
    li__UDQK=li__L3PK(((__li__S2VI *)li__TDQK));
  } break;
  case __li__E3VI__: {
    li__UDQK=li__33PK(((__li__E3VI *)li__TDQK));
  } break;
  case __li__KLWI__: {
    li__YNLV=((__li__KMFK *)((__li__KLWI *)li__TDQK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__YNLV->li__3RFK),li__YNLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UDQK=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__UDQK=NULL;
  } break;
  case __li__NMWI__: {
    li__UDQK=li__Z4PK(((__li__NMWI *)li__TDQK));
  } break;
  case __li__BNWI__: {
    li__UDQK=li__L5PK(((__li__BNWI *)li__TDQK));
  } break;
  case __li__XNWI__: {
    li__UDQK=li__35PK(((__li__XNWI *)li__TDQK));
  } break;
  case __li__LOWI__: {
    li__UDQK=li__PAQK(((__li__LOWI *)li__TDQK));
  } break;
  case __li__5OWI__: {
    li__UDQK=li__BBQK(((__li__5OWI *)li__TDQK));
  } break;
  case __li__TPWI__: {
    li__UDQK=li__TBQK(((__li__TPWI *)li__TDQK));
  } break;
  case __li__HQWI__: {
    li__UDQK=li__FCQK(((__li__HQWI *)li__TDQK));
  } break;
  case __li__ARWI__: {
    li__1S2U=li__OQWK(((__li__ARWI *)li__TDQK));
    li__UDQK=li__1S2U;
  } break;
  case __li__URWI__: {
    li__UDQK=li__1CQK(((__li__URWI *)li__TDQK));
  } break;
  case __li__ETWI__: {
    li__UDQK=li__QDQK(((__li__ETWI *)li__TDQK));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UDQK=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UDQK=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UDQK=NULL;
  } break;
  case __li__KMFK__: {
    li__YNLV=((__li__KMFK *)li__TDQK);
    li__HXPN(((__li__VTBD *)li__YNLV->li__3RFK),li__YNLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__UDQK=NULL;
  } break;
  case __li__XOHL__: {
    li__UDQK=li__A2NN(((__li__XOHL *)li__TDQK));
  } break;
  case __li__FPHL__: {
    li__UDQK=li__UP5L(((__li__FPHL *)li__TDQK));
  } break;
  case __li__APLM__: {
    li__UDQK=li__11CQ(((__li__APLM *)li__TDQK));
  } break;
  case __li__DTNM__: {
    li__UDQK=li__SGSO(((__li__DTNM *)li__TDQK));
  } break;
  case __li__JXNM__: {
    li__UDQK=li__LZ3R(((__li__JXNM *)li__TDQK));
  } break;
  case __li__21LO__: {
    li__0NLV=((__li__21LO *)li__TDQK);
    li__XZFQ(((__li__DZB *)li__0NLV->li__KJXO),li__0NLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1S2U=li__SDPP(li__0NLV);
    li__UDQK=li__1S2U;
  } break;
  case __li__TPOO__: {
    li__3NLV=((__li__TPOO *)li__TDQK);
    li__IZFQ(((__li__DZB *)li__3NLV->li__5IXO),li__3NLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__3NLV->li__5IXO));
    li__UDQK=NULL;
  } break;
  case __li__URRO__: {
    li__UDQK=li__3G4R(((__li__URRO *)li__TDQK));
  } break;
  case __li__41XO__: {
    li__UDQK=li__M2CQ(((__li__41XO *)li__TDQK));
  } break;
  case __li__AKBR__: {
    li__UDQK=li__WLDS(((__li__AKBR *)li__TDQK));
  } break;
  case __li__SU5R__: {
    li__UDQK=li__0AJS(((__li__SU5R *)li__TDQK));
  } break;
  case __li__JV5R__: {
    li__UDQK=li__LBJS(((__li__JV5R *)li__TDQK));
  } break;
  };
  li__SDQK=li__UDQK;
  return(li__SDQK);
}

static void li__5JGN(__li__SQNE *li__AKGN)
/* (Strict TYPES_TMP{li__SQNE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EKGN,li__TZHN;
  void **li__JT2U,**li__KT2U;
  li__EKGN=li__AKGN->li__VQNE.li__ZTMI;
  li__TZHN= 1;
  li__JT2U=li__AKGN->li__VQNE.li__GABM;
  li__KT2U=li__AKGN->li__VQNE.li__GABM;
  while ((li__TZHN <= li__EKGN)) {
    ((void **)li__JT2U)[(__li__K)(li__TZHN -  1)]=((void **)li__KT2U)[li__TZHN];
    li__TZHN=(__li__K)(li__TZHN +  1);
  };
  li__AKGN->li__VQNE.li__ZTMI=(__li__K)(li__AKGN->li__VQNE.li__ZTMI -  1);
}

static void li__DXTM(__li__DZB *li__EXTM)
/* (Strict SLOT_DATA{li__DZB}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__KI *li__IXTM,*li__JXTM,*li__IVFN;
  __li__K li__KXTM,li__GYTM,li__TWJN;
  void *li__1QIN;
  void *li__MYTM;
  void *li__EJTN;
  __li__DZB *li__TYTM;
  __li__ZZC *li__FXTM,*li__2QIN;
  __li__3 li__NYTM;
  li__FXTM=NULL;
  li__IXTM=NULL;
  li__JXTM=NULL;
  li__KXTM= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__EXTM->li__QC5J != (void *)NULL)) {
    li__IXTM=li__EXTM->li__QC5J;
    li__EXTM->li__QC5J=NULL;
    li__KXTM=li__OI->li__OJTE;
    li__IVFN=((__li__KI *)li__OI);
    li__LJHI(((__li__TOLE *)li__IVFN->li__2OLE),li__IXTM,(__li__K)(li__KXTM -  1));
    li__WVRE(li__IVFN);
    /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__EXTM->li__GZB.li__0RNE)->li__BEM &  1) !=  0)) {
      li__1QIN=((__li__5RB *)li__EXTM->li__GZB.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1QIN)->__id) {
      case __li__IF__: {
        li__2QIN=((__li__IF *)li__1QIN)->li__D0C;
      } break;
      case __li__ORB__: {
        li__2QIN=((__li__ORB *)li__1QIN)->li__PRB.li__D0C;
      } break;
      case __li__QRB__: {
        li__2QIN=((__li__QRB *)li__1QIN)->li__RRB.li__D0C;
      } break;
      case __li__SRB__: {
        li__2QIN=((__li__SRB *)li__1QIN)->li__TRB.li__D0C;
      } break;
      case __li__URB__: {
        li__2QIN=((__li__URB *)li__1QIN)->li__VRB.li__D0C;
      } break;
      case __li__GSZ__: {
        li__2QIN=((__li__GSZ *)li__1QIN)->li__HSZ.li__D0C;
      } break;
      case __li__1RRF__: {
        li__2QIN=((__li__1RRF *)li__1QIN)->li__2RRF.li__D0C;
      } break;
      case __li__UJSH__: {
        li__2QIN=((__li__UJSH *)li__1QIN)->li__WJSH.li__D0C;
      } break;
      };
      li__FXTM=li__2QIN;
      /* __li__B__ __li__I__ */
if (((void *)li__2QIN != (void *)NULL)) {
        li__GYTM=(*(li__2QIN)).li__VBM;
        li__TWJN= 0;
        while ((li__TWJN <= li__GYTM)) {
          li__MYTM=((void **)(*(((__li__ZZC *)li__FXTM))).li__RBM)[li__TWJN];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MYTM)->__id==__li__DZB__) {
            li__NYTM=((__li__DZB *)li__MYTM)->li__GZB.li__FZB.li__DI1B;
          } else /* SLOT_CODE */ {
            li__EJTN=((__li__QWEC *)li__MYTM)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EJTN)->__id==__li__IZB__) {
              li__NYTM=((__li__IZB *)li__EJTN)->li__JZB.li__DI1B;
            } else /* ITM_SLOT_OPERATOR */ {
              li__NYTM=((__li__4HAD *)li__EJTN)->li__5HAD.li__JZB.li__DI1B;
            };
          };
          /* __li__B__ __li__I__ */
if ((li__NYTM == '+')) {
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MYTM)->__id==__li__DZB__) {
              li__TYTM=((__li__DZB *)li__MYTM)->li__LZB->li__0FJG;
            } else /* SLOT_CODE */ {
              li__TYTM=((__li__QWEC *)li__MYTM)->li__RWEC->li__0FJG;
            };
            /* __li__B__ __li__I__ */
if (((void *)li__TYTM != (void *)NULL)) {
              li__DXTM(((__li__DZB *)li__TYTM));
            };
            /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MYTM)->__id==__li__DZB__) {
              li__TYTM=((__li__DZB *)li__MYTM)->li__LZB->li__Y5KI;
            } else /* SLOT_CODE */ {
              li__TYTM=((__li__QWEC *)li__MYTM)->li__RWEC->li__Y5KI;
            };
            /* __li__B__ __li__I__ */
if (((void *)li__TYTM != (void *)NULL)) {
              li__DXTM(((__li__DZB *)li__TYTM));
            };
          };
          li__TWJN=(__li__K)(li__TWJN +  1);
        };
      };
    };
    li__JXTM=li__XIKB;
    li__XIKB=NULL;
    li__K3ME(((__li__KI *)li__IXTM));
    li__IVFN=((__li__KI *)li__OI);
    li__IVFN->li__OJTE=(__li__K)(li__IVFN->li__OJTE +  1);
    li__XIKB=li__JXTM;
  };
}

static void li__OZ4L(__li__DZB *li__PZ4L,void *li__QZ4L)
/* (Strict SLOT_DATA{li__DZB},WRITE{li__RLKJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__PT2U;
  __li__K li__Y14L;
  __li__C li__YWRU,li__0WRU;
  /* __li__B__ __li__I__ */
if ((! ((__li__RLKJ *)li__QZ4L)->li__SLKJ.li__JOGK)) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  /* __li__B__ __li__I__ */
if (((__li__RLKJ *)li__QZ4L)->li__SLKJ.li__1Z4L) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  ((__li__RLKJ *)li__QZ4L)->li__SLKJ.li__1Z4L=li__B__;
  li__T0FM(li__PZ4L,li__QZ4L);
  /* __li__B__ __li__I__ */
if (((void *)li__PZ4L->li__GZB.li__XRSH == (void *)li__QZ4L)) {
    /* __li__B__ __li__I__ */
if (((void *)li__PZ4L->li__GZB.li__BYEJ != (void *)NULL)) {
      li__PT2U=((void **)(*(((__li__SZEC *)li__PZ4L->li__GZB.li__BYEJ))).li__F0EK)[ 0];
      li__PZ4L->li__GZB.li__XRSH=li__PT2U;
      li__HFDN(((__li__SZEC *)li__PZ4L->li__GZB.li__BYEJ));
      li__YWRU=((*(((__li__SZEC *)li__PZ4L->li__GZB.li__BYEJ))).li__J0EK <  0);
      /* __li__B__ __li__I__ */
if (li__YWRU) {
        li__PZ4L->li__GZB.li__BYEJ=NULL;
      };
    } else /* FALSE */ {
      li__PZ4L->li__GZB.li__XRSH=NULL;
    };
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__PZ4L->li__GZB.li__BYEJ == (void *)NULL)) {
      li__KBG(((__li__U *)li__PZ4L->li__GZB.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_680));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__Y14L=li__SHUM(((__li__SZEC *)li__PZ4L->li__GZB.li__BYEJ),li__QZ4L);
    /* __li__B__ __li__I__ */
if ((li__Y14L > (*(li__PZ4L->li__GZB.li__BYEJ)).li__J0EK)) {
      li__KBG(((__li__U *)li__PZ4L->li__GZB.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_681));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__RJUM(((__li__SZEC *)li__PZ4L->li__GZB.li__BYEJ),li__Y14L);
    li__0WRU=((*(((__li__SZEC *)li__PZ4L->li__GZB.li__BYEJ))).li__J0EK <  0);
    /* __li__B__ __li__I__ */
if (li__0WRU) {
      li__PZ4L->li__GZB.li__BYEJ=NULL;
    };
  };
}

static void* li__A2NN(__li__XOHL *li__B2NN)
/* (Strict EXPR_NEG{li__XOHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__D2NN,*li__RT2U;
  void *li__E2NN,*li__C2NN;
  __li__KMFK *li__ZT2U;
  __li__21LO *li__EOLV;
  __li__TPOO *li__HOLV;
  li__D2NN=li__B2NN->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D2NN)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__E2NN=NULL;
  } break;
  case __li__AVBD__: {
    li__E2NN=li__HJQI(((__li__AVBD *)li__D2NN));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__E2NN=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__E2NN=NULL;
  } break;
  case __li__Z4WH__: {
    li__E2NN=li__O2PK(((__li__Z4WH *)li__D2NN));
  } break;
  case __li__KTVI__: {
    li__RT2U=li__N4VK(((__li__KTVI *)li__D2NN));
    li__E2NN=li__RT2U;
  } break;
  case __li__LTVI__: {
    li__E2NN=li__SO5L(((__li__LTVI *)li__D2NN));
  } break;
  case __li__XTVI__: {
    li__RT2U=li__SEWK(((__li__XTVI *)li__D2NN));
    li__E2NN=li__RT2U;
  } break;
  case __li__YTVI__: {
    li__E2NN=li__DP5L(((__li__YTVI *)li__D2NN));
  } break;
  case __li__S2VI__: {
    li__E2NN=li__L3PK(((__li__S2VI *)li__D2NN));
  } break;
  case __li__E3VI__: {
    li__E2NN=li__33PK(((__li__E3VI *)li__D2NN));
  } break;
  case __li__KLWI__: {
    li__ZT2U=((__li__KMFK *)((__li__KLWI *)li__D2NN)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__ZT2U->li__3RFK),li__ZT2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__E2NN=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__E2NN=NULL;
  } break;
  case __li__NMWI__: {
    li__E2NN=li__Z4PK(((__li__NMWI *)li__D2NN));
  } break;
  case __li__BNWI__: {
    li__E2NN=li__L5PK(((__li__BNWI *)li__D2NN));
  } break;
  case __li__XNWI__: {
    li__E2NN=li__35PK(((__li__XNWI *)li__D2NN));
  } break;
  case __li__LOWI__: {
    li__E2NN=li__PAQK(((__li__LOWI *)li__D2NN));
  } break;
  case __li__5OWI__: {
    li__E2NN=li__BBQK(((__li__5OWI *)li__D2NN));
  } break;
  case __li__TPWI__: {
    li__E2NN=li__TBQK(((__li__TPWI *)li__D2NN));
  } break;
  case __li__HQWI__: {
    li__E2NN=li__FCQK(((__li__HQWI *)li__D2NN));
  } break;
  case __li__ARWI__: {
    li__RT2U=li__OQWK(((__li__ARWI *)li__D2NN));
    li__E2NN=li__RT2U;
  } break;
  case __li__URWI__: {
    li__E2NN=li__1CQK(((__li__URWI *)li__D2NN));
  } break;
  case __li__ETWI__: {
    li__E2NN=li__QDQK(((__li__ETWI *)li__D2NN));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__E2NN=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__E2NN=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__E2NN=NULL;
  } break;
  case __li__KMFK__: {
    li__ZT2U=((__li__KMFK *)li__D2NN);
    li__HXPN(((__li__VTBD *)li__ZT2U->li__3RFK),li__ZT2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__E2NN=NULL;
  } break;
  case __li__XOHL__: {
    li__E2NN=li__A2NN(((__li__XOHL *)li__D2NN));
  } break;
  case __li__FPHL__: {
    li__E2NN=li__UP5L(((__li__FPHL *)li__D2NN));
  } break;
  case __li__APLM__: {
    li__E2NN=li__11CQ(((__li__APLM *)li__D2NN));
  } break;
  case __li__DTNM__: {
    li__E2NN=li__SGSO(((__li__DTNM *)li__D2NN));
  } break;
  case __li__JXNM__: {
    li__E2NN=li__LZ3R(((__li__JXNM *)li__D2NN));
  } break;
  case __li__21LO__: {
    li__EOLV=((__li__21LO *)li__D2NN);
    li__XZFQ(((__li__DZB *)li__EOLV->li__KJXO),li__EOLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__RT2U=li__SDPP(li__EOLV);
    li__E2NN=li__RT2U;
  } break;
  case __li__TPOO__: {
    li__HOLV=((__li__TPOO *)li__D2NN);
    li__IZFQ(((__li__DZB *)li__HOLV->li__5IXO),li__HOLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__HOLV->li__5IXO));
    li__E2NN=NULL;
  } break;
  case __li__URRO__: {
    li__E2NN=li__3G4R(((__li__URRO *)li__D2NN));
  } break;
  case __li__41XO__: {
    li__E2NN=li__M2CQ(((__li__41XO *)li__D2NN));
  } break;
  case __li__AKBR__: {
    li__E2NN=li__WLDS(((__li__AKBR *)li__D2NN));
  } break;
  case __li__SU5R__: {
    li__E2NN=li__0AJS(((__li__SU5R *)li__D2NN));
  } break;
  case __li__JV5R__: {
    li__E2NN=li__LBJS(((__li__JV5R *)li__D2NN));
  } break;
  };
  li__C2NN=li__E2NN;
  return(li__C2NN);
}

static void* li__UP5L(__li__FPHL *li__VP5L)
/* (Strict EXPR_ADD{li__FPHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__YP5L,*li__BU2U;
  void *li__ZP5L,*li__WP5L;
  __li__KMFK *li__JU2U;
  __li__21LO *li__MOLV;
  __li__TPOO *li__POLV;
  __li__KI *li__QU2U;
  li__YP5L=li__VP5L->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YP5L)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ZP5L=NULL;
  } break;
  case __li__AVBD__: {
    li__ZP5L=li__HJQI(((__li__AVBD *)li__YP5L));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ZP5L=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ZP5L=NULL;
  } break;
  case __li__Z4WH__: {
    li__ZP5L=li__O2PK(((__li__Z4WH *)li__YP5L));
  } break;
  case __li__KTVI__: {
    li__BU2U=li__N4VK(((__li__KTVI *)li__YP5L));
    li__ZP5L=li__BU2U;
  } break;
  case __li__LTVI__: {
    li__ZP5L=li__SO5L(((__li__LTVI *)li__YP5L));
  } break;
  case __li__XTVI__: {
    li__BU2U=li__SEWK(((__li__XTVI *)li__YP5L));
    li__ZP5L=li__BU2U;
  } break;
  case __li__YTVI__: {
    li__ZP5L=li__DP5L(((__li__YTVI *)li__YP5L));
  } break;
  case __li__S2VI__: {
    li__ZP5L=li__L3PK(((__li__S2VI *)li__YP5L));
  } break;
  case __li__E3VI__: {
    li__ZP5L=li__33PK(((__li__E3VI *)li__YP5L));
  } break;
  case __li__KLWI__: {
    li__JU2U=((__li__KMFK *)((__li__KLWI *)li__YP5L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__JU2U->li__3RFK),li__JU2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ZP5L=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__ZP5L=NULL;
  } break;
  case __li__NMWI__: {
    li__ZP5L=li__Z4PK(((__li__NMWI *)li__YP5L));
  } break;
  case __li__BNWI__: {
    li__ZP5L=li__L5PK(((__li__BNWI *)li__YP5L));
  } break;
  case __li__XNWI__: {
    li__ZP5L=li__35PK(((__li__XNWI *)li__YP5L));
  } break;
  case __li__LOWI__: {
    li__ZP5L=li__PAQK(((__li__LOWI *)li__YP5L));
  } break;
  case __li__5OWI__: {
    li__ZP5L=li__BBQK(((__li__5OWI *)li__YP5L));
  } break;
  case __li__TPWI__: {
    li__ZP5L=li__TBQK(((__li__TPWI *)li__YP5L));
  } break;
  case __li__HQWI__: {
    li__ZP5L=li__FCQK(((__li__HQWI *)li__YP5L));
  } break;
  case __li__ARWI__: {
    li__BU2U=li__OQWK(((__li__ARWI *)li__YP5L));
    li__ZP5L=li__BU2U;
  } break;
  case __li__URWI__: {
    li__ZP5L=li__1CQK(((__li__URWI *)li__YP5L));
  } break;
  case __li__ETWI__: {
    li__ZP5L=li__QDQK(((__li__ETWI *)li__YP5L));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ZP5L=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ZP5L=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ZP5L=NULL;
  } break;
  case __li__KMFK__: {
    li__JU2U=((__li__KMFK *)li__YP5L);
    li__HXPN(((__li__VTBD *)li__JU2U->li__3RFK),li__JU2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ZP5L=NULL;
  } break;
  case __li__XOHL__: {
    li__ZP5L=li__A2NN(((__li__XOHL *)li__YP5L));
  } break;
  case __li__FPHL__: {
    li__ZP5L=li__UP5L(((__li__FPHL *)li__YP5L));
  } break;
  case __li__APLM__: {
    li__ZP5L=li__11CQ(((__li__APLM *)li__YP5L));
  } break;
  case __li__DTNM__: {
    li__ZP5L=li__SGSO(((__li__DTNM *)li__YP5L));
  } break;
  case __li__JXNM__: {
    li__ZP5L=li__LZ3R(((__li__JXNM *)li__YP5L));
  } break;
  case __li__21LO__: {
    li__MOLV=((__li__21LO *)li__YP5L);
    li__XZFQ(((__li__DZB *)li__MOLV->li__KJXO),li__MOLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BU2U=li__SDPP(li__MOLV);
    li__ZP5L=li__BU2U;
  } break;
  case __li__TPOO__: {
    li__POLV=((__li__TPOO *)li__YP5L);
    li__IZFQ(((__li__DZB *)li__POLV->li__5IXO),li__POLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__POLV->li__5IXO));
    li__ZP5L=NULL;
  } break;
  case __li__URRO__: {
    li__ZP5L=li__3G4R(((__li__URRO *)li__YP5L));
  } break;
  case __li__41XO__: {
    li__ZP5L=li__M2CQ(((__li__41XO *)li__YP5L));
  } break;
  case __li__AKBR__: {
    li__ZP5L=li__WLDS(((__li__AKBR *)li__YP5L));
  } break;
  case __li__SU5R__: {
    li__ZP5L=li__0AJS(((__li__SU5R *)li__YP5L));
  } break;
  case __li__JV5R__: {
    li__ZP5L=li__LBJS(((__li__JV5R *)li__YP5L));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__ZP5L != (void *)NULL)) {
    li__QU2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__QU2U->li__2OLE),li__ZP5L,(__li__K)(li__QU2U->li__OJTE -  1));
    li__QU2U->li__OJTE=(__li__K)(li__QU2U->li__OJTE +  1);
    li__WVRE(li__QU2U);
  };
  li__YP5L=li__VP5L->li__GPHL.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YP5L)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BU2U=NULL;
  } break;
  case __li__AVBD__: {
    li__BU2U=li__HJQI(((__li__AVBD *)li__YP5L));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BU2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BU2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__BU2U=li__O2PK(((__li__Z4WH *)li__YP5L));
  } break;
  case __li__KTVI__: {
    li__ZP5L=li__N4VK(((__li__KTVI *)li__YP5L));
    li__BU2U=li__ZP5L;
  } break;
  case __li__LTVI__: {
    li__BU2U=li__SO5L(((__li__LTVI *)li__YP5L));
  } break;
  case __li__XTVI__: {
    li__ZP5L=li__SEWK(((__li__XTVI *)li__YP5L));
    li__BU2U=li__ZP5L;
  } break;
  case __li__YTVI__: {
    li__BU2U=li__DP5L(((__li__YTVI *)li__YP5L));
  } break;
  case __li__S2VI__: {
    li__BU2U=li__L3PK(((__li__S2VI *)li__YP5L));
  } break;
  case __li__E3VI__: {
    li__BU2U=li__33PK(((__li__E3VI *)li__YP5L));
  } break;
  case __li__KLWI__: {
    li__JU2U=((__li__KMFK *)((__li__KLWI *)li__YP5L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__JU2U->li__3RFK),li__JU2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BU2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__BU2U=NULL;
  } break;
  case __li__NMWI__: {
    li__BU2U=li__Z4PK(((__li__NMWI *)li__YP5L));
  } break;
  case __li__BNWI__: {
    li__BU2U=li__L5PK(((__li__BNWI *)li__YP5L));
  } break;
  case __li__XNWI__: {
    li__BU2U=li__35PK(((__li__XNWI *)li__YP5L));
  } break;
  case __li__LOWI__: {
    li__BU2U=li__PAQK(((__li__LOWI *)li__YP5L));
  } break;
  case __li__5OWI__: {
    li__BU2U=li__BBQK(((__li__5OWI *)li__YP5L));
  } break;
  case __li__TPWI__: {
    li__BU2U=li__TBQK(((__li__TPWI *)li__YP5L));
  } break;
  case __li__HQWI__: {
    li__BU2U=li__FCQK(((__li__HQWI *)li__YP5L));
  } break;
  case __li__ARWI__: {
    li__ZP5L=li__OQWK(((__li__ARWI *)li__YP5L));
    li__BU2U=li__ZP5L;
  } break;
  case __li__URWI__: {
    li__BU2U=li__1CQK(((__li__URWI *)li__YP5L));
  } break;
  case __li__ETWI__: {
    li__BU2U=li__QDQK(((__li__ETWI *)li__YP5L));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BU2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BU2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BU2U=NULL;
  } break;
  case __li__KMFK__: {
    li__JU2U=((__li__KMFK *)li__YP5L);
    li__HXPN(((__li__VTBD *)li__JU2U->li__3RFK),li__JU2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BU2U=NULL;
  } break;
  case __li__XOHL__: {
    li__BU2U=li__A2NN(((__li__XOHL *)li__YP5L));
  } break;
  case __li__FPHL__: {
    li__BU2U=li__UP5L(((__li__FPHL *)li__YP5L));
  } break;
  case __li__APLM__: {
    li__BU2U=li__11CQ(((__li__APLM *)li__YP5L));
  } break;
  case __li__DTNM__: {
    li__BU2U=li__SGSO(((__li__DTNM *)li__YP5L));
  } break;
  case __li__JXNM__: {
    li__BU2U=li__LZ3R(((__li__JXNM *)li__YP5L));
  } break;
  case __li__21LO__: {
    li__MOLV=((__li__21LO *)li__YP5L);
    li__XZFQ(((__li__DZB *)li__MOLV->li__KJXO),li__MOLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__ZP5L=li__SDPP(li__MOLV);
    li__BU2U=li__ZP5L;
  } break;
  case __li__TPOO__: {
    li__POLV=((__li__TPOO *)li__YP5L);
    li__IZFQ(((__li__DZB *)li__POLV->li__5IXO),li__POLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__POLV->li__5IXO));
    li__BU2U=NULL;
  } break;
  case __li__URRO__: {
    li__BU2U=li__3G4R(((__li__URRO *)li__YP5L));
  } break;
  case __li__41XO__: {
    li__BU2U=li__M2CQ(((__li__41XO *)li__YP5L));
  } break;
  case __li__AKBR__: {
    li__BU2U=li__WLDS(((__li__AKBR *)li__YP5L));
  } break;
  case __li__SU5R__: {
    li__BU2U=li__0AJS(((__li__SU5R *)li__YP5L));
  } break;
  case __li__JV5R__: {
    li__BU2U=li__LBJS(((__li__JV5R *)li__YP5L));
  } break;
  };
  li__WP5L=li__BU2U;
  return(li__WP5L);
}

static void* li__11CQ(__li__APLM *li__21CQ)
/* (Strict EXPR_SUP_EQ{li__APLM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__51CQ,*li__EV2U;
  void *li__A2CQ,*li__31CQ;
  __li__KMFK *li__MV2U;
  __li__21LO *li__2OLV;
  __li__TPOO *li__5OLV;
  __li__KI *li__TV2U;
  li__51CQ=li__21CQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__51CQ)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__A2CQ=NULL;
  } break;
  case __li__AVBD__: {
    li__A2CQ=li__HJQI(((__li__AVBD *)li__51CQ));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__A2CQ=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__A2CQ=NULL;
  } break;
  case __li__Z4WH__: {
    li__A2CQ=li__O2PK(((__li__Z4WH *)li__51CQ));
  } break;
  case __li__KTVI__: {
    li__EV2U=li__N4VK(((__li__KTVI *)li__51CQ));
    li__A2CQ=li__EV2U;
  } break;
  case __li__LTVI__: {
    li__A2CQ=li__SO5L(((__li__LTVI *)li__51CQ));
  } break;
  case __li__XTVI__: {
    li__EV2U=li__SEWK(((__li__XTVI *)li__51CQ));
    li__A2CQ=li__EV2U;
  } break;
  case __li__YTVI__: {
    li__A2CQ=li__DP5L(((__li__YTVI *)li__51CQ));
  } break;
  case __li__S2VI__: {
    li__A2CQ=li__L3PK(((__li__S2VI *)li__51CQ));
  } break;
  case __li__E3VI__: {
    li__A2CQ=li__33PK(((__li__E3VI *)li__51CQ));
  } break;
  case __li__KLWI__: {
    li__MV2U=((__li__KMFK *)((__li__KLWI *)li__51CQ)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__MV2U->li__3RFK),li__MV2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__A2CQ=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__A2CQ=NULL;
  } break;
  case __li__NMWI__: {
    li__A2CQ=li__Z4PK(((__li__NMWI *)li__51CQ));
  } break;
  case __li__BNWI__: {
    li__A2CQ=li__L5PK(((__li__BNWI *)li__51CQ));
  } break;
  case __li__XNWI__: {
    li__A2CQ=li__35PK(((__li__XNWI *)li__51CQ));
  } break;
  case __li__LOWI__: {
    li__A2CQ=li__PAQK(((__li__LOWI *)li__51CQ));
  } break;
  case __li__5OWI__: {
    li__A2CQ=li__BBQK(((__li__5OWI *)li__51CQ));
  } break;
  case __li__TPWI__: {
    li__A2CQ=li__TBQK(((__li__TPWI *)li__51CQ));
  } break;
  case __li__HQWI__: {
    li__A2CQ=li__FCQK(((__li__HQWI *)li__51CQ));
  } break;
  case __li__ARWI__: {
    li__EV2U=li__OQWK(((__li__ARWI *)li__51CQ));
    li__A2CQ=li__EV2U;
  } break;
  case __li__URWI__: {
    li__A2CQ=li__1CQK(((__li__URWI *)li__51CQ));
  } break;
  case __li__ETWI__: {
    li__A2CQ=li__QDQK(((__li__ETWI *)li__51CQ));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__A2CQ=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__A2CQ=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__A2CQ=NULL;
  } break;
  case __li__KMFK__: {
    li__MV2U=((__li__KMFK *)li__51CQ);
    li__HXPN(((__li__VTBD *)li__MV2U->li__3RFK),li__MV2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__A2CQ=NULL;
  } break;
  case __li__XOHL__: {
    li__A2CQ=li__A2NN(((__li__XOHL *)li__51CQ));
  } break;
  case __li__FPHL__: {
    li__A2CQ=li__UP5L(((__li__FPHL *)li__51CQ));
  } break;
  case __li__APLM__: {
    li__A2CQ=li__11CQ(((__li__APLM *)li__51CQ));
  } break;
  case __li__DTNM__: {
    li__A2CQ=li__SGSO(((__li__DTNM *)li__51CQ));
  } break;
  case __li__JXNM__: {
    li__A2CQ=li__LZ3R(((__li__JXNM *)li__51CQ));
  } break;
  case __li__21LO__: {
    li__2OLV=((__li__21LO *)li__51CQ);
    li__XZFQ(((__li__DZB *)li__2OLV->li__KJXO),li__2OLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__EV2U=li__SDPP(li__2OLV);
    li__A2CQ=li__EV2U;
  } break;
  case __li__TPOO__: {
    li__5OLV=((__li__TPOO *)li__51CQ);
    li__IZFQ(((__li__DZB *)li__5OLV->li__5IXO),li__5OLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__5OLV->li__5IXO));
    li__A2CQ=NULL;
  } break;
  case __li__URRO__: {
    li__A2CQ=li__3G4R(((__li__URRO *)li__51CQ));
  } break;
  case __li__41XO__: {
    li__A2CQ=li__M2CQ(((__li__41XO *)li__51CQ));
  } break;
  case __li__AKBR__: {
    li__A2CQ=li__WLDS(((__li__AKBR *)li__51CQ));
  } break;
  case __li__SU5R__: {
    li__A2CQ=li__0AJS(((__li__SU5R *)li__51CQ));
  } break;
  case __li__JV5R__: {
    li__A2CQ=li__LBJS(((__li__JV5R *)li__51CQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__A2CQ != (void *)NULL)) {
    li__TV2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__TV2U->li__2OLE),li__A2CQ,(__li__K)(li__TV2U->li__OJTE -  1));
    li__TV2U->li__OJTE=(__li__K)(li__TV2U->li__OJTE +  1);
    li__WVRE(li__TV2U);
  };
  li__51CQ=li__21CQ->li__BPLM.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__51CQ)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__EV2U=NULL;
  } break;
  case __li__AVBD__: {
    li__EV2U=li__HJQI(((__li__AVBD *)li__51CQ));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__EV2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__EV2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__EV2U=li__O2PK(((__li__Z4WH *)li__51CQ));
  } break;
  case __li__KTVI__: {
    li__A2CQ=li__N4VK(((__li__KTVI *)li__51CQ));
    li__EV2U=li__A2CQ;
  } break;
  case __li__LTVI__: {
    li__EV2U=li__SO5L(((__li__LTVI *)li__51CQ));
  } break;
  case __li__XTVI__: {
    li__A2CQ=li__SEWK(((__li__XTVI *)li__51CQ));
    li__EV2U=li__A2CQ;
  } break;
  case __li__YTVI__: {
    li__EV2U=li__DP5L(((__li__YTVI *)li__51CQ));
  } break;
  case __li__S2VI__: {
    li__EV2U=li__L3PK(((__li__S2VI *)li__51CQ));
  } break;
  case __li__E3VI__: {
    li__EV2U=li__33PK(((__li__E3VI *)li__51CQ));
  } break;
  case __li__KLWI__: {
    li__MV2U=((__li__KMFK *)((__li__KLWI *)li__51CQ)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__MV2U->li__3RFK),li__MV2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__EV2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__EV2U=NULL;
  } break;
  case __li__NMWI__: {
    li__EV2U=li__Z4PK(((__li__NMWI *)li__51CQ));
  } break;
  case __li__BNWI__: {
    li__EV2U=li__L5PK(((__li__BNWI *)li__51CQ));
  } break;
  case __li__XNWI__: {
    li__EV2U=li__35PK(((__li__XNWI *)li__51CQ));
  } break;
  case __li__LOWI__: {
    li__EV2U=li__PAQK(((__li__LOWI *)li__51CQ));
  } break;
  case __li__5OWI__: {
    li__EV2U=li__BBQK(((__li__5OWI *)li__51CQ));
  } break;
  case __li__TPWI__: {
    li__EV2U=li__TBQK(((__li__TPWI *)li__51CQ));
  } break;
  case __li__HQWI__: {
    li__EV2U=li__FCQK(((__li__HQWI *)li__51CQ));
  } break;
  case __li__ARWI__: {
    li__A2CQ=li__OQWK(((__li__ARWI *)li__51CQ));
    li__EV2U=li__A2CQ;
  } break;
  case __li__URWI__: {
    li__EV2U=li__1CQK(((__li__URWI *)li__51CQ));
  } break;
  case __li__ETWI__: {
    li__EV2U=li__QDQK(((__li__ETWI *)li__51CQ));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__EV2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__EV2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__EV2U=NULL;
  } break;
  case __li__KMFK__: {
    li__MV2U=((__li__KMFK *)li__51CQ);
    li__HXPN(((__li__VTBD *)li__MV2U->li__3RFK),li__MV2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__EV2U=NULL;
  } break;
  case __li__XOHL__: {
    li__EV2U=li__A2NN(((__li__XOHL *)li__51CQ));
  } break;
  case __li__FPHL__: {
    li__EV2U=li__UP5L(((__li__FPHL *)li__51CQ));
  } break;
  case __li__APLM__: {
    li__EV2U=li__11CQ(((__li__APLM *)li__51CQ));
  } break;
  case __li__DTNM__: {
    li__EV2U=li__SGSO(((__li__DTNM *)li__51CQ));
  } break;
  case __li__JXNM__: {
    li__EV2U=li__LZ3R(((__li__JXNM *)li__51CQ));
  } break;
  case __li__21LO__: {
    li__2OLV=((__li__21LO *)li__51CQ);
    li__XZFQ(((__li__DZB *)li__2OLV->li__KJXO),li__2OLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__A2CQ=li__SDPP(li__2OLV);
    li__EV2U=li__A2CQ;
  } break;
  case __li__TPOO__: {
    li__5OLV=((__li__TPOO *)li__51CQ);
    li__IZFQ(((__li__DZB *)li__5OLV->li__5IXO),li__5OLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__5OLV->li__5IXO));
    li__EV2U=NULL;
  } break;
  case __li__URRO__: {
    li__EV2U=li__3G4R(((__li__URRO *)li__51CQ));
  } break;
  case __li__41XO__: {
    li__EV2U=li__M2CQ(((__li__41XO *)li__51CQ));
  } break;
  case __li__AKBR__: {
    li__EV2U=li__WLDS(((__li__AKBR *)li__51CQ));
  } break;
  case __li__SU5R__: {
    li__EV2U=li__0AJS(((__li__SU5R *)li__51CQ));
  } break;
  case __li__JV5R__: {
    li__EV2U=li__LBJS(((__li__JV5R *)li__51CQ));
  } break;
  };
  li__31CQ=li__EV2U;
  return(li__31CQ);
}

static void* li__SGSO(__li__DTNM *li__TGSO)
/* (Strict EXPR_NOT{li__DTNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VGSO,*li__HW2U;
  void *li__WGSO,*li__UGSO;
  __li__KMFK *li__PW2U;
  __li__21LO *li__MPLV;
  __li__TPOO *li__PPLV;
  li__VGSO=li__TGSO->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VGSO)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WGSO=NULL;
  } break;
  case __li__AVBD__: {
    li__WGSO=li__HJQI(((__li__AVBD *)li__VGSO));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WGSO=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WGSO=NULL;
  } break;
  case __li__Z4WH__: {
    li__WGSO=li__O2PK(((__li__Z4WH *)li__VGSO));
  } break;
  case __li__KTVI__: {
    li__HW2U=li__N4VK(((__li__KTVI *)li__VGSO));
    li__WGSO=li__HW2U;
  } break;
  case __li__LTVI__: {
    li__WGSO=li__SO5L(((__li__LTVI *)li__VGSO));
  } break;
  case __li__XTVI__: {
    li__HW2U=li__SEWK(((__li__XTVI *)li__VGSO));
    li__WGSO=li__HW2U;
  } break;
  case __li__YTVI__: {
    li__WGSO=li__DP5L(((__li__YTVI *)li__VGSO));
  } break;
  case __li__S2VI__: {
    li__WGSO=li__L3PK(((__li__S2VI *)li__VGSO));
  } break;
  case __li__E3VI__: {
    li__WGSO=li__33PK(((__li__E3VI *)li__VGSO));
  } break;
  case __li__KLWI__: {
    li__PW2U=((__li__KMFK *)((__li__KLWI *)li__VGSO)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__PW2U->li__3RFK),li__PW2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WGSO=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__WGSO=NULL;
  } break;
  case __li__NMWI__: {
    li__WGSO=li__Z4PK(((__li__NMWI *)li__VGSO));
  } break;
  case __li__BNWI__: {
    li__WGSO=li__L5PK(((__li__BNWI *)li__VGSO));
  } break;
  case __li__XNWI__: {
    li__WGSO=li__35PK(((__li__XNWI *)li__VGSO));
  } break;
  case __li__LOWI__: {
    li__WGSO=li__PAQK(((__li__LOWI *)li__VGSO));
  } break;
  case __li__5OWI__: {
    li__WGSO=li__BBQK(((__li__5OWI *)li__VGSO));
  } break;
  case __li__TPWI__: {
    li__WGSO=li__TBQK(((__li__TPWI *)li__VGSO));
  } break;
  case __li__HQWI__: {
    li__WGSO=li__FCQK(((__li__HQWI *)li__VGSO));
  } break;
  case __li__ARWI__: {
    li__HW2U=li__OQWK(((__li__ARWI *)li__VGSO));
    li__WGSO=li__HW2U;
  } break;
  case __li__URWI__: {
    li__WGSO=li__1CQK(((__li__URWI *)li__VGSO));
  } break;
  case __li__ETWI__: {
    li__WGSO=li__QDQK(((__li__ETWI *)li__VGSO));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WGSO=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WGSO=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WGSO=NULL;
  } break;
  case __li__KMFK__: {
    li__PW2U=((__li__KMFK *)li__VGSO);
    li__HXPN(((__li__VTBD *)li__PW2U->li__3RFK),li__PW2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__WGSO=NULL;
  } break;
  case __li__XOHL__: {
    li__WGSO=li__A2NN(((__li__XOHL *)li__VGSO));
  } break;
  case __li__FPHL__: {
    li__WGSO=li__UP5L(((__li__FPHL *)li__VGSO));
  } break;
  case __li__APLM__: {
    li__WGSO=li__11CQ(((__li__APLM *)li__VGSO));
  } break;
  case __li__DTNM__: {
    li__WGSO=li__SGSO(((__li__DTNM *)li__VGSO));
  } break;
  case __li__JXNM__: {
    li__WGSO=li__LZ3R(((__li__JXNM *)li__VGSO));
  } break;
  case __li__21LO__: {
    li__MPLV=((__li__21LO *)li__VGSO);
    li__XZFQ(((__li__DZB *)li__MPLV->li__KJXO),li__MPLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__HW2U=li__SDPP(li__MPLV);
    li__WGSO=li__HW2U;
  } break;
  case __li__TPOO__: {
    li__PPLV=((__li__TPOO *)li__VGSO);
    li__IZFQ(((__li__DZB *)li__PPLV->li__5IXO),li__PPLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__PPLV->li__5IXO));
    li__WGSO=NULL;
  } break;
  case __li__URRO__: {
    li__WGSO=li__3G4R(((__li__URRO *)li__VGSO));
  } break;
  case __li__41XO__: {
    li__WGSO=li__M2CQ(((__li__41XO *)li__VGSO));
  } break;
  case __li__AKBR__: {
    li__WGSO=li__WLDS(((__li__AKBR *)li__VGSO));
  } break;
  case __li__SU5R__: {
    li__WGSO=li__0AJS(((__li__SU5R *)li__VGSO));
  } break;
  case __li__JV5R__: {
    li__WGSO=li__LBJS(((__li__JV5R *)li__VGSO));
  } break;
  };
  li__UGSO=li__WGSO;
  return(li__UGSO);
}

static void* li__LZ3R(__li__JXNM *li__MZ3R)
/* (Strict EXPR_MOD{li__JXNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__PZ3R,*li__XW2U;
  void *li__QZ3R,*li__NZ3R;
  __li__KMFK *li__5W2U;
  __li__21LO *li__UPLV;
  __li__TPOO *li__XPLV;
  __li__KI *li__GX2U;
  li__PZ3R=li__MZ3R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PZ3R)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QZ3R=NULL;
  } break;
  case __li__AVBD__: {
    li__QZ3R=li__HJQI(((__li__AVBD *)li__PZ3R));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QZ3R=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QZ3R=NULL;
  } break;
  case __li__Z4WH__: {
    li__QZ3R=li__O2PK(((__li__Z4WH *)li__PZ3R));
  } break;
  case __li__KTVI__: {
    li__XW2U=li__N4VK(((__li__KTVI *)li__PZ3R));
    li__QZ3R=li__XW2U;
  } break;
  case __li__LTVI__: {
    li__QZ3R=li__SO5L(((__li__LTVI *)li__PZ3R));
  } break;
  case __li__XTVI__: {
    li__XW2U=li__SEWK(((__li__XTVI *)li__PZ3R));
    li__QZ3R=li__XW2U;
  } break;
  case __li__YTVI__: {
    li__QZ3R=li__DP5L(((__li__YTVI *)li__PZ3R));
  } break;
  case __li__S2VI__: {
    li__QZ3R=li__L3PK(((__li__S2VI *)li__PZ3R));
  } break;
  case __li__E3VI__: {
    li__QZ3R=li__33PK(((__li__E3VI *)li__PZ3R));
  } break;
  case __li__KLWI__: {
    li__5W2U=((__li__KMFK *)((__li__KLWI *)li__PZ3R)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__5W2U->li__3RFK),li__5W2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QZ3R=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__QZ3R=NULL;
  } break;
  case __li__NMWI__: {
    li__QZ3R=li__Z4PK(((__li__NMWI *)li__PZ3R));
  } break;
  case __li__BNWI__: {
    li__QZ3R=li__L5PK(((__li__BNWI *)li__PZ3R));
  } break;
  case __li__XNWI__: {
    li__QZ3R=li__35PK(((__li__XNWI *)li__PZ3R));
  } break;
  case __li__LOWI__: {
    li__QZ3R=li__PAQK(((__li__LOWI *)li__PZ3R));
  } break;
  case __li__5OWI__: {
    li__QZ3R=li__BBQK(((__li__5OWI *)li__PZ3R));
  } break;
  case __li__TPWI__: {
    li__QZ3R=li__TBQK(((__li__TPWI *)li__PZ3R));
  } break;
  case __li__HQWI__: {
    li__QZ3R=li__FCQK(((__li__HQWI *)li__PZ3R));
  } break;
  case __li__ARWI__: {
    li__XW2U=li__OQWK(((__li__ARWI *)li__PZ3R));
    li__QZ3R=li__XW2U;
  } break;
  case __li__URWI__: {
    li__QZ3R=li__1CQK(((__li__URWI *)li__PZ3R));
  } break;
  case __li__ETWI__: {
    li__QZ3R=li__QDQK(((__li__ETWI *)li__PZ3R));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QZ3R=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QZ3R=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QZ3R=NULL;
  } break;
  case __li__KMFK__: {
    li__5W2U=((__li__KMFK *)li__PZ3R);
    li__HXPN(((__li__VTBD *)li__5W2U->li__3RFK),li__5W2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QZ3R=NULL;
  } break;
  case __li__XOHL__: {
    li__QZ3R=li__A2NN(((__li__XOHL *)li__PZ3R));
  } break;
  case __li__FPHL__: {
    li__QZ3R=li__UP5L(((__li__FPHL *)li__PZ3R));
  } break;
  case __li__APLM__: {
    li__QZ3R=li__11CQ(((__li__APLM *)li__PZ3R));
  } break;
  case __li__DTNM__: {
    li__QZ3R=li__SGSO(((__li__DTNM *)li__PZ3R));
  } break;
  case __li__JXNM__: {
    li__QZ3R=li__LZ3R(((__li__JXNM *)li__PZ3R));
  } break;
  case __li__21LO__: {
    li__UPLV=((__li__21LO *)li__PZ3R);
    li__XZFQ(((__li__DZB *)li__UPLV->li__KJXO),li__UPLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XW2U=li__SDPP(li__UPLV);
    li__QZ3R=li__XW2U;
  } break;
  case __li__TPOO__: {
    li__XPLV=((__li__TPOO *)li__PZ3R);
    li__IZFQ(((__li__DZB *)li__XPLV->li__5IXO),li__XPLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__XPLV->li__5IXO));
    li__QZ3R=NULL;
  } break;
  case __li__URRO__: {
    li__QZ3R=li__3G4R(((__li__URRO *)li__PZ3R));
  } break;
  case __li__41XO__: {
    li__QZ3R=li__M2CQ(((__li__41XO *)li__PZ3R));
  } break;
  case __li__AKBR__: {
    li__QZ3R=li__WLDS(((__li__AKBR *)li__PZ3R));
  } break;
  case __li__SU5R__: {
    li__QZ3R=li__0AJS(((__li__SU5R *)li__PZ3R));
  } break;
  case __li__JV5R__: {
    li__QZ3R=li__LBJS(((__li__JV5R *)li__PZ3R));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__QZ3R != (void *)NULL)) {
    li__GX2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__GX2U->li__2OLE),li__QZ3R,(__li__K)(li__GX2U->li__OJTE -  1));
    li__GX2U->li__OJTE=(__li__K)(li__GX2U->li__OJTE +  1);
    li__WVRE(li__GX2U);
  };
  li__PZ3R=li__MZ3R->li__KXNM.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PZ3R)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XW2U=NULL;
  } break;
  case __li__AVBD__: {
    li__XW2U=li__HJQI(((__li__AVBD *)li__PZ3R));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XW2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XW2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__XW2U=li__O2PK(((__li__Z4WH *)li__PZ3R));
  } break;
  case __li__KTVI__: {
    li__QZ3R=li__N4VK(((__li__KTVI *)li__PZ3R));
    li__XW2U=li__QZ3R;
  } break;
  case __li__LTVI__: {
    li__XW2U=li__SO5L(((__li__LTVI *)li__PZ3R));
  } break;
  case __li__XTVI__: {
    li__QZ3R=li__SEWK(((__li__XTVI *)li__PZ3R));
    li__XW2U=li__QZ3R;
  } break;
  case __li__YTVI__: {
    li__XW2U=li__DP5L(((__li__YTVI *)li__PZ3R));
  } break;
  case __li__S2VI__: {
    li__XW2U=li__L3PK(((__li__S2VI *)li__PZ3R));
  } break;
  case __li__E3VI__: {
    li__XW2U=li__33PK(((__li__E3VI *)li__PZ3R));
  } break;
  case __li__KLWI__: {
    li__5W2U=((__li__KMFK *)((__li__KLWI *)li__PZ3R)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__5W2U->li__3RFK),li__5W2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XW2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__XW2U=NULL;
  } break;
  case __li__NMWI__: {
    li__XW2U=li__Z4PK(((__li__NMWI *)li__PZ3R));
  } break;
  case __li__BNWI__: {
    li__XW2U=li__L5PK(((__li__BNWI *)li__PZ3R));
  } break;
  case __li__XNWI__: {
    li__XW2U=li__35PK(((__li__XNWI *)li__PZ3R));
  } break;
  case __li__LOWI__: {
    li__XW2U=li__PAQK(((__li__LOWI *)li__PZ3R));
  } break;
  case __li__5OWI__: {
    li__XW2U=li__BBQK(((__li__5OWI *)li__PZ3R));
  } break;
  case __li__TPWI__: {
    li__XW2U=li__TBQK(((__li__TPWI *)li__PZ3R));
  } break;
  case __li__HQWI__: {
    li__XW2U=li__FCQK(((__li__HQWI *)li__PZ3R));
  } break;
  case __li__ARWI__: {
    li__QZ3R=li__OQWK(((__li__ARWI *)li__PZ3R));
    li__XW2U=li__QZ3R;
  } break;
  case __li__URWI__: {
    li__XW2U=li__1CQK(((__li__URWI *)li__PZ3R));
  } break;
  case __li__ETWI__: {
    li__XW2U=li__QDQK(((__li__ETWI *)li__PZ3R));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XW2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XW2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XW2U=NULL;
  } break;
  case __li__KMFK__: {
    li__5W2U=((__li__KMFK *)li__PZ3R);
    li__HXPN(((__li__VTBD *)li__5W2U->li__3RFK),li__5W2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XW2U=NULL;
  } break;
  case __li__XOHL__: {
    li__XW2U=li__A2NN(((__li__XOHL *)li__PZ3R));
  } break;
  case __li__FPHL__: {
    li__XW2U=li__UP5L(((__li__FPHL *)li__PZ3R));
  } break;
  case __li__APLM__: {
    li__XW2U=li__11CQ(((__li__APLM *)li__PZ3R));
  } break;
  case __li__DTNM__: {
    li__XW2U=li__SGSO(((__li__DTNM *)li__PZ3R));
  } break;
  case __li__JXNM__: {
    li__XW2U=li__LZ3R(((__li__JXNM *)li__PZ3R));
  } break;
  case __li__21LO__: {
    li__UPLV=((__li__21LO *)li__PZ3R);
    li__XZFQ(((__li__DZB *)li__UPLV->li__KJXO),li__UPLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QZ3R=li__SDPP(li__UPLV);
    li__XW2U=li__QZ3R;
  } break;
  case __li__TPOO__: {
    li__XPLV=((__li__TPOO *)li__PZ3R);
    li__IZFQ(((__li__DZB *)li__XPLV->li__5IXO),li__XPLV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__XPLV->li__5IXO));
    li__XW2U=NULL;
  } break;
  case __li__URRO__: {
    li__XW2U=li__3G4R(((__li__URRO *)li__PZ3R));
  } break;
  case __li__41XO__: {
    li__XW2U=li__M2CQ(((__li__41XO *)li__PZ3R));
  } break;
  case __li__AKBR__: {
    li__XW2U=li__WLDS(((__li__AKBR *)li__PZ3R));
  } break;
  case __li__SU5R__: {
    li__XW2U=li__0AJS(((__li__SU5R *)li__PZ3R));
  } break;
  case __li__JV5R__: {
    li__XW2U=li__LBJS(((__li__JV5R *)li__PZ3R));
  } break;
  };
  li__NZ3R=li__XW2U;
  return(li__NZ3R);
}

static void* li__SDPP(__li__21LO *li__TDPP)
/* (Strict READ_SLOT{li__21LO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__WDPP,*li__4JBV;
  void *li__XDPP,*li__UDPP;
  __li__KMFK *li__GKBV;
  __li__21LO *li__NKBV;
  __li__TPOO *li__QKBV;
  li__DXTM(((__li__DZB *)li__TDPP->li__KJXO));
  li__WDPP=li__TDPP->li__N2LO;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WDPP)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XDPP=NULL;
  } break;
  case __li__AVBD__: {
    li__XDPP=li__HJQI(((__li__AVBD *)li__WDPP));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XDPP=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XDPP=NULL;
  } break;
  case __li__Z4WH__: {
    li__XDPP=li__O2PK(((__li__Z4WH *)li__WDPP));
  } break;
  case __li__KTVI__: {
    li__4JBV=li__N4VK(((__li__KTVI *)li__WDPP));
    li__XDPP=li__4JBV;
  } break;
  case __li__LTVI__: {
    li__XDPP=li__SO5L(((__li__LTVI *)li__WDPP));
  } break;
  case __li__XTVI__: {
    li__4JBV=li__SEWK(((__li__XTVI *)li__WDPP));
    li__XDPP=li__4JBV;
  } break;
  case __li__YTVI__: {
    li__XDPP=li__DP5L(((__li__YTVI *)li__WDPP));
  } break;
  case __li__S2VI__: {
    li__XDPP=li__L3PK(((__li__S2VI *)li__WDPP));
  } break;
  case __li__E3VI__: {
    li__XDPP=li__33PK(((__li__E3VI *)li__WDPP));
  } break;
  case __li__KLWI__: {
    li__GKBV=((__li__KMFK *)((__li__KLWI *)li__WDPP)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__GKBV->li__3RFK),li__GKBV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XDPP=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__XDPP=NULL;
  } break;
  case __li__NMWI__: {
    li__XDPP=li__Z4PK(((__li__NMWI *)li__WDPP));
  } break;
  case __li__BNWI__: {
    li__XDPP=li__L5PK(((__li__BNWI *)li__WDPP));
  } break;
  case __li__XNWI__: {
    li__XDPP=li__35PK(((__li__XNWI *)li__WDPP));
  } break;
  case __li__LOWI__: {
    li__XDPP=li__PAQK(((__li__LOWI *)li__WDPP));
  } break;
  case __li__5OWI__: {
    li__XDPP=li__BBQK(((__li__5OWI *)li__WDPP));
  } break;
  case __li__TPWI__: {
    li__XDPP=li__TBQK(((__li__TPWI *)li__WDPP));
  } break;
  case __li__HQWI__: {
    li__XDPP=li__FCQK(((__li__HQWI *)li__WDPP));
  } break;
  case __li__ARWI__: {
    li__4JBV=li__OQWK(((__li__ARWI *)li__WDPP));
    li__XDPP=li__4JBV;
  } break;
  case __li__URWI__: {
    li__XDPP=li__1CQK(((__li__URWI *)li__WDPP));
  } break;
  case __li__ETWI__: {
    li__XDPP=li__QDQK(((__li__ETWI *)li__WDPP));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XDPP=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XDPP=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XDPP=NULL;
  } break;
  case __li__KMFK__: {
    li__GKBV=((__li__KMFK *)li__WDPP);
    li__HXPN(((__li__VTBD *)li__GKBV->li__3RFK),li__GKBV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__XDPP=NULL;
  } break;
  case __li__XOHL__: {
    li__XDPP=li__A2NN(((__li__XOHL *)li__WDPP));
  } break;
  case __li__FPHL__: {
    li__XDPP=li__UP5L(((__li__FPHL *)li__WDPP));
  } break;
  case __li__APLM__: {
    li__XDPP=li__11CQ(((__li__APLM *)li__WDPP));
  } break;
  case __li__DTNM__: {
    li__XDPP=li__SGSO(((__li__DTNM *)li__WDPP));
  } break;
  case __li__JXNM__: {
    li__XDPP=li__LZ3R(((__li__JXNM *)li__WDPP));
  } break;
  case __li__21LO__: {
    li__NKBV=((__li__21LO *)li__WDPP);
    li__XZFQ(((__li__DZB *)li__NKBV->li__KJXO),li__NKBV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__4JBV=li__SDPP(li__NKBV);
    li__XDPP=li__4JBV;
  } break;
  case __li__TPOO__: {
    li__QKBV=((__li__TPOO *)li__WDPP);
    li__IZFQ(((__li__DZB *)li__QKBV->li__5IXO),li__QKBV);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__QKBV->li__5IXO));
    li__XDPP=NULL;
  } break;
  case __li__URRO__: {
    li__XDPP=li__3G4R(((__li__URRO *)li__WDPP));
  } break;
  case __li__41XO__: {
    li__XDPP=li__M2CQ(((__li__41XO *)li__WDPP));
  } break;
  case __li__AKBR__: {
    li__XDPP=li__WLDS(((__li__AKBR *)li__WDPP));
  } break;
  case __li__SU5R__: {
    li__XDPP=li__0AJS(((__li__SU5R *)li__WDPP));
  } break;
  case __li__JV5R__: {
    li__XDPP=li__LBJS(((__li__JV5R *)li__WDPP));
  } break;
  };
  li__UDPP=li__XDPP;
  return(li__UDPP);
}

static void* li__3G4R(__li__URRO *li__4G4R)
/* (Strict EXPR_NOT_LOGIC{li__URRO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__AH4R,*li__0X2U;
  void *li__BH4R,*li__5G4R;
  __li__KMFK *li__CY2U;
  __li__21LO *li__JY2U;
  __li__TPOO *li__MY2U;
  li__AH4R=li__4G4R->li__XRRO.li__RF4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AH4R)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BH4R=NULL;
  } break;
  case __li__AVBD__: {
    li__BH4R=li__HJQI(((__li__AVBD *)li__AH4R));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BH4R=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BH4R=NULL;
  } break;
  case __li__Z4WH__: {
    li__BH4R=li__O2PK(((__li__Z4WH *)li__AH4R));
  } break;
  case __li__KTVI__: {
    li__0X2U=li__N4VK(((__li__KTVI *)li__AH4R));
    li__BH4R=li__0X2U;
  } break;
  case __li__LTVI__: {
    li__BH4R=li__SO5L(((__li__LTVI *)li__AH4R));
  } break;
  case __li__XTVI__: {
    li__0X2U=li__SEWK(((__li__XTVI *)li__AH4R));
    li__BH4R=li__0X2U;
  } break;
  case __li__YTVI__: {
    li__BH4R=li__DP5L(((__li__YTVI *)li__AH4R));
  } break;
  case __li__S2VI__: {
    li__BH4R=li__L3PK(((__li__S2VI *)li__AH4R));
  } break;
  case __li__E3VI__: {
    li__BH4R=li__33PK(((__li__E3VI *)li__AH4R));
  } break;
  case __li__KLWI__: {
    li__CY2U=((__li__KMFK *)((__li__KLWI *)li__AH4R)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__CY2U->li__3RFK),li__CY2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BH4R=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__BH4R=NULL;
  } break;
  case __li__NMWI__: {
    li__BH4R=li__Z4PK(((__li__NMWI *)li__AH4R));
  } break;
  case __li__BNWI__: {
    li__BH4R=li__L5PK(((__li__BNWI *)li__AH4R));
  } break;
  case __li__XNWI__: {
    li__BH4R=li__35PK(((__li__XNWI *)li__AH4R));
  } break;
  case __li__LOWI__: {
    li__BH4R=li__PAQK(((__li__LOWI *)li__AH4R));
  } break;
  case __li__5OWI__: {
    li__BH4R=li__BBQK(((__li__5OWI *)li__AH4R));
  } break;
  case __li__TPWI__: {
    li__BH4R=li__TBQK(((__li__TPWI *)li__AH4R));
  } break;
  case __li__HQWI__: {
    li__BH4R=li__FCQK(((__li__HQWI *)li__AH4R));
  } break;
  case __li__ARWI__: {
    li__0X2U=li__OQWK(((__li__ARWI *)li__AH4R));
    li__BH4R=li__0X2U;
  } break;
  case __li__URWI__: {
    li__BH4R=li__1CQK(((__li__URWI *)li__AH4R));
  } break;
  case __li__ETWI__: {
    li__BH4R=li__QDQK(((__li__ETWI *)li__AH4R));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BH4R=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BH4R=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BH4R=NULL;
  } break;
  case __li__KMFK__: {
    li__CY2U=((__li__KMFK *)li__AH4R);
    li__HXPN(((__li__VTBD *)li__CY2U->li__3RFK),li__CY2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__BH4R=NULL;
  } break;
  case __li__XOHL__: {
    li__BH4R=li__A2NN(((__li__XOHL *)li__AH4R));
  } break;
  case __li__FPHL__: {
    li__BH4R=li__UP5L(((__li__FPHL *)li__AH4R));
  } break;
  case __li__APLM__: {
    li__BH4R=li__11CQ(((__li__APLM *)li__AH4R));
  } break;
  case __li__DTNM__: {
    li__BH4R=li__SGSO(((__li__DTNM *)li__AH4R));
  } break;
  case __li__JXNM__: {
    li__BH4R=li__LZ3R(((__li__JXNM *)li__AH4R));
  } break;
  case __li__21LO__: {
    li__JY2U=((__li__21LO *)li__AH4R);
    li__XZFQ(((__li__DZB *)li__JY2U->li__KJXO),li__JY2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__0X2U=li__SDPP(li__JY2U);
    li__BH4R=li__0X2U;
  } break;
  case __li__TPOO__: {
    li__MY2U=((__li__TPOO *)li__AH4R);
    li__IZFQ(((__li__DZB *)li__MY2U->li__5IXO),li__MY2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__MY2U->li__5IXO));
    li__BH4R=NULL;
  } break;
  case __li__URRO__: {
    li__BH4R=li__3G4R(((__li__URRO *)li__AH4R));
  } break;
  case __li__41XO__: {
    li__BH4R=li__M2CQ(((__li__41XO *)li__AH4R));
  } break;
  case __li__AKBR__: {
    li__BH4R=li__WLDS(((__li__AKBR *)li__AH4R));
  } break;
  case __li__SU5R__: {
    li__BH4R=li__0AJS(((__li__SU5R *)li__AH4R));
  } break;
  case __li__JV5R__: {
    li__BH4R=li__LBJS(((__li__JV5R *)li__AH4R));
  } break;
  };
  li__5G4R=li__BH4R;
  return(li__5G4R);
}

static void* li__M2CQ(__li__41XO *li__N2CQ)
/* (Strict EXPR_OR{li__41XO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__Q2CQ,*li__QY2U;
  void *li__R2CQ,*li__O2CQ;
  __li__KMFK *li__YY2U;
  __li__21LO *li__5Y2U;
  __li__TPOO *li__CZ2U;
  __li__KI *li__FZ2U;
  li__Q2CQ=li__N2CQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__Q2CQ)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__R2CQ=NULL;
  } break;
  case __li__AVBD__: {
    li__R2CQ=li__HJQI(((__li__AVBD *)li__Q2CQ));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__R2CQ=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__R2CQ=NULL;
  } break;
  case __li__Z4WH__: {
    li__R2CQ=li__O2PK(((__li__Z4WH *)li__Q2CQ));
  } break;
  case __li__KTVI__: {
    li__QY2U=li__N4VK(((__li__KTVI *)li__Q2CQ));
    li__R2CQ=li__QY2U;
  } break;
  case __li__LTVI__: {
    li__R2CQ=li__SO5L(((__li__LTVI *)li__Q2CQ));
  } break;
  case __li__XTVI__: {
    li__QY2U=li__SEWK(((__li__XTVI *)li__Q2CQ));
    li__R2CQ=li__QY2U;
  } break;
  case __li__YTVI__: {
    li__R2CQ=li__DP5L(((__li__YTVI *)li__Q2CQ));
  } break;
  case __li__S2VI__: {
    li__R2CQ=li__L3PK(((__li__S2VI *)li__Q2CQ));
  } break;
  case __li__E3VI__: {
    li__R2CQ=li__33PK(((__li__E3VI *)li__Q2CQ));
  } break;
  case __li__KLWI__: {
    li__YY2U=((__li__KMFK *)((__li__KLWI *)li__Q2CQ)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__YY2U->li__3RFK),li__YY2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__R2CQ=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__R2CQ=NULL;
  } break;
  case __li__NMWI__: {
    li__R2CQ=li__Z4PK(((__li__NMWI *)li__Q2CQ));
  } break;
  case __li__BNWI__: {
    li__R2CQ=li__L5PK(((__li__BNWI *)li__Q2CQ));
  } break;
  case __li__XNWI__: {
    li__R2CQ=li__35PK(((__li__XNWI *)li__Q2CQ));
  } break;
  case __li__LOWI__: {
    li__R2CQ=li__PAQK(((__li__LOWI *)li__Q2CQ));
  } break;
  case __li__5OWI__: {
    li__R2CQ=li__BBQK(((__li__5OWI *)li__Q2CQ));
  } break;
  case __li__TPWI__: {
    li__R2CQ=li__TBQK(((__li__TPWI *)li__Q2CQ));
  } break;
  case __li__HQWI__: {
    li__R2CQ=li__FCQK(((__li__HQWI *)li__Q2CQ));
  } break;
  case __li__ARWI__: {
    li__QY2U=li__OQWK(((__li__ARWI *)li__Q2CQ));
    li__R2CQ=li__QY2U;
  } break;
  case __li__URWI__: {
    li__R2CQ=li__1CQK(((__li__URWI *)li__Q2CQ));
  } break;
  case __li__ETWI__: {
    li__R2CQ=li__QDQK(((__li__ETWI *)li__Q2CQ));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__R2CQ=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__R2CQ=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__R2CQ=NULL;
  } break;
  case __li__KMFK__: {
    li__YY2U=((__li__KMFK *)li__Q2CQ);
    li__HXPN(((__li__VTBD *)li__YY2U->li__3RFK),li__YY2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__R2CQ=NULL;
  } break;
  case __li__XOHL__: {
    li__R2CQ=li__A2NN(((__li__XOHL *)li__Q2CQ));
  } break;
  case __li__FPHL__: {
    li__R2CQ=li__UP5L(((__li__FPHL *)li__Q2CQ));
  } break;
  case __li__APLM__: {
    li__R2CQ=li__11CQ(((__li__APLM *)li__Q2CQ));
  } break;
  case __li__DTNM__: {
    li__R2CQ=li__SGSO(((__li__DTNM *)li__Q2CQ));
  } break;
  case __li__JXNM__: {
    li__R2CQ=li__LZ3R(((__li__JXNM *)li__Q2CQ));
  } break;
  case __li__21LO__: {
    li__5Y2U=((__li__21LO *)li__Q2CQ);
    li__XZFQ(((__li__DZB *)li__5Y2U->li__KJXO),li__5Y2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QY2U=li__SDPP(li__5Y2U);
    li__R2CQ=li__QY2U;
  } break;
  case __li__TPOO__: {
    li__CZ2U=((__li__TPOO *)li__Q2CQ);
    li__IZFQ(((__li__DZB *)li__CZ2U->li__5IXO),li__CZ2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__CZ2U->li__5IXO));
    li__R2CQ=NULL;
  } break;
  case __li__URRO__: {
    li__R2CQ=li__3G4R(((__li__URRO *)li__Q2CQ));
  } break;
  case __li__41XO__: {
    li__R2CQ=li__M2CQ(((__li__41XO *)li__Q2CQ));
  } break;
  case __li__AKBR__: {
    li__R2CQ=li__WLDS(((__li__AKBR *)li__Q2CQ));
  } break;
  case __li__SU5R__: {
    li__R2CQ=li__0AJS(((__li__SU5R *)li__Q2CQ));
  } break;
  case __li__JV5R__: {
    li__R2CQ=li__LBJS(((__li__JV5R *)li__Q2CQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__R2CQ != (void *)NULL)) {
    li__FZ2U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__FZ2U->li__2OLE),li__R2CQ,(__li__K)(li__FZ2U->li__OJTE -  1));
    li__FZ2U->li__OJTE=(__li__K)(li__FZ2U->li__OJTE +  1);
    li__WVRE(li__FZ2U);
  };
  li__Q2CQ=li__N2CQ->li__51XO.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__Q2CQ)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QY2U=NULL;
  } break;
  case __li__AVBD__: {
    li__QY2U=li__HJQI(((__li__AVBD *)li__Q2CQ));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QY2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QY2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__QY2U=li__O2PK(((__li__Z4WH *)li__Q2CQ));
  } break;
  case __li__KTVI__: {
    li__R2CQ=li__N4VK(((__li__KTVI *)li__Q2CQ));
    li__QY2U=li__R2CQ;
  } break;
  case __li__LTVI__: {
    li__QY2U=li__SO5L(((__li__LTVI *)li__Q2CQ));
  } break;
  case __li__XTVI__: {
    li__R2CQ=li__SEWK(((__li__XTVI *)li__Q2CQ));
    li__QY2U=li__R2CQ;
  } break;
  case __li__YTVI__: {
    li__QY2U=li__DP5L(((__li__YTVI *)li__Q2CQ));
  } break;
  case __li__S2VI__: {
    li__QY2U=li__L3PK(((__li__S2VI *)li__Q2CQ));
  } break;
  case __li__E3VI__: {
    li__QY2U=li__33PK(((__li__E3VI *)li__Q2CQ));
  } break;
  case __li__KLWI__: {
    li__YY2U=((__li__KMFK *)((__li__KLWI *)li__Q2CQ)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__YY2U->li__3RFK),li__YY2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QY2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__QY2U=NULL;
  } break;
  case __li__NMWI__: {
    li__QY2U=li__Z4PK(((__li__NMWI *)li__Q2CQ));
  } break;
  case __li__BNWI__: {
    li__QY2U=li__L5PK(((__li__BNWI *)li__Q2CQ));
  } break;
  case __li__XNWI__: {
    li__QY2U=li__35PK(((__li__XNWI *)li__Q2CQ));
  } break;
  case __li__LOWI__: {
    li__QY2U=li__PAQK(((__li__LOWI *)li__Q2CQ));
  } break;
  case __li__5OWI__: {
    li__QY2U=li__BBQK(((__li__5OWI *)li__Q2CQ));
  } break;
  case __li__TPWI__: {
    li__QY2U=li__TBQK(((__li__TPWI *)li__Q2CQ));
  } break;
  case __li__HQWI__: {
    li__QY2U=li__FCQK(((__li__HQWI *)li__Q2CQ));
  } break;
  case __li__ARWI__: {
    li__R2CQ=li__OQWK(((__li__ARWI *)li__Q2CQ));
    li__QY2U=li__R2CQ;
  } break;
  case __li__URWI__: {
    li__QY2U=li__1CQK(((__li__URWI *)li__Q2CQ));
  } break;
  case __li__ETWI__: {
    li__QY2U=li__QDQK(((__li__ETWI *)li__Q2CQ));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QY2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QY2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QY2U=NULL;
  } break;
  case __li__KMFK__: {
    li__YY2U=((__li__KMFK *)li__Q2CQ);
    li__HXPN(((__li__VTBD *)li__YY2U->li__3RFK),li__YY2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QY2U=NULL;
  } break;
  case __li__XOHL__: {
    li__QY2U=li__A2NN(((__li__XOHL *)li__Q2CQ));
  } break;
  case __li__FPHL__: {
    li__QY2U=li__UP5L(((__li__FPHL *)li__Q2CQ));
  } break;
  case __li__APLM__: {
    li__QY2U=li__11CQ(((__li__APLM *)li__Q2CQ));
  } break;
  case __li__DTNM__: {
    li__QY2U=li__SGSO(((__li__DTNM *)li__Q2CQ));
  } break;
  case __li__JXNM__: {
    li__QY2U=li__LZ3R(((__li__JXNM *)li__Q2CQ));
  } break;
  case __li__21LO__: {
    li__5Y2U=((__li__21LO *)li__Q2CQ);
    li__XZFQ(((__li__DZB *)li__5Y2U->li__KJXO),li__5Y2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__R2CQ=li__SDPP(li__5Y2U);
    li__QY2U=li__R2CQ;
  } break;
  case __li__TPOO__: {
    li__CZ2U=((__li__TPOO *)li__Q2CQ);
    li__IZFQ(((__li__DZB *)li__CZ2U->li__5IXO),li__CZ2U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__CZ2U->li__5IXO));
    li__QY2U=NULL;
  } break;
  case __li__URRO__: {
    li__QY2U=li__3G4R(((__li__URRO *)li__Q2CQ));
  } break;
  case __li__41XO__: {
    li__QY2U=li__M2CQ(((__li__41XO *)li__Q2CQ));
  } break;
  case __li__AKBR__: {
    li__QY2U=li__WLDS(((__li__AKBR *)li__Q2CQ));
  } break;
  case __li__SU5R__: {
    li__QY2U=li__0AJS(((__li__SU5R *)li__Q2CQ));
  } break;
  case __li__JV5R__: {
    li__QY2U=li__LBJS(((__li__JV5R *)li__Q2CQ));
  } break;
  };
  li__O2CQ=li__QY2U;
  return(li__O2CQ);
}

static void* li__WLDS(__li__AKBR *li__XLDS)
/* (Strict EXPR_XOR{li__AKBR}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__0LDS,*li__5Z2U;
  void *li__1LDS,*li__YLDS;
  __li__KMFK *li__H02U;
  __li__21LO *li__O02U;
  __li__TPOO *li__R02U;
  __li__KI *li__U02U;
  li__0LDS=li__XLDS->li__BKBR.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0LDS)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1LDS=NULL;
  } break;
  case __li__AVBD__: {
    li__1LDS=li__HJQI(((__li__AVBD *)li__0LDS));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1LDS=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1LDS=NULL;
  } break;
  case __li__Z4WH__: {
    li__1LDS=li__O2PK(((__li__Z4WH *)li__0LDS));
  } break;
  case __li__KTVI__: {
    li__5Z2U=li__N4VK(((__li__KTVI *)li__0LDS));
    li__1LDS=li__5Z2U;
  } break;
  case __li__LTVI__: {
    li__1LDS=li__SO5L(((__li__LTVI *)li__0LDS));
  } break;
  case __li__XTVI__: {
    li__5Z2U=li__SEWK(((__li__XTVI *)li__0LDS));
    li__1LDS=li__5Z2U;
  } break;
  case __li__YTVI__: {
    li__1LDS=li__DP5L(((__li__YTVI *)li__0LDS));
  } break;
  case __li__S2VI__: {
    li__1LDS=li__L3PK(((__li__S2VI *)li__0LDS));
  } break;
  case __li__E3VI__: {
    li__1LDS=li__33PK(((__li__E3VI *)li__0LDS));
  } break;
  case __li__KLWI__: {
    li__H02U=((__li__KMFK *)((__li__KLWI *)li__0LDS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__H02U->li__3RFK),li__H02U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1LDS=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__1LDS=NULL;
  } break;
  case __li__NMWI__: {
    li__1LDS=li__Z4PK(((__li__NMWI *)li__0LDS));
  } break;
  case __li__BNWI__: {
    li__1LDS=li__L5PK(((__li__BNWI *)li__0LDS));
  } break;
  case __li__XNWI__: {
    li__1LDS=li__35PK(((__li__XNWI *)li__0LDS));
  } break;
  case __li__LOWI__: {
    li__1LDS=li__PAQK(((__li__LOWI *)li__0LDS));
  } break;
  case __li__5OWI__: {
    li__1LDS=li__BBQK(((__li__5OWI *)li__0LDS));
  } break;
  case __li__TPWI__: {
    li__1LDS=li__TBQK(((__li__TPWI *)li__0LDS));
  } break;
  case __li__HQWI__: {
    li__1LDS=li__FCQK(((__li__HQWI *)li__0LDS));
  } break;
  case __li__ARWI__: {
    li__5Z2U=li__OQWK(((__li__ARWI *)li__0LDS));
    li__1LDS=li__5Z2U;
  } break;
  case __li__URWI__: {
    li__1LDS=li__1CQK(((__li__URWI *)li__0LDS));
  } break;
  case __li__ETWI__: {
    li__1LDS=li__QDQK(((__li__ETWI *)li__0LDS));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1LDS=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1LDS=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1LDS=NULL;
  } break;
  case __li__KMFK__: {
    li__H02U=((__li__KMFK *)li__0LDS);
    li__HXPN(((__li__VTBD *)li__H02U->li__3RFK),li__H02U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1LDS=NULL;
  } break;
  case __li__XOHL__: {
    li__1LDS=li__A2NN(((__li__XOHL *)li__0LDS));
  } break;
  case __li__FPHL__: {
    li__1LDS=li__UP5L(((__li__FPHL *)li__0LDS));
  } break;
  case __li__APLM__: {
    li__1LDS=li__11CQ(((__li__APLM *)li__0LDS));
  } break;
  case __li__DTNM__: {
    li__1LDS=li__SGSO(((__li__DTNM *)li__0LDS));
  } break;
  case __li__JXNM__: {
    li__1LDS=li__LZ3R(((__li__JXNM *)li__0LDS));
  } break;
  case __li__21LO__: {
    li__O02U=((__li__21LO *)li__0LDS);
    li__XZFQ(((__li__DZB *)li__O02U->li__KJXO),li__O02U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5Z2U=li__SDPP(li__O02U);
    li__1LDS=li__5Z2U;
  } break;
  case __li__TPOO__: {
    li__R02U=((__li__TPOO *)li__0LDS);
    li__IZFQ(((__li__DZB *)li__R02U->li__5IXO),li__R02U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__R02U->li__5IXO));
    li__1LDS=NULL;
  } break;
  case __li__URRO__: {
    li__1LDS=li__3G4R(((__li__URRO *)li__0LDS));
  } break;
  case __li__41XO__: {
    li__1LDS=li__M2CQ(((__li__41XO *)li__0LDS));
  } break;
  case __li__AKBR__: {
    li__1LDS=li__WLDS(((__li__AKBR *)li__0LDS));
  } break;
  case __li__SU5R__: {
    li__1LDS=li__0AJS(((__li__SU5R *)li__0LDS));
  } break;
  case __li__JV5R__: {
    li__1LDS=li__LBJS(((__li__JV5R *)li__0LDS));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__1LDS != (void *)NULL)) {
    li__U02U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__U02U->li__2OLE),li__1LDS,(__li__K)(li__U02U->li__OJTE -  1));
    li__U02U->li__OJTE=(__li__K)(li__U02U->li__OJTE +  1);
    li__WVRE(li__U02U);
  };
  li__0LDS=li__XLDS->li__BKBR.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0LDS)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5Z2U=NULL;
  } break;
  case __li__AVBD__: {
    li__5Z2U=li__HJQI(((__li__AVBD *)li__0LDS));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5Z2U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5Z2U=NULL;
  } break;
  case __li__Z4WH__: {
    li__5Z2U=li__O2PK(((__li__Z4WH *)li__0LDS));
  } break;
  case __li__KTVI__: {
    li__1LDS=li__N4VK(((__li__KTVI *)li__0LDS));
    li__5Z2U=li__1LDS;
  } break;
  case __li__LTVI__: {
    li__5Z2U=li__SO5L(((__li__LTVI *)li__0LDS));
  } break;
  case __li__XTVI__: {
    li__1LDS=li__SEWK(((__li__XTVI *)li__0LDS));
    li__5Z2U=li__1LDS;
  } break;
  case __li__YTVI__: {
    li__5Z2U=li__DP5L(((__li__YTVI *)li__0LDS));
  } break;
  case __li__S2VI__: {
    li__5Z2U=li__L3PK(((__li__S2VI *)li__0LDS));
  } break;
  case __li__E3VI__: {
    li__5Z2U=li__33PK(((__li__E3VI *)li__0LDS));
  } break;
  case __li__KLWI__: {
    li__H02U=((__li__KMFK *)((__li__KLWI *)li__0LDS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__H02U->li__3RFK),li__H02U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5Z2U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__5Z2U=NULL;
  } break;
  case __li__NMWI__: {
    li__5Z2U=li__Z4PK(((__li__NMWI *)li__0LDS));
  } break;
  case __li__BNWI__: {
    li__5Z2U=li__L5PK(((__li__BNWI *)li__0LDS));
  } break;
  case __li__XNWI__: {
    li__5Z2U=li__35PK(((__li__XNWI *)li__0LDS));
  } break;
  case __li__LOWI__: {
    li__5Z2U=li__PAQK(((__li__LOWI *)li__0LDS));
  } break;
  case __li__5OWI__: {
    li__5Z2U=li__BBQK(((__li__5OWI *)li__0LDS));
  } break;
  case __li__TPWI__: {
    li__5Z2U=li__TBQK(((__li__TPWI *)li__0LDS));
  } break;
  case __li__HQWI__: {
    li__5Z2U=li__FCQK(((__li__HQWI *)li__0LDS));
  } break;
  case __li__ARWI__: {
    li__1LDS=li__OQWK(((__li__ARWI *)li__0LDS));
    li__5Z2U=li__1LDS;
  } break;
  case __li__URWI__: {
    li__5Z2U=li__1CQK(((__li__URWI *)li__0LDS));
  } break;
  case __li__ETWI__: {
    li__5Z2U=li__QDQK(((__li__ETWI *)li__0LDS));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5Z2U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5Z2U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5Z2U=NULL;
  } break;
  case __li__KMFK__: {
    li__H02U=((__li__KMFK *)li__0LDS);
    li__HXPN(((__li__VTBD *)li__H02U->li__3RFK),li__H02U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5Z2U=NULL;
  } break;
  case __li__XOHL__: {
    li__5Z2U=li__A2NN(((__li__XOHL *)li__0LDS));
  } break;
  case __li__FPHL__: {
    li__5Z2U=li__UP5L(((__li__FPHL *)li__0LDS));
  } break;
  case __li__APLM__: {
    li__5Z2U=li__11CQ(((__li__APLM *)li__0LDS));
  } break;
  case __li__DTNM__: {
    li__5Z2U=li__SGSO(((__li__DTNM *)li__0LDS));
  } break;
  case __li__JXNM__: {
    li__5Z2U=li__LZ3R(((__li__JXNM *)li__0LDS));
  } break;
  case __li__21LO__: {
    li__O02U=((__li__21LO *)li__0LDS);
    li__XZFQ(((__li__DZB *)li__O02U->li__KJXO),li__O02U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__1LDS=li__SDPP(li__O02U);
    li__5Z2U=li__1LDS;
  } break;
  case __li__TPOO__: {
    li__R02U=((__li__TPOO *)li__0LDS);
    li__IZFQ(((__li__DZB *)li__R02U->li__5IXO),li__R02U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__R02U->li__5IXO));
    li__5Z2U=NULL;
  } break;
  case __li__URRO__: {
    li__5Z2U=li__3G4R(((__li__URRO *)li__0LDS));
  } break;
  case __li__41XO__: {
    li__5Z2U=li__M2CQ(((__li__41XO *)li__0LDS));
  } break;
  case __li__AKBR__: {
    li__5Z2U=li__WLDS(((__li__AKBR *)li__0LDS));
  } break;
  case __li__SU5R__: {
    li__5Z2U=li__0AJS(((__li__SU5R *)li__0LDS));
  } break;
  case __li__JV5R__: {
    li__5Z2U=li__LBJS(((__li__JV5R *)li__0LDS));
  } break;
  };
  li__YLDS=li__5Z2U;
  return(li__YLDS);
}

static void* li__0AJS(__li__SU5R *li__1AJS)
/* (Strict EXPR_INF{li__SU5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__4AJS,*li__O12U;
  void *li__5AJS,*li__2AJS;
  __li__KMFK *li__W12U;
  __li__21LO *li__312U;
  __li__TPOO *li__A22U;
  __li__KI *li__D22U;
  li__4AJS=li__1AJS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4AJS)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5AJS=NULL;
  } break;
  case __li__AVBD__: {
    li__5AJS=li__HJQI(((__li__AVBD *)li__4AJS));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5AJS=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5AJS=NULL;
  } break;
  case __li__Z4WH__: {
    li__5AJS=li__O2PK(((__li__Z4WH *)li__4AJS));
  } break;
  case __li__KTVI__: {
    li__O12U=li__N4VK(((__li__KTVI *)li__4AJS));
    li__5AJS=li__O12U;
  } break;
  case __li__LTVI__: {
    li__5AJS=li__SO5L(((__li__LTVI *)li__4AJS));
  } break;
  case __li__XTVI__: {
    li__O12U=li__SEWK(((__li__XTVI *)li__4AJS));
    li__5AJS=li__O12U;
  } break;
  case __li__YTVI__: {
    li__5AJS=li__DP5L(((__li__YTVI *)li__4AJS));
  } break;
  case __li__S2VI__: {
    li__5AJS=li__L3PK(((__li__S2VI *)li__4AJS));
  } break;
  case __li__E3VI__: {
    li__5AJS=li__33PK(((__li__E3VI *)li__4AJS));
  } break;
  case __li__KLWI__: {
    li__W12U=((__li__KMFK *)((__li__KLWI *)li__4AJS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__W12U->li__3RFK),li__W12U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5AJS=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__5AJS=NULL;
  } break;
  case __li__NMWI__: {
    li__5AJS=li__Z4PK(((__li__NMWI *)li__4AJS));
  } break;
  case __li__BNWI__: {
    li__5AJS=li__L5PK(((__li__BNWI *)li__4AJS));
  } break;
  case __li__XNWI__: {
    li__5AJS=li__35PK(((__li__XNWI *)li__4AJS));
  } break;
  case __li__LOWI__: {
    li__5AJS=li__PAQK(((__li__LOWI *)li__4AJS));
  } break;
  case __li__5OWI__: {
    li__5AJS=li__BBQK(((__li__5OWI *)li__4AJS));
  } break;
  case __li__TPWI__: {
    li__5AJS=li__TBQK(((__li__TPWI *)li__4AJS));
  } break;
  case __li__HQWI__: {
    li__5AJS=li__FCQK(((__li__HQWI *)li__4AJS));
  } break;
  case __li__ARWI__: {
    li__O12U=li__OQWK(((__li__ARWI *)li__4AJS));
    li__5AJS=li__O12U;
  } break;
  case __li__URWI__: {
    li__5AJS=li__1CQK(((__li__URWI *)li__4AJS));
  } break;
  case __li__ETWI__: {
    li__5AJS=li__QDQK(((__li__ETWI *)li__4AJS));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5AJS=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5AJS=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5AJS=NULL;
  } break;
  case __li__KMFK__: {
    li__W12U=((__li__KMFK *)li__4AJS);
    li__HXPN(((__li__VTBD *)li__W12U->li__3RFK),li__W12U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5AJS=NULL;
  } break;
  case __li__XOHL__: {
    li__5AJS=li__A2NN(((__li__XOHL *)li__4AJS));
  } break;
  case __li__FPHL__: {
    li__5AJS=li__UP5L(((__li__FPHL *)li__4AJS));
  } break;
  case __li__APLM__: {
    li__5AJS=li__11CQ(((__li__APLM *)li__4AJS));
  } break;
  case __li__DTNM__: {
    li__5AJS=li__SGSO(((__li__DTNM *)li__4AJS));
  } break;
  case __li__JXNM__: {
    li__5AJS=li__LZ3R(((__li__JXNM *)li__4AJS));
  } break;
  case __li__21LO__: {
    li__312U=((__li__21LO *)li__4AJS);
    li__XZFQ(((__li__DZB *)li__312U->li__KJXO),li__312U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__O12U=li__SDPP(li__312U);
    li__5AJS=li__O12U;
  } break;
  case __li__TPOO__: {
    li__A22U=((__li__TPOO *)li__4AJS);
    li__IZFQ(((__li__DZB *)li__A22U->li__5IXO),li__A22U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__A22U->li__5IXO));
    li__5AJS=NULL;
  } break;
  case __li__URRO__: {
    li__5AJS=li__3G4R(((__li__URRO *)li__4AJS));
  } break;
  case __li__41XO__: {
    li__5AJS=li__M2CQ(((__li__41XO *)li__4AJS));
  } break;
  case __li__AKBR__: {
    li__5AJS=li__WLDS(((__li__AKBR *)li__4AJS));
  } break;
  case __li__SU5R__: {
    li__5AJS=li__0AJS(((__li__SU5R *)li__4AJS));
  } break;
  case __li__JV5R__: {
    li__5AJS=li__LBJS(((__li__JV5R *)li__4AJS));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__5AJS != (void *)NULL)) {
    li__D22U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__D22U->li__2OLE),li__5AJS,(__li__K)(li__D22U->li__OJTE -  1));
    li__D22U->li__OJTE=(__li__K)(li__D22U->li__OJTE +  1);
    li__WVRE(li__D22U);
  };
  li__4AJS=li__1AJS->li__TU5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4AJS)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__O12U=NULL;
  } break;
  case __li__AVBD__: {
    li__O12U=li__HJQI(((__li__AVBD *)li__4AJS));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__O12U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__O12U=NULL;
  } break;
  case __li__Z4WH__: {
    li__O12U=li__O2PK(((__li__Z4WH *)li__4AJS));
  } break;
  case __li__KTVI__: {
    li__5AJS=li__N4VK(((__li__KTVI *)li__4AJS));
    li__O12U=li__5AJS;
  } break;
  case __li__LTVI__: {
    li__O12U=li__SO5L(((__li__LTVI *)li__4AJS));
  } break;
  case __li__XTVI__: {
    li__5AJS=li__SEWK(((__li__XTVI *)li__4AJS));
    li__O12U=li__5AJS;
  } break;
  case __li__YTVI__: {
    li__O12U=li__DP5L(((__li__YTVI *)li__4AJS));
  } break;
  case __li__S2VI__: {
    li__O12U=li__L3PK(((__li__S2VI *)li__4AJS));
  } break;
  case __li__E3VI__: {
    li__O12U=li__33PK(((__li__E3VI *)li__4AJS));
  } break;
  case __li__KLWI__: {
    li__W12U=((__li__KMFK *)((__li__KLWI *)li__4AJS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__W12U->li__3RFK),li__W12U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__O12U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__O12U=NULL;
  } break;
  case __li__NMWI__: {
    li__O12U=li__Z4PK(((__li__NMWI *)li__4AJS));
  } break;
  case __li__BNWI__: {
    li__O12U=li__L5PK(((__li__BNWI *)li__4AJS));
  } break;
  case __li__XNWI__: {
    li__O12U=li__35PK(((__li__XNWI *)li__4AJS));
  } break;
  case __li__LOWI__: {
    li__O12U=li__PAQK(((__li__LOWI *)li__4AJS));
  } break;
  case __li__5OWI__: {
    li__O12U=li__BBQK(((__li__5OWI *)li__4AJS));
  } break;
  case __li__TPWI__: {
    li__O12U=li__TBQK(((__li__TPWI *)li__4AJS));
  } break;
  case __li__HQWI__: {
    li__O12U=li__FCQK(((__li__HQWI *)li__4AJS));
  } break;
  case __li__ARWI__: {
    li__5AJS=li__OQWK(((__li__ARWI *)li__4AJS));
    li__O12U=li__5AJS;
  } break;
  case __li__URWI__: {
    li__O12U=li__1CQK(((__li__URWI *)li__4AJS));
  } break;
  case __li__ETWI__: {
    li__O12U=li__QDQK(((__li__ETWI *)li__4AJS));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__O12U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__O12U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__O12U=NULL;
  } break;
  case __li__KMFK__: {
    li__W12U=((__li__KMFK *)li__4AJS);
    li__HXPN(((__li__VTBD *)li__W12U->li__3RFK),li__W12U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__O12U=NULL;
  } break;
  case __li__XOHL__: {
    li__O12U=li__A2NN(((__li__XOHL *)li__4AJS));
  } break;
  case __li__FPHL__: {
    li__O12U=li__UP5L(((__li__FPHL *)li__4AJS));
  } break;
  case __li__APLM__: {
    li__O12U=li__11CQ(((__li__APLM *)li__4AJS));
  } break;
  case __li__DTNM__: {
    li__O12U=li__SGSO(((__li__DTNM *)li__4AJS));
  } break;
  case __li__JXNM__: {
    li__O12U=li__LZ3R(((__li__JXNM *)li__4AJS));
  } break;
  case __li__21LO__: {
    li__312U=((__li__21LO *)li__4AJS);
    li__XZFQ(((__li__DZB *)li__312U->li__KJXO),li__312U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__5AJS=li__SDPP(li__312U);
    li__O12U=li__5AJS;
  } break;
  case __li__TPOO__: {
    li__A22U=((__li__TPOO *)li__4AJS);
    li__IZFQ(((__li__DZB *)li__A22U->li__5IXO),li__A22U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__A22U->li__5IXO));
    li__O12U=NULL;
  } break;
  case __li__URRO__: {
    li__O12U=li__3G4R(((__li__URRO *)li__4AJS));
  } break;
  case __li__41XO__: {
    li__O12U=li__M2CQ(((__li__41XO *)li__4AJS));
  } break;
  case __li__AKBR__: {
    li__O12U=li__WLDS(((__li__AKBR *)li__4AJS));
  } break;
  case __li__SU5R__: {
    li__O12U=li__0AJS(((__li__SU5R *)li__4AJS));
  } break;
  case __li__JV5R__: {
    li__O12U=li__LBJS(((__li__JV5R *)li__4AJS));
  } break;
  };
  li__2AJS=li__O12U;
  return(li__2AJS);
}

static void* li__LBJS(__li__JV5R *li__MBJS)
/* (Strict EXPR_INF_EQ{li__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__PBJS,*li__322U;
  void *li__QBJS,*li__NBJS;
  __li__KMFK *li__F32U;
  __li__21LO *li__M32U;
  __li__TPOO *li__P32U;
  __li__KI *li__S32U;
  li__PBJS=li__MBJS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PBJS)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QBJS=NULL;
  } break;
  case __li__AVBD__: {
    li__QBJS=li__HJQI(((__li__AVBD *)li__PBJS));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QBJS=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QBJS=NULL;
  } break;
  case __li__Z4WH__: {
    li__QBJS=li__O2PK(((__li__Z4WH *)li__PBJS));
  } break;
  case __li__KTVI__: {
    li__322U=li__N4VK(((__li__KTVI *)li__PBJS));
    li__QBJS=li__322U;
  } break;
  case __li__LTVI__: {
    li__QBJS=li__SO5L(((__li__LTVI *)li__PBJS));
  } break;
  case __li__XTVI__: {
    li__322U=li__SEWK(((__li__XTVI *)li__PBJS));
    li__QBJS=li__322U;
  } break;
  case __li__YTVI__: {
    li__QBJS=li__DP5L(((__li__YTVI *)li__PBJS));
  } break;
  case __li__S2VI__: {
    li__QBJS=li__L3PK(((__li__S2VI *)li__PBJS));
  } break;
  case __li__E3VI__: {
    li__QBJS=li__33PK(((__li__E3VI *)li__PBJS));
  } break;
  case __li__KLWI__: {
    li__F32U=((__li__KMFK *)((__li__KLWI *)li__PBJS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__F32U->li__3RFK),li__F32U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QBJS=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__QBJS=NULL;
  } break;
  case __li__NMWI__: {
    li__QBJS=li__Z4PK(((__li__NMWI *)li__PBJS));
  } break;
  case __li__BNWI__: {
    li__QBJS=li__L5PK(((__li__BNWI *)li__PBJS));
  } break;
  case __li__XNWI__: {
    li__QBJS=li__35PK(((__li__XNWI *)li__PBJS));
  } break;
  case __li__LOWI__: {
    li__QBJS=li__PAQK(((__li__LOWI *)li__PBJS));
  } break;
  case __li__5OWI__: {
    li__QBJS=li__BBQK(((__li__5OWI *)li__PBJS));
  } break;
  case __li__TPWI__: {
    li__QBJS=li__TBQK(((__li__TPWI *)li__PBJS));
  } break;
  case __li__HQWI__: {
    li__QBJS=li__FCQK(((__li__HQWI *)li__PBJS));
  } break;
  case __li__ARWI__: {
    li__322U=li__OQWK(((__li__ARWI *)li__PBJS));
    li__QBJS=li__322U;
  } break;
  case __li__URWI__: {
    li__QBJS=li__1CQK(((__li__URWI *)li__PBJS));
  } break;
  case __li__ETWI__: {
    li__QBJS=li__QDQK(((__li__ETWI *)li__PBJS));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QBJS=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QBJS=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QBJS=NULL;
  } break;
  case __li__KMFK__: {
    li__F32U=((__li__KMFK *)li__PBJS);
    li__HXPN(((__li__VTBD *)li__F32U->li__3RFK),li__F32U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QBJS=NULL;
  } break;
  case __li__XOHL__: {
    li__QBJS=li__A2NN(((__li__XOHL *)li__PBJS));
  } break;
  case __li__FPHL__: {
    li__QBJS=li__UP5L(((__li__FPHL *)li__PBJS));
  } break;
  case __li__APLM__: {
    li__QBJS=li__11CQ(((__li__APLM *)li__PBJS));
  } break;
  case __li__DTNM__: {
    li__QBJS=li__SGSO(((__li__DTNM *)li__PBJS));
  } break;
  case __li__JXNM__: {
    li__QBJS=li__LZ3R(((__li__JXNM *)li__PBJS));
  } break;
  case __li__21LO__: {
    li__M32U=((__li__21LO *)li__PBJS);
    li__XZFQ(((__li__DZB *)li__M32U->li__KJXO),li__M32U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__322U=li__SDPP(li__M32U);
    li__QBJS=li__322U;
  } break;
  case __li__TPOO__: {
    li__P32U=((__li__TPOO *)li__PBJS);
    li__IZFQ(((__li__DZB *)li__P32U->li__5IXO),li__P32U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__P32U->li__5IXO));
    li__QBJS=NULL;
  } break;
  case __li__URRO__: {
    li__QBJS=li__3G4R(((__li__URRO *)li__PBJS));
  } break;
  case __li__41XO__: {
    li__QBJS=li__M2CQ(((__li__41XO *)li__PBJS));
  } break;
  case __li__AKBR__: {
    li__QBJS=li__WLDS(((__li__AKBR *)li__PBJS));
  } break;
  case __li__SU5R__: {
    li__QBJS=li__0AJS(((__li__SU5R *)li__PBJS));
  } break;
  case __li__JV5R__: {
    li__QBJS=li__LBJS(((__li__JV5R *)li__PBJS));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__QBJS != (void *)NULL)) {
    li__S32U=((__li__KI *)li__XIKB);
    li__LJHI(((__li__TOLE *)li__S32U->li__2OLE),li__QBJS,(__li__K)(li__S32U->li__OJTE -  1));
    li__S32U->li__OJTE=(__li__K)(li__S32U->li__OJTE +  1);
    li__WVRE(li__S32U);
  };
  li__PBJS=li__MBJS->li__KV5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PBJS)->__id) {
  case __li__WK__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__322U=NULL;
  } break;
  case __li__AVBD__: {
    li__322U=li__HJQI(((__li__AVBD *)li__PBJS));
  } break;
  case __li__KVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__322U=NULL;
  } break;
  case __li__WVBD__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__322U=NULL;
  } break;
  case __li__Z4WH__: {
    li__322U=li__O2PK(((__li__Z4WH *)li__PBJS));
  } break;
  case __li__KTVI__: {
    li__QBJS=li__N4VK(((__li__KTVI *)li__PBJS));
    li__322U=li__QBJS;
  } break;
  case __li__LTVI__: {
    li__322U=li__SO5L(((__li__LTVI *)li__PBJS));
  } break;
  case __li__XTVI__: {
    li__QBJS=li__SEWK(((__li__XTVI *)li__PBJS));
    li__322U=li__QBJS;
  } break;
  case __li__YTVI__: {
    li__322U=li__DP5L(((__li__YTVI *)li__PBJS));
  } break;
  case __li__S2VI__: {
    li__322U=li__L3PK(((__li__S2VI *)li__PBJS));
  } break;
  case __li__E3VI__: {
    li__322U=li__33PK(((__li__E3VI *)li__PBJS));
  } break;
  case __li__KLWI__: {
    li__F32U=((__li__KMFK *)((__li__KLWI *)li__PBJS)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__F32U->li__3RFK),li__F32U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__322U=NULL;
  } break;
  case __li__ULWI__: 
  case __li__MSWI__: {
    li__322U=NULL;
  } break;
  case __li__NMWI__: {
    li__322U=li__Z4PK(((__li__NMWI *)li__PBJS));
  } break;
  case __li__BNWI__: {
    li__322U=li__L5PK(((__li__BNWI *)li__PBJS));
  } break;
  case __li__XNWI__: {
    li__322U=li__35PK(((__li__XNWI *)li__PBJS));
  } break;
  case __li__LOWI__: {
    li__322U=li__PAQK(((__li__LOWI *)li__PBJS));
  } break;
  case __li__5OWI__: {
    li__322U=li__BBQK(((__li__5OWI *)li__PBJS));
  } break;
  case __li__TPWI__: {
    li__322U=li__TBQK(((__li__TPWI *)li__PBJS));
  } break;
  case __li__HQWI__: {
    li__322U=li__FCQK(((__li__HQWI *)li__PBJS));
  } break;
  case __li__ARWI__: {
    li__QBJS=li__OQWK(((__li__ARWI *)li__PBJS));
    li__322U=li__QBJS;
  } break;
  case __li__URWI__: {
    li__322U=li__1CQK(((__li__URWI *)li__PBJS));
  } break;
  case __li__ETWI__: {
    li__322U=li__QDQK(((__li__ETWI *)li__PBJS));
  } break;
  case __li__MZWI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__322U=NULL;
  } break;
  case __li__C0WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__322U=NULL;
  } break;
  case __li__M1WI__: {
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__322U=NULL;
  } break;
  case __li__KMFK__: {
    li__F32U=((__li__KMFK *)li__PBJS);
    li__HXPN(((__li__VTBD *)li__F32U->li__3RFK),li__F32U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__322U=NULL;
  } break;
  case __li__XOHL__: {
    li__322U=li__A2NN(((__li__XOHL *)li__PBJS));
  } break;
  case __li__FPHL__: {
    li__322U=li__UP5L(((__li__FPHL *)li__PBJS));
  } break;
  case __li__APLM__: {
    li__322U=li__11CQ(((__li__APLM *)li__PBJS));
  } break;
  case __li__DTNM__: {
    li__322U=li__SGSO(((__li__DTNM *)li__PBJS));
  } break;
  case __li__JXNM__: {
    li__322U=li__LZ3R(((__li__JXNM *)li__PBJS));
  } break;
  case __li__21LO__: {
    li__M32U=((__li__21LO *)li__PBJS);
    li__XZFQ(((__li__DZB *)li__M32U->li__KJXO),li__M32U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__QBJS=li__SDPP(li__M32U);
    li__322U=li__QBJS;
  } break;
  case __li__TPOO__: {
    li__P32U=((__li__TPOO *)li__PBJS);
    li__IZFQ(((__li__DZB *)li__P32U->li__5IXO),li__P32U);
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__DXTM(((__li__DZB *)li__P32U->li__5IXO));
    li__322U=NULL;
  } break;
  case __li__URRO__: {
    li__322U=li__3G4R(((__li__URRO *)li__PBJS));
  } break;
  case __li__41XO__: {
    li__322U=li__M2CQ(((__li__41XO *)li__PBJS));
  } break;
  case __li__AKBR__: {
    li__322U=li__WLDS(((__li__AKBR *)li__PBJS));
  } break;
  case __li__SU5R__: {
    li__322U=li__0AJS(((__li__SU5R *)li__PBJS));
  } break;
  case __li__JV5R__: {
    li__322U=li__LBJS(((__li__JV5R *)li__PBJS));
  } break;
  };
  li__NBJS=li__322U;
  return(li__NBJS);
}

static void* li__IVAJ(__li__AVBD *li__JVAJ)
/* (Strict EXTERNAL_C{li__AVBD}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XVAJ,li__IFOJ;
  void *li__4VAJ,*li__5VAJ,*li__KVAJ;
  __li__2ZEC *li__1WRU;
  /* __li__B__ __li__I__ */
if (((void *)li__JVAJ->li__N2ME != (void *)NULL)) {
    li__XVAJ=(*(li__JVAJ->li__N2ME)).li__NKSH;
    li__IFOJ= 0;
    while ((li__IFOJ <= li__XVAJ)) {
      li__4VAJ=((void **)(*(((__li__2ZEC *)li__JVAJ->li__N2ME))).li__3GPI)[li__IFOJ];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4VAJ)->__id) {
      case __li__WK__: {
        li__5VAJ=((__li__WK *)li__4VAJ);
      } break;
      case __li__AVBD__: {
        li__5VAJ=li__IVAJ(((__li__AVBD *)li__4VAJ));
      } break;
      case __li__KVBD__: {
        li__5VAJ=((__li__KVBD *)li__4VAJ);
      } break;
      case __li__WVBD__: {
        li__5VAJ=((__li__WVBD *)li__4VAJ);
      } break;
      case __li__Z4WH__: {
        li__5VAJ=li__H52K();
      } break;
      case __li__KTVI__: {
        li__5VAJ=li__N4VK(((__li__KTVI *)li__4VAJ));
      } break;
      case __li__LTVI__: {
        li__5VAJ=li__AJAM(((__li__LTVI *)li__4VAJ));
      } break;
      case __li__XTVI__: {
        li__5VAJ=li__SEWK(((__li__XTVI *)li__4VAJ));
      } break;
      case __li__YTVI__: {
        li__5VAJ=li__0OAM(((__li__YTVI *)li__4VAJ));
      } break;
      case __li__S2VI__: {
        li__5VAJ=li__YU2K(((__li__S2VI *)li__4VAJ));
      } break;
      case __li__E3VI__: {
        li__5VAJ=li__CZ2K(((__li__E3VI *)li__4VAJ));
      } break;
      case __li__KLWI__: {
        li__5VAJ=li__M52K(((__li__KLWI *)li__4VAJ));
      } break;
      case __li__ULWI__: {
        li__5VAJ=((__li__ULWI *)li__4VAJ);
      } break;
      case __li__NMWI__: {
        li__5VAJ=li__YA3K(((__li__NMWI *)li__4VAJ));
      } break;
      case __li__BNWI__: {
        li__5VAJ=li__CF3K(((__li__BNWI *)li__4VAJ));
      } break;
      case __li__XNWI__: {
        li__5VAJ=li__MJ3K(((__li__XNWI *)li__4VAJ));
      } break;
      case __li__LOWI__: {
        li__5VAJ=li__WN3K(((__li__LOWI *)li__4VAJ));
      } break;
      case __li__5OWI__: {
        li__5VAJ=li__AS3K(((__li__5OWI *)li__4VAJ));
      } break;
      case __li__TPWI__: {
        li__5VAJ=li__KW3K(((__li__TPWI *)li__4VAJ));
      } break;
      case __li__HQWI__: {
        li__5VAJ=li__U03K(((__li__HQWI *)li__4VAJ));
      } break;
      case __li__ARWI__: {
        li__5VAJ=li__OQWK(((__li__ARWI *)li__4VAJ));
      } break;
      case __li__URWI__: {
        li__5VAJ=li__443K(((__li__URWI *)li__4VAJ));
      } break;
      case __li__MSWI__: {
        li__5VAJ=((__li__MSWI *)li__4VAJ);
      } break;
      case __li__ETWI__: {
        li__5VAJ=li__K53K(((__li__ETWI *)li__4VAJ));
      } break;
      case __li__MZWI__: {
        li__5VAJ=((__li__MZWI *)li__4VAJ);
      } break;
      case __li__C0WI__: {
        li__5VAJ=((__li__C0WI *)li__4VAJ);
      } break;
      case __li__M1WI__: {
        li__5VAJ=((__li__M1WI *)li__4VAJ);
      } break;
      case __li__KMFK__: {
        li__5VAJ=li__QF3L(((__li__KMFK *)li__4VAJ));
      } break;
      case __li__XOHL__: {
        li__5VAJ=li__P2NN(((__li__XOHL *)li__4VAJ));
      } break;
      case __li__FPHL__: {
        li__5VAJ=li__YUAM(((__li__FPHL *)li__4VAJ));
      } break;
      case __li__APLM__: {
        li__5VAJ=li__C3CQ(((__li__APLM *)li__4VAJ));
      } break;
      case __li__DTNM__: {
        li__5VAJ=li__3GSO(((__li__DTNM *)li__4VAJ));
      } break;
      case __li__JXNM__: {
        li__5VAJ=li__E03R(((__li__JXNM *)li__4VAJ));
      } break;
      case __li__21LO__: {
        li__5VAJ=li__H1JP(((__li__21LO *)li__4VAJ));
      } break;
      case __li__TPOO__: {
        li__5VAJ=li__Z5JP(((__li__TPOO *)li__4VAJ));
      } break;
      case __li__URRO__: {
        li__5VAJ=li__MH4R(((__li__URRO *)li__4VAJ));
      } break;
      case __li__41XO__: {
        li__5VAJ=li__MBDQ(((__li__41XO *)li__4VAJ));
      } break;
      case __li__AKBR__: {
        li__5VAJ=li__KMDS(((__li__AKBR *)li__4VAJ));
      } break;
      case __li__SU5R__: {
        li__5VAJ=li__1CJS(((__li__SU5R *)li__4VAJ));
      } break;
      case __li__JV5R__: {
        li__5VAJ=li__FHJS(((__li__JV5R *)li__4VAJ));
      } break;
      };
      li__1WRU=((__li__2ZEC *)li__JVAJ->li__N2ME);
      ((void **)(*(li__1WRU)).li__3GPI)[li__IFOJ]=li__5VAJ;
      li__IFOJ=(__li__K)(li__IFOJ +  1);
    };
  };
  li__KVAJ=li__JVAJ;
  return(li__KVAJ);
}

static void* li__H52K()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KI *li__P42U;
  __li__BC *li__O42U;
  void *li__J52K;
  li__P42U=((__li__KI *)li__XIKB);
  li__O42U=li__IFC( 250);
  li__53SE(li__P42U,li__O42U);
  li__C30(((__li__BC *)li__O42U));
  fputc((int)('\n'),stdout);
  li__KBG((&__string_682));
  fputc((int)('\n'),stdout);
  exit(( 1));
  li__J52K=NULL;
  return(li__J52K);
}

static void* li__AJAM(__li__LTVI *li__BJAM)
/* (Strict EXPR_AND_LOGIC{li__LTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__JJAM,*li__KJAM;
  __li__52B li__EJAM;
  void *li__MJAM,*li__NJAM,*li__DTYN,*li__2TYN,*li__EUYN,*li__N41O;
  void *li__CJAM;
  __li__KVBD *li__SJAM,*li__VJAM;
  __li__KMFK *li__152U,*li__PA3U;
  __li__TPOO *li__352U,*li__RA3U;
  __li__PO li__XOAM;
  __li__C li__3TYN;
  li__JJAM=NULL;
  li__KJAM=NULL;
  li__EJAM=li__NHBK;
  li__MJAM=li__BJAM->li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MJAM)->__id) {
  case __li__WK__: {
    li__NJAM=((__li__WK *)li__MJAM);
  } break;
  case __li__AVBD__: {
    li__NJAM=li__IVAJ(((__li__AVBD *)li__MJAM));
  } break;
  case __li__KVBD__: {
    li__NJAM=((__li__KVBD *)li__MJAM);
  } break;
  case __li__WVBD__: {
    li__NJAM=((__li__WVBD *)li__MJAM);
  } break;
  case __li__Z4WH__: {
    li__NJAM=li__H52K();
  } break;
  case __li__KTVI__: {
    li__NJAM=li__N4VK(((__li__KTVI *)li__MJAM));
  } break;
  case __li__LTVI__: {
    li__NJAM=li__AJAM(((__li__LTVI *)li__MJAM));
  } break;
  case __li__XTVI__: {
    li__NJAM=li__SEWK(((__li__XTVI *)li__MJAM));
  } break;
  case __li__YTVI__: {
    li__NJAM=li__0OAM(((__li__YTVI *)li__MJAM));
  } break;
  case __li__S2VI__: {
    li__NJAM=li__YU2K(((__li__S2VI *)li__MJAM));
  } break;
  case __li__E3VI__: {
    li__NJAM=li__CZ2K(((__li__E3VI *)li__MJAM));
  } break;
  case __li__KLWI__: {
    li__NJAM=li__M52K(((__li__KLWI *)li__MJAM));
  } break;
  case __li__ULWI__: {
    li__NJAM=((__li__ULWI *)li__MJAM);
  } break;
  case __li__NMWI__: {
    li__NJAM=li__YA3K(((__li__NMWI *)li__MJAM));
  } break;
  case __li__BNWI__: {
    li__NJAM=li__CF3K(((__li__BNWI *)li__MJAM));
  } break;
  case __li__XNWI__: {
    li__NJAM=li__MJ3K(((__li__XNWI *)li__MJAM));
  } break;
  case __li__LOWI__: {
    li__NJAM=li__WN3K(((__li__LOWI *)li__MJAM));
  } break;
  case __li__5OWI__: {
    li__NJAM=li__AS3K(((__li__5OWI *)li__MJAM));
  } break;
  case __li__TPWI__: {
    li__NJAM=li__KW3K(((__li__TPWI *)li__MJAM));
  } break;
  case __li__HQWI__: {
    li__NJAM=li__U03K(((__li__HQWI *)li__MJAM));
  } break;
  case __li__ARWI__: {
    li__NJAM=li__OQWK(((__li__ARWI *)li__MJAM));
  } break;
  case __li__URWI__: {
    li__NJAM=li__443K(((__li__URWI *)li__MJAM));
  } break;
  case __li__MSWI__: {
    li__NJAM=((__li__MSWI *)li__MJAM);
  } break;
  case __li__ETWI__: {
    li__NJAM=li__K53K(((__li__ETWI *)li__MJAM));
  } break;
  case __li__MZWI__: {
    li__NJAM=((__li__MZWI *)li__MJAM);
  } break;
  case __li__C0WI__: {
    li__NJAM=((__li__C0WI *)li__MJAM);
  } break;
  case __li__M1WI__: {
    li__NJAM=((__li__M1WI *)li__MJAM);
  } break;
  case __li__KMFK__: {
    li__NJAM=li__QF3L(((__li__KMFK *)li__MJAM));
  } break;
  case __li__XOHL__: {
    li__NJAM=li__P2NN(((__li__XOHL *)li__MJAM));
  } break;
  case __li__FPHL__: {
    li__NJAM=li__YUAM(((__li__FPHL *)li__MJAM));
  } break;
  case __li__APLM__: {
    li__NJAM=li__C3CQ(((__li__APLM *)li__MJAM));
  } break;
  case __li__DTNM__: {
    li__NJAM=li__3GSO(((__li__DTNM *)li__MJAM));
  } break;
  case __li__JXNM__: {
    li__NJAM=li__E03R(((__li__JXNM *)li__MJAM));
  } break;
  case __li__21LO__: {
    li__NJAM=li__H1JP(((__li__21LO *)li__MJAM));
  } break;
  case __li__TPOO__: {
    li__NJAM=li__Z5JP(((__li__TPOO *)li__MJAM));
  } break;
  case __li__URRO__: {
    li__NJAM=li__MH4R(((__li__URRO *)li__MJAM));
  } break;
  case __li__41XO__: {
    li__NJAM=li__MBDQ(((__li__41XO *)li__MJAM));
  } break;
  case __li__AKBR__: {
    li__NJAM=li__KMDS(((__li__AKBR *)li__MJAM));
  } break;
  case __li__SU5R__: {
    li__NJAM=li__1CJS(((__li__SU5R *)li__MJAM));
  } break;
  case __li__JV5R__: {
    li__NJAM=li__FHJS(((__li__JV5R *)li__MJAM));
  } break;
  };
  li__BJAM->li__OTVI.li__UOBK=li__NJAM;
  li__MJAM=li__BJAM->li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MJAM)->__id) {
  case __li__WK__: {
    li__NJAM=((__li__WK *)li__MJAM);
  } break;
  case __li__AVBD__: {
    li__NJAM=li__IVAJ(((__li__AVBD *)li__MJAM));
  } break;
  case __li__KVBD__: {
    li__NJAM=((__li__KVBD *)li__MJAM);
  } break;
  case __li__WVBD__: {
    li__NJAM=((__li__WVBD *)li__MJAM);
  } break;
  case __li__Z4WH__: {
    li__NJAM=li__H52K();
  } break;
  case __li__KTVI__: {
    li__NJAM=li__N4VK(((__li__KTVI *)li__MJAM));
  } break;
  case __li__LTVI__: {
    li__NJAM=li__AJAM(((__li__LTVI *)li__MJAM));
  } break;
  case __li__XTVI__: {
    li__NJAM=li__SEWK(((__li__XTVI *)li__MJAM));
  } break;
  case __li__YTVI__: {
    li__NJAM=li__0OAM(((__li__YTVI *)li__MJAM));
  } break;
  case __li__S2VI__: {
    li__NJAM=li__YU2K(((__li__S2VI *)li__MJAM));
  } break;
  case __li__E3VI__: {
    li__NJAM=li__CZ2K(((__li__E3VI *)li__MJAM));
  } break;
  case __li__KLWI__: {
    li__NJAM=li__M52K(((__li__KLWI *)li__MJAM));
  } break;
  case __li__ULWI__: {
    li__NJAM=((__li__ULWI *)li__MJAM);
  } break;
  case __li__NMWI__: {
    li__NJAM=li__YA3K(((__li__NMWI *)li__MJAM));
  } break;
  case __li__BNWI__: {
    li__NJAM=li__CF3K(((__li__BNWI *)li__MJAM));
  } break;
  case __li__XNWI__: {
    li__NJAM=li__MJ3K(((__li__XNWI *)li__MJAM));
  } break;
  case __li__LOWI__: {
    li__NJAM=li__WN3K(((__li__LOWI *)li__MJAM));
  } break;
  case __li__5OWI__: {
    li__NJAM=li__AS3K(((__li__5OWI *)li__MJAM));
  } break;
  case __li__TPWI__: {
    li__NJAM=li__KW3K(((__li__TPWI *)li__MJAM));
  } break;
  case __li__HQWI__: {
    li__NJAM=li__U03K(((__li__HQWI *)li__MJAM));
  } break;
  case __li__ARWI__: {
    li__NJAM=li__OQWK(((__li__ARWI *)li__MJAM));
  } break;
  case __li__URWI__: {
    li__NJAM=li__443K(((__li__URWI *)li__MJAM));
  } break;
  case __li__MSWI__: {
    li__NJAM=((__li__MSWI *)li__MJAM);
  } break;
  case __li__ETWI__: {
    li__NJAM=li__K53K(((__li__ETWI *)li__MJAM));
  } break;
  case __li__MZWI__: {
    li__NJAM=((__li__MZWI *)li__MJAM);
  } break;
  case __li__C0WI__: {
    li__NJAM=((__li__C0WI *)li__MJAM);
  } break;
  case __li__M1WI__: {
    li__NJAM=((__li__M1WI *)li__MJAM);
  } break;
  case __li__KMFK__: {
    li__NJAM=li__QF3L(((__li__KMFK *)li__MJAM));
  } break;
  case __li__XOHL__: {
    li__NJAM=li__P2NN(((__li__XOHL *)li__MJAM));
  } break;
  case __li__FPHL__: {
    li__NJAM=li__YUAM(((__li__FPHL *)li__MJAM));
  } break;
  case __li__APLM__: {
    li__NJAM=li__C3CQ(((__li__APLM *)li__MJAM));
  } break;
  case __li__DTNM__: {
    li__NJAM=li__3GSO(((__li__DTNM *)li__MJAM));
  } break;
  case __li__JXNM__: {
    li__NJAM=li__E03R(((__li__JXNM *)li__MJAM));
  } break;
  case __li__21LO__: {
    li__NJAM=li__H1JP(((__li__21LO *)li__MJAM));
  } break;
  case __li__TPOO__: {
    li__NJAM=li__Z5JP(((__li__TPOO *)li__MJAM));
  } break;
  case __li__URRO__: {
    li__NJAM=li__MH4R(((__li__URRO *)li__MJAM));
  } break;
  case __li__41XO__: {
    li__NJAM=li__MBDQ(((__li__41XO *)li__MJAM));
  } break;
  case __li__AKBR__: {
    li__NJAM=li__KMDS(((__li__AKBR *)li__MJAM));
  } break;
  case __li__SU5R__: {
    li__NJAM=li__1CJS(((__li__SU5R *)li__MJAM));
  } break;
  case __li__JV5R__: {
    li__NJAM=li__FHJS(((__li__JV5R *)li__MJAM));
  } break;
  };
  li__BJAM->li__OTVI.li__YOBK=li__NJAM;
  li__MJAM=li__BJAM->li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MJAM==NULL) {
    li__SJAM=NULL;
  } else {
    if (((struct ___OBJ *)li__MJAM)->__id==__li__KVBD__) {
      li__SJAM=((void *)li__MJAM);
    } else /* Other types */ {
      li__SJAM=NULL;
    }
  };
  li__MJAM=li__BJAM->li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MJAM==NULL) {
    li__VJAM=NULL;
  } else {
    if (((struct ___OBJ *)li__MJAM)->__id==__li__KVBD__) {
      li__VJAM=((void *)li__MJAM);
    } else /* Other types */ {
      li__VJAM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__SJAM != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__SJAM->li__LVBD.li__WZLE)->li__AEM == (void *)li__DSB)) {
      li__JJAM=li__DSB;
    } else /* FALSE */ {
      li__JJAM=li__LSB;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__VJAM != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__VJAM->li__LVBD.li__WZLE)->li__AEM == (void *)li__DSB)) {
      li__KJAM=li__DSB;
    } else /* FALSE */ {
      li__KJAM=li__LSB;
    };
  };
  li__MJAM=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__SJAM != (void *)NULL)) {
    li__NJAM=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__JJAM == (void *)li__DSB)) {
      li__NJAM=li__BJAM->li__OTVI.li__YOBK;
      li__DTYN=li__BJAM->li__OTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DTYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__DTYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__DTYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__DTYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__DTYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__DTYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__DTYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__DTYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__DTYN));
      } break;
      case __li__KLWI__: {
        li__152U=((__li__KMFK *)((__li__KLWI *)li__DTYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__DTYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__DTYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__DTYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__DTYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__DTYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__DTYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__DTYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__DTYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__DTYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__DTYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__152U=((__li__KMFK *)li__DTYN);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__DTYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__DTYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__DTYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__DTYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__DTYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__DTYN));
      } break;
      case __li__TPOO__: {
        li__352U=((__li__TPOO *)li__DTYN);
        li__IZFQ(((__li__DZB *)li__352U->li__5IXO),li__352U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__DTYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__DTYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__DTYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__DTYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__DTYN));
      } break;
      };
    };
    li__MJAM=li__NJAM;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__MJAM == (void *)NULL) && ((void *)li__VJAM != (void *)NULL))) {
    li__NJAM=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__KJAM == (void *)li__DSB)) {
      li__NJAM=li__BJAM->li__OTVI.li__UOBK;
      li__DTYN=li__BJAM->li__OTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DTYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__DTYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__DTYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__DTYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__DTYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__DTYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__DTYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__DTYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__DTYN));
      } break;
      case __li__KLWI__: {
        li__152U=((__li__KMFK *)((__li__KLWI *)li__DTYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__DTYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__DTYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__DTYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__DTYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__DTYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__DTYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__DTYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__DTYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__DTYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__DTYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__152U=((__li__KMFK *)li__DTYN);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__DTYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__DTYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__DTYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__DTYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__DTYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__DTYN));
      } break;
      case __li__TPOO__: {
        li__352U=((__li__TPOO *)li__DTYN);
        li__IZFQ(((__li__DZB *)li__352U->li__5IXO),li__352U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__DTYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__DTYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__DTYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__DTYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__DTYN));
      } break;
      };
    };
    li__MJAM=li__NJAM;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__MJAM == (void *)NULL) && ((void *)li__VJAM != (void *)NULL)) && ((void *)li__SJAM != (void *)NULL))) {
    li__NJAM=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__JJAM == (void *)li__DSB)) {
      li__NJAM=li__BJAM->li__OTVI.li__YOBK;
      li__DTYN=li__BJAM->li__OTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DTYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__DTYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__DTYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__DTYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__DTYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__DTYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__DTYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__DTYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__DTYN));
      } break;
      case __li__KLWI__: {
        li__152U=((__li__KMFK *)((__li__KLWI *)li__DTYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__DTYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__DTYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__DTYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__DTYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__DTYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__DTYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__DTYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__DTYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__DTYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__DTYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__152U=((__li__KMFK *)li__DTYN);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__DTYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__DTYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__DTYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__DTYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__DTYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__DTYN));
      } break;
      case __li__TPOO__: {
        li__352U=((__li__TPOO *)li__DTYN);
        li__IZFQ(((__li__DZB *)li__352U->li__5IXO),li__352U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__DTYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__DTYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__DTYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__DTYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__DTYN));
      } break;
      };
    } else /* FALSE */ {
      li__NJAM=li__BJAM->li__OTVI.li__UOBK;
      li__DTYN=li__BJAM->li__OTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DTYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__DTYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__DTYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__DTYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__DTYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__DTYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__DTYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__DTYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__DTYN));
      } break;
      case __li__KLWI__: {
        li__152U=((__li__KMFK *)((__li__KLWI *)li__DTYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__DTYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__DTYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__DTYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__DTYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__DTYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__DTYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__DTYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__DTYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__DTYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__DTYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__152U=((__li__KMFK *)li__DTYN);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__DTYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__DTYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__DTYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__DTYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__DTYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__DTYN));
      } break;
      case __li__TPOO__: {
        li__352U=((__li__TPOO *)li__DTYN);
        li__IZFQ(((__li__DZB *)li__352U->li__5IXO),li__352U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__DTYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__DTYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__DTYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__DTYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__DTYN));
      } break;
      };
    };
    li__MJAM=li__NJAM;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__MJAM == (void *)NULL) && (li__EJAM == li__NHBK))) {
    li__NJAM=NULL;
    li__DTYN=li__BJAM->li__OTVI.li__UOBK;
    li__2TYN=li__BJAM->li__OTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DTYN)->__id) {
    case __li__WK__: {
      li__3TYN=li__5GXM(((__li__WK *)li__DTYN),li__2TYN);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__3TYN=li__I__;
    } break;
    case __li__KVBD__: {
      li__3TYN=li__VHXM(((__li__KVBD *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__WVBD__: {
      li__3TYN=li__HIXM(((__li__WVBD *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__KTVI__: {
      li__3TYN=li__WPWM(((__li__KTVI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__LTVI__: {
      li__3TYN=li__TQWM(((__li__LTVI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__XTVI__: {
      li__3TYN=li__RRWM(((__li__XTVI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__YTVI__: {
      li__3TYN=li__OSWM(((__li__YTVI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__S2VI__: {
      li__3TYN=li__LTWM(((__li__S2VI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__E3VI__: {
      li__3TYN=li__IUWM(((__li__E3VI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__NMWI__: {
      li__3TYN=li__QJXM(((__li__NMWI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__BNWI__: {
      li__3TYN=li__NKXM(((__li__BNWI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__XNWI__: {
      li__3TYN=li__KLXM(((__li__XNWI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__LOWI__: {
      li__3TYN=li__HMXM(((__li__LOWI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__5OWI__: {
      li__3TYN=li__ENXM(((__li__5OWI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__TPWI__: {
      li__3TYN=li__BOXM(((__li__TPWI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__HQWI__: {
      li__3TYN=li__4OXM(((__li__HQWI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__MZWI__: {
      li__3TYN=li__LQXM(((__li__MZWI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__C0WI__: {
      li__3TYN=li__GRXM(((__li__C0WI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__M1WI__: {
      li__3TYN=li__JYGP(((__li__M1WI *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__KMFK__: {
      li__3TYN=li__YRXM(((__li__KMFK *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__XOHL__: {
      li__3TYN=li__H5QN(((__li__XOHL *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__FPHL__: {
      li__3TYN=li__LSXM(((__li__FPHL *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__APLM__: {
      li__3TYN=li__KZDQ(((__li__APLM *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__DTNM__: {
      li__3TYN=li__YYTO(((__li__DTNM *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__JXNM__: {
      li__3TYN=li__WB4R(((__li__JXNM *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__21LO__: {
      li__3TYN=li__I1DQ(((__li__21LO *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__TPOO__: {
      li__3TYN=li__F2DQ(((__li__TPOO *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__URRO__: {
      li__3TYN=li__DWJS(((__li__URRO *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__41XO__: {
      li__3TYN=li__H0DQ(((__li__41XO *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__AKBR__: {
      li__3TYN=li__HCES(((__li__AKBR *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__SU5R__: {
      li__3TYN=li__WWJS(((__li__SU5R *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    case __li__JV5R__: {
      li__3TYN=li__TXJS(((__li__JV5R *)((__li__WK *)li__DTYN)),li__2TYN);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__3TYN) {
      li__NJAM=li__BJAM->li__OTVI.li__UOBK;
      li__EUYN=li__BJAM->li__OTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EUYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__EUYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__EUYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__EUYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__EUYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__EUYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__EUYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__EUYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__EUYN));
      } break;
      case __li__KLWI__: {
        li__152U=((__li__KMFK *)((__li__KLWI *)li__EUYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__EUYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__EUYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__EUYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__EUYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__EUYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__EUYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__EUYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__EUYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__EUYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__EUYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__152U=((__li__KMFK *)li__EUYN);
        li__HXPN(((__li__VTBD *)li__152U->li__3RFK),li__152U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__EUYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__EUYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__EUYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__EUYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__EUYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__EUYN));
      } break;
      case __li__TPOO__: {
        li__352U=((__li__TPOO *)li__EUYN);
        li__IZFQ(((__li__DZB *)li__352U->li__5IXO),li__352U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__EUYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__EUYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__EUYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__EUYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__EUYN));
      } break;
      };
    };
    li__MJAM=li__NJAM;
    /* __li__B__ __li__I__ */
if ((((void *)li__NJAM == (void *)NULL) && ((void *)li__SJAM != (void *)NULL))) {
      li__EUYN=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__JJAM == (void *)li__LSB)) {
        li__EUYN=li__BJAM->li__OTVI.li__UOBK;
        li__N41O=li__BJAM->li__OTVI.li__YOBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__N41O)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__N41O));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__N41O));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__N41O));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__N41O));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__N41O));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__N41O));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__N41O));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__N41O));
        } break;
        case __li__KLWI__: {
          li__PA3U=((__li__KMFK *)((__li__KLWI *)li__N41O)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__PA3U->li__3RFK),li__PA3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__N41O));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__N41O));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__N41O));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__N41O));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__N41O));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__N41O));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__N41O));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__N41O));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__N41O));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__N41O));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__PA3U=((__li__KMFK *)li__N41O);
          li__HXPN(((__li__VTBD *)li__PA3U->li__3RFK),li__PA3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__N41O));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__N41O));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__N41O));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__N41O));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__N41O));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__N41O));
        } break;
        case __li__TPOO__: {
          li__RA3U=((__li__TPOO *)li__N41O);
          li__IZFQ(((__li__DZB *)li__RA3U->li__5IXO),li__RA3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__N41O));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__N41O));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__N41O));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__N41O));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__N41O));
        } break;
        };
      };
      li__MJAM=li__EUYN;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__MJAM == (void *)NULL) && ((void *)li__VJAM != (void *)NULL))) {
      li__EUYN=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__KJAM == (void *)li__LSB)) {
        li__EUYN=li__BJAM->li__OTVI.li__YOBK;
        li__N41O=li__BJAM->li__OTVI.li__UOBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__N41O)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__N41O));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__N41O));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__N41O));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__N41O));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__N41O));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__N41O));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__N41O));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__N41O));
        } break;
        case __li__KLWI__: {
          li__PA3U=((__li__KMFK *)((__li__KLWI *)li__N41O)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__PA3U->li__3RFK),li__PA3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__N41O));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__N41O));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__N41O));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__N41O));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__N41O));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__N41O));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__N41O));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__N41O));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__N41O));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__N41O));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__PA3U=((__li__KMFK *)li__N41O);
          li__HXPN(((__li__VTBD *)li__PA3U->li__3RFK),li__PA3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__N41O));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__N41O));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__N41O));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__N41O));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__N41O));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__N41O));
        } break;
        case __li__TPOO__: {
          li__RA3U=((__li__TPOO *)li__N41O);
          li__IZFQ(((__li__DZB *)li__RA3U->li__5IXO),li__RA3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__N41O));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__N41O));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__N41O));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__N41O));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__N41O));
        } break;
        };
      };
      li__MJAM=li__EUYN;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__MJAM == (void *)NULL)) {
    li__MJAM=li__BJAM;
  } else /* FALSE */ {
    li__XOAM=li__BJAM->li__OTVI.li__NTVI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MJAM)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__LTVI *)li__MJAM))->li__1K.li__0K.li__0CC=li__XOAM;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__LTVI *)li__MJAM))->li__BVBD.li__0CC=li__XOAM;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__LTVI *)li__MJAM))->li__LVBD.li__0K.li__0CC=li__XOAM;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__LTVI *)li__MJAM))->li__XVBD.li__0K.li__0CC=li__XOAM;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__XOAM;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__LTVI *)li__MJAM))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__XOAM;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)li__MJAM)->li__OTVI.li__NTVI.li__0CC=li__XOAM;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__LTVI *)li__MJAM))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__XOAM;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__LTVI *)li__MJAM))->li__ZTVI.li__NTVI.li__0CC=li__XOAM;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__LTVI *)li__MJAM))->li__T2VI.li__IVVI.li__0CC=li__XOAM;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__LTVI *)li__MJAM))->li__F3VI.li__IVVI.li__0CC=li__XOAM;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__LTVI *)li__MJAM))->li__LLWI.li__0CC=li__XOAM;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__LTVI *)li__MJAM))->li__VLWI.li__0CC=li__XOAM;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__LTVI *)li__MJAM))->li__OMWI.li__IVVI.li__0CC=li__XOAM;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__LTVI *)li__MJAM))->li__ENWI.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__LTVI *)li__MJAM))->li__YNWI.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__LTVI *)li__MJAM))->li__MOWI.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__LTVI *)li__MJAM))->li__APWI.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__LTVI *)li__MJAM))->li__UPWI.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__LTVI *)li__MJAM))->li__IQWI.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__LTVI *)li__MJAM))->li__BRWI.li__0CC=li__XOAM;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__LTVI *)li__MJAM))->li__VRWI.li__0CC=li__XOAM;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__LTVI *)li__MJAM))->li__NSWI.li__0CC=li__XOAM;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__LTVI *)li__MJAM))->li__FTWI.li__0CC=li__XOAM;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__LTVI *)li__MJAM))->li__NZWI.li__0K.li__0CC=li__XOAM;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__LTVI *)li__MJAM))->li__D0WI.li__0K.li__0CC=li__XOAM;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__LTVI *)li__MJAM))->li__N1WI.li__0K.li__0CC=li__XOAM;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__LTVI *)li__MJAM))->li__LMFK.li__0CC=li__XOAM;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__LTVI *)li__MJAM))->li__0OHL.li__ZOHL.li__0CC=li__XOAM;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__LTVI *)li__MJAM))->li__GPHL.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__LTVI *)li__MJAM))->li__BPLM.li__IVVI.li__0CC=li__XOAM;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__LTVI *)li__MJAM))->li__ETNM.li__ZOHL.li__0CC=li__XOAM;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__LTVI *)li__MJAM))->li__KXNM.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__LTVI *)li__MJAM))->li__31LO.li__0CC=li__XOAM;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__LTVI *)li__MJAM))->li__UPOO.li__0CC=li__XOAM;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__LTVI *)li__MJAM))->li__XRRO.li__WRRO.li__0CC=li__XOAM;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__LTVI *)li__MJAM))->li__51XO.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__LTVI *)li__MJAM))->li__BKBR.li__DNWI.li__0CC=li__XOAM;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__LTVI *)li__MJAM))->li__TU5R.li__IVVI.li__0CC=li__XOAM;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__LTVI *)li__MJAM))->li__KV5R.li__IVVI.li__0CC=li__XOAM;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__CJAM=li__MJAM;
  return(li__CJAM);
}

static void* li__0OAM(__li__YTVI *li__1OAM)
/* (Strict EXPR_OR_LOGIC{li__YTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__DPAM,*li__EPAM;
  __li__52B li__4OAM;
  void *li__GPAM,*li__HPAM,*li__OVYN,*li__JWYN,*li__RWYN,*li__KXYN;
  void *li__LXYN,*li__SXYN,*li__TXYN,*li__2OAM;
  __li__KVBD *li__MPAM,*li__PPAM;
  __li__KMFK *li__EC3U,*li__YC3U;
  __li__TPOO *li__GC3U,*li__0C3U;
  __li__NMWI *li__ZWYN;
  __li__S2VI *li__2WYN;
  __li__APLM *li__CYYN;
  __li__PO li__RUAM;
  __li__C li__KWYN,li__MXYN,li__UXYN;
  li__DPAM=NULL;
  li__EPAM=NULL;
  li__4OAM=li__NHBK;
  li__GPAM=li__1OAM->li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GPAM)->__id) {
  case __li__WK__: {
    li__HPAM=((__li__WK *)li__GPAM);
  } break;
  case __li__AVBD__: {
    li__HPAM=li__IVAJ(((__li__AVBD *)li__GPAM));
  } break;
  case __li__KVBD__: {
    li__HPAM=((__li__KVBD *)li__GPAM);
  } break;
  case __li__WVBD__: {
    li__HPAM=((__li__WVBD *)li__GPAM);
  } break;
  case __li__Z4WH__: {
    li__HPAM=li__H52K();
  } break;
  case __li__KTVI__: {
    li__HPAM=li__N4VK(((__li__KTVI *)li__GPAM));
  } break;
  case __li__LTVI__: {
    li__HPAM=li__AJAM(((__li__LTVI *)li__GPAM));
  } break;
  case __li__XTVI__: {
    li__HPAM=li__SEWK(((__li__XTVI *)li__GPAM));
  } break;
  case __li__YTVI__: {
    li__HPAM=li__0OAM(((__li__YTVI *)li__GPAM));
  } break;
  case __li__S2VI__: {
    li__HPAM=li__YU2K(((__li__S2VI *)li__GPAM));
  } break;
  case __li__E3VI__: {
    li__HPAM=li__CZ2K(((__li__E3VI *)li__GPAM));
  } break;
  case __li__KLWI__: {
    li__HPAM=li__M52K(((__li__KLWI *)li__GPAM));
  } break;
  case __li__ULWI__: {
    li__HPAM=((__li__ULWI *)li__GPAM);
  } break;
  case __li__NMWI__: {
    li__HPAM=li__YA3K(((__li__NMWI *)li__GPAM));
  } break;
  case __li__BNWI__: {
    li__HPAM=li__CF3K(((__li__BNWI *)li__GPAM));
  } break;
  case __li__XNWI__: {
    li__HPAM=li__MJ3K(((__li__XNWI *)li__GPAM));
  } break;
  case __li__LOWI__: {
    li__HPAM=li__WN3K(((__li__LOWI *)li__GPAM));
  } break;
  case __li__5OWI__: {
    li__HPAM=li__AS3K(((__li__5OWI *)li__GPAM));
  } break;
  case __li__TPWI__: {
    li__HPAM=li__KW3K(((__li__TPWI *)li__GPAM));
  } break;
  case __li__HQWI__: {
    li__HPAM=li__U03K(((__li__HQWI *)li__GPAM));
  } break;
  case __li__ARWI__: {
    li__HPAM=li__OQWK(((__li__ARWI *)li__GPAM));
  } break;
  case __li__URWI__: {
    li__HPAM=li__443K(((__li__URWI *)li__GPAM));
  } break;
  case __li__MSWI__: {
    li__HPAM=((__li__MSWI *)li__GPAM);
  } break;
  case __li__ETWI__: {
    li__HPAM=li__K53K(((__li__ETWI *)li__GPAM));
  } break;
  case __li__MZWI__: {
    li__HPAM=((__li__MZWI *)li__GPAM);
  } break;
  case __li__C0WI__: {
    li__HPAM=((__li__C0WI *)li__GPAM);
  } break;
  case __li__M1WI__: {
    li__HPAM=((__li__M1WI *)li__GPAM);
  } break;
  case __li__KMFK__: {
    li__HPAM=li__QF3L(((__li__KMFK *)li__GPAM));
  } break;
  case __li__XOHL__: {
    li__HPAM=li__P2NN(((__li__XOHL *)li__GPAM));
  } break;
  case __li__FPHL__: {
    li__HPAM=li__YUAM(((__li__FPHL *)li__GPAM));
  } break;
  case __li__APLM__: {
    li__HPAM=li__C3CQ(((__li__APLM *)li__GPAM));
  } break;
  case __li__DTNM__: {
    li__HPAM=li__3GSO(((__li__DTNM *)li__GPAM));
  } break;
  case __li__JXNM__: {
    li__HPAM=li__E03R(((__li__JXNM *)li__GPAM));
  } break;
  case __li__21LO__: {
    li__HPAM=li__H1JP(((__li__21LO *)li__GPAM));
  } break;
  case __li__TPOO__: {
    li__HPAM=li__Z5JP(((__li__TPOO *)li__GPAM));
  } break;
  case __li__URRO__: {
    li__HPAM=li__MH4R(((__li__URRO *)li__GPAM));
  } break;
  case __li__41XO__: {
    li__HPAM=li__MBDQ(((__li__41XO *)li__GPAM));
  } break;
  case __li__AKBR__: {
    li__HPAM=li__KMDS(((__li__AKBR *)li__GPAM));
  } break;
  case __li__SU5R__: {
    li__HPAM=li__1CJS(((__li__SU5R *)li__GPAM));
  } break;
  case __li__JV5R__: {
    li__HPAM=li__FHJS(((__li__JV5R *)li__GPAM));
  } break;
  };
  li__1OAM->li__ZTVI.li__UOBK=li__HPAM;
  li__GPAM=li__1OAM->li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GPAM)->__id) {
  case __li__WK__: {
    li__HPAM=((__li__WK *)li__GPAM);
  } break;
  case __li__AVBD__: {
    li__HPAM=li__IVAJ(((__li__AVBD *)li__GPAM));
  } break;
  case __li__KVBD__: {
    li__HPAM=((__li__KVBD *)li__GPAM);
  } break;
  case __li__WVBD__: {
    li__HPAM=((__li__WVBD *)li__GPAM);
  } break;
  case __li__Z4WH__: {
    li__HPAM=li__H52K();
  } break;
  case __li__KTVI__: {
    li__HPAM=li__N4VK(((__li__KTVI *)li__GPAM));
  } break;
  case __li__LTVI__: {
    li__HPAM=li__AJAM(((__li__LTVI *)li__GPAM));
  } break;
  case __li__XTVI__: {
    li__HPAM=li__SEWK(((__li__XTVI *)li__GPAM));
  } break;
  case __li__YTVI__: {
    li__HPAM=li__0OAM(((__li__YTVI *)li__GPAM));
  } break;
  case __li__S2VI__: {
    li__HPAM=li__YU2K(((__li__S2VI *)li__GPAM));
  } break;
  case __li__E3VI__: {
    li__HPAM=li__CZ2K(((__li__E3VI *)li__GPAM));
  } break;
  case __li__KLWI__: {
    li__HPAM=li__M52K(((__li__KLWI *)li__GPAM));
  } break;
  case __li__ULWI__: {
    li__HPAM=((__li__ULWI *)li__GPAM);
  } break;
  case __li__NMWI__: {
    li__HPAM=li__YA3K(((__li__NMWI *)li__GPAM));
  } break;
  case __li__BNWI__: {
    li__HPAM=li__CF3K(((__li__BNWI *)li__GPAM));
  } break;
  case __li__XNWI__: {
    li__HPAM=li__MJ3K(((__li__XNWI *)li__GPAM));
  } break;
  case __li__LOWI__: {
    li__HPAM=li__WN3K(((__li__LOWI *)li__GPAM));
  } break;
  case __li__5OWI__: {
    li__HPAM=li__AS3K(((__li__5OWI *)li__GPAM));
  } break;
  case __li__TPWI__: {
    li__HPAM=li__KW3K(((__li__TPWI *)li__GPAM));
  } break;
  case __li__HQWI__: {
    li__HPAM=li__U03K(((__li__HQWI *)li__GPAM));
  } break;
  case __li__ARWI__: {
    li__HPAM=li__OQWK(((__li__ARWI *)li__GPAM));
  } break;
  case __li__URWI__: {
    li__HPAM=li__443K(((__li__URWI *)li__GPAM));
  } break;
  case __li__MSWI__: {
    li__HPAM=((__li__MSWI *)li__GPAM);
  } break;
  case __li__ETWI__: {
    li__HPAM=li__K53K(((__li__ETWI *)li__GPAM));
  } break;
  case __li__MZWI__: {
    li__HPAM=((__li__MZWI *)li__GPAM);
  } break;
  case __li__C0WI__: {
    li__HPAM=((__li__C0WI *)li__GPAM);
  } break;
  case __li__M1WI__: {
    li__HPAM=((__li__M1WI *)li__GPAM);
  } break;
  case __li__KMFK__: {
    li__HPAM=li__QF3L(((__li__KMFK *)li__GPAM));
  } break;
  case __li__XOHL__: {
    li__HPAM=li__P2NN(((__li__XOHL *)li__GPAM));
  } break;
  case __li__FPHL__: {
    li__HPAM=li__YUAM(((__li__FPHL *)li__GPAM));
  } break;
  case __li__APLM__: {
    li__HPAM=li__C3CQ(((__li__APLM *)li__GPAM));
  } break;
  case __li__DTNM__: {
    li__HPAM=li__3GSO(((__li__DTNM *)li__GPAM));
  } break;
  case __li__JXNM__: {
    li__HPAM=li__E03R(((__li__JXNM *)li__GPAM));
  } break;
  case __li__21LO__: {
    li__HPAM=li__H1JP(((__li__21LO *)li__GPAM));
  } break;
  case __li__TPOO__: {
    li__HPAM=li__Z5JP(((__li__TPOO *)li__GPAM));
  } break;
  case __li__URRO__: {
    li__HPAM=li__MH4R(((__li__URRO *)li__GPAM));
  } break;
  case __li__41XO__: {
    li__HPAM=li__MBDQ(((__li__41XO *)li__GPAM));
  } break;
  case __li__AKBR__: {
    li__HPAM=li__KMDS(((__li__AKBR *)li__GPAM));
  } break;
  case __li__SU5R__: {
    li__HPAM=li__1CJS(((__li__SU5R *)li__GPAM));
  } break;
  case __li__JV5R__: {
    li__HPAM=li__FHJS(((__li__JV5R *)li__GPAM));
  } break;
  };
  li__1OAM->li__ZTVI.li__YOBK=li__HPAM;
  li__GPAM=li__1OAM->li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__GPAM==NULL) {
    li__MPAM=NULL;
  } else {
    if (((struct ___OBJ *)li__GPAM)->__id==__li__KVBD__) {
      li__MPAM=((void *)li__GPAM);
    } else /* Other types */ {
      li__MPAM=NULL;
    }
  };
  li__GPAM=li__1OAM->li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__GPAM==NULL) {
    li__PPAM=NULL;
  } else {
    if (((struct ___OBJ *)li__GPAM)->__id==__li__KVBD__) {
      li__PPAM=((void *)li__GPAM);
    } else /* Other types */ {
      li__PPAM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__MPAM != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__MPAM->li__LVBD.li__WZLE)->li__AEM == (void *)li__DSB)) {
      li__DPAM=li__DSB;
    } else /* FALSE */ {
      li__DPAM=li__LSB;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__PPAM != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__PPAM->li__LVBD.li__WZLE)->li__AEM == (void *)li__DSB)) {
      li__EPAM=li__DSB;
    } else /* FALSE */ {
      li__EPAM=li__LSB;
    };
  };
  li__GPAM=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__MPAM != (void *)NULL)) {
    li__HPAM=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__DPAM == (void *)li__LSB)) {
      li__HPAM=li__1OAM->li__ZTVI.li__YOBK;
      li__OVYN=li__1OAM->li__ZTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OVYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__OVYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__OVYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__OVYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__OVYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__OVYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__OVYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__OVYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__OVYN));
      } break;
      case __li__KLWI__: {
        li__EC3U=((__li__KMFK *)((__li__KLWI *)li__OVYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__OVYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__OVYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__OVYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__OVYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__OVYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__OVYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__OVYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__OVYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__OVYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__OVYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__EC3U=((__li__KMFK *)li__OVYN);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__OVYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__OVYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__OVYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__OVYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__OVYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__OVYN));
      } break;
      case __li__TPOO__: {
        li__GC3U=((__li__TPOO *)li__OVYN);
        li__IZFQ(((__li__DZB *)li__GC3U->li__5IXO),li__GC3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__OVYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__OVYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__OVYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__OVYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__OVYN));
      } break;
      };
    };
    li__GPAM=li__HPAM;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__GPAM == (void *)NULL) && ((void *)li__PPAM != (void *)NULL))) {
    li__HPAM=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__EPAM == (void *)li__LSB)) {
      li__HPAM=li__1OAM->li__ZTVI.li__UOBK;
      li__OVYN=li__1OAM->li__ZTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OVYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__OVYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__OVYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__OVYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__OVYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__OVYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__OVYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__OVYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__OVYN));
      } break;
      case __li__KLWI__: {
        li__EC3U=((__li__KMFK *)((__li__KLWI *)li__OVYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__OVYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__OVYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__OVYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__OVYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__OVYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__OVYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__OVYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__OVYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__OVYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__OVYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__EC3U=((__li__KMFK *)li__OVYN);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__OVYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__OVYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__OVYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__OVYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__OVYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__OVYN));
      } break;
      case __li__TPOO__: {
        li__GC3U=((__li__TPOO *)li__OVYN);
        li__IZFQ(((__li__DZB *)li__GC3U->li__5IXO),li__GC3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__OVYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__OVYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__OVYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__OVYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__OVYN));
      } break;
      };
    };
    li__GPAM=li__HPAM;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__GPAM == (void *)NULL) && ((void *)li__PPAM != (void *)NULL)) && ((void *)li__MPAM != (void *)NULL))) {
    li__HPAM=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__DPAM == (void *)li__DSB)) {
      li__HPAM=li__1OAM->li__ZTVI.li__UOBK;
      li__OVYN=li__1OAM->li__ZTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OVYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__OVYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__OVYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__OVYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__OVYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__OVYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__OVYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__OVYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__OVYN));
      } break;
      case __li__KLWI__: {
        li__EC3U=((__li__KMFK *)((__li__KLWI *)li__OVYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__OVYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__OVYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__OVYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__OVYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__OVYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__OVYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__OVYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__OVYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__OVYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__OVYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__EC3U=((__li__KMFK *)li__OVYN);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__OVYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__OVYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__OVYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__OVYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__OVYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__OVYN));
      } break;
      case __li__TPOO__: {
        li__GC3U=((__li__TPOO *)li__OVYN);
        li__IZFQ(((__li__DZB *)li__GC3U->li__5IXO),li__GC3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__OVYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__OVYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__OVYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__OVYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__OVYN));
      } break;
      };
    } else /* FALSE */ {
      li__HPAM=li__1OAM->li__ZTVI.li__YOBK;
      li__OVYN=li__1OAM->li__ZTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OVYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__OVYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__OVYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__OVYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__OVYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__OVYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__OVYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__OVYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__OVYN));
      } break;
      case __li__KLWI__: {
        li__EC3U=((__li__KMFK *)((__li__KLWI *)li__OVYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__OVYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__OVYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__OVYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__OVYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__OVYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__OVYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__OVYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__OVYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__OVYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__OVYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__EC3U=((__li__KMFK *)li__OVYN);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__OVYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__OVYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__OVYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__OVYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__OVYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__OVYN));
      } break;
      case __li__TPOO__: {
        li__GC3U=((__li__TPOO *)li__OVYN);
        li__IZFQ(((__li__DZB *)li__GC3U->li__5IXO),li__GC3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__OVYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__OVYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__OVYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__OVYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__OVYN));
      } break;
      };
    };
    li__GPAM=li__HPAM;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__GPAM == (void *)NULL) && (li__4OAM == li__NHBK))) {
    li__HPAM=NULL;
    li__OVYN=li__1OAM->li__ZTVI.li__UOBK;
    li__JWYN=li__1OAM->li__ZTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OVYN)->__id) {
    case __li__WK__: {
      li__KWYN=li__5GXM(((__li__WK *)li__OVYN),li__JWYN);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__KWYN=li__I__;
    } break;
    case __li__KVBD__: {
      li__KWYN=li__VHXM(((__li__KVBD *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__WVBD__: {
      li__KWYN=li__HIXM(((__li__WVBD *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__KTVI__: {
      li__KWYN=li__WPWM(((__li__KTVI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__LTVI__: {
      li__KWYN=li__TQWM(((__li__LTVI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__XTVI__: {
      li__KWYN=li__RRWM(((__li__XTVI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__YTVI__: {
      li__KWYN=li__OSWM(((__li__YTVI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__S2VI__: {
      li__KWYN=li__LTWM(((__li__S2VI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__E3VI__: {
      li__KWYN=li__IUWM(((__li__E3VI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__NMWI__: {
      li__KWYN=li__QJXM(((__li__NMWI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__BNWI__: {
      li__KWYN=li__NKXM(((__li__BNWI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__XNWI__: {
      li__KWYN=li__KLXM(((__li__XNWI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__LOWI__: {
      li__KWYN=li__HMXM(((__li__LOWI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__5OWI__: {
      li__KWYN=li__ENXM(((__li__5OWI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__TPWI__: {
      li__KWYN=li__BOXM(((__li__TPWI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__HQWI__: {
      li__KWYN=li__4OXM(((__li__HQWI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__MZWI__: {
      li__KWYN=li__LQXM(((__li__MZWI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__C0WI__: {
      li__KWYN=li__GRXM(((__li__C0WI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__M1WI__: {
      li__KWYN=li__JYGP(((__li__M1WI *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__KMFK__: {
      li__KWYN=li__YRXM(((__li__KMFK *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__XOHL__: {
      li__KWYN=li__H5QN(((__li__XOHL *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__FPHL__: {
      li__KWYN=li__LSXM(((__li__FPHL *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__APLM__: {
      li__KWYN=li__KZDQ(((__li__APLM *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__DTNM__: {
      li__KWYN=li__YYTO(((__li__DTNM *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__JXNM__: {
      li__KWYN=li__WB4R(((__li__JXNM *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__21LO__: {
      li__KWYN=li__I1DQ(((__li__21LO *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__TPOO__: {
      li__KWYN=li__F2DQ(((__li__TPOO *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__URRO__: {
      li__KWYN=li__DWJS(((__li__URRO *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__41XO__: {
      li__KWYN=li__H0DQ(((__li__41XO *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__AKBR__: {
      li__KWYN=li__HCES(((__li__AKBR *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__SU5R__: {
      li__KWYN=li__WWJS(((__li__SU5R *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    case __li__JV5R__: {
      li__KWYN=li__TXJS(((__li__JV5R *)((__li__WK *)li__OVYN)),li__JWYN);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__KWYN) {
      li__HPAM=li__1OAM->li__ZTVI.li__UOBK;
      li__RWYN=li__1OAM->li__ZTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RWYN)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__RWYN));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__RWYN));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__RWYN));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__RWYN));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__RWYN));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__RWYN));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__RWYN));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__RWYN));
      } break;
      case __li__KLWI__: {
        li__EC3U=((__li__KMFK *)((__li__KLWI *)li__RWYN)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__RWYN));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__RWYN));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__RWYN));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__RWYN));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__RWYN));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__RWYN));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__RWYN));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__RWYN));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__RWYN));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__RWYN));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__EC3U=((__li__KMFK *)li__RWYN);
        li__HXPN(((__li__VTBD *)li__EC3U->li__3RFK),li__EC3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__RWYN));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__RWYN));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__RWYN));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__RWYN));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__RWYN));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__RWYN));
      } break;
      case __li__TPOO__: {
        li__GC3U=((__li__TPOO *)li__RWYN);
        li__IZFQ(((__li__DZB *)li__GC3U->li__5IXO),li__GC3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__RWYN));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__RWYN));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__RWYN));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__RWYN));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__RWYN));
      } break;
      };
    } else /* FALSE */ {
      li__RWYN=li__1OAM->li__ZTVI.li__UOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__RWYN==NULL) {
        li__ZWYN=NULL;
      } else {
        if (((struct ___OBJ *)li__RWYN)->__id==__li__NMWI__) {
          li__ZWYN=((void *)li__RWYN);
        } else /* Other types */ {
          li__ZWYN=NULL;
        }
      };
      li__RWYN=li__1OAM->li__ZTVI.li__YOBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__RWYN==NULL) {
        li__2WYN=NULL;
      } else {
        if (((struct ___OBJ *)li__RWYN)->__id==__li__S2VI__) {
          li__2WYN=((void *)li__RWYN);
        } else /* Other types */ {
          li__2WYN=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if ((((void *)li__ZWYN != (void *)NULL) && ((void *)li__2WYN != (void *)NULL))) {
        li__KXYN=li__ZWYN->li__OMWI.li__FPBK;
        li__LXYN=li__2WYN->li__T2VI.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KXYN)->__id) {
        case __li__WK__: {
          li__MXYN=li__5GXM(((__li__WK *)li__KXYN),li__LXYN);
        } break;
        case __li__AVBD__: 
        case __li__Z4WH__: 
        case __li__KLWI__: 
        case __li__ULWI__: 
        case __li__ARWI__: 
        case __li__URWI__: 
        case __li__MSWI__: 
        case __li__ETWI__: {
          li__MXYN=li__I__;
        } break;
        case __li__KVBD__: {
          li__MXYN=li__VHXM(((__li__KVBD *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__WVBD__: {
          li__MXYN=li__HIXM(((__li__WVBD *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__KTVI__: {
          li__MXYN=li__WPWM(((__li__KTVI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__LTVI__: {
          li__MXYN=li__TQWM(((__li__LTVI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__XTVI__: {
          li__MXYN=li__RRWM(((__li__XTVI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__YTVI__: {
          li__MXYN=li__OSWM(((__li__YTVI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__S2VI__: {
          li__MXYN=li__LTWM(((__li__S2VI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__E3VI__: {
          li__MXYN=li__IUWM(((__li__E3VI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__NMWI__: {
          li__MXYN=li__QJXM(((__li__NMWI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__BNWI__: {
          li__MXYN=li__NKXM(((__li__BNWI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__XNWI__: {
          li__MXYN=li__KLXM(((__li__XNWI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__LOWI__: {
          li__MXYN=li__HMXM(((__li__LOWI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__5OWI__: {
          li__MXYN=li__ENXM(((__li__5OWI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__TPWI__: {
          li__MXYN=li__BOXM(((__li__TPWI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__HQWI__: {
          li__MXYN=li__4OXM(((__li__HQWI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__MZWI__: {
          li__MXYN=li__LQXM(((__li__MZWI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__C0WI__: {
          li__MXYN=li__GRXM(((__li__C0WI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__M1WI__: {
          li__MXYN=li__JYGP(((__li__M1WI *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__KMFK__: {
          li__MXYN=li__YRXM(((__li__KMFK *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__XOHL__: {
          li__MXYN=li__H5QN(((__li__XOHL *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__FPHL__: {
          li__MXYN=li__LSXM(((__li__FPHL *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__APLM__: {
          li__MXYN=li__KZDQ(((__li__APLM *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__DTNM__: {
          li__MXYN=li__YYTO(((__li__DTNM *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__JXNM__: {
          li__MXYN=li__WB4R(((__li__JXNM *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__21LO__: {
          li__MXYN=li__I1DQ(((__li__21LO *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__TPOO__: {
          li__MXYN=li__F2DQ(((__li__TPOO *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__URRO__: {
          li__MXYN=li__DWJS(((__li__URRO *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__41XO__: {
          li__MXYN=li__H0DQ(((__li__41XO *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__AKBR__: {
          li__MXYN=li__HCES(((__li__AKBR *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__SU5R__: {
          li__MXYN=li__WWJS(((__li__SU5R *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        case __li__JV5R__: {
          li__MXYN=li__TXJS(((__li__JV5R *)((__li__WK *)li__KXYN)),li__LXYN);
        } break;
        };
        /* __li__B__ __li__I__ */
if (li__MXYN) {
          li__SXYN=li__ZWYN->li__OMWI.li__LPBK;
          li__TXYN=li__2WYN->li__T2VI.li__LPBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SXYN)->__id) {
          case __li__WK__: {
            li__UXYN=li__5GXM(((__li__WK *)li__SXYN),li__TXYN);
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: {
            li__UXYN=li__I__;
          } break;
          case __li__KVBD__: {
            li__UXYN=li__VHXM(((__li__KVBD *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__WVBD__: {
            li__UXYN=li__HIXM(((__li__WVBD *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__KTVI__: {
            li__UXYN=li__WPWM(((__li__KTVI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__LTVI__: {
            li__UXYN=li__TQWM(((__li__LTVI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__XTVI__: {
            li__UXYN=li__RRWM(((__li__XTVI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__YTVI__: {
            li__UXYN=li__OSWM(((__li__YTVI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__S2VI__: {
            li__UXYN=li__LTWM(((__li__S2VI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__E3VI__: {
            li__UXYN=li__IUWM(((__li__E3VI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__NMWI__: {
            li__UXYN=li__QJXM(((__li__NMWI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__BNWI__: {
            li__UXYN=li__NKXM(((__li__BNWI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__XNWI__: {
            li__UXYN=li__KLXM(((__li__XNWI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__LOWI__: {
            li__UXYN=li__HMXM(((__li__LOWI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__5OWI__: {
            li__UXYN=li__ENXM(((__li__5OWI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__TPWI__: {
            li__UXYN=li__BOXM(((__li__TPWI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__HQWI__: {
            li__UXYN=li__4OXM(((__li__HQWI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__MZWI__: {
            li__UXYN=li__LQXM(((__li__MZWI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__C0WI__: {
            li__UXYN=li__GRXM(((__li__C0WI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__M1WI__: {
            li__UXYN=li__JYGP(((__li__M1WI *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__KMFK__: {
            li__UXYN=li__YRXM(((__li__KMFK *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__XOHL__: {
            li__UXYN=li__H5QN(((__li__XOHL *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__FPHL__: {
            li__UXYN=li__LSXM(((__li__FPHL *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__APLM__: {
            li__UXYN=li__KZDQ(((__li__APLM *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__DTNM__: {
            li__UXYN=li__YYTO(((__li__DTNM *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__JXNM__: {
            li__UXYN=li__WB4R(((__li__JXNM *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__21LO__: {
            li__UXYN=li__I1DQ(((__li__21LO *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__TPOO__: {
            li__UXYN=li__F2DQ(((__li__TPOO *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__URRO__: {
            li__UXYN=li__DWJS(((__li__URRO *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__41XO__: {
            li__UXYN=li__H0DQ(((__li__41XO *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__AKBR__: {
            li__UXYN=li__HCES(((__li__AKBR *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__SU5R__: {
            li__UXYN=li__WWJS(((__li__SU5R *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          case __li__JV5R__: {
            li__UXYN=li__TXJS(((__li__JV5R *)((__li__WK *)li__SXYN)),li__TXYN);
          } break;
          };
          li__MXYN=li__UXYN;
        } else /* FALSE */ {
          li__MXYN=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__MXYN) {
          li__CYYN=li__33SP(li__1OAM->li__ZTVI.li__NTVI.li__0CC,li__ZWYN->li__OMWI.li__FPBK,li__ZWYN->li__OMWI.li__LPBK);
          li__HPAM=li__CYYN;
          li__SXYN=li__1OAM->li__ZTVI.li__YOBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SXYN)->__id) {
          case __li__WK__:  break;
          case __li__AVBD__: {
            li__PSNI(((__li__AVBD *)li__SXYN));
          } break;
          case __li__KVBD__:  break;
          case __li__WVBD__:  break;
          case __li__Z4WH__: {
            li__JNDK(((__li__Z4WH *)li__SXYN));
          } break;
          case __li__KTVI__: {
            li__0NDK(((__li__KTVI *)li__SXYN));
          } break;
          case __li__LTVI__: {
            li__XL1L(((__li__LTVI *)li__SXYN));
          } break;
          case __li__XTVI__: {
            li__5NDK(((__li__XTVI *)li__SXYN));
          } break;
          case __li__YTVI__: {
            li__1L1L(((__li__YTVI *)li__SXYN));
          } break;
          case __li__S2VI__: {
            li__DODK(((__li__S2VI *)li__SXYN));
          } break;
          case __li__E3VI__: {
            li__HODK(((__li__E3VI *)li__SXYN));
          } break;
          case __li__KLWI__: {
            li__YC3U=((__li__KMFK *)((__li__KLWI *)li__SXYN)->li__ZPBK);
            li__HXPN(((__li__VTBD *)li__YC3U->li__3RFK),li__YC3U);
          } break;
          case __li__ULWI__:  break;
          case __li__NMWI__: {
            li__QODK(((__li__NMWI *)li__SXYN));
          } break;
          case __li__BNWI__: {
            li__UODK(((__li__BNWI *)li__SXYN));
          } break;
          case __li__XNWI__: {
            li__YODK(((__li__XNWI *)li__SXYN));
          } break;
          case __li__LOWI__: {
            li__2ODK(((__li__LOWI *)li__SXYN));
          } break;
          case __li__5OWI__: {
            li__APDK(((__li__5OWI *)li__SXYN));
          } break;
          case __li__TPWI__: {
            li__EPDK(((__li__TPWI *)li__SXYN));
          } break;
          case __li__HQWI__: {
            li__IPDK(((__li__HQWI *)li__SXYN));
          } break;
          case __li__ARWI__: {
            li__MPDK(((__li__ARWI *)li__SXYN));
          } break;
          case __li__URWI__: {
            li__NQDK(((__li__URWI *)li__SXYN));
          } break;
          case __li__MSWI__:  break;
          case __li__ETWI__: {
            li__TQDK(((__li__ETWI *)li__SXYN));
          } break;
          case __li__MZWI__:  break;
          case __li__C0WI__:  break;
          case __li__M1WI__:  break;
          case __li__KMFK__: {
            li__YC3U=((__li__KMFK *)li__SXYN);
            li__HXPN(((__li__VTBD *)li__YC3U->li__3RFK),li__YC3U);
          } break;
          case __li__XOHL__: {
            li__LDMN(((__li__XOHL *)li__SXYN));
          } break;
          case __li__FPHL__: {
            li__TT4L(((__li__FPHL *)li__SXYN));
          } break;
          case __li__APLM__: {
            li__TGCQ(((__li__APLM *)li__SXYN));
          } break;
          case __li__DTNM__: {
            li__MFRO(((__li__DTNM *)li__SXYN));
          } break;
          case __li__JXNM__: {
            li__1W3R(((__li__JXNM *)li__SXYN));
          } break;
          case __li__21LO__: {
            li__T1IP(((__li__21LO *)li__SXYN));
          } break;
          case __li__TPOO__: {
            li__0C3U=((__li__TPOO *)li__SXYN);
            li__IZFQ(((__li__DZB *)li__0C3U->li__5IXO),li__0C3U);
          } break;
          case __li__URRO__: {
            li__DK4R(((__li__URRO *)li__SXYN));
          } break;
          case __li__41XO__: {
            li__XGCQ(((__li__41XO *)li__SXYN));
          } break;
          case __li__AKBR__: {
            li__AYCS(((__li__AKBR *)li__SXYN));
          } break;
          case __li__SU5R__: {
            li__5XIS(((__li__SU5R *)li__SXYN));
          } break;
          case __li__JV5R__: {
            li__DYIS(((__li__JV5R *)li__SXYN));
          } break;
          };
        };
      };
    };
    li__GPAM=li__HPAM;
    /* __li__B__ __li__I__ */
if ((((void *)li__HPAM == (void *)NULL) && ((void *)li__MPAM != (void *)NULL))) {
      li__RWYN=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__DPAM == (void *)li__DSB)) {
        li__RWYN=li__1OAM->li__ZTVI.li__UOBK;
        li__KXYN=li__1OAM->li__ZTVI.li__YOBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KXYN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__KXYN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__KXYN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__KXYN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__KXYN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__KXYN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__KXYN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__KXYN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__KXYN));
        } break;
        case __li__KLWI__: {
          li__YC3U=((__li__KMFK *)((__li__KLWI *)li__KXYN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__YC3U->li__3RFK),li__YC3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__KXYN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__KXYN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__KXYN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__KXYN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__KXYN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__KXYN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__KXYN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__KXYN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__KXYN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__KXYN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__YC3U=((__li__KMFK *)li__KXYN);
          li__HXPN(((__li__VTBD *)li__YC3U->li__3RFK),li__YC3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__KXYN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__KXYN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__KXYN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__KXYN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__KXYN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__KXYN));
        } break;
        case __li__TPOO__: {
          li__0C3U=((__li__TPOO *)li__KXYN);
          li__IZFQ(((__li__DZB *)li__0C3U->li__5IXO),li__0C3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__KXYN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__KXYN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__KXYN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__KXYN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__KXYN));
        } break;
        };
      };
      li__GPAM=li__RWYN;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__GPAM == (void *)NULL) && ((void *)li__PPAM != (void *)NULL))) {
      li__RWYN=NULL;
      /* __li__B__ __li__I__ */
if (((void *)li__EPAM == (void *)li__DSB)) {
        li__RWYN=li__1OAM->li__ZTVI.li__YOBK;
        li__KXYN=li__1OAM->li__ZTVI.li__UOBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KXYN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__KXYN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__KXYN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__KXYN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__KXYN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__KXYN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__KXYN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__KXYN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__KXYN));
        } break;
        case __li__KLWI__: {
          li__YC3U=((__li__KMFK *)((__li__KLWI *)li__KXYN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__YC3U->li__3RFK),li__YC3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__KXYN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__KXYN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__KXYN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__KXYN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__KXYN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__KXYN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__KXYN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__KXYN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__KXYN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__KXYN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__YC3U=((__li__KMFK *)li__KXYN);
          li__HXPN(((__li__VTBD *)li__YC3U->li__3RFK),li__YC3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__KXYN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__KXYN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__KXYN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__KXYN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__KXYN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__KXYN));
        } break;
        case __li__TPOO__: {
          li__0C3U=((__li__TPOO *)li__KXYN);
          li__IZFQ(((__li__DZB *)li__0C3U->li__5IXO),li__0C3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__KXYN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__KXYN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__KXYN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__KXYN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__KXYN));
        } break;
        };
      };
      li__GPAM=li__RWYN;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__GPAM == (void *)NULL)) {
    li__GPAM=li__1OAM;
  } else /* FALSE */ {
    li__RUAM=li__1OAM->li__ZTVI.li__NTVI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GPAM)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__YTVI *)li__GPAM))->li__1K.li__0K.li__0CC=li__RUAM;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__YTVI *)li__GPAM))->li__BVBD.li__0CC=li__RUAM;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__YTVI *)li__GPAM))->li__LVBD.li__0K.li__0CC=li__RUAM;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__YTVI *)li__GPAM))->li__XVBD.li__0K.li__0CC=li__RUAM;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__RUAM;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__YTVI *)li__GPAM))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__RUAM;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__YTVI *)li__GPAM))->li__OTVI.li__NTVI.li__0CC=li__RUAM;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__YTVI *)li__GPAM))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__RUAM;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)li__GPAM)->li__ZTVI.li__NTVI.li__0CC=li__RUAM;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__YTVI *)li__GPAM))->li__T2VI.li__IVVI.li__0CC=li__RUAM;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__YTVI *)li__GPAM))->li__F3VI.li__IVVI.li__0CC=li__RUAM;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__YTVI *)li__GPAM))->li__LLWI.li__0CC=li__RUAM;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__YTVI *)li__GPAM))->li__VLWI.li__0CC=li__RUAM;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__YTVI *)li__GPAM))->li__OMWI.li__IVVI.li__0CC=li__RUAM;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__YTVI *)li__GPAM))->li__ENWI.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__YTVI *)li__GPAM))->li__YNWI.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__YTVI *)li__GPAM))->li__MOWI.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__YTVI *)li__GPAM))->li__APWI.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__YTVI *)li__GPAM))->li__UPWI.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__YTVI *)li__GPAM))->li__IQWI.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__YTVI *)li__GPAM))->li__BRWI.li__0CC=li__RUAM;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__YTVI *)li__GPAM))->li__VRWI.li__0CC=li__RUAM;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__YTVI *)li__GPAM))->li__NSWI.li__0CC=li__RUAM;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__YTVI *)li__GPAM))->li__FTWI.li__0CC=li__RUAM;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__YTVI *)li__GPAM))->li__NZWI.li__0K.li__0CC=li__RUAM;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__YTVI *)li__GPAM))->li__D0WI.li__0K.li__0CC=li__RUAM;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__YTVI *)li__GPAM))->li__N1WI.li__0K.li__0CC=li__RUAM;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__YTVI *)li__GPAM))->li__LMFK.li__0CC=li__RUAM;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__YTVI *)li__GPAM))->li__0OHL.li__ZOHL.li__0CC=li__RUAM;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__YTVI *)li__GPAM))->li__GPHL.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__YTVI *)li__GPAM))->li__BPLM.li__IVVI.li__0CC=li__RUAM;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__YTVI *)li__GPAM))->li__ETNM.li__ZOHL.li__0CC=li__RUAM;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__YTVI *)li__GPAM))->li__KXNM.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__YTVI *)li__GPAM))->li__31LO.li__0CC=li__RUAM;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__YTVI *)li__GPAM))->li__UPOO.li__0CC=li__RUAM;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__YTVI *)li__GPAM))->li__XRRO.li__WRRO.li__0CC=li__RUAM;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__YTVI *)li__GPAM))->li__51XO.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__YTVI *)li__GPAM))->li__BKBR.li__DNWI.li__0CC=li__RUAM;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__YTVI *)li__GPAM))->li__TU5R.li__IVVI.li__0CC=li__RUAM;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__YTVI *)li__GPAM))->li__KV5R.li__IVVI.li__0CC=li__RUAM;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__2OAM=li__GPAM;
  return(li__2OAM);
}

static void* li__YU2K(__li__S2VI *li__ZU2K)
/* (Strict EXPR_EQUAL{li__S2VI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__2U2K;
  void *li__CV2K,*li__DV2K,*li__DLNM,*li__0U2K;
  __li__WVBD *li__IV2K,*li__LV2K;
  __li__KVBD *li__Z3WN,*li__DD3U,*li__ID3U,*li__VKNM,*li__QE3U;
  __li__PO li__B4WN,li__2LNM;
  void *li__C4WN,*li__IKNM;
  __li__5RB *li__D4WN,*li__KD3U,*li__ELNM;
  __li__KMFK *li__2D3U,*li__EE3U;
  __li__TPOO *li__4D3U,*li__GE3U;
  __li__C li__BKNM,li__TLNM;
  li__2U2K=li__NHBK;
  li__CV2K=li__ZU2K->li__T2VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CV2K)->__id) {
  case __li__WK__: {
    li__DV2K=((__li__WK *)li__CV2K);
  } break;
  case __li__AVBD__: {
    li__DV2K=li__IVAJ(((__li__AVBD *)li__CV2K));
  } break;
  case __li__KVBD__: {
    li__DV2K=((__li__KVBD *)li__CV2K);
  } break;
  case __li__WVBD__: {
    li__DV2K=((__li__WVBD *)li__CV2K);
  } break;
  case __li__Z4WH__: {
    li__DV2K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__DV2K=li__N4VK(((__li__KTVI *)li__CV2K));
  } break;
  case __li__LTVI__: {
    li__DV2K=li__AJAM(((__li__LTVI *)li__CV2K));
  } break;
  case __li__XTVI__: {
    li__DV2K=li__SEWK(((__li__XTVI *)li__CV2K));
  } break;
  case __li__YTVI__: {
    li__DV2K=li__0OAM(((__li__YTVI *)li__CV2K));
  } break;
  case __li__S2VI__: {
    li__DV2K=li__YU2K(((__li__S2VI *)li__CV2K));
  } break;
  case __li__E3VI__: {
    li__DV2K=li__CZ2K(((__li__E3VI *)li__CV2K));
  } break;
  case __li__KLWI__: {
    li__DV2K=li__M52K(((__li__KLWI *)li__CV2K));
  } break;
  case __li__ULWI__: {
    li__DV2K=((__li__ULWI *)li__CV2K);
  } break;
  case __li__NMWI__: {
    li__DV2K=li__YA3K(((__li__NMWI *)li__CV2K));
  } break;
  case __li__BNWI__: {
    li__DV2K=li__CF3K(((__li__BNWI *)li__CV2K));
  } break;
  case __li__XNWI__: {
    li__DV2K=li__MJ3K(((__li__XNWI *)li__CV2K));
  } break;
  case __li__LOWI__: {
    li__DV2K=li__WN3K(((__li__LOWI *)li__CV2K));
  } break;
  case __li__5OWI__: {
    li__DV2K=li__AS3K(((__li__5OWI *)li__CV2K));
  } break;
  case __li__TPWI__: {
    li__DV2K=li__KW3K(((__li__TPWI *)li__CV2K));
  } break;
  case __li__HQWI__: {
    li__DV2K=li__U03K(((__li__HQWI *)li__CV2K));
  } break;
  case __li__ARWI__: {
    li__DV2K=li__OQWK(((__li__ARWI *)li__CV2K));
  } break;
  case __li__URWI__: {
    li__DV2K=li__443K(((__li__URWI *)li__CV2K));
  } break;
  case __li__MSWI__: {
    li__DV2K=((__li__MSWI *)li__CV2K);
  } break;
  case __li__ETWI__: {
    li__DV2K=li__K53K(((__li__ETWI *)li__CV2K));
  } break;
  case __li__MZWI__: {
    li__DV2K=((__li__MZWI *)li__CV2K);
  } break;
  case __li__C0WI__: {
    li__DV2K=((__li__C0WI *)li__CV2K);
  } break;
  case __li__M1WI__: {
    li__DV2K=((__li__M1WI *)li__CV2K);
  } break;
  case __li__KMFK__: {
    li__DV2K=li__QF3L(((__li__KMFK *)li__CV2K));
  } break;
  case __li__XOHL__: {
    li__DV2K=li__P2NN(((__li__XOHL *)li__CV2K));
  } break;
  case __li__FPHL__: {
    li__DV2K=li__YUAM(((__li__FPHL *)li__CV2K));
  } break;
  case __li__APLM__: {
    li__DV2K=li__C3CQ(((__li__APLM *)li__CV2K));
  } break;
  case __li__DTNM__: {
    li__DV2K=li__3GSO(((__li__DTNM *)li__CV2K));
  } break;
  case __li__JXNM__: {
    li__DV2K=li__E03R(((__li__JXNM *)li__CV2K));
  } break;
  case __li__21LO__: {
    li__DV2K=li__H1JP(((__li__21LO *)li__CV2K));
  } break;
  case __li__TPOO__: {
    li__DV2K=li__Z5JP(((__li__TPOO *)li__CV2K));
  } break;
  case __li__URRO__: {
    li__DV2K=li__MH4R(((__li__URRO *)li__CV2K));
  } break;
  case __li__41XO__: {
    li__DV2K=li__MBDQ(((__li__41XO *)li__CV2K));
  } break;
  case __li__AKBR__: {
    li__DV2K=li__KMDS(((__li__AKBR *)li__CV2K));
  } break;
  case __li__SU5R__: {
    li__DV2K=li__1CJS(((__li__SU5R *)li__CV2K));
  } break;
  case __li__JV5R__: {
    li__DV2K=li__FHJS(((__li__JV5R *)li__CV2K));
  } break;
  };
  li__ZU2K->li__T2VI.li__FPBK=li__DV2K;
  li__CV2K=li__ZU2K->li__T2VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CV2K)->__id) {
  case __li__WK__: {
    li__DV2K=((__li__WK *)li__CV2K);
  } break;
  case __li__AVBD__: {
    li__DV2K=li__IVAJ(((__li__AVBD *)li__CV2K));
  } break;
  case __li__KVBD__: {
    li__DV2K=((__li__KVBD *)li__CV2K);
  } break;
  case __li__WVBD__: {
    li__DV2K=((__li__WVBD *)li__CV2K);
  } break;
  case __li__Z4WH__: {
    li__DV2K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__DV2K=li__N4VK(((__li__KTVI *)li__CV2K));
  } break;
  case __li__LTVI__: {
    li__DV2K=li__AJAM(((__li__LTVI *)li__CV2K));
  } break;
  case __li__XTVI__: {
    li__DV2K=li__SEWK(((__li__XTVI *)li__CV2K));
  } break;
  case __li__YTVI__: {
    li__DV2K=li__0OAM(((__li__YTVI *)li__CV2K));
  } break;
  case __li__S2VI__: {
    li__DV2K=li__YU2K(((__li__S2VI *)li__CV2K));
  } break;
  case __li__E3VI__: {
    li__DV2K=li__CZ2K(((__li__E3VI *)li__CV2K));
  } break;
  case __li__KLWI__: {
    li__DV2K=li__M52K(((__li__KLWI *)li__CV2K));
  } break;
  case __li__ULWI__: {
    li__DV2K=((__li__ULWI *)li__CV2K);
  } break;
  case __li__NMWI__: {
    li__DV2K=li__YA3K(((__li__NMWI *)li__CV2K));
  } break;
  case __li__BNWI__: {
    li__DV2K=li__CF3K(((__li__BNWI *)li__CV2K));
  } break;
  case __li__XNWI__: {
    li__DV2K=li__MJ3K(((__li__XNWI *)li__CV2K));
  } break;
  case __li__LOWI__: {
    li__DV2K=li__WN3K(((__li__LOWI *)li__CV2K));
  } break;
  case __li__5OWI__: {
    li__DV2K=li__AS3K(((__li__5OWI *)li__CV2K));
  } break;
  case __li__TPWI__: {
    li__DV2K=li__KW3K(((__li__TPWI *)li__CV2K));
  } break;
  case __li__HQWI__: {
    li__DV2K=li__U03K(((__li__HQWI *)li__CV2K));
  } break;
  case __li__ARWI__: {
    li__DV2K=li__OQWK(((__li__ARWI *)li__CV2K));
  } break;
  case __li__URWI__: {
    li__DV2K=li__443K(((__li__URWI *)li__CV2K));
  } break;
  case __li__MSWI__: {
    li__DV2K=((__li__MSWI *)li__CV2K);
  } break;
  case __li__ETWI__: {
    li__DV2K=li__K53K(((__li__ETWI *)li__CV2K));
  } break;
  case __li__MZWI__: {
    li__DV2K=((__li__MZWI *)li__CV2K);
  } break;
  case __li__C0WI__: {
    li__DV2K=((__li__C0WI *)li__CV2K);
  } break;
  case __li__M1WI__: {
    li__DV2K=((__li__M1WI *)li__CV2K);
  } break;
  case __li__KMFK__: {
    li__DV2K=li__QF3L(((__li__KMFK *)li__CV2K));
  } break;
  case __li__XOHL__: {
    li__DV2K=li__P2NN(((__li__XOHL *)li__CV2K));
  } break;
  case __li__FPHL__: {
    li__DV2K=li__YUAM(((__li__FPHL *)li__CV2K));
  } break;
  case __li__APLM__: {
    li__DV2K=li__C3CQ(((__li__APLM *)li__CV2K));
  } break;
  case __li__DTNM__: {
    li__DV2K=li__3GSO(((__li__DTNM *)li__CV2K));
  } break;
  case __li__JXNM__: {
    li__DV2K=li__E03R(((__li__JXNM *)li__CV2K));
  } break;
  case __li__21LO__: {
    li__DV2K=li__H1JP(((__li__21LO *)li__CV2K));
  } break;
  case __li__TPOO__: {
    li__DV2K=li__Z5JP(((__li__TPOO *)li__CV2K));
  } break;
  case __li__URRO__: {
    li__DV2K=li__MH4R(((__li__URRO *)li__CV2K));
  } break;
  case __li__41XO__: {
    li__DV2K=li__MBDQ(((__li__41XO *)li__CV2K));
  } break;
  case __li__AKBR__: {
    li__DV2K=li__KMDS(((__li__AKBR *)li__CV2K));
  } break;
  case __li__SU5R__: {
    li__DV2K=li__1CJS(((__li__SU5R *)li__CV2K));
  } break;
  case __li__JV5R__: {
    li__DV2K=li__FHJS(((__li__JV5R *)li__CV2K));
  } break;
  };
  li__ZU2K->li__T2VI.li__LPBK=li__DV2K;
  li__CV2K=li__ZU2K->li__T2VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__CV2K==NULL) {
    li__IV2K=NULL;
  } else {
    if (((struct ___OBJ *)li__CV2K)->__id==__li__WVBD__) {
      li__IV2K=((void *)li__CV2K);
    } else /* Other types */ {
      li__IV2K=NULL;
    }
  };
  li__CV2K=li__ZU2K->li__T2VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__CV2K==NULL) {
    li__LV2K=NULL;
  } else {
    if (((struct ___OBJ *)li__CV2K)->__id==__li__WVBD__) {
      li__LV2K=((void *)li__CV2K);
    } else /* Other types */ {
      li__LV2K=NULL;
    }
  };
  li__CV2K=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__IV2K != (void *)NULL)) {
    li__CV2K=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__CV2K == (void *)NULL) && ((void *)li__LV2K != (void *)NULL))) {
    li__CV2K=NULL;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__CV2K == (void *)NULL) && ((void *)li__LV2K != (void *)NULL)) && ((void *)li__IV2K != (void *)NULL))) {
    li__Z3WN=NULL;
    /* __li__B__ __li__I__ */
if ((li__IV2K->li__2ZLE == li__LV2K->li__2ZLE)) {
      li__B4WN=li__ZU2K->li__T2VI.li__IVVI.li__0CC;
      li__C4WN=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__C4WN)->__id) {
      case __li__IF__: {
        li__D4WN=((__li__IF *)li__C4WN)->li__J0C;
      } break;
      case __li__ORB__: {
        li__D4WN=((__li__ORB *)li__C4WN)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__D4WN=((__li__QRB *)li__C4WN)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__D4WN=((__li__SRB *)li__C4WN)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__D4WN=((__li__URB *)li__C4WN)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__D4WN=((__li__GSZ *)li__C4WN)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__D4WN=((__li__1RRF *)li__C4WN)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__D4WN=((__li__UJSH *)li__C4WN)->li__WJSH.li__J0C;
      } break;
      };
      li__DD3U=li__5QND();
      li__ID3U=((__li__KVBD *)li__DD3U);
      li__ID3U->li__LVBD.li__0K.li__0CC=li__B4WN;
      li__KD3U=li__NNSE(((__li__5RB *)li__D4WN));
      li__ID3U->li__LVBD.li__WZLE=li__KD3U;
      li__Z3WN=li__DD3U;
    } else /* FALSE */ {
      li__B4WN=li__ZU2K->li__T2VI.li__IVVI.li__0CC;
      li__C4WN=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__C4WN)->__id) {
      case __li__IF__: {
        li__D4WN=((__li__IF *)li__C4WN)->li__J0C;
      } break;
      case __li__ORB__: {
        li__D4WN=((__li__ORB *)li__C4WN)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__D4WN=((__li__QRB *)li__C4WN)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__D4WN=((__li__SRB *)li__C4WN)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__D4WN=((__li__URB *)li__C4WN)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__D4WN=((__li__GSZ *)li__C4WN)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__D4WN=((__li__1RRF *)li__C4WN)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__D4WN=((__li__UJSH *)li__C4WN)->li__WJSH.li__J0C;
      } break;
      };
      li__DD3U=li__5QND();
      li__ID3U=((__li__KVBD *)li__DD3U);
      li__ID3U->li__LVBD.li__0K.li__0CC=li__B4WN;
      li__KD3U=li__NNSE(((__li__5RB *)li__D4WN));
      li__ID3U->li__LVBD.li__WZLE=li__KD3U;
      li__Z3WN=li__DD3U;
    };
    li__CV2K=li__Z3WN;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__CV2K == (void *)NULL) && (li__2U2K == li__NHBK))) {
    li__Z3WN=NULL;
    li__DV2K=li__ZU2K->li__T2VI.li__FPBK;
    li__C4WN=li__ZU2K->li__T2VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DV2K)->__id) {
    case __li__WK__: {
      li__BKNM=li__5GXM(((__li__WK *)li__DV2K),li__C4WN);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__BKNM=li__I__;
    } break;
    case __li__KVBD__: {
      li__BKNM=li__VHXM(((__li__KVBD *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__WVBD__: {
      li__BKNM=li__HIXM(((__li__WVBD *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__KTVI__: {
      li__BKNM=li__WPWM(((__li__KTVI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__LTVI__: {
      li__BKNM=li__TQWM(((__li__LTVI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__XTVI__: {
      li__BKNM=li__RRWM(((__li__XTVI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__YTVI__: {
      li__BKNM=li__OSWM(((__li__YTVI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__S2VI__: {
      li__BKNM=li__LTWM(((__li__S2VI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__E3VI__: {
      li__BKNM=li__IUWM(((__li__E3VI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__NMWI__: {
      li__BKNM=li__QJXM(((__li__NMWI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__BNWI__: {
      li__BKNM=li__NKXM(((__li__BNWI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__XNWI__: {
      li__BKNM=li__KLXM(((__li__XNWI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__LOWI__: {
      li__BKNM=li__HMXM(((__li__LOWI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__5OWI__: {
      li__BKNM=li__ENXM(((__li__5OWI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__TPWI__: {
      li__BKNM=li__BOXM(((__li__TPWI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__HQWI__: {
      li__BKNM=li__4OXM(((__li__HQWI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__MZWI__: {
      li__BKNM=li__LQXM(((__li__MZWI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__C0WI__: {
      li__BKNM=li__GRXM(((__li__C0WI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__M1WI__: {
      li__BKNM=li__JYGP(((__li__M1WI *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__KMFK__: {
      li__BKNM=li__YRXM(((__li__KMFK *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__XOHL__: {
      li__BKNM=li__H5QN(((__li__XOHL *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__FPHL__: {
      li__BKNM=li__LSXM(((__li__FPHL *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__APLM__: {
      li__BKNM=li__KZDQ(((__li__APLM *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__DTNM__: {
      li__BKNM=li__YYTO(((__li__DTNM *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__JXNM__: {
      li__BKNM=li__WB4R(((__li__JXNM *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__21LO__: {
      li__BKNM=li__I1DQ(((__li__21LO *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__TPOO__: {
      li__BKNM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__URRO__: {
      li__BKNM=li__DWJS(((__li__URRO *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__41XO__: {
      li__BKNM=li__H0DQ(((__li__41XO *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__AKBR__: {
      li__BKNM=li__HCES(((__li__AKBR *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__SU5R__: {
      li__BKNM=li__WWJS(((__li__SU5R *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    case __li__JV5R__: {
      li__BKNM=li__TXJS(((__li__JV5R *)((__li__WK *)li__DV2K)),li__C4WN);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__BKNM) {
      li__B4WN=li__ZU2K->li__T2VI.li__IVVI.li__0CC;
      li__IKNM=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IKNM)->__id) {
      case __li__IF__: {
        li__D4WN=((__li__IF *)li__IKNM)->li__J0C;
      } break;
      case __li__ORB__: {
        li__D4WN=((__li__ORB *)li__IKNM)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__D4WN=((__li__QRB *)li__IKNM)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__D4WN=((__li__SRB *)li__IKNM)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__D4WN=((__li__URB *)li__IKNM)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__D4WN=((__li__GSZ *)li__IKNM)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__D4WN=((__li__1RRF *)li__IKNM)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__D4WN=((__li__UJSH *)li__IKNM)->li__WJSH.li__J0C;
      } break;
      };
      li__DD3U=li__5QND();
      li__ID3U=((__li__KVBD *)li__DD3U);
      li__ID3U->li__LVBD.li__0K.li__0CC=li__B4WN;
      li__KD3U=li__NNSE(((__li__5RB *)li__D4WN));
      li__ID3U->li__LVBD.li__WZLE=li__KD3U;
      li__Z3WN=li__DD3U;
      li__IKNM=li__ZU2K->li__T2VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IKNM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__IKNM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__IKNM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__IKNM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__IKNM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__IKNM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__IKNM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__IKNM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__IKNM));
      } break;
      case __li__KLWI__: {
        li__2D3U=((__li__KMFK *)((__li__KLWI *)li__IKNM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__2D3U->li__3RFK),li__2D3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__IKNM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__IKNM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__IKNM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__IKNM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__IKNM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__IKNM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__IKNM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__IKNM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__IKNM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__IKNM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__2D3U=((__li__KMFK *)li__IKNM);
        li__HXPN(((__li__VTBD *)li__2D3U->li__3RFK),li__2D3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__IKNM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__IKNM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__IKNM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__IKNM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__IKNM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__IKNM));
      } break;
      case __li__TPOO__: {
        li__4D3U=((__li__TPOO *)li__IKNM);
        li__IZFQ(((__li__DZB *)li__4D3U->li__5IXO),li__4D3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__IKNM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__IKNM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__IKNM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__IKNM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__IKNM));
      } break;
      };
      li__IKNM=li__ZU2K->li__T2VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IKNM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__IKNM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__IKNM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__IKNM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__IKNM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__IKNM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__IKNM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__IKNM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__IKNM));
      } break;
      case __li__KLWI__: {
        li__2D3U=((__li__KMFK *)((__li__KLWI *)li__IKNM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__2D3U->li__3RFK),li__2D3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__IKNM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__IKNM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__IKNM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__IKNM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__IKNM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__IKNM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__IKNM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__IKNM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__IKNM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__IKNM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__2D3U=((__li__KMFK *)li__IKNM);
        li__HXPN(((__li__VTBD *)li__2D3U->li__3RFK),li__2D3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__IKNM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__IKNM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__IKNM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__IKNM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__IKNM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__IKNM));
      } break;
      case __li__TPOO__: {
        li__4D3U=((__li__TPOO *)li__IKNM);
        li__IZFQ(((__li__DZB *)li__4D3U->li__5IXO),li__4D3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__IKNM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__IKNM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__IKNM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__IKNM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__IKNM));
      } break;
      };
    } else /* FALSE */ {
      li__IKNM=li__ZU2K->li__T2VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__IKNM==NULL) {
        li__VKNM=NULL;
      } else {
        if (((struct ___OBJ *)li__IKNM)->__id==__li__KVBD__) {
          li__VKNM=((void *)li__IKNM);
        } else /* Other types */ {
          li__VKNM=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if ((((void *)li__VKNM != (void *)NULL) && ((void *)((__li__5RB *)li__VKNM->li__LVBD.li__WZLE)->li__AEM == (void *)li__ORB__))) {
        li__DLNM=li__ZU2K->li__T2VI.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DLNM)->__id) {
        case __li__WK__: {
          li__ELNM=((__li__WK *)li__DLNM)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__ELNM=((__li__AVBD *)li__DLNM)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__ELNM=((__li__KVBD *)li__DLNM)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__ELNM=((__li__WVBD *)li__DLNM)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__ELNM=li__JK5J(((__li__Z4WH *)li__DLNM));
        } break;
        case __li__KTVI__: {
          li__ELNM=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__ELNM=li__553L();
        } break;
        case __li__XTVI__: {
          li__ELNM=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__ELNM=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__ELNM=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__ELNM=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__ELNM=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__ELNM=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__ELNM=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__ELNM=li__DWEK(((__li__BNWI *)li__DLNM));
        } break;
        case __li__XNWI__: {
          li__ELNM=li__IWEK(((__li__XNWI *)li__DLNM));
        } break;
        case __li__LOWI__: {
          li__ELNM=li__NWEK(((__li__LOWI *)li__DLNM));
        } break;
        case __li__5OWI__: {
          li__ELNM=li__SWEK(((__li__5OWI *)li__DLNM));
        } break;
        case __li__TPWI__: {
          li__ELNM=li__XWEK(((__li__TPWI *)li__DLNM));
        } break;
        case __li__HQWI__: {
          li__ELNM=li__2WEK(((__li__HQWI *)li__DLNM));
        } break;
        case __li__ARWI__: {
          li__ELNM=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__ELNM=li__FXEK(((__li__URWI *)li__DLNM));
        } break;
        case __li__MSWI__: {
          li__ELNM=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__ELNM=((__li__ETWI *)li__DLNM)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__ELNM=((__li__MZWI *)li__DLNM)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__ELNM=((__li__C0WI *)li__DLNM)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__ELNM=((__li__M1WI *)li__DLNM)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__ELNM=((__li__KMFK *)li__DLNM)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__ELNM=li__T4NN(((__li__XOHL *)li__DLNM));
        } break;
        case __li__FPHL__: {
          li__ELNM=li__KA4L(((__li__FPHL *)li__DLNM));
        } break;
        case __li__APLM__: {
          li__ELNM=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__ELNM=li__1ISO(((__li__DTNM *)li__DLNM));
        } break;
        case __li__JXNM__: {
          li__ELNM=li__VX3R(((__li__JXNM *)li__DLNM));
        } break;
        case __li__21LO__: {
          li__ELNM=((__li__21LO *)li__DLNM)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__ELNM=((__li__TPOO *)li__DLNM)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__ELNM=li__FH4R();
        } break;
        case __li__41XO__: {
          li__ELNM=li__3FDQ(((__li__41XO *)li__DLNM));
        } break;
        case __li__AKBR__: {
          li__ELNM=li__WQDS(((__li__AKBR *)li__DLNM));
        } break;
        case __li__SU5R__: {
          li__ELNM=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__ELNM=li__Y1IS();
        } break;
        };
        li__TLNM=((__li__F0C)(((__li__5RB *)li__ELNM)->li__BEM &  1) !=  0);
      } else /* FALSE */ {
        li__TLNM=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__TLNM) {
        li__DLNM=li__ZU2K->li__T2VI.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DLNM)->__id) {
        case __li__WK__: {
          li__ELNM=((__li__WK *)li__DLNM)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__ELNM=((__li__AVBD *)li__DLNM)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__ELNM=((__li__KVBD *)li__DLNM)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__ELNM=((__li__WVBD *)li__DLNM)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__ELNM=li__JK5J(((__li__Z4WH *)li__DLNM));
        } break;
        case __li__KTVI__: {
          li__ELNM=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__ELNM=li__553L();
        } break;
        case __li__XTVI__: {
          li__ELNM=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__ELNM=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__ELNM=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__ELNM=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__ELNM=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__ELNM=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__ELNM=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__ELNM=li__DWEK(((__li__BNWI *)li__DLNM));
        } break;
        case __li__XNWI__: {
          li__ELNM=li__IWEK(((__li__XNWI *)li__DLNM));
        } break;
        case __li__LOWI__: {
          li__ELNM=li__NWEK(((__li__LOWI *)li__DLNM));
        } break;
        case __li__5OWI__: {
          li__ELNM=li__SWEK(((__li__5OWI *)li__DLNM));
        } break;
        case __li__TPWI__: {
          li__ELNM=li__XWEK(((__li__TPWI *)li__DLNM));
        } break;
        case __li__HQWI__: {
          li__ELNM=li__2WEK(((__li__HQWI *)li__DLNM));
        } break;
        case __li__ARWI__: {
          li__ELNM=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__ELNM=li__FXEK(((__li__URWI *)li__DLNM));
        } break;
        case __li__MSWI__: {
          li__ELNM=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__ELNM=((__li__ETWI *)li__DLNM)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__ELNM=((__li__MZWI *)li__DLNM)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__ELNM=((__li__C0WI *)li__DLNM)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__ELNM=((__li__M1WI *)li__DLNM)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__ELNM=((__li__KMFK *)li__DLNM)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__ELNM=li__T4NN(((__li__XOHL *)li__DLNM));
        } break;
        case __li__FPHL__: {
          li__ELNM=li__KA4L(((__li__FPHL *)li__DLNM));
        } break;
        case __li__APLM__: {
          li__ELNM=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__ELNM=li__1ISO(((__li__DTNM *)li__DLNM));
        } break;
        case __li__JXNM__: {
          li__ELNM=li__VX3R(((__li__JXNM *)li__DLNM));
        } break;
        case __li__21LO__: {
          li__ELNM=((__li__21LO *)li__DLNM)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__ELNM=((__li__TPOO *)li__DLNM)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__ELNM=li__FH4R();
        } break;
        case __li__41XO__: {
          li__ELNM=li__3FDQ(((__li__41XO *)li__DLNM));
        } break;
        case __li__AKBR__: {
          li__ELNM=li__WQDS(((__li__AKBR *)li__DLNM));
        } break;
        case __li__SU5R__: {
          li__ELNM=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__ELNM=li__Y1IS();
        } break;
        };
        li__TLNM=((void *)((__li__5RB *)li__ELNM)->li__AEM != (void *)li__FUB);
      } else /* FALSE */ {
        li__TLNM=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__TLNM) {
        li__DLNM=li__ZU2K->li__T2VI.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DLNM)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__DLNM));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__DLNM));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__DLNM));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__DLNM));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__DLNM));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__DLNM));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__DLNM));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__DLNM));
        } break;
        case __li__KLWI__: {
          li__EE3U=((__li__KMFK *)((__li__KLWI *)li__DLNM)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__EE3U->li__3RFK),li__EE3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__DLNM));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__DLNM));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__DLNM));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__DLNM));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__DLNM));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__DLNM));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__DLNM));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__DLNM));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__DLNM));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__DLNM));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__EE3U=((__li__KMFK *)li__DLNM);
          li__HXPN(((__li__VTBD *)li__EE3U->li__3RFK),li__EE3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__DLNM));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__DLNM));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__DLNM));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__DLNM));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__DLNM));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__DLNM));
        } break;
        case __li__TPOO__: {
          li__GE3U=((__li__TPOO *)li__DLNM);
          li__IZFQ(((__li__DZB *)li__GE3U->li__5IXO),li__GE3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__DLNM));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__DLNM));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__DLNM));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__DLNM));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__DLNM));
        } break;
        };
        li__DLNM=li__ZU2K->li__T2VI.li__LPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DLNM)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__DLNM));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__DLNM));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__DLNM));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__DLNM));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__DLNM));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__DLNM));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__DLNM));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__DLNM));
        } break;
        case __li__KLWI__: {
          li__EE3U=((__li__KMFK *)((__li__KLWI *)li__DLNM)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__EE3U->li__3RFK),li__EE3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__DLNM));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__DLNM));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__DLNM));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__DLNM));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__DLNM));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__DLNM));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__DLNM));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__DLNM));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__DLNM));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__DLNM));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__EE3U=((__li__KMFK *)li__DLNM);
          li__HXPN(((__li__VTBD *)li__EE3U->li__3RFK),li__EE3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__DLNM));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__DLNM));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__DLNM));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__DLNM));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__DLNM));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__DLNM));
        } break;
        case __li__TPOO__: {
          li__GE3U=((__li__TPOO *)li__DLNM);
          li__IZFQ(((__li__DZB *)li__GE3U->li__5IXO),li__GE3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__DLNM));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__DLNM));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__DLNM));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__DLNM));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__DLNM));
        } break;
        };
        li__2LNM=li__ZU2K->li__T2VI.li__IVVI.li__0CC;
        li__DLNM=li__LSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DLNM)->__id) {
        case __li__IF__: {
          li__ELNM=((__li__IF *)li__DLNM)->li__J0C;
        } break;
        case __li__ORB__: {
          li__ELNM=((__li__ORB *)li__DLNM)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__ELNM=((__li__QRB *)li__DLNM)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__ELNM=((__li__SRB *)li__DLNM)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__ELNM=((__li__URB *)li__DLNM)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__ELNM=((__li__GSZ *)li__DLNM)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__ELNM=((__li__1RRF *)li__DLNM)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__ELNM=((__li__UJSH *)li__DLNM)->li__WJSH.li__J0C;
        } break;
        };
        li__VKNM=li__5QND();
        li__QE3U=((__li__KVBD *)li__VKNM);
        li__QE3U->li__LVBD.li__0K.li__0CC=li__2LNM;
        li__D4WN=li__NNSE(((__li__5RB *)li__ELNM));
        li__QE3U->li__LVBD.li__WZLE=li__D4WN;
        li__Z3WN=li__VKNM;
      };
    };
    li__CV2K=li__Z3WN;
    /* __li__B__ __li__I__ */
if ((((void *)li__Z3WN == (void *)NULL) && ((void *)li__IV2K != (void *)NULL))) {
      li__CV2K=NULL;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__CV2K == (void *)NULL) && ((void *)li__LV2K != (void *)NULL))) {
      li__CV2K=NULL;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__CV2K == (void *)NULL)) {
    li__CV2K=li__ZU2K;
  } else /* FALSE */ {
    li__B4WN=li__ZU2K->li__T2VI.li__IVVI.li__0CC;
    /* NULL __li__KVBD__ __li__S2VI__ */
if (((struct ___OBJ *)li__CV2K)->__id==__li__KVBD__) {
      ((__li__KVBD *)((__li__S2VI *)li__CV2K))->li__LVBD.li__0K.li__0CC=li__B4WN;
    } else /* EXPR_EQUAL */ {
      ((__li__S2VI *)li__CV2K)->li__T2VI.li__IVVI.li__0CC=li__B4WN;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__0U2K=li__CV2K;
  return(li__0U2K);
}

static void* li__CZ2K(__li__E3VI *li__DZ2K)
/* (Strict EXPR_NOT_EQUAL{li__E3VI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__GZ2K;
  void *li__MZ2K,*li__NZ2K,*li__SONM,*li__EZ2K;
  __li__WVBD *li__SZ2K,*li__VZ2K;
  __li__KVBD *li__X4WN,*li__TE3U,*li__YE3U,*li__EONM,*li__AG3U;
  __li__PO li__54WN,li__LPNM;
  void *li__A5WN,*li__XNNM;
  __li__5RB *li__B5WN,*li__0E3U,*li__TONM;
  __li__KMFK *li__MF3U,*li__UF3U;
  __li__TPOO *li__OF3U,*li__WF3U;
  __li__C li__QNNM,li__CPNM;
  li__GZ2K=li__NHBK;
  li__MZ2K=li__DZ2K->li__F3VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MZ2K)->__id) {
  case __li__WK__: {
    li__NZ2K=((__li__WK *)li__MZ2K);
  } break;
  case __li__AVBD__: {
    li__NZ2K=li__IVAJ(((__li__AVBD *)li__MZ2K));
  } break;
  case __li__KVBD__: {
    li__NZ2K=((__li__KVBD *)li__MZ2K);
  } break;
  case __li__WVBD__: {
    li__NZ2K=((__li__WVBD *)li__MZ2K);
  } break;
  case __li__Z4WH__: {
    li__NZ2K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__NZ2K=li__N4VK(((__li__KTVI *)li__MZ2K));
  } break;
  case __li__LTVI__: {
    li__NZ2K=li__AJAM(((__li__LTVI *)li__MZ2K));
  } break;
  case __li__XTVI__: {
    li__NZ2K=li__SEWK(((__li__XTVI *)li__MZ2K));
  } break;
  case __li__YTVI__: {
    li__NZ2K=li__0OAM(((__li__YTVI *)li__MZ2K));
  } break;
  case __li__S2VI__: {
    li__NZ2K=li__YU2K(((__li__S2VI *)li__MZ2K));
  } break;
  case __li__E3VI__: {
    li__NZ2K=li__CZ2K(((__li__E3VI *)li__MZ2K));
  } break;
  case __li__KLWI__: {
    li__NZ2K=li__M52K(((__li__KLWI *)li__MZ2K));
  } break;
  case __li__ULWI__: {
    li__NZ2K=((__li__ULWI *)li__MZ2K);
  } break;
  case __li__NMWI__: {
    li__NZ2K=li__YA3K(((__li__NMWI *)li__MZ2K));
  } break;
  case __li__BNWI__: {
    li__NZ2K=li__CF3K(((__li__BNWI *)li__MZ2K));
  } break;
  case __li__XNWI__: {
    li__NZ2K=li__MJ3K(((__li__XNWI *)li__MZ2K));
  } break;
  case __li__LOWI__: {
    li__NZ2K=li__WN3K(((__li__LOWI *)li__MZ2K));
  } break;
  case __li__5OWI__: {
    li__NZ2K=li__AS3K(((__li__5OWI *)li__MZ2K));
  } break;
  case __li__TPWI__: {
    li__NZ2K=li__KW3K(((__li__TPWI *)li__MZ2K));
  } break;
  case __li__HQWI__: {
    li__NZ2K=li__U03K(((__li__HQWI *)li__MZ2K));
  } break;
  case __li__ARWI__: {
    li__NZ2K=li__OQWK(((__li__ARWI *)li__MZ2K));
  } break;
  case __li__URWI__: {
    li__NZ2K=li__443K(((__li__URWI *)li__MZ2K));
  } break;
  case __li__MSWI__: {
    li__NZ2K=((__li__MSWI *)li__MZ2K);
  } break;
  case __li__ETWI__: {
    li__NZ2K=li__K53K(((__li__ETWI *)li__MZ2K));
  } break;
  case __li__MZWI__: {
    li__NZ2K=((__li__MZWI *)li__MZ2K);
  } break;
  case __li__C0WI__: {
    li__NZ2K=((__li__C0WI *)li__MZ2K);
  } break;
  case __li__M1WI__: {
    li__NZ2K=((__li__M1WI *)li__MZ2K);
  } break;
  case __li__KMFK__: {
    li__NZ2K=li__QF3L(((__li__KMFK *)li__MZ2K));
  } break;
  case __li__XOHL__: {
    li__NZ2K=li__P2NN(((__li__XOHL *)li__MZ2K));
  } break;
  case __li__FPHL__: {
    li__NZ2K=li__YUAM(((__li__FPHL *)li__MZ2K));
  } break;
  case __li__APLM__: {
    li__NZ2K=li__C3CQ(((__li__APLM *)li__MZ2K));
  } break;
  case __li__DTNM__: {
    li__NZ2K=li__3GSO(((__li__DTNM *)li__MZ2K));
  } break;
  case __li__JXNM__: {
    li__NZ2K=li__E03R(((__li__JXNM *)li__MZ2K));
  } break;
  case __li__21LO__: {
    li__NZ2K=li__H1JP(((__li__21LO *)li__MZ2K));
  } break;
  case __li__TPOO__: {
    li__NZ2K=li__Z5JP(((__li__TPOO *)li__MZ2K));
  } break;
  case __li__URRO__: {
    li__NZ2K=li__MH4R(((__li__URRO *)li__MZ2K));
  } break;
  case __li__41XO__: {
    li__NZ2K=li__MBDQ(((__li__41XO *)li__MZ2K));
  } break;
  case __li__AKBR__: {
    li__NZ2K=li__KMDS(((__li__AKBR *)li__MZ2K));
  } break;
  case __li__SU5R__: {
    li__NZ2K=li__1CJS(((__li__SU5R *)li__MZ2K));
  } break;
  case __li__JV5R__: {
    li__NZ2K=li__FHJS(((__li__JV5R *)li__MZ2K));
  } break;
  };
  li__DZ2K->li__F3VI.li__FPBK=li__NZ2K;
  li__MZ2K=li__DZ2K->li__F3VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MZ2K)->__id) {
  case __li__WK__: {
    li__NZ2K=((__li__WK *)li__MZ2K);
  } break;
  case __li__AVBD__: {
    li__NZ2K=li__IVAJ(((__li__AVBD *)li__MZ2K));
  } break;
  case __li__KVBD__: {
    li__NZ2K=((__li__KVBD *)li__MZ2K);
  } break;
  case __li__WVBD__: {
    li__NZ2K=((__li__WVBD *)li__MZ2K);
  } break;
  case __li__Z4WH__: {
    li__NZ2K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__NZ2K=li__N4VK(((__li__KTVI *)li__MZ2K));
  } break;
  case __li__LTVI__: {
    li__NZ2K=li__AJAM(((__li__LTVI *)li__MZ2K));
  } break;
  case __li__XTVI__: {
    li__NZ2K=li__SEWK(((__li__XTVI *)li__MZ2K));
  } break;
  case __li__YTVI__: {
    li__NZ2K=li__0OAM(((__li__YTVI *)li__MZ2K));
  } break;
  case __li__S2VI__: {
    li__NZ2K=li__YU2K(((__li__S2VI *)li__MZ2K));
  } break;
  case __li__E3VI__: {
    li__NZ2K=li__CZ2K(((__li__E3VI *)li__MZ2K));
  } break;
  case __li__KLWI__: {
    li__NZ2K=li__M52K(((__li__KLWI *)li__MZ2K));
  } break;
  case __li__ULWI__: {
    li__NZ2K=((__li__ULWI *)li__MZ2K);
  } break;
  case __li__NMWI__: {
    li__NZ2K=li__YA3K(((__li__NMWI *)li__MZ2K));
  } break;
  case __li__BNWI__: {
    li__NZ2K=li__CF3K(((__li__BNWI *)li__MZ2K));
  } break;
  case __li__XNWI__: {
    li__NZ2K=li__MJ3K(((__li__XNWI *)li__MZ2K));
  } break;
  case __li__LOWI__: {
    li__NZ2K=li__WN3K(((__li__LOWI *)li__MZ2K));
  } break;
  case __li__5OWI__: {
    li__NZ2K=li__AS3K(((__li__5OWI *)li__MZ2K));
  } break;
  case __li__TPWI__: {
    li__NZ2K=li__KW3K(((__li__TPWI *)li__MZ2K));
  } break;
  case __li__HQWI__: {
    li__NZ2K=li__U03K(((__li__HQWI *)li__MZ2K));
  } break;
  case __li__ARWI__: {
    li__NZ2K=li__OQWK(((__li__ARWI *)li__MZ2K));
  } break;
  case __li__URWI__: {
    li__NZ2K=li__443K(((__li__URWI *)li__MZ2K));
  } break;
  case __li__MSWI__: {
    li__NZ2K=((__li__MSWI *)li__MZ2K);
  } break;
  case __li__ETWI__: {
    li__NZ2K=li__K53K(((__li__ETWI *)li__MZ2K));
  } break;
  case __li__MZWI__: {
    li__NZ2K=((__li__MZWI *)li__MZ2K);
  } break;
  case __li__C0WI__: {
    li__NZ2K=((__li__C0WI *)li__MZ2K);
  } break;
  case __li__M1WI__: {
    li__NZ2K=((__li__M1WI *)li__MZ2K);
  } break;
  case __li__KMFK__: {
    li__NZ2K=li__QF3L(((__li__KMFK *)li__MZ2K));
  } break;
  case __li__XOHL__: {
    li__NZ2K=li__P2NN(((__li__XOHL *)li__MZ2K));
  } break;
  case __li__FPHL__: {
    li__NZ2K=li__YUAM(((__li__FPHL *)li__MZ2K));
  } break;
  case __li__APLM__: {
    li__NZ2K=li__C3CQ(((__li__APLM *)li__MZ2K));
  } break;
  case __li__DTNM__: {
    li__NZ2K=li__3GSO(((__li__DTNM *)li__MZ2K));
  } break;
  case __li__JXNM__: {
    li__NZ2K=li__E03R(((__li__JXNM *)li__MZ2K));
  } break;
  case __li__21LO__: {
    li__NZ2K=li__H1JP(((__li__21LO *)li__MZ2K));
  } break;
  case __li__TPOO__: {
    li__NZ2K=li__Z5JP(((__li__TPOO *)li__MZ2K));
  } break;
  case __li__URRO__: {
    li__NZ2K=li__MH4R(((__li__URRO *)li__MZ2K));
  } break;
  case __li__41XO__: {
    li__NZ2K=li__MBDQ(((__li__41XO *)li__MZ2K));
  } break;
  case __li__AKBR__: {
    li__NZ2K=li__KMDS(((__li__AKBR *)li__MZ2K));
  } break;
  case __li__SU5R__: {
    li__NZ2K=li__1CJS(((__li__SU5R *)li__MZ2K));
  } break;
  case __li__JV5R__: {
    li__NZ2K=li__FHJS(((__li__JV5R *)li__MZ2K));
  } break;
  };
  li__DZ2K->li__F3VI.li__LPBK=li__NZ2K;
  li__MZ2K=li__DZ2K->li__F3VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MZ2K==NULL) {
    li__SZ2K=NULL;
  } else {
    if (((struct ___OBJ *)li__MZ2K)->__id==__li__WVBD__) {
      li__SZ2K=((void *)li__MZ2K);
    } else /* Other types */ {
      li__SZ2K=NULL;
    }
  };
  li__MZ2K=li__DZ2K->li__F3VI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MZ2K==NULL) {
    li__VZ2K=NULL;
  } else {
    if (((struct ___OBJ *)li__MZ2K)->__id==__li__WVBD__) {
      li__VZ2K=((void *)li__MZ2K);
    } else /* Other types */ {
      li__VZ2K=NULL;
    }
  };
  li__MZ2K=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__SZ2K != (void *)NULL)) {
    li__MZ2K=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__MZ2K == (void *)NULL) && ((void *)li__VZ2K != (void *)NULL))) {
    li__MZ2K=NULL;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__MZ2K == (void *)NULL) && ((void *)li__VZ2K != (void *)NULL)) && ((void *)li__SZ2K != (void *)NULL))) {
    li__X4WN=NULL;
    /* __li__B__ __li__I__ */
if ((li__SZ2K->li__2ZLE != li__VZ2K->li__2ZLE)) {
      li__54WN=li__DZ2K->li__F3VI.li__IVVI.li__0CC;
      li__A5WN=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__A5WN)->__id) {
      case __li__IF__: {
        li__B5WN=((__li__IF *)li__A5WN)->li__J0C;
      } break;
      case __li__ORB__: {
        li__B5WN=((__li__ORB *)li__A5WN)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__B5WN=((__li__QRB *)li__A5WN)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__B5WN=((__li__SRB *)li__A5WN)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__B5WN=((__li__URB *)li__A5WN)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__B5WN=((__li__GSZ *)li__A5WN)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__B5WN=((__li__1RRF *)li__A5WN)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__B5WN=((__li__UJSH *)li__A5WN)->li__WJSH.li__J0C;
      } break;
      };
      li__TE3U=li__5QND();
      li__YE3U=((__li__KVBD *)li__TE3U);
      li__YE3U->li__LVBD.li__0K.li__0CC=li__54WN;
      li__0E3U=li__NNSE(((__li__5RB *)li__B5WN));
      li__YE3U->li__LVBD.li__WZLE=li__0E3U;
      li__X4WN=li__TE3U;
    } else /* FALSE */ {
      li__54WN=li__DZ2K->li__F3VI.li__IVVI.li__0CC;
      li__A5WN=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__A5WN)->__id) {
      case __li__IF__: {
        li__B5WN=((__li__IF *)li__A5WN)->li__J0C;
      } break;
      case __li__ORB__: {
        li__B5WN=((__li__ORB *)li__A5WN)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__B5WN=((__li__QRB *)li__A5WN)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__B5WN=((__li__SRB *)li__A5WN)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__B5WN=((__li__URB *)li__A5WN)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__B5WN=((__li__GSZ *)li__A5WN)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__B5WN=((__li__1RRF *)li__A5WN)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__B5WN=((__li__UJSH *)li__A5WN)->li__WJSH.li__J0C;
      } break;
      };
      li__TE3U=li__5QND();
      li__YE3U=((__li__KVBD *)li__TE3U);
      li__YE3U->li__LVBD.li__0K.li__0CC=li__54WN;
      li__0E3U=li__NNSE(((__li__5RB *)li__B5WN));
      li__YE3U->li__LVBD.li__WZLE=li__0E3U;
      li__X4WN=li__TE3U;
    };
    li__MZ2K=li__X4WN;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__MZ2K == (void *)NULL) && (li__GZ2K == li__NHBK))) {
    li__X4WN=NULL;
    li__NZ2K=li__DZ2K->li__F3VI.li__FPBK;
    li__A5WN=li__DZ2K->li__F3VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NZ2K)->__id) {
    case __li__WK__: {
      li__QNNM=li__5GXM(((__li__WK *)li__NZ2K),li__A5WN);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__QNNM=li__I__;
    } break;
    case __li__KVBD__: {
      li__QNNM=li__VHXM(((__li__KVBD *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__WVBD__: {
      li__QNNM=li__HIXM(((__li__WVBD *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__KTVI__: {
      li__QNNM=li__WPWM(((__li__KTVI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__LTVI__: {
      li__QNNM=li__TQWM(((__li__LTVI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__XTVI__: {
      li__QNNM=li__RRWM(((__li__XTVI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__YTVI__: {
      li__QNNM=li__OSWM(((__li__YTVI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__S2VI__: {
      li__QNNM=li__LTWM(((__li__S2VI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__E3VI__: {
      li__QNNM=li__IUWM(((__li__E3VI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__NMWI__: {
      li__QNNM=li__QJXM(((__li__NMWI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__BNWI__: {
      li__QNNM=li__NKXM(((__li__BNWI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__XNWI__: {
      li__QNNM=li__KLXM(((__li__XNWI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__LOWI__: {
      li__QNNM=li__HMXM(((__li__LOWI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__5OWI__: {
      li__QNNM=li__ENXM(((__li__5OWI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__TPWI__: {
      li__QNNM=li__BOXM(((__li__TPWI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__HQWI__: {
      li__QNNM=li__4OXM(((__li__HQWI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__MZWI__: {
      li__QNNM=li__LQXM(((__li__MZWI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__C0WI__: {
      li__QNNM=li__GRXM(((__li__C0WI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__M1WI__: {
      li__QNNM=li__JYGP(((__li__M1WI *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__KMFK__: {
      li__QNNM=li__YRXM(((__li__KMFK *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__XOHL__: {
      li__QNNM=li__H5QN(((__li__XOHL *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__FPHL__: {
      li__QNNM=li__LSXM(((__li__FPHL *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__APLM__: {
      li__QNNM=li__KZDQ(((__li__APLM *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__DTNM__: {
      li__QNNM=li__YYTO(((__li__DTNM *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__JXNM__: {
      li__QNNM=li__WB4R(((__li__JXNM *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__21LO__: {
      li__QNNM=li__I1DQ(((__li__21LO *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__TPOO__: {
      li__QNNM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__URRO__: {
      li__QNNM=li__DWJS(((__li__URRO *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__41XO__: {
      li__QNNM=li__H0DQ(((__li__41XO *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__AKBR__: {
      li__QNNM=li__HCES(((__li__AKBR *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__SU5R__: {
      li__QNNM=li__WWJS(((__li__SU5R *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    case __li__JV5R__: {
      li__QNNM=li__TXJS(((__li__JV5R *)((__li__WK *)li__NZ2K)),li__A5WN);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__QNNM) {
      li__54WN=li__DZ2K->li__F3VI.li__IVVI.li__0CC;
      li__XNNM=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XNNM)->__id) {
      case __li__IF__: {
        li__B5WN=((__li__IF *)li__XNNM)->li__J0C;
      } break;
      case __li__ORB__: {
        li__B5WN=((__li__ORB *)li__XNNM)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__B5WN=((__li__QRB *)li__XNNM)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__B5WN=((__li__SRB *)li__XNNM)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__B5WN=((__li__URB *)li__XNNM)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__B5WN=((__li__GSZ *)li__XNNM)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__B5WN=((__li__1RRF *)li__XNNM)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__B5WN=((__li__UJSH *)li__XNNM)->li__WJSH.li__J0C;
      } break;
      };
      li__TE3U=li__5QND();
      li__YE3U=((__li__KVBD *)li__TE3U);
      li__YE3U->li__LVBD.li__0K.li__0CC=li__54WN;
      li__0E3U=li__NNSE(((__li__5RB *)li__B5WN));
      li__YE3U->li__LVBD.li__WZLE=li__0E3U;
      li__X4WN=li__TE3U;
      li__XNNM=li__DZ2K->li__F3VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XNNM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__XNNM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__XNNM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__XNNM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__XNNM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__XNNM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__XNNM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__XNNM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__XNNM));
      } break;
      case __li__KLWI__: {
        li__MF3U=((__li__KMFK *)((__li__KLWI *)li__XNNM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__MF3U->li__3RFK),li__MF3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__XNNM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__XNNM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__XNNM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__XNNM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__XNNM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__XNNM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__XNNM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__XNNM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__XNNM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__XNNM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__MF3U=((__li__KMFK *)li__XNNM);
        li__HXPN(((__li__VTBD *)li__MF3U->li__3RFK),li__MF3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__XNNM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__XNNM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__XNNM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__XNNM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__XNNM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__XNNM));
      } break;
      case __li__TPOO__: {
        li__OF3U=((__li__TPOO *)li__XNNM);
        li__IZFQ(((__li__DZB *)li__OF3U->li__5IXO),li__OF3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__XNNM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__XNNM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__XNNM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__XNNM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__XNNM));
      } break;
      };
      li__XNNM=li__DZ2K->li__F3VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XNNM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__XNNM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__XNNM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__XNNM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__XNNM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__XNNM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__XNNM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__XNNM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__XNNM));
      } break;
      case __li__KLWI__: {
        li__MF3U=((__li__KMFK *)((__li__KLWI *)li__XNNM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__MF3U->li__3RFK),li__MF3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__XNNM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__XNNM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__XNNM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__XNNM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__XNNM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__XNNM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__XNNM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__XNNM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__XNNM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__XNNM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__MF3U=((__li__KMFK *)li__XNNM);
        li__HXPN(((__li__VTBD *)li__MF3U->li__3RFK),li__MF3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__XNNM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__XNNM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__XNNM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__XNNM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__XNNM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__XNNM));
      } break;
      case __li__TPOO__: {
        li__OF3U=((__li__TPOO *)li__XNNM);
        li__IZFQ(((__li__DZB *)li__OF3U->li__5IXO),li__OF3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__XNNM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__XNNM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__XNNM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__XNNM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__XNNM));
      } break;
      };
    } else /* FALSE */ {
      li__XNNM=li__DZ2K->li__F3VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__XNNM==NULL) {
        li__EONM=NULL;
      } else {
        if (((struct ___OBJ *)li__XNNM)->__id==__li__KVBD__) {
          li__EONM=((void *)li__XNNM);
        } else /* Other types */ {
          li__EONM=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if ((((void *)li__EONM != (void *)NULL) && ((void *)((__li__5RB *)li__EONM->li__LVBD.li__WZLE)->li__AEM == (void *)li__ORB__))) {
        li__SONM=li__DZ2K->li__F3VI.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SONM)->__id) {
        case __li__WK__: {
          li__TONM=((__li__WK *)li__SONM)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__TONM=((__li__AVBD *)li__SONM)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__TONM=((__li__KVBD *)li__SONM)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__TONM=((__li__WVBD *)li__SONM)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__TONM=li__JK5J(((__li__Z4WH *)li__SONM));
        } break;
        case __li__KTVI__: {
          li__TONM=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__TONM=li__553L();
        } break;
        case __li__XTVI__: {
          li__TONM=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__TONM=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__TONM=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__TONM=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__TONM=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__TONM=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__TONM=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__TONM=li__DWEK(((__li__BNWI *)li__SONM));
        } break;
        case __li__XNWI__: {
          li__TONM=li__IWEK(((__li__XNWI *)li__SONM));
        } break;
        case __li__LOWI__: {
          li__TONM=li__NWEK(((__li__LOWI *)li__SONM));
        } break;
        case __li__5OWI__: {
          li__TONM=li__SWEK(((__li__5OWI *)li__SONM));
        } break;
        case __li__TPWI__: {
          li__TONM=li__XWEK(((__li__TPWI *)li__SONM));
        } break;
        case __li__HQWI__: {
          li__TONM=li__2WEK(((__li__HQWI *)li__SONM));
        } break;
        case __li__ARWI__: {
          li__TONM=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__TONM=li__FXEK(((__li__URWI *)li__SONM));
        } break;
        case __li__MSWI__: {
          li__TONM=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__TONM=((__li__ETWI *)li__SONM)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__TONM=((__li__MZWI *)li__SONM)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__TONM=((__li__C0WI *)li__SONM)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__TONM=((__li__M1WI *)li__SONM)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__TONM=((__li__KMFK *)li__SONM)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__TONM=li__T4NN(((__li__XOHL *)li__SONM));
        } break;
        case __li__FPHL__: {
          li__TONM=li__KA4L(((__li__FPHL *)li__SONM));
        } break;
        case __li__APLM__: {
          li__TONM=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__TONM=li__1ISO(((__li__DTNM *)li__SONM));
        } break;
        case __li__JXNM__: {
          li__TONM=li__VX3R(((__li__JXNM *)li__SONM));
        } break;
        case __li__21LO__: {
          li__TONM=((__li__21LO *)li__SONM)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__TONM=((__li__TPOO *)li__SONM)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__TONM=li__FH4R();
        } break;
        case __li__41XO__: {
          li__TONM=li__3FDQ(((__li__41XO *)li__SONM));
        } break;
        case __li__AKBR__: {
          li__TONM=li__WQDS(((__li__AKBR *)li__SONM));
        } break;
        case __li__SU5R__: {
          li__TONM=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__TONM=li__Y1IS();
        } break;
        };
        li__CPNM=((__li__F0C)(((__li__5RB *)li__TONM)->li__BEM &  1) !=  0);
      } else /* FALSE */ {
        li__CPNM=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__CPNM) {
        li__SONM=li__DZ2K->li__F3VI.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SONM)->__id) {
        case __li__WK__: {
          li__TONM=((__li__WK *)li__SONM)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__TONM=((__li__AVBD *)li__SONM)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__TONM=((__li__KVBD *)li__SONM)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__TONM=((__li__WVBD *)li__SONM)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__TONM=li__JK5J(((__li__Z4WH *)li__SONM));
        } break;
        case __li__KTVI__: {
          li__TONM=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__TONM=li__553L();
        } break;
        case __li__XTVI__: {
          li__TONM=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__TONM=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__TONM=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__TONM=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__TONM=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__TONM=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__TONM=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__TONM=li__DWEK(((__li__BNWI *)li__SONM));
        } break;
        case __li__XNWI__: {
          li__TONM=li__IWEK(((__li__XNWI *)li__SONM));
        } break;
        case __li__LOWI__: {
          li__TONM=li__NWEK(((__li__LOWI *)li__SONM));
        } break;
        case __li__5OWI__: {
          li__TONM=li__SWEK(((__li__5OWI *)li__SONM));
        } break;
        case __li__TPWI__: {
          li__TONM=li__XWEK(((__li__TPWI *)li__SONM));
        } break;
        case __li__HQWI__: {
          li__TONM=li__2WEK(((__li__HQWI *)li__SONM));
        } break;
        case __li__ARWI__: {
          li__TONM=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__TONM=li__FXEK(((__li__URWI *)li__SONM));
        } break;
        case __li__MSWI__: {
          li__TONM=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__TONM=((__li__ETWI *)li__SONM)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__TONM=((__li__MZWI *)li__SONM)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__TONM=((__li__C0WI *)li__SONM)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__TONM=((__li__M1WI *)li__SONM)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__TONM=((__li__KMFK *)li__SONM)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__TONM=li__T4NN(((__li__XOHL *)li__SONM));
        } break;
        case __li__FPHL__: {
          li__TONM=li__KA4L(((__li__FPHL *)li__SONM));
        } break;
        case __li__APLM__: {
          li__TONM=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__TONM=li__1ISO(((__li__DTNM *)li__SONM));
        } break;
        case __li__JXNM__: {
          li__TONM=li__VX3R(((__li__JXNM *)li__SONM));
        } break;
        case __li__21LO__: {
          li__TONM=((__li__21LO *)li__SONM)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__TONM=((__li__TPOO *)li__SONM)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__TONM=li__FH4R();
        } break;
        case __li__41XO__: {
          li__TONM=li__3FDQ(((__li__41XO *)li__SONM));
        } break;
        case __li__AKBR__: {
          li__TONM=li__WQDS(((__li__AKBR *)li__SONM));
        } break;
        case __li__SU5R__: {
          li__TONM=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__TONM=li__Y1IS();
        } break;
        };
        li__CPNM=((void *)((__li__5RB *)li__TONM)->li__AEM != (void *)li__FUB);
      } else /* FALSE */ {
        li__CPNM=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__CPNM) {
        li__SONM=li__DZ2K->li__F3VI.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SONM)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__SONM));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__SONM));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__SONM));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__SONM));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__SONM));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__SONM));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__SONM));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__SONM));
        } break;
        case __li__KLWI__: {
          li__UF3U=((__li__KMFK *)((__li__KLWI *)li__SONM)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__UF3U->li__3RFK),li__UF3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__SONM));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__SONM));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__SONM));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__SONM));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__SONM));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__SONM));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__SONM));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__SONM));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__SONM));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__SONM));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__UF3U=((__li__KMFK *)li__SONM);
          li__HXPN(((__li__VTBD *)li__UF3U->li__3RFK),li__UF3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__SONM));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__SONM));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__SONM));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__SONM));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__SONM));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__SONM));
        } break;
        case __li__TPOO__: {
          li__WF3U=((__li__TPOO *)li__SONM);
          li__IZFQ(((__li__DZB *)li__WF3U->li__5IXO),li__WF3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__SONM));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__SONM));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__SONM));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__SONM));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__SONM));
        } break;
        };
        li__SONM=li__DZ2K->li__F3VI.li__LPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SONM)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__SONM));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__SONM));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__SONM));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__SONM));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__SONM));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__SONM));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__SONM));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__SONM));
        } break;
        case __li__KLWI__: {
          li__UF3U=((__li__KMFK *)((__li__KLWI *)li__SONM)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__UF3U->li__3RFK),li__UF3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__SONM));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__SONM));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__SONM));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__SONM));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__SONM));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__SONM));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__SONM));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__SONM));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__SONM));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__SONM));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__UF3U=((__li__KMFK *)li__SONM);
          li__HXPN(((__li__VTBD *)li__UF3U->li__3RFK),li__UF3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__SONM));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__SONM));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__SONM));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__SONM));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__SONM));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__SONM));
        } break;
        case __li__TPOO__: {
          li__WF3U=((__li__TPOO *)li__SONM);
          li__IZFQ(((__li__DZB *)li__WF3U->li__5IXO),li__WF3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__SONM));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__SONM));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__SONM));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__SONM));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__SONM));
        } break;
        };
        li__LPNM=li__DZ2K->li__F3VI.li__IVVI.li__0CC;
        li__SONM=li__DSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__SONM)->__id) {
        case __li__IF__: {
          li__TONM=((__li__IF *)li__SONM)->li__J0C;
        } break;
        case __li__ORB__: {
          li__TONM=((__li__ORB *)li__SONM)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__TONM=((__li__QRB *)li__SONM)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__TONM=((__li__SRB *)li__SONM)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__TONM=((__li__URB *)li__SONM)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__TONM=((__li__GSZ *)li__SONM)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__TONM=((__li__1RRF *)li__SONM)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__TONM=((__li__UJSH *)li__SONM)->li__WJSH.li__J0C;
        } break;
        };
        li__EONM=li__5QND();
        li__AG3U=((__li__KVBD *)li__EONM);
        li__AG3U->li__LVBD.li__0K.li__0CC=li__LPNM;
        li__B5WN=li__NNSE(((__li__5RB *)li__TONM));
        li__AG3U->li__LVBD.li__WZLE=li__B5WN;
        li__X4WN=li__EONM;
      };
    };
    li__MZ2K=li__X4WN;
    /* __li__B__ __li__I__ */
if ((((void *)li__X4WN == (void *)NULL) && ((void *)li__SZ2K != (void *)NULL))) {
      li__MZ2K=NULL;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__MZ2K == (void *)NULL) && ((void *)li__VZ2K != (void *)NULL))) {
      li__MZ2K=NULL;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__MZ2K == (void *)NULL)) {
    li__MZ2K=li__DZ2K;
  } else /* FALSE */ {
    li__54WN=li__DZ2K->li__F3VI.li__IVVI.li__0CC;
    /* NULL __li__KVBD__ __li__E3VI__ */
if (((struct ___OBJ *)li__MZ2K)->__id==__li__KVBD__) {
      ((__li__KVBD *)((__li__E3VI *)li__MZ2K))->li__LVBD.li__0K.li__0CC=li__54WN;
    } else /* EXPR_NOT_EQUAL */ {
      ((__li__E3VI *)li__MZ2K)->li__F3VI.li__IVVI.li__0CC=li__54WN;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__EZ2K=li__MZ2K;
  return(li__EZ2K);
}

static __li__KVBD* li__M52K(__li__KLWI *li__N52K)
/* (Strict IS_EXPANDED{li__KLWI}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KVBD *li__P52K,*li__DG3U,*li__IG3U,*li__O52K;
  __li__PO li__Z52K;
  void *li__052K;
  __li__5RB *li__152K,*li__KG3U;
  __li__KMFK *li__TG3U;
  li__P52K=NULL;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)((__li__KMFK *)li__N52K->li__ZPBK)->li__3RFK->li__WTBD.li__0RNE)->li__BEM &  1) !=  0)) {
    li__Z52K=li__N52K->li__LLWI.li__0CC;
    li__052K=li__DSB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__052K)->__id) {
    case __li__IF__: {
      li__152K=((__li__IF *)li__052K)->li__J0C;
    } break;
    case __li__ORB__: {
      li__152K=((__li__ORB *)li__052K)->li__PRB.li__J0C;
    } break;
    case __li__QRB__: {
      li__152K=((__li__QRB *)li__052K)->li__RRB.li__J0C;
    } break;
    case __li__SRB__: {
      li__152K=((__li__SRB *)li__052K)->li__TRB.li__J0C;
    } break;
    case __li__URB__: {
      li__152K=((__li__URB *)li__052K)->li__VRB.li__J0C;
    } break;
    case __li__GSZ__: {
      li__152K=((__li__GSZ *)li__052K)->li__HSZ.li__J0C;
    } break;
    case __li__1RRF__: {
      li__152K=((__li__1RRF *)li__052K)->li__2RRF.li__J0C;
    } break;
    case __li__UJSH__: {
      li__152K=((__li__UJSH *)li__052K)->li__WJSH.li__J0C;
    } break;
    };
    li__DG3U=li__5QND();
    li__IG3U=((__li__KVBD *)li__DG3U);
    li__IG3U->li__LVBD.li__0K.li__0CC=li__Z52K;
    li__KG3U=li__NNSE(((__li__5RB *)li__152K));
    li__IG3U->li__LVBD.li__WZLE=li__KG3U;
    li__P52K=li__DG3U;
  } else /* FALSE */ {
    li__Z52K=li__N52K->li__LLWI.li__0CC;
    li__052K=li__LSB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__052K)->__id) {
    case __li__IF__: {
      li__152K=((__li__IF *)li__052K)->li__J0C;
    } break;
    case __li__ORB__: {
      li__152K=((__li__ORB *)li__052K)->li__PRB.li__J0C;
    } break;
    case __li__QRB__: {
      li__152K=((__li__QRB *)li__052K)->li__RRB.li__J0C;
    } break;
    case __li__SRB__: {
      li__152K=((__li__SRB *)li__052K)->li__TRB.li__J0C;
    } break;
    case __li__URB__: {
      li__152K=((__li__URB *)li__052K)->li__VRB.li__J0C;
    } break;
    case __li__GSZ__: {
      li__152K=((__li__GSZ *)li__052K)->li__HSZ.li__J0C;
    } break;
    case __li__1RRF__: {
      li__152K=((__li__1RRF *)li__052K)->li__2RRF.li__J0C;
    } break;
    case __li__UJSH__: {
      li__152K=((__li__UJSH *)li__052K)->li__WJSH.li__J0C;
    } break;
    };
    li__DG3U=li__5QND();
    li__IG3U=((__li__KVBD *)li__DG3U);
    li__IG3U->li__LVBD.li__0K.li__0CC=li__Z52K;
    li__KG3U=li__NNSE(((__li__5RB *)li__152K));
    li__IG3U->li__LVBD.li__WZLE=li__KG3U;
    li__P52K=li__DG3U;
  };
  li__TG3U=((__li__KMFK *)li__N52K->li__ZPBK);
  li__HXPN(((__li__VTBD *)li__TG3U->li__3RFK),li__TG3U);
  li__MWBD=(__li__K)(li__MWBD +  1);
  li__MWBD=(__li__K)(li__MWBD +  1);
  li__O52K=li__P52K;
  return(li__O52K);
}

static void* li__YA3K(__li__NMWI *li__ZA3K)
/* (Strict EXPR_SUP{li__NMWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__2A3K;
  void *li__CB3K,*li__DB3K,*li__XGZN,*li__0A3K;
  __li__WVBD *li__IB3K,*li__LB3K;
  __li__KVBD *li__V5WN,*li__YG3U,*li__3G3U,*li__0H3U,*li__5H3U;
  __li__PO li__45WN,li__EHZN;
  void *li__55WN,*li__FRNM;
  __li__5RB *li__AAXN,*li__5G3U,*li__YGZN;
  __li__KMFK *li__RH3U,*li__DI3U;
  __li__TPOO *li__TH3U,*li__FI3U;
  __li__U *li__0GZN;
  __li__PF *li__YH3U;
  __li__C li__4QNM,li__4GZN;
  li__2A3K=li__NHBK;
  li__CB3K=li__ZA3K->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CB3K)->__id) {
  case __li__WK__: {
    li__DB3K=((__li__WK *)li__CB3K);
  } break;
  case __li__AVBD__: {
    li__DB3K=li__IVAJ(((__li__AVBD *)li__CB3K));
  } break;
  case __li__KVBD__: {
    li__DB3K=((__li__KVBD *)li__CB3K);
  } break;
  case __li__WVBD__: {
    li__DB3K=((__li__WVBD *)li__CB3K);
  } break;
  case __li__Z4WH__: {
    li__DB3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__DB3K=li__N4VK(((__li__KTVI *)li__CB3K));
  } break;
  case __li__LTVI__: {
    li__DB3K=li__AJAM(((__li__LTVI *)li__CB3K));
  } break;
  case __li__XTVI__: {
    li__DB3K=li__SEWK(((__li__XTVI *)li__CB3K));
  } break;
  case __li__YTVI__: {
    li__DB3K=li__0OAM(((__li__YTVI *)li__CB3K));
  } break;
  case __li__S2VI__: {
    li__DB3K=li__YU2K(((__li__S2VI *)li__CB3K));
  } break;
  case __li__E3VI__: {
    li__DB3K=li__CZ2K(((__li__E3VI *)li__CB3K));
  } break;
  case __li__KLWI__: {
    li__DB3K=li__M52K(((__li__KLWI *)li__CB3K));
  } break;
  case __li__ULWI__: {
    li__DB3K=((__li__ULWI *)li__CB3K);
  } break;
  case __li__NMWI__: {
    li__DB3K=li__YA3K(((__li__NMWI *)li__CB3K));
  } break;
  case __li__BNWI__: {
    li__DB3K=li__CF3K(((__li__BNWI *)li__CB3K));
  } break;
  case __li__XNWI__: {
    li__DB3K=li__MJ3K(((__li__XNWI *)li__CB3K));
  } break;
  case __li__LOWI__: {
    li__DB3K=li__WN3K(((__li__LOWI *)li__CB3K));
  } break;
  case __li__5OWI__: {
    li__DB3K=li__AS3K(((__li__5OWI *)li__CB3K));
  } break;
  case __li__TPWI__: {
    li__DB3K=li__KW3K(((__li__TPWI *)li__CB3K));
  } break;
  case __li__HQWI__: {
    li__DB3K=li__U03K(((__li__HQWI *)li__CB3K));
  } break;
  case __li__ARWI__: {
    li__DB3K=li__OQWK(((__li__ARWI *)li__CB3K));
  } break;
  case __li__URWI__: {
    li__DB3K=li__443K(((__li__URWI *)li__CB3K));
  } break;
  case __li__MSWI__: {
    li__DB3K=((__li__MSWI *)li__CB3K);
  } break;
  case __li__ETWI__: {
    li__DB3K=li__K53K(((__li__ETWI *)li__CB3K));
  } break;
  case __li__MZWI__: {
    li__DB3K=((__li__MZWI *)li__CB3K);
  } break;
  case __li__C0WI__: {
    li__DB3K=((__li__C0WI *)li__CB3K);
  } break;
  case __li__M1WI__: {
    li__DB3K=((__li__M1WI *)li__CB3K);
  } break;
  case __li__KMFK__: {
    li__DB3K=li__QF3L(((__li__KMFK *)li__CB3K));
  } break;
  case __li__XOHL__: {
    li__DB3K=li__P2NN(((__li__XOHL *)li__CB3K));
  } break;
  case __li__FPHL__: {
    li__DB3K=li__YUAM(((__li__FPHL *)li__CB3K));
  } break;
  case __li__APLM__: {
    li__DB3K=li__C3CQ(((__li__APLM *)li__CB3K));
  } break;
  case __li__DTNM__: {
    li__DB3K=li__3GSO(((__li__DTNM *)li__CB3K));
  } break;
  case __li__JXNM__: {
    li__DB3K=li__E03R(((__li__JXNM *)li__CB3K));
  } break;
  case __li__21LO__: {
    li__DB3K=li__H1JP(((__li__21LO *)li__CB3K));
  } break;
  case __li__TPOO__: {
    li__DB3K=li__Z5JP(((__li__TPOO *)li__CB3K));
  } break;
  case __li__URRO__: {
    li__DB3K=li__MH4R(((__li__URRO *)li__CB3K));
  } break;
  case __li__41XO__: {
    li__DB3K=li__MBDQ(((__li__41XO *)li__CB3K));
  } break;
  case __li__AKBR__: {
    li__DB3K=li__KMDS(((__li__AKBR *)li__CB3K));
  } break;
  case __li__SU5R__: {
    li__DB3K=li__1CJS(((__li__SU5R *)li__CB3K));
  } break;
  case __li__JV5R__: {
    li__DB3K=li__FHJS(((__li__JV5R *)li__CB3K));
  } break;
  };
  li__ZA3K->li__OMWI.li__FPBK=li__DB3K;
  li__CB3K=li__ZA3K->li__OMWI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CB3K)->__id) {
  case __li__WK__: {
    li__DB3K=((__li__WK *)li__CB3K);
  } break;
  case __li__AVBD__: {
    li__DB3K=li__IVAJ(((__li__AVBD *)li__CB3K));
  } break;
  case __li__KVBD__: {
    li__DB3K=((__li__KVBD *)li__CB3K);
  } break;
  case __li__WVBD__: {
    li__DB3K=((__li__WVBD *)li__CB3K);
  } break;
  case __li__Z4WH__: {
    li__DB3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__DB3K=li__N4VK(((__li__KTVI *)li__CB3K));
  } break;
  case __li__LTVI__: {
    li__DB3K=li__AJAM(((__li__LTVI *)li__CB3K));
  } break;
  case __li__XTVI__: {
    li__DB3K=li__SEWK(((__li__XTVI *)li__CB3K));
  } break;
  case __li__YTVI__: {
    li__DB3K=li__0OAM(((__li__YTVI *)li__CB3K));
  } break;
  case __li__S2VI__: {
    li__DB3K=li__YU2K(((__li__S2VI *)li__CB3K));
  } break;
  case __li__E3VI__: {
    li__DB3K=li__CZ2K(((__li__E3VI *)li__CB3K));
  } break;
  case __li__KLWI__: {
    li__DB3K=li__M52K(((__li__KLWI *)li__CB3K));
  } break;
  case __li__ULWI__: {
    li__DB3K=((__li__ULWI *)li__CB3K);
  } break;
  case __li__NMWI__: {
    li__DB3K=li__YA3K(((__li__NMWI *)li__CB3K));
  } break;
  case __li__BNWI__: {
    li__DB3K=li__CF3K(((__li__BNWI *)li__CB3K));
  } break;
  case __li__XNWI__: {
    li__DB3K=li__MJ3K(((__li__XNWI *)li__CB3K));
  } break;
  case __li__LOWI__: {
    li__DB3K=li__WN3K(((__li__LOWI *)li__CB3K));
  } break;
  case __li__5OWI__: {
    li__DB3K=li__AS3K(((__li__5OWI *)li__CB3K));
  } break;
  case __li__TPWI__: {
    li__DB3K=li__KW3K(((__li__TPWI *)li__CB3K));
  } break;
  case __li__HQWI__: {
    li__DB3K=li__U03K(((__li__HQWI *)li__CB3K));
  } break;
  case __li__ARWI__: {
    li__DB3K=li__OQWK(((__li__ARWI *)li__CB3K));
  } break;
  case __li__URWI__: {
    li__DB3K=li__443K(((__li__URWI *)li__CB3K));
  } break;
  case __li__MSWI__: {
    li__DB3K=((__li__MSWI *)li__CB3K);
  } break;
  case __li__ETWI__: {
    li__DB3K=li__K53K(((__li__ETWI *)li__CB3K));
  } break;
  case __li__MZWI__: {
    li__DB3K=((__li__MZWI *)li__CB3K);
  } break;
  case __li__C0WI__: {
    li__DB3K=((__li__C0WI *)li__CB3K);
  } break;
  case __li__M1WI__: {
    li__DB3K=((__li__M1WI *)li__CB3K);
  } break;
  case __li__KMFK__: {
    li__DB3K=li__QF3L(((__li__KMFK *)li__CB3K));
  } break;
  case __li__XOHL__: {
    li__DB3K=li__P2NN(((__li__XOHL *)li__CB3K));
  } break;
  case __li__FPHL__: {
    li__DB3K=li__YUAM(((__li__FPHL *)li__CB3K));
  } break;
  case __li__APLM__: {
    li__DB3K=li__C3CQ(((__li__APLM *)li__CB3K));
  } break;
  case __li__DTNM__: {
    li__DB3K=li__3GSO(((__li__DTNM *)li__CB3K));
  } break;
  case __li__JXNM__: {
    li__DB3K=li__E03R(((__li__JXNM *)li__CB3K));
  } break;
  case __li__21LO__: {
    li__DB3K=li__H1JP(((__li__21LO *)li__CB3K));
  } break;
  case __li__TPOO__: {
    li__DB3K=li__Z5JP(((__li__TPOO *)li__CB3K));
  } break;
  case __li__URRO__: {
    li__DB3K=li__MH4R(((__li__URRO *)li__CB3K));
  } break;
  case __li__41XO__: {
    li__DB3K=li__MBDQ(((__li__41XO *)li__CB3K));
  } break;
  case __li__AKBR__: {
    li__DB3K=li__KMDS(((__li__AKBR *)li__CB3K));
  } break;
  case __li__SU5R__: {
    li__DB3K=li__1CJS(((__li__SU5R *)li__CB3K));
  } break;
  case __li__JV5R__: {
    li__DB3K=li__FHJS(((__li__JV5R *)li__CB3K));
  } break;
  };
  li__ZA3K->li__OMWI.li__LPBK=li__DB3K;
  li__CB3K=li__ZA3K->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__CB3K==NULL) {
    li__IB3K=NULL;
  } else {
    if (((struct ___OBJ *)li__CB3K)->__id==__li__WVBD__) {
      li__IB3K=((void *)li__CB3K);
    } else /* Other types */ {
      li__IB3K=NULL;
    }
  };
  li__CB3K=li__ZA3K->li__OMWI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__CB3K==NULL) {
    li__LB3K=NULL;
  } else {
    if (((struct ___OBJ *)li__CB3K)->__id==__li__WVBD__) {
      li__LB3K=((void *)li__CB3K);
    } else /* Other types */ {
      li__LB3K=NULL;
    }
  };
  li__CB3K=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__IB3K != (void *)NULL)) {
    li__CB3K=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__CB3K == (void *)NULL) && ((void *)li__LB3K != (void *)NULL))) {
    li__CB3K=NULL;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__CB3K == (void *)NULL) && ((void *)li__LB3K != (void *)NULL)) && ((void *)li__IB3K != (void *)NULL))) {
    li__V5WN=NULL;
    /* __li__B__ __li__I__ */
if ((li__IB3K->li__2ZLE > li__LB3K->li__2ZLE)) {
      li__45WN=li__ZA3K->li__OMWI.li__IVVI.li__0CC;
      li__55WN=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__55WN)->__id) {
      case __li__IF__: {
        li__AAXN=((__li__IF *)li__55WN)->li__J0C;
      } break;
      case __li__ORB__: {
        li__AAXN=((__li__ORB *)li__55WN)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__AAXN=((__li__QRB *)li__55WN)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__AAXN=((__li__SRB *)li__55WN)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__AAXN=((__li__URB *)li__55WN)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__AAXN=((__li__GSZ *)li__55WN)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__AAXN=((__li__1RRF *)li__55WN)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__AAXN=((__li__UJSH *)li__55WN)->li__WJSH.li__J0C;
      } break;
      };
      li__YG3U=li__5QND();
      li__3G3U=((__li__KVBD *)li__YG3U);
      li__3G3U->li__LVBD.li__0K.li__0CC=li__45WN;
      li__5G3U=li__NNSE(((__li__5RB *)li__AAXN));
      li__3G3U->li__LVBD.li__WZLE=li__5G3U;
      li__V5WN=li__YG3U;
    } else /* FALSE */ {
      li__45WN=li__ZA3K->li__OMWI.li__IVVI.li__0CC;
      li__55WN=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__55WN)->__id) {
      case __li__IF__: {
        li__AAXN=((__li__IF *)li__55WN)->li__J0C;
      } break;
      case __li__ORB__: {
        li__AAXN=((__li__ORB *)li__55WN)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__AAXN=((__li__QRB *)li__55WN)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__AAXN=((__li__SRB *)li__55WN)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__AAXN=((__li__URB *)li__55WN)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__AAXN=((__li__GSZ *)li__55WN)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__AAXN=((__li__1RRF *)li__55WN)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__AAXN=((__li__UJSH *)li__55WN)->li__WJSH.li__J0C;
      } break;
      };
      li__YG3U=li__5QND();
      li__3G3U=((__li__KVBD *)li__YG3U);
      li__3G3U->li__LVBD.li__0K.li__0CC=li__45WN;
      li__5G3U=li__NNSE(((__li__5RB *)li__AAXN));
      li__3G3U->li__LVBD.li__WZLE=li__5G3U;
      li__V5WN=li__YG3U;
    };
    li__CB3K=li__V5WN;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__CB3K == (void *)NULL) && (li__2A3K == li__NHBK))) {
    li__V5WN=NULL;
    li__DB3K=li__ZA3K->li__OMWI.li__FPBK;
    li__55WN=li__ZA3K->li__OMWI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DB3K)->__id) {
    case __li__WK__: {
      li__4QNM=li__5GXM(((__li__WK *)li__DB3K),li__55WN);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__4QNM=li__I__;
    } break;
    case __li__KVBD__: {
      li__4QNM=li__VHXM(((__li__KVBD *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__WVBD__: {
      li__4QNM=li__HIXM(((__li__WVBD *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__KTVI__: {
      li__4QNM=li__WPWM(((__li__KTVI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__LTVI__: {
      li__4QNM=li__TQWM(((__li__LTVI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__XTVI__: {
      li__4QNM=li__RRWM(((__li__XTVI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__YTVI__: {
      li__4QNM=li__OSWM(((__li__YTVI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__S2VI__: {
      li__4QNM=li__LTWM(((__li__S2VI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__E3VI__: {
      li__4QNM=li__IUWM(((__li__E3VI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__NMWI__: {
      li__4QNM=li__QJXM(((__li__NMWI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__BNWI__: {
      li__4QNM=li__NKXM(((__li__BNWI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__XNWI__: {
      li__4QNM=li__KLXM(((__li__XNWI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__LOWI__: {
      li__4QNM=li__HMXM(((__li__LOWI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__5OWI__: {
      li__4QNM=li__ENXM(((__li__5OWI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__TPWI__: {
      li__4QNM=li__BOXM(((__li__TPWI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__HQWI__: {
      li__4QNM=li__4OXM(((__li__HQWI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__MZWI__: {
      li__4QNM=li__LQXM(((__li__MZWI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__C0WI__: {
      li__4QNM=li__GRXM(((__li__C0WI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__M1WI__: {
      li__4QNM=li__JYGP(((__li__M1WI *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__KMFK__: {
      li__4QNM=li__YRXM(((__li__KMFK *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__XOHL__: {
      li__4QNM=li__H5QN(((__li__XOHL *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__FPHL__: {
      li__4QNM=li__LSXM(((__li__FPHL *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__APLM__: {
      li__4QNM=li__KZDQ(((__li__APLM *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__DTNM__: {
      li__4QNM=li__YYTO(((__li__DTNM *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__JXNM__: {
      li__4QNM=li__WB4R(((__li__JXNM *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__21LO__: {
      li__4QNM=li__I1DQ(((__li__21LO *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__TPOO__: {
      li__4QNM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__URRO__: {
      li__4QNM=li__DWJS(((__li__URRO *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__41XO__: {
      li__4QNM=li__H0DQ(((__li__41XO *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__AKBR__: {
      li__4QNM=li__HCES(((__li__AKBR *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__SU5R__: {
      li__4QNM=li__WWJS(((__li__SU5R *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    case __li__JV5R__: {
      li__4QNM=li__TXJS(((__li__JV5R *)((__li__WK *)li__DB3K)),li__55WN);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__4QNM) {
      li__45WN=li__ZA3K->li__OMWI.li__IVVI.li__0CC;
      li__FRNM=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__FRNM)->__id) {
      case __li__IF__: {
        li__AAXN=((__li__IF *)li__FRNM)->li__J0C;
      } break;
      case __li__ORB__: {
        li__AAXN=((__li__ORB *)li__FRNM)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__AAXN=((__li__QRB *)li__FRNM)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__AAXN=((__li__SRB *)li__FRNM)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__AAXN=((__li__URB *)li__FRNM)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__AAXN=((__li__GSZ *)li__FRNM)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__AAXN=((__li__1RRF *)li__FRNM)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__AAXN=((__li__UJSH *)li__FRNM)->li__WJSH.li__J0C;
      } break;
      };
      li__YG3U=li__5QND();
      li__3G3U=((__li__KVBD *)li__YG3U);
      li__3G3U->li__LVBD.li__0K.li__0CC=li__45WN;
      li__5G3U=li__NNSE(((__li__5RB *)li__AAXN));
      li__3G3U->li__LVBD.li__WZLE=li__5G3U;
      li__V5WN=li__YG3U;
      li__FRNM=li__ZA3K->li__OMWI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FRNM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__FRNM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__FRNM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__FRNM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__FRNM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__FRNM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__FRNM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__FRNM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__FRNM));
      } break;
      case __li__KLWI__: {
        li__RH3U=((__li__KMFK *)((__li__KLWI *)li__FRNM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__RH3U->li__3RFK),li__RH3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__FRNM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__FRNM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__FRNM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__FRNM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__FRNM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__FRNM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__FRNM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__FRNM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__FRNM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__FRNM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__RH3U=((__li__KMFK *)li__FRNM);
        li__HXPN(((__li__VTBD *)li__RH3U->li__3RFK),li__RH3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__FRNM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__FRNM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__FRNM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__FRNM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__FRNM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__FRNM));
      } break;
      case __li__TPOO__: {
        li__TH3U=((__li__TPOO *)li__FRNM);
        li__IZFQ(((__li__DZB *)li__TH3U->li__5IXO),li__TH3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__FRNM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__FRNM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__FRNM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__FRNM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__FRNM));
      } break;
      };
      li__FRNM=li__ZA3K->li__OMWI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FRNM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__FRNM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__FRNM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__FRNM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__FRNM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__FRNM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__FRNM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__FRNM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__FRNM));
      } break;
      case __li__KLWI__: {
        li__RH3U=((__li__KMFK *)((__li__KLWI *)li__FRNM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__RH3U->li__3RFK),li__RH3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__FRNM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__FRNM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__FRNM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__FRNM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__FRNM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__FRNM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__FRNM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__FRNM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__FRNM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__FRNM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__RH3U=((__li__KMFK *)li__FRNM);
        li__HXPN(((__li__VTBD *)li__RH3U->li__3RFK),li__RH3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__FRNM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__FRNM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__FRNM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__FRNM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__FRNM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__FRNM));
      } break;
      case __li__TPOO__: {
        li__TH3U=((__li__TPOO *)li__FRNM);
        li__IZFQ(((__li__DZB *)li__TH3U->li__5IXO),li__TH3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__FRNM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__FRNM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__FRNM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__FRNM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__FRNM));
      } break;
      };
    };
    li__CB3K=li__V5WN;
    /* __li__B__ __li__I__ */
if ((((void *)li__V5WN == (void *)NULL) && ((void *)li__IB3K != (void *)NULL))) {
      li__YG3U=NULL;
      /* __li__B__ __li__I__ */
if ((li__IB3K->li__2ZLE ==  0)) {
        li__XGZN=li__ZA3K->li__OMWI.li__LPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XGZN)->__id) {
        case __li__WK__: {
          li__YGZN=((__li__WK *)li__XGZN)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__YGZN=((__li__AVBD *)li__XGZN)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__YGZN=((__li__KVBD *)li__XGZN)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__YGZN=((__li__WVBD *)li__XGZN)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__YGZN=li__JK5J(((__li__Z4WH *)li__XGZN));
        } break;
        case __li__KTVI__: {
          li__YGZN=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__YGZN=li__553L();
        } break;
        case __li__XTVI__: {
          li__YGZN=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__YGZN=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__YGZN=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__YGZN=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__YGZN=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__YGZN=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__YGZN=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__YGZN=li__DWEK(((__li__BNWI *)li__XGZN));
        } break;
        case __li__XNWI__: {
          li__YGZN=li__IWEK(((__li__XNWI *)li__XGZN));
        } break;
        case __li__LOWI__: {
          li__YGZN=li__NWEK(((__li__LOWI *)li__XGZN));
        } break;
        case __li__5OWI__: {
          li__YGZN=li__SWEK(((__li__5OWI *)li__XGZN));
        } break;
        case __li__TPWI__: {
          li__YGZN=li__XWEK(((__li__TPWI *)li__XGZN));
        } break;
        case __li__HQWI__: {
          li__YGZN=li__2WEK(((__li__HQWI *)li__XGZN));
        } break;
        case __li__ARWI__: {
          li__YGZN=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__YGZN=li__FXEK(((__li__URWI *)li__XGZN));
        } break;
        case __li__MSWI__: {
          li__YGZN=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__YGZN=((__li__ETWI *)li__XGZN)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__YGZN=((__li__MZWI *)li__XGZN)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__YGZN=((__li__C0WI *)li__XGZN)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__YGZN=((__li__M1WI *)li__XGZN)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__YGZN=((__li__KMFK *)li__XGZN)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__YGZN=li__T4NN(((__li__XOHL *)li__XGZN));
        } break;
        case __li__FPHL__: {
          li__YGZN=li__KA4L(((__li__FPHL *)li__XGZN));
        } break;
        case __li__APLM__: {
          li__YGZN=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__YGZN=li__1ISO(((__li__DTNM *)li__XGZN));
        } break;
        case __li__JXNM__: {
          li__YGZN=li__VX3R(((__li__JXNM *)li__XGZN));
        } break;
        case __li__21LO__: {
          li__YGZN=((__li__21LO *)li__XGZN)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__YGZN=((__li__TPOO *)li__XGZN)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__YGZN=li__FH4R();
        } break;
        case __li__41XO__: {
          li__YGZN=li__3FDQ(((__li__41XO *)li__XGZN));
        } break;
        case __li__AKBR__: {
          li__YGZN=li__WQDS(((__li__AKBR *)li__XGZN));
        } break;
        case __li__SU5R__: {
          li__YGZN=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__YGZN=li__Y1IS();
        } break;
        };
        li__XGZN=((__li__5RB *)li__YGZN)->li__AEM;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XGZN)->__id) {
        case __li__IF__: {
          li__0GZN=((__li__IF *)li__XGZN)->li__TF->li__SF.li__R2B;
        } break;
        case __li__ORB__: {
          li__0GZN=(&__string_1);
        } break;
        case __li__QRB__: {
          li__0GZN=(&__string_2);
        } break;
        case __li__SRB__: {
          li__0GZN=(&__string_51);
        } break;
        case __li__URB__: {
          li__0GZN=(&__string_53);
        } break;
        case __li__GSZ__: {
          li__0GZN=((__li__GSZ *)li__XGZN)->li__EGQB;
        } break;
        case __li__1RRF__: {
          li__YH3U=li__QLKI();
          li__0GZN=li__YH3U->li__SF.li__R2B;
        } break;
        case __li__UJSH__: {
          li__0GZN=((__li__UJSH *)li__XGZN)->li__VJSH.li__NZFD;
        } break;
        };
        li__4GZN=(((__li__3 *)((__li__U *)li__0GZN)->li__3C)[ 0] == 'U');
      } else /* FALSE */ {
        li__4GZN=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__4GZN) {
        li__EHZN=li__ZA3K->li__OMWI.li__IVVI.li__0CC;
        li__XGZN=li__LSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XGZN)->__id) {
        case __li__IF__: {
          li__YGZN=((__li__IF *)li__XGZN)->li__J0C;
        } break;
        case __li__ORB__: {
          li__YGZN=((__li__ORB *)li__XGZN)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__YGZN=((__li__QRB *)li__XGZN)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__YGZN=((__li__SRB *)li__XGZN)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__YGZN=((__li__URB *)li__XGZN)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__YGZN=((__li__GSZ *)li__XGZN)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__YGZN=((__li__1RRF *)li__XGZN)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__YGZN=((__li__UJSH *)li__XGZN)->li__WJSH.li__J0C;
        } break;
        };
        li__0H3U=li__5QND();
        li__5H3U=((__li__KVBD *)li__0H3U);
        li__5H3U->li__LVBD.li__0K.li__0CC=li__EHZN;
        li__AAXN=li__NNSE(((__li__5RB *)li__YGZN));
        li__5H3U->li__LVBD.li__WZLE=li__AAXN;
        li__YG3U=li__0H3U;
        li__XGZN=li__ZA3K->li__OMWI.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XGZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__XGZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__XGZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__XGZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__XGZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__XGZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__XGZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__XGZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__XGZN));
        } break;
        case __li__KLWI__: {
          li__DI3U=((__li__KMFK *)((__li__KLWI *)li__XGZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__DI3U->li__3RFK),li__DI3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__XGZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__XGZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__XGZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__XGZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__XGZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__XGZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__XGZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__XGZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__XGZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__XGZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__DI3U=((__li__KMFK *)li__XGZN);
          li__HXPN(((__li__VTBD *)li__DI3U->li__3RFK),li__DI3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__XGZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__XGZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__XGZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__XGZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__XGZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__XGZN));
        } break;
        case __li__TPOO__: {
          li__FI3U=((__li__TPOO *)li__XGZN);
          li__IZFQ(((__li__DZB *)li__FI3U->li__5IXO),li__FI3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__XGZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__XGZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__XGZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__XGZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__XGZN));
        } break;
        };
        li__XGZN=li__ZA3K->li__OMWI.li__LPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XGZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__XGZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__XGZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__XGZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__XGZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__XGZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__XGZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__XGZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__XGZN));
        } break;
        case __li__KLWI__: {
          li__DI3U=((__li__KMFK *)((__li__KLWI *)li__XGZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__DI3U->li__3RFK),li__DI3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__XGZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__XGZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__XGZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__XGZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__XGZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__XGZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__XGZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__XGZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__XGZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__XGZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__DI3U=((__li__KMFK *)li__XGZN);
          li__HXPN(((__li__VTBD *)li__DI3U->li__3RFK),li__DI3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__XGZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__XGZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__XGZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__XGZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__XGZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__XGZN));
        } break;
        case __li__TPOO__: {
          li__FI3U=((__li__TPOO *)li__XGZN);
          li__IZFQ(((__li__DZB *)li__FI3U->li__5IXO),li__FI3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__XGZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__XGZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__XGZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__XGZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__XGZN));
        } break;
        };
      };
      li__CB3K=li__YG3U;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__CB3K == (void *)NULL) && ((void *)li__LB3K != (void *)NULL))) {
      li__CB3K=NULL;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__CB3K == (void *)NULL)) {
    li__CB3K=li__ZA3K;
  } else /* FALSE */ {
    li__45WN=li__ZA3K->li__OMWI.li__IVVI.li__0CC;
    /* NULL __li__KVBD__ __li__NMWI__ */
if (((struct ___OBJ *)li__CB3K)->__id==__li__KVBD__) {
      ((__li__KVBD *)((__li__NMWI *)li__CB3K))->li__LVBD.li__0K.li__0CC=li__45WN;
    } else /* EXPR_SUP */ {
      ((__li__NMWI *)li__CB3K)->li__OMWI.li__IVVI.li__0CC=li__45WN;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__0A3K=li__CB3K;
  return(li__0A3K);
}

static void* li__CF3K(__li__BNWI *li__DF3K)
/* (Strict EXPR_SUB{li__BNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__GF3K;
  void *li__MF3K,*li__NF3K,*li__OI3U,*li__GUNM,*li__0VNM,*li__PWNM;
  void *li__WWNM,*li__XWNM,*li__4WNM,*li__5WNM,*li__EF3K;
  __li__WVBD *li__SF3K,*li__VF3K,*li__TQLV,*li__4VNM;
  __li__FPHL *li__2OHL,*li__KI3U,*li__LI3U,*li__MRBO,*li__HAGT;
  __li__XOHL *li__5OHL,*li__VSNM,*li__HUNM;
  __li__PO li__MI3U,li__GVNM;
  __li__DTNM *li__HTNM,*li__QUNM;
  __li__KMFK *li__RI3U;
  __li__TPOO *li__TI3U;
  __li__5RB *li__3VNM;
  __li__XNWI *li__IWNM;
  __li__LOWI *li__QWNM;
  __li__JXNM *li__PXNM;
  __li__C li__XSNM,li__YWXM,li__YWNM,li__AXNM;
  li__GF3K=li__NHBK;
  li__MF3K=li__DF3K->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MF3K)->__id) {
  case __li__WK__: {
    li__NF3K=((__li__WK *)li__MF3K);
  } break;
  case __li__AVBD__: {
    li__NF3K=li__IVAJ(((__li__AVBD *)li__MF3K));
  } break;
  case __li__KVBD__: {
    li__NF3K=((__li__KVBD *)li__MF3K);
  } break;
  case __li__WVBD__: {
    li__NF3K=((__li__WVBD *)li__MF3K);
  } break;
  case __li__Z4WH__: {
    li__NF3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__NF3K=li__N4VK(((__li__KTVI *)li__MF3K));
  } break;
  case __li__LTVI__: {
    li__NF3K=li__AJAM(((__li__LTVI *)li__MF3K));
  } break;
  case __li__XTVI__: {
    li__NF3K=li__SEWK(((__li__XTVI *)li__MF3K));
  } break;
  case __li__YTVI__: {
    li__NF3K=li__0OAM(((__li__YTVI *)li__MF3K));
  } break;
  case __li__S2VI__: {
    li__NF3K=li__YU2K(((__li__S2VI *)li__MF3K));
  } break;
  case __li__E3VI__: {
    li__NF3K=li__CZ2K(((__li__E3VI *)li__MF3K));
  } break;
  case __li__KLWI__: {
    li__NF3K=li__M52K(((__li__KLWI *)li__MF3K));
  } break;
  case __li__ULWI__: {
    li__NF3K=((__li__ULWI *)li__MF3K);
  } break;
  case __li__NMWI__: {
    li__NF3K=li__YA3K(((__li__NMWI *)li__MF3K));
  } break;
  case __li__BNWI__: {
    li__NF3K=li__CF3K(((__li__BNWI *)li__MF3K));
  } break;
  case __li__XNWI__: {
    li__NF3K=li__MJ3K(((__li__XNWI *)li__MF3K));
  } break;
  case __li__LOWI__: {
    li__NF3K=li__WN3K(((__li__LOWI *)li__MF3K));
  } break;
  case __li__5OWI__: {
    li__NF3K=li__AS3K(((__li__5OWI *)li__MF3K));
  } break;
  case __li__TPWI__: {
    li__NF3K=li__KW3K(((__li__TPWI *)li__MF3K));
  } break;
  case __li__HQWI__: {
    li__NF3K=li__U03K(((__li__HQWI *)li__MF3K));
  } break;
  case __li__ARWI__: {
    li__NF3K=li__OQWK(((__li__ARWI *)li__MF3K));
  } break;
  case __li__URWI__: {
    li__NF3K=li__443K(((__li__URWI *)li__MF3K));
  } break;
  case __li__MSWI__: {
    li__NF3K=((__li__MSWI *)li__MF3K);
  } break;
  case __li__ETWI__: {
    li__NF3K=li__K53K(((__li__ETWI *)li__MF3K));
  } break;
  case __li__MZWI__: {
    li__NF3K=((__li__MZWI *)li__MF3K);
  } break;
  case __li__C0WI__: {
    li__NF3K=((__li__C0WI *)li__MF3K);
  } break;
  case __li__M1WI__: {
    li__NF3K=((__li__M1WI *)li__MF3K);
  } break;
  case __li__KMFK__: {
    li__NF3K=li__QF3L(((__li__KMFK *)li__MF3K));
  } break;
  case __li__XOHL__: {
    li__NF3K=li__P2NN(((__li__XOHL *)li__MF3K));
  } break;
  case __li__FPHL__: {
    li__NF3K=li__YUAM(((__li__FPHL *)li__MF3K));
  } break;
  case __li__APLM__: {
    li__NF3K=li__C3CQ(((__li__APLM *)li__MF3K));
  } break;
  case __li__DTNM__: {
    li__NF3K=li__3GSO(((__li__DTNM *)li__MF3K));
  } break;
  case __li__JXNM__: {
    li__NF3K=li__E03R(((__li__JXNM *)li__MF3K));
  } break;
  case __li__21LO__: {
    li__NF3K=li__H1JP(((__li__21LO *)li__MF3K));
  } break;
  case __li__TPOO__: {
    li__NF3K=li__Z5JP(((__li__TPOO *)li__MF3K));
  } break;
  case __li__URRO__: {
    li__NF3K=li__MH4R(((__li__URRO *)li__MF3K));
  } break;
  case __li__41XO__: {
    li__NF3K=li__MBDQ(((__li__41XO *)li__MF3K));
  } break;
  case __li__AKBR__: {
    li__NF3K=li__KMDS(((__li__AKBR *)li__MF3K));
  } break;
  case __li__SU5R__: {
    li__NF3K=li__1CJS(((__li__SU5R *)li__MF3K));
  } break;
  case __li__JV5R__: {
    li__NF3K=li__FHJS(((__li__JV5R *)li__MF3K));
  } break;
  };
  li__DF3K->li__ENWI.li__MQBK=li__NF3K;
  li__MF3K=li__DF3K->li__ENWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MF3K)->__id) {
  case __li__WK__: {
    li__NF3K=((__li__WK *)li__MF3K);
  } break;
  case __li__AVBD__: {
    li__NF3K=li__IVAJ(((__li__AVBD *)li__MF3K));
  } break;
  case __li__KVBD__: {
    li__NF3K=((__li__KVBD *)li__MF3K);
  } break;
  case __li__WVBD__: {
    li__NF3K=((__li__WVBD *)li__MF3K);
  } break;
  case __li__Z4WH__: {
    li__NF3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__NF3K=li__N4VK(((__li__KTVI *)li__MF3K));
  } break;
  case __li__LTVI__: {
    li__NF3K=li__AJAM(((__li__LTVI *)li__MF3K));
  } break;
  case __li__XTVI__: {
    li__NF3K=li__SEWK(((__li__XTVI *)li__MF3K));
  } break;
  case __li__YTVI__: {
    li__NF3K=li__0OAM(((__li__YTVI *)li__MF3K));
  } break;
  case __li__S2VI__: {
    li__NF3K=li__YU2K(((__li__S2VI *)li__MF3K));
  } break;
  case __li__E3VI__: {
    li__NF3K=li__CZ2K(((__li__E3VI *)li__MF3K));
  } break;
  case __li__KLWI__: {
    li__NF3K=li__M52K(((__li__KLWI *)li__MF3K));
  } break;
  case __li__ULWI__: {
    li__NF3K=((__li__ULWI *)li__MF3K);
  } break;
  case __li__NMWI__: {
    li__NF3K=li__YA3K(((__li__NMWI *)li__MF3K));
  } break;
  case __li__BNWI__: {
    li__NF3K=li__CF3K(((__li__BNWI *)li__MF3K));
  } break;
  case __li__XNWI__: {
    li__NF3K=li__MJ3K(((__li__XNWI *)li__MF3K));
  } break;
  case __li__LOWI__: {
    li__NF3K=li__WN3K(((__li__LOWI *)li__MF3K));
  } break;
  case __li__5OWI__: {
    li__NF3K=li__AS3K(((__li__5OWI *)li__MF3K));
  } break;
  case __li__TPWI__: {
    li__NF3K=li__KW3K(((__li__TPWI *)li__MF3K));
  } break;
  case __li__HQWI__: {
    li__NF3K=li__U03K(((__li__HQWI *)li__MF3K));
  } break;
  case __li__ARWI__: {
    li__NF3K=li__OQWK(((__li__ARWI *)li__MF3K));
  } break;
  case __li__URWI__: {
    li__NF3K=li__443K(((__li__URWI *)li__MF3K));
  } break;
  case __li__MSWI__: {
    li__NF3K=((__li__MSWI *)li__MF3K);
  } break;
  case __li__ETWI__: {
    li__NF3K=li__K53K(((__li__ETWI *)li__MF3K));
  } break;
  case __li__MZWI__: {
    li__NF3K=((__li__MZWI *)li__MF3K);
  } break;
  case __li__C0WI__: {
    li__NF3K=((__li__C0WI *)li__MF3K);
  } break;
  case __li__M1WI__: {
    li__NF3K=((__li__M1WI *)li__MF3K);
  } break;
  case __li__KMFK__: {
    li__NF3K=li__QF3L(((__li__KMFK *)li__MF3K));
  } break;
  case __li__XOHL__: {
    li__NF3K=li__P2NN(((__li__XOHL *)li__MF3K));
  } break;
  case __li__FPHL__: {
    li__NF3K=li__YUAM(((__li__FPHL *)li__MF3K));
  } break;
  case __li__APLM__: {
    li__NF3K=li__C3CQ(((__li__APLM *)li__MF3K));
  } break;
  case __li__DTNM__: {
    li__NF3K=li__3GSO(((__li__DTNM *)li__MF3K));
  } break;
  case __li__JXNM__: {
    li__NF3K=li__E03R(((__li__JXNM *)li__MF3K));
  } break;
  case __li__21LO__: {
    li__NF3K=li__H1JP(((__li__21LO *)li__MF3K));
  } break;
  case __li__TPOO__: {
    li__NF3K=li__Z5JP(((__li__TPOO *)li__MF3K));
  } break;
  case __li__URRO__: {
    li__NF3K=li__MH4R(((__li__URRO *)li__MF3K));
  } break;
  case __li__41XO__: {
    li__NF3K=li__MBDQ(((__li__41XO *)li__MF3K));
  } break;
  case __li__AKBR__: {
    li__NF3K=li__KMDS(((__li__AKBR *)li__MF3K));
  } break;
  case __li__SU5R__: {
    li__NF3K=li__1CJS(((__li__SU5R *)li__MF3K));
  } break;
  case __li__JV5R__: {
    li__NF3K=li__FHJS(((__li__JV5R *)li__MF3K));
  } break;
  };
  li__DF3K->li__ENWI.li__QQBK=li__NF3K;
  li__MF3K=li__DF3K->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MF3K==NULL) {
    li__SF3K=NULL;
  } else {
    if (((struct ___OBJ *)li__MF3K)->__id==__li__WVBD__) {
      li__SF3K=((void *)li__MF3K);
    } else /* Other types */ {
      li__SF3K=NULL;
    }
  };
  li__MF3K=li__DF3K->li__ENWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MF3K==NULL) {
    li__VF3K=NULL;
  } else {
    if (((struct ___OBJ *)li__MF3K)->__id==__li__WVBD__) {
      li__VF3K=((void *)li__MF3K);
    } else /* Other types */ {
      li__VF3K=NULL;
    }
  };
  li__2OHL=NULL;
  li__MF3K=li__DF3K->li__ENWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MF3K==NULL) {
    li__5OHL=NULL;
  } else {
    if (((struct ___OBJ *)li__MF3K)->__id==__li__XOHL__) {
      li__5OHL=((void *)li__MF3K);
    } else /* Other types */ {
      li__5OHL=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__5OHL != (void *)NULL)) {
    li__MI3U=li__DF3K->li__ENWI.li__DNWI.li__0CC;
    li__NF3K=li__DF3K->li__ENWI.li__MQBK;
    li__OI3U=li__5OHL->li__0OHL.li__JPHL;
    li__KI3U=li__PFUL();
    li__LI3U=((__li__FPHL *)li__KI3U);
    li__LI3U->li__GPHL.li__DNWI.li__0CC=li__MI3U;
    li__LI3U->li__GPHL.li__MQBK=li__NF3K;
    li__LI3U->li__GPHL.li__QQBK=li__OI3U;
    li__2OHL=li__KI3U;
  };
  li__MF3K=li__2OHL;
  /* __li__B__ __li__I__ */
if ((((void *)li__2OHL == (void *)NULL) && ((void *)li__SF3K != (void *)NULL))) {
    li__NF3K=NULL;
    /* __li__B__ __li__I__ */
if ((li__SF3K->li__2ZLE ==  0)) {
      li__VSNM=li__45DN(li__DF3K->li__ENWI.li__DNWI.li__0CC,li__DF3K->li__ENWI.li__QQBK);
      li__NF3K=li__VSNM;
      li__XSNM=li__B__;
    } else /* FALSE */ {
      li__XSNM=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__XSNM)) {
      li__XSNM=li__22DQ(((__li__WVBD *)li__SF3K));
      /* __li__B__ __li__I__ */
if (li__XSNM) {
        li__HTNM=li__YHKO(li__DF3K->li__ENWI.li__DNWI.li__0CC,li__DF3K->li__ENWI.li__QQBK);
        li__NF3K=li__HTNM;
      };
    };
    li__MF3K=li__NF3K;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__MF3K == (void *)NULL) && ((void *)li__VF3K != (void *)NULL))) {
    li__NF3K=NULL;
    /* __li__B__ __li__I__ */
if ((li__VF3K->li__2ZLE ==  0)) {
      li__NF3K=li__DF3K->li__ENWI.li__MQBK;
      li__XSNM=li__B__;
    } else /* FALSE */ {
      li__XSNM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__XSNM) {
      li__XSNM=li__B__;
    } else /* FALSE */ {
      li__YWXM=(li__VF3K->li__2ZLE ==  1);
      /* __li__B__ __li__I__ */
if (li__YWXM) {
        li__GUNM=li__DF3K->li__ENWI.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__GUNM==NULL) {
          li__HUNM=NULL;
        } else {
          if (((struct ___OBJ *)li__GUNM)->__id==__li__XOHL__) {
            li__HUNM=((void *)li__GUNM);
          } else /* Other types */ {
            li__HUNM=NULL;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__HUNM != (void *)NULL)) {
          li__QUNM=li__YHKO(li__DF3K->li__ENWI.li__DNWI.li__0CC,li__HUNM->li__0OHL.li__JPHL);
          li__NF3K=li__QUNM;
        };
      };
      li__XSNM=li__YWXM;
    };
    /* __li__B__ __li__I__ */
if ((! li__XSNM)) {
      /* __li__B__ __li__I__ */
if ((li__VF3K->li__2ZLE <  0)) {
        li__TQLV=((__li__WVBD *)li__VF3K);
        li__TQLV->li__2ZLE=(__li__UJG)(- li__VF3K->li__2ZLE);
        li__JOSE(li__TQLV);
        li__GVNM=li__DF3K->li__ENWI.li__DNWI.li__0CC;
        li__GUNM=li__DF3K->li__ENWI.li__MQBK;
        li__MRBO=li__PFUL();
        li__HAGT=((__li__FPHL *)li__MRBO);
        li__HAGT->li__GPHL.li__DNWI.li__0CC=li__GVNM;
        li__HAGT->li__GPHL.li__MQBK=li__GUNM;
        li__HAGT->li__GPHL.li__QQBK=li__VF3K;
        li__NF3K=li__MRBO;
      };
    };
    li__MF3K=li__NF3K;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__MF3K == (void *)NULL) && ((void *)li__VF3K != (void *)NULL)) && ((void *)li__SF3K != (void *)NULL))) {
    li__TQLV=((__li__WVBD *)li__SF3K);
    li__TQLV->li__2ZLE=(__li__UJG)(li__SF3K->li__2ZLE - li__VF3K->li__2ZLE);
    li__JOSE(li__TQLV);
    li__MF3K=li__SF3K;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__MF3K == (void *)NULL) && (li__GF3K == li__NHBK))) {
    li__NF3K=NULL;
    li__OI3U=li__DF3K->li__ENWI.li__MQBK;
    li__GUNM=li__DF3K->li__ENWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OI3U)->__id) {
    case __li__WK__: {
      li__XSNM=li__5GXM(((__li__WK *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__XSNM=li__I__;
    } break;
    case __li__KVBD__: {
      li__XSNM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__WVBD__: {
      li__XSNM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__KTVI__: {
      li__XSNM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__LTVI__: {
      li__XSNM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__XTVI__: {
      li__XSNM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__YTVI__: {
      li__XSNM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__S2VI__: {
      li__XSNM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__E3VI__: {
      li__XSNM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__NMWI__: {
      li__XSNM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__BNWI__: {
      li__XSNM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__XNWI__: {
      li__XSNM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__LOWI__: {
      li__XSNM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__5OWI__: {
      li__XSNM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__TPWI__: {
      li__XSNM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__HQWI__: {
      li__XSNM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__MZWI__: {
      li__XSNM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__C0WI__: {
      li__XSNM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__M1WI__: {
      li__XSNM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__KMFK__: {
      li__XSNM=li__YRXM(((__li__KMFK *)li__OI3U),li__GUNM);
    } break;
    case __li__XOHL__: {
      li__XSNM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__FPHL__: {
      li__XSNM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__APLM__: {
      li__XSNM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__DTNM__: {
      li__XSNM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__JXNM__: {
      li__XSNM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__21LO__: {
      li__XSNM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__TPOO__: {
      li__XSNM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__URRO__: {
      li__XSNM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__41XO__: {
      li__XSNM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__AKBR__: {
      li__XSNM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__SU5R__: {
      li__XSNM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    case __li__JV5R__: {
      li__XSNM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__OI3U)),li__GUNM);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__XSNM) {
      li__0VNM=li__DF3K->li__ENWI.li__MQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0VNM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__0VNM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__0VNM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__0VNM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__0VNM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__0VNM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__0VNM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__0VNM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__0VNM));
      } break;
      case __li__KLWI__: {
        li__RI3U=((__li__KMFK *)((__li__KLWI *)li__0VNM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__RI3U->li__3RFK),li__RI3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__0VNM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__0VNM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__0VNM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__0VNM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__0VNM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__0VNM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__0VNM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__0VNM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__0VNM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__0VNM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__RI3U=((__li__KMFK *)li__0VNM);
        li__HXPN(((__li__VTBD *)li__RI3U->li__3RFK),li__RI3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__0VNM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__0VNM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__0VNM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__0VNM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__0VNM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__0VNM));
      } break;
      case __li__TPOO__: {
        li__TI3U=((__li__TPOO *)li__0VNM);
        li__IZFQ(((__li__DZB *)li__TI3U->li__5IXO),li__TI3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__0VNM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__0VNM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__0VNM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__0VNM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__0VNM));
      } break;
      };
      li__0VNM=li__DF3K->li__ENWI.li__QQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0VNM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__0VNM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__0VNM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__0VNM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__0VNM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__0VNM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__0VNM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__0VNM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__0VNM));
      } break;
      case __li__KLWI__: {
        li__RI3U=((__li__KMFK *)((__li__KLWI *)li__0VNM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__RI3U->li__3RFK),li__RI3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__0VNM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__0VNM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__0VNM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__0VNM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__0VNM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__0VNM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__0VNM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__0VNM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__0VNM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__0VNM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__RI3U=((__li__KMFK *)li__0VNM);
        li__HXPN(((__li__VTBD *)li__RI3U->li__3RFK),li__RI3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__0VNM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__0VNM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__0VNM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__0VNM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__0VNM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__0VNM));
      } break;
      case __li__TPOO__: {
        li__TI3U=((__li__TPOO *)li__0VNM);
        li__IZFQ(((__li__DZB *)li__TI3U->li__5IXO),li__TI3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__0VNM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__0VNM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__0VNM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__0VNM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__0VNM));
      } break;
      };
      li__GVNM=li__DF3K->li__ENWI.li__DNWI.li__0CC;
      li__3VNM=li__DWEK(li__DF3K);
      li__4VNM=li__VEID(li__GVNM, 0,li__3VNM);
      li__NF3K=li__4VNM;
    } else /* FALSE */ {
      li__0VNM=li__DF3K->li__ENWI.li__QQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__0VNM==NULL) {
        li__IWNM=NULL;
      } else {
        if (((struct ___OBJ *)li__0VNM)->__id==__li__XNWI__) {
          li__IWNM=((void *)li__0VNM);
        } else /* Other types */ {
          li__IWNM=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__IWNM != (void *)NULL)) {
        li__PWNM=li__IWNM->li__YNWI.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PWNM==NULL) {
          li__QWNM=NULL;
        } else {
          if (((struct ___OBJ *)li__PWNM)->__id==__li__LOWI__) {
            li__QWNM=((void *)li__PWNM);
          } else /* Other types */ {
            li__QWNM=NULL;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__QWNM != (void *)NULL)) {
          li__WWNM=li__DF3K->li__ENWI.li__MQBK;
          li__XWNM=li__QWNM->li__MOWI.li__MQBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WWNM)->__id) {
          case __li__WK__: {
            li__YWNM=li__5GXM(((__li__WK *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: {
            li__YWNM=li__I__;
          } break;
          case __li__KVBD__: {
            li__YWNM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__WVBD__: {
            li__YWNM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__KTVI__: {
            li__YWNM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__LTVI__: {
            li__YWNM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__XTVI__: {
            li__YWNM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__YTVI__: {
            li__YWNM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__S2VI__: {
            li__YWNM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__E3VI__: {
            li__YWNM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__NMWI__: {
            li__YWNM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__BNWI__: {
            li__YWNM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__XNWI__: {
            li__YWNM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__LOWI__: {
            li__YWNM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__5OWI__: {
            li__YWNM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__TPWI__: {
            li__YWNM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__HQWI__: {
            li__YWNM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__MZWI__: {
            li__YWNM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__C0WI__: {
            li__YWNM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__M1WI__: {
            li__YWNM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__KMFK__: {
            li__YWNM=li__YRXM(((__li__KMFK *)li__WWNM),li__XWNM);
          } break;
          case __li__XOHL__: {
            li__YWNM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__FPHL__: {
            li__YWNM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__APLM__: {
            li__YWNM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__DTNM__: {
            li__YWNM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__JXNM__: {
            li__YWNM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__21LO__: {
            li__YWNM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__TPOO__: {
            li__YWNM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__URRO__: {
            li__YWNM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__41XO__: {
            li__YWNM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__AKBR__: {
            li__YWNM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__SU5R__: {
            li__YWNM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          case __li__JV5R__: {
            li__YWNM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__WWNM)),li__XWNM);
          } break;
          };
          /* __li__B__ __li__I__ */
if (li__YWNM) {
            li__4WNM=li__QWNM->li__MOWI.li__QQBK;
            li__5WNM=li__IWNM->li__YNWI.li__QQBK;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__4WNM)->__id) {
            case __li__WK__: {
              li__AXNM=li__5GXM(((__li__WK *)li__4WNM),li__5WNM);
            } break;
            case __li__AVBD__: 
            case __li__Z4WH__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: {
              li__AXNM=li__I__;
            } break;
            case __li__KVBD__: {
              li__AXNM=li__VHXM(((__li__KVBD *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__WVBD__: {
              li__AXNM=li__HIXM(((__li__WVBD *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__KTVI__: {
              li__AXNM=li__WPWM(((__li__KTVI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__LTVI__: {
              li__AXNM=li__TQWM(((__li__LTVI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__XTVI__: {
              li__AXNM=li__RRWM(((__li__XTVI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__YTVI__: {
              li__AXNM=li__OSWM(((__li__YTVI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__S2VI__: {
              li__AXNM=li__LTWM(((__li__S2VI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__E3VI__: {
              li__AXNM=li__IUWM(((__li__E3VI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__NMWI__: {
              li__AXNM=li__QJXM(((__li__NMWI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__BNWI__: {
              li__AXNM=li__NKXM(((__li__BNWI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__XNWI__: {
              li__AXNM=li__KLXM(((__li__XNWI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__LOWI__: {
              li__AXNM=li__HMXM(((__li__LOWI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__5OWI__: {
              li__AXNM=li__ENXM(((__li__5OWI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__TPWI__: {
              li__AXNM=li__BOXM(((__li__TPWI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__HQWI__: {
              li__AXNM=li__4OXM(((__li__HQWI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__MZWI__: {
              li__AXNM=li__LQXM(((__li__MZWI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__C0WI__: {
              li__AXNM=li__GRXM(((__li__C0WI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__M1WI__: {
              li__AXNM=li__JYGP(((__li__M1WI *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__KMFK__: {
              li__AXNM=li__YRXM(((__li__KMFK *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__XOHL__: {
              li__AXNM=li__H5QN(((__li__XOHL *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__FPHL__: {
              li__AXNM=li__LSXM(((__li__FPHL *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__APLM__: {
              li__AXNM=li__KZDQ(((__li__APLM *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__DTNM__: {
              li__AXNM=li__YYTO(((__li__DTNM *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__JXNM__: {
              li__AXNM=li__WB4R(((__li__JXNM *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__21LO__: {
              li__AXNM=li__I1DQ(((__li__21LO *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__TPOO__: {
              li__AXNM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__URRO__: {
              li__AXNM=li__DWJS(((__li__URRO *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__41XO__: {
              li__AXNM=li__H0DQ(((__li__41XO *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__AKBR__: {
              li__AXNM=li__HCES(((__li__AKBR *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__SU5R__: {
              li__AXNM=li__WWJS(((__li__SU5R *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            case __li__JV5R__: {
              li__AXNM=li__TXJS(((__li__JV5R *)((__li__WK *)li__4WNM)),li__5WNM);
            } break;
            };
            li__YWNM=li__AXNM;
          } else /* FALSE */ {
            li__YWNM=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__YWNM) {
            li__2ODK(((__li__LOWI *)li__QWNM));
            li__PXNM=li__OTZR(li__DF3K->li__ENWI.li__DNWI.li__0CC,li__DF3K->li__ENWI.li__MQBK,li__IWNM->li__YNWI.li__QQBK);
            li__NF3K=li__PXNM;
          };
        };
      };
    };
    li__MF3K=li__NF3K;
    /* __li__B__ __li__I__ */
if ((((void *)li__NF3K == (void *)NULL) && ((void *)li__SF3K != (void *)NULL))) {
      li__MF3K=NULL;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__MF3K == (void *)NULL) && ((void *)li__VF3K != (void *)NULL))) {
      li__MF3K=NULL;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__MF3K == (void *)NULL)) {
    li__MF3K=li__DF3K;
  } else /* FALSE */ {
    li__MI3U=li__DF3K->li__ENWI.li__DNWI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MF3K)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__BNWI *)li__MF3K))->li__1K.li__0K.li__0CC=li__MI3U;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__BNWI *)li__MF3K))->li__BVBD.li__0CC=li__MI3U;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__BNWI *)li__MF3K))->li__LVBD.li__0K.li__0CC=li__MI3U;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__BNWI *)li__MF3K))->li__XVBD.li__0K.li__0CC=li__MI3U;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__MI3U;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__BNWI *)li__MF3K))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__MI3U;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__BNWI *)li__MF3K))->li__OTVI.li__NTVI.li__0CC=li__MI3U;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__BNWI *)li__MF3K))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__MI3U;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__BNWI *)li__MF3K))->li__ZTVI.li__NTVI.li__0CC=li__MI3U;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__BNWI *)li__MF3K))->li__T2VI.li__IVVI.li__0CC=li__MI3U;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__BNWI *)li__MF3K))->li__F3VI.li__IVVI.li__0CC=li__MI3U;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__BNWI *)li__MF3K))->li__LLWI.li__0CC=li__MI3U;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__BNWI *)li__MF3K))->li__VLWI.li__0CC=li__MI3U;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__BNWI *)li__MF3K))->li__OMWI.li__IVVI.li__0CC=li__MI3U;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)li__MF3K)->li__ENWI.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__BNWI *)li__MF3K))->li__YNWI.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__BNWI *)li__MF3K))->li__MOWI.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__BNWI *)li__MF3K))->li__APWI.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__BNWI *)li__MF3K))->li__UPWI.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__BNWI *)li__MF3K))->li__IQWI.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__BNWI *)li__MF3K))->li__BRWI.li__0CC=li__MI3U;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__BNWI *)li__MF3K))->li__VRWI.li__0CC=li__MI3U;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__BNWI *)li__MF3K))->li__NSWI.li__0CC=li__MI3U;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__BNWI *)li__MF3K))->li__FTWI.li__0CC=li__MI3U;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__BNWI *)li__MF3K))->li__NZWI.li__0K.li__0CC=li__MI3U;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__BNWI *)li__MF3K))->li__D0WI.li__0K.li__0CC=li__MI3U;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__BNWI *)li__MF3K))->li__N1WI.li__0K.li__0CC=li__MI3U;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__BNWI *)li__MF3K))->li__LMFK.li__0CC=li__MI3U;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__BNWI *)li__MF3K))->li__0OHL.li__ZOHL.li__0CC=li__MI3U;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__BNWI *)li__MF3K))->li__GPHL.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__BNWI *)li__MF3K))->li__BPLM.li__IVVI.li__0CC=li__MI3U;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__BNWI *)li__MF3K))->li__ETNM.li__ZOHL.li__0CC=li__MI3U;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__BNWI *)li__MF3K))->li__KXNM.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__BNWI *)li__MF3K))->li__31LO.li__0CC=li__MI3U;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__BNWI *)li__MF3K))->li__UPOO.li__0CC=li__MI3U;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__BNWI *)li__MF3K))->li__XRRO.li__WRRO.li__0CC=li__MI3U;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__BNWI *)li__MF3K))->li__51XO.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__BNWI *)li__MF3K))->li__BKBR.li__DNWI.li__0CC=li__MI3U;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__BNWI *)li__MF3K))->li__TU5R.li__IVVI.li__0CC=li__MI3U;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__BNWI *)li__MF3K))->li__KV5R.li__IVVI.li__0CC=li__MI3U;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__EF3K=li__MF3K;
  return(li__EF3K);
}

static void* li__MJ3K(__li__XNWI *li__NJ3K)
/* (Strict EXPR_MUL{li__XNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__ZZNM;
  __li__52B li__QJ3K;
  void *li__WJ3K,*li__XJ3K,*li__1QLV,*li__OJ3K;
  __li__WVBD *li__2J3K,*li__5J3K,*li__XQLV,*li__BIZN;
  __li__XOHL *li__SZNM;
  __li__PO li__0QLV;
  __li__HQWI *li__YQLV,*li__ZQLV;
  __li__KMFK *li__ZI3U;
  __li__TPOO *li__1I3U;
  __li__C li__CZNM,li__KYXM;
  li__QJ3K=li__NHBK;
  li__WJ3K=li__NJ3K->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WJ3K)->__id) {
  case __li__WK__: {
    li__XJ3K=((__li__WK *)li__WJ3K);
  } break;
  case __li__AVBD__: {
    li__XJ3K=li__IVAJ(((__li__AVBD *)li__WJ3K));
  } break;
  case __li__KVBD__: {
    li__XJ3K=((__li__KVBD *)li__WJ3K);
  } break;
  case __li__WVBD__: {
    li__XJ3K=((__li__WVBD *)li__WJ3K);
  } break;
  case __li__Z4WH__: {
    li__XJ3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__XJ3K=li__N4VK(((__li__KTVI *)li__WJ3K));
  } break;
  case __li__LTVI__: {
    li__XJ3K=li__AJAM(((__li__LTVI *)li__WJ3K));
  } break;
  case __li__XTVI__: {
    li__XJ3K=li__SEWK(((__li__XTVI *)li__WJ3K));
  } break;
  case __li__YTVI__: {
    li__XJ3K=li__0OAM(((__li__YTVI *)li__WJ3K));
  } break;
  case __li__S2VI__: {
    li__XJ3K=li__YU2K(((__li__S2VI *)li__WJ3K));
  } break;
  case __li__E3VI__: {
    li__XJ3K=li__CZ2K(((__li__E3VI *)li__WJ3K));
  } break;
  case __li__KLWI__: {
    li__XJ3K=li__M52K(((__li__KLWI *)li__WJ3K));
  } break;
  case __li__ULWI__: {
    li__XJ3K=((__li__ULWI *)li__WJ3K);
  } break;
  case __li__NMWI__: {
    li__XJ3K=li__YA3K(((__li__NMWI *)li__WJ3K));
  } break;
  case __li__BNWI__: {
    li__XJ3K=li__CF3K(((__li__BNWI *)li__WJ3K));
  } break;
  case __li__XNWI__: {
    li__XJ3K=li__MJ3K(((__li__XNWI *)li__WJ3K));
  } break;
  case __li__LOWI__: {
    li__XJ3K=li__WN3K(((__li__LOWI *)li__WJ3K));
  } break;
  case __li__5OWI__: {
    li__XJ3K=li__AS3K(((__li__5OWI *)li__WJ3K));
  } break;
  case __li__TPWI__: {
    li__XJ3K=li__KW3K(((__li__TPWI *)li__WJ3K));
  } break;
  case __li__HQWI__: {
    li__XJ3K=li__U03K(((__li__HQWI *)li__WJ3K));
  } break;
  case __li__ARWI__: {
    li__XJ3K=li__OQWK(((__li__ARWI *)li__WJ3K));
  } break;
  case __li__URWI__: {
    li__XJ3K=li__443K(((__li__URWI *)li__WJ3K));
  } break;
  case __li__MSWI__: {
    li__XJ3K=((__li__MSWI *)li__WJ3K);
  } break;
  case __li__ETWI__: {
    li__XJ3K=li__K53K(((__li__ETWI *)li__WJ3K));
  } break;
  case __li__MZWI__: {
    li__XJ3K=((__li__MZWI *)li__WJ3K);
  } break;
  case __li__C0WI__: {
    li__XJ3K=((__li__C0WI *)li__WJ3K);
  } break;
  case __li__M1WI__: {
    li__XJ3K=((__li__M1WI *)li__WJ3K);
  } break;
  case __li__KMFK__: {
    li__XJ3K=li__QF3L(((__li__KMFK *)li__WJ3K));
  } break;
  case __li__XOHL__: {
    li__XJ3K=li__P2NN(((__li__XOHL *)li__WJ3K));
  } break;
  case __li__FPHL__: {
    li__XJ3K=li__YUAM(((__li__FPHL *)li__WJ3K));
  } break;
  case __li__APLM__: {
    li__XJ3K=li__C3CQ(((__li__APLM *)li__WJ3K));
  } break;
  case __li__DTNM__: {
    li__XJ3K=li__3GSO(((__li__DTNM *)li__WJ3K));
  } break;
  case __li__JXNM__: {
    li__XJ3K=li__E03R(((__li__JXNM *)li__WJ3K));
  } break;
  case __li__21LO__: {
    li__XJ3K=li__H1JP(((__li__21LO *)li__WJ3K));
  } break;
  case __li__TPOO__: {
    li__XJ3K=li__Z5JP(((__li__TPOO *)li__WJ3K));
  } break;
  case __li__URRO__: {
    li__XJ3K=li__MH4R(((__li__URRO *)li__WJ3K));
  } break;
  case __li__41XO__: {
    li__XJ3K=li__MBDQ(((__li__41XO *)li__WJ3K));
  } break;
  case __li__AKBR__: {
    li__XJ3K=li__KMDS(((__li__AKBR *)li__WJ3K));
  } break;
  case __li__SU5R__: {
    li__XJ3K=li__1CJS(((__li__SU5R *)li__WJ3K));
  } break;
  case __li__JV5R__: {
    li__XJ3K=li__FHJS(((__li__JV5R *)li__WJ3K));
  } break;
  };
  li__NJ3K->li__YNWI.li__MQBK=li__XJ3K;
  li__WJ3K=li__NJ3K->li__YNWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WJ3K)->__id) {
  case __li__WK__: {
    li__XJ3K=((__li__WK *)li__WJ3K);
  } break;
  case __li__AVBD__: {
    li__XJ3K=li__IVAJ(((__li__AVBD *)li__WJ3K));
  } break;
  case __li__KVBD__: {
    li__XJ3K=((__li__KVBD *)li__WJ3K);
  } break;
  case __li__WVBD__: {
    li__XJ3K=((__li__WVBD *)li__WJ3K);
  } break;
  case __li__Z4WH__: {
    li__XJ3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__XJ3K=li__N4VK(((__li__KTVI *)li__WJ3K));
  } break;
  case __li__LTVI__: {
    li__XJ3K=li__AJAM(((__li__LTVI *)li__WJ3K));
  } break;
  case __li__XTVI__: {
    li__XJ3K=li__SEWK(((__li__XTVI *)li__WJ3K));
  } break;
  case __li__YTVI__: {
    li__XJ3K=li__0OAM(((__li__YTVI *)li__WJ3K));
  } break;
  case __li__S2VI__: {
    li__XJ3K=li__YU2K(((__li__S2VI *)li__WJ3K));
  } break;
  case __li__E3VI__: {
    li__XJ3K=li__CZ2K(((__li__E3VI *)li__WJ3K));
  } break;
  case __li__KLWI__: {
    li__XJ3K=li__M52K(((__li__KLWI *)li__WJ3K));
  } break;
  case __li__ULWI__: {
    li__XJ3K=((__li__ULWI *)li__WJ3K);
  } break;
  case __li__NMWI__: {
    li__XJ3K=li__YA3K(((__li__NMWI *)li__WJ3K));
  } break;
  case __li__BNWI__: {
    li__XJ3K=li__CF3K(((__li__BNWI *)li__WJ3K));
  } break;
  case __li__XNWI__: {
    li__XJ3K=li__MJ3K(((__li__XNWI *)li__WJ3K));
  } break;
  case __li__LOWI__: {
    li__XJ3K=li__WN3K(((__li__LOWI *)li__WJ3K));
  } break;
  case __li__5OWI__: {
    li__XJ3K=li__AS3K(((__li__5OWI *)li__WJ3K));
  } break;
  case __li__TPWI__: {
    li__XJ3K=li__KW3K(((__li__TPWI *)li__WJ3K));
  } break;
  case __li__HQWI__: {
    li__XJ3K=li__U03K(((__li__HQWI *)li__WJ3K));
  } break;
  case __li__ARWI__: {
    li__XJ3K=li__OQWK(((__li__ARWI *)li__WJ3K));
  } break;
  case __li__URWI__: {
    li__XJ3K=li__443K(((__li__URWI *)li__WJ3K));
  } break;
  case __li__MSWI__: {
    li__XJ3K=((__li__MSWI *)li__WJ3K);
  } break;
  case __li__ETWI__: {
    li__XJ3K=li__K53K(((__li__ETWI *)li__WJ3K));
  } break;
  case __li__MZWI__: {
    li__XJ3K=((__li__MZWI *)li__WJ3K);
  } break;
  case __li__C0WI__: {
    li__XJ3K=((__li__C0WI *)li__WJ3K);
  } break;
  case __li__M1WI__: {
    li__XJ3K=((__li__M1WI *)li__WJ3K);
  } break;
  case __li__KMFK__: {
    li__XJ3K=li__QF3L(((__li__KMFK *)li__WJ3K));
  } break;
  case __li__XOHL__: {
    li__XJ3K=li__P2NN(((__li__XOHL *)li__WJ3K));
  } break;
  case __li__FPHL__: {
    li__XJ3K=li__YUAM(((__li__FPHL *)li__WJ3K));
  } break;
  case __li__APLM__: {
    li__XJ3K=li__C3CQ(((__li__APLM *)li__WJ3K));
  } break;
  case __li__DTNM__: {
    li__XJ3K=li__3GSO(((__li__DTNM *)li__WJ3K));
  } break;
  case __li__JXNM__: {
    li__XJ3K=li__E03R(((__li__JXNM *)li__WJ3K));
  } break;
  case __li__21LO__: {
    li__XJ3K=li__H1JP(((__li__21LO *)li__WJ3K));
  } break;
  case __li__TPOO__: {
    li__XJ3K=li__Z5JP(((__li__TPOO *)li__WJ3K));
  } break;
  case __li__URRO__: {
    li__XJ3K=li__MH4R(((__li__URRO *)li__WJ3K));
  } break;
  case __li__41XO__: {
    li__XJ3K=li__MBDQ(((__li__41XO *)li__WJ3K));
  } break;
  case __li__AKBR__: {
    li__XJ3K=li__KMDS(((__li__AKBR *)li__WJ3K));
  } break;
  case __li__SU5R__: {
    li__XJ3K=li__1CJS(((__li__SU5R *)li__WJ3K));
  } break;
  case __li__JV5R__: {
    li__XJ3K=li__FHJS(((__li__JV5R *)li__WJ3K));
  } break;
  };
  li__NJ3K->li__YNWI.li__QQBK=li__XJ3K;
  li__WJ3K=li__NJ3K->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__WJ3K==NULL) {
    li__2J3K=NULL;
  } else {
    if (((struct ___OBJ *)li__WJ3K)->__id==__li__WVBD__) {
      li__2J3K=((void *)li__WJ3K);
    } else /* Other types */ {
      li__2J3K=NULL;
    }
  };
  li__WJ3K=li__NJ3K->li__YNWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__WJ3K==NULL) {
    li__5J3K=NULL;
  } else {
    if (((struct ___OBJ *)li__WJ3K)->__id==__li__WVBD__) {
      li__5J3K=((void *)li__WJ3K);
    } else /* Other types */ {
      li__5J3K=NULL;
    }
  };
  li__WJ3K=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__2J3K != (void *)NULL)) {
    li__XJ3K=NULL;
    /* __li__B__ __li__I__ */
if ((li__2J3K->li__2ZLE ==  1)) {
      li__XJ3K=li__NJ3K->li__YNWI.li__QQBK;
      li__CZNM=li__B__;
    } else /* FALSE */ {
      li__CZNM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__CZNM) {
      li__CZNM=li__B__;
    } else /* FALSE */ {
      li__KYXM=(li__2J3K->li__2ZLE == (__li__K)(-  1));
      /* __li__B__ __li__I__ */
if (li__KYXM) {
        li__SZNM=li__45DN(li__NJ3K->li__YNWI.li__DNWI.li__0CC,li__NJ3K->li__YNWI.li__QQBK);
        li__XJ3K=li__SZNM;
      };
      li__CZNM=li__KYXM;
    };
    /* __li__B__ __li__I__ */
if ((! li__CZNM)) {
      li__ZZNM=li__QCEQ(((__li__WVBD *)li__2J3K));
      /* __li__B__ __li__I__ */
if ((li__ZZNM != (__li__K)(-  1))) {
        li__XQLV=((__li__WVBD *)li__2J3K);
        li__XQLV->li__2ZLE=li__ZZNM;
        li__JOSE(li__XQLV);
        li__0QLV=li__NJ3K->li__YNWI.li__DNWI.li__0CC;
        li__1QLV=li__NJ3K->li__YNWI.li__QQBK;
        li__YQLV=li__I5UJ();
        li__ZQLV=((__li__HQWI *)li__YQLV);
        li__ZQLV->li__IQWI.li__DNWI.li__0CC=li__0QLV;
        li__ZQLV->li__IQWI.li__MQBK=li__1QLV;
        li__ZQLV->li__IQWI.li__QQBK=li__2J3K;
        li__XJ3K=li__YQLV;
      };
    };
    li__WJ3K=li__XJ3K;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__WJ3K == (void *)NULL) && ((void *)li__5J3K != (void *)NULL))) {
    li__XJ3K=NULL;
    /* __li__B__ __li__I__ */
if ((li__5J3K->li__2ZLE ==  1)) {
      li__XJ3K=li__NJ3K->li__YNWI.li__MQBK;
      li__CZNM=li__B__;
    } else /* FALSE */ {
      li__CZNM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__CZNM) {
      li__CZNM=li__B__;
    } else /* FALSE */ {
      li__KYXM=(li__5J3K->li__2ZLE == (__li__K)(-  1));
      /* __li__B__ __li__I__ */
if (li__KYXM) {
        li__SZNM=li__45DN(li__NJ3K->li__YNWI.li__DNWI.li__0CC,li__NJ3K->li__YNWI.li__MQBK);
        li__XJ3K=li__SZNM;
      };
      li__CZNM=li__KYXM;
    };
    /* __li__B__ __li__I__ */
if ((! li__CZNM)) {
      li__ZZNM=li__QCEQ(((__li__WVBD *)li__5J3K));
      /* __li__B__ __li__I__ */
if ((li__ZZNM != (__li__K)(-  1))) {
        li__XQLV=((__li__WVBD *)li__5J3K);
        li__XQLV->li__2ZLE=li__ZZNM;
        li__JOSE(li__XQLV);
        li__0QLV=li__NJ3K->li__YNWI.li__DNWI.li__0CC;
        li__1QLV=li__NJ3K->li__YNWI.li__MQBK;
        li__YQLV=li__I5UJ();
        li__ZQLV=((__li__HQWI *)li__YQLV);
        li__ZQLV->li__IQWI.li__DNWI.li__0CC=li__0QLV;
        li__ZQLV->li__IQWI.li__MQBK=li__1QLV;
        li__ZQLV->li__IQWI.li__QQBK=li__5J3K;
        li__XJ3K=li__YQLV;
      };
    };
    li__WJ3K=li__XJ3K;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__WJ3K == (void *)NULL) && ((void *)li__5J3K != (void *)NULL)) && ((void *)li__2J3K != (void *)NULL))) {
    li__XQLV=((__li__WVBD *)li__2J3K);
    li__XQLV->li__2ZLE=(__li__UJG)(li__2J3K->li__2ZLE * li__5J3K->li__2ZLE);
    li__JOSE(li__XQLV);
    li__WJ3K=li__2J3K;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__WJ3K == (void *)NULL) && (li__QJ3K == li__NHBK))) {
    li__WJ3K=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__2J3K != (void *)NULL)) {
      li__BIZN=NULL;
      /* __li__B__ __li__I__ */
if ((li__2J3K->li__2ZLE ==  0)) {
        li__BIZN=li__2J3K;
        li__1QLV=li__NJ3K->li__YNWI.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1QLV)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__1QLV));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__1QLV));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__1QLV));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__1QLV));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__1QLV));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__1QLV));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__1QLV));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__1QLV));
        } break;
        case __li__KLWI__: {
          li__ZI3U=((__li__KMFK *)((__li__KLWI *)li__1QLV)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__ZI3U->li__3RFK),li__ZI3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__1QLV));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__1QLV));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__1QLV));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__1QLV));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__1QLV));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__1QLV));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__1QLV));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__1QLV));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__1QLV));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__1QLV));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__ZI3U=((__li__KMFK *)li__1QLV);
          li__HXPN(((__li__VTBD *)li__ZI3U->li__3RFK),li__ZI3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__1QLV));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__1QLV));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__1QLV));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__1QLV));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__1QLV));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__1QLV));
        } break;
        case __li__TPOO__: {
          li__1I3U=((__li__TPOO *)li__1QLV);
          li__IZFQ(((__li__DZB *)li__1I3U->li__5IXO),li__1I3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__1QLV));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__1QLV));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__1QLV));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__1QLV));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__1QLV));
        } break;
        };
      };
      li__WJ3K=li__BIZN;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__WJ3K == (void *)NULL) && ((void *)li__5J3K != (void *)NULL))) {
      li__BIZN=NULL;
      /* __li__B__ __li__I__ */
if ((li__5J3K->li__2ZLE ==  0)) {
        li__BIZN=li__5J3K;
        li__1QLV=li__NJ3K->li__YNWI.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1QLV)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__1QLV));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__1QLV));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__1QLV));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__1QLV));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__1QLV));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__1QLV));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__1QLV));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__1QLV));
        } break;
        case __li__KLWI__: {
          li__ZI3U=((__li__KMFK *)((__li__KLWI *)li__1QLV)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__ZI3U->li__3RFK),li__ZI3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__1QLV));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__1QLV));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__1QLV));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__1QLV));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__1QLV));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__1QLV));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__1QLV));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__1QLV));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__1QLV));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__1QLV));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__ZI3U=((__li__KMFK *)li__1QLV);
          li__HXPN(((__li__VTBD *)li__ZI3U->li__3RFK),li__ZI3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__1QLV));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__1QLV));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__1QLV));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__1QLV));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__1QLV));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__1QLV));
        } break;
        case __li__TPOO__: {
          li__1I3U=((__li__TPOO *)li__1QLV);
          li__IZFQ(((__li__DZB *)li__1I3U->li__5IXO),li__1I3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__1QLV));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__1QLV));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__1QLV));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__1QLV));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__1QLV));
        } break;
        };
      };
      li__WJ3K=li__BIZN;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__WJ3K == (void *)NULL)) {
    li__WJ3K=li__NJ3K;
  } else /* FALSE */ {
    li__0QLV=li__NJ3K->li__YNWI.li__DNWI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WJ3K)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__XNWI *)li__WJ3K))->li__1K.li__0K.li__0CC=li__0QLV;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__XNWI *)li__WJ3K))->li__BVBD.li__0CC=li__0QLV;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__XNWI *)li__WJ3K))->li__LVBD.li__0K.li__0CC=li__0QLV;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__XNWI *)li__WJ3K))->li__XVBD.li__0K.li__0CC=li__0QLV;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__0QLV;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__XNWI *)li__WJ3K))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__0QLV;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__XNWI *)li__WJ3K))->li__OTVI.li__NTVI.li__0CC=li__0QLV;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__XNWI *)li__WJ3K))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__0QLV;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__XNWI *)li__WJ3K))->li__ZTVI.li__NTVI.li__0CC=li__0QLV;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__XNWI *)li__WJ3K))->li__T2VI.li__IVVI.li__0CC=li__0QLV;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__XNWI *)li__WJ3K))->li__F3VI.li__IVVI.li__0CC=li__0QLV;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__XNWI *)li__WJ3K))->li__LLWI.li__0CC=li__0QLV;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__XNWI *)li__WJ3K))->li__VLWI.li__0CC=li__0QLV;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__XNWI *)li__WJ3K))->li__OMWI.li__IVVI.li__0CC=li__0QLV;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__XNWI *)li__WJ3K))->li__ENWI.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)li__WJ3K)->li__YNWI.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__XNWI *)li__WJ3K))->li__MOWI.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__XNWI *)li__WJ3K))->li__APWI.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__XNWI *)li__WJ3K))->li__UPWI.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__XNWI *)li__WJ3K))->li__IQWI.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__XNWI *)li__WJ3K))->li__BRWI.li__0CC=li__0QLV;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__XNWI *)li__WJ3K))->li__VRWI.li__0CC=li__0QLV;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__XNWI *)li__WJ3K))->li__NSWI.li__0CC=li__0QLV;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__XNWI *)li__WJ3K))->li__FTWI.li__0CC=li__0QLV;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__XNWI *)li__WJ3K))->li__NZWI.li__0K.li__0CC=li__0QLV;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__XNWI *)li__WJ3K))->li__D0WI.li__0K.li__0CC=li__0QLV;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__XNWI *)li__WJ3K))->li__N1WI.li__0K.li__0CC=li__0QLV;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__XNWI *)li__WJ3K))->li__LMFK.li__0CC=li__0QLV;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__XNWI *)li__WJ3K))->li__0OHL.li__ZOHL.li__0CC=li__0QLV;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__XNWI *)li__WJ3K))->li__GPHL.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__XNWI *)li__WJ3K))->li__BPLM.li__IVVI.li__0CC=li__0QLV;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__XNWI *)li__WJ3K))->li__ETNM.li__ZOHL.li__0CC=li__0QLV;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__XNWI *)li__WJ3K))->li__KXNM.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__XNWI *)li__WJ3K))->li__31LO.li__0CC=li__0QLV;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__XNWI *)li__WJ3K))->li__UPOO.li__0CC=li__0QLV;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__XNWI *)li__WJ3K))->li__XRRO.li__WRRO.li__0CC=li__0QLV;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__XNWI *)li__WJ3K))->li__51XO.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__XNWI *)li__WJ3K))->li__BKBR.li__DNWI.li__0CC=li__0QLV;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__XNWI *)li__WJ3K))->li__TU5R.li__IVVI.li__0CC=li__0QLV;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__XNWI *)li__WJ3K))->li__KV5R.li__IVVI.li__0CC=li__0QLV;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__OJ3K=li__WJ3K;
  return(li__OJ3K);
}

static void* li__WN3K(__li__LOWI *li__XN3K)
/* (Strict EXPR_DIV{li__LOWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__04NM;
  __li__52B li__0N3K;
  void *li__AO3K,*li__BO3K,*li__5SBO,*li__25NM,*li__LAOM,*li__MAOM;
  void *li__MBOM,*li__NBOM,*li__YN3K;
  __li__WVBD *li__GO3K,*li__JO3K,*li__DRLV,*li__FRLV,*li__0AOM,*li__1BOM;
  __li__PO li__S3NM,li__E5NM,li__XBOM;
  __li__XOHL *li__T4NM,*li__GBOM;
  __li__TPWI *li__DTBO,*li__PAGT;
  __li__5RB *li__Y5NM,*li__ZAOM,*li__0BOM;
  __li__KMFK *li__BJ3U,*li__JJ3U,*li__RJ3U;
  __li__TPOO *li__DJ3U,*li__LJ3U,*li__TJ3U;
  __li__K li__XAOM,li__YBOM;
  __li__C li__V3NM,li__K1XM,li__NAOM,li__QAOM,li__OBOM;
  li__0N3K=li__NHBK;
  li__AO3K=li__XN3K->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AO3K)->__id) {
  case __li__WK__: {
    li__BO3K=((__li__WK *)li__AO3K);
  } break;
  case __li__AVBD__: {
    li__BO3K=li__IVAJ(((__li__AVBD *)li__AO3K));
  } break;
  case __li__KVBD__: {
    li__BO3K=((__li__KVBD *)li__AO3K);
  } break;
  case __li__WVBD__: {
    li__BO3K=((__li__WVBD *)li__AO3K);
  } break;
  case __li__Z4WH__: {
    li__BO3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__BO3K=li__N4VK(((__li__KTVI *)li__AO3K));
  } break;
  case __li__LTVI__: {
    li__BO3K=li__AJAM(((__li__LTVI *)li__AO3K));
  } break;
  case __li__XTVI__: {
    li__BO3K=li__SEWK(((__li__XTVI *)li__AO3K));
  } break;
  case __li__YTVI__: {
    li__BO3K=li__0OAM(((__li__YTVI *)li__AO3K));
  } break;
  case __li__S2VI__: {
    li__BO3K=li__YU2K(((__li__S2VI *)li__AO3K));
  } break;
  case __li__E3VI__: {
    li__BO3K=li__CZ2K(((__li__E3VI *)li__AO3K));
  } break;
  case __li__KLWI__: {
    li__BO3K=li__M52K(((__li__KLWI *)li__AO3K));
  } break;
  case __li__ULWI__: {
    li__BO3K=((__li__ULWI *)li__AO3K);
  } break;
  case __li__NMWI__: {
    li__BO3K=li__YA3K(((__li__NMWI *)li__AO3K));
  } break;
  case __li__BNWI__: {
    li__BO3K=li__CF3K(((__li__BNWI *)li__AO3K));
  } break;
  case __li__XNWI__: {
    li__BO3K=li__MJ3K(((__li__XNWI *)li__AO3K));
  } break;
  case __li__LOWI__: {
    li__BO3K=li__WN3K(((__li__LOWI *)li__AO3K));
  } break;
  case __li__5OWI__: {
    li__BO3K=li__AS3K(((__li__5OWI *)li__AO3K));
  } break;
  case __li__TPWI__: {
    li__BO3K=li__KW3K(((__li__TPWI *)li__AO3K));
  } break;
  case __li__HQWI__: {
    li__BO3K=li__U03K(((__li__HQWI *)li__AO3K));
  } break;
  case __li__ARWI__: {
    li__BO3K=li__OQWK(((__li__ARWI *)li__AO3K));
  } break;
  case __li__URWI__: {
    li__BO3K=li__443K(((__li__URWI *)li__AO3K));
  } break;
  case __li__MSWI__: {
    li__BO3K=((__li__MSWI *)li__AO3K);
  } break;
  case __li__ETWI__: {
    li__BO3K=li__K53K(((__li__ETWI *)li__AO3K));
  } break;
  case __li__MZWI__: {
    li__BO3K=((__li__MZWI *)li__AO3K);
  } break;
  case __li__C0WI__: {
    li__BO3K=((__li__C0WI *)li__AO3K);
  } break;
  case __li__M1WI__: {
    li__BO3K=((__li__M1WI *)li__AO3K);
  } break;
  case __li__KMFK__: {
    li__BO3K=li__QF3L(((__li__KMFK *)li__AO3K));
  } break;
  case __li__XOHL__: {
    li__BO3K=li__P2NN(((__li__XOHL *)li__AO3K));
  } break;
  case __li__FPHL__: {
    li__BO3K=li__YUAM(((__li__FPHL *)li__AO3K));
  } break;
  case __li__APLM__: {
    li__BO3K=li__C3CQ(((__li__APLM *)li__AO3K));
  } break;
  case __li__DTNM__: {
    li__BO3K=li__3GSO(((__li__DTNM *)li__AO3K));
  } break;
  case __li__JXNM__: {
    li__BO3K=li__E03R(((__li__JXNM *)li__AO3K));
  } break;
  case __li__21LO__: {
    li__BO3K=li__H1JP(((__li__21LO *)li__AO3K));
  } break;
  case __li__TPOO__: {
    li__BO3K=li__Z5JP(((__li__TPOO *)li__AO3K));
  } break;
  case __li__URRO__: {
    li__BO3K=li__MH4R(((__li__URRO *)li__AO3K));
  } break;
  case __li__41XO__: {
    li__BO3K=li__MBDQ(((__li__41XO *)li__AO3K));
  } break;
  case __li__AKBR__: {
    li__BO3K=li__KMDS(((__li__AKBR *)li__AO3K));
  } break;
  case __li__SU5R__: {
    li__BO3K=li__1CJS(((__li__SU5R *)li__AO3K));
  } break;
  case __li__JV5R__: {
    li__BO3K=li__FHJS(((__li__JV5R *)li__AO3K));
  } break;
  };
  li__XN3K->li__MOWI.li__MQBK=li__BO3K;
  li__AO3K=li__XN3K->li__MOWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AO3K)->__id) {
  case __li__WK__: {
    li__BO3K=((__li__WK *)li__AO3K);
  } break;
  case __li__AVBD__: {
    li__BO3K=li__IVAJ(((__li__AVBD *)li__AO3K));
  } break;
  case __li__KVBD__: {
    li__BO3K=((__li__KVBD *)li__AO3K);
  } break;
  case __li__WVBD__: {
    li__BO3K=((__li__WVBD *)li__AO3K);
  } break;
  case __li__Z4WH__: {
    li__BO3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__BO3K=li__N4VK(((__li__KTVI *)li__AO3K));
  } break;
  case __li__LTVI__: {
    li__BO3K=li__AJAM(((__li__LTVI *)li__AO3K));
  } break;
  case __li__XTVI__: {
    li__BO3K=li__SEWK(((__li__XTVI *)li__AO3K));
  } break;
  case __li__YTVI__: {
    li__BO3K=li__0OAM(((__li__YTVI *)li__AO3K));
  } break;
  case __li__S2VI__: {
    li__BO3K=li__YU2K(((__li__S2VI *)li__AO3K));
  } break;
  case __li__E3VI__: {
    li__BO3K=li__CZ2K(((__li__E3VI *)li__AO3K));
  } break;
  case __li__KLWI__: {
    li__BO3K=li__M52K(((__li__KLWI *)li__AO3K));
  } break;
  case __li__ULWI__: {
    li__BO3K=((__li__ULWI *)li__AO3K);
  } break;
  case __li__NMWI__: {
    li__BO3K=li__YA3K(((__li__NMWI *)li__AO3K));
  } break;
  case __li__BNWI__: {
    li__BO3K=li__CF3K(((__li__BNWI *)li__AO3K));
  } break;
  case __li__XNWI__: {
    li__BO3K=li__MJ3K(((__li__XNWI *)li__AO3K));
  } break;
  case __li__LOWI__: {
    li__BO3K=li__WN3K(((__li__LOWI *)li__AO3K));
  } break;
  case __li__5OWI__: {
    li__BO3K=li__AS3K(((__li__5OWI *)li__AO3K));
  } break;
  case __li__TPWI__: {
    li__BO3K=li__KW3K(((__li__TPWI *)li__AO3K));
  } break;
  case __li__HQWI__: {
    li__BO3K=li__U03K(((__li__HQWI *)li__AO3K));
  } break;
  case __li__ARWI__: {
    li__BO3K=li__OQWK(((__li__ARWI *)li__AO3K));
  } break;
  case __li__URWI__: {
    li__BO3K=li__443K(((__li__URWI *)li__AO3K));
  } break;
  case __li__MSWI__: {
    li__BO3K=((__li__MSWI *)li__AO3K);
  } break;
  case __li__ETWI__: {
    li__BO3K=li__K53K(((__li__ETWI *)li__AO3K));
  } break;
  case __li__MZWI__: {
    li__BO3K=((__li__MZWI *)li__AO3K);
  } break;
  case __li__C0WI__: {
    li__BO3K=((__li__C0WI *)li__AO3K);
  } break;
  case __li__M1WI__: {
    li__BO3K=((__li__M1WI *)li__AO3K);
  } break;
  case __li__KMFK__: {
    li__BO3K=li__QF3L(((__li__KMFK *)li__AO3K));
  } break;
  case __li__XOHL__: {
    li__BO3K=li__P2NN(((__li__XOHL *)li__AO3K));
  } break;
  case __li__FPHL__: {
    li__BO3K=li__YUAM(((__li__FPHL *)li__AO3K));
  } break;
  case __li__APLM__: {
    li__BO3K=li__C3CQ(((__li__APLM *)li__AO3K));
  } break;
  case __li__DTNM__: {
    li__BO3K=li__3GSO(((__li__DTNM *)li__AO3K));
  } break;
  case __li__JXNM__: {
    li__BO3K=li__E03R(((__li__JXNM *)li__AO3K));
  } break;
  case __li__21LO__: {
    li__BO3K=li__H1JP(((__li__21LO *)li__AO3K));
  } break;
  case __li__TPOO__: {
    li__BO3K=li__Z5JP(((__li__TPOO *)li__AO3K));
  } break;
  case __li__URRO__: {
    li__BO3K=li__MH4R(((__li__URRO *)li__AO3K));
  } break;
  case __li__41XO__: {
    li__BO3K=li__MBDQ(((__li__41XO *)li__AO3K));
  } break;
  case __li__AKBR__: {
    li__BO3K=li__KMDS(((__li__AKBR *)li__AO3K));
  } break;
  case __li__SU5R__: {
    li__BO3K=li__1CJS(((__li__SU5R *)li__AO3K));
  } break;
  case __li__JV5R__: {
    li__BO3K=li__FHJS(((__li__JV5R *)li__AO3K));
  } break;
  };
  li__XN3K->li__MOWI.li__QQBK=li__BO3K;
  li__AO3K=li__XN3K->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__AO3K==NULL) {
    li__GO3K=NULL;
  } else {
    if (((struct ___OBJ *)li__AO3K)->__id==__li__WVBD__) {
      li__GO3K=((void *)li__AO3K);
    } else /* Other types */ {
      li__GO3K=NULL;
    }
  };
  li__AO3K=li__XN3K->li__MOWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__AO3K==NULL) {
    li__JO3K=NULL;
  } else {
    if (((struct ___OBJ *)li__AO3K)->__id==__li__WVBD__) {
      li__JO3K=((void *)li__AO3K);
    } else /* Other types */ {
      li__JO3K=NULL;
    }
  };
  li__AO3K=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__GO3K != (void *)NULL)) {
    li__AO3K=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__AO3K == (void *)NULL) && ((void *)li__JO3K != (void *)NULL))) {
    li__BO3K=NULL;
    /* __li__B__ __li__I__ */
if ((li__JO3K->li__2ZLE ==  0)) {
      li__S3NM=li__XN3K->li__MOWI.li__DNWI.li__0CC;
      li__K4E( 2,(&__string_683));
      li__V5E(li__S3NM);
      li__ODF();
      li__V3NM=li__B__;
    } else /* FALSE */ {
      li__V3NM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__V3NM) {
      li__V3NM=li__B__;
    } else /* FALSE */ {
      li__K1XM=(li__JO3K->li__2ZLE ==  1);
      /* __li__B__ __li__I__ */
if (li__K1XM) {
        li__BO3K=li__XN3K->li__MOWI.li__MQBK;
      };
      li__V3NM=li__K1XM;
    };
    /* __li__B__ __li__I__ */
if (li__V3NM) {
      li__V3NM=li__B__;
    } else /* FALSE */ {
      li__K1XM=(li__JO3K->li__2ZLE == (__li__K)(-  1));
      /* __li__B__ __li__I__ */
if (li__K1XM) {
        li__T4NM=li__45DN(li__XN3K->li__MOWI.li__DNWI.li__0CC,li__XN3K->li__MOWI.li__MQBK);
        li__BO3K=li__T4NM;
      };
      li__V3NM=li__K1XM;
    };
    /* __li__B__ __li__I__ */
if ((! li__V3NM)) {
      li__04NM=li__QCEQ(((__li__WVBD *)li__JO3K));
      /* __li__B__ __li__I__ */
if ((li__04NM != (__li__K)(-  1))) {
        li__DRLV=((__li__WVBD *)li__JO3K);
        li__DRLV->li__2ZLE=li__04NM;
        li__JOSE(li__DRLV);
        li__E5NM=li__XN3K->li__MOWI.li__DNWI.li__0CC;
        li__5SBO=li__XN3K->li__MOWI.li__MQBK;
        li__DTBO=li__K3UJ();
        li__PAGT=((__li__TPWI *)li__DTBO);
        li__PAGT->li__UPWI.li__DNWI.li__0CC=li__E5NM;
        li__PAGT->li__UPWI.li__MQBK=li__5SBO;
        li__PAGT->li__UPWI.li__QQBK=li__JO3K;
        li__BO3K=li__DTBO;
      };
    };
    li__AO3K=li__BO3K;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__AO3K == (void *)NULL) && ((void *)li__JO3K != (void *)NULL)) && ((void *)li__GO3K != (void *)NULL))) {
    li__DRLV=NULL;
    /* __li__B__ __li__I__ */
if ((li__JO3K->li__2ZLE !=  0)) {
      li__FRLV=((__li__WVBD *)li__GO3K);
      li__FRLV->li__2ZLE=(__li__UJG)(li__GO3K->li__2ZLE / li__JO3K->li__2ZLE);
      li__JOSE(li__FRLV);
      li__DRLV=li__GO3K;
    };
    li__AO3K=li__DRLV;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__AO3K == (void *)NULL) && (li__0N3K == li__NHBK))) {
    li__DRLV=NULL;
    li__BO3K=li__XN3K->li__MOWI.li__QQBK;
    li__5SBO=li__XN3K->li__MOWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BO3K)->__id) {
    case __li__WK__: {
      li__V3NM=li__5GXM(((__li__WK *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__V3NM=li__I__;
    } break;
    case __li__KVBD__: {
      li__V3NM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__WVBD__: {
      li__V3NM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__KTVI__: {
      li__V3NM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__LTVI__: {
      li__V3NM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__XTVI__: {
      li__V3NM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__YTVI__: {
      li__V3NM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__S2VI__: {
      li__V3NM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__E3VI__: {
      li__V3NM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__NMWI__: {
      li__V3NM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__BNWI__: {
      li__V3NM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__XNWI__: {
      li__V3NM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__LOWI__: {
      li__V3NM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__5OWI__: {
      li__V3NM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__TPWI__: {
      li__V3NM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__HQWI__: {
      li__V3NM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__MZWI__: {
      li__V3NM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__C0WI__: {
      li__V3NM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__M1WI__: {
      li__V3NM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__KMFK__: {
      li__V3NM=li__YRXM(((__li__KMFK *)li__BO3K),li__5SBO);
    } break;
    case __li__XOHL__: {
      li__V3NM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__FPHL__: {
      li__V3NM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__APLM__: {
      li__V3NM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__DTNM__: {
      li__V3NM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__JXNM__: {
      li__V3NM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__21LO__: {
      li__V3NM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__TPOO__: {
      li__V3NM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__URRO__: {
      li__V3NM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__41XO__: {
      li__V3NM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__AKBR__: {
      li__V3NM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__SU5R__: {
      li__V3NM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    case __li__JV5R__: {
      li__V3NM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__BO3K)),li__5SBO);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__V3NM) {
      li__S3NM=li__XN3K->li__MOWI.li__DNWI.li__0CC;
      li__Y5NM=li__NWEK(li__XN3K);
      li__FRLV=li__VEID(li__S3NM, 1,li__Y5NM);
      li__DRLV=li__FRLV;
      li__25NM=li__XN3K->li__MOWI.li__QQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__25NM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__25NM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__25NM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__25NM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__25NM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__25NM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__25NM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__25NM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__25NM));
      } break;
      case __li__KLWI__: {
        li__BJ3U=((__li__KMFK *)((__li__KLWI *)li__25NM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__BJ3U->li__3RFK),li__BJ3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__25NM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__25NM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__25NM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__25NM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__25NM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__25NM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__25NM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__25NM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__25NM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__25NM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__BJ3U=((__li__KMFK *)li__25NM);
        li__HXPN(((__li__VTBD *)li__BJ3U->li__3RFK),li__BJ3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__25NM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__25NM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__25NM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__25NM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__25NM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__25NM));
      } break;
      case __li__TPOO__: {
        li__DJ3U=((__li__TPOO *)li__25NM);
        li__IZFQ(((__li__DZB *)li__DJ3U->li__5IXO),li__DJ3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__25NM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__25NM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__25NM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__25NM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__25NM));
      } break;
      };
      li__25NM=li__XN3K->li__MOWI.li__MQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__25NM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__25NM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__25NM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__25NM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__25NM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__25NM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__25NM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__25NM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__25NM));
      } break;
      case __li__KLWI__: {
        li__BJ3U=((__li__KMFK *)((__li__KLWI *)li__25NM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__BJ3U->li__3RFK),li__BJ3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__25NM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__25NM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__25NM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__25NM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__25NM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__25NM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__25NM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__25NM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__25NM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__25NM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__BJ3U=((__li__KMFK *)li__25NM);
        li__HXPN(((__li__VTBD *)li__BJ3U->li__3RFK),li__BJ3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__25NM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__25NM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__25NM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__25NM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__25NM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__25NM));
      } break;
      case __li__TPOO__: {
        li__DJ3U=((__li__TPOO *)li__25NM);
        li__IZFQ(((__li__DZB *)li__DJ3U->li__5IXO),li__DJ3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__25NM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__25NM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__25NM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__25NM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__25NM));
      } break;
      };
    } else /* FALSE */ {
      li__25NM=li__XN3K->li__MOWI.li__MQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__25NM==NULL) {
        li__T4NM=NULL;
      } else {
        if (((struct ___OBJ *)li__25NM)->__id==__li__XOHL__) {
          li__T4NM=((void *)li__25NM);
        } else /* Other types */ {
          li__T4NM=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__T4NM != (void *)NULL)) {
        li__LAOM=li__T4NM->li__0OHL.li__JPHL;
        li__MAOM=li__XN3K->li__MOWI.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LAOM)->__id) {
        case __li__WK__: {
          li__NAOM=li__5GXM(((__li__WK *)li__LAOM),li__MAOM);
        } break;
        case __li__AVBD__: 
        case __li__Z4WH__: 
        case __li__KLWI__: 
        case __li__ULWI__: 
        case __li__ARWI__: 
        case __li__URWI__: 
        case __li__MSWI__: 
        case __li__ETWI__: {
          li__NAOM=li__I__;
        } break;
        case __li__KVBD__: {
          li__NAOM=li__VHXM(((__li__KVBD *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__WVBD__: {
          li__NAOM=li__HIXM(((__li__WVBD *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__KTVI__: {
          li__NAOM=li__WPWM(((__li__KTVI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__LTVI__: {
          li__NAOM=li__TQWM(((__li__LTVI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__XTVI__: {
          li__NAOM=li__RRWM(((__li__XTVI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__YTVI__: {
          li__NAOM=li__OSWM(((__li__YTVI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__S2VI__: {
          li__NAOM=li__LTWM(((__li__S2VI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__E3VI__: {
          li__NAOM=li__IUWM(((__li__E3VI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__NMWI__: {
          li__NAOM=li__QJXM(((__li__NMWI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__BNWI__: {
          li__NAOM=li__NKXM(((__li__BNWI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__XNWI__: {
          li__NAOM=li__KLXM(((__li__XNWI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__LOWI__: {
          li__NAOM=li__HMXM(((__li__LOWI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__5OWI__: {
          li__NAOM=li__ENXM(((__li__5OWI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__TPWI__: {
          li__NAOM=li__BOXM(((__li__TPWI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__HQWI__: {
          li__NAOM=li__4OXM(((__li__HQWI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__MZWI__: {
          li__NAOM=li__LQXM(((__li__MZWI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__C0WI__: {
          li__NAOM=li__GRXM(((__li__C0WI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__M1WI__: {
          li__NAOM=li__JYGP(((__li__M1WI *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__KMFK__: {
          li__NAOM=li__YRXM(((__li__KMFK *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__XOHL__: {
          li__NAOM=li__H5QN(((__li__XOHL *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__FPHL__: {
          li__NAOM=li__LSXM(((__li__FPHL *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__APLM__: {
          li__NAOM=li__KZDQ(((__li__APLM *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__DTNM__: {
          li__NAOM=li__YYTO(((__li__DTNM *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__JXNM__: {
          li__NAOM=li__WB4R(((__li__JXNM *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__21LO__: {
          li__NAOM=li__I1DQ(((__li__21LO *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__TPOO__: {
          li__NAOM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__URRO__: {
          li__NAOM=li__DWJS(((__li__URRO *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__41XO__: {
          li__NAOM=li__H0DQ(((__li__41XO *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__AKBR__: {
          li__NAOM=li__HCES(((__li__AKBR *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__SU5R__: {
          li__NAOM=li__WWJS(((__li__SU5R *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        case __li__JV5R__: {
          li__NAOM=li__TXJS(((__li__JV5R *)((__li__WK *)li__LAOM)),li__MAOM);
        } break;
        };
        li__QAOM=li__NAOM;
      } else /* FALSE */ {
        li__QAOM=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__QAOM) {
        li__E5NM=li__XN3K->li__MOWI.li__DNWI.li__0CC;
        li__XAOM=(__li__K)(-  1);
        li__ZAOM=li__NWEK(li__XN3K);
        li__0AOM=li__VEID(li__E5NM,((__li__UJG )li__XAOM),li__ZAOM);
        li__DRLV=li__0AOM;
        li__LAOM=li__XN3K->li__MOWI.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LAOM)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__LAOM));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__LAOM));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__LAOM));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__LAOM));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__LAOM));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__LAOM));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__LAOM));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__LAOM));
        } break;
        case __li__KLWI__: {
          li__JJ3U=((__li__KMFK *)((__li__KLWI *)li__LAOM)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__JJ3U->li__3RFK),li__JJ3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__LAOM));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__LAOM));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__LAOM));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__LAOM));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__LAOM));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__LAOM));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__LAOM));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__LAOM));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__LAOM));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__LAOM));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__JJ3U=((__li__KMFK *)li__LAOM);
          li__HXPN(((__li__VTBD *)li__JJ3U->li__3RFK),li__JJ3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__LAOM));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__LAOM));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__LAOM));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__LAOM));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__LAOM));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__LAOM));
        } break;
        case __li__TPOO__: {
          li__LJ3U=((__li__TPOO *)li__LAOM);
          li__IZFQ(((__li__DZB *)li__LJ3U->li__5IXO),li__LJ3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__LAOM));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__LAOM));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__LAOM));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__LAOM));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__LAOM));
        } break;
        };
        li__LAOM=li__XN3K->li__MOWI.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LAOM)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__LAOM));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__LAOM));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__LAOM));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__LAOM));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__LAOM));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__LAOM));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__LAOM));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__LAOM));
        } break;
        case __li__KLWI__: {
          li__JJ3U=((__li__KMFK *)((__li__KLWI *)li__LAOM)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__JJ3U->li__3RFK),li__JJ3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__LAOM));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__LAOM));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__LAOM));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__LAOM));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__LAOM));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__LAOM));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__LAOM));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__LAOM));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__LAOM));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__LAOM));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__JJ3U=((__li__KMFK *)li__LAOM);
          li__HXPN(((__li__VTBD *)li__JJ3U->li__3RFK),li__JJ3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__LAOM));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__LAOM));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__LAOM));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__LAOM));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__LAOM));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__LAOM));
        } break;
        case __li__TPOO__: {
          li__LJ3U=((__li__TPOO *)li__LAOM);
          li__IZFQ(((__li__DZB *)li__LJ3U->li__5IXO),li__LJ3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__LAOM));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__LAOM));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__LAOM));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__LAOM));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__LAOM));
        } break;
        };
      } else /* FALSE */ {
        li__LAOM=li__XN3K->li__MOWI.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__LAOM==NULL) {
          li__GBOM=NULL;
        } else {
          if (((struct ___OBJ *)li__LAOM)->__id==__li__XOHL__) {
            li__GBOM=((void *)li__LAOM);
          } else /* Other types */ {
            li__GBOM=NULL;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__GBOM != (void *)NULL)) {
          li__MBOM=li__GBOM->li__0OHL.li__JPHL;
          li__NBOM=li__XN3K->li__MOWI.li__MQBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MBOM)->__id) {
          case __li__WK__: {
            li__OBOM=li__5GXM(((__li__WK *)li__MBOM),li__NBOM);
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: {
            li__OBOM=li__I__;
          } break;
          case __li__KVBD__: {
            li__OBOM=li__VHXM(((__li__KVBD *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__WVBD__: {
            li__OBOM=li__HIXM(((__li__WVBD *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__KTVI__: {
            li__OBOM=li__WPWM(((__li__KTVI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__LTVI__: {
            li__OBOM=li__TQWM(((__li__LTVI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__XTVI__: {
            li__OBOM=li__RRWM(((__li__XTVI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__YTVI__: {
            li__OBOM=li__OSWM(((__li__YTVI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__S2VI__: {
            li__OBOM=li__LTWM(((__li__S2VI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__E3VI__: {
            li__OBOM=li__IUWM(((__li__E3VI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__NMWI__: {
            li__OBOM=li__QJXM(((__li__NMWI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__BNWI__: {
            li__OBOM=li__NKXM(((__li__BNWI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__XNWI__: {
            li__OBOM=li__KLXM(((__li__XNWI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__LOWI__: {
            li__OBOM=li__HMXM(((__li__LOWI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__5OWI__: {
            li__OBOM=li__ENXM(((__li__5OWI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__TPWI__: {
            li__OBOM=li__BOXM(((__li__TPWI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__HQWI__: {
            li__OBOM=li__4OXM(((__li__HQWI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__MZWI__: {
            li__OBOM=li__LQXM(((__li__MZWI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__C0WI__: {
            li__OBOM=li__GRXM(((__li__C0WI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__M1WI__: {
            li__OBOM=li__JYGP(((__li__M1WI *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__KMFK__: {
            li__OBOM=li__YRXM(((__li__KMFK *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__XOHL__: {
            li__OBOM=li__H5QN(((__li__XOHL *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__FPHL__: {
            li__OBOM=li__LSXM(((__li__FPHL *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__APLM__: {
            li__OBOM=li__KZDQ(((__li__APLM *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__DTNM__: {
            li__OBOM=li__YYTO(((__li__DTNM *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__JXNM__: {
            li__OBOM=li__WB4R(((__li__JXNM *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__21LO__: {
            li__OBOM=li__I1DQ(((__li__21LO *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__TPOO__: {
            li__OBOM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__URRO__: {
            li__OBOM=li__DWJS(((__li__URRO *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__41XO__: {
            li__OBOM=li__H0DQ(((__li__41XO *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__AKBR__: {
            li__OBOM=li__HCES(((__li__AKBR *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__SU5R__: {
            li__OBOM=li__WWJS(((__li__SU5R *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          case __li__JV5R__: {
            li__OBOM=li__TXJS(((__li__JV5R *)((__li__WK *)li__MBOM)),li__NBOM);
          } break;
          };
          li__NAOM=li__OBOM;
        } else /* FALSE */ {
          li__NAOM=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__NAOM) {
          li__XBOM=li__XN3K->li__MOWI.li__DNWI.li__0CC;
          li__YBOM=(__li__K)(-  1);
          li__0BOM=li__NWEK(li__XN3K);
          li__1BOM=li__VEID(li__XBOM,((__li__UJG )li__YBOM),li__0BOM);
          li__DRLV=li__1BOM;
          li__MBOM=li__XN3K->li__MOWI.li__MQBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MBOM)->__id) {
          case __li__WK__:  break;
          case __li__AVBD__: {
            li__PSNI(((__li__AVBD *)li__MBOM));
          } break;
          case __li__KVBD__:  break;
          case __li__WVBD__:  break;
          case __li__Z4WH__: {
            li__JNDK(((__li__Z4WH *)li__MBOM));
          } break;
          case __li__KTVI__: {
            li__0NDK(((__li__KTVI *)li__MBOM));
          } break;
          case __li__LTVI__: {
            li__XL1L(((__li__LTVI *)li__MBOM));
          } break;
          case __li__XTVI__: {
            li__5NDK(((__li__XTVI *)li__MBOM));
          } break;
          case __li__YTVI__: {
            li__1L1L(((__li__YTVI *)li__MBOM));
          } break;
          case __li__S2VI__: {
            li__DODK(((__li__S2VI *)li__MBOM));
          } break;
          case __li__E3VI__: {
            li__HODK(((__li__E3VI *)li__MBOM));
          } break;
          case __li__KLWI__: {
            li__RJ3U=((__li__KMFK *)((__li__KLWI *)li__MBOM)->li__ZPBK);
            li__HXPN(((__li__VTBD *)li__RJ3U->li__3RFK),li__RJ3U);
          } break;
          case __li__ULWI__:  break;
          case __li__NMWI__: {
            li__QODK(((__li__NMWI *)li__MBOM));
          } break;
          case __li__BNWI__: {
            li__UODK(((__li__BNWI *)li__MBOM));
          } break;
          case __li__XNWI__: {
            li__YODK(((__li__XNWI *)li__MBOM));
          } break;
          case __li__LOWI__: {
            li__2ODK(((__li__LOWI *)li__MBOM));
          } break;
          case __li__5OWI__: {
            li__APDK(((__li__5OWI *)li__MBOM));
          } break;
          case __li__TPWI__: {
            li__EPDK(((__li__TPWI *)li__MBOM));
          } break;
          case __li__HQWI__: {
            li__IPDK(((__li__HQWI *)li__MBOM));
          } break;
          case __li__ARWI__: {
            li__MPDK(((__li__ARWI *)li__MBOM));
          } break;
          case __li__URWI__: {
            li__NQDK(((__li__URWI *)li__MBOM));
          } break;
          case __li__MSWI__:  break;
          case __li__ETWI__: {
            li__TQDK(((__li__ETWI *)li__MBOM));
          } break;
          case __li__MZWI__:  break;
          case __li__C0WI__:  break;
          case __li__M1WI__:  break;
          case __li__KMFK__: {
            li__RJ3U=((__li__KMFK *)li__MBOM);
            li__HXPN(((__li__VTBD *)li__RJ3U->li__3RFK),li__RJ3U);
          } break;
          case __li__XOHL__: {
            li__LDMN(((__li__XOHL *)li__MBOM));
          } break;
          case __li__FPHL__: {
            li__TT4L(((__li__FPHL *)li__MBOM));
          } break;
          case __li__APLM__: {
            li__TGCQ(((__li__APLM *)li__MBOM));
          } break;
          case __li__DTNM__: {
            li__MFRO(((__li__DTNM *)li__MBOM));
          } break;
          case __li__JXNM__: {
            li__1W3R(((__li__JXNM *)li__MBOM));
          } break;
          case __li__21LO__: {
            li__T1IP(((__li__21LO *)li__MBOM));
          } break;
          case __li__TPOO__: {
            li__TJ3U=((__li__TPOO *)li__MBOM);
            li__IZFQ(((__li__DZB *)li__TJ3U->li__5IXO),li__TJ3U);
          } break;
          case __li__URRO__: {
            li__DK4R(((__li__URRO *)li__MBOM));
          } break;
          case __li__41XO__: {
            li__XGCQ(((__li__41XO *)li__MBOM));
          } break;
          case __li__AKBR__: {
            li__AYCS(((__li__AKBR *)li__MBOM));
          } break;
          case __li__SU5R__: {
            li__5XIS(((__li__SU5R *)li__MBOM));
          } break;
          case __li__JV5R__: {
            li__DYIS(((__li__JV5R *)li__MBOM));
          } break;
          };
          li__MBOM=li__XN3K->li__MOWI.li__QQBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MBOM)->__id) {
          case __li__WK__:  break;
          case __li__AVBD__: {
            li__PSNI(((__li__AVBD *)li__MBOM));
          } break;
          case __li__KVBD__:  break;
          case __li__WVBD__:  break;
          case __li__Z4WH__: {
            li__JNDK(((__li__Z4WH *)li__MBOM));
          } break;
          case __li__KTVI__: {
            li__0NDK(((__li__KTVI *)li__MBOM));
          } break;
          case __li__LTVI__: {
            li__XL1L(((__li__LTVI *)li__MBOM));
          } break;
          case __li__XTVI__: {
            li__5NDK(((__li__XTVI *)li__MBOM));
          } break;
          case __li__YTVI__: {
            li__1L1L(((__li__YTVI *)li__MBOM));
          } break;
          case __li__S2VI__: {
            li__DODK(((__li__S2VI *)li__MBOM));
          } break;
          case __li__E3VI__: {
            li__HODK(((__li__E3VI *)li__MBOM));
          } break;
          case __li__KLWI__: {
            li__RJ3U=((__li__KMFK *)((__li__KLWI *)li__MBOM)->li__ZPBK);
            li__HXPN(((__li__VTBD *)li__RJ3U->li__3RFK),li__RJ3U);
          } break;
          case __li__ULWI__:  break;
          case __li__NMWI__: {
            li__QODK(((__li__NMWI *)li__MBOM));
          } break;
          case __li__BNWI__: {
            li__UODK(((__li__BNWI *)li__MBOM));
          } break;
          case __li__XNWI__: {
            li__YODK(((__li__XNWI *)li__MBOM));
          } break;
          case __li__LOWI__: {
            li__2ODK(((__li__LOWI *)li__MBOM));
          } break;
          case __li__5OWI__: {
            li__APDK(((__li__5OWI *)li__MBOM));
          } break;
          case __li__TPWI__: {
            li__EPDK(((__li__TPWI *)li__MBOM));
          } break;
          case __li__HQWI__: {
            li__IPDK(((__li__HQWI *)li__MBOM));
          } break;
          case __li__ARWI__: {
            li__MPDK(((__li__ARWI *)li__MBOM));
          } break;
          case __li__URWI__: {
            li__NQDK(((__li__URWI *)li__MBOM));
          } break;
          case __li__MSWI__:  break;
          case __li__ETWI__: {
            li__TQDK(((__li__ETWI *)li__MBOM));
          } break;
          case __li__MZWI__:  break;
          case __li__C0WI__:  break;
          case __li__M1WI__:  break;
          case __li__KMFK__: {
            li__RJ3U=((__li__KMFK *)li__MBOM);
            li__HXPN(((__li__VTBD *)li__RJ3U->li__3RFK),li__RJ3U);
          } break;
          case __li__XOHL__: {
            li__LDMN(((__li__XOHL *)li__MBOM));
          } break;
          case __li__FPHL__: {
            li__TT4L(((__li__FPHL *)li__MBOM));
          } break;
          case __li__APLM__: {
            li__TGCQ(((__li__APLM *)li__MBOM));
          } break;
          case __li__DTNM__: {
            li__MFRO(((__li__DTNM *)li__MBOM));
          } break;
          case __li__JXNM__: {
            li__1W3R(((__li__JXNM *)li__MBOM));
          } break;
          case __li__21LO__: {
            li__T1IP(((__li__21LO *)li__MBOM));
          } break;
          case __li__TPOO__: {
            li__TJ3U=((__li__TPOO *)li__MBOM);
            li__IZFQ(((__li__DZB *)li__TJ3U->li__5IXO),li__TJ3U);
          } break;
          case __li__URRO__: {
            li__DK4R(((__li__URRO *)li__MBOM));
          } break;
          case __li__41XO__: {
            li__XGCQ(((__li__41XO *)li__MBOM));
          } break;
          case __li__AKBR__: {
            li__AYCS(((__li__AKBR *)li__MBOM));
          } break;
          case __li__SU5R__: {
            li__5XIS(((__li__SU5R *)li__MBOM));
          } break;
          case __li__JV5R__: {
            li__DYIS(((__li__JV5R *)li__MBOM));
          } break;
          };
        };
      };
    };
    li__AO3K=li__DRLV;
    /* __li__B__ __li__I__ */
if ((((void *)li__DRLV == (void *)NULL) && ((void *)li__GO3K != (void *)NULL))) {
      li__FRLV=NULL;
      /* __li__B__ __li__I__ */
if ((li__GO3K->li__2ZLE ==  0)) {
        li__FRLV=li__GO3K;
        li__LAOM=li__XN3K->li__MOWI.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LAOM)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__LAOM));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__LAOM));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__LAOM));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__LAOM));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__LAOM));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__LAOM));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__LAOM));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__LAOM));
        } break;
        case __li__KLWI__: {
          li__JJ3U=((__li__KMFK *)((__li__KLWI *)li__LAOM)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__JJ3U->li__3RFK),li__JJ3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__LAOM));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__LAOM));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__LAOM));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__LAOM));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__LAOM));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__LAOM));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__LAOM));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__LAOM));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__LAOM));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__LAOM));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__JJ3U=((__li__KMFK *)li__LAOM);
          li__HXPN(((__li__VTBD *)li__JJ3U->li__3RFK),li__JJ3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__LAOM));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__LAOM));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__LAOM));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__LAOM));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__LAOM));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__LAOM));
        } break;
        case __li__TPOO__: {
          li__LJ3U=((__li__TPOO *)li__LAOM);
          li__IZFQ(((__li__DZB *)li__LJ3U->li__5IXO),li__LJ3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__LAOM));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__LAOM));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__LAOM));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__LAOM));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__LAOM));
        } break;
        };
      };
      li__AO3K=li__FRLV;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__AO3K == (void *)NULL) && ((void *)li__JO3K != (void *)NULL))) {
      li__AO3K=NULL;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__AO3K == (void *)NULL)) {
    li__AO3K=li__XN3K;
  } else /* FALSE */ {
    li__S3NM=li__XN3K->li__MOWI.li__DNWI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AO3K)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__LOWI *)li__AO3K))->li__1K.li__0K.li__0CC=li__S3NM;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__LOWI *)li__AO3K))->li__BVBD.li__0CC=li__S3NM;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__LOWI *)li__AO3K))->li__LVBD.li__0K.li__0CC=li__S3NM;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__LOWI *)li__AO3K))->li__XVBD.li__0K.li__0CC=li__S3NM;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__S3NM;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__LOWI *)li__AO3K))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__S3NM;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__LOWI *)li__AO3K))->li__OTVI.li__NTVI.li__0CC=li__S3NM;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__LOWI *)li__AO3K))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__S3NM;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__LOWI *)li__AO3K))->li__ZTVI.li__NTVI.li__0CC=li__S3NM;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__LOWI *)li__AO3K))->li__T2VI.li__IVVI.li__0CC=li__S3NM;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__LOWI *)li__AO3K))->li__F3VI.li__IVVI.li__0CC=li__S3NM;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__LOWI *)li__AO3K))->li__LLWI.li__0CC=li__S3NM;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__LOWI *)li__AO3K))->li__VLWI.li__0CC=li__S3NM;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__LOWI *)li__AO3K))->li__OMWI.li__IVVI.li__0CC=li__S3NM;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__LOWI *)li__AO3K))->li__ENWI.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__LOWI *)li__AO3K))->li__YNWI.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)li__AO3K)->li__MOWI.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__LOWI *)li__AO3K))->li__APWI.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__LOWI *)li__AO3K))->li__UPWI.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__LOWI *)li__AO3K))->li__IQWI.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__LOWI *)li__AO3K))->li__BRWI.li__0CC=li__S3NM;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__LOWI *)li__AO3K))->li__VRWI.li__0CC=li__S3NM;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__LOWI *)li__AO3K))->li__NSWI.li__0CC=li__S3NM;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__LOWI *)li__AO3K))->li__FTWI.li__0CC=li__S3NM;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__LOWI *)li__AO3K))->li__NZWI.li__0K.li__0CC=li__S3NM;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__LOWI *)li__AO3K))->li__D0WI.li__0K.li__0CC=li__S3NM;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__LOWI *)li__AO3K))->li__N1WI.li__0K.li__0CC=li__S3NM;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__LOWI *)li__AO3K))->li__LMFK.li__0CC=li__S3NM;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__LOWI *)li__AO3K))->li__0OHL.li__ZOHL.li__0CC=li__S3NM;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__LOWI *)li__AO3K))->li__GPHL.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__LOWI *)li__AO3K))->li__BPLM.li__IVVI.li__0CC=li__S3NM;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__LOWI *)li__AO3K))->li__ETNM.li__ZOHL.li__0CC=li__S3NM;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__LOWI *)li__AO3K))->li__KXNM.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__LOWI *)li__AO3K))->li__31LO.li__0CC=li__S3NM;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__LOWI *)li__AO3K))->li__UPOO.li__0CC=li__S3NM;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__LOWI *)li__AO3K))->li__XRRO.li__WRRO.li__0CC=li__S3NM;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__LOWI *)li__AO3K))->li__51XO.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__LOWI *)li__AO3K))->li__BKBR.li__DNWI.li__0CC=li__S3NM;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__LOWI *)li__AO3K))->li__TU5R.li__IVVI.li__0CC=li__S3NM;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__LOWI *)li__AO3K))->li__KV5R.li__IVVI.li__0CC=li__S3NM;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__YN3K=li__AO3K;
  return(li__YN3K);
}

static void* li__AS3K(__li__5OWI *li__BS3K)
/* (Strict EXPR_AND{li__5OWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__ES3K;
  void *li__KS3K,*li__LS3K,*li__BEOM,*li__CEOM,*li__JEOM,*li__0JZN;
  void *li__CS3K;
  __li__WVBD *li__QS3K,*li__TS3K,*li__HRLV,*li__TJZN;
  __li__KMFK *li__3J3U,*li__BK3U;
  __li__TPOO *li__5J3U,*li__DK3U;
  __li__PO li__HW3K;
  __li__C li__EDOM,li__DEOM;
  li__ES3K=li__NHBK;
  li__KS3K=li__BS3K->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KS3K)->__id) {
  case __li__WK__: {
    li__LS3K=((__li__WK *)li__KS3K);
  } break;
  case __li__AVBD__: {
    li__LS3K=li__IVAJ(((__li__AVBD *)li__KS3K));
  } break;
  case __li__KVBD__: {
    li__LS3K=((__li__KVBD *)li__KS3K);
  } break;
  case __li__WVBD__: {
    li__LS3K=((__li__WVBD *)li__KS3K);
  } break;
  case __li__Z4WH__: {
    li__LS3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__LS3K=li__N4VK(((__li__KTVI *)li__KS3K));
  } break;
  case __li__LTVI__: {
    li__LS3K=li__AJAM(((__li__LTVI *)li__KS3K));
  } break;
  case __li__XTVI__: {
    li__LS3K=li__SEWK(((__li__XTVI *)li__KS3K));
  } break;
  case __li__YTVI__: {
    li__LS3K=li__0OAM(((__li__YTVI *)li__KS3K));
  } break;
  case __li__S2VI__: {
    li__LS3K=li__YU2K(((__li__S2VI *)li__KS3K));
  } break;
  case __li__E3VI__: {
    li__LS3K=li__CZ2K(((__li__E3VI *)li__KS3K));
  } break;
  case __li__KLWI__: {
    li__LS3K=li__M52K(((__li__KLWI *)li__KS3K));
  } break;
  case __li__ULWI__: {
    li__LS3K=((__li__ULWI *)li__KS3K);
  } break;
  case __li__NMWI__: {
    li__LS3K=li__YA3K(((__li__NMWI *)li__KS3K));
  } break;
  case __li__BNWI__: {
    li__LS3K=li__CF3K(((__li__BNWI *)li__KS3K));
  } break;
  case __li__XNWI__: {
    li__LS3K=li__MJ3K(((__li__XNWI *)li__KS3K));
  } break;
  case __li__LOWI__: {
    li__LS3K=li__WN3K(((__li__LOWI *)li__KS3K));
  } break;
  case __li__5OWI__: {
    li__LS3K=li__AS3K(((__li__5OWI *)li__KS3K));
  } break;
  case __li__TPWI__: {
    li__LS3K=li__KW3K(((__li__TPWI *)li__KS3K));
  } break;
  case __li__HQWI__: {
    li__LS3K=li__U03K(((__li__HQWI *)li__KS3K));
  } break;
  case __li__ARWI__: {
    li__LS3K=li__OQWK(((__li__ARWI *)li__KS3K));
  } break;
  case __li__URWI__: {
    li__LS3K=li__443K(((__li__URWI *)li__KS3K));
  } break;
  case __li__MSWI__: {
    li__LS3K=((__li__MSWI *)li__KS3K);
  } break;
  case __li__ETWI__: {
    li__LS3K=li__K53K(((__li__ETWI *)li__KS3K));
  } break;
  case __li__MZWI__: {
    li__LS3K=((__li__MZWI *)li__KS3K);
  } break;
  case __li__C0WI__: {
    li__LS3K=((__li__C0WI *)li__KS3K);
  } break;
  case __li__M1WI__: {
    li__LS3K=((__li__M1WI *)li__KS3K);
  } break;
  case __li__KMFK__: {
    li__LS3K=li__QF3L(((__li__KMFK *)li__KS3K));
  } break;
  case __li__XOHL__: {
    li__LS3K=li__P2NN(((__li__XOHL *)li__KS3K));
  } break;
  case __li__FPHL__: {
    li__LS3K=li__YUAM(((__li__FPHL *)li__KS3K));
  } break;
  case __li__APLM__: {
    li__LS3K=li__C3CQ(((__li__APLM *)li__KS3K));
  } break;
  case __li__DTNM__: {
    li__LS3K=li__3GSO(((__li__DTNM *)li__KS3K));
  } break;
  case __li__JXNM__: {
    li__LS3K=li__E03R(((__li__JXNM *)li__KS3K));
  } break;
  case __li__21LO__: {
    li__LS3K=li__H1JP(((__li__21LO *)li__KS3K));
  } break;
  case __li__TPOO__: {
    li__LS3K=li__Z5JP(((__li__TPOO *)li__KS3K));
  } break;
  case __li__URRO__: {
    li__LS3K=li__MH4R(((__li__URRO *)li__KS3K));
  } break;
  case __li__41XO__: {
    li__LS3K=li__MBDQ(((__li__41XO *)li__KS3K));
  } break;
  case __li__AKBR__: {
    li__LS3K=li__KMDS(((__li__AKBR *)li__KS3K));
  } break;
  case __li__SU5R__: {
    li__LS3K=li__1CJS(((__li__SU5R *)li__KS3K));
  } break;
  case __li__JV5R__: {
    li__LS3K=li__FHJS(((__li__JV5R *)li__KS3K));
  } break;
  };
  li__BS3K->li__APWI.li__MQBK=li__LS3K;
  li__KS3K=li__BS3K->li__APWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KS3K)->__id) {
  case __li__WK__: {
    li__LS3K=((__li__WK *)li__KS3K);
  } break;
  case __li__AVBD__: {
    li__LS3K=li__IVAJ(((__li__AVBD *)li__KS3K));
  } break;
  case __li__KVBD__: {
    li__LS3K=((__li__KVBD *)li__KS3K);
  } break;
  case __li__WVBD__: {
    li__LS3K=((__li__WVBD *)li__KS3K);
  } break;
  case __li__Z4WH__: {
    li__LS3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__LS3K=li__N4VK(((__li__KTVI *)li__KS3K));
  } break;
  case __li__LTVI__: {
    li__LS3K=li__AJAM(((__li__LTVI *)li__KS3K));
  } break;
  case __li__XTVI__: {
    li__LS3K=li__SEWK(((__li__XTVI *)li__KS3K));
  } break;
  case __li__YTVI__: {
    li__LS3K=li__0OAM(((__li__YTVI *)li__KS3K));
  } break;
  case __li__S2VI__: {
    li__LS3K=li__YU2K(((__li__S2VI *)li__KS3K));
  } break;
  case __li__E3VI__: {
    li__LS3K=li__CZ2K(((__li__E3VI *)li__KS3K));
  } break;
  case __li__KLWI__: {
    li__LS3K=li__M52K(((__li__KLWI *)li__KS3K));
  } break;
  case __li__ULWI__: {
    li__LS3K=((__li__ULWI *)li__KS3K);
  } break;
  case __li__NMWI__: {
    li__LS3K=li__YA3K(((__li__NMWI *)li__KS3K));
  } break;
  case __li__BNWI__: {
    li__LS3K=li__CF3K(((__li__BNWI *)li__KS3K));
  } break;
  case __li__XNWI__: {
    li__LS3K=li__MJ3K(((__li__XNWI *)li__KS3K));
  } break;
  case __li__LOWI__: {
    li__LS3K=li__WN3K(((__li__LOWI *)li__KS3K));
  } break;
  case __li__5OWI__: {
    li__LS3K=li__AS3K(((__li__5OWI *)li__KS3K));
  } break;
  case __li__TPWI__: {
    li__LS3K=li__KW3K(((__li__TPWI *)li__KS3K));
  } break;
  case __li__HQWI__: {
    li__LS3K=li__U03K(((__li__HQWI *)li__KS3K));
  } break;
  case __li__ARWI__: {
    li__LS3K=li__OQWK(((__li__ARWI *)li__KS3K));
  } break;
  case __li__URWI__: {
    li__LS3K=li__443K(((__li__URWI *)li__KS3K));
  } break;
  case __li__MSWI__: {
    li__LS3K=((__li__MSWI *)li__KS3K);
  } break;
  case __li__ETWI__: {
    li__LS3K=li__K53K(((__li__ETWI *)li__KS3K));
  } break;
  case __li__MZWI__: {
    li__LS3K=((__li__MZWI *)li__KS3K);
  } break;
  case __li__C0WI__: {
    li__LS3K=((__li__C0WI *)li__KS3K);
  } break;
  case __li__M1WI__: {
    li__LS3K=((__li__M1WI *)li__KS3K);
  } break;
  case __li__KMFK__: {
    li__LS3K=li__QF3L(((__li__KMFK *)li__KS3K));
  } break;
  case __li__XOHL__: {
    li__LS3K=li__P2NN(((__li__XOHL *)li__KS3K));
  } break;
  case __li__FPHL__: {
    li__LS3K=li__YUAM(((__li__FPHL *)li__KS3K));
  } break;
  case __li__APLM__: {
    li__LS3K=li__C3CQ(((__li__APLM *)li__KS3K));
  } break;
  case __li__DTNM__: {
    li__LS3K=li__3GSO(((__li__DTNM *)li__KS3K));
  } break;
  case __li__JXNM__: {
    li__LS3K=li__E03R(((__li__JXNM *)li__KS3K));
  } break;
  case __li__21LO__: {
    li__LS3K=li__H1JP(((__li__21LO *)li__KS3K));
  } break;
  case __li__TPOO__: {
    li__LS3K=li__Z5JP(((__li__TPOO *)li__KS3K));
  } break;
  case __li__URRO__: {
    li__LS3K=li__MH4R(((__li__URRO *)li__KS3K));
  } break;
  case __li__41XO__: {
    li__LS3K=li__MBDQ(((__li__41XO *)li__KS3K));
  } break;
  case __li__AKBR__: {
    li__LS3K=li__KMDS(((__li__AKBR *)li__KS3K));
  } break;
  case __li__SU5R__: {
    li__LS3K=li__1CJS(((__li__SU5R *)li__KS3K));
  } break;
  case __li__JV5R__: {
    li__LS3K=li__FHJS(((__li__JV5R *)li__KS3K));
  } break;
  };
  li__BS3K->li__APWI.li__QQBK=li__LS3K;
  li__KS3K=li__BS3K->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__KS3K==NULL) {
    li__QS3K=NULL;
  } else {
    if (((struct ___OBJ *)li__KS3K)->__id==__li__WVBD__) {
      li__QS3K=((void *)li__KS3K);
    } else /* Other types */ {
      li__QS3K=NULL;
    }
  };
  li__KS3K=li__BS3K->li__APWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__KS3K==NULL) {
    li__TS3K=NULL;
  } else {
    if (((struct ___OBJ *)li__KS3K)->__id==__li__WVBD__) {
      li__TS3K=((void *)li__KS3K);
    } else /* Other types */ {
      li__TS3K=NULL;
    }
  };
  li__KS3K=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__QS3K != (void *)NULL)) {
    li__LS3K=NULL;
    li__EDOM=li__22DQ(((__li__WVBD *)li__QS3K));
    /* __li__B__ __li__I__ */
if (li__EDOM) {
      li__LS3K=li__BS3K->li__APWI.li__QQBK;
    };
    li__KS3K=li__LS3K;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__KS3K == (void *)NULL) && ((void *)li__TS3K != (void *)NULL))) {
    li__LS3K=NULL;
    li__EDOM=li__22DQ(((__li__WVBD *)li__TS3K));
    /* __li__B__ __li__I__ */
if (li__EDOM) {
      li__LS3K=li__BS3K->li__APWI.li__MQBK;
    };
    li__KS3K=li__LS3K;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__KS3K == (void *)NULL) && ((void *)li__TS3K != (void *)NULL)) && ((void *)li__QS3K != (void *)NULL))) {
    li__HRLV=((__li__WVBD *)li__QS3K);
    li__HRLV->li__2ZLE=(__li__UJG)(li__QS3K->li__2ZLE & li__TS3K->li__2ZLE);
    li__JOSE(li__HRLV);
    li__KS3K=li__QS3K;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__KS3K == (void *)NULL) && (li__ES3K == li__NHBK))) {
    li__LS3K=NULL;
    li__BEOM=li__BS3K->li__APWI.li__MQBK;
    li__CEOM=li__BS3K->li__APWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BEOM)->__id) {
    case __li__WK__: {
      li__DEOM=li__5GXM(((__li__WK *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__DEOM=li__I__;
    } break;
    case __li__KVBD__: {
      li__DEOM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__WVBD__: {
      li__DEOM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__KTVI__: {
      li__DEOM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__LTVI__: {
      li__DEOM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__XTVI__: {
      li__DEOM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__YTVI__: {
      li__DEOM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__S2VI__: {
      li__DEOM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__E3VI__: {
      li__DEOM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__NMWI__: {
      li__DEOM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__BNWI__: {
      li__DEOM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__XNWI__: {
      li__DEOM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__LOWI__: {
      li__DEOM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__5OWI__: {
      li__DEOM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__TPWI__: {
      li__DEOM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__HQWI__: {
      li__DEOM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__MZWI__: {
      li__DEOM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__C0WI__: {
      li__DEOM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__M1WI__: {
      li__DEOM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__KMFK__: {
      li__DEOM=li__YRXM(((__li__KMFK *)li__BEOM),li__CEOM);
    } break;
    case __li__XOHL__: {
      li__DEOM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__FPHL__: {
      li__DEOM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__APLM__: {
      li__DEOM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__DTNM__: {
      li__DEOM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__JXNM__: {
      li__DEOM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__21LO__: {
      li__DEOM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__TPOO__: {
      li__DEOM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__URRO__: {
      li__DEOM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__41XO__: {
      li__DEOM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__AKBR__: {
      li__DEOM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__SU5R__: {
      li__DEOM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    case __li__JV5R__: {
      li__DEOM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__BEOM)),li__CEOM);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__DEOM) {
      li__JEOM=li__BS3K->li__APWI.li__QQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JEOM)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__JEOM));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__JEOM));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__JEOM));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__JEOM));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__JEOM));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__JEOM));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__JEOM));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__JEOM));
      } break;
      case __li__KLWI__: {
        li__3J3U=((__li__KMFK *)((__li__KLWI *)li__JEOM)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__3J3U->li__3RFK),li__3J3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__JEOM));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__JEOM));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__JEOM));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__JEOM));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__JEOM));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__JEOM));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__JEOM));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__JEOM));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__JEOM));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__JEOM));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__3J3U=((__li__KMFK *)li__JEOM);
        li__HXPN(((__li__VTBD *)li__3J3U->li__3RFK),li__3J3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__JEOM));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__JEOM));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__JEOM));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__JEOM));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__JEOM));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__JEOM));
      } break;
      case __li__TPOO__: {
        li__5J3U=((__li__TPOO *)li__JEOM);
        li__IZFQ(((__li__DZB *)li__5J3U->li__5IXO),li__5J3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__JEOM));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__JEOM));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__JEOM));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__JEOM));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__JEOM));
      } break;
      };
      li__LS3K=li__BS3K->li__APWI.li__MQBK;
    };
    li__KS3K=li__LS3K;
    /* __li__B__ __li__I__ */
if ((((void *)li__LS3K == (void *)NULL) && ((void *)li__QS3K != (void *)NULL))) {
      li__TJZN=NULL;
      /* __li__B__ __li__I__ */
if ((li__QS3K->li__2ZLE ==  0)) {
        li__TJZN=li__QS3K;
        li__0JZN=li__BS3K->li__APWI.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__0JZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__0JZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__0JZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__0JZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__0JZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__0JZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__0JZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__0JZN));
        } break;
        case __li__KLWI__: {
          li__BK3U=((__li__KMFK *)((__li__KLWI *)li__0JZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__BK3U->li__3RFK),li__BK3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__0JZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__0JZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__0JZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__0JZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__0JZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__0JZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__0JZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__0JZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__0JZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__0JZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__BK3U=((__li__KMFK *)li__0JZN);
          li__HXPN(((__li__VTBD *)li__BK3U->li__3RFK),li__BK3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__0JZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__0JZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__0JZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__0JZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__0JZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__0JZN));
        } break;
        case __li__TPOO__: {
          li__DK3U=((__li__TPOO *)li__0JZN);
          li__IZFQ(((__li__DZB *)li__DK3U->li__5IXO),li__DK3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__0JZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__0JZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__0JZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__0JZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__0JZN));
        } break;
        };
      };
      li__KS3K=li__TJZN;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__KS3K == (void *)NULL) && ((void *)li__TS3K != (void *)NULL))) {
      li__TJZN=NULL;
      /* __li__B__ __li__I__ */
if ((li__TS3K->li__2ZLE ==  0)) {
        li__TJZN=li__TS3K;
        li__0JZN=li__BS3K->li__APWI.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__0JZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__0JZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__0JZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__0JZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__0JZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__0JZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__0JZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__0JZN));
        } break;
        case __li__KLWI__: {
          li__BK3U=((__li__KMFK *)((__li__KLWI *)li__0JZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__BK3U->li__3RFK),li__BK3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__0JZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__0JZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__0JZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__0JZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__0JZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__0JZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__0JZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__0JZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__0JZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__0JZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__BK3U=((__li__KMFK *)li__0JZN);
          li__HXPN(((__li__VTBD *)li__BK3U->li__3RFK),li__BK3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__0JZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__0JZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__0JZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__0JZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__0JZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__0JZN));
        } break;
        case __li__TPOO__: {
          li__DK3U=((__li__TPOO *)li__0JZN);
          li__IZFQ(((__li__DZB *)li__DK3U->li__5IXO),li__DK3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__0JZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__0JZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__0JZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__0JZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__0JZN));
        } break;
        };
      };
      li__KS3K=li__TJZN;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__KS3K == (void *)NULL)) {
    li__KS3K=li__BS3K;
  } else /* FALSE */ {
    li__HW3K=li__BS3K->li__APWI.li__DNWI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KS3K)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__5OWI *)li__KS3K))->li__1K.li__0K.li__0CC=li__HW3K;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__5OWI *)li__KS3K))->li__BVBD.li__0CC=li__HW3K;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__5OWI *)li__KS3K))->li__LVBD.li__0K.li__0CC=li__HW3K;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__5OWI *)li__KS3K))->li__XVBD.li__0K.li__0CC=li__HW3K;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__HW3K;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__5OWI *)li__KS3K))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__HW3K;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__5OWI *)li__KS3K))->li__OTVI.li__NTVI.li__0CC=li__HW3K;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__5OWI *)li__KS3K))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__HW3K;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__5OWI *)li__KS3K))->li__ZTVI.li__NTVI.li__0CC=li__HW3K;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__5OWI *)li__KS3K))->li__T2VI.li__IVVI.li__0CC=li__HW3K;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__5OWI *)li__KS3K))->li__F3VI.li__IVVI.li__0CC=li__HW3K;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__5OWI *)li__KS3K))->li__LLWI.li__0CC=li__HW3K;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__5OWI *)li__KS3K))->li__VLWI.li__0CC=li__HW3K;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__5OWI *)li__KS3K))->li__OMWI.li__IVVI.li__0CC=li__HW3K;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__5OWI *)li__KS3K))->li__ENWI.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__5OWI *)li__KS3K))->li__YNWI.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__5OWI *)li__KS3K))->li__MOWI.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)li__KS3K)->li__APWI.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__5OWI *)li__KS3K))->li__UPWI.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__5OWI *)li__KS3K))->li__IQWI.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__5OWI *)li__KS3K))->li__BRWI.li__0CC=li__HW3K;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__5OWI *)li__KS3K))->li__VRWI.li__0CC=li__HW3K;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__5OWI *)li__KS3K))->li__NSWI.li__0CC=li__HW3K;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__5OWI *)li__KS3K))->li__FTWI.li__0CC=li__HW3K;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__5OWI *)li__KS3K))->li__NZWI.li__0K.li__0CC=li__HW3K;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__5OWI *)li__KS3K))->li__D0WI.li__0K.li__0CC=li__HW3K;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__5OWI *)li__KS3K))->li__N1WI.li__0K.li__0CC=li__HW3K;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__5OWI *)li__KS3K))->li__LMFK.li__0CC=li__HW3K;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__5OWI *)li__KS3K))->li__0OHL.li__ZOHL.li__0CC=li__HW3K;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__5OWI *)li__KS3K))->li__GPHL.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__5OWI *)li__KS3K))->li__BPLM.li__IVVI.li__0CC=li__HW3K;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__5OWI *)li__KS3K))->li__ETNM.li__ZOHL.li__0CC=li__HW3K;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__5OWI *)li__KS3K))->li__KXNM.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__5OWI *)li__KS3K))->li__31LO.li__0CC=li__HW3K;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__5OWI *)li__KS3K))->li__UPOO.li__0CC=li__HW3K;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__5OWI *)li__KS3K))->li__XRRO.li__WRRO.li__0CC=li__HW3K;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__5OWI *)li__KS3K))->li__51XO.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__5OWI *)li__KS3K))->li__BKBR.li__DNWI.li__0CC=li__HW3K;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__5OWI *)li__KS3K))->li__TU5R.li__IVVI.li__0CC=li__HW3K;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__5OWI *)li__KS3K))->li__KV5R.li__IVVI.li__0CC=li__HW3K;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__CS3K=li__KS3K;
  return(li__CS3K);
}

static void* li__KW3K(__li__TPWI *li__LW3K)
/* (Strict EXPR_SHIFT_R{li__TPWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__OW3K;
  void *li__UW3K,*li__VW3K,*li__YKZN,*li__ILZN,*li__MW3K;
  __li__WVBD *li__0W3K,*li__3W3K,*li__KRLV,*li__ORLV;
  __li__PO li__PCXN,li__1LZN;
  __li__KMFK *li__JK3U,*li__NK3U;
  __li__TPOO *li__LK3U,*li__PK3U;
  __li__5RB *li__5LZN;
  __li__C li__0KZN;
  li__OW3K=li__NHBK;
  li__UW3K=li__LW3K->li__UPWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UW3K)->__id) {
  case __li__WK__: {
    li__VW3K=((__li__WK *)li__UW3K);
  } break;
  case __li__AVBD__: {
    li__VW3K=li__IVAJ(((__li__AVBD *)li__UW3K));
  } break;
  case __li__KVBD__: {
    li__VW3K=((__li__KVBD *)li__UW3K);
  } break;
  case __li__WVBD__: {
    li__VW3K=((__li__WVBD *)li__UW3K);
  } break;
  case __li__Z4WH__: {
    li__VW3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__VW3K=li__N4VK(((__li__KTVI *)li__UW3K));
  } break;
  case __li__LTVI__: {
    li__VW3K=li__AJAM(((__li__LTVI *)li__UW3K));
  } break;
  case __li__XTVI__: {
    li__VW3K=li__SEWK(((__li__XTVI *)li__UW3K));
  } break;
  case __li__YTVI__: {
    li__VW3K=li__0OAM(((__li__YTVI *)li__UW3K));
  } break;
  case __li__S2VI__: {
    li__VW3K=li__YU2K(((__li__S2VI *)li__UW3K));
  } break;
  case __li__E3VI__: {
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  case __li__BNWI__: {
    li__VW3K=li__CF3K(((__li__BNWI *)li__UW3K));
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  case __li__XNWI__: {
    li__VW3K=li__MJ3K(((__li__XNWI *)li__UW3K));
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  case __li__LOWI__: {
    li__VW3K=li__WN3K(((__li__LOWI *)li__UW3K));
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  case __li__5OWI__: {
    li__VW3K=li__AS3K(((__li__5OWI *)li__UW3K));
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    li__VW3K=li__KW3K(((__li__TPWI *)li__UW3K));
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  case __li__HQWI__: {
    li__VW3K=li__U03K(((__li__HQWI *)li__UW3K));
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  case __li__ARWI__: {
    li__VW3K=li__OQWK(((__li__ARWI *)li__UW3K));
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  case __li__URWI__: {
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  case __li__MSWI__: {
    li__VW3K=((__li__MSWI *)li__UW3K);
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  case __li__ETWI__: {
    li__VW3K=li__K53K(((__li__ETWI *)li__UW3K));
  } break;
  case __li__MZWI__: {
    li__VW3K=((__li__MZWI *)li__UW3K);
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  case __li__C0WI__: {
    li__VW3K=((__li__C0WI *)li__UW3K);
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  case __li__M1WI__: {
    li__VW3K=((__li__M1WI *)li__UW3K);
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  case __li__KMFK__: {
    li__VW3K=li__QF3L(((__li__KMFK *)li__UW3K));
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  case __li__XOHL__: {
    li__VW3K=li__P2NN(((__li__XOHL *)li__UW3K));
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  case __li__FPHL__: {
    li__VW3K=li__YUAM(((__li__FPHL *)li__UW3K));
  } break;
  case __li__APLM__: {
    li__VW3K=li__C3CQ(((__li__APLM *)li__UW3K));
  } break;
  case __li__DTNM__: {
    li__VW3K=li__3GSO(((__li__DTNM *)li__UW3K));
  } break;
  case __li__JXNM__: {
    li__VW3K=li__E03R(((__li__JXNM *)li__UW3K));
  } break;
  case __li__21LO__: {
    li__VW3K=li__H1JP(((__li__21LO *)li__UW3K));
  } break;
  case __li__TPOO__: {
    li__VW3K=li__Z5JP(((__li__TPOO *)li__UW3K));
  } break;
  case __li__URRO__: {
    li__VW3K=li__MH4R(((__li__URRO *)li__UW3K));
  } break;
  case __li__41XO__: {
    li__VW3K=li__MBDQ(((__li__41XO *)li__UW3K));
  } break;
  case __li__AKBR__: {
    li__VW3K=li__KMDS(((__li__AKBR *)li__UW3K));
  } break;
  case __li__SU5R__: {
    li__VW3K=li__1CJS(((__li__SU5R *)li__UW3K));
  } break;
  case __li__JV5R__: {
    li__VW3K=li__FHJS(((__li__JV5R *)li__UW3K));
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  li__LW3K->li__UPWI.li__MQBK=li__VW3K;
  li__UW3K=li__LW3K->li__UPWI.li__QQBK;
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switch (((struct ___OBJ *)li__UW3K)->__id) {
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    li__VW3K=((__li__WK *)li__UW3K);
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  case __li__AVBD__: {
    li__VW3K=li__IVAJ(((__li__AVBD *)li__UW3K));
  } break;
  case __li__KVBD__: {
    li__VW3K=((__li__KVBD *)li__UW3K);
  } break;
  case __li__WVBD__: {
    li__VW3K=((__li__WVBD *)li__UW3K);
  } break;
  case __li__Z4WH__: {
    li__VW3K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__VW3K=li__N4VK(((__li__KTVI *)li__UW3K));
  } break;
  case __li__LTVI__: {
    li__VW3K=li__AJAM(((__li__LTVI *)li__UW3K));
  } break;
  case __li__XTVI__: {
    li__VW3K=li__SEWK(((__li__XTVI *)li__UW3K));
  } break;
  case __li__YTVI__: {
    li__VW3K=li__0OAM(((__li__YTVI *)li__UW3K));
  } break;
  case __li__S2VI__: {
    li__VW3K=li__YU2K(((__li__S2VI *)li__UW3K));
  } break;
  case __li__E3VI__: {
    li__VW3K=li__CZ2K(((__li__E3VI *)li__UW3K));
  } break;
  case __li__KLWI__: {
    li__VW3K=li__M52K(((__li__KLWI *)li__UW3K));
  } break;
  case __li__ULWI__: {
    li__VW3K=((__li__ULWI *)li__UW3K);
  } break;
  case __li__NMWI__: {
    li__VW3K=li__YA3K(((__li__NMWI *)li__UW3K));
  } break;
  case __li__BNWI__: {
    li__VW3K=li__CF3K(((__li__BNWI *)li__UW3K));
  } break;
  case __li__XNWI__: {
    li__VW3K=li__MJ3K(((__li__XNWI *)li__UW3K));
  } break;
  case __li__LOWI__: {
    li__VW3K=li__WN3K(((__li__LOWI *)li__UW3K));
  } break;
  case __li__5OWI__: {
    li__VW3K=li__AS3K(((__li__5OWI *)li__UW3K));
  } break;
  case __li__TPWI__: {
    li__VW3K=li__KW3K(((__li__TPWI *)li__UW3K));
  } break;
  case __li__HQWI__: {
    li__VW3K=li__U03K(((__li__HQWI *)li__UW3K));
  } break;
  case __li__ARWI__: {
    li__VW3K=li__OQWK(((__li__ARWI *)li__UW3K));
  } break;
  case __li__URWI__: {
    li__VW3K=li__443K(((__li__URWI *)li__UW3K));
  } break;
  case __li__MSWI__: {
    li__VW3K=((__li__MSWI *)li__UW3K);
  } break;
  case __li__ETWI__: {
    li__VW3K=li__K53K(((__li__ETWI *)li__UW3K));
  } break;
  case __li__MZWI__: {
    li__VW3K=((__li__MZWI *)li__UW3K);
  } break;
  case __li__C0WI__: {
    li__VW3K=((__li__C0WI *)li__UW3K);
  } break;
  case __li__M1WI__: {
    li__VW3K=((__li__M1WI *)li__UW3K);
  } break;
  case __li__KMFK__: {
    li__VW3K=li__QF3L(((__li__KMFK *)li__UW3K));
  } break;
  case __li__XOHL__: {
    li__VW3K=li__P2NN(((__li__XOHL *)li__UW3K));
  } break;
  case __li__FPHL__: {
    li__VW3K=li__YUAM(((__li__FPHL *)li__UW3K));
  } break;
  case __li__APLM__: {
    li__VW3K=li__C3CQ(((__li__APLM *)li__UW3K));
  } break;
  case __li__DTNM__: {
    li__VW3K=li__3GSO(((__li__DTNM *)li__UW3K));
  } break;
  case __li__JXNM__: {
    li__VW3K=li__E03R(((__li__JXNM *)li__UW3K));
  } break;
  case __li__21LO__: {
    li__VW3K=li__H1JP(((__li__21LO *)li__UW3K));
  } break;
  case __li__TPOO__: {
    li__VW3K=li__Z5JP(((__li__TPOO *)li__UW3K));
  } break;
  case __li__URRO__: {
    li__VW3K=li__MH4R(((__li__URRO *)li__UW3K));
  } break;
  case __li__41XO__: {
    li__VW3K=li__MBDQ(((__li__41XO *)li__UW3K));
  } break;
  case __li__AKBR__: {
    li__VW3K=li__KMDS(((__li__AKBR *)li__UW3K));
  } break;
  case __li__SU5R__: {
    li__VW3K=li__1CJS(((__li__SU5R *)li__UW3K));
  } break;
  case __li__JV5R__: {
    li__VW3K=li__FHJS(((__li__JV5R *)li__UW3K));
  } break;
  };
  li__LW3K->li__UPWI.li__QQBK=li__VW3K;
  li__UW3K=li__LW3K->li__UPWI.li__MQBK;
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if (li__UW3K==NULL) {
    li__0W3K=NULL;
  } else {
    if (((struct ___OBJ *)li__UW3K)->__id==__li__WVBD__) {
      li__0W3K=((void *)li__UW3K);
    } else /* Other types */ {
      li__0W3K=NULL;
    }
  };
  li__UW3K=li__LW3K->li__UPWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__UW3K==NULL) {
    li__3W3K=NULL;
  } else {
    if (((struct ___OBJ *)li__UW3K)->__id==__li__WVBD__) {
      li__3W3K=((void *)li__UW3K);
    } else /* Other types */ {
      li__3W3K=NULL;
    }
  };
  li__UW3K=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__0W3K != (void *)NULL)) {
    li__UW3K=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__UW3K == (void *)NULL) && ((void *)li__3W3K != (void *)NULL))) {
    li__VW3K=NULL;
    /* __li__B__ __li__I__ */
if ((li__3W3K->li__2ZLE ==  0)) {
      li__VW3K=li__LW3K->li__UPWI.li__MQBK;
    };
    li__UW3K=li__VW3K;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__UW3K == (void *)NULL) && ((void *)li__3W3K != (void *)NULL)) && ((void *)li__0W3K != (void *)NULL))) {
    /* __li__B__ __li__I__ */
if ((li__3W3K->li__2ZLE <  0)) {
      li__PCXN=li__LW3K->li__UPWI.li__DNWI.li__0CC;
      li__K4E( 2,(&__string_684));
      li__V5E(li__PCXN);
      li__ODF();
      li__KRLV=((__li__WVBD *)li__0W3K);
      li__KRLV->li__2ZLE= 0;
      li__JOSE(li__KRLV);
    } else /* FALSE */ {
      li__KRLV=((__li__WVBD *)li__0W3K);
      li__KRLV->li__2ZLE=(__li__UJG)(li__0W3K->li__2ZLE >> ((__li__K )li__3W3K->li__2ZLE));
      li__JOSE(li__KRLV);
    };
    li__UW3K=li__0W3K;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__UW3K == (void *)NULL) && (li__OW3K == li__NHBK))) {
    li__UW3K=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__0W3K != (void *)NULL)) {
      li__KRLV=NULL;
      /* __li__B__ __li__I__ */
if ((li__0W3K->li__2ZLE ==  0)) {
        li__KRLV=li__0W3K;
        li__YKZN=li__LW3K->li__UPWI.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YKZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__YKZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__YKZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__YKZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__YKZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__YKZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__YKZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__YKZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__YKZN));
        } break;
        case __li__KLWI__: {
          li__JK3U=((__li__KMFK *)((__li__KLWI *)li__YKZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__JK3U->li__3RFK),li__JK3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__YKZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__YKZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__YKZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__YKZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__YKZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__YKZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__YKZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__YKZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__YKZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__YKZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__JK3U=((__li__KMFK *)li__YKZN);
          li__HXPN(((__li__VTBD *)li__JK3U->li__3RFK),li__JK3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__YKZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__YKZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__YKZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__YKZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__YKZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__YKZN));
        } break;
        case __li__TPOO__: {
          li__LK3U=((__li__TPOO *)li__YKZN);
          li__IZFQ(((__li__DZB *)li__LK3U->li__5IXO),li__LK3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__YKZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__YKZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__YKZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__YKZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__YKZN));
        } break;
        };
        li__0KZN=li__B__;
      } else /* FALSE */ {
        li__0KZN=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__0KZN)) {
        /* __li__B__ __li__I__ */
if ((li__0W3K->li__2ZLE == (__li__K)(-  1))) {
          li__KRLV=li__0W3K;
          li__ILZN=li__LW3K->li__UPWI.li__QQBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ILZN)->__id) {
          case __li__WK__:  break;
          case __li__AVBD__: {
            li__PSNI(((__li__AVBD *)li__ILZN));
          } break;
          case __li__KVBD__:  break;
          case __li__WVBD__:  break;
          case __li__Z4WH__: {
            li__JNDK(((__li__Z4WH *)li__ILZN));
          } break;
          case __li__KTVI__: {
            li__0NDK(((__li__KTVI *)li__ILZN));
          } break;
          case __li__LTVI__: {
            li__XL1L(((__li__LTVI *)li__ILZN));
          } break;
          case __li__XTVI__: {
            li__5NDK(((__li__XTVI *)li__ILZN));
          } break;
          case __li__YTVI__: {
            li__1L1L(((__li__YTVI *)li__ILZN));
          } break;
          case __li__S2VI__: {
            li__DODK(((__li__S2VI *)li__ILZN));
          } break;
          case __li__E3VI__: {
            li__HODK(((__li__E3VI *)li__ILZN));
          } break;
          case __li__KLWI__: {
            li__NK3U=((__li__KMFK *)((__li__KLWI *)li__ILZN)->li__ZPBK);
            li__HXPN(((__li__VTBD *)li__NK3U->li__3RFK),li__NK3U);
          } break;
          case __li__ULWI__:  break;
          case __li__NMWI__: {
            li__QODK(((__li__NMWI *)li__ILZN));
          } break;
          case __li__BNWI__: {
            li__UODK(((__li__BNWI *)li__ILZN));
          } break;
          case __li__XNWI__: {
            li__YODK(((__li__XNWI *)li__ILZN));
          } break;
          case __li__LOWI__: {
            li__2ODK(((__li__LOWI *)li__ILZN));
          } break;
          case __li__5OWI__: {
            li__APDK(((__li__5OWI *)li__ILZN));
          } break;
          case __li__TPWI__: {
            li__EPDK(((__li__TPWI *)li__ILZN));
          } break;
          case __li__HQWI__: {
            li__IPDK(((__li__HQWI *)li__ILZN));
          } break;
          case __li__ARWI__: {
            li__MPDK(((__li__ARWI *)li__ILZN));
          } break;
          case __li__URWI__: {
            li__NQDK(((__li__URWI *)li__ILZN));
          } break;
          case __li__MSWI__:  break;
          case __li__ETWI__: {
            li__TQDK(((__li__ETWI *)li__ILZN));
          } break;
          case __li__MZWI__:  break;
          case __li__C0WI__:  break;
          case __li__M1WI__:  break;
          case __li__KMFK__: {
            li__NK3U=((__li__KMFK *)li__ILZN);
            li__HXPN(((__li__VTBD *)li__NK3U->li__3RFK),li__NK3U);
          } break;
          case __li__XOHL__: {
            li__LDMN(((__li__XOHL *)li__ILZN));
          } break;
          case __li__FPHL__: {
            li__TT4L(((__li__FPHL *)li__ILZN));
          } break;
          case __li__APLM__: {
            li__TGCQ(((__li__APLM *)li__ILZN));
          } break;
          case __li__DTNM__: {
            li__MFRO(((__li__DTNM *)li__ILZN));
          } break;
          case __li__JXNM__: {
            li__1W3R(((__li__JXNM *)li__ILZN));
          } break;
          case __li__21LO__: {
            li__T1IP(((__li__21LO *)li__ILZN));
          } break;
          case __li__TPOO__: {
            li__PK3U=((__li__TPOO *)li__ILZN);
            li__IZFQ(((__li__DZB *)li__PK3U->li__5IXO),li__PK3U);
          } break;
          case __li__URRO__: {
            li__DK4R(((__li__URRO *)li__ILZN));
          } break;
          case __li__41XO__: {
            li__XGCQ(((__li__41XO *)li__ILZN));
          } break;
          case __li__AKBR__: {
            li__AYCS(((__li__AKBR *)li__ILZN));
          } break;
          case __li__SU5R__: {
            li__5XIS(((__li__SU5R *)li__ILZN));
          } break;
          case __li__JV5R__: {
            li__DYIS(((__li__JV5R *)li__ILZN));
          } break;
          };
        };
      };
      li__UW3K=li__KRLV;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__UW3K == (void *)NULL) && ((void *)li__3W3K != (void *)NULL))) {
      li__KRLV=NULL;
      /* __li__B__ __li__I__ */
if ((li__3W3K->li__2ZLE <  0)) {
        li__1LZN=li__LW3K->li__UPWI.li__DNWI.li__0CC;
        li__K4E( 2,(&__string_684));
        li__V5E(li__1LZN);
        li__ODF();
        li__ORLV=((__li__WVBD *)li__3W3K);
        li__ORLV->li__2ZLE= 0;
        li__JOSE(li__ORLV);
        li__5LZN=li__XWEK(li__LW3K);
        li__ORLV=((__li__WVBD *)li__3W3K);
        li__ORLV->li__XVBD.li__WZLE=li__5LZN;
        li__JOSE(li__ORLV);
        li__KRLV=li__3W3K;
        li__YKZN=li__LW3K->li__UPWI.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YKZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__YKZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__YKZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__YKZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__YKZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__YKZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__YKZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__YKZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__YKZN));
        } break;
        case __li__KLWI__: {
          li__JK3U=((__li__KMFK *)((__li__KLWI *)li__YKZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__JK3U->li__3RFK),li__JK3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__YKZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__YKZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__YKZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__YKZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__YKZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__YKZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__YKZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__YKZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__YKZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__YKZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__JK3U=((__li__KMFK *)li__YKZN);
          li__HXPN(((__li__VTBD *)li__JK3U->li__3RFK),li__JK3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__YKZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__YKZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__YKZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__YKZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__YKZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__YKZN));
        } break;
        case __li__TPOO__: {
          li__LK3U=((__li__TPOO *)li__YKZN);
          li__IZFQ(((__li__DZB *)li__LK3U->li__5IXO),li__LK3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__YKZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__YKZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__YKZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__YKZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__YKZN));
        } break;
        };
      };
      li__UW3K=li__KRLV;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__UW3K == (void *)NULL)) {
    li__UW3K=li__LW3K;
  } else /* FALSE */ {
    li__PCXN=li__LW3K->li__UPWI.li__DNWI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UW3K)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__TPWI *)li__UW3K))->li__1K.li__0K.li__0CC=li__PCXN;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__TPWI *)li__UW3K))->li__BVBD.li__0CC=li__PCXN;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__TPWI *)li__UW3K))->li__LVBD.li__0K.li__0CC=li__PCXN;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__TPWI *)li__UW3K))->li__XVBD.li__0K.li__0CC=li__PCXN;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__PCXN;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__TPWI *)li__UW3K))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__PCXN;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__TPWI *)li__UW3K))->li__OTVI.li__NTVI.li__0CC=li__PCXN;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__TPWI *)li__UW3K))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__PCXN;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__TPWI *)li__UW3K))->li__ZTVI.li__NTVI.li__0CC=li__PCXN;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__TPWI *)li__UW3K))->li__T2VI.li__IVVI.li__0CC=li__PCXN;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__TPWI *)li__UW3K))->li__F3VI.li__IVVI.li__0CC=li__PCXN;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__TPWI *)li__UW3K))->li__LLWI.li__0CC=li__PCXN;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__TPWI *)li__UW3K))->li__VLWI.li__0CC=li__PCXN;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__TPWI *)li__UW3K))->li__OMWI.li__IVVI.li__0CC=li__PCXN;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__TPWI *)li__UW3K))->li__ENWI.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__TPWI *)li__UW3K))->li__YNWI.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__TPWI *)li__UW3K))->li__MOWI.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__TPWI *)li__UW3K))->li__APWI.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)li__UW3K)->li__UPWI.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__TPWI *)li__UW3K))->li__IQWI.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__TPWI *)li__UW3K))->li__BRWI.li__0CC=li__PCXN;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__TPWI *)li__UW3K))->li__VRWI.li__0CC=li__PCXN;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__TPWI *)li__UW3K))->li__NSWI.li__0CC=li__PCXN;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__TPWI *)li__UW3K))->li__FTWI.li__0CC=li__PCXN;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__TPWI *)li__UW3K))->li__NZWI.li__0K.li__0CC=li__PCXN;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__TPWI *)li__UW3K))->li__D0WI.li__0K.li__0CC=li__PCXN;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__TPWI *)li__UW3K))->li__N1WI.li__0K.li__0CC=li__PCXN;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__TPWI *)li__UW3K))->li__LMFK.li__0CC=li__PCXN;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__TPWI *)li__UW3K))->li__0OHL.li__ZOHL.li__0CC=li__PCXN;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__TPWI *)li__UW3K))->li__GPHL.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__TPWI *)li__UW3K))->li__BPLM.li__IVVI.li__0CC=li__PCXN;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__TPWI *)li__UW3K))->li__ETNM.li__ZOHL.li__0CC=li__PCXN;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__TPWI *)li__UW3K))->li__KXNM.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__TPWI *)li__UW3K))->li__31LO.li__0CC=li__PCXN;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__TPWI *)li__UW3K))->li__UPOO.li__0CC=li__PCXN;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__TPWI *)li__UW3K))->li__XRRO.li__WRRO.li__0CC=li__PCXN;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__TPWI *)li__UW3K))->li__51XO.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__TPWI *)li__UW3K))->li__BKBR.li__DNWI.li__0CC=li__PCXN;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__TPWI *)li__UW3K))->li__TU5R.li__IVVI.li__0CC=li__PCXN;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__TPWI *)li__UW3K))->li__KV5R.li__IVVI.li__0CC=li__PCXN;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__MW3K=li__UW3K;
  return(li__MW3K);
}

static void* li__U03K(__li__HQWI *li__V03K)
/* (Strict EXPR_SHIFT_L{li__HQWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__Y03K;
  void *li__403K,*li__503K,*li__PMZN,*li__W03K;
  __li__WVBD *li__E13K,*li__H13K,*li__TRLV,*li__XRLV;
  __li__PO li__PDXN,li__CNZN;
  __li__KMFK *li__VK3U;
  __li__TPOO *li__XK3U;
  __li__5RB *li__GNZN;
  li__Y03K=li__NHBK;
  li__403K=li__V03K->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__403K)->__id) {
  case __li__WK__: {
    li__503K=((__li__WK *)li__403K);
  } break;
  case __li__AVBD__: {
    li__503K=li__IVAJ(((__li__AVBD *)li__403K));
  } break;
  case __li__KVBD__: {
    li__503K=((__li__KVBD *)li__403K);
  } break;
  case __li__WVBD__: {
    li__503K=((__li__WVBD *)li__403K);
  } break;
  case __li__Z4WH__: {
    li__503K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__503K=li__N4VK(((__li__KTVI *)li__403K));
  } break;
  case __li__LTVI__: {
    li__503K=li__AJAM(((__li__LTVI *)li__403K));
  } break;
  case __li__XTVI__: {
    li__503K=li__SEWK(((__li__XTVI *)li__403K));
  } break;
  case __li__YTVI__: {
    li__503K=li__0OAM(((__li__YTVI *)li__403K));
  } break;
  case __li__S2VI__: {
    li__503K=li__YU2K(((__li__S2VI *)li__403K));
  } break;
  case __li__E3VI__: {
    li__503K=li__CZ2K(((__li__E3VI *)li__403K));
  } break;
  case __li__KLWI__: {
    li__503K=li__M52K(((__li__KLWI *)li__403K));
  } break;
  case __li__ULWI__: {
    li__503K=((__li__ULWI *)li__403K);
  } break;
  case __li__NMWI__: {
    li__503K=li__YA3K(((__li__NMWI *)li__403K));
  } break;
  case __li__BNWI__: {
    li__503K=li__CF3K(((__li__BNWI *)li__403K));
  } break;
  case __li__XNWI__: {
    li__503K=li__MJ3K(((__li__XNWI *)li__403K));
  } break;
  case __li__LOWI__: {
    li__503K=li__WN3K(((__li__LOWI *)li__403K));
  } break;
  case __li__5OWI__: {
    li__503K=li__AS3K(((__li__5OWI *)li__403K));
  } break;
  case __li__TPWI__: {
    li__503K=li__KW3K(((__li__TPWI *)li__403K));
  } break;
  case __li__HQWI__: {
    li__503K=li__U03K(((__li__HQWI *)li__403K));
  } break;
  case __li__ARWI__: {
    li__503K=li__OQWK(((__li__ARWI *)li__403K));
  } break;
  case __li__URWI__: {
    li__503K=li__443K(((__li__URWI *)li__403K));
  } break;
  case __li__MSWI__: {
    li__503K=((__li__MSWI *)li__403K);
  } break;
  case __li__ETWI__: {
    li__503K=li__K53K(((__li__ETWI *)li__403K));
  } break;
  case __li__MZWI__: {
    li__503K=((__li__MZWI *)li__403K);
  } break;
  case __li__C0WI__: {
    li__503K=((__li__C0WI *)li__403K);
  } break;
  case __li__M1WI__: {
    li__503K=((__li__M1WI *)li__403K);
  } break;
  case __li__KMFK__: {
    li__503K=li__QF3L(((__li__KMFK *)li__403K));
  } break;
  case __li__XOHL__: {
    li__503K=li__P2NN(((__li__XOHL *)li__403K));
  } break;
  case __li__FPHL__: {
    li__503K=li__YUAM(((__li__FPHL *)li__403K));
  } break;
  case __li__APLM__: {
    li__503K=li__C3CQ(((__li__APLM *)li__403K));
  } break;
  case __li__DTNM__: {
    li__503K=li__3GSO(((__li__DTNM *)li__403K));
  } break;
  case __li__JXNM__: {
    li__503K=li__E03R(((__li__JXNM *)li__403K));
  } break;
  case __li__21LO__: {
    li__503K=li__H1JP(((__li__21LO *)li__403K));
  } break;
  case __li__TPOO__: {
    li__503K=li__Z5JP(((__li__TPOO *)li__403K));
  } break;
  case __li__URRO__: {
    li__503K=li__MH4R(((__li__URRO *)li__403K));
  } break;
  case __li__41XO__: {
    li__503K=li__MBDQ(((__li__41XO *)li__403K));
  } break;
  case __li__AKBR__: {
    li__503K=li__KMDS(((__li__AKBR *)li__403K));
  } break;
  case __li__SU5R__: {
    li__503K=li__1CJS(((__li__SU5R *)li__403K));
  } break;
  case __li__JV5R__: {
    li__503K=li__FHJS(((__li__JV5R *)li__403K));
  } break;
  };
  li__V03K->li__IQWI.li__MQBK=li__503K;
  li__403K=li__V03K->li__IQWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__403K)->__id) {
  case __li__WK__: {
    li__503K=((__li__WK *)li__403K);
  } break;
  case __li__AVBD__: {
    li__503K=li__IVAJ(((__li__AVBD *)li__403K));
  } break;
  case __li__KVBD__: {
    li__503K=((__li__KVBD *)li__403K);
  } break;
  case __li__WVBD__: {
    li__503K=((__li__WVBD *)li__403K);
  } break;
  case __li__Z4WH__: {
    li__503K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__503K=li__N4VK(((__li__KTVI *)li__403K));
  } break;
  case __li__LTVI__: {
    li__503K=li__AJAM(((__li__LTVI *)li__403K));
  } break;
  case __li__XTVI__: {
    li__503K=li__SEWK(((__li__XTVI *)li__403K));
  } break;
  case __li__YTVI__: {
    li__503K=li__0OAM(((__li__YTVI *)li__403K));
  } break;
  case __li__S2VI__: {
    li__503K=li__YU2K(((__li__S2VI *)li__403K));
  } break;
  case __li__E3VI__: {
    li__503K=li__CZ2K(((__li__E3VI *)li__403K));
  } break;
  case __li__KLWI__: {
    li__503K=li__M52K(((__li__KLWI *)li__403K));
  } break;
  case __li__ULWI__: {
    li__503K=((__li__ULWI *)li__403K);
  } break;
  case __li__NMWI__: {
    li__503K=li__YA3K(((__li__NMWI *)li__403K));
  } break;
  case __li__BNWI__: {
    li__503K=li__CF3K(((__li__BNWI *)li__403K));
  } break;
  case __li__XNWI__: {
    li__503K=li__MJ3K(((__li__XNWI *)li__403K));
  } break;
  case __li__LOWI__: {
    li__503K=li__WN3K(((__li__LOWI *)li__403K));
  } break;
  case __li__5OWI__: {
    li__503K=li__AS3K(((__li__5OWI *)li__403K));
  } break;
  case __li__TPWI__: {
    li__503K=li__KW3K(((__li__TPWI *)li__403K));
  } break;
  case __li__HQWI__: {
    li__503K=li__U03K(((__li__HQWI *)li__403K));
  } break;
  case __li__ARWI__: {
    li__503K=li__OQWK(((__li__ARWI *)li__403K));
  } break;
  case __li__URWI__: {
    li__503K=li__443K(((__li__URWI *)li__403K));
  } break;
  case __li__MSWI__: {
    li__503K=((__li__MSWI *)li__403K);
  } break;
  case __li__ETWI__: {
    li__503K=li__K53K(((__li__ETWI *)li__403K));
  } break;
  case __li__MZWI__: {
    li__503K=((__li__MZWI *)li__403K);
  } break;
  case __li__C0WI__: {
    li__503K=((__li__C0WI *)li__403K);
  } break;
  case __li__M1WI__: {
    li__503K=((__li__M1WI *)li__403K);
  } break;
  case __li__KMFK__: {
    li__503K=li__QF3L(((__li__KMFK *)li__403K));
  } break;
  case __li__XOHL__: {
    li__503K=li__P2NN(((__li__XOHL *)li__403K));
  } break;
  case __li__FPHL__: {
    li__503K=li__YUAM(((__li__FPHL *)li__403K));
  } break;
  case __li__APLM__: {
    li__503K=li__C3CQ(((__li__APLM *)li__403K));
  } break;
  case __li__DTNM__: {
    li__503K=li__3GSO(((__li__DTNM *)li__403K));
  } break;
  case __li__JXNM__: {
    li__503K=li__E03R(((__li__JXNM *)li__403K));
  } break;
  case __li__21LO__: {
    li__503K=li__H1JP(((__li__21LO *)li__403K));
  } break;
  case __li__TPOO__: {
    li__503K=li__Z5JP(((__li__TPOO *)li__403K));
  } break;
  case __li__URRO__: {
    li__503K=li__MH4R(((__li__URRO *)li__403K));
  } break;
  case __li__41XO__: {
    li__503K=li__MBDQ(((__li__41XO *)li__403K));
  } break;
  case __li__AKBR__: {
    li__503K=li__KMDS(((__li__AKBR *)li__403K));
  } break;
  case __li__SU5R__: {
    li__503K=li__1CJS(((__li__SU5R *)li__403K));
  } break;
  case __li__JV5R__: {
    li__503K=li__FHJS(((__li__JV5R *)li__403K));
  } break;
  };
  li__V03K->li__IQWI.li__QQBK=li__503K;
  li__403K=li__V03K->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__403K==NULL) {
    li__E13K=NULL;
  } else {
    if (((struct ___OBJ *)li__403K)->__id==__li__WVBD__) {
      li__E13K=((void *)li__403K);
    } else /* Other types */ {
      li__E13K=NULL;
    }
  };
  li__403K=li__V03K->li__IQWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__403K==NULL) {
    li__H13K=NULL;
  } else {
    if (((struct ___OBJ *)li__403K)->__id==__li__WVBD__) {
      li__H13K=((void *)li__403K);
    } else /* Other types */ {
      li__H13K=NULL;
    }
  };
  li__403K=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__E13K != (void *)NULL)) {
    li__403K=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__403K == (void *)NULL) && ((void *)li__H13K != (void *)NULL))) {
    li__503K=NULL;
    /* __li__B__ __li__I__ */
if ((li__H13K->li__2ZLE ==  0)) {
      li__503K=li__V03K->li__IQWI.li__MQBK;
    };
    li__403K=li__503K;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__403K == (void *)NULL) && ((void *)li__H13K != (void *)NULL)) && ((void *)li__E13K != (void *)NULL))) {
    /* __li__B__ __li__I__ */
if ((li__H13K->li__2ZLE <  0)) {
      li__PDXN=li__V03K->li__IQWI.li__DNWI.li__0CC;
      li__K4E( 2,(&__string_685));
      li__V5E(li__PDXN);
      li__ODF();
      li__TRLV=((__li__WVBD *)li__E13K);
      li__TRLV->li__2ZLE= 0;
      li__JOSE(li__TRLV);
    } else /* FALSE */ {
      li__TRLV=((__li__WVBD *)li__E13K);
      li__TRLV->li__2ZLE=(__li__UJG)(li__E13K->li__2ZLE << ((__li__K )li__H13K->li__2ZLE));
      li__JOSE(li__TRLV);
    };
    li__403K=li__E13K;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__403K == (void *)NULL) && (li__Y03K == li__NHBK))) {
    li__403K=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__E13K != (void *)NULL)) {
      li__TRLV=NULL;
      /* __li__B__ __li__I__ */
if ((li__E13K->li__2ZLE ==  0)) {
        li__TRLV=li__E13K;
        li__PMZN=li__V03K->li__IQWI.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PMZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__PMZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__PMZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__PMZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__PMZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__PMZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__PMZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__PMZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__PMZN));
        } break;
        case __li__KLWI__: {
          li__VK3U=((__li__KMFK *)((__li__KLWI *)li__PMZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__VK3U->li__3RFK),li__VK3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__PMZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__PMZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__PMZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__PMZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__PMZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__PMZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__PMZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__PMZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__PMZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__PMZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__VK3U=((__li__KMFK *)li__PMZN);
          li__HXPN(((__li__VTBD *)li__VK3U->li__3RFK),li__VK3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__PMZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__PMZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__PMZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__PMZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__PMZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__PMZN));
        } break;
        case __li__TPOO__: {
          li__XK3U=((__li__TPOO *)li__PMZN);
          li__IZFQ(((__li__DZB *)li__XK3U->li__5IXO),li__XK3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__PMZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__PMZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__PMZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__PMZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__PMZN));
        } break;
        };
      };
      li__403K=li__TRLV;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__403K == (void *)NULL) && ((void *)li__H13K != (void *)NULL))) {
      li__TRLV=NULL;
      /* __li__B__ __li__I__ */
if ((li__H13K->li__2ZLE <  0)) {
        li__CNZN=li__V03K->li__IQWI.li__DNWI.li__0CC;
        li__K4E( 2,(&__string_685));
        li__V5E(li__CNZN);
        li__ODF();
        li__XRLV=((__li__WVBD *)li__H13K);
        li__XRLV->li__2ZLE= 0;
        li__JOSE(li__XRLV);
        li__GNZN=li__2WEK(li__V03K);
        li__XRLV=((__li__WVBD *)li__H13K);
        li__XRLV->li__XVBD.li__WZLE=li__GNZN;
        li__JOSE(li__XRLV);
        li__TRLV=li__H13K;
        li__PMZN=li__V03K->li__IQWI.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PMZN)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__PMZN));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__PMZN));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__PMZN));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__PMZN));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__PMZN));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__PMZN));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__PMZN));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__PMZN));
        } break;
        case __li__KLWI__: {
          li__VK3U=((__li__KMFK *)((__li__KLWI *)li__PMZN)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__VK3U->li__3RFK),li__VK3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__PMZN));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__PMZN));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__PMZN));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__PMZN));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__PMZN));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__PMZN));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__PMZN));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__PMZN));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__PMZN));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__PMZN));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__VK3U=((__li__KMFK *)li__PMZN);
          li__HXPN(((__li__VTBD *)li__VK3U->li__3RFK),li__VK3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__PMZN));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__PMZN));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__PMZN));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__PMZN));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__PMZN));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__PMZN));
        } break;
        case __li__TPOO__: {
          li__XK3U=((__li__TPOO *)li__PMZN);
          li__IZFQ(((__li__DZB *)li__XK3U->li__5IXO),li__XK3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__PMZN));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__PMZN));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__PMZN));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__PMZN));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__PMZN));
        } break;
        };
      };
      li__403K=li__TRLV;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__403K == (void *)NULL)) {
    li__403K=li__V03K;
  } else /* FALSE */ {
    li__PDXN=li__V03K->li__IQWI.li__DNWI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__403K)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__HQWI *)li__403K))->li__1K.li__0K.li__0CC=li__PDXN;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__HQWI *)li__403K))->li__BVBD.li__0CC=li__PDXN;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__HQWI *)li__403K))->li__LVBD.li__0K.li__0CC=li__PDXN;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__HQWI *)li__403K))->li__XVBD.li__0K.li__0CC=li__PDXN;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__PDXN;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__HQWI *)li__403K))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__PDXN;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__HQWI *)li__403K))->li__OTVI.li__NTVI.li__0CC=li__PDXN;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__HQWI *)li__403K))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__PDXN;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__HQWI *)li__403K))->li__ZTVI.li__NTVI.li__0CC=li__PDXN;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__HQWI *)li__403K))->li__T2VI.li__IVVI.li__0CC=li__PDXN;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__HQWI *)li__403K))->li__F3VI.li__IVVI.li__0CC=li__PDXN;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__HQWI *)li__403K))->li__LLWI.li__0CC=li__PDXN;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__HQWI *)li__403K))->li__VLWI.li__0CC=li__PDXN;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__HQWI *)li__403K))->li__OMWI.li__IVVI.li__0CC=li__PDXN;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__HQWI *)li__403K))->li__ENWI.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__HQWI *)li__403K))->li__YNWI.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__HQWI *)li__403K))->li__MOWI.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__HQWI *)li__403K))->li__APWI.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__HQWI *)li__403K))->li__UPWI.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)li__403K)->li__IQWI.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__HQWI *)li__403K))->li__BRWI.li__0CC=li__PDXN;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__HQWI *)li__403K))->li__VRWI.li__0CC=li__PDXN;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__HQWI *)li__403K))->li__NSWI.li__0CC=li__PDXN;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__HQWI *)li__403K))->li__FTWI.li__0CC=li__PDXN;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__HQWI *)li__403K))->li__NZWI.li__0K.li__0CC=li__PDXN;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__HQWI *)li__403K))->li__D0WI.li__0K.li__0CC=li__PDXN;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__HQWI *)li__403K))->li__N1WI.li__0K.li__0CC=li__PDXN;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__HQWI *)li__403K))->li__LMFK.li__0CC=li__PDXN;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__HQWI *)li__403K))->li__0OHL.li__ZOHL.li__0CC=li__PDXN;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__HQWI *)li__403K))->li__GPHL.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__HQWI *)li__403K))->li__BPLM.li__IVVI.li__0CC=li__PDXN;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__HQWI *)li__403K))->li__ETNM.li__ZOHL.li__0CC=li__PDXN;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__HQWI *)li__403K))->li__KXNM.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__HQWI *)li__403K))->li__31LO.li__0CC=li__PDXN;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__HQWI *)li__403K))->li__UPOO.li__0CC=li__PDXN;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__HQWI *)li__403K))->li__XRRO.li__WRRO.li__0CC=li__PDXN;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__HQWI *)li__403K))->li__51XO.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__HQWI *)li__403K))->li__BKBR.li__DNWI.li__0CC=li__PDXN;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__HQWI *)li__403K))->li__TU5R.li__IVVI.li__0CC=li__PDXN;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__HQWI *)li__403K))->li__KV5R.li__IVVI.li__0CC=li__PDXN;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__W03K=li__403K;
  return(li__W03K);
}

static void* li__443K(__li__URWI *li__543K)
/* (Strict ITEM{li__URWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__B53K,*li__C53K,*li__A53K;
  li__B53K=li__543K->li__BSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__B53K)->__id) {
  case __li__WK__: {
    li__C53K=((__li__WK *)li__B53K);
  } break;
  case __li__AVBD__: {
    li__C53K=li__IVAJ(((__li__AVBD *)li__B53K));
  } break;
  case __li__KVBD__: {
    li__C53K=((__li__KVBD *)li__B53K);
  } break;
  case __li__WVBD__: {
    li__C53K=((__li__WVBD *)li__B53K);
  } break;
  case __li__Z4WH__: {
    li__C53K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__C53K=li__N4VK(((__li__KTVI *)li__B53K));
  } break;
  case __li__LTVI__: {
    li__C53K=li__AJAM(((__li__LTVI *)li__B53K));
  } break;
  case __li__XTVI__: {
    li__C53K=li__SEWK(((__li__XTVI *)li__B53K));
  } break;
  case __li__YTVI__: {
    li__C53K=li__0OAM(((__li__YTVI *)li__B53K));
  } break;
  case __li__S2VI__: {
    li__C53K=li__YU2K(((__li__S2VI *)li__B53K));
  } break;
  case __li__E3VI__: {
    li__C53K=li__CZ2K(((__li__E3VI *)li__B53K));
  } break;
  case __li__KLWI__: {
    li__C53K=li__M52K(((__li__KLWI *)li__B53K));
  } break;
  case __li__ULWI__: {
    li__C53K=((__li__ULWI *)li__B53K);
  } break;
  case __li__NMWI__: {
    li__C53K=li__YA3K(((__li__NMWI *)li__B53K));
  } break;
  case __li__BNWI__: {
    li__C53K=li__CF3K(((__li__BNWI *)li__B53K));
  } break;
  case __li__XNWI__: {
    li__C53K=li__MJ3K(((__li__XNWI *)li__B53K));
  } break;
  case __li__LOWI__: {
    li__C53K=li__WN3K(((__li__LOWI *)li__B53K));
  } break;
  case __li__5OWI__: {
    li__C53K=li__AS3K(((__li__5OWI *)li__B53K));
  } break;
  case __li__TPWI__: {
    li__C53K=li__KW3K(((__li__TPWI *)li__B53K));
  } break;
  case __li__HQWI__: {
    li__C53K=li__U03K(((__li__HQWI *)li__B53K));
  } break;
  case __li__ARWI__: {
    li__C53K=li__OQWK(((__li__ARWI *)li__B53K));
  } break;
  case __li__URWI__: {
    li__C53K=li__443K(((__li__URWI *)li__B53K));
  } break;
  case __li__MSWI__: {
    li__C53K=((__li__MSWI *)li__B53K);
  } break;
  case __li__ETWI__: {
    li__C53K=li__K53K(((__li__ETWI *)li__B53K));
  } break;
  case __li__MZWI__: {
    li__C53K=((__li__MZWI *)li__B53K);
  } break;
  case __li__C0WI__: {
    li__C53K=((__li__C0WI *)li__B53K);
  } break;
  case __li__M1WI__: {
    li__C53K=((__li__M1WI *)li__B53K);
  } break;
  case __li__KMFK__: {
    li__C53K=li__QF3L(((__li__KMFK *)li__B53K));
  } break;
  case __li__XOHL__: {
    li__C53K=li__P2NN(((__li__XOHL *)li__B53K));
  } break;
  case __li__FPHL__: {
    li__C53K=li__YUAM(((__li__FPHL *)li__B53K));
  } break;
  case __li__APLM__: {
    li__C53K=li__C3CQ(((__li__APLM *)li__B53K));
  } break;
  case __li__DTNM__: {
    li__C53K=li__3GSO(((__li__DTNM *)li__B53K));
  } break;
  case __li__JXNM__: {
    li__C53K=li__E03R(((__li__JXNM *)li__B53K));
  } break;
  case __li__21LO__: {
    li__C53K=li__H1JP(((__li__21LO *)li__B53K));
  } break;
  case __li__TPOO__: {
    li__C53K=li__Z5JP(((__li__TPOO *)li__B53K));
  } break;
  case __li__URRO__: {
    li__C53K=li__MH4R(((__li__URRO *)li__B53K));
  } break;
  case __li__41XO__: {
    li__C53K=li__MBDQ(((__li__41XO *)li__B53K));
  } break;
  case __li__AKBR__: {
    li__C53K=li__KMDS(((__li__AKBR *)li__B53K));
  } break;
  case __li__SU5R__: {
    li__C53K=li__1CJS(((__li__SU5R *)li__B53K));
  } break;
  case __li__JV5R__: {
    li__C53K=li__FHJS(((__li__JV5R *)li__B53K));
  } break;
  };
  li__543K->li__BSBK=li__C53K;
  li__B53K=li__543K->li__DSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__B53K)->__id) {
  case __li__WK__: {
    li__C53K=((__li__WK *)li__B53K);
  } break;
  case __li__AVBD__: {
    li__C53K=li__IVAJ(((__li__AVBD *)li__B53K));
  } break;
  case __li__KVBD__: {
    li__C53K=((__li__KVBD *)li__B53K);
  } break;
  case __li__WVBD__: {
    li__C53K=((__li__WVBD *)li__B53K);
  } break;
  case __li__Z4WH__: {
    li__C53K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__C53K=li__N4VK(((__li__KTVI *)li__B53K));
  } break;
  case __li__LTVI__: {
    li__C53K=li__AJAM(((__li__LTVI *)li__B53K));
  } break;
  case __li__XTVI__: {
    li__C53K=li__SEWK(((__li__XTVI *)li__B53K));
  } break;
  case __li__YTVI__: {
    li__C53K=li__0OAM(((__li__YTVI *)li__B53K));
  } break;
  case __li__S2VI__: {
    li__C53K=li__YU2K(((__li__S2VI *)li__B53K));
  } break;
  case __li__E3VI__: {
    li__C53K=li__CZ2K(((__li__E3VI *)li__B53K));
  } break;
  case __li__KLWI__: {
    li__C53K=li__M52K(((__li__KLWI *)li__B53K));
  } break;
  case __li__ULWI__: {
    li__C53K=((__li__ULWI *)li__B53K);
  } break;
  case __li__NMWI__: {
    li__C53K=li__YA3K(((__li__NMWI *)li__B53K));
  } break;
  case __li__BNWI__: {
    li__C53K=li__CF3K(((__li__BNWI *)li__B53K));
  } break;
  case __li__XNWI__: {
    li__C53K=li__MJ3K(((__li__XNWI *)li__B53K));
  } break;
  case __li__LOWI__: {
    li__C53K=li__WN3K(((__li__LOWI *)li__B53K));
  } break;
  case __li__5OWI__: {
    li__C53K=li__AS3K(((__li__5OWI *)li__B53K));
  } break;
  case __li__TPWI__: {
    li__C53K=li__KW3K(((__li__TPWI *)li__B53K));
  } break;
  case __li__HQWI__: {
    li__C53K=li__U03K(((__li__HQWI *)li__B53K));
  } break;
  case __li__ARWI__: {
    li__C53K=li__OQWK(((__li__ARWI *)li__B53K));
  } break;
  case __li__URWI__: {
    li__C53K=li__443K(((__li__URWI *)li__B53K));
  } break;
  case __li__MSWI__: {
    li__C53K=((__li__MSWI *)li__B53K);
  } break;
  case __li__ETWI__: {
    li__C53K=li__K53K(((__li__ETWI *)li__B53K));
  } break;
  case __li__MZWI__: {
    li__C53K=((__li__MZWI *)li__B53K);
  } break;
  case __li__C0WI__: {
    li__C53K=((__li__C0WI *)li__B53K);
  } break;
  case __li__M1WI__: {
    li__C53K=((__li__M1WI *)li__B53K);
  } break;
  case __li__KMFK__: {
    li__C53K=li__QF3L(((__li__KMFK *)li__B53K));
  } break;
  case __li__XOHL__: {
    li__C53K=li__P2NN(((__li__XOHL *)li__B53K));
  } break;
  case __li__FPHL__: {
    li__C53K=li__YUAM(((__li__FPHL *)li__B53K));
  } break;
  case __li__APLM__: {
    li__C53K=li__C3CQ(((__li__APLM *)li__B53K));
  } break;
  case __li__DTNM__: {
    li__C53K=li__3GSO(((__li__DTNM *)li__B53K));
  } break;
  case __li__JXNM__: {
    li__C53K=li__E03R(((__li__JXNM *)li__B53K));
  } break;
  case __li__21LO__: {
    li__C53K=li__H1JP(((__li__21LO *)li__B53K));
  } break;
  case __li__TPOO__: {
    li__C53K=li__Z5JP(((__li__TPOO *)li__B53K));
  } break;
  case __li__URRO__: {
    li__C53K=li__MH4R(((__li__URRO *)li__B53K));
  } break;
  case __li__41XO__: {
    li__C53K=li__MBDQ(((__li__41XO *)li__B53K));
  } break;
  case __li__AKBR__: {
    li__C53K=li__KMDS(((__li__AKBR *)li__B53K));
  } break;
  case __li__SU5R__: {
    li__C53K=li__1CJS(((__li__SU5R *)li__B53K));
  } break;
  case __li__JV5R__: {
    li__C53K=li__FHJS(((__li__JV5R *)li__B53K));
  } break;
  };
  li__543K->li__DSBK=li__C53K;
  li__A53K=li__543K;
  return(li__A53K);
}

static void* li__K53K(__li__ETWI *li__L53K)
/* (Strict CAST{li__ETWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__WVBD *li__O53K,*li__AB4K;
  void *li__R53K,*li__S53K,*li__5A4K,*li__M53K;
  __li__U *li__OA4K;
  __li__PF *li__2K3U;
  __li__ETWI *li__VB4K;
  __li__SQNE *li__MC4K;
  __li__5RB *li__YL3U;
  __li__C li__253K,li__553K,li__XA4K,li__DB4K;
  li__O53K=NULL;
  li__R53K=li__L53K->li__XSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__R53K)->__id) {
  case __li__WK__: {
    li__S53K=((__li__WK *)li__R53K);
  } break;
  case __li__AVBD__: {
    li__S53K=li__IVAJ(((__li__AVBD *)li__R53K));
  } break;
  case __li__KVBD__: {
    li__S53K=((__li__KVBD *)li__R53K);
  } break;
  case __li__WVBD__: {
    li__S53K=((__li__WVBD *)li__R53K);
  } break;
  case __li__Z4WH__: {
    li__S53K=li__H52K();
  } break;
  case __li__KTVI__: {
    li__S53K=li__N4VK(((__li__KTVI *)li__R53K));
  } break;
  case __li__LTVI__: {
    li__S53K=li__AJAM(((__li__LTVI *)li__R53K));
  } break;
  case __li__XTVI__: {
    li__S53K=li__SEWK(((__li__XTVI *)li__R53K));
  } break;
  case __li__YTVI__: {
    li__S53K=li__0OAM(((__li__YTVI *)li__R53K));
  } break;
  case __li__S2VI__: {
    li__S53K=li__YU2K(((__li__S2VI *)li__R53K));
  } break;
  case __li__E3VI__: {
    li__S53K=li__CZ2K(((__li__E3VI *)li__R53K));
  } break;
  case __li__KLWI__: {
    li__S53K=li__M52K(((__li__KLWI *)li__R53K));
  } break;
  case __li__ULWI__: {
    li__S53K=((__li__ULWI *)li__R53K);
  } break;
  case __li__NMWI__: {
    li__S53K=li__YA3K(((__li__NMWI *)li__R53K));
  } break;
  case __li__BNWI__: {
    li__S53K=li__CF3K(((__li__BNWI *)li__R53K));
  } break;
  case __li__XNWI__: {
    li__S53K=li__MJ3K(((__li__XNWI *)li__R53K));
  } break;
  case __li__LOWI__: {
    li__S53K=li__WN3K(((__li__LOWI *)li__R53K));
  } break;
  case __li__5OWI__: {
    li__S53K=li__AS3K(((__li__5OWI *)li__R53K));
  } break;
  case __li__TPWI__: {
    li__S53K=li__KW3K(((__li__TPWI *)li__R53K));
  } break;
  case __li__HQWI__: {
    li__S53K=li__U03K(((__li__HQWI *)li__R53K));
  } break;
  case __li__ARWI__: {
    li__S53K=li__OQWK(((__li__ARWI *)li__R53K));
  } break;
  case __li__URWI__: {
    li__S53K=li__443K(((__li__URWI *)li__R53K));
  } break;
  case __li__MSWI__: {
    li__S53K=((__li__MSWI *)li__R53K);
  } break;
  case __li__ETWI__: {
    li__S53K=li__K53K(((__li__ETWI *)li__R53K));
  } break;
  case __li__MZWI__: {
    li__S53K=((__li__MZWI *)li__R53K);
  } break;
  case __li__C0WI__: {
    li__S53K=((__li__C0WI *)li__R53K);
  } break;
  case __li__M1WI__: {
    li__S53K=((__li__M1WI *)li__R53K);
  } break;
  case __li__KMFK__: {
    li__S53K=li__QF3L(((__li__KMFK *)li__R53K));
  } break;
  case __li__XOHL__: {
    li__S53K=li__P2NN(((__li__XOHL *)li__R53K));
  } break;
  case __li__FPHL__: {
    li__S53K=li__YUAM(((__li__FPHL *)li__R53K));
  } break;
  case __li__APLM__: {
    li__S53K=li__C3CQ(((__li__APLM *)li__R53K));
  } break;
  case __li__DTNM__: {
    li__S53K=li__3GSO(((__li__DTNM *)li__R53K));
  } break;
  case __li__JXNM__: {
    li__S53K=li__E03R(((__li__JXNM *)li__R53K));
  } break;
  case __li__21LO__: {
    li__S53K=li__H1JP(((__li__21LO *)li__R53K));
  } break;
  case __li__TPOO__: {
    li__S53K=li__Z5JP(((__li__TPOO *)li__R53K));
  } break;
  case __li__URRO__: {
    li__S53K=li__MH4R(((__li__URRO *)li__R53K));
  } break;
  case __li__41XO__: {
    li__S53K=li__MBDQ(((__li__41XO *)li__R53K));
  } break;
  case __li__AKBR__: {
    li__S53K=li__KMDS(((__li__AKBR *)li__R53K));
  } break;
  case __li__SU5R__: {
    li__S53K=li__1CJS(((__li__SU5R *)li__R53K));
  } break;
  case __li__JV5R__: {
    li__S53K=li__FHJS(((__li__JV5R *)li__R53K));
  } break;
  };
  li__L53K->li__XSBK=li__S53K;
  li__R53K=li__L53K;
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__L53K->li__NSBK)->li__AEM == (void *)li__1SB)) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__S53K)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__253K=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KTVI__: 
    case __li__LTVI__: 
    case __li__XTVI__: 
    case __li__YTVI__: 
    case __li__S2VI__: 
    case __li__E3VI__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__NMWI__: 
    case __li__BNWI__: 
    case __li__XNWI__: 
    case __li__LOWI__: 
    case __li__5OWI__: 
    case __li__TPWI__: 
    case __li__HQWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: 
    case __li__KMFK__: 
    case __li__XOHL__: 
    case __li__FPHL__: 
    case __li__APLM__: 
    case __li__DTNM__: 
    case __li__JXNM__: 
    case __li__21LO__: 
    case __li__TPOO__: 
    case __li__URRO__: 
    case __li__41XO__: 
    case __li__AKBR__: 
    case __li__SU5R__: 
    case __li__JV5R__: {
      li__253K=li__I__;
    } break;
    };
    li__553K=li__253K;
  } else /* FALSE */ {
    li__553K=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__553K) {
    li__R53K=li__S53K;
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__253K=li__B__;
  } else /* FALSE */ {
    li__253K=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__253K) {
    li__253K=li__B__;
  } else /* FALSE */ {
    li__S53K=((__li__5RB *)li__L53K->li__NSBK)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__S53K)->__id) {
    case __li__IF__: {
      li__OA4K=((__li__IF *)li__S53K)->li__TF->li__SF.li__R2B;
    } break;
    case __li__ORB__: {
      li__OA4K=(&__string_1);
    } break;
    case __li__QRB__: {
      li__OA4K=(&__string_2);
    } break;
    case __li__SRB__: {
      li__OA4K=(&__string_51);
    } break;
    case __li__URB__: {
      li__OA4K=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__OA4K=((__li__GSZ *)li__S53K)->li__EGQB;
    } break;
    case __li__1RRF__: {
      li__2K3U=li__QLKI();
      li__OA4K=li__2K3U->li__SF.li__R2B;
    } break;
    case __li__UJSH__: {
      li__OA4K=((__li__UJSH *)li__S53K)->li__VJSH.li__NZFD;
    } break;
    };
    li__553K=li__NQQK(li__OA4K);
    /* __li__B__ __li__I__ */
if (li__553K) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__L53K->li__XSBK)->__id) {
      case __li__WK__: 
      case __li__KVBD__: 
      case __li__WVBD__: 
      case __li__MZWI__: 
      case __li__C0WI__: 
      case __li__M1WI__: {
        li__XA4K=li__B__;
      } break;
      case __li__AVBD__: 
      case __li__Z4WH__: 
      case __li__KTVI__: 
      case __li__LTVI__: 
      case __li__XTVI__: 
      case __li__YTVI__: 
      case __li__S2VI__: 
      case __li__E3VI__: 
      case __li__KLWI__: 
      case __li__ULWI__: 
      case __li__NMWI__: 
      case __li__BNWI__: 
      case __li__XNWI__: 
      case __li__LOWI__: 
      case __li__5OWI__: 
      case __li__TPWI__: 
      case __li__HQWI__: 
      case __li__ARWI__: 
      case __li__URWI__: 
      case __li__MSWI__: 
      case __li__ETWI__: 
      case __li__KMFK__: 
      case __li__XOHL__: 
      case __li__FPHL__: 
      case __li__APLM__: 
      case __li__DTNM__: 
      case __li__JXNM__: 
      case __li__21LO__: 
      case __li__TPOO__: 
      case __li__URRO__: 
      case __li__41XO__: 
      case __li__AKBR__: 
      case __li__SU5R__: 
      case __li__JV5R__: {
        li__XA4K=li__I__;
      } break;
      };
      li__DB4K=li__XA4K;
    } else /* FALSE */ {
      li__DB4K=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__DB4K) {
      li__5A4K=li__L53K->li__XSBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__5A4K==NULL) {
        li__AB4K=NULL;
      } else {
        if (((struct ___OBJ *)li__5A4K)->__id==__li__WVBD__) {
          li__AB4K=((void *)li__5A4K);
        } else /* Other types */ {
          li__AB4K=NULL;
        }
      };
      li__O53K=li__AB4K;
      li__XA4K=((void *)li__AB4K != (void *)NULL);
    } else /* FALSE */ {
      li__XA4K=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__XA4K) {
      li__AB4K=((__li__WVBD *)li__O53K);
      li__AB4K->li__XVBD.li__WZLE=li__L53K->li__NSBK;
      li__JOSE(li__AB4K);
      li__R53K=li__L53K->li__XSBK;
      li__MWBD=(__li__K)(li__MWBD +  1);
    };
    li__253K=li__XA4K;
  };
  /* __li__B__ __li__I__ */
if ((! li__253K)) {
    li__S53K=li__L53K->li__XSBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__S53K==NULL) {
      li__VB4K=NULL;
    } else {
      if (((struct ___OBJ *)li__S53K)->__id==__li__ETWI__) {
        li__VB4K=((void *)li__S53K);
      } else /* Other types */ {
        li__VB4K=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__VB4K != (void *)NULL) && ((void *)li__VB4K->li__NSBK == (void *)li__L53K->li__NSBK))) {
      li__R53K=li__L53K->li__XSBK;
      li__MWBD=(__li__K)(li__MWBD +  1);
    } else /* FALSE */ {
      li__MC4K=li__5D4G();
      li__5A4K=li__L53K->li__XSBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5A4K)->__id) {
      case __li__WK__: {
        li__4H1L(((__li__SQNE *)li__MC4K),((__li__5RB *)((__li__WK *)((__li__KMFK *)li__5A4K))->li__1K.li__WZLE)->li__AEM);
      } break;
      case __li__AVBD__: {
        li__5SIM(((__li__AVBD *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__KVBD__: {
        li__4H1L(((__li__SQNE *)li__MC4K),((__li__5RB *)((__li__KVBD *)((__li__KMFK *)li__5A4K))->li__LVBD.li__WZLE)->li__AEM);
      } break;
      case __li__WVBD__: {
        li__4H1L(((__li__SQNE *)li__MC4K),((__li__5RB *)((__li__WVBD *)((__li__KMFK *)li__5A4K))->li__XVBD.li__WZLE)->li__AEM);
      } break;
      case __li__Z4WH__: {
        li__KBG((&__string_205));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__KTVI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__LTVI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__XTVI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__YTVI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__S2VI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__E3VI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__KLWI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__ULWI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__1SB);
      } break;
      case __li__NMWI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__BNWI__: {
        li__FVIM(((__li__BNWI *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__XNWI__: {
        li__JVIM(((__li__XNWI *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__LOWI__: {
        li__NVIM(((__li__LOWI *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__5OWI__: {
        li__RVIM(((__li__5OWI *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__TPWI__: {
        li__VVIM(((__li__TPWI *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__HQWI__: {
        li__ZVIM(((__li__HQWI *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__ARWI__: {
        li__3VIM(li__MC4K);
      } break;
      case __li__URWI__: {
        li__AWIM(((__li__URWI *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__MSWI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__1SB);
      } break;
      case __li__ETWI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),((__li__5RB *)((__li__ETWI *)((__li__KMFK *)li__5A4K))->li__NSBK)->li__AEM);
      } break;
      case __li__MZWI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),((__li__5RB *)((__li__MZWI *)((__li__KMFK *)li__5A4K))->li__NZWI.li__WZLE)->li__AEM);
      } break;
      case __li__C0WI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),((__li__5RB *)((__li__C0WI *)((__li__KMFK *)li__5A4K))->li__D0WI.li__WZLE)->li__AEM);
      } break;
      case __li__M1WI__: {
        li__4H1L(((__li__SQNE *)li__MC4K),((__li__5RB *)((__li__M1WI *)((__li__KMFK *)li__5A4K))->li__N1WI.li__WZLE)->li__AEM);
      } break;
      case __li__KMFK__: {
        li__FXIM(((__li__KMFK *)li__5A4K),li__MC4K);
      } break;
      case __li__XOHL__: {
        li__YL3U=li__T4NN(((__li__XOHL *)((__li__KMFK *)li__5A4K)));
        li__4H1L(((__li__SQNE *)li__MC4K),((__li__5RB *)li__YL3U)->li__AEM);
      } break;
      case __li__FPHL__: {
        li__JILN(((__li__FPHL *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__APLM__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__DTNM__: {
        li__YL3U=li__1ISO(((__li__DTNM *)((__li__KMFK *)li__5A4K)));
        li__4H1L(((__li__SQNE *)li__MC4K),((__li__5RB *)li__YL3U)->li__AEM);
      } break;
      case __li__JXNM__: {
        li__VF4R(((__li__JXNM *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__21LO__: {
        li__JQLP(((__li__21LO *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__TPOO__: {
        li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__KMFK *)li__5A4K))->li__5IXO),li__MC4K);
      } break;
      case __li__URRO__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__41XO__: {
        li__NVDQ(((__li__41XO *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__AKBR__: {
        li__T5DS(((__li__AKBR *)((__li__KMFK *)li__5A4K)),li__MC4K);
      } break;
      case __li__SU5R__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      case __li__JV5R__: {
        li__4H1L(((__li__SQNE *)li__MC4K),li__DSB);
        li__4H1L(((__li__SQNE *)li__MC4K),li__LSB);
      } break;
      };
      /* __li__B__ __li__I__ */
if ((((__li__K)(((__li__SQNE *)li__MC4K)->li__VQNE.li__ZTMI +  1) ==  1) && ((void *)((void **)((__li__SQNE *)li__MC4K)->li__VQNE.li__GABM)[ 0] == (void *)((__li__5RB *)li__L53K->li__NSBK)->li__AEM))) {
        li__R53K=li__L53K->li__XSBK;
        li__MWBD=(__li__K)(li__MWBD +  1);
      };
      li__EVEM(((__li__SQNE *)li__MC4K));
    };
  };
  li__M53K=li__R53K;
  return(li__M53K);
}

static void* li__QF3L(__li__KMFK *li__RF3L)
/* (Strict READ_LOCAL{li__KMFK}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__VF3L,*li__SBTM,*li__YCTM,*li__SF3L;
  __li__VTBD *li__0F3L,*li__FM3U,*li__4ISN,*li__KJSN,*li__ZLSN;
  __li__SQNE *li__JRFM;
  void *li__2RFM;
  __li__5RB *li__3RFM,*li__4RFM,*li__2SLV,*li__5SLV;
  __li__K li__GBTM,li__BLSN,li__RNSN,li__FTLV;
  void *li__RBTM,*li__XCTM;
  void *li__0BTM;
  __li__WK *li__PM3U,*li__4M3U;
  __li__KVBD *li__SSLV,*li__WSLV,*li__0SLV,*li__4SLV;
  __li__PO li__TSLV,li__1SLV;
  __li__WVBD *li__RM3U,*li__SM3U,*li__AN3U,*li__BN3U;
  __li__MZWI *li__UM3U,*li__VM3U,*li__ON3U,*li__PN3U;
  __li__C0WI *li__XM3U,*li__YM3U,*li__RN3U,*li__SN3U;
  __li__M1WI *li__0M3U,*li__1M3U,*li__UN3U,*li__VN3U;
  __li__DZB *li__LJSN,*li__2LSN;
  void *li__XLSN;
  __li__KLWI *li__DN3U;
  __li__KMFK *li__FN3U;
  __li__ULWI *li__IN3U,*li__JN3U;
  __li__MSWI *li__LN3U,*li__MN3U;
  __li__KI *li__CTLV;
  __li__SZEC *li__IBTM;
  __li__C li__TBTM,li__ZCTM,li__2RLV,li__ADTM,li__2NSN,li__AOSN;
  __li__C li__UPSN;
  __li__TOLE *li__DTLV;
  li__VF3L=NULL;
  li__0F3L=li__RF3L->li__3RFK;
  li__FM3U=((__li__VTBD *)li__0F3L);
  /* __li__B__ __li__I__ */
if (((! ((((__li__F0C)(((__li__5RB *)li__FM3U->li__WTBD.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__FM3U->li__WTBD.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__FM3U->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66)))) && (! ((__li__F0C)(((__li__5RB *)li__0F3L->li__WTBD.li__0RNE)->li__BEM &  4) !=  0)))) {
    li__JRFM=li__5D4G();
    li__15MM(((__li__VTBD *)li__0F3L),li__JRFM);
    /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__JRFM)->li__VQNE.li__ZTMI +  1) !=  0)) {
      /* __li__B__ __li__I__ */
if (((void *)((void **)((__li__SQNE *)li__JRFM)->li__VQNE.li__GABM)[ 0] == (void *)li__ORB__)) {
        li__5JGN(((__li__SQNE *)li__JRFM));
        /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__JRFM)->li__VQNE.li__ZTMI +  1) ==  1)) {
          li__2RFM=((void **)((__li__SQNE *)li__JRFM)->li__VQNE.li__GABM)[ 0];
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2RFM)->__id) {
          case __li__IF__: {
            li__3RFM=((__li__IF *)li__2RFM)->li__J0C;
          } break;
          case __li__ORB__: {
            li__3RFM=((__li__ORB *)li__2RFM)->li__PRB.li__J0C;
          } break;
          case __li__QRB__: {
            li__3RFM=((__li__QRB *)li__2RFM)->li__RRB.li__J0C;
          } break;
          case __li__SRB__: {
            li__3RFM=((__li__SRB *)li__2RFM)->li__TRB.li__J0C;
          } break;
          case __li__URB__: {
            li__3RFM=((__li__URB *)li__2RFM)->li__VRB.li__J0C;
          } break;
          case __li__GSZ__: {
            li__3RFM=((__li__GSZ *)li__2RFM)->li__HSZ.li__J0C;
          } break;
          case __li__1RRF__: {
            li__3RFM=((__li__1RRF *)li__2RFM)->li__2RRF.li__J0C;
          } break;
          case __li__UJSH__: {
            li__3RFM=((__li__UJSH *)li__2RFM)->li__WJSH.li__J0C;
          } break;
          };
          li__4RFM=li__NNSE(((__li__5RB *)li__3RFM));
          ((__li__VTBD *)li__0F3L)->li__WTBD.li__0RNE=li__4RFM;
        };
      };
    };
    li__EVEM(((__li__SQNE *)li__JRFM));
  };
  li__2RFM=NULL;
  li__GBTM= 0;
  li__IBTM=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__RF3L->li__3RFK->li__WTBD.li__XRSH != (void *)NULL)) {
    li__RBTM=li__RF3L->li__3RFK->li__WTBD.li__XRSH;
    /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__RBTM)->__id) {
    case __li__RLKJ__: {
      li__SBTM=((__li__RLKJ *)li__RBTM)->li__SLKJ.li__CSSH;
    } break;
    case __li__5LKJ__: {
      li__SBTM=((__li__5LKJ *)li__RBTM)->li__AMKJ.li__CSSH;
    } break;
    case __li__DFNL__: {
      li__SBTM=((__li__DFNL *)li__RBTM)->li__EFNL.li__CSSH;
    } break;
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SBTM)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__TBTM=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KTVI__: 
    case __li__LTVI__: 
    case __li__XTVI__: 
    case __li__YTVI__: 
    case __li__S2VI__: 
    case __li__E3VI__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__NMWI__: 
    case __li__BNWI__: 
    case __li__XNWI__: 
    case __li__LOWI__: 
    case __li__5OWI__: 
    case __li__TPWI__: 
    case __li__HQWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: 
    case __li__KMFK__: 
    case __li__XOHL__: 
    case __li__FPHL__: 
    case __li__APLM__: 
    case __li__DTNM__: 
    case __li__JXNM__: 
    case __li__21LO__: 
    case __li__TPOO__: 
    case __li__URRO__: 
    case __li__41XO__: 
    case __li__AKBR__: 
    case __li__SU5R__: 
    case __li__JV5R__: {
      li__TBTM=li__I__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__TBTM) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__SBTM==NULL) {
        li__0BTM=NULL;
      } else {
        switch (((struct ___OBJ *)li__SBTM)->__id) {
        case __li__WK__: {
          li__0BTM=((void *)li__SBTM);
        } break;
        case __li__AVBD__: 
        case __li__Z4WH__: 
        case __li__KTVI__: 
        case __li__LTVI__: 
        case __li__XTVI__: 
        case __li__YTVI__: 
        case __li__S2VI__: 
        case __li__E3VI__: 
        case __li__KLWI__: 
        case __li__ULWI__: 
        case __li__NMWI__: 
        case __li__BNWI__: 
        case __li__XNWI__: 
        case __li__LOWI__: 
        case __li__5OWI__: 
        case __li__TPWI__: 
        case __li__HQWI__: 
        case __li__ARWI__: 
        case __li__URWI__: 
        case __li__MSWI__: 
        case __li__ETWI__: 
        case __li__KMFK__: 
        case __li__XOHL__: 
        case __li__FPHL__: 
        case __li__APLM__: 
        case __li__DTNM__: 
        case __li__JXNM__: 
        case __li__21LO__: 
        case __li__TPOO__: 
        case __li__URRO__: 
        case __li__41XO__: 
        case __li__AKBR__: 
        case __li__SU5R__: 
        case __li__JV5R__: {
          li__0BTM=NULL;
        } break;
        case __li__KVBD__: {
          li__0BTM=((void *)li__SBTM);
        } break;
        case __li__WVBD__: {
          li__0BTM=((void *)li__SBTM);
        } break;
        case __li__MZWI__: {
          li__0BTM=((void *)li__SBTM);
        } break;
        case __li__C0WI__: {
          li__0BTM=((void *)li__SBTM);
        } break;
        case __li__M1WI__: {
          li__0BTM=((void *)li__SBTM);
        } break;
        }
      };
      li__2RFM=li__0BTM;
      li__IBTM=li__RF3L->li__3RFK->li__WTBD.li__BYEJ;
      /* __li__B__ __li__I__ */
if (((void *)li__IBTM != (void *)NULL)) {
        li__GBTM= 0;
        while ((! ((li__GBTM > (*(li__IBTM)).li__J0EK) || ((void *)li__2RFM == (void *)NULL)))) {
          li__XCTM=((void **)(*(((__li__SZEC *)li__IBTM))).li__F0EK)[li__GBTM];
          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__XCTM)->__id) {
          case __li__RLKJ__: {
            li__YCTM=((__li__RLKJ *)li__XCTM)->li__SLKJ.li__CSSH;
          } break;
          case __li__5LKJ__: {
            li__YCTM=((__li__5LKJ *)li__XCTM)->li__AMKJ.li__CSSH;
          } break;
          case __li__DFNL__: {
            li__YCTM=((__li__DFNL *)li__XCTM)->li__EFNL.li__CSSH;
          } break;
          };
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YCTM)->__id) {
          case __li__WK__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: {
            li__ZCTM=li__B__;
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__KMFK__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__21LO__: 
          case __li__TPOO__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__ZCTM=li__I__;
          } break;
          };
          /* __li__B__ __li__I__ */
if ((! li__ZCTM)) {
            li__ZCTM=li__B__;
          } else /* FALSE */ {
            /* NULL __li__WK__ __li__KVBD__ __li__WVBD__ __li__MZWI__ __li__C0WI__ __li__M1WI__ */
switch (((struct ___OBJ *)li__2RFM)->__id) {
            case __li__WK__: {
              li__2RLV=li__5GXM(((__li__WK *)li__2RFM),li__YCTM);
              li__ADTM=(! li__2RLV);
            } break;
            case __li__KVBD__: {
              li__2RLV=li__VHXM(((__li__KVBD *)((__li__WK *)li__2RFM)),li__YCTM);
              li__ADTM=(! li__2RLV);
            } break;
            case __li__WVBD__: {
              li__2RLV=li__HIXM(((__li__WVBD *)((__li__WK *)li__2RFM)),li__YCTM);
              li__ADTM=(! li__2RLV);
            } break;
            case __li__MZWI__: {
              li__2RLV=li__LQXM(((__li__MZWI *)((__li__WK *)li__2RFM)),li__YCTM);
              li__ADTM=(! li__2RLV);
            } break;
            case __li__C0WI__: {
              li__2RLV=li__GRXM(((__li__C0WI *)((__li__WK *)li__2RFM)),li__YCTM);
              li__ADTM=(! li__2RLV);
            } break;
            case __li__M1WI__: {
              li__2RLV=li__JYGP(((__li__M1WI *)((__li__WK *)li__2RFM)),li__YCTM);
              li__ADTM=(! li__2RLV);
            } break;
            };
            li__ZCTM=li__ADTM;
          };
          /* __li__B__ __li__I__ */
if (li__ZCTM) {
            li__2RFM=NULL;
          };
          li__GBTM=(__li__K)(li__GBTM +  1);
        };
      };
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__2RFM != (void *)NULL)) {
    li__HXPN(((__li__VTBD *)li__RF3L->li__3RFK),li__RF3L);
    /* NULL __li__WK__ __li__KVBD__ __li__WVBD__ __li__MZWI__ __li__C0WI__ __li__M1WI__ */
switch (((struct ___OBJ *)li__2RFM)->__id) {
    case __li__WK__: {
      li__PM3U=li__PVEJ(((__li__WK *)li__2RFM));
      li__SBTM=li__PM3U;
    } break;
    case __li__KVBD__: {
      li__SSLV=((__li__KVBD *)li__2RFM);
      li__TSLV=li__SSLV->li__LVBD.li__0K.li__0CC;
      li__3RFM=li__SSLV->li__LVBD.li__WZLE;
      li__SSLV=li__5QND();
      li__WSLV=((__li__KVBD *)li__SSLV);
      li__WSLV->li__LVBD.li__0K.li__0CC=li__TSLV;
      li__4RFM=li__NNSE(((__li__5RB *)li__3RFM));
      li__WSLV->li__LVBD.li__WZLE=li__4RFM;
      li__SBTM=li__SSLV;
    } break;
    case __li__WVBD__: {
      li__RM3U=((__li__WVBD *)li__2RFM);
      li__SM3U=li__VEID(li__RM3U->li__XVBD.li__0K.li__0CC,li__RM3U->li__2ZLE,li__RM3U->li__XVBD.li__WZLE);
      li__SBTM=li__SM3U;
    } break;
    case __li__MZWI__: {
      li__UM3U=((__li__MZWI *)li__2RFM);
      li__VM3U=li__4U4I(li__UM3U->li__NZWI.li__0K.li__0CC,li__UM3U->li__3SBK,li__UM3U->li__NZWI.li__WZLE);
      li__SBTM=li__VM3U;
    } break;
    case __li__C0WI__: {
      li__XM3U=((__li__C0WI *)li__2RFM);
      li__YM3U=li__ZV4I(li__XM3U->li__D0WI.li__0K.li__0CC,li__XM3U->li__CTBK);
      li__SBTM=li__YM3U;
    } break;
    case __li__M1WI__: {
      li__0M3U=((__li__M1WI *)li__2RFM);
      li__1M3U=li__1Z4I(li__0M3U->li__N1WI.li__0K.li__0CC,li__0M3U->li__UTFK);
      li__SBTM=li__1M3U;
    } break;
    };
    li__VF3L=li__SBTM;
    li__MWBD=(__li__K)(li__MWBD +  1);
    li__TBTM=li__B__;
  } else /* FALSE */ {
    li__TBTM=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__TBTM)) {
    li__4ISN=((__li__VTBD *)li__RF3L->li__3RFK);
    li__SBTM=NULL;
    li__YCTM=NULL;
    li__KJSN=NULL;
    li__LJSN=NULL;
    /* __li__B__ __li__I__ */
if (((((! li__I41D) && ((void *)li__5I3L == (void *)NULL)) && ((void *)li__4ISN->li__IVPK != (void *)NULL)) && ((void *)li__4ISN->li__IVPK->li__CKSN != (void *)NULL))) {
      li__ZCTM=li__CIMQ(li__4ISN->li__IVPK->li__PKSN);
      /* __li__B__ __li__I__ */
if (li__ZCTM) {
        /* __li__B__ __li__I__ */
if ((li__4ISN->li__IVPK->li__ZKSN == li__51JM)) {
          li__2RLV=li__B__;
        } else /* FALSE */ {
          li__BLSN=li__ITXQ(li__4ISN);
          li__2RLV=(li__BLSN ==  1);
        };
        li__ADTM=li__2RLV;
      } else /* FALSE */ {
        li__ADTM=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__ADTM) {
        li__YCTM=li__4ISN->li__IVPK->li__CKSN->li__EFNL.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__YCTM==NULL) {
          li__XCTM=NULL;
        } else {
          switch (((struct ___OBJ *)li__YCTM)->__id) {
          case __li__WK__: 
          case __li__AVBD__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__XCTM=NULL;
          } break;
          case __li__KMFK__: {
            li__XCTM=((void *)li__YCTM);
          } break;
          case __li__21LO__: {
            li__XCTM=((void *)li__YCTM);
          } break;
          case __li__TPOO__: {
            li__XCTM=((void *)li__YCTM);
          } break;
          }
        };
        /* __li__B__ __li__I__ */
if (((void *)li__XCTM != (void *)NULL)) {
          /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__XCTM)->__id) {
          case __li__KMFK__: {
            li__XLSN=((__li__KMFK *)li__XCTM)->li__3RFK;
          } break;
          case __li__21LO__: {
            li__XLSN=((__li__21LO *)li__XCTM)->li__KJXO;
          } break;
          case __li__TPOO__: {
            li__XLSN=((__li__TPOO *)li__XCTM)->li__5IXO;
          } break;
          };
          /* NULL __li__DZB__ __li__VTBD__ */
if (li__XLSN==NULL) {
            li__ZLSN=NULL;
          } else {
            if (((struct ___OBJ *)li__XLSN)->__id==__li__DZB__) {
              li__ZLSN=NULL;
            } else /* Other types */ {
              li__ZLSN=((void *)li__XLSN);
            }
          };
          li__KJSN=li__ZLSN;
          /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__XCTM)->__id) {
          case __li__KMFK__: {
            li__XLSN=((__li__KMFK *)li__XCTM)->li__3RFK;
          } break;
          case __li__21LO__: {
            li__XLSN=((__li__21LO *)li__XCTM)->li__KJXO;
          } break;
          case __li__TPOO__: {
            li__XLSN=((__li__TPOO *)li__XCTM)->li__5IXO;
          } break;
          };
          /* NULL __li__DZB__ __li__VTBD__ */
if (li__XLSN==NULL) {
            li__2LSN=NULL;
          } else {
            if (((struct ___OBJ *)li__XLSN)->__id==__li__DZB__) {
              li__2LSN=((void *)li__XLSN);
            } else /* Other types */ {
              li__2LSN=NULL;
            }
          };
          li__LJSN=li__2LSN;
        };
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YCTM)->__id) {
        case __li__WK__: 
        case __li__KVBD__: 
        case __li__WVBD__: 
        case __li__MZWI__: 
        case __li__C0WI__: 
        case __li__M1WI__: {
          li__2RLV=li__B__;
        } break;
        case __li__AVBD__: 
        case __li__Z4WH__: 
        case __li__KTVI__: 
        case __li__LTVI__: 
        case __li__XTVI__: 
        case __li__YTVI__: 
        case __li__S2VI__: 
        case __li__E3VI__: 
        case __li__KLWI__: 
        case __li__ULWI__: 
        case __li__NMWI__: 
        case __li__BNWI__: 
        case __li__XNWI__: 
        case __li__LOWI__: 
        case __li__5OWI__: 
        case __li__TPWI__: 
        case __li__HQWI__: 
        case __li__ARWI__: 
        case __li__URWI__: 
        case __li__MSWI__: 
        case __li__ETWI__: 
        case __li__KMFK__: 
        case __li__XOHL__: 
        case __li__FPHL__: 
        case __li__APLM__: 
        case __li__DTNM__: 
        case __li__JXNM__: 
        case __li__21LO__: 
        case __li__TPOO__: 
        case __li__URRO__: 
        case __li__41XO__: 
        case __li__AKBR__: 
        case __li__SU5R__: 
        case __li__JV5R__: {
          li__2RLV=li__I__;
        } break;
        };
        /* __li__B__ __li__I__ */
if (li__2RLV) {
          li__2RLV=li__B__;
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if (((void *)li__KJSN != (void *)NULL)) {
            /* __li__B__ __li__I__ */
if ((((((void *)li__KJSN->li__IVPK != (void *)NULL) && ((void *)li__KJSN->li__IVPK->li__CKSN != (void *)NULL)) && (li__KJSN->li__IVPK->li__ZMSN < li__4ISN->li__IVPK->li__ZMSN)) && (li__4ISN->li__IVPK->li__ZKSN == li__51JM))) {
              li__2NSN=li__B__;
            } else /* FALSE */ {
              li__RNSN=li__ITXQ(((__li__VTBD *)li__KJSN));
              li__2NSN=(li__RNSN <=  1);
            };
            li__AOSN=(li__2NSN || (li__KJSN->li__WTBD.li__FZB.li__DI1B == ' '));
          } else /* FALSE */ {
            li__AOSN=li__I__;
          };
          li__2RLV=li__AOSN;
        };
        /* __li__B__ __li__I__ */
if (li__2RLV) {
          li__2RLV=li__B__;
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if ((((void *)li__LJSN != (void *)NULL) && (li__LJSN->li__GZB.li__FZB.li__DI1B == '-'))) {
            /* __li__B__ __li__I__ */
if (((((void *)li__LJSN->li__W0FM != (void *)NULL) && (li__LJSN->li__01JM < li__4ISN->li__IVPK->li__ZMSN)) && (li__4ISN->li__IVPK->li__EPSN == li__NHBK))) {
              li__2NSN=li__CIMQ(li__LJSN->li__D2JM);
              li__UPSN=li__2NSN;
            } else /* FALSE */ {
              li__UPSN=li__I__;
            };
            /* __li__B__ __li__I__ */
if (li__UPSN) {
              li__2NSN=li__B__;
            } else /* FALSE */ {
              li__RNSN=li__VHRR(((__li__DZB *)li__LJSN));
              li__2NSN=(li__RNSN ==  1);
            };
            li__AOSN=li__2NSN;
          } else /* FALSE */ {
            li__AOSN=li__I__;
          };
          li__2RLV=li__AOSN;
        };
        /* __li__B__ __li__I__ */
if (li__2RLV) {
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YCTM)->__id) {
          case __li__WK__: {
            li__4M3U=li__PVEJ(((__li__WK *)li__YCTM));
            li__XLSN=li__4M3U;
          } break;
          case __li__AVBD__: {
            li__XLSN=li__AE5L(((__li__AVBD *)li__YCTM));
          } break;
          case __li__KVBD__: {
            li__0SLV=((__li__KVBD *)li__YCTM);
            li__1SLV=li__0SLV->li__LVBD.li__0K.li__0CC;
            li__2SLV=li__0SLV->li__LVBD.li__WZLE;
            li__0SLV=li__5QND();
            li__4SLV=((__li__KVBD *)li__0SLV);
            li__4SLV->li__LVBD.li__0K.li__0CC=li__1SLV;
            li__5SLV=li__NNSE(((__li__5RB *)li__2SLV));
            li__4SLV->li__LVBD.li__WZLE=li__5SLV;
            li__XLSN=li__0SLV;
          } break;
          case __li__WVBD__: {
            li__AN3U=((__li__WVBD *)li__YCTM);
            li__BN3U=li__VEID(li__AN3U->li__XVBD.li__0K.li__0CC,li__AN3U->li__2ZLE,li__AN3U->li__XVBD.li__WZLE);
            li__XLSN=li__BN3U;
          } break;
          case __li__Z4WH__: {
            li__XLSN=li__XEVK(((__li__Z4WH *)li__YCTM));
          } break;
          case __li__KTVI__: {
            li__XLSN=li__XF5L(((__li__KTVI *)li__YCTM));
          } break;
          case __li__LTVI__: {
            li__XLSN=li__SDGM(((__li__LTVI *)li__YCTM));
          } break;
          case __li__XTVI__: {
            li__XLSN=li__DG5L(((__li__XTVI *)li__YCTM));
          } break;
          case __li__YTVI__: {
            li__XLSN=li__4DGM(((__li__YTVI *)li__YCTM));
          } break;
          case __li__S2VI__: {
            li__XLSN=li__OG5L(((__li__S2VI *)li__YCTM));
          } break;
          case __li__E3VI__: {
            li__XLSN=li__ZG5L(((__li__E3VI *)li__YCTM));
          } break;
          case __li__KLWI__: {
            li__DN3U=((__li__KLWI *)li__YCTM);
            li__1SLV=li__DN3U->li__LLWI.li__0CC;
            li__FN3U=li__G3CM(((__li__KMFK *)li__DN3U->li__ZPBK));
            li__DN3U=li__PNSJ(li__1SLV,li__FN3U);
            li__XLSN=li__DN3U;
          } break;
          case __li__ULWI__: {
            li__IN3U=((__li__ULWI *)li__YCTM);
            li__JN3U=li__AOSJ(li__IN3U->li__VLWI.li__0CC,li__IN3U->li__4PBK);
            li__XLSN=li__JN3U;
          } break;
          case __li__NMWI__: {
            li__XLSN=li__SH5L(((__li__NMWI *)li__YCTM));
          } break;
          case __li__BNWI__: {
            li__XLSN=li__3H5L(((__li__BNWI *)li__YCTM));
          } break;
          case __li__XNWI__: {
            li__XLSN=li__II5L(((__li__XNWI *)li__YCTM));
          } break;
          case __li__LOWI__: {
            li__XLSN=li__TI5L(((__li__LOWI *)li__YCTM));
          } break;
          case __li__5OWI__: {
            li__XLSN=li__4I5L(((__li__5OWI *)li__YCTM));
          } break;
          case __li__TPWI__: {
            li__XLSN=li__JJ5L(((__li__TPWI *)li__YCTM));
          } break;
          case __li__HQWI__: {
            li__XLSN=li__UJ5L(((__li__HQWI *)li__YCTM));
          } break;
          case __li__ARWI__: {
            li__XLSN=li__5J5L(((__li__ARWI *)li__YCTM));
          } break;
          case __li__URWI__: {
            li__XLSN=li__NK5L(((__li__URWI *)li__YCTM));
          } break;
          case __li__MSWI__: {
            li__LN3U=((__li__MSWI *)li__YCTM);
            li__MN3U=li__YXSJ(li__LN3U->li__NSWI.li__0CC,li__LN3U->li__ISBK);
            li__XLSN=li__MN3U;
          } break;
          case __li__ETWI__: {
            li__XLSN=li__4K5L(((__li__ETWI *)li__YCTM));
          } break;
          case __li__MZWI__: {
            li__ON3U=((__li__MZWI *)li__YCTM);
            li__PN3U=li__4U4I(li__ON3U->li__NZWI.li__0K.li__0CC,li__ON3U->li__3SBK,li__ON3U->li__NZWI.li__WZLE);
            li__XLSN=li__PN3U;
          } break;
          case __li__C0WI__: {
            li__RN3U=((__li__C0WI *)li__YCTM);
            li__SN3U=li__ZV4I(li__RN3U->li__D0WI.li__0K.li__0CC,li__RN3U->li__CTBK);
            li__XLSN=li__SN3U;
          } break;
          case __li__M1WI__: {
            li__UN3U=((__li__M1WI *)li__YCTM);
            li__VN3U=li__1Z4I(li__UN3U->li__N1WI.li__0K.li__0CC,li__UN3U->li__UTFK);
            li__XLSN=li__VN3U;
          } break;
          case __li__KMFK__: {
            li__XLSN=li__G3CM(((__li__KMFK *)li__YCTM));
          } break;
          case __li__XOHL__: {
            li__XLSN=li__AAPN(((__li__XOHL *)li__YCTM));
          } break;
          case __li__FPHL__: {
            li__XLSN=li__2EGM(((__li__FPHL *)li__YCTM));
          } break;
          case __li__APLM__: {
            li__XLSN=li__XRDQ(((__li__APLM *)li__YCTM));
          } break;
          case __li__DTNM__: {
            li__XLSN=li__D5SO(((__li__DTNM *)li__YCTM));
          } break;
          case __li__JXNM__: {
            li__XLSN=li__153R(((__li__JXNM *)li__YCTM));
          } break;
          case __li__21LO__: {
            li__XLSN=li__2KLP(((__li__21LO *)li__YCTM));
          } break;
          case __li__TPOO__: {
            li__XLSN=li__JLLP(((__li__TPOO *)li__YCTM));
          } break;
          case __li__URRO__: {
            li__XLSN=li__KM4R(((__li__URRO *)li__YCTM));
          } break;
          case __li__41XO__: {
            li__XLSN=li__CSDQ(((__li__41XO *)li__YCTM));
          } break;
          case __li__AKBR__: {
            li__XLSN=li__L2DS(((__li__AKBR *)li__YCTM));
          } break;
          case __li__SU5R__: {
            li__XLSN=li__EQJS(((__li__SU5R *)li__YCTM));
          } break;
          case __li__JV5R__: {
            li__XLSN=li__PQJS(((__li__JV5R *)li__YCTM));
          } break;
          };
          li__SBTM=li__XLSN;
          li__2RLV=li__B__;
        } else /* FALSE */ {
          li__2RLV=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__2RLV)) {
          /* __li__B__ __li__I__ */
if (((((li__4ISN->li__IVPK->li__TQSN == li__AKTE) && (li__4ISN->li__WTBD.li__LNME ==  1)) && (li__XIKB->li__OJTE >  1)) && ((void *)((void **)(*(((__li__TOLE *)((__li__KI *)li__XIKB)->li__2OLE))).li__S3VG)[(__li__K)((__li__K)(li__XIKB->li__OJTE -  1) -  1)] == (void *)li__4ISN->li__IVPK->li__CKSN))) {
            li__WDJQ(li__4ISN,li__4ISN->li__IVPK->li__CKSN);
            ((__li__WHBK *)li__4ISN->li__IVPK)->li__CKSN=NULL;
            li__CTLV=((__li__KI *)li__XIKB);
            li__RNSN=(__li__K)(li__XIKB->li__OJTE -  1);
            li__DTLV=((__li__TOLE *)li__CTLV->li__2OLE);
            li__FTLV=(__li__K)(li__RNSN -  1);
            ((void **)(*(li__DTLV)).li__S3VG)[li__FTLV]=li__OWRE__;
            li__SBTM=li__YCTM;
          };
        };
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__SBTM != (void *)NULL)) {
      li__VF3L=li__SBTM;
      li__HXPN(((__li__VTBD *)li__RF3L->li__3RFK),li__RF3L);
      li__MWBD=(__li__K)(li__MWBD +  1);
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__VF3L == (void *)NULL)) {
    li__4ISN=((__li__VTBD *)li__RF3L->li__3RFK);
    /* __li__B__ __li__I__ */
if (((void *)li__4ISN->li__IVPK != (void *)NULL)) {
      ((__li__WHBK *)li__4ISN->li__IVPK)->li__BMYN=(__li__K)(-  1);
    };
    li__VF3L=li__RF3L;
  };
  li__SF3L=li__VF3L;
  return(li__SF3L);
}

static void* li__P2NN(__li__XOHL *li__Q2NN)
/* (Strict EXPR_NEG{li__XOHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__T2NN;
  void *li__Y2NN,*li__Z2NN,*li__R2NN;
  __li__WVBD *li__22NN,*li__HP1O,*li__HTLV;
  __li__XOHL *li__EYTN;
  __li__PO li__J4NN;
  __li__C li__IP1O;
  li__T2NN=li__NHBK;
  li__Y2NN=li__Q2NN->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__Y2NN)->__id) {
  case __li__WK__: {
    li__Z2NN=((__li__WK *)li__Y2NN);
  } break;
  case __li__AVBD__: {
    li__Z2NN=li__IVAJ(((__li__AVBD *)li__Y2NN));
  } break;
  case __li__KVBD__: {
    li__Z2NN=((__li__KVBD *)li__Y2NN);
  } break;
  case __li__WVBD__: {
    li__Z2NN=((__li__WVBD *)li__Y2NN);
  } break;
  case __li__Z4WH__: {
    li__Z2NN=li__H52K();
  } break;
  case __li__KTVI__: {
    li__Z2NN=li__N4VK(((__li__KTVI *)li__Y2NN));
  } break;
  case __li__LTVI__: {
    li__Z2NN=li__AJAM(((__li__LTVI *)li__Y2NN));
  } break;
  case __li__XTVI__: {
    li__Z2NN=li__SEWK(((__li__XTVI *)li__Y2NN));
  } break;
  case __li__YTVI__: {
    li__Z2NN=li__0OAM(((__li__YTVI *)li__Y2NN));
  } break;
  case __li__S2VI__: {
    li__Z2NN=li__YU2K(((__li__S2VI *)li__Y2NN));
  } break;
  case __li__E3VI__: {
    li__Z2NN=li__CZ2K(((__li__E3VI *)li__Y2NN));
  } break;
  case __li__KLWI__: {
    li__Z2NN=li__M52K(((__li__KLWI *)li__Y2NN));
  } break;
  case __li__ULWI__: {
    li__Z2NN=((__li__ULWI *)li__Y2NN);
  } break;
  case __li__NMWI__: {
    li__Z2NN=li__YA3K(((__li__NMWI *)li__Y2NN));
  } break;
  case __li__BNWI__: {
    li__Z2NN=li__CF3K(((__li__BNWI *)li__Y2NN));
  } break;
  case __li__XNWI__: {
    li__Z2NN=li__MJ3K(((__li__XNWI *)li__Y2NN));
  } break;
  case __li__LOWI__: {
    li__Z2NN=li__WN3K(((__li__LOWI *)li__Y2NN));
  } break;
  case __li__5OWI__: {
    li__Z2NN=li__AS3K(((__li__5OWI *)li__Y2NN));
  } break;
  case __li__TPWI__: {
    li__Z2NN=li__KW3K(((__li__TPWI *)li__Y2NN));
  } break;
  case __li__HQWI__: {
    li__Z2NN=li__U03K(((__li__HQWI *)li__Y2NN));
  } break;
  case __li__ARWI__: {
    li__Z2NN=li__OQWK(((__li__ARWI *)li__Y2NN));
  } break;
  case __li__URWI__: {
    li__Z2NN=li__443K(((__li__URWI *)li__Y2NN));
  } break;
  case __li__MSWI__: {
    li__Z2NN=((__li__MSWI *)li__Y2NN);
  } break;
  case __li__ETWI__: {
    li__Z2NN=li__K53K(((__li__ETWI *)li__Y2NN));
  } break;
  case __li__MZWI__: {
    li__Z2NN=((__li__MZWI *)li__Y2NN);
  } break;
  case __li__C0WI__: {
    li__Z2NN=((__li__C0WI *)li__Y2NN);
  } break;
  case __li__M1WI__: {
    li__Z2NN=((__li__M1WI *)li__Y2NN);
  } break;
  case __li__KMFK__: {
    li__Z2NN=li__QF3L(((__li__KMFK *)li__Y2NN));
  } break;
  case __li__XOHL__: {
    li__Z2NN=li__P2NN(((__li__XOHL *)li__Y2NN));
  } break;
  case __li__FPHL__: {
    li__Z2NN=li__YUAM(((__li__FPHL *)li__Y2NN));
  } break;
  case __li__APLM__: {
    li__Z2NN=li__C3CQ(((__li__APLM *)li__Y2NN));
  } break;
  case __li__DTNM__: {
    li__Z2NN=li__3GSO(((__li__DTNM *)li__Y2NN));
  } break;
  case __li__JXNM__: {
    li__Z2NN=li__E03R(((__li__JXNM *)li__Y2NN));
  } break;
  case __li__21LO__: {
    li__Z2NN=li__H1JP(((__li__21LO *)li__Y2NN));
  } break;
  case __li__TPOO__: {
    li__Z2NN=li__Z5JP(((__li__TPOO *)li__Y2NN));
  } break;
  case __li__URRO__: {
    li__Z2NN=li__MH4R(((__li__URRO *)li__Y2NN));
  } break;
  case __li__41XO__: {
    li__Z2NN=li__MBDQ(((__li__41XO *)li__Y2NN));
  } break;
  case __li__AKBR__: {
    li__Z2NN=li__KMDS(((__li__AKBR *)li__Y2NN));
  } break;
  case __li__SU5R__: {
    li__Z2NN=li__1CJS(((__li__SU5R *)li__Y2NN));
  } break;
  case __li__JV5R__: {
    li__Z2NN=li__FHJS(((__li__JV5R *)li__Y2NN));
  } break;
  };
  li__Q2NN->li__0OHL.li__JPHL=li__Z2NN;
  li__Y2NN=li__Q2NN->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__Y2NN==NULL) {
    li__22NN=NULL;
  } else {
    if (((struct ___OBJ *)li__Y2NN)->__id==__li__WVBD__) {
      li__22NN=((void *)li__Y2NN);
    } else /* Other types */ {
      li__22NN=NULL;
    }
  };
  li__Y2NN=NULL;
  li__Z2NN=li__Q2NN->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__Z2NN==NULL) {
    li__EYTN=NULL;
  } else {
    if (((struct ___OBJ *)li__Z2NN)->__id==__li__XOHL__) {
      li__EYTN=((void *)li__Z2NN);
    } else /* Other types */ {
      li__EYTN=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__EYTN != (void *)NULL)) {
    li__Y2NN=li__EYTN->li__0OHL.li__JPHL;
  };
  li__Z2NN=li__Y2NN;
  /* __li__B__ __li__I__ */
if ((((void *)li__Y2NN == (void *)NULL) && ((void *)li__22NN != (void *)NULL))) {
    li__HP1O=NULL;
    li__IP1O=li__I5VP(((__li__WVBD *)li__22NN));
    /* __li__B__ __li__I__ */
if (li__IP1O) {
      li__HTLV=((__li__WVBD *)li__22NN);
      li__HTLV->li__2ZLE=(__li__UJG)(- li__22NN->li__2ZLE);
      li__JOSE(li__HTLV);
      li__HP1O=li__22NN;
    };
    li__Z2NN=li__HP1O;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__Z2NN == (void *)NULL) && (li__T2NN == li__NHBK))) {
    li__Z2NN=NULL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__Z2NN == (void *)NULL)) {
    li__Z2NN=li__Q2NN;
  } else /* FALSE */ {
    li__J4NN=li__Q2NN->li__0OHL.li__ZOHL.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__Z2NN)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__XOHL *)li__Z2NN))->li__1K.li__0K.li__0CC=li__J4NN;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__XOHL *)li__Z2NN))->li__BVBD.li__0CC=li__J4NN;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__XOHL *)li__Z2NN))->li__LVBD.li__0K.li__0CC=li__J4NN;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__XOHL *)li__Z2NN))->li__XVBD.li__0K.li__0CC=li__J4NN;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__J4NN;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__XOHL *)li__Z2NN))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__J4NN;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__XOHL *)li__Z2NN))->li__OTVI.li__NTVI.li__0CC=li__J4NN;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__XOHL *)li__Z2NN))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__J4NN;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__XOHL *)li__Z2NN))->li__ZTVI.li__NTVI.li__0CC=li__J4NN;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__XOHL *)li__Z2NN))->li__T2VI.li__IVVI.li__0CC=li__J4NN;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__XOHL *)li__Z2NN))->li__F3VI.li__IVVI.li__0CC=li__J4NN;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__XOHL *)li__Z2NN))->li__LLWI.li__0CC=li__J4NN;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__XOHL *)li__Z2NN))->li__VLWI.li__0CC=li__J4NN;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__XOHL *)li__Z2NN))->li__OMWI.li__IVVI.li__0CC=li__J4NN;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__XOHL *)li__Z2NN))->li__ENWI.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__XOHL *)li__Z2NN))->li__YNWI.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__XOHL *)li__Z2NN))->li__MOWI.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__XOHL *)li__Z2NN))->li__APWI.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__XOHL *)li__Z2NN))->li__UPWI.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__XOHL *)li__Z2NN))->li__IQWI.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__XOHL *)li__Z2NN))->li__BRWI.li__0CC=li__J4NN;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__XOHL *)li__Z2NN))->li__VRWI.li__0CC=li__J4NN;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__XOHL *)li__Z2NN))->li__NSWI.li__0CC=li__J4NN;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__XOHL *)li__Z2NN))->li__FTWI.li__0CC=li__J4NN;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__XOHL *)li__Z2NN))->li__NZWI.li__0K.li__0CC=li__J4NN;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__XOHL *)li__Z2NN))->li__D0WI.li__0K.li__0CC=li__J4NN;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__XOHL *)li__Z2NN))->li__N1WI.li__0K.li__0CC=li__J4NN;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__XOHL *)li__Z2NN))->li__LMFK.li__0CC=li__J4NN;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)li__Z2NN)->li__0OHL.li__ZOHL.li__0CC=li__J4NN;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__XOHL *)li__Z2NN))->li__GPHL.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__XOHL *)li__Z2NN))->li__BPLM.li__IVVI.li__0CC=li__J4NN;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__XOHL *)li__Z2NN))->li__ETNM.li__ZOHL.li__0CC=li__J4NN;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__XOHL *)li__Z2NN))->li__KXNM.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__XOHL *)li__Z2NN))->li__31LO.li__0CC=li__J4NN;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__XOHL *)li__Z2NN))->li__UPOO.li__0CC=li__J4NN;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__XOHL *)li__Z2NN))->li__XRRO.li__WRRO.li__0CC=li__J4NN;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__XOHL *)li__Z2NN))->li__51XO.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__XOHL *)li__Z2NN))->li__BKBR.li__DNWI.li__0CC=li__J4NN;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__XOHL *)li__Z2NN))->li__TU5R.li__IVVI.li__0CC=li__J4NN;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__XOHL *)li__Z2NN))->li__KV5R.li__IVVI.li__0CC=li__J4NN;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__R2NN=li__Z2NN;
  return(li__R2NN);
}

static void* li__YUAM(__li__FPHL *li__ZUAM)
/* (Strict EXPR_ADD{li__FPHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__2UAM;
  void *li__CVAM,*li__DVAM,*li__0UAM;
  __li__WVBD *li__IVAM,*li__LVAM,*li__JTLV;
  __li__PO li__5YAM;
  li__2UAM=li__NHBK;
  li__CVAM=li__ZUAM->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CVAM)->__id) {
  case __li__WK__: {
    li__DVAM=((__li__WK *)li__CVAM);
  } break;
  case __li__AVBD__: {
    li__DVAM=li__IVAJ(((__li__AVBD *)li__CVAM));
  } break;
  case __li__KVBD__: {
    li__DVAM=((__li__KVBD *)li__CVAM);
  } break;
  case __li__WVBD__: {
    li__DVAM=((__li__WVBD *)li__CVAM);
  } break;
  case __li__Z4WH__: {
    li__DVAM=li__H52K();
  } break;
  case __li__KTVI__: {
    li__DVAM=li__N4VK(((__li__KTVI *)li__CVAM));
  } break;
  case __li__LTVI__: {
    li__DVAM=li__AJAM(((__li__LTVI *)li__CVAM));
  } break;
  case __li__XTVI__: {
    li__DVAM=li__SEWK(((__li__XTVI *)li__CVAM));
  } break;
  case __li__YTVI__: {
    li__DVAM=li__0OAM(((__li__YTVI *)li__CVAM));
  } break;
  case __li__S2VI__: {
    li__DVAM=li__YU2K(((__li__S2VI *)li__CVAM));
  } break;
  case __li__E3VI__: {
    li__DVAM=li__CZ2K(((__li__E3VI *)li__CVAM));
  } break;
  case __li__KLWI__: {
    li__DVAM=li__M52K(((__li__KLWI *)li__CVAM));
  } break;
  case __li__ULWI__: {
    li__DVAM=((__li__ULWI *)li__CVAM);
  } break;
  case __li__NMWI__: {
    li__DVAM=li__YA3K(((__li__NMWI *)li__CVAM));
  } break;
  case __li__BNWI__: {
    li__DVAM=li__CF3K(((__li__BNWI *)li__CVAM));
  } break;
  case __li__XNWI__: {
    li__DVAM=li__MJ3K(((__li__XNWI *)li__CVAM));
  } break;
  case __li__LOWI__: {
    li__DVAM=li__WN3K(((__li__LOWI *)li__CVAM));
  } break;
  case __li__5OWI__: {
    li__DVAM=li__AS3K(((__li__5OWI *)li__CVAM));
  } break;
  case __li__TPWI__: {
    li__DVAM=li__KW3K(((__li__TPWI *)li__CVAM));
  } break;
  case __li__HQWI__: {
    li__DVAM=li__U03K(((__li__HQWI *)li__CVAM));
  } break;
  case __li__ARWI__: {
    li__DVAM=li__OQWK(((__li__ARWI *)li__CVAM));
  } break;
  case __li__URWI__: {
    li__DVAM=li__443K(((__li__URWI *)li__CVAM));
  } break;
  case __li__MSWI__: {
    li__DVAM=((__li__MSWI *)li__CVAM);
  } break;
  case __li__ETWI__: {
    li__DVAM=li__K53K(((__li__ETWI *)li__CVAM));
  } break;
  case __li__MZWI__: {
    li__DVAM=((__li__MZWI *)li__CVAM);
  } break;
  case __li__C0WI__: {
    li__DVAM=((__li__C0WI *)li__CVAM);
  } break;
  case __li__M1WI__: {
    li__DVAM=((__li__M1WI *)li__CVAM);
  } break;
  case __li__KMFK__: {
    li__DVAM=li__QF3L(((__li__KMFK *)li__CVAM));
  } break;
  case __li__XOHL__: {
    li__DVAM=li__P2NN(((__li__XOHL *)li__CVAM));
  } break;
  case __li__FPHL__: {
    li__DVAM=li__YUAM(((__li__FPHL *)li__CVAM));
  } break;
  case __li__APLM__: {
    li__DVAM=li__C3CQ(((__li__APLM *)li__CVAM));
  } break;
  case __li__DTNM__: {
    li__DVAM=li__3GSO(((__li__DTNM *)li__CVAM));
  } break;
  case __li__JXNM__: {
    li__DVAM=li__E03R(((__li__JXNM *)li__CVAM));
  } break;
  case __li__21LO__: {
    li__DVAM=li__H1JP(((__li__21LO *)li__CVAM));
  } break;
  case __li__TPOO__: {
    li__DVAM=li__Z5JP(((__li__TPOO *)li__CVAM));
  } break;
  case __li__URRO__: {
    li__DVAM=li__MH4R(((__li__URRO *)li__CVAM));
  } break;
  case __li__41XO__: {
    li__DVAM=li__MBDQ(((__li__41XO *)li__CVAM));
  } break;
  case __li__AKBR__: {
    li__DVAM=li__KMDS(((__li__AKBR *)li__CVAM));
  } break;
  case __li__SU5R__: {
    li__DVAM=li__1CJS(((__li__SU5R *)li__CVAM));
  } break;
  case __li__JV5R__: {
    li__DVAM=li__FHJS(((__li__JV5R *)li__CVAM));
  } break;
  };
  li__ZUAM->li__GPHL.li__MQBK=li__DVAM;
  li__CVAM=li__ZUAM->li__GPHL.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CVAM)->__id) {
  case __li__WK__: {
    li__DVAM=((__li__WK *)li__CVAM);
  } break;
  case __li__AVBD__: {
    li__DVAM=li__IVAJ(((__li__AVBD *)li__CVAM));
  } break;
  case __li__KVBD__: {
    li__DVAM=((__li__KVBD *)li__CVAM);
  } break;
  case __li__WVBD__: {
    li__DVAM=((__li__WVBD *)li__CVAM);
  } break;
  case __li__Z4WH__: {
    li__DVAM=li__H52K();
  } break;
  case __li__KTVI__: {
    li__DVAM=li__N4VK(((__li__KTVI *)li__CVAM));
  } break;
  case __li__LTVI__: {
    li__DVAM=li__AJAM(((__li__LTVI *)li__CVAM));
  } break;
  case __li__XTVI__: {
    li__DVAM=li__SEWK(((__li__XTVI *)li__CVAM));
  } break;
  case __li__YTVI__: {
    li__DVAM=li__0OAM(((__li__YTVI *)li__CVAM));
  } break;
  case __li__S2VI__: {
    li__DVAM=li__YU2K(((__li__S2VI *)li__CVAM));
  } break;
  case __li__E3VI__: {
    li__DVAM=li__CZ2K(((__li__E3VI *)li__CVAM));
  } break;
  case __li__KLWI__: {
    li__DVAM=li__M52K(((__li__KLWI *)li__CVAM));
  } break;
  case __li__ULWI__: {
    li__DVAM=((__li__ULWI *)li__CVAM);
  } break;
  case __li__NMWI__: {
    li__DVAM=li__YA3K(((__li__NMWI *)li__CVAM));
  } break;
  case __li__BNWI__: {
    li__DVAM=li__CF3K(((__li__BNWI *)li__CVAM));
  } break;
  case __li__XNWI__: {
    li__DVAM=li__MJ3K(((__li__XNWI *)li__CVAM));
  } break;
  case __li__LOWI__: {
    li__DVAM=li__WN3K(((__li__LOWI *)li__CVAM));
  } break;
  case __li__5OWI__: {
    li__DVAM=li__AS3K(((__li__5OWI *)li__CVAM));
  } break;
  case __li__TPWI__: {
    li__DVAM=li__KW3K(((__li__TPWI *)li__CVAM));
  } break;
  case __li__HQWI__: {
    li__DVAM=li__U03K(((__li__HQWI *)li__CVAM));
  } break;
  case __li__ARWI__: {
    li__DVAM=li__OQWK(((__li__ARWI *)li__CVAM));
  } break;
  case __li__URWI__: {
    li__DVAM=li__443K(((__li__URWI *)li__CVAM));
  } break;
  case __li__MSWI__: {
    li__DVAM=((__li__MSWI *)li__CVAM);
  } break;
  case __li__ETWI__: {
    li__DVAM=li__K53K(((__li__ETWI *)li__CVAM));
  } break;
  case __li__MZWI__: {
    li__DVAM=((__li__MZWI *)li__CVAM);
  } break;
  case __li__C0WI__: {
    li__DVAM=((__li__C0WI *)li__CVAM);
  } break;
  case __li__M1WI__: {
    li__DVAM=((__li__M1WI *)li__CVAM);
  } break;
  case __li__KMFK__: {
    li__DVAM=li__QF3L(((__li__KMFK *)li__CVAM));
  } break;
  case __li__XOHL__: {
    li__DVAM=li__P2NN(((__li__XOHL *)li__CVAM));
  } break;
  case __li__FPHL__: {
    li__DVAM=li__YUAM(((__li__FPHL *)li__CVAM));
  } break;
  case __li__APLM__: {
    li__DVAM=li__C3CQ(((__li__APLM *)li__CVAM));
  } break;
  case __li__DTNM__: {
    li__DVAM=li__3GSO(((__li__DTNM *)li__CVAM));
  } break;
  case __li__JXNM__: {
    li__DVAM=li__E03R(((__li__JXNM *)li__CVAM));
  } break;
  case __li__21LO__: {
    li__DVAM=li__H1JP(((__li__21LO *)li__CVAM));
  } break;
  case __li__TPOO__: {
    li__DVAM=li__Z5JP(((__li__TPOO *)li__CVAM));
  } break;
  case __li__URRO__: {
    li__DVAM=li__MH4R(((__li__URRO *)li__CVAM));
  } break;
  case __li__41XO__: {
    li__DVAM=li__MBDQ(((__li__41XO *)li__CVAM));
  } break;
  case __li__AKBR__: {
    li__DVAM=li__KMDS(((__li__AKBR *)li__CVAM));
  } break;
  case __li__SU5R__: {
    li__DVAM=li__1CJS(((__li__SU5R *)li__CVAM));
  } break;
  case __li__JV5R__: {
    li__DVAM=li__FHJS(((__li__JV5R *)li__CVAM));
  } break;
  };
  li__ZUAM->li__GPHL.li__QQBK=li__DVAM;
  li__CVAM=li__ZUAM->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__CVAM==NULL) {
    li__IVAM=NULL;
  } else {
    if (((struct ___OBJ *)li__CVAM)->__id==__li__WVBD__) {
      li__IVAM=((void *)li__CVAM);
    } else /* Other types */ {
      li__IVAM=NULL;
    }
  };
  li__CVAM=li__ZUAM->li__GPHL.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__CVAM==NULL) {
    li__LVAM=NULL;
  } else {
    if (((struct ___OBJ *)li__CVAM)->__id==__li__WVBD__) {
      li__LVAM=((void *)li__CVAM);
    } else /* Other types */ {
      li__LVAM=NULL;
    }
  };
  li__CVAM=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__IVAM != (void *)NULL)) {
    li__DVAM=NULL;
    /* __li__B__ __li__I__ */
if ((li__IVAM->li__2ZLE ==  0)) {
      li__DVAM=li__ZUAM->li__GPHL.li__QQBK;
    };
    li__CVAM=li__DVAM;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__CVAM == (void *)NULL) && ((void *)li__LVAM != (void *)NULL))) {
    li__DVAM=NULL;
    /* __li__B__ __li__I__ */
if ((li__LVAM->li__2ZLE ==  0)) {
      li__DVAM=li__ZUAM->li__GPHL.li__MQBK;
    };
    li__CVAM=li__DVAM;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__CVAM == (void *)NULL) && ((void *)li__LVAM != (void *)NULL)) && ((void *)li__IVAM != (void *)NULL))) {
    li__JTLV=((__li__WVBD *)li__IVAM);
    li__JTLV->li__2ZLE=(__li__UJG)(li__IVAM->li__2ZLE + li__LVAM->li__2ZLE);
    li__JOSE(li__JTLV);
    li__CVAM=li__IVAM;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__CVAM == (void *)NULL) && (li__2UAM == li__NHBK))) {
    li__CVAM=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__IVAM != (void *)NULL)) {
      li__CVAM=NULL;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__CVAM == (void *)NULL) && ((void *)li__LVAM != (void *)NULL))) {
      li__CVAM=NULL;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__CVAM == (void *)NULL)) {
    li__CVAM=li__ZUAM;
  } else /* FALSE */ {
    li__5YAM=li__ZUAM->li__GPHL.li__DNWI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CVAM)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__FPHL *)li__CVAM))->li__1K.li__0K.li__0CC=li__5YAM;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__FPHL *)li__CVAM))->li__BVBD.li__0CC=li__5YAM;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__FPHL *)li__CVAM))->li__LVBD.li__0K.li__0CC=li__5YAM;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__FPHL *)li__CVAM))->li__XVBD.li__0K.li__0CC=li__5YAM;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__5YAM;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__FPHL *)li__CVAM))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__5YAM;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__FPHL *)li__CVAM))->li__OTVI.li__NTVI.li__0CC=li__5YAM;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__FPHL *)li__CVAM))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__5YAM;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__FPHL *)li__CVAM))->li__ZTVI.li__NTVI.li__0CC=li__5YAM;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__FPHL *)li__CVAM))->li__T2VI.li__IVVI.li__0CC=li__5YAM;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__FPHL *)li__CVAM))->li__F3VI.li__IVVI.li__0CC=li__5YAM;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__FPHL *)li__CVAM))->li__LLWI.li__0CC=li__5YAM;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__FPHL *)li__CVAM))->li__VLWI.li__0CC=li__5YAM;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__FPHL *)li__CVAM))->li__OMWI.li__IVVI.li__0CC=li__5YAM;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__FPHL *)li__CVAM))->li__ENWI.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__FPHL *)li__CVAM))->li__YNWI.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__FPHL *)li__CVAM))->li__MOWI.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__FPHL *)li__CVAM))->li__APWI.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__FPHL *)li__CVAM))->li__UPWI.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__FPHL *)li__CVAM))->li__IQWI.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__FPHL *)li__CVAM))->li__BRWI.li__0CC=li__5YAM;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__FPHL *)li__CVAM))->li__VRWI.li__0CC=li__5YAM;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__FPHL *)li__CVAM))->li__NSWI.li__0CC=li__5YAM;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__FPHL *)li__CVAM))->li__FTWI.li__0CC=li__5YAM;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__FPHL *)li__CVAM))->li__NZWI.li__0K.li__0CC=li__5YAM;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__FPHL *)li__CVAM))->li__D0WI.li__0K.li__0CC=li__5YAM;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__FPHL *)li__CVAM))->li__N1WI.li__0K.li__0CC=li__5YAM;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__FPHL *)li__CVAM))->li__LMFK.li__0CC=li__5YAM;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__FPHL *)li__CVAM))->li__0OHL.li__ZOHL.li__0CC=li__5YAM;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)li__CVAM)->li__GPHL.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__FPHL *)li__CVAM))->li__BPLM.li__IVVI.li__0CC=li__5YAM;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__FPHL *)li__CVAM))->li__ETNM.li__ZOHL.li__0CC=li__5YAM;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__FPHL *)li__CVAM))->li__KXNM.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__FPHL *)li__CVAM))->li__31LO.li__0CC=li__5YAM;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__FPHL *)li__CVAM))->li__UPOO.li__0CC=li__5YAM;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__FPHL *)li__CVAM))->li__XRRO.li__WRRO.li__0CC=li__5YAM;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__FPHL *)li__CVAM))->li__51XO.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__FPHL *)li__CVAM))->li__BKBR.li__DNWI.li__0CC=li__5YAM;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__FPHL *)li__CVAM))->li__TU5R.li__IVVI.li__0CC=li__5YAM;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__FPHL *)li__CVAM))->li__KV5R.li__IVVI.li__0CC=li__5YAM;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__0UAM=li__CVAM;
  return(li__0UAM);
}

static void* li__C3CQ(__li__APLM *li__D3CQ)
/* (Strict EXPR_SUP_EQ{li__APLM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__G3CQ;
  void *li__M3CQ,*li__N3CQ,*li__D5RR,*li__E3CQ;
  __li__WVBD *li__S3CQ,*li__V3CQ;
  __li__KVBD *li__FFRR,*li__4N3U,*li__DO3U,*li__AP3U,*li__FP3U;
  __li__PO li__OFRR,li__Q5RR;
  void *li__PFRR,*li__PFBR;
  __li__5RB *li__QFRR,*li__FO3U,*li__E5RR;
  __li__KMFK *li__XO3U,*li__JP3U;
  __li__TPOO *li__ZO3U,*li__LP3U;
  __li__U *li__G5RR;
  __li__PF *li__4O3U;
  __li__C li__IFBR,li__K5RR;
  li__G3CQ=li__NHBK;
  li__M3CQ=li__D3CQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__M3CQ)->__id) {
  case __li__WK__: {
    li__N3CQ=((__li__WK *)li__M3CQ);
  } break;
  case __li__AVBD__: {
    li__N3CQ=li__IVAJ(((__li__AVBD *)li__M3CQ));
  } break;
  case __li__KVBD__: {
    li__N3CQ=((__li__KVBD *)li__M3CQ);
  } break;
  case __li__WVBD__: {
    li__N3CQ=((__li__WVBD *)li__M3CQ);
  } break;
  case __li__Z4WH__: {
    li__N3CQ=li__H52K();
  } break;
  case __li__KTVI__: {
    li__N3CQ=li__N4VK(((__li__KTVI *)li__M3CQ));
  } break;
  case __li__LTVI__: {
    li__N3CQ=li__AJAM(((__li__LTVI *)li__M3CQ));
  } break;
  case __li__XTVI__: {
    li__N3CQ=li__SEWK(((__li__XTVI *)li__M3CQ));
  } break;
  case __li__YTVI__: {
    li__N3CQ=li__0OAM(((__li__YTVI *)li__M3CQ));
  } break;
  case __li__S2VI__: {
    li__N3CQ=li__YU2K(((__li__S2VI *)li__M3CQ));
  } break;
  case __li__E3VI__: {
    li__N3CQ=li__CZ2K(((__li__E3VI *)li__M3CQ));
  } break;
  case __li__KLWI__: {
    li__N3CQ=li__M52K(((__li__KLWI *)li__M3CQ));
  } break;
  case __li__ULWI__: {
    li__N3CQ=((__li__ULWI *)li__M3CQ);
  } break;
  case __li__NMWI__: {
    li__N3CQ=li__YA3K(((__li__NMWI *)li__M3CQ));
  } break;
  case __li__BNWI__: {
    li__N3CQ=li__CF3K(((__li__BNWI *)li__M3CQ));
  } break;
  case __li__XNWI__: {
    li__N3CQ=li__MJ3K(((__li__XNWI *)li__M3CQ));
  } break;
  case __li__LOWI__: {
    li__N3CQ=li__WN3K(((__li__LOWI *)li__M3CQ));
  } break;
  case __li__5OWI__: {
    li__N3CQ=li__AS3K(((__li__5OWI *)li__M3CQ));
  } break;
  case __li__TPWI__: {
    li__N3CQ=li__KW3K(((__li__TPWI *)li__M3CQ));
  } break;
  case __li__HQWI__: {
    li__N3CQ=li__U03K(((__li__HQWI *)li__M3CQ));
  } break;
  case __li__ARWI__: {
    li__N3CQ=li__OQWK(((__li__ARWI *)li__M3CQ));
  } break;
  case __li__URWI__: {
    li__N3CQ=li__443K(((__li__URWI *)li__M3CQ));
  } break;
  case __li__MSWI__: {
    li__N3CQ=((__li__MSWI *)li__M3CQ);
  } break;
  case __li__ETWI__: {
    li__N3CQ=li__K53K(((__li__ETWI *)li__M3CQ));
  } break;
  case __li__MZWI__: {
    li__N3CQ=((__li__MZWI *)li__M3CQ);
  } break;
  case __li__C0WI__: {
    li__N3CQ=((__li__C0WI *)li__M3CQ);
  } break;
  case __li__M1WI__: {
    li__N3CQ=((__li__M1WI *)li__M3CQ);
  } break;
  case __li__KMFK__: {
    li__N3CQ=li__QF3L(((__li__KMFK *)li__M3CQ));
  } break;
  case __li__XOHL__: {
    li__N3CQ=li__P2NN(((__li__XOHL *)li__M3CQ));
  } break;
  case __li__FPHL__: {
    li__N3CQ=li__YUAM(((__li__FPHL *)li__M3CQ));
  } break;
  case __li__APLM__: {
    li__N3CQ=li__C3CQ(((__li__APLM *)li__M3CQ));
  } break;
  case __li__DTNM__: {
    li__N3CQ=li__3GSO(((__li__DTNM *)li__M3CQ));
  } break;
  case __li__JXNM__: {
    li__N3CQ=li__E03R(((__li__JXNM *)li__M3CQ));
  } break;
  case __li__21LO__: {
    li__N3CQ=li__H1JP(((__li__21LO *)li__M3CQ));
  } break;
  case __li__TPOO__: {
    li__N3CQ=li__Z5JP(((__li__TPOO *)li__M3CQ));
  } break;
  case __li__URRO__: {
    li__N3CQ=li__MH4R(((__li__URRO *)li__M3CQ));
  } break;
  case __li__41XO__: {
    li__N3CQ=li__MBDQ(((__li__41XO *)li__M3CQ));
  } break;
  case __li__AKBR__: {
    li__N3CQ=li__KMDS(((__li__AKBR *)li__M3CQ));
  } break;
  case __li__SU5R__: {
    li__N3CQ=li__1CJS(((__li__SU5R *)li__M3CQ));
  } break;
  case __li__JV5R__: {
    li__N3CQ=li__FHJS(((__li__JV5R *)li__M3CQ));
  } break;
  };
  li__D3CQ->li__BPLM.li__FPBK=li__N3CQ;
  li__M3CQ=li__D3CQ->li__BPLM.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__M3CQ)->__id) {
  case __li__WK__: {
    li__N3CQ=((__li__WK *)li__M3CQ);
  } break;
  case __li__AVBD__: {
    li__N3CQ=li__IVAJ(((__li__AVBD *)li__M3CQ));
  } break;
  case __li__KVBD__: {
    li__N3CQ=((__li__KVBD *)li__M3CQ);
  } break;
  case __li__WVBD__: {
    li__N3CQ=((__li__WVBD *)li__M3CQ);
  } break;
  case __li__Z4WH__: {
    li__N3CQ=li__H52K();
  } break;
  case __li__KTVI__: {
    li__N3CQ=li__N4VK(((__li__KTVI *)li__M3CQ));
  } break;
  case __li__LTVI__: {
    li__N3CQ=li__AJAM(((__li__LTVI *)li__M3CQ));
  } break;
  case __li__XTVI__: {
    li__N3CQ=li__SEWK(((__li__XTVI *)li__M3CQ));
  } break;
  case __li__YTVI__: {
    li__N3CQ=li__0OAM(((__li__YTVI *)li__M3CQ));
  } break;
  case __li__S2VI__: {
    li__N3CQ=li__YU2K(((__li__S2VI *)li__M3CQ));
  } break;
  case __li__E3VI__: {
    li__N3CQ=li__CZ2K(((__li__E3VI *)li__M3CQ));
  } break;
  case __li__KLWI__: {
    li__N3CQ=li__M52K(((__li__KLWI *)li__M3CQ));
  } break;
  case __li__ULWI__: {
    li__N3CQ=((__li__ULWI *)li__M3CQ);
  } break;
  case __li__NMWI__: {
    li__N3CQ=li__YA3K(((__li__NMWI *)li__M3CQ));
  } break;
  case __li__BNWI__: {
    li__N3CQ=li__CF3K(((__li__BNWI *)li__M3CQ));
  } break;
  case __li__XNWI__: {
    li__N3CQ=li__MJ3K(((__li__XNWI *)li__M3CQ));
  } break;
  case __li__LOWI__: {
    li__N3CQ=li__WN3K(((__li__LOWI *)li__M3CQ));
  } break;
  case __li__5OWI__: {
    li__N3CQ=li__AS3K(((__li__5OWI *)li__M3CQ));
  } break;
  case __li__TPWI__: {
    li__N3CQ=li__KW3K(((__li__TPWI *)li__M3CQ));
  } break;
  case __li__HQWI__: {
    li__N3CQ=li__U03K(((__li__HQWI *)li__M3CQ));
  } break;
  case __li__ARWI__: {
    li__N3CQ=li__OQWK(((__li__ARWI *)li__M3CQ));
  } break;
  case __li__URWI__: {
    li__N3CQ=li__443K(((__li__URWI *)li__M3CQ));
  } break;
  case __li__MSWI__: {
    li__N3CQ=((__li__MSWI *)li__M3CQ);
  } break;
  case __li__ETWI__: {
    li__N3CQ=li__K53K(((__li__ETWI *)li__M3CQ));
  } break;
  case __li__MZWI__: {
    li__N3CQ=((__li__MZWI *)li__M3CQ);
  } break;
  case __li__C0WI__: {
    li__N3CQ=((__li__C0WI *)li__M3CQ);
  } break;
  case __li__M1WI__: {
    li__N3CQ=((__li__M1WI *)li__M3CQ);
  } break;
  case __li__KMFK__: {
    li__N3CQ=li__QF3L(((__li__KMFK *)li__M3CQ));
  } break;
  case __li__XOHL__: {
    li__N3CQ=li__P2NN(((__li__XOHL *)li__M3CQ));
  } break;
  case __li__FPHL__: {
    li__N3CQ=li__YUAM(((__li__FPHL *)li__M3CQ));
  } break;
  case __li__APLM__: {
    li__N3CQ=li__C3CQ(((__li__APLM *)li__M3CQ));
  } break;
  case __li__DTNM__: {
    li__N3CQ=li__3GSO(((__li__DTNM *)li__M3CQ));
  } break;
  case __li__JXNM__: {
    li__N3CQ=li__E03R(((__li__JXNM *)li__M3CQ));
  } break;
  case __li__21LO__: {
    li__N3CQ=li__H1JP(((__li__21LO *)li__M3CQ));
  } break;
  case __li__TPOO__: {
    li__N3CQ=li__Z5JP(((__li__TPOO *)li__M3CQ));
  } break;
  case __li__URRO__: {
    li__N3CQ=li__MH4R(((__li__URRO *)li__M3CQ));
  } break;
  case __li__41XO__: {
    li__N3CQ=li__MBDQ(((__li__41XO *)li__M3CQ));
  } break;
  case __li__AKBR__: {
    li__N3CQ=li__KMDS(((__li__AKBR *)li__M3CQ));
  } break;
  case __li__SU5R__: {
    li__N3CQ=li__1CJS(((__li__SU5R *)li__M3CQ));
  } break;
  case __li__JV5R__: {
    li__N3CQ=li__FHJS(((__li__JV5R *)li__M3CQ));
  } break;
  };
  li__D3CQ->li__BPLM.li__LPBK=li__N3CQ;
  li__M3CQ=li__D3CQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__M3CQ==NULL) {
    li__S3CQ=NULL;
  } else {
    if (((struct ___OBJ *)li__M3CQ)->__id==__li__WVBD__) {
      li__S3CQ=((void *)li__M3CQ);
    } else /* Other types */ {
      li__S3CQ=NULL;
    }
  };
  li__M3CQ=li__D3CQ->li__BPLM.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__M3CQ==NULL) {
    li__V3CQ=NULL;
  } else {
    if (((struct ___OBJ *)li__M3CQ)->__id==__li__WVBD__) {
      li__V3CQ=((void *)li__M3CQ);
    } else /* Other types */ {
      li__V3CQ=NULL;
    }
  };
  li__M3CQ=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__S3CQ != (void *)NULL)) {
    li__M3CQ=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__M3CQ == (void *)NULL) && ((void *)li__V3CQ != (void *)NULL))) {
    li__M3CQ=NULL;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__M3CQ == (void *)NULL) && ((void *)li__V3CQ != (void *)NULL)) && ((void *)li__S3CQ != (void *)NULL))) {
    li__FFRR=NULL;
    /* __li__B__ __li__I__ */
if ((li__S3CQ->li__2ZLE >= li__V3CQ->li__2ZLE)) {
      li__OFRR=li__D3CQ->li__BPLM.li__IVVI.li__0CC;
      li__PFRR=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PFRR)->__id) {
      case __li__IF__: {
        li__QFRR=((__li__IF *)li__PFRR)->li__J0C;
      } break;
      case __li__ORB__: {
        li__QFRR=((__li__ORB *)li__PFRR)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__QFRR=((__li__QRB *)li__PFRR)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__QFRR=((__li__SRB *)li__PFRR)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__QFRR=((__li__URB *)li__PFRR)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__QFRR=((__li__GSZ *)li__PFRR)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__QFRR=((__li__1RRF *)li__PFRR)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__QFRR=((__li__UJSH *)li__PFRR)->li__WJSH.li__J0C;
      } break;
      };
      li__4N3U=li__5QND();
      li__DO3U=((__li__KVBD *)li__4N3U);
      li__DO3U->li__LVBD.li__0K.li__0CC=li__OFRR;
      li__FO3U=li__NNSE(((__li__5RB *)li__QFRR));
      li__DO3U->li__LVBD.li__WZLE=li__FO3U;
      li__FFRR=li__4N3U;
    } else /* FALSE */ {
      li__OFRR=li__D3CQ->li__BPLM.li__IVVI.li__0CC;
      li__PFRR=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PFRR)->__id) {
      case __li__IF__: {
        li__QFRR=((__li__IF *)li__PFRR)->li__J0C;
      } break;
      case __li__ORB__: {
        li__QFRR=((__li__ORB *)li__PFRR)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__QFRR=((__li__QRB *)li__PFRR)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__QFRR=((__li__SRB *)li__PFRR)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__QFRR=((__li__URB *)li__PFRR)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__QFRR=((__li__GSZ *)li__PFRR)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__QFRR=((__li__1RRF *)li__PFRR)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__QFRR=((__li__UJSH *)li__PFRR)->li__WJSH.li__J0C;
      } break;
      };
      li__4N3U=li__5QND();
      li__DO3U=((__li__KVBD *)li__4N3U);
      li__DO3U->li__LVBD.li__0K.li__0CC=li__OFRR;
      li__FO3U=li__NNSE(((__li__5RB *)li__QFRR));
      li__DO3U->li__LVBD.li__WZLE=li__FO3U;
      li__FFRR=li__4N3U;
    };
    li__M3CQ=li__FFRR;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__M3CQ == (void *)NULL) && (li__G3CQ == li__NHBK))) {
    li__FFRR=NULL;
    li__N3CQ=li__D3CQ->li__BPLM.li__FPBK;
    li__PFRR=li__D3CQ->li__BPLM.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__N3CQ)->__id) {
    case __li__WK__: {
      li__IFBR=li__5GXM(((__li__WK *)li__N3CQ),li__PFRR);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__IFBR=li__I__;
    } break;
    case __li__KVBD__: {
      li__IFBR=li__VHXM(((__li__KVBD *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__WVBD__: {
      li__IFBR=li__HIXM(((__li__WVBD *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__KTVI__: {
      li__IFBR=li__WPWM(((__li__KTVI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__LTVI__: {
      li__IFBR=li__TQWM(((__li__LTVI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__XTVI__: {
      li__IFBR=li__RRWM(((__li__XTVI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__YTVI__: {
      li__IFBR=li__OSWM(((__li__YTVI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__S2VI__: {
      li__IFBR=li__LTWM(((__li__S2VI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__E3VI__: {
      li__IFBR=li__IUWM(((__li__E3VI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__NMWI__: {
      li__IFBR=li__QJXM(((__li__NMWI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__BNWI__: {
      li__IFBR=li__NKXM(((__li__BNWI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__XNWI__: {
      li__IFBR=li__KLXM(((__li__XNWI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__LOWI__: {
      li__IFBR=li__HMXM(((__li__LOWI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__5OWI__: {
      li__IFBR=li__ENXM(((__li__5OWI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__TPWI__: {
      li__IFBR=li__BOXM(((__li__TPWI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__HQWI__: {
      li__IFBR=li__4OXM(((__li__HQWI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__MZWI__: {
      li__IFBR=li__LQXM(((__li__MZWI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__C0WI__: {
      li__IFBR=li__GRXM(((__li__C0WI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__M1WI__: {
      li__IFBR=li__JYGP(((__li__M1WI *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__KMFK__: {
      li__IFBR=li__YRXM(((__li__KMFK *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__XOHL__: {
      li__IFBR=li__H5QN(((__li__XOHL *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__FPHL__: {
      li__IFBR=li__LSXM(((__li__FPHL *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__APLM__: {
      li__IFBR=li__KZDQ(((__li__APLM *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__DTNM__: {
      li__IFBR=li__YYTO(((__li__DTNM *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__JXNM__: {
      li__IFBR=li__WB4R(((__li__JXNM *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__21LO__: {
      li__IFBR=li__I1DQ(((__li__21LO *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__TPOO__: {
      li__IFBR=li__F2DQ(((__li__TPOO *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__URRO__: {
      li__IFBR=li__DWJS(((__li__URRO *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__41XO__: {
      li__IFBR=li__H0DQ(((__li__41XO *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__AKBR__: {
      li__IFBR=li__HCES(((__li__AKBR *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__SU5R__: {
      li__IFBR=li__WWJS(((__li__SU5R *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    case __li__JV5R__: {
      li__IFBR=li__TXJS(((__li__JV5R *)((__li__WK *)li__N3CQ)),li__PFRR);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__IFBR) {
      li__OFRR=li__D3CQ->li__BPLM.li__IVVI.li__0CC;
      li__PFBR=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PFBR)->__id) {
      case __li__IF__: {
        li__QFRR=((__li__IF *)li__PFBR)->li__J0C;
      } break;
      case __li__ORB__: {
        li__QFRR=((__li__ORB *)li__PFBR)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__QFRR=((__li__QRB *)li__PFBR)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__QFRR=((__li__SRB *)li__PFBR)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__QFRR=((__li__URB *)li__PFBR)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__QFRR=((__li__GSZ *)li__PFBR)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__QFRR=((__li__1RRF *)li__PFBR)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__QFRR=((__li__UJSH *)li__PFBR)->li__WJSH.li__J0C;
      } break;
      };
      li__4N3U=li__5QND();
      li__DO3U=((__li__KVBD *)li__4N3U);
      li__DO3U->li__LVBD.li__0K.li__0CC=li__OFRR;
      li__FO3U=li__NNSE(((__li__5RB *)li__QFRR));
      li__DO3U->li__LVBD.li__WZLE=li__FO3U;
      li__FFRR=li__4N3U;
      li__PFBR=li__D3CQ->li__BPLM.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PFBR)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__PFBR));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__PFBR));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__PFBR));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__PFBR));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__PFBR));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__PFBR));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__PFBR));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__PFBR));
      } break;
      case __li__KLWI__: {
        li__XO3U=((__li__KMFK *)((__li__KLWI *)li__PFBR)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__XO3U->li__3RFK),li__XO3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__PFBR));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__PFBR));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__PFBR));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__PFBR));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__PFBR));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__PFBR));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__PFBR));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__PFBR));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__PFBR));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__PFBR));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__XO3U=((__li__KMFK *)li__PFBR);
        li__HXPN(((__li__VTBD *)li__XO3U->li__3RFK),li__XO3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__PFBR));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__PFBR));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__PFBR));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__PFBR));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__PFBR));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__PFBR));
      } break;
      case __li__TPOO__: {
        li__ZO3U=((__li__TPOO *)li__PFBR);
        li__IZFQ(((__li__DZB *)li__ZO3U->li__5IXO),li__ZO3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__PFBR));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__PFBR));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__PFBR));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__PFBR));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__PFBR));
      } break;
      };
      li__PFBR=li__D3CQ->li__BPLM.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PFBR)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__PFBR));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__PFBR));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__PFBR));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__PFBR));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__PFBR));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__PFBR));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__PFBR));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__PFBR));
      } break;
      case __li__KLWI__: {
        li__XO3U=((__li__KMFK *)((__li__KLWI *)li__PFBR)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__XO3U->li__3RFK),li__XO3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__PFBR));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__PFBR));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__PFBR));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__PFBR));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__PFBR));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__PFBR));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__PFBR));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__PFBR));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__PFBR));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__PFBR));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__XO3U=((__li__KMFK *)li__PFBR);
        li__HXPN(((__li__VTBD *)li__XO3U->li__3RFK),li__XO3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__PFBR));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__PFBR));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__PFBR));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__PFBR));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__PFBR));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__PFBR));
      } break;
      case __li__TPOO__: {
        li__ZO3U=((__li__TPOO *)li__PFBR);
        li__IZFQ(((__li__DZB *)li__ZO3U->li__5IXO),li__ZO3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__PFBR));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__PFBR));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__PFBR));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__PFBR));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__PFBR));
      } break;
      };
    };
    li__M3CQ=li__FFRR;
    /* __li__B__ __li__I__ */
if ((((void *)li__FFRR == (void *)NULL) && ((void *)li__S3CQ != (void *)NULL))) {
      li__M3CQ=NULL;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__M3CQ == (void *)NULL) && ((void *)li__V3CQ != (void *)NULL))) {
      li__4N3U=NULL;
      /* __li__B__ __li__I__ */
if ((li__V3CQ->li__2ZLE ==  0)) {
        li__D5RR=li__D3CQ->li__BPLM.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D5RR)->__id) {
        case __li__WK__: {
          li__E5RR=((__li__WK *)li__D5RR)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__E5RR=((__li__AVBD *)li__D5RR)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__E5RR=((__li__KVBD *)li__D5RR)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__E5RR=((__li__WVBD *)li__D5RR)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__E5RR=li__JK5J(((__li__Z4WH *)li__D5RR));
        } break;
        case __li__KTVI__: {
          li__E5RR=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__E5RR=li__553L();
        } break;
        case __li__XTVI__: {
          li__E5RR=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__E5RR=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__E5RR=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__E5RR=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__E5RR=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__E5RR=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__E5RR=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__E5RR=li__DWEK(((__li__BNWI *)li__D5RR));
        } break;
        case __li__XNWI__: {
          li__E5RR=li__IWEK(((__li__XNWI *)li__D5RR));
        } break;
        case __li__LOWI__: {
          li__E5RR=li__NWEK(((__li__LOWI *)li__D5RR));
        } break;
        case __li__5OWI__: {
          li__E5RR=li__SWEK(((__li__5OWI *)li__D5RR));
        } break;
        case __li__TPWI__: {
          li__E5RR=li__XWEK(((__li__TPWI *)li__D5RR));
        } break;
        case __li__HQWI__: {
          li__E5RR=li__2WEK(((__li__HQWI *)li__D5RR));
        } break;
        case __li__ARWI__: {
          li__E5RR=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__E5RR=li__FXEK(((__li__URWI *)li__D5RR));
        } break;
        case __li__MSWI__: {
          li__E5RR=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__E5RR=((__li__ETWI *)li__D5RR)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__E5RR=((__li__MZWI *)li__D5RR)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__E5RR=((__li__C0WI *)li__D5RR)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__E5RR=((__li__M1WI *)li__D5RR)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__E5RR=((__li__KMFK *)li__D5RR)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__E5RR=li__T4NN(((__li__XOHL *)li__D5RR));
        } break;
        case __li__FPHL__: {
          li__E5RR=li__KA4L(((__li__FPHL *)li__D5RR));
        } break;
        case __li__APLM__: {
          li__E5RR=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__E5RR=li__1ISO(((__li__DTNM *)li__D5RR));
        } break;
        case __li__JXNM__: {
          li__E5RR=li__VX3R(((__li__JXNM *)li__D5RR));
        } break;
        case __li__21LO__: {
          li__E5RR=((__li__21LO *)li__D5RR)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__E5RR=((__li__TPOO *)li__D5RR)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__E5RR=li__FH4R();
        } break;
        case __li__41XO__: {
          li__E5RR=li__3FDQ(((__li__41XO *)li__D5RR));
        } break;
        case __li__AKBR__: {
          li__E5RR=li__WQDS(((__li__AKBR *)li__D5RR));
        } break;
        case __li__SU5R__: {
          li__E5RR=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__E5RR=li__Y1IS();
        } break;
        };
        li__D5RR=((__li__5RB *)li__E5RR)->li__AEM;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__D5RR)->__id) {
        case __li__IF__: {
          li__G5RR=((__li__IF *)li__D5RR)->li__TF->li__SF.li__R2B;
        } break;
        case __li__ORB__: {
          li__G5RR=(&__string_1);
        } break;
        case __li__QRB__: {
          li__G5RR=(&__string_2);
        } break;
        case __li__SRB__: {
          li__G5RR=(&__string_51);
        } break;
        case __li__URB__: {
          li__G5RR=(&__string_53);
        } break;
        case __li__GSZ__: {
          li__G5RR=((__li__GSZ *)li__D5RR)->li__EGQB;
        } break;
        case __li__1RRF__: {
          li__4O3U=li__QLKI();
          li__G5RR=li__4O3U->li__SF.li__R2B;
        } break;
        case __li__UJSH__: {
          li__G5RR=((__li__UJSH *)li__D5RR)->li__VJSH.li__NZFD;
        } break;
        };
        li__K5RR=(((__li__3 *)((__li__U *)li__G5RR)->li__3C)[ 0] == 'U');
      } else /* FALSE */ {
        li__K5RR=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__K5RR) {
        li__Q5RR=li__D3CQ->li__BPLM.li__IVVI.li__0CC;
        li__D5RR=li__DSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__D5RR)->__id) {
        case __li__IF__: {
          li__E5RR=((__li__IF *)li__D5RR)->li__J0C;
        } break;
        case __li__ORB__: {
          li__E5RR=((__li__ORB *)li__D5RR)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__E5RR=((__li__QRB *)li__D5RR)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__E5RR=((__li__SRB *)li__D5RR)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__E5RR=((__li__URB *)li__D5RR)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__E5RR=((__li__GSZ *)li__D5RR)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__E5RR=((__li__1RRF *)li__D5RR)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__E5RR=((__li__UJSH *)li__D5RR)->li__WJSH.li__J0C;
        } break;
        };
        li__AP3U=li__5QND();
        li__FP3U=((__li__KVBD *)li__AP3U);
        li__FP3U->li__LVBD.li__0K.li__0CC=li__Q5RR;
        li__QFRR=li__NNSE(((__li__5RB *)li__E5RR));
        li__FP3U->li__LVBD.li__WZLE=li__QFRR;
        li__4N3U=li__AP3U;
        li__D5RR=li__D3CQ->li__BPLM.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D5RR)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__D5RR));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__D5RR));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__D5RR));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__D5RR));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__D5RR));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__D5RR));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__D5RR));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__D5RR));
        } break;
        case __li__KLWI__: {
          li__JP3U=((__li__KMFK *)((__li__KLWI *)li__D5RR)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__JP3U->li__3RFK),li__JP3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__D5RR));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__D5RR));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__D5RR));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__D5RR));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__D5RR));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__D5RR));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__D5RR));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__D5RR));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__D5RR));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__D5RR));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__JP3U=((__li__KMFK *)li__D5RR);
          li__HXPN(((__li__VTBD *)li__JP3U->li__3RFK),li__JP3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__D5RR));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__D5RR));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__D5RR));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__D5RR));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__D5RR));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__D5RR));
        } break;
        case __li__TPOO__: {
          li__LP3U=((__li__TPOO *)li__D5RR);
          li__IZFQ(((__li__DZB *)li__LP3U->li__5IXO),li__LP3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__D5RR));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__D5RR));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__D5RR));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__D5RR));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__D5RR));
        } break;
        };
        li__D5RR=li__D3CQ->li__BPLM.li__LPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D5RR)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__D5RR));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__D5RR));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__D5RR));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__D5RR));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__D5RR));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__D5RR));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__D5RR));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__D5RR));
        } break;
        case __li__KLWI__: {
          li__JP3U=((__li__KMFK *)((__li__KLWI *)li__D5RR)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__JP3U->li__3RFK),li__JP3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__D5RR));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__D5RR));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__D5RR));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__D5RR));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__D5RR));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__D5RR));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__D5RR));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__D5RR));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__D5RR));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__D5RR));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__JP3U=((__li__KMFK *)li__D5RR);
          li__HXPN(((__li__VTBD *)li__JP3U->li__3RFK),li__JP3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__D5RR));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__D5RR));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__D5RR));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__D5RR));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__D5RR));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__D5RR));
        } break;
        case __li__TPOO__: {
          li__LP3U=((__li__TPOO *)li__D5RR);
          li__IZFQ(((__li__DZB *)li__LP3U->li__5IXO),li__LP3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__D5RR));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__D5RR));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__D5RR));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__D5RR));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__D5RR));
        } break;
        };
      };
      li__M3CQ=li__4N3U;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__M3CQ == (void *)NULL)) {
    li__M3CQ=li__D3CQ;
  } else /* FALSE */ {
    li__OFRR=li__D3CQ->li__BPLM.li__IVVI.li__0CC;
    /* NULL __li__KVBD__ __li__APLM__ */
if (((struct ___OBJ *)li__M3CQ)->__id==__li__KVBD__) {
      ((__li__KVBD *)((__li__APLM *)li__M3CQ))->li__LVBD.li__0K.li__0CC=li__OFRR;
    } else /* EXPR_SUP_EQ */ {
      ((__li__APLM *)li__M3CQ)->li__BPLM.li__IVVI.li__0CC=li__OFRR;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__E3CQ=li__M3CQ;
  return(li__E3CQ);
}

static void* li__3GSO(__li__DTNM *li__4GSO)
/* (Strict EXPR_NOT{li__DTNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__BHSO;
  void *li__GHSO,*li__HHSO,*li__O2XO,*li__W3XO,*li__TP3U,*li__UP3U;
  void *li__5GSO;
  __li__WVBD *li__KHSO,*li__0VSP,*li__LTLV;
  __li__5OWI *li__H2XO,*li__QP3U,*li__RP3U;
  __li__DTNM *li__P2XO,*li__S2XO,*li__X3XO,*li__03XO;
  __li__41XO *li__F3XO;
  __li__PO li__SP3U;
  __li__C li__1VSP;
  li__BHSO=li__NHBK;
  li__GHSO=li__4GSO->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GHSO)->__id) {
  case __li__WK__: {
    li__HHSO=((__li__WK *)li__GHSO);
  } break;
  case __li__AVBD__: {
    li__HHSO=li__IVAJ(((__li__AVBD *)li__GHSO));
  } break;
  case __li__KVBD__: {
    li__HHSO=((__li__KVBD *)li__GHSO);
  } break;
  case __li__WVBD__: {
    li__HHSO=((__li__WVBD *)li__GHSO);
  } break;
  case __li__Z4WH__: {
    li__HHSO=li__H52K();
  } break;
  case __li__KTVI__: {
    li__HHSO=li__N4VK(((__li__KTVI *)li__GHSO));
  } break;
  case __li__LTVI__: {
    li__HHSO=li__AJAM(((__li__LTVI *)li__GHSO));
  } break;
  case __li__XTVI__: {
    li__HHSO=li__SEWK(((__li__XTVI *)li__GHSO));
  } break;
  case __li__YTVI__: {
    li__HHSO=li__0OAM(((__li__YTVI *)li__GHSO));
  } break;
  case __li__S2VI__: {
    li__HHSO=li__YU2K(((__li__S2VI *)li__GHSO));
  } break;
  case __li__E3VI__: {
    li__HHSO=li__CZ2K(((__li__E3VI *)li__GHSO));
  } break;
  case __li__KLWI__: {
    li__HHSO=li__M52K(((__li__KLWI *)li__GHSO));
  } break;
  case __li__ULWI__: {
    li__HHSO=((__li__ULWI *)li__GHSO);
  } break;
  case __li__NMWI__: {
    li__HHSO=li__YA3K(((__li__NMWI *)li__GHSO));
  } break;
  case __li__BNWI__: {
    li__HHSO=li__CF3K(((__li__BNWI *)li__GHSO));
  } break;
  case __li__XNWI__: {
    li__HHSO=li__MJ3K(((__li__XNWI *)li__GHSO));
  } break;
  case __li__LOWI__: {
    li__HHSO=li__WN3K(((__li__LOWI *)li__GHSO));
  } break;
  case __li__5OWI__: {
    li__HHSO=li__AS3K(((__li__5OWI *)li__GHSO));
  } break;
  case __li__TPWI__: {
    li__HHSO=li__KW3K(((__li__TPWI *)li__GHSO));
  } break;
  case __li__HQWI__: {
    li__HHSO=li__U03K(((__li__HQWI *)li__GHSO));
  } break;
  case __li__ARWI__: {
    li__HHSO=li__OQWK(((__li__ARWI *)li__GHSO));
  } break;
  case __li__URWI__: {
    li__HHSO=li__443K(((__li__URWI *)li__GHSO));
  } break;
  case __li__MSWI__: {
    li__HHSO=((__li__MSWI *)li__GHSO);
  } break;
  case __li__ETWI__: {
    li__HHSO=li__K53K(((__li__ETWI *)li__GHSO));
  } break;
  case __li__MZWI__: {
    li__HHSO=((__li__MZWI *)li__GHSO);
  } break;
  case __li__C0WI__: {
    li__HHSO=((__li__C0WI *)li__GHSO);
  } break;
  case __li__M1WI__: {
    li__HHSO=((__li__M1WI *)li__GHSO);
  } break;
  case __li__KMFK__: {
    li__HHSO=li__QF3L(((__li__KMFK *)li__GHSO));
  } break;
  case __li__XOHL__: {
    li__HHSO=li__P2NN(((__li__XOHL *)li__GHSO));
  } break;
  case __li__FPHL__: {
    li__HHSO=li__YUAM(((__li__FPHL *)li__GHSO));
  } break;
  case __li__APLM__: {
    li__HHSO=li__C3CQ(((__li__APLM *)li__GHSO));
  } break;
  case __li__DTNM__: {
    li__HHSO=li__3GSO(((__li__DTNM *)li__GHSO));
  } break;
  case __li__JXNM__: {
    li__HHSO=li__E03R(((__li__JXNM *)li__GHSO));
  } break;
  case __li__21LO__: {
    li__HHSO=li__H1JP(((__li__21LO *)li__GHSO));
  } break;
  case __li__TPOO__: {
    li__HHSO=li__Z5JP(((__li__TPOO *)li__GHSO));
  } break;
  case __li__URRO__: {
    li__HHSO=li__MH4R(((__li__URRO *)li__GHSO));
  } break;
  case __li__41XO__: {
    li__HHSO=li__MBDQ(((__li__41XO *)li__GHSO));
  } break;
  case __li__AKBR__: {
    li__HHSO=li__KMDS(((__li__AKBR *)li__GHSO));
  } break;
  case __li__SU5R__: {
    li__HHSO=li__1CJS(((__li__SU5R *)li__GHSO));
  } break;
  case __li__JV5R__: {
    li__HHSO=li__FHJS(((__li__JV5R *)li__GHSO));
  } break;
  };
  li__4GSO->li__ETNM.li__JPHL=li__HHSO;
  li__GHSO=li__4GSO->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__GHSO==NULL) {
    li__KHSO=NULL;
  } else {
    if (((struct ___OBJ *)li__GHSO)->__id==__li__WVBD__) {
      li__KHSO=((void *)li__GHSO);
    } else /* Other types */ {
      li__KHSO=NULL;
    }
  };
  li__GHSO=NULL;
  li__HHSO=li__4GSO->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__HHSO==NULL) {
    li__H2XO=NULL;
  } else {
    if (((struct ___OBJ *)li__HHSO)->__id==__li__5OWI__) {
      li__H2XO=((void *)li__HHSO);
    } else /* Other types */ {
      li__H2XO=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__H2XO != (void *)NULL)) {
    li__O2XO=li__H2XO->li__APWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__O2XO==NULL) {
      li__P2XO=NULL;
    } else {
      if (((struct ___OBJ *)li__O2XO)->__id==__li__DTNM__) {
        li__P2XO=((void *)li__O2XO);
      } else /* Other types */ {
        li__P2XO=NULL;
      }
    };
    li__O2XO=li__H2XO->li__APWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__O2XO==NULL) {
      li__S2XO=NULL;
    } else {
      if (((struct ___OBJ *)li__O2XO)->__id==__li__DTNM__) {
        li__S2XO=((void *)li__O2XO);
      } else /* Other types */ {
        li__S2XO=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__P2XO != (void *)NULL) && ((void *)li__S2XO != (void *)NULL))) {
      li__F3XO=li__BHTP(li__4GSO->li__ETNM.li__ZOHL.li__0CC,li__P2XO->li__ETNM.li__JPHL,li__S2XO->li__ETNM.li__JPHL);
      li__GHSO=li__F3XO;
    };
  } else /* FALSE */ {
    li__O2XO=li__4GSO->li__ETNM.li__JPHL;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__O2XO==NULL) {
      li__F3XO=NULL;
    } else {
      if (((struct ___OBJ *)li__O2XO)->__id==__li__41XO__) {
        li__F3XO=((void *)li__O2XO);
      } else /* Other types */ {
        li__F3XO=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__F3XO != (void *)NULL)) {
      li__W3XO=li__F3XO->li__51XO.li__MQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__W3XO==NULL) {
        li__X3XO=NULL;
      } else {
        if (((struct ___OBJ *)li__W3XO)->__id==__li__DTNM__) {
          li__X3XO=((void *)li__W3XO);
        } else /* Other types */ {
          li__X3XO=NULL;
        }
      };
      li__W3XO=li__F3XO->li__51XO.li__QQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__W3XO==NULL) {
        li__03XO=NULL;
      } else {
        if (((struct ___OBJ *)li__W3XO)->__id==__li__DTNM__) {
          li__03XO=((void *)li__W3XO);
        } else /* Other types */ {
          li__03XO=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if ((((void *)li__X3XO != (void *)NULL) && ((void *)li__03XO != (void *)NULL))) {
        li__SP3U=li__4GSO->li__ETNM.li__ZOHL.li__0CC;
        li__TP3U=li__X3XO->li__ETNM.li__JPHL;
        li__UP3U=li__03XO->li__ETNM.li__JPHL;
        li__QP3U=li__M1UJ();
        li__RP3U=((__li__5OWI *)li__QP3U);
        li__RP3U->li__APWI.li__DNWI.li__0CC=li__SP3U;
        li__RP3U->li__APWI.li__MQBK=li__TP3U;
        li__RP3U->li__APWI.li__QQBK=li__UP3U;
        li__GHSO=li__QP3U;
      };
    } else /* FALSE */ {
      li__W3XO=li__4GSO->li__ETNM.li__JPHL;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__W3XO==NULL) {
        li__X3XO=NULL;
      } else {
        if (((struct ___OBJ *)li__W3XO)->__id==__li__DTNM__) {
          li__X3XO=((void *)li__W3XO);
        } else /* Other types */ {
          li__X3XO=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__X3XO != (void *)NULL)) {
        li__GHSO=li__X3XO->li__ETNM.li__JPHL;
      };
    };
  };
  li__HHSO=li__GHSO;
  /* __li__B__ __li__I__ */
if ((((void *)li__GHSO == (void *)NULL) && ((void *)li__KHSO != (void *)NULL))) {
    li__0VSP=NULL;
    li__1VSP=li__I5VP(((__li__WVBD *)li__KHSO));
    /* __li__B__ __li__I__ */
if (li__1VSP) {
      li__LTLV=((__li__WVBD *)li__KHSO);
      li__LTLV->li__2ZLE=(__li__UJG)(~ li__KHSO->li__2ZLE);
      li__JOSE(li__LTLV);
      li__0VSP=li__KHSO;
    };
    li__HHSO=li__0VSP;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__HHSO == (void *)NULL) && (li__BHSO == li__NHBK))) {
    li__HHSO=NULL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__HHSO == (void *)NULL)) {
    li__HHSO=li__4GSO;
  } else /* FALSE */ {
    li__SP3U=li__4GSO->li__ETNM.li__ZOHL.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HHSO)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__DTNM *)li__HHSO))->li__1K.li__0K.li__0CC=li__SP3U;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__DTNM *)li__HHSO))->li__BVBD.li__0CC=li__SP3U;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__DTNM *)li__HHSO))->li__LVBD.li__0K.li__0CC=li__SP3U;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__DTNM *)li__HHSO))->li__XVBD.li__0K.li__0CC=li__SP3U;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__SP3U;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__DTNM *)li__HHSO))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__SP3U;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__DTNM *)li__HHSO))->li__OTVI.li__NTVI.li__0CC=li__SP3U;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__DTNM *)li__HHSO))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__SP3U;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__DTNM *)li__HHSO))->li__ZTVI.li__NTVI.li__0CC=li__SP3U;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__DTNM *)li__HHSO))->li__T2VI.li__IVVI.li__0CC=li__SP3U;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__DTNM *)li__HHSO))->li__F3VI.li__IVVI.li__0CC=li__SP3U;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__DTNM *)li__HHSO))->li__LLWI.li__0CC=li__SP3U;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__DTNM *)li__HHSO))->li__VLWI.li__0CC=li__SP3U;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__DTNM *)li__HHSO))->li__OMWI.li__IVVI.li__0CC=li__SP3U;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__DTNM *)li__HHSO))->li__ENWI.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__DTNM *)li__HHSO))->li__YNWI.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__DTNM *)li__HHSO))->li__MOWI.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__DTNM *)li__HHSO))->li__APWI.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__DTNM *)li__HHSO))->li__UPWI.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__DTNM *)li__HHSO))->li__IQWI.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__DTNM *)li__HHSO))->li__BRWI.li__0CC=li__SP3U;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__DTNM *)li__HHSO))->li__VRWI.li__0CC=li__SP3U;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__DTNM *)li__HHSO))->li__NSWI.li__0CC=li__SP3U;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__DTNM *)li__HHSO))->li__FTWI.li__0CC=li__SP3U;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__DTNM *)li__HHSO))->li__NZWI.li__0K.li__0CC=li__SP3U;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__DTNM *)li__HHSO))->li__D0WI.li__0K.li__0CC=li__SP3U;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__DTNM *)li__HHSO))->li__N1WI.li__0K.li__0CC=li__SP3U;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__DTNM *)li__HHSO))->li__LMFK.li__0CC=li__SP3U;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__DTNM *)li__HHSO))->li__0OHL.li__ZOHL.li__0CC=li__SP3U;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__DTNM *)li__HHSO))->li__GPHL.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__DTNM *)li__HHSO))->li__BPLM.li__IVVI.li__0CC=li__SP3U;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)li__HHSO)->li__ETNM.li__ZOHL.li__0CC=li__SP3U;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__DTNM *)li__HHSO))->li__KXNM.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__DTNM *)li__HHSO))->li__31LO.li__0CC=li__SP3U;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__DTNM *)li__HHSO))->li__UPOO.li__0CC=li__SP3U;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__DTNM *)li__HHSO))->li__XRRO.li__WRRO.li__0CC=li__SP3U;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__DTNM *)li__HHSO))->li__51XO.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__DTNM *)li__HHSO))->li__BKBR.li__DNWI.li__0CC=li__SP3U;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__DTNM *)li__HHSO))->li__TU5R.li__IVVI.li__0CC=li__SP3U;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__DTNM *)li__HHSO))->li__KV5R.li__IVVI.li__0CC=li__SP3U;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__5GSO=li__HHSO;
  return(li__5GSO);
}

static void* li__E03R(__li__JXNM *li__F03R)
/* (Strict EXPR_MOD{li__JXNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__NQGS;
  __li__52B li__I03R;
  void *li__O03R,*li__P03R,*li__MXOS,*li__SRGS,*li__45MS,*li__BBNS;
  void *li__G03R;
  __li__WVBD *li__U03R,*li__X03R,*li__NTLV,*li__PRGS,*li__RTLV,*li__TTLV;
  __li__5OWI *li__3PGS,*li__QXOS,*li__TAGT;
  __li__PO li__FQGS,li__1QGS;
  __li__5RB *li__ORGS;
  __li__KMFK *li__XP3U,*li__5P3U,*li__HQ3U;
  __li__TPOO *li__ZP3U,*li__BQ3U,*li__JQ3U;
  __li__C li__IQGS,li__RANS;
  li__I03R=li__NHBK;
  li__O03R=li__F03R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__O03R)->__id) {
  case __li__WK__: {
    li__P03R=((__li__WK *)li__O03R);
  } break;
  case __li__AVBD__: {
    li__P03R=li__IVAJ(((__li__AVBD *)li__O03R));
  } break;
  case __li__KVBD__: {
    li__P03R=((__li__KVBD *)li__O03R);
  } break;
  case __li__WVBD__: {
    li__P03R=((__li__WVBD *)li__O03R);
  } break;
  case __li__Z4WH__: {
    li__P03R=li__H52K();
  } break;
  case __li__KTVI__: {
    li__P03R=li__N4VK(((__li__KTVI *)li__O03R));
  } break;
  case __li__LTVI__: {
    li__P03R=li__AJAM(((__li__LTVI *)li__O03R));
  } break;
  case __li__XTVI__: {
    li__P03R=li__SEWK(((__li__XTVI *)li__O03R));
  } break;
  case __li__YTVI__: {
    li__P03R=li__0OAM(((__li__YTVI *)li__O03R));
  } break;
  case __li__S2VI__: {
    li__P03R=li__YU2K(((__li__S2VI *)li__O03R));
  } break;
  case __li__E3VI__: {
    li__P03R=li__CZ2K(((__li__E3VI *)li__O03R));
  } break;
  case __li__KLWI__: {
    li__P03R=li__M52K(((__li__KLWI *)li__O03R));
  } break;
  case __li__ULWI__: {
    li__P03R=((__li__ULWI *)li__O03R);
  } break;
  case __li__NMWI__: {
    li__P03R=li__YA3K(((__li__NMWI *)li__O03R));
  } break;
  case __li__BNWI__: {
    li__P03R=li__CF3K(((__li__BNWI *)li__O03R));
  } break;
  case __li__XNWI__: {
    li__P03R=li__MJ3K(((__li__XNWI *)li__O03R));
  } break;
  case __li__LOWI__: {
    li__P03R=li__WN3K(((__li__LOWI *)li__O03R));
  } break;
  case __li__5OWI__: {
    li__P03R=li__AS3K(((__li__5OWI *)li__O03R));
  } break;
  case __li__TPWI__: {
    li__P03R=li__KW3K(((__li__TPWI *)li__O03R));
  } break;
  case __li__HQWI__: {
    li__P03R=li__U03K(((__li__HQWI *)li__O03R));
  } break;
  case __li__ARWI__: {
    li__P03R=li__OQWK(((__li__ARWI *)li__O03R));
  } break;
  case __li__URWI__: {
    li__P03R=li__443K(((__li__URWI *)li__O03R));
  } break;
  case __li__MSWI__: {
    li__P03R=((__li__MSWI *)li__O03R);
  } break;
  case __li__ETWI__: {
    li__P03R=li__K53K(((__li__ETWI *)li__O03R));
  } break;
  case __li__MZWI__: {
    li__P03R=((__li__MZWI *)li__O03R);
  } break;
  case __li__C0WI__: {
    li__P03R=((__li__C0WI *)li__O03R);
  } break;
  case __li__M1WI__: {
    li__P03R=((__li__M1WI *)li__O03R);
  } break;
  case __li__KMFK__: {
    li__P03R=li__QF3L(((__li__KMFK *)li__O03R));
  } break;
  case __li__XOHL__: {
    li__P03R=li__P2NN(((__li__XOHL *)li__O03R));
  } break;
  case __li__FPHL__: {
    li__P03R=li__YUAM(((__li__FPHL *)li__O03R));
  } break;
  case __li__APLM__: {
    li__P03R=li__C3CQ(((__li__APLM *)li__O03R));
  } break;
  case __li__DTNM__: {
    li__P03R=li__3GSO(((__li__DTNM *)li__O03R));
  } break;
  case __li__JXNM__: {
    li__P03R=li__E03R(((__li__JXNM *)li__O03R));
  } break;
  case __li__21LO__: {
    li__P03R=li__H1JP(((__li__21LO *)li__O03R));
  } break;
  case __li__TPOO__: {
    li__P03R=li__Z5JP(((__li__TPOO *)li__O03R));
  } break;
  case __li__URRO__: {
    li__P03R=li__MH4R(((__li__URRO *)li__O03R));
  } break;
  case __li__41XO__: {
    li__P03R=li__MBDQ(((__li__41XO *)li__O03R));
  } break;
  case __li__AKBR__: {
    li__P03R=li__KMDS(((__li__AKBR *)li__O03R));
  } break;
  case __li__SU5R__: {
    li__P03R=li__1CJS(((__li__SU5R *)li__O03R));
  } break;
  case __li__JV5R__: {
    li__P03R=li__FHJS(((__li__JV5R *)li__O03R));
  } break;
  };
  li__F03R->li__KXNM.li__MQBK=li__P03R;
  li__O03R=li__F03R->li__KXNM.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__O03R)->__id) {
  case __li__WK__: {
    li__P03R=((__li__WK *)li__O03R);
  } break;
  case __li__AVBD__: {
    li__P03R=li__IVAJ(((__li__AVBD *)li__O03R));
  } break;
  case __li__KVBD__: {
    li__P03R=((__li__KVBD *)li__O03R);
  } break;
  case __li__WVBD__: {
    li__P03R=((__li__WVBD *)li__O03R);
  } break;
  case __li__Z4WH__: {
    li__P03R=li__H52K();
  } break;
  case __li__KTVI__: {
    li__P03R=li__N4VK(((__li__KTVI *)li__O03R));
  } break;
  case __li__LTVI__: {
    li__P03R=li__AJAM(((__li__LTVI *)li__O03R));
  } break;
  case __li__XTVI__: {
    li__P03R=li__SEWK(((__li__XTVI *)li__O03R));
  } break;
  case __li__YTVI__: {
    li__P03R=li__0OAM(((__li__YTVI *)li__O03R));
  } break;
  case __li__S2VI__: {
    li__P03R=li__YU2K(((__li__S2VI *)li__O03R));
  } break;
  case __li__E3VI__: {
    li__P03R=li__CZ2K(((__li__E3VI *)li__O03R));
  } break;
  case __li__KLWI__: {
    li__P03R=li__M52K(((__li__KLWI *)li__O03R));
  } break;
  case __li__ULWI__: {
    li__P03R=((__li__ULWI *)li__O03R);
  } break;
  case __li__NMWI__: {
    li__P03R=li__YA3K(((__li__NMWI *)li__O03R));
  } break;
  case __li__BNWI__: {
    li__P03R=li__CF3K(((__li__BNWI *)li__O03R));
  } break;
  case __li__XNWI__: {
    li__P03R=li__MJ3K(((__li__XNWI *)li__O03R));
  } break;
  case __li__LOWI__: {
    li__P03R=li__WN3K(((__li__LOWI *)li__O03R));
  } break;
  case __li__5OWI__: {
    li__P03R=li__AS3K(((__li__5OWI *)li__O03R));
  } break;
  case __li__TPWI__: {
    li__P03R=li__KW3K(((__li__TPWI *)li__O03R));
  } break;
  case __li__HQWI__: {
    li__P03R=li__U03K(((__li__HQWI *)li__O03R));
  } break;
  case __li__ARWI__: {
    li__P03R=li__OQWK(((__li__ARWI *)li__O03R));
  } break;
  case __li__URWI__: {
    li__P03R=li__443K(((__li__URWI *)li__O03R));
  } break;
  case __li__MSWI__: {
    li__P03R=((__li__MSWI *)li__O03R);
  } break;
  case __li__ETWI__: {
    li__P03R=li__K53K(((__li__ETWI *)li__O03R));
  } break;
  case __li__MZWI__: {
    li__P03R=((__li__MZWI *)li__O03R);
  } break;
  case __li__C0WI__: {
    li__P03R=((__li__C0WI *)li__O03R);
  } break;
  case __li__M1WI__: {
    li__P03R=((__li__M1WI *)li__O03R);
  } break;
  case __li__KMFK__: {
    li__P03R=li__QF3L(((__li__KMFK *)li__O03R));
  } break;
  case __li__XOHL__: {
    li__P03R=li__P2NN(((__li__XOHL *)li__O03R));
  } break;
  case __li__FPHL__: {
    li__P03R=li__YUAM(((__li__FPHL *)li__O03R));
  } break;
  case __li__APLM__: {
    li__P03R=li__C3CQ(((__li__APLM *)li__O03R));
  } break;
  case __li__DTNM__: {
    li__P03R=li__3GSO(((__li__DTNM *)li__O03R));
  } break;
  case __li__JXNM__: {
    li__P03R=li__E03R(((__li__JXNM *)li__O03R));
  } break;
  case __li__21LO__: {
    li__P03R=li__H1JP(((__li__21LO *)li__O03R));
  } break;
  case __li__TPOO__: {
    li__P03R=li__Z5JP(((__li__TPOO *)li__O03R));
  } break;
  case __li__URRO__: {
    li__P03R=li__MH4R(((__li__URRO *)li__O03R));
  } break;
  case __li__41XO__: {
    li__P03R=li__MBDQ(((__li__41XO *)li__O03R));
  } break;
  case __li__AKBR__: {
    li__P03R=li__KMDS(((__li__AKBR *)li__O03R));
  } break;
  case __li__SU5R__: {
    li__P03R=li__1CJS(((__li__SU5R *)li__O03R));
  } break;
  case __li__JV5R__: {
    li__P03R=li__FHJS(((__li__JV5R *)li__O03R));
  } break;
  };
  li__F03R->li__KXNM.li__QQBK=li__P03R;
  li__O03R=li__F03R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__O03R==NULL) {
    li__U03R=NULL;
  } else {
    if (((struct ___OBJ *)li__O03R)->__id==__li__WVBD__) {
      li__U03R=((void *)li__O03R);
    } else /* Other types */ {
      li__U03R=NULL;
    }
  };
  li__O03R=li__F03R->li__KXNM.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__O03R==NULL) {
    li__X03R=NULL;
  } else {
    if (((struct ___OBJ *)li__O03R)->__id==__li__WVBD__) {
      li__X03R=((void *)li__O03R);
    } else /* Other types */ {
      li__X03R=NULL;
    }
  };
  li__O03R=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__U03R != (void *)NULL)) {
    li__O03R=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__O03R == (void *)NULL) && ((void *)li__X03R != (void *)NULL))) {
    li__3PGS=NULL;
    /* __li__B__ __li__I__ */
if ((li__X03R->li__2ZLE ==  0)) {
      li__FQGS=li__F03R->li__KXNM.li__DNWI.li__0CC;
      li__K4E( 2,(&__string_683));
      li__V5E(li__FQGS);
      li__ODF();
      li__IQGS=li__B__;
    } else /* FALSE */ {
      li__IQGS=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__IQGS)) {
      li__NQGS=li__QCEQ(((__li__WVBD *)li__X03R));
      /* __li__B__ __li__I__ */
if ((li__NQGS != (__li__K)(-  1))) {
        li__NTLV=((__li__WVBD *)li__X03R);
        li__NTLV->li__2ZLE=(__li__UJG)(li__X03R->li__2ZLE -  1);
        li__JOSE(li__NTLV);
        li__1QGS=li__F03R->li__KXNM.li__DNWI.li__0CC;
        li__MXOS=li__F03R->li__KXNM.li__MQBK;
        li__QXOS=li__M1UJ();
        li__TAGT=((__li__5OWI *)li__QXOS);
        li__TAGT->li__APWI.li__DNWI.li__0CC=li__1QGS;
        li__TAGT->li__APWI.li__MQBK=li__MXOS;
        li__TAGT->li__APWI.li__QQBK=li__X03R;
        li__3PGS=li__QXOS;
      };
    };
    li__O03R=li__3PGS;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__O03R == (void *)NULL) && ((void *)li__X03R != (void *)NULL)) && ((void *)li__U03R != (void *)NULL))) {
    li__NTLV=((__li__WVBD *)li__U03R);
    li__NTLV->li__2ZLE=(__li__UJG)(li__U03R->li__2ZLE % li__X03R->li__2ZLE);
    li__JOSE(li__NTLV);
    li__O03R=li__U03R;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__O03R == (void *)NULL) && (li__I03R == li__NHBK))) {
    li__NTLV=NULL;
    li__P03R=li__F03R->li__KXNM.li__MQBK;
    li__MXOS=li__F03R->li__KXNM.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__P03R)->__id) {
    case __li__WK__: {
      li__IQGS=li__5GXM(((__li__WK *)li__P03R),li__MXOS);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__IQGS=li__I__;
    } break;
    case __li__KVBD__: {
      li__IQGS=li__VHXM(((__li__KVBD *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__WVBD__: {
      li__IQGS=li__HIXM(((__li__WVBD *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__KTVI__: {
      li__IQGS=li__WPWM(((__li__KTVI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__LTVI__: {
      li__IQGS=li__TQWM(((__li__LTVI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__XTVI__: {
      li__IQGS=li__RRWM(((__li__XTVI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__YTVI__: {
      li__IQGS=li__OSWM(((__li__YTVI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__S2VI__: {
      li__IQGS=li__LTWM(((__li__S2VI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__E3VI__: {
      li__IQGS=li__IUWM(((__li__E3VI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__NMWI__: {
      li__IQGS=li__QJXM(((__li__NMWI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__BNWI__: {
      li__IQGS=li__NKXM(((__li__BNWI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__XNWI__: {
      li__IQGS=li__KLXM(((__li__XNWI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__LOWI__: {
      li__IQGS=li__HMXM(((__li__LOWI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__5OWI__: {
      li__IQGS=li__ENXM(((__li__5OWI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__TPWI__: {
      li__IQGS=li__BOXM(((__li__TPWI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__HQWI__: {
      li__IQGS=li__4OXM(((__li__HQWI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__MZWI__: {
      li__IQGS=li__LQXM(((__li__MZWI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__C0WI__: {
      li__IQGS=li__GRXM(((__li__C0WI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__M1WI__: {
      li__IQGS=li__JYGP(((__li__M1WI *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__KMFK__: {
      li__IQGS=li__YRXM(((__li__KMFK *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__XOHL__: {
      li__IQGS=li__H5QN(((__li__XOHL *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__FPHL__: {
      li__IQGS=li__LSXM(((__li__FPHL *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__APLM__: {
      li__IQGS=li__KZDQ(((__li__APLM *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__DTNM__: {
      li__IQGS=li__YYTO(((__li__DTNM *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__JXNM__: {
      li__IQGS=li__WB4R(((__li__JXNM *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__21LO__: {
      li__IQGS=li__I1DQ(((__li__21LO *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__TPOO__: {
      li__IQGS=li__F2DQ(((__li__TPOO *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__URRO__: {
      li__IQGS=li__DWJS(((__li__URRO *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__41XO__: {
      li__IQGS=li__H0DQ(((__li__41XO *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__AKBR__: {
      li__IQGS=li__HCES(((__li__AKBR *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__SU5R__: {
      li__IQGS=li__WWJS(((__li__SU5R *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    case __li__JV5R__: {
      li__IQGS=li__TXJS(((__li__JV5R *)((__li__WK *)li__P03R)),li__MXOS);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__IQGS) {
      li__FQGS=li__F03R->li__KXNM.li__DNWI.li__0CC;
      li__ORGS=li__VX3R(li__F03R);
      li__PRGS=li__VEID(li__FQGS, 0,li__ORGS);
      li__NTLV=li__PRGS;
      li__SRGS=li__F03R->li__KXNM.li__MQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SRGS)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__SRGS));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__SRGS));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__SRGS));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__SRGS));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__SRGS));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__SRGS));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__SRGS));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__SRGS));
      } break;
      case __li__KLWI__: {
        li__XP3U=((__li__KMFK *)((__li__KLWI *)li__SRGS)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__XP3U->li__3RFK),li__XP3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__SRGS));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__SRGS));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__SRGS));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__SRGS));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__SRGS));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__SRGS));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__SRGS));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__SRGS));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__SRGS));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__SRGS));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__XP3U=((__li__KMFK *)li__SRGS);
        li__HXPN(((__li__VTBD *)li__XP3U->li__3RFK),li__XP3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__SRGS));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__SRGS));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__SRGS));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__SRGS));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__SRGS));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__SRGS));
      } break;
      case __li__TPOO__: {
        li__ZP3U=((__li__TPOO *)li__SRGS);
        li__IZFQ(((__li__DZB *)li__ZP3U->li__5IXO),li__ZP3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__SRGS));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__SRGS));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__SRGS));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__SRGS));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__SRGS));
      } break;
      };
      li__SRGS=li__F03R->li__KXNM.li__QQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SRGS)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__SRGS));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__SRGS));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__SRGS));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__SRGS));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__SRGS));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__SRGS));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__SRGS));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__SRGS));
      } break;
      case __li__KLWI__: {
        li__XP3U=((__li__KMFK *)((__li__KLWI *)li__SRGS)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__XP3U->li__3RFK),li__XP3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__SRGS));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__SRGS));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__SRGS));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__SRGS));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__SRGS));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__SRGS));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__SRGS));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__SRGS));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__SRGS));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__SRGS));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__XP3U=((__li__KMFK *)li__SRGS);
        li__HXPN(((__li__VTBD *)li__XP3U->li__3RFK),li__XP3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__SRGS));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__SRGS));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__SRGS));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__SRGS));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__SRGS));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__SRGS));
      } break;
      case __li__TPOO__: {
        li__ZP3U=((__li__TPOO *)li__SRGS);
        li__IZFQ(((__li__DZB *)li__ZP3U->li__5IXO),li__ZP3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__SRGS));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__SRGS));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__SRGS));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__SRGS));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__SRGS));
      } break;
      };
    };
    li__O03R=li__NTLV;
    /* __li__B__ __li__I__ */
if ((((void *)li__NTLV == (void *)NULL) && ((void *)li__U03R != (void *)NULL))) {
      li__PRGS=NULL;
      /* __li__B__ __li__I__ */
if ((li__U03R->li__2ZLE ==  0)) {
        li__PRGS=li__U03R;
        li__45MS=li__F03R->li__KXNM.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__45MS)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__45MS));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__45MS));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__45MS));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__45MS));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__45MS));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__45MS));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__45MS));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__45MS));
        } break;
        case __li__KLWI__: {
          li__5P3U=((__li__KMFK *)((__li__KLWI *)li__45MS)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__5P3U->li__3RFK),li__5P3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__45MS));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__45MS));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__45MS));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__45MS));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__45MS));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__45MS));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__45MS));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__45MS));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__45MS));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__45MS));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__5P3U=((__li__KMFK *)li__45MS);
          li__HXPN(((__li__VTBD *)li__5P3U->li__3RFK),li__5P3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__45MS));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__45MS));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__45MS));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__45MS));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__45MS));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__45MS));
        } break;
        case __li__TPOO__: {
          li__BQ3U=((__li__TPOO *)li__45MS);
          li__IZFQ(((__li__DZB *)li__BQ3U->li__5IXO),li__BQ3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__45MS));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__45MS));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__45MS));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__45MS));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__45MS));
        } break;
        };
      };
      li__O03R=li__PRGS;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__O03R == (void *)NULL) && ((void *)li__X03R != (void *)NULL))) {
      li__PRGS=NULL;
      /* __li__B__ __li__I__ */
if ((li__X03R->li__2ZLE ==  1)) {
        li__RTLV=((__li__WVBD *)li__X03R);
        li__RTLV->li__2ZLE= 0;
        li__JOSE(li__RTLV);
        li__45MS=li__F03R->li__KXNM.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__45MS)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__45MS));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__45MS));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__45MS));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__45MS));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__45MS));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__45MS));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__45MS));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__45MS));
        } break;
        case __li__KLWI__: {
          li__5P3U=((__li__KMFK *)((__li__KLWI *)li__45MS)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__5P3U->li__3RFK),li__5P3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__45MS));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__45MS));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__45MS));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__45MS));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__45MS));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__45MS));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__45MS));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__45MS));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__45MS));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__45MS));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__5P3U=((__li__KMFK *)li__45MS);
          li__HXPN(((__li__VTBD *)li__5P3U->li__3RFK),li__5P3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__45MS));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__45MS));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__45MS));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__45MS));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__45MS));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__45MS));
        } break;
        case __li__TPOO__: {
          li__BQ3U=((__li__TPOO *)li__45MS);
          li__IZFQ(((__li__DZB *)li__BQ3U->li__5IXO),li__BQ3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__45MS));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__45MS));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__45MS));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__45MS));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__45MS));
        } break;
        };
        li__PRGS=li__X03R;
        li__RANS=li__B__;
      } else /* FALSE */ {
        li__RANS=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__RANS)) {
        /* __li__B__ __li__I__ */
if ((li__X03R->li__2ZLE == (__li__K)(-  1))) {
          li__TTLV=((__li__WVBD *)li__X03R);
          li__TTLV->li__2ZLE= 0;
          li__JOSE(li__TTLV);
          li__PRGS=li__X03R;
          li__BBNS=li__F03R->li__KXNM.li__MQBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BBNS)->__id) {
          case __li__WK__:  break;
          case __li__AVBD__: {
            li__PSNI(((__li__AVBD *)li__BBNS));
          } break;
          case __li__KVBD__:  break;
          case __li__WVBD__:  break;
          case __li__Z4WH__: {
            li__JNDK(((__li__Z4WH *)li__BBNS));
          } break;
          case __li__KTVI__: {
            li__0NDK(((__li__KTVI *)li__BBNS));
          } break;
          case __li__LTVI__: {
            li__XL1L(((__li__LTVI *)li__BBNS));
          } break;
          case __li__XTVI__: {
            li__5NDK(((__li__XTVI *)li__BBNS));
          } break;
          case __li__YTVI__: {
            li__1L1L(((__li__YTVI *)li__BBNS));
          } break;
          case __li__S2VI__: {
            li__DODK(((__li__S2VI *)li__BBNS));
          } break;
          case __li__E3VI__: {
            li__HODK(((__li__E3VI *)li__BBNS));
          } break;
          case __li__KLWI__: {
            li__HQ3U=((__li__KMFK *)((__li__KLWI *)li__BBNS)->li__ZPBK);
            li__HXPN(((__li__VTBD *)li__HQ3U->li__3RFK),li__HQ3U);
          } break;
          case __li__ULWI__:  break;
          case __li__NMWI__: {
            li__QODK(((__li__NMWI *)li__BBNS));
          } break;
          case __li__BNWI__: {
            li__UODK(((__li__BNWI *)li__BBNS));
          } break;
          case __li__XNWI__: {
            li__YODK(((__li__XNWI *)li__BBNS));
          } break;
          case __li__LOWI__: {
            li__2ODK(((__li__LOWI *)li__BBNS));
          } break;
          case __li__5OWI__: {
            li__APDK(((__li__5OWI *)li__BBNS));
          } break;
          case __li__TPWI__: {
            li__EPDK(((__li__TPWI *)li__BBNS));
          } break;
          case __li__HQWI__: {
            li__IPDK(((__li__HQWI *)li__BBNS));
          } break;
          case __li__ARWI__: {
            li__MPDK(((__li__ARWI *)li__BBNS));
          } break;
          case __li__URWI__: {
            li__NQDK(((__li__URWI *)li__BBNS));
          } break;
          case __li__MSWI__:  break;
          case __li__ETWI__: {
            li__TQDK(((__li__ETWI *)li__BBNS));
          } break;
          case __li__MZWI__:  break;
          case __li__C0WI__:  break;
          case __li__M1WI__:  break;
          case __li__KMFK__: {
            li__HQ3U=((__li__KMFK *)li__BBNS);
            li__HXPN(((__li__VTBD *)li__HQ3U->li__3RFK),li__HQ3U);
          } break;
          case __li__XOHL__: {
            li__LDMN(((__li__XOHL *)li__BBNS));
          } break;
          case __li__FPHL__: {
            li__TT4L(((__li__FPHL *)li__BBNS));
          } break;
          case __li__APLM__: {
            li__TGCQ(((__li__APLM *)li__BBNS));
          } break;
          case __li__DTNM__: {
            li__MFRO(((__li__DTNM *)li__BBNS));
          } break;
          case __li__JXNM__: {
            li__1W3R(((__li__JXNM *)li__BBNS));
          } break;
          case __li__21LO__: {
            li__T1IP(((__li__21LO *)li__BBNS));
          } break;
          case __li__TPOO__: {
            li__JQ3U=((__li__TPOO *)li__BBNS);
            li__IZFQ(((__li__DZB *)li__JQ3U->li__5IXO),li__JQ3U);
          } break;
          case __li__URRO__: {
            li__DK4R(((__li__URRO *)li__BBNS));
          } break;
          case __li__41XO__: {
            li__XGCQ(((__li__41XO *)li__BBNS));
          } break;
          case __li__AKBR__: {
            li__AYCS(((__li__AKBR *)li__BBNS));
          } break;
          case __li__SU5R__: {
            li__5XIS(((__li__SU5R *)li__BBNS));
          } break;
          case __li__JV5R__: {
            li__DYIS(((__li__JV5R *)li__BBNS));
          } break;
          };
        };
      };
      li__O03R=li__PRGS;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__O03R == (void *)NULL)) {
    li__O03R=li__F03R;
  } else /* FALSE */ {
    li__FQGS=li__F03R->li__KXNM.li__DNWI.li__0CC;
    /* NULL __li__WVBD__ __li__5OWI__ __li__JXNM__ */
switch (((struct ___OBJ *)li__O03R)->__id) {
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__JXNM *)li__O03R))->li__XVBD.li__0K.li__0CC=li__FQGS;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__JXNM *)li__O03R))->li__APWI.li__DNWI.li__0CC=li__FQGS;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)li__O03R)->li__KXNM.li__DNWI.li__0CC=li__FQGS;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__G03R=li__O03R;
  return(li__G03R);
}

static void* li__H1JP(__li__21LO *li__I1JP)
/* (Strict READ_SLOT{li__21LO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__M1JP,*li__PHUP,*li__VIUP,*li__J1JP;
  __li__DZB *li__R1JP,*li__KQ3U,*li__U1JP,*li__PXGQ,*li__YXGQ,*li__D3GQ;
  __li__SQNE *li__4EPP;
  void *li__RFPP;
  __li__5RB *li__SFPP,*li__TFPP,*li__1YGQ,*li__XULV,*li__0ULV;
  __li__ULSB *li__A2JP;
  __li__K li__DHUP,li__0XGQ,li__VYGQ,li__H0GQ,li__1Y0R,li__G5GQ;
  __li__K li__SBHQ;
  void *li__OHUP,*li__UIUP,*li__RZGQ,*li__O0GQ;
  void *li__XHUP;
  __li__KI *li__TQ3U,*li__3ULV;
  __li__WK *li__XQ3U,*li__OR3U;
  __li__KVBD *li__MULV,*li__QULV,*li__VULV,*li__ZULV;
  __li__PO li__NULV,li__WULV,li__ZLHQ;
  __li__WVBD *li__ZQ3U,*li__0Q3U,*li__QR3U,*li__RR3U;
  __li__MZWI *li__2Q3U,*li__3Q3U,*li__4R3U,*li__5R3U;
  __li__C0WI *li__5Q3U,*li__AR3U,*li__BS3U,*li__CS3U;
  __li__M1WI *li__CR3U,*li__DR3U,*li__ES3U,*li__FS3U;
  __li__VTBD *li__XXGQ,*li__A3GQ;
  __li__UJSH *li__4YGQ;
  __li__KMFK *li__OZGQ,*li__T0GQ,*li__PS3U;
  __li__5LKJ *li__SZGQ,*li__Q0GQ,*li__G3GQ,*li__MJHQ;
  void *li__Y2GQ;
  void *li__42GQ,*li__T3GQ,*li__AAHQ;
  __li__TPOO *li__MR3U,*li__RS3U;
  __li__KLWI *li__TR3U;
  __li__ULWI *li__YR3U,*li__ZR3U;
  __li__MSWI *li__1R3U,*li__2R3U;
  __li__DFNL *li__AT3U;
  __li__C li__52JP,li__F2JP,li__QHUP,li__WIUP,li__WTLV,li__3IUP;
  __li__C li__G2GQ,li__R2GQ,li__13GQ,li__TUCS,li__R5GQ,li__HBHQ;
  __li__C li__MBHQ;
  __li__SZEC *li__FHUP;
  void **li__UULV;
  __li__TOLE *li__4ULV;
  li__M1JP=NULL;
  li__R1JP=li__I1JP->li__KJXO;
  li__KQ3U=((__li__DZB *)li__R1JP);
  /* __li__B__ __li__I__ */
if (((! ((((__li__F0C)(((__li__5RB *)li__KQ3U->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__KQ3U->li__GZB.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__KQ3U->li__GZB.li__FZB.li__R2B == (void *)(&__string_66)))) && (! ((__li__F0C)(((__li__5RB *)li__R1JP->li__GZB.li__0RNE)->li__BEM &  4) !=  0)))) {
    li__4EPP=li__5D4G();
    li__4EWN(((__li__DZB *)li__R1JP),li__4EPP);
    /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__4EPP)->li__VQNE.li__ZTMI +  1) !=  0)) {
      /* __li__B__ __li__I__ */
if (((void *)((void **)((__li__SQNE *)li__4EPP)->li__VQNE.li__GABM)[ 0] == (void *)li__ORB__)) {
        li__5JGN(((__li__SQNE *)li__4EPP));
        /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__4EPP)->li__VQNE.li__ZTMI +  1) ==  1)) {
          li__RFPP=((void **)((__li__SQNE *)li__4EPP)->li__VQNE.li__GABM)[ 0];
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__RFPP)->__id) {
          case __li__IF__: {
            li__SFPP=((__li__IF *)li__RFPP)->li__J0C;
          } break;
          case __li__ORB__: {
            li__SFPP=((__li__ORB *)li__RFPP)->li__PRB.li__J0C;
          } break;
          case __li__QRB__: {
            li__SFPP=((__li__QRB *)li__RFPP)->li__RRB.li__J0C;
          } break;
          case __li__SRB__: {
            li__SFPP=((__li__SRB *)li__RFPP)->li__TRB.li__J0C;
          } break;
          case __li__URB__: {
            li__SFPP=((__li__URB *)li__RFPP)->li__VRB.li__J0C;
          } break;
          case __li__GSZ__: {
            li__SFPP=((__li__GSZ *)li__RFPP)->li__HSZ.li__J0C;
          } break;
          case __li__1RRF__: {
            li__SFPP=((__li__1RRF *)li__RFPP)->li__2RRF.li__J0C;
          } break;
          case __li__UJSH__: {
            li__SFPP=((__li__UJSH *)li__RFPP)->li__WJSH.li__J0C;
          } break;
          };
          li__TFPP=li__NNSE(((__li__5RB *)li__SFPP));
          ((__li__DZB *)li__R1JP)->li__GZB.li__0RNE=li__TFPP;
        };
      };
    };
    li__EVEM(((__li__SQNE *)li__4EPP));
  };
  li__R1JP=li__I1JP->li__KJXO;
  /* NULL __li__DZB__ */
if (li__R1JP==NULL) {
    li__U1JP=NULL;
  } else /* SLOT_DATA */ {
    li__U1JP=((void *)li__R1JP);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__U1JP == (void *)NULL)) {
    li__52JP=li__B__;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((li__U1JP->li__GZB.li__FZB.li__DI1B != '+')) {
      li__F2JP=li__B__;
    } else /* FALSE */ {
      li__A2JP=li__QXVG(((__li__DZB *)li__U1JP));
      li__F2JP=((void *)((__li__ULSB *)li__A2JP)->li__XNKE != (void *)(&__string_34));
    };
    li__52JP=(li__F2JP && ((! ((__li__F0C)(((__li__5RB *)li__I1JP->li__KJXO->li__GZB.li__0RNE)->li__BEM &  1) !=  0)) || ((__li__F0C)(((__li__5RB *)li__I1JP->li__KJXO->li__GZB.li__0RNE)->li__BEM &  2) !=  0)));
  };
  /* __li__B__ __li__I__ */
if (li__52JP) {
    li__RFPP=NULL;
    li__DHUP= 0;
    li__FHUP=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__I1JP->li__KJXO->li__GZB.li__XRSH != (void *)NULL)) {
      li__OHUP=li__I1JP->li__KJXO->li__GZB.li__XRSH;
      /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__OHUP)->__id) {
      case __li__RLKJ__: {
        li__PHUP=((__li__RLKJ *)li__OHUP)->li__SLKJ.li__CSSH;
      } break;
      case __li__5LKJ__: {
        li__PHUP=((__li__5LKJ *)li__OHUP)->li__AMKJ.li__CSSH;
      } break;
      case __li__DFNL__: {
        li__PHUP=((__li__DFNL *)li__OHUP)->li__EFNL.li__CSSH;
      } break;
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHUP)->__id) {
      case __li__WK__: 
      case __li__KVBD__: 
      case __li__WVBD__: 
      case __li__MZWI__: 
      case __li__C0WI__: 
      case __li__M1WI__: {
        li__QHUP=li__B__;
      } break;
      case __li__AVBD__: 
      case __li__Z4WH__: 
      case __li__KTVI__: 
      case __li__LTVI__: 
      case __li__XTVI__: 
      case __li__YTVI__: 
      case __li__S2VI__: 
      case __li__E3VI__: 
      case __li__KLWI__: 
      case __li__ULWI__: 
      case __li__NMWI__: 
      case __li__BNWI__: 
      case __li__XNWI__: 
      case __li__LOWI__: 
      case __li__5OWI__: 
      case __li__TPWI__: 
      case __li__HQWI__: 
      case __li__ARWI__: 
      case __li__URWI__: 
      case __li__MSWI__: 
      case __li__ETWI__: 
      case __li__KMFK__: 
      case __li__XOHL__: 
      case __li__FPHL__: 
      case __li__APLM__: 
      case __li__DTNM__: 
      case __li__JXNM__: 
      case __li__21LO__: 
      case __li__TPOO__: 
      case __li__URRO__: 
      case __li__41XO__: 
      case __li__AKBR__: 
      case __li__SU5R__: 
      case __li__JV5R__: {
        li__QHUP=li__I__;
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__QHUP) {
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PHUP==NULL) {
          li__XHUP=NULL;
        } else {
          switch (((struct ___OBJ *)li__PHUP)->__id) {
          case __li__WK__: {
            li__XHUP=((void *)li__PHUP);
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__KMFK__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__21LO__: 
          case __li__TPOO__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__XHUP=NULL;
          } break;
          case __li__KVBD__: {
            li__XHUP=((void *)li__PHUP);
          } break;
          case __li__WVBD__: {
            li__XHUP=((void *)li__PHUP);
          } break;
          case __li__MZWI__: {
            li__XHUP=((void *)li__PHUP);
          } break;
          case __li__C0WI__: {
            li__XHUP=((void *)li__PHUP);
          } break;
          case __li__M1WI__: {
            li__XHUP=((void *)li__PHUP);
          } break;
          }
        };
        li__RFPP=li__XHUP;
        li__FHUP=li__I1JP->li__KJXO->li__GZB.li__BYEJ;
        /* __li__B__ __li__I__ */
if (((void *)li__FHUP != (void *)NULL)) {
          li__DHUP= 0;
          while ((! ((li__DHUP > (*(li__FHUP)).li__J0EK) || ((void *)li__RFPP == (void *)NULL)))) {
            li__UIUP=((void **)(*(((__li__SZEC *)li__FHUP))).li__F0EK)[li__DHUP];
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__UIUP)->__id) {
            case __li__RLKJ__: {
              li__VIUP=((__li__RLKJ *)li__UIUP)->li__SLKJ.li__CSSH;
            } break;
            case __li__5LKJ__: {
              li__VIUP=((__li__5LKJ *)li__UIUP)->li__AMKJ.li__CSSH;
            } break;
            case __li__DFNL__: {
              li__VIUP=((__li__DFNL *)li__UIUP)->li__EFNL.li__CSSH;
            } break;
            };
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VIUP)->__id) {
            case __li__WK__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: {
              li__WIUP=li__B__;
            } break;
            case __li__AVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__KMFK__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__21LO__: 
            case __li__TPOO__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__WIUP=li__I__;
            } break;
            };
            /* __li__B__ __li__I__ */
if ((! li__WIUP)) {
              li__WIUP=li__B__;
            } else /* FALSE */ {
              /* NULL __li__WK__ __li__KVBD__ __li__WVBD__ __li__MZWI__ __li__C0WI__ __li__M1WI__ */
switch (((struct ___OBJ *)li__RFPP)->__id) {
              case __li__WK__: {
                li__WTLV=li__5GXM(((__li__WK *)li__RFPP),li__VIUP);
                li__3IUP=(! li__WTLV);
              } break;
              case __li__KVBD__: {
                li__WTLV=li__VHXM(((__li__KVBD *)((__li__WK *)li__RFPP)),li__VIUP);
                li__3IUP=(! li__WTLV);
              } break;
              case __li__WVBD__: {
                li__WTLV=li__HIXM(((__li__WVBD *)((__li__WK *)li__RFPP)),li__VIUP);
                li__3IUP=(! li__WTLV);
              } break;
              case __li__MZWI__: {
                li__WTLV=li__LQXM(((__li__MZWI *)((__li__WK *)li__RFPP)),li__VIUP);
                li__3IUP=(! li__WTLV);
              } break;
              case __li__C0WI__: {
                li__WTLV=li__GRXM(((__li__C0WI *)((__li__WK *)li__RFPP)),li__VIUP);
                li__3IUP=(! li__WTLV);
              } break;
              case __li__M1WI__: {
                li__WTLV=li__JYGP(((__li__M1WI *)((__li__WK *)li__RFPP)),li__VIUP);
                li__3IUP=(! li__WTLV);
              } break;
              };
              li__WIUP=li__3IUP;
            };
            /* __li__B__ __li__I__ */
if (li__WIUP) {
              li__RFPP=NULL;
            };
            li__DHUP=(__li__K)(li__DHUP +  1);
          };
        };
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__RFPP != (void *)NULL)) {
      li__XZFQ(((__li__DZB *)li__I1JP->li__KJXO),li__I1JP);
      li__PHUP=li__SDPP(li__I1JP);
      /* __li__B__ __li__I__ */
if (((void *)li__PHUP != (void *)NULL)) {
        li__TQ3U=((__li__KI *)li__XIKB);
        li__LJHI(((__li__TOLE *)li__TQ3U->li__2OLE),li__PHUP,(__li__K)(li__TQ3U->li__OJTE -  1));
        li__TQ3U->li__OJTE=(__li__K)(li__TQ3U->li__OJTE +  1);
        li__WVRE(li__TQ3U);
      };
      /* NULL __li__WK__ __li__KVBD__ __li__WVBD__ __li__MZWI__ __li__C0WI__ __li__M1WI__ */
switch (((struct ___OBJ *)li__RFPP)->__id) {
      case __li__WK__: {
        li__XQ3U=li__PVEJ(((__li__WK *)li__RFPP));
        li__VIUP=li__XQ3U;
      } break;
      case __li__KVBD__: {
        li__MULV=((__li__KVBD *)li__RFPP);
        li__NULV=li__MULV->li__LVBD.li__0K.li__0CC;
        li__SFPP=li__MULV->li__LVBD.li__WZLE;
        li__MULV=li__5QND();
        li__QULV=((__li__KVBD *)li__MULV);
        li__QULV->li__LVBD.li__0K.li__0CC=li__NULV;
        li__TFPP=li__NNSE(((__li__5RB *)li__SFPP));
        li__QULV->li__LVBD.li__WZLE=li__TFPP;
        li__VIUP=li__MULV;
      } break;
      case __li__WVBD__: {
        li__ZQ3U=((__li__WVBD *)li__RFPP);
        li__0Q3U=li__VEID(li__ZQ3U->li__XVBD.li__0K.li__0CC,li__ZQ3U->li__2ZLE,li__ZQ3U->li__XVBD.li__WZLE);
        li__VIUP=li__0Q3U;
      } break;
      case __li__MZWI__: {
        li__2Q3U=((__li__MZWI *)li__RFPP);
        li__3Q3U=li__4U4I(li__2Q3U->li__NZWI.li__0K.li__0CC,li__2Q3U->li__3SBK,li__2Q3U->li__NZWI.li__WZLE);
        li__VIUP=li__3Q3U;
      } break;
      case __li__C0WI__: {
        li__5Q3U=((__li__C0WI *)li__RFPP);
        li__AR3U=li__ZV4I(li__5Q3U->li__D0WI.li__0K.li__0CC,li__5Q3U->li__CTBK);
        li__VIUP=li__AR3U;
      } break;
      case __li__M1WI__: {
        li__CR3U=((__li__M1WI *)li__RFPP);
        li__DR3U=li__1Z4I(li__CR3U->li__N1WI.li__0K.li__0CC,li__CR3U->li__UTFK);
        li__VIUP=li__DR3U;
      } break;
      };
      li__M1JP=li__VIUP;
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__F2JP=li__B__;
    } else /* FALSE */ {
      li__F2JP=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__F2JP)) {
      li__PXGQ=((__li__DZB *)li__I1JP->li__KJXO);
      li__PHUP=li__I1JP->li__N2LO;
      li__VIUP=NULL;
      li__XXGQ=NULL;
      li__YXGQ=NULL;
      li__F2JP=li__I__;
      li__0XGQ= 0;
      /* __li__B__ __li__I__ */
if ((((! li__I41D) && ((void *)li__5I3L == (void *)NULL)) && ((void *)li__PXGQ->li__W0FM != (void *)NULL))) {
        li__VYGQ=li__VHRR(li__PXGQ);
        li__0XGQ=li__VYGQ;
        /* __li__B__ __li__I__ */
if (((void *)li__PHUP != (void *)NULL)) {
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHUP)->__id) {
          case __li__WK__: {
            li__1YGQ=((__li__WK *)li__PHUP)->li__1K.li__WZLE;
          } break;
          case __li__AVBD__: {
            li__1YGQ=((__li__AVBD *)li__PHUP)->li__K2ME;
          } break;
          case __li__KVBD__: {
            li__1YGQ=((__li__KVBD *)li__PHUP)->li__LVBD.li__WZLE;
          } break;
          case __li__WVBD__: {
            li__1YGQ=((__li__WVBD *)li__PHUP)->li__XVBD.li__WZLE;
          } break;
          case __li__Z4WH__: {
            li__1YGQ=li__JK5J(((__li__Z4WH *)li__PHUP));
          } break;
          case __li__KTVI__: {
            li__1YGQ=li__5UEK();
          } break;
          case __li__LTVI__: {
            li__1YGQ=li__553L();
          } break;
          case __li__XTVI__: {
            li__1YGQ=li__FVEK();
          } break;
          case __li__YTVI__: {
            li__1YGQ=li__FA4L();
          } break;
          case __li__S2VI__: {
            li__1YGQ=li__KVEK();
          } break;
          case __li__E3VI__: {
            li__1YGQ=li__PVEK();
          } break;
          case __li__KLWI__: {
            li__1YGQ=li__UVEK();
          } break;
          case __li__ULWI__: {
            li__1YGQ=li__ZVEK();
          } break;
          case __li__NMWI__: {
            li__1YGQ=li__4VEK();
          } break;
          case __li__BNWI__: {
            li__1YGQ=li__DWEK(((__li__BNWI *)li__PHUP));
          } break;
          case __li__XNWI__: {
            li__1YGQ=li__IWEK(((__li__XNWI *)li__PHUP));
          } break;
          case __li__LOWI__: {
            li__1YGQ=li__NWEK(((__li__LOWI *)li__PHUP));
          } break;
          case __li__5OWI__: {
            li__1YGQ=li__SWEK(((__li__5OWI *)li__PHUP));
          } break;
          case __li__TPWI__: {
            li__1YGQ=li__XWEK(((__li__TPWI *)li__PHUP));
          } break;
          case __li__HQWI__: {
            li__1YGQ=li__2WEK(((__li__HQWI *)li__PHUP));
          } break;
          case __li__ARWI__: {
            li__1YGQ=li__QRB__->li__RRB.li__J0C;
          } break;
          case __li__URWI__: {
            li__1YGQ=li__FXEK(((__li__URWI *)li__PHUP));
          } break;
          case __li__MSWI__: {
            li__1YGQ=li__RXEK();
          } break;
          case __li__ETWI__: {
            li__1YGQ=((__li__ETWI *)li__PHUP)->li__NSBK;
          } break;
          case __li__MZWI__: {
            li__1YGQ=((__li__MZWI *)li__PHUP)->li__NZWI.li__WZLE;
          } break;
          case __li__C0WI__: {
            li__1YGQ=((__li__C0WI *)li__PHUP)->li__D0WI.li__WZLE;
          } break;
          case __li__M1WI__: {
            li__1YGQ=((__li__M1WI *)li__PHUP)->li__N1WI.li__WZLE;
          } break;
          case __li__KMFK__: {
            li__1YGQ=((__li__KMFK *)li__PHUP)->li__3RFK->li__WTBD.li__0RNE;
          } break;
          case __li__XOHL__: {
            li__1YGQ=li__T4NN(((__li__XOHL *)li__PHUP));
          } break;
          case __li__FPHL__: {
            li__1YGQ=li__KA4L(((__li__FPHL *)li__PHUP));
          } break;
          case __li__APLM__: {
            li__1YGQ=li__YFDQ();
          } break;
          case __li__DTNM__: {
            li__1YGQ=li__1ISO(((__li__DTNM *)li__PHUP));
          } break;
          case __li__JXNM__: {
            li__1YGQ=li__VX3R(((__li__JXNM *)li__PHUP));
          } break;
          case __li__21LO__: {
            li__1YGQ=((__li__21LO *)li__PHUP)->li__KJXO->li__GZB.li__0RNE;
          } break;
          case __li__TPOO__: {
            li__1YGQ=((__li__TPOO *)li__PHUP)->li__5IXO->li__GZB.li__0RNE;
          } break;
          case __li__URRO__: {
            li__1YGQ=li__FH4R();
          } break;
          case __li__41XO__: {
            li__1YGQ=li__3FDQ(((__li__41XO *)li__PHUP));
          } break;
          case __li__AKBR__: {
            li__1YGQ=li__WQDS(((__li__AKBR *)li__PHUP));
          } break;
          case __li__SU5R__: {
            li__1YGQ=li__T1IS();
          } break;
          case __li__JV5R__: {
            li__1YGQ=li__Y1IS();
          } break;
          };
          li__UIUP=((__li__5RB *)li__1YGQ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__UIUP==NULL) {
            li__4YGQ=NULL;
          } else {
            if (((struct ___OBJ *)li__UIUP)->__id==__li__UJSH__) {
              li__4YGQ=((void *)li__UIUP);
            } else /* Other types */ {
              li__4YGQ=NULL;
            }
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__4YGQ != (void *)NULL) && ((void *)li__PXGQ->li__GZB.li__BYEJ != (void *)NULL))) {
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PHUP==NULL) {
              li__OZGQ=NULL;
            } else {
              if (((struct ___OBJ *)li__PHUP)->__id==__li__KMFK__) {
                li__OZGQ=((void *)li__PHUP);
              } else /* Other types */ {
                li__OZGQ=NULL;
              }
            };
            li__XXGQ=li__OZGQ->li__3RFK;
            li__RZGQ=li__PXGQ->li__GZB.li__XRSH;
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
if (li__RZGQ==NULL) {
              li__SZGQ=NULL;
            } else {
              if (((struct ___OBJ *)li__RZGQ)->__id==__li__5LKJ__) {
                li__SZGQ=((void *)li__RZGQ);
              } else /* Other types */ {
                li__SZGQ=NULL;
              }
            };
            li__RZGQ=li__SZGQ->li__2TBK;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__RZGQ==NULL) {
              li__OZGQ=NULL;
            } else {
              if (((struct ___OBJ *)li__RZGQ)->__id==__li__KMFK__) {
                li__OZGQ=((void *)li__RZGQ);
              } else /* Other types */ {
                li__OZGQ=NULL;
              }
            };
            /* __li__B__ __li__I__ */
if (((void *)li__OZGQ->li__3RFK == (void *)li__XXGQ)) {
              li__0XGQ= 1;
            } else /* FALSE */ {
              li__0XGQ= 0;
            };
            li__H0GQ=(*(li__PXGQ->li__GZB.li__BYEJ)).li__J0EK;
            li__1Y0R= 0;
            li__UULV=(*(((__li__SZEC *)li__PXGQ->li__GZB.li__BYEJ))).li__F0EK;
            while ((li__1Y0R <= li__H0GQ)) {
              li__O0GQ=((void **)li__UULV)[li__1Y0R];
              /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
if (li__O0GQ==NULL) {
                li__Q0GQ=NULL;
              } else {
                if (((struct ___OBJ *)li__O0GQ)->__id==__li__5LKJ__) {
                  li__Q0GQ=((void *)li__O0GQ);
                } else /* Other types */ {
                  li__Q0GQ=NULL;
                }
              };
              li__O0GQ=li__Q0GQ->li__2TBK;
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__O0GQ==NULL) {
                li__T0GQ=NULL;
              } else {
                if (((struct ___OBJ *)li__O0GQ)->__id==__li__KMFK__) {
                  li__T0GQ=((void *)li__O0GQ);
                } else /* Other types */ {
                  li__T0GQ=NULL;
                }
              };
              /* __li__B__ __li__I__ */
if (((void *)li__T0GQ->li__3RFK == (void *)li__XXGQ)) {
                li__0XGQ=(__li__K)(li__0XGQ +  1);
              };
              li__1Y0R=(__li__K)(li__1Y0R +  1);
            };
          };
        };
        /* __li__B__ __li__I__ */
if ((li__PXGQ->li__41JM == li__NHBK)) {
          li__WIUP=li__WGVR(li__PXGQ->li__D2JM);
          li__WTLV=li__WIUP;
        } else /* FALSE */ {
          li__WTLV=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((li__WTLV || (li__0XGQ ==  1))) {
          /* __li__B__ __li__I__ */
if (((void *)li__PHUP == (void *)NULL)) {
            li__F2JP=li__B__;
            li__3IUP=li__B__;
          } else /* FALSE */ {
            li__3IUP=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__3IUP)) {
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHUP)->__id) {
            case __li__WK__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: {
              li__G2GQ=li__B__;
            } break;
            case __li__AVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__KMFK__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__21LO__: 
            case __li__TPOO__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__G2GQ=li__I__;
            } break;
            };
            /* __li__B__ __li__I__ */
if (li__G2GQ) {
              li__O0GQ=li__PXGQ->li__W0FM;
              /* NULL __li__RLKJ__ __li__5LKJ__ */
if (li__O0GQ==NULL) {
                li__Q0GQ=NULL;
              } else {
                if (((struct ___OBJ *)li__O0GQ)->__id==__li__RLKJ__) {
                  li__Q0GQ=NULL;
                } else /* Other types */ {
                  li__Q0GQ=((void *)li__O0GQ);
                }
              };
              li__O0GQ=li__Q0GQ->li__2TBK;
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHUP)->__id) {
              case __li__WK__: {
                li__R2GQ=li__5GXM(((__li__WK *)li__PHUP),li__O0GQ);
              } break;
              case __li__AVBD__: 
              case __li__Z4WH__: 
              case __li__KLWI__: 
              case __li__ULWI__: 
              case __li__ARWI__: 
              case __li__URWI__: 
              case __li__MSWI__: 
              case __li__ETWI__: {
                li__R2GQ=li__I__;
              } break;
              case __li__KVBD__: {
                li__R2GQ=li__VHXM(((__li__KVBD *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__WVBD__: {
                li__R2GQ=li__HIXM(((__li__WVBD *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__KTVI__: {
                li__R2GQ=li__WPWM(((__li__KTVI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__LTVI__: {
                li__R2GQ=li__TQWM(((__li__LTVI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__XTVI__: {
                li__R2GQ=li__RRWM(((__li__XTVI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__YTVI__: {
                li__R2GQ=li__OSWM(((__li__YTVI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__S2VI__: {
                li__R2GQ=li__LTWM(((__li__S2VI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__E3VI__: {
                li__R2GQ=li__IUWM(((__li__E3VI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__NMWI__: {
                li__R2GQ=li__QJXM(((__li__NMWI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__BNWI__: {
                li__R2GQ=li__NKXM(((__li__BNWI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__XNWI__: {
                li__R2GQ=li__KLXM(((__li__XNWI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__LOWI__: {
                li__R2GQ=li__HMXM(((__li__LOWI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__5OWI__: {
                li__R2GQ=li__ENXM(((__li__5OWI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__TPWI__: {
                li__R2GQ=li__BOXM(((__li__TPWI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__HQWI__: {
                li__R2GQ=li__4OXM(((__li__HQWI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__MZWI__: {
                li__R2GQ=li__LQXM(((__li__MZWI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__C0WI__: {
                li__R2GQ=li__GRXM(((__li__C0WI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__M1WI__: {
                li__R2GQ=li__JYGP(((__li__M1WI *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__KMFK__: {
                li__R2GQ=li__YRXM(((__li__KMFK *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__XOHL__: {
                li__R2GQ=li__H5QN(((__li__XOHL *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__FPHL__: {
                li__R2GQ=li__LSXM(((__li__FPHL *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__APLM__: {
                li__R2GQ=li__KZDQ(((__li__APLM *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__DTNM__: {
                li__R2GQ=li__YYTO(((__li__DTNM *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__JXNM__: {
                li__R2GQ=li__WB4R(((__li__JXNM *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__21LO__: {
                li__R2GQ=li__I1DQ(((__li__21LO *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__TPOO__: {
                li__R2GQ=li__F2DQ(((__li__TPOO *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__URRO__: {
                li__R2GQ=li__DWJS(((__li__URRO *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__41XO__: {
                li__R2GQ=li__H0DQ(((__li__41XO *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__AKBR__: {
                li__R2GQ=li__HCES(((__li__AKBR *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__SU5R__: {
                li__R2GQ=li__WWJS(((__li__SU5R *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              case __li__JV5R__: {
                li__R2GQ=li__TXJS(((__li__JV5R *)((__li__WK *)li__PHUP)),li__O0GQ);
              } break;
              };
              li__F2JP=li__R2GQ;
            } else /* FALSE */ {
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PHUP==NULL) {
                li__Y2GQ=NULL;
              } else {
                switch (((struct ___OBJ *)li__PHUP)->__id) {
                case __li__WK__: 
                case __li__AVBD__: 
                case __li__KVBD__: 
                case __li__WVBD__: 
                case __li__Z4WH__: 
                case __li__KTVI__: 
                case __li__LTVI__: 
                case __li__XTVI__: 
                case __li__YTVI__: 
                case __li__S2VI__: 
                case __li__E3VI__: 
                case __li__KLWI__: 
                case __li__ULWI__: 
                case __li__NMWI__: 
                case __li__BNWI__: 
                case __li__XNWI__: 
                case __li__LOWI__: 
                case __li__5OWI__: 
                case __li__TPWI__: 
                case __li__HQWI__: 
                case __li__ARWI__: 
                case __li__URWI__: 
                case __li__MSWI__: 
                case __li__ETWI__: 
                case __li__MZWI__: 
                case __li__C0WI__: 
                case __li__M1WI__: 
                case __li__XOHL__: 
                case __li__FPHL__: 
                case __li__APLM__: 
                case __li__DTNM__: 
                case __li__JXNM__: 
                case __li__URRO__: 
                case __li__41XO__: 
                case __li__AKBR__: 
                case __li__SU5R__: 
                case __li__JV5R__: {
                  li__Y2GQ=NULL;
                } break;
                case __li__KMFK__: {
                  li__Y2GQ=((void *)li__PHUP);
                } break;
                case __li__21LO__: {
                  li__Y2GQ=((void *)li__PHUP);
                } break;
                case __li__TPOO__: {
                  li__Y2GQ=((void *)li__PHUP);
                } break;
                }
              };
              /* __li__B__ __li__I__ */
if (((void *)li__Y2GQ != (void *)NULL)) {
                /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__Y2GQ)->__id) {
                case __li__KMFK__: {
                  li__42GQ=((__li__KMFK *)li__Y2GQ)->li__3RFK;
                } break;
                case __li__21LO__: {
                  li__42GQ=((__li__21LO *)li__Y2GQ)->li__KJXO;
                } break;
                case __li__TPOO__: {
                  li__42GQ=((__li__TPOO *)li__Y2GQ)->li__5IXO;
                } break;
                };
                /* NULL __li__DZB__ __li__VTBD__ */
if (li__42GQ==NULL) {
                  li__A3GQ=NULL;
                } else {
                  if (((struct ___OBJ *)li__42GQ)->__id==__li__DZB__) {
                    li__A3GQ=NULL;
                  } else /* Other types */ {
                    li__A3GQ=((void *)li__42GQ);
                  }
                };
                li__XXGQ=li__A3GQ;
                /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__Y2GQ)->__id) {
                case __li__KMFK__: {
                  li__42GQ=((__li__KMFK *)li__Y2GQ)->li__3RFK;
                } break;
                case __li__21LO__: {
                  li__42GQ=((__li__21LO *)li__Y2GQ)->li__KJXO;
                } break;
                case __li__TPOO__: {
                  li__42GQ=((__li__TPOO *)li__Y2GQ)->li__5IXO;
                } break;
                };
                /* NULL __li__DZB__ __li__VTBD__ */
if (li__42GQ==NULL) {
                  li__D3GQ=NULL;
                } else {
                  if (((struct ___OBJ *)li__42GQ)->__id==__li__DZB__) {
                    li__D3GQ=((void *)li__42GQ);
                  } else /* Other types */ {
                    li__D3GQ=NULL;
                  }
                };
                li__YXGQ=li__D3GQ;
                li__Y2GQ=li__PXGQ->li__W0FM;
                /* NULL __li__RLKJ__ __li__5LKJ__ */
if (li__Y2GQ==NULL) {
                  li__G3GQ=NULL;
                } else {
                  if (((struct ___OBJ *)li__Y2GQ)->__id==__li__RLKJ__) {
                    li__G3GQ=NULL;
                  } else /* Other types */ {
                    li__G3GQ=((void *)li__Y2GQ);
                  }
                };
                li__Y2GQ=li__G3GQ->li__2TBK;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__Y2GQ==NULL) {
                  li__42GQ=NULL;
                } else {
                  switch (((struct ___OBJ *)li__Y2GQ)->__id) {
                  case __li__WK__: 
                  case __li__AVBD__: 
                  case __li__KVBD__: 
                  case __li__WVBD__: 
                  case __li__Z4WH__: 
                  case __li__KTVI__: 
                  case __li__LTVI__: 
                  case __li__XTVI__: 
                  case __li__YTVI__: 
                  case __li__S2VI__: 
                  case __li__E3VI__: 
                  case __li__KLWI__: 
                  case __li__ULWI__: 
                  case __li__NMWI__: 
                  case __li__BNWI__: 
                  case __li__XNWI__: 
                  case __li__LOWI__: 
                  case __li__5OWI__: 
                  case __li__TPWI__: 
                  case __li__HQWI__: 
                  case __li__ARWI__: 
                  case __li__URWI__: 
                  case __li__MSWI__: 
                  case __li__ETWI__: 
                  case __li__MZWI__: 
                  case __li__C0WI__: 
                  case __li__M1WI__: 
                  case __li__XOHL__: 
                  case __li__FPHL__: 
                  case __li__APLM__: 
                  case __li__DTNM__: 
                  case __li__JXNM__: 
                  case __li__URRO__: 
                  case __li__41XO__: 
                  case __li__AKBR__: 
                  case __li__SU5R__: 
                  case __li__JV5R__: {
                    li__42GQ=NULL;
                  } break;
                  case __li__KMFK__: {
                    li__42GQ=((void *)li__Y2GQ);
                  } break;
                  case __li__21LO__: {
                    li__42GQ=((void *)li__Y2GQ);
                  } break;
                  case __li__TPOO__: {
                    li__42GQ=((void *)li__Y2GQ);
                  } break;
                  }
                };
                /* __li__B__ __li__I__ */
if (((void *)li__42GQ != (void *)NULL)) {
                  /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__42GQ)->__id) {
                  case __li__KMFK__: {
                    li__T3GQ=((__li__KMFK *)li__42GQ)->li__3RFK;
                  } break;
                  case __li__21LO__: {
                    li__T3GQ=((__li__21LO *)li__42GQ)->li__KJXO;
                  } break;
                  case __li__TPOO__: {
                    li__T3GQ=((__li__TPOO *)li__42GQ)->li__5IXO;
                  } break;
                  };
                  /* __li__B__ __li__I__ */
if (((void *)li__A3GQ == (void *)li__T3GQ)) {
                    li__13GQ=li__WGVR(li__PXGQ->li__D2JM);
                    li__TUCS=li__13GQ;
                  } else /* FALSE */ {
                    li__TUCS=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__TUCS) {
                    /* __li__B__ __li__I__ */
if ((((((void *)li__A3GQ->li__IVPK != (void *)NULL) && ((void *)li__A3GQ->li__IVPK->li__CKSN != (void *)NULL)) && (li__A3GQ->li__IVPK->li__ZMSN < li__PXGQ->li__01JM)) && (li__PXGQ->li__B2JM == li__51JM))) {
                      li__R5GQ=li__B__;
                    } else /* FALSE */ {
                      li__G5GQ=li__ITXQ(((__li__VTBD *)li__A3GQ));
                      li__R5GQ=(li__G5GQ <=  1);
                    };
                    li__13GQ=(li__R5GQ || (li__A3GQ->li__WTBD.li__FZB.li__DI1B == ' '));
                  } else /* FALSE */ {
                    li__13GQ=li__I__;
                  };
                  /* __li__B__ __li__I__ */
if (li__13GQ) {
                    li__13GQ=li__B__;
                  } else /* FALSE */ {
                    /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__42GQ)->__id) {
                    case __li__KMFK__: {
                      li__AAHQ=((__li__KMFK *)li__42GQ)->li__3RFK;
                    } break;
                    case __li__21LO__: {
                      li__AAHQ=((__li__21LO *)li__42GQ)->li__KJXO;
                    } break;
                    case __li__TPOO__: {
                      li__AAHQ=((__li__TPOO *)li__42GQ)->li__5IXO;
                    } break;
                    };
                    /* __li__B__ __li__I__ */
if ((((void *)li__D3GQ == (void *)li__AAHQ) && (li__D3GQ->li__GZB.li__FZB.li__DI1B == '-'))) {
                      /* __li__B__ __li__I__ */
if (((((void *)li__D3GQ->li__W0FM != (void *)NULL) && (li__D3GQ->li__01JM < li__PXGQ->li__01JM)) && (li__PXGQ->li__41JM == li__NHBK))) {
                        li__HBHQ=li__WGVR(li__D3GQ->li__D2JM);
                        li__MBHQ=li__HBHQ;
                      } else /* FALSE */ {
                        li__MBHQ=li__I__;
                      };
                      /* __li__B__ __li__I__ */
if (li__MBHQ) {
                        li__HBHQ=li__B__;
                      } else /* FALSE */ {
                        li__SBHQ=li__VHRR(((__li__DZB *)li__D3GQ));
                        li__HBHQ=(li__SBHQ ==  1);
                      };
                      li__R5GQ=li__HBHQ;
                    } else /* FALSE */ {
                      li__R5GQ=li__I__;
                    };
                    li__13GQ=li__R5GQ;
                  };
                  li__TUCS=li__13GQ;
                } else /* FALSE */ {
                  li__TUCS=li__I__;
                };
                li__F2JP=li__TUCS;
              };
            };
          };
          /* __li__B__ __li__I__ */
if (li__F2JP) {
            li__RZGQ=li__PXGQ->li__W0FM;
            /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__RZGQ)->__id==__li__RLKJ__) {
              li__O0GQ=((__li__RLKJ *)li__RZGQ)->li__SLKJ.li__CSSH;
            } else /* WRITE_SLOT */ {
              li__O0GQ=((__li__5LKJ *)li__RZGQ)->li__AMKJ.li__CSSH;
            };
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__O0GQ==NULL) {
              li__Y2GQ=NULL;
            } else {
              switch (((struct ___OBJ *)li__O0GQ)->__id) {
              case __li__WK__: 
              case __li__AVBD__: 
              case __li__KVBD__: 
              case __li__WVBD__: 
              case __li__Z4WH__: 
              case __li__KTVI__: 
              case __li__LTVI__: 
              case __li__XTVI__: 
              case __li__YTVI__: 
              case __li__S2VI__: 
              case __li__E3VI__: 
              case __li__KLWI__: 
              case __li__ULWI__: 
              case __li__NMWI__: 
              case __li__BNWI__: 
              case __li__XNWI__: 
              case __li__LOWI__: 
              case __li__5OWI__: 
              case __li__TPWI__: 
              case __li__HQWI__: 
              case __li__ARWI__: 
              case __li__URWI__: 
              case __li__MSWI__: 
              case __li__ETWI__: 
              case __li__MZWI__: 
              case __li__C0WI__: 
              case __li__M1WI__: 
              case __li__XOHL__: 
              case __li__FPHL__: 
              case __li__APLM__: 
              case __li__DTNM__: 
              case __li__JXNM__: 
              case __li__URRO__: 
              case __li__41XO__: 
              case __li__AKBR__: 
              case __li__SU5R__: 
              case __li__JV5R__: {
                li__Y2GQ=NULL;
              } break;
              case __li__KMFK__: {
                li__Y2GQ=((void *)li__O0GQ);
              } break;
              case __li__21LO__: {
                li__Y2GQ=((void *)li__O0GQ);
              } break;
              case __li__TPOO__: {
                li__Y2GQ=((void *)li__O0GQ);
              } break;
              }
            };
            /* __li__B__ __li__I__ */
if (((void *)li__Y2GQ == (void *)NULL)) {
              li__XXGQ=NULL;
              li__YXGQ=NULL;
            } else /* FALSE */ {
              /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__Y2GQ)->__id) {
              case __li__KMFK__: {
                li__42GQ=((__li__KMFK *)li__Y2GQ)->li__3RFK;
              } break;
              case __li__21LO__: {
                li__42GQ=((__li__21LO *)li__Y2GQ)->li__KJXO;
              } break;
              case __li__TPOO__: {
                li__42GQ=((__li__TPOO *)li__Y2GQ)->li__5IXO;
              } break;
              };
              /* NULL __li__DZB__ __li__VTBD__ */
if (li__42GQ==NULL) {
                li__A3GQ=NULL;
              } else {
                if (((struct ___OBJ *)li__42GQ)->__id==__li__DZB__) {
                  li__A3GQ=NULL;
                } else /* Other types */ {
                  li__A3GQ=((void *)li__42GQ);
                }
              };
              li__XXGQ=li__A3GQ;
              /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__Y2GQ)->__id) {
              case __li__KMFK__: {
                li__42GQ=((__li__KMFK *)li__Y2GQ)->li__3RFK;
              } break;
              case __li__21LO__: {
                li__42GQ=((__li__21LO *)li__Y2GQ)->li__KJXO;
              } break;
              case __li__TPOO__: {
                li__42GQ=((__li__TPOO *)li__Y2GQ)->li__5IXO;
              } break;
              };
              /* NULL __li__DZB__ __li__VTBD__ */
if (li__42GQ==NULL) {
                li__D3GQ=NULL;
              } else {
                if (((struct ___OBJ *)li__42GQ)->__id==__li__DZB__) {
                  li__D3GQ=((void *)li__42GQ);
                } else /* Other types */ {
                  li__D3GQ=NULL;
                }
              };
              li__YXGQ=li__D3GQ;
            };
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__O0GQ)->__id) {
            case __li__WK__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: {
              li__G2GQ=li__B__;
            } break;
            case __li__AVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__KMFK__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__21LO__: 
            case __li__TPOO__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__G2GQ=li__I__;
            } break;
            };
            /* __li__B__ __li__I__ */
if (li__G2GQ) {
              li__G2GQ=li__B__;
            } else /* FALSE */ {
              /* __li__B__ __li__I__ */
if (((void *)li__XXGQ != (void *)NULL)) {
                li__R2GQ=li__WGVR(li__PXGQ->li__D2JM);
                li__13GQ=li__R2GQ;
              } else /* FALSE */ {
                li__13GQ=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__13GQ) {
                /* __li__B__ __li__I__ */
if ((((((void *)li__XXGQ->li__IVPK != (void *)NULL) && ((void *)li__XXGQ->li__IVPK->li__CKSN != (void *)NULL)) && (li__XXGQ->li__IVPK->li__ZMSN < li__PXGQ->li__01JM)) && (li__PXGQ->li__B2JM == li__51JM))) {
                  li__TUCS=li__B__;
                } else /* FALSE */ {
                  li__G5GQ=li__ITXQ(((__li__VTBD *)li__XXGQ));
                  li__TUCS=(li__G5GQ <=  1);
                };
                li__R2GQ=(li__TUCS || (li__XXGQ->li__WTBD.li__FZB.li__DI1B == ' '));
              } else /* FALSE */ {
                li__R2GQ=li__I__;
              };
              li__G2GQ=li__R2GQ;
            };
            /* __li__B__ __li__I__ */
if (li__G2GQ) {
              li__G2GQ=li__B__;
            } else /* FALSE */ {
              /* __li__B__ __li__I__ */
if ((((void *)li__YXGQ != (void *)NULL) && (li__YXGQ->li__GZB.li__FZB.li__DI1B == '-'))) {
                /* __li__B__ __li__I__ */
if (((((void *)li__YXGQ->li__W0FM != (void *)NULL) && (li__YXGQ->li__01JM < li__PXGQ->li__01JM)) && (li__PXGQ->li__41JM == li__NHBK))) {
                  li__TUCS=li__WGVR(li__YXGQ->li__D2JM);
                  li__R5GQ=li__TUCS;
                } else /* FALSE */ {
                  li__R5GQ=li__I__;
                };
                /* __li__B__ __li__I__ */
if (li__R5GQ) {
                  li__TUCS=li__B__;
                } else /* FALSE */ {
                  li__G5GQ=li__VHRR(((__li__DZB *)li__YXGQ));
                  li__TUCS=(li__G5GQ ==  1);
                };
                li__R2GQ=li__TUCS;
              } else /* FALSE */ {
                li__R2GQ=li__I__;
              };
              li__G2GQ=li__R2GQ;
            };
            /* __li__B__ __li__I__ */
if (li__G2GQ) {
              /* __li__B__ __li__I__ */
if (((void *)li__PHUP != (void *)NULL)) {
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHUP)->__id) {
                case __li__WK__:  break;
                case __li__AVBD__: {
                  li__PSNI(((__li__AVBD *)li__PHUP));
                } break;
                case __li__KVBD__:  break;
                case __li__WVBD__:  break;
                case __li__Z4WH__: {
                  li__JNDK(((__li__Z4WH *)li__PHUP));
                } break;
                case __li__KTVI__: {
                  li__0NDK(((__li__KTVI *)li__PHUP));
                } break;
                case __li__LTVI__: {
                  li__XL1L(((__li__LTVI *)li__PHUP));
                } break;
                case __li__XTVI__: {
                  li__5NDK(((__li__XTVI *)li__PHUP));
                } break;
                case __li__YTVI__: {
                  li__1L1L(((__li__YTVI *)li__PHUP));
                } break;
                case __li__S2VI__: {
                  li__DODK(((__li__S2VI *)li__PHUP));
                } break;
                case __li__E3VI__: {
                  li__HODK(((__li__E3VI *)li__PHUP));
                } break;
                case __li__KLWI__: {
                  li__T0GQ=((__li__KMFK *)((__li__KLWI *)li__PHUP)->li__ZPBK);
                  li__HXPN(((__li__VTBD *)li__T0GQ->li__3RFK),li__T0GQ);
                } break;
                case __li__ULWI__:  break;
                case __li__NMWI__: {
                  li__QODK(((__li__NMWI *)li__PHUP));
                } break;
                case __li__BNWI__: {
                  li__UODK(((__li__BNWI *)li__PHUP));
                } break;
                case __li__XNWI__: {
                  li__YODK(((__li__XNWI *)li__PHUP));
                } break;
                case __li__LOWI__: {
                  li__2ODK(((__li__LOWI *)li__PHUP));
                } break;
                case __li__5OWI__: {
                  li__APDK(((__li__5OWI *)li__PHUP));
                } break;
                case __li__TPWI__: {
                  li__EPDK(((__li__TPWI *)li__PHUP));
                } break;
                case __li__HQWI__: {
                  li__IPDK(((__li__HQWI *)li__PHUP));
                } break;
                case __li__ARWI__: {
                  li__MPDK(((__li__ARWI *)li__PHUP));
                } break;
                case __li__URWI__: {
                  li__NQDK(((__li__URWI *)li__PHUP));
                } break;
                case __li__MSWI__:  break;
                case __li__ETWI__: {
                  li__TQDK(((__li__ETWI *)li__PHUP));
                } break;
                case __li__MZWI__:  break;
                case __li__C0WI__:  break;
                case __li__M1WI__:  break;
                case __li__KMFK__: {
                  li__T0GQ=((__li__KMFK *)li__PHUP);
                  li__HXPN(((__li__VTBD *)li__T0GQ->li__3RFK),li__T0GQ);
                } break;
                case __li__XOHL__: {
                  li__LDMN(((__li__XOHL *)li__PHUP));
                } break;
                case __li__FPHL__: {
                  li__TT4L(((__li__FPHL *)li__PHUP));
                } break;
                case __li__APLM__: {
                  li__TGCQ(((__li__APLM *)li__PHUP));
                } break;
                case __li__DTNM__: {
                  li__MFRO(((__li__DTNM *)li__PHUP));
                } break;
                case __li__JXNM__: {
                  li__1W3R(((__li__JXNM *)li__PHUP));
                } break;
                case __li__21LO__: {
                  li__T1IP(((__li__21LO *)li__PHUP));
                } break;
                case __li__TPOO__: {
                  li__MR3U=((__li__TPOO *)li__PHUP);
                  li__IZFQ(((__li__DZB *)li__MR3U->li__5IXO),li__MR3U);
                } break;
                case __li__URRO__: {
                  li__DK4R(((__li__URRO *)li__PHUP));
                } break;
                case __li__41XO__: {
                  li__XGCQ(((__li__41XO *)li__PHUP));
                } break;
                case __li__AKBR__: {
                  li__AYCS(((__li__AKBR *)li__PHUP));
                } break;
                case __li__SU5R__: {
                  li__5XIS(((__li__SU5R *)li__PHUP));
                } break;
                case __li__JV5R__: {
                  li__DYIS(((__li__JV5R *)li__PHUP));
                } break;
                };
              };
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__O0GQ)->__id) {
              case __li__WK__: {
                li__OR3U=li__PVEJ(((__li__WK *)li__O0GQ));
                li__42GQ=li__OR3U;
              } break;
              case __li__AVBD__: {
                li__42GQ=li__AE5L(((__li__AVBD *)li__O0GQ));
              } break;
              case __li__KVBD__: {
                li__VULV=((__li__KVBD *)li__O0GQ);
                li__WULV=li__VULV->li__LVBD.li__0K.li__0CC;
                li__XULV=li__VULV->li__LVBD.li__WZLE;
                li__VULV=li__5QND();
                li__ZULV=((__li__KVBD *)li__VULV);
                li__ZULV->li__LVBD.li__0K.li__0CC=li__WULV;
                li__0ULV=li__NNSE(((__li__5RB *)li__XULV));
                li__ZULV->li__LVBD.li__WZLE=li__0ULV;
                li__42GQ=li__VULV;
              } break;
              case __li__WVBD__: {
                li__QR3U=((__li__WVBD *)li__O0GQ);
                li__RR3U=li__VEID(li__QR3U->li__XVBD.li__0K.li__0CC,li__QR3U->li__2ZLE,li__QR3U->li__XVBD.li__WZLE);
                li__42GQ=li__RR3U;
              } break;
              case __li__Z4WH__: {
                li__42GQ=li__XEVK(((__li__Z4WH *)li__O0GQ));
              } break;
              case __li__KTVI__: {
                li__42GQ=li__XF5L(((__li__KTVI *)li__O0GQ));
              } break;
              case __li__LTVI__: {
                li__42GQ=li__SDGM(((__li__LTVI *)li__O0GQ));
              } break;
              case __li__XTVI__: {
                li__42GQ=li__DG5L(((__li__XTVI *)li__O0GQ));
              } break;
              case __li__YTVI__: {
                li__42GQ=li__4DGM(((__li__YTVI *)li__O0GQ));
              } break;
              case __li__S2VI__: {
                li__42GQ=li__OG5L(((__li__S2VI *)li__O0GQ));
              } break;
              case __li__E3VI__: {
                li__42GQ=li__ZG5L(((__li__E3VI *)li__O0GQ));
              } break;
              case __li__KLWI__: {
                li__TR3U=((__li__KLWI *)li__O0GQ);
                li__WULV=li__TR3U->li__LLWI.li__0CC;
                li__T0GQ=li__G3CM(((__li__KMFK *)li__TR3U->li__ZPBK));
                li__TR3U=li__PNSJ(li__WULV,li__T0GQ);
                li__42GQ=li__TR3U;
              } break;
              case __li__ULWI__: {
                li__YR3U=((__li__ULWI *)li__O0GQ);
                li__ZR3U=li__AOSJ(li__YR3U->li__VLWI.li__0CC,li__YR3U->li__4PBK);
                li__42GQ=li__ZR3U;
              } break;
              case __li__NMWI__: {
                li__42GQ=li__SH5L(((__li__NMWI *)li__O0GQ));
              } break;
              case __li__BNWI__: {
                li__42GQ=li__3H5L(((__li__BNWI *)li__O0GQ));
              } break;
              case __li__XNWI__: {
                li__42GQ=li__II5L(((__li__XNWI *)li__O0GQ));
              } break;
              case __li__LOWI__: {
                li__42GQ=li__TI5L(((__li__LOWI *)li__O0GQ));
              } break;
              case __li__5OWI__: {
                li__42GQ=li__4I5L(((__li__5OWI *)li__O0GQ));
              } break;
              case __li__TPWI__: {
                li__42GQ=li__JJ5L(((__li__TPWI *)li__O0GQ));
              } break;
              case __li__HQWI__: {
                li__42GQ=li__UJ5L(((__li__HQWI *)li__O0GQ));
              } break;
              case __li__ARWI__: {
                li__42GQ=li__5J5L(((__li__ARWI *)li__O0GQ));
              } break;
              case __li__URWI__: {
                li__42GQ=li__NK5L(((__li__URWI *)li__O0GQ));
              } break;
              case __li__MSWI__: {
                li__1R3U=((__li__MSWI *)li__O0GQ);
                li__2R3U=li__YXSJ(li__1R3U->li__NSWI.li__0CC,li__1R3U->li__ISBK);
                li__42GQ=li__2R3U;
              } break;
              case __li__ETWI__: {
                li__42GQ=li__4K5L(((__li__ETWI *)li__O0GQ));
              } break;
              case __li__MZWI__: {
                li__4R3U=((__li__MZWI *)li__O0GQ);
                li__5R3U=li__4U4I(li__4R3U->li__NZWI.li__0K.li__0CC,li__4R3U->li__3SBK,li__4R3U->li__NZWI.li__WZLE);
                li__42GQ=li__5R3U;
              } break;
              case __li__C0WI__: {
                li__BS3U=((__li__C0WI *)li__O0GQ);
                li__CS3U=li__ZV4I(li__BS3U->li__D0WI.li__0K.li__0CC,li__BS3U->li__CTBK);
                li__42GQ=li__CS3U;
              } break;
              case __li__M1WI__: {
                li__ES3U=((__li__M1WI *)li__O0GQ);
                li__FS3U=li__1Z4I(li__ES3U->li__N1WI.li__0K.li__0CC,li__ES3U->li__UTFK);
                li__42GQ=li__FS3U;
              } break;
              case __li__KMFK__: {
                li__42GQ=li__G3CM(((__li__KMFK *)li__O0GQ));
              } break;
              case __li__XOHL__: {
                li__42GQ=li__AAPN(((__li__XOHL *)li__O0GQ));
              } break;
              case __li__FPHL__: {
                li__42GQ=li__2EGM(((__li__FPHL *)li__O0GQ));
              } break;
              case __li__APLM__: {
                li__42GQ=li__XRDQ(((__li__APLM *)li__O0GQ));
              } break;
              case __li__DTNM__: {
                li__42GQ=li__D5SO(((__li__DTNM *)li__O0GQ));
              } break;
              case __li__JXNM__: {
                li__42GQ=li__153R(((__li__JXNM *)li__O0GQ));
              } break;
              case __li__21LO__: {
                li__42GQ=li__2KLP(((__li__21LO *)li__O0GQ));
              } break;
              case __li__TPOO__: {
                li__42GQ=li__JLLP(((__li__TPOO *)li__O0GQ));
              } break;
              case __li__URRO__: {
                li__42GQ=li__KM4R(((__li__URRO *)li__O0GQ));
              } break;
              case __li__41XO__: {
                li__42GQ=li__CSDQ(((__li__41XO *)li__O0GQ));
              } break;
              case __li__AKBR__: {
                li__42GQ=li__L2DS(((__li__AKBR *)li__O0GQ));
              } break;
              case __li__SU5R__: {
                li__42GQ=li__EQJS(((__li__SU5R *)li__O0GQ));
              } break;
              case __li__JV5R__: {
                li__42GQ=li__PQJS(((__li__JV5R *)li__O0GQ));
              } break;
              };
              li__VIUP=li__42GQ;
              li__G2GQ=li__B__;
            } else /* FALSE */ {
              li__G2GQ=li__I__;
            };
            /* __li__B__ __li__I__ */
if (li__G2GQ) {
              li__G2GQ=li__B__;
            } else /* FALSE */ {
              li__R2GQ=((((li__PXGQ->li__21JM == li__AKTE) && (li__PXGQ->li__GZB.li__LNME ==  1)) && (li__XIKB->li__OJTE >  1)) && ((void *)((void **)(*(((__li__TOLE *)((__li__KI *)li__XIKB)->li__2OLE))).li__S3VG)[(__li__K)((__li__K)(li__XIKB->li__OJTE -  1) -  1)] == (void *)li__PXGQ->li__W0FM));
              /* __li__B__ __li__I__ */
if (li__R2GQ) {
                /* __li__B__ __li__I__ */
if (((void *)li__PHUP != (void *)NULL)) {
                  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHUP)->__id) {
                  case __li__WK__:  break;
                  case __li__AVBD__: {
                    li__PSNI(((__li__AVBD *)li__PHUP));
                  } break;
                  case __li__KVBD__:  break;
                  case __li__WVBD__:  break;
                  case __li__Z4WH__: {
                    li__JNDK(((__li__Z4WH *)li__PHUP));
                  } break;
                  case __li__KTVI__: {
                    li__0NDK(((__li__KTVI *)li__PHUP));
                  } break;
                  case __li__LTVI__: {
                    li__XL1L(((__li__LTVI *)li__PHUP));
                  } break;
                  case __li__XTVI__: {
                    li__5NDK(((__li__XTVI *)li__PHUP));
                  } break;
                  case __li__YTVI__: {
                    li__1L1L(((__li__YTVI *)li__PHUP));
                  } break;
                  case __li__S2VI__: {
                    li__DODK(((__li__S2VI *)li__PHUP));
                  } break;
                  case __li__E3VI__: {
                    li__HODK(((__li__E3VI *)li__PHUP));
                  } break;
                  case __li__KLWI__: {
                    li__PS3U=((__li__KMFK *)((__li__KLWI *)li__PHUP)->li__ZPBK);
                    li__HXPN(((__li__VTBD *)li__PS3U->li__3RFK),li__PS3U);
                  } break;
                  case __li__ULWI__:  break;
                  case __li__NMWI__: {
                    li__QODK(((__li__NMWI *)li__PHUP));
                  } break;
                  case __li__BNWI__: {
                    li__UODK(((__li__BNWI *)li__PHUP));
                  } break;
                  case __li__XNWI__: {
                    li__YODK(((__li__XNWI *)li__PHUP));
                  } break;
                  case __li__LOWI__: {
                    li__2ODK(((__li__LOWI *)li__PHUP));
                  } break;
                  case __li__5OWI__: {
                    li__APDK(((__li__5OWI *)li__PHUP));
                  } break;
                  case __li__TPWI__: {
                    li__EPDK(((__li__TPWI *)li__PHUP));
                  } break;
                  case __li__HQWI__: {
                    li__IPDK(((__li__HQWI *)li__PHUP));
                  } break;
                  case __li__ARWI__: {
                    li__MPDK(((__li__ARWI *)li__PHUP));
                  } break;
                  case __li__URWI__: {
                    li__NQDK(((__li__URWI *)li__PHUP));
                  } break;
                  case __li__MSWI__:  break;
                  case __li__ETWI__: {
                    li__TQDK(((__li__ETWI *)li__PHUP));
                  } break;
                  case __li__MZWI__:  break;
                  case __li__C0WI__:  break;
                  case __li__M1WI__:  break;
                  case __li__KMFK__: {
                    li__PS3U=((__li__KMFK *)li__PHUP);
                    li__HXPN(((__li__VTBD *)li__PS3U->li__3RFK),li__PS3U);
                  } break;
                  case __li__XOHL__: {
                    li__LDMN(((__li__XOHL *)li__PHUP));
                  } break;
                  case __li__FPHL__: {
                    li__TT4L(((__li__FPHL *)li__PHUP));
                  } break;
                  case __li__APLM__: {
                    li__TGCQ(((__li__APLM *)li__PHUP));
                  } break;
                  case __li__DTNM__: {
                    li__MFRO(((__li__DTNM *)li__PHUP));
                  } break;
                  case __li__JXNM__: {
                    li__1W3R(((__li__JXNM *)li__PHUP));
                  } break;
                  case __li__21LO__: {
                    li__T1IP(((__li__21LO *)li__PHUP));
                  } break;
                  case __li__TPOO__: {
                    li__RS3U=((__li__TPOO *)li__PHUP);
                    li__IZFQ(((__li__DZB *)li__RS3U->li__5IXO),li__RS3U);
                  } break;
                  case __li__URRO__: {
                    li__DK4R(((__li__URRO *)li__PHUP));
                  } break;
                  case __li__41XO__: {
                    li__XGCQ(((__li__41XO *)li__PHUP));
                  } break;
                  case __li__AKBR__: {
                    li__AYCS(((__li__AKBR *)li__PHUP));
                  } break;
                  case __li__SU5R__: {
                    li__5XIS(((__li__SU5R *)li__PHUP));
                  } break;
                  case __li__JV5R__: {
                    li__DYIS(((__li__JV5R *)li__PHUP));
                  } break;
                  };
                  li__T3GQ=li__PXGQ->li__W0FM;
                  /* NULL __li__RLKJ__ __li__5LKJ__ */
if (li__T3GQ==NULL) {
                    li__MJHQ=NULL;
                  } else {
                    if (((struct ___OBJ *)li__T3GQ)->__id==__li__RLKJ__) {
                      li__MJHQ=NULL;
                    } else /* Other types */ {
                      li__MJHQ=((void *)li__T3GQ);
                    }
                  };
                  li__T3GQ=li__MJHQ->li__2TBK;
                  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__T3GQ)->__id) {
                  case __li__WK__:  break;
                  case __li__AVBD__: {
                    li__PSNI(((__li__AVBD *)li__T3GQ));
                  } break;
                  case __li__KVBD__:  break;
                  case __li__WVBD__:  break;
                  case __li__Z4WH__: {
                    li__JNDK(((__li__Z4WH *)li__T3GQ));
                  } break;
                  case __li__KTVI__: {
                    li__0NDK(((__li__KTVI *)li__T3GQ));
                  } break;
                  case __li__LTVI__: {
                    li__XL1L(((__li__LTVI *)li__T3GQ));
                  } break;
                  case __li__XTVI__: {
                    li__5NDK(((__li__XTVI *)li__T3GQ));
                  } break;
                  case __li__YTVI__: {
                    li__1L1L(((__li__YTVI *)li__T3GQ));
                  } break;
                  case __li__S2VI__: {
                    li__DODK(((__li__S2VI *)li__T3GQ));
                  } break;
                  case __li__E3VI__: {
                    li__HODK(((__li__E3VI *)li__T3GQ));
                  } break;
                  case __li__KLWI__: {
                    li__PS3U=((__li__KMFK *)((__li__KLWI *)li__T3GQ)->li__ZPBK);
                    li__HXPN(((__li__VTBD *)li__PS3U->li__3RFK),li__PS3U);
                  } break;
                  case __li__ULWI__:  break;
                  case __li__NMWI__: {
                    li__QODK(((__li__NMWI *)li__T3GQ));
                  } break;
                  case __li__BNWI__: {
                    li__UODK(((__li__BNWI *)li__T3GQ));
                  } break;
                  case __li__XNWI__: {
                    li__YODK(((__li__XNWI *)li__T3GQ));
                  } break;
                  case __li__LOWI__: {
                    li__2ODK(((__li__LOWI *)li__T3GQ));
                  } break;
                  case __li__5OWI__: {
                    li__APDK(((__li__5OWI *)li__T3GQ));
                  } break;
                  case __li__TPWI__: {
                    li__EPDK(((__li__TPWI *)li__T3GQ));
                  } break;
                  case __li__HQWI__: {
                    li__IPDK(((__li__HQWI *)li__T3GQ));
                  } break;
                  case __li__ARWI__: {
                    li__MPDK(((__li__ARWI *)li__T3GQ));
                  } break;
                  case __li__URWI__: {
                    li__NQDK(((__li__URWI *)li__T3GQ));
                  } break;
                  case __li__MSWI__:  break;
                  case __li__ETWI__: {
                    li__TQDK(((__li__ETWI *)li__T3GQ));
                  } break;
                  case __li__MZWI__:  break;
                  case __li__C0WI__:  break;
                  case __li__M1WI__:  break;
                  case __li__KMFK__: {
                    li__PS3U=((__li__KMFK *)li__T3GQ);
                    li__HXPN(((__li__VTBD *)li__PS3U->li__3RFK),li__PS3U);
                  } break;
                  case __li__XOHL__: {
                    li__LDMN(((__li__XOHL *)li__T3GQ));
                  } break;
                  case __li__FPHL__: {
                    li__TT4L(((__li__FPHL *)li__T3GQ));
                  } break;
                  case __li__APLM__: {
                    li__TGCQ(((__li__APLM *)li__T3GQ));
                  } break;
                  case __li__DTNM__: {
                    li__MFRO(((__li__DTNM *)li__T3GQ));
                  } break;
                  case __li__JXNM__: {
                    li__1W3R(((__li__JXNM *)li__T3GQ));
                  } break;
                  case __li__21LO__: {
                    li__T1IP(((__li__21LO *)li__T3GQ));
                  } break;
                  case __li__TPOO__: {
                    li__RS3U=((__li__TPOO *)li__T3GQ);
                    li__IZFQ(((__li__DZB *)li__RS3U->li__5IXO),li__RS3U);
                  } break;
                  case __li__URRO__: {
                    li__DK4R(((__li__URRO *)li__T3GQ));
                  } break;
                  case __li__41XO__: {
                    li__XGCQ(((__li__41XO *)li__T3GQ));
                  } break;
                  case __li__AKBR__: {
                    li__AYCS(((__li__AKBR *)li__T3GQ));
                  } break;
                  case __li__SU5R__: {
                    li__5XIS(((__li__SU5R *)li__T3GQ));
                  } break;
                  case __li__JV5R__: {
                    li__DYIS(((__li__JV5R *)li__T3GQ));
                  } break;
                  };
                };
                li__YVWS(li__PXGQ,li__PXGQ->li__W0FM);
                li__3ULV=((__li__KI *)li__XIKB);
                li__G5GQ=(__li__K)(li__XIKB->li__OJTE -  1);
                li__4ULV=((__li__TOLE *)li__3ULV->li__2OLE);
                li__SBHQ=(__li__K)(li__G5GQ -  1);
                ((void **)(*(li__4ULV)).li__S3VG)[li__SBHQ]=li__OWRE__;
                li__VIUP=li__O0GQ;
              };
              li__G2GQ=li__R2GQ;
            };
            /* __li__B__ __li__I__ */
if ((! li__G2GQ)) {
              /* __li__B__ __li__I__ */
if (((void *)li__PHUP != (void *)NULL)) {
                li__13GQ=li__WGVR(li__PXGQ->li__D2JM);
                li__TUCS=li__13GQ;
              } else /* FALSE */ {
                li__TUCS=li__I__;
              };
              /* __li__B__ __li__I__ */
if (((li__TUCS && (li__0XGQ ==  1)) && (li__PXGQ->li__GZB.li__LNME ==  1))) {
                li__G5GQ=li__PXGQ->li__G2JM;
                li__SBHQ=(__li__K)((*(((__li__KI *)li__PXGQ->li__D2JM)->li__2OLE)).li__FPYE +  1);
                li__13GQ=(( 1 <= li__G5GQ) && (li__SBHQ >= li__G5GQ));
              } else /* FALSE */ {
                li__13GQ=li__I__;
              };
              /* __li__B__ __li__I__ */
if ((li__13GQ && ((void *)((void **)(*(((__li__TOLE *)((__li__KI *)li__PXGQ->li__D2JM)->li__2OLE))).li__S3VG)[(__li__K)(li__PXGQ->li__G2JM -  1)] == (void *)li__PXGQ->li__W0FM))) {
                li__XULV=((__li__5RB *)li__PXGQ->li__GZB.li__0RNE);
                li__WULV=li__PXGQ->li__GZB.li__FZB.li__RF.li__0CC;
                li__A3GQ=li__QAAE();
                li__LQNE(((__li__VTBD *)li__A3GQ),li__WULV,(&__string_68),'+',li__XULV);
                li__XXGQ=li__A3GQ;
                li__42GQ=li__PXGQ->li__W0FM;
                /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__42GQ)->__id==__li__RLKJ__) {
                  li__ZLHQ=((__li__RLKJ *)li__42GQ)->li__SLKJ.li__RZEC.li__0CC;
                } else /* WRITE_SLOT */ {
                  li__ZLHQ=((__li__5LKJ *)li__42GQ)->li__AMKJ.li__RZEC.li__0CC;
                };
                li__AT3U=li__1CXJ(((__li__VTBD *)li__A3GQ),li__ZLHQ,li__O0GQ);
                li__3ULV=((__li__KI *)li__PXGQ->li__D2JM);
                li__G5GQ=li__PXGQ->li__G2JM;
                li__4ULV=((__li__TOLE *)li__3ULV->li__2OLE);
                li__SBHQ=(__li__K)(li__G5GQ -  1);
                ((void **)(*(li__4ULV)).li__S3VG)[li__SBHQ]=li__AT3U;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHUP)->__id) {
                case __li__WK__:  break;
                case __li__AVBD__:  break;
                case __li__KVBD__:  break;
                case __li__WVBD__:  break;
                case __li__Z4WH__:  break;
                case __li__KTVI__:  break;
                case __li__LTVI__:  break;
                case __li__XTVI__:  break;
                case __li__YTVI__:  break;
                case __li__S2VI__:  break;
                case __li__E3VI__:  break;
                case __li__KLWI__:  break;
                case __li__ULWI__:  break;
                case __li__NMWI__:  break;
                case __li__BNWI__:  break;
                case __li__XNWI__:  break;
                case __li__LOWI__:  break;
                case __li__5OWI__:  break;
                case __li__TPWI__:  break;
                case __li__HQWI__:  break;
                case __li__ARWI__:  break;
                case __li__URWI__:  break;
                case __li__MSWI__:  break;
                case __li__ETWI__:  break;
                case __li__MZWI__:  break;
                case __li__C0WI__:  break;
                case __li__M1WI__:  break;
                case __li__KMFK__:  break;
                case __li__XOHL__:  break;
                case __li__FPHL__:  break;
                case __li__APLM__:  break;
                case __li__DTNM__:  break;
                case __li__JXNM__:  break;
                case __li__21LO__:  break;
                case __li__TPOO__:  break;
                case __li__URRO__:  break;
                case __li__41XO__:  break;
                case __li__AKBR__:  break;
                case __li__SU5R__:  break;
                case __li__JV5R__:  break;
                };
                li__T0GQ=li__NOPI(((__li__VTBD *)li__A3GQ));
                li__VIUP=li__T0GQ;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHUP)->__id) {
                case __li__WK__:  break;
                case __li__AVBD__: {
                  li__PSNI(((__li__AVBD *)li__PHUP));
                } break;
                case __li__KVBD__:  break;
                case __li__WVBD__:  break;
                case __li__Z4WH__: {
                  li__JNDK(((__li__Z4WH *)li__PHUP));
                } break;
                case __li__KTVI__: {
                  li__0NDK(((__li__KTVI *)li__PHUP));
                } break;
                case __li__LTVI__: {
                  li__XL1L(((__li__LTVI *)li__PHUP));
                } break;
                case __li__XTVI__: {
                  li__5NDK(((__li__XTVI *)li__PHUP));
                } break;
                case __li__YTVI__: {
                  li__1L1L(((__li__YTVI *)li__PHUP));
                } break;
                case __li__S2VI__: {
                  li__DODK(((__li__S2VI *)li__PHUP));
                } break;
                case __li__E3VI__: {
                  li__HODK(((__li__E3VI *)li__PHUP));
                } break;
                case __li__KLWI__: {
                  li__PS3U=((__li__KMFK *)((__li__KLWI *)li__PHUP)->li__ZPBK);
                  li__HXPN(((__li__VTBD *)li__PS3U->li__3RFK),li__PS3U);
                } break;
                case __li__ULWI__:  break;
                case __li__NMWI__: {
                  li__QODK(((__li__NMWI *)li__PHUP));
                } break;
                case __li__BNWI__: {
                  li__UODK(((__li__BNWI *)li__PHUP));
                } break;
                case __li__XNWI__: {
                  li__YODK(((__li__XNWI *)li__PHUP));
                } break;
                case __li__LOWI__: {
                  li__2ODK(((__li__LOWI *)li__PHUP));
                } break;
                case __li__5OWI__: {
                  li__APDK(((__li__5OWI *)li__PHUP));
                } break;
                case __li__TPWI__: {
                  li__EPDK(((__li__TPWI *)li__PHUP));
                } break;
                case __li__HQWI__: {
                  li__IPDK(((__li__HQWI *)li__PHUP));
                } break;
                case __li__ARWI__: {
                  li__MPDK(((__li__ARWI *)li__PHUP));
                } break;
                case __li__URWI__: {
                  li__NQDK(((__li__URWI *)li__PHUP));
                } break;
                case __li__MSWI__:  break;
                case __li__ETWI__: {
                  li__TQDK(((__li__ETWI *)li__PHUP));
                } break;
                case __li__MZWI__:  break;
                case __li__C0WI__:  break;
                case __li__M1WI__:  break;
                case __li__KMFK__: {
                  li__PS3U=((__li__KMFK *)li__PHUP);
                  li__HXPN(((__li__VTBD *)li__PS3U->li__3RFK),li__PS3U);
                } break;
                case __li__XOHL__: {
                  li__LDMN(((__li__XOHL *)li__PHUP));
                } break;
                case __li__FPHL__: {
                  li__TT4L(((__li__FPHL *)li__PHUP));
                } break;
                case __li__APLM__: {
                  li__TGCQ(((__li__APLM *)li__PHUP));
                } break;
                case __li__DTNM__: {
                  li__MFRO(((__li__DTNM *)li__PHUP));
                } break;
                case __li__JXNM__: {
                  li__1W3R(((__li__JXNM *)li__PHUP));
                } break;
                case __li__21LO__: {
                  li__T1IP(((__li__21LO *)li__PHUP));
                } break;
                case __li__TPOO__: {
                  li__MR3U=((__li__TPOO *)li__PHUP);
                  li__IZFQ(((__li__DZB *)li__MR3U->li__5IXO),li__MR3U);
                } break;
                case __li__URRO__: {
                  li__DK4R(((__li__URRO *)li__PHUP));
                } break;
                case __li__41XO__: {
                  li__XGCQ(((__li__41XO *)li__PHUP));
                } break;
                case __li__AKBR__: {
                  li__AYCS(((__li__AKBR *)li__PHUP));
                } break;
                case __li__SU5R__: {
                  li__5XIS(((__li__SU5R *)li__PHUP));
                } break;
                case __li__JV5R__: {
                  li__DYIS(((__li__JV5R *)li__PHUP));
                } break;
                };
                li__42GQ=li__PXGQ->li__W0FM;
                /* NULL __li__RLKJ__ __li__5LKJ__ */
if (li__42GQ==NULL) {
                  li__G3GQ=NULL;
                } else {
                  if (((struct ___OBJ *)li__42GQ)->__id==__li__RLKJ__) {
                    li__G3GQ=NULL;
                  } else /* Other types */ {
                    li__G3GQ=((void *)li__42GQ);
                  }
                };
                li__42GQ=li__G3GQ->li__2TBK;
                /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__42GQ)->__id) {
                case __li__WK__:  break;
                case __li__AVBD__: {
                  li__PSNI(((__li__AVBD *)li__42GQ));
                } break;
                case __li__KVBD__:  break;
                case __li__WVBD__:  break;
                case __li__Z4WH__: {
                  li__JNDK(((__li__Z4WH *)li__42GQ));
                } break;
                case __li__KTVI__: {
                  li__0NDK(((__li__KTVI *)li__42GQ));
                } break;
                case __li__LTVI__: {
                  li__XL1L(((__li__LTVI *)li__42GQ));
                } break;
                case __li__XTVI__: {
                  li__5NDK(((__li__XTVI *)li__42GQ));
                } break;
                case __li__YTVI__: {
                  li__1L1L(((__li__YTVI *)li__42GQ));
                } break;
                case __li__S2VI__: {
                  li__DODK(((__li__S2VI *)li__42GQ));
                } break;
                case __li__E3VI__: {
                  li__HODK(((__li__E3VI *)li__42GQ));
                } break;
                case __li__KLWI__: {
                  li__PS3U=((__li__KMFK *)((__li__KLWI *)li__42GQ)->li__ZPBK);
                  li__HXPN(((__li__VTBD *)li__PS3U->li__3RFK),li__PS3U);
                } break;
                case __li__ULWI__:  break;
                case __li__NMWI__: {
                  li__QODK(((__li__NMWI *)li__42GQ));
                } break;
                case __li__BNWI__: {
                  li__UODK(((__li__BNWI *)li__42GQ));
                } break;
                case __li__XNWI__: {
                  li__YODK(((__li__XNWI *)li__42GQ));
                } break;
                case __li__LOWI__: {
                  li__2ODK(((__li__LOWI *)li__42GQ));
                } break;
                case __li__5OWI__: {
                  li__APDK(((__li__5OWI *)li__42GQ));
                } break;
                case __li__TPWI__: {
                  li__EPDK(((__li__TPWI *)li__42GQ));
                } break;
                case __li__HQWI__: {
                  li__IPDK(((__li__HQWI *)li__42GQ));
                } break;
                case __li__ARWI__: {
                  li__MPDK(((__li__ARWI *)li__42GQ));
                } break;
                case __li__URWI__: {
                  li__NQDK(((__li__URWI *)li__42GQ));
                } break;
                case __li__MSWI__:  break;
                case __li__ETWI__: {
                  li__TQDK(((__li__ETWI *)li__42GQ));
                } break;
                case __li__MZWI__:  break;
                case __li__C0WI__:  break;
                case __li__M1WI__:  break;
                case __li__KMFK__: {
                  li__PS3U=((__li__KMFK *)li__42GQ);
                  li__HXPN(((__li__VTBD *)li__PS3U->li__3RFK),li__PS3U);
                } break;
                case __li__XOHL__: {
                  li__LDMN(((__li__XOHL *)li__42GQ));
                } break;
                case __li__FPHL__: {
                  li__TT4L(((__li__FPHL *)li__42GQ));
                } break;
                case __li__APLM__: {
                  li__TGCQ(((__li__APLM *)li__42GQ));
                } break;
                case __li__DTNM__: {
                  li__MFRO(((__li__DTNM *)li__42GQ));
                } break;
                case __li__JXNM__: {
                  li__1W3R(((__li__JXNM *)li__42GQ));
                } break;
                case __li__21LO__: {
                  li__T1IP(((__li__21LO *)li__42GQ));
                } break;
                case __li__TPOO__: {
                  li__MR3U=((__li__TPOO *)li__42GQ);
                  li__IZFQ(((__li__DZB *)li__MR3U->li__5IXO),li__MR3U);
                } break;
                case __li__URRO__: {
                  li__DK4R(((__li__URRO *)li__42GQ));
                } break;
                case __li__41XO__: {
                  li__XGCQ(((__li__41XO *)li__42GQ));
                } break;
                case __li__AKBR__: {
                  li__AYCS(((__li__AKBR *)li__42GQ));
                } break;
                case __li__SU5R__: {
                  li__5XIS(((__li__SU5R *)li__42GQ));
                } break;
                case __li__JV5R__: {
                  li__DYIS(((__li__JV5R *)li__42GQ));
                } break;
                };
                li__YVWS(li__PXGQ,li__PXGQ->li__W0FM);
              };
            };
          };
        };
      };
      /* __li__B__ __li__I__ */
if (((void *)li__VIUP != (void *)NULL)) {
        li__M1JP=li__VIUP;
        li__XZFQ(((__li__DZB *)li__I1JP->li__KJXO),li__I1JP);
        li__MWBD=(__li__K)(li__MWBD +  1);
      };
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__M1JP == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__5I3L != (void *)NULL)) {
      li__F2JP=li__GZNQ(li__I1JP);
      li__QHUP=li__F2JP;
    } else /* FALSE */ {
      li__QHUP=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__QHUP) {
      li__SFPP=((__li__5RB *)li__I1JP->li__KJXO->li__GZB.li__0RNE);
      li__NULV=li__I1JP->li__31LO.li__0CC;
      li__XXGQ=li__QAAE();
      li__LQNE(((__li__VTBD *)li__XXGQ),li__NULV,(&__string_68),'+',li__SFPP);
      li__AT3U=li__1CXJ(((__li__VTBD *)li__XXGQ),li__I1JP->li__31LO.li__0CC,li__I1JP);
      li__TQ3U=((__li__KI *)li__WJ3L);
      li__LJHI(((__li__TOLE *)li__TQ3U->li__2OLE),li__AT3U,(__li__K)(li__TQ3U->li__OJTE -  1));
      li__TQ3U->li__OJTE=(__li__K)(li__TQ3U->li__OJTE +  1);
      li__WVRE(li__TQ3U);
      li__OZGQ=li__NOPI(((__li__VTBD *)li__XXGQ));
      li__M1JP=li__OZGQ;
      li__DQ=(__li__K)(li__DQ +  1);
    } else /* FALSE */ {
      ((__li__DZB *)li__I1JP->li__KJXO)->li__G2JM=(__li__K)(-  1);
      li__DXTM(((__li__DZB *)li__I1JP->li__KJXO));
      li__PHUP=li__I1JP->li__N2LO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHUP)->__id) {
      case __li__WK__: {
        li__UIUP=((__li__WK *)li__PHUP);
      } break;
      case __li__AVBD__: {
        li__UIUP=li__IVAJ(((__li__AVBD *)li__PHUP));
      } break;
      case __li__KVBD__: {
        li__UIUP=((__li__KVBD *)li__PHUP);
      } break;
      case __li__WVBD__: {
        li__UIUP=((__li__WVBD *)li__PHUP);
      } break;
      case __li__Z4WH__: {
        li__UIUP=li__H52K();
      } break;
      case __li__KTVI__: {
        li__UIUP=li__N4VK(((__li__KTVI *)li__PHUP));
      } break;
      case __li__LTVI__: {
        li__UIUP=li__AJAM(((__li__LTVI *)li__PHUP));
      } break;
      case __li__XTVI__: {
        li__UIUP=li__SEWK(((__li__XTVI *)li__PHUP));
      } break;
      case __li__YTVI__: {
        li__UIUP=li__0OAM(((__li__YTVI *)li__PHUP));
      } break;
      case __li__S2VI__: {
        li__UIUP=li__YU2K(((__li__S2VI *)li__PHUP));
      } break;
      case __li__E3VI__: {
        li__UIUP=li__CZ2K(((__li__E3VI *)li__PHUP));
      } break;
      case __li__KLWI__: {
        li__UIUP=li__M52K(((__li__KLWI *)li__PHUP));
      } break;
      case __li__ULWI__: {
        li__UIUP=((__li__ULWI *)li__PHUP);
      } break;
      case __li__NMWI__: {
        li__UIUP=li__YA3K(((__li__NMWI *)li__PHUP));
      } break;
      case __li__BNWI__: {
        li__UIUP=li__CF3K(((__li__BNWI *)li__PHUP));
      } break;
      case __li__XNWI__: {
        li__UIUP=li__MJ3K(((__li__XNWI *)li__PHUP));
      } break;
      case __li__LOWI__: {
        li__UIUP=li__WN3K(((__li__LOWI *)li__PHUP));
      } break;
      case __li__5OWI__: {
        li__UIUP=li__AS3K(((__li__5OWI *)li__PHUP));
      } break;
      case __li__TPWI__: {
        li__UIUP=li__KW3K(((__li__TPWI *)li__PHUP));
      } break;
      case __li__HQWI__: {
        li__UIUP=li__U03K(((__li__HQWI *)li__PHUP));
      } break;
      case __li__ARWI__: {
        li__UIUP=li__OQWK(((__li__ARWI *)li__PHUP));
      } break;
      case __li__URWI__: {
        li__UIUP=li__443K(((__li__URWI *)li__PHUP));
      } break;
      case __li__MSWI__: {
        li__UIUP=((__li__MSWI *)li__PHUP);
      } break;
      case __li__ETWI__: {
        li__UIUP=li__K53K(((__li__ETWI *)li__PHUP));
      } break;
      case __li__MZWI__: {
        li__UIUP=((__li__MZWI *)li__PHUP);
      } break;
      case __li__C0WI__: {
        li__UIUP=((__li__C0WI *)li__PHUP);
      } break;
      case __li__M1WI__: {
        li__UIUP=((__li__M1WI *)li__PHUP);
      } break;
      case __li__KMFK__: {
        li__UIUP=li__QF3L(((__li__KMFK *)li__PHUP));
      } break;
      case __li__XOHL__: {
        li__UIUP=li__P2NN(((__li__XOHL *)li__PHUP));
      } break;
      case __li__FPHL__: {
        li__UIUP=li__YUAM(((__li__FPHL *)li__PHUP));
      } break;
      case __li__APLM__: {
        li__UIUP=li__C3CQ(((__li__APLM *)li__PHUP));
      } break;
      case __li__DTNM__: {
        li__UIUP=li__3GSO(((__li__DTNM *)li__PHUP));
      } break;
      case __li__JXNM__: {
        li__UIUP=li__E03R(((__li__JXNM *)li__PHUP));
      } break;
      case __li__21LO__: {
        li__UIUP=li__H1JP(((__li__21LO *)li__PHUP));
      } break;
      case __li__TPOO__: {
        li__UIUP=li__Z5JP(((__li__TPOO *)li__PHUP));
      } break;
      case __li__URRO__: {
        li__UIUP=li__MH4R(((__li__URRO *)li__PHUP));
      } break;
      case __li__41XO__: {
        li__UIUP=li__MBDQ(((__li__41XO *)li__PHUP));
      } break;
      case __li__AKBR__: {
        li__UIUP=li__KMDS(((__li__AKBR *)li__PHUP));
      } break;
      case __li__SU5R__: {
        li__UIUP=li__1CJS(((__li__SU5R *)li__PHUP));
      } break;
      case __li__JV5R__: {
        li__UIUP=li__FHJS(((__li__JV5R *)li__PHUP));
      } break;
      };
      li__I1JP->li__N2LO=li__UIUP;
      li__M1JP=li__I1JP;
    };
  };
  li__J1JP=li__M1JP;
  return(li__J1JP);
}

static void* li__Z5JP(__li__TPOO *li__05JP)
/* (Strict READ_GLOBAL{li__TPOO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__45JP,*li__ULUP,*li__0MUP,*li__15JP;
  __li__DZB *li__DAKP,*li__KT3U,*li__GAKP,*li__XOHQ,*li__APHQ,*li__D0HQ;
  __li__SQNE *li__NHPP;
  void *li__AIPP;
  __li__5RB *li__BIPP,*li__CIPP,*li__VVLV,*li__YVLV;
  __li__ULSB *li__SAKP;
  __li__K li__ILUP,li__3PHQ,li__21HQ,li__0ASU;
  void *li__TLUP,*li__ZMUP;
  void *li__2LUP;
  __li__WK *li__XT3U,*li__GU3U;
  __li__KVBD *li__LVLV,*li__PVLV,*li__TVLV,*li__XVLV;
  __li__PO li__MVLV,li__UVLV;
  __li__WVBD *li__ZT3U,*li__0T3U,*li__IU3U,*li__JU3U;
  __li__MZWI *li__2T3U,*li__3T3U,*li__WU3U,*li__XU3U;
  __li__C0WI *li__5T3U,*li__AU3U,*li__ZU3U,*li__0U3U;
  __li__M1WI *li__CU3U,*li__DU3U,*li__2U3U,*li__3U3U;
  __li__VTBD *li__5OHQ,*li__A0HQ;
  void *li__TZHQ;
  void *li__4ZHQ;
  __li__KLWI *li__LU3U;
  __li__KMFK *li__NU3U;
  __li__ULWI *li__QU3U,*li__RU3U;
  __li__MSWI *li__TU3U,*li__UU3U;
  __li__KI *li__WETS;
  __li__C li__RBKP,li__XAKP,li__VLUP,li__1MUP,li__PCGP,li__CNUP;
  __li__C li__R0HQ,li__L2HQ,li__H2HQ,li__33HQ;
  __li__SZEC *li__KLUP;
  __li__TOLE *li__ZASU;
  li__45JP=NULL;
  li__DAKP=li__05JP->li__5IXO;
  li__KT3U=((__li__DZB *)li__DAKP);
  /* __li__B__ __li__I__ */
if (((! ((((__li__F0C)(((__li__5RB *)li__KT3U->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__KT3U->li__GZB.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__KT3U->li__GZB.li__FZB.li__R2B == (void *)(&__string_66)))) && (! ((__li__F0C)(((__li__5RB *)li__DAKP->li__GZB.li__0RNE)->li__BEM &  4) !=  0)))) {
    li__NHPP=li__5D4G();
    li__4EWN(((__li__DZB *)li__DAKP),li__NHPP);
    /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__NHPP)->li__VQNE.li__ZTMI +  1) !=  0)) {
      /* __li__B__ __li__I__ */
if (((void *)((void **)((__li__SQNE *)li__NHPP)->li__VQNE.li__GABM)[ 0] == (void *)li__ORB__)) {
        li__5JGN(((__li__SQNE *)li__NHPP));
        /* __li__B__ __li__I__ */
if (((__li__K)(((__li__SQNE *)li__NHPP)->li__VQNE.li__ZTMI +  1) ==  1)) {
          li__AIPP=((void **)((__li__SQNE *)li__NHPP)->li__VQNE.li__GABM)[ 0];
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__AIPP)->__id) {
          case __li__IF__: {
            li__BIPP=((__li__IF *)li__AIPP)->li__J0C;
          } break;
          case __li__ORB__: {
            li__BIPP=((__li__ORB *)li__AIPP)->li__PRB.li__J0C;
          } break;
          case __li__QRB__: {
            li__BIPP=((__li__QRB *)li__AIPP)->li__RRB.li__J0C;
          } break;
          case __li__SRB__: {
            li__BIPP=((__li__SRB *)li__AIPP)->li__TRB.li__J0C;
          } break;
          case __li__URB__: {
            li__BIPP=((__li__URB *)li__AIPP)->li__VRB.li__J0C;
          } break;
          case __li__GSZ__: {
            li__BIPP=((__li__GSZ *)li__AIPP)->li__HSZ.li__J0C;
          } break;
          case __li__1RRF__: {
            li__BIPP=((__li__1RRF *)li__AIPP)->li__2RRF.li__J0C;
          } break;
          case __li__UJSH__: {
            li__BIPP=((__li__UJSH *)li__AIPP)->li__WJSH.li__J0C;
          } break;
          };
          li__CIPP=li__NNSE(((__li__5RB *)li__BIPP));
          ((__li__DZB *)li__DAKP)->li__GZB.li__0RNE=li__CIPP;
        };
      };
    };
    li__EVEM(((__li__SQNE *)li__NHPP));
  };
  li__DAKP=li__05JP->li__5IXO;
  /* NULL __li__DZB__ */
if (li__DAKP==NULL) {
    li__GAKP=NULL;
  } else /* SLOT_DATA */ {
    li__GAKP=((void *)li__DAKP);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__GAKP == (void *)NULL)) {
    li__RBKP=li__B__;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((li__GAKP->li__GZB.li__FZB.li__DI1B != '+')) {
      li__XAKP=li__B__;
    } else /* FALSE */ {
      li__SAKP=li__QXVG(((__li__DZB *)li__GAKP));
      li__XAKP=((void *)((__li__ULSB *)li__SAKP)->li__XNKE != (void *)(&__string_34));
    };
    li__RBKP=(li__XAKP && ((! ((__li__F0C)(((__li__5RB *)li__05JP->li__5IXO->li__GZB.li__0RNE)->li__BEM &  1) !=  0)) || ((__li__F0C)(((__li__5RB *)li__05JP->li__5IXO->li__GZB.li__0RNE)->li__BEM &  2) !=  0)));
  };
  /* __li__B__ __li__I__ */
if (li__RBKP) {
    li__AIPP=NULL;
    li__ILUP= 0;
    li__KLUP=NULL;
    /* __li__B__ __li__I__ */
if (((void *)li__05JP->li__5IXO->li__GZB.li__XRSH != (void *)NULL)) {
      li__TLUP=li__05JP->li__5IXO->li__GZB.li__XRSH;
      /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__TLUP)->__id) {
      case __li__RLKJ__: {
        li__ULUP=((__li__RLKJ *)li__TLUP)->li__SLKJ.li__CSSH;
      } break;
      case __li__5LKJ__: {
        li__ULUP=((__li__5LKJ *)li__TLUP)->li__AMKJ.li__CSSH;
      } break;
      case __li__DFNL__: {
        li__ULUP=((__li__DFNL *)li__TLUP)->li__EFNL.li__CSSH;
      } break;
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ULUP)->__id) {
      case __li__WK__: 
      case __li__KVBD__: 
      case __li__WVBD__: 
      case __li__MZWI__: 
      case __li__C0WI__: 
      case __li__M1WI__: {
        li__VLUP=li__B__;
      } break;
      case __li__AVBD__: 
      case __li__Z4WH__: 
      case __li__KTVI__: 
      case __li__LTVI__: 
      case __li__XTVI__: 
      case __li__YTVI__: 
      case __li__S2VI__: 
      case __li__E3VI__: 
      case __li__KLWI__: 
      case __li__ULWI__: 
      case __li__NMWI__: 
      case __li__BNWI__: 
      case __li__XNWI__: 
      case __li__LOWI__: 
      case __li__5OWI__: 
      case __li__TPWI__: 
      case __li__HQWI__: 
      case __li__ARWI__: 
      case __li__URWI__: 
      case __li__MSWI__: 
      case __li__ETWI__: 
      case __li__KMFK__: 
      case __li__XOHL__: 
      case __li__FPHL__: 
      case __li__APLM__: 
      case __li__DTNM__: 
      case __li__JXNM__: 
      case __li__21LO__: 
      case __li__TPOO__: 
      case __li__URRO__: 
      case __li__41XO__: 
      case __li__AKBR__: 
      case __li__SU5R__: 
      case __li__JV5R__: {
        li__VLUP=li__I__;
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__VLUP) {
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__ULUP==NULL) {
          li__2LUP=NULL;
        } else {
          switch (((struct ___OBJ *)li__ULUP)->__id) {
          case __li__WK__: {
            li__2LUP=((void *)li__ULUP);
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__KMFK__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__21LO__: 
          case __li__TPOO__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__2LUP=NULL;
          } break;
          case __li__KVBD__: {
            li__2LUP=((void *)li__ULUP);
          } break;
          case __li__WVBD__: {
            li__2LUP=((void *)li__ULUP);
          } break;
          case __li__MZWI__: {
            li__2LUP=((void *)li__ULUP);
          } break;
          case __li__C0WI__: {
            li__2LUP=((void *)li__ULUP);
          } break;
          case __li__M1WI__: {
            li__2LUP=((void *)li__ULUP);
          } break;
          }
        };
        li__AIPP=li__2LUP;
        li__KLUP=li__05JP->li__5IXO->li__GZB.li__BYEJ;
        /* __li__B__ __li__I__ */
if (((void *)li__KLUP != (void *)NULL)) {
          li__ILUP= 0;
          while ((! ((li__ILUP > (*(li__KLUP)).li__J0EK) || ((void *)li__AIPP == (void *)NULL)))) {
            li__ZMUP=((void **)(*(((__li__SZEC *)li__KLUP))).li__F0EK)[li__ILUP];
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__ZMUP)->__id) {
            case __li__RLKJ__: {
              li__0MUP=((__li__RLKJ *)li__ZMUP)->li__SLKJ.li__CSSH;
            } break;
            case __li__5LKJ__: {
              li__0MUP=((__li__5LKJ *)li__ZMUP)->li__AMKJ.li__CSSH;
            } break;
            case __li__DFNL__: {
              li__0MUP=((__li__DFNL *)li__ZMUP)->li__EFNL.li__CSSH;
            } break;
            };
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0MUP)->__id) {
            case __li__WK__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: {
              li__1MUP=li__B__;
            } break;
            case __li__AVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__KMFK__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__21LO__: 
            case __li__TPOO__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__1MUP=li__I__;
            } break;
            };
            /* __li__B__ __li__I__ */
if ((! li__1MUP)) {
              li__1MUP=li__B__;
            } else /* FALSE */ {
              /* NULL __li__WK__ __li__KVBD__ __li__WVBD__ __li__MZWI__ __li__C0WI__ __li__M1WI__ */
switch (((struct ___OBJ *)li__AIPP)->__id) {
              case __li__WK__: {
                li__PCGP=li__5GXM(((__li__WK *)li__AIPP),li__0MUP);
                li__CNUP=(! li__PCGP);
              } break;
              case __li__KVBD__: {
                li__PCGP=li__VHXM(((__li__KVBD *)((__li__WK *)li__AIPP)),li__0MUP);
                li__CNUP=(! li__PCGP);
              } break;
              case __li__WVBD__: {
                li__PCGP=li__HIXM(((__li__WVBD *)((__li__WK *)li__AIPP)),li__0MUP);
                li__CNUP=(! li__PCGP);
              } break;
              case __li__MZWI__: {
                li__PCGP=li__LQXM(((__li__MZWI *)((__li__WK *)li__AIPP)),li__0MUP);
                li__CNUP=(! li__PCGP);
              } break;
              case __li__C0WI__: {
                li__PCGP=li__GRXM(((__li__C0WI *)((__li__WK *)li__AIPP)),li__0MUP);
                li__CNUP=(! li__PCGP);
              } break;
              case __li__M1WI__: {
                li__PCGP=li__JYGP(((__li__M1WI *)((__li__WK *)li__AIPP)),li__0MUP);
                li__CNUP=(! li__PCGP);
              } break;
              };
              li__1MUP=li__CNUP;
            };
            /* __li__B__ __li__I__ */
if (li__1MUP) {
              li__AIPP=NULL;
            };
            li__ILUP=(__li__K)(li__ILUP +  1);
          };
        };
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__AIPP != (void *)NULL)) {
      li__IZFQ(((__li__DZB *)li__05JP->li__5IXO),li__05JP);
      li__DXTM(((__li__DZB *)li__05JP->li__5IXO));
      /* NULL __li__WK__ __li__KVBD__ __li__WVBD__ __li__MZWI__ __li__C0WI__ __li__M1WI__ */
switch (((struct ___OBJ *)li__AIPP)->__id) {
      case __li__WK__: {
        li__XT3U=li__PVEJ(((__li__WK *)li__AIPP));
        li__ULUP=li__XT3U;
      } break;
      case __li__KVBD__: {
        li__LVLV=((__li__KVBD *)li__AIPP);
        li__MVLV=li__LVLV->li__LVBD.li__0K.li__0CC;
        li__BIPP=li__LVLV->li__LVBD.li__WZLE;
        li__LVLV=li__5QND();
        li__PVLV=((__li__KVBD *)li__LVLV);
        li__PVLV->li__LVBD.li__0K.li__0CC=li__MVLV;
        li__CIPP=li__NNSE(((__li__5RB *)li__BIPP));
        li__PVLV->li__LVBD.li__WZLE=li__CIPP;
        li__ULUP=li__LVLV;
      } break;
      case __li__WVBD__: {
        li__ZT3U=((__li__WVBD *)li__AIPP);
        li__0T3U=li__VEID(li__ZT3U->li__XVBD.li__0K.li__0CC,li__ZT3U->li__2ZLE,li__ZT3U->li__XVBD.li__WZLE);
        li__ULUP=li__0T3U;
      } break;
      case __li__MZWI__: {
        li__2T3U=((__li__MZWI *)li__AIPP);
        li__3T3U=li__4U4I(li__2T3U->li__NZWI.li__0K.li__0CC,li__2T3U->li__3SBK,li__2T3U->li__NZWI.li__WZLE);
        li__ULUP=li__3T3U;
      } break;
      case __li__C0WI__: {
        li__5T3U=((__li__C0WI *)li__AIPP);
        li__AU3U=li__ZV4I(li__5T3U->li__D0WI.li__0K.li__0CC,li__5T3U->li__CTBK);
        li__ULUP=li__AU3U;
      } break;
      case __li__M1WI__: {
        li__CU3U=((__li__M1WI *)li__AIPP);
        li__DU3U=li__1Z4I(li__CU3U->li__N1WI.li__0K.li__0CC,li__CU3U->li__UTFK);
        li__ULUP=li__DU3U;
      } break;
      };
      li__45JP=li__ULUP;
      li__MWBD=(__li__K)(li__MWBD +  1);
      li__XAKP=li__B__;
    } else /* FALSE */ {
      li__XAKP=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__XAKP)) {
      li__XOHQ=((__li__DZB *)li__05JP->li__5IXO);
      li__ULUP=NULL;
      li__5OHQ=NULL;
      li__APHQ=NULL;
      /* __li__B__ __li__I__ */
if ((((! li__I41D) && ((void *)li__5I3L == (void *)NULL)) && ((void *)li__XOHQ->li__W0FM != (void *)NULL))) {
        li__3PHQ=li__VHRR(li__XOHQ);
        /* __li__B__ __li__I__ */
if ((li__XOHQ->li__41JM == li__NHBK)) {
          li__1MUP=li__WGVR(li__XOHQ->li__D2JM);
          li__PCGP=li__1MUP;
        } else /* FALSE */ {
          li__PCGP=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((li__PCGP || (li__3PHQ ==  1))) {
          li__0MUP=li__XOHQ->li__W0FM;
          /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__0MUP)->__id==__li__RLKJ__) {
            li__ZMUP=((__li__RLKJ *)li__0MUP)->li__SLKJ.li__CSSH;
          } else /* WRITE_SLOT */ {
            li__ZMUP=((__li__5LKJ *)li__0MUP)->li__AMKJ.li__CSSH;
          };
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__ZMUP==NULL) {
            li__TZHQ=NULL;
          } else {
            switch (((struct ___OBJ *)li__ZMUP)->__id) {
            case __li__WK__: 
            case __li__AVBD__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__TZHQ=NULL;
            } break;
            case __li__KMFK__: {
              li__TZHQ=((void *)li__ZMUP);
            } break;
            case __li__21LO__: {
              li__TZHQ=((void *)li__ZMUP);
            } break;
            case __li__TPOO__: {
              li__TZHQ=((void *)li__ZMUP);
            } break;
            }
          };
          /* __li__B__ __li__I__ */
if (((void *)li__TZHQ == (void *)NULL)) {
            li__5OHQ=NULL;
            li__APHQ=NULL;
          } else /* FALSE */ {
            /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__TZHQ)->__id) {
            case __li__KMFK__: {
              li__4ZHQ=((__li__KMFK *)li__TZHQ)->li__3RFK;
            } break;
            case __li__21LO__: {
              li__4ZHQ=((__li__21LO *)li__TZHQ)->li__KJXO;
            } break;
            case __li__TPOO__: {
              li__4ZHQ=((__li__TPOO *)li__TZHQ)->li__5IXO;
            } break;
            };
            /* NULL __li__DZB__ __li__VTBD__ */
if (li__4ZHQ==NULL) {
              li__A0HQ=NULL;
            } else {
              if (((struct ___OBJ *)li__4ZHQ)->__id==__li__DZB__) {
                li__A0HQ=NULL;
              } else /* Other types */ {
                li__A0HQ=((void *)li__4ZHQ);
              }
            };
            li__5OHQ=li__A0HQ;
            /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__TZHQ)->__id) {
            case __li__KMFK__: {
              li__4ZHQ=((__li__KMFK *)li__TZHQ)->li__3RFK;
            } break;
            case __li__21LO__: {
              li__4ZHQ=((__li__21LO *)li__TZHQ)->li__KJXO;
            } break;
            case __li__TPOO__: {
              li__4ZHQ=((__li__TPOO *)li__TZHQ)->li__5IXO;
            } break;
            };
            /* NULL __li__DZB__ __li__VTBD__ */
if (li__4ZHQ==NULL) {
              li__D0HQ=NULL;
            } else {
              if (((struct ___OBJ *)li__4ZHQ)->__id==__li__DZB__) {
                li__D0HQ=((void *)li__4ZHQ);
              } else /* Other types */ {
                li__D0HQ=NULL;
              }
            };
            li__APHQ=li__D0HQ;
          };
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZMUP)->__id) {
          case __li__WK__: 
          case __li__KVBD__: 
          case __li__WVBD__: 
          case __li__MZWI__: 
          case __li__C0WI__: 
          case __li__M1WI__: {
            li__CNUP=li__B__;
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KTVI__: 
          case __li__LTVI__: 
          case __li__XTVI__: 
          case __li__YTVI__: 
          case __li__S2VI__: 
          case __li__E3VI__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__NMWI__: 
          case __li__BNWI__: 
          case __li__XNWI__: 
          case __li__LOWI__: 
          case __li__5OWI__: 
          case __li__TPWI__: 
          case __li__HQWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: 
          case __li__KMFK__: 
          case __li__XOHL__: 
          case __li__FPHL__: 
          case __li__APLM__: 
          case __li__DTNM__: 
          case __li__JXNM__: 
          case __li__21LO__: 
          case __li__TPOO__: 
          case __li__URRO__: 
          case __li__41XO__: 
          case __li__AKBR__: 
          case __li__SU5R__: 
          case __li__JV5R__: {
            li__CNUP=li__I__;
          } break;
          };
          /* __li__B__ __li__I__ */
if (li__CNUP) {
            li__CNUP=li__B__;
          } else /* FALSE */ {
            /* __li__B__ __li__I__ */
if (((void *)li__5OHQ != (void *)NULL)) {
              li__R0HQ=li__WGVR(li__XOHQ->li__D2JM);
              li__L2HQ=li__R0HQ;
            } else /* FALSE */ {
              li__L2HQ=li__I__;
            };
            /* __li__B__ __li__I__ */
if (li__L2HQ) {
              /* __li__B__ __li__I__ */
if ((((((void *)li__5OHQ->li__IVPK != (void *)NULL) && ((void *)li__5OHQ->li__IVPK->li__CKSN != (void *)NULL)) && (li__5OHQ->li__IVPK->li__ZMSN < li__XOHQ->li__01JM)) && (li__XOHQ->li__B2JM == li__51JM))) {
                li__H2HQ=li__B__;
              } else /* FALSE */ {
                li__21HQ=li__ITXQ(((__li__VTBD *)li__5OHQ));
                li__H2HQ=(li__21HQ <=  1);
              };
              li__R0HQ=(li__H2HQ || (li__5OHQ->li__WTBD.li__FZB.li__DI1B == ' '));
            } else /* FALSE */ {
              li__R0HQ=li__I__;
            };
            li__CNUP=li__R0HQ;
          };
          /* __li__B__ __li__I__ */
if (li__CNUP) {
            li__CNUP=li__B__;
          } else /* FALSE */ {
            /* __li__B__ __li__I__ */
if ((((void *)li__APHQ != (void *)NULL) && (li__APHQ->li__GZB.li__FZB.li__DI1B == '-'))) {
              /* __li__B__ __li__I__ */
if (((((void *)li__APHQ->li__W0FM != (void *)NULL) && (li__APHQ->li__01JM < li__XOHQ->li__01JM)) && (li__XOHQ->li__41JM == li__NHBK))) {
                li__H2HQ=li__WGVR(li__APHQ->li__D2JM);
                li__33HQ=li__H2HQ;
              } else /* FALSE */ {
                li__33HQ=li__I__;
              };
              /* __li__B__ __li__I__ */
if (li__33HQ) {
                li__H2HQ=li__B__;
              } else /* FALSE */ {
                li__21HQ=li__VHRR(((__li__DZB *)li__APHQ));
                li__H2HQ=(li__21HQ ==  1);
              };
              li__R0HQ=li__H2HQ;
            } else /* FALSE */ {
              li__R0HQ=li__I__;
            };
            li__CNUP=li__R0HQ;
          };
          /* __li__B__ __li__I__ */
if (li__CNUP) {
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZMUP)->__id) {
            case __li__WK__: {
              li__GU3U=li__PVEJ(((__li__WK *)li__ZMUP));
              li__4ZHQ=li__GU3U;
            } break;
            case __li__AVBD__: {
              li__4ZHQ=li__AE5L(((__li__AVBD *)li__ZMUP));
            } break;
            case __li__KVBD__: {
              li__TVLV=((__li__KVBD *)li__ZMUP);
              li__UVLV=li__TVLV->li__LVBD.li__0K.li__0CC;
              li__VVLV=li__TVLV->li__LVBD.li__WZLE;
              li__TVLV=li__5QND();
              li__XVLV=((__li__KVBD *)li__TVLV);
              li__XVLV->li__LVBD.li__0K.li__0CC=li__UVLV;
              li__YVLV=li__NNSE(((__li__5RB *)li__VVLV));
              li__XVLV->li__LVBD.li__WZLE=li__YVLV;
              li__4ZHQ=li__TVLV;
            } break;
            case __li__WVBD__: {
              li__IU3U=((__li__WVBD *)li__ZMUP);
              li__JU3U=li__VEID(li__IU3U->li__XVBD.li__0K.li__0CC,li__IU3U->li__2ZLE,li__IU3U->li__XVBD.li__WZLE);
              li__4ZHQ=li__JU3U;
            } break;
            case __li__Z4WH__: {
              li__4ZHQ=li__XEVK(((__li__Z4WH *)li__ZMUP));
            } break;
            case __li__KTVI__: {
              li__4ZHQ=li__XF5L(((__li__KTVI *)li__ZMUP));
            } break;
            case __li__LTVI__: {
              li__4ZHQ=li__SDGM(((__li__LTVI *)li__ZMUP));
            } break;
            case __li__XTVI__: {
              li__4ZHQ=li__DG5L(((__li__XTVI *)li__ZMUP));
            } break;
            case __li__YTVI__: {
              li__4ZHQ=li__4DGM(((__li__YTVI *)li__ZMUP));
            } break;
            case __li__S2VI__: {
              li__4ZHQ=li__OG5L(((__li__S2VI *)li__ZMUP));
            } break;
            case __li__E3VI__: {
              li__4ZHQ=li__ZG5L(((__li__E3VI *)li__ZMUP));
            } break;
            case __li__KLWI__: {
              li__LU3U=((__li__KLWI *)li__ZMUP);
              li__UVLV=li__LU3U->li__LLWI.li__0CC;
              li__NU3U=li__G3CM(((__li__KMFK *)li__LU3U->li__ZPBK));
              li__LU3U=li__PNSJ(li__UVLV,li__NU3U);
              li__4ZHQ=li__LU3U;
            } break;
            case __li__ULWI__: {
              li__QU3U=((__li__ULWI *)li__ZMUP);
              li__RU3U=li__AOSJ(li__QU3U->li__VLWI.li__0CC,li__QU3U->li__4PBK);
              li__4ZHQ=li__RU3U;
            } break;
            case __li__NMWI__: {
              li__4ZHQ=li__SH5L(((__li__NMWI *)li__ZMUP));
            } break;
            case __li__BNWI__: {
              li__4ZHQ=li__3H5L(((__li__BNWI *)li__ZMUP));
            } break;
            case __li__XNWI__: {
              li__4ZHQ=li__II5L(((__li__XNWI *)li__ZMUP));
            } break;
            case __li__LOWI__: {
              li__4ZHQ=li__TI5L(((__li__LOWI *)li__ZMUP));
            } break;
            case __li__5OWI__: {
              li__4ZHQ=li__4I5L(((__li__5OWI *)li__ZMUP));
            } break;
            case __li__TPWI__: {
              li__4ZHQ=li__JJ5L(((__li__TPWI *)li__ZMUP));
            } break;
            case __li__HQWI__: {
              li__4ZHQ=li__UJ5L(((__li__HQWI *)li__ZMUP));
            } break;
            case __li__ARWI__: {
              li__4ZHQ=li__5J5L(((__li__ARWI *)li__ZMUP));
            } break;
            case __li__URWI__: {
              li__4ZHQ=li__NK5L(((__li__URWI *)li__ZMUP));
            } break;
            case __li__MSWI__: {
              li__TU3U=((__li__MSWI *)li__ZMUP);
              li__UU3U=li__YXSJ(li__TU3U->li__NSWI.li__0CC,li__TU3U->li__ISBK);
              li__4ZHQ=li__UU3U;
            } break;
            case __li__ETWI__: {
              li__4ZHQ=li__4K5L(((__li__ETWI *)li__ZMUP));
            } break;
            case __li__MZWI__: {
              li__WU3U=((__li__MZWI *)li__ZMUP);
              li__XU3U=li__4U4I(li__WU3U->li__NZWI.li__0K.li__0CC,li__WU3U->li__3SBK,li__WU3U->li__NZWI.li__WZLE);
              li__4ZHQ=li__XU3U;
            } break;
            case __li__C0WI__: {
              li__ZU3U=((__li__C0WI *)li__ZMUP);
              li__0U3U=li__ZV4I(li__ZU3U->li__D0WI.li__0K.li__0CC,li__ZU3U->li__CTBK);
              li__4ZHQ=li__0U3U;
            } break;
            case __li__M1WI__: {
              li__2U3U=((__li__M1WI *)li__ZMUP);
              li__3U3U=li__1Z4I(li__2U3U->li__N1WI.li__0K.li__0CC,li__2U3U->li__UTFK);
              li__4ZHQ=li__3U3U;
            } break;
            case __li__KMFK__: {
              li__4ZHQ=li__G3CM(((__li__KMFK *)li__ZMUP));
            } break;
            case __li__XOHL__: {
              li__4ZHQ=li__AAPN(((__li__XOHL *)li__ZMUP));
            } break;
            case __li__FPHL__: {
              li__4ZHQ=li__2EGM(((__li__FPHL *)li__ZMUP));
            } break;
            case __li__APLM__: {
              li__4ZHQ=li__XRDQ(((__li__APLM *)li__ZMUP));
            } break;
            case __li__DTNM__: {
              li__4ZHQ=li__D5SO(((__li__DTNM *)li__ZMUP));
            } break;
            case __li__JXNM__: {
              li__4ZHQ=li__153R(((__li__JXNM *)li__ZMUP));
            } break;
            case __li__21LO__: {
              li__4ZHQ=li__2KLP(((__li__21LO *)li__ZMUP));
            } break;
            case __li__TPOO__: {
              li__4ZHQ=li__JLLP(((__li__TPOO *)li__ZMUP));
            } break;
            case __li__URRO__: {
              li__4ZHQ=li__KM4R(((__li__URRO *)li__ZMUP));
            } break;
            case __li__41XO__: {
              li__4ZHQ=li__CSDQ(((__li__41XO *)li__ZMUP));
            } break;
            case __li__AKBR__: {
              li__4ZHQ=li__L2DS(((__li__AKBR *)li__ZMUP));
            } break;
            case __li__SU5R__: {
              li__4ZHQ=li__EQJS(((__li__SU5R *)li__ZMUP));
            } break;
            case __li__JV5R__: {
              li__4ZHQ=li__PQJS(((__li__JV5R *)li__ZMUP));
            } break;
            };
            li__ULUP=li__4ZHQ;
            li__CNUP=li__B__;
          } else /* FALSE */ {
            li__CNUP=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__CNUP)) {
            /* __li__B__ __li__I__ */
if (((((li__XOHQ->li__21JM == li__AKTE) && (li__XOHQ->li__GZB.li__LNME ==  1)) && (li__XIKB->li__OJTE >  1)) && ((void *)((void **)(*(((__li__TOLE *)((__li__KI *)li__XIKB)->li__2OLE))).li__S3VG)[(__li__K)((__li__K)(li__XIKB->li__OJTE -  1) -  1)] == (void *)li__XOHQ->li__W0FM))) {
              li__YVWS(li__XOHQ,li__XOHQ->li__W0FM);
              li__WETS=((__li__KI *)li__XIKB);
              li__21HQ=(__li__K)(li__XIKB->li__OJTE -  1);
              li__ZASU=((__li__TOLE *)li__WETS->li__2OLE);
              li__0ASU=(__li__K)(li__21HQ -  1);
              ((void **)(*(li__ZASU)).li__S3VG)[li__0ASU]=li__OWRE__;
              li__ULUP=li__ZMUP;
            };
          };
        };
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ULUP != (void *)NULL)) {
        li__45JP=li__ULUP;
        li__IZFQ(((__li__DZB *)li__05JP->li__5IXO),li__05JP);
        li__MWBD=(__li__K)(li__MWBD +  1);
      };
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__45JP == (void *)NULL)) {
    ((__li__DZB *)li__05JP->li__5IXO)->li__G2JM=(__li__K)(-  1);
    li__DXTM(((__li__DZB *)li__05JP->li__5IXO));
    li__45JP=li__05JP;
  };
  li__15JP=li__45JP;
  return(li__15JP);
}

static void* li__MH4R(__li__URRO *li__NH4R)
/* (Strict EXPR_NOT_LOGIC{li__URRO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__UH4R;
  __li__52B li__QH4R;
  void *li__WH4R,*li__XH4R,*li__VT5R,*li__JV3U,*li__KV3U,*li__OH4R;
  __li__KVBD *li__0H4R,*li__YTGS,*li__NV3U;
  __li__URRO *li__HT5R;
  __li__S2VI *li__WT5R;
  __li__PO li__IV3U;
  __li__E3VI *li__GV3U,*li__HV3U;
  __li__APLM *li__LU5R;
  __li__SU5R *li__ZU5R;
  __li__NMWI *li__CV5R;
  __li__JV5R *li__QV5R;
  __li__5RB *li__CUGS,*li__PV3U;
  __li__C li__PT5R,li__A25R;
  li__UH4R=NULL;
  li__QH4R=li__NHBK;
  li__WH4R=li__NH4R->li__XRRO.li__RF4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WH4R)->__id) {
  case __li__WK__: {
    li__XH4R=((__li__WK *)li__WH4R);
  } break;
  case __li__AVBD__: {
    li__XH4R=li__IVAJ(((__li__AVBD *)li__WH4R));
  } break;
  case __li__KVBD__: {
    li__XH4R=((__li__KVBD *)li__WH4R);
  } break;
  case __li__WVBD__: {
    li__XH4R=((__li__WVBD *)li__WH4R);
  } break;
  case __li__Z4WH__: {
    li__XH4R=li__H52K();
  } break;
  case __li__KTVI__: {
    li__XH4R=li__N4VK(((__li__KTVI *)li__WH4R));
  } break;
  case __li__LTVI__: {
    li__XH4R=li__AJAM(((__li__LTVI *)li__WH4R));
  } break;
  case __li__XTVI__: {
    li__XH4R=li__SEWK(((__li__XTVI *)li__WH4R));
  } break;
  case __li__YTVI__: {
    li__XH4R=li__0OAM(((__li__YTVI *)li__WH4R));
  } break;
  case __li__S2VI__: {
    li__XH4R=li__YU2K(((__li__S2VI *)li__WH4R));
  } break;
  case __li__E3VI__: {
    li__XH4R=li__CZ2K(((__li__E3VI *)li__WH4R));
  } break;
  case __li__KLWI__: {
    li__XH4R=li__M52K(((__li__KLWI *)li__WH4R));
  } break;
  case __li__ULWI__: {
    li__XH4R=((__li__ULWI *)li__WH4R);
  } break;
  case __li__NMWI__: {
    li__XH4R=li__YA3K(((__li__NMWI *)li__WH4R));
  } break;
  case __li__BNWI__: {
    li__XH4R=li__CF3K(((__li__BNWI *)li__WH4R));
  } break;
  case __li__XNWI__: {
    li__XH4R=li__MJ3K(((__li__XNWI *)li__WH4R));
  } break;
  case __li__LOWI__: {
    li__XH4R=li__WN3K(((__li__LOWI *)li__WH4R));
  } break;
  case __li__5OWI__: {
    li__XH4R=li__AS3K(((__li__5OWI *)li__WH4R));
  } break;
  case __li__TPWI__: {
    li__XH4R=li__KW3K(((__li__TPWI *)li__WH4R));
  } break;
  case __li__HQWI__: {
    li__XH4R=li__U03K(((__li__HQWI *)li__WH4R));
  } break;
  case __li__ARWI__: {
    li__XH4R=li__OQWK(((__li__ARWI *)li__WH4R));
  } break;
  case __li__URWI__: {
    li__XH4R=li__443K(((__li__URWI *)li__WH4R));
  } break;
  case __li__MSWI__: {
    li__XH4R=((__li__MSWI *)li__WH4R);
  } break;
  case __li__ETWI__: {
    li__XH4R=li__K53K(((__li__ETWI *)li__WH4R));
  } break;
  case __li__MZWI__: {
    li__XH4R=((__li__MZWI *)li__WH4R);
  } break;
  case __li__C0WI__: {
    li__XH4R=((__li__C0WI *)li__WH4R);
  } break;
  case __li__M1WI__: {
    li__XH4R=((__li__M1WI *)li__WH4R);
  } break;
  case __li__KMFK__: {
    li__XH4R=li__QF3L(((__li__KMFK *)li__WH4R));
  } break;
  case __li__XOHL__: {
    li__XH4R=li__P2NN(((__li__XOHL *)li__WH4R));
  } break;
  case __li__FPHL__: {
    li__XH4R=li__YUAM(((__li__FPHL *)li__WH4R));
  } break;
  case __li__APLM__: {
    li__XH4R=li__C3CQ(((__li__APLM *)li__WH4R));
  } break;
  case __li__DTNM__: {
    li__XH4R=li__3GSO(((__li__DTNM *)li__WH4R));
  } break;
  case __li__JXNM__: {
    li__XH4R=li__E03R(((__li__JXNM *)li__WH4R));
  } break;
  case __li__21LO__: {
    li__XH4R=li__H1JP(((__li__21LO *)li__WH4R));
  } break;
  case __li__TPOO__: {
    li__XH4R=li__Z5JP(((__li__TPOO *)li__WH4R));
  } break;
  case __li__URRO__: {
    li__XH4R=li__MH4R(((__li__URRO *)li__WH4R));
  } break;
  case __li__41XO__: {
    li__XH4R=li__MBDQ(((__li__41XO *)li__WH4R));
  } break;
  case __li__AKBR__: {
    li__XH4R=li__KMDS(((__li__AKBR *)li__WH4R));
  } break;
  case __li__SU5R__: {
    li__XH4R=li__1CJS(((__li__SU5R *)li__WH4R));
  } break;
  case __li__JV5R__: {
    li__XH4R=li__FHJS(((__li__JV5R *)li__WH4R));
  } break;
  };
  li__NH4R->li__XRRO.li__RF4R=li__XH4R;
  li__WH4R=li__NH4R->li__XRRO.li__RF4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__WH4R==NULL) {
    li__0H4R=NULL;
  } else {
    if (((struct ___OBJ *)li__WH4R)->__id==__li__KVBD__) {
      li__0H4R=((void *)li__WH4R);
    } else /* Other types */ {
      li__0H4R=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__0H4R != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__0H4R->li__LVBD.li__WZLE)->li__AEM == (void *)li__DSB)) {
      li__UH4R=li__DSB;
    } else /* FALSE */ {
      li__UH4R=li__LSB;
    };
  };
  li__WH4R=NULL;
  li__XH4R=li__NH4R->li__XRRO.li__RF4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__XH4R==NULL) {
    li__HT5R=NULL;
  } else {
    if (((struct ___OBJ *)li__XH4R)->__id==__li__URRO__) {
      li__HT5R=((void *)li__XH4R);
    } else /* Other types */ {
      li__HT5R=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__HT5R != (void *)NULL)) {
    li__WH4R=li__HT5R->li__XRRO.li__RF4R;
    li__PT5R=li__B__;
  } else /* FALSE */ {
    li__PT5R=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__PT5R) {
    li__PT5R=li__B__;
  } else /* FALSE */ {
    li__VT5R=li__NH4R->li__XRRO.li__RF4R;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__VT5R==NULL) {
      li__WT5R=NULL;
    } else {
      if (((struct ___OBJ *)li__VT5R)->__id==__li__S2VI__) {
        li__WT5R=((void *)li__VT5R);
      } else /* Other types */ {
        li__WT5R=NULL;
      }
    };
    li__A25R=((void *)li__WT5R != (void *)NULL);
    /* __li__B__ __li__I__ */
if (li__A25R) {
      li__IV3U=li__NH4R->li__XRRO.li__WRRO.li__0CC;
      li__JV3U=li__WT5R->li__T2VI.li__FPBK;
      li__KV3U=li__WT5R->li__T2VI.li__LPBK;
      li__GV3U=li__WBZJ();
      li__HV3U=((__li__E3VI *)li__GV3U);
      li__HV3U->li__F3VI.li__IVVI.li__0CC=li__IV3U;
      li__HV3U->li__F3VI.li__FPBK=li__JV3U;
      li__HV3U->li__F3VI.li__LPBK=li__KV3U;
      li__WH4R=li__GV3U;
    };
    li__PT5R=li__A25R;
  };
  /* __li__B__ __li__I__ */
if (li__PT5R) {
    li__PT5R=li__B__;
  } else /* FALSE */ {
    li__VT5R=li__NH4R->li__XRRO.li__RF4R;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__VT5R==NULL) {
      li__LU5R=NULL;
    } else {
      if (((struct ___OBJ *)li__VT5R)->__id==__li__APLM__) {
        li__LU5R=((void *)li__VT5R);
      } else /* Other types */ {
        li__LU5R=NULL;
      }
    };
    li__A25R=((void *)li__LU5R != (void *)NULL);
    /* __li__B__ __li__I__ */
if (li__A25R) {
      li__ZU5R=li__NKHS(li__NH4R->li__XRRO.li__WRRO.li__0CC,li__LU5R->li__BPLM.li__FPBK,li__LU5R->li__BPLM.li__LPBK);
      li__WH4R=li__ZU5R;
    };
    li__PT5R=li__A25R;
  };
  /* __li__B__ __li__I__ */
if ((! li__PT5R)) {
    li__VT5R=li__NH4R->li__XRRO.li__RF4R;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__VT5R==NULL) {
      li__CV5R=NULL;
    } else {
      if (((struct ___OBJ *)li__VT5R)->__id==__li__NMWI__) {
        li__CV5R=((void *)li__VT5R);
      } else /* Other types */ {
        li__CV5R=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__CV5R != (void *)NULL)) {
      li__QV5R=li__3KHS(li__NH4R->li__XRRO.li__WRRO.li__0CC,li__CV5R->li__OMWI.li__FPBK,li__CV5R->li__OMWI.li__LPBK);
      li__WH4R=li__QV5R;
    };
  };
  li__XH4R=li__WH4R;
  /* __li__B__ __li__I__ */
if ((((void *)li__WH4R == (void *)NULL) && ((void *)li__0H4R != (void *)NULL))) {
    li__VT5R=li__NH4R->li__XRRO.li__RF4R;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__VT5R==NULL) {
      li__YTGS=NULL;
    } else {
      if (((struct ___OBJ *)li__VT5R)->__id==__li__KVBD__) {
        li__YTGS=((void *)li__VT5R);
      } else /* Other types */ {
        li__YTGS=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__UH4R == (void *)li__DSB)) {
      li__IV3U=li__YTGS->li__LVBD.li__0K.li__0CC;
      li__JV3U=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__JV3U)->__id) {
      case __li__IF__: {
        li__CUGS=((__li__IF *)li__JV3U)->li__J0C;
      } break;
      case __li__ORB__: {
        li__CUGS=((__li__ORB *)li__JV3U)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__CUGS=((__li__QRB *)li__JV3U)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__CUGS=((__li__SRB *)li__JV3U)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__CUGS=((__li__URB *)li__JV3U)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__CUGS=((__li__GSZ *)li__JV3U)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__CUGS=((__li__1RRF *)li__JV3U)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__CUGS=((__li__UJSH *)li__JV3U)->li__WJSH.li__J0C;
      } break;
      };
      li__NV3U=((__li__KVBD *)li__YTGS);
      li__NV3U->li__LVBD.li__0K.li__0CC=li__IV3U;
      li__PV3U=li__NNSE(((__li__5RB *)li__CUGS));
      li__NV3U->li__LVBD.li__WZLE=li__PV3U;
    } else /* FALSE */ {
      li__IV3U=li__YTGS->li__LVBD.li__0K.li__0CC;
      li__JV3U=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__JV3U)->__id) {
      case __li__IF__: {
        li__CUGS=((__li__IF *)li__JV3U)->li__J0C;
      } break;
      case __li__ORB__: {
        li__CUGS=((__li__ORB *)li__JV3U)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__CUGS=((__li__QRB *)li__JV3U)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__CUGS=((__li__SRB *)li__JV3U)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__CUGS=((__li__URB *)li__JV3U)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__CUGS=((__li__GSZ *)li__JV3U)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__CUGS=((__li__1RRF *)li__JV3U)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__CUGS=((__li__UJSH *)li__JV3U)->li__WJSH.li__J0C;
      } break;
      };
      li__NV3U=((__li__KVBD *)li__YTGS);
      li__NV3U->li__LVBD.li__0K.li__0CC=li__IV3U;
      li__PV3U=li__NNSE(((__li__5RB *)li__CUGS));
      li__NV3U->li__LVBD.li__WZLE=li__PV3U;
    };
    li__XH4R=li__NH4R->li__XRRO.li__RF4R;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__XH4R == (void *)NULL) && (li__QH4R == li__NHBK))) {
    li__XH4R=NULL;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__XH4R == (void *)NULL)) {
    li__XH4R=li__NH4R;
  } else /* FALSE */ {
    li__IV3U=li__NH4R->li__XRRO.li__WRRO.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XH4R)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__URRO *)li__XH4R))->li__1K.li__0K.li__0CC=li__IV3U;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__URRO *)li__XH4R))->li__BVBD.li__0CC=li__IV3U;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__URRO *)li__XH4R))->li__LVBD.li__0K.li__0CC=li__IV3U;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__URRO *)li__XH4R))->li__XVBD.li__0K.li__0CC=li__IV3U;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__IV3U;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__URRO *)li__XH4R))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__IV3U;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__URRO *)li__XH4R))->li__OTVI.li__NTVI.li__0CC=li__IV3U;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__URRO *)li__XH4R))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__IV3U;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__URRO *)li__XH4R))->li__ZTVI.li__NTVI.li__0CC=li__IV3U;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__URRO *)li__XH4R))->li__T2VI.li__IVVI.li__0CC=li__IV3U;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__URRO *)li__XH4R))->li__F3VI.li__IVVI.li__0CC=li__IV3U;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__URRO *)li__XH4R))->li__LLWI.li__0CC=li__IV3U;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__URRO *)li__XH4R))->li__VLWI.li__0CC=li__IV3U;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__URRO *)li__XH4R))->li__OMWI.li__IVVI.li__0CC=li__IV3U;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__URRO *)li__XH4R))->li__ENWI.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__URRO *)li__XH4R))->li__YNWI.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__URRO *)li__XH4R))->li__MOWI.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__URRO *)li__XH4R))->li__APWI.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__URRO *)li__XH4R))->li__UPWI.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__URRO *)li__XH4R))->li__IQWI.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__URRO *)li__XH4R))->li__BRWI.li__0CC=li__IV3U;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__URRO *)li__XH4R))->li__VRWI.li__0CC=li__IV3U;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__URRO *)li__XH4R))->li__NSWI.li__0CC=li__IV3U;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__URRO *)li__XH4R))->li__FTWI.li__0CC=li__IV3U;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__URRO *)li__XH4R))->li__NZWI.li__0K.li__0CC=li__IV3U;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__URRO *)li__XH4R))->li__D0WI.li__0K.li__0CC=li__IV3U;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__URRO *)li__XH4R))->li__N1WI.li__0K.li__0CC=li__IV3U;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__URRO *)li__XH4R))->li__LMFK.li__0CC=li__IV3U;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__URRO *)li__XH4R))->li__0OHL.li__ZOHL.li__0CC=li__IV3U;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__URRO *)li__XH4R))->li__GPHL.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__URRO *)li__XH4R))->li__BPLM.li__IVVI.li__0CC=li__IV3U;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__URRO *)li__XH4R))->li__ETNM.li__ZOHL.li__0CC=li__IV3U;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__URRO *)li__XH4R))->li__KXNM.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__URRO *)li__XH4R))->li__31LO.li__0CC=li__IV3U;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__URRO *)li__XH4R))->li__UPOO.li__0CC=li__IV3U;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)li__XH4R)->li__XRRO.li__WRRO.li__0CC=li__IV3U;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__URRO *)li__XH4R))->li__51XO.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__URRO *)li__XH4R))->li__BKBR.li__DNWI.li__0CC=li__IV3U;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__URRO *)li__XH4R))->li__TU5R.li__IVVI.li__0CC=li__IV3U;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__URRO *)li__XH4R))->li__KV5R.li__IVVI.li__0CC=li__IV3U;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__OH4R=li__XH4R;
  return(li__OH4R);
}

static void* li__MBDQ(__li__41XO *li__NBDQ)
/* (Strict EXPR_OR{li__41XO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__GGRR;
  __li__52B li__QBDQ;
  void *li__WBDQ,*li__XBDQ,*li__YHBR,*li__ZHBR,*li__AIBR,*li__1IBR;
  void *li__NJBR,*li__OJBR,*li__VJBR,*li__WJBR,*li__OBDQ;
  __li__WVBD *li__2BDQ,*li__5BDQ,*li__AWLV,*li__45RR;
  __li__KMFK *li__VV3U,*li__ZV3U;
  __li__TPOO *li__XV3U,*li__1V3U;
  __li__5OWI *li__JIBR,*li__MIBR;
  __li__DTNM *li__2IBR,*li__5IBR;
  __li__AKBR *li__HKBR;
  __li__PO li__TFDQ;
  __li__C li__0HBR,li__PJBR,li__XJBR;
  li__QBDQ=li__NHBK;
  li__WBDQ=li__NBDQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WBDQ)->__id) {
  case __li__WK__: {
    li__XBDQ=((__li__WK *)li__WBDQ);
  } break;
  case __li__AVBD__: {
    li__XBDQ=li__IVAJ(((__li__AVBD *)li__WBDQ));
  } break;
  case __li__KVBD__: {
    li__XBDQ=((__li__KVBD *)li__WBDQ);
  } break;
  case __li__WVBD__: {
    li__XBDQ=((__li__WVBD *)li__WBDQ);
  } break;
  case __li__Z4WH__: {
    li__XBDQ=li__H52K();
  } break;
  case __li__KTVI__: {
    li__XBDQ=li__N4VK(((__li__KTVI *)li__WBDQ));
  } break;
  case __li__LTVI__: {
    li__XBDQ=li__AJAM(((__li__LTVI *)li__WBDQ));
  } break;
  case __li__XTVI__: {
    li__XBDQ=li__SEWK(((__li__XTVI *)li__WBDQ));
  } break;
  case __li__YTVI__: {
    li__XBDQ=li__0OAM(((__li__YTVI *)li__WBDQ));
  } break;
  case __li__S2VI__: {
    li__XBDQ=li__YU2K(((__li__S2VI *)li__WBDQ));
  } break;
  case __li__E3VI__: {
    li__XBDQ=li__CZ2K(((__li__E3VI *)li__WBDQ));
  } break;
  case __li__KLWI__: {
    li__XBDQ=li__M52K(((__li__KLWI *)li__WBDQ));
  } break;
  case __li__ULWI__: {
    li__XBDQ=((__li__ULWI *)li__WBDQ);
  } break;
  case __li__NMWI__: {
    li__XBDQ=li__YA3K(((__li__NMWI *)li__WBDQ));
  } break;
  case __li__BNWI__: {
    li__XBDQ=li__CF3K(((__li__BNWI *)li__WBDQ));
  } break;
  case __li__XNWI__: {
    li__XBDQ=li__MJ3K(((__li__XNWI *)li__WBDQ));
  } break;
  case __li__LOWI__: {
    li__XBDQ=li__WN3K(((__li__LOWI *)li__WBDQ));
  } break;
  case __li__5OWI__: {
    li__XBDQ=li__AS3K(((__li__5OWI *)li__WBDQ));
  } break;
  case __li__TPWI__: {
    li__XBDQ=li__KW3K(((__li__TPWI *)li__WBDQ));
  } break;
  case __li__HQWI__: {
    li__XBDQ=li__U03K(((__li__HQWI *)li__WBDQ));
  } break;
  case __li__ARWI__: {
    li__XBDQ=li__OQWK(((__li__ARWI *)li__WBDQ));
  } break;
  case __li__URWI__: {
    li__XBDQ=li__443K(((__li__URWI *)li__WBDQ));
  } break;
  case __li__MSWI__: {
    li__XBDQ=((__li__MSWI *)li__WBDQ);
  } break;
  case __li__ETWI__: {
    li__XBDQ=li__K53K(((__li__ETWI *)li__WBDQ));
  } break;
  case __li__MZWI__: {
    li__XBDQ=((__li__MZWI *)li__WBDQ);
  } break;
  case __li__C0WI__: {
    li__XBDQ=((__li__C0WI *)li__WBDQ);
  } break;
  case __li__M1WI__: {
    li__XBDQ=((__li__M1WI *)li__WBDQ);
  } break;
  case __li__KMFK__: {
    li__XBDQ=li__QF3L(((__li__KMFK *)li__WBDQ));
  } break;
  case __li__XOHL__: {
    li__XBDQ=li__P2NN(((__li__XOHL *)li__WBDQ));
  } break;
  case __li__FPHL__: {
    li__XBDQ=li__YUAM(((__li__FPHL *)li__WBDQ));
  } break;
  case __li__APLM__: {
    li__XBDQ=li__C3CQ(((__li__APLM *)li__WBDQ));
  } break;
  case __li__DTNM__: {
    li__XBDQ=li__3GSO(((__li__DTNM *)li__WBDQ));
  } break;
  case __li__JXNM__: {
    li__XBDQ=li__E03R(((__li__JXNM *)li__WBDQ));
  } break;
  case __li__21LO__: {
    li__XBDQ=li__H1JP(((__li__21LO *)li__WBDQ));
  } break;
  case __li__TPOO__: {
    li__XBDQ=li__Z5JP(((__li__TPOO *)li__WBDQ));
  } break;
  case __li__URRO__: {
    li__XBDQ=li__MH4R(((__li__URRO *)li__WBDQ));
  } break;
  case __li__41XO__: {
    li__XBDQ=li__MBDQ(((__li__41XO *)li__WBDQ));
  } break;
  case __li__AKBR__: {
    li__XBDQ=li__KMDS(((__li__AKBR *)li__WBDQ));
  } break;
  case __li__SU5R__: {
    li__XBDQ=li__1CJS(((__li__SU5R *)li__WBDQ));
  } break;
  case __li__JV5R__: {
    li__XBDQ=li__FHJS(((__li__JV5R *)li__WBDQ));
  } break;
  };
  li__NBDQ->li__51XO.li__MQBK=li__XBDQ;
  li__WBDQ=li__NBDQ->li__51XO.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WBDQ)->__id) {
  case __li__WK__: {
    li__XBDQ=((__li__WK *)li__WBDQ);
  } break;
  case __li__AVBD__: {
    li__XBDQ=li__IVAJ(((__li__AVBD *)li__WBDQ));
  } break;
  case __li__KVBD__: {
    li__XBDQ=((__li__KVBD *)li__WBDQ);
  } break;
  case __li__WVBD__: {
    li__XBDQ=((__li__WVBD *)li__WBDQ);
  } break;
  case __li__Z4WH__: {
    li__XBDQ=li__H52K();
  } break;
  case __li__KTVI__: {
    li__XBDQ=li__N4VK(((__li__KTVI *)li__WBDQ));
  } break;
  case __li__LTVI__: {
    li__XBDQ=li__AJAM(((__li__LTVI *)li__WBDQ));
  } break;
  case __li__XTVI__: {
    li__XBDQ=li__SEWK(((__li__XTVI *)li__WBDQ));
  } break;
  case __li__YTVI__: {
    li__XBDQ=li__0OAM(((__li__YTVI *)li__WBDQ));
  } break;
  case __li__S2VI__: {
    li__XBDQ=li__YU2K(((__li__S2VI *)li__WBDQ));
  } break;
  case __li__E3VI__: {
    li__XBDQ=li__CZ2K(((__li__E3VI *)li__WBDQ));
  } break;
  case __li__KLWI__: {
    li__XBDQ=li__M52K(((__li__KLWI *)li__WBDQ));
  } break;
  case __li__ULWI__: {
    li__XBDQ=((__li__ULWI *)li__WBDQ);
  } break;
  case __li__NMWI__: {
    li__XBDQ=li__YA3K(((__li__NMWI *)li__WBDQ));
  } break;
  case __li__BNWI__: {
    li__XBDQ=li__CF3K(((__li__BNWI *)li__WBDQ));
  } break;
  case __li__XNWI__: {
    li__XBDQ=li__MJ3K(((__li__XNWI *)li__WBDQ));
  } break;
  case __li__LOWI__: {
    li__XBDQ=li__WN3K(((__li__LOWI *)li__WBDQ));
  } break;
  case __li__5OWI__: {
    li__XBDQ=li__AS3K(((__li__5OWI *)li__WBDQ));
  } break;
  case __li__TPWI__: {
    li__XBDQ=li__KW3K(((__li__TPWI *)li__WBDQ));
  } break;
  case __li__HQWI__: {
    li__XBDQ=li__U03K(((__li__HQWI *)li__WBDQ));
  } break;
  case __li__ARWI__: {
    li__XBDQ=li__OQWK(((__li__ARWI *)li__WBDQ));
  } break;
  case __li__URWI__: {
    li__XBDQ=li__443K(((__li__URWI *)li__WBDQ));
  } break;
  case __li__MSWI__: {
    li__XBDQ=((__li__MSWI *)li__WBDQ);
  } break;
  case __li__ETWI__: {
    li__XBDQ=li__K53K(((__li__ETWI *)li__WBDQ));
  } break;
  case __li__MZWI__: {
    li__XBDQ=((__li__MZWI *)li__WBDQ);
  } break;
  case __li__C0WI__: {
    li__XBDQ=((__li__C0WI *)li__WBDQ);
  } break;
  case __li__M1WI__: {
    li__XBDQ=((__li__M1WI *)li__WBDQ);
  } break;
  case __li__KMFK__: {
    li__XBDQ=li__QF3L(((__li__KMFK *)li__WBDQ));
  } break;
  case __li__XOHL__: {
    li__XBDQ=li__P2NN(((__li__XOHL *)li__WBDQ));
  } break;
  case __li__FPHL__: {
    li__XBDQ=li__YUAM(((__li__FPHL *)li__WBDQ));
  } break;
  case __li__APLM__: {
    li__XBDQ=li__C3CQ(((__li__APLM *)li__WBDQ));
  } break;
  case __li__DTNM__: {
    li__XBDQ=li__3GSO(((__li__DTNM *)li__WBDQ));
  } break;
  case __li__JXNM__: {
    li__XBDQ=li__E03R(((__li__JXNM *)li__WBDQ));
  } break;
  case __li__21LO__: {
    li__XBDQ=li__H1JP(((__li__21LO *)li__WBDQ));
  } break;
  case __li__TPOO__: {
    li__XBDQ=li__Z5JP(((__li__TPOO *)li__WBDQ));
  } break;
  case __li__URRO__: {
    li__XBDQ=li__MH4R(((__li__URRO *)li__WBDQ));
  } break;
  case __li__41XO__: {
    li__XBDQ=li__MBDQ(((__li__41XO *)li__WBDQ));
  } break;
  case __li__AKBR__: {
    li__XBDQ=li__KMDS(((__li__AKBR *)li__WBDQ));
  } break;
  case __li__SU5R__: {
    li__XBDQ=li__1CJS(((__li__SU5R *)li__WBDQ));
  } break;
  case __li__JV5R__: {
    li__XBDQ=li__FHJS(((__li__JV5R *)li__WBDQ));
  } break;
  };
  li__NBDQ->li__51XO.li__QQBK=li__XBDQ;
  li__WBDQ=li__NBDQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__WBDQ==NULL) {
    li__2BDQ=NULL;
  } else {
    if (((struct ___OBJ *)li__WBDQ)->__id==__li__WVBD__) {
      li__2BDQ=((void *)li__WBDQ);
    } else /* Other types */ {
      li__2BDQ=NULL;
    }
  };
  li__WBDQ=li__NBDQ->li__51XO.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__WBDQ==NULL) {
    li__5BDQ=NULL;
  } else {
    if (((struct ___OBJ *)li__WBDQ)->__id==__li__WVBD__) {
      li__5BDQ=((void *)li__WBDQ);
    } else /* Other types */ {
      li__5BDQ=NULL;
    }
  };
  li__WBDQ=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__2BDQ != (void *)NULL)) {
    li__XBDQ=NULL;
    /* __li__B__ __li__I__ */
if ((li__2BDQ->li__2ZLE ==  0)) {
      li__XBDQ=li__NBDQ->li__51XO.li__QQBK;
    };
    li__WBDQ=li__XBDQ;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__WBDQ == (void *)NULL) && ((void *)li__5BDQ != (void *)NULL))) {
    li__XBDQ=NULL;
    /* __li__B__ __li__I__ */
if ((li__5BDQ->li__2ZLE ==  0)) {
      li__XBDQ=li__NBDQ->li__51XO.li__MQBK;
    };
    li__WBDQ=li__XBDQ;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__WBDQ == (void *)NULL) && ((void *)li__5BDQ != (void *)NULL)) && ((void *)li__2BDQ != (void *)NULL))) {
    li__GGRR=(__li__UJG)(li__2BDQ->li__2ZLE | li__5BDQ->li__2ZLE);
    li__AWLV=((__li__WVBD *)li__2BDQ);
    li__AWLV->li__2ZLE=li__GGRR;
    li__JOSE(li__AWLV);
    li__WBDQ=li__2BDQ;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__WBDQ == (void *)NULL) && (li__QBDQ == li__NHBK))) {
    li__XBDQ=NULL;
    li__YHBR=li__NBDQ->li__51XO.li__MQBK;
    li__ZHBR=li__NBDQ->li__51XO.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YHBR)->__id) {
    case __li__WK__: {
      li__0HBR=li__5GXM(((__li__WK *)li__YHBR),li__ZHBR);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__0HBR=li__I__;
    } break;
    case __li__KVBD__: {
      li__0HBR=li__VHXM(((__li__KVBD *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__WVBD__: {
      li__0HBR=li__HIXM(((__li__WVBD *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__KTVI__: {
      li__0HBR=li__WPWM(((__li__KTVI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__LTVI__: {
      li__0HBR=li__TQWM(((__li__LTVI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__XTVI__: {
      li__0HBR=li__RRWM(((__li__XTVI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__YTVI__: {
      li__0HBR=li__OSWM(((__li__YTVI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__S2VI__: {
      li__0HBR=li__LTWM(((__li__S2VI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__E3VI__: {
      li__0HBR=li__IUWM(((__li__E3VI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__NMWI__: {
      li__0HBR=li__QJXM(((__li__NMWI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__BNWI__: {
      li__0HBR=li__NKXM(((__li__BNWI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__XNWI__: {
      li__0HBR=li__KLXM(((__li__XNWI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__LOWI__: {
      li__0HBR=li__HMXM(((__li__LOWI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__5OWI__: {
      li__0HBR=li__ENXM(((__li__5OWI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__TPWI__: {
      li__0HBR=li__BOXM(((__li__TPWI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__HQWI__: {
      li__0HBR=li__4OXM(((__li__HQWI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__MZWI__: {
      li__0HBR=li__LQXM(((__li__MZWI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__C0WI__: {
      li__0HBR=li__GRXM(((__li__C0WI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__M1WI__: {
      li__0HBR=li__JYGP(((__li__M1WI *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__KMFK__: {
      li__0HBR=li__YRXM(((__li__KMFK *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__XOHL__: {
      li__0HBR=li__H5QN(((__li__XOHL *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__FPHL__: {
      li__0HBR=li__LSXM(((__li__FPHL *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__APLM__: {
      li__0HBR=li__KZDQ(((__li__APLM *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__DTNM__: {
      li__0HBR=li__YYTO(((__li__DTNM *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__JXNM__: {
      li__0HBR=li__WB4R(((__li__JXNM *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__21LO__: {
      li__0HBR=li__I1DQ(((__li__21LO *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__TPOO__: {
      li__0HBR=li__F2DQ(((__li__TPOO *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__URRO__: {
      li__0HBR=li__DWJS(((__li__URRO *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__41XO__: {
      li__0HBR=li__H0DQ(((__li__41XO *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__AKBR__: {
      li__0HBR=li__HCES(((__li__AKBR *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__SU5R__: {
      li__0HBR=li__WWJS(((__li__SU5R *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    case __li__JV5R__: {
      li__0HBR=li__TXJS(((__li__JV5R *)((__li__WK *)li__YHBR)),li__ZHBR);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__0HBR) {
      li__AIBR=li__NBDQ->li__51XO.li__QQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AIBR)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__AIBR));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__AIBR));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__AIBR));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__AIBR));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__AIBR));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__AIBR));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__AIBR));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__AIBR));
      } break;
      case __li__KLWI__: {
        li__VV3U=((__li__KMFK *)((__li__KLWI *)li__AIBR)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__VV3U->li__3RFK),li__VV3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__AIBR));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__AIBR));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__AIBR));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__AIBR));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__AIBR));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__AIBR));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__AIBR));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__AIBR));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__AIBR));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__AIBR));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__VV3U=((__li__KMFK *)li__AIBR);
        li__HXPN(((__li__VTBD *)li__VV3U->li__3RFK),li__VV3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__AIBR));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__AIBR));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__AIBR));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__AIBR));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__AIBR));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__AIBR));
      } break;
      case __li__TPOO__: {
        li__XV3U=((__li__TPOO *)li__AIBR);
        li__IZFQ(((__li__DZB *)li__XV3U->li__5IXO),li__XV3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__AIBR));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__AIBR));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__AIBR));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__AIBR));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__AIBR));
      } break;
      };
      li__XBDQ=li__NBDQ->li__51XO.li__MQBK;
    } else /* FALSE */ {
      li__AIBR=li__NBDQ->li__51XO.li__MQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__AIBR==NULL) {
        li__JIBR=NULL;
      } else {
        if (((struct ___OBJ *)li__AIBR)->__id==__li__5OWI__) {
          li__JIBR=((void *)li__AIBR);
        } else /* Other types */ {
          li__JIBR=NULL;
        }
      };
      li__AIBR=li__NBDQ->li__51XO.li__QQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__AIBR==NULL) {
        li__MIBR=NULL;
      } else {
        if (((struct ___OBJ *)li__AIBR)->__id==__li__5OWI__) {
          li__MIBR=((void *)li__AIBR);
        } else /* Other types */ {
          li__MIBR=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if ((((void *)li__JIBR != (void *)NULL) && ((void *)li__MIBR != (void *)NULL))) {
        li__1IBR=li__JIBR->li__APWI.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__1IBR==NULL) {
          li__2IBR=NULL;
        } else {
          if (((struct ___OBJ *)li__1IBR)->__id==__li__DTNM__) {
            li__2IBR=((void *)li__1IBR);
          } else /* Other types */ {
            li__2IBR=NULL;
          }
        };
        li__1IBR=li__MIBR->li__APWI.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__1IBR==NULL) {
          li__5IBR=NULL;
        } else {
          if (((struct ___OBJ *)li__1IBR)->__id==__li__DTNM__) {
            li__5IBR=((void *)li__1IBR);
          } else /* Other types */ {
            li__5IBR=NULL;
          }
        };
        /* __li__B__ __li__I__ */
if ((((void *)li__2IBR != (void *)NULL) && ((void *)li__5IBR != (void *)NULL))) {
          li__NJBR=li__2IBR->li__ETNM.li__JPHL;
          li__OJBR=li__MIBR->li__APWI.li__MQBK;
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NJBR)->__id) {
          case __li__WK__: {
            li__PJBR=li__5GXM(((__li__WK *)li__NJBR),li__OJBR);
          } break;
          case __li__AVBD__: 
          case __li__Z4WH__: 
          case __li__KLWI__: 
          case __li__ULWI__: 
          case __li__ARWI__: 
          case __li__URWI__: 
          case __li__MSWI__: 
          case __li__ETWI__: {
            li__PJBR=li__I__;
          } break;
          case __li__KVBD__: {
            li__PJBR=li__VHXM(((__li__KVBD *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__WVBD__: {
            li__PJBR=li__HIXM(((__li__WVBD *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__KTVI__: {
            li__PJBR=li__WPWM(((__li__KTVI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__LTVI__: {
            li__PJBR=li__TQWM(((__li__LTVI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__XTVI__: {
            li__PJBR=li__RRWM(((__li__XTVI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__YTVI__: {
            li__PJBR=li__OSWM(((__li__YTVI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__S2VI__: {
            li__PJBR=li__LTWM(((__li__S2VI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__E3VI__: {
            li__PJBR=li__IUWM(((__li__E3VI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__NMWI__: {
            li__PJBR=li__QJXM(((__li__NMWI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__BNWI__: {
            li__PJBR=li__NKXM(((__li__BNWI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__XNWI__: {
            li__PJBR=li__KLXM(((__li__XNWI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__LOWI__: {
            li__PJBR=li__HMXM(((__li__LOWI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__5OWI__: {
            li__PJBR=li__ENXM(((__li__5OWI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__TPWI__: {
            li__PJBR=li__BOXM(((__li__TPWI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__HQWI__: {
            li__PJBR=li__4OXM(((__li__HQWI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__MZWI__: {
            li__PJBR=li__LQXM(((__li__MZWI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__C0WI__: {
            li__PJBR=li__GRXM(((__li__C0WI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__M1WI__: {
            li__PJBR=li__JYGP(((__li__M1WI *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__KMFK__: {
            li__PJBR=li__YRXM(((__li__KMFK *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__XOHL__: {
            li__PJBR=li__H5QN(((__li__XOHL *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__FPHL__: {
            li__PJBR=li__LSXM(((__li__FPHL *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__APLM__: {
            li__PJBR=li__KZDQ(((__li__APLM *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__DTNM__: {
            li__PJBR=li__YYTO(((__li__DTNM *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__JXNM__: {
            li__PJBR=li__WB4R(((__li__JXNM *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__21LO__: {
            li__PJBR=li__I1DQ(((__li__21LO *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__TPOO__: {
            li__PJBR=li__F2DQ(((__li__TPOO *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__URRO__: {
            li__PJBR=li__DWJS(((__li__URRO *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__41XO__: {
            li__PJBR=li__H0DQ(((__li__41XO *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__AKBR__: {
            li__PJBR=li__HCES(((__li__AKBR *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__SU5R__: {
            li__PJBR=li__WWJS(((__li__SU5R *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          case __li__JV5R__: {
            li__PJBR=li__TXJS(((__li__JV5R *)((__li__WK *)li__NJBR)),li__OJBR);
          } break;
          };
          /* __li__B__ __li__I__ */
if (li__PJBR) {
            li__VJBR=li__JIBR->li__APWI.li__QQBK;
            li__WJBR=li__5IBR->li__ETNM.li__JPHL;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VJBR)->__id) {
            case __li__WK__: {
              li__XJBR=li__5GXM(((__li__WK *)li__VJBR),li__WJBR);
            } break;
            case __li__AVBD__: 
            case __li__Z4WH__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: {
              li__XJBR=li__I__;
            } break;
            case __li__KVBD__: {
              li__XJBR=li__VHXM(((__li__KVBD *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__WVBD__: {
              li__XJBR=li__HIXM(((__li__WVBD *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__KTVI__: {
              li__XJBR=li__WPWM(((__li__KTVI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__LTVI__: {
              li__XJBR=li__TQWM(((__li__LTVI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__XTVI__: {
              li__XJBR=li__RRWM(((__li__XTVI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__YTVI__: {
              li__XJBR=li__OSWM(((__li__YTVI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__S2VI__: {
              li__XJBR=li__LTWM(((__li__S2VI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__E3VI__: {
              li__XJBR=li__IUWM(((__li__E3VI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__NMWI__: {
              li__XJBR=li__QJXM(((__li__NMWI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__BNWI__: {
              li__XJBR=li__NKXM(((__li__BNWI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__XNWI__: {
              li__XJBR=li__KLXM(((__li__XNWI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__LOWI__: {
              li__XJBR=li__HMXM(((__li__LOWI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__5OWI__: {
              li__XJBR=li__ENXM(((__li__5OWI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__TPWI__: {
              li__XJBR=li__BOXM(((__li__TPWI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__HQWI__: {
              li__XJBR=li__4OXM(((__li__HQWI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__MZWI__: {
              li__XJBR=li__LQXM(((__li__MZWI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__C0WI__: {
              li__XJBR=li__GRXM(((__li__C0WI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__M1WI__: {
              li__XJBR=li__JYGP(((__li__M1WI *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__KMFK__: {
              li__XJBR=li__YRXM(((__li__KMFK *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__XOHL__: {
              li__XJBR=li__H5QN(((__li__XOHL *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__FPHL__: {
              li__XJBR=li__LSXM(((__li__FPHL *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__APLM__: {
              li__XJBR=li__KZDQ(((__li__APLM *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__DTNM__: {
              li__XJBR=li__YYTO(((__li__DTNM *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__JXNM__: {
              li__XJBR=li__WB4R(((__li__JXNM *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__21LO__: {
              li__XJBR=li__I1DQ(((__li__21LO *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__TPOO__: {
              li__XJBR=li__F2DQ(((__li__TPOO *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__URRO__: {
              li__XJBR=li__DWJS(((__li__URRO *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__41XO__: {
              li__XJBR=li__H0DQ(((__li__41XO *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__AKBR__: {
              li__XJBR=li__HCES(((__li__AKBR *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__SU5R__: {
              li__XJBR=li__WWJS(((__li__SU5R *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            case __li__JV5R__: {
              li__XJBR=li__TXJS(((__li__JV5R *)((__li__WK *)li__VJBR)),li__WJBR);
            } break;
            };
            li__PJBR=li__XJBR;
          } else /* FALSE */ {
            li__PJBR=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__PJBR) {
            li__HKBR=li__WNAS(li__NBDQ->li__51XO.li__DNWI.li__0CC,li__2IBR->li__ETNM.li__JPHL,li__JIBR->li__APWI.li__QQBK);
            li__XBDQ=li__HKBR;
            li__VJBR=li__NBDQ->li__51XO.li__QQBK;
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VJBR)->__id) {
            case __li__WK__:  break;
            case __li__AVBD__: {
              li__PSNI(((__li__AVBD *)li__VJBR));
            } break;
            case __li__KVBD__:  break;
            case __li__WVBD__:  break;
            case __li__Z4WH__: {
              li__JNDK(((__li__Z4WH *)li__VJBR));
            } break;
            case __li__KTVI__: {
              li__0NDK(((__li__KTVI *)li__VJBR));
            } break;
            case __li__LTVI__: {
              li__XL1L(((__li__LTVI *)li__VJBR));
            } break;
            case __li__XTVI__: {
              li__5NDK(((__li__XTVI *)li__VJBR));
            } break;
            case __li__YTVI__: {
              li__1L1L(((__li__YTVI *)li__VJBR));
            } break;
            case __li__S2VI__: {
              li__DODK(((__li__S2VI *)li__VJBR));
            } break;
            case __li__E3VI__: {
              li__HODK(((__li__E3VI *)li__VJBR));
            } break;
            case __li__KLWI__: {
              li__ZV3U=((__li__KMFK *)((__li__KLWI *)li__VJBR)->li__ZPBK);
              li__HXPN(((__li__VTBD *)li__ZV3U->li__3RFK),li__ZV3U);
            } break;
            case __li__ULWI__:  break;
            case __li__NMWI__: {
              li__QODK(((__li__NMWI *)li__VJBR));
            } break;
            case __li__BNWI__: {
              li__UODK(((__li__BNWI *)li__VJBR));
            } break;
            case __li__XNWI__: {
              li__YODK(((__li__XNWI *)li__VJBR));
            } break;
            case __li__LOWI__: {
              li__2ODK(((__li__LOWI *)li__VJBR));
            } break;
            case __li__5OWI__: {
              li__APDK(((__li__5OWI *)li__VJBR));
            } break;
            case __li__TPWI__: {
              li__EPDK(((__li__TPWI *)li__VJBR));
            } break;
            case __li__HQWI__: {
              li__IPDK(((__li__HQWI *)li__VJBR));
            } break;
            case __li__ARWI__: {
              li__MPDK(((__li__ARWI *)li__VJBR));
            } break;
            case __li__URWI__: {
              li__NQDK(((__li__URWI *)li__VJBR));
            } break;
            case __li__MSWI__:  break;
            case __li__ETWI__: {
              li__TQDK(((__li__ETWI *)li__VJBR));
            } break;
            case __li__MZWI__:  break;
            case __li__C0WI__:  break;
            case __li__M1WI__:  break;
            case __li__KMFK__: {
              li__ZV3U=((__li__KMFK *)li__VJBR);
              li__HXPN(((__li__VTBD *)li__ZV3U->li__3RFK),li__ZV3U);
            } break;
            case __li__XOHL__: {
              li__LDMN(((__li__XOHL *)li__VJBR));
            } break;
            case __li__FPHL__: {
              li__TT4L(((__li__FPHL *)li__VJBR));
            } break;
            case __li__APLM__: {
              li__TGCQ(((__li__APLM *)li__VJBR));
            } break;
            case __li__DTNM__: {
              li__MFRO(((__li__DTNM *)li__VJBR));
            } break;
            case __li__JXNM__: {
              li__1W3R(((__li__JXNM *)li__VJBR));
            } break;
            case __li__21LO__: {
              li__T1IP(((__li__21LO *)li__VJBR));
            } break;
            case __li__TPOO__: {
              li__1V3U=((__li__TPOO *)li__VJBR);
              li__IZFQ(((__li__DZB *)li__1V3U->li__5IXO),li__1V3U);
            } break;
            case __li__URRO__: {
              li__DK4R(((__li__URRO *)li__VJBR));
            } break;
            case __li__41XO__: {
              li__XGCQ(((__li__41XO *)li__VJBR));
            } break;
            case __li__AKBR__: {
              li__AYCS(((__li__AKBR *)li__VJBR));
            } break;
            case __li__SU5R__: {
              li__5XIS(((__li__SU5R *)li__VJBR));
            } break;
            case __li__JV5R__: {
              li__DYIS(((__li__JV5R *)li__VJBR));
            } break;
            };
          };
        };
      };
    };
    li__WBDQ=li__XBDQ;
    /* __li__B__ __li__I__ */
if ((((void *)li__XBDQ == (void *)NULL) && ((void *)li__2BDQ != (void *)NULL))) {
      li__45RR=NULL;
      li__0HBR=li__22DQ(((__li__WVBD *)li__2BDQ));
      /* __li__B__ __li__I__ */
if (li__0HBR) {
        li__45RR=li__2BDQ;
        li__1IBR=li__NBDQ->li__51XO.li__QQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1IBR)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__1IBR));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__1IBR));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__1IBR));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__1IBR));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__1IBR));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__1IBR));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__1IBR));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__1IBR));
        } break;
        case __li__KLWI__: {
          li__ZV3U=((__li__KMFK *)((__li__KLWI *)li__1IBR)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__ZV3U->li__3RFK),li__ZV3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__1IBR));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__1IBR));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__1IBR));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__1IBR));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__1IBR));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__1IBR));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__1IBR));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__1IBR));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__1IBR));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__1IBR));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__ZV3U=((__li__KMFK *)li__1IBR);
          li__HXPN(((__li__VTBD *)li__ZV3U->li__3RFK),li__ZV3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__1IBR));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__1IBR));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__1IBR));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__1IBR));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__1IBR));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__1IBR));
        } break;
        case __li__TPOO__: {
          li__1V3U=((__li__TPOO *)li__1IBR);
          li__IZFQ(((__li__DZB *)li__1V3U->li__5IXO),li__1V3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__1IBR));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__1IBR));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__1IBR));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__1IBR));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__1IBR));
        } break;
        };
      };
      li__WBDQ=li__45RR;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__WBDQ == (void *)NULL) && ((void *)li__5BDQ != (void *)NULL))) {
      li__45RR=NULL;
      li__0HBR=li__22DQ(((__li__WVBD *)li__5BDQ));
      /* __li__B__ __li__I__ */
if (li__0HBR) {
        li__45RR=li__5BDQ;
        li__1IBR=li__NBDQ->li__51XO.li__MQBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1IBR)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__1IBR));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__1IBR));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__1IBR));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__1IBR));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__1IBR));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__1IBR));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__1IBR));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__1IBR));
        } break;
        case __li__KLWI__: {
          li__ZV3U=((__li__KMFK *)((__li__KLWI *)li__1IBR)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__ZV3U->li__3RFK),li__ZV3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__1IBR));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__1IBR));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__1IBR));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__1IBR));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__1IBR));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__1IBR));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__1IBR));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__1IBR));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__1IBR));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__1IBR));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__ZV3U=((__li__KMFK *)li__1IBR);
          li__HXPN(((__li__VTBD *)li__ZV3U->li__3RFK),li__ZV3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__1IBR));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__1IBR));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__1IBR));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__1IBR));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__1IBR));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__1IBR));
        } break;
        case __li__TPOO__: {
          li__1V3U=((__li__TPOO *)li__1IBR);
          li__IZFQ(((__li__DZB *)li__1V3U->li__5IXO),li__1V3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__1IBR));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__1IBR));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__1IBR));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__1IBR));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__1IBR));
        } break;
        };
      };
      li__WBDQ=li__45RR;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__WBDQ == (void *)NULL)) {
    li__WBDQ=li__NBDQ;
  } else /* FALSE */ {
    li__TFDQ=li__NBDQ->li__51XO.li__DNWI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WBDQ)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__41XO *)li__WBDQ))->li__1K.li__0K.li__0CC=li__TFDQ;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__41XO *)li__WBDQ))->li__BVBD.li__0CC=li__TFDQ;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__41XO *)li__WBDQ))->li__LVBD.li__0K.li__0CC=li__TFDQ;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__41XO *)li__WBDQ))->li__XVBD.li__0K.li__0CC=li__TFDQ;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__TFDQ;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__41XO *)li__WBDQ))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__TFDQ;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__41XO *)li__WBDQ))->li__OTVI.li__NTVI.li__0CC=li__TFDQ;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__41XO *)li__WBDQ))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__TFDQ;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__41XO *)li__WBDQ))->li__ZTVI.li__NTVI.li__0CC=li__TFDQ;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__41XO *)li__WBDQ))->li__T2VI.li__IVVI.li__0CC=li__TFDQ;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__41XO *)li__WBDQ))->li__F3VI.li__IVVI.li__0CC=li__TFDQ;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__41XO *)li__WBDQ))->li__LLWI.li__0CC=li__TFDQ;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__41XO *)li__WBDQ))->li__VLWI.li__0CC=li__TFDQ;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__41XO *)li__WBDQ))->li__OMWI.li__IVVI.li__0CC=li__TFDQ;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__41XO *)li__WBDQ))->li__ENWI.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__41XO *)li__WBDQ))->li__YNWI.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__41XO *)li__WBDQ))->li__MOWI.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__41XO *)li__WBDQ))->li__APWI.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__41XO *)li__WBDQ))->li__UPWI.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__41XO *)li__WBDQ))->li__IQWI.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__41XO *)li__WBDQ))->li__BRWI.li__0CC=li__TFDQ;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__41XO *)li__WBDQ))->li__VRWI.li__0CC=li__TFDQ;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__41XO *)li__WBDQ))->li__NSWI.li__0CC=li__TFDQ;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__41XO *)li__WBDQ))->li__FTWI.li__0CC=li__TFDQ;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__41XO *)li__WBDQ))->li__NZWI.li__0K.li__0CC=li__TFDQ;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__41XO *)li__WBDQ))->li__D0WI.li__0K.li__0CC=li__TFDQ;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__41XO *)li__WBDQ))->li__N1WI.li__0K.li__0CC=li__TFDQ;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__41XO *)li__WBDQ))->li__LMFK.li__0CC=li__TFDQ;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__41XO *)li__WBDQ))->li__0OHL.li__ZOHL.li__0CC=li__TFDQ;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__41XO *)li__WBDQ))->li__GPHL.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__41XO *)li__WBDQ))->li__BPLM.li__IVVI.li__0CC=li__TFDQ;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__41XO *)li__WBDQ))->li__ETNM.li__ZOHL.li__0CC=li__TFDQ;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__41XO *)li__WBDQ))->li__KXNM.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__41XO *)li__WBDQ))->li__31LO.li__0CC=li__TFDQ;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__41XO *)li__WBDQ))->li__UPOO.li__0CC=li__TFDQ;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__41XO *)li__WBDQ))->li__XRRO.li__WRRO.li__0CC=li__TFDQ;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)li__WBDQ)->li__51XO.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)((__li__41XO *)li__WBDQ))->li__BKBR.li__DNWI.li__0CC=li__TFDQ;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__41XO *)li__WBDQ))->li__TU5R.li__IVVI.li__0CC=li__TFDQ;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__41XO *)li__WBDQ))->li__KV5R.li__IVVI.li__0CC=li__TFDQ;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__OBDQ=li__WBDQ;
  return(li__OBDQ);
}

static void* li__KMDS(__li__AKBR *li__LMDS)
/* (Strict EXPR_XOR{li__AKBR}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__2FTS;
  __li__52B li__OMDS;
  void *li__UMDS,*li__VMDS,*li__40MS,*li__K1MS,*li__MMDS;
  __li__WVBD *li__0MDS,*li__3MDS,*li__RMEQ,*li__H1MS;
  __li__DTNM *li__WZMS;
  __li__PO li__F1MS;
  __li__5RB *li__G1MS;
  __li__KMFK *li__FW3U;
  __li__TPOO *li__HW3U;
  __li__C li__IZMS;
  li__OMDS=li__NHBK;
  li__UMDS=li__LMDS->li__BKBR.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UMDS)->__id) {
  case __li__WK__: {
    li__VMDS=((__li__WK *)li__UMDS);
  } break;
  case __li__AVBD__: {
    li__VMDS=li__IVAJ(((__li__AVBD *)li__UMDS));
  } break;
  case __li__KVBD__: {
    li__VMDS=((__li__KVBD *)li__UMDS);
  } break;
  case __li__WVBD__: {
    li__VMDS=((__li__WVBD *)li__UMDS);
  } break;
  case __li__Z4WH__: {
    li__VMDS=li__H52K();
  } break;
  case __li__KTVI__: {
    li__VMDS=li__N4VK(((__li__KTVI *)li__UMDS));
  } break;
  case __li__LTVI__: {
    li__VMDS=li__AJAM(((__li__LTVI *)li__UMDS));
  } break;
  case __li__XTVI__: {
    li__VMDS=li__SEWK(((__li__XTVI *)li__UMDS));
  } break;
  case __li__YTVI__: {
    li__VMDS=li__0OAM(((__li__YTVI *)li__UMDS));
  } break;
  case __li__S2VI__: {
    li__VMDS=li__YU2K(((__li__S2VI *)li__UMDS));
  } break;
  case __li__E3VI__: {
    li__VMDS=li__CZ2K(((__li__E3VI *)li__UMDS));
  } break;
  case __li__KLWI__: {
    li__VMDS=li__M52K(((__li__KLWI *)li__UMDS));
  } break;
  case __li__ULWI__: {
    li__VMDS=((__li__ULWI *)li__UMDS);
  } break;
  case __li__NMWI__: {
    li__VMDS=li__YA3K(((__li__NMWI *)li__UMDS));
  } break;
  case __li__BNWI__: {
    li__VMDS=li__CF3K(((__li__BNWI *)li__UMDS));
  } break;
  case __li__XNWI__: {
    li__VMDS=li__MJ3K(((__li__XNWI *)li__UMDS));
  } break;
  case __li__LOWI__: {
    li__VMDS=li__WN3K(((__li__LOWI *)li__UMDS));
  } break;
  case __li__5OWI__: {
    li__VMDS=li__AS3K(((__li__5OWI *)li__UMDS));
  } break;
  case __li__TPWI__: {
    li__VMDS=li__KW3K(((__li__TPWI *)li__UMDS));
  } break;
  case __li__HQWI__: {
    li__VMDS=li__U03K(((__li__HQWI *)li__UMDS));
  } break;
  case __li__ARWI__: {
    li__VMDS=li__OQWK(((__li__ARWI *)li__UMDS));
  } break;
  case __li__URWI__: {
    li__VMDS=li__443K(((__li__URWI *)li__UMDS));
  } break;
  case __li__MSWI__: {
    li__VMDS=((__li__MSWI *)li__UMDS);
  } break;
  case __li__ETWI__: {
    li__VMDS=li__K53K(((__li__ETWI *)li__UMDS));
  } break;
  case __li__MZWI__: {
    li__VMDS=((__li__MZWI *)li__UMDS);
  } break;
  case __li__C0WI__: {
    li__VMDS=((__li__C0WI *)li__UMDS);
  } break;
  case __li__M1WI__: {
    li__VMDS=((__li__M1WI *)li__UMDS);
  } break;
  case __li__KMFK__: {
    li__VMDS=li__QF3L(((__li__KMFK *)li__UMDS));
  } break;
  case __li__XOHL__: {
    li__VMDS=li__P2NN(((__li__XOHL *)li__UMDS));
  } break;
  case __li__FPHL__: {
    li__VMDS=li__YUAM(((__li__FPHL *)li__UMDS));
  } break;
  case __li__APLM__: {
    li__VMDS=li__C3CQ(((__li__APLM *)li__UMDS));
  } break;
  case __li__DTNM__: {
    li__VMDS=li__3GSO(((__li__DTNM *)li__UMDS));
  } break;
  case __li__JXNM__: {
    li__VMDS=li__E03R(((__li__JXNM *)li__UMDS));
  } break;
  case __li__21LO__: {
    li__VMDS=li__H1JP(((__li__21LO *)li__UMDS));
  } break;
  case __li__TPOO__: {
    li__VMDS=li__Z5JP(((__li__TPOO *)li__UMDS));
  } break;
  case __li__URRO__: {
    li__VMDS=li__MH4R(((__li__URRO *)li__UMDS));
  } break;
  case __li__41XO__: {
    li__VMDS=li__MBDQ(((__li__41XO *)li__UMDS));
  } break;
  case __li__AKBR__: {
    li__VMDS=li__KMDS(((__li__AKBR *)li__UMDS));
  } break;
  case __li__SU5R__: {
    li__VMDS=li__1CJS(((__li__SU5R *)li__UMDS));
  } break;
  case __li__JV5R__: {
    li__VMDS=li__FHJS(((__li__JV5R *)li__UMDS));
  } break;
  };
  li__LMDS->li__BKBR.li__MQBK=li__VMDS;
  li__UMDS=li__LMDS->li__BKBR.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UMDS)->__id) {
  case __li__WK__: {
    li__VMDS=((__li__WK *)li__UMDS);
  } break;
  case __li__AVBD__: {
    li__VMDS=li__IVAJ(((__li__AVBD *)li__UMDS));
  } break;
  case __li__KVBD__: {
    li__VMDS=((__li__KVBD *)li__UMDS);
  } break;
  case __li__WVBD__: {
    li__VMDS=((__li__WVBD *)li__UMDS);
  } break;
  case __li__Z4WH__: {
    li__VMDS=li__H52K();
  } break;
  case __li__KTVI__: {
    li__VMDS=li__N4VK(((__li__KTVI *)li__UMDS));
  } break;
  case __li__LTVI__: {
    li__VMDS=li__AJAM(((__li__LTVI *)li__UMDS));
  } break;
  case __li__XTVI__: {
    li__VMDS=li__SEWK(((__li__XTVI *)li__UMDS));
  } break;
  case __li__YTVI__: {
    li__VMDS=li__0OAM(((__li__YTVI *)li__UMDS));
  } break;
  case __li__S2VI__: {
    li__VMDS=li__YU2K(((__li__S2VI *)li__UMDS));
  } break;
  case __li__E3VI__: {
    li__VMDS=li__CZ2K(((__li__E3VI *)li__UMDS));
  } break;
  case __li__KLWI__: {
    li__VMDS=li__M52K(((__li__KLWI *)li__UMDS));
  } break;
  case __li__ULWI__: {
    li__VMDS=((__li__ULWI *)li__UMDS);
  } break;
  case __li__NMWI__: {
    li__VMDS=li__YA3K(((__li__NMWI *)li__UMDS));
  } break;
  case __li__BNWI__: {
    li__VMDS=li__CF3K(((__li__BNWI *)li__UMDS));
  } break;
  case __li__XNWI__: {
    li__VMDS=li__MJ3K(((__li__XNWI *)li__UMDS));
  } break;
  case __li__LOWI__: {
    li__VMDS=li__WN3K(((__li__LOWI *)li__UMDS));
  } break;
  case __li__5OWI__: {
    li__VMDS=li__AS3K(((__li__5OWI *)li__UMDS));
  } break;
  case __li__TPWI__: {
    li__VMDS=li__KW3K(((__li__TPWI *)li__UMDS));
  } break;
  case __li__HQWI__: {
    li__VMDS=li__U03K(((__li__HQWI *)li__UMDS));
  } break;
  case __li__ARWI__: {
    li__VMDS=li__OQWK(((__li__ARWI *)li__UMDS));
  } break;
  case __li__URWI__: {
    li__VMDS=li__443K(((__li__URWI *)li__UMDS));
  } break;
  case __li__MSWI__: {
    li__VMDS=((__li__MSWI *)li__UMDS);
  } break;
  case __li__ETWI__: {
    li__VMDS=li__K53K(((__li__ETWI *)li__UMDS));
  } break;
  case __li__MZWI__: {
    li__VMDS=((__li__MZWI *)li__UMDS);
  } break;
  case __li__C0WI__: {
    li__VMDS=((__li__C0WI *)li__UMDS);
  } break;
  case __li__M1WI__: {
    li__VMDS=((__li__M1WI *)li__UMDS);
  } break;
  case __li__KMFK__: {
    li__VMDS=li__QF3L(((__li__KMFK *)li__UMDS));
  } break;
  case __li__XOHL__: {
    li__VMDS=li__P2NN(((__li__XOHL *)li__UMDS));
  } break;
  case __li__FPHL__: {
    li__VMDS=li__YUAM(((__li__FPHL *)li__UMDS));
  } break;
  case __li__APLM__: {
    li__VMDS=li__C3CQ(((__li__APLM *)li__UMDS));
  } break;
  case __li__DTNM__: {
    li__VMDS=li__3GSO(((__li__DTNM *)li__UMDS));
  } break;
  case __li__JXNM__: {
    li__VMDS=li__E03R(((__li__JXNM *)li__UMDS));
  } break;
  case __li__21LO__: {
    li__VMDS=li__H1JP(((__li__21LO *)li__UMDS));
  } break;
  case __li__TPOO__: {
    li__VMDS=li__Z5JP(((__li__TPOO *)li__UMDS));
  } break;
  case __li__URRO__: {
    li__VMDS=li__MH4R(((__li__URRO *)li__UMDS));
  } break;
  case __li__41XO__: {
    li__VMDS=li__MBDQ(((__li__41XO *)li__UMDS));
  } break;
  case __li__AKBR__: {
    li__VMDS=li__KMDS(((__li__AKBR *)li__UMDS));
  } break;
  case __li__SU5R__: {
    li__VMDS=li__1CJS(((__li__SU5R *)li__UMDS));
  } break;
  case __li__JV5R__: {
    li__VMDS=li__FHJS(((__li__JV5R *)li__UMDS));
  } break;
  };
  li__LMDS->li__BKBR.li__QQBK=li__VMDS;
  li__UMDS=li__LMDS->li__BKBR.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__UMDS==NULL) {
    li__0MDS=NULL;
  } else {
    if (((struct ___OBJ *)li__UMDS)->__id==__li__WVBD__) {
      li__0MDS=((void *)li__UMDS);
    } else /* Other types */ {
      li__0MDS=NULL;
    }
  };
  li__UMDS=li__LMDS->li__BKBR.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__UMDS==NULL) {
    li__3MDS=NULL;
  } else {
    if (((struct ___OBJ *)li__UMDS)->__id==__li__WVBD__) {
      li__3MDS=((void *)li__UMDS);
    } else /* Other types */ {
      li__3MDS=NULL;
    }
  };
  li__UMDS=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__0MDS != (void *)NULL)) {
    li__VMDS=NULL;
    /* __li__B__ __li__I__ */
if ((li__0MDS->li__2ZLE ==  0)) {
      li__VMDS=li__LMDS->li__BKBR.li__QQBK;
      li__IZMS=li__B__;
    } else /* FALSE */ {
      li__IZMS=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__IZMS)) {
      li__IZMS=li__22DQ(((__li__WVBD *)li__0MDS));
      /* __li__B__ __li__I__ */
if (li__IZMS) {
        li__WZMS=li__YHKO(li__LMDS->li__BKBR.li__DNWI.li__0CC,li__LMDS->li__BKBR.li__QQBK);
        li__VMDS=li__WZMS;
      };
    };
    li__UMDS=li__VMDS;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__UMDS == (void *)NULL) && ((void *)li__3MDS != (void *)NULL))) {
    li__VMDS=NULL;
    /* __li__B__ __li__I__ */
if ((li__3MDS->li__2ZLE ==  0)) {
      li__VMDS=li__LMDS->li__BKBR.li__MQBK;
      li__IZMS=li__B__;
    } else /* FALSE */ {
      li__IZMS=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__IZMS)) {
      li__IZMS=li__22DQ(((__li__WVBD *)li__3MDS));
      /* __li__B__ __li__I__ */
if (li__IZMS) {
        li__WZMS=li__YHKO(li__LMDS->li__BKBR.li__DNWI.li__0CC,li__LMDS->li__BKBR.li__MQBK);
        li__VMDS=li__WZMS;
      };
    };
    li__UMDS=li__VMDS;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__UMDS == (void *)NULL) && ((void *)li__3MDS != (void *)NULL)) && ((void *)li__0MDS != (void *)NULL))) {
    li__2FTS=(__li__UJG)(li__0MDS->li__2ZLE ^ li__3MDS->li__2ZLE);
    li__RMEQ=((__li__WVBD *)li__0MDS);
    li__RMEQ->li__2ZLE=li__2FTS;
    li__JOSE(li__RMEQ);
    li__UMDS=li__0MDS;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__UMDS == (void *)NULL) && (li__OMDS == li__NHBK))) {
    li__RMEQ=NULL;
    li__VMDS=li__LMDS->li__BKBR.li__MQBK;
    li__40MS=li__LMDS->li__BKBR.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMDS)->__id) {
    case __li__WK__: {
      li__IZMS=li__5GXM(((__li__WK *)li__VMDS),li__40MS);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__IZMS=li__I__;
    } break;
    case __li__KVBD__: {
      li__IZMS=li__VHXM(((__li__KVBD *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__WVBD__: {
      li__IZMS=li__HIXM(((__li__WVBD *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__KTVI__: {
      li__IZMS=li__WPWM(((__li__KTVI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__LTVI__: {
      li__IZMS=li__TQWM(((__li__LTVI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__XTVI__: {
      li__IZMS=li__RRWM(((__li__XTVI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__YTVI__: {
      li__IZMS=li__OSWM(((__li__YTVI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__S2VI__: {
      li__IZMS=li__LTWM(((__li__S2VI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__E3VI__: {
      li__IZMS=li__IUWM(((__li__E3VI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__NMWI__: {
      li__IZMS=li__QJXM(((__li__NMWI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__BNWI__: {
      li__IZMS=li__NKXM(((__li__BNWI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__XNWI__: {
      li__IZMS=li__KLXM(((__li__XNWI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__LOWI__: {
      li__IZMS=li__HMXM(((__li__LOWI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__5OWI__: {
      li__IZMS=li__ENXM(((__li__5OWI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__TPWI__: {
      li__IZMS=li__BOXM(((__li__TPWI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__HQWI__: {
      li__IZMS=li__4OXM(((__li__HQWI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__MZWI__: {
      li__IZMS=li__LQXM(((__li__MZWI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__C0WI__: {
      li__IZMS=li__GRXM(((__li__C0WI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__M1WI__: {
      li__IZMS=li__JYGP(((__li__M1WI *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__KMFK__: {
      li__IZMS=li__YRXM(((__li__KMFK *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__XOHL__: {
      li__IZMS=li__H5QN(((__li__XOHL *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__FPHL__: {
      li__IZMS=li__LSXM(((__li__FPHL *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__APLM__: {
      li__IZMS=li__KZDQ(((__li__APLM *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__DTNM__: {
      li__IZMS=li__YYTO(((__li__DTNM *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__JXNM__: {
      li__IZMS=li__WB4R(((__li__JXNM *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__21LO__: {
      li__IZMS=li__I1DQ(((__li__21LO *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__TPOO__: {
      li__IZMS=li__F2DQ(((__li__TPOO *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__URRO__: {
      li__IZMS=li__DWJS(((__li__URRO *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__41XO__: {
      li__IZMS=li__H0DQ(((__li__41XO *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__AKBR__: {
      li__IZMS=li__HCES(((__li__AKBR *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__SU5R__: {
      li__IZMS=li__WWJS(((__li__SU5R *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    case __li__JV5R__: {
      li__IZMS=li__TXJS(((__li__JV5R *)((__li__WK *)li__VMDS)),li__40MS);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__IZMS) {
      li__F1MS=li__LMDS->li__BKBR.li__DNWI.li__0CC;
      li__G1MS=li__WQDS(li__LMDS);
      li__H1MS=li__VEID(li__F1MS, 0,li__G1MS);
      li__RMEQ=li__H1MS;
      li__K1MS=li__LMDS->li__BKBR.li__MQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__K1MS)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__K1MS));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__K1MS));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__K1MS));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__K1MS));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__K1MS));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__K1MS));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__K1MS));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__K1MS));
      } break;
      case __li__KLWI__: {
        li__FW3U=((__li__KMFK *)((__li__KLWI *)li__K1MS)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__FW3U->li__3RFK),li__FW3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__K1MS));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__K1MS));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__K1MS));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__K1MS));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__K1MS));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__K1MS));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__K1MS));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__K1MS));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__K1MS));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__K1MS));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__FW3U=((__li__KMFK *)li__K1MS);
        li__HXPN(((__li__VTBD *)li__FW3U->li__3RFK),li__FW3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__K1MS));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__K1MS));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__K1MS));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__K1MS));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__K1MS));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__K1MS));
      } break;
      case __li__TPOO__: {
        li__HW3U=((__li__TPOO *)li__K1MS);
        li__IZFQ(((__li__DZB *)li__HW3U->li__5IXO),li__HW3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__K1MS));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__K1MS));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__K1MS));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__K1MS));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__K1MS));
      } break;
      };
      li__K1MS=li__LMDS->li__BKBR.li__QQBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__K1MS)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__K1MS));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__K1MS));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__K1MS));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__K1MS));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__K1MS));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__K1MS));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__K1MS));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__K1MS));
      } break;
      case __li__KLWI__: {
        li__FW3U=((__li__KMFK *)((__li__KLWI *)li__K1MS)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__FW3U->li__3RFK),li__FW3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__K1MS));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__K1MS));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__K1MS));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__K1MS));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__K1MS));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__K1MS));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__K1MS));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__K1MS));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__K1MS));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__K1MS));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__FW3U=((__li__KMFK *)li__K1MS);
        li__HXPN(((__li__VTBD *)li__FW3U->li__3RFK),li__FW3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__K1MS));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__K1MS));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__K1MS));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__K1MS));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__K1MS));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__K1MS));
      } break;
      case __li__TPOO__: {
        li__HW3U=((__li__TPOO *)li__K1MS);
        li__IZFQ(((__li__DZB *)li__HW3U->li__5IXO),li__HW3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__K1MS));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__K1MS));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__K1MS));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__K1MS));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__K1MS));
      } break;
      };
    };
    li__UMDS=li__RMEQ;
    /* __li__B__ __li__I__ */
if ((((void *)li__RMEQ == (void *)NULL) && ((void *)li__0MDS != (void *)NULL))) {
      li__UMDS=NULL;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__UMDS == (void *)NULL) && ((void *)li__3MDS != (void *)NULL))) {
      li__UMDS=NULL;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__UMDS == (void *)NULL)) {
    li__UMDS=li__LMDS;
  } else /* FALSE */ {
    li__F1MS=li__LMDS->li__BKBR.li__DNWI.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UMDS)->__id) {
    case __li__WK__: {
      ((__li__WK *)((__li__AKBR *)li__UMDS))->li__1K.li__0K.li__0CC=li__F1MS;
    } break;
    case __li__AVBD__: {
      ((__li__AVBD *)((__li__AKBR *)li__UMDS))->li__BVBD.li__0CC=li__F1MS;
    } break;
    case __li__KVBD__: {
      ((__li__KVBD *)((__li__AKBR *)li__UMDS))->li__LVBD.li__0K.li__0CC=li__F1MS;
    } break;
    case __li__WVBD__: {
      ((__li__WVBD *)((__li__AKBR *)li__UMDS))->li__XVBD.li__0K.li__0CC=li__F1MS;
    } break;
    case __li__Z4WH__: {
      (*(li__YK__)).li__0CC=li__F1MS;
    } break;
    case __li__KTVI__: {
      ((__li__KTVI *)((__li__AKBR *)li__UMDS))->li__PTVI.li__OTVI.li__NTVI.li__0CC=li__F1MS;
    } break;
    case __li__LTVI__: {
      ((__li__LTVI *)((__li__AKBR *)li__UMDS))->li__OTVI.li__NTVI.li__0CC=li__F1MS;
    } break;
    case __li__XTVI__: {
      ((__li__XTVI *)((__li__AKBR *)li__UMDS))->li__0TVI.li__ZTVI.li__NTVI.li__0CC=li__F1MS;
    } break;
    case __li__YTVI__: {
      ((__li__YTVI *)((__li__AKBR *)li__UMDS))->li__ZTVI.li__NTVI.li__0CC=li__F1MS;
    } break;
    case __li__S2VI__: {
      ((__li__S2VI *)((__li__AKBR *)li__UMDS))->li__T2VI.li__IVVI.li__0CC=li__F1MS;
    } break;
    case __li__E3VI__: {
      ((__li__E3VI *)((__li__AKBR *)li__UMDS))->li__F3VI.li__IVVI.li__0CC=li__F1MS;
    } break;
    case __li__KLWI__: {
      ((__li__KLWI *)((__li__AKBR *)li__UMDS))->li__LLWI.li__0CC=li__F1MS;
    } break;
    case __li__ULWI__: {
      ((__li__ULWI *)((__li__AKBR *)li__UMDS))->li__VLWI.li__0CC=li__F1MS;
    } break;
    case __li__NMWI__: {
      ((__li__NMWI *)((__li__AKBR *)li__UMDS))->li__OMWI.li__IVVI.li__0CC=li__F1MS;
    } break;
    case __li__BNWI__: {
      ((__li__BNWI *)((__li__AKBR *)li__UMDS))->li__ENWI.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__XNWI__: {
      ((__li__XNWI *)((__li__AKBR *)li__UMDS))->li__YNWI.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__LOWI__: {
      ((__li__LOWI *)((__li__AKBR *)li__UMDS))->li__MOWI.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__5OWI__: {
      ((__li__5OWI *)((__li__AKBR *)li__UMDS))->li__APWI.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__TPWI__: {
      ((__li__TPWI *)((__li__AKBR *)li__UMDS))->li__UPWI.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__HQWI__: {
      ((__li__HQWI *)((__li__AKBR *)li__UMDS))->li__IQWI.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__ARWI__: {
      ((__li__ARWI *)((__li__AKBR *)li__UMDS))->li__BRWI.li__0CC=li__F1MS;
    } break;
    case __li__URWI__: {
      ((__li__URWI *)((__li__AKBR *)li__UMDS))->li__VRWI.li__0CC=li__F1MS;
    } break;
    case __li__MSWI__: {
      ((__li__MSWI *)((__li__AKBR *)li__UMDS))->li__NSWI.li__0CC=li__F1MS;
    } break;
    case __li__ETWI__: {
      ((__li__ETWI *)((__li__AKBR *)li__UMDS))->li__FTWI.li__0CC=li__F1MS;
    } break;
    case __li__MZWI__: {
      ((__li__MZWI *)((__li__AKBR *)li__UMDS))->li__NZWI.li__0K.li__0CC=li__F1MS;
    } break;
    case __li__C0WI__: {
      ((__li__C0WI *)((__li__AKBR *)li__UMDS))->li__D0WI.li__0K.li__0CC=li__F1MS;
    } break;
    case __li__M1WI__: {
      ((__li__M1WI *)((__li__AKBR *)li__UMDS))->li__N1WI.li__0K.li__0CC=li__F1MS;
    } break;
    case __li__KMFK__: {
      ((__li__KMFK *)((__li__AKBR *)li__UMDS))->li__LMFK.li__0CC=li__F1MS;
    } break;
    case __li__XOHL__: {
      ((__li__XOHL *)((__li__AKBR *)li__UMDS))->li__0OHL.li__ZOHL.li__0CC=li__F1MS;
    } break;
    case __li__FPHL__: {
      ((__li__FPHL *)((__li__AKBR *)li__UMDS))->li__GPHL.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__APLM__: {
      ((__li__APLM *)((__li__AKBR *)li__UMDS))->li__BPLM.li__IVVI.li__0CC=li__F1MS;
    } break;
    case __li__DTNM__: {
      ((__li__DTNM *)((__li__AKBR *)li__UMDS))->li__ETNM.li__ZOHL.li__0CC=li__F1MS;
    } break;
    case __li__JXNM__: {
      ((__li__JXNM *)((__li__AKBR *)li__UMDS))->li__KXNM.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__21LO__: {
      ((__li__21LO *)((__li__AKBR *)li__UMDS))->li__31LO.li__0CC=li__F1MS;
    } break;
    case __li__TPOO__: {
      ((__li__TPOO *)((__li__AKBR *)li__UMDS))->li__UPOO.li__0CC=li__F1MS;
    } break;
    case __li__URRO__: {
      ((__li__URRO *)((__li__AKBR *)li__UMDS))->li__XRRO.li__WRRO.li__0CC=li__F1MS;
    } break;
    case __li__41XO__: {
      ((__li__41XO *)((__li__AKBR *)li__UMDS))->li__51XO.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__AKBR__: {
      ((__li__AKBR *)li__UMDS)->li__BKBR.li__DNWI.li__0CC=li__F1MS;
    } break;
    case __li__SU5R__: {
      ((__li__SU5R *)((__li__AKBR *)li__UMDS))->li__TU5R.li__IVVI.li__0CC=li__F1MS;
    } break;
    case __li__JV5R__: {
      ((__li__JV5R *)((__li__AKBR *)li__UMDS))->li__KV5R.li__IVVI.li__0CC=li__F1MS;
    } break;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__MMDS=li__UMDS;
  return(li__MMDS);
}

static void* li__1CJS(__li__SU5R *li__2CJS)
/* (Strict EXPR_INF{li__SU5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__5CJS;
  void *li__FDJS,*li__GDJS,*li__0HVS,*li__3CJS;
  __li__WVBD *li__LDJS,*li__ODJS;
  __li__KVBD *li__NDVS,*li__MW3U,*li__RW3U,*li__OX3U,*li__TX3U;
  __li__PO li__WDVS,li__HIVS;
  void *li__XDVS,*li__AZSS;
  __li__5RB *li__YDVS,*li__TW3U,*li__1HVS;
  __li__KMFK *li__FX3U,*li__XX3U;
  __li__TPOO *li__HX3U,*li__ZX3U;
  __li__U *li__3HVS;
  __li__PF *li__MX3U;
  __li__C li__ZYSS,li__BIVS;
  li__5CJS=li__NHBK;
  li__FDJS=li__2CJS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FDJS)->__id) {
  case __li__WK__: {
    li__GDJS=((__li__WK *)li__FDJS);
  } break;
  case __li__AVBD__: {
    li__GDJS=li__IVAJ(((__li__AVBD *)li__FDJS));
  } break;
  case __li__KVBD__: {
    li__GDJS=((__li__KVBD *)li__FDJS);
  } break;
  case __li__WVBD__: {
    li__GDJS=((__li__WVBD *)li__FDJS);
  } break;
  case __li__Z4WH__: {
    li__GDJS=li__H52K();
  } break;
  case __li__KTVI__: {
    li__GDJS=li__N4VK(((__li__KTVI *)li__FDJS));
  } break;
  case __li__LTVI__: {
    li__GDJS=li__AJAM(((__li__LTVI *)li__FDJS));
  } break;
  case __li__XTVI__: {
    li__GDJS=li__SEWK(((__li__XTVI *)li__FDJS));
  } break;
  case __li__YTVI__: {
    li__GDJS=li__0OAM(((__li__YTVI *)li__FDJS));
  } break;
  case __li__S2VI__: {
    li__GDJS=li__YU2K(((__li__S2VI *)li__FDJS));
  } break;
  case __li__E3VI__: {
    li__GDJS=li__CZ2K(((__li__E3VI *)li__FDJS));
  } break;
  case __li__KLWI__: {
    li__GDJS=li__M52K(((__li__KLWI *)li__FDJS));
  } break;
  case __li__ULWI__: {
    li__GDJS=((__li__ULWI *)li__FDJS);
  } break;
  case __li__NMWI__: {
    li__GDJS=li__YA3K(((__li__NMWI *)li__FDJS));
  } break;
  case __li__BNWI__: {
    li__GDJS=li__CF3K(((__li__BNWI *)li__FDJS));
  } break;
  case __li__XNWI__: {
    li__GDJS=li__MJ3K(((__li__XNWI *)li__FDJS));
  } break;
  case __li__LOWI__: {
    li__GDJS=li__WN3K(((__li__LOWI *)li__FDJS));
  } break;
  case __li__5OWI__: {
    li__GDJS=li__AS3K(((__li__5OWI *)li__FDJS));
  } break;
  case __li__TPWI__: {
    li__GDJS=li__KW3K(((__li__TPWI *)li__FDJS));
  } break;
  case __li__HQWI__: {
    li__GDJS=li__U03K(((__li__HQWI *)li__FDJS));
  } break;
  case __li__ARWI__: {
    li__GDJS=li__OQWK(((__li__ARWI *)li__FDJS));
  } break;
  case __li__URWI__: {
    li__GDJS=li__443K(((__li__URWI *)li__FDJS));
  } break;
  case __li__MSWI__: {
    li__GDJS=((__li__MSWI *)li__FDJS);
  } break;
  case __li__ETWI__: {
    li__GDJS=li__K53K(((__li__ETWI *)li__FDJS));
  } break;
  case __li__MZWI__: {
    li__GDJS=((__li__MZWI *)li__FDJS);
  } break;
  case __li__C0WI__: {
    li__GDJS=((__li__C0WI *)li__FDJS);
  } break;
  case __li__M1WI__: {
    li__GDJS=((__li__M1WI *)li__FDJS);
  } break;
  case __li__KMFK__: {
    li__GDJS=li__QF3L(((__li__KMFK *)li__FDJS));
  } break;
  case __li__XOHL__: {
    li__GDJS=li__P2NN(((__li__XOHL *)li__FDJS));
  } break;
  case __li__FPHL__: {
    li__GDJS=li__YUAM(((__li__FPHL *)li__FDJS));
  } break;
  case __li__APLM__: {
    li__GDJS=li__C3CQ(((__li__APLM *)li__FDJS));
  } break;
  case __li__DTNM__: {
    li__GDJS=li__3GSO(((__li__DTNM *)li__FDJS));
  } break;
  case __li__JXNM__: {
    li__GDJS=li__E03R(((__li__JXNM *)li__FDJS));
  } break;
  case __li__21LO__: {
    li__GDJS=li__H1JP(((__li__21LO *)li__FDJS));
  } break;
  case __li__TPOO__: {
    li__GDJS=li__Z5JP(((__li__TPOO *)li__FDJS));
  } break;
  case __li__URRO__: {
    li__GDJS=li__MH4R(((__li__URRO *)li__FDJS));
  } break;
  case __li__41XO__: {
    li__GDJS=li__MBDQ(((__li__41XO *)li__FDJS));
  } break;
  case __li__AKBR__: {
    li__GDJS=li__KMDS(((__li__AKBR *)li__FDJS));
  } break;
  case __li__SU5R__: {
    li__GDJS=li__1CJS(((__li__SU5R *)li__FDJS));
  } break;
  case __li__JV5R__: {
    li__GDJS=li__FHJS(((__li__JV5R *)li__FDJS));
  } break;
  };
  li__2CJS->li__TU5R.li__FPBK=li__GDJS;
  li__FDJS=li__2CJS->li__TU5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FDJS)->__id) {
  case __li__WK__: {
    li__GDJS=((__li__WK *)li__FDJS);
  } break;
  case __li__AVBD__: {
    li__GDJS=li__IVAJ(((__li__AVBD *)li__FDJS));
  } break;
  case __li__KVBD__: {
    li__GDJS=((__li__KVBD *)li__FDJS);
  } break;
  case __li__WVBD__: {
    li__GDJS=((__li__WVBD *)li__FDJS);
  } break;
  case __li__Z4WH__: {
    li__GDJS=li__H52K();
  } break;
  case __li__KTVI__: {
    li__GDJS=li__N4VK(((__li__KTVI *)li__FDJS));
  } break;
  case __li__LTVI__: {
    li__GDJS=li__AJAM(((__li__LTVI *)li__FDJS));
  } break;
  case __li__XTVI__: {
    li__GDJS=li__SEWK(((__li__XTVI *)li__FDJS));
  } break;
  case __li__YTVI__: {
    li__GDJS=li__0OAM(((__li__YTVI *)li__FDJS));
  } break;
  case __li__S2VI__: {
    li__GDJS=li__YU2K(((__li__S2VI *)li__FDJS));
  } break;
  case __li__E3VI__: {
    li__GDJS=li__CZ2K(((__li__E3VI *)li__FDJS));
  } break;
  case __li__KLWI__: {
    li__GDJS=li__M52K(((__li__KLWI *)li__FDJS));
  } break;
  case __li__ULWI__: {
    li__GDJS=((__li__ULWI *)li__FDJS);
  } break;
  case __li__NMWI__: {
    li__GDJS=li__YA3K(((__li__NMWI *)li__FDJS));
  } break;
  case __li__BNWI__: {
    li__GDJS=li__CF3K(((__li__BNWI *)li__FDJS));
  } break;
  case __li__XNWI__: {
    li__GDJS=li__MJ3K(((__li__XNWI *)li__FDJS));
  } break;
  case __li__LOWI__: {
    li__GDJS=li__WN3K(((__li__LOWI *)li__FDJS));
  } break;
  case __li__5OWI__: {
    li__GDJS=li__AS3K(((__li__5OWI *)li__FDJS));
  } break;
  case __li__TPWI__: {
    li__GDJS=li__KW3K(((__li__TPWI *)li__FDJS));
  } break;
  case __li__HQWI__: {
    li__GDJS=li__U03K(((__li__HQWI *)li__FDJS));
  } break;
  case __li__ARWI__: {
    li__GDJS=li__OQWK(((__li__ARWI *)li__FDJS));
  } break;
  case __li__URWI__: {
    li__GDJS=li__443K(((__li__URWI *)li__FDJS));
  } break;
  case __li__MSWI__: {
    li__GDJS=((__li__MSWI *)li__FDJS);
  } break;
  case __li__ETWI__: {
    li__GDJS=li__K53K(((__li__ETWI *)li__FDJS));
  } break;
  case __li__MZWI__: {
    li__GDJS=((__li__MZWI *)li__FDJS);
  } break;
  case __li__C0WI__: {
    li__GDJS=((__li__C0WI *)li__FDJS);
  } break;
  case __li__M1WI__: {
    li__GDJS=((__li__M1WI *)li__FDJS);
  } break;
  case __li__KMFK__: {
    li__GDJS=li__QF3L(((__li__KMFK *)li__FDJS));
  } break;
  case __li__XOHL__: {
    li__GDJS=li__P2NN(((__li__XOHL *)li__FDJS));
  } break;
  case __li__FPHL__: {
    li__GDJS=li__YUAM(((__li__FPHL *)li__FDJS));
  } break;
  case __li__APLM__: {
    li__GDJS=li__C3CQ(((__li__APLM *)li__FDJS));
  } break;
  case __li__DTNM__: {
    li__GDJS=li__3GSO(((__li__DTNM *)li__FDJS));
  } break;
  case __li__JXNM__: {
    li__GDJS=li__E03R(((__li__JXNM *)li__FDJS));
  } break;
  case __li__21LO__: {
    li__GDJS=li__H1JP(((__li__21LO *)li__FDJS));
  } break;
  case __li__TPOO__: {
    li__GDJS=li__Z5JP(((__li__TPOO *)li__FDJS));
  } break;
  case __li__URRO__: {
    li__GDJS=li__MH4R(((__li__URRO *)li__FDJS));
  } break;
  case __li__41XO__: {
    li__GDJS=li__MBDQ(((__li__41XO *)li__FDJS));
  } break;
  case __li__AKBR__: {
    li__GDJS=li__KMDS(((__li__AKBR *)li__FDJS));
  } break;
  case __li__SU5R__: {
    li__GDJS=li__1CJS(((__li__SU5R *)li__FDJS));
  } break;
  case __li__JV5R__: {
    li__GDJS=li__FHJS(((__li__JV5R *)li__FDJS));
  } break;
  };
  li__2CJS->li__TU5R.li__LPBK=li__GDJS;
  li__FDJS=li__2CJS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__FDJS==NULL) {
    li__LDJS=NULL;
  } else {
    if (((struct ___OBJ *)li__FDJS)->__id==__li__WVBD__) {
      li__LDJS=((void *)li__FDJS);
    } else /* Other types */ {
      li__LDJS=NULL;
    }
  };
  li__FDJS=li__2CJS->li__TU5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__FDJS==NULL) {
    li__ODJS=NULL;
  } else {
    if (((struct ___OBJ *)li__FDJS)->__id==__li__WVBD__) {
      li__ODJS=((void *)li__FDJS);
    } else /* Other types */ {
      li__ODJS=NULL;
    }
  };
  li__FDJS=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__LDJS != (void *)NULL)) {
    li__FDJS=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__FDJS == (void *)NULL) && ((void *)li__ODJS != (void *)NULL))) {
    li__FDJS=NULL;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__FDJS == (void *)NULL) && ((void *)li__ODJS != (void *)NULL)) && ((void *)li__LDJS != (void *)NULL))) {
    li__NDVS=NULL;
    /* __li__B__ __li__I__ */
if ((li__LDJS->li__2ZLE < li__ODJS->li__2ZLE)) {
      li__WDVS=li__2CJS->li__TU5R.li__IVVI.li__0CC;
      li__XDVS=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XDVS)->__id) {
      case __li__IF__: {
        li__YDVS=((__li__IF *)li__XDVS)->li__J0C;
      } break;
      case __li__ORB__: {
        li__YDVS=((__li__ORB *)li__XDVS)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__YDVS=((__li__QRB *)li__XDVS)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__YDVS=((__li__SRB *)li__XDVS)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__YDVS=((__li__URB *)li__XDVS)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__YDVS=((__li__GSZ *)li__XDVS)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__YDVS=((__li__1RRF *)li__XDVS)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__YDVS=((__li__UJSH *)li__XDVS)->li__WJSH.li__J0C;
      } break;
      };
      li__MW3U=li__5QND();
      li__RW3U=((__li__KVBD *)li__MW3U);
      li__RW3U->li__LVBD.li__0K.li__0CC=li__WDVS;
      li__TW3U=li__NNSE(((__li__5RB *)li__YDVS));
      li__RW3U->li__LVBD.li__WZLE=li__TW3U;
      li__NDVS=li__MW3U;
    } else /* FALSE */ {
      li__WDVS=li__2CJS->li__TU5R.li__IVVI.li__0CC;
      li__XDVS=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XDVS)->__id) {
      case __li__IF__: {
        li__YDVS=((__li__IF *)li__XDVS)->li__J0C;
      } break;
      case __li__ORB__: {
        li__YDVS=((__li__ORB *)li__XDVS)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__YDVS=((__li__QRB *)li__XDVS)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__YDVS=((__li__SRB *)li__XDVS)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__YDVS=((__li__URB *)li__XDVS)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__YDVS=((__li__GSZ *)li__XDVS)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__YDVS=((__li__1RRF *)li__XDVS)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__YDVS=((__li__UJSH *)li__XDVS)->li__WJSH.li__J0C;
      } break;
      };
      li__MW3U=li__5QND();
      li__RW3U=((__li__KVBD *)li__MW3U);
      li__RW3U->li__LVBD.li__0K.li__0CC=li__WDVS;
      li__TW3U=li__NNSE(((__li__5RB *)li__YDVS));
      li__RW3U->li__LVBD.li__WZLE=li__TW3U;
      li__NDVS=li__MW3U;
    };
    li__FDJS=li__NDVS;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__FDJS == (void *)NULL) && (li__5CJS == li__NHBK))) {
    li__NDVS=NULL;
    li__GDJS=li__2CJS->li__TU5R.li__FPBK;
    li__XDVS=li__2CJS->li__TU5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GDJS)->__id) {
    case __li__WK__: {
      li__ZYSS=li__5GXM(((__li__WK *)li__GDJS),li__XDVS);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__ZYSS=li__I__;
    } break;
    case __li__KVBD__: {
      li__ZYSS=li__VHXM(((__li__KVBD *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__WVBD__: {
      li__ZYSS=li__HIXM(((__li__WVBD *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__KTVI__: {
      li__ZYSS=li__WPWM(((__li__KTVI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__LTVI__: {
      li__ZYSS=li__TQWM(((__li__LTVI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__XTVI__: {
      li__ZYSS=li__RRWM(((__li__XTVI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__YTVI__: {
      li__ZYSS=li__OSWM(((__li__YTVI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__S2VI__: {
      li__ZYSS=li__LTWM(((__li__S2VI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__E3VI__: {
      li__ZYSS=li__IUWM(((__li__E3VI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__NMWI__: {
      li__ZYSS=li__QJXM(((__li__NMWI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__BNWI__: {
      li__ZYSS=li__NKXM(((__li__BNWI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__XNWI__: {
      li__ZYSS=li__KLXM(((__li__XNWI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__LOWI__: {
      li__ZYSS=li__HMXM(((__li__LOWI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__5OWI__: {
      li__ZYSS=li__ENXM(((__li__5OWI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__TPWI__: {
      li__ZYSS=li__BOXM(((__li__TPWI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__HQWI__: {
      li__ZYSS=li__4OXM(((__li__HQWI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__MZWI__: {
      li__ZYSS=li__LQXM(((__li__MZWI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__C0WI__: {
      li__ZYSS=li__GRXM(((__li__C0WI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__M1WI__: {
      li__ZYSS=li__JYGP(((__li__M1WI *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__KMFK__: {
      li__ZYSS=li__YRXM(((__li__KMFK *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__XOHL__: {
      li__ZYSS=li__H5QN(((__li__XOHL *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__FPHL__: {
      li__ZYSS=li__LSXM(((__li__FPHL *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__APLM__: {
      li__ZYSS=li__KZDQ(((__li__APLM *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__DTNM__: {
      li__ZYSS=li__YYTO(((__li__DTNM *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__JXNM__: {
      li__ZYSS=li__WB4R(((__li__JXNM *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__21LO__: {
      li__ZYSS=li__I1DQ(((__li__21LO *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__TPOO__: {
      li__ZYSS=li__F2DQ(((__li__TPOO *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__URRO__: {
      li__ZYSS=li__DWJS(((__li__URRO *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__41XO__: {
      li__ZYSS=li__H0DQ(((__li__41XO *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__AKBR__: {
      li__ZYSS=li__HCES(((__li__AKBR *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__SU5R__: {
      li__ZYSS=li__WWJS(((__li__SU5R *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    case __li__JV5R__: {
      li__ZYSS=li__TXJS(((__li__JV5R *)((__li__WK *)li__GDJS)),li__XDVS);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__ZYSS) {
      li__WDVS=li__2CJS->li__TU5R.li__IVVI.li__0CC;
      li__AZSS=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__AZSS)->__id) {
      case __li__IF__: {
        li__YDVS=((__li__IF *)li__AZSS)->li__J0C;
      } break;
      case __li__ORB__: {
        li__YDVS=((__li__ORB *)li__AZSS)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__YDVS=((__li__QRB *)li__AZSS)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__YDVS=((__li__SRB *)li__AZSS)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__YDVS=((__li__URB *)li__AZSS)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__YDVS=((__li__GSZ *)li__AZSS)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__YDVS=((__li__1RRF *)li__AZSS)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__YDVS=((__li__UJSH *)li__AZSS)->li__WJSH.li__J0C;
      } break;
      };
      li__MW3U=li__5QND();
      li__RW3U=((__li__KVBD *)li__MW3U);
      li__RW3U->li__LVBD.li__0K.li__0CC=li__WDVS;
      li__TW3U=li__NNSE(((__li__5RB *)li__YDVS));
      li__RW3U->li__LVBD.li__WZLE=li__TW3U;
      li__NDVS=li__MW3U;
      li__AZSS=li__2CJS->li__TU5R.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AZSS)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__AZSS));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__AZSS));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__AZSS));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__AZSS));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__AZSS));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__AZSS));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__AZSS));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__AZSS));
      } break;
      case __li__KLWI__: {
        li__FX3U=((__li__KMFK *)((__li__KLWI *)li__AZSS)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__FX3U->li__3RFK),li__FX3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__AZSS));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__AZSS));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__AZSS));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__AZSS));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__AZSS));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__AZSS));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__AZSS));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__AZSS));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__AZSS));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__AZSS));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__FX3U=((__li__KMFK *)li__AZSS);
        li__HXPN(((__li__VTBD *)li__FX3U->li__3RFK),li__FX3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__AZSS));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__AZSS));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__AZSS));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__AZSS));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__AZSS));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__AZSS));
      } break;
      case __li__TPOO__: {
        li__HX3U=((__li__TPOO *)li__AZSS);
        li__IZFQ(((__li__DZB *)li__HX3U->li__5IXO),li__HX3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__AZSS));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__AZSS));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__AZSS));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__AZSS));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__AZSS));
      } break;
      };
      li__AZSS=li__2CJS->li__TU5R.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AZSS)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__AZSS));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__AZSS));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__AZSS));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__AZSS));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__AZSS));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__AZSS));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__AZSS));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__AZSS));
      } break;
      case __li__KLWI__: {
        li__FX3U=((__li__KMFK *)((__li__KLWI *)li__AZSS)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__FX3U->li__3RFK),li__FX3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__AZSS));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__AZSS));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__AZSS));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__AZSS));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__AZSS));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__AZSS));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__AZSS));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__AZSS));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__AZSS));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__AZSS));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__FX3U=((__li__KMFK *)li__AZSS);
        li__HXPN(((__li__VTBD *)li__FX3U->li__3RFK),li__FX3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__AZSS));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__AZSS));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__AZSS));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__AZSS));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__AZSS));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__AZSS));
      } break;
      case __li__TPOO__: {
        li__HX3U=((__li__TPOO *)li__AZSS);
        li__IZFQ(((__li__DZB *)li__HX3U->li__5IXO),li__HX3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__AZSS));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__AZSS));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__AZSS));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__AZSS));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__AZSS));
      } break;
      };
    };
    li__FDJS=li__NDVS;
    /* __li__B__ __li__I__ */
if ((((void *)li__NDVS == (void *)NULL) && ((void *)li__LDJS != (void *)NULL))) {
      li__FDJS=NULL;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__FDJS == (void *)NULL) && ((void *)li__ODJS != (void *)NULL))) {
      li__MW3U=NULL;
      /* __li__B__ __li__I__ */
if ((li__ODJS->li__2ZLE ==  0)) {
        li__0HVS=li__2CJS->li__TU5R.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0HVS)->__id) {
        case __li__WK__: {
          li__1HVS=((__li__WK *)li__0HVS)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__1HVS=((__li__AVBD *)li__0HVS)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__1HVS=((__li__KVBD *)li__0HVS)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__1HVS=((__li__WVBD *)li__0HVS)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__1HVS=li__JK5J(((__li__Z4WH *)li__0HVS));
        } break;
        case __li__KTVI__: {
          li__1HVS=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__1HVS=li__553L();
        } break;
        case __li__XTVI__: {
          li__1HVS=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__1HVS=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__1HVS=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__1HVS=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__1HVS=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__1HVS=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__1HVS=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__1HVS=li__DWEK(((__li__BNWI *)li__0HVS));
        } break;
        case __li__XNWI__: {
          li__1HVS=li__IWEK(((__li__XNWI *)li__0HVS));
        } break;
        case __li__LOWI__: {
          li__1HVS=li__NWEK(((__li__LOWI *)li__0HVS));
        } break;
        case __li__5OWI__: {
          li__1HVS=li__SWEK(((__li__5OWI *)li__0HVS));
        } break;
        case __li__TPWI__: {
          li__1HVS=li__XWEK(((__li__TPWI *)li__0HVS));
        } break;
        case __li__HQWI__: {
          li__1HVS=li__2WEK(((__li__HQWI *)li__0HVS));
        } break;
        case __li__ARWI__: {
          li__1HVS=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__1HVS=li__FXEK(((__li__URWI *)li__0HVS));
        } break;
        case __li__MSWI__: {
          li__1HVS=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__1HVS=((__li__ETWI *)li__0HVS)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__1HVS=((__li__MZWI *)li__0HVS)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__1HVS=((__li__C0WI *)li__0HVS)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__1HVS=((__li__M1WI *)li__0HVS)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__1HVS=((__li__KMFK *)li__0HVS)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__1HVS=li__T4NN(((__li__XOHL *)li__0HVS));
        } break;
        case __li__FPHL__: {
          li__1HVS=li__KA4L(((__li__FPHL *)li__0HVS));
        } break;
        case __li__APLM__: {
          li__1HVS=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__1HVS=li__1ISO(((__li__DTNM *)li__0HVS));
        } break;
        case __li__JXNM__: {
          li__1HVS=li__VX3R(((__li__JXNM *)li__0HVS));
        } break;
        case __li__21LO__: {
          li__1HVS=((__li__21LO *)li__0HVS)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__1HVS=((__li__TPOO *)li__0HVS)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__1HVS=li__FH4R();
        } break;
        case __li__41XO__: {
          li__1HVS=li__3FDQ(((__li__41XO *)li__0HVS));
        } break;
        case __li__AKBR__: {
          li__1HVS=li__WQDS(((__li__AKBR *)li__0HVS));
        } break;
        case __li__SU5R__: {
          li__1HVS=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__1HVS=li__Y1IS();
        } break;
        };
        li__0HVS=((__li__5RB *)li__1HVS)->li__AEM;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0HVS)->__id) {
        case __li__IF__: {
          li__3HVS=((__li__IF *)li__0HVS)->li__TF->li__SF.li__R2B;
        } break;
        case __li__ORB__: {
          li__3HVS=(&__string_1);
        } break;
        case __li__QRB__: {
          li__3HVS=(&__string_2);
        } break;
        case __li__SRB__: {
          li__3HVS=(&__string_51);
        } break;
        case __li__URB__: {
          li__3HVS=(&__string_53);
        } break;
        case __li__GSZ__: {
          li__3HVS=((__li__GSZ *)li__0HVS)->li__EGQB;
        } break;
        case __li__1RRF__: {
          li__MX3U=li__QLKI();
          li__3HVS=li__MX3U->li__SF.li__R2B;
        } break;
        case __li__UJSH__: {
          li__3HVS=((__li__UJSH *)li__0HVS)->li__VJSH.li__NZFD;
        } break;
        };
        li__BIVS=(((__li__3 *)((__li__U *)li__3HVS)->li__3C)[ 0] == 'U');
      } else /* FALSE */ {
        li__BIVS=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__BIVS) {
        li__HIVS=li__2CJS->li__TU5R.li__IVVI.li__0CC;
        li__0HVS=li__LSB;
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0HVS)->__id) {
        case __li__IF__: {
          li__1HVS=((__li__IF *)li__0HVS)->li__J0C;
        } break;
        case __li__ORB__: {
          li__1HVS=((__li__ORB *)li__0HVS)->li__PRB.li__J0C;
        } break;
        case __li__QRB__: {
          li__1HVS=((__li__QRB *)li__0HVS)->li__RRB.li__J0C;
        } break;
        case __li__SRB__: {
          li__1HVS=((__li__SRB *)li__0HVS)->li__TRB.li__J0C;
        } break;
        case __li__URB__: {
          li__1HVS=((__li__URB *)li__0HVS)->li__VRB.li__J0C;
        } break;
        case __li__GSZ__: {
          li__1HVS=((__li__GSZ *)li__0HVS)->li__HSZ.li__J0C;
        } break;
        case __li__1RRF__: {
          li__1HVS=((__li__1RRF *)li__0HVS)->li__2RRF.li__J0C;
        } break;
        case __li__UJSH__: {
          li__1HVS=((__li__UJSH *)li__0HVS)->li__WJSH.li__J0C;
        } break;
        };
        li__OX3U=li__5QND();
        li__TX3U=((__li__KVBD *)li__OX3U);
        li__TX3U->li__LVBD.li__0K.li__0CC=li__HIVS;
        li__YDVS=li__NNSE(((__li__5RB *)li__1HVS));
        li__TX3U->li__LVBD.li__WZLE=li__YDVS;
        li__MW3U=li__OX3U;
        li__0HVS=li__2CJS->li__TU5R.li__FPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0HVS)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__0HVS));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__0HVS));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__0HVS));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__0HVS));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__0HVS));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__0HVS));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__0HVS));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__0HVS));
        } break;
        case __li__KLWI__: {
          li__XX3U=((__li__KMFK *)((__li__KLWI *)li__0HVS)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__XX3U->li__3RFK),li__XX3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__0HVS));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__0HVS));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__0HVS));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__0HVS));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__0HVS));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__0HVS));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__0HVS));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__0HVS));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__0HVS));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__0HVS));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__XX3U=((__li__KMFK *)li__0HVS);
          li__HXPN(((__li__VTBD *)li__XX3U->li__3RFK),li__XX3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__0HVS));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__0HVS));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__0HVS));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__0HVS));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__0HVS));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__0HVS));
        } break;
        case __li__TPOO__: {
          li__ZX3U=((__li__TPOO *)li__0HVS);
          li__IZFQ(((__li__DZB *)li__ZX3U->li__5IXO),li__ZX3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__0HVS));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__0HVS));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__0HVS));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__0HVS));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__0HVS));
        } break;
        };
        li__0HVS=li__2CJS->li__TU5R.li__LPBK;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0HVS)->__id) {
        case __li__WK__:  break;
        case __li__AVBD__: {
          li__PSNI(((__li__AVBD *)li__0HVS));
        } break;
        case __li__KVBD__:  break;
        case __li__WVBD__:  break;
        case __li__Z4WH__: {
          li__JNDK(((__li__Z4WH *)li__0HVS));
        } break;
        case __li__KTVI__: {
          li__0NDK(((__li__KTVI *)li__0HVS));
        } break;
        case __li__LTVI__: {
          li__XL1L(((__li__LTVI *)li__0HVS));
        } break;
        case __li__XTVI__: {
          li__5NDK(((__li__XTVI *)li__0HVS));
        } break;
        case __li__YTVI__: {
          li__1L1L(((__li__YTVI *)li__0HVS));
        } break;
        case __li__S2VI__: {
          li__DODK(((__li__S2VI *)li__0HVS));
        } break;
        case __li__E3VI__: {
          li__HODK(((__li__E3VI *)li__0HVS));
        } break;
        case __li__KLWI__: {
          li__XX3U=((__li__KMFK *)((__li__KLWI *)li__0HVS)->li__ZPBK);
          li__HXPN(((__li__VTBD *)li__XX3U->li__3RFK),li__XX3U);
        } break;
        case __li__ULWI__:  break;
        case __li__NMWI__: {
          li__QODK(((__li__NMWI *)li__0HVS));
        } break;
        case __li__BNWI__: {
          li__UODK(((__li__BNWI *)li__0HVS));
        } break;
        case __li__XNWI__: {
          li__YODK(((__li__XNWI *)li__0HVS));
        } break;
        case __li__LOWI__: {
          li__2ODK(((__li__LOWI *)li__0HVS));
        } break;
        case __li__5OWI__: {
          li__APDK(((__li__5OWI *)li__0HVS));
        } break;
        case __li__TPWI__: {
          li__EPDK(((__li__TPWI *)li__0HVS));
        } break;
        case __li__HQWI__: {
          li__IPDK(((__li__HQWI *)li__0HVS));
        } break;
        case __li__ARWI__: {
          li__MPDK(((__li__ARWI *)li__0HVS));
        } break;
        case __li__URWI__: {
          li__NQDK(((__li__URWI *)li__0HVS));
        } break;
        case __li__MSWI__:  break;
        case __li__ETWI__: {
          li__TQDK(((__li__ETWI *)li__0HVS));
        } break;
        case __li__MZWI__:  break;
        case __li__C0WI__:  break;
        case __li__M1WI__:  break;
        case __li__KMFK__: {
          li__XX3U=((__li__KMFK *)li__0HVS);
          li__HXPN(((__li__VTBD *)li__XX3U->li__3RFK),li__XX3U);
        } break;
        case __li__XOHL__: {
          li__LDMN(((__li__XOHL *)li__0HVS));
        } break;
        case __li__FPHL__: {
          li__TT4L(((__li__FPHL *)li__0HVS));
        } break;
        case __li__APLM__: {
          li__TGCQ(((__li__APLM *)li__0HVS));
        } break;
        case __li__DTNM__: {
          li__MFRO(((__li__DTNM *)li__0HVS));
        } break;
        case __li__JXNM__: {
          li__1W3R(((__li__JXNM *)li__0HVS));
        } break;
        case __li__21LO__: {
          li__T1IP(((__li__21LO *)li__0HVS));
        } break;
        case __li__TPOO__: {
          li__ZX3U=((__li__TPOO *)li__0HVS);
          li__IZFQ(((__li__DZB *)li__ZX3U->li__5IXO),li__ZX3U);
        } break;
        case __li__URRO__: {
          li__DK4R(((__li__URRO *)li__0HVS));
        } break;
        case __li__41XO__: {
          li__XGCQ(((__li__41XO *)li__0HVS));
        } break;
        case __li__AKBR__: {
          li__AYCS(((__li__AKBR *)li__0HVS));
        } break;
        case __li__SU5R__: {
          li__5XIS(((__li__SU5R *)li__0HVS));
        } break;
        case __li__JV5R__: {
          li__DYIS(((__li__JV5R *)li__0HVS));
        } break;
        };
      };
      li__FDJS=li__MW3U;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__FDJS == (void *)NULL)) {
    li__FDJS=li__2CJS;
  } else /* FALSE */ {
    li__WDVS=li__2CJS->li__TU5R.li__IVVI.li__0CC;
    /* NULL __li__KVBD__ __li__SU5R__ */
if (((struct ___OBJ *)li__FDJS)->__id==__li__KVBD__) {
      ((__li__KVBD *)((__li__SU5R *)li__FDJS))->li__LVBD.li__0K.li__0CC=li__WDVS;
    } else /* EXPR_INF */ {
      ((__li__SU5R *)li__FDJS)->li__TU5R.li__IVVI.li__0CC=li__WDVS;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__3CJS=li__FDJS;
  return(li__3CJS);
}

static void* li__FHJS(__li__JV5R *li__GHJS)
/* (Strict EXPR_INF_EQ{li__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__52B li__JHJS;
  void *li__PHJS,*li__QHJS,*li__HHJS;
  __li__WVBD *li__VHJS,*li__YHJS;
  __li__KVBD *li__MEVS,*li__4X3U,*li__DY3U;
  __li__PO li__VEVS;
  void *li__WEVS,*li__00SS;
  __li__5RB *li__XEVS,*li__FY3U;
  __li__KMFK *li__XY3U;
  __li__TPOO *li__ZY3U;
  __li__C li__T0SS;
  li__JHJS=li__NHBK;
  li__PHJS=li__GHJS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHJS)->__id) {
  case __li__WK__: {
    li__QHJS=((__li__WK *)li__PHJS);
  } break;
  case __li__AVBD__: {
    li__QHJS=li__IVAJ(((__li__AVBD *)li__PHJS));
  } break;
  case __li__KVBD__: {
    li__QHJS=((__li__KVBD *)li__PHJS);
  } break;
  case __li__WVBD__: {
    li__QHJS=((__li__WVBD *)li__PHJS);
  } break;
  case __li__Z4WH__: {
    li__QHJS=li__H52K();
  } break;
  case __li__KTVI__: {
    li__QHJS=li__N4VK(((__li__KTVI *)li__PHJS));
  } break;
  case __li__LTVI__: {
    li__QHJS=li__AJAM(((__li__LTVI *)li__PHJS));
  } break;
  case __li__XTVI__: {
    li__QHJS=li__SEWK(((__li__XTVI *)li__PHJS));
  } break;
  case __li__YTVI__: {
    li__QHJS=li__0OAM(((__li__YTVI *)li__PHJS));
  } break;
  case __li__S2VI__: {
    li__QHJS=li__YU2K(((__li__S2VI *)li__PHJS));
  } break;
  case __li__E3VI__: {
    li__QHJS=li__CZ2K(((__li__E3VI *)li__PHJS));
  } break;
  case __li__KLWI__: {
    li__QHJS=li__M52K(((__li__KLWI *)li__PHJS));
  } break;
  case __li__ULWI__: {
    li__QHJS=((__li__ULWI *)li__PHJS);
  } break;
  case __li__NMWI__: {
    li__QHJS=li__YA3K(((__li__NMWI *)li__PHJS));
  } break;
  case __li__BNWI__: {
    li__QHJS=li__CF3K(((__li__BNWI *)li__PHJS));
  } break;
  case __li__XNWI__: {
    li__QHJS=li__MJ3K(((__li__XNWI *)li__PHJS));
  } break;
  case __li__LOWI__: {
    li__QHJS=li__WN3K(((__li__LOWI *)li__PHJS));
  } break;
  case __li__5OWI__: {
    li__QHJS=li__AS3K(((__li__5OWI *)li__PHJS));
  } break;
  case __li__TPWI__: {
    li__QHJS=li__KW3K(((__li__TPWI *)li__PHJS));
  } break;
  case __li__HQWI__: {
    li__QHJS=li__U03K(((__li__HQWI *)li__PHJS));
  } break;
  case __li__ARWI__: {
    li__QHJS=li__OQWK(((__li__ARWI *)li__PHJS));
  } break;
  case __li__URWI__: {
    li__QHJS=li__443K(((__li__URWI *)li__PHJS));
  } break;
  case __li__MSWI__: {
    li__QHJS=((__li__MSWI *)li__PHJS);
  } break;
  case __li__ETWI__: {
    li__QHJS=li__K53K(((__li__ETWI *)li__PHJS));
  } break;
  case __li__MZWI__: {
    li__QHJS=((__li__MZWI *)li__PHJS);
  } break;
  case __li__C0WI__: {
    li__QHJS=((__li__C0WI *)li__PHJS);
  } break;
  case __li__M1WI__: {
    li__QHJS=((__li__M1WI *)li__PHJS);
  } break;
  case __li__KMFK__: {
    li__QHJS=li__QF3L(((__li__KMFK *)li__PHJS));
  } break;
  case __li__XOHL__: {
    li__QHJS=li__P2NN(((__li__XOHL *)li__PHJS));
  } break;
  case __li__FPHL__: {
    li__QHJS=li__YUAM(((__li__FPHL *)li__PHJS));
  } break;
  case __li__APLM__: {
    li__QHJS=li__C3CQ(((__li__APLM *)li__PHJS));
  } break;
  case __li__DTNM__: {
    li__QHJS=li__3GSO(((__li__DTNM *)li__PHJS));
  } break;
  case __li__JXNM__: {
    li__QHJS=li__E03R(((__li__JXNM *)li__PHJS));
  } break;
  case __li__21LO__: {
    li__QHJS=li__H1JP(((__li__21LO *)li__PHJS));
  } break;
  case __li__TPOO__: {
    li__QHJS=li__Z5JP(((__li__TPOO *)li__PHJS));
  } break;
  case __li__URRO__: {
    li__QHJS=li__MH4R(((__li__URRO *)li__PHJS));
  } break;
  case __li__41XO__: {
    li__QHJS=li__MBDQ(((__li__41XO *)li__PHJS));
  } break;
  case __li__AKBR__: {
    li__QHJS=li__KMDS(((__li__AKBR *)li__PHJS));
  } break;
  case __li__SU5R__: {
    li__QHJS=li__1CJS(((__li__SU5R *)li__PHJS));
  } break;
  case __li__JV5R__: {
    li__QHJS=li__FHJS(((__li__JV5R *)li__PHJS));
  } break;
  };
  li__GHJS->li__KV5R.li__FPBK=li__QHJS;
  li__PHJS=li__GHJS->li__KV5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHJS)->__id) {
  case __li__WK__: {
    li__QHJS=((__li__WK *)li__PHJS);
  } break;
  case __li__AVBD__: {
    li__QHJS=li__IVAJ(((__li__AVBD *)li__PHJS));
  } break;
  case __li__KVBD__: {
    li__QHJS=((__li__KVBD *)li__PHJS);
  } break;
  case __li__WVBD__: {
    li__QHJS=((__li__WVBD *)li__PHJS);
  } break;
  case __li__Z4WH__: {
    li__QHJS=li__H52K();
  } break;
  case __li__KTVI__: {
    li__QHJS=li__N4VK(((__li__KTVI *)li__PHJS));
  } break;
  case __li__LTVI__: {
    li__QHJS=li__AJAM(((__li__LTVI *)li__PHJS));
  } break;
  case __li__XTVI__: {
    li__QHJS=li__SEWK(((__li__XTVI *)li__PHJS));
  } break;
  case __li__YTVI__: {
    li__QHJS=li__0OAM(((__li__YTVI *)li__PHJS));
  } break;
  case __li__S2VI__: {
    li__QHJS=li__YU2K(((__li__S2VI *)li__PHJS));
  } break;
  case __li__E3VI__: {
    li__QHJS=li__CZ2K(((__li__E3VI *)li__PHJS));
  } break;
  case __li__KLWI__: {
    li__QHJS=li__M52K(((__li__KLWI *)li__PHJS));
  } break;
  case __li__ULWI__: {
    li__QHJS=((__li__ULWI *)li__PHJS);
  } break;
  case __li__NMWI__: {
    li__QHJS=li__YA3K(((__li__NMWI *)li__PHJS));
  } break;
  case __li__BNWI__: {
    li__QHJS=li__CF3K(((__li__BNWI *)li__PHJS));
  } break;
  case __li__XNWI__: {
    li__QHJS=li__MJ3K(((__li__XNWI *)li__PHJS));
  } break;
  case __li__LOWI__: {
    li__QHJS=li__WN3K(((__li__LOWI *)li__PHJS));
  } break;
  case __li__5OWI__: {
    li__QHJS=li__AS3K(((__li__5OWI *)li__PHJS));
  } break;
  case __li__TPWI__: {
    li__QHJS=li__KW3K(((__li__TPWI *)li__PHJS));
  } break;
  case __li__HQWI__: {
    li__QHJS=li__U03K(((__li__HQWI *)li__PHJS));
  } break;
  case __li__ARWI__: {
    li__QHJS=li__OQWK(((__li__ARWI *)li__PHJS));
  } break;
  case __li__URWI__: {
    li__QHJS=li__443K(((__li__URWI *)li__PHJS));
  } break;
  case __li__MSWI__: {
    li__QHJS=((__li__MSWI *)li__PHJS);
  } break;
  case __li__ETWI__: {
    li__QHJS=li__K53K(((__li__ETWI *)li__PHJS));
  } break;
  case __li__MZWI__: {
    li__QHJS=((__li__MZWI *)li__PHJS);
  } break;
  case __li__C0WI__: {
    li__QHJS=((__li__C0WI *)li__PHJS);
  } break;
  case __li__M1WI__: {
    li__QHJS=((__li__M1WI *)li__PHJS);
  } break;
  case __li__KMFK__: {
    li__QHJS=li__QF3L(((__li__KMFK *)li__PHJS));
  } break;
  case __li__XOHL__: {
    li__QHJS=li__P2NN(((__li__XOHL *)li__PHJS));
  } break;
  case __li__FPHL__: {
    li__QHJS=li__YUAM(((__li__FPHL *)li__PHJS));
  } break;
  case __li__APLM__: {
    li__QHJS=li__C3CQ(((__li__APLM *)li__PHJS));
  } break;
  case __li__DTNM__: {
    li__QHJS=li__3GSO(((__li__DTNM *)li__PHJS));
  } break;
  case __li__JXNM__: {
    li__QHJS=li__E03R(((__li__JXNM *)li__PHJS));
  } break;
  case __li__21LO__: {
    li__QHJS=li__H1JP(((__li__21LO *)li__PHJS));
  } break;
  case __li__TPOO__: {
    li__QHJS=li__Z5JP(((__li__TPOO *)li__PHJS));
  } break;
  case __li__URRO__: {
    li__QHJS=li__MH4R(((__li__URRO *)li__PHJS));
  } break;
  case __li__41XO__: {
    li__QHJS=li__MBDQ(((__li__41XO *)li__PHJS));
  } break;
  case __li__AKBR__: {
    li__QHJS=li__KMDS(((__li__AKBR *)li__PHJS));
  } break;
  case __li__SU5R__: {
    li__QHJS=li__1CJS(((__li__SU5R *)li__PHJS));
  } break;
  case __li__JV5R__: {
    li__QHJS=li__FHJS(((__li__JV5R *)li__PHJS));
  } break;
  };
  li__GHJS->li__KV5R.li__LPBK=li__QHJS;
  li__PHJS=li__GHJS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PHJS==NULL) {
    li__VHJS=NULL;
  } else {
    if (((struct ___OBJ *)li__PHJS)->__id==__li__WVBD__) {
      li__VHJS=((void *)li__PHJS);
    } else /* Other types */ {
      li__VHJS=NULL;
    }
  };
  li__PHJS=li__GHJS->li__KV5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PHJS==NULL) {
    li__YHJS=NULL;
  } else {
    if (((struct ___OBJ *)li__PHJS)->__id==__li__WVBD__) {
      li__YHJS=((void *)li__PHJS);
    } else /* Other types */ {
      li__YHJS=NULL;
    }
  };
  li__PHJS=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__VHJS != (void *)NULL)) {
    li__PHJS=NULL;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__PHJS == (void *)NULL) && ((void *)li__YHJS != (void *)NULL))) {
    li__PHJS=NULL;
  };
  /* __li__B__ __li__I__ */
if (((((void *)li__PHJS == (void *)NULL) && ((void *)li__YHJS != (void *)NULL)) && ((void *)li__VHJS != (void *)NULL))) {
    li__MEVS=NULL;
    /* __li__B__ __li__I__ */
if ((li__VHJS->li__2ZLE <= li__YHJS->li__2ZLE)) {
      li__VEVS=li__GHJS->li__KV5R.li__IVVI.li__0CC;
      li__WEVS=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__WEVS)->__id) {
      case __li__IF__: {
        li__XEVS=((__li__IF *)li__WEVS)->li__J0C;
      } break;
      case __li__ORB__: {
        li__XEVS=((__li__ORB *)li__WEVS)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__XEVS=((__li__QRB *)li__WEVS)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__XEVS=((__li__SRB *)li__WEVS)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__XEVS=((__li__URB *)li__WEVS)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__XEVS=((__li__GSZ *)li__WEVS)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__XEVS=((__li__1RRF *)li__WEVS)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__XEVS=((__li__UJSH *)li__WEVS)->li__WJSH.li__J0C;
      } break;
      };
      li__4X3U=li__5QND();
      li__DY3U=((__li__KVBD *)li__4X3U);
      li__DY3U->li__LVBD.li__0K.li__0CC=li__VEVS;
      li__FY3U=li__NNSE(((__li__5RB *)li__XEVS));
      li__DY3U->li__LVBD.li__WZLE=li__FY3U;
      li__MEVS=li__4X3U;
    } else /* FALSE */ {
      li__VEVS=li__GHJS->li__KV5R.li__IVVI.li__0CC;
      li__WEVS=li__LSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__WEVS)->__id) {
      case __li__IF__: {
        li__XEVS=((__li__IF *)li__WEVS)->li__J0C;
      } break;
      case __li__ORB__: {
        li__XEVS=((__li__ORB *)li__WEVS)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__XEVS=((__li__QRB *)li__WEVS)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__XEVS=((__li__SRB *)li__WEVS)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__XEVS=((__li__URB *)li__WEVS)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__XEVS=((__li__GSZ *)li__WEVS)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__XEVS=((__li__1RRF *)li__WEVS)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__XEVS=((__li__UJSH *)li__WEVS)->li__WJSH.li__J0C;
      } break;
      };
      li__4X3U=li__5QND();
      li__DY3U=((__li__KVBD *)li__4X3U);
      li__DY3U->li__LVBD.li__0K.li__0CC=li__VEVS;
      li__FY3U=li__NNSE(((__li__5RB *)li__XEVS));
      li__DY3U->li__LVBD.li__WZLE=li__FY3U;
      li__MEVS=li__4X3U;
    };
    li__PHJS=li__MEVS;
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__PHJS == (void *)NULL) && (li__JHJS == li__NHBK))) {
    li__MEVS=NULL;
    li__QHJS=li__GHJS->li__KV5R.li__FPBK;
    li__WEVS=li__GHJS->li__KV5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QHJS)->__id) {
    case __li__WK__: {
      li__T0SS=li__5GXM(((__li__WK *)li__QHJS),li__WEVS);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__T0SS=li__I__;
    } break;
    case __li__KVBD__: {
      li__T0SS=li__VHXM(((__li__KVBD *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__WVBD__: {
      li__T0SS=li__HIXM(((__li__WVBD *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__KTVI__: {
      li__T0SS=li__WPWM(((__li__KTVI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__LTVI__: {
      li__T0SS=li__TQWM(((__li__LTVI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__XTVI__: {
      li__T0SS=li__RRWM(((__li__XTVI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__YTVI__: {
      li__T0SS=li__OSWM(((__li__YTVI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__S2VI__: {
      li__T0SS=li__LTWM(((__li__S2VI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__E3VI__: {
      li__T0SS=li__IUWM(((__li__E3VI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__NMWI__: {
      li__T0SS=li__QJXM(((__li__NMWI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__BNWI__: {
      li__T0SS=li__NKXM(((__li__BNWI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__XNWI__: {
      li__T0SS=li__KLXM(((__li__XNWI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__LOWI__: {
      li__T0SS=li__HMXM(((__li__LOWI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__5OWI__: {
      li__T0SS=li__ENXM(((__li__5OWI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__TPWI__: {
      li__T0SS=li__BOXM(((__li__TPWI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__HQWI__: {
      li__T0SS=li__4OXM(((__li__HQWI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__MZWI__: {
      li__T0SS=li__LQXM(((__li__MZWI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__C0WI__: {
      li__T0SS=li__GRXM(((__li__C0WI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__M1WI__: {
      li__T0SS=li__JYGP(((__li__M1WI *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__KMFK__: {
      li__T0SS=li__YRXM(((__li__KMFK *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__XOHL__: {
      li__T0SS=li__H5QN(((__li__XOHL *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__FPHL__: {
      li__T0SS=li__LSXM(((__li__FPHL *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__APLM__: {
      li__T0SS=li__KZDQ(((__li__APLM *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__DTNM__: {
      li__T0SS=li__YYTO(((__li__DTNM *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__JXNM__: {
      li__T0SS=li__WB4R(((__li__JXNM *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__21LO__: {
      li__T0SS=li__I1DQ(((__li__21LO *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__TPOO__: {
      li__T0SS=li__F2DQ(((__li__TPOO *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__URRO__: {
      li__T0SS=li__DWJS(((__li__URRO *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__41XO__: {
      li__T0SS=li__H0DQ(((__li__41XO *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__AKBR__: {
      li__T0SS=li__HCES(((__li__AKBR *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__SU5R__: {
      li__T0SS=li__WWJS(((__li__SU5R *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    case __li__JV5R__: {
      li__T0SS=li__TXJS(((__li__JV5R *)((__li__WK *)li__QHJS)),li__WEVS);
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__T0SS) {
      li__VEVS=li__GHJS->li__KV5R.li__IVVI.li__0CC;
      li__00SS=li__DSB;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__00SS)->__id) {
      case __li__IF__: {
        li__XEVS=((__li__IF *)li__00SS)->li__J0C;
      } break;
      case __li__ORB__: {
        li__XEVS=((__li__ORB *)li__00SS)->li__PRB.li__J0C;
      } break;
      case __li__QRB__: {
        li__XEVS=((__li__QRB *)li__00SS)->li__RRB.li__J0C;
      } break;
      case __li__SRB__: {
        li__XEVS=((__li__SRB *)li__00SS)->li__TRB.li__J0C;
      } break;
      case __li__URB__: {
        li__XEVS=((__li__URB *)li__00SS)->li__VRB.li__J0C;
      } break;
      case __li__GSZ__: {
        li__XEVS=((__li__GSZ *)li__00SS)->li__HSZ.li__J0C;
      } break;
      case __li__1RRF__: {
        li__XEVS=((__li__1RRF *)li__00SS)->li__2RRF.li__J0C;
      } break;
      case __li__UJSH__: {
        li__XEVS=((__li__UJSH *)li__00SS)->li__WJSH.li__J0C;
      } break;
      };
      li__4X3U=li__5QND();
      li__DY3U=((__li__KVBD *)li__4X3U);
      li__DY3U->li__LVBD.li__0K.li__0CC=li__VEVS;
      li__FY3U=li__NNSE(((__li__5RB *)li__XEVS));
      li__DY3U->li__LVBD.li__WZLE=li__FY3U;
      li__MEVS=li__4X3U;
      li__00SS=li__GHJS->li__KV5R.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__00SS)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__00SS));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__00SS));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__00SS));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__00SS));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__00SS));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__00SS));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__00SS));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__00SS));
      } break;
      case __li__KLWI__: {
        li__XY3U=((__li__KMFK *)((__li__KLWI *)li__00SS)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__XY3U->li__3RFK),li__XY3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__00SS));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__00SS));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__00SS));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__00SS));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__00SS));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__00SS));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__00SS));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__00SS));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__00SS));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__00SS));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__XY3U=((__li__KMFK *)li__00SS);
        li__HXPN(((__li__VTBD *)li__XY3U->li__3RFK),li__XY3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__00SS));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__00SS));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__00SS));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__00SS));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__00SS));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__00SS));
      } break;
      case __li__TPOO__: {
        li__ZY3U=((__li__TPOO *)li__00SS);
        li__IZFQ(((__li__DZB *)li__ZY3U->li__5IXO),li__ZY3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__00SS));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__00SS));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__00SS));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__00SS));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__00SS));
      } break;
      };
      li__00SS=li__GHJS->li__KV5R.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__00SS)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__00SS));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__00SS));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__00SS));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__00SS));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__00SS));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__00SS));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__00SS));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__00SS));
      } break;
      case __li__KLWI__: {
        li__XY3U=((__li__KMFK *)((__li__KLWI *)li__00SS)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__XY3U->li__3RFK),li__XY3U);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__00SS));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__00SS));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__00SS));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__00SS));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__00SS));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__00SS));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__00SS));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__00SS));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__00SS));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__00SS));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__XY3U=((__li__KMFK *)li__00SS);
        li__HXPN(((__li__VTBD *)li__XY3U->li__3RFK),li__XY3U);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__00SS));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__00SS));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__00SS));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__00SS));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__00SS));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__00SS));
      } break;
      case __li__TPOO__: {
        li__ZY3U=((__li__TPOO *)li__00SS);
        li__IZFQ(((__li__DZB *)li__ZY3U->li__5IXO),li__ZY3U);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__00SS));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__00SS));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__00SS));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__00SS));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__00SS));
      } break;
      };
    };
    li__PHJS=li__MEVS;
    /* __li__B__ __li__I__ */
if ((((void *)li__MEVS == (void *)NULL) && ((void *)li__VHJS != (void *)NULL))) {
      li__PHJS=NULL;
    };
    /* __li__B__ __li__I__ */
if ((((void *)li__PHJS == (void *)NULL) && ((void *)li__YHJS != (void *)NULL))) {
      li__PHJS=NULL;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__PHJS == (void *)NULL)) {
    li__PHJS=li__GHJS;
  } else /* FALSE */ {
    li__VEVS=li__GHJS->li__KV5R.li__IVVI.li__0CC;
    /* NULL __li__KVBD__ __li__JV5R__ */
if (((struct ___OBJ *)li__PHJS)->__id==__li__KVBD__) {
      ((__li__KVBD *)((__li__JV5R *)li__PHJS))->li__LVBD.li__0K.li__0CC=li__VEVS;
    } else /* EXPR_INF_EQ */ {
      ((__li__JV5R *)li__PHJS)->li__KV5R.li__IVVI.li__0CC=li__VEVS;
    };
    li__MWBD=(__li__K)(li__MWBD +  1);
  };
  li__HHJS=li__PHJS;
  return(li__HHJS);
}

static void li__ZT5L(__li__DZB *li__0T5L,void *li__1T5L)
/* (Strict SLOT_DATA{li__DZB},WRITE{li__5LKJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__5Y3U;
  __li__K li__CW5L;
  __li__C li__LXRU,li__NXRU;
  /* __li__B__ __li__I__ */
if ((! ((__li__5LKJ *)li__1T5L)->li__AMKJ.li__JOGK)) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  /* __li__B__ __li__I__ */
if (((__li__5LKJ *)li__1T5L)->li__AMKJ.li__1Z4L) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  ((__li__5LKJ *)li__1T5L)->li__AMKJ.li__1Z4L=li__B__;
  li__T0FM(li__0T5L,li__1T5L);
  /* __li__B__ __li__I__ */
if (((void *)li__0T5L->li__GZB.li__XRSH == (void *)li__1T5L)) {
    /* __li__B__ __li__I__ */
if (((void *)li__0T5L->li__GZB.li__BYEJ != (void *)NULL)) {
      li__5Y3U=((void **)(*(((__li__SZEC *)li__0T5L->li__GZB.li__BYEJ))).li__F0EK)[ 0];
      li__0T5L->li__GZB.li__XRSH=li__5Y3U;
      li__HFDN(((__li__SZEC *)li__0T5L->li__GZB.li__BYEJ));
      li__LXRU=((*(((__li__SZEC *)li__0T5L->li__GZB.li__BYEJ))).li__J0EK <  0);
      /* __li__B__ __li__I__ */
if (li__LXRU) {
        li__0T5L->li__GZB.li__BYEJ=NULL;
      };
    } else /* FALSE */ {
      li__0T5L->li__GZB.li__XRSH=NULL;
    };
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__0T5L->li__GZB.li__BYEJ == (void *)NULL)) {
      li__KBG(((__li__U *)li__0T5L->li__GZB.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_680));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__CW5L=li__SHUM(((__li__SZEC *)li__0T5L->li__GZB.li__BYEJ),li__1T5L);
    /* __li__B__ __li__I__ */
if ((li__CW5L > (*(li__0T5L->li__GZB.li__BYEJ)).li__J0EK)) {
      li__KBG(((__li__U *)li__0T5L->li__GZB.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_681));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__RJUM(((__li__SZEC *)li__0T5L->li__GZB.li__BYEJ),li__CW5L);
    li__NXRU=((*(((__li__SZEC *)li__0T5L->li__GZB.li__BYEJ))).li__J0EK <  0);
    /* __li__B__ __li__I__ */
if (li__NXRU) {
      li__0T5L->li__GZB.li__BYEJ=NULL;
    };
  };
}

static __li__KI* li__UGQP(__li__LHBK *li__VGQP)
/* (Strict CALL_SLOT{li__LHBK}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__XGQP;
  __li__KI *li__YGQP,*li__WGQP;
  li__XGQP=li__VGQP->li__KSPK;
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__XGQP)->__id==__li__1M__) {
    li__YGQP=((__li__1M *)li__XGQP)->li__2M.li__1ZOI;
  } else /* PROFIL_BLOCK */ {
    li__YGQP=((__li__UJSH *)li__XGQP)->li__VJSH.li__1ZOI;
  };
  li__WGQP=li__YGQP;
  return(li__WGQP);
}

static __li__K li__OVOP(__li__QWEO *li__PVOP)
/* (Expanded SLIM_ARRAY(RESULT){li__QWEO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__RVOP,li__H0PP,li__QVOP;
  __li__C li__0VOP;
  __li__AB li__BWOP;
  __li__AB li__IWOP;
  li__RVOP= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__PVOP->li__2KPO == (void *)NULL)) {
    li__RVOP=(__li__K)(-  1);
    li__0VOP=li__B__;
  } else /* FALSE */ {
    li__0VOP=li__I__;
  };
  li__BWOP.self=li__PVOP;
  li__IWOP.self=li__PVOP;
  /* __li__B__ __li__I__ */
if ((! li__0VOP)) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__QWEO *)li__BWOP.self)->li__RLPO != (void *)NULL)) {
      li__H0PP=(__li__K)((*(((__li__ILPO *)((__li__QWEO *)li__IWOP.self)->li__RLPO))).li__G2MP +  1);
      li__RVOP=li__H0PP;
    };
  };
  li__QVOP=li__RVOP;
  return(li__QVOP);
}

static __li__OWEO* li__LV0P(__li__QWEO *li__MV0P,__li__K li__NV0P)
/* (Expanded SLIM_ARRAY(RESULT){li__QWEO},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__OWEO *li__PV0P,*li__OV0P;
  __li__C li__QV0P;
  __li__AB li__WV0P;
  __li__AB li__5V0P;
  li__PV0P=NULL;
  li__QV0P=(li__NV0P ==  0);
  li__WV0P.self=li__MV0P;
  li__5V0P.self=li__MV0P;
  /* __li__B__ __li__I__ */
if (li__QV0P) {
    li__PV0P=((__li__QWEO *)li__WV0P.self)->li__2KPO;
  } else /* FALSE */ {
    li__PV0P=((void **)(*(((__li__ILPO *)((__li__QWEO *)li__5V0P.self)->li__RLPO))).li__G3MP)[(__li__K)(li__NV0P -  1)];
  };
  li__OV0P=li__PV0P;
  return(li__OV0P);
}

static void li__KE5P(void *li__ME5P)
/* (PROFIL{li__1Mxli__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XE5P,li__AF5P;
  /* __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__ME5P)->__id==__li__1M__) {
    li__XE5P=((__li__1M *)li__ME5P)->li__2M.li__DMYK;
  } else /* PROFIL_BLOCK */ {
    li__XE5P=((__li__UJSH *)li__ME5P)->li__VJSH.li__DMYK;
  };
  /* __li__B__ __li__I__ */
if ((li__XE5P < li__1UUD)) {
    li__AF5P=(__li__K)(li__1UUD -  1);
    li__1UUD=li__AF5P;
    /* __li__B__ __li__I__ */
if ((li__XE5P < li__AF5P)) {
      /* __li__B__ __li__I__ */
if ((li__XE5P > li__PDDE)) {
        li__OOAQ(li__XE5P,li__AF5P);
      } else /* FALSE */ {
        li__OOAQ(li__XE5P,li__PDDE);
        li__OOAQ(li__PDDE,li__1UUD);
        li__PDDE=(__li__K)(li__PDDE -  1);
      };
    };
  };
}

static void li__OOAQ(__li__K li__QOAQ,__li__K li__ROAQ)
/* (Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__TOAQ,*li__AETL;
  __li__XL *li__NDTL;
  li__TOAQ=((void **)(*(((__li__XL *)li__AM))).li__SO0)[li__ROAQ];
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__TOAQ)->__id==__li__1M__) {
    ((__li__1M *)li__TOAQ)->li__2M.li__DMYK=li__QOAQ;
  } else /* PROFIL_BLOCK */ {
    ((__li__UJSH *)((__li__1M *)li__TOAQ))->li__VJSH.li__DMYK=li__QOAQ;
  };
  li__TOAQ=((void **)(*(((__li__XL *)li__AM))).li__SO0)[li__QOAQ];
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__TOAQ)->__id==__li__1M__) {
    ((__li__1M *)li__TOAQ)->li__2M.li__DMYK=li__ROAQ;
  } else /* PROFIL_BLOCK */ {
    ((__li__UJSH *)((__li__1M *)li__TOAQ))->li__VJSH.li__DMYK=li__ROAQ;
  };
  li__NDTL=((__li__XL *)li__AM);
  li__TOAQ=((void **)(*(li__NDTL)).li__SO0)[li__QOAQ];
  li__AETL=((void **)(*(li__NDTL)).li__SO0)[li__ROAQ];
  ((void **)(*(li__NDTL)).li__SO0)[li__QOAQ]=li__AETL;
  ((void **)(*(li__NDTL)).li__SO0)[li__ROAQ]=li__TOAQ;
}

static void li__PW1Q(__li__1M *li__QW1Q,void *li__RW1Q)
/* (Strict PROFIL_SLOT{li__1M},CALL_SLOT{li__LHBK}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if (((void *)((__li__LHBK *)li__RW1Q)->li__SIWO != (void *)NULL)) {
    li__QW1Q->li__2M.li__AH0L=(__li__K)(li__QW1Q->li__2M.li__AH0L -  1);
  } else /* FALSE */ {
    li__QW1Q->li__2M.li__LJBK=(__li__K)(li__QW1Q->li__2M.li__LJBK -  1);
  };
}

static void li__PTOP(__li__UJSH *li__QTOP,void *li__RTOP)
/* (Strict PROFIL_BLOCK{li__UJSH},CALL_SLOT{li__LHBK}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if (((void *)((__li__LHBK *)li__RTOP)->li__SIWO != (void *)NULL)) {
    li__QTOP->li__VJSH.li__AH0L=(__li__K)(li__QTOP->li__VJSH.li__AH0L -  1);
  } else /* FALSE */ {
    li__QTOP->li__VJSH.li__LJBK=(__li__K)(li__QTOP->li__VJSH.li__LJBK -  1);
  };
}

static __li__KI* li__BIIQ(__li__KI *li__CIIQ)
/* (Strict LIST{li__KI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__KI *li__GIIQ,*li__I4OR,*li__5MXQ,*li__RE4U,*li__DIIQ;
  __li__K li__JIIQ,li__2YLQ,li__PNPU,li__DMYQ,li__RNPU,li__GE4U;
  __li__K li__D1ZG;
  void *li__QIIQ,*li__RIIQ;
  __li__WK *li__OZ3U,*li__XZ3U,*li__D53U,*li__4B4U;
  __li__KVBD *li__CWLV,*li__GWLV,*li__KWLV,*li__OWLV,*li__SXLV,*li__WXLV;
  __li__KVBD *li__CYLV,*li__GYLV;
  __li__PO li__DWLV,li__LWLV,li__TKXQ,li__TXLV,li__OX0Q,li__DYLV;
  __li__5RB *li__EWLV,*li__HWLV,*li__MWLV,*li__PWLV,*li__UXLV,*li__XXLV;
  __li__5RB *li__YA4U,*li__HYLV;
  __li__WVBD *li__QZ3U,*li__RZ3U,*li__ZZ3U,*li__0Z3U,*li__F53U,*li__G53U;
  __li__WVBD *li__AC4U,*li__BC4U;
  __li__IYBD *li__1GXQ,*li__THXQ,*li__HNXQ;
  __li__5QPK *li__D4OR;
  void *li__G4OR;
  void *li__VHXQ,*li__5IXQ,*li__VKXQ,*li__WKXQ,*li__T23Q,*li__RX0Q;
  void *li__SX0Q;
  __li__KLWI *li__2Z3U,*li__E23U,*li__I53U,*li__DC4U;
  __li__KMFK *li__4Z3U,*li__G23U,*li__K53U,*li__FC4U;
  __li__ULWI *li__B03U,*li__C03U,*li__J23U,*li__K23U,*li__N53U,*li__O53U;
  __li__ULWI *li__IC4U,*li__JC4U;
  __li__MSWI *li__E03U,*li__F03U,*li__M23U,*li__N23U,*li__Q53U,*li__R53U;
  __li__MSWI *li__LC4U,*li__MC4U;
  __li__MZWI *li__H03U,*li__I03U,*li__P23U,*li__Q23U,*li__T53U,*li__U53U;
  __li__MZWI *li__OC4U,*li__PC4U;
  __li__C0WI *li__K03U,*li__L03U,*li__S23U,*li__T23U,*li__W53U,*li__X53U;
  __li__C0WI *li__RC4U,*li__SC4U;
  __li__M1WI *li__N03U,*li__O03U,*li__V23U,*li__W23U,*li__Z53U,*li__053U;
  __li__M1WI *li__UC4U,*li__VC4U;
  __li__ODID *li__ZHXQ,*li__MENU;
  __li__RLKJ *li__JIXQ,*li__TIXQ;
  __li__5LKJ *li__WIXQ,*li__DJXQ;
  __li__DZB *li__2IXQ,*li__O13Q,*li__D00Q;
  __li__LHBK *li__OJXQ,*li__UJXQ;
  __li__OWEO *li__TJXQ,*li__WLXQ,*li__CMXQ,*li__4W0Q;
  void *li__RKXQ,*li__UX0Q,*li__DY0Q;
  void *li__SKXQ,*li__MX0Q;
  __li__SQNE *li__F33Q;
  __li__TQNE *li__R33Q;
  void *li__FX0Q;
  __li__VTBD *li__R00Q,*li__M10Q;
  __li__DFNL *li__W00Q,*li__400Q,*li__N10Q;
  __li__3I3L *li__XMXQ,*li__ENXQ,*li__IMZR;
  __li__U *li__CNXQ;
  __li__EDHP *li__5NXQ,*li__RDZR;
  __li__BC *li__QE4U;
  __li__CJ1P *li__0P3Q,*li__AQ3Q;
  __li__EN1P *li__DQ3Q,*li__GQ3Q;
  __li__BRPK *li__CHXQ;
  __li__SZEC *li__YJXQ,*li__H23Q;
  __li__C li__423Q,li__A10Q;
  __li__QWEO *li__GLXQ,*li__JU0Q,*li__VU0Q,*li__1U0Q;
  __li__AB li__RU0Q;
  __li__AB li__AV0Q;
  __li__AB li__3U0Q;
  __li__ILPO *li__2U0Q;
  __li__TOLE *li__2D4U,*li__KE4U,*li__B1ZG;
  li__GIIQ=li__R4HD(li__CIIQ->li__NI.li__0CC);
  li__JIIQ=(__li__K)((*(li__CIIQ->li__2OLE)).li__FPYE +  1);
  li__2YLQ= 1;
  while ((li__2YLQ <= li__JIIQ)) {
    li__QIIQ=((void **)(*(((__li__TOLE *)li__CIIQ->li__2OLE))).li__S3VG)[(__li__K)(li__2YLQ -  1)];
    /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QIIQ)->__id) {
    case __li__KI__: {
      li__RIIQ=li__BIIQ(((__li__KI *)li__QIIQ));
    } break;
    case __li__WK__: {
      li__OZ3U=li__PVEJ(((__li__WK *)li__QIIQ));
      li__RIIQ=li__OZ3U;
    } break;
    case __li__T0B__: {
      li__RIIQ=((__li__T0B *)li__QIIQ);
    } break;
    case __li__O3B__: {
      li__RIIQ=li__WNHP(((__li__O3B *)li__QIIQ));
    } break;
    case __li__AVBD__: {
      li__RIIQ=li__AE5L(((__li__AVBD *)li__QIIQ));
    } break;
    case __li__KVBD__: {
      li__CWLV=((__li__KVBD *)li__QIIQ);
      li__DWLV=li__CWLV->li__LVBD.li__0K.li__0CC;
      li__EWLV=li__CWLV->li__LVBD.li__WZLE;
      li__CWLV=li__5QND();
      li__GWLV=((__li__KVBD *)li__CWLV);
      li__GWLV->li__LVBD.li__0K.li__0CC=li__DWLV;
      li__HWLV=li__NNSE(((__li__5RB *)li__EWLV));
      li__GWLV->li__LVBD.li__WZLE=li__HWLV;
      li__RIIQ=li__CWLV;
    } break;
    case __li__WVBD__: {
      li__QZ3U=((__li__WVBD *)li__QIIQ);
      li__RZ3U=li__VEID(li__QZ3U->li__XVBD.li__0K.li__0CC,li__QZ3U->li__2ZLE,li__QZ3U->li__XVBD.li__WZLE);
      li__RIIQ=li__RZ3U;
    } break;
    case __li__IYBD__: {
      li__1GXQ=((__li__IYBD *)li__QIIQ);
      li__PNPU=(__li__K)((*(((__li__BRPK *)li__1GXQ->li__KRPK))).li__QRPK +  1);
      li__CHXQ=li__FLZO(li__PNPU);
      li__PNPU=(*(li__1GXQ->li__KRPK)).li__QRPK;
      li__DMYQ= 0;
      while ((li__DMYQ <= li__PNPU)) {
        li__D4OR=((__li__5QPK *)((void **)(*(((__li__BRPK *)li__1GXQ->li__KRPK))).li__HGEQ)[li__DMYQ]);
        li__G4OR=li__D4OR->li__F2DM;
        li__I4OR=li__BIIQ(((__li__KI *)li__D4OR->li__0RPK));
        li__D4OR=li__45QO(li__G4OR,li__I4OR);
        li__WOFQ(((__li__BRPK *)li__CHXQ),li__D4OR);
        li__DMYQ=(__li__K)(li__DMYQ +  1);
      };
      li__THXQ=li__1UPO(li__1GXQ);
      li__G4OR=li__1GXQ->li__ZHRO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__G4OR)->__id) {
      case __li__WK__: {
        li__XZ3U=li__PVEJ(((__li__WK *)li__G4OR));
        li__VHXQ=li__XZ3U;
      } break;
      case __li__AVBD__: {
        li__VHXQ=li__AE5L(((__li__AVBD *)li__G4OR));
      } break;
      case __li__KVBD__: {
        li__KWLV=((__li__KVBD *)li__G4OR);
        li__LWLV=li__KWLV->li__LVBD.li__0K.li__0CC;
        li__MWLV=li__KWLV->li__LVBD.li__WZLE;
        li__KWLV=li__5QND();
        li__OWLV=((__li__KVBD *)li__KWLV);
        li__OWLV->li__LVBD.li__0K.li__0CC=li__LWLV;
        li__PWLV=li__NNSE(((__li__5RB *)li__MWLV));
        li__OWLV->li__LVBD.li__WZLE=li__PWLV;
        li__VHXQ=li__KWLV;
      } break;
      case __li__WVBD__: {
        li__ZZ3U=((__li__WVBD *)li__G4OR);
        li__0Z3U=li__VEID(li__ZZ3U->li__XVBD.li__0K.li__0CC,li__ZZ3U->li__2ZLE,li__ZZ3U->li__XVBD.li__WZLE);
        li__VHXQ=li__0Z3U;
      } break;
      case __li__Z4WH__: {
        li__VHXQ=li__XEVK(((__li__Z4WH *)li__G4OR));
      } break;
      case __li__KTVI__: {
        li__VHXQ=li__XF5L(((__li__KTVI *)li__G4OR));
      } break;
      case __li__LTVI__: {
        li__VHXQ=li__SDGM(((__li__LTVI *)li__G4OR));
      } break;
      case __li__XTVI__: {
        li__VHXQ=li__DG5L(((__li__XTVI *)li__G4OR));
      } break;
      case __li__YTVI__: {
        li__VHXQ=li__4DGM(((__li__YTVI *)li__G4OR));
      } break;
      case __li__S2VI__: {
        li__VHXQ=li__OG5L(((__li__S2VI *)li__G4OR));
      } break;
      case __li__E3VI__: {
        li__VHXQ=li__ZG5L(((__li__E3VI *)li__G4OR));
      } break;
      case __li__KLWI__: {
        li__2Z3U=((__li__KLWI *)li__G4OR);
        li__LWLV=li__2Z3U->li__LLWI.li__0CC;
        li__4Z3U=li__G3CM(((__li__KMFK *)li__2Z3U->li__ZPBK));
        li__2Z3U=li__PNSJ(li__LWLV,li__4Z3U);
        li__VHXQ=li__2Z3U;
      } break;
      case __li__ULWI__: {
        li__B03U=((__li__ULWI *)li__G4OR);
        li__C03U=li__AOSJ(li__B03U->li__VLWI.li__0CC,li__B03U->li__4PBK);
        li__VHXQ=li__C03U;
      } break;
      case __li__NMWI__: {
        li__VHXQ=li__SH5L(((__li__NMWI *)li__G4OR));
      } break;
      case __li__BNWI__: {
        li__VHXQ=li__3H5L(((__li__BNWI *)li__G4OR));
      } break;
      case __li__XNWI__: {
        li__VHXQ=li__II5L(((__li__XNWI *)li__G4OR));
      } break;
      case __li__LOWI__: {
        li__VHXQ=li__TI5L(((__li__LOWI *)li__G4OR));
      } break;
      case __li__5OWI__: {
        li__VHXQ=li__4I5L(((__li__5OWI *)li__G4OR));
      } break;
      case __li__TPWI__: {
        li__VHXQ=li__JJ5L(((__li__TPWI *)li__G4OR));
      } break;
      case __li__HQWI__: {
        li__VHXQ=li__UJ5L(((__li__HQWI *)li__G4OR));
      } break;
      case __li__ARWI__: {
        li__VHXQ=li__5J5L(((__li__ARWI *)li__G4OR));
      } break;
      case __li__URWI__: {
        li__VHXQ=li__NK5L(((__li__URWI *)li__G4OR));
      } break;
      case __li__MSWI__: {
        li__E03U=((__li__MSWI *)li__G4OR);
        li__F03U=li__YXSJ(li__E03U->li__NSWI.li__0CC,li__E03U->li__ISBK);
        li__VHXQ=li__F03U;
      } break;
      case __li__ETWI__: {
        li__VHXQ=li__4K5L(((__li__ETWI *)li__G4OR));
      } break;
      case __li__MZWI__: {
        li__H03U=((__li__MZWI *)li__G4OR);
        li__I03U=li__4U4I(li__H03U->li__NZWI.li__0K.li__0CC,li__H03U->li__3SBK,li__H03U->li__NZWI.li__WZLE);
        li__VHXQ=li__I03U;
      } break;
      case __li__C0WI__: {
        li__K03U=((__li__C0WI *)li__G4OR);
        li__L03U=li__ZV4I(li__K03U->li__D0WI.li__0K.li__0CC,li__K03U->li__CTBK);
        li__VHXQ=li__L03U;
      } break;
      case __li__M1WI__: {
        li__N03U=((__li__M1WI *)li__G4OR);
        li__O03U=li__1Z4I(li__N03U->li__N1WI.li__0K.li__0CC,li__N03U->li__UTFK);
        li__VHXQ=li__O03U;
      } break;
      case __li__KMFK__: {
        li__VHXQ=li__G3CM(((__li__KMFK *)li__G4OR));
      } break;
      case __li__XOHL__: {
        li__VHXQ=li__AAPN(((__li__XOHL *)li__G4OR));
      } break;
      case __li__FPHL__: {
        li__VHXQ=li__2EGM(((__li__FPHL *)li__G4OR));
      } break;
      case __li__APLM__: {
        li__VHXQ=li__XRDQ(((__li__APLM *)li__G4OR));
      } break;
      case __li__DTNM__: {
        li__VHXQ=li__D5SO(((__li__DTNM *)li__G4OR));
      } break;
      case __li__JXNM__: {
        li__VHXQ=li__153R(((__li__JXNM *)li__G4OR));
      } break;
      case __li__21LO__: {
        li__VHXQ=li__2KLP(((__li__21LO *)li__G4OR));
      } break;
      case __li__TPOO__: {
        li__VHXQ=li__JLLP(((__li__TPOO *)li__G4OR));
      } break;
      case __li__URRO__: {
        li__VHXQ=li__KM4R(((__li__URRO *)li__G4OR));
      } break;
      case __li__41XO__: {
        li__VHXQ=li__CSDQ(((__li__41XO *)li__G4OR));
      } break;
      case __li__AKBR__: {
        li__VHXQ=li__L2DS(((__li__AKBR *)li__G4OR));
      } break;
      case __li__SU5R__: {
        li__VHXQ=li__EQJS(((__li__SU5R *)li__G4OR));
      } break;
      case __li__JV5R__: {
        li__VHXQ=li__PQJS(((__li__JV5R *)li__G4OR));
      } break;
      };
      li__1GXQ=((__li__IYBD *)li__THXQ);
      li__1GXQ->li__ZHRO=li__VHXQ;
      li__1GXQ->li__KRPK=li__CHXQ;
      li__RIIQ=li__THXQ;
    } break;
    case __li__ODID__: {
      li__ZHXQ=((__li__ODID *)li__QIIQ);
      li__G4OR=li__ZHXQ->li__PDID.li__PPME;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__G4OR)->__id) {
      case __li__WK__: {
        li__XZ3U=li__PVEJ(((__li__WK *)li__G4OR));
        li__VHXQ=li__XZ3U;
      } break;
      case __li__AVBD__: {
        li__VHXQ=li__AE5L(((__li__AVBD *)li__G4OR));
      } break;
      case __li__KVBD__: {
        li__KWLV=((__li__KVBD *)li__G4OR);
        li__LWLV=li__KWLV->li__LVBD.li__0K.li__0CC;
        li__MWLV=li__KWLV->li__LVBD.li__WZLE;
        li__KWLV=li__5QND();
        li__OWLV=((__li__KVBD *)li__KWLV);
        li__OWLV->li__LVBD.li__0K.li__0CC=li__LWLV;
        li__PWLV=li__NNSE(((__li__5RB *)li__MWLV));
        li__OWLV->li__LVBD.li__WZLE=li__PWLV;
        li__VHXQ=li__KWLV;
      } break;
      case __li__WVBD__: {
        li__ZZ3U=((__li__WVBD *)li__G4OR);
        li__0Z3U=li__VEID(li__ZZ3U->li__XVBD.li__0K.li__0CC,li__ZZ3U->li__2ZLE,li__ZZ3U->li__XVBD.li__WZLE);
        li__VHXQ=li__0Z3U;
      } break;
      case __li__Z4WH__: {
        li__VHXQ=li__XEVK(((__li__Z4WH *)li__G4OR));
      } break;
      case __li__KTVI__: {
        li__VHXQ=li__XF5L(((__li__KTVI *)li__G4OR));
      } break;
      case __li__LTVI__: {
        li__VHXQ=li__SDGM(((__li__LTVI *)li__G4OR));
      } break;
      case __li__XTVI__: {
        li__VHXQ=li__DG5L(((__li__XTVI *)li__G4OR));
      } break;
      case __li__YTVI__: {
        li__VHXQ=li__4DGM(((__li__YTVI *)li__G4OR));
      } break;
      case __li__S2VI__: {
        li__VHXQ=li__OG5L(((__li__S2VI *)li__G4OR));
      } break;
      case __li__E3VI__: {
        li__VHXQ=li__ZG5L(((__li__E3VI *)li__G4OR));
      } break;
      case __li__KLWI__: {
        li__2Z3U=((__li__KLWI *)li__G4OR);
        li__LWLV=li__2Z3U->li__LLWI.li__0CC;
        li__4Z3U=li__G3CM(((__li__KMFK *)li__2Z3U->li__ZPBK));
        li__2Z3U=li__PNSJ(li__LWLV,li__4Z3U);
        li__VHXQ=li__2Z3U;
      } break;
      case __li__ULWI__: {
        li__B03U=((__li__ULWI *)li__G4OR);
        li__C03U=li__AOSJ(li__B03U->li__VLWI.li__0CC,li__B03U->li__4PBK);
        li__VHXQ=li__C03U;
      } break;
      case __li__NMWI__: {
        li__VHXQ=li__SH5L(((__li__NMWI *)li__G4OR));
      } break;
      case __li__BNWI__: {
        li__VHXQ=li__3H5L(((__li__BNWI *)li__G4OR));
      } break;
      case __li__XNWI__: {
        li__VHXQ=li__II5L(((__li__XNWI *)li__G4OR));
      } break;
      case __li__LOWI__: {
        li__VHXQ=li__TI5L(((__li__LOWI *)li__G4OR));
      } break;
      case __li__5OWI__: {
        li__VHXQ=li__4I5L(((__li__5OWI *)li__G4OR));
      } break;
      case __li__TPWI__: {
        li__VHXQ=li__JJ5L(((__li__TPWI *)li__G4OR));
      } break;
      case __li__HQWI__: {
        li__VHXQ=li__UJ5L(((__li__HQWI *)li__G4OR));
      } break;
      case __li__ARWI__: {
        li__VHXQ=li__5J5L(((__li__ARWI *)li__G4OR));
      } break;
      case __li__URWI__: {
        li__VHXQ=li__NK5L(((__li__URWI *)li__G4OR));
      } break;
      case __li__MSWI__: {
        li__E03U=((__li__MSWI *)li__G4OR);
        li__F03U=li__YXSJ(li__E03U->li__NSWI.li__0CC,li__E03U->li__ISBK);
        li__VHXQ=li__F03U;
      } break;
      case __li__ETWI__: {
        li__VHXQ=li__4K5L(((__li__ETWI *)li__G4OR));
      } break;
      case __li__MZWI__: {
        li__H03U=((__li__MZWI *)li__G4OR);
        li__I03U=li__4U4I(li__H03U->li__NZWI.li__0K.li__0CC,li__H03U->li__3SBK,li__H03U->li__NZWI.li__WZLE);
        li__VHXQ=li__I03U;
      } break;
      case __li__C0WI__: {
        li__K03U=((__li__C0WI *)li__G4OR);
        li__L03U=li__ZV4I(li__K03U->li__D0WI.li__0K.li__0CC,li__K03U->li__CTBK);
        li__VHXQ=li__L03U;
      } break;
      case __li__M1WI__: {
        li__N03U=((__li__M1WI *)li__G4OR);
        li__O03U=li__1Z4I(li__N03U->li__N1WI.li__0K.li__0CC,li__N03U->li__UTFK);
        li__VHXQ=li__O03U;
      } break;
      case __li__KMFK__: {
        li__VHXQ=li__G3CM(((__li__KMFK *)li__G4OR));
      } break;
      case __li__XOHL__: {
        li__VHXQ=li__AAPN(((__li__XOHL *)li__G4OR));
      } break;
      case __li__FPHL__: {
        li__VHXQ=li__2EGM(((__li__FPHL *)li__G4OR));
      } break;
      case __li__APLM__: {
        li__VHXQ=li__XRDQ(((__li__APLM *)li__G4OR));
      } break;
      case __li__DTNM__: {
        li__VHXQ=li__D5SO(((__li__DTNM *)li__G4OR));
      } break;
      case __li__JXNM__: {
        li__VHXQ=li__153R(((__li__JXNM *)li__G4OR));
      } break;
      case __li__21LO__: {
        li__VHXQ=li__2KLP(((__li__21LO *)li__G4OR));
      } break;
      case __li__TPOO__: {
        li__VHXQ=li__JLLP(((__li__TPOO *)li__G4OR));
      } break;
      case __li__URRO__: {
        li__VHXQ=li__KM4R(((__li__URRO *)li__G4OR));
      } break;
      case __li__41XO__: {
        li__VHXQ=li__CSDQ(((__li__41XO *)li__G4OR));
      } break;
      case __li__AKBR__: {
        li__VHXQ=li__L2DS(((__li__AKBR *)li__G4OR));
      } break;
      case __li__SU5R__: {
        li__VHXQ=li__EQJS(((__li__SU5R *)li__G4OR));
      } break;
      case __li__JV5R__: {
        li__VHXQ=li__PQJS(((__li__JV5R *)li__G4OR));
      } break;
      };
      li__G4OR=li__ZHXQ->li__PDID.li__QPME;
      li__ZHXQ=li__PQUD();
      li__MENU=((__li__ODID *)li__ZHXQ);
      li__MENU->li__PDID.li__PPME=li__VHXQ;
      li__MENU->li__PDID.li__QPME=li__G4OR;
      li__RP=(__li__K)(li__RP +  1);
      li__OBPP(((__li__ZDID *)li__BEID),li__ZHXQ);
      li__RIIQ=li__ZHXQ;
    } break;
    case __li__OWRE__: {
      li__RIIQ=((__li__OWRE *)li__QIIQ);
    } break;
    case __li__Z4WH__: {
      li__RIIQ=li__XEVK(((__li__Z4WH *)li__QIIQ));
    } break;
    case __li__KTVI__: {
      li__RIIQ=li__XF5L(((__li__KTVI *)li__QIIQ));
    } break;
    case __li__LTVI__: {
      li__RIIQ=li__SDGM(((__li__LTVI *)li__QIIQ));
    } break;
    case __li__XTVI__: {
      li__RIIQ=li__DG5L(((__li__XTVI *)li__QIIQ));
    } break;
    case __li__YTVI__: {
      li__RIIQ=li__4DGM(((__li__YTVI *)li__QIIQ));
    } break;
    case __li__S2VI__: {
      li__RIIQ=li__OG5L(((__li__S2VI *)li__QIIQ));
    } break;
    case __li__E3VI__: {
      li__RIIQ=li__ZG5L(((__li__E3VI *)li__QIIQ));
    } break;
    case __li__KLWI__: {
      li__2Z3U=((__li__KLWI *)li__QIIQ);
      li__DWLV=li__2Z3U->li__LLWI.li__0CC;
      li__4Z3U=li__G3CM(((__li__KMFK *)li__2Z3U->li__ZPBK));
      li__2Z3U=li__PNSJ(li__DWLV,li__4Z3U);
      li__RIIQ=li__2Z3U;
    } break;
    case __li__ULWI__: {
      li__B03U=((__li__ULWI *)li__QIIQ);
      li__C03U=li__AOSJ(li__B03U->li__VLWI.li__0CC,li__B03U->li__4PBK);
      li__RIIQ=li__C03U;
    } break;
    case __li__NMWI__: {
      li__RIIQ=li__SH5L(((__li__NMWI *)li__QIIQ));
    } break;
    case __li__BNWI__: {
      li__RIIQ=li__3H5L(((__li__BNWI *)li__QIIQ));
    } break;
    case __li__XNWI__: {
      li__RIIQ=li__II5L(((__li__XNWI *)li__QIIQ));
    } break;
    case __li__LOWI__: {
      li__RIIQ=li__TI5L(((__li__LOWI *)li__QIIQ));
    } break;
    case __li__5OWI__: {
      li__RIIQ=li__4I5L(((__li__5OWI *)li__QIIQ));
    } break;
    case __li__TPWI__: {
      li__RIIQ=li__JJ5L(((__li__TPWI *)li__QIIQ));
    } break;
    case __li__HQWI__: {
      li__RIIQ=li__UJ5L(((__li__HQWI *)li__QIIQ));
    } break;
    case __li__ARWI__: {
      li__RIIQ=li__5J5L(((__li__ARWI *)li__QIIQ));
    } break;
    case __li__URWI__: {
      li__RIIQ=li__NK5L(((__li__URWI *)li__QIIQ));
    } break;
    case __li__MSWI__: {
      li__E03U=((__li__MSWI *)li__QIIQ);
      li__F03U=li__YXSJ(li__E03U->li__NSWI.li__0CC,li__E03U->li__ISBK);
      li__RIIQ=li__F03U;
    } break;
    case __li__ETWI__: {
      li__RIIQ=li__4K5L(((__li__ETWI *)li__QIIQ));
    } break;
    case __li__MZWI__: {
      li__H03U=((__li__MZWI *)li__QIIQ);
      li__I03U=li__4U4I(li__H03U->li__NZWI.li__0K.li__0CC,li__H03U->li__3SBK,li__H03U->li__NZWI.li__WZLE);
      li__RIIQ=li__I03U;
    } break;
    case __li__C0WI__: {
      li__K03U=((__li__C0WI *)li__QIIQ);
      li__L03U=li__ZV4I(li__K03U->li__D0WI.li__0K.li__0CC,li__K03U->li__CTBK);
      li__RIIQ=li__L03U;
    } break;
    case __li__M1WI__: {
      li__N03U=((__li__M1WI *)li__QIIQ);
      li__O03U=li__1Z4I(li__N03U->li__N1WI.li__0K.li__0CC,li__N03U->li__UTFK);
      li__RIIQ=li__O03U;
    } break;
    case __li__RLKJ__: {
      li__JIXQ=((__li__RLKJ *)li__QIIQ);
      li__G4OR=li__JIXQ->li__SLKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__G4OR)->__id) {
      case __li__WK__: {
        li__XZ3U=li__PVEJ(((__li__WK *)li__G4OR));
        li__VHXQ=li__XZ3U;
      } break;
      case __li__AVBD__: {
        li__VHXQ=li__AE5L(((__li__AVBD *)li__G4OR));
      } break;
      case __li__KVBD__: {
        li__KWLV=((__li__KVBD *)li__G4OR);
        li__LWLV=li__KWLV->li__LVBD.li__0K.li__0CC;
        li__MWLV=li__KWLV->li__LVBD.li__WZLE;
        li__KWLV=li__5QND();
        li__OWLV=((__li__KVBD *)li__KWLV);
        li__OWLV->li__LVBD.li__0K.li__0CC=li__LWLV;
        li__PWLV=li__NNSE(((__li__5RB *)li__MWLV));
        li__OWLV->li__LVBD.li__WZLE=li__PWLV;
        li__VHXQ=li__KWLV;
      } break;
      case __li__WVBD__: {
        li__ZZ3U=((__li__WVBD *)li__G4OR);
        li__0Z3U=li__VEID(li__ZZ3U->li__XVBD.li__0K.li__0CC,li__ZZ3U->li__2ZLE,li__ZZ3U->li__XVBD.li__WZLE);
        li__VHXQ=li__0Z3U;
      } break;
      case __li__Z4WH__: {
        li__VHXQ=li__XEVK(((__li__Z4WH *)li__G4OR));
      } break;
      case __li__KTVI__: {
        li__VHXQ=li__XF5L(((__li__KTVI *)li__G4OR));
      } break;
      case __li__LTVI__: {
        li__VHXQ=li__SDGM(((__li__LTVI *)li__G4OR));
      } break;
      case __li__XTVI__: {
        li__VHXQ=li__DG5L(((__li__XTVI *)li__G4OR));
      } break;
      case __li__YTVI__: {
        li__VHXQ=li__4DGM(((__li__YTVI *)li__G4OR));
      } break;
      case __li__S2VI__: {
        li__VHXQ=li__OG5L(((__li__S2VI *)li__G4OR));
      } break;
      case __li__E3VI__: {
        li__VHXQ=li__ZG5L(((__li__E3VI *)li__G4OR));
      } break;
      case __li__KLWI__: {
        li__E23U=((__li__KLWI *)li__G4OR);
        li__LWLV=li__E23U->li__LLWI.li__0CC;
        li__G23U=li__G3CM(((__li__KMFK *)li__E23U->li__ZPBK));
        li__E23U=li__PNSJ(li__LWLV,li__G23U);
        li__VHXQ=li__E23U;
      } break;
      case __li__ULWI__: {
        li__J23U=((__li__ULWI *)li__G4OR);
        li__K23U=li__AOSJ(li__J23U->li__VLWI.li__0CC,li__J23U->li__4PBK);
        li__VHXQ=li__K23U;
      } break;
      case __li__NMWI__: {
        li__VHXQ=li__SH5L(((__li__NMWI *)li__G4OR));
      } break;
      case __li__BNWI__: {
        li__VHXQ=li__3H5L(((__li__BNWI *)li__G4OR));
      } break;
      case __li__XNWI__: {
        li__VHXQ=li__II5L(((__li__XNWI *)li__G4OR));
      } break;
      case __li__LOWI__: {
        li__VHXQ=li__TI5L(((__li__LOWI *)li__G4OR));
      } break;
      case __li__5OWI__: {
        li__VHXQ=li__4I5L(((__li__5OWI *)li__G4OR));
      } break;
      case __li__TPWI__: {
        li__VHXQ=li__JJ5L(((__li__TPWI *)li__G4OR));
      } break;
      case __li__HQWI__: {
        li__VHXQ=li__UJ5L(((__li__HQWI *)li__G4OR));
      } break;
      case __li__ARWI__: {
        li__VHXQ=li__5J5L(((__li__ARWI *)li__G4OR));
      } break;
      case __li__URWI__: {
        li__VHXQ=li__NK5L(((__li__URWI *)li__G4OR));
      } break;
      case __li__MSWI__: {
        li__M23U=((__li__MSWI *)li__G4OR);
        li__N23U=li__YXSJ(li__M23U->li__NSWI.li__0CC,li__M23U->li__ISBK);
        li__VHXQ=li__N23U;
      } break;
      case __li__ETWI__: {
        li__VHXQ=li__4K5L(((__li__ETWI *)li__G4OR));
      } break;
      case __li__MZWI__: {
        li__P23U=((__li__MZWI *)li__G4OR);
        li__Q23U=li__4U4I(li__P23U->li__NZWI.li__0K.li__0CC,li__P23U->li__3SBK,li__P23U->li__NZWI.li__WZLE);
        li__VHXQ=li__Q23U;
      } break;
      case __li__C0WI__: {
        li__S23U=((__li__C0WI *)li__G4OR);
        li__T23U=li__ZV4I(li__S23U->li__D0WI.li__0K.li__0CC,li__S23U->li__CTBK);
        li__VHXQ=li__T23U;
      } break;
      case __li__M1WI__: {
        li__V23U=((__li__M1WI *)li__G4OR);
        li__W23U=li__1Z4I(li__V23U->li__N1WI.li__0K.li__0CC,li__V23U->li__UTFK);
        li__VHXQ=li__W23U;
      } break;
      case __li__KMFK__: {
        li__VHXQ=li__G3CM(((__li__KMFK *)li__G4OR));
      } break;
      case __li__XOHL__: {
        li__VHXQ=li__AAPN(((__li__XOHL *)li__G4OR));
      } break;
      case __li__FPHL__: {
        li__VHXQ=li__2EGM(((__li__FPHL *)li__G4OR));
      } break;
      case __li__APLM__: {
        li__VHXQ=li__XRDQ(((__li__APLM *)li__G4OR));
      } break;
      case __li__DTNM__: {
        li__VHXQ=li__D5SO(((__li__DTNM *)li__G4OR));
      } break;
      case __li__JXNM__: {
        li__VHXQ=li__153R(((__li__JXNM *)li__G4OR));
      } break;
      case __li__21LO__: {
        li__VHXQ=li__2KLP(((__li__21LO *)li__G4OR));
      } break;
      case __li__TPOO__: {
        li__VHXQ=li__JLLP(((__li__TPOO *)li__G4OR));
      } break;
      case __li__URRO__: {
        li__VHXQ=li__KM4R(((__li__URRO *)li__G4OR));
      } break;
      case __li__41XO__: {
        li__VHXQ=li__CSDQ(((__li__41XO *)li__G4OR));
      } break;
      case __li__AKBR__: {
        li__VHXQ=li__L2DS(((__li__AKBR *)li__G4OR));
      } break;
      case __li__SU5R__: {
        li__VHXQ=li__EQJS(((__li__SU5R *)li__G4OR));
      } break;
      case __li__JV5R__: {
        li__VHXQ=li__PQJS(((__li__JV5R *)li__G4OR));
      } break;
      };
      li__G4OR=li__NXEJ(((__li__DZB *)li__JIXQ->li__2BDK),li__JIXQ->li__SLKJ.li__RZEC.li__0CC,NULL,li__VHXQ);
      /* NULL __li__RLKJ__ __li__5LKJ__ */
if (li__G4OR==NULL) {
        li__TIXQ=NULL;
      } else {
        if (((struct ___OBJ *)li__G4OR)->__id==__li__RLKJ__) {
          li__TIXQ=((__li__RLKJ *)li__G4OR);
        } else /* Other types */ {
          li__TIXQ=NULL;
        }
      };
      li__RIIQ=li__TIXQ;
    } break;
    case __li__5LKJ__: {
      li__WIXQ=((__li__5LKJ *)li__QIIQ);
      li__G4OR=li__WIXQ->li__AMKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__G4OR)->__id) {
      case __li__WK__: {
        li__XZ3U=li__PVEJ(((__li__WK *)li__G4OR));
        li__VHXQ=li__XZ3U;
      } break;
      case __li__AVBD__: {
        li__VHXQ=li__AE5L(((__li__AVBD *)li__G4OR));
      } break;
      case __li__KVBD__: {
        li__KWLV=((__li__KVBD *)li__G4OR);
        li__LWLV=li__KWLV->li__LVBD.li__0K.li__0CC;
        li__MWLV=li__KWLV->li__LVBD.li__WZLE;
        li__KWLV=li__5QND();
        li__OWLV=((__li__KVBD *)li__KWLV);
        li__OWLV->li__LVBD.li__0K.li__0CC=li__LWLV;
        li__PWLV=li__NNSE(((__li__5RB *)li__MWLV));
        li__OWLV->li__LVBD.li__WZLE=li__PWLV;
        li__VHXQ=li__KWLV;
      } break;
      case __li__WVBD__: {
        li__ZZ3U=((__li__WVBD *)li__G4OR);
        li__0Z3U=li__VEID(li__ZZ3U->li__XVBD.li__0K.li__0CC,li__ZZ3U->li__2ZLE,li__ZZ3U->li__XVBD.li__WZLE);
        li__VHXQ=li__0Z3U;
      } break;
      case __li__Z4WH__: {
        li__VHXQ=li__XEVK(((__li__Z4WH *)li__G4OR));
      } break;
      case __li__KTVI__: {
        li__VHXQ=li__XF5L(((__li__KTVI *)li__G4OR));
      } break;
      case __li__LTVI__: {
        li__VHXQ=li__SDGM(((__li__LTVI *)li__G4OR));
      } break;
      case __li__XTVI__: {
        li__VHXQ=li__DG5L(((__li__XTVI *)li__G4OR));
      } break;
      case __li__YTVI__: {
        li__VHXQ=li__4DGM(((__li__YTVI *)li__G4OR));
      } break;
      case __li__S2VI__: {
        li__VHXQ=li__OG5L(((__li__S2VI *)li__G4OR));
      } break;
      case __li__E3VI__: {
        li__VHXQ=li__ZG5L(((__li__E3VI *)li__G4OR));
      } break;
      case __li__KLWI__: {
        li__E23U=((__li__KLWI *)li__G4OR);
        li__LWLV=li__E23U->li__LLWI.li__0CC;
        li__G23U=li__G3CM(((__li__KMFK *)li__E23U->li__ZPBK));
        li__E23U=li__PNSJ(li__LWLV,li__G23U);
        li__VHXQ=li__E23U;
      } break;
      case __li__ULWI__: {
        li__J23U=((__li__ULWI *)li__G4OR);
        li__K23U=li__AOSJ(li__J23U->li__VLWI.li__0CC,li__J23U->li__4PBK);
        li__VHXQ=li__K23U;
      } break;
      case __li__NMWI__: {
        li__VHXQ=li__SH5L(((__li__NMWI *)li__G4OR));
      } break;
      case __li__BNWI__: {
        li__VHXQ=li__3H5L(((__li__BNWI *)li__G4OR));
      } break;
      case __li__XNWI__: {
        li__VHXQ=li__II5L(((__li__XNWI *)li__G4OR));
      } break;
      case __li__LOWI__: {
        li__VHXQ=li__TI5L(((__li__LOWI *)li__G4OR));
      } break;
      case __li__5OWI__: {
        li__VHXQ=li__4I5L(((__li__5OWI *)li__G4OR));
      } break;
      case __li__TPWI__: {
        li__VHXQ=li__JJ5L(((__li__TPWI *)li__G4OR));
      } break;
      case __li__HQWI__: {
        li__VHXQ=li__UJ5L(((__li__HQWI *)li__G4OR));
      } break;
      case __li__ARWI__: {
        li__VHXQ=li__5J5L(((__li__ARWI *)li__G4OR));
      } break;
      case __li__URWI__: {
        li__VHXQ=li__NK5L(((__li__URWI *)li__G4OR));
      } break;
      case __li__MSWI__: {
        li__M23U=((__li__MSWI *)li__G4OR);
        li__N23U=li__YXSJ(li__M23U->li__NSWI.li__0CC,li__M23U->li__ISBK);
        li__VHXQ=li__N23U;
      } break;
      case __li__ETWI__: {
        li__VHXQ=li__4K5L(((__li__ETWI *)li__G4OR));
      } break;
      case __li__MZWI__: {
        li__P23U=((__li__MZWI *)li__G4OR);
        li__Q23U=li__4U4I(li__P23U->li__NZWI.li__0K.li__0CC,li__P23U->li__3SBK,li__P23U->li__NZWI.li__WZLE);
        li__VHXQ=li__Q23U;
      } break;
      case __li__C0WI__: {
        li__S23U=((__li__C0WI *)li__G4OR);
        li__T23U=li__ZV4I(li__S23U->li__D0WI.li__0K.li__0CC,li__S23U->li__CTBK);
        li__VHXQ=li__T23U;
      } break;
      case __li__M1WI__: {
        li__V23U=((__li__M1WI *)li__G4OR);
        li__W23U=li__1Z4I(li__V23U->li__N1WI.li__0K.li__0CC,li__V23U->li__UTFK);
        li__VHXQ=li__W23U;
      } break;
      case __li__KMFK__: {
        li__VHXQ=li__G3CM(((__li__KMFK *)li__G4OR));
      } break;
      case __li__XOHL__: {
        li__VHXQ=li__AAPN(((__li__XOHL *)li__G4OR));
      } break;
      case __li__FPHL__: {
        li__VHXQ=li__2EGM(((__li__FPHL *)li__G4OR));
      } break;
      case __li__APLM__: {
        li__VHXQ=li__XRDQ(((__li__APLM *)li__G4OR));
      } break;
      case __li__DTNM__: {
        li__VHXQ=li__D5SO(((__li__DTNM *)li__G4OR));
      } break;
      case __li__JXNM__: {
        li__VHXQ=li__153R(((__li__JXNM *)li__G4OR));
      } break;
      case __li__21LO__: {
        li__VHXQ=li__2KLP(((__li__21LO *)li__G4OR));
      } break;
      case __li__TPOO__: {
        li__VHXQ=li__JLLP(((__li__TPOO *)li__G4OR));
      } break;
      case __li__URRO__: {
        li__VHXQ=li__KM4R(((__li__URRO *)li__G4OR));
      } break;
      case __li__41XO__: {
        li__VHXQ=li__CSDQ(((__li__41XO *)li__G4OR));
      } break;
      case __li__AKBR__: {
        li__VHXQ=li__L2DS(((__li__AKBR *)li__G4OR));
      } break;
      case __li__SU5R__: {
        li__VHXQ=li__EQJS(((__li__SU5R *)li__G4OR));
      } break;
      case __li__JV5R__: {
        li__VHXQ=li__PQJS(((__li__JV5R *)li__G4OR));
      } break;
      };
      li__2IXQ=li__WIXQ->li__IDDK;
      li__DWLV=li__WIXQ->li__AMKJ.li__RZEC.li__0CC;
      li__G4OR=li__WIXQ->li__2TBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__G4OR)->__id) {
      case __li__WK__: {
        li__XZ3U=li__PVEJ(((__li__WK *)li__G4OR));
        li__5IXQ=li__XZ3U;
      } break;
      case __li__AVBD__: {
        li__5IXQ=li__AE5L(((__li__AVBD *)li__G4OR));
      } break;
      case __li__KVBD__: {
        li__KWLV=((__li__KVBD *)li__G4OR);
        li__LWLV=li__KWLV->li__LVBD.li__0K.li__0CC;
        li__MWLV=li__KWLV->li__LVBD.li__WZLE;
        li__KWLV=li__5QND();
        li__OWLV=((__li__KVBD *)li__KWLV);
        li__OWLV->li__LVBD.li__0K.li__0CC=li__LWLV;
        li__PWLV=li__NNSE(((__li__5RB *)li__MWLV));
        li__OWLV->li__LVBD.li__WZLE=li__PWLV;
        li__5IXQ=li__KWLV;
      } break;
      case __li__WVBD__: {
        li__ZZ3U=((__li__WVBD *)li__G4OR);
        li__0Z3U=li__VEID(li__ZZ3U->li__XVBD.li__0K.li__0CC,li__ZZ3U->li__2ZLE,li__ZZ3U->li__XVBD.li__WZLE);
        li__5IXQ=li__0Z3U;
      } break;
      case __li__Z4WH__: {
        li__5IXQ=li__XEVK(((__li__Z4WH *)li__G4OR));
      } break;
      case __li__KTVI__: {
        li__5IXQ=li__XF5L(((__li__KTVI *)li__G4OR));
      } break;
      case __li__LTVI__: {
        li__5IXQ=li__SDGM(((__li__LTVI *)li__G4OR));
      } break;
      case __li__XTVI__: {
        li__5IXQ=li__DG5L(((__li__XTVI *)li__G4OR));
      } break;
      case __li__YTVI__: {
        li__5IXQ=li__4DGM(((__li__YTVI *)li__G4OR));
      } break;
      case __li__S2VI__: {
        li__5IXQ=li__OG5L(((__li__S2VI *)li__G4OR));
      } break;
      case __li__E3VI__: {
        li__5IXQ=li__ZG5L(((__li__E3VI *)li__G4OR));
      } break;
      case __li__KLWI__: {
        li__E23U=((__li__KLWI *)li__G4OR);
        li__LWLV=li__E23U->li__LLWI.li__0CC;
        li__G23U=li__G3CM(((__li__KMFK *)li__E23U->li__ZPBK));
        li__E23U=li__PNSJ(li__LWLV,li__G23U);
        li__5IXQ=li__E23U;
      } break;
      case __li__ULWI__: {
        li__J23U=((__li__ULWI *)li__G4OR);
        li__K23U=li__AOSJ(li__J23U->li__VLWI.li__0CC,li__J23U->li__4PBK);
        li__5IXQ=li__K23U;
      } break;
      case __li__NMWI__: {
        li__5IXQ=li__SH5L(((__li__NMWI *)li__G4OR));
      } break;
      case __li__BNWI__: {
        li__5IXQ=li__3H5L(((__li__BNWI *)li__G4OR));
      } break;
      case __li__XNWI__: {
        li__5IXQ=li__II5L(((__li__XNWI *)li__G4OR));
      } break;
      case __li__LOWI__: {
        li__5IXQ=li__TI5L(((__li__LOWI *)li__G4OR));
      } break;
      case __li__5OWI__: {
        li__5IXQ=li__4I5L(((__li__5OWI *)li__G4OR));
      } break;
      case __li__TPWI__: {
        li__5IXQ=li__JJ5L(((__li__TPWI *)li__G4OR));
      } break;
      case __li__HQWI__: {
        li__5IXQ=li__UJ5L(((__li__HQWI *)li__G4OR));
      } break;
      case __li__ARWI__: {
        li__5IXQ=li__5J5L(((__li__ARWI *)li__G4OR));
      } break;
      case __li__URWI__: {
        li__5IXQ=li__NK5L(((__li__URWI *)li__G4OR));
      } break;
      case __li__MSWI__: {
        li__M23U=((__li__MSWI *)li__G4OR);
        li__N23U=li__YXSJ(li__M23U->li__NSWI.li__0CC,li__M23U->li__ISBK);
        li__5IXQ=li__N23U;
      } break;
      case __li__ETWI__: {
        li__5IXQ=li__4K5L(((__li__ETWI *)li__G4OR));
      } break;
      case __li__MZWI__: {
        li__P23U=((__li__MZWI *)li__G4OR);
        li__Q23U=li__4U4I(li__P23U->li__NZWI.li__0K.li__0CC,li__P23U->li__3SBK,li__P23U->li__NZWI.li__WZLE);
        li__5IXQ=li__Q23U;
      } break;
      case __li__C0WI__: {
        li__S23U=((__li__C0WI *)li__G4OR);
        li__T23U=li__ZV4I(li__S23U->li__D0WI.li__0K.li__0CC,li__S23U->li__CTBK);
        li__5IXQ=li__T23U;
      } break;
      case __li__M1WI__: {
        li__V23U=((__li__M1WI *)li__G4OR);
        li__W23U=li__1Z4I(li__V23U->li__N1WI.li__0K.li__0CC,li__V23U->li__UTFK);
        li__5IXQ=li__W23U;
      } break;
      case __li__KMFK__: {
        li__5IXQ=li__G3CM(((__li__KMFK *)li__G4OR));
      } break;
      case __li__XOHL__: {
        li__5IXQ=li__AAPN(((__li__XOHL *)li__G4OR));
      } break;
      case __li__FPHL__: {
        li__5IXQ=li__2EGM(((__li__FPHL *)li__G4OR));
      } break;
      case __li__APLM__: {
        li__5IXQ=li__XRDQ(((__li__APLM *)li__G4OR));
      } break;
      case __li__DTNM__: {
        li__5IXQ=li__D5SO(((__li__DTNM *)li__G4OR));
      } break;
      case __li__JXNM__: {
        li__5IXQ=li__153R(((__li__JXNM *)li__G4OR));
      } break;
      case __li__21LO__: {
        li__5IXQ=li__2KLP(((__li__21LO *)li__G4OR));
      } break;
      case __li__TPOO__: {
        li__5IXQ=li__JLLP(((__li__TPOO *)li__G4OR));
      } break;
      case __li__URRO__: {
        li__5IXQ=li__KM4R(((__li__URRO *)li__G4OR));
      } break;
      case __li__41XO__: {
        li__5IXQ=li__CSDQ(((__li__41XO *)li__G4OR));
      } break;
      case __li__AKBR__: {
        li__5IXQ=li__L2DS(((__li__AKBR *)li__G4OR));
      } break;
      case __li__SU5R__: {
        li__5IXQ=li__EQJS(((__li__SU5R *)li__G4OR));
      } break;
      case __li__JV5R__: {
        li__5IXQ=li__PQJS(((__li__JV5R *)li__G4OR));
      } break;
      };
      li__G4OR=li__NXEJ(((__li__DZB *)li__2IXQ),li__DWLV,li__5IXQ,li__VHXQ);
      /* NULL __li__RLKJ__ __li__5LKJ__ */
if (li__G4OR==NULL) {
        li__DJXQ=NULL;
      } else {
        if (((struct ___OBJ *)li__G4OR)->__id==__li__RLKJ__) {
          li__DJXQ=NULL;
        } else /* Other types */ {
          li__DJXQ=((__li__5LKJ *)li__G4OR);
        }
      };
      /* __li__B__ __li__I__ */
if (li__WIXQ->li__AMKJ.li__4BDK) {
        ((__li__5LKJ *)li__DJXQ)->li__AMKJ.li__4BDK=li__B__;
      };
      li__RIIQ=li__DJXQ;
    } break;
    case __li__LHBK__: {
      li__OJXQ=((__li__LHBK *)li__QIIQ);
      li__G4OR=NULL;
      li__TJXQ=NULL;
      li__UJXQ=li__LANO(li__OJXQ);
      li__RNPU=(__li__K)((*(((__li__SZEC *)li__OJXQ->li__TIWO))).li__J0EK +  1);
      li__YJXQ=li__1ESI(li__RNPU);
      li__PNPU=(*(li__OJXQ->li__TIWO)).li__J0EK;
      li__DMYQ= 0;
      while ((li__DMYQ <= li__PNPU)) {
        /* __li__B__ __li__I__ */
if (((void *)((void **)(*(((__li__SZEC *)li__OJXQ->li__TIWO))).li__F0EK)[li__DMYQ] == (void *)NULL)) {
          li__G4OR=NULL;
        } else /* FALSE */ {
          li__RKXQ=((void **)(*(((__li__SZEC *)li__OJXQ->li__TIWO))).li__F0EK)[li__DMYQ];
          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__RKXQ)->__id) {
          case __li__RLKJ__: {
            li__SKXQ=((__li__RLKJ *)li__RKXQ)->li__2BDK;
          } break;
          case __li__5LKJ__: {
            li__SKXQ=((__li__5LKJ *)li__RKXQ)->li__IDDK;
          } break;
          case __li__DFNL__: {
            li__SKXQ=((__li__DFNL *)li__RKXQ)->li__JG1L;
          } break;
          };
          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__RKXQ)->__id) {
          case __li__RLKJ__: {
            li__TKXQ=((__li__RLKJ *)li__RKXQ)->li__SLKJ.li__RZEC.li__0CC;
          } break;
          case __li__5LKJ__: {
            li__TKXQ=((__li__5LKJ *)li__RKXQ)->li__AMKJ.li__RZEC.li__0CC;
          } break;
          case __li__DFNL__: {
            li__TKXQ=((__li__DFNL *)li__RKXQ)->li__EFNL.li__RZEC.li__0CC;
          } break;
          };
          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__RKXQ)->__id) {
          case __li__RLKJ__: {
            li__VKXQ=((__li__RLKJ *)li__RKXQ)->li__SLKJ.li__CSSH;
          } break;
          case __li__5LKJ__: {
            li__VKXQ=((__li__5LKJ *)li__RKXQ)->li__AMKJ.li__CSSH;
          } break;
          case __li__DFNL__: {
            li__VKXQ=((__li__DFNL *)li__RKXQ)->li__EFNL.li__CSSH;
          } break;
          };
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VKXQ)->__id) {
          case __li__WK__: {
            li__D53U=li__PVEJ(((__li__WK *)li__VKXQ));
            li__WKXQ=li__D53U;
          } break;
          case __li__AVBD__: {
            li__WKXQ=li__AE5L(((__li__AVBD *)li__VKXQ));
          } break;
          case __li__KVBD__: {
            li__SXLV=((__li__KVBD *)li__VKXQ);
            li__TXLV=li__SXLV->li__LVBD.li__0K.li__0CC;
            li__UXLV=li__SXLV->li__LVBD.li__WZLE;
            li__SXLV=li__5QND();
            li__WXLV=((__li__KVBD *)li__SXLV);
            li__WXLV->li__LVBD.li__0K.li__0CC=li__TXLV;
            li__XXLV=li__NNSE(((__li__5RB *)li__UXLV));
            li__WXLV->li__LVBD.li__WZLE=li__XXLV;
            li__WKXQ=li__SXLV;
          } break;
          case __li__WVBD__: {
            li__F53U=((__li__WVBD *)li__VKXQ);
            li__G53U=li__VEID(li__F53U->li__XVBD.li__0K.li__0CC,li__F53U->li__2ZLE,li__F53U->li__XVBD.li__WZLE);
            li__WKXQ=li__G53U;
          } break;
          case __li__Z4WH__: {
            li__WKXQ=li__XEVK(((__li__Z4WH *)li__VKXQ));
          } break;
          case __li__KTVI__: {
            li__WKXQ=li__XF5L(((__li__KTVI *)li__VKXQ));
          } break;
          case __li__LTVI__: {
            li__WKXQ=li__SDGM(((__li__LTVI *)li__VKXQ));
          } break;
          case __li__XTVI__: {
            li__WKXQ=li__DG5L(((__li__XTVI *)li__VKXQ));
          } break;
          case __li__YTVI__: {
            li__WKXQ=li__4DGM(((__li__YTVI *)li__VKXQ));
          } break;
          case __li__S2VI__: {
            li__WKXQ=li__OG5L(((__li__S2VI *)li__VKXQ));
          } break;
          case __li__E3VI__: {
            li__WKXQ=li__ZG5L(((__li__E3VI *)li__VKXQ));
          } break;
          case __li__KLWI__: {
            li__I53U=((__li__KLWI *)li__VKXQ);
            li__TXLV=li__I53U->li__LLWI.li__0CC;
            li__K53U=li__G3CM(((__li__KMFK *)li__I53U->li__ZPBK));
            li__I53U=li__PNSJ(li__TXLV,li__K53U);
            li__WKXQ=li__I53U;
          } break;
          case __li__ULWI__: {
            li__N53U=((__li__ULWI *)li__VKXQ);
            li__O53U=li__AOSJ(li__N53U->li__VLWI.li__0CC,li__N53U->li__4PBK);
            li__WKXQ=li__O53U;
          } break;
          case __li__NMWI__: {
            li__WKXQ=li__SH5L(((__li__NMWI *)li__VKXQ));
          } break;
          case __li__BNWI__: {
            li__WKXQ=li__3H5L(((__li__BNWI *)li__VKXQ));
          } break;
          case __li__XNWI__: {
            li__WKXQ=li__II5L(((__li__XNWI *)li__VKXQ));
          } break;
          case __li__LOWI__: {
            li__WKXQ=li__TI5L(((__li__LOWI *)li__VKXQ));
          } break;
          case __li__5OWI__: {
            li__WKXQ=li__4I5L(((__li__5OWI *)li__VKXQ));
          } break;
          case __li__TPWI__: {
            li__WKXQ=li__JJ5L(((__li__TPWI *)li__VKXQ));
          } break;
          case __li__HQWI__: {
            li__WKXQ=li__UJ5L(((__li__HQWI *)li__VKXQ));
          } break;
          case __li__ARWI__: {
            li__WKXQ=li__5J5L(((__li__ARWI *)li__VKXQ));
          } break;
          case __li__URWI__: {
            li__WKXQ=li__NK5L(((__li__URWI *)li__VKXQ));
          } break;
          case __li__MSWI__: {
            li__Q53U=((__li__MSWI *)li__VKXQ);
            li__R53U=li__YXSJ(li__Q53U->li__NSWI.li__0CC,li__Q53U->li__ISBK);
            li__WKXQ=li__R53U;
          } break;
          case __li__ETWI__: {
            li__WKXQ=li__4K5L(((__li__ETWI *)li__VKXQ));
          } break;
          case __li__MZWI__: {
            li__T53U=((__li__MZWI *)li__VKXQ);
            li__U53U=li__4U4I(li__T53U->li__NZWI.li__0K.li__0CC,li__T53U->li__3SBK,li__T53U->li__NZWI.li__WZLE);
            li__WKXQ=li__U53U;
          } break;
          case __li__C0WI__: {
            li__W53U=((__li__C0WI *)li__VKXQ);
            li__X53U=li__ZV4I(li__W53U->li__D0WI.li__0K.li__0CC,li__W53U->li__CTBK);
            li__WKXQ=li__X53U;
          } break;
          case __li__M1WI__: {
            li__Z53U=((__li__M1WI *)li__VKXQ);
            li__053U=li__1Z4I(li__Z53U->li__N1WI.li__0K.li__0CC,li__Z53U->li__UTFK);
            li__WKXQ=li__053U;
          } break;
          case __li__KMFK__: {
            li__WKXQ=li__G3CM(((__li__KMFK *)li__VKXQ));
          } break;
          case __li__XOHL__: {
            li__WKXQ=li__AAPN(((__li__XOHL *)li__VKXQ));
          } break;
          case __li__FPHL__: {
            li__WKXQ=li__2EGM(((__li__FPHL *)li__VKXQ));
          } break;
          case __li__APLM__: {
            li__WKXQ=li__XRDQ(((__li__APLM *)li__VKXQ));
          } break;
          case __li__DTNM__: {
            li__WKXQ=li__D5SO(((__li__DTNM *)li__VKXQ));
          } break;
          case __li__JXNM__: {
            li__WKXQ=li__153R(((__li__JXNM *)li__VKXQ));
          } break;
          case __li__21LO__: {
            li__WKXQ=li__2KLP(((__li__21LO *)li__VKXQ));
          } break;
          case __li__TPOO__: {
            li__WKXQ=li__JLLP(((__li__TPOO *)li__VKXQ));
          } break;
          case __li__URRO__: {
            li__WKXQ=li__KM4R(((__li__URRO *)li__VKXQ));
          } break;
          case __li__41XO__: {
            li__WKXQ=li__CSDQ(((__li__41XO *)li__VKXQ));
          } break;
          case __li__AKBR__: {
            li__WKXQ=li__L2DS(((__li__AKBR *)li__VKXQ));
          } break;
          case __li__SU5R__: {
            li__WKXQ=li__EQJS(((__li__SU5R *)li__VKXQ));
          } break;
          case __li__JV5R__: {
            li__WKXQ=li__PQJS(((__li__JV5R *)li__VKXQ));
          } break;
          };
          /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__SKXQ)->__id==__li__DZB__) {
            li__O13Q=((__li__DZB *)li__SKXQ);
            li__VKXQ=li__4KKJ(li__O13Q,li__TKXQ,NULL,li__WKXQ);
            /* __li__B__ __li__I__ */
if (((void *)li__O13Q->li__GZB.li__XRSH == (void *)NULL)) {
              li__O13Q->li__GZB.li__XRSH=li__VKXQ;
            } else /* FALSE */ {
              /* __li__B__ __li__I__ */
if (((void *)li__O13Q->li__GZB.li__BYEJ == (void *)NULL)) {
                li__H23Q=li__1ESI( 1);
                li__O13Q->li__GZB.li__BYEJ=li__H23Q;
              };
              li__AMNK(((__li__SZEC *)li__O13Q->li__GZB.li__BYEJ),li__VKXQ);
            };
            /* __li__B__ __li__I__ */
if ((! ((((__li__F0C)(((__li__5RB *)li__O13Q->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__O13Q->li__GZB.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__O13Q->li__GZB.li__FZB.li__R2B == (void *)(&__string_66))))) {
              /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__VKXQ)->__id==__li__RLKJ__) {
                li__T23Q=((__li__RLKJ *)li__VKXQ)->li__SLKJ.li__CSSH;
              } else /* WRITE_SLOT */ {
                li__T23Q=((__li__5LKJ *)li__VKXQ)->li__AMKJ.li__CSSH;
              };
              li__423Q=((void *)li__T23Q != (void *)NULL);
            } else /* FALSE */ {
              li__423Q=li__I__;
            };
            /* __li__B__ __li__I__ */
if ((li__423Q && (! li__EZBD))) {
              li__F33Q=li__5D4G();
              /* __li__B__ __li__I__ */
if (((void *)li__O13Q->li__GZB.li__LSNE != (void *)NULL)) {
                li__L5WM(((__li__SQNE *)li__F33Q),li__O13Q->li__GZB.li__LSNE);
              };
              /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__VKXQ)->__id==__li__RLKJ__) {
                li__T23Q=((__li__RLKJ *)li__VKXQ)->li__SLKJ.li__CSSH;
              } else /* WRITE_SLOT */ {
                li__T23Q=((__li__5LKJ *)li__VKXQ)->li__AMKJ.li__CSSH;
              };
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__T23Q)->__id) {
              case __li__WK__: {
                li__4H1L(((__li__SQNE *)li__F33Q),((__li__5RB *)((__li__WK *)li__T23Q)->li__1K.li__WZLE)->li__AEM);
              } break;
              case __li__AVBD__: {
                li__5SIM(((__li__AVBD *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__KVBD__: {
                li__4H1L(((__li__SQNE *)li__F33Q),((__li__5RB *)((__li__KVBD *)((__li__WK *)li__T23Q))->li__LVBD.li__WZLE)->li__AEM);
              } break;
              case __li__WVBD__: {
                li__4H1L(((__li__SQNE *)li__F33Q),((__li__5RB *)((__li__WVBD *)((__li__WK *)li__T23Q))->li__XVBD.li__WZLE)->li__AEM);
              } break;
              case __li__Z4WH__: {
                li__KBG((&__string_205));
                fputc((int)('\n'),stdout);
                exit(( 1));
              } break;
              case __li__KTVI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__LTVI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__XTVI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__YTVI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__S2VI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__E3VI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__KLWI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__ULWI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__1SB);
              } break;
              case __li__NMWI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__BNWI__: {
                li__FVIM(((__li__BNWI *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__XNWI__: {
                li__JVIM(((__li__XNWI *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__LOWI__: {
                li__NVIM(((__li__LOWI *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__5OWI__: {
                li__RVIM(((__li__5OWI *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__TPWI__: {
                li__VVIM(((__li__TPWI *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__HQWI__: {
                li__ZVIM(((__li__HQWI *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__ARWI__: {
                li__3VIM(li__F33Q);
              } break;
              case __li__URWI__: {
                li__AWIM(((__li__URWI *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__MSWI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__1SB);
              } break;
              case __li__ETWI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),((__li__5RB *)((__li__ETWI *)((__li__WK *)li__T23Q))->li__NSBK)->li__AEM);
              } break;
              case __li__MZWI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),((__li__5RB *)((__li__MZWI *)((__li__WK *)li__T23Q))->li__NZWI.li__WZLE)->li__AEM);
              } break;
              case __li__C0WI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),((__li__5RB *)((__li__C0WI *)((__li__WK *)li__T23Q))->li__D0WI.li__WZLE)->li__AEM);
              } break;
              case __li__M1WI__: {
                li__4H1L(((__li__SQNE *)li__F33Q),((__li__5RB *)((__li__M1WI *)((__li__WK *)li__T23Q))->li__N1WI.li__WZLE)->li__AEM);
              } break;
              case __li__KMFK__: {
                li__FXIM(((__li__KMFK *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__XOHL__: {
                li__YA4U=li__T4NN(((__li__XOHL *)((__li__WK *)li__T23Q)));
                li__4H1L(((__li__SQNE *)li__F33Q),((__li__5RB *)li__YA4U)->li__AEM);
              } break;
              case __li__FPHL__: {
                li__JILN(((__li__FPHL *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__APLM__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__DTNM__: {
                li__YA4U=li__1ISO(((__li__DTNM *)((__li__WK *)li__T23Q)));
                li__4H1L(((__li__SQNE *)li__F33Q),((__li__5RB *)li__YA4U)->li__AEM);
              } break;
              case __li__JXNM__: {
                li__VF4R(((__li__JXNM *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__21LO__: {
                li__JQLP(((__li__21LO *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__TPOO__: {
                li__4EWN(((__li__DZB *)((__li__TPOO *)((__li__WK *)li__T23Q))->li__5IXO),li__F33Q);
              } break;
              case __li__URRO__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__41XO__: {
                li__NVDQ(((__li__41XO *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__AKBR__: {
                li__T5DS(((__li__AKBR *)((__li__WK *)li__T23Q)),li__F33Q);
              } break;
              case __li__SU5R__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              case __li__JV5R__: {
                li__4H1L(((__li__SQNE *)li__F33Q),li__DSB);
                li__4H1L(((__li__SQNE *)li__F33Q),li__LSB);
              } break;
              };
              li__R33Q=li__KXIM(((__li__SQNE *)li__F33Q),li__O13Q->li__GZB.li__LSNE);
              li__O13Q->li__GZB.li__LSNE=li__R33Q;
            };
            /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__VKXQ)->__id==__li__RLKJ__) {
              ((__li__RLKJ *)li__VKXQ)->li__SLKJ.li__JOGK=li__B__;
            } else /* WRITE_SLOT */ {
              ((__li__5LKJ *)li__VKXQ)->li__AMKJ.li__JOGK=li__B__;
            };
            li__T23Q=li__VKXQ;
          } else /* LOCAL */ {
            li__T23Q=li__1IGL(((__li__VTBD *)((__li__DZB *)li__SKXQ)),li__TKXQ,li__WKXQ);
          };
          li__G4OR=li__T23Q;
        };
        li__AMNK(((__li__SZEC *)li__YJXQ),li__G4OR);
        li__DMYQ=(__li__K)(li__DMYQ +  1);
      };
      ((__li__LHBK *)li__UJXQ)->li__TIWO=li__YJXQ;
      /* __li__B__ __li__I__ */
if (((void *)li__OJXQ->li__SIWO != (void *)NULL)) {
        li__VHXQ=li__OJXQ->li__SIWO;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VHXQ)->__id) {
        case __li__WK__: {
          li__D53U=li__PVEJ(((__li__WK *)li__VHXQ));
          li__VKXQ=li__D53U;
        } break;
        case __li__AVBD__: {
          li__VKXQ=li__AE5L(((__li__AVBD *)li__VHXQ));
        } break;
        case __li__KVBD__: {
          li__SXLV=((__li__KVBD *)li__VHXQ);
          li__TKXQ=li__SXLV->li__LVBD.li__0K.li__0CC;
          li__UXLV=li__SXLV->li__LVBD.li__WZLE;
          li__SXLV=li__5QND();
          li__WXLV=((__li__KVBD *)li__SXLV);
          li__WXLV->li__LVBD.li__0K.li__0CC=li__TKXQ;
          li__XXLV=li__NNSE(((__li__5RB *)li__UXLV));
          li__WXLV->li__LVBD.li__WZLE=li__XXLV;
          li__VKXQ=li__SXLV;
        } break;
        case __li__WVBD__: {
          li__F53U=((__li__WVBD *)li__VHXQ);
          li__G53U=li__VEID(li__F53U->li__XVBD.li__0K.li__0CC,li__F53U->li__2ZLE,li__F53U->li__XVBD.li__WZLE);
          li__VKXQ=li__G53U;
        } break;
        case __li__Z4WH__: {
          li__VKXQ=li__XEVK(((__li__Z4WH *)li__VHXQ));
        } break;
        case __li__KTVI__: {
          li__VKXQ=li__XF5L(((__li__KTVI *)li__VHXQ));
        } break;
        case __li__LTVI__: {
          li__VKXQ=li__SDGM(((__li__LTVI *)li__VHXQ));
        } break;
        case __li__XTVI__: {
          li__VKXQ=li__DG5L(((__li__XTVI *)li__VHXQ));
        } break;
        case __li__YTVI__: {
          li__VKXQ=li__4DGM(((__li__YTVI *)li__VHXQ));
        } break;
        case __li__S2VI__: {
          li__VKXQ=li__OG5L(((__li__S2VI *)li__VHXQ));
        } break;
        case __li__E3VI__: {
          li__VKXQ=li__ZG5L(((__li__E3VI *)li__VHXQ));
        } break;
        case __li__KLWI__: {
          li__I53U=((__li__KLWI *)li__VHXQ);
          li__TKXQ=li__I53U->li__LLWI.li__0CC;
          li__K53U=li__G3CM(((__li__KMFK *)li__I53U->li__ZPBK));
          li__I53U=li__PNSJ(li__TKXQ,li__K53U);
          li__VKXQ=li__I53U;
        } break;
        case __li__ULWI__: {
          li__N53U=((__li__ULWI *)li__VHXQ);
          li__O53U=li__AOSJ(li__N53U->li__VLWI.li__0CC,li__N53U->li__4PBK);
          li__VKXQ=li__O53U;
        } break;
        case __li__NMWI__: {
          li__VKXQ=li__SH5L(((__li__NMWI *)li__VHXQ));
        } break;
        case __li__BNWI__: {
          li__VKXQ=li__3H5L(((__li__BNWI *)li__VHXQ));
        } break;
        case __li__XNWI__: {
          li__VKXQ=li__II5L(((__li__XNWI *)li__VHXQ));
        } break;
        case __li__LOWI__: {
          li__VKXQ=li__TI5L(((__li__LOWI *)li__VHXQ));
        } break;
        case __li__5OWI__: {
          li__VKXQ=li__4I5L(((__li__5OWI *)li__VHXQ));
        } break;
        case __li__TPWI__: {
          li__VKXQ=li__JJ5L(((__li__TPWI *)li__VHXQ));
        } break;
        case __li__HQWI__: {
          li__VKXQ=li__UJ5L(((__li__HQWI *)li__VHXQ));
        } break;
        case __li__ARWI__: {
          li__VKXQ=li__5J5L(((__li__ARWI *)li__VHXQ));
        } break;
        case __li__URWI__: {
          li__VKXQ=li__NK5L(((__li__URWI *)li__VHXQ));
        } break;
        case __li__MSWI__: {
          li__Q53U=((__li__MSWI *)li__VHXQ);
          li__R53U=li__YXSJ(li__Q53U->li__NSWI.li__0CC,li__Q53U->li__ISBK);
          li__VKXQ=li__R53U;
        } break;
        case __li__ETWI__: {
          li__VKXQ=li__4K5L(((__li__ETWI *)li__VHXQ));
        } break;
        case __li__MZWI__: {
          li__T53U=((__li__MZWI *)li__VHXQ);
          li__U53U=li__4U4I(li__T53U->li__NZWI.li__0K.li__0CC,li__T53U->li__3SBK,li__T53U->li__NZWI.li__WZLE);
          li__VKXQ=li__U53U;
        } break;
        case __li__C0WI__: {
          li__W53U=((__li__C0WI *)li__VHXQ);
          li__X53U=li__ZV4I(li__W53U->li__D0WI.li__0K.li__0CC,li__W53U->li__CTBK);
          li__VKXQ=li__X53U;
        } break;
        case __li__M1WI__: {
          li__Z53U=((__li__M1WI *)li__VHXQ);
          li__053U=li__1Z4I(li__Z53U->li__N1WI.li__0K.li__0CC,li__Z53U->li__UTFK);
          li__VKXQ=li__053U;
        } break;
        case __li__KMFK__: {
          li__VKXQ=li__G3CM(((__li__KMFK *)li__VHXQ));
        } break;
        case __li__XOHL__: {
          li__VKXQ=li__AAPN(((__li__XOHL *)li__VHXQ));
        } break;
        case __li__FPHL__: {
          li__VKXQ=li__2EGM(((__li__FPHL *)li__VHXQ));
        } break;
        case __li__APLM__: {
          li__VKXQ=li__XRDQ(((__li__APLM *)li__VHXQ));
        } break;
        case __li__DTNM__: {
          li__VKXQ=li__D5SO(((__li__DTNM *)li__VHXQ));
        } break;
        case __li__JXNM__: {
          li__VKXQ=li__153R(((__li__JXNM *)li__VHXQ));
        } break;
        case __li__21LO__: {
          li__VKXQ=li__2KLP(((__li__21LO *)li__VHXQ));
        } break;
        case __li__TPOO__: {
          li__VKXQ=li__JLLP(((__li__TPOO *)li__VHXQ));
        } break;
        case __li__URRO__: {
          li__VKXQ=li__KM4R(((__li__URRO *)li__VHXQ));
        } break;
        case __li__41XO__: {
          li__VKXQ=li__CSDQ(((__li__41XO *)li__VHXQ));
        } break;
        case __li__AKBR__: {
          li__VKXQ=li__L2DS(((__li__AKBR *)li__VHXQ));
        } break;
        case __li__SU5R__: {
          li__VKXQ=li__EQJS(((__li__SU5R *)li__VHXQ));
        } break;
        case __li__JV5R__: {
          li__VKXQ=li__PQJS(((__li__JV5R *)li__VHXQ));
        } break;
        };
        ((__li__LHBK *)li__UJXQ)->li__SIWO=li__VKXQ;
      };
      li__GLXQ=&(li__UJXQ->li__SWEO);
      li__PNPU=li__OVOP(&(li__OJXQ->li__SWEO));
      li__0GZO(li__GLXQ,(__li__K)(li__PNPU +  1));
      li__PNPU=li__OVOP(&(li__OJXQ->li__SWEO));
      li__DMYQ= 0;
      while ((li__DMYQ <= li__PNPU)) {
        li__WLXQ=li__LV0P(&(li__OJXQ->li__SWEO),li__DMYQ);
        /* __li__B__ __li__I__ */
if (((void *)li__WLXQ == (void *)NULL)) {
          li__TJXQ=NULL;
        } else /* FALSE */ {
          li__CMXQ=li__LV0P(&(li__OJXQ->li__SWEO),li__DMYQ);
          li__4W0Q=((__li__OWEO *)li__CMXQ);
          li__WKXQ=NULL;
          li__T23Q=li__4W0Q->li__0FXO;
          /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__T23Q)->__id) {
          case __li__RLKJ__: {
            li__SKXQ=((__li__RLKJ *)li__T23Q)->li__SLKJ.li__CSSH;
          } break;
          case __li__5LKJ__: {
            li__SKXQ=((__li__5LKJ *)li__T23Q)->li__AMKJ.li__CSSH;
          } break;
          case __li__DFNL__: {
            li__SKXQ=((__li__DFNL *)li__T23Q)->li__EFNL.li__CSSH;
          } break;
          };
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__SKXQ==NULL) {
            li__FX0Q=NULL;
          } else {
            switch (((struct ___OBJ *)li__SKXQ)->__id) {
            case __li__WK__: 
            case __li__AVBD__: 
            case __li__KVBD__: 
            case __li__WVBD__: 
            case __li__Z4WH__: 
            case __li__KTVI__: 
            case __li__LTVI__: 
            case __li__XTVI__: 
            case __li__YTVI__: 
            case __li__S2VI__: 
            case __li__E3VI__: 
            case __li__KLWI__: 
            case __li__ULWI__: 
            case __li__NMWI__: 
            case __li__BNWI__: 
            case __li__XNWI__: 
            case __li__LOWI__: 
            case __li__5OWI__: 
            case __li__TPWI__: 
            case __li__HQWI__: 
            case __li__ARWI__: 
            case __li__URWI__: 
            case __li__MSWI__: 
            case __li__ETWI__: 
            case __li__MZWI__: 
            case __li__C0WI__: 
            case __li__M1WI__: 
            case __li__XOHL__: 
            case __li__FPHL__: 
            case __li__APLM__: 
            case __li__DTNM__: 
            case __li__JXNM__: 
            case __li__URRO__: 
            case __li__41XO__: 
            case __li__AKBR__: 
            case __li__SU5R__: 
            case __li__JV5R__: {
              li__FX0Q=NULL;
            } break;
            case __li__KMFK__: {
              li__FX0Q=((void *)li__SKXQ);
            } break;
            case __li__21LO__: {
              li__FX0Q=((void *)li__SKXQ);
            } break;
            case __li__TPOO__: {
              li__FX0Q=((void *)li__SKXQ);
            } break;
            }
          };
          /* __li__B__ __li__I__ */
if (((void *)li__FX0Q == (void *)NULL)) {
            li__SKXQ=li__4W0Q->li__0FXO;
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__SKXQ)->__id) {
            case __li__RLKJ__: {
              li__MX0Q=((__li__RLKJ *)li__SKXQ)->li__2BDK;
            } break;
            case __li__5LKJ__: {
              li__MX0Q=((__li__5LKJ *)li__SKXQ)->li__IDDK;
            } break;
            case __li__DFNL__: {
              li__MX0Q=((__li__DFNL *)li__SKXQ)->li__JG1L;
            } break;
            };
            li__SKXQ=li__4W0Q->li__0FXO;
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__SKXQ)->__id) {
            case __li__RLKJ__: {
              li__OX0Q=((__li__RLKJ *)li__SKXQ)->li__SLKJ.li__RZEC.li__0CC;
            } break;
            case __li__5LKJ__: {
              li__OX0Q=((__li__5LKJ *)li__SKXQ)->li__AMKJ.li__RZEC.li__0CC;
            } break;
            case __li__DFNL__: {
              li__OX0Q=((__li__DFNL *)li__SKXQ)->li__EFNL.li__RZEC.li__0CC;
            } break;
            };
            li__SKXQ=li__4W0Q->li__0FXO;
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__SKXQ)->__id) {
            case __li__RLKJ__: {
              li__RX0Q=((__li__RLKJ *)li__SKXQ)->li__SLKJ.li__CSSH;
            } break;
            case __li__5LKJ__: {
              li__RX0Q=((__li__5LKJ *)li__SKXQ)->li__AMKJ.li__CSSH;
            } break;
            case __li__DFNL__: {
              li__RX0Q=((__li__DFNL *)li__SKXQ)->li__EFNL.li__CSSH;
            } break;
            };
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RX0Q)->__id) {
            case __li__WK__: {
              li__4B4U=li__PVEJ(((__li__WK *)li__RX0Q));
              li__SX0Q=li__4B4U;
            } break;
            case __li__AVBD__: {
              li__SX0Q=li__AE5L(((__li__AVBD *)li__RX0Q));
            } break;
            case __li__KVBD__: {
              li__CYLV=((__li__KVBD *)li__RX0Q);
              li__DYLV=li__CYLV->li__LVBD.li__0K.li__0CC;
              li__YA4U=li__CYLV->li__LVBD.li__WZLE;
              li__CYLV=li__5QND();
              li__GYLV=((__li__KVBD *)li__CYLV);
              li__GYLV->li__LVBD.li__0K.li__0CC=li__DYLV;
              li__HYLV=li__NNSE(((__li__5RB *)li__YA4U));
              li__GYLV->li__LVBD.li__WZLE=li__HYLV;
              li__SX0Q=li__CYLV;
            } break;
            case __li__WVBD__: {
              li__AC4U=((__li__WVBD *)li__RX0Q);
              li__BC4U=li__VEID(li__AC4U->li__XVBD.li__0K.li__0CC,li__AC4U->li__2ZLE,li__AC4U->li__XVBD.li__WZLE);
              li__SX0Q=li__BC4U;
            } break;
            case __li__Z4WH__: {
              li__SX0Q=li__XEVK(((__li__Z4WH *)li__RX0Q));
            } break;
            case __li__KTVI__: {
              li__SX0Q=li__XF5L(((__li__KTVI *)li__RX0Q));
            } break;
            case __li__LTVI__: {
              li__SX0Q=li__SDGM(((__li__LTVI *)li__RX0Q));
            } break;
            case __li__XTVI__: {
              li__SX0Q=li__DG5L(((__li__XTVI *)li__RX0Q));
            } break;
            case __li__YTVI__: {
              li__SX0Q=li__4DGM(((__li__YTVI *)li__RX0Q));
            } break;
            case __li__S2VI__: {
              li__SX0Q=li__OG5L(((__li__S2VI *)li__RX0Q));
            } break;
            case __li__E3VI__: {
              li__SX0Q=li__ZG5L(((__li__E3VI *)li__RX0Q));
            } break;
            case __li__KLWI__: {
              li__DC4U=((__li__KLWI *)li__RX0Q);
              li__DYLV=li__DC4U->li__LLWI.li__0CC;
              li__FC4U=li__G3CM(((__li__KMFK *)li__DC4U->li__ZPBK));
              li__DC4U=li__PNSJ(li__DYLV,li__FC4U);
              li__SX0Q=li__DC4U;
            } break;
            case __li__ULWI__: {
              li__IC4U=((__li__ULWI *)li__RX0Q);
              li__JC4U=li__AOSJ(li__IC4U->li__VLWI.li__0CC,li__IC4U->li__4PBK);
              li__SX0Q=li__JC4U;
            } break;
            case __li__NMWI__: {
              li__SX0Q=li__SH5L(((__li__NMWI *)li__RX0Q));
            } break;
            case __li__BNWI__: {
              li__SX0Q=li__3H5L(((__li__BNWI *)li__RX0Q));
            } break;
            case __li__XNWI__: {
              li__SX0Q=li__II5L(((__li__XNWI *)li__RX0Q));
            } break;
            case __li__LOWI__: {
              li__SX0Q=li__TI5L(((__li__LOWI *)li__RX0Q));
            } break;
            case __li__5OWI__: {
              li__SX0Q=li__4I5L(((__li__5OWI *)li__RX0Q));
            } break;
            case __li__TPWI__: {
              li__SX0Q=li__JJ5L(((__li__TPWI *)li__RX0Q));
            } break;
            case __li__HQWI__: {
              li__SX0Q=li__UJ5L(((__li__HQWI *)li__RX0Q));
            } break;
            case __li__ARWI__: {
              li__SX0Q=li__5J5L(((__li__ARWI *)li__RX0Q));
            } break;
            case __li__URWI__: {
              li__SX0Q=li__NK5L(((__li__URWI *)li__RX0Q));
            } break;
            case __li__MSWI__: {
              li__LC4U=((__li__MSWI *)li__RX0Q);
              li__MC4U=li__YXSJ(li__LC4U->li__NSWI.li__0CC,li__LC4U->li__ISBK);
              li__SX0Q=li__MC4U;
            } break;
            case __li__ETWI__: {
              li__SX0Q=li__4K5L(((__li__ETWI *)li__RX0Q));
            } break;
            case __li__MZWI__: {
              li__OC4U=((__li__MZWI *)li__RX0Q);
              li__PC4U=li__4U4I(li__OC4U->li__NZWI.li__0K.li__0CC,li__OC4U->li__3SBK,li__OC4U->li__NZWI.li__WZLE);
              li__SX0Q=li__PC4U;
            } break;
            case __li__C0WI__: {
              li__RC4U=((__li__C0WI *)li__RX0Q);
              li__SC4U=li__ZV4I(li__RC4U->li__D0WI.li__0K.li__0CC,li__RC4U->li__CTBK);
              li__SX0Q=li__SC4U;
            } break;
            case __li__M1WI__: {
              li__UC4U=((__li__M1WI *)li__RX0Q);
              li__VC4U=li__1Z4I(li__UC4U->li__N1WI.li__0K.li__0CC,li__UC4U->li__UTFK);
              li__SX0Q=li__VC4U;
            } break;
            case __li__KMFK__: {
              li__SX0Q=li__G3CM(((__li__KMFK *)li__RX0Q));
            } break;
            case __li__XOHL__: {
              li__SX0Q=li__AAPN(((__li__XOHL *)li__RX0Q));
            } break;
            case __li__FPHL__: {
              li__SX0Q=li__2EGM(((__li__FPHL *)li__RX0Q));
            } break;
            case __li__APLM__: {
              li__SX0Q=li__XRDQ(((__li__APLM *)li__RX0Q));
            } break;
            case __li__DTNM__: {
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            } break;
            case __li__JXNM__: {
              li__SX0Q=li__153R(((__li__JXNM *)li__RX0Q));
            } break;
            case __li__21LO__: {
              li__SX0Q=li__2KLP(((__li__21LO *)li__RX0Q));
            } break;
            case __li__TPOO__: {
              li__SX0Q=li__JLLP(((__li__TPOO *)li__RX0Q));
            } break;
            case __li__URRO__: {
              li__SX0Q=li__KM4R(((__li__URRO *)li__RX0Q));
            } break;
            case __li__41XO__: {
              li__SX0Q=li__CSDQ(((__li__41XO *)li__RX0Q));
            } break;
            case __li__AKBR__: {
              li__SX0Q=li__L2DS(((__li__AKBR *)li__RX0Q));
            } break;
            case __li__SU5R__: {
              li__SX0Q=li__EQJS(((__li__SU5R *)li__RX0Q));
            } break;
            case __li__JV5R__: {
              li__SX0Q=li__PQJS(((__li__JV5R *)li__RX0Q));
            } break;
            };
            /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__MX0Q)->__id==__li__DZB__) {
              li__RX0Q=li__NXEJ(((__li__DZB *)((__li__VTBD *)li__MX0Q)),li__OX0Q,NULL,li__SX0Q);
              li__UX0Q=li__RX0Q;
            } else /* LOCAL */ {
              li__UX0Q=li__1CXJ(((__li__VTBD *)li__MX0Q),li__OX0Q,li__SX0Q);
            };
            li__WKXQ=li__UX0Q;
          } else /* FALSE */ {
            /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__FX0Q)->__id) {
            case __li__KMFK__: {
              li__RX0Q=((__li__KMFK *)li__FX0Q)->li__3RFK;
            } break;
            case __li__21LO__: {
              li__RX0Q=((__li__21LO *)li__FX0Q)->li__KJXO;
            } break;
            case __li__TPOO__: {
              li__RX0Q=((__li__TPOO *)li__FX0Q)->li__5IXO;
            } break;
            };
            /* NULL __li__KMFK__ __li__21LO__ __li__TPOO__ */
switch (((struct ___OBJ *)li__FX0Q)->__id) {
            case __li__KMFK__:  break;
            case __li__21LO__:  break;
            case __li__TPOO__:  break;
            };
            /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__RX0Q)->__id==__li__DZB__) {
              li__D00Q=((__li__DZB *)li__RX0Q);
              li__SX0Q=li__BPOO(li__D00Q,li__D00Q->li__GZB.li__FZB.li__RF.li__0CC,NULL);
              li__D00Q->li__GZB.li__LNME=(__li__K)(li__D00Q->li__GZB.li__LNME +  1);
              li__UX0Q=li__SX0Q;
            } else /* LOCAL */ {
              li__UX0Q=li__ZCCL(((__li__VTBD *)((__li__DZB *)li__RX0Q)));
            };
            li__RX0Q=li__4W0Q->li__0FXO;
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__RX0Q)->__id) {
            case __li__RLKJ__: {
              li__SX0Q=((__li__RLKJ *)li__RX0Q)->li__2BDK;
            } break;
            case __li__5LKJ__: {
              li__SX0Q=((__li__5LKJ *)li__RX0Q)->li__IDDK;
            } break;
            case __li__DFNL__: {
              li__SX0Q=((__li__DFNL *)li__RX0Q)->li__JG1L;
            } break;
            };
            li__RX0Q=li__4W0Q->li__0FXO;
            /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__RX0Q)->__id) {
            case __li__RLKJ__: {
              li__OX0Q=((__li__RLKJ *)li__RX0Q)->li__SLKJ.li__RZEC.li__0CC;
            } break;
            case __li__5LKJ__: {
              li__OX0Q=((__li__5LKJ *)li__RX0Q)->li__AMKJ.li__RZEC.li__0CC;
            } break;
            case __li__DFNL__: {
              li__OX0Q=((__li__DFNL *)li__RX0Q)->li__EFNL.li__RZEC.li__0CC;
            } break;
            };
            /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__SX0Q)->__id==__li__DZB__) {
              li__MX0Q=li__NXEJ(((__li__DZB *)((__li__VTBD *)li__SX0Q)),li__OX0Q,NULL,li__UX0Q);
              li__DY0Q=li__MX0Q;
            } else /* LOCAL */ {
              li__R00Q=((__li__VTBD *)li__SX0Q);
              li__W00Q=NULL;
              /* __li__B__ __li__I__ */
if (((void *)li__R00Q->li__ANQI != (void *)NULL)) {
                li__400Q=li__1IGL(((__li__VTBD *)li__R00Q->li__ANQI),li__OX0Q,li__UX0Q);
                li__W00Q=li__400Q;
                li__A10Q=li__B__;
              } else /* FALSE */ {
                li__A10Q=li__I__;
              };
              /* __li__B__ __li__I__ */
if ((! li__A10Q)) {
                /* __li__B__ __li__I__ */
if (li__MOSI) {
                  li__M10Q=li__FPNQ(li__R00Q);
                  li__N10Q=li__1IGL(((__li__VTBD *)li__M10Q),li__OX0Q,li__UX0Q);
                  li__W00Q=li__N10Q;
                } else /* FALSE */ {
                  li__N10Q=li__1IGL(li__R00Q,li__OX0Q,li__UX0Q);
                  li__W00Q=li__N10Q;
                };
              };
              li__DY0Q=li__W00Q;
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            li__WKXQ=li__DY0Q;
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          li__CMXQ=li__SKPO(li__4W0Q,li__WKXQ);
          li__TJXQ=li__CMXQ;
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        li__JU0Q=&(li__UJXQ->li__SWEO);
        li__423Q=((void *)li__JU0Q->li__2KPO == (void *)NULL);
        li__RU0Q.self=li__JU0Q;
        li__AV0Q.self=li__JU0Q;
        /* __li__B__ __li__I__ */
if (li__423Q) {
          ((__li__QWEO *)li__RU0Q.self)->li__2KPO=li__TJXQ;
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          li__VU0Q=((__li__QWEO *)li__AV0Q.self);
          li__A10Q=((void *)li__VU0Q->li__RLPO == (void *)NULL);
          li__3U0Q.self=li__VU0Q;
          /* __li__B__ __li__I__ */
if (li__A10Q) {
            li__1U0Q=((__li__QWEO *)li__3U0Q.self);
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            li__1U0Q->li__RLPO=li__2U0Q;
          };
          li__C2MP(((__li__ILPO *)li__VU0Q->li__RLPO),li__TJXQ);
        };
        li__DMYQ=(__li__K)(li__DMYQ +  1);
      };
      li__G4OR=li__UJXQ->li__KSPK;
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__G4OR)->__id==__li__1M__) {
        li__HT1Q(((__li__1M *)li__G4OR),li__UJXQ);
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        li__GGZO(((__li__UJSH *)((__li__1M *)li__G4OR)));
      };
      li__RIIQ=li__UJXQ;
    } break;
    case __li__KMFK__: {
      li__RIIQ=li__G3CM(((__li__KMFK *)li__QIIQ));
    } break;
    case __li__XOHL__: {
      li__RIIQ=li__AAPN(((__li__XOHL *)li__QIIQ));
    } break;
    case __li__FPHL__: {
      li__RIIQ=li__2EGM(((__li__FPHL *)li__QIIQ));
    } break;
    case __li__DFNL__: {
      li__W00Q=((__li__DFNL *)li__QIIQ);
      li__G4OR=li__W00Q->li__EFNL.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__G4OR)->__id) {
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        li__XZ3U=li__PVEJ(((__li__WK *)li__G4OR));
        li__VHXQ=li__XZ3U;
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      case __li__AVBD__: {
        li__VHXQ=li__AE5L(((__li__AVBD *)li__G4OR));
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      case __li__KVBD__: {
        li__KWLV=((__li__KVBD *)li__G4OR);
        li__LWLV=li__KWLV->li__LVBD.li__0K.li__0CC;
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        li__OWLV->li__LVBD.li__WZLE=li__PWLV;
        li__VHXQ=li__KWLV;
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      case __li__WVBD__: {
        li__ZZ3U=((__li__WVBD *)li__G4OR);
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        li__VHXQ=li__XF5L(((__li__KTVI *)li__G4OR));
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      case __li__LTVI__: {
        li__VHXQ=li__SDGM(((__li__LTVI *)li__G4OR));
      } break;
      case __li__XTVI__: {
        li__VHXQ=li__DG5L(((__li__XTVI *)li__G4OR));
      } break;
      case __li__YTVI__: {
        li__VHXQ=li__4DGM(((__li__YTVI *)li__G4OR));
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      case __li__S2VI__: {
        li__VHXQ=li__OG5L(((__li__S2VI *)li__G4OR));
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      case __li__E3VI__: {
        li__VHXQ=li__ZG5L(((__li__E3VI *)li__G4OR));
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      case __li__KLWI__: {
        li__E23U=((__li__KLWI *)li__G4OR);
        li__LWLV=li__E23U->li__LLWI.li__0CC;
        li__G23U=li__G3CM(((__li__KMFK *)li__E23U->li__ZPBK));
        li__E23U=li__PNSJ(li__LWLV,li__G23U);
        li__VHXQ=li__E23U;
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      case __li__ULWI__: {
        li__J23U=((__li__ULWI *)li__G4OR);
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      case __li__NMWI__: {
        li__VHXQ=li__SH5L(((__li__NMWI *)li__G4OR));
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      case __li__BNWI__: {
        li__VHXQ=li__3H5L(((__li__BNWI *)li__G4OR));
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      case __li__XNWI__: {
        li__VHXQ=li__II5L(((__li__XNWI *)li__G4OR));
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      case __li__LOWI__: {
        li__VHXQ=li__TI5L(((__li__LOWI *)li__G4OR));
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      case __li__5OWI__: {
        li__VHXQ=li__4I5L(((__li__5OWI *)li__G4OR));
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      case __li__TPWI__: {
        li__VHXQ=li__JJ5L(((__li__TPWI *)li__G4OR));
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      case __li__HQWI__: {
        li__VHXQ=li__UJ5L(((__li__HQWI *)li__G4OR));
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      case __li__ARWI__: {
        li__VHXQ=li__5J5L(((__li__ARWI *)li__G4OR));
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      case __li__URWI__: {
        li__VHXQ=li__NK5L(((__li__URWI *)li__G4OR));
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      case __li__MSWI__: {
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      case __li__MZWI__: {
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      case __li__C0WI__: {
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        li__VHXQ=li__T23U;
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      case __li__M1WI__: {
        li__V23U=((__li__M1WI *)li__G4OR);
        li__W23U=li__1Z4I(li__V23U->li__N1WI.li__0K.li__0CC,li__V23U->li__UTFK);
        li__VHXQ=li__W23U;
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      case __li__KMFK__: {
        li__VHXQ=li__G3CM(((__li__KMFK *)li__G4OR));
      } break;
      case __li__XOHL__: {
        li__VHXQ=li__AAPN(((__li__XOHL *)li__G4OR));
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      case __li__FPHL__: {
        li__VHXQ=li__2EGM(((__li__FPHL *)li__G4OR));
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      case __li__APLM__: {
        li__VHXQ=li__XRDQ(((__li__APLM *)li__G4OR));
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      case __li__DTNM__: {
        li__VHXQ=li__D5SO(((__li__DTNM *)li__G4OR));
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      case __li__JXNM__: {
        li__VHXQ=li__153R(((__li__JXNM *)li__G4OR));
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      case __li__21LO__: {
        li__VHXQ=li__2KLP(((__li__21LO *)li__G4OR));
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      case __li__TPOO__: {
        li__VHXQ=li__JLLP(((__li__TPOO *)li__G4OR));
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      case __li__URRO__: {
        li__VHXQ=li__KM4R(((__li__URRO *)li__G4OR));
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      case __li__41XO__: {
        li__VHXQ=li__CSDQ(((__li__41XO *)li__G4OR));
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      case __li__AKBR__: {
        li__VHXQ=li__L2DS(((__li__AKBR *)li__G4OR));
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      case __li__SU5R__: {
        li__VHXQ=li__EQJS(((__li__SU5R *)li__G4OR));
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      case __li__JV5R__: {
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      li__400Q=li__1CXJ(((__li__VTBD *)li__W00Q->li__JG1L),li__W00Q->li__EFNL.li__RZEC.li__0CC,li__VHXQ);
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if (li__400Q==NULL) {
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    case __li__3I3L__: {
      li__XMXQ=((__li__3I3L *)li__QIIQ);
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      li__5MXQ=li__BIIQ(((__li__KI *)li__XMXQ->li__ETHP));
      li__DWLV=li__XMXQ->li__4I3L.li__0CC;
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if (li__G4OR==NULL) {
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      li__1GXQ=li__HNXQ;
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        li__GE4U=(__li__K)((*(((__li__TOLE *)((__li__KI *)li__I4OR)->li__2OLE))).li__FPYE +  1);
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if ((li__GE4U !=  0)) {
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if (li__WKXQ==NULL) {
            li__5NXQ=NULL;
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            if (((struct ___OBJ *)li__WKXQ)->__id==__li__EDHP__) {
              li__5NXQ=((void *)li__WKXQ);
            } else /* Other types */ {
              li__5NXQ=NULL;
            }
          };
          /* __li__B__ __li__I__ */
if (((void *)li__5NXQ != (void *)NULL)) {
            /* __li__B__ __li__I__ */
if (((void *)li__5NXQ->li__JOXQ != (void *)li__XMXQ)) {
              li__OX0Q=li__XMXQ->li__4I3L.li__0CC;
              li__K4E( 1,(&__string_686));
              li__V5E(li__OX0Q);
              li__ODF();
            };
            li__TXLV=li__5NXQ->li__FDHP.li__0CC;
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            li__RDZR=((__li__EDHP *)li__5NXQ);
            li__RDZR->li__FDHP.li__0CC=li__TXLV;
            li__RDZR->li__JOXQ=li__ENXQ;
            li__IMZR=((__li__3I3L *)li__ENXQ);
            li__IMZR->li__YVHP=(__li__K)(li__IMZR->li__YVHP +  1);
            li__B1ZG=((__li__TOLE *)((__li__KI *)li__I4OR)->li__2OLE);
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            ((void **)(*(li__B1ZG)).li__S3VG)[li__D1ZG]=li__5NXQ;
          };
        };
        li__DMYQ=(__li__K)(li__DMYQ +  1);
      };
      /* __li__B__ __li__I__ */
if ((li__ENXQ->li__YVHP != li__XMXQ->li__YVHP)) {
        li__KBG(((__li__U *)li__XMXQ->li__BTHP));
        li__KBG((&__string_687));
        li__LLIG(li__XMXQ->li__YVHP);
        li__KBG((&__string_688));
        li__LLIG(li__ENXQ->li__YVHP);
        fputc((int)('\n'),stdout);
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        li__QE4U=li__IFC( 250);
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        fputc((int)('\n'),stdout);
        li__LWLV=li__XMXQ->li__4I3L.li__0CC;
        li__K4E( 1,(&__string_689));
        li__V5E(li__LWLV);
        li__ODF();
      };
      li__RIIQ=li__ENXQ;
    } break;
    case __li__APLM__: {
      li__RIIQ=li__XRDQ(((__li__APLM *)li__QIIQ));
    } break;
    case __li__DTNM__: {
      li__RIIQ=li__D5SO(((__li__DTNM *)li__QIIQ));
    } break;
    case __li__JXNM__: {
      li__RIIQ=li__153R(((__li__JXNM *)li__QIIQ));
    } break;
    case __li__2PLO__: {
      li__KBG((&__string_690));
      fputc((int)('\n'),stdout);
      exit(( 1));
      li__RIIQ=NULL;
    } break;
    case __li__21LO__: {
      li__RIIQ=li__2KLP(((__li__21LO *)li__QIIQ));
    } break;
    case __li__TPOO__: {
      li__RIIQ=li__JLLP(((__li__TPOO *)li__QIIQ));
    } break;
    case __li__URRO__: {
      li__RIIQ=li__KM4R(((__li__URRO *)li__QIIQ));
    } break;
    case __li__41XO__: {
      li__RIIQ=li__CSDQ(((__li__41XO *)li__QIIQ));
    } break;
    case __li__EDHP__: {
      li__RIIQ=((__li__EDHP *)li__QIIQ);
    } break;
    case __li__CJ1P__: {
      li__0P3Q=((__li__CJ1P *)li__QIIQ);
      li__DWLV=li__0P3Q->li__DJ1P.li__0CC;
      li__G4OR=li__0P3Q->li__L1IQ;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__G4OR)->__id) {
      case __li__WK__: {
        li__XZ3U=li__PVEJ(((__li__WK *)li__G4OR));
        li__VHXQ=li__XZ3U;
      } break;
      case __li__AVBD__: {
        li__VHXQ=li__AE5L(((__li__AVBD *)li__G4OR));
      } break;
      case __li__KVBD__: {
        li__KWLV=((__li__KVBD *)li__G4OR);
        li__LWLV=li__KWLV->li__LVBD.li__0K.li__0CC;
        li__MWLV=li__KWLV->li__LVBD.li__WZLE;
        li__KWLV=li__5QND();
        li__OWLV=((__li__KVBD *)li__KWLV);
        li__OWLV->li__LVBD.li__0K.li__0CC=li__LWLV;
        li__PWLV=li__NNSE(((__li__5RB *)li__MWLV));
        li__OWLV->li__LVBD.li__WZLE=li__PWLV;
        li__VHXQ=li__KWLV;
      } break;
      case __li__WVBD__: {
        li__ZZ3U=((__li__WVBD *)li__G4OR);
        li__0Z3U=li__VEID(li__ZZ3U->li__XVBD.li__0K.li__0CC,li__ZZ3U->li__2ZLE,li__ZZ3U->li__XVBD.li__WZLE);
        li__VHXQ=li__0Z3U;
      } break;
      case __li__Z4WH__: {
        li__VHXQ=li__XEVK(((__li__Z4WH *)li__G4OR));
      } break;
      case __li__KTVI__: {
        li__VHXQ=li__XF5L(((__li__KTVI *)li__G4OR));
      } break;
      case __li__LTVI__: {
        li__VHXQ=li__SDGM(((__li__LTVI *)li__G4OR));
      } break;
      case __li__XTVI__: {
        li__VHXQ=li__DG5L(((__li__XTVI *)li__G4OR));
      } break;
      case __li__YTVI__: {
        li__VHXQ=li__4DGM(((__li__YTVI *)li__G4OR));
      } break;
      case __li__S2VI__: {
        li__VHXQ=li__OG5L(((__li__S2VI *)li__G4OR));
      } break;
      case __li__E3VI__: {
        li__VHXQ=li__ZG5L(((__li__E3VI *)li__G4OR));
      } break;
      case __li__KLWI__: {
        li__E23U=((__li__KLWI *)li__G4OR);
        li__LWLV=li__E23U->li__LLWI.li__0CC;
        li__G23U=li__G3CM(((__li__KMFK *)li__E23U->li__ZPBK));
        li__E23U=li__PNSJ(li__LWLV,li__G23U);
        li__VHXQ=li__E23U;
      } break;
      case __li__ULWI__: {
        li__J23U=((__li__ULWI *)li__G4OR);
        li__K23U=li__AOSJ(li__J23U->li__VLWI.li__0CC,li__J23U->li__4PBK);
        li__VHXQ=li__K23U;
      } break;
      case __li__NMWI__: {
        li__VHXQ=li__SH5L(((__li__NMWI *)li__G4OR));
      } break;
      case __li__BNWI__: {
        li__VHXQ=li__3H5L(((__li__BNWI *)li__G4OR));
      } break;
      case __li__XNWI__: {
        li__VHXQ=li__II5L(((__li__XNWI *)li__G4OR));
      } break;
      case __li__LOWI__: {
        li__VHXQ=li__TI5L(((__li__LOWI *)li__G4OR));
      } break;
      case __li__5OWI__: {
        li__VHXQ=li__4I5L(((__li__5OWI *)li__G4OR));
      } break;
      case __li__TPWI__: {
        li__VHXQ=li__JJ5L(((__li__TPWI *)li__G4OR));
      } break;
      case __li__HQWI__: {
        li__VHXQ=li__UJ5L(((__li__HQWI *)li__G4OR));
      } break;
      case __li__ARWI__: {
        li__VHXQ=li__5J5L(((__li__ARWI *)li__G4OR));
      } break;
      case __li__URWI__: {
        li__VHXQ=li__NK5L(((__li__URWI *)li__G4OR));
      } break;
      case __li__MSWI__: {
        li__M23U=((__li__MSWI *)li__G4OR);
        li__N23U=li__YXSJ(li__M23U->li__NSWI.li__0CC,li__M23U->li__ISBK);
        li__VHXQ=li__N23U;
      } break;
      case __li__ETWI__: {
        li__VHXQ=li__4K5L(((__li__ETWI *)li__G4OR));
      } break;
      case __li__MZWI__: {
        li__P23U=((__li__MZWI *)li__G4OR);
        li__Q23U=li__4U4I(li__P23U->li__NZWI.li__0K.li__0CC,li__P23U->li__3SBK,li__P23U->li__NZWI.li__WZLE);
        li__VHXQ=li__Q23U;
      } break;
      case __li__C0WI__: {
        li__S23U=((__li__C0WI *)li__G4OR);
        li__T23U=li__ZV4I(li__S23U->li__D0WI.li__0K.li__0CC,li__S23U->li__CTBK);
        li__VHXQ=li__T23U;
      } break;
      case __li__M1WI__: {
        li__V23U=((__li__M1WI *)li__G4OR);
        li__W23U=li__1Z4I(li__V23U->li__N1WI.li__0K.li__0CC,li__V23U->li__UTFK);
        li__VHXQ=li__W23U;
      } break;
      case __li__KMFK__: {
        li__VHXQ=li__G3CM(((__li__KMFK *)li__G4OR));
      } break;
      case __li__XOHL__: {
        li__VHXQ=li__AAPN(((__li__XOHL *)li__G4OR));
      } break;
      case __li__FPHL__: {
        li__VHXQ=li__2EGM(((__li__FPHL *)li__G4OR));
      } break;
      case __li__APLM__: {
        li__VHXQ=li__XRDQ(((__li__APLM *)li__G4OR));
      } break;
      case __li__DTNM__: {
        li__VHXQ=li__D5SO(((__li__DTNM *)li__G4OR));
      } break;
      case __li__JXNM__: {
        li__VHXQ=li__153R(((__li__JXNM *)li__G4OR));
      } break;
      case __li__21LO__: {
        li__VHXQ=li__2KLP(((__li__21LO *)li__G4OR));
      } break;
      case __li__TPOO__: {
        li__VHXQ=li__JLLP(((__li__TPOO *)li__G4OR));
      } break;
      case __li__URRO__: {
        li__VHXQ=li__KM4R(((__li__URRO *)li__G4OR));
      } break;
      case __li__41XO__: {
        li__VHXQ=li__CSDQ(((__li__41XO *)li__G4OR));
      } break;
      case __li__AKBR__: {
        li__VHXQ=li__L2DS(((__li__AKBR *)li__G4OR));
      } break;
      case __li__SU5R__: {
        li__VHXQ=li__EQJS(((__li__SU5R *)li__G4OR));
      } break;
      case __li__JV5R__: {
        li__VHXQ=li__PQJS(((__li__JV5R *)li__G4OR));
      } break;
      };
      li__AQ3Q=li__ZU5P(li__0P3Q,li__DWLV,li__VHXQ);
      li__RIIQ=li__AQ3Q;
    } break;
    case __li__EN1P__: {
      li__DQ3Q=((__li__EN1P *)li__QIIQ);
      li__GQ3Q=li__DX5P(li__DQ3Q,li__DQ3Q->li__FN1P.li__0CC);
      li__RIIQ=li__GQ3Q;
    } break;
    case __li__AKBR__: {
      li__RIIQ=li__L2DS(((__li__AKBR *)li__QIIQ));
    } break;
    case __li__SU5R__: {
      li__RIIQ=li__EQJS(((__li__SU5R *)li__QIIQ));
    } break;
    case __li__JV5R__: {
      li__RIIQ=li__PQJS(((__li__JV5R *)li__QIIQ));
    } break;
    };
    li__I4OR=((__li__KI *)li__GIIQ);
    li__P2VG(((__li__TOLE *)li__I4OR->li__2OLE),li__RIIQ);
    li__WVRE(li__I4OR);
    li__2YLQ=(__li__K)(li__2YLQ +  1);
  };
  li__WVRE(li__CIIQ);
  li__DIIQ=li__GIIQ;
  return(li__DIIQ);
}

static __li__C li__AB1R(__li__KI *li__BB1R,void *li__CB1R)
/* (Strict LIST{li__KI},INSTR{li__LHBK}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__RF4U;
  __li__IYBD *li__AN2R;
  __li__K li__EN2R;
  __li__TOLE *li__QF4U;
  __li__C li__FB1R,li__DN2R,li__AO2R,li__DB1R;
  li__QF4U=((__li__TOLE *)li__BB1R->li__2OLE);
  li__RF4U=((void **)(*(li__QF4U)).li__S3VG)[(*(li__QF4U)).li__FPYE];
  /* NULL __li__KI__ __li__WK__ __li__T0B__ __li__O3B__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__IYBD__ __li__ODID__ __li__OWRE__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__RLKJ__ __li__5LKJ__ __li__LHBK__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__DFNL__ __li__3I3L__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__2PLO__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__EDHP__ __li__CJ1P__ __li__EN1P__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RF4U)->__id) {
  case __li__KI__: {
    li__FB1R=li__AB1R(((__li__KI *)li__RF4U),li__CB1R);
  } break;
  case __li__WK__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__WK *)((__li__KI *)li__RF4U)));
  } break;
  case __li__T0B__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__T0B *)((__li__KI *)li__RF4U)));
  } break;
  case __li__O3B__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__O3B *)((__li__KI *)li__RF4U)));
  } break;
  case __li__AVBD__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__AVBD *)((__li__KI *)li__RF4U)));
  } break;
  case __li__KVBD__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__KVBD *)((__li__KI *)li__RF4U)));
  } break;
  case __li__WVBD__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__WVBD *)((__li__KI *)li__RF4U)));
  } break;
  case __li__IYBD__: {
    li__AN2R=((__li__IYBD *)((__li__KI *)li__RF4U));
    li__DN2R=li__I__;
    li__EN2R= 0;
    while (((li__EN2R <= (*(li__AN2R->li__KRPK)).li__QRPK) && (! li__DN2R))) {
      li__AO2R=li__AB1R(((__li__KI *)((__li__5QPK *)((void **)(*(((__li__BRPK *)li__AN2R->li__KRPK))).li__HGEQ)[li__EN2R])->li__0RPK),li__CB1R);
      li__DN2R=li__AO2R;
      li__EN2R=(__li__K)(li__EN2R +  1);
    };
    li__FB1R=li__DN2R;
  } break;
  case __li__ODID__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__ODID *)((__li__KI *)li__RF4U)));
  } break;
  case __li__OWRE__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__OWRE *)((__li__KI *)li__RF4U)));
  } break;
  case __li__Z4WH__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__Z4WH *)((__li__KI *)li__RF4U)));
  } break;
  case __li__KTVI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__KTVI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__LTVI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__LTVI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__XTVI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__XTVI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__YTVI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__YTVI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__S2VI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__S2VI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__E3VI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__E3VI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__KLWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__KLWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__ULWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__ULWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__NMWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__NMWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__BNWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__BNWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__XNWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__XNWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__LOWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__LOWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__5OWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__5OWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__TPWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__TPWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__HQWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__HQWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__ARWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__ARWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__URWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__URWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__MSWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__MSWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__ETWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__ETWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__MZWI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__MZWI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__C0WI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__C0WI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__M1WI__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__M1WI *)((__li__KI *)li__RF4U)));
  } break;
  case __li__RLKJ__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__RLKJ *)((__li__KI *)li__RF4U)));
  } break;
  case __li__5LKJ__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__5LKJ *)((__li__KI *)li__RF4U)));
  } break;
  case __li__LHBK__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__LHBK *)((__li__KI *)li__RF4U)));
  } break;
  case __li__KMFK__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__KMFK *)((__li__KI *)li__RF4U)));
  } break;
  case __li__XOHL__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__XOHL *)((__li__KI *)li__RF4U)));
  } break;
  case __li__FPHL__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__FPHL *)((__li__KI *)li__RF4U)));
  } break;
  case __li__DFNL__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__DFNL *)((__li__KI *)li__RF4U)));
  } break;
  case __li__3I3L__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__3I3L *)((__li__KI *)li__RF4U)));
  } break;
  case __li__APLM__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__APLM *)((__li__KI *)li__RF4U)));
  } break;
  case __li__DTNM__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__DTNM *)((__li__KI *)li__RF4U)));
  } break;
  case __li__JXNM__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__JXNM *)((__li__KI *)li__RF4U)));
  } break;
  case __li__2PLO__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__2PLO *)((__li__KI *)li__RF4U)));
  } break;
  case __li__21LO__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__21LO *)((__li__KI *)li__RF4U)));
  } break;
  case __li__TPOO__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__TPOO *)((__li__KI *)li__RF4U)));
  } break;
  case __li__URRO__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__URRO *)((__li__KI *)li__RF4U)));
  } break;
  case __li__41XO__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__41XO *)((__li__KI *)li__RF4U)));
  } break;
  case __li__EDHP__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__EDHP *)((__li__KI *)li__RF4U)));
  } break;
  case __li__CJ1P__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__CJ1P *)((__li__KI *)li__RF4U)));
  } break;
  case __li__EN1P__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__EN1P *)((__li__KI *)li__RF4U)));
  } break;
  case __li__AKBR__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__AKBR *)((__li__KI *)li__RF4U)));
  } break;
  case __li__SU5R__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__SU5R *)((__li__KI *)li__RF4U)));
  } break;
  case __li__JV5R__: {
    li__FB1R=((void *)li__CB1R == (void *)((__li__JV5R *)((__li__KI *)li__RF4U)));
  } break;
  };
  li__DB1R=li__FB1R;
  return(li__DB1R);
}

static void li__WXPN(__li__VTBD *li__XXPN,void *li__YXPN)
/* (Strict LOCAL{li__VTBD},WRITE{li__DFNL}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__0F4U;
  __li__K li__5ZPN;
  __li__C li__PXRU,li__RXRU;
  /* __li__B__ __li__I__ */
if ((! ((__li__DFNL *)li__YXPN)->li__EFNL.li__JOGK)) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  /* __li__B__ __li__I__ */
if (((__li__DFNL *)li__YXPN)->li__EFNL.li__1Z4L) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  ((__li__DFNL *)li__YXPN)->li__EFNL.li__1Z4L=li__B__;
  li__0QUN(li__XXPN,li__YXPN);
  /* __li__B__ __li__I__ */
if (((void *)li__XXPN->li__WTBD.li__XRSH == (void *)li__YXPN)) {
    /* __li__B__ __li__I__ */
if (((void *)li__XXPN->li__WTBD.li__BYEJ != (void *)NULL)) {
      li__0F4U=((void **)(*(((__li__SZEC *)li__XXPN->li__WTBD.li__BYEJ))).li__F0EK)[ 0];
      li__XXPN->li__WTBD.li__XRSH=li__0F4U;
      li__HFDN(((__li__SZEC *)li__XXPN->li__WTBD.li__BYEJ));
      li__PXRU=((*(((__li__SZEC *)li__XXPN->li__WTBD.li__BYEJ))).li__J0EK <  0);
      /* __li__B__ __li__I__ */
if (li__PXRU) {
        li__XXPN->li__WTBD.li__BYEJ=NULL;
      };
    } else /* FALSE */ {
      li__XXPN->li__WTBD.li__XRSH=NULL;
    };
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__XXPN->li__WTBD.li__BYEJ == (void *)NULL)) {
      li__KBG(((__li__U *)li__XXPN->li__WTBD.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_680));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__5ZPN=li__SHUM(((__li__SZEC *)li__XXPN->li__WTBD.li__BYEJ),li__YXPN);
    /* __li__B__ __li__I__ */
if ((li__5ZPN > (*(li__XXPN->li__WTBD.li__BYEJ)).li__J0EK)) {
      li__KBG(((__li__U *)li__XXPN->li__WTBD.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_681));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__RJUM(((__li__SZEC *)li__XXPN->li__WTBD.li__BYEJ),li__5ZPN);
    li__RXRU=((*(((__li__SZEC *)li__XXPN->li__WTBD.li__BYEJ))).li__J0EK <  0);
    /* __li__B__ __li__I__ */
if (li__RXRU) {
      li__XXPN->li__WTBD.li__BYEJ=NULL;
    };
  };
}

static void li__GORJ(__li__Z0IE *li__HORJ,__li__VTBD *li__IORJ)
/* (Strict FAST_ARRAY(LOCAL){li__Z0IE},Strict LOCAL{NULLxli__VTBD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__KPRJ,li__ESYJ;
  __li__CB li__ITYJ;
  __li__C li__XORJ;
  void **li__DPRJ;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__HORJ)).li__4BPE +  1) <= (__li__K)((*(li__HORJ)).li__W1VG -  1))) {
    (*(li__HORJ)).li__4BPE=(__li__K)((*(li__HORJ)).li__4BPE +  1);
    li__XORJ=li__B__;
  } else /* FALSE */ {
    li__XORJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__XORJ)) {
    /* __li__B__ __li__I__ */
if (((*(li__HORJ)).li__W1VG ==  0)) {
      li__DPRJ=li__XKEH( 2);
      (*(li__HORJ)).li__WWWG=li__DPRJ;
      (*(li__HORJ)).li__W1VG= 2;
      (*(li__HORJ)).li__4BPE= 0;
    } else /* FALSE */ {
      li__KPRJ=(__li__K)((*(li__HORJ)).li__W1VG <<  1);
      li__DPRJ=((void **)(*(li__HORJ)).li__WWWG);
      li__ESYJ=(*(li__HORJ)).li__W1VG;
      li__ITYJ=li__CUY(((__li__CB )li__DPRJ),((__li__JJG )(__li__K)(li__ESYJ * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__KPRJ * ((__li__K )(sizeof(void *))))));
      li__DPRJ=((void **)li__ITYJ);
      li__0ZOK(li__DPRJ,li__ESYJ,(__li__K)(li__KPRJ -  1));
      (*(li__HORJ)).li__WWWG=li__DPRJ;
      (*(li__HORJ)).li__W1VG=li__KPRJ;
      (*(li__HORJ)).li__4BPE=(__li__K)((*(li__HORJ)).li__4BPE +  1);
    };
  };
  ((void **)(*(li__HORJ)).li__WWWG)[(*(li__HORJ)).li__4BPE]=li__IORJ;
}

static void li__WDJQ(__li__VTBD *li__XDJQ,void *li__YDJQ)
/* (Strict LOCAL{li__VTBD},WRITE{NULLxli__RLKJxli__5LKJxli__DFNL}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__SEDN;
  __li__K li__5FJQ;
  __li__C li__0DJQ,li__TXRU,li__YYOL;
  /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__YDJQ)->__id) {
  case __li__RLKJ__: {
    li__0DJQ=((__li__RLKJ *)li__YDJQ)->li__SLKJ.li__JOGK;
  } break;
  case __li__5LKJ__: {
    li__0DJQ=((__li__5LKJ *)li__YDJQ)->li__AMKJ.li__JOGK;
  } break;
  case __li__DFNL__: {
    li__0DJQ=((__li__DFNL *)li__YDJQ)->li__EFNL.li__JOGK;
  } break;
  };
  /* __li__B__ __li__I__ */
if ((! li__0DJQ)) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__YDJQ)->__id) {
  case __li__RLKJ__: {
    li__0DJQ=((__li__RLKJ *)li__YDJQ)->li__SLKJ.li__1Z4L;
  } break;
  case __li__5LKJ__: {
    li__0DJQ=((__li__5LKJ *)li__YDJQ)->li__AMKJ.li__1Z4L;
  } break;
  case __li__DFNL__: {
    li__0DJQ=((__li__DFNL *)li__YDJQ)->li__EFNL.li__1Z4L;
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__0DJQ) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__YDJQ)->__id) {
  case __li__RLKJ__: {
    ((__li__RLKJ *)li__YDJQ)->li__SLKJ.li__1Z4L=li__B__;
  } break;
  case __li__5LKJ__: {
    ((__li__5LKJ *)li__YDJQ)->li__AMKJ.li__1Z4L=li__B__;
  } break;
  case __li__DFNL__: {
    ((__li__DFNL *)li__YDJQ)->li__EFNL.li__1Z4L=li__B__;
  } break;
  };
  li__0QUN(li__XDJQ,li__YDJQ);
  /* __li__B__ __li__I__ */
if (((void *)li__XDJQ->li__WTBD.li__XRSH == (void *)li__YDJQ)) {
    /* __li__B__ __li__I__ */
if (((void *)li__XDJQ->li__WTBD.li__BYEJ != (void *)NULL)) {
      li__SEDN=((void **)(*(((__li__SZEC *)li__XDJQ->li__WTBD.li__BYEJ))).li__F0EK)[ 0];
      li__XDJQ->li__WTBD.li__XRSH=li__SEDN;
      li__HFDN(((__li__SZEC *)li__XDJQ->li__WTBD.li__BYEJ));
      li__TXRU=((*(((__li__SZEC *)li__XDJQ->li__WTBD.li__BYEJ))).li__J0EK <  0);
      /* __li__B__ __li__I__ */
if (li__TXRU) {
        li__XDJQ->li__WTBD.li__BYEJ=NULL;
      };
    } else /* FALSE */ {
      li__XDJQ->li__WTBD.li__XRSH=NULL;
    };
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__XDJQ->li__WTBD.li__BYEJ == (void *)NULL)) {
      li__KBG(((__li__U *)li__XDJQ->li__WTBD.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_680));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__5FJQ=li__SHUM(((__li__SZEC *)li__XDJQ->li__WTBD.li__BYEJ),li__YDJQ);
    /* __li__B__ __li__I__ */
if ((li__5FJQ > (*(li__XDJQ->li__WTBD.li__BYEJ)).li__J0EK)) {
      li__KBG(((__li__U *)li__XDJQ->li__WTBD.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_681));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__RJUM(((__li__SZEC *)li__XDJQ->li__WTBD.li__BYEJ),li__5FJQ);
    li__YYOL=((*(((__li__SZEC *)li__XDJQ->li__WTBD.li__BYEJ))).li__J0EK <  0);
    /* __li__B__ __li__I__ */
if (li__YYOL) {
      li__XDJQ->li__WTBD.li__BYEJ=NULL;
    };
  };
}

static void li__PJ5I(__li__Q li__QJ5I)
/* (Expanded INTEGER_32{li__Q}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__Q li__BK5I;
  __li__3 li__AK5I;
  li__AK5I=((__li__3 )(((__li__QJG)(((__li__QJG )(__li__Q)(li__QJ5I %  10)) + ((__li__QJG )'0')))));
  li__BK5I=(__li__Q)(li__QJ5I /  10);
  /* __li__B__ __li__I__ */
if ((li__BK5I !=  0)) {
    li__PJ5I(li__BK5I);
  };
  fputc((int)(li__AK5I),stdout);
}

static void li__JLOI(__li__O3B *li__KLOI)
/* (Strict PUSH{li__O3B}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__MLOI;
  li__MLOI=li__IFC( 250);
  li__JAZ(((__li__BC *)li__MLOI),(&__string_367));
  li__JAZ(((__li__BC *)li__MLOI),li__KLOI->li__B2ME->li__WTBD.li__GRNE);
  li__SRX(((__li__BC *)li__MLOI),')');
  li__C30(((__li__BC *)li__MLOI));
  fputc((int)('\n'),stdout);
}

static void li__PZDK(__li__KLWI *li__QZDK)
/* (Strict IS_EXPANDED{li__KLWI}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__SZDK;
  li__SZDK=li__IFC( 250);
  li__JAZ(((__li__BC *)li__SZDK),(&__string_369));
  li__H40L(((__li__KMFK *)li__QZDK->li__ZPBK),li__SZDK);
  li__SRX(((__li__BC *)li__SZDK),')');
  li__C30(((__li__BC *)li__SZDK));
  fputc((int)('\n'),stdout);
}

static void li__UZDK(__li__ULWI *li__VZDK)
/* (Strict GET_TYPE_ID{li__ULWI}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__XZDK;
  li__XZDK=li__IFC( 250);
  li__JAZ(((__li__BC *)li__XZDK),(&__string_370));
  li__4MYI(((__li__5RB *)li__VZDK->li__4PBK),li__XZDK);
  li__SRX(((__li__BC *)li__XZDK),')');
  li__C30(((__li__BC *)li__XZDK));
  fputc((int)('\n'),stdout);
}

static void li__N1DK(__li__MSWI *li__O1DK)
/* (Strict SIZE_OF{li__MSWI}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__Q1DK;
  li__Q1DK=li__IFC( 250);
  li__JAZ(((__li__BC *)li__Q1DK),(&__string_371));
  li__4MYI(((__li__5RB *)li__O1DK->li__ISBK),li__Q1DK);
  li__SRX(((__li__BC *)li__Q1DK),')');
  li__C30(((__li__BC *)li__Q1DK));
  fputc((int)('\n'),stdout);
}

static void li__CVRO(__li__IYBD *li__DVRO)
/* (Strict SWITCH{li__IYBD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__KVRO;
  __li__KMFK *li__PG4U;
  __li__TPOO *li__RG4U;
  __li__K li__SVRO,li__YSXO;
  /* __li__B__ __li__I__ */
if (((void *)li__DVRO->li__ZHRO != (void *)NULL)) {
    li__KVRO=li__DVRO->li__ZHRO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KVRO)->__id) {
    case __li__WK__:  break;
    case __li__AVBD__: {
      li__PSNI(((__li__AVBD *)li__KVRO));
    } break;
    case __li__KVBD__:  break;
    case __li__WVBD__:  break;
    case __li__Z4WH__: {
      li__JNDK(((__li__Z4WH *)li__KVRO));
    } break;
    case __li__KTVI__: {
      li__0NDK(((__li__KTVI *)li__KVRO));
    } break;
    case __li__LTVI__: {
      li__XL1L(((__li__LTVI *)li__KVRO));
    } break;
    case __li__XTVI__: {
      li__5NDK(((__li__XTVI *)li__KVRO));
    } break;
    case __li__YTVI__: {
      li__1L1L(((__li__YTVI *)li__KVRO));
    } break;
    case __li__S2VI__: {
      li__DODK(((__li__S2VI *)li__KVRO));
    } break;
    case __li__E3VI__: {
      li__HODK(((__li__E3VI *)li__KVRO));
    } break;
    case __li__KLWI__: {
      li__PG4U=((__li__KMFK *)((__li__KLWI *)li__KVRO)->li__ZPBK);
      li__HXPN(((__li__VTBD *)li__PG4U->li__3RFK),li__PG4U);
    } break;
    case __li__ULWI__:  break;
    case __li__NMWI__: {
      li__QODK(((__li__NMWI *)li__KVRO));
    } break;
    case __li__BNWI__: {
      li__UODK(((__li__BNWI *)li__KVRO));
    } break;
    case __li__XNWI__: {
      li__YODK(((__li__XNWI *)li__KVRO));
    } break;
    case __li__LOWI__: {
      li__2ODK(((__li__LOWI *)li__KVRO));
    } break;
    case __li__5OWI__: {
      li__APDK(((__li__5OWI *)li__KVRO));
    } break;
    case __li__TPWI__: {
      li__EPDK(((__li__TPWI *)li__KVRO));
    } break;
    case __li__HQWI__: {
      li__IPDK(((__li__HQWI *)li__KVRO));
    } break;
    case __li__ARWI__: {
      li__MPDK(((__li__ARWI *)li__KVRO));
    } break;
    case __li__URWI__: {
      li__NQDK(((__li__URWI *)li__KVRO));
    } break;
    case __li__MSWI__:  break;
    case __li__ETWI__: {
      li__TQDK(((__li__ETWI *)li__KVRO));
    } break;
    case __li__MZWI__:  break;
    case __li__C0WI__:  break;
    case __li__M1WI__:  break;
    case __li__KMFK__: {
      li__PG4U=((__li__KMFK *)li__KVRO);
      li__HXPN(((__li__VTBD *)li__PG4U->li__3RFK),li__PG4U);
    } break;
    case __li__XOHL__: {
      li__LDMN(((__li__XOHL *)li__KVRO));
    } break;
    case __li__FPHL__: {
      li__TT4L(((__li__FPHL *)li__KVRO));
    } break;
    case __li__APLM__: {
      li__TGCQ(((__li__APLM *)li__KVRO));
    } break;
    case __li__DTNM__: {
      li__MFRO(((__li__DTNM *)li__KVRO));
    } break;
    case __li__JXNM__: {
      li__1W3R(((__li__JXNM *)li__KVRO));
    } break;
    case __li__21LO__: {
      li__T1IP(((__li__21LO *)li__KVRO));
    } break;
    case __li__TPOO__: {
      li__RG4U=((__li__TPOO *)li__KVRO);
      li__IZFQ(((__li__DZB *)li__RG4U->li__5IXO),li__RG4U);
    } break;
    case __li__URRO__: {
      li__DK4R(((__li__URRO *)li__KVRO));
    } break;
    case __li__41XO__: {
      li__XGCQ(((__li__41XO *)li__KVRO));
    } break;
    case __li__AKBR__: {
      li__AYCS(((__li__AKBR *)li__KVRO));
    } break;
    case __li__SU5R__: {
      li__5XIS(((__li__SU5R *)li__KVRO));
    } break;
    case __li__JV5R__: {
      li__DYIS(((__li__JV5R *)li__KVRO));
    } break;
    };
  };
  li__SVRO=(*(li__DVRO->li__KRPK)).li__QRPK;
  li__YSXO= 0;
  while ((li__YSXO <= li__SVRO)) {
    li__24MR(((__li__5QPK *)((void **)(*(((__li__BRPK *)li__DVRO->li__KRPK))).li__HGEQ)[li__YSXO]));
    li__YSXO=(__li__K)(li__YSXO +  1);
  };
}

static void li__JTNI(__li__ODID *li__KTNI)
/* (Strict NODE_TYPE{li__ODID}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__LTNI;
  void *li__STNI;
  __li__KMFK *li__WG4U;
  __li__TPOO *li__YG4U;
  li__LTNI=li__KTNI->li__PDID.li__QPME;
  /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__LTNI)->__id) {
  case __li__RDID__:  break;
  case __li__GO3I__:  break;
  case __li__NY3I__:  break;
  case __li__SJPJ__: {
    li__US1L(((__li__SJPJ *)li__LTNI));
  } break;
  case __li__0VPJ__: {
    li__BT1L(((__li__0VPJ *)li__LTNI));
  } break;
  case __li__1VPJ__: {
    li__1T1L(((__li__1VPJ *)li__LTNI));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__KTNI->li__PDID.li__VUMI == (void *)NULL)) {
    li__STNI=li__KTNI->li__PDID.li__PPME;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__STNI)->__id) {
    case __li__WK__:  break;
    case __li__AVBD__: {
      li__PSNI(((__li__AVBD *)li__STNI));
    } break;
    case __li__KVBD__:  break;
    case __li__WVBD__:  break;
    case __li__Z4WH__: {
      li__JNDK(((__li__Z4WH *)li__STNI));
    } break;
    case __li__KTVI__: {
      li__0NDK(((__li__KTVI *)li__STNI));
    } break;
    case __li__LTVI__: {
      li__XL1L(((__li__LTVI *)li__STNI));
    } break;
    case __li__XTVI__: {
      li__5NDK(((__li__XTVI *)li__STNI));
    } break;
    case __li__YTVI__: {
      li__1L1L(((__li__YTVI *)li__STNI));
    } break;
    case __li__S2VI__: {
      li__DODK(((__li__S2VI *)li__STNI));
    } break;
    case __li__E3VI__: {
      li__HODK(((__li__E3VI *)li__STNI));
    } break;
    case __li__KLWI__: {
      li__WG4U=((__li__KMFK *)((__li__KLWI *)li__STNI)->li__ZPBK);
      li__HXPN(((__li__VTBD *)li__WG4U->li__3RFK),li__WG4U);
    } break;
    case __li__ULWI__:  break;
    case __li__NMWI__: {
      li__QODK(((__li__NMWI *)li__STNI));
    } break;
    case __li__BNWI__: {
      li__UODK(((__li__BNWI *)li__STNI));
    } break;
    case __li__XNWI__: {
      li__YODK(((__li__XNWI *)li__STNI));
    } break;
    case __li__LOWI__: {
      li__2ODK(((__li__LOWI *)li__STNI));
    } break;
    case __li__5OWI__: {
      li__APDK(((__li__5OWI *)li__STNI));
    } break;
    case __li__TPWI__: {
      li__EPDK(((__li__TPWI *)li__STNI));
    } break;
    case __li__HQWI__: {
      li__IPDK(((__li__HQWI *)li__STNI));
    } break;
    case __li__ARWI__: {
      li__MPDK(((__li__ARWI *)li__STNI));
    } break;
    case __li__URWI__: {
      li__NQDK(((__li__URWI *)li__STNI));
    } break;
    case __li__MSWI__:  break;
    case __li__ETWI__: {
      li__TQDK(((__li__ETWI *)li__STNI));
    } break;
    case __li__MZWI__:  break;
    case __li__C0WI__:  break;
    case __li__M1WI__:  break;
    case __li__KMFK__: {
      li__WG4U=((__li__KMFK *)li__STNI);
      li__HXPN(((__li__VTBD *)li__WG4U->li__3RFK),li__WG4U);
    } break;
    case __li__XOHL__: {
      li__LDMN(((__li__XOHL *)li__STNI));
    } break;
    case __li__FPHL__: {
      li__TT4L(((__li__FPHL *)li__STNI));
    } break;
    case __li__APLM__: {
      li__TGCQ(((__li__APLM *)li__STNI));
    } break;
    case __li__DTNM__: {
      li__MFRO(((__li__DTNM *)li__STNI));
    } break;
    case __li__JXNM__: {
      li__1W3R(((__li__JXNM *)li__STNI));
    } break;
    case __li__21LO__: {
      li__T1IP(((__li__21LO *)li__STNI));
    } break;
    case __li__TPOO__: {
      li__YG4U=((__li__TPOO *)li__STNI);
      li__IZFQ(((__li__DZB *)li__YG4U->li__5IXO),li__YG4U);
    } break;
    case __li__URRO__: {
      li__DK4R(((__li__URRO *)li__STNI));
    } break;
    case __li__41XO__: {
      li__XGCQ(((__li__41XO *)li__STNI));
    } break;
    case __li__AKBR__: {
      li__AYCS(((__li__AKBR *)li__STNI));
    } break;
    case __li__SU5R__: {
      li__5XIS(((__li__SU5R *)li__STNI));
    } break;
    case __li__JV5R__: {
      li__DYIS(((__li__JV5R *)li__STNI));
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__KTNI->li__PDID.li__2UMI != (void *)NULL)) {
      li__YWDM(((__li__KI *)li__KTNI->li__PDID.li__2UMI));
    };
  } else /* FALSE */ {
    li__CVRO(((__li__IYBD *)li__KTNI->li__PDID.li__VUMI));
  };
}

static void li__0QDK(__li__RLKJ *li__1QDK)
/* (Strict WRITE_GLOBAL{li__RLKJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__3QDK;
  __li__KMFK *li__0G4U;
  __li__TPOO *li__2G4U;
  li__OZ4L(((__li__DZB *)li__1QDK->li__2BDK),li__1QDK);
  li__3QDK=li__1QDK->li__SLKJ.li__CSSH;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3QDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__3QDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__3QDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__3QDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__3QDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__3QDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__3QDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__3QDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__3QDK));
  } break;
  case __li__KLWI__: {
    li__0G4U=((__li__KMFK *)((__li__KLWI *)li__3QDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__0G4U->li__3RFK),li__0G4U);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__3QDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__3QDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__3QDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__3QDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__3QDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__3QDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__3QDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__3QDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__3QDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__3QDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__0G4U=((__li__KMFK *)li__3QDK);
    li__HXPN(((__li__VTBD *)li__0G4U->li__3RFK),li__0G4U);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__3QDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__3QDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__3QDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__3QDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__3QDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__3QDK));
  } break;
  case __li__TPOO__: {
    li__2G4U=((__li__TPOO *)li__3QDK);
    li__IZFQ(((__li__DZB *)li__2G4U->li__5IXO),li__2G4U);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__3QDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__3QDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__3QDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__3QDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__3QDK));
  } break;
  };
}

static void li__4QDK(__li__5LKJ *li__5QDK)
/* (Strict WRITE_SLOT{li__5LKJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ARDK;
  __li__KMFK *li__4G4U;
  __li__TPOO *li__AH4U;
  li__ARDK=li__5QDK->li__2TBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ARDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__ARDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__ARDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__ARDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__ARDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__ARDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__ARDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__ARDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__ARDK));
  } break;
  case __li__KLWI__: {
    li__4G4U=((__li__KMFK *)((__li__KLWI *)li__ARDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__4G4U->li__3RFK),li__4G4U);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__ARDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__ARDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__ARDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__ARDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__ARDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__ARDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__ARDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__ARDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__ARDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__ARDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__4G4U=((__li__KMFK *)li__ARDK);
    li__HXPN(((__li__VTBD *)li__4G4U->li__3RFK),li__4G4U);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__ARDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__ARDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__ARDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__ARDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__ARDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__ARDK));
  } break;
  case __li__TPOO__: {
    li__AH4U=((__li__TPOO *)li__ARDK);
    li__IZFQ(((__li__DZB *)li__AH4U->li__5IXO),li__AH4U);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__ARDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__ARDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__ARDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__ARDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__ARDK));
  } break;
  };
  li__ZT5L(((__li__DZB *)li__5QDK->li__IDDK),li__5QDK);
  li__ARDK=li__5QDK->li__AMKJ.li__CSSH;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ARDK)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__ARDK));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__ARDK));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__ARDK));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__ARDK));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__ARDK));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__ARDK));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__ARDK));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__ARDK));
  } break;
  case __li__KLWI__: {
    li__4G4U=((__li__KMFK *)((__li__KLWI *)li__ARDK)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__4G4U->li__3RFK),li__4G4U);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__ARDK));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__ARDK));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__ARDK));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__ARDK));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__ARDK));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__ARDK));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__ARDK));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__ARDK));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__ARDK));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__ARDK));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__4G4U=((__li__KMFK *)li__ARDK);
    li__HXPN(((__li__VTBD *)li__4G4U->li__3RFK),li__4G4U);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__ARDK));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__ARDK));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__ARDK));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__ARDK));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__ARDK));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__ARDK));
  } break;
  case __li__TPOO__: {
    li__AH4U=((__li__TPOO *)li__ARDK);
    li__IZFQ(((__li__DZB *)li__AH4U->li__5IXO),li__AH4U);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__ARDK));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__ARDK));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__ARDK));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__ARDK));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__ARDK));
  } break;
  };
}

static void li__WNIP(__li__LHBK *li__XNIP)
/* (Strict CALL_SLOT{li__LHBK}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZNIP,*li__AOIP;
  __li__K li__0NIP,li__BOIP;
  __li__BC *li__FH4U;
  void *li__ZOIP;
  __li__KMFK *li__LH4U;
  __li__TPOO *li__NH4U;
  __li__OWEO *li__XPIP;
  __li__C li__EOIP;
  li__ZNIP=li__XNIP->li__KSPK;
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__ZNIP)->__id==__li__1M__) {
    li__0NIP=((__li__1M *)li__ZNIP)->li__2M.li__LJBK;
  } else /* PROFIL_BLOCK */ {
    li__0NIP=((__li__UJSH *)li__ZNIP)->li__VJSH.li__LJBK;
  };
  /* __li__B__ __li__I__ */
if ((li__0NIP ==  0)) {
    li__AOIP=li__XNIP->li__KSPK;
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__AOIP)->__id==__li__1M__) {
      li__BOIP=((__li__1M *)li__AOIP)->li__2M.li__AH0L;
    } else /* PROFIL_BLOCK */ {
      li__BOIP=((__li__UJSH *)li__AOIP)->li__VJSH.li__AH0L;
    };
    li__EOIP=(li__BOIP ==  0);
  } else /* FALSE */ {
    li__EOIP=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__EOIP) {
    li__KBG((&__string_691));
    li__FH4U=li__IFC( 250);
    li__PRHP(li__XNIP,li__FH4U);
    li__C30(((__li__BC *)li__FH4U));
    fputc((int)('\n'),stdout);
  };
  li__ZNIP=li__XNIP->li__KSPK;
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__ZNIP)->__id==__li__1M__) {
    li__PW1Q(((__li__1M *)((__li__UJSH *)li__ZNIP)),li__XNIP);
  } else /* PROFIL_BLOCK */ {
    li__PTOP(((__li__UJSH *)li__ZNIP),li__XNIP);
  };
  li__0NIP=(*(li__XNIP->li__TIWO)).li__J0EK;
  li__BOIP= 0;
  while ((li__BOIP <= li__0NIP)) {
    li__ZOIP=((void **)(*(((__li__SZEC *)li__XNIP->li__TIWO))).li__F0EK)[li__BOIP];
    /* __li__B__ __li__I__ */
if (((void *)li__ZOIP != (void *)NULL)) {
      /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__ZOIP)->__id) {
      case __li__RLKJ__: {
        li__0QDK(((__li__RLKJ *)li__ZOIP));
      } break;
      case __li__5LKJ__: {
        li__4QDK(((__li__5LKJ *)li__ZOIP));
      } break;
      case __li__DFNL__: {
        li__CM1L(((__li__DFNL *)li__ZOIP));
      } break;
      };
    };
    li__BOIP=(__li__K)(li__BOIP +  1);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__XNIP->li__SIWO != (void *)NULL)) {
    li__AOIP=li__XNIP->li__SIWO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AOIP)->__id) {
    case __li__WK__:  break;
    case __li__AVBD__: {
      li__PSNI(((__li__AVBD *)li__AOIP));
    } break;
    case __li__KVBD__:  break;
    case __li__WVBD__:  break;
    case __li__Z4WH__: {
      li__JNDK(((__li__Z4WH *)li__AOIP));
    } break;
    case __li__KTVI__: {
      li__0NDK(((__li__KTVI *)li__AOIP));
    } break;
    case __li__LTVI__: {
      li__XL1L(((__li__LTVI *)li__AOIP));
    } break;
    case __li__XTVI__: {
      li__5NDK(((__li__XTVI *)li__AOIP));
    } break;
    case __li__YTVI__: {
      li__1L1L(((__li__YTVI *)li__AOIP));
    } break;
    case __li__S2VI__: {
      li__DODK(((__li__S2VI *)li__AOIP));
    } break;
    case __li__E3VI__: {
      li__HODK(((__li__E3VI *)li__AOIP));
    } break;
    case __li__KLWI__: {
      li__LH4U=((__li__KMFK *)((__li__KLWI *)li__AOIP)->li__ZPBK);
      li__HXPN(((__li__VTBD *)li__LH4U->li__3RFK),li__LH4U);
    } break;
    case __li__ULWI__:  break;
    case __li__NMWI__: {
      li__QODK(((__li__NMWI *)li__AOIP));
    } break;
    case __li__BNWI__: {
      li__UODK(((__li__BNWI *)li__AOIP));
    } break;
    case __li__XNWI__: {
      li__YODK(((__li__XNWI *)li__AOIP));
    } break;
    case __li__LOWI__: {
      li__2ODK(((__li__LOWI *)li__AOIP));
    } break;
    case __li__5OWI__: {
      li__APDK(((__li__5OWI *)li__AOIP));
    } break;
    case __li__TPWI__: {
      li__EPDK(((__li__TPWI *)li__AOIP));
    } break;
    case __li__HQWI__: {
      li__IPDK(((__li__HQWI *)li__AOIP));
    } break;
    case __li__ARWI__: {
      li__MPDK(((__li__ARWI *)li__AOIP));
    } break;
    case __li__URWI__: {
      li__NQDK(((__li__URWI *)li__AOIP));
    } break;
    case __li__MSWI__:  break;
    case __li__ETWI__: {
      li__TQDK(((__li__ETWI *)li__AOIP));
    } break;
    case __li__MZWI__:  break;
    case __li__C0WI__:  break;
    case __li__M1WI__:  break;
    case __li__KMFK__: {
      li__LH4U=((__li__KMFK *)li__AOIP);
      li__HXPN(((__li__VTBD *)li__LH4U->li__3RFK),li__LH4U);
    } break;
    case __li__XOHL__: {
      li__LDMN(((__li__XOHL *)li__AOIP));
    } break;
    case __li__FPHL__: {
      li__TT4L(((__li__FPHL *)li__AOIP));
    } break;
    case __li__APLM__: {
      li__TGCQ(((__li__APLM *)li__AOIP));
    } break;
    case __li__DTNM__: {
      li__MFRO(((__li__DTNM *)li__AOIP));
    } break;
    case __li__JXNM__: {
      li__1W3R(((__li__JXNM *)li__AOIP));
    } break;
    case __li__21LO__: {
      li__T1IP(((__li__21LO *)li__AOIP));
    } break;
    case __li__TPOO__: {
      li__NH4U=((__li__TPOO *)li__AOIP);
      li__IZFQ(((__li__DZB *)li__NH4U->li__5IXO),li__NH4U);
    } break;
    case __li__URRO__: {
      li__DK4R(((__li__URRO *)li__AOIP));
    } break;
    case __li__41XO__: {
      li__XGCQ(((__li__41XO *)li__AOIP));
    } break;
    case __li__AKBR__: {
      li__AYCS(((__li__AKBR *)li__AOIP));
    } break;
    case __li__SU5R__: {
      li__5XIS(((__li__SU5R *)li__AOIP));
    } break;
    case __li__JV5R__: {
      li__DYIS(((__li__JV5R *)li__AOIP));
    } break;
    };
  };
  li__0NIP=li__OVOP(&(li__XNIP->li__SWEO));
  li__BOIP= 0;
  while ((li__BOIP <= li__0NIP)) {
    li__XPIP=li__LV0P(&(li__XNIP->li__SWEO),li__BOIP);
    li__ZOIP=((__li__OWEO *)li__XPIP)->li__0FXO;
    /* NULL __li__RLKJ__ __li__5LKJ__ __li__DFNL__ */
switch (((struct ___OBJ *)li__ZOIP)->__id) {
    case __li__RLKJ__: {
      li__0QDK(((__li__RLKJ *)li__ZOIP));
    } break;
    case __li__5LKJ__: {
      li__4QDK(((__li__5LKJ *)li__ZOIP));
    } break;
    case __li__DFNL__: {
      li__CM1L(((__li__DFNL *)li__ZOIP));
    } break;
    };
    li__BOIP=(__li__K)(li__BOIP +  1);
  };
}

static void li__CM1L(__li__DFNL *li__DM1L)
/* (Strict WRITE_LOCAL{li__DFNL}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__FM1L;
  __li__KMFK *li__PH4U;
  __li__TPOO *li__RH4U;
  li__WXPN(((__li__VTBD *)li__DM1L->li__JG1L),li__DM1L);
  li__FM1L=li__DM1L->li__EFNL.li__CSSH;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FM1L)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__FM1L));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__FM1L));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__FM1L));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__FM1L));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__FM1L));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__FM1L));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__FM1L));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__FM1L));
  } break;
  case __li__KLWI__: {
    li__PH4U=((__li__KMFK *)((__li__KLWI *)li__FM1L)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__PH4U->li__3RFK),li__PH4U);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__FM1L));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__FM1L));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__FM1L));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__FM1L));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__FM1L));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__FM1L));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__FM1L));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__FM1L));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__FM1L));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__FM1L));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__PH4U=((__li__KMFK *)li__FM1L);
    li__HXPN(((__li__VTBD *)li__PH4U->li__3RFK),li__PH4U);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__FM1L));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__FM1L));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__FM1L));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__FM1L));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__FM1L));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__FM1L));
  } break;
  case __li__TPOO__: {
    li__RH4U=((__li__TPOO *)li__FM1L);
    li__IZFQ(((__li__DZB *)li__RH4U->li__5IXO),li__RH4U);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__FM1L));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__FM1L));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__FM1L));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__FM1L));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__FM1L));
  } break;
  };
}

static void li__DQIP(__li__2PLO *li__EQIP)
/* (Strict NODE_STYLE{li__2PLO}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__FQIP;
  void *li__MQIP;
  __li__KMFK *li__TH4U;
  __li__TPOO *li__VH4U;
  li__FQIP=li__EQIP->li__3PLO.li__QPME;
  /* NULL __li__RDID__ __li__GO3I__ __li__NY3I__ __li__SJPJ__ __li__0VPJ__ __li__1VPJ__ */
switch (((struct ___OBJ *)li__FQIP)->__id) {
  case __li__RDID__:  break;
  case __li__GO3I__:  break;
  case __li__NY3I__:  break;
  case __li__SJPJ__: {
    li__US1L(((__li__SJPJ *)li__FQIP));
  } break;
  case __li__0VPJ__: {
    li__BT1L(((__li__0VPJ *)li__FQIP));
  } break;
  case __li__1VPJ__: {
    li__1T1L(((__li__1VPJ *)li__FQIP));
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__EQIP->li__3PLO.li__VUMI == (void *)NULL)) {
    li__MQIP=li__EQIP->li__3PLO.li__PPME;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MQIP)->__id) {
    case __li__WK__:  break;
    case __li__AVBD__: {
      li__PSNI(((__li__AVBD *)li__MQIP));
    } break;
    case __li__KVBD__:  break;
    case __li__WVBD__:  break;
    case __li__Z4WH__: {
      li__JNDK(((__li__Z4WH *)li__MQIP));
    } break;
    case __li__KTVI__: {
      li__0NDK(((__li__KTVI *)li__MQIP));
    } break;
    case __li__LTVI__: {
      li__XL1L(((__li__LTVI *)li__MQIP));
    } break;
    case __li__XTVI__: {
      li__5NDK(((__li__XTVI *)li__MQIP));
    } break;
    case __li__YTVI__: {
      li__1L1L(((__li__YTVI *)li__MQIP));
    } break;
    case __li__S2VI__: {
      li__DODK(((__li__S2VI *)li__MQIP));
    } break;
    case __li__E3VI__: {
      li__HODK(((__li__E3VI *)li__MQIP));
    } break;
    case __li__KLWI__: {
      li__TH4U=((__li__KMFK *)((__li__KLWI *)li__MQIP)->li__ZPBK);
      li__HXPN(((__li__VTBD *)li__TH4U->li__3RFK),li__TH4U);
    } break;
    case __li__ULWI__:  break;
    case __li__NMWI__: {
      li__QODK(((__li__NMWI *)li__MQIP));
    } break;
    case __li__BNWI__: {
      li__UODK(((__li__BNWI *)li__MQIP));
    } break;
    case __li__XNWI__: {
      li__YODK(((__li__XNWI *)li__MQIP));
    } break;
    case __li__LOWI__: {
      li__2ODK(((__li__LOWI *)li__MQIP));
    } break;
    case __li__5OWI__: {
      li__APDK(((__li__5OWI *)li__MQIP));
    } break;
    case __li__TPWI__: {
      li__EPDK(((__li__TPWI *)li__MQIP));
    } break;
    case __li__HQWI__: {
      li__IPDK(((__li__HQWI *)li__MQIP));
    } break;
    case __li__ARWI__: {
      li__MPDK(((__li__ARWI *)li__MQIP));
    } break;
    case __li__URWI__: {
      li__NQDK(((__li__URWI *)li__MQIP));
    } break;
    case __li__MSWI__:  break;
    case __li__ETWI__: {
      li__TQDK(((__li__ETWI *)li__MQIP));
    } break;
    case __li__MZWI__:  break;
    case __li__C0WI__:  break;
    case __li__M1WI__:  break;
    case __li__KMFK__: {
      li__TH4U=((__li__KMFK *)li__MQIP);
      li__HXPN(((__li__VTBD *)li__TH4U->li__3RFK),li__TH4U);
    } break;
    case __li__XOHL__: {
      li__LDMN(((__li__XOHL *)li__MQIP));
    } break;
    case __li__FPHL__: {
      li__TT4L(((__li__FPHL *)li__MQIP));
    } break;
    case __li__APLM__: {
      li__TGCQ(((__li__APLM *)li__MQIP));
    } break;
    case __li__DTNM__: {
      li__MFRO(((__li__DTNM *)li__MQIP));
    } break;
    case __li__JXNM__: {
      li__1W3R(((__li__JXNM *)li__MQIP));
    } break;
    case __li__21LO__: {
      li__T1IP(((__li__21LO *)li__MQIP));
    } break;
    case __li__TPOO__: {
      li__VH4U=((__li__TPOO *)li__MQIP);
      li__IZFQ(((__li__DZB *)li__VH4U->li__5IXO),li__VH4U);
    } break;
    case __li__URRO__: {
      li__DK4R(((__li__URRO *)li__MQIP));
    } break;
    case __li__41XO__: {
      li__XGCQ(((__li__41XO *)li__MQIP));
    } break;
    case __li__AKBR__: {
      li__AYCS(((__li__AKBR *)li__MQIP));
    } break;
    case __li__SU5R__: {
      li__5XIS(((__li__SU5R *)li__MQIP));
    } break;
    case __li__JV5R__: {
      li__DYIS(((__li__JV5R *)li__MQIP));
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__EQIP->li__3PLO.li__2UMI != (void *)NULL)) {
      li__YWDM(((__li__KI *)li__EQIP->li__3PLO.li__2UMI));
    };
  } else /* FALSE */ {
    li__CVRO(((__li__IYBD *)li__EQIP->li__3PLO.li__VUMI));
  };
}

static void li__B50Q(__li__CJ1P *li__C50Q)
/* (Strict COP_LOCK{li__CJ1P}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__D50Q;
  __li__KMFK *li__XH4U;
  __li__TPOO *li__ZH4U;
  li__D50Q=li__C50Q->li__L1IQ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D50Q)->__id) {
  case __li__WK__:  break;
  case __li__AVBD__: {
    li__PSNI(((__li__AVBD *)li__D50Q));
  } break;
  case __li__KVBD__:  break;
  case __li__WVBD__:  break;
  case __li__Z4WH__: {
    li__JNDK(((__li__Z4WH *)li__D50Q));
  } break;
  case __li__KTVI__: {
    li__0NDK(((__li__KTVI *)li__D50Q));
  } break;
  case __li__LTVI__: {
    li__XL1L(((__li__LTVI *)li__D50Q));
  } break;
  case __li__XTVI__: {
    li__5NDK(((__li__XTVI *)li__D50Q));
  } break;
  case __li__YTVI__: {
    li__1L1L(((__li__YTVI *)li__D50Q));
  } break;
  case __li__S2VI__: {
    li__DODK(((__li__S2VI *)li__D50Q));
  } break;
  case __li__E3VI__: {
    li__HODK(((__li__E3VI *)li__D50Q));
  } break;
  case __li__KLWI__: {
    li__XH4U=((__li__KMFK *)((__li__KLWI *)li__D50Q)->li__ZPBK);
    li__HXPN(((__li__VTBD *)li__XH4U->li__3RFK),li__XH4U);
  } break;
  case __li__ULWI__:  break;
  case __li__NMWI__: {
    li__QODK(((__li__NMWI *)li__D50Q));
  } break;
  case __li__BNWI__: {
    li__UODK(((__li__BNWI *)li__D50Q));
  } break;
  case __li__XNWI__: {
    li__YODK(((__li__XNWI *)li__D50Q));
  } break;
  case __li__LOWI__: {
    li__2ODK(((__li__LOWI *)li__D50Q));
  } break;
  case __li__5OWI__: {
    li__APDK(((__li__5OWI *)li__D50Q));
  } break;
  case __li__TPWI__: {
    li__EPDK(((__li__TPWI *)li__D50Q));
  } break;
  case __li__HQWI__: {
    li__IPDK(((__li__HQWI *)li__D50Q));
  } break;
  case __li__ARWI__: {
    li__MPDK(((__li__ARWI *)li__D50Q));
  } break;
  case __li__URWI__: {
    li__NQDK(((__li__URWI *)li__D50Q));
  } break;
  case __li__MSWI__:  break;
  case __li__ETWI__: {
    li__TQDK(((__li__ETWI *)li__D50Q));
  } break;
  case __li__MZWI__:  break;
  case __li__C0WI__:  break;
  case __li__M1WI__:  break;
  case __li__KMFK__: {
    li__XH4U=((__li__KMFK *)li__D50Q);
    li__HXPN(((__li__VTBD *)li__XH4U->li__3RFK),li__XH4U);
  } break;
  case __li__XOHL__: {
    li__LDMN(((__li__XOHL *)li__D50Q));
  } break;
  case __li__FPHL__: {
    li__TT4L(((__li__FPHL *)li__D50Q));
  } break;
  case __li__APLM__: {
    li__TGCQ(((__li__APLM *)li__D50Q));
  } break;
  case __li__DTNM__: {
    li__MFRO(((__li__DTNM *)li__D50Q));
  } break;
  case __li__JXNM__: {
    li__1W3R(((__li__JXNM *)li__D50Q));
  } break;
  case __li__21LO__: {
    li__T1IP(((__li__21LO *)li__D50Q));
  } break;
  case __li__TPOO__: {
    li__ZH4U=((__li__TPOO *)li__D50Q);
    li__IZFQ(((__li__DZB *)li__ZH4U->li__5IXO),li__ZH4U);
  } break;
  case __li__URRO__: {
    li__DK4R(((__li__URRO *)li__D50Q));
  } break;
  case __li__41XO__: {
    li__XGCQ(((__li__41XO *)li__D50Q));
  } break;
  case __li__AKBR__: {
    li__AYCS(((__li__AKBR *)li__D50Q));
  } break;
  case __li__SU5R__: {
    li__5XIS(((__li__SU5R *)li__D50Q));
  } break;
  case __li__JV5R__: {
    li__DYIS(((__li__JV5R *)li__D50Q));
  } break;
  };
}

static void li__BHOG(__li__KI *li__CHOG,__li__K li__DHOG)
/* (Strict LIST{li__KI},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__1H4U;
  /* __li__B__ __li__I__ */
if ((((void *)li__XIKB == (void *)li__CHOG) && (li__DHOG != li__CHOG->li__OJTE))) {
    li__KBG((&__string_692));
    li__LLIG(li__DHOG);
    fputc((int)('/'),stdout);
    li__LLIG(li__CHOG->li__OJTE);
    fputc((int)(' '),stdout);
    li__1H4U=li__WFSG(((__li__CB )li__CHOG));
    li__C30(((__li__BC *)li__1H4U));
    fputc((int)('\n'),stdout);
  };
  li__B2ZG(((__li__TOLE *)li__CHOG->li__2OLE),(__li__K)(li__DHOG -  1));
}

static __li__ULSB* li__U5GD()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__X5GD,*li__ABHD,*li__W5GD;
  __li__CB li__Y5GD,li__JJ4U;
  __li__JJG li__AAHD,li__MJ4U,li__HJ4U;
  __li__K li__LAHD;
  __li__52B li__XJ4U;
  li__X5GD=NULL;
  li__Y5GD=((__li__CB )(NULL));
  li__AAHD=((__li__JJG )sizeof(__li__ULSB));
  /* __li__B__ __li__I__ */
if ((li__AAHD ==  0)) {
    li__X5GD=li__ULSB__;
  } else /* FALSE */ {
    li__LAHD=__li__ULSB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__AAHD));
    /* __li__B__ __li__I__ */
if ((li__LAHD == (__li__K)(-  1))) {
      li__MJ4U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__HJ4U=(__li__JJG)((__li__JJG)(li__AAHD - (__li__JJG)(((__li__JJG ) 0) - li__MJ4U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MJ4U) - ((__li__JJG ) 1)));
      li__MJ4U=(__li__JJG)(li__HJ4U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__JJ4U=li__YCJ(li__HJ4U,((__li__CB )(&(table_size[(li__MJ4U)-1]))),((__li__52B )li__HJ4U));
      li__Y5GD=li__JJ4U;
    } else /* FALSE */ {
      li__XJ4U=((__li__52B )li__LAHD);
      li__MJ4U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__HJ4U=(__li__JJG)((__li__JJG)(li__AAHD - (__li__JJG)(((__li__JJG ) 0) - li__MJ4U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__MJ4U) - ((__li__JJG ) 1)));
      li__JJ4U=li__YCJ(li__HJ4U,((__li__CB )(&(table_type[(li__XJ4U)]))),(__li__52B)(li__XJ4U |  1));
      li__Y5GD=li__JJ4U;
    };
    li__ABHD=((__li__ULSB *)li__Y5GD);
    li__X5GD=li__ABHD;
    *(li__ABHD) = *(li__ULSB__);
  };
  li__W5GD=li__X5GD;
  return(li__W5GD);
}

static void** li__WYUG(void **li__XYUG,__li__K li__YYUG,__li__K li__ZYUG)
/* (Strict NATIVE_ARRAY(SLOT_DATA){li__BR0},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__2ZUG;
  __li__K li__C0UG,li__BU3G;
  void **li__B0UG,**li__0YUG;
  li__2ZUG=li__CUY(((__li__CB )li__XYUG),((__li__JJG )(__li__K)(li__YYUG * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__ZYUG * ((__li__K )(sizeof(void *))))));
  li__B0UG=((void **)li__2ZUG);
  li__C0UG=(__li__K)(li__ZYUG -  1);
  li__BU3G=li__YYUG;
  while ((li__BU3G <= li__C0UG)) {
    li__B0UG[li__BU3G]=NULL;
    li__BU3G=(__li__K)(li__BU3G +  1);
  };
  li__0YUG=li__B0UG;
  return(li__0YUG);
}

static void li__T4GJ(__li__CB li__U4GJ,__li__BC *li__V4GJ)
/* (Expanded POINTER{li__CB},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__W4GJ;
  __li__K li__Y4GJ,li__Z4GJ;
  __li__BC *li__WJBV;
  __li__3 li__YJBV;
  li__W4GJ=((__li__CB )(NULL));
  li__Y4GJ= 0;
  li__Z4GJ= 0;
  /* __li__B__ __li__I__ */
if (((unsigned long)li__U4GJ ==  0)) {
    li__SRX(((__li__BC *)li__V4GJ),'0');
  } else /* FALSE */ {
    li__Y4GJ=(__li__K)(((__li__BC *)li__V4GJ)->li__NK +  1);
    li__W4GJ=li__U4GJ;
    while (((unsigned long)li__W4GJ !=  0)) {
      li__SRX(((__li__BC *)li__V4GJ),((__li__3 )(((__li__QJG)(((__li__QJG )((__li__JJG )(void *)((unsigned long)li__W4GJ % (unsigned long)((__li__CB )((__li__JJG ) 10))))) + ((__li__QJG )'0'))))));
      li__W4GJ=(void *)((unsigned long)li__W4GJ / (unsigned long)((__li__CB )((__li__JJG ) 10)));
    };
    li__Z4GJ=((__li__BC *)li__V4GJ)->li__NK;
    while ((li__Y4GJ < li__Z4GJ)) {
      li__WJBV=((__li__BC *)li__V4GJ);
      li__YJBV=((__li__3 *)li__WJBV->li__CUN)[(__li__K)(li__Y4GJ -  1)];
      ((__li__3 *)li__WJBV->li__CUN)[(__li__K)(li__Y4GJ -  1)]=((__li__3 *)li__WJBV->li__CUN)[(__li__K)(li__Z4GJ -  1)];
      ((__li__3 *)li__WJBV->li__CUN)[(__li__K)(li__Z4GJ -  1)]=li__YJBV;
      li__Z4GJ=(__li__K)(li__Z4GJ -  1);
      li__Y4GJ=(__li__K)(li__Y4GJ +  1);
    };
  };
}

static void li__CE2L(__li__NY3I *li__DE2L,__li__BC *li__EE2L)
/* (Strict DTA_WR_CODE{li__NY3I},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__FE2L;
  __li__U *li__GE2L;
  void *li__BAFM;
  li__JAZ(((__li__BC *)li__EE2L),(&__string_693));
  li__FE2L=li__DE2L->li__OY3I.li__VOME;
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FE2L)->__id==__li__DZB__) {
    li__GE2L=((__li__DZB *)li__FE2L)->li__GZB.li__FZB.li__R2B;
  } else /* SLOT_CODE */ {
    li__BAFM=((__li__QWEC *)li__FE2L)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BAFM)->__id==__li__IZB__) {
      li__GE2L=((__li__IZB *)li__BAFM)->li__JZB.li__R2B;
    } else /* ITM_SLOT_OPERATOR */ {
      li__GE2L=((__li__4HAD *)li__BAFM)->li__5HAD.li__JZB.li__R2B;
    };
  };
  li__JAZ(((__li__BC *)li__EE2L),li__GE2L);
}

static void li__IE2L(__li__SJPJ *li__JE2L,__li__BC *li__KE2L)
/* (Strict DTA_WR_VALUE{li__SJPJ},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__LE2L;
  __li__U *li__ME2L;
  void *li__JAFM;
  li__JAZ(((__li__BC *)li__KE2L),(&__string_694));
  li__LE2L=li__JE2L->li__TJPJ.li__VOME;
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LE2L)->__id==__li__DZB__) {
    li__ME2L=((__li__DZB *)li__LE2L)->li__GZB.li__FZB.li__R2B;
  } else /* SLOT_CODE */ {
    li__JAFM=((__li__QWEC *)li__LE2L)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JAFM)->__id==__li__IZB__) {
      li__ME2L=((__li__IZB *)li__JAFM)->li__JZB.li__R2B;
    } else /* ITM_SLOT_OPERATOR */ {
      li__ME2L=((__li__4HAD *)li__JAFM)->li__5HAD.li__JZB.li__R2B;
    };
  };
  li__JAZ(((__li__BC *)li__KE2L),li__ME2L);
}

static void li__RE2L(__li__1VPJ *li__SE2L,__li__BC *li__TE2L)
/* (Strict DTA_RD_ARGS{li__1VPJ},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__UE2L;
  __li__U *li__VE2L;
  void *li__SAFM;
  li__JAZ(((__li__BC *)li__TE2L),(&__string_695));
  li__UE2L=li__SE2L->li__2VPJ.li__UDID.li__VOME;
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__UE2L)->__id==__li__DZB__) {
    li__VE2L=((__li__DZB *)li__UE2L)->li__GZB.li__FZB.li__R2B;
  } else /* SLOT_CODE */ {
    li__SAFM=((__li__QWEC *)li__UE2L)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SAFM)->__id==__li__IZB__) {
      li__VE2L=((__li__IZB *)li__SAFM)->li__JZB.li__R2B;
    } else /* ITM_SLOT_OPERATOR */ {
      li__VE2L=((__li__4HAD *)li__SAFM)->li__5HAD.li__JZB.li__R2B;
    };
  };
  li__JAZ(((__li__BC *)li__TE2L),li__VE2L);
}

static void li__LCMN(__li__KI *li__MCMN,__li__BC *li__NCMN)
/* (Strict LIST{li__KI},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  li__JAZ(((__li__BC *)li__NCMN),(&__string_228));
  li__JAZ(((__li__BC *)li__FI),(&__string_192));
  li__Y5OE=(__li__K)(li__Y5OE +  1);
  li__Z5OE(li__MCMN,li__NCMN);
  li__Y5OE=(__li__K)(li__Y5OE -  1);
  li__WBZ(((__li__BC *)li__FI), 2);
  li__1CZ(((__li__BC *)li__NCMN),li__FI);
  li__SRX(((__li__BC *)li__NCMN),'}');
}

static void li__5ACK(__li__WK *li__ABCK,__li__BC *li__BBCK)
/* (Strict STRING_CST{li__WK},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__CBCK,li__EBCK,li__BH4L,li__PCCK,li__BGCK,li__M1AM;
  __li__K li__I1AM;
  void *li__PBCK;
  void *li__SBCK;
  __li__DZB *li__TBCK;
  __li__U *li__UG4L,*li__ADCK,*li__3DCK;
  __li__4BCK *li__TG4L,*li__40AM;
  __li__4G4L *li__AH4L,*li__J1AM,*li__X2AM;
  __li__C li__TDCK;
  li__CBCK= 0;
  li__EBCK= 0;
  /* __li__B__ __li__I__ */
if ((! li__IBCK)) {
    li__PBCK=li__RTB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PBCK)->__id) {
    case __li__IF__: {
      li__SBCK=li__IJDG(((__li__IF *)li__PBCK),(&__string_93));
    } break;
    case __li__ORB__: {
      li__SBCK=NULL;
    } break;
    case __li__QRB__: {
      li__SBCK=li__5LDG(((__li__QRB *)((__li__IF *)li__PBCK)),(&__string_93));
    } break;
    case __li__SRB__: {
      li__SBCK=li__JODG(((__li__SRB *)((__li__IF *)li__PBCK)),(&__string_93));
    } break;
    case __li__URB__: {
      li__SBCK=li__TQDG(((__li__URB *)((__li__IF *)li__PBCK)),(&__string_93));
    } break;
    case __li__GSZ__: {
      li__SBCK=li__3SDG(((__li__GSZ *)((__li__IF *)li__PBCK)),(&__string_93));
    } break;
    case __li__1RRF__: {
      li__SBCK=li__NY4I((&__string_93));
    } break;
    case __li__UJSH__: {
      li__SBCK=li__YQMN((&__string_93));
    } break;
    };
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SBCK)->__id==__li__DZB__) {
      li__TBCK=((__li__DZB *)li__SBCK)->li__LZB->li__0FJG;
    } else /* SLOT_CODE */ {
      li__TBCK=((__li__QWEC *)li__SBCK)->li__RWEC->li__0FJG;
    };
    li__VBCK=(li__TBCK->li__GZB.li__LNME !=  0);
    li__PBCK=li__RTB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PBCK)->__id) {
    case __li__IF__: {
      li__SBCK=li__IJDG(((__li__IF *)li__PBCK),(&__string_94));
    } break;
    case __li__ORB__: {
      li__SBCK=NULL;
    } break;
    case __li__QRB__: {
      li__SBCK=li__5LDG(((__li__QRB *)((__li__IF *)li__PBCK)),(&__string_94));
    } break;
    case __li__SRB__: {
      li__SBCK=li__JODG(((__li__SRB *)((__li__IF *)li__PBCK)),(&__string_94));
    } break;
    case __li__URB__: {
      li__SBCK=li__TQDG(((__li__URB *)((__li__IF *)li__PBCK)),(&__string_94));
    } break;
    case __li__GSZ__: {
      li__SBCK=li__3SDG(((__li__GSZ *)((__li__IF *)li__PBCK)),(&__string_94));
    } break;
    case __li__1RRF__: {
      li__SBCK=li__NY4I((&__string_94));
    } break;
    case __li__UJSH__: {
      li__SBCK=li__YQMN((&__string_94));
    } break;
    };
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SBCK)->__id==__li__DZB__) {
      li__TBCK=((__li__DZB *)li__SBCK)->li__LZB->li__0FJG;
    } else /* SLOT_CODE */ {
      li__TBCK=((__li__QWEC *)li__SBCK)->li__RWEC->li__0FJG;
    };
    li__2BCK=(li__TBCK->li__GZB.li__LNME !=  0);
    li__IBCK=li__B__;
  };
  li__TG4L=((__li__4BCK *)li__ECCK);
  li__UG4L=li__ABCK->li__XNBK;
  li__BH4L=li__AIO(((__li__U *)li__UG4L));
  li__AH4L=((void **)li__TG4L->li__JH4L)[(__li__K)(li__BH4L % li__TG4L->li__CH4L)];
  while (((void *)li__AH4L->li__QH4L != (void *)li__UG4L)) {
    li__AH4L=li__AH4L->li__YH4L;
  };
  li__BH4L=li__AH4L->li__1H4L;
  /* __li__B__ __li__I__ */
if ((li__BH4L >=  0)) {
    li__PCCK=(__li__K)(li__2K +  1);
    li__2K=li__PCCK;
    li__CBCK=li__PCCK;
    li__EBCK=(__li__K)(li__DL->li__NK -  1);
    li__JAZ(((__li__BC *)li__DL),(&__string_123));
    li__PBCK=li__RTB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PBCK)->__id) {
    case __li__IF__: {
      li__ADCK=((__li__IF *)li__PBCK)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__ADCK=(&__string_1);
    } break;
    case __li__QRB__: {
      li__ADCK=(&__string_2);
    } break;
    case __li__SRB__: {
      li__ADCK=(&__string_51);
    } break;
    case __li__URB__: {
      li__ADCK=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__ADCK=((__li__GSZ *)li__PBCK)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__ADCK=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__ADCK=((__li__UJSH *)li__PBCK)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__DL),li__ADCK);
    li__JAZ(((__li__BC *)li__DL),(&__string_696));
    li__B0E(li__PCCK,li__DL);
    li__SRX(((__li__BC *)li__DL),'=');
    li__SRX(((__li__BC *)li__DL),'{');
    li__TDCK=li__WZNL(((__li__5RB *)li__ABCK->li__1K.li__WZLE));
    /* __li__B__ __li__I__ */
if (li__TDCK) {
      li__JAZ(((__li__BC *)li__DL),(&__string_123));
      li__SBCK=((__li__5RB *)li__ABCK->li__1K.li__WZLE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__SBCK)->__id) {
      case __li__IF__: {
        li__3DCK=((__li__IF *)li__SBCK)->li__QGQB;
      } break;
      case __li__ORB__: {
        li__3DCK=(&__string_1);
      } break;
      case __li__QRB__: {
        li__3DCK=(&__string_2);
      } break;
      case __li__SRB__: {
        li__3DCK=(&__string_51);
      } break;
      case __li__URB__: {
        li__3DCK=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__3DCK=((__li__GSZ *)li__SBCK)->li__HSZ.li__QGQB;
      } break;
      case __li__1RRF__: {
        li__3DCK=li__UFSI();
      } break;
      case __li__UJSH__: {
        li__3DCK=((__li__UJSH *)li__SBCK)->li__VJSH.li__NZFD;
      } break;
      };
      li__JAZ(((__li__BC *)li__DL),li__3DCK);
      li__JAZ(((__li__BC *)li__DL),(&__string_697));
    };
    /* __li__B__ __li__I__ */
if (li__2BCK) {
      li__B0E(li__BH4L,li__DL);
      li__SRX(((__li__BC *)li__DL),',');
    };
    /* __li__B__ __li__I__ */
if (li__VBCK) {
      li__SRX(((__li__BC *)li__DL),'\"');
      li__JAZ(((__li__BC *)li__DL),li__ABCK->li__XNBK);
      while (((__li__K)(li__DL->li__NK - li__EBCK) >  78)) {
        li__KOEL(((__li__BC *)li__DL),(&__string_698),(__li__K)(li__EBCK +  78));
        li__EBCK=(__li__K)(li__EBCK +  78);
      };
      li__SRX(((__li__BC *)li__DL),'\"');
    } else /* FALSE */ {
      li__WBZ(((__li__BC *)li__DL), 1);
    };
    li__JAZ(((__li__BC *)li__DL),(&__string_406));
    li__BGCK=(__li__K)(- li__PCCK);
    li__40AM=((__li__4BCK *)li__ECCK);
    li__ADCK=li__ABCK->li__XNBK;
    li__PCCK=li__AIO(((__li__U *)li__ADCK));
    li__M1AM=(__li__K)(li__PCCK % li__40AM->li__CH4L);
    li__I1AM=li__M1AM;
    li__J1AM=((void **)li__40AM->li__JH4L)[li__M1AM];
    while ((! (((void *)li__J1AM == (void *)NULL) || ((void *)li__J1AM->li__QH4L == (void *)li__ADCK)))) {
      li__J1AM=li__J1AM->li__YH4L;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__J1AM == (void *)NULL)) {
      /* __li__B__ __li__I__ */
if ((li__40AM->li__CH4L == li__40AM->li__LA5L)) {
        li__XPDN(li__40AM);
        li__I1AM=(__li__K)(li__PCCK % li__40AM->li__CH4L);
      };
      li__X2AM=li__STUM(li__BGCK,li__ADCK,((void **)li__40AM->li__JH4L)[li__I1AM]);
      li__J1AM=li__X2AM;
      ((void **)li__40AM->li__JH4L)[li__I1AM]=li__X2AM;
      li__40AM->li__LA5L=(__li__K)(li__40AM->li__LA5L +  1);
    } else /* FALSE */ {
      ((__li__4G4L *)li__J1AM)->li__1H4L=li__BGCK;
    };
  } else /* FALSE */ {
    li__CBCK=(__li__K)(- li__BH4L);
  };
  li__JAZ(((__li__BC *)li__BBCK),(&__string_699));
  li__B0E(li__CBCK,li__BBCK);
  li__SRX(((__li__BC *)li__BBCK),')');
}

static void li__3GRL(__li__VTBD *li__5GRL)
/* (Strict LOCAL{NULLxli__VTBD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__THRL;
  __li__5RB *li__CHRL;
  __li__K li__0HRL,li__JK4U,li__QK4U,li__DYXL,li__NB0L,li__YK4U;
  __li__VTBD *li__NIZL;
  __li__Z0IE *li__2HRL,*li__HXXL;
  void **li__DZLV,**li__EZLV,**li__FZLV,**li__3K4U,**li__4K4U,**li__5K4U;
  /* __li__B__ __li__I__ */
if ((li__5GRL->li__WTBD.li__FZB.li__DI1B != '+')) {
    li__KBG(((__li__U *)li__5GRL->li__WTBD.li__GRNE));
    li__KBG((&__string_700));
    fputc((int)(li__5GRL->li__WTBD.li__FZB.li__DI1B),stdout);
    li__KBG((&__string_701));
    fputc((int)('\n'),stdout);
    li__THRL=li__5GRL->li__WTBD.li__FZB.li__RF.li__0CC;
    li__K4E( 2,(&__string_702));
    li__V5E(li__THRL);
    li__ODF();
  };
  li__CHRL=li__5GRL->li__WTBD.li__0RNE;
  li__0HRL=li__NCTL(((__li__5RB *)li__5GRL->li__WTBD.li__0RNE));
  li__2HRL=((void **)(*(((__li__H1IE *)li__Q1IE))).li__L2VG)[li__0HRL];
  li__0HRL= 0;
  li__JK4U=(*(li__2HRL)).li__4BPE;
  li__DZLV=(*(((__li__Z0IE *)li__2HRL))).li__WWWG;
  while (((li__0HRL <= li__JK4U) && ((void *)((__li__VTBD *)((void **)li__DZLV)[li__0HRL])->li__WTBD.li__0RNE != (void *)li__CHRL))) {
    li__0HRL=(__li__K)(li__0HRL +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__0HRL > (*(li__2HRL)).li__4BPE)) {
    li__GORJ(((__li__Z0IE *)li__2HRL),li__5GRL);
  } else /* FALSE */ {
    li__QK4U=(*(li__2HRL)).li__4BPE;
    li__EZLV=(*(((__li__Z0IE *)li__2HRL))).li__WWWG;
    li__FZLV=(*(((__li__Z0IE *)li__2HRL))).li__WWWG;
    while ((((li__0HRL <= li__QK4U) && ((void *)((void **)li__EZLV)[li__0HRL] != (void *)li__5GRL)) && ((void *)((__li__VTBD *)((void **)li__FZLV)[li__0HRL])->li__WTBD.li__0RNE == (void *)li__CHRL))) {
      li__0HRL=(__li__K)(li__0HRL +  1);
    };
    /* __li__B__ __li__I__ */
if (((li__0HRL > (*(li__2HRL)).li__4BPE) || ((void *)((void **)(*(((__li__Z0IE *)li__2HRL))).li__WWWG)[li__0HRL] != (void *)li__5GRL))) {
      li__HXXL=((__li__Z0IE *)li__2HRL);
      /* __li__B__ __li__I__ */
if ((li__0HRL == (__li__K)((*(li__HXXL)).li__4BPE +  1))) {
        li__GORJ(li__HXXL,li__5GRL);
      } else /* FALSE */ {
        li__GORJ(li__HXXL,li__5GRL);
        li__DYXL=(__li__K)((*(li__HXXL)).li__4BPE -  1);
        li__NB0L=li__DYXL;
        li__DYXL=li__0HRL;
        li__3K4U=(*(li__HXXL)).li__WWWG;
        li__4K4U=(*(li__HXXL)).li__WWWG;
        li__5K4U=(*(li__HXXL)).li__WWWG;
        while ((li__NB0L >= li__DYXL)) {
          li__NIZL=((void **)li__3K4U)[li__NB0L];
          li__YK4U=(__li__K)(li__NB0L +  1);
          ((void **)li__4K4U)[li__YK4U]=li__NIZL;
          ((void **)li__5K4U)[li__NB0L]=NULL;
          li__NB0L=(__li__K)(li__NB0L -  1);
        };
        ((void **)(*(li__HXXL)).li__WWWG)[li__0HRL]=li__5GRL;
      };
    };
  };
}

static void li__L3MI(__li__AVBD *li__M3MI,__li__BC *li__N3MI)
/* (Strict EXTERNAL_C{li__AVBD},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__O3MI,li__P3MI,li__H5MI,li__QDZI,li__T5MI,li__YHOJ;
  void *li__F4MI;
  void *li__AANI;
  __li__C0WI *li__JZLV;
  __li__M1WI *li__LZLV;
  li__O3MI= 0;
  li__P3MI= 0;
  /* __li__B__ __li__I__ */
if ((li__PL & li__M3MI->li__L2ME)) {
    /* __li__B__ __li__I__ */
if (((void *)li__JI != (void *)NULL)) {
      li__F4MI=li__JI;
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__F4MI)->__id==__li__1M__) {
        ((__li__1M *)li__F4MI)->li__2M.li__QM=li__B__;
      } else /* PROFIL_BLOCK */ {
        ((__li__UJSH *)((__li__1M *)li__F4MI))->li__VJSH.li__QM=li__B__;
      };
    } else /* FALSE */ {
      ((__li__1M *)li__4M)->li__2M.li__QM=li__B__;
    };
    li__JAZ(((__li__BC *)li__N3MI),(&__string_703));
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__M3MI->li__K2ME)->li__AEM != (void *)li__QRB__)) {
    li__JAZ(((__li__BC *)li__N3MI),(&__string_531));
    li__DN0G(((__li__5RB *)li__M3MI->li__K2ME),li__N3MI);
    li__SRX(((__li__BC *)li__N3MI),' ');
    li__DO0G(((__li__5RB *)li__M3MI->li__K2ME),li__N3MI);
    li__JAZ(((__li__BC *)li__N3MI),(&__string_704));
  };
  /* __li__B__ __li__I__ */
if (((void *)li__M3MI->li__N2ME != (void *)NULL)) {
    li__P3MI= 1;
    li__H5MI=li__GCZI(((__li__U *)li__M3MI->li__M2ME), 1);
    li__O3MI=li__H5MI;
    li__H5MI=(*(li__M3MI->li__N2ME)).li__NKSH;
    li__QDZI= 0;
    while ((li__QDZI <= li__H5MI)) {
      li__T5MI=(__li__K)(li__O3MI -  1);
      li__YHOJ=li__P3MI;
      while ((li__YHOJ <= li__T5MI)) {
        li__SRX(((__li__BC *)li__N3MI),((__li__3 *)((__li__U *)li__M3MI->li__M2ME)->li__3C)[(__li__K)(li__YHOJ -  1)]);
        li__YHOJ=(__li__K)(li__YHOJ +  1);
      };
      li__T5MI=(__li__K)(li__O3MI +  1);
      li__P3MI=li__T5MI;
      li__AANI=((void **)(*(((__li__2ZEC *)li__M3MI->li__N2ME))).li__3GPI)[li__QDZI];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AANI)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__AANI),li__N3MI);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__AANI)),li__N3MI);
        li__JAZ(((__li__BC *)li__N3MI),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__N3MI),((__li__MZWI *)((__li__WK *)li__AANI))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__JZLV=((__li__C0WI *)((__li__WK *)li__AANI));
        li__SRX(((__li__BC *)li__N3MI),'\'');
        li__JAZ(((__li__BC *)li__N3MI),li__JZLV->li__CTBK);
        li__SRX(((__li__BC *)li__N3MI),'\'');
      } break;
      case __li__M1WI__: {
        li__LZLV=((__li__M1WI *)((__li__WK *)li__AANI));
        li__SRX(((__li__BC *)li__N3MI),'\"');
        li__JAZ(((__li__BC *)li__N3MI),li__LZLV->li__UTFK);
        li__SRX(((__li__BC *)li__N3MI),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__N3MI),((__li__TPOO *)((__li__WK *)li__AANI))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__AANI)),li__N3MI);
      } break;
      };
      li__YHOJ=li__GCZI(((__li__U *)li__M3MI->li__M2ME),li__T5MI);
      li__O3MI=li__YHOJ;
      li__QDZI=(__li__K)(li__QDZI +  1);
    };
    li__H5MI=((__li__U *)li__M3MI->li__M2ME)->li__2C;
    li__QDZI=li__P3MI;
    while ((li__QDZI <= li__H5MI)) {
      li__SRX(((__li__BC *)li__N3MI),((__li__3 *)((__li__U *)li__M3MI->li__M2ME)->li__3C)[(__li__K)(li__QDZI -  1)]);
      li__QDZI=(__li__K)(li__QDZI +  1);
    };
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__N3MI),li__M3MI->li__M2ME);
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__M3MI->li__K2ME)->li__AEM != (void *)li__QRB__)) {
    li__JAZ(((__li__BC *)li__N3MI),(&__string_705));
  };
}

static void li__XGCK(__li__KVBD *li__YGCK,__li__BC *li__ZGCK)
/* (Strict PROTOTYPE_CST{li__KVBD},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__SMQK;
  void *li__TNQK;
  __li__UJSH *li__VNQK;
  __li__IF *li__PZLV;
  __li__QRB *li__SZLV;
  __li__SRB *li__UZLV;
  __li__GSZ *li__YZLV;
  __li__1RRF *li__0ZLV;
  __li__C li__1NQK;
  li__SMQK=((__li__5RB *)li__YGCK->li__LVBD.li__WZLE);
  /* __li__B__ __li__I__ */
if ((((((__li__F0C)(li__SMQK->li__BEM &  1) !=  0) && (! ((__li__F0C)(li__SMQK->li__BEM &  16) !=  0))) && ((void *)li__SMQK->li__AEM != (void *)li__DSB)) && ((void *)li__SMQK->li__AEM != (void *)li__LSB))) {
    li__TNQK=li__SMQK->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__TNQK==NULL) {
      li__VNQK=NULL;
    } else {
      if (((struct ___OBJ *)li__TNQK)->__id==__li__UJSH__) {
        li__VNQK=((void *)li__TNQK);
      } else /* Other types */ {
        li__VNQK=NULL;
      }
    };
    li__1NQK=((void *)li__VNQK == (void *)NULL);
  } else /* FALSE */ {
    li__1NQK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__1NQK) {
    li__JAZ(((__li__BC *)li__ZGCK),(&__string_529));
    li__TNQK=li__SMQK->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TNQK)->__id) {
    case __li__IF__: {
      li__PZLV=((__li__IF *)li__TNQK);
      li__JAZ(((__li__BC *)li__ZGCK),li__PZLV->li__QGQB);
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_123));
      li__PIMH(li__PZLV);
    } break;
    case __li__ORB__: {
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_1));
    } break;
    case __li__QRB__: {
      li__SZLV=((__li__QRB *)((__li__IF *)li__TNQK));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_2));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_123));
      li__1LMH(li__SZLV);
    } break;
    case __li__SRB__: {
      li__UZLV=((__li__SRB *)((__li__IF *)li__TNQK));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_51));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_123));
      li__RNMH(li__UZLV);
    } break;
    case __li__URB__: {
      li__B0E(((__li__URB *)((__li__IF *)li__TNQK))->li__VRB.li__NZC,li__ZGCK);
    } break;
    case __li__GSZ__: {
      li__YZLV=((__li__GSZ *)((__li__IF *)li__TNQK));
      li__JAZ(((__li__BC *)li__ZGCK),li__YZLV->li__HSZ.li__QGQB);
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_123));
      li__RPMH(li__YZLV);
    } break;
    case __li__1RRF__: {
      li__0ZLV=((__li__1RRF *)((__li__IF *)li__TNQK));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_706));
      li__B0E(li__0ZLV->li__2RRF.li__NZC,li__ZGCK);
    } break;
    case __li__UJSH__: {
      li__B0E(((__li__UJSH *)((__li__IF *)li__TNQK))->li__WJSH.li__NZC,li__ZGCK);
    } break;
    };
    li__SRX(((__li__BC *)li__ZGCK),')');
  } else /* FALSE */ {
    li__TNQK=li__SMQK->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TNQK)->__id) {
    case __li__IF__: {
      li__PZLV=((__li__IF *)li__TNQK);
      li__JAZ(((__li__BC *)li__ZGCK),li__PZLV->li__QGQB);
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_123));
      li__PIMH(li__PZLV);
    } break;
    case __li__ORB__: {
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_1));
    } break;
    case __li__QRB__: {
      li__SZLV=((__li__QRB *)((__li__IF *)li__TNQK));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_2));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_123));
      li__1LMH(li__SZLV);
    } break;
    case __li__SRB__: {
      li__UZLV=((__li__SRB *)((__li__IF *)li__TNQK));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_51));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_123));
      li__RNMH(li__UZLV);
    } break;
    case __li__URB__: {
      li__B0E(((__li__URB *)((__li__IF *)li__TNQK))->li__VRB.li__NZC,li__ZGCK);
    } break;
    case __li__GSZ__: {
      li__YZLV=((__li__GSZ *)((__li__IF *)li__TNQK));
      li__JAZ(((__li__BC *)li__ZGCK),li__YZLV->li__HSZ.li__QGQB);
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_123));
      li__RPMH(li__YZLV);
    } break;
    case __li__1RRF__: {
      li__0ZLV=((__li__1RRF *)((__li__IF *)li__TNQK));
      li__JAZ(((__li__BC *)li__ZGCK),(&__string_706));
      li__B0E(li__0ZLV->li__2RRF.li__NZC,li__ZGCK);
    } break;
    case __li__UJSH__: {
      li__B0E(((__li__UJSH *)((__li__IF *)li__TNQK))->li__WJSH.li__NZC,li__ZGCK);
    } break;
    };
  };
}

static void li__EBNI(__li__WVBD *li__FBNI,__li__BC *li__GBNI)
/* (Strict INTEGER_CST{li__WVBD},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__UBNI;
  li__SRX(((__li__BC *)li__GBNI),' ');
  li__WRHF(li__FBNI->li__2ZLE,li__GBNI);
  /* __li__B__ __li__I__ */
if ((li__FBNI->li__2ZLE > ((__li__UJG )li__5ZG))) {
    li__JAZ(((__li__BC *)li__GBNI),(&__string_707));
    li__UBNI=li__B__;
  } else /* FALSE */ {
    li__UBNI=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__UBNI)) {
    /* __li__B__ __li__I__ */
if ((li__FBNI->li__2ZLE >  2147483647)) {
      li__JAZ(((__li__BC *)li__GBNI),(&__string_708));
    };
  };
}

static void li__DHCK(__li__KTVI *li__EHCK,__li__BC *li__FHCK)
/* (Strict EXPR_AND_AND_LOGIC{li__KTVI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__GHCK;
  __li__C0WI *li__A0LV;
  __li__M1WI *li__C0LV;
  li__SRX(((__li__BC *)li__FHCK),'(');
  li__GHCK=li__EHCK->li__PTVI.li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GHCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KTVI *)li__GHCK)),li__FHCK);
    li__JAZ(((__li__BC *)li__FHCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)li__GHCK),li__FHCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__FHCK),((__li__MZWI *)((__li__KTVI *)li__GHCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__A0LV=((__li__C0WI *)((__li__KTVI *)li__GHCK));
    li__SRX(((__li__BC *)li__FHCK),'\'');
    li__JAZ(((__li__BC *)li__FHCK),li__A0LV->li__CTBK);
    li__SRX(((__li__BC *)li__FHCK),'\'');
  } break;
  case __li__M1WI__: {
    li__C0LV=((__li__M1WI *)((__li__KTVI *)li__GHCK));
    li__SRX(((__li__BC *)li__FHCK),'\"');
    li__JAZ(((__li__BC *)li__FHCK),li__C0LV->li__UTFK);
    li__SRX(((__li__BC *)li__FHCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__FHCK),((__li__TPOO *)((__li__KTVI *)li__GHCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KTVI *)li__GHCK)),li__FHCK);
  } break;
  };
  li__SRX(((__li__BC *)li__FHCK),' ');
  li__JAZ(((__li__BC *)li__FHCK),(&__string_482));
  li__SRX(((__li__BC *)li__FHCK),' ');
  li__GHCK=li__EHCK->li__PTVI.li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GHCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__GHCK),li__FHCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__GHCK)),li__FHCK);
    li__JAZ(((__li__BC *)li__FHCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__FHCK),((__li__MZWI *)((__li__WK *)li__GHCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__A0LV=((__li__C0WI *)((__li__WK *)li__GHCK));
    li__SRX(((__li__BC *)li__FHCK),'\'');
    li__JAZ(((__li__BC *)li__FHCK),li__A0LV->li__CTBK);
    li__SRX(((__li__BC *)li__FHCK),'\'');
  } break;
  case __li__M1WI__: {
    li__C0LV=((__li__M1WI *)((__li__WK *)li__GHCK));
    li__SRX(((__li__BC *)li__FHCK),'\"');
    li__JAZ(((__li__BC *)li__FHCK),li__C0LV->li__UTFK);
    li__SRX(((__li__BC *)li__FHCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__FHCK),((__li__TPOO *)((__li__WK *)li__GHCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__GHCK)),li__FHCK);
  } break;
  };
  li__SRX(((__li__BC *)li__FHCK),')');
}

static void li__WE1L(__li__LTVI *li__XE1L,__li__BC *li__YE1L)
/* (Strict EXPR_AND_LOGIC{li__LTVI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZE1L;
  __li__C0WI *li__Q0LV;
  __li__M1WI *li__S0LV;
  li__SRX(((__li__BC *)li__YE1L),'(');
  li__ZE1L=li__XE1L->li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZE1L)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KTVI *)li__ZE1L)),li__YE1L);
    li__JAZ(((__li__BC *)li__YE1L),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)li__ZE1L),li__YE1L);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__YE1L),((__li__MZWI *)((__li__KTVI *)li__ZE1L))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__Q0LV=((__li__C0WI *)((__li__KTVI *)li__ZE1L));
    li__SRX(((__li__BC *)li__YE1L),'\'');
    li__JAZ(((__li__BC *)li__YE1L),li__Q0LV->li__CTBK);
    li__SRX(((__li__BC *)li__YE1L),'\'');
  } break;
  case __li__M1WI__: {
    li__S0LV=((__li__M1WI *)((__li__KTVI *)li__ZE1L));
    li__SRX(((__li__BC *)li__YE1L),'\"');
    li__JAZ(((__li__BC *)li__YE1L),li__S0LV->li__UTFK);
    li__SRX(((__li__BC *)li__YE1L),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__YE1L),((__li__TPOO *)((__li__KTVI *)li__ZE1L))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KTVI *)li__ZE1L)),li__YE1L);
  } break;
  };
  li__SRX(((__li__BC *)li__YE1L),' ');
  li__JAZ(((__li__BC *)li__YE1L),(&__string_483));
  li__SRX(((__li__BC *)li__YE1L),' ');
  li__ZE1L=li__XE1L->li__OTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZE1L)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__ZE1L),li__YE1L);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__ZE1L)),li__YE1L);
    li__JAZ(((__li__BC *)li__YE1L),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__YE1L),((__li__MZWI *)((__li__WK *)li__ZE1L))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__Q0LV=((__li__C0WI *)((__li__WK *)li__ZE1L));
    li__SRX(((__li__BC *)li__YE1L),'\'');
    li__JAZ(((__li__BC *)li__YE1L),li__Q0LV->li__CTBK);
    li__SRX(((__li__BC *)li__YE1L),'\'');
  } break;
  case __li__M1WI__: {
    li__S0LV=((__li__M1WI *)((__li__WK *)li__ZE1L));
    li__SRX(((__li__BC *)li__YE1L),'\"');
    li__JAZ(((__li__BC *)li__YE1L),li__S0LV->li__UTFK);
    li__SRX(((__li__BC *)li__YE1L),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__YE1L),((__li__TPOO *)((__li__WK *)li__ZE1L))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__ZE1L)),li__YE1L);
  } break;
  };
  li__SRX(((__li__BC *)li__YE1L),')');
}

static void li__KHCK(__li__XTVI *li__LHCK,__li__BC *li__MHCK)
/* (Strict EXPR_OR_OR_LOGIC{li__XTVI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__NHCK;
  __li__C0WI *li__A1LV;
  __li__M1WI *li__C1LV;
  li__SRX(((__li__BC *)li__MHCK),'(');
  li__NHCK=li__LHCK->li__0TVI.li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NHCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KTVI *)li__NHCK)),li__MHCK);
    li__JAZ(((__li__BC *)li__MHCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)li__NHCK),li__MHCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__MHCK),((__li__MZWI *)((__li__KTVI *)li__NHCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__A1LV=((__li__C0WI *)((__li__KTVI *)li__NHCK));
    li__SRX(((__li__BC *)li__MHCK),'\'');
    li__JAZ(((__li__BC *)li__MHCK),li__A1LV->li__CTBK);
    li__SRX(((__li__BC *)li__MHCK),'\'');
  } break;
  case __li__M1WI__: {
    li__C1LV=((__li__M1WI *)((__li__KTVI *)li__NHCK));
    li__SRX(((__li__BC *)li__MHCK),'\"');
    li__JAZ(((__li__BC *)li__MHCK),li__C1LV->li__UTFK);
    li__SRX(((__li__BC *)li__MHCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__MHCK),((__li__TPOO *)((__li__KTVI *)li__NHCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KTVI *)li__NHCK)),li__MHCK);
  } break;
  };
  li__SRX(((__li__BC *)li__MHCK),' ');
  li__JAZ(((__li__BC *)li__MHCK),(&__string_484));
  li__SRX(((__li__BC *)li__MHCK),' ');
  li__NHCK=li__LHCK->li__0TVI.li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NHCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__NHCK),li__MHCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__NHCK)),li__MHCK);
    li__JAZ(((__li__BC *)li__MHCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__MHCK),((__li__MZWI *)((__li__WK *)li__NHCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__A1LV=((__li__C0WI *)((__li__WK *)li__NHCK));
    li__SRX(((__li__BC *)li__MHCK),'\'');
    li__JAZ(((__li__BC *)li__MHCK),li__A1LV->li__CTBK);
    li__SRX(((__li__BC *)li__MHCK),'\'');
  } break;
  case __li__M1WI__: {
    li__C1LV=((__li__M1WI *)((__li__WK *)li__NHCK));
    li__SRX(((__li__BC *)li__MHCK),'\"');
    li__JAZ(((__li__BC *)li__MHCK),li__C1LV->li__UTFK);
    li__SRX(((__li__BC *)li__MHCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__MHCK),((__li__TPOO *)((__li__WK *)li__NHCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__NHCK)),li__MHCK);
  } break;
  };
  li__SRX(((__li__BC *)li__MHCK),')');
}

static void li__2E1L(__li__YTVI *li__3E1L,__li__BC *li__4E1L)
/* (Strict EXPR_OR_LOGIC{li__YTVI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__5E1L;
  __li__C0WI *li__Q1LV;
  __li__M1WI *li__S1LV;
  li__SRX(((__li__BC *)li__4E1L),'(');
  li__5E1L=li__3E1L->li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5E1L)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KTVI *)li__5E1L)),li__4E1L);
    li__JAZ(((__li__BC *)li__4E1L),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)li__5E1L),li__4E1L);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__4E1L),((__li__MZWI *)((__li__KTVI *)li__5E1L))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__Q1LV=((__li__C0WI *)((__li__KTVI *)li__5E1L));
    li__SRX(((__li__BC *)li__4E1L),'\'');
    li__JAZ(((__li__BC *)li__4E1L),li__Q1LV->li__CTBK);
    li__SRX(((__li__BC *)li__4E1L),'\'');
  } break;
  case __li__M1WI__: {
    li__S1LV=((__li__M1WI *)((__li__KTVI *)li__5E1L));
    li__SRX(((__li__BC *)li__4E1L),'\"');
    li__JAZ(((__li__BC *)li__4E1L),li__S1LV->li__UTFK);
    li__SRX(((__li__BC *)li__4E1L),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__4E1L),((__li__TPOO *)((__li__KTVI *)li__5E1L))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KTVI *)li__5E1L)),li__4E1L);
  } break;
  };
  li__SRX(((__li__BC *)li__4E1L),' ');
  li__JAZ(((__li__BC *)li__4E1L),(&__string_485));
  li__SRX(((__li__BC *)li__4E1L),' ');
  li__5E1L=li__3E1L->li__ZTVI.li__YOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5E1L)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__5E1L),li__4E1L);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__5E1L)),li__4E1L);
    li__JAZ(((__li__BC *)li__4E1L),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__4E1L),((__li__MZWI *)((__li__WK *)li__5E1L))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__Q1LV=((__li__C0WI *)((__li__WK *)li__5E1L));
    li__SRX(((__li__BC *)li__4E1L),'\'');
    li__JAZ(((__li__BC *)li__4E1L),li__Q1LV->li__CTBK);
    li__SRX(((__li__BC *)li__4E1L),'\'');
  } break;
  case __li__M1WI__: {
    li__S1LV=((__li__M1WI *)((__li__WK *)li__5E1L));
    li__SRX(((__li__BC *)li__4E1L),'\"');
    li__JAZ(((__li__BC *)li__4E1L),li__S1LV->li__UTFK);
    li__SRX(((__li__BC *)li__4E1L),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__4E1L),((__li__TPOO *)((__li__WK *)li__5E1L))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__5E1L)),li__4E1L);
  } break;
  };
  li__SRX(((__li__BC *)li__4E1L),')');
}

static void li__QHCK(__li__S2VI *li__RHCK,__li__BC *li__SHCK)
/* (Strict EXPR_EQUAL{li__S2VI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__THCK,*li__1HCK,*li__LBKM;
  __li__5RB *li__UHCK,*li__2HCK,*li__MBKM;
  __li__U *li__HICK,*li__OBKM;
  __li__PF *li__TL4U,*li__GM4U;
  __li__C0WI *li__A2LV,*li__Q2LV;
  __li__M1WI *li__C2LV,*li__S2LV;
  __li__IF *li__0L4U;
  __li__ORB *li__2L4U;
  __li__QRB *li__4L4U;
  __li__SRB *li__AM4U;
  __li__GSZ *li__DM4U;
  __li__C li__KICK,li__QBKM,li__TBKM,li__WCKM;
  li__THCK=li__RHCK->li__T2VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__THCK)->__id) {
  case __li__WK__: {
    li__UHCK=((__li__WK *)li__THCK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__UHCK=((__li__AVBD *)li__THCK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__UHCK=((__li__KVBD *)li__THCK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__UHCK=((__li__WVBD *)li__THCK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__UHCK=li__JK5J(((__li__Z4WH *)li__THCK));
  } break;
  case __li__KTVI__: {
    li__UHCK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__UHCK=li__553L();
  } break;
  case __li__XTVI__: {
    li__UHCK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__UHCK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__UHCK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__UHCK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__UHCK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__UHCK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__UHCK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__UHCK=li__DWEK(((__li__BNWI *)li__THCK));
  } break;
  case __li__XNWI__: {
    li__UHCK=li__IWEK(((__li__XNWI *)li__THCK));
  } break;
  case __li__LOWI__: {
    li__UHCK=li__NWEK(((__li__LOWI *)li__THCK));
  } break;
  case __li__5OWI__: {
    li__UHCK=li__SWEK(((__li__5OWI *)li__THCK));
  } break;
  case __li__TPWI__: {
    li__UHCK=li__XWEK(((__li__TPWI *)li__THCK));
  } break;
  case __li__HQWI__: {
    li__UHCK=li__2WEK(((__li__HQWI *)li__THCK));
  } break;
  case __li__ARWI__: {
    li__UHCK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__UHCK=li__FXEK(((__li__URWI *)li__THCK));
  } break;
  case __li__MSWI__: {
    li__UHCK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__UHCK=((__li__ETWI *)li__THCK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__UHCK=((__li__MZWI *)li__THCK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__UHCK=((__li__C0WI *)li__THCK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__UHCK=((__li__M1WI *)li__THCK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__UHCK=((__li__KMFK *)li__THCK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__UHCK=li__T4NN(((__li__XOHL *)li__THCK));
  } break;
  case __li__FPHL__: {
    li__UHCK=li__KA4L(((__li__FPHL *)li__THCK));
  } break;
  case __li__APLM__: {
    li__UHCK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__UHCK=li__1ISO(((__li__DTNM *)li__THCK));
  } break;
  case __li__JXNM__: {
    li__UHCK=li__VX3R(((__li__JXNM *)li__THCK));
  } break;
  case __li__21LO__: {
    li__UHCK=((__li__21LO *)li__THCK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__UHCK=((__li__TPOO *)li__THCK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__UHCK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__UHCK=li__3FDQ(((__li__41XO *)li__THCK));
  } break;
  case __li__AKBR__: {
    li__UHCK=li__WQDS(((__li__AKBR *)li__THCK));
  } break;
  case __li__SU5R__: {
    li__UHCK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__UHCK=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__UHCK)->li__BEM &  1) !=  0)) {
    li__1HCK=li__RHCK->li__T2VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__2HCK=((__li__WK *)li__1HCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2HCK=((__li__AVBD *)li__1HCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2HCK=((__li__KVBD *)li__1HCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2HCK=((__li__WVBD *)li__1HCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2HCK=li__JK5J(((__li__Z4WH *)li__1HCK));
    } break;
    case __li__KTVI__: {
      li__2HCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2HCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__2HCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2HCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2HCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2HCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2HCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2HCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2HCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2HCK=li__DWEK(((__li__BNWI *)li__1HCK));
    } break;
    case __li__XNWI__: {
      li__2HCK=li__IWEK(((__li__XNWI *)li__1HCK));
    } break;
    case __li__LOWI__: {
      li__2HCK=li__NWEK(((__li__LOWI *)li__1HCK));
    } break;
    case __li__5OWI__: {
      li__2HCK=li__SWEK(((__li__5OWI *)li__1HCK));
    } break;
    case __li__TPWI__: {
      li__2HCK=li__XWEK(((__li__TPWI *)li__1HCK));
    } break;
    case __li__HQWI__: {
      li__2HCK=li__2WEK(((__li__HQWI *)li__1HCK));
    } break;
    case __li__ARWI__: {
      li__2HCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2HCK=li__FXEK(((__li__URWI *)li__1HCK));
    } break;
    case __li__MSWI__: {
      li__2HCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2HCK=((__li__ETWI *)li__1HCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2HCK=((__li__MZWI *)li__1HCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2HCK=((__li__C0WI *)li__1HCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2HCK=((__li__M1WI *)li__1HCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2HCK=((__li__KMFK *)li__1HCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2HCK=li__T4NN(((__li__XOHL *)li__1HCK));
    } break;
    case __li__FPHL__: {
      li__2HCK=li__KA4L(((__li__FPHL *)li__1HCK));
    } break;
    case __li__APLM__: {
      li__2HCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2HCK=li__1ISO(((__li__DTNM *)li__1HCK));
    } break;
    case __li__JXNM__: {
      li__2HCK=li__VX3R(((__li__JXNM *)li__1HCK));
    } break;
    case __li__21LO__: {
      li__2HCK=((__li__21LO *)li__1HCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2HCK=((__li__TPOO *)li__1HCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2HCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2HCK=li__3FDQ(((__li__41XO *)li__1HCK));
    } break;
    case __li__AKBR__: {
      li__2HCK=li__WQDS(((__li__AKBR *)li__1HCK));
    } break;
    case __li__SU5R__: {
      li__2HCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2HCK=li__Y1IS();
    } break;
    };
    li__KICK=((__li__F0C)(((__li__5RB *)li__2HCK)->li__BEM &  1) !=  0);
  } else /* FALSE */ {
    li__KICK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__KICK) {
    li__1HCK=li__RHCK->li__T2VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__2HCK=((__li__WK *)li__1HCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2HCK=((__li__AVBD *)li__1HCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2HCK=((__li__KVBD *)li__1HCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2HCK=((__li__WVBD *)li__1HCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2HCK=li__JK5J(((__li__Z4WH *)li__1HCK));
    } break;
    case __li__KTVI__: {
      li__2HCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2HCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__2HCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2HCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2HCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2HCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2HCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2HCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2HCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2HCK=li__DWEK(((__li__BNWI *)li__1HCK));
    } break;
    case __li__XNWI__: {
      li__2HCK=li__IWEK(((__li__XNWI *)li__1HCK));
    } break;
    case __li__LOWI__: {
      li__2HCK=li__NWEK(((__li__LOWI *)li__1HCK));
    } break;
    case __li__5OWI__: {
      li__2HCK=li__SWEK(((__li__5OWI *)li__1HCK));
    } break;
    case __li__TPWI__: {
      li__2HCK=li__XWEK(((__li__TPWI *)li__1HCK));
    } break;
    case __li__HQWI__: {
      li__2HCK=li__2WEK(((__li__HQWI *)li__1HCK));
    } break;
    case __li__ARWI__: {
      li__2HCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2HCK=li__FXEK(((__li__URWI *)li__1HCK));
    } break;
    case __li__MSWI__: {
      li__2HCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2HCK=((__li__ETWI *)li__1HCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2HCK=((__li__MZWI *)li__1HCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2HCK=((__li__C0WI *)li__1HCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2HCK=((__li__M1WI *)li__1HCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2HCK=((__li__KMFK *)li__1HCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2HCK=li__T4NN(((__li__XOHL *)li__1HCK));
    } break;
    case __li__FPHL__: {
      li__2HCK=li__KA4L(((__li__FPHL *)li__1HCK));
    } break;
    case __li__APLM__: {
      li__2HCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2HCK=li__1ISO(((__li__DTNM *)li__1HCK));
    } break;
    case __li__JXNM__: {
      li__2HCK=li__VX3R(((__li__JXNM *)li__1HCK));
    } break;
    case __li__21LO__: {
      li__2HCK=((__li__21LO *)li__1HCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2HCK=((__li__TPOO *)li__1HCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2HCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2HCK=li__3FDQ(((__li__41XO *)li__1HCK));
    } break;
    case __li__AKBR__: {
      li__2HCK=li__WQDS(((__li__AKBR *)li__1HCK));
    } break;
    case __li__SU5R__: {
      li__2HCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2HCK=li__Y1IS();
    } break;
    };
    li__1HCK=((__li__5RB *)li__2HCK)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__IF__: {
      li__HICK=((__li__IF *)li__1HCK)->li__TF->li__SEZB;
    } break;
    case __li__ORB__: {
      li__HICK=((__li__ORB *)li__1HCK)->li__PRB.li__TF->li__SEZB;
    } break;
    case __li__QRB__: {
      li__HICK=((__li__QRB *)li__1HCK)->li__RRB.li__TF->li__SEZB;
    } break;
    case __li__SRB__: {
      li__HICK=(&__string_213);
    } break;
    case __li__URB__: {
      li__HICK=((__li__URB *)li__1HCK)->li__VRB.li__TF->li__SEZB;
    } break;
    case __li__GSZ__: {
      li__HICK=((__li__GSZ *)li__1HCK)->li__HSZ.li__TF->li__SEZB;
    } break;
    case __li__1RRF__: {
      li__TL4U=li__QLKI();
      li__HICK=li__TL4U->li__SEZB;
    } break;
    case __li__UJSH__: {
      li__HICK=li__CBMN();
    } break;
    };
    li__KICK=((void *)li__HICK == (void *)NULL);
  } else /* FALSE */ {
    li__KICK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__KICK) {
    li__JAZ(((__li__BC *)li__SHCK),(&__string_709));
    li__1HCK=li__RHCK->li__T2VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__2HCK=((__li__WK *)li__1HCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2HCK=((__li__AVBD *)li__1HCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2HCK=((__li__KVBD *)li__1HCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2HCK=((__li__WVBD *)li__1HCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2HCK=li__JK5J(((__li__Z4WH *)li__1HCK));
    } break;
    case __li__KTVI__: {
      li__2HCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2HCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__2HCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2HCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2HCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2HCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2HCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2HCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2HCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2HCK=li__DWEK(((__li__BNWI *)li__1HCK));
    } break;
    case __li__XNWI__: {
      li__2HCK=li__IWEK(((__li__XNWI *)li__1HCK));
    } break;
    case __li__LOWI__: {
      li__2HCK=li__NWEK(((__li__LOWI *)li__1HCK));
    } break;
    case __li__5OWI__: {
      li__2HCK=li__SWEK(((__li__5OWI *)li__1HCK));
    } break;
    case __li__TPWI__: {
      li__2HCK=li__XWEK(((__li__TPWI *)li__1HCK));
    } break;
    case __li__HQWI__: {
      li__2HCK=li__2WEK(((__li__HQWI *)li__1HCK));
    } break;
    case __li__ARWI__: {
      li__2HCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2HCK=li__FXEK(((__li__URWI *)li__1HCK));
    } break;
    case __li__MSWI__: {
      li__2HCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2HCK=((__li__ETWI *)li__1HCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2HCK=((__li__MZWI *)li__1HCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2HCK=((__li__C0WI *)li__1HCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2HCK=((__li__M1WI *)li__1HCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2HCK=((__li__KMFK *)li__1HCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2HCK=li__T4NN(((__li__XOHL *)li__1HCK));
    } break;
    case __li__FPHL__: {
      li__2HCK=li__KA4L(((__li__FPHL *)li__1HCK));
    } break;
    case __li__APLM__: {
      li__2HCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2HCK=li__1ISO(((__li__DTNM *)li__1HCK));
    } break;
    case __li__JXNM__: {
      li__2HCK=li__VX3R(((__li__JXNM *)li__1HCK));
    } break;
    case __li__21LO__: {
      li__2HCK=((__li__21LO *)li__1HCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2HCK=((__li__TPOO *)li__1HCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2HCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2HCK=li__3FDQ(((__li__41XO *)li__1HCK));
    } break;
    case __li__AKBR__: {
      li__2HCK=li__WQDS(((__li__AKBR *)li__1HCK));
    } break;
    case __li__SU5R__: {
      li__2HCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2HCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__2HCK)->li__BEM &  16) !=  0))) {
      li__SRX(((__li__BC *)li__SHCK),'&');
    };
    li__1HCK=li__RHCK->li__T2VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__1HCK),li__SHCK);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__1HCK)),li__SHCK);
      li__JAZ(((__li__BC *)li__SHCK),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__SHCK),((__li__MZWI *)((__li__WK *)li__1HCK))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__A2LV=((__li__C0WI *)((__li__WK *)li__1HCK));
      li__SRX(((__li__BC *)li__SHCK),'\'');
      li__JAZ(((__li__BC *)li__SHCK),li__A2LV->li__CTBK);
      li__SRX(((__li__BC *)li__SHCK),'\'');
    } break;
    case __li__M1WI__: {
      li__C2LV=((__li__M1WI *)((__li__WK *)li__1HCK));
      li__SRX(((__li__BC *)li__SHCK),'\"');
      li__JAZ(((__li__BC *)li__SHCK),li__C2LV->li__UTFK);
      li__SRX(((__li__BC *)li__SHCK),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__SHCK),((__li__TPOO *)((__li__WK *)li__1HCK))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    };
    li__SRX(((__li__BC *)li__SHCK),',');
    li__1HCK=li__RHCK->li__T2VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__2HCK=((__li__WK *)li__1HCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2HCK=((__li__AVBD *)li__1HCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2HCK=((__li__KVBD *)li__1HCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2HCK=((__li__WVBD *)li__1HCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2HCK=li__JK5J(((__li__Z4WH *)li__1HCK));
    } break;
    case __li__KTVI__: {
      li__2HCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2HCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__2HCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2HCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2HCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2HCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2HCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2HCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2HCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2HCK=li__DWEK(((__li__BNWI *)li__1HCK));
    } break;
    case __li__XNWI__: {
      li__2HCK=li__IWEK(((__li__XNWI *)li__1HCK));
    } break;
    case __li__LOWI__: {
      li__2HCK=li__NWEK(((__li__LOWI *)li__1HCK));
    } break;
    case __li__5OWI__: {
      li__2HCK=li__SWEK(((__li__5OWI *)li__1HCK));
    } break;
    case __li__TPWI__: {
      li__2HCK=li__XWEK(((__li__TPWI *)li__1HCK));
    } break;
    case __li__HQWI__: {
      li__2HCK=li__2WEK(((__li__HQWI *)li__1HCK));
    } break;
    case __li__ARWI__: {
      li__2HCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2HCK=li__FXEK(((__li__URWI *)li__1HCK));
    } break;
    case __li__MSWI__: {
      li__2HCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2HCK=((__li__ETWI *)li__1HCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2HCK=((__li__MZWI *)li__1HCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2HCK=((__li__C0WI *)li__1HCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2HCK=((__li__M1WI *)li__1HCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2HCK=((__li__KMFK *)li__1HCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2HCK=li__T4NN(((__li__XOHL *)li__1HCK));
    } break;
    case __li__FPHL__: {
      li__2HCK=li__KA4L(((__li__FPHL *)li__1HCK));
    } break;
    case __li__APLM__: {
      li__2HCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2HCK=li__1ISO(((__li__DTNM *)li__1HCK));
    } break;
    case __li__JXNM__: {
      li__2HCK=li__VX3R(((__li__JXNM *)li__1HCK));
    } break;
    case __li__21LO__: {
      li__2HCK=((__li__21LO *)li__1HCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2HCK=((__li__TPOO *)li__1HCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2HCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2HCK=li__3FDQ(((__li__41XO *)li__1HCK));
    } break;
    case __li__AKBR__: {
      li__2HCK=li__WQDS(((__li__AKBR *)li__1HCK));
    } break;
    case __li__SU5R__: {
      li__2HCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2HCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__2HCK)->li__BEM &  16) !=  0))) {
      li__SRX(((__li__BC *)li__SHCK),'&');
    };
    li__1HCK=li__RHCK->li__T2VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__1HCK),li__SHCK);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__1HCK)),li__SHCK);
      li__JAZ(((__li__BC *)li__SHCK),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__SHCK),((__li__MZWI *)((__li__WK *)li__1HCK))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__A2LV=((__li__C0WI *)((__li__WK *)li__1HCK));
      li__SRX(((__li__BC *)li__SHCK),'\'');
      li__JAZ(((__li__BC *)li__SHCK),li__A2LV->li__CTBK);
      li__SRX(((__li__BC *)li__SHCK),'\'');
    } break;
    case __li__M1WI__: {
      li__C2LV=((__li__M1WI *)((__li__WK *)li__1HCK));
      li__SRX(((__li__BC *)li__SHCK),'\"');
      li__JAZ(((__li__BC *)li__SHCK),li__C2LV->li__UTFK);
      li__SRX(((__li__BC *)li__SHCK),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__SHCK),((__li__TPOO *)((__li__WK *)li__1HCK))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__1HCK)),li__SHCK);
    } break;
    };
    li__JAZ(((__li__BC *)li__SHCK),(&__string_710));
    li__1HCK=li__RHCK->li__T2VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__2HCK=((__li__WK *)li__1HCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2HCK=((__li__AVBD *)li__1HCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2HCK=((__li__KVBD *)li__1HCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2HCK=((__li__WVBD *)li__1HCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2HCK=li__JK5J(((__li__Z4WH *)li__1HCK));
    } break;
    case __li__KTVI__: {
      li__2HCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2HCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__2HCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2HCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2HCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2HCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2HCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2HCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2HCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2HCK=li__DWEK(((__li__BNWI *)li__1HCK));
    } break;
    case __li__XNWI__: {
      li__2HCK=li__IWEK(((__li__XNWI *)li__1HCK));
    } break;
    case __li__LOWI__: {
      li__2HCK=li__NWEK(((__li__LOWI *)li__1HCK));
    } break;
    case __li__5OWI__: {
      li__2HCK=li__SWEK(((__li__5OWI *)li__1HCK));
    } break;
    case __li__TPWI__: {
      li__2HCK=li__XWEK(((__li__TPWI *)li__1HCK));
    } break;
    case __li__HQWI__: {
      li__2HCK=li__2WEK(((__li__HQWI *)li__1HCK));
    } break;
    case __li__ARWI__: {
      li__2HCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2HCK=li__FXEK(((__li__URWI *)li__1HCK));
    } break;
    case __li__MSWI__: {
      li__2HCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2HCK=((__li__ETWI *)li__1HCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2HCK=((__li__MZWI *)li__1HCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2HCK=((__li__C0WI *)li__1HCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2HCK=((__li__M1WI *)li__1HCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2HCK=((__li__KMFK *)li__1HCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2HCK=li__T4NN(((__li__XOHL *)li__1HCK));
    } break;
    case __li__FPHL__: {
      li__2HCK=li__KA4L(((__li__FPHL *)li__1HCK));
    } break;
    case __li__APLM__: {
      li__2HCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2HCK=li__1ISO(((__li__DTNM *)li__1HCK));
    } break;
    case __li__JXNM__: {
      li__2HCK=li__VX3R(((__li__JXNM *)li__1HCK));
    } break;
    case __li__21LO__: {
      li__2HCK=((__li__21LO *)li__1HCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2HCK=((__li__TPOO *)li__1HCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2HCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2HCK=li__3FDQ(((__li__41XO *)li__1HCK));
    } break;
    case __li__AKBR__: {
      li__2HCK=li__WQDS(((__li__AKBR *)li__1HCK));
    } break;
    case __li__SU5R__: {
      li__2HCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2HCK=li__Y1IS();
    } break;
    };
    li__1HCK=((__li__5RB *)li__2HCK)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__IF__: {
      li__0L4U=((__li__IF *)li__1HCK);
      li__JAZ(((__li__BC *)li__SHCK),(&__string_123));
      li__JAZ(((__li__BC *)li__SHCK),li__0L4U->li__QGQB);
      li__PIMH(li__0L4U);
    } break;
    case __li__ORB__: {
      li__2L4U=((__li__ORB *)((__li__IF *)li__1HCK));
      li__JAZ(((__li__BC *)li__SHCK),(&__string_123));
      li__JAZ(((__li__BC *)li__SHCK),(&__string_1));
      li__FKMH(li__2L4U);
    } break;
    case __li__QRB__: {
      li__4L4U=((__li__QRB *)((__li__IF *)li__1HCK));
      li__JAZ(((__li__BC *)li__SHCK),(&__string_123));
      li__JAZ(((__li__BC *)li__SHCK),(&__string_2));
      li__1LMH(li__4L4U);
    } break;
    case __li__SRB__: {
      li__AM4U=((__li__SRB *)((__li__IF *)li__1HCK));
      li__JAZ(((__li__BC *)li__SHCK),(&__string_123));
      li__JAZ(((__li__BC *)li__SHCK),(&__string_51));
      li__RNMH(li__AM4U);
    } break;
    case __li__URB__: {
      li__JAZ(((__li__BC *)li__SHCK),(&__string_123));
      li__JAZ(((__li__BC *)li__SHCK),(&__string_53));
    } break;
    case __li__GSZ__: {
      li__DM4U=((__li__GSZ *)((__li__IF *)li__1HCK));
      li__JAZ(((__li__BC *)li__SHCK),(&__string_123));
      li__JAZ(((__li__BC *)li__SHCK),li__DM4U->li__HSZ.li__QGQB);
      li__RPMH(li__DM4U);
    } break;
    case __li__1RRF__: {
      li__EUNI(((__li__1RRF *)((__li__IF *)li__1HCK)),li__SHCK);
    } break;
    case __li__UJSH__: {
      li__JAZ(((__li__BC *)li__SHCK),(&__string_123));
      li__HICK=li__CBMN();
      li__JAZ(((__li__BC *)li__SHCK),li__HICK);
    } break;
    };
    li__JAZ(((__li__BC *)li__SHCK),(&__string_711));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__SHCK),'(');
    li__1HCK=li__RHCK->li__T2VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__2HCK=((__li__WK *)li__1HCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2HCK=((__li__AVBD *)li__1HCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2HCK=((__li__KVBD *)li__1HCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2HCK=((__li__WVBD *)li__1HCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2HCK=li__JK5J(((__li__Z4WH *)li__1HCK));
    } break;
    case __li__KTVI__: {
      li__2HCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2HCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__2HCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2HCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2HCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2HCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2HCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2HCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2HCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2HCK=li__DWEK(((__li__BNWI *)li__1HCK));
    } break;
    case __li__XNWI__: {
      li__2HCK=li__IWEK(((__li__XNWI *)li__1HCK));
    } break;
    case __li__LOWI__: {
      li__2HCK=li__NWEK(((__li__LOWI *)li__1HCK));
    } break;
    case __li__5OWI__: {
      li__2HCK=li__SWEK(((__li__5OWI *)li__1HCK));
    } break;
    case __li__TPWI__: {
      li__2HCK=li__XWEK(((__li__TPWI *)li__1HCK));
    } break;
    case __li__HQWI__: {
      li__2HCK=li__2WEK(((__li__HQWI *)li__1HCK));
    } break;
    case __li__ARWI__: {
      li__2HCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2HCK=li__FXEK(((__li__URWI *)li__1HCK));
    } break;
    case __li__MSWI__: {
      li__2HCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2HCK=((__li__ETWI *)li__1HCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2HCK=((__li__MZWI *)li__1HCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2HCK=((__li__C0WI *)li__1HCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2HCK=((__li__M1WI *)li__1HCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2HCK=((__li__KMFK *)li__1HCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2HCK=li__T4NN(((__li__XOHL *)li__1HCK));
    } break;
    case __li__FPHL__: {
      li__2HCK=li__KA4L(((__li__FPHL *)li__1HCK));
    } break;
    case __li__APLM__: {
      li__2HCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2HCK=li__1ISO(((__li__DTNM *)li__1HCK));
    } break;
    case __li__JXNM__: {
      li__2HCK=li__VX3R(((__li__JXNM *)li__1HCK));
    } break;
    case __li__21LO__: {
      li__2HCK=((__li__21LO *)li__1HCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2HCK=((__li__TPOO *)li__1HCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2HCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2HCK=li__3FDQ(((__li__41XO *)li__1HCK));
    } break;
    case __li__AKBR__: {
      li__2HCK=li__WQDS(((__li__AKBR *)li__1HCK));
    } break;
    case __li__SU5R__: {
      li__2HCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2HCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__2HCK)->li__AEM == (void *)li__FUB)) {
      li__LBKM=li__RHCK->li__T2VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__MBKM=((__li__WK *)li__LBKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MBKM=((__li__AVBD *)li__LBKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MBKM=((__li__KVBD *)li__LBKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MBKM=((__li__WVBD *)li__LBKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MBKM=li__JK5J(((__li__Z4WH *)li__LBKM));
      } break;
      case __li__KTVI__: {
        li__MBKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MBKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__MBKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MBKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MBKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MBKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MBKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MBKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MBKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MBKM=li__DWEK(((__li__BNWI *)li__LBKM));
      } break;
      case __li__XNWI__: {
        li__MBKM=li__IWEK(((__li__XNWI *)li__LBKM));
      } break;
      case __li__LOWI__: {
        li__MBKM=li__NWEK(((__li__LOWI *)li__LBKM));
      } break;
      case __li__5OWI__: {
        li__MBKM=li__SWEK(((__li__5OWI *)li__LBKM));
      } break;
      case __li__TPWI__: {
        li__MBKM=li__XWEK(((__li__TPWI *)li__LBKM));
      } break;
      case __li__HQWI__: {
        li__MBKM=li__2WEK(((__li__HQWI *)li__LBKM));
      } break;
      case __li__ARWI__: {
        li__MBKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MBKM=li__FXEK(((__li__URWI *)li__LBKM));
      } break;
      case __li__MSWI__: {
        li__MBKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MBKM=((__li__ETWI *)li__LBKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MBKM=((__li__MZWI *)li__LBKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MBKM=((__li__C0WI *)li__LBKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MBKM=((__li__M1WI *)li__LBKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MBKM=((__li__KMFK *)li__LBKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MBKM=li__T4NN(((__li__XOHL *)li__LBKM));
      } break;
      case __li__FPHL__: {
        li__MBKM=li__KA4L(((__li__FPHL *)li__LBKM));
      } break;
      case __li__APLM__: {
        li__MBKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MBKM=li__1ISO(((__li__DTNM *)li__LBKM));
      } break;
      case __li__JXNM__: {
        li__MBKM=li__VX3R(((__li__JXNM *)li__LBKM));
      } break;
      case __li__21LO__: {
        li__MBKM=((__li__21LO *)li__LBKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MBKM=((__li__TPOO *)li__LBKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MBKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MBKM=li__3FDQ(((__li__41XO *)li__LBKM));
      } break;
      case __li__AKBR__: {
        li__MBKM=li__WQDS(((__li__AKBR *)li__LBKM));
      } break;
      case __li__SU5R__: {
        li__MBKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MBKM=li__Y1IS();
      } break;
      };
      li__LBKM=((__li__5RB *)li__MBKM)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__IF__: {
        li__OBKM=((__li__IF *)li__LBKM)->li__TF->li__SF.li__R2B;
      } break;
      case __li__ORB__: {
        li__OBKM=(&__string_1);
      } break;
      case __li__QRB__: {
        li__OBKM=(&__string_2);
      } break;
      case __li__SRB__: {
        li__OBKM=(&__string_51);
      } break;
      case __li__URB__: {
        li__OBKM=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__OBKM=((__li__GSZ *)li__LBKM)->li__EGQB;
      } break;
      case __li__1RRF__: {
        li__GM4U=li__QLKI();
        li__OBKM=li__GM4U->li__SF.li__R2B;
      } break;
      case __li__UJSH__: {
        li__OBKM=((__li__UJSH *)li__LBKM)->li__VJSH.li__NZFD;
      } break;
      };
      li__QBKM=li__NQQK(li__OBKM);
      li__TBKM=li__QBKM;
    } else /* FALSE */ {
      li__TBKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__TBKM) {
      li__JAZ(((__li__BC *)li__SHCK),(&__string_712));
      li__QBKM=li__B__;
    } else /* FALSE */ {
      li__QBKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__QBKM)) {
      li__LBKM=li__RHCK->li__T2VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__MBKM=((__li__WK *)li__LBKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MBKM=((__li__AVBD *)li__LBKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MBKM=((__li__KVBD *)li__LBKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MBKM=((__li__WVBD *)li__LBKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MBKM=li__JK5J(((__li__Z4WH *)li__LBKM));
      } break;
      case __li__KTVI__: {
        li__MBKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MBKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__MBKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MBKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MBKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MBKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MBKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MBKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MBKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MBKM=li__DWEK(((__li__BNWI *)li__LBKM));
      } break;
      case __li__XNWI__: {
        li__MBKM=li__IWEK(((__li__XNWI *)li__LBKM));
      } break;
      case __li__LOWI__: {
        li__MBKM=li__NWEK(((__li__LOWI *)li__LBKM));
      } break;
      case __li__5OWI__: {
        li__MBKM=li__SWEK(((__li__5OWI *)li__LBKM));
      } break;
      case __li__TPWI__: {
        li__MBKM=li__XWEK(((__li__TPWI *)li__LBKM));
      } break;
      case __li__HQWI__: {
        li__MBKM=li__2WEK(((__li__HQWI *)li__LBKM));
      } break;
      case __li__ARWI__: {
        li__MBKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MBKM=li__FXEK(((__li__URWI *)li__LBKM));
      } break;
      case __li__MSWI__: {
        li__MBKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MBKM=((__li__ETWI *)li__LBKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MBKM=((__li__MZWI *)li__LBKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MBKM=((__li__C0WI *)li__LBKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MBKM=((__li__M1WI *)li__LBKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MBKM=((__li__KMFK *)li__LBKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MBKM=li__T4NN(((__li__XOHL *)li__LBKM));
      } break;
      case __li__FPHL__: {
        li__MBKM=li__KA4L(((__li__FPHL *)li__LBKM));
      } break;
      case __li__APLM__: {
        li__MBKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MBKM=li__1ISO(((__li__DTNM *)li__LBKM));
      } break;
      case __li__JXNM__: {
        li__MBKM=li__VX3R(((__li__JXNM *)li__LBKM));
      } break;
      case __li__21LO__: {
        li__MBKM=((__li__21LO *)li__LBKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MBKM=((__li__TPOO *)li__LBKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MBKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MBKM=li__3FDQ(((__li__41XO *)li__LBKM));
      } break;
      case __li__AKBR__: {
        li__MBKM=li__WQDS(((__li__AKBR *)li__LBKM));
      } break;
      case __li__SU5R__: {
        li__MBKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MBKM=li__Y1IS();
      } break;
      };
      /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__MBKM)->li__BEM &  1) !=  0))) {
        li__JAZ(((__li__BC *)li__SHCK),(&__string_706));
      };
    };
    li__1HCK=li__RHCK->li__T2VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__2HCK=((__li__WK *)li__1HCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2HCK=((__li__AVBD *)li__1HCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2HCK=((__li__KVBD *)li__1HCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2HCK=((__li__WVBD *)li__1HCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2HCK=li__JK5J(((__li__Z4WH *)li__1HCK));
    } break;
    case __li__KTVI__: {
      li__2HCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2HCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__2HCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2HCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2HCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2HCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2HCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2HCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2HCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2HCK=li__DWEK(((__li__BNWI *)li__1HCK));
    } break;
    case __li__XNWI__: {
      li__2HCK=li__IWEK(((__li__XNWI *)li__1HCK));
    } break;
    case __li__LOWI__: {
      li__2HCK=li__NWEK(((__li__LOWI *)li__1HCK));
    } break;
    case __li__5OWI__: {
      li__2HCK=li__SWEK(((__li__5OWI *)li__1HCK));
    } break;
    case __li__TPWI__: {
      li__2HCK=li__XWEK(((__li__TPWI *)li__1HCK));
    } break;
    case __li__HQWI__: {
      li__2HCK=li__2WEK(((__li__HQWI *)li__1HCK));
    } break;
    case __li__ARWI__: {
      li__2HCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2HCK=li__FXEK(((__li__URWI *)li__1HCK));
    } break;
    case __li__MSWI__: {
      li__2HCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2HCK=((__li__ETWI *)li__1HCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2HCK=((__li__MZWI *)li__1HCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2HCK=((__li__C0WI *)li__1HCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2HCK=((__li__M1WI *)li__1HCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2HCK=((__li__KMFK *)li__1HCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2HCK=li__T4NN(((__li__XOHL *)li__1HCK));
    } break;
    case __li__FPHL__: {
      li__2HCK=li__KA4L(((__li__FPHL *)li__1HCK));
    } break;
    case __li__APLM__: {
      li__2HCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2HCK=li__1ISO(((__li__DTNM *)li__1HCK));
    } break;
    case __li__JXNM__: {
      li__2HCK=li__VX3R(((__li__JXNM *)li__1HCK));
    } break;
    case __li__21LO__: {
      li__2HCK=((__li__21LO *)li__1HCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2HCK=((__li__TPOO *)li__1HCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2HCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2HCK=li__3FDQ(((__li__41XO *)li__1HCK));
    } break;
    case __li__AKBR__: {
      li__2HCK=li__WQDS(((__li__AKBR *)li__1HCK));
    } break;
    case __li__SU5R__: {
      li__2HCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2HCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__2HCK)->li__AEM == (void *)li__ORB__)) {
      li__LBKM=li__RHCK->li__T2VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__MBKM=((__li__WK *)li__LBKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MBKM=((__li__AVBD *)li__LBKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MBKM=((__li__KVBD *)li__LBKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MBKM=((__li__WVBD *)li__LBKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MBKM=li__JK5J(((__li__Z4WH *)li__LBKM));
      } break;
      case __li__KTVI__: {
        li__MBKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MBKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__MBKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MBKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MBKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MBKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MBKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MBKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MBKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MBKM=li__DWEK(((__li__BNWI *)li__LBKM));
      } break;
      case __li__XNWI__: {
        li__MBKM=li__IWEK(((__li__XNWI *)li__LBKM));
      } break;
      case __li__LOWI__: {
        li__MBKM=li__NWEK(((__li__LOWI *)li__LBKM));
      } break;
      case __li__5OWI__: {
        li__MBKM=li__SWEK(((__li__5OWI *)li__LBKM));
      } break;
      case __li__TPWI__: {
        li__MBKM=li__XWEK(((__li__TPWI *)li__LBKM));
      } break;
      case __li__HQWI__: {
        li__MBKM=li__2WEK(((__li__HQWI *)li__LBKM));
      } break;
      case __li__ARWI__: {
        li__MBKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MBKM=li__FXEK(((__li__URWI *)li__LBKM));
      } break;
      case __li__MSWI__: {
        li__MBKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MBKM=((__li__ETWI *)li__LBKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MBKM=((__li__MZWI *)li__LBKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MBKM=((__li__C0WI *)li__LBKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MBKM=((__li__M1WI *)li__LBKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MBKM=((__li__KMFK *)li__LBKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MBKM=li__T4NN(((__li__XOHL *)li__LBKM));
      } break;
      case __li__FPHL__: {
        li__MBKM=li__KA4L(((__li__FPHL *)li__LBKM));
      } break;
      case __li__APLM__: {
        li__MBKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MBKM=li__1ISO(((__li__DTNM *)li__LBKM));
      } break;
      case __li__JXNM__: {
        li__MBKM=li__VX3R(((__li__JXNM *)li__LBKM));
      } break;
      case __li__21LO__: {
        li__MBKM=((__li__21LO *)li__LBKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MBKM=((__li__TPOO *)li__LBKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MBKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MBKM=li__3FDQ(((__li__41XO *)li__LBKM));
      } break;
      case __li__AKBR__: {
        li__MBKM=li__WQDS(((__li__AKBR *)li__LBKM));
      } break;
      case __li__SU5R__: {
        li__MBKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MBKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__MBKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__WCKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__WCKM=li__B__;
      } break;
      };
      li__QBKM=li__WCKM;
    } else /* FALSE */ {
      li__QBKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__QBKM) {
      li__SRX(((__li__BC *)li__SHCK),'0');
    } else /* FALSE */ {
      li__LBKM=li__RHCK->li__T2VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__MBKM=((__li__WK *)li__LBKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MBKM=((__li__AVBD *)li__LBKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MBKM=((__li__KVBD *)li__LBKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MBKM=((__li__WVBD *)li__LBKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MBKM=li__JK5J(((__li__Z4WH *)li__LBKM));
      } break;
      case __li__KTVI__: {
        li__MBKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MBKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__MBKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MBKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MBKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MBKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MBKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MBKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MBKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MBKM=li__DWEK(((__li__BNWI *)li__LBKM));
      } break;
      case __li__XNWI__: {
        li__MBKM=li__IWEK(((__li__XNWI *)li__LBKM));
      } break;
      case __li__LOWI__: {
        li__MBKM=li__NWEK(((__li__LOWI *)li__LBKM));
      } break;
      case __li__5OWI__: {
        li__MBKM=li__SWEK(((__li__5OWI *)li__LBKM));
      } break;
      case __li__TPWI__: {
        li__MBKM=li__XWEK(((__li__TPWI *)li__LBKM));
      } break;
      case __li__HQWI__: {
        li__MBKM=li__2WEK(((__li__HQWI *)li__LBKM));
      } break;
      case __li__ARWI__: {
        li__MBKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MBKM=li__FXEK(((__li__URWI *)li__LBKM));
      } break;
      case __li__MSWI__: {
        li__MBKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MBKM=((__li__ETWI *)li__LBKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MBKM=((__li__MZWI *)li__LBKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MBKM=((__li__C0WI *)li__LBKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MBKM=((__li__M1WI *)li__LBKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MBKM=((__li__KMFK *)li__LBKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MBKM=li__T4NN(((__li__XOHL *)li__LBKM));
      } break;
      case __li__FPHL__: {
        li__MBKM=li__KA4L(((__li__FPHL *)li__LBKM));
      } break;
      case __li__APLM__: {
        li__MBKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MBKM=li__1ISO(((__li__DTNM *)li__LBKM));
      } break;
      case __li__JXNM__: {
        li__MBKM=li__VX3R(((__li__JXNM *)li__LBKM));
      } break;
      case __li__21LO__: {
        li__MBKM=((__li__21LO *)li__LBKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MBKM=((__li__TPOO *)li__LBKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MBKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MBKM=li__3FDQ(((__li__41XO *)li__LBKM));
      } break;
      case __li__AKBR__: {
        li__MBKM=li__WQDS(((__li__AKBR *)li__LBKM));
      } break;
      case __li__SU5R__: {
        li__MBKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MBKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__MBKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__WCKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__WCKM=li__B__;
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__WCKM) {
        li__JAZ(((__li__BC *)li__SHCK),(&__string_713));
      };
      li__LBKM=li__RHCK->li__T2VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__LBKM),li__SHCK);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__LBKM)),li__SHCK);
        li__JAZ(((__li__BC *)li__SHCK),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__SHCK),((__li__MZWI *)((__li__WK *)li__LBKM))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__Q2LV=((__li__C0WI *)((__li__WK *)li__LBKM));
        li__SRX(((__li__BC *)li__SHCK),'\'');
        li__JAZ(((__li__BC *)li__SHCK),li__Q2LV->li__CTBK);
        li__SRX(((__li__BC *)li__SHCK),'\'');
      } break;
      case __li__M1WI__: {
        li__S2LV=((__li__M1WI *)((__li__WK *)li__LBKM));
        li__SRX(((__li__BC *)li__SHCK),'\"');
        li__JAZ(((__li__BC *)li__SHCK),li__S2LV->li__UTFK);
        li__SRX(((__li__BC *)li__SHCK),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__SHCK),((__li__TPOO *)((__li__WK *)li__LBKM))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      };
      li__LBKM=li__RHCK->li__T2VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__MBKM=((__li__WK *)li__LBKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MBKM=((__li__AVBD *)li__LBKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MBKM=((__li__KVBD *)li__LBKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MBKM=((__li__WVBD *)li__LBKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MBKM=li__JK5J(((__li__Z4WH *)li__LBKM));
      } break;
      case __li__KTVI__: {
        li__MBKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MBKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__MBKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MBKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MBKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MBKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MBKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MBKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MBKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MBKM=li__DWEK(((__li__BNWI *)li__LBKM));
      } break;
      case __li__XNWI__: {
        li__MBKM=li__IWEK(((__li__XNWI *)li__LBKM));
      } break;
      case __li__LOWI__: {
        li__MBKM=li__NWEK(((__li__LOWI *)li__LBKM));
      } break;
      case __li__5OWI__: {
        li__MBKM=li__SWEK(((__li__5OWI *)li__LBKM));
      } break;
      case __li__TPWI__: {
        li__MBKM=li__XWEK(((__li__TPWI *)li__LBKM));
      } break;
      case __li__HQWI__: {
        li__MBKM=li__2WEK(((__li__HQWI *)li__LBKM));
      } break;
      case __li__ARWI__: {
        li__MBKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MBKM=li__FXEK(((__li__URWI *)li__LBKM));
      } break;
      case __li__MSWI__: {
        li__MBKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MBKM=((__li__ETWI *)li__LBKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MBKM=((__li__MZWI *)li__LBKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MBKM=((__li__C0WI *)li__LBKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MBKM=((__li__M1WI *)li__LBKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MBKM=((__li__KMFK *)li__LBKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MBKM=li__T4NN(((__li__XOHL *)li__LBKM));
      } break;
      case __li__FPHL__: {
        li__MBKM=li__KA4L(((__li__FPHL *)li__LBKM));
      } break;
      case __li__APLM__: {
        li__MBKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MBKM=li__1ISO(((__li__DTNM *)li__LBKM));
      } break;
      case __li__JXNM__: {
        li__MBKM=li__VX3R(((__li__JXNM *)li__LBKM));
      } break;
      case __li__21LO__: {
        li__MBKM=((__li__21LO *)li__LBKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MBKM=((__li__TPOO *)li__LBKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MBKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MBKM=li__3FDQ(((__li__41XO *)li__LBKM));
      } break;
      case __li__AKBR__: {
        li__MBKM=li__WQDS(((__li__AKBR *)li__LBKM));
      } break;
      case __li__SU5R__: {
        li__MBKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MBKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__MBKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__WCKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__WCKM=li__B__;
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__WCKM) {
        li__JAZ(((__li__BC *)li__SHCK),(&__string_714));
      };
    };
    li__SRX(((__li__BC *)li__SHCK),' ');
    li__JAZ(((__li__BC *)li__SHCK),(&__string_486));
    li__SRX(((__li__BC *)li__SHCK),' ');
    li__1HCK=li__RHCK->li__T2VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__2HCK=((__li__WK *)li__1HCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2HCK=((__li__AVBD *)li__1HCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2HCK=((__li__KVBD *)li__1HCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2HCK=((__li__WVBD *)li__1HCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2HCK=li__JK5J(((__li__Z4WH *)li__1HCK));
    } break;
    case __li__KTVI__: {
      li__2HCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2HCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__2HCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2HCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2HCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2HCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2HCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2HCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2HCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2HCK=li__DWEK(((__li__BNWI *)li__1HCK));
    } break;
    case __li__XNWI__: {
      li__2HCK=li__IWEK(((__li__XNWI *)li__1HCK));
    } break;
    case __li__LOWI__: {
      li__2HCK=li__NWEK(((__li__LOWI *)li__1HCK));
    } break;
    case __li__5OWI__: {
      li__2HCK=li__SWEK(((__li__5OWI *)li__1HCK));
    } break;
    case __li__TPWI__: {
      li__2HCK=li__XWEK(((__li__TPWI *)li__1HCK));
    } break;
    case __li__HQWI__: {
      li__2HCK=li__2WEK(((__li__HQWI *)li__1HCK));
    } break;
    case __li__ARWI__: {
      li__2HCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2HCK=li__FXEK(((__li__URWI *)li__1HCK));
    } break;
    case __li__MSWI__: {
      li__2HCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2HCK=((__li__ETWI *)li__1HCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2HCK=((__li__MZWI *)li__1HCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2HCK=((__li__C0WI *)li__1HCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2HCK=((__li__M1WI *)li__1HCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2HCK=((__li__KMFK *)li__1HCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2HCK=li__T4NN(((__li__XOHL *)li__1HCK));
    } break;
    case __li__FPHL__: {
      li__2HCK=li__KA4L(((__li__FPHL *)li__1HCK));
    } break;
    case __li__APLM__: {
      li__2HCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2HCK=li__1ISO(((__li__DTNM *)li__1HCK));
    } break;
    case __li__JXNM__: {
      li__2HCK=li__VX3R(((__li__JXNM *)li__1HCK));
    } break;
    case __li__21LO__: {
      li__2HCK=((__li__21LO *)li__1HCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2HCK=((__li__TPOO *)li__1HCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2HCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2HCK=li__3FDQ(((__li__41XO *)li__1HCK));
    } break;
    case __li__AKBR__: {
      li__2HCK=li__WQDS(((__li__AKBR *)li__1HCK));
    } break;
    case __li__SU5R__: {
      li__2HCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2HCK=li__Y1IS();
    } break;
    };
    li__1HCK=((__li__5RB *)li__2HCK)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__IF__: {
      li__HICK=((__li__IF *)li__1HCK)->li__TF->li__SF.li__R2B;
    } break;
    case __li__ORB__: {
      li__HICK=(&__string_1);
    } break;
    case __li__QRB__: {
      li__HICK=(&__string_2);
    } break;
    case __li__SRB__: {
      li__HICK=(&__string_51);
    } break;
    case __li__URB__: {
      li__HICK=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__HICK=((__li__GSZ *)li__1HCK)->li__EGQB;
    } break;
    case __li__1RRF__: {
      li__TL4U=li__QLKI();
      li__HICK=li__TL4U->li__SF.li__R2B;
    } break;
    case __li__UJSH__: {
      li__HICK=((__li__UJSH *)li__1HCK)->li__VJSH.li__NZFD;
    } break;
    };
    li__KICK=li__NQQK(li__HICK);
    /* __li__B__ __li__I__ */
if (li__KICK) {
      li__LBKM=li__RHCK->li__T2VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__MBKM=((__li__WK *)li__LBKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MBKM=((__li__AVBD *)li__LBKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MBKM=((__li__KVBD *)li__LBKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MBKM=((__li__WVBD *)li__LBKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MBKM=li__JK5J(((__li__Z4WH *)li__LBKM));
      } break;
      case __li__KTVI__: {
        li__MBKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MBKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__MBKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MBKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MBKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MBKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MBKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MBKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MBKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MBKM=li__DWEK(((__li__BNWI *)li__LBKM));
      } break;
      case __li__XNWI__: {
        li__MBKM=li__IWEK(((__li__XNWI *)li__LBKM));
      } break;
      case __li__LOWI__: {
        li__MBKM=li__NWEK(((__li__LOWI *)li__LBKM));
      } break;
      case __li__5OWI__: {
        li__MBKM=li__SWEK(((__li__5OWI *)li__LBKM));
      } break;
      case __li__TPWI__: {
        li__MBKM=li__XWEK(((__li__TPWI *)li__LBKM));
      } break;
      case __li__HQWI__: {
        li__MBKM=li__2WEK(((__li__HQWI *)li__LBKM));
      } break;
      case __li__ARWI__: {
        li__MBKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MBKM=li__FXEK(((__li__URWI *)li__LBKM));
      } break;
      case __li__MSWI__: {
        li__MBKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MBKM=((__li__ETWI *)li__LBKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MBKM=((__li__MZWI *)li__LBKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MBKM=((__li__C0WI *)li__LBKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MBKM=((__li__M1WI *)li__LBKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MBKM=((__li__KMFK *)li__LBKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MBKM=li__T4NN(((__li__XOHL *)li__LBKM));
      } break;
      case __li__FPHL__: {
        li__MBKM=li__KA4L(((__li__FPHL *)li__LBKM));
      } break;
      case __li__APLM__: {
        li__MBKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MBKM=li__1ISO(((__li__DTNM *)li__LBKM));
      } break;
      case __li__JXNM__: {
        li__MBKM=li__VX3R(((__li__JXNM *)li__LBKM));
      } break;
      case __li__21LO__: {
        li__MBKM=((__li__21LO *)li__LBKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MBKM=((__li__TPOO *)li__LBKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MBKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MBKM=li__3FDQ(((__li__41XO *)li__LBKM));
      } break;
      case __li__AKBR__: {
        li__MBKM=li__WQDS(((__li__AKBR *)li__LBKM));
      } break;
      case __li__SU5R__: {
        li__MBKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MBKM=li__Y1IS();
      } break;
      };
      li__QBKM=((void *)((__li__5RB *)li__MBKM)->li__AEM == (void *)li__FUB);
    } else /* FALSE */ {
      li__QBKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__QBKM) {
      li__JAZ(((__li__BC *)li__SHCK),(&__string_712));
      li__QBKM=li__B__;
    } else /* FALSE */ {
      li__QBKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__QBKM)) {
      li__LBKM=li__RHCK->li__T2VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__MBKM=((__li__WK *)li__LBKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MBKM=((__li__AVBD *)li__LBKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MBKM=((__li__KVBD *)li__LBKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MBKM=((__li__WVBD *)li__LBKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MBKM=li__JK5J(((__li__Z4WH *)li__LBKM));
      } break;
      case __li__KTVI__: {
        li__MBKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MBKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__MBKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MBKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MBKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MBKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MBKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MBKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MBKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MBKM=li__DWEK(((__li__BNWI *)li__LBKM));
      } break;
      case __li__XNWI__: {
        li__MBKM=li__IWEK(((__li__XNWI *)li__LBKM));
      } break;
      case __li__LOWI__: {
        li__MBKM=li__NWEK(((__li__LOWI *)li__LBKM));
      } break;
      case __li__5OWI__: {
        li__MBKM=li__SWEK(((__li__5OWI *)li__LBKM));
      } break;
      case __li__TPWI__: {
        li__MBKM=li__XWEK(((__li__TPWI *)li__LBKM));
      } break;
      case __li__HQWI__: {
        li__MBKM=li__2WEK(((__li__HQWI *)li__LBKM));
      } break;
      case __li__ARWI__: {
        li__MBKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MBKM=li__FXEK(((__li__URWI *)li__LBKM));
      } break;
      case __li__MSWI__: {
        li__MBKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MBKM=((__li__ETWI *)li__LBKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MBKM=((__li__MZWI *)li__LBKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MBKM=((__li__C0WI *)li__LBKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MBKM=((__li__M1WI *)li__LBKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MBKM=((__li__KMFK *)li__LBKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MBKM=li__T4NN(((__li__XOHL *)li__LBKM));
      } break;
      case __li__FPHL__: {
        li__MBKM=li__KA4L(((__li__FPHL *)li__LBKM));
      } break;
      case __li__APLM__: {
        li__MBKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MBKM=li__1ISO(((__li__DTNM *)li__LBKM));
      } break;
      case __li__JXNM__: {
        li__MBKM=li__VX3R(((__li__JXNM *)li__LBKM));
      } break;
      case __li__21LO__: {
        li__MBKM=((__li__21LO *)li__LBKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MBKM=((__li__TPOO *)li__LBKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MBKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MBKM=li__3FDQ(((__li__41XO *)li__LBKM));
      } break;
      case __li__AKBR__: {
        li__MBKM=li__WQDS(((__li__AKBR *)li__LBKM));
      } break;
      case __li__SU5R__: {
        li__MBKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MBKM=li__Y1IS();
      } break;
      };
      /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__MBKM)->li__BEM &  1) !=  0))) {
        li__JAZ(((__li__BC *)li__SHCK),(&__string_706));
      };
    };
    li__1HCK=li__RHCK->li__T2VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1HCK)->__id) {
    case __li__WK__: {
      li__2HCK=((__li__WK *)li__1HCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2HCK=((__li__AVBD *)li__1HCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2HCK=((__li__KVBD *)li__1HCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2HCK=((__li__WVBD *)li__1HCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2HCK=li__JK5J(((__li__Z4WH *)li__1HCK));
    } break;
    case __li__KTVI__: {
      li__2HCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2HCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__2HCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2HCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2HCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2HCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2HCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2HCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2HCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2HCK=li__DWEK(((__li__BNWI *)li__1HCK));
    } break;
    case __li__XNWI__: {
      li__2HCK=li__IWEK(((__li__XNWI *)li__1HCK));
    } break;
    case __li__LOWI__: {
      li__2HCK=li__NWEK(((__li__LOWI *)li__1HCK));
    } break;
    case __li__5OWI__: {
      li__2HCK=li__SWEK(((__li__5OWI *)li__1HCK));
    } break;
    case __li__TPWI__: {
      li__2HCK=li__XWEK(((__li__TPWI *)li__1HCK));
    } break;
    case __li__HQWI__: {
      li__2HCK=li__2WEK(((__li__HQWI *)li__1HCK));
    } break;
    case __li__ARWI__: {
      li__2HCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2HCK=li__FXEK(((__li__URWI *)li__1HCK));
    } break;
    case __li__MSWI__: {
      li__2HCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2HCK=((__li__ETWI *)li__1HCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2HCK=((__li__MZWI *)li__1HCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2HCK=((__li__C0WI *)li__1HCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2HCK=((__li__M1WI *)li__1HCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2HCK=((__li__KMFK *)li__1HCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2HCK=li__T4NN(((__li__XOHL *)li__1HCK));
    } break;
    case __li__FPHL__: {
      li__2HCK=li__KA4L(((__li__FPHL *)li__1HCK));
    } break;
    case __li__APLM__: {
      li__2HCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2HCK=li__1ISO(((__li__DTNM *)li__1HCK));
    } break;
    case __li__JXNM__: {
      li__2HCK=li__VX3R(((__li__JXNM *)li__1HCK));
    } break;
    case __li__21LO__: {
      li__2HCK=((__li__21LO *)li__1HCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2HCK=((__li__TPOO *)li__1HCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2HCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2HCK=li__3FDQ(((__li__41XO *)li__1HCK));
    } break;
    case __li__AKBR__: {
      li__2HCK=li__WQDS(((__li__AKBR *)li__1HCK));
    } break;
    case __li__SU5R__: {
      li__2HCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2HCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__2HCK)->li__AEM == (void *)li__ORB__)) {
      li__LBKM=li__RHCK->li__T2VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__MBKM=((__li__WK *)li__LBKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MBKM=((__li__AVBD *)li__LBKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MBKM=((__li__KVBD *)li__LBKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MBKM=((__li__WVBD *)li__LBKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MBKM=li__JK5J(((__li__Z4WH *)li__LBKM));
      } break;
      case __li__KTVI__: {
        li__MBKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MBKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__MBKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MBKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MBKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MBKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MBKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MBKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MBKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MBKM=li__DWEK(((__li__BNWI *)li__LBKM));
      } break;
      case __li__XNWI__: {
        li__MBKM=li__IWEK(((__li__XNWI *)li__LBKM));
      } break;
      case __li__LOWI__: {
        li__MBKM=li__NWEK(((__li__LOWI *)li__LBKM));
      } break;
      case __li__5OWI__: {
        li__MBKM=li__SWEK(((__li__5OWI *)li__LBKM));
      } break;
      case __li__TPWI__: {
        li__MBKM=li__XWEK(((__li__TPWI *)li__LBKM));
      } break;
      case __li__HQWI__: {
        li__MBKM=li__2WEK(((__li__HQWI *)li__LBKM));
      } break;
      case __li__ARWI__: {
        li__MBKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MBKM=li__FXEK(((__li__URWI *)li__LBKM));
      } break;
      case __li__MSWI__: {
        li__MBKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MBKM=((__li__ETWI *)li__LBKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MBKM=((__li__MZWI *)li__LBKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MBKM=((__li__C0WI *)li__LBKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MBKM=((__li__M1WI *)li__LBKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MBKM=((__li__KMFK *)li__LBKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MBKM=li__T4NN(((__li__XOHL *)li__LBKM));
      } break;
      case __li__FPHL__: {
        li__MBKM=li__KA4L(((__li__FPHL *)li__LBKM));
      } break;
      case __li__APLM__: {
        li__MBKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MBKM=li__1ISO(((__li__DTNM *)li__LBKM));
      } break;
      case __li__JXNM__: {
        li__MBKM=li__VX3R(((__li__JXNM *)li__LBKM));
      } break;
      case __li__21LO__: {
        li__MBKM=((__li__21LO *)li__LBKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MBKM=((__li__TPOO *)li__LBKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MBKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MBKM=li__3FDQ(((__li__41XO *)li__LBKM));
      } break;
      case __li__AKBR__: {
        li__MBKM=li__WQDS(((__li__AKBR *)li__LBKM));
      } break;
      case __li__SU5R__: {
        li__MBKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MBKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__MBKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__WCKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__WCKM=li__B__;
      } break;
      };
      li__QBKM=li__WCKM;
    } else /* FALSE */ {
      li__QBKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__QBKM) {
      li__SRX(((__li__BC *)li__SHCK),'0');
    } else /* FALSE */ {
      li__LBKM=li__RHCK->li__T2VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__LBKM),li__SHCK);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__LBKM)),li__SHCK);
        li__JAZ(((__li__BC *)li__SHCK),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__SHCK),((__li__MZWI *)((__li__WK *)li__LBKM))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__Q2LV=((__li__C0WI *)((__li__WK *)li__LBKM));
        li__SRX(((__li__BC *)li__SHCK),'\'');
        li__JAZ(((__li__BC *)li__SHCK),li__Q2LV->li__CTBK);
        li__SRX(((__li__BC *)li__SHCK),'\'');
      } break;
      case __li__M1WI__: {
        li__S2LV=((__li__M1WI *)((__li__WK *)li__LBKM));
        li__SRX(((__li__BC *)li__SHCK),'\"');
        li__JAZ(((__li__BC *)li__SHCK),li__S2LV->li__UTFK);
        li__SRX(((__li__BC *)li__SHCK),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__SHCK),((__li__TPOO *)((__li__WK *)li__LBKM))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__LBKM)),li__SHCK);
      } break;
      };
      li__LBKM=li__RHCK->li__T2VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBKM)->__id) {
      case __li__WK__: {
        li__MBKM=((__li__WK *)li__LBKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MBKM=((__li__AVBD *)li__LBKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MBKM=((__li__KVBD *)li__LBKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MBKM=((__li__WVBD *)li__LBKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MBKM=li__JK5J(((__li__Z4WH *)li__LBKM));
      } break;
      case __li__KTVI__: {
        li__MBKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MBKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__MBKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MBKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MBKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MBKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MBKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MBKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MBKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MBKM=li__DWEK(((__li__BNWI *)li__LBKM));
      } break;
      case __li__XNWI__: {
        li__MBKM=li__IWEK(((__li__XNWI *)li__LBKM));
      } break;
      case __li__LOWI__: {
        li__MBKM=li__NWEK(((__li__LOWI *)li__LBKM));
      } break;
      case __li__5OWI__: {
        li__MBKM=li__SWEK(((__li__5OWI *)li__LBKM));
      } break;
      case __li__TPWI__: {
        li__MBKM=li__XWEK(((__li__TPWI *)li__LBKM));
      } break;
      case __li__HQWI__: {
        li__MBKM=li__2WEK(((__li__HQWI *)li__LBKM));
      } break;
      case __li__ARWI__: {
        li__MBKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MBKM=li__FXEK(((__li__URWI *)li__LBKM));
      } break;
      case __li__MSWI__: {
        li__MBKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MBKM=((__li__ETWI *)li__LBKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MBKM=((__li__MZWI *)li__LBKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MBKM=((__li__C0WI *)li__LBKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MBKM=((__li__M1WI *)li__LBKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MBKM=((__li__KMFK *)li__LBKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MBKM=li__T4NN(((__li__XOHL *)li__LBKM));
      } break;
      case __li__FPHL__: {
        li__MBKM=li__KA4L(((__li__FPHL *)li__LBKM));
      } break;
      case __li__APLM__: {
        li__MBKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MBKM=li__1ISO(((__li__DTNM *)li__LBKM));
      } break;
      case __li__JXNM__: {
        li__MBKM=li__VX3R(((__li__JXNM *)li__LBKM));
      } break;
      case __li__21LO__: {
        li__MBKM=((__li__21LO *)li__LBKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MBKM=((__li__TPOO *)li__LBKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MBKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MBKM=li__3FDQ(((__li__41XO *)li__LBKM));
      } break;
      case __li__AKBR__: {
        li__MBKM=li__WQDS(((__li__AKBR *)li__LBKM));
      } break;
      case __li__SU5R__: {
        li__MBKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MBKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__MBKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__WCKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__WCKM=li__B__;
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__WCKM) {
        li__JAZ(((__li__BC *)li__SHCK),(&__string_714));
      };
    };
    li__SRX(((__li__BC *)li__SHCK),')');
  };
}

static void li__PJCK(__li__E3VI *li__QJCK,__li__BC *li__RJCK)
/* (Strict EXPR_NOT_EQUAL{li__E3VI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__SJCK,*li__0JCK,*li__PHKM;
  __li__5RB *li__TJCK,*li__1JCK,*li__QHKM;
  __li__U *li__GKCK,*li__SHKM;
  __li__PF *li__OM4U,*li__BN4U;
  __li__C0WI *li__A3LV,*li__Q3LV;
  __li__M1WI *li__C3LV,*li__S3LV;
  __li__IF *li__VM4U;
  __li__ORB *li__XM4U;
  __li__QRB *li__ZM4U;
  __li__SRB *li__1M4U;
  __li__GSZ *li__4M4U;
  __li__C li__JKCK,li__UHKM,li__XHKM,li__0IKM;
  li__SJCK=li__QJCK->li__F3VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SJCK)->__id) {
  case __li__WK__: {
    li__TJCK=((__li__WK *)li__SJCK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__TJCK=((__li__AVBD *)li__SJCK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__TJCK=((__li__KVBD *)li__SJCK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__TJCK=((__li__WVBD *)li__SJCK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__TJCK=li__JK5J(((__li__Z4WH *)li__SJCK));
  } break;
  case __li__KTVI__: {
    li__TJCK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__TJCK=li__553L();
  } break;
  case __li__XTVI__: {
    li__TJCK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__TJCK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__TJCK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__TJCK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__TJCK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__TJCK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__TJCK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__TJCK=li__DWEK(((__li__BNWI *)li__SJCK));
  } break;
  case __li__XNWI__: {
    li__TJCK=li__IWEK(((__li__XNWI *)li__SJCK));
  } break;
  case __li__LOWI__: {
    li__TJCK=li__NWEK(((__li__LOWI *)li__SJCK));
  } break;
  case __li__5OWI__: {
    li__TJCK=li__SWEK(((__li__5OWI *)li__SJCK));
  } break;
  case __li__TPWI__: {
    li__TJCK=li__XWEK(((__li__TPWI *)li__SJCK));
  } break;
  case __li__HQWI__: {
    li__TJCK=li__2WEK(((__li__HQWI *)li__SJCK));
  } break;
  case __li__ARWI__: {
    li__TJCK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__TJCK=li__FXEK(((__li__URWI *)li__SJCK));
  } break;
  case __li__MSWI__: {
    li__TJCK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__TJCK=((__li__ETWI *)li__SJCK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__TJCK=((__li__MZWI *)li__SJCK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__TJCK=((__li__C0WI *)li__SJCK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__TJCK=((__li__M1WI *)li__SJCK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__TJCK=((__li__KMFK *)li__SJCK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__TJCK=li__T4NN(((__li__XOHL *)li__SJCK));
  } break;
  case __li__FPHL__: {
    li__TJCK=li__KA4L(((__li__FPHL *)li__SJCK));
  } break;
  case __li__APLM__: {
    li__TJCK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__TJCK=li__1ISO(((__li__DTNM *)li__SJCK));
  } break;
  case __li__JXNM__: {
    li__TJCK=li__VX3R(((__li__JXNM *)li__SJCK));
  } break;
  case __li__21LO__: {
    li__TJCK=((__li__21LO *)li__SJCK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__TJCK=((__li__TPOO *)li__SJCK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__TJCK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__TJCK=li__3FDQ(((__li__41XO *)li__SJCK));
  } break;
  case __li__AKBR__: {
    li__TJCK=li__WQDS(((__li__AKBR *)li__SJCK));
  } break;
  case __li__SU5R__: {
    li__TJCK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__TJCK=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__TJCK)->li__BEM &  1) !=  0)) {
    li__0JCK=li__QJCK->li__F3VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__1JCK=((__li__WK *)li__0JCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__1JCK=((__li__AVBD *)li__0JCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__1JCK=((__li__KVBD *)li__0JCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__1JCK=((__li__WVBD *)li__0JCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__1JCK=li__JK5J(((__li__Z4WH *)li__0JCK));
    } break;
    case __li__KTVI__: {
      li__1JCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__1JCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__1JCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__1JCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__1JCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__1JCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__1JCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__1JCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__1JCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__1JCK=li__DWEK(((__li__BNWI *)li__0JCK));
    } break;
    case __li__XNWI__: {
      li__1JCK=li__IWEK(((__li__XNWI *)li__0JCK));
    } break;
    case __li__LOWI__: {
      li__1JCK=li__NWEK(((__li__LOWI *)li__0JCK));
    } break;
    case __li__5OWI__: {
      li__1JCK=li__SWEK(((__li__5OWI *)li__0JCK));
    } break;
    case __li__TPWI__: {
      li__1JCK=li__XWEK(((__li__TPWI *)li__0JCK));
    } break;
    case __li__HQWI__: {
      li__1JCK=li__2WEK(((__li__HQWI *)li__0JCK));
    } break;
    case __li__ARWI__: {
      li__1JCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__1JCK=li__FXEK(((__li__URWI *)li__0JCK));
    } break;
    case __li__MSWI__: {
      li__1JCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__1JCK=((__li__ETWI *)li__0JCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__1JCK=((__li__MZWI *)li__0JCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__1JCK=((__li__C0WI *)li__0JCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__1JCK=((__li__M1WI *)li__0JCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__1JCK=((__li__KMFK *)li__0JCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__1JCK=li__T4NN(((__li__XOHL *)li__0JCK));
    } break;
    case __li__FPHL__: {
      li__1JCK=li__KA4L(((__li__FPHL *)li__0JCK));
    } break;
    case __li__APLM__: {
      li__1JCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__1JCK=li__1ISO(((__li__DTNM *)li__0JCK));
    } break;
    case __li__JXNM__: {
      li__1JCK=li__VX3R(((__li__JXNM *)li__0JCK));
    } break;
    case __li__21LO__: {
      li__1JCK=((__li__21LO *)li__0JCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__1JCK=((__li__TPOO *)li__0JCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__1JCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__1JCK=li__3FDQ(((__li__41XO *)li__0JCK));
    } break;
    case __li__AKBR__: {
      li__1JCK=li__WQDS(((__li__AKBR *)li__0JCK));
    } break;
    case __li__SU5R__: {
      li__1JCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__1JCK=li__Y1IS();
    } break;
    };
    li__JKCK=((__li__F0C)(((__li__5RB *)li__1JCK)->li__BEM &  1) !=  0);
  } else /* FALSE */ {
    li__JKCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__JKCK) {
    li__0JCK=li__QJCK->li__F3VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__1JCK=((__li__WK *)li__0JCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__1JCK=((__li__AVBD *)li__0JCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__1JCK=((__li__KVBD *)li__0JCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__1JCK=((__li__WVBD *)li__0JCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__1JCK=li__JK5J(((__li__Z4WH *)li__0JCK));
    } break;
    case __li__KTVI__: {
      li__1JCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__1JCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__1JCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__1JCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__1JCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__1JCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__1JCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__1JCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__1JCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__1JCK=li__DWEK(((__li__BNWI *)li__0JCK));
    } break;
    case __li__XNWI__: {
      li__1JCK=li__IWEK(((__li__XNWI *)li__0JCK));
    } break;
    case __li__LOWI__: {
      li__1JCK=li__NWEK(((__li__LOWI *)li__0JCK));
    } break;
    case __li__5OWI__: {
      li__1JCK=li__SWEK(((__li__5OWI *)li__0JCK));
    } break;
    case __li__TPWI__: {
      li__1JCK=li__XWEK(((__li__TPWI *)li__0JCK));
    } break;
    case __li__HQWI__: {
      li__1JCK=li__2WEK(((__li__HQWI *)li__0JCK));
    } break;
    case __li__ARWI__: {
      li__1JCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__1JCK=li__FXEK(((__li__URWI *)li__0JCK));
    } break;
    case __li__MSWI__: {
      li__1JCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__1JCK=((__li__ETWI *)li__0JCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__1JCK=((__li__MZWI *)li__0JCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__1JCK=((__li__C0WI *)li__0JCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__1JCK=((__li__M1WI *)li__0JCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__1JCK=((__li__KMFK *)li__0JCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__1JCK=li__T4NN(((__li__XOHL *)li__0JCK));
    } break;
    case __li__FPHL__: {
      li__1JCK=li__KA4L(((__li__FPHL *)li__0JCK));
    } break;
    case __li__APLM__: {
      li__1JCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__1JCK=li__1ISO(((__li__DTNM *)li__0JCK));
    } break;
    case __li__JXNM__: {
      li__1JCK=li__VX3R(((__li__JXNM *)li__0JCK));
    } break;
    case __li__21LO__: {
      li__1JCK=((__li__21LO *)li__0JCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__1JCK=((__li__TPOO *)li__0JCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__1JCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__1JCK=li__3FDQ(((__li__41XO *)li__0JCK));
    } break;
    case __li__AKBR__: {
      li__1JCK=li__WQDS(((__li__AKBR *)li__0JCK));
    } break;
    case __li__SU5R__: {
      li__1JCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__1JCK=li__Y1IS();
    } break;
    };
    li__0JCK=((__li__5RB *)li__1JCK)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__IF__: {
      li__GKCK=((__li__IF *)li__0JCK)->li__TF->li__SEZB;
    } break;
    case __li__ORB__: {
      li__GKCK=((__li__ORB *)li__0JCK)->li__PRB.li__TF->li__SEZB;
    } break;
    case __li__QRB__: {
      li__GKCK=((__li__QRB *)li__0JCK)->li__RRB.li__TF->li__SEZB;
    } break;
    case __li__SRB__: {
      li__GKCK=(&__string_213);
    } break;
    case __li__URB__: {
      li__GKCK=((__li__URB *)li__0JCK)->li__VRB.li__TF->li__SEZB;
    } break;
    case __li__GSZ__: {
      li__GKCK=((__li__GSZ *)li__0JCK)->li__HSZ.li__TF->li__SEZB;
    } break;
    case __li__1RRF__: {
      li__OM4U=li__QLKI();
      li__GKCK=li__OM4U->li__SEZB;
    } break;
    case __li__UJSH__: {
      li__GKCK=li__CBMN();
    } break;
    };
    li__JKCK=((void *)li__GKCK == (void *)NULL);
  } else /* FALSE */ {
    li__JKCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__JKCK) {
    li__JAZ(((__li__BC *)li__RJCK),(&__string_709));
    li__0JCK=li__QJCK->li__F3VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__1JCK=((__li__WK *)li__0JCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__1JCK=((__li__AVBD *)li__0JCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__1JCK=((__li__KVBD *)li__0JCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__1JCK=((__li__WVBD *)li__0JCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__1JCK=li__JK5J(((__li__Z4WH *)li__0JCK));
    } break;
    case __li__KTVI__: {
      li__1JCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__1JCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__1JCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__1JCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__1JCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__1JCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__1JCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__1JCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__1JCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__1JCK=li__DWEK(((__li__BNWI *)li__0JCK));
    } break;
    case __li__XNWI__: {
      li__1JCK=li__IWEK(((__li__XNWI *)li__0JCK));
    } break;
    case __li__LOWI__: {
      li__1JCK=li__NWEK(((__li__LOWI *)li__0JCK));
    } break;
    case __li__5OWI__: {
      li__1JCK=li__SWEK(((__li__5OWI *)li__0JCK));
    } break;
    case __li__TPWI__: {
      li__1JCK=li__XWEK(((__li__TPWI *)li__0JCK));
    } break;
    case __li__HQWI__: {
      li__1JCK=li__2WEK(((__li__HQWI *)li__0JCK));
    } break;
    case __li__ARWI__: {
      li__1JCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__1JCK=li__FXEK(((__li__URWI *)li__0JCK));
    } break;
    case __li__MSWI__: {
      li__1JCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__1JCK=((__li__ETWI *)li__0JCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__1JCK=((__li__MZWI *)li__0JCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__1JCK=((__li__C0WI *)li__0JCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__1JCK=((__li__M1WI *)li__0JCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__1JCK=((__li__KMFK *)li__0JCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__1JCK=li__T4NN(((__li__XOHL *)li__0JCK));
    } break;
    case __li__FPHL__: {
      li__1JCK=li__KA4L(((__li__FPHL *)li__0JCK));
    } break;
    case __li__APLM__: {
      li__1JCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__1JCK=li__1ISO(((__li__DTNM *)li__0JCK));
    } break;
    case __li__JXNM__: {
      li__1JCK=li__VX3R(((__li__JXNM *)li__0JCK));
    } break;
    case __li__21LO__: {
      li__1JCK=((__li__21LO *)li__0JCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__1JCK=((__li__TPOO *)li__0JCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__1JCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__1JCK=li__3FDQ(((__li__41XO *)li__0JCK));
    } break;
    case __li__AKBR__: {
      li__1JCK=li__WQDS(((__li__AKBR *)li__0JCK));
    } break;
    case __li__SU5R__: {
      li__1JCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__1JCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__1JCK)->li__BEM &  16) !=  0))) {
      li__SRX(((__li__BC *)li__RJCK),'&');
    };
    li__0JCK=li__QJCK->li__F3VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__0JCK),li__RJCK);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__0JCK)),li__RJCK);
      li__JAZ(((__li__BC *)li__RJCK),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__RJCK),((__li__MZWI *)((__li__WK *)li__0JCK))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__A3LV=((__li__C0WI *)((__li__WK *)li__0JCK));
      li__SRX(((__li__BC *)li__RJCK),'\'');
      li__JAZ(((__li__BC *)li__RJCK),li__A3LV->li__CTBK);
      li__SRX(((__li__BC *)li__RJCK),'\'');
    } break;
    case __li__M1WI__: {
      li__C3LV=((__li__M1WI *)((__li__WK *)li__0JCK));
      li__SRX(((__li__BC *)li__RJCK),'\"');
      li__JAZ(((__li__BC *)li__RJCK),li__C3LV->li__UTFK);
      li__SRX(((__li__BC *)li__RJCK),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__RJCK),((__li__TPOO *)((__li__WK *)li__0JCK))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    };
    li__SRX(((__li__BC *)li__RJCK),',');
    li__0JCK=li__QJCK->li__F3VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__1JCK=((__li__WK *)li__0JCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__1JCK=((__li__AVBD *)li__0JCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__1JCK=((__li__KVBD *)li__0JCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__1JCK=((__li__WVBD *)li__0JCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__1JCK=li__JK5J(((__li__Z4WH *)li__0JCK));
    } break;
    case __li__KTVI__: {
      li__1JCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__1JCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__1JCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__1JCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__1JCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__1JCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__1JCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__1JCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__1JCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__1JCK=li__DWEK(((__li__BNWI *)li__0JCK));
    } break;
    case __li__XNWI__: {
      li__1JCK=li__IWEK(((__li__XNWI *)li__0JCK));
    } break;
    case __li__LOWI__: {
      li__1JCK=li__NWEK(((__li__LOWI *)li__0JCK));
    } break;
    case __li__5OWI__: {
      li__1JCK=li__SWEK(((__li__5OWI *)li__0JCK));
    } break;
    case __li__TPWI__: {
      li__1JCK=li__XWEK(((__li__TPWI *)li__0JCK));
    } break;
    case __li__HQWI__: {
      li__1JCK=li__2WEK(((__li__HQWI *)li__0JCK));
    } break;
    case __li__ARWI__: {
      li__1JCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__1JCK=li__FXEK(((__li__URWI *)li__0JCK));
    } break;
    case __li__MSWI__: {
      li__1JCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__1JCK=((__li__ETWI *)li__0JCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__1JCK=((__li__MZWI *)li__0JCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__1JCK=((__li__C0WI *)li__0JCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__1JCK=((__li__M1WI *)li__0JCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__1JCK=((__li__KMFK *)li__0JCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__1JCK=li__T4NN(((__li__XOHL *)li__0JCK));
    } break;
    case __li__FPHL__: {
      li__1JCK=li__KA4L(((__li__FPHL *)li__0JCK));
    } break;
    case __li__APLM__: {
      li__1JCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__1JCK=li__1ISO(((__li__DTNM *)li__0JCK));
    } break;
    case __li__JXNM__: {
      li__1JCK=li__VX3R(((__li__JXNM *)li__0JCK));
    } break;
    case __li__21LO__: {
      li__1JCK=((__li__21LO *)li__0JCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__1JCK=((__li__TPOO *)li__0JCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__1JCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__1JCK=li__3FDQ(((__li__41XO *)li__0JCK));
    } break;
    case __li__AKBR__: {
      li__1JCK=li__WQDS(((__li__AKBR *)li__0JCK));
    } break;
    case __li__SU5R__: {
      li__1JCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__1JCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__1JCK)->li__BEM &  16) !=  0))) {
      li__SRX(((__li__BC *)li__RJCK),'&');
    };
    li__0JCK=li__QJCK->li__F3VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__0JCK),li__RJCK);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__0JCK)),li__RJCK);
      li__JAZ(((__li__BC *)li__RJCK),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__RJCK),((__li__MZWI *)((__li__WK *)li__0JCK))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__A3LV=((__li__C0WI *)((__li__WK *)li__0JCK));
      li__SRX(((__li__BC *)li__RJCK),'\'');
      li__JAZ(((__li__BC *)li__RJCK),li__A3LV->li__CTBK);
      li__SRX(((__li__BC *)li__RJCK),'\'');
    } break;
    case __li__M1WI__: {
      li__C3LV=((__li__M1WI *)((__li__WK *)li__0JCK));
      li__SRX(((__li__BC *)li__RJCK),'\"');
      li__JAZ(((__li__BC *)li__RJCK),li__C3LV->li__UTFK);
      li__SRX(((__li__BC *)li__RJCK),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__RJCK),((__li__TPOO *)((__li__WK *)li__0JCK))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__0JCK)),li__RJCK);
    } break;
    };
    li__JAZ(((__li__BC *)li__RJCK),(&__string_710));
    li__0JCK=li__QJCK->li__F3VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__1JCK=((__li__WK *)li__0JCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__1JCK=((__li__AVBD *)li__0JCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__1JCK=((__li__KVBD *)li__0JCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__1JCK=((__li__WVBD *)li__0JCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__1JCK=li__JK5J(((__li__Z4WH *)li__0JCK));
    } break;
    case __li__KTVI__: {
      li__1JCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__1JCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__1JCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__1JCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__1JCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__1JCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__1JCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__1JCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__1JCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__1JCK=li__DWEK(((__li__BNWI *)li__0JCK));
    } break;
    case __li__XNWI__: {
      li__1JCK=li__IWEK(((__li__XNWI *)li__0JCK));
    } break;
    case __li__LOWI__: {
      li__1JCK=li__NWEK(((__li__LOWI *)li__0JCK));
    } break;
    case __li__5OWI__: {
      li__1JCK=li__SWEK(((__li__5OWI *)li__0JCK));
    } break;
    case __li__TPWI__: {
      li__1JCK=li__XWEK(((__li__TPWI *)li__0JCK));
    } break;
    case __li__HQWI__: {
      li__1JCK=li__2WEK(((__li__HQWI *)li__0JCK));
    } break;
    case __li__ARWI__: {
      li__1JCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__1JCK=li__FXEK(((__li__URWI *)li__0JCK));
    } break;
    case __li__MSWI__: {
      li__1JCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__1JCK=((__li__ETWI *)li__0JCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__1JCK=((__li__MZWI *)li__0JCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__1JCK=((__li__C0WI *)li__0JCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__1JCK=((__li__M1WI *)li__0JCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__1JCK=((__li__KMFK *)li__0JCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__1JCK=li__T4NN(((__li__XOHL *)li__0JCK));
    } break;
    case __li__FPHL__: {
      li__1JCK=li__KA4L(((__li__FPHL *)li__0JCK));
    } break;
    case __li__APLM__: {
      li__1JCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__1JCK=li__1ISO(((__li__DTNM *)li__0JCK));
    } break;
    case __li__JXNM__: {
      li__1JCK=li__VX3R(((__li__JXNM *)li__0JCK));
    } break;
    case __li__21LO__: {
      li__1JCK=((__li__21LO *)li__0JCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__1JCK=((__li__TPOO *)li__0JCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__1JCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__1JCK=li__3FDQ(((__li__41XO *)li__0JCK));
    } break;
    case __li__AKBR__: {
      li__1JCK=li__WQDS(((__li__AKBR *)li__0JCK));
    } break;
    case __li__SU5R__: {
      li__1JCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__1JCK=li__Y1IS();
    } break;
    };
    li__0JCK=((__li__5RB *)li__1JCK)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__IF__: {
      li__VM4U=((__li__IF *)li__0JCK);
      li__JAZ(((__li__BC *)li__RJCK),(&__string_123));
      li__JAZ(((__li__BC *)li__RJCK),li__VM4U->li__QGQB);
      li__PIMH(li__VM4U);
    } break;
    case __li__ORB__: {
      li__XM4U=((__li__ORB *)((__li__IF *)li__0JCK));
      li__JAZ(((__li__BC *)li__RJCK),(&__string_123));
      li__JAZ(((__li__BC *)li__RJCK),(&__string_1));
      li__FKMH(li__XM4U);
    } break;
    case __li__QRB__: {
      li__ZM4U=((__li__QRB *)((__li__IF *)li__0JCK));
      li__JAZ(((__li__BC *)li__RJCK),(&__string_123));
      li__JAZ(((__li__BC *)li__RJCK),(&__string_2));
      li__1LMH(li__ZM4U);
    } break;
    case __li__SRB__: {
      li__1M4U=((__li__SRB *)((__li__IF *)li__0JCK));
      li__JAZ(((__li__BC *)li__RJCK),(&__string_123));
      li__JAZ(((__li__BC *)li__RJCK),(&__string_51));
      li__RNMH(li__1M4U);
    } break;
    case __li__URB__: {
      li__JAZ(((__li__BC *)li__RJCK),(&__string_123));
      li__JAZ(((__li__BC *)li__RJCK),(&__string_53));
    } break;
    case __li__GSZ__: {
      li__4M4U=((__li__GSZ *)((__li__IF *)li__0JCK));
      li__JAZ(((__li__BC *)li__RJCK),(&__string_123));
      li__JAZ(((__li__BC *)li__RJCK),li__4M4U->li__HSZ.li__QGQB);
      li__RPMH(li__4M4U);
    } break;
    case __li__1RRF__: {
      li__EUNI(((__li__1RRF *)((__li__IF *)li__0JCK)),li__RJCK);
    } break;
    case __li__UJSH__: {
      li__JAZ(((__li__BC *)li__RJCK),(&__string_123));
      li__GKCK=li__CBMN();
      li__JAZ(((__li__BC *)li__RJCK),li__GKCK);
    } break;
    };
    li__JAZ(((__li__BC *)li__RJCK),(&__string_715));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__RJCK),'(');
    li__0JCK=li__QJCK->li__F3VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__1JCK=((__li__WK *)li__0JCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__1JCK=((__li__AVBD *)li__0JCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__1JCK=((__li__KVBD *)li__0JCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__1JCK=((__li__WVBD *)li__0JCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__1JCK=li__JK5J(((__li__Z4WH *)li__0JCK));
    } break;
    case __li__KTVI__: {
      li__1JCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__1JCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__1JCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__1JCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__1JCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__1JCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__1JCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__1JCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__1JCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__1JCK=li__DWEK(((__li__BNWI *)li__0JCK));
    } break;
    case __li__XNWI__: {
      li__1JCK=li__IWEK(((__li__XNWI *)li__0JCK));
    } break;
    case __li__LOWI__: {
      li__1JCK=li__NWEK(((__li__LOWI *)li__0JCK));
    } break;
    case __li__5OWI__: {
      li__1JCK=li__SWEK(((__li__5OWI *)li__0JCK));
    } break;
    case __li__TPWI__: {
      li__1JCK=li__XWEK(((__li__TPWI *)li__0JCK));
    } break;
    case __li__HQWI__: {
      li__1JCK=li__2WEK(((__li__HQWI *)li__0JCK));
    } break;
    case __li__ARWI__: {
      li__1JCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__1JCK=li__FXEK(((__li__URWI *)li__0JCK));
    } break;
    case __li__MSWI__: {
      li__1JCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__1JCK=((__li__ETWI *)li__0JCK)->li__NSBK;
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    case __li__MZWI__: {
      li__1JCK=((__li__MZWI *)li__0JCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__1JCK=((__li__C0WI *)li__0JCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__1JCK=((__li__M1WI *)li__0JCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__1JCK=((__li__KMFK *)li__0JCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__1JCK=li__T4NN(((__li__XOHL *)li__0JCK));
    } break;
    case __li__FPHL__: {
      li__1JCK=li__KA4L(((__li__FPHL *)li__0JCK));
    } break;
    case __li__APLM__: {
      li__1JCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__1JCK=li__1ISO(((__li__DTNM *)li__0JCK));
    } break;
    case __li__JXNM__: {
      li__1JCK=li__VX3R(((__li__JXNM *)li__0JCK));
    } break;
    case __li__21LO__: {
      li__1JCK=((__li__21LO *)li__0JCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__1JCK=((__li__TPOO *)li__0JCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__1JCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__1JCK=li__3FDQ(((__li__41XO *)li__0JCK));
    } break;
    case __li__AKBR__: {
      li__1JCK=li__WQDS(((__li__AKBR *)li__0JCK));
    } break;
    case __li__SU5R__: {
      li__1JCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__1JCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__1JCK)->li__AEM == (void *)li__FUB)) {
      li__PHKM=li__QJCK->li__F3VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__QHKM=((__li__WK *)li__PHKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__QHKM=((__li__AVBD *)li__PHKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__QHKM=((__li__KVBD *)li__PHKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QHKM=((__li__WVBD *)li__PHKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__QHKM=li__JK5J(((__li__Z4WH *)li__PHKM));
      } break;
      case __li__KTVI__: {
        li__QHKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__QHKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QHKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QHKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QHKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QHKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QHKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QHKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QHKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QHKM=li__DWEK(((__li__BNWI *)li__PHKM));
      } break;
      case __li__XNWI__: {
        li__QHKM=li__IWEK(((__li__XNWI *)li__PHKM));
      } break;
      case __li__LOWI__: {
        li__QHKM=li__NWEK(((__li__LOWI *)li__PHKM));
      } break;
      case __li__5OWI__: {
        li__QHKM=li__SWEK(((__li__5OWI *)li__PHKM));
      } break;
      case __li__TPWI__: {
        li__QHKM=li__XWEK(((__li__TPWI *)li__PHKM));
      } break;
      case __li__HQWI__: {
        li__QHKM=li__2WEK(((__li__HQWI *)li__PHKM));
      } break;
      case __li__ARWI__: {
        li__QHKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__QHKM=li__FXEK(((__li__URWI *)li__PHKM));
      } break;
      case __li__MSWI__: {
        li__QHKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QHKM=((__li__ETWI *)li__PHKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__QHKM=((__li__MZWI *)li__PHKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QHKM=((__li__C0WI *)li__PHKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__QHKM=((__li__M1WI *)li__PHKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__QHKM=((__li__KMFK *)li__PHKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__QHKM=li__T4NN(((__li__XOHL *)li__PHKM));
      } break;
      case __li__FPHL__: {
        li__QHKM=li__KA4L(((__li__FPHL *)li__PHKM));
      } break;
      case __li__APLM__: {
        li__QHKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QHKM=li__1ISO(((__li__DTNM *)li__PHKM));
      } break;
      case __li__JXNM__: {
        li__QHKM=li__VX3R(((__li__JXNM *)li__PHKM));
      } break;
      case __li__21LO__: {
        li__QHKM=((__li__21LO *)li__PHKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QHKM=((__li__TPOO *)li__PHKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QHKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QHKM=li__3FDQ(((__li__41XO *)li__PHKM));
      } break;
      case __li__AKBR__: {
        li__QHKM=li__WQDS(((__li__AKBR *)li__PHKM));
      } break;
      case __li__SU5R__: {
        li__QHKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QHKM=li__Y1IS();
      } break;
      };
      li__PHKM=((__li__5RB *)li__QHKM)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__IF__: {
        li__SHKM=((__li__IF *)li__PHKM)->li__TF->li__SF.li__R2B;
      } break;
      case __li__ORB__: {
        li__SHKM=(&__string_1);
      } break;
      case __li__QRB__: {
        li__SHKM=(&__string_2);
      } break;
      case __li__SRB__: {
        li__SHKM=(&__string_51);
      } break;
      case __li__URB__: {
        li__SHKM=(&__string_53);
      } break;
      case __li__GSZ__: {
        li__SHKM=((__li__GSZ *)li__PHKM)->li__EGQB;
      } break;
      case __li__1RRF__: {
        li__BN4U=li__QLKI();
        li__SHKM=li__BN4U->li__SF.li__R2B;
      } break;
      case __li__UJSH__: {
        li__SHKM=((__li__UJSH *)li__PHKM)->li__VJSH.li__NZFD;
      } break;
      };
      li__UHKM=li__NQQK(li__SHKM);
      li__XHKM=li__UHKM;
    } else /* FALSE */ {
      li__XHKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__XHKM) {
      li__JAZ(((__li__BC *)li__RJCK),(&__string_712));
      li__UHKM=li__B__;
    } else /* FALSE */ {
      li__UHKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__UHKM)) {
      li__PHKM=li__QJCK->li__F3VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__QHKM=((__li__WK *)li__PHKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__QHKM=((__li__AVBD *)li__PHKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__QHKM=((__li__KVBD *)li__PHKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QHKM=((__li__WVBD *)li__PHKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__QHKM=li__JK5J(((__li__Z4WH *)li__PHKM));
      } break;
      case __li__KTVI__: {
        li__QHKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__QHKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QHKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QHKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QHKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QHKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QHKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QHKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QHKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QHKM=li__DWEK(((__li__BNWI *)li__PHKM));
      } break;
      case __li__XNWI__: {
        li__QHKM=li__IWEK(((__li__XNWI *)li__PHKM));
      } break;
      case __li__LOWI__: {
        li__QHKM=li__NWEK(((__li__LOWI *)li__PHKM));
      } break;
      case __li__5OWI__: {
        li__QHKM=li__SWEK(((__li__5OWI *)li__PHKM));
      } break;
      case __li__TPWI__: {
        li__QHKM=li__XWEK(((__li__TPWI *)li__PHKM));
      } break;
      case __li__HQWI__: {
        li__QHKM=li__2WEK(((__li__HQWI *)li__PHKM));
      } break;
      case __li__ARWI__: {
        li__QHKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__QHKM=li__FXEK(((__li__URWI *)li__PHKM));
      } break;
      case __li__MSWI__: {
        li__QHKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QHKM=((__li__ETWI *)li__PHKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__QHKM=((__li__MZWI *)li__PHKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QHKM=((__li__C0WI *)li__PHKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__QHKM=((__li__M1WI *)li__PHKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__QHKM=((__li__KMFK *)li__PHKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__QHKM=li__T4NN(((__li__XOHL *)li__PHKM));
      } break;
      case __li__FPHL__: {
        li__QHKM=li__KA4L(((__li__FPHL *)li__PHKM));
      } break;
      case __li__APLM__: {
        li__QHKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QHKM=li__1ISO(((__li__DTNM *)li__PHKM));
      } break;
      case __li__JXNM__: {
        li__QHKM=li__VX3R(((__li__JXNM *)li__PHKM));
      } break;
      case __li__21LO__: {
        li__QHKM=((__li__21LO *)li__PHKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QHKM=((__li__TPOO *)li__PHKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QHKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QHKM=li__3FDQ(((__li__41XO *)li__PHKM));
      } break;
      case __li__AKBR__: {
        li__QHKM=li__WQDS(((__li__AKBR *)li__PHKM));
      } break;
      case __li__SU5R__: {
        li__QHKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QHKM=li__Y1IS();
      } break;
      };
      /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__QHKM)->li__BEM &  1) !=  0))) {
        li__JAZ(((__li__BC *)li__RJCK),(&__string_706));
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    };
    li__0JCK=li__QJCK->li__F3VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__1JCK=((__li__WK *)li__0JCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__1JCK=((__li__AVBD *)li__0JCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__1JCK=((__li__KVBD *)li__0JCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__1JCK=((__li__WVBD *)li__0JCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__1JCK=li__JK5J(((__li__Z4WH *)li__0JCK));
    } break;
    case __li__KTVI__: {
      li__1JCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__1JCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__1JCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__1JCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__1JCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__1JCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__1JCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__1JCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__1JCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__1JCK=li__DWEK(((__li__BNWI *)li__0JCK));
    } break;
    case __li__XNWI__: {
      li__1JCK=li__IWEK(((__li__XNWI *)li__0JCK));
    } break;
    case __li__LOWI__: {
      li__1JCK=li__NWEK(((__li__LOWI *)li__0JCK));
    } break;
    case __li__5OWI__: {
      li__1JCK=li__SWEK(((__li__5OWI *)li__0JCK));
    } break;
    case __li__TPWI__: {
      li__1JCK=li__XWEK(((__li__TPWI *)li__0JCK));
    } break;
    case __li__HQWI__: {
      li__1JCK=li__2WEK(((__li__HQWI *)li__0JCK));
    } break;
    case __li__ARWI__: {
      li__1JCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__1JCK=li__FXEK(((__li__URWI *)li__0JCK));
    } break;
    case __li__MSWI__: {
      li__1JCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__1JCK=((__li__ETWI *)li__0JCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__1JCK=((__li__MZWI *)li__0JCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__1JCK=((__li__C0WI *)li__0JCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__1JCK=((__li__M1WI *)li__0JCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__1JCK=((__li__KMFK *)li__0JCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__1JCK=li__T4NN(((__li__XOHL *)li__0JCK));
    } break;
    case __li__FPHL__: {
      li__1JCK=li__KA4L(((__li__FPHL *)li__0JCK));
    } break;
    case __li__APLM__: {
      li__1JCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__1JCK=li__1ISO(((__li__DTNM *)li__0JCK));
    } break;
    case __li__JXNM__: {
      li__1JCK=li__VX3R(((__li__JXNM *)li__0JCK));
    } break;
    case __li__21LO__: {
      li__1JCK=((__li__21LO *)li__0JCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__1JCK=((__li__TPOO *)li__0JCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__1JCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__1JCK=li__3FDQ(((__li__41XO *)li__0JCK));
    } break;
    case __li__AKBR__: {
      li__1JCK=li__WQDS(((__li__AKBR *)li__0JCK));
    } break;
    case __li__SU5R__: {
      li__1JCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__1JCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__1JCK)->li__AEM == (void *)li__ORB__)) {
      li__PHKM=li__QJCK->li__F3VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__QHKM=((__li__WK *)li__PHKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__QHKM=((__li__AVBD *)li__PHKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__QHKM=((__li__KVBD *)li__PHKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QHKM=((__li__WVBD *)li__PHKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__QHKM=li__JK5J(((__li__Z4WH *)li__PHKM));
      } break;
      case __li__KTVI__: {
        li__QHKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__QHKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QHKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QHKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QHKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QHKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QHKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QHKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QHKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QHKM=li__DWEK(((__li__BNWI *)li__PHKM));
      } break;
      case __li__XNWI__: {
        li__QHKM=li__IWEK(((__li__XNWI *)li__PHKM));
      } break;
      case __li__LOWI__: {
        li__QHKM=li__NWEK(((__li__LOWI *)li__PHKM));
      } break;
      case __li__5OWI__: {
        li__QHKM=li__SWEK(((__li__5OWI *)li__PHKM));
      } break;
      case __li__TPWI__: {
        li__QHKM=li__XWEK(((__li__TPWI *)li__PHKM));
      } break;
      case __li__HQWI__: {
        li__QHKM=li__2WEK(((__li__HQWI *)li__PHKM));
      } break;
      case __li__ARWI__: {
        li__QHKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__QHKM=li__FXEK(((__li__URWI *)li__PHKM));
      } break;
      case __li__MSWI__: {
        li__QHKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QHKM=((__li__ETWI *)li__PHKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__QHKM=((__li__MZWI *)li__PHKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QHKM=((__li__C0WI *)li__PHKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__QHKM=((__li__M1WI *)li__PHKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__QHKM=((__li__KMFK *)li__PHKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__QHKM=li__T4NN(((__li__XOHL *)li__PHKM));
      } break;
      case __li__FPHL__: {
        li__QHKM=li__KA4L(((__li__FPHL *)li__PHKM));
      } break;
      case __li__APLM__: {
        li__QHKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QHKM=li__1ISO(((__li__DTNM *)li__PHKM));
      } break;
      case __li__JXNM__: {
        li__QHKM=li__VX3R(((__li__JXNM *)li__PHKM));
      } break;
      case __li__21LO__: {
        li__QHKM=((__li__21LO *)li__PHKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QHKM=((__li__TPOO *)li__PHKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QHKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QHKM=li__3FDQ(((__li__41XO *)li__PHKM));
      } break;
      case __li__AKBR__: {
        li__QHKM=li__WQDS(((__li__AKBR *)li__PHKM));
      } break;
      case __li__SU5R__: {
        li__QHKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QHKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__QHKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__0IKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__0IKM=li__B__;
      } break;
      };
      li__UHKM=li__0IKM;
    } else /* FALSE */ {
      li__UHKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__UHKM) {
      li__SRX(((__li__BC *)li__RJCK),'0');
    } else /* FALSE */ {
      li__PHKM=li__QJCK->li__F3VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__QHKM=((__li__WK *)li__PHKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__QHKM=((__li__AVBD *)li__PHKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__QHKM=((__li__KVBD *)li__PHKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QHKM=((__li__WVBD *)li__PHKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__QHKM=li__JK5J(((__li__Z4WH *)li__PHKM));
      } break;
      case __li__KTVI__: {
        li__QHKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__QHKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QHKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QHKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QHKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QHKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QHKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QHKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QHKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QHKM=li__DWEK(((__li__BNWI *)li__PHKM));
      } break;
      case __li__XNWI__: {
        li__QHKM=li__IWEK(((__li__XNWI *)li__PHKM));
      } break;
      case __li__LOWI__: {
        li__QHKM=li__NWEK(((__li__LOWI *)li__PHKM));
      } break;
      case __li__5OWI__: {
        li__QHKM=li__SWEK(((__li__5OWI *)li__PHKM));
      } break;
      case __li__TPWI__: {
        li__QHKM=li__XWEK(((__li__TPWI *)li__PHKM));
      } break;
      case __li__HQWI__: {
        li__QHKM=li__2WEK(((__li__HQWI *)li__PHKM));
      } break;
      case __li__ARWI__: {
        li__QHKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__QHKM=li__FXEK(((__li__URWI *)li__PHKM));
      } break;
      case __li__MSWI__: {
        li__QHKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QHKM=((__li__ETWI *)li__PHKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__QHKM=((__li__MZWI *)li__PHKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QHKM=((__li__C0WI *)li__PHKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__QHKM=((__li__M1WI *)li__PHKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__QHKM=((__li__KMFK *)li__PHKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__QHKM=li__T4NN(((__li__XOHL *)li__PHKM));
      } break;
      case __li__FPHL__: {
        li__QHKM=li__KA4L(((__li__FPHL *)li__PHKM));
      } break;
      case __li__APLM__: {
        li__QHKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QHKM=li__1ISO(((__li__DTNM *)li__PHKM));
      } break;
      case __li__JXNM__: {
        li__QHKM=li__VX3R(((__li__JXNM *)li__PHKM));
      } break;
      case __li__21LO__: {
        li__QHKM=((__li__21LO *)li__PHKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QHKM=((__li__TPOO *)li__PHKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QHKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QHKM=li__3FDQ(((__li__41XO *)li__PHKM));
      } break;
      case __li__AKBR__: {
        li__QHKM=li__WQDS(((__li__AKBR *)li__PHKM));
      } break;
      case __li__SU5R__: {
        li__QHKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QHKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__QHKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__0IKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__0IKM=li__B__;
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__0IKM) {
        li__JAZ(((__li__BC *)li__RJCK),(&__string_713));
      };
      li__PHKM=li__QJCK->li__F3VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__PHKM),li__RJCK);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__PHKM)),li__RJCK);
        li__JAZ(((__li__BC *)li__RJCK),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__RJCK),((__li__MZWI *)((__li__WK *)li__PHKM))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__Q3LV=((__li__C0WI *)((__li__WK *)li__PHKM));
        li__SRX(((__li__BC *)li__RJCK),'\'');
        li__JAZ(((__li__BC *)li__RJCK),li__Q3LV->li__CTBK);
        li__SRX(((__li__BC *)li__RJCK),'\'');
      } break;
      case __li__M1WI__: {
        li__S3LV=((__li__M1WI *)((__li__WK *)li__PHKM));
        li__SRX(((__li__BC *)li__RJCK),'\"');
        li__JAZ(((__li__BC *)li__RJCK),li__S3LV->li__UTFK);
        li__SRX(((__li__BC *)li__RJCK),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__RJCK),((__li__TPOO *)((__li__WK *)li__PHKM))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      };
      li__PHKM=li__QJCK->li__F3VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__QHKM=((__li__WK *)li__PHKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__QHKM=((__li__AVBD *)li__PHKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__QHKM=((__li__KVBD *)li__PHKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QHKM=((__li__WVBD *)li__PHKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__QHKM=li__JK5J(((__li__Z4WH *)li__PHKM));
      } break;
      case __li__KTVI__: {
        li__QHKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__QHKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QHKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QHKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QHKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QHKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QHKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QHKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QHKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QHKM=li__DWEK(((__li__BNWI *)li__PHKM));
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      case __li__XNWI__: {
        li__QHKM=li__IWEK(((__li__XNWI *)li__PHKM));
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      case __li__LOWI__: {
        li__QHKM=li__NWEK(((__li__LOWI *)li__PHKM));
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      case __li__5OWI__: {
        li__QHKM=li__SWEK(((__li__5OWI *)li__PHKM));
      } break;
      case __li__TPWI__: {
        li__QHKM=li__XWEK(((__li__TPWI *)li__PHKM));
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      case __li__HQWI__: {
        li__QHKM=li__2WEK(((__li__HQWI *)li__PHKM));
      } break;
      case __li__ARWI__: {
        li__QHKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__QHKM=li__FXEK(((__li__URWI *)li__PHKM));
      } break;
      case __li__MSWI__: {
        li__QHKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QHKM=((__li__ETWI *)li__PHKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__QHKM=((__li__MZWI *)li__PHKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QHKM=((__li__C0WI *)li__PHKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__QHKM=((__li__M1WI *)li__PHKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__QHKM=((__li__KMFK *)li__PHKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__QHKM=li__T4NN(((__li__XOHL *)li__PHKM));
      } break;
      case __li__FPHL__: {
        li__QHKM=li__KA4L(((__li__FPHL *)li__PHKM));
      } break;
      case __li__APLM__: {
        li__QHKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QHKM=li__1ISO(((__li__DTNM *)li__PHKM));
      } break;
      case __li__JXNM__: {
        li__QHKM=li__VX3R(((__li__JXNM *)li__PHKM));
      } break;
      case __li__21LO__: {
        li__QHKM=((__li__21LO *)li__PHKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QHKM=((__li__TPOO *)li__PHKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QHKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QHKM=li__3FDQ(((__li__41XO *)li__PHKM));
      } break;
      case __li__AKBR__: {
        li__QHKM=li__WQDS(((__li__AKBR *)li__PHKM));
      } break;
      case __li__SU5R__: {
        li__QHKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QHKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__QHKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__0IKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__0IKM=li__B__;
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__0IKM) {
        li__JAZ(((__li__BC *)li__RJCK),(&__string_714));
      };
    };
    li__SRX(((__li__BC *)li__RJCK),' ');
    li__JAZ(((__li__BC *)li__RJCK),(&__string_23));
    li__SRX(((__li__BC *)li__RJCK),' ');
    li__0JCK=li__QJCK->li__F3VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__1JCK=((__li__WK *)li__0JCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__1JCK=((__li__AVBD *)li__0JCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__1JCK=((__li__KVBD *)li__0JCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__1JCK=((__li__WVBD *)li__0JCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__1JCK=li__JK5J(((__li__Z4WH *)li__0JCK));
    } break;
    case __li__KTVI__: {
      li__1JCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__1JCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__1JCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__1JCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__1JCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__1JCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__1JCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__1JCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__1JCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__1JCK=li__DWEK(((__li__BNWI *)li__0JCK));
    } break;
    case __li__XNWI__: {
      li__1JCK=li__IWEK(((__li__XNWI *)li__0JCK));
    } break;
    case __li__LOWI__: {
      li__1JCK=li__NWEK(((__li__LOWI *)li__0JCK));
    } break;
    case __li__5OWI__: {
      li__1JCK=li__SWEK(((__li__5OWI *)li__0JCK));
    } break;
    case __li__TPWI__: {
      li__1JCK=li__XWEK(((__li__TPWI *)li__0JCK));
    } break;
    case __li__HQWI__: {
      li__1JCK=li__2WEK(((__li__HQWI *)li__0JCK));
    } break;
    case __li__ARWI__: {
      li__1JCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__1JCK=li__FXEK(((__li__URWI *)li__0JCK));
    } break;
    case __li__MSWI__: {
      li__1JCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__1JCK=((__li__ETWI *)li__0JCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__1JCK=((__li__MZWI *)li__0JCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__1JCK=((__li__C0WI *)li__0JCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__1JCK=((__li__M1WI *)li__0JCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__1JCK=((__li__KMFK *)li__0JCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__1JCK=li__T4NN(((__li__XOHL *)li__0JCK));
    } break;
    case __li__FPHL__: {
      li__1JCK=li__KA4L(((__li__FPHL *)li__0JCK));
    } break;
    case __li__APLM__: {
      li__1JCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__1JCK=li__1ISO(((__li__DTNM *)li__0JCK));
    } break;
    case __li__JXNM__: {
      li__1JCK=li__VX3R(((__li__JXNM *)li__0JCK));
    } break;
    case __li__21LO__: {
      li__1JCK=((__li__21LO *)li__0JCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__1JCK=((__li__TPOO *)li__0JCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__1JCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__1JCK=li__3FDQ(((__li__41XO *)li__0JCK));
    } break;
    case __li__AKBR__: {
      li__1JCK=li__WQDS(((__li__AKBR *)li__0JCK));
    } break;
    case __li__SU5R__: {
      li__1JCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__1JCK=li__Y1IS();
    } break;
    };
    li__0JCK=((__li__5RB *)li__1JCK)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__IF__: {
      li__GKCK=((__li__IF *)li__0JCK)->li__TF->li__SF.li__R2B;
    } break;
    case __li__ORB__: {
      li__GKCK=(&__string_1);
    } break;
    case __li__QRB__: {
      li__GKCK=(&__string_2);
    } break;
    case __li__SRB__: {
      li__GKCK=(&__string_51);
    } break;
    case __li__URB__: {
      li__GKCK=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__GKCK=((__li__GSZ *)li__0JCK)->li__EGQB;
    } break;
    case __li__1RRF__: {
      li__OM4U=li__QLKI();
      li__GKCK=li__OM4U->li__SF.li__R2B;
    } break;
    case __li__UJSH__: {
      li__GKCK=((__li__UJSH *)li__0JCK)->li__VJSH.li__NZFD;
    } break;
    };
    li__JKCK=li__NQQK(li__GKCK);
    /* __li__B__ __li__I__ */
if (li__JKCK) {
      li__PHKM=li__QJCK->li__F3VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__QHKM=((__li__WK *)li__PHKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__QHKM=((__li__AVBD *)li__PHKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__QHKM=((__li__KVBD *)li__PHKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QHKM=((__li__WVBD *)li__PHKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__QHKM=li__JK5J(((__li__Z4WH *)li__PHKM));
      } break;
      case __li__KTVI__: {
        li__QHKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__QHKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QHKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QHKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QHKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QHKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QHKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QHKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QHKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QHKM=li__DWEK(((__li__BNWI *)li__PHKM));
      } break;
      case __li__XNWI__: {
        li__QHKM=li__IWEK(((__li__XNWI *)li__PHKM));
      } break;
      case __li__LOWI__: {
        li__QHKM=li__NWEK(((__li__LOWI *)li__PHKM));
      } break;
      case __li__5OWI__: {
        li__QHKM=li__SWEK(((__li__5OWI *)li__PHKM));
      } break;
      case __li__TPWI__: {
        li__QHKM=li__XWEK(((__li__TPWI *)li__PHKM));
      } break;
      case __li__HQWI__: {
        li__QHKM=li__2WEK(((__li__HQWI *)li__PHKM));
      } break;
      case __li__ARWI__: {
        li__QHKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__QHKM=li__FXEK(((__li__URWI *)li__PHKM));
      } break;
      case __li__MSWI__: {
        li__QHKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QHKM=((__li__ETWI *)li__PHKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__QHKM=((__li__MZWI *)li__PHKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QHKM=((__li__C0WI *)li__PHKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__QHKM=((__li__M1WI *)li__PHKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__QHKM=((__li__KMFK *)li__PHKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__QHKM=li__T4NN(((__li__XOHL *)li__PHKM));
      } break;
      case __li__FPHL__: {
        li__QHKM=li__KA4L(((__li__FPHL *)li__PHKM));
      } break;
      case __li__APLM__: {
        li__QHKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QHKM=li__1ISO(((__li__DTNM *)li__PHKM));
      } break;
      case __li__JXNM__: {
        li__QHKM=li__VX3R(((__li__JXNM *)li__PHKM));
      } break;
      case __li__21LO__: {
        li__QHKM=((__li__21LO *)li__PHKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QHKM=((__li__TPOO *)li__PHKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QHKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QHKM=li__3FDQ(((__li__41XO *)li__PHKM));
      } break;
      case __li__AKBR__: {
        li__QHKM=li__WQDS(((__li__AKBR *)li__PHKM));
      } break;
      case __li__SU5R__: {
        li__QHKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QHKM=li__Y1IS();
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      };
      li__UHKM=((void *)((__li__5RB *)li__QHKM)->li__AEM == (void *)li__FUB);
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      li__UHKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__UHKM) {
      li__JAZ(((__li__BC *)li__RJCK),(&__string_712));
      li__UHKM=li__B__;
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      li__UHKM=li__I__;
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    /* __li__B__ __li__I__ */
if ((! li__UHKM)) {
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switch (((struct ___OBJ *)li__PHKM)->__id) {
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        li__QHKM=((__li__WK *)li__PHKM)->li__1K.li__WZLE;
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      case __li__AVBD__: {
        li__QHKM=((__li__AVBD *)li__PHKM)->li__K2ME;
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      case __li__KVBD__: {
        li__QHKM=((__li__KVBD *)li__PHKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QHKM=((__li__WVBD *)li__PHKM)->li__XVBD.li__WZLE;
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      case __li__Z4WH__: {
        li__QHKM=li__JK5J(((__li__Z4WH *)li__PHKM));
      } break;
      case __li__KTVI__: {
        li__QHKM=li__5UEK();
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      case __li__LTVI__: {
        li__QHKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QHKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QHKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QHKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QHKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QHKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QHKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QHKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QHKM=li__DWEK(((__li__BNWI *)li__PHKM));
      } break;
      case __li__XNWI__: {
        li__QHKM=li__IWEK(((__li__XNWI *)li__PHKM));
      } break;
      case __li__LOWI__: {
        li__QHKM=li__NWEK(((__li__LOWI *)li__PHKM));
      } break;
      case __li__5OWI__: {
        li__QHKM=li__SWEK(((__li__5OWI *)li__PHKM));
      } break;
      case __li__TPWI__: {
        li__QHKM=li__XWEK(((__li__TPWI *)li__PHKM));
      } break;
      case __li__HQWI__: {
        li__QHKM=li__2WEK(((__li__HQWI *)li__PHKM));
      } break;
      case __li__ARWI__: {
        li__QHKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__QHKM=li__FXEK(((__li__URWI *)li__PHKM));
      } break;
      case __li__MSWI__: {
        li__QHKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QHKM=((__li__ETWI *)li__PHKM)->li__NSBK;
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      case __li__MZWI__: {
        li__QHKM=((__li__MZWI *)li__PHKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QHKM=((__li__C0WI *)li__PHKM)->li__D0WI.li__WZLE;
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      case __li__M1WI__: {
        li__QHKM=((__li__M1WI *)li__PHKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__QHKM=((__li__KMFK *)li__PHKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__QHKM=li__T4NN(((__li__XOHL *)li__PHKM));
      } break;
      case __li__FPHL__: {
        li__QHKM=li__KA4L(((__li__FPHL *)li__PHKM));
      } break;
      case __li__APLM__: {
        li__QHKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QHKM=li__1ISO(((__li__DTNM *)li__PHKM));
      } break;
      case __li__JXNM__: {
        li__QHKM=li__VX3R(((__li__JXNM *)li__PHKM));
      } break;
      case __li__21LO__: {
        li__QHKM=((__li__21LO *)li__PHKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QHKM=((__li__TPOO *)li__PHKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QHKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QHKM=li__3FDQ(((__li__41XO *)li__PHKM));
      } break;
      case __li__AKBR__: {
        li__QHKM=li__WQDS(((__li__AKBR *)li__PHKM));
      } break;
      case __li__SU5R__: {
        li__QHKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QHKM=li__Y1IS();
      } break;
      };
      /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__QHKM)->li__BEM &  1) !=  0))) {
        li__JAZ(((__li__BC *)li__RJCK),(&__string_706));
      };
    };
    li__0JCK=li__QJCK->li__F3VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0JCK)->__id) {
    case __li__WK__: {
      li__1JCK=((__li__WK *)li__0JCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__1JCK=((__li__AVBD *)li__0JCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__1JCK=((__li__KVBD *)li__0JCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__1JCK=((__li__WVBD *)li__0JCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__1JCK=li__JK5J(((__li__Z4WH *)li__0JCK));
    } break;
    case __li__KTVI__: {
      li__1JCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__1JCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__1JCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__1JCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__1JCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__1JCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__1JCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__1JCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__1JCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__1JCK=li__DWEK(((__li__BNWI *)li__0JCK));
    } break;
    case __li__XNWI__: {
      li__1JCK=li__IWEK(((__li__XNWI *)li__0JCK));
    } break;
    case __li__LOWI__: {
      li__1JCK=li__NWEK(((__li__LOWI *)li__0JCK));
    } break;
    case __li__5OWI__: {
      li__1JCK=li__SWEK(((__li__5OWI *)li__0JCK));
    } break;
    case __li__TPWI__: {
      li__1JCK=li__XWEK(((__li__TPWI *)li__0JCK));
    } break;
    case __li__HQWI__: {
      li__1JCK=li__2WEK(((__li__HQWI *)li__0JCK));
    } break;
    case __li__ARWI__: {
      li__1JCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__1JCK=li__FXEK(((__li__URWI *)li__0JCK));
    } break;
    case __li__MSWI__: {
      li__1JCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__1JCK=((__li__ETWI *)li__0JCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__1JCK=((__li__MZWI *)li__0JCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__1JCK=((__li__C0WI *)li__0JCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__1JCK=((__li__M1WI *)li__0JCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__1JCK=((__li__KMFK *)li__0JCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__1JCK=li__T4NN(((__li__XOHL *)li__0JCK));
    } break;
    case __li__FPHL__: {
      li__1JCK=li__KA4L(((__li__FPHL *)li__0JCK));
    } break;
    case __li__APLM__: {
      li__1JCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__1JCK=li__1ISO(((__li__DTNM *)li__0JCK));
    } break;
    case __li__JXNM__: {
      li__1JCK=li__VX3R(((__li__JXNM *)li__0JCK));
    } break;
    case __li__21LO__: {
      li__1JCK=((__li__21LO *)li__0JCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__1JCK=((__li__TPOO *)li__0JCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__1JCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__1JCK=li__3FDQ(((__li__41XO *)li__0JCK));
    } break;
    case __li__AKBR__: {
      li__1JCK=li__WQDS(((__li__AKBR *)li__0JCK));
    } break;
    case __li__SU5R__: {
      li__1JCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__1JCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__1JCK)->li__AEM == (void *)li__ORB__)) {
      li__PHKM=li__QJCK->li__F3VI.li__FPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__QHKM=((__li__WK *)li__PHKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__QHKM=((__li__AVBD *)li__PHKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__QHKM=((__li__KVBD *)li__PHKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QHKM=((__li__WVBD *)li__PHKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__QHKM=li__JK5J(((__li__Z4WH *)li__PHKM));
      } break;
      case __li__KTVI__: {
        li__QHKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__QHKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QHKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QHKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QHKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QHKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QHKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QHKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QHKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QHKM=li__DWEK(((__li__BNWI *)li__PHKM));
      } break;
      case __li__XNWI__: {
        li__QHKM=li__IWEK(((__li__XNWI *)li__PHKM));
      } break;
      case __li__LOWI__: {
        li__QHKM=li__NWEK(((__li__LOWI *)li__PHKM));
      } break;
      case __li__5OWI__: {
        li__QHKM=li__SWEK(((__li__5OWI *)li__PHKM));
      } break;
      case __li__TPWI__: {
        li__QHKM=li__XWEK(((__li__TPWI *)li__PHKM));
      } break;
      case __li__HQWI__: {
        li__QHKM=li__2WEK(((__li__HQWI *)li__PHKM));
      } break;
      case __li__ARWI__: {
        li__QHKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__QHKM=li__FXEK(((__li__URWI *)li__PHKM));
      } break;
      case __li__MSWI__: {
        li__QHKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QHKM=((__li__ETWI *)li__PHKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__QHKM=((__li__MZWI *)li__PHKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QHKM=((__li__C0WI *)li__PHKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__QHKM=((__li__M1WI *)li__PHKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__QHKM=((__li__KMFK *)li__PHKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__QHKM=li__T4NN(((__li__XOHL *)li__PHKM));
      } break;
      case __li__FPHL__: {
        li__QHKM=li__KA4L(((__li__FPHL *)li__PHKM));
      } break;
      case __li__APLM__: {
        li__QHKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QHKM=li__1ISO(((__li__DTNM *)li__PHKM));
      } break;
      case __li__JXNM__: {
        li__QHKM=li__VX3R(((__li__JXNM *)li__PHKM));
      } break;
      case __li__21LO__: {
        li__QHKM=((__li__21LO *)li__PHKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QHKM=((__li__TPOO *)li__PHKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QHKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QHKM=li__3FDQ(((__li__41XO *)li__PHKM));
      } break;
      case __li__AKBR__: {
        li__QHKM=li__WQDS(((__li__AKBR *)li__PHKM));
      } break;
      case __li__SU5R__: {
        li__QHKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QHKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__QHKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__0IKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__0IKM=li__B__;
      } break;
      };
      li__UHKM=li__0IKM;
    } else /* FALSE */ {
      li__UHKM=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__UHKM) {
      li__SRX(((__li__BC *)li__RJCK),'0');
    } else /* FALSE */ {
      li__PHKM=li__QJCK->li__F3VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__PHKM),li__RJCK);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__PHKM)),li__RJCK);
        li__JAZ(((__li__BC *)li__RJCK),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__RJCK),((__li__MZWI *)((__li__WK *)li__PHKM))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__Q3LV=((__li__C0WI *)((__li__WK *)li__PHKM));
        li__SRX(((__li__BC *)li__RJCK),'\'');
        li__JAZ(((__li__BC *)li__RJCK),li__Q3LV->li__CTBK);
        li__SRX(((__li__BC *)li__RJCK),'\'');
      } break;
      case __li__M1WI__: {
        li__S3LV=((__li__M1WI *)((__li__WK *)li__PHKM));
        li__SRX(((__li__BC *)li__RJCK),'\"');
        li__JAZ(((__li__BC *)li__RJCK),li__S3LV->li__UTFK);
        li__SRX(((__li__BC *)li__RJCK),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__RJCK),((__li__TPOO *)((__li__WK *)li__PHKM))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__PHKM)),li__RJCK);
      } break;
      };
      li__PHKM=li__QJCK->li__F3VI.li__LPBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PHKM)->__id) {
      case __li__WK__: {
        li__QHKM=((__li__WK *)li__PHKM)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__QHKM=((__li__AVBD *)li__PHKM)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__QHKM=((__li__KVBD *)li__PHKM)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__QHKM=((__li__WVBD *)li__PHKM)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__QHKM=li__JK5J(((__li__Z4WH *)li__PHKM));
      } break;
      case __li__KTVI__: {
        li__QHKM=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__QHKM=li__553L();
      } break;
      case __li__XTVI__: {
        li__QHKM=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__QHKM=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__QHKM=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__QHKM=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__QHKM=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__QHKM=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__QHKM=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__QHKM=li__DWEK(((__li__BNWI *)li__PHKM));
      } break;
      case __li__XNWI__: {
        li__QHKM=li__IWEK(((__li__XNWI *)li__PHKM));
      } break;
      case __li__LOWI__: {
        li__QHKM=li__NWEK(((__li__LOWI *)li__PHKM));
      } break;
      case __li__5OWI__: {
        li__QHKM=li__SWEK(((__li__5OWI *)li__PHKM));
      } break;
      case __li__TPWI__: {
        li__QHKM=li__XWEK(((__li__TPWI *)li__PHKM));
      } break;
      case __li__HQWI__: {
        li__QHKM=li__2WEK(((__li__HQWI *)li__PHKM));
      } break;
      case __li__ARWI__: {
        li__QHKM=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__QHKM=li__FXEK(((__li__URWI *)li__PHKM));
      } break;
      case __li__MSWI__: {
        li__QHKM=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__QHKM=((__li__ETWI *)li__PHKM)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__QHKM=((__li__MZWI *)li__PHKM)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__QHKM=((__li__C0WI *)li__PHKM)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__QHKM=((__li__M1WI *)li__PHKM)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__QHKM=((__li__KMFK *)li__PHKM)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__QHKM=li__T4NN(((__li__XOHL *)li__PHKM));
      } break;
      case __li__FPHL__: {
        li__QHKM=li__KA4L(((__li__FPHL *)li__PHKM));
      } break;
      case __li__APLM__: {
        li__QHKM=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__QHKM=li__1ISO(((__li__DTNM *)li__PHKM));
      } break;
      case __li__JXNM__: {
        li__QHKM=li__VX3R(((__li__JXNM *)li__PHKM));
      } break;
      case __li__21LO__: {
        li__QHKM=((__li__21LO *)li__PHKM)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__QHKM=((__li__TPOO *)li__PHKM)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__QHKM=li__FH4R();
      } break;
      case __li__41XO__: {
        li__QHKM=li__3FDQ(((__li__41XO *)li__PHKM));
      } break;
      case __li__AKBR__: {
        li__QHKM=li__WQDS(((__li__AKBR *)li__PHKM));
      } break;
      case __li__SU5R__: {
        li__QHKM=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__QHKM=li__Y1IS();
      } break;
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__QHKM)->li__AEM)->__id) {
      case __li__IF__: 
      case __li__ORB__: 
      case __li__QRB__: 
      case __li__SRB__: 
      case __li__URB__: 
      case __li__GSZ__: {
        li__0IKM=li__I__;
      } break;
      case __li__1RRF__: 
      case __li__UJSH__: {
        li__0IKM=li__B__;
      } break;
      };
      /* __li__B__ __li__I__ */
if (li__0IKM) {
        li__JAZ(((__li__BC *)li__RJCK),(&__string_714));
      };
    };
    li__SRX(((__li__BC *)li__RJCK),')');
  };
}

static void li__RLCK(__li__ULWI *li__SLCK,__li__BC *li__TLCK)
/* (Strict GET_TYPE_ID{li__ULWI},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__DMCK;
  __li__U *li__EMCK;
  __li__C li__VLCK;
  li__VLCK=li__WZNL(((__li__5RB *)li__SLCK->li__4PBK));
  /* __li__B__ __li__I__ */
if (li__VLCK) {
    li__JAZ(((__li__BC *)li__TLCK),(&__string_716));
  } else /* FALSE */ {
    li__JAZ(((__li__BC *)li__TLCK),(&__string_123));
    li__DMCK=((__li__5RB *)li__SLCK->li__4PBK)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DMCK)->__id) {
    case __li__IF__: {
      li__EMCK=((__li__IF *)li__DMCK)->li__QGQB;
    } break;
    case __li__ORB__: {
      li__EMCK=(&__string_1);
    } break;
    case __li__QRB__: {
      li__EMCK=(&__string_2);
    } break;
    case __li__SRB__: {
      li__EMCK=(&__string_51);
    } break;
    case __li__URB__: {
      li__EMCK=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__EMCK=((__li__GSZ *)li__DMCK)->li__HSZ.li__QGQB;
    } break;
    case __li__1RRF__: {
      li__EMCK=li__UFSI();
    } break;
    case __li__UJSH__: {
      li__EMCK=((__li__UJSH *)li__DMCK)->li__VJSH.li__NZFD;
    } break;
    };
    li__JAZ(((__li__BC *)li__TLCK),li__EMCK);
    li__JAZ(((__li__BC *)li__TLCK),(&__string_123));
  };
}

static void li__JMCK(__li__NMWI *li__KMCK,__li__BC *li__LMCK)
/* (Strict EXPR_SUP{li__NMWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__MMCK,*li__VMCK;
  __li__5RB *li__NMCK,*li__WMCK;
  __li__U *li__YMCK;
  __li__PF *li__JN4U;
  __li__C0WI *li__A4LV;
  __li__M1WI *li__C4LV;
  __li__C li__0MCK,li__3MCK,li__AOCK;
  li__SRX(((__li__BC *)li__LMCK),'(');
  li__MMCK=li__KMCK->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MMCK)->__id) {
  case __li__WK__: {
    li__NMCK=((__li__WK *)li__MMCK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__NMCK=((__li__AVBD *)li__MMCK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__NMCK=((__li__KVBD *)li__MMCK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__NMCK=((__li__WVBD *)li__MMCK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__NMCK=li__JK5J(((__li__Z4WH *)li__MMCK));
  } break;
  case __li__KTVI__: {
    li__NMCK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__NMCK=li__553L();
  } break;
  case __li__XTVI__: {
    li__NMCK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__NMCK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__NMCK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__NMCK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__NMCK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__NMCK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__NMCK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__NMCK=li__DWEK(((__li__BNWI *)li__MMCK));
  } break;
  case __li__XNWI__: {
    li__NMCK=li__IWEK(((__li__XNWI *)li__MMCK));
  } break;
  case __li__LOWI__: {
    li__NMCK=li__NWEK(((__li__LOWI *)li__MMCK));
  } break;
  case __li__5OWI__: {
    li__NMCK=li__SWEK(((__li__5OWI *)li__MMCK));
  } break;
  case __li__TPWI__: {
    li__NMCK=li__XWEK(((__li__TPWI *)li__MMCK));
  } break;
  case __li__HQWI__: {
    li__NMCK=li__2WEK(((__li__HQWI *)li__MMCK));
  } break;
  case __li__ARWI__: {
    li__NMCK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__NMCK=li__FXEK(((__li__URWI *)li__MMCK));
  } break;
  case __li__MSWI__: {
    li__NMCK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__NMCK=((__li__ETWI *)li__MMCK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__NMCK=((__li__MZWI *)li__MMCK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__NMCK=((__li__C0WI *)li__MMCK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__NMCK=((__li__M1WI *)li__MMCK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__NMCK=((__li__KMFK *)li__MMCK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__NMCK=li__T4NN(((__li__XOHL *)li__MMCK));
  } break;
  case __li__FPHL__: {
    li__NMCK=li__KA4L(((__li__FPHL *)li__MMCK));
  } break;
  case __li__APLM__: {
    li__NMCK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__NMCK=li__1ISO(((__li__DTNM *)li__MMCK));
  } break;
  case __li__JXNM__: {
    li__NMCK=li__VX3R(((__li__JXNM *)li__MMCK));
  } break;
  case __li__21LO__: {
    li__NMCK=((__li__21LO *)li__MMCK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__NMCK=((__li__TPOO *)li__MMCK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__NMCK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__NMCK=li__3FDQ(((__li__41XO *)li__MMCK));
  } break;
  case __li__AKBR__: {
    li__NMCK=li__WQDS(((__li__AKBR *)li__MMCK));
  } break;
  case __li__SU5R__: {
    li__NMCK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__NMCK=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__NMCK)->li__AEM == (void *)li__FUB)) {
    li__VMCK=li__KMCK->li__OMWI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__WMCK=((__li__WK *)li__VMCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__WMCK=((__li__AVBD *)li__VMCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__WMCK=((__li__KVBD *)li__VMCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__WMCK=((__li__WVBD *)li__VMCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__WMCK=li__JK5J(((__li__Z4WH *)li__VMCK));
    } break;
    case __li__KTVI__: {
      li__WMCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__WMCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__WMCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__WMCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__WMCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__WMCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__WMCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__WMCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__WMCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__WMCK=li__DWEK(((__li__BNWI *)li__VMCK));
    } break;
    case __li__XNWI__: {
      li__WMCK=li__IWEK(((__li__XNWI *)li__VMCK));
    } break;
    case __li__LOWI__: {
      li__WMCK=li__NWEK(((__li__LOWI *)li__VMCK));
    } break;
    case __li__5OWI__: {
      li__WMCK=li__SWEK(((__li__5OWI *)li__VMCK));
    } break;
    case __li__TPWI__: {
      li__WMCK=li__XWEK(((__li__TPWI *)li__VMCK));
    } break;
    case __li__HQWI__: {
      li__WMCK=li__2WEK(((__li__HQWI *)li__VMCK));
    } break;
    case __li__ARWI__: {
      li__WMCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__WMCK=li__FXEK(((__li__URWI *)li__VMCK));
    } break;
    case __li__MSWI__: {
      li__WMCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__WMCK=((__li__ETWI *)li__VMCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__WMCK=((__li__MZWI *)li__VMCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__WMCK=((__li__C0WI *)li__VMCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__WMCK=((__li__M1WI *)li__VMCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__WMCK=((__li__KMFK *)li__VMCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__WMCK=li__T4NN(((__li__XOHL *)li__VMCK));
    } break;
    case __li__FPHL__: {
      li__WMCK=li__KA4L(((__li__FPHL *)li__VMCK));
    } break;
    case __li__APLM__: {
      li__WMCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__WMCK=li__1ISO(((__li__DTNM *)li__VMCK));
    } break;
    case __li__JXNM__: {
      li__WMCK=li__VX3R(((__li__JXNM *)li__VMCK));
    } break;
    case __li__21LO__: {
      li__WMCK=((__li__21LO *)li__VMCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__WMCK=((__li__TPOO *)li__VMCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__WMCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__WMCK=li__3FDQ(((__li__41XO *)li__VMCK));
    } break;
    case __li__AKBR__: {
      li__WMCK=li__WQDS(((__li__AKBR *)li__VMCK));
    } break;
    case __li__SU5R__: {
      li__WMCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__WMCK=li__Y1IS();
    } break;
    };
    li__VMCK=((__li__5RB *)li__WMCK)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__IF__: {
      li__YMCK=((__li__IF *)li__VMCK)->li__TF->li__SF.li__R2B;
    } break;
    case __li__ORB__: {
      li__YMCK=(&__string_1);
    } break;
    case __li__QRB__: {
      li__YMCK=(&__string_2);
    } break;
    case __li__SRB__: {
      li__YMCK=(&__string_51);
    } break;
    case __li__URB__: {
      li__YMCK=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__YMCK=((__li__GSZ *)li__VMCK)->li__EGQB;
    } break;
    case __li__1RRF__: {
      li__JN4U=li__QLKI();
      li__YMCK=li__JN4U->li__SF.li__R2B;
    } break;
    case __li__UJSH__: {
      li__YMCK=((__li__UJSH *)li__VMCK)->li__VJSH.li__NZFD;
    } break;
    };
    li__0MCK=li__NQQK(li__YMCK);
    li__3MCK=li__0MCK;
  } else /* FALSE */ {
    li__3MCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__3MCK) {
    li__JAZ(((__li__BC *)li__LMCK),(&__string_712));
    li__0MCK=li__B__;
  } else /* FALSE */ {
    li__0MCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__0MCK)) {
    li__VMCK=li__KMCK->li__OMWI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__WMCK=((__li__WK *)li__VMCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__WMCK=((__li__AVBD *)li__VMCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__WMCK=((__li__KVBD *)li__VMCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__WMCK=((__li__WVBD *)li__VMCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__WMCK=li__JK5J(((__li__Z4WH *)li__VMCK));
    } break;
    case __li__KTVI__: {
      li__WMCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__WMCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__WMCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__WMCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__WMCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__WMCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__WMCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__WMCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__WMCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__WMCK=li__DWEK(((__li__BNWI *)li__VMCK));
    } break;
    case __li__XNWI__: {
      li__WMCK=li__IWEK(((__li__XNWI *)li__VMCK));
    } break;
    case __li__LOWI__: {
      li__WMCK=li__NWEK(((__li__LOWI *)li__VMCK));
    } break;
    case __li__5OWI__: {
      li__WMCK=li__SWEK(((__li__5OWI *)li__VMCK));
    } break;
    case __li__TPWI__: {
      li__WMCK=li__XWEK(((__li__TPWI *)li__VMCK));
    } break;
    case __li__HQWI__: {
      li__WMCK=li__2WEK(((__li__HQWI *)li__VMCK));
    } break;
    case __li__ARWI__: {
      li__WMCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__WMCK=li__FXEK(((__li__URWI *)li__VMCK));
    } break;
    case __li__MSWI__: {
      li__WMCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__WMCK=((__li__ETWI *)li__VMCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__WMCK=((__li__MZWI *)li__VMCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__WMCK=((__li__C0WI *)li__VMCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__WMCK=((__li__M1WI *)li__VMCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__WMCK=((__li__KMFK *)li__VMCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__WMCK=li__T4NN(((__li__XOHL *)li__VMCK));
    } break;
    case __li__FPHL__: {
      li__WMCK=li__KA4L(((__li__FPHL *)li__VMCK));
    } break;
    case __li__APLM__: {
      li__WMCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__WMCK=li__1ISO(((__li__DTNM *)li__VMCK));
    } break;
    case __li__JXNM__: {
      li__WMCK=li__VX3R(((__li__JXNM *)li__VMCK));
    } break;
    case __li__21LO__: {
      li__WMCK=((__li__21LO *)li__VMCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__WMCK=((__li__TPOO *)li__VMCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__WMCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__WMCK=li__3FDQ(((__li__41XO *)li__VMCK));
    } break;
    case __li__AKBR__: {
      li__WMCK=li__WQDS(((__li__AKBR *)li__VMCK));
    } break;
    case __li__SU5R__: {
      li__WMCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__WMCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__WMCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__LMCK),(&__string_706));
    };
  };
  li__MMCK=li__KMCK->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MMCK)->__id) {
  case __li__WK__: {
    li__NMCK=((__li__WK *)li__MMCK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__NMCK=((__li__AVBD *)li__MMCK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__NMCK=((__li__KVBD *)li__MMCK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__NMCK=((__li__WVBD *)li__MMCK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__NMCK=li__JK5J(((__li__Z4WH *)li__MMCK));
  } break;
  case __li__KTVI__: {
    li__NMCK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__NMCK=li__553L();
  } break;
  case __li__XTVI__: {
    li__NMCK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__NMCK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__NMCK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__NMCK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__NMCK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__NMCK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__NMCK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__NMCK=li__DWEK(((__li__BNWI *)li__MMCK));
  } break;
  case __li__XNWI__: {
    li__NMCK=li__IWEK(((__li__XNWI *)li__MMCK));
  } break;
  case __li__LOWI__: {
    li__NMCK=li__NWEK(((__li__LOWI *)li__MMCK));
  } break;
  case __li__5OWI__: {
    li__NMCK=li__SWEK(((__li__5OWI *)li__MMCK));
  } break;
  case __li__TPWI__: {
    li__NMCK=li__XWEK(((__li__TPWI *)li__MMCK));
  } break;
  case __li__HQWI__: {
    li__NMCK=li__2WEK(((__li__HQWI *)li__MMCK));
  } break;
  case __li__ARWI__: {
    li__NMCK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__NMCK=li__FXEK(((__li__URWI *)li__MMCK));
  } break;
  case __li__MSWI__: {
    li__NMCK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__NMCK=((__li__ETWI *)li__MMCK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__NMCK=((__li__MZWI *)li__MMCK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__NMCK=((__li__C0WI *)li__MMCK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__NMCK=((__li__M1WI *)li__MMCK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__NMCK=((__li__KMFK *)li__MMCK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__NMCK=li__T4NN(((__li__XOHL *)li__MMCK));
  } break;
  case __li__FPHL__: {
    li__NMCK=li__KA4L(((__li__FPHL *)li__MMCK));
  } break;
  case __li__APLM__: {
    li__NMCK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__NMCK=li__1ISO(((__li__DTNM *)li__MMCK));
  } break;
  case __li__JXNM__: {
    li__NMCK=li__VX3R(((__li__JXNM *)li__MMCK));
  } break;
  case __li__21LO__: {
    li__NMCK=((__li__21LO *)li__MMCK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__NMCK=((__li__TPOO *)li__MMCK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__NMCK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__NMCK=li__3FDQ(((__li__41XO *)li__MMCK));
  } break;
  case __li__AKBR__: {
    li__NMCK=li__WQDS(((__li__AKBR *)li__MMCK));
  } break;
  case __li__SU5R__: {
    li__NMCK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__NMCK=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__NMCK)->li__AEM == (void *)li__ORB__)) {
    li__VMCK=li__KMCK->li__OMWI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__WMCK=((__li__WK *)li__VMCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__WMCK=((__li__AVBD *)li__VMCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__WMCK=((__li__KVBD *)li__VMCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__WMCK=((__li__WVBD *)li__VMCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__WMCK=li__JK5J(((__li__Z4WH *)li__VMCK));
    } break;
    case __li__KTVI__: {
      li__WMCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__WMCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__WMCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__WMCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__WMCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__WMCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__WMCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__WMCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__WMCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__WMCK=li__DWEK(((__li__BNWI *)li__VMCK));
    } break;
    case __li__XNWI__: {
      li__WMCK=li__IWEK(((__li__XNWI *)li__VMCK));
    } break;
    case __li__LOWI__: {
      li__WMCK=li__NWEK(((__li__LOWI *)li__VMCK));
    } break;
    case __li__5OWI__: {
      li__WMCK=li__SWEK(((__li__5OWI *)li__VMCK));
    } break;
    case __li__TPWI__: {
      li__WMCK=li__XWEK(((__li__TPWI *)li__VMCK));
    } break;
    case __li__HQWI__: {
      li__WMCK=li__2WEK(((__li__HQWI *)li__VMCK));
    } break;
    case __li__ARWI__: {
      li__WMCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__WMCK=li__FXEK(((__li__URWI *)li__VMCK));
    } break;
    case __li__MSWI__: {
      li__WMCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__WMCK=((__li__ETWI *)li__VMCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__WMCK=((__li__MZWI *)li__VMCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__WMCK=((__li__C0WI *)li__VMCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__WMCK=((__li__M1WI *)li__VMCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__WMCK=((__li__KMFK *)li__VMCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__WMCK=li__T4NN(((__li__XOHL *)li__VMCK));
    } break;
    case __li__FPHL__: {
      li__WMCK=li__KA4L(((__li__FPHL *)li__VMCK));
    } break;
    case __li__APLM__: {
      li__WMCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__WMCK=li__1ISO(((__li__DTNM *)li__VMCK));
    } break;
    case __li__JXNM__: {
      li__WMCK=li__VX3R(((__li__JXNM *)li__VMCK));
    } break;
    case __li__21LO__: {
      li__WMCK=((__li__21LO *)li__VMCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__WMCK=((__li__TPOO *)li__VMCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__WMCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__WMCK=li__3FDQ(((__li__41XO *)li__VMCK));
    } break;
    case __li__AKBR__: {
      li__WMCK=li__WQDS(((__li__AKBR *)li__VMCK));
    } break;
    case __li__SU5R__: {
      li__WMCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__WMCK=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__WMCK)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__AOCK=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__AOCK=li__B__;
    } break;
    };
    li__0MCK=li__AOCK;
  } else /* FALSE */ {
    li__0MCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__0MCK) {
    li__SRX(((__li__BC *)li__LMCK),'0');
  } else /* FALSE */ {
    li__VMCK=li__KMCK->li__OMWI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__WMCK=((__li__WK *)li__VMCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__WMCK=((__li__AVBD *)li__VMCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__WMCK=((__li__KVBD *)li__VMCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__WMCK=((__li__WVBD *)li__VMCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__WMCK=li__JK5J(((__li__Z4WH *)li__VMCK));
    } break;
    case __li__KTVI__: {
      li__WMCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__WMCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__WMCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__WMCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__WMCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__WMCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__WMCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__WMCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__WMCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__WMCK=li__DWEK(((__li__BNWI *)li__VMCK));
    } break;
    case __li__XNWI__: {
      li__WMCK=li__IWEK(((__li__XNWI *)li__VMCK));
    } break;
    case __li__LOWI__: {
      li__WMCK=li__NWEK(((__li__LOWI *)li__VMCK));
    } break;
    case __li__5OWI__: {
      li__WMCK=li__SWEK(((__li__5OWI *)li__VMCK));
    } break;
    case __li__TPWI__: {
      li__WMCK=li__XWEK(((__li__TPWI *)li__VMCK));
    } break;
    case __li__HQWI__: {
      li__WMCK=li__2WEK(((__li__HQWI *)li__VMCK));
    } break;
    case __li__ARWI__: {
      li__WMCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__WMCK=li__FXEK(((__li__URWI *)li__VMCK));
    } break;
    case __li__MSWI__: {
      li__WMCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__WMCK=((__li__ETWI *)li__VMCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__WMCK=((__li__MZWI *)li__VMCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__WMCK=((__li__C0WI *)li__VMCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__WMCK=((__li__M1WI *)li__VMCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__WMCK=((__li__KMFK *)li__VMCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__WMCK=li__T4NN(((__li__XOHL *)li__VMCK));
    } break;
    case __li__FPHL__: {
      li__WMCK=li__KA4L(((__li__FPHL *)li__VMCK));
    } break;
    case __li__APLM__: {
      li__WMCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__WMCK=li__1ISO(((__li__DTNM *)li__VMCK));
    } break;
    case __li__JXNM__: {
      li__WMCK=li__VX3R(((__li__JXNM *)li__VMCK));
    } break;
    case __li__21LO__: {
      li__WMCK=((__li__21LO *)li__VMCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__WMCK=((__li__TPOO *)li__VMCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__WMCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__WMCK=li__3FDQ(((__li__41XO *)li__VMCK));
    } break;
    case __li__AKBR__: {
      li__WMCK=li__WQDS(((__li__AKBR *)li__VMCK));
    } break;
    case __li__SU5R__: {
      li__WMCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__WMCK=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__WMCK)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__AOCK=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__AOCK=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__AOCK) {
      li__JAZ(((__li__BC *)li__LMCK),(&__string_713));
    };
    li__VMCK=li__KMCK->li__OMWI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__VMCK),li__LMCK);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__VMCK)),li__LMCK);
      li__JAZ(((__li__BC *)li__LMCK),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__LMCK),((__li__MZWI *)((__li__WK *)li__VMCK))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__A4LV=((__li__C0WI *)((__li__WK *)li__VMCK));
      li__SRX(((__li__BC *)li__LMCK),'\'');
      li__JAZ(((__li__BC *)li__LMCK),li__A4LV->li__CTBK);
      li__SRX(((__li__BC *)li__LMCK),'\'');
    } break;
    case __li__M1WI__: {
      li__C4LV=((__li__M1WI *)((__li__WK *)li__VMCK));
      li__SRX(((__li__BC *)li__LMCK),'\"');
      li__JAZ(((__li__BC *)li__LMCK),li__C4LV->li__UTFK);
      li__SRX(((__li__BC *)li__LMCK),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__LMCK),((__li__TPOO *)((__li__WK *)li__VMCK))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    };
    li__VMCK=li__KMCK->li__OMWI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__WMCK=((__li__WK *)li__VMCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__WMCK=((__li__AVBD *)li__VMCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__WMCK=((__li__KVBD *)li__VMCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__WMCK=((__li__WVBD *)li__VMCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__WMCK=li__JK5J(((__li__Z4WH *)li__VMCK));
    } break;
    case __li__KTVI__: {
      li__WMCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__WMCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__WMCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__WMCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__WMCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__WMCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__WMCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__WMCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__WMCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__WMCK=li__DWEK(((__li__BNWI *)li__VMCK));
    } break;
    case __li__XNWI__: {
      li__WMCK=li__IWEK(((__li__XNWI *)li__VMCK));
    } break;
    case __li__LOWI__: {
      li__WMCK=li__NWEK(((__li__LOWI *)li__VMCK));
    } break;
    case __li__5OWI__: {
      li__WMCK=li__SWEK(((__li__5OWI *)li__VMCK));
    } break;
    case __li__TPWI__: {
      li__WMCK=li__XWEK(((__li__TPWI *)li__VMCK));
    } break;
    case __li__HQWI__: {
      li__WMCK=li__2WEK(((__li__HQWI *)li__VMCK));
    } break;
    case __li__ARWI__: {
      li__WMCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__WMCK=li__FXEK(((__li__URWI *)li__VMCK));
    } break;
    case __li__MSWI__: {
      li__WMCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__WMCK=((__li__ETWI *)li__VMCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__WMCK=((__li__MZWI *)li__VMCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__WMCK=((__li__C0WI *)li__VMCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__WMCK=((__li__M1WI *)li__VMCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__WMCK=((__li__KMFK *)li__VMCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__WMCK=li__T4NN(((__li__XOHL *)li__VMCK));
    } break;
    case __li__FPHL__: {
      li__WMCK=li__KA4L(((__li__FPHL *)li__VMCK));
    } break;
    case __li__APLM__: {
      li__WMCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__WMCK=li__1ISO(((__li__DTNM *)li__VMCK));
    } break;
    case __li__JXNM__: {
      li__WMCK=li__VX3R(((__li__JXNM *)li__VMCK));
    } break;
    case __li__21LO__: {
      li__WMCK=((__li__21LO *)li__VMCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__WMCK=((__li__TPOO *)li__VMCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__WMCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__WMCK=li__3FDQ(((__li__41XO *)li__VMCK));
    } break;
    case __li__AKBR__: {
      li__WMCK=li__WQDS(((__li__AKBR *)li__VMCK));
    } break;
    case __li__SU5R__: {
      li__WMCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__WMCK=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__WMCK)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__AOCK=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__AOCK=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__AOCK) {
      li__JAZ(((__li__BC *)li__LMCK),(&__string_714));
    };
  };
  li__SRX(((__li__BC *)li__LMCK),' ');
  li__JAZ(((__li__BC *)li__LMCK),(&__string_24));
  li__SRX(((__li__BC *)li__LMCK),' ');
  li__MMCK=li__KMCK->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MMCK)->__id) {
  case __li__WK__: {
    li__NMCK=((__li__WK *)li__MMCK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__NMCK=((__li__AVBD *)li__MMCK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__NMCK=((__li__KVBD *)li__MMCK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__NMCK=((__li__WVBD *)li__MMCK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__NMCK=li__JK5J(((__li__Z4WH *)li__MMCK));
  } break;
  case __li__KTVI__: {
    li__NMCK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__NMCK=li__553L();
  } break;
  case __li__XTVI__: {
    li__NMCK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__NMCK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__NMCK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__NMCK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__NMCK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__NMCK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__NMCK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__NMCK=li__DWEK(((__li__BNWI *)li__MMCK));
  } break;
  case __li__XNWI__: {
    li__NMCK=li__IWEK(((__li__XNWI *)li__MMCK));
  } break;
  case __li__LOWI__: {
    li__NMCK=li__NWEK(((__li__LOWI *)li__MMCK));
  } break;
  case __li__5OWI__: {
    li__NMCK=li__SWEK(((__li__5OWI *)li__MMCK));
  } break;
  case __li__TPWI__: {
    li__NMCK=li__XWEK(((__li__TPWI *)li__MMCK));
  } break;
  case __li__HQWI__: {
    li__NMCK=li__2WEK(((__li__HQWI *)li__MMCK));
  } break;
  case __li__ARWI__: {
    li__NMCK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__NMCK=li__FXEK(((__li__URWI *)li__MMCK));
  } break;
  case __li__MSWI__: {
    li__NMCK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__NMCK=((__li__ETWI *)li__MMCK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__NMCK=((__li__MZWI *)li__MMCK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__NMCK=((__li__C0WI *)li__MMCK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__NMCK=((__li__M1WI *)li__MMCK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__NMCK=((__li__KMFK *)li__MMCK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__NMCK=li__T4NN(((__li__XOHL *)li__MMCK));
  } break;
  case __li__FPHL__: {
    li__NMCK=li__KA4L(((__li__FPHL *)li__MMCK));
  } break;
  case __li__APLM__: {
    li__NMCK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__NMCK=li__1ISO(((__li__DTNM *)li__MMCK));
  } break;
  case __li__JXNM__: {
    li__NMCK=li__VX3R(((__li__JXNM *)li__MMCK));
  } break;
  case __li__21LO__: {
    li__NMCK=((__li__21LO *)li__MMCK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__NMCK=((__li__TPOO *)li__MMCK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__NMCK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__NMCK=li__3FDQ(((__li__41XO *)li__MMCK));
  } break;
  case __li__AKBR__: {
    li__NMCK=li__WQDS(((__li__AKBR *)li__MMCK));
  } break;
  case __li__SU5R__: {
    li__NMCK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__NMCK=li__Y1IS();
  } break;
  };
  li__MMCK=((__li__5RB *)li__NMCK)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__MMCK)->__id) {
  case __li__IF__: {
    li__YMCK=((__li__IF *)li__MMCK)->li__TF->li__SF.li__R2B;
  } break;
  case __li__ORB__: {
    li__YMCK=(&__string_1);
  } break;
  case __li__QRB__: {
    li__YMCK=(&__string_2);
  } break;
  case __li__SRB__: {
    li__YMCK=(&__string_51);
  } break;
  case __li__URB__: {
    li__YMCK=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__YMCK=((__li__GSZ *)li__MMCK)->li__EGQB;
  } break;
  case __li__1RRF__: {
    li__JN4U=li__QLKI();
    li__YMCK=li__JN4U->li__SF.li__R2B;
  } break;
  case __li__UJSH__: {
    li__YMCK=((__li__UJSH *)li__MMCK)->li__VJSH.li__NZFD;
  } break;
  };
  li__0MCK=li__NQQK(li__YMCK);
  /* __li__B__ __li__I__ */
if (li__0MCK) {
    li__VMCK=li__KMCK->li__OMWI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__WMCK=((__li__WK *)li__VMCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__WMCK=((__li__AVBD *)li__VMCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__WMCK=((__li__KVBD *)li__VMCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__WMCK=((__li__WVBD *)li__VMCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__WMCK=li__JK5J(((__li__Z4WH *)li__VMCK));
    } break;
    case __li__KTVI__: {
      li__WMCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__WMCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__WMCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__WMCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__WMCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__WMCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__WMCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__WMCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__WMCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__WMCK=li__DWEK(((__li__BNWI *)li__VMCK));
    } break;
    case __li__XNWI__: {
      li__WMCK=li__IWEK(((__li__XNWI *)li__VMCK));
    } break;
    case __li__LOWI__: {
      li__WMCK=li__NWEK(((__li__LOWI *)li__VMCK));
    } break;
    case __li__5OWI__: {
      li__WMCK=li__SWEK(((__li__5OWI *)li__VMCK));
    } break;
    case __li__TPWI__: {
      li__WMCK=li__XWEK(((__li__TPWI *)li__VMCK));
    } break;
    case __li__HQWI__: {
      li__WMCK=li__2WEK(((__li__HQWI *)li__VMCK));
    } break;
    case __li__ARWI__: {
      li__WMCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__WMCK=li__FXEK(((__li__URWI *)li__VMCK));
    } break;
    case __li__MSWI__: {
      li__WMCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__WMCK=((__li__ETWI *)li__VMCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__WMCK=((__li__MZWI *)li__VMCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__WMCK=((__li__C0WI *)li__VMCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__WMCK=((__li__M1WI *)li__VMCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__WMCK=((__li__KMFK *)li__VMCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__WMCK=li__T4NN(((__li__XOHL *)li__VMCK));
    } break;
    case __li__FPHL__: {
      li__WMCK=li__KA4L(((__li__FPHL *)li__VMCK));
    } break;
    case __li__APLM__: {
      li__WMCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__WMCK=li__1ISO(((__li__DTNM *)li__VMCK));
    } break;
    case __li__JXNM__: {
      li__WMCK=li__VX3R(((__li__JXNM *)li__VMCK));
    } break;
    case __li__21LO__: {
      li__WMCK=((__li__21LO *)li__VMCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__WMCK=((__li__TPOO *)li__VMCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__WMCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__WMCK=li__3FDQ(((__li__41XO *)li__VMCK));
    } break;
    case __li__AKBR__: {
      li__WMCK=li__WQDS(((__li__AKBR *)li__VMCK));
    } break;
    case __li__SU5R__: {
      li__WMCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__WMCK=li__Y1IS();
    } break;
    };
    li__3MCK=((void *)((__li__5RB *)li__WMCK)->li__AEM == (void *)li__FUB);
  } else /* FALSE */ {
    li__3MCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__3MCK) {
    li__JAZ(((__li__BC *)li__LMCK),(&__string_712));
    li__3MCK=li__B__;
  } else /* FALSE */ {
    li__3MCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__3MCK)) {
    li__VMCK=li__KMCK->li__OMWI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__WMCK=((__li__WK *)li__VMCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__WMCK=((__li__AVBD *)li__VMCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__WMCK=((__li__KVBD *)li__VMCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__WMCK=((__li__WVBD *)li__VMCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__WMCK=li__JK5J(((__li__Z4WH *)li__VMCK));
    } break;
    case __li__KTVI__: {
      li__WMCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__WMCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__WMCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__WMCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__WMCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__WMCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__WMCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__WMCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__WMCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__WMCK=li__DWEK(((__li__BNWI *)li__VMCK));
    } break;
    case __li__XNWI__: {
      li__WMCK=li__IWEK(((__li__XNWI *)li__VMCK));
    } break;
    case __li__LOWI__: {
      li__WMCK=li__NWEK(((__li__LOWI *)li__VMCK));
    } break;
    case __li__5OWI__: {
      li__WMCK=li__SWEK(((__li__5OWI *)li__VMCK));
    } break;
    case __li__TPWI__: {
      li__WMCK=li__XWEK(((__li__TPWI *)li__VMCK));
    } break;
    case __li__HQWI__: {
      li__WMCK=li__2WEK(((__li__HQWI *)li__VMCK));
    } break;
    case __li__ARWI__: {
      li__WMCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__WMCK=li__FXEK(((__li__URWI *)li__VMCK));
    } break;
    case __li__MSWI__: {
      li__WMCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__WMCK=((__li__ETWI *)li__VMCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__WMCK=((__li__MZWI *)li__VMCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__WMCK=((__li__C0WI *)li__VMCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__WMCK=((__li__M1WI *)li__VMCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__WMCK=((__li__KMFK *)li__VMCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__WMCK=li__T4NN(((__li__XOHL *)li__VMCK));
    } break;
    case __li__FPHL__: {
      li__WMCK=li__KA4L(((__li__FPHL *)li__VMCK));
    } break;
    case __li__APLM__: {
      li__WMCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__WMCK=li__1ISO(((__li__DTNM *)li__VMCK));
    } break;
    case __li__JXNM__: {
      li__WMCK=li__VX3R(((__li__JXNM *)li__VMCK));
    } break;
    case __li__21LO__: {
      li__WMCK=((__li__21LO *)li__VMCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__WMCK=((__li__TPOO *)li__VMCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__WMCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__WMCK=li__3FDQ(((__li__41XO *)li__VMCK));
    } break;
    case __li__AKBR__: {
      li__WMCK=li__WQDS(((__li__AKBR *)li__VMCK));
    } break;
    case __li__SU5R__: {
      li__WMCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__WMCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__WMCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__LMCK),(&__string_706));
    };
  };
  li__MMCK=li__KMCK->li__OMWI.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MMCK)->__id) {
  case __li__WK__: {
    li__NMCK=((__li__WK *)li__MMCK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__NMCK=((__li__AVBD *)li__MMCK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__NMCK=((__li__KVBD *)li__MMCK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__NMCK=((__li__WVBD *)li__MMCK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__NMCK=li__JK5J(((__li__Z4WH *)li__MMCK));
  } break;
  case __li__KTVI__: {
    li__NMCK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__NMCK=li__553L();
  } break;
  case __li__XTVI__: {
    li__NMCK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__NMCK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__NMCK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__NMCK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__NMCK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__NMCK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__NMCK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__NMCK=li__DWEK(((__li__BNWI *)li__MMCK));
  } break;
  case __li__XNWI__: {
    li__NMCK=li__IWEK(((__li__XNWI *)li__MMCK));
  } break;
  case __li__LOWI__: {
    li__NMCK=li__NWEK(((__li__LOWI *)li__MMCK));
  } break;
  case __li__5OWI__: {
    li__NMCK=li__SWEK(((__li__5OWI *)li__MMCK));
  } break;
  case __li__TPWI__: {
    li__NMCK=li__XWEK(((__li__TPWI *)li__MMCK));
  } break;
  case __li__HQWI__: {
    li__NMCK=li__2WEK(((__li__HQWI *)li__MMCK));
  } break;
  case __li__ARWI__: {
    li__NMCK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__NMCK=li__FXEK(((__li__URWI *)li__MMCK));
  } break;
  case __li__MSWI__: {
    li__NMCK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__NMCK=((__li__ETWI *)li__MMCK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__NMCK=((__li__MZWI *)li__MMCK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__NMCK=((__li__C0WI *)li__MMCK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__NMCK=((__li__M1WI *)li__MMCK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__NMCK=((__li__KMFK *)li__MMCK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__NMCK=li__T4NN(((__li__XOHL *)li__MMCK));
  } break;
  case __li__FPHL__: {
    li__NMCK=li__KA4L(((__li__FPHL *)li__MMCK));
  } break;
  case __li__APLM__: {
    li__NMCK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__NMCK=li__1ISO(((__li__DTNM *)li__MMCK));
  } break;
  case __li__JXNM__: {
    li__NMCK=li__VX3R(((__li__JXNM *)li__MMCK));
  } break;
  case __li__21LO__: {
    li__NMCK=((__li__21LO *)li__MMCK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__NMCK=((__li__TPOO *)li__MMCK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__NMCK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__NMCK=li__3FDQ(((__li__41XO *)li__MMCK));
  } break;
  case __li__AKBR__: {
    li__NMCK=li__WQDS(((__li__AKBR *)li__MMCK));
  } break;
  case __li__SU5R__: {
    li__NMCK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__NMCK=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__NMCK)->li__AEM == (void *)li__ORB__)) {
    li__VMCK=li__KMCK->li__OMWI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__WMCK=((__li__WK *)li__VMCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__WMCK=((__li__AVBD *)li__VMCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__WMCK=((__li__KVBD *)li__VMCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__WMCK=((__li__WVBD *)li__VMCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__WMCK=li__JK5J(((__li__Z4WH *)li__VMCK));
    } break;
    case __li__KTVI__: {
      li__WMCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__WMCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__WMCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__WMCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__WMCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__WMCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__WMCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__WMCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__WMCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__WMCK=li__DWEK(((__li__BNWI *)li__VMCK));
    } break;
    case __li__XNWI__: {
      li__WMCK=li__IWEK(((__li__XNWI *)li__VMCK));
    } break;
    case __li__LOWI__: {
      li__WMCK=li__NWEK(((__li__LOWI *)li__VMCK));
    } break;
    case __li__5OWI__: {
      li__WMCK=li__SWEK(((__li__5OWI *)li__VMCK));
    } break;
    case __li__TPWI__: {
      li__WMCK=li__XWEK(((__li__TPWI *)li__VMCK));
    } break;
    case __li__HQWI__: {
      li__WMCK=li__2WEK(((__li__HQWI *)li__VMCK));
    } break;
    case __li__ARWI__: {
      li__WMCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__WMCK=li__FXEK(((__li__URWI *)li__VMCK));
    } break;
    case __li__MSWI__: {
      li__WMCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__WMCK=((__li__ETWI *)li__VMCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__WMCK=((__li__MZWI *)li__VMCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__WMCK=((__li__C0WI *)li__VMCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__WMCK=((__li__M1WI *)li__VMCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__WMCK=((__li__KMFK *)li__VMCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__WMCK=li__T4NN(((__li__XOHL *)li__VMCK));
    } break;
    case __li__FPHL__: {
      li__WMCK=li__KA4L(((__li__FPHL *)li__VMCK));
    } break;
    case __li__APLM__: {
      li__WMCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__WMCK=li__1ISO(((__li__DTNM *)li__VMCK));
    } break;
    case __li__JXNM__: {
      li__WMCK=li__VX3R(((__li__JXNM *)li__VMCK));
    } break;
    case __li__21LO__: {
      li__WMCK=((__li__21LO *)li__VMCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__WMCK=((__li__TPOO *)li__VMCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__WMCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__WMCK=li__3FDQ(((__li__41XO *)li__VMCK));
    } break;
    case __li__AKBR__: {
      li__WMCK=li__WQDS(((__li__AKBR *)li__VMCK));
    } break;
    case __li__SU5R__: {
      li__WMCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__WMCK=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__WMCK)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__AOCK=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__AOCK=li__B__;
    } break;
    };
    li__3MCK=li__AOCK;
  } else /* FALSE */ {
    li__3MCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__3MCK) {
    li__SRX(((__li__BC *)li__LMCK),'0');
  } else /* FALSE */ {
    li__VMCK=li__KMCK->li__OMWI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__VMCK),li__LMCK);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__VMCK)),li__LMCK);
      li__JAZ(((__li__BC *)li__LMCK),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__LMCK),((__li__MZWI *)((__li__WK *)li__VMCK))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__A4LV=((__li__C0WI *)((__li__WK *)li__VMCK));
      li__SRX(((__li__BC *)li__LMCK),'\'');
      li__JAZ(((__li__BC *)li__LMCK),li__A4LV->li__CTBK);
      li__SRX(((__li__BC *)li__LMCK),'\'');
    } break;
    case __li__M1WI__: {
      li__C4LV=((__li__M1WI *)((__li__WK *)li__VMCK));
      li__SRX(((__li__BC *)li__LMCK),'\"');
      li__JAZ(((__li__BC *)li__LMCK),li__C4LV->li__UTFK);
      li__SRX(((__li__BC *)li__LMCK),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__LMCK),((__li__TPOO *)((__li__WK *)li__VMCK))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__VMCK)),li__LMCK);
    } break;
    };
    li__VMCK=li__KMCK->li__OMWI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VMCK)->__id) {
    case __li__WK__: {
      li__WMCK=((__li__WK *)li__VMCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__WMCK=((__li__AVBD *)li__VMCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__WMCK=((__li__KVBD *)li__VMCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__WMCK=((__li__WVBD *)li__VMCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__WMCK=li__JK5J(((__li__Z4WH *)li__VMCK));
    } break;
    case __li__KTVI__: {
      li__WMCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__WMCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__WMCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__WMCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__WMCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__WMCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__WMCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__WMCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__WMCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__WMCK=li__DWEK(((__li__BNWI *)li__VMCK));
    } break;
    case __li__XNWI__: {
      li__WMCK=li__IWEK(((__li__XNWI *)li__VMCK));
    } break;
    case __li__LOWI__: {
      li__WMCK=li__NWEK(((__li__LOWI *)li__VMCK));
    } break;
    case __li__5OWI__: {
      li__WMCK=li__SWEK(((__li__5OWI *)li__VMCK));
    } break;
    case __li__TPWI__: {
      li__WMCK=li__XWEK(((__li__TPWI *)li__VMCK));
    } break;
    case __li__HQWI__: {
      li__WMCK=li__2WEK(((__li__HQWI *)li__VMCK));
    } break;
    case __li__ARWI__: {
      li__WMCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__WMCK=li__FXEK(((__li__URWI *)li__VMCK));
    } break;
    case __li__MSWI__: {
      li__WMCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__WMCK=((__li__ETWI *)li__VMCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__WMCK=((__li__MZWI *)li__VMCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__WMCK=((__li__C0WI *)li__VMCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__WMCK=((__li__M1WI *)li__VMCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__WMCK=((__li__KMFK *)li__VMCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__WMCK=li__T4NN(((__li__XOHL *)li__VMCK));
    } break;
    case __li__FPHL__: {
      li__WMCK=li__KA4L(((__li__FPHL *)li__VMCK));
    } break;
    case __li__APLM__: {
      li__WMCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__WMCK=li__1ISO(((__li__DTNM *)li__VMCK));
    } break;
    case __li__JXNM__: {
      li__WMCK=li__VX3R(((__li__JXNM *)li__VMCK));
    } break;
    case __li__21LO__: {
      li__WMCK=((__li__21LO *)li__VMCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__WMCK=((__li__TPOO *)li__VMCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__WMCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__WMCK=li__3FDQ(((__li__41XO *)li__VMCK));
    } break;
    case __li__AKBR__: {
      li__WMCK=li__WQDS(((__li__AKBR *)li__VMCK));
    } break;
    case __li__SU5R__: {
      li__WMCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__WMCK=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__WMCK)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__AOCK=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__AOCK=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__AOCK) {
      li__JAZ(((__li__BC *)li__LMCK),(&__string_714));
    };
  };
  li__SRX(((__li__BC *)li__LMCK),')');
}

static void li__WRCK(__li__BNWI *li__XRCK,__li__BC *li__YRCK)
/* (Strict EXPR_SUB{li__BNWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__ZRCK,*li__GSCK,*li__XSCK;
  void *li__WSCK,*li__STCK;
  __li__C0WI *li__Q4LV;
  __li__M1WI *li__S4LV;
  __li__C li__RSCK;
  li__ZRCK=li__DWEK(li__XRCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__ZRCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__YRCK),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__YRCK),'(');
    li__GSCK=li__DWEK(li__XRCK);
    li__DN0G(((__li__5RB *)li__GSCK),li__YRCK);
    li__SRX(((__li__BC *)li__YRCK),')');
  };
  li__SRX(((__li__BC *)li__YRCK),'(');
  li__ZRCK=li__DWEK(li__XRCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__ZRCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__YRCK),(&__string_712));
    li__RSCK=li__B__;
  } else /* FALSE */ {
    li__RSCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__RSCK)) {
    li__WSCK=li__XRCK->li__ENWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WSCK)->__id) {
    case __li__WK__: {
      li__XSCK=((__li__WK *)li__WSCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__XSCK=((__li__AVBD *)li__WSCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__XSCK=((__li__KVBD *)li__WSCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__XSCK=((__li__WVBD *)li__WSCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__XSCK=li__JK5J(((__li__Z4WH *)li__WSCK));
    } break;
    case __li__KTVI__: {
      li__XSCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__XSCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__XSCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__XSCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__XSCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__XSCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__XSCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__XSCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__XSCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__XSCK=li__DWEK(((__li__BNWI *)li__WSCK));
    } break;
    case __li__XNWI__: {
      li__XSCK=li__IWEK(((__li__XNWI *)li__WSCK));
    } break;
    case __li__LOWI__: {
      li__XSCK=li__NWEK(((__li__LOWI *)li__WSCK));
    } break;
    case __li__5OWI__: {
      li__XSCK=li__SWEK(((__li__5OWI *)li__WSCK));
    } break;
    case __li__TPWI__: {
      li__XSCK=li__XWEK(((__li__TPWI *)li__WSCK));
    } break;
    case __li__HQWI__: {
      li__XSCK=li__2WEK(((__li__HQWI *)li__WSCK));
    } break;
    case __li__ARWI__: {
      li__XSCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__XSCK=li__FXEK(((__li__URWI *)li__WSCK));
    } break;
    case __li__MSWI__: {
      li__XSCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__XSCK=((__li__ETWI *)li__WSCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__XSCK=((__li__MZWI *)li__WSCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__XSCK=((__li__C0WI *)li__WSCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__XSCK=((__li__M1WI *)li__WSCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__XSCK=((__li__KMFK *)li__WSCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__XSCK=li__T4NN(((__li__XOHL *)li__WSCK));
    } break;
    case __li__FPHL__: {
      li__XSCK=li__KA4L(((__li__FPHL *)li__WSCK));
    } break;
    case __li__APLM__: {
      li__XSCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__XSCK=li__1ISO(((__li__DTNM *)li__WSCK));
    } break;
    case __li__JXNM__: {
      li__XSCK=li__VX3R(((__li__JXNM *)li__WSCK));
    } break;
    case __li__21LO__: {
      li__XSCK=((__li__21LO *)li__WSCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__XSCK=((__li__TPOO *)li__WSCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__XSCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__XSCK=li__3FDQ(((__li__41XO *)li__WSCK));
    } break;
    case __li__AKBR__: {
      li__XSCK=li__WQDS(((__li__AKBR *)li__WSCK));
    } break;
    case __li__SU5R__: {
      li__XSCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__XSCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__XSCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__YRCK),(&__string_706));
    };
  };
  li__WSCK=li__XRCK->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WSCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__WSCK)),li__YRCK);
    li__JAZ(((__li__BC *)li__YRCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__YRCK),((__li__MZWI *)((__li__KMFK *)li__WSCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__Q4LV=((__li__C0WI *)((__li__KMFK *)li__WSCK));
    li__SRX(((__li__BC *)li__YRCK),'\'');
    li__JAZ(((__li__BC *)li__YRCK),li__Q4LV->li__CTBK);
    li__SRX(((__li__BC *)li__YRCK),'\'');
  } break;
  case __li__M1WI__: {
    li__S4LV=((__li__M1WI *)((__li__KMFK *)li__WSCK));
    li__SRX(((__li__BC *)li__YRCK),'\"');
    li__JAZ(((__li__BC *)li__YRCK),li__S4LV->li__UTFK);
    li__SRX(((__li__BC *)li__YRCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__WSCK),li__YRCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__YRCK),((__li__TPOO *)((__li__KMFK *)li__WSCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  };
  li__SRX(((__li__BC *)li__YRCK),' ');
  li__JAZ(((__li__BC *)li__YRCK),(&__string_489));
  li__SRX(((__li__BC *)li__YRCK),' ');
  li__ZRCK=li__DWEK(li__XRCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__ZRCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__YRCK),(&__string_712));
    li__RSCK=li__B__;
  } else /* FALSE */ {
    li__RSCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__RSCK)) {
    li__STCK=li__XRCK->li__ENWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__STCK)->__id) {
    case __li__WK__: {
      li__XSCK=((__li__WK *)li__STCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__XSCK=((__li__AVBD *)li__STCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__XSCK=((__li__KVBD *)li__STCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__XSCK=((__li__WVBD *)li__STCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__XSCK=li__JK5J(((__li__Z4WH *)li__STCK));
    } break;
    case __li__KTVI__: {
      li__XSCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__XSCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__XSCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__XSCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__XSCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__XSCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__XSCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__XSCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__XSCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__XSCK=li__DWEK(((__li__BNWI *)li__STCK));
    } break;
    case __li__XNWI__: {
      li__XSCK=li__IWEK(((__li__XNWI *)li__STCK));
    } break;
    case __li__LOWI__: {
      li__XSCK=li__NWEK(((__li__LOWI *)li__STCK));
    } break;
    case __li__5OWI__: {
      li__XSCK=li__SWEK(((__li__5OWI *)li__STCK));
    } break;
    case __li__TPWI__: {
      li__XSCK=li__XWEK(((__li__TPWI *)li__STCK));
    } break;
    case __li__HQWI__: {
      li__XSCK=li__2WEK(((__li__HQWI *)li__STCK));
    } break;
    case __li__ARWI__: {
      li__XSCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__XSCK=li__FXEK(((__li__URWI *)li__STCK));
    } break;
    case __li__MSWI__: {
      li__XSCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__XSCK=((__li__ETWI *)li__STCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__XSCK=((__li__MZWI *)li__STCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__XSCK=((__li__C0WI *)li__STCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__XSCK=((__li__M1WI *)li__STCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__XSCK=((__li__KMFK *)li__STCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__XSCK=li__T4NN(((__li__XOHL *)li__STCK));
    } break;
    case __li__FPHL__: {
      li__XSCK=li__KA4L(((__li__FPHL *)li__STCK));
    } break;
    case __li__APLM__: {
      li__XSCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__XSCK=li__1ISO(((__li__DTNM *)li__STCK));
    } break;
    case __li__JXNM__: {
      li__XSCK=li__VX3R(((__li__JXNM *)li__STCK));
    } break;
    case __li__21LO__: {
      li__XSCK=((__li__21LO *)li__STCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__XSCK=((__li__TPOO *)li__STCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__XSCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__XSCK=li__3FDQ(((__li__41XO *)li__STCK));
    } break;
    case __li__AKBR__: {
      li__XSCK=li__WQDS(((__li__AKBR *)li__STCK));
    } break;
    case __li__SU5R__: {
      li__XSCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__XSCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__XSCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__YRCK),(&__string_706));
    };
  };
  li__WSCK=li__XRCK->li__ENWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WSCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__WSCK)),li__YRCK);
    li__JAZ(((__li__BC *)li__YRCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__YRCK),((__li__MZWI *)((__li__KMFK *)li__WSCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__Q4LV=((__li__C0WI *)((__li__KMFK *)li__WSCK));
    li__SRX(((__li__BC *)li__YRCK),'\'');
    li__JAZ(((__li__BC *)li__YRCK),li__Q4LV->li__CTBK);
    li__SRX(((__li__BC *)li__YRCK),'\'');
  } break;
  case __li__M1WI__: {
    li__S4LV=((__li__M1WI *)((__li__KMFK *)li__WSCK));
    li__SRX(((__li__BC *)li__YRCK),'\"');
    li__JAZ(((__li__BC *)li__YRCK),li__S4LV->li__UTFK);
    li__SRX(((__li__BC *)li__YRCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__WSCK),li__YRCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__YRCK),((__li__TPOO *)((__li__KMFK *)li__WSCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__WSCK)),li__YRCK);
  } break;
  };
  li__SRX(((__li__BC *)li__YRCK),')');
}

static void li__5TCK(__li__XNWI *li__AUCK,__li__BC *li__BUCK)
/* (Strict EXPR_MUL{li__XNWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__CUCK,*li__PUCK,*li__AVCK;
  void *li__5UCK,*li__1VCK;
  __li__C0WI *li__A5LV;
  __li__M1WI *li__C5LV;
  __li__C li__0UCK;
  li__CUCK=li__IWEK(li__AUCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__CUCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__BUCK),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__BUCK),'(');
    li__PUCK=li__IWEK(li__AUCK);
    li__DN0G(((__li__5RB *)li__PUCK),li__BUCK);
    li__SRX(((__li__BC *)li__BUCK),')');
  };
  li__SRX(((__li__BC *)li__BUCK),'(');
  li__CUCK=li__IWEK(li__AUCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__CUCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__BUCK),(&__string_712));
    li__0UCK=li__B__;
  } else /* FALSE */ {
    li__0UCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__0UCK)) {
    li__5UCK=li__AUCK->li__YNWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5UCK)->__id) {
    case __li__WK__: {
      li__AVCK=((__li__WK *)li__5UCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__AVCK=((__li__AVBD *)li__5UCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__AVCK=((__li__KVBD *)li__5UCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__AVCK=((__li__WVBD *)li__5UCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__AVCK=li__JK5J(((__li__Z4WH *)li__5UCK));
    } break;
    case __li__KTVI__: {
      li__AVCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__AVCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__AVCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__AVCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__AVCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__AVCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__AVCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__AVCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__AVCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__AVCK=li__DWEK(((__li__BNWI *)li__5UCK));
    } break;
    case __li__XNWI__: {
      li__AVCK=li__IWEK(((__li__XNWI *)li__5UCK));
    } break;
    case __li__LOWI__: {
      li__AVCK=li__NWEK(((__li__LOWI *)li__5UCK));
    } break;
    case __li__5OWI__: {
      li__AVCK=li__SWEK(((__li__5OWI *)li__5UCK));
    } break;
    case __li__TPWI__: {
      li__AVCK=li__XWEK(((__li__TPWI *)li__5UCK));
    } break;
    case __li__HQWI__: {
      li__AVCK=li__2WEK(((__li__HQWI *)li__5UCK));
    } break;
    case __li__ARWI__: {
      li__AVCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__AVCK=li__FXEK(((__li__URWI *)li__5UCK));
    } break;
    case __li__MSWI__: {
      li__AVCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__AVCK=((__li__ETWI *)li__5UCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__AVCK=((__li__MZWI *)li__5UCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__AVCK=((__li__C0WI *)li__5UCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__AVCK=((__li__M1WI *)li__5UCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__AVCK=((__li__KMFK *)li__5UCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__AVCK=li__T4NN(((__li__XOHL *)li__5UCK));
    } break;
    case __li__FPHL__: {
      li__AVCK=li__KA4L(((__li__FPHL *)li__5UCK));
    } break;
    case __li__APLM__: {
      li__AVCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__AVCK=li__1ISO(((__li__DTNM *)li__5UCK));
    } break;
    case __li__JXNM__: {
      li__AVCK=li__VX3R(((__li__JXNM *)li__5UCK));
    } break;
    case __li__21LO__: {
      li__AVCK=((__li__21LO *)li__5UCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__AVCK=((__li__TPOO *)li__5UCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__AVCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__AVCK=li__3FDQ(((__li__41XO *)li__5UCK));
    } break;
    case __li__AKBR__: {
      li__AVCK=li__WQDS(((__li__AKBR *)li__5UCK));
    } break;
    case __li__SU5R__: {
      li__AVCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__AVCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__AVCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__BUCK),(&__string_706));
    };
  };
  li__5UCK=li__AUCK->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5UCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__5UCK)),li__BUCK);
    li__JAZ(((__li__BC *)li__BUCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__BUCK),((__li__MZWI *)((__li__KMFK *)li__5UCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__A5LV=((__li__C0WI *)((__li__KMFK *)li__5UCK));
    li__SRX(((__li__BC *)li__BUCK),'\'');
    li__JAZ(((__li__BC *)li__BUCK),li__A5LV->li__CTBK);
    li__SRX(((__li__BC *)li__BUCK),'\'');
  } break;
  case __li__M1WI__: {
    li__C5LV=((__li__M1WI *)((__li__KMFK *)li__5UCK));
    li__SRX(((__li__BC *)li__BUCK),'\"');
    li__JAZ(((__li__BC *)li__BUCK),li__C5LV->li__UTFK);
    li__SRX(((__li__BC *)li__BUCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__5UCK),li__BUCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__BUCK),((__li__TPOO *)((__li__KMFK *)li__5UCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  };
  li__SRX(((__li__BC *)li__BUCK),' ');
  li__JAZ(((__li__BC *)li__BUCK),(&__string_212));
  li__SRX(((__li__BC *)li__BUCK),' ');
  li__CUCK=li__IWEK(li__AUCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__CUCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__BUCK),(&__string_712));
    li__0UCK=li__B__;
  } else /* FALSE */ {
    li__0UCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__0UCK)) {
    li__1VCK=li__AUCK->li__YNWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1VCK)->__id) {
    case __li__WK__: {
      li__AVCK=((__li__WK *)li__1VCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__AVCK=((__li__AVBD *)li__1VCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__AVCK=((__li__KVBD *)li__1VCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__AVCK=((__li__WVBD *)li__1VCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__AVCK=li__JK5J(((__li__Z4WH *)li__1VCK));
    } break;
    case __li__KTVI__: {
      li__AVCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__AVCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__AVCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__AVCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__AVCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__AVCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__AVCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__AVCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__AVCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__AVCK=li__DWEK(((__li__BNWI *)li__1VCK));
    } break;
    case __li__XNWI__: {
      li__AVCK=li__IWEK(((__li__XNWI *)li__1VCK));
    } break;
    case __li__LOWI__: {
      li__AVCK=li__NWEK(((__li__LOWI *)li__1VCK));
    } break;
    case __li__5OWI__: {
      li__AVCK=li__SWEK(((__li__5OWI *)li__1VCK));
    } break;
    case __li__TPWI__: {
      li__AVCK=li__XWEK(((__li__TPWI *)li__1VCK));
    } break;
    case __li__HQWI__: {
      li__AVCK=li__2WEK(((__li__HQWI *)li__1VCK));
    } break;
    case __li__ARWI__: {
      li__AVCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__AVCK=li__FXEK(((__li__URWI *)li__1VCK));
    } break;
    case __li__MSWI__: {
      li__AVCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__AVCK=((__li__ETWI *)li__1VCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__AVCK=((__li__MZWI *)li__1VCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__AVCK=((__li__C0WI *)li__1VCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__AVCK=((__li__M1WI *)li__1VCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__AVCK=((__li__KMFK *)li__1VCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__AVCK=li__T4NN(((__li__XOHL *)li__1VCK));
    } break;
    case __li__FPHL__: {
      li__AVCK=li__KA4L(((__li__FPHL *)li__1VCK));
    } break;
    case __li__APLM__: {
      li__AVCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__AVCK=li__1ISO(((__li__DTNM *)li__1VCK));
    } break;
    case __li__JXNM__: {
      li__AVCK=li__VX3R(((__li__JXNM *)li__1VCK));
    } break;
    case __li__21LO__: {
      li__AVCK=((__li__21LO *)li__1VCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__AVCK=((__li__TPOO *)li__1VCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__AVCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__AVCK=li__3FDQ(((__li__41XO *)li__1VCK));
    } break;
    case __li__AKBR__: {
      li__AVCK=li__WQDS(((__li__AKBR *)li__1VCK));
    } break;
    case __li__SU5R__: {
      li__AVCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__AVCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__AVCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__BUCK),(&__string_706));
    };
  };
  li__5UCK=li__AUCK->li__YNWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5UCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__5UCK)),li__BUCK);
    li__JAZ(((__li__BC *)li__BUCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__BUCK),((__li__MZWI *)((__li__KMFK *)li__5UCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__A5LV=((__li__C0WI *)((__li__KMFK *)li__5UCK));
    li__SRX(((__li__BC *)li__BUCK),'\'');
    li__JAZ(((__li__BC *)li__BUCK),li__A5LV->li__CTBK);
    li__SRX(((__li__BC *)li__BUCK),'\'');
  } break;
  case __li__M1WI__: {
    li__C5LV=((__li__M1WI *)((__li__KMFK *)li__5UCK));
    li__SRX(((__li__BC *)li__BUCK),'\"');
    li__JAZ(((__li__BC *)li__BUCK),li__C5LV->li__UTFK);
    li__SRX(((__li__BC *)li__BUCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__5UCK),li__BUCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__BUCK),((__li__TPOO *)((__li__KMFK *)li__5UCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__5UCK)),li__BUCK);
  } break;
  };
  li__SRX(((__li__BC *)li__BUCK),')');
}

static void li__IWCK(__li__LOWI *li__JWCK,__li__BC *li__KWCK)
/* (Strict EXPR_DIV{li__LOWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__LWCK,*li__YWCK,*li__JXCK;
  void *li__IXCK,*li__EYCK;
  __li__C0WI *li__Q5LV;
  __li__M1WI *li__S5LV;
  __li__C li__DXCK;
  li__LWCK=li__NWEK(li__JWCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__LWCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__KWCK),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__KWCK),'(');
    li__YWCK=li__NWEK(li__JWCK);
    li__DN0G(((__li__5RB *)li__YWCK),li__KWCK);
    li__SRX(((__li__BC *)li__KWCK),')');
  };
  li__SRX(((__li__BC *)li__KWCK),'(');
  li__LWCK=li__NWEK(li__JWCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__LWCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__KWCK),(&__string_712));
    li__DXCK=li__B__;
  } else /* FALSE */ {
    li__DXCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__DXCK)) {
    li__IXCK=li__JWCK->li__MOWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IXCK)->__id) {
    case __li__WK__: {
      li__JXCK=((__li__WK *)li__IXCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__JXCK=((__li__AVBD *)li__IXCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__JXCK=((__li__KVBD *)li__IXCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__JXCK=((__li__WVBD *)li__IXCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__JXCK=li__JK5J(((__li__Z4WH *)li__IXCK));
    } break;
    case __li__KTVI__: {
      li__JXCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__JXCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__JXCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__JXCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__JXCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__JXCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__JXCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__JXCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__JXCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__JXCK=li__DWEK(((__li__BNWI *)li__IXCK));
    } break;
    case __li__XNWI__: {
      li__JXCK=li__IWEK(((__li__XNWI *)li__IXCK));
    } break;
    case __li__LOWI__: {
      li__JXCK=li__NWEK(((__li__LOWI *)li__IXCK));
    } break;
    case __li__5OWI__: {
      li__JXCK=li__SWEK(((__li__5OWI *)li__IXCK));
    } break;
    case __li__TPWI__: {
      li__JXCK=li__XWEK(((__li__TPWI *)li__IXCK));
    } break;
    case __li__HQWI__: {
      li__JXCK=li__2WEK(((__li__HQWI *)li__IXCK));
    } break;
    case __li__ARWI__: {
      li__JXCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__JXCK=li__FXEK(((__li__URWI *)li__IXCK));
    } break;
    case __li__MSWI__: {
      li__JXCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__JXCK=((__li__ETWI *)li__IXCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__JXCK=((__li__MZWI *)li__IXCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__JXCK=((__li__C0WI *)li__IXCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__JXCK=((__li__M1WI *)li__IXCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__JXCK=((__li__KMFK *)li__IXCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__JXCK=li__T4NN(((__li__XOHL *)li__IXCK));
    } break;
    case __li__FPHL__: {
      li__JXCK=li__KA4L(((__li__FPHL *)li__IXCK));
    } break;
    case __li__APLM__: {
      li__JXCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__JXCK=li__1ISO(((__li__DTNM *)li__IXCK));
    } break;
    case __li__JXNM__: {
      li__JXCK=li__VX3R(((__li__JXNM *)li__IXCK));
    } break;
    case __li__21LO__: {
      li__JXCK=((__li__21LO *)li__IXCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__JXCK=((__li__TPOO *)li__IXCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__JXCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__JXCK=li__3FDQ(((__li__41XO *)li__IXCK));
    } break;
    case __li__AKBR__: {
      li__JXCK=li__WQDS(((__li__AKBR *)li__IXCK));
    } break;
    case __li__SU5R__: {
      li__JXCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__JXCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__JXCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__KWCK),(&__string_706));
    };
  };
  li__IXCK=li__JWCK->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IXCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__IXCK)),li__KWCK);
    li__JAZ(((__li__BC *)li__KWCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__KWCK),((__li__MZWI *)((__li__KMFK *)li__IXCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__Q5LV=((__li__C0WI *)((__li__KMFK *)li__IXCK));
    li__SRX(((__li__BC *)li__KWCK),'\'');
    li__JAZ(((__li__BC *)li__KWCK),li__Q5LV->li__CTBK);
    li__SRX(((__li__BC *)li__KWCK),'\'');
  } break;
  case __li__M1WI__: {
    li__S5LV=((__li__M1WI *)((__li__KMFK *)li__IXCK));
    li__SRX(((__li__BC *)li__KWCK),'\"');
    li__JAZ(((__li__BC *)li__KWCK),li__S5LV->li__UTFK);
    li__SRX(((__li__BC *)li__KWCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__IXCK),li__KWCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__KWCK),((__li__TPOO *)((__li__KMFK *)li__IXCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  };
  li__SRX(((__li__BC *)li__KWCK),' ');
  li__JAZ(((__li__BC *)li__KWCK),(&__string_490));
  li__SRX(((__li__BC *)li__KWCK),' ');
  li__LWCK=li__NWEK(li__JWCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__LWCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__KWCK),(&__string_712));
    li__DXCK=li__B__;
  } else /* FALSE */ {
    li__DXCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__DXCK)) {
    li__EYCK=li__JWCK->li__MOWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EYCK)->__id) {
    case __li__WK__: {
      li__JXCK=((__li__WK *)li__EYCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__JXCK=((__li__AVBD *)li__EYCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__JXCK=((__li__KVBD *)li__EYCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__JXCK=((__li__WVBD *)li__EYCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__JXCK=li__JK5J(((__li__Z4WH *)li__EYCK));
    } break;
    case __li__KTVI__: {
      li__JXCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__JXCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__JXCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__JXCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__JXCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__JXCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__JXCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__JXCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__JXCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__JXCK=li__DWEK(((__li__BNWI *)li__EYCK));
    } break;
    case __li__XNWI__: {
      li__JXCK=li__IWEK(((__li__XNWI *)li__EYCK));
    } break;
    case __li__LOWI__: {
      li__JXCK=li__NWEK(((__li__LOWI *)li__EYCK));
    } break;
    case __li__5OWI__: {
      li__JXCK=li__SWEK(((__li__5OWI *)li__EYCK));
    } break;
    case __li__TPWI__: {
      li__JXCK=li__XWEK(((__li__TPWI *)li__EYCK));
    } break;
    case __li__HQWI__: {
      li__JXCK=li__2WEK(((__li__HQWI *)li__EYCK));
    } break;
    case __li__ARWI__: {
      li__JXCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__JXCK=li__FXEK(((__li__URWI *)li__EYCK));
    } break;
    case __li__MSWI__: {
      li__JXCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__JXCK=((__li__ETWI *)li__EYCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__JXCK=((__li__MZWI *)li__EYCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__JXCK=((__li__C0WI *)li__EYCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__JXCK=((__li__M1WI *)li__EYCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__JXCK=((__li__KMFK *)li__EYCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__JXCK=li__T4NN(((__li__XOHL *)li__EYCK));
    } break;
    case __li__FPHL__: {
      li__JXCK=li__KA4L(((__li__FPHL *)li__EYCK));
    } break;
    case __li__APLM__: {
      li__JXCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__JXCK=li__1ISO(((__li__DTNM *)li__EYCK));
    } break;
    case __li__JXNM__: {
      li__JXCK=li__VX3R(((__li__JXNM *)li__EYCK));
    } break;
    case __li__21LO__: {
      li__JXCK=((__li__21LO *)li__EYCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__JXCK=((__li__TPOO *)li__EYCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__JXCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__JXCK=li__3FDQ(((__li__41XO *)li__EYCK));
    } break;
    case __li__AKBR__: {
      li__JXCK=li__WQDS(((__li__AKBR *)li__EYCK));
    } break;
    case __li__SU5R__: {
      li__JXCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__JXCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__JXCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__KWCK),(&__string_706));
    };
  };
  li__IXCK=li__JWCK->li__MOWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IXCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__IXCK)),li__KWCK);
    li__JAZ(((__li__BC *)li__KWCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__KWCK),((__li__MZWI *)((__li__KMFK *)li__IXCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__Q5LV=((__li__C0WI *)((__li__KMFK *)li__IXCK));
    li__SRX(((__li__BC *)li__KWCK),'\'');
    li__JAZ(((__li__BC *)li__KWCK),li__Q5LV->li__CTBK);
    li__SRX(((__li__BC *)li__KWCK),'\'');
  } break;
  case __li__M1WI__: {
    li__S5LV=((__li__M1WI *)((__li__KMFK *)li__IXCK));
    li__SRX(((__li__BC *)li__KWCK),'\"');
    li__JAZ(((__li__BC *)li__KWCK),li__S5LV->li__UTFK);
    li__SRX(((__li__BC *)li__KWCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__IXCK),li__KWCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__KWCK),((__li__TPOO *)((__li__KMFK *)li__IXCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__IXCK)),li__KWCK);
  } break;
  };
  li__SRX(((__li__BC *)li__KWCK),')');
}

static void li__RYCK(__li__5OWI *li__SYCK,__li__BC *li__TYCK)
/* (Strict EXPR_AND{li__5OWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__UYCK,*li__BZCK,*li__SZCK;
  void *li__RZCK,*li__N0CK;
  __li__C0WI *li__AAMV;
  __li__M1WI *li__CAMV;
  __li__C li__MZCK;
  li__UYCK=li__SWEK(li__SYCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__UYCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__TYCK),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__TYCK),'(');
    li__BZCK=li__SWEK(li__SYCK);
    li__DN0G(((__li__5RB *)li__BZCK),li__TYCK);
    li__SRX(((__li__BC *)li__TYCK),')');
  };
  li__SRX(((__li__BC *)li__TYCK),'(');
  li__UYCK=li__SWEK(li__SYCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__UYCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__TYCK),(&__string_712));
    li__MZCK=li__B__;
  } else /* FALSE */ {
    li__MZCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__MZCK)) {
    li__RZCK=li__SYCK->li__APWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RZCK)->__id) {
    case __li__WK__: {
      li__SZCK=((__li__WK *)li__RZCK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__SZCK=((__li__AVBD *)li__RZCK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__SZCK=((__li__KVBD *)li__RZCK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__SZCK=((__li__WVBD *)li__RZCK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__SZCK=li__JK5J(((__li__Z4WH *)li__RZCK));
    } break;
    case __li__KTVI__: {
      li__SZCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__SZCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__SZCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__SZCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__SZCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__SZCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__SZCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__SZCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__SZCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__SZCK=li__DWEK(((__li__BNWI *)li__RZCK));
    } break;
    case __li__XNWI__: {
      li__SZCK=li__IWEK(((__li__XNWI *)li__RZCK));
    } break;
    case __li__LOWI__: {
      li__SZCK=li__NWEK(((__li__LOWI *)li__RZCK));
    } break;
    case __li__5OWI__: {
      li__SZCK=li__SWEK(((__li__5OWI *)li__RZCK));
    } break;
    case __li__TPWI__: {
      li__SZCK=li__XWEK(((__li__TPWI *)li__RZCK));
    } break;
    case __li__HQWI__: {
      li__SZCK=li__2WEK(((__li__HQWI *)li__RZCK));
    } break;
    case __li__ARWI__: {
      li__SZCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__SZCK=li__FXEK(((__li__URWI *)li__RZCK));
    } break;
    case __li__MSWI__: {
      li__SZCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__SZCK=((__li__ETWI *)li__RZCK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__SZCK=((__li__MZWI *)li__RZCK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__SZCK=((__li__C0WI *)li__RZCK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__SZCK=((__li__M1WI *)li__RZCK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__SZCK=((__li__KMFK *)li__RZCK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__SZCK=li__T4NN(((__li__XOHL *)li__RZCK));
    } break;
    case __li__FPHL__: {
      li__SZCK=li__KA4L(((__li__FPHL *)li__RZCK));
    } break;
    case __li__APLM__: {
      li__SZCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__SZCK=li__1ISO(((__li__DTNM *)li__RZCK));
    } break;
    case __li__JXNM__: {
      li__SZCK=li__VX3R(((__li__JXNM *)li__RZCK));
    } break;
    case __li__21LO__: {
      li__SZCK=((__li__21LO *)li__RZCK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__SZCK=((__li__TPOO *)li__RZCK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__SZCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__SZCK=li__3FDQ(((__li__41XO *)li__RZCK));
    } break;
    case __li__AKBR__: {
      li__SZCK=li__WQDS(((__li__AKBR *)li__RZCK));
    } break;
    case __li__SU5R__: {
      li__SZCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__SZCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__SZCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__TYCK),(&__string_706));
    };
  };
  li__RZCK=li__SYCK->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RZCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__RZCK)),li__TYCK);
    li__JAZ(((__li__BC *)li__TYCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__TYCK),((__li__MZWI *)((__li__KMFK *)li__RZCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__AAMV=((__li__C0WI *)((__li__KMFK *)li__RZCK));
    li__SRX(((__li__BC *)li__TYCK),'\'');
    li__JAZ(((__li__BC *)li__TYCK),li__AAMV->li__CTBK);
    li__SRX(((__li__BC *)li__TYCK),'\'');
  } break;
  case __li__M1WI__: {
    li__CAMV=((__li__M1WI *)((__li__KMFK *)li__RZCK));
    li__SRX(((__li__BC *)li__TYCK),'\"');
    li__JAZ(((__li__BC *)li__TYCK),li__CAMV->li__UTFK);
    li__SRX(((__li__BC *)li__TYCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__RZCK),li__TYCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__TYCK),((__li__TPOO *)((__li__KMFK *)li__RZCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  };
  li__SRX(((__li__BC *)li__TYCK),' ');
  li__JAZ(((__li__BC *)li__TYCK),(&__string_483));
  li__SRX(((__li__BC *)li__TYCK),' ');
  li__UYCK=li__SWEK(li__SYCK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__UYCK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__TYCK),(&__string_712));
    li__MZCK=li__B__;
  } else /* FALSE */ {
    li__MZCK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__MZCK)) {
    li__N0CK=li__SYCK->li__APWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__N0CK)->__id) {
    case __li__WK__: {
      li__SZCK=((__li__WK *)li__N0CK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__SZCK=((__li__AVBD *)li__N0CK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__SZCK=((__li__KVBD *)li__N0CK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__SZCK=((__li__WVBD *)li__N0CK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__SZCK=li__JK5J(((__li__Z4WH *)li__N0CK));
    } break;
    case __li__KTVI__: {
      li__SZCK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__SZCK=li__553L();
    } break;
    case __li__XTVI__: {
      li__SZCK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__SZCK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__SZCK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__SZCK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__SZCK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__SZCK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__SZCK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__SZCK=li__DWEK(((__li__BNWI *)li__N0CK));
    } break;
    case __li__XNWI__: {
      li__SZCK=li__IWEK(((__li__XNWI *)li__N0CK));
    } break;
    case __li__LOWI__: {
      li__SZCK=li__NWEK(((__li__LOWI *)li__N0CK));
    } break;
    case __li__5OWI__: {
      li__SZCK=li__SWEK(((__li__5OWI *)li__N0CK));
    } break;
    case __li__TPWI__: {
      li__SZCK=li__XWEK(((__li__TPWI *)li__N0CK));
    } break;
    case __li__HQWI__: {
      li__SZCK=li__2WEK(((__li__HQWI *)li__N0CK));
    } break;
    case __li__ARWI__: {
      li__SZCK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__SZCK=li__FXEK(((__li__URWI *)li__N0CK));
    } break;
    case __li__MSWI__: {
      li__SZCK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__SZCK=((__li__ETWI *)li__N0CK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__SZCK=((__li__MZWI *)li__N0CK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__SZCK=((__li__C0WI *)li__N0CK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__SZCK=((__li__M1WI *)li__N0CK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__SZCK=((__li__KMFK *)li__N0CK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__SZCK=li__T4NN(((__li__XOHL *)li__N0CK));
    } break;
    case __li__FPHL__: {
      li__SZCK=li__KA4L(((__li__FPHL *)li__N0CK));
    } break;
    case __li__APLM__: {
      li__SZCK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__SZCK=li__1ISO(((__li__DTNM *)li__N0CK));
    } break;
    case __li__JXNM__: {
      li__SZCK=li__VX3R(((__li__JXNM *)li__N0CK));
    } break;
    case __li__21LO__: {
      li__SZCK=((__li__21LO *)li__N0CK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__SZCK=((__li__TPOO *)li__N0CK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__SZCK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__SZCK=li__3FDQ(((__li__41XO *)li__N0CK));
    } break;
    case __li__AKBR__: {
      li__SZCK=li__WQDS(((__li__AKBR *)li__N0CK));
    } break;
    case __li__SU5R__: {
      li__SZCK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__SZCK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__SZCK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__TYCK),(&__string_706));
    };
  };
  li__RZCK=li__SYCK->li__APWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RZCK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__RZCK)),li__TYCK);
    li__JAZ(((__li__BC *)li__TYCK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__TYCK),((__li__MZWI *)((__li__KMFK *)li__RZCK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__AAMV=((__li__C0WI *)((__li__KMFK *)li__RZCK));
    li__SRX(((__li__BC *)li__TYCK),'\'');
    li__JAZ(((__li__BC *)li__TYCK),li__AAMV->li__CTBK);
    li__SRX(((__li__BC *)li__TYCK),'\'');
  } break;
  case __li__M1WI__: {
    li__CAMV=((__li__M1WI *)((__li__KMFK *)li__RZCK));
    li__SRX(((__li__BC *)li__TYCK),'\"');
    li__JAZ(((__li__BC *)li__TYCK),li__CAMV->li__UTFK);
    li__SRX(((__li__BC *)li__TYCK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__RZCK),li__TYCK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__TYCK),((__li__TPOO *)((__li__KMFK *)li__RZCK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__RZCK)),li__TYCK);
  } break;
  };
  li__SRX(((__li__BC *)li__TYCK),')');
}

static void li__00CK(__li__TPWI *li__10CK,__li__BC *li__20CK)
/* (Strict EXPR_SHIFT_R{li__TPWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__30CK,*li__K1CK,*li__11CK;
  void *li__01CK,*li__W2CK;
  __li__C0WI *li__QAMV;
  __li__M1WI *li__SAMV;
  __li__C li__V1CK;
  li__30CK=li__XWEK(li__10CK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__30CK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__20CK),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__20CK),'(');
    li__K1CK=li__XWEK(li__10CK);
    li__DN0G(((__li__5RB *)li__K1CK),li__20CK);
    li__SRX(((__li__BC *)li__20CK),')');
  };
  li__SRX(((__li__BC *)li__20CK),'(');
  li__30CK=li__XWEK(li__10CK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__30CK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__20CK),(&__string_712));
    li__V1CK=li__B__;
  } else /* FALSE */ {
    li__V1CK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__V1CK)) {
    li__01CK=li__10CK->li__UPWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__01CK)->__id) {
    case __li__WK__: {
      li__11CK=((__li__WK *)li__01CK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__11CK=((__li__AVBD *)li__01CK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__11CK=((__li__KVBD *)li__01CK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__11CK=((__li__WVBD *)li__01CK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__11CK=li__JK5J(((__li__Z4WH *)li__01CK));
    } break;
    case __li__KTVI__: {
      li__11CK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__11CK=li__553L();
    } break;
    case __li__XTVI__: {
      li__11CK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__11CK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__11CK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__11CK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__11CK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__11CK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__11CK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__11CK=li__DWEK(((__li__BNWI *)li__01CK));
    } break;
    case __li__XNWI__: {
      li__11CK=li__IWEK(((__li__XNWI *)li__01CK));
    } break;
    case __li__LOWI__: {
      li__11CK=li__NWEK(((__li__LOWI *)li__01CK));
    } break;
    case __li__5OWI__: {
      li__11CK=li__SWEK(((__li__5OWI *)li__01CK));
    } break;
    case __li__TPWI__: {
      li__11CK=li__XWEK(((__li__TPWI *)li__01CK));
    } break;
    case __li__HQWI__: {
      li__11CK=li__2WEK(((__li__HQWI *)li__01CK));
    } break;
    case __li__ARWI__: {
      li__11CK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__11CK=li__FXEK(((__li__URWI *)li__01CK));
    } break;
    case __li__MSWI__: {
      li__11CK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__11CK=((__li__ETWI *)li__01CK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__11CK=((__li__MZWI *)li__01CK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__11CK=((__li__C0WI *)li__01CK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__11CK=((__li__M1WI *)li__01CK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__11CK=((__li__KMFK *)li__01CK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__11CK=li__T4NN(((__li__XOHL *)li__01CK));
    } break;
    case __li__FPHL__: {
      li__11CK=li__KA4L(((__li__FPHL *)li__01CK));
    } break;
    case __li__APLM__: {
      li__11CK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__11CK=li__1ISO(((__li__DTNM *)li__01CK));
    } break;
    case __li__JXNM__: {
      li__11CK=li__VX3R(((__li__JXNM *)li__01CK));
    } break;
    case __li__21LO__: {
      li__11CK=((__li__21LO *)li__01CK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__11CK=((__li__TPOO *)li__01CK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__11CK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__11CK=li__3FDQ(((__li__41XO *)li__01CK));
    } break;
    case __li__AKBR__: {
      li__11CK=li__WQDS(((__li__AKBR *)li__01CK));
    } break;
    case __li__SU5R__: {
      li__11CK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__11CK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__11CK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__20CK),(&__string_706));
    };
  };
  li__01CK=li__10CK->li__UPWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__01CK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__01CK)),li__20CK);
    li__JAZ(((__li__BC *)li__20CK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__20CK),((__li__MZWI *)((__li__KMFK *)li__01CK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__QAMV=((__li__C0WI *)((__li__KMFK *)li__01CK));
    li__SRX(((__li__BC *)li__20CK),'\'');
    li__JAZ(((__li__BC *)li__20CK),li__QAMV->li__CTBK);
    li__SRX(((__li__BC *)li__20CK),'\'');
  } break;
  case __li__M1WI__: {
    li__SAMV=((__li__M1WI *)((__li__KMFK *)li__01CK));
    li__SRX(((__li__BC *)li__20CK),'\"');
    li__JAZ(((__li__BC *)li__20CK),li__SAMV->li__UTFK);
    li__SRX(((__li__BC *)li__20CK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__01CK),li__20CK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__20CK),((__li__TPOO *)((__li__KMFK *)li__01CK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  };
  li__SRX(((__li__BC *)li__20CK),' ');
  li__JAZ(((__li__BC *)li__20CK),(&__string_491));
  li__SRX(((__li__BC *)li__20CK),' ');
  li__30CK=li__XWEK(li__10CK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__30CK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__20CK),(&__string_712));
    li__V1CK=li__B__;
  } else /* FALSE */ {
    li__V1CK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__V1CK)) {
    li__W2CK=li__10CK->li__UPWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__W2CK)->__id) {
    case __li__WK__: {
      li__11CK=((__li__WK *)li__W2CK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__11CK=((__li__AVBD *)li__W2CK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__11CK=((__li__KVBD *)li__W2CK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__11CK=((__li__WVBD *)li__W2CK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__11CK=li__JK5J(((__li__Z4WH *)li__W2CK));
    } break;
    case __li__KTVI__: {
      li__11CK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__11CK=li__553L();
    } break;
    case __li__XTVI__: {
      li__11CK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__11CK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__11CK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__11CK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__11CK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__11CK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__11CK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__11CK=li__DWEK(((__li__BNWI *)li__W2CK));
    } break;
    case __li__XNWI__: {
      li__11CK=li__IWEK(((__li__XNWI *)li__W2CK));
    } break;
    case __li__LOWI__: {
      li__11CK=li__NWEK(((__li__LOWI *)li__W2CK));
    } break;
    case __li__5OWI__: {
      li__11CK=li__SWEK(((__li__5OWI *)li__W2CK));
    } break;
    case __li__TPWI__: {
      li__11CK=li__XWEK(((__li__TPWI *)li__W2CK));
    } break;
    case __li__HQWI__: {
      li__11CK=li__2WEK(((__li__HQWI *)li__W2CK));
    } break;
    case __li__ARWI__: {
      li__11CK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__11CK=li__FXEK(((__li__URWI *)li__W2CK));
    } break;
    case __li__MSWI__: {
      li__11CK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__11CK=((__li__ETWI *)li__W2CK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__11CK=((__li__MZWI *)li__W2CK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__11CK=((__li__C0WI *)li__W2CK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__11CK=((__li__M1WI *)li__W2CK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__11CK=((__li__KMFK *)li__W2CK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__11CK=li__T4NN(((__li__XOHL *)li__W2CK));
    } break;
    case __li__FPHL__: {
      li__11CK=li__KA4L(((__li__FPHL *)li__W2CK));
    } break;
    case __li__APLM__: {
      li__11CK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__11CK=li__1ISO(((__li__DTNM *)li__W2CK));
    } break;
    case __li__JXNM__: {
      li__11CK=li__VX3R(((__li__JXNM *)li__W2CK));
    } break;
    case __li__21LO__: {
      li__11CK=((__li__21LO *)li__W2CK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__11CK=((__li__TPOO *)li__W2CK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__11CK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__11CK=li__3FDQ(((__li__41XO *)li__W2CK));
    } break;
    case __li__AKBR__: {
      li__11CK=li__WQDS(((__li__AKBR *)li__W2CK));
    } break;
    case __li__SU5R__: {
      li__11CK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__11CK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__11CK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__20CK),(&__string_706));
    };
  };
  li__01CK=li__10CK->li__UPWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__01CK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__01CK)),li__20CK);
    li__JAZ(((__li__BC *)li__20CK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__20CK),((__li__MZWI *)((__li__KMFK *)li__01CK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__QAMV=((__li__C0WI *)((__li__KMFK *)li__01CK));
    li__SRX(((__li__BC *)li__20CK),'\'');
    li__JAZ(((__li__BC *)li__20CK),li__QAMV->li__CTBK);
    li__SRX(((__li__BC *)li__20CK),'\'');
  } break;
  case __li__M1WI__: {
    li__SAMV=((__li__M1WI *)((__li__KMFK *)li__01CK));
    li__SRX(((__li__BC *)li__20CK),'\"');
    li__JAZ(((__li__BC *)li__20CK),li__SAMV->li__UTFK);
    li__SRX(((__li__BC *)li__20CK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__01CK),li__20CK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__20CK),((__li__TPOO *)((__li__KMFK *)li__01CK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__01CK)),li__20CK);
  } break;
  };
  li__SRX(((__li__BC *)li__20CK),')');
}

static void li__D3CK(__li__HQWI *li__E3CK,__li__BC *li__F3CK)
/* (Strict EXPR_SHIFT_L{li__HQWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__G3CK,*li__T3CK,*li__E4CK;
  void *li__D4CK,*li__54CK;
  __li__C0WI *li__ABMV;
  __li__M1WI *li__CBMV;
  __li__C li__43CK;
  li__G3CK=li__2WEK(li__E3CK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__G3CK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__F3CK),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__F3CK),'(');
    li__T3CK=li__2WEK(li__E3CK);
    li__DN0G(((__li__5RB *)li__T3CK),li__F3CK);
    li__SRX(((__li__BC *)li__F3CK),')');
  };
  li__SRX(((__li__BC *)li__F3CK),'(');
  li__G3CK=li__2WEK(li__E3CK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__G3CK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__F3CK),(&__string_712));
    li__43CK=li__B__;
  } else /* FALSE */ {
    li__43CK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__43CK)) {
    li__D4CK=li__E3CK->li__IQWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D4CK)->__id) {
    case __li__WK__: {
      li__E4CK=((__li__WK *)li__D4CK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__E4CK=((__li__AVBD *)li__D4CK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__E4CK=((__li__KVBD *)li__D4CK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__E4CK=((__li__WVBD *)li__D4CK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__E4CK=li__JK5J(((__li__Z4WH *)li__D4CK));
    } break;
    case __li__KTVI__: {
      li__E4CK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__E4CK=li__553L();
    } break;
    case __li__XTVI__: {
      li__E4CK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__E4CK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__E4CK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__E4CK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__E4CK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__E4CK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__E4CK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__E4CK=li__DWEK(((__li__BNWI *)li__D4CK));
    } break;
    case __li__XNWI__: {
      li__E4CK=li__IWEK(((__li__XNWI *)li__D4CK));
    } break;
    case __li__LOWI__: {
      li__E4CK=li__NWEK(((__li__LOWI *)li__D4CK));
    } break;
    case __li__5OWI__: {
      li__E4CK=li__SWEK(((__li__5OWI *)li__D4CK));
    } break;
    case __li__TPWI__: {
      li__E4CK=li__XWEK(((__li__TPWI *)li__D4CK));
    } break;
    case __li__HQWI__: {
      li__E4CK=li__2WEK(((__li__HQWI *)li__D4CK));
    } break;
    case __li__ARWI__: {
      li__E4CK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__E4CK=li__FXEK(((__li__URWI *)li__D4CK));
    } break;
    case __li__MSWI__: {
      li__E4CK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__E4CK=((__li__ETWI *)li__D4CK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__E4CK=((__li__MZWI *)li__D4CK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__E4CK=((__li__C0WI *)li__D4CK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__E4CK=((__li__M1WI *)li__D4CK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__E4CK=((__li__KMFK *)li__D4CK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__E4CK=li__T4NN(((__li__XOHL *)li__D4CK));
    } break;
    case __li__FPHL__: {
      li__E4CK=li__KA4L(((__li__FPHL *)li__D4CK));
    } break;
    case __li__APLM__: {
      li__E4CK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__E4CK=li__1ISO(((__li__DTNM *)li__D4CK));
    } break;
    case __li__JXNM__: {
      li__E4CK=li__VX3R(((__li__JXNM *)li__D4CK));
    } break;
    case __li__21LO__: {
      li__E4CK=((__li__21LO *)li__D4CK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__E4CK=((__li__TPOO *)li__D4CK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__E4CK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__E4CK=li__3FDQ(((__li__41XO *)li__D4CK));
    } break;
    case __li__AKBR__: {
      li__E4CK=li__WQDS(((__li__AKBR *)li__D4CK));
    } break;
    case __li__SU5R__: {
      li__E4CK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__E4CK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__E4CK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__F3CK),(&__string_706));
    };
  };
  li__D4CK=li__E3CK->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D4CK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__D4CK)),li__F3CK);
    li__JAZ(((__li__BC *)li__F3CK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__F3CK),((__li__MZWI *)((__li__KMFK *)li__D4CK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__ABMV=((__li__C0WI *)((__li__KMFK *)li__D4CK));
    li__SRX(((__li__BC *)li__F3CK),'\'');
    li__JAZ(((__li__BC *)li__F3CK),li__ABMV->li__CTBK);
    li__SRX(((__li__BC *)li__F3CK),'\'');
  } break;
  case __li__M1WI__: {
    li__CBMV=((__li__M1WI *)((__li__KMFK *)li__D4CK));
    li__SRX(((__li__BC *)li__F3CK),'\"');
    li__JAZ(((__li__BC *)li__F3CK),li__CBMV->li__UTFK);
    li__SRX(((__li__BC *)li__F3CK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__D4CK),li__F3CK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__F3CK),((__li__TPOO *)((__li__KMFK *)li__D4CK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  };
  li__SRX(((__li__BC *)li__F3CK),' ');
  li__JAZ(((__li__BC *)li__F3CK),(&__string_492));
  li__SRX(((__li__BC *)li__F3CK),' ');
  li__G3CK=li__2WEK(li__E3CK);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__G3CK)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__F3CK),(&__string_712));
    li__43CK=li__B__;
  } else /* FALSE */ {
    li__43CK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__43CK)) {
    li__54CK=li__E3CK->li__IQWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__54CK)->__id) {
    case __li__WK__: {
      li__E4CK=((__li__WK *)li__54CK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__E4CK=((__li__AVBD *)li__54CK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__E4CK=((__li__KVBD *)li__54CK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__E4CK=((__li__WVBD *)li__54CK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__E4CK=li__JK5J(((__li__Z4WH *)li__54CK));
    } break;
    case __li__KTVI__: {
      li__E4CK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__E4CK=li__553L();
    } break;
    case __li__XTVI__: {
      li__E4CK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__E4CK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__E4CK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__E4CK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__E4CK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__E4CK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__E4CK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__E4CK=li__DWEK(((__li__BNWI *)li__54CK));
    } break;
    case __li__XNWI__: {
      li__E4CK=li__IWEK(((__li__XNWI *)li__54CK));
    } break;
    case __li__LOWI__: {
      li__E4CK=li__NWEK(((__li__LOWI *)li__54CK));
    } break;
    case __li__5OWI__: {
      li__E4CK=li__SWEK(((__li__5OWI *)li__54CK));
    } break;
    case __li__TPWI__: {
      li__E4CK=li__XWEK(((__li__TPWI *)li__54CK));
    } break;
    case __li__HQWI__: {
      li__E4CK=li__2WEK(((__li__HQWI *)li__54CK));
    } break;
    case __li__ARWI__: {
      li__E4CK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__E4CK=li__FXEK(((__li__URWI *)li__54CK));
    } break;
    case __li__MSWI__: {
      li__E4CK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__E4CK=((__li__ETWI *)li__54CK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__E4CK=((__li__MZWI *)li__54CK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__E4CK=((__li__C0WI *)li__54CK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__E4CK=((__li__M1WI *)li__54CK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__E4CK=((__li__KMFK *)li__54CK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__E4CK=li__T4NN(((__li__XOHL *)li__54CK));
    } break;
    case __li__FPHL__: {
      li__E4CK=li__KA4L(((__li__FPHL *)li__54CK));
    } break;
    case __li__APLM__: {
      li__E4CK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__E4CK=li__1ISO(((__li__DTNM *)li__54CK));
    } break;
    case __li__JXNM__: {
      li__E4CK=li__VX3R(((__li__JXNM *)li__54CK));
    } break;
    case __li__21LO__: {
      li__E4CK=((__li__21LO *)li__54CK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__E4CK=((__li__TPOO *)li__54CK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__E4CK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__E4CK=li__3FDQ(((__li__41XO *)li__54CK));
    } break;
    case __li__AKBR__: {
      li__E4CK=li__WQDS(((__li__AKBR *)li__54CK));
    } break;
    case __li__SU5R__: {
      li__E4CK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__E4CK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__E4CK)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__F3CK),(&__string_706));
    };
  };
  li__D4CK=li__E3CK->li__IQWI.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__D4CK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__D4CK)),li__F3CK);
    li__JAZ(((__li__BC *)li__F3CK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__F3CK),((__li__MZWI *)((__li__KMFK *)li__D4CK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__ABMV=((__li__C0WI *)((__li__KMFK *)li__D4CK));
    li__SRX(((__li__BC *)li__F3CK),'\'');
    li__JAZ(((__li__BC *)li__F3CK),li__ABMV->li__CTBK);
    li__SRX(((__li__BC *)li__F3CK),'\'');
  } break;
  case __li__M1WI__: {
    li__CBMV=((__li__M1WI *)((__li__KMFK *)li__D4CK));
    li__SRX(((__li__BC *)li__F3CK),'\"');
    li__JAZ(((__li__BC *)li__F3CK),li__CBMV->li__UTFK);
    li__SRX(((__li__BC *)li__F3CK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__D4CK),li__F3CK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__F3CK),((__li__TPOO *)((__li__KMFK *)li__D4CK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__D4CK)),li__F3CK);
  } break;
  };
  li__SRX(((__li__BC *)li__F3CK),')');
}

static void li__M5CK(__li__ARWI *li__N5CK,__li__BC *li__O5CK)
/* (Strict PUT_TO{li__ARWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__R5CK,*li__KADK,*li__SADK;
  __li__C0WI *li__QBMV,*li__ACMV;
  __li__M1WI *li__SBMV,*li__CCMV;
  __li__5RB *li__U5CK,*li__OO4U,*li__LADK;
  __li__GSZ *li__X5CK;
  __li__C li__AADK,li__EADK;
  li__R5CK=li__N5CK->li__YRBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__R5CK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__R5CK)),li__O5CK);
    li__JAZ(((__li__BC *)li__O5CK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__O5CK),((__li__MZWI *)((__li__KMFK *)li__R5CK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__QBMV=((__li__C0WI *)((__li__KMFK *)li__R5CK));
    li__SRX(((__li__BC *)li__O5CK),'\'');
    li__JAZ(((__li__BC *)li__O5CK),li__QBMV->li__CTBK);
    li__SRX(((__li__BC *)li__O5CK),'\'');
  } break;
  case __li__M1WI__: {
    li__SBMV=((__li__M1WI *)((__li__KMFK *)li__R5CK));
    li__SRX(((__li__BC *)li__O5CK),'\"');
    li__JAZ(((__li__BC *)li__O5CK),li__SBMV->li__UTFK);
    li__SRX(((__li__BC *)li__O5CK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__R5CK),li__O5CK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__O5CK),((__li__TPOO *)((__li__KMFK *)li__R5CK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  };
  li__SRX(((__li__BC *)li__O5CK),'[');
  li__R5CK=li__N5CK->li__0RBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__R5CK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__R5CK)),li__O5CK);
    li__JAZ(((__li__BC *)li__O5CK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__O5CK),((__li__MZWI *)((__li__KMFK *)li__R5CK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__QBMV=((__li__C0WI *)((__li__KMFK *)li__R5CK));
    li__SRX(((__li__BC *)li__O5CK),'\'');
    li__JAZ(((__li__BC *)li__O5CK),li__QBMV->li__CTBK);
    li__SRX(((__li__BC *)li__O5CK),'\'');
  } break;
  case __li__M1WI__: {
    li__SBMV=((__li__M1WI *)((__li__KMFK *)li__R5CK));
    li__SRX(((__li__BC *)li__O5CK),'\"');
    li__JAZ(((__li__BC *)li__O5CK),li__SBMV->li__UTFK);
    li__SRX(((__li__BC *)li__O5CK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__R5CK),li__O5CK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__O5CK),((__li__TPOO *)((__li__KMFK *)li__R5CK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__R5CK)),li__O5CK);
  } break;
  };
  li__JAZ(((__li__BC *)li__O5CK),(&__string_493));
  li__R5CK=li__N5CK->li__YRBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__R5CK)->__id) {
  case __li__WK__: {
    li__U5CK=((__li__WK *)li__R5CK)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__U5CK=((__li__AVBD *)li__R5CK)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__U5CK=((__li__KVBD *)li__R5CK)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__U5CK=((__li__WVBD *)li__R5CK)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__U5CK=li__JK5J(((__li__Z4WH *)li__R5CK));
  } break;
  case __li__KTVI__: {
    li__U5CK=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__U5CK=li__553L();
  } break;
  case __li__XTVI__: {
    li__U5CK=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__U5CK=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__U5CK=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__U5CK=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__U5CK=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__U5CK=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__U5CK=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__U5CK=li__DWEK(((__li__BNWI *)li__R5CK));
  } break;
  case __li__XNWI__: {
    li__U5CK=li__IWEK(((__li__XNWI *)li__R5CK));
  } break;
  case __li__LOWI__: {
    li__U5CK=li__NWEK(((__li__LOWI *)li__R5CK));
  } break;
  case __li__5OWI__: {
    li__U5CK=li__SWEK(((__li__5OWI *)li__R5CK));
  } break;
  case __li__TPWI__: {
    li__U5CK=li__XWEK(((__li__TPWI *)li__R5CK));
  } break;
  case __li__HQWI__: {
    li__U5CK=li__2WEK(((__li__HQWI *)li__R5CK));
  } break;
  case __li__ARWI__: {
    li__U5CK=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__U5CK=li__FXEK(((__li__URWI *)li__R5CK));
  } break;
  case __li__MSWI__: {
    li__U5CK=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__U5CK=((__li__ETWI *)li__R5CK)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__U5CK=((__li__MZWI *)li__R5CK)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__U5CK=((__li__C0WI *)li__R5CK)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__U5CK=((__li__M1WI *)li__R5CK)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__U5CK=((__li__KMFK *)li__R5CK)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__U5CK=li__T4NN(((__li__XOHL *)li__R5CK));
  } break;
  case __li__FPHL__: {
    li__U5CK=li__KA4L(((__li__FPHL *)li__R5CK));
  } break;
  case __li__APLM__: {
    li__U5CK=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__U5CK=li__1ISO(((__li__DTNM *)li__R5CK));
  } break;
  case __li__JXNM__: {
    li__U5CK=li__VX3R(((__li__JXNM *)li__R5CK));
  } break;
  case __li__21LO__: {
    li__U5CK=((__li__21LO *)li__R5CK)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__U5CK=((__li__TPOO *)li__R5CK)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__U5CK=li__FH4R();
  } break;
  case __li__41XO__: {
    li__U5CK=li__3FDQ(((__li__41XO *)li__R5CK));
  } break;
  case __li__AKBR__: {
    li__U5CK=li__WQDS(((__li__AKBR *)li__R5CK));
  } break;
  case __li__SU5R__: {
    li__U5CK=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__U5CK=li__Y1IS();
  } break;
  };
  li__R5CK=((__li__5RB *)li__U5CK)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__R5CK==NULL) {
    li__X5CK=NULL;
  } else {
    if (((struct ___OBJ *)li__R5CK)->__id==__li__GSZ__) {
      li__X5CK=((void *)li__R5CK);
    } else /* Other types */ {
      li__X5CK=NULL;
    }
  };
  li__OO4U=((void **)(*(((__li__3PZ *)li__X5CK->li__GGQB))).li__WNFC)[ 0];
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__OO4U)->li__BEM &  1) !=  0)) {
    li__AADK=li__FTDF(((__li__5RB *)li__OO4U));
    li__EADK=(! li__AADK);
  } else /* FALSE */ {
    li__EADK=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__EADK) {
    li__KADK=li__N5CK->li__2RBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KADK)->__id) {
    case __li__WK__: {
      li__LADK=((__li__WK *)li__KADK)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__LADK=((__li__AVBD *)li__KADK)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__LADK=((__li__KVBD *)li__KADK)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__LADK=((__li__WVBD *)li__KADK)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__LADK=li__JK5J(((__li__Z4WH *)li__KADK));
    } break;
    case __li__KTVI__: {
      li__LADK=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__LADK=li__553L();
    } break;
    case __li__XTVI__: {
      li__LADK=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__LADK=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__LADK=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__LADK=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__LADK=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__LADK=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__LADK=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__LADK=li__DWEK(((__li__BNWI *)li__KADK));
    } break;
    case __li__XNWI__: {
      li__LADK=li__IWEK(((__li__XNWI *)li__KADK));
    } break;
    case __li__LOWI__: {
      li__LADK=li__NWEK(((__li__LOWI *)li__KADK));
    } break;
    case __li__5OWI__: {
      li__LADK=li__SWEK(((__li__5OWI *)li__KADK));
    } break;
    case __li__TPWI__: {
      li__LADK=li__XWEK(((__li__TPWI *)li__KADK));
    } break;
    case __li__HQWI__: {
      li__LADK=li__2WEK(((__li__HQWI *)li__KADK));
    } break;
    case __li__ARWI__: {
      li__LADK=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__LADK=li__FXEK(((__li__URWI *)li__KADK));
    } break;
    case __li__MSWI__: {
      li__LADK=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__LADK=((__li__ETWI *)li__KADK)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__LADK=((__li__MZWI *)li__KADK)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__LADK=((__li__C0WI *)li__KADK)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__LADK=((__li__M1WI *)li__KADK)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__LADK=((__li__KMFK *)li__KADK)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__LADK=li__T4NN(((__li__XOHL *)li__KADK));
    } break;
    case __li__FPHL__: {
      li__LADK=li__KA4L(((__li__FPHL *)li__KADK));
    } break;
    case __li__APLM__: {
      li__LADK=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__LADK=li__1ISO(((__li__DTNM *)li__KADK));
    } break;
    case __li__JXNM__: {
      li__LADK=li__VX3R(((__li__JXNM *)li__KADK));
    } break;
    case __li__21LO__: {
      li__LADK=((__li__21LO *)li__KADK)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__LADK=((__li__TPOO *)li__KADK)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__LADK=li__FH4R();
    } break;
    case __li__41XO__: {
      li__LADK=li__3FDQ(((__li__41XO *)li__KADK));
    } break;
    case __li__AKBR__: {
      li__LADK=li__WQDS(((__li__AKBR *)li__KADK));
    } break;
    case __li__SU5R__: {
      li__LADK=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__LADK=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__LADK)->li__BEM &  16) !=  0)) {
      li__JAZ(((__li__BC *)li__O5CK),(&__string_717));
      li__SADK=li__N5CK->li__2RBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SADK)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__SADK),li__O5CK);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__SADK)),li__O5CK);
        li__JAZ(((__li__BC *)li__O5CK),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__O5CK),((__li__MZWI *)((__li__WK *)li__SADK))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__ACMV=((__li__C0WI *)((__li__WK *)li__SADK));
        li__SRX(((__li__BC *)li__O5CK),'\'');
        li__JAZ(((__li__BC *)li__O5CK),li__ACMV->li__CTBK);
        li__SRX(((__li__BC *)li__O5CK),'\'');
      } break;
      case __li__M1WI__: {
        li__CCMV=((__li__M1WI *)((__li__WK *)li__SADK));
        li__SRX(((__li__BC *)li__O5CK),'\"');
        li__JAZ(((__li__BC *)li__O5CK),li__CCMV->li__UTFK);
        li__SRX(((__li__BC *)li__O5CK),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__O5CK),((__li__TPOO *)((__li__WK *)li__SADK))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      };
      li__SRX(((__li__BC *)li__O5CK),')');
    } else /* FALSE */ {
      li__SADK=li__N5CK->li__2RBK;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SADK)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__SADK),li__O5CK);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__SADK)),li__O5CK);
        li__JAZ(((__li__BC *)li__O5CK),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__O5CK),((__li__MZWI *)((__li__WK *)li__SADK))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__ACMV=((__li__C0WI *)((__li__WK *)li__SADK));
        li__SRX(((__li__BC *)li__O5CK),'\'');
        li__JAZ(((__li__BC *)li__O5CK),li__ACMV->li__CTBK);
        li__SRX(((__li__BC *)li__O5CK),'\'');
      } break;
      case __li__M1WI__: {
        li__CCMV=((__li__M1WI *)((__li__WK *)li__SADK));
        li__SRX(((__li__BC *)li__O5CK),'\"');
        li__JAZ(((__li__BC *)li__O5CK),li__CCMV->li__UTFK);
        li__SRX(((__li__BC *)li__O5CK),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__O5CK),((__li__TPOO *)((__li__WK *)li__SADK))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__SADK)),li__O5CK);
      } break;
      };
    };
  } else /* FALSE */ {
    li__KADK=li__N5CK->li__2RBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KADK)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__KADK)),li__O5CK);
      li__JAZ(((__li__BC *)li__O5CK),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__O5CK),((__li__MZWI *)((__li__KMFK *)li__KADK))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__ACMV=((__li__C0WI *)((__li__KMFK *)li__KADK));
      li__SRX(((__li__BC *)li__O5CK),'\'');
      li__JAZ(((__li__BC *)li__O5CK),li__ACMV->li__CTBK);
      li__SRX(((__li__BC *)li__O5CK),'\'');
    } break;
    case __li__M1WI__: {
      li__CCMV=((__li__M1WI *)((__li__KMFK *)li__KADK));
      li__SRX(((__li__BC *)li__O5CK),'\"');
      li__JAZ(((__li__BC *)li__O5CK),li__CCMV->li__UTFK);
      li__SRX(((__li__BC *)li__O5CK),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)li__KADK),li__O5CK);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__O5CK),((__li__TPOO *)((__li__KMFK *)li__KADK))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__KMFK *)li__KADK)),li__O5CK);
    } break;
    };
  };
}

static void li__BBDK(__li__URWI *li__CBDK,__li__BC *li__DBDK)
/* (Strict ITEM{li__URWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__EBDK;
  __li__C0WI *li__YCMV;
  __li__M1WI *li__0CMV;
  li__EBDK=li__CBDK->li__BSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EBDK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__EBDK)),li__DBDK);
    li__JAZ(((__li__BC *)li__DBDK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__DBDK),((__li__MZWI *)((__li__KMFK *)li__EBDK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__YCMV=((__li__C0WI *)((__li__KMFK *)li__EBDK));
    li__SRX(((__li__BC *)li__DBDK),'\'');
    li__JAZ(((__li__BC *)li__DBDK),li__YCMV->li__CTBK);
    li__SRX(((__li__BC *)li__DBDK),'\'');
  } break;
  case __li__M1WI__: {
    li__0CMV=((__li__M1WI *)((__li__KMFK *)li__EBDK));
    li__SRX(((__li__BC *)li__DBDK),'\"');
    li__JAZ(((__li__BC *)li__DBDK),li__0CMV->li__UTFK);
    li__SRX(((__li__BC *)li__DBDK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__EBDK),li__DBDK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__DBDK),((__li__TPOO *)((__li__KMFK *)li__EBDK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  };
  li__SRX(((__li__BC *)li__DBDK),'[');
  li__EBDK=li__CBDK->li__DSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EBDK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__EBDK)),li__DBDK);
    li__JAZ(((__li__BC *)li__DBDK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__DBDK),((__li__MZWI *)((__li__KMFK *)li__EBDK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__YCMV=((__li__C0WI *)((__li__KMFK *)li__EBDK));
    li__SRX(((__li__BC *)li__DBDK),'\'');
    li__JAZ(((__li__BC *)li__DBDK),li__YCMV->li__CTBK);
    li__SRX(((__li__BC *)li__DBDK),'\'');
  } break;
  case __li__M1WI__: {
    li__0CMV=((__li__M1WI *)((__li__KMFK *)li__EBDK));
    li__SRX(((__li__BC *)li__DBDK),'\"');
    li__JAZ(((__li__BC *)li__DBDK),li__0CMV->li__UTFK);
    li__SRX(((__li__BC *)li__DBDK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__EBDK),li__DBDK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__DBDK),((__li__TPOO *)((__li__KMFK *)li__EBDK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__EBDK)),li__DBDK);
  } break;
  };
  li__SRX(((__li__BC *)li__DBDK),']');
}

static void li__GBDK(__li__MSWI *li__HBDK,__li__BC *li__IBDK)
/* (Strict SIZE_OF{li__MSWI},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__KBDK;
  __li__IF *li__0O4U;
  __li__ORB *li__2O4U;
  __li__QRB *li__4O4U;
  __li__SRB *li__AP4U;
  __li__GSZ *li__DP4U;
  __li__U *li__FP4U;
  li__JAZ(((__li__BC *)li__IBDK),(&__string_718));
  li__KBDK=((__li__5RB *)li__HBDK->li__ISBK)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__KBDK)->__id) {
  case __li__IF__: {
    li__0O4U=((__li__IF *)li__KBDK);
    li__JAZ(((__li__BC *)li__IBDK),(&__string_123));
    li__JAZ(((__li__BC *)li__IBDK),li__0O4U->li__QGQB);
    li__PIMH(li__0O4U);
  } break;
  case __li__ORB__: {
    li__2O4U=((__li__ORB *)((__li__IF *)li__KBDK));
    li__JAZ(((__li__BC *)li__IBDK),(&__string_123));
    li__JAZ(((__li__BC *)li__IBDK),(&__string_1));
    li__FKMH(li__2O4U);
  } break;
  case __li__QRB__: {
    li__4O4U=((__li__QRB *)((__li__IF *)li__KBDK));
    li__JAZ(((__li__BC *)li__IBDK),(&__string_123));
    li__JAZ(((__li__BC *)li__IBDK),(&__string_2));
    li__1LMH(li__4O4U);
  } break;
  case __li__SRB__: {
    li__AP4U=((__li__SRB *)((__li__IF *)li__KBDK));
    li__JAZ(((__li__BC *)li__IBDK),(&__string_123));
    li__JAZ(((__li__BC *)li__IBDK),(&__string_51));
    li__RNMH(li__AP4U);
  } break;
  case __li__URB__: {
    li__JAZ(((__li__BC *)li__IBDK),(&__string_123));
    li__JAZ(((__li__BC *)li__IBDK),(&__string_53));
  } break;
  case __li__GSZ__: {
    li__DP4U=((__li__GSZ *)((__li__IF *)li__KBDK));
    li__JAZ(((__li__BC *)li__IBDK),(&__string_123));
    li__JAZ(((__li__BC *)li__IBDK),li__DP4U->li__HSZ.li__QGQB);
    li__RPMH(li__DP4U);
  } break;
  case __li__1RRF__: {
    li__EUNI(((__li__1RRF *)((__li__IF *)li__KBDK)),li__IBDK);
  } break;
  case __li__UJSH__: {
    li__JAZ(((__li__BC *)li__IBDK),(&__string_123));
    li__FP4U=li__CBMN();
    li__JAZ(((__li__BC *)li__IBDK),li__FP4U);
  } break;
  };
  li__SRX(((__li__BC *)li__IBDK),')');
}

static void li__LBDK(__li__ETWI *li__MBDK,__li__BC *li__NBDK)
/* (Strict CAST{li__ETWI},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__QBDK;
  __li__C0WI *li__WBDK;
  __li__M1WI *li__YG0O;
  li__SRX(((__li__BC *)li__NBDK),'(');
  li__SRX(((__li__BC *)li__NBDK),'(');
  li__DN0G(((__li__5RB *)li__MBDK->li__NSBK),li__NBDK);
  li__SRX(((__li__BC *)li__NBDK),' ');
  li__DO0G(((__li__5RB *)li__MBDK->li__NSBK),li__NBDK);
  li__SRX(((__li__BC *)li__NBDK),')');
  li__QBDK=li__MBDK->li__XSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QBDK)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__QBDK)),li__NBDK);
    li__JAZ(((__li__BC *)li__NBDK),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__NBDK),((__li__MZWI *)((__li__KMFK *)li__QBDK))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__WBDK=((__li__C0WI *)((__li__KMFK *)li__QBDK));
    li__SRX(((__li__BC *)li__NBDK),'\'');
    li__JAZ(((__li__BC *)li__NBDK),li__WBDK->li__CTBK);
    li__SRX(((__li__BC *)li__NBDK),'\'');
  } break;
  case __li__M1WI__: {
    li__YG0O=((__li__M1WI *)((__li__KMFK *)li__QBDK));
    li__SRX(((__li__BC *)li__NBDK),'\"');
    li__JAZ(((__li__BC *)li__NBDK),li__YG0O->li__UTFK);
    li__SRX(((__li__BC *)li__NBDK),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__QBDK),li__NBDK);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__NBDK),((__li__TPOO *)((__li__KMFK *)li__QBDK))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__QBDK)),li__NBDK);
  } break;
  };
  li__SRX(((__li__BC *)li__NBDK),')');
}

static void li__CF1L(__li__KMFK *li__DF1L,__li__BC *li__EF1L)
/* (Strict READ_LOCAL{li__KMFK},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__3QEM;
  __li__VTBD *li__1QEM,*li__2QEM,*li__A0HM;
  __li__BC *li__IP4U;
  void *li__TF1L;
  __li__UJSH *li__VF1L;
  li__3QEM=NULL;
  li__1QEM=li__DF1L->li__3RFK;
  li__2QEM=li__1QEM->li__ANQI;
  li__A0HM=((__li__VTBD *)li__1QEM);
  li__A0HM->li__WTBD.li__LNME=(__li__K)(li__A0HM->li__WTBD.li__LNME -  1);
  /* __li__B__ __li__I__ */
if ((li__A0HM->li__WTBD.li__LNME <  0)) {
    li__KBG((&__string_462));
    li__IP4U=li__IFC( 250);
    li__H40L(li__DF1L,li__IP4U);
    li__C30(((__li__BC *)li__IP4U));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_463));
    fputc((int)('\n'),stdout);
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  /* __li__B__ __li__I__ */
if (((void *)li__2QEM == (void *)NULL)) {
    li__3QEM=li__1QEM->li__WTBD.li__GRNE;
  } else /* FALSE */ {
    ((__li__VTBD *)li__2QEM)->li__WTBD.li__LNME=li__1QEM->li__WTBD.li__LNME;
    li__3QEM=li__2QEM->li__WTBD.li__GRNE;
  };
  /* __li__B__ __li__I__ */
if (li__DF1L->li__3RFK->li__ERNE) {
    li__SRX(((__li__BC *)li__EF1L),'*');
  };
  li__JAZ(((__li__BC *)li__EF1L),li__3QEM);
  li__TF1L=((__li__5RB *)li__DF1L->li__3RFK->li__WTBD.li__0RNE)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__TF1L==NULL) {
    li__VF1L=NULL;
  } else {
    if (((struct ___OBJ *)li__TF1L)->__id==__li__UJSH__) {
      li__VF1L=((void *)li__TF1L);
    } else /* Other types */ {
      li__VF1L=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__VF1L != (void *)NULL)) {
    li__3GRL(li__DF1L->li__3RFK);
  };
}

static void li__VCMN(__li__XOHL *li__WCMN,__li__BC *li__XCMN)
/* (Strict EXPR_NEG{li__XOHL},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__YCMN;
  void *li__0CMN;
  __li__C0WI *li__PP4U;
  __li__M1WI *li__RP4U;
  li__SRX(((__li__BC *)li__XCMN),'(');
  li__YCMN=li__T4NN(li__WCMN);
  li__DN0G(((__li__5RB *)li__YCMN),li__XCMN);
  li__SRX(((__li__BC *)li__XCMN),')');
  li__SRX(((__li__BC *)li__XCMN),'(');
  li__SRX(((__li__BC *)li__XCMN),'-');
  li__SRX(((__li__BC *)li__XCMN),' ');
  li__0CMN=li__WCMN->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0CMN)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__0CMN)),li__XCMN);
    li__JAZ(((__li__BC *)li__XCMN),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__XCMN),((__li__MZWI *)((__li__KMFK *)li__0CMN))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__PP4U=((__li__C0WI *)((__li__KMFK *)li__0CMN));
    li__SRX(((__li__BC *)li__XCMN),'\'');
    li__JAZ(((__li__BC *)li__XCMN),li__PP4U->li__CTBK);
    li__SRX(((__li__BC *)li__XCMN),'\'');
  } break;
  case __li__M1WI__: {
    li__RP4U=((__li__M1WI *)((__li__KMFK *)li__0CMN));
    li__SRX(((__li__BC *)li__XCMN),'\"');
    li__JAZ(((__li__BC *)li__XCMN),li__RP4U->li__UTFK);
    li__SRX(((__li__BC *)li__XCMN),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__0CMN),li__XCMN);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__XCMN),((__li__TPOO *)((__li__KMFK *)li__0CMN))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__0CMN)),li__XCMN);
  } break;
  };
  li__SRX(((__li__BC *)li__XCMN),')');
}

static void li__UI4L(__li__FPHL *li__VI4L,__li__BC *li__WI4L)
/* (Strict EXPR_ADD{li__FPHL},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__XI4L,*li__EJ4L,*li__VJ4L;
  void *li__UJ4L,*li__QK4L;
  __li__C0WI *li__XP4U;
  __li__M1WI *li__ZP4U;
  __li__C li__PJ4L;
  li__XI4L=li__KA4L(li__VI4L);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__XI4L)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__WI4L),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__WI4L),'(');
    li__EJ4L=li__KA4L(li__VI4L);
    li__DN0G(((__li__5RB *)li__EJ4L),li__WI4L);
    li__SRX(((__li__BC *)li__WI4L),')');
  };
  li__SRX(((__li__BC *)li__WI4L),'(');
  li__XI4L=li__KA4L(li__VI4L);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__XI4L)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__WI4L),(&__string_712));
    li__PJ4L=li__B__;
  } else /* FALSE */ {
    li__PJ4L=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__PJ4L)) {
    li__UJ4L=li__VI4L->li__GPHL.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UJ4L)->__id) {
    case __li__WK__: {
      li__VJ4L=((__li__WK *)li__UJ4L)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__VJ4L=((__li__AVBD *)li__UJ4L)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__VJ4L=((__li__KVBD *)li__UJ4L)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__VJ4L=((__li__WVBD *)li__UJ4L)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__VJ4L=li__JK5J(((__li__Z4WH *)li__UJ4L));
    } break;
    case __li__KTVI__: {
      li__VJ4L=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__VJ4L=li__553L();
    } break;
    case __li__XTVI__: {
      li__VJ4L=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__VJ4L=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__VJ4L=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__VJ4L=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__VJ4L=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__VJ4L=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__VJ4L=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__VJ4L=li__DWEK(((__li__BNWI *)li__UJ4L));
    } break;
    case __li__XNWI__: {
      li__VJ4L=li__IWEK(((__li__XNWI *)li__UJ4L));
    } break;
    case __li__LOWI__: {
      li__VJ4L=li__NWEK(((__li__LOWI *)li__UJ4L));
    } break;
    case __li__5OWI__: {
      li__VJ4L=li__SWEK(((__li__5OWI *)li__UJ4L));
    } break;
    case __li__TPWI__: {
      li__VJ4L=li__XWEK(((__li__TPWI *)li__UJ4L));
    } break;
    case __li__HQWI__: {
      li__VJ4L=li__2WEK(((__li__HQWI *)li__UJ4L));
    } break;
    case __li__ARWI__: {
      li__VJ4L=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__VJ4L=li__FXEK(((__li__URWI *)li__UJ4L));
    } break;
    case __li__MSWI__: {
      li__VJ4L=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__VJ4L=((__li__ETWI *)li__UJ4L)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__VJ4L=((__li__MZWI *)li__UJ4L)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__VJ4L=((__li__C0WI *)li__UJ4L)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__VJ4L=((__li__M1WI *)li__UJ4L)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__VJ4L=((__li__KMFK *)li__UJ4L)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__VJ4L=li__T4NN(((__li__XOHL *)li__UJ4L));
    } break;
    case __li__FPHL__: {
      li__VJ4L=li__KA4L(((__li__FPHL *)li__UJ4L));
    } break;
    case __li__APLM__: {
      li__VJ4L=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__VJ4L=li__1ISO(((__li__DTNM *)li__UJ4L));
    } break;
    case __li__JXNM__: {
      li__VJ4L=li__VX3R(((__li__JXNM *)li__UJ4L));
    } break;
    case __li__21LO__: {
      li__VJ4L=((__li__21LO *)li__UJ4L)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__VJ4L=((__li__TPOO *)li__UJ4L)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__VJ4L=li__FH4R();
    } break;
    case __li__41XO__: {
      li__VJ4L=li__3FDQ(((__li__41XO *)li__UJ4L));
    } break;
    case __li__AKBR__: {
      li__VJ4L=li__WQDS(((__li__AKBR *)li__UJ4L));
    } break;
    case __li__SU5R__: {
      li__VJ4L=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__VJ4L=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__VJ4L)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__WI4L),(&__string_706));
    };
  };
  li__UJ4L=li__VI4L->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UJ4L)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__UJ4L)),li__WI4L);
    li__JAZ(((__li__BC *)li__WI4L),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__WI4L),((__li__MZWI *)((__li__KMFK *)li__UJ4L))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__XP4U=((__li__C0WI *)((__li__KMFK *)li__UJ4L));
    li__SRX(((__li__BC *)li__WI4L),'\'');
    li__JAZ(((__li__BC *)li__WI4L),li__XP4U->li__CTBK);
    li__SRX(((__li__BC *)li__WI4L),'\'');
  } break;
  case __li__M1WI__: {
    li__ZP4U=((__li__M1WI *)((__li__KMFK *)li__UJ4L));
    li__SRX(((__li__BC *)li__WI4L),'\"');
    li__JAZ(((__li__BC *)li__WI4L),li__ZP4U->li__UTFK);
    li__SRX(((__li__BC *)li__WI4L),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__UJ4L),li__WI4L);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__WI4L),((__li__TPOO *)((__li__KMFK *)li__UJ4L))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  };
  li__SRX(((__li__BC *)li__WI4L),' ');
  li__JAZ(((__li__BC *)li__WI4L),(&__string_499));
  li__SRX(((__li__BC *)li__WI4L),' ');
  li__XI4L=li__KA4L(li__VI4L);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__XI4L)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__WI4L),(&__string_712));
    li__PJ4L=li__B__;
  } else /* FALSE */ {
    li__PJ4L=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__PJ4L)) {
    li__QK4L=li__VI4L->li__GPHL.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QK4L)->__id) {
    case __li__WK__: {
      li__VJ4L=((__li__WK *)li__QK4L)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__VJ4L=((__li__AVBD *)li__QK4L)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__VJ4L=((__li__KVBD *)li__QK4L)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__VJ4L=((__li__WVBD *)li__QK4L)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__VJ4L=li__JK5J(((__li__Z4WH *)li__QK4L));
    } break;
    case __li__KTVI__: {
      li__VJ4L=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__VJ4L=li__553L();
    } break;
    case __li__XTVI__: {
      li__VJ4L=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__VJ4L=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__VJ4L=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__VJ4L=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__VJ4L=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__VJ4L=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__VJ4L=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__VJ4L=li__DWEK(((__li__BNWI *)li__QK4L));
    } break;
    case __li__XNWI__: {
      li__VJ4L=li__IWEK(((__li__XNWI *)li__QK4L));
    } break;
    case __li__LOWI__: {
      li__VJ4L=li__NWEK(((__li__LOWI *)li__QK4L));
    } break;
    case __li__5OWI__: {
      li__VJ4L=li__SWEK(((__li__5OWI *)li__QK4L));
    } break;
    case __li__TPWI__: {
      li__VJ4L=li__XWEK(((__li__TPWI *)li__QK4L));
    } break;
    case __li__HQWI__: {
      li__VJ4L=li__2WEK(((__li__HQWI *)li__QK4L));
    } break;
    case __li__ARWI__: {
      li__VJ4L=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__VJ4L=li__FXEK(((__li__URWI *)li__QK4L));
    } break;
    case __li__MSWI__: {
      li__VJ4L=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__VJ4L=((__li__ETWI *)li__QK4L)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__VJ4L=((__li__MZWI *)li__QK4L)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__VJ4L=((__li__C0WI *)li__QK4L)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__VJ4L=((__li__M1WI *)li__QK4L)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__VJ4L=((__li__KMFK *)li__QK4L)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__VJ4L=li__T4NN(((__li__XOHL *)li__QK4L));
    } break;
    case __li__FPHL__: {
      li__VJ4L=li__KA4L(((__li__FPHL *)li__QK4L));
    } break;
    case __li__APLM__: {
      li__VJ4L=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__VJ4L=li__1ISO(((__li__DTNM *)li__QK4L));
    } break;
    case __li__JXNM__: {
      li__VJ4L=li__VX3R(((__li__JXNM *)li__QK4L));
    } break;
    case __li__21LO__: {
      li__VJ4L=((__li__21LO *)li__QK4L)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__VJ4L=((__li__TPOO *)li__QK4L)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__VJ4L=li__FH4R();
    } break;
    case __li__41XO__: {
      li__VJ4L=li__3FDQ(((__li__41XO *)li__QK4L));
    } break;
    case __li__AKBR__: {
      li__VJ4L=li__WQDS(((__li__AKBR *)li__QK4L));
    } break;
    case __li__SU5R__: {
      li__VJ4L=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__VJ4L=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__VJ4L)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__WI4L),(&__string_706));
    };
  };
  li__UJ4L=li__VI4L->li__GPHL.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UJ4L)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__UJ4L)),li__WI4L);
    li__JAZ(((__li__BC *)li__WI4L),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__WI4L),((__li__MZWI *)((__li__KMFK *)li__UJ4L))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__XP4U=((__li__C0WI *)((__li__KMFK *)li__UJ4L));
    li__SRX(((__li__BC *)li__WI4L),'\'');
    li__JAZ(((__li__BC *)li__WI4L),li__XP4U->li__CTBK);
    li__SRX(((__li__BC *)li__WI4L),'\'');
  } break;
  case __li__M1WI__: {
    li__ZP4U=((__li__M1WI *)((__li__KMFK *)li__UJ4L));
    li__SRX(((__li__BC *)li__WI4L),'\"');
    li__JAZ(((__li__BC *)li__WI4L),li__ZP4U->li__UTFK);
    li__SRX(((__li__BC *)li__WI4L),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__UJ4L),li__WI4L);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__WI4L),((__li__TPOO *)((__li__KMFK *)li__UJ4L))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__UJ4L)),li__WI4L);
  } break;
  };
  li__SRX(((__li__BC *)li__WI4L),')');
}

static void li__T4BQ(__li__APLM *li__U4BQ,__li__BC *li__V4BQ)
/* (Strict EXPR_SUP_EQ{li__APLM},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__W4BQ,*li__54BQ;
  __li__5RB *li__X4BQ,*li__A5BQ;
  __li__U *li__C5BQ;
  __li__PF *li__CQ4U;
  __li__C0WI *li__JQ4U;
  __li__M1WI *li__LQ4U;
  __li__C li__E5BQ,li__H5BQ,li__KACQ;
  li__SRX(((__li__BC *)li__V4BQ),'(');
  li__W4BQ=li__U4BQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__W4BQ)->__id) {
  case __li__WK__: {
    li__X4BQ=((__li__WK *)li__W4BQ)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__X4BQ=((__li__AVBD *)li__W4BQ)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__X4BQ=((__li__KVBD *)li__W4BQ)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__X4BQ=((__li__WVBD *)li__W4BQ)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__X4BQ=li__JK5J(((__li__Z4WH *)li__W4BQ));
  } break;
  case __li__KTVI__: {
    li__X4BQ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__X4BQ=li__553L();
  } break;
  case __li__XTVI__: {
    li__X4BQ=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__X4BQ=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__X4BQ=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__X4BQ=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__X4BQ=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__X4BQ=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__X4BQ=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__X4BQ=li__DWEK(((__li__BNWI *)li__W4BQ));
  } break;
  case __li__XNWI__: {
    li__X4BQ=li__IWEK(((__li__XNWI *)li__W4BQ));
  } break;
  case __li__LOWI__: {
    li__X4BQ=li__NWEK(((__li__LOWI *)li__W4BQ));
  } break;
  case __li__5OWI__: {
    li__X4BQ=li__SWEK(((__li__5OWI *)li__W4BQ));
  } break;
  case __li__TPWI__: {
    li__X4BQ=li__XWEK(((__li__TPWI *)li__W4BQ));
  } break;
  case __li__HQWI__: {
    li__X4BQ=li__2WEK(((__li__HQWI *)li__W4BQ));
  } break;
  case __li__ARWI__: {
    li__X4BQ=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__X4BQ=li__FXEK(((__li__URWI *)li__W4BQ));
  } break;
  case __li__MSWI__: {
    li__X4BQ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__X4BQ=((__li__ETWI *)li__W4BQ)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__X4BQ=((__li__MZWI *)li__W4BQ)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__X4BQ=((__li__C0WI *)li__W4BQ)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__X4BQ=((__li__M1WI *)li__W4BQ)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__X4BQ=((__li__KMFK *)li__W4BQ)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__X4BQ=li__T4NN(((__li__XOHL *)li__W4BQ));
  } break;
  case __li__FPHL__: {
    li__X4BQ=li__KA4L(((__li__FPHL *)li__W4BQ));
  } break;
  case __li__APLM__: {
    li__X4BQ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__X4BQ=li__1ISO(((__li__DTNM *)li__W4BQ));
  } break;
  case __li__JXNM__: {
    li__X4BQ=li__VX3R(((__li__JXNM *)li__W4BQ));
  } break;
  case __li__21LO__: {
    li__X4BQ=((__li__21LO *)li__W4BQ)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__X4BQ=((__li__TPOO *)li__W4BQ)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__X4BQ=li__FH4R();
  } break;
  case __li__41XO__: {
    li__X4BQ=li__3FDQ(((__li__41XO *)li__W4BQ));
  } break;
  case __li__AKBR__: {
    li__X4BQ=li__WQDS(((__li__AKBR *)li__W4BQ));
  } break;
  case __li__SU5R__: {
    li__X4BQ=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__X4BQ=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__X4BQ)->li__AEM == (void *)li__FUB)) {
    li__54BQ=li__U4BQ->li__BPLM.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__WK__: {
      li__A5BQ=((__li__WK *)li__54BQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__A5BQ=((__li__AVBD *)li__54BQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__A5BQ=((__li__KVBD *)li__54BQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__A5BQ=((__li__WVBD *)li__54BQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__A5BQ=li__JK5J(((__li__Z4WH *)li__54BQ));
    } break;
    case __li__KTVI__: {
      li__A5BQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__A5BQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__A5BQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__A5BQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__A5BQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__A5BQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__A5BQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__A5BQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__A5BQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__A5BQ=li__DWEK(((__li__BNWI *)li__54BQ));
    } break;
    case __li__XNWI__: {
      li__A5BQ=li__IWEK(((__li__XNWI *)li__54BQ));
    } break;
    case __li__LOWI__: {
      li__A5BQ=li__NWEK(((__li__LOWI *)li__54BQ));
    } break;
    case __li__5OWI__: {
      li__A5BQ=li__SWEK(((__li__5OWI *)li__54BQ));
    } break;
    case __li__TPWI__: {
      li__A5BQ=li__XWEK(((__li__TPWI *)li__54BQ));
    } break;
    case __li__HQWI__: {
      li__A5BQ=li__2WEK(((__li__HQWI *)li__54BQ));
    } break;
    case __li__ARWI__: {
      li__A5BQ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__A5BQ=li__FXEK(((__li__URWI *)li__54BQ));
    } break;
    case __li__MSWI__: {
      li__A5BQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__A5BQ=((__li__ETWI *)li__54BQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__A5BQ=((__li__MZWI *)li__54BQ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__A5BQ=((__li__C0WI *)li__54BQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__A5BQ=((__li__M1WI *)li__54BQ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__A5BQ=((__li__KMFK *)li__54BQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__A5BQ=li__T4NN(((__li__XOHL *)li__54BQ));
    } break;
    case __li__FPHL__: {
      li__A5BQ=li__KA4L(((__li__FPHL *)li__54BQ));
    } break;
    case __li__APLM__: {
      li__A5BQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__A5BQ=li__1ISO(((__li__DTNM *)li__54BQ));
    } break;
    case __li__JXNM__: {
      li__A5BQ=li__VX3R(((__li__JXNM *)li__54BQ));
    } break;
    case __li__21LO__: {
      li__A5BQ=((__li__21LO *)li__54BQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__A5BQ=((__li__TPOO *)li__54BQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__A5BQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__A5BQ=li__3FDQ(((__li__41XO *)li__54BQ));
    } break;
    case __li__AKBR__: {
      li__A5BQ=li__WQDS(((__li__AKBR *)li__54BQ));
    } break;
    case __li__SU5R__: {
      li__A5BQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__A5BQ=li__Y1IS();
    } break;
    };
    li__54BQ=((__li__5RB *)li__A5BQ)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__IF__: {
      li__C5BQ=((__li__IF *)li__54BQ)->li__TF->li__SF.li__R2B;
    } break;
    case __li__ORB__: {
      li__C5BQ=(&__string_1);
    } break;
    case __li__QRB__: {
      li__C5BQ=(&__string_2);
    } break;
    case __li__SRB__: {
      li__C5BQ=(&__string_51);
    } break;
    case __li__URB__: {
      li__C5BQ=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__C5BQ=((__li__GSZ *)li__54BQ)->li__EGQB;
    } break;
    case __li__1RRF__: {
      li__CQ4U=li__QLKI();
      li__C5BQ=li__CQ4U->li__SF.li__R2B;
    } break;
    case __li__UJSH__: {
      li__C5BQ=((__li__UJSH *)li__54BQ)->li__VJSH.li__NZFD;
    } break;
    };
    li__E5BQ=li__NQQK(li__C5BQ);
    li__H5BQ=li__E5BQ;
  } else /* FALSE */ {
    li__H5BQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__H5BQ) {
    li__JAZ(((__li__BC *)li__V4BQ),(&__string_712));
    li__E5BQ=li__B__;
  } else /* FALSE */ {
    li__E5BQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__E5BQ)) {
    li__54BQ=li__U4BQ->li__BPLM.li__FPBK;
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switch (((struct ___OBJ *)li__54BQ)->__id) {
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      li__A5BQ=((__li__WK *)li__54BQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__A5BQ=((__li__AVBD *)li__54BQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__A5BQ=((__li__KVBD *)li__54BQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__A5BQ=((__li__WVBD *)li__54BQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__A5BQ=li__JK5J(((__li__Z4WH *)li__54BQ));
    } break;
    case __li__KTVI__: {
      li__A5BQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__A5BQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__A5BQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__A5BQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__A5BQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__A5BQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__A5BQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__A5BQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__A5BQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__A5BQ=li__DWEK(((__li__BNWI *)li__54BQ));
    } break;
    case __li__XNWI__: {
      li__A5BQ=li__IWEK(((__li__XNWI *)li__54BQ));
    } break;
    case __li__LOWI__: {
      li__A5BQ=li__NWEK(((__li__LOWI *)li__54BQ));
    } break;
    case __li__5OWI__: {
      li__A5BQ=li__SWEK(((__li__5OWI *)li__54BQ));
    } break;
    case __li__TPWI__: {
      li__A5BQ=li__XWEK(((__li__TPWI *)li__54BQ));
    } break;
    case __li__HQWI__: {
      li__A5BQ=li__2WEK(((__li__HQWI *)li__54BQ));
    } break;
    case __li__ARWI__: {
      li__A5BQ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__A5BQ=li__FXEK(((__li__URWI *)li__54BQ));
    } break;
    case __li__MSWI__: {
      li__A5BQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__A5BQ=((__li__ETWI *)li__54BQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__A5BQ=((__li__MZWI *)li__54BQ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__A5BQ=((__li__C0WI *)li__54BQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__A5BQ=((__li__M1WI *)li__54BQ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__A5BQ=((__li__KMFK *)li__54BQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__A5BQ=li__T4NN(((__li__XOHL *)li__54BQ));
    } break;
    case __li__FPHL__: {
      li__A5BQ=li__KA4L(((__li__FPHL *)li__54BQ));
    } break;
    case __li__APLM__: {
      li__A5BQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__A5BQ=li__1ISO(((__li__DTNM *)li__54BQ));
    } break;
    case __li__JXNM__: {
      li__A5BQ=li__VX3R(((__li__JXNM *)li__54BQ));
    } break;
    case __li__21LO__: {
      li__A5BQ=((__li__21LO *)li__54BQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__A5BQ=((__li__TPOO *)li__54BQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__A5BQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__A5BQ=li__3FDQ(((__li__41XO *)li__54BQ));
    } break;
    case __li__AKBR__: {
      li__A5BQ=li__WQDS(((__li__AKBR *)li__54BQ));
    } break;
    case __li__SU5R__: {
      li__A5BQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__A5BQ=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__A5BQ)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__V4BQ),(&__string_706));
    };
  };
  li__W4BQ=li__U4BQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__W4BQ)->__id) {
  case __li__WK__: {
    li__X4BQ=((__li__WK *)li__W4BQ)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__X4BQ=((__li__AVBD *)li__W4BQ)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__X4BQ=((__li__KVBD *)li__W4BQ)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__X4BQ=((__li__WVBD *)li__W4BQ)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__X4BQ=li__JK5J(((__li__Z4WH *)li__W4BQ));
  } break;
  case __li__KTVI__: {
    li__X4BQ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__X4BQ=li__553L();
  } break;
  case __li__XTVI__: {
    li__X4BQ=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__X4BQ=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__X4BQ=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__X4BQ=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__X4BQ=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__X4BQ=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__X4BQ=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__X4BQ=li__DWEK(((__li__BNWI *)li__W4BQ));
  } break;
  case __li__XNWI__: {
    li__X4BQ=li__IWEK(((__li__XNWI *)li__W4BQ));
  } break;
  case __li__LOWI__: {
    li__X4BQ=li__NWEK(((__li__LOWI *)li__W4BQ));
  } break;
  case __li__5OWI__: {
    li__X4BQ=li__SWEK(((__li__5OWI *)li__W4BQ));
  } break;
  case __li__TPWI__: {
    li__X4BQ=li__XWEK(((__li__TPWI *)li__W4BQ));
  } break;
  case __li__HQWI__: {
    li__X4BQ=li__2WEK(((__li__HQWI *)li__W4BQ));
  } break;
  case __li__ARWI__: {
    li__X4BQ=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__X4BQ=li__FXEK(((__li__URWI *)li__W4BQ));
  } break;
  case __li__MSWI__: {
    li__X4BQ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__X4BQ=((__li__ETWI *)li__W4BQ)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__X4BQ=((__li__MZWI *)li__W4BQ)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__X4BQ=((__li__C0WI *)li__W4BQ)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__X4BQ=((__li__M1WI *)li__W4BQ)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__X4BQ=((__li__KMFK *)li__W4BQ)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__X4BQ=li__T4NN(((__li__XOHL *)li__W4BQ));
  } break;
  case __li__FPHL__: {
    li__X4BQ=li__KA4L(((__li__FPHL *)li__W4BQ));
  } break;
  case __li__APLM__: {
    li__X4BQ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__X4BQ=li__1ISO(((__li__DTNM *)li__W4BQ));
  } break;
  case __li__JXNM__: {
    li__X4BQ=li__VX3R(((__li__JXNM *)li__W4BQ));
  } break;
  case __li__21LO__: {
    li__X4BQ=((__li__21LO *)li__W4BQ)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__X4BQ=((__li__TPOO *)li__W4BQ)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__X4BQ=li__FH4R();
  } break;
  case __li__41XO__: {
    li__X4BQ=li__3FDQ(((__li__41XO *)li__W4BQ));
  } break;
  case __li__AKBR__: {
    li__X4BQ=li__WQDS(((__li__AKBR *)li__W4BQ));
  } break;
  case __li__SU5R__: {
    li__X4BQ=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__X4BQ=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__X4BQ)->li__AEM == (void *)li__ORB__)) {
    li__54BQ=li__U4BQ->li__BPLM.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__WK__: {
      li__A5BQ=((__li__WK *)li__54BQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__A5BQ=((__li__AVBD *)li__54BQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__A5BQ=((__li__KVBD *)li__54BQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__A5BQ=((__li__WVBD *)li__54BQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__A5BQ=li__JK5J(((__li__Z4WH *)li__54BQ));
    } break;
    case __li__KTVI__: {
      li__A5BQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__A5BQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__A5BQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__A5BQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__A5BQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__A5BQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__A5BQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__A5BQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__A5BQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__A5BQ=li__DWEK(((__li__BNWI *)li__54BQ));
    } break;
    case __li__XNWI__: {
      li__A5BQ=li__IWEK(((__li__XNWI *)li__54BQ));
    } break;
    case __li__LOWI__: {
      li__A5BQ=li__NWEK(((__li__LOWI *)li__54BQ));
    } break;
    case __li__5OWI__: {
      li__A5BQ=li__SWEK(((__li__5OWI *)li__54BQ));
    } break;
    case __li__TPWI__: {
      li__A5BQ=li__XWEK(((__li__TPWI *)li__54BQ));
    } break;
    case __li__HQWI__: {
      li__A5BQ=li__2WEK(((__li__HQWI *)li__54BQ));
    } break;
    case __li__ARWI__: {
      li__A5BQ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__A5BQ=li__FXEK(((__li__URWI *)li__54BQ));
    } break;
    case __li__MSWI__: {
      li__A5BQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__A5BQ=((__li__ETWI *)li__54BQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__A5BQ=((__li__MZWI *)li__54BQ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__A5BQ=((__li__C0WI *)li__54BQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__A5BQ=((__li__M1WI *)li__54BQ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__A5BQ=((__li__KMFK *)li__54BQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__A5BQ=li__T4NN(((__li__XOHL *)li__54BQ));
    } break;
    case __li__FPHL__: {
      li__A5BQ=li__KA4L(((__li__FPHL *)li__54BQ));
    } break;
    case __li__APLM__: {
      li__A5BQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__A5BQ=li__1ISO(((__li__DTNM *)li__54BQ));
    } break;
    case __li__JXNM__: {
      li__A5BQ=li__VX3R(((__li__JXNM *)li__54BQ));
    } break;
    case __li__21LO__: {
      li__A5BQ=((__li__21LO *)li__54BQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__A5BQ=((__li__TPOO *)li__54BQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__A5BQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__A5BQ=li__3FDQ(((__li__41XO *)li__54BQ));
    } break;
    case __li__AKBR__: {
      li__A5BQ=li__WQDS(((__li__AKBR *)li__54BQ));
    } break;
    case __li__SU5R__: {
      li__A5BQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__A5BQ=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__A5BQ)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__KACQ=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__KACQ=li__B__;
    } break;
    };
    li__E5BQ=li__KACQ;
  } else /* FALSE */ {
    li__E5BQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__E5BQ) {
    li__SRX(((__li__BC *)li__V4BQ),'0');
  } else /* FALSE */ {
    li__54BQ=li__U4BQ->li__BPLM.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__WK__: {
      li__A5BQ=((__li__WK *)li__54BQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__A5BQ=((__li__AVBD *)li__54BQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__A5BQ=((__li__KVBD *)li__54BQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__A5BQ=((__li__WVBD *)li__54BQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__A5BQ=li__JK5J(((__li__Z4WH *)li__54BQ));
    } break;
    case __li__KTVI__: {
      li__A5BQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__A5BQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__A5BQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__A5BQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__A5BQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__A5BQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__A5BQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__A5BQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__A5BQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__A5BQ=li__DWEK(((__li__BNWI *)li__54BQ));
    } break;
    case __li__XNWI__: {
      li__A5BQ=li__IWEK(((__li__XNWI *)li__54BQ));
    } break;
    case __li__LOWI__: {
      li__A5BQ=li__NWEK(((__li__LOWI *)li__54BQ));
    } break;
    case __li__5OWI__: {
      li__A5BQ=li__SWEK(((__li__5OWI *)li__54BQ));
    } break;
    case __li__TPWI__: {
      li__A5BQ=li__XWEK(((__li__TPWI *)li__54BQ));
    } break;
    case __li__HQWI__: {
      li__A5BQ=li__2WEK(((__li__HQWI *)li__54BQ));
    } break;
    case __li__ARWI__: {
      li__A5BQ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__A5BQ=li__FXEK(((__li__URWI *)li__54BQ));
    } break;
    case __li__MSWI__: {
      li__A5BQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__A5BQ=((__li__ETWI *)li__54BQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__A5BQ=((__li__MZWI *)li__54BQ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__A5BQ=((__li__C0WI *)li__54BQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__A5BQ=((__li__M1WI *)li__54BQ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__A5BQ=((__li__KMFK *)li__54BQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__A5BQ=li__T4NN(((__li__XOHL *)li__54BQ));
    } break;
    case __li__FPHL__: {
      li__A5BQ=li__KA4L(((__li__FPHL *)li__54BQ));
    } break;
    case __li__APLM__: {
      li__A5BQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__A5BQ=li__1ISO(((__li__DTNM *)li__54BQ));
    } break;
    case __li__JXNM__: {
      li__A5BQ=li__VX3R(((__li__JXNM *)li__54BQ));
    } break;
    case __li__21LO__: {
      li__A5BQ=((__li__21LO *)li__54BQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__A5BQ=((__li__TPOO *)li__54BQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__A5BQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__A5BQ=li__3FDQ(((__li__41XO *)li__54BQ));
    } break;
    case __li__AKBR__: {
      li__A5BQ=li__WQDS(((__li__AKBR *)li__54BQ));
    } break;
    case __li__SU5R__: {
      li__A5BQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__A5BQ=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__A5BQ)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__KACQ=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__KACQ=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__KACQ) {
      li__JAZ(((__li__BC *)li__V4BQ),(&__string_713));
    };
    li__54BQ=li__U4BQ->li__BPLM.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__54BQ),li__V4BQ);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__54BQ)),li__V4BQ);
      li__JAZ(((__li__BC *)li__V4BQ),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__V4BQ),((__li__MZWI *)((__li__WK *)li__54BQ))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__JQ4U=((__li__C0WI *)((__li__WK *)li__54BQ));
      li__SRX(((__li__BC *)li__V4BQ),'\'');
      li__JAZ(((__li__BC *)li__V4BQ),li__JQ4U->li__CTBK);
      li__SRX(((__li__BC *)li__V4BQ),'\'');
    } break;
    case __li__M1WI__: {
      li__LQ4U=((__li__M1WI *)((__li__WK *)li__54BQ));
      li__SRX(((__li__BC *)li__V4BQ),'\"');
      li__JAZ(((__li__BC *)li__V4BQ),li__LQ4U->li__UTFK);
      li__SRX(((__li__BC *)li__V4BQ),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__V4BQ),((__li__TPOO *)((__li__WK *)li__54BQ))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    };
    li__54BQ=li__U4BQ->li__BPLM.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__WK__: {
      li__A5BQ=((__li__WK *)li__54BQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__A5BQ=((__li__AVBD *)li__54BQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__A5BQ=((__li__KVBD *)li__54BQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__A5BQ=((__li__WVBD *)li__54BQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__A5BQ=li__JK5J(((__li__Z4WH *)li__54BQ));
    } break;
    case __li__KTVI__: {
      li__A5BQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__A5BQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__A5BQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__A5BQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__A5BQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__A5BQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__A5BQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__A5BQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__A5BQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__A5BQ=li__DWEK(((__li__BNWI *)li__54BQ));
    } break;
    case __li__XNWI__: {
      li__A5BQ=li__IWEK(((__li__XNWI *)li__54BQ));
    } break;
    case __li__LOWI__: {
      li__A5BQ=li__NWEK(((__li__LOWI *)li__54BQ));
    } break;
    case __li__5OWI__: {
      li__A5BQ=li__SWEK(((__li__5OWI *)li__54BQ));
    } break;
    case __li__TPWI__: {
      li__A5BQ=li__XWEK(((__li__TPWI *)li__54BQ));
    } break;
    case __li__HQWI__: {
      li__A5BQ=li__2WEK(((__li__HQWI *)li__54BQ));
    } break;
    case __li__ARWI__: {
      li__A5BQ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__A5BQ=li__FXEK(((__li__URWI *)li__54BQ));
    } break;
    case __li__MSWI__: {
      li__A5BQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__A5BQ=((__li__ETWI *)li__54BQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__A5BQ=((__li__MZWI *)li__54BQ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__A5BQ=((__li__C0WI *)li__54BQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__A5BQ=((__li__M1WI *)li__54BQ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__A5BQ=((__li__KMFK *)li__54BQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__A5BQ=li__T4NN(((__li__XOHL *)li__54BQ));
    } break;
    case __li__FPHL__: {
      li__A5BQ=li__KA4L(((__li__FPHL *)li__54BQ));
    } break;
    case __li__APLM__: {
      li__A5BQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__A5BQ=li__1ISO(((__li__DTNM *)li__54BQ));
    } break;
    case __li__JXNM__: {
      li__A5BQ=li__VX3R(((__li__JXNM *)li__54BQ));
    } break;
    case __li__21LO__: {
      li__A5BQ=((__li__21LO *)li__54BQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__A5BQ=((__li__TPOO *)li__54BQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__A5BQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__A5BQ=li__3FDQ(((__li__41XO *)li__54BQ));
    } break;
    case __li__AKBR__: {
      li__A5BQ=li__WQDS(((__li__AKBR *)li__54BQ));
    } break;
    case __li__SU5R__: {
      li__A5BQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__A5BQ=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__A5BQ)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__KACQ=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__KACQ=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__KACQ) {
      li__JAZ(((__li__BC *)li__V4BQ),(&__string_714));
    };
  };
  li__SRX(((__li__BC *)li__V4BQ),' ');
  li__JAZ(((__li__BC *)li__V4BQ),(&__string_25));
  li__SRX(((__li__BC *)li__V4BQ),' ');
  li__W4BQ=li__U4BQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__W4BQ)->__id) {
  case __li__WK__: {
    li__X4BQ=((__li__WK *)li__W4BQ)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__X4BQ=((__li__AVBD *)li__W4BQ)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__X4BQ=((__li__KVBD *)li__W4BQ)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__X4BQ=((__li__WVBD *)li__W4BQ)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__X4BQ=li__JK5J(((__li__Z4WH *)li__W4BQ));
  } break;
  case __li__KTVI__: {
    li__X4BQ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__X4BQ=li__553L();
  } break;
  case __li__XTVI__: {
    li__X4BQ=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__X4BQ=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__X4BQ=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__X4BQ=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__X4BQ=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__X4BQ=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__X4BQ=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__X4BQ=li__DWEK(((__li__BNWI *)li__W4BQ));
  } break;
  case __li__XNWI__: {
    li__X4BQ=li__IWEK(((__li__XNWI *)li__W4BQ));
  } break;
  case __li__LOWI__: {
    li__X4BQ=li__NWEK(((__li__LOWI *)li__W4BQ));
  } break;
  case __li__5OWI__: {
    li__X4BQ=li__SWEK(((__li__5OWI *)li__W4BQ));
  } break;
  case __li__TPWI__: {
    li__X4BQ=li__XWEK(((__li__TPWI *)li__W4BQ));
  } break;
  case __li__HQWI__: {
    li__X4BQ=li__2WEK(((__li__HQWI *)li__W4BQ));
  } break;
  case __li__ARWI__: {
    li__X4BQ=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__X4BQ=li__FXEK(((__li__URWI *)li__W4BQ));
  } break;
  case __li__MSWI__: {
    li__X4BQ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__X4BQ=((__li__ETWI *)li__W4BQ)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__X4BQ=((__li__MZWI *)li__W4BQ)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__X4BQ=((__li__C0WI *)li__W4BQ)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__X4BQ=((__li__M1WI *)li__W4BQ)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__X4BQ=((__li__KMFK *)li__W4BQ)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__X4BQ=li__T4NN(((__li__XOHL *)li__W4BQ));
  } break;
  case __li__FPHL__: {
    li__X4BQ=li__KA4L(((__li__FPHL *)li__W4BQ));
  } break;
  case __li__APLM__: {
    li__X4BQ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__X4BQ=li__1ISO(((__li__DTNM *)li__W4BQ));
  } break;
  case __li__JXNM__: {
    li__X4BQ=li__VX3R(((__li__JXNM *)li__W4BQ));
  } break;
  case __li__21LO__: {
    li__X4BQ=((__li__21LO *)li__W4BQ)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
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    li__X4BQ=li__FH4R();
  } break;
  case __li__41XO__: {
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  case __li__AKBR__: {
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  case __li__JV5R__: {
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switch (((struct ___OBJ *)li__W4BQ)->__id) {
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    li__C5BQ=((__li__IF *)li__W4BQ)->li__TF->li__SF.li__R2B;
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  case __li__ORB__: {
    li__C5BQ=(&__string_1);
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  case __li__QRB__: {
    li__C5BQ=(&__string_2);
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  case __li__SRB__: {
    li__C5BQ=(&__string_51);
  } break;
  case __li__URB__: {
    li__C5BQ=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__C5BQ=((__li__GSZ *)li__W4BQ)->li__EGQB;
  } break;
  case __li__1RRF__: {
    li__CQ4U=li__QLKI();
    li__C5BQ=li__CQ4U->li__SF.li__R2B;
  } break;
  case __li__UJSH__: {
    li__C5BQ=((__li__UJSH *)li__W4BQ)->li__VJSH.li__NZFD;
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  };
  li__E5BQ=li__NQQK(li__C5BQ);
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if (li__E5BQ) {
    li__54BQ=li__U4BQ->li__BPLM.li__LPBK;
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switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__WK__: {
      li__A5BQ=((__li__WK *)li__54BQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__A5BQ=((__li__AVBD *)li__54BQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__A5BQ=((__li__KVBD *)li__54BQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__A5BQ=((__li__WVBD *)li__54BQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__A5BQ=li__JK5J(((__li__Z4WH *)li__54BQ));
    } break;
    case __li__KTVI__: {
      li__A5BQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__A5BQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__A5BQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__A5BQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__A5BQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__A5BQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__A5BQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__A5BQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__A5BQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__A5BQ=li__DWEK(((__li__BNWI *)li__54BQ));
    } break;
    case __li__XNWI__: {
      li__A5BQ=li__IWEK(((__li__XNWI *)li__54BQ));
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    case __li__LOWI__: {
      li__A5BQ=li__NWEK(((__li__LOWI *)li__54BQ));
    } break;
    case __li__5OWI__: {
      li__A5BQ=li__SWEK(((__li__5OWI *)li__54BQ));
    } break;
    case __li__TPWI__: {
      li__A5BQ=li__XWEK(((__li__TPWI *)li__54BQ));
    } break;
    case __li__HQWI__: {
      li__A5BQ=li__2WEK(((__li__HQWI *)li__54BQ));
    } break;
    case __li__ARWI__: {
      li__A5BQ=li__QRB__->li__RRB.li__J0C;
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    case __li__URWI__: {
      li__A5BQ=li__FXEK(((__li__URWI *)li__54BQ));
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    case __li__MSWI__: {
      li__A5BQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__A5BQ=((__li__ETWI *)li__54BQ)->li__NSBK;
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    case __li__MZWI__: {
      li__A5BQ=((__li__MZWI *)li__54BQ)->li__NZWI.li__WZLE;
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    case __li__C0WI__: {
      li__A5BQ=((__li__C0WI *)li__54BQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__A5BQ=((__li__M1WI *)li__54BQ)->li__N1WI.li__WZLE;
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    case __li__KMFK__: {
      li__A5BQ=((__li__KMFK *)li__54BQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__A5BQ=li__T4NN(((__li__XOHL *)li__54BQ));
    } break;
    case __li__FPHL__: {
      li__A5BQ=li__KA4L(((__li__FPHL *)li__54BQ));
    } break;
    case __li__APLM__: {
      li__A5BQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__A5BQ=li__1ISO(((__li__DTNM *)li__54BQ));
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    case __li__JXNM__: {
      li__A5BQ=li__VX3R(((__li__JXNM *)li__54BQ));
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    case __li__21LO__: {
      li__A5BQ=((__li__21LO *)li__54BQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__A5BQ=((__li__TPOO *)li__54BQ)->li__5IXO->li__GZB.li__0RNE;
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    case __li__URRO__: {
      li__A5BQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__A5BQ=li__3FDQ(((__li__41XO *)li__54BQ));
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    case __li__AKBR__: {
      li__A5BQ=li__WQDS(((__li__AKBR *)li__54BQ));
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    case __li__SU5R__: {
      li__A5BQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__A5BQ=li__Y1IS();
    } break;
    };
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    li__H5BQ=li__I__;
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if (li__H5BQ) {
    li__JAZ(((__li__BC *)li__V4BQ),(&__string_712));
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    li__H5BQ=li__I__;
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switch (((struct ___OBJ *)li__54BQ)->__id) {
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      li__A5BQ=((__li__WK *)li__54BQ)->li__1K.li__WZLE;
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      li__A5BQ=((__li__AVBD *)li__54BQ)->li__K2ME;
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    case __li__KVBD__: {
      li__A5BQ=((__li__KVBD *)li__54BQ)->li__LVBD.li__WZLE;
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    case __li__WVBD__: {
      li__A5BQ=((__li__WVBD *)li__54BQ)->li__XVBD.li__WZLE;
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    case __li__Z4WH__: {
      li__A5BQ=li__JK5J(((__li__Z4WH *)li__54BQ));
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      li__A5BQ=li__5UEK();
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    case __li__LTVI__: {
      li__A5BQ=li__553L();
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    case __li__XTVI__: {
      li__A5BQ=li__FVEK();
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    case __li__YTVI__: {
      li__A5BQ=li__FA4L();
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    case __li__S2VI__: {
      li__A5BQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__A5BQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__A5BQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__A5BQ=li__ZVEK();
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    case __li__NMWI__: {
      li__A5BQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__A5BQ=li__DWEK(((__li__BNWI *)li__54BQ));
    } break;
    case __li__XNWI__: {
      li__A5BQ=li__IWEK(((__li__XNWI *)li__54BQ));
    } break;
    case __li__LOWI__: {
      li__A5BQ=li__NWEK(((__li__LOWI *)li__54BQ));
    } break;
    case __li__5OWI__: {
      li__A5BQ=li__SWEK(((__li__5OWI *)li__54BQ));
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    case __li__TPWI__: {
      li__A5BQ=li__XWEK(((__li__TPWI *)li__54BQ));
    } break;
    case __li__HQWI__: {
      li__A5BQ=li__2WEK(((__li__HQWI *)li__54BQ));
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    case __li__ARWI__: {
      li__A5BQ=li__QRB__->li__RRB.li__J0C;
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    case __li__URWI__: {
      li__A5BQ=li__FXEK(((__li__URWI *)li__54BQ));
    } break;
    case __li__MSWI__: {
      li__A5BQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__A5BQ=((__li__ETWI *)li__54BQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__A5BQ=((__li__MZWI *)li__54BQ)->li__NZWI.li__WZLE;
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    case __li__C0WI__: {
      li__A5BQ=((__li__C0WI *)li__54BQ)->li__D0WI.li__WZLE;
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    case __li__M1WI__: {
      li__A5BQ=((__li__M1WI *)li__54BQ)->li__N1WI.li__WZLE;
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    case __li__KMFK__: {
      li__A5BQ=((__li__KMFK *)li__54BQ)->li__3RFK->li__WTBD.li__0RNE;
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    case __li__XOHL__: {
      li__A5BQ=li__T4NN(((__li__XOHL *)li__54BQ));
    } break;
    case __li__FPHL__: {
      li__A5BQ=li__KA4L(((__li__FPHL *)li__54BQ));
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    case __li__APLM__: {
      li__A5BQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__A5BQ=li__1ISO(((__li__DTNM *)li__54BQ));
    } break;
    case __li__JXNM__: {
      li__A5BQ=li__VX3R(((__li__JXNM *)li__54BQ));
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    case __li__21LO__: {
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    } break;
    case __li__TPOO__: {
      li__A5BQ=((__li__TPOO *)li__54BQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
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    } break;
    case __li__41XO__: {
      li__A5BQ=li__3FDQ(((__li__41XO *)li__54BQ));
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    case __li__AKBR__: {
      li__A5BQ=li__WQDS(((__li__AKBR *)li__54BQ));
    } break;
    case __li__SU5R__: {
      li__A5BQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__A5BQ=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__A5BQ)->li__BEM &  1) !=  0))) {
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switch (((struct ___OBJ *)li__W4BQ)->__id) {
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    li__X4BQ=((__li__WK *)li__W4BQ)->li__1K.li__WZLE;
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    li__X4BQ=((__li__AVBD *)li__W4BQ)->li__K2ME;
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  case __li__KVBD__: {
    li__X4BQ=((__li__KVBD *)li__W4BQ)->li__LVBD.li__WZLE;
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  case __li__WVBD__: {
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  case __li__Z4WH__: {
    li__X4BQ=li__JK5J(((__li__Z4WH *)li__W4BQ));
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  case __li__KTVI__: {
    li__X4BQ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__X4BQ=li__553L();
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  case __li__XTVI__: {
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  case __li__YTVI__: {
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  case __li__S2VI__: {
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  case __li__E3VI__: {
    li__X4BQ=li__PVEK();
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  case __li__KLWI__: {
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  case __li__ULWI__: {
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  case __li__NMWI__: {
    li__X4BQ=li__4VEK();
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  case __li__BNWI__: {
    li__X4BQ=li__DWEK(((__li__BNWI *)li__W4BQ));
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  case __li__XNWI__: {
    li__X4BQ=li__IWEK(((__li__XNWI *)li__W4BQ));
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  case __li__LOWI__: {
    li__X4BQ=li__NWEK(((__li__LOWI *)li__W4BQ));
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  case __li__5OWI__: {
    li__X4BQ=li__SWEK(((__li__5OWI *)li__W4BQ));
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  case __li__TPWI__: {
    li__X4BQ=li__XWEK(((__li__TPWI *)li__W4BQ));
  } break;
  case __li__HQWI__: {
    li__X4BQ=li__2WEK(((__li__HQWI *)li__W4BQ));
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  case __li__ARWI__: {
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  case __li__URWI__: {
    li__X4BQ=li__FXEK(((__li__URWI *)li__W4BQ));
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  case __li__MSWI__: {
    li__X4BQ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__X4BQ=((__li__ETWI *)li__W4BQ)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__X4BQ=((__li__MZWI *)li__W4BQ)->li__NZWI.li__WZLE;
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  case __li__C0WI__: {
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  case __li__M1WI__: {
    li__X4BQ=((__li__M1WI *)li__W4BQ)->li__N1WI.li__WZLE;
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  case __li__KMFK__: {
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  case __li__FPHL__: {
    li__X4BQ=li__KA4L(((__li__FPHL *)li__W4BQ));
  } break;
  case __li__APLM__: {
    li__X4BQ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__X4BQ=li__1ISO(((__li__DTNM *)li__W4BQ));
  } break;
  case __li__JXNM__: {
    li__X4BQ=li__VX3R(((__li__JXNM *)li__W4BQ));
  } break;
  case __li__21LO__: {
    li__X4BQ=((__li__21LO *)li__W4BQ)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__X4BQ=((__li__TPOO *)li__W4BQ)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__X4BQ=li__FH4R();
  } break;
  case __li__41XO__: {
    li__X4BQ=li__3FDQ(((__li__41XO *)li__W4BQ));
  } break;
  case __li__AKBR__: {
    li__X4BQ=li__WQDS(((__li__AKBR *)li__W4BQ));
  } break;
  case __li__SU5R__: {
    li__X4BQ=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__X4BQ=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__X4BQ)->li__AEM == (void *)li__ORB__)) {
    li__54BQ=li__U4BQ->li__BPLM.li__FPBK;
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switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__WK__: {
      li__A5BQ=((__li__WK *)li__54BQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__A5BQ=((__li__AVBD *)li__54BQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__A5BQ=((__li__KVBD *)li__54BQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__A5BQ=((__li__WVBD *)li__54BQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__A5BQ=li__JK5J(((__li__Z4WH *)li__54BQ));
    } break;
    case __li__KTVI__: {
      li__A5BQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__A5BQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__A5BQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__A5BQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__A5BQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__A5BQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__A5BQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__A5BQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__A5BQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__A5BQ=li__DWEK(((__li__BNWI *)li__54BQ));
    } break;
    case __li__XNWI__: {
      li__A5BQ=li__IWEK(((__li__XNWI *)li__54BQ));
    } break;
    case __li__LOWI__: {
      li__A5BQ=li__NWEK(((__li__LOWI *)li__54BQ));
    } break;
    case __li__5OWI__: {
      li__A5BQ=li__SWEK(((__li__5OWI *)li__54BQ));
    } break;
    case __li__TPWI__: {
      li__A5BQ=li__XWEK(((__li__TPWI *)li__54BQ));
    } break;
    case __li__HQWI__: {
      li__A5BQ=li__2WEK(((__li__HQWI *)li__54BQ));
    } break;
    case __li__ARWI__: {
      li__A5BQ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__A5BQ=li__FXEK(((__li__URWI *)li__54BQ));
    } break;
    case __li__MSWI__: {
      li__A5BQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__A5BQ=((__li__ETWI *)li__54BQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__A5BQ=((__li__MZWI *)li__54BQ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__A5BQ=((__li__C0WI *)li__54BQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__A5BQ=((__li__M1WI *)li__54BQ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__A5BQ=((__li__KMFK *)li__54BQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__A5BQ=li__T4NN(((__li__XOHL *)li__54BQ));
    } break;
    case __li__FPHL__: {
      li__A5BQ=li__KA4L(((__li__FPHL *)li__54BQ));
    } break;
    case __li__APLM__: {
      li__A5BQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__A5BQ=li__1ISO(((__li__DTNM *)li__54BQ));
    } break;
    case __li__JXNM__: {
      li__A5BQ=li__VX3R(((__li__JXNM *)li__54BQ));
    } break;
    case __li__21LO__: {
      li__A5BQ=((__li__21LO *)li__54BQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__A5BQ=((__li__TPOO *)li__54BQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__A5BQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__A5BQ=li__3FDQ(((__li__41XO *)li__54BQ));
    } break;
    case __li__AKBR__: {
      li__A5BQ=li__WQDS(((__li__AKBR *)li__54BQ));
    } break;
    case __li__SU5R__: {
      li__A5BQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__A5BQ=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__A5BQ)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__KACQ=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__KACQ=li__B__;
    } break;
    };
    li__H5BQ=li__KACQ;
  } else /* FALSE */ {
    li__H5BQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__H5BQ) {
    li__SRX(((__li__BC *)li__V4BQ),'0');
  } else /* FALSE */ {
    li__54BQ=li__U4BQ->li__BPLM.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__54BQ),li__V4BQ);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__54BQ)),li__V4BQ);
      li__JAZ(((__li__BC *)li__V4BQ),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__V4BQ),((__li__MZWI *)((__li__WK *)li__54BQ))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__JQ4U=((__li__C0WI *)((__li__WK *)li__54BQ));
      li__SRX(((__li__BC *)li__V4BQ),'\'');
      li__JAZ(((__li__BC *)li__V4BQ),li__JQ4U->li__CTBK);
      li__SRX(((__li__BC *)li__V4BQ),'\'');
    } break;
    case __li__M1WI__: {
      li__LQ4U=((__li__M1WI *)((__li__WK *)li__54BQ));
      li__SRX(((__li__BC *)li__V4BQ),'\"');
      li__JAZ(((__li__BC *)li__V4BQ),li__LQ4U->li__UTFK);
      li__SRX(((__li__BC *)li__V4BQ),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__V4BQ),((__li__TPOO *)((__li__WK *)li__54BQ))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__54BQ)),li__V4BQ);
    } break;
    };
    li__54BQ=li__U4BQ->li__BPLM.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__54BQ)->__id) {
    case __li__WK__: {
      li__A5BQ=((__li__WK *)li__54BQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__A5BQ=((__li__AVBD *)li__54BQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__A5BQ=((__li__KVBD *)li__54BQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__A5BQ=((__li__WVBD *)li__54BQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__A5BQ=li__JK5J(((__li__Z4WH *)li__54BQ));
    } break;
    case __li__KTVI__: {
      li__A5BQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__A5BQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__A5BQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__A5BQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__A5BQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__A5BQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__A5BQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__A5BQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__A5BQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__A5BQ=li__DWEK(((__li__BNWI *)li__54BQ));
    } break;
    case __li__XNWI__: {
      li__A5BQ=li__IWEK(((__li__XNWI *)li__54BQ));
    } break;
    case __li__LOWI__: {
      li__A5BQ=li__NWEK(((__li__LOWI *)li__54BQ));
    } break;
    case __li__5OWI__: {
      li__A5BQ=li__SWEK(((__li__5OWI *)li__54BQ));
    } break;
    case __li__TPWI__: {
      li__A5BQ=li__XWEK(((__li__TPWI *)li__54BQ));
    } break;
    case __li__HQWI__: {
      li__A5BQ=li__2WEK(((__li__HQWI *)li__54BQ));
    } break;
    case __li__ARWI__: {
      li__A5BQ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__A5BQ=li__FXEK(((__li__URWI *)li__54BQ));
    } break;
    case __li__MSWI__: {
      li__A5BQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__A5BQ=((__li__ETWI *)li__54BQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__A5BQ=((__li__MZWI *)li__54BQ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__A5BQ=((__li__C0WI *)li__54BQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__A5BQ=((__li__M1WI *)li__54BQ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__A5BQ=((__li__KMFK *)li__54BQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__A5BQ=li__T4NN(((__li__XOHL *)li__54BQ));
    } break;
    case __li__FPHL__: {
      li__A5BQ=li__KA4L(((__li__FPHL *)li__54BQ));
    } break;
    case __li__APLM__: {
      li__A5BQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__A5BQ=li__1ISO(((__li__DTNM *)li__54BQ));
    } break;
    case __li__JXNM__: {
      li__A5BQ=li__VX3R(((__li__JXNM *)li__54BQ));
    } break;
    case __li__21LO__: {
      li__A5BQ=((__li__21LO *)li__54BQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__A5BQ=((__li__TPOO *)li__54BQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__A5BQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__A5BQ=li__3FDQ(((__li__41XO *)li__54BQ));
    } break;
    case __li__AKBR__: {
      li__A5BQ=li__WQDS(((__li__AKBR *)li__54BQ));
    } break;
    case __li__SU5R__: {
      li__A5BQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__A5BQ=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__A5BQ)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__KACQ=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__KACQ=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__KACQ) {
      li__JAZ(((__li__BC *)li__V4BQ),(&__string_714));
    };
  };
  li__SRX(((__li__BC *)li__V4BQ),')');
}

static void li__5ARO(__li__DTNM *li__ABRO,__li__BC *li__BBRO)
/* (Strict EXPR_NOT{li__DTNM},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__CBRO;
  void *li__EBRO;
  __li__C0WI *li__1Q4U;
  __li__M1WI *li__3Q4U;
  li__SRX(((__li__BC *)li__BBRO),'(');
  li__CBRO=li__1ISO(li__ABRO);
  li__DN0G(((__li__5RB *)li__CBRO),li__BBRO);
  li__SRX(((__li__BC *)li__BBRO),')');
  li__SRX(((__li__BC *)li__BBRO),'(');
  li__SRX(((__li__BC *)li__BBRO),'~');
  li__SRX(((__li__BC *)li__BBRO),' ');
  li__EBRO=li__ABRO->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EBRO)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__KMFK *)li__EBRO)),li__BBRO);
    li__JAZ(((__li__BC *)li__BBRO),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__BBRO),((__li__MZWI *)((__li__KMFK *)li__EBRO))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__1Q4U=((__li__C0WI *)((__li__KMFK *)li__EBRO));
    li__SRX(((__li__BC *)li__BBRO),'\'');
    li__JAZ(((__li__BC *)li__BBRO),li__1Q4U->li__CTBK);
    li__SRX(((__li__BC *)li__BBRO),'\'');
  } break;
  case __li__M1WI__: {
    li__3Q4U=((__li__M1WI *)((__li__KMFK *)li__EBRO));
    li__SRX(((__li__BC *)li__BBRO),'\"');
    li__JAZ(((__li__BC *)li__BBRO),li__3Q4U->li__UTFK);
    li__SRX(((__li__BC *)li__BBRO),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)li__EBRO),li__BBRO);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__BBRO),((__li__TPOO *)((__li__KMFK *)li__EBRO))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__KMFK *)li__EBRO)),li__BBRO);
  } break;
  };
  li__SRX(((__li__BC *)li__BBRO),')');
}

static void li__RU3R(__li__JXNM *li__SU3R,__li__BC *li__TU3R)
/* (Strict EXPR_MOD{li__JXNM},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__UU3R,*li__BV3R,*li__SV3R;
  void *li__RV3R,*li__NW3R;
  __li__C0WI *li__DR4U;
  __li__M1WI *li__FR4U;
  __li__C li__MV3R;
  li__UU3R=li__VX3R(li__SU3R);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__UU3R)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__TU3R),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__TU3R),'(');
    li__BV3R=li__VX3R(li__SU3R);
    li__DN0G(((__li__5RB *)li__BV3R),li__TU3R);
    li__SRX(((__li__BC *)li__TU3R),')');
  };
  li__SRX(((__li__BC *)li__TU3R),'(');
  li__UU3R=li__VX3R(li__SU3R);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__UU3R)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__TU3R),(&__string_712));
    li__MV3R=li__B__;
  } else /* FALSE */ {
    li__MV3R=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__MV3R)) {
    li__RV3R=li__SU3R->li__KXNM.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RV3R)->__id) {
    case __li__WK__: {
      li__SV3R=((__li__WK *)li__RV3R)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__SV3R=((__li__AVBD *)li__RV3R)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__SV3R=((__li__KVBD *)li__RV3R)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__SV3R=((__li__WVBD *)li__RV3R)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__SV3R=li__JK5J(((__li__Z4WH *)li__RV3R));
    } break;
    case __li__KTVI__: {
      li__SV3R=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__SV3R=li__553L();
    } break;
    case __li__XTVI__: {
      li__SV3R=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__SV3R=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__SV3R=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__SV3R=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__SV3R=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__SV3R=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__SV3R=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__SV3R=li__DWEK(((__li__BNWI *)li__RV3R));
    } break;
    case __li__XNWI__: {
      li__SV3R=li__IWEK(((__li__XNWI *)li__RV3R));
    } break;
    case __li__LOWI__: {
      li__SV3R=li__NWEK(((__li__LOWI *)li__RV3R));
    } break;
    case __li__5OWI__: {
      li__SV3R=li__SWEK(((__li__5OWI *)li__RV3R));
    } break;
    case __li__TPWI__: {
      li__SV3R=li__XWEK(((__li__TPWI *)li__RV3R));
    } break;
    case __li__HQWI__: {
      li__SV3R=li__2WEK(((__li__HQWI *)li__RV3R));
    } break;
    case __li__ARWI__: {
      li__SV3R=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__SV3R=li__FXEK(((__li__URWI *)li__RV3R));
    } break;
    case __li__MSWI__: {
      li__SV3R=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__SV3R=((__li__ETWI *)li__RV3R)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__SV3R=((__li__MZWI *)li__RV3R)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__SV3R=((__li__C0WI *)li__RV3R)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__SV3R=((__li__M1WI *)li__RV3R)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__SV3R=((__li__KMFK *)li__RV3R)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__SV3R=li__T4NN(((__li__XOHL *)li__RV3R));
    } break;
    case __li__FPHL__: {
      li__SV3R=li__KA4L(((__li__FPHL *)li__RV3R));
    } break;
    case __li__APLM__: {
      li__SV3R=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__SV3R=li__1ISO(((__li__DTNM *)li__RV3R));
    } break;
    case __li__JXNM__: {
      li__SV3R=li__VX3R(((__li__JXNM *)li__RV3R));
    } break;
    case __li__21LO__: {
      li__SV3R=((__li__21LO *)li__RV3R)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__SV3R=((__li__TPOO *)li__RV3R)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__SV3R=li__FH4R();
    } break;
    case __li__41XO__: {
      li__SV3R=li__3FDQ(((__li__41XO *)li__RV3R));
    } break;
    case __li__AKBR__: {
      li__SV3R=li__WQDS(((__li__AKBR *)li__RV3R));
    } break;
    case __li__SU5R__: {
      li__SV3R=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__SV3R=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__SV3R)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__TU3R),(&__string_706));
    };
  };
  li__RV3R=li__SU3R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RV3R)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__RV3R),li__TU3R);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__RV3R)),li__TU3R);
    li__JAZ(((__li__BC *)li__TU3R),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__TU3R),((__li__MZWI *)((__li__WK *)li__RV3R))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__DR4U=((__li__C0WI *)((__li__WK *)li__RV3R));
    li__SRX(((__li__BC *)li__TU3R),'\'');
    li__JAZ(((__li__BC *)li__TU3R),li__DR4U->li__CTBK);
    li__SRX(((__li__BC *)li__TU3R),'\'');
  } break;
  case __li__M1WI__: {
    li__FR4U=((__li__M1WI *)((__li__WK *)li__RV3R));
    li__SRX(((__li__BC *)li__TU3R),'\"');
    li__JAZ(((__li__BC *)li__TU3R),li__FR4U->li__UTFK);
    li__SRX(((__li__BC *)li__TU3R),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__TU3R),((__li__TPOO *)((__li__WK *)li__RV3R))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  };
  li__SRX(((__li__BC *)li__TU3R),' ');
  li__JAZ(((__li__BC *)li__TU3R),(&__string_500));
  li__SRX(((__li__BC *)li__TU3R),' ');
  li__UU3R=li__VX3R(li__SU3R);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__UU3R)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__TU3R),(&__string_712));
    li__MV3R=li__B__;
  } else /* FALSE */ {
    li__MV3R=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__MV3R)) {
    li__NW3R=li__SU3R->li__KXNM.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NW3R)->__id) {
    case __li__WK__: {
      li__SV3R=((__li__WK *)li__NW3R)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__SV3R=((__li__AVBD *)li__NW3R)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__SV3R=((__li__KVBD *)li__NW3R)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__SV3R=((__li__WVBD *)li__NW3R)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__SV3R=li__JK5J(((__li__Z4WH *)li__NW3R));
    } break;
    case __li__KTVI__: {
      li__SV3R=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__SV3R=li__553L();
    } break;
    case __li__XTVI__: {
      li__SV3R=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__SV3R=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__SV3R=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__SV3R=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__SV3R=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__SV3R=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__SV3R=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__SV3R=li__DWEK(((__li__BNWI *)li__NW3R));
    } break;
    case __li__XNWI__: {
      li__SV3R=li__IWEK(((__li__XNWI *)li__NW3R));
    } break;
    case __li__LOWI__: {
      li__SV3R=li__NWEK(((__li__LOWI *)li__NW3R));
    } break;
    case __li__5OWI__: {
      li__SV3R=li__SWEK(((__li__5OWI *)li__NW3R));
    } break;
    case __li__TPWI__: {
      li__SV3R=li__XWEK(((__li__TPWI *)li__NW3R));
    } break;
    case __li__HQWI__: {
      li__SV3R=li__2WEK(((__li__HQWI *)li__NW3R));
    } break;
    case __li__ARWI__: {
      li__SV3R=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__SV3R=li__FXEK(((__li__URWI *)li__NW3R));
    } break;
    case __li__MSWI__: {
      li__SV3R=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__SV3R=((__li__ETWI *)li__NW3R)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__SV3R=((__li__MZWI *)li__NW3R)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__SV3R=((__li__C0WI *)li__NW3R)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__SV3R=((__li__M1WI *)li__NW3R)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__SV3R=((__li__KMFK *)li__NW3R)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__SV3R=li__T4NN(((__li__XOHL *)li__NW3R));
    } break;
    case __li__FPHL__: {
      li__SV3R=li__KA4L(((__li__FPHL *)li__NW3R));
    } break;
    case __li__APLM__: {
      li__SV3R=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__SV3R=li__1ISO(((__li__DTNM *)li__NW3R));
    } break;
    case __li__JXNM__: {
      li__SV3R=li__VX3R(((__li__JXNM *)li__NW3R));
    } break;
    case __li__21LO__: {
      li__SV3R=((__li__21LO *)li__NW3R)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__SV3R=((__li__TPOO *)li__NW3R)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__SV3R=li__FH4R();
    } break;
    case __li__41XO__: {
      li__SV3R=li__3FDQ(((__li__41XO *)li__NW3R));
    } break;
    case __li__AKBR__: {
      li__SV3R=li__WQDS(((__li__AKBR *)li__NW3R));
    } break;
    case __li__SU5R__: {
      li__SV3R=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__SV3R=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__SV3R)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__TU3R),(&__string_706));
    };
  };
  li__RV3R=li__SU3R->li__KXNM.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RV3R)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__RV3R),li__TU3R);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__RV3R)),li__TU3R);
    li__JAZ(((__li__BC *)li__TU3R),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__TU3R),((__li__MZWI *)((__li__WK *)li__RV3R))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__DR4U=((__li__C0WI *)((__li__WK *)li__RV3R));
    li__SRX(((__li__BC *)li__TU3R),'\'');
    li__JAZ(((__li__BC *)li__TU3R),li__DR4U->li__CTBK);
    li__SRX(((__li__BC *)li__TU3R),'\'');
  } break;
  case __li__M1WI__: {
    li__FR4U=((__li__M1WI *)((__li__WK *)li__RV3R));
    li__SRX(((__li__BC *)li__TU3R),'\"');
    li__JAZ(((__li__BC *)li__TU3R),li__FR4U->li__UTFK);
    li__SRX(((__li__BC *)li__TU3R),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__TU3R),((__li__TPOO *)((__li__WK *)li__RV3R))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__RV3R)),li__TU3R);
  } break;
  };
  li__SRX(((__li__BC *)li__TU3R),')');
}

static void li__GVIP(__li__21LO *li__HVIP,__li__BC *li__IVIP)
/* (Strict READ_SLOT{li__21LO},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__JVIP,*li__KVIP,*li__PWIP;
  void *li__IWIP,*li__LZIP;
  __li__C0WI *li__TR4U,*li__1R4U;
  __li__M1WI *li__VR4U,*li__3R4U;
  __li__DZB *li__SWIP;
  __li__IF *li__5R4U;
  __li__ORB *li__BS4U;
  __li__QRB *li__DS4U;
  __li__SRB *li__FS4U;
  __li__UJSH *li__IS4U;
  __li__C li__MVIP,li__MXIP;
  li__JVIP=NULL;
  li__KVIP=NULL;
  li__MVIP=li__I__;
  /* __li__B__ __li__I__ */
if (((void *)li__HVIP->li__KJXO->li__GZB.li__GRNE == (void *)(&__string_85))) {
    li__JAZ(((__li__BC *)li__IVIP),(&__string_531));
    li__JVIP=li__HVIP->li__KJXO->li__GZB.li__0RNE;
    li__DN0G(((__li__5RB *)li__JVIP),li__IVIP);
    li__SRX(((__li__BC *)li__IVIP),' ');
    li__DO0G(((__li__5RB *)li__JVIP),li__IVIP);
    li__SRX(((__li__BC *)li__IVIP),')');
    li__IWIP=li__HVIP->li__N2LO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IWIP)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__IWIP),li__IVIP);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__IWIP)),li__IVIP);
      li__JAZ(((__li__BC *)li__IVIP),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__IVIP),((__li__MZWI *)((__li__WK *)li__IWIP))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__TR4U=((__li__C0WI *)((__li__WK *)li__IWIP));
      li__SRX(((__li__BC *)li__IVIP),'\'');
      li__JAZ(((__li__BC *)li__IVIP),li__TR4U->li__CTBK);
      li__SRX(((__li__BC *)li__IVIP),'\'');
    } break;
    case __li__M1WI__: {
      li__VR4U=((__li__M1WI *)((__li__WK *)li__IWIP));
      li__SRX(((__li__BC *)li__IVIP),'\"');
      li__JAZ(((__li__BC *)li__IVIP),li__VR4U->li__UTFK);
      li__SRX(((__li__BC *)li__IVIP),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__IVIP),((__li__TPOO *)((__li__WK *)li__IWIP))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__IWIP)),li__IVIP);
    } break;
    };
    li__JAZ(((__li__BC *)li__IVIP),(&__string_719));
  } else /* FALSE */ {
    li__IWIP=li__HVIP->li__N2LO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IWIP)->__id) {
    case __li__WK__: {
      li__PWIP=((__li__WK *)li__IWIP)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PWIP=((__li__AVBD *)li__IWIP)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PWIP=((__li__KVBD *)li__IWIP)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PWIP=((__li__WVBD *)li__IWIP)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PWIP=li__JK5J(((__li__Z4WH *)li__IWIP));
    } break;
    case __li__KTVI__: {
      li__PWIP=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PWIP=li__553L();
    } break;
    case __li__XTVI__: {
      li__PWIP=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PWIP=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PWIP=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PWIP=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PWIP=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PWIP=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PWIP=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PWIP=li__DWEK(((__li__BNWI *)li__IWIP));
    } break;
    case __li__XNWI__: {
      li__PWIP=li__IWEK(((__li__XNWI *)li__IWIP));
    } break;
    case __li__LOWI__: {
      li__PWIP=li__NWEK(((__li__LOWI *)li__IWIP));
    } break;
    case __li__5OWI__: {
      li__PWIP=li__SWEK(((__li__5OWI *)li__IWIP));
    } break;
    case __li__TPWI__: {
      li__PWIP=li__XWEK(((__li__TPWI *)li__IWIP));
    } break;
    case __li__HQWI__: {
      li__PWIP=li__2WEK(((__li__HQWI *)li__IWIP));
    } break;
    case __li__ARWI__: {
      li__PWIP=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PWIP=li__FXEK(((__li__URWI *)li__IWIP));
    } break;
    case __li__MSWI__: {
      li__PWIP=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PWIP=((__li__ETWI *)li__IWIP)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PWIP=((__li__MZWI *)li__IWIP)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PWIP=((__li__C0WI *)li__IWIP)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PWIP=((__li__M1WI *)li__IWIP)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PWIP=((__li__KMFK *)li__IWIP)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PWIP=li__T4NN(((__li__XOHL *)li__IWIP));
    } break;
    case __li__FPHL__: {
      li__PWIP=li__KA4L(((__li__FPHL *)li__IWIP));
    } break;
    case __li__APLM__: {
      li__PWIP=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PWIP=li__1ISO(((__li__DTNM *)li__IWIP));
    } break;
    case __li__JXNM__: {
      li__PWIP=li__VX3R(((__li__JXNM *)li__IWIP));
    } break;
    case __li__21LO__: {
      li__PWIP=((__li__21LO *)li__IWIP)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PWIP=((__li__TPOO *)li__IWIP)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PWIP=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PWIP=li__3FDQ(((__li__41XO *)li__IWIP));
    } break;
    case __li__AKBR__: {
      li__PWIP=li__WQDS(((__li__AKBR *)li__IWIP));
    } break;
    case __li__SU5R__: {
      li__PWIP=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PWIP=li__Y1IS();
    } break;
    };
    li__JVIP=li__PWIP;
    li__IWIP=li__YPYI(((__li__DZB *)li__HVIP->li__KJXO));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IWIP)->__id) {
    case __li__IF__: {
      li__SWIP=((__li__IF *)li__IWIP)->li__QJXG;
    } break;
    case __li__ORB__: {
      li__SWIP=((__li__ORB *)li__IWIP)->li__PRB.li__QJXG;
    } break;
    case __li__QRB__: {
      li__SWIP=((__li__QRB *)li__IWIP)->li__RRB.li__QJXG;
    } break;
    case __li__SRB__: {
      li__SWIP=((__li__SRB *)li__IWIP)->li__TRB.li__QJXG;
    } break;
    case __li__URB__: {
      li__SWIP=((__li__URB *)li__IWIP)->li__VRB.li__QJXG;
    } break;
    case __li__GSZ__: {
      li__SWIP=((__li__GSZ *)li__IWIP)->li__HSZ.li__QJXG;
    } break;
    case __li__1RRF__: {
      li__SWIP=((__li__1RRF *)li__IWIP)->li__2RRF.li__QJXG;
    } break;
    case __li__UJSH__: {
      li__SWIP=((__li__UJSH *)li__IWIP)->li__WJSH.li__QJXG;
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__SWIP != (void *)NULL)) {
      li__KVIP=li__HVIP->li__KJXO->li__GZB.li__0RNE;
      li__MXIP=(((! ((__li__F0C)(((__li__5RB *)li__PWIP)->li__BEM &  1) !=  0)) || ((__li__F0C)(((__li__5RB *)li__PWIP)->li__BEM &  16) !=  0)) || ((__li__F0C)(((__li__5RB *)li__PWIP)->li__BEM &  4) !=  0));
      /* __li__B__ __li__I__ */
if ((li__MXIP != (((! ((__li__F0C)(((__li__5RB *)li__KVIP)->li__BEM &  1) !=  0)) || ((__li__F0C)(((__li__5RB *)li__KVIP)->li__BEM &  16) !=  0)) || ((__li__F0C)(((__li__5RB *)li__KVIP)->li__BEM &  4) !=  0)))) {
        li__MVIP=li__B__;
        /* __li__B__ __li__I__ */
if (li__MXIP) {
          li__JAZ(((__li__BC *)li__IVIP),(&__string_720));
        } else /* FALSE */ {
          li__JAZ(((__li__BC *)li__IVIP),(&__string_721));
        };
      };
    };
    /* __li__B__ __li__I__ */
if (((((__li__F0C)(((__li__5RB *)li__PWIP)->li__BEM &  4) !=  0) || ((__li__F0C)(((__li__5RB *)li__PWIP)->li__BEM &  16) !=  0)) || ((__li__F0C)(((__li__5RB *)li__PWIP)->li__BEM &  1) !=  0))) {
      li__LZIP=li__HVIP->li__N2LO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LZIP)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__LZIP),li__IVIP);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__LZIP)),li__IVIP);
        li__JAZ(((__li__BC *)li__IVIP),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__IVIP),((__li__MZWI *)((__li__WK *)li__LZIP))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__1R4U=((__li__C0WI *)((__li__WK *)li__LZIP));
        li__SRX(((__li__BC *)li__IVIP),'\'');
        li__JAZ(((__li__BC *)li__IVIP),li__1R4U->li__CTBK);
        li__SRX(((__li__BC *)li__IVIP),'\'');
      } break;
      case __li__M1WI__: {
        li__3R4U=((__li__M1WI *)((__li__WK *)li__LZIP));
        li__SRX(((__li__BC *)li__IVIP),'\"');
        li__JAZ(((__li__BC *)li__IVIP),li__3R4U->li__UTFK);
        li__SRX(((__li__BC *)li__IVIP),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__IVIP),((__li__TPOO *)((__li__WK *)li__LZIP))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      };
    } else /* FALSE */ {
      li__JAZ(((__li__BC *)li__IVIP),(&__string_531));
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IWIP)->__id) {
      case __li__IF__: {
        li__5R4U=((__li__IF *)li__IWIP);
        li__JAZ(((__li__BC *)li__IVIP),(&__string_123));
        li__JAZ(((__li__BC *)li__IVIP),li__5R4U->li__QGQB);
        li__PIMH(li__5R4U);
      } break;
      case __li__ORB__: {
        li__BS4U=((__li__ORB *)((__li__IF *)li__IWIP));
        li__JAZ(((__li__BC *)li__IVIP),(&__string_123));
        li__JAZ(((__li__BC *)li__IVIP),(&__string_1));
        li__FKMH(li__BS4U);
      } break;
      case __li__QRB__: {
        li__DS4U=((__li__QRB *)((__li__IF *)li__IWIP));
        li__JAZ(((__li__BC *)li__IVIP),(&__string_123));
        li__JAZ(((__li__BC *)li__IVIP),(&__string_2));
        li__1LMH(li__DS4U);
      } break;
      case __li__SRB__: {
        li__FS4U=((__li__SRB *)((__li__IF *)li__IWIP));
        li__JAZ(((__li__BC *)li__IVIP),(&__string_123));
        li__JAZ(((__li__BC *)li__IVIP),(&__string_51));
        li__RNMH(li__FS4U);
      } break;
      case __li__URB__: {
        li__JAZ(((__li__BC *)li__IVIP),(&__string_123));
        li__JAZ(((__li__BC *)li__IVIP),(&__string_53));
      } break;
      case __li__GSZ__: {
        li__H34H(((__li__GSZ *)((__li__IF *)li__IWIP)),li__IVIP);
      } break;
      case __li__1RRF__: {
        li__HAPI(((__li__1RRF *)((__li__IF *)li__IWIP)),li__IVIP);
      } break;
      case __li__UJSH__: {
        li__IS4U=((__li__UJSH *)((__li__IF *)li__IWIP));
        li__JAZ(((__li__BC *)li__IVIP),(&__string_123));
        li__JAZ(((__li__BC *)li__IVIP),li__IS4U->li__VJSH.li__NZFD);
        li__GGON(li__IS4U);
      } break;
      };
      li__SRX(((__li__BC *)li__IVIP),' ');
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IWIP)->__id) {
      case __li__IF__: {
        li__SRX(((__li__BC *)li__IVIP),'*');
      } break;
      case __li__ORB__: {
        li__SRX(((__li__BC *)li__IVIP),'*');
      } break;
      case __li__QRB__: {
        li__SRX(((__li__BC *)li__IVIP),'*');
      } break;
      case __li__SRB__: {
        li__SRX(((__li__BC *)li__IVIP),'*');
      } break;
      case __li__URB__:  break;
      case __li__GSZ__: {
        li__QUIH(((__li__GSZ *)((__li__IF *)li__IWIP)),li__IVIP);
      } break;
      case __li__1RRF__:  break;
      case __li__UJSH__:  break;
      };
      li__SRX(((__li__BC *)li__IVIP),')');
      li__LZIP=li__HVIP->li__N2LO;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LZIP)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__LZIP),li__IVIP);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__LZIP)),li__IVIP);
        li__JAZ(((__li__BC *)li__IVIP),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__IVIP),((__li__MZWI *)((__li__WK *)li__LZIP))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__1R4U=((__li__C0WI *)((__li__WK *)li__LZIP));
        li__SRX(((__li__BC *)li__IVIP),'\'');
        li__JAZ(((__li__BC *)li__IVIP),li__1R4U->li__CTBK);
        li__SRX(((__li__BC *)li__IVIP),'\'');
      } break;
      case __li__M1WI__: {
        li__3R4U=((__li__M1WI *)((__li__WK *)li__LZIP));
        li__SRX(((__li__BC *)li__IVIP),'\"');
        li__JAZ(((__li__BC *)li__IVIP),li__3R4U->li__UTFK);
        li__SRX(((__li__BC *)li__IVIP),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__IVIP),((__li__TPOO *)((__li__WK *)li__LZIP))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__LZIP)),li__IVIP);
      } break;
      };
      li__SRX(((__li__BC *)li__IVIP),')');
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IWIP)->__id) {
    case __li__IF__: {
      li__SWIP=((__li__IF *)li__IWIP)->li__QJXG;
    } break;
    case __li__ORB__: {
      li__SWIP=((__li__ORB *)li__IWIP)->li__PRB.li__QJXG;
    } break;
    case __li__QRB__: {
      li__SWIP=((__li__QRB *)li__IWIP)->li__RRB.li__QJXG;
    } break;
    case __li__SRB__: {
      li__SWIP=((__li__SRB *)li__IWIP)->li__TRB.li__QJXG;
    } break;
    case __li__URB__: {
      li__SWIP=((__li__URB *)li__IWIP)->li__VRB.li__QJXG;
    } break;
    case __li__GSZ__: {
      li__SWIP=((__li__GSZ *)li__IWIP)->li__HSZ.li__QJXG;
    } break;
    case __li__1RRF__: {
      li__SWIP=((__li__1RRF *)li__IWIP)->li__2RRF.li__QJXG;
    } break;
    case __li__UJSH__: {
      li__SWIP=((__li__UJSH *)li__IWIP)->li__WJSH.li__QJXG;
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__SWIP == (void *)NULL)) {
      /* __li__B__ __li__I__ */
if (((((__li__F0C)(((__li__5RB *)li__PWIP)->li__BEM &  1) !=  0) && (! ((__li__F0C)(((__li__5RB *)li__PWIP)->li__BEM &  16) !=  0))) && (! ((__li__F0C)(((__li__5RB *)li__PWIP)->li__BEM &  4) !=  0)))) {
        li__SRX(((__li__BC *)li__IVIP),'.');
      } else /* FALSE */ {
        li__JAZ(((__li__BC *)li__IVIP),(&__string_21));
      };
      li__JAZ(((__li__BC *)li__IVIP),li__HVIP->li__KJXO->li__GZB.li__GRNE);
      li__MXIP=li__B__;
    } else /* FALSE */ {
      li__MXIP=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__MXIP)) {
      /* __li__B__ __li__I__ */
if (li__MVIP) {
        li__JAZ(((__li__BC *)li__IVIP),(&__string_705));
      };
    };
  };
}

static void li__4N4R(__li__URRO *li__5N4R,__li__BC *li__AO4R)
/* (Strict EXPR_NOT_LOGIC{li__URRO},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__CO4R;
  __li__C0WI *li__0S4U;
  __li__M1WI *li__2S4U;
  li__SRX(((__li__BC *)li__AO4R),'(');
  li__SRX(((__li__BC *)li__AO4R),'!');
  li__SRX(((__li__BC *)li__AO4R),' ');
  li__CO4R=li__5N4R->li__XRRO.li__RF4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CO4R)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__CO4R),li__AO4R);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__CO4R)),li__AO4R);
    li__JAZ(((__li__BC *)li__AO4R),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__AO4R),((__li__MZWI *)((__li__WK *)li__CO4R))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__0S4U=((__li__C0WI *)((__li__WK *)li__CO4R));
    li__SRX(((__li__BC *)li__AO4R),'\'');
    li__JAZ(((__li__BC *)li__AO4R),li__0S4U->li__CTBK);
    li__SRX(((__li__BC *)li__AO4R),'\'');
  } break;
  case __li__M1WI__: {
    li__2S4U=((__li__M1WI *)((__li__WK *)li__CO4R));
    li__SRX(((__li__BC *)li__AO4R),'\"');
    li__JAZ(((__li__BC *)li__AO4R),li__2S4U->li__UTFK);
    li__SRX(((__li__BC *)li__AO4R),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__AO4R),((__li__TPOO *)((__li__WK *)li__CO4R))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__CO4R)),li__AO4R);
  } break;
  };
  li__SRX(((__li__BC *)li__AO4R),')');
}

static void li__AECQ(__li__41XO *li__BECQ,__li__BC *li__CECQ)
/* (Strict EXPR_OR{li__41XO},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__DECQ,*li__QECQ,*li__BFCQ;
  void *li__AFCQ,*li__2FCQ;
  __li__C0WI *li__ET4U;
  __li__M1WI *li__GT4U;
  __li__C li__1ECQ;
  li__DECQ=li__3FDQ(li__BECQ);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__DECQ)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__CECQ),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__CECQ),'(');
    li__QECQ=li__3FDQ(li__BECQ);
    li__DN0G(((__li__5RB *)li__QECQ),li__CECQ);
    li__SRX(((__li__BC *)li__CECQ),')');
  };
  li__SRX(((__li__BC *)li__CECQ),'(');
  li__DECQ=li__3FDQ(li__BECQ);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__DECQ)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__CECQ),(&__string_712));
    li__1ECQ=li__B__;
  } else /* FALSE */ {
    li__1ECQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__1ECQ)) {
    li__AFCQ=li__BECQ->li__51XO.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AFCQ)->__id) {
    case __li__WK__: {
      li__BFCQ=((__li__WK *)li__AFCQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__BFCQ=((__li__AVBD *)li__AFCQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__BFCQ=((__li__KVBD *)li__AFCQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__BFCQ=((__li__WVBD *)li__AFCQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__BFCQ=li__JK5J(((__li__Z4WH *)li__AFCQ));
    } break;
    case __li__KTVI__: {
      li__BFCQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__BFCQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__BFCQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__BFCQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__BFCQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__BFCQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__BFCQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__BFCQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__BFCQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__BFCQ=li__DWEK(((__li__BNWI *)li__AFCQ));
    } break;
    case __li__XNWI__: {
      li__BFCQ=li__IWEK(((__li__XNWI *)li__AFCQ));
    } break;
    case __li__LOWI__: {
      li__BFCQ=li__NWEK(((__li__LOWI *)li__AFCQ));
    } break;
    case __li__5OWI__: {
      li__BFCQ=li__SWEK(((__li__5OWI *)li__AFCQ));
    } break;
    case __li__TPWI__: {
      li__BFCQ=li__XWEK(((__li__TPWI *)li__AFCQ));
    } break;
    case __li__HQWI__: {
      li__BFCQ=li__2WEK(((__li__HQWI *)li__AFCQ));
    } break;
    case __li__ARWI__: {
      li__BFCQ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__BFCQ=li__FXEK(((__li__URWI *)li__AFCQ));
    } break;
    case __li__MSWI__: {
      li__BFCQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__BFCQ=((__li__ETWI *)li__AFCQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__BFCQ=((__li__MZWI *)li__AFCQ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__BFCQ=((__li__C0WI *)li__AFCQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__BFCQ=((__li__M1WI *)li__AFCQ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__BFCQ=((__li__KMFK *)li__AFCQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__BFCQ=li__T4NN(((__li__XOHL *)li__AFCQ));
    } break;
    case __li__FPHL__: {
      li__BFCQ=li__KA4L(((__li__FPHL *)li__AFCQ));
    } break;
    case __li__APLM__: {
      li__BFCQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__BFCQ=li__1ISO(((__li__DTNM *)li__AFCQ));
    } break;
    case __li__JXNM__: {
      li__BFCQ=li__VX3R(((__li__JXNM *)li__AFCQ));
    } break;
    case __li__21LO__: {
      li__BFCQ=((__li__21LO *)li__AFCQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__BFCQ=((__li__TPOO *)li__AFCQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__BFCQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__BFCQ=li__3FDQ(((__li__41XO *)li__AFCQ));
    } break;
    case __li__AKBR__: {
      li__BFCQ=li__WQDS(((__li__AKBR *)li__AFCQ));
    } break;
    case __li__SU5R__: {
      li__BFCQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__BFCQ=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__BFCQ)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__CECQ),(&__string_706));
    };
  };
  li__AFCQ=li__BECQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AFCQ)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__AFCQ),li__CECQ);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__AFCQ)),li__CECQ);
    li__JAZ(((__li__BC *)li__CECQ),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__CECQ),((__li__MZWI *)((__li__WK *)li__AFCQ))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__ET4U=((__li__C0WI *)((__li__WK *)li__AFCQ));
    li__SRX(((__li__BC *)li__CECQ),'\'');
    li__JAZ(((__li__BC *)li__CECQ),li__ET4U->li__CTBK);
    li__SRX(((__li__BC *)li__CECQ),'\'');
  } break;
  case __li__M1WI__: {
    li__GT4U=((__li__M1WI *)((__li__WK *)li__AFCQ));
    li__SRX(((__li__BC *)li__CECQ),'\"');
    li__JAZ(((__li__BC *)li__CECQ),li__GT4U->li__UTFK);
    li__SRX(((__li__BC *)li__CECQ),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__CECQ),((__li__TPOO *)((__li__WK *)li__AFCQ))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  };
  li__SRX(((__li__BC *)li__CECQ),' ');
  li__JAZ(((__li__BC *)li__CECQ),(&__string_485));
  li__SRX(((__li__BC *)li__CECQ),' ');
  li__DECQ=li__3FDQ(li__BECQ);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__DECQ)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__CECQ),(&__string_712));
    li__1ECQ=li__B__;
  } else /* FALSE */ {
    li__1ECQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__1ECQ)) {
    li__2FCQ=li__BECQ->li__51XO.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2FCQ)->__id) {
    case __li__WK__: {
      li__BFCQ=((__li__WK *)li__2FCQ)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__BFCQ=((__li__AVBD *)li__2FCQ)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__BFCQ=((__li__KVBD *)li__2FCQ)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__BFCQ=((__li__WVBD *)li__2FCQ)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__BFCQ=li__JK5J(((__li__Z4WH *)li__2FCQ));
    } break;
    case __li__KTVI__: {
      li__BFCQ=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__BFCQ=li__553L();
    } break;
    case __li__XTVI__: {
      li__BFCQ=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__BFCQ=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__BFCQ=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__BFCQ=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__BFCQ=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__BFCQ=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__BFCQ=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__BFCQ=li__DWEK(((__li__BNWI *)li__2FCQ));
    } break;
    case __li__XNWI__: {
      li__BFCQ=li__IWEK(((__li__XNWI *)li__2FCQ));
    } break;
    case __li__LOWI__: {
      li__BFCQ=li__NWEK(((__li__LOWI *)li__2FCQ));
    } break;
    case __li__5OWI__: {
      li__BFCQ=li__SWEK(((__li__5OWI *)li__2FCQ));
    } break;
    case __li__TPWI__: {
      li__BFCQ=li__XWEK(((__li__TPWI *)li__2FCQ));
    } break;
    case __li__HQWI__: {
      li__BFCQ=li__2WEK(((__li__HQWI *)li__2FCQ));
    } break;
    case __li__ARWI__: {
      li__BFCQ=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__BFCQ=li__FXEK(((__li__URWI *)li__2FCQ));
    } break;
    case __li__MSWI__: {
      li__BFCQ=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__BFCQ=((__li__ETWI *)li__2FCQ)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__BFCQ=((__li__MZWI *)li__2FCQ)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__BFCQ=((__li__C0WI *)li__2FCQ)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__BFCQ=((__li__M1WI *)li__2FCQ)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__BFCQ=((__li__KMFK *)li__2FCQ)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__BFCQ=li__T4NN(((__li__XOHL *)li__2FCQ));
    } break;
    case __li__FPHL__: {
      li__BFCQ=li__KA4L(((__li__FPHL *)li__2FCQ));
    } break;
    case __li__APLM__: {
      li__BFCQ=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__BFCQ=li__1ISO(((__li__DTNM *)li__2FCQ));
    } break;
    case __li__JXNM__: {
      li__BFCQ=li__VX3R(((__li__JXNM *)li__2FCQ));
    } break;
    case __li__21LO__: {
      li__BFCQ=((__li__21LO *)li__2FCQ)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__BFCQ=((__li__TPOO *)li__2FCQ)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__BFCQ=li__FH4R();
    } break;
    case __li__41XO__: {
      li__BFCQ=li__3FDQ(((__li__41XO *)li__2FCQ));
    } break;
    case __li__AKBR__: {
      li__BFCQ=li__WQDS(((__li__AKBR *)li__2FCQ));
    } break;
    case __li__SU5R__: {
      li__BFCQ=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__BFCQ=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__BFCQ)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__CECQ),(&__string_706));
    };
  };
  li__AFCQ=li__BECQ->li__51XO.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AFCQ)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__AFCQ),li__CECQ);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__AFCQ)),li__CECQ);
    li__JAZ(((__li__BC *)li__CECQ),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__CECQ),((__li__MZWI *)((__li__WK *)li__AFCQ))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__ET4U=((__li__C0WI *)((__li__WK *)li__AFCQ));
    li__SRX(((__li__BC *)li__CECQ),'\'');
    li__JAZ(((__li__BC *)li__CECQ),li__ET4U->li__CTBK);
    li__SRX(((__li__BC *)li__CECQ),'\'');
  } break;
  case __li__M1WI__: {
    li__GT4U=((__li__M1WI *)((__li__WK *)li__AFCQ));
    li__SRX(((__li__BC *)li__CECQ),'\"');
    li__JAZ(((__li__BC *)li__CECQ),li__GT4U->li__UTFK);
    li__SRX(((__li__BC *)li__CECQ),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__CECQ),((__li__TPOO *)((__li__WK *)li__AFCQ))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__AFCQ)),li__CECQ);
  } break;
  };
  li__SRX(((__li__BC *)li__CECQ),')');
}

static void li__WVCS(__li__AKBR *li__XVCS,__li__BC *li__YVCS)
/* (Strict EXPR_XOR{li__AKBR},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__ZVCS,*li__GWCS,*li__XWCS;
  void *li__WWCS,*li__SXCS;
  __li__C0WI *li__YT4U;
  __li__M1WI *li__0T4U;
  __li__C li__RWCS;
  li__ZVCS=li__WQDS(li__XVCS);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__ZVCS)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__YVCS),(&__string_706));
  } else /* FALSE */ {
    li__SRX(((__li__BC *)li__YVCS),'(');
    li__GWCS=li__WQDS(li__XVCS);
    li__DN0G(((__li__5RB *)li__GWCS),li__YVCS);
    li__SRX(((__li__BC *)li__YVCS),')');
  };
  li__SRX(((__li__BC *)li__YVCS),'(');
  li__ZVCS=li__WQDS(li__XVCS);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__ZVCS)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__YVCS),(&__string_712));
    li__RWCS=li__B__;
  } else /* FALSE */ {
    li__RWCS=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__RWCS)) {
    li__WWCS=li__XVCS->li__BKBR.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WWCS)->__id) {
    case __li__WK__: {
      li__XWCS=((__li__WK *)li__WWCS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__XWCS=((__li__AVBD *)li__WWCS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__XWCS=((__li__KVBD *)li__WWCS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__XWCS=((__li__WVBD *)li__WWCS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__XWCS=li__JK5J(((__li__Z4WH *)li__WWCS));
    } break;
    case __li__KTVI__: {
      li__XWCS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__XWCS=li__553L();
    } break;
    case __li__XTVI__: {
      li__XWCS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__XWCS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__XWCS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__XWCS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__XWCS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__XWCS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__XWCS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__XWCS=li__DWEK(((__li__BNWI *)li__WWCS));
    } break;
    case __li__XNWI__: {
      li__XWCS=li__IWEK(((__li__XNWI *)li__WWCS));
    } break;
    case __li__LOWI__: {
      li__XWCS=li__NWEK(((__li__LOWI *)li__WWCS));
    } break;
    case __li__5OWI__: {
      li__XWCS=li__SWEK(((__li__5OWI *)li__WWCS));
    } break;
    case __li__TPWI__: {
      li__XWCS=li__XWEK(((__li__TPWI *)li__WWCS));
    } break;
    case __li__HQWI__: {
      li__XWCS=li__2WEK(((__li__HQWI *)li__WWCS));
    } break;
    case __li__ARWI__: {
      li__XWCS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__XWCS=li__FXEK(((__li__URWI *)li__WWCS));
    } break;
    case __li__MSWI__: {
      li__XWCS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__XWCS=((__li__ETWI *)li__WWCS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__XWCS=((__li__MZWI *)li__WWCS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__XWCS=((__li__C0WI *)li__WWCS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__XWCS=((__li__M1WI *)li__WWCS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__XWCS=((__li__KMFK *)li__WWCS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__XWCS=li__T4NN(((__li__XOHL *)li__WWCS));
    } break;
    case __li__FPHL__: {
      li__XWCS=li__KA4L(((__li__FPHL *)li__WWCS));
    } break;
    case __li__APLM__: {
      li__XWCS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__XWCS=li__1ISO(((__li__DTNM *)li__WWCS));
    } break;
    case __li__JXNM__: {
      li__XWCS=li__VX3R(((__li__JXNM *)li__WWCS));
    } break;
    case __li__21LO__: {
      li__XWCS=((__li__21LO *)li__WWCS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__XWCS=((__li__TPOO *)li__WWCS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__XWCS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__XWCS=li__3FDQ(((__li__41XO *)li__WWCS));
    } break;
    case __li__AKBR__: {
      li__XWCS=li__WQDS(((__li__AKBR *)li__WWCS));
    } break;
    case __li__SU5R__: {
      li__XWCS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__XWCS=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__XWCS)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__YVCS),(&__string_706));
    };
  };
  li__WWCS=li__XVCS->li__BKBR.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WWCS)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__WWCS),li__YVCS);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__WWCS)),li__YVCS);
    li__JAZ(((__li__BC *)li__YVCS),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__YVCS),((__li__MZWI *)((__li__WK *)li__WWCS))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__YT4U=((__li__C0WI *)((__li__WK *)li__WWCS));
    li__SRX(((__li__BC *)li__YVCS),'\'');
    li__JAZ(((__li__BC *)li__YVCS),li__YT4U->li__CTBK);
    li__SRX(((__li__BC *)li__YVCS),'\'');
  } break;
  case __li__M1WI__: {
    li__0T4U=((__li__M1WI *)((__li__WK *)li__WWCS));
    li__SRX(((__li__BC *)li__YVCS),'\"');
    li__JAZ(((__li__BC *)li__YVCS),li__0T4U->li__UTFK);
    li__SRX(((__li__BC *)li__YVCS),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__YVCS),((__li__TPOO *)((__li__WK *)li__WWCS))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  };
  li__SRX(((__li__BC *)li__YVCS),' ');
  li__JAZ(((__li__BC *)li__YVCS),(&__string_503));
  li__SRX(((__li__BC *)li__YVCS),' ');
  li__ZVCS=li__WQDS(li__XVCS);
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__ZVCS)->li__AEM == (void *)li__FUB)) {
    li__JAZ(((__li__BC *)li__YVCS),(&__string_712));
    li__RWCS=li__B__;
  } else /* FALSE */ {
    li__RWCS=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__RWCS)) {
    li__SXCS=li__XVCS->li__BKBR.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SXCS)->__id) {
    case __li__WK__: {
      li__XWCS=((__li__WK *)li__SXCS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__XWCS=((__li__AVBD *)li__SXCS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__XWCS=((__li__KVBD *)li__SXCS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__XWCS=((__li__WVBD *)li__SXCS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__XWCS=li__JK5J(((__li__Z4WH *)li__SXCS));
    } break;
    case __li__KTVI__: {
      li__XWCS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__XWCS=li__553L();
    } break;
    case __li__XTVI__: {
      li__XWCS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__XWCS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__XWCS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__XWCS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__XWCS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__XWCS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__XWCS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__XWCS=li__DWEK(((__li__BNWI *)li__SXCS));
    } break;
    case __li__XNWI__: {
      li__XWCS=li__IWEK(((__li__XNWI *)li__SXCS));
    } break;
    case __li__LOWI__: {
      li__XWCS=li__NWEK(((__li__LOWI *)li__SXCS));
    } break;
    case __li__5OWI__: {
      li__XWCS=li__SWEK(((__li__5OWI *)li__SXCS));
    } break;
    case __li__TPWI__: {
      li__XWCS=li__XWEK(((__li__TPWI *)li__SXCS));
    } break;
    case __li__HQWI__: {
      li__XWCS=li__2WEK(((__li__HQWI *)li__SXCS));
    } break;
    case __li__ARWI__: {
      li__XWCS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__XWCS=li__FXEK(((__li__URWI *)li__SXCS));
    } break;
    case __li__MSWI__: {
      li__XWCS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__XWCS=((__li__ETWI *)li__SXCS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__XWCS=((__li__MZWI *)li__SXCS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__XWCS=((__li__C0WI *)li__SXCS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__XWCS=((__li__M1WI *)li__SXCS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__XWCS=((__li__KMFK *)li__SXCS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__XWCS=li__T4NN(((__li__XOHL *)li__SXCS));
    } break;
    case __li__FPHL__: {
      li__XWCS=li__KA4L(((__li__FPHL *)li__SXCS));
    } break;
    case __li__APLM__: {
      li__XWCS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__XWCS=li__1ISO(((__li__DTNM *)li__SXCS));
    } break;
    case __li__JXNM__: {
      li__XWCS=li__VX3R(((__li__JXNM *)li__SXCS));
    } break;
    case __li__21LO__: {
      li__XWCS=((__li__21LO *)li__SXCS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__XWCS=((__li__TPOO *)li__SXCS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__XWCS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__XWCS=li__3FDQ(((__li__41XO *)li__SXCS));
    } break;
    case __li__AKBR__: {
      li__XWCS=li__WQDS(((__li__AKBR *)li__SXCS));
    } break;
    case __li__SU5R__: {
      li__XWCS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__XWCS=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__XWCS)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__YVCS),(&__string_706));
    };
  };
  li__WWCS=li__XVCS->li__BKBR.li__QQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WWCS)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__WWCS),li__YVCS);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__WWCS)),li__YVCS);
    li__JAZ(((__li__BC *)li__YVCS),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__YVCS),((__li__MZWI *)((__li__WK *)li__WWCS))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__YT4U=((__li__C0WI *)((__li__WK *)li__WWCS));
    li__SRX(((__li__BC *)li__YVCS),'\'');
    li__JAZ(((__li__BC *)li__YVCS),li__YT4U->li__CTBK);
    li__SRX(((__li__BC *)li__YVCS),'\'');
  } break;
  case __li__M1WI__: {
    li__0T4U=((__li__M1WI *)((__li__WK *)li__WWCS));
    li__SRX(((__li__BC *)li__YVCS),'\"');
    li__JAZ(((__li__BC *)li__YVCS),li__0T4U->li__UTFK);
    li__SRX(((__li__BC *)li__YVCS),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__YVCS),((__li__TPOO *)((__li__WK *)li__WWCS))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__WWCS)),li__YVCS);
  } break;
  };
  li__SRX(((__li__BC *)li__YVCS),')');
}

static void li__CNIS(__li__SU5R *li__DNIS,__li__BC *li__ENIS)
/* (Strict EXPR_INF{li__SU5R},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__FNIS,*li__ONIS;
  __li__5RB *li__GNIS,*li__PNIS;
  __li__U *li__RNIS;
  __li__PF *li__HU4U;
  __li__C0WI *li__OU4U;
  __li__M1WI *li__QU4U;
  __li__C li__TNIS,li__WNIS,li__ZOIS;
  li__SRX(((__li__BC *)li__ENIS),'(');
  li__FNIS=li__DNIS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FNIS)->__id) {
  case __li__WK__: {
    li__GNIS=((__li__WK *)li__FNIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__GNIS=((__li__AVBD *)li__FNIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__GNIS=((__li__KVBD *)li__FNIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__GNIS=((__li__WVBD *)li__FNIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__GNIS=li__JK5J(((__li__Z4WH *)li__FNIS));
  } break;
  case __li__KTVI__: {
    li__GNIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__GNIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__GNIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__GNIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__GNIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__GNIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__GNIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__GNIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__GNIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__GNIS=li__DWEK(((__li__BNWI *)li__FNIS));
  } break;
  case __li__XNWI__: {
    li__GNIS=li__IWEK(((__li__XNWI *)li__FNIS));
  } break;
  case __li__LOWI__: {
    li__GNIS=li__NWEK(((__li__LOWI *)li__FNIS));
  } break;
  case __li__5OWI__: {
    li__GNIS=li__SWEK(((__li__5OWI *)li__FNIS));
  } break;
  case __li__TPWI__: {
    li__GNIS=li__XWEK(((__li__TPWI *)li__FNIS));
  } break;
  case __li__HQWI__: {
    li__GNIS=li__2WEK(((__li__HQWI *)li__FNIS));
  } break;
  case __li__ARWI__: {
    li__GNIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__GNIS=li__FXEK(((__li__URWI *)li__FNIS));
  } break;
  case __li__MSWI__: {
    li__GNIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__GNIS=((__li__ETWI *)li__FNIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__GNIS=((__li__MZWI *)li__FNIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__GNIS=((__li__C0WI *)li__FNIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__GNIS=((__li__M1WI *)li__FNIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__GNIS=((__li__KMFK *)li__FNIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__GNIS=li__T4NN(((__li__XOHL *)li__FNIS));
  } break;
  case __li__FPHL__: {
    li__GNIS=li__KA4L(((__li__FPHL *)li__FNIS));
  } break;
  case __li__APLM__: {
    li__GNIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__GNIS=li__1ISO(((__li__DTNM *)li__FNIS));
  } break;
  case __li__JXNM__: {
    li__GNIS=li__VX3R(((__li__JXNM *)li__FNIS));
  } break;
  case __li__21LO__: {
    li__GNIS=((__li__21LO *)li__FNIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__GNIS=((__li__TPOO *)li__FNIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__GNIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__GNIS=li__3FDQ(((__li__41XO *)li__FNIS));
  } break;
  case __li__AKBR__: {
    li__GNIS=li__WQDS(((__li__AKBR *)li__FNIS));
  } break;
  case __li__SU5R__: {
    li__GNIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__GNIS=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__GNIS)->li__AEM == (void *)li__FUB)) {
    li__ONIS=li__DNIS->li__TU5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__PNIS=((__li__WK *)li__ONIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PNIS=((__li__AVBD *)li__ONIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PNIS=((__li__KVBD *)li__ONIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PNIS=((__li__WVBD *)li__ONIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PNIS=li__JK5J(((__li__Z4WH *)li__ONIS));
    } break;
    case __li__KTVI__: {
      li__PNIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PNIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__PNIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PNIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PNIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PNIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PNIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PNIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PNIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PNIS=li__DWEK(((__li__BNWI *)li__ONIS));
    } break;
    case __li__XNWI__: {
      li__PNIS=li__IWEK(((__li__XNWI *)li__ONIS));
    } break;
    case __li__LOWI__: {
      li__PNIS=li__NWEK(((__li__LOWI *)li__ONIS));
    } break;
    case __li__5OWI__: {
      li__PNIS=li__SWEK(((__li__5OWI *)li__ONIS));
    } break;
    case __li__TPWI__: {
      li__PNIS=li__XWEK(((__li__TPWI *)li__ONIS));
    } break;
    case __li__HQWI__: {
      li__PNIS=li__2WEK(((__li__HQWI *)li__ONIS));
    } break;
    case __li__ARWI__: {
      li__PNIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PNIS=li__FXEK(((__li__URWI *)li__ONIS));
    } break;
    case __li__MSWI__: {
      li__PNIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PNIS=((__li__ETWI *)li__ONIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PNIS=((__li__MZWI *)li__ONIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PNIS=((__li__C0WI *)li__ONIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PNIS=((__li__M1WI *)li__ONIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PNIS=((__li__KMFK *)li__ONIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PNIS=li__T4NN(((__li__XOHL *)li__ONIS));
    } break;
    case __li__FPHL__: {
      li__PNIS=li__KA4L(((__li__FPHL *)li__ONIS));
    } break;
    case __li__APLM__: {
      li__PNIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PNIS=li__1ISO(((__li__DTNM *)li__ONIS));
    } break;
    case __li__JXNM__: {
      li__PNIS=li__VX3R(((__li__JXNM *)li__ONIS));
    } break;
    case __li__21LO__: {
      li__PNIS=((__li__21LO *)li__ONIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PNIS=((__li__TPOO *)li__ONIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PNIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PNIS=li__3FDQ(((__li__41XO *)li__ONIS));
    } break;
    case __li__AKBR__: {
      li__PNIS=li__WQDS(((__li__AKBR *)li__ONIS));
    } break;
    case __li__SU5R__: {
      li__PNIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PNIS=li__Y1IS();
    } break;
    };
    li__ONIS=((__li__5RB *)li__PNIS)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__IF__: {
      li__RNIS=((__li__IF *)li__ONIS)->li__TF->li__SF.li__R2B;
    } break;
    case __li__ORB__: {
      li__RNIS=(&__string_1);
    } break;
    case __li__QRB__: {
      li__RNIS=(&__string_2);
    } break;
    case __li__SRB__: {
      li__RNIS=(&__string_51);
    } break;
    case __li__URB__: {
      li__RNIS=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__RNIS=((__li__GSZ *)li__ONIS)->li__EGQB;
    } break;
    case __li__1RRF__: {
      li__HU4U=li__QLKI();
      li__RNIS=li__HU4U->li__SF.li__R2B;
    } break;
    case __li__UJSH__: {
      li__RNIS=((__li__UJSH *)li__ONIS)->li__VJSH.li__NZFD;
    } break;
    };
    li__TNIS=li__NQQK(li__RNIS);
    li__WNIS=li__TNIS;
  } else /* FALSE */ {
    li__WNIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__WNIS) {
    li__JAZ(((__li__BC *)li__ENIS),(&__string_712));
    li__TNIS=li__B__;
  } else /* FALSE */ {
    li__TNIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__TNIS)) {
    li__ONIS=li__DNIS->li__TU5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__PNIS=((__li__WK *)li__ONIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PNIS=((__li__AVBD *)li__ONIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PNIS=((__li__KVBD *)li__ONIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PNIS=((__li__WVBD *)li__ONIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PNIS=li__JK5J(((__li__Z4WH *)li__ONIS));
    } break;
    case __li__KTVI__: {
      li__PNIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PNIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__PNIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PNIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PNIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PNIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PNIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PNIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PNIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PNIS=li__DWEK(((__li__BNWI *)li__ONIS));
    } break;
    case __li__XNWI__: {
      li__PNIS=li__IWEK(((__li__XNWI *)li__ONIS));
    } break;
    case __li__LOWI__: {
      li__PNIS=li__NWEK(((__li__LOWI *)li__ONIS));
    } break;
    case __li__5OWI__: {
      li__PNIS=li__SWEK(((__li__5OWI *)li__ONIS));
    } break;
    case __li__TPWI__: {
      li__PNIS=li__XWEK(((__li__TPWI *)li__ONIS));
    } break;
    case __li__HQWI__: {
      li__PNIS=li__2WEK(((__li__HQWI *)li__ONIS));
    } break;
    case __li__ARWI__: {
      li__PNIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PNIS=li__FXEK(((__li__URWI *)li__ONIS));
    } break;
    case __li__MSWI__: {
      li__PNIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PNIS=((__li__ETWI *)li__ONIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PNIS=((__li__MZWI *)li__ONIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PNIS=((__li__C0WI *)li__ONIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PNIS=((__li__M1WI *)li__ONIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PNIS=((__li__KMFK *)li__ONIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PNIS=li__T4NN(((__li__XOHL *)li__ONIS));
    } break;
    case __li__FPHL__: {
      li__PNIS=li__KA4L(((__li__FPHL *)li__ONIS));
    } break;
    case __li__APLM__: {
      li__PNIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PNIS=li__1ISO(((__li__DTNM *)li__ONIS));
    } break;
    case __li__JXNM__: {
      li__PNIS=li__VX3R(((__li__JXNM *)li__ONIS));
    } break;
    case __li__21LO__: {
      li__PNIS=((__li__21LO *)li__ONIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PNIS=((__li__TPOO *)li__ONIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PNIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PNIS=li__3FDQ(((__li__41XO *)li__ONIS));
    } break;
    case __li__AKBR__: {
      li__PNIS=li__WQDS(((__li__AKBR *)li__ONIS));
    } break;
    case __li__SU5R__: {
      li__PNIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PNIS=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__PNIS)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__ENIS),(&__string_706));
    };
  };
  li__FNIS=li__DNIS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FNIS)->__id) {
  case __li__WK__: {
    li__GNIS=((__li__WK *)li__FNIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__GNIS=((__li__AVBD *)li__FNIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__GNIS=((__li__KVBD *)li__FNIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__GNIS=((__li__WVBD *)li__FNIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__GNIS=li__JK5J(((__li__Z4WH *)li__FNIS));
  } break;
  case __li__KTVI__: {
    li__GNIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__GNIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__GNIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__GNIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__GNIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__GNIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__GNIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__GNIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__GNIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__GNIS=li__DWEK(((__li__BNWI *)li__FNIS));
  } break;
  case __li__XNWI__: {
    li__GNIS=li__IWEK(((__li__XNWI *)li__FNIS));
  } break;
  case __li__LOWI__: {
    li__GNIS=li__NWEK(((__li__LOWI *)li__FNIS));
  } break;
  case __li__5OWI__: {
    li__GNIS=li__SWEK(((__li__5OWI *)li__FNIS));
  } break;
  case __li__TPWI__: {
    li__GNIS=li__XWEK(((__li__TPWI *)li__FNIS));
  } break;
  case __li__HQWI__: {
    li__GNIS=li__2WEK(((__li__HQWI *)li__FNIS));
  } break;
  case __li__ARWI__: {
    li__GNIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__GNIS=li__FXEK(((__li__URWI *)li__FNIS));
  } break;
  case __li__MSWI__: {
    li__GNIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__GNIS=((__li__ETWI *)li__FNIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__GNIS=((__li__MZWI *)li__FNIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__GNIS=((__li__C0WI *)li__FNIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__GNIS=((__li__M1WI *)li__FNIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__GNIS=((__li__KMFK *)li__FNIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__GNIS=li__T4NN(((__li__XOHL *)li__FNIS));
  } break;
  case __li__FPHL__: {
    li__GNIS=li__KA4L(((__li__FPHL *)li__FNIS));
  } break;
  case __li__APLM__: {
    li__GNIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__GNIS=li__1ISO(((__li__DTNM *)li__FNIS));
  } break;
  case __li__JXNM__: {
    li__GNIS=li__VX3R(((__li__JXNM *)li__FNIS));
  } break;
  case __li__21LO__: {
    li__GNIS=((__li__21LO *)li__FNIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__GNIS=((__li__TPOO *)li__FNIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__GNIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__GNIS=li__3FDQ(((__li__41XO *)li__FNIS));
  } break;
  case __li__AKBR__: {
    li__GNIS=li__WQDS(((__li__AKBR *)li__FNIS));
  } break;
  case __li__SU5R__: {
    li__GNIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__GNIS=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__GNIS)->li__AEM == (void *)li__ORB__)) {
    li__ONIS=li__DNIS->li__TU5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__PNIS=((__li__WK *)li__ONIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PNIS=((__li__AVBD *)li__ONIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PNIS=((__li__KVBD *)li__ONIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PNIS=((__li__WVBD *)li__ONIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PNIS=li__JK5J(((__li__Z4WH *)li__ONIS));
    } break;
    case __li__KTVI__: {
      li__PNIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PNIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__PNIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PNIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PNIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PNIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PNIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PNIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PNIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PNIS=li__DWEK(((__li__BNWI *)li__ONIS));
    } break;
    case __li__XNWI__: {
      li__PNIS=li__IWEK(((__li__XNWI *)li__ONIS));
    } break;
    case __li__LOWI__: {
      li__PNIS=li__NWEK(((__li__LOWI *)li__ONIS));
    } break;
    case __li__5OWI__: {
      li__PNIS=li__SWEK(((__li__5OWI *)li__ONIS));
    } break;
    case __li__TPWI__: {
      li__PNIS=li__XWEK(((__li__TPWI *)li__ONIS));
    } break;
    case __li__HQWI__: {
      li__PNIS=li__2WEK(((__li__HQWI *)li__ONIS));
    } break;
    case __li__ARWI__: {
      li__PNIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PNIS=li__FXEK(((__li__URWI *)li__ONIS));
    } break;
    case __li__MSWI__: {
      li__PNIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PNIS=((__li__ETWI *)li__ONIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PNIS=((__li__MZWI *)li__ONIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PNIS=((__li__C0WI *)li__ONIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PNIS=((__li__M1WI *)li__ONIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PNIS=((__li__KMFK *)li__ONIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PNIS=li__T4NN(((__li__XOHL *)li__ONIS));
    } break;
    case __li__FPHL__: {
      li__PNIS=li__KA4L(((__li__FPHL *)li__ONIS));
    } break;
    case __li__APLM__: {
      li__PNIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PNIS=li__1ISO(((__li__DTNM *)li__ONIS));
    } break;
    case __li__JXNM__: {
      li__PNIS=li__VX3R(((__li__JXNM *)li__ONIS));
    } break;
    case __li__21LO__: {
      li__PNIS=((__li__21LO *)li__ONIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PNIS=((__li__TPOO *)li__ONIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PNIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PNIS=li__3FDQ(((__li__41XO *)li__ONIS));
    } break;
    case __li__AKBR__: {
      li__PNIS=li__WQDS(((__li__AKBR *)li__ONIS));
    } break;
    case __li__SU5R__: {
      li__PNIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PNIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__PNIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__ZOIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__ZOIS=li__B__;
    } break;
    };
    li__TNIS=li__ZOIS;
  } else /* FALSE */ {
    li__TNIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__TNIS) {
    li__SRX(((__li__BC *)li__ENIS),'0');
  } else /* FALSE */ {
    li__ONIS=li__DNIS->li__TU5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__PNIS=((__li__WK *)li__ONIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PNIS=((__li__AVBD *)li__ONIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PNIS=((__li__KVBD *)li__ONIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PNIS=((__li__WVBD *)li__ONIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PNIS=li__JK5J(((__li__Z4WH *)li__ONIS));
    } break;
    case __li__KTVI__: {
      li__PNIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PNIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__PNIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PNIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PNIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PNIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PNIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PNIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PNIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PNIS=li__DWEK(((__li__BNWI *)li__ONIS));
    } break;
    case __li__XNWI__: {
      li__PNIS=li__IWEK(((__li__XNWI *)li__ONIS));
    } break;
    case __li__LOWI__: {
      li__PNIS=li__NWEK(((__li__LOWI *)li__ONIS));
    } break;
    case __li__5OWI__: {
      li__PNIS=li__SWEK(((__li__5OWI *)li__ONIS));
    } break;
    case __li__TPWI__: {
      li__PNIS=li__XWEK(((__li__TPWI *)li__ONIS));
    } break;
    case __li__HQWI__: {
      li__PNIS=li__2WEK(((__li__HQWI *)li__ONIS));
    } break;
    case __li__ARWI__: {
      li__PNIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PNIS=li__FXEK(((__li__URWI *)li__ONIS));
    } break;
    case __li__MSWI__: {
      li__PNIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PNIS=((__li__ETWI *)li__ONIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PNIS=((__li__MZWI *)li__ONIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PNIS=((__li__C0WI *)li__ONIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PNIS=((__li__M1WI *)li__ONIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PNIS=((__li__KMFK *)li__ONIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PNIS=li__T4NN(((__li__XOHL *)li__ONIS));
    } break;
    case __li__FPHL__: {
      li__PNIS=li__KA4L(((__li__FPHL *)li__ONIS));
    } break;
    case __li__APLM__: {
      li__PNIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PNIS=li__1ISO(((__li__DTNM *)li__ONIS));
    } break;
    case __li__JXNM__: {
      li__PNIS=li__VX3R(((__li__JXNM *)li__ONIS));
    } break;
    case __li__21LO__: {
      li__PNIS=((__li__21LO *)li__ONIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PNIS=((__li__TPOO *)li__ONIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PNIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PNIS=li__3FDQ(((__li__41XO *)li__ONIS));
    } break;
    case __li__AKBR__: {
      li__PNIS=li__WQDS(((__li__AKBR *)li__ONIS));
    } break;
    case __li__SU5R__: {
      li__PNIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PNIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__PNIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__ZOIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__ZOIS=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__ZOIS) {
      li__JAZ(((__li__BC *)li__ENIS),(&__string_713));
    };
    li__ONIS=li__DNIS->li__TU5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__ONIS),li__ENIS);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__ONIS)),li__ENIS);
      li__JAZ(((__li__BC *)li__ENIS),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__ENIS),((__li__MZWI *)((__li__WK *)li__ONIS))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__OU4U=((__li__C0WI *)((__li__WK *)li__ONIS));
      li__SRX(((__li__BC *)li__ENIS),'\'');
      li__JAZ(((__li__BC *)li__ENIS),li__OU4U->li__CTBK);
      li__SRX(((__li__BC *)li__ENIS),'\'');
    } break;
    case __li__M1WI__: {
      li__QU4U=((__li__M1WI *)((__li__WK *)li__ONIS));
      li__SRX(((__li__BC *)li__ENIS),'\"');
      li__JAZ(((__li__BC *)li__ENIS),li__QU4U->li__UTFK);
      li__SRX(((__li__BC *)li__ENIS),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__ENIS),((__li__TPOO *)((__li__WK *)li__ONIS))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    };
    li__ONIS=li__DNIS->li__TU5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__PNIS=((__li__WK *)li__ONIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PNIS=((__li__AVBD *)li__ONIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PNIS=((__li__KVBD *)li__ONIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PNIS=((__li__WVBD *)li__ONIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PNIS=li__JK5J(((__li__Z4WH *)li__ONIS));
    } break;
    case __li__KTVI__: {
      li__PNIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PNIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__PNIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PNIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PNIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PNIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PNIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PNIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PNIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PNIS=li__DWEK(((__li__BNWI *)li__ONIS));
    } break;
    case __li__XNWI__: {
      li__PNIS=li__IWEK(((__li__XNWI *)li__ONIS));
    } break;
    case __li__LOWI__: {
      li__PNIS=li__NWEK(((__li__LOWI *)li__ONIS));
    } break;
    case __li__5OWI__: {
      li__PNIS=li__SWEK(((__li__5OWI *)li__ONIS));
    } break;
    case __li__TPWI__: {
      li__PNIS=li__XWEK(((__li__TPWI *)li__ONIS));
    } break;
    case __li__HQWI__: {
      li__PNIS=li__2WEK(((__li__HQWI *)li__ONIS));
    } break;
    case __li__ARWI__: {
      li__PNIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PNIS=li__FXEK(((__li__URWI *)li__ONIS));
    } break;
    case __li__MSWI__: {
      li__PNIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PNIS=((__li__ETWI *)li__ONIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PNIS=((__li__MZWI *)li__ONIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PNIS=((__li__C0WI *)li__ONIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PNIS=((__li__M1WI *)li__ONIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PNIS=((__li__KMFK *)li__ONIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PNIS=li__T4NN(((__li__XOHL *)li__ONIS));
    } break;
    case __li__FPHL__: {
      li__PNIS=li__KA4L(((__li__FPHL *)li__ONIS));
    } break;
    case __li__APLM__: {
      li__PNIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PNIS=li__1ISO(((__li__DTNM *)li__ONIS));
    } break;
    case __li__JXNM__: {
      li__PNIS=li__VX3R(((__li__JXNM *)li__ONIS));
    } break;
    case __li__21LO__: {
      li__PNIS=((__li__21LO *)li__ONIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PNIS=((__li__TPOO *)li__ONIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PNIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PNIS=li__3FDQ(((__li__41XO *)li__ONIS));
    } break;
    case __li__AKBR__: {
      li__PNIS=li__WQDS(((__li__AKBR *)li__ONIS));
    } break;
    case __li__SU5R__: {
      li__PNIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PNIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__PNIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__ZOIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__ZOIS=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__ZOIS) {
      li__JAZ(((__li__BC *)li__ENIS),(&__string_714));
    };
  };
  li__SRX(((__li__BC *)li__ENIS),' ');
  li__JAZ(((__li__BC *)li__ENIS),(&__string_26));
  li__SRX(((__li__BC *)li__ENIS),' ');
  li__FNIS=li__DNIS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FNIS)->__id) {
  case __li__WK__: {
    li__GNIS=((__li__WK *)li__FNIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__GNIS=((__li__AVBD *)li__FNIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__GNIS=((__li__KVBD *)li__FNIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__GNIS=((__li__WVBD *)li__FNIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__GNIS=li__JK5J(((__li__Z4WH *)li__FNIS));
  } break;
  case __li__KTVI__: {
    li__GNIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__GNIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__GNIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__GNIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__GNIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__GNIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__GNIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__GNIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__GNIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__GNIS=li__DWEK(((__li__BNWI *)li__FNIS));
  } break;
  case __li__XNWI__: {
    li__GNIS=li__IWEK(((__li__XNWI *)li__FNIS));
  } break;
  case __li__LOWI__: {
    li__GNIS=li__NWEK(((__li__LOWI *)li__FNIS));
  } break;
  case __li__5OWI__: {
    li__GNIS=li__SWEK(((__li__5OWI *)li__FNIS));
  } break;
  case __li__TPWI__: {
    li__GNIS=li__XWEK(((__li__TPWI *)li__FNIS));
  } break;
  case __li__HQWI__: {
    li__GNIS=li__2WEK(((__li__HQWI *)li__FNIS));
  } break;
  case __li__ARWI__: {
    li__GNIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__GNIS=li__FXEK(((__li__URWI *)li__FNIS));
  } break;
  case __li__MSWI__: {
    li__GNIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__GNIS=((__li__ETWI *)li__FNIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__GNIS=((__li__MZWI *)li__FNIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__GNIS=((__li__C0WI *)li__FNIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__GNIS=((__li__M1WI *)li__FNIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__GNIS=((__li__KMFK *)li__FNIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__GNIS=li__T4NN(((__li__XOHL *)li__FNIS));
  } break;
  case __li__FPHL__: {
    li__GNIS=li__KA4L(((__li__FPHL *)li__FNIS));
  } break;
  case __li__APLM__: {
    li__GNIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__GNIS=li__1ISO(((__li__DTNM *)li__FNIS));
  } break;
  case __li__JXNM__: {
    li__GNIS=li__VX3R(((__li__JXNM *)li__FNIS));
  } break;
  case __li__21LO__: {
    li__GNIS=((__li__21LO *)li__FNIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__GNIS=((__li__TPOO *)li__FNIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__GNIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__GNIS=li__3FDQ(((__li__41XO *)li__FNIS));
  } break;
  case __li__AKBR__: {
    li__GNIS=li__WQDS(((__li__AKBR *)li__FNIS));
  } break;
  case __li__SU5R__: {
    li__GNIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__GNIS=li__Y1IS();
  } break;
  };
  li__FNIS=((__li__5RB *)li__GNIS)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__FNIS)->__id) {
  case __li__IF__: {
    li__RNIS=((__li__IF *)li__FNIS)->li__TF->li__SF.li__R2B;
  } break;
  case __li__ORB__: {
    li__RNIS=(&__string_1);
  } break;
  case __li__QRB__: {
    li__RNIS=(&__string_2);
  } break;
  case __li__SRB__: {
    li__RNIS=(&__string_51);
  } break;
  case __li__URB__: {
    li__RNIS=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__RNIS=((__li__GSZ *)li__FNIS)->li__EGQB;
  } break;
  case __li__1RRF__: {
    li__HU4U=li__QLKI();
    li__RNIS=li__HU4U->li__SF.li__R2B;
  } break;
  case __li__UJSH__: {
    li__RNIS=((__li__UJSH *)li__FNIS)->li__VJSH.li__NZFD;
  } break;
  };
  li__TNIS=li__NQQK(li__RNIS);
  /* __li__B__ __li__I__ */
if (li__TNIS) {
    li__ONIS=li__DNIS->li__TU5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__PNIS=((__li__WK *)li__ONIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PNIS=((__li__AVBD *)li__ONIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PNIS=((__li__KVBD *)li__ONIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PNIS=((__li__WVBD *)li__ONIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PNIS=li__JK5J(((__li__Z4WH *)li__ONIS));
    } break;
    case __li__KTVI__: {
      li__PNIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PNIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__PNIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PNIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PNIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PNIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PNIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PNIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PNIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PNIS=li__DWEK(((__li__BNWI *)li__ONIS));
    } break;
    case __li__XNWI__: {
      li__PNIS=li__IWEK(((__li__XNWI *)li__ONIS));
    } break;
    case __li__LOWI__: {
      li__PNIS=li__NWEK(((__li__LOWI *)li__ONIS));
    } break;
    case __li__5OWI__: {
      li__PNIS=li__SWEK(((__li__5OWI *)li__ONIS));
    } break;
    case __li__TPWI__: {
      li__PNIS=li__XWEK(((__li__TPWI *)li__ONIS));
    } break;
    case __li__HQWI__: {
      li__PNIS=li__2WEK(((__li__HQWI *)li__ONIS));
    } break;
    case __li__ARWI__: {
      li__PNIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PNIS=li__FXEK(((__li__URWI *)li__ONIS));
    } break;
    case __li__MSWI__: {
      li__PNIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PNIS=((__li__ETWI *)li__ONIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PNIS=((__li__MZWI *)li__ONIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PNIS=((__li__C0WI *)li__ONIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PNIS=((__li__M1WI *)li__ONIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PNIS=((__li__KMFK *)li__ONIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PNIS=li__T4NN(((__li__XOHL *)li__ONIS));
    } break;
    case __li__FPHL__: {
      li__PNIS=li__KA4L(((__li__FPHL *)li__ONIS));
    } break;
    case __li__APLM__: {
      li__PNIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PNIS=li__1ISO(((__li__DTNM *)li__ONIS));
    } break;
    case __li__JXNM__: {
      li__PNIS=li__VX3R(((__li__JXNM *)li__ONIS));
    } break;
    case __li__21LO__: {
      li__PNIS=((__li__21LO *)li__ONIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PNIS=((__li__TPOO *)li__ONIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PNIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PNIS=li__3FDQ(((__li__41XO *)li__ONIS));
    } break;
    case __li__AKBR__: {
      li__PNIS=li__WQDS(((__li__AKBR *)li__ONIS));
    } break;
    case __li__SU5R__: {
      li__PNIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PNIS=li__Y1IS();
    } break;
    };
    li__WNIS=((void *)((__li__5RB *)li__PNIS)->li__AEM == (void *)li__FUB);
  } else /* FALSE */ {
    li__WNIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__WNIS) {
    li__JAZ(((__li__BC *)li__ENIS),(&__string_712));
    li__WNIS=li__B__;
  } else /* FALSE */ {
    li__WNIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__WNIS)) {
    li__ONIS=li__DNIS->li__TU5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__PNIS=((__li__WK *)li__ONIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PNIS=((__li__AVBD *)li__ONIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PNIS=((__li__KVBD *)li__ONIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PNIS=((__li__WVBD *)li__ONIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PNIS=li__JK5J(((__li__Z4WH *)li__ONIS));
    } break;
    case __li__KTVI__: {
      li__PNIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PNIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__PNIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PNIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PNIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PNIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PNIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PNIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PNIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PNIS=li__DWEK(((__li__BNWI *)li__ONIS));
    } break;
    case __li__XNWI__: {
      li__PNIS=li__IWEK(((__li__XNWI *)li__ONIS));
    } break;
    case __li__LOWI__: {
      li__PNIS=li__NWEK(((__li__LOWI *)li__ONIS));
    } break;
    case __li__5OWI__: {
      li__PNIS=li__SWEK(((__li__5OWI *)li__ONIS));
    } break;
    case __li__TPWI__: {
      li__PNIS=li__XWEK(((__li__TPWI *)li__ONIS));
    } break;
    case __li__HQWI__: {
      li__PNIS=li__2WEK(((__li__HQWI *)li__ONIS));
    } break;
    case __li__ARWI__: {
      li__PNIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PNIS=li__FXEK(((__li__URWI *)li__ONIS));
    } break;
    case __li__MSWI__: {
      li__PNIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PNIS=((__li__ETWI *)li__ONIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PNIS=((__li__MZWI *)li__ONIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PNIS=((__li__C0WI *)li__ONIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PNIS=((__li__M1WI *)li__ONIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PNIS=((__li__KMFK *)li__ONIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PNIS=li__T4NN(((__li__XOHL *)li__ONIS));
    } break;
    case __li__FPHL__: {
      li__PNIS=li__KA4L(((__li__FPHL *)li__ONIS));
    } break;
    case __li__APLM__: {
      li__PNIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PNIS=li__1ISO(((__li__DTNM *)li__ONIS));
    } break;
    case __li__JXNM__: {
      li__PNIS=li__VX3R(((__li__JXNM *)li__ONIS));
    } break;
    case __li__21LO__: {
      li__PNIS=((__li__21LO *)li__ONIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PNIS=((__li__TPOO *)li__ONIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PNIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PNIS=li__3FDQ(((__li__41XO *)li__ONIS));
    } break;
    case __li__AKBR__: {
      li__PNIS=li__WQDS(((__li__AKBR *)li__ONIS));
    } break;
    case __li__SU5R__: {
      li__PNIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PNIS=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__PNIS)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__ENIS),(&__string_706));
    };
  };
  li__FNIS=li__DNIS->li__TU5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FNIS)->__id) {
  case __li__WK__: {
    li__GNIS=((__li__WK *)li__FNIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__GNIS=((__li__AVBD *)li__FNIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__GNIS=((__li__KVBD *)li__FNIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__GNIS=((__li__WVBD *)li__FNIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__GNIS=li__JK5J(((__li__Z4WH *)li__FNIS));
  } break;
  case __li__KTVI__: {
    li__GNIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__GNIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__GNIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__GNIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__GNIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__GNIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__GNIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__GNIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__GNIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__GNIS=li__DWEK(((__li__BNWI *)li__FNIS));
  } break;
  case __li__XNWI__: {
    li__GNIS=li__IWEK(((__li__XNWI *)li__FNIS));
  } break;
  case __li__LOWI__: {
    li__GNIS=li__NWEK(((__li__LOWI *)li__FNIS));
  } break;
  case __li__5OWI__: {
    li__GNIS=li__SWEK(((__li__5OWI *)li__FNIS));
  } break;
  case __li__TPWI__: {
    li__GNIS=li__XWEK(((__li__TPWI *)li__FNIS));
  } break;
  case __li__HQWI__: {
    li__GNIS=li__2WEK(((__li__HQWI *)li__FNIS));
  } break;
  case __li__ARWI__: {
    li__GNIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__GNIS=li__FXEK(((__li__URWI *)li__FNIS));
  } break;
  case __li__MSWI__: {
    li__GNIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__GNIS=((__li__ETWI *)li__FNIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__GNIS=((__li__MZWI *)li__FNIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__GNIS=((__li__C0WI *)li__FNIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__GNIS=((__li__M1WI *)li__FNIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__GNIS=((__li__KMFK *)li__FNIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__GNIS=li__T4NN(((__li__XOHL *)li__FNIS));
  } break;
  case __li__FPHL__: {
    li__GNIS=li__KA4L(((__li__FPHL *)li__FNIS));
  } break;
  case __li__APLM__: {
    li__GNIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__GNIS=li__1ISO(((__li__DTNM *)li__FNIS));
  } break;
  case __li__JXNM__: {
    li__GNIS=li__VX3R(((__li__JXNM *)li__FNIS));
  } break;
  case __li__21LO__: {
    li__GNIS=((__li__21LO *)li__FNIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__GNIS=((__li__TPOO *)li__FNIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__GNIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__GNIS=li__3FDQ(((__li__41XO *)li__FNIS));
  } break;
  case __li__AKBR__: {
    li__GNIS=li__WQDS(((__li__AKBR *)li__FNIS));
  } break;
  case __li__SU5R__: {
    li__GNIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__GNIS=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__GNIS)->li__AEM == (void *)li__ORB__)) {
    li__ONIS=li__DNIS->li__TU5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__PNIS=((__li__WK *)li__ONIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PNIS=((__li__AVBD *)li__ONIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PNIS=((__li__KVBD *)li__ONIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PNIS=((__li__WVBD *)li__ONIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PNIS=li__JK5J(((__li__Z4WH *)li__ONIS));
    } break;
    case __li__KTVI__: {
      li__PNIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PNIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__PNIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PNIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PNIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PNIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PNIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PNIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PNIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PNIS=li__DWEK(((__li__BNWI *)li__ONIS));
    } break;
    case __li__XNWI__: {
      li__PNIS=li__IWEK(((__li__XNWI *)li__ONIS));
    } break;
    case __li__LOWI__: {
      li__PNIS=li__NWEK(((__li__LOWI *)li__ONIS));
    } break;
    case __li__5OWI__: {
      li__PNIS=li__SWEK(((__li__5OWI *)li__ONIS));
    } break;
    case __li__TPWI__: {
      li__PNIS=li__XWEK(((__li__TPWI *)li__ONIS));
    } break;
    case __li__HQWI__: {
      li__PNIS=li__2WEK(((__li__HQWI *)li__ONIS));
    } break;
    case __li__ARWI__: {
      li__PNIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PNIS=li__FXEK(((__li__URWI *)li__ONIS));
    } break;
    case __li__MSWI__: {
      li__PNIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PNIS=((__li__ETWI *)li__ONIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PNIS=((__li__MZWI *)li__ONIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PNIS=((__li__C0WI *)li__ONIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PNIS=((__li__M1WI *)li__ONIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PNIS=((__li__KMFK *)li__ONIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PNIS=li__T4NN(((__li__XOHL *)li__ONIS));
    } break;
    case __li__FPHL__: {
      li__PNIS=li__KA4L(((__li__FPHL *)li__ONIS));
    } break;
    case __li__APLM__: {
      li__PNIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PNIS=li__1ISO(((__li__DTNM *)li__ONIS));
    } break;
    case __li__JXNM__: {
      li__PNIS=li__VX3R(((__li__JXNM *)li__ONIS));
    } break;
    case __li__21LO__: {
      li__PNIS=((__li__21LO *)li__ONIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PNIS=((__li__TPOO *)li__ONIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PNIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PNIS=li__3FDQ(((__li__41XO *)li__ONIS));
    } break;
    case __li__AKBR__: {
      li__PNIS=li__WQDS(((__li__AKBR *)li__ONIS));
    } break;
    case __li__SU5R__: {
      li__PNIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PNIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__PNIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__ZOIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__ZOIS=li__B__;
    } break;
    };
    li__WNIS=li__ZOIS;
  } else /* FALSE */ {
    li__WNIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__WNIS) {
    li__SRX(((__li__BC *)li__ENIS),'0');
  } else /* FALSE */ {
    li__ONIS=li__DNIS->li__TU5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__ONIS),li__ENIS);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__ONIS)),li__ENIS);
      li__JAZ(((__li__BC *)li__ENIS),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__ENIS),((__li__MZWI *)((__li__WK *)li__ONIS))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__OU4U=((__li__C0WI *)((__li__WK *)li__ONIS));
      li__SRX(((__li__BC *)li__ENIS),'\'');
      li__JAZ(((__li__BC *)li__ENIS),li__OU4U->li__CTBK);
      li__SRX(((__li__BC *)li__ENIS),'\'');
    } break;
    case __li__M1WI__: {
      li__QU4U=((__li__M1WI *)((__li__WK *)li__ONIS));
      li__SRX(((__li__BC *)li__ENIS),'\"');
      li__JAZ(((__li__BC *)li__ENIS),li__QU4U->li__UTFK);
      li__SRX(((__li__BC *)li__ENIS),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__ENIS),((__li__TPOO *)((__li__WK *)li__ONIS))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__ONIS)),li__ENIS);
    } break;
    };
    li__ONIS=li__DNIS->li__TU5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ONIS)->__id) {
    case __li__WK__: {
      li__PNIS=((__li__WK *)li__ONIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__PNIS=((__li__AVBD *)li__ONIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__PNIS=((__li__KVBD *)li__ONIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__PNIS=((__li__WVBD *)li__ONIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__PNIS=li__JK5J(((__li__Z4WH *)li__ONIS));
    } break;
    case __li__KTVI__: {
      li__PNIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__PNIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__PNIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__PNIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__PNIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__PNIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__PNIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__PNIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__PNIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__PNIS=li__DWEK(((__li__BNWI *)li__ONIS));
    } break;
    case __li__XNWI__: {
      li__PNIS=li__IWEK(((__li__XNWI *)li__ONIS));
    } break;
    case __li__LOWI__: {
      li__PNIS=li__NWEK(((__li__LOWI *)li__ONIS));
    } break;
    case __li__5OWI__: {
      li__PNIS=li__SWEK(((__li__5OWI *)li__ONIS));
    } break;
    case __li__TPWI__: {
      li__PNIS=li__XWEK(((__li__TPWI *)li__ONIS));
    } break;
    case __li__HQWI__: {
      li__PNIS=li__2WEK(((__li__HQWI *)li__ONIS));
    } break;
    case __li__ARWI__: {
      li__PNIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__PNIS=li__FXEK(((__li__URWI *)li__ONIS));
    } break;
    case __li__MSWI__: {
      li__PNIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__PNIS=((__li__ETWI *)li__ONIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__PNIS=((__li__MZWI *)li__ONIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__PNIS=((__li__C0WI *)li__ONIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__PNIS=((__li__M1WI *)li__ONIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__PNIS=((__li__KMFK *)li__ONIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__PNIS=li__T4NN(((__li__XOHL *)li__ONIS));
    } break;
    case __li__FPHL__: {
      li__PNIS=li__KA4L(((__li__FPHL *)li__ONIS));
    } break;
    case __li__APLM__: {
      li__PNIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__PNIS=li__1ISO(((__li__DTNM *)li__ONIS));
    } break;
    case __li__JXNM__: {
      li__PNIS=li__VX3R(((__li__JXNM *)li__ONIS));
    } break;
    case __li__21LO__: {
      li__PNIS=((__li__21LO *)li__ONIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__PNIS=((__li__TPOO *)li__ONIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__PNIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__PNIS=li__3FDQ(((__li__41XO *)li__ONIS));
    } break;
    case __li__AKBR__: {
      li__PNIS=li__WQDS(((__li__AKBR *)li__ONIS));
    } break;
    case __li__SU5R__: {
      li__PNIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__PNIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__PNIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__ZOIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__ZOIS=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__ZOIS) {
      li__JAZ(((__li__BC *)li__ENIS),(&__string_714));
    };
  };
  li__SRX(((__li__BC *)li__ENIS),')');
}

static void li__PSIS(__li__JV5R *li__QSIS,__li__BC *li__RSIS)
/* (Strict EXPR_INF_EQ{li__JV5R},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__SSIS,*li__1SIS;
  __li__5RB *li__TSIS,*li__2SIS;
  __li__U *li__4SIS;
  __li__PF *li__5U4U;
  __li__C0WI *li__GV4U;
  __li__M1WI *li__IV4U;
  __li__C li__ATIS,li__DTIS,li__GUIS;
  li__SRX(((__li__BC *)li__RSIS),'(');
  li__SSIS=li__QSIS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SSIS)->__id) {
  case __li__WK__: {
    li__TSIS=((__li__WK *)li__SSIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__TSIS=((__li__AVBD *)li__SSIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__TSIS=((__li__KVBD *)li__SSIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__TSIS=((__li__WVBD *)li__SSIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__TSIS=li__JK5J(((__li__Z4WH *)li__SSIS));
  } break;
  case __li__KTVI__: {
    li__TSIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__TSIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__TSIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__TSIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__TSIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__TSIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__TSIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__TSIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__TSIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__TSIS=li__DWEK(((__li__BNWI *)li__SSIS));
  } break;
  case __li__XNWI__: {
    li__TSIS=li__IWEK(((__li__XNWI *)li__SSIS));
  } break;
  case __li__LOWI__: {
    li__TSIS=li__NWEK(((__li__LOWI *)li__SSIS));
  } break;
  case __li__5OWI__: {
    li__TSIS=li__SWEK(((__li__5OWI *)li__SSIS));
  } break;
  case __li__TPWI__: {
    li__TSIS=li__XWEK(((__li__TPWI *)li__SSIS));
  } break;
  case __li__HQWI__: {
    li__TSIS=li__2WEK(((__li__HQWI *)li__SSIS));
  } break;
  case __li__ARWI__: {
    li__TSIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__TSIS=li__FXEK(((__li__URWI *)li__SSIS));
  } break;
  case __li__MSWI__: {
    li__TSIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__TSIS=((__li__ETWI *)li__SSIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__TSIS=((__li__MZWI *)li__SSIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__TSIS=((__li__C0WI *)li__SSIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__TSIS=((__li__M1WI *)li__SSIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__TSIS=((__li__KMFK *)li__SSIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__TSIS=li__T4NN(((__li__XOHL *)li__SSIS));
  } break;
  case __li__FPHL__: {
    li__TSIS=li__KA4L(((__li__FPHL *)li__SSIS));
  } break;
  case __li__APLM__: {
    li__TSIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__TSIS=li__1ISO(((__li__DTNM *)li__SSIS));
  } break;
  case __li__JXNM__: {
    li__TSIS=li__VX3R(((__li__JXNM *)li__SSIS));
  } break;
  case __li__21LO__: {
    li__TSIS=((__li__21LO *)li__SSIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__TSIS=((__li__TPOO *)li__SSIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__TSIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__TSIS=li__3FDQ(((__li__41XO *)li__SSIS));
  } break;
  case __li__AKBR__: {
    li__TSIS=li__WQDS(((__li__AKBR *)li__SSIS));
  } break;
  case __li__SU5R__: {
    li__TSIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__TSIS=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__TSIS)->li__AEM == (void *)li__FUB)) {
    li__1SIS=li__QSIS->li__KV5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__2SIS=((__li__WK *)li__1SIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2SIS=((__li__AVBD *)li__1SIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2SIS=((__li__KVBD *)li__1SIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2SIS=((__li__WVBD *)li__1SIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2SIS=li__JK5J(((__li__Z4WH *)li__1SIS));
    } break;
    case __li__KTVI__: {
      li__2SIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2SIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__2SIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2SIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2SIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2SIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2SIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2SIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2SIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2SIS=li__DWEK(((__li__BNWI *)li__1SIS));
    } break;
    case __li__XNWI__: {
      li__2SIS=li__IWEK(((__li__XNWI *)li__1SIS));
    } break;
    case __li__LOWI__: {
      li__2SIS=li__NWEK(((__li__LOWI *)li__1SIS));
    } break;
    case __li__5OWI__: {
      li__2SIS=li__SWEK(((__li__5OWI *)li__1SIS));
    } break;
    case __li__TPWI__: {
      li__2SIS=li__XWEK(((__li__TPWI *)li__1SIS));
    } break;
    case __li__HQWI__: {
      li__2SIS=li__2WEK(((__li__HQWI *)li__1SIS));
    } break;
    case __li__ARWI__: {
      li__2SIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2SIS=li__FXEK(((__li__URWI *)li__1SIS));
    } break;
    case __li__MSWI__: {
      li__2SIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2SIS=((__li__ETWI *)li__1SIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2SIS=((__li__MZWI *)li__1SIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2SIS=((__li__C0WI *)li__1SIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2SIS=((__li__M1WI *)li__1SIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2SIS=((__li__KMFK *)li__1SIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2SIS=li__T4NN(((__li__XOHL *)li__1SIS));
    } break;
    case __li__FPHL__: {
      li__2SIS=li__KA4L(((__li__FPHL *)li__1SIS));
    } break;
    case __li__APLM__: {
      li__2SIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2SIS=li__1ISO(((__li__DTNM *)li__1SIS));
    } break;
    case __li__JXNM__: {
      li__2SIS=li__VX3R(((__li__JXNM *)li__1SIS));
    } break;
    case __li__21LO__: {
      li__2SIS=((__li__21LO *)li__1SIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2SIS=((__li__TPOO *)li__1SIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2SIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2SIS=li__3FDQ(((__li__41XO *)li__1SIS));
    } break;
    case __li__AKBR__: {
      li__2SIS=li__WQDS(((__li__AKBR *)li__1SIS));
    } break;
    case __li__SU5R__: {
      li__2SIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2SIS=li__Y1IS();
    } break;
    };
    li__1SIS=((__li__5RB *)li__2SIS)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__IF__: {
      li__4SIS=((__li__IF *)li__1SIS)->li__TF->li__SF.li__R2B;
    } break;
    case __li__ORB__: {
      li__4SIS=(&__string_1);
    } break;
    case __li__QRB__: {
      li__4SIS=(&__string_2);
    } break;
    case __li__SRB__: {
      li__4SIS=(&__string_51);
    } break;
    case __li__URB__: {
      li__4SIS=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__4SIS=((__li__GSZ *)li__1SIS)->li__EGQB;
    } break;
    case __li__1RRF__: {
      li__5U4U=li__QLKI();
      li__4SIS=li__5U4U->li__SF.li__R2B;
    } break;
    case __li__UJSH__: {
      li__4SIS=((__li__UJSH *)li__1SIS)->li__VJSH.li__NZFD;
    } break;
    };
    li__ATIS=li__NQQK(li__4SIS);
    li__DTIS=li__ATIS;
  } else /* FALSE */ {
    li__DTIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__DTIS) {
    li__JAZ(((__li__BC *)li__RSIS),(&__string_712));
    li__ATIS=li__B__;
  } else /* FALSE */ {
    li__ATIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__ATIS)) {
    li__1SIS=li__QSIS->li__KV5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__2SIS=((__li__WK *)li__1SIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2SIS=((__li__AVBD *)li__1SIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2SIS=((__li__KVBD *)li__1SIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2SIS=((__li__WVBD *)li__1SIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2SIS=li__JK5J(((__li__Z4WH *)li__1SIS));
    } break;
    case __li__KTVI__: {
      li__2SIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2SIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__2SIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2SIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2SIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2SIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2SIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2SIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2SIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2SIS=li__DWEK(((__li__BNWI *)li__1SIS));
    } break;
    case __li__XNWI__: {
      li__2SIS=li__IWEK(((__li__XNWI *)li__1SIS));
    } break;
    case __li__LOWI__: {
      li__2SIS=li__NWEK(((__li__LOWI *)li__1SIS));
    } break;
    case __li__5OWI__: {
      li__2SIS=li__SWEK(((__li__5OWI *)li__1SIS));
    } break;
    case __li__TPWI__: {
      li__2SIS=li__XWEK(((__li__TPWI *)li__1SIS));
    } break;
    case __li__HQWI__: {
      li__2SIS=li__2WEK(((__li__HQWI *)li__1SIS));
    } break;
    case __li__ARWI__: {
      li__2SIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2SIS=li__FXEK(((__li__URWI *)li__1SIS));
    } break;
    case __li__MSWI__: {
      li__2SIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2SIS=((__li__ETWI *)li__1SIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2SIS=((__li__MZWI *)li__1SIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2SIS=((__li__C0WI *)li__1SIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2SIS=((__li__M1WI *)li__1SIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2SIS=((__li__KMFK *)li__1SIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2SIS=li__T4NN(((__li__XOHL *)li__1SIS));
    } break;
    case __li__FPHL__: {
      li__2SIS=li__KA4L(((__li__FPHL *)li__1SIS));
    } break;
    case __li__APLM__: {
      li__2SIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2SIS=li__1ISO(((__li__DTNM *)li__1SIS));
    } break;
    case __li__JXNM__: {
      li__2SIS=li__VX3R(((__li__JXNM *)li__1SIS));
    } break;
    case __li__21LO__: {
      li__2SIS=((__li__21LO *)li__1SIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2SIS=((__li__TPOO *)li__1SIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2SIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2SIS=li__3FDQ(((__li__41XO *)li__1SIS));
    } break;
    case __li__AKBR__: {
      li__2SIS=li__WQDS(((__li__AKBR *)li__1SIS));
    } break;
    case __li__SU5R__: {
      li__2SIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2SIS=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__2SIS)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__RSIS),(&__string_706));
    };
  };
  li__SSIS=li__QSIS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SSIS)->__id) {
  case __li__WK__: {
    li__TSIS=((__li__WK *)li__SSIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__TSIS=((__li__AVBD *)li__SSIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__TSIS=((__li__KVBD *)li__SSIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__TSIS=((__li__WVBD *)li__SSIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__TSIS=li__JK5J(((__li__Z4WH *)li__SSIS));
  } break;
  case __li__KTVI__: {
    li__TSIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__TSIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__TSIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__TSIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__TSIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__TSIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__TSIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__TSIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__TSIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__TSIS=li__DWEK(((__li__BNWI *)li__SSIS));
  } break;
  case __li__XNWI__: {
    li__TSIS=li__IWEK(((__li__XNWI *)li__SSIS));
  } break;
  case __li__LOWI__: {
    li__TSIS=li__NWEK(((__li__LOWI *)li__SSIS));
  } break;
  case __li__5OWI__: {
    li__TSIS=li__SWEK(((__li__5OWI *)li__SSIS));
  } break;
  case __li__TPWI__: {
    li__TSIS=li__XWEK(((__li__TPWI *)li__SSIS));
  } break;
  case __li__HQWI__: {
    li__TSIS=li__2WEK(((__li__HQWI *)li__SSIS));
  } break;
  case __li__ARWI__: {
    li__TSIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__TSIS=li__FXEK(((__li__URWI *)li__SSIS));
  } break;
  case __li__MSWI__: {
    li__TSIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__TSIS=((__li__ETWI *)li__SSIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__TSIS=((__li__MZWI *)li__SSIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__TSIS=((__li__C0WI *)li__SSIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__TSIS=((__li__M1WI *)li__SSIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__TSIS=((__li__KMFK *)li__SSIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__TSIS=li__T4NN(((__li__XOHL *)li__SSIS));
  } break;
  case __li__FPHL__: {
    li__TSIS=li__KA4L(((__li__FPHL *)li__SSIS));
  } break;
  case __li__APLM__: {
    li__TSIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__TSIS=li__1ISO(((__li__DTNM *)li__SSIS));
  } break;
  case __li__JXNM__: {
    li__TSIS=li__VX3R(((__li__JXNM *)li__SSIS));
  } break;
  case __li__21LO__: {
    li__TSIS=((__li__21LO *)li__SSIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__TSIS=((__li__TPOO *)li__SSIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__TSIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__TSIS=li__3FDQ(((__li__41XO *)li__SSIS));
  } break;
  case __li__AKBR__: {
    li__TSIS=li__WQDS(((__li__AKBR *)li__SSIS));
  } break;
  case __li__SU5R__: {
    li__TSIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__TSIS=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__TSIS)->li__AEM == (void *)li__ORB__)) {
    li__1SIS=li__QSIS->li__KV5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__2SIS=((__li__WK *)li__1SIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2SIS=((__li__AVBD *)li__1SIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2SIS=((__li__KVBD *)li__1SIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2SIS=((__li__WVBD *)li__1SIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2SIS=li__JK5J(((__li__Z4WH *)li__1SIS));
    } break;
    case __li__KTVI__: {
      li__2SIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2SIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__2SIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2SIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2SIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2SIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2SIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2SIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2SIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2SIS=li__DWEK(((__li__BNWI *)li__1SIS));
    } break;
    case __li__XNWI__: {
      li__2SIS=li__IWEK(((__li__XNWI *)li__1SIS));
    } break;
    case __li__LOWI__: {
      li__2SIS=li__NWEK(((__li__LOWI *)li__1SIS));
    } break;
    case __li__5OWI__: {
      li__2SIS=li__SWEK(((__li__5OWI *)li__1SIS));
    } break;
    case __li__TPWI__: {
      li__2SIS=li__XWEK(((__li__TPWI *)li__1SIS));
    } break;
    case __li__HQWI__: {
      li__2SIS=li__2WEK(((__li__HQWI *)li__1SIS));
    } break;
    case __li__ARWI__: {
      li__2SIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2SIS=li__FXEK(((__li__URWI *)li__1SIS));
    } break;
    case __li__MSWI__: {
      li__2SIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2SIS=((__li__ETWI *)li__1SIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2SIS=((__li__MZWI *)li__1SIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2SIS=((__li__C0WI *)li__1SIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2SIS=((__li__M1WI *)li__1SIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2SIS=((__li__KMFK *)li__1SIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2SIS=li__T4NN(((__li__XOHL *)li__1SIS));
    } break;
    case __li__FPHL__: {
      li__2SIS=li__KA4L(((__li__FPHL *)li__1SIS));
    } break;
    case __li__APLM__: {
      li__2SIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2SIS=li__1ISO(((__li__DTNM *)li__1SIS));
    } break;
    case __li__JXNM__: {
      li__2SIS=li__VX3R(((__li__JXNM *)li__1SIS));
    } break;
    case __li__21LO__: {
      li__2SIS=((__li__21LO *)li__1SIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2SIS=((__li__TPOO *)li__1SIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2SIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2SIS=li__3FDQ(((__li__41XO *)li__1SIS));
    } break;
    case __li__AKBR__: {
      li__2SIS=li__WQDS(((__li__AKBR *)li__1SIS));
    } break;
    case __li__SU5R__: {
      li__2SIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2SIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__2SIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__GUIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__GUIS=li__B__;
    } break;
    };
    li__ATIS=li__GUIS;
  } else /* FALSE */ {
    li__ATIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__ATIS) {
    li__SRX(((__li__BC *)li__RSIS),'0');
  } else /* FALSE */ {
    li__1SIS=li__QSIS->li__KV5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__2SIS=((__li__WK *)li__1SIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2SIS=((__li__AVBD *)li__1SIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2SIS=((__li__KVBD *)li__1SIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2SIS=((__li__WVBD *)li__1SIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2SIS=li__JK5J(((__li__Z4WH *)li__1SIS));
    } break;
    case __li__KTVI__: {
      li__2SIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2SIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__2SIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2SIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2SIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2SIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2SIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2SIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2SIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2SIS=li__DWEK(((__li__BNWI *)li__1SIS));
    } break;
    case __li__XNWI__: {
      li__2SIS=li__IWEK(((__li__XNWI *)li__1SIS));
    } break;
    case __li__LOWI__: {
      li__2SIS=li__NWEK(((__li__LOWI *)li__1SIS));
    } break;
    case __li__5OWI__: {
      li__2SIS=li__SWEK(((__li__5OWI *)li__1SIS));
    } break;
    case __li__TPWI__: {
      li__2SIS=li__XWEK(((__li__TPWI *)li__1SIS));
    } break;
    case __li__HQWI__: {
      li__2SIS=li__2WEK(((__li__HQWI *)li__1SIS));
    } break;
    case __li__ARWI__: {
      li__2SIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2SIS=li__FXEK(((__li__URWI *)li__1SIS));
    } break;
    case __li__MSWI__: {
      li__2SIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2SIS=((__li__ETWI *)li__1SIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2SIS=((__li__MZWI *)li__1SIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2SIS=((__li__C0WI *)li__1SIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2SIS=((__li__M1WI *)li__1SIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2SIS=((__li__KMFK *)li__1SIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2SIS=li__T4NN(((__li__XOHL *)li__1SIS));
    } break;
    case __li__FPHL__: {
      li__2SIS=li__KA4L(((__li__FPHL *)li__1SIS));
    } break;
    case __li__APLM__: {
      li__2SIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2SIS=li__1ISO(((__li__DTNM *)li__1SIS));
    } break;
    case __li__JXNM__: {
      li__2SIS=li__VX3R(((__li__JXNM *)li__1SIS));
    } break;
    case __li__21LO__: {
      li__2SIS=((__li__21LO *)li__1SIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2SIS=((__li__TPOO *)li__1SIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2SIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2SIS=li__3FDQ(((__li__41XO *)li__1SIS));
    } break;
    case __li__AKBR__: {
      li__2SIS=li__WQDS(((__li__AKBR *)li__1SIS));
    } break;
    case __li__SU5R__: {
      li__2SIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2SIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__2SIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__GUIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__GUIS=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__GUIS) {
      li__JAZ(((__li__BC *)li__RSIS),(&__string_713));
    };
    li__1SIS=li__QSIS->li__KV5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__1SIS),li__RSIS);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__1SIS)),li__RSIS);
      li__JAZ(((__li__BC *)li__RSIS),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__RSIS),((__li__MZWI *)((__li__WK *)li__1SIS))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__GV4U=((__li__C0WI *)((__li__WK *)li__1SIS));
      li__SRX(((__li__BC *)li__RSIS),'\'');
      li__JAZ(((__li__BC *)li__RSIS),li__GV4U->li__CTBK);
      li__SRX(((__li__BC *)li__RSIS),'\'');
    } break;
    case __li__M1WI__: {
      li__IV4U=((__li__M1WI *)((__li__WK *)li__1SIS));
      li__SRX(((__li__BC *)li__RSIS),'\"');
      li__JAZ(((__li__BC *)li__RSIS),li__IV4U->li__UTFK);
      li__SRX(((__li__BC *)li__RSIS),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__RSIS),((__li__TPOO *)((__li__WK *)li__1SIS))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    };
    li__1SIS=li__QSIS->li__KV5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__2SIS=((__li__WK *)li__1SIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2SIS=((__li__AVBD *)li__1SIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2SIS=((__li__KVBD *)li__1SIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2SIS=((__li__WVBD *)li__1SIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2SIS=li__JK5J(((__li__Z4WH *)li__1SIS));
    } break;
    case __li__KTVI__: {
      li__2SIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2SIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__2SIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2SIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2SIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2SIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2SIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2SIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2SIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2SIS=li__DWEK(((__li__BNWI *)li__1SIS));
    } break;
    case __li__XNWI__: {
      li__2SIS=li__IWEK(((__li__XNWI *)li__1SIS));
    } break;
    case __li__LOWI__: {
      li__2SIS=li__NWEK(((__li__LOWI *)li__1SIS));
    } break;
    case __li__5OWI__: {
      li__2SIS=li__SWEK(((__li__5OWI *)li__1SIS));
    } break;
    case __li__TPWI__: {
      li__2SIS=li__XWEK(((__li__TPWI *)li__1SIS));
    } break;
    case __li__HQWI__: {
      li__2SIS=li__2WEK(((__li__HQWI *)li__1SIS));
    } break;
    case __li__ARWI__: {
      li__2SIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2SIS=li__FXEK(((__li__URWI *)li__1SIS));
    } break;
    case __li__MSWI__: {
      li__2SIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2SIS=((__li__ETWI *)li__1SIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2SIS=((__li__MZWI *)li__1SIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2SIS=((__li__C0WI *)li__1SIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2SIS=((__li__M1WI *)li__1SIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2SIS=((__li__KMFK *)li__1SIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2SIS=li__T4NN(((__li__XOHL *)li__1SIS));
    } break;
    case __li__FPHL__: {
      li__2SIS=li__KA4L(((__li__FPHL *)li__1SIS));
    } break;
    case __li__APLM__: {
      li__2SIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2SIS=li__1ISO(((__li__DTNM *)li__1SIS));
    } break;
    case __li__JXNM__: {
      li__2SIS=li__VX3R(((__li__JXNM *)li__1SIS));
    } break;
    case __li__21LO__: {
      li__2SIS=((__li__21LO *)li__1SIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2SIS=((__li__TPOO *)li__1SIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2SIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2SIS=li__3FDQ(((__li__41XO *)li__1SIS));
    } break;
    case __li__AKBR__: {
      li__2SIS=li__WQDS(((__li__AKBR *)li__1SIS));
    } break;
    case __li__SU5R__: {
      li__2SIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2SIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__2SIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__GUIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__GUIS=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__GUIS) {
      li__JAZ(((__li__BC *)li__RSIS),(&__string_714));
    };
  };
  li__SRX(((__li__BC *)li__RSIS),' ');
  li__JAZ(((__li__BC *)li__RSIS),(&__string_27));
  li__SRX(((__li__BC *)li__RSIS),' ');
  li__SSIS=li__QSIS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SSIS)->__id) {
  case __li__WK__: {
    li__TSIS=((__li__WK *)li__SSIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__TSIS=((__li__AVBD *)li__SSIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__TSIS=((__li__KVBD *)li__SSIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__TSIS=((__li__WVBD *)li__SSIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__TSIS=li__JK5J(((__li__Z4WH *)li__SSIS));
  } break;
  case __li__KTVI__: {
    li__TSIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__TSIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__TSIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__TSIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__TSIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__TSIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__TSIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__TSIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__TSIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__TSIS=li__DWEK(((__li__BNWI *)li__SSIS));
  } break;
  case __li__XNWI__: {
    li__TSIS=li__IWEK(((__li__XNWI *)li__SSIS));
  } break;
  case __li__LOWI__: {
    li__TSIS=li__NWEK(((__li__LOWI *)li__SSIS));
  } break;
  case __li__5OWI__: {
    li__TSIS=li__SWEK(((__li__5OWI *)li__SSIS));
  } break;
  case __li__TPWI__: {
    li__TSIS=li__XWEK(((__li__TPWI *)li__SSIS));
  } break;
  case __li__HQWI__: {
    li__TSIS=li__2WEK(((__li__HQWI *)li__SSIS));
  } break;
  case __li__ARWI__: {
    li__TSIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__TSIS=li__FXEK(((__li__URWI *)li__SSIS));
  } break;
  case __li__MSWI__: {
    li__TSIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__TSIS=((__li__ETWI *)li__SSIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__TSIS=((__li__MZWI *)li__SSIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__TSIS=((__li__C0WI *)li__SSIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__TSIS=((__li__M1WI *)li__SSIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__TSIS=((__li__KMFK *)li__SSIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__TSIS=li__T4NN(((__li__XOHL *)li__SSIS));
  } break;
  case __li__FPHL__: {
    li__TSIS=li__KA4L(((__li__FPHL *)li__SSIS));
  } break;
  case __li__APLM__: {
    li__TSIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__TSIS=li__1ISO(((__li__DTNM *)li__SSIS));
  } break;
  case __li__JXNM__: {
    li__TSIS=li__VX3R(((__li__JXNM *)li__SSIS));
  } break;
  case __li__21LO__: {
    li__TSIS=((__li__21LO *)li__SSIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__TSIS=((__li__TPOO *)li__SSIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__TSIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__TSIS=li__3FDQ(((__li__41XO *)li__SSIS));
  } break;
  case __li__AKBR__: {
    li__TSIS=li__WQDS(((__li__AKBR *)li__SSIS));
  } break;
  case __li__SU5R__: {
    li__TSIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__TSIS=li__Y1IS();
  } break;
  };
  li__SSIS=((__li__5RB *)li__TSIS)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__SSIS)->__id) {
  case __li__IF__: {
    li__4SIS=((__li__IF *)li__SSIS)->li__TF->li__SF.li__R2B;
  } break;
  case __li__ORB__: {
    li__4SIS=(&__string_1);
  } break;
  case __li__QRB__: {
    li__4SIS=(&__string_2);
  } break;
  case __li__SRB__: {
    li__4SIS=(&__string_51);
  } break;
  case __li__URB__: {
    li__4SIS=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__4SIS=((__li__GSZ *)li__SSIS)->li__EGQB;
  } break;
  case __li__1RRF__: {
    li__5U4U=li__QLKI();
    li__4SIS=li__5U4U->li__SF.li__R2B;
  } break;
  case __li__UJSH__: {
    li__4SIS=((__li__UJSH *)li__SSIS)->li__VJSH.li__NZFD;
  } break;
  };
  li__ATIS=li__NQQK(li__4SIS);
  /* __li__B__ __li__I__ */
if (li__ATIS) {
    li__1SIS=li__QSIS->li__KV5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__2SIS=((__li__WK *)li__1SIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2SIS=((__li__AVBD *)li__1SIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2SIS=((__li__KVBD *)li__1SIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2SIS=((__li__WVBD *)li__1SIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2SIS=li__JK5J(((__li__Z4WH *)li__1SIS));
    } break;
    case __li__KTVI__: {
      li__2SIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2SIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__2SIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2SIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2SIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2SIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2SIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2SIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2SIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2SIS=li__DWEK(((__li__BNWI *)li__1SIS));
    } break;
    case __li__XNWI__: {
      li__2SIS=li__IWEK(((__li__XNWI *)li__1SIS));
    } break;
    case __li__LOWI__: {
      li__2SIS=li__NWEK(((__li__LOWI *)li__1SIS));
    } break;
    case __li__5OWI__: {
      li__2SIS=li__SWEK(((__li__5OWI *)li__1SIS));
    } break;
    case __li__TPWI__: {
      li__2SIS=li__XWEK(((__li__TPWI *)li__1SIS));
    } break;
    case __li__HQWI__: {
      li__2SIS=li__2WEK(((__li__HQWI *)li__1SIS));
    } break;
    case __li__ARWI__: {
      li__2SIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2SIS=li__FXEK(((__li__URWI *)li__1SIS));
    } break;
    case __li__MSWI__: {
      li__2SIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2SIS=((__li__ETWI *)li__1SIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2SIS=((__li__MZWI *)li__1SIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2SIS=((__li__C0WI *)li__1SIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2SIS=((__li__M1WI *)li__1SIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2SIS=((__li__KMFK *)li__1SIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2SIS=li__T4NN(((__li__XOHL *)li__1SIS));
    } break;
    case __li__FPHL__: {
      li__2SIS=li__KA4L(((__li__FPHL *)li__1SIS));
    } break;
    case __li__APLM__: {
      li__2SIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2SIS=li__1ISO(((__li__DTNM *)li__1SIS));
    } break;
    case __li__JXNM__: {
      li__2SIS=li__VX3R(((__li__JXNM *)li__1SIS));
    } break;
    case __li__21LO__: {
      li__2SIS=((__li__21LO *)li__1SIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2SIS=((__li__TPOO *)li__1SIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2SIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2SIS=li__3FDQ(((__li__41XO *)li__1SIS));
    } break;
    case __li__AKBR__: {
      li__2SIS=li__WQDS(((__li__AKBR *)li__1SIS));
    } break;
    case __li__SU5R__: {
      li__2SIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2SIS=li__Y1IS();
    } break;
    };
    li__DTIS=((void *)((__li__5RB *)li__2SIS)->li__AEM == (void *)li__FUB);
  } else /* FALSE */ {
    li__DTIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__DTIS) {
    li__JAZ(((__li__BC *)li__RSIS),(&__string_712));
    li__DTIS=li__B__;
  } else /* FALSE */ {
    li__DTIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__DTIS)) {
    li__1SIS=li__QSIS->li__KV5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__2SIS=((__li__WK *)li__1SIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2SIS=((__li__AVBD *)li__1SIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2SIS=((__li__KVBD *)li__1SIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2SIS=((__li__WVBD *)li__1SIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2SIS=li__JK5J(((__li__Z4WH *)li__1SIS));
    } break;
    case __li__KTVI__: {
      li__2SIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2SIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__2SIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2SIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2SIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2SIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2SIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2SIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2SIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2SIS=li__DWEK(((__li__BNWI *)li__1SIS));
    } break;
    case __li__XNWI__: {
      li__2SIS=li__IWEK(((__li__XNWI *)li__1SIS));
    } break;
    case __li__LOWI__: {
      li__2SIS=li__NWEK(((__li__LOWI *)li__1SIS));
    } break;
    case __li__5OWI__: {
      li__2SIS=li__SWEK(((__li__5OWI *)li__1SIS));
    } break;
    case __li__TPWI__: {
      li__2SIS=li__XWEK(((__li__TPWI *)li__1SIS));
    } break;
    case __li__HQWI__: {
      li__2SIS=li__2WEK(((__li__HQWI *)li__1SIS));
    } break;
    case __li__ARWI__: {
      li__2SIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2SIS=li__FXEK(((__li__URWI *)li__1SIS));
    } break;
    case __li__MSWI__: {
      li__2SIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2SIS=((__li__ETWI *)li__1SIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2SIS=((__li__MZWI *)li__1SIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2SIS=((__li__C0WI *)li__1SIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2SIS=((__li__M1WI *)li__1SIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2SIS=((__li__KMFK *)li__1SIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2SIS=li__T4NN(((__li__XOHL *)li__1SIS));
    } break;
    case __li__FPHL__: {
      li__2SIS=li__KA4L(((__li__FPHL *)li__1SIS));
    } break;
    case __li__APLM__: {
      li__2SIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2SIS=li__1ISO(((__li__DTNM *)li__1SIS));
    } break;
    case __li__JXNM__: {
      li__2SIS=li__VX3R(((__li__JXNM *)li__1SIS));
    } break;
    case __li__21LO__: {
      li__2SIS=((__li__21LO *)li__1SIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2SIS=((__li__TPOO *)li__1SIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2SIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2SIS=li__3FDQ(((__li__41XO *)li__1SIS));
    } break;
    case __li__AKBR__: {
      li__2SIS=li__WQDS(((__li__AKBR *)li__1SIS));
    } break;
    case __li__SU5R__: {
      li__2SIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2SIS=li__Y1IS();
    } break;
    };
    /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__2SIS)->li__BEM &  1) !=  0))) {
      li__JAZ(((__li__BC *)li__RSIS),(&__string_706));
    };
  };
  li__SSIS=li__QSIS->li__KV5R.li__LPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SSIS)->__id) {
  case __li__WK__: {
    li__TSIS=((__li__WK *)li__SSIS)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__TSIS=((__li__AVBD *)li__SSIS)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__TSIS=((__li__KVBD *)li__SSIS)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__TSIS=((__li__WVBD *)li__SSIS)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__TSIS=li__JK5J(((__li__Z4WH *)li__SSIS));
  } break;
  case __li__KTVI__: {
    li__TSIS=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__TSIS=li__553L();
  } break;
  case __li__XTVI__: {
    li__TSIS=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__TSIS=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__TSIS=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__TSIS=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__TSIS=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__TSIS=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__TSIS=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__TSIS=li__DWEK(((__li__BNWI *)li__SSIS));
  } break;
  case __li__XNWI__: {
    li__TSIS=li__IWEK(((__li__XNWI *)li__SSIS));
  } break;
  case __li__LOWI__: {
    li__TSIS=li__NWEK(((__li__LOWI *)li__SSIS));
  } break;
  case __li__5OWI__: {
    li__TSIS=li__SWEK(((__li__5OWI *)li__SSIS));
  } break;
  case __li__TPWI__: {
    li__TSIS=li__XWEK(((__li__TPWI *)li__SSIS));
  } break;
  case __li__HQWI__: {
    li__TSIS=li__2WEK(((__li__HQWI *)li__SSIS));
  } break;
  case __li__ARWI__: {
    li__TSIS=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__TSIS=li__FXEK(((__li__URWI *)li__SSIS));
  } break;
  case __li__MSWI__: {
    li__TSIS=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__TSIS=((__li__ETWI *)li__SSIS)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__TSIS=((__li__MZWI *)li__SSIS)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__TSIS=((__li__C0WI *)li__SSIS)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__TSIS=((__li__M1WI *)li__SSIS)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__TSIS=((__li__KMFK *)li__SSIS)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__TSIS=li__T4NN(((__li__XOHL *)li__SSIS));
  } break;
  case __li__FPHL__: {
    li__TSIS=li__KA4L(((__li__FPHL *)li__SSIS));
  } break;
  case __li__APLM__: {
    li__TSIS=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__TSIS=li__1ISO(((__li__DTNM *)li__SSIS));
  } break;
  case __li__JXNM__: {
    li__TSIS=li__VX3R(((__li__JXNM *)li__SSIS));
  } break;
  case __li__21LO__: {
    li__TSIS=((__li__21LO *)li__SSIS)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__TSIS=((__li__TPOO *)li__SSIS)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__TSIS=li__FH4R();
  } break;
  case __li__41XO__: {
    li__TSIS=li__3FDQ(((__li__41XO *)li__SSIS));
  } break;
  case __li__AKBR__: {
    li__TSIS=li__WQDS(((__li__AKBR *)li__SSIS));
  } break;
  case __li__SU5R__: {
    li__TSIS=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__TSIS=li__Y1IS();
  } break;
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__5RB *)li__TSIS)->li__AEM == (void *)li__ORB__)) {
    li__1SIS=li__QSIS->li__KV5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__2SIS=((__li__WK *)li__1SIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2SIS=((__li__AVBD *)li__1SIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2SIS=((__li__KVBD *)li__1SIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2SIS=((__li__WVBD *)li__1SIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2SIS=li__JK5J(((__li__Z4WH *)li__1SIS));
    } break;
    case __li__KTVI__: {
      li__2SIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2SIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__2SIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2SIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2SIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2SIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2SIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2SIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2SIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2SIS=li__DWEK(((__li__BNWI *)li__1SIS));
    } break;
    case __li__XNWI__: {
      li__2SIS=li__IWEK(((__li__XNWI *)li__1SIS));
    } break;
    case __li__LOWI__: {
      li__2SIS=li__NWEK(((__li__LOWI *)li__1SIS));
    } break;
    case __li__5OWI__: {
      li__2SIS=li__SWEK(((__li__5OWI *)li__1SIS));
    } break;
    case __li__TPWI__: {
      li__2SIS=li__XWEK(((__li__TPWI *)li__1SIS));
    } break;
    case __li__HQWI__: {
      li__2SIS=li__2WEK(((__li__HQWI *)li__1SIS));
    } break;
    case __li__ARWI__: {
      li__2SIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2SIS=li__FXEK(((__li__URWI *)li__1SIS));
    } break;
    case __li__MSWI__: {
      li__2SIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2SIS=((__li__ETWI *)li__1SIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2SIS=((__li__MZWI *)li__1SIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2SIS=((__li__C0WI *)li__1SIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2SIS=((__li__M1WI *)li__1SIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2SIS=((__li__KMFK *)li__1SIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2SIS=li__T4NN(((__li__XOHL *)li__1SIS));
    } break;
    case __li__FPHL__: {
      li__2SIS=li__KA4L(((__li__FPHL *)li__1SIS));
    } break;
    case __li__APLM__: {
      li__2SIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2SIS=li__1ISO(((__li__DTNM *)li__1SIS));
    } break;
    case __li__JXNM__: {
      li__2SIS=li__VX3R(((__li__JXNM *)li__1SIS));
    } break;
    case __li__21LO__: {
      li__2SIS=((__li__21LO *)li__1SIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2SIS=((__li__TPOO *)li__1SIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2SIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2SIS=li__3FDQ(((__li__41XO *)li__1SIS));
    } break;
    case __li__AKBR__: {
      li__2SIS=li__WQDS(((__li__AKBR *)li__1SIS));
    } break;
    case __li__SU5R__: {
      li__2SIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2SIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__2SIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__GUIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__GUIS=li__B__;
    } break;
    };
    li__DTIS=li__GUIS;
  } else /* FALSE */ {
    li__DTIS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__DTIS) {
    li__SRX(((__li__BC *)li__RSIS),'0');
  } else /* FALSE */ {
    li__1SIS=li__QSIS->li__KV5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__1SIS),li__RSIS);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__1SIS)),li__RSIS);
      li__JAZ(((__li__BC *)li__RSIS),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__RSIS),((__li__MZWI *)((__li__WK *)li__1SIS))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__GV4U=((__li__C0WI *)((__li__WK *)li__1SIS));
      li__SRX(((__li__BC *)li__RSIS),'\'');
      li__JAZ(((__li__BC *)li__RSIS),li__GV4U->li__CTBK);
      li__SRX(((__li__BC *)li__RSIS),'\'');
    } break;
    case __li__M1WI__: {
      li__IV4U=((__li__M1WI *)((__li__WK *)li__1SIS));
      li__SRX(((__li__BC *)li__RSIS),'\"');
      li__JAZ(((__li__BC *)li__RSIS),li__IV4U->li__UTFK);
      li__SRX(((__li__BC *)li__RSIS),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__RSIS),((__li__TPOO *)((__li__WK *)li__1SIS))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__1SIS)),li__RSIS);
    } break;
    };
    li__1SIS=li__QSIS->li__KV5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1SIS)->__id) {
    case __li__WK__: {
      li__2SIS=((__li__WK *)li__1SIS)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__2SIS=((__li__AVBD *)li__1SIS)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__2SIS=((__li__KVBD *)li__1SIS)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__2SIS=((__li__WVBD *)li__1SIS)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__2SIS=li__JK5J(((__li__Z4WH *)li__1SIS));
    } break;
    case __li__KTVI__: {
      li__2SIS=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__2SIS=li__553L();
    } break;
    case __li__XTVI__: {
      li__2SIS=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__2SIS=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__2SIS=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__2SIS=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__2SIS=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__2SIS=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__2SIS=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__2SIS=li__DWEK(((__li__BNWI *)li__1SIS));
    } break;
    case __li__XNWI__: {
      li__2SIS=li__IWEK(((__li__XNWI *)li__1SIS));
    } break;
    case __li__LOWI__: {
      li__2SIS=li__NWEK(((__li__LOWI *)li__1SIS));
    } break;
    case __li__5OWI__: {
      li__2SIS=li__SWEK(((__li__5OWI *)li__1SIS));
    } break;
    case __li__TPWI__: {
      li__2SIS=li__XWEK(((__li__TPWI *)li__1SIS));
    } break;
    case __li__HQWI__: {
      li__2SIS=li__2WEK(((__li__HQWI *)li__1SIS));
    } break;
    case __li__ARWI__: {
      li__2SIS=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__2SIS=li__FXEK(((__li__URWI *)li__1SIS));
    } break;
    case __li__MSWI__: {
      li__2SIS=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__2SIS=((__li__ETWI *)li__1SIS)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__2SIS=((__li__MZWI *)li__1SIS)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__2SIS=((__li__C0WI *)li__1SIS)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__2SIS=((__li__M1WI *)li__1SIS)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__2SIS=((__li__KMFK *)li__1SIS)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__2SIS=li__T4NN(((__li__XOHL *)li__1SIS));
    } break;
    case __li__FPHL__: {
      li__2SIS=li__KA4L(((__li__FPHL *)li__1SIS));
    } break;
    case __li__APLM__: {
      li__2SIS=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__2SIS=li__1ISO(((__li__DTNM *)li__1SIS));
    } break;
    case __li__JXNM__: {
      li__2SIS=li__VX3R(((__li__JXNM *)li__1SIS));
    } break;
    case __li__21LO__: {
      li__2SIS=((__li__21LO *)li__1SIS)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__2SIS=((__li__TPOO *)li__1SIS)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__2SIS=li__FH4R();
    } break;
    case __li__41XO__: {
      li__2SIS=li__3FDQ(((__li__41XO *)li__1SIS));
    } break;
    case __li__AKBR__: {
      li__2SIS=li__WQDS(((__li__AKBR *)li__1SIS));
    } break;
    case __li__SU5R__: {
      li__2SIS=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__2SIS=li__Y1IS();
    } break;
    };
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__2SIS)->li__AEM)->__id) {
    case __li__IF__: 
    case __li__ORB__: 
    case __li__QRB__: 
    case __li__SRB__: 
    case __li__URB__: 
    case __li__GSZ__: {
      li__GUIS=li__I__;
    } break;
    case __li__1RRF__: 
    case __li__UJSH__: {
      li__GUIS=li__B__;
    } break;
    };
    /* __li__B__ __li__I__ */
if (li__GUIS) {
      li__JAZ(((__li__BC *)li__RSIS),(&__string_714));
    };
  };
  li__SRX(((__li__BC *)li__RSIS),')');
}

static void li__4INR(void *li__AJNR,__li__BC *li__BJNR)
/* (EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__DJNR;
  void *li__EJNR;
  __li__C0WI *li__2V4U,*li__GW4U;
  __li__M1WI *li__4V4U,*li__IW4U;
  __li__C li__MJNR;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AJNR)->__id) {
  case __li__WK__: {
    li__DJNR=((__li__WK *)li__AJNR)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__DJNR=((__li__AVBD *)li__AJNR)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__DJNR=((__li__KVBD *)li__AJNR)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__DJNR=((__li__WVBD *)li__AJNR)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__DJNR=li__JK5J(((__li__Z4WH *)li__AJNR));
  } break;
  case __li__KTVI__: {
    li__DJNR=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__DJNR=li__553L();
  } break;
  case __li__XTVI__: {
    li__DJNR=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__DJNR=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__DJNR=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__DJNR=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__DJNR=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__DJNR=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__DJNR=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__DJNR=li__DWEK(((__li__BNWI *)li__AJNR));
  } break;
  case __li__XNWI__: {
    li__DJNR=li__IWEK(((__li__XNWI *)li__AJNR));
  } break;
  case __li__LOWI__: {
    li__DJNR=li__NWEK(((__li__LOWI *)li__AJNR));
  } break;
  case __li__5OWI__: {
    li__DJNR=li__SWEK(((__li__5OWI *)li__AJNR));
  } break;
  case __li__TPWI__: {
    li__DJNR=li__XWEK(((__li__TPWI *)li__AJNR));
  } break;
  case __li__HQWI__: {
    li__DJNR=li__2WEK(((__li__HQWI *)li__AJNR));
  } break;
  case __li__ARWI__: {
    li__DJNR=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__DJNR=li__FXEK(((__li__URWI *)li__AJNR));
  } break;
  case __li__MSWI__: {
    li__DJNR=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__DJNR=((__li__ETWI *)li__AJNR)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__DJNR=((__li__MZWI *)li__AJNR)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__DJNR=((__li__C0WI *)li__AJNR)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__DJNR=((__li__M1WI *)li__AJNR)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__DJNR=((__li__KMFK *)li__AJNR)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__DJNR=li__T4NN(((__li__XOHL *)li__AJNR));
  } break;
  case __li__FPHL__: {
    li__DJNR=li__KA4L(((__li__FPHL *)li__AJNR));
  } break;
  case __li__APLM__: {
    li__DJNR=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__DJNR=li__1ISO(((__li__DTNM *)li__AJNR));
  } break;
  case __li__JXNM__: {
    li__DJNR=li__VX3R(((__li__JXNM *)li__AJNR));
  } break;
  case __li__21LO__: {
    li__DJNR=((__li__21LO *)li__AJNR)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__DJNR=((__li__TPOO *)li__AJNR)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__DJNR=li__FH4R();
  } break;
  case __li__41XO__: {
    li__DJNR=li__3FDQ(((__li__41XO *)li__AJNR));
  } break;
  case __li__AKBR__: {
    li__DJNR=li__WQDS(((__li__AKBR *)li__AJNR));
  } break;
  case __li__SU5R__: {
    li__DJNR=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__DJNR=li__Y1IS();
  } break;
  };
  li__EJNR=((__li__5RB *)li__DJNR)->li__AEM;
  /* __li__B__ __li__I__ */
if (((void *)li__EJNR == (void *)li__TSB)) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AJNR)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__AJNR),li__BJNR);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__AJNR)),li__BJNR);
      li__JAZ(((__li__BC *)li__BJNR),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__BJNR),((__li__MZWI *)((__li__WK *)li__AJNR))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__2V4U=((__li__C0WI *)((__li__WK *)li__AJNR));
      li__SRX(((__li__BC *)li__BJNR),'\'');
      li__JAZ(((__li__BC *)li__BJNR),li__2V4U->li__CTBK);
      li__SRX(((__li__BC *)li__BJNR),'\'');
    } break;
    case __li__M1WI__: {
      li__4V4U=((__li__M1WI *)((__li__WK *)li__AJNR));
      li__SRX(((__li__BC *)li__BJNR),'\"');
      li__JAZ(((__li__BC *)li__BJNR),li__4V4U->li__UTFK);
      li__SRX(((__li__BC *)li__BJNR),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__BJNR),((__li__TPOO *)((__li__WK *)li__AJNR))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__AJNR)),li__BJNR);
    } break;
    };
    li__MJNR=li__B__;
  } else /* FALSE */ {
    li__MJNR=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__MJNR)) {
    /* __li__B__ __li__I__ */
if (((void *)li__EJNR == (void *)li__5TB)) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AJNR)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__AJNR),li__BJNR);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__AJNR)),li__BJNR);
        li__JAZ(((__li__BC *)li__BJNR),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__BJNR),((__li__MZWI *)((__li__WK *)li__AJNR))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__GW4U=((__li__C0WI *)((__li__WK *)li__AJNR));
        li__SRX(((__li__BC *)li__BJNR),'\'');
        li__JAZ(((__li__BC *)li__BJNR),li__GW4U->li__CTBK);
        li__SRX(((__li__BC *)li__BJNR),'\'');
      } break;
      case __li__M1WI__: {
        li__IW4U=((__li__M1WI *)((__li__WK *)li__AJNR));
        li__SRX(((__li__BC *)li__BJNR),'\"');
        li__JAZ(((__li__BC *)li__BJNR),li__IW4U->li__UTFK);
        li__SRX(((__li__BC *)li__BJNR),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__BJNR),((__li__TPOO *)((__li__WK *)li__AJNR))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      };
    } else /* FALSE */ {
      li__JAZ(((__li__BC *)li__BJNR),(&__string_722));
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AJNR)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__AJNR),li__BJNR);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__AJNR)),li__BJNR);
        li__JAZ(((__li__BC *)li__BJNR),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__BJNR),((__li__MZWI *)((__li__WK *)li__AJNR))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__GW4U=((__li__C0WI *)((__li__WK *)li__AJNR));
        li__SRX(((__li__BC *)li__BJNR),'\'');
        li__JAZ(((__li__BC *)li__BJNR),li__GW4U->li__CTBK);
        li__SRX(((__li__BC *)li__BJNR),'\'');
      } break;
      case __li__M1WI__: {
        li__IW4U=((__li__M1WI *)((__li__WK *)li__AJNR));
        li__SRX(((__li__BC *)li__BJNR),'\"');
        li__JAZ(((__li__BC *)li__BJNR),li__IW4U->li__UTFK);
        li__SRX(((__li__BC *)li__BJNR),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__BJNR),((__li__TPOO *)((__li__WK *)li__AJNR))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__AJNR)),li__BJNR);
      } break;
      };
      li__JAZ(((__li__BC *)li__BJNR),(&__string_723));
    };
  };
}

static void li__KKNR(void *li__MKNR,__li__BC *li__NKNR)
/* (EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C0WI *li__0W4U;
  __li__M1WI *li__2W4U;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MKNR)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__MKNR),li__NKNR);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__MKNR)),li__NKNR);
    li__JAZ(((__li__BC *)li__NKNR),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__NKNR),((__li__MZWI *)((__li__WK *)li__MKNR))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__0W4U=((__li__C0WI *)((__li__WK *)li__MKNR));
    li__SRX(((__li__BC *)li__NKNR),'\'');
    li__JAZ(((__li__BC *)li__NKNR),li__0W4U->li__CTBK);
    li__SRX(((__li__BC *)li__NKNR),'\'');
  } break;
  case __li__M1WI__: {
    li__2W4U=((__li__M1WI *)((__li__WK *)li__MKNR));
    li__SRX(((__li__BC *)li__NKNR),'\"');
    li__JAZ(((__li__BC *)li__NKNR),li__2W4U->li__UTFK);
    li__SRX(((__li__BC *)li__NKNR),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__NKNR),((__li__TPOO *)((__li__WK *)li__MKNR))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__MKNR)),li__NKNR);
  } break;
  };
}

static void li__OKNR(void *li__QKNR,__li__BC *li__RKNR)
/* (EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__TKNR;
  void *li__UKNR;
  __li__C0WI *li__EX4U,*li__OX4U;
  __li__M1WI *li__GX4U,*li__QX4U;
  __li__C li__2KNR;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QKNR)->__id) {
  case __li__WK__: {
    li__TKNR=((__li__WK *)li__QKNR)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__TKNR=((__li__AVBD *)li__QKNR)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__TKNR=((__li__KVBD *)li__QKNR)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__TKNR=((__li__WVBD *)li__QKNR)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__TKNR=li__JK5J(((__li__Z4WH *)li__QKNR));
  } break;
  case __li__KTVI__: {
    li__TKNR=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__TKNR=li__553L();
  } break;
  case __li__XTVI__: {
    li__TKNR=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__TKNR=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__TKNR=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__TKNR=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__TKNR=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__TKNR=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__TKNR=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__TKNR=li__DWEK(((__li__BNWI *)li__QKNR));
  } break;
  case __li__XNWI__: {
    li__TKNR=li__IWEK(((__li__XNWI *)li__QKNR));
  } break;
  case __li__LOWI__: {
    li__TKNR=li__NWEK(((__li__LOWI *)li__QKNR));
  } break;
  case __li__5OWI__: {
    li__TKNR=li__SWEK(((__li__5OWI *)li__QKNR));
  } break;
  case __li__TPWI__: {
    li__TKNR=li__XWEK(((__li__TPWI *)li__QKNR));
  } break;
  case __li__HQWI__: {
    li__TKNR=li__2WEK(((__li__HQWI *)li__QKNR));
  } break;
  case __li__ARWI__: {
    li__TKNR=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__TKNR=li__FXEK(((__li__URWI *)li__QKNR));
  } break;
  case __li__MSWI__: {
    li__TKNR=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__TKNR=((__li__ETWI *)li__QKNR)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__TKNR=((__li__MZWI *)li__QKNR)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__TKNR=((__li__C0WI *)li__QKNR)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__TKNR=((__li__M1WI *)li__QKNR)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__TKNR=((__li__KMFK *)li__QKNR)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__TKNR=li__T4NN(((__li__XOHL *)li__QKNR));
  } break;
  case __li__FPHL__: {
    li__TKNR=li__KA4L(((__li__FPHL *)li__QKNR));
  } break;
  case __li__APLM__: {
    li__TKNR=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__TKNR=li__1ISO(((__li__DTNM *)li__QKNR));
  } break;
  case __li__JXNM__: {
    li__TKNR=li__VX3R(((__li__JXNM *)li__QKNR));
  } break;
  case __li__21LO__: {
    li__TKNR=((__li__21LO *)li__QKNR)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__TKNR=((__li__TPOO *)li__QKNR)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__TKNR=li__FH4R();
  } break;
  case __li__41XO__: {
    li__TKNR=li__3FDQ(((__li__41XO *)li__QKNR));
  } break;
  case __li__AKBR__: {
    li__TKNR=li__WQDS(((__li__AKBR *)li__QKNR));
  } break;
  case __li__SU5R__: {
    li__TKNR=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__TKNR=li__Y1IS();
  } break;
  };
  li__UKNR=((__li__5RB *)li__TKNR)->li__AEM;
  /* __li__B__ __li__I__ */
if (((void *)li__UKNR == (void *)li__TSB)) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QKNR)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__QKNR),li__RKNR);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__QKNR)),li__RKNR);
      li__JAZ(((__li__BC *)li__RKNR),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__RKNR),((__li__MZWI *)((__li__WK *)li__QKNR))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__EX4U=((__li__C0WI *)((__li__WK *)li__QKNR));
      li__SRX(((__li__BC *)li__RKNR),'\'');
      li__JAZ(((__li__BC *)li__RKNR),li__EX4U->li__CTBK);
      li__SRX(((__li__BC *)li__RKNR),'\'');
    } break;
    case __li__M1WI__: {
      li__GX4U=((__li__M1WI *)((__li__WK *)li__QKNR));
      li__SRX(((__li__BC *)li__RKNR),'\"');
      li__JAZ(((__li__BC *)li__RKNR),li__GX4U->li__UTFK);
      li__SRX(((__li__BC *)li__RKNR),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__RKNR),((__li__TPOO *)((__li__WK *)li__QKNR))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__QKNR)),li__RKNR);
    } break;
    };
    li__2KNR=li__B__;
  } else /* FALSE */ {
    li__2KNR=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__2KNR)) {
    /* __li__B__ __li__I__ */
if (((void *)li__UKNR == (void *)li__5TB)) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QKNR)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__QKNR),li__RKNR);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__QKNR)),li__RKNR);
        li__JAZ(((__li__BC *)li__RKNR),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__RKNR),((__li__MZWI *)((__li__WK *)li__QKNR))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__OX4U=((__li__C0WI *)((__li__WK *)li__QKNR));
        li__SRX(((__li__BC *)li__RKNR),'\'');
        li__JAZ(((__li__BC *)li__RKNR),li__OX4U->li__CTBK);
        li__SRX(((__li__BC *)li__RKNR),'\'');
      } break;
      case __li__M1WI__: {
        li__QX4U=((__li__M1WI *)((__li__WK *)li__QKNR));
        li__SRX(((__li__BC *)li__RKNR),'\"');
        li__JAZ(((__li__BC *)li__RKNR),li__QX4U->li__UTFK);
        li__SRX(((__li__BC *)li__RKNR),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__RKNR),((__li__TPOO *)((__li__WK *)li__QKNR))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      };
    } else /* FALSE */ {
      li__JAZ(((__li__BC *)li__RKNR),(&__string_722));
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QKNR)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__QKNR),li__RKNR);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__QKNR)),li__RKNR);
        li__JAZ(((__li__BC *)li__RKNR),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__RKNR),((__li__MZWI *)((__li__WK *)li__QKNR))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__OX4U=((__li__C0WI *)((__li__WK *)li__QKNR));
        li__SRX(((__li__BC *)li__RKNR),'\'');
        li__JAZ(((__li__BC *)li__RKNR),li__OX4U->li__CTBK);
        li__SRX(((__li__BC *)li__RKNR),'\'');
      } break;
      case __li__M1WI__: {
        li__QX4U=((__li__M1WI *)((__li__WK *)li__QKNR));
        li__SRX(((__li__BC *)li__RKNR),'\"');
        li__JAZ(((__li__BC *)li__RKNR),li__QX4U->li__UTFK);
        li__SRX(((__li__BC *)li__RKNR),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__RKNR),((__li__TPOO *)((__li__WK *)li__QKNR))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__QKNR)),li__RKNR);
      } break;
      };
      li__JAZ(((__li__BC *)li__RKNR),(&__string_723));
    };
  };
}

static void li__0LNR(void *li__2LNR,__li__BC *li__3LNR)
/* (EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__5LNR;
  void *li__AMNR;
  __li__C0WI *li__CY4U,*li__MY4U;
  __li__M1WI *li__EY4U,*li__OY4U;
  __li__C li__IMNR;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2LNR)->__id) {
  case __li__WK__: {
    li__5LNR=((__li__WK *)li__2LNR)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__5LNR=((__li__AVBD *)li__2LNR)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__5LNR=((__li__KVBD *)li__2LNR)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__5LNR=((__li__WVBD *)li__2LNR)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__5LNR=li__JK5J(((__li__Z4WH *)li__2LNR));
  } break;
  case __li__KTVI__: {
    li__5LNR=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__5LNR=li__553L();
  } break;
  case __li__XTVI__: {
    li__5LNR=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__5LNR=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__5LNR=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__5LNR=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__5LNR=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__5LNR=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__5LNR=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__5LNR=li__DWEK(((__li__BNWI *)li__2LNR));
  } break;
  case __li__XNWI__: {
    li__5LNR=li__IWEK(((__li__XNWI *)li__2LNR));
  } break;
  case __li__LOWI__: {
    li__5LNR=li__NWEK(((__li__LOWI *)li__2LNR));
  } break;
  case __li__5OWI__: {
    li__5LNR=li__SWEK(((__li__5OWI *)li__2LNR));
  } break;
  case __li__TPWI__: {
    li__5LNR=li__XWEK(((__li__TPWI *)li__2LNR));
  } break;
  case __li__HQWI__: {
    li__5LNR=li__2WEK(((__li__HQWI *)li__2LNR));
  } break;
  case __li__ARWI__: {
    li__5LNR=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__5LNR=li__FXEK(((__li__URWI *)li__2LNR));
  } break;
  case __li__MSWI__: {
    li__5LNR=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__5LNR=((__li__ETWI *)li__2LNR)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__5LNR=((__li__MZWI *)li__2LNR)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__5LNR=((__li__C0WI *)li__2LNR)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__5LNR=((__li__M1WI *)li__2LNR)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__5LNR=((__li__KMFK *)li__2LNR)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__5LNR=li__T4NN(((__li__XOHL *)li__2LNR));
  } break;
  case __li__FPHL__: {
    li__5LNR=li__KA4L(((__li__FPHL *)li__2LNR));
  } break;
  case __li__APLM__: {
    li__5LNR=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__5LNR=li__1ISO(((__li__DTNM *)li__2LNR));
  } break;
  case __li__JXNM__: {
    li__5LNR=li__VX3R(((__li__JXNM *)li__2LNR));
  } break;
  case __li__21LO__: {
    li__5LNR=((__li__21LO *)li__2LNR)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__5LNR=((__li__TPOO *)li__2LNR)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__5LNR=li__FH4R();
  } break;
  case __li__41XO__: {
    li__5LNR=li__3FDQ(((__li__41XO *)li__2LNR));
  } break;
  case __li__AKBR__: {
    li__5LNR=li__WQDS(((__li__AKBR *)li__2LNR));
  } break;
  case __li__SU5R__: {
    li__5LNR=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__5LNR=li__Y1IS();
  } break;
  };
  li__AMNR=((__li__5RB *)li__5LNR)->li__AEM;
  /* __li__B__ __li__I__ */
if (((void *)li__AMNR == (void *)li__TSB)) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2LNR)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__2LNR),li__3LNR);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__2LNR)),li__3LNR);
      li__JAZ(((__li__BC *)li__3LNR),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__3LNR),((__li__MZWI *)((__li__WK *)li__2LNR))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__CY4U=((__li__C0WI *)((__li__WK *)li__2LNR));
      li__SRX(((__li__BC *)li__3LNR),'\'');
      li__JAZ(((__li__BC *)li__3LNR),li__CY4U->li__CTBK);
      li__SRX(((__li__BC *)li__3LNR),'\'');
    } break;
    case __li__M1WI__: {
      li__EY4U=((__li__M1WI *)((__li__WK *)li__2LNR));
      li__SRX(((__li__BC *)li__3LNR),'\"');
      li__JAZ(((__li__BC *)li__3LNR),li__EY4U->li__UTFK);
      li__SRX(((__li__BC *)li__3LNR),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__3LNR),((__li__TPOO *)((__li__WK *)li__2LNR))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__2LNR)),li__3LNR);
    } break;
    };
    li__IMNR=li__B__;
  } else /* FALSE */ {
    li__IMNR=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__IMNR)) {
    /* __li__B__ __li__I__ */
if (((void *)li__AMNR == (void *)li__5TB)) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2LNR)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__2LNR),li__3LNR);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__2LNR)),li__3LNR);
        li__JAZ(((__li__BC *)li__3LNR),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__3LNR),((__li__MZWI *)((__li__WK *)li__2LNR))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__MY4U=((__li__C0WI *)((__li__WK *)li__2LNR));
        li__SRX(((__li__BC *)li__3LNR),'\'');
        li__JAZ(((__li__BC *)li__3LNR),li__MY4U->li__CTBK);
        li__SRX(((__li__BC *)li__3LNR),'\'');
      } break;
      case __li__M1WI__: {
        li__OY4U=((__li__M1WI *)((__li__WK *)li__2LNR));
        li__SRX(((__li__BC *)li__3LNR),'\"');
        li__JAZ(((__li__BC *)li__3LNR),li__OY4U->li__UTFK);
        li__SRX(((__li__BC *)li__3LNR),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__3LNR),((__li__TPOO *)((__li__WK *)li__2LNR))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      };
    } else /* FALSE */ {
      li__JAZ(((__li__BC *)li__3LNR),(&__string_722));
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2LNR)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__2LNR),li__3LNR);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__2LNR)),li__3LNR);
        li__JAZ(((__li__BC *)li__3LNR),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__3LNR),((__li__MZWI *)((__li__WK *)li__2LNR))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__MY4U=((__li__C0WI *)((__li__WK *)li__2LNR));
        li__SRX(((__li__BC *)li__3LNR),'\'');
        li__JAZ(((__li__BC *)li__3LNR),li__MY4U->li__CTBK);
        li__SRX(((__li__BC *)li__3LNR),'\'');
      } break;
      case __li__M1WI__: {
        li__OY4U=((__li__M1WI *)((__li__WK *)li__2LNR));
        li__SRX(((__li__BC *)li__3LNR),'\"');
        li__JAZ(((__li__BC *)li__3LNR),li__OY4U->li__UTFK);
        li__SRX(((__li__BC *)li__3LNR),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__3LNR),((__li__TPOO *)((__li__WK *)li__2LNR))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__2LNR)),li__3LNR);
      } break;
      };
      li__JAZ(((__li__BC *)li__3LNR),(&__string_723));
    };
  };
}

static void li__GNNR(void *li__INNR,__li__BC *li__JNNR)
/* (EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C0WI *li__AZ4U;
  __li__M1WI *li__CZ4U;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__INNR)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__INNR),li__JNNR);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__INNR)),li__JNNR);
    li__JAZ(((__li__BC *)li__JNNR),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__JNNR),((__li__MZWI *)((__li__WK *)li__INNR))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__AZ4U=((__li__C0WI *)((__li__WK *)li__INNR));
    li__SRX(((__li__BC *)li__JNNR),'\'');
    li__JAZ(((__li__BC *)li__JNNR),li__AZ4U->li__CTBK);
    li__SRX(((__li__BC *)li__JNNR),'\'');
  } break;
  case __li__M1WI__: {
    li__CZ4U=((__li__M1WI *)((__li__WK *)li__INNR));
    li__SRX(((__li__BC *)li__JNNR),'\"');
    li__JAZ(((__li__BC *)li__JNNR),li__CZ4U->li__UTFK);
    li__SRX(((__li__BC *)li__JNNR),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__JNNR),((__li__TPOO *)((__li__WK *)li__INNR))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__INNR)),li__JNNR);
  } break;
  };
}

static void li__KNNR(void *li__MNNR,__li__BC *li__NNNR)
/* (EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__PNNR;
  void *li__QNNR;
  __li__C0WI *li__KZ4U,*li__UZ4U;
  __li__M1WI *li__MZ4U,*li__WZ4U;
  __li__C li__YNNR;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MNNR)->__id) {
  case __li__WK__: {
    li__PNNR=((__li__WK *)li__MNNR)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__PNNR=((__li__AVBD *)li__MNNR)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__PNNR=((__li__KVBD *)li__MNNR)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__PNNR=((__li__WVBD *)li__MNNR)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__PNNR=li__JK5J(((__li__Z4WH *)li__MNNR));
  } break;
  case __li__KTVI__: {
    li__PNNR=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__PNNR=li__553L();
  } break;
  case __li__XTVI__: {
    li__PNNR=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__PNNR=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__PNNR=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__PNNR=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__PNNR=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__PNNR=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__PNNR=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__PNNR=li__DWEK(((__li__BNWI *)li__MNNR));
  } break;
  case __li__XNWI__: {
    li__PNNR=li__IWEK(((__li__XNWI *)li__MNNR));
  } break;
  case __li__LOWI__: {
    li__PNNR=li__NWEK(((__li__LOWI *)li__MNNR));
  } break;
  case __li__5OWI__: {
    li__PNNR=li__SWEK(((__li__5OWI *)li__MNNR));
  } break;
  case __li__TPWI__: {
    li__PNNR=li__XWEK(((__li__TPWI *)li__MNNR));
  } break;
  case __li__HQWI__: {
    li__PNNR=li__2WEK(((__li__HQWI *)li__MNNR));
  } break;
  case __li__ARWI__: {
    li__PNNR=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__PNNR=li__FXEK(((__li__URWI *)li__MNNR));
  } break;
  case __li__MSWI__: {
    li__PNNR=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__PNNR=((__li__ETWI *)li__MNNR)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__PNNR=((__li__MZWI *)li__MNNR)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__PNNR=((__li__C0WI *)li__MNNR)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__PNNR=((__li__M1WI *)li__MNNR)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__PNNR=((__li__KMFK *)li__MNNR)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__PNNR=li__T4NN(((__li__XOHL *)li__MNNR));
  } break;
  case __li__FPHL__: {
    li__PNNR=li__KA4L(((__li__FPHL *)li__MNNR));
  } break;
  case __li__APLM__: {
    li__PNNR=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__PNNR=li__1ISO(((__li__DTNM *)li__MNNR));
  } break;
  case __li__JXNM__: {
    li__PNNR=li__VX3R(((__li__JXNM *)li__MNNR));
  } break;
  case __li__21LO__: {
    li__PNNR=((__li__21LO *)li__MNNR)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__PNNR=((__li__TPOO *)li__MNNR)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__PNNR=li__FH4R();
  } break;
  case __li__41XO__: {
    li__PNNR=li__3FDQ(((__li__41XO *)li__MNNR));
  } break;
  case __li__AKBR__: {
    li__PNNR=li__WQDS(((__li__AKBR *)li__MNNR));
  } break;
  case __li__SU5R__: {
    li__PNNR=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__PNNR=li__Y1IS();
  } break;
  };
  li__QNNR=((__li__5RB *)li__PNNR)->li__AEM;
  /* __li__B__ __li__I__ */
if (((void *)li__QNNR == (void *)li__TSB)) {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MNNR)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__MNNR),li__NNNR);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__MNNR)),li__NNNR);
      li__JAZ(((__li__BC *)li__NNNR),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__NNNR),((__li__MZWI *)((__li__WK *)li__MNNR))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__KZ4U=((__li__C0WI *)((__li__WK *)li__MNNR));
      li__SRX(((__li__BC *)li__NNNR),'\'');
      li__JAZ(((__li__BC *)li__NNNR),li__KZ4U->li__CTBK);
      li__SRX(((__li__BC *)li__NNNR),'\'');
    } break;
    case __li__M1WI__: {
      li__MZ4U=((__li__M1WI *)((__li__WK *)li__MNNR));
      li__SRX(((__li__BC *)li__NNNR),'\"');
      li__JAZ(((__li__BC *)li__NNNR),li__MZ4U->li__UTFK);
      li__SRX(((__li__BC *)li__NNNR),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__NNNR),((__li__TPOO *)((__li__WK *)li__MNNR))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__MNNR)),li__NNNR);
    } break;
    };
    li__YNNR=li__B__;
  } else /* FALSE */ {
    li__YNNR=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__YNNR)) {
    /* __li__B__ __li__I__ */
if (((void *)li__QNNR == (void *)li__5TB)) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MNNR)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__MNNR),li__NNNR);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__MNNR)),li__NNNR);
        li__JAZ(((__li__BC *)li__NNNR),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__NNNR),((__li__MZWI *)((__li__WK *)li__MNNR))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__UZ4U=((__li__C0WI *)((__li__WK *)li__MNNR));
        li__SRX(((__li__BC *)li__NNNR),'\'');
        li__JAZ(((__li__BC *)li__NNNR),li__UZ4U->li__CTBK);
        li__SRX(((__li__BC *)li__NNNR),'\'');
      } break;
      case __li__M1WI__: {
        li__WZ4U=((__li__M1WI *)((__li__WK *)li__MNNR));
        li__SRX(((__li__BC *)li__NNNR),'\"');
        li__JAZ(((__li__BC *)li__NNNR),li__WZ4U->li__UTFK);
        li__SRX(((__li__BC *)li__NNNR),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__NNNR),((__li__TPOO *)((__li__WK *)li__MNNR))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      };
    } else /* FALSE */ {
      li__JAZ(((__li__BC *)li__NNNR),(&__string_722));
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MNNR)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__MNNR),li__NNNR);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__MNNR)),li__NNNR);
        li__JAZ(((__li__BC *)li__NNNR),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__NNNR),((__li__MZWI *)((__li__WK *)li__MNNR))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__UZ4U=((__li__C0WI *)((__li__WK *)li__MNNR));
        li__SRX(((__li__BC *)li__NNNR),'\'');
        li__JAZ(((__li__BC *)li__NNNR),li__UZ4U->li__CTBK);
        li__SRX(((__li__BC *)li__NNNR),'\'');
      } break;
      case __li__M1WI__: {
        li__WZ4U=((__li__M1WI *)((__li__WK *)li__MNNR));
        li__SRX(((__li__BC *)li__NNNR),'\"');
        li__JAZ(((__li__BC *)li__NNNR),li__WZ4U->li__UTFK);
        li__SRX(((__li__BC *)li__NNNR),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__NNNR),((__li__TPOO *)((__li__WK *)li__MNNR))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__MNNR)),li__NNNR);
      } break;
      };
      li__JAZ(((__li__BC *)li__NNNR),(&__string_723));
    };
  };
}

static void li__WONR(void *li__YONR,__li__BC *li__ZONR)
/* (EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C0WI *li__I04U;
  __li__M1WI *li__K04U;
  li__JAZ(((__li__BC *)li__ZONR),(&__string_724));
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YONR)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__YONR),li__ZONR);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__YONR)),li__ZONR);
    li__JAZ(((__li__BC *)li__ZONR),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__ZONR),((__li__MZWI *)((__li__WK *)li__YONR))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__I04U=((__li__C0WI *)((__li__WK *)li__YONR));
    li__SRX(((__li__BC *)li__ZONR),'\'');
    li__JAZ(((__li__BC *)li__ZONR),li__I04U->li__CTBK);
    li__SRX(((__li__BC *)li__ZONR),'\'');
  } break;
  case __li__M1WI__: {
    li__K04U=((__li__M1WI *)((__li__WK *)li__YONR));
    li__SRX(((__li__BC *)li__ZONR),'\"');
    li__JAZ(((__li__BC *)li__ZONR),li__K04U->li__UTFK);
    li__SRX(((__li__BC *)li__ZONR),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__ZONR),((__li__TPOO *)((__li__WK *)li__YONR))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__YONR)),li__ZONR);
  } break;
  };
}

static void li__0ONR(void *li__2ONR,__li__BC *li__3ONR)
/* (EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C0WI *li__S04U;
  __li__M1WI *li__U04U;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2ONR)->__id) {
  case __li__WK__: {
    li__5ACK(((__li__WK *)li__2ONR),li__3ONR);
  } break;
  case __li__AVBD__: {
    li__L3MI(((__li__AVBD *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__KVBD__: {
    li__XGCK(((__li__KVBD *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__WVBD__: {
    li__EBNI(((__li__WVBD *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__Z4WH__: {
    li__2NBK(((__li__Z4WH *)((__li__WK *)li__2ONR)),li__3ONR);
    li__JAZ(((__li__BC *)li__3ONR),(&__string_512));
  } break;
  case __li__KTVI__: {
    li__DHCK(((__li__KTVI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__LTVI__: {
    li__WE1L(((__li__LTVI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__XTVI__: {
    li__KHCK(((__li__XTVI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__YTVI__: {
    li__2E1L(((__li__YTVI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__S2VI__: {
    li__QHCK(((__li__S2VI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__E3VI__: {
    li__PJCK(((__li__E3VI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__KLWI__: {
    li__KBG((&__string_513));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  case __li__ULWI__: {
    li__RLCK(((__li__ULWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__NMWI__: {
    li__JMCK(((__li__NMWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__BNWI__: {
    li__WRCK(((__li__BNWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__XNWI__: {
    li__5TCK(((__li__XNWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__LOWI__: {
    li__IWCK(((__li__LOWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__5OWI__: {
    li__RYCK(((__li__5OWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__TPWI__: {
    li__00CK(((__li__TPWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__HQWI__: {
    li__D3CK(((__li__HQWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__ARWI__: {
    li__M5CK(((__li__ARWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__URWI__: {
    li__BBDK(((__li__URWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__MSWI__: {
    li__GBDK(((__li__MSWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__ETWI__: {
    li__LBDK(((__li__ETWI *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__MZWI__: {
    li__JAZ(((__li__BC *)li__3ONR),((__li__MZWI *)((__li__WK *)li__2ONR))->li__3SBK);
  } break;
  case __li__C0WI__: {
    li__S04U=((__li__C0WI *)((__li__WK *)li__2ONR));
    li__SRX(((__li__BC *)li__3ONR),'\'');
    li__JAZ(((__li__BC *)li__3ONR),li__S04U->li__CTBK);
    li__SRX(((__li__BC *)li__3ONR),'\'');
  } break;
  case __li__M1WI__: {
    li__U04U=((__li__M1WI *)((__li__WK *)li__2ONR));
    li__SRX(((__li__BC *)li__3ONR),'\"');
    li__JAZ(((__li__BC *)li__3ONR),li__U04U->li__UTFK);
    li__SRX(((__li__BC *)li__3ONR),'\"');
  } break;
  case __li__KMFK__: {
    li__CF1L(((__li__KMFK *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__XOHL__: {
    li__VCMN(((__li__XOHL *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__FPHL__: {
    li__UI4L(((__li__FPHL *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__APLM__: {
    li__T4BQ(((__li__APLM *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__DTNM__: {
    li__5ARO(((__li__DTNM *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__JXNM__: {
    li__RU3R(((__li__JXNM *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__21LO__: {
    li__GVIP(((__li__21LO *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__TPOO__: {
    li__JAZ(((__li__BC *)li__3ONR),((__li__TPOO *)((__li__WK *)li__2ONR))->li__5IXO->li__GZB.li__GRNE);
  } break;
  case __li__URRO__: {
    li__4N4R(((__li__URRO *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__41XO__: {
    li__AECQ(((__li__41XO *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__AKBR__: {
    li__WVCS(((__li__AKBR *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__SU5R__: {
    li__CNIS(((__li__SU5R *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  case __li__JV5R__: {
    li__PSIS(((__li__JV5R *)((__li__WK *)li__2ONR)),li__3ONR);
  } break;
  };
  li__JAZ(((__li__BC *)li__3ONR),(&__string_714));
}

static __li__C li__5GXM(__li__WK *li__AHXM,void *li__BHXM)
/* (Strict STRING_CST{li__WK},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__WK *li__FHXM;
  __li__C li__CHXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__BHXM==NULL) {
    li__FHXM=NULL;
  } else {
    if (((struct ___OBJ *)li__BHXM)->__id==__li__WK__) {
      li__FHXM=((void *)li__BHXM);
    } else /* Other types */ {
      li__FHXM=NULL;
    }
  };
  li__CHXM=(((void *)li__FHXM != (void *)NULL) && ((void *)li__AHXM->li__XNBK == (void *)li__FHXM->li__XNBK));
  return(li__CHXM);
}

static __li__C li__VHXM(__li__KVBD *li__WHXM,void *li__XHXM)
/* (Strict PROTOTYPE_CST{li__KVBD},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KVBD *li__1HXM;
  __li__C li__YHXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__XHXM==NULL) {
    li__1HXM=NULL;
  } else {
    if (((struct ___OBJ *)li__XHXM)->__id==__li__KVBD__) {
      li__1HXM=((void *)li__XHXM);
    } else /* Other types */ {
      li__1HXM=NULL;
    }
  };
  li__YHXM=(((void *)li__1HXM != (void *)NULL) && ((void *)li__WHXM->li__LVBD.li__WZLE == (void *)li__1HXM->li__LVBD.li__WZLE));
  return(li__YHXM);
}

static __li__C li__HIXM(__li__WVBD *li__IIXM,void *li__JIXM)
/* (Strict INTEGER_CST{li__WVBD},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__WVBD *li__NIXM;
  __li__C li__KIXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__JIXM==NULL) {
    li__NIXM=NULL;
  } else {
    if (((struct ___OBJ *)li__JIXM)->__id==__li__WVBD__) {
      li__NIXM=((void *)li__JIXM);
    } else /* Other types */ {
      li__NIXM=NULL;
    }
  };
  li__KIXM=((((void *)li__NIXM != (void *)NULL) && (li__IIXM->li__2ZLE == li__NIXM->li__2ZLE)) && ((void *)li__IIXM->li__XVBD.li__WZLE == (void *)li__NIXM->li__XVBD.li__WZLE));
  return(li__KIXM);
}

static __li__C li__WPWM(__li__KTVI *li__XPWM,void *li__YPWM)
/* (Strict EXPR_AND_AND_LOGIC{li__KTVI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__KTVI *li__2PWM;
  void *li__CQWM,*li__DQWM;
  __li__C li__EQWM,li__QQWM,li__ZPWM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__YPWM==NULL) {
    li__2PWM=NULL;
  } else {
    if (((struct ___OBJ *)li__YPWM)->__id==__li__KTVI__) {
      li__2PWM=((__li__KTVI *)li__YPWM);
    } else /* Other types */ {
      li__2PWM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__2PWM != (void *)NULL)) {
    li__CQWM=li__XPWM->li__PTVI.li__OTVI.li__UOBK;
    li__DQWM=li__2PWM->li__PTVI.li__OTVI.li__UOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CQWM)->__id) {
    case __li__WK__: {
      li__EQWM=li__5GXM(((__li__WK *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__EQWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__EQWM=li__VHXM(((__li__KVBD *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__WVBD__: {
      li__EQWM=li__HIXM(((__li__WVBD *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__KTVI__: {
      li__EQWM=li__WPWM(((__li__KTVI *)li__CQWM),li__DQWM);
    } break;
    case __li__LTVI__: {
      li__EQWM=li__TQWM(((__li__LTVI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__XTVI__: {
      li__EQWM=li__RRWM(((__li__XTVI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__YTVI__: {
      li__EQWM=li__OSWM(((__li__YTVI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__S2VI__: {
      li__EQWM=li__LTWM(((__li__S2VI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__E3VI__: {
      li__EQWM=li__IUWM(((__li__E3VI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__NMWI__: {
      li__EQWM=li__QJXM(((__li__NMWI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__BNWI__: {
      li__EQWM=li__NKXM(((__li__BNWI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__XNWI__: {
      li__EQWM=li__KLXM(((__li__XNWI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__LOWI__: {
      li__EQWM=li__HMXM(((__li__LOWI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__5OWI__: {
      li__EQWM=li__ENXM(((__li__5OWI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__TPWI__: {
      li__EQWM=li__BOXM(((__li__TPWI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__HQWI__: {
      li__EQWM=li__4OXM(((__li__HQWI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__MZWI__: {
      li__EQWM=li__LQXM(((__li__MZWI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__C0WI__: {
      li__EQWM=li__GRXM(((__li__C0WI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__M1WI__: {
      li__EQWM=li__JYGP(((__li__M1WI *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__KMFK__: {
      li__EQWM=li__YRXM(((__li__KMFK *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__XOHL__: {
      li__EQWM=li__H5QN(((__li__XOHL *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__FPHL__: {
      li__EQWM=li__LSXM(((__li__FPHL *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__APLM__: {
      li__EQWM=li__KZDQ(((__li__APLM *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__DTNM__: {
      li__EQWM=li__YYTO(((__li__DTNM *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__JXNM__: {
      li__EQWM=li__WB4R(((__li__JXNM *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__21LO__: {
      li__EQWM=li__I1DQ(((__li__21LO *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__TPOO__: {
      li__EQWM=li__F2DQ(((__li__TPOO *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__URRO__: {
      li__EQWM=li__DWJS(((__li__URRO *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__41XO__: {
      li__EQWM=li__H0DQ(((__li__41XO *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__AKBR__: {
      li__EQWM=li__HCES(((__li__AKBR *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__SU5R__: {
      li__EQWM=li__WWJS(((__li__SU5R *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    case __li__JV5R__: {
      li__EQWM=li__TXJS(((__li__JV5R *)((__li__KTVI *)li__CQWM)),li__DQWM);
    } break;
    };
    li__QQWM=li__EQWM;
  } else /* FALSE */ {
    li__QQWM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__QQWM) {
    li__CQWM=li__XPWM->li__PTVI.li__OTVI.li__YOBK;
    li__DQWM=li__2PWM->li__PTVI.li__OTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CQWM)->__id) {
    case __li__WK__: {
      li__EQWM=li__5GXM(((__li__WK *)li__CQWM),li__DQWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__EQWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__EQWM=li__VHXM(((__li__KVBD *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__WVBD__: {
      li__EQWM=li__HIXM(((__li__WVBD *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__KTVI__: {
      li__EQWM=li__WPWM(((__li__KTVI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__LTVI__: {
      li__EQWM=li__TQWM(((__li__LTVI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__XTVI__: {
      li__EQWM=li__RRWM(((__li__XTVI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__YTVI__: {
      li__EQWM=li__OSWM(((__li__YTVI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__S2VI__: {
      li__EQWM=li__LTWM(((__li__S2VI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__E3VI__: {
      li__EQWM=li__IUWM(((__li__E3VI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__NMWI__: {
      li__EQWM=li__QJXM(((__li__NMWI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__BNWI__: {
      li__EQWM=li__NKXM(((__li__BNWI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__XNWI__: {
      li__EQWM=li__KLXM(((__li__XNWI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__LOWI__: {
      li__EQWM=li__HMXM(((__li__LOWI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__5OWI__: {
      li__EQWM=li__ENXM(((__li__5OWI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__TPWI__: {
      li__EQWM=li__BOXM(((__li__TPWI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__HQWI__: {
      li__EQWM=li__4OXM(((__li__HQWI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__MZWI__: {
      li__EQWM=li__LQXM(((__li__MZWI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__C0WI__: {
      li__EQWM=li__GRXM(((__li__C0WI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__M1WI__: {
      li__EQWM=li__JYGP(((__li__M1WI *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__KMFK__: {
      li__EQWM=li__YRXM(((__li__KMFK *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__XOHL__: {
      li__EQWM=li__H5QN(((__li__XOHL *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__FPHL__: {
      li__EQWM=li__LSXM(((__li__FPHL *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__APLM__: {
      li__EQWM=li__KZDQ(((__li__APLM *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__DTNM__: {
      li__EQWM=li__YYTO(((__li__DTNM *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__JXNM__: {
      li__EQWM=li__WB4R(((__li__JXNM *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__21LO__: {
      li__EQWM=li__I1DQ(((__li__21LO *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__TPOO__: {
      li__EQWM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__URRO__: {
      li__EQWM=li__DWJS(((__li__URRO *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__41XO__: {
      li__EQWM=li__H0DQ(((__li__41XO *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__AKBR__: {
      li__EQWM=li__HCES(((__li__AKBR *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__SU5R__: {
      li__EQWM=li__WWJS(((__li__SU5R *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    case __li__JV5R__: {
      li__EQWM=li__TXJS(((__li__JV5R *)((__li__WK *)li__CQWM)),li__DQWM);
    } break;
    };
    li__QQWM=li__EQWM;
  } else /* FALSE */ {
    li__QQWM=li__I__;
  };
  li__ZPWM=li__QQWM;
  return(li__ZPWM);
}

static __li__C li__TQWM(__li__LTVI *li__UQWM,void *li__VQWM)
/* (Strict EXPR_AND_LOGIC{li__LTVI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__LTVI *li__ZQWM;
  void *li__5QWM,*li__ARWM;
  __li__C li__BRWM,li__NRWM,li__WQWM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__VQWM==NULL) {
    li__ZQWM=NULL;
  } else {
    if (((struct ___OBJ *)li__VQWM)->__id==__li__LTVI__) {
      li__ZQWM=((__li__LTVI *)li__VQWM);
    } else /* Other types */ {
      li__ZQWM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__ZQWM != (void *)NULL)) {
    li__5QWM=li__UQWM->li__OTVI.li__UOBK;
    li__ARWM=li__ZQWM->li__OTVI.li__UOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5QWM)->__id) {
    case __li__WK__: {
      li__BRWM=li__5GXM(((__li__WK *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__BRWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__BRWM=li__VHXM(((__li__KVBD *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__WVBD__: {
      li__BRWM=li__HIXM(((__li__WVBD *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__KTVI__: {
      li__BRWM=li__WPWM(((__li__KTVI *)li__5QWM),li__ARWM);
    } break;
    case __li__LTVI__: {
      li__BRWM=li__TQWM(((__li__LTVI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__XTVI__: {
      li__BRWM=li__RRWM(((__li__XTVI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__YTVI__: {
      li__BRWM=li__OSWM(((__li__YTVI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__S2VI__: {
      li__BRWM=li__LTWM(((__li__S2VI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__E3VI__: {
      li__BRWM=li__IUWM(((__li__E3VI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__NMWI__: {
      li__BRWM=li__QJXM(((__li__NMWI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__BNWI__: {
      li__BRWM=li__NKXM(((__li__BNWI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__XNWI__: {
      li__BRWM=li__KLXM(((__li__XNWI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__LOWI__: {
      li__BRWM=li__HMXM(((__li__LOWI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__5OWI__: {
      li__BRWM=li__ENXM(((__li__5OWI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__TPWI__: {
      li__BRWM=li__BOXM(((__li__TPWI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__HQWI__: {
      li__BRWM=li__4OXM(((__li__HQWI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__MZWI__: {
      li__BRWM=li__LQXM(((__li__MZWI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__C0WI__: {
      li__BRWM=li__GRXM(((__li__C0WI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__M1WI__: {
      li__BRWM=li__JYGP(((__li__M1WI *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__KMFK__: {
      li__BRWM=li__YRXM(((__li__KMFK *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__XOHL__: {
      li__BRWM=li__H5QN(((__li__XOHL *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__FPHL__: {
      li__BRWM=li__LSXM(((__li__FPHL *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__APLM__: {
      li__BRWM=li__KZDQ(((__li__APLM *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__DTNM__: {
      li__BRWM=li__YYTO(((__li__DTNM *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__JXNM__: {
      li__BRWM=li__WB4R(((__li__JXNM *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__21LO__: {
      li__BRWM=li__I1DQ(((__li__21LO *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__TPOO__: {
      li__BRWM=li__F2DQ(((__li__TPOO *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__URRO__: {
      li__BRWM=li__DWJS(((__li__URRO *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__41XO__: {
      li__BRWM=li__H0DQ(((__li__41XO *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__AKBR__: {
      li__BRWM=li__HCES(((__li__AKBR *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__SU5R__: {
      li__BRWM=li__WWJS(((__li__SU5R *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    case __li__JV5R__: {
      li__BRWM=li__TXJS(((__li__JV5R *)((__li__KTVI *)li__5QWM)),li__ARWM);
    } break;
    };
    li__NRWM=li__BRWM;
  } else /* FALSE */ {
    li__NRWM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__NRWM) {
    li__5QWM=li__UQWM->li__OTVI.li__YOBK;
    li__ARWM=li__ZQWM->li__OTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5QWM)->__id) {
    case __li__WK__: {
      li__BRWM=li__5GXM(((__li__WK *)li__5QWM),li__ARWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__BRWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__BRWM=li__VHXM(((__li__KVBD *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__WVBD__: {
      li__BRWM=li__HIXM(((__li__WVBD *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__KTVI__: {
      li__BRWM=li__WPWM(((__li__KTVI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__LTVI__: {
      li__BRWM=li__TQWM(((__li__LTVI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__XTVI__: {
      li__BRWM=li__RRWM(((__li__XTVI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__YTVI__: {
      li__BRWM=li__OSWM(((__li__YTVI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__S2VI__: {
      li__BRWM=li__LTWM(((__li__S2VI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__E3VI__: {
      li__BRWM=li__IUWM(((__li__E3VI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__NMWI__: {
      li__BRWM=li__QJXM(((__li__NMWI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__BNWI__: {
      li__BRWM=li__NKXM(((__li__BNWI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__XNWI__: {
      li__BRWM=li__KLXM(((__li__XNWI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__LOWI__: {
      li__BRWM=li__HMXM(((__li__LOWI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__5OWI__: {
      li__BRWM=li__ENXM(((__li__5OWI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__TPWI__: {
      li__BRWM=li__BOXM(((__li__TPWI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__HQWI__: {
      li__BRWM=li__4OXM(((__li__HQWI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__MZWI__: {
      li__BRWM=li__LQXM(((__li__MZWI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__C0WI__: {
      li__BRWM=li__GRXM(((__li__C0WI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__M1WI__: {
      li__BRWM=li__JYGP(((__li__M1WI *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__KMFK__: {
      li__BRWM=li__YRXM(((__li__KMFK *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__XOHL__: {
      li__BRWM=li__H5QN(((__li__XOHL *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__FPHL__: {
      li__BRWM=li__LSXM(((__li__FPHL *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__APLM__: {
      li__BRWM=li__KZDQ(((__li__APLM *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__DTNM__: {
      li__BRWM=li__YYTO(((__li__DTNM *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__JXNM__: {
      li__BRWM=li__WB4R(((__li__JXNM *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__21LO__: {
      li__BRWM=li__I1DQ(((__li__21LO *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__TPOO__: {
      li__BRWM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__URRO__: {
      li__BRWM=li__DWJS(((__li__URRO *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__41XO__: {
      li__BRWM=li__H0DQ(((__li__41XO *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__AKBR__: {
      li__BRWM=li__HCES(((__li__AKBR *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__SU5R__: {
      li__BRWM=li__WWJS(((__li__SU5R *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    case __li__JV5R__: {
      li__BRWM=li__TXJS(((__li__JV5R *)((__li__WK *)li__5QWM)),li__ARWM);
    } break;
    };
    li__NRWM=li__BRWM;
  } else /* FALSE */ {
    li__NRWM=li__I__;
  };
  li__WQWM=li__NRWM;
  return(li__WQWM);
}

static __li__C li__RRWM(__li__XTVI *li__SRWM,void *li__TRWM)
/* (Strict EXPR_OR_OR_LOGIC{li__XTVI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__XTVI *li__XRWM;
  void *li__3RWM,*li__4RWM;
  __li__C li__5RWM,li__LSWM,li__URWM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__TRWM==NULL) {
    li__XRWM=NULL;
  } else {
    if (((struct ___OBJ *)li__TRWM)->__id==__li__XTVI__) {
      li__XRWM=((__li__XTVI *)li__TRWM);
    } else /* Other types */ {
      li__XRWM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__XRWM != (void *)NULL)) {
    li__3RWM=li__SRWM->li__0TVI.li__ZTVI.li__UOBK;
    li__4RWM=li__XRWM->li__0TVI.li__ZTVI.li__UOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3RWM)->__id) {
    case __li__WK__: {
      li__5RWM=li__5GXM(((__li__WK *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__5RWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__5RWM=li__VHXM(((__li__KVBD *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__WVBD__: {
      li__5RWM=li__HIXM(((__li__WVBD *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__KTVI__: {
      li__5RWM=li__WPWM(((__li__KTVI *)li__3RWM),li__4RWM);
    } break;
    case __li__LTVI__: {
      li__5RWM=li__TQWM(((__li__LTVI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__XTVI__: {
      li__5RWM=li__RRWM(((__li__XTVI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__YTVI__: {
      li__5RWM=li__OSWM(((__li__YTVI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__S2VI__: {
      li__5RWM=li__LTWM(((__li__S2VI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__E3VI__: {
      li__5RWM=li__IUWM(((__li__E3VI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__NMWI__: {
      li__5RWM=li__QJXM(((__li__NMWI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__BNWI__: {
      li__5RWM=li__NKXM(((__li__BNWI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__XNWI__: {
      li__5RWM=li__KLXM(((__li__XNWI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__LOWI__: {
      li__5RWM=li__HMXM(((__li__LOWI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__5OWI__: {
      li__5RWM=li__ENXM(((__li__5OWI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__TPWI__: {
      li__5RWM=li__BOXM(((__li__TPWI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__HQWI__: {
      li__5RWM=li__4OXM(((__li__HQWI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__MZWI__: {
      li__5RWM=li__LQXM(((__li__MZWI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__C0WI__: {
      li__5RWM=li__GRXM(((__li__C0WI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__M1WI__: {
      li__5RWM=li__JYGP(((__li__M1WI *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__KMFK__: {
      li__5RWM=li__YRXM(((__li__KMFK *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__XOHL__: {
      li__5RWM=li__H5QN(((__li__XOHL *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__FPHL__: {
      li__5RWM=li__LSXM(((__li__FPHL *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__APLM__: {
      li__5RWM=li__KZDQ(((__li__APLM *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__DTNM__: {
      li__5RWM=li__YYTO(((__li__DTNM *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__JXNM__: {
      li__5RWM=li__WB4R(((__li__JXNM *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__21LO__: {
      li__5RWM=li__I1DQ(((__li__21LO *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__TPOO__: {
      li__5RWM=li__F2DQ(((__li__TPOO *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__URRO__: {
      li__5RWM=li__DWJS(((__li__URRO *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__41XO__: {
      li__5RWM=li__H0DQ(((__li__41XO *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__AKBR__: {
      li__5RWM=li__HCES(((__li__AKBR *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__SU5R__: {
      li__5RWM=li__WWJS(((__li__SU5R *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    case __li__JV5R__: {
      li__5RWM=li__TXJS(((__li__JV5R *)((__li__KTVI *)li__3RWM)),li__4RWM);
    } break;
    };
    li__LSWM=li__5RWM;
  } else /* FALSE */ {
    li__LSWM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__LSWM) {
    li__3RWM=li__SRWM->li__0TVI.li__ZTVI.li__YOBK;
    li__4RWM=li__XRWM->li__0TVI.li__ZTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3RWM)->__id) {
    case __li__WK__: {
      li__5RWM=li__5GXM(((__li__WK *)li__3RWM),li__4RWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__5RWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__5RWM=li__VHXM(((__li__KVBD *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__WVBD__: {
      li__5RWM=li__HIXM(((__li__WVBD *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__KTVI__: {
      li__5RWM=li__WPWM(((__li__KTVI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__LTVI__: {
      li__5RWM=li__TQWM(((__li__LTVI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__XTVI__: {
      li__5RWM=li__RRWM(((__li__XTVI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__YTVI__: {
      li__5RWM=li__OSWM(((__li__YTVI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__S2VI__: {
      li__5RWM=li__LTWM(((__li__S2VI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__E3VI__: {
      li__5RWM=li__IUWM(((__li__E3VI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__NMWI__: {
      li__5RWM=li__QJXM(((__li__NMWI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__BNWI__: {
      li__5RWM=li__NKXM(((__li__BNWI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__XNWI__: {
      li__5RWM=li__KLXM(((__li__XNWI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__LOWI__: {
      li__5RWM=li__HMXM(((__li__LOWI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__5OWI__: {
      li__5RWM=li__ENXM(((__li__5OWI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__TPWI__: {
      li__5RWM=li__BOXM(((__li__TPWI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__HQWI__: {
      li__5RWM=li__4OXM(((__li__HQWI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__MZWI__: {
      li__5RWM=li__LQXM(((__li__MZWI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__C0WI__: {
      li__5RWM=li__GRXM(((__li__C0WI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__M1WI__: {
      li__5RWM=li__JYGP(((__li__M1WI *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__KMFK__: {
      li__5RWM=li__YRXM(((__li__KMFK *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__XOHL__: {
      li__5RWM=li__H5QN(((__li__XOHL *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__FPHL__: {
      li__5RWM=li__LSXM(((__li__FPHL *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__APLM__: {
      li__5RWM=li__KZDQ(((__li__APLM *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__DTNM__: {
      li__5RWM=li__YYTO(((__li__DTNM *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__JXNM__: {
      li__5RWM=li__WB4R(((__li__JXNM *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__21LO__: {
      li__5RWM=li__I1DQ(((__li__21LO *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__TPOO__: {
      li__5RWM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__URRO__: {
      li__5RWM=li__DWJS(((__li__URRO *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__41XO__: {
      li__5RWM=li__H0DQ(((__li__41XO *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__AKBR__: {
      li__5RWM=li__HCES(((__li__AKBR *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__SU5R__: {
      li__5RWM=li__WWJS(((__li__SU5R *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    case __li__JV5R__: {
      li__5RWM=li__TXJS(((__li__JV5R *)((__li__WK *)li__3RWM)),li__4RWM);
    } break;
    };
    li__LSWM=li__5RWM;
  } else /* FALSE */ {
    li__LSWM=li__I__;
  };
  li__URWM=li__LSWM;
  return(li__URWM);
}

static __li__C li__OSWM(__li__YTVI *li__PSWM,void *li__QSWM)
/* (Strict EXPR_OR_LOGIC{li__YTVI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__YTVI *li__USWM;
  void *li__0SWM,*li__1SWM;
  __li__C li__2SWM,li__ITWM,li__RSWM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__QSWM==NULL) {
    li__USWM=NULL;
  } else {
    if (((struct ___OBJ *)li__QSWM)->__id==__li__YTVI__) {
      li__USWM=((__li__YTVI *)li__QSWM);
    } else /* Other types */ {
      li__USWM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__USWM != (void *)NULL)) {
    li__0SWM=li__PSWM->li__ZTVI.li__UOBK;
    li__1SWM=li__USWM->li__ZTVI.li__UOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0SWM)->__id) {
    case __li__WK__: {
      li__2SWM=li__5GXM(((__li__WK *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__2SWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__2SWM=li__VHXM(((__li__KVBD *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__WVBD__: {
      li__2SWM=li__HIXM(((__li__WVBD *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__KTVI__: {
      li__2SWM=li__WPWM(((__li__KTVI *)li__0SWM),li__1SWM);
    } break;
    case __li__LTVI__: {
      li__2SWM=li__TQWM(((__li__LTVI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__XTVI__: {
      li__2SWM=li__RRWM(((__li__XTVI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__YTVI__: {
      li__2SWM=li__OSWM(((__li__YTVI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__S2VI__: {
      li__2SWM=li__LTWM(((__li__S2VI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__E3VI__: {
      li__2SWM=li__IUWM(((__li__E3VI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__NMWI__: {
      li__2SWM=li__QJXM(((__li__NMWI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__BNWI__: {
      li__2SWM=li__NKXM(((__li__BNWI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__XNWI__: {
      li__2SWM=li__KLXM(((__li__XNWI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__LOWI__: {
      li__2SWM=li__HMXM(((__li__LOWI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__5OWI__: {
      li__2SWM=li__ENXM(((__li__5OWI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__TPWI__: {
      li__2SWM=li__BOXM(((__li__TPWI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__HQWI__: {
      li__2SWM=li__4OXM(((__li__HQWI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__MZWI__: {
      li__2SWM=li__LQXM(((__li__MZWI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__C0WI__: {
      li__2SWM=li__GRXM(((__li__C0WI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__M1WI__: {
      li__2SWM=li__JYGP(((__li__M1WI *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__KMFK__: {
      li__2SWM=li__YRXM(((__li__KMFK *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__XOHL__: {
      li__2SWM=li__H5QN(((__li__XOHL *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__FPHL__: {
      li__2SWM=li__LSXM(((__li__FPHL *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__APLM__: {
      li__2SWM=li__KZDQ(((__li__APLM *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__DTNM__: {
      li__2SWM=li__YYTO(((__li__DTNM *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__JXNM__: {
      li__2SWM=li__WB4R(((__li__JXNM *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__21LO__: {
      li__2SWM=li__I1DQ(((__li__21LO *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__TPOO__: {
      li__2SWM=li__F2DQ(((__li__TPOO *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__URRO__: {
      li__2SWM=li__DWJS(((__li__URRO *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__41XO__: {
      li__2SWM=li__H0DQ(((__li__41XO *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__AKBR__: {
      li__2SWM=li__HCES(((__li__AKBR *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__SU5R__: {
      li__2SWM=li__WWJS(((__li__SU5R *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    case __li__JV5R__: {
      li__2SWM=li__TXJS(((__li__JV5R *)((__li__KTVI *)li__0SWM)),li__1SWM);
    } break;
    };
    li__ITWM=li__2SWM;
  } else /* FALSE */ {
    li__ITWM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__ITWM) {
    li__0SWM=li__PSWM->li__ZTVI.li__YOBK;
    li__1SWM=li__USWM->li__ZTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0SWM)->__id) {
    case __li__WK__: {
      li__2SWM=li__5GXM(((__li__WK *)li__0SWM),li__1SWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__2SWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__2SWM=li__VHXM(((__li__KVBD *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__WVBD__: {
      li__2SWM=li__HIXM(((__li__WVBD *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__KTVI__: {
      li__2SWM=li__WPWM(((__li__KTVI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__LTVI__: {
      li__2SWM=li__TQWM(((__li__LTVI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__XTVI__: {
      li__2SWM=li__RRWM(((__li__XTVI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__YTVI__: {
      li__2SWM=li__OSWM(((__li__YTVI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__S2VI__: {
      li__2SWM=li__LTWM(((__li__S2VI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__E3VI__: {
      li__2SWM=li__IUWM(((__li__E3VI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__NMWI__: {
      li__2SWM=li__QJXM(((__li__NMWI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__BNWI__: {
      li__2SWM=li__NKXM(((__li__BNWI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__XNWI__: {
      li__2SWM=li__KLXM(((__li__XNWI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__LOWI__: {
      li__2SWM=li__HMXM(((__li__LOWI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__5OWI__: {
      li__2SWM=li__ENXM(((__li__5OWI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__TPWI__: {
      li__2SWM=li__BOXM(((__li__TPWI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__HQWI__: {
      li__2SWM=li__4OXM(((__li__HQWI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__MZWI__: {
      li__2SWM=li__LQXM(((__li__MZWI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__C0WI__: {
      li__2SWM=li__GRXM(((__li__C0WI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__M1WI__: {
      li__2SWM=li__JYGP(((__li__M1WI *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__KMFK__: {
      li__2SWM=li__YRXM(((__li__KMFK *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__XOHL__: {
      li__2SWM=li__H5QN(((__li__XOHL *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__FPHL__: {
      li__2SWM=li__LSXM(((__li__FPHL *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__APLM__: {
      li__2SWM=li__KZDQ(((__li__APLM *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__DTNM__: {
      li__2SWM=li__YYTO(((__li__DTNM *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__JXNM__: {
      li__2SWM=li__WB4R(((__li__JXNM *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__21LO__: {
      li__2SWM=li__I1DQ(((__li__21LO *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__TPOO__: {
      li__2SWM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__URRO__: {
      li__2SWM=li__DWJS(((__li__URRO *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__41XO__: {
      li__2SWM=li__H0DQ(((__li__41XO *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__AKBR__: {
      li__2SWM=li__HCES(((__li__AKBR *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__SU5R__: {
      li__2SWM=li__WWJS(((__li__SU5R *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    case __li__JV5R__: {
      li__2SWM=li__TXJS(((__li__JV5R *)((__li__WK *)li__0SWM)),li__1SWM);
    } break;
    };
    li__ITWM=li__2SWM;
  } else /* FALSE */ {
    li__ITWM=li__I__;
  };
  li__RSWM=li__ITWM;
  return(li__RSWM);
}

static __li__C li__LTWM(__li__S2VI *li__MTWM,void *li__NTWM)
/* (Strict EXPR_EQUAL{li__S2VI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__S2VI *li__RTWM;
  void *li__XTWM,*li__YTWM;
  __li__C li__ZTWM,li__FUWM,li__OTWM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__NTWM==NULL) {
    li__RTWM=NULL;
  } else {
    if (((struct ___OBJ *)li__NTWM)->__id==__li__S2VI__) {
      li__RTWM=((__li__S2VI *)li__NTWM);
    } else /* Other types */ {
      li__RTWM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__RTWM != (void *)NULL)) {
    li__XTWM=li__MTWM->li__T2VI.li__FPBK;
    li__YTWM=li__RTWM->li__T2VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XTWM)->__id) {
    case __li__WK__: {
      li__ZTWM=li__5GXM(((__li__WK *)li__XTWM),li__YTWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__ZTWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__ZTWM=li__VHXM(((__li__KVBD *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__WVBD__: {
      li__ZTWM=li__HIXM(((__li__WVBD *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__KTVI__: {
      li__ZTWM=li__WPWM(((__li__KTVI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__LTVI__: {
      li__ZTWM=li__TQWM(((__li__LTVI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__XTVI__: {
      li__ZTWM=li__RRWM(((__li__XTVI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__YTVI__: {
      li__ZTWM=li__OSWM(((__li__YTVI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__S2VI__: {
      li__ZTWM=li__LTWM(((__li__S2VI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__E3VI__: {
      li__ZTWM=li__IUWM(((__li__E3VI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__NMWI__: {
      li__ZTWM=li__QJXM(((__li__NMWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__BNWI__: {
      li__ZTWM=li__NKXM(((__li__BNWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__XNWI__: {
      li__ZTWM=li__KLXM(((__li__XNWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__LOWI__: {
      li__ZTWM=li__HMXM(((__li__LOWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__5OWI__: {
      li__ZTWM=li__ENXM(((__li__5OWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__TPWI__: {
      li__ZTWM=li__BOXM(((__li__TPWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__HQWI__: {
      li__ZTWM=li__4OXM(((__li__HQWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__MZWI__: {
      li__ZTWM=li__LQXM(((__li__MZWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__C0WI__: {
      li__ZTWM=li__GRXM(((__li__C0WI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__M1WI__: {
      li__ZTWM=li__JYGP(((__li__M1WI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__KMFK__: {
      li__ZTWM=li__YRXM(((__li__KMFK *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__XOHL__: {
      li__ZTWM=li__H5QN(((__li__XOHL *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__FPHL__: {
      li__ZTWM=li__LSXM(((__li__FPHL *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__APLM__: {
      li__ZTWM=li__KZDQ(((__li__APLM *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__DTNM__: {
      li__ZTWM=li__YYTO(((__li__DTNM *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__JXNM__: {
      li__ZTWM=li__WB4R(((__li__JXNM *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__21LO__: {
      li__ZTWM=li__I1DQ(((__li__21LO *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__TPOO__: {
      li__ZTWM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__URRO__: {
      li__ZTWM=li__DWJS(((__li__URRO *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__41XO__: {
      li__ZTWM=li__H0DQ(((__li__41XO *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__AKBR__: {
      li__ZTWM=li__HCES(((__li__AKBR *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__SU5R__: {
      li__ZTWM=li__WWJS(((__li__SU5R *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__JV5R__: {
      li__ZTWM=li__TXJS(((__li__JV5R *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    };
    li__FUWM=li__ZTWM;
  } else /* FALSE */ {
    li__FUWM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__FUWM) {
    li__XTWM=li__MTWM->li__T2VI.li__LPBK;
    li__YTWM=li__RTWM->li__T2VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XTWM)->__id) {
    case __li__WK__: {
      li__ZTWM=li__5GXM(((__li__WK *)li__XTWM),li__YTWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__ZTWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__ZTWM=li__VHXM(((__li__KVBD *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__WVBD__: {
      li__ZTWM=li__HIXM(((__li__WVBD *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__KTVI__: {
      li__ZTWM=li__WPWM(((__li__KTVI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__LTVI__: {
      li__ZTWM=li__TQWM(((__li__LTVI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__XTVI__: {
      li__ZTWM=li__RRWM(((__li__XTVI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__YTVI__: {
      li__ZTWM=li__OSWM(((__li__YTVI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__S2VI__: {
      li__ZTWM=li__LTWM(((__li__S2VI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__E3VI__: {
      li__ZTWM=li__IUWM(((__li__E3VI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__NMWI__: {
      li__ZTWM=li__QJXM(((__li__NMWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__BNWI__: {
      li__ZTWM=li__NKXM(((__li__BNWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__XNWI__: {
      li__ZTWM=li__KLXM(((__li__XNWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__LOWI__: {
      li__ZTWM=li__HMXM(((__li__LOWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__5OWI__: {
      li__ZTWM=li__ENXM(((__li__5OWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__TPWI__: {
      li__ZTWM=li__BOXM(((__li__TPWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__HQWI__: {
      li__ZTWM=li__4OXM(((__li__HQWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__MZWI__: {
      li__ZTWM=li__LQXM(((__li__MZWI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__C0WI__: {
      li__ZTWM=li__GRXM(((__li__C0WI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__M1WI__: {
      li__ZTWM=li__JYGP(((__li__M1WI *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__KMFK__: {
      li__ZTWM=li__YRXM(((__li__KMFK *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__XOHL__: {
      li__ZTWM=li__H5QN(((__li__XOHL *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__FPHL__: {
      li__ZTWM=li__LSXM(((__li__FPHL *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__APLM__: {
      li__ZTWM=li__KZDQ(((__li__APLM *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__DTNM__: {
      li__ZTWM=li__YYTO(((__li__DTNM *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__JXNM__: {
      li__ZTWM=li__WB4R(((__li__JXNM *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__21LO__: {
      li__ZTWM=li__I1DQ(((__li__21LO *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__TPOO__: {
      li__ZTWM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__URRO__: {
      li__ZTWM=li__DWJS(((__li__URRO *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__41XO__: {
      li__ZTWM=li__H0DQ(((__li__41XO *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__AKBR__: {
      li__ZTWM=li__HCES(((__li__AKBR *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__SU5R__: {
      li__ZTWM=li__WWJS(((__li__SU5R *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    case __li__JV5R__: {
      li__ZTWM=li__TXJS(((__li__JV5R *)((__li__WK *)li__XTWM)),li__YTWM);
    } break;
    };
    li__FUWM=li__ZTWM;
  } else /* FALSE */ {
    li__FUWM=li__I__;
  };
  li__OTWM=li__FUWM;
  return(li__OTWM);
}

static __li__C li__IUWM(__li__E3VI *li__JUWM,void *li__KUWM)
/* (Strict EXPR_NOT_EQUAL{li__E3VI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__E3VI *li__OUWM;
  void *li__UUWM,*li__VUWM;
  __li__C li__WUWM,li__CVWM,li__LUWM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__KUWM==NULL) {
    li__OUWM=NULL;
  } else {
    if (((struct ___OBJ *)li__KUWM)->__id==__li__E3VI__) {
      li__OUWM=((__li__E3VI *)li__KUWM);
    } else /* Other types */ {
      li__OUWM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__OUWM != (void *)NULL)) {
    li__UUWM=li__JUWM->li__F3VI.li__FPBK;
    li__VUWM=li__OUWM->li__F3VI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UUWM)->__id) {
    case __li__WK__: {
      li__WUWM=li__5GXM(((__li__WK *)li__UUWM),li__VUWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__WUWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__WUWM=li__VHXM(((__li__KVBD *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__WVBD__: {
      li__WUWM=li__HIXM(((__li__WVBD *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__KTVI__: {
      li__WUWM=li__WPWM(((__li__KTVI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__LTVI__: {
      li__WUWM=li__TQWM(((__li__LTVI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__XTVI__: {
      li__WUWM=li__RRWM(((__li__XTVI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__YTVI__: {
      li__WUWM=li__OSWM(((__li__YTVI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__S2VI__: {
      li__WUWM=li__LTWM(((__li__S2VI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__E3VI__: {
      li__WUWM=li__IUWM(((__li__E3VI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__NMWI__: {
      li__WUWM=li__QJXM(((__li__NMWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__BNWI__: {
      li__WUWM=li__NKXM(((__li__BNWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__XNWI__: {
      li__WUWM=li__KLXM(((__li__XNWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__LOWI__: {
      li__WUWM=li__HMXM(((__li__LOWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__5OWI__: {
      li__WUWM=li__ENXM(((__li__5OWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__TPWI__: {
      li__WUWM=li__BOXM(((__li__TPWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__HQWI__: {
      li__WUWM=li__4OXM(((__li__HQWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__MZWI__: {
      li__WUWM=li__LQXM(((__li__MZWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__C0WI__: {
      li__WUWM=li__GRXM(((__li__C0WI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__M1WI__: {
      li__WUWM=li__JYGP(((__li__M1WI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__KMFK__: {
      li__WUWM=li__YRXM(((__li__KMFK *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__XOHL__: {
      li__WUWM=li__H5QN(((__li__XOHL *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__FPHL__: {
      li__WUWM=li__LSXM(((__li__FPHL *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__APLM__: {
      li__WUWM=li__KZDQ(((__li__APLM *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__DTNM__: {
      li__WUWM=li__YYTO(((__li__DTNM *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__JXNM__: {
      li__WUWM=li__WB4R(((__li__JXNM *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__21LO__: {
      li__WUWM=li__I1DQ(((__li__21LO *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__TPOO__: {
      li__WUWM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__URRO__: {
      li__WUWM=li__DWJS(((__li__URRO *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__41XO__: {
      li__WUWM=li__H0DQ(((__li__41XO *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__AKBR__: {
      li__WUWM=li__HCES(((__li__AKBR *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__SU5R__: {
      li__WUWM=li__WWJS(((__li__SU5R *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__JV5R__: {
      li__WUWM=li__TXJS(((__li__JV5R *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    };
    li__CVWM=li__WUWM;
  } else /* FALSE */ {
    li__CVWM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__CVWM) {
    li__UUWM=li__JUWM->li__F3VI.li__LPBK;
    li__VUWM=li__OUWM->li__F3VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UUWM)->__id) {
    case __li__WK__: {
      li__WUWM=li__5GXM(((__li__WK *)li__UUWM),li__VUWM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__WUWM=li__I__;
    } break;
    case __li__KVBD__: {
      li__WUWM=li__VHXM(((__li__KVBD *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__WVBD__: {
      li__WUWM=li__HIXM(((__li__WVBD *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__KTVI__: {
      li__WUWM=li__WPWM(((__li__KTVI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__LTVI__: {
      li__WUWM=li__TQWM(((__li__LTVI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__XTVI__: {
      li__WUWM=li__RRWM(((__li__XTVI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__YTVI__: {
      li__WUWM=li__OSWM(((__li__YTVI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__S2VI__: {
      li__WUWM=li__LTWM(((__li__S2VI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__E3VI__: {
      li__WUWM=li__IUWM(((__li__E3VI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__NMWI__: {
      li__WUWM=li__QJXM(((__li__NMWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__BNWI__: {
      li__WUWM=li__NKXM(((__li__BNWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__XNWI__: {
      li__WUWM=li__KLXM(((__li__XNWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__LOWI__: {
      li__WUWM=li__HMXM(((__li__LOWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__5OWI__: {
      li__WUWM=li__ENXM(((__li__5OWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__TPWI__: {
      li__WUWM=li__BOXM(((__li__TPWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__HQWI__: {
      li__WUWM=li__4OXM(((__li__HQWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__MZWI__: {
      li__WUWM=li__LQXM(((__li__MZWI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__C0WI__: {
      li__WUWM=li__GRXM(((__li__C0WI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__M1WI__: {
      li__WUWM=li__JYGP(((__li__M1WI *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__KMFK__: {
      li__WUWM=li__YRXM(((__li__KMFK *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__XOHL__: {
      li__WUWM=li__H5QN(((__li__XOHL *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__FPHL__: {
      li__WUWM=li__LSXM(((__li__FPHL *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__APLM__: {
      li__WUWM=li__KZDQ(((__li__APLM *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__DTNM__: {
      li__WUWM=li__YYTO(((__li__DTNM *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__JXNM__: {
      li__WUWM=li__WB4R(((__li__JXNM *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__21LO__: {
      li__WUWM=li__I1DQ(((__li__21LO *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__TPOO__: {
      li__WUWM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__URRO__: {
      li__WUWM=li__DWJS(((__li__URRO *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__41XO__: {
      li__WUWM=li__H0DQ(((__li__41XO *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__AKBR__: {
      li__WUWM=li__HCES(((__li__AKBR *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__SU5R__: {
      li__WUWM=li__WWJS(((__li__SU5R *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    case __li__JV5R__: {
      li__WUWM=li__TXJS(((__li__JV5R *)((__li__WK *)li__UUWM)),li__VUWM);
    } break;
    };
    li__CVWM=li__WUWM;
  } else /* FALSE */ {
    li__CVWM=li__I__;
  };
  li__LUWM=li__CVWM;
  return(li__LUWM);
}

static __li__C li__QJXM(__li__NMWI *li__RJXM,void *li__SJXM)
/* (Strict EXPR_SUP{li__NMWI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__NMWI *li__WJXM;
  void *li__2JXM,*li__3JXM;
  __li__C li__4JXM,li__KKXM,li__TJXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__SJXM==NULL) {
    li__WJXM=NULL;
  } else {
    if (((struct ___OBJ *)li__SJXM)->__id==__li__NMWI__) {
      li__WJXM=((__li__NMWI *)li__SJXM);
    } else /* Other types */ {
      li__WJXM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__WJXM != (void *)NULL)) {
    li__2JXM=li__RJXM->li__OMWI.li__FPBK;
    li__3JXM=li__WJXM->li__OMWI.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2JXM)->__id) {
    case __li__WK__: {
      li__4JXM=li__5GXM(((__li__WK *)li__2JXM),li__3JXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__4JXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__4JXM=li__VHXM(((__li__KVBD *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__WVBD__: {
      li__4JXM=li__HIXM(((__li__WVBD *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__KTVI__: {
      li__4JXM=li__WPWM(((__li__KTVI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__LTVI__: {
      li__4JXM=li__TQWM(((__li__LTVI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__XTVI__: {
      li__4JXM=li__RRWM(((__li__XTVI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__YTVI__: {
      li__4JXM=li__OSWM(((__li__YTVI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__S2VI__: {
      li__4JXM=li__LTWM(((__li__S2VI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__E3VI__: {
      li__4JXM=li__IUWM(((__li__E3VI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__NMWI__: {
      li__4JXM=li__QJXM(((__li__NMWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__BNWI__: {
      li__4JXM=li__NKXM(((__li__BNWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__XNWI__: {
      li__4JXM=li__KLXM(((__li__XNWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__LOWI__: {
      li__4JXM=li__HMXM(((__li__LOWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__5OWI__: {
      li__4JXM=li__ENXM(((__li__5OWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__TPWI__: {
      li__4JXM=li__BOXM(((__li__TPWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__HQWI__: {
      li__4JXM=li__4OXM(((__li__HQWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__MZWI__: {
      li__4JXM=li__LQXM(((__li__MZWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__C0WI__: {
      li__4JXM=li__GRXM(((__li__C0WI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__M1WI__: {
      li__4JXM=li__JYGP(((__li__M1WI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__KMFK__: {
      li__4JXM=li__YRXM(((__li__KMFK *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__XOHL__: {
      li__4JXM=li__H5QN(((__li__XOHL *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__FPHL__: {
      li__4JXM=li__LSXM(((__li__FPHL *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__APLM__: {
      li__4JXM=li__KZDQ(((__li__APLM *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__DTNM__: {
      li__4JXM=li__YYTO(((__li__DTNM *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__JXNM__: {
      li__4JXM=li__WB4R(((__li__JXNM *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__21LO__: {
      li__4JXM=li__I1DQ(((__li__21LO *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__TPOO__: {
      li__4JXM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__URRO__: {
      li__4JXM=li__DWJS(((__li__URRO *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__41XO__: {
      li__4JXM=li__H0DQ(((__li__41XO *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__AKBR__: {
      li__4JXM=li__HCES(((__li__AKBR *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__SU5R__: {
      li__4JXM=li__WWJS(((__li__SU5R *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__JV5R__: {
      li__4JXM=li__TXJS(((__li__JV5R *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    };
    li__KKXM=li__4JXM;
  } else /* FALSE */ {
    li__KKXM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__KKXM) {
    li__2JXM=li__RJXM->li__OMWI.li__LPBK;
    li__3JXM=li__WJXM->li__OMWI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2JXM)->__id) {
    case __li__WK__: {
      li__4JXM=li__5GXM(((__li__WK *)li__2JXM),li__3JXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__4JXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__4JXM=li__VHXM(((__li__KVBD *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__WVBD__: {
      li__4JXM=li__HIXM(((__li__WVBD *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__KTVI__: {
      li__4JXM=li__WPWM(((__li__KTVI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__LTVI__: {
      li__4JXM=li__TQWM(((__li__LTVI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__XTVI__: {
      li__4JXM=li__RRWM(((__li__XTVI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__YTVI__: {
      li__4JXM=li__OSWM(((__li__YTVI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__S2VI__: {
      li__4JXM=li__LTWM(((__li__S2VI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__E3VI__: {
      li__4JXM=li__IUWM(((__li__E3VI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__NMWI__: {
      li__4JXM=li__QJXM(((__li__NMWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__BNWI__: {
      li__4JXM=li__NKXM(((__li__BNWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__XNWI__: {
      li__4JXM=li__KLXM(((__li__XNWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__LOWI__: {
      li__4JXM=li__HMXM(((__li__LOWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__5OWI__: {
      li__4JXM=li__ENXM(((__li__5OWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__TPWI__: {
      li__4JXM=li__BOXM(((__li__TPWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__HQWI__: {
      li__4JXM=li__4OXM(((__li__HQWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__MZWI__: {
      li__4JXM=li__LQXM(((__li__MZWI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__C0WI__: {
      li__4JXM=li__GRXM(((__li__C0WI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__M1WI__: {
      li__4JXM=li__JYGP(((__li__M1WI *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__KMFK__: {
      li__4JXM=li__YRXM(((__li__KMFK *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__XOHL__: {
      li__4JXM=li__H5QN(((__li__XOHL *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__FPHL__: {
      li__4JXM=li__LSXM(((__li__FPHL *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__APLM__: {
      li__4JXM=li__KZDQ(((__li__APLM *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__DTNM__: {
      li__4JXM=li__YYTO(((__li__DTNM *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__JXNM__: {
      li__4JXM=li__WB4R(((__li__JXNM *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__21LO__: {
      li__4JXM=li__I1DQ(((__li__21LO *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__TPOO__: {
      li__4JXM=li__F2DQ(((__li__TPOO *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__URRO__: {
      li__4JXM=li__DWJS(((__li__URRO *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__41XO__: {
      li__4JXM=li__H0DQ(((__li__41XO *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__AKBR__: {
      li__4JXM=li__HCES(((__li__AKBR *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__SU5R__: {
      li__4JXM=li__WWJS(((__li__SU5R *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    case __li__JV5R__: {
      li__4JXM=li__TXJS(((__li__JV5R *)((__li__WK *)li__2JXM)),li__3JXM);
    } break;
    };
    li__KKXM=li__4JXM;
  } else /* FALSE */ {
    li__KKXM=li__I__;
  };
  li__TJXM=li__KKXM;
  return(li__TJXM);
}

static __li__C li__NKXM(__li__BNWI *li__OKXM,void *li__PKXM)
/* (Strict EXPR_SUB{li__BNWI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__BNWI *li__TKXM;
  void *li__ZKXM,*li__0KXM;
  __li__C li__1KXM,li__HLXM,li__QKXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PKXM==NULL) {
    li__TKXM=NULL;
  } else {
    if (((struct ___OBJ *)li__PKXM)->__id==__li__BNWI__) {
      li__TKXM=((__li__BNWI *)li__PKXM);
    } else /* Other types */ {
      li__TKXM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__TKXM != (void *)NULL)) {
    li__ZKXM=li__OKXM->li__ENWI.li__MQBK;
    li__0KXM=li__TKXM->li__ENWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZKXM)->__id) {
    case __li__WK__: {
      li__1KXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__1KXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__1KXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__WVBD__: {
      li__1KXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__KTVI__: {
      li__1KXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__LTVI__: {
      li__1KXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__XTVI__: {
      li__1KXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__YTVI__: {
      li__1KXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__S2VI__: {
      li__1KXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__E3VI__: {
      li__1KXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__NMWI__: {
      li__1KXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__BNWI__: {
      li__1KXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__XNWI__: {
      li__1KXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__LOWI__: {
      li__1KXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__5OWI__: {
      li__1KXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__TPWI__: {
      li__1KXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__HQWI__: {
      li__1KXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__MZWI__: {
      li__1KXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__C0WI__: {
      li__1KXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__M1WI__: {
      li__1KXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__KMFK__: {
      li__1KXM=li__YRXM(((__li__KMFK *)li__ZKXM),li__0KXM);
    } break;
    case __li__XOHL__: {
      li__1KXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__FPHL__: {
      li__1KXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__APLM__: {
      li__1KXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__DTNM__: {
      li__1KXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__JXNM__: {
      li__1KXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__21LO__: {
      li__1KXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__TPOO__: {
      li__1KXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__URRO__: {
      li__1KXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__41XO__: {
      li__1KXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__AKBR__: {
      li__1KXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__SU5R__: {
      li__1KXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__JV5R__: {
      li__1KXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    };
    li__HLXM=li__1KXM;
  } else /* FALSE */ {
    li__HLXM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__HLXM) {
    li__ZKXM=li__OKXM->li__ENWI.li__QQBK;
    li__0KXM=li__TKXM->li__ENWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZKXM)->__id) {
    case __li__WK__: {
      li__1KXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__1KXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__1KXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__WVBD__: {
      li__1KXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__KTVI__: {
      li__1KXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__LTVI__: {
      li__1KXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__XTVI__: {
      li__1KXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__YTVI__: {
      li__1KXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__S2VI__: {
      li__1KXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__E3VI__: {
      li__1KXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__NMWI__: {
      li__1KXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__BNWI__: {
      li__1KXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__XNWI__: {
      li__1KXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__LOWI__: {
      li__1KXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__5OWI__: {
      li__1KXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__TPWI__: {
      li__1KXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__HQWI__: {
      li__1KXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__MZWI__: {
      li__1KXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__C0WI__: {
      li__1KXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__M1WI__: {
      li__1KXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__KMFK__: {
      li__1KXM=li__YRXM(((__li__KMFK *)li__ZKXM),li__0KXM);
    } break;
    case __li__XOHL__: {
      li__1KXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__FPHL__: {
      li__1KXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__APLM__: {
      li__1KXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__DTNM__: {
      li__1KXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__JXNM__: {
      li__1KXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__21LO__: {
      li__1KXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__TPOO__: {
      li__1KXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__URRO__: {
      li__1KXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__41XO__: {
      li__1KXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__AKBR__: {
      li__1KXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__SU5R__: {
      li__1KXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    case __li__JV5R__: {
      li__1KXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__ZKXM)),li__0KXM);
    } break;
    };
    li__HLXM=li__1KXM;
  } else /* FALSE */ {
    li__HLXM=li__I__;
  };
  li__QKXM=li__HLXM;
  return(li__QKXM);
}

static __li__C li__KLXM(__li__XNWI *li__LLXM,void *li__MLXM)
/* (Strict EXPR_MUL{li__XNWI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__XNWI *li__QLXM;
  void *li__WLXM,*li__XLXM;
  __li__C li__YLXM,li__EMXM,li__NLXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MLXM==NULL) {
    li__QLXM=NULL;
  } else {
    if (((struct ___OBJ *)li__MLXM)->__id==__li__XNWI__) {
      li__QLXM=((__li__XNWI *)li__MLXM);
    } else /* Other types */ {
      li__QLXM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__QLXM != (void *)NULL)) {
    li__WLXM=li__LLXM->li__YNWI.li__MQBK;
    li__XLXM=li__QLXM->li__YNWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WLXM)->__id) {
    case __li__WK__: {
      li__YLXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__YLXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__YLXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__WVBD__: {
      li__YLXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__KTVI__: {
      li__YLXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__LTVI__: {
      li__YLXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__XTVI__: {
      li__YLXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__YTVI__: {
      li__YLXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__S2VI__: {
      li__YLXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__E3VI__: {
      li__YLXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__NMWI__: {
      li__YLXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__BNWI__: {
      li__YLXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__XNWI__: {
      li__YLXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__LOWI__: {
      li__YLXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__5OWI__: {
      li__YLXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__TPWI__: {
      li__YLXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__HQWI__: {
      li__YLXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__MZWI__: {
      li__YLXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__C0WI__: {
      li__YLXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__M1WI__: {
      li__YLXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__KMFK__: {
      li__YLXM=li__YRXM(((__li__KMFK *)li__WLXM),li__XLXM);
    } break;
    case __li__XOHL__: {
      li__YLXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__FPHL__: {
      li__YLXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__APLM__: {
      li__YLXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__DTNM__: {
      li__YLXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__JXNM__: {
      li__YLXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__21LO__: {
      li__YLXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__TPOO__: {
      li__YLXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__URRO__: {
      li__YLXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__41XO__: {
      li__YLXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__AKBR__: {
      li__YLXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__SU5R__: {
      li__YLXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__JV5R__: {
      li__YLXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    };
    li__EMXM=li__YLXM;
  } else /* FALSE */ {
    li__EMXM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__EMXM) {
    li__WLXM=li__LLXM->li__YNWI.li__QQBK;
    li__XLXM=li__QLXM->li__YNWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WLXM)->__id) {
    case __li__WK__: {
      li__YLXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__YLXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__YLXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__WVBD__: {
      li__YLXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__KTVI__: {
      li__YLXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__LTVI__: {
      li__YLXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__XTVI__: {
      li__YLXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__YTVI__: {
      li__YLXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__S2VI__: {
      li__YLXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__E3VI__: {
      li__YLXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__NMWI__: {
      li__YLXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__BNWI__: {
      li__YLXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__XNWI__: {
      li__YLXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__LOWI__: {
      li__YLXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__5OWI__: {
      li__YLXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__TPWI__: {
      li__YLXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__HQWI__: {
      li__YLXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__MZWI__: {
      li__YLXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__C0WI__: {
      li__YLXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__M1WI__: {
      li__YLXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__KMFK__: {
      li__YLXM=li__YRXM(((__li__KMFK *)li__WLXM),li__XLXM);
    } break;
    case __li__XOHL__: {
      li__YLXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__FPHL__: {
      li__YLXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__APLM__: {
      li__YLXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__DTNM__: {
      li__YLXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__JXNM__: {
      li__YLXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__21LO__: {
      li__YLXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__TPOO__: {
      li__YLXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__URRO__: {
      li__YLXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__41XO__: {
      li__YLXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__AKBR__: {
      li__YLXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__SU5R__: {
      li__YLXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    case __li__JV5R__: {
      li__YLXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__WLXM)),li__XLXM);
    } break;
    };
    li__EMXM=li__YLXM;
  } else /* FALSE */ {
    li__EMXM=li__I__;
  };
  li__NLXM=li__EMXM;
  return(li__NLXM);
}

static __li__C li__HMXM(__li__LOWI *li__IMXM,void *li__JMXM)
/* (Strict EXPR_DIV{li__LOWI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__LOWI *li__NMXM;
  void *li__TMXM,*li__UMXM;
  __li__C li__VMXM,li__BNXM,li__KMXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__JMXM==NULL) {
    li__NMXM=NULL;
  } else {
    if (((struct ___OBJ *)li__JMXM)->__id==__li__LOWI__) {
      li__NMXM=((__li__LOWI *)li__JMXM);
    } else /* Other types */ {
      li__NMXM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__NMXM != (void *)NULL)) {
    li__TMXM=li__IMXM->li__MOWI.li__MQBK;
    li__UMXM=li__NMXM->li__MOWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TMXM)->__id) {
    case __li__WK__: {
      li__VMXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__VMXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__VMXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__WVBD__: {
      li__VMXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__KTVI__: {
      li__VMXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__LTVI__: {
      li__VMXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__XTVI__: {
      li__VMXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__YTVI__: {
      li__VMXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__S2VI__: {
      li__VMXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__E3VI__: {
      li__VMXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__NMWI__: {
      li__VMXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__BNWI__: {
      li__VMXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__XNWI__: {
      li__VMXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__LOWI__: {
      li__VMXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__5OWI__: {
      li__VMXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__TPWI__: {
      li__VMXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__HQWI__: {
      li__VMXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__MZWI__: {
      li__VMXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__C0WI__: {
      li__VMXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__M1WI__: {
      li__VMXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__KMFK__: {
      li__VMXM=li__YRXM(((__li__KMFK *)li__TMXM),li__UMXM);
    } break;
    case __li__XOHL__: {
      li__VMXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__FPHL__: {
      li__VMXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__APLM__: {
      li__VMXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__DTNM__: {
      li__VMXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__JXNM__: {
      li__VMXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__21LO__: {
      li__VMXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__TPOO__: {
      li__VMXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__URRO__: {
      li__VMXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__41XO__: {
      li__VMXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__AKBR__: {
      li__VMXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__SU5R__: {
      li__VMXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__JV5R__: {
      li__VMXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    };
    li__BNXM=li__VMXM;
  } else /* FALSE */ {
    li__BNXM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__BNXM) {
    li__TMXM=li__IMXM->li__MOWI.li__QQBK;
    li__UMXM=li__NMXM->li__MOWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TMXM)->__id) {
    case __li__WK__: {
      li__VMXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__VMXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__VMXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__WVBD__: {
      li__VMXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__KTVI__: {
      li__VMXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__LTVI__: {
      li__VMXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__XTVI__: {
      li__VMXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__YTVI__: {
      li__VMXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__S2VI__: {
      li__VMXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__E3VI__: {
      li__VMXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__NMWI__: {
      li__VMXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__BNWI__: {
      li__VMXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__XNWI__: {
      li__VMXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__LOWI__: {
      li__VMXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__5OWI__: {
      li__VMXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__TPWI__: {
      li__VMXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__HQWI__: {
      li__VMXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__MZWI__: {
      li__VMXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__C0WI__: {
      li__VMXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__M1WI__: {
      li__VMXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__KMFK__: {
      li__VMXM=li__YRXM(((__li__KMFK *)li__TMXM),li__UMXM);
    } break;
    case __li__XOHL__: {
      li__VMXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__FPHL__: {
      li__VMXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__APLM__: {
      li__VMXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__DTNM__: {
      li__VMXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__JXNM__: {
      li__VMXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__21LO__: {
      li__VMXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__TPOO__: {
      li__VMXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__URRO__: {
      li__VMXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__41XO__: {
      li__VMXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__AKBR__: {
      li__VMXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__SU5R__: {
      li__VMXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    case __li__JV5R__: {
      li__VMXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__TMXM)),li__UMXM);
    } break;
    };
    li__BNXM=li__VMXM;
  } else /* FALSE */ {
    li__BNXM=li__I__;
  };
  li__KMXM=li__BNXM;
  return(li__KMXM);
}

static __li__C li__ENXM(__li__5OWI *li__FNXM,void *li__GNXM)
/* (Strict EXPR_AND{li__5OWI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__5OWI *li__KNXM;
  void *li__QNXM,*li__RNXM;
  __li__C li__SNXM,li__4NXM,li__HNXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__GNXM==NULL) {
    li__KNXM=NULL;
  } else {
    if (((struct ___OBJ *)li__GNXM)->__id==__li__5OWI__) {
      li__KNXM=((__li__5OWI *)li__GNXM);
    } else /* Other types */ {
      li__KNXM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__KNXM != (void *)NULL)) {
    li__QNXM=li__FNXM->li__APWI.li__MQBK;
    li__RNXM=li__KNXM->li__APWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QNXM)->__id) {
    case __li__WK__: {
      li__SNXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__SNXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__SNXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__WVBD__: {
      li__SNXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__KTVI__: {
      li__SNXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__LTVI__: {
      li__SNXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__XTVI__: {
      li__SNXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__YTVI__: {
      li__SNXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__S2VI__: {
      li__SNXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__E3VI__: {
      li__SNXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__NMWI__: {
      li__SNXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__BNWI__: {
      li__SNXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__XNWI__: {
      li__SNXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__LOWI__: {
      li__SNXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__5OWI__: {
      li__SNXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__TPWI__: {
      li__SNXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__HQWI__: {
      li__SNXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__MZWI__: {
      li__SNXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__C0WI__: {
      li__SNXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__M1WI__: {
      li__SNXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__KMFK__: {
      li__SNXM=li__YRXM(((__li__KMFK *)li__QNXM),li__RNXM);
    } break;
    case __li__XOHL__: {
      li__SNXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__FPHL__: {
      li__SNXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__APLM__: {
      li__SNXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__DTNM__: {
      li__SNXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__JXNM__: {
      li__SNXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__21LO__: {
      li__SNXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__TPOO__: {
      li__SNXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__URRO__: {
      li__SNXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__41XO__: {
      li__SNXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__AKBR__: {
      li__SNXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__SU5R__: {
      li__SNXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__JV5R__: {
      li__SNXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    };
    li__4NXM=li__SNXM;
  } else /* FALSE */ {
    li__4NXM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__4NXM) {
    li__QNXM=li__FNXM->li__APWI.li__QQBK;
    li__RNXM=li__KNXM->li__APWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QNXM)->__id) {
    case __li__WK__: {
      li__SNXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__SNXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__SNXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__WVBD__: {
      li__SNXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__KTVI__: {
      li__SNXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__LTVI__: {
      li__SNXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__XTVI__: {
      li__SNXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__YTVI__: {
      li__SNXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__S2VI__: {
      li__SNXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__E3VI__: {
      li__SNXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__NMWI__: {
      li__SNXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__BNWI__: {
      li__SNXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__XNWI__: {
      li__SNXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__LOWI__: {
      li__SNXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__5OWI__: {
      li__SNXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__TPWI__: {
      li__SNXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__HQWI__: {
      li__SNXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__MZWI__: {
      li__SNXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__C0WI__: {
      li__SNXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__M1WI__: {
      li__SNXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__KMFK__: {
      li__SNXM=li__YRXM(((__li__KMFK *)li__QNXM),li__RNXM);
    } break;
    case __li__XOHL__: {
      li__SNXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__FPHL__: {
      li__SNXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__APLM__: {
      li__SNXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__DTNM__: {
      li__SNXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__JXNM__: {
      li__SNXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__21LO__: {
      li__SNXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__TPOO__: {
      li__SNXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__URRO__: {
      li__SNXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__41XO__: {
      li__SNXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__AKBR__: {
      li__SNXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__SU5R__: {
      li__SNXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    case __li__JV5R__: {
      li__SNXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__QNXM)),li__RNXM);
    } break;
    };
    li__4NXM=li__SNXM;
  } else /* FALSE */ {
    li__4NXM=li__I__;
  };
  li__HNXM=li__4NXM;
  return(li__HNXM);
}

static __li__C li__BOXM(__li__TPWI *li__COXM,void *li__DOXM)
/* (Strict EXPR_SHIFT_R{li__TPWI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__TPWI *li__HOXM;
  void *li__NOXM,*li__OOXM;
  __li__C li__POXM,li__1OXM,li__EOXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__DOXM==NULL) {
    li__HOXM=NULL;
  } else {
    if (((struct ___OBJ *)li__DOXM)->__id==__li__TPWI__) {
      li__HOXM=((__li__TPWI *)li__DOXM);
    } else /* Other types */ {
      li__HOXM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__HOXM != (void *)NULL)) {
    li__NOXM=li__COXM->li__UPWI.li__MQBK;
    li__OOXM=li__HOXM->li__UPWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NOXM)->__id) {
    case __li__WK__: {
      li__POXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__POXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__POXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__WVBD__: {
      li__POXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__KTVI__: {
      li__POXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__LTVI__: {
      li__POXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__XTVI__: {
      li__POXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__YTVI__: {
      li__POXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__S2VI__: {
      li__POXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__E3VI__: {
      li__POXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__NMWI__: {
      li__POXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__BNWI__: {
      li__POXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__XNWI__: {
      li__POXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__LOWI__: {
      li__POXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__5OWI__: {
      li__POXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__TPWI__: {
      li__POXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__HQWI__: {
      li__POXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__MZWI__: {
      li__POXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__C0WI__: {
      li__POXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__M1WI__: {
      li__POXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__KMFK__: {
      li__POXM=li__YRXM(((__li__KMFK *)li__NOXM),li__OOXM);
    } break;
    case __li__XOHL__: {
      li__POXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__FPHL__: {
      li__POXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__APLM__: {
      li__POXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__DTNM__: {
      li__POXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__JXNM__: {
      li__POXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__21LO__: {
      li__POXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__TPOO__: {
      li__POXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__URRO__: {
      li__POXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__41XO__: {
      li__POXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__AKBR__: {
      li__POXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__SU5R__: {
      li__POXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__JV5R__: {
      li__POXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    };
    li__1OXM=li__POXM;
  } else /* FALSE */ {
    li__1OXM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__1OXM) {
    li__NOXM=li__COXM->li__UPWI.li__QQBK;
    li__OOXM=li__HOXM->li__UPWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NOXM)->__id) {
    case __li__WK__: {
      li__POXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__POXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__POXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__WVBD__: {
      li__POXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__KTVI__: {
      li__POXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__LTVI__: {
      li__POXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__XTVI__: {
      li__POXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__YTVI__: {
      li__POXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__S2VI__: {
      li__POXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__E3VI__: {
      li__POXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__NMWI__: {
      li__POXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__BNWI__: {
      li__POXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__XNWI__: {
      li__POXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__LOWI__: {
      li__POXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__5OWI__: {
      li__POXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__TPWI__: {
      li__POXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__HQWI__: {
      li__POXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__MZWI__: {
      li__POXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__C0WI__: {
      li__POXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__M1WI__: {
      li__POXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__KMFK__: {
      li__POXM=li__YRXM(((__li__KMFK *)li__NOXM),li__OOXM);
    } break;
    case __li__XOHL__: {
      li__POXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__FPHL__: {
      li__POXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__APLM__: {
      li__POXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__DTNM__: {
      li__POXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__JXNM__: {
      li__POXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__21LO__: {
      li__POXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__TPOO__: {
      li__POXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__URRO__: {
      li__POXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__41XO__: {
      li__POXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__AKBR__: {
      li__POXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__SU5R__: {
      li__POXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    case __li__JV5R__: {
      li__POXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__NOXM)),li__OOXM);
    } break;
    };
    li__1OXM=li__POXM;
  } else /* FALSE */ {
    li__1OXM=li__I__;
  };
  li__EOXM=li__1OXM;
  return(li__EOXM);
}

static __li__C li__4OXM(__li__HQWI *li__5OXM,void *li__APXM)
/* (Strict EXPR_SHIFT_L{li__HQWI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__HQWI *li__EPXM;
  void *li__KPXM,*li__LPXM;
  __li__C li__MPXM,li__YPXM,li__BPXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__APXM==NULL) {
    li__EPXM=NULL;
  } else {
    if (((struct ___OBJ *)li__APXM)->__id==__li__HQWI__) {
      li__EPXM=((__li__HQWI *)li__APXM);
    } else /* Other types */ {
      li__EPXM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__EPXM != (void *)NULL)) {
    li__KPXM=li__5OXM->li__IQWI.li__MQBK;
    li__LPXM=li__EPXM->li__IQWI.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KPXM)->__id) {
    case __li__WK__: {
      li__MPXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__MPXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__MPXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__WVBD__: {
      li__MPXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__KTVI__: {
      li__MPXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__LTVI__: {
      li__MPXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__XTVI__: {
      li__MPXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__YTVI__: {
      li__MPXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__S2VI__: {
      li__MPXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__E3VI__: {
      li__MPXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__NMWI__: {
      li__MPXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__BNWI__: {
      li__MPXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__XNWI__: {
      li__MPXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__LOWI__: {
      li__MPXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__5OWI__: {
      li__MPXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__TPWI__: {
      li__MPXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__HQWI__: {
      li__MPXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__MZWI__: {
      li__MPXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__C0WI__: {
      li__MPXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__M1WI__: {
      li__MPXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__KMFK__: {
      li__MPXM=li__YRXM(((__li__KMFK *)li__KPXM),li__LPXM);
    } break;
    case __li__XOHL__: {
      li__MPXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__FPHL__: {
      li__MPXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__APLM__: {
      li__MPXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__DTNM__: {
      li__MPXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__JXNM__: {
      li__MPXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__21LO__: {
      li__MPXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__TPOO__: {
      li__MPXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__URRO__: {
      li__MPXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__41XO__: {
      li__MPXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__AKBR__: {
      li__MPXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__SU5R__: {
      li__MPXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__JV5R__: {
      li__MPXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    };
    li__YPXM=li__MPXM;
  } else /* FALSE */ {
    li__YPXM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__YPXM) {
    li__KPXM=li__5OXM->li__IQWI.li__QQBK;
    li__LPXM=li__EPXM->li__IQWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__KPXM)->__id) {
    case __li__WK__: {
      li__MPXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__MPXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__MPXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__WVBD__: {
      li__MPXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__KTVI__: {
      li__MPXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__LTVI__: {
      li__MPXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__XTVI__: {
      li__MPXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__YTVI__: {
      li__MPXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__S2VI__: {
      li__MPXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__E3VI__: {
      li__MPXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__NMWI__: {
      li__MPXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__BNWI__: {
      li__MPXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__XNWI__: {
      li__MPXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__LOWI__: {
      li__MPXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__5OWI__: {
      li__MPXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__TPWI__: {
      li__MPXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__HQWI__: {
      li__MPXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__MZWI__: {
      li__MPXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__C0WI__: {
      li__MPXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__M1WI__: {
      li__MPXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__KMFK__: {
      li__MPXM=li__YRXM(((__li__KMFK *)li__KPXM),li__LPXM);
    } break;
    case __li__XOHL__: {
      li__MPXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__FPHL__: {
      li__MPXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__APLM__: {
      li__MPXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__DTNM__: {
      li__MPXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__JXNM__: {
      li__MPXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__21LO__: {
      li__MPXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__TPOO__: {
      li__MPXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__URRO__: {
      li__MPXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__41XO__: {
      li__MPXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__AKBR__: {
      li__MPXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__SU5R__: {
      li__MPXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    case __li__JV5R__: {
      li__MPXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__KPXM)),li__LPXM);
    } break;
    };
    li__YPXM=li__MPXM;
  } else /* FALSE */ {
    li__YPXM=li__I__;
  };
  li__BPXM=li__YPXM;
  return(li__BPXM);
}

static __li__C li__LQXM(__li__MZWI *li__MQXM,void *li__NQXM)
/* (Strict REAL_CST{li__MZWI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__MZWI *li__RQXM;
  __li__C li__OQXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__NQXM==NULL) {
    li__RQXM=NULL;
  } else {
    if (((struct ___OBJ *)li__NQXM)->__id==__li__MZWI__) {
      li__RQXM=((void *)li__NQXM);
    } else /* Other types */ {
      li__RQXM=NULL;
    }
  };
  li__OQXM=((((void *)li__RQXM != (void *)NULL) && ((void *)li__MQXM->li__3SBK == (void *)li__RQXM->li__3SBK)) && ((void *)li__MQXM->li__NZWI.li__WZLE == (void *)li__RQXM->li__NZWI.li__WZLE));
  return(li__OQXM);
}

static __li__C li__GRXM(__li__C0WI *li__HRXM,void *li__IRXM)
/* (Strict CHARACTER_CST{li__C0WI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C0WI *li__MRXM;
  __li__C li__JRXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__IRXM==NULL) {
    li__MRXM=NULL;
  } else {
    if (((struct ___OBJ *)li__IRXM)->__id==__li__C0WI__) {
      li__MRXM=((__li__C0WI *)li__IRXM);
    } else /* Other types */ {
      li__MRXM=NULL;
    }
  };
  li__JRXM=(((void *)li__MRXM != (void *)NULL) && ((void *)li__HRXM->li__CTBK == (void *)li__MRXM->li__CTBK));
  return(li__JRXM);
}

static __li__C li__JYGP(__li__M1WI *li__KYGP,void *li__LYGP)
/* (Strict NATIVE_ARRAY_CHARACTER_CST{li__M1WI},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__M1WI *li__PYGP;
  __li__C li__MYGP;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__LYGP==NULL) {
    li__PYGP=NULL;
  } else {
    if (((struct ___OBJ *)li__LYGP)->__id==__li__M1WI__) {
      li__PYGP=((void *)li__LYGP);
    } else /* Other types */ {
      li__PYGP=NULL;
    }
  };
  li__MYGP=(((void *)li__PYGP != (void *)NULL) && ((void *)li__KYGP->li__UTFK == (void *)li__PYGP->li__UTFK));
  return(li__MYGP);
}

static __li__C li__YRXM(__li__KMFK *li__ZRXM,void *li__0RXM)
/* (Strict READ_LOCAL{li__KMFK},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KMFK *li__4RXM;
  __li__C li__1RXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__0RXM==NULL) {
    li__4RXM=NULL;
  } else {
    if (((struct ___OBJ *)li__0RXM)->__id==__li__KMFK__) {
      li__4RXM=((void *)li__0RXM);
    } else /* Other types */ {
      li__4RXM=NULL;
    }
  };
  li__1RXM=(((void *)li__4RXM != (void *)NULL) && ((void *)li__ZRXM->li__3RFK == (void *)li__4RXM->li__3RFK));
  return(li__1RXM);
}

static __li__C li__H5QN(__li__XOHL *li__I5QN,void *li__J5QN)
/* (Strict EXPR_NEG{li__XOHL},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__XOHL *li__N5QN;
  void *li__T5QN,*li__U5QN;
  __li__C li__V5QN,li__Y5QN,li__K5QN;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__J5QN==NULL) {
    li__N5QN=NULL;
  } else {
    if (((struct ___OBJ *)li__J5QN)->__id==__li__XOHL__) {
      li__N5QN=((__li__XOHL *)li__J5QN);
    } else /* Other types */ {
      li__N5QN=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__N5QN != (void *)NULL)) {
    li__T5QN=li__I5QN->li__0OHL.li__JPHL;
    li__U5QN=li__N5QN->li__0OHL.li__JPHL;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__T5QN)->__id) {
    case __li__WK__: {
      li__V5QN=li__5GXM(((__li__WK *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__V5QN=li__I__;
    } break;
    case __li__KVBD__: {
      li__V5QN=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__WVBD__: {
      li__V5QN=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__KTVI__: {
      li__V5QN=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__LTVI__: {
      li__V5QN=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__XTVI__: {
      li__V5QN=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__YTVI__: {
      li__V5QN=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__S2VI__: {
      li__V5QN=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__E3VI__: {
      li__V5QN=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__NMWI__: {
      li__V5QN=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__BNWI__: {
      li__V5QN=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__XNWI__: {
      li__V5QN=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__LOWI__: {
      li__V5QN=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__5OWI__: {
      li__V5QN=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__TPWI__: {
      li__V5QN=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__HQWI__: {
      li__V5QN=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__MZWI__: {
      li__V5QN=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__C0WI__: {
      li__V5QN=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__M1WI__: {
      li__V5QN=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__KMFK__: {
      li__V5QN=li__YRXM(((__li__KMFK *)li__T5QN),li__U5QN);
    } break;
    case __li__XOHL__: {
      li__V5QN=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__FPHL__: {
      li__V5QN=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__APLM__: {
      li__V5QN=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__DTNM__: {
      li__V5QN=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__JXNM__: {
      li__V5QN=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__21LO__: {
      li__V5QN=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__TPOO__: {
      li__V5QN=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__URRO__: {
      li__V5QN=li__DWJS(((__li__URRO *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__41XO__: {
      li__V5QN=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__AKBR__: {
      li__V5QN=li__HCES(((__li__AKBR *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__SU5R__: {
      li__V5QN=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    case __li__JV5R__: {
      li__V5QN=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__T5QN)),li__U5QN);
    } break;
    };
    li__Y5QN=li__V5QN;
  } else /* FALSE */ {
    li__Y5QN=li__I__;
  };
  li__K5QN=li__Y5QN;
  return(li__K5QN);
}

static __li__C li__LSXM(__li__FPHL *li__MSXM,void *li__NSXM)
/* (Strict EXPR_ADD{li__FPHL},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__FPHL *li__RSXM;
  void *li__XSXM,*li__YSXM;
  __li__C li__ZSXM,li__FTXM,li__OSXM;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__NSXM==NULL) {
    li__RSXM=NULL;
  } else {
    if (((struct ___OBJ *)li__NSXM)->__id==__li__FPHL__) {
      li__RSXM=((__li__FPHL *)li__NSXM);
    } else /* Other types */ {
      li__RSXM=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__RSXM != (void *)NULL)) {
    li__XSXM=li__MSXM->li__GPHL.li__MQBK;
    li__YSXM=li__RSXM->li__GPHL.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XSXM)->__id) {
    case __li__WK__: {
      li__ZSXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__ZSXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__ZSXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__WVBD__: {
      li__ZSXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__KTVI__: {
      li__ZSXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__LTVI__: {
      li__ZSXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__XTVI__: {
      li__ZSXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__YTVI__: {
      li__ZSXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__S2VI__: {
      li__ZSXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__E3VI__: {
      li__ZSXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__NMWI__: {
      li__ZSXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__BNWI__: {
      li__ZSXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__XNWI__: {
      li__ZSXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__LOWI__: {
      li__ZSXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__5OWI__: {
      li__ZSXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__TPWI__: {
      li__ZSXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__HQWI__: {
      li__ZSXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__MZWI__: {
      li__ZSXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__C0WI__: {
      li__ZSXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__M1WI__: {
      li__ZSXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__KMFK__: {
      li__ZSXM=li__YRXM(((__li__KMFK *)li__XSXM),li__YSXM);
    } break;
    case __li__XOHL__: {
      li__ZSXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__FPHL__: {
      li__ZSXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__APLM__: {
      li__ZSXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__DTNM__: {
      li__ZSXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__JXNM__: {
      li__ZSXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__21LO__: {
      li__ZSXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__TPOO__: {
      li__ZSXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__URRO__: {
      li__ZSXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__41XO__: {
      li__ZSXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__AKBR__: {
      li__ZSXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__SU5R__: {
      li__ZSXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__JV5R__: {
      li__ZSXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    };
    li__FTXM=li__ZSXM;
  } else /* FALSE */ {
    li__FTXM=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__FTXM) {
    li__XSXM=li__MSXM->li__GPHL.li__QQBK;
    li__YSXM=li__RSXM->li__GPHL.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XSXM)->__id) {
    case __li__WK__: {
      li__ZSXM=li__5GXM(((__li__WK *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__ZSXM=li__I__;
    } break;
    case __li__KVBD__: {
      li__ZSXM=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__WVBD__: {
      li__ZSXM=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__KTVI__: {
      li__ZSXM=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__LTVI__: {
      li__ZSXM=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__XTVI__: {
      li__ZSXM=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__YTVI__: {
      li__ZSXM=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__S2VI__: {
      li__ZSXM=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__E3VI__: {
      li__ZSXM=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__NMWI__: {
      li__ZSXM=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__BNWI__: {
      li__ZSXM=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__XNWI__: {
      li__ZSXM=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__LOWI__: {
      li__ZSXM=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__5OWI__: {
      li__ZSXM=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__TPWI__: {
      li__ZSXM=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__HQWI__: {
      li__ZSXM=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__MZWI__: {
      li__ZSXM=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__C0WI__: {
      li__ZSXM=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__M1WI__: {
      li__ZSXM=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__KMFK__: {
      li__ZSXM=li__YRXM(((__li__KMFK *)li__XSXM),li__YSXM);
    } break;
    case __li__XOHL__: {
      li__ZSXM=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__FPHL__: {
      li__ZSXM=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__APLM__: {
      li__ZSXM=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__DTNM__: {
      li__ZSXM=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__JXNM__: {
      li__ZSXM=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__21LO__: {
      li__ZSXM=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__TPOO__: {
      li__ZSXM=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__URRO__: {
      li__ZSXM=li__DWJS(((__li__URRO *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__41XO__: {
      li__ZSXM=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__AKBR__: {
      li__ZSXM=li__HCES(((__li__AKBR *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__SU5R__: {
      li__ZSXM=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    case __li__JV5R__: {
      li__ZSXM=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__XSXM)),li__YSXM);
    } break;
    };
    li__FTXM=li__ZSXM;
  } else /* FALSE */ {
    li__FTXM=li__I__;
  };
  li__OSXM=li__FTXM;
  return(li__OSXM);
}

static __li__C li__KZDQ(__li__APLM *li__LZDQ,void *li__MZDQ)
/* (Strict EXPR_SUP_EQ{li__APLM},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__APLM *li__QZDQ;
  void *li__WZDQ,*li__XZDQ;
  __li__C li__YZDQ,li__E0DQ,li__NZDQ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__MZDQ==NULL) {
    li__QZDQ=NULL;
  } else {
    if (((struct ___OBJ *)li__MZDQ)->__id==__li__APLM__) {
      li__QZDQ=((__li__APLM *)li__MZDQ);
    } else /* Other types */ {
      li__QZDQ=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__QZDQ != (void *)NULL)) {
    li__WZDQ=li__LZDQ->li__BPLM.li__FPBK;
    li__XZDQ=li__QZDQ->li__BPLM.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WZDQ)->__id) {
    case __li__WK__: {
      li__YZDQ=li__5GXM(((__li__WK *)li__WZDQ),li__XZDQ);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__YZDQ=li__I__;
    } break;
    case __li__KVBD__: {
      li__YZDQ=li__VHXM(((__li__KVBD *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__WVBD__: {
      li__YZDQ=li__HIXM(((__li__WVBD *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__KTVI__: {
      li__YZDQ=li__WPWM(((__li__KTVI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__LTVI__: {
      li__YZDQ=li__TQWM(((__li__LTVI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__XTVI__: {
      li__YZDQ=li__RRWM(((__li__XTVI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__YTVI__: {
      li__YZDQ=li__OSWM(((__li__YTVI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__S2VI__: {
      li__YZDQ=li__LTWM(((__li__S2VI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__E3VI__: {
      li__YZDQ=li__IUWM(((__li__E3VI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__NMWI__: {
      li__YZDQ=li__QJXM(((__li__NMWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__BNWI__: {
      li__YZDQ=li__NKXM(((__li__BNWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__XNWI__: {
      li__YZDQ=li__KLXM(((__li__XNWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__LOWI__: {
      li__YZDQ=li__HMXM(((__li__LOWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__5OWI__: {
      li__YZDQ=li__ENXM(((__li__5OWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__TPWI__: {
      li__YZDQ=li__BOXM(((__li__TPWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__HQWI__: {
      li__YZDQ=li__4OXM(((__li__HQWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__MZWI__: {
      li__YZDQ=li__LQXM(((__li__MZWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__C0WI__: {
      li__YZDQ=li__GRXM(((__li__C0WI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__M1WI__: {
      li__YZDQ=li__JYGP(((__li__M1WI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__KMFK__: {
      li__YZDQ=li__YRXM(((__li__KMFK *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__XOHL__: {
      li__YZDQ=li__H5QN(((__li__XOHL *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__FPHL__: {
      li__YZDQ=li__LSXM(((__li__FPHL *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__APLM__: {
      li__YZDQ=li__KZDQ(((__li__APLM *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__DTNM__: {
      li__YZDQ=li__YYTO(((__li__DTNM *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__JXNM__: {
      li__YZDQ=li__WB4R(((__li__JXNM *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__21LO__: {
      li__YZDQ=li__I1DQ(((__li__21LO *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__TPOO__: {
      li__YZDQ=li__F2DQ(((__li__TPOO *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__URRO__: {
      li__YZDQ=li__DWJS(((__li__URRO *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__41XO__: {
      li__YZDQ=li__H0DQ(((__li__41XO *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__AKBR__: {
      li__YZDQ=li__HCES(((__li__AKBR *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__SU5R__: {
      li__YZDQ=li__WWJS(((__li__SU5R *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__JV5R__: {
      li__YZDQ=li__TXJS(((__li__JV5R *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    };
    li__E0DQ=li__YZDQ;
  } else /* FALSE */ {
    li__E0DQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__E0DQ) {
    li__WZDQ=li__LZDQ->li__BPLM.li__LPBK;
    li__XZDQ=li__QZDQ->li__BPLM.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__WZDQ)->__id) {
    case __li__WK__: {
      li__YZDQ=li__5GXM(((__li__WK *)li__WZDQ),li__XZDQ);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__YZDQ=li__I__;
    } break;
    case __li__KVBD__: {
      li__YZDQ=li__VHXM(((__li__KVBD *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__WVBD__: {
      li__YZDQ=li__HIXM(((__li__WVBD *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__KTVI__: {
      li__YZDQ=li__WPWM(((__li__KTVI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__LTVI__: {
      li__YZDQ=li__TQWM(((__li__LTVI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__XTVI__: {
      li__YZDQ=li__RRWM(((__li__XTVI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__YTVI__: {
      li__YZDQ=li__OSWM(((__li__YTVI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__S2VI__: {
      li__YZDQ=li__LTWM(((__li__S2VI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__E3VI__: {
      li__YZDQ=li__IUWM(((__li__E3VI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__NMWI__: {
      li__YZDQ=li__QJXM(((__li__NMWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__BNWI__: {
      li__YZDQ=li__NKXM(((__li__BNWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__XNWI__: {
      li__YZDQ=li__KLXM(((__li__XNWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__LOWI__: {
      li__YZDQ=li__HMXM(((__li__LOWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__5OWI__: {
      li__YZDQ=li__ENXM(((__li__5OWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__TPWI__: {
      li__YZDQ=li__BOXM(((__li__TPWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__HQWI__: {
      li__YZDQ=li__4OXM(((__li__HQWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__MZWI__: {
      li__YZDQ=li__LQXM(((__li__MZWI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__C0WI__: {
      li__YZDQ=li__GRXM(((__li__C0WI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__M1WI__: {
      li__YZDQ=li__JYGP(((__li__M1WI *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__KMFK__: {
      li__YZDQ=li__YRXM(((__li__KMFK *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__XOHL__: {
      li__YZDQ=li__H5QN(((__li__XOHL *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__FPHL__: {
      li__YZDQ=li__LSXM(((__li__FPHL *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__APLM__: {
      li__YZDQ=li__KZDQ(((__li__APLM *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__DTNM__: {
      li__YZDQ=li__YYTO(((__li__DTNM *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__JXNM__: {
      li__YZDQ=li__WB4R(((__li__JXNM *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__21LO__: {
      li__YZDQ=li__I1DQ(((__li__21LO *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__TPOO__: {
      li__YZDQ=li__F2DQ(((__li__TPOO *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__URRO__: {
      li__YZDQ=li__DWJS(((__li__URRO *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__41XO__: {
      li__YZDQ=li__H0DQ(((__li__41XO *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__AKBR__: {
      li__YZDQ=li__HCES(((__li__AKBR *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__SU5R__: {
      li__YZDQ=li__WWJS(((__li__SU5R *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    case __li__JV5R__: {
      li__YZDQ=li__TXJS(((__li__JV5R *)((__li__WK *)li__WZDQ)),li__XZDQ);
    } break;
    };
    li__E0DQ=li__YZDQ;
  } else /* FALSE */ {
    li__E0DQ=li__I__;
  };
  li__NZDQ=li__E0DQ;
  return(li__NZDQ);
}

static __li__C li__YYTO(__li__DTNM *li__ZYTO,void *li__0YTO)
/* (Strict EXPR_NOT{li__DTNM},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__DTNM *li__4YTO;
  void *li__EZTO,*li__FZTO;
  __li__C li__GZTO,li__JZTO,li__1YTO;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__0YTO==NULL) {
    li__4YTO=NULL;
  } else {
    if (((struct ___OBJ *)li__0YTO)->__id==__li__DTNM__) {
      li__4YTO=((__li__DTNM *)li__0YTO);
    } else /* Other types */ {
      li__4YTO=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__4YTO != (void *)NULL)) {
    li__EZTO=li__ZYTO->li__ETNM.li__JPHL;
    li__FZTO=li__4YTO->li__ETNM.li__JPHL;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__EZTO)->__id) {
    case __li__WK__: {
      li__GZTO=li__5GXM(((__li__WK *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__GZTO=li__I__;
    } break;
    case __li__KVBD__: {
      li__GZTO=li__VHXM(((__li__KVBD *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__WVBD__: {
      li__GZTO=li__HIXM(((__li__WVBD *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__KTVI__: {
      li__GZTO=li__WPWM(((__li__KTVI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__LTVI__: {
      li__GZTO=li__TQWM(((__li__LTVI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__XTVI__: {
      li__GZTO=li__RRWM(((__li__XTVI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__YTVI__: {
      li__GZTO=li__OSWM(((__li__YTVI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__S2VI__: {
      li__GZTO=li__LTWM(((__li__S2VI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__E3VI__: {
      li__GZTO=li__IUWM(((__li__E3VI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__NMWI__: {
      li__GZTO=li__QJXM(((__li__NMWI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__BNWI__: {
      li__GZTO=li__NKXM(((__li__BNWI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__XNWI__: {
      li__GZTO=li__KLXM(((__li__XNWI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__LOWI__: {
      li__GZTO=li__HMXM(((__li__LOWI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__5OWI__: {
      li__GZTO=li__ENXM(((__li__5OWI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__TPWI__: {
      li__GZTO=li__BOXM(((__li__TPWI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__HQWI__: {
      li__GZTO=li__4OXM(((__li__HQWI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__MZWI__: {
      li__GZTO=li__LQXM(((__li__MZWI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__C0WI__: {
      li__GZTO=li__GRXM(((__li__C0WI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__M1WI__: {
      li__GZTO=li__JYGP(((__li__M1WI *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__KMFK__: {
      li__GZTO=li__YRXM(((__li__KMFK *)li__EZTO),li__FZTO);
    } break;
    case __li__XOHL__: {
      li__GZTO=li__H5QN(((__li__XOHL *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__FPHL__: {
      li__GZTO=li__LSXM(((__li__FPHL *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__APLM__: {
      li__GZTO=li__KZDQ(((__li__APLM *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__DTNM__: {
      li__GZTO=li__YYTO(((__li__DTNM *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__JXNM__: {
      li__GZTO=li__WB4R(((__li__JXNM *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__21LO__: {
      li__GZTO=li__I1DQ(((__li__21LO *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__TPOO__: {
      li__GZTO=li__F2DQ(((__li__TPOO *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__URRO__: {
      li__GZTO=li__DWJS(((__li__URRO *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__41XO__: {
      li__GZTO=li__H0DQ(((__li__41XO *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__AKBR__: {
      li__GZTO=li__HCES(((__li__AKBR *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__SU5R__: {
      li__GZTO=li__WWJS(((__li__SU5R *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    case __li__JV5R__: {
      li__GZTO=li__TXJS(((__li__JV5R *)((__li__KMFK *)li__EZTO)),li__FZTO);
    } break;
    };
    li__JZTO=li__GZTO;
  } else /* FALSE */ {
    li__JZTO=li__I__;
  };
  li__1YTO=li__JZTO;
  return(li__1YTO);
}

static __li__C li__WB4R(__li__JXNM *li__XB4R,void *li__YB4R)
/* (Strict EXPR_MOD{li__JXNM},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__JXNM *li__2B4R;
  void *li__CC4R,*li__DC4R;
  __li__C li__EC4R,li__QC4R,li__ZB4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__YB4R==NULL) {
    li__2B4R=NULL;
  } else {
    if (((struct ___OBJ *)li__YB4R)->__id==__li__JXNM__) {
      li__2B4R=((__li__JXNM *)li__YB4R);
    } else /* Other types */ {
      li__2B4R=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__2B4R != (void *)NULL)) {
    li__CC4R=li__XB4R->li__KXNM.li__MQBK;
    li__DC4R=li__2B4R->li__KXNM.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CC4R)->__id) {
    case __li__WK__: {
      li__EC4R=li__5GXM(((__li__WK *)li__CC4R),li__DC4R);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__EC4R=li__I__;
    } break;
    case __li__KVBD__: {
      li__EC4R=li__VHXM(((__li__KVBD *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__WVBD__: {
      li__EC4R=li__HIXM(((__li__WVBD *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__KTVI__: {
      li__EC4R=li__WPWM(((__li__KTVI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__LTVI__: {
      li__EC4R=li__TQWM(((__li__LTVI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__XTVI__: {
      li__EC4R=li__RRWM(((__li__XTVI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__YTVI__: {
      li__EC4R=li__OSWM(((__li__YTVI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__S2VI__: {
      li__EC4R=li__LTWM(((__li__S2VI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__E3VI__: {
      li__EC4R=li__IUWM(((__li__E3VI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__NMWI__: {
      li__EC4R=li__QJXM(((__li__NMWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__BNWI__: {
      li__EC4R=li__NKXM(((__li__BNWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__XNWI__: {
      li__EC4R=li__KLXM(((__li__XNWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__LOWI__: {
      li__EC4R=li__HMXM(((__li__LOWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__5OWI__: {
      li__EC4R=li__ENXM(((__li__5OWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__TPWI__: {
      li__EC4R=li__BOXM(((__li__TPWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__HQWI__: {
      li__EC4R=li__4OXM(((__li__HQWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__MZWI__: {
      li__EC4R=li__LQXM(((__li__MZWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__C0WI__: {
      li__EC4R=li__GRXM(((__li__C0WI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__M1WI__: {
      li__EC4R=li__JYGP(((__li__M1WI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__KMFK__: {
      li__EC4R=li__YRXM(((__li__KMFK *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__XOHL__: {
      li__EC4R=li__H5QN(((__li__XOHL *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__FPHL__: {
      li__EC4R=li__LSXM(((__li__FPHL *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__APLM__: {
      li__EC4R=li__KZDQ(((__li__APLM *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__DTNM__: {
      li__EC4R=li__YYTO(((__li__DTNM *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__JXNM__: {
      li__EC4R=li__WB4R(((__li__JXNM *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__21LO__: {
      li__EC4R=li__I1DQ(((__li__21LO *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__TPOO__: {
      li__EC4R=li__F2DQ(((__li__TPOO *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__URRO__: {
      li__EC4R=li__DWJS(((__li__URRO *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__41XO__: {
      li__EC4R=li__H0DQ(((__li__41XO *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__AKBR__: {
      li__EC4R=li__HCES(((__li__AKBR *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__SU5R__: {
      li__EC4R=li__WWJS(((__li__SU5R *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__JV5R__: {
      li__EC4R=li__TXJS(((__li__JV5R *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    };
    li__QC4R=li__EC4R;
  } else /* FALSE */ {
    li__QC4R=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__QC4R) {
    li__CC4R=li__XB4R->li__KXNM.li__QQBK;
    li__DC4R=li__2B4R->li__KXNM.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CC4R)->__id) {
    case __li__WK__: {
      li__EC4R=li__5GXM(((__li__WK *)li__CC4R),li__DC4R);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__EC4R=li__I__;
    } break;
    case __li__KVBD__: {
      li__EC4R=li__VHXM(((__li__KVBD *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__WVBD__: {
      li__EC4R=li__HIXM(((__li__WVBD *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__KTVI__: {
      li__EC4R=li__WPWM(((__li__KTVI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__LTVI__: {
      li__EC4R=li__TQWM(((__li__LTVI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__XTVI__: {
      li__EC4R=li__RRWM(((__li__XTVI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__YTVI__: {
      li__EC4R=li__OSWM(((__li__YTVI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__S2VI__: {
      li__EC4R=li__LTWM(((__li__S2VI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__E3VI__: {
      li__EC4R=li__IUWM(((__li__E3VI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__NMWI__: {
      li__EC4R=li__QJXM(((__li__NMWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__BNWI__: {
      li__EC4R=li__NKXM(((__li__BNWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__XNWI__: {
      li__EC4R=li__KLXM(((__li__XNWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__LOWI__: {
      li__EC4R=li__HMXM(((__li__LOWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__5OWI__: {
      li__EC4R=li__ENXM(((__li__5OWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__TPWI__: {
      li__EC4R=li__BOXM(((__li__TPWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__HQWI__: {
      li__EC4R=li__4OXM(((__li__HQWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__MZWI__: {
      li__EC4R=li__LQXM(((__li__MZWI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__C0WI__: {
      li__EC4R=li__GRXM(((__li__C0WI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__M1WI__: {
      li__EC4R=li__JYGP(((__li__M1WI *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__KMFK__: {
      li__EC4R=li__YRXM(((__li__KMFK *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__XOHL__: {
      li__EC4R=li__H5QN(((__li__XOHL *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__FPHL__: {
      li__EC4R=li__LSXM(((__li__FPHL *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__APLM__: {
      li__EC4R=li__KZDQ(((__li__APLM *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__DTNM__: {
      li__EC4R=li__YYTO(((__li__DTNM *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__JXNM__: {
      li__EC4R=li__WB4R(((__li__JXNM *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__21LO__: {
      li__EC4R=li__I1DQ(((__li__21LO *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__TPOO__: {
      li__EC4R=li__F2DQ(((__li__TPOO *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__URRO__: {
      li__EC4R=li__DWJS(((__li__URRO *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__41XO__: {
      li__EC4R=li__H0DQ(((__li__41XO *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__AKBR__: {
      li__EC4R=li__HCES(((__li__AKBR *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__SU5R__: {
      li__EC4R=li__WWJS(((__li__SU5R *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    case __li__JV5R__: {
      li__EC4R=li__TXJS(((__li__JV5R *)((__li__WK *)li__CC4R)),li__DC4R);
    } break;
    };
    li__QC4R=li__EC4R;
  } else /* FALSE */ {
    li__QC4R=li__I__;
  };
  li__ZB4R=li__QC4R;
  return(li__ZB4R);
}

static __li__C li__I1DQ(__li__21LO *li__J1DQ,void *li__K1DQ)
/* (Strict READ_SLOT{li__21LO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__21LO *li__O1DQ;
  void *li__21DQ,*li__31DQ;
  __li__C li__41DQ,li__C2DQ,li__L1DQ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__K1DQ==NULL) {
    li__O1DQ=NULL;
  } else {
    if (((struct ___OBJ *)li__K1DQ)->__id==__li__21LO__) {
      li__O1DQ=((void *)li__K1DQ);
    } else /* Other types */ {
      li__O1DQ=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__O1DQ != (void *)NULL) && ((void *)li__J1DQ->li__KJXO == (void *)li__O1DQ->li__KJXO))) {
    li__21DQ=li__J1DQ->li__N2LO;
    li__31DQ=li__O1DQ->li__N2LO;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__21DQ)->__id) {
    case __li__WK__: {
      li__41DQ=li__5GXM(((__li__WK *)li__21DQ),li__31DQ);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__41DQ=li__I__;
    } break;
    case __li__KVBD__: {
      li__41DQ=li__VHXM(((__li__KVBD *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__WVBD__: {
      li__41DQ=li__HIXM(((__li__WVBD *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__KTVI__: {
      li__41DQ=li__WPWM(((__li__KTVI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__LTVI__: {
      li__41DQ=li__TQWM(((__li__LTVI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__XTVI__: {
      li__41DQ=li__RRWM(((__li__XTVI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__YTVI__: {
      li__41DQ=li__OSWM(((__li__YTVI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__S2VI__: {
      li__41DQ=li__LTWM(((__li__S2VI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__E3VI__: {
      li__41DQ=li__IUWM(((__li__E3VI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__NMWI__: {
      li__41DQ=li__QJXM(((__li__NMWI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__BNWI__: {
      li__41DQ=li__NKXM(((__li__BNWI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__XNWI__: {
      li__41DQ=li__KLXM(((__li__XNWI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__LOWI__: {
      li__41DQ=li__HMXM(((__li__LOWI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__5OWI__: {
      li__41DQ=li__ENXM(((__li__5OWI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__TPWI__: {
      li__41DQ=li__BOXM(((__li__TPWI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__HQWI__: {
      li__41DQ=li__4OXM(((__li__HQWI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__MZWI__: {
      li__41DQ=li__LQXM(((__li__MZWI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__C0WI__: {
      li__41DQ=li__GRXM(((__li__C0WI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__M1WI__: {
      li__41DQ=li__JYGP(((__li__M1WI *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__KMFK__: {
      li__41DQ=li__YRXM(((__li__KMFK *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__XOHL__: {
      li__41DQ=li__H5QN(((__li__XOHL *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__FPHL__: {
      li__41DQ=li__LSXM(((__li__FPHL *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__APLM__: {
      li__41DQ=li__KZDQ(((__li__APLM *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__DTNM__: {
      li__41DQ=li__YYTO(((__li__DTNM *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__JXNM__: {
      li__41DQ=li__WB4R(((__li__JXNM *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__21LO__: {
      li__41DQ=li__I1DQ(((__li__21LO *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__TPOO__: {
      li__41DQ=li__F2DQ(((__li__TPOO *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__URRO__: {
      li__41DQ=li__DWJS(((__li__URRO *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__41XO__: {
      li__41DQ=li__H0DQ(((__li__41XO *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__AKBR__: {
      li__41DQ=li__HCES(((__li__AKBR *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__SU5R__: {
      li__41DQ=li__WWJS(((__li__SU5R *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    case __li__JV5R__: {
      li__41DQ=li__TXJS(((__li__JV5R *)((__li__WK *)li__21DQ)),li__31DQ);
    } break;
    };
    li__C2DQ=li__41DQ;
  } else /* FALSE */ {
    li__C2DQ=li__I__;
  };
  li__L1DQ=li__C2DQ;
  return(li__L1DQ);
}

static __li__C li__F2DQ(__li__TPOO *li__G2DQ,void *li__H2DQ)
/* (Strict READ_GLOBAL{li__TPOO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__TPOO *li__L2DQ;
  __li__C li__I2DQ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__H2DQ==NULL) {
    li__L2DQ=NULL;
  } else {
    if (((struct ___OBJ *)li__H2DQ)->__id==__li__TPOO__) {
      li__L2DQ=((void *)li__H2DQ);
    } else /* Other types */ {
      li__L2DQ=NULL;
    }
  };
  li__I2DQ=(((void *)li__L2DQ != (void *)NULL) && ((void *)li__G2DQ->li__5IXO == (void *)li__L2DQ->li__5IXO));
  return(li__I2DQ);
}

static __li__C li__DWJS(__li__URRO *li__EWJS,void *li__FWJS)
/* (Strict EXPR_NOT_LOGIC{li__URRO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__URRO *li__JWJS;
  void *li__PWJS,*li__QWJS;
  __li__C li__RWJS,li__UWJS,li__GWJS;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__FWJS==NULL) {
    li__JWJS=NULL;
  } else {
    if (((struct ___OBJ *)li__FWJS)->__id==__li__URRO__) {
      li__JWJS=((__li__URRO *)li__FWJS);
    } else /* Other types */ {
      li__JWJS=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__JWJS != (void *)NULL)) {
    li__PWJS=li__EWJS->li__XRRO.li__RF4R;
    li__QWJS=li__JWJS->li__XRRO.li__RF4R;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PWJS)->__id) {
    case __li__WK__: {
      li__RWJS=li__5GXM(((__li__WK *)li__PWJS),li__QWJS);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__RWJS=li__I__;
    } break;
    case __li__KVBD__: {
      li__RWJS=li__VHXM(((__li__KVBD *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__WVBD__: {
      li__RWJS=li__HIXM(((__li__WVBD *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__KTVI__: {
      li__RWJS=li__WPWM(((__li__KTVI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__LTVI__: {
      li__RWJS=li__TQWM(((__li__LTVI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__XTVI__: {
      li__RWJS=li__RRWM(((__li__XTVI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__YTVI__: {
      li__RWJS=li__OSWM(((__li__YTVI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__S2VI__: {
      li__RWJS=li__LTWM(((__li__S2VI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__E3VI__: {
      li__RWJS=li__IUWM(((__li__E3VI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__NMWI__: {
      li__RWJS=li__QJXM(((__li__NMWI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__BNWI__: {
      li__RWJS=li__NKXM(((__li__BNWI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__XNWI__: {
      li__RWJS=li__KLXM(((__li__XNWI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__LOWI__: {
      li__RWJS=li__HMXM(((__li__LOWI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__5OWI__: {
      li__RWJS=li__ENXM(((__li__5OWI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__TPWI__: {
      li__RWJS=li__BOXM(((__li__TPWI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__HQWI__: {
      li__RWJS=li__4OXM(((__li__HQWI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__MZWI__: {
      li__RWJS=li__LQXM(((__li__MZWI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__C0WI__: {
      li__RWJS=li__GRXM(((__li__C0WI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__M1WI__: {
      li__RWJS=li__JYGP(((__li__M1WI *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__KMFK__: {
      li__RWJS=li__YRXM(((__li__KMFK *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__XOHL__: {
      li__RWJS=li__H5QN(((__li__XOHL *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__FPHL__: {
      li__RWJS=li__LSXM(((__li__FPHL *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__APLM__: {
      li__RWJS=li__KZDQ(((__li__APLM *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__DTNM__: {
      li__RWJS=li__YYTO(((__li__DTNM *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__JXNM__: {
      li__RWJS=li__WB4R(((__li__JXNM *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__21LO__: {
      li__RWJS=li__I1DQ(((__li__21LO *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__TPOO__: {
      li__RWJS=li__F2DQ(((__li__TPOO *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__URRO__: {
      li__RWJS=li__DWJS(((__li__URRO *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__41XO__: {
      li__RWJS=li__H0DQ(((__li__41XO *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__AKBR__: {
      li__RWJS=li__HCES(((__li__AKBR *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__SU5R__: {
      li__RWJS=li__WWJS(((__li__SU5R *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    case __li__JV5R__: {
      li__RWJS=li__TXJS(((__li__JV5R *)((__li__WK *)li__PWJS)),li__QWJS);
    } break;
    };
    li__UWJS=li__RWJS;
  } else /* FALSE */ {
    li__UWJS=li__I__;
  };
  li__GWJS=li__UWJS;
  return(li__GWJS);
}

static __li__C li__H0DQ(__li__41XO *li__I0DQ,void *li__J0DQ)
/* (Strict EXPR_OR{li__41XO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__41XO *li__N0DQ;
  void *li__T0DQ,*li__U0DQ;
  __li__C li__V0DQ,li__B1DQ,li__K0DQ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__J0DQ==NULL) {
    li__N0DQ=NULL;
  } else {
    if (((struct ___OBJ *)li__J0DQ)->__id==__li__41XO__) {
      li__N0DQ=((__li__41XO *)li__J0DQ);
    } else /* Other types */ {
      li__N0DQ=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__N0DQ != (void *)NULL)) {
    li__T0DQ=li__I0DQ->li__51XO.li__MQBK;
    li__U0DQ=li__N0DQ->li__51XO.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__T0DQ)->__id) {
    case __li__WK__: {
      li__V0DQ=li__5GXM(((__li__WK *)li__T0DQ),li__U0DQ);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__V0DQ=li__I__;
    } break;
    case __li__KVBD__: {
      li__V0DQ=li__VHXM(((__li__KVBD *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__WVBD__: {
      li__V0DQ=li__HIXM(((__li__WVBD *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__KTVI__: {
      li__V0DQ=li__WPWM(((__li__KTVI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__LTVI__: {
      li__V0DQ=li__TQWM(((__li__LTVI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__XTVI__: {
      li__V0DQ=li__RRWM(((__li__XTVI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__YTVI__: {
      li__V0DQ=li__OSWM(((__li__YTVI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__S2VI__: {
      li__V0DQ=li__LTWM(((__li__S2VI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__E3VI__: {
      li__V0DQ=li__IUWM(((__li__E3VI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__NMWI__: {
      li__V0DQ=li__QJXM(((__li__NMWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__BNWI__: {
      li__V0DQ=li__NKXM(((__li__BNWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__XNWI__: {
      li__V0DQ=li__KLXM(((__li__XNWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__LOWI__: {
      li__V0DQ=li__HMXM(((__li__LOWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__5OWI__: {
      li__V0DQ=li__ENXM(((__li__5OWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__TPWI__: {
      li__V0DQ=li__BOXM(((__li__TPWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__HQWI__: {
      li__V0DQ=li__4OXM(((__li__HQWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__MZWI__: {
      li__V0DQ=li__LQXM(((__li__MZWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__C0WI__: {
      li__V0DQ=li__GRXM(((__li__C0WI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__M1WI__: {
      li__V0DQ=li__JYGP(((__li__M1WI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__KMFK__: {
      li__V0DQ=li__YRXM(((__li__KMFK *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__XOHL__: {
      li__V0DQ=li__H5QN(((__li__XOHL *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__FPHL__: {
      li__V0DQ=li__LSXM(((__li__FPHL *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__APLM__: {
      li__V0DQ=li__KZDQ(((__li__APLM *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__DTNM__: {
      li__V0DQ=li__YYTO(((__li__DTNM *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__JXNM__: {
      li__V0DQ=li__WB4R(((__li__JXNM *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__21LO__: {
      li__V0DQ=li__I1DQ(((__li__21LO *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__TPOO__: {
      li__V0DQ=li__F2DQ(((__li__TPOO *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__URRO__: {
      li__V0DQ=li__DWJS(((__li__URRO *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__41XO__: {
      li__V0DQ=li__H0DQ(((__li__41XO *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__AKBR__: {
      li__V0DQ=li__HCES(((__li__AKBR *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__SU5R__: {
      li__V0DQ=li__WWJS(((__li__SU5R *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__JV5R__: {
      li__V0DQ=li__TXJS(((__li__JV5R *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    };
    li__B1DQ=li__V0DQ;
  } else /* FALSE */ {
    li__B1DQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__B1DQ) {
    li__T0DQ=li__I0DQ->li__51XO.li__QQBK;
    li__U0DQ=li__N0DQ->li__51XO.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__T0DQ)->__id) {
    case __li__WK__: {
      li__V0DQ=li__5GXM(((__li__WK *)li__T0DQ),li__U0DQ);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__V0DQ=li__I__;
    } break;
    case __li__KVBD__: {
      li__V0DQ=li__VHXM(((__li__KVBD *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__WVBD__: {
      li__V0DQ=li__HIXM(((__li__WVBD *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__KTVI__: {
      li__V0DQ=li__WPWM(((__li__KTVI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__LTVI__: {
      li__V0DQ=li__TQWM(((__li__LTVI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__XTVI__: {
      li__V0DQ=li__RRWM(((__li__XTVI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__YTVI__: {
      li__V0DQ=li__OSWM(((__li__YTVI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__S2VI__: {
      li__V0DQ=li__LTWM(((__li__S2VI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__E3VI__: {
      li__V0DQ=li__IUWM(((__li__E3VI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__NMWI__: {
      li__V0DQ=li__QJXM(((__li__NMWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__BNWI__: {
      li__V0DQ=li__NKXM(((__li__BNWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__XNWI__: {
      li__V0DQ=li__KLXM(((__li__XNWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__LOWI__: {
      li__V0DQ=li__HMXM(((__li__LOWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__5OWI__: {
      li__V0DQ=li__ENXM(((__li__5OWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__TPWI__: {
      li__V0DQ=li__BOXM(((__li__TPWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__HQWI__: {
      li__V0DQ=li__4OXM(((__li__HQWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__MZWI__: {
      li__V0DQ=li__LQXM(((__li__MZWI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__C0WI__: {
      li__V0DQ=li__GRXM(((__li__C0WI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__M1WI__: {
      li__V0DQ=li__JYGP(((__li__M1WI *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__KMFK__: {
      li__V0DQ=li__YRXM(((__li__KMFK *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__XOHL__: {
      li__V0DQ=li__H5QN(((__li__XOHL *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__FPHL__: {
      li__V0DQ=li__LSXM(((__li__FPHL *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__APLM__: {
      li__V0DQ=li__KZDQ(((__li__APLM *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__DTNM__: {
      li__V0DQ=li__YYTO(((__li__DTNM *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__JXNM__: {
      li__V0DQ=li__WB4R(((__li__JXNM *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__21LO__: {
      li__V0DQ=li__I1DQ(((__li__21LO *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__TPOO__: {
      li__V0DQ=li__F2DQ(((__li__TPOO *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__URRO__: {
      li__V0DQ=li__DWJS(((__li__URRO *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__41XO__: {
      li__V0DQ=li__H0DQ(((__li__41XO *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__AKBR__: {
      li__V0DQ=li__HCES(((__li__AKBR *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__SU5R__: {
      li__V0DQ=li__WWJS(((__li__SU5R *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    case __li__JV5R__: {
      li__V0DQ=li__TXJS(((__li__JV5R *)((__li__WK *)li__T0DQ)),li__U0DQ);
    } break;
    };
    li__B1DQ=li__V0DQ;
  } else /* FALSE */ {
    li__B1DQ=li__I__;
  };
  li__K0DQ=li__B1DQ;
  return(li__K0DQ);
}

static __li__C li__HCES(__li__AKBR *li__ICES,void *li__JCES)
/* (Strict EXPR_XOR{li__AKBR},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__AKBR *li__NCES;
  void *li__TCES,*li__UCES;
  __li__C li__VCES,li__BDES,li__KCES;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__JCES==NULL) {
    li__NCES=NULL;
  } else {
    if (((struct ___OBJ *)li__JCES)->__id==__li__AKBR__) {
      li__NCES=((__li__AKBR *)li__JCES);
    } else /* Other types */ {
      li__NCES=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__NCES != (void *)NULL)) {
    li__TCES=li__ICES->li__BKBR.li__MQBK;
    li__UCES=li__NCES->li__BKBR.li__MQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TCES)->__id) {
    case __li__WK__: {
      li__VCES=li__5GXM(((__li__WK *)li__TCES),li__UCES);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__VCES=li__I__;
    } break;
    case __li__KVBD__: {
      li__VCES=li__VHXM(((__li__KVBD *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__WVBD__: {
      li__VCES=li__HIXM(((__li__WVBD *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__KTVI__: {
      li__VCES=li__WPWM(((__li__KTVI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__LTVI__: {
      li__VCES=li__TQWM(((__li__LTVI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__XTVI__: {
      li__VCES=li__RRWM(((__li__XTVI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__YTVI__: {
      li__VCES=li__OSWM(((__li__YTVI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__S2VI__: {
      li__VCES=li__LTWM(((__li__S2VI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__E3VI__: {
      li__VCES=li__IUWM(((__li__E3VI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__NMWI__: {
      li__VCES=li__QJXM(((__li__NMWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__BNWI__: {
      li__VCES=li__NKXM(((__li__BNWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__XNWI__: {
      li__VCES=li__KLXM(((__li__XNWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__LOWI__: {
      li__VCES=li__HMXM(((__li__LOWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__5OWI__: {
      li__VCES=li__ENXM(((__li__5OWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__TPWI__: {
      li__VCES=li__BOXM(((__li__TPWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__HQWI__: {
      li__VCES=li__4OXM(((__li__HQWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__MZWI__: {
      li__VCES=li__LQXM(((__li__MZWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__C0WI__: {
      li__VCES=li__GRXM(((__li__C0WI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__M1WI__: {
      li__VCES=li__JYGP(((__li__M1WI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__KMFK__: {
      li__VCES=li__YRXM(((__li__KMFK *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__XOHL__: {
      li__VCES=li__H5QN(((__li__XOHL *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__FPHL__: {
      li__VCES=li__LSXM(((__li__FPHL *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__APLM__: {
      li__VCES=li__KZDQ(((__li__APLM *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__DTNM__: {
      li__VCES=li__YYTO(((__li__DTNM *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__JXNM__: {
      li__VCES=li__WB4R(((__li__JXNM *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__21LO__: {
      li__VCES=li__I1DQ(((__li__21LO *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__TPOO__: {
      li__VCES=li__F2DQ(((__li__TPOO *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__URRO__: {
      li__VCES=li__DWJS(((__li__URRO *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__41XO__: {
      li__VCES=li__H0DQ(((__li__41XO *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__AKBR__: {
      li__VCES=li__HCES(((__li__AKBR *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__SU5R__: {
      li__VCES=li__WWJS(((__li__SU5R *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__JV5R__: {
      li__VCES=li__TXJS(((__li__JV5R *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    };
    li__BDES=li__VCES;
  } else /* FALSE */ {
    li__BDES=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__BDES) {
    li__TCES=li__ICES->li__BKBR.li__QQBK;
    li__UCES=li__NCES->li__BKBR.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TCES)->__id) {
    case __li__WK__: {
      li__VCES=li__5GXM(((__li__WK *)li__TCES),li__UCES);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__VCES=li__I__;
    } break;
    case __li__KVBD__: {
      li__VCES=li__VHXM(((__li__KVBD *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__WVBD__: {
      li__VCES=li__HIXM(((__li__WVBD *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__KTVI__: {
      li__VCES=li__WPWM(((__li__KTVI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__LTVI__: {
      li__VCES=li__TQWM(((__li__LTVI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__XTVI__: {
      li__VCES=li__RRWM(((__li__XTVI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__YTVI__: {
      li__VCES=li__OSWM(((__li__YTVI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__S2VI__: {
      li__VCES=li__LTWM(((__li__S2VI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__E3VI__: {
      li__VCES=li__IUWM(((__li__E3VI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__NMWI__: {
      li__VCES=li__QJXM(((__li__NMWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__BNWI__: {
      li__VCES=li__NKXM(((__li__BNWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__XNWI__: {
      li__VCES=li__KLXM(((__li__XNWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__LOWI__: {
      li__VCES=li__HMXM(((__li__LOWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__5OWI__: {
      li__VCES=li__ENXM(((__li__5OWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__TPWI__: {
      li__VCES=li__BOXM(((__li__TPWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__HQWI__: {
      li__VCES=li__4OXM(((__li__HQWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__MZWI__: {
      li__VCES=li__LQXM(((__li__MZWI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__C0WI__: {
      li__VCES=li__GRXM(((__li__C0WI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__M1WI__: {
      li__VCES=li__JYGP(((__li__M1WI *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__KMFK__: {
      li__VCES=li__YRXM(((__li__KMFK *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__XOHL__: {
      li__VCES=li__H5QN(((__li__XOHL *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__FPHL__: {
      li__VCES=li__LSXM(((__li__FPHL *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__APLM__: {
      li__VCES=li__KZDQ(((__li__APLM *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__DTNM__: {
      li__VCES=li__YYTO(((__li__DTNM *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__JXNM__: {
      li__VCES=li__WB4R(((__li__JXNM *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__21LO__: {
      li__VCES=li__I1DQ(((__li__21LO *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__TPOO__: {
      li__VCES=li__F2DQ(((__li__TPOO *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__URRO__: {
      li__VCES=li__DWJS(((__li__URRO *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__41XO__: {
      li__VCES=li__H0DQ(((__li__41XO *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__AKBR__: {
      li__VCES=li__HCES(((__li__AKBR *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__SU5R__: {
      li__VCES=li__WWJS(((__li__SU5R *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    case __li__JV5R__: {
      li__VCES=li__TXJS(((__li__JV5R *)((__li__WK *)li__TCES)),li__UCES);
    } break;
    };
    li__BDES=li__VCES;
  } else /* FALSE */ {
    li__BDES=li__I__;
  };
  li__KCES=li__BDES;
  return(li__KCES);
}

static __li__C li__WWJS(__li__SU5R *li__XWJS,void *li__YWJS)
/* (Strict EXPR_INF{li__SU5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__SU5R *li__2WJS;
  void *li__CXJS,*li__DXJS;
  __li__C li__EXJS,li__QXJS,li__ZWJS;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__YWJS==NULL) {
    li__2WJS=NULL;
  } else {
    if (((struct ___OBJ *)li__YWJS)->__id==__li__SU5R__) {
      li__2WJS=((__li__SU5R *)li__YWJS);
    } else /* Other types */ {
      li__2WJS=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__2WJS != (void *)NULL)) {
    li__CXJS=li__XWJS->li__TU5R.li__FPBK;
    li__DXJS=li__2WJS->li__TU5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CXJS)->__id) {
    case __li__WK__: {
      li__EXJS=li__5GXM(((__li__WK *)li__CXJS),li__DXJS);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__EXJS=li__I__;
    } break;
    case __li__KVBD__: {
      li__EXJS=li__VHXM(((__li__KVBD *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__WVBD__: {
      li__EXJS=li__HIXM(((__li__WVBD *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__KTVI__: {
      li__EXJS=li__WPWM(((__li__KTVI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__LTVI__: {
      li__EXJS=li__TQWM(((__li__LTVI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__XTVI__: {
      li__EXJS=li__RRWM(((__li__XTVI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__YTVI__: {
      li__EXJS=li__OSWM(((__li__YTVI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__S2VI__: {
      li__EXJS=li__LTWM(((__li__S2VI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__E3VI__: {
      li__EXJS=li__IUWM(((__li__E3VI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__NMWI__: {
      li__EXJS=li__QJXM(((__li__NMWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__BNWI__: {
      li__EXJS=li__NKXM(((__li__BNWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__XNWI__: {
      li__EXJS=li__KLXM(((__li__XNWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__LOWI__: {
      li__EXJS=li__HMXM(((__li__LOWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__5OWI__: {
      li__EXJS=li__ENXM(((__li__5OWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__TPWI__: {
      li__EXJS=li__BOXM(((__li__TPWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__HQWI__: {
      li__EXJS=li__4OXM(((__li__HQWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__MZWI__: {
      li__EXJS=li__LQXM(((__li__MZWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__C0WI__: {
      li__EXJS=li__GRXM(((__li__C0WI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__M1WI__: {
      li__EXJS=li__JYGP(((__li__M1WI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__KMFK__: {
      li__EXJS=li__YRXM(((__li__KMFK *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__XOHL__: {
      li__EXJS=li__H5QN(((__li__XOHL *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__FPHL__: {
      li__EXJS=li__LSXM(((__li__FPHL *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__APLM__: {
      li__EXJS=li__KZDQ(((__li__APLM *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__DTNM__: {
      li__EXJS=li__YYTO(((__li__DTNM *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__JXNM__: {
      li__EXJS=li__WB4R(((__li__JXNM *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__21LO__: {
      li__EXJS=li__I1DQ(((__li__21LO *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__TPOO__: {
      li__EXJS=li__F2DQ(((__li__TPOO *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__URRO__: {
      li__EXJS=li__DWJS(((__li__URRO *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__41XO__: {
      li__EXJS=li__H0DQ(((__li__41XO *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__AKBR__: {
      li__EXJS=li__HCES(((__li__AKBR *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__SU5R__: {
      li__EXJS=li__WWJS(((__li__SU5R *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__JV5R__: {
      li__EXJS=li__TXJS(((__li__JV5R *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    };
    li__QXJS=li__EXJS;
  } else /* FALSE */ {
    li__QXJS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__QXJS) {
    li__CXJS=li__XWJS->li__TU5R.li__LPBK;
    li__DXJS=li__2WJS->li__TU5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CXJS)->__id) {
    case __li__WK__: {
      li__EXJS=li__5GXM(((__li__WK *)li__CXJS),li__DXJS);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__EXJS=li__I__;
    } break;
    case __li__KVBD__: {
      li__EXJS=li__VHXM(((__li__KVBD *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__WVBD__: {
      li__EXJS=li__HIXM(((__li__WVBD *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__KTVI__: {
      li__EXJS=li__WPWM(((__li__KTVI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__LTVI__: {
      li__EXJS=li__TQWM(((__li__LTVI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__XTVI__: {
      li__EXJS=li__RRWM(((__li__XTVI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__YTVI__: {
      li__EXJS=li__OSWM(((__li__YTVI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__S2VI__: {
      li__EXJS=li__LTWM(((__li__S2VI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__E3VI__: {
      li__EXJS=li__IUWM(((__li__E3VI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__NMWI__: {
      li__EXJS=li__QJXM(((__li__NMWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__BNWI__: {
      li__EXJS=li__NKXM(((__li__BNWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__XNWI__: {
      li__EXJS=li__KLXM(((__li__XNWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__LOWI__: {
      li__EXJS=li__HMXM(((__li__LOWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__5OWI__: {
      li__EXJS=li__ENXM(((__li__5OWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__TPWI__: {
      li__EXJS=li__BOXM(((__li__TPWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__HQWI__: {
      li__EXJS=li__4OXM(((__li__HQWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__MZWI__: {
      li__EXJS=li__LQXM(((__li__MZWI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__C0WI__: {
      li__EXJS=li__GRXM(((__li__C0WI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__M1WI__: {
      li__EXJS=li__JYGP(((__li__M1WI *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__KMFK__: {
      li__EXJS=li__YRXM(((__li__KMFK *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__XOHL__: {
      li__EXJS=li__H5QN(((__li__XOHL *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__FPHL__: {
      li__EXJS=li__LSXM(((__li__FPHL *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__APLM__: {
      li__EXJS=li__KZDQ(((__li__APLM *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__DTNM__: {
      li__EXJS=li__YYTO(((__li__DTNM *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__JXNM__: {
      li__EXJS=li__WB4R(((__li__JXNM *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__21LO__: {
      li__EXJS=li__I1DQ(((__li__21LO *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__TPOO__: {
      li__EXJS=li__F2DQ(((__li__TPOO *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__URRO__: {
      li__EXJS=li__DWJS(((__li__URRO *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__41XO__: {
      li__EXJS=li__H0DQ(((__li__41XO *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__AKBR__: {
      li__EXJS=li__HCES(((__li__AKBR *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__SU5R__: {
      li__EXJS=li__WWJS(((__li__SU5R *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    case __li__JV5R__: {
      li__EXJS=li__TXJS(((__li__JV5R *)((__li__WK *)li__CXJS)),li__DXJS);
    } break;
    };
    li__QXJS=li__EXJS;
  } else /* FALSE */ {
    li__QXJS=li__I__;
  };
  li__ZWJS=li__QXJS;
  return(li__ZWJS);
}

static __li__C li__TXJS(__li__JV5R *li__UXJS,void *li__VXJS)
/* (Strict EXPR_INF_EQ{li__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__JV5R *li__ZXJS;
  void *li__5XJS,*li__AYJS;
  __li__C li__BYJS,li__NYJS,li__WXJS;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__VXJS==NULL) {
    li__ZXJS=NULL;
  } else {
    if (((struct ___OBJ *)li__VXJS)->__id==__li__JV5R__) {
      li__ZXJS=((__li__JV5R *)li__VXJS);
    } else /* Other types */ {
      li__ZXJS=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__ZXJS != (void *)NULL)) {
    li__5XJS=li__UXJS->li__KV5R.li__FPBK;
    li__AYJS=li__ZXJS->li__KV5R.li__FPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5XJS)->__id) {
    case __li__WK__: {
      li__BYJS=li__5GXM(((__li__WK *)li__5XJS),li__AYJS);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__BYJS=li__I__;
    } break;
    case __li__KVBD__: {
      li__BYJS=li__VHXM(((__li__KVBD *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__WVBD__: {
      li__BYJS=li__HIXM(((__li__WVBD *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__KTVI__: {
      li__BYJS=li__WPWM(((__li__KTVI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__LTVI__: {
      li__BYJS=li__TQWM(((__li__LTVI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__XTVI__: {
      li__BYJS=li__RRWM(((__li__XTVI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__YTVI__: {
      li__BYJS=li__OSWM(((__li__YTVI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__S2VI__: {
      li__BYJS=li__LTWM(((__li__S2VI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__E3VI__: {
      li__BYJS=li__IUWM(((__li__E3VI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__NMWI__: {
      li__BYJS=li__QJXM(((__li__NMWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__BNWI__: {
      li__BYJS=li__NKXM(((__li__BNWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__XNWI__: {
      li__BYJS=li__KLXM(((__li__XNWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__LOWI__: {
      li__BYJS=li__HMXM(((__li__LOWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__5OWI__: {
      li__BYJS=li__ENXM(((__li__5OWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__TPWI__: {
      li__BYJS=li__BOXM(((__li__TPWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__HQWI__: {
      li__BYJS=li__4OXM(((__li__HQWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__MZWI__: {
      li__BYJS=li__LQXM(((__li__MZWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__C0WI__: {
      li__BYJS=li__GRXM(((__li__C0WI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__M1WI__: {
      li__BYJS=li__JYGP(((__li__M1WI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__KMFK__: {
      li__BYJS=li__YRXM(((__li__KMFK *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__XOHL__: {
      li__BYJS=li__H5QN(((__li__XOHL *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__FPHL__: {
      li__BYJS=li__LSXM(((__li__FPHL *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__APLM__: {
      li__BYJS=li__KZDQ(((__li__APLM *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__DTNM__: {
      li__BYJS=li__YYTO(((__li__DTNM *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__JXNM__: {
      li__BYJS=li__WB4R(((__li__JXNM *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__21LO__: {
      li__BYJS=li__I1DQ(((__li__21LO *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__TPOO__: {
      li__BYJS=li__F2DQ(((__li__TPOO *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__URRO__: {
      li__BYJS=li__DWJS(((__li__URRO *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__41XO__: {
      li__BYJS=li__H0DQ(((__li__41XO *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__AKBR__: {
      li__BYJS=li__HCES(((__li__AKBR *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__SU5R__: {
      li__BYJS=li__WWJS(((__li__SU5R *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__JV5R__: {
      li__BYJS=li__TXJS(((__li__JV5R *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    };
    li__NYJS=li__BYJS;
  } else /* FALSE */ {
    li__NYJS=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__NYJS) {
    li__5XJS=li__UXJS->li__KV5R.li__LPBK;
    li__AYJS=li__ZXJS->li__KV5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5XJS)->__id) {
    case __li__WK__: {
      li__BYJS=li__5GXM(((__li__WK *)li__5XJS),li__AYJS);
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__ARWI__: 
    case __li__URWI__: 
    case __li__MSWI__: 
    case __li__ETWI__: {
      li__BYJS=li__I__;
    } break;
    case __li__KVBD__: {
      li__BYJS=li__VHXM(((__li__KVBD *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__WVBD__: {
      li__BYJS=li__HIXM(((__li__WVBD *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__KTVI__: {
      li__BYJS=li__WPWM(((__li__KTVI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__LTVI__: {
      li__BYJS=li__TQWM(((__li__LTVI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__XTVI__: {
      li__BYJS=li__RRWM(((__li__XTVI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__YTVI__: {
      li__BYJS=li__OSWM(((__li__YTVI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__S2VI__: {
      li__BYJS=li__LTWM(((__li__S2VI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__E3VI__: {
      li__BYJS=li__IUWM(((__li__E3VI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__NMWI__: {
      li__BYJS=li__QJXM(((__li__NMWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__BNWI__: {
      li__BYJS=li__NKXM(((__li__BNWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__XNWI__: {
      li__BYJS=li__KLXM(((__li__XNWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__LOWI__: {
      li__BYJS=li__HMXM(((__li__LOWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__5OWI__: {
      li__BYJS=li__ENXM(((__li__5OWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__TPWI__: {
      li__BYJS=li__BOXM(((__li__TPWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__HQWI__: {
      li__BYJS=li__4OXM(((__li__HQWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__MZWI__: {
      li__BYJS=li__LQXM(((__li__MZWI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__C0WI__: {
      li__BYJS=li__GRXM(((__li__C0WI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__M1WI__: {
      li__BYJS=li__JYGP(((__li__M1WI *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__KMFK__: {
      li__BYJS=li__YRXM(((__li__KMFK *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__XOHL__: {
      li__BYJS=li__H5QN(((__li__XOHL *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__FPHL__: {
      li__BYJS=li__LSXM(((__li__FPHL *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__APLM__: {
      li__BYJS=li__KZDQ(((__li__APLM *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__DTNM__: {
      li__BYJS=li__YYTO(((__li__DTNM *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__JXNM__: {
      li__BYJS=li__WB4R(((__li__JXNM *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__21LO__: {
      li__BYJS=li__I1DQ(((__li__21LO *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__TPOO__: {
      li__BYJS=li__F2DQ(((__li__TPOO *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__URRO__: {
      li__BYJS=li__DWJS(((__li__URRO *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__41XO__: {
      li__BYJS=li__H0DQ(((__li__41XO *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__AKBR__: {
      li__BYJS=li__HCES(((__li__AKBR *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__SU5R__: {
      li__BYJS=li__WWJS(((__li__SU5R *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    case __li__JV5R__: {
      li__BYJS=li__TXJS(((__li__JV5R *)((__li__WK *)li__5XJS)),li__AYJS);
    } break;
    };
    li__NYJS=li__BYJS;
  } else /* FALSE */ {
    li__NYJS=li__I__;
  };
  li__WXJS=li__NYJS;
  return(li__WXJS);
}

static void li__JF2Q(__li__SZHP *li__KF2Q,__li__BRPK *li__LF2Q)
/* (Strict FAST_ARRAY(FAST_ARRAY(CASE)){li__SZHP},Strict FAST_ARRAY(CASE){NULLxli__BRPK}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__TG2Q,li__VWPR,li__5XPR,li__YLZR;
  __li__CB li__ZXPR;
  __li__C li__1F2Q;
  void **li__LG2Q;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__KF2Q)).li__ACIP +  1) <= (__li__K)((*(li__KF2Q)).li__OF2Q -  1))) {
    (*(li__KF2Q)).li__ACIP=(__li__K)((*(li__KF2Q)).li__ACIP +  1);
    li__1F2Q=li__B__;
  } else /* FALSE */ {
    li__1F2Q=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__1F2Q)) {
    /* __li__B__ __li__I__ */
if (((*(li__KF2Q)).li__OF2Q ==  0)) {
      li__LG2Q=li__L2DR( 2);
      (*(li__KF2Q)).li__MG2Q=li__LG2Q;
      (*(li__KF2Q)).li__OF2Q= 2;
      (*(li__KF2Q)).li__ACIP= 0;
    } else /* FALSE */ {
      li__TG2Q=(__li__K)((*(li__KF2Q)).li__OF2Q <<  1);
      li__LG2Q=((void **)(*(li__KF2Q)).li__MG2Q);
      li__VWPR=(*(li__KF2Q)).li__OF2Q;
      li__ZXPR=li__CUY(((__li__CB )li__LG2Q),((__li__JJG )(__li__K)(li__VWPR * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__TG2Q * ((__li__K )(sizeof(void *))))));
      li__LG2Q=((void **)li__ZXPR);
      li__5XPR=(__li__K)(li__TG2Q -  1);
      li__YLZR=li__VWPR;
      while ((li__YLZR <= li__5XPR)) {
        li__LG2Q[li__YLZR]=NULL;
        li__YLZR=(__li__K)(li__YLZR +  1);
      };
      (*(li__KF2Q)).li__MG2Q=li__LG2Q;
      (*(li__KF2Q)).li__OF2Q=li__TG2Q;
      (*(li__KF2Q)).li__ACIP=(__li__K)((*(li__KF2Q)).li__ACIP +  1);
    };
  };
  ((void **)(*(li__KF2Q)).li__MG2Q)[(*(li__KF2Q)).li__ACIP]=li__LF2Q;
}

static void li__GHIL(__li__MZB *li__HHIL,__li__DZB *li__IHIL)
/* (Strict FAST_ARRAY(SLOT_DATA){li__MZB},Strict SLOT_DATA{NULLxli__DZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__KIIL;
  __li__C li__XHIL;
  void **li__DIIL;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__HHIL)).li__1ZB +  1) <= (__li__K)((*(li__HHIL)).li__ZQ0 -  1))) {
    (*(li__HHIL)).li__1ZB=(__li__K)((*(li__HHIL)).li__1ZB +  1);
    li__XHIL=li__B__;
  } else /* FALSE */ {
    li__XHIL=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__XHIL)) {
    /* __li__B__ __li__I__ */
if (((*(li__HHIL)).li__ZQ0 ==  0)) {
      li__DIIL=li__EGHB( 2);
      (*(li__HHIL)).li__GR0=li__DIIL;
      (*(li__HHIL)).li__ZQ0= 2;
      (*(li__HHIL)).li__1ZB= 0;
    } else /* FALSE */ {
      li__KIIL=(__li__K)((*(li__HHIL)).li__ZQ0 <<  1);
      li__DIIL=li__WYUG(((void **)(*(li__HHIL)).li__GR0),(*(li__HHIL)).li__ZQ0,li__KIIL);
      (*(li__HHIL)).li__GR0=li__DIIL;
      (*(li__HHIL)).li__ZQ0=li__KIIL;
      (*(li__HHIL)).li__1ZB=(__li__K)((*(li__HHIL)).li__1ZB +  1);
    };
  };
  ((void **)(*(li__HHIL)).li__GR0)[(*(li__HHIL)).li__1ZB]=li__IHIL;
}

static void li__KBOL(__li__RLKJ *li__LBOL,__li__BC *li__MBOL)
/* (Strict WRITE_GLOBAL{li__RLKJ},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ACOL,*li__MDOL,*li__VDOL;
  __li__5RB *li__BCOL,*li__NDOL,*li__WDOL;
  __li__C0WI *li__204U,*li__G14U;
  __li__M1WI *li__404U,*li__I14U;
  __li__C li__GCOL,li__0DOL,li__HEOL;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__LBOL->li__2BDK->li__GZB.li__0RNE)->li__BEM &  16) !=  0)) {
    li__ACOL=li__LBOL->li__SLKJ.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ACOL)->__id) {
    case __li__WK__: {
      li__BCOL=((__li__WK *)li__ACOL)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__BCOL=((__li__AVBD *)li__ACOL)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__BCOL=((__li__KVBD *)li__ACOL)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__BCOL=((__li__WVBD *)li__ACOL)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__BCOL=li__JK5J(((__li__Z4WH *)li__ACOL));
    } break;
    case __li__KTVI__: {
      li__BCOL=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__BCOL=li__553L();
    } break;
    case __li__XTVI__: {
      li__BCOL=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__BCOL=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__BCOL=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__BCOL=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__BCOL=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__BCOL=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__BCOL=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__BCOL=li__DWEK(((__li__BNWI *)li__ACOL));
    } break;
    case __li__XNWI__: {
      li__BCOL=li__IWEK(((__li__XNWI *)li__ACOL));
    } break;
    case __li__LOWI__: {
      li__BCOL=li__NWEK(((__li__LOWI *)li__ACOL));
    } break;
    case __li__5OWI__: {
      li__BCOL=li__SWEK(((__li__5OWI *)li__ACOL));
    } break;
    case __li__TPWI__: {
      li__BCOL=li__XWEK(((__li__TPWI *)li__ACOL));
    } break;
    case __li__HQWI__: {
      li__BCOL=li__2WEK(((__li__HQWI *)li__ACOL));
    } break;
    case __li__ARWI__: {
      li__BCOL=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__BCOL=li__FXEK(((__li__URWI *)li__ACOL));
    } break;
    case __li__MSWI__: {
      li__BCOL=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__BCOL=((__li__ETWI *)li__ACOL)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__BCOL=((__li__MZWI *)li__ACOL)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__BCOL=((__li__C0WI *)li__ACOL)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__BCOL=((__li__M1WI *)li__ACOL)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__BCOL=((__li__KMFK *)li__ACOL)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__BCOL=li__T4NN(((__li__XOHL *)li__ACOL));
    } break;
    case __li__FPHL__: {
      li__BCOL=li__KA4L(((__li__FPHL *)li__ACOL));
    } break;
    case __li__APLM__: {
      li__BCOL=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__BCOL=li__1ISO(((__li__DTNM *)li__ACOL));
    } break;
    case __li__JXNM__: {
      li__BCOL=li__VX3R(((__li__JXNM *)li__ACOL));
    } break;
    case __li__21LO__: {
      li__BCOL=((__li__21LO *)li__ACOL)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__BCOL=((__li__TPOO *)li__ACOL)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__BCOL=li__FH4R();
    } break;
    case __li__41XO__: {
      li__BCOL=li__3FDQ(((__li__41XO *)li__ACOL));
    } break;
    case __li__AKBR__: {
      li__BCOL=li__WQDS(((__li__AKBR *)li__ACOL));
    } break;
    case __li__SU5R__: {
      li__BCOL=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__BCOL=li__Y1IS();
    } break;
    };
    li__GCOL=(! ((__li__F0C)(((__li__5RB *)li__BCOL)->li__BEM &  16) !=  0));
  } else /* FALSE */ {
    li__GCOL=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__GCOL) {
    li__JAZ(((__li__BC *)li__MBOL),(&__string_725));
    li__ACOL=li__LBOL->li__SLKJ.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ACOL)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__ACOL),li__MBOL);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__ACOL)),li__MBOL);
      li__JAZ(((__li__BC *)li__MBOL),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__MBOL),((__li__MZWI *)((__li__WK *)li__ACOL))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__204U=((__li__C0WI *)((__li__WK *)li__ACOL));
      li__SRX(((__li__BC *)li__MBOL),'\'');
      li__JAZ(((__li__BC *)li__MBOL),li__204U->li__CTBK);
      li__SRX(((__li__BC *)li__MBOL),'\'');
    } break;
    case __li__M1WI__: {
      li__404U=((__li__M1WI *)((__li__WK *)li__ACOL));
      li__SRX(((__li__BC *)li__MBOL),'\"');
      li__JAZ(((__li__BC *)li__MBOL),li__404U->li__UTFK);
      li__SRX(((__li__BC *)li__MBOL),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__MBOL),((__li__TPOO *)((__li__WK *)li__ACOL))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__ACOL)),li__MBOL);
    } break;
    };
    li__SRX(((__li__BC *)li__MBOL),')');
    li__GCOL=li__B__;
  } else /* FALSE */ {
    li__GCOL=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__GCOL)) {
    /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__LBOL->li__2BDK->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && (! ((__li__F0C)(((__li__5RB *)li__LBOL->li__2BDK->li__GZB.li__0RNE)->li__BEM &  16) !=  0)))) {
      li__MDOL=li__LBOL->li__SLKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MDOL)->__id) {
      case __li__WK__: {
        li__NDOL=((__li__WK *)li__MDOL)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__NDOL=((__li__AVBD *)li__MDOL)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__NDOL=((__li__KVBD *)li__MDOL)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__NDOL=((__li__WVBD *)li__MDOL)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__NDOL=li__JK5J(((__li__Z4WH *)li__MDOL));
      } break;
      case __li__KTVI__: {
        li__NDOL=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__NDOL=li__553L();
      } break;
      case __li__XTVI__: {
        li__NDOL=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__NDOL=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__NDOL=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__NDOL=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__NDOL=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__NDOL=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__NDOL=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__NDOL=li__DWEK(((__li__BNWI *)li__MDOL));
      } break;
      case __li__XNWI__: {
        li__NDOL=li__IWEK(((__li__XNWI *)li__MDOL));
      } break;
      case __li__LOWI__: {
        li__NDOL=li__NWEK(((__li__LOWI *)li__MDOL));
      } break;
      case __li__5OWI__: {
        li__NDOL=li__SWEK(((__li__5OWI *)li__MDOL));
      } break;
      case __li__TPWI__: {
        li__NDOL=li__XWEK(((__li__TPWI *)li__MDOL));
      } break;
      case __li__HQWI__: {
        li__NDOL=li__2WEK(((__li__HQWI *)li__MDOL));
      } break;
      case __li__ARWI__: {
        li__NDOL=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__NDOL=li__FXEK(((__li__URWI *)li__MDOL));
      } break;
      case __li__MSWI__: {
        li__NDOL=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__NDOL=((__li__ETWI *)li__MDOL)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__NDOL=((__li__MZWI *)li__MDOL)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__NDOL=((__li__C0WI *)li__MDOL)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__NDOL=((__li__M1WI *)li__MDOL)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__NDOL=((__li__KMFK *)li__MDOL)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__NDOL=li__T4NN(((__li__XOHL *)li__MDOL));
      } break;
      case __li__FPHL__: {
        li__NDOL=li__KA4L(((__li__FPHL *)li__MDOL));
      } break;
      case __li__APLM__: {
        li__NDOL=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__NDOL=li__1ISO(((__li__DTNM *)li__MDOL));
      } break;
      case __li__JXNM__: {
        li__NDOL=li__VX3R(((__li__JXNM *)li__MDOL));
      } break;
      case __li__21LO__: {
        li__NDOL=((__li__21LO *)li__MDOL)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__NDOL=((__li__TPOO *)li__MDOL)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__NDOL=li__FH4R();
      } break;
      case __li__41XO__: {
        li__NDOL=li__3FDQ(((__li__41XO *)li__MDOL));
      } break;
      case __li__AKBR__: {
        li__NDOL=li__WQDS(((__li__AKBR *)li__MDOL));
      } break;
      case __li__SU5R__: {
        li__NDOL=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__NDOL=li__Y1IS();
      } break;
      };
      /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__NDOL)->li__BEM &  1) !=  0))) {
        li__0DOL=li__B__;
      } else /* FALSE */ {
        li__VDOL=li__LBOL->li__SLKJ.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VDOL)->__id) {
        case __li__WK__: {
          li__WDOL=((__li__WK *)li__VDOL)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__WDOL=((__li__AVBD *)li__VDOL)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__WDOL=((__li__KVBD *)li__VDOL)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__WDOL=((__li__WVBD *)li__VDOL)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__WDOL=li__JK5J(((__li__Z4WH *)li__VDOL));
        } break;
        case __li__KTVI__: {
          li__WDOL=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__WDOL=li__553L();
        } break;
        case __li__XTVI__: {
          li__WDOL=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__WDOL=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__WDOL=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__WDOL=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__WDOL=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__WDOL=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__WDOL=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__WDOL=li__DWEK(((__li__BNWI *)li__VDOL));
        } break;
        case __li__XNWI__: {
          li__WDOL=li__IWEK(((__li__XNWI *)li__VDOL));
        } break;
        case __li__LOWI__: {
          li__WDOL=li__NWEK(((__li__LOWI *)li__VDOL));
        } break;
        case __li__5OWI__: {
          li__WDOL=li__SWEK(((__li__5OWI *)li__VDOL));
        } break;
        case __li__TPWI__: {
          li__WDOL=li__XWEK(((__li__TPWI *)li__VDOL));
        } break;
        case __li__HQWI__: {
          li__WDOL=li__2WEK(((__li__HQWI *)li__VDOL));
        } break;
        case __li__ARWI__: {
          li__WDOL=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__WDOL=li__FXEK(((__li__URWI *)li__VDOL));
        } break;
        case __li__MSWI__: {
          li__WDOL=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__WDOL=((__li__ETWI *)li__VDOL)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__WDOL=((__li__MZWI *)li__VDOL)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__WDOL=((__li__C0WI *)li__VDOL)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__WDOL=((__li__M1WI *)li__VDOL)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__WDOL=((__li__KMFK *)li__VDOL)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__WDOL=li__T4NN(((__li__XOHL *)li__VDOL));
        } break;
        case __li__FPHL__: {
          li__WDOL=li__KA4L(((__li__FPHL *)li__VDOL));
        } break;
        case __li__APLM__: {
          li__WDOL=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__WDOL=li__1ISO(((__li__DTNM *)li__VDOL));
        } break;
        case __li__JXNM__: {
          li__WDOL=li__VX3R(((__li__JXNM *)li__VDOL));
        } break;
        case __li__21LO__: {
          li__WDOL=((__li__21LO *)li__VDOL)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__WDOL=((__li__TPOO *)li__VDOL)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__WDOL=li__FH4R();
        } break;
        case __li__41XO__: {
          li__WDOL=li__3FDQ(((__li__41XO *)li__VDOL));
        } break;
        case __li__AKBR__: {
          li__WDOL=li__WQDS(((__li__AKBR *)li__VDOL));
        } break;
        case __li__SU5R__: {
          li__WDOL=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__WDOL=li__Y1IS();
        } break;
        };
        li__0DOL=((__li__F0C)(((__li__5RB *)li__WDOL)->li__BEM &  16) !=  0);
      };
      li__HEOL=li__0DOL;
    } else /* FALSE */ {
      li__HEOL=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__HEOL) {
      li__MDOL=li__LBOL->li__SLKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MDOL)->__id) {
      case __li__WK__: {
        li__NDOL=((__li__WK *)li__MDOL)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__NDOL=((__li__AVBD *)li__MDOL)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__NDOL=((__li__KVBD *)li__MDOL)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__NDOL=((__li__WVBD *)li__MDOL)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__NDOL=li__JK5J(((__li__Z4WH *)li__MDOL));
      } break;
      case __li__KTVI__: {
        li__NDOL=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__NDOL=li__553L();
      } break;
      case __li__XTVI__: {
        li__NDOL=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__NDOL=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__NDOL=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__NDOL=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__NDOL=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__NDOL=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__NDOL=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__NDOL=li__DWEK(((__li__BNWI *)li__MDOL));
      } break;
      case __li__XNWI__: {
        li__NDOL=li__IWEK(((__li__XNWI *)li__MDOL));
      } break;
      case __li__LOWI__: {
        li__NDOL=li__NWEK(((__li__LOWI *)li__MDOL));
      } break;
      case __li__5OWI__: {
        li__NDOL=li__SWEK(((__li__5OWI *)li__MDOL));
      } break;
      case __li__TPWI__: {
        li__NDOL=li__XWEK(((__li__TPWI *)li__MDOL));
      } break;
      case __li__HQWI__: {
        li__NDOL=li__2WEK(((__li__HQWI *)li__MDOL));
      } break;
      case __li__ARWI__: {
        li__NDOL=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__NDOL=li__FXEK(((__li__URWI *)li__MDOL));
      } break;
      case __li__MSWI__: {
        li__NDOL=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__NDOL=((__li__ETWI *)li__MDOL)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__NDOL=((__li__MZWI *)li__MDOL)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__NDOL=((__li__C0WI *)li__MDOL)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__NDOL=((__li__M1WI *)li__MDOL)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__NDOL=((__li__KMFK *)li__MDOL)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__NDOL=li__T4NN(((__li__XOHL *)li__MDOL));
      } break;
      case __li__FPHL__: {
        li__NDOL=li__KA4L(((__li__FPHL *)li__MDOL));
      } break;
      case __li__APLM__: {
        li__NDOL=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__NDOL=li__1ISO(((__li__DTNM *)li__MDOL));
      } break;
      case __li__JXNM__: {
        li__NDOL=li__VX3R(((__li__JXNM *)li__MDOL));
      } break;
      case __li__21LO__: {
        li__NDOL=((__li__21LO *)li__MDOL)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__NDOL=((__li__TPOO *)li__MDOL)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__NDOL=li__FH4R();
      } break;
      case __li__41XO__: {
        li__NDOL=li__3FDQ(((__li__41XO *)li__MDOL));
      } break;
      case __li__AKBR__: {
        li__NDOL=li__WQDS(((__li__AKBR *)li__MDOL));
      } break;
      case __li__SU5R__: {
        li__NDOL=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__NDOL=li__Y1IS();
      } break;
      };
      li__0DOL=((void *)((__li__5RB *)li__NDOL)->li__AEM != (void *)li__ORB__);
    } else /* FALSE */ {
      li__0DOL=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__0DOL) {
      li__JAZ(((__li__BC *)li__MBOL),(&__string_717));
      li__MDOL=li__LBOL->li__SLKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MDOL)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__MDOL),li__MBOL);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__MDOL)),li__MBOL);
        li__JAZ(((__li__BC *)li__MBOL),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__MBOL),((__li__MZWI *)((__li__WK *)li__MDOL))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__G14U=((__li__C0WI *)((__li__WK *)li__MDOL));
        li__SRX(((__li__BC *)li__MBOL),'\'');
        li__JAZ(((__li__BC *)li__MBOL),li__G14U->li__CTBK);
        li__SRX(((__li__BC *)li__MBOL),'\'');
      } break;
      case __li__M1WI__: {
        li__I14U=((__li__M1WI *)((__li__WK *)li__MDOL));
        li__SRX(((__li__BC *)li__MBOL),'\"');
        li__JAZ(((__li__BC *)li__MBOL),li__I14U->li__UTFK);
        li__SRX(((__li__BC *)li__MBOL),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__MBOL),((__li__TPOO *)((__li__WK *)li__MDOL))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      };
      li__SRX(((__li__BC *)li__MBOL),')');
    } else /* FALSE */ {
      li__MDOL=li__LBOL->li__SLKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MDOL)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__MDOL),li__MBOL);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__MDOL)),li__MBOL);
        li__JAZ(((__li__BC *)li__MBOL),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__MBOL),((__li__MZWI *)((__li__WK *)li__MDOL))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__G14U=((__li__C0WI *)((__li__WK *)li__MDOL));
        li__SRX(((__li__BC *)li__MBOL),'\'');
        li__JAZ(((__li__BC *)li__MBOL),li__G14U->li__CTBK);
        li__SRX(((__li__BC *)li__MBOL),'\'');
      } break;
      case __li__M1WI__: {
        li__I14U=((__li__M1WI *)((__li__WK *)li__MDOL));
        li__SRX(((__li__BC *)li__MBOL),'\"');
        li__JAZ(((__li__BC *)li__MBOL),li__I14U->li__UTFK);
        li__SRX(((__li__BC *)li__MBOL),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__MBOL),((__li__TPOO *)((__li__WK *)li__MDOL))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__MDOL)),li__MBOL);
      } break;
      };
    };
  };
}

static void li__B2QI(__li__1RRF *li__C2QI)
/* (Strict TYPE_BLOCK{li__1RRF}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZYRU;
  __li__K li__YHYK,li__CIYK,li__FSJL;
  __li__C li__1QPU,li__U2QI,li__SRJL;
  __li__TXB *li__VHYK,*li__CRJL;
  void **li__4RJL;
  /* __li__B__ __li__I__ */
if (((void *)li__C2QI->li__2RRF.li__D0C != (void *)NULL)) {
    li__1QPU=((*(((__li__ZZC *)li__C2QI->li__2RRF.li__D0C))).li__VBM <  0);
    /* __li__B__ __li__I__ */
if (li__1QPU) {
      li__U2QI=li__B__;
    } else /* FALSE */ {
      li__ZYRU=((void **)(*(((__li__ZZC *)li__C2QI->li__2RRF.li__D0C))).li__RBM)[ 0];
      li__U2QI=((void *)li__ZYRU != (void *)NULL);
    };
    li__1QPU=li__U2QI;
  } else /* FALSE */ {
    li__1QPU=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__1QPU) {
    li__VHYK=((__li__TXB *)li__2XB);
    li__YHYK= 0;
    /* __li__B__ __li__I__ */
if (((*(li__VHYK)).li__CYB >=  0)) {
      li__CIYK=li__SGFI(((void **)(*(li__VHYK)).li__2P0),li__C2QI,(*(li__VHYK)).li__CYB);
      li__YHYK=li__CIYK;
    };
    /* __li__B__ __li__I__ */
if ((li__YHYK > (*(li__2XB)).li__CYB)) {
      li__CRJL=((__li__TXB *)li__2XB);
      /* __li__B__ __li__I__ */
if (((__li__K)((*(li__CRJL)).li__CYB +  1) <= (__li__K)((*(li__CRJL)).li__PP0 -  1))) {
        (*(li__CRJL)).li__CYB=(__li__K)((*(li__CRJL)).li__CYB +  1);
        li__SRJL=li__B__;
      } else /* FALSE */ {
        li__SRJL=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__SRJL)) {
        /* __li__B__ __li__I__ */
if (((*(li__CRJL)).li__PP0 ==  0)) {
          li__4RJL=li__SFHB( 2);
          (*(li__CRJL)).li__2P0=li__4RJL;
          (*(li__CRJL)).li__PP0= 2;
          (*(li__CRJL)).li__CYB= 0;
        } else /* FALSE */ {
          li__FSJL=(__li__K)((*(li__CRJL)).li__PP0 <<  1);
          li__4RJL=li__Y3II(((void **)(*(li__CRJL)).li__2P0),(*(li__CRJL)).li__PP0,li__FSJL);
          (*(li__CRJL)).li__2P0=li__4RJL;
          (*(li__CRJL)).li__PP0=li__FSJL;
          (*(li__CRJL)).li__CYB=(__li__K)((*(li__CRJL)).li__CYB +  1);
        };
      };
      ((void **)(*(li__CRJL)).li__2P0)[(*(li__CRJL)).li__CYB]=li__C2QI;
    };
  };
}

static void li__BFOL(__li__5LKJ *li__CFOL,__li__BC *li__DFOL)
/* (Strict WRITE_SLOT{li__5LKJ},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__XFOL,*li__DHOL,*li__MHOL;
  __li__5RB *li__YFOL,*li__EHOL,*li__NHOL;
  __li__C0WI *li__014U,*li__E24U;
  __li__M1WI *li__214U,*li__G24U;
  __li__C li__3FOL,li__RHOL,li__4HOL;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__CFOL->li__IDDK->li__GZB.li__0RNE)->li__BEM &  16) !=  0)) {
    li__XFOL=li__CFOL->li__AMKJ.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XFOL)->__id) {
    case __li__WK__: {
      li__YFOL=((__li__WK *)li__XFOL)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__YFOL=((__li__AVBD *)li__XFOL)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__YFOL=((__li__KVBD *)li__XFOL)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__YFOL=((__li__WVBD *)li__XFOL)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__YFOL=li__JK5J(((__li__Z4WH *)li__XFOL));
    } break;
    case __li__KTVI__: {
      li__YFOL=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__YFOL=li__553L();
    } break;
    case __li__XTVI__: {
      li__YFOL=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__YFOL=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__YFOL=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__YFOL=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__YFOL=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__YFOL=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__YFOL=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__YFOL=li__DWEK(((__li__BNWI *)li__XFOL));
    } break;
    case __li__XNWI__: {
      li__YFOL=li__IWEK(((__li__XNWI *)li__XFOL));
    } break;
    case __li__LOWI__: {
      li__YFOL=li__NWEK(((__li__LOWI *)li__XFOL));
    } break;
    case __li__5OWI__: {
      li__YFOL=li__SWEK(((__li__5OWI *)li__XFOL));
    } break;
    case __li__TPWI__: {
      li__YFOL=li__XWEK(((__li__TPWI *)li__XFOL));
    } break;
    case __li__HQWI__: {
      li__YFOL=li__2WEK(((__li__HQWI *)li__XFOL));
    } break;
    case __li__ARWI__: {
      li__YFOL=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__YFOL=li__FXEK(((__li__URWI *)li__XFOL));
    } break;
    case __li__MSWI__: {
      li__YFOL=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__YFOL=((__li__ETWI *)li__XFOL)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__YFOL=((__li__MZWI *)li__XFOL)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__YFOL=((__li__C0WI *)li__XFOL)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__YFOL=((__li__M1WI *)li__XFOL)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__YFOL=((__li__KMFK *)li__XFOL)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__YFOL=li__T4NN(((__li__XOHL *)li__XFOL));
    } break;
    case __li__FPHL__: {
      li__YFOL=li__KA4L(((__li__FPHL *)li__XFOL));
    } break;
    case __li__APLM__: {
      li__YFOL=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__YFOL=li__1ISO(((__li__DTNM *)li__XFOL));
    } break;
    case __li__JXNM__: {
      li__YFOL=li__VX3R(((__li__JXNM *)li__XFOL));
    } break;
    case __li__21LO__: {
      li__YFOL=((__li__21LO *)li__XFOL)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__YFOL=((__li__TPOO *)li__XFOL)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__YFOL=li__FH4R();
    } break;
    case __li__41XO__: {
      li__YFOL=li__3FDQ(((__li__41XO *)li__XFOL));
    } break;
    case __li__AKBR__: {
      li__YFOL=li__WQDS(((__li__AKBR *)li__XFOL));
    } break;
    case __li__SU5R__: {
      li__YFOL=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__YFOL=li__Y1IS();
    } break;
    };
    li__3FOL=(! ((__li__F0C)(((__li__5RB *)li__YFOL)->li__BEM &  16) !=  0));
  } else /* FALSE */ {
    li__3FOL=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__3FOL) {
    li__JAZ(((__li__BC *)li__DFOL),(&__string_725));
    li__XFOL=li__CFOL->li__AMKJ.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XFOL)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__XFOL),li__DFOL);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__XFOL)),li__DFOL);
      li__JAZ(((__li__BC *)li__DFOL),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__DFOL),((__li__MZWI *)((__li__WK *)li__XFOL))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__014U=((__li__C0WI *)((__li__WK *)li__XFOL));
      li__SRX(((__li__BC *)li__DFOL),'\'');
      li__JAZ(((__li__BC *)li__DFOL),li__014U->li__CTBK);
      li__SRX(((__li__BC *)li__DFOL),'\'');
    } break;
    case __li__M1WI__: {
      li__214U=((__li__M1WI *)((__li__WK *)li__XFOL));
      li__SRX(((__li__BC *)li__DFOL),'\"');
      li__JAZ(((__li__BC *)li__DFOL),li__214U->li__UTFK);
      li__SRX(((__li__BC *)li__DFOL),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__DFOL),((__li__TPOO *)((__li__WK *)li__XFOL))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__XFOL)),li__DFOL);
    } break;
    };
    li__SRX(((__li__BC *)li__DFOL),')');
    li__3FOL=li__B__;
  } else /* FALSE */ {
    li__3FOL=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__3FOL)) {
    /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__CFOL->li__IDDK->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && (! ((__li__F0C)(((__li__5RB *)li__CFOL->li__IDDK->li__GZB.li__0RNE)->li__BEM &  16) !=  0)))) {
      li__DHOL=li__CFOL->li__AMKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DHOL)->__id) {
      case __li__WK__: {
        li__EHOL=((__li__WK *)li__DHOL)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__EHOL=((__li__AVBD *)li__DHOL)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__EHOL=((__li__KVBD *)li__DHOL)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__EHOL=((__li__WVBD *)li__DHOL)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__EHOL=li__JK5J(((__li__Z4WH *)li__DHOL));
      } break;
      case __li__KTVI__: {
        li__EHOL=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__EHOL=li__553L();
      } break;
      case __li__XTVI__: {
        li__EHOL=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__EHOL=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__EHOL=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__EHOL=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__EHOL=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__EHOL=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__EHOL=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__EHOL=li__DWEK(((__li__BNWI *)li__DHOL));
      } break;
      case __li__XNWI__: {
        li__EHOL=li__IWEK(((__li__XNWI *)li__DHOL));
      } break;
      case __li__LOWI__: {
        li__EHOL=li__NWEK(((__li__LOWI *)li__DHOL));
      } break;
      case __li__5OWI__: {
        li__EHOL=li__SWEK(((__li__5OWI *)li__DHOL));
      } break;
      case __li__TPWI__: {
        li__EHOL=li__XWEK(((__li__TPWI *)li__DHOL));
      } break;
      case __li__HQWI__: {
        li__EHOL=li__2WEK(((__li__HQWI *)li__DHOL));
      } break;
      case __li__ARWI__: {
        li__EHOL=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__EHOL=li__FXEK(((__li__URWI *)li__DHOL));
      } break;
      case __li__MSWI__: {
        li__EHOL=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__EHOL=((__li__ETWI *)li__DHOL)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__EHOL=((__li__MZWI *)li__DHOL)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__EHOL=((__li__C0WI *)li__DHOL)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__EHOL=((__li__M1WI *)li__DHOL)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__EHOL=((__li__KMFK *)li__DHOL)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__EHOL=li__T4NN(((__li__XOHL *)li__DHOL));
      } break;
      case __li__FPHL__: {
        li__EHOL=li__KA4L(((__li__FPHL *)li__DHOL));
      } break;
      case __li__APLM__: {
        li__EHOL=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__EHOL=li__1ISO(((__li__DTNM *)li__DHOL));
      } break;
      case __li__JXNM__: {
        li__EHOL=li__VX3R(((__li__JXNM *)li__DHOL));
      } break;
      case __li__21LO__: {
        li__EHOL=((__li__21LO *)li__DHOL)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__EHOL=((__li__TPOO *)li__DHOL)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__EHOL=li__FH4R();
      } break;
      case __li__41XO__: {
        li__EHOL=li__3FDQ(((__li__41XO *)li__DHOL));
      } break;
      case __li__AKBR__: {
        li__EHOL=li__WQDS(((__li__AKBR *)li__DHOL));
      } break;
      case __li__SU5R__: {
        li__EHOL=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__EHOL=li__Y1IS();
      } break;
      };
      /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__EHOL)->li__BEM &  1) !=  0))) {
        li__RHOL=li__B__;
      } else /* FALSE */ {
        li__MHOL=li__CFOL->li__AMKJ.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__MHOL)->__id) {
        case __li__WK__: {
          li__NHOL=((__li__WK *)li__MHOL)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__NHOL=((__li__AVBD *)li__MHOL)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__NHOL=((__li__KVBD *)li__MHOL)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__NHOL=((__li__WVBD *)li__MHOL)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__NHOL=li__JK5J(((__li__Z4WH *)li__MHOL));
        } break;
        case __li__KTVI__: {
          li__NHOL=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__NHOL=li__553L();
        } break;
        case __li__XTVI__: {
          li__NHOL=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__NHOL=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__NHOL=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__NHOL=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__NHOL=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__NHOL=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__NHOL=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__NHOL=li__DWEK(((__li__BNWI *)li__MHOL));
        } break;
        case __li__XNWI__: {
          li__NHOL=li__IWEK(((__li__XNWI *)li__MHOL));
        } break;
        case __li__LOWI__: {
          li__NHOL=li__NWEK(((__li__LOWI *)li__MHOL));
        } break;
        case __li__5OWI__: {
          li__NHOL=li__SWEK(((__li__5OWI *)li__MHOL));
        } break;
        case __li__TPWI__: {
          li__NHOL=li__XWEK(((__li__TPWI *)li__MHOL));
        } break;
        case __li__HQWI__: {
          li__NHOL=li__2WEK(((__li__HQWI *)li__MHOL));
        } break;
        case __li__ARWI__: {
          li__NHOL=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__NHOL=li__FXEK(((__li__URWI *)li__MHOL));
        } break;
        case __li__MSWI__: {
          li__NHOL=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__NHOL=((__li__ETWI *)li__MHOL)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__NHOL=((__li__MZWI *)li__MHOL)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__NHOL=((__li__C0WI *)li__MHOL)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__NHOL=((__li__M1WI *)li__MHOL)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__NHOL=((__li__KMFK *)li__MHOL)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__NHOL=li__T4NN(((__li__XOHL *)li__MHOL));
        } break;
        case __li__FPHL__: {
          li__NHOL=li__KA4L(((__li__FPHL *)li__MHOL));
        } break;
        case __li__APLM__: {
          li__NHOL=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__NHOL=li__1ISO(((__li__DTNM *)li__MHOL));
        } break;
        case __li__JXNM__: {
          li__NHOL=li__VX3R(((__li__JXNM *)li__MHOL));
        } break;
        case __li__21LO__: {
          li__NHOL=((__li__21LO *)li__MHOL)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__NHOL=((__li__TPOO *)li__MHOL)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__NHOL=li__FH4R();
        } break;
        case __li__41XO__: {
          li__NHOL=li__3FDQ(((__li__41XO *)li__MHOL));
        } break;
        case __li__AKBR__: {
          li__NHOL=li__WQDS(((__li__AKBR *)li__MHOL));
        } break;
        case __li__SU5R__: {
          li__NHOL=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__NHOL=li__Y1IS();
        } break;
        };
        li__RHOL=((__li__F0C)(((__li__5RB *)li__NHOL)->li__BEM &  16) !=  0);
      };
      li__4HOL=li__RHOL;
    } else /* FALSE */ {
      li__4HOL=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__4HOL) {
      li__DHOL=li__CFOL->li__AMKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DHOL)->__id) {
      case __li__WK__: {
        li__EHOL=((__li__WK *)li__DHOL)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__EHOL=((__li__AVBD *)li__DHOL)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__EHOL=((__li__KVBD *)li__DHOL)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__EHOL=((__li__WVBD *)li__DHOL)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__EHOL=li__JK5J(((__li__Z4WH *)li__DHOL));
      } break;
      case __li__KTVI__: {
        li__EHOL=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__EHOL=li__553L();
      } break;
      case __li__XTVI__: {
        li__EHOL=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__EHOL=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__EHOL=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__EHOL=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__EHOL=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__EHOL=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__EHOL=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__EHOL=li__DWEK(((__li__BNWI *)li__DHOL));
      } break;
      case __li__XNWI__: {
        li__EHOL=li__IWEK(((__li__XNWI *)li__DHOL));
      } break;
      case __li__LOWI__: {
        li__EHOL=li__NWEK(((__li__LOWI *)li__DHOL));
      } break;
      case __li__5OWI__: {
        li__EHOL=li__SWEK(((__li__5OWI *)li__DHOL));
      } break;
      case __li__TPWI__: {
        li__EHOL=li__XWEK(((__li__TPWI *)li__DHOL));
      } break;
      case __li__HQWI__: {
        li__EHOL=li__2WEK(((__li__HQWI *)li__DHOL));
      } break;
      case __li__ARWI__: {
        li__EHOL=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__EHOL=li__FXEK(((__li__URWI *)li__DHOL));
      } break;
      case __li__MSWI__: {
        li__EHOL=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__EHOL=((__li__ETWI *)li__DHOL)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__EHOL=((__li__MZWI *)li__DHOL)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__EHOL=((__li__C0WI *)li__DHOL)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__EHOL=((__li__M1WI *)li__DHOL)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__EHOL=((__li__KMFK *)li__DHOL)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__EHOL=li__T4NN(((__li__XOHL *)li__DHOL));
      } break;
      case __li__FPHL__: {
        li__EHOL=li__KA4L(((__li__FPHL *)li__DHOL));
      } break;
      case __li__APLM__: {
        li__EHOL=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__EHOL=li__1ISO(((__li__DTNM *)li__DHOL));
      } break;
      case __li__JXNM__: {
        li__EHOL=li__VX3R(((__li__JXNM *)li__DHOL));
      } break;
      case __li__21LO__: {
        li__EHOL=((__li__21LO *)li__DHOL)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__EHOL=((__li__TPOO *)li__DHOL)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__EHOL=li__FH4R();
      } break;
      case __li__41XO__: {
        li__EHOL=li__3FDQ(((__li__41XO *)li__DHOL));
      } break;
      case __li__AKBR__: {
        li__EHOL=li__WQDS(((__li__AKBR *)li__DHOL));
      } break;
      case __li__SU5R__: {
        li__EHOL=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__EHOL=li__Y1IS();
      } break;
      };
      li__RHOL=((void *)((__li__5RB *)li__EHOL)->li__AEM != (void *)li__ORB__);
    } else /* FALSE */ {
      li__RHOL=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__RHOL) {
      li__JAZ(((__li__BC *)li__DFOL),(&__string_717));
      li__DHOL=li__CFOL->li__AMKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DHOL)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__DHOL),li__DFOL);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__DHOL)),li__DFOL);
        li__JAZ(((__li__BC *)li__DFOL),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__DFOL),((__li__MZWI *)((__li__WK *)li__DHOL))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__E24U=((__li__C0WI *)((__li__WK *)li__DHOL));
        li__SRX(((__li__BC *)li__DFOL),'\'');
        li__JAZ(((__li__BC *)li__DFOL),li__E24U->li__CTBK);
        li__SRX(((__li__BC *)li__DFOL),'\'');
      } break;
      case __li__M1WI__: {
        li__G24U=((__li__M1WI *)((__li__WK *)li__DHOL));
        li__SRX(((__li__BC *)li__DFOL),'\"');
        li__JAZ(((__li__BC *)li__DFOL),li__G24U->li__UTFK);
        li__SRX(((__li__BC *)li__DFOL),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__DFOL),((__li__TPOO *)((__li__WK *)li__DHOL))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      };
      li__SRX(((__li__BC *)li__DFOL),')');
    } else /* FALSE */ {
      li__DHOL=li__CFOL->li__AMKJ.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DHOL)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__DHOL),li__DFOL);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__DHOL)),li__DFOL);
        li__JAZ(((__li__BC *)li__DFOL),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__DFOL),((__li__MZWI *)((__li__WK *)li__DHOL))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__E24U=((__li__C0WI *)((__li__WK *)li__DHOL));
        li__SRX(((__li__BC *)li__DFOL),'\'');
        li__JAZ(((__li__BC *)li__DFOL),li__E24U->li__CTBK);
        li__SRX(((__li__BC *)li__DFOL),'\'');
      } break;
      case __li__M1WI__: {
        li__G24U=((__li__M1WI *)((__li__WK *)li__DHOL));
        li__SRX(((__li__BC *)li__DFOL),'\"');
        li__JAZ(((__li__BC *)li__DFOL),li__G24U->li__UTFK);
        li__SRX(((__li__BC *)li__DFOL),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__DFOL),((__li__TPOO *)((__li__WK *)li__DHOL))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__DHOL)),li__DFOL);
      } break;
      };
    };
  };
}

static void li__JXBN(__li__DFNL *li__KXBN,__li__BC *li__LXBN)
/* (Strict WRITE_LOCAL{li__DFNL},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__5XBN,*li__LZBN,*li__UZBN;
  __li__5RB *li__AYBN,*li__MZBN,*li__VZBN;
  __li__C0WI *li__Y24U,*li__C34U;
  __li__M1WI *li__024U,*li__E34U;
  __li__C li__FYBN,li__ZZBN,li__G0BN;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__KXBN->li__JG1L->li__WTBD.li__0RNE)->li__BEM &  16) !=  0)) {
    li__5XBN=li__KXBN->li__EFNL.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5XBN)->__id) {
    case __li__WK__: {
      li__AYBN=((__li__WK *)li__5XBN)->li__1K.li__WZLE;
    } break;
    case __li__AVBD__: {
      li__AYBN=((__li__AVBD *)li__5XBN)->li__K2ME;
    } break;
    case __li__KVBD__: {
      li__AYBN=((__li__KVBD *)li__5XBN)->li__LVBD.li__WZLE;
    } break;
    case __li__WVBD__: {
      li__AYBN=((__li__WVBD *)li__5XBN)->li__XVBD.li__WZLE;
    } break;
    case __li__Z4WH__: {
      li__AYBN=li__JK5J(((__li__Z4WH *)li__5XBN));
    } break;
    case __li__KTVI__: {
      li__AYBN=li__5UEK();
    } break;
    case __li__LTVI__: {
      li__AYBN=li__553L();
    } break;
    case __li__XTVI__: {
      li__AYBN=li__FVEK();
    } break;
    case __li__YTVI__: {
      li__AYBN=li__FA4L();
    } break;
    case __li__S2VI__: {
      li__AYBN=li__KVEK();
    } break;
    case __li__E3VI__: {
      li__AYBN=li__PVEK();
    } break;
    case __li__KLWI__: {
      li__AYBN=li__UVEK();
    } break;
    case __li__ULWI__: {
      li__AYBN=li__ZVEK();
    } break;
    case __li__NMWI__: {
      li__AYBN=li__4VEK();
    } break;
    case __li__BNWI__: {
      li__AYBN=li__DWEK(((__li__BNWI *)li__5XBN));
    } break;
    case __li__XNWI__: {
      li__AYBN=li__IWEK(((__li__XNWI *)li__5XBN));
    } break;
    case __li__LOWI__: {
      li__AYBN=li__NWEK(((__li__LOWI *)li__5XBN));
    } break;
    case __li__5OWI__: {
      li__AYBN=li__SWEK(((__li__5OWI *)li__5XBN));
    } break;
    case __li__TPWI__: {
      li__AYBN=li__XWEK(((__li__TPWI *)li__5XBN));
    } break;
    case __li__HQWI__: {
      li__AYBN=li__2WEK(((__li__HQWI *)li__5XBN));
    } break;
    case __li__ARWI__: {
      li__AYBN=li__QRB__->li__RRB.li__J0C;
    } break;
    case __li__URWI__: {
      li__AYBN=li__FXEK(((__li__URWI *)li__5XBN));
    } break;
    case __li__MSWI__: {
      li__AYBN=li__RXEK();
    } break;
    case __li__ETWI__: {
      li__AYBN=((__li__ETWI *)li__5XBN)->li__NSBK;
    } break;
    case __li__MZWI__: {
      li__AYBN=((__li__MZWI *)li__5XBN)->li__NZWI.li__WZLE;
    } break;
    case __li__C0WI__: {
      li__AYBN=((__li__C0WI *)li__5XBN)->li__D0WI.li__WZLE;
    } break;
    case __li__M1WI__: {
      li__AYBN=((__li__M1WI *)li__5XBN)->li__N1WI.li__WZLE;
    } break;
    case __li__KMFK__: {
      li__AYBN=((__li__KMFK *)li__5XBN)->li__3RFK->li__WTBD.li__0RNE;
    } break;
    case __li__XOHL__: {
      li__AYBN=li__T4NN(((__li__XOHL *)li__5XBN));
    } break;
    case __li__FPHL__: {
      li__AYBN=li__KA4L(((__li__FPHL *)li__5XBN));
    } break;
    case __li__APLM__: {
      li__AYBN=li__YFDQ();
    } break;
    case __li__DTNM__: {
      li__AYBN=li__1ISO(((__li__DTNM *)li__5XBN));
    } break;
    case __li__JXNM__: {
      li__AYBN=li__VX3R(((__li__JXNM *)li__5XBN));
    } break;
    case __li__21LO__: {
      li__AYBN=((__li__21LO *)li__5XBN)->li__KJXO->li__GZB.li__0RNE;
    } break;
    case __li__TPOO__: {
      li__AYBN=((__li__TPOO *)li__5XBN)->li__5IXO->li__GZB.li__0RNE;
    } break;
    case __li__URRO__: {
      li__AYBN=li__FH4R();
    } break;
    case __li__41XO__: {
      li__AYBN=li__3FDQ(((__li__41XO *)li__5XBN));
    } break;
    case __li__AKBR__: {
      li__AYBN=li__WQDS(((__li__AKBR *)li__5XBN));
    } break;
    case __li__SU5R__: {
      li__AYBN=li__T1IS();
    } break;
    case __li__JV5R__: {
      li__AYBN=li__Y1IS();
    } break;
    };
    li__FYBN=(! ((__li__F0C)(((__li__5RB *)li__AYBN)->li__BEM &  16) !=  0));
  } else /* FALSE */ {
    li__FYBN=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__FYBN) {
    li__JAZ(((__li__BC *)li__LXBN),(&__string_725));
    li__5XBN=li__KXBN->li__EFNL.li__CSSH;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5XBN)->__id) {
    case __li__WK__: {
      li__5ACK(((__li__WK *)li__5XBN),li__LXBN);
    } break;
    case __li__AVBD__: {
      li__L3MI(((__li__AVBD *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__KVBD__: {
      li__XGCK(((__li__KVBD *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__WVBD__: {
      li__EBNI(((__li__WVBD *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__Z4WH__: {
      li__2NBK(((__li__Z4WH *)((__li__WK *)li__5XBN)),li__LXBN);
      li__JAZ(((__li__BC *)li__LXBN),(&__string_512));
    } break;
    case __li__KTVI__: {
      li__DHCK(((__li__KTVI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__LTVI__: {
      li__WE1L(((__li__LTVI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__XTVI__: {
      li__KHCK(((__li__XTVI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__YTVI__: {
      li__2E1L(((__li__YTVI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__S2VI__: {
      li__QHCK(((__li__S2VI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__E3VI__: {
      li__PJCK(((__li__E3VI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__KLWI__: {
      li__KBG((&__string_513));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    case __li__ULWI__: {
      li__RLCK(((__li__ULWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__NMWI__: {
      li__JMCK(((__li__NMWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__BNWI__: {
      li__WRCK(((__li__BNWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__XNWI__: {
      li__5TCK(((__li__XNWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__LOWI__: {
      li__IWCK(((__li__LOWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__5OWI__: {
      li__RYCK(((__li__5OWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__TPWI__: {
      li__00CK(((__li__TPWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__HQWI__: {
      li__D3CK(((__li__HQWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__ARWI__: {
      li__M5CK(((__li__ARWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__URWI__: {
      li__BBDK(((__li__URWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__MSWI__: {
      li__GBDK(((__li__MSWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__ETWI__: {
      li__LBDK(((__li__ETWI *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__MZWI__: {
      li__JAZ(((__li__BC *)li__LXBN),((__li__MZWI *)((__li__WK *)li__5XBN))->li__3SBK);
    } break;
    case __li__C0WI__: {
      li__Y24U=((__li__C0WI *)((__li__WK *)li__5XBN));
      li__SRX(((__li__BC *)li__LXBN),'\'');
      li__JAZ(((__li__BC *)li__LXBN),li__Y24U->li__CTBK);
      li__SRX(((__li__BC *)li__LXBN),'\'');
    } break;
    case __li__M1WI__: {
      li__024U=((__li__M1WI *)((__li__WK *)li__5XBN));
      li__SRX(((__li__BC *)li__LXBN),'\"');
      li__JAZ(((__li__BC *)li__LXBN),li__024U->li__UTFK);
      li__SRX(((__li__BC *)li__LXBN),'\"');
    } break;
    case __li__KMFK__: {
      li__CF1L(((__li__KMFK *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__XOHL__: {
      li__VCMN(((__li__XOHL *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__FPHL__: {
      li__UI4L(((__li__FPHL *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__APLM__: {
      li__T4BQ(((__li__APLM *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__DTNM__: {
      li__5ARO(((__li__DTNM *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__JXNM__: {
      li__RU3R(((__li__JXNM *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__21LO__: {
      li__GVIP(((__li__21LO *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__TPOO__: {
      li__JAZ(((__li__BC *)li__LXBN),((__li__TPOO *)((__li__WK *)li__5XBN))->li__5IXO->li__GZB.li__GRNE);
    } break;
    case __li__URRO__: {
      li__4N4R(((__li__URRO *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__41XO__: {
      li__AECQ(((__li__41XO *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__AKBR__: {
      li__WVCS(((__li__AKBR *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__SU5R__: {
      li__CNIS(((__li__SU5R *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    case __li__JV5R__: {
      li__PSIS(((__li__JV5R *)((__li__WK *)li__5XBN)),li__LXBN);
    } break;
    };
    li__SRX(((__li__BC *)li__LXBN),')');
    li__FYBN=li__B__;
  } else /* FALSE */ {
    li__FYBN=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__FYBN)) {
    /* __li__B__ __li__I__ */
if ((((__li__F0C)(((__li__5RB *)li__KXBN->li__JG1L->li__WTBD.li__0RNE)->li__BEM &  1) !=  0) && (! ((__li__F0C)(((__li__5RB *)li__KXBN->li__JG1L->li__WTBD.li__0RNE)->li__BEM &  16) !=  0)))) {
      li__LZBN=li__KXBN->li__EFNL.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LZBN)->__id) {
      case __li__WK__: {
        li__MZBN=((__li__WK *)li__LZBN)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MZBN=((__li__AVBD *)li__LZBN)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MZBN=((__li__KVBD *)li__LZBN)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MZBN=((__li__WVBD *)li__LZBN)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MZBN=li__JK5J(((__li__Z4WH *)li__LZBN));
      } break;
      case __li__KTVI__: {
        li__MZBN=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MZBN=li__553L();
      } break;
      case __li__XTVI__: {
        li__MZBN=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MZBN=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MZBN=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MZBN=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MZBN=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MZBN=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MZBN=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MZBN=li__DWEK(((__li__BNWI *)li__LZBN));
      } break;
      case __li__XNWI__: {
        li__MZBN=li__IWEK(((__li__XNWI *)li__LZBN));
      } break;
      case __li__LOWI__: {
        li__MZBN=li__NWEK(((__li__LOWI *)li__LZBN));
      } break;
      case __li__5OWI__: {
        li__MZBN=li__SWEK(((__li__5OWI *)li__LZBN));
      } break;
      case __li__TPWI__: {
        li__MZBN=li__XWEK(((__li__TPWI *)li__LZBN));
      } break;
      case __li__HQWI__: {
        li__MZBN=li__2WEK(((__li__HQWI *)li__LZBN));
      } break;
      case __li__ARWI__: {
        li__MZBN=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MZBN=li__FXEK(((__li__URWI *)li__LZBN));
      } break;
      case __li__MSWI__: {
        li__MZBN=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MZBN=((__li__ETWI *)li__LZBN)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MZBN=((__li__MZWI *)li__LZBN)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MZBN=((__li__C0WI *)li__LZBN)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MZBN=((__li__M1WI *)li__LZBN)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MZBN=((__li__KMFK *)li__LZBN)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MZBN=li__T4NN(((__li__XOHL *)li__LZBN));
      } break;
      case __li__FPHL__: {
        li__MZBN=li__KA4L(((__li__FPHL *)li__LZBN));
      } break;
      case __li__APLM__: {
        li__MZBN=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MZBN=li__1ISO(((__li__DTNM *)li__LZBN));
      } break;
      case __li__JXNM__: {
        li__MZBN=li__VX3R(((__li__JXNM *)li__LZBN));
      } break;
      case __li__21LO__: {
        li__MZBN=((__li__21LO *)li__LZBN)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MZBN=((__li__TPOO *)li__LZBN)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MZBN=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MZBN=li__3FDQ(((__li__41XO *)li__LZBN));
      } break;
      case __li__AKBR__: {
        li__MZBN=li__WQDS(((__li__AKBR *)li__LZBN));
      } break;
      case __li__SU5R__: {
        li__MZBN=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MZBN=li__Y1IS();
      } break;
      };
      /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__MZBN)->li__BEM &  1) !=  0))) {
        li__ZZBN=li__B__;
      } else /* FALSE */ {
        li__UZBN=li__KXBN->li__EFNL.li__CSSH;
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UZBN)->__id) {
        case __li__WK__: {
          li__VZBN=((__li__WK *)li__UZBN)->li__1K.li__WZLE;
        } break;
        case __li__AVBD__: {
          li__VZBN=((__li__AVBD *)li__UZBN)->li__K2ME;
        } break;
        case __li__KVBD__: {
          li__VZBN=((__li__KVBD *)li__UZBN)->li__LVBD.li__WZLE;
        } break;
        case __li__WVBD__: {
          li__VZBN=((__li__WVBD *)li__UZBN)->li__XVBD.li__WZLE;
        } break;
        case __li__Z4WH__: {
          li__VZBN=li__JK5J(((__li__Z4WH *)li__UZBN));
        } break;
        case __li__KTVI__: {
          li__VZBN=li__5UEK();
        } break;
        case __li__LTVI__: {
          li__VZBN=li__553L();
        } break;
        case __li__XTVI__: {
          li__VZBN=li__FVEK();
        } break;
        case __li__YTVI__: {
          li__VZBN=li__FA4L();
        } break;
        case __li__S2VI__: {
          li__VZBN=li__KVEK();
        } break;
        case __li__E3VI__: {
          li__VZBN=li__PVEK();
        } break;
        case __li__KLWI__: {
          li__VZBN=li__UVEK();
        } break;
        case __li__ULWI__: {
          li__VZBN=li__ZVEK();
        } break;
        case __li__NMWI__: {
          li__VZBN=li__4VEK();
        } break;
        case __li__BNWI__: {
          li__VZBN=li__DWEK(((__li__BNWI *)li__UZBN));
        } break;
        case __li__XNWI__: {
          li__VZBN=li__IWEK(((__li__XNWI *)li__UZBN));
        } break;
        case __li__LOWI__: {
          li__VZBN=li__NWEK(((__li__LOWI *)li__UZBN));
        } break;
        case __li__5OWI__: {
          li__VZBN=li__SWEK(((__li__5OWI *)li__UZBN));
        } break;
        case __li__TPWI__: {
          li__VZBN=li__XWEK(((__li__TPWI *)li__UZBN));
        } break;
        case __li__HQWI__: {
          li__VZBN=li__2WEK(((__li__HQWI *)li__UZBN));
        } break;
        case __li__ARWI__: {
          li__VZBN=li__QRB__->li__RRB.li__J0C;
        } break;
        case __li__URWI__: {
          li__VZBN=li__FXEK(((__li__URWI *)li__UZBN));
        } break;
        case __li__MSWI__: {
          li__VZBN=li__RXEK();
        } break;
        case __li__ETWI__: {
          li__VZBN=((__li__ETWI *)li__UZBN)->li__NSBK;
        } break;
        case __li__MZWI__: {
          li__VZBN=((__li__MZWI *)li__UZBN)->li__NZWI.li__WZLE;
        } break;
        case __li__C0WI__: {
          li__VZBN=((__li__C0WI *)li__UZBN)->li__D0WI.li__WZLE;
        } break;
        case __li__M1WI__: {
          li__VZBN=((__li__M1WI *)li__UZBN)->li__N1WI.li__WZLE;
        } break;
        case __li__KMFK__: {
          li__VZBN=((__li__KMFK *)li__UZBN)->li__3RFK->li__WTBD.li__0RNE;
        } break;
        case __li__XOHL__: {
          li__VZBN=li__T4NN(((__li__XOHL *)li__UZBN));
        } break;
        case __li__FPHL__: {
          li__VZBN=li__KA4L(((__li__FPHL *)li__UZBN));
        } break;
        case __li__APLM__: {
          li__VZBN=li__YFDQ();
        } break;
        case __li__DTNM__: {
          li__VZBN=li__1ISO(((__li__DTNM *)li__UZBN));
        } break;
        case __li__JXNM__: {
          li__VZBN=li__VX3R(((__li__JXNM *)li__UZBN));
        } break;
        case __li__21LO__: {
          li__VZBN=((__li__21LO *)li__UZBN)->li__KJXO->li__GZB.li__0RNE;
        } break;
        case __li__TPOO__: {
          li__VZBN=((__li__TPOO *)li__UZBN)->li__5IXO->li__GZB.li__0RNE;
        } break;
        case __li__URRO__: {
          li__VZBN=li__FH4R();
        } break;
        case __li__41XO__: {
          li__VZBN=li__3FDQ(((__li__41XO *)li__UZBN));
        } break;
        case __li__AKBR__: {
          li__VZBN=li__WQDS(((__li__AKBR *)li__UZBN));
        } break;
        case __li__SU5R__: {
          li__VZBN=li__T1IS();
        } break;
        case __li__JV5R__: {
          li__VZBN=li__Y1IS();
        } break;
        };
        li__ZZBN=((__li__F0C)(((__li__5RB *)li__VZBN)->li__BEM &  16) !=  0);
      };
      li__G0BN=li__ZZBN;
    } else /* FALSE */ {
      li__G0BN=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__G0BN) {
      li__LZBN=li__KXBN->li__EFNL.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LZBN)->__id) {
      case __li__WK__: {
        li__MZBN=((__li__WK *)li__LZBN)->li__1K.li__WZLE;
      } break;
      case __li__AVBD__: {
        li__MZBN=((__li__AVBD *)li__LZBN)->li__K2ME;
      } break;
      case __li__KVBD__: {
        li__MZBN=((__li__KVBD *)li__LZBN)->li__LVBD.li__WZLE;
      } break;
      case __li__WVBD__: {
        li__MZBN=((__li__WVBD *)li__LZBN)->li__XVBD.li__WZLE;
      } break;
      case __li__Z4WH__: {
        li__MZBN=li__JK5J(((__li__Z4WH *)li__LZBN));
      } break;
      case __li__KTVI__: {
        li__MZBN=li__5UEK();
      } break;
      case __li__LTVI__: {
        li__MZBN=li__553L();
      } break;
      case __li__XTVI__: {
        li__MZBN=li__FVEK();
      } break;
      case __li__YTVI__: {
        li__MZBN=li__FA4L();
      } break;
      case __li__S2VI__: {
        li__MZBN=li__KVEK();
      } break;
      case __li__E3VI__: {
        li__MZBN=li__PVEK();
      } break;
      case __li__KLWI__: {
        li__MZBN=li__UVEK();
      } break;
      case __li__ULWI__: {
        li__MZBN=li__ZVEK();
      } break;
      case __li__NMWI__: {
        li__MZBN=li__4VEK();
      } break;
      case __li__BNWI__: {
        li__MZBN=li__DWEK(((__li__BNWI *)li__LZBN));
      } break;
      case __li__XNWI__: {
        li__MZBN=li__IWEK(((__li__XNWI *)li__LZBN));
      } break;
      case __li__LOWI__: {
        li__MZBN=li__NWEK(((__li__LOWI *)li__LZBN));
      } break;
      case __li__5OWI__: {
        li__MZBN=li__SWEK(((__li__5OWI *)li__LZBN));
      } break;
      case __li__TPWI__: {
        li__MZBN=li__XWEK(((__li__TPWI *)li__LZBN));
      } break;
      case __li__HQWI__: {
        li__MZBN=li__2WEK(((__li__HQWI *)li__LZBN));
      } break;
      case __li__ARWI__: {
        li__MZBN=li__QRB__->li__RRB.li__J0C;
      } break;
      case __li__URWI__: {
        li__MZBN=li__FXEK(((__li__URWI *)li__LZBN));
      } break;
      case __li__MSWI__: {
        li__MZBN=li__RXEK();
      } break;
      case __li__ETWI__: {
        li__MZBN=((__li__ETWI *)li__LZBN)->li__NSBK;
      } break;
      case __li__MZWI__: {
        li__MZBN=((__li__MZWI *)li__LZBN)->li__NZWI.li__WZLE;
      } break;
      case __li__C0WI__: {
        li__MZBN=((__li__C0WI *)li__LZBN)->li__D0WI.li__WZLE;
      } break;
      case __li__M1WI__: {
        li__MZBN=((__li__M1WI *)li__LZBN)->li__N1WI.li__WZLE;
      } break;
      case __li__KMFK__: {
        li__MZBN=((__li__KMFK *)li__LZBN)->li__3RFK->li__WTBD.li__0RNE;
      } break;
      case __li__XOHL__: {
        li__MZBN=li__T4NN(((__li__XOHL *)li__LZBN));
      } break;
      case __li__FPHL__: {
        li__MZBN=li__KA4L(((__li__FPHL *)li__LZBN));
      } break;
      case __li__APLM__: {
        li__MZBN=li__YFDQ();
      } break;
      case __li__DTNM__: {
        li__MZBN=li__1ISO(((__li__DTNM *)li__LZBN));
      } break;
      case __li__JXNM__: {
        li__MZBN=li__VX3R(((__li__JXNM *)li__LZBN));
      } break;
      case __li__21LO__: {
        li__MZBN=((__li__21LO *)li__LZBN)->li__KJXO->li__GZB.li__0RNE;
      } break;
      case __li__TPOO__: {
        li__MZBN=((__li__TPOO *)li__LZBN)->li__5IXO->li__GZB.li__0RNE;
      } break;
      case __li__URRO__: {
        li__MZBN=li__FH4R();
      } break;
      case __li__41XO__: {
        li__MZBN=li__3FDQ(((__li__41XO *)li__LZBN));
      } break;
      case __li__AKBR__: {
        li__MZBN=li__WQDS(((__li__AKBR *)li__LZBN));
      } break;
      case __li__SU5R__: {
        li__MZBN=li__T1IS();
      } break;
      case __li__JV5R__: {
        li__MZBN=li__Y1IS();
      } break;
      };
      li__ZZBN=((void *)((__li__5RB *)li__MZBN)->li__AEM != (void *)li__ORB__);
    } else /* FALSE */ {
      li__ZZBN=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__ZZBN) {
      li__JAZ(((__li__BC *)li__LXBN),(&__string_717));
      li__LZBN=li__KXBN->li__EFNL.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LZBN)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__LZBN),li__LXBN);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__LZBN)),li__LXBN);
        li__JAZ(((__li__BC *)li__LXBN),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__LXBN),((__li__MZWI *)((__li__WK *)li__LZBN))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__C34U=((__li__C0WI *)((__li__WK *)li__LZBN));
        li__SRX(((__li__BC *)li__LXBN),'\'');
        li__JAZ(((__li__BC *)li__LXBN),li__C34U->li__CTBK);
        li__SRX(((__li__BC *)li__LXBN),'\'');
      } break;
      case __li__M1WI__: {
        li__E34U=((__li__M1WI *)((__li__WK *)li__LZBN));
        li__SRX(((__li__BC *)li__LXBN),'\"');
        li__JAZ(((__li__BC *)li__LXBN),li__E34U->li__UTFK);
        li__SRX(((__li__BC *)li__LXBN),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__LXBN),((__li__TPOO *)((__li__WK *)li__LZBN))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      };
      li__SRX(((__li__BC *)li__LXBN),')');
    } else /* FALSE */ {
      li__LZBN=li__KXBN->li__EFNL.li__CSSH;
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LZBN)->__id) {
      case __li__WK__: {
        li__5ACK(((__li__WK *)li__LZBN),li__LXBN);
      } break;
      case __li__AVBD__: {
        li__L3MI(((__li__AVBD *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__KVBD__: {
        li__XGCK(((__li__KVBD *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__WVBD__: {
        li__EBNI(((__li__WVBD *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__Z4WH__: {
        li__2NBK(((__li__Z4WH *)((__li__WK *)li__LZBN)),li__LXBN);
        li__JAZ(((__li__BC *)li__LXBN),(&__string_512));
      } break;
      case __li__KTVI__: {
        li__DHCK(((__li__KTVI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__LTVI__: {
        li__WE1L(((__li__LTVI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__XTVI__: {
        li__KHCK(((__li__XTVI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__YTVI__: {
        li__2E1L(((__li__YTVI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__S2VI__: {
        li__QHCK(((__li__S2VI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__E3VI__: {
        li__PJCK(((__li__E3VI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__KLWI__: {
        li__KBG((&__string_513));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      case __li__ULWI__: {
        li__RLCK(((__li__ULWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__NMWI__: {
        li__JMCK(((__li__NMWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__BNWI__: {
        li__WRCK(((__li__BNWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__XNWI__: {
        li__5TCK(((__li__XNWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__LOWI__: {
        li__IWCK(((__li__LOWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__5OWI__: {
        li__RYCK(((__li__5OWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__TPWI__: {
        li__00CK(((__li__TPWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__HQWI__: {
        li__D3CK(((__li__HQWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__ARWI__: {
        li__M5CK(((__li__ARWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__URWI__: {
        li__BBDK(((__li__URWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__MSWI__: {
        li__GBDK(((__li__MSWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__ETWI__: {
        li__LBDK(((__li__ETWI *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__MZWI__: {
        li__JAZ(((__li__BC *)li__LXBN),((__li__MZWI *)((__li__WK *)li__LZBN))->li__3SBK);
      } break;
      case __li__C0WI__: {
        li__C34U=((__li__C0WI *)((__li__WK *)li__LZBN));
        li__SRX(((__li__BC *)li__LXBN),'\'');
        li__JAZ(((__li__BC *)li__LXBN),li__C34U->li__CTBK);
        li__SRX(((__li__BC *)li__LXBN),'\'');
      } break;
      case __li__M1WI__: {
        li__E34U=((__li__M1WI *)((__li__WK *)li__LZBN));
        li__SRX(((__li__BC *)li__LXBN),'\"');
        li__JAZ(((__li__BC *)li__LXBN),li__E34U->li__UTFK);
        li__SRX(((__li__BC *)li__LXBN),'\"');
      } break;
      case __li__KMFK__: {
        li__CF1L(((__li__KMFK *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__XOHL__: {
        li__VCMN(((__li__XOHL *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__FPHL__: {
        li__UI4L(((__li__FPHL *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__APLM__: {
        li__T4BQ(((__li__APLM *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__DTNM__: {
        li__5ARO(((__li__DTNM *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__JXNM__: {
        li__RU3R(((__li__JXNM *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__21LO__: {
        li__GVIP(((__li__21LO *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__TPOO__: {
        li__JAZ(((__li__BC *)li__LXBN),((__li__TPOO *)((__li__WK *)li__LZBN))->li__5IXO->li__GZB.li__GRNE);
      } break;
      case __li__URRO__: {
        li__4N4R(((__li__URRO *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__41XO__: {
        li__AECQ(((__li__41XO *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__AKBR__: {
        li__WVCS(((__li__AKBR *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__SU5R__: {
        li__CNIS(((__li__SU5R *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      case __li__JV5R__: {
        li__PSIS(((__li__JV5R *)((__li__WK *)li__LZBN)),li__LXBN);
      } break;
      };
    };
  };
}

static __li__U* li__DSEM(void *li__FSEM)
/* (WRITE_LOCAL{li__DFNL}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__ISEM,*li__HSEM,*li__NZEO;
  __li__U *li__JSEM,*li__GSEM;
  __li__K li__LZEO,li__U0EO;
  __li__5RB *li__MZEO;
  __li__C li__OZEO,li__M0EO,li__R0EO,li__K2EO,li__F2EO;
  __li__Z0IE *li__W0EO;
  void **li__1DMV,**li__2DMV,**li__3DMV,**li__4DMV,**li__5DMV,**li__AEMV;
  li__ISEM=NULL;
  li__JSEM=NULL;
  li__HSEM=((__li__DFNL *)li__FSEM)->li__JG1L;
  /* __li__B__ __li__I__ */
if ((li__HSEM->li__WTBD.li__FZB.li__DI1B == '+')) {
    li__ISEM=li__HSEM->li__ANQI;
    /* __li__B__ __li__I__ */
if (((void *)li__ISEM == (void *)NULL)) {
      li__LZEO= 0;
      li__MZEO=NULL;
      li__NZEO=NULL;
      li__OZEO=li__I__;
      /* __li__B__ __li__I__ */
if ((((__li__3 *)((__li__U *)li__HSEM->li__WTBD.li__FZB.li__R2B)->li__3C)[ 0] == 'R')) {
        li__NZEO=li__HSEM;
      } else /* FALSE */ {
        li__MZEO=li__HSEM->li__WTBD.li__0RNE;
        /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__MZEO)->li__BEM &  1) !=  0)) && (! ((__li__F0C)(((__li__5RB *)li__MZEO)->li__BEM &  4) !=  0)))) {
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__MZEO)->li__AEM)->__id) {
          case __li__IF__: 
          case __li__ORB__: 
          case __li__QRB__: 
          case __li__SRB__: 
          case __li__URB__: 
          case __li__GSZ__: {
            li__M0EO=li__I__;
          } break;
          case __li__1RRF__: 
          case __li__UJSH__: {
            li__M0EO=li__B__;
          } break;
          };
          li__R0EO=(! li__M0EO);
        } else /* FALSE */ {
          li__R0EO=li__I__;
        };
        li__OZEO=li__R0EO;
        li__U0EO=li__NCTL(((__li__5RB *)li__HSEM->li__WTBD.li__0RNE));
        li__W0EO=((void **)(*(((__li__H1IE *)li__Q1IE))).li__L2VG)[li__U0EO];
        li__LZEO= 0;
        li__U0EO=(*(li__W0EO)).li__4BPE;
        li__1DMV=(*(((__li__Z0IE *)li__W0EO))).li__WWWG;
        li__2DMV=(*(((__li__Z0IE *)li__W0EO))).li__WWWG;
        li__3DMV=(*(((__li__Z0IE *)li__W0EO))).li__WWWG;
        li__4DMV=(*(((__li__Z0IE *)li__W0EO))).li__WWWG;
        li__5DMV=(*(((__li__Z0IE *)li__W0EO))).li__WWWG;
        li__AEMV=(*(((__li__Z0IE *)li__W0EO))).li__WWWG;
        li__CEMO:
        {
          /* __li__B__ __li__I__ */
if ((li__LZEO <= li__U0EO)) {
            /* __li__B__ __li__I__ */
if (((void *)((__li__VTBD *)((void **)li__1DMV)[li__LZEO])->li__WTBD.li__0RNE != (void *)li__MZEO)) {
              /* __li__B__ __li__I__ */
if ((((! li__OZEO) || ((__li__F0C)(((__li__5RB *)((__li__VTBD *)((void **)li__2DMV)[li__LZEO])->li__WTBD.li__0RNE)->li__BEM &  1) !=  0)) || ((__li__F0C)(((__li__5RB *)((__li__VTBD *)((void **)li__3DMV)[li__LZEO])->li__WTBD.li__0RNE)->li__BEM &  4) !=  0))) {
                li__K2EO=li__B__;
              } else /* FALSE */ {
                /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)((__li__VTBD *)((void **)li__4DMV)[li__LZEO])->li__WTBD.li__0RNE)->li__AEM)->__id) {
                case __li__IF__: 
                case __li__ORB__: 
                case __li__QRB__: 
                case __li__SRB__: 
                case __li__URB__: 
                case __li__GSZ__: {
                  li__F2EO=li__I__;
                } break;
                case __li__1RRF__: 
                case __li__UJSH__: {
                  li__F2EO=li__B__;
                } break;
                };
                li__K2EO=li__F2EO;
              };
              li__F2EO=li__K2EO;
            } else /* FALSE */ {
              li__F2EO=li__I__;
            };
            li__K2EO=((li__F2EO || (((__li__VTBD *)((void **)li__5DMV)[li__LZEO])->li__WTBD.li__LNME !=  0)) || (((__li__VTBD *)((void **)li__AEMV)[li__LZEO])->li__3MQI < li__Y5OE));
          } else /* FALSE */ {
            li__K2EO=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__K2EO) {
            li__LZEO=(__li__K)(li__LZEO +  1);
            goto li__CEMO;
          };
        };
        /* __li__B__ __li__I__ */
if ((li__LZEO > (*(li__W0EO)).li__4BPE)) {
          li__NZEO=li__HSEM;
        } else /* FALSE */ {
          li__NZEO=((void **)(*(((__li__Z0IE *)li__W0EO))).li__WWWG)[li__LZEO];
        };
      };
      li__ISEM=li__NZEO;
      /* __li__B__ __li__I__ */
if (((void *)li__NZEO == (void *)li__HSEM)) {
        li__3GRL(li__HSEM);
      } else /* FALSE */ {
        ((__li__VTBD *)li__NZEO)->li__WTBD.li__LNME=li__HSEM->li__WTBD.li__LNME;
      };
      ((__li__VTBD *)li__NZEO)->li__3MQI=li__Y5OE;
      ((__li__VTBD *)li__HSEM)->li__ANQI=li__NZEO;
    };
    li__JSEM=li__ISEM->li__WTBD.li__GRNE;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((li__HSEM->li__WTBD.li__FZB.li__DI1B == '+')) {
      li__3GRL(li__HSEM);
    };
    li__JSEM=li__HSEM->li__WTBD.li__GRNE;
  };
  li__GSEM=li__JSEM;
  return(li__GSEM);
}

static void li__YD3P(__li__1M *li__ZD3P,void *li__0D3P)
/* (Strict PROFIL_SLOT{li__1M},PROFIL{NULLxli__1Mxli__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1D3P,li__EE3P,li__G53P;
  __li__C li__3D3P;
  __li__IFGD *li__NE3P,*li__343P;
  __li__2XXF *li__H53P,*li__WA4P;
  li__1D3P= 0;
  li__3D3P=li__HFQF(((__li__KXFD *)li__ZD3P->li__2M.li__SXFD),li__0D3P);
  /* __li__B__ __li__I__ */
if (li__3D3P) {
    li__EE3P=li__MBMF(((__li__KXFD *)li__ZD3P->li__2M.li__SXFD),li__0D3P);
    li__1D3P=(__li__K)(li__EE3P +  1);
  } else /* FALSE */ {
    li__1D3P= 1;
  };
  li__P23P(((__li__KXFD *)li__ZD3P->li__2M.li__SXFD),li__1D3P,li__0D3P);
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__0D3P)->__id==__li__1M__) {
    li__NE3P=((__li__1M *)li__0D3P)->li__2M.li__OFGD;
  } else /* PROFIL_BLOCK */ {
    li__NE3P=((__li__UJSH *)li__0D3P)->li__VJSH.li__OFGD;
  };
  li__343P=((__li__IFGD *)li__NE3P);
  li__2ALN(li__343P,li__ZD3P);
  li__2ALN(li__343P,li__ZD3P);
  li__343P->li__FYXF=(__li__K)(-  1);
  li__1D3P=li__AIO(((__li__U *)li__ZD3P->li__2M.li__NZFD));
  li__EE3P=(__li__K)(li__1D3P % li__343P->li__LZSF);
  li__G53P=li__EE3P;
  li__H53P=((void **)li__343P->li__DYXF)[li__EE3P];
  while ((! (((void *)li__H53P == (void *)NULL) || ((void *)li__H53P->li__5YIN == (void *)li__ZD3P)))) {
    li__H53P=li__H53P->li__XNJN;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__H53P == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__343P->li__LZSF == li__343P->li__GYXF)) {
      li__ECBQ(li__343P);
      li__G53P=(__li__K)(li__1D3P % li__343P->li__LZSF);
    };
    li__WA4P=li__JBAQ(li__ZD3P,((void **)li__343P->li__DYXF)[li__G53P]);
    li__H53P=li__WA4P;
    ((void **)li__343P->li__DYXF)[li__G53P]=li__WA4P;
    li__343P->li__GYXF=(__li__K)(li__343P->li__GYXF +  1);
  };
  ;
}

static __li__C li__HFQF(__li__KXFD *li__IFQF,void *li__JFQF)
/* (Strict HASHED_DICTIONARY(Expanded INTEGER,PROFIL){li__KXFD},PROFIL{NULLxli__1Mxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__FEMV,li__TFQF;
  __li__PSOE *li__SFQF;
  __li__C li__KFQF;
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__JFQF)->__id==__li__1M__) {
    li__FEMV=li__AIO(((__li__U *)((__li__1M *)li__JFQF)->li__2M.li__NZFD));
    li__TFQF=li__FEMV;
  } else /* PROFIL_BLOCK */ {
    li__FEMV=li__AIO(((__li__U *)((__li__UJSH *)li__JFQF)->li__VJSH.li__NZFD));
    li__TFQF=li__FEMV;
  };
  li__SFQF=((void **)li__IFQF->li__XYSE)[(__li__K)(li__TFQF % li__IFQF->li__QIME)];
  while ((! (((void *)li__SFQF == (void *)NULL) || ((void *)li__SFQF->li__TSOE == (void *)li__JFQF)))) {
    li__SFQF=li__SFQF->li__ADVE;
  };
  li__KFQF=((void *)li__SFQF != (void *)NULL);
  return(li__KFQF);
}

static __li__K li__MBMF(__li__KXFD *li__NBMF,void *li__OBMF)
/* (Strict HASHED_DICTIONARY(Expanded INTEGER,PROFIL){li__KXFD},PROFIL{NULLxli__1Mxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__LEMV,li__ZBMF,li__PBMF;
  __li__PSOE *li__YBMF;
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__OBMF)->__id==__li__1M__) {
    li__LEMV=li__AIO(((__li__U *)((__li__1M *)li__OBMF)->li__2M.li__NZFD));
    li__ZBMF=li__LEMV;
  } else /* PROFIL_BLOCK */ {
    li__LEMV=li__AIO(((__li__U *)((__li__UJSH *)li__OBMF)->li__VJSH.li__NZFD));
    li__ZBMF=li__LEMV;
  };
  li__YBMF=((void **)li__NBMF->li__XYSE)[(__li__K)(li__ZBMF % li__NBMF->li__QIME)];
  while (((void *)li__YBMF->li__TSOE != (void *)li__OBMF)) {
    li__YBMF=li__YBMF->li__ADVE;
  };
  li__PBMF=li__YBMF->li__LTOE;
  return(li__PBMF);
}

static void li__P23P(__li__KXFD *li__Q23P,__li__K li__R23P,void *li__S23P)
/* (Strict HASHED_DICTIONARY(Expanded INTEGER,PROFIL){li__KXFD},Expanded INTEGER{li__K},PROFIL{NULLxli__1Mxli__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__REMV,li__223P,li__023P,li__R4AQ,li__J4AQ,li__XEMV;
  __li__K li__N5AQ;
  void *li__M5AQ;
  __li__CB li__RABQ,li__P44U;
  __li__JJG li__ZABQ,li__S44U,li__N44U;
  __li__52B li__344U;
  __li__PSOE *li__123P,*li__L4AQ,*li__M4AQ,*li__ZBBQ;
  void **li__K4AQ,**li__S4AQ;
  /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__S23P)->__id==__li__1M__) {
    li__REMV=li__AIO(((__li__U *)((__li__1M *)li__S23P)->li__2M.li__NZFD));
    li__223P=li__REMV;
  } else /* PROFIL_BLOCK */ {
    li__REMV=li__AIO(((__li__U *)((__li__UJSH *)li__S23P)->li__VJSH.li__NZFD));
    li__223P=li__REMV;
  };
  li__REMV=(__li__K)(li__223P % li__Q23P->li__QIME);
  li__023P=li__REMV;
  li__123P=((void **)li__Q23P->li__XYSE)[li__REMV];
  while ((! (((void *)li__123P == (void *)NULL) || ((void *)li__123P->li__TSOE == (void *)li__S23P)))) {
    li__123P=li__123P->li__ADVE;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__123P == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__Q23P->li__QIME == li__Q23P->li__MYME)) {
      li__L4AQ=NULL;
      li__M4AQ=NULL;
      li__K4AQ=li__Q23P->li__XYSE;
      li__R4AQ=li__YDQ((__li__K)(li__Q23P->li__QIME +  1));
      li__S4AQ=li__AYZE(li__R4AQ);
      li__Q23P->li__XYSE=li__S4AQ;
      li__J4AQ=(__li__K)(li__Q23P->li__QIME -  1);
      li__Q23P->li__QIME=li__R4AQ;
      while ((! (li__J4AQ <  0))) {
        li__L4AQ=((void **)li__K4AQ)[li__J4AQ];
        while (((void *)li__L4AQ != (void *)NULL)) {
          li__M4AQ=li__L4AQ->li__ADVE;
          li__M5AQ=li__L4AQ->li__TSOE;
          /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__M5AQ)->__id==__li__1M__) {
            li__XEMV=li__AIO(((__li__U *)((__li__1M *)li__M5AQ)->li__2M.li__NZFD));
            li__N5AQ=li__XEMV;
          } else /* PROFIL_BLOCK */ {
            li__XEMV=li__AIO(((__li__U *)((__li__UJSH *)li__M5AQ)->li__VJSH.li__NZFD));
            li__N5AQ=li__XEMV;
          };
          li__XEMV=(__li__K)(li__N5AQ % li__Q23P->li__QIME);
          ((__li__PSOE *)li__L4AQ)->li__ADVE=((void **)li__Q23P->li__XYSE)[li__XEMV];
          ((void **)li__Q23P->li__XYSE)[li__XEMV]=li__L4AQ;
          li__L4AQ=li__M4AQ;
        };
        li__J4AQ=(__li__K)(li__J4AQ -  1);
      };
      li__Q23P->li__ZYSE=(__li__K)(-  1);
      li__023P=(__li__K)(li__223P % li__Q23P->li__QIME);
    };
    li__L4AQ=((void **)li__Q23P->li__XYSE)[li__023P];
    li__M4AQ=NULL;
    li__RABQ=((__li__CB )(NULL));
    li__ZABQ=((__li__JJG )sizeof(__li__PSOE));
    /* __li__B__ __li__I__ */
if ((li__ZABQ ==  0)) {
      li__M4AQ=li__PSOE__;
    } else /* FALSE */ {
      li__R4AQ=__li__PSOE__;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ZABQ));
      /* __li__B__ __li__I__ */
if ((li__R4AQ == (__li__K)(-  1))) {
        li__S44U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__N44U=(__li__JJG)((__li__JJG)(li__ZABQ - (__li__JJG)(((__li__JJG ) 0) - li__S44U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__S44U) - ((__li__JJG ) 1)));
        li__S44U=(__li__JJG)(li__N44U / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__P44U=li__YCJ(li__N44U,((__li__CB )(&(table_size[(li__S44U)-1]))),((__li__52B )li__N44U));
        li__RABQ=li__P44U;
      } else /* FALSE */ {
        li__344U=((__li__52B )li__R4AQ);
        li__S44U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__N44U=(__li__JJG)((__li__JJG)(li__ZABQ - (__li__JJG)(((__li__JJG ) 0) - li__S44U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__S44U) - ((__li__JJG ) 1)));
        li__P44U=li__YCJ(li__N44U,((__li__CB )(&(table_type[(li__344U)]))),(__li__52B)(li__344U |  1));
        li__RABQ=li__P44U;
      };
      li__ZBBQ=((__li__PSOE *)li__RABQ);
      li__M4AQ=li__ZBBQ;
      *(li__ZBBQ) = *(li__PSOE__);
    };
    li__ZBBQ=((__li__PSOE *)li__M4AQ);
    li__ZBBQ->li__LTOE=li__R23P;
    li__ZBBQ->li__TSOE=li__S23P;
    li__ZBBQ->li__ADVE=li__L4AQ;
    li__123P=li__M4AQ;
    ((void **)li__Q23P->li__XYSE)[li__023P]=li__M4AQ;
    li__Q23P->li__MYME=(__li__K)(li__Q23P->li__MYME +  1);
    li__Q23P->li__ZYSE=(__li__K)(-  1);
  } else /* FALSE */ {
    ((__li__PSOE *)li__123P)->li__LTOE=li__R23P;
  };
}

static __li__C li__2ALN(__li__IFGD *li__3ALN,void *li__4ALN)
/* (Strict HASHED_SET(PROFIL){li__IFGD},PROFIL{li__1Mxli__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__BFMV,li__IBLN;
  __li__2XXF *li__HBLN;
  __li__C li__5ALN;
  /* __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__4ALN)->__id==__li__1M__) {
    li__BFMV=li__AIO(((__li__U *)((__li__1M *)li__4ALN)->li__2M.li__NZFD));
    li__IBLN=li__BFMV;
  } else /* PROFIL_BLOCK */ {
    li__BFMV=li__AIO(((__li__U *)((__li__UJSH *)li__4ALN)->li__VJSH.li__NZFD));
    li__IBLN=li__BFMV;
  };
  li__HBLN=((void **)li__3ALN->li__DYXF)[(__li__K)(li__IBLN % li__3ALN->li__LZSF)];
  while ((! (((void *)li__HBLN == (void *)NULL) || ((void *)li__HBLN->li__5YIN == (void *)li__4ALN)))) {
    li__HBLN=li__HBLN->li__XNJN;
  };
  li__5ALN=((void *)li__HBLN != (void *)NULL);
  return(li__5ALN);
}

static void li__ECBQ(__li__IFGD *li__FCBQ)
/* (Strict HASHED_SET(PROFIL){li__IFGD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__PCBQ,li__GCBQ,li__A14P,li__NDBQ;
  void *li__MDBQ;
  __li__2XXF *li__KCBQ,*li__LCBQ;
  void **li__JCBQ,**li__SCBQ;
  li__KCBQ=NULL;
  li__LCBQ=NULL;
  li__PCBQ=li__YDQ((__li__K)(li__FCBQ->li__LZSF +  1));
  li__JCBQ=li__FCBQ->li__DYXF;
  li__SCBQ=li__M01F(li__PCBQ);
  li__FCBQ->li__DYXF=li__SCBQ;
  li__GCBQ=(__li__K)(li__FCBQ->li__LZSF -  1);
  li__FCBQ->li__LZSF=li__PCBQ;
  while ((! (li__GCBQ <  0))) {
    li__KCBQ=((void **)li__JCBQ)[li__GCBQ];
    while (((void *)li__KCBQ != (void *)NULL)) {
      li__LCBQ=li__KCBQ->li__XNJN;
      li__MDBQ=li__KCBQ->li__5YIN;
      /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__MDBQ)->__id==__li__1M__) {
        li__A14P=li__AIO(((__li__U *)((__li__1M *)li__MDBQ)->li__2M.li__NZFD));
        li__NDBQ=li__A14P;
      } else /* PROFIL_BLOCK */ {
        li__A14P=li__AIO(((__li__U *)((__li__UJSH *)li__MDBQ)->li__VJSH.li__NZFD));
        li__NDBQ=li__A14P;
      };
      li__A14P=(__li__K)(li__NDBQ % li__FCBQ->li__LZSF);
      ((__li__2XXF *)li__KCBQ)->li__XNJN=((void **)li__FCBQ->li__DYXF)[li__A14P];
      ((void **)li__FCBQ->li__DYXF)[li__A14P]=li__KCBQ;
      li__KCBQ=li__LCBQ;
    };
    li__GCBQ=(__li__K)(li__GCBQ -  1);
  };
  li__FCBQ->li__FYXF=(__li__K)(-  1);
}

static __li__2XXF* li__JBAQ(void *li__LBAQ,__li__2XXF *li__MBAQ)
/* (PROFIL{li__1Mxli__UJSH},Strict HASHED_SET_NODE(PROFIL){NULLxli__2XXF}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__MSAQ,li__X54U;
  __li__JJG li__USAQ,li__054U,li__V54U;
  __li__K li__5SAQ;
  __li__52B li__FA5U;
  __li__2XXF *li__LSAQ,*li__UTAQ,*li__NBAQ;
  li__LSAQ=NULL;
  li__MSAQ=((__li__CB )(NULL));
  li__USAQ=((__li__JJG )sizeof(__li__2XXF));
  /* __li__B__ __li__I__ */
if ((li__USAQ ==  0)) {
    li__LSAQ=li__2XXF__;
  } else /* FALSE */ {
    li__5SAQ=__li__2XXF__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__USAQ));
    /* __li__B__ __li__I__ */
if ((li__5SAQ == (__li__K)(-  1))) {
      li__054U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__V54U=(__li__JJG)((__li__JJG)(li__USAQ - (__li__JJG)(((__li__JJG ) 0) - li__054U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__054U) - ((__li__JJG ) 1)));
      li__054U=(__li__JJG)(li__V54U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__X54U=li__YCJ(li__V54U,((__li__CB )(&(table_size[(li__054U)-1]))),((__li__52B )li__V54U));
      li__MSAQ=li__X54U;
    } else /* FALSE */ {
      li__FA5U=((__li__52B )li__5SAQ);
      li__054U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__V54U=(__li__JJG)((__li__JJG)(li__USAQ - (__li__JJG)(((__li__JJG ) 0) - li__054U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__054U) - ((__li__JJG ) 1)));
      li__X54U=li__YCJ(li__V54U,((__li__CB )(&(table_type[(li__FA5U)]))),(__li__52B)(li__FA5U |  1));
      li__MSAQ=li__X54U;
    };
    li__UTAQ=((__li__2XXF *)li__MSAQ);
    li__LSAQ=li__UTAQ;
    *(li__UTAQ) = *(li__2XXF__);
  };
  li__UTAQ=((__li__2XXF *)li__LSAQ);
  li__UTAQ->li__5YIN=li__LBAQ;
  li__UTAQ->li__XNJN=li__MBAQ;
  li__NBAQ=li__LSAQ;
  return(li__NBAQ);
}

static __li__K li__SGFI(void **li__TGFI,void *li__UGFI,__li__K li__VGFI)
/* (Strict NATIVE_ARRAY(TYPE){li__XP0},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZxli__1RRFxli__UJSH},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__5GFI,li__WGFI;
  li__5GFI= 0;
  while ((! ((li__5GFI > li__VGFI) || ((void *)li__UGFI == (void *)li__TGFI[li__5GFI])))) {
    li__5GFI=(__li__K)(li__5GFI +  1);
  };
  li__WGFI=li__5GFI;
  return(li__WGFI);
}

static __li__C li__35ML(__li__IF *li__45ML,__li__5RB *li__55ML)
/* (Strict TYPE{li__IF},Strict TYPE_FULL{NULLxli__5RB}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__PANL,*li__YANL;
  __li__PF *li__QANL,*li__ZANL;
  __li__GSZ *li__HBNL;
  __li__5RB *li__VA5U;
  __li__C li__CANL,li__KANL,li__4ANL,li__AANL;
  li__CANL=li__I__;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__55ML)->li__BEM &  1) !=  0)) {
    li__CANL=li__B__;
    li__KANL=li__B__;
  } else /* FALSE */ {
    li__KANL=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__KANL)) {
    li__PANL=((__li__5RB *)li__55ML)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PANL)->__id) {
    case __li__IF__: {
      li__QANL=((__li__IF *)li__PANL)->li__TF;
    } break;
    case __li__ORB__: {
      li__QANL=((__li__ORB *)li__PANL)->li__PRB.li__TF;
    } break;
    case __li__QRB__: {
      li__QANL=((__li__QRB *)li__PANL)->li__RRB.li__TF;
    } break;
    case __li__SRB__: {
      li__QANL=((__li__SRB *)li__PANL)->li__TRB.li__TF;
    } break;
    case __li__URB__: {
      li__QANL=((__li__URB *)li__PANL)->li__VRB.li__TF;
    } break;
    case __li__GSZ__: {
      li__QANL=((__li__GSZ *)li__PANL)->li__HSZ.li__TF;
    } break;
    case __li__1RRF__: {
      li__QANL=li__QLKI();
    } break;
    case __li__UJSH__: {
      li__QANL=li__VYLN();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__QANL->li__SF.li__R2B == (void *)(&__string_44))) {
      li__4ANL=li__B__;
    } else /* FALSE */ {
      li__YANL=((__li__5RB *)li__55ML)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YANL)->__id) {
      case __li__IF__: {
        li__ZANL=((__li__IF *)li__YANL)->li__TF;
      } break;
      case __li__ORB__: {
        li__ZANL=((__li__ORB *)li__YANL)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__ZANL=((__li__QRB *)li__YANL)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__ZANL=((__li__SRB *)li__YANL)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__ZANL=((__li__URB *)li__YANL)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__ZANL=((__li__GSZ *)li__YANL)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__ZANL=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__ZANL=li__VYLN();
      } break;
      };
      li__4ANL=((void *)li__ZANL->li__SF.li__R2B == (void *)(&__string_45));
    };
    /* __li__B__ __li__I__ */
if (li__4ANL) {
      li__YANL=((__li__5RB *)li__55ML)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__YANL==NULL) {
        li__HBNL=NULL;
      } else {
        if (((struct ___OBJ *)li__YANL)->__id==__li__GSZ__) {
          li__HBNL=((void *)li__YANL);
        } else /* Other types */ {
          li__HBNL=NULL;
        }
      };
      li__VA5U=((void **)(*(((__li__3PZ *)li__HBNL->li__GGQB))).li__WNFC)[ 0];
      li__4ANL=li__35ML(li__45ML,li__VA5U);
      li__CANL=li__4ANL;
    };
  };
  li__AANL=li__CANL;
  return(li__AANL);
}

static __li__K li__NCTL(__li__5RB *li__OCTL)
/* (Strict TYPE_FULL{li__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__QCTL;
  __li__K li__RCTL,li__PCTL;
  li__QCTL=li__OCTL->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__QCTL)->__id) {
  case __li__IF__: {
    li__RCTL=((__li__IF *)li__QCTL)->li__F3TB;
  } break;
  case __li__ORB__: {
    li__RCTL=((__li__ORB *)li__QCTL)->li__PRB.li__F3TB;
  } break;
  case __li__QRB__: {
    li__RCTL=((__li__QRB *)li__QCTL)->li__RRB.li__F3TB;
  } break;
  case __li__SRB__: {
    li__RCTL=((__li__SRB *)li__QCTL)->li__TRB.li__F3TB;
  } break;
  case __li__URB__: {
    li__RCTL=((__li__URB *)li__QCTL)->li__VRB.li__F3TB;
  } break;
  case __li__GSZ__: {
    li__RCTL=((__li__GSZ *)li__QCTL)->li__HSZ.li__F3TB;
  } break;
  case __li__1RRF__: {
    li__RCTL=((__li__1RRF *)li__QCTL)->li__2RRF.li__F3TB;
  } break;
  case __li__UJSH__: {
    li__RCTL=((__li__UJSH *)li__QCTL)->li__WJSH.li__F3TB;
  } break;
  };
  li__PCTL=li__RCTL;
  return(li__PCTL);
}

static void** li__X5QG(void **li__Y5QG,__li__K li__Z5QG,__li__K li__05QG)
/* (Strict NATIVE_ARRAY(SLOT){li__MBM},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__XARG,li__3ARG;
  __li__K li__YARG,li__ZARG;
  void **li__CBRG,**li__15QG;
  li__XARG=((__li__CB )li__Y5QG);
  li__YARG=li__VTLB();
  li__ZARG=(__li__K)(li__05QG * li__YARG);
  li__YARG=li__VTLB();
  li__3ARG=li__CUY(li__XARG,((__li__JJG )(__li__K)(li__Z5QG * li__YARG)),((__li__JJG )li__ZARG));
  li__CBRG=((void **)li__3ARG);
  li__3D0G(li__CBRG,li__Z5QG,(__li__K)(li__05QG -  1));
  li__15QG=li__CBRG;
  return(li__15QG);
}

static void li__3D0G(void **li__4D0G,__li__K li__5D0G,__li__K li__AE0G)
/* (Strict NATIVE_ARRAY(SLOT){li__MBM},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__5N3G;
  li__5N3G=li__5D0G;
  while ((li__5N3G <= li__AE0G)) {
    li__4D0G[li__5N3G]=NULL;
    li__5N3G=(__li__K)(li__5N3G +  1);
  };
}

static __li__C li__RBNL(__li__GSZ *li__SBNL,__li__5RB *li__TBNL)
/* (Strict TYPE_GENERIC{li__GSZ},Strict TYPE_FULL{NULLxli__5RB}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__DCNL,*li__MCNL;
  __li__PF *li__ECNL,*li__NCNL;
  __li__GSZ *li__1CNL;
  __li__5RB *li__XA5U;
  __li__C li__WBNL,li__4BNL,li__SCNL,li__UBNL;
  li__WBNL=li__I__;
  /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__TBNL)->li__BEM &  1) !=  0)) {
    li__WBNL=li__B__;
    li__4BNL=li__B__;
  } else /* FALSE */ {
    li__4BNL=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__4BNL)) {
    li__DCNL=((__li__5RB *)li__TBNL)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__DCNL)->__id) {
    case __li__IF__: {
      li__ECNL=((__li__IF *)li__DCNL)->li__TF;
    } break;
    case __li__ORB__: {
      li__ECNL=((__li__ORB *)li__DCNL)->li__PRB.li__TF;
    } break;
    case __li__QRB__: {
      li__ECNL=((__li__QRB *)li__DCNL)->li__RRB.li__TF;
    } break;
    case __li__SRB__: {
      li__ECNL=((__li__SRB *)li__DCNL)->li__TRB.li__TF;
    } break;
    case __li__URB__: {
      li__ECNL=((__li__URB *)li__DCNL)->li__VRB.li__TF;
    } break;
    case __li__GSZ__: {
      li__ECNL=((__li__GSZ *)li__DCNL)->li__HSZ.li__TF;
    } break;
    case __li__1RRF__: {
      li__ECNL=li__QLKI();
    } break;
    case __li__UJSH__: {
      li__ECNL=li__VYLN();
    } break;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__ECNL->li__SF.li__R2B == (void *)(&__string_44))) {
      li__SCNL=li__B__;
    } else /* FALSE */ {
      li__MCNL=((__li__5RB *)li__TBNL)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__MCNL)->__id) {
      case __li__IF__: {
        li__NCNL=((__li__IF *)li__MCNL)->li__TF;
      } break;
      case __li__ORB__: {
        li__NCNL=((__li__ORB *)li__MCNL)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__NCNL=((__li__QRB *)li__MCNL)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__NCNL=((__li__SRB *)li__MCNL)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__NCNL=((__li__URB *)li__MCNL)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__NCNL=((__li__GSZ *)li__MCNL)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__NCNL=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__NCNL=li__VYLN();
      } break;
      };
      li__SCNL=((void *)li__NCNL->li__SF.li__R2B == (void *)(&__string_45));
    };
    /* __li__B__ __li__I__ */
if (li__SCNL) {
      li__MCNL=((__li__5RB *)li__TBNL)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__MCNL==NULL) {
        li__1CNL=NULL;
      } else {
        if (((struct ___OBJ *)li__MCNL)->__id==__li__GSZ__) {
          li__1CNL=((void *)li__MCNL);
        } else /* Other types */ {
          li__1CNL=NULL;
        }
      };
      li__XA5U=((void **)(*(((__li__3PZ *)li__1CNL->li__GGQB))).li__WNFC)[ 0];
      li__SCNL=li__RBNL(li__SBNL,li__XA5U);
      li__WBNL=li__SCNL;
    };
  };
  li__UBNL=li__WBNL;
  return(li__UBNL);
}

static void li__RSZG()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__3 li__E22G,li__5IBH;
  ((__li__BC *)li__HYUF)->li__NK= 0;
  li__E22G='\0';
  li__5IBH=((__li__3 )(fgetc(stdin)));
  /* __li__B__ __li__I__ */
if (((li__5IBH != '\n') && (li__5IBH != ((__li__3 )(EOF))))) {
    li__SRX(((__li__BC *)li__HYUF),li__5IBH);
    li__E22G=((__li__3 )(fgetc(stdin)));
    while ((! ((li__E22G == ((__li__3 )(EOF))) || (li__E22G == '\n')))) {
      li__SRX(((__li__BC *)li__HYUF),li__E22G);
      li__E22G=((__li__3 )(fgetc(stdin)));
    };
  };
}

static void* li__O5QH(__li__HLSC *li__P5QH)
/* (Strict LIP_BINARY{li__HLSC}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__R5QH,*li__V5QH,*li__X5QH,*li__45QH,*li__Q5QH;
  void *li__U5QH;
  __li__PO li__CB5U;
  __li__GGB *li__CQAI,*li__FQAI,*li__IQAI,*li__ENHI;
  __li__MHB *li__TQAI,*li__WQAI,*li__ZQAI;
  __li__YHB *li__QUAI,*li__WUAI,*li__04AI;
  __li__U *li__HTHI;
  __li__3 li__NKUH;
  li__R5QH=NULL;
  li__U5QH=li__P5QH->li__GKNE;
  /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ */
switch (((struct ___OBJ *)li__U5QH)->__id) {
  case __li__YOB__: {
    li__V5QH=li__LWUF(((__li__YOB *)li__U5QH));
  } break;
  case __li__HLSC__: {
    li__V5QH=li__O5QH(((__li__HLSC *)li__U5QH));
  } break;
  case __li__M30C__: {
    li__V5QH=li__MCRH(((__li__M30C *)li__U5QH));
  } break;
  case __li__LN5D__: {
    li__V5QH=li__Z0UF(((__li__LN5D *)li__U5QH));
  } break;
  case __li__KO5D__: {
    li__V5QH=li__50UF(((__li__KO5D *)li__U5QH));
  } break;
  case __li__NCFE__: {
    li__CB5U=((__li__NCFE *)li__U5QH)->li__OCFE.li__0CC;
    li__K4E( 1,(&__string_412));
    li__V5E(li__CB5U);
    li__ODF();
    li__V5QH=NULL;
  } break;
  };
  li__U5QH=li__P5QH->li__HKNE;
  /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ */
switch (((struct ___OBJ *)li__U5QH)->__id) {
  case __li__YOB__: {
    li__X5QH=li__LWUF(((__li__YOB *)li__U5QH));
  } break;
  case __li__HLSC__: {
    li__X5QH=li__O5QH(((__li__HLSC *)li__U5QH));
  } break;
  case __li__M30C__: {
    li__X5QH=li__MCRH(((__li__M30C *)li__U5QH));
  } break;
  case __li__LN5D__: {
    li__X5QH=li__Z0UF(((__li__LN5D *)li__U5QH));
  } break;
  case __li__KO5D__: {
    li__X5QH=li__50UF(((__li__KO5D *)li__U5QH));
  } break;
  case __li__NCFE__: {
    li__CB5U=((__li__NCFE *)li__U5QH)->li__OCFE.li__0CC;
    li__K4E( 1,(&__string_412));
    li__V5E(li__CB5U);
    li__ODF();
    li__X5QH=NULL;
  } break;
  };
  li__NKUH=li__P5QH->li__IKNE;
  /* __li__B__ __li__I__ */
if ((li__NKUH == '|')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__V5QH)->__id) {
    case __li__GGB__: {
      li__CQAI=((__li__GGB *)li__V5QH);
      li__FQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__IQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__GGB__) {
          li__IQAI=((__li__GGB *)li__X5QH);
        } else /* Other types */ {
          li__IQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__IQAI != (void *)NULL)) {
        li__ENHI=li__VRE((li__CQAI->li__MPC | li__IQAI->li__MPC));
        li__FQAI=li__ENHI;
      };
      li__45QH=li__FQAI;
    } break;
    case __li__MHB__: {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__WQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__TQAI->li__IOC=(__li__K)(li__TQAI->li__IOC | li__ZQAI->li__IOC);
        li__VURF(((__li__MHB *)li__ZQAI));
        li__WQAI=li__TQAI;
      };
      li__45QH=li__WQAI;
    } break;
    case __li__YHB__: {
      li__45QH=NULL;
    } break;
    };
    li__R5QH=li__45QH;
  };
  /* __li__B__ __li__I__ */
if ((li__NKUH == '&')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__V5QH)->__id) {
    case __li__GGB__: {
      li__CQAI=((__li__GGB *)li__V5QH);
      li__FQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__IQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__GGB__) {
          li__IQAI=((__li__GGB *)li__X5QH);
        } else /* Other types */ {
          li__IQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__IQAI != (void *)NULL)) {
        li__ENHI=li__VRE((li__CQAI->li__MPC & li__IQAI->li__MPC));
        li__FQAI=li__ENHI;
      };
      li__45QH=li__FQAI;
    } break;
    case __li__MHB__: {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__WQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__TQAI->li__IOC=(__li__K)(li__TQAI->li__IOC & li__ZQAI->li__IOC);
        li__VURF(((__li__MHB *)li__ZQAI));
        li__WQAI=li__TQAI;
      };
      li__45QH=li__WQAI;
    } break;
    case __li__YHB__: {
      li__45QH=NULL;
    } break;
    };
    li__R5QH=li__45QH;
  };
  /* __li__B__ __li__I__ */
if ((li__NKUH == '=')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__V5QH)->__id) {
    case __li__GGB__: {
      li__CQAI=((__li__GGB *)li__V5QH);
      li__FQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__IQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__GGB__) {
          li__IQAI=((__li__GGB *)li__X5QH);
        } else /* Other types */ {
          li__IQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__IQAI != (void *)NULL)) {
        li__ENHI=li__VRE((li__CQAI->li__MPC == li__IQAI->li__MPC));
        li__FQAI=li__ENHI;
      };
      li__CQAI=li__FQAI;
    } break;
    case __li__MHB__: {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__FQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__VURF(((__li__MHB *)li__ZQAI));
        li__VURF(li__TQAI);
        li__IQAI=li__VRE((li__TQAI->li__IOC == li__ZQAI->li__IOC));
        li__FQAI=li__IQAI;
      };
      li__CQAI=li__FQAI;
    } break;
    case __li__YHB__: {
      li__QUAI=((__li__YHB *)((__li__GGB *)li__V5QH));
      li__FQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__WUAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__YHB__) {
          li__WUAI=((__li__YHB *)li__X5QH);
        } else /* Other types */ {
          li__WUAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__WUAI != (void *)NULL)) {
        li__DWJE(((__li__YHB *)li__WUAI));
        li__DWJE(li__QUAI);
        li__IQAI=li__VRE(((void *)li__QUAI->li__FNC == (void *)li__WUAI->li__FNC));
        li__FQAI=li__IQAI;
      };
      li__CQAI=li__FQAI;
    } break;
    };
    li__R5QH=li__CQAI;
  };
  /* __li__B__ __li__I__ */
if ((li__NKUH == 'E')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__V5QH)->__id) {
    case __li__GGB__: {
      li__CQAI=((__li__GGB *)li__V5QH);
      li__FQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__IQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__GGB__) {
          li__IQAI=((__li__GGB *)li__X5QH);
        } else /* Other types */ {
          li__IQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__IQAI != (void *)NULL)) {
        li__ENHI=li__VRE((li__CQAI->li__MPC != li__IQAI->li__MPC));
        li__FQAI=li__ENHI;
      };
      li__CQAI=li__FQAI;
    } break;
    case __li__MHB__: {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__FQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__VURF(((__li__MHB *)li__ZQAI));
        li__VURF(li__TQAI);
        li__IQAI=li__VRE((li__TQAI->li__IOC != li__ZQAI->li__IOC));
        li__FQAI=li__IQAI;
      };
      li__CQAI=li__FQAI;
    } break;
    case __li__YHB__: {
      li__QUAI=((__li__YHB *)((__li__GGB *)li__V5QH));
      li__FQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__WUAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__YHB__) {
          li__WUAI=((__li__YHB *)li__X5QH);
        } else /* Other types */ {
          li__WUAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__WUAI != (void *)NULL)) {
        li__DWJE(((__li__YHB *)li__WUAI));
        li__DWJE(li__QUAI);
        li__IQAI=li__VRE(((void *)li__QUAI->li__FNC != (void *)li__WUAI->li__FNC));
        li__FQAI=li__IQAI;
      };
      li__CQAI=li__FQAI;
    } break;
    };
    li__R5QH=li__CQAI;
  };
  /* __li__B__ __li__I__ */
if ((li__NKUH == '>')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (((struct ___OBJ *)li__V5QH)->__id==__li__MHB__) {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__CQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__VURF(((__li__MHB *)li__ZQAI));
        li__VURF(li__TQAI);
        li__IQAI=li__VRE((li__TQAI->li__IOC > li__ZQAI->li__IOC));
        li__CQAI=li__IQAI;
      };
      li__FQAI=li__CQAI;
    } else /* Other types */ {
      li__FQAI=NULL;
    };
    li__R5QH=li__FQAI;
  };
  /* __li__B__ __li__I__ */
if ((li__NKUH == '<')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (((struct ___OBJ *)li__V5QH)->__id==__li__MHB__) {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__CQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__VURF(((__li__MHB *)li__ZQAI));
        li__VURF(li__TQAI);
        li__IQAI=li__VRE((li__TQAI->li__IOC < li__ZQAI->li__IOC));
        li__CQAI=li__IQAI;
      };
      li__FQAI=li__CQAI;
    } else /* Other types */ {
      li__FQAI=NULL;
    };
    li__R5QH=li__FQAI;
  };
  /* __li__B__ __li__I__ */
if ((li__NKUH == 'S')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (((struct ___OBJ *)li__V5QH)->__id==__li__MHB__) {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__CQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__VURF(((__li__MHB *)li__ZQAI));
        li__VURF(li__TQAI);
        li__IQAI=li__VRE((li__TQAI->li__IOC >= li__ZQAI->li__IOC));
        li__CQAI=li__IQAI;
      };
      li__FQAI=li__CQAI;
    } else /* Other types */ {
      li__FQAI=NULL;
    };
    li__R5QH=li__FQAI;
  };
  /* __li__B__ __li__I__ */
if ((li__NKUH == 'I')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (((struct ___OBJ *)li__V5QH)->__id==__li__MHB__) {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__CQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__VURF(((__li__MHB *)li__ZQAI));
        li__VURF(li__TQAI);
        li__IQAI=li__VRE((li__TQAI->li__IOC <= li__ZQAI->li__IOC));
        li__CQAI=li__IQAI;
      };
      li__FQAI=li__CQAI;
    } else /* Other types */ {
      li__FQAI=NULL;
    };
    li__R5QH=li__FQAI;
  };
  /* __li__B__ __li__I__ */
if ((li__NKUH == '+')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__V5QH)->__id) {
    case __li__GGB__: {
      li__45QH=NULL;
    } break;
    case __li__MHB__: {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__WQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__TQAI->li__IOC=(__li__K)(li__TQAI->li__IOC + li__ZQAI->li__IOC);
        li__VURF(((__li__MHB *)li__ZQAI));
        li__WQAI=li__TQAI;
      };
      li__45QH=li__WQAI;
    } break;
    case __li__YHB__: {
      li__QUAI=((__li__YHB *)((__li__GGB *)li__V5QH));
      li__WUAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__04AI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__YHB__) {
          li__04AI=((__li__YHB *)li__X5QH);
        } else /* Other types */ {
          li__04AI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__04AI != (void *)NULL)) {
        li__HEZ(((__li__BC *)li__0C),li__QUAI->li__FNC);
        li__JAZ(((__li__BC *)li__0C),li__04AI->li__FNC);
        li__HTHI=li__SQC(li__0C);
        li__QUAI->li__FNC=li__HTHI;
        li__DWJE(((__li__YHB *)li__04AI));
        li__WUAI=li__QUAI;
      };
      li__45QH=li__WUAI;
    } break;
    };
    li__R5QH=li__45QH;
  };
  /* __li__B__ __li__I__ */
if ((li__NKUH == '-')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (((struct ___OBJ *)li__V5QH)->__id==__li__MHB__) {
      li__TQAI=((__li__MHB *)((__li__GGB *)li__V5QH));
      li__WQAI=NULL;
      /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (li__X5QH==NULL) {
        li__ZQAI=NULL;
      } else {
        if (((struct ___OBJ *)li__X5QH)->__id==__li__MHB__) {
          li__ZQAI=((__li__MHB *)li__X5QH);
        } else /* Other types */ {
          li__ZQAI=NULL;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__ZQAI != (void *)NULL)) {
        li__TQAI->li__IOC=(__li__K)(li__TQAI->li__IOC - li__ZQAI->li__IOC);
        li__VURF(((__li__MHB *)li__ZQAI));
        li__WQAI=li__TQAI;
      };
      li__TQAI=li__WQAI;
    } else /* Other types */ {
      li__TQAI=NULL;
    };
    li__R5QH=li__TQAI;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__R5QH == (void *)NULL)) {
    fputc((int)(li__P5QH->li__IKNE),stdout);
    fputc((int)('\n'),stdout);
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__V5QH)->__id) {
    case __li__GGB__: {
      li__1ZYG(((__li__GGB *)li__V5QH));
    } break;
    case __li__MHB__: {
      li__LLIG(((__li__MHB *)li__V5QH)->li__IOC);
    } break;
    case __li__YHB__: {
      li__QUAI=((__li__YHB *)li__V5QH);
      ((__li__BC *)li__0C)->li__NK= 0;
      li__R2YG(li__QUAI,li__0C);
      li__C30(((__li__BC *)li__0C));
    } break;
    };
    fputc((int)('\n'),stdout);
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__X5QH)->__id) {
    case __li__GGB__: {
      li__1ZYG(((__li__GGB *)li__X5QH));
    } break;
    case __li__MHB__: {
      li__LLIG(((__li__MHB *)li__X5QH)->li__IOC);
    } break;
    case __li__YHB__: {
      li__QUAI=((__li__YHB *)li__X5QH);
      ((__li__BC *)li__0C)->li__NK= 0;
      li__R2YG(li__QUAI,li__0C);
      li__C30(((__li__BC *)li__0C));
    } break;
    };
    fputc((int)('\n'),stdout);
    li__CB5U=li__P5QH->li__ILSC.li__0CC;
    li__K4E( 1,(&__string_726));
    li__V5E(li__CB5U);
    li__ODF();
  };
  li__Q5QH=li__R5QH;
  return(li__Q5QH);
}

static void* li__MCRH(__li__M30C *li__NCRH)
/* (Strict LIP_UNARY{li__M30C}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__QCRH;
  void *li__RCRH,*li__5CRH,*li__OCRH;
  __li__PO li__QB5U;
  __li__MHB *li__QLPI,*li__YCRH;
  __li__GGB *li__5LPI;
  __li__3 li__HNUH;
  li__QCRH=li__NCRH->li__ZZME;
  /* NULL __li__YOB__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ */
switch (((struct ___OBJ *)li__QCRH)->__id) {
  case __li__YOB__: {
    li__RCRH=li__LWUF(((__li__YOB *)li__QCRH));
  } break;
  case __li__M30C__: {
    li__RCRH=li__MCRH(((__li__M30C *)li__QCRH));
  } break;
  case __li__LN5D__: {
    li__RCRH=li__Z0UF(((__li__LN5D *)li__QCRH));
  } break;
  case __li__KO5D__: {
    li__RCRH=li__50UF(((__li__KO5D *)li__QCRH));
  } break;
  case __li__NCFE__: {
    li__QB5U=((__li__NCFE *)li__QCRH)->li__OCFE.li__0CC;
    li__K4E( 1,(&__string_412));
    li__V5E(li__QB5U);
    li__ODF();
    li__RCRH=NULL;
  } break;
  };
  li__QCRH=li__RCRH;
  li__HNUH=li__NCRH->li__YZME;
  /* __li__B__ __li__I__ */
if ((li__HNUH == '-')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
if (((struct ___OBJ *)li__RCRH)->__id==__li__MHB__) {
      li__QLPI=((__li__MHB *)li__RCRH);
      li__QLPI->li__IOC=(__li__K)(- li__QLPI->li__IOC);
      li__YCRH=li__QLPI;
    } else /* Other types */ {
      li__YCRH=NULL;
    };
    li__QCRH=li__YCRH;
  };
  /* __li__B__ __li__I__ */
if ((li__HNUH == '!')) {
    /* NULL __li__GGB__ __li__MHB__ __li__YHB__ */
switch (((struct ___OBJ *)li__QCRH)->__id) {
    case __li__GGB__: {
      li__5LPI=li__VRE((! ((__li__GGB *)li__QCRH)->li__MPC));
      li__5CRH=li__5LPI;
    } break;
    case __li__MHB__: {
      li__QLPI=((__li__MHB *)li__QCRH);
      li__QLPI->li__IOC=(__li__K)(~ li__QLPI->li__IOC);
      li__5CRH=li__QLPI;
    } break;
    case __li__YHB__: {
      li__5CRH=NULL;
    } break;
    };
    li__QCRH=li__5CRH;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__QCRH == (void *)NULL)) {
    li__QB5U=li__NCRH->li__N30C.li__0CC;
    li__K4E( 1,(&__string_332));
    li__V5E(li__QB5U);
    li__ODF();
  };
  li__OCRH=li__QCRH;
  return(li__OCRH);
}

static __li__C li__P1XC(__li__3 li__Q1XC)
/* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__S1XC,li__T1XC,li__01XC,li__51XC,li__R1XC;
  li__S1XC=li__I__;
  li__T1XC=li__KTX(li__Q1XC);
  /* __li__B__ __li__I__ */
if (li__T1XC) {
    li__S1XC=li__B__;
    li__01XC=li__B__;
  } else /* FALSE */ {
    li__01XC=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__01XC) {
    li__01XC=li__B__;
  } else /* FALSE */ {
    li__51XC=(((__li__QJG )li__Q1XC) >= ((__li__QJG )'a'));
    /* __li__B__ __li__I__ */
if (li__51XC) {
      li__S1XC=(((__li__QJG )li__Q1XC) <= ((__li__QJG )'f'));
    };
    li__01XC=li__51XC;
  };
  /* __li__B__ __li__I__ */
if ((! li__01XC)) {
    /* __li__B__ __li__I__ */
if ((((__li__QJG )li__Q1XC) >= ((__li__QJG )'A'))) {
      li__S1XC=(((__li__QJG )li__Q1XC) <= ((__li__QJG )'F'));
    };
  };
  li__R1XC=li__S1XC;
  return(li__R1XC);
}

static __li__C li__SQXB(__li__3 li__TQXB)
/* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__VQXB,li__UQXB;
  li__VQXB=li__I__;
  /* __li__B__ __li__I__ */
if ((((__li__QJG )li__TQXB) >= ((__li__QJG )'A'))) {
    li__VQXB=(((__li__QJG )li__TQXB) <= ((__li__QJG )'Z'));
  };
  li__UQXB=li__VQXB;
  return(li__UQXB);
}

static void* li__LFZC(__li__DCG *li__MFZC)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__RFZC,*li__OFZC,*li__LGZC,*li__NFZC;
  __li__PO li__RGZC;
  __li__HLSC *li__2GZC;
  __li__C li__1FZC,li__EGZC,li__BGZC;
  li__RFZC=li__B20C(li__MFZC);
  li__OFZC=li__RFZC;
  /* __li__B__ __li__I__ */
if (((void *)li__RFZC != (void *)NULL)) {
    li__Z42C:
    {
      li__1FZC=li__AIX('-');
      /* __li__B__ __li__I__ */
if (li__1FZC) {
        li__EGZC=li__B__;
      } else /* FALSE */ {
        li__BGZC=li__AIX('+');
        li__EGZC=li__BGZC;
      };
      /* __li__B__ __li__I__ */
if (li__EGZC) {
        li__LGZC=li__B20C(li__MFZC);
        /* __li__B__ __li__I__ */
if (((void *)li__LGZC == (void *)NULL)) {
          li__RGZC=li__WTIB();
          li__K4E( 0,(&__string_331));
          li__V5E(li__RGZC);
          li__ODF();
        };
        /* __li__B__ __li__I__ */
if (li__1FZC) {
          li__RGZC=li__WTIB();
          li__2GZC=li__2T0D(li__RGZC,li__OFZC,'-',li__LGZC);
          li__OFZC=li__2GZC;
        } else /* FALSE */ {
          li__RGZC=li__WTIB();
          li__2GZC=li__2T0D(li__RGZC,li__OFZC,'+',li__LGZC);
          li__OFZC=li__2GZC;
        };
        goto li__Z42C;
      };
    };
  };
  li__NFZC=li__OFZC;
  return(li__NFZC);
}

static void li__DOBG(__li__IF *li__EOBG,void *li__FOBG)
/* (Strict TYPE{li__IF},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__GOBG;
  void *li__ZOBG;
  __li__ULSB *li__0OBG,*li__DC5U;
  void *li__LDSH;
  void *li__HPBG;
  __li__5RB *li__KPBG;
  __li__VB1 *li__IC5U;
  __li__PO li__OC5U,li__RPBG;
  __li__C li__4OBG;
  li__GOBG= 0;
  li__WKJG:
  {
    /* __li__B__ __li__I__ */
if ((li__GOBG <= (*(li__EOBG->li__D0C)).li__VBM)) {
      li__ZOBG=((void **)(*(((__li__ZZC *)li__EOBG->li__D0C))).li__RBM)[li__GOBG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZOBG)->__id==__li__DZB__) {
        li__0OBG=li__QXVG(((__li__DZB *)li__ZOBG));
      } else /* SLOT_CODE */ {
        li__LDSH=((__li__QWEC *)li__ZOBG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LDSH)->__id==__li__IZB__) {
          li__0OBG=((__li__IZB *)li__LDSH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__0OBG=((__li__4HAD *)li__LDSH)->li__5HAD.li__WLSB;
        };
      };
      li__DC5U=((__li__ULSB *)li__0OBG);
      li__4OBG=(((void *)li__DC5U->li__XNKE == (void *)(&__string_29)) || ((void *)li__DC5U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__4OBG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__4OBG) {
      li__ZOBG=((void **)(*(((__li__ZZC *)li__EOBG->li__D0C))).li__RBM)[li__GOBG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZOBG)->__id==__li__DZB__) {
        li__LDSH=((__li__DZB *)li__ZOBG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LDSH)->__id==__li__IZB__) {
          li__HPBG=((__li__IZB *)li__LDSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__HPBG=((__li__4HAD *)li__LDSH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__LDSH=((__li__QWEC *)li__ZOBG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LDSH)->__id==__li__IZB__) {
          li__HPBG=((__li__IZB *)li__LDSH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__HPBG=((__li__4HAD *)li__LDSH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__HPBG==NULL) {
        li__LDSH=NULL;
      } else {
        switch (((struct ___OBJ *)li__HPBG)->__id) {
        case __li__WRB__: {
          li__LDSH=((void *)li__HPBG);
        } break;
        case __li__XRB__: {
          li__LDSH=((void *)li__HPBG);
        } break;
        case __li__KUB__: {
          li__LDSH=((void *)li__HPBG);
        } break;
        case __li__VB1__: {
          li__LDSH=((void *)li__HPBG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__LDSH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__LDSH)->__id) {
      case __li__WRB__: {
        li__KPBG=li__Z0YI(((__li__WRB *)li__LDSH),li__EOBG);
      } break;
      case __li__XRB__: {
        li__KPBG=li__N2YI(((__li__XRB *)((__li__WRB *)li__LDSH)),li__EOBG);
      } break;
      case __li__KUB__: {
        li__KPBG=li__B4YI(((__li__KUB *)((__li__WRB *)li__LDSH)),li__EOBG);
      } break;
      case __li__VB1__: {
        li__IC5U=((__li__VB1 *)((__li__WRB *)li__LDSH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__IC5U->li__WB1.li__P2C);
        li__OC5U=li__EOBG->li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__OC5U);
        li__ODF();
        li__KPBG=NULL;
      } break;
      };
      li__LDSH=((__li__5RB *)li__KPBG)->li__AEM;
      /* __li__B__ __li__I__ */
if (((void *)li__LDSH == (void *)li__FOBG)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ZOBG)->__id==__li__DZB__) {
          li__RPBG=((__li__DZB *)li__ZOBG)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__HPBG=((__li__QWEC *)li__ZOBG)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HPBG)->__id==__li__IZB__) {
            li__RPBG=((__li__IZB *)li__HPBG)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__RPBG=((__li__4HAD *)li__HPBG)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_604));
        li__V5E(li__RPBG);
        li__ODF();
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__LDSH)->__id) {
      case __li__IF__: {
        li__DOBG(((__li__IF *)li__LDSH),li__FOBG);
      } break;
      case __li__ORB__: {
        li__QMGG(((__li__ORB *)((__li__IF *)li__LDSH)),li__FOBG);
      } break;
      case __li__QRB__: {
        li__AQGG(((__li__QRB *)((__li__IF *)li__LDSH)),li__FOBG);
      } break;
      case __li__SRB__: {
        li__QTGG(((__li__SRB *)((__li__IF *)li__LDSH)),li__FOBG);
      } break;
      case __li__URB__: {
        li__QUYI(((__li__URB *)((__li__IF *)li__LDSH)),li__FOBG);
      } break;
      case __li__GSZ__: {
        li__VKBG(((__li__GSZ *)((__li__IF *)li__LDSH)),li__FOBG);
      } break;
      case __li__1RRF__: {
        li__FWYI(((__li__1RRF *)((__li__IF *)li__LDSH)),li__FOBG);
      } break;
      case __li__UJSH__: {
        li__WMMN(((__li__UJSH *)((__li__IF *)li__LDSH)),li__FOBG);
      } break;
      };
      li__GOBG=(__li__K)(li__GOBG +  1);
      goto li__WKJG;
    };
  };
}

static __li__K li__GB1F(__li__XB1 *li__HB1F,void *li__IB1F)
/* (Strict FAST_ARRAY(ITM_TYPE_PARAMETER){li__XB1},ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__KB1F,li__T2MG,li__32MG,li__JB1F;
  void **li__R2MG;
  li__KB1F= 0;
  /* __li__B__ __li__I__ */
if (((*(li__HB1F)).li__PCDC >=  0)) {
    li__R2MG=((void **)(*(li__HB1F)).li__LCDC);
    li__T2MG=(*(li__HB1F)).li__PCDC;
    li__32MG= 0;
    while ((! ((li__32MG > li__T2MG) || ((void *)li__IB1F == (void *)li__R2MG[li__32MG])))) {
      li__32MG=(__li__K)(li__32MG +  1);
    };
    li__KB1F=li__32MG;
  };
  li__JB1F=li__KB1F;
  ;
  return(li__JB1F);
}

static __li__K li__1BGL(__li__4RUC *li__2BGL,void *li__3BGL)
/* (Strict ITM_ARG{li__4RUC},ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__5BGL,li__4BGL;
  li__5BGL= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__2BGL->li__SZHD != (void *)li__3BGL)) {
    li__5BGL= 1;
  };
  li__4BGL=li__5BGL;
  return(li__4BGL);
}

static __li__K li__JCGL(__li__QUAF *li__KCGL,void *li__LCGL)
/* (Strict ITM_ARGS{li__QUAF},ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NCGL,li__UC5U,li__MCGL;
  void **li__HFMV;
  li__NCGL= 0;
  li__UC5U=(*(li__KCGL->li__H5ZG)).li__UD;
  li__HFMV=(*(((__li__CRB *)((__li__UL2B *)li__KCGL->li__I5ZG)->li__GX5B))).li__V1BD;
  while (((li__NCGL <= li__UC5U) && ((void *)((void **)li__HFMV)[li__NCGL] != (void *)li__LCGL))) {
    li__NCGL=(__li__K)(li__NCGL +  1);
  };
  li__MCGL=li__NCGL;
  return(li__MCGL);
}

static __li__K li__VBRL(__li__5RB *li__WBRL)
/* (Strict TYPE_FULL{li__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__YBRL;
  __li__U *li__ZBRL;
  __li__PF *li__FE5U;
  __li__K li__0BRL,li__XBRL;
  li__YBRL=li__WBRL->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YBRL)->__id) {
  case __li__IF__: {
    li__ZBRL=((__li__IF *)li__YBRL)->li__TF->li__SF.li__R2B;
  } break;
  case __li__ORB__: {
    li__ZBRL=(&__string_1);
  } break;
  case __li__QRB__: {
    li__ZBRL=(&__string_2);
  } break;
  case __li__SRB__: {
    li__ZBRL=(&__string_51);
  } break;
  case __li__URB__: {
    li__ZBRL=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__ZBRL=((__li__GSZ *)li__YBRL)->li__EGQB;
  } break;
  case __li__1RRF__: {
    li__FE5U=li__QLKI();
    li__ZBRL=li__FE5U->li__SF.li__R2B;
  } break;
  case __li__UJSH__: {
    li__ZBRL=((__li__UJSH *)li__YBRL)->li__VJSH.li__NZFD;
  } break;
  };
  li__0BRL=li__AIO(((__li__U *)li__ZBRL));
  li__XBRL=li__0BRL;
  return(li__XBRL);
}

static __li__C li__BSYB(__li__C li__DSYB)
/* (Expanded BOOLEAN{li__Bxli__I}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PO li__DTYB,li__0TYB,li__CVYB,li__G0YB,li__L1YB,li__2F5U;
  __li__PF *li__XUYB;
  __li__VB1 *li__N0YB,*li__F1YB;
  __li__K li__B0RU;
  void *li__LCZB;
  void *li__WHZB;
  __li__C li__FSYB,li__PTYB,li__2UYB,li__TVYB,li__QE5U,li__40YB;
  __li__C li__ESYB;
  __li__3 li__PSYB;
  __li__CRB *li__04YB;
  li__FSYB=li__I__;
  li__PSYB=li__VUZB();
  /* __li__B__ __li__I__ */
if ((li__PSYB != ' ')) {
    li__FSYB=li__B__;
    /* __li__B__ __li__I__ */
if (((! li__DSYB) && (li__PSYB == '+'))) {
      li__DTYB=li__WTIB();
      li__K4E( 2,(&__string_727));
      li__V5E(li__DTYB);
      li__ODF();
    };
    /* __li__B__ __li__I__ */
if (li__DSYB) {
      li__PTYB=li__WEK((&__string_70));
      /* __li__B__ __li__I__ */
if (li__PTYB) {
        /* __li__B__ __li__I__ */
if ((li__PSYB == '-')) {
          li__0TYB=li__WTIB();
          li__K4E( 1,(&__string_728));
          li__V5E(li__0TYB);
          li__ODF();
          li__JQ=li__B__;
          li__JAZ(((__li__BC *)li__NE),(&__string_729));
        };
        li__XUYB=li__S5H;
        li__0TYB=li__WTIB();
        ((__li__PF *)li__XUYB)->li__SF.li__RF.li__0CC=li__0TYB;
        ((__li__PF *)li__S5H)->li__SF.li__DI1B=li__PSYB;
        li__2UYB=li__BCJB((&__string_18));
        /* __li__B__ __li__I__ */
if ((! li__2UYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_730));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__2UYB=li__WEK((&__string_15));
        /* __li__B__ __li__I__ */
if (li__2UYB) {
          li__TVYB=li__B__;
        } else /* FALSE */ {
          li__QE5U=li__WEK((&__string_16));
          li__TVYB=li__QE5U;
        };
        /* __li__B__ __li__I__ */
if (li__TVYB) {
          ((__li__PF *)li__S5H)->li__UGQB=li__2YI;
        };
        li__2UYB=li__YXVB();
        /* __li__B__ __li__I__ */
if ((! li__2UYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 0,(&__string_731));
          li__V5E(li__CVYB);
          li__ODF();
        };
        /* __li__B__ __li__I__ */
if (((void *)li__S5H->li__NB1 != (void *)li__2YI)) {
          li__CVYB=li__WTIB();
          li__K4E( 0,(&__string_732));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__2UYB=li__AIX('(');
        /* __li__B__ __li__I__ */
if (li__2UYB) {
          /* __li__B__ __li__I__ */
if ((! li__45H)) {
            /* __li__B__ __li__I__ */
if ((li__S5H->li__UB1 ==  0)) {
              li__G0YB=li__WTIB();
              li__K4E( 0,(&__string_733));
              li__V5E(li__G0YB);
              li__ODF();
            };
          };
          li__N0YB=li__GXYB();
          /* __li__B__ __li__I__ */
if (((void *)li__N0YB == (void *)NULL)) {
            li__G0YB=li__WTIB();
            li__K4E( 0,(&__string_734));
            li__V5E(li__G0YB);
            li__ODF();
          };
          li__CAGC(((__li__XB1 *)li__S5H->li__BC1),li__N0YB);
          li__DS1B:
          {
            li__40YB=li__AIX(',');
            /* __li__B__ __li__I__ */
if (li__40YB) {
              li__F1YB=li__GXYB();
              /* __li__B__ __li__I__ */
if (((void *)li__F1YB == (void *)NULL)) {
                li__L1YB=li__WTIB();
                li__K4E( 0,(&__string_734));
                li__V5E(li__L1YB);
                li__ODF();
              };
              li__CAGC(((__li__XB1 *)li__S5H->li__BC1),li__F1YB);
              goto li__DS1B;
            };
          };
          li__TVYB=li__AIX(')');
          /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
            li__G0YB=li__WTIB();
            li__K4E( 2,(&__string_735));
            li__V5E(li__G0YB);
            li__ODF();
          };
          /* __li__B__ __li__I__ */
if ((! li__45H)) {
            li__B0RU=(__li__K)((*(((__li__XB1 *)li__S5H->li__BC1))).li__PCDC +  1);
            /* __li__B__ __li__I__ */
if ((li__B0RU != li__S5H->li__UB1)) {
              li__L1YB=li__WTIB();
              li__K4E( 0,(&__string_736));
              li__V5E(li__L1YB);
              li__ODF();
            };
          };
        };
      } else /* FALSE */ {
        li__0TYB=li__WTIB();
        li__K4E( 0,(&__string_737));
        li__V5E(li__0TYB);
        li__ODF();
      };
      li__PTYB=li__B__;
    } else /* FALSE */ {
      li__PTYB=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__PTYB) {
      li__PTYB=li__B__;
    } else /* FALSE */ {
      li__2UYB=li__WEK((&__string_71));
      /* __li__B__ __li__I__ */
if (li__2UYB) {
        li__TVYB=li__B__;
      } else /* FALSE */ {
        li__QE5U=li__WEK((&__string_72));
        li__TVYB=li__QE5U;
      };
      /* __li__B__ __li__I__ */
if (li__TVYB) {
        li__QE5U=li__BCJB((&__string_18));
        /* __li__B__ __li__I__ */
if ((! li__QE5U)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_730));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__04YB=li__VP4B(li__DCG__,li__I__);
        /* __li__B__ __li__I__ */
if (((void *)li__04YB == (void *)NULL)) {
          li__CVYB=li__WTIB();
          li__K4E( 0,(&__string_738));
          li__V5E(li__CVYB);
          li__ODF();
        };
        /* __li__B__ __li__I__ */
if (li__2UYB) {
          ((__li__PF *)li__S5H)->li__AIQB=li__04YB;
        } else /* FALSE */ {
          ((__li__PF *)li__S5H)->li__EJQB=li__04YB;
        };
      };
      li__PTYB=li__TVYB;
    };
    /* __li__B__ __li__I__ */
if (li__PTYB) {
      li__PTYB=li__B__;
    } else /* FALSE */ {
      li__2UYB=li__WEK((&__string_73));
      /* __li__B__ __li__I__ */
if (li__2UYB) {
        li__TVYB=li__BCJB((&__string_18));
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_730));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__TVYB=li__P44B();
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 0,(&__string_739));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__JAZ(((__li__BC *)li__NE),(&__string_376));
        li__JAZ(((__li__BC *)li__NE),li__S5H->li__SF.li__R2B);
        li__JAZ(((__li__BC *)li__NE),(&__string_383));
        li__JAZ(((__li__BC *)li__NE),li__2YI);
        li__SRX(((__li__BC *)li__NE),'\n');
      };
      li__PTYB=li__2UYB;
    };
    /* __li__B__ __li__I__ */
if (li__PTYB) {
      li__PTYB=li__B__;
    } else /* FALSE */ {
      li__2UYB=li__WEK((&__string_74));
      /* __li__B__ __li__I__ */
if (li__2UYB) {
        li__TVYB=li__BCJB((&__string_18));
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_730));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__LCZB=li__G32B(li__DCG__);
        /* __li__B__ __li__I__ */
if (((void *)li__LCZB == (void *)NULL)) {
          li__CVYB=li__WTIB();
          li__K4E( 0,(&__string_740));
          li__V5E(li__CVYB);
          li__ODF();
        };
        /* __li__B__ __li__I__ */
if (((void *)li__S5H->li__XCZB != (void *)NULL)) {
          li__CVYB=li__WTIB();
          li__K4E( 1,(&__string_741));
          li__V5E(li__CVYB);
          li__ODF();
        };
        ((__li__PF *)li__S5H)->li__XCZB=li__LCZB;
      };
      li__PTYB=li__2UYB;
    };
    /* __li__B__ __li__I__ */
if (li__PTYB) {
      li__PTYB=li__B__;
    } else /* FALSE */ {
      li__2UYB=li__WEK((&__string_75));
      /* __li__B__ __li__I__ */
if (li__2UYB) {
        li__TVYB=li__BCJB((&__string_18));
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_730));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__TVYB=li__P44B();
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 0,(&__string_739));
          li__V5E(li__CVYB);
          li__ODF();
        };
        /* __li__B__ __li__I__ */
if (((void *)li__S5H->li__SEZB != (void *)NULL)) {
          li__CVYB=li__WTIB();
          li__K4E( 1,(&__string_742));
          li__V5E(li__CVYB);
          li__ODF();
        };
        ((__li__PF *)li__S5H)->li__SEZB=li__2YI;
      };
      li__PTYB=li__2UYB;
    };
    /* __li__B__ __li__I__ */
if (li__PTYB) {
      li__PTYB=li__B__;
    } else /* FALSE */ {
      li__2UYB=li__WEK((&__string_76));
      /* __li__B__ __li__I__ */
if (li__2UYB) {
        li__TVYB=li__BCJB((&__string_18));
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_730));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__TVYB=li__RFXB();
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 0,(&__string_743));
          li__V5E(li__CVYB);
          li__ODF();
        };
      };
      li__PTYB=li__2UYB;
    };
    /* __li__B__ __li__I__ */
if (li__PTYB) {
      li__PTYB=li__B__;
    } else /* FALSE */ {
      li__2UYB=li__WEK((&__string_95));
      /* __li__B__ __li__I__ */
if (li__2UYB) {
        li__TVYB=li__BCJB((&__string_20));
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_333));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__TVYB=li__AIX('(');
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_744));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__QZTC:
        {
          li__WHZB=li__XJSC(li__DCG__);
          /* __li__B__ __li__I__ */
if (((void *)li__WHZB != (void *)NULL)) {
            /* __li__B__ __li__I__ */
if ((! li__45H)) {
              /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ */
switch (((struct ___OBJ *)li__WHZB)->__id) {
              case __li__YOB__: {
                li__T0SF(((__li__YOB *)li__WHZB));
              } break;
              case __li__HLSC__: {
                li__2F5U=((__li__HLSC *)li__WHZB)->li__ILSC.li__0CC;
                li__K4E( 2,(&__string_322));
                li__V5E(li__2F5U);
                li__ODF();
              } break;
              case __li__M30C__: {
                li__2F5U=((__li__M30C *)li__WHZB)->li__N30C.li__0CC;
                li__K4E( 2,(&__string_322));
                li__V5E(li__2F5U);
                li__ODF();
              } break;
              case __li__LN5D__: {
                li__2F5U=((__li__LN5D *)li__WHZB)->li__MN5D.li__0CC;
                li__K4E( 2,(&__string_322));
                li__V5E(li__2F5U);
                li__ODF();
              } break;
              case __li__KO5D__: {
                li__RETF(((__li__KO5D *)li__WHZB));
              } break;
              case __li__NCFE__: {
                li__QKME(((__li__NCFE *)li__WHZB));
              } break;
              };
            };
            li__40YB=li__AIX(';');
            /* __li__B__ __li__I__ */
if ((! li__40YB)) {
              li__2F5U=li__WTIB();
              li__K4E( 2,(&__string_327));
              li__V5E(li__2F5U);
              li__ODF();
            };
            goto li__QZTC;
          };
        };
        li__TVYB=li__AIX(')');
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_597));
          li__V5E(li__CVYB);
          li__ODF();
        };
      };
      li__PTYB=li__2UYB;
    };
    /* __li__B__ __li__I__ */
if ((! li__PTYB)) {
      li__PTYB=li__WEK((&__string_77));
      /* __li__B__ __li__I__ */
if (li__PTYB) {
        li__TVYB=li__B__;
      } else /* FALSE */ {
        li__QE5U=li__WEK((&__string_78));
        li__TVYB=li__QE5U;
      };
      /* __li__B__ __li__I__ */
if (li__TVYB) {
        li__TVYB=li__B__;
      } else /* FALSE */ {
        li__QE5U=li__WEK((&__string_79));
        li__TVYB=li__QE5U;
      };
      /* __li__B__ __li__I__ */
if (li__TVYB) {
        li__TVYB=li__B__;
      } else /* FALSE */ {
        li__QE5U=li__WEK((&__string_80));
        li__TVYB=li__QE5U;
      };
      /* __li__B__ __li__I__ */
if (li__TVYB) {
        li__TVYB=li__B__;
      } else /* FALSE */ {
        li__QE5U=li__WEK((&__string_81));
        li__TVYB=li__QE5U;
      };
      /* __li__B__ __li__I__ */
if (li__TVYB) {
        li__TVYB=li__B__;
      } else /* FALSE */ {
        li__QE5U=li__WEK((&__string_82));
        li__TVYB=li__QE5U;
      };
      /* __li__B__ __li__I__ */
if (li__TVYB) {
        li__TVYB=li__B__;
      } else /* FALSE */ {
        li__QE5U=li__WEK((&__string_83));
        li__TVYB=li__QE5U;
      };
      /* __li__B__ __li__I__ */
if (li__TVYB) {
        li__TVYB=li__BCJB((&__string_18));
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 2,(&__string_730));
          li__V5E(li__CVYB);
          li__ODF();
        };
        li__TVYB=li__KEPB();
        /* __li__B__ __li__I__ */
if ((! li__TVYB)) {
          li__CVYB=li__WTIB();
          li__K4E( 0,(&__string_745));
          li__V5E(li__CVYB);
          li__ODF();
        };
      } else /* FALSE */ {
        li__0TYB=li__WTIB();
        li__K4E( 2,(&__string_746));
        li__V5E(li__0TYB);
        li__ODF();
      };
    };
    li__PTYB=li__AIX(';');
    /* __li__B__ __li__I__ */
if ((! li__PTYB)) {
      li__DTYB=li__WTIB();
      li__K4E( 2,(&__string_600));
      li__V5E(li__DTYB);
      li__ODF();
    };
  };
  li__ESYB=li__FSYB;
  return(li__ESYB);
}

static __li__CRB* li__VP4B(__li__DCG *li__WP4B,__li__C li__XP4B)
/* (Strict PARSER{li__DCG},Expanded BOOLEAN{li__Bxli__I}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__2P4B,*li__BR4B;
  void *li__IQ4B,*li__SR4B;
  __li__PO li__OQ4B,li__HR4B,li__YR4B;
  __li__CRB *li__ZP4B,*li__VQ4B,*li__AS4B,*li__YP4B;
  __li__C li__0Q4B;
  li__ZP4B=NULL;
  li__2P4B=li__HK2B(li__WP4B,li__I__);
  /* __li__B__ __li__I__ */
if (((void *)li__2P4B != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (li__XP4B) {
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__2P4B==NULL) {
        li__IQ4B=NULL;
      } else {
        switch (((struct ___OBJ *)li__2P4B)->__id) {
        case __li__WRB__: {
          li__IQ4B=((void *)li__2P4B);
        } break;
        case __li__XRB__: {
          li__IQ4B=((void *)li__2P4B);
        } break;
        case __li__KUB__: {
          li__IQ4B=((void *)li__2P4B);
        } break;
        case __li__VB1__: {
          li__IQ4B=((void *)li__2P4B);
        } break;
        case __li__4O2B__: {
          li__IQ4B=NULL;
        } break;
        }
      };
      /* __li__B__ __li__I__ */
if (((void *)li__IQ4B == (void *)NULL)) {
        li__OQ4B=li__WTIB();
        li__K4E( 0,(&__string_747));
        li__V5E(li__OQ4B);
        li__ODF();
      };
    };
    li__VQ4B=li__G5C();
    li__ZP4B=li__VQ4B;
    li__S0BD(((__li__CRB *)li__VQ4B),li__2P4B);
    li__FEAC:
    {
      li__0Q4B=li__AIX(',');
      /* __li__B__ __li__I__ */
if (li__0Q4B) {
        li__BR4B=li__HK2B(li__WP4B,li__I__);
        /* __li__B__ __li__I__ */
if (((void *)li__BR4B == (void *)NULL)) {
          li__HR4B=li__WTIB();
          li__K4E( 0,(&__string_738));
          li__V5E(li__HR4B);
          li__ODF();
        };
        /* __li__B__ __li__I__ */
if (li__XP4B) {
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__BR4B==NULL) {
            li__SR4B=NULL;
          } else {
            switch (((struct ___OBJ *)li__BR4B)->__id) {
            case __li__WRB__: {
              li__SR4B=((void *)li__BR4B);
            } break;
            case __li__XRB__: {
              li__SR4B=((void *)li__BR4B);
            } break;
            case __li__KUB__: {
              li__SR4B=((void *)li__BR4B);
            } break;
            case __li__VB1__: {
              li__SR4B=((void *)li__BR4B);
            } break;
            case __li__4O2B__: {
              li__SR4B=NULL;
            } break;
            }
          };
          /* __li__B__ __li__I__ */
if (((void *)li__SR4B == (void *)NULL)) {
            li__YR4B=li__WTIB();
            li__K4E( 0,(&__string_747));
            li__V5E(li__YR4B);
            li__ODF();
          };
        };
        li__S0BD(((__li__CRB *)li__ZP4B),li__BR4B);
        goto li__FEAC;
      };
    };
    li__AS4B=li__GAD(li__VQ4B);
    li__ZP4B=li__AS4B;
  };
  li__YP4B=li__ZP4B;
  return(li__YP4B);
}

static __li__3 li__VUZB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__3 li__YUZB,li__XUZB;
  __li__C li__ZUZB,li__FVZB;
  li__YUZB='\0';
  li__ZUZB=li__AIX('-');
  /* __li__B__ __li__I__ */
if (li__ZUZB) {
    li__YUZB='-';
    li__FVZB=li__B__;
  } else /* FALSE */ {
    li__FVZB=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__FVZB)) {
    li__FVZB=li__AIX('+');
    /* __li__B__ __li__I__ */
if (li__FVZB) {
      li__YUZB='+';
    } else /* FALSE */ {
      li__YUZB=' ';
    };
  };
  li__XUZB=li__YUZB;
  return(li__XUZB);
}

static __li__I03C* li__0W4C()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__I03C *li__3W4C,*li__PX4C,*li__2W4C;
  __li__C li__55KE;
  __li__4W4C *li__HHLF;
  li__3W4C=NULL;
  li__55KE=((*(((__li__4W4C *)li__HX4C))).li__AALE <  0);
  /* __li__B__ __li__I__ */
if (li__55KE) {
    li__PX4C=li__Q05C( 16);
    li__3W4C=li__PX4C;
  } else /* FALSE */ {
    li__HHLF=((__li__4W4C *)li__HX4C);
    li__PX4C=((void **)(*(li__HHLF)).li__SHLE)[(*(li__HHLF)).li__AALE];
    li__3W4C=li__PX4C;
    li__HHLF=((__li__4W4C *)li__HX4C);
    (*(li__HHLF)).li__AALE=(__li__K)((*(li__HHLF)).li__AALE -  1);
  };
  li__2W4C=li__3W4C;
  return(li__2W4C);
}

static void* li__NOUC(__li__DCG *li__OOUC,__li__C li__POUC,__li__C li__QOUC)
/* (Strict PARSER{li__DCG},Expanded BOOLEAN{li__Bxli__I},Expanded BOOLEAN{li__Bxli__I}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__SOUC,*li__OOAF,*li__ROUC;
  __li__U *li__XOUC,*li__KH5U;
  __li__PO li__1PUC,li__SQUC,li__IQAF,li__DRAF;
  void *li__MQUC,*li__3QAF,*li__F0RU,*li__H0RU,*li__J0RU;
  __li__4O2B *li__MRUC,*li__ITAF;
  __li__4RUC *li__MFMV,*li__NFMV,*li__Y1ZE,*li__NZHD;
  __li__K li__MOAF,li__QTPU,li__24AH,li__34AH,li__STPU,li__GTMN;
  __li__K li__PE2O,li__WTPU,li__NXHJ,li__EXHJ,li__LYHJ,li__NYHJ;
  __li__CB li__WIFK,li__TH5U;
  __li__JJG li__4IFK,li__WH5U,li__RH5U;
  __li__52B li__BI5U;
  __li__UL2B *li__PUAF;
  __li__QUAF *li__5QQG,*li__ISQG;
  __li__C li__UG5U,li__DPUC,li__PPUC,li__SPUC,li__PRUC,li__TRUC;
  __li__C li__WPAF,li__BQAF,li__LTAF,li__UTPU,li__3FNI,li__FSMN;
  __li__3 li__DQUC,li__UQAF;
  __li__CRB *li__KOAF,*li__KPAF,*li__OUAF;
  __li__GD *li__LOAF,*li__JPAF,*li__ISPG,*li__DFNI,*li__CSMN,*li__SSMN;
  __li__WSPG *li__OENI,*li__FHNI;
  __li__AFNI *li__CFNI,*li__PHNI,*li__IXHJ,*li__JXHJ,*li__4JFK;
  __li__U **li__CTMN,**li__ETMN,**li__1D2O;
  void **li__HXHJ,**li__QXHJ;
  li__SOUC=NULL;
  li__XOUC=NULL;
  /* __li__B__ __li__I__ */
if (li__QOUC) {
    li__UG5U=li__WEK((&__string_66));
    li__DPUC=li__UG5U;
  } else /* FALSE */ {
    li__DPUC=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__DPUC) {
    li__UG5U=li__B__;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((! li__QOUC)) {
      li__PPUC=li__P4IB();
      li__SPUC=li__PPUC;
    } else /* FALSE */ {
      li__SPUC=li__I__;
    };
    li__UG5U=li__SPUC;
  };
  /* __li__B__ __li__I__ */
if (li__UG5U) {
    li__1PUC=li__WTIB();
    li__XOUC=li__2YI;
    li__UG5U=li__AIX(':');
    /* __li__B__ __li__I__ */
if (li__UG5U) {
      li__DQUC=li__GBL();
      li__PPUC=(li__DQUC != '=');
    } else /* FALSE */ {
      li__PPUC=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__PPUC) {
      li__MQUC=li__HK2B(li__OOUC,li__B__);
      /* __li__B__ __li__I__ */
if (((void *)li__MQUC == (void *)NULL)) {
        li__SQUC=li__WTIB();
        li__K4E( 0,(&__string_332));
        li__V5E(li__SQUC);
        li__ODF();
      };
      /* __li__B__ __li__I__ */
if ((li__QOUC && ((void *)li__MQUC != (void *)li__UT3B))) {
        /* __li__B__ __li__I__ */
if (((void *)li__S5H->li__SF.li__R2B != (void *)(&__string_46))) {
          li__PRUC=li__B__;
        } else /* FALSE */ {
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__MQUC==NULL) {
            li__MRUC=NULL;
          } else {
            if (((struct ___OBJ *)li__MQUC)->__id==__li__4O2B__) {
              li__MRUC=((void *)li__MQUC);
            } else /* Other types */ {
              li__MRUC=NULL;
            }
          };
          li__PRUC=((void *)li__MRUC == (void *)NULL);
        };
        li__TRUC=li__PRUC;
      } else /* FALSE */ {
        li__TRUC=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__TRUC) {
        li__SQUC=li__WTIB();
        li__K4E( 0,(&__string_748));
        li__V5E(li__SQUC);
        li__ODF();
      };
      li__MFMV=li__EWAD();
      li__NFMV=((__li__4RUC *)li__MFMV);
      li__NFMV->li__5RUC.li__0CC=li__1PUC;
      li__NFMV->li__RZHD=li__XOUC;
      li__NFMV->li__SZHD=li__MQUC;
      li__SOUC=li__MFMV;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if ((! li__POUC)) {
        li__SQUC=li__WTIB();
        li__K4E( 2,(&__string_324));
        li__V5E(li__SQUC);
        li__ODF();
      };
    };
    li__UG5U=li__B__;
  } else /* FALSE */ {
    li__UG5U=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__UG5U)) {
    li__UG5U=li__AIX('(');
    /* __li__B__ __li__I__ */
if (li__UG5U) {
      li__MQUC=NULL;
      li__KOAF=NULL;
      li__LOAF=NULL;
      li__MOAF= 0;
      li__OOAF=NULL;
      li__PPUC=li__POUC;
      /* __li__B__ __li__I__ */
if (li__QOUC) {
        li__PRUC=li__WEK((&__string_66));
        li__TRUC=li__PRUC;
      } else /* FALSE */ {
        li__TRUC=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__TRUC) {
        li__PRUC=li__B__;
      } else /* FALSE */ {
        li__TRUC=li__P4IB();
        li__PRUC=li__TRUC;
      };
      /* __li__B__ __li__I__ */
if (li__PRUC) {
        li__JPAF=li__IY1B();
        li__LOAF=li__JPAF;
        li__KPAF=li__G5C();
        li__KOAF=li__KPAF;
        li__MOAF= 0;
        do {
          li__QTPU=(__li__K)((*(((__li__GD *)li__LOAF))).li__UD +  1);
          /* __li__B__ __li__I__ */
if ((li__QTPU !=  0)) {
            li__WPAF=li__P4IB();
            li__BQAF=(! li__WPAF);
          } else /* FALSE */ {
            li__BQAF=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((li__BQAF && (! li__PPUC))) {
            li__IQAF=li__WTIB();
            li__K4E( 0,(&__string_749));
            li__V5E(li__IQAF);
            li__ODF();
          };
          li__GXRB(((__li__GD *)li__LOAF),li__2YI);
          li__WPAF=li__AIX(':');
          /* __li__B__ __li__I__ */
if (li__WPAF) {
            li__UQAF=li__GBL();
            li__BQAF=(li__UQAF != '=');
          } else /* FALSE */ {
            li__BQAF=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__BQAF) {
            li__PPUC=li__I__;
            li__3QAF=li__HK2B(li__OOUC,li__B__);
            li__MQUC=li__3QAF;
            /* __li__B__ __li__I__ */
if (((void *)li__3QAF == (void *)NULL)) {
              li__DRAF=li__WTIB();
              li__K4E( 0,(&__string_750));
              li__V5E(li__DRAF);
              li__ODF();
            };
            li__24AH=li__MOAF;
            li__34AH=(*(li__LOAF)).li__UD;
            while ((li__24AH <= li__34AH)) {
              li__S0BD(((__li__CRB *)li__KOAF),li__MQUC);
              li__24AH=(__li__K)(li__24AH +  1);
            };
            li__MOAF=(__li__K)((*(li__LOAF)).li__UD +  1);
          };
          li__WPAF=li__AIX(',');
        } while (li__WPAF);
        /* __li__B__ __li__I__ */
if ((li__MOAF != (__li__K)((*(li__JPAF)).li__UD +  1))) {
          /* __li__B__ __li__I__ */
if ((! li__PPUC)) {
            li__IQAF=li__WTIB();
            li__K4E( 0,(&__string_750));
            li__V5E(li__IQAF);
            li__ODF();
          };
          li__DD1F(li__JPAF);
          li__IDE(li__KPAF);
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if (li__QOUC) {
            li__F0RU=((void **)(*(((__li__CRB *)li__KPAF))).li__V1BD)[ 0];
            /* __li__B__ __li__I__ */
if (((void *)li__F0RU != (void *)li__UT3B)) {
              li__BQAF=li__B__;
            } else /* FALSE */ {
              /* __li__B__ __li__I__ */
if (((void *)li__S5H->li__SF.li__R2B == (void *)(&__string_46))) {
                li__H0RU=((void **)(*(((__li__CRB *)li__KPAF))).li__V1BD)[ 0];
                /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__H0RU==NULL) {
                  li__ITAF=NULL;
                } else {
                  if (((struct ___OBJ *)li__H0RU)->__id==__li__4O2B__) {
                    li__ITAF=((void *)li__H0RU);
                  } else /* Other types */ {
                    li__ITAF=NULL;
                  }
                };
                li__LTAF=((void *)li__ITAF == (void *)NULL);
              } else /* FALSE */ {
                li__LTAF=li__I__;
              };
              li__BQAF=li__LTAF;
            };
            li__WPAF=li__BQAF;
          } else /* FALSE */ {
            li__WPAF=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__WPAF) {
            li__IQAF=li__WTIB();
            li__K4E( 0,(&__string_748));
            li__V5E(li__IQAF);
            li__ODF();
          };
          li__STPU=(__li__K)((*(((__li__GD *)li__JPAF))).li__UD +  1);
          /* __li__B__ __li__I__ */
if ((li__STPU ==  1)) {
            li__IQAF=li__WTIB();
            li__KH5U=((__li__U **)(*(((__li__GD *)li__JPAF))).li__U1Z)[ 0];
            li__J0RU=((void **)(*(((__li__CRB *)li__KPAF))).li__V1BD)[ 0];
            li__Y1ZE=li__EWAD();
            li__NZHD=((__li__4RUC *)li__Y1ZE);
            li__NZHD->li__5RUC.li__0CC=li__IQAF;
            li__NZHD->li__RZHD=li__KH5U;
            li__NZHD->li__SZHD=li__J0RU;
            li__OOAF=li__Y1ZE;
            li__DD1F(li__JPAF);
            li__IDE(li__KPAF);
          } else /* FALSE */ {
            li__ISPG=NULL;
            li__UTPU=((*(((__li__GD *)li__JPAF))).li__UD <  0);
            /* __li__B__ __li__I__ */
if (li__UTPU) {
              li__ISPG=li__PSPG;
            } else /* FALSE */ {
              li__OENI=((__li__WSPG *)li__1SPG);
              li__DFNI=NULL;
              li__24AH=li__ZSQI(((__li__GD *)li__JPAF));
              li__CFNI=((void **)li__OENI->li__MFNI)[(__li__K)(li__24AH % li__OENI->li__FFNI)];
              li__AUQI:
              {
                /* __li__B__ __li__I__ */
if (((void *)li__CFNI == (void *)NULL)) {
                  li__3FNI=li__B__;
                } else /* FALSE */ {
                  li__CSMN=((__li__GD *)li__CFNI->li__YFNI);
                  li__FSMN=li__I__;
                  /* __li__B__ __li__I__ */
if (((void *)li__CSMN == (void *)li__JPAF)) {
                    li__FSMN=li__B__;
                  } else /* FALSE */ {
                    /* NULL __li__GD__ */
if (li__JPAF==NULL) {
                      li__SSMN=NULL;
                    } else /* FAST_ARRAY(Strict STRING_CONSTANT) */ {
                      li__SSMN=((__li__GD *)li__JPAF);
                    };
                    /* __li__B__ __li__I__ */
if ((((void *)li__SSMN != (void *)NULL) && ((*(li__CSMN)).li__UD == (*(li__SSMN)).li__UD))) {
                      li__CTMN=(*(li__CSMN)).li__U1Z;
                      li__ETMN=(*(li__SSMN)).li__U1Z;
                      li__GTMN=(__li__K)((*(li__CSMN)).li__UD +  1);
                      li__1D2O=((__li__U **)li__CTMN);
                      li__PE2O=(__li__K)(li__GTMN -  1);
                      while (((li__PE2O >=  0) && ((void *)li__1D2O[li__PE2O] == (void *)((__li__U **)li__ETMN)[li__PE2O]))) {
                        li__PE2O=(__li__K)(li__PE2O -  1);
                      };
                      li__FSMN=(li__PE2O <  0);
                    };
                  };
                  li__3FNI=li__FSMN;
                };
                /* __li__B__ __li__I__ */
if ((! li__3FNI)) {
                  li__CFNI=li__CFNI->li__EGNI;
                  goto li__AUQI;
                };
              };
              /* __li__B__ __li__I__ */
if (((void *)li__CFNI != (void *)NULL)) {
                li__DFNI=li__CFNI->li__YFNI;
              };
              li__ISPG=li__DFNI;
              /* __li__B__ __li__I__ */
if (((void *)li__DFNI == (void *)NULL)) {
                li__WTPU=(__li__K)((*(((__li__GD *)li__JPAF))).li__UD +  1);
                li__CSMN=li__FXE(li__WTPU);
                li__ISPG=li__CSMN;
                li__TI0G(((__li__GD *)li__CSMN),li__JPAF);
                li__FHNI=((__li__WSPG *)li__1SPG);
                li__4WQI(li__FHNI,li__CSMN);
                li__4WQI(li__FHNI,li__CSMN);
                li__GTMN=li__ZSQI(((__li__GD *)li__CSMN));
                li__PE2O=(__li__K)(li__GTMN % li__FHNI->li__FFNI);
                li__WTPU=li__PE2O;
                li__PHNI=((void **)li__FHNI->li__MFNI)[li__PE2O];
                while ((! (((void *)li__PHNI == (void *)NULL) || ((void *)li__PHNI->li__YFNI == (void *)li__CSMN)))) {
                  li__PHNI=li__PHNI->li__EGNI;
                };
                /* __li__B__ __li__I__ */
if (((void *)li__PHNI == (void *)NULL)) {
                  /* __li__B__ __li__I__ */
if ((li__FHNI->li__FFNI == li__FHNI->li__SINI)) {
                    li__IXHJ=NULL;
                    li__JXHJ=NULL;
                    li__NXHJ=li__YDQ((__li__K)(li__FHNI->li__FFNI +  1));
                    li__HXHJ=li__FHNI->li__MFNI;
                    li__QXHJ=li__MJTI(li__NXHJ);
                    li__FHNI->li__MFNI=li__QXHJ;
                    li__EXHJ=(__li__K)(li__FHNI->li__FFNI -  1);
                    li__FHNI->li__FFNI=li__NXHJ;
                    while ((! (li__EXHJ <  0))) {
                      li__IXHJ=((void **)li__HXHJ)[li__EXHJ];
                      while (((void *)li__IXHJ != (void *)NULL)) {
                        li__JXHJ=li__IXHJ->li__EGNI;
                        li__LYHJ=li__ZSQI(((__li__GD *)li__IXHJ->li__YFNI));
                        li__NYHJ=(__li__K)(li__LYHJ % li__FHNI->li__FFNI);
                        ((__li__AFNI *)li__IXHJ)->li__EGNI=((void **)li__FHNI->li__MFNI)[li__NYHJ];
                        ((void **)li__FHNI->li__MFNI)[li__NYHJ]=li__IXHJ;
                        li__IXHJ=li__JXHJ;
                      };
                      li__EXHJ=(__li__K)(li__EXHJ -  1);
                    };
                    li__WTPU=(__li__K)(li__GTMN % li__FHNI->li__FFNI);
                  };
                  li__IXHJ=((void **)li__FHNI->li__MFNI)[li__WTPU];
                  li__JXHJ=NULL;
                  li__WIFK=((__li__CB )(NULL));
                  li__4IFK=((__li__JJG )sizeof(__li__AFNI));
                  /* __li__B__ __li__I__ */
if ((li__4IFK ==  0)) {
                    li__JXHJ=li__AFNI__;
                  } else /* FALSE */ {
                    li__NXHJ=__li__AFNI__;
                    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__4IFK));
                    /* __li__B__ __li__I__ */
if ((li__NXHJ == (__li__K)(-  1))) {
                      li__WH5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                      li__RH5U=(__li__JJG)((__li__JJG)(li__4IFK - (__li__JJG)(((__li__JJG ) 0) - li__WH5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WH5U) - ((__li__JJG ) 1)));
                      li__WH5U=(__li__JJG)(li__RH5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
                      li__TH5U=li__YCJ(li__RH5U,((__li__CB )(&(table_size[(li__WH5U)-1]))),((__li__52B )li__RH5U));
                      li__WIFK=li__TH5U;
                    } else /* FALSE */ {
                      li__BI5U=((__li__52B )li__NXHJ);
                      li__WH5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                      li__RH5U=(__li__JJG)((__li__JJG)(li__4IFK - (__li__JJG)(((__li__JJG ) 0) - li__WH5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WH5U) - ((__li__JJG ) 1)));
                      li__TH5U=li__YCJ(li__RH5U,((__li__CB )(&(table_type[(li__BI5U)]))),(__li__52B)(li__BI5U |  1));
                      li__WIFK=li__TH5U;
                    };
                    li__4JFK=((__li__AFNI *)li__WIFK);
                    li__JXHJ=li__4JFK;
                    *(li__4JFK) = *(li__AFNI__);
                  };
                  li__4JFK=((__li__AFNI *)li__JXHJ);
                  li__4JFK->li__YFNI=li__CSMN;
                  li__4JFK->li__EGNI=li__IXHJ;
                  li__PHNI=li__JXHJ;
                  ((void **)li__FHNI->li__MFNI)[li__WTPU]=li__JXHJ;
                  li__FHNI->li__SINI=(__li__K)(li__FHNI->li__SINI +  1);
                };
                ;
              };
            };
            li__DD1F(li__JPAF);
            li__LOAF=li__ISPG;
            li__OUAF=li__GAD(li__KPAF);
            li__KOAF=li__OUAF;
            li__PUAF=li__EW5B(li__OUAF);
            li__IQAF=li__WTIB();
            li__5QQG=NULL;
            li__WIFK=((__li__CB )(NULL));
            li__4IFK=((__li__JJG )sizeof(__li__QUAF));
            /* __li__B__ __li__I__ */
if ((li__4IFK ==  0)) {
              li__5QQG=li__QUAF__;
            } else /* FALSE */ {
              li__24AH=-1;
              li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__4IFK));
              /* __li__B__ __li__I__ */
if ((li__24AH == (__li__K)(-  1))) {
                li__WH5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                li__RH5U=(__li__JJG)((__li__JJG)(li__4IFK - (__li__JJG)(((__li__JJG ) 0) - li__WH5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WH5U) - ((__li__JJG ) 1)));
                li__WH5U=(__li__JJG)(li__RH5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
                li__TH5U=li__YCJ(li__RH5U,((__li__CB )(&(table_size[(li__WH5U)-1]))),((__li__52B )li__RH5U));
                li__WIFK=li__TH5U;
              } else /* FALSE */ {
                li__BI5U=((__li__52B )li__24AH);
                li__WH5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
                li__RH5U=(__li__JJG)((__li__JJG)(li__4IFK - (__li__JJG)(((__li__JJG ) 0) - li__WH5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WH5U) - ((__li__JJG ) 1)));
                li__TH5U=li__YCJ(li__RH5U,((__li__CB )(&(table_type[(li__BI5U)]))),(__li__52B)(li__BI5U |  1));
                li__WIFK=li__TH5U;
              };
              li__ISQG=((__li__QUAF *)li__WIFK);
              li__5QQG=li__ISQG;
              *(li__ISQG) = *(li__QUAF__);
            };
            li__ISQG=((__li__QUAF *)li__5QQG);
            li__ISQG->li__RUAF.li__0CC=li__IQAF;
            li__ISQG->li__H5ZG=li__ISPG;
            li__ISQG->li__I5ZG=li__PUAF;
            li__OOAF=li__5QQG;
          };
        };
      };
      li__SOUC=li__OOAF;
      /* __li__B__ __li__I__ */
if (((void *)li__OOAF == (void *)NULL)) {
        /* __li__B__ __li__I__ */
if ((! li__POUC)) {
          li__IQAF=li__WTIB();
          li__K4E( 0,(&__string_751));
          li__V5E(li__IQAF);
          li__ODF();
        };
      } else /* FALSE */ {
        li__PRUC=li__AIX(')');
        /* __li__B__ __li__I__ */
if ((! li__PRUC)) {
          li__IQAF=li__WTIB();
          li__K4E( 2,(&__string_735));
          li__V5E(li__IQAF);
          li__ODF();
        };
      };
    };
  };
  li__ROUC=li__SOUC;
  return(li__ROUC);
}

static __li__4HAD* li__VHAD(__li__I03C *li__XHAD)
/* (Strict FAST_ARRAY(ITM_ARGUMENT){NULLxli__I03C}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__1HAD,*li__ZHAD,*li__0HAD,*li__DLAD,*li__1LAD;
  __li__K li__2HAD,li__R4AD;
  __li__PO li__IIAD,li__2KAD,li__RMAD;
  void *li__WKAD;
  __li__ULSB *li__0VAD;
  __li__4HAD *li__33AD,*li__G5AD,*li__YHAD;
  __li__CB li__43AD,li__VK5U;
  __li__JJG li__G4AD,li__YK5U,li__TK5U;
  __li__52B li__DL5U;
  __li__C li__BIAD,li__3JAD,li__EK5U,li__SMLE;
  li__1HAD=NULL;
  li__2HAD= 0;
  li__BIAD=li__CS2B();
  /* __li__B__ __li__I__ */
if ((! li__BIAD)) {
    li__IIAD=li__WTIB();
    li__K4E( 0,(&__string_752));
    li__V5E(li__IIAD);
    li__ODF();
  };
  /* __li__B__ __li__I__ */
if ((((void *)li__2YI == (void *)(&__string_22)) || ((void *)li__2YI == (void *)(&__string_23)))) {
    li__IIAD=li__WTIB();
    li__K4E( 0,(&__string_753));
    li__V5E(li__IIAD);
    li__ODF();
  };
  li__ZHAD=li__2YI;
  li__0HAD=li__ZHAD;
  li__BIAD=li__AIX('\'');
  /* __li__B__ __li__I__ */
if ((! li__BIAD)) {
    li__IIAD=li__WTIB();
    li__K4E( 2,(&__string_754));
    li__V5E(li__IIAD);
    li__ODF();
  };
  li__BIAD=li__WEK((&__string_12));
  /* __li__B__ __li__I__ */
if (li__BIAD) {
    li__3JAD=li__B__;
  } else /* FALSE */ {
    li__EK5U=li__WEK((&__string_11));
    li__3JAD=li__EK5U;
  };
  /* __li__B__ __li__I__ */
if (li__3JAD) {
    li__1HAD=li__2YI;
    li__3JAD=li__RFXB();
    /* __li__B__ __li__I__ */
if (li__3JAD) {
      li__2HAD=((__li__K )li__OTWB);
    };
  };
  li__SMLE=((*(((__li__I03C *)li__XHAD))).li__RBLE <  0);
  /* __li__B__ __li__I__ */
if (li__SMLE) {
    li__WKAD=li__NOUC(li__DCG__,li__I__,li__B__);
    /* __li__B__ __li__I__ */
if (((void *)li__WKAD == (void *)NULL)) {
      li__2KAD=li__WTIB();
      li__K4E( 0,(&__string_755));
      li__V5E(li__2KAD);
      li__ODF();
    };
    li__NBLE(((__li__I03C *)li__XHAD),li__WKAD);
    li__DLAD=li__HH4B((&__string_90),li__ZHAD);
    li__ZHAD=li__DLAD;
    /* __li__B__ __li__I__ */
if (((void *)li__1HAD != (void *)NULL)) {
      li__2KAD=li__WTIB();
      li__K4E( 0,(&__string_756));
      li__V5E(li__2KAD);
      li__ODF();
    };
  } else /* FALSE */ {
    li__WKAD=li__NOUC(li__DCG__,li__I__,li__I__);
    /* __li__B__ __li__I__ */
if (((void *)li__WKAD != (void *)NULL)) {
      li__NBLE(((__li__I03C *)li__XHAD),li__WKAD);
      li__1LAD=li__HH4B((&__string_88),li__ZHAD);
      li__ZHAD=li__1LAD;
      /* __li__B__ __li__I__ */
if (((void *)li__1HAD == (void *)NULL)) {
        li__1HAD=(&__string_12);
      };
    } else /* FALSE */ {
      li__1LAD=li__HH4B((&__string_89),li__ZHAD);
      li__ZHAD=li__1LAD;
      /* __li__B__ __li__I__ */
if (((void *)li__1HAD != (void *)NULL)) {
        li__RMAD=li__WTIB();
        li__K4E( 0,(&__string_757));
        li__V5E(li__RMAD);
        li__ODF();
      };
    };
  };
  li__IIAD=li__WTIB();
  li__0VAD=li__TCYB;
  li__33AD=NULL;
  li__43AD=((__li__CB )(NULL));
  li__G4AD=((__li__JJG )sizeof(__li__4HAD));
  /* __li__B__ __li__I__ */
if ((li__G4AD ==  0)) {
    li__33AD=li__4HAD__;
  } else /* FALSE */ {
    li__R4AD=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__G4AD));
    /* __li__B__ __li__I__ */
if ((li__R4AD == (__li__K)(-  1))) {
      li__YK5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__TK5U=(__li__JJG)((__li__JJG)(li__G4AD - (__li__JJG)(((__li__JJG ) 0) - li__YK5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YK5U) - ((__li__JJG ) 1)));
      li__YK5U=(__li__JJG)(li__TK5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__VK5U=li__YCJ(li__TK5U,((__li__CB )(&(table_size[(li__YK5U)-1]))),((__li__52B )li__TK5U));
      li__43AD=li__VK5U;
    } else /* FALSE */ {
      li__DL5U=((__li__52B )li__R4AD);
      li__YK5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__TK5U=(__li__JJG)((__li__JJG)(li__G4AD - (__li__JJG)(((__li__JJG ) 0) - li__YK5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YK5U) - ((__li__JJG ) 1)));
      li__VK5U=li__YCJ(li__TK5U,((__li__CB )(&(table_type[(li__DL5U)]))),(__li__52B)(li__DL5U |  1));
      li__43AD=li__VK5U;
    };
    li__G5AD=((__li__4HAD *)li__43AD);
    li__33AD=li__G5AD;
    *(li__G5AD) = *(li__4HAD__);
  };
  li__G5AD=((__li__4HAD *)li__33AD);
  li__G5AD->li__5HAD.li__JZB.li__R2B=li__ZHAD;
  li__G5AD->li__5HAD.li__JZB.li__RF.li__0CC=li__IIAD;
  li__G5AD->li__5HAD.li__WLSB=li__0VAD;
  li__G5AD=((__li__4HAD *)li__33AD);
  /* __li__B__ __li__I__ */
if (((void *)li__1HAD == (void *)(&__string_12))) {
    li__G5AD->li__AZHD=li__2HAD;
  } else /* FALSE */ {
    li__G5AD->li__AZHD=(__li__K)(- li__2HAD);
  };
  ((__li__4HAD *)li__33AD)->li__LZHD=li__0HAD;
  li__YHAD=li__33AD;
  return(li__YHAD);
}

static __li__4RUC* li__EWAD()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__4RUC *li__HWAD,*li__QXAD,*li__GWAD;
  __li__CB li__IWAD,li__WTBV;
  __li__JJG li__QWAD,li__ZTBV,li__UTBV;
  __li__K li__1WAD;
  __li__52B li__EUBV;
  li__HWAD=NULL;
  li__IWAD=((__li__CB )(NULL));
  li__QWAD=((__li__JJG )sizeof(__li__4RUC));
  /* __li__B__ __li__I__ */
if ((li__QWAD ==  0)) {
    li__HWAD=li__4RUC__;
  } else /* FALSE */ {
    li__1WAD=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__QWAD));
    /* __li__B__ __li__I__ */
if ((li__1WAD == (__li__K)(-  1))) {
      li__ZTBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__UTBV=(__li__JJG)((__li__JJG)(li__QWAD - (__li__JJG)(((__li__JJG ) 0) - li__ZTBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZTBV) - ((__li__JJG ) 1)));
      li__ZTBV=(__li__JJG)(li__UTBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__WTBV=li__YCJ(li__UTBV,((__li__CB )(&(table_size[(li__ZTBV)-1]))),((__li__52B )li__UTBV));
      li__IWAD=li__WTBV;
    } else /* FALSE */ {
      li__EUBV=((__li__52B )li__1WAD);
      li__ZTBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__UTBV=(__li__JJG)((__li__JJG)(li__QWAD - (__li__JJG)(((__li__JJG ) 0) - li__ZTBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZTBV) - ((__li__JJG ) 1)));
      li__WTBV=li__YCJ(li__UTBV,((__li__CB )(&(table_type[(li__EUBV)]))),(__li__52B)(li__EUBV |  1));
      li__IWAD=li__WTBV;
    };
    li__QXAD=((__li__4RUC *)li__IWAD);
    li__HWAD=li__QXAD;
    *(li__QXAD) = *(li__4RUC__);
  };
  li__GWAD=li__HWAD;
  return(li__GWAD);
}

static void li__NBLE(__li__I03C *li__OBLE,void *li__PBLE)
/* (Strict FAST_ARRAY(ITM_ARGUMENT){li__I03C},ITM_ARGUMENT{NULLxli__4RUCxli__QUAF}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YCLE;
  __li__C li__ACLE;
  void **li__QCLE;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__OBLE)).li__RBLE +  1) <= (__li__K)((*(li__OBLE)).li__TBLE -  1))) {
    (*(li__OBLE)).li__RBLE=(__li__K)((*(li__OBLE)).li__RBLE +  1);
    li__ACLE=li__B__;
  } else /* FALSE */ {
    li__ACLE=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__ACLE)) {
    /* __li__B__ __li__I__ */
if (((*(li__OBLE)).li__TBLE ==  0)) {
      li__QCLE=li__TDAF( 2);
      (*(li__OBLE)).li__RCLE=li__QCLE;
      (*(li__OBLE)).li__TBLE= 2;
      (*(li__OBLE)).li__RBLE= 0;
    } else /* FALSE */ {
      li__YCLE=(__li__K)((*(li__OBLE)).li__TBLE <<  1);
      li__QCLE=li__YLWF(((void **)(*(li__OBLE)).li__RCLE),(*(li__OBLE)).li__TBLE,li__YCLE);
      (*(li__OBLE)).li__RCLE=li__QCLE;
      (*(li__OBLE)).li__TBLE=li__YCLE;
      (*(li__OBLE)).li__RBLE=(__li__K)((*(li__OBLE)).li__RBLE +  1);
    };
  };
  ((void **)(*(li__OBLE)).li__RCLE)[(*(li__OBLE)).li__RBLE]=li__PBLE;
}

static __li__IZB* li__FNAD(__li__I03C *li__HNAD)
/* (Strict FAST_ARRAY(ITM_ARGUMENT){NULLxli__I03C}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__JNAD,*li__ZNAD;
  __li__IZB *li__LNAD,*li__3PAD,*li__INAD;
  void *li__1NAD,*li__CPAD;
  __li__PO li__OOAD,li__IPAD;
  __li__U *li__H55B;
  __li__C li__MNAD,li__BOAD,li__SPAD;
  li__JNAD=NULL;
  li__LNAD=NULL;
  li__MNAD=li__P4IB();
  /* __li__B__ __li__I__ */
if (li__MNAD) {
    li__ZNAD=li__Q25B();
    li__JNAD=li__ZNAD;
    li__HEZ(((__li__BC *)li__ZNAD),li__2YI);
    li__1NAD=li__NOUC(li__DCG__,li__I__,li__I__);
    /* __li__B__ __li__I__ */
if (((void *)li__1NAD != (void *)NULL)) {
      li__NBLE(((__li__I03C *)li__HNAD),li__1NAD);
      li__BOAD=li__P4IB();
      /* __li__B__ __li__I__ */
if (li__BOAD) {
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__TCYB)->li__XNKE == (void *)(&__string_36))) {
          li__OOAD=li__WTIB();
          li__K4E( 0,(&__string_758));
          li__V5E(li__OOAD);
          li__ODF();
        };
        do {
          li__JAZ(((__li__BC *)li__JNAD),(&__string_123));
          li__JAZ(((__li__BC *)li__JNAD),li__2YI);
          li__CPAD=li__NOUC(li__DCG__,li__I__,li__I__);
          /* __li__B__ __li__I__ */
if (((void *)li__CPAD == (void *)NULL)) {
            li__IPAD=li__WTIB();
            li__K4E( 0,(&__string_603));
            li__V5E(li__IPAD);
            li__ODF();
          };
          li__NBLE(((__li__I03C *)li__HNAD),li__CPAD);
          li__SPAD=li__P4IB();
        } while (li__SPAD);
      };
    };
    li__OOAD=li__WTIB();
    li__H55B=li__SQC(li__ZNAD);
    li__D01(((__li__JFE *)li__U25B),li__ZNAD);
    ((__li__BC *)li__ZNAD)->li__NK= 0;
    li__3PAD=li__IGBD(li__OOAD,li__H55B,li__TCYB);
    li__LNAD=li__3PAD;
  };
  li__INAD=li__LNAD;
  return(li__INAD);
}

static __li__I03C* li__AU5C(__li__I03C *li__CU5C)
/* (Strict FAST_ARRAY(ITM_ARGUMENT){NULLxli__I03C}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__MUPU,li__ZVBG,li__CWBG,li__ALLE,li__PNWF,li__ZOWF;
  __li__K li__WM2G;
  __li__CB li__TOWF;
  __li__I03C *li__HU5C,*li__TKSF,*li__3KSF,*li__DU5C;
  void **li__KWBG,**li__J2OG;
  __li__4W4C *li__3JLE;
  __li__C li__NKLE;
  void **li__ZKLE;
  li__MUPU=(__li__K)((*(((__li__I03C *)li__CU5C))).li__RBLE +  1);
  li__HU5C=li__Q05C(li__MUPU);
  li__TKSF=((__li__I03C *)li__HU5C);
  /* NULL __li__I03C__ */
if (li__CU5C==NULL) {
    li__3KSF=NULL;
  } else /* FAST_ARRAY(ITM_ARGUMENT) */ {
    li__3KSF=((__li__I03C *)li__CU5C);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__3KSF != (void *)NULL)) {
    li__ZVBG=(*(li__3KSF)).li__RBLE;
    /* __li__B__ __li__I__ */
if ((li__ZVBG >=  0)) {
      li__CWBG=(__li__K)(li__ZVBG +  1);
      /* __li__B__ __li__I__ */
if (((*(li__TKSF)).li__TBLE < li__CWBG)) {
        li__KWBG=li__TDAF(li__CWBG);
        (*(li__TKSF)).li__RCLE=li__KWBG;
        (*(li__TKSF)).li__TBLE=li__CWBG;
      };
      li__KWBG=((void **)(*(li__TKSF)).li__RCLE);
      li__J2OG=(*(li__3KSF)).li__RCLE;
      li__CWBG=li__ZVBG;
      while ((li__CWBG >=  0)) {
        li__KWBG[li__CWBG]=((void **)li__J2OG)[li__CWBG];
        li__CWBG=(__li__K)(li__CWBG -  1);
      };
    };
    (*(li__TKSF)).li__RBLE=li__ZVBG;
  } else /* FALSE */ {
    (*(li__TKSF)).li__RBLE=(__li__K)(-  1);
    li__ZVBG=(*(li__CU5C)).li__RBLE;
    li__CWBG= 0;
    while ((li__CWBG <= li__ZVBG)) {
      li__NBLE(li__TKSF,((void **)(*(((__li__I03C *)li__CU5C))).li__RCLE)[li__CWBG]);
      li__CWBG=(__li__K)(li__CWBG +  1);
    };
  };
  (*(((__li__I03C *)li__CU5C))).li__RBLE=(__li__K)(-  1);
  li__3JLE=((__li__4W4C *)li__HX4C);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__3JLE)).li__AALE +  1) <= (__li__K)((*(li__3JLE)).li__FHLE -  1))) {
    (*(li__3JLE)).li__AALE=(__li__K)((*(li__3JLE)).li__AALE +  1);
    li__NKLE=li__B__;
  } else /* FALSE */ {
    li__NKLE=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__NKLE)) {
    /* __li__B__ __li__I__ */
if (((*(li__3JLE)).li__FHLE ==  0)) {
      li__ZKLE=li__BDAF( 2);
      (*(li__3JLE)).li__SHLE=li__ZKLE;
      (*(li__3JLE)).li__FHLE= 2;
      (*(li__3JLE)).li__AALE= 0;
    } else /* FALSE */ {
      li__ALLE=(__li__K)((*(li__3JLE)).li__FHLE <<  1);
      li__ZKLE=((void **)(*(li__3JLE)).li__SHLE);
      li__PNWF=(*(li__3JLE)).li__FHLE;
      li__TOWF=li__CUY(((__li__CB )li__ZKLE),((__li__JJG )(__li__K)(li__PNWF * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__ALLE * ((__li__K )(sizeof(void *))))));
      li__ZKLE=((void **)li__TOWF);
      li__ZOWF=(__li__K)(li__ALLE -  1);
      li__WM2G=li__PNWF;
      while ((li__WM2G <= li__ZOWF)) {
        li__ZKLE[li__WM2G]=NULL;
        li__WM2G=(__li__K)(li__WM2G +  1);
      };
      (*(li__3JLE)).li__SHLE=li__ZKLE;
      (*(li__3JLE)).li__FHLE=li__ALLE;
      (*(li__3JLE)).li__AALE=(__li__K)((*(li__3JLE)).li__AALE +  1);
    };
  };
  ((void **)(*(li__3JLE)).li__SHLE)[(*(li__3JLE)).li__AALE]=li__CU5C;
  li__DU5C=li__HU5C;
  return(li__DU5C);
}

static void li__1NHD(__li__IZB *li__2NHD,__li__I03C *li__3NHD)
/* (Strict ITM_SLOT{li__IZB},Strict FAST_ARRAY(ITM_ARGUMENT){NULLxli__I03C}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1UPU,li__GOHD;
  void *li__3ZME,*li__FGMV,*li__IN0E;
  __li__PO li__YOHD;
  __li__ULSB *li__ZL5U;
  __li__C li__KOHD;
  __li__I03C *li__CGMV;
  li__1UPU=(__li__K)((*(((__li__I03C *)li__3NHD))).li__RBLE +  1);
  /* __li__B__ __li__I__ */
if ((li__1UPU >  1)) {
    li__KOHD=li__B__;
  } else /* FALSE */ {
    li__3ZME=((void **)(*(((__li__I03C *)li__3NHD))).li__RCLE)[ 0];
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__3ZME)->__id==__li__4RUC__) {
      li__GOHD= 1;
    } else /* ITM_ARGS */ {
      li__GOHD=(__li__K)((*(((__li__QUAF *)li__3ZME)->li__H5ZG)).li__UD +  1);
    };
    li__KOHD=(li__GOHD >  1);
  };
  /* __li__B__ __li__I__ */
if (li__KOHD) {
    /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__2NHD->li__WLSB)->li__XNKE == (void *)(&__string_31))) {
      li__CGMV=((__li__I03C *)li__3NHD);
      li__FGMV=((void **)(*(li__CGMV)).li__RCLE)[(*(li__CGMV)).li__RBLE];
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__FGMV)->__id==__li__4RUC__) {
        li__YOHD=((__li__4RUC *)li__FGMV)->li__5RUC.li__0CC;
      } else /* ITM_ARGS */ {
        li__YOHD=((__li__QUAF *)li__FGMV)->li__RUAF.li__0CC;
      };
      li__K4E( 1,(&__string_593));
      li__V5E(li__YOHD);
      li__ODF();
    };
    li__ZL5U=((__li__ULSB *)li__2NHD->li__WLSB);
    /* __li__B__ __li__I__ */
if ((((void *)li__ZL5U->li__XNKE == (void *)(&__string_29)) || ((void *)li__ZL5U->li__XNKE == (void *)(&__string_30)))) {
      li__CGMV=((__li__I03C *)li__3NHD);
      li__IN0E=((void **)(*(li__CGMV)).li__RCLE)[(*(li__CGMV)).li__RBLE];
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__IN0E)->__id==__li__4RUC__) {
        li__YOHD=((__li__4RUC *)li__IN0E)->li__5RUC.li__0CC;
      } else /* ITM_ARGS */ {
        li__YOHD=((__li__QUAF *)li__IN0E)->li__RUAF.li__0CC;
      };
      li__K4E( 1,(&__string_594));
      li__V5E(li__YOHD);
      li__ODF();
    };
  };
  li__2NHD->li__MPHD=li__3NHD;
}

static __li__C li__33TC()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__C4TC,li__W4TC,li__K4TC,li__53TC;
  li__C4TC=li__BCJB((&__string_18));
  /* __li__B__ __li__I__ */
if (li__C4TC) {
    li__W4TC=li__B__;
  } else /* FALSE */ {
    li__K4TC=li__BCJB((&__string_19));
    li__W4TC=li__K4TC;
  };
  /* __li__B__ __li__I__ */
if (li__W4TC) {
    li__W4TC=li__B__;
  } else /* FALSE */ {
    li__K4TC=li__BCJB((&__string_20));
    li__W4TC=li__K4TC;
  };
  li__53TC=li__W4TC;
  return(li__53TC);
}

static __li__UL2B* li__EW5B(__li__CRB *li__GW5B)
/* (Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__UL2B *li__IW5B,*li__2X5B,*li__4X5B,*li__HW5B;
  __li__K li__JW5B,li__A1RU,li__JQBC,li__1MFD,li__LDOE,li__VEOE;
  __li__K li__DVZF;
  __li__CB li__WPBC,li__HM5U;
  __li__JJG li__4PBC,li__KM5U,li__FM5U;
  __li__52B li__VM5U;
  void **li__4L5U,**li__UMFD;
  __li__KW5B *li__XLFD;
  __li__C li__IMFD;
  li__IW5B=NULL;
  li__JW5B= 0;
  li__A1RU=(*(li__TW5B)).li__2W5B;
  li__4L5U=(*(((__li__KW5B *)li__TW5B))).li__SLFD;
  while (((li__JW5B <= li__A1RU) && ((void *)((__li__UL2B *)((void **)li__4L5U)[li__JW5B])->li__GX5B != (void *)li__GW5B))) {
    li__JW5B=(__li__K)(li__JW5B +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__JW5B <= (*(li__TW5B)).li__2W5B)) {
    li__2X5B=((void **)(*(((__li__KW5B *)li__TW5B))).li__SLFD)[li__JW5B];
    /* NULL __li__UL2B__ */
if (li__2X5B==NULL) {
      li__4X5B=NULL;
    } else /* ITM_TYPE_MULTI */ {
      li__4X5B=((__li__UL2B *)li__2X5B);
    };
    li__IW5B=li__4X5B;
  } else /* FALSE */ {
    li__2X5B=NULL;
    li__WPBC=((__li__CB )(NULL));
    li__4PBC=((__li__JJG )sizeof(__li__UL2B));
    /* __li__B__ __li__I__ */
if ((li__4PBC ==  0)) {
      li__2X5B=li__UL2B__;
    } else /* FALSE */ {
      li__JQBC=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__4PBC));
      /* __li__B__ __li__I__ */
if ((li__JQBC == (__li__K)(-  1))) {
        li__KM5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__FM5U=(__li__JJG)((__li__JJG)(li__4PBC - (__li__JJG)(((__li__JJG ) 0) - li__KM5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__KM5U) - ((__li__JJG ) 1)));
        li__KM5U=(__li__JJG)(li__FM5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__HM5U=li__YCJ(li__FM5U,((__li__CB )(&(table_size[(li__KM5U)-1]))),((__li__52B )li__FM5U));
        li__WPBC=li__HM5U;
      } else /* FALSE */ {
        li__VM5U=((__li__52B )li__JQBC);
        li__KM5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__FM5U=(__li__JJG)((__li__JJG)(li__4PBC - (__li__JJG)(((__li__JJG ) 0) - li__KM5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__KM5U) - ((__li__JJG ) 1)));
        li__HM5U=li__YCJ(li__FM5U,((__li__CB )(&(table_type[(li__VM5U)]))),(__li__52B)(li__VM5U |  1));
        li__WPBC=li__HM5U;
      };
      li__4X5B=((__li__UL2B *)li__WPBC);
      li__2X5B=li__4X5B;
      *(li__4X5B) = *(li__UL2B__);
    };
    ((__li__UL2B *)li__2X5B)->li__GX5B=li__GW5B;
    li__IW5B=li__2X5B;
    li__XLFD=((__li__KW5B *)li__TW5B);
    /* __li__B__ __li__I__ */
if (((__li__K)((*(li__XLFD)).li__2W5B +  1) <= (__li__K)((*(li__XLFD)).li__1LFD -  1))) {
      (*(li__XLFD)).li__2W5B=(__li__K)((*(li__XLFD)).li__2W5B +  1);
      li__IMFD=li__B__;
    } else /* FALSE */ {
      li__IMFD=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__IMFD)) {
      /* __li__B__ __li__I__ */
if (((*(li__XLFD)).li__1LFD ==  0)) {
        li__UMFD=li__I4YD( 2);
        (*(li__XLFD)).li__SLFD=li__UMFD;
        (*(li__XLFD)).li__1LFD= 2;
        (*(li__XLFD)).li__2W5B= 0;
      } else /* FALSE */ {
        li__1MFD=(__li__K)((*(li__XLFD)).li__1LFD <<  1);
        li__UMFD=((void **)(*(li__XLFD)).li__SLFD);
        li__LDOE=(*(li__XLFD)).li__1LFD;
        li__HM5U=li__CUY(((__li__CB )li__UMFD),((__li__JJG )(__li__K)(li__LDOE * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__1MFD * ((__li__K )(sizeof(void *))))));
        li__UMFD=((void **)li__HM5U);
        li__VEOE=(__li__K)(li__1MFD -  1);
        li__DVZF=li__LDOE;
        while ((li__DVZF <= li__VEOE)) {
          li__UMFD[li__DVZF]=NULL;
          li__DVZF=(__li__K)(li__DVZF +  1);
        };
        (*(li__XLFD)).li__SLFD=li__UMFD;
        (*(li__XLFD)).li__1LFD=li__1MFD;
        (*(li__XLFD)).li__2W5B=(__li__K)((*(li__XLFD)).li__2W5B +  1);
      };
    };
    ((void **)(*(li__XLFD)).li__SLFD)[(*(li__XLFD)).li__2W5B]=li__2X5B;
  };
  li__HW5B=li__IW5B;
  return(li__HW5B);
}

static void* li__HK2B(__li__DCG *li__IK2B,__li__C li__JK2B)
/* (Strict PARSER{li__DCG},Expanded BOOLEAN{li__Bxli__I}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__LK2B,*li__QQ3B;
  void *li__MK2B,*li__C1RU,*li__E1RU,*li__G1RU,*li__2Q3B,*li__KK2B;
  void *li__OK2B,*li__PK2B;
  __li__PO li__DL2B,li__SN2B,li__AP3B,li__OS3B,li__QT3B;
  __li__K li__OVPU,li__QVPU,li__SVPU,li__SZ5B,li__KGFD,li__SBOE;
  __li__K li__2COE,li__ETZF;
  __li__UL2B *li__WL2B,*li__ON2B,*li__NZGC;
  __li__4O2B *li__0K3B,*li__4Y5B,*li__H05B;
  __li__CB li__5Y5B,li__WN5U;
  __li__JJG li__HZ5B,li__ZN5U,li__UN5U;
  __li__52B li__EO5U;
  __li__KUB *li__QR3B;
  void *li__BT3B;
  __li__WRB *li__1T3B;
  __li__QOZB *li__RQ2B;
  __li__CRB *li__NK2B,*li__3K2B,*li__XN2B,*li__PR3B;
  __li__C li__RK2B,li__XK2B,li__YL2B,li__2M2B,li__UO3B,li__0O3B;
  __li__C li__VP3B,li__YP3B;
  void **li__MN5U,**li__NN5U,**li__DGFD;
  __li__2K3B *li__GFFD;
  li__LK2B=NULL;
  li__MK2B=NULL;
  li__NK2B=NULL;
  li__OK2B=NULL;
  li__PK2B=NULL;
  li__RK2B=li__AIX('{');
  /* __li__B__ __li__I__ */
if (li__RK2B) {
    li__XK2B=li__AIX('(');
    /* __li__B__ __li__I__ */
if (li__XK2B) {
      li__3K2B=li__VP4B(li__IK2B,li__I__);
      /* __li__B__ __li__I__ */
if (((void *)li__3K2B == (void *)NULL)) {
        li__DL2B=li__WTIB();
        li__K4E( 0,(&__string_738));
        li__V5E(li__DL2B);
        li__ODF();
      };
      li__OVPU=(__li__K)((*(((__li__CRB *)li__3K2B))).li__5QZ +  1);
      /* __li__B__ __li__I__ */
if ((li__OVPU ==  1)) {
        li__C1RU=((void **)(*(((__li__CRB *)li__3K2B))).li__V1BD)[ 0];
        li__OK2B=li__C1RU;
      } else /* FALSE */ {
        li__WL2B=li__EW5B(li__3K2B);
        li__OK2B=li__WL2B;
      };
      li__YL2B=li__AIX(')');
      /* __li__B__ __li__I__ */
if ((! li__YL2B)) {
        li__DL2B=li__WTIB();
        li__K4E( 2,(&__string_735));
        li__V5E(li__DL2B);
        li__ODF();
      };
      li__YL2B=li__AIX(';');
      /* __li__B__ __li__I__ */
if ((! li__YL2B)) {
        li__DL2B=li__WTIB();
        li__K4E( 2,(&__string_600));
        li__V5E(li__DL2B);
        li__ODF();
      };
      li__3K2B=li__VP4B(li__IK2B,li__I__);
      li__NK2B=li__3K2B;
    } else /* FALSE */ {
      li__3K2B=li__VP4B(li__IK2B,li__I__);
      li__NK2B=li__3K2B;
      /* __li__B__ __li__I__ */
if (((void *)li__3K2B != (void *)NULL)) {
        li__2M2B=li__AIX(';');
        /* __li__B__ __li__I__ */
if (li__2M2B) {
          li__QVPU=(__li__K)((*(((__li__CRB *)li__3K2B))).li__5QZ +  1);
          /* __li__B__ __li__I__ */
if ((li__QVPU ==  1)) {
            li__E1RU=((void **)(*(((__li__CRB *)li__3K2B))).li__V1BD)[ 0];
            li__OK2B=li__E1RU;
          } else /* FALSE */ {
            li__ON2B=li__EW5B(li__3K2B);
            li__OK2B=li__ON2B;
            li__HEZ(((__li__BC *)li__0C),(&__string_759));
            li__NZGC=((__li__UL2B *)li__ON2B);
            li__SRX(((__li__BC *)li__0C),'(');
            li__PEKC(li__NZGC,li__0C);
            li__SRX(((__li__BC *)li__0C),')');
            li__JAZ(((__li__BC *)li__0C),(&__string_178));
            li__SN2B=li__WTIB();
            li__K4E( 2,li__0C);
            li__V5E(li__SN2B);
            li__ODF();
          };
          li__XN2B=li__VP4B(li__IK2B,li__I__);
          li__NK2B=li__XN2B;
        };
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__NK2B != (void *)NULL)) {
      li__SVPU=(__li__K)((*(((__li__CRB *)li__NK2B))).li__5QZ +  1);
      /* __li__B__ __li__I__ */
if ((li__SVPU ==  1)) {
        li__G1RU=((void **)(*(((__li__CRB *)li__NK2B))).li__V1BD)[ 0];
        li__PK2B=li__G1RU;
      } else /* FALSE */ {
        li__WL2B=li__EW5B(li__NK2B);
        li__PK2B=li__WL2B;
      };
    };
    li__XK2B=li__AIX('}');
    /* __li__B__ __li__I__ */
if ((! li__XK2B)) {
      li__DL2B=li__WTIB();
      li__K4E( 2,(&__string_760));
      li__V5E(li__DL2B);
      li__ODF();
    };
    li__C1RU=li__OK2B;
    li__E1RU=li__PK2B;
    li__0K3B=NULL;
    li__OVPU= 0;
    li__QVPU=(*(li__FL3B)).li__OL3B;
    li__MN5U=(*(((__li__2K3B *)li__FL3B))).li__BFFD;
    li__NN5U=(*(((__li__2K3B *)li__FL3B))).li__BFFD;
    while (((li__OVPU <= li__QVPU) && (((void *)((__li__4O2B *)((void **)li__MN5U)[li__OVPU])->li__2L3B != (void *)li__C1RU) || ((void *)((__li__4O2B *)((void **)li__NN5U)[li__OVPU])->li__GM3B != (void *)li__E1RU)))) {
      li__OVPU=(__li__K)(li__OVPU +  1);
    };
    /* __li__B__ __li__I__ */
if ((li__OVPU <= (*(li__FL3B)).li__OL3B)) {
      li__0K3B=((void **)(*(((__li__2K3B *)li__FL3B))).li__BFFD)[li__OVPU];
    } else /* FALSE */ {
      li__4Y5B=NULL;
      li__5Y5B=((__li__CB )(NULL));
      li__HZ5B=((__li__JJG )sizeof(__li__4O2B));
      /* __li__B__ __li__I__ */
if ((li__HZ5B ==  0)) {
        li__4Y5B=li__4O2B__;
      } else /* FALSE */ {
        li__SZ5B=-1;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__HZ5B));
        /* __li__B__ __li__I__ */
if ((li__SZ5B == (__li__K)(-  1))) {
          li__ZN5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__UN5U=(__li__JJG)((__li__JJG)(li__HZ5B - (__li__JJG)(((__li__JJG ) 0) - li__ZN5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZN5U) - ((__li__JJG ) 1)));
          li__ZN5U=(__li__JJG)(li__UN5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__WN5U=li__YCJ(li__UN5U,((__li__CB )(&(table_size[(li__ZN5U)-1]))),((__li__52B )li__UN5U));
          li__5Y5B=li__WN5U;
        } else /* FALSE */ {
          li__EO5U=((__li__52B )li__SZ5B);
          li__ZN5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__UN5U=(__li__JJG)((__li__JJG)(li__HZ5B - (__li__JJG)(((__li__JJG ) 0) - li__ZN5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__ZN5U) - ((__li__JJG ) 1)));
          li__WN5U=li__YCJ(li__UN5U,((__li__CB )(&(table_type[(li__EO5U)]))),(__li__52B)(li__EO5U |  1));
          li__5Y5B=li__WN5U;
        };
        li__H05B=((__li__4O2B *)li__5Y5B);
        li__4Y5B=li__H05B;
        *(li__H05B) = *(li__4O2B__);
      };
      li__H05B=((__li__4O2B *)li__4Y5B);
      li__H05B->li__2L3B=li__OK2B;
      li__H05B->li__GM3B=li__PK2B;
      li__0K3B=li__4Y5B;
      li__GFFD=((__li__2K3B *)li__FL3B);
      /* __li__B__ __li__I__ */
if (((__li__K)((*(li__GFFD)).li__OL3B +  1) <= (__li__K)((*(li__GFFD)).li__KFFD -  1))) {
        (*(li__GFFD)).li__OL3B=(__li__K)((*(li__GFFD)).li__OL3B +  1);
        li__2M2B=li__B__;
      } else /* FALSE */ {
        li__2M2B=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__2M2B)) {
        /* __li__B__ __li__I__ */
if (((*(li__GFFD)).li__KFFD ==  0)) {
          li__DGFD=li__Z2YD( 2);
          (*(li__GFFD)).li__BFFD=li__DGFD;
          (*(li__GFFD)).li__KFFD= 2;
          (*(li__GFFD)).li__OL3B= 0;
        } else /* FALSE */ {
          li__KGFD=(__li__K)((*(li__GFFD)).li__KFFD <<  1);
          li__DGFD=((void **)(*(li__GFFD)).li__BFFD);
          li__SBOE=(*(li__GFFD)).li__KFFD;
          li__WN5U=li__CUY(((__li__CB )li__DGFD),((__li__JJG )(__li__K)(li__SBOE * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__KGFD * ((__li__K )(sizeof(void *))))));
          li__DGFD=((void **)li__WN5U);
          li__2COE=(__li__K)(li__KGFD -  1);
          li__ETZF=li__SBOE;
          while ((li__ETZF <= li__2COE)) {
            li__DGFD[li__ETZF]=NULL;
            li__ETZF=(__li__K)(li__ETZF +  1);
          };
          (*(li__GFFD)).li__BFFD=li__DGFD;
          (*(li__GFFD)).li__KFFD=li__KGFD;
          (*(li__GFFD)).li__OL3B=(__li__K)((*(li__GFFD)).li__OL3B +  1);
        };
      };
      ((void **)(*(li__GFFD)).li__BFFD)[(*(li__GFFD)).li__OL3B]=li__4Y5B;
    };
    li__MK2B=li__0K3B;
  } else /* FALSE */ {
    li__XK2B=li__WEK((&__string_15));
    /* __li__B__ __li__I__ */
if (li__XK2B) {
      li__YL2B=li__B__;
    } else /* FALSE */ {
      li__2M2B=li__WEK((&__string_16));
      li__YL2B=li__2M2B;
    };
    /* __li__B__ __li__I__ */
if (li__YL2B) {
      li__LK2B=li__2YI;
      /* __li__B__ __li__I__ */
if ((li__JK2B && ((void *)li__2YI == (void *)(&__string_15)))) {
        li__SN2B=li__WTIB();
        li__K4E( 0,(&__string_761));
        li__V5E(li__SN2B);
        li__ODF();
      };
    };
    li__3K2B=NULL;
    li__C1RU=NULL;
    li__OVPU= 0;
    li__XK2B=li__I__;
    li__YL2B=li__YXVB();
    /* __li__B__ __li__I__ */
if (li__YL2B) {
      li__HEZ(((__li__BC *)li__GNB),li__2YI);
      do {
        li__UO3B=li__WEK((&__string_13));
        li__XK2B=li__UO3B;
        /* __li__B__ __li__I__ */
if (li__UO3B) {
          li__0O3B=li__YXVB();
          /* __li__B__ __li__I__ */
if ((! li__0O3B)) {
            li__AP3B=li__WTIB();
            li__K4E( 0,(&__string_762));
            li__V5E(li__AP3B);
            li__ODF();
          };
          li__JAZ(((__li__BC *)li__GNB),(&__string_13));
          li__JAZ(((__li__BC *)li__GNB),li__2YI);
        } else /* FALSE */ {
          li__OVPU=li__Y5H;
          li__0O3B=li__AIX('.');
          /* __li__B__ __li__I__ */
if (li__0O3B) {
            li__VP3B=li__YXVB();
            li__YP3B=li__VP3B;
          } else /* FALSE */ {
            li__YP3B=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__YP3B) {
            li__XK2B=li__B__;
            li__SRX(((__li__BC *)li__GNB),'.');
            li__JAZ(((__li__BC *)li__GNB),li__2YI);
          } else /* FALSE */ {
            li__Y5H=li__OVPU;
          };
        };
      } while (li__XK2B);
      li__QQ3B=li__SQC(li__GNB);
      li__2M2B=li__AIX('(');
      /* __li__B__ __li__I__ */
if (li__2M2B) {
        li__XN2B=li__G5C();
        li__3K2B=li__XN2B;
        do {
          li__2Q3B=li__FGBC(li__IK2B);
          /* __li__B__ __li__I__ */
if (((void *)li__2Q3B == (void *)NULL)) {
            li__AP3B=li__WTIB();
            li__K4E( 0,(&__string_763));
            li__V5E(li__AP3B);
            li__ODF();
          };
          li__S0BD(((__li__CRB *)li__3K2B),li__2Q3B);
          li__0O3B=li__AIX(',');
        } while (li__0O3B);
        li__PR3B=li__GAD(li__XN2B);
        li__3K2B=li__PR3B;
        li__QR3B=li__RGAC(li__QQ3B,li__LK2B,li__PR3B);
        li__C1RU=li__QR3B;
        li__UO3B=li__AIX(')');
        /* __li__B__ __li__I__ */
if ((! li__UO3B)) {
          li__AP3B=li__WTIB();
          li__K4E( 2,(&__string_735));
          li__V5E(li__AP3B);
          li__ODF();
        };
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if (li__2YVB) {
          /* __li__B__ __li__I__ */
if (((void *)li__LK2B != (void *)NULL)) {
            li__HEZ(((__li__BC *)li__0C),(&__string_764));
            li__JAZ(((__li__BC *)li__0C),li__LK2B);
            li__JAZ(((__li__BC *)li__0C),(&__string_765));
            li__OS3B=li__WTIB();
            li__K4E( 2,li__0C);
            li__V5E(li__OS3B);
            li__ODF();
          };
          li__2Q3B=li__QBUC(li__QQ3B);
          li__C1RU=li__2Q3B;
          li__0O3B=li__B__;
        } else /* FALSE */ {
          li__0O3B=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__0O3B)) {
          /* __li__B__ __li__I__ */
if (((void *)li__LK2B == (void *)NULL)) {
            li__BT3B=li__D4C(li__QQ3B);
            li__C1RU=li__BT3B;
          } else /* FALSE */ {
            /* __li__B__ __li__I__ */
if (((void *)li__QQ3B == (void *)(&__string_3))) {
              li__HEZ(((__li__BC *)li__0C),(&__string_764));
              li__JAZ(((__li__BC *)li__0C),li__LK2B);
              li__JAZ(((__li__BC *)li__0C),(&__string_766));
              li__QT3B=li__WTIB();
              li__K4E( 2,li__0C);
              li__V5E(li__QT3B);
              li__ODF();
              li__C1RU=li__UT3B;
            } else /* FALSE */ {
              li__1T3B=li__M1C(li__QQ3B,li__LK2B);
              li__C1RU=li__1T3B;
            };
          };
        };
      };
    };
    li__MK2B=li__C1RU;
    li__RQ2B=li__HWZB(li__IK2B);
    /* __li__B__ __li__I__ */
if (((void *)li__RQ2B != (void *)NULL)) {
      li__DL2B=li__WTIB();
      li__K4E( 2,(&__string_767));
      li__V5E(li__DL2B);
      li__ODF();
    };
  };
  li__KK2B=li__MK2B;
  return(li__KK2B);
}

static void li__5BHD(__li__IZB *li__ACHD,void *li__BCHD)
/* (Strict ITM_SLOT{li__IZB},ITM_TYPE{NULLxli__WRBxli__XRBxli__KUBxli__VB1xli__UL2Bxli__4O2B}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__ULSB *li__FP5U;
  void *li__LCHD;
  __li__PO li__DDHD;
  li__FP5U=((__li__ULSB *)li__ACHD->li__WLSB);
  /* __li__B__ __li__I__ */
if ((((void *)li__FP5U->li__XNKE == (void *)(&__string_29)) || ((void *)li__FP5U->li__XNKE == (void *)(&__string_30)))) {
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__BCHD==NULL) {
      li__LCHD=NULL;
    } else {
      switch (((struct ___OBJ *)li__BCHD)->__id) {
      case __li__WRB__: {
        li__LCHD=((void *)li__BCHD);
      } break;
      case __li__XRB__: {
        li__LCHD=((void *)li__BCHD);
      } break;
      case __li__KUB__: {
        li__LCHD=((void *)li__BCHD);
      } break;
      case __li__VB1__: {
        li__LCHD=((void *)li__BCHD);
      } break;
      case __li__UL2B__: {
        li__LCHD=NULL;
      } break;
      case __li__4O2B__: {
        li__LCHD=((void *)li__BCHD);
      } break;
      }
    };
    /* __li__B__ __li__I__ */
if (((((void *)li__LCHD == (void *)NULL) || ((void *)li__LCHD == (void *)li__UT3B)) || ((void *)li__LCHD == (void *)li__3MZ))) {
      li__DDHD=li__ACHD->li__JZB.li__RF.li__0CC;
      li__K4E( 1,(&__string_598));
      li__V5E(li__DDHD);
      li__ODF();
    };
  };
  li__ACHD->li__NMSB=li__BCHD;
}

static __li__QOZB* li__HWZB(__li__DCG *li__IWZB)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__QOZB *li__MWZB,*li__4WZB,*li__JWZB;
  __li__PO li__3WZB,li__XXZB;
  void *li__HXZB;
  __li__VXZB *li__QI2B,*li__ZJ2B;
  __li__CB li__RI2B,li__PP5U;
  __li__JJG li__ZI2B,li__SP5U,li__NP5U;
  __li__K li__EJ2B,li__O3RF;
  __li__52B li__3P5U;
  __li__BZZB *li__0GMV,*li__1GMV;
  __li__C li__KWZB,li__XWZB,li__PXZB,li__12RF;
  __li__NWZB *li__WWZB,*li__CXZB,*li__L2RF;
  void **li__H3RF;
  li__KWZB=li__I__;
  li__MWZB=NULL;
  li__WWZB=NULL;
  li__XWZB=li__AIX('[');
  /* __li__B__ __li__I__ */
if (li__XWZB) {
    li__3WZB=li__WTIB();
    li__4WZB=li__VN0B(li__3WZB);
    li__5WZB=li__4WZB;
    li__MWZB=li__4WZB;
    li__2N0B(li__IWZB);
    li__CXZB=li__3Q0B();
    li__WWZB=li__CXZB;
    do {
      li__HXZB=li__O20B(li__IWZB);
      /* __li__B__ __li__I__ */
if (((void *)li__HXZB == (void *)NULL)) {
        li__PXZB=li__WEK((&__string_13));
        li__KWZB=li__PXZB;
        /* __li__B__ __li__I__ */
if (li__PXZB) {
          li__XXZB=li__WTIB();
          li__QI2B=NULL;
          li__RI2B=((__li__CB )(NULL));
          li__ZI2B=((__li__JJG )sizeof(__li__VXZB));
          /* __li__B__ __li__I__ */
if ((li__ZI2B ==  0)) {
            li__QI2B=li__VXZB__;
          } else /* FALSE */ {
            li__EJ2B=-1;
            li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ZI2B));
            /* __li__B__ __li__I__ */
if ((li__EJ2B == (__li__K)(-  1))) {
              li__SP5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
              li__NP5U=(__li__JJG)((__li__JJG)(li__ZI2B - (__li__JJG)(((__li__JJG ) 0) - li__SP5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SP5U) - ((__li__JJG ) 1)));
              li__SP5U=(__li__JJG)(li__NP5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
              li__PP5U=li__YCJ(li__NP5U,((__li__CB )(&(table_size[(li__SP5U)-1]))),((__li__52B )li__NP5U));
              li__RI2B=li__PP5U;
            } else /* FALSE */ {
              li__3P5U=((__li__52B )li__EJ2B);
              li__SP5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
              li__NP5U=(__li__JJG)((__li__JJG)(li__ZI2B - (__li__JJG)(((__li__JJG ) 0) - li__SP5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__SP5U) - ((__li__JJG ) 1)));
              li__PP5U=li__YCJ(li__NP5U,((__li__CB )(&(table_type[(li__3P5U)]))),(__li__52B)(li__3P5U |  1));
              li__RI2B=li__PP5U;
            };
            li__ZJ2B=((__li__VXZB *)li__RI2B);
            li__QI2B=li__ZJ2B;
            *(li__ZJ2B) = *(li__VXZB__);
          };
          ((__li__VXZB *)li__QI2B)->li__WXZB.li__0CC=li__XXZB;
          li__L2RF=((__li__NWZB *)li__WWZB);
          /* __li__B__ __li__I__ */
if (((__li__K)((*(li__L2RF)).li__231B +  1) <= (__li__K)((*(li__L2RF)).li__HPED -  1))) {
            (*(li__L2RF)).li__231B=(__li__K)((*(li__L2RF)).li__231B +  1);
            li__12RF=li__B__;
          } else /* FALSE */ {
            li__12RF=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__12RF)) {
            /* __li__B__ __li__I__ */
if (((*(li__L2RF)).li__HPED ==  0)) {
              li__H3RF=li__2SYD( 2);
              (*(li__L2RF)).li__UPED=li__H3RF;
              (*(li__L2RF)).li__HPED= 2;
              (*(li__L2RF)).li__231B= 0;
            } else /* FALSE */ {
              li__O3RF=(__li__K)((*(li__L2RF)).li__HPED <<  1);
              li__H3RF=li__C4NE(((void **)(*(li__L2RF)).li__UPED),(*(li__L2RF)).li__HPED,li__O3RF);
              (*(li__L2RF)).li__UPED=li__H3RF;
              (*(li__L2RF)).li__HPED=li__O3RF;
              (*(li__L2RF)).li__231B=(__li__K)((*(li__L2RF)).li__231B +  1);
            };
          };
          ((void **)(*(li__L2RF)).li__UPED)[(*(li__L2RF)).li__231B]=li__QI2B;
        };
      } else /* FALSE */ {
        li__01ED(((__li__NWZB *)li__WWZB),li__HXZB);
        li__PXZB=li__AIX(';');
        /* __li__B__ __li__I__ */
if ((! li__PXZB)) {
          li__XXZB=li__WTIB();
          li__K4E( 2,(&__string_600));
          li__V5E(li__XXZB);
          li__ODF();
        };
        li__KWZB=li__B__;
      };
    } while (li__KWZB);
    li__PXZB=li__AIX(']');
    /* __li__B__ __li__I__ */
if ((! li__PXZB)) {
      li__XXZB=li__WTIB();
      li__K4E( 2,(&__string_768));
      li__V5E(li__XXZB);
      li__ODF();
    };
    li__3WZB=li__WTIB();
    li__0GMV=li__MZ0B();
    li__1GMV=((__li__BZZB *)li__0GMV);
    li__1GMV->li__EZZB.li__0CC=li__3WZB;
    li__1GMV->li__01FC=li__3MZ;
    li__01ED(((__li__NWZB *)li__CXZB),li__0GMV);
    li__L2RF=li__YS0B(li__CXZB);
    ((__li__QOZB *)li__4WZB)->li__J1FC=li__L2RF;
  };
  li__JWZB=li__MWZB;
  return(li__JWZB);
}

static void* li__O20B(__li__DCG *li__P20B)
/* (Strict PARSER{li__DCG}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__R20B,*li__JA1B,*li__GE1B,*li__Y11B,*li__K31B,*li__P51B;
  void *li__UHMV,*li__WHMV,*li__Q20B;
  __li__U *li__D40B,*li__T41B,*li__Y51B;
  __li__K li__IWPU,li__N10H,li__QWEE,li__01RU,li__21RU,li__41RU;
  __li__K li__A2RU;
  __li__PO li__FA1B,li__PA1B,li__UB1B,li__BF1B,li__521B;
  __li__DA1B *li__Z00H,*li__C20H;
  __li__CB li__000H,li__YQ5U,li__FS5U;
  __li__JJG li__C10H,li__1Q5U,li__WQ5U,li__IS5U,li__DS5U;
  __li__52B li__GR5U,li__TS5U;
  __li__ZA1B *li__5A1B,*li__YE1B;
  __li__SB1B *li__WB1B,*li__MF1B;
  __li__AE1B *li__DE1B;
  __li__5E1B *li__2VEE,*li__FXEE;
  __li__D11B *li__W11B,*li__B31B,*li__R51B;
  __li__K41B *li__X41B,*li__251B;
  __li__YA2B *li__GB2B;
  __li__NB2B *li__ZNGC,*li__CPGC;
  __li__C li__U20B,li__Y20B,li__F30B,li__V30B,li__GWPU,li__WC1B;
  __li__C li__Y1RU,li__V21B,li__H31B;
  __li__GD *li__V20B,*li__A30B,*li__WSWH;
  __li__3 li__IA1B,li__FE1B;
  __li__NWZB *li__I11B,*li__C11B,*li__ET5U,*li__0HFD;
  li__R20B=NULL;
  li__U20B=li__I__;
  li__V20B=NULL;
  li__JX0B=li__Y5H;
  li__LX0B=li__15H;
  li__NX0B=li__25H;
  li__PX0B=li__35H;
  li__Y20B=li__AIX('(');
  /* __li__B__ __li__I__ */
if (li__Y20B) {
    li__A30B=li__IY1B();
    li__V20B=li__A30B;
    do {
      li__U20B=li__I__;
      li__F30B=li__P4IB();
      /* __li__B__ __li__I__ */
if (li__F30B) {
        li__HEZ(((__li__BC *)li__GNB),li__2YI);
        li__3X2B:
        {
          li__V30B=li__P4IB();
          /* __li__B__ __li__I__ */
if (li__V30B) {
            li__JAZ(((__li__BC *)li__GNB),(&__string_123));
            li__JAZ(((__li__BC *)li__GNB),li__2YI);
            goto li__3X2B;
          };
        };
        li__D40B=li__SQC(li__GNB);
        li__GXRB(((__li__GD *)li__V20B),li__D40B);
        li__V30B=li__AIX(',');
        /* __li__B__ __li__I__ */
if (li__V30B) {
          li__U20B=li__B__;
        };
      };
    } while (li__U20B);
    li__GWPU=((*(((__li__GD *)li__A30B))).li__UD <  0);
    /* __li__B__ __li__I__ */
if ((! li__GWPU)) {
      li__F30B=li__AIX(')');
      li__V30B=li__F30B;
    } else /* FALSE */ {
      li__V30B=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__V30B) {
      li__F30B=li__33TC();
      li__V30B=li__F30B;
    } else /* FALSE */ {
      li__V30B=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__V30B) {
      li__IWPU=(__li__K)((*(((__li__GD *)li__A30B))).li__UD +  1);
      li__WSWH=li__FXE(li__IWPU);
      li__TI0G(((__li__GD *)li__WSWH),li__A30B);
      li__DD1F(li__A30B);
      li__V20B=li__WSWH;
      li__FA1B=li__WTIB();
      li__Z00H=NULL;
      li__000H=((__li__CB )(NULL));
      li__C10H=((__li__JJG )sizeof(__li__DA1B));
      /* __li__B__ __li__I__ */
if ((li__C10H ==  0)) {
        li__Z00H=li__DA1B__;
      } else /* FALSE */ {
        li__N10H=-1;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__C10H));
        /* __li__B__ __li__I__ */
if ((li__N10H == (__li__K)(-  1))) {
          li__1Q5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__WQ5U=(__li__JJG)((__li__JJG)(li__C10H - (__li__JJG)(((__li__JJG ) 0) - li__1Q5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1Q5U) - ((__li__JJG ) 1)));
          li__1Q5U=(__li__JJG)(li__WQ5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__YQ5U=li__YCJ(li__WQ5U,((__li__CB )(&(table_size[(li__1Q5U)-1]))),((__li__52B )li__WQ5U));
          li__000H=li__YQ5U;
        } else /* FALSE */ {
          li__GR5U=((__li__52B )li__N10H);
          li__1Q5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__WQ5U=(__li__JJG)((__li__JJG)(li__C10H - (__li__JJG)(((__li__JJG ) 0) - li__1Q5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__1Q5U) - ((__li__JJG ) 1)));
          li__YQ5U=li__YCJ(li__WQ5U,((__li__CB )(&(table_type[(li__GR5U)]))),(__li__52B)(li__GR5U |  1));
          li__000H=li__YQ5U;
        };
        li__C20H=((__li__DA1B *)li__000H);
        li__Z00H=li__C20H;
        *(li__C20H) = *(li__DA1B__);
      };
      li__C20H=((__li__DA1B *)li__Z00H);
      li__C20H->li__EA1B.li__0CC=li__FA1B;
      li__C20H->li__NROI=li__WSWH;
      li__R20B=li__Z00H;
      li__IA1B=((__li__3 *)((__li__U *)li__2YI)->li__3C)[ 0];
      li__JA1B=li__O20B(li__P20B);
      /* __li__B__ __li__I__ */
if (((void *)li__JA1B == (void *)NULL)) {
        li__PA1B=li__WTIB();
        li__K4E( 0,(&__string_331));
        li__V5E(li__PA1B);
        li__ODF();
      };
      /* __li__B__ __li__I__ */
if ((li__IA1B == ':')) {
        li__5A1B=li__2UCE(li__Z00H->li__EA1B.li__0CC,li__Z00H,li__JA1B);
        li__R20B=li__5A1B;
      };
      /* __li__B__ __li__I__ */
if ((li__IA1B == '<')) {
        li__PA1B=li__WTIB();
        li__K4E( 0,(&__string_769));
        li__V5E(li__PA1B);
        li__ODF();
      };
      /* __li__B__ __li__I__ */
if ((li__IA1B == '?')) {
        li__PA1B=li__WTIB();
        li__K4E( 0,(&__string_770));
        li__V5E(li__PA1B);
        li__ODF();
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__R20B)->__id) {
        case __li__QOZB__: {
          li__UB1B=((__li__QOZB *)li__R20B)->li__ROZB.li__0CC;
        } break;
        case __li__VXZB__: {
          li__UB1B=((__li__VXZB *)li__R20B)->li__WXZB.li__0CC;
        } break;
        case __li__BZZB__: {
          li__UB1B=((__li__BZZB *)li__R20B)->li__EZZB.li__0CC;
        } break;
        case __li__DA1B__: {
          li__UB1B=((__li__DA1B *)li__R20B)->li__EA1B.li__0CC;
        } break;
        case __li__ZA1B__: {
          li__UB1B=((__li__ZA1B *)li__R20B)->li__2A1B.li__1A1B.li__0CC;
        } break;
        case __li__SB1B__: {
          li__UB1B=((__li__SB1B *)li__R20B)->li__TB1B.li__1A1B.li__0CC;
        } break;
        case __li__AE1B__: {
          li__UB1B=((__li__AE1B *)li__R20B)->li__BE1B.li__0CC;
        } break;
        case __li__5E1B__: {
          li__UB1B=((__li__5E1B *)li__R20B)->li__AF1B.li__1A1B.li__0CC;
        } break;
        case __li__D11B__: {
          li__UB1B=((__li__D11B *)li__R20B)->li__E11B.li__0CC;
        } break;
        case __li__K41B__: {
          li__UB1B=((__li__K41B *)li__R20B)->li__L41B.li__BE1B.li__0CC;
        } break;
        case __li__YA2B__: {
          li__UB1B=((__li__YA2B *)li__R20B)->li__ZA2B.li__BE1B.li__0CC;
        } break;
        case __li__NB2B__: {
          li__UB1B=li__VTHD(((__li__NB2B *)li__R20B));
        } break;
        case __li__LH2B__: {
          li__UB1B=((__li__LH2B *)li__R20B)->li__MH2B.li__0CC;
        } break;
        case __li__M32B__: {
          li__UB1B=((__li__M32B *)li__R20B)->li__P32B.li__O32B.li__0CC;
        } break;
        case __li__KD3B__: {
          li__UB1B=((__li__KD3B *)li__R20B)->li__ZJKE->li__ROZB.li__0CC;
        } break;
        case __li__WE3B__: {
          li__UB1B=((__li__WE3B *)li__R20B)->li__XE3B.li__O32B.li__0CC;
        } break;
        case __li__UG4B__: {
          li__UB1B=((__li__UG4B *)li__R20B)->li__VG4B.li__BE1B.li__0CC;
        } break;
        case __li__Q24B__: {
          li__UB1B=((__li__Q24B *)li__R20B)->li__R24B.li__0CC;
        } break;
        case __li__D34B__: {
          li__UB1B=((__li__D34B *)li__R20B)->li__E34B.li__0CC;
        } break;
        case __li__V34B__: {
          li__UB1B=((__li__V34B *)li__R20B)->li__W34B.li__0CC;
        } break;
        case __li__H44B__: {
          li__UB1B=((__li__H44B *)li__R20B)->li__I44B.li__0CC;
        } break;
        case __li__XMUC__: {
          li__UB1B=li__1THD(((__li__XMUC *)li__R20B));
        } break;
        };
        li__WB1B=li__CWCE(li__UB1B,li__R20B,li__JA1B);
        li__R20B=li__WB1B;
      };
    } else /* FALSE */ {
      li__DD1F(li__V20B);
    };
    li__F30B=li__B__;
  } else /* FALSE */ {
    li__F30B=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__F30B)) {
    li__F30B=li__P4IB();
    /* __li__B__ __li__I__ */
if (li__F30B) {
      li__HEZ(((__li__BC *)li__GNB),li__2YI);
      li__M3TC:
      {
        li__WC1B=li__P4IB();
        /* __li__B__ __li__I__ */
if (li__WC1B) {
          li__JAZ(((__li__BC *)li__GNB),(&__string_123));
          li__JAZ(((__li__BC *)li__GNB),li__2YI);
          goto li__M3TC;
        };
      };
      li__D40B=li__SQC(li__GNB);
      li__V30B=li__33TC();
      /* __li__B__ __li__I__ */
if (li__V30B) {
        li__PA1B=li__WTIB();
        li__DE1B=li__IU4B(li__PA1B,li__D40B);
        li__R20B=li__DE1B;
        li__FE1B=((__li__3 *)((__li__U *)li__2YI)->li__3C)[ 0];
        li__GE1B=li__O20B(li__P20B);
        /* __li__B__ __li__I__ */
if (((void *)li__GE1B == (void *)NULL)) {
          li__UB1B=li__WTIB();
          li__K4E( 0,(&__string_331));
          li__V5E(li__UB1B);
          li__ODF();
        };
        /* __li__B__ __li__I__ */
if ((li__FE1B == ':')) {
          li__YE1B=li__2UCE(li__DE1B->li__BE1B.li__0CC,li__DE1B,li__GE1B);
          li__R20B=li__YE1B;
        };
        /* __li__B__ __li__I__ */
if ((li__FE1B == '<')) {
          /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__R20B)->__id) {
          case __li__QOZB__: {
            li__BF1B=((__li__QOZB *)li__R20B)->li__ROZB.li__0CC;
          } break;
          case __li__VXZB__: {
            li__BF1B=((__li__VXZB *)li__R20B)->li__WXZB.li__0CC;
          } break;
          case __li__BZZB__: {
            li__BF1B=((__li__BZZB *)li__R20B)->li__EZZB.li__0CC;
          } break;
          case __li__DA1B__: {
            li__BF1B=((__li__DA1B *)li__R20B)->li__EA1B.li__0CC;
          } break;
          case __li__ZA1B__: {
            li__BF1B=((__li__ZA1B *)li__R20B)->li__2A1B.li__1A1B.li__0CC;
          } break;
          case __li__SB1B__: {
            li__BF1B=((__li__SB1B *)li__R20B)->li__TB1B.li__1A1B.li__0CC;
          } break;
          case __li__AE1B__: {
            li__BF1B=((__li__AE1B *)li__R20B)->li__BE1B.li__0CC;
          } break;
          case __li__5E1B__: {
            li__BF1B=((__li__5E1B *)li__R20B)->li__AF1B.li__1A1B.li__0CC;
          } break;
          case __li__D11B__: {
            li__BF1B=((__li__D11B *)li__R20B)->li__E11B.li__0CC;
          } break;
          case __li__K41B__: {
            li__BF1B=((__li__K41B *)li__R20B)->li__L41B.li__BE1B.li__0CC;
          } break;
          case __li__YA2B__: {
            li__BF1B=((__li__YA2B *)li__R20B)->li__ZA2B.li__BE1B.li__0CC;
          } break;
          case __li__NB2B__: {
            li__BF1B=li__VTHD(((__li__NB2B *)li__R20B));
          } break;
          case __li__LH2B__: {
            li__BF1B=((__li__LH2B *)li__R20B)->li__MH2B.li__0CC;
          } break;
          case __li__M32B__: {
            li__BF1B=((__li__M32B *)li__R20B)->li__P32B.li__O32B.li__0CC;
          } break;
          case __li__KD3B__: {
            li__BF1B=((__li__KD3B *)li__R20B)->li__ZJKE->li__ROZB.li__0CC;
          } break;
          case __li__WE3B__: {
            li__BF1B=((__li__WE3B *)li__R20B)->li__XE3B.li__O32B.li__0CC;
          } break;
          case __li__UG4B__: {
            li__BF1B=((__li__UG4B *)li__R20B)->li__VG4B.li__BE1B.li__0CC;
          } break;
          case __li__Q24B__: {
            li__BF1B=((__li__Q24B *)li__R20B)->li__R24B.li__0CC;
          } break;
          case __li__D34B__: {
            li__BF1B=((__li__D34B *)li__R20B)->li__E34B.li__0CC;
          } break;
          case __li__V34B__: {
            li__BF1B=((__li__V34B *)li__R20B)->li__W34B.li__0CC;
          } break;
          case __li__H44B__: {
            li__BF1B=((__li__H44B *)li__R20B)->li__I44B.li__0CC;
          } break;
          case __li__XMUC__: {
            li__BF1B=li__1THD(((__li__XMUC *)li__R20B));
          } break;
          };
          li__2VEE=NULL;
          li__YQ5U=((__li__CB )(NULL));
          li__1Q5U=((__li__JJG )sizeof(__li__5E1B));
          /* __li__B__ __li__I__ */
if ((li__1Q5U ==  0)) {
            li__2VEE=li__5E1B__;
          } else /* FALSE */ {
            li__QWEE=-1;
            li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1Q5U));
            /* __li__B__ __li__I__ */
if ((li__QWEE == (__li__K)(-  1))) {
              li__IS5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
              li__DS5U=(__li__JJG)((__li__JJG)(li__1Q5U - (__li__JJG)(((__li__JJG ) 0) - li__IS5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IS5U) - ((__li__JJG ) 1)));
              li__IS5U=(__li__JJG)(li__DS5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
              li__FS5U=li__YCJ(li__DS5U,((__li__CB )(&(table_size[(li__IS5U)-1]))),((__li__52B )li__DS5U));
              li__YQ5U=li__FS5U;
            } else /* FALSE */ {
              li__TS5U=((__li__52B )li__QWEE);
              li__IS5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
              li__DS5U=(__li__JJG)((__li__JJG)(li__1Q5U - (__li__JJG)(((__li__JJG ) 0) - li__IS5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IS5U) - ((__li__JJG ) 1)));
              li__FS5U=li__YCJ(li__DS5U,((__li__CB )(&(table_type[(li__TS5U)]))),(__li__52B)(li__TS5U |  1));
              li__YQ5U=li__FS5U;
            };
            li__FXEE=((__li__5E1B *)li__YQ5U);
            li__2VEE=li__FXEE;
            *(li__FXEE) = *(li__5E1B__);
          };
          li__FXEE=((__li__5E1B *)li__2VEE);
          li__FXEE->li__AF1B.li__1A1B.li__0CC=li__BF1B;
          li__FXEE->li__AF1B.li__NLOE=li__R20B;
          li__FXEE->li__AF1B.li__OLOE=li__GE1B;
          li__R20B=li__2VEE;
        };
        /* __li__B__ __li__I__ */
if ((li__FE1B == '?')) {
          /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__R20B)->__id) {
          case __li__QOZB__: {
            li__BF1B=((__li__QOZB *)li__R20B)->li__ROZB.li__0CC;
          } break;
          case __li__VXZB__: {
            li__BF1B=((__li__VXZB *)li__R20B)->li__WXZB.li__0CC;
          } break;
          case __li__BZZB__: {
            li__BF1B=((__li__BZZB *)li__R20B)->li__EZZB.li__0CC;
          } break;
          case __li__DA1B__: {
            li__BF1B=((__li__DA1B *)li__R20B)->li__EA1B.li__0CC;
          } break;
          case __li__ZA1B__: {
            li__BF1B=((__li__ZA1B *)li__R20B)->li__2A1B.li__1A1B.li__0CC;
          } break;
          case __li__SB1B__: {
            li__BF1B=((__li__SB1B *)li__R20B)->li__TB1B.li__1A1B.li__0CC;
          } break;
          case __li__AE1B__: {
            li__BF1B=((__li__AE1B *)li__R20B)->li__BE1B.li__0CC;
          } break;
          case __li__5E1B__: {
            li__BF1B=((__li__5E1B *)li__R20B)->li__AF1B.li__1A1B.li__0CC;
          } break;
          case __li__D11B__: {
            li__BF1B=((__li__D11B *)li__R20B)->li__E11B.li__0CC;
          } break;
          case __li__K41B__: {
            li__BF1B=((__li__K41B *)li__R20B)->li__L41B.li__BE1B.li__0CC;
          } break;
          case __li__YA2B__: {
            li__BF1B=((__li__YA2B *)li__R20B)->li__ZA2B.li__BE1B.li__0CC;
          } break;
          case __li__NB2B__: {
            li__BF1B=li__VTHD(((__li__NB2B *)li__R20B));
          } break;
          case __li__LH2B__: {
            li__BF1B=((__li__LH2B *)li__R20B)->li__MH2B.li__0CC;
          } break;
          case __li__M32B__: {
            li__BF1B=((__li__M32B *)li__R20B)->li__P32B.li__O32B.li__0CC;
          } break;
          case __li__KD3B__: {
            li__BF1B=((__li__KD3B *)li__R20B)->li__ZJKE->li__ROZB.li__0CC;
          } break;
          case __li__WE3B__: {
            li__BF1B=((__li__WE3B *)li__R20B)->li__XE3B.li__O32B.li__0CC;
          } break;
          case __li__UG4B__: {
            li__BF1B=((__li__UG4B *)li__R20B)->li__VG4B.li__BE1B.li__0CC;
          } break;
          case __li__Q24B__: {
            li__BF1B=((__li__Q24B *)li__R20B)->li__R24B.li__0CC;
          } break;
          case __li__D34B__: {
            li__BF1B=((__li__D34B *)li__R20B)->li__E34B.li__0CC;
          } break;
          case __li__V34B__: {
            li__BF1B=((__li__V34B *)li__R20B)->li__W34B.li__0CC;
          } break;
          case __li__H44B__: {
            li__BF1B=((__li__H44B *)li__R20B)->li__I44B.li__0CC;
          } break;
          case __li__XMUC__: {
            li__BF1B=li__1THD(((__li__XMUC *)li__R20B));
          } break;
          };
          li__MF1B=li__CWCE(li__BF1B,li__R20B,li__GE1B);
          li__R20B=li__MF1B;
        };
      };
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__R20B == (void *)NULL)) {
    li__Y5H=li__JX0B;
    li__15H=li__LX0B;
    li__25H=li__NX0B;
    li__35H=li__PX0B;
    li__JA1B=NULL;
    li__GE1B=NULL;
    li__IWPU= 0;
    li__N10H= 0;
    li__I11B=li__3Q0B();
    li__C11B=li__I11B;
    li__RD2B:
    {
      li__WC1B=li__CS2B();
      /* __li__B__ __li__I__ */
if (li__WC1B) {
        li__UB1B=li__WTIB();
        li__W11B=li__IU5B(li__UB1B,li__2YI);
        li__GE1B=li__W11B;
        li__01ED(((__li__NWZB *)li__C11B),li__W11B);
        goto li__RD2B;
      };
    };
    li__Y11B=li__1D2B(li__P20B);
    li__GE1B=li__Y11B;
    /* __li__B__ __li__I__ */
if (((void *)li__Y11B == (void *)NULL)) {
      li__Y1RU=((*(((__li__NWZB *)li__I11B))).li__231B <  0);
      /* __li__B__ __li__I__ */
if ((! li__Y1RU)) {
        li__PA1B=li__WTIB();
        li__K4E( 0,(&__string_331));
        li__V5E(li__PA1B);
        li__ODF();
      };
      li__K10B(li__I11B);
    } else /* FALSE */ {
      li__01RU=(__li__K)((*(((__li__NWZB *)li__I11B))).li__231B +  1);
      li__N10H=li__01RU;
      do {
        li__21RU=(__li__K)((*(((__li__NWZB *)li__C11B))).li__231B +  1);
        li__IWPU=li__21RU;
        li__01ED(((__li__NWZB *)li__C11B),li__GE1B);
        li__V21B=li__CS2B();
        /* __li__B__ __li__I__ */
if (li__V21B) {
          do {
            li__521B=li__WTIB();
            li__B31B=li__IU5B(li__521B,li__2YI);
            li__GE1B=li__B31B;
            li__01ED(((__li__NWZB *)li__C11B),li__B31B);
            li__H31B=li__CS2B();
          } while (li__H31B);
          li__K31B=li__1D2B(li__P20B);
          li__GE1B=li__K31B;
        } else /* FALSE */ {
          li__GE1B=NULL;
        };
      } while (((void *)li__GE1B != (void *)NULL));
      while ((li__IWPU < (*(li__C11B)).li__231B)) {
        li__K31B=((void **)(*(((__li__NWZB *)li__C11B))).li__UPED)[(__li__K)(li__IWPU +  1)];
        /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__K31B==NULL) {
          li__B31B=NULL;
        } else {
          if (((struct ___OBJ *)li__K31B)->__id==__li__D11B__) {
            li__B31B=((void *)li__K31B);
          } else /* Other types */ {
            li__B31B=NULL;
          }
        };
        li__UB1B=li__B31B->li__E11B.li__0CC;
        li__T41B=li__HH4B((&__string_89),li__B31B->li__Q41B);
        li__X41B=li__ZU5B(li__UB1B,li__T41B,((void **)(*(((__li__NWZB *)li__C11B))).li__UPED)[li__IWPU]);
        li__GE1B=li__X41B;
        li__ET5U=((__li__NWZB *)li__C11B);
        ((void **)(*(li__ET5U)).li__UPED)[li__IWPU]=li__X41B;
        li__VIFD(((__li__NWZB *)li__C11B),(__li__K)(li__IWPU +  1));
      };
      /* __li__B__ __li__I__ */
if (((__li__K)(li__IWPU - li__01RU) <  3)) {
        while ((li__N10H !=  0)) {
          li__P51B=((void **)(*(((__li__NWZB *)li__C11B))).li__UPED)[(__li__K)(li__N10H -  1)];
          /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__P51B==NULL) {
            li__R51B=NULL;
          } else {
            if (((struct ___OBJ *)li__P51B)->__id==__li__D11B__) {
              li__R51B=((void *)li__P51B);
            } else /* Other types */ {
              li__R51B=NULL;
            }
          };
          li__BF1B=li__R51B->li__E11B.li__0CC;
          li__Y51B=li__HH4B((&__string_90),li__R51B->li__Q41B);
          li__251B=li__ZU5B(li__BF1B,li__Y51B,((void **)(*(((__li__NWZB *)li__C11B))).li__UPED)[li__N10H]);
          li__GE1B=li__251B;
          li__0HFD=((__li__NWZB *)li__C11B);
          ((void **)(*(li__0HFD)).li__UPED)[li__N10H]=li__251B;
          li__QWEE=(__li__K)(li__N10H -  1);
          li__N10H=li__QWEE;
          li__VIFD(((__li__NWZB *)li__C11B),li__QWEE);
        };
      };
      li__41RU=(__li__K)((*(((__li__NWZB *)li__I11B))).li__231B +  1);
      /* __li__B__ __li__I__ */
if ((li__41RU ==  1)) {
        li__UHMV=((void **)(*(((__li__NWZB *)li__I11B))).li__UPED)[ 0];
        li__JA1B=li__UHMV;
        li__K10B(li__I11B);
        li__WC1B=li__B__;
      } else /* FALSE */ {
        li__WC1B=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__WC1B)) {
        li__A2RU=(__li__K)((*(((__li__NWZB *)li__I11B))).li__231B +  1);
        /* __li__B__ __li__I__ */
if ((li__A2RU ==  3)) {
          li__K31B=((void **)(*(((__li__NWZB *)li__I11B))).li__UPED)[ 1];
          /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
if (li__K31B==NULL) {
            li__B31B=NULL;
          } else {
            if (((struct ___OBJ *)li__K31B)->__id==__li__D11B__) {
              li__B31B=((void *)li__K31B);
            } else /* Other types */ {
              li__B31B=NULL;
            }
          };
          li__UB1B=li__B31B->li__E11B.li__0CC;
          li__T41B=li__HH4B((&__string_88),li__B31B->li__Q41B);
          li__WHMV=((void **)(*(((__li__NWZB *)li__I11B))).li__UPED)[ 0];
          li__GB2B=li__BP4B(li__UB1B,li__T41B,li__WHMV,((void **)(*(((__li__NWZB *)li__I11B))).li__UPED)[ 2]);
          li__JA1B=li__GB2B;
          li__K10B(li__I11B);
        } else /* FALSE */ {
          li__ET5U=li__YS0B(li__I11B);
          li__C11B=li__ET5U;
          li__ZNGC=NULL;
          li__YQ5U=((__li__CB )(NULL));
          li__1Q5U=((__li__JJG )sizeof(__li__NB2B));
          /* __li__B__ __li__I__ */
if ((li__1Q5U ==  0)) {
            li__ZNGC=li__NB2B__;
          } else /* FALSE */ {
            li__QWEE=-1;
            li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1Q5U));
            /* __li__B__ __li__I__ */
if ((li__QWEE == (__li__K)(-  1))) {
              li__IS5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
              li__DS5U=(__li__JJG)((__li__JJG)(li__1Q5U - (__li__JJG)(((__li__JJG ) 0) - li__IS5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IS5U) - ((__li__JJG ) 1)));
              li__IS5U=(__li__JJG)(li__DS5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
              li__FS5U=li__YCJ(li__DS5U,((__li__CB )(&(table_size[(li__IS5U)-1]))),((__li__52B )li__DS5U));
              li__YQ5U=li__FS5U;
            } else /* FALSE */ {
              li__TS5U=((__li__52B )li__QWEE);
              li__IS5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
              li__DS5U=(__li__JJG)((__li__JJG)(li__1Q5U - (__li__JJG)(((__li__JJG ) 0) - li__IS5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IS5U) - ((__li__JJG ) 1)));
              li__FS5U=li__YCJ(li__DS5U,((__li__CB )(&(table_type[(li__TS5U)]))),(__li__52B)(li__TS5U |  1));
              li__YQ5U=li__FS5U;
            };
            li__CPGC=((__li__NB2B *)li__YQ5U);
            li__ZNGC=li__CPGC;
            *(li__CPGC) = *(li__NB2B__);
          };
          ((__li__NB2B *)li__ZNGC)->li__QEFD=li__ET5U;
          li__JA1B=li__ZNGC;
        };
      };
    };
    li__R20B=li__JA1B;
  };
  li__Q20B=li__R20B;
  return(li__Q20B);
}

static void li__5QHD(__li__IZB *li__ARHD,void *li__BRHD,__li__PF *li__CRHD)
/* (Strict ITM_SLOT{li__IZB},ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC},Strict PROTOTYPE{NULLxli__PF}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__BZZB *li__HG1D,*li__WS0B,*li__X1FC;
  __li__U *li__MG1D;
  __li__ULSB *li__PG1D;
  __li__PO li__RG1D,li__NH1D;
  __li__4RUC *li__MU5U,*li__NU5U;
  __li__IZB *li__1G1D;
  void *li__RH1D;
  __li__K41B *li__YH1D;
  __li__I03C *li__QG1D;
  /* __li__B__ __li__I__ */
if ((li__ARHD->li__XEHD == '<')) {
    li__ARHD->li__QRHD=li__BRHD;
  } else /* FALSE */ {
    li__HG1D=NULL;
    li__HEZ(((__li__BC *)li__0C),(&__string_599));
    li__JAZ(((__li__BC *)li__0C),li__ARHD->li__JZB.li__R2B);
    li__MG1D=li__SQC(li__0C);
    li__PG1D=li__XZZC((&__string_33));
    li__QG1D=li__Q05C( 1);
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__BRHD)->__id) {
    case __li__QOZB__: {
      li__RG1D=((__li__QOZB *)li__BRHD)->li__ROZB.li__0CC;
    } break;
    case __li__VXZB__: {
      li__RG1D=((__li__VXZB *)li__BRHD)->li__WXZB.li__0CC;
    } break;
    case __li__BZZB__: {
      li__RG1D=((__li__BZZB *)li__BRHD)->li__EZZB.li__0CC;
    } break;
    case __li__DA1B__: {
      li__RG1D=((__li__DA1B *)li__BRHD)->li__EA1B.li__0CC;
    } break;
    case __li__ZA1B__: {
      li__RG1D=((__li__ZA1B *)li__BRHD)->li__2A1B.li__1A1B.li__0CC;
    } break;
    case __li__SB1B__: {
      li__RG1D=((__li__SB1B *)li__BRHD)->li__TB1B.li__1A1B.li__0CC;
    } break;
    case __li__AE1B__: {
      li__RG1D=((__li__AE1B *)li__BRHD)->li__BE1B.li__0CC;
    } break;
    case __li__5E1B__: {
      li__RG1D=((__li__5E1B *)li__BRHD)->li__AF1B.li__1A1B.li__0CC;
    } break;
    case __li__D11B__: {
      li__RG1D=((__li__D11B *)li__BRHD)->li__E11B.li__0CC;
    } break;
    case __li__K41B__: {
      li__RG1D=((__li__K41B *)li__BRHD)->li__L41B.li__BE1B.li__0CC;
    } break;
    case __li__YA2B__: {
      li__RG1D=((__li__YA2B *)li__BRHD)->li__ZA2B.li__BE1B.li__0CC;
    } break;
    case __li__NB2B__: {
      li__RG1D=li__VTHD(((__li__NB2B *)li__BRHD));
    } break;
    case __li__LH2B__: {
      li__RG1D=((__li__LH2B *)li__BRHD)->li__MH2B.li__0CC;
    } break;
    case __li__M32B__: {
      li__RG1D=((__li__M32B *)li__BRHD)->li__P32B.li__O32B.li__0CC;
    } break;
    case __li__KD3B__: {
      li__RG1D=((__li__KD3B *)li__BRHD)->li__ZJKE->li__ROZB.li__0CC;
    } break;
    case __li__WE3B__: {
      li__RG1D=((__li__WE3B *)li__BRHD)->li__XE3B.li__O32B.li__0CC;
    } break;
    case __li__UG4B__: {
      li__RG1D=((__li__UG4B *)li__BRHD)->li__VG4B.li__BE1B.li__0CC;
    } break;
    case __li__Q24B__: {
      li__RG1D=((__li__Q24B *)li__BRHD)->li__R24B.li__0CC;
    } break;
    case __li__D34B__: {
      li__RG1D=((__li__D34B *)li__BRHD)->li__E34B.li__0CC;
    } break;
    case __li__V34B__: {
      li__RG1D=((__li__V34B *)li__BRHD)->li__W34B.li__0CC;
    } break;
    case __li__H44B__: {
      li__RG1D=((__li__H44B *)li__BRHD)->li__I44B.li__0CC;
    } break;
    case __li__XMUC__: {
      li__RG1D=li__1THD(((__li__XMUC *)li__BRHD));
    } break;
    };
    li__MU5U=li__EWAD();
    li__NU5U=((__li__4RUC *)li__MU5U);
    li__NU5U->li__5RUC.li__0CC=li__RG1D;
    li__NU5U->li__RZHD=(&__string_66);
    li__NU5U->li__SZHD=li__UT3B;
    li__SLNE(((__li__I03C *)li__QG1D),li__MU5U);
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__BRHD)->__id) {
    case __li__QOZB__: {
      li__RG1D=((__li__QOZB *)li__BRHD)->li__ROZB.li__0CC;
    } break;
    case __li__VXZB__: {
      li__RG1D=((__li__VXZB *)li__BRHD)->li__WXZB.li__0CC;
    } break;
    case __li__BZZB__: {
      li__RG1D=((__li__BZZB *)li__BRHD)->li__EZZB.li__0CC;
    } break;
    case __li__DA1B__: {
      li__RG1D=((__li__DA1B *)li__BRHD)->li__EA1B.li__0CC;
    } break;
    case __li__ZA1B__: {
      li__RG1D=((__li__ZA1B *)li__BRHD)->li__2A1B.li__1A1B.li__0CC;
    } break;
    case __li__SB1B__: {
      li__RG1D=((__li__SB1B *)li__BRHD)->li__TB1B.li__1A1B.li__0CC;
    } break;
    case __li__AE1B__: {
      li__RG1D=((__li__AE1B *)li__BRHD)->li__BE1B.li__0CC;
    } break;
    case __li__5E1B__: {
      li__RG1D=((__li__5E1B *)li__BRHD)->li__AF1B.li__1A1B.li__0CC;
    } break;
    case __li__D11B__: {
      li__RG1D=((__li__D11B *)li__BRHD)->li__E11B.li__0CC;
    } break;
    case __li__K41B__: {
      li__RG1D=((__li__K41B *)li__BRHD)->li__L41B.li__BE1B.li__0CC;
    } break;
    case __li__YA2B__: {
      li__RG1D=((__li__YA2B *)li__BRHD)->li__ZA2B.li__BE1B.li__0CC;
    } break;
    case __li__NB2B__: {
      li__RG1D=li__VTHD(((__li__NB2B *)li__BRHD));
    } break;
    case __li__LH2B__: {
      li__RG1D=((__li__LH2B *)li__BRHD)->li__MH2B.li__0CC;
    } break;
    case __li__M32B__: {
      li__RG1D=((__li__M32B *)li__BRHD)->li__P32B.li__O32B.li__0CC;
    } break;
    case __li__KD3B__: {
      li__RG1D=((__li__KD3B *)li__BRHD)->li__ZJKE->li__ROZB.li__0CC;
    } break;
    case __li__WE3B__: {
      li__RG1D=((__li__WE3B *)li__BRHD)->li__XE3B.li__O32B.li__0CC;
    } break;
    case __li__UG4B__: {
      li__RG1D=((__li__UG4B *)li__BRHD)->li__VG4B.li__BE1B.li__0CC;
    } break;
    case __li__Q24B__: {
      li__RG1D=((__li__Q24B *)li__BRHD)->li__R24B.li__0CC;
    } break;
    case __li__D34B__: {
      li__RG1D=((__li__D34B *)li__BRHD)->li__E34B.li__0CC;
    } break;
    case __li__V34B__: {
      li__RG1D=((__li__V34B *)li__BRHD)->li__W34B.li__0CC;
    } break;
    case __li__H44B__: {
      li__RG1D=((__li__H44B *)li__BRHD)->li__I44B.li__0CC;
    } break;
    case __li__XMUC__: {
      li__RG1D=li__1THD(((__li__XMUC *)li__BRHD));
    } break;
    };
    li__1G1D=li__IGBD(li__RG1D,li__MG1D,li__PG1D);
    ((__li__IZB *)li__1G1D)->li__XEHD='<';
    li__5QHD(((__li__IZB *)li__1G1D),li__BRHD,li__CRHD);
    li__1NHD(((__li__IZB *)li__1G1D),li__QG1D);
    li__5BHD(((__li__IZB *)li__1G1D),li__ARHD->li__NMSB);
    li__Q04C(((__li__OC1 *)li__CRHD->li__XC1),li__1G1D,li__1G1D->li__JZB.li__R2B);
    /* __li__B__ __li__I__ */
if ((li__CRHD->li__UB1 ==  0)) {
      /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__BRHD)->__id) {
      case __li__QOZB__: {
        li__NH1D=((__li__QOZB *)li__BRHD)->li__ROZB.li__0CC;
      } break;
      case __li__VXZB__: {
        li__NH1D=((__li__VXZB *)li__BRHD)->li__WXZB.li__0CC;
      } break;
      case __li__BZZB__: {
        li__NH1D=((__li__BZZB *)li__BRHD)->li__EZZB.li__0CC;
      } break;
      case __li__DA1B__: {
        li__NH1D=((__li__DA1B *)li__BRHD)->li__EA1B.li__0CC;
      } break;
      case __li__ZA1B__: {
        li__NH1D=((__li__ZA1B *)li__BRHD)->li__2A1B.li__1A1B.li__0CC;
      } break;
      case __li__SB1B__: {
        li__NH1D=((__li__SB1B *)li__BRHD)->li__TB1B.li__1A1B.li__0CC;
      } break;
      case __li__AE1B__: {
        li__NH1D=((__li__AE1B *)li__BRHD)->li__BE1B.li__0CC;
      } break;
      case __li__5E1B__: {
        li__NH1D=((__li__5E1B *)li__BRHD)->li__AF1B.li__1A1B.li__0CC;
      } break;
      case __li__D11B__: {
        li__NH1D=((__li__D11B *)li__BRHD)->li__E11B.li__0CC;
      } break;
      case __li__K41B__: {
        li__NH1D=((__li__K41B *)li__BRHD)->li__L41B.li__BE1B.li__0CC;
      } break;
      case __li__YA2B__: {
        li__NH1D=((__li__YA2B *)li__BRHD)->li__ZA2B.li__BE1B.li__0CC;
      } break;
      case __li__NB2B__: {
        li__NH1D=li__VTHD(((__li__NB2B *)li__BRHD));
      } break;
      case __li__LH2B__: {
        li__NH1D=((__li__LH2B *)li__BRHD)->li__MH2B.li__0CC;
      } break;
      case __li__M32B__: {
        li__NH1D=((__li__M32B *)li__BRHD)->li__P32B.li__O32B.li__0CC;
      } break;
      case __li__KD3B__: {
        li__NH1D=((__li__KD3B *)li__BRHD)->li__ZJKE->li__ROZB.li__0CC;
      } break;
      case __li__WE3B__: {
        li__NH1D=((__li__WE3B *)li__BRHD)->li__XE3B.li__O32B.li__0CC;
      } break;
      case __li__UG4B__: {
        li__NH1D=((__li__UG4B *)li__BRHD)->li__VG4B.li__BE1B.li__0CC;
      } break;
      case __li__Q24B__: {
        li__NH1D=((__li__Q24B *)li__BRHD)->li__R24B.li__0CC;
      } break;
      case __li__D34B__: {
        li__NH1D=((__li__D34B *)li__BRHD)->li__E34B.li__0CC;
      } break;
      case __li__V34B__: {
        li__NH1D=((__li__V34B *)li__BRHD)->li__W34B.li__0CC;
      } break;
      case __li__H44B__: {
        li__NH1D=((__li__H44B *)li__BRHD)->li__I44B.li__0CC;
      } break;
      case __li__XMUC__: {
        li__NH1D=li__1THD(((__li__XMUC *)li__BRHD));
      } break;
      };
      li__RH1D=li__D4C(li__CRHD->li__SF.li__R2B);
      li__WS0B=li__MZ0B();
      li__X1FC=((__li__BZZB *)li__WS0B);
      li__X1FC->li__EZZB.li__0CC=li__NH1D;
      li__X1FC->li__01FC=li__RH1D;
      li__HG1D=li__WS0B;
    };
    /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__BRHD)->__id) {
    case __li__QOZB__: {
      li__RG1D=((__li__QOZB *)li__BRHD)->li__ROZB.li__0CC;
    } break;
    case __li__VXZB__: {
      li__RG1D=((__li__VXZB *)li__BRHD)->li__WXZB.li__0CC;
    } break;
    case __li__BZZB__: {
      li__RG1D=((__li__BZZB *)li__BRHD)->li__EZZB.li__0CC;
    } break;
    case __li__DA1B__: {
      li__RG1D=((__li__DA1B *)li__BRHD)->li__EA1B.li__0CC;
    } break;
    case __li__ZA1B__: {
      li__RG1D=((__li__ZA1B *)li__BRHD)->li__2A1B.li__1A1B.li__0CC;
    } break;
    case __li__SB1B__: {
      li__RG1D=((__li__SB1B *)li__BRHD)->li__TB1B.li__1A1B.li__0CC;
    } break;
    case __li__AE1B__: {
      li__RG1D=((__li__AE1B *)li__BRHD)->li__BE1B.li__0CC;
    } break;
    case __li__5E1B__: {
      li__RG1D=((__li__5E1B *)li__BRHD)->li__AF1B.li__1A1B.li__0CC;
    } break;
    case __li__D11B__: {
      li__RG1D=((__li__D11B *)li__BRHD)->li__E11B.li__0CC;
    } break;
    case __li__K41B__: {
      li__RG1D=((__li__K41B *)li__BRHD)->li__L41B.li__BE1B.li__0CC;
    } break;
    case __li__YA2B__: {
      li__RG1D=((__li__YA2B *)li__BRHD)->li__ZA2B.li__BE1B.li__0CC;
    } break;
    case __li__NB2B__: {
      li__RG1D=li__VTHD(((__li__NB2B *)li__BRHD));
    } break;
    case __li__LH2B__: {
      li__RG1D=((__li__LH2B *)li__BRHD)->li__MH2B.li__0CC;
    } break;
    case __li__M32B__: {
      li__RG1D=((__li__M32B *)li__BRHD)->li__P32B.li__O32B.li__0CC;
    } break;
    case __li__KD3B__: {
      li__RG1D=((__li__KD3B *)li__BRHD)->li__ZJKE->li__ROZB.li__0CC;
    } break;
    case __li__WE3B__: {
      li__RG1D=((__li__WE3B *)li__BRHD)->li__XE3B.li__O32B.li__0CC;
    } break;
    case __li__UG4B__: {
      li__RG1D=((__li__UG4B *)li__BRHD)->li__VG4B.li__BE1B.li__0CC;
    } break;
    case __li__Q24B__: {
      li__RG1D=((__li__Q24B *)li__BRHD)->li__R24B.li__0CC;
    } break;
    case __li__D34B__: {
      li__RG1D=((__li__D34B *)li__BRHD)->li__E34B.li__0CC;
    } break;
    case __li__V34B__: {
      li__RG1D=((__li__V34B *)li__BRHD)->li__W34B.li__0CC;
    } break;
    case __li__H44B__: {
      li__RG1D=((__li__H44B *)li__BRHD)->li__I44B.li__0CC;
    } break;
    case __li__XMUC__: {
      li__RG1D=li__1THD(((__li__XMUC *)li__BRHD));
    } break;
    };
    li__YH1D=li__ZU5B(li__RG1D,li__MG1D,li__HG1D);
    li__ARHD->li__QRHD=li__YH1D;
  };
}

static __li__I03C* li__Q05C(__li__K li__S05C)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__WWHD,li__ZU5U;
  __li__JJG li__4WHD,li__2U5U,li__XU5U;
  __li__K li__JXHD;
  __li__52B li__HV5U;
  __li__I03C *li__VWHD,*li__4XHD,*li__T05C;
  void **li__WILE;
  li__VWHD=NULL;
  li__WWHD=((__li__CB )(NULL));
  li__4WHD=((__li__JJG )sizeof(__li__I03C));
  /* __li__B__ __li__I__ */
if ((li__4WHD ==  0)) {
    li__VWHD=li__I03C__;
  } else /* FALSE */ {
    li__JXHD=__li__I03C__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__4WHD));
    /* __li__B__ __li__I__ */
if ((li__JXHD == (__li__K)(-  1))) {
      li__2U5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__XU5U=(__li__JJG)((__li__JJG)(li__4WHD - (__li__JJG)(((__li__JJG ) 0) - li__2U5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2U5U) - ((__li__JJG ) 1)));
      li__2U5U=(__li__JJG)(li__XU5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__ZU5U=li__YCJ(li__XU5U,((__li__CB )(&(table_size[(li__2U5U)-1]))),((__li__52B )li__XU5U));
      li__WWHD=li__ZU5U;
    } else /* FALSE */ {
      li__HV5U=((__li__52B )li__JXHD);
      li__2U5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__XU5U=(__li__JJG)((__li__JJG)(li__4WHD - (__li__JJG)(((__li__JJG ) 0) - li__2U5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2U5U) - ((__li__JJG ) 1)));
      li__ZU5U=li__YCJ(li__XU5U,((__li__CB )(&(table_type[(li__HV5U)]))),(__li__52B)(li__HV5U |  1));
      li__WWHD=li__ZU5U;
    };
    li__4XHD=((__li__I03C *)li__WWHD);
    li__VWHD=li__4XHD;
    *(li__4XHD) = *(li__I03C__);
  };
  li__4XHD=((__li__I03C *)li__VWHD);
  /* __li__B__ __li__I__ */
if (((*(li__4XHD)).li__TBLE < li__S05C)) {
    li__WILE=li__TDAF(li__S05C);
    (*(li__4XHD)).li__RCLE=li__WILE;
    (*(li__4XHD)).li__TBLE=li__S05C;
  };
  (*(li__4XHD)).li__RBLE=(__li__K)(-  1);
  li__T05C=li__VWHD;
  return(li__T05C);
}

static __li__PO li__VTHD(__li__NB2B *li__WTHD)
/* (Strict ITM_EXPRESSION{li__NB2B}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__R4ED;
  __li__PO li__0THD,li__XTHD;
  li__R4ED=((void **)(*(((__li__NWZB *)li__WTHD->li__QEFD))).li__UPED)[ 0];
  /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__R4ED)->__id) {
  case __li__QOZB__: {
    li__0THD=((__li__QOZB *)li__R4ED)->li__ROZB.li__0CC;
  } break;
  case __li__VXZB__: {
    li__0THD=((__li__VXZB *)li__R4ED)->li__WXZB.li__0CC;
  } break;
  case __li__BZZB__: {
    li__0THD=((__li__BZZB *)li__R4ED)->li__EZZB.li__0CC;
  } break;
  case __li__DA1B__: {
    li__0THD=((__li__DA1B *)li__R4ED)->li__EA1B.li__0CC;
  } break;
  case __li__ZA1B__: {
    li__0THD=((__li__ZA1B *)li__R4ED)->li__2A1B.li__1A1B.li__0CC;
  } break;
  case __li__SB1B__: {
    li__0THD=((__li__SB1B *)li__R4ED)->li__TB1B.li__1A1B.li__0CC;
  } break;
  case __li__AE1B__: {
    li__0THD=((__li__AE1B *)li__R4ED)->li__BE1B.li__0CC;
  } break;
  case __li__5E1B__: {
    li__0THD=((__li__5E1B *)li__R4ED)->li__AF1B.li__1A1B.li__0CC;
  } break;
  case __li__D11B__: {
    li__0THD=((__li__D11B *)li__R4ED)->li__E11B.li__0CC;
  } break;
  case __li__K41B__: {
    li__0THD=((__li__K41B *)li__R4ED)->li__L41B.li__BE1B.li__0CC;
  } break;
  case __li__YA2B__: {
    li__0THD=((__li__YA2B *)li__R4ED)->li__ZA2B.li__BE1B.li__0CC;
  } break;
  case __li__NB2B__: {
    li__0THD=li__VTHD(((__li__NB2B *)li__R4ED));
  } break;
  case __li__LH2B__: {
    li__0THD=((__li__LH2B *)li__R4ED)->li__MH2B.li__0CC;
  } break;
  case __li__M32B__: {
    li__0THD=((__li__M32B *)li__R4ED)->li__P32B.li__O32B.li__0CC;
  } break;
  case __li__KD3B__: {
    li__0THD=((__li__KD3B *)li__R4ED)->li__ZJKE->li__ROZB.li__0CC;
  } break;
  case __li__WE3B__: {
    li__0THD=((__li__WE3B *)li__R4ED)->li__XE3B.li__O32B.li__0CC;
  } break;
  case __li__UG4B__: {
    li__0THD=((__li__UG4B *)li__R4ED)->li__VG4B.li__BE1B.li__0CC;
  } break;
  case __li__Q24B__: {
    li__0THD=((__li__Q24B *)li__R4ED)->li__R24B.li__0CC;
  } break;
  case __li__D34B__: {
    li__0THD=((__li__D34B *)li__R4ED)->li__E34B.li__0CC;
  } break;
  case __li__V34B__: {
    li__0THD=((__li__V34B *)li__R4ED)->li__W34B.li__0CC;
  } break;
  case __li__H44B__: {
    li__0THD=((__li__H44B *)li__R4ED)->li__I44B.li__0CC;
  } break;
  case __li__XMUC__: {
    li__0THD=li__1THD(((__li__XMUC *)li__R4ED));
  } break;
  };
  li__XTHD=li__0THD;
  return(li__XTHD);
}

static __li__PO li__1THD(__li__XMUC *li__2THD)
/* (Strict ITM_RESULT{li__XMUC}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__4THD;
  __li__PO li__5THD,li__3THD;
  li__4THD=li__2THD->li__M3GD;
  /* NULL __li__QOZB__ __li__VXZB__ __li__BZZB__ __li__DA1B__ __li__ZA1B__ __li__SB1B__ __li__AE1B__ __li__5E1B__ __li__D11B__ __li__K41B__ __li__YA2B__ __li__NB2B__ __li__LH2B__ __li__M32B__ __li__KD3B__ __li__WE3B__ __li__UG4B__ __li__Q24B__ __li__D34B__ __li__V34B__ __li__H44B__ __li__XMUC__ */
switch (((struct ___OBJ *)li__4THD)->__id) {
  case __li__QOZB__: {
    li__5THD=((__li__QOZB *)li__4THD)->li__ROZB.li__0CC;
  } break;
  case __li__VXZB__: {
    li__5THD=((__li__VXZB *)li__4THD)->li__WXZB.li__0CC;
  } break;
  case __li__BZZB__: {
    li__5THD=((__li__BZZB *)li__4THD)->li__EZZB.li__0CC;
  } break;
  case __li__DA1B__: {
    li__5THD=((__li__DA1B *)li__4THD)->li__EA1B.li__0CC;
  } break;
  case __li__ZA1B__: {
    li__5THD=((__li__ZA1B *)li__4THD)->li__2A1B.li__1A1B.li__0CC;
  } break;
  case __li__SB1B__: {
    li__5THD=((__li__SB1B *)li__4THD)->li__TB1B.li__1A1B.li__0CC;
  } break;
  case __li__AE1B__: {
    li__5THD=((__li__AE1B *)li__4THD)->li__BE1B.li__0CC;
  } break;
  case __li__5E1B__: {
    li__5THD=((__li__5E1B *)li__4THD)->li__AF1B.li__1A1B.li__0CC;
  } break;
  case __li__D11B__: {
    li__5THD=((__li__D11B *)li__4THD)->li__E11B.li__0CC;
  } break;
  case __li__K41B__: {
    li__5THD=((__li__K41B *)li__4THD)->li__L41B.li__BE1B.li__0CC;
  } break;
  case __li__YA2B__: {
    li__5THD=((__li__YA2B *)li__4THD)->li__ZA2B.li__BE1B.li__0CC;
  } break;
  case __li__NB2B__: {
    li__5THD=li__VTHD(((__li__NB2B *)li__4THD));
  } break;
  case __li__LH2B__: {
    li__5THD=((__li__LH2B *)li__4THD)->li__MH2B.li__0CC;
  } break;
  case __li__M32B__: {
    li__5THD=((__li__M32B *)li__4THD)->li__P32B.li__O32B.li__0CC;
  } break;
  case __li__KD3B__: {
    li__5THD=((__li__KD3B *)li__4THD)->li__ZJKE->li__ROZB.li__0CC;
  } break;
  case __li__WE3B__: {
    li__5THD=((__li__WE3B *)li__4THD)->li__XE3B.li__O32B.li__0CC;
  } break;
  case __li__UG4B__: {
    li__5THD=((__li__UG4B *)li__4THD)->li__VG4B.li__BE1B.li__0CC;
  } break;
  case __li__Q24B__: {
    li__5THD=((__li__Q24B *)li__4THD)->li__R24B.li__0CC;
  } break;
  case __li__D34B__: {
    li__5THD=((__li__D34B *)li__4THD)->li__E34B.li__0CC;
  } break;
  case __li__V34B__: {
    li__5THD=((__li__V34B *)li__4THD)->li__W34B.li__0CC;
  } break;
  case __li__H44B__: {
    li__5THD=((__li__H44B *)li__4THD)->li__I44B.li__0CC;
  } break;
  case __li__XMUC__: {
    li__5THD=li__1THD(((__li__XMUC *)li__4THD));
  } break;
  };
  li__3THD=li__5THD;
  return(li__3THD);
}

static void li__SLNE(__li__I03C *li__TLNE,__li__4RUC *li__ULNE)
/* (Strict FAST_ARRAY(ITM_ARGUMENT){li__I03C},Strict ITM_ARG{NULLxli__4RUC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__WMNE;
  __li__C li__DMNE;
  void **li__PMNE;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__TLNE)).li__RBLE +  1) <= (__li__K)((*(li__TLNE)).li__TBLE -  1))) {
    (*(li__TLNE)).li__RBLE=(__li__K)((*(li__TLNE)).li__RBLE +  1);
    li__DMNE=li__B__;
  } else /* FALSE */ {
    li__DMNE=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__DMNE)) {
    /* __li__B__ __li__I__ */
if (((*(li__TLNE)).li__TBLE ==  0)) {
      li__PMNE=li__TDAF( 2);
      (*(li__TLNE)).li__RCLE=li__PMNE;
      (*(li__TLNE)).li__TBLE= 2;
      (*(li__TLNE)).li__RBLE= 0;
    } else /* FALSE */ {
      li__WMNE=(__li__K)((*(li__TLNE)).li__TBLE <<  1);
      li__PMNE=li__YLWF(((void **)(*(li__TLNE)).li__RCLE),(*(li__TLNE)).li__TBLE,li__WMNE);
      (*(li__TLNE)).li__RCLE=li__PMNE;
      (*(li__TLNE)).li__TBLE=li__WMNE;
      (*(li__TLNE)).li__RBLE=(__li__K)((*(li__TLNE)).li__RBLE +  1);
    };
  };
  ((void **)(*(li__TLNE)).li__RCLE)[(*(li__TLNE)).li__RBLE]=li__ULNE;
}

static __li__IZB* li__IGBD(__li__PO li__KGBD,__li__U *li__LGBD,__li__ULSB *li__MGBD)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U},Strict SECTION_{NULLxli__ULSB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__IZB *li__ZLBD,*li__CNBD,*li__NGBD;
  __li__CB li__0LBD,li__4V5U;
  __li__JJG li__CMBD,li__BW5U,li__2V5U;
  __li__K li__NMBD;
  __li__52B li__MW5U;
  li__ZLBD=NULL;
  li__0LBD=((__li__CB )(NULL));
  li__CMBD=((__li__JJG )sizeof(__li__IZB));
  /* __li__B__ __li__I__ */
if ((li__CMBD ==  0)) {
    li__ZLBD=li__IZB__;
  } else /* FALSE */ {
    li__NMBD=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__CMBD));
    /* __li__B__ __li__I__ */
if ((li__NMBD == (__li__K)(-  1))) {
      li__BW5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__2V5U=(__li__JJG)((__li__JJG)(li__CMBD - (__li__JJG)(((__li__JJG ) 0) - li__BW5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__BW5U) - ((__li__JJG ) 1)));
      li__BW5U=(__li__JJG)(li__2V5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__4V5U=li__YCJ(li__2V5U,((__li__CB )(&(table_size[(li__BW5U)-1]))),((__li__52B )li__2V5U));
      li__0LBD=li__4V5U;
    } else /* FALSE */ {
      li__MW5U=((__li__52B )li__NMBD);
      li__BW5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__2V5U=(__li__JJG)((__li__JJG)(li__CMBD - (__li__JJG)(((__li__JJG ) 0) - li__BW5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__BW5U) - ((__li__JJG ) 1)));
      li__4V5U=li__YCJ(li__2V5U,((__li__CB )(&(table_type[(li__MW5U)]))),(__li__52B)(li__MW5U |  1));
      li__0LBD=li__4V5U;
    };
    li__CNBD=((__li__IZB *)li__0LBD);
    li__ZLBD=li__CNBD;
    *(li__CNBD) = *(li__IZB__);
  };
  li__CNBD=((__li__IZB *)li__ZLBD);
  li__CNBD->li__JZB.li__R2B=li__LGBD;
  li__CNBD->li__JZB.li__RF.li__0CC=li__KGBD;
  li__CNBD->li__WLSB=li__MGBD;
  li__NGBD=li__ZLBD;
  return(li__NGBD);
}

static void li__Q04C(__li__OC1 *li__R04C,void *li__S04C,__li__U *li__T04C)
/* (Strict HASHED_DICTIONARY(ITM_SLOT,Strict STRING_CONSTANT){li__OC1},ITM_SLOT{NULLxli__IZBxli__4HAD},Strict STRING_CONSTANT{NULLxli__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__304C,li__504C,li__104C,li__5ZAD,li__XZAD,li__10AD;
  __li__K li__30AD;
  __li__CB li__Y0HD,li__DX5U;
  __li__JJG li__A1HD,li__GX5U,li__BX5U;
  __li__52B li__RX5U;
  __li__ESHC *li__204C,*li__ZZAD,*li__0ZAD,*li__A2HD;
  void **li__YZAD,**li__A0AD;
  li__304C=li__AIO(((__li__U *)li__T04C));
  li__504C=(__li__K)(li__304C % li__R04C->li__JFDC);
  li__104C=li__504C;
  li__204C=((void **)li__R04C->li__LSHC)[li__504C];
  while ((! (((void *)li__204C == (void *)NULL) || ((void *)li__204C->li__D53C == (void *)li__T04C)))) {
    li__204C=li__204C->li__O53C;
  };
  /* __li__B__ __li__I__ */
if (((void *)li__204C == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__R04C->li__JFDC == li__R04C->li__OSHC)) {
      li__ZZAD=NULL;
      li__0ZAD=NULL;
      li__YZAD=li__R04C->li__LSHC;
      li__5ZAD=li__YDQ((__li__K)(li__R04C->li__JFDC +  1));
      li__A0AD=li__YTLC(li__5ZAD);
      li__R04C->li__LSHC=li__A0AD;
      li__XZAD=(__li__K)(li__R04C->li__JFDC -  1);
      li__R04C->li__JFDC=li__5ZAD;
      while ((! (li__XZAD <  0))) {
        li__ZZAD=((void **)li__YZAD)[li__XZAD];
        while (((void *)li__ZZAD != (void *)NULL)) {
          li__0ZAD=li__ZZAD->li__O53C;
          li__10AD=li__AIO(((__li__U *)li__ZZAD->li__D53C));
          li__30AD=(__li__K)(li__10AD % li__R04C->li__JFDC);
          ((__li__ESHC *)li__ZZAD)->li__O53C=((void **)li__R04C->li__LSHC)[li__30AD];
          ((void **)li__R04C->li__LSHC)[li__30AD]=li__ZZAD;
          li__ZZAD=li__0ZAD;
        };
        li__XZAD=(__li__K)(li__XZAD -  1);
      };
      li__104C=(__li__K)(li__304C % li__R04C->li__JFDC);
    };
    li__ZZAD=((void **)li__R04C->li__LSHC)[li__104C];
    li__0ZAD=NULL;
    li__Y0HD=((__li__CB )(NULL));
    li__A1HD=((__li__JJG )sizeof(__li__ESHC));
    /* __li__B__ __li__I__ */
if ((li__A1HD ==  0)) {
      li__0ZAD=li__ESHC__;
    } else /* FALSE */ {
      li__5ZAD=__li__ESHC__;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__A1HD));
      /* __li__B__ __li__I__ */
if ((li__5ZAD == (__li__K)(-  1))) {
        li__GX5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__BX5U=(__li__JJG)((__li__JJG)(li__A1HD - (__li__JJG)(((__li__JJG ) 0) - li__GX5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GX5U) - ((__li__JJG ) 1)));
        li__GX5U=(__li__JJG)(li__BX5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__DX5U=li__YCJ(li__BX5U,((__li__CB )(&(table_size[(li__GX5U)-1]))),((__li__52B )li__BX5U));
        li__Y0HD=li__DX5U;
      } else /* FALSE */ {
        li__RX5U=((__li__52B )li__5ZAD);
        li__GX5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__BX5U=(__li__JJG)((__li__JJG)(li__A1HD - (__li__JJG)(((__li__JJG ) 0) - li__GX5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__GX5U) - ((__li__JJG ) 1)));
        li__DX5U=li__YCJ(li__BX5U,((__li__CB )(&(table_type[(li__RX5U)]))),(__li__52B)(li__RX5U |  1));
        li__Y0HD=li__DX5U;
      };
      li__A2HD=((__li__ESHC *)li__Y0HD);
      li__0ZAD=li__A2HD;
      *(li__A2HD) = *(li__ESHC__);
    };
    li__A2HD=((__li__ESHC *)li__0ZAD);
    li__A2HD->li__W53C=li__S04C;
    li__A2HD->li__D53C=li__T04C;
    li__A2HD->li__O53C=li__ZZAD;
    li__204C=li__0ZAD;
    ((void **)li__R04C->li__LSHC)[li__104C]=li__0ZAD;
    li__R04C->li__OSHC=(__li__K)(li__R04C->li__OSHC +  1);
  } else /* FALSE */ {
    ((__li__ESHC *)li__204C)->li__W53C=li__S04C;
  };
}

static __li__BZZB* li__MZ0B()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__BZZB *li__PZ0B,*li__Y00B,*li__OZ0B;
  __li__CB li__QZ0B,li__L5BV;
  __li__JJG li__YZ0B,li__O5BV,li__J5BV;
  __li__K li__D00B;
  __li__52B li__Z5BV;
  li__PZ0B=NULL;
  li__QZ0B=((__li__CB )(NULL));
  li__YZ0B=((__li__JJG )sizeof(__li__BZZB));
  /* __li__B__ __li__I__ */
if ((li__YZ0B ==  0)) {
    li__PZ0B=li__BZZB__;
  } else /* FALSE */ {
    li__D00B=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__YZ0B));
    /* __li__B__ __li__I__ */
if ((li__D00B == (__li__K)(-  1))) {
      li__O5BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__J5BV=(__li__JJG)((__li__JJG)(li__YZ0B - (__li__JJG)(((__li__JJG ) 0) - li__O5BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__O5BV) - ((__li__JJG ) 1)));
      li__O5BV=(__li__JJG)(li__J5BV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__L5BV=li__YCJ(li__J5BV,((__li__CB )(&(table_size[(li__O5BV)-1]))),((__li__52B )li__J5BV));
      li__QZ0B=li__L5BV;
    } else /* FALSE */ {
      li__Z5BV=((__li__52B )li__D00B);
      li__O5BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__J5BV=(__li__JJG)((__li__JJG)(li__YZ0B - (__li__JJG)(((__li__JJG ) 0) - li__O5BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__O5BV) - ((__li__JJG ) 1)));
      li__L5BV=li__YCJ(li__J5BV,((__li__CB )(&(table_type[(li__Z5BV)]))),(__li__52B)(li__Z5BV |  1));
      li__QZ0B=li__L5BV;
    };
    li__Y00B=((__li__BZZB *)li__QZ0B);
    li__PZ0B=li__Y00B;
    *(li__Y00B) = *(li__BZZB__);
  };
  li__OZ0B=li__PZ0B;
  return(li__OZ0B);
}

static __li__K41B* li__ZU5B(__li__PO li__1U5B,__li__U *li__2U5B,void *li__3U5B)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U},ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K41B *li__NCAC,*li__WDAC,*li__4U5B;
  __li__CB li__OCAC,li__IY5U;
  __li__JJG li__WCAC,li__LY5U,li__GY5U;
  __li__K li__BDAC;
  __li__52B li__WY5U;
  li__NCAC=NULL;
  li__OCAC=((__li__CB )(NULL));
  li__WCAC=((__li__JJG )sizeof(__li__K41B));
  /* __li__B__ __li__I__ */
if ((li__WCAC ==  0)) {
    li__NCAC=li__K41B__;
  } else /* FALSE */ {
    li__BDAC=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__WCAC));
    /* __li__B__ __li__I__ */
if ((li__BDAC == (__li__K)(-  1))) {
      li__LY5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__GY5U=(__li__JJG)((__li__JJG)(li__WCAC - (__li__JJG)(((__li__JJG ) 0) - li__LY5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__LY5U) - ((__li__JJG ) 1)));
      li__LY5U=(__li__JJG)(li__GY5U / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__IY5U=li__YCJ(li__GY5U,((__li__CB )(&(table_size[(li__LY5U)-1]))),((__li__52B )li__GY5U));
      li__OCAC=li__IY5U;
    } else /* FALSE */ {
      li__WY5U=((__li__52B )li__BDAC);
      li__LY5U=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__GY5U=(__li__JJG)((__li__JJG)(li__WCAC - (__li__JJG)(((__li__JJG ) 0) - li__LY5U)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__LY5U) - ((__li__JJG ) 1)));
      li__IY5U=li__YCJ(li__GY5U,((__li__CB )(&(table_type[(li__WY5U)]))),(__li__52B)(li__WY5U |  1));
      li__OCAC=li__IY5U;
    };
    li__WDAC=((__li__K41B *)li__OCAC);
    li__NCAC=li__WDAC;
    *(li__WDAC) = *(li__K41B__);
  };
  li__WDAC=((__li__K41B *)li__NCAC);
  li__WDAC->li__L41B.li__BE1B.li__0CC=li__1U5B;
  li__WDAC->li__L41B.li__PNGC=li__2U5B;
  li__WDAC->li__OSGC=li__3U5B;
  li__4U5B=li__NCAC;
  return(li__4U5B);
}

static void li__TA4C(__li__PF *li__UA4C,void *li__VA4C)
/* (Strict PROTOTYPE{li__PF},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__XA4C;
  void *li__EB4C;
  __li__OC1 *li__WA4C;
  li__WA4C=li__UA4C->li__XC1;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VA4C)->__id==__li__IZB__) {
    li__XA4C=((__li__IZB *)li__VA4C)->li__JZB.li__R2B;
  } else /* ITM_SLOT_OPERATOR */ {
    li__XA4C=((__li__4HAD *)li__VA4C)->li__5HAD.li__JZB.li__R2B;
  };
  li__Q04C(((__li__OC1 *)li__WA4C),li__VA4C,li__XA4C);
  /* __li__B__ __li__I__ */
if (((void *)li__UA4C->li__UWEC == (void *)NULL)) {
    li__UA4C->li__UWEC=li__VA4C;
  } else /* FALSE */ {
    li__EB4C=li__UA4C->li__ZDYB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EB4C)->__id==__li__IZB__) {
      ((__li__IZB *)li__EB4C)->li__NXEC=li__VA4C;
    } else /* ITM_SLOT_OPERATOR */ {
      ((__li__4HAD *)((__li__IZB *)li__EB4C))->li__5HAD.li__NXEC=li__VA4C;
    };
  };
  li__UA4C->li__ZDYB=li__VA4C;
}

static void li__QMGG(__li__ORB *li__RMGG,void *li__SMGG)
/* (Strict TYPE_NULL{li__ORB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__TMGG;
  void *li__GNGG;
  __li__ULSB *li__HNGG,*li__NZ5U;
  void *li__PESH;
  void *li__UNGG;
  __li__5RB *li__XNGG;
  __li__VB1 *li__SZ5U;
  __li__PO li__YZ5U,li__4NGG;
  __li__C li__LNGG;
  li__TMGG= 0;
  li__V3LG:
  {
    /* __li__B__ __li__I__ */
if ((li__TMGG <= (*(li__RMGG->li__PRB.li__D0C)).li__VBM)) {
      li__GNGG=((void **)(*(((__li__ZZC *)li__RMGG->li__PRB.li__D0C))).li__RBM)[li__TMGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GNGG)->__id==__li__DZB__) {
        li__HNGG=li__QXVG(((__li__DZB *)li__GNGG));
      } else /* SLOT_CODE */ {
        li__PESH=((__li__QWEC *)li__GNGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PESH)->__id==__li__IZB__) {
          li__HNGG=((__li__IZB *)li__PESH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__HNGG=((__li__4HAD *)li__PESH)->li__5HAD.li__WLSB;
        };
      };
      li__NZ5U=((__li__ULSB *)li__HNGG);
      li__LNGG=(((void *)li__NZ5U->li__XNKE == (void *)(&__string_29)) || ((void *)li__NZ5U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__LNGG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__LNGG) {
      li__GNGG=((void **)(*(((__li__ZZC *)li__RMGG->li__PRB.li__D0C))).li__RBM)[li__TMGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GNGG)->__id==__li__DZB__) {
        li__PESH=((__li__DZB *)li__GNGG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PESH)->__id==__li__IZB__) {
          li__UNGG=((__li__IZB *)li__PESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__UNGG=((__li__4HAD *)li__PESH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__PESH=((__li__QWEC *)li__GNGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PESH)->__id==__li__IZB__) {
          li__UNGG=((__li__IZB *)li__PESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__UNGG=((__li__4HAD *)li__PESH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__UNGG==NULL) {
        li__PESH=NULL;
      } else {
        switch (((struct ___OBJ *)li__UNGG)->__id) {
        case __li__WRB__: {
          li__PESH=((void *)li__UNGG);
        } break;
        case __li__XRB__: {
          li__PESH=((void *)li__UNGG);
        } break;
        case __li__KUB__: {
          li__PESH=((void *)li__UNGG);
        } break;
        case __li__VB1__: {
          li__PESH=((void *)li__UNGG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__PESH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__PESH)->__id) {
      case __li__WRB__: {
        li__XNGG=li__2FZI(((__li__WRB *)li__PESH),li__RMGG);
      } break;
      case __li__XRB__: {
        li__XNGG=li__QHZI(((__li__XRB *)((__li__WRB *)li__PESH)),li__RMGG);
      } break;
      case __li__KUB__: {
        li__XNGG=li__EJZI(((__li__KUB *)((__li__WRB *)li__PESH)),li__RMGG);
      } break;
      case __li__VB1__: {
        li__SZ5U=((__li__VB1 *)((__li__WRB *)li__PESH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__SZ5U->li__WB1.li__P2C);
        li__YZ5U=li__RMGG->li__PRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__YZ5U);
        li__ODF();
        li__XNGG=NULL;
      } break;
      };
      li__PESH=((__li__5RB *)li__XNGG)->li__AEM;
      /* __li__B__ __li__I__ */
if (((void *)li__PESH == (void *)li__SMGG)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GNGG)->__id==__li__DZB__) {
          li__4NGG=((__li__DZB *)li__GNGG)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__UNGG=((__li__QWEC *)li__GNGG)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UNGG)->__id==__li__IZB__) {
            li__4NGG=((__li__IZB *)li__UNGG)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4NGG=((__li__4HAD *)li__UNGG)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_604));
        li__V5E(li__4NGG);
        li__ODF();
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PESH)->__id) {
      case __li__IF__: {
        li__DOBG(((__li__IF *)li__PESH),li__SMGG);
      } break;
      case __li__ORB__: {
        li__QMGG(((__li__ORB *)((__li__IF *)li__PESH)),li__SMGG);
      } break;
      case __li__QRB__: {
        li__AQGG(((__li__QRB *)((__li__IF *)li__PESH)),li__SMGG);
      } break;
      case __li__SRB__: {
        li__QTGG(((__li__SRB *)((__li__IF *)li__PESH)),li__SMGG);
      } break;
      case __li__URB__: {
        li__QUYI(((__li__URB *)((__li__IF *)li__PESH)),li__SMGG);
      } break;
      case __li__GSZ__: {
        li__VKBG(((__li__GSZ *)((__li__IF *)li__PESH)),li__SMGG);
      } break;
      case __li__1RRF__: {
        li__FWYI(((__li__1RRF *)((__li__IF *)li__PESH)),li__SMGG);
      } break;
      case __li__UJSH__: {
        li__WMMN(((__li__UJSH *)((__li__IF *)li__PESH)),li__SMGG);
      } break;
      };
      li__TMGG=(__li__K)(li__TMGG +  1);
      goto li__V3LG;
    };
  };
}

static void li__AQGG(__li__QRB *li__BQGG,void *li__CQGG)
/* (Strict TYPE_VOID{li__QRB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DQGG;
  void *li__WQGG;
  __li__ULSB *li__XQGG,*li__2Z5U;
  void *li__VESH;
  void *li__ERGG;
  __li__5RB *li__HRGG;
  __li__VB1 *li__B05U;
  __li__PO li__H05U,li__ORGG;
  __li__C li__1QGG;
  li__DQGG= 0;
  li__L4LG:
  {
    /* __li__B__ __li__I__ */
if ((li__DQGG <= (*(li__BQGG->li__RRB.li__D0C)).li__VBM)) {
      li__WQGG=((void **)(*(((__li__ZZC *)li__BQGG->li__RRB.li__D0C))).li__RBM)[li__DQGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WQGG)->__id==__li__DZB__) {
        li__XQGG=li__QXVG(((__li__DZB *)li__WQGG));
      } else /* SLOT_CODE */ {
        li__VESH=((__li__QWEC *)li__WQGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VESH)->__id==__li__IZB__) {
          li__XQGG=((__li__IZB *)li__VESH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__XQGG=((__li__4HAD *)li__VESH)->li__5HAD.li__WLSB;
        };
      };
      li__2Z5U=((__li__ULSB *)li__XQGG);
      li__1QGG=(((void *)li__2Z5U->li__XNKE == (void *)(&__string_29)) || ((void *)li__2Z5U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__1QGG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__1QGG) {
      li__WQGG=((void **)(*(((__li__ZZC *)li__BQGG->li__RRB.li__D0C))).li__RBM)[li__DQGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WQGG)->__id==__li__DZB__) {
        li__VESH=((__li__DZB *)li__WQGG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VESH)->__id==__li__IZB__) {
          li__ERGG=((__li__IZB *)li__VESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ERGG=((__li__4HAD *)li__VESH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__VESH=((__li__QWEC *)li__WQGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VESH)->__id==__li__IZB__) {
          li__ERGG=((__li__IZB *)li__VESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ERGG=((__li__4HAD *)li__VESH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ERGG==NULL) {
        li__VESH=NULL;
      } else {
        switch (((struct ___OBJ *)li__ERGG)->__id) {
        case __li__WRB__: {
          li__VESH=((void *)li__ERGG);
        } break;
        case __li__XRB__: {
          li__VESH=((void *)li__ERGG);
        } break;
        case __li__KUB__: {
          li__VESH=((void *)li__ERGG);
        } break;
        case __li__VB1__: {
          li__VESH=((void *)li__ERGG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__VESH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__VESH)->__id) {
      case __li__WRB__: {
        li__HRGG=li__ENZI(((__li__WRB *)li__VESH),li__BQGG);
      } break;
      case __li__XRB__: {
        li__HRGG=li__YOZI(((__li__XRB *)((__li__WRB *)li__VESH)),li__BQGG);
      } break;
      case __li__KUB__: {
        li__HRGG=li__MQZI(((__li__KUB *)((__li__WRB *)li__VESH)),li__BQGG);
      } break;
      case __li__VB1__: {
        li__B05U=((__li__VB1 *)((__li__WRB *)li__VESH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__B05U->li__WB1.li__P2C);
        li__H05U=li__BQGG->li__RRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__H05U);
        li__ODF();
        li__HRGG=NULL;
      } break;
      };
      li__VESH=((__li__5RB *)li__HRGG)->li__AEM;
      /* __li__B__ __li__I__ */
if (((void *)li__VESH == (void *)li__CQGG)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WQGG)->__id==__li__DZB__) {
          li__ORGG=((__li__DZB *)li__WQGG)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__ERGG=((__li__QWEC *)li__WQGG)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ERGG)->__id==__li__IZB__) {
            li__ORGG=((__li__IZB *)li__ERGG)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ORGG=((__li__4HAD *)li__ERGG)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_604));
        li__V5E(li__ORGG);
        li__ODF();
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__VESH)->__id) {
      case __li__IF__: {
        li__DOBG(((__li__IF *)li__VESH),li__CQGG);
      } break;
      case __li__ORB__: {
        li__QMGG(((__li__ORB *)((__li__IF *)li__VESH)),li__CQGG);
      } break;
      case __li__QRB__: {
        li__AQGG(((__li__QRB *)((__li__IF *)li__VESH)),li__CQGG);
      } break;
      case __li__SRB__: {
        li__QTGG(((__li__SRB *)((__li__IF *)li__VESH)),li__CQGG);
      } break;
      case __li__URB__: {
        li__QUYI(((__li__URB *)((__li__IF *)li__VESH)),li__CQGG);
      } break;
      case __li__GSZ__: {
        li__VKBG(((__li__GSZ *)((__li__IF *)li__VESH)),li__CQGG);
      } break;
      case __li__1RRF__: {
        li__FWYI(((__li__1RRF *)((__li__IF *)li__VESH)),li__CQGG);
      } break;
      case __li__UJSH__: {
        li__WMMN(((__li__UJSH *)((__li__IF *)li__VESH)),li__CQGG);
      } break;
      };
      li__DQGG=(__li__K)(li__DQGG +  1);
      goto li__L4LG;
    };
  };
}

static void li__QTGG(__li__SRB *li__RTGG,void *li__STGG)
/* (Strict TYPE_CONTEXT{li__SRB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__TTGG;
  void *li__GUGG;
  __li__ULSB *li__HUGG,*li__L05U;
  void *li__1ESH;
  void *li__UUGG;
  __li__5RB *li__XUGG;
  __li__VB1 *li__Q05U;
  __li__PO li__W05U,li__4UGG;
  __li__C li__LUGG;
  li__TTGG= 0;
  li__B5LG:
  {
    /* __li__B__ __li__I__ */
if ((li__TTGG <= (*(li__RTGG->li__TRB.li__D0C)).li__VBM)) {
      li__GUGG=((void **)(*(((__li__ZZC *)li__RTGG->li__TRB.li__D0C))).li__RBM)[li__TTGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GUGG)->__id==__li__DZB__) {
        li__HUGG=li__QXVG(((__li__DZB *)li__GUGG));
      } else /* SLOT_CODE */ {
        li__1ESH=((__li__QWEC *)li__GUGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1ESH)->__id==__li__IZB__) {
          li__HUGG=((__li__IZB *)li__1ESH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__HUGG=((__li__4HAD *)li__1ESH)->li__5HAD.li__WLSB;
        };
      };
      li__L05U=((__li__ULSB *)li__HUGG);
      li__LUGG=(((void *)li__L05U->li__XNKE == (void *)(&__string_29)) || ((void *)li__L05U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__LUGG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__LUGG) {
      li__GUGG=((void **)(*(((__li__ZZC *)li__RTGG->li__TRB.li__D0C))).li__RBM)[li__TTGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GUGG)->__id==__li__DZB__) {
        li__1ESH=((__li__DZB *)li__GUGG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1ESH)->__id==__li__IZB__) {
          li__UUGG=((__li__IZB *)li__1ESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__UUGG=((__li__4HAD *)li__1ESH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__1ESH=((__li__QWEC *)li__GUGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1ESH)->__id==__li__IZB__) {
          li__UUGG=((__li__IZB *)li__1ESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__UUGG=((__li__4HAD *)li__1ESH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__UUGG==NULL) {
        li__1ESH=NULL;
      } else {
        switch (((struct ___OBJ *)li__UUGG)->__id) {
        case __li__WRB__: {
          li__1ESH=((void *)li__UUGG);
        } break;
        case __li__XRB__: {
          li__1ESH=((void *)li__UUGG);
        } break;
        case __li__KUB__: {
          li__1ESH=((void *)li__UUGG);
        } break;
        case __li__VB1__: {
          li__1ESH=((void *)li__UUGG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__1ESH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__1ESH)->__id) {
      case __li__WRB__: {
        li__XUGG=li__MUZI(((__li__WRB *)li__1ESH),li__RTGG);
      } break;
      case __li__XRB__: {
        li__XUGG=li__AWZI(((__li__XRB *)((__li__WRB *)li__1ESH)),li__RTGG);
      } break;
      case __li__KUB__: {
        li__XUGG=li__UXZI(((__li__KUB *)((__li__WRB *)li__1ESH)),li__RTGG);
      } break;
      case __li__VB1__: {
        li__Q05U=((__li__VB1 *)((__li__WRB *)li__1ESH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__Q05U->li__WB1.li__P2C);
        li__W05U=li__RTGG->li__TRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__W05U);
        li__ODF();
        li__XUGG=NULL;
      } break;
      };
      li__1ESH=((__li__5RB *)li__XUGG)->li__AEM;
      /* __li__B__ __li__I__ */
if (((void *)li__1ESH == (void *)li__STGG)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GUGG)->__id==__li__DZB__) {
          li__4UGG=((__li__DZB *)li__GUGG)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__UUGG=((__li__QWEC *)li__GUGG)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UUGG)->__id==__li__IZB__) {
            li__4UGG=((__li__IZB *)li__UUGG)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4UGG=((__li__4HAD *)li__UUGG)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_604));
        li__V5E(li__4UGG);
        li__ODF();
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1ESH)->__id) {
      case __li__IF__: {
        li__DOBG(((__li__IF *)li__1ESH),li__STGG);
      } break;
      case __li__ORB__: {
        li__QMGG(((__li__ORB *)((__li__IF *)li__1ESH)),li__STGG);
      } break;
      case __li__QRB__: {
        li__AQGG(((__li__QRB *)((__li__IF *)li__1ESH)),li__STGG);
      } break;
      case __li__SRB__: {
        li__QTGG(((__li__SRB *)((__li__IF *)li__1ESH)),li__STGG);
      } break;
      case __li__URB__: {
        li__QUYI(((__li__URB *)((__li__IF *)li__1ESH)),li__STGG);
      } break;
      case __li__GSZ__: {
        li__VKBG(((__li__GSZ *)((__li__IF *)li__1ESH)),li__STGG);
      } break;
      case __li__1RRF__: {
        li__FWYI(((__li__1RRF *)((__li__IF *)li__1ESH)),li__STGG);
      } break;
      case __li__UJSH__: {
        li__WMMN(((__li__UJSH *)((__li__IF *)li__1ESH)),li__STGG);
      } break;
      };
      li__TTGG=(__li__K)(li__TTGG +  1);
      goto li__B5LG;
    };
  };
}

static void li__QUYI(__li__URB *li__RUYI,void *li__SUYI)
/* (Strict TYPE_ID{li__URB},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__TUYI;
  void *li__GVYI;
  __li__ULSB *li__HVYI,*li__005U;
  void *li__V3QJ;
  void *li__UVYI;
  __li__5RB *li__XVYI;
  __li__VB1 *li__505U;
  __li__PO li__F15U,li__4VYI;
  __li__C li__LVYI;
  li__TUYI= 0;
  li__0WAJ:
  {
    /* __li__B__ __li__I__ */
if ((li__TUYI <= (*(li__RUYI->li__VRB.li__D0C)).li__VBM)) {
      li__GVYI=((void **)(*(((__li__ZZC *)li__RUYI->li__VRB.li__D0C))).li__RBM)[li__TUYI];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GVYI)->__id==__li__DZB__) {
        li__HVYI=li__QXVG(((__li__DZB *)li__GVYI));
      } else /* SLOT_CODE */ {
        li__V3QJ=((__li__QWEC *)li__GVYI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__V3QJ)->__id==__li__IZB__) {
          li__HVYI=((__li__IZB *)li__V3QJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__HVYI=((__li__4HAD *)li__V3QJ)->li__5HAD.li__WLSB;
        };
      };
      li__005U=((__li__ULSB *)li__HVYI);
      li__LVYI=(((void *)li__005U->li__XNKE == (void *)(&__string_29)) || ((void *)li__005U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__LVYI=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__LVYI) {
      li__GVYI=((void **)(*(((__li__ZZC *)li__RUYI->li__VRB.li__D0C))).li__RBM)[li__TUYI];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GVYI)->__id==__li__DZB__) {
        li__V3QJ=((__li__DZB *)li__GVYI)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__V3QJ)->__id==__li__IZB__) {
          li__UVYI=((__li__IZB *)li__V3QJ)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__UVYI=((__li__4HAD *)li__V3QJ)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__V3QJ=((__li__QWEC *)li__GVYI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__V3QJ)->__id==__li__IZB__) {
          li__UVYI=((__li__IZB *)li__V3QJ)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__UVYI=((__li__4HAD *)li__V3QJ)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__UVYI==NULL) {
        li__V3QJ=NULL;
      } else {
        switch (((struct ___OBJ *)li__UVYI)->__id) {
        case __li__WRB__: {
          li__V3QJ=((void *)li__UVYI);
        } break;
        case __li__XRB__: {
          li__V3QJ=((void *)li__UVYI);
        } break;
        case __li__KUB__: {
          li__V3QJ=((void *)li__UVYI);
        } break;
        case __li__VB1__: {
          li__V3QJ=((void *)li__UVYI);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__V3QJ=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__V3QJ)->__id) {
      case __li__WRB__: {
        li__XVYI=li__P2ZI(((__li__WRB *)li__V3QJ),li__RUYI);
      } break;
      case __li__XRB__: {
        li__XVYI=li__D4ZI(((__li__XRB *)((__li__WRB *)li__V3QJ)),li__RUYI);
      } break;
      case __li__KUB__: {
        li__XVYI=li__X5ZI(((__li__KUB *)((__li__WRB *)li__V3QJ)),li__RUYI);
      } break;
      case __li__VB1__: {
        li__505U=((__li__VB1 *)((__li__WRB *)li__V3QJ));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__505U->li__WB1.li__P2C);
        li__F15U=li__RUYI->li__VRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__F15U);
        li__ODF();
        li__XVYI=NULL;
      } break;
      };
      li__V3QJ=((__li__5RB *)li__XVYI)->li__AEM;
      /* __li__B__ __li__I__ */
if (((void *)li__V3QJ == (void *)li__SUYI)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GVYI)->__id==__li__DZB__) {
          li__4VYI=((__li__DZB *)li__GVYI)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__UVYI=((__li__QWEC *)li__GVYI)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UVYI)->__id==__li__IZB__) {
            li__4VYI=((__li__IZB *)li__UVYI)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__4VYI=((__li__4HAD *)li__UVYI)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_604));
        li__V5E(li__4VYI);
        li__ODF();
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__V3QJ)->__id) {
      case __li__IF__: {
        li__DOBG(((__li__IF *)li__V3QJ),li__SUYI);
      } break;
      case __li__ORB__: {
        li__QMGG(((__li__ORB *)((__li__IF *)li__V3QJ)),li__SUYI);
      } break;
      case __li__QRB__: {
        li__AQGG(((__li__QRB *)((__li__IF *)li__V3QJ)),li__SUYI);
      } break;
      case __li__SRB__: {
        li__QTGG(((__li__SRB *)((__li__IF *)li__V3QJ)),li__SUYI);
      } break;
      case __li__URB__: {
        li__QUYI(((__li__URB *)((__li__IF *)li__V3QJ)),li__SUYI);
      } break;
      case __li__GSZ__: {
        li__VKBG(((__li__GSZ *)((__li__IF *)li__V3QJ)),li__SUYI);
      } break;
      case __li__1RRF__: {
        li__FWYI(((__li__1RRF *)((__li__IF *)li__V3QJ)),li__SUYI);
      } break;
      case __li__UJSH__: {
        li__WMMN(((__li__UJSH *)((__li__IF *)li__V3QJ)),li__SUYI);
      } break;
      };
      li__TUYI=(__li__K)(li__TUYI +  1);
      goto li__0WAJ;
    };
  };
}

static void li__FWYI(__li__1RRF *li__GWYI,void *li__HWYI)
/* (Strict TYPE_BLOCK{li__1RRF},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__IWYI;
  void *li__1WYI;
  __li__ULSB *li__2WYI,*li__J15U;
  void *li__Z3QJ;
  void *li__JXYI;
  __li__5RB *li__MXYI;
  __li__PO li__TXYI;
  __li__C li__AXYI;
  li__IWYI= 0;
  li__FXAJ:
  {
    /* __li__B__ __li__I__ */
if ((li__IWYI <= (*(li__GWYI->li__2RRF.li__D0C)).li__VBM)) {
      li__1WYI=((void **)(*(((__li__ZZC *)li__GWYI->li__2RRF.li__D0C))).li__RBM)[li__IWYI];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__1WYI)->__id==__li__DZB__) {
        li__2WYI=li__QXVG(((__li__DZB *)li__1WYI));
      } else /* SLOT_CODE */ {
        li__Z3QJ=((__li__QWEC *)li__1WYI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z3QJ)->__id==__li__IZB__) {
          li__2WYI=((__li__IZB *)li__Z3QJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__2WYI=((__li__4HAD *)li__Z3QJ)->li__5HAD.li__WLSB;
        };
      };
      li__J15U=((__li__ULSB *)li__2WYI);
      li__AXYI=(((void *)li__J15U->li__XNKE == (void *)(&__string_29)) || ((void *)li__J15U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__AXYI=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__AXYI) {
      li__1WYI=((void **)(*(((__li__ZZC *)li__GWYI->li__2RRF.li__D0C))).li__RBM)[li__IWYI];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__1WYI)->__id==__li__DZB__) {
        li__Z3QJ=((__li__DZB *)li__1WYI)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z3QJ)->__id==__li__IZB__) {
          li__JXYI=((__li__IZB *)li__Z3QJ)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__JXYI=((__li__4HAD *)li__Z3QJ)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__Z3QJ=((__li__QWEC *)li__1WYI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z3QJ)->__id==__li__IZB__) {
          li__JXYI=((__li__IZB *)li__Z3QJ)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__JXYI=((__li__4HAD *)li__Z3QJ)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__JXYI==NULL) {
        li__Z3QJ=NULL;
      } else {
        switch (((struct ___OBJ *)li__JXYI)->__id) {
        case __li__WRB__: {
          li__Z3QJ=((void *)li__JXYI);
        } break;
        case __li__XRB__: {
          li__Z3QJ=((void *)li__JXYI);
        } break;
        case __li__KUB__: {
          li__Z3QJ=((void *)li__JXYI);
        } break;
        case __li__VB1__: {
          li__Z3QJ=((void *)li__JXYI);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__Z3QJ=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__Z3QJ)->__id) {
      case __li__WRB__: {
        li__MXYI=li__NSCL(((__li__WRB *)li__Z3QJ),li__GWYI);
      } break;
      case __li__XRB__: {
        li__MXYI=li__BUCL(((__li__XRB *)((__li__WRB *)li__Z3QJ)),li__GWYI);
      } break;
      case __li__KUB__: {
        li__MXYI=li__VVCL(((__li__KUB *)((__li__WRB *)li__Z3QJ)),li__GWYI);
      } break;
      case __li__VB1__: {
        li__MXYI=li__0XCL(((__li__VB1 *)((__li__WRB *)li__Z3QJ)));
      } break;
      };
      li__Z3QJ=((__li__5RB *)li__MXYI)->li__AEM;
      /* __li__B__ __li__I__ */
if (((void *)li__Z3QJ == (void *)li__HWYI)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__1WYI)->__id==__li__DZB__) {
          li__TXYI=((__li__DZB *)li__1WYI)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__JXYI=((__li__QWEC *)li__1WYI)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JXYI)->__id==__li__IZB__) {
            li__TXYI=((__li__IZB *)li__JXYI)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__TXYI=((__li__4HAD *)li__JXYI)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_604));
        li__V5E(li__TXYI);
        li__ODF();
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__Z3QJ)->__id) {
      case __li__IF__: {
        li__DOBG(((__li__IF *)li__Z3QJ),li__HWYI);
      } break;
      case __li__ORB__: {
        li__QMGG(((__li__ORB *)((__li__IF *)li__Z3QJ)),li__HWYI);
      } break;
      case __li__QRB__: {
        li__AQGG(((__li__QRB *)((__li__IF *)li__Z3QJ)),li__HWYI);
      } break;
      case __li__SRB__: {
        li__QTGG(((__li__SRB *)((__li__IF *)li__Z3QJ)),li__HWYI);
      } break;
      case __li__URB__: {
        li__QUYI(((__li__URB *)((__li__IF *)li__Z3QJ)),li__HWYI);
      } break;
      case __li__GSZ__: {
        li__VKBG(((__li__GSZ *)((__li__IF *)li__Z3QJ)),li__HWYI);
      } break;
      case __li__1RRF__: {
        li__FWYI(((__li__1RRF *)((__li__IF *)li__Z3QJ)),li__HWYI);
      } break;
      case __li__UJSH__: {
        li__WMMN(((__li__UJSH *)((__li__IF *)li__Z3QJ)),li__HWYI);
      } break;
      };
      li__IWYI=(__li__K)(li__IWYI +  1);
      goto li__FXAJ;
    };
  };
}

static void li__WMMN(__li__UJSH *li__XMMN,void *li__YMMN)
/* (Strict PROFIL_BLOCK{li__UJSH},TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ZMMN;
  void *li__MNMN;
  __li__ULSB *li__NNMN,*li__R15U;
  void *li__0AGO;
  void *li__0NMN;
  __li__5RB *li__3NMN;
  __li__PO li__EOMN;
  __li__C li__RNMN;
  li__ZMMN= 0;
  li__MOTN:
  {
    /* __li__B__ __li__I__ */
if ((li__ZMMN <= (*(li__XMMN->li__WJSH.li__D0C)).li__VBM)) {
      li__MNMN=((void **)(*(((__li__ZZC *)li__XMMN->li__WJSH.li__D0C))).li__RBM)[li__ZMMN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MNMN)->__id==__li__DZB__) {
        li__NNMN=li__QXVG(((__li__DZB *)li__MNMN));
      } else /* SLOT_CODE */ {
        li__0AGO=((__li__QWEC *)li__MNMN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0AGO)->__id==__li__IZB__) {
          li__NNMN=((__li__IZB *)li__0AGO)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__NNMN=((__li__4HAD *)li__0AGO)->li__5HAD.li__WLSB;
        };
      };
      li__R15U=((__li__ULSB *)li__NNMN);
      li__RNMN=(((void *)li__R15U->li__XNKE == (void *)(&__string_29)) || ((void *)li__R15U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__RNMN=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__RNMN) {
      li__MNMN=((void **)(*(((__li__ZZC *)li__XMMN->li__WJSH.li__D0C))).li__RBM)[li__ZMMN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MNMN)->__id==__li__DZB__) {
        li__0AGO=((__li__DZB *)li__MNMN)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0AGO)->__id==__li__IZB__) {
          li__0NMN=((__li__IZB *)li__0AGO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__0NMN=((__li__4HAD *)li__0AGO)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__0AGO=((__li__QWEC *)li__MNMN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0AGO)->__id==__li__IZB__) {
          li__0NMN=((__li__IZB *)li__0AGO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__0NMN=((__li__4HAD *)li__0AGO)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__0NMN==NULL) {
        li__0AGO=NULL;
      } else {
        switch (((struct ___OBJ *)li__0NMN)->__id) {
        case __li__WRB__: {
          li__0AGO=((void *)li__0NMN);
        } break;
        case __li__XRB__: {
          li__0AGO=((void *)li__0NMN);
        } break;
        case __li__KUB__: {
          li__0AGO=((void *)li__0NMN);
        } break;
        case __li__VB1__: {
          li__0AGO=((void *)li__0NMN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__0AGO=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__0AGO)->__id) {
      case __li__WRB__: {
        li__3NMN=li__Y35O(((__li__WRB *)li__0AGO),li__XMMN);
      } break;
      case __li__XRB__: {
        li__3NMN=li__M55O(((__li__XRB *)((__li__WRB *)li__0AGO)),li__XMMN);
      } break;
      case __li__KUB__: {
        li__3NMN=li__ABAP(((__li__KUB *)((__li__WRB *)li__0AGO)),li__XMMN);
      } break;
      case __li__VB1__: {
        li__3NMN=li__FDAP(((__li__VB1 *)((__li__WRB *)li__0AGO)));
      } break;
      };
      li__0AGO=((__li__5RB *)li__3NMN)->li__AEM;
      /* __li__B__ __li__I__ */
if (((void *)li__0AGO == (void *)li__YMMN)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MNMN)->__id==__li__DZB__) {
          li__EOMN=((__li__DZB *)li__MNMN)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__0NMN=((__li__QWEC *)li__MNMN)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0NMN)->__id==__li__IZB__) {
            li__EOMN=((__li__IZB *)li__0NMN)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__EOMN=((__li__4HAD *)li__0NMN)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__K4E( 1,(&__string_604));
        li__V5E(li__EOMN);
        li__ODF();
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0AGO)->__id) {
      case __li__IF__: {
        li__DOBG(((__li__IF *)li__0AGO),li__YMMN);
      } break;
      case __li__ORB__: {
        li__QMGG(((__li__ORB *)((__li__IF *)li__0AGO)),li__YMMN);
      } break;
      case __li__QRB__: {
        li__AQGG(((__li__QRB *)((__li__IF *)li__0AGO)),li__YMMN);
      } break;
      case __li__SRB__: {
        li__QTGG(((__li__SRB *)((__li__IF *)li__0AGO)),li__YMMN);
      } break;
      case __li__URB__: {
        li__QUYI(((__li__URB *)((__li__IF *)li__0AGO)),li__YMMN);
      } break;
      case __li__GSZ__: {
        li__VKBG(((__li__GSZ *)((__li__IF *)li__0AGO)),li__YMMN);
      } break;
      case __li__1RRF__: {
        li__FWYI(((__li__1RRF *)((__li__IF *)li__0AGO)),li__YMMN);
      } break;
      case __li__UJSH__: {
        li__WMMN(((__li__UJSH *)((__li__IF *)li__0AGO)),li__YMMN);
      } break;
      };
      li__ZMMN=(__li__K)(li__ZMMN +  1);
      goto li__MOTN;
    };
  };
}

static void li__0CHJ(__li__IZB *li__1CHJ,void *li__2CHJ)
/* (Strict ITM_SLOT{li__IZB},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__CDHJ,*li__DDHJ;
  __li__PO li__PDHJ;
  __li__ULSB *li__VDHJ,*li__WDHJ;
  __li__K li__QXPU,li__SXPU;
  void *li__EGHJ,*li__GGHJ;
  __li__I03C *li__GEHJ,*li__YEHJ,*li__FGHJ;
  __li__C li__HEHJ,li__JEHJ,li__KEHJ,li__2EHJ;
  /* __li__B__ __li__I__ */
if (((void *)li__1CHJ != (void *)li__2CHJ)) {
    li__CDHJ=li__1CHJ->li__NMSB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2CHJ)->__id==__li__IZB__) {
      li__DDHJ=((__li__IZB *)li__2CHJ)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__DDHJ=((__li__4HAD *)li__2CHJ)->li__5HAD.li__NMSB;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__CDHJ != (void *)li__DDHJ)) {
      li__HEZ(((__li__BC *)li__0C),(&__string_448));
      li__DNVB( 1,li__0C);
      li__V5E(li__1CHJ->li__JZB.li__RF.li__0CC);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2CHJ)->__id==__li__IZB__) {
        li__PDHJ=((__li__IZB *)li__2CHJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__PDHJ=((__li__4HAD *)li__2CHJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__PDHJ);
      li__ODF();
    };
    li__VDHJ=li__1CHJ->li__WLSB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2CHJ)->__id==__li__IZB__) {
      li__WDHJ=((__li__IZB *)li__2CHJ)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__WDHJ=((__li__4HAD *)li__2CHJ)->li__5HAD.li__WLSB;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__VDHJ != (void *)li__WDHJ)) {
      li__EDSB( 2,(&__string_449));
      li__V5E(li__1CHJ->li__JZB.li__RF.li__0CC);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2CHJ)->__id==__li__IZB__) {
        li__PDHJ=((__li__IZB *)li__2CHJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__PDHJ=((__li__4HAD *)li__2CHJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__PDHJ);
      li__ODF();
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2CHJ)->__id==__li__IZB__) {
      li__GEHJ=((__li__IZB *)li__2CHJ)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__GEHJ=((__li__4HAD *)li__2CHJ)->li__5HAD.li__MPHD;
    };
    li__HEHJ=((void *)li__GEHJ == (void *)NULL);
    li__JEHJ=((void *)li__1CHJ->li__MPHD == (void *)NULL);
    /* __li__B__ __li__I__ */
if (li__HEHJ) {
      li__KEHJ=(! li__JEHJ);
    } else /* FALSE */ {
      li__KEHJ=li__JEHJ;
    };
    /* __li__B__ __li__I__ */
if (li__KEHJ) {
      li__KEHJ=li__B__;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__1CHJ->li__MPHD != (void *)NULL)) {
        li__QXPU=(__li__K)((*(((__li__I03C *)li__1CHJ->li__MPHD))).li__RBLE +  1);
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2CHJ)->__id==__li__IZB__) {
          li__YEHJ=((__li__IZB *)li__2CHJ)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YEHJ=((__li__4HAD *)li__2CHJ)->li__5HAD.li__MPHD;
        };
        li__SXPU=(__li__K)((*(((__li__I03C *)li__YEHJ))).li__RBLE +  1);
        li__2EHJ=(li__QXPU != li__SXPU);
      } else /* FALSE */ {
        li__2EHJ=li__I__;
      };
      li__KEHJ=li__2EHJ;
    };
    /* __li__B__ __li__I__ */
if (li__KEHJ) {
      li__EDSB( 2,(&__string_450));
      li__V5E(li__1CHJ->li__JZB.li__RF.li__0CC);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2CHJ)->__id==__li__IZB__) {
        li__PDHJ=((__li__IZB *)li__2CHJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__PDHJ=((__li__4HAD *)li__2CHJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__PDHJ);
      li__ODF();
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__1CHJ->li__MPHD != (void *)NULL)) {
        li__QXPU=(*(li__1CHJ->li__MPHD)).li__RBLE;
        li__SXPU= 0;
        while ((li__SXPU <= li__QXPU)) {
          li__EGHJ=((void **)(*(((__li__I03C *)li__1CHJ->li__MPHD))).li__RCLE)[li__SXPU];
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2CHJ)->__id==__li__IZB__) {
            li__FGHJ=((__li__IZB *)li__2CHJ)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__FGHJ=((__li__4HAD *)li__2CHJ)->li__5HAD.li__MPHD;
          };
          li__GGHJ=((void **)(*(((__li__I03C *)li__FGHJ))).li__RCLE)[li__SXPU];
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__EGHJ)->__id==__li__4RUC__) {
            li__HQVL(((__li__4RUC *)li__EGHJ),li__GGHJ);
          } else /* ITM_ARGS */ {
            li__GSVL(((__li__QUAF *)((__li__4RUC *)li__EGHJ)),li__GGHJ);
          };
          li__SXPU=(__li__K)(li__SXPU +  1);
        };
      };
    };
  };
}

static void li__OGHJ(__li__4HAD *li__PGHJ,void *li__QGHJ)
/* (Strict ITM_SLOT_OPERATOR{li__4HAD},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__WGHJ,*li__XGHJ;
  __li__PO li__DHHJ;
  __li__ULSB *li__JHHJ,*li__KHHJ;
  __li__K li__UXPU,li__WXPU;
  void *li__YJHJ,*li__0JHJ;
  __li__I03C *li__0HHJ,*li__MIHJ,*li__ZJHJ;
  __li__C li__1HHJ,li__3HHJ,li__4HHJ,li__QIHJ;
  /* __li__B__ __li__I__ */
if (((void *)li__PGHJ != (void *)li__QGHJ)) {
    li__WGHJ=li__PGHJ->li__5HAD.li__NMSB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QGHJ)->__id==__li__IZB__) {
      li__XGHJ=((__li__IZB *)li__QGHJ)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__XGHJ=((__li__4HAD *)li__QGHJ)->li__5HAD.li__NMSB;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__WGHJ != (void *)li__XGHJ)) {
      li__HEZ(((__li__BC *)li__0C),(&__string_448));
      li__DNVB( 1,li__0C);
      li__V5E(li__PGHJ->li__5HAD.li__JZB.li__RF.li__0CC);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QGHJ)->__id==__li__IZB__) {
        li__DHHJ=((__li__IZB *)li__QGHJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__DHHJ=((__li__4HAD *)li__QGHJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__DHHJ);
      li__ODF();
    };
    li__JHHJ=li__PGHJ->li__5HAD.li__WLSB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QGHJ)->__id==__li__IZB__) {
      li__KHHJ=((__li__IZB *)li__QGHJ)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__KHHJ=((__li__4HAD *)li__QGHJ)->li__5HAD.li__WLSB;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__JHHJ != (void *)li__KHHJ)) {
      li__EDSB( 2,(&__string_449));
      li__V5E(li__PGHJ->li__5HAD.li__JZB.li__RF.li__0CC);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QGHJ)->__id==__li__IZB__) {
        li__DHHJ=((__li__IZB *)li__QGHJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__DHHJ=((__li__4HAD *)li__QGHJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__DHHJ);
      li__ODF();
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QGHJ)->__id==__li__IZB__) {
      li__0HHJ=((__li__IZB *)li__QGHJ)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__0HHJ=((__li__4HAD *)li__QGHJ)->li__5HAD.li__MPHD;
    };
    li__1HHJ=((void *)li__0HHJ == (void *)NULL);
    li__3HHJ=((void *)li__PGHJ->li__5HAD.li__MPHD == (void *)NULL);
    /* __li__B__ __li__I__ */
if (li__1HHJ) {
      li__4HHJ=(! li__3HHJ);
    } else /* FALSE */ {
      li__4HHJ=li__3HHJ;
    };
    /* __li__B__ __li__I__ */
if (li__4HHJ) {
      li__4HHJ=li__B__;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__PGHJ->li__5HAD.li__MPHD != (void *)NULL)) {
        li__UXPU=(__li__K)((*(((__li__I03C *)li__PGHJ->li__5HAD.li__MPHD))).li__RBLE +  1);
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QGHJ)->__id==__li__IZB__) {
          li__MIHJ=((__li__IZB *)li__QGHJ)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__MIHJ=((__li__4HAD *)li__QGHJ)->li__5HAD.li__MPHD;
        };
        li__WXPU=(__li__K)((*(((__li__I03C *)li__MIHJ))).li__RBLE +  1);
        li__QIHJ=(li__UXPU != li__WXPU);
      } else /* FALSE */ {
        li__QIHJ=li__I__;
      };
      li__4HHJ=li__QIHJ;
    };
    /* __li__B__ __li__I__ */
if (li__4HHJ) {
      li__EDSB( 2,(&__string_450));
      li__V5E(li__PGHJ->li__5HAD.li__JZB.li__RF.li__0CC);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QGHJ)->__id==__li__IZB__) {
        li__DHHJ=((__li__IZB *)li__QGHJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__DHHJ=((__li__4HAD *)li__QGHJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__DHHJ);
      li__ODF();
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__PGHJ->li__5HAD.li__MPHD != (void *)NULL)) {
        li__UXPU=(*(li__PGHJ->li__5HAD.li__MPHD)).li__RBLE;
        li__WXPU= 0;
        while ((li__WXPU <= li__UXPU)) {
          li__YJHJ=((void **)(*(((__li__I03C *)li__PGHJ->li__5HAD.li__MPHD))).li__RCLE)[li__WXPU];
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QGHJ)->__id==__li__IZB__) {
            li__ZJHJ=((__li__IZB *)li__QGHJ)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__ZJHJ=((__li__4HAD *)li__QGHJ)->li__5HAD.li__MPHD;
          };
          li__0JHJ=((void **)(*(((__li__I03C *)li__ZJHJ))).li__RCLE)[li__WXPU];
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__YJHJ)->__id==__li__4RUC__) {
            li__HQVL(((__li__4RUC *)li__YJHJ),li__0JHJ);
          } else /* ITM_ARGS */ {
            li__GSVL(((__li__QUAF *)((__li__4RUC *)li__YJHJ)),li__0JHJ);
          };
          li__WXPU=(__li__K)(li__WXPU +  1);
        };
      };
    };
  };
}

static void li__GOGG(__li__ORB *li__HOGG,void *li__IOGG)
/* (Strict TYPE_NULL{li__ORB},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__JOGG;
  void *li__2OGG;
  __li__ULSB *li__3OGG,*li__H25U;
  void *li__SESH;
  void *li__KPGG;
  __li__5RB *li__NPGG;
  __li__VB1 *li__M25U;
  __li__PO li__S25U;
  __li__PF *li__PPGG;
  __li__U *li__RPGG;
  __li__C li__BPGG;
  __li__OC1 *li__QPGG;
  li__JOGG= 0;
  li__A4LG:
  {
    /* __li__B__ __li__I__ */
if ((li__JOGG <= (*(li__HOGG->li__PRB.li__D0C)).li__VBM)) {
      li__2OGG=((void **)(*(((__li__ZZC *)li__HOGG->li__PRB.li__D0C))).li__RBM)[li__JOGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2OGG)->__id==__li__DZB__) {
        li__3OGG=li__QXVG(((__li__DZB *)li__2OGG));
      } else /* SLOT_CODE */ {
        li__SESH=((__li__QWEC *)li__2OGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SESH)->__id==__li__IZB__) {
          li__3OGG=((__li__IZB *)li__SESH)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__3OGG=((__li__4HAD *)li__SESH)->li__5HAD.li__WLSB;
        };
      };
      li__H25U=((__li__ULSB *)li__3OGG);
      li__BPGG=(((void *)li__H25U->li__XNKE == (void *)(&__string_29)) || ((void *)li__H25U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__BPGG=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__BPGG) {
      li__2OGG=((void **)(*(((__li__ZZC *)li__HOGG->li__PRB.li__D0C))).li__RBM)[li__JOGG];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2OGG)->__id==__li__DZB__) {
        li__SESH=((__li__DZB *)li__2OGG)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SESH)->__id==__li__IZB__) {
          li__KPGG=((__li__IZB *)li__SESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KPGG=((__li__4HAD *)li__SESH)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__SESH=((__li__QWEC *)li__2OGG)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SESH)->__id==__li__IZB__) {
          li__KPGG=((__li__IZB *)li__SESH)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KPGG=((__li__4HAD *)li__SESH)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__KPGG==NULL) {
        li__SESH=NULL;
      } else {
        switch (((struct ___OBJ *)li__KPGG)->__id) {
        case __li__WRB__: {
          li__SESH=((void *)li__KPGG);
        } break;
        case __li__XRB__: {
          li__SESH=((void *)li__KPGG);
        } break;
        case __li__KUB__: {
          li__SESH=((void *)li__KPGG);
        } break;
        case __li__VB1__: {
          li__SESH=((void *)li__KPGG);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__SESH=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__SESH)->__id) {
      case __li__WRB__: {
        li__NPGG=li__2FZI(((__li__WRB *)li__SESH),li__HOGG);
      } break;
      case __li__XRB__: {
        li__NPGG=li__QHZI(((__li__XRB *)((__li__WRB *)li__SESH)),li__HOGG);
      } break;
      case __li__KUB__: {
        li__NPGG=li__EJZI(((__li__KUB *)((__li__WRB *)li__SESH)),li__HOGG);
      } break;
      case __li__VB1__: {
        li__M25U=((__li__VB1 *)((__li__WRB *)li__SESH));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__M25U->li__WB1.li__P2C);
        li__S25U=li__HOGG->li__PRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__S25U);
        li__ODF();
        li__NPGG=NULL;
      } break;
      };
      li__2OGG=((__li__5RB *)li__NPGG)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2OGG)->__id) {
      case __li__IF__: {
        li__PPGG=((__li__IF *)li__2OGG)->li__TF;
      } break;
      case __li__ORB__: {
        li__PPGG=((__li__ORB *)li__2OGG)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__PPGG=((__li__QRB *)li__2OGG)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__PPGG=((__li__SRB *)li__2OGG)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__PPGG=((__li__URB *)li__2OGG)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__PPGG=((__li__GSZ *)li__2OGG)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__PPGG=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__PPGG=li__VYLN();
      } break;
      };
      li__QPGG=li__PPGG->li__XC1;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IOGG)->__id==__li__IZB__) {
        li__RPGG=((__li__IZB *)li__IOGG)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__RPGG=((__li__4HAD *)li__IOGG)->li__5HAD.li__JZB.li__R2B;
      };
      li__SESH=li__I43C(((__li__OC1 *)li__QPGG),li__RPGG);
      /* __li__B__ __li__I__ */
if (((void *)li__SESH != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IOGG)->__id==__li__IZB__) {
          li__0CHJ(((__li__IZB *)li__IOGG),li__SESH);
        } else /* ITM_SLOT_OPERATOR */ {
          li__OGHJ(((__li__4HAD *)((__li__IZB *)li__IOGG)),li__SESH);
        };
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2OGG)->__id) {
      case __li__IF__: {
        li__YPBG(((__li__IF *)li__2OGG),li__IOGG);
      } break;
      case __li__ORB__: {
        li__GOGG(((__li__ORB *)((__li__IF *)li__2OGG)),li__IOGG);
      } break;
      case __li__QRB__: {
        li__WRGG(((__li__QRB *)((__li__IF *)li__2OGG)),li__IOGG);
      } break;
      case __li__SRB__: {
        li__GVGG(((__li__SRB *)((__li__IF *)li__2OGG)),li__IOGG);
      } break;
      case __li__URB__: {
        li__YFRG(((__li__URB *)((__li__IF *)li__2OGG)),li__IOGG);
      } break;
      case __li__GSZ__: {
        li__LMBG(((__li__GSZ *)((__li__IF *)li__2OGG)),li__IOGG);
      } break;
      case __li__1RRF__: {
        li__0YYI(((__li__1RRF *)((__li__IF *)li__2OGG)),li__IOGG);
      } break;
      case __li__UJSH__: {
        li__MOMN(((__li__UJSH *)((__li__IF *)li__2OGG)),li__IOGG);
      } break;
      };
      li__JOGG=(__li__K)(li__JOGG +  1);
      goto li__A4LG;
    };
  };
}

static void li__0YYI(__li__1RRF *li__1YYI,void *li__2YYI)
/* (Strict TYPE_BLOCK{li__1RRF},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__3YYI;
  void *li__QZYI;
  __li__ULSB *li__RZYI,*li__W25U;
  void *li__EARJ;
  void *li__4ZYI;
  __li__5RB *li__B0YI;
  __li__PF *li__D0YI;
  __li__U *li__F0YI;
  __li__C li__VZYI;
  __li__OC1 *li__E0YI;
  li__3YYI= 0;
  li__QXAJ:
  {
    /* __li__B__ __li__I__ */
if ((li__3YYI <= (*(li__1YYI->li__2RRF.li__D0C)).li__VBM)) {
      li__QZYI=((void **)(*(((__li__ZZC *)li__1YYI->li__2RRF.li__D0C))).li__RBM)[li__3YYI];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QZYI)->__id==__li__DZB__) {
        li__RZYI=li__QXVG(((__li__DZB *)li__QZYI));
      } else /* SLOT_CODE */ {
        li__EARJ=((__li__QWEC *)li__QZYI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EARJ)->__id==__li__IZB__) {
          li__RZYI=((__li__IZB *)li__EARJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__RZYI=((__li__4HAD *)li__EARJ)->li__5HAD.li__WLSB;
        };
      };
      li__W25U=((__li__ULSB *)li__RZYI);
      li__VZYI=(((void *)li__W25U->li__XNKE == (void *)(&__string_29)) || ((void *)li__W25U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__VZYI=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__VZYI) {
      li__QZYI=((void **)(*(((__li__ZZC *)li__1YYI->li__2RRF.li__D0C))).li__RBM)[li__3YYI];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QZYI)->__id==__li__DZB__) {
        li__EARJ=((__li__DZB *)li__QZYI)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EARJ)->__id==__li__IZB__) {
          li__4ZYI=((__li__IZB *)li__EARJ)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__4ZYI=((__li__4HAD *)li__EARJ)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__EARJ=((__li__QWEC *)li__QZYI)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EARJ)->__id==__li__IZB__) {
          li__4ZYI=((__li__IZB *)li__EARJ)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__4ZYI=((__li__4HAD *)li__EARJ)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__4ZYI==NULL) {
        li__EARJ=NULL;
      } else {
        switch (((struct ___OBJ *)li__4ZYI)->__id) {
        case __li__WRB__: {
          li__EARJ=((void *)li__4ZYI);
        } break;
        case __li__XRB__: {
          li__EARJ=((void *)li__4ZYI);
        } break;
        case __li__KUB__: {
          li__EARJ=((void *)li__4ZYI);
        } break;
        case __li__VB1__: {
          li__EARJ=((void *)li__4ZYI);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__EARJ=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__EARJ)->__id) {
      case __li__WRB__: {
        li__B0YI=li__NSCL(((__li__WRB *)li__EARJ),li__1YYI);
      } break;
      case __li__XRB__: {
        li__B0YI=li__BUCL(((__li__XRB *)((__li__WRB *)li__EARJ)),li__1YYI);
      } break;
      case __li__KUB__: {
        li__B0YI=li__VVCL(((__li__KUB *)((__li__WRB *)li__EARJ)),li__1YYI);
      } break;
      case __li__VB1__: {
        li__B0YI=li__0XCL(((__li__VB1 *)((__li__WRB *)li__EARJ)));
      } break;
      };
      li__QZYI=((__li__5RB *)li__B0YI)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__QZYI)->__id) {
      case __li__IF__: {
        li__D0YI=((__li__IF *)li__QZYI)->li__TF;
      } break;
      case __li__ORB__: {
        li__D0YI=((__li__ORB *)li__QZYI)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__D0YI=((__li__QRB *)li__QZYI)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__D0YI=((__li__SRB *)li__QZYI)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__D0YI=((__li__URB *)li__QZYI)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__D0YI=((__li__GSZ *)li__QZYI)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__D0YI=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__D0YI=li__VYLN();
      } break;
      };
      li__E0YI=li__D0YI->li__XC1;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2YYI)->__id==__li__IZB__) {
        li__F0YI=((__li__IZB *)li__2YYI)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__F0YI=((__li__4HAD *)li__2YYI)->li__5HAD.li__JZB.li__R2B;
      };
      li__EARJ=li__I43C(((__li__OC1 *)li__E0YI),li__F0YI);
      /* __li__B__ __li__I__ */
if (((void *)li__EARJ != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2YYI)->__id==__li__IZB__) {
          li__0CHJ(((__li__IZB *)li__2YYI),li__EARJ);
        } else /* ITM_SLOT_OPERATOR */ {
          li__OGHJ(((__li__4HAD *)((__li__IZB *)li__2YYI)),li__EARJ);
        };
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__QZYI)->__id) {
      case __li__IF__: {
        li__YPBG(((__li__IF *)li__QZYI),li__2YYI);
      } break;
      case __li__ORB__: {
        li__GOGG(((__li__ORB *)((__li__IF *)li__QZYI)),li__2YYI);
      } break;
      case __li__QRB__: {
        li__WRGG(((__li__QRB *)((__li__IF *)li__QZYI)),li__2YYI);
      } break;
      case __li__SRB__: {
        li__GVGG(((__li__SRB *)((__li__IF *)li__QZYI)),li__2YYI);
      } break;
      case __li__URB__: {
        li__YFRG(((__li__URB *)((__li__IF *)li__QZYI)),li__2YYI);
      } break;
      case __li__GSZ__: {
        li__LMBG(((__li__GSZ *)((__li__IF *)li__QZYI)),li__2YYI);
      } break;
      case __li__1RRF__: {
        li__0YYI(((__li__1RRF *)((__li__IF *)li__QZYI)),li__2YYI);
      } break;
      case __li__UJSH__: {
        li__MOMN(((__li__UJSH *)((__li__IF *)li__QZYI)),li__2YYI);
      } break;
      };
      li__3YYI=(__li__K)(li__3YYI +  1);
      goto li__QXAJ;
    };
  };
}

static void li__MOMN(__li__UJSH *li__NOMN,void *li__OOMN)
/* (Strict PROFIL_BLOCK{li__UJSH},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__POMN;
  void *li__CPMN;
  __li__ULSB *li__DPMN,*li__425U;
  void *li__4AGO;
  void *li__QPMN;
  __li__5RB *li__TPMN;
  __li__PF *li__VPMN;
  __li__U *li__XPMN;
  __li__C li__HPMN;
  __li__OC1 *li__WPMN;
  li__POMN= 0;
  li__XOTN:
  {
    /* __li__B__ __li__I__ */
if ((li__POMN <= (*(li__NOMN->li__WJSH.li__D0C)).li__VBM)) {
      li__CPMN=((void **)(*(((__li__ZZC *)li__NOMN->li__WJSH.li__D0C))).li__RBM)[li__POMN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CPMN)->__id==__li__DZB__) {
        li__DPMN=li__QXVG(((__li__DZB *)li__CPMN));
      } else /* SLOT_CODE */ {
        li__4AGO=((__li__QWEC *)li__CPMN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4AGO)->__id==__li__IZB__) {
          li__DPMN=((__li__IZB *)li__4AGO)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__DPMN=((__li__4HAD *)li__4AGO)->li__5HAD.li__WLSB;
        };
      };
      li__425U=((__li__ULSB *)li__DPMN);
      li__HPMN=(((void *)li__425U->li__XNKE == (void *)(&__string_29)) || ((void *)li__425U->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__HPMN=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__HPMN) {
      li__CPMN=((void **)(*(((__li__ZZC *)li__NOMN->li__WJSH.li__D0C))).li__RBM)[li__POMN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CPMN)->__id==__li__DZB__) {
        li__4AGO=((__li__DZB *)li__CPMN)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4AGO)->__id==__li__IZB__) {
          li__QPMN=((__li__IZB *)li__4AGO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__QPMN=((__li__4HAD *)li__4AGO)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__4AGO=((__li__QWEC *)li__CPMN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4AGO)->__id==__li__IZB__) {
          li__QPMN=((__li__IZB *)li__4AGO)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__QPMN=((__li__4HAD *)li__4AGO)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__QPMN==NULL) {
        li__4AGO=NULL;
      } else {
        switch (((struct ___OBJ *)li__QPMN)->__id) {
        case __li__WRB__: {
          li__4AGO=((void *)li__QPMN);
        } break;
        case __li__XRB__: {
          li__4AGO=((void *)li__QPMN);
        } break;
        case __li__KUB__: {
          li__4AGO=((void *)li__QPMN);
        } break;
        case __li__VB1__: {
          li__4AGO=((void *)li__QPMN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__4AGO=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__4AGO)->__id) {
      case __li__WRB__: {
        li__TPMN=li__Y35O(((__li__WRB *)li__4AGO),li__NOMN);
      } break;
      case __li__XRB__: {
        li__TPMN=li__M55O(((__li__XRB *)((__li__WRB *)li__4AGO)),li__NOMN);
      } break;
      case __li__KUB__: {
        li__TPMN=li__ABAP(((__li__KUB *)((__li__WRB *)li__4AGO)),li__NOMN);
      } break;
      case __li__VB1__: {
        li__TPMN=li__FDAP(((__li__VB1 *)((__li__WRB *)li__4AGO)));
      } break;
      };
      li__CPMN=((__li__5RB *)li__TPMN)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__CPMN)->__id) {
      case __li__IF__: {
        li__VPMN=((__li__IF *)li__CPMN)->li__TF;
      } break;
      case __li__ORB__: {
        li__VPMN=((__li__ORB *)li__CPMN)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__VPMN=((__li__QRB *)li__CPMN)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__VPMN=((__li__SRB *)li__CPMN)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__VPMN=((__li__URB *)li__CPMN)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__VPMN=((__li__GSZ *)li__CPMN)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__VPMN=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__VPMN=li__VYLN();
      } break;
      };
      li__WPMN=li__VPMN->li__XC1;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OOMN)->__id==__li__IZB__) {
        li__XPMN=((__li__IZB *)li__OOMN)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__XPMN=((__li__4HAD *)li__OOMN)->li__5HAD.li__JZB.li__R2B;
      };
      li__4AGO=li__I43C(((__li__OC1 *)li__WPMN),li__XPMN);
      /* __li__B__ __li__I__ */
if (((void *)li__4AGO != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OOMN)->__id==__li__IZB__) {
          li__0CHJ(((__li__IZB *)li__OOMN),li__4AGO);
        } else /* ITM_SLOT_OPERATOR */ {
          li__OGHJ(((__li__4HAD *)((__li__IZB *)li__OOMN)),li__4AGO);
        };
      };
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__CPMN)->__id) {
      case __li__IF__: {
        li__YPBG(((__li__IF *)li__CPMN),li__OOMN);
      } break;
      case __li__ORB__: {
        li__GOGG(((__li__ORB *)((__li__IF *)li__CPMN)),li__OOMN);
      } break;
      case __li__QRB__: {
        li__WRGG(((__li__QRB *)((__li__IF *)li__CPMN)),li__OOMN);
      } break;
      case __li__SRB__: {
        li__GVGG(((__li__SRB *)((__li__IF *)li__CPMN)),li__OOMN);
      } break;
      case __li__URB__: {
        li__YFRG(((__li__URB *)((__li__IF *)li__CPMN)),li__OOMN);
      } break;
      case __li__GSZ__: {
        li__LMBG(((__li__GSZ *)((__li__IF *)li__CPMN)),li__OOMN);
      } break;
      case __li__1RRF__: {
        li__0YYI(((__li__1RRF *)((__li__IF *)li__CPMN)),li__OOMN);
      } break;
      case __li__UJSH__: {
        li__MOMN(((__li__UJSH *)((__li__IF *)li__CPMN)),li__OOMN);
      } break;
      };
      li__POMN=(__li__K)(li__POMN +  1);
      goto li__XOTN;
    };
  };
}

static void** li__NM2I(__li__K li__PM2I)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__BOCJ;
  __li__K li__ELSK;
  void **li__FOCJ,**li__QM2I;
  li__BOCJ=li__HJU(((__li__JJG )(__li__K)(li__PM2I * ((__li__K )(sizeof(void *))))));
  li__FOCJ=((void **)li__BOCJ);
  li__ELSK=(__li__K)(li__PM2I -  1);
  while ((li__ELSK >=  0)) {
    li__FOCJ[li__ELSK]=NULL;
    li__ELSK=(__li__K)(li__ELSK -  1);
  };
  li__QM2I=li__FOCJ;
  return(li__QM2I);
}

static void li__VMYK(__li__XL *li__WMYK,void *li__XMYK)
/* (Strict FAST_ARRAY(PROFIL){li__XL},PROFIL{li__1Mxli__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ZNYK,li__BJTL,li__LKTL,li__DMHM;
  __li__CB li__FKTL;
  __li__C li__GNYK;
  void **li__SNYK;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__WMYK)).li__GM +  1) <= (__li__K)((*(li__WMYK)).li__FO0 -  1))) {
    (*(li__WMYK)).li__GM=(__li__K)((*(li__WMYK)).li__GM +  1);
    li__GNYK=li__B__;
  } else /* FALSE */ {
    li__GNYK=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__GNYK)) {
    /* __li__B__ __li__I__ */
if (((*(li__WMYK)).li__FO0 ==  0)) {
      li__SNYK=li__AFHB( 2);
      (*(li__WMYK)).li__SO0=li__SNYK;
      (*(li__WMYK)).li__FO0= 2;
      (*(li__WMYK)).li__GM= 0;
    } else /* FALSE */ {
      li__ZNYK=(__li__K)((*(li__WMYK)).li__FO0 <<  1);
      li__SNYK=((void **)(*(li__WMYK)).li__SO0);
      li__BJTL=(*(li__WMYK)).li__FO0;
      li__FKTL=li__CUY(((__li__CB )li__SNYK),((__li__JJG )(__li__K)(li__BJTL * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__ZNYK * ((__li__K )(sizeof(void *))))));
      li__SNYK=((void **)li__FKTL);
      li__LKTL=(__li__K)(li__ZNYK -  1);
      li__DMHM=li__BJTL;
      while ((li__DMHM <= li__LKTL)) {
        li__SNYK[li__DMHM]=NULL;
        li__DMHM=(__li__K)(li__DMHM +  1);
      };
      (*(li__WMYK)).li__SO0=li__SNYK;
      (*(li__WMYK)).li__FO0=li__ZNYK;
      (*(li__WMYK)).li__GM=(__li__K)((*(li__WMYK)).li__GM +  1);
    };
  };
  ((void **)(*(li__WMYK)).li__SO0)[(*(li__WMYK)).li__GM]=li__XMYK;
}

static __li__K li__21RI(__li__QWEC *li__31RI)
/* (Strict SLOT_CODE{li__QWEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__51RI,li__F2RI,li__N3UI,li__N2RI,li__41RI;
  void *li__I3UI;
  void *li__M2RI;
  __li__I03C *li__D2RI,*li__QIMV,*li__L2RI;
  li__51RI= 0;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__31RI->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
  li__I3UI=li__31RI->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__I3UI)->__id==__li__IZB__) {
    li__D2RI=((__li__IZB *)li__I3UI)->li__MPHD;
  } else /* ITM_SLOT_OPERATOR */ {
    li__D2RI=((__li__4HAD *)li__I3UI)->li__5HAD.li__MPHD;
  };
  li__F2RI=(*(li__D2RI)).li__RBLE;
  li__N3UI= 0;
  li__I3UI=li__31RI->li__RWEC->li__KZB;
  li__D2RI=((__li__IZB *)li__I3UI)->li__MPHD;
  li__QIMV=((__li__4HAD *)li__I3UI)->li__5HAD.li__MPHD;
  while ((li__N3UI <= li__F2RI)) {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__I3UI)->__id==__li__IZB__) {
      li__L2RI=li__D2RI;
    } else /* ITM_SLOT_OPERATOR */ {
      li__L2RI=li__QIMV;
    };
    li__M2RI=((void **)(*(((__li__I03C *)li__L2RI))).li__RCLE)[li__N3UI];
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__M2RI)->__id==__li__4RUC__) {
      li__N2RI= 1;
    } else /* ITM_ARGS */ {
      li__N2RI=(__li__K)((*(((__li__QUAF *)li__M2RI)->li__H5ZG)).li__UD +  1);
    };
    li__51RI=(__li__K)(li__51RI + li__N2RI);
    li__N3UI=(__li__K)(li__N3UI +  1);
  };
  li__41RI=li__51RI;
  return(li__41RI);
}

static void li__WYLJ(__li__Z0IE *li__XYLJ,__li__VTBD *li__YYLJ)
/* (Strict FAST_ARRAY(LOCAL){li__Z0IE},Strict LOCAL{NULLxli__VTBD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0ZLJ,li__SABV;
  __li__CB li__TABV;
  __li__C li__HZLJ;
  void **li__TZLJ;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__XYLJ)).li__4BPE +  1) <= (__li__K)((*(li__XYLJ)).li__W1VG -  1))) {
    (*(li__XYLJ)).li__4BPE=(__li__K)((*(li__XYLJ)).li__4BPE +  1);
    li__HZLJ=li__B__;
  } else /* FALSE */ {
    li__HZLJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__HZLJ)) {
    /* __li__B__ __li__I__ */
if (((*(li__XYLJ)).li__W1VG ==  0)) {
      li__TZLJ=li__XKEH( 2);
      (*(li__XYLJ)).li__WWWG=li__TZLJ;
      (*(li__XYLJ)).li__W1VG= 2;
      (*(li__XYLJ)).li__4BPE= 0;
    } else /* FALSE */ {
      li__0ZLJ=(__li__K)((*(li__XYLJ)).li__W1VG <<  1);
      li__TZLJ=((void **)(*(li__XYLJ)).li__WWWG);
      li__SABV=(*(li__XYLJ)).li__W1VG;
      li__TABV=li__CUY(((__li__CB )li__TZLJ),((__li__JJG )(__li__K)(li__SABV * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__0ZLJ * ((__li__K )(sizeof(void *))))));
      li__TZLJ=((void **)li__TABV);
      li__0ZOK(li__TZLJ,li__SABV,(__li__K)(li__0ZLJ -  1));
      (*(li__XYLJ)).li__WWWG=li__TZLJ;
      (*(li__XYLJ)).li__W1VG=li__0ZLJ;
      (*(li__XYLJ)).li__4BPE=(__li__K)((*(li__XYLJ)).li__4BPE +  1);
    };
  };
  ((void **)(*(li__XYLJ)).li__WWWG)[(*(li__XYLJ)).li__4BPE]=li__YYLJ;
}

static void li__CZ2I(__li__B2OI *li__DZ2I,__li__K li__EZ2I)
/* (Expanded SLIM_ARRAY(LOCAL){li__B2OI},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__FZ2I;
  __li__AB li__PZ2I;
  __li__B2OI *li__KZ2I;
  __li__Z0IE *li__NZ2I;
  li__DZ2I->li__TBSI=NULL;
  li__FZ2I=(li__EZ2I >  1);
  li__PZ2I.self=li__DZ2I;
  /* __li__B__ __li__I__ */
if (li__FZ2I) {
    li__KZ2I=((__li__B2OI *)li__PZ2I.self);
    li__NZ2I=li__SP2E((__li__K)(li__EZ2I -  1));
    li__KZ2I->li__OZ2I=li__NZ2I;
  };
}

static __li__5RB* li__DFIJ(__li__WRB *li__EFIJ,void *li__FFIJ)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{li__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__HFIJ,*li__UGIJ,*li__GFIJ;
  __li__U *li__IFIJ;
  __li__PO li__IGIJ;
  __li__C li__RFIJ;
  li__HFIJ=NULL;
  li__IFIJ=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__EFIJ == (void *)li__PMZ)) {
    li__HFIJ=li__ORB__->li__PRB.li__J0C;
    li__RFIJ=li__B__;
  } else /* FALSE */ {
    li__RFIJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__RFIJ)) {
    /* __li__B__ __li__I__ */
if (((void *)li__EFIJ == (void *)li__3MZ)) {
      li__HFIJ=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__FFIJ != (void *)NULL)) {
        li__IGIJ=li__TCMJ(li__FFIJ);
        li__IFIJ=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__IGIJ)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__IFIJ=li__MPB;
      };
      li__UGIJ=li__B0MB(li__IFIJ,li__EFIJ);
      li__HFIJ=li__UGIJ;
    };
  };
  li__GFIJ=li__HFIJ;
  return(li__GFIJ);
}

static __li__5RB* li__XGIJ(__li__XRB *li__YGIJ,void *li__ZGIJ)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{li__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__1GIJ,*li__IIIJ,*li__0GIJ;
  __li__U *li__2GIJ;
  __li__PO li__2HIJ;
  __li__C li__FHIJ;
  li__1GIJ=NULL;
  li__2GIJ=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__YGIJ == (void *)li__PMZ)) {
    li__1GIJ=li__ORB__->li__PRB.li__J0C;
    li__FHIJ=li__B__;
  } else /* FALSE */ {
    li__FHIJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__FHIJ)) {
    /* __li__B__ __li__I__ */
if (((void *)li__YGIJ == (void *)li__3MZ)) {
      li__1GIJ=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__ZGIJ != (void *)NULL)) {
        li__2HIJ=li__TCMJ(li__ZGIJ);
        li__2GIJ=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__2HIJ)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__2GIJ=li__MPB;
      };
      li__IIIJ=li__I2MB(li__2GIJ,li__YGIJ);
      li__1GIJ=li__IIIJ;
    };
  };
  li__0GIJ=li__1GIJ;
  return(li__0GIJ);
}

static __li__5RB* li__LIIJ(__li__KUB *li__MIIJ,void *li__NIIJ)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{li__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__QIIJ,*li__SIIJ,*li__3IIJ,*li__OIIJ;
  __li__U *li__TIIJ;
  __li__K li__RIIJ,li__4IIJ;
  void *li__2IIJ;
  __li__PO li__BKIJ;
  __li__3PZ *li__UIIJ,*li__PIIJ,*li__1JIJ;
  li__QIIJ=NULL;
  li__SIIJ=NULL;
  li__TIIJ=NULL;
  li__UIIJ=li__DG3();
  li__PIIJ=li__UIIJ;
  li__RIIJ= 0;
  do {
    li__2IIJ=((void **)(*(((__li__CRB *)li__MIIJ->li__EDD))).li__V1BD)[li__RIIJ];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__2IIJ)->__id) {
    case __li__WRB__: {
      li__3IIJ=li__WLRF(((__li__WRB *)li__2IIJ),li__NIIJ);
    } break;
    case __li__XRB__: {
      li__3IIJ=li__KNRF(((__li__XRB *)((__li__WRB *)li__2IIJ)),li__NIIJ);
    } break;
    case __li__KUB__: {
      li__3IIJ=li__4ORF(((__li__KUB *)((__li__WRB *)li__2IIJ)),li__NIIJ);
    } break;
    case __li__VB1__: {
      li__3IIJ=li__DRRF(((__li__VB1 *)((__li__WRB *)li__2IIJ)),li__NIIJ);
    } break;
    case __li__4O2B__: {
      li__3IIJ=li__XRRF(((__li__4O2B *)((__li__WRB *)li__2IIJ)),li__NIIJ);
    } break;
    };
    li__QIIJ=li__3IIJ;
    li__4RFC(((__li__3PZ *)li__PIIJ),li__QIIJ);
    li__4IIJ=(__li__K)(li__RIIJ +  1);
    li__RIIJ=li__4IIJ;
  } while (((li__4IIJ <= (*(li__MIIJ->li__EDD)).li__5QZ) && ((void *)li__QIIJ != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__QIIJ == (void *)NULL)) {
    li__OHGB(li__UIIJ);
  } else /* FALSE */ {
    li__1JIJ=li__SHGB(li__UIIJ);
    li__PIIJ=li__1JIJ;
    /* __li__B__ __li__I__ */
if (((void *)li__NIIJ != (void *)NULL)) {
      li__BKIJ=li__TCMJ(li__NIIJ);
      li__TIIJ=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__BKIJ)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__TIIJ=li__MPB;
    };
    li__3IIJ=li__DJGB(li__TIIJ,li__MIIJ,li__1JIJ);
    li__SIIJ=li__3IIJ;
  };
  li__OIIJ=li__SIIJ;
  return(li__OIIJ);
}

static __li__5RB* li__QKIJ(__li__VB1 *li__RKIJ,void *li__SKIJ)
/* (Strict ITM_TYPE_PARAMETER{li__VB1},PARAMETER_TO_TYPE{li__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__VKIJ,*li__TKIJ;
  __li__PO li__3KIJ;
  li__VKIJ=li__OHDJ(li__SKIJ,li__RKIJ);
  /* __li__B__ __li__I__ */
if (((void *)li__VKIJ == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_354));
    li__JAZ(((__li__BC *)li__0C),li__RKIJ->li__WB1.li__P2C);
    li__3KIJ=li__TCMJ(li__SKIJ);
    li__K4E( 1,li__0C);
    li__V5E(li__3KIJ);
    li__ODF();
  };
  li__TKIJ=li__VKIJ;
  return(li__TKIJ);
}

static __li__VTBD* li__F4FK(__li__5RB *li__G4FK,__li__PO li__H4FK,__li__K li__I4FK)
/* (Strict TYPE_FULL{li__5RB},Expanded POSITION{li__PO},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__Y4FK;
  __li__VTBD *li__YACV,*li__J4FK;
  li__HEZ(((__li__BC *)li__0C),(&__string_17));
  /* __li__B__ __li__I__ */
if ((li__I4FK !=  0)) {
    li__SRX(((__li__BC *)li__0C),'_');
    li__B0E(li__I4FK,li__0C);
  };
  li__Y4FK=li__SQC(li__0C);
  li__YACV=li__QAAE();
  li__LQNE(((__li__VTBD *)li__YACV),li__H4FK,li__Y4FK,'+',li__G4FK);
  li__J4FK=li__YACV;
  return(li__J4FK);
}

static void li__SLIJ(__li__B2OI *li__TLIJ,__li__VTBD *li__ULIJ)
/* (Expanded SLIM_ARRAY(LOCAL){li__B2OI},Strict LOCAL{NULLxli__VTBD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__WLIJ,li__BMIJ;
  __li__AB li__1LIJ;
  __li__AB li__KMIJ;
  __li__B2OI *li__5LIJ,*li__FMIJ;
  __li__AB li__HMIJ;
  __li__Z0IE *li__GMIJ;
  li__WLIJ=((void *)li__TLIJ->li__TBSI == (void *)NULL);
  li__1LIJ.self=li__TLIJ;
  li__KMIJ.self=li__TLIJ;
  /* __li__B__ __li__I__ */
if (li__WLIJ) {
    ((__li__B2OI *)li__1LIJ.self)->li__TBSI=li__ULIJ;
  } else /* FALSE */ {
    li__5LIJ=((__li__B2OI *)li__KMIJ.self);
    li__BMIJ=((void *)li__5LIJ->li__OZ2I == (void *)NULL);
    li__HMIJ.self=li__5LIJ;
    /* __li__B__ __li__I__ */
if (li__BMIJ) {
      li__FMIJ=((__li__B2OI *)li__HMIJ.self);
      li__GMIJ=li__SP2E( 4);
      li__FMIJ->li__OZ2I=li__GMIJ;
    };
    li__GORJ(((__li__Z0IE *)li__5LIJ->li__OZ2I),li__ULIJ);
  };
}

static __li__SZEC* li__F4OI(__li__1M *li__G4OI,__li__2ZEC *li__H4OI)
/* (Strict PROFIL_SLOT{li__1M},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__Y3PU,li__03PU,li__23PU;
  void *li__XIBV,*li__M5OI;
  __li__PO li__W4OI,li__S5OI;
  __li__VTBD *li__L5OI;
  __li__DFNL *li__HJBV;
  __li__KMFK *li__KJBV;
  __li__TPOO *li__MJBV;
  __li__2ZEC *li__WIBV;
  __li__SZEC *li__44OI,*li__I4OI;
  li__Y3PU=(__li__K)((*(((__li__2ZEC *)li__H4OI))).li__NKSH +  1);
  li__03PU=(__li__K)((*(((__li__Z0IE *)li__G4OI->li__2M.li__PRSH))).li__4BPE +  1);
  /* __li__B__ __li__I__ */
if ((li__Y3PU != li__03PU)) {
    li__WIBV=((__li__2ZEC *)li__H4OI);
    li__XIBV=((void **)(*(li__WIBV)).li__3GPI)[(*(li__WIBV)).li__NKSH];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XIBV)->__id) {
    case __li__WK__: {
      li__W4OI=((__li__WK *)li__XIBV)->li__1K.li__0K.li__0CC;
    } break;
    case __li__AVBD__: {
      li__W4OI=((__li__AVBD *)li__XIBV)->li__BVBD.li__0CC;
    } break;
    case __li__KVBD__: {
      li__W4OI=((__li__KVBD *)li__XIBV)->li__LVBD.li__0K.li__0CC;
    } break;
    case __li__WVBD__: {
      li__W4OI=((__li__WVBD *)li__XIBV)->li__XVBD.li__0K.li__0CC;
    } break;
    case __li__Z4WH__: {
      li__W4OI=(*(li__YK__)).li__0CC;
    } break;
    case __li__KTVI__: {
      li__W4OI=((__li__KTVI *)li__XIBV)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__LTVI__: {
      li__W4OI=((__li__LTVI *)li__XIBV)->li__OTVI.li__NTVI.li__0CC;
    } break;
    case __li__XTVI__: {
      li__W4OI=((__li__XTVI *)li__XIBV)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__YTVI__: {
      li__W4OI=((__li__YTVI *)li__XIBV)->li__ZTVI.li__NTVI.li__0CC;
    } break;
    case __li__S2VI__: {
      li__W4OI=((__li__S2VI *)li__XIBV)->li__T2VI.li__IVVI.li__0CC;
    } break;
    case __li__E3VI__: {
      li__W4OI=((__li__E3VI *)li__XIBV)->li__F3VI.li__IVVI.li__0CC;
    } break;
    case __li__KLWI__: {
      li__W4OI=((__li__KLWI *)li__XIBV)->li__LLWI.li__0CC;
    } break;
    case __li__ULWI__: {
      li__W4OI=((__li__ULWI *)li__XIBV)->li__VLWI.li__0CC;
    } break;
    case __li__NMWI__: {
      li__W4OI=((__li__NMWI *)li__XIBV)->li__OMWI.li__IVVI.li__0CC;
    } break;
    case __li__BNWI__: {
      li__W4OI=((__li__BNWI *)li__XIBV)->li__ENWI.li__DNWI.li__0CC;
    } break;
    case __li__XNWI__: {
      li__W4OI=((__li__XNWI *)li__XIBV)->li__YNWI.li__DNWI.li__0CC;
    } break;
    case __li__LOWI__: {
      li__W4OI=((__li__LOWI *)li__XIBV)->li__MOWI.li__DNWI.li__0CC;
    } break;
    case __li__5OWI__: {
      li__W4OI=((__li__5OWI *)li__XIBV)->li__APWI.li__DNWI.li__0CC;
    } break;
    case __li__TPWI__: {
      li__W4OI=((__li__TPWI *)li__XIBV)->li__UPWI.li__DNWI.li__0CC;
    } break;
    case __li__HQWI__: {
      li__W4OI=((__li__HQWI *)li__XIBV)->li__IQWI.li__DNWI.li__0CC;
    } break;
    case __li__ARWI__: {
      li__W4OI=((__li__ARWI *)li__XIBV)->li__BRWI.li__0CC;
    } break;
    case __li__URWI__: {
      li__W4OI=((__li__URWI *)li__XIBV)->li__VRWI.li__0CC;
    } break;
    case __li__MSWI__: {
      li__W4OI=((__li__MSWI *)li__XIBV)->li__NSWI.li__0CC;
    } break;
    case __li__ETWI__: {
      li__W4OI=((__li__ETWI *)li__XIBV)->li__FTWI.li__0CC;
    } break;
    case __li__MZWI__: {
      li__W4OI=((__li__MZWI *)li__XIBV)->li__NZWI.li__0K.li__0CC;
    } break;
    case __li__C0WI__: {
      li__W4OI=((__li__C0WI *)li__XIBV)->li__D0WI.li__0K.li__0CC;
    } break;
    case __li__M1WI__: {
      li__W4OI=((__li__M1WI *)li__XIBV)->li__N1WI.li__0K.li__0CC;
    } break;
    case __li__KMFK__: {
      li__W4OI=((__li__KMFK *)li__XIBV)->li__LMFK.li__0CC;
    } break;
    case __li__XOHL__: {
      li__W4OI=((__li__XOHL *)li__XIBV)->li__0OHL.li__ZOHL.li__0CC;
    } break;
    case __li__FPHL__: {
      li__W4OI=((__li__FPHL *)li__XIBV)->li__GPHL.li__DNWI.li__0CC;
    } break;
    case __li__APLM__: {
      li__W4OI=((__li__APLM *)li__XIBV)->li__BPLM.li__IVVI.li__0CC;
    } break;
    case __li__DTNM__: {
      li__W4OI=((__li__DTNM *)li__XIBV)->li__ETNM.li__ZOHL.li__0CC;
    } break;
    case __li__JXNM__: {
      li__W4OI=((__li__JXNM *)li__XIBV)->li__KXNM.li__DNWI.li__0CC;
    } break;
    case __li__21LO__: {
      li__W4OI=((__li__21LO *)li__XIBV)->li__31LO.li__0CC;
    } break;
    case __li__TPOO__: {
      li__W4OI=((__li__TPOO *)li__XIBV)->li__UPOO.li__0CC;
    } break;
    case __li__URRO__: {
      li__W4OI=((__li__URRO *)li__XIBV)->li__XRRO.li__WRRO.li__0CC;
    } break;
    case __li__41XO__: {
      li__W4OI=((__li__41XO *)li__XIBV)->li__51XO.li__DNWI.li__0CC;
    } break;
    case __li__AKBR__: {
      li__W4OI=((__li__AKBR *)li__XIBV)->li__BKBR.li__DNWI.li__0CC;
    } break;
    case __li__SU5R__: {
      li__W4OI=((__li__SU5R *)li__XIBV)->li__TU5R.li__IVVI.li__0CC;
    } break;
    case __li__JV5R__: {
      li__W4OI=((__li__JV5R *)li__XIBV)->li__KV5R.li__IVVI.li__0CC;
    } break;
    };
    li__K4E( 1,(&__string_358));
    li__V5E(li__W4OI);
    li__ODF();
  };
  li__23PU=(__li__K)((*(((__li__Z0IE *)li__G4OI->li__2M.li__PRSH))).li__4BPE +  1);
  li__44OI=li__1ESI(li__23PU);
  li__Y3PU=(*(li__G4OI->li__2M.li__PRSH)).li__4BPE;
  li__03PU= 0;
  while ((li__03PU <= li__Y3PU)) {
    li__L5OI=((void **)(*(((__li__Z0IE *)li__G4OI->li__2M.li__PRSH))).li__WWWG)[li__03PU];
    li__M5OI=((void **)(*(((__li__2ZEC *)li__H4OI))).li__3GPI)[li__03PU];
    /* __li__B__ __li__I__ */
if (((void *)li__L5OI != (void *)NULL)) {
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__M5OI)->__id) {
      case __li__WK__: {
        li__S5OI=((__li__WK *)li__M5OI)->li__1K.li__0K.li__0CC;
      } break;
      case __li__AVBD__: {
        li__S5OI=((__li__AVBD *)li__M5OI)->li__BVBD.li__0CC;
      } break;
      case __li__KVBD__: {
        li__S5OI=((__li__KVBD *)li__M5OI)->li__LVBD.li__0K.li__0CC;
      } break;
      case __li__WVBD__: {
        li__S5OI=((__li__WVBD *)li__M5OI)->li__XVBD.li__0K.li__0CC;
      } break;
      case __li__Z4WH__: {
        li__S5OI=(*(li__YK__)).li__0CC;
      } break;
      case __li__KTVI__: {
        li__S5OI=((__li__KTVI *)li__M5OI)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__LTVI__: {
        li__S5OI=((__li__LTVI *)li__M5OI)->li__OTVI.li__NTVI.li__0CC;
      } break;
      case __li__XTVI__: {
        li__S5OI=((__li__XTVI *)li__M5OI)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__YTVI__: {
        li__S5OI=((__li__YTVI *)li__M5OI)->li__ZTVI.li__NTVI.li__0CC;
      } break;
      case __li__S2VI__: {
        li__S5OI=((__li__S2VI *)li__M5OI)->li__T2VI.li__IVVI.li__0CC;
      } break;
      case __li__E3VI__: {
        li__S5OI=((__li__E3VI *)li__M5OI)->li__F3VI.li__IVVI.li__0CC;
      } break;
      case __li__KLWI__: {
        li__S5OI=((__li__KLWI *)li__M5OI)->li__LLWI.li__0CC;
      } break;
      case __li__ULWI__: {
        li__S5OI=((__li__ULWI *)li__M5OI)->li__VLWI.li__0CC;
      } break;
      case __li__NMWI__: {
        li__S5OI=((__li__NMWI *)li__M5OI)->li__OMWI.li__IVVI.li__0CC;
      } break;
      case __li__BNWI__: {
        li__S5OI=((__li__BNWI *)li__M5OI)->li__ENWI.li__DNWI.li__0CC;
      } break;
      case __li__XNWI__: {
        li__S5OI=((__li__XNWI *)li__M5OI)->li__YNWI.li__DNWI.li__0CC;
      } break;
      case __li__LOWI__: {
        li__S5OI=((__li__LOWI *)li__M5OI)->li__MOWI.li__DNWI.li__0CC;
      } break;
      case __li__5OWI__: {
        li__S5OI=((__li__5OWI *)li__M5OI)->li__APWI.li__DNWI.li__0CC;
      } break;
      case __li__TPWI__: {
        li__S5OI=((__li__TPWI *)li__M5OI)->li__UPWI.li__DNWI.li__0CC;
      } break;
      case __li__HQWI__: {
        li__S5OI=((__li__HQWI *)li__M5OI)->li__IQWI.li__DNWI.li__0CC;
      } break;
      case __li__ARWI__: {
        li__S5OI=((__li__ARWI *)li__M5OI)->li__BRWI.li__0CC;
      } break;
      case __li__URWI__: {
        li__S5OI=((__li__URWI *)li__M5OI)->li__VRWI.li__0CC;
      } break;
      case __li__MSWI__: {
        li__S5OI=((__li__MSWI *)li__M5OI)->li__NSWI.li__0CC;
      } break;
      case __li__ETWI__: {
        li__S5OI=((__li__ETWI *)li__M5OI)->li__FTWI.li__0CC;
      } break;
      case __li__MZWI__: {
        li__S5OI=((__li__MZWI *)li__M5OI)->li__NZWI.li__0K.li__0CC;
      } break;
      case __li__C0WI__: {
        li__S5OI=((__li__C0WI *)li__M5OI)->li__D0WI.li__0K.li__0CC;
      } break;
      case __li__M1WI__: {
        li__S5OI=((__li__M1WI *)li__M5OI)->li__N1WI.li__0K.li__0CC;
      } break;
      case __li__KMFK__: {
        li__S5OI=((__li__KMFK *)li__M5OI)->li__LMFK.li__0CC;
      } break;
      case __li__XOHL__: {
        li__S5OI=((__li__XOHL *)li__M5OI)->li__0OHL.li__ZOHL.li__0CC;
      } break;
      case __li__FPHL__: {
        li__S5OI=((__li__FPHL *)li__M5OI)->li__GPHL.li__DNWI.li__0CC;
      } break;
      case __li__APLM__: {
        li__S5OI=((__li__APLM *)li__M5OI)->li__BPLM.li__IVVI.li__0CC;
      } break;
      case __li__DTNM__: {
        li__S5OI=((__li__DTNM *)li__M5OI)->li__ETNM.li__ZOHL.li__0CC;
      } break;
      case __li__JXNM__: {
        li__S5OI=((__li__JXNM *)li__M5OI)->li__KXNM.li__DNWI.li__0CC;
      } break;
      case __li__21LO__: {
        li__S5OI=((__li__21LO *)li__M5OI)->li__31LO.li__0CC;
      } break;
      case __li__TPOO__: {
        li__S5OI=((__li__TPOO *)li__M5OI)->li__UPOO.li__0CC;
      } break;
      case __li__URRO__: {
        li__S5OI=((__li__URRO *)li__M5OI)->li__XRRO.li__WRRO.li__0CC;
      } break;
      case __li__41XO__: {
        li__S5OI=((__li__41XO *)li__M5OI)->li__51XO.li__DNWI.li__0CC;
      } break;
      case __li__AKBR__: {
        li__S5OI=((__li__AKBR *)li__M5OI)->li__BKBR.li__DNWI.li__0CC;
      } break;
      case __li__SU5R__: {
        li__S5OI=((__li__SU5R *)li__M5OI)->li__TU5R.li__IVVI.li__0CC;
      } break;
      case __li__JV5R__: {
        li__S5OI=((__li__JV5R *)li__M5OI)->li__KV5R.li__IVVI.li__0CC;
      } break;
      };
      li__HJBV=li__1CXJ(((__li__VTBD *)li__L5OI),li__S5OI,li__M5OI);
      li__AMNK(((__li__SZEC *)li__44OI),li__HJBV);
    } else /* FALSE */ {
      li__JQNK(((__li__SZEC *)li__44OI));
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__M5OI)->__id) {
      case __li__WK__:  break;
      case __li__AVBD__: {
        li__PSNI(((__li__AVBD *)li__M5OI));
      } break;
      case __li__KVBD__:  break;
      case __li__WVBD__:  break;
      case __li__Z4WH__: {
        li__JNDK(((__li__Z4WH *)li__M5OI));
      } break;
      case __li__KTVI__: {
        li__0NDK(((__li__KTVI *)li__M5OI));
      } break;
      case __li__LTVI__: {
        li__XL1L(((__li__LTVI *)li__M5OI));
      } break;
      case __li__XTVI__: {
        li__5NDK(((__li__XTVI *)li__M5OI));
      } break;
      case __li__YTVI__: {
        li__1L1L(((__li__YTVI *)li__M5OI));
      } break;
      case __li__S2VI__: {
        li__DODK(((__li__S2VI *)li__M5OI));
      } break;
      case __li__E3VI__: {
        li__HODK(((__li__E3VI *)li__M5OI));
      } break;
      case __li__KLWI__: {
        li__KJBV=((__li__KMFK *)((__li__KLWI *)li__M5OI)->li__ZPBK);
        li__HXPN(((__li__VTBD *)li__KJBV->li__3RFK),li__KJBV);
      } break;
      case __li__ULWI__:  break;
      case __li__NMWI__: {
        li__QODK(((__li__NMWI *)li__M5OI));
      } break;
      case __li__BNWI__: {
        li__UODK(((__li__BNWI *)li__M5OI));
      } break;
      case __li__XNWI__: {
        li__YODK(((__li__XNWI *)li__M5OI));
      } break;
      case __li__LOWI__: {
        li__2ODK(((__li__LOWI *)li__M5OI));
      } break;
      case __li__5OWI__: {
        li__APDK(((__li__5OWI *)li__M5OI));
      } break;
      case __li__TPWI__: {
        li__EPDK(((__li__TPWI *)li__M5OI));
      } break;
      case __li__HQWI__: {
        li__IPDK(((__li__HQWI *)li__M5OI));
      } break;
      case __li__ARWI__: {
        li__MPDK(((__li__ARWI *)li__M5OI));
      } break;
      case __li__URWI__: {
        li__NQDK(((__li__URWI *)li__M5OI));
      } break;
      case __li__MSWI__:  break;
      case __li__ETWI__: {
        li__TQDK(((__li__ETWI *)li__M5OI));
      } break;
      case __li__MZWI__:  break;
      case __li__C0WI__:  break;
      case __li__M1WI__:  break;
      case __li__KMFK__: {
        li__KJBV=((__li__KMFK *)li__M5OI);
        li__HXPN(((__li__VTBD *)li__KJBV->li__3RFK),li__KJBV);
      } break;
      case __li__XOHL__: {
        li__LDMN(((__li__XOHL *)li__M5OI));
      } break;
      case __li__FPHL__: {
        li__TT4L(((__li__FPHL *)li__M5OI));
      } break;
      case __li__APLM__: {
        li__TGCQ(((__li__APLM *)li__M5OI));
      } break;
      case __li__DTNM__: {
        li__MFRO(((__li__DTNM *)li__M5OI));
      } break;
      case __li__JXNM__: {
        li__1W3R(((__li__JXNM *)li__M5OI));
      } break;
      case __li__21LO__: {
        li__T1IP(((__li__21LO *)li__M5OI));
      } break;
      case __li__TPOO__: {
        li__MJBV=((__li__TPOO *)li__M5OI);
        li__IZFQ(((__li__DZB *)li__MJBV->li__5IXO),li__MJBV);
      } break;
      case __li__URRO__: {
        li__DK4R(((__li__URRO *)li__M5OI));
      } break;
      case __li__41XO__: {
        li__XGCQ(((__li__41XO *)li__M5OI));
      } break;
      case __li__AKBR__: {
        li__AYCS(((__li__AKBR *)li__M5OI));
      } break;
      case __li__SU5R__: {
        li__5XIS(((__li__SU5R *)li__M5OI));
      } break;
      case __li__JV5R__: {
        li__DYIS(((__li__JV5R *)li__M5OI));
      } break;
      };
    };
    li__03PU=(__li__K)(li__03PU +  1);
  };
  li__I4OI=li__44OI;
  return(li__I4OI);
}

static void* li__TUCJ(__li__IF *li__UUCJ,__li__U *li__VUCJ)
/* (Strict TYPE{li__IF},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__YUCJ,*li__LTTJ,*li__MCSM,*li__WUCJ;
  __li__K li__XUCJ;
  void *li__KVCJ;
  __li__ULSB *li__LVCJ,*li__TRAV;
  void *li__5VCJ;
  __li__5RB *li__CWCJ;
  __li__VB1 *li__YRAV;
  __li__PO li__4RAV;
  __li__PF *li__EWCJ;
  __li__QOZB *li__MWCJ;
  __li__C li__VVCJ,li__PWCJ;
  li__YUCJ=NULL;
  li__XUCJ= 0;
  li__LMIJ:
  {
    /* __li__B__ __li__I__ */
if ((li__XUCJ <= (*(li__UUCJ->li__D0C)).li__VBM)) {
      li__KVCJ=((void **)(*(((__li__ZZC *)li__UUCJ->li__D0C))).li__RBM)[li__XUCJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KVCJ)->__id==__li__DZB__) {
        li__LVCJ=li__QXVG(((__li__DZB *)li__KVCJ));
      } else /* SLOT_CODE */ {
        li__LTTJ=((__li__QWEC *)li__KVCJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LTTJ)->__id==__li__IZB__) {
          li__LVCJ=((__li__IZB *)li__LTTJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__LVCJ=((__li__4HAD *)li__LTTJ)->li__5HAD.li__WLSB;
        };
      };
      li__TRAV=((__li__ULSB *)li__LVCJ);
      li__VVCJ=(((void *)li__TRAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__TRAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__VVCJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__VVCJ && ((void *)li__YUCJ == (void *)NULL))) {
      li__LTTJ=((void **)(*(((__li__ZZC *)li__UUCJ->li__D0C))).li__RBM)[li__XUCJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__LTTJ)->__id==__li__DZB__) {
        li__MCSM=((__li__DZB *)li__LTTJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MCSM)->__id==__li__IZB__) {
          li__5VCJ=((__li__IZB *)li__MCSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__5VCJ=((__li__4HAD *)li__MCSM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__MCSM=((__li__QWEC *)li__LTTJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MCSM)->__id==__li__IZB__) {
          li__5VCJ=((__li__IZB *)li__MCSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__5VCJ=((__li__4HAD *)li__MCSM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__5VCJ==NULL) {
        li__MCSM=NULL;
      } else {
        switch (((struct ___OBJ *)li__5VCJ)->__id) {
        case __li__WRB__: {
          li__MCSM=((void *)li__5VCJ);
        } break;
        case __li__XRB__: {
          li__MCSM=((void *)li__5VCJ);
        } break;
        case __li__KUB__: {
          li__MCSM=((void *)li__5VCJ);
        } break;
        case __li__VB1__: {
          li__MCSM=((void *)li__5VCJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__MCSM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__MCSM)->__id) {
      case __li__WRB__: {
        li__CWCJ=li__Z0YI(((__li__WRB *)li__MCSM),li__UUCJ);
      } break;
      case __li__XRB__: {
        li__CWCJ=li__N2YI(((__li__XRB *)((__li__WRB *)li__MCSM)),li__UUCJ);
      } break;
      case __li__KUB__: {
        li__CWCJ=li__B4YI(((__li__KUB *)((__li__WRB *)li__MCSM)),li__UUCJ);
      } break;
      case __li__VB1__: {
        li__YRAV=((__li__VB1 *)((__li__WRB *)li__MCSM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__YRAV->li__WB1.li__P2C);
        li__4RAV=li__UUCJ->li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__4RAV);
        li__ODF();
        li__CWCJ=NULL;
      } break;
      };
      li__LTTJ=((__li__5RB *)li__CWCJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__LTTJ)->__id) {
      case __li__IF__: {
        li__EWCJ=((__li__IF *)li__LTTJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__EWCJ=((__li__ORB *)li__LTTJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__EWCJ=((__li__QRB *)li__LTTJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__EWCJ=((__li__SRB *)li__LTTJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__EWCJ=((__li__URB *)li__LTTJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__EWCJ=((__li__GSZ *)li__LTTJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__EWCJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__EWCJ=li__VYLN();
      } break;
      };
      li__MCSM=li__I43C(((__li__OC1 *)li__EWCJ->li__XC1),li__VUCJ);
      li__YUCJ=li__MCSM;
      /* __li__B__ __li__I__ */
if (((void *)li__MCSM == (void *)NULL)) {
        li__PWCJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MCSM)->__id==__li__IZB__) {
          li__MWCJ=((__li__IZB *)li__MCSM)->li__G0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__MWCJ=((__li__4HAD *)li__MCSM)->li__5HAD.li__G0HD;
        };
        li__PWCJ=((void *)li__MWCJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__PWCJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__LTTJ)->__id) {
        case __li__IF__: {
          li__5VCJ=li__TUCJ(((__li__IF *)li__LTTJ),li__VUCJ);
        } break;
        case __li__ORB__: {
          li__5VCJ=li__5WCJ(((__li__ORB *)((__li__IF *)li__LTTJ)),li__VUCJ);
        } break;
        case __li__QRB__: {
          li__5VCJ=li__LZCJ(((__li__QRB *)((__li__IF *)li__LTTJ)),li__VUCJ);
        } break;
        case __li__SRB__: {
          li__5VCJ=li__X1CJ(((__li__SRB *)((__li__IF *)li__LTTJ)),li__VUCJ);
        } break;
        case __li__URB__: {
          li__5VCJ=li__D4CJ(((__li__URB *)((__li__IF *)li__LTTJ)),li__VUCJ);
        } break;
        case __li__GSZ__: {
          li__5VCJ=li__PADJ(((__li__GSZ *)((__li__IF *)li__LTTJ)),li__VUCJ);
        } break;
        case __li__1RRF__: {
          li__5VCJ=li__44BN(((__li__1RRF *)((__li__IF *)li__LTTJ)),li__VUCJ);
        } break;
        case __li__UJSH__: {
          li__5VCJ=li__VPRN(((__li__UJSH *)((__li__IF *)li__LTTJ)),li__VUCJ);
        } break;
        };
        li__YUCJ=li__5VCJ;
      } else /* FALSE */ {
        li__K5RI=li__LTTJ;
      };
      li__XUCJ=(__li__K)(li__XUCJ +  1);
      goto li__LMIJ;
    };
  };
  li__WUCJ=li__YUCJ;
  return(li__WUCJ);
}

static void* li__LZCJ(__li__QRB *li__MZCJ,__li__U *li__NZCJ)
/* (Strict TYPE_VOID{li__QRB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__QZCJ,*li__TTTJ,*li__CESM,*li__OZCJ;
  __li__K li__PZCJ;
  void *li__C0CJ;
  __li__ULSB *li__D0CJ,*li__RSAV;
  void *li__X0CJ;
  __li__5RB *li__00CJ;
  __li__VB1 *li__WSAV;
  __li__PO li__2SAV;
  __li__PF *li__20CJ;
  __li__QOZB *li__E1CJ;
  __li__C li__N0CJ,li__H1CJ;
  li__QZCJ=NULL;
  li__PZCJ= 0;
  li__BNIJ:
  {
    /* __li__B__ __li__I__ */
if ((li__PZCJ <= (*(li__MZCJ->li__RRB.li__D0C)).li__VBM)) {
      li__C0CJ=((void **)(*(((__li__ZZC *)li__MZCJ->li__RRB.li__D0C))).li__RBM)[li__PZCJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__C0CJ)->__id==__li__DZB__) {
        li__D0CJ=li__QXVG(((__li__DZB *)li__C0CJ));
      } else /* SLOT_CODE */ {
        li__TTTJ=((__li__QWEC *)li__C0CJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TTTJ)->__id==__li__IZB__) {
          li__D0CJ=((__li__IZB *)li__TTTJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__D0CJ=((__li__4HAD *)li__TTTJ)->li__5HAD.li__WLSB;
        };
      };
      li__RSAV=((__li__ULSB *)li__D0CJ);
      li__N0CJ=(((void *)li__RSAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__RSAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__N0CJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__N0CJ && ((void *)li__QZCJ == (void *)NULL))) {
      li__TTTJ=((void **)(*(((__li__ZZC *)li__MZCJ->li__RRB.li__D0C))).li__RBM)[li__PZCJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TTTJ)->__id==__li__DZB__) {
        li__CESM=((__li__DZB *)li__TTTJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CESM)->__id==__li__IZB__) {
          li__X0CJ=((__li__IZB *)li__CESM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__X0CJ=((__li__4HAD *)li__CESM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__CESM=((__li__QWEC *)li__TTTJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CESM)->__id==__li__IZB__) {
          li__X0CJ=((__li__IZB *)li__CESM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__X0CJ=((__li__4HAD *)li__CESM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__X0CJ==NULL) {
        li__CESM=NULL;
      } else {
        switch (((struct ___OBJ *)li__X0CJ)->__id) {
        case __li__WRB__: {
          li__CESM=((void *)li__X0CJ);
        } break;
        case __li__XRB__: {
          li__CESM=((void *)li__X0CJ);
        } break;
        case __li__KUB__: {
          li__CESM=((void *)li__X0CJ);
        } break;
        case __li__VB1__: {
          li__CESM=((void *)li__X0CJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__CESM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__CESM)->__id) {
      case __li__WRB__: {
        li__00CJ=li__ENZI(((__li__WRB *)li__CESM),li__MZCJ);
      } break;
      case __li__XRB__: {
        li__00CJ=li__YOZI(((__li__XRB *)((__li__WRB *)li__CESM)),li__MZCJ);
      } break;
      case __li__KUB__: {
        li__00CJ=li__MQZI(((__li__KUB *)((__li__WRB *)li__CESM)),li__MZCJ);
      } break;
      case __li__VB1__: {
        li__WSAV=((__li__VB1 *)((__li__WRB *)li__CESM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__WSAV->li__WB1.li__P2C);
        li__2SAV=li__MZCJ->li__RRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__2SAV);
        li__ODF();
        li__00CJ=NULL;
      } break;
      };
      li__TTTJ=((__li__5RB *)li__00CJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TTTJ)->__id) {
      case __li__IF__: {
        li__20CJ=((__li__IF *)li__TTTJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__20CJ=((__li__ORB *)li__TTTJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__20CJ=((__li__QRB *)li__TTTJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__20CJ=((__li__SRB *)li__TTTJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__20CJ=((__li__URB *)li__TTTJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__20CJ=((__li__GSZ *)li__TTTJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__20CJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__20CJ=li__VYLN();
      } break;
      };
      li__CESM=li__I43C(((__li__OC1 *)li__20CJ->li__XC1),li__NZCJ);
      li__QZCJ=li__CESM;
      /* __li__B__ __li__I__ */
if (((void *)li__CESM == (void *)NULL)) {
        li__H1CJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CESM)->__id==__li__IZB__) {
          li__E1CJ=((__li__IZB *)li__CESM)->li__G0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__E1CJ=((__li__4HAD *)li__CESM)->li__5HAD.li__G0HD;
        };
        li__H1CJ=((void *)li__E1CJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__H1CJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__TTTJ)->__id) {
        case __li__IF__: {
          li__X0CJ=li__TUCJ(((__li__IF *)li__TTTJ),li__NZCJ);
        } break;
        case __li__ORB__: {
          li__X0CJ=li__5WCJ(((__li__ORB *)((__li__IF *)li__TTTJ)),li__NZCJ);
        } break;
        case __li__QRB__: {
          li__X0CJ=li__LZCJ(((__li__QRB *)((__li__IF *)li__TTTJ)),li__NZCJ);
        } break;
        case __li__SRB__: {
          li__X0CJ=li__X1CJ(((__li__SRB *)((__li__IF *)li__TTTJ)),li__NZCJ);
        } break;
        case __li__URB__: {
          li__X0CJ=li__D4CJ(((__li__URB *)((__li__IF *)li__TTTJ)),li__NZCJ);
        } break;
        case __li__GSZ__: {
          li__X0CJ=li__PADJ(((__li__GSZ *)((__li__IF *)li__TTTJ)),li__NZCJ);
        } break;
        case __li__1RRF__: {
          li__X0CJ=li__44BN(((__li__1RRF *)((__li__IF *)li__TTTJ)),li__NZCJ);
        } break;
        case __li__UJSH__: {
          li__X0CJ=li__VPRN(((__li__UJSH *)((__li__IF *)li__TTTJ)),li__NZCJ);
        } break;
        };
        li__QZCJ=li__X0CJ;
      } else /* FALSE */ {
        li__K5RI=li__TTTJ;
      };
      li__PZCJ=(__li__K)(li__PZCJ +  1);
      goto li__BNIJ;
    };
  };
  li__OZCJ=li__QZCJ;
  return(li__OZCJ);
}

static void* li__X1CJ(__li__SRB *li__Y1CJ,__li__U *li__Z1CJ)
/* (Strict TYPE_CONTEXT{li__SRB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__21CJ,*li__XTTJ,*li__3ESM,*li__01CJ;
  __li__K li__11CJ;
  void *li__O2CJ;
  __li__ULSB *li__P2CJ,*li__ATAV;
  void *li__D3CJ;
  __li__5RB *li__G3CJ;
  __li__VB1 *li__FTAV;
  __li__PO li__LTAV;
  __li__PF *li__I3CJ;
  __li__QOZB *li__Q3CJ;
  __li__C li__Z2CJ,li__T3CJ;
  li__21CJ=NULL;
  li__11CJ= 0;
  li__MNIJ:
  {
    /* __li__B__ __li__I__ */
if ((li__11CJ <= (*(li__Y1CJ->li__TRB.li__D0C)).li__VBM)) {
      li__O2CJ=((void **)(*(((__li__ZZC *)li__Y1CJ->li__TRB.li__D0C))).li__RBM)[li__11CJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__O2CJ)->__id==__li__DZB__) {
        li__P2CJ=li__QXVG(((__li__DZB *)li__O2CJ));
      } else /* SLOT_CODE */ {
        li__XTTJ=((__li__QWEC *)li__O2CJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XTTJ)->__id==__li__IZB__) {
          li__P2CJ=((__li__IZB *)li__XTTJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__P2CJ=((__li__4HAD *)li__XTTJ)->li__5HAD.li__WLSB;
        };
      };
      li__ATAV=((__li__ULSB *)li__P2CJ);
      li__Z2CJ=(((void *)li__ATAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__ATAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__Z2CJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__Z2CJ && ((void *)li__21CJ == (void *)NULL))) {
      li__XTTJ=((void **)(*(((__li__ZZC *)li__Y1CJ->li__TRB.li__D0C))).li__RBM)[li__11CJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XTTJ)->__id==__li__DZB__) {
        li__3ESM=((__li__DZB *)li__XTTJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3ESM)->__id==__li__IZB__) {
          li__D3CJ=((__li__IZB *)li__3ESM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__D3CJ=((__li__4HAD *)li__3ESM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__3ESM=((__li__QWEC *)li__XTTJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3ESM)->__id==__li__IZB__) {
          li__D3CJ=((__li__IZB *)li__3ESM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__D3CJ=((__li__4HAD *)li__3ESM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__D3CJ==NULL) {
        li__3ESM=NULL;
      } else {
        switch (((struct ___OBJ *)li__D3CJ)->__id) {
        case __li__WRB__: {
          li__3ESM=((void *)li__D3CJ);
        } break;
        case __li__XRB__: {
          li__3ESM=((void *)li__D3CJ);
        } break;
        case __li__KUB__: {
          li__3ESM=((void *)li__D3CJ);
        } break;
        case __li__VB1__: {
          li__3ESM=((void *)li__D3CJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__3ESM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__3ESM)->__id) {
      case __li__WRB__: {
        li__G3CJ=li__MUZI(((__li__WRB *)li__3ESM),li__Y1CJ);
      } break;
      case __li__XRB__: {
        li__G3CJ=li__AWZI(((__li__XRB *)((__li__WRB *)li__3ESM)),li__Y1CJ);
      } break;
      case __li__KUB__: {
        li__G3CJ=li__UXZI(((__li__KUB *)((__li__WRB *)li__3ESM)),li__Y1CJ);
      } break;
      case __li__VB1__: {
        li__FTAV=((__li__VB1 *)((__li__WRB *)li__3ESM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__FTAV->li__WB1.li__P2C);
        li__LTAV=li__Y1CJ->li__TRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__LTAV);
        li__ODF();
        li__G3CJ=NULL;
      } break;
      };
      li__XTTJ=((__li__5RB *)li__G3CJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XTTJ)->__id) {
      case __li__IF__: {
        li__I3CJ=((__li__IF *)li__XTTJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__I3CJ=((__li__ORB *)li__XTTJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__I3CJ=((__li__QRB *)li__XTTJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__I3CJ=((__li__SRB *)li__XTTJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__I3CJ=((__li__URB *)li__XTTJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__I3CJ=((__li__GSZ *)li__XTTJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__I3CJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__I3CJ=li__VYLN();
      } break;
      };
      li__3ESM=li__I43C(((__li__OC1 *)li__I3CJ->li__XC1),li__Z1CJ);
      li__21CJ=li__3ESM;
      /* __li__B__ __li__I__ */
if (((void *)li__3ESM == (void *)NULL)) {
        li__T3CJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3ESM)->__id==__li__IZB__) {
          li__Q3CJ=((__li__IZB *)li__3ESM)->li__G0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__Q3CJ=((__li__4HAD *)li__3ESM)->li__5HAD.li__G0HD;
        };
        li__T3CJ=((void *)li__Q3CJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__T3CJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__XTTJ)->__id) {
        case __li__IF__: {
          li__D3CJ=li__TUCJ(((__li__IF *)li__XTTJ),li__Z1CJ);
        } break;
        case __li__ORB__: {
          li__D3CJ=li__5WCJ(((__li__ORB *)((__li__IF *)li__XTTJ)),li__Z1CJ);
        } break;
        case __li__QRB__: {
          li__D3CJ=li__LZCJ(((__li__QRB *)((__li__IF *)li__XTTJ)),li__Z1CJ);
        } break;
        case __li__SRB__: {
          li__D3CJ=li__X1CJ(((__li__SRB *)((__li__IF *)li__XTTJ)),li__Z1CJ);
        } break;
        case __li__URB__: {
          li__D3CJ=li__D4CJ(((__li__URB *)((__li__IF *)li__XTTJ)),li__Z1CJ);
        } break;
        case __li__GSZ__: {
          li__D3CJ=li__PADJ(((__li__GSZ *)((__li__IF *)li__XTTJ)),li__Z1CJ);
        } break;
        case __li__1RRF__: {
          li__D3CJ=li__44BN(((__li__1RRF *)((__li__IF *)li__XTTJ)),li__Z1CJ);
        } break;
        case __li__UJSH__: {
          li__D3CJ=li__VPRN(((__li__UJSH *)((__li__IF *)li__XTTJ)),li__Z1CJ);
        } break;
        };
        li__21CJ=li__D3CJ;
      } else /* FALSE */ {
        li__K5RI=li__XTTJ;
      };
      li__11CJ=(__li__K)(li__11CJ +  1);
      goto li__MNIJ;
    };
  };
  li__01CJ=li__21CJ;
  return(li__01CJ);
}

static void* li__D4CJ(__li__URB *li__E4CJ,__li__U *li__F4CJ)
/* (Strict TYPE_ID{li__URB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__I4CJ,*li__1TTJ,*li__YFSM,*li__G4CJ;
  __li__K li__H4CJ;
  void *li__04CJ;
  __li__ULSB *li__14CJ,*li__PTAV;
  void *li__P5CJ;
  __li__5RB *li__S5CJ;
  __li__VB1 *li__UTAV;
  __li__PO li__0TAV;
  __li__PF *li__U5CJ;
  __li__QOZB *li__25CJ;
  __li__C li__F5CJ,li__55CJ;
  li__I4CJ=NULL;
  li__H4CJ= 0;
  li__XNIJ:
  {
    /* __li__B__ __li__I__ */
if ((li__H4CJ <= (*(li__E4CJ->li__VRB.li__D0C)).li__VBM)) {
      li__04CJ=((void **)(*(((__li__ZZC *)li__E4CJ->li__VRB.li__D0C))).li__RBM)[li__H4CJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__04CJ)->__id==__li__DZB__) {
        li__14CJ=li__QXVG(((__li__DZB *)li__04CJ));
      } else /* SLOT_CODE */ {
        li__1TTJ=((__li__QWEC *)li__04CJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1TTJ)->__id==__li__IZB__) {
          li__14CJ=((__li__IZB *)li__1TTJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__14CJ=((__li__4HAD *)li__1TTJ)->li__5HAD.li__WLSB;
        };
      };
      li__PTAV=((__li__ULSB *)li__14CJ);
      li__F5CJ=(((void *)li__PTAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__PTAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__F5CJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__F5CJ && ((void *)li__I4CJ == (void *)NULL))) {
      li__1TTJ=((void **)(*(((__li__ZZC *)li__E4CJ->li__VRB.li__D0C))).li__RBM)[li__H4CJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__1TTJ)->__id==__li__DZB__) {
        li__YFSM=((__li__DZB *)li__1TTJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YFSM)->__id==__li__IZB__) {
          li__P5CJ=((__li__IZB *)li__YFSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__P5CJ=((__li__4HAD *)li__YFSM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__YFSM=((__li__QWEC *)li__1TTJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YFSM)->__id==__li__IZB__) {
          li__P5CJ=((__li__IZB *)li__YFSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__P5CJ=((__li__4HAD *)li__YFSM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__P5CJ==NULL) {
        li__YFSM=NULL;
      } else {
        switch (((struct ___OBJ *)li__P5CJ)->__id) {
        case __li__WRB__: {
          li__YFSM=((void *)li__P5CJ);
        } break;
        case __li__XRB__: {
          li__YFSM=((void *)li__P5CJ);
        } break;
        case __li__KUB__: {
          li__YFSM=((void *)li__P5CJ);
        } break;
        case __li__VB1__: {
          li__YFSM=((void *)li__P5CJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__YFSM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__YFSM)->__id) {
      case __li__WRB__: {
        li__S5CJ=li__P2ZI(((__li__WRB *)li__YFSM),li__E4CJ);
      } break;
      case __li__XRB__: {
        li__S5CJ=li__D4ZI(((__li__XRB *)((__li__WRB *)li__YFSM)),li__E4CJ);
      } break;
      case __li__KUB__: {
        li__S5CJ=li__X5ZI(((__li__KUB *)((__li__WRB *)li__YFSM)),li__E4CJ);
      } break;
      case __li__VB1__: {
        li__UTAV=((__li__VB1 *)((__li__WRB *)li__YFSM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__UTAV->li__WB1.li__P2C);
        li__0TAV=li__E4CJ->li__VRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__0TAV);
        li__ODF();
        li__S5CJ=NULL;
      } break;
      };
      li__1TTJ=((__li__5RB *)li__S5CJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1TTJ)->__id) {
      case __li__IF__: {
        li__U5CJ=((__li__IF *)li__1TTJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__U5CJ=((__li__ORB *)li__1TTJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__U5CJ=((__li__QRB *)li__1TTJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__U5CJ=((__li__SRB *)li__1TTJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__U5CJ=((__li__URB *)li__1TTJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__U5CJ=((__li__GSZ *)li__1TTJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__U5CJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__U5CJ=li__VYLN();
      } break;
      };
      li__YFSM=li__I43C(((__li__OC1 *)li__U5CJ->li__XC1),li__F4CJ);
      li__I4CJ=li__YFSM;
      /* __li__B__ __li__I__ */
if (((void *)li__YFSM == (void *)NULL)) {
        li__55CJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YFSM)->__id==__li__IZB__) {
          li__25CJ=((__li__IZB *)li__YFSM)->li__G0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__25CJ=((__li__4HAD *)li__YFSM)->li__5HAD.li__G0HD;
        };
        li__55CJ=((void *)li__25CJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__55CJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__1TTJ)->__id) {
        case __li__IF__: {
          li__P5CJ=li__TUCJ(((__li__IF *)li__1TTJ),li__F4CJ);
        } break;
        case __li__ORB__: {
          li__P5CJ=li__5WCJ(((__li__ORB *)((__li__IF *)li__1TTJ)),li__F4CJ);
        } break;
        case __li__QRB__: {
          li__P5CJ=li__LZCJ(((__li__QRB *)((__li__IF *)li__1TTJ)),li__F4CJ);
        } break;
        case __li__SRB__: {
          li__P5CJ=li__X1CJ(((__li__SRB *)((__li__IF *)li__1TTJ)),li__F4CJ);
        } break;
        case __li__URB__: {
          li__P5CJ=li__D4CJ(((__li__URB *)((__li__IF *)li__1TTJ)),li__F4CJ);
        } break;
        case __li__GSZ__: {
          li__P5CJ=li__PADJ(((__li__GSZ *)((__li__IF *)li__1TTJ)),li__F4CJ);
        } break;
        case __li__1RRF__: {
          li__P5CJ=li__44BN(((__li__1RRF *)((__li__IF *)li__1TTJ)),li__F4CJ);
        } break;
        case __li__UJSH__: {
          li__P5CJ=li__VPRN(((__li__UJSH *)((__li__IF *)li__1TTJ)),li__F4CJ);
        } break;
        };
        li__I4CJ=li__P5CJ;
      } else /* FALSE */ {
        li__K5RI=li__1TTJ;
      };
      li__H4CJ=(__li__K)(li__H4CJ +  1);
      goto li__XNIJ;
    };
  };
  li__G4CJ=li__I4CJ;
  return(li__G4CJ);
}

static void* li__PADJ(__li__GSZ *li__QADJ,__li__U *li__RADJ)
/* (Strict TYPE_GENERIC{li__GSZ},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__UADJ,*li__5TTJ,*li__TGSM,*li__SADJ;
  __li__K li__TADJ;
  void *li__GBDJ;
  __li__ULSB *li__HBDJ,*li__4TAV;
  void *li__1BDJ;
  __li__5RB *li__4BDJ;
  __li__PF *li__ACDJ;
  __li__QOZB *li__ICDJ;
  __li__C li__RBDJ,li__LCDJ;
  li__UADJ=NULL;
  li__TADJ= 0;
  li__COIJ:
  {
    /* __li__B__ __li__I__ */
if ((li__TADJ <= (*(li__QADJ->li__HSZ.li__D0C)).li__VBM)) {
      li__GBDJ=((void **)(*(((__li__ZZC *)li__QADJ->li__HSZ.li__D0C))).li__RBM)[li__TADJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GBDJ)->__id==__li__DZB__) {
        li__HBDJ=li__QXVG(((__li__DZB *)li__GBDJ));
      } else /* SLOT_CODE */ {
        li__5TTJ=((__li__QWEC *)li__GBDJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5TTJ)->__id==__li__IZB__) {
          li__HBDJ=((__li__IZB *)li__5TTJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__HBDJ=((__li__4HAD *)li__5TTJ)->li__5HAD.li__WLSB;
        };
      };
      li__4TAV=((__li__ULSB *)li__HBDJ);
      li__RBDJ=(((void *)li__4TAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__4TAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__RBDJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__RBDJ && ((void *)li__UADJ == (void *)NULL))) {
      li__5TTJ=((void **)(*(((__li__ZZC *)li__QADJ->li__HSZ.li__D0C))).li__RBM)[li__TADJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5TTJ)->__id==__li__DZB__) {
        li__TGSM=((__li__DZB *)li__5TTJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TGSM)->__id==__li__IZB__) {
          li__1BDJ=((__li__IZB *)li__TGSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__1BDJ=((__li__4HAD *)li__TGSM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__TGSM=((__li__QWEC *)li__5TTJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TGSM)->__id==__li__IZB__) {
          li__1BDJ=((__li__IZB *)li__TGSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__1BDJ=((__li__4HAD *)li__TGSM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__1BDJ==NULL) {
        li__TGSM=NULL;
      } else {
        switch (((struct ___OBJ *)li__1BDJ)->__id) {
        case __li__WRB__: {
          li__TGSM=((void *)li__1BDJ);
        } break;
        case __li__XRB__: {
          li__TGSM=((void *)li__1BDJ);
        } break;
        case __li__KUB__: {
          li__TGSM=((void *)li__1BDJ);
        } break;
        case __li__VB1__: {
          li__TGSM=((void *)li__1BDJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__TGSM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__TGSM)->__id) {
      case __li__WRB__: {
        li__4BDJ=li__ZURF(((__li__WRB *)li__TGSM),li__QADJ);
      } break;
      case __li__XRB__: {
        li__4BDJ=li__NWRF(((__li__XRB *)((__li__WRB *)li__TGSM)),li__QADJ);
      } break;
      case __li__KUB__: {
        li__4BDJ=li__BYRF(((__li__KUB *)((__li__WRB *)li__TGSM)),li__QADJ);
      } break;
      case __li__VB1__: {
        li__4BDJ=li__G0RF(((__li__VB1 *)((__li__WRB *)li__TGSM)),li__QADJ);
      } break;
      };
      li__5TTJ=((__li__5RB *)li__4BDJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5TTJ)->__id) {
      case __li__IF__: {
        li__ACDJ=((__li__IF *)li__5TTJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__ACDJ=((__li__ORB *)li__5TTJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__ACDJ=((__li__QRB *)li__5TTJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__ACDJ=((__li__SRB *)li__5TTJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__ACDJ=((__li__URB *)li__5TTJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__ACDJ=((__li__GSZ *)li__5TTJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__ACDJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__ACDJ=li__VYLN();
      } break;
      };
      li__TGSM=li__I43C(((__li__OC1 *)li__ACDJ->li__XC1),li__RADJ);
      li__UADJ=li__TGSM;
      /* __li__B__ __li__I__ */
if (((void *)li__TGSM == (void *)NULL)) {
        li__LCDJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TGSM)->__id==__li__IZB__) {
          li__ICDJ=((__li__IZB *)li__TGSM)->li__G0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ICDJ=((__li__4HAD *)li__TGSM)->li__5HAD.li__G0HD;
        };
        li__LCDJ=((void *)li__ICDJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__LCDJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__5TTJ)->__id) {
        case __li__IF__: {
          li__1BDJ=li__TUCJ(((__li__IF *)li__5TTJ),li__RADJ);
        } break;
        case __li__ORB__: {
          li__1BDJ=li__5WCJ(((__li__ORB *)((__li__IF *)li__5TTJ)),li__RADJ);
        } break;
        case __li__QRB__: {
          li__1BDJ=li__LZCJ(((__li__QRB *)((__li__IF *)li__5TTJ)),li__RADJ);
        } break;
        case __li__SRB__: {
          li__1BDJ=li__X1CJ(((__li__SRB *)((__li__IF *)li__5TTJ)),li__RADJ);
        } break;
        case __li__URB__: {
          li__1BDJ=li__D4CJ(((__li__URB *)((__li__IF *)li__5TTJ)),li__RADJ);
        } break;
        case __li__GSZ__: {
          li__1BDJ=li__PADJ(((__li__GSZ *)((__li__IF *)li__5TTJ)),li__RADJ);
        } break;
        case __li__1RRF__: {
          li__1BDJ=li__44BN(((__li__1RRF *)((__li__IF *)li__5TTJ)),li__RADJ);
        } break;
        case __li__UJSH__: {
          li__1BDJ=li__VPRN(((__li__UJSH *)((__li__IF *)li__5TTJ)),li__RADJ);
        } break;
        };
        li__UADJ=li__1BDJ;
      } else /* FALSE */ {
        li__K5RI=li__5TTJ;
      };
      li__TADJ=(__li__K)(li__TADJ +  1);
      goto li__COIJ;
    };
  };
  li__SADJ=li__UADJ;
  return(li__SADJ);
}

static void li__2QRJ(__li__QWEC *li__3QRJ,void *li__4QRJ)
/* (Strict SLOT_CODE{li__QWEC},ITM_SLOT{NULLxli__IZBxli__4HAD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__0UYJ,*li__QN4J,*li__M0ML,*li__MWVL;
  void *li__ERRJ,*li__FRRJ;
  __li__BC *li__LRRJ;
  __li__PO li__QRRJ;
  __li__ULSB *li__XRRJ,*li__YRRJ;
  __li__K li__REQU,li__TEQU;
  void *li__IURJ;
  __li__I03C *li__ISRJ,*li__SSRJ,*li__YSRJ,*li__FURJ;
  __li__C li__JSRJ,li__LSRJ,li__MSRJ,li__4SRJ;
  /* __li__B__ __li__I__ */
if (((void *)li__3QRJ != (void *)li__4QRJ)) {
    li__0UYJ=li__3QRJ->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0UYJ)->__id==__li__IZB__) {
      li__ERRJ=((__li__IZB *)li__0UYJ)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__ERRJ=((__li__4HAD *)li__0UYJ)->li__5HAD.li__NMSB;
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4QRJ)->__id==__li__IZB__) {
      li__FRRJ=((__li__IZB *)li__4QRJ)->li__NMSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__FRRJ=((__li__4HAD *)li__4QRJ)->li__5HAD.li__NMSB;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__ERRJ != (void *)li__FRRJ)) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3QRJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
        li__LRRJ=li__0C;
      } else /* ITM_SLOT_OPERATOR */ {
        li__LRRJ=li__0C;
      };
      li__HEZ(((__li__BC *)li__LRRJ),(&__string_448));
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3QRJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
      };
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3QRJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
        li__LRRJ=li__0C;
      } else /* ITM_SLOT_OPERATOR */ {
        li__LRRJ=li__0C;
      };
      li__DNVB( 1,li__LRRJ);
      li__ERRJ=li__3QRJ->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ERRJ)->__id==__li__IZB__) {
        li__QRRJ=((__li__IZB *)li__ERRJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__QRRJ=((__li__4HAD *)li__ERRJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__QRRJ);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4QRJ)->__id==__li__IZB__) {
        li__QRRJ=((__li__IZB *)li__4QRJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__QRRJ=((__li__4HAD *)li__4QRJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__QRRJ);
      li__ODF();
    };
    li__0UYJ=li__3QRJ->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0UYJ)->__id==__li__IZB__) {
      li__XRRJ=((__li__IZB *)li__0UYJ)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__XRRJ=((__li__4HAD *)li__0UYJ)->li__5HAD.li__WLSB;
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4QRJ)->__id==__li__IZB__) {
      li__YRRJ=((__li__IZB *)li__4QRJ)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__YRRJ=((__li__4HAD *)li__4QRJ)->li__5HAD.li__WLSB;
    };
    /* __li__B__ __li__I__ */
if (((void *)li__XRRJ != (void *)li__YRRJ)) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3QRJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
      };
      li__EDSB( 2,(&__string_449));
      li__ERRJ=li__3QRJ->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ERRJ)->__id==__li__IZB__) {
        li__QRRJ=((__li__IZB *)li__ERRJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__QRRJ=((__li__4HAD *)li__ERRJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__QRRJ);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4QRJ)->__id==__li__IZB__) {
        li__QRRJ=((__li__IZB *)li__4QRJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__QRRJ=((__li__4HAD *)li__4QRJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__QRRJ);
      li__ODF();
    };
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4QRJ)->__id==__li__IZB__) {
      li__ISRJ=((__li__IZB *)li__4QRJ)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__ISRJ=((__li__4HAD *)li__4QRJ)->li__5HAD.li__MPHD;
    };
    li__JSRJ=((void *)li__ISRJ == (void *)NULL);
    li__0UYJ=li__3QRJ->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0UYJ)->__id==__li__IZB__) {
      li__ISRJ=((__li__IZB *)li__0UYJ)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__ISRJ=((__li__4HAD *)li__0UYJ)->li__5HAD.li__MPHD;
    };
    li__LSRJ=((void *)li__ISRJ == (void *)NULL);
    /* __li__B__ __li__I__ */
if (li__JSRJ) {
      li__MSRJ=(! li__LSRJ);
    } else /* FALSE */ {
      li__MSRJ=li__LSRJ;
    };
    /* __li__B__ __li__I__ */
if (li__MSRJ) {
      li__MSRJ=li__B__;
    } else /* FALSE */ {
      li__ERRJ=li__3QRJ->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ERRJ)->__id==__li__IZB__) {
        li__SSRJ=((__li__IZB *)li__ERRJ)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__SSRJ=((__li__4HAD *)li__ERRJ)->li__5HAD.li__MPHD;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__SSRJ != (void *)NULL)) {
        li__QN4J=li__3QRJ->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QN4J)->__id==__li__IZB__) {
          li__YSRJ=((__li__IZB *)li__QN4J)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YSRJ=((__li__4HAD *)li__QN4J)->li__5HAD.li__MPHD;
        };
        li__REQU=(__li__K)((*(((__li__I03C *)li__YSRJ))).li__RBLE +  1);
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4QRJ)->__id==__li__IZB__) {
          li__YSRJ=((__li__IZB *)li__4QRJ)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YSRJ=((__li__4HAD *)li__4QRJ)->li__5HAD.li__MPHD;
        };
        li__TEQU=(__li__K)((*(((__li__I03C *)li__YSRJ))).li__RBLE +  1);
        li__4SRJ=(li__REQU != li__TEQU);
      } else /* FALSE */ {
        li__4SRJ=li__I__;
      };
      li__MSRJ=li__4SRJ;
    };
    /* __li__B__ __li__I__ */
if (li__MSRJ) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3QRJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
      };
      li__EDSB( 2,(&__string_450));
      li__QN4J=li__3QRJ->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QN4J)->__id==__li__IZB__) {
        li__QRRJ=((__li__IZB *)li__QN4J)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__QRRJ=((__li__4HAD *)li__QN4J)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__QRRJ);
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4QRJ)->__id==__li__IZB__) {
        li__QRRJ=((__li__IZB *)li__4QRJ)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__QRRJ=((__li__4HAD *)li__4QRJ)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
      li__V5E(li__QRRJ);
      li__ODF();
    } else /* FALSE */ {
      li__QN4J=li__3QRJ->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QN4J)->__id==__li__IZB__) {
        li__SSRJ=((__li__IZB *)li__QN4J)->li__MPHD;
      } else /* ITM_SLOT_OPERATOR */ {
        li__SSRJ=((__li__4HAD *)li__QN4J)->li__5HAD.li__MPHD;
      };
      /* __li__B__ __li__I__ */
if (((void *)li__SSRJ != (void *)NULL)) {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3QRJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
        };
        li__M0ML=li__3QRJ->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__M0ML)->__id==__li__IZB__) {
          li__YSRJ=((__li__IZB *)li__M0ML)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YSRJ=((__li__4HAD *)li__M0ML)->li__5HAD.li__MPHD;
        };
        li__REQU=(*(li__YSRJ)).li__RBLE;
        li__TEQU= 0;
        while ((li__TEQU <= li__REQU)) {
          li__MWVL=li__3QRJ->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MWVL)->__id==__li__IZB__) {
            li__FURJ=((__li__IZB *)li__MWVL)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__FURJ=((__li__4HAD *)li__MWVL)->li__5HAD.li__MPHD;
          };
          li__MWVL=((void **)(*(((__li__I03C *)li__FURJ))).li__RCLE)[li__TEQU];
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4QRJ)->__id==__li__IZB__) {
            li__FURJ=((__li__IZB *)li__4QRJ)->li__MPHD;
          } else /* ITM_SLOT_OPERATOR */ {
            li__FURJ=((__li__4HAD *)li__4QRJ)->li__5HAD.li__MPHD;
          };
          li__IURJ=((void **)(*(((__li__I03C *)li__FURJ))).li__RCLE)[li__TEQU];
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__MWVL)->__id==__li__4RUC__) {
            li__HQVL(((__li__4RUC *)li__MWVL),li__IURJ);
          } else /* ITM_ARGS */ {
            li__GSVL(((__li__QUAF *)((__li__4RUC *)li__MWVL)),li__IURJ);
          };
          li__TEQU=(__li__K)(li__TEQU +  1);
        };
      };
    };
  };
}

static void li__55EJ(__li__QWEC *li__AAFJ,__li__PO li__BAFJ,__li__BC *li__CAFJ)
/* (Strict SLOT_CODE{li__QWEC},Expanded POSITION{li__PO},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AAFJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
  li__K4E( 1,li__CAFJ);
  li__V5E(li__BAFJ);
  li__ODF();
}

static void li__TAFJ(__li__QWEC *li__UAFJ,void *li__VAFJ,__li__VTBD *li__WAFJ)
/* (Strict SLOT_CODE{li__QWEC},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict LOCAL{NULLxli__VTBD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__0AFJ;
  __li__PO li__2AFJ,li__4AFJ;
  void *li__3AFJ,*li__XAFJ;
  __li__DFNL *li__GBCV;
  __li__KI *li__ABFJ,*li__IBCV;
  li__0AFJ=li__WAFJ->li__WTBD.li__0RNE;
  li__2AFJ=li__WAFJ->li__WTBD.li__FZB.li__RF.li__0CC;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VAFJ)->__id) {
  case __li__WK__: {
    li__3AFJ=li__KPGK(((__li__WK *)li__VAFJ),li__0AFJ,li__2AFJ);
  } break;
  case __li__AVBD__: {
    li__3AFJ=li__4XGK(((__li__AVBD *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__KVBD__: {
    li__3AFJ=li__TAHK(((__li__KVBD *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__WVBD__: {
    li__3AFJ=li__IJHK(((__li__WVBD *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__Z4WH__: {
    li__3AFJ=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__KTVI__: {
    li__3AFJ=li__4RHK(((__li__KTVI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__LTVI__: {
    li__3AFJ=li__TXMN(((__li__LTVI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__XTVI__: {
    li__3AFJ=li__U0HK(((__li__XTVI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__YTVI__: {
    li__3AFJ=li__IANN(((__li__YTVI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__S2VI__: {
    li__3AFJ=li__JDIK(((__li__S2VI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__E3VI__: {
    li__3AFJ=li__4LIK(((__li__E3VI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__KLWI__: {
    li__3AFJ=li__SUIK(((__li__KLWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__ULWI__: {
    li__3AFJ=li__G3IK(((__li__ULWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__NMWI__: {
    li__3AFJ=li__1FJK(((__li__NMWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__BNWI__: {
    li__3AFJ=li__QOJK(((__li__BNWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__XNWI__: {
    li__3AFJ=li__FXJK(((__li__XNWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__LOWI__: {
    li__3AFJ=li__05JK(((__li__LOWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__5OWI__: {
    li__3AFJ=li__PIKK(((__li__5OWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__TPWI__: {
    li__3AFJ=li__ERKK(((__li__TPWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__HQWI__: {
    li__3AFJ=li__ZZKK(((__li__HQWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__ARWI__: {
    li__3AFJ=li__NCLK(((__li__ARWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__URWI__: {
    li__3AFJ=li__BLLK(((__li__URWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__MSWI__: {
    li__3AFJ=li__VTLK(((__li__MSWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__ETWI__: {
    li__3AFJ=li__J2LK(((__li__ETWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__MZWI__: {
    li__3AFJ=li__4EMK(((__li__MZWI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__C0WI__: {
    li__3AFJ=li__TNMK(((__li__C0WI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__M1WI__: {
    li__3AFJ=li__Q3IP(((__li__M1WI *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__KMFK__: {
    li__3AFJ=li__JG2L(((__li__KMFK *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__XOHL__: {
    li__3AFJ=li__3INN(((__li__XOHL *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__FPHL__: {
    li__3AFJ=li__SRNN(((__li__FPHL *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__APLM__: {
    li__3AFJ=li__5JCQ(((__li__APLM *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__DTNM__: {
    li__3AFJ=li__S2RO(((__li__DTNM *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__JXNM__: {
    li__3AFJ=li__UZCS(((__li__JXNM *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__21LO__: {
    li__3AFJ=li__FGJP(((__li__21LO *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__TPOO__: {
    li__3AFJ=li__0OJP(((__li__TPOO *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__URRO__: {
    li__3AFJ=li__TNPS(((__li__URRO *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__41XO__: {
    li__3AFJ=li__USCQ(((__li__41XO *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__AKBR__: {
    li__3AFJ=li__4CDS(((__li__AKBR *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__SU5R__: {
    li__3AFJ=li__IWPS(((__li__SU5R *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  case __li__JV5R__: {
    li__3AFJ=li__34PS(((__li__JV5R *)((__li__WK *)li__VAFJ)),li__0AFJ,li__2AFJ);
  } break;
  };
  li__XAFJ=li__3AFJ;
  li__3AFJ=li__UAFJ->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3AFJ)->__id==__li__IZB__) {
    li__4AFJ=((__li__IZB *)li__3AFJ)->li__JZB.li__RF.li__0CC;
  } else /* ITM_SLOT_OPERATOR */ {
    li__4AFJ=((__li__4HAD *)li__3AFJ)->li__5HAD.li__JZB.li__RF.li__0CC;
  };
  li__GBCV=li__1CXJ(((__li__VTBD *)li__WAFJ),li__4AFJ,li__XAFJ);
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UAFJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__ABFJ=li__XIKB;
  } else /* ITM_SLOT_OPERATOR */ {
    li__ABFJ=li__XIKB;
  };
  li__IBCV=((__li__KI *)li__ABFJ);
  li__P2VG(((__li__TOLE *)li__IBCV->li__2OLE),li__GBCV);
  li__WVRE(li__IBCV);
}

static void* li__NBFJ(__li__IF *li__OBFJ,__li__U *li__PBFJ)
/* (Strict TYPE{li__IF},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__SBFJ,*li__M5VJ,*li__DISM,*li__QBFJ;
  __li__K li__RBFJ;
  void *li__ECFJ;
  __li__ULSB *li__FCFJ,*li__WUAV;
  void *li__ZCFJ;
  __li__5RB *li__2CFJ;
  __li__VB1 *li__1UAV;
  __li__PO li__BVAV;
  __li__PF *li__4CFJ;
  __li__QOZB *li__GDFJ;
  __li__C li__PCFJ,li__JDFJ;
  li__SBFJ=NULL;
  li__RBFJ= 0;
  li__QPKJ:
  {
    /* __li__B__ __li__I__ */
if ((li__RBFJ <= (*(li__OBFJ->li__D0C)).li__VBM)) {
      li__ECFJ=((void **)(*(((__li__ZZC *)li__OBFJ->li__D0C))).li__RBM)[li__RBFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ECFJ)->__id==__li__DZB__) {
        li__FCFJ=li__QXVG(((__li__DZB *)li__ECFJ));
      } else /* SLOT_CODE */ {
        li__M5VJ=((__li__QWEC *)li__ECFJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__M5VJ)->__id==__li__IZB__) {
          li__FCFJ=((__li__IZB *)li__M5VJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__FCFJ=((__li__4HAD *)li__M5VJ)->li__5HAD.li__WLSB;
        };
      };
      li__WUAV=((__li__ULSB *)li__FCFJ);
      li__PCFJ=(((void *)li__WUAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__WUAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__PCFJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__PCFJ && ((void *)li__SBFJ == (void *)NULL))) {
      li__M5VJ=((void **)(*(((__li__ZZC *)li__OBFJ->li__D0C))).li__RBM)[li__RBFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__M5VJ)->__id==__li__DZB__) {
        li__DISM=((__li__DZB *)li__M5VJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DISM)->__id==__li__IZB__) {
          li__ZCFJ=((__li__IZB *)li__DISM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZCFJ=((__li__4HAD *)li__DISM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__DISM=((__li__QWEC *)li__M5VJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DISM)->__id==__li__IZB__) {
          li__ZCFJ=((__li__IZB *)li__DISM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZCFJ=((__li__4HAD *)li__DISM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ZCFJ==NULL) {
        li__DISM=NULL;
      } else {
        switch (((struct ___OBJ *)li__ZCFJ)->__id) {
        case __li__WRB__: {
          li__DISM=((void *)li__ZCFJ);
        } break;
        case __li__XRB__: {
          li__DISM=((void *)li__ZCFJ);
        } break;
        case __li__KUB__: {
          li__DISM=((void *)li__ZCFJ);
        } break;
        case __li__VB1__: {
          li__DISM=((void *)li__ZCFJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__DISM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__DISM)->__id) {
      case __li__WRB__: {
        li__2CFJ=li__Z0YI(((__li__WRB *)li__DISM),li__OBFJ);
      } break;
      case __li__XRB__: {
        li__2CFJ=li__N2YI(((__li__XRB *)((__li__WRB *)li__DISM)),li__OBFJ);
      } break;
      case __li__KUB__: {
        li__2CFJ=li__B4YI(((__li__KUB *)((__li__WRB *)li__DISM)),li__OBFJ);
      } break;
      case __li__VB1__: {
        li__1UAV=((__li__VB1 *)((__li__WRB *)li__DISM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__1UAV->li__WB1.li__P2C);
        li__BVAV=li__OBFJ->li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__BVAV);
        li__ODF();
        li__2CFJ=NULL;
      } break;
      };
      li__M5VJ=((__li__5RB *)li__2CFJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__M5VJ)->__id) {
      case __li__IF__: {
        li__4CFJ=((__li__IF *)li__M5VJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__4CFJ=((__li__ORB *)li__M5VJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__4CFJ=((__li__QRB *)li__M5VJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__4CFJ=((__li__SRB *)li__M5VJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__4CFJ=((__li__URB *)li__M5VJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__4CFJ=((__li__GSZ *)li__M5VJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__4CFJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__4CFJ=li__VYLN();
      } break;
      };
      li__DISM=li__I43C(((__li__OC1 *)li__4CFJ->li__XC1),li__PBFJ);
      li__SBFJ=li__DISM;
      /* __li__B__ __li__I__ */
if (((void *)li__DISM == (void *)NULL)) {
        li__JDFJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DISM)->__id==__li__IZB__) {
          li__GDFJ=((__li__IZB *)li__DISM)->li__O0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__GDFJ=((__li__4HAD *)li__DISM)->li__5HAD.li__O0HD;
        };
        li__JDFJ=((void *)li__GDFJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__JDFJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__M5VJ)->__id) {
        case __li__IF__: {
          li__ZCFJ=li__NBFJ(((__li__IF *)li__M5VJ),li__PBFJ);
        } break;
        case __li__ORB__: {
          li__ZCFJ=li__ZDFJ(((__li__ORB *)((__li__IF *)li__M5VJ)),li__PBFJ);
        } break;
        case __li__QRB__: {
          li__ZCFJ=li__FGFJ(((__li__QRB *)((__li__IF *)li__M5VJ)),li__PBFJ);
        } break;
        case __li__SRB__: {
          li__ZCFJ=li__RIFJ(((__li__SRB *)((__li__IF *)li__M5VJ)),li__PBFJ);
        } break;
        case __li__URB__: {
          li__ZCFJ=li__3KFJ(((__li__URB *)((__li__IF *)li__M5VJ)),li__PBFJ);
        } break;
        case __li__GSZ__: {
          li__ZCFJ=li__JNFJ(((__li__GSZ *)((__li__IF *)li__M5VJ)),li__PBFJ);
        } break;
        case __li__1RRF__: {
          li__ZCFJ=li__OCCN(((__li__1RRF *)((__li__IF *)li__M5VJ)),li__PBFJ);
        } break;
        case __li__UJSH__: {
          li__ZCFJ=li__NSRN(((__li__UJSH *)((__li__IF *)li__M5VJ)),li__PBFJ);
        } break;
        };
        li__SBFJ=li__ZCFJ;
      } else /* FALSE */ {
        li__K5RI=li__M5VJ;
      };
      li__RBFJ=(__li__K)(li__RBFJ +  1);
      goto li__QPKJ;
    };
  };
  li__QBFJ=li__SBFJ;
  return(li__QBFJ);
}

static void* li__FGFJ(__li__QRB *li__GGFJ,__li__U *li__HGFJ)
/* (Strict TYPE_VOID{li__QRB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__KGFJ,*li__U5VJ,*li__ZJSM,*li__IGFJ;
  __li__K li__JGFJ;
  void *li__2GFJ;
  __li__ULSB *li__3GFJ,*li__UVAV;
  void *li__RHFJ;
  __li__5RB *li__UHFJ;
  __li__VB1 *li__ZVAV;
  __li__PO li__5VAV;
  __li__PF *li__WHFJ;
  __li__QOZB *li__4HFJ;
  __li__C li__HHFJ,li__BIFJ;
  li__KGFJ=NULL;
  li__JGFJ= 0;
  li__GQKJ:
  {
    /* __li__B__ __li__I__ */
if ((li__JGFJ <= (*(li__GGFJ->li__RRB.li__D0C)).li__VBM)) {
      li__2GFJ=((void **)(*(((__li__ZZC *)li__GGFJ->li__RRB.li__D0C))).li__RBM)[li__JGFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2GFJ)->__id==__li__DZB__) {
        li__3GFJ=li__QXVG(((__li__DZB *)li__2GFJ));
      } else /* SLOT_CODE */ {
        li__U5VJ=((__li__QWEC *)li__2GFJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__U5VJ)->__id==__li__IZB__) {
          li__3GFJ=((__li__IZB *)li__U5VJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__3GFJ=((__li__4HAD *)li__U5VJ)->li__5HAD.li__WLSB;
        };
      };
      li__UVAV=((__li__ULSB *)li__3GFJ);
      li__HHFJ=(((void *)li__UVAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__UVAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__HHFJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__HHFJ && ((void *)li__KGFJ == (void *)NULL))) {
      li__U5VJ=((void **)(*(((__li__ZZC *)li__GGFJ->li__RRB.li__D0C))).li__RBM)[li__JGFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__U5VJ)->__id==__li__DZB__) {
        li__ZJSM=((__li__DZB *)li__U5VJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZJSM)->__id==__li__IZB__) {
          li__RHFJ=((__li__IZB *)li__ZJSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__RHFJ=((__li__4HAD *)li__ZJSM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__ZJSM=((__li__QWEC *)li__U5VJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZJSM)->__id==__li__IZB__) {
          li__RHFJ=((__li__IZB *)li__ZJSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__RHFJ=((__li__4HAD *)li__ZJSM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__RHFJ==NULL) {
        li__ZJSM=NULL;
      } else {
        switch (((struct ___OBJ *)li__RHFJ)->__id) {
        case __li__WRB__: {
          li__ZJSM=((void *)li__RHFJ);
        } break;
        case __li__XRB__: {
          li__ZJSM=((void *)li__RHFJ);
        } break;
        case __li__KUB__: {
          li__ZJSM=((void *)li__RHFJ);
        } break;
        case __li__VB1__: {
          li__ZJSM=((void *)li__RHFJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__ZJSM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__ZJSM)->__id) {
      case __li__WRB__: {
        li__UHFJ=li__ENZI(((__li__WRB *)li__ZJSM),li__GGFJ);
      } break;
      case __li__XRB__: {
        li__UHFJ=li__YOZI(((__li__XRB *)((__li__WRB *)li__ZJSM)),li__GGFJ);
      } break;
      case __li__KUB__: {
        li__UHFJ=li__MQZI(((__li__KUB *)((__li__WRB *)li__ZJSM)),li__GGFJ);
      } break;
      case __li__VB1__: {
        li__ZVAV=((__li__VB1 *)((__li__WRB *)li__ZJSM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__ZVAV->li__WB1.li__P2C);
        li__5VAV=li__GGFJ->li__RRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__5VAV);
        li__ODF();
        li__UHFJ=NULL;
      } break;
      };
      li__U5VJ=((__li__5RB *)li__UHFJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__U5VJ)->__id) {
      case __li__IF__: {
        li__WHFJ=((__li__IF *)li__U5VJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__WHFJ=((__li__ORB *)li__U5VJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__WHFJ=((__li__QRB *)li__U5VJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__WHFJ=((__li__SRB *)li__U5VJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__WHFJ=((__li__URB *)li__U5VJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__WHFJ=((__li__GSZ *)li__U5VJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__WHFJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__WHFJ=li__VYLN();
      } break;
      };
      li__ZJSM=li__I43C(((__li__OC1 *)li__WHFJ->li__XC1),li__HGFJ);
      li__KGFJ=li__ZJSM;
      /* __li__B__ __li__I__ */
if (((void *)li__ZJSM == (void *)NULL)) {
        li__BIFJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZJSM)->__id==__li__IZB__) {
          li__4HFJ=((__li__IZB *)li__ZJSM)->li__O0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__4HFJ=((__li__4HAD *)li__ZJSM)->li__5HAD.li__O0HD;
        };
        li__BIFJ=((void *)li__4HFJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__BIFJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__U5VJ)->__id) {
        case __li__IF__: {
          li__RHFJ=li__NBFJ(((__li__IF *)li__U5VJ),li__HGFJ);
        } break;
        case __li__ORB__: {
          li__RHFJ=li__ZDFJ(((__li__ORB *)((__li__IF *)li__U5VJ)),li__HGFJ);
        } break;
        case __li__QRB__: {
          li__RHFJ=li__FGFJ(((__li__QRB *)((__li__IF *)li__U5VJ)),li__HGFJ);
        } break;
        case __li__SRB__: {
          li__RHFJ=li__RIFJ(((__li__SRB *)((__li__IF *)li__U5VJ)),li__HGFJ);
        } break;
        case __li__URB__: {
          li__RHFJ=li__3KFJ(((__li__URB *)((__li__IF *)li__U5VJ)),li__HGFJ);
        } break;
        case __li__GSZ__: {
          li__RHFJ=li__JNFJ(((__li__GSZ *)((__li__IF *)li__U5VJ)),li__HGFJ);
        } break;
        case __li__1RRF__: {
          li__RHFJ=li__OCCN(((__li__1RRF *)((__li__IF *)li__U5VJ)),li__HGFJ);
        } break;
        case __li__UJSH__: {
          li__RHFJ=li__NSRN(((__li__UJSH *)((__li__IF *)li__U5VJ)),li__HGFJ);
        } break;
        };
        li__KGFJ=li__RHFJ;
      } else /* FALSE */ {
        li__K5RI=li__U5VJ;
      };
      li__JGFJ=(__li__K)(li__JGFJ +  1);
      goto li__GQKJ;
    };
  };
  li__IGFJ=li__KGFJ;
  return(li__IGFJ);
}

static void* li__RIFJ(__li__SRB *li__SIFJ,__li__U *li__TIFJ)
/* (Strict TYPE_CONTEXT{li__SRB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__WIFJ,*li__Y5VJ,*li__UKSM,*li__UIFJ;
  __li__K li__VIFJ;
  void *li__IJFJ;
  __li__ULSB *li__JJFJ,*li__DWAV;
  void *li__3JFJ;
  __li__5RB *li__AKFJ;
  __li__VB1 *li__IWAV;
  __li__PO li__OWAV;
  __li__PF *li__CKFJ;
  __li__QOZB *li__KKFJ;
  __li__C li__TJFJ,li__NKFJ;
  li__WIFJ=NULL;
  li__VIFJ= 0;
  li__RQKJ:
  {
    /* __li__B__ __li__I__ */
if ((li__VIFJ <= (*(li__SIFJ->li__TRB.li__D0C)).li__VBM)) {
      li__IJFJ=((void **)(*(((__li__ZZC *)li__SIFJ->li__TRB.li__D0C))).li__RBM)[li__VIFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IJFJ)->__id==__li__DZB__) {
        li__JJFJ=li__QXVG(((__li__DZB *)li__IJFJ));
      } else /* SLOT_CODE */ {
        li__Y5VJ=((__li__QWEC *)li__IJFJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Y5VJ)->__id==__li__IZB__) {
          li__JJFJ=((__li__IZB *)li__Y5VJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__JJFJ=((__li__4HAD *)li__Y5VJ)->li__5HAD.li__WLSB;
        };
      };
      li__DWAV=((__li__ULSB *)li__JJFJ);
      li__TJFJ=(((void *)li__DWAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__DWAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__TJFJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__TJFJ && ((void *)li__WIFJ == (void *)NULL))) {
      li__Y5VJ=((void **)(*(((__li__ZZC *)li__SIFJ->li__TRB.li__D0C))).li__RBM)[li__VIFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Y5VJ)->__id==__li__DZB__) {
        li__UKSM=((__li__DZB *)li__Y5VJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UKSM)->__id==__li__IZB__) {
          li__3JFJ=((__li__IZB *)li__UKSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__3JFJ=((__li__4HAD *)li__UKSM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__UKSM=((__li__QWEC *)li__Y5VJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UKSM)->__id==__li__IZB__) {
          li__3JFJ=((__li__IZB *)li__UKSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__3JFJ=((__li__4HAD *)li__UKSM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__3JFJ==NULL) {
        li__UKSM=NULL;
      } else {
        switch (((struct ___OBJ *)li__3JFJ)->__id) {
        case __li__WRB__: {
          li__UKSM=((void *)li__3JFJ);
        } break;
        case __li__XRB__: {
          li__UKSM=((void *)li__3JFJ);
        } break;
        case __li__KUB__: {
          li__UKSM=((void *)li__3JFJ);
        } break;
        case __li__VB1__: {
          li__UKSM=((void *)li__3JFJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__UKSM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__UKSM)->__id) {
      case __li__WRB__: {
        li__AKFJ=li__MUZI(((__li__WRB *)li__UKSM),li__SIFJ);
      } break;
      case __li__XRB__: {
        li__AKFJ=li__AWZI(((__li__XRB *)((__li__WRB *)li__UKSM)),li__SIFJ);
      } break;
      case __li__KUB__: {
        li__AKFJ=li__UXZI(((__li__KUB *)((__li__WRB *)li__UKSM)),li__SIFJ);
      } break;
      case __li__VB1__: {
        li__IWAV=((__li__VB1 *)((__li__WRB *)li__UKSM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__IWAV->li__WB1.li__P2C);
        li__OWAV=li__SIFJ->li__TRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__OWAV);
        li__ODF();
        li__AKFJ=NULL;
      } break;
      };
      li__Y5VJ=((__li__5RB *)li__AKFJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__Y5VJ)->__id) {
      case __li__IF__: {
        li__CKFJ=((__li__IF *)li__Y5VJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__CKFJ=((__li__ORB *)li__Y5VJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__CKFJ=((__li__QRB *)li__Y5VJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__CKFJ=((__li__SRB *)li__Y5VJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__CKFJ=((__li__URB *)li__Y5VJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__CKFJ=((__li__GSZ *)li__Y5VJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__CKFJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__CKFJ=li__VYLN();
      } break;
      };
      li__UKSM=li__I43C(((__li__OC1 *)li__CKFJ->li__XC1),li__TIFJ);
      li__WIFJ=li__UKSM;
      /* __li__B__ __li__I__ */
if (((void *)li__UKSM == (void *)NULL)) {
        li__NKFJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UKSM)->__id==__li__IZB__) {
          li__KKFJ=((__li__IZB *)li__UKSM)->li__O0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KKFJ=((__li__4HAD *)li__UKSM)->li__5HAD.li__O0HD;
        };
        li__NKFJ=((void *)li__KKFJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__NKFJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__Y5VJ)->__id) {
        case __li__IF__: {
          li__3JFJ=li__NBFJ(((__li__IF *)li__Y5VJ),li__TIFJ);
        } break;
        case __li__ORB__: {
          li__3JFJ=li__ZDFJ(((__li__ORB *)((__li__IF *)li__Y5VJ)),li__TIFJ);
        } break;
        case __li__QRB__: {
          li__3JFJ=li__FGFJ(((__li__QRB *)((__li__IF *)li__Y5VJ)),li__TIFJ);
        } break;
        case __li__SRB__: {
          li__3JFJ=li__RIFJ(((__li__SRB *)((__li__IF *)li__Y5VJ)),li__TIFJ);
        } break;
        case __li__URB__: {
          li__3JFJ=li__3KFJ(((__li__URB *)((__li__IF *)li__Y5VJ)),li__TIFJ);
        } break;
        case __li__GSZ__: {
          li__3JFJ=li__JNFJ(((__li__GSZ *)((__li__IF *)li__Y5VJ)),li__TIFJ);
        } break;
        case __li__1RRF__: {
          li__3JFJ=li__OCCN(((__li__1RRF *)((__li__IF *)li__Y5VJ)),li__TIFJ);
        } break;
        case __li__UJSH__: {
          li__3JFJ=li__NSRN(((__li__UJSH *)((__li__IF *)li__Y5VJ)),li__TIFJ);
        } break;
        };
        li__WIFJ=li__3JFJ;
      } else /* FALSE */ {
        li__K5RI=li__Y5VJ;
      };
      li__VIFJ=(__li__K)(li__VIFJ +  1);
      goto li__RQKJ;
    };
  };
  li__UIFJ=li__WIFJ;
  return(li__UIFJ);
}

static void* li__3KFJ(__li__URB *li__4KFJ,__li__U *li__5KFJ)
/* (Strict TYPE_ID{li__URB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__CLFJ,*li__25VJ,*li__PLSM,*li__ALFJ;
  __li__K li__BLFJ;
  void *li__ULFJ;
  __li__ULSB *li__VLFJ,*li__SWAV;
  void *li__JMFJ;
  __li__5RB *li__MMFJ;
  __li__VB1 *li__XWAV;
  __li__PO li__3WAV;
  __li__PF *li__OMFJ;
  __li__QOZB *li__WMFJ;
  __li__C li__5LFJ,li__ZMFJ;
  li__CLFJ=NULL;
  li__BLFJ= 0;
  li__2QKJ:
  {
    /* __li__B__ __li__I__ */
if ((li__BLFJ <= (*(li__4KFJ->li__VRB.li__D0C)).li__VBM)) {
      li__ULFJ=((void **)(*(((__li__ZZC *)li__4KFJ->li__VRB.li__D0C))).li__RBM)[li__BLFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ULFJ)->__id==__li__DZB__) {
        li__VLFJ=li__QXVG(((__li__DZB *)li__ULFJ));
      } else /* SLOT_CODE */ {
        li__25VJ=((__li__QWEC *)li__ULFJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__25VJ)->__id==__li__IZB__) {
          li__VLFJ=((__li__IZB *)li__25VJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__VLFJ=((__li__4HAD *)li__25VJ)->li__5HAD.li__WLSB;
        };
      };
      li__SWAV=((__li__ULSB *)li__VLFJ);
      li__5LFJ=(((void *)li__SWAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__SWAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__5LFJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__5LFJ && ((void *)li__CLFJ == (void *)NULL))) {
      li__25VJ=((void **)(*(((__li__ZZC *)li__4KFJ->li__VRB.li__D0C))).li__RBM)[li__BLFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__25VJ)->__id==__li__DZB__) {
        li__PLSM=((__li__DZB *)li__25VJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PLSM)->__id==__li__IZB__) {
          li__JMFJ=((__li__IZB *)li__PLSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__JMFJ=((__li__4HAD *)li__PLSM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__PLSM=((__li__QWEC *)li__25VJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PLSM)->__id==__li__IZB__) {
          li__JMFJ=((__li__IZB *)li__PLSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__JMFJ=((__li__4HAD *)li__PLSM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__JMFJ==NULL) {
        li__PLSM=NULL;
      } else {
        switch (((struct ___OBJ *)li__JMFJ)->__id) {
        case __li__WRB__: {
          li__PLSM=((void *)li__JMFJ);
        } break;
        case __li__XRB__: {
          li__PLSM=((void *)li__JMFJ);
        } break;
        case __li__KUB__: {
          li__PLSM=((void *)li__JMFJ);
        } break;
        case __li__VB1__: {
          li__PLSM=((void *)li__JMFJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__PLSM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__PLSM)->__id) {
      case __li__WRB__: {
        li__MMFJ=li__P2ZI(((__li__WRB *)li__PLSM),li__4KFJ);
      } break;
      case __li__XRB__: {
        li__MMFJ=li__D4ZI(((__li__XRB *)((__li__WRB *)li__PLSM)),li__4KFJ);
      } break;
      case __li__KUB__: {
        li__MMFJ=li__X5ZI(((__li__KUB *)((__li__WRB *)li__PLSM)),li__4KFJ);
      } break;
      case __li__VB1__: {
        li__XWAV=((__li__VB1 *)((__li__WRB *)li__PLSM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__XWAV->li__WB1.li__P2C);
        li__3WAV=li__4KFJ->li__VRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__3WAV);
        li__ODF();
        li__MMFJ=NULL;
      } break;
      };
      li__25VJ=((__li__5RB *)li__MMFJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__25VJ)->__id) {
      case __li__IF__: {
        li__OMFJ=((__li__IF *)li__25VJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__OMFJ=((__li__ORB *)li__25VJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__OMFJ=((__li__QRB *)li__25VJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__OMFJ=((__li__SRB *)li__25VJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__OMFJ=((__li__URB *)li__25VJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__OMFJ=((__li__GSZ *)li__25VJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__OMFJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__OMFJ=li__VYLN();
      } break;
      };
      li__PLSM=li__I43C(((__li__OC1 *)li__OMFJ->li__XC1),li__5KFJ);
      li__CLFJ=li__PLSM;
      /* __li__B__ __li__I__ */
if (((void *)li__PLSM == (void *)NULL)) {
        li__ZMFJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PLSM)->__id==__li__IZB__) {
          li__WMFJ=((__li__IZB *)li__PLSM)->li__O0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WMFJ=((__li__4HAD *)li__PLSM)->li__5HAD.li__O0HD;
        };
        li__ZMFJ=((void *)li__WMFJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__ZMFJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__25VJ)->__id) {
        case __li__IF__: {
          li__JMFJ=li__NBFJ(((__li__IF *)li__25VJ),li__5KFJ);
        } break;
        case __li__ORB__: {
          li__JMFJ=li__ZDFJ(((__li__ORB *)((__li__IF *)li__25VJ)),li__5KFJ);
        } break;
        case __li__QRB__: {
          li__JMFJ=li__FGFJ(((__li__QRB *)((__li__IF *)li__25VJ)),li__5KFJ);
        } break;
        case __li__SRB__: {
          li__JMFJ=li__RIFJ(((__li__SRB *)((__li__IF *)li__25VJ)),li__5KFJ);
        } break;
        case __li__URB__: {
          li__JMFJ=li__3KFJ(((__li__URB *)((__li__IF *)li__25VJ)),li__5KFJ);
        } break;
        case __li__GSZ__: {
          li__JMFJ=li__JNFJ(((__li__GSZ *)((__li__IF *)li__25VJ)),li__5KFJ);
        } break;
        case __li__1RRF__: {
          li__JMFJ=li__OCCN(((__li__1RRF *)((__li__IF *)li__25VJ)),li__5KFJ);
        } break;
        case __li__UJSH__: {
          li__JMFJ=li__NSRN(((__li__UJSH *)((__li__IF *)li__25VJ)),li__5KFJ);
        } break;
        };
        li__CLFJ=li__JMFJ;
      } else /* FALSE */ {
        li__K5RI=li__25VJ;
      };
      li__BLFJ=(__li__K)(li__BLFJ +  1);
      goto li__2QKJ;
    };
  };
  li__ALFJ=li__CLFJ;
  return(li__ALFJ);
}

static void* li__JNFJ(__li__GSZ *li__KNFJ,__li__U *li__LNFJ)
/* (Strict TYPE_GENERIC{li__GSZ},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__ONFJ,*li__AAWJ,*li__KMSM,*li__MNFJ;
  __li__K li__NNFJ;
  void *li__AOFJ;
  __li__ULSB *li__BOFJ,*li__BXAV;
  void *li__VOFJ;
  __li__5RB *li__YOFJ;
  __li__PF *li__0OFJ;
  __li__QOZB *li__CPFJ;
  __li__C li__LOFJ,li__FPFJ;
  li__ONFJ=NULL;
  li__NNFJ= 0;
  li__HRKJ:
  {
    /* __li__B__ __li__I__ */
if ((li__NNFJ <= (*(li__KNFJ->li__HSZ.li__D0C)).li__VBM)) {
      li__AOFJ=((void **)(*(((__li__ZZC *)li__KNFJ->li__HSZ.li__D0C))).li__RBM)[li__NNFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__AOFJ)->__id==__li__DZB__) {
        li__BOFJ=li__QXVG(((__li__DZB *)li__AOFJ));
      } else /* SLOT_CODE */ {
        li__AAWJ=((__li__QWEC *)li__AOFJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__AAWJ)->__id==__li__IZB__) {
          li__BOFJ=((__li__IZB *)li__AAWJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__BOFJ=((__li__4HAD *)li__AAWJ)->li__5HAD.li__WLSB;
        };
      };
      li__BXAV=((__li__ULSB *)li__BOFJ);
      li__LOFJ=(((void *)li__BXAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__BXAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__LOFJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__LOFJ && ((void *)li__ONFJ == (void *)NULL))) {
      li__AAWJ=((void **)(*(((__li__ZZC *)li__KNFJ->li__HSZ.li__D0C))).li__RBM)[li__NNFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__AAWJ)->__id==__li__DZB__) {
        li__KMSM=((__li__DZB *)li__AAWJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KMSM)->__id==__li__IZB__) {
          li__VOFJ=((__li__IZB *)li__KMSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__VOFJ=((__li__4HAD *)li__KMSM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__KMSM=((__li__QWEC *)li__AAWJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KMSM)->__id==__li__IZB__) {
          li__VOFJ=((__li__IZB *)li__KMSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__VOFJ=((__li__4HAD *)li__KMSM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__VOFJ==NULL) {
        li__KMSM=NULL;
      } else {
        switch (((struct ___OBJ *)li__VOFJ)->__id) {
        case __li__WRB__: {
          li__KMSM=((void *)li__VOFJ);
        } break;
        case __li__XRB__: {
          li__KMSM=((void *)li__VOFJ);
        } break;
        case __li__KUB__: {
          li__KMSM=((void *)li__VOFJ);
        } break;
        case __li__VB1__: {
          li__KMSM=((void *)li__VOFJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__KMSM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__KMSM)->__id) {
      case __li__WRB__: {
        li__YOFJ=li__ZURF(((__li__WRB *)li__KMSM),li__KNFJ);
      } break;
      case __li__XRB__: {
        li__YOFJ=li__NWRF(((__li__XRB *)((__li__WRB *)li__KMSM)),li__KNFJ);
      } break;
      case __li__KUB__: {
        li__YOFJ=li__BYRF(((__li__KUB *)((__li__WRB *)li__KMSM)),li__KNFJ);
      } break;
      case __li__VB1__: {
        li__YOFJ=li__G0RF(((__li__VB1 *)((__li__WRB *)li__KMSM)),li__KNFJ);
      } break;
      };
      li__AAWJ=((__li__5RB *)li__YOFJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__AAWJ)->__id) {
      case __li__IF__: {
        li__0OFJ=((__li__IF *)li__AAWJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__0OFJ=((__li__ORB *)li__AAWJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__0OFJ=((__li__QRB *)li__AAWJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__0OFJ=((__li__SRB *)li__AAWJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__0OFJ=((__li__URB *)li__AAWJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__0OFJ=((__li__GSZ *)li__AAWJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__0OFJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__0OFJ=li__VYLN();
      } break;
      };
      li__KMSM=li__I43C(((__li__OC1 *)li__0OFJ->li__XC1),li__LNFJ);
      li__ONFJ=li__KMSM;
      /* __li__B__ __li__I__ */
if (((void *)li__KMSM == (void *)NULL)) {
        li__FPFJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KMSM)->__id==__li__IZB__) {
          li__CPFJ=((__li__IZB *)li__KMSM)->li__O0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__CPFJ=((__li__4HAD *)li__KMSM)->li__5HAD.li__O0HD;
        };
        li__FPFJ=((void *)li__CPFJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__FPFJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__AAWJ)->__id) {
        case __li__IF__: {
          li__VOFJ=li__NBFJ(((__li__IF *)li__AAWJ),li__LNFJ);
        } break;
        case __li__ORB__: {
          li__VOFJ=li__ZDFJ(((__li__ORB *)((__li__IF *)li__AAWJ)),li__LNFJ);
        } break;
        case __li__QRB__: {
          li__VOFJ=li__FGFJ(((__li__QRB *)((__li__IF *)li__AAWJ)),li__LNFJ);
        } break;
        case __li__SRB__: {
          li__VOFJ=li__RIFJ(((__li__SRB *)((__li__IF *)li__AAWJ)),li__LNFJ);
        } break;
        case __li__URB__: {
          li__VOFJ=li__3KFJ(((__li__URB *)((__li__IF *)li__AAWJ)),li__LNFJ);
        } break;
        case __li__GSZ__: {
          li__VOFJ=li__JNFJ(((__li__GSZ *)((__li__IF *)li__AAWJ)),li__LNFJ);
        } break;
        case __li__1RRF__: {
          li__VOFJ=li__OCCN(((__li__1RRF *)((__li__IF *)li__AAWJ)),li__LNFJ);
        } break;
        case __li__UJSH__: {
          li__VOFJ=li__NSRN(((__li__UJSH *)((__li__IF *)li__AAWJ)),li__LNFJ);
        } break;
        };
        li__ONFJ=li__VOFJ;
      } else /* FALSE */ {
        li__K5RI=li__AAWJ;
      };
      li__NNFJ=(__li__K)(li__NNFJ +  1);
      goto li__HRKJ;
    };
  };
  li__MNFJ=li__ONFJ;
  return(li__MNFJ);
}

static void li__RRKJ(__li__TOLE *li__SRKJ,void *li__TRKJ)
/* (Strict FAST_ARRAY(INSTR){li__TOLE},INSTR{NULLxli__KIxli__WKxli__T0Bxli__O3Bxli__AVBDxli__KVBDxli__WVBDxli__IYBDxli__ODIDxli__OWRExli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__RLKJxli__5LKJxli__LHBKxli__KMFKxli__XOHLxli__FPHLxli__DFNLxli__3I3Lxli__APLMxli__DTNMxli__JXNMxli__2PLOxli__21LOxli__TPOOxli__URROxli__41XOxli__EDHPxli__CJ1Pxli__EN1Pxli__AKBRxli__SU5Rxli__JV5R}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__0IYJ,*li__1IYJ;
  li__P2VG(li__SRKJ,li__TRKJ);
  /* __li__B__ __li__I__ */
if (((*(li__SRKJ)).li__FPYE !=  0)) {
    /* __li__B__ __li__I__ */
if (((*(li__SRKJ)).li__FPYE ==  1)) {
      li__0IYJ=((void **)(*(li__SRKJ)).li__S3VG)[ 0];
      li__1IYJ=((void **)(*(li__SRKJ)).li__S3VG)[ 1];
      ((void **)(*(li__SRKJ)).li__S3VG)[ 0]=li__1IYJ;
      ((void **)(*(li__SRKJ)).li__S3VG)[ 1]=li__0IYJ;
    } else /* FALSE */ {
      li__2CJI(li__SRKJ, 0,(__li__K)((*(li__SRKJ)).li__FPYE -  1));
      ((void **)(*(li__SRKJ)).li__S3VG)[ 0]=li__TRKJ;
    };
  };
}

static void** li__EKQD(__li__K li__GKQD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__QAYD;
  __li__K li__AETE;
  void **li__UAYD,**li__HKQD;
  li__QAYD=li__HJU(((__li__JJG )(__li__K)(li__GKQD * ((__li__K )(sizeof(void *))))));
  li__UAYD=((void **)li__QAYD);
  li__AETE=(__li__K)(li__GKQD -  1);
  while ((li__AETE >=  0)) {
    li__UAYD[li__AETE]=NULL;
    li__AETE=(__li__K)(li__AETE -  1);
  };
  li__HKQD=li__UAYD;
  return(li__HKQD);
}

static void li__IBBE(__li__XHQB *li__JBBE)
/* (Strict HASHED_SET(TYPE){li__XHQB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__TBBE,li__KBBE,li__U55U,li__RCBE;
  void *li__QCBE;
  __li__NXDD *li__OBBE,*li__PBBE;
  void **li__NBBE,**li__WBBE;
  li__OBBE=NULL;
  li__PBBE=NULL;
  li__TBBE=li__YDQ((__li__K)(li__JBBE->li__TXDD +  1));
  li__NBBE=li__JBBE->li__0XDD;
  li__WBBE=li__EKQD(li__TBBE);
  li__JBBE->li__0XDD=li__WBBE;
  li__KBBE=(__li__K)(li__JBBE->li__TXDD -  1);
  li__JBBE->li__TXDD=li__TBBE;
  while ((! (li__KBBE <  0))) {
    li__OBBE=((void **)li__NBBE)[li__KBBE];
    while (((void *)li__OBBE != (void *)NULL)) {
      li__PBBE=li__OBBE->li__RYDD;
      li__QCBE=li__OBBE->li__GYDD;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__GSZ__ */
switch (((struct ___OBJ *)li__QCBE)->__id) {
      case __li__IF__: {
        li__U55U=li__AIO(((__li__U *)((__li__IF *)li__QCBE)->li__QGQB));
        li__RCBE=li__U55U;
      } break;
      case __li__ORB__: {
        li__U55U=li__AIO((&__string_1));
        li__RCBE=li__U55U;
      } break;
      case __li__QRB__: {
        li__U55U=li__AIO((&__string_2));
        li__RCBE=li__U55U;
      } break;
      case __li__SRB__: {
        li__U55U=li__AIO((&__string_51));
        li__RCBE=li__U55U;
      } break;
      case __li__GSZ__: {
        li__U55U=li__AIO(((__li__U *)((__li__GSZ *)li__QCBE)->li__HSZ.li__QGQB));
        li__RCBE=li__U55U;
      } break;
      };
      li__U55U=(__li__K)(li__RCBE % li__JBBE->li__TXDD);
      ((__li__NXDD *)li__OBBE)->li__RYDD=((void **)li__JBBE->li__0XDD)[li__U55U];
      ((void **)li__JBBE->li__0XDD)[li__U55U]=li__OBBE;
      li__OBBE=li__PBBE;
    };
    li__KBBE=(__li__K)(li__KBBE -  1);
  };
}

static __li__NXDD* li__IYXD(void *li__KYXD,__li__NXDD *li__LYXD)
/* (TYPE{li__IFxli__ORBxli__QRBxli__SRBxli__GSZ},Strict HASHED_SET_NODE(TYPE){NULLxli__NXDD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__0ANE,li__FAAV;
  __li__JJG li__CBNE,li__IAAV,li__DAAV;
  __li__K li__NBNE;
  __li__52B li__TAAV;
  __li__NXDD *li__ZANE,*li__CCNE,*li__MYXD;
  li__ZANE=NULL;
  li__0ANE=((__li__CB )(NULL));
  li__CBNE=((__li__JJG )sizeof(__li__NXDD));
  /* __li__B__ __li__I__ */
if ((li__CBNE ==  0)) {
    li__ZANE=li__NXDD__;
  } else /* FALSE */ {
    li__NBNE=__li__NXDD__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__CBNE));
    /* __li__B__ __li__I__ */
if ((li__NBNE == (__li__K)(-  1))) {
      li__IAAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DAAV=(__li__JJG)((__li__JJG)(li__CBNE - (__li__JJG)(((__li__JJG ) 0) - li__IAAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IAAV) - ((__li__JJG ) 1)));
      li__IAAV=(__li__JJG)(li__DAAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__FAAV=li__YCJ(li__DAAV,((__li__CB )(&(table_size[(li__IAAV)-1]))),((__li__52B )li__DAAV));
      li__0ANE=li__FAAV;
    } else /* FALSE */ {
      li__TAAV=((__li__52B )li__NBNE);
      li__IAAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__DAAV=(__li__JJG)((__li__JJG)(li__CBNE - (__li__JJG)(((__li__JJG ) 0) - li__IAAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__IAAV) - ((__li__JJG ) 1)));
      li__FAAV=li__YCJ(li__DAAV,((__li__CB )(&(table_type[(li__TAAV)]))),(__li__52B)(li__TAAV |  1));
      li__0ANE=li__FAAV;
    };
    li__CCNE=((__li__NXDD *)li__0ANE);
    li__ZANE=li__CCNE;
    *(li__CCNE) = *(li__NXDD__);
  };
  li__CCNE=((__li__NXDD *)li__ZANE);
  li__CCNE->li__GYDD=li__KYXD;
  li__CCNE->li__RYDD=li__LYXD;
  li__MYXD=li__ZANE;
  return(li__MYXD);
}

static __li__5RB* li__NSCL(__li__WRB *li__OSCL,void *li__PSCL)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{li__1RRF}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__RSCL,*li__4TCL,*li__QSCL;
  __li__U *li__SSCL;
  __li__PF *li__CBAV;
  __li__C li__1SCL;
  li__RSCL=NULL;
  li__SSCL=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__OSCL == (void *)li__PMZ)) {
    li__RSCL=li__ORB__->li__PRB.li__J0C;
    li__1SCL=li__B__;
  } else /* FALSE */ {
    li__1SCL=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__1SCL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__OSCL == (void *)li__3MZ)) {
      li__RSCL=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__PSCL != (void *)NULL)) {
        li__CBAV=li__QLKI();
        li__SSCL=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__CBAV->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__SSCL=li__MPB;
      };
      li__4TCL=li__B0MB(li__SSCL,li__OSCL);
      li__RSCL=li__4TCL;
    };
  };
  li__QSCL=li__RSCL;
  return(li__QSCL);
}

static __li__5RB* li__BUCL(__li__XRB *li__CUCL,void *li__DUCL)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{li__1RRF}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__FUCL,*li__SVCL,*li__EUCL;
  __li__U *li__GUCL;
  __li__PF *li__EBAV;
  __li__C li__PUCL;
  li__FUCL=NULL;
  li__GUCL=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__CUCL == (void *)li__PMZ)) {
    li__FUCL=li__ORB__->li__PRB.li__J0C;
    li__PUCL=li__B__;
  } else /* FALSE */ {
    li__PUCL=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__PUCL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__CUCL == (void *)li__3MZ)) {
      li__FUCL=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__DUCL != (void *)NULL)) {
        li__EBAV=li__QLKI();
        li__GUCL=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__EBAV->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__GUCL=li__MPB;
      };
      li__SVCL=li__I2MB(li__GUCL,li__CUCL);
      li__FUCL=li__SVCL;
    };
  };
  li__EUCL=li__FUCL;
  return(li__EUCL);
}

static __li__5RB* li__VVCL(__li__KUB *li__WVCL,void *li__XVCL)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{li__1RRF}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__0VCL,*li__2VCL,*li__HWCL,*li__YVCL;
  __li__U *li__3VCL;
  __li__K li__1VCL,li__IWCL;
  void *li__GWCL;
  __li__PF *li__GBAV;
  __li__3PZ *li__4VCL,*li__ZVCL,*li__FXCL;
  li__0VCL=NULL;
  li__2VCL=NULL;
  li__3VCL=NULL;
  li__4VCL=li__DG3();
  li__ZVCL=li__4VCL;
  li__1VCL= 0;
  do {
    li__GWCL=((void **)(*(((__li__CRB *)li__WVCL->li__EDD))).li__V1BD)[li__1VCL];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__GWCL)->__id) {
    case __li__WRB__: {
      li__HWCL=li__WLRF(((__li__WRB *)li__GWCL),li__XVCL);
    } break;
    case __li__XRB__: {
      li__HWCL=li__KNRF(((__li__XRB *)((__li__WRB *)li__GWCL)),li__XVCL);
    } break;
    case __li__KUB__: {
      li__HWCL=li__4ORF(((__li__KUB *)((__li__WRB *)li__GWCL)),li__XVCL);
    } break;
    case __li__VB1__: {
      li__HWCL=li__DRRF(((__li__VB1 *)((__li__WRB *)li__GWCL)),li__XVCL);
    } break;
    case __li__4O2B__: {
      li__HWCL=li__XRRF(((__li__4O2B *)((__li__WRB *)li__GWCL)),li__XVCL);
    } break;
    };
    li__0VCL=li__HWCL;
    li__4RFC(((__li__3PZ *)li__ZVCL),li__0VCL);
    li__IWCL=(__li__K)(li__1VCL +  1);
    li__1VCL=li__IWCL;
  } while (((li__IWCL <= (*(li__WVCL->li__EDD)).li__5QZ) && ((void *)li__0VCL != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__0VCL == (void *)NULL)) {
    li__OHGB(li__4VCL);
  } else /* FALSE */ {
    li__FXCL=li__SHGB(li__4VCL);
    li__ZVCL=li__FXCL;
    /* __li__B__ __li__I__ */
if (((void *)li__XVCL != (void *)NULL)) {
      li__GBAV=li__QLKI();
      li__3VCL=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__GBAV->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__3VCL=li__MPB;
    };
    li__HWCL=li__DJGB(li__3VCL,li__WVCL,li__FXCL);
    li__2VCL=li__HWCL;
  };
  li__YVCL=li__2VCL;
  return(li__YVCL);
}

static void* li__0XCL(__li__VB1 *li__1XCL)
/* (Strict ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PF *li__KBAV;
  __li__PO li__HYCL;
  void *li__3XCL;
  li__HEZ(((__li__BC *)li__0C),(&__string_354));
  li__JAZ(((__li__BC *)li__0C),li__1XCL->li__WB1.li__P2C);
  li__KBAV=li__QLKI();
  li__HYCL=li__KBAV->li__SF.li__RF.li__0CC;
  li__K4E( 1,li__0C);
  li__V5E(li__HYCL);
  li__ODF();
  li__3XCL=NULL;
  return(li__3XCL);
}

static void** li__53PQ(__li__K li__B4PQ)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__DIUQ;
  __li__K li__1N5Q;
  void **li__HIUQ,**li__C4PQ;
  li__DIUQ=li__HJU(((__li__JJG )(__li__K)(li__B4PQ * ((__li__K )(sizeof(void *))))));
  li__HIUQ=((void **)li__DIUQ);
  li__1N5Q=(__li__K)(li__B4PQ -  1);
  while ((li__1N5Q >=  0)) {
    li__HIUQ[li__1N5Q]=NULL;
    li__1N5Q=(__li__K)(li__1N5Q -  1);
  };
  li__C4PQ=li__HIUQ;
  return(li__C4PQ);
}

static __li__C li__2HSQ(__li__IF *li__3HSQ,__li__U *li__4HSQ)
/* (Strict TYPE{li__IF},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__BISQ;
  void *li__5ISQ;
  __li__ULSB *li__AJSQ,*li__AMAV;
  void *li__0S0Q,*li__WFWR;
  void *li__4JSQ;
  __li__5RB *li__BKSQ;
  __li__VB1 *li__IMAV;
  __li__PO li__OMAV;
  __li__C li__AISQ,li__LJSQ,li__DKSQ,li__5HSQ;
  li__AISQ=li__I__;
  li__BISQ= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__4HSQ == (void *)li__3HSQ->li__TF->li__SF.li__R2B)) {
    li__AISQ=li__B__;
  } else /* FALSE */ {
    li__BISQ= 0;
    li__TIYQ:
    {
      /* __li__B__ __li__I__ */
if ((li__BISQ <= (*(li__3HSQ->li__D0C)).li__VBM)) {
        li__5ISQ=((void **)(*(((__li__ZZC *)li__3HSQ->li__D0C))).li__RBM)[li__BISQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5ISQ)->__id==__li__DZB__) {
          li__AJSQ=li__QXVG(((__li__DZB *)li__5ISQ));
        } else /* SLOT_CODE */ {
          li__0S0Q=((__li__QWEC *)li__5ISQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0S0Q)->__id==__li__IZB__) {
            li__AJSQ=((__li__IZB *)li__0S0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__AJSQ=((__li__4HAD *)li__0S0Q)->li__5HAD.li__WLSB;
          };
        };
        li__AMAV=((__li__ULSB *)li__AJSQ);
        li__LJSQ=(((void *)li__AMAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__AMAV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__LJSQ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__LJSQ && (! li__AISQ))) {
        li__5ISQ=((void **)(*(((__li__ZZC *)li__3HSQ->li__D0C))).li__RBM)[li__BISQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5ISQ)->__id==__li__DZB__) {
          li__AJSQ=li__QXVG(((__li__DZB *)li__5ISQ));
        } else /* SLOT_CODE */ {
          li__0S0Q=((__li__QWEC *)li__5ISQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0S0Q)->__id==__li__IZB__) {
            li__AJSQ=((__li__IZB *)li__0S0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__AJSQ=((__li__4HAD *)li__0S0Q)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__AJSQ)->li__XNKE == (void *)(&__string_29))) {
          li__0S0Q=((void **)(*(((__li__ZZC *)li__3HSQ->li__D0C))).li__RBM)[li__BISQ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__0S0Q)->__id==__li__DZB__) {
            li__WFWR=((__li__DZB *)li__0S0Q)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WFWR)->__id==__li__IZB__) {
              li__4JSQ=((__li__IZB *)li__WFWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__4JSQ=((__li__4HAD *)li__WFWR)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__WFWR=((__li__QWEC *)li__0S0Q)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WFWR)->__id==__li__IZB__) {
              li__4JSQ=((__li__IZB *)li__WFWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__4JSQ=((__li__4HAD *)li__WFWR)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__4JSQ==NULL) {
            li__WFWR=NULL;
          } else {
            switch (((struct ___OBJ *)li__4JSQ)->__id) {
            case __li__WRB__: {
              li__WFWR=((void *)li__4JSQ);
            } break;
            case __li__XRB__: {
              li__WFWR=((void *)li__4JSQ);
            } break;
            case __li__KUB__: {
              li__WFWR=((void *)li__4JSQ);
            } break;
            case __li__VB1__: {
              li__WFWR=((void *)li__4JSQ);
            } break;
            case __li__UL2B__: 
            case __li__4O2B__: {
              li__WFWR=NULL;
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__WFWR)->__id) {
          case __li__WRB__: {
            li__BKSQ=li__Z0YI(((__li__WRB *)li__WFWR),li__3HSQ);
          } break;
          case __li__XRB__: {
            li__BKSQ=li__N2YI(((__li__XRB *)((__li__WRB *)li__WFWR)),li__3HSQ);
          } break;
          case __li__KUB__: {
            li__BKSQ=li__B4YI(((__li__KUB *)((__li__WRB *)li__WFWR)),li__3HSQ);
          } break;
          case __li__VB1__: {
            li__IMAV=((__li__VB1 *)((__li__WRB *)li__WFWR));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__IMAV->li__WB1.li__P2C);
            li__OMAV=li__3HSQ->li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__OMAV);
            li__ODF();
            li__BKSQ=NULL;
          } break;
          };
          li__0S0Q=((__li__5RB *)li__BKSQ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__0S0Q)->__id) {
          case __li__IF__: {
            li__DKSQ=li__2HSQ(((__li__IF *)li__0S0Q),li__4HSQ);
          } break;
          case __li__ORB__: {
            li__DKSQ=li__KKSQ(((__li__ORB *)((__li__IF *)li__0S0Q)),li__4HSQ);
          } break;
          case __li__QRB__: {
            li__DKSQ=li__YMSQ(((__li__QRB *)((__li__IF *)li__0S0Q)),li__4HSQ);
          } break;
          case __li__SRB__: {
            li__DKSQ=li__GPSQ(((__li__SRB *)((__li__IF *)li__0S0Q)),li__4HSQ);
          } break;
          case __li__URB__: {
            li__DKSQ=li__URSQ(((__li__URB *)((__li__IF *)li__0S0Q)),li__4HSQ);
          } break;
          case __li__GSZ__: {
            li__DKSQ=li__CUSQ(((__li__GSZ *)((__li__IF *)li__0S0Q)),li__4HSQ);
          } break;
          case __li__1RRF__: {
            li__DKSQ=li__QWSQ(((__li__1RRF *)((__li__IF *)li__0S0Q)),li__4HSQ);
          } break;
          case __li__UJSH__: {
            li__DKSQ=li__4YSQ(((__li__UJSH *)((__li__IF *)li__0S0Q)),li__4HSQ);
          } break;
          };
          li__AISQ=li__DKSQ;
        };
        li__BISQ=(__li__K)(li__BISQ +  1);
        goto li__TIYQ;
      };
    };
  };
  li__5HSQ=li__AISQ;
  return(li__5HSQ);
}

static __li__C li__KKSQ(__li__ORB *li__LKSQ,__li__U *li__MKSQ)
/* (Strict TYPE_NULL{li__ORB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__PKSQ;
  void *li__NLSQ;
  __li__ULSB *li__OLSQ,*li__SMAV;
  void *li__4S0Q,*li__FGWR;
  void *li__MMSQ;
  __li__5RB *li__PMSQ;
  __li__VB1 *li__0MAV;
  __li__PO li__ANAV;
  __li__C li__OKSQ,li__ZLSQ,li__RMSQ,li__NKSQ;
  li__OKSQ=li__I__;
  li__PKSQ= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__MKSQ == (void *)li__LKSQ->li__PRB.li__TF->li__SF.li__R2B)) {
    li__OKSQ=li__B__;
  } else /* FALSE */ {
    li__PKSQ= 0;
    li__4IYQ:
    {
      /* __li__B__ __li__I__ */
if ((li__PKSQ <= (*(li__LKSQ->li__PRB.li__D0C)).li__VBM)) {
        li__NLSQ=((void **)(*(((__li__ZZC *)li__LKSQ->li__PRB.li__D0C))).li__RBM)[li__PKSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__NLSQ)->__id==__li__DZB__) {
          li__OLSQ=li__QXVG(((__li__DZB *)li__NLSQ));
        } else /* SLOT_CODE */ {
          li__4S0Q=((__li__QWEC *)li__NLSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4S0Q)->__id==__li__IZB__) {
            li__OLSQ=((__li__IZB *)li__4S0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__OLSQ=((__li__4HAD *)li__4S0Q)->li__5HAD.li__WLSB;
          };
        };
        li__SMAV=((__li__ULSB *)li__OLSQ);
        li__ZLSQ=(((void *)li__SMAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__SMAV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__ZLSQ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__ZLSQ && (! li__OKSQ))) {
        li__NLSQ=((void **)(*(((__li__ZZC *)li__LKSQ->li__PRB.li__D0C))).li__RBM)[li__PKSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__NLSQ)->__id==__li__DZB__) {
          li__OLSQ=li__QXVG(((__li__DZB *)li__NLSQ));
        } else /* SLOT_CODE */ {
          li__4S0Q=((__li__QWEC *)li__NLSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4S0Q)->__id==__li__IZB__) {
            li__OLSQ=((__li__IZB *)li__4S0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__OLSQ=((__li__4HAD *)li__4S0Q)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__OLSQ)->li__XNKE == (void *)(&__string_29))) {
          li__4S0Q=((void **)(*(((__li__ZZC *)li__LKSQ->li__PRB.li__D0C))).li__RBM)[li__PKSQ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4S0Q)->__id==__li__DZB__) {
            li__FGWR=((__li__DZB *)li__4S0Q)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FGWR)->__id==__li__IZB__) {
              li__MMSQ=((__li__IZB *)li__FGWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__MMSQ=((__li__4HAD *)li__FGWR)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__FGWR=((__li__QWEC *)li__4S0Q)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__FGWR)->__id==__li__IZB__) {
              li__MMSQ=((__li__IZB *)li__FGWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__MMSQ=((__li__4HAD *)li__FGWR)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__MMSQ==NULL) {
            li__FGWR=NULL;
          } else {
            switch (((struct ___OBJ *)li__MMSQ)->__id) {
            case __li__WRB__: {
              li__FGWR=((void *)li__MMSQ);
            } break;
            case __li__XRB__: {
              li__FGWR=((void *)li__MMSQ);
            } break;
            case __li__KUB__: {
              li__FGWR=((void *)li__MMSQ);
            } break;
            case __li__VB1__: {
              li__FGWR=((void *)li__MMSQ);
            } break;
            case __li__UL2B__: 
            case __li__4O2B__: {
              li__FGWR=NULL;
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__FGWR)->__id) {
          case __li__WRB__: {
            li__PMSQ=li__2FZI(((__li__WRB *)li__FGWR),li__LKSQ);
          } break;
          case __li__XRB__: {
            li__PMSQ=li__QHZI(((__li__XRB *)((__li__WRB *)li__FGWR)),li__LKSQ);
          } break;
          case __li__KUB__: {
            li__PMSQ=li__EJZI(((__li__KUB *)((__li__WRB *)li__FGWR)),li__LKSQ);
          } break;
          case __li__VB1__: {
            li__0MAV=((__li__VB1 *)((__li__WRB *)li__FGWR));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__0MAV->li__WB1.li__P2C);
            li__ANAV=li__LKSQ->li__PRB.li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__ANAV);
            li__ODF();
            li__PMSQ=NULL;
          } break;
          };
          li__4S0Q=((__li__5RB *)li__PMSQ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__4S0Q)->__id) {
          case __li__IF__: {
            li__RMSQ=li__2HSQ(((__li__IF *)li__4S0Q),li__MKSQ);
          } break;
          case __li__ORB__: {
            li__RMSQ=li__KKSQ(((__li__ORB *)((__li__IF *)li__4S0Q)),li__MKSQ);
          } break;
          case __li__QRB__: {
            li__RMSQ=li__YMSQ(((__li__QRB *)((__li__IF *)li__4S0Q)),li__MKSQ);
          } break;
          case __li__SRB__: {
            li__RMSQ=li__GPSQ(((__li__SRB *)((__li__IF *)li__4S0Q)),li__MKSQ);
          } break;
          case __li__URB__: {
            li__RMSQ=li__URSQ(((__li__URB *)((__li__IF *)li__4S0Q)),li__MKSQ);
          } break;
          case __li__GSZ__: {
            li__RMSQ=li__CUSQ(((__li__GSZ *)((__li__IF *)li__4S0Q)),li__MKSQ);
          } break;
          case __li__1RRF__: {
            li__RMSQ=li__QWSQ(((__li__1RRF *)((__li__IF *)li__4S0Q)),li__MKSQ);
          } break;
          case __li__UJSH__: {
            li__RMSQ=li__4YSQ(((__li__UJSH *)((__li__IF *)li__4S0Q)),li__MKSQ);
          } break;
          };
          li__OKSQ=li__RMSQ;
        };
        li__PKSQ=(__li__K)(li__PKSQ +  1);
        goto li__4IYQ;
      };
    };
  };
  li__NKSQ=li__OKSQ;
  return(li__NKSQ);
}

static __li__C li__YMSQ(__li__QRB *li__ZMSQ,__li__U *li__0MSQ)
/* (Strict TYPE_VOID{li__QRB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__3MSQ;
  void *li__1NSQ;
  __li__ULSB *li__2NSQ,*li__ENAV;
  void *li__CT0Q,*li__UGWR;
  void *li__0OSQ;
  __li__5RB *li__3OSQ;
  __li__VB1 *li__MNAV;
  __li__PO li__SNAV;
  __li__C li__2MSQ,li__HOSQ,li__5OSQ,li__1MSQ;
  li__2MSQ=li__I__;
  li__3MSQ= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__0MSQ == (void *)li__ZMSQ->li__RRB.li__TF->li__SF.li__R2B)) {
    li__2MSQ=li__B__;
  } else /* FALSE */ {
    li__3MSQ= 0;
    li__JJYQ:
    {
      /* __li__B__ __li__I__ */
if ((li__3MSQ <= (*(li__ZMSQ->li__RRB.li__D0C)).li__VBM)) {
        li__1NSQ=((void **)(*(((__li__ZZC *)li__ZMSQ->li__RRB.li__D0C))).li__RBM)[li__3MSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__1NSQ)->__id==__li__DZB__) {
          li__2NSQ=li__QXVG(((__li__DZB *)li__1NSQ));
        } else /* SLOT_CODE */ {
          li__CT0Q=((__li__QWEC *)li__1NSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CT0Q)->__id==__li__IZB__) {
            li__2NSQ=((__li__IZB *)li__CT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__2NSQ=((__li__4HAD *)li__CT0Q)->li__5HAD.li__WLSB;
          };
        };
        li__ENAV=((__li__ULSB *)li__2NSQ);
        li__HOSQ=(((void *)li__ENAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__ENAV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__HOSQ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__HOSQ && (! li__2MSQ))) {
        li__1NSQ=((void **)(*(((__li__ZZC *)li__ZMSQ->li__RRB.li__D0C))).li__RBM)[li__3MSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__1NSQ)->__id==__li__DZB__) {
          li__2NSQ=li__QXVG(((__li__DZB *)li__1NSQ));
        } else /* SLOT_CODE */ {
          li__CT0Q=((__li__QWEC *)li__1NSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__CT0Q)->__id==__li__IZB__) {
            li__2NSQ=((__li__IZB *)li__CT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__2NSQ=((__li__4HAD *)li__CT0Q)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__2NSQ)->li__XNKE == (void *)(&__string_29))) {
          li__CT0Q=((void **)(*(((__li__ZZC *)li__ZMSQ->li__RRB.li__D0C))).li__RBM)[li__3MSQ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__CT0Q)->__id==__li__DZB__) {
            li__UGWR=((__li__DZB *)li__CT0Q)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UGWR)->__id==__li__IZB__) {
              li__0OSQ=((__li__IZB *)li__UGWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0OSQ=((__li__4HAD *)li__UGWR)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__UGWR=((__li__QWEC *)li__CT0Q)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UGWR)->__id==__li__IZB__) {
              li__0OSQ=((__li__IZB *)li__UGWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__0OSQ=((__li__4HAD *)li__UGWR)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__0OSQ==NULL) {
            li__UGWR=NULL;
          } else {
            switch (((struct ___OBJ *)li__0OSQ)->__id) {
            case __li__WRB__: {
              li__UGWR=((void *)li__0OSQ);
            } break;
            case __li__XRB__: {
              li__UGWR=((void *)li__0OSQ);
            } break;
            case __li__KUB__: {
              li__UGWR=((void *)li__0OSQ);
            } break;
            case __li__VB1__: {
              li__UGWR=((void *)li__0OSQ);
            } break;
            case __li__UL2B__: 
            case __li__4O2B__: {
              li__UGWR=NULL;
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__UGWR)->__id) {
          case __li__WRB__: {
            li__3OSQ=li__ENZI(((__li__WRB *)li__UGWR),li__ZMSQ);
          } break;
          case __li__XRB__: {
            li__3OSQ=li__YOZI(((__li__XRB *)((__li__WRB *)li__UGWR)),li__ZMSQ);
          } break;
          case __li__KUB__: {
            li__3OSQ=li__MQZI(((__li__KUB *)((__li__WRB *)li__UGWR)),li__ZMSQ);
          } break;
          case __li__VB1__: {
            li__MNAV=((__li__VB1 *)((__li__WRB *)li__UGWR));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__MNAV->li__WB1.li__P2C);
            li__SNAV=li__ZMSQ->li__RRB.li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__SNAV);
            li__ODF();
            li__3OSQ=NULL;
          } break;
          };
          li__CT0Q=((__li__5RB *)li__3OSQ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__CT0Q)->__id) {
          case __li__IF__: {
            li__5OSQ=li__2HSQ(((__li__IF *)li__CT0Q),li__0MSQ);
          } break;
          case __li__ORB__: {
            li__5OSQ=li__KKSQ(((__li__ORB *)((__li__IF *)li__CT0Q)),li__0MSQ);
          } break;
          case __li__QRB__: {
            li__5OSQ=li__YMSQ(((__li__QRB *)((__li__IF *)li__CT0Q)),li__0MSQ);
          } break;
          case __li__SRB__: {
            li__5OSQ=li__GPSQ(((__li__SRB *)((__li__IF *)li__CT0Q)),li__0MSQ);
          } break;
          case __li__URB__: {
            li__5OSQ=li__URSQ(((__li__URB *)((__li__IF *)li__CT0Q)),li__0MSQ);
          } break;
          case __li__GSZ__: {
            li__5OSQ=li__CUSQ(((__li__GSZ *)((__li__IF *)li__CT0Q)),li__0MSQ);
          } break;
          case __li__1RRF__: {
            li__5OSQ=li__QWSQ(((__li__1RRF *)((__li__IF *)li__CT0Q)),li__0MSQ);
          } break;
          case __li__UJSH__: {
            li__5OSQ=li__4YSQ(((__li__UJSH *)((__li__IF *)li__CT0Q)),li__0MSQ);
          } break;
          };
          li__2MSQ=li__5OSQ;
        };
        li__3MSQ=(__li__K)(li__3MSQ +  1);
        goto li__JJYQ;
      };
    };
  };
  li__1MSQ=li__2MSQ;
  return(li__1MSQ);
}

static __li__C li__GPSQ(__li__SRB *li__HPSQ,__li__U *li__IPSQ)
/* (Strict TYPE_CONTEXT{li__SRB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__LPSQ;
  void *li__JQSQ;
  __li__ULSB *li__KQSQ,*li__WNAV;
  void *li__GT0Q,*li__DHWR;
  void *li__IRSQ;
  __li__5RB *li__LRSQ;
  __li__VB1 *li__4NAV;
  __li__PO li__EOAV;
  __li__C li__KPSQ,li__VQSQ,li__NRSQ,li__JPSQ;
  li__KPSQ=li__I__;
  li__LPSQ= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__IPSQ == (void *)li__HPSQ->li__TRB.li__TF->li__SF.li__R2B)) {
    li__KPSQ=li__B__;
  } else /* FALSE */ {
    li__LPSQ= 0;
    li__UJYQ:
    {
      /* __li__B__ __li__I__ */
if ((li__LPSQ <= (*(li__HPSQ->li__TRB.li__D0C)).li__VBM)) {
        li__JQSQ=((void **)(*(((__li__ZZC *)li__HPSQ->li__TRB.li__D0C))).li__RBM)[li__LPSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JQSQ)->__id==__li__DZB__) {
          li__KQSQ=li__QXVG(((__li__DZB *)li__JQSQ));
        } else /* SLOT_CODE */ {
          li__GT0Q=((__li__QWEC *)li__JQSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__GT0Q)->__id==__li__IZB__) {
            li__KQSQ=((__li__IZB *)li__GT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KQSQ=((__li__4HAD *)li__GT0Q)->li__5HAD.li__WLSB;
          };
        };
        li__WNAV=((__li__ULSB *)li__KQSQ);
        li__VQSQ=(((void *)li__WNAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__WNAV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__VQSQ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__VQSQ && (! li__KPSQ))) {
        li__JQSQ=((void **)(*(((__li__ZZC *)li__HPSQ->li__TRB.li__D0C))).li__RBM)[li__LPSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JQSQ)->__id==__li__DZB__) {
          li__KQSQ=li__QXVG(((__li__DZB *)li__JQSQ));
        } else /* SLOT_CODE */ {
          li__GT0Q=((__li__QWEC *)li__JQSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__GT0Q)->__id==__li__IZB__) {
            li__KQSQ=((__li__IZB *)li__GT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__KQSQ=((__li__4HAD *)li__GT0Q)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__KQSQ)->li__XNKE == (void *)(&__string_29))) {
          li__GT0Q=((void **)(*(((__li__ZZC *)li__HPSQ->li__TRB.li__D0C))).li__RBM)[li__LPSQ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__GT0Q)->__id==__li__DZB__) {
            li__DHWR=((__li__DZB *)li__GT0Q)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DHWR)->__id==__li__IZB__) {
              li__IRSQ=((__li__IZB *)li__DHWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__IRSQ=((__li__4HAD *)li__DHWR)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__DHWR=((__li__QWEC *)li__GT0Q)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__DHWR)->__id==__li__IZB__) {
              li__IRSQ=((__li__IZB *)li__DHWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__IRSQ=((__li__4HAD *)li__DHWR)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__IRSQ==NULL) {
            li__DHWR=NULL;
          } else {
            switch (((struct ___OBJ *)li__IRSQ)->__id) {
            case __li__WRB__: {
              li__DHWR=((void *)li__IRSQ);
            } break;
            case __li__XRB__: {
              li__DHWR=((void *)li__IRSQ);
            } break;
            case __li__KUB__: {
              li__DHWR=((void *)li__IRSQ);
            } break;
            case __li__VB1__: {
              li__DHWR=((void *)li__IRSQ);
            } break;
            case __li__UL2B__: 
            case __li__4O2B__: {
              li__DHWR=NULL;
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__DHWR)->__id) {
          case __li__WRB__: {
            li__LRSQ=li__MUZI(((__li__WRB *)li__DHWR),li__HPSQ);
          } break;
          case __li__XRB__: {
            li__LRSQ=li__AWZI(((__li__XRB *)((__li__WRB *)li__DHWR)),li__HPSQ);
          } break;
          case __li__KUB__: {
            li__LRSQ=li__UXZI(((__li__KUB *)((__li__WRB *)li__DHWR)),li__HPSQ);
          } break;
          case __li__VB1__: {
            li__4NAV=((__li__VB1 *)((__li__WRB *)li__DHWR));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__4NAV->li__WB1.li__P2C);
            li__EOAV=li__HPSQ->li__TRB.li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__EOAV);
            li__ODF();
            li__LRSQ=NULL;
          } break;
          };
          li__GT0Q=((__li__5RB *)li__LRSQ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GT0Q)->__id) {
          case __li__IF__: {
            li__NRSQ=li__2HSQ(((__li__IF *)li__GT0Q),li__IPSQ);
          } break;
          case __li__ORB__: {
            li__NRSQ=li__KKSQ(((__li__ORB *)((__li__IF *)li__GT0Q)),li__IPSQ);
          } break;
          case __li__QRB__: {
            li__NRSQ=li__YMSQ(((__li__QRB *)((__li__IF *)li__GT0Q)),li__IPSQ);
          } break;
          case __li__SRB__: {
            li__NRSQ=li__GPSQ(((__li__SRB *)((__li__IF *)li__GT0Q)),li__IPSQ);
          } break;
          case __li__URB__: {
            li__NRSQ=li__URSQ(((__li__URB *)((__li__IF *)li__GT0Q)),li__IPSQ);
          } break;
          case __li__GSZ__: {
            li__NRSQ=li__CUSQ(((__li__GSZ *)((__li__IF *)li__GT0Q)),li__IPSQ);
          } break;
          case __li__1RRF__: {
            li__NRSQ=li__QWSQ(((__li__1RRF *)((__li__IF *)li__GT0Q)),li__IPSQ);
          } break;
          case __li__UJSH__: {
            li__NRSQ=li__4YSQ(((__li__UJSH *)((__li__IF *)li__GT0Q)),li__IPSQ);
          } break;
          };
          li__KPSQ=li__NRSQ;
        };
        li__LPSQ=(__li__K)(li__LPSQ +  1);
        goto li__UJYQ;
      };
    };
  };
  li__JPSQ=li__KPSQ;
  return(li__JPSQ);
}

static __li__C li__URSQ(__li__URB *li__VRSQ,__li__U *li__WRSQ)
/* (Strict TYPE_ID{li__URB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ZRSQ;
  void *li__XSSQ;
  __li__ULSB *li__YSSQ,*li__IOAV;
  void *li__KT0Q,*li__SHWR;
  void *li__WTSQ;
  __li__5RB *li__ZTSQ;
  __li__VB1 *li__QOAV;
  __li__PO li__WOAV;
  __li__C li__YRSQ,li__DTSQ,li__1TSQ,li__XRSQ;
  li__YRSQ=li__I__;
  li__ZRSQ= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__WRSQ == (void *)li__VRSQ->li__VRB.li__TF->li__SF.li__R2B)) {
    li__YRSQ=li__B__;
  } else /* FALSE */ {
    li__ZRSQ= 0;
    li__5JYQ:
    {
      /* __li__B__ __li__I__ */
if ((li__ZRSQ <= (*(li__VRSQ->li__VRB.li__D0C)).li__VBM)) {
        li__XSSQ=((void **)(*(((__li__ZZC *)li__VRSQ->li__VRB.li__D0C))).li__RBM)[li__ZRSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XSSQ)->__id==__li__DZB__) {
          li__YSSQ=li__QXVG(((__li__DZB *)li__XSSQ));
        } else /* SLOT_CODE */ {
          li__KT0Q=((__li__QWEC *)li__XSSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KT0Q)->__id==__li__IZB__) {
            li__YSSQ=((__li__IZB *)li__KT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YSSQ=((__li__4HAD *)li__KT0Q)->li__5HAD.li__WLSB;
          };
        };
        li__IOAV=((__li__ULSB *)li__YSSQ);
        li__DTSQ=(((void *)li__IOAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__IOAV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__DTSQ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__DTSQ && (! li__YRSQ))) {
        li__XSSQ=((void **)(*(((__li__ZZC *)li__VRSQ->li__VRB.li__D0C))).li__RBM)[li__ZRSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__XSSQ)->__id==__li__DZB__) {
          li__YSSQ=li__QXVG(((__li__DZB *)li__XSSQ));
        } else /* SLOT_CODE */ {
          li__KT0Q=((__li__QWEC *)li__XSSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__KT0Q)->__id==__li__IZB__) {
            li__YSSQ=((__li__IZB *)li__KT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YSSQ=((__li__4HAD *)li__KT0Q)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__YSSQ)->li__XNKE == (void *)(&__string_29))) {
          li__KT0Q=((void **)(*(((__li__ZZC *)li__VRSQ->li__VRB.li__D0C))).li__RBM)[li__ZRSQ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__KT0Q)->__id==__li__DZB__) {
            li__SHWR=((__li__DZB *)li__KT0Q)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SHWR)->__id==__li__IZB__) {
              li__WTSQ=((__li__IZB *)li__SHWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__WTSQ=((__li__4HAD *)li__SHWR)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__SHWR=((__li__QWEC *)li__KT0Q)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__SHWR)->__id==__li__IZB__) {
              li__WTSQ=((__li__IZB *)li__SHWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__WTSQ=((__li__4HAD *)li__SHWR)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__WTSQ==NULL) {
            li__SHWR=NULL;
          } else {
            switch (((struct ___OBJ *)li__WTSQ)->__id) {
            case __li__WRB__: {
              li__SHWR=((void *)li__WTSQ);
            } break;
            case __li__XRB__: {
              li__SHWR=((void *)li__WTSQ);
            } break;
            case __li__KUB__: {
              li__SHWR=((void *)li__WTSQ);
            } break;
            case __li__VB1__: {
              li__SHWR=((void *)li__WTSQ);
            } break;
            case __li__UL2B__: 
            case __li__4O2B__: {
              li__SHWR=NULL;
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__SHWR)->__id) {
          case __li__WRB__: {
            li__ZTSQ=li__P2ZI(((__li__WRB *)li__SHWR),li__VRSQ);
          } break;
          case __li__XRB__: {
            li__ZTSQ=li__D4ZI(((__li__XRB *)((__li__WRB *)li__SHWR)),li__VRSQ);
          } break;
          case __li__KUB__: {
            li__ZTSQ=li__X5ZI(((__li__KUB *)((__li__WRB *)li__SHWR)),li__VRSQ);
          } break;
          case __li__VB1__: {
            li__QOAV=((__li__VB1 *)((__li__WRB *)li__SHWR));
            li__HEZ(((__li__BC *)li__0C),(&__string_354));
            li__JAZ(((__li__BC *)li__0C),li__QOAV->li__WB1.li__P2C);
            li__WOAV=li__VRSQ->li__VRB.li__TF->li__SF.li__RF.li__0CC;
            li__K4E( 1,li__0C);
            li__V5E(li__WOAV);
            li__ODF();
            li__ZTSQ=NULL;
          } break;
          };
          li__KT0Q=((__li__5RB *)li__ZTSQ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__KT0Q)->__id) {
          case __li__IF__: {
            li__1TSQ=li__2HSQ(((__li__IF *)li__KT0Q),li__WRSQ);
          } break;
          case __li__ORB__: {
            li__1TSQ=li__KKSQ(((__li__ORB *)((__li__IF *)li__KT0Q)),li__WRSQ);
          } break;
          case __li__QRB__: {
            li__1TSQ=li__YMSQ(((__li__QRB *)((__li__IF *)li__KT0Q)),li__WRSQ);
          } break;
          case __li__SRB__: {
            li__1TSQ=li__GPSQ(((__li__SRB *)((__li__IF *)li__KT0Q)),li__WRSQ);
          } break;
          case __li__URB__: {
            li__1TSQ=li__URSQ(((__li__URB *)((__li__IF *)li__KT0Q)),li__WRSQ);
          } break;
          case __li__GSZ__: {
            li__1TSQ=li__CUSQ(((__li__GSZ *)((__li__IF *)li__KT0Q)),li__WRSQ);
          } break;
          case __li__1RRF__: {
            li__1TSQ=li__QWSQ(((__li__1RRF *)((__li__IF *)li__KT0Q)),li__WRSQ);
          } break;
          case __li__UJSH__: {
            li__1TSQ=li__4YSQ(((__li__UJSH *)((__li__IF *)li__KT0Q)),li__WRSQ);
          } break;
          };
          li__YRSQ=li__1TSQ;
        };
        li__ZRSQ=(__li__K)(li__ZRSQ +  1);
        goto li__5JYQ;
      };
    };
  };
  li__XRSQ=li__YRSQ;
  return(li__XRSQ);
}

static __li__C li__CUSQ(__li__GSZ *li__DUSQ,__li__U *li__EUSQ)
/* (Strict TYPE_GENERIC{li__GSZ},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__HUSQ;
  void *li__FVSQ;
  __li__ULSB *li__GVSQ,*li__0OAV;
  void *li__OT0Q,*li__BIWR;
  void *li__EWSQ;
  __li__5RB *li__HWSQ;
  __li__C li__GUSQ,li__RVSQ,li__JWSQ,li__FUSQ;
  li__GUSQ=li__I__;
  li__HUSQ= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__EUSQ == (void *)li__DUSQ->li__HSZ.li__TF->li__SF.li__R2B)) {
    li__GUSQ=li__B__;
  } else /* FALSE */ {
    li__HUSQ= 0;
    li__KKYQ:
    {
      /* __li__B__ __li__I__ */
if ((li__HUSQ <= (*(li__DUSQ->li__HSZ.li__D0C)).li__VBM)) {
        li__FVSQ=((void **)(*(((__li__ZZC *)li__DUSQ->li__HSZ.li__D0C))).li__RBM)[li__HUSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FVSQ)->__id==__li__DZB__) {
          li__GVSQ=li__QXVG(((__li__DZB *)li__FVSQ));
        } else /* SLOT_CODE */ {
          li__OT0Q=((__li__QWEC *)li__FVSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OT0Q)->__id==__li__IZB__) {
            li__GVSQ=((__li__IZB *)li__OT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__GVSQ=((__li__4HAD *)li__OT0Q)->li__5HAD.li__WLSB;
          };
        };
        li__0OAV=((__li__ULSB *)li__GVSQ);
        li__RVSQ=(((void *)li__0OAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__0OAV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__RVSQ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__RVSQ && (! li__GUSQ))) {
        li__FVSQ=((void **)(*(((__li__ZZC *)li__DUSQ->li__HSZ.li__D0C))).li__RBM)[li__HUSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FVSQ)->__id==__li__DZB__) {
          li__GVSQ=li__QXVG(((__li__DZB *)li__FVSQ));
        } else /* SLOT_CODE */ {
          li__OT0Q=((__li__QWEC *)li__FVSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OT0Q)->__id==__li__IZB__) {
            li__GVSQ=((__li__IZB *)li__OT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__GVSQ=((__li__4HAD *)li__OT0Q)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__GVSQ)->li__XNKE == (void *)(&__string_29))) {
          li__OT0Q=((void **)(*(((__li__ZZC *)li__DUSQ->li__HSZ.li__D0C))).li__RBM)[li__HUSQ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__OT0Q)->__id==__li__DZB__) {
            li__BIWR=((__li__DZB *)li__OT0Q)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BIWR)->__id==__li__IZB__) {
              li__EWSQ=((__li__IZB *)li__BIWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__EWSQ=((__li__4HAD *)li__BIWR)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__BIWR=((__li__QWEC *)li__OT0Q)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BIWR)->__id==__li__IZB__) {
              li__EWSQ=((__li__IZB *)li__BIWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__EWSQ=((__li__4HAD *)li__BIWR)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__EWSQ==NULL) {
            li__BIWR=NULL;
          } else {
            switch (((struct ___OBJ *)li__EWSQ)->__id) {
            case __li__WRB__: {
              li__BIWR=((void *)li__EWSQ);
            } break;
            case __li__XRB__: {
              li__BIWR=((void *)li__EWSQ);
            } break;
            case __li__KUB__: {
              li__BIWR=((void *)li__EWSQ);
            } break;
            case __li__VB1__: {
              li__BIWR=((void *)li__EWSQ);
            } break;
            case __li__UL2B__: 
            case __li__4O2B__: {
              li__BIWR=NULL;
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__BIWR)->__id) {
          case __li__WRB__: {
            li__HWSQ=li__ZURF(((__li__WRB *)li__BIWR),li__DUSQ);
          } break;
          case __li__XRB__: {
            li__HWSQ=li__NWRF(((__li__XRB *)((__li__WRB *)li__BIWR)),li__DUSQ);
          } break;
          case __li__KUB__: {
            li__HWSQ=li__BYRF(((__li__KUB *)((__li__WRB *)li__BIWR)),li__DUSQ);
          } break;
          case __li__VB1__: {
            li__HWSQ=li__G0RF(((__li__VB1 *)((__li__WRB *)li__BIWR)),li__DUSQ);
          } break;
          };
          li__OT0Q=((__li__5RB *)li__HWSQ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__OT0Q)->__id) {
          case __li__IF__: {
            li__JWSQ=li__2HSQ(((__li__IF *)li__OT0Q),li__EUSQ);
          } break;
          case __li__ORB__: {
            li__JWSQ=li__KKSQ(((__li__ORB *)((__li__IF *)li__OT0Q)),li__EUSQ);
          } break;
          case __li__QRB__: {
            li__JWSQ=li__YMSQ(((__li__QRB *)((__li__IF *)li__OT0Q)),li__EUSQ);
          } break;
          case __li__SRB__: {
            li__JWSQ=li__GPSQ(((__li__SRB *)((__li__IF *)li__OT0Q)),li__EUSQ);
          } break;
          case __li__URB__: {
            li__JWSQ=li__URSQ(((__li__URB *)((__li__IF *)li__OT0Q)),li__EUSQ);
          } break;
          case __li__GSZ__: {
            li__JWSQ=li__CUSQ(((__li__GSZ *)((__li__IF *)li__OT0Q)),li__EUSQ);
          } break;
          case __li__1RRF__: {
            li__JWSQ=li__QWSQ(((__li__1RRF *)((__li__IF *)li__OT0Q)),li__EUSQ);
          } break;
          case __li__UJSH__: {
            li__JWSQ=li__4YSQ(((__li__UJSH *)((__li__IF *)li__OT0Q)),li__EUSQ);
          } break;
          };
          li__GUSQ=li__JWSQ;
        };
        li__HUSQ=(__li__K)(li__HUSQ +  1);
        goto li__KKYQ;
      };
    };
  };
  li__FUSQ=li__GUSQ;
  return(li__FUSQ);
}

static __li__C li__QWSQ(__li__1RRF *li__RWSQ,__li__U *li__SWSQ)
/* (Strict TYPE_BLOCK{li__1RRF},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__VWSQ;
  __li__PF *li__YWSQ;
  void *li__TXSQ;
  __li__ULSB *li__UXSQ,*li__FPAV;
  void *li__ST0Q,*li__QIWR;
  void *li__SYSQ;
  __li__5RB *li__VYSQ;
  __li__C li__UWSQ,li__5XSQ,li__XYSQ,li__TWSQ;
  li__UWSQ=li__I__;
  li__VWSQ= 0;
  li__YWSQ=li__QLKI();
  /* __li__B__ __li__I__ */
if (((void *)li__SWSQ == (void *)li__YWSQ->li__SF.li__R2B)) {
    li__UWSQ=li__B__;
  } else /* FALSE */ {
    li__VWSQ= 0;
    li__VKYQ:
    {
      /* __li__B__ __li__I__ */
if ((li__VWSQ <= (*(li__RWSQ->li__2RRF.li__D0C)).li__VBM)) {
        li__TXSQ=((void **)(*(((__li__ZZC *)li__RWSQ->li__2RRF.li__D0C))).li__RBM)[li__VWSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TXSQ)->__id==__li__DZB__) {
          li__UXSQ=li__QXVG(((__li__DZB *)li__TXSQ));
        } else /* SLOT_CODE */ {
          li__ST0Q=((__li__QWEC *)li__TXSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ST0Q)->__id==__li__IZB__) {
            li__UXSQ=((__li__IZB *)li__ST0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UXSQ=((__li__4HAD *)li__ST0Q)->li__5HAD.li__WLSB;
          };
        };
        li__FPAV=((__li__ULSB *)li__UXSQ);
        li__5XSQ=(((void *)li__FPAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__FPAV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__5XSQ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__5XSQ && (! li__UWSQ))) {
        li__TXSQ=((void **)(*(((__li__ZZC *)li__RWSQ->li__2RRF.li__D0C))).li__RBM)[li__VWSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TXSQ)->__id==__li__DZB__) {
          li__UXSQ=li__QXVG(((__li__DZB *)li__TXSQ));
        } else /* SLOT_CODE */ {
          li__ST0Q=((__li__QWEC *)li__TXSQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ST0Q)->__id==__li__IZB__) {
            li__UXSQ=((__li__IZB *)li__ST0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__UXSQ=((__li__4HAD *)li__ST0Q)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__UXSQ)->li__XNKE == (void *)(&__string_29))) {
          li__ST0Q=((void **)(*(((__li__ZZC *)li__RWSQ->li__2RRF.li__D0C))).li__RBM)[li__VWSQ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ST0Q)->__id==__li__DZB__) {
            li__QIWR=((__li__DZB *)li__ST0Q)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QIWR)->__id==__li__IZB__) {
              li__SYSQ=((__li__IZB *)li__QIWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__SYSQ=((__li__4HAD *)li__QIWR)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__QIWR=((__li__QWEC *)li__ST0Q)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QIWR)->__id==__li__IZB__) {
              li__SYSQ=((__li__IZB *)li__QIWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__SYSQ=((__li__4HAD *)li__QIWR)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__SYSQ==NULL) {
            li__QIWR=NULL;
          } else {
            switch (((struct ___OBJ *)li__SYSQ)->__id) {
            case __li__WRB__: {
              li__QIWR=((void *)li__SYSQ);
            } break;
            case __li__XRB__: {
              li__QIWR=((void *)li__SYSQ);
            } break;
            case __li__KUB__: {
              li__QIWR=((void *)li__SYSQ);
            } break;
            case __li__VB1__: {
              li__QIWR=((void *)li__SYSQ);
            } break;
            case __li__UL2B__: 
            case __li__4O2B__: {
              li__QIWR=NULL;
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__QIWR)->__id) {
          case __li__WRB__: {
            li__VYSQ=li__NSCL(((__li__WRB *)li__QIWR),li__RWSQ);
          } break;
          case __li__XRB__: {
            li__VYSQ=li__BUCL(((__li__XRB *)((__li__WRB *)li__QIWR)),li__RWSQ);
          } break;
          case __li__KUB__: {
            li__VYSQ=li__VVCL(((__li__KUB *)((__li__WRB *)li__QIWR)),li__RWSQ);
          } break;
          case __li__VB1__: {
            li__VYSQ=li__0XCL(((__li__VB1 *)((__li__WRB *)li__QIWR)));
          } break;
          };
          li__ST0Q=((__li__5RB *)li__VYSQ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ST0Q)->__id) {
          case __li__IF__: {
            li__XYSQ=li__2HSQ(((__li__IF *)li__ST0Q),li__SWSQ);
          } break;
          case __li__ORB__: {
            li__XYSQ=li__KKSQ(((__li__ORB *)((__li__IF *)li__ST0Q)),li__SWSQ);
          } break;
          case __li__QRB__: {
            li__XYSQ=li__YMSQ(((__li__QRB *)((__li__IF *)li__ST0Q)),li__SWSQ);
          } break;
          case __li__SRB__: {
            li__XYSQ=li__GPSQ(((__li__SRB *)((__li__IF *)li__ST0Q)),li__SWSQ);
          } break;
          case __li__URB__: {
            li__XYSQ=li__URSQ(((__li__URB *)((__li__IF *)li__ST0Q)),li__SWSQ);
          } break;
          case __li__GSZ__: {
            li__XYSQ=li__CUSQ(((__li__GSZ *)((__li__IF *)li__ST0Q)),li__SWSQ);
          } break;
          case __li__1RRF__: {
            li__XYSQ=li__QWSQ(((__li__1RRF *)((__li__IF *)li__ST0Q)),li__SWSQ);
          } break;
          case __li__UJSH__: {
            li__XYSQ=li__4YSQ(((__li__UJSH *)((__li__IF *)li__ST0Q)),li__SWSQ);
          } break;
          };
          li__UWSQ=li__XYSQ;
        };
        li__VWSQ=(__li__K)(li__VWSQ +  1);
        goto li__VKYQ;
      };
    };
  };
  li__TWSQ=li__UWSQ;
  return(li__TWSQ);
}

static __li__C li__4YSQ(__li__UJSH *li__5YSQ,__li__U *li__AZSQ)
/* (Strict PROFIL_BLOCK{li__UJSH},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DZSQ;
  __li__PF *li__GZSQ;
  void *li__B0SQ;
  __li__ULSB *li__C0SQ,*li__QPAV;
  void *li__WT0Q,*li__5IWR;
  void *li__A1SQ;
  __li__5RB *li__D1SQ;
  __li__C li__CZSQ,li__N0SQ,li__F1SQ,li__BZSQ;
  li__CZSQ=li__I__;
  li__DZSQ= 0;
  li__GZSQ=li__VYLN();
  /* __li__B__ __li__I__ */
if (((void *)li__AZSQ == (void *)li__GZSQ->li__SF.li__R2B)) {
    li__CZSQ=li__B__;
  } else /* FALSE */ {
    li__DZSQ= 0;
    li__ALYQ:
    {
      /* __li__B__ __li__I__ */
if ((li__DZSQ <= (*(li__5YSQ->li__WJSH.li__D0C)).li__VBM)) {
        li__B0SQ=((void **)(*(((__li__ZZC *)li__5YSQ->li__WJSH.li__D0C))).li__RBM)[li__DZSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__B0SQ)->__id==__li__DZB__) {
          li__C0SQ=li__QXVG(((__li__DZB *)li__B0SQ));
        } else /* SLOT_CODE */ {
          li__WT0Q=((__li__QWEC *)li__B0SQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WT0Q)->__id==__li__IZB__) {
            li__C0SQ=((__li__IZB *)li__WT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__C0SQ=((__li__4HAD *)li__WT0Q)->li__5HAD.li__WLSB;
          };
        };
        li__QPAV=((__li__ULSB *)li__C0SQ);
        li__N0SQ=(((void *)li__QPAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__QPAV->li__XNKE == (void *)(&__string_30)));
      } else /* FALSE */ {
        li__N0SQ=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((li__N0SQ && (! li__CZSQ))) {
        li__B0SQ=((void **)(*(((__li__ZZC *)li__5YSQ->li__WJSH.li__D0C))).li__RBM)[li__DZSQ];
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__B0SQ)->__id==__li__DZB__) {
          li__C0SQ=li__QXVG(((__li__DZB *)li__B0SQ));
        } else /* SLOT_CODE */ {
          li__WT0Q=((__li__QWEC *)li__B0SQ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__WT0Q)->__id==__li__IZB__) {
            li__C0SQ=((__li__IZB *)li__WT0Q)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__C0SQ=((__li__4HAD *)li__WT0Q)->li__5HAD.li__WLSB;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__C0SQ)->li__XNKE == (void *)(&__string_29))) {
          li__WT0Q=((void **)(*(((__li__ZZC *)li__5YSQ->li__WJSH.li__D0C))).li__RBM)[li__DZSQ];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WT0Q)->__id==__li__DZB__) {
            li__5IWR=((__li__DZB *)li__WT0Q)->li__LZB->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5IWR)->__id==__li__IZB__) {
              li__A1SQ=((__li__IZB *)li__5IWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__A1SQ=((__li__4HAD *)li__5IWR)->li__5HAD.li__NMSB;
            };
          } else /* SLOT_CODE */ {
            li__5IWR=((__li__QWEC *)li__WT0Q)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__5IWR)->__id==__li__IZB__) {
              li__A1SQ=((__li__IZB *)li__5IWR)->li__NMSB;
            } else /* ITM_SLOT_OPERATOR */ {
              li__A1SQ=((__li__4HAD *)li__5IWR)->li__5HAD.li__NMSB;
            };
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__A1SQ==NULL) {
            li__5IWR=NULL;
          } else {
            switch (((struct ___OBJ *)li__A1SQ)->__id) {
            case __li__WRB__: {
              li__5IWR=((void *)li__A1SQ);
            } break;
            case __li__XRB__: {
              li__5IWR=((void *)li__A1SQ);
            } break;
            case __li__KUB__: {
              li__5IWR=((void *)li__A1SQ);
            } break;
            case __li__VB1__: {
              li__5IWR=((void *)li__A1SQ);
            } break;
            case __li__UL2B__: 
            case __li__4O2B__: {
              li__5IWR=NULL;
            } break;
            }
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__5IWR)->__id) {
          case __li__WRB__: {
            li__D1SQ=li__Y35O(((__li__WRB *)li__5IWR),li__5YSQ);
          } break;
          case __li__XRB__: {
            li__D1SQ=li__M55O(((__li__XRB *)((__li__WRB *)li__5IWR)),li__5YSQ);
          } break;
          case __li__KUB__: {
            li__D1SQ=li__ABAP(((__li__KUB *)((__li__WRB *)li__5IWR)),li__5YSQ);
          } break;
          case __li__VB1__: {
            li__D1SQ=li__FDAP(((__li__VB1 *)((__li__WRB *)li__5IWR)));
          } break;
          };
          li__WT0Q=((__li__5RB *)li__D1SQ)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__WT0Q)->__id) {
          case __li__IF__: {
            li__F1SQ=li__2HSQ(((__li__IF *)li__WT0Q),li__AZSQ);
          } break;
          case __li__ORB__: {
            li__F1SQ=li__KKSQ(((__li__ORB *)((__li__IF *)li__WT0Q)),li__AZSQ);
          } break;
          case __li__QRB__: {
            li__F1SQ=li__YMSQ(((__li__QRB *)((__li__IF *)li__WT0Q)),li__AZSQ);
          } break;
          case __li__SRB__: {
            li__F1SQ=li__GPSQ(((__li__SRB *)((__li__IF *)li__WT0Q)),li__AZSQ);
          } break;
          case __li__URB__: {
            li__F1SQ=li__URSQ(((__li__URB *)((__li__IF *)li__WT0Q)),li__AZSQ);
          } break;
          case __li__GSZ__: {
            li__F1SQ=li__CUSQ(((__li__GSZ *)((__li__IF *)li__WT0Q)),li__AZSQ);
          } break;
          case __li__1RRF__: {
            li__F1SQ=li__QWSQ(((__li__1RRF *)((__li__IF *)li__WT0Q)),li__AZSQ);
          } break;
          case __li__UJSH__: {
            li__F1SQ=li__4YSQ(((__li__UJSH *)((__li__IF *)li__WT0Q)),li__AZSQ);
          } break;
          };
          li__CZSQ=li__F1SQ;
        };
        li__DZSQ=(__li__K)(li__DZSQ +  1);
        goto li__ALYQ;
      };
    };
  };
  li__BZSQ=li__CZSQ;
  return(li__BZSQ);
}

static void li__GYNK(__li__2ZEC *li__HYNK,__li__2ZEC *li__IYNK)
/* (Strict FAST_ARRAY(EXPR){li__2ZEC},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__SYNK,li__U5UK;
  li__SYNK=(*(li__IYNK)).li__NKSH;
  li__U5UK= 0;
  while ((li__U5UK <= li__SYNK)) {
    li__2YPI(li__HYNK,((void **)(*(((__li__2ZEC *)li__IYNK))).li__3GPI)[li__U5UK]);
    li__U5UK=(__li__K)(li__U5UK +  1);
  };
}

static __li__C li__5ZSM(__li__U *li__A0SM,void *li__B0SM)
/* (Strict STRING_CONSTANT{li__U},ABSTRACT_STRING{li__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__E0SM;
  __li__C li__D0SM,li__C0SM;
  __li__3 *li__G3RU,*li__H3RU;
  li__D0SM=li__I__;
  li__E0SM= 0;
  /* __li__B__ __li__I__ */
if ((((__li__U *)li__B0SM)->li__2C <= li__A0SM->li__2C)) {
    li__E0SM=((__li__U *)li__B0SM)->li__2C;
    li__G3RU=li__A0SM->li__3C;
    li__H3RU=((__li__U *)li__B0SM)->li__3C;
    while ((! ((li__E0SM ==  0) || (((__li__3 *)li__G3RU)[(__li__K)(li__E0SM -  1)] != ((__li__3 *)li__H3RU)[(__li__K)(li__E0SM -  1)])))) {
      li__E0SM=(__li__K)(li__E0SM -  1);
    };
    li__D0SM=(li__E0SM ==  0);
  };
  li__C0SM=li__D0SM;
  return(li__C0SM);
}

static void li__QUVK(__li__QWEC *li__RUVK,void *li__SUVK)
/* (Strict SLOT_CODE{li__QWEC},ABSTRACT_STRING{li__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RUVK->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RUVK->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__UG2K(li__RUVK,li__SUVK);
  } else /* ITM_SLOT_OPERATOR */ {
    li__UG2K(li__RUVK,li__SUVK);
  };
}

static __li__1VPJ* li__T4YJ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__1VPJ *li__W4YJ,*li__55YJ,*li__V4YJ;
  __li__CB li__X4YJ,li__GQAV;
  __li__JJG li__54YJ,li__JQAV,li__EQAV;
  __li__K li__K5YJ;
  __li__52B li__UQAV;
  li__W4YJ=NULL;
  li__X4YJ=((__li__CB )(NULL));
  li__54YJ=((__li__JJG )sizeof(__li__1VPJ));
  /* __li__B__ __li__I__ */
if ((li__54YJ ==  0)) {
    li__W4YJ=li__1VPJ__;
  } else /* FALSE */ {
    li__K5YJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__54YJ));
    /* __li__B__ __li__I__ */
if ((li__K5YJ == (__li__K)(-  1))) {
      li__JQAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__EQAV=(__li__JJG)((__li__JJG)(li__54YJ - (__li__JJG)(((__li__JJG ) 0) - li__JQAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JQAV) - ((__li__JJG ) 1)));
      li__JQAV=(__li__JJG)(li__EQAV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__GQAV=li__YCJ(li__EQAV,((__li__CB )(&(table_size[(li__JQAV)-1]))),((__li__52B )li__EQAV));
      li__X4YJ=li__GQAV;
    } else /* FALSE */ {
      li__UQAV=((__li__52B )li__K5YJ);
      li__JQAV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__EQAV=(__li__JJG)((__li__JJG)(li__54YJ - (__li__JJG)(((__li__JJG ) 0) - li__JQAV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JQAV) - ((__li__JJG ) 1)));
      li__GQAV=li__YCJ(li__EQAV,((__li__CB )(&(table_type[(li__UQAV)]))),(__li__52B)(li__UQAV |  1));
      li__X4YJ=li__GQAV;
    };
    li__55YJ=((__li__1VPJ *)li__X4YJ);
    li__W4YJ=li__55YJ;
    *(li__55YJ) = *(li__1VPJ__);
  };
  li__V4YJ=li__W4YJ;
  return(li__V4YJ);
}

static void li__UVOK(__li__1VPJ *li__VVOK,__li__PO li__WVOK,void *li__XVOK,__li__2ZEC *li__YVOK,__li__C li__ZVOK)
/* (Strict DTA_RD_ARGS{li__1VPJ},Expanded POSITION{li__PO},SLOT{NULLxli__DZBxli__QWEC},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},Expanded BOOLEAN{li__Bxli__I}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__TPVK,*li__HQVK;
  void *li__UPVK;
  __li__ULSB *li__VPVK;
  void *li__W41K,*li__C2ML;
  __li__5RB *li__3PVK,*li__L4ML;
  void *li__GQVK;
  __li__UL2B *li__23ML;
  __li__K li__J3RU,li__3LQL;
  void *li__K4ML;
  __li__Z4WH *li__R4ML;
  __li__VTBD *li__IWOK;
  __li__2ZEC *li__C4ML;
  li__VVOK->li__2VPJ.li__UDID.li__TDID.li__0CC=li__WVOK;
  li__VVOK->li__2VPJ.li__UDID.li__VOME=li__XVOK;
  li__VVOK->li__0EOK=li__YVOK;
  li__TPVK=NULL;
  li__UPVK=li__VVOK->li__2VPJ.li__UDID.li__VOME;
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__UPVK)->__id==__li__DZB__) {
    li__VPVK=li__QXVG(((__li__DZB *)li__UPVK));
  } else /* SLOT_CODE */ {
    li__W41K=((__li__QWEC *)li__UPVK)->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__W41K)->__id==__li__IZB__) {
      li__VPVK=((__li__IZB *)li__W41K)->li__WLSB;
    } else /* ITM_SLOT_OPERATOR */ {
      li__VPVK=((__li__4HAD *)li__W41K)->li__5HAD.li__WLSB;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)((__li__ULSB *)li__VPVK)->li__XNKE == (void *)(&__string_31))) {
    li__W41K=li__FUB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__W41K)->__id) {
    case __li__IF__: {
      li__3PVK=((__li__IF *)li__W41K)->li__J0C;
    } break;
    case __li__ORB__: {
      li__3PVK=((__li__ORB *)li__W41K)->li__PRB.li__J0C;
    } break;
    case __li__QRB__: {
      li__3PVK=((__li__QRB *)li__W41K)->li__RRB.li__J0C;
    } break;
    case __li__SRB__: {
      li__3PVK=((__li__SRB *)li__W41K)->li__TRB.li__J0C;
    } break;
    case __li__URB__: {
      li__3PVK=((__li__URB *)li__W41K)->li__VRB.li__J0C;
    } break;
    case __li__GSZ__: {
      li__3PVK=((__li__GSZ *)li__W41K)->li__HSZ.li__J0C;
    } break;
    case __li__1RRF__: {
      li__3PVK=((__li__1RRF *)li__W41K)->li__2RRF.li__J0C;
    } break;
    case __li__UJSH__: {
      li__3PVK=((__li__UJSH *)li__W41K)->li__WJSH.li__J0C;
    } break;
    };
    li__W41K=li__O1WH(((__li__5RB *)li__3PVK),li__VVOK->li__2VPJ.li__UDID.li__TDID.li__0CC);
    li__TPVK=li__W41K;
  } else /* FALSE */ {
    li__W41K=li__VVOK->li__2VPJ.li__UDID.li__VOME;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__W41K)->__id==__li__DZB__) {
      li__C2ML=((__li__DZB *)li__W41K)->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C2ML)->__id==__li__IZB__) {
        li__GQVK=((__li__IZB *)li__C2ML)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__GQVK=((__li__4HAD *)li__C2ML)->li__5HAD.li__NMSB;
      };
    } else /* SLOT_CODE */ {
      li__C2ML=((__li__QWEC *)li__W41K)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__C2ML)->__id==__li__IZB__) {
        li__GQVK=((__li__IZB *)li__C2ML)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__GQVK=((__li__4HAD *)li__C2ML)->li__5HAD.li__NMSB;
      };
    };
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__GQVK)->__id) {
    case __li__WRB__: {
      li__3PVK=li__WLRF(((__li__WRB *)li__GQVK),li__VVOK);
      li__C2ML=li__O1WH(((__li__5RB *)li__3PVK),li__VVOK->li__2VPJ.li__UDID.li__TDID.li__0CC);
      li__HQVK=li__C2ML;
    } break;
    case __li__XRB__: {
      li__3PVK=li__KNRF(((__li__XRB *)((__li__WRB *)li__GQVK)),li__VVOK);
      li__C2ML=li__O1WH(((__li__5RB *)li__3PVK),li__VVOK->li__2VPJ.li__UDID.li__TDID.li__0CC);
      li__HQVK=li__C2ML;
    } break;
    case __li__KUB__: {
      li__3PVK=li__4ORF(((__li__KUB *)((__li__WRB *)li__GQVK)),li__VVOK);
      li__C2ML=li__O1WH(((__li__5RB *)li__3PVK),li__VVOK->li__2VPJ.li__UDID.li__TDID.li__0CC);
      li__HQVK=li__C2ML;
    } break;
    case __li__VB1__: {
      li__3PVK=li__DRRF(((__li__VB1 *)((__li__WRB *)li__GQVK)),li__VVOK);
      li__C2ML=li__O1WH(((__li__5RB *)li__3PVK),li__VVOK->li__2VPJ.li__UDID.li__TDID.li__0CC);
      li__HQVK=li__C2ML;
    } break;
    case __li__UL2B__: {
      li__23ML=((__li__UL2B *)((__li__WRB *)li__GQVK));
      li__J3RU=(__li__K)((*(((__li__CRB *)li__23ML->li__GX5B))).li__5QZ +  1);
      li__C4ML=li__IF1H(li__J3RU);
      li__J3RU=(*(li__23ML->li__GX5B)).li__5QZ;
      li__3LQL= 0;
      while ((li__3LQL <= li__J3RU)) {
        li__K4ML=((void **)(*(((__li__CRB *)li__23ML->li__GX5B))).li__V1BD)[li__3LQL];
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__K4ML)->__id) {
        case __li__WRB__: {
          li__L4ML=li__WLRF(((__li__WRB *)li__K4ML),li__VVOK);
        } break;
        case __li__XRB__: {
          li__L4ML=li__KNRF(((__li__XRB *)((__li__WRB *)li__K4ML)),li__VVOK);
        } break;
        case __li__KUB__: {
          li__L4ML=li__4ORF(((__li__KUB *)((__li__WRB *)li__K4ML)),li__VVOK);
        } break;
        case __li__VB1__: {
          li__L4ML=li__DRRF(((__li__VB1 *)((__li__WRB *)li__K4ML)),li__VVOK);
        } break;
        case __li__4O2B__: {
          li__L4ML=li__XRRF(((__li__4O2B *)((__li__WRB *)li__K4ML)),li__VVOK);
        } break;
        };
        li__K4ML=li__O1WH(((__li__5RB *)li__L4ML),li__VVOK->li__2VPJ.li__UDID.li__TDID.li__0CC);
        li__2YPI(((__li__2ZEC *)li__C4ML),li__K4ML);
        li__3LQL=(__li__K)(li__3LQL +  1);
      };
      li__R4ML=li__4F1H(li__C4ML);
      li__HQVK=li__R4ML;
    } break;
    case __li__4O2B__: {
      li__3PVK=li__XRRF(((__li__4O2B *)((__li__WRB *)li__GQVK)),li__VVOK);
      li__C2ML=li__O1WH(((__li__5RB *)li__3PVK),li__VVOK->li__2VPJ.li__UDID.li__TDID.li__0CC);
      li__HQVK=li__C2ML;
    } break;
    };
    li__TPVK=li__HQVK;
  };
  li__VVOK->li__2VPJ.li__UDID.li__YOME=li__TPVK;
  li__VVOK->li__2VPJ.li__ZOME=li__ZVOK;
  /* __li__B__ __li__I__ */
if (((void *)li__JI == (void *)NULL)) {
    li__VVOK->li__2VPJ.li__UDID.li__BPME=li__YTBD;
  } else /* FALSE */ {
    li__HQVK=li__JI;
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__HQVK)->__id==__li__1M__) {
      li__IWOK=((__li__1M *)li__HQVK)->li__2M.li__IPME;
    } else /* PROFIL_BLOCK */ {
      li__IWOK=((__li__UJSH *)li__HQVK)->li__VJSH.li__IPME;
    };
    li__VVOK->li__2VPJ.li__UDID.li__BPME=li__IWOK;
  };
}

static void li__AC3L(__li__DZB *li__BC3L,__li__2ZEC *li__CC3L,void *li__DC3L)
/* (Strict SLOT_DATA{li__DZB},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},PARAMETER_TO_TYPE{NULLxli__0VPJxli__1VPJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EC3L,li__LC3L,li__APFM,li__TC3L;
  void *li__1OFM,*li__TOCN;
  __li__I03C *li__JC3L,*li__RC3L;
  li__EC3L= 0;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__BC3L->li__LZB->li__KZB)->__id==__li__IZB__) {
  };
  li__1OFM=li__BC3L->li__LZB->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1OFM)->__id==__li__IZB__) {
    li__JC3L=((__li__IZB *)li__1OFM)->li__MPHD;
  } else /* ITM_SLOT_OPERATOR */ {
    li__JC3L=((__li__4HAD *)li__1OFM)->li__5HAD.li__MPHD;
  };
  li__LC3L=(*(li__JC3L)).li__RBLE;
  li__APFM= 0;
  while ((li__APFM <= li__LC3L)) {
    li__TOCN=li__BC3L->li__LZB->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TOCN)->__id==__li__IZB__) {
      li__RC3L=((__li__IZB *)li__TOCN)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__RC3L=((__li__4HAD *)li__TOCN)->li__5HAD.li__MPHD;
    };
    li__TOCN=((void **)(*(((__li__I03C *)li__RC3L))).li__RCLE)[li__APFM];
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__TOCN)->__id==__li__4RUC__) {
      li__TC3L=li__VOCN(((__li__4RUC *)li__TOCN),li__CC3L,li__EC3L,li__DC3L);
    } else /* ITM_ARGS */ {
      li__TC3L=li__EPCN(((__li__QUAF *)((__li__4RUC *)li__TOCN)),li__CC3L,li__EC3L,li__DC3L);
    };
    li__EC3L=li__TC3L;
    li__APFM=(__li__K)(li__APFM +  1);
  };
}

static void li__XC3L(__li__QWEC *li__YC3L,__li__2ZEC *li__ZC3L,void *li__0C3L)
/* (Strict SLOT_CODE{li__QWEC},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},PARAMETER_TO_TYPE{NULLxli__0VPJxli__1VPJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1C3L,li__CD3L,li__WPFM,li__KD3L;
  void *li__RPFM,*li__HQCN;
  __li__I03C *li__AD3L,*li__ID3L;
  li__1C3L= 0;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YC3L->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
  li__RPFM=li__YC3L->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RPFM)->__id==__li__IZB__) {
    li__AD3L=((__li__IZB *)li__RPFM)->li__MPHD;
  } else /* ITM_SLOT_OPERATOR */ {
    li__AD3L=((__li__4HAD *)li__RPFM)->li__5HAD.li__MPHD;
  };
  li__CD3L=(*(li__AD3L)).li__RBLE;
  li__WPFM= 0;
  while ((li__WPFM <= li__CD3L)) {
    li__HQCN=li__YC3L->li__RWEC->li__KZB;
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HQCN)->__id==__li__IZB__) {
      li__ID3L=((__li__IZB *)li__HQCN)->li__MPHD;
    } else /* ITM_SLOT_OPERATOR */ {
      li__ID3L=((__li__4HAD *)li__HQCN)->li__5HAD.li__MPHD;
    };
    li__HQCN=((void **)(*(((__li__I03C *)li__ID3L))).li__RCLE)[li__WPFM];
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__HQCN)->__id==__li__4RUC__) {
      li__KD3L=li__VOCN(((__li__4RUC *)li__HQCN),li__ZC3L,li__1C3L,li__0C3L);
    } else /* ITM_ARGS */ {
      li__KD3L=li__EPCN(((__li__QUAF *)((__li__4RUC *)li__HQCN)),li__ZC3L,li__1C3L,li__0C3L);
    };
    li__1C3L=li__KD3L;
    li__WPFM=(__li__K)(li__WPFM +  1);
  };
}

static __li__5RB* li__1A3I(__li__WRB *li__2A3I,__li__1M *li__3A3I)
/* (Strict ITM_TYPE_STYLE{li__WRB},Strict PROFIL_SLOT{NULLxli__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__5A3I,*li__MC3I,*li__4A3I;
  __li__U *li__AB3I;
  __li__PO li__AC3I;
  __li__C li__JB3I;
  li__5A3I=NULL;
  li__AB3I=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__2A3I == (void *)li__PMZ)) {
    li__5A3I=li__ORB__->li__PRB.li__J0C;
    li__JB3I=li__B__;
  } else /* FALSE */ {
    li__JB3I=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__JB3I)) {
    /* __li__B__ __li__I__ */
if (((void *)li__2A3I == (void *)li__3MZ)) {
      li__5A3I=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__3A3I != (void *)NULL)) {
        li__AC3I=li__TCMJ(((__li__1M *)li__3A3I));
        li__AB3I=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__AC3I)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__AB3I=li__MPB;
      };
      li__MC3I=li__B0MB(li__AB3I,li__2A3I);
      li__5A3I=li__MC3I;
    };
  };
  li__4A3I=li__5A3I;
  return(li__4A3I);
}

static __li__5RB* li__PC3I(__li__XRB *li__QC3I,__li__1M *li__RC3I)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},Strict PROFIL_SLOT{NULLxli__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__TC3I,*li__AE3I,*li__SC3I;
  __li__U *li__UC3I;
  __li__PO li__UD3I;
  __li__C li__3C3I;
  li__TC3I=NULL;
  li__UC3I=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__QC3I == (void *)li__PMZ)) {
    li__TC3I=li__ORB__->li__PRB.li__J0C;
    li__3C3I=li__B__;
  } else /* FALSE */ {
    li__3C3I=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__3C3I)) {
    /* __li__B__ __li__I__ */
if (((void *)li__QC3I == (void *)li__3MZ)) {
      li__TC3I=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__RC3I != (void *)NULL)) {
        li__UD3I=li__TCMJ(((__li__1M *)li__RC3I));
        li__UC3I=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__UD3I)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__UC3I=li__MPB;
      };
      li__AE3I=li__I2MB(li__UC3I,li__QC3I);
      li__TC3I=li__AE3I;
    };
  };
  li__SC3I=li__TC3I;
  return(li__SC3I);
}

static __li__5RB* li__DE3I(__li__KUB *li__EE3I,__li__1M *li__FE3I)
/* (Strict ITM_TYPE_GENERIC{li__KUB},Strict PROFIL_SLOT{NULLxli__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__IE3I,*li__KE3I,*li__VE3I,*li__GE3I;
  __li__U *li__LE3I;
  __li__K li__JE3I,li__WE3I;
  void *li__UE3I;
  __li__PO li__ZF3I;
  __li__3PZ *li__ME3I,*li__HE3I,*li__TF3I;
  li__IE3I=NULL;
  li__KE3I=NULL;
  li__LE3I=NULL;
  li__ME3I=li__DG3();
  li__HE3I=li__ME3I;
  li__JE3I= 0;
  do {
    li__UE3I=((void **)(*(((__li__CRB *)li__EE3I->li__EDD))).li__V1BD)[li__JE3I];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__UE3I)->__id) {
    case __li__WRB__: {
      li__VE3I=li__WLRF(((__li__WRB *)li__UE3I),li__FE3I);
    } break;
    case __li__XRB__: {
      li__VE3I=li__KNRF(((__li__XRB *)((__li__WRB *)li__UE3I)),li__FE3I);
    } break;
    case __li__KUB__: {
      li__VE3I=li__4ORF(((__li__KUB *)((__li__WRB *)li__UE3I)),li__FE3I);
    } break;
    case __li__VB1__: {
      li__VE3I=li__DRRF(((__li__VB1 *)((__li__WRB *)li__UE3I)),li__FE3I);
    } break;
    case __li__4O2B__: {
      li__VE3I=li__XRRF(((__li__4O2B *)((__li__WRB *)li__UE3I)),li__FE3I);
    } break;
    };
    li__IE3I=li__VE3I;
    li__4RFC(((__li__3PZ *)li__HE3I),li__IE3I);
    li__WE3I=(__li__K)(li__JE3I +  1);
    li__JE3I=li__WE3I;
  } while (((li__WE3I <= (*(li__EE3I->li__EDD)).li__5QZ) && ((void *)li__IE3I != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__IE3I == (void *)NULL)) {
    li__OHGB(li__ME3I);
  } else /* FALSE */ {
    li__TF3I=li__SHGB(li__ME3I);
    li__HE3I=li__TF3I;
    /* __li__B__ __li__I__ */
if (((void *)li__FE3I != (void *)NULL)) {
      li__ZF3I=li__TCMJ(((__li__1M *)li__FE3I));
      li__LE3I=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__ZF3I)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__LE3I=li__MPB;
    };
    li__VE3I=li__DJGB(li__LE3I,li__EE3I,li__TF3I);
    li__KE3I=li__VE3I;
  };
  li__GE3I=li__KE3I;
  return(li__GE3I);
}

static __li__5RB* li__IG3I(__li__VB1 *li__JG3I,__li__1M *li__KG3I)
/* (Strict ITM_TYPE_PARAMETER{li__VB1},Strict PROFIL_SLOT{NULLxli__1M}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__NG3I,*li__LG3I;
  __li__PO li__VG3I;
  li__NG3I=li__OHDJ(((__li__1M *)li__KG3I),li__JG3I);
  /* __li__B__ __li__I__ */
if (((void *)li__NG3I == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_354));
    li__JAZ(((__li__BC *)li__0C),li__JG3I->li__WB1.li__P2C);
    li__VG3I=li__TCMJ(((__li__1M *)li__KG3I));
    li__K4E( 1,li__0C);
    li__V5E(li__VG3I);
    li__ODF();
  };
  li__LG3I=li__NG3I;
  return(li__LG3I);
}

static __li__C li__NQQK(__li__U *li__PQQK)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__QQQK;
  li__QQQK=((((((((((void *)li__PQQK == (void *)(&__string_54)) || ((void *)li__PQQK == (void *)(&__string_55))) || ((void *)li__PQQK == (void *)(&__string_56))) || ((void *)li__PQQK == (void *)(&__string_57))) || ((void *)li__PQQK == (void *)(&__string_58))) || ((void *)li__PQQK == (void *)(&__string_59))) || ((void *)li__PQQK == (void *)(&__string_60))) || ((void *)li__PQQK == (void *)(&__string_61))) || ((void *)li__PQQK == (void *)(&__string_39)));
  return(li__QQQK);
}

static void* li__5WCJ(__li__ORB *li__AXCJ,__li__U *li__BXCJ)
/* (Strict TYPE_NULL{li__ORB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__EXCJ,*li__PTTJ,*li__HDSM,*li__CXCJ;
  __li__K li__DXCJ;
  void *li__WXCJ;
  __li__ULSB *li__XXCJ,*li__CSAV;
  void *li__LYCJ;
  __li__5RB *li__OYCJ;
  __li__VB1 *li__HSAV;
  __li__PO li__NSAV;
  __li__PF *li__QYCJ;
  __li__QOZB *li__YYCJ;
  __li__C li__BYCJ,li__1YCJ;
  li__EXCJ=NULL;
  li__DXCJ= 0;
  li__WMIJ:
  {
    /* __li__B__ __li__I__ */
if ((li__DXCJ <= (*(li__AXCJ->li__PRB.li__D0C)).li__VBM)) {
      li__WXCJ=((void **)(*(((__li__ZZC *)li__AXCJ->li__PRB.li__D0C))).li__RBM)[li__DXCJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__WXCJ)->__id==__li__DZB__) {
        li__XXCJ=li__QXVG(((__li__DZB *)li__WXCJ));
      } else /* SLOT_CODE */ {
        li__PTTJ=((__li__QWEC *)li__WXCJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PTTJ)->__id==__li__IZB__) {
          li__XXCJ=((__li__IZB *)li__PTTJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__XXCJ=((__li__4HAD *)li__PTTJ)->li__5HAD.li__WLSB;
        };
      };
      li__CSAV=((__li__ULSB *)li__XXCJ);
      li__BYCJ=(((void *)li__CSAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__CSAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__BYCJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__BYCJ && ((void *)li__EXCJ == (void *)NULL))) {
      li__PTTJ=((void **)(*(((__li__ZZC *)li__AXCJ->li__PRB.li__D0C))).li__RBM)[li__DXCJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__PTTJ)->__id==__li__DZB__) {
        li__HDSM=((__li__DZB *)li__PTTJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HDSM)->__id==__li__IZB__) {
          li__LYCJ=((__li__IZB *)li__HDSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__LYCJ=((__li__4HAD *)li__HDSM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__HDSM=((__li__QWEC *)li__PTTJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HDSM)->__id==__li__IZB__) {
          li__LYCJ=((__li__IZB *)li__HDSM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__LYCJ=((__li__4HAD *)li__HDSM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__LYCJ==NULL) {
        li__HDSM=NULL;
      } else {
        switch (((struct ___OBJ *)li__LYCJ)->__id) {
        case __li__WRB__: {
          li__HDSM=((void *)li__LYCJ);
        } break;
        case __li__XRB__: {
          li__HDSM=((void *)li__LYCJ);
        } break;
        case __li__KUB__: {
          li__HDSM=((void *)li__LYCJ);
        } break;
        case __li__VB1__: {
          li__HDSM=((void *)li__LYCJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__HDSM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__HDSM)->__id) {
      case __li__WRB__: {
        li__OYCJ=li__2FZI(((__li__WRB *)li__HDSM),li__AXCJ);
      } break;
      case __li__XRB__: {
        li__OYCJ=li__QHZI(((__li__XRB *)((__li__WRB *)li__HDSM)),li__AXCJ);
      } break;
      case __li__KUB__: {
        li__OYCJ=li__EJZI(((__li__KUB *)((__li__WRB *)li__HDSM)),li__AXCJ);
      } break;
      case __li__VB1__: {
        li__HSAV=((__li__VB1 *)((__li__WRB *)li__HDSM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__HSAV->li__WB1.li__P2C);
        li__NSAV=li__AXCJ->li__PRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__NSAV);
        li__ODF();
        li__OYCJ=NULL;
      } break;
      };
      li__PTTJ=((__li__5RB *)li__OYCJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PTTJ)->__id) {
      case __li__IF__: {
        li__QYCJ=((__li__IF *)li__PTTJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__QYCJ=((__li__ORB *)li__PTTJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__QYCJ=((__li__QRB *)li__PTTJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__QYCJ=((__li__SRB *)li__PTTJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__QYCJ=((__li__URB *)li__PTTJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__QYCJ=((__li__GSZ *)li__PTTJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__QYCJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__QYCJ=li__VYLN();
      } break;
      };
      li__HDSM=li__I43C(((__li__OC1 *)li__QYCJ->li__XC1),li__BXCJ);
      li__EXCJ=li__HDSM;
      /* __li__B__ __li__I__ */
if (((void *)li__HDSM == (void *)NULL)) {
        li__1YCJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HDSM)->__id==__li__IZB__) {
          li__YYCJ=((__li__IZB *)li__HDSM)->li__G0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YYCJ=((__li__4HAD *)li__HDSM)->li__5HAD.li__G0HD;
        };
        li__1YCJ=((void *)li__YYCJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__1YCJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__PTTJ)->__id) {
        case __li__IF__: {
          li__LYCJ=li__TUCJ(((__li__IF *)li__PTTJ),li__BXCJ);
        } break;
        case __li__ORB__: {
          li__LYCJ=li__5WCJ(((__li__ORB *)((__li__IF *)li__PTTJ)),li__BXCJ);
        } break;
        case __li__QRB__: {
          li__LYCJ=li__LZCJ(((__li__QRB *)((__li__IF *)li__PTTJ)),li__BXCJ);
        } break;
        case __li__SRB__: {
          li__LYCJ=li__X1CJ(((__li__SRB *)((__li__IF *)li__PTTJ)),li__BXCJ);
        } break;
        case __li__URB__: {
          li__LYCJ=li__D4CJ(((__li__URB *)((__li__IF *)li__PTTJ)),li__BXCJ);
        } break;
        case __li__GSZ__: {
          li__LYCJ=li__PADJ(((__li__GSZ *)((__li__IF *)li__PTTJ)),li__BXCJ);
        } break;
        case __li__1RRF__: {
          li__LYCJ=li__44BN(((__li__1RRF *)((__li__IF *)li__PTTJ)),li__BXCJ);
        } break;
        case __li__UJSH__: {
          li__LYCJ=li__VPRN(((__li__UJSH *)((__li__IF *)li__PTTJ)),li__BXCJ);
        } break;
        };
        li__EXCJ=li__LYCJ;
      } else /* FALSE */ {
        li__K5RI=li__PTTJ;
      };
      li__DXCJ=(__li__K)(li__DXCJ +  1);
      goto li__WMIJ;
    };
  };
  li__CXCJ=li__EXCJ;
  return(li__CXCJ);
}

static void* li__44BN(__li__1RRF *li__54BN,__li__U *li__A5BN)
/* (Strict TYPE_BLOCK{li__1RRF},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__D5BN,*li__YUJN,*li__NG5O,*li__B5BN;
  __li__K li__C5BN;
  void *li__V5BN;
  __li__ULSB *li__W5BN,*li__GUAV;
  void *li__KACN;
  __li__5RB *li__NACN;
  __li__PF *li__PACN;
  __li__QOZB *li__XACN;
  __li__C li__AACN,li__0ACN;
  li__D5BN=NULL;
  li__C5BN= 0;
  li__FMFN:
  {
    /* __li__B__ __li__I__ */
if ((li__C5BN <= (*(li__54BN->li__2RRF.li__D0C)).li__VBM)) {
      li__V5BN=((void **)(*(((__li__ZZC *)li__54BN->li__2RRF.li__D0C))).li__RBM)[li__C5BN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__V5BN)->__id==__li__DZB__) {
        li__W5BN=li__QXVG(((__li__DZB *)li__V5BN));
      } else /* SLOT_CODE */ {
        li__YUJN=((__li__QWEC *)li__V5BN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__YUJN)->__id==__li__IZB__) {
          li__W5BN=((__li__IZB *)li__YUJN)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__W5BN=((__li__4HAD *)li__YUJN)->li__5HAD.li__WLSB;
        };
      };
      li__GUAV=((__li__ULSB *)li__W5BN);
      li__AACN=(((void *)li__GUAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__GUAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__AACN=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__AACN && ((void *)li__D5BN == (void *)NULL))) {
      li__YUJN=((void **)(*(((__li__ZZC *)li__54BN->li__2RRF.li__D0C))).li__RBM)[li__C5BN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__YUJN)->__id==__li__DZB__) {
        li__NG5O=((__li__DZB *)li__YUJN)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NG5O)->__id==__li__IZB__) {
          li__KACN=((__li__IZB *)li__NG5O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KACN=((__li__4HAD *)li__NG5O)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__NG5O=((__li__QWEC *)li__YUJN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NG5O)->__id==__li__IZB__) {
          li__KACN=((__li__IZB *)li__NG5O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__KACN=((__li__4HAD *)li__NG5O)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__KACN==NULL) {
        li__NG5O=NULL;
      } else {
        switch (((struct ___OBJ *)li__KACN)->__id) {
        case __li__WRB__: {
          li__NG5O=((void *)li__KACN);
        } break;
        case __li__XRB__: {
          li__NG5O=((void *)li__KACN);
        } break;
        case __li__KUB__: {
          li__NG5O=((void *)li__KACN);
        } break;
        case __li__VB1__: {
          li__NG5O=((void *)li__KACN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__NG5O=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__NG5O)->__id) {
      case __li__WRB__: {
        li__NACN=li__NSCL(((__li__WRB *)li__NG5O),li__54BN);
      } break;
      case __li__XRB__: {
        li__NACN=li__BUCL(((__li__XRB *)((__li__WRB *)li__NG5O)),li__54BN);
      } break;
      case __li__KUB__: {
        li__NACN=li__VVCL(((__li__KUB *)((__li__WRB *)li__NG5O)),li__54BN);
      } break;
      case __li__VB1__: {
        li__NACN=li__0XCL(((__li__VB1 *)((__li__WRB *)li__NG5O)));
      } break;
      };
      li__YUJN=((__li__5RB *)li__NACN)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YUJN)->__id) {
      case __li__IF__: {
        li__PACN=((__li__IF *)li__YUJN)->li__TF;
      } break;
      case __li__ORB__: {
        li__PACN=((__li__ORB *)li__YUJN)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__PACN=((__li__QRB *)li__YUJN)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__PACN=((__li__SRB *)li__YUJN)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__PACN=((__li__URB *)li__YUJN)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__PACN=((__li__GSZ *)li__YUJN)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__PACN=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__PACN=li__VYLN();
      } break;
      };
      li__NG5O=li__I43C(((__li__OC1 *)li__PACN->li__XC1),li__A5BN);
      li__D5BN=li__NG5O;
      /* __li__B__ __li__I__ */
if (((void *)li__NG5O == (void *)NULL)) {
        li__0ACN=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__NG5O)->__id==__li__IZB__) {
          li__XACN=((__li__IZB *)li__NG5O)->li__G0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__XACN=((__li__4HAD *)li__NG5O)->li__5HAD.li__G0HD;
        };
        li__0ACN=((void *)li__XACN == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__0ACN) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YUJN)->__id) {
        case __li__IF__: {
          li__KACN=li__TUCJ(((__li__IF *)li__YUJN),li__A5BN);
        } break;
        case __li__ORB__: {
          li__KACN=li__5WCJ(((__li__ORB *)((__li__IF *)li__YUJN)),li__A5BN);
        } break;
        case __li__QRB__: {
          li__KACN=li__LZCJ(((__li__QRB *)((__li__IF *)li__YUJN)),li__A5BN);
        } break;
        case __li__SRB__: {
          li__KACN=li__X1CJ(((__li__SRB *)((__li__IF *)li__YUJN)),li__A5BN);
        } break;
        case __li__URB__: {
          li__KACN=li__D4CJ(((__li__URB *)((__li__IF *)li__YUJN)),li__A5BN);
        } break;
        case __li__GSZ__: {
          li__KACN=li__PADJ(((__li__GSZ *)((__li__IF *)li__YUJN)),li__A5BN);
        } break;
        case __li__1RRF__: {
          li__KACN=li__44BN(((__li__1RRF *)((__li__IF *)li__YUJN)),li__A5BN);
        } break;
        case __li__UJSH__: {
          li__KACN=li__VPRN(((__li__UJSH *)((__li__IF *)li__YUJN)),li__A5BN);
        } break;
        };
        li__D5BN=li__KACN;
      } else /* FALSE */ {
        li__K5RI=li__YUJN;
      };
      li__C5BN=(__li__K)(li__C5BN +  1);
      goto li__FMFN;
    };
  };
  li__B5BN=li__D5BN;
  return(li__B5BN);
}

static void* li__VPRN(__li__UJSH *li__WPRN,__li__U *li__XPRN)
/* (Strict PROFIL_BLOCK{li__UJSH},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__0PRN,*li__EIKO,*li__ZLVP,*li__YPRN;
  __li__K li__ZPRN;
  void *li__MQRN;
  __li__ULSB *li__NQRN,*li__OUAV;
  void *li__BRRN;
  __li__5RB *li__ERRN;
  __li__PF *li__GRRN;
  __li__QOZB *li__ORRN;
  __li__C li__XQRN,li__RRRN;
  li__0PRN=NULL;
  li__ZPRN= 0;
  li__V5UN:
  {
    /* __li__B__ __li__I__ */
if ((li__ZPRN <= (*(li__WPRN->li__WJSH.li__D0C)).li__VBM)) {
      li__MQRN=((void **)(*(((__li__ZZC *)li__WPRN->li__WJSH.li__D0C))).li__RBM)[li__ZPRN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__MQRN)->__id==__li__DZB__) {
        li__NQRN=li__QXVG(((__li__DZB *)li__MQRN));
      } else /* SLOT_CODE */ {
        li__EIKO=((__li__QWEC *)li__MQRN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__EIKO)->__id==__li__IZB__) {
          li__NQRN=((__li__IZB *)li__EIKO)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__NQRN=((__li__4HAD *)li__EIKO)->li__5HAD.li__WLSB;
        };
      };
      li__OUAV=((__li__ULSB *)li__NQRN);
      li__XQRN=(((void *)li__OUAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__OUAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__XQRN=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__XQRN && ((void *)li__0PRN == (void *)NULL))) {
      li__EIKO=((void **)(*(((__li__ZZC *)li__WPRN->li__WJSH.li__D0C))).li__RBM)[li__ZPRN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__EIKO)->__id==__li__DZB__) {
        li__ZLVP=((__li__DZB *)li__EIKO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZLVP)->__id==__li__IZB__) {
          li__BRRN=((__li__IZB *)li__ZLVP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__BRRN=((__li__4HAD *)li__ZLVP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__ZLVP=((__li__QWEC *)li__EIKO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZLVP)->__id==__li__IZB__) {
          li__BRRN=((__li__IZB *)li__ZLVP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__BRRN=((__li__4HAD *)li__ZLVP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__BRRN==NULL) {
        li__ZLVP=NULL;
      } else {
        switch (((struct ___OBJ *)li__BRRN)->__id) {
        case __li__WRB__: {
          li__ZLVP=((void *)li__BRRN);
        } break;
        case __li__XRB__: {
          li__ZLVP=((void *)li__BRRN);
        } break;
        case __li__KUB__: {
          li__ZLVP=((void *)li__BRRN);
        } break;
        case __li__VB1__: {
          li__ZLVP=((void *)li__BRRN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__ZLVP=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__ZLVP)->__id) {
      case __li__WRB__: {
        li__ERRN=li__Y35O(((__li__WRB *)li__ZLVP),li__WPRN);
      } break;
      case __li__XRB__: {
        li__ERRN=li__M55O(((__li__XRB *)((__li__WRB *)li__ZLVP)),li__WPRN);
      } break;
      case __li__KUB__: {
        li__ERRN=li__ABAP(((__li__KUB *)((__li__WRB *)li__ZLVP)),li__WPRN);
      } break;
      case __li__VB1__: {
        li__ERRN=li__FDAP(((__li__VB1 *)((__li__WRB *)li__ZLVP)));
      } break;
      };
      li__EIKO=((__li__5RB *)li__ERRN)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__EIKO)->__id) {
      case __li__IF__: {
        li__GRRN=((__li__IF *)li__EIKO)->li__TF;
      } break;
      case __li__ORB__: {
        li__GRRN=((__li__ORB *)li__EIKO)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__GRRN=((__li__QRB *)li__EIKO)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__GRRN=((__li__SRB *)li__EIKO)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__GRRN=((__li__URB *)li__EIKO)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__GRRN=((__li__GSZ *)li__EIKO)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__GRRN=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__GRRN=li__VYLN();
      } break;
      };
      li__ZLVP=li__I43C(((__li__OC1 *)li__GRRN->li__XC1),li__XPRN);
      li__0PRN=li__ZLVP;
      /* __li__B__ __li__I__ */
if (((void *)li__ZLVP == (void *)NULL)) {
        li__RRRN=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZLVP)->__id==__li__IZB__) {
          li__ORRN=((__li__IZB *)li__ZLVP)->li__G0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ORRN=((__li__4HAD *)li__ZLVP)->li__5HAD.li__G0HD;
        };
        li__RRRN=((void *)li__ORRN == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__RRRN) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__EIKO)->__id) {
        case __li__IF__: {
          li__BRRN=li__TUCJ(((__li__IF *)li__EIKO),li__XPRN);
        } break;
        case __li__ORB__: {
          li__BRRN=li__5WCJ(((__li__ORB *)((__li__IF *)li__EIKO)),li__XPRN);
        } break;
        case __li__QRB__: {
          li__BRRN=li__LZCJ(((__li__QRB *)((__li__IF *)li__EIKO)),li__XPRN);
        } break;
        case __li__SRB__: {
          li__BRRN=li__X1CJ(((__li__SRB *)((__li__IF *)li__EIKO)),li__XPRN);
        } break;
        case __li__URB__: {
          li__BRRN=li__D4CJ(((__li__URB *)((__li__IF *)li__EIKO)),li__XPRN);
        } break;
        case __li__GSZ__: {
          li__BRRN=li__PADJ(((__li__GSZ *)((__li__IF *)li__EIKO)),li__XPRN);
        } break;
        case __li__1RRF__: {
          li__BRRN=li__44BN(((__li__1RRF *)((__li__IF *)li__EIKO)),li__XPRN);
        } break;
        case __li__UJSH__: {
          li__BRRN=li__VPRN(((__li__UJSH *)((__li__IF *)li__EIKO)),li__XPRN);
        } break;
        };
        li__0PRN=li__BRRN;
      } else /* FALSE */ {
        li__K5RI=li__EIKO;
      };
      li__ZPRN=(__li__K)(li__ZPRN +  1);
      goto li__V5UN;
    };
  };
  li__YPRN=li__0PRN;
  return(li__YPRN);
}

static void* li__ZDFJ(__li__ORB *li__0DFJ,__li__U *li__1DFJ)
/* (Strict TYPE_NULL{li__ORB},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__4DFJ,*li__Q5VJ,*li__4ISM,*li__2DFJ;
  __li__K li__3DFJ;
  void *li__QEFJ;
  __li__ULSB *li__REFJ,*li__FVAV;
  void *li__FFFJ;
  __li__5RB *li__IFFJ;
  __li__VB1 *li__KVAV;
  __li__PO li__QVAV;
  __li__PF *li__KFFJ;
  __li__QOZB *li__SFFJ;
  __li__C li__1EFJ,li__VFFJ;
  li__4DFJ=NULL;
  li__3DFJ= 0;
  li__1PKJ:
  {
    /* __li__B__ __li__I__ */
if ((li__3DFJ <= (*(li__0DFJ->li__PRB.li__D0C)).li__VBM)) {
      li__QEFJ=((void **)(*(((__li__ZZC *)li__0DFJ->li__PRB.li__D0C))).li__RBM)[li__3DFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__QEFJ)->__id==__li__DZB__) {
        li__REFJ=li__QXVG(((__li__DZB *)li__QEFJ));
      } else /* SLOT_CODE */ {
        li__Q5VJ=((__li__QWEC *)li__QEFJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Q5VJ)->__id==__li__IZB__) {
          li__REFJ=((__li__IZB *)li__Q5VJ)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__REFJ=((__li__4HAD *)li__Q5VJ)->li__5HAD.li__WLSB;
        };
      };
      li__FVAV=((__li__ULSB *)li__REFJ);
      li__1EFJ=(((void *)li__FVAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__FVAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__1EFJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__1EFJ && ((void *)li__4DFJ == (void *)NULL))) {
      li__Q5VJ=((void **)(*(((__li__ZZC *)li__0DFJ->li__PRB.li__D0C))).li__RBM)[li__3DFJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__Q5VJ)->__id==__li__DZB__) {
        li__4ISM=((__li__DZB *)li__Q5VJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4ISM)->__id==__li__IZB__) {
          li__FFFJ=((__li__IZB *)li__4ISM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__FFFJ=((__li__4HAD *)li__4ISM)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__4ISM=((__li__QWEC *)li__Q5VJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4ISM)->__id==__li__IZB__) {
          li__FFFJ=((__li__IZB *)li__4ISM)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__FFFJ=((__li__4HAD *)li__4ISM)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__FFFJ==NULL) {
        li__4ISM=NULL;
      } else {
        switch (((struct ___OBJ *)li__FFFJ)->__id) {
        case __li__WRB__: {
          li__4ISM=((void *)li__FFFJ);
        } break;
        case __li__XRB__: {
          li__4ISM=((void *)li__FFFJ);
        } break;
        case __li__KUB__: {
          li__4ISM=((void *)li__FFFJ);
        } break;
        case __li__VB1__: {
          li__4ISM=((void *)li__FFFJ);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__4ISM=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__4ISM)->__id) {
      case __li__WRB__: {
        li__IFFJ=li__2FZI(((__li__WRB *)li__4ISM),li__0DFJ);
      } break;
      case __li__XRB__: {
        li__IFFJ=li__QHZI(((__li__XRB *)((__li__WRB *)li__4ISM)),li__0DFJ);
      } break;
      case __li__KUB__: {
        li__IFFJ=li__EJZI(((__li__KUB *)((__li__WRB *)li__4ISM)),li__0DFJ);
      } break;
      case __li__VB1__: {
        li__KVAV=((__li__VB1 *)((__li__WRB *)li__4ISM));
        li__HEZ(((__li__BC *)li__0C),(&__string_354));
        li__JAZ(((__li__BC *)li__0C),li__KVAV->li__WB1.li__P2C);
        li__QVAV=li__0DFJ->li__PRB.li__TF->li__SF.li__RF.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__QVAV);
        li__ODF();
        li__IFFJ=NULL;
      } break;
      };
      li__Q5VJ=((__li__5RB *)li__IFFJ)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__Q5VJ)->__id) {
      case __li__IF__: {
        li__KFFJ=((__li__IF *)li__Q5VJ)->li__TF;
      } break;
      case __li__ORB__: {
        li__KFFJ=((__li__ORB *)li__Q5VJ)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__KFFJ=((__li__QRB *)li__Q5VJ)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__KFFJ=((__li__SRB *)li__Q5VJ)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__KFFJ=((__li__URB *)li__Q5VJ)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__KFFJ=((__li__GSZ *)li__Q5VJ)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__KFFJ=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__KFFJ=li__VYLN();
      } break;
      };
      li__4ISM=li__I43C(((__li__OC1 *)li__KFFJ->li__XC1),li__1DFJ);
      li__4DFJ=li__4ISM;
      /* __li__B__ __li__I__ */
if (((void *)li__4ISM == (void *)NULL)) {
        li__VFFJ=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__4ISM)->__id==__li__IZB__) {
          li__SFFJ=((__li__IZB *)li__4ISM)->li__O0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__SFFJ=((__li__4HAD *)li__4ISM)->li__5HAD.li__O0HD;
        };
        li__VFFJ=((void *)li__SFFJ == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__VFFJ) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__Q5VJ)->__id) {
        case __li__IF__: {
          li__FFFJ=li__NBFJ(((__li__IF *)li__Q5VJ),li__1DFJ);
        } break;
        case __li__ORB__: {
          li__FFFJ=li__ZDFJ(((__li__ORB *)((__li__IF *)li__Q5VJ)),li__1DFJ);
        } break;
        case __li__QRB__: {
          li__FFFJ=li__FGFJ(((__li__QRB *)((__li__IF *)li__Q5VJ)),li__1DFJ);
        } break;
        case __li__SRB__: {
          li__FFFJ=li__RIFJ(((__li__SRB *)((__li__IF *)li__Q5VJ)),li__1DFJ);
        } break;
        case __li__URB__: {
          li__FFFJ=li__3KFJ(((__li__URB *)((__li__IF *)li__Q5VJ)),li__1DFJ);
        } break;
        case __li__GSZ__: {
          li__FFFJ=li__JNFJ(((__li__GSZ *)((__li__IF *)li__Q5VJ)),li__1DFJ);
        } break;
        case __li__1RRF__: {
          li__FFFJ=li__OCCN(((__li__1RRF *)((__li__IF *)li__Q5VJ)),li__1DFJ);
        } break;
        case __li__UJSH__: {
          li__FFFJ=li__NSRN(((__li__UJSH *)((__li__IF *)li__Q5VJ)),li__1DFJ);
        } break;
        };
        li__4DFJ=li__FFFJ;
      } else /* FALSE */ {
        li__K5RI=li__Q5VJ;
      };
      li__3DFJ=(__li__K)(li__3DFJ +  1);
      goto li__1PKJ;
    };
  };
  li__2DFJ=li__4DFJ;
  return(li__2DFJ);
}

static void* li__OCCN(__li__1RRF *li__PCCN,__li__U *li__QCCN)
/* (Strict TYPE_BLOCK{li__1RRF},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__TCCN,*li__2UJN,*li__IH5O,*li__RCCN;
  __li__K li__SCCN;
  void *li__FDCN;
  __li__ULSB *li__GDCN,*li__JXAV;
  void *li__0DCN;
  __li__5RB *li__3DCN;
  __li__PF *li__5DCN;
  __li__QOZB *li__HECN;
  __li__C li__QDCN,li__KECN;
  li__TCCN=NULL;
  li__SCCN= 0;
  li__QMFN:
  {
    /* __li__B__ __li__I__ */
if ((li__SCCN <= (*(li__PCCN->li__2RRF.li__D0C)).li__VBM)) {
      li__FDCN=((void **)(*(((__li__ZZC *)li__PCCN->li__2RRF.li__D0C))).li__RBM)[li__SCCN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__FDCN)->__id==__li__DZB__) {
        li__GDCN=li__QXVG(((__li__DZB *)li__FDCN));
      } else /* SLOT_CODE */ {
        li__2UJN=((__li__QWEC *)li__FDCN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2UJN)->__id==__li__IZB__) {
          li__GDCN=((__li__IZB *)li__2UJN)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__GDCN=((__li__4HAD *)li__2UJN)->li__5HAD.li__WLSB;
        };
      };
      li__JXAV=((__li__ULSB *)li__GDCN);
      li__QDCN=(((void *)li__JXAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__JXAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__QDCN=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__QDCN && ((void *)li__TCCN == (void *)NULL))) {
      li__2UJN=((void **)(*(((__li__ZZC *)li__PCCN->li__2RRF.li__D0C))).li__RBM)[li__SCCN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__2UJN)->__id==__li__DZB__) {
        li__IH5O=((__li__DZB *)li__2UJN)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IH5O)->__id==__li__IZB__) {
          li__0DCN=((__li__IZB *)li__IH5O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__0DCN=((__li__4HAD *)li__IH5O)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__IH5O=((__li__QWEC *)li__2UJN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IH5O)->__id==__li__IZB__) {
          li__0DCN=((__li__IZB *)li__IH5O)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__0DCN=((__li__4HAD *)li__IH5O)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__0DCN==NULL) {
        li__IH5O=NULL;
      } else {
        switch (((struct ___OBJ *)li__0DCN)->__id) {
        case __li__WRB__: {
          li__IH5O=((void *)li__0DCN);
        } break;
        case __li__XRB__: {
          li__IH5O=((void *)li__0DCN);
        } break;
        case __li__KUB__: {
          li__IH5O=((void *)li__0DCN);
        } break;
        case __li__VB1__: {
          li__IH5O=((void *)li__0DCN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__IH5O=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__IH5O)->__id) {
      case __li__WRB__: {
        li__3DCN=li__NSCL(((__li__WRB *)li__IH5O),li__PCCN);
      } break;
      case __li__XRB__: {
        li__3DCN=li__BUCL(((__li__XRB *)((__li__WRB *)li__IH5O)),li__PCCN);
      } break;
      case __li__KUB__: {
        li__3DCN=li__VVCL(((__li__KUB *)((__li__WRB *)li__IH5O)),li__PCCN);
      } break;
      case __li__VB1__: {
        li__3DCN=li__0XCL(((__li__VB1 *)((__li__WRB *)li__IH5O)));
      } break;
      };
      li__2UJN=((__li__5RB *)li__3DCN)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2UJN)->__id) {
      case __li__IF__: {
        li__5DCN=((__li__IF *)li__2UJN)->li__TF;
      } break;
      case __li__ORB__: {
        li__5DCN=((__li__ORB *)li__2UJN)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__5DCN=((__li__QRB *)li__2UJN)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__5DCN=((__li__SRB *)li__2UJN)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__5DCN=((__li__URB *)li__2UJN)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__5DCN=((__li__GSZ *)li__2UJN)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__5DCN=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__5DCN=li__VYLN();
      } break;
      };
      li__IH5O=li__I43C(((__li__OC1 *)li__5DCN->li__XC1),li__QCCN);
      li__TCCN=li__IH5O;
      /* __li__B__ __li__I__ */
if (((void *)li__IH5O == (void *)NULL)) {
        li__KECN=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IH5O)->__id==__li__IZB__) {
          li__HECN=((__li__IZB *)li__IH5O)->li__O0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__HECN=((__li__4HAD *)li__IH5O)->li__5HAD.li__O0HD;
        };
        li__KECN=((void *)li__HECN == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__KECN) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__2UJN)->__id) {
        case __li__IF__: {
          li__0DCN=li__NBFJ(((__li__IF *)li__2UJN),li__QCCN);
        } break;
        case __li__ORB__: {
          li__0DCN=li__ZDFJ(((__li__ORB *)((__li__IF *)li__2UJN)),li__QCCN);
        } break;
        case __li__QRB__: {
          li__0DCN=li__FGFJ(((__li__QRB *)((__li__IF *)li__2UJN)),li__QCCN);
        } break;
        case __li__SRB__: {
          li__0DCN=li__RIFJ(((__li__SRB *)((__li__IF *)li__2UJN)),li__QCCN);
        } break;
        case __li__URB__: {
          li__0DCN=li__3KFJ(((__li__URB *)((__li__IF *)li__2UJN)),li__QCCN);
        } break;
        case __li__GSZ__: {
          li__0DCN=li__JNFJ(((__li__GSZ *)((__li__IF *)li__2UJN)),li__QCCN);
        } break;
        case __li__1RRF__: {
          li__0DCN=li__OCCN(((__li__1RRF *)((__li__IF *)li__2UJN)),li__QCCN);
        } break;
        case __li__UJSH__: {
          li__0DCN=li__NSRN(((__li__UJSH *)((__li__IF *)li__2UJN)),li__QCCN);
        } break;
        };
        li__TCCN=li__0DCN;
      } else /* FALSE */ {
        li__K5RI=li__2UJN;
      };
      li__SCCN=(__li__K)(li__SCCN +  1);
      goto li__QMFN;
    };
  };
  li__RCCN=li__TCCN;
  return(li__RCCN);
}

static void* li__NSRN(__li__UJSH *li__OSRN,__li__U *li__PSRN)
/* (Strict PROFIL_BLOCK{li__UJSH},Strict STRING_CONSTANT{NULLxli__U}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__SSRN,*li__IIKO,*li__UMVP,*li__QSRN;
  __li__K li__RSRN;
  void *li__ETRN;
  __li__ULSB *li__FTRN,*li__RXAV;
  void *li__ZTRN;
  __li__5RB *li__2TRN;
  __li__PF *li__4TRN;
  __li__QOZB *li__GURN;
  __li__C li__PTRN,li__JURN;
  li__SSRN=NULL;
  li__RSRN= 0;
  li__AAVN:
  {
    /* __li__B__ __li__I__ */
if ((li__RSRN <= (*(li__OSRN->li__WJSH.li__D0C)).li__VBM)) {
      li__ETRN=((void **)(*(((__li__ZZC *)li__OSRN->li__WJSH.li__D0C))).li__RBM)[li__RSRN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__ETRN)->__id==__li__DZB__) {
        li__FTRN=li__QXVG(((__li__DZB *)li__ETRN));
      } else /* SLOT_CODE */ {
        li__IIKO=((__li__QWEC *)li__ETRN)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__IIKO)->__id==__li__IZB__) {
          li__FTRN=((__li__IZB *)li__IIKO)->li__WLSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__FTRN=((__li__4HAD *)li__IIKO)->li__5HAD.li__WLSB;
        };
      };
      li__RXAV=((__li__ULSB *)li__FTRN);
      li__PTRN=(((void *)li__RXAV->li__XNKE == (void *)(&__string_29)) || ((void *)li__RXAV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__PTRN=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((li__PTRN && ((void *)li__SSRN == (void *)NULL))) {
      li__IIKO=((void **)(*(((__li__ZZC *)li__OSRN->li__WJSH.li__D0C))).li__RBM)[li__RSRN];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__IIKO)->__id==__li__DZB__) {
        li__UMVP=((__li__DZB *)li__IIKO)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UMVP)->__id==__li__IZB__) {
          li__ZTRN=((__li__IZB *)li__UMVP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZTRN=((__li__4HAD *)li__UMVP)->li__5HAD.li__NMSB;
        };
      } else /* SLOT_CODE */ {
        li__UMVP=((__li__QWEC *)li__IIKO)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UMVP)->__id==__li__IZB__) {
          li__ZTRN=((__li__IZB *)li__UMVP)->li__NMSB;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZTRN=((__li__4HAD *)li__UMVP)->li__5HAD.li__NMSB;
        };
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__ZTRN==NULL) {
        li__UMVP=NULL;
      } else {
        switch (((struct ___OBJ *)li__ZTRN)->__id) {
        case __li__WRB__: {
          li__UMVP=((void *)li__ZTRN);
        } break;
        case __li__XRB__: {
          li__UMVP=((void *)li__ZTRN);
        } break;
        case __li__KUB__: {
          li__UMVP=((void *)li__ZTRN);
        } break;
        case __li__VB1__: {
          li__UMVP=((void *)li__ZTRN);
        } break;
        case __li__UL2B__: 
        case __li__4O2B__: {
          li__UMVP=NULL;
        } break;
        }
      };
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ */
switch (((struct ___OBJ *)li__UMVP)->__id) {
      case __li__WRB__: {
        li__2TRN=li__Y35O(((__li__WRB *)li__UMVP),li__OSRN);
      } break;
      case __li__XRB__: {
        li__2TRN=li__M55O(((__li__XRB *)((__li__WRB *)li__UMVP)),li__OSRN);
      } break;
      case __li__KUB__: {
        li__2TRN=li__ABAP(((__li__KUB *)((__li__WRB *)li__UMVP)),li__OSRN);
      } break;
      case __li__VB1__: {
        li__2TRN=li__FDAP(((__li__VB1 *)((__li__WRB *)li__UMVP)));
      } break;
      };
      li__IIKO=((__li__5RB *)li__2TRN)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IIKO)->__id) {
      case __li__IF__: {
        li__4TRN=((__li__IF *)li__IIKO)->li__TF;
      } break;
      case __li__ORB__: {
        li__4TRN=((__li__ORB *)li__IIKO)->li__PRB.li__TF;
      } break;
      case __li__QRB__: {
        li__4TRN=((__li__QRB *)li__IIKO)->li__RRB.li__TF;
      } break;
      case __li__SRB__: {
        li__4TRN=((__li__SRB *)li__IIKO)->li__TRB.li__TF;
      } break;
      case __li__URB__: {
        li__4TRN=((__li__URB *)li__IIKO)->li__VRB.li__TF;
      } break;
      case __li__GSZ__: {
        li__4TRN=((__li__GSZ *)li__IIKO)->li__HSZ.li__TF;
      } break;
      case __li__1RRF__: {
        li__4TRN=li__QLKI();
      } break;
      case __li__UJSH__: {
        li__4TRN=li__VYLN();
      } break;
      };
      li__UMVP=li__I43C(((__li__OC1 *)li__4TRN->li__XC1),li__PSRN);
      li__SSRN=li__UMVP;
      /* __li__B__ __li__I__ */
if (((void *)li__UMVP == (void *)NULL)) {
        li__JURN=li__B__;
      } else /* FALSE */ {
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UMVP)->__id==__li__IZB__) {
          li__GURN=((__li__IZB *)li__UMVP)->li__O0HD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__GURN=((__li__4HAD *)li__UMVP)->li__5HAD.li__O0HD;
        };
        li__JURN=((void *)li__GURN == (void *)NULL);
      };
      /* __li__B__ __li__I__ */
if (li__JURN) {
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__IIKO)->__id) {
        case __li__IF__: {
          li__ZTRN=li__NBFJ(((__li__IF *)li__IIKO),li__PSRN);
        } break;
        case __li__ORB__: {
          li__ZTRN=li__ZDFJ(((__li__ORB *)((__li__IF *)li__IIKO)),li__PSRN);
        } break;
        case __li__QRB__: {
          li__ZTRN=li__FGFJ(((__li__QRB *)((__li__IF *)li__IIKO)),li__PSRN);
        } break;
        case __li__SRB__: {
          li__ZTRN=li__RIFJ(((__li__SRB *)((__li__IF *)li__IIKO)),li__PSRN);
        } break;
        case __li__URB__: {
          li__ZTRN=li__3KFJ(((__li__URB *)((__li__IF *)li__IIKO)),li__PSRN);
        } break;
        case __li__GSZ__: {
          li__ZTRN=li__JNFJ(((__li__GSZ *)((__li__IF *)li__IIKO)),li__PSRN);
        } break;
        case __li__1RRF__: {
          li__ZTRN=li__OCCN(((__li__1RRF *)((__li__IF *)li__IIKO)),li__PSRN);
        } break;
        case __li__UJSH__: {
          li__ZTRN=li__NSRN(((__li__UJSH *)((__li__IF *)li__IIKO)),li__PSRN);
        } break;
        };
        li__SSRN=li__ZTRN;
      } else /* FALSE */ {
        li__K5RI=li__IIKO;
      };
      li__RSRN=(__li__K)(li__RSRN +  1);
      goto li__AAVN;
    };
  };
  li__QSRN=li__SSRN;
  return(li__QSRN);
}

static __li__DFNL* li__MVWJ(__li__XMUC *li__NVWJ,void *li__OVWJ)
/* (Strict ITM_RESULT{li__XMUC},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__RVWJ,*li__1IMV;
  __li__PO li__SVWJ;
  __li__VTBD *li__ZIMV;
  __li__DFNL *li__ZXAV,*li__PVWJ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OVWJ)->__id) {
  case __li__WK__: {
    li__RVWJ=((__li__WK *)li__OVWJ)->li__1K.li__WZLE;
  } break;
  case __li__AVBD__: {
    li__RVWJ=((__li__AVBD *)li__OVWJ)->li__K2ME;
  } break;
  case __li__KVBD__: {
    li__RVWJ=((__li__KVBD *)li__OVWJ)->li__LVBD.li__WZLE;
  } break;
  case __li__WVBD__: {
    li__RVWJ=((__li__WVBD *)li__OVWJ)->li__XVBD.li__WZLE;
  } break;
  case __li__Z4WH__: {
    li__RVWJ=li__JK5J(((__li__Z4WH *)li__OVWJ));
  } break;
  case __li__KTVI__: {
    li__RVWJ=li__5UEK();
  } break;
  case __li__LTVI__: {
    li__RVWJ=li__553L();
  } break;
  case __li__XTVI__: {
    li__RVWJ=li__FVEK();
  } break;
  case __li__YTVI__: {
    li__RVWJ=li__FA4L();
  } break;
  case __li__S2VI__: {
    li__RVWJ=li__KVEK();
  } break;
  case __li__E3VI__: {
    li__RVWJ=li__PVEK();
  } break;
  case __li__KLWI__: {
    li__RVWJ=li__UVEK();
  } break;
  case __li__ULWI__: {
    li__RVWJ=li__ZVEK();
  } break;
  case __li__NMWI__: {
    li__RVWJ=li__4VEK();
  } break;
  case __li__BNWI__: {
    li__RVWJ=li__DWEK(((__li__BNWI *)li__OVWJ));
  } break;
  case __li__XNWI__: {
    li__RVWJ=li__IWEK(((__li__XNWI *)li__OVWJ));
  } break;
  case __li__LOWI__: {
    li__RVWJ=li__NWEK(((__li__LOWI *)li__OVWJ));
  } break;
  case __li__5OWI__: {
    li__RVWJ=li__SWEK(((__li__5OWI *)li__OVWJ));
  } break;
  case __li__TPWI__: {
    li__RVWJ=li__XWEK(((__li__TPWI *)li__OVWJ));
  } break;
  case __li__HQWI__: {
    li__RVWJ=li__2WEK(((__li__HQWI *)li__OVWJ));
  } break;
  case __li__ARWI__: {
    li__RVWJ=li__QRB__->li__RRB.li__J0C;
  } break;
  case __li__URWI__: {
    li__RVWJ=li__FXEK(((__li__URWI *)li__OVWJ));
  } break;
  case __li__MSWI__: {
    li__RVWJ=li__RXEK();
  } break;
  case __li__ETWI__: {
    li__RVWJ=((__li__ETWI *)li__OVWJ)->li__NSBK;
  } break;
  case __li__MZWI__: {
    li__RVWJ=((__li__MZWI *)li__OVWJ)->li__NZWI.li__WZLE;
  } break;
  case __li__C0WI__: {
    li__RVWJ=((__li__C0WI *)li__OVWJ)->li__D0WI.li__WZLE;
  } break;
  case __li__M1WI__: {
    li__RVWJ=((__li__M1WI *)li__OVWJ)->li__N1WI.li__WZLE;
  } break;
  case __li__KMFK__: {
    li__RVWJ=((__li__KMFK *)li__OVWJ)->li__3RFK->li__WTBD.li__0RNE;
  } break;
  case __li__XOHL__: {
    li__RVWJ=li__T4NN(((__li__XOHL *)li__OVWJ));
  } break;
  case __li__FPHL__: {
    li__RVWJ=li__KA4L(((__li__FPHL *)li__OVWJ));
  } break;
  case __li__APLM__: {
    li__RVWJ=li__YFDQ();
  } break;
  case __li__DTNM__: {
    li__RVWJ=li__1ISO(((__li__DTNM *)li__OVWJ));
  } break;
  case __li__JXNM__: {
    li__RVWJ=li__VX3R(((__li__JXNM *)li__OVWJ));
  } break;
  case __li__21LO__: {
    li__RVWJ=((__li__21LO *)li__OVWJ)->li__KJXO->li__GZB.li__0RNE;
  } break;
  case __li__TPOO__: {
    li__RVWJ=((__li__TPOO *)li__OVWJ)->li__5IXO->li__GZB.li__0RNE;
  } break;
  case __li__URRO__: {
    li__RVWJ=li__FH4R();
  } break;
  case __li__41XO__: {
    li__RVWJ=li__3FDQ(((__li__41XO *)li__OVWJ));
  } break;
  case __li__AKBR__: {
    li__RVWJ=li__WQDS(((__li__AKBR *)li__OVWJ));
  } break;
  case __li__SU5R__: {
    li__RVWJ=li__T1IS();
  } break;
  case __li__JV5R__: {
    li__RVWJ=li__Y1IS();
  } break;
  };
  li__SVWJ=li__1THD(li__NVWJ);
  li__1IMV=((__li__5RB *)li__RVWJ);
  li__ZIMV=li__QAAE();
  li__LQNE(((__li__VTBD *)li__ZIMV),li__SVWJ,(&__string_68),'+',li__1IMV);
  li__GORJ(((__li__Z0IE *)li__O5UI),li__ZIMV);
  li__SVWJ=li__1THD(li__NVWJ);
  li__ZXAV=li__1CXJ(((__li__VTBD *)li__ZIMV),li__SVWJ,li__OVWJ);
  li__PVWJ=li__ZXAV;
  return(li__PVWJ);
}

static void li__NWYJ(__li__2ZEC *li__OWYJ,__li__KMFK *li__PWYJ)
/* (Strict FAST_ARRAY(EXPR){li__2ZEC},Strict READ_LOCAL{NULLxli__KMFK}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__RXYJ;
  __li__C li__4WYJ;
  void **li__KXYJ;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__OWYJ)).li__NKSH +  1) <= (__li__K)((*(li__OWYJ)).li__QGPI -  1))) {
    (*(li__OWYJ)).li__NKSH=(__li__K)((*(li__OWYJ)).li__NKSH +  1);
    li__4WYJ=li__B__;
  } else /* FALSE */ {
    li__4WYJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__4WYJ)) {
    /* __li__B__ __li__I__ */
if (((*(li__OWYJ)).li__QGPI ==  0)) {
      li__KXYJ=li__KC5I( 2);
      (*(li__OWYJ)).li__3GPI=li__KXYJ;
      (*(li__OWYJ)).li__QGPI= 2;
      (*(li__OWYJ)).li__NKSH= 0;
    } else /* FALSE */ {
      li__RXYJ=(__li__K)((*(li__OWYJ)).li__QGPI <<  1);
      li__KXYJ=li__HWMK(((void **)(*(li__OWYJ)).li__3GPI),(*(li__OWYJ)).li__QGPI,li__RXYJ);
      (*(li__OWYJ)).li__3GPI=li__KXYJ;
      (*(li__OWYJ)).li__QGPI=li__RXYJ;
      (*(li__OWYJ)).li__NKSH=(__li__K)((*(li__OWYJ)).li__NKSH +  1);
    };
  };
  ((void **)(*(li__OWYJ)).li__3GPI)[(*(li__OWYJ)).li__NKSH]=li__PWYJ;
}

static __li__VTBD* li__E1CL(__li__1M *li__F1CL,__li__U *li__G1CL)
/* (Strict PROFIL_SLOT{li__1M},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__J1CL,*li__E3CL,*li__H1CL;
  __li__K li__I1CL,li__4XAV,li__22CL;
  void **li__4IMV;
  __li__C li__I3CL;
  li__J1CL=NULL;
  li__I1CL= 0;
  li__4XAV=(*(li__F1CL->li__2M.li__PRSH)).li__4BPE;
  li__4IMV=(*(((__li__Z0IE *)li__F1CL->li__2M.li__PRSH))).li__WWWG;
  while ((! ((li__I1CL > li__4XAV) || ((void *)((__li__VTBD *)((void **)li__4IMV)[li__I1CL])->li__WTBD.li__FZB.li__R2B == (void *)li__G1CL)))) {
    li__I1CL=(__li__K)(li__I1CL +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__I1CL <= (*(li__F1CL->li__2M.li__PRSH)).li__4BPE)) {
    li__J1CL=((void **)(*(((__li__Z0IE *)li__F1CL->li__2M.li__PRSH))).li__WWWG)[li__I1CL];
  } else /* FALSE */ {
    li__I1CL= 0;
    li__A5RL:
    {
      li__22CL=li__004I(&(li__F1CL->li__2M.li__D2OI));
      /* __li__B__ __li__I__ */
if ((li__I1CL > li__22CL)) {
        li__I3CL=li__B__;
      } else /* FALSE */ {
        li__E3CL=li__WOTL(&(li__F1CL->li__2M.li__D2OI),li__I1CL);
        li__I3CL=((void *)li__E3CL->li__WTBD.li__FZB.li__R2B == (void *)li__G1CL);
      };
      /* __li__B__ __li__I__ */
if ((! li__I3CL)) {
        li__I1CL=(__li__K)(li__I1CL +  1);
        goto li__A5RL;
      };
    };
    li__22CL=li__004I(&(li__F1CL->li__2M.li__D2OI));
    /* __li__B__ __li__I__ */
if ((li__I1CL <= li__22CL)) {
      li__E3CL=li__WOTL(&(li__F1CL->li__2M.li__D2OI),li__I1CL);
      li__J1CL=li__E3CL;
    };
  };
  li__H1CL=li__J1CL;
  return(li__H1CL);
}

static void li__NAMJ(__li__Z0IE *li__OAMJ,__li__K li__PAMJ)
/* (Strict FAST_ARRAY(LOCAL){li__Z0IE},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if ((li__PAMJ <= (*(li__OAMJ)).li__4BPE)) {
    (*(li__OAMJ)).li__4BPE=(__li__K)(li__PAMJ -  1);
  };
}

static void li__5BSF(__li__KUB *li__ACSF,__li__BC *li__BCSF)
/* (Strict ITM_TYPE_GENERIC{li__KUB},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__RCSF,li__QSXF;
  void *li__ZCSF,*li__IYAV;
  __li__CRB *li__HYAV;
  /* __li__B__ __li__I__ */
if (((void *)li__ACSF->li__LUB.li__Y2C != (void *)NULL)) {
    li__JAZ(((__li__BC *)li__BCSF),li__ACSF->li__LUB.li__Y2C);
    li__SRX(((__li__BC *)li__BCSF),' ');
  };
  li__JAZ(((__li__BC *)li__BCSF),li__ACSF->li__LUB.li__ZRB.li__P2C);
  li__SRX(((__li__BC *)li__BCSF),'(');
  li__RCSF=(__li__K)((*(li__ACSF->li__EDD)).li__5QZ -  1);
  li__QSXF= 0;
  while ((li__QSXF <= li__RCSF)) {
    li__ZCSF=((void **)(*(((__li__CRB *)li__ACSF->li__EDD))).li__V1BD)[li__QSXF];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__ZCSF)->__id) {
    case __li__WRB__: {
      li__FBSF(((__li__WRB *)li__ZCSF),li__BCSF);
    } break;
    case __li__XRB__: {
      li__JAZ(((__li__BC *)li__BCSF),((__li__XRB *)((__li__WRB *)li__ZCSF))->li__P2C);
    } break;
    case __li__KUB__: {
      li__5BSF(((__li__KUB *)((__li__WRB *)li__ZCSF)),li__BCSF);
    } break;
    case __li__VB1__: {
      li__JAZ(((__li__BC *)li__BCSF),((__li__VB1 *)((__li__WRB *)li__ZCSF))->li__WB1.li__P2C);
    } break;
    case __li__4O2B__: {
      li__3CSF(((__li__4O2B *)((__li__WRB *)li__ZCSF)),li__BCSF);
    } break;
    };
    li__SRX(((__li__BC *)li__BCSF),',');
    li__QSXF=(__li__K)(li__QSXF +  1);
  };
  li__HYAV=((__li__CRB *)li__ACSF->li__EDD);
  li__IYAV=((void **)(*(li__HYAV)).li__V1BD)[(*(li__HYAV)).li__5QZ];
  /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__IYAV)->__id) {
  case __li__WRB__: {
    li__FBSF(((__li__WRB *)li__IYAV),li__BCSF);
  } break;
  case __li__XRB__: {
    li__JAZ(((__li__BC *)li__BCSF),((__li__XRB *)((__li__WRB *)li__IYAV))->li__P2C);
  } break;
  case __li__KUB__: {
    li__5BSF(((__li__KUB *)((__li__WRB *)li__IYAV)),li__BCSF);
  } break;
  case __li__VB1__: {
    li__JAZ(((__li__BC *)li__BCSF),((__li__VB1 *)((__li__WRB *)li__IYAV))->li__WB1.li__P2C);
  } break;
  case __li__4O2B__: {
    li__3CSF(((__li__4O2B *)((__li__WRB *)li__IYAV)),li__BCSF);
  } break;
  };
  li__SRX(((__li__BC *)li__BCSF),')');
}

static __li__K li__T5OJ(__li__ZA1B *li__U5OJ,__li__U *li__V5OJ,__li__Z4WH *li__W5OJ,__li__K li__X5OJ,__li__2ZEC *li__Y5OJ)
/* (Strict ITM_WRITE_VALUE{li__ZA1B},Strict STRING_CONSTANT{NULLxli__U},Strict EXPR_MULTIPLE{NULLxli__Z4WH},Expanded INTEGER{li__K},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__15OJ,li__23RU,li__ZBPJ,li__A4RU,li__E4RU,li__0P4J;
  __li__K li__1P4J,li__Z5OJ;
  __li__PO li__HAPJ,li__BJMV,li__CCPJ,li__YZ0J;
  __li__VTBD *li__LAPJ,*li__JY0J;
  void *li__TAPJ,*li__SZ0J;
  void *li__JNOK,*li__HJKP;
  void *li__QBPJ;
  __li__UL2B *li__SBPJ;
  __li__Z4WH *li__VCPJ,*li__AZ0J;
  __li__KMFK *li__LY0J;
  void *li__OY0J,*li__4X0J;
  __li__DZB *li__BZ0J,*li__5X0J;
  __li__5RB *li__XZ0J;
  __li__ODID *li__R00J;
  __li__KI *li__PZAV;
  __li__2ZEC *li__45OJ,*li__ICPJ,*li__H4RU;
  __li__MZB *li__UZ0J;
  li__15OJ= 0;
  li__45OJ=NULL;
  /* __li__B__ __li__I__ */
if ((li__X5OJ > (*(((__li__Z4WH *)li__W5OJ)->li__PJPI)).li__NKSH)) {
    li__HAPJ=li__U5OJ->li__2A1B.li__1A1B.li__0CC;
    li__K4E( 1,(&__string_636));
    li__V5E(li__HAPJ);
    li__ODF();
  };
  li__LAPJ=li__3DMJ(li__V5OJ);
  /* __li__B__ __li__I__ */
if (((void *)li__LAPJ != (void *)NULL)) {
    li__TAPJ=li__XZRJ(li__U5OJ,li__LAPJ,((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__W5OJ)->li__PJPI))).li__3GPI)[li__X5OJ]);
    li__2YPI(((__li__2ZEC *)li__Y5OJ),li__TAPJ);
    li__15OJ=(__li__K)(li__X5OJ +  1);
  } else /* FALSE */ {
    li__TAPJ=li__UVIJ(((__li__5RB *)li__2UUD->li__2M.li__2NSH),li__V5OJ);
    /* __li__B__ __li__I__ */
if (((void *)li__TAPJ == (void *)NULL)) {
      li__HEZ(((__li__BC *)li__0C),(&__string_425));
      li__JAZ(((__li__BC *)li__0C),li__V5OJ);
      li__JAZ(((__li__BC *)li__0C),(&__string_638));
      li__OUHF(((__li__5RB *)li__2UUD->li__2M.li__2NSH),li__0C);
      li__SRX(((__li__BC *)li__0C),'.');
      li__BJMV=li__U5OJ->li__2A1B.li__1A1B.li__0CC;
      li__K4E( 1,li__0C);
      li__V5E(li__BJMV);
      li__ODF();
    };
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TAPJ)->__id==__li__DZB__) {
      li__JNOK=((__li__DZB *)li__TAPJ)->li__LZB->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JNOK)->__id==__li__IZB__) {
        li__QBPJ=((__li__IZB *)li__JNOK)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__QBPJ=((__li__4HAD *)li__JNOK)->li__5HAD.li__NMSB;
      };
    } else /* SLOT_CODE */ {
      li__JNOK=((__li__QWEC *)li__TAPJ)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__JNOK)->__id==__li__IZB__) {
        li__QBPJ=((__li__IZB *)li__JNOK)->li__NMSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__QBPJ=((__li__4HAD *)li__JNOK)->li__5HAD.li__NMSB;
      };
    };
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__QBPJ==NULL) {
      li__SBPJ=NULL;
    } else {
      if (((struct ___OBJ *)li__QBPJ)->__id==__li__UL2B__) {
        li__SBPJ=((void *)li__QBPJ);
      } else /* Other types */ {
        li__SBPJ=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__SBPJ != (void *)NULL)) {
      li__23RU=(__li__K)((*(((__li__CRB *)((__li__UL2B *)li__SBPJ)->li__GX5B))).li__5QZ +  1);
      li__ZBPJ=(__li__K)(li__X5OJ + li__23RU);
      li__15OJ=li__ZBPJ;
      li__A4RU=(__li__K)((*(((__li__2ZEC *)((__li__Z4WH *)li__W5OJ)->li__PJPI))).li__NKSH +  1);
      /* __li__B__ __li__I__ */
if ((li__ZBPJ > li__A4RU)) {
        li__CCPJ=li__U5OJ->li__2A1B.li__1A1B.li__0CC;
        li__K4E( 1,(&__string_636));
        li__V5E(li__CCPJ);
        li__ODF();
      };
      li__E4RU=(__li__K)((*(((__li__CRB *)((__li__UL2B *)li__SBPJ)->li__GX5B))).li__5QZ +  1);
      li__ICPJ=li__IF1H(li__E4RU);
      li__45OJ=li__ICPJ;
      li__23RU= 0;
      li__ZBPJ=(*(((__li__UL2B *)li__SBPJ)->li__GX5B)).li__5QZ;
      while ((li__23RU <= li__ZBPJ)) {
        li__2YPI(((__li__2ZEC *)li__45OJ),((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__W5OJ)->li__PJPI))).li__3GPI)[(__li__K)(li__X5OJ + li__23RU)]);
        li__23RU=(__li__K)(li__23RU +  1);
      };
      li__VCPJ=li__4F1H(li__ICPJ);
      li__JNOK=NULL;
      li__ICPJ=NULL;
      li__JY0J=li__3DMJ((&__string_66));
      li__LY0J=li__NOPI(((__li__VTBD *)li__JY0J));
      li__QBPJ=((__li__5RB *)((__li__KMFK *)li__LY0J)->li__3RFK->li__WTBD.li__0RNE)->li__AEM;
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__QBPJ)->__id) {
      case __li__IF__: {
        li__OY0J=li__SJ2F(((__li__IF *)li__QBPJ),li__V5OJ);
      } break;
      case __li__ORB__: {
        li__OY0J=li__NL2F(((__li__ORB *)((__li__IF *)li__QBPJ)),li__V5OJ);
      } break;
      case __li__QRB__: {
        li__OY0J=li__IN2F(((__li__QRB *)((__li__IF *)li__QBPJ)),li__V5OJ);
      } break;
      case __li__SRB__: {
        li__OY0J=li__DP2F(((__li__SRB *)((__li__IF *)li__QBPJ)),li__V5OJ);
      } break;
      case __li__URB__: {
        li__OY0J=li__4Q2F(((__li__URB *)((__li__IF *)li__QBPJ)),li__V5OJ);
      } break;
      case __li__GSZ__: {
        li__OY0J=li__ZS2F(((__li__GSZ *)((__li__IF *)li__QBPJ)),li__V5OJ);
      } break;
      case __li__1RRF__: {
        li__OY0J=li__4WMI(li__V5OJ);
      } break;
      case __li__UJSH__: {
        li__OY0J=li__NBMN(li__V5OJ);
      } break;
      };
      li__4X0J=li__OY0J;
      /* __li__B__ __li__I__ */
if (((void *)li__4X0J == (void *)NULL)) {
        li__HEZ(((__li__BC *)li__0C),(&__string_425));
        li__JAZ(((__li__BC *)li__0C),li__V5OJ);
        li__JAZ(((__li__BC *)li__0C),(&__string_638));
        /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__QBPJ)->__id) {
        case __li__IF__: {
          li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__QBPJ)->li__TF->li__SF.li__R2B);
        } break;
        case __li__ORB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_1));
        } break;
        case __li__QRB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_2));
        } break;
        case __li__SRB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_51));
        } break;
        case __li__URB__: {
          li__JAZ(((__li__BC *)li__0C),(&__string_53));
        } break;
        case __li__GSZ__: {
          li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__QBPJ))->li__EGQB);
        } break;
        case __li__1RRF__: {
          li__UPMI(((__li__1RRF *)((__li__IF *)li__QBPJ)),li__0C);
        } break;
        case __li__UJSH__: {
          li__O4LN(((__li__UJSH *)((__li__IF *)li__QBPJ)),li__0C);
        } break;
        };
        li__SRX(((__li__BC *)li__0C),'.');
        li__CCPJ=li__U5OJ->li__2A1B.li__1A1B.li__0CC;
        li__K4E( 1,li__0C);
        li__V5E(li__CCPJ);
        li__ODF();
      };
      /* NULL __li__Z4WH__ */
if (li__VCPJ==NULL) {
        li__AZ0J=NULL;
      } else /* EXPR_MULTIPLE */ {
        li__AZ0J=((void *)li__VCPJ);
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4X0J)->__id==__li__DZB__) {
        li__BZ0J=li__KLYJ(((__li__DZB *)li__4X0J));
      } else /* SLOT_CODE */ {
        li__BZ0J=li__FMYJ(((__li__QWEC *)li__4X0J));
      };
      li__5X0J=li__BZ0J;
      /* __li__B__ __li__I__ */
if (((void *)li__AZ0J != (void *)NULL)) {
        li__ICPJ=li__AZ0J->li__PJPI;
        li__0P4J= 0;
        li__1P4J=(__li__K)((*(li__ICPJ)).li__NKSH -  1);
        while ((li__0P4J <= li__1P4J)) {
          li__SZ0J=((void **)(*(((__li__2ZEC *)li__ICPJ))).li__3GPI)[li__0P4J];
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4X0J)->__id==__li__DZB__) {
            li__UZ0J=((__li__DZB *)li__4X0J)->li__LZB->li__SBQG;
          } else /* SLOT_CODE */ {
            li__UZ0J=((__li__QWEC *)li__4X0J)->li__RWEC->li__SBQG;
          };
          li__XZ0J=((__li__DZB *)((void **)(*(((__li__MZB *)li__UZ0J))).li__GR0)[li__0P4J])->li__GZB.li__0RNE;
          /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4X0J)->__id==__li__DZB__) {
            li__YZ0J=((__li__DZB *)li__4X0J)->li__GZB.li__FZB.li__RF.li__0CC;
          } else /* SLOT_CODE */ {
            li__HJKP=((__li__QWEC *)li__4X0J)->li__RWEC->li__KZB;
            /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HJKP)->__id==__li__IZB__) {
              li__YZ0J=((__li__IZB *)li__HJKP)->li__JZB.li__RF.li__0CC;
            } else /* ITM_SLOT_OPERATOR */ {
              li__YZ0J=((__li__4HAD *)li__HJKP)->li__5HAD.li__JZB.li__RF.li__0CC;
            };
          };
          /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SZ0J)->__id) {
          case __li__WK__: {
            li__HJKP=li__KPGK(((__li__WK *)li__SZ0J),li__XZ0J,li__YZ0J);
          } break;
          case __li__AVBD__: {
            li__HJKP=li__4XGK(((__li__AVBD *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__KVBD__: {
            li__HJKP=li__TAHK(((__li__KVBD *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__WVBD__: {
            li__HJKP=li__IJHK(((__li__WVBD *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__Z4WH__: {
            li__HJKP=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__KTVI__: {
            li__HJKP=li__4RHK(((__li__KTVI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__LTVI__: {
            li__HJKP=li__TXMN(((__li__LTVI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__XTVI__: {
            li__HJKP=li__U0HK(((__li__XTVI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__YTVI__: {
            li__HJKP=li__IANN(((__li__YTVI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__S2VI__: {
            li__HJKP=li__JDIK(((__li__S2VI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__E3VI__: {
            li__HJKP=li__4LIK(((__li__E3VI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__KLWI__: {
            li__HJKP=li__SUIK(((__li__KLWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__ULWI__: {
            li__HJKP=li__G3IK(((__li__ULWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__NMWI__: {
            li__HJKP=li__1FJK(((__li__NMWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__BNWI__: {
            li__HJKP=li__QOJK(((__li__BNWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__XNWI__: {
            li__HJKP=li__FXJK(((__li__XNWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__LOWI__: {
            li__HJKP=li__05JK(((__li__LOWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__5OWI__: {
            li__HJKP=li__PIKK(((__li__5OWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__TPWI__: {
            li__HJKP=li__ERKK(((__li__TPWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__HQWI__: {
            li__HJKP=li__ZZKK(((__li__HQWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__ARWI__: {
            li__HJKP=li__NCLK(((__li__ARWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__URWI__: {
            li__HJKP=li__BLLK(((__li__URWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__MSWI__: {
            li__HJKP=li__VTLK(((__li__MSWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__ETWI__: {
            li__HJKP=li__J2LK(((__li__ETWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__MZWI__: {
            li__HJKP=li__4EMK(((__li__MZWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__C0WI__: {
            li__HJKP=li__TNMK(((__li__C0WI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__M1WI__: {
            li__HJKP=li__Q3IP(((__li__M1WI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__KMFK__: {
            li__HJKP=li__JG2L(((__li__KMFK *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__XOHL__: {
            li__HJKP=li__3INN(((__li__XOHL *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__FPHL__: {
            li__HJKP=li__SRNN(((__li__FPHL *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__APLM__: {
            li__HJKP=li__5JCQ(((__li__APLM *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__DTNM__: {
            li__HJKP=li__S2RO(((__li__DTNM *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__JXNM__: {
            li__HJKP=li__UZCS(((__li__JXNM *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__21LO__: {
            li__HJKP=li__FGJP(((__li__21LO *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__TPOO__: {
            li__HJKP=li__0OJP(((__li__TPOO *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__URRO__: {
            li__HJKP=li__TNPS(((__li__URRO *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__41XO__: {
            li__HJKP=li__USCQ(((__li__41XO *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__AKBR__: {
            li__HJKP=li__4CDS(((__li__AKBR *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__SU5R__: {
            li__HJKP=li__IWPS(((__li__SU5R *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          case __li__JV5R__: {
            li__HJKP=li__34PS(((__li__JV5R *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
          } break;
          };
          li__JNOK=li__HJKP;
          li__H4RU=((__li__2ZEC *)li__ICPJ);
          ((void **)(*(li__H4RU)).li__3GPI)[li__0P4J]=li__JNOK;
          li__0P4J=(__li__K)(li__0P4J +  1);
        };
        li__H4RU=((__li__2ZEC *)li__ICPJ);
        li__SZ0J=((void **)(*(li__H4RU)).li__3GPI)[(*(li__H4RU)).li__NKSH];
        li__XZ0J=li__5X0J->li__GZB.li__0RNE;
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4X0J)->__id==__li__DZB__) {
          li__YZ0J=((__li__DZB *)li__4X0J)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__HJKP=((__li__QWEC *)li__4X0J)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HJKP)->__id==__li__IZB__) {
            li__YZ0J=((__li__IZB *)li__HJKP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YZ0J=((__li__4HAD *)li__HJKP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__SZ0J)->__id) {
        case __li__WK__: {
          li__HJKP=li__KPGK(((__li__WK *)li__SZ0J),li__XZ0J,li__YZ0J);
        } break;
        case __li__AVBD__: {
          li__HJKP=li__4XGK(((__li__AVBD *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__KVBD__: {
          li__HJKP=li__TAHK(((__li__KVBD *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__WVBD__: {
          li__HJKP=li__IJHK(((__li__WVBD *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__Z4WH__: {
          li__HJKP=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__KTVI__: {
          li__HJKP=li__4RHK(((__li__KTVI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__LTVI__: {
          li__HJKP=li__TXMN(((__li__LTVI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__XTVI__: {
          li__HJKP=li__U0HK(((__li__XTVI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__YTVI__: {
          li__HJKP=li__IANN(((__li__YTVI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__S2VI__: {
          li__HJKP=li__JDIK(((__li__S2VI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__E3VI__: {
          li__HJKP=li__4LIK(((__li__E3VI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__KLWI__: {
          li__HJKP=li__SUIK(((__li__KLWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__ULWI__: {
          li__HJKP=li__G3IK(((__li__ULWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__NMWI__: {
          li__HJKP=li__1FJK(((__li__NMWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__BNWI__: {
          li__HJKP=li__QOJK(((__li__BNWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__XNWI__: {
          li__HJKP=li__FXJK(((__li__XNWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__LOWI__: {
          li__HJKP=li__05JK(((__li__LOWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__5OWI__: {
          li__HJKP=li__PIKK(((__li__5OWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__TPWI__: {
          li__HJKP=li__ERKK(((__li__TPWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__HQWI__: {
          li__HJKP=li__ZZKK(((__li__HQWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__ARWI__: {
          li__HJKP=li__NCLK(((__li__ARWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__URWI__: {
          li__HJKP=li__BLLK(((__li__URWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__MSWI__: {
          li__HJKP=li__VTLK(((__li__MSWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__ETWI__: {
          li__HJKP=li__J2LK(((__li__ETWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__MZWI__: {
          li__HJKP=li__4EMK(((__li__MZWI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__C0WI__: {
          li__HJKP=li__TNMK(((__li__C0WI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__M1WI__: {
          li__HJKP=li__Q3IP(((__li__M1WI *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__KMFK__: {
          li__HJKP=li__JG2L(((__li__KMFK *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__XOHL__: {
          li__HJKP=li__3INN(((__li__XOHL *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__FPHL__: {
          li__HJKP=li__SRNN(((__li__FPHL *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__APLM__: {
          li__HJKP=li__5JCQ(((__li__APLM *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__DTNM__: {
          li__HJKP=li__S2RO(((__li__DTNM *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__JXNM__: {
          li__HJKP=li__UZCS(((__li__JXNM *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__21LO__: {
          li__HJKP=li__FGJP(((__li__21LO *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__TPOO__: {
          li__HJKP=li__0OJP(((__li__TPOO *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__URRO__: {
          li__HJKP=li__TNPS(((__li__URRO *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__41XO__: {
          li__HJKP=li__USCQ(((__li__41XO *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__AKBR__: {
          li__HJKP=li__4CDS(((__li__AKBR *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__SU5R__: {
          li__HJKP=li__IWPS(((__li__SU5R *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        case __li__JV5R__: {
          li__HJKP=li__34PS(((__li__JV5R *)((__li__WK *)li__SZ0J)),li__XZ0J,li__YZ0J);
        } break;
        };
        li__JNOK=li__HJKP;
        li__H4RU=((__li__2ZEC *)li__ICPJ);
        li__0P4J=(*(li__ICPJ)).li__NKSH;
        ((void **)(*(li__H4RU)).li__3GPI)[li__0P4J]=li__JNOK;
        li__JNOK=li__AZ0J;
      } else /* FALSE */ {
        li__XZ0J=li__5X0J->li__GZB.li__0RNE;
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__4X0J)->__id==__li__DZB__) {
          li__YZ0J=((__li__DZB *)li__4X0J)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__HJKP=((__li__QWEC *)li__4X0J)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HJKP)->__id==__li__IZB__) {
            li__YZ0J=((__li__IZB *)li__HJKP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YZ0J=((__li__4HAD *)li__HJKP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__SZ0J=li__IQ4J(((__li__Z4WH *)li__VCPJ),li__XZ0J,li__YZ0J);
        li__JNOK=li__SZ0J;
      };
      li__R00J=li__LJPJ(li__U5OJ->li__2A1B.li__1A1B.li__0CC,li__4X0J,li__LY0J,li__JNOK);
      li__PZAV=((__li__KI *)li__XIKB);
      li__P2VG(((__li__TOLE *)li__PZAV->li__2OLE),li__R00J);
      li__WVRE(li__PZAV);
      li__SZ0J=li__ZAHJ(((__li__ODID *)li__R00J));
      li__2YPI(((__li__2ZEC *)li__Y5OJ),li__SZ0J);
    } else /* FALSE */ {
      li__SZ0J=li__I1RJ(li__U5OJ,li__V5OJ,((void **)(*(((__li__2ZEC *)((__li__Z4WH *)li__W5OJ)->li__PJPI))).li__3GPI)[li__X5OJ]);
      li__2YPI(((__li__2ZEC *)li__Y5OJ),li__SZ0J);
      li__15OJ=(__li__K)(li__X5OJ +  1);
    };
  };
  li__Z5OJ=li__15OJ;
  return(li__Z5OJ);
}

static __li__VTBD* li__3DMJ(__li__U *li__5DMJ)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__BEMJ,*li__PFMJ,*li__ZGMJ,*li__AEMJ;
  __li__K li__CEMJ;
  void **li__EJMV;
  __li__C li__MGMJ;
  li__BEMJ=NULL;
  li__CEMJ=(*(li__C1IE)).li__4BPE;
  li__EJMV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
  while ((! ((li__CEMJ <  0) || ((void *)((__li__VTBD *)((void **)li__EJMV)[li__CEMJ])->li__WTBD.li__FZB.li__R2B == (void *)li__5DMJ)))) {
    li__CEMJ=(__li__K)(li__CEMJ -  1);
  };
  /* __li__B__ __li__I__ */
if ((li__CEMJ >=  0)) {
    li__PFMJ=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__CEMJ];
    li__BEMJ=li__PFMJ;
    /* __li__B__ __li__I__ */
if ((((li__CEMJ < li__CL3I) && (li__PFMJ->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__PFMJ->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
      li__CL3I=li__CEMJ;
      li__2L3I=li__PFMJ;
    };
    li__MGMJ=li__B__;
  } else /* FALSE */ {
    li__MGMJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__MGMJ)) {
    /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
      li__ZGMJ=li__E1CL(((__li__1M *)li__2UUD),li__5DMJ);
      li__BEMJ=li__ZGMJ;
      /* __li__B__ __li__I__ */
if ((((void *)li__ZGMJ != (void *)NULL) && ((void *)li__ZGMJ->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
        li__CL3I=(__li__K)(-  1);
        li__2L3I=li__ZGMJ;
      };
    };
  };
  li__AEMJ=li__BEMJ;
  return(li__AEMJ);
}

static void* li__XZRJ(__li__ZA1B *li__YZRJ,__li__VTBD *li__ZZRJ,void *li__0ZRJ)
/* (Strict ITM_WRITE_VALUE{li__ZA1B},Strict LOCAL{NULLxli__VTBD},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__3ZRJ,*li__H0RJ,*li__50RJ,*li__1ZRJ;
  __li__5RB *li__30RJ;
  __li__PO li__40RJ;
  __li__DFNL *li__C0AV;
  __li__KI *li__E0AV;
  __li__KMFK *li__E1RJ;
  li__3ZRJ=NULL;
  /* __li__B__ __li__I__ */
if ((li__ZZRJ->li__WTBD.li__FZB.li__DI1B == '-')) {
    li__H0RJ=li__I1RJ(li__YZRJ,li__ZZRJ->li__WTBD.li__GRNE,li__0ZRJ);
    li__3ZRJ=li__H0RJ;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if ((li__ZZRJ->li__WTBD.li__FZB.li__DI1B == ' ')) {
      li__EDSB( 1,(&__string_640));
      li__V5E(li__ZZRJ->li__WTBD.li__FZB.li__RF.li__0CC);
      li__V5E(li__YZRJ->li__2A1B.li__1A1B.li__0CC);
      li__ODF();
    };
    li__30RJ=li__ZZRJ->li__WTBD.li__0RNE;
    li__40RJ=li__YZRJ->li__2A1B.li__1A1B.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0ZRJ)->__id) {
    case __li__WK__: {
      li__50RJ=li__KPGK(((__li__WK *)li__0ZRJ),li__30RJ,li__40RJ);
    } break;
    case __li__AVBD__: {
      li__50RJ=li__4XGK(((__li__AVBD *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__KVBD__: {
      li__50RJ=li__TAHK(((__li__KVBD *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__WVBD__: {
      li__50RJ=li__IJHK(((__li__WVBD *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__Z4WH__: {
      li__50RJ=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__KTVI__: {
      li__50RJ=li__4RHK(((__li__KTVI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__LTVI__: {
      li__50RJ=li__TXMN(((__li__LTVI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__XTVI__: {
      li__50RJ=li__U0HK(((__li__XTVI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__YTVI__: {
      li__50RJ=li__IANN(((__li__YTVI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__S2VI__: {
      li__50RJ=li__JDIK(((__li__S2VI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__E3VI__: {
      li__50RJ=li__4LIK(((__li__E3VI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__KLWI__: {
      li__50RJ=li__SUIK(((__li__KLWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__ULWI__: {
      li__50RJ=li__G3IK(((__li__ULWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__NMWI__: {
      li__50RJ=li__1FJK(((__li__NMWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__BNWI__: {
      li__50RJ=li__QOJK(((__li__BNWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__XNWI__: {
      li__50RJ=li__FXJK(((__li__XNWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__LOWI__: {
      li__50RJ=li__05JK(((__li__LOWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__5OWI__: {
      li__50RJ=li__PIKK(((__li__5OWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__TPWI__: {
      li__50RJ=li__ERKK(((__li__TPWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__HQWI__: {
      li__50RJ=li__ZZKK(((__li__HQWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__ARWI__: {
      li__50RJ=li__NCLK(((__li__ARWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__URWI__: {
      li__50RJ=li__BLLK(((__li__URWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__MSWI__: {
      li__50RJ=li__VTLK(((__li__MSWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__ETWI__: {
      li__50RJ=li__J2LK(((__li__ETWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__MZWI__: {
      li__50RJ=li__4EMK(((__li__MZWI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__C0WI__: {
      li__50RJ=li__TNMK(((__li__C0WI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__M1WI__: {
      li__50RJ=li__Q3IP(((__li__M1WI *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__KMFK__: {
      li__50RJ=li__JG2L(((__li__KMFK *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__XOHL__: {
      li__50RJ=li__3INN(((__li__XOHL *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__FPHL__: {
      li__50RJ=li__SRNN(((__li__FPHL *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__APLM__: {
      li__50RJ=li__5JCQ(((__li__APLM *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__DTNM__: {
      li__50RJ=li__S2RO(((__li__DTNM *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__JXNM__: {
      li__50RJ=li__UZCS(((__li__JXNM *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__21LO__: {
      li__50RJ=li__FGJP(((__li__21LO *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__TPOO__: {
      li__50RJ=li__0OJP(((__li__TPOO *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__URRO__: {
      li__50RJ=li__TNPS(((__li__URRO *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__41XO__: {
      li__50RJ=li__USCQ(((__li__41XO *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__AKBR__: {
      li__50RJ=li__4CDS(((__li__AKBR *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__SU5R__: {
      li__50RJ=li__IWPS(((__li__SU5R *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    case __li__JV5R__: {
      li__50RJ=li__34PS(((__li__JV5R *)((__li__WK *)li__0ZRJ)),li__30RJ,li__40RJ);
    } break;
    };
    li__C0AV=li__1CXJ(((__li__VTBD *)li__ZZRJ),li__YZRJ->li__2A1B.li__1A1B.li__0CC,li__50RJ);
    li__E0AV=((__li__KI *)li__XIKB);
    li__P2VG(((__li__TOLE *)li__E0AV->li__2OLE),li__C0AV);
    li__WVRE(li__E0AV);
    li__E1RJ=li__NOPI(((__li__VTBD *)li__ZZRJ));
    li__3ZRJ=li__E1RJ;
  };
  li__1ZRJ=li__3ZRJ;
  return(li__1ZRJ);
}

static void* li__I1RJ(__li__ZA1B *li__J1RJ,__li__U *li__K1RJ,void *li__L1RJ)
/* (Strict ITM_WRITE_VALUE{li__ZA1B},Strict STRING_CONSTANT{NULLxli__U},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__V1RJ,*li__C3RJ,*li__M1RJ;
  __li__VTBD *li__Z1RJ;
  __li__KMFK *li__11RJ;
  void *li__31RJ;
  void *li__41RJ,*li__O1RJ;
  __li__PO li__30YJ,li__I3RJ;
  __li__Z4WH *li__Q2RJ;
  __li__DZB *li__R2RJ,*li__P1RJ;
  __li__K li__F1YJ,li__G1YJ;
  __li__5RB *li__H3RJ;
  void *li__TIKP;
  __li__ODID *li__B4RJ;
  __li__KI *li__10AV;
  __li__2ZEC *li__W1RJ,*li__N4RU;
  __li__MZB *li__E3RJ;
  li__V1RJ=NULL;
  li__W1RJ=NULL;
  li__Z1RJ=li__3DMJ((&__string_66));
  li__11RJ=li__NOPI(((__li__VTBD *)li__Z1RJ));
  li__31RJ=((__li__5RB *)((__li__KMFK *)li__11RJ)->li__3RFK->li__WTBD.li__0RNE)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__31RJ)->__id) {
  case __li__IF__: {
    li__41RJ=li__SJ2F(((__li__IF *)li__31RJ),li__K1RJ);
  } break;
  case __li__ORB__: {
    li__41RJ=li__NL2F(((__li__ORB *)((__li__IF *)li__31RJ)),li__K1RJ);
  } break;
  case __li__QRB__: {
    li__41RJ=li__IN2F(((__li__QRB *)((__li__IF *)li__31RJ)),li__K1RJ);
  } break;
  case __li__SRB__: {
    li__41RJ=li__DP2F(((__li__SRB *)((__li__IF *)li__31RJ)),li__K1RJ);
  } break;
  case __li__URB__: {
    li__41RJ=li__4Q2F(((__li__URB *)((__li__IF *)li__31RJ)),li__K1RJ);
  } break;
  case __li__GSZ__: {
    li__41RJ=li__ZS2F(((__li__GSZ *)((__li__IF *)li__31RJ)),li__K1RJ);
  } break;
  case __li__1RRF__: {
    li__41RJ=li__4WMI(li__K1RJ);
  } break;
  case __li__UJSH__: {
    li__41RJ=li__NBMN(li__K1RJ);
  } break;
  };
  li__O1RJ=li__41RJ;
  /* __li__B__ __li__I__ */
if (((void *)li__O1RJ == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_425));
    li__JAZ(((__li__BC *)li__0C),li__K1RJ);
    li__JAZ(((__li__BC *)li__0C),(&__string_638));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__31RJ)->__id) {
    case __li__IF__: {
      li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__31RJ)->li__TF->li__SF.li__R2B);
    } break;
    case __li__ORB__: {
      li__JAZ(((__li__BC *)li__0C),(&__string_1));
    } break;
    case __li__QRB__: {
      li__JAZ(((__li__BC *)li__0C),(&__string_2));
    } break;
    case __li__SRB__: {
      li__JAZ(((__li__BC *)li__0C),(&__string_51));
    } break;
    case __li__URB__: {
      li__JAZ(((__li__BC *)li__0C),(&__string_53));
    } break;
    case __li__GSZ__: {
      li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__31RJ))->li__EGQB);
    } break;
    case __li__1RRF__: {
      li__UPMI(((__li__1RRF *)((__li__IF *)li__31RJ)),li__0C);
    } break;
    case __li__UJSH__: {
      li__O4LN(((__li__UJSH *)((__li__IF *)li__31RJ)),li__0C);
    } break;
    };
    li__SRX(((__li__BC *)li__0C),'.');
    li__30YJ=li__J1RJ->li__2A1B.li__1A1B.li__0CC;
    li__K4E( 1,li__0C);
    li__V5E(li__30YJ);
    li__ODF();
  };
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__L1RJ==NULL) {
    li__Q2RJ=NULL;
  } else {
    if (((struct ___OBJ *)li__L1RJ)->__id==__li__Z4WH__) {
      li__Q2RJ=((void *)li__L1RJ);
    } else /* Other types */ {
      li__Q2RJ=NULL;
    }
  };
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__O1RJ)->__id==__li__DZB__) {
    li__R2RJ=li__KLYJ(((__li__DZB *)li__O1RJ));
  } else /* SLOT_CODE */ {
    li__R2RJ=li__FMYJ(((__li__QWEC *)li__O1RJ));
  };
  li__P1RJ=li__R2RJ;
  /* __li__B__ __li__I__ */
if (((void *)li__Q2RJ != (void *)NULL)) {
    li__W1RJ=li__Q2RJ->li__PJPI;
    li__F1YJ= 0;
    li__G1YJ=(__li__K)((*(li__W1RJ)).li__NKSH -  1);
    while ((li__F1YJ <= li__G1YJ)) {
      li__C3RJ=((void **)(*(((__li__2ZEC *)li__W1RJ))).li__3GPI)[li__F1YJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__O1RJ)->__id==__li__DZB__) {
        li__E3RJ=((__li__DZB *)li__O1RJ)->li__LZB->li__SBQG;
      } else /* SLOT_CODE */ {
        li__E3RJ=((__li__QWEC *)li__O1RJ)->li__RWEC->li__SBQG;
      };
      li__H3RJ=((__li__DZB *)((void **)(*(((__li__MZB *)li__E3RJ))).li__GR0)[li__F1YJ])->li__GZB.li__0RNE;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__O1RJ)->__id==__li__DZB__) {
        li__I3RJ=((__li__DZB *)li__O1RJ)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__TIKP=((__li__QWEC *)li__O1RJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TIKP)->__id==__li__IZB__) {
          li__I3RJ=((__li__IZB *)li__TIKP)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__I3RJ=((__li__4HAD *)li__TIKP)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__C3RJ)->__id) {
      case __li__WK__: {
        li__TIKP=li__KPGK(((__li__WK *)li__C3RJ),li__H3RJ,li__I3RJ);
      } break;
      case __li__AVBD__: {
        li__TIKP=li__4XGK(((__li__AVBD *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__KVBD__: {
        li__TIKP=li__TAHK(((__li__KVBD *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__WVBD__: {
        li__TIKP=li__IJHK(((__li__WVBD *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__Z4WH__: {
        li__TIKP=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__KTVI__: {
        li__TIKP=li__4RHK(((__li__KTVI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__LTVI__: {
        li__TIKP=li__TXMN(((__li__LTVI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__XTVI__: {
        li__TIKP=li__U0HK(((__li__XTVI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__YTVI__: {
        li__TIKP=li__IANN(((__li__YTVI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__S2VI__: {
        li__TIKP=li__JDIK(((__li__S2VI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__E3VI__: {
        li__TIKP=li__4LIK(((__li__E3VI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__KLWI__: {
        li__TIKP=li__SUIK(((__li__KLWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__ULWI__: {
        li__TIKP=li__G3IK(((__li__ULWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__NMWI__: {
        li__TIKP=li__1FJK(((__li__NMWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__BNWI__: {
        li__TIKP=li__QOJK(((__li__BNWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__XNWI__: {
        li__TIKP=li__FXJK(((__li__XNWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__LOWI__: {
        li__TIKP=li__05JK(((__li__LOWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__5OWI__: {
        li__TIKP=li__PIKK(((__li__5OWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__TPWI__: {
        li__TIKP=li__ERKK(((__li__TPWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__HQWI__: {
        li__TIKP=li__ZZKK(((__li__HQWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__ARWI__: {
        li__TIKP=li__NCLK(((__li__ARWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__URWI__: {
        li__TIKP=li__BLLK(((__li__URWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__MSWI__: {
        li__TIKP=li__VTLK(((__li__MSWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__ETWI__: {
        li__TIKP=li__J2LK(((__li__ETWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__MZWI__: {
        li__TIKP=li__4EMK(((__li__MZWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__C0WI__: {
        li__TIKP=li__TNMK(((__li__C0WI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__M1WI__: {
        li__TIKP=li__Q3IP(((__li__M1WI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__KMFK__: {
        li__TIKP=li__JG2L(((__li__KMFK *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__XOHL__: {
        li__TIKP=li__3INN(((__li__XOHL *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__FPHL__: {
        li__TIKP=li__SRNN(((__li__FPHL *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__APLM__: {
        li__TIKP=li__5JCQ(((__li__APLM *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__DTNM__: {
        li__TIKP=li__S2RO(((__li__DTNM *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__JXNM__: {
        li__TIKP=li__UZCS(((__li__JXNM *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__21LO__: {
        li__TIKP=li__FGJP(((__li__21LO *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__TPOO__: {
        li__TIKP=li__0OJP(((__li__TPOO *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__URRO__: {
        li__TIKP=li__TNPS(((__li__URRO *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__41XO__: {
        li__TIKP=li__USCQ(((__li__41XO *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__AKBR__: {
        li__TIKP=li__4CDS(((__li__AKBR *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__SU5R__: {
        li__TIKP=li__IWPS(((__li__SU5R *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      case __li__JV5R__: {
        li__TIKP=li__34PS(((__li__JV5R *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
      } break;
      };
      li__V1RJ=li__TIKP;
      li__N4RU=((__li__2ZEC *)li__W1RJ);
      ((void **)(*(li__N4RU)).li__3GPI)[li__F1YJ]=li__V1RJ;
      li__F1YJ=(__li__K)(li__F1YJ +  1);
    };
    li__N4RU=((__li__2ZEC *)li__W1RJ);
    li__C3RJ=((void **)(*(li__N4RU)).li__3GPI)[(*(li__N4RU)).li__NKSH];
    li__H3RJ=li__P1RJ->li__GZB.li__0RNE;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__O1RJ)->__id==__li__DZB__) {
      li__I3RJ=((__li__DZB *)li__O1RJ)->li__GZB.li__FZB.li__RF.li__0CC;
    } else /* SLOT_CODE */ {
      li__TIKP=((__li__QWEC *)li__O1RJ)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TIKP)->__id==__li__IZB__) {
        li__I3RJ=((__li__IZB *)li__TIKP)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__I3RJ=((__li__4HAD *)li__TIKP)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__C3RJ)->__id) {
    case __li__WK__: {
      li__TIKP=li__KPGK(((__li__WK *)li__C3RJ),li__H3RJ,li__I3RJ);
    } break;
    case __li__AVBD__: {
      li__TIKP=li__4XGK(((__li__AVBD *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__KVBD__: {
      li__TIKP=li__TAHK(((__li__KVBD *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__WVBD__: {
      li__TIKP=li__IJHK(((__li__WVBD *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__Z4WH__: {
      li__TIKP=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__KTVI__: {
      li__TIKP=li__4RHK(((__li__KTVI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__LTVI__: {
      li__TIKP=li__TXMN(((__li__LTVI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__XTVI__: {
      li__TIKP=li__U0HK(((__li__XTVI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__YTVI__: {
      li__TIKP=li__IANN(((__li__YTVI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__S2VI__: {
      li__TIKP=li__JDIK(((__li__S2VI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__E3VI__: {
      li__TIKP=li__4LIK(((__li__E3VI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__KLWI__: {
      li__TIKP=li__SUIK(((__li__KLWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__ULWI__: {
      li__TIKP=li__G3IK(((__li__ULWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__NMWI__: {
      li__TIKP=li__1FJK(((__li__NMWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__BNWI__: {
      li__TIKP=li__QOJK(((__li__BNWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__XNWI__: {
      li__TIKP=li__FXJK(((__li__XNWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__LOWI__: {
      li__TIKP=li__05JK(((__li__LOWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__5OWI__: {
      li__TIKP=li__PIKK(((__li__5OWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__TPWI__: {
      li__TIKP=li__ERKK(((__li__TPWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__HQWI__: {
      li__TIKP=li__ZZKK(((__li__HQWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__ARWI__: {
      li__TIKP=li__NCLK(((__li__ARWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__URWI__: {
      li__TIKP=li__BLLK(((__li__URWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__MSWI__: {
      li__TIKP=li__VTLK(((__li__MSWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__ETWI__: {
      li__TIKP=li__J2LK(((__li__ETWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__MZWI__: {
      li__TIKP=li__4EMK(((__li__MZWI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__C0WI__: {
      li__TIKP=li__TNMK(((__li__C0WI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__M1WI__: {
      li__TIKP=li__Q3IP(((__li__M1WI *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__KMFK__: {
      li__TIKP=li__JG2L(((__li__KMFK *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__XOHL__: {
      li__TIKP=li__3INN(((__li__XOHL *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__FPHL__: {
      li__TIKP=li__SRNN(((__li__FPHL *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__APLM__: {
      li__TIKP=li__5JCQ(((__li__APLM *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__DTNM__: {
      li__TIKP=li__S2RO(((__li__DTNM *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__JXNM__: {
      li__TIKP=li__UZCS(((__li__JXNM *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__21LO__: {
      li__TIKP=li__FGJP(((__li__21LO *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__TPOO__: {
      li__TIKP=li__0OJP(((__li__TPOO *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__URRO__: {
      li__TIKP=li__TNPS(((__li__URRO *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__41XO__: {
      li__TIKP=li__USCQ(((__li__41XO *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__AKBR__: {
      li__TIKP=li__4CDS(((__li__AKBR *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__SU5R__: {
      li__TIKP=li__IWPS(((__li__SU5R *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__JV5R__: {
      li__TIKP=li__34PS(((__li__JV5R *)((__li__WK *)li__C3RJ)),li__H3RJ,li__I3RJ);
    } break;
    };
    li__V1RJ=li__TIKP;
    li__N4RU=((__li__2ZEC *)li__W1RJ);
    li__F1YJ=(*(li__W1RJ)).li__NKSH;
    ((void **)(*(li__N4RU)).li__3GPI)[li__F1YJ]=li__V1RJ;
    li__V1RJ=li__Q2RJ;
  } else /* FALSE */ {
    li__H3RJ=li__P1RJ->li__GZB.li__0RNE;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__O1RJ)->__id==__li__DZB__) {
      li__I3RJ=((__li__DZB *)li__O1RJ)->li__GZB.li__FZB.li__RF.li__0CC;
    } else /* SLOT_CODE */ {
      li__TIKP=((__li__QWEC *)li__O1RJ)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__TIKP)->__id==__li__IZB__) {
        li__I3RJ=((__li__IZB *)li__TIKP)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__I3RJ=((__li__4HAD *)li__TIKP)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__L1RJ)->__id) {
    case __li__WK__: {
      li__TIKP=li__KPGK(((__li__WK *)li__L1RJ),li__H3RJ,li__I3RJ);
    } break;
    case __li__AVBD__: {
      li__TIKP=li__4XGK(((__li__AVBD *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__KVBD__: {
      li__TIKP=li__TAHK(((__li__KVBD *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__WVBD__: {
      li__TIKP=li__IJHK(((__li__WVBD *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__Z4WH__: {
      li__TIKP=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__KTVI__: {
      li__TIKP=li__4RHK(((__li__KTVI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__LTVI__: {
      li__TIKP=li__TXMN(((__li__LTVI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__XTVI__: {
      li__TIKP=li__U0HK(((__li__XTVI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__YTVI__: {
      li__TIKP=li__IANN(((__li__YTVI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__S2VI__: {
      li__TIKP=li__JDIK(((__li__S2VI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__E3VI__: {
      li__TIKP=li__4LIK(((__li__E3VI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__KLWI__: {
      li__TIKP=li__SUIK(((__li__KLWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__ULWI__: {
      li__TIKP=li__G3IK(((__li__ULWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__NMWI__: {
      li__TIKP=li__1FJK(((__li__NMWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__BNWI__: {
      li__TIKP=li__QOJK(((__li__BNWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__XNWI__: {
      li__TIKP=li__FXJK(((__li__XNWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__LOWI__: {
      li__TIKP=li__05JK(((__li__LOWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__5OWI__: {
      li__TIKP=li__PIKK(((__li__5OWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__TPWI__: {
      li__TIKP=li__ERKK(((__li__TPWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__HQWI__: {
      li__TIKP=li__ZZKK(((__li__HQWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__ARWI__: {
      li__TIKP=li__NCLK(((__li__ARWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__URWI__: {
      li__TIKP=li__BLLK(((__li__URWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__MSWI__: {
      li__TIKP=li__VTLK(((__li__MSWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__ETWI__: {
      li__TIKP=li__J2LK(((__li__ETWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__MZWI__: {
      li__TIKP=li__4EMK(((__li__MZWI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__C0WI__: {
      li__TIKP=li__TNMK(((__li__C0WI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__M1WI__: {
      li__TIKP=li__Q3IP(((__li__M1WI *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__KMFK__: {
      li__TIKP=li__JG2L(((__li__KMFK *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__XOHL__: {
      li__TIKP=li__3INN(((__li__XOHL *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__FPHL__: {
      li__TIKP=li__SRNN(((__li__FPHL *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__APLM__: {
      li__TIKP=li__5JCQ(((__li__APLM *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__DTNM__: {
      li__TIKP=li__S2RO(((__li__DTNM *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__JXNM__: {
      li__TIKP=li__UZCS(((__li__JXNM *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__21LO__: {
      li__TIKP=li__FGJP(((__li__21LO *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__TPOO__: {
      li__TIKP=li__0OJP(((__li__TPOO *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__URRO__: {
      li__TIKP=li__TNPS(((__li__URRO *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__41XO__: {
      li__TIKP=li__USCQ(((__li__41XO *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__AKBR__: {
      li__TIKP=li__4CDS(((__li__AKBR *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__SU5R__: {
      li__TIKP=li__IWPS(((__li__SU5R *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    case __li__JV5R__: {
      li__TIKP=li__34PS(((__li__JV5R *)((__li__WK *)li__L1RJ)),li__H3RJ,li__I3RJ);
    } break;
    };
    li__V1RJ=li__TIKP;
  };
  li__B4RJ=li__LJPJ(li__J1RJ->li__2A1B.li__1A1B.li__0CC,li__O1RJ,li__11RJ,li__V1RJ);
  li__10AV=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__10AV->li__2OLE),li__B4RJ);
  li__WVRE(li__10AV);
  li__V1RJ=li__ZAHJ(((__li__ODID *)li__B4RJ));
  li__M1RJ=li__V1RJ;
  return(li__M1RJ);
}

static __li__VTBD* li__PJ3I(__li__U *li__RJ3I)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__TJ3I,*li__BL3I,*li__NM3I,*li__SJ3I;
  __li__K li__UJ3I;
  void **li__FJMV;
  __li__C li__AM3I;
  li__TJ3I=NULL;
  li__UJ3I=(*(li__C1IE)).li__4BPE;
  li__FJMV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
  while ((! ((li__UJ3I <  0) || ((void *)((__li__VTBD *)((void **)li__FJMV)[li__UJ3I])->li__WTBD.li__FZB.li__R2B == (void *)li__RJ3I)))) {
    li__UJ3I=(__li__K)(li__UJ3I -  1);
  };
  /* __li__B__ __li__I__ */
if ((li__UJ3I >=  0)) {
    li__BL3I=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__UJ3I];
    li__TJ3I=li__BL3I;
    /* __li__B__ __li__I__ */
if ((((li__UJ3I < li__CL3I) && (li__BL3I->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__BL3I->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
      li__CL3I=li__UJ3I;
      li__2L3I=li__BL3I;
    };
    li__AM3I=li__B__;
  } else /* FALSE */ {
    li__AM3I=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__AM3I)) {
    /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
      li__NM3I=li__E1CL(((__li__1M *)li__2UUD),li__RJ3I);
      li__TJ3I=li__NM3I;
      /* __li__B__ __li__I__ */
if ((((void *)li__NM3I != (void *)NULL) && ((void *)li__NM3I->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
        li__CL3I=(__li__K)(-  1);
        li__2L3I=li__NM3I;
      };
    };
  };
  li__SJ3I=li__TJ3I;
  return(li__SJ3I);
}

static __li__C li__EBGK(__li__5RB *li__FBGK,__li__5RB *li__GBGK)
/* (Strict TYPE_FULL{li__5RB},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__J1SK;
  void *li__OCGK,*li__PCGK;
  __li__1RRF *li__IEGK;
  __li__C li__IBGK,li__2BGK,li__QCGK,li__TCGK,li__ADGK,li__DDGK;
  __li__C li__HBGK;
  li__IBGK=li__I__;
  li__J1SK=((__li__5RB *)li__GBGK);
  /* __li__B__ __li__I__ */
if ((((void *)li__FBGK != (void *)NULL) && (((void *)li__J1SK == (void *)li__FBGK) || (((void *)li__J1SK->li__AEM == (void *)li__FBGK->li__AEM) && ((__li__F0C)(li__J1SK->li__BEM &  15) == (__li__F0C)(li__FBGK->li__BEM &  15)))))) {
    li__IBGK=li__B__;
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((__li__F0C)(li__FBGK->li__BEM &  4) !=  0)) {
      li__IBGK=((void *)((__li__5RB *)li__GBGK)->li__AEM == (void *)li__ORB__);
      li__2BGK=li__B__;
    } else /* FALSE */ {
      li__2BGK=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__2BGK)) {
      /* __li__B__ __li__I__ */
if (((__li__F0C)(li__FBGK->li__BEM &  1) !=  0)) {
        /* __li__B__ __li__I__ */
if (((__li__F0C)(((__li__5RB *)li__GBGK)->li__BEM &  4) !=  0)) {
          li__OCGK=li__FBGK->li__AEM;
          li__PCGK=((__li__5RB *)li__GBGK)->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__OCGK)->__id) {
          case __li__IF__: {
            li__QCGK=((void *)((__li__IF *)li__OCGK) == (void *)li__PCGK);
          } break;
          case __li__ORB__: {
            li__QCGK=((void *)((__li__ORB *)((__li__IF *)li__OCGK)) == (void *)li__PCGK);
          } break;
          case __li__QRB__: {
            li__QCGK=((void *)((__li__QRB *)((__li__IF *)li__OCGK)) == (void *)li__PCGK);
          } break;
          case __li__SRB__: {
            li__QCGK=((void *)((__li__SRB *)((__li__IF *)li__OCGK)) == (void *)li__PCGK);
          } break;
          case __li__URB__: {
            li__QCGK=((void *)((__li__URB *)((__li__IF *)li__OCGK)) == (void *)li__PCGK);
          } break;
          case __li__GSZ__: {
            li__QCGK=((void *)((__li__GSZ *)((__li__IF *)li__OCGK)) == (void *)li__PCGK);
          } break;
          case __li__1RRF__: {
            li__QCGK=((void *)((__li__1RRF *)((__li__IF *)li__OCGK)) == (void *)li__PCGK);
          } break;
          case __li__UJSH__: {
            li__QCGK=((void *)li__PCGK == (void *)((__li__UJSH *)((__li__IF *)li__OCGK))->li__ZWPJ);
          } break;
          };
          li__TCGK=li__QCGK;
        } else /* FALSE */ {
          li__TCGK=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__TCGK) {
          li__QCGK=li__B__;
        } else /* FALSE */ {
          /* __li__B__ __li__I__ */
if (((void *)li__FBGK->li__AEM == (void *)li__TSB)) {
            li__ADGK=li__VGKO(((__li__5RB *)li__GBGK),li__FBGK);
            li__DDGK=li__ADGK;
          } else /* FALSE */ {
            li__DDGK=li__I__;
          };
          li__QCGK=li__DDGK;
        };
        li__IBGK=(li__QCGK || (((void *)li__FBGK->li__AEM == (void *)li__FUB) && ((void *)((__li__5RB *)li__GBGK)->li__AEM == (void *)li__ORB__)));
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if ((! ((__li__F0C)(((__li__5RB *)li__GBGK)->li__BEM &  1) !=  0))) {
          li__QCGK=li__B__;
        } else /* FALSE */ {
          li__OCGK=li__FBGK->li__AEM;
          /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__OCGK==NULL) {
            li__IEGK=NULL;
          } else {
            if (((struct ___OBJ *)li__OCGK)->__id==__li__1RRF__) {
              li__IEGK=((void *)li__OCGK);
            } else /* Other types */ {
              li__IEGK=NULL;
            }
          };
          li__QCGK=((void *)li__IEGK != (void *)NULL);
        };
        /* __li__B__ __li__I__ */
if (li__QCGK) {
          li__QCGK=li__VGKO(((__li__5RB *)li__GBGK),li__FBGK);
          li__TCGK=li__QCGK;
        } else /* FALSE */ {
          li__TCGK=li__I__;
        };
        li__IBGK=li__TCGK;
      };
    };
  };
  li__HBGK=li__IBGK;
  return(li__HBGK);
}

static void* li__ZMMJ(__li__SB1B *li__0MMJ,__li__U *li__1MMJ,void *li__2MMJ)
/* (Strict ITM_WRITE_CAST{li__SB1B},Strict STRING_CONSTANT{NULLxli__U},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__GNMJ,*li__TOMJ,*li__3MMJ;
  __li__VTBD *li__KNMJ;
  __li__KMFK *li__MNMJ;
  void *li__ONMJ;
  void *li__PNMJ,*li__5MMJ;
  __li__PO li__N1AV,li__ZOMJ;
  __li__Z4WH *li__BOMJ;
  __li__DZB *li__COMJ,*li__ANMJ;
  __li__K li__23TJ,li__33TJ;
  __li__5RB *li__YOMJ;
  void *li__1GKP;
  __li__ODID *li__SPMJ;
  __li__KI *li__01AV;
  __li__2ZEC *li__HNMJ,*li__T4RU;
  __li__MZB *li__VOMJ;
  li__GNMJ=NULL;
  li__HNMJ=NULL;
  li__KNMJ=li__PJ3I((&__string_66));
  li__MNMJ=li__NOPI(((__li__VTBD *)li__KNMJ));
  li__ONMJ=((__li__5RB *)((__li__KMFK *)li__MNMJ)->li__3RFK->li__WTBD.li__0RNE)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ONMJ)->__id) {
  case __li__IF__: {
    li__PNMJ=li__SJ2F(((__li__IF *)li__ONMJ),li__1MMJ);
  } break;
  case __li__ORB__: {
    li__PNMJ=li__NL2F(((__li__ORB *)((__li__IF *)li__ONMJ)),li__1MMJ);
  } break;
  case __li__QRB__: {
    li__PNMJ=li__IN2F(((__li__QRB *)((__li__IF *)li__ONMJ)),li__1MMJ);
  } break;
  case __li__SRB__: {
    li__PNMJ=li__DP2F(((__li__SRB *)((__li__IF *)li__ONMJ)),li__1MMJ);
  } break;
  case __li__URB__: {
    li__PNMJ=li__4Q2F(((__li__URB *)((__li__IF *)li__ONMJ)),li__1MMJ);
  } break;
  case __li__GSZ__: {
    li__PNMJ=li__ZS2F(((__li__GSZ *)((__li__IF *)li__ONMJ)),li__1MMJ);
  } break;
  case __li__1RRF__: {
    li__PNMJ=li__4WMI(li__1MMJ);
  } break;
  case __li__UJSH__: {
    li__PNMJ=li__NBMN(li__1MMJ);
  } break;
  };
  li__5MMJ=li__PNMJ;
  /* __li__B__ __li__I__ */
if (((void *)li__5MMJ == (void *)NULL)) {
    li__HEZ(((__li__BC *)li__0C),(&__string_425));
    li__JAZ(((__li__BC *)li__0C),li__1MMJ);
    li__JAZ(((__li__BC *)li__0C),(&__string_638));
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ONMJ)->__id) {
    case __li__IF__: {
      li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__ONMJ)->li__TF->li__SF.li__R2B);
    } break;
    case __li__ORB__: {
      li__JAZ(((__li__BC *)li__0C),(&__string_1));
    } break;
    case __li__QRB__: {
      li__JAZ(((__li__BC *)li__0C),(&__string_2));
    } break;
    case __li__SRB__: {
      li__JAZ(((__li__BC *)li__0C),(&__string_51));
    } break;
    case __li__URB__: {
      li__JAZ(((__li__BC *)li__0C),(&__string_53));
    } break;
    case __li__GSZ__: {
      li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__ONMJ))->li__EGQB);
    } break;
    case __li__1RRF__: {
      li__UPMI(((__li__1RRF *)((__li__IF *)li__ONMJ)),li__0C);
    } break;
    case __li__UJSH__: {
      li__O4LN(((__li__UJSH *)((__li__IF *)li__ONMJ)),li__0C);
    } break;
    };
    li__SRX(((__li__BC *)li__0C),'.');
    li__N1AV=li__0MMJ->li__TB1B.li__1A1B.li__0CC;
    li__K4E( 1,li__0C);
    li__V5E(li__N1AV);
    li__ODF();
  };
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__2MMJ==NULL) {
    li__BOMJ=NULL;
  } else {
    if (((struct ___OBJ *)li__2MMJ)->__id==__li__Z4WH__) {
      li__BOMJ=((void *)li__2MMJ);
    } else /* Other types */ {
      li__BOMJ=NULL;
    }
  };
  /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5MMJ)->__id==__li__DZB__) {
    li__COMJ=li__KLYJ(((__li__DZB *)li__5MMJ));
  } else /* SLOT_CODE */ {
    li__COMJ=li__FMYJ(((__li__QWEC *)li__5MMJ));
  };
  li__ANMJ=li__COMJ;
  /* __li__B__ __li__I__ */
if (((void *)li__BOMJ != (void *)NULL)) {
    li__HNMJ=li__BOMJ->li__PJPI;
    li__23TJ= 0;
    li__33TJ=(__li__K)((*(li__HNMJ)).li__NKSH -  1);
    while ((li__23TJ <= li__33TJ)) {
      li__TOMJ=((void **)(*(((__li__2ZEC *)li__HNMJ))).li__3GPI)[li__23TJ];
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5MMJ)->__id==__li__DZB__) {
        li__VOMJ=((__li__DZB *)li__5MMJ)->li__LZB->li__SBQG;
      } else /* SLOT_CODE */ {
        li__VOMJ=((__li__QWEC *)li__5MMJ)->li__RWEC->li__SBQG;
      };
      li__YOMJ=((__li__DZB *)((void **)(*(((__li__MZB *)li__VOMJ))).li__GR0)[li__23TJ])->li__GZB.li__0RNE;
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5MMJ)->__id==__li__DZB__) {
        li__ZOMJ=((__li__DZB *)li__5MMJ)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__1GKP=((__li__QWEC *)li__5MMJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1GKP)->__id==__li__IZB__) {
          li__ZOMJ=((__li__IZB *)li__1GKP)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__ZOMJ=((__li__4HAD *)li__1GKP)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TOMJ)->__id) {
      case __li__WK__: {
        li__1GKP=li__KPGK(((__li__WK *)li__TOMJ),li__YOMJ,li__ZOMJ);
      } break;
      case __li__AVBD__: {
        li__1GKP=li__4XGK(((__li__AVBD *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__KVBD__: {
        li__1GKP=li__TAHK(((__li__KVBD *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__WVBD__: {
        li__1GKP=li__IJHK(((__li__WVBD *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__Z4WH__: {
        li__1GKP=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__KTVI__: {
        li__1GKP=li__4RHK(((__li__KTVI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__LTVI__: {
        li__1GKP=li__TXMN(((__li__LTVI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__XTVI__: {
        li__1GKP=li__U0HK(((__li__XTVI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__YTVI__: {
        li__1GKP=li__IANN(((__li__YTVI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__S2VI__: {
        li__1GKP=li__JDIK(((__li__S2VI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__E3VI__: {
        li__1GKP=li__4LIK(((__li__E3VI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__KLWI__: {
        li__1GKP=li__SUIK(((__li__KLWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__ULWI__: {
        li__1GKP=li__G3IK(((__li__ULWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__NMWI__: {
        li__1GKP=li__1FJK(((__li__NMWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__BNWI__: {
        li__1GKP=li__QOJK(((__li__BNWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__XNWI__: {
        li__1GKP=li__FXJK(((__li__XNWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__LOWI__: {
        li__1GKP=li__05JK(((__li__LOWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__5OWI__: {
        li__1GKP=li__PIKK(((__li__5OWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__TPWI__: {
        li__1GKP=li__ERKK(((__li__TPWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__HQWI__: {
        li__1GKP=li__ZZKK(((__li__HQWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__ARWI__: {
        li__1GKP=li__NCLK(((__li__ARWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__URWI__: {
        li__1GKP=li__BLLK(((__li__URWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__MSWI__: {
        li__1GKP=li__VTLK(((__li__MSWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__ETWI__: {
        li__1GKP=li__J2LK(((__li__ETWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__MZWI__: {
        li__1GKP=li__4EMK(((__li__MZWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__C0WI__: {
        li__1GKP=li__TNMK(((__li__C0WI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__M1WI__: {
        li__1GKP=li__Q3IP(((__li__M1WI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__KMFK__: {
        li__1GKP=li__JG2L(((__li__KMFK *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__XOHL__: {
        li__1GKP=li__3INN(((__li__XOHL *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__FPHL__: {
        li__1GKP=li__SRNN(((__li__FPHL *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__APLM__: {
        li__1GKP=li__5JCQ(((__li__APLM *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__DTNM__: {
        li__1GKP=li__S2RO(((__li__DTNM *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__JXNM__: {
        li__1GKP=li__UZCS(((__li__JXNM *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__21LO__: {
        li__1GKP=li__FGJP(((__li__21LO *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__TPOO__: {
        li__1GKP=li__0OJP(((__li__TPOO *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__URRO__: {
        li__1GKP=li__TNPS(((__li__URRO *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__41XO__: {
        li__1GKP=li__USCQ(((__li__41XO *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__AKBR__: {
        li__1GKP=li__4CDS(((__li__AKBR *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__SU5R__: {
        li__1GKP=li__IWPS(((__li__SU5R *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      case __li__JV5R__: {
        li__1GKP=li__34PS(((__li__JV5R *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
      } break;
      };
      li__GNMJ=li__1GKP;
      li__T4RU=((__li__2ZEC *)li__HNMJ);
      ((void **)(*(li__T4RU)).li__3GPI)[li__23TJ]=li__GNMJ;
      li__23TJ=(__li__K)(li__23TJ +  1);
    };
    li__T4RU=((__li__2ZEC *)li__HNMJ);
    li__TOMJ=((void **)(*(li__T4RU)).li__3GPI)[(*(li__T4RU)).li__NKSH];
    li__YOMJ=li__ANMJ->li__GZB.li__0RNE;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5MMJ)->__id==__li__DZB__) {
      li__ZOMJ=((__li__DZB *)li__5MMJ)->li__GZB.li__FZB.li__RF.li__0CC;
    } else /* SLOT_CODE */ {
      li__1GKP=((__li__QWEC *)li__5MMJ)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1GKP)->__id==__li__IZB__) {
        li__ZOMJ=((__li__IZB *)li__1GKP)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__ZOMJ=((__li__4HAD *)li__1GKP)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TOMJ)->__id) {
    case __li__WK__: {
      li__1GKP=li__KPGK(((__li__WK *)li__TOMJ),li__YOMJ,li__ZOMJ);
    } break;
    case __li__AVBD__: {
      li__1GKP=li__4XGK(((__li__AVBD *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__KVBD__: {
      li__1GKP=li__TAHK(((__li__KVBD *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__WVBD__: {
      li__1GKP=li__IJHK(((__li__WVBD *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__Z4WH__: {
      li__1GKP=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__KTVI__: {
      li__1GKP=li__4RHK(((__li__KTVI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__LTVI__: {
      li__1GKP=li__TXMN(((__li__LTVI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__XTVI__: {
      li__1GKP=li__U0HK(((__li__XTVI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__YTVI__: {
      li__1GKP=li__IANN(((__li__YTVI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__S2VI__: {
      li__1GKP=li__JDIK(((__li__S2VI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__E3VI__: {
      li__1GKP=li__4LIK(((__li__E3VI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__KLWI__: {
      li__1GKP=li__SUIK(((__li__KLWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__ULWI__: {
      li__1GKP=li__G3IK(((__li__ULWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__NMWI__: {
      li__1GKP=li__1FJK(((__li__NMWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__BNWI__: {
      li__1GKP=li__QOJK(((__li__BNWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__XNWI__: {
      li__1GKP=li__FXJK(((__li__XNWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__LOWI__: {
      li__1GKP=li__05JK(((__li__LOWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__5OWI__: {
      li__1GKP=li__PIKK(((__li__5OWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__TPWI__: {
      li__1GKP=li__ERKK(((__li__TPWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__HQWI__: {
      li__1GKP=li__ZZKK(((__li__HQWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__ARWI__: {
      li__1GKP=li__NCLK(((__li__ARWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__URWI__: {
      li__1GKP=li__BLLK(((__li__URWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__MSWI__: {
      li__1GKP=li__VTLK(((__li__MSWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__ETWI__: {
      li__1GKP=li__J2LK(((__li__ETWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__MZWI__: {
      li__1GKP=li__4EMK(((__li__MZWI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__C0WI__: {
      li__1GKP=li__TNMK(((__li__C0WI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__M1WI__: {
      li__1GKP=li__Q3IP(((__li__M1WI *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__KMFK__: {
      li__1GKP=li__JG2L(((__li__KMFK *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__XOHL__: {
      li__1GKP=li__3INN(((__li__XOHL *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__FPHL__: {
      li__1GKP=li__SRNN(((__li__FPHL *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__APLM__: {
      li__1GKP=li__5JCQ(((__li__APLM *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__DTNM__: {
      li__1GKP=li__S2RO(((__li__DTNM *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__JXNM__: {
      li__1GKP=li__UZCS(((__li__JXNM *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__21LO__: {
      li__1GKP=li__FGJP(((__li__21LO *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__TPOO__: {
      li__1GKP=li__0OJP(((__li__TPOO *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__URRO__: {
      li__1GKP=li__TNPS(((__li__URRO *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__41XO__: {
      li__1GKP=li__USCQ(((__li__41XO *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__AKBR__: {
      li__1GKP=li__4CDS(((__li__AKBR *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__SU5R__: {
      li__1GKP=li__IWPS(((__li__SU5R *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__JV5R__: {
      li__1GKP=li__34PS(((__li__JV5R *)((__li__WK *)li__TOMJ)),li__YOMJ,li__ZOMJ);
    } break;
    };
    li__GNMJ=li__1GKP;
    li__T4RU=((__li__2ZEC *)li__HNMJ);
    li__23TJ=(*(li__HNMJ)).li__NKSH;
    ((void **)(*(li__T4RU)).li__3GPI)[li__23TJ]=li__GNMJ;
    li__GNMJ=li__BOMJ;
  } else /* FALSE */ {
    li__YOMJ=li__ANMJ->li__GZB.li__0RNE;
    /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__5MMJ)->__id==__li__DZB__) {
      li__ZOMJ=((__li__DZB *)li__5MMJ)->li__GZB.li__FZB.li__RF.li__0CC;
    } else /* SLOT_CODE */ {
      li__1GKP=((__li__QWEC *)li__5MMJ)->li__RWEC->li__KZB;
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__1GKP)->__id==__li__IZB__) {
        li__ZOMJ=((__li__IZB *)li__1GKP)->li__JZB.li__RF.li__0CC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__ZOMJ=((__li__4HAD *)li__1GKP)->li__5HAD.li__JZB.li__RF.li__0CC;
      };
    };
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2MMJ)->__id) {
    case __li__WK__: {
      li__1GKP=li__KPGK(((__li__WK *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__AVBD__: {
      li__1GKP=li__4XGK(((__li__AVBD *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__KVBD__: {
      li__1GKP=li__TAHK(((__li__KVBD *)li__2MMJ),li__YOMJ,li__ZOMJ);
    } break;
    case __li__WVBD__: {
      li__1GKP=li__IJHK(((__li__WVBD *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__Z4WH__: {
      li__1GKP=li__IQ4J(((__li__Z4WH *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__KTVI__: {
      li__1GKP=li__4RHK(((__li__KTVI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__LTVI__: {
      li__1GKP=li__TXMN(((__li__LTVI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__XTVI__: {
      li__1GKP=li__U0HK(((__li__XTVI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__YTVI__: {
      li__1GKP=li__IANN(((__li__YTVI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__S2VI__: {
      li__1GKP=li__JDIK(((__li__S2VI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__E3VI__: {
      li__1GKP=li__4LIK(((__li__E3VI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__KLWI__: {
      li__1GKP=li__SUIK(((__li__KLWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__ULWI__: {
      li__1GKP=li__G3IK(((__li__ULWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__NMWI__: {
      li__1GKP=li__1FJK(((__li__NMWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__BNWI__: {
      li__1GKP=li__QOJK(((__li__BNWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__XNWI__: {
      li__1GKP=li__FXJK(((__li__XNWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__LOWI__: {
      li__1GKP=li__05JK(((__li__LOWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__5OWI__: {
      li__1GKP=li__PIKK(((__li__5OWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__TPWI__: {
      li__1GKP=li__ERKK(((__li__TPWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__HQWI__: {
      li__1GKP=li__ZZKK(((__li__HQWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__ARWI__: {
      li__1GKP=li__NCLK(((__li__ARWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__URWI__: {
      li__1GKP=li__BLLK(((__li__URWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__MSWI__: {
      li__1GKP=li__VTLK(((__li__MSWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__ETWI__: {
      li__1GKP=li__J2LK(((__li__ETWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__MZWI__: {
      li__1GKP=li__4EMK(((__li__MZWI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__C0WI__: {
      li__1GKP=li__TNMK(((__li__C0WI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__M1WI__: {
      li__1GKP=li__Q3IP(((__li__M1WI *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__KMFK__: {
      li__1GKP=li__JG2L(((__li__KMFK *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__XOHL__: {
      li__1GKP=li__3INN(((__li__XOHL *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__FPHL__: {
      li__1GKP=li__SRNN(((__li__FPHL *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__APLM__: {
      li__1GKP=li__5JCQ(((__li__APLM *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__DTNM__: {
      li__1GKP=li__S2RO(((__li__DTNM *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__JXNM__: {
      li__1GKP=li__UZCS(((__li__JXNM *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__21LO__: {
      li__1GKP=li__FGJP(((__li__21LO *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__TPOO__: {
      li__1GKP=li__0OJP(((__li__TPOO *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__URRO__: {
      li__1GKP=li__TNPS(((__li__URRO *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__41XO__: {
      li__1GKP=li__USCQ(((__li__41XO *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__AKBR__: {
      li__1GKP=li__4CDS(((__li__AKBR *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__SU5R__: {
      li__1GKP=li__IWPS(((__li__SU5R *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    case __li__JV5R__: {
      li__1GKP=li__34PS(((__li__JV5R *)((__li__KVBD *)li__2MMJ)),li__YOMJ,li__ZOMJ);
    } break;
    };
    li__GNMJ=li__1GKP;
  };
  li__SPMJ=li__LJPJ(li__0MMJ->li__TB1B.li__1A1B.li__0CC,li__5MMJ,li__MNMJ,li__GNMJ);
  li__01AV=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__01AV->li__2OLE),li__SPMJ);
  li__WVRE(li__01AV);
  li__GNMJ=li__ZAHJ(((__li__ODID *)li__SPMJ));
  li__3MMJ=li__GNMJ;
  return(li__3MMJ);
}

static __li__VTBD* li__LP3I(__li__U *li__NP3I)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__PP3I,*li__3Q3I,*li__HS3I,*li__OP3I;
  __li__K li__QP3I;
  void **li__GJMV;
  __li__C li__0R3I;
  li__PP3I=NULL;
  li__QP3I=(*(li__C1IE)).li__4BPE;
  li__GJMV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
  while ((! ((li__QP3I <  0) || ((void *)((__li__VTBD *)((void **)li__GJMV)[li__QP3I])->li__WTBD.li__FZB.li__R2B == (void *)li__NP3I)))) {
    li__QP3I=(__li__K)(li__QP3I -  1);
  };
  /* __li__B__ __li__I__ */
if ((li__QP3I >=  0)) {
    li__3Q3I=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__QP3I];
    li__PP3I=li__3Q3I;
    /* __li__B__ __li__I__ */
if ((((li__QP3I < li__CL3I) && (li__3Q3I->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__3Q3I->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
      li__CL3I=li__QP3I;
      li__2L3I=li__3Q3I;
    };
    li__0R3I=li__B__;
  } else /* FALSE */ {
    li__0R3I=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__0R3I)) {
    /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
      li__HS3I=li__E1CL(((__li__1M *)li__2UUD),li__NP3I);
      li__PP3I=li__HS3I;
      /* __li__B__ __li__I__ */
if ((((void *)li__HS3I != (void *)NULL) && ((void *)li__HS3I->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
        li__CL3I=(__li__K)(-  1);
        li__2L3I=li__HS3I;
      };
    };
  };
  li__OP3I=li__PP3I;
  return(li__OP3I);
}

static void* li__XZIJ(__li__AE1B *li__YZIJ)
/* (Strict ITM_READ{li__AE1B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__I0IJ;
  __li__KMFK *li__K0IJ,*li__B3AV,*li__53AV;
  __li__PO li__QRMJ,li__5RMJ,li__GTMJ,li__YUMJ,li__3VMJ,li__POPJ;
  void *li__TRMJ,*li__ZSMJ;
  __li__ODID *li__VRMJ,*li__RXMJ,*li__VZMJ;
  void *li__YRMJ;
  __li__U *li__YSMJ,*li__0YMJ;
  void *li__Z2NP,*li__OGTP;
  __li__K li__Q0PU,li__ULPJ,li__AMPJ,li__S0PU,li__QZ3J,li__QNPJ;
  __li__K li__RNPJ,li__W0PU;
  __li__ULSB *li__FVMJ;
  void *li__5MPJ;
  void *li__BNPJ;
  __li__5RB *li__WNPJ,*li__MJMV,*li__RJMV,*li__UJMV;
  void *li__Y2AV,*li__U3AV,*li__W3AV,*li__1ZIJ;
  __li__WK *li__02AV,*li__Y3AV;
  __li__KVBD *li__HJMV,*li__LJMV,*li__PJMV,*li__TJMV;
  __li__WVBD *li__22AV,*li__32AV,*li__03AV,*li__13AV;
  __li__KLWI *li__52AV,*li__33AV;
  __li__ULWI *li__E3AV,*li__F3AV,*li__C4AV,*li__D4AV;
  __li__MSWI *li__H3AV,*li__I3AV,*li__F4AV,*li__G4AV;
  __li__MZWI *li__K3AV,*li__L3AV,*li__I4AV,*li__J4AV;
  __li__C0WI *li__N3AV,*li__O3AV,*li__L4AV,*li__M4AV;
  __li__M1WI *li__Q3AV,*li__R3AV,*li__O4AV,*li__P4AV;
  __li__QWEC *li__HZMJ;
  __li__KI *li__R4AV;
  __li__C li__URMJ,li__DSMJ,li__KVMJ,li__OVMJ;
  __li__2ZEC *li__WRMJ,*li__MRMJ,*li__MXMJ,*li__Z4RU,*li__24RU;
  __li__I03C *li__WTMJ;
  li__I0IJ=li__LP3I((&__string_66));
  li__K0IJ=li__NOPI(((__li__VTBD *)li__I0IJ));
  li__QRMJ=((__li__PO ) 0);
  li__TRMJ=NULL;
  li__URMJ=li__I__;
  li__VRMJ=NULL;
  li__WRMJ=li__ICJJ();
  li__MRMJ=li__WRMJ;
  li__YRMJ=((__li__5RB *)((__li__KMFK *)li__K0IJ)->li__3RFK->li__WTBD.li__0RNE)->li__AEM;
  /* __li__B__ __li__I__ */
if (((void *)li__YRMJ == (void *)li__QRB__)) {
    li__5RMJ=li__YZIJ->li__BE1B.li__0CC;
    li__K4E( 1,(&__string_451));
    li__V5E(li__5RMJ);
    li__ODF();
  };
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YRMJ)->__id) {
  case __li__IF__: 
  case __li__ORB__: 
  case __li__QRB__: 
  case __li__SRB__: 
  case __li__URB__: 
  case __li__GSZ__: {
    li__DSMJ=li__I__;
  } break;
  case __li__1RRF__: 
  case __li__UJSH__: {
    li__DSMJ=li__B__;
  } break;
  };
  /* __li__B__ __li__I__ */
if ((li__DSMJ && ((void *)li__YZIJ->li__PNGC == (void *)(&__string_84)))) {
    li__URMJ=li__B__;
  } else /* FALSE */ {
    li__YSMJ=li__YZIJ->li__PNGC;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YRMJ)->__id) {
    case __li__IF__: {
      li__ZSMJ=li__SJ2F(((__li__IF *)li__YRMJ),li__YSMJ);
    } break;
    case __li__ORB__: {
      li__ZSMJ=li__NL2F(((__li__ORB *)((__li__IF *)li__YRMJ)),li__YSMJ);
    } break;
    case __li__QRB__: {
      li__ZSMJ=li__IN2F(((__li__QRB *)((__li__IF *)li__YRMJ)),li__YSMJ);
    } break;
    case __li__SRB__: {
      li__ZSMJ=li__DP2F(((__li__SRB *)((__li__IF *)li__YRMJ)),li__YSMJ);
    } break;
    case __li__URB__: {
      li__ZSMJ=li__4Q2F(((__li__URB *)((__li__IF *)li__YRMJ)),li__YSMJ);
    } break;
    case __li__GSZ__: {
      li__ZSMJ=li__ZS2F(((__li__GSZ *)((__li__IF *)li__YRMJ)),li__YSMJ);
    } break;
    case __li__1RRF__: {
      li__ZSMJ=li__4WMI(li__YSMJ);
    } break;
    case __li__UJSH__: {
      li__ZSMJ=li__NBMN(li__YSMJ);
    } break;
    };
    li__TRMJ=li__ZSMJ;
    /* __li__B__ __li__I__ */
if (((void *)li__TRMJ == (void *)NULL)) {
      li__HEZ(((__li__BC *)li__0C),(&__string_425));
      li__JAZ(((__li__BC *)li__0C),li__YZIJ->li__PNGC);
      li__JAZ(((__li__BC *)li__0C),(&__string_452));
      /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__YRMJ)->__id) {
      case __li__IF__: {
        li__JAZ(((__li__BC *)li__0C),((__li__IF *)li__YRMJ)->li__TF->li__SF.li__R2B);
      } break;
      case __li__ORB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_1));
      } break;
      case __li__QRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_2));
      } break;
      case __li__SRB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_51));
      } break;
      case __li__URB__: {
        li__JAZ(((__li__BC *)li__0C),(&__string_53));
      } break;
      case __li__GSZ__: {
        li__JAZ(((__li__BC *)li__0C),((__li__GSZ *)((__li__IF *)li__YRMJ))->li__EGQB);
      } break;
      case __li__1RRF__: {
        li__UPMI(((__li__1RRF *)((__li__IF *)li__YRMJ)),li__0C);
      } break;
      case __li__UJSH__: {
        li__O4LN(((__li__UJSH *)((__li__IF *)li__YRMJ)),li__0C);
      } break;
      };
      li__JAZ(((__li__BC *)li__0C),(&__string_178));
      li__GTMJ=li__YZIJ->li__BE1B.li__0CC;
      li__K4E( 1,li__0C);
      li__V5E(li__GTMJ);
      li__ODF();
    };
    /* __li__B__ __li__I__ */
if (li__O4RI) {
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TRMJ)->__id==__li__DZB__) {
        li__Z2NP=((__li__DZB *)li__TRMJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__IZB__) {
          li__WTMJ=((__li__IZB *)li__Z2NP)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WTMJ=((__li__4HAD *)li__Z2NP)->li__5HAD.li__MPHD;
        };
      } else /* SLOT_CODE */ {
        li__Z2NP=((__li__QWEC *)li__TRMJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__IZB__) {
          li__WTMJ=((__li__IZB *)li__Z2NP)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WTMJ=((__li__4HAD *)li__Z2NP)->li__5HAD.li__MPHD;
        };
      };
      li__Q0PU=(__li__K)((*(((__li__I03C *)li__WTMJ))).li__RBLE +  1);
      /* __li__B__ __li__I__ */
if ((li__Q0PU !=  1)) {
        li__EDSB( 1,(&__string_453));
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TRMJ)->__id==__li__DZB__) {
          li__YUMJ=((__li__DZB *)li__TRMJ)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__OGTP=((__li__QWEC *)li__TRMJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OGTP)->__id==__li__IZB__) {
            li__YUMJ=((__li__IZB *)li__OGTP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__YUMJ=((__li__4HAD *)li__OGTP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__YUMJ);
        li__V5E(li__YZIJ->li__BE1B.li__0CC);
        li__ODF();
      };
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TRMJ)->__id==__li__DZB__) {
        li__YUMJ=((__li__DZB *)li__TRMJ)->li__GZB.li__FZB.li__RF.li__0CC;
      } else /* SLOT_CODE */ {
        li__Z2NP=((__li__QWEC *)li__TRMJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__IZB__) {
          li__YUMJ=((__li__IZB *)li__Z2NP)->li__JZB.li__RF.li__0CC;
        } else /* ITM_SLOT_OPERATOR */ {
          li__YUMJ=((__li__4HAD *)li__Z2NP)->li__5HAD.li__JZB.li__RF.li__0CC;
        };
      };
      li__5JKB=li__YUMJ;
      /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TRMJ)->__id==__li__DZB__) {
          li__FVMJ=li__QXVG(((__li__DZB *)li__TRMJ));
        } else /* SLOT_CODE */ {
          li__OGTP=((__li__QWEC *)li__TRMJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OGTP)->__id==__li__IZB__) {
            li__FVMJ=((__li__IZB *)li__OGTP)->li__WLSB;
          } else /* ITM_SLOT_OPERATOR */ {
            li__FVMJ=((__li__4HAD *)li__OGTP)->li__5HAD.li__WLSB;
          };
        };
        li__KVMJ=li__EYCM(((__li__ULSB *)li__FVMJ),li__YRMJ,((__li__5RB *)li__2UUD->li__2M.li__2NSH)->li__AEM);
        li__OVMJ=(! li__KVMJ);
      } else /* FALSE */ {
        li__OVMJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__OVMJ) {
        li__HEZ(((__li__BC *)li__0C),(&__string_454));
        li__OUHF(((__li__5RB *)li__2UUD->li__2M.li__2NSH),li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_455));
        li__DNVB( 2,li__0C);
        /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TRMJ)->__id==__li__DZB__) {
          li__3VMJ=((__li__DZB *)li__TRMJ)->li__GZB.li__FZB.li__RF.li__0CC;
        } else /* SLOT_CODE */ {
          li__OGTP=((__li__QWEC *)li__TRMJ)->li__RWEC->li__KZB;
          /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__OGTP)->__id==__li__IZB__) {
            li__3VMJ=((__li__IZB *)li__OGTP)->li__JZB.li__RF.li__0CC;
          } else /* ITM_SLOT_OPERATOR */ {
            li__3VMJ=((__li__4HAD *)li__OGTP)->li__5HAD.li__JZB.li__RF.li__0CC;
          };
        };
        li__V5E(li__3VMJ);
        li__V5E(li__YZIJ->li__BE1B.li__0CC);
        li__ODF();
      };
      li__5JKB=li__QRMJ;
    };
  };
  li__ZSMJ=NULL;
  li__2YPI(((__li__2ZEC *)li__WRMJ),li__K0IJ);
  /* __li__B__ __li__I__ */
if (li__O4RI) {
    /* __li__B__ __li__I__ */
if ((! li__URMJ)) {
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__TRMJ)->__id==__li__DZB__) {
        li__Z2NP=((__li__DZB *)li__TRMJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__IZB__) {
          li__WTMJ=((__li__IZB *)li__Z2NP)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WTMJ=((__li__4HAD *)li__Z2NP)->li__5HAD.li__MPHD;
        };
      } else /* SLOT_CODE */ {
        li__Z2NP=((__li__QWEC *)li__TRMJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__IZB__) {
          li__WTMJ=((__li__IZB *)li__Z2NP)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WTMJ=((__li__4HAD *)li__Z2NP)->li__5HAD.li__MPHD;
        };
      };
      li__Z2NP=((void **)(*(((__li__I03C *)li__WTMJ))).li__RCLE)[ 0];
      li__ZSMJ=li__Z2NP;
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__4RUC__) {
        li__ULPJ= 1;
      } else /* ITM_ARGS */ {
        li__ULPJ=(__li__K)((*(((__li__QUAF *)li__Z2NP)->li__H5ZG)).li__UD +  1);
      };
      /* __li__B__ __li__I__ */
if ((li__ULPJ !=  1)) {
        li__HEZ(((__li__BC *)li__0C),(&__string_614));
        li__B0E( 0,li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_615));
        li__JAZ(((__li__BC *)li__0C),li__YZIJ->li__PNGC);
        li__JAZ(((__li__BC *)li__0C),(&__string_616));
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__4RUC__) {
          li__AMPJ= 1;
        } else /* ITM_ARGS */ {
          li__AMPJ=(__li__K)((*(((__li__QUAF *)li__Z2NP)->li__H5ZG)).li__UD +  1);
        };
        li__B0E(li__AMPJ,li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_617));
        li__B0E( 1,li__0C);
        li__SRX(((__li__BC *)li__0C),')');
        li__DNVB( 1,li__0C);
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__4RUC__) {
          li__3VMJ=((__li__4RUC *)li__Z2NP)->li__5RUC.li__0CC;
        } else /* ITM_ARGS */ {
          li__3VMJ=((__li__QUAF *)li__Z2NP)->li__RUAF.li__0CC;
        };
        li__V5E(li__3VMJ);
        li__V5E(li__K0IJ->li__LMFK.li__0CC);
        li__ODF();
      };
      li__S0PU=(__li__K)((*(((__li__2ZEC *)li__WRMJ))).li__NKSH +  1);
      /* __li__B__ __li__I__ */
if ((li__S0PU >  1)) {
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__4RUC__) {
        };
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__Z2NP)->__id==__li__4RUC__) {
          li__AMPJ= 0;
        } else /* ITM_ARGS */ {
          li__AMPJ=(*(((__li__QUAF *)li__Z2NP)->li__H5ZG)).li__UD;
        };
        li__ULPJ= 0;
        li__QZ3J=li__AMPJ;
        while ((li__ULPJ <= li__QZ3J)) {
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__ZSMJ)->__id==__li__4RUC__) {
            li__5MPJ=((__li__4RUC *)li__ZSMJ)->li__SZHD;
          } else /* ITM_ARGS */ {
            li__5MPJ=((void **)(*(((__li__CRB *)((__li__UL2B *)((__li__QUAF *)((__li__4RUC *)li__ZSMJ))->li__I5ZG)->li__GX5B))).li__V1BD)[li__ULPJ];
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__5MPJ==NULL) {
            li__BNPJ=NULL;
          } else {
            switch (((struct ___OBJ *)li__5MPJ)->__id) {
            case __li__WRB__: {
              li__BNPJ=((void *)li__5MPJ);
            } break;
            case __li__XRB__: {
              li__BNPJ=((void *)li__5MPJ);
            } break;
            case __li__KUB__: {
              li__BNPJ=((void *)li__5MPJ);
            } break;
            case __li__VB1__: {
              li__BNPJ=((void *)li__5MPJ);
            } break;
            case __li__4O2B__: {
              li__BNPJ=NULL;
            } break;
            }
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__BNPJ != (void *)NULL) && ((void *)li__BNPJ == (void *)li__UT3B))) {
            li__QNPJ=(*(li__WRMJ)).li__NKSH;
            /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__ZSMJ)->__id==__li__4RUC__) {
              li__RNPJ= 0;
            } else /* ITM_ARGS */ {
              li__RNPJ=(*(((__li__QUAF *)li__ZSMJ)->li__H5ZG)).li__UD;
            };
            li__5MPJ=((void **)(*(((__li__2ZEC *)li__WRMJ))).li__3GPI)[(__li__K)((__li__K)(li__QNPJ - li__RNPJ) + li__ULPJ)];
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5MPJ)->__id) {
            case __li__WK__: {
              li__WNPJ=((__li__WK *)li__5MPJ)->li__1K.li__WZLE;
            } break;
            case __li__AVBD__: {
              li__WNPJ=((__li__AVBD *)li__5MPJ)->li__K2ME;
            } break;
            case __li__KVBD__: {
              li__WNPJ=((__li__KVBD *)li__5MPJ)->li__LVBD.li__WZLE;
            } break;
            case __li__WVBD__: {
              li__WNPJ=((__li__WVBD *)li__5MPJ)->li__XVBD.li__WZLE;
            } break;
            case __li__Z4WH__: {
              li__WNPJ=li__JK5J(((__li__Z4WH *)li__5MPJ));
            } break;
            case __li__KTVI__: {
              li__WNPJ=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__WNPJ=li__553L();
            } break;
            case __li__XTVI__: {
              li__WNPJ=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__WNPJ=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__WNPJ=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__WNPJ=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__WNPJ=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__WNPJ=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__WNPJ=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__WNPJ=li__DWEK(((__li__BNWI *)li__5MPJ));
            } break;
            case __li__XNWI__: {
              li__WNPJ=li__IWEK(((__li__XNWI *)li__5MPJ));
            } break;
            case __li__LOWI__: {
              li__WNPJ=li__NWEK(((__li__LOWI *)li__5MPJ));
            } break;
            case __li__5OWI__: {
              li__WNPJ=li__SWEK(((__li__5OWI *)li__5MPJ));
            } break;
            case __li__TPWI__: {
              li__WNPJ=li__XWEK(((__li__TPWI *)li__5MPJ));
            } break;
            case __li__HQWI__: {
              li__WNPJ=li__2WEK(((__li__HQWI *)li__5MPJ));
            } break;
            case __li__ARWI__: {
              li__WNPJ=li__QRB__->li__RRB.li__J0C;
            } break;
            case __li__URWI__: {
              li__WNPJ=li__FXEK(((__li__URWI *)li__5MPJ));
            } break;
            case __li__MSWI__: {
              li__WNPJ=li__RXEK();
            } break;
            case __li__ETWI__: {
              li__WNPJ=((__li__ETWI *)li__5MPJ)->li__NSBK;
            } break;
            case __li__MZWI__: {
              li__WNPJ=((__li__MZWI *)li__5MPJ)->li__NZWI.li__WZLE;
            } break;
            case __li__C0WI__: {
              li__WNPJ=((__li__C0WI *)li__5MPJ)->li__D0WI.li__WZLE;
            } break;
            case __li__M1WI__: {
              li__WNPJ=((__li__M1WI *)li__5MPJ)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__WNPJ=((__li__KMFK *)li__5MPJ)->li__3RFK->li__WTBD.li__0RNE;
            } break;
            case __li__XOHL__: {
              li__WNPJ=li__T4NN(((__li__XOHL *)li__5MPJ));
            } break;
            case __li__FPHL__: {
              li__WNPJ=li__KA4L(((__li__FPHL *)li__5MPJ));
            } break;
            case __li__APLM__: {
              li__WNPJ=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__WNPJ=li__1ISO(((__li__DTNM *)li__5MPJ));
            } break;
            case __li__JXNM__: {
              li__WNPJ=li__VX3R(((__li__JXNM *)li__5MPJ));
            } break;
            case __li__21LO__: {
              li__WNPJ=((__li__21LO *)li__5MPJ)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__WNPJ=((__li__TPOO *)li__5MPJ)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__WNPJ=li__FH4R();
            } break;
            case __li__41XO__: {
              li__WNPJ=li__3FDQ(((__li__41XO *)li__5MPJ));
            } break;
            case __li__AKBR__: {
              li__WNPJ=li__WQDS(((__li__AKBR *)li__5MPJ));
            } break;
            case __li__SU5R__: {
              li__WNPJ=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__WNPJ=li__Y1IS();
            } break;
            };
            /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__WNPJ)->li__BEM &  1) !=  0)) && (! ((__li__F0C)(((__li__5RB *)li__WNPJ)->li__BEM &  4) !=  0)))) {
              li__HEZ(((__li__BC *)li__0C),(&__string_618));
              li__OUHF(((__li__5RB *)li__WNPJ),li__0C);
              li__JAZ(((__li__BC *)li__0C),(&__string_619));
              li__DNVB( 1,li__0C);
              /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__ZSMJ)->__id==__li__4RUC__) {
                li__POPJ=((__li__4RUC *)li__ZSMJ)->li__5RUC.li__0CC;
              } else /* ITM_ARGS */ {
                li__POPJ=((__li__QUAF *)li__ZSMJ)->li__RUAF.li__0CC;
              };
              li__V5E(li__POPJ);
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5MPJ)->__id) {
              case __li__WK__: {
                li__POPJ=((__li__WK *)li__5MPJ)->li__1K.li__0K.li__0CC;
              } break;
              case __li__AVBD__: {
                li__POPJ=((__li__AVBD *)li__5MPJ)->li__BVBD.li__0CC;
              } break;
              case __li__KVBD__: {
                li__POPJ=((__li__KVBD *)li__5MPJ)->li__LVBD.li__0K.li__0CC;
              } break;
              case __li__WVBD__: {
                li__POPJ=((__li__WVBD *)li__5MPJ)->li__XVBD.li__0K.li__0CC;
              } break;
              case __li__Z4WH__: {
                li__POPJ=(*(li__YK__)).li__0CC;
              } break;
              case __li__KTVI__: {
                li__POPJ=((__li__KTVI *)li__5MPJ)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
              } break;
              case __li__LTVI__: {
                li__POPJ=((__li__LTVI *)li__5MPJ)->li__OTVI.li__NTVI.li__0CC;
              } break;
              case __li__XTVI__: {
                li__POPJ=((__li__XTVI *)li__5MPJ)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
              } break;
              case __li__YTVI__: {
                li__POPJ=((__li__YTVI *)li__5MPJ)->li__ZTVI.li__NTVI.li__0CC;
              } break;
              case __li__S2VI__: {
                li__POPJ=((__li__S2VI *)li__5MPJ)->li__T2VI.li__IVVI.li__0CC;
              } break;
              case __li__E3VI__: {
                li__POPJ=((__li__E3VI *)li__5MPJ)->li__F3VI.li__IVVI.li__0CC;
              } break;
              case __li__KLWI__: {
                li__POPJ=((__li__KLWI *)li__5MPJ)->li__LLWI.li__0CC;
              } break;
              case __li__ULWI__: {
                li__POPJ=((__li__ULWI *)li__5MPJ)->li__VLWI.li__0CC;
              } break;
              case __li__NMWI__: {
                li__POPJ=((__li__NMWI *)li__5MPJ)->li__OMWI.li__IVVI.li__0CC;
              } break;
              case __li__BNWI__: {
                li__POPJ=((__li__BNWI *)li__5MPJ)->li__ENWI.li__DNWI.li__0CC;
              } break;
              case __li__XNWI__: {
                li__POPJ=((__li__XNWI *)li__5MPJ)->li__YNWI.li__DNWI.li__0CC;
              } break;
              case __li__LOWI__: {
                li__POPJ=((__li__LOWI *)li__5MPJ)->li__MOWI.li__DNWI.li__0CC;
              } break;
              case __li__5OWI__: {
                li__POPJ=((__li__5OWI *)li__5MPJ)->li__APWI.li__DNWI.li__0CC;
              } break;
              case __li__TPWI__: {
                li__POPJ=((__li__TPWI *)li__5MPJ)->li__UPWI.li__DNWI.li__0CC;
              } break;
              case __li__HQWI__: {
                li__POPJ=((__li__HQWI *)li__5MPJ)->li__IQWI.li__DNWI.li__0CC;
              } break;
              case __li__ARWI__: {
                li__POPJ=((__li__ARWI *)li__5MPJ)->li__BRWI.li__0CC;
              } break;
              case __li__URWI__: {
                li__POPJ=((__li__URWI *)li__5MPJ)->li__VRWI.li__0CC;
              } break;
              case __li__MSWI__: {
                li__POPJ=((__li__MSWI *)li__5MPJ)->li__NSWI.li__0CC;
              } break;
              case __li__ETWI__: {
                li__POPJ=((__li__ETWI *)li__5MPJ)->li__FTWI.li__0CC;
              } break;
              case __li__MZWI__: {
                li__POPJ=((__li__MZWI *)li__5MPJ)->li__NZWI.li__0K.li__0CC;
              } break;
              case __li__C0WI__: {
                li__POPJ=((__li__C0WI *)li__5MPJ)->li__D0WI.li__0K.li__0CC;
              } break;
              case __li__M1WI__: {
                li__POPJ=((__li__M1WI *)li__5MPJ)->li__N1WI.li__0K.li__0CC;
              } break;
              case __li__KMFK__: {
                li__POPJ=((__li__KMFK *)li__5MPJ)->li__LMFK.li__0CC;
              } break;
              case __li__XOHL__: {
                li__POPJ=((__li__XOHL *)li__5MPJ)->li__0OHL.li__ZOHL.li__0CC;
              } break;
              case __li__FPHL__: {
                li__POPJ=((__li__FPHL *)li__5MPJ)->li__GPHL.li__DNWI.li__0CC;
              } break;
              case __li__APLM__: {
                li__POPJ=((__li__APLM *)li__5MPJ)->li__BPLM.li__IVVI.li__0CC;
              } break;
              case __li__DTNM__: {
                li__POPJ=((__li__DTNM *)li__5MPJ)->li__ETNM.li__ZOHL.li__0CC;
              } break;
              case __li__JXNM__: {
                li__POPJ=((__li__JXNM *)li__5MPJ)->li__KXNM.li__DNWI.li__0CC;
              } break;
              case __li__21LO__: {
                li__POPJ=((__li__21LO *)li__5MPJ)->li__31LO.li__0CC;
              } break;
              case __li__TPOO__: {
                li__POPJ=((__li__TPOO *)li__5MPJ)->li__UPOO.li__0CC;
              } break;
              case __li__URRO__: {
                li__POPJ=((__li__URRO *)li__5MPJ)->li__XRRO.li__WRRO.li__0CC;
              } break;
              case __li__41XO__: {
                li__POPJ=((__li__41XO *)li__5MPJ)->li__51XO.li__DNWI.li__0CC;
              } break;
              case __li__AKBR__: {
                li__POPJ=((__li__AKBR *)li__5MPJ)->li__BKBR.li__DNWI.li__0CC;
              } break;
              case __li__SU5R__: {
                li__POPJ=((__li__SU5R *)li__5MPJ)->li__TU5R.li__IVVI.li__0CC;
              } break;
              case __li__JV5R__: {
                li__POPJ=((__li__JV5R *)li__5MPJ)->li__KV5R.li__IVVI.li__0CC;
              } break;
              };
              li__V5E(li__POPJ);
              li__V5E(li__YZIJ->li__BE1B.li__0CC);
              li__ODF();
            };
          };
          li__ULPJ=(__li__K)(li__ULPJ +  1);
        };
      };
    };
  };
  /* __li__B__ __li__I__ */
if (li__URMJ) {
    li__MXMJ=li__UFNJ(li__WRMJ);
    li__MRMJ=li__MXMJ;
    li__Y2AV=((void **)(*(((__li__2ZEC *)li__MXMJ))).li__3GPI)[ 0];
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__Y2AV)->__id) {
    case __li__WK__: {
      li__02AV=li__PVEJ(((__li__WK *)li__Y2AV));
      li__Z2NP=li__02AV;
    } break;
    case __li__AVBD__: {
      li__Z2NP=li__AE5L(((__li__AVBD *)li__Y2AV));
    } break;
    case __li__KVBD__: {
      li__HJMV=((__li__KVBD *)li__Y2AV);
      li__GTMJ=li__HJMV->li__LVBD.li__0K.li__0CC;
      li__WNPJ=li__HJMV->li__LVBD.li__WZLE;
      li__HJMV=li__5QND();
      li__LJMV=((__li__KVBD *)li__HJMV);
      li__LJMV->li__LVBD.li__0K.li__0CC=li__GTMJ;
      li__MJMV=li__NNSE(((__li__5RB *)li__WNPJ));
      li__LJMV->li__LVBD.li__WZLE=li__MJMV;
      li__Z2NP=li__HJMV;
    } break;
    case __li__WVBD__: {
      li__22AV=((__li__WVBD *)li__Y2AV);
      li__32AV=li__VEID(li__22AV->li__XVBD.li__0K.li__0CC,li__22AV->li__2ZLE,li__22AV->li__XVBD.li__WZLE);
      li__Z2NP=li__32AV;
    } break;
    case __li__Z4WH__: {
      li__Z2NP=li__XEVK(((__li__Z4WH *)li__Y2AV));
    } break;
    case __li__KTVI__: {
      li__Z2NP=li__XF5L(((__li__KTVI *)li__Y2AV));
    } break;
    case __li__LTVI__: {
      li__Z2NP=li__SDGM(((__li__LTVI *)li__Y2AV));
    } break;
    case __li__XTVI__: {
      li__Z2NP=li__DG5L(((__li__XTVI *)li__Y2AV));
    } break;
    case __li__YTVI__: {
      li__Z2NP=li__4DGM(((__li__YTVI *)li__Y2AV));
    } break;
    case __li__S2VI__: {
      li__Z2NP=li__OG5L(((__li__S2VI *)li__Y2AV));
    } break;
    case __li__E3VI__: {
      li__Z2NP=li__ZG5L(((__li__E3VI *)li__Y2AV));
    } break;
    case __li__KLWI__: {
      li__52AV=((__li__KLWI *)li__Y2AV);
      li__GTMJ=li__52AV->li__LLWI.li__0CC;
      li__B3AV=li__G3CM(((__li__KMFK *)li__52AV->li__ZPBK));
      li__52AV=li__PNSJ(li__GTMJ,li__B3AV);
      li__Z2NP=li__52AV;
    } break;
    case __li__ULWI__: {
      li__E3AV=((__li__ULWI *)li__Y2AV);
      li__F3AV=li__AOSJ(li__E3AV->li__VLWI.li__0CC,li__E3AV->li__4PBK);
      li__Z2NP=li__F3AV;
    } break;
    case __li__NMWI__: {
      li__Z2NP=li__SH5L(((__li__NMWI *)li__Y2AV));
    } break;
    case __li__BNWI__: {
      li__Z2NP=li__3H5L(((__li__BNWI *)li__Y2AV));
    } break;
    case __li__XNWI__: {
      li__Z2NP=li__II5L(((__li__XNWI *)li__Y2AV));
    } break;
    case __li__LOWI__: {
      li__Z2NP=li__TI5L(((__li__LOWI *)li__Y2AV));
    } break;
    case __li__5OWI__: {
      li__Z2NP=li__4I5L(((__li__5OWI *)li__Y2AV));
    } break;
    case __li__TPWI__: {
      li__Z2NP=li__JJ5L(((__li__TPWI *)li__Y2AV));
    } break;
    case __li__HQWI__: {
      li__Z2NP=li__UJ5L(((__li__HQWI *)li__Y2AV));
    } break;
    case __li__ARWI__: {
      li__Z2NP=li__5J5L(((__li__ARWI *)li__Y2AV));
    } break;
    case __li__URWI__: {
      li__Z2NP=li__NK5L(((__li__URWI *)li__Y2AV));
    } break;
    case __li__MSWI__: {
      li__H3AV=((__li__MSWI *)li__Y2AV);
      li__I3AV=li__YXSJ(li__H3AV->li__NSWI.li__0CC,li__H3AV->li__ISBK);
      li__Z2NP=li__I3AV;
    } break;
    case __li__ETWI__: {
      li__Z2NP=li__4K5L(((__li__ETWI *)li__Y2AV));
    } break;
    case __li__MZWI__: {
      li__K3AV=((__li__MZWI *)li__Y2AV);
      li__L3AV=li__4U4I(li__K3AV->li__NZWI.li__0K.li__0CC,li__K3AV->li__3SBK,li__K3AV->li__NZWI.li__WZLE);
      li__Z2NP=li__L3AV;
    } break;
    case __li__C0WI__: {
      li__N3AV=((__li__C0WI *)li__Y2AV);
      li__O3AV=li__ZV4I(li__N3AV->li__D0WI.li__0K.li__0CC,li__N3AV->li__CTBK);
      li__Z2NP=li__O3AV;
    } break;
    case __li__M1WI__: {
      li__Q3AV=((__li__M1WI *)li__Y2AV);
      li__R3AV=li__1Z4I(li__Q3AV->li__N1WI.li__0K.li__0CC,li__Q3AV->li__UTFK);
      li__Z2NP=li__R3AV;
    } break;
    case __li__KMFK__: {
      li__Z2NP=li__G3CM(((__li__KMFK *)li__Y2AV));
    } break;
    case __li__XOHL__: {
      li__Z2NP=li__AAPN(((__li__XOHL *)li__Y2AV));
    } break;
    case __li__FPHL__: {
      li__Z2NP=li__2EGM(((__li__FPHL *)li__Y2AV));
    } break;
    case __li__APLM__: {
      li__Z2NP=li__XRDQ(((__li__APLM *)li__Y2AV));
    } break;
    case __li__DTNM__: {
      li__Z2NP=li__D5SO(((__li__DTNM *)li__Y2AV));
    } break;
    case __li__JXNM__: {
      li__Z2NP=li__153R(((__li__JXNM *)li__Y2AV));
    } break;
    case __li__21LO__: {
      li__Z2NP=li__2KLP(((__li__21LO *)li__Y2AV));
    } break;
    case __li__TPOO__: {
      li__Z2NP=li__JLLP(((__li__TPOO *)li__Y2AV));
    } break;
    case __li__URRO__: {
      li__Z2NP=li__KM4R(((__li__URRO *)li__Y2AV));
    } break;
    case __li__41XO__: {
      li__Z2NP=li__CSDQ(((__li__41XO *)li__Y2AV));
    } break;
    case __li__AKBR__: {
      li__Z2NP=li__L2DS(((__li__AKBR *)li__Y2AV));
    } break;
    case __li__SU5R__: {
      li__Z2NP=li__EQJS(((__li__SU5R *)li__Y2AV));
    } break;
    case __li__JV5R__: {
      li__Z2NP=li__PQJS(((__li__JV5R *)li__Y2AV));
    } break;
    };
    li__Z4RU=((__li__2ZEC *)li__MXMJ);
    ((void **)(*(li__Z4RU)).li__3GPI)[ 0]=li__Z2NP;
    li__RXMJ=li__UVPJ(li__YZIJ->li__BE1B.li__0CC,li__K0IJ,li__MXMJ);
    li__VRMJ=li__RXMJ;
    li__DSMJ=li__B__;
  } else /* FALSE */ {
    li__DSMJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__DSMJ)) {
    li__W0PU=(__li__K)((*(((__li__2ZEC *)li__MRMJ))).li__NKSH +  1);
    /* __li__B__ __li__I__ */
if ((li__W0PU ==  1)) {
      /* __li__B__ __li__I__ */
if ((li__O4RI & li__BMB)) {
        li__0YMJ=li__YZIJ->li__PNGC;
        li__KVMJ=li__SALE(((__li__U *)li__0YMJ),(&__string_456));
        li__OVMJ=li__KVMJ;
      } else /* FALSE */ {
        li__OVMJ=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__OVMJ) {
        li__HEZ(((__li__BC *)li__0C),(&__string_457));
        li__HZMJ=((__li__1M *)li__2UUD)->li__AZOI;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__HZMJ->li__RWEC->li__KZB)->__id==__li__IZB__) {
          li__BIJM(((__li__QWEC *)li__HZMJ),li__0C);
        } else /* ITM_SLOT_OPERATOR */ {
          li__WJJM(((__li__QWEC *)li__HZMJ),li__0C);
        };
        li__JAZ(((__li__BC *)li__0C),(&__string_458));
        li__OUHF(((__li__5RB *)((__li__KMFK *)li__K0IJ)->li__3RFK->li__WTBD.li__0RNE),li__0C);
        li__YUMJ=li__YZIJ->li__BE1B.li__0CC;
        li__K4E( 2,li__0C);
        li__V5E(li__YUMJ);
        li__ODF();
      };
      li__GTMJ=li__YZIJ->li__BE1B.li__0CC;
      li__U3AV=((void **)(*(((__li__2ZEC *)li__MRMJ))).li__3GPI)[ 0];
      li__VZMJ=li__GDID(li__GTMJ,li__TRMJ,li__K0IJ,li__U3AV,li__B__);
      li__VRMJ=li__VZMJ;
      li__T4PJ(li__MRMJ);
    } else /* FALSE */ {
      li__W3AV=((void **)(*(((__li__2ZEC *)li__MRMJ))).li__3GPI)[ 0];
      /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__W3AV)->__id) {
      case __li__WK__: {
        li__Y3AV=li__PVEJ(((__li__WK *)li__W3AV));
        li__OGTP=li__Y3AV;
      } break;
      case __li__AVBD__: {
        li__OGTP=li__AE5L(((__li__AVBD *)li__W3AV));
      } break;
      case __li__KVBD__: {
        li__PJMV=((__li__KVBD *)li__W3AV);
        li__YUMJ=li__PJMV->li__LVBD.li__0K.li__0CC;
        li__RJMV=li__PJMV->li__LVBD.li__WZLE;
        li__PJMV=li__5QND();
        li__TJMV=((__li__KVBD *)li__PJMV);
        li__TJMV->li__LVBD.li__0K.li__0CC=li__YUMJ;
        li__UJMV=li__NNSE(((__li__5RB *)li__RJMV));
        li__TJMV->li__LVBD.li__WZLE=li__UJMV;
        li__OGTP=li__PJMV;
      } break;
      case __li__WVBD__: {
        li__03AV=((__li__WVBD *)li__W3AV);
        li__13AV=li__VEID(li__03AV->li__XVBD.li__0K.li__0CC,li__03AV->li__2ZLE,li__03AV->li__XVBD.li__WZLE);
        li__OGTP=li__13AV;
      } break;
      case __li__Z4WH__: {
        li__OGTP=li__XEVK(((__li__Z4WH *)li__W3AV));
      } break;
      case __li__KTVI__: {
        li__OGTP=li__XF5L(((__li__KTVI *)li__W3AV));
      } break;
      case __li__LTVI__: {
        li__OGTP=li__SDGM(((__li__LTVI *)li__W3AV));
      } break;
      case __li__XTVI__: {
        li__OGTP=li__DG5L(((__li__XTVI *)li__W3AV));
      } break;
      case __li__YTVI__: {
        li__OGTP=li__4DGM(((__li__YTVI *)li__W3AV));
      } break;
      case __li__S2VI__: {
        li__OGTP=li__OG5L(((__li__S2VI *)li__W3AV));
      } break;
      case __li__E3VI__: {
        li__OGTP=li__ZG5L(((__li__E3VI *)li__W3AV));
      } break;
      case __li__KLWI__: {
        li__33AV=((__li__KLWI *)li__W3AV);
        li__YUMJ=li__33AV->li__LLWI.li__0CC;
        li__53AV=li__G3CM(((__li__KMFK *)li__33AV->li__ZPBK));
        li__33AV=li__PNSJ(li__YUMJ,li__53AV);
        li__OGTP=li__33AV;
      } break;
      case __li__ULWI__: {
        li__C4AV=((__li__ULWI *)li__W3AV);
        li__D4AV=li__AOSJ(li__C4AV->li__VLWI.li__0CC,li__C4AV->li__4PBK);
        li__OGTP=li__D4AV;
      } break;
      case __li__NMWI__: {
        li__OGTP=li__SH5L(((__li__NMWI *)li__W3AV));
      } break;
      case __li__BNWI__: {
        li__OGTP=li__3H5L(((__li__BNWI *)li__W3AV));
      } break;
      case __li__XNWI__: {
        li__OGTP=li__II5L(((__li__XNWI *)li__W3AV));
      } break;
      case __li__LOWI__: {
        li__OGTP=li__TI5L(((__li__LOWI *)li__W3AV));
      } break;
      case __li__5OWI__: {
        li__OGTP=li__4I5L(((__li__5OWI *)li__W3AV));
      } break;
      case __li__TPWI__: {
        li__OGTP=li__JJ5L(((__li__TPWI *)li__W3AV));
      } break;
      case __li__HQWI__: {
        li__OGTP=li__UJ5L(((__li__HQWI *)li__W3AV));
      } break;
      case __li__ARWI__: {
        li__OGTP=li__5J5L(((__li__ARWI *)li__W3AV));
      } break;
      case __li__URWI__: {
        li__OGTP=li__NK5L(((__li__URWI *)li__W3AV));
      } break;
      case __li__MSWI__: {
        li__F4AV=((__li__MSWI *)li__W3AV);
        li__G4AV=li__YXSJ(li__F4AV->li__NSWI.li__0CC,li__F4AV->li__ISBK);
        li__OGTP=li__G4AV;
      } break;
      case __li__ETWI__: {
        li__OGTP=li__4K5L(((__li__ETWI *)li__W3AV));
      } break;
      case __li__MZWI__: {
        li__I4AV=((__li__MZWI *)li__W3AV);
        li__J4AV=li__4U4I(li__I4AV->li__NZWI.li__0K.li__0CC,li__I4AV->li__3SBK,li__I4AV->li__NZWI.li__WZLE);
        li__OGTP=li__J4AV;
      } break;
      case __li__C0WI__: {
        li__L4AV=((__li__C0WI *)li__W3AV);
        li__M4AV=li__ZV4I(li__L4AV->li__D0WI.li__0K.li__0CC,li__L4AV->li__CTBK);
        li__OGTP=li__M4AV;
      } break;
      case __li__M1WI__: {
        li__O4AV=((__li__M1WI *)li__W3AV);
        li__P4AV=li__1Z4I(li__O4AV->li__N1WI.li__0K.li__0CC,li__O4AV->li__UTFK);
        li__OGTP=li__P4AV;
      } break;
      case __li__KMFK__: {
        li__OGTP=li__G3CM(((__li__KMFK *)li__W3AV));
      } break;
      case __li__XOHL__: {
        li__OGTP=li__AAPN(((__li__XOHL *)li__W3AV));
      } break;
      case __li__FPHL__: {
        li__OGTP=li__2EGM(((__li__FPHL *)li__W3AV));
      } break;
      case __li__APLM__: {
        li__OGTP=li__XRDQ(((__li__APLM *)li__W3AV));
      } break;
      case __li__DTNM__: {
        li__OGTP=li__D5SO(((__li__DTNM *)li__W3AV));
      } break;
      case __li__JXNM__: {
        li__OGTP=li__153R(((__li__JXNM *)li__W3AV));
      } break;
      case __li__21LO__: {
        li__OGTP=li__2KLP(((__li__21LO *)li__W3AV));
      } break;
      case __li__TPOO__: {
        li__OGTP=li__JLLP(((__li__TPOO *)li__W3AV));
      } break;
      case __li__URRO__: {
        li__OGTP=li__KM4R(((__li__URRO *)li__W3AV));
      } break;
      case __li__41XO__: {
        li__OGTP=li__CSDQ(((__li__41XO *)li__W3AV));
      } break;
      case __li__AKBR__: {
        li__OGTP=li__L2DS(((__li__AKBR *)li__W3AV));
      } break;
      case __li__SU5R__: {
        li__OGTP=li__EQJS(((__li__SU5R *)li__W3AV));
      } break;
      case __li__JV5R__: {
        li__OGTP=li__PQJS(((__li__JV5R *)li__W3AV));
      } break;
      };
      li__24RU=((__li__2ZEC *)li__MRMJ);
      ((void **)(*(li__24RU)).li__3GPI)[ 0]=li__OGTP;
      li__24RU=li__UFNJ(li__MRMJ);
      li__MRMJ=li__24RU;
      li__VZMJ=li__2IUJ(li__YZIJ->li__BE1B.li__0CC,li__TRMJ,li__K0IJ,li__24RU,li__B__);
      li__VRMJ=li__VZMJ;
    };
  };
  li__R4AV=((__li__KI *)li__XIKB);
  li__P2VG(((__li__TOLE *)li__R4AV->li__2OLE),li__VRMJ);
  li__WVRE(li__R4AV);
  li__TRMJ=li__ZAHJ(((__li__ODID *)li__VRMJ));
  li__1ZIJ=li__TRMJ;
  return(li__1ZIJ);
}

static __li__VTBD* li__F5MJ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__J5MJ,*li__XANJ,*li__BCNJ,*li__I5MJ;
  __li__K li__K5MJ;
  void **li__XJMV;
  __li__C li__UBNJ;
  li__J5MJ=NULL;
  li__K5MJ=(*(li__C1IE)).li__4BPE;
  li__XJMV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
  while ((! ((li__K5MJ <  0) || ((void *)((__li__VTBD *)((void **)li__XJMV)[li__K5MJ])->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66))))) {
    li__K5MJ=(__li__K)(li__K5MJ -  1);
  };
  /* __li__B__ __li__I__ */
if ((li__K5MJ >=  0)) {
    li__XANJ=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__K5MJ];
    li__J5MJ=li__XANJ;
    /* __li__B__ __li__I__ */
if ((((li__K5MJ < li__CL3I) && (li__XANJ->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__XANJ->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
      li__CL3I=li__K5MJ;
      li__2L3I=li__XANJ;
    };
    li__UBNJ=li__B__;
  } else /* FALSE */ {
    li__UBNJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__UBNJ)) {
    /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
      li__BCNJ=li__E1CL(((__li__1M *)li__2UUD),(&__string_66));
      li__J5MJ=li__BCNJ;
      /* __li__B__ __li__I__ */
if ((((void *)li__BCNJ != (void *)NULL) && ((void *)li__BCNJ->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
        li__CL3I=(__li__K)(-  1);
        li__2L3I=li__BCNJ;
      };
    };
  };
  li__I5MJ=li__J5MJ;
  return(li__I5MJ);
}

static __li__C li__QESJ(__li__PF *li__RESJ,__li__U *li__SESJ)
/* (Strict PROTOTYPE{li__PF},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__UESJ,*li__UFSJ;
  __li__ULSB *li__AFSJ,*li__04AV;
  __li__U *li__KFSJ;
  __li__C li__VESJ,li__EFSJ,li__TESJ;
  li__VESJ=li__I__;
  li__UESJ=li__RESJ->li__UWEC;
  li__DEUJ:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__UESJ != (void *)NULL)) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UESJ)->__id==__li__IZB__) {
        li__AFSJ=((__li__IZB *)li__UESJ)->li__WLSB;
      } else /* ITM_SLOT_OPERATOR */ {
        li__AFSJ=((__li__4HAD *)li__UESJ)->li__5HAD.li__WLSB;
      };
      li__04AV=((__li__ULSB *)li__AFSJ);
      li__EFSJ=(((void *)li__04AV->li__XNKE == (void *)(&__string_29)) || ((void *)li__04AV->li__XNKE == (void *)(&__string_30)));
    } else /* FALSE */ {
      li__EFSJ=li__I__;
    };
    li__VESJ=li__EFSJ;
    /* __li__B__ __li__I__ */
if (li__EFSJ) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UESJ)->__id==__li__IZB__) {
        li__KFSJ=((__li__IZB *)li__UESJ)->li__JZB.li__R2B;
      } else /* ITM_SLOT_OPERATOR */ {
        li__KFSJ=((__li__4HAD *)li__UESJ)->li__5HAD.li__JZB.li__R2B;
      };
      li__EFSJ=((void *)li__KFSJ != (void *)li__SESJ);
    } else /* FALSE */ {
      li__EFSJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__EFSJ) {
      /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__UESJ)->__id==__li__IZB__) {
        li__UFSJ=((__li__IZB *)li__UESJ)->li__NXEC;
      } else /* ITM_SLOT_OPERATOR */ {
        li__UFSJ=((__li__4HAD *)li__UESJ)->li__5HAD.li__NXEC;
      };
      li__UESJ=li__UFSJ;
      goto li__DEUJ;
    };
  };
  li__TESJ=li__VESJ;
  return(li__TESJ);
}

static void* li__DZPJ(__li__YA2B *li__EZPJ,void *li__FZPJ,void *li__GZPJ)
/* (Strict ITM_READ_ARG2{li__YA2B},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__IZPJ,*li__HZPJ;
  __li__PO li__A5AV;
  __li__S2VI *li__44AV,*li__54AV;
  __li__E3VI *li__E5AV,*li__F5AV;
  li__IZPJ=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__EZPJ->li__ZA2B.li__PNGC == (void *)li__IBB)) {
    li__A5AV=li__EZPJ->li__ZA2B.li__BE1B.li__0CC;
    li__44AV=li__CBXJ();
    li__54AV=((__li__S2VI *)li__44AV);
    li__54AV->li__T2VI.li__IVVI.li__0CC=li__A5AV;
    li__54AV->li__T2VI.li__FPBK=li__FZPJ;
    li__54AV->li__T2VI.li__LPBK=li__GZPJ;
    li__IZPJ=li__44AV;
  } else /* FALSE */ {
    li__A5AV=li__EZPJ->li__ZA2B.li__BE1B.li__0CC;
    li__E5AV=li__WBZJ();
    li__F5AV=((__li__E3VI *)li__E5AV);
    li__F5AV->li__F3VI.li__IVVI.li__0CC=li__A5AV;
    li__F5AV->li__F3VI.li__FPBK=li__FZPJ;
    li__F5AV->li__F3VI.li__LPBK=li__GZPJ;
    li__IZPJ=li__E5AV;
  };
  li__HZPJ=li__IZPJ;
  return(li__HZPJ);
}

static __li__NWZB* li__3Q0B()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__NWZB *li__AR0B,*li__SR0B,*li__5Q0B;
  __li__C li__MNED;
  __li__BR0B *li__RUBE;
  li__AR0B=NULL;
  li__MNED=((*(((__li__BR0B *)li__KR0B))).li__NNED <  0);
  /* __li__B__ __li__I__ */
if (li__MNED) {
    li__SR0B=li__D10B( 16);
    li__AR0B=li__SR0B;
  } else /* FALSE */ {
    li__RUBE=((__li__BR0B *)li__KR0B);
    li__SR0B=((void **)(*(li__RUBE)).li__3RED)[(*(li__RUBE)).li__NNED];
    li__AR0B=li__SR0B;
    li__RUBE=((__li__BR0B *)li__KR0B);
    (*(li__RUBE)).li__NNED=(__li__K)((*(li__RUBE)).li__NNED -  1);
  };
  li__5Q0B=li__AR0B;
  return(li__5Q0B);
}

static void li__01ED(__li__NWZB *li__11ED,void *li__21ED)
/* (Strict FAST_ARRAY(ITM_CODE){li__NWZB},ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__42ED;
  __li__C li__L2ED;
  void **li__X2ED;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__11ED)).li__231B +  1) <= (__li__K)((*(li__11ED)).li__HPED -  1))) {
    (*(li__11ED)).li__231B=(__li__K)((*(li__11ED)).li__231B +  1);
    li__L2ED=li__B__;
  } else /* FALSE */ {
    li__L2ED=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__L2ED)) {
    /* __li__B__ __li__I__ */
if (((*(li__11ED)).li__HPED ==  0)) {
      li__X2ED=li__2SYD( 2);
      (*(li__11ED)).li__UPED=li__X2ED;
      (*(li__11ED)).li__HPED= 2;
      (*(li__11ED)).li__231B= 0;
    } else /* FALSE */ {
      li__42ED=(__li__K)((*(li__11ED)).li__HPED <<  1);
      li__X2ED=li__C4NE(((void **)(*(li__11ED)).li__UPED),(*(li__11ED)).li__HPED,li__42ED);
      (*(li__11ED)).li__UPED=li__X2ED;
      (*(li__11ED)).li__HPED=li__42ED;
      (*(li__11ED)).li__231B=(__li__K)((*(li__11ED)).li__231B +  1);
    };
  };
  ((void **)(*(li__11ED)).li__UPED)[(*(li__11ED)).li__231B]=li__21ED;
}

static __li__VTBD* li__00OL()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__40OL,*li__M2OL,*li__W3OL,*li__30OL;
  __li__K li__50OL;
  void **li__YJMV;
  __li__C li__J3OL;
  li__40OL=NULL;
  li__50OL=(*(li__C1IE)).li__4BPE;
  li__YJMV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
  while ((! ((li__50OL <  0) || ((void *)((__li__VTBD *)((void **)li__YJMV)[li__50OL])->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66))))) {
    li__50OL=(__li__K)(li__50OL -  1);
  };
  /* __li__B__ __li__I__ */
if ((li__50OL >=  0)) {
    li__M2OL=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__50OL];
    li__40OL=li__M2OL;
    /* __li__B__ __li__I__ */
if ((((li__50OL < li__CL3I) && (li__M2OL->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__M2OL->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
      li__CL3I=li__50OL;
      li__2L3I=li__M2OL;
    };
    li__J3OL=li__B__;
  } else /* FALSE */ {
    li__J3OL=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__J3OL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
      li__W3OL=li__E1CL(((__li__1M *)li__2UUD),(&__string_66));
      li__40OL=li__W3OL;
      /* __li__B__ __li__I__ */
if ((((void *)li__W3OL != (void *)NULL) && ((void *)li__W3OL->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
        li__CL3I=(__li__K)(-  1);
        li__2L3I=li__W3OL;
      };
    };
  };
  li__30OL=li__40OL;
  return(li__30OL);
}

static void li__NJKL(__li__YA2B *li__OJKL,void *li__PJKL,__li__K li__QJKL,__li__2ZEC *li__RJKL,void *li__SJKL,__li__C li__TJKL)
/* (Strict ITM_READ_ARG2{li__YA2B},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Expanded INTEGER{li__K},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},SLOT{NULLxli__DZBxli__QWEC},Expanded BOOLEAN{li__Bxli__I}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__VJKL,li__I5RU,li__YKKL,li__ELKL,li__Y0PU,li__V3XL;
  __li__K li__UMKL,li__VMKL;
  void *li__WJKL;
  __li__Z4WH *li__1JKL;
  void *li__0JPN;
  __li__PO li__NLKL,li__TNKL;
  void *li__DMKL;
  void *li__FMKL;
  __li__5RB *li__0MKL;
  __li__I03C *li__WKKL;
  __li__C li__AOKL;
  li__VJKL= 0;
  li__WJKL=NULL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__PJKL==NULL) {
    li__1JKL=NULL;
  } else {
    if (((struct ___OBJ *)li__PJKL)->__id==__li__Z4WH__) {
      li__1JKL=((void *)li__PJKL);
    } else /* Other types */ {
      li__1JKL=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__1JKL != (void *)NULL)) {
    li__I5RU=(__li__K)((*(((__li__2ZEC *)((__li__Z4WH *)li__1JKL)->li__PJPI))).li__NKSH +  1);
    li__VJKL=li__I5RU;
    li__GYNK(((__li__2ZEC *)li__RJKL),li__1JKL->li__PJPI);
  } else /* FALSE */ {
    li__VJKL= 1;
    li__2YPI(((__li__2ZEC *)li__RJKL),li__PJKL);
  };
  /* __li__B__ __li__I__ */
if (li__O4RI) {
    /* __li__B__ __li__I__ */
if ((! li__TJKL)) {
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__SJKL)->__id==__li__DZB__) {
        li__0JPN=((__li__DZB *)li__SJKL)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0JPN)->__id==__li__IZB__) {
          li__WKKL=((__li__IZB *)li__0JPN)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WKKL=((__li__4HAD *)li__0JPN)->li__5HAD.li__MPHD;
        };
      } else /* SLOT_CODE */ {
        li__0JPN=((__li__QWEC *)li__SJKL)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0JPN)->__id==__li__IZB__) {
          li__WKKL=((__li__IZB *)li__0JPN)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__WKKL=((__li__4HAD *)li__0JPN)->li__5HAD.li__MPHD;
        };
      };
      li__0JPN=((void **)(*(((__li__I03C *)li__WKKL))).li__RCLE)[li__QJKL];
      li__WJKL=li__0JPN;
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__0JPN)->__id==__li__4RUC__) {
        li__YKKL= 1;
      } else /* ITM_ARGS */ {
        li__YKKL=(__li__K)((*(((__li__QUAF *)li__0JPN)->li__H5ZG)).li__UD +  1);
      };
      /* __li__B__ __li__I__ */
if ((li__YKKL != li__VJKL)) {
        li__HEZ(((__li__BC *)li__0C),(&__string_614));
        li__B0E(li__QJKL,li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_615));
        li__JAZ(((__li__BC *)li__0C),li__OJKL->li__ZA2B.li__PNGC);
        li__JAZ(((__li__BC *)li__0C),(&__string_616));
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__0JPN)->__id==__li__4RUC__) {
          li__ELKL= 1;
        } else /* ITM_ARGS */ {
          li__ELKL=(__li__K)((*(((__li__QUAF *)li__0JPN)->li__H5ZG)).li__UD +  1);
        };
        li__B0E(li__ELKL,li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_617));
        li__B0E(li__VJKL,li__0C);
        li__SRX(((__li__BC *)li__0C),')');
        li__DNVB( 1,li__0C);
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__0JPN)->__id==__li__4RUC__) {
          li__NLKL=((__li__4RUC *)li__0JPN)->li__5RUC.li__0CC;
        } else /* ITM_ARGS */ {
          li__NLKL=((__li__QUAF *)li__0JPN)->li__RUAF.li__0CC;
        };
        li__V5E(li__NLKL);
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PJKL)->__id) {
        case __li__WK__: {
          li__NLKL=((__li__WK *)li__PJKL)->li__1K.li__0K.li__0CC;
        } break;
        case __li__AVBD__: {
          li__NLKL=((__li__AVBD *)li__PJKL)->li__BVBD.li__0CC;
        } break;
        case __li__KVBD__: {
          li__NLKL=((__li__KVBD *)li__PJKL)->li__LVBD.li__0K.li__0CC;
        } break;
        case __li__WVBD__: {
          li__NLKL=((__li__WVBD *)li__PJKL)->li__XVBD.li__0K.li__0CC;
        } break;
        case __li__Z4WH__: {
          li__NLKL=(*(li__YK__)).li__0CC;
        } break;
        case __li__KTVI__: {
          li__NLKL=((__li__KTVI *)li__PJKL)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__LTVI__: {
          li__NLKL=((__li__LTVI *)li__PJKL)->li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__XTVI__: {
          li__NLKL=((__li__XTVI *)li__PJKL)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__YTVI__: {
          li__NLKL=((__li__YTVI *)li__PJKL)->li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__S2VI__: {
          li__NLKL=((__li__S2VI *)li__PJKL)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__NLKL=((__li__E3VI *)li__PJKL)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__KLWI__: {
          li__NLKL=((__li__KLWI *)li__PJKL)->li__LLWI.li__0CC;
        } break;
        case __li__ULWI__: {
          li__NLKL=((__li__ULWI *)li__PJKL)->li__VLWI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__NLKL=((__li__NMWI *)li__PJKL)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__BNWI__: {
          li__NLKL=((__li__BNWI *)li__PJKL)->li__ENWI.li__DNWI.li__0CC;
        } break;
        case __li__XNWI__: {
          li__NLKL=((__li__XNWI *)li__PJKL)->li__YNWI.li__DNWI.li__0CC;
        } break;
        case __li__LOWI__: {
          li__NLKL=((__li__LOWI *)li__PJKL)->li__MOWI.li__DNWI.li__0CC;
        } break;
        case __li__5OWI__: {
          li__NLKL=((__li__5OWI *)li__PJKL)->li__APWI.li__DNWI.li__0CC;
        } break;
        case __li__TPWI__: {
          li__NLKL=((__li__TPWI *)li__PJKL)->li__UPWI.li__DNWI.li__0CC;
        } break;
        case __li__HQWI__: {
          li__NLKL=((__li__HQWI *)li__PJKL)->li__IQWI.li__DNWI.li__0CC;
        } break;
        case __li__ARWI__: {
          li__NLKL=((__li__ARWI *)li__PJKL)->li__BRWI.li__0CC;
        } break;
        case __li__URWI__: {
          li__NLKL=((__li__URWI *)li__PJKL)->li__VRWI.li__0CC;
        } break;
        case __li__MSWI__: {
          li__NLKL=((__li__MSWI *)li__PJKL)->li__NSWI.li__0CC;
        } break;
        case __li__ETWI__: {
          li__NLKL=((__li__ETWI *)li__PJKL)->li__FTWI.li__0CC;
        } break;
        case __li__MZWI__: {
          li__NLKL=((__li__MZWI *)li__PJKL)->li__NZWI.li__0K.li__0CC;
        } break;
        case __li__C0WI__: {
          li__NLKL=((__li__C0WI *)li__PJKL)->li__D0WI.li__0K.li__0CC;
        } break;
        case __li__M1WI__: {
          li__NLKL=((__li__M1WI *)li__PJKL)->li__N1WI.li__0K.li__0CC;
        } break;
        case __li__KMFK__: {
          li__NLKL=((__li__KMFK *)li__PJKL)->li__LMFK.li__0CC;
        } break;
        case __li__XOHL__: {
          li__NLKL=((__li__XOHL *)li__PJKL)->li__0OHL.li__ZOHL.li__0CC;
        } break;
        case __li__FPHL__: {
          li__NLKL=((__li__FPHL *)li__PJKL)->li__GPHL.li__DNWI.li__0CC;
        } break;
        case __li__APLM__: {
          li__NLKL=((__li__APLM *)li__PJKL)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__DTNM__: {
          li__NLKL=((__li__DTNM *)li__PJKL)->li__ETNM.li__ZOHL.li__0CC;
        } break;
        case __li__JXNM__: {
          li__NLKL=((__li__JXNM *)li__PJKL)->li__KXNM.li__DNWI.li__0CC;
        } break;
        case __li__21LO__: {
          li__NLKL=((__li__21LO *)li__PJKL)->li__31LO.li__0CC;
        } break;
        case __li__TPOO__: {
          li__NLKL=((__li__TPOO *)li__PJKL)->li__UPOO.li__0CC;
        } break;
        case __li__URRO__: {
          li__NLKL=((__li__URRO *)li__PJKL)->li__XRRO.li__WRRO.li__0CC;
        } break;
        case __li__41XO__: {
          li__NLKL=((__li__41XO *)li__PJKL)->li__51XO.li__DNWI.li__0CC;
        } break;
        case __li__AKBR__: {
          li__NLKL=((__li__AKBR *)li__PJKL)->li__BKBR.li__DNWI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__NLKL=((__li__SU5R *)li__PJKL)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__NLKL=((__li__JV5R *)li__PJKL)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__V5E(li__NLKL);
        li__ODF();
      };
      li__Y0PU=(__li__K)((*(((__li__2ZEC *)li__RJKL))).li__NKSH +  1);
      /* __li__B__ __li__I__ */
if ((li__Y0PU >  1)) {
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__0JPN)->__id==__li__4RUC__) {
        };
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__0JPN)->__id==__li__4RUC__) {
          li__ELKL= 0;
        } else /* ITM_ARGS */ {
          li__ELKL=(*(((__li__QUAF *)li__0JPN)->li__H5ZG)).li__UD;
        };
        li__YKKL= 0;
        li__V3XL=li__ELKL;
        while ((li__YKKL <= li__V3XL)) {
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__WJKL)->__id==__li__4RUC__) {
            li__DMKL=((__li__4RUC *)li__WJKL)->li__SZHD;
          } else /* ITM_ARGS */ {
            li__DMKL=((void **)(*(((__li__CRB *)((__li__UL2B *)((__li__QUAF *)((__li__4RUC *)li__WJKL))->li__I5ZG)->li__GX5B))).li__V1BD)[li__YKKL];
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__DMKL==NULL) {
            li__FMKL=NULL;
          } else {
            switch (((struct ___OBJ *)li__DMKL)->__id) {
            case __li__WRB__: {
              li__FMKL=((void *)li__DMKL);
            } break;
            case __li__XRB__: {
              li__FMKL=((void *)li__DMKL);
            } break;
            case __li__KUB__: {
              li__FMKL=((void *)li__DMKL);
            } break;
            case __li__VB1__: {
              li__FMKL=((void *)li__DMKL);
            } break;
            case __li__4O2B__: {
              li__FMKL=NULL;
            } break;
            }
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__FMKL != (void *)NULL) && ((void *)li__FMKL == (void *)li__UT3B))) {
            li__UMKL=(*(li__RJKL)).li__NKSH;
            /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__WJKL)->__id==__li__4RUC__) {
              li__VMKL= 0;
            } else /* ITM_ARGS */ {
              li__VMKL=(*(((__li__QUAF *)li__WJKL)->li__H5ZG)).li__UD;
            };
            li__DMKL=((void **)(*(((__li__2ZEC *)li__RJKL))).li__3GPI)[(__li__K)((__li__K)(li__UMKL - li__VMKL) + li__YKKL)];
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DMKL)->__id) {
            case __li__WK__: {
              li__0MKL=((__li__WK *)li__DMKL)->li__1K.li__WZLE;
            } break;
            case __li__AVBD__: {
              li__0MKL=((__li__AVBD *)li__DMKL)->li__K2ME;
            } break;
            case __li__KVBD__: {
              li__0MKL=((__li__KVBD *)li__DMKL)->li__LVBD.li__WZLE;
            } break;
            case __li__WVBD__: {
              li__0MKL=((__li__WVBD *)li__DMKL)->li__XVBD.li__WZLE;
            } break;
            case __li__Z4WH__: {
              li__0MKL=li__JK5J(((__li__Z4WH *)li__DMKL));
            } break;
            case __li__KTVI__: {
              li__0MKL=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__0MKL=li__553L();
            } break;
            case __li__XTVI__: {
              li__0MKL=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__0MKL=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__0MKL=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__0MKL=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__0MKL=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__0MKL=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__0MKL=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__0MKL=li__DWEK(((__li__BNWI *)li__DMKL));
            } break;
            case __li__XNWI__: {
              li__0MKL=li__IWEK(((__li__XNWI *)li__DMKL));
            } break;
            case __li__LOWI__: {
              li__0MKL=li__NWEK(((__li__LOWI *)li__DMKL));
            } break;
            case __li__5OWI__: {
              li__0MKL=li__SWEK(((__li__5OWI *)li__DMKL));
            } break;
            case __li__TPWI__: {
              li__0MKL=li__XWEK(((__li__TPWI *)li__DMKL));
            } break;
            case __li__HQWI__: {
              li__0MKL=li__2WEK(((__li__HQWI *)li__DMKL));
            } break;
            case __li__ARWI__: {
              li__0MKL=li__QRB__->li__RRB.li__J0C;
            } break;
            case __li__URWI__: {
              li__0MKL=li__FXEK(((__li__URWI *)li__DMKL));
            } break;
            case __li__MSWI__: {
              li__0MKL=li__RXEK();
            } break;
            case __li__ETWI__: {
              li__0MKL=((__li__ETWI *)li__DMKL)->li__NSBK;
            } break;
            case __li__MZWI__: {
              li__0MKL=((__li__MZWI *)li__DMKL)->li__NZWI.li__WZLE;
            } break;
            case __li__C0WI__: {
              li__0MKL=((__li__C0WI *)li__DMKL)->li__D0WI.li__WZLE;
            } break;
            case __li__M1WI__: {
              li__0MKL=((__li__M1WI *)li__DMKL)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__0MKL=((__li__KMFK *)li__DMKL)->li__3RFK->li__WTBD.li__0RNE;
            } break;
            case __li__XOHL__: {
              li__0MKL=li__T4NN(((__li__XOHL *)li__DMKL));
            } break;
            case __li__FPHL__: {
              li__0MKL=li__KA4L(((__li__FPHL *)li__DMKL));
            } break;
            case __li__APLM__: {
              li__0MKL=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__0MKL=li__1ISO(((__li__DTNM *)li__DMKL));
            } break;
            case __li__JXNM__: {
              li__0MKL=li__VX3R(((__li__JXNM *)li__DMKL));
            } break;
            case __li__21LO__: {
              li__0MKL=((__li__21LO *)li__DMKL)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__0MKL=((__li__TPOO *)li__DMKL)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__0MKL=li__FH4R();
            } break;
            case __li__41XO__: {
              li__0MKL=li__3FDQ(((__li__41XO *)li__DMKL));
            } break;
            case __li__AKBR__: {
              li__0MKL=li__WQDS(((__li__AKBR *)li__DMKL));
            } break;
            case __li__SU5R__: {
              li__0MKL=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__0MKL=li__Y1IS();
            } break;
            };
            /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__0MKL)->li__BEM &  1) !=  0)) && (! ((__li__F0C)(((__li__5RB *)li__0MKL)->li__BEM &  4) !=  0)))) {
              li__HEZ(((__li__BC *)li__0C),(&__string_618));
              li__OUHF(((__li__5RB *)li__0MKL),li__0C);
              li__JAZ(((__li__BC *)li__0C),(&__string_619));
              li__DNVB( 1,li__0C);
              /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__WJKL)->__id==__li__4RUC__) {
                li__TNKL=((__li__4RUC *)li__WJKL)->li__5RUC.li__0CC;
              } else /* ITM_ARGS */ {
                li__TNKL=((__li__QUAF *)li__WJKL)->li__RUAF.li__0CC;
              };
              li__V5E(li__TNKL);
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DMKL)->__id) {
              case __li__WK__: {
                li__TNKL=((__li__WK *)li__DMKL)->li__1K.li__0K.li__0CC;
              } break;
              case __li__AVBD__: {
                li__TNKL=((__li__AVBD *)li__DMKL)->li__BVBD.li__0CC;
              } break;
              case __li__KVBD__: {
                li__TNKL=((__li__KVBD *)li__DMKL)->li__LVBD.li__0K.li__0CC;
              } break;
              case __li__WVBD__: {
                li__TNKL=((__li__WVBD *)li__DMKL)->li__XVBD.li__0K.li__0CC;
              } break;
              case __li__Z4WH__: {
                li__TNKL=(*(li__YK__)).li__0CC;
              } break;
              case __li__KTVI__: {
                li__TNKL=((__li__KTVI *)li__DMKL)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
              } break;
              case __li__LTVI__: {
                li__TNKL=((__li__LTVI *)li__DMKL)->li__OTVI.li__NTVI.li__0CC;
              } break;
              case __li__XTVI__: {
                li__TNKL=((__li__XTVI *)li__DMKL)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
              } break;
              case __li__YTVI__: {
                li__TNKL=((__li__YTVI *)li__DMKL)->li__ZTVI.li__NTVI.li__0CC;
              } break;
              case __li__S2VI__: {
                li__TNKL=((__li__S2VI *)li__DMKL)->li__T2VI.li__IVVI.li__0CC;
              } break;
              case __li__E3VI__: {
                li__TNKL=((__li__E3VI *)li__DMKL)->li__F3VI.li__IVVI.li__0CC;
              } break;
              case __li__KLWI__: {
                li__TNKL=((__li__KLWI *)li__DMKL)->li__LLWI.li__0CC;
              } break;
              case __li__ULWI__: {
                li__TNKL=((__li__ULWI *)li__DMKL)->li__VLWI.li__0CC;
              } break;
              case __li__NMWI__: {
                li__TNKL=((__li__NMWI *)li__DMKL)->li__OMWI.li__IVVI.li__0CC;
              } break;
              case __li__BNWI__: {
                li__TNKL=((__li__BNWI *)li__DMKL)->li__ENWI.li__DNWI.li__0CC;
              } break;
              case __li__XNWI__: {
                li__TNKL=((__li__XNWI *)li__DMKL)->li__YNWI.li__DNWI.li__0CC;
              } break;
              case __li__LOWI__: {
                li__TNKL=((__li__LOWI *)li__DMKL)->li__MOWI.li__DNWI.li__0CC;
              } break;
              case __li__5OWI__: {
                li__TNKL=((__li__5OWI *)li__DMKL)->li__APWI.li__DNWI.li__0CC;
              } break;
              case __li__TPWI__: {
                li__TNKL=((__li__TPWI *)li__DMKL)->li__UPWI.li__DNWI.li__0CC;
              } break;
              case __li__HQWI__: {
                li__TNKL=((__li__HQWI *)li__DMKL)->li__IQWI.li__DNWI.li__0CC;
              } break;
              case __li__ARWI__: {
                li__TNKL=((__li__ARWI *)li__DMKL)->li__BRWI.li__0CC;
              } break;
              case __li__URWI__: {
                li__TNKL=((__li__URWI *)li__DMKL)->li__VRWI.li__0CC;
              } break;
              case __li__MSWI__: {
                li__TNKL=((__li__MSWI *)li__DMKL)->li__NSWI.li__0CC;
              } break;
              case __li__ETWI__: {
                li__TNKL=((__li__ETWI *)li__DMKL)->li__FTWI.li__0CC;
              } break;
              case __li__MZWI__: {
                li__TNKL=((__li__MZWI *)li__DMKL)->li__NZWI.li__0K.li__0CC;
              } break;
              case __li__C0WI__: {
                li__TNKL=((__li__C0WI *)li__DMKL)->li__D0WI.li__0K.li__0CC;
              } break;
              case __li__M1WI__: {
                li__TNKL=((__li__M1WI *)li__DMKL)->li__N1WI.li__0K.li__0CC;
              } break;
              case __li__KMFK__: {
                li__TNKL=((__li__KMFK *)li__DMKL)->li__LMFK.li__0CC;
              } break;
              case __li__XOHL__: {
                li__TNKL=((__li__XOHL *)li__DMKL)->li__0OHL.li__ZOHL.li__0CC;
              } break;
              case __li__FPHL__: {
                li__TNKL=((__li__FPHL *)li__DMKL)->li__GPHL.li__DNWI.li__0CC;
              } break;
              case __li__APLM__: {
                li__TNKL=((__li__APLM *)li__DMKL)->li__BPLM.li__IVVI.li__0CC;
              } break;
              case __li__DTNM__: {
                li__TNKL=((__li__DTNM *)li__DMKL)->li__ETNM.li__ZOHL.li__0CC;
              } break;
              case __li__JXNM__: {
                li__TNKL=((__li__JXNM *)li__DMKL)->li__KXNM.li__DNWI.li__0CC;
              } break;
              case __li__21LO__: {
                li__TNKL=((__li__21LO *)li__DMKL)->li__31LO.li__0CC;
              } break;
              case __li__TPOO__: {
                li__TNKL=((__li__TPOO *)li__DMKL)->li__UPOO.li__0CC;
              } break;
              case __li__URRO__: {
                li__TNKL=((__li__URRO *)li__DMKL)->li__XRRO.li__WRRO.li__0CC;
              } break;
              case __li__41XO__: {
                li__TNKL=((__li__41XO *)li__DMKL)->li__51XO.li__DNWI.li__0CC;
              } break;
              case __li__AKBR__: {
                li__TNKL=((__li__AKBR *)li__DMKL)->li__BKBR.li__DNWI.li__0CC;
              } break;
              case __li__SU5R__: {
                li__TNKL=((__li__SU5R *)li__DMKL)->li__TU5R.li__IVVI.li__0CC;
              } break;
              case __li__JV5R__: {
                li__TNKL=((__li__JV5R *)li__DMKL)->li__KV5R.li__IVVI.li__0CC;
              } break;
              };
              li__V5E(li__TNKL);
              li__V5E(li__OJKL->li__ZA2B.li__BE1B.li__0CC);
              li__ODF();
            };
          };
          li__YKKL=(__li__K)(li__YKKL +  1);
        };
      };
      li__AOKL=li__B__;
    } else /* FALSE */ {
      li__AOKL=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__AOKL)) {
      /* __li__B__ __li__I__ */
if (((li__QJKL ==  0) && (li__VJKL !=  1))) {
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PJKL)->__id) {
        case __li__WK__: {
          li__NLKL=((__li__WK *)li__PJKL)->li__1K.li__0K.li__0CC;
        } break;
        case __li__AVBD__: {
          li__NLKL=((__li__AVBD *)li__PJKL)->li__BVBD.li__0CC;
        } break;
        case __li__KVBD__: {
          li__NLKL=((__li__KVBD *)li__PJKL)->li__LVBD.li__0K.li__0CC;
        } break;
        case __li__WVBD__: {
          li__NLKL=((__li__WVBD *)li__PJKL)->li__XVBD.li__0K.li__0CC;
        } break;
        case __li__Z4WH__: {
          li__NLKL=(*(li__YK__)).li__0CC;
        } break;
        case __li__KTVI__: {
          li__NLKL=((__li__KTVI *)li__PJKL)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__LTVI__: {
          li__NLKL=((__li__LTVI *)li__PJKL)->li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__XTVI__: {
          li__NLKL=((__li__XTVI *)li__PJKL)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__YTVI__: {
          li__NLKL=((__li__YTVI *)li__PJKL)->li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__S2VI__: {
          li__NLKL=((__li__S2VI *)li__PJKL)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__NLKL=((__li__E3VI *)li__PJKL)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__KLWI__: {
          li__NLKL=((__li__KLWI *)li__PJKL)->li__LLWI.li__0CC;
        } break;
        case __li__ULWI__: {
          li__NLKL=((__li__ULWI *)li__PJKL)->li__VLWI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__NLKL=((__li__NMWI *)li__PJKL)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__BNWI__: {
          li__NLKL=((__li__BNWI *)li__PJKL)->li__ENWI.li__DNWI.li__0CC;
        } break;
        case __li__XNWI__: {
          li__NLKL=((__li__XNWI *)li__PJKL)->li__YNWI.li__DNWI.li__0CC;
        } break;
        case __li__LOWI__: {
          li__NLKL=((__li__LOWI *)li__PJKL)->li__MOWI.li__DNWI.li__0CC;
        } break;
        case __li__5OWI__: {
          li__NLKL=((__li__5OWI *)li__PJKL)->li__APWI.li__DNWI.li__0CC;
        } break;
        case __li__TPWI__: {
          li__NLKL=((__li__TPWI *)li__PJKL)->li__UPWI.li__DNWI.li__0CC;
        } break;
        case __li__HQWI__: {
          li__NLKL=((__li__HQWI *)li__PJKL)->li__IQWI.li__DNWI.li__0CC;
        } break;
        case __li__ARWI__: {
          li__NLKL=((__li__ARWI *)li__PJKL)->li__BRWI.li__0CC;
        } break;
        case __li__URWI__: {
          li__NLKL=((__li__URWI *)li__PJKL)->li__VRWI.li__0CC;
        } break;
        case __li__MSWI__: {
          li__NLKL=((__li__MSWI *)li__PJKL)->li__NSWI.li__0CC;
        } break;
        case __li__ETWI__: {
          li__NLKL=((__li__ETWI *)li__PJKL)->li__FTWI.li__0CC;
        } break;
        case __li__MZWI__: {
          li__NLKL=((__li__MZWI *)li__PJKL)->li__NZWI.li__0K.li__0CC;
        } break;
        case __li__C0WI__: {
          li__NLKL=((__li__C0WI *)li__PJKL)->li__D0WI.li__0K.li__0CC;
        } break;
        case __li__M1WI__: {
          li__NLKL=((__li__M1WI *)li__PJKL)->li__N1WI.li__0K.li__0CC;
        } break;
        case __li__KMFK__: {
          li__NLKL=((__li__KMFK *)li__PJKL)->li__LMFK.li__0CC;
        } break;
        case __li__XOHL__: {
          li__NLKL=((__li__XOHL *)li__PJKL)->li__0OHL.li__ZOHL.li__0CC;
        } break;
        case __li__FPHL__: {
          li__NLKL=((__li__FPHL *)li__PJKL)->li__GPHL.li__DNWI.li__0CC;
        } break;
        case __li__APLM__: {
          li__NLKL=((__li__APLM *)li__PJKL)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__DTNM__: {
          li__NLKL=((__li__DTNM *)li__PJKL)->li__ETNM.li__ZOHL.li__0CC;
        } break;
        case __li__JXNM__: {
          li__NLKL=((__li__JXNM *)li__PJKL)->li__KXNM.li__DNWI.li__0CC;
        } break;
        case __li__21LO__: {
          li__NLKL=((__li__21LO *)li__PJKL)->li__31LO.li__0CC;
        } break;
        case __li__TPOO__: {
          li__NLKL=((__li__TPOO *)li__PJKL)->li__UPOO.li__0CC;
        } break;
        case __li__URRO__: {
          li__NLKL=((__li__URRO *)li__PJKL)->li__XRRO.li__WRRO.li__0CC;
        } break;
        case __li__41XO__: {
          li__NLKL=((__li__41XO *)li__PJKL)->li__51XO.li__DNWI.li__0CC;
        } break;
        case __li__AKBR__: {
          li__NLKL=((__li__AKBR *)li__PJKL)->li__BKBR.li__DNWI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__NLKL=((__li__SU5R *)li__PJKL)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__NLKL=((__li__JV5R *)li__PJKL)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__K4E( 1,(&__string_620));
        li__V5E(li__NLKL);
        li__ODF();
      };
    };
  };
}

static void li__K10B(__li__NWZB *li__M10B)
/* (Strict FAST_ARRAY(ITM_CODE){NULLxli__NWZB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ESED,li__00NE,li__E2NE,li__ILZF;
  __li__CB li__41NE;
  __li__BR0B *li__1QED;
  __li__C li__MRED;
  void **li__2RED;
  (*(((__li__NWZB *)li__M10B))).li__231B=(__li__K)(-  1);
  li__1QED=((__li__BR0B *)li__KR0B);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__1QED)).li__NNED +  1) <= (__li__K)((*(li__1QED)).li__5QED -  1))) {
    (*(li__1QED)).li__NNED=(__li__K)((*(li__1QED)).li__NNED +  1);
    li__MRED=li__B__;
  } else /* FALSE */ {
    li__MRED=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__MRED)) {
    /* __li__B__ __li__I__ */
if (((*(li__1QED)).li__5QED ==  0)) {
      li__2RED=li__BVYD( 2);
      (*(li__1QED)).li__3RED=li__2RED;
      (*(li__1QED)).li__5QED= 2;
      (*(li__1QED)).li__NNED= 0;
    } else /* FALSE */ {
      li__ESED=(__li__K)((*(li__1QED)).li__5QED <<  1);
      li__2RED=((void **)(*(li__1QED)).li__3RED);
      li__00NE=(*(li__1QED)).li__5QED;
      li__41NE=li__CUY(((__li__CB )li__2RED),((__li__JJG )(__li__K)(li__00NE * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__ESED * ((__li__K )(sizeof(void *))))));
      li__2RED=((void **)li__41NE);
      li__E2NE=(__li__K)(li__ESED -  1);
      li__ILZF=li__00NE;
      while ((li__ILZF <= li__E2NE)) {
        li__2RED[li__ILZF]=NULL;
        li__ILZF=(__li__K)(li__ILZF +  1);
      };
      (*(li__1QED)).li__3RED=li__2RED;
      (*(li__1QED)).li__5QED=li__ESED;
      (*(li__1QED)).li__NNED=(__li__K)((*(li__1QED)).li__NNED +  1);
    };
  };
  ((void **)(*(li__1QED)).li__3RED)[(*(li__1QED)).li__NNED]=li__M10B;
}

static __li__U* li__ZEZJ(void *li__1EZJ,__li__U *li__2EZJ)
/* (ABSTRACT_STRING{li__U},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__CF1J,li__DF1J;
  __li__U *li__RMZJ,*li__3EZJ;
  __li__3 li__JFZJ;
  __li__C li__RFZJ,li__UL5J;
  li__BTZ(((__li__BC *)li__0C),li__1EZJ);
  li__CF1J= 1;
  li__DF1J=((__li__U *)li__2EZJ)->li__2C;
  while ((li__CF1J <= li__DF1J)) {
    li__JFZJ=((__li__3 *)((__li__U *)li__2EZJ)->li__3C)[(__li__K)(li__CF1J -  1)];
    /* __li__B__ __li__I__ */
if ((li__JFZJ == '+')) {
      li__JAZ(((__li__BC *)li__0C),(&__string_295));
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__RFZJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '-');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_296));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '~');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_297));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '!');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_298));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '/');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_299));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '*');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_300));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '^');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_301));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '%');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_302));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '>');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_303));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '<');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_304));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '=');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_305));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '\\');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_306));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '|');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_307));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '&');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_308));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '$');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_309));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '#');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_310));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if (li__RFZJ) {
      li__RFZJ=li__B__;
    } else /* FALSE */ {
      li__UL5J=(li__JFZJ == '@');
      /* __li__B__ __li__I__ */
if (li__UL5J) {
        li__JAZ(((__li__BC *)li__0C),(&__string_311));
      };
      li__RFZJ=li__UL5J;
    };
    /* __li__B__ __li__I__ */
if ((! li__RFZJ)) {
      /* __li__B__ __li__I__ */
if ((li__JFZJ == '?')) {
        li__JAZ(((__li__BC *)li__0C),(&__string_312));
      };
    };
    li__CF1J=(__li__K)(li__CF1J +  1);
  };
  li__RMZJ=li__SQC(li__0C);
  li__3EZJ=li__RMZJ;
  return(li__3EZJ);
}

static void li__BH3J(__li__PO li__DH3J,__li__U *li__EH3J,__li__U *li__FH3J,void *li__GH3J)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{li__U},Strict STRING_CONSTANT{NULLxli__U},TYPE{NULLxli__IFxli__ORBxli__QRBxli__SRBxli__URBxli__GSZxli__1RRFxli__UJSH}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__NH3J;
  __li__PF *li__45AV;
  li__HEZ(((__li__BC *)li__0C),(&__string_771));
  li__JAZ(((__li__BC *)li__0C),li__EH3J);
  li__JAZ(((__li__BC *)li__0C),(&__string_772));
  li__JAZ(((__li__BC *)li__0C),li__FH3J);
  li__JAZ(((__li__BC *)li__0C),(&__string_773));
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__GH3J)->__id) {
  case __li__IF__: {
    li__NH3J=((__li__IF *)li__GH3J)->li__TF->li__SF.li__R2B;
  } break;
  case __li__ORB__: {
    li__NH3J=(&__string_1);
  } break;
  case __li__QRB__: {
    li__NH3J=(&__string_2);
  } break;
  case __li__SRB__: {
    li__NH3J=(&__string_51);
  } break;
  case __li__URB__: {
    li__NH3J=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__NH3J=((__li__GSZ *)li__GH3J)->li__EGQB;
  } break;
  case __li__1RRF__: {
    li__45AV=li__QLKI();
    li__NH3J=li__45AV->li__SF.li__R2B;
  } break;
  case __li__UJSH__: {
    li__NH3J=((__li__UJSH *)li__GH3J)->li__VJSH.li__NZFD;
  } break;
  };
  li__JAZ(((__li__BC *)li__0C),li__NH3J);
  li__SRX(((__li__BC *)li__0C),'.');
  li__K4E( 1,li__0C);
  li__V5E(li__DH3J);
  li__ODF();
}

static __li__K li__EDPK(__li__DZB *li__FDPK)
/* (Strict SLOT_DATA{li__DZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__QTVK;
  __li__K li__HDPK,li__IDPK,li__GDPK;
  li__QTVK=li__FDPK->li__LZB->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__QTVK)->__id==__li__IZB__) {
    li__KBG((&__string_774));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__HDPK= 0;
  } else /* ITM_SLOT_OPERATOR */ {
    li__HDPK=((__li__4HAD *)li__QTVK)->li__AZHD;
  };
  li__IDPK=li__WTVK(li__HDPK);
  li__GDPK=li__IDPK;
  return(li__GDPK);
}

static __li__K li__LDPK(__li__QWEC *li__MDPK)
/* (Strict SLOT_CODE{li__QWEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NDPK;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__MDPK->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__QUVK(li__MDPK,(&__string_646));
  } else /* ITM_SLOT_OPERATOR */ {
    li__QUVK(li__MDPK,(&__string_646));
  };
  li__NDPK= 0;
  return(li__NDPK);
}

static __li__K li__PDPK(__li__QWEC *li__QDPK)
/* (Strict SLOT_CODE{li__QWEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__0UVK;
  __li__K li__SDPK,li__TDPK,li__RDPK;
  li__0UVK=li__QDPK->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__0UVK)->__id==__li__IZB__) {
    li__SDPK=li__1UVK(li__QDPK);
  } else /* ITM_SLOT_OPERATOR */ {
    li__SDPK=((__li__4HAD *)li__0UVK)->li__AZHD;
  };
  li__TDPK=li__WTVK(li__SDPK);
  li__RDPK=li__TDPK;
  return(li__RDPK);
}

static __li__U* li__VGPK(__li__DZB *li__WGPK)
/* (Strict SLOT_DATA{li__DZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__YGPK,*li__XGPK;
  void *li__ZVVK;
  __li__K li__ZGPK;
  li__YGPK=NULL;
  li__ZVVK=li__WGPK->li__LZB->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__ZVVK)->__id==__li__IZB__) {
    li__KBG((&__string_774));
    fputc((int)('\n'),stdout);
    exit(( 1));
    li__ZGPK= 0;
  } else /* ITM_SLOT_OPERATOR */ {
    li__ZGPK=((__li__4HAD *)li__ZVVK)->li__AZHD;
  };
  /* __li__B__ __li__I__ */
if ((li__ZGPK >=  0)) {
    li__YGPK=(&__string_12);
  } else /* FALSE */ {
    li__YGPK=(&__string_11);
  };
  li__XGPK=li__YGPK;
  return(li__XGPK);
}

static __li__U* li__KHPK(__li__QWEC *li__LHPK)
/* (Strict SLOT_CODE{li__QWEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__MHPK;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__LHPK->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__QUVK(li__LHPK,(&__string_647));
  } else /* ITM_SLOT_OPERATOR */ {
    li__QUVK(li__LHPK,(&__string_647));
  };
  li__MHPK=NULL;
  return(li__MHPK);
}

static __li__U* li__OHPK(__li__QWEC *li__PHPK)
/* (Strict SLOT_CODE{li__QWEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__RHPK,*li__QHPK;
  void *li__RWVK;
  __li__K li__SHPK;
  li__RHPK=NULL;
  li__RWVK=li__PHPK->li__RWEC->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__RWVK)->__id==__li__IZB__) {
    li__SHPK=li__1UVK(li__PHPK);
  } else /* ITM_SLOT_OPERATOR */ {
    li__SHPK=((__li__4HAD *)li__RWVK)->li__AZHD;
  };
  /* __li__B__ __li__I__ */
if ((li__SHPK >=  0)) {
    li__RHPK=(&__string_12);
  } else /* FALSE */ {
    li__RHPK=(&__string_11);
  };
  li__QHPK=li__RHPK;
  return(li__QHPK);
}

static void li__OBPP(__li__ZDID *li__PBPP,__li__ODID *li__QBPP)
/* (Strict LINKED_LIST(NODE_TYPE){li__ZDID},Strict NODE_TYPE{NULLxli__ODID}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__LPQH *li__YBPP;
  /* __li__B__ __li__I__ */
if (((void *)li__PBPP->li__OPQH == (void *)NULL)) {
    li__YBPP=li__I30H(li__QBPP);
    li__PBPP->li__OPQH=li__YBPP;
    li__PBPP->li__AEID.li__RKAE= 1;
    li__PBPP->li__XPQH=li__YBPP;
    li__PBPP->li__YPQH= 1;
    li__PBPP->li__0PQH=li__YBPP;
  } else /* FALSE */ {
    li__YBPP=li__I30H(li__QBPP);
    ((__li__LPQH *)li__PBPP->li__XPQH)->li__TJ1H=li__YBPP;
    li__PBPP->li__AEID.li__RKAE=(__li__K)(li__PBPP->li__AEID.li__RKAE +  1);
    li__PBPP->li__XPQH=li__YBPP;
  };
}

static void li__B2ZG(__li__TOLE *li__C2ZG,__li__K li__D2ZG)
/* (Strict FAST_ARRAY(INSTR){li__TOLE},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__M2SH,li__12SH;
  void **li__K2SH;
  li__K2SH=((void **)(*(li__C2ZG)).li__S3VG);
  li__M2SH=(*(li__C2ZG)).li__FPYE;
  li__12SH=li__D2ZG;
  while ((li__12SH != li__M2SH)) {
    li__K2SH[li__12SH]=li__K2SH[(__li__K)(li__12SH +  1)];
    li__12SH=(__li__K)(li__12SH +  1);
  };
  (*(li__C2ZG)).li__FPYE=(__li__K)((*(li__C2ZG)).li__FPYE -  1);
}

static __li__K li__3NPF(__li__BC *li__4NPF,__li__K li__AOPF)
/* (Strict STRING{li__BC},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__COPF,li__Y5RU,li__BOPF;
  __li__3 *li__Z5RU;
  li__COPF=li__AOPF;
  li__Y5RU=li__4NPF->li__NK;
  li__Z5RU=li__4NPF->li__CUN;
  while ((! ((li__COPF > li__Y5RU) || ('@' == ((__li__3 *)li__Z5RU)[(__li__K)(li__COPF -  1)])))) {
    li__COPF=(__li__K)(li__COPF +  1);
  };
  li__BOPF=li__COPF;
  return(li__BOPF);
}

static __li__C li__4YTL(__li__3 li__5YTL)
/* (Expanded CHARACTER{li__3}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__C li__CZTL,li__KZTL,li__HZTL,li__AZTL;
  li__CZTL=li__WOTD(li__5YTL);
  /* __li__B__ __li__I__ */
if (li__CZTL) {
    li__KZTL=li__B__;
  } else /* FALSE */ {
    li__HZTL=li__KTX(li__5YTL);
    li__KZTL=li__HZTL;
  };
  li__AZTL=li__KZTL;
  return(li__AZTL);
}

static void li__KOEL(__li__BC *li__LOEL,void *li__MOEL,__li__K li__NOEL)
/* (Strict STRING{li__BC},ABSTRACT_STRING{li__U},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__OOEL,li__POEL;
  li__OOEL=li__LOEL->li__NK;
  li__POEL=((__li__U *)li__MOEL)->li__2C;
  li__QPVE(li__LOEL,(__li__K)(li__OOEL + li__POEL));
  /* __li__B__ __li__I__ */
if ((li__NOEL <= li__OOEL)) {
    li__XDFF(((__li__3 *)li__LOEL->li__CUN),(__li__K)(li__NOEL -  1),(__li__K)(li__OOEL -  1),li__POEL);
  };
  li__XX2(((__li__3 *)li__LOEL->li__CUN),((__li__U *)li__MOEL)->li__3C,(__li__K)(li__NOEL -  1),li__POEL);
}

static void li__BOSK(__li__DZB *li__COSK,__li__PO li__DOSK,__li__U *li__EOSK,__li__5RB *li__HOSK)
/* (Strict SLOT_DATA{li__DZB},Expanded POSITION{li__PO},Strict STRING_CONSTANT{li__U},Strict TYPE_FULL{NULLxli__5RB}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__KOSK;
  __li__SQNE *li__ROSK;
  __li__TQNE *li__VOSK;
  __li__C li__5OSK;
  li__COSK->li__LZB=NULL;
  li__COSK->li__GZB.li__FZB.li__RF.li__0CC=li__DOSK;
  li__COSK->li__GZB.li__FZB.li__R2B=li__EOSK;
  li__COSK->li__GZB.li__FZB.li__DI1B='+';
  li__KOSK=li__Z5TE(li__COSK->li__GZB.li__FZB.li__R2B);
  li__COSK->li__GZB.li__GRNE=li__KOSK;
  li__COSK->li__GZB.li__0RNE=li__HOSK;
  /* __li__B__ __li__I__ */
if (((((__li__F0C)(((__li__5RB *)li__COSK->li__GZB.li__0RNE)->li__BEM &  1) !=  0) && ((void *)((__li__5RB *)li__COSK->li__GZB.li__0RNE)->li__AEM != (void *)li__TSB)) || ((void *)li__COSK->li__GZB.li__FZB.li__R2B == (void *)(&__string_66)))) {
    li__ROSK=li__5D4G();
    li__4H1L(((__li__SQNE *)li__ROSK),((__li__5RB *)li__COSK->li__GZB.li__0RNE)->li__AEM);
    li__VOSK=li__NJ1L(((__li__SQNE *)li__ROSK));
    li__COSK->li__GZB.li__LSNE=li__VOSK;
  } else /* FALSE */ {
    li__COSK->li__GZB.li__LSNE=li__TQNE__;
  };
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)((__li__5RB *)li__COSK->li__GZB.li__0RNE)->li__AEM)->__id) {
  case __li__IF__: 
  case __li__ORB__: 
  case __li__QRB__: 
  case __li__SRB__: 
  case __li__URB__: 
  case __li__GSZ__: {
    li__5OSK=li__I__;
  } break;
  case __li__1RRF__: 
  case __li__UJSH__: {
    li__5OSK=li__B__;
  } break;
  };
  /* __li__B__ __li__I__ */
if (((li__5OSK && ((void *)li__COSK->li__GZB.li__FZB.li__R2B != (void *)(&__string_86))) && ((void *)li__COSK->li__GZB.li__FZB.li__R2B != (void *)(&__string_85)))) {
    li__FTVN(((__li__OGID *)li__XGID),li__COSK);
  };
}

static __li__PF* li__J1NK(__li__5RB *li__K1NK)
/* (Strict TYPE_FULL{li__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__M1NK;
  __li__PF *li__N1NK,*li__L1NK;
  li__M1NK=li__K1NK->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__M1NK)->__id) {
  case __li__IF__: {
    li__N1NK=((__li__IF *)li__M1NK)->li__TF;
  } break;
  case __li__ORB__: {
    li__N1NK=((__li__ORB *)li__M1NK)->li__PRB.li__TF;
  } break;
  case __li__QRB__: {
    li__N1NK=((__li__QRB *)li__M1NK)->li__RRB.li__TF;
  } break;
  case __li__SRB__: {
    li__N1NK=((__li__SRB *)li__M1NK)->li__TRB.li__TF;
  } break;
  case __li__URB__: {
    li__N1NK=((__li__URB *)li__M1NK)->li__VRB.li__TF;
  } break;
  case __li__GSZ__: {
    li__N1NK=((__li__GSZ *)li__M1NK)->li__HSZ.li__TF;
  } break;
  case __li__1RRF__: {
    li__N1NK=li__QLKI();
  } break;
  case __li__UJSH__: {
    li__N1NK=li__VYLN();
  } break;
  };
  li__L1NK=li__N1NK;
  return(li__L1NK);
}

static void li__22XJ(__li__BC *li__32XJ,__li__3 li__42XJ,__li__K li__52XJ,__li__K li__A3XJ)
/* (Strict STRING{li__BC},Expanded CHARACTER{li__3},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NZZJ,li__L54J;
  __li__3 *li__AASU,*li__BASU;
  li__NZZJ= 1;
  while ((li__NZZJ <= li__A3XJ)) {
    li__L54J=li__32XJ->li__NK;
    li__SRX(li__32XJ,' ');
    li__AASU=li__32XJ->li__CUN;
    li__BASU=li__32XJ->li__CUN;
    while ((li__L54J != li__52XJ)) {
      ((__li__3 *)li__BASU)[(__li__K)((__li__K)(li__L54J +  1) -  1)]=((__li__3 *)li__AASU)[(__li__K)(li__L54J -  1)];
      li__L54J=(__li__K)(li__L54J -  1);
    };
    ((__li__3 *)li__32XJ->li__CUN)[(__li__K)((__li__K)(li__52XJ +  1) -  1)]=li__42XJ;
    li__NZZJ=(__li__K)(li__NZZJ +  1);
  };
}

static __li__WK* li__2X4I(__li__PO li__4X4I,__li__U *li__5X4I,__li__K li__AY4I)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__WK *li__DY4I,*li__JTFK,*li__BY4I;
  __li__K li__K54L,li__M54L,li__I54L;
  void *li__OTFK;
  __li__5RB *li__PTFK;
  __li__4BCK *li__444L;
  __li__4G4L *li__J54L,*li__ZA5L;
  __li__C li__254L,li__Z54L;
  li__DY4I=li__PVEJ(li__WK__);
  li__JTFK=((__li__WK *)li__DY4I);
  li__JTFK->li__1K.li__0K.li__0CC=li__4X4I;
  li__JTFK->li__XNBK=li__5X4I;
  li__444L=((__li__4BCK *)li__ECCK);
  li__K54L=li__AIO(((__li__U *)li__5X4I));
  li__M54L=(__li__K)(li__K54L % li__444L->li__CH4L);
  li__I54L=li__M54L;
  li__J54L=((void **)li__444L->li__JH4L)[li__M54L];
  li__B2FM:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__J54L == (void *)NULL)) {
      li__254L=li__B__;
    } else /* FALSE */ {
      li__Z54L=li__SALE(((__li__U *)li__J54L->li__QH4L),li__5X4I);
      li__254L=li__Z54L;
    };
    /* __li__B__ __li__I__ */
if ((! li__254L)) {
      li__J54L=li__J54L->li__YH4L;
      goto li__B2FM;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__J54L == (void *)NULL)) {
    /* __li__B__ __li__I__ */
if ((li__444L->li__CH4L == li__444L->li__LA5L)) {
      li__XPDN(li__444L);
      li__I54L=(__li__K)(li__K54L % li__444L->li__CH4L);
    };
    li__ZA5L=li__STUM(li__AY4I,li__5X4I,((void **)li__444L->li__JH4L)[li__I54L]);
    li__J54L=li__ZA5L;
    ((void **)li__444L->li__JH4L)[li__I54L]=li__ZA5L;
    li__444L->li__LA5L=(__li__K)(li__444L->li__LA5L +  1);
  } else /* FALSE */ {
    ((__li__4G4L *)li__J54L)->li__1H4L=li__AY4I;
  };
  li__OTFK=li__RTB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__OTFK)->__id) {
  case __li__IF__: {
    li__PTFK=((__li__IF *)li__OTFK)->li__J0C;
  } break;
  case __li__ORB__: {
    li__PTFK=((__li__ORB *)li__OTFK)->li__PRB.li__J0C;
  } break;
  case __li__QRB__: {
    li__PTFK=((__li__QRB *)li__OTFK)->li__RRB.li__J0C;
  } break;
  case __li__SRB__: {
    li__PTFK=((__li__SRB *)li__OTFK)->li__TRB.li__J0C;
  } break;
  case __li__URB__: {
    li__PTFK=((__li__URB *)li__OTFK)->li__VRB.li__J0C;
  } break;
  case __li__GSZ__: {
    li__PTFK=((__li__GSZ *)li__OTFK)->li__HSZ.li__J0C;
  } break;
  case __li__1RRF__: {
    li__PTFK=((__li__1RRF *)li__OTFK)->li__2RRF.li__J0C;
  } break;
  case __li__UJSH__: {
    li__PTFK=((__li__UJSH *)li__OTFK)->li__WJSH.li__J0C;
  } break;
  };
  li__JTFK->li__1K.li__WZLE=li__PTFK;
  li__BY4I=li__DY4I;
  return(li__BY4I);
}

static __li__VTBD* li__ORNJ()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__SRNJ,*li__ATNJ,*li__KUNJ,*li__RRNJ;
  __li__K li__TRNJ;
  void **li__1JMV;
  __li__C li__3TNJ;
  li__SRNJ=NULL;
  li__TRNJ=(*(li__C1IE)).li__4BPE;
  li__1JMV=(*(((__li__Z0IE *)li__C1IE))).li__WWWG;
  while ((! ((li__TRNJ <  0) || ((void *)((__li__VTBD *)((void **)li__1JMV)[li__TRNJ])->li__WTBD.li__FZB.li__R2B == (void *)(&__string_66))))) {
    li__TRNJ=(__li__K)(li__TRNJ -  1);
  };
  /* __li__B__ __li__I__ */
if ((li__TRNJ >=  0)) {
    li__ATNJ=((void **)(*(((__li__Z0IE *)li__C1IE))).li__WWWG)[li__TRNJ];
    li__SRNJ=li__ATNJ;
    /* __li__B__ __li__I__ */
if ((((li__TRNJ < li__CL3I) && (li__ATNJ->li__WTBD.li__FZB.li__DI1B != '-')) && ((void *)li__ATNJ->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
      li__CL3I=li__TRNJ;
      li__2L3I=li__ATNJ;
    };
    li__3TNJ=li__B__;
  } else /* FALSE */ {
    li__3TNJ=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__3TNJ)) {
    /* __li__B__ __li__I__ */
if (((void *)li__2UUD != (void *)NULL)) {
      li__KUNJ=li__E1CL(((__li__1M *)li__2UUD),(&__string_66));
      li__SRNJ=li__KUNJ;
      /* __li__B__ __li__I__ */
if ((((void *)li__KUNJ != (void *)NULL) && ((void *)li__KUNJ->li__WTBD.li__FZB.li__R2B != (void *)(&__string_66)))) {
        li__CL3I=(__li__K)(-  1);
        li__2L3I=li__KUNJ;
      };
    };
  };
  li__RRNJ=li__SRNJ;
  return(li__RRNJ);
}

static void li__EBKJ(__li__UG4B *li__FBKJ,void *li__GBKJ,__li__K li__HBKJ,__li__2ZEC *li__IBKJ,void *li__JBKJ,__li__C li__KBKJ)
/* (Strict ITM_READ_ARGS{li__UG4B},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Expanded INTEGER{li__K},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},SLOT{NULLxli__DZBxli__QWEC},Expanded BOOLEAN{li__Bxli__I}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__MBKJ,li__JASU,li__PCKJ,li__1CKJ,li__Y2PU,li__CJ2J;
  __li__K li__LEKJ,li__MEKJ;
  void *li__NBKJ;
  __li__Z4WH *li__SBKJ;
  void *li__3D3L;
  __li__PO li__EDKJ,li__KFKJ;
  void *li__0DKJ;
  void *li__2DKJ;
  __li__5RB *li__REKJ;
  __li__I03C *li__NCKJ;
  __li__C li__XFKJ;
  li__MBKJ= 0;
  li__NBKJ=NULL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
if (li__GBKJ==NULL) {
    li__SBKJ=NULL;
  } else {
    if (((struct ___OBJ *)li__GBKJ)->__id==__li__Z4WH__) {
      li__SBKJ=((void *)li__GBKJ);
    } else /* Other types */ {
      li__SBKJ=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__SBKJ != (void *)NULL)) {
    li__JASU=(__li__K)((*(((__li__2ZEC *)((__li__Z4WH *)li__SBKJ)->li__PJPI))).li__NKSH +  1);
    li__MBKJ=li__JASU;
    li__GYNK(((__li__2ZEC *)li__IBKJ),li__SBKJ->li__PJPI);
  } else /* FALSE */ {
    li__MBKJ= 1;
    li__2YPI(((__li__2ZEC *)li__IBKJ),li__GBKJ);
  };
  /* __li__B__ __li__I__ */
if (li__O4RI) {
    /* __li__B__ __li__I__ */
if ((! li__KBKJ)) {
      /* NULL __li__DZB__ __li__QWEC__ */
if (((struct ___OBJ *)li__JBKJ)->__id==__li__DZB__) {
        li__3D3L=((__li__DZB *)li__JBKJ)->li__LZB->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3D3L)->__id==__li__IZB__) {
          li__NCKJ=((__li__IZB *)li__3D3L)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__NCKJ=((__li__4HAD *)li__3D3L)->li__5HAD.li__MPHD;
        };
      } else /* SLOT_CODE */ {
        li__3D3L=((__li__QWEC *)li__JBKJ)->li__RWEC->li__KZB;
        /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__3D3L)->__id==__li__IZB__) {
          li__NCKJ=((__li__IZB *)li__3D3L)->li__MPHD;
        } else /* ITM_SLOT_OPERATOR */ {
          li__NCKJ=((__li__4HAD *)li__3D3L)->li__5HAD.li__MPHD;
        };
      };
      li__3D3L=((void **)(*(((__li__I03C *)li__NCKJ))).li__RCLE)[li__HBKJ];
      li__NBKJ=li__3D3L;
      /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__3D3L)->__id==__li__4RUC__) {
        li__PCKJ= 1;
      } else /* ITM_ARGS */ {
        li__PCKJ=(__li__K)((*(((__li__QUAF *)li__3D3L)->li__H5ZG)).li__UD +  1);
      };
      /* __li__B__ __li__I__ */
if ((li__PCKJ != li__MBKJ)) {
        li__HEZ(((__li__BC *)li__0C),(&__string_614));
        li__B0E(li__HBKJ,li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_615));
        li__JAZ(((__li__BC *)li__0C),li__FBKJ->li__VG4B.li__PNGC);
        li__JAZ(((__li__BC *)li__0C),(&__string_616));
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__3D3L)->__id==__li__4RUC__) {
          li__1CKJ= 1;
        } else /* ITM_ARGS */ {
          li__1CKJ=(__li__K)((*(((__li__QUAF *)li__3D3L)->li__H5ZG)).li__UD +  1);
        };
        li__B0E(li__1CKJ,li__0C);
        li__JAZ(((__li__BC *)li__0C),(&__string_617));
        li__B0E(li__MBKJ,li__0C);
        li__SRX(((__li__BC *)li__0C),')');
        li__DNVB( 1,li__0C);
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__3D3L)->__id==__li__4RUC__) {
          li__EDKJ=((__li__4RUC *)li__3D3L)->li__5RUC.li__0CC;
        } else /* ITM_ARGS */ {
          li__EDKJ=((__li__QUAF *)li__3D3L)->li__RUAF.li__0CC;
        };
        li__V5E(li__EDKJ);
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GBKJ)->__id) {
        case __li__WK__: {
          li__EDKJ=((__li__WK *)li__GBKJ)->li__1K.li__0K.li__0CC;
        } break;
        case __li__AVBD__: {
          li__EDKJ=((__li__AVBD *)li__GBKJ)->li__BVBD.li__0CC;
        } break;
        case __li__KVBD__: {
          li__EDKJ=((__li__KVBD *)li__GBKJ)->li__LVBD.li__0K.li__0CC;
        } break;
        case __li__WVBD__: {
          li__EDKJ=((__li__WVBD *)li__GBKJ)->li__XVBD.li__0K.li__0CC;
        } break;
        case __li__Z4WH__: {
          li__EDKJ=(*(li__YK__)).li__0CC;
        } break;
        case __li__KTVI__: {
          li__EDKJ=((__li__KTVI *)li__GBKJ)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__LTVI__: {
          li__EDKJ=((__li__LTVI *)li__GBKJ)->li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__XTVI__: {
          li__EDKJ=((__li__XTVI *)li__GBKJ)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__YTVI__: {
          li__EDKJ=((__li__YTVI *)li__GBKJ)->li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__S2VI__: {
          li__EDKJ=((__li__S2VI *)li__GBKJ)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__EDKJ=((__li__E3VI *)li__GBKJ)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__KLWI__: {
          li__EDKJ=((__li__KLWI *)li__GBKJ)->li__LLWI.li__0CC;
        } break;
        case __li__ULWI__: {
          li__EDKJ=((__li__ULWI *)li__GBKJ)->li__VLWI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__EDKJ=((__li__NMWI *)li__GBKJ)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__BNWI__: {
          li__EDKJ=((__li__BNWI *)li__GBKJ)->li__ENWI.li__DNWI.li__0CC;
        } break;
        case __li__XNWI__: {
          li__EDKJ=((__li__XNWI *)li__GBKJ)->li__YNWI.li__DNWI.li__0CC;
        } break;
        case __li__LOWI__: {
          li__EDKJ=((__li__LOWI *)li__GBKJ)->li__MOWI.li__DNWI.li__0CC;
        } break;
        case __li__5OWI__: {
          li__EDKJ=((__li__5OWI *)li__GBKJ)->li__APWI.li__DNWI.li__0CC;
        } break;
        case __li__TPWI__: {
          li__EDKJ=((__li__TPWI *)li__GBKJ)->li__UPWI.li__DNWI.li__0CC;
        } break;
        case __li__HQWI__: {
          li__EDKJ=((__li__HQWI *)li__GBKJ)->li__IQWI.li__DNWI.li__0CC;
        } break;
        case __li__ARWI__: {
          li__EDKJ=((__li__ARWI *)li__GBKJ)->li__BRWI.li__0CC;
        } break;
        case __li__URWI__: {
          li__EDKJ=((__li__URWI *)li__GBKJ)->li__VRWI.li__0CC;
        } break;
        case __li__MSWI__: {
          li__EDKJ=((__li__MSWI *)li__GBKJ)->li__NSWI.li__0CC;
        } break;
        case __li__ETWI__: {
          li__EDKJ=((__li__ETWI *)li__GBKJ)->li__FTWI.li__0CC;
        } break;
        case __li__MZWI__: {
          li__EDKJ=((__li__MZWI *)li__GBKJ)->li__NZWI.li__0K.li__0CC;
        } break;
        case __li__C0WI__: {
          li__EDKJ=((__li__C0WI *)li__GBKJ)->li__D0WI.li__0K.li__0CC;
        } break;
        case __li__M1WI__: {
          li__EDKJ=((__li__M1WI *)li__GBKJ)->li__N1WI.li__0K.li__0CC;
        } break;
        case __li__KMFK__: {
          li__EDKJ=((__li__KMFK *)li__GBKJ)->li__LMFK.li__0CC;
        } break;
        case __li__XOHL__: {
          li__EDKJ=((__li__XOHL *)li__GBKJ)->li__0OHL.li__ZOHL.li__0CC;
        } break;
        case __li__FPHL__: {
          li__EDKJ=((__li__FPHL *)li__GBKJ)->li__GPHL.li__DNWI.li__0CC;
        } break;
        case __li__APLM__: {
          li__EDKJ=((__li__APLM *)li__GBKJ)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__DTNM__: {
          li__EDKJ=((__li__DTNM *)li__GBKJ)->li__ETNM.li__ZOHL.li__0CC;
        } break;
        case __li__JXNM__: {
          li__EDKJ=((__li__JXNM *)li__GBKJ)->li__KXNM.li__DNWI.li__0CC;
        } break;
        case __li__21LO__: {
          li__EDKJ=((__li__21LO *)li__GBKJ)->li__31LO.li__0CC;
        } break;
        case __li__TPOO__: {
          li__EDKJ=((__li__TPOO *)li__GBKJ)->li__UPOO.li__0CC;
        } break;
        case __li__URRO__: {
          li__EDKJ=((__li__URRO *)li__GBKJ)->li__XRRO.li__WRRO.li__0CC;
        } break;
        case __li__41XO__: {
          li__EDKJ=((__li__41XO *)li__GBKJ)->li__51XO.li__DNWI.li__0CC;
        } break;
        case __li__AKBR__: {
          li__EDKJ=((__li__AKBR *)li__GBKJ)->li__BKBR.li__DNWI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__EDKJ=((__li__SU5R *)li__GBKJ)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__EDKJ=((__li__JV5R *)li__GBKJ)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__V5E(li__EDKJ);
        li__ODF();
      };
      li__Y2PU=(__li__K)((*(((__li__2ZEC *)li__IBKJ))).li__NKSH +  1);
      /* __li__B__ __li__I__ */
if ((li__Y2PU >  1)) {
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__3D3L)->__id==__li__4RUC__) {
        };
        /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__3D3L)->__id==__li__4RUC__) {
          li__1CKJ= 0;
        } else /* ITM_ARGS */ {
          li__1CKJ=(*(((__li__QUAF *)li__3D3L)->li__H5ZG)).li__UD;
        };
        li__PCKJ= 0;
        li__CJ2J=li__1CKJ;
        while ((li__PCKJ <= li__CJ2J)) {
          /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__NBKJ)->__id==__li__4RUC__) {
            li__0DKJ=((__li__4RUC *)li__NBKJ)->li__SZHD;
          } else /* ITM_ARGS */ {
            li__0DKJ=((void **)(*(((__li__CRB *)((__li__UL2B *)((__li__QUAF *)((__li__4RUC *)li__NBKJ))->li__I5ZG)->li__GX5B))).li__V1BD)[li__PCKJ];
          };
          /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
if (li__0DKJ==NULL) {
            li__2DKJ=NULL;
          } else {
            switch (((struct ___OBJ *)li__0DKJ)->__id) {
            case __li__WRB__: {
              li__2DKJ=((void *)li__0DKJ);
            } break;
            case __li__XRB__: {
              li__2DKJ=((void *)li__0DKJ);
            } break;
            case __li__KUB__: {
              li__2DKJ=((void *)li__0DKJ);
            } break;
            case __li__VB1__: {
              li__2DKJ=((void *)li__0DKJ);
            } break;
            case __li__4O2B__: {
              li__2DKJ=NULL;
            } break;
            }
          };
          /* __li__B__ __li__I__ */
if ((((void *)li__2DKJ != (void *)NULL) && ((void *)li__2DKJ == (void *)li__UT3B))) {
            li__LEKJ=(*(li__IBKJ)).li__NKSH;
            /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__NBKJ)->__id==__li__4RUC__) {
              li__MEKJ= 0;
            } else /* ITM_ARGS */ {
              li__MEKJ=(*(((__li__QUAF *)li__NBKJ)->li__H5ZG)).li__UD;
            };
            li__0DKJ=((void **)(*(((__li__2ZEC *)li__IBKJ))).li__3GPI)[(__li__K)((__li__K)(li__LEKJ - li__MEKJ) + li__PCKJ)];
            /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0DKJ)->__id) {
            case __li__WK__: {
              li__REKJ=((__li__WK *)li__0DKJ)->li__1K.li__WZLE;
            } break;
            case __li__AVBD__: {
              li__REKJ=((__li__AVBD *)li__0DKJ)->li__K2ME;
            } break;
            case __li__KVBD__: {
              li__REKJ=((__li__KVBD *)li__0DKJ)->li__LVBD.li__WZLE;
            } break;
            case __li__WVBD__: {
              li__REKJ=((__li__WVBD *)li__0DKJ)->li__XVBD.li__WZLE;
            } break;
            case __li__Z4WH__: {
              li__REKJ=li__JK5J(((__li__Z4WH *)li__0DKJ));
            } break;
            case __li__KTVI__: {
              li__REKJ=li__5UEK();
            } break;
            case __li__LTVI__: {
              li__REKJ=li__553L();
            } break;
            case __li__XTVI__: {
              li__REKJ=li__FVEK();
            } break;
            case __li__YTVI__: {
              li__REKJ=li__FA4L();
            } break;
            case __li__S2VI__: {
              li__REKJ=li__KVEK();
            } break;
            case __li__E3VI__: {
              li__REKJ=li__PVEK();
            } break;
            case __li__KLWI__: {
              li__REKJ=li__UVEK();
            } break;
            case __li__ULWI__: {
              li__REKJ=li__ZVEK();
            } break;
            case __li__NMWI__: {
              li__REKJ=li__4VEK();
            } break;
            case __li__BNWI__: {
              li__REKJ=li__DWEK(((__li__BNWI *)li__0DKJ));
            } break;
            case __li__XNWI__: {
              li__REKJ=li__IWEK(((__li__XNWI *)li__0DKJ));
            } break;
            case __li__LOWI__: {
              li__REKJ=li__NWEK(((__li__LOWI *)li__0DKJ));
            } break;
            case __li__5OWI__: {
              li__REKJ=li__SWEK(((__li__5OWI *)li__0DKJ));
            } break;
            case __li__TPWI__: {
              li__REKJ=li__XWEK(((__li__TPWI *)li__0DKJ));
            } break;
            case __li__HQWI__: {
              li__REKJ=li__2WEK(((__li__HQWI *)li__0DKJ));
            } break;
            case __li__ARWI__: {
              li__REKJ=li__QRB__->li__RRB.li__J0C;
            } break;
            case __li__URWI__: {
              li__REKJ=li__FXEK(((__li__URWI *)li__0DKJ));
            } break;
            case __li__MSWI__: {
              li__REKJ=li__RXEK();
            } break;
            case __li__ETWI__: {
              li__REKJ=((__li__ETWI *)li__0DKJ)->li__NSBK;
            } break;
            case __li__MZWI__: {
              li__REKJ=((__li__MZWI *)li__0DKJ)->li__NZWI.li__WZLE;
            } break;
            case __li__C0WI__: {
              li__REKJ=((__li__C0WI *)li__0DKJ)->li__D0WI.li__WZLE;
            } break;
            case __li__M1WI__: {
              li__REKJ=((__li__M1WI *)li__0DKJ)->li__N1WI.li__WZLE;
            } break;
            case __li__KMFK__: {
              li__REKJ=((__li__KMFK *)li__0DKJ)->li__3RFK->li__WTBD.li__0RNE;
            } break;
            case __li__XOHL__: {
              li__REKJ=li__T4NN(((__li__XOHL *)li__0DKJ));
            } break;
            case __li__FPHL__: {
              li__REKJ=li__KA4L(((__li__FPHL *)li__0DKJ));
            } break;
            case __li__APLM__: {
              li__REKJ=li__YFDQ();
            } break;
            case __li__DTNM__: {
              li__REKJ=li__1ISO(((__li__DTNM *)li__0DKJ));
            } break;
            case __li__JXNM__: {
              li__REKJ=li__VX3R(((__li__JXNM *)li__0DKJ));
            } break;
            case __li__21LO__: {
              li__REKJ=((__li__21LO *)li__0DKJ)->li__KJXO->li__GZB.li__0RNE;
            } break;
            case __li__TPOO__: {
              li__REKJ=((__li__TPOO *)li__0DKJ)->li__5IXO->li__GZB.li__0RNE;
            } break;
            case __li__URRO__: {
              li__REKJ=li__FH4R();
            } break;
            case __li__41XO__: {
              li__REKJ=li__3FDQ(((__li__41XO *)li__0DKJ));
            } break;
            case __li__AKBR__: {
              li__REKJ=li__WQDS(((__li__AKBR *)li__0DKJ));
            } break;
            case __li__SU5R__: {
              li__REKJ=li__T1IS();
            } break;
            case __li__JV5R__: {
              li__REKJ=li__Y1IS();
            } break;
            };
            /* __li__B__ __li__I__ */
if (((! ((__li__F0C)(((__li__5RB *)li__REKJ)->li__BEM &  1) !=  0)) && (! ((__li__F0C)(((__li__5RB *)li__REKJ)->li__BEM &  4) !=  0)))) {
              li__HEZ(((__li__BC *)li__0C),(&__string_618));
              li__OUHF(((__li__5RB *)li__REKJ),li__0C);
              li__JAZ(((__li__BC *)li__0C),(&__string_619));
              li__DNVB( 1,li__0C);
              /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__NBKJ)->__id==__li__4RUC__) {
                li__KFKJ=((__li__4RUC *)li__NBKJ)->li__5RUC.li__0CC;
              } else /* ITM_ARGS */ {
                li__KFKJ=((__li__QUAF *)li__NBKJ)->li__RUAF.li__0CC;
              };
              li__V5E(li__KFKJ);
              /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0DKJ)->__id) {
              case __li__WK__: {
                li__KFKJ=((__li__WK *)li__0DKJ)->li__1K.li__0K.li__0CC;
              } break;
              case __li__AVBD__: {
                li__KFKJ=((__li__AVBD *)li__0DKJ)->li__BVBD.li__0CC;
              } break;
              case __li__KVBD__: {
                li__KFKJ=((__li__KVBD *)li__0DKJ)->li__LVBD.li__0K.li__0CC;
              } break;
              case __li__WVBD__: {
                li__KFKJ=((__li__WVBD *)li__0DKJ)->li__XVBD.li__0K.li__0CC;
              } break;
              case __li__Z4WH__: {
                li__KFKJ=(*(li__YK__)).li__0CC;
              } break;
              case __li__KTVI__: {
                li__KFKJ=((__li__KTVI *)li__0DKJ)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
              } break;
              case __li__LTVI__: {
                li__KFKJ=((__li__LTVI *)li__0DKJ)->li__OTVI.li__NTVI.li__0CC;
              } break;
              case __li__XTVI__: {
                li__KFKJ=((__li__XTVI *)li__0DKJ)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
              } break;
              case __li__YTVI__: {
                li__KFKJ=((__li__YTVI *)li__0DKJ)->li__ZTVI.li__NTVI.li__0CC;
              } break;
              case __li__S2VI__: {
                li__KFKJ=((__li__S2VI *)li__0DKJ)->li__T2VI.li__IVVI.li__0CC;
              } break;
              case __li__E3VI__: {
                li__KFKJ=((__li__E3VI *)li__0DKJ)->li__F3VI.li__IVVI.li__0CC;
              } break;
              case __li__KLWI__: {
                li__KFKJ=((__li__KLWI *)li__0DKJ)->li__LLWI.li__0CC;
              } break;
              case __li__ULWI__: {
                li__KFKJ=((__li__ULWI *)li__0DKJ)->li__VLWI.li__0CC;
              } break;
              case __li__NMWI__: {
                li__KFKJ=((__li__NMWI *)li__0DKJ)->li__OMWI.li__IVVI.li__0CC;
              } break;
              case __li__BNWI__: {
                li__KFKJ=((__li__BNWI *)li__0DKJ)->li__ENWI.li__DNWI.li__0CC;
              } break;
              case __li__XNWI__: {
                li__KFKJ=((__li__XNWI *)li__0DKJ)->li__YNWI.li__DNWI.li__0CC;
              } break;
              case __li__LOWI__: {
                li__KFKJ=((__li__LOWI *)li__0DKJ)->li__MOWI.li__DNWI.li__0CC;
              } break;
              case __li__5OWI__: {
                li__KFKJ=((__li__5OWI *)li__0DKJ)->li__APWI.li__DNWI.li__0CC;
              } break;
              case __li__TPWI__: {
                li__KFKJ=((__li__TPWI *)li__0DKJ)->li__UPWI.li__DNWI.li__0CC;
              } break;
              case __li__HQWI__: {
                li__KFKJ=((__li__HQWI *)li__0DKJ)->li__IQWI.li__DNWI.li__0CC;
              } break;
              case __li__ARWI__: {
                li__KFKJ=((__li__ARWI *)li__0DKJ)->li__BRWI.li__0CC;
              } break;
              case __li__URWI__: {
                li__KFKJ=((__li__URWI *)li__0DKJ)->li__VRWI.li__0CC;
              } break;
              case __li__MSWI__: {
                li__KFKJ=((__li__MSWI *)li__0DKJ)->li__NSWI.li__0CC;
              } break;
              case __li__ETWI__: {
                li__KFKJ=((__li__ETWI *)li__0DKJ)->li__FTWI.li__0CC;
              } break;
              case __li__MZWI__: {
                li__KFKJ=((__li__MZWI *)li__0DKJ)->li__NZWI.li__0K.li__0CC;
              } break;
              case __li__C0WI__: {
                li__KFKJ=((__li__C0WI *)li__0DKJ)->li__D0WI.li__0K.li__0CC;
              } break;
              case __li__M1WI__: {
                li__KFKJ=((__li__M1WI *)li__0DKJ)->li__N1WI.li__0K.li__0CC;
              } break;
              case __li__KMFK__: {
                li__KFKJ=((__li__KMFK *)li__0DKJ)->li__LMFK.li__0CC;
              } break;
              case __li__XOHL__: {
                li__KFKJ=((__li__XOHL *)li__0DKJ)->li__0OHL.li__ZOHL.li__0CC;
              } break;
              case __li__FPHL__: {
                li__KFKJ=((__li__FPHL *)li__0DKJ)->li__GPHL.li__DNWI.li__0CC;
              } break;
              case __li__APLM__: {
                li__KFKJ=((__li__APLM *)li__0DKJ)->li__BPLM.li__IVVI.li__0CC;
              } break;
              case __li__DTNM__: {
                li__KFKJ=((__li__DTNM *)li__0DKJ)->li__ETNM.li__ZOHL.li__0CC;
              } break;
              case __li__JXNM__: {
                li__KFKJ=((__li__JXNM *)li__0DKJ)->li__KXNM.li__DNWI.li__0CC;
              } break;
              case __li__21LO__: {
                li__KFKJ=((__li__21LO *)li__0DKJ)->li__31LO.li__0CC;
              } break;
              case __li__TPOO__: {
                li__KFKJ=((__li__TPOO *)li__0DKJ)->li__UPOO.li__0CC;
              } break;
              case __li__URRO__: {
                li__KFKJ=((__li__URRO *)li__0DKJ)->li__XRRO.li__WRRO.li__0CC;
              } break;
              case __li__41XO__: {
                li__KFKJ=((__li__41XO *)li__0DKJ)->li__51XO.li__DNWI.li__0CC;
              } break;
              case __li__AKBR__: {
                li__KFKJ=((__li__AKBR *)li__0DKJ)->li__BKBR.li__DNWI.li__0CC;
              } break;
              case __li__SU5R__: {
                li__KFKJ=((__li__SU5R *)li__0DKJ)->li__TU5R.li__IVVI.li__0CC;
              } break;
              case __li__JV5R__: {
                li__KFKJ=((__li__JV5R *)li__0DKJ)->li__KV5R.li__IVVI.li__0CC;
              } break;
              };
              li__V5E(li__KFKJ);
              li__V5E(li__FBKJ->li__VG4B.li__BE1B.li__0CC);
              li__ODF();
            };
          };
          li__PCKJ=(__li__K)(li__PCKJ +  1);
        };
      };
      li__XFKJ=li__B__;
    } else /* FALSE */ {
      li__XFKJ=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__XFKJ)) {
      /* __li__B__ __li__I__ */
if (((li__HBKJ ==  0) && (li__MBKJ !=  1))) {
        /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GBKJ)->__id) {
        case __li__WK__: {
          li__EDKJ=((__li__WK *)li__GBKJ)->li__1K.li__0K.li__0CC;
        } break;
        case __li__AVBD__: {
          li__EDKJ=((__li__AVBD *)li__GBKJ)->li__BVBD.li__0CC;
        } break;
        case __li__KVBD__: {
          li__EDKJ=((__li__KVBD *)li__GBKJ)->li__LVBD.li__0K.li__0CC;
        } break;
        case __li__WVBD__: {
          li__EDKJ=((__li__WVBD *)li__GBKJ)->li__XVBD.li__0K.li__0CC;
        } break;
        case __li__Z4WH__: {
          li__EDKJ=(*(li__YK__)).li__0CC;
        } break;
        case __li__KTVI__: {
          li__EDKJ=((__li__KTVI *)li__GBKJ)->li__PTVI.li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__LTVI__: {
          li__EDKJ=((__li__LTVI *)li__GBKJ)->li__OTVI.li__NTVI.li__0CC;
        } break;
        case __li__XTVI__: {
          li__EDKJ=((__li__XTVI *)li__GBKJ)->li__0TVI.li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__YTVI__: {
          li__EDKJ=((__li__YTVI *)li__GBKJ)->li__ZTVI.li__NTVI.li__0CC;
        } break;
        case __li__S2VI__: {
          li__EDKJ=((__li__S2VI *)li__GBKJ)->li__T2VI.li__IVVI.li__0CC;
        } break;
        case __li__E3VI__: {
          li__EDKJ=((__li__E3VI *)li__GBKJ)->li__F3VI.li__IVVI.li__0CC;
        } break;
        case __li__KLWI__: {
          li__EDKJ=((__li__KLWI *)li__GBKJ)->li__LLWI.li__0CC;
        } break;
        case __li__ULWI__: {
          li__EDKJ=((__li__ULWI *)li__GBKJ)->li__VLWI.li__0CC;
        } break;
        case __li__NMWI__: {
          li__EDKJ=((__li__NMWI *)li__GBKJ)->li__OMWI.li__IVVI.li__0CC;
        } break;
        case __li__BNWI__: {
          li__EDKJ=((__li__BNWI *)li__GBKJ)->li__ENWI.li__DNWI.li__0CC;
        } break;
        case __li__XNWI__: {
          li__EDKJ=((__li__XNWI *)li__GBKJ)->li__YNWI.li__DNWI.li__0CC;
        } break;
        case __li__LOWI__: {
          li__EDKJ=((__li__LOWI *)li__GBKJ)->li__MOWI.li__DNWI.li__0CC;
        } break;
        case __li__5OWI__: {
          li__EDKJ=((__li__5OWI *)li__GBKJ)->li__APWI.li__DNWI.li__0CC;
        } break;
        case __li__TPWI__: {
          li__EDKJ=((__li__TPWI *)li__GBKJ)->li__UPWI.li__DNWI.li__0CC;
        } break;
        case __li__HQWI__: {
          li__EDKJ=((__li__HQWI *)li__GBKJ)->li__IQWI.li__DNWI.li__0CC;
        } break;
        case __li__ARWI__: {
          li__EDKJ=((__li__ARWI *)li__GBKJ)->li__BRWI.li__0CC;
        } break;
        case __li__URWI__: {
          li__EDKJ=((__li__URWI *)li__GBKJ)->li__VRWI.li__0CC;
        } break;
        case __li__MSWI__: {
          li__EDKJ=((__li__MSWI *)li__GBKJ)->li__NSWI.li__0CC;
        } break;
        case __li__ETWI__: {
          li__EDKJ=((__li__ETWI *)li__GBKJ)->li__FTWI.li__0CC;
        } break;
        case __li__MZWI__: {
          li__EDKJ=((__li__MZWI *)li__GBKJ)->li__NZWI.li__0K.li__0CC;
        } break;
        case __li__C0WI__: {
          li__EDKJ=((__li__C0WI *)li__GBKJ)->li__D0WI.li__0K.li__0CC;
        } break;
        case __li__M1WI__: {
          li__EDKJ=((__li__M1WI *)li__GBKJ)->li__N1WI.li__0K.li__0CC;
        } break;
        case __li__KMFK__: {
          li__EDKJ=((__li__KMFK *)li__GBKJ)->li__LMFK.li__0CC;
        } break;
        case __li__XOHL__: {
          li__EDKJ=((__li__XOHL *)li__GBKJ)->li__0OHL.li__ZOHL.li__0CC;
        } break;
        case __li__FPHL__: {
          li__EDKJ=((__li__FPHL *)li__GBKJ)->li__GPHL.li__DNWI.li__0CC;
        } break;
        case __li__APLM__: {
          li__EDKJ=((__li__APLM *)li__GBKJ)->li__BPLM.li__IVVI.li__0CC;
        } break;
        case __li__DTNM__: {
          li__EDKJ=((__li__DTNM *)li__GBKJ)->li__ETNM.li__ZOHL.li__0CC;
        } break;
        case __li__JXNM__: {
          li__EDKJ=((__li__JXNM *)li__GBKJ)->li__KXNM.li__DNWI.li__0CC;
        } break;
        case __li__21LO__: {
          li__EDKJ=((__li__21LO *)li__GBKJ)->li__31LO.li__0CC;
        } break;
        case __li__TPOO__: {
          li__EDKJ=((__li__TPOO *)li__GBKJ)->li__UPOO.li__0CC;
        } break;
        case __li__URRO__: {
          li__EDKJ=((__li__URRO *)li__GBKJ)->li__XRRO.li__WRRO.li__0CC;
        } break;
        case __li__41XO__: {
          li__EDKJ=((__li__41XO *)li__GBKJ)->li__51XO.li__DNWI.li__0CC;
        } break;
        case __li__AKBR__: {
          li__EDKJ=((__li__AKBR *)li__GBKJ)->li__BKBR.li__DNWI.li__0CC;
        } break;
        case __li__SU5R__: {
          li__EDKJ=((__li__SU5R *)li__GBKJ)->li__TU5R.li__IVVI.li__0CC;
        } break;
        case __li__JV5R__: {
          li__EDKJ=((__li__JV5R *)li__GBKJ)->li__KV5R.li__IVVI.li__0CC;
        } break;
        };
        li__K4E( 1,(&__string_620));
        li__V5E(li__EDKJ);
        li__ODF();
      };
    };
  };
}

static __li__C li__4HDL(__li__5RB *li__5HDL,__li__5RB *li__AIDL)
/* (Strict TYPE_FULL{li__5RB},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__CIDL;
  __li__GSZ *li__NKLL;
  __li__PF *li__4KLL;
  __li__C li__MJLL,li__DIDL,li__BIDL;
  li__CIDL=li__5HDL->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__CIDL)->__id) {
  case __li__IF__: {
    li__MJLL=li__1NPL(li__AIDL,(&__string_91),((__li__IF *)li__CIDL)->li__TF->li__AIQB);
    li__DIDL=li__MJLL;
  } break;
  case __li__ORB__: 
  case __li__QRB__: {
    li__DIDL=li__I__;
  } break;
  case __li__SRB__: {
    li__MJLL=li__TPPL(li__AIDL,(&__string_91),((__li__SRB *)((__li__IF *)li__CIDL))->li__TRB.li__TF->li__AIQB);
    li__DIDL=li__MJLL;
  } break;
  case __li__URB__: {
    li__MJLL=li__LRPL(li__AIDL,(&__string_91),((__li__URB *)((__li__IF *)li__CIDL))->li__VRB.li__TF->li__AIQB);
    li__DIDL=li__MJLL;
  } break;
  case __li__GSZ__: {
    li__NKLL=((__li__GSZ *)((__li__IF *)li__CIDL));
    li__MJLL=li__CTPL(li__AIDL,(&__string_91),li__NKLL->li__MIQB,li__NKLL->li__HSZ.li__TF->li__EJQB);
    li__DIDL=li__MJLL;
  } break;
  case __li__1RRF__: {
    li__4KLL=li__QLKI();
    li__MJLL=li__BUPL(li__AIDL,(&__string_91),li__4KLL->li__AIQB);
    li__DIDL=li__MJLL;
  } break;
  case __li__UJSH__: {
    li__4KLL=li__VYLN();
    li__MJLL=li__V1TN(li__AIDL,(&__string_91),li__4KLL->li__AIQB);
    li__DIDL=li__MJLL;
  } break;
  };
  li__BIDL=li__DIDL;
  return(li__BIDL);
}

static __li__K li__OYLM(__li__DZB *li__PYLM)
/* (Strict SLOT_DATA{li__DZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__RYLM,li__XYLM,li__O2WM,li__5YLM,li__QYLM;
  void *li__J2WM;
  void *li__4YLM;
  __li__I03C *li__VYLM,*li__3JMV,*li__3YLM;
  li__RYLM= 0;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PYLM->li__LZB->li__KZB)->__id==__li__IZB__) {
  };
  li__J2WM=li__PYLM->li__LZB->li__KZB;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__J2WM)->__id==__li__IZB__) {
    li__VYLM=((__li__IZB *)li__J2WM)->li__MPHD;
  } else /* ITM_SLOT_OPERATOR */ {
    li__VYLM=((__li__4HAD *)li__J2WM)->li__5HAD.li__MPHD;
  };
  li__XYLM=(*(li__VYLM)).li__RBLE;
  li__O2WM= 0;
  li__J2WM=li__PYLM->li__LZB->li__KZB;
  li__VYLM=((__li__IZB *)li__J2WM)->li__MPHD;
  li__3JMV=((__li__4HAD *)li__J2WM)->li__5HAD.li__MPHD;
  while ((li__O2WM <= li__XYLM)) {
    /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__J2WM)->__id==__li__IZB__) {
      li__3YLM=li__VYLM;
    } else /* ITM_SLOT_OPERATOR */ {
      li__3YLM=li__3JMV;
    };
    li__4YLM=((void **)(*(((__li__I03C *)li__3YLM))).li__RCLE)[li__O2WM];
    /* NULL __li__4RUC__ __li__QUAF__ */
if (((struct ___OBJ *)li__4YLM)->__id==__li__4RUC__) {
      li__5YLM= 1;
    } else /* ITM_ARGS */ {
      li__5YLM=(__li__K)((*(((__li__QUAF *)li__4YLM)->li__H5ZG)).li__UD +  1);
    };
    li__RYLM=(__li__K)(li__RYLM + li__5YLM);
    li__O2WM=(__li__K)(li__O2WM +  1);
  };
  li__QYLM=li__RYLM;
  return(li__QYLM);
}

static void li__FBSF(__li__WRB *li__GBSF,__li__BC *li__HBSF)
/* (Strict ITM_TYPE_STYLE{li__WRB},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if (((void *)li__GBSF->li__Y2C != (void *)NULL)) {
    li__JAZ(((__li__BC *)li__HBSF),li__GBSF->li__Y2C);
    li__SRX(((__li__BC *)li__HBSF),' ');
  };
  li__JAZ(((__li__BC *)li__HBSF),li__GBSF->li__ZRB.li__P2C);
}

static void li__PEKC(__li__UL2B *li__QEKC,__li__BC *li__REKC)
/* (Strict ITM_TYPE_MULTI{li__UL2B},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__XEKC,li__WMOC;
  void *li__5EKC,*li__SFCV;
  __li__CRB *li__RFCV;
  li__XEKC=(__li__K)((*(li__QEKC->li__GX5B)).li__5QZ -  1);
  li__WMOC= 0;
  while ((li__WMOC <= li__XEKC)) {
    li__5EKC=((void **)(*(((__li__CRB *)li__QEKC->li__GX5B))).li__V1BD)[li__WMOC];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__5EKC)->__id) {
    case __li__WRB__: {
      li__FBSF(((__li__WRB *)li__5EKC),li__REKC);
    } break;
    case __li__XRB__: {
      li__JAZ(((__li__BC *)li__REKC),((__li__XRB *)((__li__WRB *)li__5EKC))->li__P2C);
    } break;
    case __li__KUB__: {
      li__5BSF(((__li__KUB *)((__li__WRB *)li__5EKC)),li__REKC);
    } break;
    case __li__VB1__: {
      li__JAZ(((__li__BC *)li__REKC),((__li__VB1 *)((__li__WRB *)li__5EKC))->li__WB1.li__P2C);
    } break;
    case __li__4O2B__: {
      li__3CSF(((__li__4O2B *)((__li__WRB *)li__5EKC)),li__REKC);
    } break;
    };
    li__SRX(((__li__BC *)li__REKC),',');
    li__WMOC=(__li__K)(li__WMOC +  1);
  };
  li__RFCV=((__li__CRB *)li__QEKC->li__GX5B);
  li__SFCV=((void **)(*(li__RFCV)).li__V1BD)[(*(li__RFCV)).li__5QZ];
  /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__SFCV)->__id) {
  case __li__WRB__: {
    li__FBSF(((__li__WRB *)li__SFCV),li__REKC);
  } break;
  case __li__XRB__: {
    li__JAZ(((__li__BC *)li__REKC),((__li__XRB *)((__li__WRB *)li__SFCV))->li__P2C);
  } break;
  case __li__KUB__: {
    li__5BSF(((__li__KUB *)((__li__WRB *)li__SFCV)),li__REKC);
  } break;
  case __li__VB1__: {
    li__JAZ(((__li__BC *)li__REKC),((__li__VB1 *)((__li__WRB *)li__SFCV))->li__WB1.li__P2C);
  } break;
  case __li__4O2B__: {
    li__3CSF(((__li__4O2B *)((__li__WRB *)li__SFCV)),li__REKC);
  } break;
  };
}

static void li__3CSF(__li__4O2B *li__4CSF,__li__BC *li__5CSF)
/* (Strict ITM_TYPE_BLOCK{li__4O2B},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__HDSF,*li__YDSF;
  __li__UL2B *li__ZBBV,*li__5BBV;
  li__SRX(((__li__BC *)li__5CSF),'{');
  /* __li__B__ __li__I__ */
if (((void *)li__4CSF->li__2L3B != (void *)NULL)) {
    li__HDSF=li__4CSF->li__2L3B;
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__HDSF)->__id) {
    case __li__WRB__: {
      li__FBSF(((__li__WRB *)li__HDSF),li__5CSF);
    } break;
    case __li__XRB__: {
      li__JAZ(((__li__BC *)li__5CSF),((__li__XRB *)((__li__WRB *)li__HDSF))->li__P2C);
    } break;
    case __li__KUB__: {
      li__5BSF(((__li__KUB *)((__li__WRB *)li__HDSF)),li__5CSF);
    } break;
    case __li__VB1__: {
      li__JAZ(((__li__BC *)li__5CSF),((__li__VB1 *)((__li__WRB *)li__HDSF))->li__WB1.li__P2C);
    } break;
    case __li__UL2B__: {
      li__ZBBV=((__li__UL2B *)((__li__WRB *)li__HDSF));
      li__SRX(((__li__BC *)li__5CSF),'(');
      li__PEKC(li__ZBBV,li__5CSF);
      li__SRX(((__li__BC *)li__5CSF),')');
    } break;
    case __li__4O2B__: {
      li__3CSF(((__li__4O2B *)((__li__WRB *)li__HDSF)),li__5CSF);
    } break;
    };
    li__SRX(((__li__BC *)li__5CSF),';');
    li__SRX(((__li__BC *)li__5CSF),' ');
  };
  /* __li__B__ __li__I__ */
if (((void *)li__4CSF->li__GM3B != (void *)NULL)) {
    li__HDSF=li__4CSF->li__GM3B;
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
if (li__HDSF==NULL) {
      li__ZBBV=NULL;
    } else {
      if (((struct ___OBJ *)li__HDSF)->__id==__li__UL2B__) {
        li__ZBBV=((void *)li__HDSF);
      } else /* Other types */ {
        li__ZBBV=NULL;
      }
    };
    /* __li__B__ __li__I__ */
if (((void *)li__ZBBV == (void *)NULL)) {
      li__YDSF=li__4CSF->li__GM3B;
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__UL2B__ __li__4O2B__ */
switch (((struct ___OBJ *)li__YDSF)->__id) {
      case __li__WRB__: {
        li__FBSF(((__li__WRB *)li__YDSF),li__5CSF);
      } break;
      case __li__XRB__: {
        li__JAZ(((__li__BC *)li__5CSF),((__li__XRB *)((__li__WRB *)li__YDSF))->li__P2C);
      } break;
      case __li__KUB__: {
        li__5BSF(((__li__KUB *)((__li__WRB *)li__YDSF)),li__5CSF);
      } break;
      case __li__VB1__: {
        li__JAZ(((__li__BC *)li__5CSF),((__li__VB1 *)((__li__WRB *)li__YDSF))->li__WB1.li__P2C);
      } break;
      case __li__UL2B__: {
        li__5BBV=((__li__UL2B *)((__li__WRB *)li__YDSF));
        li__SRX(((__li__BC *)li__5CSF),'(');
        li__PEKC(li__5BBV,li__5CSF);
        li__SRX(((__li__BC *)li__5CSF),')');
      } break;
      case __li__4O2B__: {
        li__3CSF(((__li__4O2B *)((__li__WRB *)li__YDSF)),li__5CSF);
      } break;
      };
    } else /* FALSE */ {
      li__PEKC(((__li__UL2B *)li__ZBBV),li__5CSF);
    };
  };
  li__SRX(((__li__BC *)li__5CSF),'}');
}

static __li__C li__R0LM(__li__5RB *li__S0LM,__li__5RB *li__T0LM)
/* (Strict TYPE_FULL{li__5RB},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__V0LM;
  __li__GSZ *li__I4WM;
  __li__PF *li__Z4WM;
  __li__C li__H3WM,li__W0LM,li__U0LM;
  li__V0LM=li__S0LM->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__V0LM)->__id) {
  case __li__IF__: {
    li__H3WM=li__1NPL(li__T0LM,(&__string_92),((__li__IF *)li__V0LM)->li__TF->li__EJQB);
    li__W0LM=li__H3WM;
  } break;
  case __li__ORB__: 
  case __li__QRB__: {
    li__W0LM=li__I__;
  } break;
  case __li__SRB__: {
    li__H3WM=li__TPPL(li__T0LM,(&__string_92),((__li__SRB *)((__li__IF *)li__V0LM))->li__TRB.li__TF->li__EJQB);
    li__W0LM=li__H3WM;
  } break;
  case __li__URB__: {
    li__H3WM=li__LRPL(li__T0LM,(&__string_92),((__li__URB *)((__li__IF *)li__V0LM))->li__VRB.li__TF->li__EJQB);
    li__W0LM=li__H3WM;
  } break;
  case __li__GSZ__: {
    li__I4WM=((__li__GSZ *)((__li__IF *)li__V0LM));
    li__H3WM=li__CTPL(li__T0LM,(&__string_92),li__I4WM->li__QJQB,li__I4WM->li__HSZ.li__TF->li__EJQB);
    li__W0LM=li__H3WM;
  } break;
  case __li__1RRF__: {
    li__Z4WM=li__QLKI();
    li__H3WM=li__BUPL(li__T0LM,(&__string_92),li__Z4WM->li__EJQB);
    li__W0LM=li__H3WM;
  } break;
  case __li__UJSH__: {
    li__Z4WM=li__VYLN();
    li__H3WM=li__V1TN(li__T0LM,(&__string_92),li__Z4WM->li__EJQB);
    li__W0LM=li__H3WM;
  } break;
  };
  li__U0LM=li__W0LM;
  return(li__U0LM);
}

static void li__0K4N(__li__2ZEC *li__1K4N,__li__KVBD *li__2K4N)
/* (Strict FAST_ARRAY(EXPR){li__2ZEC},Strict PROTOTYPE_CST{NULLxli__KVBD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__4L4N;
  __li__C li__LL4N;
  void **li__XL4N;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__1K4N)).li__NKSH +  1) <= (__li__K)((*(li__1K4N)).li__QGPI -  1))) {
    (*(li__1K4N)).li__NKSH=(__li__K)((*(li__1K4N)).li__NKSH +  1);
    li__LL4N=li__B__;
  } else /* FALSE */ {
    li__LL4N=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__LL4N)) {
    /* __li__B__ __li__I__ */
if (((*(li__1K4N)).li__QGPI ==  0)) {
      li__XL4N=li__KC5I( 2);
      (*(li__1K4N)).li__3GPI=li__XL4N;
      (*(li__1K4N)).li__QGPI= 2;
      (*(li__1K4N)).li__NKSH= 0;
    } else /* FALSE */ {
      li__4L4N=(__li__K)((*(li__1K4N)).li__QGPI <<  1);
      li__XL4N=li__HWMK(((void **)(*(li__1K4N)).li__3GPI),(*(li__1K4N)).li__QGPI,li__4L4N);
      (*(li__1K4N)).li__3GPI=li__XL4N;
      (*(li__1K4N)).li__QGPI=li__4L4N;
      (*(li__1K4N)).li__NKSH=(__li__K)((*(li__1K4N)).li__NKSH +  1);
    };
  };
  ((void **)(*(li__1K4N)).li__3GPI)[(*(li__1K4N)).li__NKSH]=li__2K4N;
}

static void** li__W4VP(__li__K li__Y4VP)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__OSZP;
  __li__K li__WSLQ;
  void **li__SSZP,**li__Z4VP;
  li__OSZP=li__HJU(((__li__JJG )(__li__K)(li__Y4VP * ((__li__K )(sizeof(void *))))));
  li__SSZP=((void **)li__OSZP);
  li__WSLQ=(__li__K)(li__Y4VP -  1);
  while ((li__WSLQ >=  0)) {
    li__SSZP[li__WSLQ]=NULL;
    li__WSLQ=(__li__K)(li__WSLQ -  1);
  };
  li__Z4VP=li__SSZP;
  return(li__Z4VP);
}

static __li__CJ1P* li__ZU5P(__li__CJ1P *li__0U5P,__li__PO li__1U5P,void *li__2U5P)
/* (Strict COP_LOCK{li__CJ1P},Expanded POSITION{li__PO},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CJ1P *li__OHAQ,*li__XIAQ,*li__3U5P;
  __li__CB li__PHAQ,li__2EBV;
  __li__JJG li__XHAQ,li__5EBV,li__0EBV;
  __li__K li__CIAQ;
  __li__52B li__KFBV;
  li__OHAQ=NULL;
  li__PHAQ=((__li__CB )(NULL));
  li__XHAQ=((__li__JJG )sizeof(__li__CJ1P));
  /* __li__B__ __li__I__ */
if ((li__XHAQ ==  0)) {
    li__OHAQ=li__0U5P;
  } else /* FALSE */ {
    li__CIAQ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__XHAQ));
    /* __li__B__ __li__I__ */
if ((li__CIAQ == (__li__K)(-  1))) {
      li__5EBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0EBV=(__li__JJG)((__li__JJG)(li__XHAQ - (__li__JJG)(((__li__JJG ) 0) - li__5EBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5EBV) - ((__li__JJG ) 1)));
      li__5EBV=(__li__JJG)(li__0EBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__2EBV=li__YCJ(li__0EBV,((__li__CB )(&(table_size[(li__5EBV)-1]))),((__li__52B )li__0EBV));
      li__PHAQ=li__2EBV;
    } else /* FALSE */ {
      li__KFBV=((__li__52B )li__CIAQ);
      li__5EBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0EBV=(__li__JJG)((__li__JJG)(li__XHAQ - (__li__JJG)(((__li__JJG ) 0) - li__5EBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5EBV) - ((__li__JJG ) 1)));
      li__2EBV=li__YCJ(li__0EBV,((__li__CB )(&(table_type[(li__KFBV)]))),(__li__52B)(li__KFBV |  1));
      li__PHAQ=li__2EBV;
    };
    li__XIAQ=((__li__CJ1P *)li__PHAQ);
    li__OHAQ=li__XIAQ;
    *(li__XIAQ) = *(li__0U5P);
  };
  li__XIAQ=((__li__CJ1P *)li__OHAQ);
  li__XIAQ->li__DJ1P.li__0CC=li__1U5P;
  li__XIAQ->li__L1IQ=li__2U5P;
  li__3U5P=li__OHAQ;
  return(li__3U5P);
}

static void* li__GW5P(__li__2PLO *li__HW5P,void *li__IW5P,void *li__JW5P,__li__DZB *li__KW5P)
/* (Strict NODE_STYLE{li__2PLO},VARIABLE{NULLxli__DZBxli__VTBD},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R},Strict SLOT_DATA{NULLxli__DZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__MW5P,*li__4FBV;
  __li__DZB *li__ZFBV;
  __li__WK *li__BGBV;
  void *li__1W5P;
  __li__KVBD *li__CKMV,*li__GKMV;
  __li__PO li__DKMV;
  __li__5RB *li__EKMV,*li__HKMV;
  __li__WVBD *li__DGBV,*li__EGBV;
  __li__KLWI *li__GGBV;
  __li__KMFK *li__IGBV;
  __li__ULWI *li__LGBV,*li__MGBV;
  __li__MSWI *li__OGBV,*li__PGBV;
  __li__MZWI *li__RGBV,*li__SGBV;
  __li__C0WI *li__UGBV,*li__VGBV;
  __li__M1WI *li__XGBV,*li__YGBV;
  __li__DFNL *li__PHBV;
  void *li__LW5P;
  li__MW5P=NULL;
  /* __li__B__ __li__I__ */
if ((li__KW5P->li__GZB.li__FZB.li__DI1B == '-')) {
    li__YS2P(li__HW5P);
    li__ZFBV=((__li__DZB *)li__KW5P);
    li__4FBV=li__BPOO(li__ZFBV,li__ZFBV->li__GZB.li__FZB.li__RF.li__0CC,NULL);
    li__ZFBV->li__GZB.li__LNME=(__li__K)(li__ZFBV->li__GZB.li__LNME +  1);
    li__MW5P=li__4FBV;
  } else /* FALSE */ {
    li__YS2P(li__HW5P);
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JW5P)->__id) {
    case __li__WK__: {
      li__BGBV=li__PVEJ(((__li__WK *)li__JW5P));
      li__1W5P=li__BGBV;
    } break;
    case __li__AVBD__: {
      li__1W5P=li__AE5L(((__li__AVBD *)li__JW5P));
    } break;
    case __li__KVBD__: {
      li__CKMV=((__li__KVBD *)li__JW5P);
      li__DKMV=li__CKMV->li__LVBD.li__0K.li__0CC;
      li__EKMV=li__CKMV->li__LVBD.li__WZLE;
      li__CKMV=li__5QND();
      li__GKMV=((__li__KVBD *)li__CKMV);
      li__GKMV->li__LVBD.li__0K.li__0CC=li__DKMV;
      li__HKMV=li__NNSE(((__li__5RB *)li__EKMV));
      li__GKMV->li__LVBD.li__WZLE=li__HKMV;
      li__1W5P=li__CKMV;
    } break;
    case __li__WVBD__: {
      li__DGBV=((__li__WVBD *)li__JW5P);
      li__EGBV=li__VEID(li__DGBV->li__XVBD.li__0K.li__0CC,li__DGBV->li__2ZLE,li__DGBV->li__XVBD.li__WZLE);
      li__1W5P=li__EGBV;
    } break;
    case __li__Z4WH__: {
      li__1W5P=li__XEVK(((__li__Z4WH *)li__JW5P));
    } break;
    case __li__KTVI__: {
      li__1W5P=li__XF5L(((__li__KTVI *)li__JW5P));
    } break;
    case __li__LTVI__: {
      li__1W5P=li__SDGM(((__li__LTVI *)li__JW5P));
    } break;
    case __li__XTVI__: {
      li__1W5P=li__DG5L(((__li__XTVI *)li__JW5P));
    } break;
    case __li__YTVI__: {
      li__1W5P=li__4DGM(((__li__YTVI *)li__JW5P));
    } break;
    case __li__S2VI__: {
      li__1W5P=li__OG5L(((__li__S2VI *)li__JW5P));
    } break;
    case __li__E3VI__: {
      li__1W5P=li__ZG5L(((__li__E3VI *)li__JW5P));
    } break;
    case __li__KLWI__: {
      li__GGBV=((__li__KLWI *)li__JW5P);
      li__DKMV=li__GGBV->li__LLWI.li__0CC;
      li__IGBV=li__G3CM(((__li__KMFK *)li__GGBV->li__ZPBK));
      li__GGBV=li__PNSJ(li__DKMV,li__IGBV);
      li__1W5P=li__GGBV;
    } break;
    case __li__ULWI__: {
      li__LGBV=((__li__ULWI *)li__JW5P);
      li__MGBV=li__AOSJ(li__LGBV->li__VLWI.li__0CC,li__LGBV->li__4PBK);
      li__1W5P=li__MGBV;
    } break;
    case __li__NMWI__: {
      li__1W5P=li__SH5L(((__li__NMWI *)li__JW5P));
    } break;
    case __li__BNWI__: {
      li__1W5P=li__3H5L(((__li__BNWI *)li__JW5P));
    } break;
    case __li__XNWI__: {
      li__1W5P=li__II5L(((__li__XNWI *)li__JW5P));
    } break;
    case __li__LOWI__: {
      li__1W5P=li__TI5L(((__li__LOWI *)li__JW5P));
    } break;
    case __li__5OWI__: {
      li__1W5P=li__4I5L(((__li__5OWI *)li__JW5P));
    } break;
    case __li__TPWI__: {
      li__1W5P=li__JJ5L(((__li__TPWI *)li__JW5P));
    } break;
    case __li__HQWI__: {
      li__1W5P=li__UJ5L(((__li__HQWI *)li__JW5P));
    } break;
    case __li__ARWI__: {
      li__1W5P=li__5J5L(((__li__ARWI *)li__JW5P));
    } break;
    case __li__URWI__: {
      li__1W5P=li__NK5L(((__li__URWI *)li__JW5P));
    } break;
    case __li__MSWI__: {
      li__OGBV=((__li__MSWI *)li__JW5P);
      li__PGBV=li__YXSJ(li__OGBV->li__NSWI.li__0CC,li__OGBV->li__ISBK);
      li__1W5P=li__PGBV;
    } break;
    case __li__ETWI__: {
      li__1W5P=li__4K5L(((__li__ETWI *)li__JW5P));
    } break;
    case __li__MZWI__: {
      li__RGBV=((__li__MZWI *)li__JW5P);
      li__SGBV=li__4U4I(li__RGBV->li__NZWI.li__0K.li__0CC,li__RGBV->li__3SBK,li__RGBV->li__NZWI.li__WZLE);
      li__1W5P=li__SGBV;
    } break;
    case __li__C0WI__: {
      li__UGBV=((__li__C0WI *)li__JW5P);
      li__VGBV=li__ZV4I(li__UGBV->li__D0WI.li__0K.li__0CC,li__UGBV->li__CTBK);
      li__1W5P=li__VGBV;
    } break;
    case __li__M1WI__: {
      li__XGBV=((__li__M1WI *)li__JW5P);
      li__YGBV=li__1Z4I(li__XGBV->li__N1WI.li__0K.li__0CC,li__XGBV->li__UTFK);
      li__1W5P=li__YGBV;
    } break;
    case __li__KMFK__: {
      li__1W5P=li__G3CM(((__li__KMFK *)li__JW5P));
    } break;
    case __li__XOHL__: {
      li__1W5P=li__AAPN(((__li__XOHL *)li__JW5P));
    } break;
    case __li__FPHL__: {
      li__1W5P=li__2EGM(((__li__FPHL *)li__JW5P));
    } break;
    case __li__APLM__: {
      li__1W5P=li__XRDQ(((__li__APLM *)li__JW5P));
    } break;
    case __li__DTNM__: {
      li__1W5P=li__D5SO(((__li__DTNM *)li__JW5P));
    } break;
    case __li__JXNM__: {
      li__1W5P=li__153R(((__li__JXNM *)li__JW5P));
    } break;
    case __li__21LO__: {
      li__1W5P=li__2KLP(((__li__21LO *)li__JW5P));
    } break;
    case __li__TPOO__: {
      li__1W5P=li__JLLP(((__li__TPOO *)li__JW5P));
    } break;
    case __li__URRO__: {
      li__1W5P=li__KM4R(((__li__URRO *)li__JW5P));
    } break;
    case __li__41XO__: {
      li__1W5P=li__CSDQ(((__li__41XO *)li__JW5P));
    } break;
    case __li__AKBR__: {
      li__1W5P=li__L2DS(((__li__AKBR *)li__JW5P));
    } break;
    case __li__SU5R__: {
      li__1W5P=li__EQJS(((__li__SU5R *)li__JW5P));
    } break;
    case __li__JV5R__: {
      li__1W5P=li__PQJS(((__li__JV5R *)li__JW5P));
    } break;
    };
    li__ZFBV=((__li__DZB *)li__KW5P);
    li__4FBV=li__BPOO(li__ZFBV,li__ZFBV->li__GZB.li__FZB.li__RF.li__0CC,li__1W5P);
    li__ZFBV->li__GZB.li__LNME=(__li__K)(li__ZFBV->li__GZB.li__LNME +  1);
    li__MW5P=li__4FBV;
  };
  li__DKMV=li__YS2P(li__HW5P);
  /* NULL __li__DZB__ __li__VTBD__ */
if (((struct ___OBJ *)li__IW5P)->__id==__li__DZB__) {
    li__4FBV=li__NXEJ(((__li__DZB *)li__IW5P),li__DKMV,NULL,li__MW5P);
    li__1W5P=li__4FBV;
  } else /* LOCAL */ {
    li__PHBV=li__1CXJ(((__li__VTBD *)((__li__DZB *)li__IW5P)),li__DKMV,li__MW5P);
    li__1W5P=li__PHBV;
  };
  li__LW5P=li__1W5P;
  return(li__LW5P);
}

static __li__EN1P* li__DX5P(__li__EN1P *li__EX5P,__li__PO li__FX5P)
/* (Strict COP_UNLOCK{li__EN1P},Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__EN1P *li__3JAQ,*li__GLAQ,*li__GX5P;
  __li__CB li__4JAQ,li__ZHBV;
  __li__JJG li__GKAQ,li__2HBV,li__XHBV;
  __li__K li__RKAQ;
  __li__52B li__HIBV;
  li__3JAQ=NULL;
  li__4JAQ=((__li__CB )(NULL));
  li__GKAQ=((__li__JJG )sizeof(__li__EN1P));
  /* __li__B__ __li__I__ */
if ((li__GKAQ ==  0)) {
    li__3JAQ=li__EX5P;
  } else /* FALSE */ {
    li__RKAQ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__GKAQ));
    /* __li__B__ __li__I__ */
if ((li__RKAQ == (__li__K)(-  1))) {
      li__2HBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__XHBV=(__li__JJG)((__li__JJG)(li__GKAQ - (__li__JJG)(((__li__JJG ) 0) - li__2HBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2HBV) - ((__li__JJG ) 1)));
      li__2HBV=(__li__JJG)(li__XHBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__ZHBV=li__YCJ(li__XHBV,((__li__CB )(&(table_size[(li__2HBV)-1]))),((__li__52B )li__XHBV));
      li__4JAQ=li__ZHBV;
    } else /* FALSE */ {
      li__HIBV=((__li__52B )li__RKAQ);
      li__2HBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__XHBV=(__li__JJG)((__li__JJG)(li__GKAQ - (__li__JJG)(((__li__JJG ) 0) - li__2HBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2HBV) - ((__li__JJG ) 1)));
      li__ZHBV=li__YCJ(li__XHBV,((__li__CB )(&(table_type[(li__HIBV)]))),(__li__52B)(li__HIBV |  1));
      li__4JAQ=li__ZHBV;
    };
    li__GLAQ=((__li__EN1P *)li__4JAQ);
    li__3JAQ=li__GLAQ;
    *(li__GLAQ) = *(li__EX5P);
  };
  ((__li__EN1P *)li__3JAQ)->li__FN1P.li__0CC=li__FX5P;
  li__GX5P=li__3JAQ;
  return(li__GX5P);
}

static __li__C li__FP2L(__li__5RB *li__GP2L,__li__5RB *li__HP2L)
/* (Strict TYPE_FULL{li__5RB},Strict TYPE_FULL{NULLxli__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__LP2L;
  __li__C li__IP2L;
  /* NULL __li__5RB__ */
if (li__HP2L==NULL) {
    li__LP2L=NULL;
  } else /* TYPE_FULL */ {
    li__LP2L=((__li__5RB *)li__HP2L);
  };
  li__IP2L=(((void *)li__LP2L != (void *)NULL) && (((void *)li__GP2L == (void *)li__LP2L) || (((void *)li__GP2L->li__AEM == (void *)((__li__5RB *)li__LP2L)->li__AEM) && ((__li__F0C)(li__GP2L->li__BEM &  15) == (__li__F0C)(li__LP2L->li__BEM &  15)))));
  return(li__IP2L);
}

static void li__WXXI(__li__QWEC *li__XXXI,__li__PO li__YXXI)
/* (Strict SLOT_CODE{li__QWEC},Expanded POSITION{li__PO}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__XXXI->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
  li__K4E( 1,(&__string_775));
  li__V5E(li__YXXI);
  li__ODF();
}

static void li__24MR(__li__5QPK *li__34MR)
/* (Strict CASE{li__5QPK}) Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__B5MR;
  __li__UJSH *li__C5MR,*li__L5MR;
  li__YWDM(((__li__KI *)li__34MR->li__0RPK));
  li__B5MR=li__34MR->li__F2DM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
if (li__B5MR==NULL) {
    li__C5MR=NULL;
  } else {
    if (((struct ___OBJ *)li__B5MR)->__id==__li__UJSH__) {
      li__C5MR=((void *)li__B5MR);
    } else /* Other types */ {
      li__C5MR=NULL;
    }
  };
  /* __li__B__ __li__I__ */
if (((void *)li__C5MR != (void *)NULL)) {
    li__L5MR=((__li__UJSH *)li__C5MR);
    ((__li__DZB *)li__L5MR->li__OJWI)->li__GZB.li__LNME=(__li__K)(li__L5MR->li__OJWI->li__GZB.li__LNME -  1);
  };
}

static void li__G3PR()
/* () Void Recursive, No inlinable. NO CONTEXT! */
{
  void *li__I3PR;
  li__I3PR=li__5TB;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__I3PR)->__id) {
  case __li__IF__: {
    ((__li__IF *)li__I3PR)->li__221G=li__AWBD;
  } break;
  case __li__ORB__: {
    ((__li__ORB *)li__I3PR)->li__PRB.li__221G=li__AWBD;
  } break;
  case __li__QRB__: {
    ((__li__QRB *)li__I3PR)->li__RRB.li__221G=li__AWBD;
  } break;
  case __li__SRB__: {
    ((__li__SRB *)li__I3PR)->li__TRB.li__221G=li__AWBD;
  } break;
  case __li__URB__: {
    ((__li__URB *)li__I3PR)->li__VRB.li__221G=li__AWBD;
  } break;
  case __li__GSZ__: {
    ((__li__GSZ *)li__I3PR)->li__HSZ.li__221G=li__AWBD;
  } break;
  case __li__1RRF__: {
    li__G3PR();
  } break;
  case __li__UJSH__: {
    li__J3PR();
  } break;
  };
}

static void li__J3PR()
/* () Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__L3PR;
  li__J3PR:
  {
    li__L3PR=li__5TB;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__L3PR)->__id) {
    case __li__IF__: {
      ((__li__IF *)li__L3PR)->li__221G=li__AWBD;
    } break;
    case __li__ORB__: {
      ((__li__ORB *)li__L3PR)->li__PRB.li__221G=li__AWBD;
    } break;
    case __li__QRB__: {
      ((__li__QRB *)li__L3PR)->li__RRB.li__221G=li__AWBD;
    } break;
    case __li__SRB__: {
      ((__li__SRB *)li__L3PR)->li__TRB.li__221G=li__AWBD;
    } break;
    case __li__URB__: {
      ((__li__URB *)li__L3PR)->li__VRB.li__221G=li__AWBD;
    } break;
    case __li__GSZ__: {
      ((__li__GSZ *)li__L3PR)->li__HSZ.li__221G=li__AWBD;
    } break;
    case __li__1RRF__: {
      li__G3PR();
    } break;
    case __li__UJSH__: {
      goto li__J3PR;
    } break;
    };
  };
}

static void li__T0FM(__li__DZB *li__U0FM,void *li__V0FM)
/* (Strict SLOT_DATA{li__DZB},WRITE{NULLxli__RLKJxli__5LKJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if (((void *)li__U0FM->li__W0FM == (void *)li__V0FM)) {
    li__U0FM->li__W0FM=NULL;
  };
}

static void li__HFDN(__li__SZEC *li__IFDN)
/* (Strict FAST_ARRAY(WRITE){li__SZEC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__NSIN,li__VSIN;
  void **li__MSIN;
  /* __li__B__ __li__I__ */
if (((*(li__IFDN)).li__J0EK ==  0)) {
    (*(li__IFDN)).li__F0EK=NULL;
    (*(li__IFDN)).li__YZEK= 0;
    (*(li__IFDN)).li__J0EK=(__li__K)(-  1);
  } else /* FALSE */ {
    li__MSIN=((void **)(*(li__IFDN)).li__F0EK);
    li__NSIN=(*(li__IFDN)).li__J0EK;
    li__VSIN= 0;
    while ((li__VSIN != li__NSIN)) {
      li__MSIN[li__VSIN]=li__MSIN[(__li__K)(li__VSIN +  1)];
      li__VSIN=(__li__K)(li__VSIN +  1);
    };
    (*(li__IFDN)).li__J0EK=(__li__K)((*(li__IFDN)).li__J0EK -  1);
  };
}

static __li__K li__SHUM(__li__SZEC *li__THUM,void *li__UHUM)
/* (Strict FAST_ARRAY(WRITE){li__SZEC},WRITE{NULLxli__RLKJxli__5LKJxli__DFNL}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__WHUM,li__A2FN,li__K2FN,li__VHUM;
  void **li__41FN;
  li__WHUM= 0;
  /* __li__B__ __li__I__ */
if (((*(li__THUM)).li__J0EK >=  0)) {
    li__41FN=((void **)(*(li__THUM)).li__F0EK);
    li__A2FN=(*(li__THUM)).li__J0EK;
    li__K2FN= 0;
    while ((! ((li__K2FN > li__A2FN) || ((void *)li__UHUM == (void *)li__41FN[li__K2FN])))) {
      li__K2FN=(__li__K)(li__K2FN +  1);
    };
    li__WHUM=li__K2FN;
  };
  li__VHUM=li__WHUM;
  ;
  return(li__VHUM);
}

static void li__RJUM(__li__SZEC *li__SJUM,__li__K li__TJUM)
/* (Strict FAST_ARRAY(WRITE){li__SZEC},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__EN2M,li__TN2M;
  void **li__CN2M;
  li__CN2M=((void **)(*(li__SJUM)).li__F0EK);
  li__EN2M=(*(li__SJUM)).li__J0EK;
  li__TN2M=li__TJUM;
  while ((li__TN2M != li__EN2M)) {
    li__CN2M[li__TN2M]=li__CN2M[(__li__K)(li__TN2M +  1)];
    li__TN2M=(__li__K)(li__TN2M +  1);
  };
  (*(li__SJUM)).li__J0EK=(__li__K)((*(li__SJUM)).li__J0EK -  1);
}

static __li__C li__22DQ(__li__WVBD *li__32DQ)
/* (Strict INTEGER_CST{li__WVBD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__P3DQ;
  __li__U *li__Q3DQ,*li__OGRR;
  __li__PF *li__TKBV;
  __li__C li__52DQ,li__A3DQ,li__SGRR,li__42DQ;
  li__52DQ=li__I__;
  li__A3DQ=li__I5VP(li__32DQ);
  /* __li__B__ __li__I__ */
if (li__A3DQ) {
    li__52DQ=(li__32DQ->li__2ZLE == (__li__K)(-  1));
  } else /* FALSE */ {
    li__P3DQ=((__li__5RB *)li__32DQ->li__XVBD.li__WZLE)->li__AEM;
    /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__P3DQ)->__id) {
    case __li__IF__: {
      li__Q3DQ=((__li__IF *)li__P3DQ)->li__TF->li__SF.li__R2B;
    } break;
    case __li__ORB__: {
      li__Q3DQ=(&__string_1);
    } break;
    case __li__QRB__: {
      li__Q3DQ=(&__string_2);
    } break;
    case __li__SRB__: {
      li__Q3DQ=(&__string_51);
    } break;
    case __li__URB__: {
      li__Q3DQ=(&__string_53);
    } break;
    case __li__GSZ__: {
      li__Q3DQ=((__li__GSZ *)li__P3DQ)->li__EGQB;
    } break;
    case __li__1RRF__: {
      li__TKBV=li__QLKI();
      li__Q3DQ=li__TKBV->li__SF.li__R2B;
    } break;
    case __li__UJSH__: {
      li__Q3DQ=((__li__UJSH *)li__P3DQ)->li__VJSH.li__NZFD;
    } break;
    };
    li__OGRR=((__li__U *)li__Q3DQ);
    li__SGRR=li__TT1(li__OGRR,(&__string_54));
    /* __li__B__ __li__I__ */
if (li__SGRR) {
      li__52DQ=li__I__;
    };
    li__SGRR=li__TT1(li__OGRR,(&__string_55));
    /* __li__B__ __li__I__ */
if (li__SGRR) {
      li__52DQ=(li__32DQ->li__2ZLE ==  4294967295LU);
    };
    li__SGRR=li__TT1(li__OGRR,(&__string_56));
    /* __li__B__ __li__I__ */
if (li__SGRR) {
      li__52DQ=(li__32DQ->li__2ZLE ==  65535);
    };
    li__SGRR=li__TT1(li__OGRR,(&__string_57));
    /* __li__B__ __li__I__ */
if (li__SGRR) {
      li__52DQ=(li__32DQ->li__2ZLE ==  255);
    };
  };
  li__42DQ=li__52DQ;
  return(li__42DQ);
}

static __li__UJG li__QCEQ(__li__WVBD *li__RCEQ)
/* (Strict INTEGER_CST{li__WVBD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__TCEQ,li__WCEQ,li__SCEQ;
  li__TCEQ= 0;
  li__WCEQ=li__RCEQ->li__2ZLE;
  /* __li__B__ __li__I__ */
if ((li__WCEQ ==  0)) {
    li__TCEQ=((__li__UJG )(__li__K)(-  1));
  } else /* FALSE */ {
    while (((__li__UJG)(li__WCEQ &  1) ==  0)) {
      li__WCEQ=(__li__UJG)(li__WCEQ >>  1);
      li__TCEQ=(__li__UJG)(li__TCEQ +  1);
    };
    /* __li__B__ __li__I__ */
if ((li__WCEQ !=  1)) {
      li__TCEQ=((__li__UJG )(__li__K)(-  1));
    };
  };
  li__SCEQ=li__TCEQ;
  return(li__SCEQ);
}

static __li__C li__CIMQ(__li__KI *li__EIMQ)
/* (Strict LIST{NULLxli__KI}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__HIMQ;
  __li__C li__GIMQ,li__FIMQ;
  void **li__VKBV;
  li__GIMQ=li__I__;
  li__HIMQ=(*(li__CJTE)).li__HIWG;
  li__VKBV=(*(((__li__ZITE *)li__CJTE))).li__HJWG;
  while (((li__HIMQ >=  0) && (! li__GIMQ))) {
    li__GIMQ=((void *)((void **)li__VKBV)[li__HIMQ] == (void *)li__EIMQ);
    li__HIMQ=(__li__K)(li__HIMQ -  1);
  };
  li__FIMQ=li__GIMQ;
  return(li__FIMQ);
}

static __li__K li__ITXQ(__li__VTBD *li__JTXQ)
/* (Strict LOCAL{li__VTBD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__LTXQ,li__X4PU,li__KTXQ;
  li__LTXQ= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__JTXQ->li__WTBD.li__XRSH != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__JTXQ->li__WTBD.li__BYEJ != (void *)NULL)) {
      li__X4PU=(__li__K)((*(((__li__SZEC *)li__JTXQ->li__WTBD.li__BYEJ))).li__J0EK +  1);
      li__LTXQ=(__li__K)( 1 + li__X4PU);
    } else /* FALSE */ {
      li__LTXQ= 1;
    };
  };
  li__KTXQ=li__LTXQ;
  return(li__KTXQ);
}

static __li__K li__VHRR(__li__DZB *li__WHRR)
/* (Strict SLOT_DATA{li__DZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YHRR,li__Z4PU,li__XHRR;
  li__YHRR= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__WHRR->li__GZB.li__XRSH != (void *)NULL)) {
    /* __li__B__ __li__I__ */
if (((void *)li__WHRR->li__GZB.li__BYEJ != (void *)NULL)) {
      li__Z4PU=(__li__K)((*(((__li__SZEC *)li__WHRR->li__GZB.li__BYEJ))).li__J0EK +  1);
      li__YHRR=(__li__K)( 1 + li__Z4PU);
    } else /* FALSE */ {
      li__YHRR= 1;
    };
  };
  li__XHRR=li__YHRR;
  return(li__XHRR);
}

static __li__C li__I5VP(__li__WVBD *li__J5VP)
/* (Strict INTEGER_CST{li__WVBD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__N5VP;
  __li__U *li__O5VP;
  __li__PF *li__WKBV;
  __li__C li__K5VP;
  li__N5VP=((__li__5RB *)li__J5VP->li__XVBD.li__WZLE)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__N5VP)->__id) {
  case __li__IF__: {
    li__O5VP=((__li__IF *)li__N5VP)->li__TF->li__SF.li__R2B;
  } break;
  case __li__ORB__: {
    li__O5VP=(&__string_1);
  } break;
  case __li__QRB__: {
    li__O5VP=(&__string_2);
  } break;
  case __li__SRB__: {
    li__O5VP=(&__string_51);
  } break;
  case __li__URB__: {
    li__O5VP=(&__string_53);
  } break;
  case __li__GSZ__: {
    li__O5VP=((__li__GSZ *)li__N5VP)->li__EGQB;
  } break;
  case __li__1RRF__: {
    li__WKBV=li__QLKI();
    li__O5VP=li__WKBV->li__SF.li__R2B;
  } break;
  case __li__UJSH__: {
    li__O5VP=((__li__UJSH *)li__N5VP)->li__VJSH.li__NZFD;
  } break;
  };
  li__K5VP=(((((void *)li__O5VP == (void *)(&__string_58)) || ((void *)li__O5VP == (void *)(&__string_59))) || ((void *)li__O5VP == (void *)(&__string_60))) || ((void *)li__O5VP == (void *)(&__string_61)));
  return(li__K5VP);
}

static __li__C li__WGVR(__li__KI *li__YGVR)
/* (Strict LIST{NULLxli__KI}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__1GVR;
  __li__C li__0GVR,li__ZGVR;
  void **li__YKBV;
  li__0GVR=li__I__;
  li__1GVR=(*(li__CJTE)).li__HIWG;
  li__YKBV=(*(((__li__ZITE *)li__CJTE))).li__HJWG;
  while (((li__1GVR >=  0) && (! li__0GVR))) {
    li__0GVR=((void *)((void **)li__YKBV)[li__1GVR] == (void *)li__YGVR);
    li__1GVR=(__li__K)(li__1GVR -  1);
  };
  li__ZGVR=li__0GVR;
  return(li__ZGVR);
}

static void li__YVWS(__li__DZB *li__ZVWS,void *li__0VWS)
/* (Strict SLOT_DATA{li__DZB},WRITE{NULLxli__RLKJxli__5LKJ}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__3ASU;
  __li__K li__BYWS;
  __li__C li__2VWS,li__14PU,li__34PU;
  /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__0VWS)->__id==__li__RLKJ__) {
    li__2VWS=((__li__RLKJ *)li__0VWS)->li__SLKJ.li__JOGK;
  } else /* WRITE_SLOT */ {
    li__2VWS=((__li__5LKJ *)li__0VWS)->li__AMKJ.li__JOGK;
  };
  /* __li__B__ __li__I__ */
if ((! li__2VWS)) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__0VWS)->__id==__li__RLKJ__) {
    li__2VWS=((__li__RLKJ *)li__0VWS)->li__SLKJ.li__1Z4L;
  } else /* WRITE_SLOT */ {
    li__2VWS=((__li__5LKJ *)li__0VWS)->li__AMKJ.li__1Z4L;
  };
  /* __li__B__ __li__I__ */
if (li__2VWS) {
    li__KBG((&__string_447));
    fputc((int)('\n'),stdout);
    exit(( 1));
  };
  /* NULL __li__RLKJ__ __li__5LKJ__ */
if (((struct ___OBJ *)li__0VWS)->__id==__li__RLKJ__) {
    ((__li__RLKJ *)li__0VWS)->li__SLKJ.li__1Z4L=li__B__;
  } else /* WRITE_SLOT */ {
    ((__li__5LKJ *)li__0VWS)->li__AMKJ.li__1Z4L=li__B__;
  };
  li__T0FM(li__ZVWS,li__0VWS);
  /* __li__B__ __li__I__ */
if (((void *)li__ZVWS->li__GZB.li__XRSH == (void *)li__0VWS)) {
    /* __li__B__ __li__I__ */
if (((void *)li__ZVWS->li__GZB.li__BYEJ != (void *)NULL)) {
      li__3ASU=((void **)(*(((__li__SZEC *)li__ZVWS->li__GZB.li__BYEJ))).li__F0EK)[ 0];
      li__ZVWS->li__GZB.li__XRSH=li__3ASU;
      li__HFDN(((__li__SZEC *)li__ZVWS->li__GZB.li__BYEJ));
      li__14PU=((*(((__li__SZEC *)li__ZVWS->li__GZB.li__BYEJ))).li__J0EK <  0);
      /* __li__B__ __li__I__ */
if (li__14PU) {
        li__ZVWS->li__GZB.li__BYEJ=NULL;
      };
    } else /* FALSE */ {
      li__ZVWS->li__GZB.li__XRSH=NULL;
    };
  } else /* FALSE */ {
    /* __li__B__ __li__I__ */
if (((void *)li__ZVWS->li__GZB.li__BYEJ == (void *)NULL)) {
      li__KBG(((__li__U *)li__ZVWS->li__GZB.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_680));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__BYWS=li__SHUM(((__li__SZEC *)li__ZVWS->li__GZB.li__BYEJ),li__0VWS);
    /* __li__B__ __li__I__ */
if ((li__BYWS > (*(li__ZVWS->li__GZB.li__BYEJ)).li__J0EK)) {
      li__KBG(((__li__U *)li__ZVWS->li__GZB.li__GRNE));
      fputc((int)('\n'),stdout);
      li__KBG((&__string_681));
      fputc((int)('\n'),stdout);
      exit(( 1));
    };
    li__RJUM(((__li__SZEC *)li__ZVWS->li__GZB.li__BYEJ),li__BYWS);
    li__34PU=((*(((__li__SZEC *)li__ZVWS->li__GZB.li__BYEJ))).li__J0EK <  0);
    /* __li__B__ __li__I__ */
if (li__34PU) {
      li__ZVWS->li__GZB.li__BYEJ=NULL;
    };
  };
}

static __li__C li__GZNQ(__li__21LO *li__HZNQ)
/* (Strict READ_SLOT{li__21LO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  __li__DZB *li__SZRQ,*li__B0MV;
  void *li__TZRQ;
  __li__C li__3ZRQ,li__0ZRQ,li__IZNQ;
  li__SZRQ=((__li__DZB *)li__HZNQ->li__KJXO);
  li__TZRQ=li__HZNQ->li__N2LO;
  /* __li__B__ __li__I__ */
if (((void *)li__TZRQ == (void *)NULL)) {
    li__3ZRQ=li__B__;
  } else /* FALSE */ {
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TZRQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__0ZRQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__0ZRQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__0ZRQ=li__35XQ(((__li__KTVI *)li__TZRQ));
    } break;
    case __li__LTVI__: {
      li__0ZRQ=li__LAYQ(((__li__LTVI *)li__TZRQ));
    } break;
    case __li__XTVI__: {
      li__0ZRQ=li__0AYQ(((__li__XTVI *)li__TZRQ));
    } break;
    case __li__YTVI__: {
      li__0ZRQ=li__IBYQ(((__li__YTVI *)li__TZRQ));
    } break;
    case __li__S2VI__: {
      li__0ZRQ=li__WBYQ(((__li__S2VI *)li__TZRQ));
    } break;
    case __li__E3VI__: {
      li__0ZRQ=li__ECYQ(((__li__E3VI *)li__TZRQ));
    } break;
    case __li__NMWI__: {
      li__0ZRQ=li__YCYQ(((__li__NMWI *)li__TZRQ));
    } break;
    case __li__BNWI__: {
      li__0ZRQ=li__GDYQ(((__li__BNWI *)li__TZRQ));
    } break;
    case __li__XNWI__: {
      li__0ZRQ=li__UDYQ(((__li__XNWI *)li__TZRQ));
    } break;
    case __li__LOWI__: {
      li__0ZRQ=li__CEYQ(((__li__LOWI *)li__TZRQ));
    } break;
    case __li__5OWI__: {
      li__0ZRQ=li__QEYQ(((__li__5OWI *)li__TZRQ));
    } break;
    case __li__TPWI__: {
      li__0ZRQ=li__4EYQ(((__li__TPWI *)li__TZRQ));
    } break;
    case __li__HQWI__: {
      li__0ZRQ=li__MFYQ(((__li__HQWI *)li__TZRQ));
    } break;
    case __li__ARWI__: {
      li__0ZRQ=li__0FYQ(((__li__ARWI *)li__TZRQ));
    } break;
    case __li__URWI__: {
      li__0ZRQ=li__RGYQ(((__li__URWI *)li__TZRQ));
    } break;
    case __li__ETWI__: {
      li__0ZRQ=li__CHYQ(((__li__ETWI *)li__TZRQ));
    } break;
    case __li__KMFK__: {
      li__0ZRQ=li__QHYQ(((__li__KMFK *)li__TZRQ));
    } break;
    case __li__XOHL__: {
      li__0ZRQ=li__VHYQ(((__li__XOHL *)li__TZRQ));
    } break;
    case __li__FPHL__: {
      li__0ZRQ=li__0HYQ(((__li__FPHL *)li__TZRQ));
    } break;
    case __li__APLM__: {
      li__0ZRQ=li__Z4YQ(((__li__APLM *)li__TZRQ));
    } break;
    case __li__DTNM__: {
      li__0ZRQ=li__IIYQ(((__li__DTNM *)li__TZRQ));
    } break;
    case __li__JXNM__: {
      li__0ZRQ=li__5O4R(((__li__JXNM *)li__TZRQ));
    } break;
    case __li__21LO__: {
      li__0ZRQ=li__GZNQ(((__li__21LO *)li__TZRQ));
    } break;
    case __li__TPOO__: {
      li__B0MV=((__li__DZB *)((__li__TPOO *)li__TZRQ)->li__5IXO);
      li__0ZRQ=((((void *)li__B0MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__B0MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__0ZRQ=li__SQKS(((__li__URRO *)li__TZRQ));
    } break;
    case __li__41XO__: {
      li__0ZRQ=li__H5YQ(((__li__41XO *)li__TZRQ));
    } break;
    case __li__AKBR__: {
      li__0ZRQ=li__IXES(((__li__AKBR *)li__TZRQ));
    } break;
    case __li__SU5R__: {
      li__0ZRQ=li__XQKS(((__li__SU5R *)li__TZRQ));
    } break;
    case __li__JV5R__: {
      li__0ZRQ=li__FRKS(((__li__JV5R *)li__TZRQ));
    } break;
    };
    li__3ZRQ=li__0ZRQ;
  };
  li__IZNQ=(((li__3ZRQ && ((void *)li__SZRQ->li__W0FM != (void *)NULL)) && (li__GXHP == li__NHBK)) && (li__SZRQ->li__01JM <= ((__li__52B )li__CXHP)));
  return(li__IZNQ);
}

static void li__0QUN(__li__VTBD *li__1QUN,void *li__2QUN)
/* (Strict LOCAL{li__VTBD},WRITE{NULLxli__RLKJxli__5LKJxli__DFNL}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* __li__B__ __li__I__ */
if ((((void *)li__1QUN->li__IVPK != (void *)NULL) && ((void *)li__1QUN->li__IVPK->li__CKSN == (void *)li__2QUN))) {
    ((__li__WHBK *)li__1QUN->li__IVPK)->li__CKSN=NULL;
  };
}

static __li__C li__WZNL(__li__5RB *li__XZNL)
/* (Strict TYPE_FULL{li__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZZNL;
  __li__C li__0ZNL,li__YZNL;
  li__ZZNL=li__XZNL->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ZZNL)->__id) {
  case __li__IF__: {
    li__0ZNL=(li__AWBD == ((__li__IF *)li__ZZNL)->li__221G);
  } break;
  case __li__ORB__: {
    li__0ZNL=(li__AWBD == ((__li__ORB *)li__ZZNL)->li__PRB.li__221G);
  } break;
  case __li__QRB__: {
    li__0ZNL=(li__AWBD == ((__li__QRB *)li__ZZNL)->li__RRB.li__221G);
  } break;
  case __li__SRB__: {
    li__0ZNL=(li__AWBD == ((__li__SRB *)li__ZZNL)->li__TRB.li__221G);
  } break;
  case __li__URB__: {
    li__0ZNL=(li__AWBD == ((__li__URB *)li__ZZNL)->li__VRB.li__221G);
  } break;
  case __li__GSZ__: {
    li__0ZNL=(li__AWBD == ((__li__GSZ *)li__ZZNL)->li__HSZ.li__221G);
  } break;
  case __li__1RRF__: {
    li__0ZNL=(li__AWBD == ((__li__1RRF *)li__ZZNL)->li__2RRF.li__221G);
  } break;
  case __li__UJSH__: {
    li__0ZNL=(li__AWBD == ((__li__UJSH *)li__ZZNL)->li__WJSH.li__221G);
  } break;
  };
  li__YZNL=li__0ZNL;
  return(li__YZNL);
}

static void li__XPDN(__li__4BCK *li__YPDN)
/* (Strict HASHED_DICTIONARY(Expanded INTEGER,Strict STRING_CONSTANT){li__4BCK}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__LQDN,li__DQDN,li__HRDN,li__JRDN;
  __li__4G4L *li__FQDN,*li__GQDN;
  void **li__EQDN,**li__MQDN;
  li__FQDN=NULL;
  li__GQDN=NULL;
  li__EQDN=li__YPDN->li__JH4L;
  li__LQDN=li__YDQ((__li__K)(li__YPDN->li__CH4L +  1));
  li__MQDN=li__IJOM(li__LQDN);
  li__YPDN->li__JH4L=li__MQDN;
  li__DQDN=(__li__K)(li__YPDN->li__CH4L -  1);
  li__YPDN->li__CH4L=li__LQDN;
  while ((! (li__DQDN <  0))) {
    li__FQDN=((void **)li__EQDN)[li__DQDN];
    while (((void *)li__FQDN != (void *)NULL)) {
      li__GQDN=li__FQDN->li__YH4L;
      li__HRDN=li__AIO(((__li__U *)li__FQDN->li__QH4L));
      li__JRDN=(__li__K)(li__HRDN % li__YPDN->li__CH4L);
      ((__li__4G4L *)li__FQDN)->li__YH4L=((void **)li__YPDN->li__JH4L)[li__JRDN];
      ((void **)li__YPDN->li__JH4L)[li__JRDN]=li__FQDN;
      li__FQDN=li__GQDN;
    };
    li__DQDN=(__li__K)(li__DQDN -  1);
  };
}

static __li__4G4L* li__STUM(__li__K li__UTUM,__li__U *li__VTUM,__li__4G4L *li__WTUM)
/* (Expanded INTEGER{li__K},Strict STRING_CONSTANT{NULLxli__U},Strict HASHED_DICTIONARY_NODE(Expanded INTEGER,Strict STRING_CONSTANT){NULLxli__4G4L}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__10RN,li__SLBV;
  __li__JJG li__D1RN,li__VLBV,li__QLBV;
  __li__K li__O1RN;
  __li__52B li__AMBV;
  __li__4G4L *li__00RN,*li__D2RN,*li__XTUM;
  li__00RN=NULL;
  li__10RN=((__li__CB )(NULL));
  li__D1RN=((__li__JJG )sizeof(__li__4G4L));
  /* __li__B__ __li__I__ */
if ((li__D1RN ==  0)) {
    li__00RN=li__4G4L__;
  } else /* FALSE */ {
    li__O1RN=__li__4G4L__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__D1RN));
    /* __li__B__ __li__I__ */
if ((li__O1RN == (__li__K)(-  1))) {
      li__VLBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QLBV=(__li__JJG)((__li__JJG)(li__D1RN - (__li__JJG)(((__li__JJG ) 0) - li__VLBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__VLBV) - ((__li__JJG ) 1)));
      li__VLBV=(__li__JJG)(li__QLBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__SLBV=li__YCJ(li__QLBV,((__li__CB )(&(table_size[(li__VLBV)-1]))),((__li__52B )li__QLBV));
      li__10RN=li__SLBV;
    } else /* FALSE */ {
      li__AMBV=((__li__52B )li__O1RN);
      li__VLBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QLBV=(__li__JJG)((__li__JJG)(li__D1RN - (__li__JJG)(((__li__JJG ) 0) - li__VLBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__VLBV) - ((__li__JJG ) 1)));
      li__SLBV=li__YCJ(li__QLBV,((__li__CB )(&(table_type[(li__AMBV)]))),(__li__52B)(li__AMBV |  1));
      li__10RN=li__SLBV;
    };
    li__D2RN=((__li__4G4L *)li__10RN);
    li__00RN=li__D2RN;
    *(li__D2RN) = *(li__4G4L__);
  };
  li__D2RN=((__li__4G4L *)li__00RN);
  li__D2RN->li__1H4L=li__UTUM;
  li__D2RN->li__QH4L=li__VTUM;
  li__D2RN->li__YH4L=li__WTUM;
  li__XTUM=li__00RN;
  return(li__XTUM);
}

static __li__K li__GCZI(__li__U *li__HCZI,__li__K li__JCZI)
/* (Strict STRING_CONSTANT{li__U},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__LCZI,li__BBSU,li__KCZI;
  __li__3 *li__CBSU;
  li__LCZI=li__JCZI;
  li__BBSU=li__HCZI->li__2C;
  li__CBSU=li__HCZI->li__3C;
  while ((! ((li__LCZI > li__BBSU) || ('@' == ((__li__3 *)li__CBSU)[(__li__K)(li__LCZI -  1)])))) {
    li__LCZI=(__li__K)(li__LCZI +  1);
  };
  li__KCZI=li__LCZI;
  return(li__KCZI);
}

static void* li__B20C(__li__DCG *li__C20C)
/* (Strict PARSER{li__DCG}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__E20C,*li__W20C,*li__HO0D,*li__KAFE,*li__5CFE,*li__LPDF;
  void *li__D20C;
  __li__PO li__220C,li__4AFE,li__2BFE,li__MNDF,li__KODF;
  __li__M30C *li__QM0D,*li__ZN0D;
  __li__CB li__RM0D,li__ZMBV;
  __li__JJG li__ZM0D,li__2MBV,li__XMBV;
  __li__K li__EN0D;
  __li__52B li__HNBV;
  __li__U *li__MAFE,*li__0MDF;
  __li__NCFE *li__QCFE,*li__2ODF;
  __li__YOB *li__WKMV,*li__XKMV,*li__2YEF,*li__YFWF;
  __li__3 li__G20C;
  __li__C li__H20C,li__Q20C,li__N20C,li__RAFE,li__YAFE,li__WBFE;
  __li__C li__GNDF,li__EODF;
  __li__1M5D *li__OAFE,*li__XAFE,*li__MBFE,*li__VBFE,*li__KCFE,*li__FNDF;
  __li__1M5D *li__0NDF,*li__DODF,*li__YODF;
  li__E20C=NULL;
  li__G20C='\0';
  li__H20C=li__AIX('-');
  /* __li__B__ __li__I__ */
if (li__H20C) {
    li__Q20C=li__B__;
  } else /* FALSE */ {
    li__N20C=li__AIX('!');
    li__Q20C=li__N20C;
  };
  /* __li__B__ __li__I__ */
if (li__Q20C) {
    li__W20C=li__B20C(li__C20C);
    /* __li__B__ __li__I__ */
if (((void *)li__W20C == (void *)NULL)) {
      li__220C=li__WTIB();
      li__K4E( 0,(&__string_331));
      li__V5E(li__220C);
      li__ODF();
    };
    /* __li__B__ __li__I__ */
if (li__H20C) {
      li__G20C='-';
    } else /* FALSE */ {
      li__G20C='!';
    };
    li__220C=li__WTIB();
    li__QM0D=NULL;
    li__RM0D=((__li__CB )(NULL));
    li__ZM0D=((__li__JJG )sizeof(__li__M30C));
    /* __li__B__ __li__I__ */
if ((li__ZM0D ==  0)) {
      li__QM0D=li__M30C__;
    } else /* FALSE */ {
      li__EN0D=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ZM0D));
      /* __li__B__ __li__I__ */
if ((li__EN0D == (__li__K)(-  1))) {
        li__2MBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__XMBV=(__li__JJG)((__li__JJG)(li__ZM0D - (__li__JJG)(((__li__JJG ) 0) - li__2MBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MBV) - ((__li__JJG ) 1)));
        li__2MBV=(__li__JJG)(li__XMBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__ZMBV=li__YCJ(li__XMBV,((__li__CB )(&(table_size[(li__2MBV)-1]))),((__li__52B )li__XMBV));
        li__RM0D=li__ZMBV;
      } else /* FALSE */ {
        li__HNBV=((__li__52B )li__EN0D);
        li__2MBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__XMBV=(__li__JJG)((__li__JJG)(li__ZM0D - (__li__JJG)(((__li__JJG ) 0) - li__2MBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MBV) - ((__li__JJG ) 1)));
        li__ZMBV=li__YCJ(li__XMBV,((__li__CB )(&(table_type[(li__HNBV)]))),(__li__52B)(li__HNBV |  1));
        li__RM0D=li__ZMBV;
      };
      li__ZN0D=((__li__M30C *)li__RM0D);
      li__QM0D=li__ZN0D;
      *(li__ZN0D) = *(li__M30C__);
    };
    li__ZN0D=((__li__M30C *)li__QM0D);
    li__ZN0D->li__N30C.li__0CC=li__220C;
    li__ZN0D->li__YZME=li__G20C;
    li__ZN0D->li__ZZME=li__W20C;
    li__E20C=li__QM0D;
  } else /* FALSE */ {
    li__W20C=li__WM5D(li__C20C);
    li__HO0D=li__W20C;
    /* __li__B__ __li__I__ */
if (((void *)li__W20C == (void *)NULL)) {
      li__KAFE=NULL;
      li__MAFE=NULL;
      li__OAFE=NULL;
      li__RAFE=li__WEK((&__string_96));
      /* __li__B__ __li__I__ */
if (li__RAFE) {
        li__XAFE=li__E3HE();
        li__YAFE=li__AIX('{');
        /* __li__B__ __li__I__ */
if ((! li__YAFE)) {
          li__4AFE=li__WTIB();
          li__K4E( 2,(&__string_744));
          li__V5E(li__4AFE);
          li__ODF();
        };
        li__H4HE(li__C20C,li__XAFE);
        li__YAFE=li__AIX('}');
        /* __li__B__ __li__I__ */
if ((! li__YAFE)) {
          li__4AFE=li__WTIB();
          li__K4E( 2,(&__string_744));
          li__V5E(li__4AFE);
          li__ODF();
        };
        li__MBFE=li__E5HE(li__XAFE);
        li__YAFE=li__WEK((&__string_97));
        /* __li__B__ __li__I__ */
if (li__YAFE) {
          li__VBFE=li__E3HE();
          li__WBFE=li__AIX('{');
          /* __li__B__ __li__I__ */
if ((! li__WBFE)) {
            li__2BFE=li__WTIB();
            li__K4E( 2,(&__string_744));
            li__V5E(li__2BFE);
            li__ODF();
          };
          li__H4HE(li__C20C,li__VBFE);
          li__WBFE=li__AIX('}');
          /* __li__B__ __li__I__ */
if ((! li__WBFE)) {
            li__2BFE=li__WTIB();
            li__K4E( 2,(&__string_744));
            li__V5E(li__2BFE);
            li__ODF();
          };
          li__KCFE=li__E5HE(li__VBFE);
          li__OAFE=li__KCFE;
        };
        li__4AFE=li__WTIB();
        li__QCFE=li__W5HE(li__4AFE,NULL,li__MBFE,li__OAFE);
        li__KAFE=li__QCFE;
        li__YAFE=li__B__;
      } else /* FALSE */ {
        li__YAFE=li__I__;
      };
      /* __li__B__ __li__I__ */
if ((! li__YAFE)) {
        li__YAFE=li__P4IB();
        /* __li__B__ __li__I__ */
if (li__YAFE) {
          li__MAFE=li__2YI;
          li__5CFE=li__5XEF(li__C20C);
          li__2BFE=li__WTIB();
          li__WKMV=li__Q0JF();
          li__XKMV=((__li__YOB *)li__WKMV);
          li__XKMV->li__ZOB.li__0CC=li__2BFE;
          li__XKMV->li__30SF=NULL;
          li__XKMV->li__T1SF=li__MAFE;
          li__XKMV->li__I1SF=li__5CFE;
          li__KAFE=li__WKMV;
        };
      };
      li__HO0D=li__KAFE;
    };
    li__W20C=li__HO0D;
    li__SO0D:
    {
      li__YAFE=li__AIX('.');
      /* __li__B__ __li__I__ */
if (li__YAFE) {
        li__5CFE=NULL;
        li__0MDF=NULL;
        li__VBFE=NULL;
        li__WBFE=li__WEK((&__string_96));
        /* __li__B__ __li__I__ */
if (li__WBFE) {
          li__FNDF=li__E3HE();
          li__GNDF=li__AIX('{');
          /* __li__B__ __li__I__ */
if ((! li__GNDF)) {
            li__MNDF=li__WTIB();
            li__K4E( 2,(&__string_744));
            li__V5E(li__MNDF);
            li__ODF();
          };
          li__H4HE(li__C20C,li__FNDF);
          li__GNDF=li__AIX('}');
          /* __li__B__ __li__I__ */
if ((! li__GNDF)) {
            li__MNDF=li__WTIB();
            li__K4E( 2,(&__string_744));
            li__V5E(li__MNDF);
            li__ODF();
          };
          li__0NDF=li__E5HE(li__FNDF);
          li__GNDF=li__WEK((&__string_97));
          /* __li__B__ __li__I__ */
if (li__GNDF) {
            li__DODF=li__E3HE();
            li__EODF=li__AIX('{');
            /* __li__B__ __li__I__ */
if ((! li__EODF)) {
              li__KODF=li__WTIB();
              li__K4E( 2,(&__string_744));
              li__V5E(li__KODF);
              li__ODF();
            };
            li__H4HE(li__C20C,li__DODF);
            li__EODF=li__AIX('}');
            /* __li__B__ __li__I__ */
if ((! li__EODF)) {
              li__KODF=li__WTIB();
              li__K4E( 2,(&__string_744));
              li__V5E(li__KODF);
              li__ODF();
            };
            li__YODF=li__E5HE(li__DODF);
            li__VBFE=li__YODF;
          };
          li__MNDF=li__WTIB();
          li__2ODF=li__W5HE(li__MNDF,li__W20C,li__0NDF,li__VBFE);
          li__5CFE=li__2ODF;
          li__GNDF=li__B__;
        } else /* FALSE */ {
          li__GNDF=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__GNDF)) {
          li__GNDF=li__P4IB();
          /* __li__B__ __li__I__ */
if (li__GNDF) {
            li__0MDF=li__2YI;
            li__LPDF=li__5XEF(li__C20C);
            li__KODF=li__WTIB();
            li__2YEF=li__Q0JF();
            li__YFWF=((__li__YOB *)li__2YEF);
            li__YFWF->li__ZOB.li__0CC=li__KODF;
            li__YFWF->li__30SF=li__W20C;
            li__YFWF->li__T1SF=li__0MDF;
            li__YFWF->li__I1SF=li__LPDF;
            li__5CFE=li__2YEF;
          };
        };
        li__W20C=li__5CFE;
        /* __li__B__ __li__I__ */
if (((void *)li__5CFE == (void *)NULL)) {
          li__MNDF=li__WTIB();
          li__K4E( 0,(&__string_776));
          li__V5E(li__MNDF);
          li__ODF();
        };
        goto li__SO0D;
      };
    };
    li__E20C=li__W20C;
  };
  li__D20C=li__E20C;
  return(li__D20C);
}

static __li__VB1* li__GXYB()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VB1 *li__IXYB,*li__JZYB;
  __li__PO li__VXYB,li__0YYB;
  void *li__ZXYB;
  void *li__HZYB;
  __li__C li__JXYB,li__PXYB;
  li__IXYB=NULL;
  li__JXYB=li__P4IB();
  /* __li__B__ __li__I__ */
if (li__JXYB) {
    li__PXYB=li__AIX(':');
    /* __li__B__ __li__I__ */
if ((! li__PXYB)) {
      li__VXYB=li__WTIB();
      li__K4E( 2,(&__string_777));
      li__V5E(li__VXYB);
      li__ODF();
    };
    li__ZXYB=li__HK2B(li__DCG__,li__B__);
    /* __li__B__ __li__I__ */
if (((void *)li__ZXYB == (void *)NULL)) {
      li__VXYB=li__WTIB();
      li__K4E( 0,(&__string_763));
      li__V5E(li__VXYB);
      li__ODF();
    };
    li__VXYB=li__WTIB();
    li__K4E( 1,(&__string_767));
    li__V5E(li__VXYB);
    li__ODF();
    li__PXYB=li__B__;
  } else /* FALSE */ {
    li__PXYB=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__PXYB)) {
    li__PXYB=li__YXVB();
    /* __li__B__ __li__I__ */
if (li__PXYB) {
      /* __li__B__ __li__I__ */
if ((! li__2YVB)) {
        li__0YYB=li__WTIB();
        li__K4E( 0,(&__string_734));
        li__V5E(li__0YYB);
        li__ODF();
      };
      li__HZYB=li__QBUC(li__2YI);
      /* NULL __li__XRB__ __li__VB1__ */
if (li__HZYB==NULL) {
        li__JZYB=NULL;
      } else {
        if (((struct ___OBJ *)li__HZYB)->__id==__li__XRB__) {
          li__JZYB=NULL;
        } else /* Other types */ {
          li__JZYB=((void *)li__HZYB);
        }
      };
      li__IXYB=li__JZYB;
    };
  };
  li__JZYB=li__IXYB;
  return(li__JZYB);
}

static void li__CAGC(__li__XB1 *li__DAGC,__li__VB1 *li__EAGC)
/* (Strict FAST_ARRAY(ITM_TYPE_PARAMETER){li__XB1},Strict ITM_TYPE_PARAMETER{NULLxli__VB1}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__GBGC,li__KTGD,li__UUGD,li__ULSE;
  __li__CB li__OUGD;
  __li__C li__TAGC;
  void **li__5AGC;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__DAGC)).li__PCDC +  1) <= (__li__K)((*(li__DAGC)).li__4BDC -  1))) {
    (*(li__DAGC)).li__PCDC=(__li__K)((*(li__DAGC)).li__PCDC +  1);
    li__TAGC=li__B__;
  } else /* FALSE */ {
    li__TAGC=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__TAGC)) {
    /* __li__B__ __li__I__ */
if (((*(li__DAGC)).li__4BDC ==  0)) {
      li__5AGC=li__TTQC( 2);
      (*(li__DAGC)).li__LCDC=li__5AGC;
      (*(li__DAGC)).li__4BDC= 2;
      (*(li__DAGC)).li__PCDC= 0;
    } else /* FALSE */ {
      li__GBGC=(__li__K)((*(li__DAGC)).li__4BDC <<  1);
      li__5AGC=((void **)(*(li__DAGC)).li__LCDC);
      li__KTGD=(*(li__DAGC)).li__4BDC;
      li__OUGD=li__CUY(((__li__CB )li__5AGC),((__li__JJG )(__li__K)(li__KTGD * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__GBGC * ((__li__K )(sizeof(void *))))));
      li__5AGC=((void **)li__OUGD);
      li__UUGD=(__li__K)(li__GBGC -  1);
      li__ULSE=li__KTGD;
      while ((li__ULSE <= li__UUGD)) {
        li__5AGC[li__ULSE]=NULL;
        li__ULSE=(__li__K)(li__ULSE +  1);
      };
      (*(li__DAGC)).li__LCDC=li__5AGC;
      (*(li__DAGC)).li__4BDC=li__GBGC;
      (*(li__DAGC)).li__PCDC=(__li__K)((*(li__DAGC)).li__PCDC +  1);
    };
  };
  ((void **)(*(li__DAGC)).li__LCDC)[(*(li__DAGC)).li__PCDC]=li__EAGC;
}

static __li__C li__P44B()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__U *li__HB5B;
  __li__C li__S44B,li__U44B,li__444B,li__T54B,li__R44B;
  __li__3 li__144B,li__R54B,li__454B,li__IA5B;
  li__S44B=li__I__;
  li__U44B=li__PNK();
  /* __li__B__ __li__I__ */
if ((! li__U44B)) {
    li__444B=li__B__;
  } else /* FALSE */ {
    li__144B=li__GBL();
    li__444B=(li__144B != '`');
  };
  /* __li__B__ __li__I__ */
if (li__444B) {
    li__S44B=li__I__;
  } else /* FALSE */ {
    li__Y5H=(__li__K)(li__Y5H +  1);
    ((__li__BC *)li__0C)->li__NK= 0;
    li__1IOC:
    {
      li__R54B=li__GBL();
      li__T54B=(li__R54B == ((__li__3 )(( 0))));
      li__R54B=li__GBL();
      /* __li__B__ __li__I__ */
if ((! (li__T54B | (li__R54B == '`')))) {
        li__454B=li__GBL();
        li__SRX(((__li__BC *)li__0C),li__454B);
        li__454B=li__GBL();
        /* __li__B__ __li__I__ */
if ((li__454B == '\\')) {
          li__Y5H=(__li__K)(li__Y5H +  1);
          li__IA5B=li__GBL();
          li__SRX(((__li__BC *)li__0C),li__IA5B);
          li__IA5B=li__GBL();
          /* __li__B__ __li__I__ */
if ((li__IA5B != ((__li__3 )(( 0))))) {
            li__Y5H=(__li__K)(li__Y5H +  1);
          };
        } else /* FALSE */ {
          li__Y5H=(__li__K)(li__Y5H +  1);
        };
        goto li__1IOC;
      };
    };
    li__144B=li__GBL();
    /* __li__B__ __li__I__ */
if ((li__144B != ((__li__3 )(( 0))))) {
      li__Y5H=(__li__K)(li__Y5H +  1);
      li__HB5B=li__SQC(li__0C);
      li__2YI=li__HB5B;
      li__S44B=li__B__;
    } else /* FALSE */ {
      li__S44B=li__I__;
    };
  };
  li__R44B=li__S44B;
  return(li__R44B);
}

static void* li__G32B(__li__DCG *li__H32B)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__J32B,*li__I32B;
  __li__QOZB *li__R32B,*li__QB3B;
  __li__U *li__V32B,*li__052B,*li__NK0C;
  __li__PO li__432B,li__U52B,li__ZV4B,li__AD3B,li__2F3B;
  __li__AE1B *li__A42B,*li__DA3B;
  void *li__WU4B,*li__VX4B,*li__FF3B;
  __li__K li__1U4B,li__TNGD,li__DT1C;
  __li__KUB *li__JY4B;
  __li__BZZB *li__KLUC,*li__GXJT;
  __li__KD3B *li__5MGD,*li__IOGD;
  __li__CB li__ANGD,li__MPBV,li__TQBV;
  __li__JJG li__INGD,li__PPBV,li__KPBV,li__WQBV,li__RQBV;
  __li__52B li__0PBV,li__BRBV;
  __li__WE3B *li__PS1C,*li__YT1C;
  __li__M32B *li__MU1C,*li__VV1C;
  __li__C li__ROBV,li__C42B,li__VOBV,li__B52B,li__NV4B,li__TV4B;
  __li__C li__OW4B,li__RW4B;
  __li__3 li__Q42B,li__A52B,li__J52B;
  __li__CRB *li__VU4B,*li__QX4B,*li__IY4B,*li__WF3B;
  __li__NWZB *li__TB3B;
  li__J32B=NULL;
  li__R32B=NULL;
  li__V32B=NULL;
  li__ROBV=li__WEK((&__string_66));
  /* __li__B__ __li__I__ */
if (li__ROBV) {
    li__432B=li__WTIB();
    li__A42B=li__IU4B(li__432B,li__2YI);
    li__J32B=li__A42B;
    li__C42B=li__B__;
  } else /* FALSE */ {
    li__C42B=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__C42B) {
    li__C42B=li__B__;
  } else /* FALSE */ {
    li__VOBV=li__WEK((&__string_17));
    /* __li__B__ __li__I__ */
if (li__VOBV) {
      li__Q42B=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__Q42B == '_')) {
        li__Y5H=(__li__K)(li__Y5H +  1);
        li__HEZ(((__li__BC *)li__0C),(&__string_17));
        li__SRX(((__li__BC *)li__0C),'_');
        li__MJ0C:
        {
          li__A52B=li__GBL();
          li__B52B=li__KTX(li__A52B);
          /* __li__B__ __li__I__ */
if (li__B52B) {
            li__J52B=li__GBL();
            li__SRX(((__li__BC *)li__0C),li__J52B);
            li__Y5H=(__li__K)(li__Y5H +  1);
            goto li__MJ0C;
          };
        };
        /* __li__B__ __li__I__ */
if ((((__li__BC *)li__0C)->li__NK ==  0)) {
          li__U52B=li__WTIB();
          li__K4E( 0,(&__string_778));
          li__V5E(li__U52B);
          li__ODF();
        };
        li__052B=li__SQC(li__0C);
        li__V32B=li__052B;
      } else /* FALSE */ {
        li__V32B=(&__string_17);
      };
      li__U52B=li__WTIB();
      li__DA3B=li__IU4B(li__U52B,li__V32B);
      li__J32B=li__DA3B;
    };
    li__C42B=li__VOBV;
  };
  /* __li__B__ __li__I__ */
if (li__C42B) {
    li__C42B=li__B__;
  } else /* FALSE */ {
    li__VU4B=NULL;
    li__WU4B=NULL;
    li__1U4B= 0;
    li__VOBV=li__I__;
    li__B52B=li__YXVB();
    /* __li__B__ __li__I__ */
if (li__B52B) {
      li__HEZ(((__li__BC *)li__GNB),li__2YI);
      do {
        li__NV4B=li__WEK((&__string_13));
        li__VOBV=li__NV4B;
        /* __li__B__ __li__I__ */
if (li__NV4B) {
          li__TV4B=li__YXVB();
          /* __li__B__ __li__I__ */
if ((! li__TV4B)) {
            li__ZV4B=li__WTIB();
            li__K4E( 0,(&__string_762));
            li__V5E(li__ZV4B);
            li__ODF();
          };
          li__JAZ(((__li__BC *)li__GNB),(&__string_13));
          li__JAZ(((__li__BC *)li__GNB),li__2YI);
        } else /* FALSE */ {
          li__1U4B=li__Y5H;
          li__TV4B=li__AIX('.');
          /* __li__B__ __li__I__ */
if (li__TV4B) {
            li__OW4B=li__YXVB();
            li__RW4B=li__OW4B;
          } else /* FALSE */ {
            li__RW4B=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__RW4B) {
            li__VOBV=li__B__;
            li__SRX(((__li__BC *)li__GNB),'.');
            li__JAZ(((__li__BC *)li__GNB),li__2YI);
          } else /* FALSE */ {
            li__Y5H=li__1U4B;
          };
        };
      } while (li__VOBV);
      li__052B=li__SQC(li__GNB);
      li__NV4B=li__AIX('(');
      /* __li__B__ __li__I__ */
if (li__NV4B) {
        li__QX4B=li__G5C();
        li__VU4B=li__QX4B;
        do {
          li__VX4B=li__FGBC(li__H32B);
          /* __li__B__ __li__I__ */
if (((void *)li__VX4B == (void *)NULL)) {
            li__ZV4B=li__WTIB();
            li__K4E( 0,(&__string_763));
            li__V5E(li__ZV4B);
            li__ODF();
          };
          li__S0BD(((__li__CRB *)li__VU4B),li__VX4B);
          li__TV4B=li__AIX(',');
        } while (li__TV4B);
        li__IY4B=li__GAD(li__QX4B);
        li__VU4B=li__IY4B;
        li__JY4B=li__RGAC(li__052B,NULL,li__IY4B);
        li__WU4B=li__JY4B;
        li__TV4B=li__AIX(')');
        /* __li__B__ __li__I__ */
if ((! li__TV4B)) {
          li__ZV4B=li__WTIB();
          li__K4E( 2,(&__string_735));
          li__V5E(li__ZV4B);
          li__ODF();
        };
      } else /* FALSE */ {
        /* __li__B__ __li__I__ */
if (li__2YVB) {
          li__VX4B=li__QBUC(li__052B);
          li__WU4B=li__VX4B;
          li__OW4B=li__B__;
        } else /* FALSE */ {
          li__OW4B=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__OW4B)) {
          li__VX4B=li__D4C(li__052B);
          li__WU4B=li__VX4B;
        };
      };
    };
    li__VOBV=((void *)li__WU4B != (void *)NULL);
    /* __li__B__ __li__I__ */
if (li__VOBV) {
      li__U52B=li__WTIB();
      li__KLUC=li__MZ0B();
      li__GXJT=((__li__BZZB *)li__KLUC);
      li__GXJT->li__EZZB.li__0CC=li__U52B;
      li__GXJT->li__01FC=li__WU4B;
      li__J32B=li__KLUC;
    };
    li__C42B=li__VOBV;
  };
  /* __li__B__ __li__I__ */
if (li__C42B) {
    li__C42B=li__B__;
  } else /* FALSE */ {
    li__WU4B=li__G24B();
    li__J32B=li__WU4B;
    li__C42B=((void *)li__WU4B != (void *)NULL);
  };
  /* __li__B__ __li__I__ */
if (li__C42B) {
    li__C42B=li__B__;
  } else /* FALSE */ {
    li__VOBV=li__AIX('(');
    /* __li__B__ __li__I__ */
if (li__VOBV) {
      li__R32B=li__5WZB;
      li__U52B=li__WTIB();
      li__QB3B=li__VN0B(li__U52B);
      li__5WZB=li__QB3B;
      li__J32B=li__QB3B;
      li__TB3B=li__MLUC(li__H32B);
      ((__li__QOZB *)li__QB3B)->li__J1FC=li__TB3B;
      li__NV4B=li__AIX(')');
      /* __li__B__ __li__I__ */
if ((! li__NV4B)) {
        li__ZV4B=li__WTIB();
        li__K4E( 2,(&__string_735));
        li__V5E(li__ZV4B);
        li__ODF();
      };
      li__5WZB=li__R32B;
    };
    li__C42B=li__VOBV;
  };
  /* __li__B__ __li__I__ */
if (li__C42B) {
    li__C42B=li__B__;
  } else /* FALSE */ {
    li__VOBV=li__AIX('{');
    /* __li__B__ __li__I__ */
if (li__VOBV) {
      li__R32B=li__5WZB;
      li__U52B=li__WTIB();
      li__QB3B=li__VN0B(li__U52B);
      li__5WZB=li__QB3B;
      li__JX0B=li__Y5H;
      li__LX0B=li__15H;
      li__NX0B=li__25H;
      li__PX0B=li__35H;
      li__VX4B=li__NOUC(li__H32B,li__B__,li__I__);
      /* __li__B__ __li__I__ */
if (((void *)li__VX4B != (void *)NULL)) {
        li__TV4B=li__AIX(';');
        /* __li__B__ __li__I__ */
if ((! li__TV4B)) {
          li__AD3B=li__WTIB();
          li__K4E( 2,(&__string_600));
          li__V5E(li__AD3B);
          li__ODF();
        };
      } else /* FALSE */ {
        li__Y5H=li__JX0B;
        li__15H=li__LX0B;
        li__25H=li__NX0B;
        li__35H=li__PX0B;
      };
      li__QB3B=li__5WZB;
      li__5MGD=NULL;
      li__ANGD=((__li__CB )(NULL));
      li__INGD=((__li__JJG )sizeof(__li__KD3B));
      /* __li__B__ __li__I__ */
if ((li__INGD ==  0)) {
        li__5MGD=li__KD3B__;
      } else /* FALSE */ {
        li__TNGD=-1;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__INGD));
        /* __li__B__ __li__I__ */
if ((li__TNGD == (__li__K)(-  1))) {
          li__PPBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__KPBV=(__li__JJG)((__li__JJG)(li__INGD - (__li__JJG)(((__li__JJG ) 0) - li__PPBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__PPBV) - ((__li__JJG ) 1)));
          li__PPBV=(__li__JJG)(li__KPBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__MPBV=li__YCJ(li__KPBV,((__li__CB )(&(table_size[(li__PPBV)-1]))),((__li__52B )li__KPBV));
          li__ANGD=li__MPBV;
        } else /* FALSE */ {
          li__0PBV=((__li__52B )li__TNGD);
          li__PPBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__KPBV=(__li__JJG)((__li__JJG)(li__INGD - (__li__JJG)(((__li__JJG ) 0) - li__PPBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__PPBV) - ((__li__JJG ) 1)));
          li__MPBV=li__YCJ(li__KPBV,((__li__CB )(&(table_type[(li__0PBV)]))),(__li__52B)(li__0PBV |  1));
          li__ANGD=li__MPBV;
        };
        li__IOGD=((__li__KD3B *)li__ANGD);
        li__5MGD=li__IOGD;
        *(li__IOGD) = *(li__KD3B__);
      };
      li__IOGD=((__li__KD3B *)li__5MGD);
      li__IOGD->li__ZJKE=li__QB3B;
      li__IOGD->li__0JKE=li__VX4B;
      li__J32B=li__5MGD;
      li__QB3B=li__5WZB;
      li__TB3B=li__MLUC(li__H32B);
      ((__li__QOZB *)li__QB3B)->li__J1FC=li__TB3B;
      li__NV4B=li__AIX('}');
      /* __li__B__ __li__I__ */
if ((! li__NV4B)) {
        li__ZV4B=li__WTIB();
        li__K4E( 2,(&__string_760));
        li__V5E(li__ZV4B);
        li__ODF();
      };
      li__5WZB=li__R32B;
    };
    li__C42B=li__VOBV;
  };
  /* __li__B__ __li__I__ */
if ((! li__C42B)) {
    li__C42B=li__P44B();
    /* __li__B__ __li__I__ */
if (li__C42B) {
      li__NV4B=li__AIX(':');
      /* __li__B__ __li__I__ */
if ((! li__NV4B)) {
        li__ZV4B=li__WTIB();
        li__NK0C=li__2YI;
        li__PS1C=NULL;
        li__MPBV=((__li__CB )(NULL));
        li__PPBV=((__li__JJG )sizeof(__li__WE3B));
        /* __li__B__ __li__I__ */
if ((li__PPBV ==  0)) {
          li__PS1C=li__WE3B__;
        } else /* FALSE */ {
          li__DT1C=-1;
          li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__PPBV));
          /* __li__B__ __li__I__ */
if ((li__DT1C == (__li__K)(-  1))) {
            li__WQBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__RQBV=(__li__JJG)((__li__JJG)(li__PPBV - (__li__JJG)(((__li__JJG ) 0) - li__WQBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WQBV) - ((__li__JJG ) 1)));
            li__WQBV=(__li__JJG)(li__RQBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
            li__TQBV=li__YCJ(li__RQBV,((__li__CB )(&(table_size[(li__WQBV)-1]))),((__li__52B )li__RQBV));
            li__MPBV=li__TQBV;
          } else /* FALSE */ {
            li__BRBV=((__li__52B )li__DT1C);
            li__WQBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__RQBV=(__li__JJG)((__li__JJG)(li__PPBV - (__li__JJG)(((__li__JJG ) 0) - li__WQBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WQBV) - ((__li__JJG ) 1)));
            li__TQBV=li__YCJ(li__RQBV,((__li__CB )(&(table_type[(li__BRBV)]))),(__li__52B)(li__BRBV |  1));
            li__MPBV=li__TQBV;
          };
          li__YT1C=((__li__WE3B *)li__MPBV);
          li__PS1C=li__YT1C;
          *(li__YT1C) = *(li__WE3B__);
        };
        li__YT1C=((__li__WE3B *)li__PS1C);
        li__YT1C->li__XE3B.li__O32B.li__0CC=li__ZV4B;
        li__YT1C->li__XE3B.li__WZGD=li__NK0C;
        li__J32B=li__PS1C;
      } else /* FALSE */ {
        li__ZV4B=li__WTIB();
        li__NK0C=li__2YI;
        li__TV4B=li__AIX('(');
        li__MU1C=NULL;
        li__MPBV=((__li__CB )(NULL));
        li__PPBV=((__li__JJG )sizeof(__li__M32B));
        /* __li__B__ __li__I__ */
if ((li__PPBV ==  0)) {
          li__MU1C=li__M32B__;
        } else /* FALSE */ {
          li__DT1C=-1;
          li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__PPBV));
          /* __li__B__ __li__I__ */
if ((li__DT1C == (__li__K)(-  1))) {
            li__WQBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__RQBV=(__li__JJG)((__li__JJG)(li__PPBV - (__li__JJG)(((__li__JJG ) 0) - li__WQBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WQBV) - ((__li__JJG ) 1)));
            li__WQBV=(__li__JJG)(li__RQBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
            li__TQBV=li__YCJ(li__RQBV,((__li__CB )(&(table_size[(li__WQBV)-1]))),((__li__52B )li__RQBV));
            li__MPBV=li__TQBV;
          } else /* FALSE */ {
            li__BRBV=((__li__52B )li__DT1C);
            li__WQBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__RQBV=(__li__JJG)((__li__JJG)(li__PPBV - (__li__JJG)(((__li__JJG ) 0) - li__WQBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__WQBV) - ((__li__JJG ) 1)));
            li__TQBV=li__YCJ(li__RQBV,((__li__CB )(&(table_type[(li__BRBV)]))),(__li__52B)(li__BRBV |  1));
            li__MPBV=li__TQBV;
          };
          li__VV1C=((__li__M32B *)li__MPBV);
          li__MU1C=li__VV1C;
          *(li__VV1C) = *(li__M32B__);
        };
        li__VV1C=((__li__M32B *)li__MU1C);
        li__VV1C->li__P32B.li__O32B.li__0CC=li__ZV4B;
        li__VV1C->li__P32B.li__WZGD=li__NK0C;
        li__VV1C->li__PG3B=li__TV4B;
        li__FF3B=li__HK2B(li__H32B,li__I__);
        /* __li__B__ __li__I__ */
if (((void *)li__FF3B == (void *)NULL)) {
          li__AD3B=li__WTIB();
          li__K4E( 0,(&__string_332));
          li__V5E(li__AD3B);
          li__ODF();
        };
        ((__li__M32B *)li__MU1C)->li__OVGD=li__FF3B;
        li__TV4B=li__AIX('{');
        /* __li__B__ __li__I__ */
if (li__TV4B) {
          li__WF3B=li__VP4B(li__H32B,li__I__);
          /* __li__B__ __li__I__ */
if (((void *)li__WF3B == (void *)NULL)) {
            li__2F3B=li__WTIB();
            li__K4E( 0,(&__string_779));
            li__V5E(li__2F3B);
            li__ODF();
          };
          li__OW4B=li__AIX('}');
          /* __li__B__ __li__I__ */
if ((! li__OW4B)) {
            li__2F3B=li__WTIB();
            li__K4E( 2,(&__string_760));
            li__V5E(li__2F3B);
            li__ODF();
          };
          ((__li__M32B *)li__MU1C)->li__Q3GD=li__WF3B;
        };
        /* __li__B__ __li__I__ */
if (li__MU1C->li__PG3B) {
          li__OW4B=li__AIX(')');
          li__RW4B=(! li__OW4B);
        } else /* FALSE */ {
          li__RW4B=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__RW4B) {
          li__AD3B=li__WTIB();
          li__K4E( 2,(&__string_735));
          li__V5E(li__AD3B);
          li__ODF();
        };
        li__J32B=li__MU1C;
      };
    };
  };
  li__I32B=li__J32B;
  return(li__I32B);
}

static __li__GD* li__IY1B()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__GD *li__LY1B,*li__3Y1B,*li__KY1B;
  __li__C li__EWED;
  __li__MY1B *li__ITWE;
  li__LY1B=NULL;
  li__EWED=((*(((__li__MY1B *)li__VY1B))).li__FWED <  0);
  /* __li__B__ __li__I__ */
if (li__EWED) {
    li__3Y1B=li__FXE( 16);
    li__LY1B=li__3Y1B;
  } else /* FALSE */ {
    li__ITWE=((__li__MY1B *)li__VY1B);
    li__3Y1B=((void **)(*(li__ITWE)).li__YXED)[(*(li__ITWE)).li__FWED];
    li__LY1B=li__3Y1B;
    li__ITWE=((__li__MY1B *)li__VY1B);
    (*(li__ITWE)).li__FWED=(__li__K)((*(li__ITWE)).li__FWED -  1);
  };
  li__KY1B=li__LY1B;
  return(li__KY1B);
}

static void li__DD1F(__li__GD *li__FD1F)
/* (Strict FAST_ARRAY(Strict STRING_CONSTANT){NULLxli__GD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ZCBG,li__F0QG,li__P1QG,li__AM3G;
  __li__CB li__J1QG;
  __li__MY1B *li__WBBG;
  __li__C li__GCBG;
  void **li__SCBG;
  (*(((__li__GD *)li__FD1F))).li__UD=(__li__K)(-  1);
  li__WBBG=((__li__MY1B *)li__VY1B);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__WBBG)).li__FWED +  1) <= (__li__K)((*(li__WBBG)).li__LXED -  1))) {
    (*(li__WBBG)).li__FWED=(__li__K)((*(li__WBBG)).li__FWED +  1);
    li__GCBG=li__B__;
  } else /* FALSE */ {
    li__GCBG=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__GCBG)) {
    /* __li__B__ __li__I__ */
if (((*(li__WBBG)).li__LXED ==  0)) {
      li__SCBG=li__RXYD( 2);
      (*(li__WBBG)).li__YXED=li__SCBG;
      (*(li__WBBG)).li__LXED= 2;
      (*(li__WBBG)).li__FWED= 0;
    } else /* FALSE */ {
      li__ZCBG=(__li__K)((*(li__WBBG)).li__LXED <<  1);
      li__SCBG=((void **)(*(li__WBBG)).li__YXED);
      li__F0QG=(*(li__WBBG)).li__LXED;
      li__J1QG=li__CUY(((__li__CB )li__SCBG),((__li__JJG )(__li__K)(li__F0QG * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__ZCBG * ((__li__K )(sizeof(void *))))));
      li__SCBG=((void **)li__J1QG);
      li__P1QG=(__li__K)(li__ZCBG -  1);
      li__AM3G=li__F0QG;
      while ((li__AM3G <= li__P1QG)) {
        li__SCBG[li__AM3G]=NULL;
        li__AM3G=(__li__K)(li__AM3G +  1);
      };
      (*(li__WBBG)).li__YXED=li__SCBG;
      (*(li__WBBG)).li__LXED=li__ZCBG;
      (*(li__WBBG)).li__FWED=(__li__K)((*(li__WBBG)).li__FWED +  1);
    };
  };
  ((void **)(*(li__WBBG)).li__YXED)[(*(li__WBBG)).li__FWED]=li__FD1F;
}

static __li__K li__ZSQI(__li__GD *li__0SQI)
/* (Strict FAST_ARRAY(Strict STRING_CONSTANT){li__GD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__2SQI,li__LTQI,li__0TQI,li__1SQI;
  __li__U *li__ATBV,*li__ETBV,*li__GTBV,*li__ITBV;
  __li__C li__YAQU,li__NTQI;
  li__2SQI= 0;
  li__YAQU=((*(li__0SQI)).li__UD <  0);
  /* __li__B__ __li__I__ */
if ((! li__YAQU)) {
    li__ATBV=((__li__U **)(*(li__0SQI)).li__U1Z)[(*(li__0SQI)).li__UD];
    /* __li__B__ __li__I__ */
if (((void *)li__ATBV != (void *)NULL)) {
      li__ETBV=((__li__U **)(*(li__0SQI)).li__U1Z)[(*(li__0SQI)).li__UD];
      li__LTQI=li__AIO(((__li__U *)li__ETBV));
      li__2SQI=li__LTQI;
      li__NTQI=li__B__;
    } else /* FALSE */ {
      li__NTQI=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__NTQI)) {
      li__GTBV=((__li__U **)(*(li__0SQI)).li__U1Z)[ 0];
      /* __li__B__ __li__I__ */
if (((void *)li__GTBV != (void *)NULL)) {
        li__ITBV=((__li__U **)(*(li__0SQI)).li__U1Z)[ 0];
        li__0TQI=li__AIO(((__li__U *)li__ITBV));
        li__2SQI=li__0TQI;
      };
    };
  };
  li__1SQI=li__2SQI;
  return(li__1SQI);
}

static void li__TI0G(__li__GD *li__UI0G,__li__GD *li__VI0G)
/* (Strict FAST_ARRAY(Strict STRING_CONSTANT){li__GD},Strict FAST_ARRAY(Strict STRING_CONSTANT){NULLxli__GD}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__3FIH,li__GGIH;
  __li__GD *li__4I0G;
  __li__U **li__OGIH,**li__B0OH;
  /* NULL __li__GD__ */
if (li__VI0G==NULL) {
    li__4I0G=NULL;
  } else /* FAST_ARRAY(Strict STRING_CONSTANT) */ {
    li__4I0G=((__li__GD *)li__VI0G);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__4I0G != (void *)NULL)) {
    li__3FIH=(*(li__4I0G)).li__UD;
    /* __li__B__ __li__I__ */
if ((li__3FIH >=  0)) {
      li__GGIH=(__li__K)(li__3FIH +  1);
      /* __li__B__ __li__I__ */
if (((*(li__UI0G)).li__CU0 < li__GGIH)) {
        li__OGIH=li__KHHB(li__GGIH);
        (*(li__UI0G)).li__U1Z=li__OGIH;
        (*(li__UI0G)).li__CU0=li__GGIH;
      };
      li__OGIH=((__li__U **)(*(li__UI0G)).li__U1Z);
      li__B0OH=(*(li__4I0G)).li__U1Z;
      li__GGIH=li__3FIH;
      while ((li__GGIH >=  0)) {
        li__OGIH[li__GGIH]=((__li__U **)li__B0OH)[li__GGIH];
        li__GGIH=(__li__K)(li__GGIH -  1);
      };
    };
    (*(li__UI0G)).li__UD=li__3FIH;
  } else /* FALSE */ {
    (*(li__UI0G)).li__UD=(__li__K)(-  1);
    li__3FIH=(*(li__VI0G)).li__UD;
    li__GGIH= 0;
    while ((li__GGIH <= li__3FIH)) {
      li__GXRB(li__UI0G,((__li__U **)(*(((__li__GD *)li__VI0G))).li__U1Z)[li__GGIH]);
      li__GGIH=(__li__K)(li__GGIH +  1);
    };
  };
}

static __li__C li__4WQI(__li__WSPG *li__5WQI,__li__GD *li__AXQI)
/* (Strict HASHED_SET(FAST_ARRAY(Strict STRING_CONSTANT)){li__WSPG},Strict FAST_ARRAY(Strict STRING_CONSTANT){NULLxli__GD}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__KXQI;
  __li__AFNI *li__JXQI;
  __li__C li__BXQI;
  li__KXQI=li__ZSQI(((__li__GD *)li__AXQI));
  li__JXQI=((void **)li__5WQI->li__MFNI)[(__li__K)(li__KXQI % li__5WQI->li__FFNI)];
  while ((! (((void *)li__JXQI == (void *)NULL) || ((void *)li__JXQI->li__YFNI == (void *)li__AXQI)))) {
    li__JXQI=li__JXQI->li__EGNI;
  };
  li__BXQI=((void *)li__JXQI != (void *)NULL);
  return(li__BXQI);
}

static __li__C li__CS2B()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__U4T,li__Y2U;
  __li__U *li__WT2B;
  __li__PO li__RU2B;
  __li__C li__FS2B,li__BT2B,li__ES2B;
  __li__3 li__VS2B,li__2S2B;
  __li__3 *li__S4T,*li__M2U;
  li__FS2B=li__I__;
  li__PNK();
  ((__li__BC *)li__0C)->li__NK= 0;
  li__BZ2B:
  {
    li__VS2B=li__GBL();
    /* __li__B__ __li__I__ */
if ((li__VS2B == ((__li__3 )(( 0))))) {
      li__BT2B=li__B__;
    } else /* FALSE */ {
      li__2S2B=li__GBL();
      li__S4T=(&__string_780)->li__3C;
      li__U4T=(__li__K)((&__string_780)->li__2C -  1);
      li__M2U=((__li__3 *)li__S4T);
      li__Y2U=li__U4T;
      while ((! ((li__Y2U <  0) || (li__2S2B == li__M2U[li__Y2U])))) {
        li__Y2U=(__li__K)(li__Y2U -  1);
      };
      li__BT2B=(li__Y2U <  0);
    };
    /* __li__B__ __li__I__ */
if ((! li__BT2B)) {
      li__2S2B=li__GBL();
      li__SRX(((__li__BC *)li__0C),li__2S2B);
      li__Y5H=(__li__K)(li__Y5H +  1);
      goto li__BZ2B;
    };
  };
  /* __li__B__ __li__I__ */
if ((((__li__BC *)li__0C)->li__NK !=  0)) {
    li__WT2B=li__SQC(li__0C);
    li__2YI=li__WT2B;
    /* __li__B__ __li__I__ */
if (((((void *)li__WT2B == (void *)(&__string_18)) || ((void *)li__WT2B == (void *)(&__string_20))) || ((void *)li__WT2B == (void *)(&__string_19)))) {
      li__RU2B=li__WTIB();
      li__K4E( 0,(&__string_753));
      li__V5E(li__RU2B);
      li__ODF();
    };
    li__FS2B=li__B__;
  };
  li__ES2B=li__FS2B;
  return(li__ES2B);
}

static __li__U* li__HH4B(void *li__JH4B,__li__U *li__KH4B)
/* (ABSTRACT_STRING{li__U},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__5B5B,li__AC5B;
  __li__U *li__5O4B,*li__LH4B;
  __li__3 li__XH4B;
  __li__C li__5H4B,li__NZAC;
  li__BTZ(((__li__BC *)li__0C),li__JH4B);
  li__5B5B= 1;
  li__AC5B=((__li__U *)li__KH4B)->li__2C;
  while ((li__5B5B <= li__AC5B)) {
    li__XH4B=((__li__3 *)((__li__U *)li__KH4B)->li__3C)[(__li__K)(li__5B5B -  1)];
    /* __li__B__ __li__I__ */
if ((li__XH4B == '+')) {
      li__JAZ(((__li__BC *)li__0C),(&__string_295));
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__5H4B=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '-');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_296));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '~');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_297));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '!');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_298));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '/');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_299));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '*');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_300));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '^');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_301));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '%');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_302));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '>');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_303));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '<');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_304));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '=');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_305));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '\\');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_306));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '|');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_307));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '&');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_308));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '$');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_309));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '#');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_310));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if (li__5H4B) {
      li__5H4B=li__B__;
    } else /* FALSE */ {
      li__NZAC=(li__XH4B == '@');
      /* __li__B__ __li__I__ */
if (li__NZAC) {
        li__JAZ(((__li__BC *)li__0C),(&__string_311));
      };
      li__5H4B=li__NZAC;
    };
    /* __li__B__ __li__I__ */
if ((! li__5H4B)) {
      /* __li__B__ __li__I__ */
if ((li__XH4B == '?')) {
        li__JAZ(((__li__BC *)li__0C),(&__string_312));
      };
    };
    li__5B5B=(__li__K)(li__5B5B +  1);
  };
  li__5O4B=li__SQC(li__0C);
  li__LH4B=li__5O4B;
  return(li__LH4B);
}

static void** li__TDAF(__li__K li__VDAF)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__4OHF;
  __li__K li__4B0F;
  void **li__CPHF,**li__WDAF;
  li__4OHF=li__HJU(((__li__JJG )(__li__K)(li__VDAF * ((__li__K )(sizeof(void *))))));
  li__CPHF=((void **)li__4OHF);
  li__4B0F=(__li__K)(li__VDAF -  1);
  while ((li__4B0F >=  0)) {
    li__CPHF[li__4B0F]=NULL;
    li__4B0F=(__li__K)(li__4B0F -  1);
  };
  li__WDAF=li__CPHF;
  return(li__WDAF);
}

static void** li__YLWF(void **li__ZLWF,__li__K li__0LWF,__li__K li__1LWF)
/* (Strict NATIVE_ARRAY(ITM_ARGUMENT){li__MCLE},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__4MWF;
  __li__K li__ENWF,li__XK2G;
  void **li__DNWF,**li__2LWF;
  li__4MWF=li__CUY(((__li__CB )li__ZLWF),((__li__JJG )(__li__K)(li__0LWF * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__1LWF * ((__li__K )(sizeof(void *))))));
  li__DNWF=((void **)li__4MWF);
  li__ENWF=(__li__K)(li__1LWF -  1);
  li__XK2G=li__0LWF;
  while ((li__XK2G <= li__ENWF)) {
    li__DNWF[li__XK2G]=NULL;
    li__XK2G=(__li__K)(li__XK2G +  1);
  };
  li__2LWF=li__DNWF;
  return(li__2LWF);
}

static __li__BC* li__Q25B()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__BC *li__T25B,*li__225B,*li__S25B;
  __li__C li__QOOB;
  __li__JFE *li__UYOB;
  li__T25B=NULL;
  li__QOOB=((*(((__li__JFE *)li__U25B))).li__SFE <  0);
  /* __li__B__ __li__I__ */
if (li__QOOB) {
    li__225B=li__IFC( 128);
    li__T25B=li__225B;
  } else /* FALSE */ {
    li__UYOB=((__li__JFE *)li__U25B);
    li__225B=((void **)(*(li__UYOB)).li__100)[(*(li__UYOB)).li__SFE];
    li__T25B=li__225B;
    li__UYOB=((__li__JFE *)li__U25B);
    (*(li__UYOB)).li__SFE=(__li__K)((*(li__UYOB)).li__SFE -  1);
  };
  li__S25B=li__T25B;
  return(li__S25B);
}

static void* li__FGBC(__li__DCG *li__GGBC)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__KGBC,*li__HGBC;
  void *li__QGBC;
  __li__PO li__WGBC,li__GHBC;
  __li__C li__0GBC;
  li__KGBC=li__HK2B(li__GGBC,li__I__);
  /* __li__B__ __li__I__ */
if (((void *)li__KGBC == (void *)NULL)) {
    li__QGBC=li__G24B();
    /* __li__B__ __li__I__ */
if (((void *)li__QGBC != (void *)NULL)) {
      li__WGBC=li__WTIB();
      li__K4E( 0,(&__string_781));
      li__V5E(li__WGBC);
      li__ODF();
      li__0GBC=li__B__;
    } else /* FALSE */ {
      li__0GBC=li__I__;
    };
    /* __li__B__ __li__I__ */
if ((! li__0GBC)) {
      li__0GBC=li__P4IB();
      /* __li__B__ __li__I__ */
if (li__0GBC) {
        li__GHBC=li__WTIB();
        li__K4E( 0,(&__string_782));
        li__V5E(li__GHBC);
        li__ODF();
      };
    };
  };
  li__HGBC=li__KGBC;
  return(li__HGBC);
}

static __li__KUB* li__RGAC(__li__U *li__TGAC,__li__U *li__UGAC,__li__CRB *li__VGAC)
/* (Strict STRING_CONSTANT{NULLxli__U},Strict STRING_CONSTANT{NULLxli__U},Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__KUB *li__XGAC,*li__TIAC,*li__VIAC,*li__WGAC;
  __li__K li__YGAC,li__FCQU;
  void **li__QBSU,**li__RBSU,**li__SBSU;
  li__XGAC=NULL;
  li__YGAC= 0;
  li__FCQU=(*(li__ACD)).li__JCD;
  li__QBSU=(*(((__li__XBD *)li__ACD))).li__GY0;
  li__RBSU=(*(((__li__XBD *)li__ACD))).li__GY0;
  li__SBSU=(*(((__li__XBD *)li__ACD))).li__GY0;
  while (((li__YGAC <= li__FCQU) && ((((void *)((__li__KUB *)((void **)li__QBSU)[li__YGAC])->li__LUB.li__ZRB.li__P2C != (void *)li__TGAC) || ((void *)((__li__KUB *)((void **)li__RBSU)[li__YGAC])->li__LUB.li__Y2C != (void *)li__UGAC)) || ((void *)((__li__KUB *)((void **)li__SBSU)[li__YGAC])->li__EDD != (void *)li__VGAC)))) {
    li__YGAC=(__li__K)(li__YGAC +  1);
  };
  /* __li__B__ __li__I__ */
if ((li__YGAC <= (*(li__ACD)).li__JCD)) {
    li__TIAC=((void **)(*(((__li__XBD *)li__ACD))).li__GY0)[li__YGAC];
    /* NULL __li__KUB__ */
if (li__TIAC==NULL) {
      li__VIAC=NULL;
    } else /* ITM_TYPE_GENERIC */ {
      li__VIAC=((__li__KUB *)li__TIAC);
    };
    li__XGAC=li__VIAC;
  } else /* FALSE */ {
    li__TIAC=li__S1P(li__TGAC,li__UGAC,li__VGAC);
    li__XGAC=li__TIAC;
    li__DO1(((__li__XBD *)li__ACD),li__TIAC);
  };
  li__WGAC=li__XGAC;
  return(li__WGAC);
}

static void* li__QBUC(__li__U *li__SBUC)
/* (Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__2BUC,*li__0BUC,*li__TBUC;
  __li__VB1 *li__CCUC;
  li__2BUC=li__NVL(((__li__O4C *)li__W4C),li__SBUC);
  li__0BUC=li__2BUC;
  /* __li__B__ __li__I__ */
if (((void *)li__2BUC == (void *)NULL)) {
    li__CCUC=li__E0BC(li__SBUC);
    li__0BUC=li__CCUC;
  };
  li__TBUC=li__0BUC;
  return(li__TBUC);
}

static __li__QOZB* li__VN0B(__li__PO li__XN0B)
/* (Expanded POSITION{li__PO}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__QOZB *li__SV0B,*li__1W0B,*li__YN0B;
  __li__CB li__TV0B,li__5UBV;
  __li__JJG li__1V0B,li__CVBV,li__3UBV;
  __li__K li__GW0B;
  __li__52B li__NVBV;
  li__SV0B=NULL;
  li__TV0B=((__li__CB )(NULL));
  li__1V0B=((__li__JJG )sizeof(__li__QOZB));
  /* __li__B__ __li__I__ */
if ((li__1V0B ==  0)) {
    li__SV0B=li__QOZB__;
  } else /* FALSE */ {
    li__GW0B=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1V0B));
    /* __li__B__ __li__I__ */
if ((li__GW0B == (__li__K)(-  1))) {
      li__CVBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3UBV=(__li__JJG)((__li__JJG)(li__1V0B - (__li__JJG)(((__li__JJG ) 0) - li__CVBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CVBV) - ((__li__JJG ) 1)));
      li__CVBV=(__li__JJG)(li__3UBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__5UBV=li__YCJ(li__3UBV,((__li__CB )(&(table_size[(li__CVBV)-1]))),((__li__52B )li__3UBV));
      li__TV0B=li__5UBV;
    } else /* FALSE */ {
      li__NVBV=((__li__52B )li__GW0B);
      li__CVBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__3UBV=(__li__JJG)((__li__JJG)(li__1V0B - (__li__JJG)(((__li__JJG ) 0) - li__CVBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CVBV) - ((__li__JJG ) 1)));
      li__5UBV=li__YCJ(li__3UBV,((__li__CB )(&(table_type[(li__NVBV)]))),(__li__52B)(li__NVBV |  1));
      li__TV0B=li__5UBV;
    };
    li__1W0B=((__li__QOZB *)li__TV0B);
    li__SV0B=li__1W0B;
    *(li__1W0B) = *(li__QOZB__);
  };
  ((__li__QOZB *)li__SV0B)->li__ROZB.li__0CC=li__XN0B;
  li__YN0B=li__SV0B;
  return(li__YN0B);
}

static void li__2N0B(__li__DCG *li__3N0B)
/* (Strict PARSER{li__DCG}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ET1B,*li__FV1B;
  __li__K li__HT1B,li__NYED,li__SW3B,li__VHOC;
  __li__PO li__OU1B,li__LV1B;
  __li__U *li__J12B;
  __li__4N0B *li__4V3B,*li__HX3B;
  __li__CB li__5V3B,li__GWBV;
  __li__JJG li__HW3B,li__JWBV,li__EWBV;
  __li__52B li__UWBV;
  __li__QOZB *li__KQ0B;
  __li__3 li__NO0B,li__MO0B,li__2U1B;
  __li__AO0B *li__QO0B,*li__RO0B,*li__GT1B,*li__PT1B,*li__BX1B;
  __li__C li__IT1B,li__JT1B,li__2T1B,li__HU1B,li__UBSU,li__AECE;
  void **li__RLMV;
  li__JX0B=li__Y5H;
  li__LX0B=li__15H;
  li__NX0B=li__25H;
  li__PX0B=li__35H;
  li__NO0B=li__VUZB();
  li__MO0B=li__NO0B;
  li__QO0B=li__SX0B();
  li__RO0B=li__SX0B();
  while ((li__MO0B != ' ')) {
    li__ET1B=NULL;
    li__GT1B=NULL;
    li__HT1B= 0;
    li__IT1B=li__B__;
    li__JT1B=li__P4IB();
    /* __li__B__ __li__I__ */
if (li__JT1B) {
      li__PT1B=li__SX0B();
      li__GT1B=li__PT1B;
      li__HT1B= 0;
      do {
        li__NYED=(__li__K)((*(((__li__AO0B *)li__GT1B))).li__QV1B +  1);
        /* __li__B__ __li__I__ */
if ((li__NYED !=  0)) {
          li__2T1B=li__P4IB();
          li__HU1B=(! li__2T1B);
        } else /* FALSE */ {
          li__HU1B=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((li__HU1B && (! li__IT1B))) {
          li__OU1B=li__WTIB();
          li__K4E( 0,(&__string_783));
          li__V5E(li__OU1B);
          li__ODF();
        };
        li__OU1B=li__WTIB();
        li__J12B=li__2YI;
        li__4V3B=NULL;
        li__5V3B=((__li__CB )(NULL));
        li__HW3B=((__li__JJG )sizeof(__li__4N0B));
        /* __li__B__ __li__I__ */
if ((li__HW3B ==  0)) {
          li__4V3B=li__4N0B__;
        } else /* FALSE */ {
          li__SW3B=__li__4N0B__;
          li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__HW3B));
          /* __li__B__ __li__I__ */
if ((li__SW3B == (__li__K)(-  1))) {
            li__JWBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__EWBV=(__li__JJG)((__li__JJG)(li__HW3B - (__li__JJG)(((__li__JJG ) 0) - li__JWBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JWBV) - ((__li__JJG ) 1)));
            li__JWBV=(__li__JJG)(li__EWBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
            li__GWBV=li__YCJ(li__EWBV,((__li__CB )(&(table_size[(li__JWBV)-1]))),((__li__52B )li__EWBV));
            li__5V3B=li__GWBV;
          } else /* FALSE */ {
            li__UWBV=((__li__52B )li__SW3B);
            li__JWBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__EWBV=(__li__JJG)((__li__JJG)(li__HW3B - (__li__JJG)(((__li__JJG ) 0) - li__JWBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JWBV) - ((__li__JJG ) 1)));
            li__GWBV=li__YCJ(li__EWBV,((__li__CB )(&(table_type[(li__UWBV)]))),(__li__52B)(li__UWBV |  1));
            li__5V3B=li__GWBV;
          };
          li__HX3B=((__li__4N0B *)li__5V3B);
          li__4V3B=li__HX3B;
          *(li__HX3B) = *(li__4N0B__);
        };
        li__HX3B=((__li__4N0B *)li__4V3B);
        li__HX3B->li__TX1B=li__J12B;
        li__HX3B->li__5N0B.li__0CC=li__OU1B;
        li__BZED(((__li__AO0B *)li__GT1B),li__4V3B);
        li__2T1B=li__AIX(':');
        /* __li__B__ __li__I__ */
if (li__2T1B) {
          li__2U1B=li__GBL();
          li__HU1B=(li__2U1B != '=');
        } else /* FALSE */ {
          li__HU1B=li__I__;
        };
        /* __li__B__ __li__I__ */
if (li__HU1B) {
          li__IT1B=li__I__;
          li__FV1B=li__HK2B(li__3N0B,li__B__);
          li__ET1B=li__FV1B;
          /* __li__B__ __li__I__ */
if (((void *)li__FV1B == (void *)NULL)) {
            li__LV1B=li__WTIB();
            li__K4E( 0,(&__string_784));
            li__V5E(li__LV1B);
            li__ODF();
          };
          li__SW3B=li__HT1B;
          li__VHOC=(*(li__GT1B)).li__QV1B;
          li__RLMV=(*(((__li__AO0B *)li__GT1B))).li__E0ED;
          while ((li__SW3B <= li__VHOC)) {
            ((__li__4N0B *)((void **)li__RLMV)[li__SW3B])->li__3GSF=li__ET1B;
            li__SW3B=(__li__K)(li__SW3B +  1);
          };
          li__HT1B=(__li__K)((*(li__GT1B)).li__QV1B +  1);
        };
        li__2T1B=li__AIX(',');
      } while (li__2T1B);
      /* __li__B__ __li__I__ */
if ((li__HT1B != (__li__K)((*(li__PT1B)).li__QV1B +  1))) {
        /* __li__B__ __li__I__ */
if (li__IT1B) {
          li__ZX3B(li__PT1B);
          li__GT1B=NULL;
        } else /* FALSE */ {
          li__OU1B=li__WTIB();
          li__K4E( 0,(&__string_784));
          li__V5E(li__OU1B);
          li__ODF();
        };
      } else /* FALSE */ {
        li__BX1B=li__D22B(li__GT1B);
        li__GT1B=li__BX1B;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__GT1B != (void *)NULL)) {
      /* __li__B__ __li__I__ */
if ((li__MO0B == '+')) {
        li__54RF(((__li__AO0B *)li__QO0B),li__GT1B);
      } else /* FALSE */ {
        li__54RF(((__li__AO0B *)li__RO0B),li__GT1B);
      };
      li__2T1B=li__AIX(';');
      /* __li__B__ __li__I__ */
if ((! li__2T1B)) {
        li__OU1B=li__WTIB();
        li__K4E( 2,(&__string_600));
        li__V5E(li__OU1B);
        li__ODF();
      };
      li__JX0B=li__Y5H;
      li__LX0B=li__15H;
      li__NX0B=li__25H;
      li__PX0B=li__35H;
      li__2U1B=li__VUZB();
      li__MO0B=li__2U1B;
    } else /* FALSE */ {
      li__Y5H=li__JX0B;
      li__15H=li__LX0B;
      li__25H=li__NX0B;
      li__35H=li__PX0B;
      li__MO0B=' ';
    };
  };
  li__UBSU=((*(((__li__AO0B *)li__QO0B))).li__QV1B <  0);
  /* __li__B__ __li__I__ */
if (li__UBSU) {
    li__ZX3B(li__QO0B);
  } else /* FALSE */ {
    li__KQ0B=li__5WZB;
    li__GT1B=li__D22B(li__QO0B);
    ((__li__QOZB *)li__KQ0B)->li__WC1F=li__GT1B;
  };
  li__AECE=((*(((__li__AO0B *)li__RO0B))).li__QV1B <  0);
  /* __li__B__ __li__I__ */
if (li__AECE) {
    li__ZX3B(li__RO0B);
  } else /* FALSE */ {
    li__KQ0B=li__5WZB;
    li__GT1B=li__D22B(li__RO0B);
    ((__li__QOZB *)li__KQ0B)->li__CD1F=li__GT1B;
  };
}

static void** li__2SYD(__li__K li__4SYD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__ZJ4D;
  __li__K li__CRTE;
  void **li__3J4D,**li__5SYD;
  li__ZJ4D=li__HJU(((__li__JJG )(__li__K)(li__4SYD * ((__li__K )(sizeof(void *))))));
  li__3J4D=((void **)li__ZJ4D);
  li__CRTE=(__li__K)(li__4SYD -  1);
  while ((li__CRTE >=  0)) {
    li__3J4D[li__CRTE]=NULL;
    li__CRTE=(__li__K)(li__CRTE -  1);
  };
  li__5SYD=li__3J4D;
  return(li__5SYD);
}

static void** li__C4NE(void **li__D4NE,__li__K li__E4NE,__li__K li__F4NE)
/* (Strict NATIVE_ARRAY(ITM_CODE){li__PPED},Expanded INTEGER{li__K},Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__I5NE;
  __li__K li__O5NE,li__GPZF;
  void **li__N5NE,**li__G4NE;
  li__I5NE=li__CUY(((__li__CB )li__D4NE),((__li__JJG )(__li__K)(li__E4NE * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__F4NE * ((__li__K )(sizeof(void *))))));
  li__N5NE=((void **)li__I5NE);
  li__O5NE=(__li__K)(li__F4NE -  1);
  li__GPZF=li__E4NE;
  while ((li__GPZF <= li__O5NE)) {
    li__N5NE[li__GPZF]=NULL;
    li__GPZF=(__li__K)(li__GPZF +  1);
  };
  li__G4NE=li__N5NE;
  return(li__G4NE);
}

static __li__NWZB* li__YS0B(__li__NWZB *li__0S0B)
/* (Strict FAST_ARRAY(ITM_CODE){NULLxli__NWZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YCQU,li__ON3E,li__XN3E;
  __li__NWZB *li__5S0B,*li__FXJE,*li__PXJE,*li__1S0B;
  void **li__5N3E,**li__YNMF;
  li__YCQU=(__li__K)((*(((__li__NWZB *)li__0S0B))).li__231B +  1);
  li__5S0B=li__D10B(li__YCQU);
  li__FXJE=((__li__NWZB *)li__5S0B);
  /* NULL __li__NWZB__ */
if (li__0S0B==NULL) {
    li__PXJE=NULL;
  } else /* FAST_ARRAY(ITM_CODE) */ {
    li__PXJE=((__li__NWZB *)li__0S0B);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__PXJE != (void *)NULL)) {
    li__ON3E=(*(li__PXJE)).li__231B;
    /* __li__B__ __li__I__ */
if ((li__ON3E >=  0)) {
      li__XN3E=(__li__K)(li__ON3E +  1);
      /* __li__B__ __li__I__ */
if (((*(li__FXJE)).li__HPED < li__XN3E)) {
        li__5N3E=li__2SYD(li__XN3E);
        (*(li__FXJE)).li__UPED=li__5N3E;
        (*(li__FXJE)).li__HPED=li__XN3E;
      };
      li__5N3E=((void **)(*(li__FXJE)).li__UPED);
      li__YNMF=(*(li__PXJE)).li__UPED;
      li__XN3E=li__ON3E;
      while ((li__XN3E >=  0)) {
        li__5N3E[li__XN3E]=((void **)li__YNMF)[li__XN3E];
        li__XN3E=(__li__K)(li__XN3E -  1);
      };
    };
    (*(li__FXJE)).li__231B=li__ON3E;
  } else /* FALSE */ {
    (*(li__FXJE)).li__231B=(__li__K)(-  1);
    li__ON3E=(*(li__0S0B)).li__231B;
    li__XN3E= 0;
    while ((li__XN3E <= li__ON3E)) {
      li__01ED(li__FXJE,((void **)(*(((__li__NWZB *)li__0S0B))).li__UPED)[li__XN3E]);
      li__XN3E=(__li__K)(li__XN3E +  1);
    };
  };
  li__K10B(li__0S0B);
  li__1S0B=li__5S0B;
  return(li__1S0B);
}

static __li__ZA1B* li__2UCE(__li__PO li__4UCE,void *li__5UCE,void *li__AVCE)
/* (Expanded POSITION{li__PO},ITM_CODE{NULLxli__DA1Bxli__AE1B},ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__ZA1B *li__HTEE,*li__QUEE,*li__BVCE;
  __li__CB li__ITEE,li__XXBV;
  __li__JJG li__QTEE,li__0XBV,li__VXBV;
  __li__K li__1TEE;
  __li__52B li__FYBV;
  li__HTEE=NULL;
  li__ITEE=((__li__CB )(NULL));
  li__QTEE=((__li__JJG )sizeof(__li__ZA1B));
  /* __li__B__ __li__I__ */
if ((li__QTEE ==  0)) {
    li__HTEE=li__ZA1B__;
  } else /* FALSE */ {
    li__1TEE=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__QTEE));
    /* __li__B__ __li__I__ */
if ((li__1TEE == (__li__K)(-  1))) {
      li__0XBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__VXBV=(__li__JJG)((__li__JJG)(li__QTEE - (__li__JJG)(((__li__JJG ) 0) - li__0XBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__0XBV) - ((__li__JJG ) 1)));
      li__0XBV=(__li__JJG)(li__VXBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__XXBV=li__YCJ(li__VXBV,((__li__CB )(&(table_size[(li__0XBV)-1]))),((__li__52B )li__VXBV));
      li__ITEE=li__XXBV;
    } else /* FALSE */ {
      li__FYBV=((__li__52B )li__1TEE);
      li__0XBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__VXBV=(__li__JJG)((__li__JJG)(li__QTEE - (__li__JJG)(((__li__JJG ) 0) - li__0XBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__0XBV) - ((__li__JJG ) 1)));
      li__XXBV=li__YCJ(li__VXBV,((__li__CB )(&(table_type[(li__FYBV)]))),(__li__52B)(li__FYBV |  1));
      li__ITEE=li__XXBV;
    };
    li__QUEE=((__li__ZA1B *)li__ITEE);
    li__HTEE=li__QUEE;
    *(li__QUEE) = *(li__ZA1B__);
  };
  li__QUEE=((__li__ZA1B *)li__HTEE);
  li__QUEE->li__2A1B.li__1A1B.li__0CC=li__4UCE;
  li__QUEE->li__2A1B.li__NLOE=li__5UCE;
  li__QUEE->li__2A1B.li__OLOE=li__AVCE;
  li__BVCE=li__HTEE;
  return(li__BVCE);
}

static __li__SB1B* li__CWCE(__li__PO li__EWCE,void *li__FWCE,void *li__GWCE)
/* (Expanded POSITION{li__PO},ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC},ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__SB1B *li__RYEE,*li__0ZEE,*li__HWCE;
  __li__CB li__SYEE,li__2YBV;
  __li__JJG li__0YEE,li__5YBV,li__0YBV;
  __li__K li__FZEE;
  __li__52B li__KZBV;
  li__RYEE=NULL;
  li__SYEE=((__li__CB )(NULL));
  li__0YEE=((__li__JJG )sizeof(__li__SB1B));
  /* __li__B__ __li__I__ */
if ((li__0YEE ==  0)) {
    li__RYEE=li__SB1B__;
  } else /* FALSE */ {
    li__FZEE=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__0YEE));
    /* __li__B__ __li__I__ */
if ((li__FZEE == (__li__K)(-  1))) {
      li__5YBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0YBV=(__li__JJG)((__li__JJG)(li__0YEE - (__li__JJG)(((__li__JJG ) 0) - li__5YBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5YBV) - ((__li__JJG ) 1)));
      li__5YBV=(__li__JJG)(li__0YBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__2YBV=li__YCJ(li__0YBV,((__li__CB )(&(table_size[(li__5YBV)-1]))),((__li__52B )li__0YBV));
      li__SYEE=li__2YBV;
    } else /* FALSE */ {
      li__KZBV=((__li__52B )li__FZEE);
      li__5YBV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0YBV=(__li__JJG)((__li__JJG)(li__0YEE - (__li__JJG)(((__li__JJG ) 0) - li__5YBV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5YBV) - ((__li__JJG ) 1)));
      li__2YBV=li__YCJ(li__0YBV,((__li__CB )(&(table_type[(li__KZBV)]))),(__li__52B)(li__KZBV |  1));
      li__SYEE=li__2YBV;
    };
    li__0ZEE=((__li__SB1B *)li__SYEE);
    li__RYEE=li__0ZEE;
    *(li__0ZEE) = *(li__SB1B__);
  };
  li__0ZEE=((__li__SB1B *)li__RYEE);
  li__0ZEE->li__TB1B.li__1A1B.li__0CC=li__EWCE;
  li__0ZEE->li__TB1B.li__NLOE=li__FWCE;
  li__0ZEE->li__TB1B.li__OLOE=li__GWCE;
  li__HWCE=li__RYEE;
  return(li__HWCE);
}

static __li__AE1B* li__IU4B(__li__PO li__KU4B,__li__U *li__LU4B)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__AE1B *li__XJ5B,*li__AL5B,*li__MU4B;
  __li__CB li__YJ5B,li__B0BV;
  __li__JJG li__AK5B,li__E0BV,li__5ZBV;
  __li__K li__LK5B;
  __li__52B li__P0BV;
  li__XJ5B=NULL;
  li__YJ5B=((__li__CB )(NULL));
  li__AK5B=((__li__JJG )sizeof(__li__AE1B));
  /* __li__B__ __li__I__ */
if ((li__AK5B ==  0)) {
    li__XJ5B=li__AE1B__;
  } else /* FALSE */ {
    li__LK5B=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__AK5B));
    /* __li__B__ __li__I__ */
if ((li__LK5B == (__li__K)(-  1))) {
      li__E0BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5ZBV=(__li__JJG)((__li__JJG)(li__AK5B - (__li__JJG)(((__li__JJG ) 0) - li__E0BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__E0BV) - ((__li__JJG ) 1)));
      li__E0BV=(__li__JJG)(li__5ZBV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__B0BV=li__YCJ(li__5ZBV,((__li__CB )(&(table_size[(li__E0BV)-1]))),((__li__52B )li__5ZBV));
      li__YJ5B=li__B0BV;
    } else /* FALSE */ {
      li__P0BV=((__li__52B )li__LK5B);
      li__E0BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__5ZBV=(__li__JJG)((__li__JJG)(li__AK5B - (__li__JJG)(((__li__JJG ) 0) - li__E0BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__E0BV) - ((__li__JJG ) 1)));
      li__B0BV=li__YCJ(li__5ZBV,((__li__CB )(&(table_type[(li__P0BV)]))),(__li__52B)(li__P0BV |  1));
      li__YJ5B=li__B0BV;
    };
    li__AL5B=((__li__AE1B *)li__YJ5B);
    li__XJ5B=li__AL5B;
    *(li__AL5B) = *(li__AE1B__);
  };
  li__AL5B=((__li__AE1B *)li__XJ5B);
  li__AL5B->li__BE1B.li__0CC=li__KU4B;
  li__AL5B->li__PNGC=li__LU4B;
  li__MU4B=li__XJ5B;
  return(li__MU4B);
}

static __li__D11B* li__IU5B(__li__PO li__KU5B,__li__U *li__LU5B)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__D11B *li__QAAC,*li__ZBAC,*li__MU5B;
  __li__CB li__RAAC,li__G1BV;
  __li__JJG li__ZAAC,li__J1BV,li__E1BV;
  __li__K li__EBAC;
  __li__52B li__U1BV;
  li__QAAC=NULL;
  li__RAAC=((__li__CB )(NULL));
  li__ZAAC=((__li__JJG )sizeof(__li__D11B));
  /* __li__B__ __li__I__ */
if ((li__ZAAC ==  0)) {
    li__QAAC=li__D11B__;
  } else /* FALSE */ {
    li__EBAC=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__ZAAC));
    /* __li__B__ __li__I__ */
if ((li__EBAC == (__li__K)(-  1))) {
      li__J1BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__E1BV=(__li__JJG)((__li__JJG)(li__ZAAC - (__li__JJG)(((__li__JJG ) 0) - li__J1BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__J1BV) - ((__li__JJG ) 1)));
      li__J1BV=(__li__JJG)(li__E1BV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__G1BV=li__YCJ(li__E1BV,((__li__CB )(&(table_size[(li__J1BV)-1]))),((__li__52B )li__E1BV));
      li__RAAC=li__G1BV;
    } else /* FALSE */ {
      li__U1BV=((__li__52B )li__EBAC);
      li__J1BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__E1BV=(__li__JJG)((__li__JJG)(li__ZAAC - (__li__JJG)(((__li__JJG ) 0) - li__J1BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__J1BV) - ((__li__JJG ) 1)));
      li__G1BV=li__YCJ(li__E1BV,((__li__CB )(&(table_type[(li__U1BV)]))),(__li__52B)(li__U1BV |  1));
      li__RAAC=li__G1BV;
    };
    li__ZBAC=((__li__D11B *)li__RAAC);
    li__QAAC=li__ZBAC;
    *(li__ZBAC) = *(li__D11B__);
  };
  li__ZBAC=((__li__D11B *)li__QAAC);
  li__ZBAC->li__E11B.li__0CC=li__KU5B;
  li__ZBAC->li__Q41B=li__LU5B;
  li__MU5B=li__QAAC;
  return(li__MU5B);
}

static void* li__1D2B(__li__DCG *li__2D2B)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__WG2B,*li__AH2B,*li__0B4B,*li__RC4B,*li__ND4B,*li__U3BV;
  void *li__0FUC,*li__13BV,*li__3D2B;
  __li__PO li__GH2B,li__TD4B,li__IG4B,li__AGUC;
  __li__LH2B *li__BZ3B,*li__K03B;
  __li__CB li__CZ3B,li__R2BV;
  __li__JJG li__KZ3B,li__U2BV,li__P2BV;
  __li__K li__VZ3B,li__RDQU,li__TDQU;
  __li__52B li__52BV;
  __li__BC *li__2B4B,*li__OC4B,*li__JEUC,*li__1EUC;
  __li__U *li__R3BV,*li__Y3BV;
  __li__AE1B *li__SF4B,*li__5HUC;
  __li__YA2B *li__NG4B,*li__0IUC;
  __li__UG4B *li__XG4B,*li__CJUC;
  __li__K41B *li__GIUC;
  __li__C li__E2BV,li__DC4B,li__1C4B,li__2BSU,li__QEUC,li__IFUC;
  __li__C li__VWED;
  __li__NWZB *li__3B4B,*li__QC4B,*li__TG4B,*li__3EUC,*li__AJUC;
  li__WG2B=NULL;
  li__E2BV=li__WEK((&__string_14));
  /* __li__B__ __li__I__ */
if (li__E2BV) {
    li__AH2B=li__O20B(li__2D2B);
    /* __li__B__ __li__I__ */
if (((void *)li__AH2B == (void *)NULL)) {
      li__GH2B=li__WTIB();
      li__K4E( 0,(&__string_785));
      li__V5E(li__GH2B);
      li__ODF();
    };
    li__GH2B=li__WTIB();
    li__BZ3B=NULL;
    li__CZ3B=((__li__CB )(NULL));
    li__KZ3B=((__li__JJG )sizeof(__li__LH2B));
    /* __li__B__ __li__I__ */
if ((li__KZ3B ==  0)) {
      li__BZ3B=li__LH2B__;
    } else /* FALSE */ {
      li__VZ3B=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__KZ3B));
      /* __li__B__ __li__I__ */
if ((li__VZ3B == (__li__K)(-  1))) {
        li__U2BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__P2BV=(__li__JJG)((__li__JJG)(li__KZ3B - (__li__JJG)(((__li__JJG ) 0) - li__U2BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__U2BV) - ((__li__JJG ) 1)));
        li__U2BV=(__li__JJG)(li__P2BV / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__R2BV=li__YCJ(li__P2BV,((__li__CB )(&(table_size[(li__U2BV)-1]))),((__li__52B )li__P2BV));
        li__CZ3B=li__R2BV;
      } else /* FALSE */ {
        li__52BV=((__li__52B )li__VZ3B);
        li__U2BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__P2BV=(__li__JJG)((__li__JJG)(li__KZ3B - (__li__JJG)(((__li__JJG ) 0) - li__U2BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__U2BV) - ((__li__JJG ) 1)));
        li__R2BV=li__YCJ(li__P2BV,((__li__CB )(&(table_type[(li__52BV)]))),(__li__52B)(li__52BV |  1));
        li__CZ3B=li__R2BV;
      };
      li__K03B=((__li__LH2B *)li__CZ3B);
      li__BZ3B=li__K03B;
      *(li__K03B) = *(li__LH2B__);
    };
    li__K03B=((__li__LH2B *)li__BZ3B);
    li__K03B->li__MH2B.li__0CC=li__GH2B;
    li__K03B->li__NJGC=li__AH2B;
    li__WG2B=li__BZ3B;
  } else /* FALSE */ {
    li__AH2B=li__G32B(li__2D2B);
    li__WG2B=li__AH2B;
    /* __li__B__ __li__I__ */
if (((void *)li__AH2B == (void *)NULL)) {
      li__0B4B=NULL;
      li__2B4B=NULL;
      li__3B4B=NULL;
      li__DC4B=li__P4IB();
      /* __li__B__ __li__I__ */
if (li__DC4B) {
        li__OC4B=li__Q25B();
        li__2B4B=li__OC4B;
        li__HEZ(((__li__BC *)li__OC4B),li__2YI);
        li__QC4B=li__3Q0B();
        li__3B4B=li__QC4B;
        li__RC4B=li__H35B(li__2D2B);
        /* __li__B__ __li__I__ */
if (((void *)li__RC4B != (void *)NULL)) {
          li__01ED(((__li__NWZB *)li__QC4B),li__RC4B);
          li__PYAC:
          {
            li__1C4B=li__P4IB();
            /* __li__B__ __li__I__ */
if (li__1C4B) {
              li__JAZ(((__li__BC *)li__2B4B),(&__string_123));
              li__JAZ(((__li__BC *)li__2B4B),li__2YI);
              li__ND4B=li__H35B(li__2D2B);
              /* __li__B__ __li__I__ */
if (((void *)li__ND4B == (void *)NULL)) {
                li__TD4B=li__WTIB();
                li__K4E( 0,(&__string_786));
                li__V5E(li__TD4B);
                li__ODF();
              };
              li__01ED(((__li__NWZB *)li__3B4B),li__ND4B);
              goto li__PYAC;
            };
          };
        };
        li__R3BV=li__SQC(li__OC4B);
        li__D01(((__li__JFE *)li__U25B),li__OC4B);
        ((__li__BC *)li__OC4B)->li__NK= 0;
        li__2BSU=((*(((__li__NWZB *)li__QC4B))).li__231B <  0);
        /* __li__B__ __li__I__ */
if (li__2BSU) {
          li__TD4B=li__WTIB();
          li__SF4B=li__IU4B(li__TD4B,li__R3BV);
          li__0B4B=li__SF4B;
          li__K10B(li__QC4B);
          li__1C4B=li__B__;
        } else /* FALSE */ {
          li__1C4B=li__I__;
        };
        /* __li__B__ __li__I__ */
if ((! li__1C4B)) {
          li__RDQU=(__li__K)((*(((__li__NWZB *)li__QC4B))).li__231B +  1);
          /* __li__B__ __li__I__ */
if ((li__RDQU ==  1)) {
            li__IG4B=li__WTIB();
            li__U3BV=((void **)(*(((__li__NWZB *)li__QC4B))).li__UPED)[ 0];
            li__NG4B=li__BP4B(li__IG4B,li__R3BV,NULL,li__U3BV);
            li__0B4B=li__NG4B;
            li__K10B(li__QC4B);
          } else /* FALSE */ {
            li__P5IG(((__li__NWZB *)li__QC4B),NULL);
            li__TG4B=li__YS0B(li__QC4B);
            li__3B4B=li__TG4B;
            li__IG4B=li__WTIB();
            li__XG4B=li__VBJG(li__IG4B,li__R3BV,li__TG4B);
            li__0B4B=li__XG4B;
          };
        };
      };
      li__WG2B=li__0B4B;
    };
  };
  li__AH2B=li__WG2B;
  /* __li__B__ __li__I__ */
if (((void *)li__WG2B != (void *)NULL)) {
    li__YZ2B:
    {
      li__1C4B=li__AIX('.');
      /* __li__B__ __li__I__ */
if (li__1C4B) {
        li__ND4B=NULL;
        li__JEUC=NULL;
        li__TG4B=NULL;
        li__QEUC=li__P4IB();
        /* __li__B__ __li__I__ */
if (li__QEUC) {
          li__1EUC=li__Q25B();
          li__JEUC=li__1EUC;
          li__HEZ(((__li__BC *)li__1EUC),li__2YI);
          li__3EUC=li__3Q0B();
          li__TG4B=li__3EUC;
          li__U3BV=li__H35B(li__2D2B);
          /* __li__B__ __li__I__ */
if (((void *)li__U3BV != (void *)NULL)) {
            li__01ED(((__li__NWZB *)li__3EUC),li__U3BV);
            li__YC4C:
            {
              li__IFUC=li__P4IB();
              /* __li__B__ __li__I__ */
if (li__IFUC) {
                li__JAZ(((__li__BC *)li__JEUC),(&__string_123));
                li__JAZ(((__li__BC *)li__JEUC),li__2YI);
                li__0FUC=li__H35B(li__2D2B);
                /* __li__B__ __li__I__ */
if (((void *)li__0FUC == (void *)NULL)) {
                  li__AGUC=li__WTIB();
                  li__K4E( 0,(&__string_786));
                  li__V5E(li__AGUC);
                  li__ODF();
                };
                li__01ED(((__li__NWZB *)li__TG4B),li__0FUC);
                goto li__YC4C;
              };
            };
          };
          li__Y3BV=li__SQC(li__1EUC);
          li__D01(((__li__JFE *)li__U25B),li__1EUC);
          ((__li__BC *)li__1EUC)->li__NK= 0;
          li__VWED=((*(((__li__NWZB *)li__3EUC))).li__231B <  0);
          /* __li__B__ __li__I__ */
if (li__VWED) {
            /* __li__B__ __li__I__ */
if (((void *)li__AH2B == (void *)NULL)) {
              li__AGUC=li__WTIB();
              li__5HUC=li__IU4B(li__AGUC,li__Y3BV);
              li__ND4B=li__5HUC;
            } else /* FALSE */ {
              li__AGUC=li__WTIB();
              li__GIUC=li__ZU5B(li__AGUC,li__Y3BV,li__AH2B);
              li__ND4B=li__GIUC;
            };
            li__K10B(li__3EUC);
            li__IFUC=li__B__;
          } else /* FALSE */ {
            li__IFUC=li__I__;
          };
          /* __li__B__ __li__I__ */
if ((! li__IFUC)) {
            li__TDQU=(__li__K)((*(((__li__NWZB *)li__3EUC))).li__231B +  1);
            /* __li__B__ __li__I__ */
if ((li__TDQU ==  1)) {
              li__AGUC=li__WTIB();
              li__13BV=((void **)(*(((__li__NWZB *)li__3EUC))).li__UPED)[ 0];
              li__0IUC=li__BP4B(li__AGUC,li__Y3BV,li__AH2B,li__13BV);
              li__ND4B=li__0IUC;
              li__K10B(li__3EUC);
            } else /* FALSE */ {
              li__P5IG(((__li__NWZB *)li__3EUC),li__AH2B);
              li__AJUC=li__YS0B(li__3EUC);
              li__TG4B=li__AJUC;
              li__AGUC=li__WTIB();
              li__CJUC=li__VBJG(li__AGUC,li__Y3BV,li__AJUC);
              li__ND4B=li__CJUC;
            };
          };
        };
        li__AH2B=li__ND4B;
        /* __li__B__ __li__I__ */
if (((void *)li__ND4B == (void *)NULL)) {
          li__IG4B=li__WTIB();
          li__K4E( 0,(&__string_776));
          li__V5E(li__IG4B);
          li__ODF();
        };
        goto li__YZ2B;
      };
    };
  };
  li__3D2B=li__AH2B;
  return(li__3D2B);
}

static void li__VIFD(__li__NWZB *li__WIFD,__li__K li__XIFD)
/* (Strict FAST_ARRAY(ITM_CODE){li__NWZB},Expanded INTEGER{li__K}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__AVLE,li__PVLE;
  void **li__4ULE;
  li__4ULE=((void **)(*(li__WIFD)).li__UPED);
  li__AVLE=(*(li__WIFD)).li__231B;
  li__PVLE=li__XIFD;
  while ((li__PVLE != li__AVLE)) {
    li__4ULE[li__PVLE]=li__4ULE[(__li__K)(li__PVLE +  1)];
    li__PVLE=(__li__K)(li__PVLE +  1);
  };
  (*(li__WIFD)).li__231B=(__li__K)((*(li__WIFD)).li__231B -  1);
}

static __li__YA2B* li__BP4B(__li__PO li__DP4B,__li__U *li__EP4B,void *li__FP4B,void *li__GP4B)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U},ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC},ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__YA2B *li__WC5B,*li__5D5B,*li__HP4B;
  __li__CB li__XC5B,li__G4BV;
  __li__JJG li__5C5B,li__J4BV,li__E4BV;
  __li__K li__KD5B;
  __li__52B li__U4BV;
  li__WC5B=NULL;
  li__XC5B=((__li__CB )(NULL));
  li__5C5B=((__li__JJG )sizeof(__li__YA2B));
  /* __li__B__ __li__I__ */
if ((li__5C5B ==  0)) {
    li__WC5B=li__YA2B__;
  } else /* FALSE */ {
    li__KD5B=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__5C5B));
    /* __li__B__ __li__I__ */
if ((li__KD5B == (__li__K)(-  1))) {
      li__J4BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__E4BV=(__li__JJG)((__li__JJG)(li__5C5B - (__li__JJG)(((__li__JJG ) 0) - li__J4BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__J4BV) - ((__li__JJG ) 1)));
      li__J4BV=(__li__JJG)(li__E4BV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__G4BV=li__YCJ(li__E4BV,((__li__CB )(&(table_size[(li__J4BV)-1]))),((__li__52B )li__E4BV));
      li__XC5B=li__G4BV;
    } else /* FALSE */ {
      li__U4BV=((__li__52B )li__KD5B);
      li__J4BV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__E4BV=(__li__JJG)((__li__JJG)(li__5C5B - (__li__JJG)(((__li__JJG ) 0) - li__J4BV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__J4BV) - ((__li__JJG ) 1)));
      li__G4BV=li__YCJ(li__E4BV,((__li__CB )(&(table_type[(li__U4BV)]))),(__li__52B)(li__U4BV |  1));
      li__XC5B=li__G4BV;
    };
    li__5D5B=((__li__YA2B *)li__XC5B);
    li__WC5B=li__5D5B;
    *(li__5D5B) = *(li__YA2B__);
  };
  li__5D5B=((__li__YA2B *)li__WC5B);
  li__5D5B->li__ZA2B.li__BE1B.li__0CC=li__DP4B;
  li__5D5B->li__ZA2B.li__PNGC=li__EP4B;
  li__5D5B->li__QNGC=li__FP4B;
  li__5D5B->li__RNGC=li__GP4B;
  li__HP4B=li__WC5B;
  return(li__HP4B);
}

static __li__5RB* li__Y35O(__li__WRB *li__Z35O,void *li__035O)
/* (Strict ITM_TYPE_STYLE{li__WRB},PARAMETER_TO_TYPE{li__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__235O,*li__J55O,*li__135O;
  __li__U *li__335O;
  __li__PF *li__IACV;
  __li__C li__G45O;
  li__235O=NULL;
  li__335O=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__Z35O == (void *)li__PMZ)) {
    li__235O=li__ORB__->li__PRB.li__J0C;
    li__G45O=li__B__;
  } else /* FALSE */ {
    li__G45O=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__G45O)) {
    /* __li__B__ __li__I__ */
if (((void *)li__Z35O == (void *)li__3MZ)) {
      li__235O=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__035O != (void *)NULL)) {
        li__IACV=li__VYLN();
        li__335O=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__IACV->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__335O=li__MPB;
      };
      li__J55O=li__B0MB(li__335O,li__Z35O);
      li__235O=li__J55O;
    };
  };
  li__135O=li__235O;
  return(li__135O);
}

static __li__5RB* li__M55O(__li__XRB *li__N55O,void *li__O55O)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},PARAMETER_TO_TYPE{li__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__Q55O,*li__3AAP,*li__P55O;
  __li__U *li__R55O;
  __li__PF *li__KACV;
  __li__C li__055O;
  li__Q55O=NULL;
  li__R55O=NULL;
  /* __li__B__ __li__I__ */
if (((void *)li__N55O == (void *)li__PMZ)) {
    li__Q55O=li__ORB__->li__PRB.li__J0C;
    li__055O=li__B__;
  } else /* FALSE */ {
    li__055O=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__055O)) {
    /* __li__B__ __li__I__ */
if (((void *)li__N55O == (void *)li__3MZ)) {
      li__Q55O=li__QRB__->li__RRB.li__J0C;
    } else /* FALSE */ {
      /* __li__B__ __li__I__ */
if (((void *)li__O55O != (void *)NULL)) {
        li__KACV=li__VYLN();
        li__R55O=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__KACV->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
      } else /* FALSE */ {
        li__R55O=li__MPB;
      };
      li__3AAP=li__I2MB(li__R55O,li__N55O);
      li__Q55O=li__3AAP;
    };
  };
  li__P55O=li__Q55O;
  return(li__P55O);
}

static __li__5RB* li__ABAP(__li__KUB *li__BBAP,void *li__CBAP)
/* (Strict ITM_TYPE_GENERIC{li__KUB},PARAMETER_TO_TYPE{li__UJSH}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__5RB *li__FBAP,*li__HBAP,*li__SBAP,*li__DBAP;
  __li__U *li__IBAP;
  __li__K li__GBAP,li__TBAP;
  void *li__RBAP;
  __li__PF *li__MACV;
  __li__3PZ *li__JBAP,*li__EBAP,*li__QCAP;
  li__FBAP=NULL;
  li__HBAP=NULL;
  li__IBAP=NULL;
  li__JBAP=li__DG3();
  li__EBAP=li__JBAP;
  li__GBAP= 0;
  do {
    li__RBAP=((void **)(*(((__li__CRB *)li__BBAP->li__EDD))).li__V1BD)[li__GBAP];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__RBAP)->__id) {
    case __li__WRB__: {
      li__SBAP=li__WLRF(((__li__WRB *)li__RBAP),li__CBAP);
    } break;
    case __li__XRB__: {
      li__SBAP=li__KNRF(((__li__XRB *)((__li__WRB *)li__RBAP)),li__CBAP);
    } break;
    case __li__KUB__: {
      li__SBAP=li__4ORF(((__li__KUB *)((__li__WRB *)li__RBAP)),li__CBAP);
    } break;
    case __li__VB1__: {
      li__SBAP=li__DRRF(((__li__VB1 *)((__li__WRB *)li__RBAP)),li__CBAP);
    } break;
    case __li__4O2B__: {
      li__SBAP=li__XRRF(((__li__4O2B *)((__li__WRB *)li__RBAP)),li__CBAP);
    } break;
    };
    li__FBAP=li__SBAP;
    li__4RFC(((__li__3PZ *)li__EBAP),li__FBAP);
    li__TBAP=(__li__K)(li__GBAP +  1);
    li__GBAP=li__TBAP;
  } while (((li__TBAP <= (*(li__BBAP->li__EDD)).li__5QZ) && ((void *)li__FBAP != (void *)NULL)));
  /* __li__B__ __li__I__ */
if (((void *)li__FBAP == (void *)NULL)) {
    li__OHGB(li__JBAP);
  } else /* FALSE */ {
    li__QCAP=li__SHGB(li__JBAP);
    li__EBAP=li__QCAP;
    /* __li__B__ __li__I__ */
if (((void *)li__CBAP != (void *)NULL)) {
      li__MACV=li__VYLN();
      li__IBAP=((__li__PF *)((void **)(*(((__li__T1B *)li__21B))).li__RZ0)[(__li__K)(((__li__K )((__li__52B )li__MACV->li__SF.li__RF.li__0CC)) &  511)])->li__WXI;
    } else /* FALSE */ {
      li__IBAP=li__MPB;
    };
    li__SBAP=li__DJGB(li__IBAP,li__BBAP,li__QCAP);
    li__HBAP=li__SBAP;
  };
  li__DBAP=li__HBAP;
  return(li__DBAP);
}

static void* li__FDAP(__li__VB1 *li__GDAP)
/* (Strict ITM_TYPE_PARAMETER{li__VB1}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__PF *li__QACV;
  __li__PO li__SDAP;
  void *li__IDAP;
  li__HEZ(((__li__BC *)li__0C),(&__string_354));
  li__JAZ(((__li__BC *)li__0C),li__GDAP->li__WB1.li__P2C);
  li__QACV=li__VYLN();
  li__SDAP=li__QACV->li__SF.li__RF.li__0CC;
  li__K4E( 1,li__0C);
  li__V5E(li__SDAP);
  li__ODF();
  li__IDAP=NULL;
  return(li__IDAP);
}

static void li__UG2K(__li__QWEC *li__VG2K,void *li__XG2K)
/* (Strict SLOT_CODE{li__QWEC},ABSTRACT_STRING{li__U}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VG2K->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__ORGL(li__VG2K);
  } else /* ITM_SLOT_OPERATOR */ {
    li__ORGL(li__VG2K);
  };
  li__KBG(li__XG2K);
  fputc((int)('\n'),stdout);
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VG2K->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__VG2K->li__RWEC->li__KZB)->__id==__li__IZB__) {
    exit(( 1));
  } else /* ITM_SLOT_OPERATOR */ {
    exit(( 1));
  };
}

static __li__K li__VOCN(__li__4RUC *li__WOCN,__li__2ZEC *li__XOCN,__li__K li__YOCN,void *li__ZOCN)
/* (Strict ITM_ARG{li__4RUC},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},Expanded INTEGER{li__K},PARAMETER_TO_TYPE{NULLxli__0VPJxli__1VPJ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__2OCN,*li__BPCN;
  void *li__3OCN;
  __li__5RB *li__4OCN,*li__5OCN;
  __li__PO li__APCN;
  __li__K li__0OCN;
  __li__2ZEC *li__PCSU;
  li__2OCN=((void **)(*(((__li__2ZEC *)li__XOCN))).li__3GPI)[li__YOCN];
  li__3OCN=li__WOCN->li__SZHD;
  /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__3OCN)->__id) {
  case __li__WRB__: {
    li__4OCN=li__WLRF(((__li__WRB *)li__3OCN),li__ZOCN);
  } break;
  case __li__XRB__: {
    li__4OCN=li__KNRF(((__li__XRB *)((__li__WRB *)li__3OCN)),li__ZOCN);
  } break;
  case __li__KUB__: {
    li__4OCN=li__4ORF(((__li__KUB *)((__li__WRB *)li__3OCN)),li__ZOCN);
  } break;
  case __li__VB1__: {
    li__4OCN=li__DRRF(((__li__VB1 *)((__li__WRB *)li__3OCN)),li__ZOCN);
  } break;
  case __li__4O2B__: {
    li__4OCN=li__XRRF(((__li__4O2B *)((__li__WRB *)li__3OCN)),li__ZOCN);
  } break;
  };
  li__5OCN=li__4OCN;
  li__APCN=li__WOCN->li__5RUC.li__0CC;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__2OCN)->__id) {
  case __li__WK__: {
    li__BPCN=li__KPGK(((__li__WK *)li__2OCN),li__5OCN,li__APCN);
  } break;
  case __li__AVBD__: {
    li__BPCN=li__4XGK(((__li__AVBD *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__KVBD__: {
    li__BPCN=li__TAHK(((__li__KVBD *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__WVBD__: {
    li__BPCN=li__IJHK(((__li__WVBD *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__Z4WH__: {
    li__BPCN=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__KTVI__: {
    li__BPCN=li__4RHK(((__li__KTVI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__LTVI__: {
    li__BPCN=li__TXMN(((__li__LTVI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__XTVI__: {
    li__BPCN=li__U0HK(((__li__XTVI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__YTVI__: {
    li__BPCN=li__IANN(((__li__YTVI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__S2VI__: {
    li__BPCN=li__JDIK(((__li__S2VI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__E3VI__: {
    li__BPCN=li__4LIK(((__li__E3VI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__KLWI__: {
    li__BPCN=li__SUIK(((__li__KLWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__ULWI__: {
    li__BPCN=li__G3IK(((__li__ULWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__NMWI__: {
    li__BPCN=li__1FJK(((__li__NMWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__BNWI__: {
    li__BPCN=li__QOJK(((__li__BNWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__XNWI__: {
    li__BPCN=li__FXJK(((__li__XNWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__LOWI__: {
    li__BPCN=li__05JK(((__li__LOWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__5OWI__: {
    li__BPCN=li__PIKK(((__li__5OWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__TPWI__: {
    li__BPCN=li__ERKK(((__li__TPWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__HQWI__: {
    li__BPCN=li__ZZKK(((__li__HQWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__ARWI__: {
    li__BPCN=li__NCLK(((__li__ARWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__URWI__: {
    li__BPCN=li__BLLK(((__li__URWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__MSWI__: {
    li__BPCN=li__VTLK(((__li__MSWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__ETWI__: {
    li__BPCN=li__J2LK(((__li__ETWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__MZWI__: {
    li__BPCN=li__4EMK(((__li__MZWI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__C0WI__: {
    li__BPCN=li__TNMK(((__li__C0WI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__M1WI__: {
    li__BPCN=li__Q3IP(((__li__M1WI *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__KMFK__: {
    li__BPCN=li__JG2L(((__li__KMFK *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__XOHL__: {
    li__BPCN=li__3INN(((__li__XOHL *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__FPHL__: {
    li__BPCN=li__SRNN(((__li__FPHL *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__APLM__: {
    li__BPCN=li__5JCQ(((__li__APLM *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__DTNM__: {
    li__BPCN=li__S2RO(((__li__DTNM *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__JXNM__: {
    li__BPCN=li__UZCS(((__li__JXNM *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__21LO__: {
    li__BPCN=li__FGJP(((__li__21LO *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__TPOO__: {
    li__BPCN=li__0OJP(((__li__TPOO *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__URRO__: {
    li__BPCN=li__TNPS(((__li__URRO *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__41XO__: {
    li__BPCN=li__USCQ(((__li__41XO *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__AKBR__: {
    li__BPCN=li__4CDS(((__li__AKBR *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__SU5R__: {
    li__BPCN=li__IWPS(((__li__SU5R *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  case __li__JV5R__: {
    li__BPCN=li__34PS(((__li__JV5R *)((__li__WK *)li__2OCN)),li__5OCN,li__APCN);
  } break;
  };
  li__PCSU=((__li__2ZEC *)li__XOCN);
  li__2OCN=li__BPCN;
  ((void **)(*(li__PCSU)).li__3GPI)[li__YOCN]=li__2OCN;
  li__0OCN=(__li__K)(li__YOCN +  1);
  return(li__0OCN);
}

static __li__K li__EPCN(__li__QUAF *li__FPCN,__li__2ZEC *li__GPCN,__li__K li__HPCN,void *li__IPCN)
/* (Strict ITM_ARGS{li__QUAF},Strict FAST_ARRAY(EXPR){NULLxli__2ZEC},Expanded INTEGER{li__K},PARAMETER_TO_TYPE{NULLxli__0VPJxli__1VPJ}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__PPCN,li__OUFN,li__TCSU,li__WCSU,li__JPCN;
  void *li__YPCN,*li__4PCN;
  void *li__0PCN;
  __li__5RB *li__1PCN,*li__2PCN;
  __li__PO li__3PCN;
  __li__2ZEC *li__SCSU;
  li__PPCN=(*(((__li__UL2B *)li__FPCN->li__I5ZG)->li__GX5B)).li__5QZ;
  li__OUFN= 0;
  while ((li__OUFN <= li__PPCN)) {
    li__YPCN=((void **)(*(((__li__2ZEC *)li__GPCN))).li__3GPI)[(__li__K)(li__HPCN + li__OUFN)];
    li__0PCN=((void **)(*(((__li__CRB *)((__li__UL2B *)li__FPCN->li__I5ZG)->li__GX5B))).li__V1BD)[li__OUFN];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__0PCN)->__id) {
    case __li__WRB__: {
      li__1PCN=li__WLRF(((__li__WRB *)li__0PCN),li__IPCN);
    } break;
    case __li__XRB__: {
      li__1PCN=li__KNRF(((__li__XRB *)((__li__WRB *)li__0PCN)),li__IPCN);
    } break;
    case __li__KUB__: {
      li__1PCN=li__4ORF(((__li__KUB *)((__li__WRB *)li__0PCN)),li__IPCN);
    } break;
    case __li__VB1__: {
      li__1PCN=li__DRRF(((__li__VB1 *)((__li__WRB *)li__0PCN)),li__IPCN);
    } break;
    case __li__4O2B__: {
      li__1PCN=li__XRRF(((__li__4O2B *)((__li__WRB *)li__0PCN)),li__IPCN);
    } break;
    };
    li__2PCN=li__1PCN;
    li__3PCN=li__FPCN->li__RUAF.li__0CC;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YPCN)->__id) {
    case __li__WK__: {
      li__4PCN=li__KPGK(((__li__WK *)li__YPCN),li__2PCN,li__3PCN);
    } break;
    case __li__AVBD__: {
      li__4PCN=li__4XGK(((__li__AVBD *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__KVBD__: {
      li__4PCN=li__TAHK(((__li__KVBD *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__WVBD__: {
      li__4PCN=li__IJHK(((__li__WVBD *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__Z4WH__: {
      li__4PCN=li__IQ4J(((__li__Z4WH *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__KTVI__: {
      li__4PCN=li__4RHK(((__li__KTVI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__LTVI__: {
      li__4PCN=li__TXMN(((__li__LTVI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__XTVI__: {
      li__4PCN=li__U0HK(((__li__XTVI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__YTVI__: {
      li__4PCN=li__IANN(((__li__YTVI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__S2VI__: {
      li__4PCN=li__JDIK(((__li__S2VI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__E3VI__: {
      li__4PCN=li__4LIK(((__li__E3VI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__KLWI__: {
      li__4PCN=li__SUIK(((__li__KLWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__ULWI__: {
      li__4PCN=li__G3IK(((__li__ULWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__NMWI__: {
      li__4PCN=li__1FJK(((__li__NMWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__BNWI__: {
      li__4PCN=li__QOJK(((__li__BNWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__XNWI__: {
      li__4PCN=li__FXJK(((__li__XNWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__LOWI__: {
      li__4PCN=li__05JK(((__li__LOWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__5OWI__: {
      li__4PCN=li__PIKK(((__li__5OWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__TPWI__: {
      li__4PCN=li__ERKK(((__li__TPWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__HQWI__: {
      li__4PCN=li__ZZKK(((__li__HQWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__ARWI__: {
      li__4PCN=li__NCLK(((__li__ARWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__URWI__: {
      li__4PCN=li__BLLK(((__li__URWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__MSWI__: {
      li__4PCN=li__VTLK(((__li__MSWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__ETWI__: {
      li__4PCN=li__J2LK(((__li__ETWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__MZWI__: {
      li__4PCN=li__4EMK(((__li__MZWI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__C0WI__: {
      li__4PCN=li__TNMK(((__li__C0WI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__M1WI__: {
      li__4PCN=li__Q3IP(((__li__M1WI *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__KMFK__: {
      li__4PCN=li__JG2L(((__li__KMFK *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__XOHL__: {
      li__4PCN=li__3INN(((__li__XOHL *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__FPHL__: {
      li__4PCN=li__SRNN(((__li__FPHL *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__APLM__: {
      li__4PCN=li__5JCQ(((__li__APLM *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__DTNM__: {
      li__4PCN=li__S2RO(((__li__DTNM *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__JXNM__: {
      li__4PCN=li__UZCS(((__li__JXNM *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__21LO__: {
      li__4PCN=li__FGJP(((__li__21LO *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__TPOO__: {
      li__4PCN=li__0OJP(((__li__TPOO *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__URRO__: {
      li__4PCN=li__TNPS(((__li__URRO *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__41XO__: {
      li__4PCN=li__USCQ(((__li__41XO *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__AKBR__: {
      li__4PCN=li__4CDS(((__li__AKBR *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__SU5R__: {
      li__4PCN=li__IWPS(((__li__SU5R *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    case __li__JV5R__: {
      li__4PCN=li__34PS(((__li__JV5R *)((__li__WK *)li__YPCN)),li__2PCN,li__3PCN);
    } break;
    };
    li__SCSU=((__li__2ZEC *)li__GPCN);
    li__YPCN=li__4PCN;
    li__TCSU=(__li__K)(li__HPCN + li__OUFN);
    ((void **)(*(li__SCSU)).li__3GPI)[li__TCSU]=li__YPCN;
    li__OUFN=(__li__K)(li__OUFN +  1);
  };
  li__WCSU=(__li__K)((*(((__li__CRB *)((__li__UL2B *)li__FPCN->li__I5ZG)->li__GX5B))).li__5QZ +  1);
  li__JPCN=(__li__K)(li__HPCN + li__WCSU);
  return(li__JPCN);
}

static __li__ODID* li__LJPJ(__li__PO li__NJPJ,void *li__OJPJ,__li__KMFK *li__PJPJ,void *li__QJPJ)
/* (Expanded POSITION{li__PO},SLOT{NULLxli__DZBxli__QWEC},Strict READ_LOCAL{NULLxli__KMFK},EXPR{NULLxli__WKxli__AVBDxli__KVBDxli__WVBDxli__Z4WHxli__KTVIxli__LTVIxli__XTVIxli__YTVIxli__S2VIxli__E3VIxli__KLWIxli__ULWIxli__NMWIxli__BNWIxli__XNWIxli__LOWIxli__5OWIxli__TPWIxli__HQWIxli__ARWIxli__URWIxli__MSWIxli__ETWIxli__MZWIxli__C0WIxli__M1WIxli__KMFKxli__XOHLxli__FPHLxli__APLMxli__DTNMxli__JXNMxli__21LOxli__TPOOxli__URROxli__41XOxli__AKBRxli__SU5Rxli__JV5R}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__SJPJ *li__J5TJ,*li__SAUJ;
  __li__CB li__K5TJ,li__2BCV;
  __li__JJG li__S5TJ,li__5BCV,li__0BCV;
  __li__K li__35TJ;
  __li__52B li__KCCV;
  __li__WK *li__0CCV;
  void *li__IBOK;
  __li__KVBD *li__OMMV,*li__SMMV;
  __li__PO li__PMMV;
  __li__5RB *li__QMMV,*li__TMMV;
  __li__WVBD *li__2CCV,*li__3CCV;
  __li__KLWI *li__5CCV;
  __li__KMFK *li__BDCV;
  __li__ULWI *li__EDCV,*li__FDCV;
  __li__MSWI *li__HDCV,*li__IDCV;
  __li__MZWI *li__KDCV,*li__LDCV;
  __li__C0WI *li__NDCV,*li__ODCV;
  __li__M1WI *li__QDCV,*li__RDCV;
  __li__VTBD *li__XBOK;
  __li__ODID *li__K5RJ,*li__TMNU,*li__RJPJ;
  li__J5TJ=NULL;
  li__K5TJ=((__li__CB )(NULL));
  li__S5TJ=((__li__JJG )sizeof(__li__SJPJ));
  /* __li__B__ __li__I__ */
if ((li__S5TJ ==  0)) {
    li__J5TJ=li__SJPJ__;
  } else /* FALSE */ {
    li__35TJ=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__S5TJ));
    /* __li__B__ __li__I__ */
if ((li__35TJ == (__li__K)(-  1))) {
      li__5BCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0BCV=(__li__JJG)((__li__JJG)(li__S5TJ - (__li__JJG)(((__li__JJG ) 0) - li__5BCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5BCV) - ((__li__JJG ) 1)));
      li__5BCV=(__li__JJG)(li__0BCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__2BCV=li__YCJ(li__0BCV,((__li__CB )(&(table_size[(li__5BCV)-1]))),((__li__52B )li__0BCV));
      li__K5TJ=li__2BCV;
    } else /* FALSE */ {
      li__KCCV=((__li__52B )li__35TJ);
      li__5BCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0BCV=(__li__JJG)((__li__JJG)(li__S5TJ - (__li__JJG)(((__li__JJG ) 0) - li__5BCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5BCV) - ((__li__JJG ) 1)));
      li__2BCV=li__YCJ(li__0BCV,((__li__CB )(&(table_type[(li__KCCV)]))),(__li__52B)(li__KCCV |  1));
      li__K5TJ=li__2BCV;
    };
    li__SAUJ=((__li__SJPJ *)li__K5TJ);
    li__J5TJ=li__SAUJ;
    *(li__SAUJ) = *(li__SJPJ__);
  };
  li__SAUJ=((__li__SJPJ *)li__J5TJ);
  li__SAUJ->li__TJPJ.li__TDID.li__0CC=li__NJPJ;
  li__SAUJ->li__TJPJ.li__VOME=li__OJPJ;
  li__SAUJ->li__TJPJ.li__WOME=li__PJPJ;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__QJPJ)->__id) {
  case __li__WK__: {
    li__0CCV=li__PVEJ(((__li__WK *)li__QJPJ));
    li__IBOK=li__0CCV;
  } break;
  case __li__AVBD__: {
    li__IBOK=li__AE5L(((__li__AVBD *)li__QJPJ));
  } break;
  case __li__KVBD__: {
    li__OMMV=((__li__KVBD *)li__QJPJ);
    li__PMMV=li__OMMV->li__LVBD.li__0K.li__0CC;
    li__QMMV=li__OMMV->li__LVBD.li__WZLE;
    li__OMMV=li__5QND();
    li__SMMV=((__li__KVBD *)li__OMMV);
    li__SMMV->li__LVBD.li__0K.li__0CC=li__PMMV;
    li__TMMV=li__NNSE(((__li__5RB *)li__QMMV));
    li__SMMV->li__LVBD.li__WZLE=li__TMMV;
    li__IBOK=li__OMMV;
  } break;
  case __li__WVBD__: {
    li__2CCV=((__li__WVBD *)li__QJPJ);
    li__3CCV=li__VEID(li__2CCV->li__XVBD.li__0K.li__0CC,li__2CCV->li__2ZLE,li__2CCV->li__XVBD.li__WZLE);
    li__IBOK=li__3CCV;
  } break;
  case __li__Z4WH__: {
    li__IBOK=li__XEVK(((__li__Z4WH *)li__QJPJ));
  } break;
  case __li__KTVI__: {
    li__IBOK=li__XF5L(((__li__KTVI *)li__QJPJ));
  } break;
  case __li__LTVI__: {
    li__IBOK=li__SDGM(((__li__LTVI *)li__QJPJ));
  } break;
  case __li__XTVI__: {
    li__IBOK=li__DG5L(((__li__XTVI *)li__QJPJ));
  } break;
  case __li__YTVI__: {
    li__IBOK=li__4DGM(((__li__YTVI *)li__QJPJ));
  } break;
  case __li__S2VI__: {
    li__IBOK=li__OG5L(((__li__S2VI *)li__QJPJ));
  } break;
  case __li__E3VI__: {
    li__IBOK=li__ZG5L(((__li__E3VI *)li__QJPJ));
  } break;
  case __li__KLWI__: {
    li__5CCV=((__li__KLWI *)li__QJPJ);
    li__PMMV=li__5CCV->li__LLWI.li__0CC;
    li__BDCV=li__G3CM(((__li__KMFK *)li__5CCV->li__ZPBK));
    li__5CCV=li__PNSJ(li__PMMV,li__BDCV);
    li__IBOK=li__5CCV;
  } break;
  case __li__ULWI__: {
    li__EDCV=((__li__ULWI *)li__QJPJ);
    li__FDCV=li__AOSJ(li__EDCV->li__VLWI.li__0CC,li__EDCV->li__4PBK);
    li__IBOK=li__FDCV;
  } break;
  case __li__NMWI__: {
    li__IBOK=li__SH5L(((__li__NMWI *)li__QJPJ));
  } break;
  case __li__BNWI__: {
    li__IBOK=li__3H5L(((__li__BNWI *)li__QJPJ));
  } break;
  case __li__XNWI__: {
    li__IBOK=li__II5L(((__li__XNWI *)li__QJPJ));
  } break;
  case __li__LOWI__: {
    li__IBOK=li__TI5L(((__li__LOWI *)li__QJPJ));
  } break;
  case __li__5OWI__: {
    li__IBOK=li__4I5L(((__li__5OWI *)li__QJPJ));
  } break;
  case __li__TPWI__: {
    li__IBOK=li__JJ5L(((__li__TPWI *)li__QJPJ));
  } break;
  case __li__HQWI__: {
    li__IBOK=li__UJ5L(((__li__HQWI *)li__QJPJ));
  } break;
  case __li__ARWI__: {
    li__IBOK=li__5J5L(((__li__ARWI *)li__QJPJ));
  } break;
  case __li__URWI__: {
    li__IBOK=li__NK5L(((__li__URWI *)li__QJPJ));
  } break;
  case __li__MSWI__: {
    li__HDCV=((__li__MSWI *)li__QJPJ);
    li__IDCV=li__YXSJ(li__HDCV->li__NSWI.li__0CC,li__HDCV->li__ISBK);
    li__IBOK=li__IDCV;
  } break;
  case __li__ETWI__: {
    li__IBOK=li__4K5L(((__li__ETWI *)li__QJPJ));
  } break;
  case __li__MZWI__: {
    li__KDCV=((__li__MZWI *)li__QJPJ);
    li__LDCV=li__4U4I(li__KDCV->li__NZWI.li__0K.li__0CC,li__KDCV->li__3SBK,li__KDCV->li__NZWI.li__WZLE);
    li__IBOK=li__LDCV;
  } break;
  case __li__C0WI__: {
    li__NDCV=((__li__C0WI *)li__QJPJ);
    li__ODCV=li__ZV4I(li__NDCV->li__D0WI.li__0K.li__0CC,li__NDCV->li__CTBK);
    li__IBOK=li__ODCV;
  } break;
  case __li__M1WI__: {
    li__QDCV=((__li__M1WI *)li__QJPJ);
    li__RDCV=li__1Z4I(li__QDCV->li__N1WI.li__0K.li__0CC,li__QDCV->li__UTFK);
    li__IBOK=li__RDCV;
  } break;
  case __li__KMFK__: {
    li__IBOK=li__G3CM(((__li__KMFK *)li__QJPJ));
  } break;
  case __li__XOHL__: {
    li__IBOK=li__AAPN(((__li__XOHL *)li__QJPJ));
  } break;
  case __li__FPHL__: {
    li__IBOK=li__2EGM(((__li__FPHL *)li__QJPJ));
  } break;
  case __li__APLM__: {
    li__IBOK=li__XRDQ(((__li__APLM *)li__QJPJ));
  } break;
  case __li__DTNM__: {
    li__IBOK=li__D5SO(((__li__DTNM *)li__QJPJ));
  } break;
  case __li__JXNM__: {
    li__IBOK=li__153R(((__li__JXNM *)li__QJPJ));
  } break;
  case __li__21LO__: {
    li__IBOK=li__2KLP(((__li__21LO *)li__QJPJ));
  } break;
  case __li__TPOO__: {
    li__IBOK=li__JLLP(((__li__TPOO *)li__QJPJ));
  } break;
  case __li__URRO__: {
    li__IBOK=li__KM4R(((__li__URRO *)li__QJPJ));
  } break;
  case __li__41XO__: {
    li__IBOK=li__CSDQ(((__li__41XO *)li__QJPJ));
  } break;
  case __li__AKBR__: {
    li__IBOK=li__L2DS(((__li__AKBR *)li__QJPJ));
  } break;
  case __li__SU5R__: {
    li__IBOK=li__EQJS(((__li__SU5R *)li__QJPJ));
  } break;
  case __li__JV5R__: {
    li__IBOK=li__PQJS(((__li__JV5R *)li__QJPJ));
  } break;
  };
  li__SAUJ->li__TJPJ.li__YOME=li__IBOK;
  li__SAUJ->li__JBOK=li__QJPJ;
  /* __li__B__ __li__I__ */
if (((void *)li__JI == (void *)NULL)) {
    li__SAUJ->li__TJPJ.li__BPME=li__YTBD;
  } else /* FALSE */ {
    li__IBOK=li__JI;
    /* NULL __li__1M__ __li__UJSH__ */
if (((struct ___OBJ *)li__IBOK)->__id==__li__1M__) {
      li__XBOK=((__li__1M *)li__IBOK)->li__2M.li__IPME;
    } else /* PROFIL_BLOCK */ {
      li__XBOK=((__li__UJSH *)li__IBOK)->li__VJSH.li__IPME;
    };
    li__SAUJ->li__TJPJ.li__BPME=li__XBOK;
  };
  li__K5RJ=li__PQUD();
  li__TMNU=((__li__ODID *)li__K5RJ);
  li__TMNU->li__PDID.li__PPME=li__PJPJ;
  li__TMNU->li__PDID.li__QPME=li__J5TJ;
  li__RP=(__li__K)(li__RP +  1);
  li__IPQH(((__li__ZDID *)li__BEID),li__K5RJ);
  li__RJPJ=li__K5RJ;
  return(li__RJPJ);
}

static __li__C li__VGKO(__li__5RB *li__WGKO,void *li__XGKO)
/* (Strict TYPE_FULL{li__5RB},TYPE_FULL{li__5RB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZGKO,*li__0GKO;
  __li__C li__2GKO,li__YGKO;
  li__ZGKO=li__WGKO->li__AEM;
  li__0GKO=((__li__5RB *)li__XGKO)->li__AEM;
  /* NULL __li__IF__ __li__ORB__ __li__QRB__ __li__SRB__ __li__URB__ __li__GSZ__ __li__1RRF__ __li__UJSH__ */
switch (((struct ___OBJ *)li__ZGKO)->__id) {
  case __li__IF__: {
    li__2GKO=li__0OSM(((__li__IF *)li__ZGKO),li__0GKO);
  } break;
  case __li__ORB__: {
    li__2GKO=li__B__;
  } break;
  case __li__QRB__: {
    li__2GKO=li__I__;
  } break;
  case __li__SRB__: {
    li__2GKO=li__4PSM(((__li__SRB *)((__li__IF *)li__ZGKO)),li__0GKO);
  } break;
  case __li__URB__: {
    li__2GKO=li__0QSM(li__0GKO);
  } break;
  case __li__GSZ__: {
    li__2GKO=li__BRSM(((__li__GSZ *)((__li__IF *)li__ZGKO)),li__0GKO);
  } break;
  case __li__1RRF__: {
    li__2GKO=li__3RSM(((__li__1RRF *)((__li__IF *)li__ZGKO)),li__0GKO);
  } break;
  case __li__UJSH__: {
    li__2GKO=li__HXQN(((__li__UJSH *)((__li__IF *)li__ZGKO)),li__0GKO);
  } break;
  };
  li__YGKO=li__2GKO;
  return(li__YGKO);
}

static __li__NWZB* li__D10B(__li__K li__F10B)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__A2FC,li__1DCV;
  __li__JJG li__I2FC,li__4DCV,li__ZDCV;
  __li__K li__T2FC;
  __li__52B li__JECV;
  __li__NWZB *li__51FC,*li__I3FC,*li__G10B;
  void **li__TPED;
  li__51FC=NULL;
  li__A2FC=((__li__CB )(NULL));
  li__I2FC=((__li__JJG )sizeof(__li__NWZB));
  /* __li__B__ __li__I__ */
if ((li__I2FC ==  0)) {
    li__51FC=li__NWZB__;
  } else /* FALSE */ {
    li__T2FC=__li__NWZB__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__I2FC));
    /* __li__B__ __li__I__ */
if ((li__T2FC == (__li__K)(-  1))) {
      li__4DCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZDCV=(__li__JJG)((__li__JJG)(li__I2FC - (__li__JJG)(((__li__JJG ) 0) - li__4DCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4DCV) - ((__li__JJG ) 1)));
      li__4DCV=(__li__JJG)(li__ZDCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__1DCV=li__YCJ(li__ZDCV,((__li__CB )(&(table_size[(li__4DCV)-1]))),((__li__52B )li__ZDCV));
      li__A2FC=li__1DCV;
    } else /* FALSE */ {
      li__JECV=((__li__52B )li__T2FC);
      li__4DCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ZDCV=(__li__JJG)((__li__JJG)(li__I2FC - (__li__JJG)(((__li__JJG ) 0) - li__4DCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__4DCV) - ((__li__JJG ) 1)));
      li__1DCV=li__YCJ(li__ZDCV,((__li__CB )(&(table_type[(li__JECV)]))),(__li__52B)(li__JECV |  1));
      li__A2FC=li__1DCV;
    };
    li__I3FC=((__li__NWZB *)li__A2FC);
    li__51FC=li__I3FC;
    *(li__I3FC) = *(li__NWZB__);
  };
  li__I3FC=((__li__NWZB *)li__51FC);
  /* __li__B__ __li__I__ */
if (((*(li__I3FC)).li__HPED < li__F10B)) {
    li__TPED=li__2SYD(li__F10B);
    (*(li__I3FC)).li__UPED=li__TPED;
    (*(li__I3FC)).li__HPED=li__F10B;
  };
  (*(li__I3FC)).li__231B=(__li__K)(-  1);
  li__G10B=li__51FC;
  return(li__G10B);
}

static __li__K li__WTVK(__li__K li__XTVK)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ZTVK,li__YTVK;
  li__ZTVK= 0;
  /* __li__B__ __li__I__ */
if ((li__XTVK <  0)) {
    li__ZTVK=(__li__K)(- li__XTVK);
  } else /* FALSE */ {
    li__ZTVK=li__XTVK;
  };
  li__YTVK=li__ZTVK;
  return(li__YTVK);
}

static __li__K li__1UVK(__li__QWEC *li__2UVK)
/* (Strict SLOT_CODE{li__QWEC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__3UVK;
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__2UVK->li__RWEC->li__KZB)->__id==__li__IZB__) {
    li__QUVK(li__2UVK,(&__string_774));
  } else /* ITM_SLOT_OPERATOR */ {
    li__QUVK(li__2UVK,(&__string_774));
  };
  li__3UVK= 0;
  return(li__3UVK);
}

static __li__C li__1NPL(__li__5RB *li__3NPL,__li__U *li__4NPL,__li__CRB *li__5NPL)
/* (Strict TYPE_FULL{NULLxli__5RB},Strict STRING_CONSTANT{li__U},Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__COPL;
  void *li__UOPL;
  __li__1M *li__VOPL;
  __li__5RB *li__WOPL,*li__1ECV;
  __li__C li__BOPL,li__ZOPL,li__AOPL;
  li__BOPL=li__I__;
  li__COPL= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__5NPL != (void *)NULL)) {
    li__COPL= 0;
    li__QGVL:
    {
      /* __li__B__ __li__I__ */
if ((li__COPL <= (*(li__5NPL)).li__5QZ)) {
        li__UOPL=((void **)(*(((__li__CRB *)li__5NPL))).li__V1BD)[li__COPL];
        li__VOPL=li__2UUD;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__UOPL)->__id) {
        case __li__WRB__: {
          li__WOPL=li__1A3I(((__li__WRB *)li__UOPL),li__VOPL);
        } break;
        case __li__XRB__: {
          li__WOPL=li__PC3I(((__li__XRB *)((__li__WRB *)li__UOPL)),li__VOPL);
        } break;
        case __li__KUB__: {
          li__WOPL=li__DE3I(((__li__KUB *)((__li__WRB *)li__UOPL)),li__VOPL);
        } break;
        case __li__VB1__: {
          li__WOPL=li__IG3I(((__li__VB1 *)((__li__WRB *)li__UOPL)),li__VOPL);
        } break;
        case __li__4O2B__: {
          li__1ECV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__UOPL)),li__VOPL);
          li__WOPL=li__1ECV;
        } break;
        };
        li__ZOPL=((void *)li__WOPL != (void *)li__3NPL);
      } else /* FALSE */ {
        li__ZOPL=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__ZOPL) {
        li__COPL=(__li__K)(li__COPL +  1);
        goto li__QGVL;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__COPL <= (*(li__5NPL)).li__5QZ)) {
      li__BOPL=li__B__;
      li__HEZ(((__li__BC *)li__DS4J),li__4NPL);
      li__UOPL=((void **)(*(((__li__CRB *)li__5NPL))).li__V1BD)[li__COPL];
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__UOPL)->__id) {
      case __li__WRB__: {
        li__5HXL(((__li__WRB *)li__UOPL),li__DS4J);
      } break;
      case __li__XRB__: {
        li__SIXL(((__li__XRB *)((__li__WRB *)li__UOPL)),li__DS4J);
      } break;
      case __li__KUB__: {
        li__FJXL(((__li__KUB *)((__li__WRB *)li__UOPL)),li__DS4J);
      } break;
      case __li__VB1__: {
        li__0JXL(((__li__VB1 *)((__li__WRB *)li__UOPL)),li__DS4J);
      } break;
      case __li__4O2B__: {
        li__KBG((&__string_787));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      };
    };
  };
  li__AOPL=li__BOPL;
  return(li__AOPL);
}

static __li__C li__TPPL(__li__5RB *li__VPPL,__li__U *li__WPPL,__li__CRB *li__XPPL)
/* (Strict TYPE_FULL{NULLxli__5RB},Strict STRING_CONSTANT{li__U},Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__0PPL;
  void *li__MQPL;
  __li__1M *li__NQPL;
  __li__5RB *li__OQPL,*li__5ECV;
  __li__C li__ZPPL,li__RQPL,li__YPPL;
  li__ZPPL=li__I__;
  li__0PPL= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__XPPL != (void *)NULL)) {
    li__0PPL= 0;
    li__FHVL:
    {
      /* __li__B__ __li__I__ */
if ((li__0PPL <= (*(li__XPPL)).li__5QZ)) {
        li__MQPL=((void **)(*(((__li__CRB *)li__XPPL))).li__V1BD)[li__0PPL];
        li__NQPL=li__2UUD;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__MQPL)->__id) {
        case __li__WRB__: {
          li__OQPL=li__1A3I(((__li__WRB *)li__MQPL),li__NQPL);
        } break;
        case __li__XRB__: {
          li__OQPL=li__PC3I(((__li__XRB *)((__li__WRB *)li__MQPL)),li__NQPL);
        } break;
        case __li__KUB__: {
          li__OQPL=li__DE3I(((__li__KUB *)((__li__WRB *)li__MQPL)),li__NQPL);
        } break;
        case __li__VB1__: {
          li__OQPL=li__IG3I(((__li__VB1 *)((__li__WRB *)li__MQPL)),li__NQPL);
        } break;
        case __li__4O2B__: {
          li__5ECV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__MQPL)),li__NQPL);
          li__OQPL=li__5ECV;
        } break;
        };
        li__RQPL=((void *)li__OQPL != (void *)li__VPPL);
      } else /* FALSE */ {
        li__RQPL=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__RQPL) {
        li__0PPL=(__li__K)(li__0PPL +  1);
        goto li__FHVL;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__0PPL <= (*(li__XPPL)).li__5QZ)) {
      li__ZPPL=li__B__;
      li__HEZ(((__li__BC *)li__DS4J),li__WPPL);
      li__MQPL=((void **)(*(((__li__CRB *)li__XPPL))).li__V1BD)[li__0PPL];
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__MQPL)->__id) {
      case __li__WRB__: {
        li__5HXL(((__li__WRB *)li__MQPL),li__DS4J);
      } break;
      case __li__XRB__: {
        li__SIXL(((__li__XRB *)((__li__WRB *)li__MQPL)),li__DS4J);
      } break;
      case __li__KUB__: {
        li__FJXL(((__li__KUB *)((__li__WRB *)li__MQPL)),li__DS4J);
      } break;
      case __li__VB1__: {
        li__0JXL(((__li__VB1 *)((__li__WRB *)li__MQPL)),li__DS4J);
      } break;
      case __li__4O2B__: {
        li__KBG((&__string_787));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      };
    };
  };
  li__YPPL=li__ZPPL;
  return(li__YPPL);
}

static __li__C li__LRPL(__li__5RB *li__NRPL,__li__U *li__ORPL,__li__CRB *li__PRPL)
/* (Strict TYPE_FULL{NULLxli__5RB},Strict STRING_CONSTANT{li__U},Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__SRPL;
  void *li__ESPL;
  __li__1M *li__FSPL;
  __li__5RB *li__GSPL,*li__DFCV;
  __li__C li__RRPL,li__JSPL,li__QRPL;
  li__RRPL=li__I__;
  li__SRPL= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__PRPL != (void *)NULL)) {
    li__SRPL= 0;
    li__0HVL:
    {
      /* __li__B__ __li__I__ */
if ((li__SRPL <= (*(li__PRPL)).li__5QZ)) {
        li__ESPL=((void **)(*(((__li__CRB *)li__PRPL))).li__V1BD)[li__SRPL];
        li__FSPL=li__2UUD;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__ESPL)->__id) {
        case __li__WRB__: {
          li__GSPL=li__1A3I(((__li__WRB *)li__ESPL),li__FSPL);
        } break;
        case __li__XRB__: {
          li__GSPL=li__PC3I(((__li__XRB *)((__li__WRB *)li__ESPL)),li__FSPL);
        } break;
        case __li__KUB__: {
          li__GSPL=li__DE3I(((__li__KUB *)((__li__WRB *)li__ESPL)),li__FSPL);
        } break;
        case __li__VB1__: {
          li__GSPL=li__IG3I(((__li__VB1 *)((__li__WRB *)li__ESPL)),li__FSPL);
        } break;
        case __li__4O2B__: {
          li__DFCV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__ESPL)),li__FSPL);
          li__GSPL=li__DFCV;
        } break;
        };
        li__JSPL=((void *)li__GSPL != (void *)li__NRPL);
      } else /* FALSE */ {
        li__JSPL=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__JSPL) {
        li__SRPL=(__li__K)(li__SRPL +  1);
        goto li__0HVL;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__SRPL <= (*(li__PRPL)).li__5QZ)) {
      li__RRPL=li__B__;
      li__HEZ(((__li__BC *)li__DS4J),li__ORPL);
      li__ESPL=((void **)(*(((__li__CRB *)li__PRPL))).li__V1BD)[li__SRPL];
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__ESPL)->__id) {
      case __li__WRB__: {
        li__5HXL(((__li__WRB *)li__ESPL),li__DS4J);
      } break;
      case __li__XRB__: {
        li__SIXL(((__li__XRB *)((__li__WRB *)li__ESPL)),li__DS4J);
      } break;
      case __li__KUB__: {
        li__FJXL(((__li__KUB *)((__li__WRB *)li__ESPL)),li__DS4J);
      } break;
      case __li__VB1__: {
        li__0JXL(((__li__VB1 *)((__li__WRB *)li__ESPL)),li__DS4J);
      } break;
      case __li__4O2B__: {
        li__KBG((&__string_787));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      };
    };
  };
  li__QRPL=li__RRPL;
  return(li__QRPL);
}

static __li__C li__CTPL(__li__5RB *li__ETPL,__li__U *li__FTPL,__li__3PZ *li__GTPL,__li__CRB *li__HTPL)
/* (Strict TYPE_FULL{NULLxli__5RB},Strict STRING_CONSTANT{li__U},Strict FAST_ARRAY(TYPE_FULL){NULLxli__3PZ},Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__TIVL,li__UBYL,li__4BYL;
  void *li__ZTPL;
  __li__C li__JTPL,li__ITPL;
  __li__3PZ *li__QIVL;
  void **li__SBYL;
  li__JTPL=li__I__;
  /* __li__B__ __li__I__ */
if (((void *)li__GTPL != (void *)NULL)) {
    li__QIVL=((__li__3PZ *)li__GTPL);
    li__TIVL= 0;
    /* __li__B__ __li__I__ */
if (((*(li__QIVL)).li__1JGB >=  0)) {
      li__SBYL=((void **)(*(li__QIVL)).li__WNFC);
      li__UBYL=(*(li__QIVL)).li__1JGB;
      li__4BYL= 0;
      while ((! ((li__4BYL > li__UBYL) || ((void *)li__ETPL == (void *)li__SBYL[li__4BYL])))) {
        li__4BYL=(__li__K)(li__4BYL +  1);
      };
      li__TIVL=li__4BYL;
    };
    /* __li__B__ __li__I__ */
if ((li__TIVL <= (*(li__GTPL)).li__1JGB)) {
      li__JTPL=li__B__;
      li__HEZ(((__li__BC *)li__DS4J),li__FTPL);
      li__ZTPL=((void **)(*(((__li__CRB *)li__HTPL))).li__V1BD)[li__TIVL];
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__ZTPL)->__id) {
      case __li__WRB__: {
        li__5HXL(((__li__WRB *)li__ZTPL),li__DS4J);
      } break;
      case __li__XRB__: {
        li__SIXL(((__li__XRB *)((__li__WRB *)li__ZTPL)),li__DS4J);
      } break;
      case __li__KUB__: {
        li__FJXL(((__li__KUB *)((__li__WRB *)li__ZTPL)),li__DS4J);
      } break;
      case __li__VB1__: {
        li__0JXL(((__li__VB1 *)((__li__WRB *)li__ZTPL)),li__DS4J);
      } break;
      case __li__4O2B__: {
        li__KBG((&__string_787));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      };
    };
  };
  li__ITPL=li__JTPL;
  return(li__ITPL);
}

static __li__C li__BUPL(__li__5RB *li__DUPL,__li__U *li__EUPL,__li__CRB *li__FUPL)
/* (Strict TYPE_FULL{NULLxli__5RB},Strict STRING_CONSTANT{li__U},Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__IUPL;
  void *li__0UPL;
  __li__1M *li__1UPL;
  __li__5RB *li__2UPL,*li__HFCV;
  __li__C li__HUPL,li__5UPL,li__GUPL;
  li__HUPL=li__I__;
  li__IUPL= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__FUPL != (void *)NULL)) {
    li__IUPL= 0;
    li__UJVL:
    {
      /* __li__B__ __li__I__ */
if ((li__IUPL <= (*(li__FUPL)).li__5QZ)) {
        li__0UPL=((void **)(*(((__li__CRB *)li__FUPL))).li__V1BD)[li__IUPL];
        li__1UPL=li__2UUD;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__0UPL)->__id) {
        case __li__WRB__: {
          li__2UPL=li__1A3I(((__li__WRB *)li__0UPL),li__1UPL);
        } break;
        case __li__XRB__: {
          li__2UPL=li__PC3I(((__li__XRB *)((__li__WRB *)li__0UPL)),li__1UPL);
        } break;
        case __li__KUB__: {
          li__2UPL=li__DE3I(((__li__KUB *)((__li__WRB *)li__0UPL)),li__1UPL);
        } break;
        case __li__VB1__: {
          li__2UPL=li__IG3I(((__li__VB1 *)((__li__WRB *)li__0UPL)),li__1UPL);
        } break;
        case __li__4O2B__: {
          li__HFCV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__0UPL)),li__1UPL);
          li__2UPL=li__HFCV;
        } break;
        };
        li__5UPL=((void *)li__2UPL != (void *)li__DUPL);
      } else /* FALSE */ {
        li__5UPL=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__5UPL) {
        li__IUPL=(__li__K)(li__IUPL +  1);
        goto li__UJVL;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__IUPL <= (*(li__FUPL)).li__5QZ)) {
      li__HUPL=li__B__;
      li__HEZ(((__li__BC *)li__DS4J),li__EUPL);
      li__0UPL=((void **)(*(((__li__CRB *)li__FUPL))).li__V1BD)[li__IUPL];
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__0UPL)->__id) {
      case __li__WRB__: {
        li__5HXL(((__li__WRB *)li__0UPL),li__DS4J);
      } break;
      case __li__XRB__: {
        li__SIXL(((__li__XRB *)((__li__WRB *)li__0UPL)),li__DS4J);
      } break;
      case __li__KUB__: {
        li__FJXL(((__li__KUB *)((__li__WRB *)li__0UPL)),li__DS4J);
      } break;
      case __li__VB1__: {
        li__0JXL(((__li__VB1 *)((__li__WRB *)li__0UPL)),li__DS4J);
      } break;
      case __li__4O2B__: {
        li__KBG((&__string_787));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      };
    };
  };
  li__GUPL=li__HUPL;
  return(li__GUPL);
}

static __li__C li__V1TN(__li__5RB *li__X1TN,__li__U *li__Y1TN,__li__CRB *li__Z1TN)
/* (Strict TYPE_FULL{NULLxli__5RB},Strict STRING_CONSTANT{li__U},Strict FAST_ARRAY(ITM_TYPE_MONO){NULLxli__CRB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__21TN;
  void *li__O2TN;
  __li__1M *li__P2TN;
  __li__5RB *li__Q2TN,*li__LFCV;
  __li__C li__11TN,li__T2TN,li__01TN;
  li__11TN=li__I__;
  li__21TN= 0;
  /* __li__B__ __li__I__ */
if (((void *)li__Z1TN != (void *)NULL)) {
    li__21TN= 0;
    li__MQDO:
    {
      /* __li__B__ __li__I__ */
if ((li__21TN <= (*(li__Z1TN)).li__5QZ)) {
        li__O2TN=((void **)(*(((__li__CRB *)li__Z1TN))).li__V1BD)[li__21TN];
        li__P2TN=li__2UUD;
        /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__O2TN)->__id) {
        case __li__WRB__: {
          li__Q2TN=li__1A3I(((__li__WRB *)li__O2TN),li__P2TN);
        } break;
        case __li__XRB__: {
          li__Q2TN=li__PC3I(((__li__XRB *)((__li__WRB *)li__O2TN)),li__P2TN);
        } break;
        case __li__KUB__: {
          li__Q2TN=li__DE3I(((__li__KUB *)((__li__WRB *)li__O2TN)),li__P2TN);
        } break;
        case __li__VB1__: {
          li__Q2TN=li__IG3I(((__li__VB1 *)((__li__WRB *)li__O2TN)),li__P2TN);
        } break;
        case __li__4O2B__: {
          li__LFCV=li__GEXF(((__li__4O2B *)((__li__WRB *)li__O2TN)),li__P2TN);
          li__Q2TN=li__LFCV;
        } break;
        };
        li__T2TN=((void *)li__Q2TN != (void *)li__X1TN);
      } else /* FALSE */ {
        li__T2TN=li__I__;
      };
      /* __li__B__ __li__I__ */
if (li__T2TN) {
        li__21TN=(__li__K)(li__21TN +  1);
        goto li__MQDO;
      };
    };
    /* __li__B__ __li__I__ */
if ((li__21TN <= (*(li__Z1TN)).li__5QZ)) {
      li__11TN=li__B__;
      li__HEZ(((__li__BC *)li__DS4J),li__Y1TN);
      li__O2TN=((void **)(*(((__li__CRB *)li__Z1TN))).li__V1BD)[li__21TN];
      /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__O2TN)->__id) {
      case __li__WRB__: {
        li__5HXL(((__li__WRB *)li__O2TN),li__DS4J);
      } break;
      case __li__XRB__: {
        li__SIXL(((__li__XRB *)((__li__WRB *)li__O2TN)),li__DS4J);
      } break;
      case __li__KUB__: {
        li__FJXL(((__li__KUB *)((__li__WRB *)li__O2TN)),li__DS4J);
      } break;
      case __li__VB1__: {
        li__0JXL(((__li__VB1 *)((__li__WRB *)li__O2TN)),li__DS4J);
      } break;
      case __li__4O2B__: {
        li__KBG((&__string_787));
        fputc((int)('\n'),stdout);
        exit(( 1));
      } break;
      };
    };
  };
  li__01TN=li__11TN;
  return(li__01TN);
}

static __li__C li__35XQ(__li__KTVI *li__45XQ)
/* (Strict EXPR_AND_AND_LOGIC{li__KTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__AAYQ,*li__GAYQ;
  __li__DZB *li__E0MV,*li__H0MV;
  __li__C li__BAYQ,li__HAYQ,li__55XQ;
  li__AAYQ=li__45XQ->li__PTVI.li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__AAYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__BAYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__BAYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__BAYQ=li__35XQ(((__li__KTVI *)li__AAYQ));
  } break;
  case __li__LTVI__: {
    li__BAYQ=li__LAYQ(((__li__LTVI *)li__AAYQ));
  } break;
  case __li__XTVI__: {
    li__BAYQ=li__0AYQ(((__li__XTVI *)li__AAYQ));
  } break;
  case __li__YTVI__: {
    li__BAYQ=li__IBYQ(((__li__YTVI *)li__AAYQ));
  } break;
  case __li__S2VI__: {
    li__BAYQ=li__WBYQ(((__li__S2VI *)li__AAYQ));
  } break;
  case __li__E3VI__: {
    li__BAYQ=li__ECYQ(((__li__E3VI *)li__AAYQ));
  } break;
  case __li__NMWI__: {
    li__BAYQ=li__YCYQ(((__li__NMWI *)li__AAYQ));
  } break;
  case __li__BNWI__: {
    li__BAYQ=li__GDYQ(((__li__BNWI *)li__AAYQ));
  } break;
  case __li__XNWI__: {
    li__BAYQ=li__UDYQ(((__li__XNWI *)li__AAYQ));
  } break;
  case __li__LOWI__: {
    li__BAYQ=li__CEYQ(((__li__LOWI *)li__AAYQ));
  } break;
  case __li__5OWI__: {
    li__BAYQ=li__QEYQ(((__li__5OWI *)li__AAYQ));
  } break;
  case __li__TPWI__: {
    li__BAYQ=li__4EYQ(((__li__TPWI *)li__AAYQ));
  } break;
  case __li__HQWI__: {
    li__BAYQ=li__MFYQ(((__li__HQWI *)li__AAYQ));
  } break;
  case __li__ARWI__: {
    li__BAYQ=li__0FYQ(((__li__ARWI *)li__AAYQ));
  } break;
  case __li__URWI__: {
    li__BAYQ=li__RGYQ(((__li__URWI *)li__AAYQ));
  } break;
  case __li__ETWI__: {
    li__BAYQ=li__CHYQ(((__li__ETWI *)li__AAYQ));
  } break;
  case __li__KMFK__: {
    li__BAYQ=li__QHYQ(((__li__KMFK *)li__AAYQ));
  } break;
  case __li__XOHL__: {
    li__BAYQ=li__VHYQ(((__li__XOHL *)li__AAYQ));
  } break;
  case __li__FPHL__: {
    li__BAYQ=li__0HYQ(((__li__FPHL *)li__AAYQ));
  } break;
  case __li__APLM__: {
    li__BAYQ=li__Z4YQ(((__li__APLM *)li__AAYQ));
  } break;
  case __li__DTNM__: {
    li__BAYQ=li__IIYQ(((__li__DTNM *)li__AAYQ));
  } break;
  case __li__JXNM__: {
    li__BAYQ=li__5O4R(((__li__JXNM *)li__AAYQ));
  } break;
  case __li__21LO__: {
    li__BAYQ=li__GZNQ(((__li__21LO *)li__AAYQ));
  } break;
  case __li__TPOO__: {
    li__E0MV=((__li__DZB *)((__li__TPOO *)li__AAYQ)->li__5IXO);
    li__BAYQ=((((void *)li__E0MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__E0MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__BAYQ=li__SQKS(((__li__URRO *)li__AAYQ));
  } break;
  case __li__41XO__: {
    li__BAYQ=li__H5YQ(((__li__41XO *)li__AAYQ));
  } break;
  case __li__AKBR__: {
    li__BAYQ=li__IXES(((__li__AKBR *)li__AAYQ));
  } break;
  case __li__SU5R__: {
    li__BAYQ=li__XQKS(((__li__SU5R *)li__AAYQ));
  } break;
  case __li__JV5R__: {
    li__BAYQ=li__FRKS(((__li__JV5R *)li__AAYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__BAYQ) {
    li__GAYQ=li__45XQ->li__PTVI.li__OTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__GAYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__HAYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__HAYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__HAYQ=li__35XQ(((__li__KTVI *)li__GAYQ));
    } break;
    case __li__LTVI__: {
      li__HAYQ=li__LAYQ(((__li__LTVI *)li__GAYQ));
    } break;
    case __li__XTVI__: {
      li__HAYQ=li__0AYQ(((__li__XTVI *)li__GAYQ));
    } break;
    case __li__YTVI__: {
      li__HAYQ=li__IBYQ(((__li__YTVI *)li__GAYQ));
    } break;
    case __li__S2VI__: {
      li__HAYQ=li__WBYQ(((__li__S2VI *)li__GAYQ));
    } break;
    case __li__E3VI__: {
      li__HAYQ=li__ECYQ(((__li__E3VI *)li__GAYQ));
    } break;
    case __li__NMWI__: {
      li__HAYQ=li__YCYQ(((__li__NMWI *)li__GAYQ));
    } break;
    case __li__BNWI__: {
      li__HAYQ=li__GDYQ(((__li__BNWI *)li__GAYQ));
    } break;
    case __li__XNWI__: {
      li__HAYQ=li__UDYQ(((__li__XNWI *)li__GAYQ));
    } break;
    case __li__LOWI__: {
      li__HAYQ=li__CEYQ(((__li__LOWI *)li__GAYQ));
    } break;
    case __li__5OWI__: {
      li__HAYQ=li__QEYQ(((__li__5OWI *)li__GAYQ));
    } break;
    case __li__TPWI__: {
      li__HAYQ=li__4EYQ(((__li__TPWI *)li__GAYQ));
    } break;
    case __li__HQWI__: {
      li__HAYQ=li__MFYQ(((__li__HQWI *)li__GAYQ));
    } break;
    case __li__ARWI__: {
      li__HAYQ=li__0FYQ(((__li__ARWI *)li__GAYQ));
    } break;
    case __li__URWI__: {
      li__HAYQ=li__RGYQ(((__li__URWI *)li__GAYQ));
    } break;
    case __li__ETWI__: {
      li__HAYQ=li__CHYQ(((__li__ETWI *)li__GAYQ));
    } break;
    case __li__KMFK__: {
      li__HAYQ=li__QHYQ(((__li__KMFK *)li__GAYQ));
    } break;
    case __li__XOHL__: {
      li__HAYQ=li__VHYQ(((__li__XOHL *)li__GAYQ));
    } break;
    case __li__FPHL__: {
      li__HAYQ=li__0HYQ(((__li__FPHL *)li__GAYQ));
    } break;
    case __li__APLM__: {
      li__HAYQ=li__Z4YQ(((__li__APLM *)li__GAYQ));
    } break;
    case __li__DTNM__: {
      li__HAYQ=li__IIYQ(((__li__DTNM *)li__GAYQ));
    } break;
    case __li__JXNM__: {
      li__HAYQ=li__5O4R(((__li__JXNM *)li__GAYQ));
    } break;
    case __li__21LO__: {
      li__HAYQ=li__GZNQ(((__li__21LO *)li__GAYQ));
    } break;
    case __li__TPOO__: {
      li__H0MV=((__li__DZB *)((__li__TPOO *)li__GAYQ)->li__5IXO);
      li__HAYQ=((((void *)li__H0MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__H0MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__HAYQ=li__SQKS(((__li__URRO *)li__GAYQ));
    } break;
    case __li__41XO__: {
      li__HAYQ=li__H5YQ(((__li__41XO *)li__GAYQ));
    } break;
    case __li__AKBR__: {
      li__HAYQ=li__IXES(((__li__AKBR *)li__GAYQ));
    } break;
    case __li__SU5R__: {
      li__HAYQ=li__XQKS(((__li__SU5R *)li__GAYQ));
    } break;
    case __li__JV5R__: {
      li__HAYQ=li__FRKS(((__li__JV5R *)li__GAYQ));
    } break;
    };
    li__BAYQ=li__HAYQ;
  } else /* FALSE */ {
    li__BAYQ=li__I__;
  };
  li__55XQ=li__BAYQ;
  return(li__55XQ);
}

static __li__C li__LAYQ(__li__LTVI *li__MAYQ)
/* (Strict EXPR_AND_LOGIC{li__LTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__OAYQ,*li__UAYQ;
  __li__DZB *li__K0MV,*li__N0MV;
  __li__C li__PAYQ,li__VAYQ,li__NAYQ;
  li__OAYQ=li__MAYQ->li__OTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__OAYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__PAYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__PAYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__PAYQ=li__35XQ(((__li__KTVI *)li__OAYQ));
  } break;
  case __li__LTVI__: {
    li__PAYQ=li__LAYQ(((__li__LTVI *)li__OAYQ));
  } break;
  case __li__XTVI__: {
    li__PAYQ=li__0AYQ(((__li__XTVI *)li__OAYQ));
  } break;
  case __li__YTVI__: {
    li__PAYQ=li__IBYQ(((__li__YTVI *)li__OAYQ));
  } break;
  case __li__S2VI__: {
    li__PAYQ=li__WBYQ(((__li__S2VI *)li__OAYQ));
  } break;
  case __li__E3VI__: {
    li__PAYQ=li__ECYQ(((__li__E3VI *)li__OAYQ));
  } break;
  case __li__NMWI__: {
    li__PAYQ=li__YCYQ(((__li__NMWI *)li__OAYQ));
  } break;
  case __li__BNWI__: {
    li__PAYQ=li__GDYQ(((__li__BNWI *)li__OAYQ));
  } break;
  case __li__XNWI__: {
    li__PAYQ=li__UDYQ(((__li__XNWI *)li__OAYQ));
  } break;
  case __li__LOWI__: {
    li__PAYQ=li__CEYQ(((__li__LOWI *)li__OAYQ));
  } break;
  case __li__5OWI__: {
    li__PAYQ=li__QEYQ(((__li__5OWI *)li__OAYQ));
  } break;
  case __li__TPWI__: {
    li__PAYQ=li__4EYQ(((__li__TPWI *)li__OAYQ));
  } break;
  case __li__HQWI__: {
    li__PAYQ=li__MFYQ(((__li__HQWI *)li__OAYQ));
  } break;
  case __li__ARWI__: {
    li__PAYQ=li__0FYQ(((__li__ARWI *)li__OAYQ));
  } break;
  case __li__URWI__: {
    li__PAYQ=li__RGYQ(((__li__URWI *)li__OAYQ));
  } break;
  case __li__ETWI__: {
    li__PAYQ=li__CHYQ(((__li__ETWI *)li__OAYQ));
  } break;
  case __li__KMFK__: {
    li__PAYQ=li__QHYQ(((__li__KMFK *)li__OAYQ));
  } break;
  case __li__XOHL__: {
    li__PAYQ=li__VHYQ(((__li__XOHL *)li__OAYQ));
  } break;
  case __li__FPHL__: {
    li__PAYQ=li__0HYQ(((__li__FPHL *)li__OAYQ));
  } break;
  case __li__APLM__: {
    li__PAYQ=li__Z4YQ(((__li__APLM *)li__OAYQ));
  } break;
  case __li__DTNM__: {
    li__PAYQ=li__IIYQ(((__li__DTNM *)li__OAYQ));
  } break;
  case __li__JXNM__: {
    li__PAYQ=li__5O4R(((__li__JXNM *)li__OAYQ));
  } break;
  case __li__21LO__: {
    li__PAYQ=li__GZNQ(((__li__21LO *)li__OAYQ));
  } break;
  case __li__TPOO__: {
    li__K0MV=((__li__DZB *)((__li__TPOO *)li__OAYQ)->li__5IXO);
    li__PAYQ=((((void *)li__K0MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__K0MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__PAYQ=li__SQKS(((__li__URRO *)li__OAYQ));
  } break;
  case __li__41XO__: {
    li__PAYQ=li__H5YQ(((__li__41XO *)li__OAYQ));
  } break;
  case __li__AKBR__: {
    li__PAYQ=li__IXES(((__li__AKBR *)li__OAYQ));
  } break;
  case __li__SU5R__: {
    li__PAYQ=li__XQKS(((__li__SU5R *)li__OAYQ));
  } break;
  case __li__JV5R__: {
    li__PAYQ=li__FRKS(((__li__JV5R *)li__OAYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__PAYQ) {
    li__UAYQ=li__MAYQ->li__OTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UAYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__VAYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__VAYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__VAYQ=li__35XQ(((__li__KTVI *)li__UAYQ));
    } break;
    case __li__LTVI__: {
      li__VAYQ=li__LAYQ(((__li__LTVI *)li__UAYQ));
    } break;
    case __li__XTVI__: {
      li__VAYQ=li__0AYQ(((__li__XTVI *)li__UAYQ));
    } break;
    case __li__YTVI__: {
      li__VAYQ=li__IBYQ(((__li__YTVI *)li__UAYQ));
    } break;
    case __li__S2VI__: {
      li__VAYQ=li__WBYQ(((__li__S2VI *)li__UAYQ));
    } break;
    case __li__E3VI__: {
      li__VAYQ=li__ECYQ(((__li__E3VI *)li__UAYQ));
    } break;
    case __li__NMWI__: {
      li__VAYQ=li__YCYQ(((__li__NMWI *)li__UAYQ));
    } break;
    case __li__BNWI__: {
      li__VAYQ=li__GDYQ(((__li__BNWI *)li__UAYQ));
    } break;
    case __li__XNWI__: {
      li__VAYQ=li__UDYQ(((__li__XNWI *)li__UAYQ));
    } break;
    case __li__LOWI__: {
      li__VAYQ=li__CEYQ(((__li__LOWI *)li__UAYQ));
    } break;
    case __li__5OWI__: {
      li__VAYQ=li__QEYQ(((__li__5OWI *)li__UAYQ));
    } break;
    case __li__TPWI__: {
      li__VAYQ=li__4EYQ(((__li__TPWI *)li__UAYQ));
    } break;
    case __li__HQWI__: {
      li__VAYQ=li__MFYQ(((__li__HQWI *)li__UAYQ));
    } break;
    case __li__ARWI__: {
      li__VAYQ=li__0FYQ(((__li__ARWI *)li__UAYQ));
    } break;
    case __li__URWI__: {
      li__VAYQ=li__RGYQ(((__li__URWI *)li__UAYQ));
    } break;
    case __li__ETWI__: {
      li__VAYQ=li__CHYQ(((__li__ETWI *)li__UAYQ));
    } break;
    case __li__KMFK__: {
      li__VAYQ=li__QHYQ(((__li__KMFK *)li__UAYQ));
    } break;
    case __li__XOHL__: {
      li__VAYQ=li__VHYQ(((__li__XOHL *)li__UAYQ));
    } break;
    case __li__FPHL__: {
      li__VAYQ=li__0HYQ(((__li__FPHL *)li__UAYQ));
    } break;
    case __li__APLM__: {
      li__VAYQ=li__Z4YQ(((__li__APLM *)li__UAYQ));
    } break;
    case __li__DTNM__: {
      li__VAYQ=li__IIYQ(((__li__DTNM *)li__UAYQ));
    } break;
    case __li__JXNM__: {
      li__VAYQ=li__5O4R(((__li__JXNM *)li__UAYQ));
    } break;
    case __li__21LO__: {
      li__VAYQ=li__GZNQ(((__li__21LO *)li__UAYQ));
    } break;
    case __li__TPOO__: {
      li__N0MV=((__li__DZB *)((__li__TPOO *)li__UAYQ)->li__5IXO);
      li__VAYQ=((((void *)li__N0MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__N0MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__VAYQ=li__SQKS(((__li__URRO *)li__UAYQ));
    } break;
    case __li__41XO__: {
      li__VAYQ=li__H5YQ(((__li__41XO *)li__UAYQ));
    } break;
    case __li__AKBR__: {
      li__VAYQ=li__IXES(((__li__AKBR *)li__UAYQ));
    } break;
    case __li__SU5R__: {
      li__VAYQ=li__XQKS(((__li__SU5R *)li__UAYQ));
    } break;
    case __li__JV5R__: {
      li__VAYQ=li__FRKS(((__li__JV5R *)li__UAYQ));
    } break;
    };
    li__PAYQ=li__VAYQ;
  } else /* FALSE */ {
    li__PAYQ=li__I__;
  };
  li__NAYQ=li__PAYQ;
  return(li__NAYQ);
}

static __li__C li__0AYQ(__li__XTVI *li__1AYQ)
/* (Strict EXPR_OR_OR_LOGIC{li__XTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__3AYQ,*li__DBYQ;
  __li__DZB *li__Q0MV,*li__T0MV;
  __li__C li__4AYQ,li__EBYQ,li__2AYQ;
  li__3AYQ=li__1AYQ->li__0TVI.li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3AYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__4AYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__4AYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__4AYQ=li__35XQ(((__li__KTVI *)li__3AYQ));
  } break;
  case __li__LTVI__: {
    li__4AYQ=li__LAYQ(((__li__LTVI *)li__3AYQ));
  } break;
  case __li__XTVI__: {
    li__4AYQ=li__0AYQ(((__li__XTVI *)li__3AYQ));
  } break;
  case __li__YTVI__: {
    li__4AYQ=li__IBYQ(((__li__YTVI *)li__3AYQ));
  } break;
  case __li__S2VI__: {
    li__4AYQ=li__WBYQ(((__li__S2VI *)li__3AYQ));
  } break;
  case __li__E3VI__: {
    li__4AYQ=li__ECYQ(((__li__E3VI *)li__3AYQ));
  } break;
  case __li__NMWI__: {
    li__4AYQ=li__YCYQ(((__li__NMWI *)li__3AYQ));
  } break;
  case __li__BNWI__: {
    li__4AYQ=li__GDYQ(((__li__BNWI *)li__3AYQ));
  } break;
  case __li__XNWI__: {
    li__4AYQ=li__UDYQ(((__li__XNWI *)li__3AYQ));
  } break;
  case __li__LOWI__: {
    li__4AYQ=li__CEYQ(((__li__LOWI *)li__3AYQ));
  } break;
  case __li__5OWI__: {
    li__4AYQ=li__QEYQ(((__li__5OWI *)li__3AYQ));
  } break;
  case __li__TPWI__: {
    li__4AYQ=li__4EYQ(((__li__TPWI *)li__3AYQ));
  } break;
  case __li__HQWI__: {
    li__4AYQ=li__MFYQ(((__li__HQWI *)li__3AYQ));
  } break;
  case __li__ARWI__: {
    li__4AYQ=li__0FYQ(((__li__ARWI *)li__3AYQ));
  } break;
  case __li__URWI__: {
    li__4AYQ=li__RGYQ(((__li__URWI *)li__3AYQ));
  } break;
  case __li__ETWI__: {
    li__4AYQ=li__CHYQ(((__li__ETWI *)li__3AYQ));
  } break;
  case __li__KMFK__: {
    li__4AYQ=li__QHYQ(((__li__KMFK *)li__3AYQ));
  } break;
  case __li__XOHL__: {
    li__4AYQ=li__VHYQ(((__li__XOHL *)li__3AYQ));
  } break;
  case __li__FPHL__: {
    li__4AYQ=li__0HYQ(((__li__FPHL *)li__3AYQ));
  } break;
  case __li__APLM__: {
    li__4AYQ=li__Z4YQ(((__li__APLM *)li__3AYQ));
  } break;
  case __li__DTNM__: {
    li__4AYQ=li__IIYQ(((__li__DTNM *)li__3AYQ));
  } break;
  case __li__JXNM__: {
    li__4AYQ=li__5O4R(((__li__JXNM *)li__3AYQ));
  } break;
  case __li__21LO__: {
    li__4AYQ=li__GZNQ(((__li__21LO *)li__3AYQ));
  } break;
  case __li__TPOO__: {
    li__Q0MV=((__li__DZB *)((__li__TPOO *)li__3AYQ)->li__5IXO);
    li__4AYQ=((((void *)li__Q0MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__Q0MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__4AYQ=li__SQKS(((__li__URRO *)li__3AYQ));
  } break;
  case __li__41XO__: {
    li__4AYQ=li__H5YQ(((__li__41XO *)li__3AYQ));
  } break;
  case __li__AKBR__: {
    li__4AYQ=li__IXES(((__li__AKBR *)li__3AYQ));
  } break;
  case __li__SU5R__: {
    li__4AYQ=li__XQKS(((__li__SU5R *)li__3AYQ));
  } break;
  case __li__JV5R__: {
    li__4AYQ=li__FRKS(((__li__JV5R *)li__3AYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__4AYQ) {
    li__DBYQ=li__1AYQ->li__0TVI.li__ZTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DBYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__EBYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__EBYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__EBYQ=li__35XQ(((__li__KTVI *)li__DBYQ));
    } break;
    case __li__LTVI__: {
      li__EBYQ=li__LAYQ(((__li__LTVI *)li__DBYQ));
    } break;
    case __li__XTVI__: {
      li__EBYQ=li__0AYQ(((__li__XTVI *)li__DBYQ));
    } break;
    case __li__YTVI__: {
      li__EBYQ=li__IBYQ(((__li__YTVI *)li__DBYQ));
    } break;
    case __li__S2VI__: {
      li__EBYQ=li__WBYQ(((__li__S2VI *)li__DBYQ));
    } break;
    case __li__E3VI__: {
      li__EBYQ=li__ECYQ(((__li__E3VI *)li__DBYQ));
    } break;
    case __li__NMWI__: {
      li__EBYQ=li__YCYQ(((__li__NMWI *)li__DBYQ));
    } break;
    case __li__BNWI__: {
      li__EBYQ=li__GDYQ(((__li__BNWI *)li__DBYQ));
    } break;
    case __li__XNWI__: {
      li__EBYQ=li__UDYQ(((__li__XNWI *)li__DBYQ));
    } break;
    case __li__LOWI__: {
      li__EBYQ=li__CEYQ(((__li__LOWI *)li__DBYQ));
    } break;
    case __li__5OWI__: {
      li__EBYQ=li__QEYQ(((__li__5OWI *)li__DBYQ));
    } break;
    case __li__TPWI__: {
      li__EBYQ=li__4EYQ(((__li__TPWI *)li__DBYQ));
    } break;
    case __li__HQWI__: {
      li__EBYQ=li__MFYQ(((__li__HQWI *)li__DBYQ));
    } break;
    case __li__ARWI__: {
      li__EBYQ=li__0FYQ(((__li__ARWI *)li__DBYQ));
    } break;
    case __li__URWI__: {
      li__EBYQ=li__RGYQ(((__li__URWI *)li__DBYQ));
    } break;
    case __li__ETWI__: {
      li__EBYQ=li__CHYQ(((__li__ETWI *)li__DBYQ));
    } break;
    case __li__KMFK__: {
      li__EBYQ=li__QHYQ(((__li__KMFK *)li__DBYQ));
    } break;
    case __li__XOHL__: {
      li__EBYQ=li__VHYQ(((__li__XOHL *)li__DBYQ));
    } break;
    case __li__FPHL__: {
      li__EBYQ=li__0HYQ(((__li__FPHL *)li__DBYQ));
    } break;
    case __li__APLM__: {
      li__EBYQ=li__Z4YQ(((__li__APLM *)li__DBYQ));
    } break;
    case __li__DTNM__: {
      li__EBYQ=li__IIYQ(((__li__DTNM *)li__DBYQ));
    } break;
    case __li__JXNM__: {
      li__EBYQ=li__5O4R(((__li__JXNM *)li__DBYQ));
    } break;
    case __li__21LO__: {
      li__EBYQ=li__GZNQ(((__li__21LO *)li__DBYQ));
    } break;
    case __li__TPOO__: {
      li__T0MV=((__li__DZB *)((__li__TPOO *)li__DBYQ)->li__5IXO);
      li__EBYQ=((((void *)li__T0MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__T0MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__EBYQ=li__SQKS(((__li__URRO *)li__DBYQ));
    } break;
    case __li__41XO__: {
      li__EBYQ=li__H5YQ(((__li__41XO *)li__DBYQ));
    } break;
    case __li__AKBR__: {
      li__EBYQ=li__IXES(((__li__AKBR *)li__DBYQ));
    } break;
    case __li__SU5R__: {
      li__EBYQ=li__XQKS(((__li__SU5R *)li__DBYQ));
    } break;
    case __li__JV5R__: {
      li__EBYQ=li__FRKS(((__li__JV5R *)li__DBYQ));
    } break;
    };
    li__4AYQ=li__EBYQ;
  } else /* FALSE */ {
    li__4AYQ=li__I__;
  };
  li__2AYQ=li__4AYQ;
  return(li__2AYQ);
}

static __li__C li__IBYQ(__li__YTVI *li__JBYQ)
/* (Strict EXPR_OR_LOGIC{li__YTVI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__LBYQ,*li__RBYQ;
  __li__DZB *li__W0MV,*li__Z0MV;
  __li__C li__MBYQ,li__SBYQ,li__KBYQ;
  li__LBYQ=li__JBYQ->li__ZTVI.li__UOBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LBYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__MBYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__MBYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__MBYQ=li__35XQ(((__li__KTVI *)li__LBYQ));
  } break;
  case __li__LTVI__: {
    li__MBYQ=li__LAYQ(((__li__LTVI *)li__LBYQ));
  } break;
  case __li__XTVI__: {
    li__MBYQ=li__0AYQ(((__li__XTVI *)li__LBYQ));
  } break;
  case __li__YTVI__: {
    li__MBYQ=li__IBYQ(((__li__YTVI *)li__LBYQ));
  } break;
  case __li__S2VI__: {
    li__MBYQ=li__WBYQ(((__li__S2VI *)li__LBYQ));
  } break;
  case __li__E3VI__: {
    li__MBYQ=li__ECYQ(((__li__E3VI *)li__LBYQ));
  } break;
  case __li__NMWI__: {
    li__MBYQ=li__YCYQ(((__li__NMWI *)li__LBYQ));
  } break;
  case __li__BNWI__: {
    li__MBYQ=li__GDYQ(((__li__BNWI *)li__LBYQ));
  } break;
  case __li__XNWI__: {
    li__MBYQ=li__UDYQ(((__li__XNWI *)li__LBYQ));
  } break;
  case __li__LOWI__: {
    li__MBYQ=li__CEYQ(((__li__LOWI *)li__LBYQ));
  } break;
  case __li__5OWI__: {
    li__MBYQ=li__QEYQ(((__li__5OWI *)li__LBYQ));
  } break;
  case __li__TPWI__: {
    li__MBYQ=li__4EYQ(((__li__TPWI *)li__LBYQ));
  } break;
  case __li__HQWI__: {
    li__MBYQ=li__MFYQ(((__li__HQWI *)li__LBYQ));
  } break;
  case __li__ARWI__: {
    li__MBYQ=li__0FYQ(((__li__ARWI *)li__LBYQ));
  } break;
  case __li__URWI__: {
    li__MBYQ=li__RGYQ(((__li__URWI *)li__LBYQ));
  } break;
  case __li__ETWI__: {
    li__MBYQ=li__CHYQ(((__li__ETWI *)li__LBYQ));
  } break;
  case __li__KMFK__: {
    li__MBYQ=li__QHYQ(((__li__KMFK *)li__LBYQ));
  } break;
  case __li__XOHL__: {
    li__MBYQ=li__VHYQ(((__li__XOHL *)li__LBYQ));
  } break;
  case __li__FPHL__: {
    li__MBYQ=li__0HYQ(((__li__FPHL *)li__LBYQ));
  } break;
  case __li__APLM__: {
    li__MBYQ=li__Z4YQ(((__li__APLM *)li__LBYQ));
  } break;
  case __li__DTNM__: {
    li__MBYQ=li__IIYQ(((__li__DTNM *)li__LBYQ));
  } break;
  case __li__JXNM__: {
    li__MBYQ=li__5O4R(((__li__JXNM *)li__LBYQ));
  } break;
  case __li__21LO__: {
    li__MBYQ=li__GZNQ(((__li__21LO *)li__LBYQ));
  } break;
  case __li__TPOO__: {
    li__W0MV=((__li__DZB *)((__li__TPOO *)li__LBYQ)->li__5IXO);
    li__MBYQ=((((void *)li__W0MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__W0MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__MBYQ=li__SQKS(((__li__URRO *)li__LBYQ));
  } break;
  case __li__41XO__: {
    li__MBYQ=li__H5YQ(((__li__41XO *)li__LBYQ));
  } break;
  case __li__AKBR__: {
    li__MBYQ=li__IXES(((__li__AKBR *)li__LBYQ));
  } break;
  case __li__SU5R__: {
    li__MBYQ=li__XQKS(((__li__SU5R *)li__LBYQ));
  } break;
  case __li__JV5R__: {
    li__MBYQ=li__FRKS(((__li__JV5R *)li__LBYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__MBYQ) {
    li__RBYQ=li__JBYQ->li__ZTVI.li__YOBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RBYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__SBYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__SBYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__SBYQ=li__35XQ(((__li__KTVI *)li__RBYQ));
    } break;
    case __li__LTVI__: {
      li__SBYQ=li__LAYQ(((__li__LTVI *)li__RBYQ));
    } break;
    case __li__XTVI__: {
      li__SBYQ=li__0AYQ(((__li__XTVI *)li__RBYQ));
    } break;
    case __li__YTVI__: {
      li__SBYQ=li__IBYQ(((__li__YTVI *)li__RBYQ));
    } break;
    case __li__S2VI__: {
      li__SBYQ=li__WBYQ(((__li__S2VI *)li__RBYQ));
    } break;
    case __li__E3VI__: {
      li__SBYQ=li__ECYQ(((__li__E3VI *)li__RBYQ));
    } break;
    case __li__NMWI__: {
      li__SBYQ=li__YCYQ(((__li__NMWI *)li__RBYQ));
    } break;
    case __li__BNWI__: {
      li__SBYQ=li__GDYQ(((__li__BNWI *)li__RBYQ));
    } break;
    case __li__XNWI__: {
      li__SBYQ=li__UDYQ(((__li__XNWI *)li__RBYQ));
    } break;
    case __li__LOWI__: {
      li__SBYQ=li__CEYQ(((__li__LOWI *)li__RBYQ));
    } break;
    case __li__5OWI__: {
      li__SBYQ=li__QEYQ(((__li__5OWI *)li__RBYQ));
    } break;
    case __li__TPWI__: {
      li__SBYQ=li__4EYQ(((__li__TPWI *)li__RBYQ));
    } break;
    case __li__HQWI__: {
      li__SBYQ=li__MFYQ(((__li__HQWI *)li__RBYQ));
    } break;
    case __li__ARWI__: {
      li__SBYQ=li__0FYQ(((__li__ARWI *)li__RBYQ));
    } break;
    case __li__URWI__: {
      li__SBYQ=li__RGYQ(((__li__URWI *)li__RBYQ));
    } break;
    case __li__ETWI__: {
      li__SBYQ=li__CHYQ(((__li__ETWI *)li__RBYQ));
    } break;
    case __li__KMFK__: {
      li__SBYQ=li__QHYQ(((__li__KMFK *)li__RBYQ));
    } break;
    case __li__XOHL__: {
      li__SBYQ=li__VHYQ(((__li__XOHL *)li__RBYQ));
    } break;
    case __li__FPHL__: {
      li__SBYQ=li__0HYQ(((__li__FPHL *)li__RBYQ));
    } break;
    case __li__APLM__: {
      li__SBYQ=li__Z4YQ(((__li__APLM *)li__RBYQ));
    } break;
    case __li__DTNM__: {
      li__SBYQ=li__IIYQ(((__li__DTNM *)li__RBYQ));
    } break;
    case __li__JXNM__: {
      li__SBYQ=li__5O4R(((__li__JXNM *)li__RBYQ));
    } break;
    case __li__21LO__: {
      li__SBYQ=li__GZNQ(((__li__21LO *)li__RBYQ));
    } break;
    case __li__TPOO__: {
      li__Z0MV=((__li__DZB *)((__li__TPOO *)li__RBYQ)->li__5IXO);
      li__SBYQ=((((void *)li__Z0MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__Z0MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__SBYQ=li__SQKS(((__li__URRO *)li__RBYQ));
    } break;
    case __li__41XO__: {
      li__SBYQ=li__H5YQ(((__li__41XO *)li__RBYQ));
    } break;
    case __li__AKBR__: {
      li__SBYQ=li__IXES(((__li__AKBR *)li__RBYQ));
    } break;
    case __li__SU5R__: {
      li__SBYQ=li__XQKS(((__li__SU5R *)li__RBYQ));
    } break;
    case __li__JV5R__: {
      li__SBYQ=li__FRKS(((__li__JV5R *)li__RBYQ));
    } break;
    };
    li__MBYQ=li__SBYQ;
  } else /* FALSE */ {
    li__MBYQ=li__I__;
  };
  li__KBYQ=li__MBYQ;
  return(li__KBYQ);
}

static __li__C li__WBYQ(__li__S2VI *li__XBYQ)
/* (Strict EXPR_EQUAL{li__S2VI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZBYQ,*li__5BYQ;
  __li__DZB *li__20MV,*li__50MV;
  __li__C li__0BYQ,li__ACYQ,li__YBYQ;
  li__ZBYQ=li__XBYQ->li__T2VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZBYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__0BYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__0BYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__0BYQ=li__35XQ(((__li__KTVI *)li__ZBYQ));
  } break;
  case __li__LTVI__: {
    li__0BYQ=li__LAYQ(((__li__LTVI *)li__ZBYQ));
  } break;
  case __li__XTVI__: {
    li__0BYQ=li__0AYQ(((__li__XTVI *)li__ZBYQ));
  } break;
  case __li__YTVI__: {
    li__0BYQ=li__IBYQ(((__li__YTVI *)li__ZBYQ));
  } break;
  case __li__S2VI__: {
    li__0BYQ=li__WBYQ(((__li__S2VI *)li__ZBYQ));
  } break;
  case __li__E3VI__: {
    li__0BYQ=li__ECYQ(((__li__E3VI *)li__ZBYQ));
  } break;
  case __li__NMWI__: {
    li__0BYQ=li__YCYQ(((__li__NMWI *)li__ZBYQ));
  } break;
  case __li__BNWI__: {
    li__0BYQ=li__GDYQ(((__li__BNWI *)li__ZBYQ));
  } break;
  case __li__XNWI__: {
    li__0BYQ=li__UDYQ(((__li__XNWI *)li__ZBYQ));
  } break;
  case __li__LOWI__: {
    li__0BYQ=li__CEYQ(((__li__LOWI *)li__ZBYQ));
  } break;
  case __li__5OWI__: {
    li__0BYQ=li__QEYQ(((__li__5OWI *)li__ZBYQ));
  } break;
  case __li__TPWI__: {
    li__0BYQ=li__4EYQ(((__li__TPWI *)li__ZBYQ));
  } break;
  case __li__HQWI__: {
    li__0BYQ=li__MFYQ(((__li__HQWI *)li__ZBYQ));
  } break;
  case __li__ARWI__: {
    li__0BYQ=li__0FYQ(((__li__ARWI *)li__ZBYQ));
  } break;
  case __li__URWI__: {
    li__0BYQ=li__RGYQ(((__li__URWI *)li__ZBYQ));
  } break;
  case __li__ETWI__: {
    li__0BYQ=li__CHYQ(((__li__ETWI *)li__ZBYQ));
  } break;
  case __li__KMFK__: {
    li__0BYQ=li__QHYQ(((__li__KMFK *)li__ZBYQ));
  } break;
  case __li__XOHL__: {
    li__0BYQ=li__VHYQ(((__li__XOHL *)li__ZBYQ));
  } break;
  case __li__FPHL__: {
    li__0BYQ=li__0HYQ(((__li__FPHL *)li__ZBYQ));
  } break;
  case __li__APLM__: {
    li__0BYQ=li__Z4YQ(((__li__APLM *)li__ZBYQ));
  } break;
  case __li__DTNM__: {
    li__0BYQ=li__IIYQ(((__li__DTNM *)li__ZBYQ));
  } break;
  case __li__JXNM__: {
    li__0BYQ=li__5O4R(((__li__JXNM *)li__ZBYQ));
  } break;
  case __li__21LO__: {
    li__0BYQ=li__GZNQ(((__li__21LO *)li__ZBYQ));
  } break;
  case __li__TPOO__: {
    li__20MV=((__li__DZB *)((__li__TPOO *)li__ZBYQ)->li__5IXO);
    li__0BYQ=((((void *)li__20MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__20MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__0BYQ=li__SQKS(((__li__URRO *)li__ZBYQ));
  } break;
  case __li__41XO__: {
    li__0BYQ=li__H5YQ(((__li__41XO *)li__ZBYQ));
  } break;
  case __li__AKBR__: {
    li__0BYQ=li__IXES(((__li__AKBR *)li__ZBYQ));
  } break;
  case __li__SU5R__: {
    li__0BYQ=li__XQKS(((__li__SU5R *)li__ZBYQ));
  } break;
  case __li__JV5R__: {
    li__0BYQ=li__FRKS(((__li__JV5R *)li__ZBYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__0BYQ) {
    li__5BYQ=li__XBYQ->li__T2VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__5BYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__ACYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__ACYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__ACYQ=li__35XQ(((__li__KTVI *)li__5BYQ));
    } break;
    case __li__LTVI__: {
      li__ACYQ=li__LAYQ(((__li__LTVI *)li__5BYQ));
    } break;
    case __li__XTVI__: {
      li__ACYQ=li__0AYQ(((__li__XTVI *)li__5BYQ));
    } break;
    case __li__YTVI__: {
      li__ACYQ=li__IBYQ(((__li__YTVI *)li__5BYQ));
    } break;
    case __li__S2VI__: {
      li__ACYQ=li__WBYQ(((__li__S2VI *)li__5BYQ));
    } break;
    case __li__E3VI__: {
      li__ACYQ=li__ECYQ(((__li__E3VI *)li__5BYQ));
    } break;
    case __li__NMWI__: {
      li__ACYQ=li__YCYQ(((__li__NMWI *)li__5BYQ));
    } break;
    case __li__BNWI__: {
      li__ACYQ=li__GDYQ(((__li__BNWI *)li__5BYQ));
    } break;
    case __li__XNWI__: {
      li__ACYQ=li__UDYQ(((__li__XNWI *)li__5BYQ));
    } break;
    case __li__LOWI__: {
      li__ACYQ=li__CEYQ(((__li__LOWI *)li__5BYQ));
    } break;
    case __li__5OWI__: {
      li__ACYQ=li__QEYQ(((__li__5OWI *)li__5BYQ));
    } break;
    case __li__TPWI__: {
      li__ACYQ=li__4EYQ(((__li__TPWI *)li__5BYQ));
    } break;
    case __li__HQWI__: {
      li__ACYQ=li__MFYQ(((__li__HQWI *)li__5BYQ));
    } break;
    case __li__ARWI__: {
      li__ACYQ=li__0FYQ(((__li__ARWI *)li__5BYQ));
    } break;
    case __li__URWI__: {
      li__ACYQ=li__RGYQ(((__li__URWI *)li__5BYQ));
    } break;
    case __li__ETWI__: {
      li__ACYQ=li__CHYQ(((__li__ETWI *)li__5BYQ));
    } break;
    case __li__KMFK__: {
      li__ACYQ=li__QHYQ(((__li__KMFK *)li__5BYQ));
    } break;
    case __li__XOHL__: {
      li__ACYQ=li__VHYQ(((__li__XOHL *)li__5BYQ));
    } break;
    case __li__FPHL__: {
      li__ACYQ=li__0HYQ(((__li__FPHL *)li__5BYQ));
    } break;
    case __li__APLM__: {
      li__ACYQ=li__Z4YQ(((__li__APLM *)li__5BYQ));
    } break;
    case __li__DTNM__: {
      li__ACYQ=li__IIYQ(((__li__DTNM *)li__5BYQ));
    } break;
    case __li__JXNM__: {
      li__ACYQ=li__5O4R(((__li__JXNM *)li__5BYQ));
    } break;
    case __li__21LO__: {
      li__ACYQ=li__GZNQ(((__li__21LO *)li__5BYQ));
    } break;
    case __li__TPOO__: {
      li__50MV=((__li__DZB *)((__li__TPOO *)li__5BYQ)->li__5IXO);
      li__ACYQ=((((void *)li__50MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__50MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__ACYQ=li__SQKS(((__li__URRO *)li__5BYQ));
    } break;
    case __li__41XO__: {
      li__ACYQ=li__H5YQ(((__li__41XO *)li__5BYQ));
    } break;
    case __li__AKBR__: {
      li__ACYQ=li__IXES(((__li__AKBR *)li__5BYQ));
    } break;
    case __li__SU5R__: {
      li__ACYQ=li__XQKS(((__li__SU5R *)li__5BYQ));
    } break;
    case __li__JV5R__: {
      li__ACYQ=li__FRKS(((__li__JV5R *)li__5BYQ));
    } break;
    };
    li__0BYQ=li__ACYQ;
  } else /* FALSE */ {
    li__0BYQ=li__I__;
  };
  li__YBYQ=li__0BYQ;
  return(li__YBYQ);
}

static __li__C li__ECYQ(__li__E3VI *li__FCYQ)
/* (Strict EXPR_NOT_EQUAL{li__E3VI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__HCYQ,*li__NCYQ;
  __li__DZB *li__C1MV,*li__F1MV;
  __li__C li__ICYQ,li__OCYQ,li__GCYQ;
  li__HCYQ=li__FCYQ->li__F3VI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HCYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__ICYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__ICYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__ICYQ=li__35XQ(((__li__KTVI *)li__HCYQ));
  } break;
  case __li__LTVI__: {
    li__ICYQ=li__LAYQ(((__li__LTVI *)li__HCYQ));
  } break;
  case __li__XTVI__: {
    li__ICYQ=li__0AYQ(((__li__XTVI *)li__HCYQ));
  } break;
  case __li__YTVI__: {
    li__ICYQ=li__IBYQ(((__li__YTVI *)li__HCYQ));
  } break;
  case __li__S2VI__: {
    li__ICYQ=li__WBYQ(((__li__S2VI *)li__HCYQ));
  } break;
  case __li__E3VI__: {
    li__ICYQ=li__ECYQ(((__li__E3VI *)li__HCYQ));
  } break;
  case __li__NMWI__: {
    li__ICYQ=li__YCYQ(((__li__NMWI *)li__HCYQ));
  } break;
  case __li__BNWI__: {
    li__ICYQ=li__GDYQ(((__li__BNWI *)li__HCYQ));
  } break;
  case __li__XNWI__: {
    li__ICYQ=li__UDYQ(((__li__XNWI *)li__HCYQ));
  } break;
  case __li__LOWI__: {
    li__ICYQ=li__CEYQ(((__li__LOWI *)li__HCYQ));
  } break;
  case __li__5OWI__: {
    li__ICYQ=li__QEYQ(((__li__5OWI *)li__HCYQ));
  } break;
  case __li__TPWI__: {
    li__ICYQ=li__4EYQ(((__li__TPWI *)li__HCYQ));
  } break;
  case __li__HQWI__: {
    li__ICYQ=li__MFYQ(((__li__HQWI *)li__HCYQ));
  } break;
  case __li__ARWI__: {
    li__ICYQ=li__0FYQ(((__li__ARWI *)li__HCYQ));
  } break;
  case __li__URWI__: {
    li__ICYQ=li__RGYQ(((__li__URWI *)li__HCYQ));
  } break;
  case __li__ETWI__: {
    li__ICYQ=li__CHYQ(((__li__ETWI *)li__HCYQ));
  } break;
  case __li__KMFK__: {
    li__ICYQ=li__QHYQ(((__li__KMFK *)li__HCYQ));
  } break;
  case __li__XOHL__: {
    li__ICYQ=li__VHYQ(((__li__XOHL *)li__HCYQ));
  } break;
  case __li__FPHL__: {
    li__ICYQ=li__0HYQ(((__li__FPHL *)li__HCYQ));
  } break;
  case __li__APLM__: {
    li__ICYQ=li__Z4YQ(((__li__APLM *)li__HCYQ));
  } break;
  case __li__DTNM__: {
    li__ICYQ=li__IIYQ(((__li__DTNM *)li__HCYQ));
  } break;
  case __li__JXNM__: {
    li__ICYQ=li__5O4R(((__li__JXNM *)li__HCYQ));
  } break;
  case __li__21LO__: {
    li__ICYQ=li__GZNQ(((__li__21LO *)li__HCYQ));
  } break;
  case __li__TPOO__: {
    li__C1MV=((__li__DZB *)((__li__TPOO *)li__HCYQ)->li__5IXO);
    li__ICYQ=((((void *)li__C1MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__C1MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__ICYQ=li__SQKS(((__li__URRO *)li__HCYQ));
  } break;
  case __li__41XO__: {
    li__ICYQ=li__H5YQ(((__li__41XO *)li__HCYQ));
  } break;
  case __li__AKBR__: {
    li__ICYQ=li__IXES(((__li__AKBR *)li__HCYQ));
  } break;
  case __li__SU5R__: {
    li__ICYQ=li__XQKS(((__li__SU5R *)li__HCYQ));
  } break;
  case __li__JV5R__: {
    li__ICYQ=li__FRKS(((__li__JV5R *)li__HCYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__ICYQ) {
    li__NCYQ=li__FCYQ->li__F3VI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__NCYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__OCYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__OCYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__OCYQ=li__35XQ(((__li__KTVI *)li__NCYQ));
    } break;
    case __li__LTVI__: {
      li__OCYQ=li__LAYQ(((__li__LTVI *)li__NCYQ));
    } break;
    case __li__XTVI__: {
      li__OCYQ=li__0AYQ(((__li__XTVI *)li__NCYQ));
    } break;
    case __li__YTVI__: {
      li__OCYQ=li__IBYQ(((__li__YTVI *)li__NCYQ));
    } break;
    case __li__S2VI__: {
      li__OCYQ=li__WBYQ(((__li__S2VI *)li__NCYQ));
    } break;
    case __li__E3VI__: {
      li__OCYQ=li__ECYQ(((__li__E3VI *)li__NCYQ));
    } break;
    case __li__NMWI__: {
      li__OCYQ=li__YCYQ(((__li__NMWI *)li__NCYQ));
    } break;
    case __li__BNWI__: {
      li__OCYQ=li__GDYQ(((__li__BNWI *)li__NCYQ));
    } break;
    case __li__XNWI__: {
      li__OCYQ=li__UDYQ(((__li__XNWI *)li__NCYQ));
    } break;
    case __li__LOWI__: {
      li__OCYQ=li__CEYQ(((__li__LOWI *)li__NCYQ));
    } break;
    case __li__5OWI__: {
      li__OCYQ=li__QEYQ(((__li__5OWI *)li__NCYQ));
    } break;
    case __li__TPWI__: {
      li__OCYQ=li__4EYQ(((__li__TPWI *)li__NCYQ));
    } break;
    case __li__HQWI__: {
      li__OCYQ=li__MFYQ(((__li__HQWI *)li__NCYQ));
    } break;
    case __li__ARWI__: {
      li__OCYQ=li__0FYQ(((__li__ARWI *)li__NCYQ));
    } break;
    case __li__URWI__: {
      li__OCYQ=li__RGYQ(((__li__URWI *)li__NCYQ));
    } break;
    case __li__ETWI__: {
      li__OCYQ=li__CHYQ(((__li__ETWI *)li__NCYQ));
    } break;
    case __li__KMFK__: {
      li__OCYQ=li__QHYQ(((__li__KMFK *)li__NCYQ));
    } break;
    case __li__XOHL__: {
      li__OCYQ=li__VHYQ(((__li__XOHL *)li__NCYQ));
    } break;
    case __li__FPHL__: {
      li__OCYQ=li__0HYQ(((__li__FPHL *)li__NCYQ));
    } break;
    case __li__APLM__: {
      li__OCYQ=li__Z4YQ(((__li__APLM *)li__NCYQ));
    } break;
    case __li__DTNM__: {
      li__OCYQ=li__IIYQ(((__li__DTNM *)li__NCYQ));
    } break;
    case __li__JXNM__: {
      li__OCYQ=li__5O4R(((__li__JXNM *)li__NCYQ));
    } break;
    case __li__21LO__: {
      li__OCYQ=li__GZNQ(((__li__21LO *)li__NCYQ));
    } break;
    case __li__TPOO__: {
      li__F1MV=((__li__DZB *)((__li__TPOO *)li__NCYQ)->li__5IXO);
      li__OCYQ=((((void *)li__F1MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__F1MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__OCYQ=li__SQKS(((__li__URRO *)li__NCYQ));
    } break;
    case __li__41XO__: {
      li__OCYQ=li__H5YQ(((__li__41XO *)li__NCYQ));
    } break;
    case __li__AKBR__: {
      li__OCYQ=li__IXES(((__li__AKBR *)li__NCYQ));
    } break;
    case __li__SU5R__: {
      li__OCYQ=li__XQKS(((__li__SU5R *)li__NCYQ));
    } break;
    case __li__JV5R__: {
      li__OCYQ=li__FRKS(((__li__JV5R *)li__NCYQ));
    } break;
    };
    li__ICYQ=li__OCYQ;
  } else /* FALSE */ {
    li__ICYQ=li__I__;
  };
  li__GCYQ=li__ICYQ;
  return(li__GCYQ);
}

static __li__C li__YCYQ(__li__NMWI *li__ZCYQ)
/* (Strict EXPR_SUP{li__NMWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__1CYQ,*li__BDYQ;
  __li__DZB *li__I1MV,*li__L1MV;
  __li__C li__2CYQ,li__CDYQ,li__0CYQ;
  li__1CYQ=li__ZCYQ->li__OMWI.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__1CYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__2CYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__2CYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__2CYQ=li__35XQ(((__li__KTVI *)li__1CYQ));
  } break;
  case __li__LTVI__: {
    li__2CYQ=li__LAYQ(((__li__LTVI *)li__1CYQ));
  } break;
  case __li__XTVI__: {
    li__2CYQ=li__0AYQ(((__li__XTVI *)li__1CYQ));
  } break;
  case __li__YTVI__: {
    li__2CYQ=li__IBYQ(((__li__YTVI *)li__1CYQ));
  } break;
  case __li__S2VI__: {
    li__2CYQ=li__WBYQ(((__li__S2VI *)li__1CYQ));
  } break;
  case __li__E3VI__: {
    li__2CYQ=li__ECYQ(((__li__E3VI *)li__1CYQ));
  } break;
  case __li__NMWI__: {
    li__2CYQ=li__YCYQ(((__li__NMWI *)li__1CYQ));
  } break;
  case __li__BNWI__: {
    li__2CYQ=li__GDYQ(((__li__BNWI *)li__1CYQ));
  } break;
  case __li__XNWI__: {
    li__2CYQ=li__UDYQ(((__li__XNWI *)li__1CYQ));
  } break;
  case __li__LOWI__: {
    li__2CYQ=li__CEYQ(((__li__LOWI *)li__1CYQ));
  } break;
  case __li__5OWI__: {
    li__2CYQ=li__QEYQ(((__li__5OWI *)li__1CYQ));
  } break;
  case __li__TPWI__: {
    li__2CYQ=li__4EYQ(((__li__TPWI *)li__1CYQ));
  } break;
  case __li__HQWI__: {
    li__2CYQ=li__MFYQ(((__li__HQWI *)li__1CYQ));
  } break;
  case __li__ARWI__: {
    li__2CYQ=li__0FYQ(((__li__ARWI *)li__1CYQ));
  } break;
  case __li__URWI__: {
    li__2CYQ=li__RGYQ(((__li__URWI *)li__1CYQ));
  } break;
  case __li__ETWI__: {
    li__2CYQ=li__CHYQ(((__li__ETWI *)li__1CYQ));
  } break;
  case __li__KMFK__: {
    li__2CYQ=li__QHYQ(((__li__KMFK *)li__1CYQ));
  } break;
  case __li__XOHL__: {
    li__2CYQ=li__VHYQ(((__li__XOHL *)li__1CYQ));
  } break;
  case __li__FPHL__: {
    li__2CYQ=li__0HYQ(((__li__FPHL *)li__1CYQ));
  } break;
  case __li__APLM__: {
    li__2CYQ=li__Z4YQ(((__li__APLM *)li__1CYQ));
  } break;
  case __li__DTNM__: {
    li__2CYQ=li__IIYQ(((__li__DTNM *)li__1CYQ));
  } break;
  case __li__JXNM__: {
    li__2CYQ=li__5O4R(((__li__JXNM *)li__1CYQ));
  } break;
  case __li__21LO__: {
    li__2CYQ=li__GZNQ(((__li__21LO *)li__1CYQ));
  } break;
  case __li__TPOO__: {
    li__I1MV=((__li__DZB *)((__li__TPOO *)li__1CYQ)->li__5IXO);
    li__2CYQ=((((void *)li__I1MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__I1MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__2CYQ=li__SQKS(((__li__URRO *)li__1CYQ));
  } break;
  case __li__41XO__: {
    li__2CYQ=li__H5YQ(((__li__41XO *)li__1CYQ));
  } break;
  case __li__AKBR__: {
    li__2CYQ=li__IXES(((__li__AKBR *)li__1CYQ));
  } break;
  case __li__SU5R__: {
    li__2CYQ=li__XQKS(((__li__SU5R *)li__1CYQ));
  } break;
  case __li__JV5R__: {
    li__2CYQ=li__FRKS(((__li__JV5R *)li__1CYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__2CYQ) {
    li__BDYQ=li__ZCYQ->li__OMWI.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BDYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__CDYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__CDYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__CDYQ=li__35XQ(((__li__KTVI *)li__BDYQ));
    } break;
    case __li__LTVI__: {
      li__CDYQ=li__LAYQ(((__li__LTVI *)li__BDYQ));
    } break;
    case __li__XTVI__: {
      li__CDYQ=li__0AYQ(((__li__XTVI *)li__BDYQ));
    } break;
    case __li__YTVI__: {
      li__CDYQ=li__IBYQ(((__li__YTVI *)li__BDYQ));
    } break;
    case __li__S2VI__: {
      li__CDYQ=li__WBYQ(((__li__S2VI *)li__BDYQ));
    } break;
    case __li__E3VI__: {
      li__CDYQ=li__ECYQ(((__li__E3VI *)li__BDYQ));
    } break;
    case __li__NMWI__: {
      li__CDYQ=li__YCYQ(((__li__NMWI *)li__BDYQ));
    } break;
    case __li__BNWI__: {
      li__CDYQ=li__GDYQ(((__li__BNWI *)li__BDYQ));
    } break;
    case __li__XNWI__: {
      li__CDYQ=li__UDYQ(((__li__XNWI *)li__BDYQ));
    } break;
    case __li__LOWI__: {
      li__CDYQ=li__CEYQ(((__li__LOWI *)li__BDYQ));
    } break;
    case __li__5OWI__: {
      li__CDYQ=li__QEYQ(((__li__5OWI *)li__BDYQ));
    } break;
    case __li__TPWI__: {
      li__CDYQ=li__4EYQ(((__li__TPWI *)li__BDYQ));
    } break;
    case __li__HQWI__: {
      li__CDYQ=li__MFYQ(((__li__HQWI *)li__BDYQ));
    } break;
    case __li__ARWI__: {
      li__CDYQ=li__0FYQ(((__li__ARWI *)li__BDYQ));
    } break;
    case __li__URWI__: {
      li__CDYQ=li__RGYQ(((__li__URWI *)li__BDYQ));
    } break;
    case __li__ETWI__: {
      li__CDYQ=li__CHYQ(((__li__ETWI *)li__BDYQ));
    } break;
    case __li__KMFK__: {
      li__CDYQ=li__QHYQ(((__li__KMFK *)li__BDYQ));
    } break;
    case __li__XOHL__: {
      li__CDYQ=li__VHYQ(((__li__XOHL *)li__BDYQ));
    } break;
    case __li__FPHL__: {
      li__CDYQ=li__0HYQ(((__li__FPHL *)li__BDYQ));
    } break;
    case __li__APLM__: {
      li__CDYQ=li__Z4YQ(((__li__APLM *)li__BDYQ));
    } break;
    case __li__DTNM__: {
      li__CDYQ=li__IIYQ(((__li__DTNM *)li__BDYQ));
    } break;
    case __li__JXNM__: {
      li__CDYQ=li__5O4R(((__li__JXNM *)li__BDYQ));
    } break;
    case __li__21LO__: {
      li__CDYQ=li__GZNQ(((__li__21LO *)li__BDYQ));
    } break;
    case __li__TPOO__: {
      li__L1MV=((__li__DZB *)((__li__TPOO *)li__BDYQ)->li__5IXO);
      li__CDYQ=((((void *)li__L1MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__L1MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__CDYQ=li__SQKS(((__li__URRO *)li__BDYQ));
    } break;
    case __li__41XO__: {
      li__CDYQ=li__H5YQ(((__li__41XO *)li__BDYQ));
    } break;
    case __li__AKBR__: {
      li__CDYQ=li__IXES(((__li__AKBR *)li__BDYQ));
    } break;
    case __li__SU5R__: {
      li__CDYQ=li__XQKS(((__li__SU5R *)li__BDYQ));
    } break;
    case __li__JV5R__: {
      li__CDYQ=li__FRKS(((__li__JV5R *)li__BDYQ));
    } break;
    };
    li__2CYQ=li__CDYQ;
  } else /* FALSE */ {
    li__2CYQ=li__I__;
  };
  li__0CYQ=li__2CYQ;
  return(li__0CYQ);
}

static __li__C li__GDYQ(__li__BNWI *li__HDYQ)
/* (Strict EXPR_SUB{li__BNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__JDYQ,*li__PDYQ;
  __li__DZB *li__O1MV,*li__R1MV;
  __li__C li__KDYQ,li__QDYQ,li__IDYQ;
  li__JDYQ=li__HDYQ->li__ENWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__JDYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__KDYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__KDYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__KDYQ=li__35XQ(((__li__KTVI *)li__JDYQ));
  } break;
  case __li__LTVI__: {
    li__KDYQ=li__LAYQ(((__li__LTVI *)li__JDYQ));
  } break;
  case __li__XTVI__: {
    li__KDYQ=li__0AYQ(((__li__XTVI *)li__JDYQ));
  } break;
  case __li__YTVI__: {
    li__KDYQ=li__IBYQ(((__li__YTVI *)li__JDYQ));
  } break;
  case __li__S2VI__: {
    li__KDYQ=li__WBYQ(((__li__S2VI *)li__JDYQ));
  } break;
  case __li__E3VI__: {
    li__KDYQ=li__ECYQ(((__li__E3VI *)li__JDYQ));
  } break;
  case __li__NMWI__: {
    li__KDYQ=li__YCYQ(((__li__NMWI *)li__JDYQ));
  } break;
  case __li__BNWI__: {
    li__KDYQ=li__GDYQ(((__li__BNWI *)li__JDYQ));
  } break;
  case __li__XNWI__: {
    li__KDYQ=li__UDYQ(((__li__XNWI *)li__JDYQ));
  } break;
  case __li__LOWI__: {
    li__KDYQ=li__CEYQ(((__li__LOWI *)li__JDYQ));
  } break;
  case __li__5OWI__: {
    li__KDYQ=li__QEYQ(((__li__5OWI *)li__JDYQ));
  } break;
  case __li__TPWI__: {
    li__KDYQ=li__4EYQ(((__li__TPWI *)li__JDYQ));
  } break;
  case __li__HQWI__: {
    li__KDYQ=li__MFYQ(((__li__HQWI *)li__JDYQ));
  } break;
  case __li__ARWI__: {
    li__KDYQ=li__0FYQ(((__li__ARWI *)li__JDYQ));
  } break;
  case __li__URWI__: {
    li__KDYQ=li__RGYQ(((__li__URWI *)li__JDYQ));
  } break;
  case __li__ETWI__: {
    li__KDYQ=li__CHYQ(((__li__ETWI *)li__JDYQ));
  } break;
  case __li__KMFK__: {
    li__KDYQ=li__QHYQ(((__li__KMFK *)li__JDYQ));
  } break;
  case __li__XOHL__: {
    li__KDYQ=li__VHYQ(((__li__XOHL *)li__JDYQ));
  } break;
  case __li__FPHL__: {
    li__KDYQ=li__0HYQ(((__li__FPHL *)li__JDYQ));
  } break;
  case __li__APLM__: {
    li__KDYQ=li__Z4YQ(((__li__APLM *)li__JDYQ));
  } break;
  case __li__DTNM__: {
    li__KDYQ=li__IIYQ(((__li__DTNM *)li__JDYQ));
  } break;
  case __li__JXNM__: {
    li__KDYQ=li__5O4R(((__li__JXNM *)li__JDYQ));
  } break;
  case __li__21LO__: {
    li__KDYQ=li__GZNQ(((__li__21LO *)li__JDYQ));
  } break;
  case __li__TPOO__: {
    li__O1MV=((__li__DZB *)((__li__TPOO *)li__JDYQ)->li__5IXO);
    li__KDYQ=((((void *)li__O1MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__O1MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__KDYQ=li__SQKS(((__li__URRO *)li__JDYQ));
  } break;
  case __li__41XO__: {
    li__KDYQ=li__H5YQ(((__li__41XO *)li__JDYQ));
  } break;
  case __li__AKBR__: {
    li__KDYQ=li__IXES(((__li__AKBR *)li__JDYQ));
  } break;
  case __li__SU5R__: {
    li__KDYQ=li__XQKS(((__li__SU5R *)li__JDYQ));
  } break;
  case __li__JV5R__: {
    li__KDYQ=li__FRKS(((__li__JV5R *)li__JDYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__KDYQ) {
    li__PDYQ=li__HDYQ->li__ENWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PDYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__QDYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__QDYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__QDYQ=li__35XQ(((__li__KTVI *)li__PDYQ));
    } break;
    case __li__LTVI__: {
      li__QDYQ=li__LAYQ(((__li__LTVI *)li__PDYQ));
    } break;
    case __li__XTVI__: {
      li__QDYQ=li__0AYQ(((__li__XTVI *)li__PDYQ));
    } break;
    case __li__YTVI__: {
      li__QDYQ=li__IBYQ(((__li__YTVI *)li__PDYQ));
    } break;
    case __li__S2VI__: {
      li__QDYQ=li__WBYQ(((__li__S2VI *)li__PDYQ));
    } break;
    case __li__E3VI__: {
      li__QDYQ=li__ECYQ(((__li__E3VI *)li__PDYQ));
    } break;
    case __li__NMWI__: {
      li__QDYQ=li__YCYQ(((__li__NMWI *)li__PDYQ));
    } break;
    case __li__BNWI__: {
      li__QDYQ=li__GDYQ(((__li__BNWI *)li__PDYQ));
    } break;
    case __li__XNWI__: {
      li__QDYQ=li__UDYQ(((__li__XNWI *)li__PDYQ));
    } break;
    case __li__LOWI__: {
      li__QDYQ=li__CEYQ(((__li__LOWI *)li__PDYQ));
    } break;
    case __li__5OWI__: {
      li__QDYQ=li__QEYQ(((__li__5OWI *)li__PDYQ));
    } break;
    case __li__TPWI__: {
      li__QDYQ=li__4EYQ(((__li__TPWI *)li__PDYQ));
    } break;
    case __li__HQWI__: {
      li__QDYQ=li__MFYQ(((__li__HQWI *)li__PDYQ));
    } break;
    case __li__ARWI__: {
      li__QDYQ=li__0FYQ(((__li__ARWI *)li__PDYQ));
    } break;
    case __li__URWI__: {
      li__QDYQ=li__RGYQ(((__li__URWI *)li__PDYQ));
    } break;
    case __li__ETWI__: {
      li__QDYQ=li__CHYQ(((__li__ETWI *)li__PDYQ));
    } break;
    case __li__KMFK__: {
      li__QDYQ=li__QHYQ(((__li__KMFK *)li__PDYQ));
    } break;
    case __li__XOHL__: {
      li__QDYQ=li__VHYQ(((__li__XOHL *)li__PDYQ));
    } break;
    case __li__FPHL__: {
      li__QDYQ=li__0HYQ(((__li__FPHL *)li__PDYQ));
    } break;
    case __li__APLM__: {
      li__QDYQ=li__Z4YQ(((__li__APLM *)li__PDYQ));
    } break;
    case __li__DTNM__: {
      li__QDYQ=li__IIYQ(((__li__DTNM *)li__PDYQ));
    } break;
    case __li__JXNM__: {
      li__QDYQ=li__5O4R(((__li__JXNM *)li__PDYQ));
    } break;
    case __li__21LO__: {
      li__QDYQ=li__GZNQ(((__li__21LO *)li__PDYQ));
    } break;
    case __li__TPOO__: {
      li__R1MV=((__li__DZB *)((__li__TPOO *)li__PDYQ)->li__5IXO);
      li__QDYQ=((((void *)li__R1MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__R1MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__QDYQ=li__SQKS(((__li__URRO *)li__PDYQ));
    } break;
    case __li__41XO__: {
      li__QDYQ=li__H5YQ(((__li__41XO *)li__PDYQ));
    } break;
    case __li__AKBR__: {
      li__QDYQ=li__IXES(((__li__AKBR *)li__PDYQ));
    } break;
    case __li__SU5R__: {
      li__QDYQ=li__XQKS(((__li__SU5R *)li__PDYQ));
    } break;
    case __li__JV5R__: {
      li__QDYQ=li__FRKS(((__li__JV5R *)li__PDYQ));
    } break;
    };
    li__KDYQ=li__QDYQ;
  } else /* FALSE */ {
    li__KDYQ=li__I__;
  };
  li__IDYQ=li__KDYQ;
  return(li__IDYQ);
}

static __li__C li__UDYQ(__li__XNWI *li__VDYQ)
/* (Strict EXPR_MUL{li__XNWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__XDYQ,*li__3DYQ;
  __li__DZB *li__U1MV,*li__X1MV;
  __li__C li__YDYQ,li__4DYQ,li__WDYQ;
  li__XDYQ=li__VDYQ->li__YNWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__XDYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__YDYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__YDYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__YDYQ=li__35XQ(((__li__KTVI *)li__XDYQ));
  } break;
  case __li__LTVI__: {
    li__YDYQ=li__LAYQ(((__li__LTVI *)li__XDYQ));
  } break;
  case __li__XTVI__: {
    li__YDYQ=li__0AYQ(((__li__XTVI *)li__XDYQ));
  } break;
  case __li__YTVI__: {
    li__YDYQ=li__IBYQ(((__li__YTVI *)li__XDYQ));
  } break;
  case __li__S2VI__: {
    li__YDYQ=li__WBYQ(((__li__S2VI *)li__XDYQ));
  } break;
  case __li__E3VI__: {
    li__YDYQ=li__ECYQ(((__li__E3VI *)li__XDYQ));
  } break;
  case __li__NMWI__: {
    li__YDYQ=li__YCYQ(((__li__NMWI *)li__XDYQ));
  } break;
  case __li__BNWI__: {
    li__YDYQ=li__GDYQ(((__li__BNWI *)li__XDYQ));
  } break;
  case __li__XNWI__: {
    li__YDYQ=li__UDYQ(((__li__XNWI *)li__XDYQ));
  } break;
  case __li__LOWI__: {
    li__YDYQ=li__CEYQ(((__li__LOWI *)li__XDYQ));
  } break;
  case __li__5OWI__: {
    li__YDYQ=li__QEYQ(((__li__5OWI *)li__XDYQ));
  } break;
  case __li__TPWI__: {
    li__YDYQ=li__4EYQ(((__li__TPWI *)li__XDYQ));
  } break;
  case __li__HQWI__: {
    li__YDYQ=li__MFYQ(((__li__HQWI *)li__XDYQ));
  } break;
  case __li__ARWI__: {
    li__YDYQ=li__0FYQ(((__li__ARWI *)li__XDYQ));
  } break;
  case __li__URWI__: {
    li__YDYQ=li__RGYQ(((__li__URWI *)li__XDYQ));
  } break;
  case __li__ETWI__: {
    li__YDYQ=li__CHYQ(((__li__ETWI *)li__XDYQ));
  } break;
  case __li__KMFK__: {
    li__YDYQ=li__QHYQ(((__li__KMFK *)li__XDYQ));
  } break;
  case __li__XOHL__: {
    li__YDYQ=li__VHYQ(((__li__XOHL *)li__XDYQ));
  } break;
  case __li__FPHL__: {
    li__YDYQ=li__0HYQ(((__li__FPHL *)li__XDYQ));
  } break;
  case __li__APLM__: {
    li__YDYQ=li__Z4YQ(((__li__APLM *)li__XDYQ));
  } break;
  case __li__DTNM__: {
    li__YDYQ=li__IIYQ(((__li__DTNM *)li__XDYQ));
  } break;
  case __li__JXNM__: {
    li__YDYQ=li__5O4R(((__li__JXNM *)li__XDYQ));
  } break;
  case __li__21LO__: {
    li__YDYQ=li__GZNQ(((__li__21LO *)li__XDYQ));
  } break;
  case __li__TPOO__: {
    li__U1MV=((__li__DZB *)((__li__TPOO *)li__XDYQ)->li__5IXO);
    li__YDYQ=((((void *)li__U1MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__U1MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__YDYQ=li__SQKS(((__li__URRO *)li__XDYQ));
  } break;
  case __li__41XO__: {
    li__YDYQ=li__H5YQ(((__li__41XO *)li__XDYQ));
  } break;
  case __li__AKBR__: {
    li__YDYQ=li__IXES(((__li__AKBR *)li__XDYQ));
  } break;
  case __li__SU5R__: {
    li__YDYQ=li__XQKS(((__li__SU5R *)li__XDYQ));
  } break;
  case __li__JV5R__: {
    li__YDYQ=li__FRKS(((__li__JV5R *)li__XDYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__YDYQ) {
    li__3DYQ=li__VDYQ->li__YNWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3DYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__4DYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__4DYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__4DYQ=li__35XQ(((__li__KTVI *)li__3DYQ));
    } break;
    case __li__LTVI__: {
      li__4DYQ=li__LAYQ(((__li__LTVI *)li__3DYQ));
    } break;
    case __li__XTVI__: {
      li__4DYQ=li__0AYQ(((__li__XTVI *)li__3DYQ));
    } break;
    case __li__YTVI__: {
      li__4DYQ=li__IBYQ(((__li__YTVI *)li__3DYQ));
    } break;
    case __li__S2VI__: {
      li__4DYQ=li__WBYQ(((__li__S2VI *)li__3DYQ));
    } break;
    case __li__E3VI__: {
      li__4DYQ=li__ECYQ(((__li__E3VI *)li__3DYQ));
    } break;
    case __li__NMWI__: {
      li__4DYQ=li__YCYQ(((__li__NMWI *)li__3DYQ));
    } break;
    case __li__BNWI__: {
      li__4DYQ=li__GDYQ(((__li__BNWI *)li__3DYQ));
    } break;
    case __li__XNWI__: {
      li__4DYQ=li__UDYQ(((__li__XNWI *)li__3DYQ));
    } break;
    case __li__LOWI__: {
      li__4DYQ=li__CEYQ(((__li__LOWI *)li__3DYQ));
    } break;
    case __li__5OWI__: {
      li__4DYQ=li__QEYQ(((__li__5OWI *)li__3DYQ));
    } break;
    case __li__TPWI__: {
      li__4DYQ=li__4EYQ(((__li__TPWI *)li__3DYQ));
    } break;
    case __li__HQWI__: {
      li__4DYQ=li__MFYQ(((__li__HQWI *)li__3DYQ));
    } break;
    case __li__ARWI__: {
      li__4DYQ=li__0FYQ(((__li__ARWI *)li__3DYQ));
    } break;
    case __li__URWI__: {
      li__4DYQ=li__RGYQ(((__li__URWI *)li__3DYQ));
    } break;
    case __li__ETWI__: {
      li__4DYQ=li__CHYQ(((__li__ETWI *)li__3DYQ));
    } break;
    case __li__KMFK__: {
      li__4DYQ=li__QHYQ(((__li__KMFK *)li__3DYQ));
    } break;
    case __li__XOHL__: {
      li__4DYQ=li__VHYQ(((__li__XOHL *)li__3DYQ));
    } break;
    case __li__FPHL__: {
      li__4DYQ=li__0HYQ(((__li__FPHL *)li__3DYQ));
    } break;
    case __li__APLM__: {
      li__4DYQ=li__Z4YQ(((__li__APLM *)li__3DYQ));
    } break;
    case __li__DTNM__: {
      li__4DYQ=li__IIYQ(((__li__DTNM *)li__3DYQ));
    } break;
    case __li__JXNM__: {
      li__4DYQ=li__5O4R(((__li__JXNM *)li__3DYQ));
    } break;
    case __li__21LO__: {
      li__4DYQ=li__GZNQ(((__li__21LO *)li__3DYQ));
    } break;
    case __li__TPOO__: {
      li__X1MV=((__li__DZB *)((__li__TPOO *)li__3DYQ)->li__5IXO);
      li__4DYQ=((((void *)li__X1MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__X1MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__4DYQ=li__SQKS(((__li__URRO *)li__3DYQ));
    } break;
    case __li__41XO__: {
      li__4DYQ=li__H5YQ(((__li__41XO *)li__3DYQ));
    } break;
    case __li__AKBR__: {
      li__4DYQ=li__IXES(((__li__AKBR *)li__3DYQ));
    } break;
    case __li__SU5R__: {
      li__4DYQ=li__XQKS(((__li__SU5R *)li__3DYQ));
    } break;
    case __li__JV5R__: {
      li__4DYQ=li__FRKS(((__li__JV5R *)li__3DYQ));
    } break;
    };
    li__YDYQ=li__4DYQ;
  } else /* FALSE */ {
    li__YDYQ=li__I__;
  };
  li__WDYQ=li__YDYQ;
  return(li__WDYQ);
}

static __li__C li__CEYQ(__li__LOWI *li__DEYQ)
/* (Strict EXPR_DIV{li__LOWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__FEYQ,*li__LEYQ;
  __li__DZB *li__01MV,*li__31MV;
  __li__C li__GEYQ,li__MEYQ,li__EEYQ;
  li__FEYQ=li__DEYQ->li__MOWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FEYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__GEYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__GEYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__GEYQ=li__35XQ(((__li__KTVI *)li__FEYQ));
  } break;
  case __li__LTVI__: {
    li__GEYQ=li__LAYQ(((__li__LTVI *)li__FEYQ));
  } break;
  case __li__XTVI__: {
    li__GEYQ=li__0AYQ(((__li__XTVI *)li__FEYQ));
  } break;
  case __li__YTVI__: {
    li__GEYQ=li__IBYQ(((__li__YTVI *)li__FEYQ));
  } break;
  case __li__S2VI__: {
    li__GEYQ=li__WBYQ(((__li__S2VI *)li__FEYQ));
  } break;
  case __li__E3VI__: {
    li__GEYQ=li__ECYQ(((__li__E3VI *)li__FEYQ));
  } break;
  case __li__NMWI__: {
    li__GEYQ=li__YCYQ(((__li__NMWI *)li__FEYQ));
  } break;
  case __li__BNWI__: {
    li__GEYQ=li__GDYQ(((__li__BNWI *)li__FEYQ));
  } break;
  case __li__XNWI__: {
    li__GEYQ=li__UDYQ(((__li__XNWI *)li__FEYQ));
  } break;
  case __li__LOWI__: {
    li__GEYQ=li__CEYQ(((__li__LOWI *)li__FEYQ));
  } break;
  case __li__5OWI__: {
    li__GEYQ=li__QEYQ(((__li__5OWI *)li__FEYQ));
  } break;
  case __li__TPWI__: {
    li__GEYQ=li__4EYQ(((__li__TPWI *)li__FEYQ));
  } break;
  case __li__HQWI__: {
    li__GEYQ=li__MFYQ(((__li__HQWI *)li__FEYQ));
  } break;
  case __li__ARWI__: {
    li__GEYQ=li__0FYQ(((__li__ARWI *)li__FEYQ));
  } break;
  case __li__URWI__: {
    li__GEYQ=li__RGYQ(((__li__URWI *)li__FEYQ));
  } break;
  case __li__ETWI__: {
    li__GEYQ=li__CHYQ(((__li__ETWI *)li__FEYQ));
  } break;
  case __li__KMFK__: {
    li__GEYQ=li__QHYQ(((__li__KMFK *)li__FEYQ));
  } break;
  case __li__XOHL__: {
    li__GEYQ=li__VHYQ(((__li__XOHL *)li__FEYQ));
  } break;
  case __li__FPHL__: {
    li__GEYQ=li__0HYQ(((__li__FPHL *)li__FEYQ));
  } break;
  case __li__APLM__: {
    li__GEYQ=li__Z4YQ(((__li__APLM *)li__FEYQ));
  } break;
  case __li__DTNM__: {
    li__GEYQ=li__IIYQ(((__li__DTNM *)li__FEYQ));
  } break;
  case __li__JXNM__: {
    li__GEYQ=li__5O4R(((__li__JXNM *)li__FEYQ));
  } break;
  case __li__21LO__: {
    li__GEYQ=li__GZNQ(((__li__21LO *)li__FEYQ));
  } break;
  case __li__TPOO__: {
    li__01MV=((__li__DZB *)((__li__TPOO *)li__FEYQ)->li__5IXO);
    li__GEYQ=((((void *)li__01MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__01MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__GEYQ=li__SQKS(((__li__URRO *)li__FEYQ));
  } break;
  case __li__41XO__: {
    li__GEYQ=li__H5YQ(((__li__41XO *)li__FEYQ));
  } break;
  case __li__AKBR__: {
    li__GEYQ=li__IXES(((__li__AKBR *)li__FEYQ));
  } break;
  case __li__SU5R__: {
    li__GEYQ=li__XQKS(((__li__SU5R *)li__FEYQ));
  } break;
  case __li__JV5R__: {
    li__GEYQ=li__FRKS(((__li__JV5R *)li__FEYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__GEYQ) {
    li__LEYQ=li__DEYQ->li__MOWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LEYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__MEYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__MEYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__MEYQ=li__35XQ(((__li__KTVI *)li__LEYQ));
    } break;
    case __li__LTVI__: {
      li__MEYQ=li__LAYQ(((__li__LTVI *)li__LEYQ));
    } break;
    case __li__XTVI__: {
      li__MEYQ=li__0AYQ(((__li__XTVI *)li__LEYQ));
    } break;
    case __li__YTVI__: {
      li__MEYQ=li__IBYQ(((__li__YTVI *)li__LEYQ));
    } break;
    case __li__S2VI__: {
      li__MEYQ=li__WBYQ(((__li__S2VI *)li__LEYQ));
    } break;
    case __li__E3VI__: {
      li__MEYQ=li__ECYQ(((__li__E3VI *)li__LEYQ));
    } break;
    case __li__NMWI__: {
      li__MEYQ=li__YCYQ(((__li__NMWI *)li__LEYQ));
    } break;
    case __li__BNWI__: {
      li__MEYQ=li__GDYQ(((__li__BNWI *)li__LEYQ));
    } break;
    case __li__XNWI__: {
      li__MEYQ=li__UDYQ(((__li__XNWI *)li__LEYQ));
    } break;
    case __li__LOWI__: {
      li__MEYQ=li__CEYQ(((__li__LOWI *)li__LEYQ));
    } break;
    case __li__5OWI__: {
      li__MEYQ=li__QEYQ(((__li__5OWI *)li__LEYQ));
    } break;
    case __li__TPWI__: {
      li__MEYQ=li__4EYQ(((__li__TPWI *)li__LEYQ));
    } break;
    case __li__HQWI__: {
      li__MEYQ=li__MFYQ(((__li__HQWI *)li__LEYQ));
    } break;
    case __li__ARWI__: {
      li__MEYQ=li__0FYQ(((__li__ARWI *)li__LEYQ));
    } break;
    case __li__URWI__: {
      li__MEYQ=li__RGYQ(((__li__URWI *)li__LEYQ));
    } break;
    case __li__ETWI__: {
      li__MEYQ=li__CHYQ(((__li__ETWI *)li__LEYQ));
    } break;
    case __li__KMFK__: {
      li__MEYQ=li__QHYQ(((__li__KMFK *)li__LEYQ));
    } break;
    case __li__XOHL__: {
      li__MEYQ=li__VHYQ(((__li__XOHL *)li__LEYQ));
    } break;
    case __li__FPHL__: {
      li__MEYQ=li__0HYQ(((__li__FPHL *)li__LEYQ));
    } break;
    case __li__APLM__: {
      li__MEYQ=li__Z4YQ(((__li__APLM *)li__LEYQ));
    } break;
    case __li__DTNM__: {
      li__MEYQ=li__IIYQ(((__li__DTNM *)li__LEYQ));
    } break;
    case __li__JXNM__: {
      li__MEYQ=li__5O4R(((__li__JXNM *)li__LEYQ));
    } break;
    case __li__21LO__: {
      li__MEYQ=li__GZNQ(((__li__21LO *)li__LEYQ));
    } break;
    case __li__TPOO__: {
      li__31MV=((__li__DZB *)((__li__TPOO *)li__LEYQ)->li__5IXO);
      li__MEYQ=((((void *)li__31MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__31MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__MEYQ=li__SQKS(((__li__URRO *)li__LEYQ));
    } break;
    case __li__41XO__: {
      li__MEYQ=li__H5YQ(((__li__41XO *)li__LEYQ));
    } break;
    case __li__AKBR__: {
      li__MEYQ=li__IXES(((__li__AKBR *)li__LEYQ));
    } break;
    case __li__SU5R__: {
      li__MEYQ=li__XQKS(((__li__SU5R *)li__LEYQ));
    } break;
    case __li__JV5R__: {
      li__MEYQ=li__FRKS(((__li__JV5R *)li__LEYQ));
    } break;
    };
    li__GEYQ=li__MEYQ;
  } else /* FALSE */ {
    li__GEYQ=li__I__;
  };
  li__EEYQ=li__GEYQ;
  return(li__EEYQ);
}

static __li__C li__QEYQ(__li__5OWI *li__REYQ)
/* (Strict EXPR_AND{li__5OWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__TEYQ,*li__ZEYQ;
  __li__DZB *li__A2MV,*li__D2MV;
  __li__C li__UEYQ,li__0EYQ,li__SEYQ;
  li__TEYQ=li__REYQ->li__APWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__TEYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__UEYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__UEYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__UEYQ=li__35XQ(((__li__KTVI *)li__TEYQ));
  } break;
  case __li__LTVI__: {
    li__UEYQ=li__LAYQ(((__li__LTVI *)li__TEYQ));
  } break;
  case __li__XTVI__: {
    li__UEYQ=li__0AYQ(((__li__XTVI *)li__TEYQ));
  } break;
  case __li__YTVI__: {
    li__UEYQ=li__IBYQ(((__li__YTVI *)li__TEYQ));
  } break;
  case __li__S2VI__: {
    li__UEYQ=li__WBYQ(((__li__S2VI *)li__TEYQ));
  } break;
  case __li__E3VI__: {
    li__UEYQ=li__ECYQ(((__li__E3VI *)li__TEYQ));
  } break;
  case __li__NMWI__: {
    li__UEYQ=li__YCYQ(((__li__NMWI *)li__TEYQ));
  } break;
  case __li__BNWI__: {
    li__UEYQ=li__GDYQ(((__li__BNWI *)li__TEYQ));
  } break;
  case __li__XNWI__: {
    li__UEYQ=li__UDYQ(((__li__XNWI *)li__TEYQ));
  } break;
  case __li__LOWI__: {
    li__UEYQ=li__CEYQ(((__li__LOWI *)li__TEYQ));
  } break;
  case __li__5OWI__: {
    li__UEYQ=li__QEYQ(((__li__5OWI *)li__TEYQ));
  } break;
  case __li__TPWI__: {
    li__UEYQ=li__4EYQ(((__li__TPWI *)li__TEYQ));
  } break;
  case __li__HQWI__: {
    li__UEYQ=li__MFYQ(((__li__HQWI *)li__TEYQ));
  } break;
  case __li__ARWI__: {
    li__UEYQ=li__0FYQ(((__li__ARWI *)li__TEYQ));
  } break;
  case __li__URWI__: {
    li__UEYQ=li__RGYQ(((__li__URWI *)li__TEYQ));
  } break;
  case __li__ETWI__: {
    li__UEYQ=li__CHYQ(((__li__ETWI *)li__TEYQ));
  } break;
  case __li__KMFK__: {
    li__UEYQ=li__QHYQ(((__li__KMFK *)li__TEYQ));
  } break;
  case __li__XOHL__: {
    li__UEYQ=li__VHYQ(((__li__XOHL *)li__TEYQ));
  } break;
  case __li__FPHL__: {
    li__UEYQ=li__0HYQ(((__li__FPHL *)li__TEYQ));
  } break;
  case __li__APLM__: {
    li__UEYQ=li__Z4YQ(((__li__APLM *)li__TEYQ));
  } break;
  case __li__DTNM__: {
    li__UEYQ=li__IIYQ(((__li__DTNM *)li__TEYQ));
  } break;
  case __li__JXNM__: {
    li__UEYQ=li__5O4R(((__li__JXNM *)li__TEYQ));
  } break;
  case __li__21LO__: {
    li__UEYQ=li__GZNQ(((__li__21LO *)li__TEYQ));
  } break;
  case __li__TPOO__: {
    li__A2MV=((__li__DZB *)((__li__TPOO *)li__TEYQ)->li__5IXO);
    li__UEYQ=((((void *)li__A2MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__A2MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__UEYQ=li__SQKS(((__li__URRO *)li__TEYQ));
  } break;
  case __li__41XO__: {
    li__UEYQ=li__H5YQ(((__li__41XO *)li__TEYQ));
  } break;
  case __li__AKBR__: {
    li__UEYQ=li__IXES(((__li__AKBR *)li__TEYQ));
  } break;
  case __li__SU5R__: {
    li__UEYQ=li__XQKS(((__li__SU5R *)li__TEYQ));
  } break;
  case __li__JV5R__: {
    li__UEYQ=li__FRKS(((__li__JV5R *)li__TEYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__UEYQ) {
    li__ZEYQ=li__REYQ->li__APWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ZEYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__0EYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__0EYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__0EYQ=li__35XQ(((__li__KTVI *)li__ZEYQ));
    } break;
    case __li__LTVI__: {
      li__0EYQ=li__LAYQ(((__li__LTVI *)li__ZEYQ));
    } break;
    case __li__XTVI__: {
      li__0EYQ=li__0AYQ(((__li__XTVI *)li__ZEYQ));
    } break;
    case __li__YTVI__: {
      li__0EYQ=li__IBYQ(((__li__YTVI *)li__ZEYQ));
    } break;
    case __li__S2VI__: {
      li__0EYQ=li__WBYQ(((__li__S2VI *)li__ZEYQ));
    } break;
    case __li__E3VI__: {
      li__0EYQ=li__ECYQ(((__li__E3VI *)li__ZEYQ));
    } break;
    case __li__NMWI__: {
      li__0EYQ=li__YCYQ(((__li__NMWI *)li__ZEYQ));
    } break;
    case __li__BNWI__: {
      li__0EYQ=li__GDYQ(((__li__BNWI *)li__ZEYQ));
    } break;
    case __li__XNWI__: {
      li__0EYQ=li__UDYQ(((__li__XNWI *)li__ZEYQ));
    } break;
    case __li__LOWI__: {
      li__0EYQ=li__CEYQ(((__li__LOWI *)li__ZEYQ));
    } break;
    case __li__5OWI__: {
      li__0EYQ=li__QEYQ(((__li__5OWI *)li__ZEYQ));
    } break;
    case __li__TPWI__: {
      li__0EYQ=li__4EYQ(((__li__TPWI *)li__ZEYQ));
    } break;
    case __li__HQWI__: {
      li__0EYQ=li__MFYQ(((__li__HQWI *)li__ZEYQ));
    } break;
    case __li__ARWI__: {
      li__0EYQ=li__0FYQ(((__li__ARWI *)li__ZEYQ));
    } break;
    case __li__URWI__: {
      li__0EYQ=li__RGYQ(((__li__URWI *)li__ZEYQ));
    } break;
    case __li__ETWI__: {
      li__0EYQ=li__CHYQ(((__li__ETWI *)li__ZEYQ));
    } break;
    case __li__KMFK__: {
      li__0EYQ=li__QHYQ(((__li__KMFK *)li__ZEYQ));
    } break;
    case __li__XOHL__: {
      li__0EYQ=li__VHYQ(((__li__XOHL *)li__ZEYQ));
    } break;
    case __li__FPHL__: {
      li__0EYQ=li__0HYQ(((__li__FPHL *)li__ZEYQ));
    } break;
    case __li__APLM__: {
      li__0EYQ=li__Z4YQ(((__li__APLM *)li__ZEYQ));
    } break;
    case __li__DTNM__: {
      li__0EYQ=li__IIYQ(((__li__DTNM *)li__ZEYQ));
    } break;
    case __li__JXNM__: {
      li__0EYQ=li__5O4R(((__li__JXNM *)li__ZEYQ));
    } break;
    case __li__21LO__: {
      li__0EYQ=li__GZNQ(((__li__21LO *)li__ZEYQ));
    } break;
    case __li__TPOO__: {
      li__D2MV=((__li__DZB *)((__li__TPOO *)li__ZEYQ)->li__5IXO);
      li__0EYQ=((((void *)li__D2MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__D2MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__0EYQ=li__SQKS(((__li__URRO *)li__ZEYQ));
    } break;
    case __li__41XO__: {
      li__0EYQ=li__H5YQ(((__li__41XO *)li__ZEYQ));
    } break;
    case __li__AKBR__: {
      li__0EYQ=li__IXES(((__li__AKBR *)li__ZEYQ));
    } break;
    case __li__SU5R__: {
      li__0EYQ=li__XQKS(((__li__SU5R *)li__ZEYQ));
    } break;
    case __li__JV5R__: {
      li__0EYQ=li__FRKS(((__li__JV5R *)li__ZEYQ));
    } break;
    };
    li__UEYQ=li__0EYQ;
  } else /* FALSE */ {
    li__UEYQ=li__I__;
  };
  li__SEYQ=li__UEYQ;
  return(li__SEYQ);
}

static __li__C li__4EYQ(__li__TPWI *li__5EYQ)
/* (Strict EXPR_SHIFT_R{li__TPWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__BFYQ,*li__HFYQ;
  __li__DZB *li__G2MV,*li__J2MV;
  __li__C li__CFYQ,li__IFYQ,li__AFYQ;
  li__BFYQ=li__5EYQ->li__UPWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__BFYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__CFYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__CFYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__CFYQ=li__35XQ(((__li__KTVI *)li__BFYQ));
  } break;
  case __li__LTVI__: {
    li__CFYQ=li__LAYQ(((__li__LTVI *)li__BFYQ));
  } break;
  case __li__XTVI__: {
    li__CFYQ=li__0AYQ(((__li__XTVI *)li__BFYQ));
  } break;
  case __li__YTVI__: {
    li__CFYQ=li__IBYQ(((__li__YTVI *)li__BFYQ));
  } break;
  case __li__S2VI__: {
    li__CFYQ=li__WBYQ(((__li__S2VI *)li__BFYQ));
  } break;
  case __li__E3VI__: {
    li__CFYQ=li__ECYQ(((__li__E3VI *)li__BFYQ));
  } break;
  case __li__NMWI__: {
    li__CFYQ=li__YCYQ(((__li__NMWI *)li__BFYQ));
  } break;
  case __li__BNWI__: {
    li__CFYQ=li__GDYQ(((__li__BNWI *)li__BFYQ));
  } break;
  case __li__XNWI__: {
    li__CFYQ=li__UDYQ(((__li__XNWI *)li__BFYQ));
  } break;
  case __li__LOWI__: {
    li__CFYQ=li__CEYQ(((__li__LOWI *)li__BFYQ));
  } break;
  case __li__5OWI__: {
    li__CFYQ=li__QEYQ(((__li__5OWI *)li__BFYQ));
  } break;
  case __li__TPWI__: {
    li__CFYQ=li__4EYQ(((__li__TPWI *)li__BFYQ));
  } break;
  case __li__HQWI__: {
    li__CFYQ=li__MFYQ(((__li__HQWI *)li__BFYQ));
  } break;
  case __li__ARWI__: {
    li__CFYQ=li__0FYQ(((__li__ARWI *)li__BFYQ));
  } break;
  case __li__URWI__: {
    li__CFYQ=li__RGYQ(((__li__URWI *)li__BFYQ));
  } break;
  case __li__ETWI__: {
    li__CFYQ=li__CHYQ(((__li__ETWI *)li__BFYQ));
  } break;
  case __li__KMFK__: {
    li__CFYQ=li__QHYQ(((__li__KMFK *)li__BFYQ));
  } break;
  case __li__XOHL__: {
    li__CFYQ=li__VHYQ(((__li__XOHL *)li__BFYQ));
  } break;
  case __li__FPHL__: {
    li__CFYQ=li__0HYQ(((__li__FPHL *)li__BFYQ));
  } break;
  case __li__APLM__: {
    li__CFYQ=li__Z4YQ(((__li__APLM *)li__BFYQ));
  } break;
  case __li__DTNM__: {
    li__CFYQ=li__IIYQ(((__li__DTNM *)li__BFYQ));
  } break;
  case __li__JXNM__: {
    li__CFYQ=li__5O4R(((__li__JXNM *)li__BFYQ));
  } break;
  case __li__21LO__: {
    li__CFYQ=li__GZNQ(((__li__21LO *)li__BFYQ));
  } break;
  case __li__TPOO__: {
    li__G2MV=((__li__DZB *)((__li__TPOO *)li__BFYQ)->li__5IXO);
    li__CFYQ=((((void *)li__G2MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__G2MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__CFYQ=li__SQKS(((__li__URRO *)li__BFYQ));
  } break;
  case __li__41XO__: {
    li__CFYQ=li__H5YQ(((__li__41XO *)li__BFYQ));
  } break;
  case __li__AKBR__: {
    li__CFYQ=li__IXES(((__li__AKBR *)li__BFYQ));
  } break;
  case __li__SU5R__: {
    li__CFYQ=li__XQKS(((__li__SU5R *)li__BFYQ));
  } break;
  case __li__JV5R__: {
    li__CFYQ=li__FRKS(((__li__JV5R *)li__BFYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__CFYQ) {
    li__HFYQ=li__5EYQ->li__UPWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__HFYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__IFYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__IFYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__IFYQ=li__35XQ(((__li__KTVI *)li__HFYQ));
    } break;
    case __li__LTVI__: {
      li__IFYQ=li__LAYQ(((__li__LTVI *)li__HFYQ));
    } break;
    case __li__XTVI__: {
      li__IFYQ=li__0AYQ(((__li__XTVI *)li__HFYQ));
    } break;
    case __li__YTVI__: {
      li__IFYQ=li__IBYQ(((__li__YTVI *)li__HFYQ));
    } break;
    case __li__S2VI__: {
      li__IFYQ=li__WBYQ(((__li__S2VI *)li__HFYQ));
    } break;
    case __li__E3VI__: {
      li__IFYQ=li__ECYQ(((__li__E3VI *)li__HFYQ));
    } break;
    case __li__NMWI__: {
      li__IFYQ=li__YCYQ(((__li__NMWI *)li__HFYQ));
    } break;
    case __li__BNWI__: {
      li__IFYQ=li__GDYQ(((__li__BNWI *)li__HFYQ));
    } break;
    case __li__XNWI__: {
      li__IFYQ=li__UDYQ(((__li__XNWI *)li__HFYQ));
    } break;
    case __li__LOWI__: {
      li__IFYQ=li__CEYQ(((__li__LOWI *)li__HFYQ));
    } break;
    case __li__5OWI__: {
      li__IFYQ=li__QEYQ(((__li__5OWI *)li__HFYQ));
    } break;
    case __li__TPWI__: {
      li__IFYQ=li__4EYQ(((__li__TPWI *)li__HFYQ));
    } break;
    case __li__HQWI__: {
      li__IFYQ=li__MFYQ(((__li__HQWI *)li__HFYQ));
    } break;
    case __li__ARWI__: {
      li__IFYQ=li__0FYQ(((__li__ARWI *)li__HFYQ));
    } break;
    case __li__URWI__: {
      li__IFYQ=li__RGYQ(((__li__URWI *)li__HFYQ));
    } break;
    case __li__ETWI__: {
      li__IFYQ=li__CHYQ(((__li__ETWI *)li__HFYQ));
    } break;
    case __li__KMFK__: {
      li__IFYQ=li__QHYQ(((__li__KMFK *)li__HFYQ));
    } break;
    case __li__XOHL__: {
      li__IFYQ=li__VHYQ(((__li__XOHL *)li__HFYQ));
    } break;
    case __li__FPHL__: {
      li__IFYQ=li__0HYQ(((__li__FPHL *)li__HFYQ));
    } break;
    case __li__APLM__: {
      li__IFYQ=li__Z4YQ(((__li__APLM *)li__HFYQ));
    } break;
    case __li__DTNM__: {
      li__IFYQ=li__IIYQ(((__li__DTNM *)li__HFYQ));
    } break;
    case __li__JXNM__: {
      li__IFYQ=li__5O4R(((__li__JXNM *)li__HFYQ));
    } break;
    case __li__21LO__: {
      li__IFYQ=li__GZNQ(((__li__21LO *)li__HFYQ));
    } break;
    case __li__TPOO__: {
      li__J2MV=((__li__DZB *)((__li__TPOO *)li__HFYQ)->li__5IXO);
      li__IFYQ=((((void *)li__J2MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__J2MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__IFYQ=li__SQKS(((__li__URRO *)li__HFYQ));
    } break;
    case __li__41XO__: {
      li__IFYQ=li__H5YQ(((__li__41XO *)li__HFYQ));
    } break;
    case __li__AKBR__: {
      li__IFYQ=li__IXES(((__li__AKBR *)li__HFYQ));
    } break;
    case __li__SU5R__: {
      li__IFYQ=li__XQKS(((__li__SU5R *)li__HFYQ));
    } break;
    case __li__JV5R__: {
      li__IFYQ=li__FRKS(((__li__JV5R *)li__HFYQ));
    } break;
    };
    li__CFYQ=li__IFYQ;
  } else /* FALSE */ {
    li__CFYQ=li__I__;
  };
  li__AFYQ=li__CFYQ;
  return(li__AFYQ);
}

static __li__C li__MFYQ(__li__HQWI *li__NFYQ)
/* (Strict EXPR_SHIFT_L{li__HQWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__PFYQ,*li__VFYQ;
  __li__DZB *li__M2MV,*li__P2MV;
  __li__C li__QFYQ,li__WFYQ,li__OFYQ;
  li__PFYQ=li__NFYQ->li__IQWI.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__PFYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__QFYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__QFYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__QFYQ=li__35XQ(((__li__KTVI *)li__PFYQ));
  } break;
  case __li__LTVI__: {
    li__QFYQ=li__LAYQ(((__li__LTVI *)li__PFYQ));
  } break;
  case __li__XTVI__: {
    li__QFYQ=li__0AYQ(((__li__XTVI *)li__PFYQ));
  } break;
  case __li__YTVI__: {
    li__QFYQ=li__IBYQ(((__li__YTVI *)li__PFYQ));
  } break;
  case __li__S2VI__: {
    li__QFYQ=li__WBYQ(((__li__S2VI *)li__PFYQ));
  } break;
  case __li__E3VI__: {
    li__QFYQ=li__ECYQ(((__li__E3VI *)li__PFYQ));
  } break;
  case __li__NMWI__: {
    li__QFYQ=li__YCYQ(((__li__NMWI *)li__PFYQ));
  } break;
  case __li__BNWI__: {
    li__QFYQ=li__GDYQ(((__li__BNWI *)li__PFYQ));
  } break;
  case __li__XNWI__: {
    li__QFYQ=li__UDYQ(((__li__XNWI *)li__PFYQ));
  } break;
  case __li__LOWI__: {
    li__QFYQ=li__CEYQ(((__li__LOWI *)li__PFYQ));
  } break;
  case __li__5OWI__: {
    li__QFYQ=li__QEYQ(((__li__5OWI *)li__PFYQ));
  } break;
  case __li__TPWI__: {
    li__QFYQ=li__4EYQ(((__li__TPWI *)li__PFYQ));
  } break;
  case __li__HQWI__: {
    li__QFYQ=li__MFYQ(((__li__HQWI *)li__PFYQ));
  } break;
  case __li__ARWI__: {
    li__QFYQ=li__0FYQ(((__li__ARWI *)li__PFYQ));
  } break;
  case __li__URWI__: {
    li__QFYQ=li__RGYQ(((__li__URWI *)li__PFYQ));
  } break;
  case __li__ETWI__: {
    li__QFYQ=li__CHYQ(((__li__ETWI *)li__PFYQ));
  } break;
  case __li__KMFK__: {
    li__QFYQ=li__QHYQ(((__li__KMFK *)li__PFYQ));
  } break;
  case __li__XOHL__: {
    li__QFYQ=li__VHYQ(((__li__XOHL *)li__PFYQ));
  } break;
  case __li__FPHL__: {
    li__QFYQ=li__0HYQ(((__li__FPHL *)li__PFYQ));
  } break;
  case __li__APLM__: {
    li__QFYQ=li__Z4YQ(((__li__APLM *)li__PFYQ));
  } break;
  case __li__DTNM__: {
    li__QFYQ=li__IIYQ(((__li__DTNM *)li__PFYQ));
  } break;
  case __li__JXNM__: {
    li__QFYQ=li__5O4R(((__li__JXNM *)li__PFYQ));
  } break;
  case __li__21LO__: {
    li__QFYQ=li__GZNQ(((__li__21LO *)li__PFYQ));
  } break;
  case __li__TPOO__: {
    li__M2MV=((__li__DZB *)((__li__TPOO *)li__PFYQ)->li__5IXO);
    li__QFYQ=((((void *)li__M2MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__M2MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__QFYQ=li__SQKS(((__li__URRO *)li__PFYQ));
  } break;
  case __li__41XO__: {
    li__QFYQ=li__H5YQ(((__li__41XO *)li__PFYQ));
  } break;
  case __li__AKBR__: {
    li__QFYQ=li__IXES(((__li__AKBR *)li__PFYQ));
  } break;
  case __li__SU5R__: {
    li__QFYQ=li__XQKS(((__li__SU5R *)li__PFYQ));
  } break;
  case __li__JV5R__: {
    li__QFYQ=li__FRKS(((__li__JV5R *)li__PFYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__QFYQ) {
    li__VFYQ=li__NFYQ->li__IQWI.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VFYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__WFYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__WFYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__WFYQ=li__35XQ(((__li__KTVI *)li__VFYQ));
    } break;
    case __li__LTVI__: {
      li__WFYQ=li__LAYQ(((__li__LTVI *)li__VFYQ));
    } break;
    case __li__XTVI__: {
      li__WFYQ=li__0AYQ(((__li__XTVI *)li__VFYQ));
    } break;
    case __li__YTVI__: {
      li__WFYQ=li__IBYQ(((__li__YTVI *)li__VFYQ));
    } break;
    case __li__S2VI__: {
      li__WFYQ=li__WBYQ(((__li__S2VI *)li__VFYQ));
    } break;
    case __li__E3VI__: {
      li__WFYQ=li__ECYQ(((__li__E3VI *)li__VFYQ));
    } break;
    case __li__NMWI__: {
      li__WFYQ=li__YCYQ(((__li__NMWI *)li__VFYQ));
    } break;
    case __li__BNWI__: {
      li__WFYQ=li__GDYQ(((__li__BNWI *)li__VFYQ));
    } break;
    case __li__XNWI__: {
      li__WFYQ=li__UDYQ(((__li__XNWI *)li__VFYQ));
    } break;
    case __li__LOWI__: {
      li__WFYQ=li__CEYQ(((__li__LOWI *)li__VFYQ));
    } break;
    case __li__5OWI__: {
      li__WFYQ=li__QEYQ(((__li__5OWI *)li__VFYQ));
    } break;
    case __li__TPWI__: {
      li__WFYQ=li__4EYQ(((__li__TPWI *)li__VFYQ));
    } break;
    case __li__HQWI__: {
      li__WFYQ=li__MFYQ(((__li__HQWI *)li__VFYQ));
    } break;
    case __li__ARWI__: {
      li__WFYQ=li__0FYQ(((__li__ARWI *)li__VFYQ));
    } break;
    case __li__URWI__: {
      li__WFYQ=li__RGYQ(((__li__URWI *)li__VFYQ));
    } break;
    case __li__ETWI__: {
      li__WFYQ=li__CHYQ(((__li__ETWI *)li__VFYQ));
    } break;
    case __li__KMFK__: {
      li__WFYQ=li__QHYQ(((__li__KMFK *)li__VFYQ));
    } break;
    case __li__XOHL__: {
      li__WFYQ=li__VHYQ(((__li__XOHL *)li__VFYQ));
    } break;
    case __li__FPHL__: {
      li__WFYQ=li__0HYQ(((__li__FPHL *)li__VFYQ));
    } break;
    case __li__APLM__: {
      li__WFYQ=li__Z4YQ(((__li__APLM *)li__VFYQ));
    } break;
    case __li__DTNM__: {
      li__WFYQ=li__IIYQ(((__li__DTNM *)li__VFYQ));
    } break;
    case __li__JXNM__: {
      li__WFYQ=li__5O4R(((__li__JXNM *)li__VFYQ));
    } break;
    case __li__21LO__: {
      li__WFYQ=li__GZNQ(((__li__21LO *)li__VFYQ));
    } break;
    case __li__TPOO__: {
      li__P2MV=((__li__DZB *)((__li__TPOO *)li__VFYQ)->li__5IXO);
      li__WFYQ=((((void *)li__P2MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__P2MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__WFYQ=li__SQKS(((__li__URRO *)li__VFYQ));
    } break;
    case __li__41XO__: {
      li__WFYQ=li__H5YQ(((__li__41XO *)li__VFYQ));
    } break;
    case __li__AKBR__: {
      li__WFYQ=li__IXES(((__li__AKBR *)li__VFYQ));
    } break;
    case __li__SU5R__: {
      li__WFYQ=li__XQKS(((__li__SU5R *)li__VFYQ));
    } break;
    case __li__JV5R__: {
      li__WFYQ=li__FRKS(((__li__JV5R *)li__VFYQ));
    } break;
    };
    li__QFYQ=li__WFYQ;
  } else /* FALSE */ {
    li__QFYQ=li__I__;
  };
  li__OFYQ=li__QFYQ;
  return(li__OFYQ);
}

static __li__C li__0FYQ(__li__ARWI *li__1FYQ)
/* (Strict PUT_TO{li__ARWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__3FYQ,*li__DGYQ;
  __li__DZB *li__S2MV,*li__V2MV;
  __li__C li__4FYQ,li__EGYQ,li__2FYQ;
  li__3FYQ=li__1FYQ->li__YRBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3FYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__4FYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__4FYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__4FYQ=li__35XQ(((__li__KTVI *)li__3FYQ));
  } break;
  case __li__LTVI__: {
    li__4FYQ=li__LAYQ(((__li__LTVI *)li__3FYQ));
  } break;
  case __li__XTVI__: {
    li__4FYQ=li__0AYQ(((__li__XTVI *)li__3FYQ));
  } break;
  case __li__YTVI__: {
    li__4FYQ=li__IBYQ(((__li__YTVI *)li__3FYQ));
  } break;
  case __li__S2VI__: {
    li__4FYQ=li__WBYQ(((__li__S2VI *)li__3FYQ));
  } break;
  case __li__E3VI__: {
    li__4FYQ=li__ECYQ(((__li__E3VI *)li__3FYQ));
  } break;
  case __li__NMWI__: {
    li__4FYQ=li__YCYQ(((__li__NMWI *)li__3FYQ));
  } break;
  case __li__BNWI__: {
    li__4FYQ=li__GDYQ(((__li__BNWI *)li__3FYQ));
  } break;
  case __li__XNWI__: {
    li__4FYQ=li__UDYQ(((__li__XNWI *)li__3FYQ));
  } break;
  case __li__LOWI__: {
    li__4FYQ=li__CEYQ(((__li__LOWI *)li__3FYQ));
  } break;
  case __li__5OWI__: {
    li__4FYQ=li__QEYQ(((__li__5OWI *)li__3FYQ));
  } break;
  case __li__TPWI__: {
    li__4FYQ=li__4EYQ(((__li__TPWI *)li__3FYQ));
  } break;
  case __li__HQWI__: {
    li__4FYQ=li__MFYQ(((__li__HQWI *)li__3FYQ));
  } break;
  case __li__ARWI__: {
    li__4FYQ=li__0FYQ(((__li__ARWI *)li__3FYQ));
  } break;
  case __li__URWI__: {
    li__4FYQ=li__RGYQ(((__li__URWI *)li__3FYQ));
  } break;
  case __li__ETWI__: {
    li__4FYQ=li__CHYQ(((__li__ETWI *)li__3FYQ));
  } break;
  case __li__KMFK__: {
    li__4FYQ=li__QHYQ(((__li__KMFK *)li__3FYQ));
  } break;
  case __li__XOHL__: {
    li__4FYQ=li__VHYQ(((__li__XOHL *)li__3FYQ));
  } break;
  case __li__FPHL__: {
    li__4FYQ=li__0HYQ(((__li__FPHL *)li__3FYQ));
  } break;
  case __li__APLM__: {
    li__4FYQ=li__Z4YQ(((__li__APLM *)li__3FYQ));
  } break;
  case __li__DTNM__: {
    li__4FYQ=li__IIYQ(((__li__DTNM *)li__3FYQ));
  } break;
  case __li__JXNM__: {
    li__4FYQ=li__5O4R(((__li__JXNM *)li__3FYQ));
  } break;
  case __li__21LO__: {
    li__4FYQ=li__GZNQ(((__li__21LO *)li__3FYQ));
  } break;
  case __li__TPOO__: {
    li__S2MV=((__li__DZB *)((__li__TPOO *)li__3FYQ)->li__5IXO);
    li__4FYQ=((((void *)li__S2MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__S2MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__4FYQ=li__SQKS(((__li__URRO *)li__3FYQ));
  } break;
  case __li__41XO__: {
    li__4FYQ=li__H5YQ(((__li__41XO *)li__3FYQ));
  } break;
  case __li__AKBR__: {
    li__4FYQ=li__IXES(((__li__AKBR *)li__3FYQ));
  } break;
  case __li__SU5R__: {
    li__4FYQ=li__XQKS(((__li__SU5R *)li__3FYQ));
  } break;
  case __li__JV5R__: {
    li__4FYQ=li__FRKS(((__li__JV5R *)li__3FYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__4FYQ) {
    li__DGYQ=li__1FYQ->li__0RBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DGYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__EGYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__EGYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__EGYQ=li__35XQ(((__li__KTVI *)li__DGYQ));
    } break;
    case __li__LTVI__: {
      li__EGYQ=li__LAYQ(((__li__LTVI *)li__DGYQ));
    } break;
    case __li__XTVI__: {
      li__EGYQ=li__0AYQ(((__li__XTVI *)li__DGYQ));
    } break;
    case __li__YTVI__: {
      li__EGYQ=li__IBYQ(((__li__YTVI *)li__DGYQ));
    } break;
    case __li__S2VI__: {
      li__EGYQ=li__WBYQ(((__li__S2VI *)li__DGYQ));
    } break;
    case __li__E3VI__: {
      li__EGYQ=li__ECYQ(((__li__E3VI *)li__DGYQ));
    } break;
    case __li__NMWI__: {
      li__EGYQ=li__YCYQ(((__li__NMWI *)li__DGYQ));
    } break;
    case __li__BNWI__: {
      li__EGYQ=li__GDYQ(((__li__BNWI *)li__DGYQ));
    } break;
    case __li__XNWI__: {
      li__EGYQ=li__UDYQ(((__li__XNWI *)li__DGYQ));
    } break;
    case __li__LOWI__: {
      li__EGYQ=li__CEYQ(((__li__LOWI *)li__DGYQ));
    } break;
    case __li__5OWI__: {
      li__EGYQ=li__QEYQ(((__li__5OWI *)li__DGYQ));
    } break;
    case __li__TPWI__: {
      li__EGYQ=li__4EYQ(((__li__TPWI *)li__DGYQ));
    } break;
    case __li__HQWI__: {
      li__EGYQ=li__MFYQ(((__li__HQWI *)li__DGYQ));
    } break;
    case __li__ARWI__: {
      li__EGYQ=li__0FYQ(((__li__ARWI *)li__DGYQ));
    } break;
    case __li__URWI__: {
      li__EGYQ=li__RGYQ(((__li__URWI *)li__DGYQ));
    } break;
    case __li__ETWI__: {
      li__EGYQ=li__CHYQ(((__li__ETWI *)li__DGYQ));
    } break;
    case __li__KMFK__: {
      li__EGYQ=li__QHYQ(((__li__KMFK *)li__DGYQ));
    } break;
    case __li__XOHL__: {
      li__EGYQ=li__VHYQ(((__li__XOHL *)li__DGYQ));
    } break;
    case __li__FPHL__: {
      li__EGYQ=li__0HYQ(((__li__FPHL *)li__DGYQ));
    } break;
    case __li__APLM__: {
      li__EGYQ=li__Z4YQ(((__li__APLM *)li__DGYQ));
    } break;
    case __li__DTNM__: {
      li__EGYQ=li__IIYQ(((__li__DTNM *)li__DGYQ));
    } break;
    case __li__JXNM__: {
      li__EGYQ=li__5O4R(((__li__JXNM *)li__DGYQ));
    } break;
    case __li__21LO__: {
      li__EGYQ=li__GZNQ(((__li__21LO *)li__DGYQ));
    } break;
    case __li__TPOO__: {
      li__V2MV=((__li__DZB *)((__li__TPOO *)li__DGYQ)->li__5IXO);
      li__EGYQ=((((void *)li__V2MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__V2MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__EGYQ=li__SQKS(((__li__URRO *)li__DGYQ));
    } break;
    case __li__41XO__: {
      li__EGYQ=li__H5YQ(((__li__41XO *)li__DGYQ));
    } break;
    case __li__AKBR__: {
      li__EGYQ=li__IXES(((__li__AKBR *)li__DGYQ));
    } break;
    case __li__SU5R__: {
      li__EGYQ=li__XQKS(((__li__SU5R *)li__DGYQ));
    } break;
    case __li__JV5R__: {
      li__EGYQ=li__FRKS(((__li__JV5R *)li__DGYQ));
    } break;
    };
    li__4FYQ=li__EGYQ;
  } else /* FALSE */ {
    li__4FYQ=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__4FYQ) {
    li__DGYQ=li__1FYQ->li__2RBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DGYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__EGYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__EGYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__EGYQ=li__35XQ(((__li__KTVI *)li__DGYQ));
    } break;
    case __li__LTVI__: {
      li__EGYQ=li__LAYQ(((__li__LTVI *)li__DGYQ));
    } break;
    case __li__XTVI__: {
      li__EGYQ=li__0AYQ(((__li__XTVI *)li__DGYQ));
    } break;
    case __li__YTVI__: {
      li__EGYQ=li__IBYQ(((__li__YTVI *)li__DGYQ));
    } break;
    case __li__S2VI__: {
      li__EGYQ=li__WBYQ(((__li__S2VI *)li__DGYQ));
    } break;
    case __li__E3VI__: {
      li__EGYQ=li__ECYQ(((__li__E3VI *)li__DGYQ));
    } break;
    case __li__NMWI__: {
      li__EGYQ=li__YCYQ(((__li__NMWI *)li__DGYQ));
    } break;
    case __li__BNWI__: {
      li__EGYQ=li__GDYQ(((__li__BNWI *)li__DGYQ));
    } break;
    case __li__XNWI__: {
      li__EGYQ=li__UDYQ(((__li__XNWI *)li__DGYQ));
    } break;
    case __li__LOWI__: {
      li__EGYQ=li__CEYQ(((__li__LOWI *)li__DGYQ));
    } break;
    case __li__5OWI__: {
      li__EGYQ=li__QEYQ(((__li__5OWI *)li__DGYQ));
    } break;
    case __li__TPWI__: {
      li__EGYQ=li__4EYQ(((__li__TPWI *)li__DGYQ));
    } break;
    case __li__HQWI__: {
      li__EGYQ=li__MFYQ(((__li__HQWI *)li__DGYQ));
    } break;
    case __li__ARWI__: {
      li__EGYQ=li__0FYQ(((__li__ARWI *)li__DGYQ));
    } break;
    case __li__URWI__: {
      li__EGYQ=li__RGYQ(((__li__URWI *)li__DGYQ));
    } break;
    case __li__ETWI__: {
      li__EGYQ=li__CHYQ(((__li__ETWI *)li__DGYQ));
    } break;
    case __li__KMFK__: {
      li__EGYQ=li__QHYQ(((__li__KMFK *)li__DGYQ));
    } break;
    case __li__XOHL__: {
      li__EGYQ=li__VHYQ(((__li__XOHL *)li__DGYQ));
    } break;
    case __li__FPHL__: {
      li__EGYQ=li__0HYQ(((__li__FPHL *)li__DGYQ));
    } break;
    case __li__APLM__: {
      li__EGYQ=li__Z4YQ(((__li__APLM *)li__DGYQ));
    } break;
    case __li__DTNM__: {
      li__EGYQ=li__IIYQ(((__li__DTNM *)li__DGYQ));
    } break;
    case __li__JXNM__: {
      li__EGYQ=li__5O4R(((__li__JXNM *)li__DGYQ));
    } break;
    case __li__21LO__: {
      li__EGYQ=li__GZNQ(((__li__21LO *)li__DGYQ));
    } break;
    case __li__TPOO__: {
      li__V2MV=((__li__DZB *)((__li__TPOO *)li__DGYQ)->li__5IXO);
      li__EGYQ=((((void *)li__V2MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__V2MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__EGYQ=li__SQKS(((__li__URRO *)li__DGYQ));
    } break;
    case __li__41XO__: {
      li__EGYQ=li__H5YQ(((__li__41XO *)li__DGYQ));
    } break;
    case __li__AKBR__: {
      li__EGYQ=li__IXES(((__li__AKBR *)li__DGYQ));
    } break;
    case __li__SU5R__: {
      li__EGYQ=li__XQKS(((__li__SU5R *)li__DGYQ));
    } break;
    case __li__JV5R__: {
      li__EGYQ=li__FRKS(((__li__JV5R *)li__DGYQ));
    } break;
    };
    li__4FYQ=li__EGYQ;
  } else /* FALSE */ {
    li__4FYQ=li__I__;
  };
  li__2FYQ=li__4FYQ;
  return(li__2FYQ);
}

static __li__C li__RGYQ(__li__URWI *li__SGYQ)
/* (Strict ITEM{li__URWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__UGYQ,*li__0GYQ;
  __li__DZB *li__12MV,*li__42MV;
  __li__C li__VGYQ,li__1GYQ,li__TGYQ;
  li__UGYQ=li__SGYQ->li__BSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__UGYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__VGYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__VGYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__VGYQ=li__35XQ(((__li__KTVI *)li__UGYQ));
  } break;
  case __li__LTVI__: {
    li__VGYQ=li__LAYQ(((__li__LTVI *)li__UGYQ));
  } break;
  case __li__XTVI__: {
    li__VGYQ=li__0AYQ(((__li__XTVI *)li__UGYQ));
  } break;
  case __li__YTVI__: {
    li__VGYQ=li__IBYQ(((__li__YTVI *)li__UGYQ));
  } break;
  case __li__S2VI__: {
    li__VGYQ=li__WBYQ(((__li__S2VI *)li__UGYQ));
  } break;
  case __li__E3VI__: {
    li__VGYQ=li__ECYQ(((__li__E3VI *)li__UGYQ));
  } break;
  case __li__NMWI__: {
    li__VGYQ=li__YCYQ(((__li__NMWI *)li__UGYQ));
  } break;
  case __li__BNWI__: {
    li__VGYQ=li__GDYQ(((__li__BNWI *)li__UGYQ));
  } break;
  case __li__XNWI__: {
    li__VGYQ=li__UDYQ(((__li__XNWI *)li__UGYQ));
  } break;
  case __li__LOWI__: {
    li__VGYQ=li__CEYQ(((__li__LOWI *)li__UGYQ));
  } break;
  case __li__5OWI__: {
    li__VGYQ=li__QEYQ(((__li__5OWI *)li__UGYQ));
  } break;
  case __li__TPWI__: {
    li__VGYQ=li__4EYQ(((__li__TPWI *)li__UGYQ));
  } break;
  case __li__HQWI__: {
    li__VGYQ=li__MFYQ(((__li__HQWI *)li__UGYQ));
  } break;
  case __li__ARWI__: {
    li__VGYQ=li__0FYQ(((__li__ARWI *)li__UGYQ));
  } break;
  case __li__URWI__: {
    li__VGYQ=li__RGYQ(((__li__URWI *)li__UGYQ));
  } break;
  case __li__ETWI__: {
    li__VGYQ=li__CHYQ(((__li__ETWI *)li__UGYQ));
  } break;
  case __li__KMFK__: {
    li__VGYQ=li__QHYQ(((__li__KMFK *)li__UGYQ));
  } break;
  case __li__XOHL__: {
    li__VGYQ=li__VHYQ(((__li__XOHL *)li__UGYQ));
  } break;
  case __li__FPHL__: {
    li__VGYQ=li__0HYQ(((__li__FPHL *)li__UGYQ));
  } break;
  case __li__APLM__: {
    li__VGYQ=li__Z4YQ(((__li__APLM *)li__UGYQ));
  } break;
  case __li__DTNM__: {
    li__VGYQ=li__IIYQ(((__li__DTNM *)li__UGYQ));
  } break;
  case __li__JXNM__: {
    li__VGYQ=li__5O4R(((__li__JXNM *)li__UGYQ));
  } break;
  case __li__21LO__: {
    li__VGYQ=li__GZNQ(((__li__21LO *)li__UGYQ));
  } break;
  case __li__TPOO__: {
    li__12MV=((__li__DZB *)((__li__TPOO *)li__UGYQ)->li__5IXO);
    li__VGYQ=((((void *)li__12MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__12MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__VGYQ=li__SQKS(((__li__URRO *)li__UGYQ));
  } break;
  case __li__41XO__: {
    li__VGYQ=li__H5YQ(((__li__41XO *)li__UGYQ));
  } break;
  case __li__AKBR__: {
    li__VGYQ=li__IXES(((__li__AKBR *)li__UGYQ));
  } break;
  case __li__SU5R__: {
    li__VGYQ=li__XQKS(((__li__SU5R *)li__UGYQ));
  } break;
  case __li__JV5R__: {
    li__VGYQ=li__FRKS(((__li__JV5R *)li__UGYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__VGYQ) {
    li__0GYQ=li__SGYQ->li__DSBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0GYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__1GYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__1GYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__1GYQ=li__35XQ(((__li__KTVI *)li__0GYQ));
    } break;
    case __li__LTVI__: {
      li__1GYQ=li__LAYQ(((__li__LTVI *)li__0GYQ));
    } break;
    case __li__XTVI__: {
      li__1GYQ=li__0AYQ(((__li__XTVI *)li__0GYQ));
    } break;
    case __li__YTVI__: {
      li__1GYQ=li__IBYQ(((__li__YTVI *)li__0GYQ));
    } break;
    case __li__S2VI__: {
      li__1GYQ=li__WBYQ(((__li__S2VI *)li__0GYQ));
    } break;
    case __li__E3VI__: {
      li__1GYQ=li__ECYQ(((__li__E3VI *)li__0GYQ));
    } break;
    case __li__NMWI__: {
      li__1GYQ=li__YCYQ(((__li__NMWI *)li__0GYQ));
    } break;
    case __li__BNWI__: {
      li__1GYQ=li__GDYQ(((__li__BNWI *)li__0GYQ));
    } break;
    case __li__XNWI__: {
      li__1GYQ=li__UDYQ(((__li__XNWI *)li__0GYQ));
    } break;
    case __li__LOWI__: {
      li__1GYQ=li__CEYQ(((__li__LOWI *)li__0GYQ));
    } break;
    case __li__5OWI__: {
      li__1GYQ=li__QEYQ(((__li__5OWI *)li__0GYQ));
    } break;
    case __li__TPWI__: {
      li__1GYQ=li__4EYQ(((__li__TPWI *)li__0GYQ));
    } break;
    case __li__HQWI__: {
      li__1GYQ=li__MFYQ(((__li__HQWI *)li__0GYQ));
    } break;
    case __li__ARWI__: {
      li__1GYQ=li__0FYQ(((__li__ARWI *)li__0GYQ));
    } break;
    case __li__URWI__: {
      li__1GYQ=li__RGYQ(((__li__URWI *)li__0GYQ));
    } break;
    case __li__ETWI__: {
      li__1GYQ=li__CHYQ(((__li__ETWI *)li__0GYQ));
    } break;
    case __li__KMFK__: {
      li__1GYQ=li__QHYQ(((__li__KMFK *)li__0GYQ));
    } break;
    case __li__XOHL__: {
      li__1GYQ=li__VHYQ(((__li__XOHL *)li__0GYQ));
    } break;
    case __li__FPHL__: {
      li__1GYQ=li__0HYQ(((__li__FPHL *)li__0GYQ));
    } break;
    case __li__APLM__: {
      li__1GYQ=li__Z4YQ(((__li__APLM *)li__0GYQ));
    } break;
    case __li__DTNM__: {
      li__1GYQ=li__IIYQ(((__li__DTNM *)li__0GYQ));
    } break;
    case __li__JXNM__: {
      li__1GYQ=li__5O4R(((__li__JXNM *)li__0GYQ));
    } break;
    case __li__21LO__: {
      li__1GYQ=li__GZNQ(((__li__21LO *)li__0GYQ));
    } break;
    case __li__TPOO__: {
      li__42MV=((__li__DZB *)((__li__TPOO *)li__0GYQ)->li__5IXO);
      li__1GYQ=((((void *)li__42MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__42MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__1GYQ=li__SQKS(((__li__URRO *)li__0GYQ));
    } break;
    case __li__41XO__: {
      li__1GYQ=li__H5YQ(((__li__41XO *)li__0GYQ));
    } break;
    case __li__AKBR__: {
      li__1GYQ=li__IXES(((__li__AKBR *)li__0GYQ));
    } break;
    case __li__SU5R__: {
      li__1GYQ=li__XQKS(((__li__SU5R *)li__0GYQ));
    } break;
    case __li__JV5R__: {
      li__1GYQ=li__FRKS(((__li__JV5R *)li__0GYQ));
    } break;
    };
    li__VGYQ=li__1GYQ;
  } else /* FALSE */ {
    li__VGYQ=li__I__;
  };
  li__TGYQ=li__VGYQ;
  return(li__TGYQ);
}

static __li__C li__CHYQ(__li__ETWI *li__DHYQ)
/* (Strict CAST{li__ETWI}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__FHYQ;
  __li__DZB *li__B3MV;
  __li__C li__GHYQ,li__EHYQ;
  li__FHYQ=li__DHYQ->li__XSBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__FHYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__GHYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__GHYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__GHYQ=li__35XQ(((__li__KTVI *)li__FHYQ));
  } break;
  case __li__LTVI__: {
    li__GHYQ=li__LAYQ(((__li__LTVI *)li__FHYQ));
  } break;
  case __li__XTVI__: {
    li__GHYQ=li__0AYQ(((__li__XTVI *)li__FHYQ));
  } break;
  case __li__YTVI__: {
    li__GHYQ=li__IBYQ(((__li__YTVI *)li__FHYQ));
  } break;
  case __li__S2VI__: {
    li__GHYQ=li__WBYQ(((__li__S2VI *)li__FHYQ));
  } break;
  case __li__E3VI__: {
    li__GHYQ=li__ECYQ(((__li__E3VI *)li__FHYQ));
  } break;
  case __li__NMWI__: {
    li__GHYQ=li__YCYQ(((__li__NMWI *)li__FHYQ));
  } break;
  case __li__BNWI__: {
    li__GHYQ=li__GDYQ(((__li__BNWI *)li__FHYQ));
  } break;
  case __li__XNWI__: {
    li__GHYQ=li__UDYQ(((__li__XNWI *)li__FHYQ));
  } break;
  case __li__LOWI__: {
    li__GHYQ=li__CEYQ(((__li__LOWI *)li__FHYQ));
  } break;
  case __li__5OWI__: {
    li__GHYQ=li__QEYQ(((__li__5OWI *)li__FHYQ));
  } break;
  case __li__TPWI__: {
    li__GHYQ=li__4EYQ(((__li__TPWI *)li__FHYQ));
  } break;
  case __li__HQWI__: {
    li__GHYQ=li__MFYQ(((__li__HQWI *)li__FHYQ));
  } break;
  case __li__ARWI__: {
    li__GHYQ=li__0FYQ(((__li__ARWI *)li__FHYQ));
  } break;
  case __li__URWI__: {
    li__GHYQ=li__RGYQ(((__li__URWI *)li__FHYQ));
  } break;
  case __li__ETWI__: {
    li__GHYQ=li__CHYQ(((__li__ETWI *)li__FHYQ));
  } break;
  case __li__KMFK__: {
    li__GHYQ=li__QHYQ(((__li__KMFK *)li__FHYQ));
  } break;
  case __li__XOHL__: {
    li__GHYQ=li__VHYQ(((__li__XOHL *)li__FHYQ));
  } break;
  case __li__FPHL__: {
    li__GHYQ=li__0HYQ(((__li__FPHL *)li__FHYQ));
  } break;
  case __li__APLM__: {
    li__GHYQ=li__Z4YQ(((__li__APLM *)li__FHYQ));
  } break;
  case __li__DTNM__: {
    li__GHYQ=li__IIYQ(((__li__DTNM *)li__FHYQ));
  } break;
  case __li__JXNM__: {
    li__GHYQ=li__5O4R(((__li__JXNM *)li__FHYQ));
  } break;
  case __li__21LO__: {
    li__GHYQ=li__GZNQ(((__li__21LO *)li__FHYQ));
  } break;
  case __li__TPOO__: {
    li__B3MV=((__li__DZB *)((__li__TPOO *)li__FHYQ)->li__5IXO);
    li__GHYQ=((((void *)li__B3MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__B3MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__GHYQ=li__SQKS(((__li__URRO *)li__FHYQ));
  } break;
  case __li__41XO__: {
    li__GHYQ=li__H5YQ(((__li__41XO *)li__FHYQ));
  } break;
  case __li__AKBR__: {
    li__GHYQ=li__IXES(((__li__AKBR *)li__FHYQ));
  } break;
  case __li__SU5R__: {
    li__GHYQ=li__XQKS(((__li__SU5R *)li__FHYQ));
  } break;
  case __li__JV5R__: {
    li__GHYQ=li__FRKS(((__li__JV5R *)li__FHYQ));
  } break;
  };
  li__EHYQ=li__GHYQ;
  return(li__EHYQ);
}

static __li__C li__QHYQ(__li__KMFK *li__RHYQ)
/* (Strict READ_LOCAL{li__KMFK}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__VTBD *li__MLZQ;
  __li__C li__SHYQ;
  li__MLZQ=((__li__VTBD *)li__RHYQ->li__3RFK);
  li__SHYQ=((li__FXHP == li__51JM) && (((((void *)li__MLZQ->li__IVPK != (void *)NULL) && ((void *)li__MLZQ->li__IVPK->li__CKSN != (void *)NULL)) && (li__MLZQ->li__IVPK->li__ZMSN <= ((__li__52B )li__CXHP))) || (li__MLZQ->li__WTBD.li__FZB.li__DI1B == ' ')));
  return(li__SHYQ);
}

static __li__C li__VHYQ(__li__XOHL *li__WHYQ)
/* (Strict EXPR_NEG{li__XOHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__YHYQ;
  __li__DZB *li__E3MV;
  __li__C li__ZHYQ,li__XHYQ;
  li__YHYQ=li__WHYQ->li__0OHL.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__YHYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__ZHYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__ZHYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__ZHYQ=li__35XQ(((__li__KTVI *)li__YHYQ));
  } break;
  case __li__LTVI__: {
    li__ZHYQ=li__LAYQ(((__li__LTVI *)li__YHYQ));
  } break;
  case __li__XTVI__: {
    li__ZHYQ=li__0AYQ(((__li__XTVI *)li__YHYQ));
  } break;
  case __li__YTVI__: {
    li__ZHYQ=li__IBYQ(((__li__YTVI *)li__YHYQ));
  } break;
  case __li__S2VI__: {
    li__ZHYQ=li__WBYQ(((__li__S2VI *)li__YHYQ));
  } break;
  case __li__E3VI__: {
    li__ZHYQ=li__ECYQ(((__li__E3VI *)li__YHYQ));
  } break;
  case __li__NMWI__: {
    li__ZHYQ=li__YCYQ(((__li__NMWI *)li__YHYQ));
  } break;
  case __li__BNWI__: {
    li__ZHYQ=li__GDYQ(((__li__BNWI *)li__YHYQ));
  } break;
  case __li__XNWI__: {
    li__ZHYQ=li__UDYQ(((__li__XNWI *)li__YHYQ));
  } break;
  case __li__LOWI__: {
    li__ZHYQ=li__CEYQ(((__li__LOWI *)li__YHYQ));
  } break;
  case __li__5OWI__: {
    li__ZHYQ=li__QEYQ(((__li__5OWI *)li__YHYQ));
  } break;
  case __li__TPWI__: {
    li__ZHYQ=li__4EYQ(((__li__TPWI *)li__YHYQ));
  } break;
  case __li__HQWI__: {
    li__ZHYQ=li__MFYQ(((__li__HQWI *)li__YHYQ));
  } break;
  case __li__ARWI__: {
    li__ZHYQ=li__0FYQ(((__li__ARWI *)li__YHYQ));
  } break;
  case __li__URWI__: {
    li__ZHYQ=li__RGYQ(((__li__URWI *)li__YHYQ));
  } break;
  case __li__ETWI__: {
    li__ZHYQ=li__CHYQ(((__li__ETWI *)li__YHYQ));
  } break;
  case __li__KMFK__: {
    li__ZHYQ=li__QHYQ(((__li__KMFK *)li__YHYQ));
  } break;
  case __li__XOHL__: {
    li__ZHYQ=li__VHYQ(((__li__XOHL *)li__YHYQ));
  } break;
  case __li__FPHL__: {
    li__ZHYQ=li__0HYQ(((__li__FPHL *)li__YHYQ));
  } break;
  case __li__APLM__: {
    li__ZHYQ=li__Z4YQ(((__li__APLM *)li__YHYQ));
  } break;
  case __li__DTNM__: {
    li__ZHYQ=li__IIYQ(((__li__DTNM *)li__YHYQ));
  } break;
  case __li__JXNM__: {
    li__ZHYQ=li__5O4R(((__li__JXNM *)li__YHYQ));
  } break;
  case __li__21LO__: {
    li__ZHYQ=li__GZNQ(((__li__21LO *)li__YHYQ));
  } break;
  case __li__TPOO__: {
    li__E3MV=((__li__DZB *)((__li__TPOO *)li__YHYQ)->li__5IXO);
    li__ZHYQ=((((void *)li__E3MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__E3MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__ZHYQ=li__SQKS(((__li__URRO *)li__YHYQ));
  } break;
  case __li__41XO__: {
    li__ZHYQ=li__H5YQ(((__li__41XO *)li__YHYQ));
  } break;
  case __li__AKBR__: {
    li__ZHYQ=li__IXES(((__li__AKBR *)li__YHYQ));
  } break;
  case __li__SU5R__: {
    li__ZHYQ=li__XQKS(((__li__SU5R *)li__YHYQ));
  } break;
  case __li__JV5R__: {
    li__ZHYQ=li__FRKS(((__li__JV5R *)li__YHYQ));
  } break;
  };
  li__XHYQ=li__ZHYQ;
  return(li__XHYQ);
}

static __li__C li__0HYQ(__li__FPHL *li__1HYQ)
/* (Strict EXPR_ADD{li__FPHL}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__3HYQ,*li__DIYQ;
  __li__DZB *li__H3MV,*li__K3MV;
  __li__C li__4HYQ,li__EIYQ,li__2HYQ;
  li__3HYQ=li__1HYQ->li__GPHL.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__3HYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__4HYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__4HYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__4HYQ=li__35XQ(((__li__KTVI *)li__3HYQ));
  } break;
  case __li__LTVI__: {
    li__4HYQ=li__LAYQ(((__li__LTVI *)li__3HYQ));
  } break;
  case __li__XTVI__: {
    li__4HYQ=li__0AYQ(((__li__XTVI *)li__3HYQ));
  } break;
  case __li__YTVI__: {
    li__4HYQ=li__IBYQ(((__li__YTVI *)li__3HYQ));
  } break;
  case __li__S2VI__: {
    li__4HYQ=li__WBYQ(((__li__S2VI *)li__3HYQ));
  } break;
  case __li__E3VI__: {
    li__4HYQ=li__ECYQ(((__li__E3VI *)li__3HYQ));
  } break;
  case __li__NMWI__: {
    li__4HYQ=li__YCYQ(((__li__NMWI *)li__3HYQ));
  } break;
  case __li__BNWI__: {
    li__4HYQ=li__GDYQ(((__li__BNWI *)li__3HYQ));
  } break;
  case __li__XNWI__: {
    li__4HYQ=li__UDYQ(((__li__XNWI *)li__3HYQ));
  } break;
  case __li__LOWI__: {
    li__4HYQ=li__CEYQ(((__li__LOWI *)li__3HYQ));
  } break;
  case __li__5OWI__: {
    li__4HYQ=li__QEYQ(((__li__5OWI *)li__3HYQ));
  } break;
  case __li__TPWI__: {
    li__4HYQ=li__4EYQ(((__li__TPWI *)li__3HYQ));
  } break;
  case __li__HQWI__: {
    li__4HYQ=li__MFYQ(((__li__HQWI *)li__3HYQ));
  } break;
  case __li__ARWI__: {
    li__4HYQ=li__0FYQ(((__li__ARWI *)li__3HYQ));
  } break;
  case __li__URWI__: {
    li__4HYQ=li__RGYQ(((__li__URWI *)li__3HYQ));
  } break;
  case __li__ETWI__: {
    li__4HYQ=li__CHYQ(((__li__ETWI *)li__3HYQ));
  } break;
  case __li__KMFK__: {
    li__4HYQ=li__QHYQ(((__li__KMFK *)li__3HYQ));
  } break;
  case __li__XOHL__: {
    li__4HYQ=li__VHYQ(((__li__XOHL *)li__3HYQ));
  } break;
  case __li__FPHL__: {
    li__4HYQ=li__0HYQ(((__li__FPHL *)li__3HYQ));
  } break;
  case __li__APLM__: {
    li__4HYQ=li__Z4YQ(((__li__APLM *)li__3HYQ));
  } break;
  case __li__DTNM__: {
    li__4HYQ=li__IIYQ(((__li__DTNM *)li__3HYQ));
  } break;
  case __li__JXNM__: {
    li__4HYQ=li__5O4R(((__li__JXNM *)li__3HYQ));
  } break;
  case __li__21LO__: {
    li__4HYQ=li__GZNQ(((__li__21LO *)li__3HYQ));
  } break;
  case __li__TPOO__: {
    li__H3MV=((__li__DZB *)((__li__TPOO *)li__3HYQ)->li__5IXO);
    li__4HYQ=((((void *)li__H3MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__H3MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__4HYQ=li__SQKS(((__li__URRO *)li__3HYQ));
  } break;
  case __li__41XO__: {
    li__4HYQ=li__H5YQ(((__li__41XO *)li__3HYQ));
  } break;
  case __li__AKBR__: {
    li__4HYQ=li__IXES(((__li__AKBR *)li__3HYQ));
  } break;
  case __li__SU5R__: {
    li__4HYQ=li__XQKS(((__li__SU5R *)li__3HYQ));
  } break;
  case __li__JV5R__: {
    li__4HYQ=li__FRKS(((__li__JV5R *)li__3HYQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__4HYQ) {
    li__DIYQ=li__1HYQ->li__GPHL.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__DIYQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__EIYQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__EIYQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__EIYQ=li__35XQ(((__li__KTVI *)li__DIYQ));
    } break;
    case __li__LTVI__: {
      li__EIYQ=li__LAYQ(((__li__LTVI *)li__DIYQ));
    } break;
    case __li__XTVI__: {
      li__EIYQ=li__0AYQ(((__li__XTVI *)li__DIYQ));
    } break;
    case __li__YTVI__: {
      li__EIYQ=li__IBYQ(((__li__YTVI *)li__DIYQ));
    } break;
    case __li__S2VI__: {
      li__EIYQ=li__WBYQ(((__li__S2VI *)li__DIYQ));
    } break;
    case __li__E3VI__: {
      li__EIYQ=li__ECYQ(((__li__E3VI *)li__DIYQ));
    } break;
    case __li__NMWI__: {
      li__EIYQ=li__YCYQ(((__li__NMWI *)li__DIYQ));
    } break;
    case __li__BNWI__: {
      li__EIYQ=li__GDYQ(((__li__BNWI *)li__DIYQ));
    } break;
    case __li__XNWI__: {
      li__EIYQ=li__UDYQ(((__li__XNWI *)li__DIYQ));
    } break;
    case __li__LOWI__: {
      li__EIYQ=li__CEYQ(((__li__LOWI *)li__DIYQ));
    } break;
    case __li__5OWI__: {
      li__EIYQ=li__QEYQ(((__li__5OWI *)li__DIYQ));
    } break;
    case __li__TPWI__: {
      li__EIYQ=li__4EYQ(((__li__TPWI *)li__DIYQ));
    } break;
    case __li__HQWI__: {
      li__EIYQ=li__MFYQ(((__li__HQWI *)li__DIYQ));
    } break;
    case __li__ARWI__: {
      li__EIYQ=li__0FYQ(((__li__ARWI *)li__DIYQ));
    } break;
    case __li__URWI__: {
      li__EIYQ=li__RGYQ(((__li__URWI *)li__DIYQ));
    } break;
    case __li__ETWI__: {
      li__EIYQ=li__CHYQ(((__li__ETWI *)li__DIYQ));
    } break;
    case __li__KMFK__: {
      li__EIYQ=li__QHYQ(((__li__KMFK *)li__DIYQ));
    } break;
    case __li__XOHL__: {
      li__EIYQ=li__VHYQ(((__li__XOHL *)li__DIYQ));
    } break;
    case __li__FPHL__: {
      li__EIYQ=li__0HYQ(((__li__FPHL *)li__DIYQ));
    } break;
    case __li__APLM__: {
      li__EIYQ=li__Z4YQ(((__li__APLM *)li__DIYQ));
    } break;
    case __li__DTNM__: {
      li__EIYQ=li__IIYQ(((__li__DTNM *)li__DIYQ));
    } break;
    case __li__JXNM__: {
      li__EIYQ=li__5O4R(((__li__JXNM *)li__DIYQ));
    } break;
    case __li__21LO__: {
      li__EIYQ=li__GZNQ(((__li__21LO *)li__DIYQ));
    } break;
    case __li__TPOO__: {
      li__K3MV=((__li__DZB *)((__li__TPOO *)li__DIYQ)->li__5IXO);
      li__EIYQ=((((void *)li__K3MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__K3MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__EIYQ=li__SQKS(((__li__URRO *)li__DIYQ));
    } break;
    case __li__41XO__: {
      li__EIYQ=li__H5YQ(((__li__41XO *)li__DIYQ));
    } break;
    case __li__AKBR__: {
      li__EIYQ=li__IXES(((__li__AKBR *)li__DIYQ));
    } break;
    case __li__SU5R__: {
      li__EIYQ=li__XQKS(((__li__SU5R *)li__DIYQ));
    } break;
    case __li__JV5R__: {
      li__EIYQ=li__FRKS(((__li__JV5R *)li__DIYQ));
    } break;
    };
    li__4HYQ=li__EIYQ;
  } else /* FALSE */ {
    li__4HYQ=li__I__;
  };
  li__2HYQ=li__4HYQ;
  return(li__2HYQ);
}

static __li__C li__Z4YQ(__li__APLM *li__04YQ)
/* (Strict EXPR_SUP_EQ{li__APLM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__24YQ,*li__C5YQ;
  __li__DZB *li__N3MV,*li__Q3MV;
  __li__C li__34YQ,li__D5YQ,li__14YQ;
  li__24YQ=li__04YQ->li__BPLM.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__24YQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__34YQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__34YQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__34YQ=li__35XQ(((__li__KTVI *)li__24YQ));
  } break;
  case __li__LTVI__: {
    li__34YQ=li__LAYQ(((__li__LTVI *)li__24YQ));
  } break;
  case __li__XTVI__: {
    li__34YQ=li__0AYQ(((__li__XTVI *)li__24YQ));
  } break;
  case __li__YTVI__: {
    li__34YQ=li__IBYQ(((__li__YTVI *)li__24YQ));
  } break;
  case __li__S2VI__: {
    li__34YQ=li__WBYQ(((__li__S2VI *)li__24YQ));
  } break;
  case __li__E3VI__: {
    li__34YQ=li__ECYQ(((__li__E3VI *)li__24YQ));
  } break;
  case __li__NMWI__: {
    li__34YQ=li__YCYQ(((__li__NMWI *)li__24YQ));
  } break;
  case __li__BNWI__: {
    li__34YQ=li__GDYQ(((__li__BNWI *)li__24YQ));
  } break;
  case __li__XNWI__: {
    li__34YQ=li__UDYQ(((__li__XNWI *)li__24YQ));
  } break;
  case __li__LOWI__: {
    li__34YQ=li__CEYQ(((__li__LOWI *)li__24YQ));
  } break;
  case __li__5OWI__: {
    li__34YQ=li__QEYQ(((__li__5OWI *)li__24YQ));
  } break;
  case __li__TPWI__: {
    li__34YQ=li__4EYQ(((__li__TPWI *)li__24YQ));
  } break;
  case __li__HQWI__: {
    li__34YQ=li__MFYQ(((__li__HQWI *)li__24YQ));
  } break;
  case __li__ARWI__: {
    li__34YQ=li__0FYQ(((__li__ARWI *)li__24YQ));
  } break;
  case __li__URWI__: {
    li__34YQ=li__RGYQ(((__li__URWI *)li__24YQ));
  } break;
  case __li__ETWI__: {
    li__34YQ=li__CHYQ(((__li__ETWI *)li__24YQ));
  } break;
  case __li__KMFK__: {
    li__34YQ=li__QHYQ(((__li__KMFK *)li__24YQ));
  } break;
  case __li__XOHL__: {
    li__34YQ=li__VHYQ(((__li__XOHL *)li__24YQ));
  } break;
  case __li__FPHL__: {
    li__34YQ=li__0HYQ(((__li__FPHL *)li__24YQ));
  } break;
  case __li__APLM__: {
    li__34YQ=li__Z4YQ(((__li__APLM *)li__24YQ));
  } break;
  case __li__DTNM__: {
    li__34YQ=li__IIYQ(((__li__DTNM *)li__24YQ));
  } break;
  case __li__JXNM__: {
    li__34YQ=li__5O4R(((__li__JXNM *)li__24YQ));
  } break;
  case __li__21LO__: {
    li__34YQ=li__GZNQ(((__li__21LO *)li__24YQ));
  } break;
  case __li__TPOO__: {
    li__N3MV=((__li__DZB *)((__li__TPOO *)li__24YQ)->li__5IXO);
    li__34YQ=((((void *)li__N3MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__N3MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__34YQ=li__SQKS(((__li__URRO *)li__24YQ));
  } break;
  case __li__41XO__: {
    li__34YQ=li__H5YQ(((__li__41XO *)li__24YQ));
  } break;
  case __li__AKBR__: {
    li__34YQ=li__IXES(((__li__AKBR *)li__24YQ));
  } break;
  case __li__SU5R__: {
    li__34YQ=li__XQKS(((__li__SU5R *)li__24YQ));
  } break;
  case __li__JV5R__: {
    li__34YQ=li__FRKS(((__li__JV5R *)li__24YQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__34YQ) {
    li__C5YQ=li__04YQ->li__BPLM.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__C5YQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__D5YQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__D5YQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__D5YQ=li__35XQ(((__li__KTVI *)li__C5YQ));
    } break;
    case __li__LTVI__: {
      li__D5YQ=li__LAYQ(((__li__LTVI *)li__C5YQ));
    } break;
    case __li__XTVI__: {
      li__D5YQ=li__0AYQ(((__li__XTVI *)li__C5YQ));
    } break;
    case __li__YTVI__: {
      li__D5YQ=li__IBYQ(((__li__YTVI *)li__C5YQ));
    } break;
    case __li__S2VI__: {
      li__D5YQ=li__WBYQ(((__li__S2VI *)li__C5YQ));
    } break;
    case __li__E3VI__: {
      li__D5YQ=li__ECYQ(((__li__E3VI *)li__C5YQ));
    } break;
    case __li__NMWI__: {
      li__D5YQ=li__YCYQ(((__li__NMWI *)li__C5YQ));
    } break;
    case __li__BNWI__: {
      li__D5YQ=li__GDYQ(((__li__BNWI *)li__C5YQ));
    } break;
    case __li__XNWI__: {
      li__D5YQ=li__UDYQ(((__li__XNWI *)li__C5YQ));
    } break;
    case __li__LOWI__: {
      li__D5YQ=li__CEYQ(((__li__LOWI *)li__C5YQ));
    } break;
    case __li__5OWI__: {
      li__D5YQ=li__QEYQ(((__li__5OWI *)li__C5YQ));
    } break;
    case __li__TPWI__: {
      li__D5YQ=li__4EYQ(((__li__TPWI *)li__C5YQ));
    } break;
    case __li__HQWI__: {
      li__D5YQ=li__MFYQ(((__li__HQWI *)li__C5YQ));
    } break;
    case __li__ARWI__: {
      li__D5YQ=li__0FYQ(((__li__ARWI *)li__C5YQ));
    } break;
    case __li__URWI__: {
      li__D5YQ=li__RGYQ(((__li__URWI *)li__C5YQ));
    } break;
    case __li__ETWI__: {
      li__D5YQ=li__CHYQ(((__li__ETWI *)li__C5YQ));
    } break;
    case __li__KMFK__: {
      li__D5YQ=li__QHYQ(((__li__KMFK *)li__C5YQ));
    } break;
    case __li__XOHL__: {
      li__D5YQ=li__VHYQ(((__li__XOHL *)li__C5YQ));
    } break;
    case __li__FPHL__: {
      li__D5YQ=li__0HYQ(((__li__FPHL *)li__C5YQ));
    } break;
    case __li__APLM__: {
      li__D5YQ=li__Z4YQ(((__li__APLM *)li__C5YQ));
    } break;
    case __li__DTNM__: {
      li__D5YQ=li__IIYQ(((__li__DTNM *)li__C5YQ));
    } break;
    case __li__JXNM__: {
      li__D5YQ=li__5O4R(((__li__JXNM *)li__C5YQ));
    } break;
    case __li__21LO__: {
      li__D5YQ=li__GZNQ(((__li__21LO *)li__C5YQ));
    } break;
    case __li__TPOO__: {
      li__Q3MV=((__li__DZB *)((__li__TPOO *)li__C5YQ)->li__5IXO);
      li__D5YQ=((((void *)li__Q3MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__Q3MV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__D5YQ=li__SQKS(((__li__URRO *)li__C5YQ));
    } break;
    case __li__41XO__: {
      li__D5YQ=li__H5YQ(((__li__41XO *)li__C5YQ));
    } break;
    case __li__AKBR__: {
      li__D5YQ=li__IXES(((__li__AKBR *)li__C5YQ));
    } break;
    case __li__SU5R__: {
      li__D5YQ=li__XQKS(((__li__SU5R *)li__C5YQ));
    } break;
    case __li__JV5R__: {
      li__D5YQ=li__FRKS(((__li__JV5R *)li__C5YQ));
    } break;
    };
    li__34YQ=li__D5YQ;
  } else /* FALSE */ {
    li__34YQ=li__I__;
  };
  li__14YQ=li__34YQ;
  return(li__14YQ);
}

static __li__C li__IIYQ(__li__DTNM *li__JIYQ)
/* (Strict EXPR_NOT{li__DTNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__LIYQ;
  __li__DZB *li__T3MV;
  __li__C li__MIYQ,li__KIYQ;
  li__LIYQ=li__JIYQ->li__ETNM.li__JPHL;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LIYQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__MIYQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__MIYQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__MIYQ=li__35XQ(((__li__KTVI *)li__LIYQ));
  } break;
  case __li__LTVI__: {
    li__MIYQ=li__LAYQ(((__li__LTVI *)li__LIYQ));
  } break;
  case __li__XTVI__: {
    li__MIYQ=li__0AYQ(((__li__XTVI *)li__LIYQ));
  } break;
  case __li__YTVI__: {
    li__MIYQ=li__IBYQ(((__li__YTVI *)li__LIYQ));
  } break;
  case __li__S2VI__: {
    li__MIYQ=li__WBYQ(((__li__S2VI *)li__LIYQ));
  } break;
  case __li__E3VI__: {
    li__MIYQ=li__ECYQ(((__li__E3VI *)li__LIYQ));
  } break;
  case __li__NMWI__: {
    li__MIYQ=li__YCYQ(((__li__NMWI *)li__LIYQ));
  } break;
  case __li__BNWI__: {
    li__MIYQ=li__GDYQ(((__li__BNWI *)li__LIYQ));
  } break;
  case __li__XNWI__: {
    li__MIYQ=li__UDYQ(((__li__XNWI *)li__LIYQ));
  } break;
  case __li__LOWI__: {
    li__MIYQ=li__CEYQ(((__li__LOWI *)li__LIYQ));
  } break;
  case __li__5OWI__: {
    li__MIYQ=li__QEYQ(((__li__5OWI *)li__LIYQ));
  } break;
  case __li__TPWI__: {
    li__MIYQ=li__4EYQ(((__li__TPWI *)li__LIYQ));
  } break;
  case __li__HQWI__: {
    li__MIYQ=li__MFYQ(((__li__HQWI *)li__LIYQ));
  } break;
  case __li__ARWI__: {
    li__MIYQ=li__0FYQ(((__li__ARWI *)li__LIYQ));
  } break;
  case __li__URWI__: {
    li__MIYQ=li__RGYQ(((__li__URWI *)li__LIYQ));
  } break;
  case __li__ETWI__: {
    li__MIYQ=li__CHYQ(((__li__ETWI *)li__LIYQ));
  } break;
  case __li__KMFK__: {
    li__MIYQ=li__QHYQ(((__li__KMFK *)li__LIYQ));
  } break;
  case __li__XOHL__: {
    li__MIYQ=li__VHYQ(((__li__XOHL *)li__LIYQ));
  } break;
  case __li__FPHL__: {
    li__MIYQ=li__0HYQ(((__li__FPHL *)li__LIYQ));
  } break;
  case __li__APLM__: {
    li__MIYQ=li__Z4YQ(((__li__APLM *)li__LIYQ));
  } break;
  case __li__DTNM__: {
    li__MIYQ=li__IIYQ(((__li__DTNM *)li__LIYQ));
  } break;
  case __li__JXNM__: {
    li__MIYQ=li__5O4R(((__li__JXNM *)li__LIYQ));
  } break;
  case __li__21LO__: {
    li__MIYQ=li__GZNQ(((__li__21LO *)li__LIYQ));
  } break;
  case __li__TPOO__: {
    li__T3MV=((__li__DZB *)((__li__TPOO *)li__LIYQ)->li__5IXO);
    li__MIYQ=((((void *)li__T3MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__T3MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__MIYQ=li__SQKS(((__li__URRO *)li__LIYQ));
  } break;
  case __li__41XO__: {
    li__MIYQ=li__H5YQ(((__li__41XO *)li__LIYQ));
  } break;
  case __li__AKBR__: {
    li__MIYQ=li__IXES(((__li__AKBR *)li__LIYQ));
  } break;
  case __li__SU5R__: {
    li__MIYQ=li__XQKS(((__li__SU5R *)li__LIYQ));
  } break;
  case __li__JV5R__: {
    li__MIYQ=li__FRKS(((__li__JV5R *)li__LIYQ));
  } break;
  };
  li__KIYQ=li__MIYQ;
  return(li__KIYQ);
}

static __li__C li__5O4R(__li__JXNM *li__AP4R)
/* (Strict EXPR_MOD{li__JXNM}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__CP4R,*li__IP4R;
  __li__DZB *li__W3MV,*li__VNZQ;
  __li__C li__DP4R,li__JP4R,li__BP4R;
  li__CP4R=li__AP4R->li__KXNM.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__CP4R)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__DP4R=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__DP4R=li__I__;
  } break;
  case __li__KTVI__: {
    li__DP4R=li__35XQ(((__li__KTVI *)li__CP4R));
  } break;
  case __li__LTVI__: {
    li__DP4R=li__LAYQ(((__li__LTVI *)li__CP4R));
  } break;
  case __li__XTVI__: {
    li__DP4R=li__0AYQ(((__li__XTVI *)li__CP4R));
  } break;
  case __li__YTVI__: {
    li__DP4R=li__IBYQ(((__li__YTVI *)li__CP4R));
  } break;
  case __li__S2VI__: {
    li__DP4R=li__WBYQ(((__li__S2VI *)li__CP4R));
  } break;
  case __li__E3VI__: {
    li__DP4R=li__ECYQ(((__li__E3VI *)li__CP4R));
  } break;
  case __li__NMWI__: {
    li__DP4R=li__YCYQ(((__li__NMWI *)li__CP4R));
  } break;
  case __li__BNWI__: {
    li__DP4R=li__GDYQ(((__li__BNWI *)li__CP4R));
  } break;
  case __li__XNWI__: {
    li__DP4R=li__UDYQ(((__li__XNWI *)li__CP4R));
  } break;
  case __li__LOWI__: {
    li__DP4R=li__CEYQ(((__li__LOWI *)li__CP4R));
  } break;
  case __li__5OWI__: {
    li__DP4R=li__QEYQ(((__li__5OWI *)li__CP4R));
  } break;
  case __li__TPWI__: {
    li__DP4R=li__4EYQ(((__li__TPWI *)li__CP4R));
  } break;
  case __li__HQWI__: {
    li__DP4R=li__MFYQ(((__li__HQWI *)li__CP4R));
  } break;
  case __li__ARWI__: {
    li__DP4R=li__0FYQ(((__li__ARWI *)li__CP4R));
  } break;
  case __li__URWI__: {
    li__DP4R=li__RGYQ(((__li__URWI *)li__CP4R));
  } break;
  case __li__ETWI__: {
    li__DP4R=li__CHYQ(((__li__ETWI *)li__CP4R));
  } break;
  case __li__KMFK__: {
    li__DP4R=li__QHYQ(((__li__KMFK *)li__CP4R));
  } break;
  case __li__XOHL__: {
    li__DP4R=li__VHYQ(((__li__XOHL *)li__CP4R));
  } break;
  case __li__FPHL__: {
    li__DP4R=li__0HYQ(((__li__FPHL *)li__CP4R));
  } break;
  case __li__APLM__: {
    li__DP4R=li__Z4YQ(((__li__APLM *)li__CP4R));
  } break;
  case __li__DTNM__: {
    li__DP4R=li__IIYQ(((__li__DTNM *)li__CP4R));
  } break;
  case __li__JXNM__: {
    li__DP4R=li__5O4R(((__li__JXNM *)li__CP4R));
  } break;
  case __li__21LO__: {
    li__DP4R=li__GZNQ(((__li__21LO *)li__CP4R));
  } break;
  case __li__TPOO__: {
    li__W3MV=((__li__DZB *)((__li__TPOO *)li__CP4R)->li__5IXO);
    li__DP4R=((((void *)li__W3MV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__W3MV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__DP4R=li__SQKS(((__li__URRO *)li__CP4R));
  } break;
  case __li__41XO__: {
    li__DP4R=li__H5YQ(((__li__41XO *)li__CP4R));
  } break;
  case __li__AKBR__: {
    li__DP4R=li__IXES(((__li__AKBR *)li__CP4R));
  } break;
  case __li__SU5R__: {
    li__DP4R=li__XQKS(((__li__SU5R *)li__CP4R));
  } break;
  case __li__JV5R__: {
    li__DP4R=li__FRKS(((__li__JV5R *)li__CP4R));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__DP4R) {
    li__IP4R=li__AP4R->li__KXNM.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IP4R)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__JP4R=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__JP4R=li__I__;
    } break;
    case __li__KTVI__: {
      li__JP4R=li__35XQ(((__li__KTVI *)li__IP4R));
    } break;
    case __li__LTVI__: {
      li__JP4R=li__LAYQ(((__li__LTVI *)li__IP4R));
    } break;
    case __li__XTVI__: {
      li__JP4R=li__0AYQ(((__li__XTVI *)li__IP4R));
    } break;
    case __li__YTVI__: {
      li__JP4R=li__IBYQ(((__li__YTVI *)li__IP4R));
    } break;
    case __li__S2VI__: {
      li__JP4R=li__WBYQ(((__li__S2VI *)li__IP4R));
    } break;
    case __li__E3VI__: {
      li__JP4R=li__ECYQ(((__li__E3VI *)li__IP4R));
    } break;
    case __li__NMWI__: {
      li__JP4R=li__YCYQ(((__li__NMWI *)li__IP4R));
    } break;
    case __li__BNWI__: {
      li__JP4R=li__GDYQ(((__li__BNWI *)li__IP4R));
    } break;
    case __li__XNWI__: {
      li__JP4R=li__UDYQ(((__li__XNWI *)li__IP4R));
    } break;
    case __li__LOWI__: {
      li__JP4R=li__CEYQ(((__li__LOWI *)li__IP4R));
    } break;
    case __li__5OWI__: {
      li__JP4R=li__QEYQ(((__li__5OWI *)li__IP4R));
    } break;
    case __li__TPWI__: {
      li__JP4R=li__4EYQ(((__li__TPWI *)li__IP4R));
    } break;
    case __li__HQWI__: {
      li__JP4R=li__MFYQ(((__li__HQWI *)li__IP4R));
    } break;
    case __li__ARWI__: {
      li__JP4R=li__0FYQ(((__li__ARWI *)li__IP4R));
    } break;
    case __li__URWI__: {
      li__JP4R=li__RGYQ(((__li__URWI *)li__IP4R));
    } break;
    case __li__ETWI__: {
      li__JP4R=li__CHYQ(((__li__ETWI *)li__IP4R));
    } break;
    case __li__KMFK__: {
      li__JP4R=li__QHYQ(((__li__KMFK *)li__IP4R));
    } break;
    case __li__XOHL__: {
      li__JP4R=li__VHYQ(((__li__XOHL *)li__IP4R));
    } break;
    case __li__FPHL__: {
      li__JP4R=li__0HYQ(((__li__FPHL *)li__IP4R));
    } break;
    case __li__APLM__: {
      li__JP4R=li__Z4YQ(((__li__APLM *)li__IP4R));
    } break;
    case __li__DTNM__: {
      li__JP4R=li__IIYQ(((__li__DTNM *)li__IP4R));
    } break;
    case __li__JXNM__: {
      li__JP4R=li__5O4R(((__li__JXNM *)li__IP4R));
    } break;
    case __li__21LO__: {
      li__JP4R=li__GZNQ(((__li__21LO *)li__IP4R));
    } break;
    case __li__TPOO__: {
      li__VNZQ=((__li__DZB *)((__li__TPOO *)li__IP4R)->li__5IXO);
      li__JP4R=((((void *)li__VNZQ->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__VNZQ->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__JP4R=li__SQKS(((__li__URRO *)li__IP4R));
    } break;
    case __li__41XO__: {
      li__JP4R=li__H5YQ(((__li__41XO *)li__IP4R));
    } break;
    case __li__AKBR__: {
      li__JP4R=li__IXES(((__li__AKBR *)li__IP4R));
    } break;
    case __li__SU5R__: {
      li__JP4R=li__XQKS(((__li__SU5R *)li__IP4R));
    } break;
    case __li__JV5R__: {
      li__JP4R=li__FRKS(((__li__JV5R *)li__IP4R));
    } break;
    };
    li__DP4R=li__JP4R;
  } else /* FALSE */ {
    li__DP4R=li__I__;
  };
  li__BP4R=li__DP4R;
  return(li__BP4R);
}

static __li__C li__SQKS(__li__URRO *li__TQKS)
/* (Strict EXPR_NOT_LOGIC{li__URRO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__VQKS;
  __li__DZB *li__SYMV;
  __li__C li__WQKS,li__UQKS;
  li__VQKS=li__TQKS->li__XRRO.li__RF4R;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__VQKS)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__WQKS=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__WQKS=li__I__;
  } break;
  case __li__KTVI__: {
    li__WQKS=li__35XQ(((__li__KTVI *)li__VQKS));
  } break;
  case __li__LTVI__: {
    li__WQKS=li__LAYQ(((__li__LTVI *)li__VQKS));
  } break;
  case __li__XTVI__: {
    li__WQKS=li__0AYQ(((__li__XTVI *)li__VQKS));
  } break;
  case __li__YTVI__: {
    li__WQKS=li__IBYQ(((__li__YTVI *)li__VQKS));
  } break;
  case __li__S2VI__: {
    li__WQKS=li__WBYQ(((__li__S2VI *)li__VQKS));
  } break;
  case __li__E3VI__: {
    li__WQKS=li__ECYQ(((__li__E3VI *)li__VQKS));
  } break;
  case __li__NMWI__: {
    li__WQKS=li__YCYQ(((__li__NMWI *)li__VQKS));
  } break;
  case __li__BNWI__: {
    li__WQKS=li__GDYQ(((__li__BNWI *)li__VQKS));
  } break;
  case __li__XNWI__: {
    li__WQKS=li__UDYQ(((__li__XNWI *)li__VQKS));
  } break;
  case __li__LOWI__: {
    li__WQKS=li__CEYQ(((__li__LOWI *)li__VQKS));
  } break;
  case __li__5OWI__: {
    li__WQKS=li__QEYQ(((__li__5OWI *)li__VQKS));
  } break;
  case __li__TPWI__: {
    li__WQKS=li__4EYQ(((__li__TPWI *)li__VQKS));
  } break;
  case __li__HQWI__: {
    li__WQKS=li__MFYQ(((__li__HQWI *)li__VQKS));
  } break;
  case __li__ARWI__: {
    li__WQKS=li__0FYQ(((__li__ARWI *)li__VQKS));
  } break;
  case __li__URWI__: {
    li__WQKS=li__RGYQ(((__li__URWI *)li__VQKS));
  } break;
  case __li__ETWI__: {
    li__WQKS=li__CHYQ(((__li__ETWI *)li__VQKS));
  } break;
  case __li__KMFK__: {
    li__WQKS=li__QHYQ(((__li__KMFK *)li__VQKS));
  } break;
  case __li__XOHL__: {
    li__WQKS=li__VHYQ(((__li__XOHL *)li__VQKS));
  } break;
  case __li__FPHL__: {
    li__WQKS=li__0HYQ(((__li__FPHL *)li__VQKS));
  } break;
  case __li__APLM__: {
    li__WQKS=li__Z4YQ(((__li__APLM *)li__VQKS));
  } break;
  case __li__DTNM__: {
    li__WQKS=li__IIYQ(((__li__DTNM *)li__VQKS));
  } break;
  case __li__JXNM__: {
    li__WQKS=li__5O4R(((__li__JXNM *)li__VQKS));
  } break;
  case __li__21LO__: {
    li__WQKS=li__GZNQ(((__li__21LO *)li__VQKS));
  } break;
  case __li__TPOO__: {
    li__SYMV=((__li__DZB *)((__li__TPOO *)li__VQKS)->li__5IXO);
    li__WQKS=((((void *)li__SYMV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__SYMV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__WQKS=li__SQKS(((__li__URRO *)li__VQKS));
  } break;
  case __li__41XO__: {
    li__WQKS=li__H5YQ(((__li__41XO *)li__VQKS));
  } break;
  case __li__AKBR__: {
    li__WQKS=li__IXES(((__li__AKBR *)li__VQKS));
  } break;
  case __li__SU5R__: {
    li__WQKS=li__XQKS(((__li__SU5R *)li__VQKS));
  } break;
  case __li__JV5R__: {
    li__WQKS=li__FRKS(((__li__JV5R *)li__VQKS));
  } break;
  };
  li__UQKS=li__WQKS;
  return(li__UQKS);
}

static __li__C li__H5YQ(__li__41XO *li__I5YQ)
/* (Strict EXPR_OR{li__41XO}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__K5YQ,*li__Q5YQ;
  __li__DZB *li__VYMV,*li__YYMV;
  __li__C li__L5YQ,li__R5YQ,li__J5YQ;
  li__K5YQ=li__I5YQ->li__51XO.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__K5YQ)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__L5YQ=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__L5YQ=li__I__;
  } break;
  case __li__KTVI__: {
    li__L5YQ=li__35XQ(((__li__KTVI *)li__K5YQ));
  } break;
  case __li__LTVI__: {
    li__L5YQ=li__LAYQ(((__li__LTVI *)li__K5YQ));
  } break;
  case __li__XTVI__: {
    li__L5YQ=li__0AYQ(((__li__XTVI *)li__K5YQ));
  } break;
  case __li__YTVI__: {
    li__L5YQ=li__IBYQ(((__li__YTVI *)li__K5YQ));
  } break;
  case __li__S2VI__: {
    li__L5YQ=li__WBYQ(((__li__S2VI *)li__K5YQ));
  } break;
  case __li__E3VI__: {
    li__L5YQ=li__ECYQ(((__li__E3VI *)li__K5YQ));
  } break;
  case __li__NMWI__: {
    li__L5YQ=li__YCYQ(((__li__NMWI *)li__K5YQ));
  } break;
  case __li__BNWI__: {
    li__L5YQ=li__GDYQ(((__li__BNWI *)li__K5YQ));
  } break;
  case __li__XNWI__: {
    li__L5YQ=li__UDYQ(((__li__XNWI *)li__K5YQ));
  } break;
  case __li__LOWI__: {
    li__L5YQ=li__CEYQ(((__li__LOWI *)li__K5YQ));
  } break;
  case __li__5OWI__: {
    li__L5YQ=li__QEYQ(((__li__5OWI *)li__K5YQ));
  } break;
  case __li__TPWI__: {
    li__L5YQ=li__4EYQ(((__li__TPWI *)li__K5YQ));
  } break;
  case __li__HQWI__: {
    li__L5YQ=li__MFYQ(((__li__HQWI *)li__K5YQ));
  } break;
  case __li__ARWI__: {
    li__L5YQ=li__0FYQ(((__li__ARWI *)li__K5YQ));
  } break;
  case __li__URWI__: {
    li__L5YQ=li__RGYQ(((__li__URWI *)li__K5YQ));
  } break;
  case __li__ETWI__: {
    li__L5YQ=li__CHYQ(((__li__ETWI *)li__K5YQ));
  } break;
  case __li__KMFK__: {
    li__L5YQ=li__QHYQ(((__li__KMFK *)li__K5YQ));
  } break;
  case __li__XOHL__: {
    li__L5YQ=li__VHYQ(((__li__XOHL *)li__K5YQ));
  } break;
  case __li__FPHL__: {
    li__L5YQ=li__0HYQ(((__li__FPHL *)li__K5YQ));
  } break;
  case __li__APLM__: {
    li__L5YQ=li__Z4YQ(((__li__APLM *)li__K5YQ));
  } break;
  case __li__DTNM__: {
    li__L5YQ=li__IIYQ(((__li__DTNM *)li__K5YQ));
  } break;
  case __li__JXNM__: {
    li__L5YQ=li__5O4R(((__li__JXNM *)li__K5YQ));
  } break;
  case __li__21LO__: {
    li__L5YQ=li__GZNQ(((__li__21LO *)li__K5YQ));
  } break;
  case __li__TPOO__: {
    li__VYMV=((__li__DZB *)((__li__TPOO *)li__K5YQ)->li__5IXO);
    li__L5YQ=((((void *)li__VYMV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__VYMV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__L5YQ=li__SQKS(((__li__URRO *)li__K5YQ));
  } break;
  case __li__41XO__: {
    li__L5YQ=li__H5YQ(((__li__41XO *)li__K5YQ));
  } break;
  case __li__AKBR__: {
    li__L5YQ=li__IXES(((__li__AKBR *)li__K5YQ));
  } break;
  case __li__SU5R__: {
    li__L5YQ=li__XQKS(((__li__SU5R *)li__K5YQ));
  } break;
  case __li__JV5R__: {
    li__L5YQ=li__FRKS(((__li__JV5R *)li__K5YQ));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__L5YQ) {
    li__Q5YQ=li__I5YQ->li__51XO.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__Q5YQ)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__R5YQ=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__R5YQ=li__I__;
    } break;
    case __li__KTVI__: {
      li__R5YQ=li__35XQ(((__li__KTVI *)li__Q5YQ));
    } break;
    case __li__LTVI__: {
      li__R5YQ=li__LAYQ(((__li__LTVI *)li__Q5YQ));
    } break;
    case __li__XTVI__: {
      li__R5YQ=li__0AYQ(((__li__XTVI *)li__Q5YQ));
    } break;
    case __li__YTVI__: {
      li__R5YQ=li__IBYQ(((__li__YTVI *)li__Q5YQ));
    } break;
    case __li__S2VI__: {
      li__R5YQ=li__WBYQ(((__li__S2VI *)li__Q5YQ));
    } break;
    case __li__E3VI__: {
      li__R5YQ=li__ECYQ(((__li__E3VI *)li__Q5YQ));
    } break;
    case __li__NMWI__: {
      li__R5YQ=li__YCYQ(((__li__NMWI *)li__Q5YQ));
    } break;
    case __li__BNWI__: {
      li__R5YQ=li__GDYQ(((__li__BNWI *)li__Q5YQ));
    } break;
    case __li__XNWI__: {
      li__R5YQ=li__UDYQ(((__li__XNWI *)li__Q5YQ));
    } break;
    case __li__LOWI__: {
      li__R5YQ=li__CEYQ(((__li__LOWI *)li__Q5YQ));
    } break;
    case __li__5OWI__: {
      li__R5YQ=li__QEYQ(((__li__5OWI *)li__Q5YQ));
    } break;
    case __li__TPWI__: {
      li__R5YQ=li__4EYQ(((__li__TPWI *)li__Q5YQ));
    } break;
    case __li__HQWI__: {
      li__R5YQ=li__MFYQ(((__li__HQWI *)li__Q5YQ));
    } break;
    case __li__ARWI__: {
      li__R5YQ=li__0FYQ(((__li__ARWI *)li__Q5YQ));
    } break;
    case __li__URWI__: {
      li__R5YQ=li__RGYQ(((__li__URWI *)li__Q5YQ));
    } break;
    case __li__ETWI__: {
      li__R5YQ=li__CHYQ(((__li__ETWI *)li__Q5YQ));
    } break;
    case __li__KMFK__: {
      li__R5YQ=li__QHYQ(((__li__KMFK *)li__Q5YQ));
    } break;
    case __li__XOHL__: {
      li__R5YQ=li__VHYQ(((__li__XOHL *)li__Q5YQ));
    } break;
    case __li__FPHL__: {
      li__R5YQ=li__0HYQ(((__li__FPHL *)li__Q5YQ));
    } break;
    case __li__APLM__: {
      li__R5YQ=li__Z4YQ(((__li__APLM *)li__Q5YQ));
    } break;
    case __li__DTNM__: {
      li__R5YQ=li__IIYQ(((__li__DTNM *)li__Q5YQ));
    } break;
    case __li__JXNM__: {
      li__R5YQ=li__5O4R(((__li__JXNM *)li__Q5YQ));
    } break;
    case __li__21LO__: {
      li__R5YQ=li__GZNQ(((__li__21LO *)li__Q5YQ));
    } break;
    case __li__TPOO__: {
      li__YYMV=((__li__DZB *)((__li__TPOO *)li__Q5YQ)->li__5IXO);
      li__R5YQ=((((void *)li__YYMV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__YYMV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__R5YQ=li__SQKS(((__li__URRO *)li__Q5YQ));
    } break;
    case __li__41XO__: {
      li__R5YQ=li__H5YQ(((__li__41XO *)li__Q5YQ));
    } break;
    case __li__AKBR__: {
      li__R5YQ=li__IXES(((__li__AKBR *)li__Q5YQ));
    } break;
    case __li__SU5R__: {
      li__R5YQ=li__XQKS(((__li__SU5R *)li__Q5YQ));
    } break;
    case __li__JV5R__: {
      li__R5YQ=li__FRKS(((__li__JV5R *)li__Q5YQ));
    } break;
    };
    li__L5YQ=li__R5YQ;
  } else /* FALSE */ {
    li__L5YQ=li__I__;
  };
  li__J5YQ=li__L5YQ;
  return(li__J5YQ);
}

static __li__C li__IXES(__li__AKBR *li__JXES)
/* (Strict EXPR_XOR{li__AKBR}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__LXES,*li__RXES;
  __li__DZB *li__1YMV,*li__4YMV;
  __li__C li__MXES,li__SXES,li__KXES;
  li__LXES=li__JXES->li__BKBR.li__MQBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__LXES)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__MXES=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__MXES=li__I__;
  } break;
  case __li__KTVI__: {
    li__MXES=li__35XQ(((__li__KTVI *)li__LXES));
  } break;
  case __li__LTVI__: {
    li__MXES=li__LAYQ(((__li__LTVI *)li__LXES));
  } break;
  case __li__XTVI__: {
    li__MXES=li__0AYQ(((__li__XTVI *)li__LXES));
  } break;
  case __li__YTVI__: {
    li__MXES=li__IBYQ(((__li__YTVI *)li__LXES));
  } break;
  case __li__S2VI__: {
    li__MXES=li__WBYQ(((__li__S2VI *)li__LXES));
  } break;
  case __li__E3VI__: {
    li__MXES=li__ECYQ(((__li__E3VI *)li__LXES));
  } break;
  case __li__NMWI__: {
    li__MXES=li__YCYQ(((__li__NMWI *)li__LXES));
  } break;
  case __li__BNWI__: {
    li__MXES=li__GDYQ(((__li__BNWI *)li__LXES));
  } break;
  case __li__XNWI__: {
    li__MXES=li__UDYQ(((__li__XNWI *)li__LXES));
  } break;
  case __li__LOWI__: {
    li__MXES=li__CEYQ(((__li__LOWI *)li__LXES));
  } break;
  case __li__5OWI__: {
    li__MXES=li__QEYQ(((__li__5OWI *)li__LXES));
  } break;
  case __li__TPWI__: {
    li__MXES=li__4EYQ(((__li__TPWI *)li__LXES));
  } break;
  case __li__HQWI__: {
    li__MXES=li__MFYQ(((__li__HQWI *)li__LXES));
  } break;
  case __li__ARWI__: {
    li__MXES=li__0FYQ(((__li__ARWI *)li__LXES));
  } break;
  case __li__URWI__: {
    li__MXES=li__RGYQ(((__li__URWI *)li__LXES));
  } break;
  case __li__ETWI__: {
    li__MXES=li__CHYQ(((__li__ETWI *)li__LXES));
  } break;
  case __li__KMFK__: {
    li__MXES=li__QHYQ(((__li__KMFK *)li__LXES));
  } break;
  case __li__XOHL__: {
    li__MXES=li__VHYQ(((__li__XOHL *)li__LXES));
  } break;
  case __li__FPHL__: {
    li__MXES=li__0HYQ(((__li__FPHL *)li__LXES));
  } break;
  case __li__APLM__: {
    li__MXES=li__Z4YQ(((__li__APLM *)li__LXES));
  } break;
  case __li__DTNM__: {
    li__MXES=li__IIYQ(((__li__DTNM *)li__LXES));
  } break;
  case __li__JXNM__: {
    li__MXES=li__5O4R(((__li__JXNM *)li__LXES));
  } break;
  case __li__21LO__: {
    li__MXES=li__GZNQ(((__li__21LO *)li__LXES));
  } break;
  case __li__TPOO__: {
    li__1YMV=((__li__DZB *)((__li__TPOO *)li__LXES)->li__5IXO);
    li__MXES=((((void *)li__1YMV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__1YMV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__MXES=li__SQKS(((__li__URRO *)li__LXES));
  } break;
  case __li__41XO__: {
    li__MXES=li__H5YQ(((__li__41XO *)li__LXES));
  } break;
  case __li__AKBR__: {
    li__MXES=li__IXES(((__li__AKBR *)li__LXES));
  } break;
  case __li__SU5R__: {
    li__MXES=li__XQKS(((__li__SU5R *)li__LXES));
  } break;
  case __li__JV5R__: {
    li__MXES=li__FRKS(((__li__JV5R *)li__LXES));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__MXES) {
    li__RXES=li__JXES->li__BKBR.li__QQBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__RXES)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__SXES=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__SXES=li__I__;
    } break;
    case __li__KTVI__: {
      li__SXES=li__35XQ(((__li__KTVI *)li__RXES));
    } break;
    case __li__LTVI__: {
      li__SXES=li__LAYQ(((__li__LTVI *)li__RXES));
    } break;
    case __li__XTVI__: {
      li__SXES=li__0AYQ(((__li__XTVI *)li__RXES));
    } break;
    case __li__YTVI__: {
      li__SXES=li__IBYQ(((__li__YTVI *)li__RXES));
    } break;
    case __li__S2VI__: {
      li__SXES=li__WBYQ(((__li__S2VI *)li__RXES));
    } break;
    case __li__E3VI__: {
      li__SXES=li__ECYQ(((__li__E3VI *)li__RXES));
    } break;
    case __li__NMWI__: {
      li__SXES=li__YCYQ(((__li__NMWI *)li__RXES));
    } break;
    case __li__BNWI__: {
      li__SXES=li__GDYQ(((__li__BNWI *)li__RXES));
    } break;
    case __li__XNWI__: {
      li__SXES=li__UDYQ(((__li__XNWI *)li__RXES));
    } break;
    case __li__LOWI__: {
      li__SXES=li__CEYQ(((__li__LOWI *)li__RXES));
    } break;
    case __li__5OWI__: {
      li__SXES=li__QEYQ(((__li__5OWI *)li__RXES));
    } break;
    case __li__TPWI__: {
      li__SXES=li__4EYQ(((__li__TPWI *)li__RXES));
    } break;
    case __li__HQWI__: {
      li__SXES=li__MFYQ(((__li__HQWI *)li__RXES));
    } break;
    case __li__ARWI__: {
      li__SXES=li__0FYQ(((__li__ARWI *)li__RXES));
    } break;
    case __li__URWI__: {
      li__SXES=li__RGYQ(((__li__URWI *)li__RXES));
    } break;
    case __li__ETWI__: {
      li__SXES=li__CHYQ(((__li__ETWI *)li__RXES));
    } break;
    case __li__KMFK__: {
      li__SXES=li__QHYQ(((__li__KMFK *)li__RXES));
    } break;
    case __li__XOHL__: {
      li__SXES=li__VHYQ(((__li__XOHL *)li__RXES));
    } break;
    case __li__FPHL__: {
      li__SXES=li__0HYQ(((__li__FPHL *)li__RXES));
    } break;
    case __li__APLM__: {
      li__SXES=li__Z4YQ(((__li__APLM *)li__RXES));
    } break;
    case __li__DTNM__: {
      li__SXES=li__IIYQ(((__li__DTNM *)li__RXES));
    } break;
    case __li__JXNM__: {
      li__SXES=li__5O4R(((__li__JXNM *)li__RXES));
    } break;
    case __li__21LO__: {
      li__SXES=li__GZNQ(((__li__21LO *)li__RXES));
    } break;
    case __li__TPOO__: {
      li__4YMV=((__li__DZB *)((__li__TPOO *)li__RXES)->li__5IXO);
      li__SXES=((((void *)li__4YMV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__4YMV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__SXES=li__SQKS(((__li__URRO *)li__RXES));
    } break;
    case __li__41XO__: {
      li__SXES=li__H5YQ(((__li__41XO *)li__RXES));
    } break;
    case __li__AKBR__: {
      li__SXES=li__IXES(((__li__AKBR *)li__RXES));
    } break;
    case __li__SU5R__: {
      li__SXES=li__XQKS(((__li__SU5R *)li__RXES));
    } break;
    case __li__JV5R__: {
      li__SXES=li__FRKS(((__li__JV5R *)li__RXES));
    } break;
    };
    li__MXES=li__SXES;
  } else /* FALSE */ {
    li__MXES=li__I__;
  };
  li__KXES=li__MXES;
  return(li__KXES);
}

static __li__C li__XQKS(__li__SU5R *li__YQKS)
/* (Strict EXPR_INF{li__SU5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__0QKS,*li__ARKS;
  __li__DZB *li__BZMV,*li__EZMV;
  __li__C li__1QKS,li__BRKS,li__ZQKS;
  li__0QKS=li__YQKS->li__TU5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__0QKS)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__1QKS=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__1QKS=li__I__;
  } break;
  case __li__KTVI__: {
    li__1QKS=li__35XQ(((__li__KTVI *)li__0QKS));
  } break;
  case __li__LTVI__: {
    li__1QKS=li__LAYQ(((__li__LTVI *)li__0QKS));
  } break;
  case __li__XTVI__: {
    li__1QKS=li__0AYQ(((__li__XTVI *)li__0QKS));
  } break;
  case __li__YTVI__: {
    li__1QKS=li__IBYQ(((__li__YTVI *)li__0QKS));
  } break;
  case __li__S2VI__: {
    li__1QKS=li__WBYQ(((__li__S2VI *)li__0QKS));
  } break;
  case __li__E3VI__: {
    li__1QKS=li__ECYQ(((__li__E3VI *)li__0QKS));
  } break;
  case __li__NMWI__: {
    li__1QKS=li__YCYQ(((__li__NMWI *)li__0QKS));
  } break;
  case __li__BNWI__: {
    li__1QKS=li__GDYQ(((__li__BNWI *)li__0QKS));
  } break;
  case __li__XNWI__: {
    li__1QKS=li__UDYQ(((__li__XNWI *)li__0QKS));
  } break;
  case __li__LOWI__: {
    li__1QKS=li__CEYQ(((__li__LOWI *)li__0QKS));
  } break;
  case __li__5OWI__: {
    li__1QKS=li__QEYQ(((__li__5OWI *)li__0QKS));
  } break;
  case __li__TPWI__: {
    li__1QKS=li__4EYQ(((__li__TPWI *)li__0QKS));
  } break;
  case __li__HQWI__: {
    li__1QKS=li__MFYQ(((__li__HQWI *)li__0QKS));
  } break;
  case __li__ARWI__: {
    li__1QKS=li__0FYQ(((__li__ARWI *)li__0QKS));
  } break;
  case __li__URWI__: {
    li__1QKS=li__RGYQ(((__li__URWI *)li__0QKS));
  } break;
  case __li__ETWI__: {
    li__1QKS=li__CHYQ(((__li__ETWI *)li__0QKS));
  } break;
  case __li__KMFK__: {
    li__1QKS=li__QHYQ(((__li__KMFK *)li__0QKS));
  } break;
  case __li__XOHL__: {
    li__1QKS=li__VHYQ(((__li__XOHL *)li__0QKS));
  } break;
  case __li__FPHL__: {
    li__1QKS=li__0HYQ(((__li__FPHL *)li__0QKS));
  } break;
  case __li__APLM__: {
    li__1QKS=li__Z4YQ(((__li__APLM *)li__0QKS));
  } break;
  case __li__DTNM__: {
    li__1QKS=li__IIYQ(((__li__DTNM *)li__0QKS));
  } break;
  case __li__JXNM__: {
    li__1QKS=li__5O4R(((__li__JXNM *)li__0QKS));
  } break;
  case __li__21LO__: {
    li__1QKS=li__GZNQ(((__li__21LO *)li__0QKS));
  } break;
  case __li__TPOO__: {
    li__BZMV=((__li__DZB *)((__li__TPOO *)li__0QKS)->li__5IXO);
    li__1QKS=((((void *)li__BZMV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__BZMV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__1QKS=li__SQKS(((__li__URRO *)li__0QKS));
  } break;
  case __li__41XO__: {
    li__1QKS=li__H5YQ(((__li__41XO *)li__0QKS));
  } break;
  case __li__AKBR__: {
    li__1QKS=li__IXES(((__li__AKBR *)li__0QKS));
  } break;
  case __li__SU5R__: {
    li__1QKS=li__XQKS(((__li__SU5R *)li__0QKS));
  } break;
  case __li__JV5R__: {
    li__1QKS=li__FRKS(((__li__JV5R *)li__0QKS));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__1QKS) {
    li__ARKS=li__YQKS->li__TU5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ARKS)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__BRKS=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__BRKS=li__I__;
    } break;
    case __li__KTVI__: {
      li__BRKS=li__35XQ(((__li__KTVI *)li__ARKS));
    } break;
    case __li__LTVI__: {
      li__BRKS=li__LAYQ(((__li__LTVI *)li__ARKS));
    } break;
    case __li__XTVI__: {
      li__BRKS=li__0AYQ(((__li__XTVI *)li__ARKS));
    } break;
    case __li__YTVI__: {
      li__BRKS=li__IBYQ(((__li__YTVI *)li__ARKS));
    } break;
    case __li__S2VI__: {
      li__BRKS=li__WBYQ(((__li__S2VI *)li__ARKS));
    } break;
    case __li__E3VI__: {
      li__BRKS=li__ECYQ(((__li__E3VI *)li__ARKS));
    } break;
    case __li__NMWI__: {
      li__BRKS=li__YCYQ(((__li__NMWI *)li__ARKS));
    } break;
    case __li__BNWI__: {
      li__BRKS=li__GDYQ(((__li__BNWI *)li__ARKS));
    } break;
    case __li__XNWI__: {
      li__BRKS=li__UDYQ(((__li__XNWI *)li__ARKS));
    } break;
    case __li__LOWI__: {
      li__BRKS=li__CEYQ(((__li__LOWI *)li__ARKS));
    } break;
    case __li__5OWI__: {
      li__BRKS=li__QEYQ(((__li__5OWI *)li__ARKS));
    } break;
    case __li__TPWI__: {
      li__BRKS=li__4EYQ(((__li__TPWI *)li__ARKS));
    } break;
    case __li__HQWI__: {
      li__BRKS=li__MFYQ(((__li__HQWI *)li__ARKS));
    } break;
    case __li__ARWI__: {
      li__BRKS=li__0FYQ(((__li__ARWI *)li__ARKS));
    } break;
    case __li__URWI__: {
      li__BRKS=li__RGYQ(((__li__URWI *)li__ARKS));
    } break;
    case __li__ETWI__: {
      li__BRKS=li__CHYQ(((__li__ETWI *)li__ARKS));
    } break;
    case __li__KMFK__: {
      li__BRKS=li__QHYQ(((__li__KMFK *)li__ARKS));
    } break;
    case __li__XOHL__: {
      li__BRKS=li__VHYQ(((__li__XOHL *)li__ARKS));
    } break;
    case __li__FPHL__: {
      li__BRKS=li__0HYQ(((__li__FPHL *)li__ARKS));
    } break;
    case __li__APLM__: {
      li__BRKS=li__Z4YQ(((__li__APLM *)li__ARKS));
    } break;
    case __li__DTNM__: {
      li__BRKS=li__IIYQ(((__li__DTNM *)li__ARKS));
    } break;
    case __li__JXNM__: {
      li__BRKS=li__5O4R(((__li__JXNM *)li__ARKS));
    } break;
    case __li__21LO__: {
      li__BRKS=li__GZNQ(((__li__21LO *)li__ARKS));
    } break;
    case __li__TPOO__: {
      li__EZMV=((__li__DZB *)((__li__TPOO *)li__ARKS)->li__5IXO);
      li__BRKS=((((void *)li__EZMV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__EZMV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__BRKS=li__SQKS(((__li__URRO *)li__ARKS));
    } break;
    case __li__41XO__: {
      li__BRKS=li__H5YQ(((__li__41XO *)li__ARKS));
    } break;
    case __li__AKBR__: {
      li__BRKS=li__IXES(((__li__AKBR *)li__ARKS));
    } break;
    case __li__SU5R__: {
      li__BRKS=li__XQKS(((__li__SU5R *)li__ARKS));
    } break;
    case __li__JV5R__: {
      li__BRKS=li__FRKS(((__li__JV5R *)li__ARKS));
    } break;
    };
    li__1QKS=li__BRKS;
  } else /* FALSE */ {
    li__1QKS=li__I__;
  };
  li__ZQKS=li__1QKS;
  return(li__ZQKS);
}

static __li__C li__FRKS(__li__JV5R *li__GRKS)
/* (Strict EXPR_INF_EQ{li__JV5R}) With result Recursive, No inlinable. NO CONTEXT! */
{
  void *li__IRKS,*li__ORKS;
  __li__DZB *li__HZMV,*li__KZMV;
  __li__C li__JRKS,li__PRKS,li__HRKS;
  li__IRKS=li__GRKS->li__KV5R.li__FPBK;
  /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__IRKS)->__id) {
  case __li__WK__: 
  case __li__KVBD__: 
  case __li__WVBD__: 
  case __li__KLWI__: 
  case __li__ULWI__: 
  case __li__MSWI__: 
  case __li__MZWI__: 
  case __li__C0WI__: 
  case __li__M1WI__: {
    li__JRKS=li__B__;
  } break;
  case __li__AVBD__: 
  case __li__Z4WH__: {
    li__JRKS=li__I__;
  } break;
  case __li__KTVI__: {
    li__JRKS=li__35XQ(((__li__KTVI *)li__IRKS));
  } break;
  case __li__LTVI__: {
    li__JRKS=li__LAYQ(((__li__LTVI *)li__IRKS));
  } break;
  case __li__XTVI__: {
    li__JRKS=li__0AYQ(((__li__XTVI *)li__IRKS));
  } break;
  case __li__YTVI__: {
    li__JRKS=li__IBYQ(((__li__YTVI *)li__IRKS));
  } break;
  case __li__S2VI__: {
    li__JRKS=li__WBYQ(((__li__S2VI *)li__IRKS));
  } break;
  case __li__E3VI__: {
    li__JRKS=li__ECYQ(((__li__E3VI *)li__IRKS));
  } break;
  case __li__NMWI__: {
    li__JRKS=li__YCYQ(((__li__NMWI *)li__IRKS));
  } break;
  case __li__BNWI__: {
    li__JRKS=li__GDYQ(((__li__BNWI *)li__IRKS));
  } break;
  case __li__XNWI__: {
    li__JRKS=li__UDYQ(((__li__XNWI *)li__IRKS));
  } break;
  case __li__LOWI__: {
    li__JRKS=li__CEYQ(((__li__LOWI *)li__IRKS));
  } break;
  case __li__5OWI__: {
    li__JRKS=li__QEYQ(((__li__5OWI *)li__IRKS));
  } break;
  case __li__TPWI__: {
    li__JRKS=li__4EYQ(((__li__TPWI *)li__IRKS));
  } break;
  case __li__HQWI__: {
    li__JRKS=li__MFYQ(((__li__HQWI *)li__IRKS));
  } break;
  case __li__ARWI__: {
    li__JRKS=li__0FYQ(((__li__ARWI *)li__IRKS));
  } break;
  case __li__URWI__: {
    li__JRKS=li__RGYQ(((__li__URWI *)li__IRKS));
  } break;
  case __li__ETWI__: {
    li__JRKS=li__CHYQ(((__li__ETWI *)li__IRKS));
  } break;
  case __li__KMFK__: {
    li__JRKS=li__QHYQ(((__li__KMFK *)li__IRKS));
  } break;
  case __li__XOHL__: {
    li__JRKS=li__VHYQ(((__li__XOHL *)li__IRKS));
  } break;
  case __li__FPHL__: {
    li__JRKS=li__0HYQ(((__li__FPHL *)li__IRKS));
  } break;
  case __li__APLM__: {
    li__JRKS=li__Z4YQ(((__li__APLM *)li__IRKS));
  } break;
  case __li__DTNM__: {
    li__JRKS=li__IIYQ(((__li__DTNM *)li__IRKS));
  } break;
  case __li__JXNM__: {
    li__JRKS=li__5O4R(((__li__JXNM *)li__IRKS));
  } break;
  case __li__21LO__: {
    li__JRKS=li__GZNQ(((__li__21LO *)li__IRKS));
  } break;
  case __li__TPOO__: {
    li__HZMV=((__li__DZB *)((__li__TPOO *)li__IRKS)->li__5IXO);
    li__JRKS=((((void *)li__HZMV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__HZMV->li__01JM <= ((__li__52B )li__CXHP)));
  } break;
  case __li__URRO__: {
    li__JRKS=li__SQKS(((__li__URRO *)li__IRKS));
  } break;
  case __li__41XO__: {
    li__JRKS=li__H5YQ(((__li__41XO *)li__IRKS));
  } break;
  case __li__AKBR__: {
    li__JRKS=li__IXES(((__li__AKBR *)li__IRKS));
  } break;
  case __li__SU5R__: {
    li__JRKS=li__XQKS(((__li__SU5R *)li__IRKS));
  } break;
  case __li__JV5R__: {
    li__JRKS=li__FRKS(((__li__JV5R *)li__IRKS));
  } break;
  };
  /* __li__B__ __li__I__ */
if (li__JRKS) {
    li__ORKS=li__GRKS->li__KV5R.li__LPBK;
    /* NULL __li__WK__ __li__AVBD__ __li__KVBD__ __li__WVBD__ __li__Z4WH__ __li__KTVI__ __li__LTVI__ __li__XTVI__ __li__YTVI__ __li__S2VI__ __li__E3VI__ __li__KLWI__ __li__ULWI__ __li__NMWI__ __li__BNWI__ __li__XNWI__ __li__LOWI__ __li__5OWI__ __li__TPWI__ __li__HQWI__ __li__ARWI__ __li__URWI__ __li__MSWI__ __li__ETWI__ __li__MZWI__ __li__C0WI__ __li__M1WI__ __li__KMFK__ __li__XOHL__ __li__FPHL__ __li__APLM__ __li__DTNM__ __li__JXNM__ __li__21LO__ __li__TPOO__ __li__URRO__ __li__41XO__ __li__AKBR__ __li__SU5R__ __li__JV5R__ */
switch (((struct ___OBJ *)li__ORKS)->__id) {
    case __li__WK__: 
    case __li__KVBD__: 
    case __li__WVBD__: 
    case __li__KLWI__: 
    case __li__ULWI__: 
    case __li__MSWI__: 
    case __li__MZWI__: 
    case __li__C0WI__: 
    case __li__M1WI__: {
      li__PRKS=li__B__;
    } break;
    case __li__AVBD__: 
    case __li__Z4WH__: {
      li__PRKS=li__I__;
    } break;
    case __li__KTVI__: {
      li__PRKS=li__35XQ(((__li__KTVI *)li__ORKS));
    } break;
    case __li__LTVI__: {
      li__PRKS=li__LAYQ(((__li__LTVI *)li__ORKS));
    } break;
    case __li__XTVI__: {
      li__PRKS=li__0AYQ(((__li__XTVI *)li__ORKS));
    } break;
    case __li__YTVI__: {
      li__PRKS=li__IBYQ(((__li__YTVI *)li__ORKS));
    } break;
    case __li__S2VI__: {
      li__PRKS=li__WBYQ(((__li__S2VI *)li__ORKS));
    } break;
    case __li__E3VI__: {
      li__PRKS=li__ECYQ(((__li__E3VI *)li__ORKS));
    } break;
    case __li__NMWI__: {
      li__PRKS=li__YCYQ(((__li__NMWI *)li__ORKS));
    } break;
    case __li__BNWI__: {
      li__PRKS=li__GDYQ(((__li__BNWI *)li__ORKS));
    } break;
    case __li__XNWI__: {
      li__PRKS=li__UDYQ(((__li__XNWI *)li__ORKS));
    } break;
    case __li__LOWI__: {
      li__PRKS=li__CEYQ(((__li__LOWI *)li__ORKS));
    } break;
    case __li__5OWI__: {
      li__PRKS=li__QEYQ(((__li__5OWI *)li__ORKS));
    } break;
    case __li__TPWI__: {
      li__PRKS=li__4EYQ(((__li__TPWI *)li__ORKS));
    } break;
    case __li__HQWI__: {
      li__PRKS=li__MFYQ(((__li__HQWI *)li__ORKS));
    } break;
    case __li__ARWI__: {
      li__PRKS=li__0FYQ(((__li__ARWI *)li__ORKS));
    } break;
    case __li__URWI__: {
      li__PRKS=li__RGYQ(((__li__URWI *)li__ORKS));
    } break;
    case __li__ETWI__: {
      li__PRKS=li__CHYQ(((__li__ETWI *)li__ORKS));
    } break;
    case __li__KMFK__: {
      li__PRKS=li__QHYQ(((__li__KMFK *)li__ORKS));
    } break;
    case __li__XOHL__: {
      li__PRKS=li__VHYQ(((__li__XOHL *)li__ORKS));
    } break;
    case __li__FPHL__: {
      li__PRKS=li__0HYQ(((__li__FPHL *)li__ORKS));
    } break;
    case __li__APLM__: {
      li__PRKS=li__Z4YQ(((__li__APLM *)li__ORKS));
    } break;
    case __li__DTNM__: {
      li__PRKS=li__IIYQ(((__li__DTNM *)li__ORKS));
    } break;
    case __li__JXNM__: {
      li__PRKS=li__5O4R(((__li__JXNM *)li__ORKS));
    } break;
    case __li__21LO__: {
      li__PRKS=li__GZNQ(((__li__21LO *)li__ORKS));
    } break;
    case __li__TPOO__: {
      li__KZMV=((__li__DZB *)((__li__TPOO *)li__ORKS)->li__5IXO);
      li__PRKS=((((void *)li__KZMV->li__W0FM != (void *)NULL) && (li__GXHP == li__NHBK)) && (li__KZMV->li__01JM <= ((__li__52B )li__CXHP)));
    } break;
    case __li__URRO__: {
      li__PRKS=li__SQKS(((__li__URRO *)li__ORKS));
    } break;
    case __li__41XO__: {
      li__PRKS=li__H5YQ(((__li__41XO *)li__ORKS));
    } break;
    case __li__AKBR__: {
      li__PRKS=li__IXES(((__li__AKBR *)li__ORKS));
    } break;
    case __li__SU5R__: {
      li__PRKS=li__XQKS(((__li__SU5R *)li__ORKS));
    } break;
    case __li__JV5R__: {
      li__PRKS=li__FRKS(((__li__JV5R *)li__ORKS));
    } break;
    };
    li__JRKS=li__PRKS;
  } else /* FALSE */ {
    li__JRKS=li__I__;
  };
  li__HRKS=li__JRKS;
  return(li__HRKS);
}

static void* li__WM5D(__li__DCG *li__XM5D)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__ZM5D,*li__YM5D;
  void *li__FN5D;
  __li__PO li__NN5D,li__FO5D;
  __li__LN5D *li__5NHE,*li__IPHE;
  __li__CB li__AOHE,li__5FCV,li__GHCV;
  __li__JJG li__IOHE,li__CGCV,li__3FCV,li__JHCV,li__EHCV;
  __li__K li__TOHE,li__QOJF;
  __li__52B li__NGCV,li__UHCV;
  __li__KO5D *li__2NJF,*li__FPJF;
  __li__C li__QN5D,li__5N5D;
  __li__1M5D *li__4N5D,*li__JO5D;
  li__ZM5D=NULL;
  li__FN5D=li__ETWB();
  /* __li__B__ __li__I__ */
if (((void *)li__FN5D != (void *)NULL)) {
    li__NN5D=li__WTIB();
    li__5NHE=NULL;
    li__AOHE=((__li__CB )(NULL));
    li__IOHE=((__li__JJG )sizeof(__li__LN5D));
    /* __li__B__ __li__I__ */
if ((li__IOHE ==  0)) {
      li__5NHE=li__LN5D__;
    } else /* FALSE */ {
      li__TOHE=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__IOHE));
      /* __li__B__ __li__I__ */
if ((li__TOHE == (__li__K)(-  1))) {
        li__CGCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__3FCV=(__li__JJG)((__li__JJG)(li__IOHE - (__li__JJG)(((__li__JJG ) 0) - li__CGCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CGCV) - ((__li__JJG ) 1)));
        li__CGCV=(__li__JJG)(li__3FCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__5FCV=li__YCJ(li__3FCV,((__li__CB )(&(table_size[(li__CGCV)-1]))),((__li__52B )li__3FCV));
        li__AOHE=li__5FCV;
      } else /* FALSE */ {
        li__NGCV=((__li__52B )li__TOHE);
        li__CGCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__3FCV=(__li__JJG)((__li__JJG)(li__IOHE - (__li__JJG)(((__li__JJG ) 0) - li__CGCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__CGCV) - ((__li__JJG ) 1)));
        li__5FCV=li__YCJ(li__3FCV,((__li__CB )(&(table_type[(li__NGCV)]))),(__li__52B)(li__NGCV |  1));
        li__AOHE=li__5FCV;
      };
      li__IPHE=((__li__LN5D *)li__AOHE);
      li__5NHE=li__IPHE;
      *(li__IPHE) = *(li__LN5D__);
    };
    li__IPHE=((__li__LN5D *)li__5NHE);
    li__IPHE->li__MN5D.li__0CC=li__NN5D;
    li__IPHE->li__XXOE=li__FN5D;
    li__ZM5D=li__5NHE;
    li__QN5D=li__B__;
  } else /* FALSE */ {
    li__QN5D=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__QN5D)) {
    li__QN5D=li__AIX('(');
    /* __li__B__ __li__I__ */
if (li__QN5D) {
      li__4N5D=li__E3HE();
      li__H4HE(li__XM5D,li__4N5D);
      li__5N5D=li__AIX(')');
      /* __li__B__ __li__I__ */
if ((! li__5N5D)) {
        li__FO5D=li__WTIB();
        li__K4E( 2,(&__string_735));
        li__V5E(li__FO5D);
        li__ODF();
      };
      li__JO5D=li__E5HE(li__4N5D);
      li__FO5D=li__WTIB();
      li__2NJF=NULL;
      li__5FCV=((__li__CB )(NULL));
      li__CGCV=((__li__JJG )sizeof(__li__KO5D));
      /* __li__B__ __li__I__ */
if ((li__CGCV ==  0)) {
        li__2NJF=li__KO5D__;
      } else /* FALSE */ {
        li__QOJF=-1;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__CGCV));
        /* __li__B__ __li__I__ */
if ((li__QOJF == (__li__K)(-  1))) {
          li__JHCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__EHCV=(__li__JJG)((__li__JJG)(li__CGCV - (__li__JJG)(((__li__JJG ) 0) - li__JHCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JHCV) - ((__li__JJG ) 1)));
          li__JHCV=(__li__JJG)(li__EHCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__GHCV=li__YCJ(li__EHCV,((__li__CB )(&(table_size[(li__JHCV)-1]))),((__li__52B )li__EHCV));
          li__5FCV=li__GHCV;
        } else /* FALSE */ {
          li__UHCV=((__li__52B )li__QOJF);
          li__JHCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__EHCV=(__li__JJG)((__li__JJG)(li__CGCV - (__li__JJG)(((__li__JJG ) 0) - li__JHCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JHCV) - ((__li__JJG ) 1)));
          li__GHCV=li__YCJ(li__EHCV,((__li__CB )(&(table_type[(li__UHCV)]))),(__li__52B)(li__UHCV |  1));
          li__5FCV=li__GHCV;
        };
        li__FPJF=((__li__KO5D *)li__5FCV);
        li__2NJF=li__FPJF;
        *(li__FPJF) = *(li__KO5D__);
      };
      li__FPJF=((__li__KO5D *)li__2NJF);
      li__FPJF->li__LO5D.li__0CC=li__FO5D;
      li__FPJF->li__TETF=li__JO5D;
      li__ZM5D=li__2NJF;
    };
  };
  li__YM5D=li__ZM5D;
  return(li__YM5D);
}

static __li__1M5D* li__E3HE()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__1M5D *li__H3HE,*li__Z3HE,*li__G3HE;
  __li__C li__BHUF;
  __li__I3HE *li__O3NG;
  li__H3HE=NULL;
  li__BHUF=((*(((__li__I3HE *)li__R3HE))).li__CHUF <  0);
  /* __li__B__ __li__I__ */
if (li__BHUF) {
    li__Z3HE=li__BDIE( 16);
    li__H3HE=li__Z3HE;
  } else /* FALSE */ {
    li__O3NG=((__li__I3HE *)li__R3HE);
    li__Z3HE=((void **)(*(li__O3NG)).li__RRUF)[(*(li__O3NG)).li__CHUF];
    li__H3HE=li__Z3HE;
    li__O3NG=((__li__I3HE *)li__R3HE);
    (*(li__O3NG)).li__CHUF=(__li__K)((*(li__O3NG)).li__CHUF -  1);
  };
  li__G3HE=li__H3HE;
  return(li__G3HE);
}

static void li__H4HE(__li__DCG *li__I4HE,__li__1M5D *li__J4HE)
/* (Strict PARSER{li__DCG},Strict FAST_ARRAY(LIP_CODE){NULLxli__1M5D}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__K4HE,*li__OMIE,*li__ANIE;
  __li__U *li__QMIE;
  __li__PO li__GNIE;
  __li__LNIE *li__VWIE,*li__4XIE;
  __li__CB li__WWIE,li__NICV;
  __li__JJG li__4WIE,li__QICV,li__LICV;
  __li__K li__JXIE;
  __li__52B li__1ICV;
  __li__C li__RMIE,li__0MIE,li__Z4HE;
  li__K4HE=NULL;
  li__XCIE:
  {
    li__OMIE=NULL;
    li__QMIE=NULL;
    li__JX0B=li__Y5H;
    li__LX0B=li__15H;
    li__NX0B=li__25H;
    li__PX0B=li__35H;
    li__RMIE=li__P4IB();
    /* __li__B__ __li__I__ */
if (li__RMIE) {
      li__QMIE=li__2YI;
      li__0MIE=li__BCJB((&__string_18));
      /* __li__B__ __li__I__ */
if (li__0MIE) {
        li__ANIE=li__XJSC(li__I4HE);
        /* __li__B__ __li__I__ */
if (((void *)li__ANIE == (void *)NULL)) {
          li__GNIE=li__WTIB();
          li__K4E( 0,(&__string_331));
          li__V5E(li__GNIE);
          li__ODF();
        };
        li__GNIE=li__WTIB();
        li__VWIE=NULL;
        li__WWIE=((__li__CB )(NULL));
        li__4WIE=((__li__JJG )sizeof(__li__LNIE));
        /* __li__B__ __li__I__ */
if ((li__4WIE ==  0)) {
          li__VWIE=li__LNIE__;
        } else /* FALSE */ {
          li__JXIE=-1;
          li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__4WIE));
          /* __li__B__ __li__I__ */
if ((li__JXIE == (__li__K)(-  1))) {
            li__QICV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__LICV=(__li__JJG)((__li__JJG)(li__4WIE - (__li__JJG)(((__li__JJG ) 0) - li__QICV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QICV) - ((__li__JJG ) 1)));
            li__QICV=(__li__JJG)(li__LICV / ((__li__JJG )((__li__K )(sizeof(void *)))));
            li__NICV=li__YCJ(li__LICV,((__li__CB )(&(table_size[(li__QICV)-1]))),((__li__52B )li__LICV));
            li__WWIE=li__NICV;
          } else /* FALSE */ {
            li__1ICV=((__li__52B )li__JXIE);
            li__QICV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
            li__LICV=(__li__JJG)((__li__JJG)(li__4WIE - (__li__JJG)(((__li__JJG ) 0) - li__QICV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QICV) - ((__li__JJG ) 1)));
            li__NICV=li__YCJ(li__LICV,((__li__CB )(&(table_type[(li__1ICV)]))),(__li__52B)(li__1ICV |  1));
            li__WWIE=li__NICV;
          };
          li__4XIE=((__li__LNIE *)li__WWIE);
          li__VWIE=li__4XIE;
          *(li__4XIE) = *(li__LNIE__);
        };
        li__4XIE=((__li__LNIE *)li__VWIE);
        li__4XIE->li__MNIE.li__0CC=li__GNIE;
        li__4XIE->li__14OE=li__QMIE;
        li__4XIE->li__24OE=li__ANIE;
        li__OMIE=li__VWIE;
      } else /* FALSE */ {
        li__Y5H=li__JX0B;
        li__15H=li__LX0B;
        li__25H=li__NX0B;
        li__35H=li__PX0B;
      };
    };
    /* __li__B__ __li__I__ */
if (((void *)li__OMIE == (void *)NULL)) {
      li__ANIE=li__XJSC(li__I4HE);
      li__OMIE=li__ANIE;
    };
    li__K4HE=li__OMIE;
    /* __li__B__ __li__I__ */
if (((void *)li__OMIE != (void *)NULL)) {
      li__0MIE=li__AIX(';');
      li__Z4HE=li__0MIE;
    } else /* FALSE */ {
      li__Z4HE=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__Z4HE) {
      li__OHUF(((__li__1M5D *)li__J4HE),li__OMIE);
      goto li__XCIE;
    };
  };
  li__OHUF(((__li__1M5D *)li__J4HE),li__K4HE);
}

static __li__1M5D* li__E5HE(__li__1M5D *li__G5HE)
/* (Strict FAST_ARRAY(LIP_CODE){NULLxli__1M5D}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__AESU,li__XQCH,li__ARCH,li__YRUF,li__XOZG,li__BQZG;
  __li__K li__Q2VH;
  __li__CB li__1PZG;
  __li__1M5D *li__L5HE,*li__4ZVG,*li__I0VG,*li__H5HE;
  void **li__IRCH,**li__2BOH;
  __li__I3HE *li__PQUF;
  __li__C li__ARUF;
  void **li__QRUF;
  li__AESU=(__li__K)((*(((__li__1M5D *)li__G5HE))).li__OLME +  1);
  li__L5HE=li__BDIE(li__AESU);
  li__4ZVG=((__li__1M5D *)li__L5HE);
  /* NULL __li__1M5D__ */
if (li__G5HE==NULL) {
    li__I0VG=NULL;
  } else /* FAST_ARRAY(LIP_CODE) */ {
    li__I0VG=((__li__1M5D *)li__G5HE);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__I0VG != (void *)NULL)) {
    li__XQCH=(*(li__I0VG)).li__OLME;
    /* __li__B__ __li__I__ */
if ((li__XQCH >=  0)) {
      li__ARCH=(__li__K)(li__XQCH +  1);
      /* __li__B__ __li__I__ */
if (((*(li__4ZVG)).li__THUF < li__ARCH)) {
        li__IRCH=li__CBFG(li__ARCH);
        (*(li__4ZVG)).li__RIUF=li__IRCH;
        (*(li__4ZVG)).li__THUF=li__ARCH;
      };
      li__IRCH=((void **)(*(li__4ZVG)).li__RIUF);
      li__2BOH=(*(li__I0VG)).li__RIUF;
      li__ARCH=li__XQCH;
      while ((li__ARCH >=  0)) {
        li__IRCH[li__ARCH]=((void **)li__2BOH)[li__ARCH];
        li__ARCH=(__li__K)(li__ARCH -  1);
      };
    };
    (*(li__4ZVG)).li__OLME=li__XQCH;
  } else /* FALSE */ {
    (*(li__4ZVG)).li__OLME=(__li__K)(-  1);
    li__XQCH=(*(li__G5HE)).li__OLME;
    li__ARCH= 0;
    while ((li__ARCH <= li__XQCH)) {
      li__OHUF(li__4ZVG,((void **)(*(((__li__1M5D *)li__G5HE))).li__RIUF)[li__ARCH]);
      li__ARCH=(__li__K)(li__ARCH +  1);
    };
  };
  (*(((__li__1M5D *)li__G5HE))).li__OLME=(__li__K)(-  1);
  li__PQUF=((__li__I3HE *)li__R3HE);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__PQUF)).li__CHUF +  1) <= (__li__K)((*(li__PQUF)).li__TQUF -  1))) {
    (*(li__PQUF)).li__CHUF=(__li__K)((*(li__PQUF)).li__CHUF +  1);
    li__ARUF=li__B__;
  } else /* FALSE */ {
    li__ARUF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__ARUF)) {
    /* __li__B__ __li__I__ */
if (((*(li__PQUF)).li__TQUF ==  0)) {
      li__QRUF=li__HDFG( 2);
      (*(li__PQUF)).li__RRUF=li__QRUF;
      (*(li__PQUF)).li__TQUF= 2;
      (*(li__PQUF)).li__CHUF= 0;
    } else /* FALSE */ {
      li__YRUF=(__li__K)((*(li__PQUF)).li__TQUF <<  1);
      li__QRUF=((void **)(*(li__PQUF)).li__RRUF);
      li__XOZG=(*(li__PQUF)).li__TQUF;
      li__1PZG=li__CUY(((__li__CB )li__QRUF),((__li__JJG )(__li__K)(li__XOZG * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__YRUF * ((__li__K )(sizeof(void *))))));
      li__QRUF=((void **)li__1PZG);
      li__BQZG=(__li__K)(li__YRUF -  1);
      li__Q2VH=li__XOZG;
      while ((li__Q2VH <= li__BQZG)) {
        li__QRUF[li__Q2VH]=NULL;
        li__Q2VH=(__li__K)(li__Q2VH +  1);
      };
      (*(li__PQUF)).li__RRUF=li__QRUF;
      (*(li__PQUF)).li__TQUF=li__YRUF;
      (*(li__PQUF)).li__CHUF=(__li__K)((*(li__PQUF)).li__CHUF +  1);
    };
  };
  ((void **)(*(li__PQUF)).li__RRUF)[(*(li__PQUF)).li__CHUF]=li__G5HE;
  li__H5HE=li__L5HE;
  return(li__H5HE);
}

static __li__NCFE* li__W5HE(__li__PO li__Y5HE,void *li__Z5HE,__li__1M5D *li__05HE,__li__1M5D *li__15HE)
/* (Expanded POSITION{li__PO},LIP_CODE{NULLxli__YOBxli__LN5Dxli__KO5Dxli__NCFE},Strict FAST_ARRAY(LIP_CODE){NULLxli__1M5D},Strict FAST_ARRAY(LIP_CODE){NULLxli__1M5D}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__NCFE *li__UDIE,*li__3EIE,*li__25HE;
  __li__CB li__VDIE,li__VJCV;
  __li__JJG li__3DIE,li__YJCV,li__TJCV;
  __li__K li__IEIE;
  __li__52B li__DKCV;
  void *li__TKCV,*li__ZKCV;
  __li__PO li__KZOE;
  __li__1M5D *li__SKCV,*li__YKCV;
  __li__C li__ZZOE;
  li__UDIE=NULL;
  li__VDIE=((__li__CB )(NULL));
  li__3DIE=((__li__JJG )sizeof(__li__NCFE));
  /* __li__B__ __li__I__ */
if ((li__3DIE ==  0)) {
    li__UDIE=li__NCFE__;
  } else /* FALSE */ {
    li__IEIE=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__3DIE));
    /* __li__B__ __li__I__ */
if ((li__IEIE == (__li__K)(-  1))) {
      li__YJCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__TJCV=(__li__JJG)((__li__JJG)(li__3DIE - (__li__JJG)(((__li__JJG ) 0) - li__YJCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YJCV) - ((__li__JJG ) 1)));
      li__YJCV=(__li__JJG)(li__TJCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__VJCV=li__YCJ(li__TJCV,((__li__CB )(&(table_size[(li__YJCV)-1]))),((__li__52B )li__TJCV));
      li__VDIE=li__VJCV;
    } else /* FALSE */ {
      li__DKCV=((__li__52B )li__IEIE);
      li__YJCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__TJCV=(__li__JJG)((__li__JJG)(li__3DIE - (__li__JJG)(((__li__JJG ) 0) - li__YJCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__YJCV) - ((__li__JJG ) 1)));
      li__VJCV=li__YCJ(li__TJCV,((__li__CB )(&(table_type[(li__DKCV)]))),(__li__52B)(li__DKCV |  1));
      li__VDIE=li__VJCV;
    };
    li__3EIE=((__li__NCFE *)li__VDIE);
    li__UDIE=li__3EIE;
    *(li__3EIE) = *(li__NCFE__);
  };
  li__3EIE=((__li__NCFE *)li__UDIE);
  li__3EIE->li__OCFE.li__0CC=li__Y5HE;
  li__3EIE->li__TKME=li__Z5HE;
  li__3EIE->li__ILME=li__05HE;
  li__3EIE->li__AMME=li__15HE;
  li__SKCV=((__li__1M5D *)li__05HE);
  li__TKCV=((void **)(*(li__SKCV)).li__RIUF)[(*(li__SKCV)).li__OLME];
  /* __li__B__ __li__I__ */
if (((void *)li__TKCV != (void *)NULL)) {
    li__YKCV=((__li__1M5D *)li__05HE);
    li__ZKCV=((void **)(*(li__YKCV)).li__RIUF)[(*(li__YKCV)).li__OLME];
    /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ __li__LNIE__ */
switch (((struct ___OBJ *)li__ZKCV)->__id) {
    case __li__YOB__: {
      li__KZOE=((__li__YOB *)li__ZKCV)->li__ZOB.li__0CC;
    } break;
    case __li__HLSC__: {
      li__KZOE=((__li__HLSC *)li__ZKCV)->li__ILSC.li__0CC;
    } break;
    case __li__M30C__: {
      li__KZOE=((__li__M30C *)li__ZKCV)->li__N30C.li__0CC;
    } break;
    case __li__LN5D__: {
      li__KZOE=((__li__LN5D *)li__ZKCV)->li__MN5D.li__0CC;
    } break;
    case __li__KO5D__: {
      li__KZOE=((__li__KO5D *)li__ZKCV)->li__LO5D.li__0CC;
    } break;
    case __li__NCFE__: {
      li__KZOE=((__li__NCFE *)li__ZKCV)->li__OCFE.li__0CC;
    } break;
    case __li__LNIE__: {
      li__KZOE=((__li__LNIE *)li__ZKCV)->li__MNIE.li__0CC;
    } break;
    };
    li__K4E( 2,(&__string_580));
    li__V5E(li__KZOE);
    li__ODF();
  };
  /* __li__B__ __li__I__ */
if (((void *)li__3EIE->li__AMME != (void *)NULL)) {
    li__YKCV=((__li__1M5D *)li__3EIE->li__AMME);
    li__ZKCV=((void **)(*(li__YKCV)).li__RIUF)[(*(li__YKCV)).li__OLME];
    li__ZZOE=((void *)li__ZKCV != (void *)NULL);
  } else /* FALSE */ {
    li__ZZOE=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__ZZOE) {
    li__YKCV=((__li__1M5D *)li__3EIE->li__AMME);
    li__ZKCV=((void **)(*(li__YKCV)).li__RIUF)[(*(li__YKCV)).li__OLME];
    /* NULL __li__YOB__ __li__HLSC__ __li__M30C__ __li__LN5D__ __li__KO5D__ __li__NCFE__ __li__LNIE__ */
switch (((struct ___OBJ *)li__ZKCV)->__id) {
    case __li__YOB__: {
      li__KZOE=((__li__YOB *)li__ZKCV)->li__ZOB.li__0CC;
    } break;
    case __li__HLSC__: {
      li__KZOE=((__li__HLSC *)li__ZKCV)->li__ILSC.li__0CC;
    } break;
    case __li__M30C__: {
      li__KZOE=((__li__M30C *)li__ZKCV)->li__N30C.li__0CC;
    } break;
    case __li__LN5D__: {
      li__KZOE=((__li__LN5D *)li__ZKCV)->li__MN5D.li__0CC;
    } break;
    case __li__KO5D__: {
      li__KZOE=((__li__KO5D *)li__ZKCV)->li__LO5D.li__0CC;
    } break;
    case __li__NCFE__: {
      li__KZOE=((__li__NCFE *)li__ZKCV)->li__OCFE.li__0CC;
    } break;
    case __li__LNIE__: {
      li__KZOE=((__li__LNIE *)li__ZKCV)->li__MNIE.li__0CC;
    } break;
    };
    li__K4E( 2,(&__string_580));
    li__V5E(li__KZOE);
    li__ODF();
  };
  li__25HE=li__UDIE;
  return(li__25HE);
}

static void* li__5XEF(__li__DCG *li__AYEF)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__CYEF,*li__RYEF,*li__BYEF;
  __li__PO li__JYEF;
  __li__U *li__FMNF;
  __li__YOB *li__JMNF,*li__GESU;
  __li__C li__DYEF;
  li__CYEF=NULL;
  li__DYEF=li__P4IB();
  /* __li__B__ __li__I__ */
if (li__DYEF) {
    li__JYEF=li__WTIB();
    li__FMNF=li__2YI;
    li__JMNF=li__Q0JF();
    li__GESU=((__li__YOB *)li__JMNF);
    li__GESU->li__ZOB.li__0CC=li__JYEF;
    li__GESU->li__30SF=NULL;
    li__GESU->li__T1SF=li__FMNF;
    li__GESU->li__I1SF=NULL;
    li__CYEF=li__JMNF;
  } else /* FALSE */ {
    li__RYEF=li__WM5D(li__AYEF);
    li__CYEF=li__RYEF;
  };
  li__BYEF=li__CYEF;
  return(li__BYEF);
}

static __li__YOB* li__Q0JF()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__YOB *li__T0JF,*li__21JF,*li__S0JF;
  __li__CB li__U0JF,li__STCV;
  __li__JJG li__20JF,li__VTCV,li__QTCV;
  __li__K li__H1JF;
  __li__52B li__AUCV;
  li__T0JF=NULL;
  li__U0JF=((__li__CB )(NULL));
  li__20JF=((__li__JJG )sizeof(__li__YOB));
  /* __li__B__ __li__I__ */
if ((li__20JF ==  0)) {
    li__T0JF=li__YOB__;
  } else /* FALSE */ {
    li__H1JF=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__20JF));
    /* __li__B__ __li__I__ */
if ((li__H1JF == (__li__K)(-  1))) {
      li__VTCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QTCV=(__li__JJG)((__li__JJG)(li__20JF - (__li__JJG)(((__li__JJG ) 0) - li__VTCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__VTCV) - ((__li__JJG ) 1)));
      li__VTCV=(__li__JJG)(li__QTCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__STCV=li__YCJ(li__QTCV,((__li__CB )(&(table_size[(li__VTCV)-1]))),((__li__52B )li__QTCV));
      li__U0JF=li__STCV;
    } else /* FALSE */ {
      li__AUCV=((__li__52B )li__H1JF);
      li__VTCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__QTCV=(__li__JJG)((__li__JJG)(li__20JF - (__li__JJG)(((__li__JJG ) 0) - li__VTCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__VTCV) - ((__li__JJG ) 1)));
      li__STCV=li__YCJ(li__QTCV,((__li__CB )(&(table_type[(li__AUCV)]))),(__li__52B)(li__AUCV |  1));
      li__U0JF=li__STCV;
    };
    li__21JF=((__li__YOB *)li__U0JF);
    li__T0JF=li__21JF;
    *(li__21JF) = *(li__YOB__);
  };
  li__S0JF=li__T0JF;
  return(li__S0JF);
}

static void* li__G24B()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__UJG li__OYUC;
  void *li__J24B,*li__I24B;
  __li__K li__YL5B,li__4WAC,li__SIYC;
  __li__PO li__XQ5B,li__F34B,li__WNAC;
  __li__U *li__FR5B,*li__PNAC;
  __li__Q24B *li__KWAC,*li__TXAC;
  __li__CB li__LWAC,li__ULCV,li__ZMCV;
  __li__JJG li__TWAC,li__XLCV,li__SLCV,li__2MCV,li__XMCV;
  __li__52B li__CMCV,li__HNCV;
  __li__D34B *li__4HYC,*li__HJYC;
  __li__V34B *li__1JYC,*li__ELYC;
  __li__H44B *li__YLYC,*li__BNYC;
  __li__C li__XL5B,li__ZL5B,li__AM5B,li__DM5B,li__UM5B,li__3M5B;
  __li__C li__KO5B,li__GQ5B;
  __li__3 li__5L5B,li__TM5B,li__0M5B,li__LN5B,li__SO5B,li__OQ5B;
  li__J24B=NULL;
  li__XL5B=li__I__;
  li__YL5B= 0;
  li__ZL5B=li__PNK();
  /* __li__B__ __li__I__ */
if (li__ZL5B) {
    li__5L5B=li__GBL();
    li__AM5B=li__KTX(li__5L5B);
    li__DM5B=li__AM5B;
  } else /* FALSE */ {
    li__DM5B=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__DM5B) {
    ((__li__BC *)li__0C)->li__NK= 0;
    li__5L5B=li__GBL();
    li__SRX(((__li__BC *)li__0C),li__5L5B);
    li__YL5B=li__Y5H;
    li__Y5H=(__li__K)(li__Y5H +  1);
    li__SJOC:
    {
      li__TM5B=li__GBL();
      li__UM5B=li__KTX(li__TM5B);
      /* __li__B__ __li__I__ */
if (li__UM5B) {
        li__3M5B=li__B__;
      } else /* FALSE */ {
        li__0M5B=li__GBL();
        li__3M5B=(li__0M5B == '_');
      };
      /* __li__B__ __li__I__ */
if (li__3M5B) {
        li__0M5B=li__GBL();
        /* __li__B__ __li__I__ */
if ((li__0M5B != '_')) {
          li__LN5B=li__GBL();
          li__SRX(((__li__BC *)li__0C),li__LN5B);
        };
        li__Y5H=(__li__K)(li__Y5H +  1);
        goto li__SJOC;
      };
    };
    li__5L5B=li__GBL();
    /* __li__B__ __li__I__ */
if ((li__5L5B == '.')) {
      li__SRX(((__li__BC *)li__0C),'.');
      li__Y5H=(__li__K)(li__Y5H +  1);
      li__TM5B=li__GBL();
      li__UM5B=li__KTX(li__TM5B);
      /* __li__B__ __li__I__ */
if (li__UM5B) {
        li__XL5B=li__B__;
        li__0M5B=li__GBL();
        li__SRX(((__li__BC *)li__0C),li__0M5B);
        li__Y5H=(__li__K)(li__Y5H +  1);
        li__CW1C:
        {
          li__LN5B=li__GBL();
          li__KO5B=li__KTX(li__LN5B);
          /* __li__B__ __li__I__ */
if (li__KO5B) {
            li__SO5B=li__GBL();
            li__SRX(((__li__BC *)li__0C),li__SO5B);
            li__Y5H=(__li__K)(li__Y5H +  1);
            goto li__CW1C;
          };
        };
      };
      li__TM5B=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__TM5B == 'E')) {
        li__XL5B=li__B__;
        li__SRX(((__li__BC *)li__0C),'E');
        li__Y5H=(__li__K)(li__Y5H +  1);
        li__0M5B=li__GBL();
        /* __li__B__ __li__I__ */
if ((li__0M5B == '+')) {
          li__3M5B=li__B__;
        } else /* FALSE */ {
          li__LN5B=li__GBL();
          li__3M5B=(li__LN5B == '-');
        };
        /* __li__B__ __li__I__ */
if (li__3M5B) {
          li__LN5B=li__GBL();
          li__SRX(((__li__BC *)li__0C),li__LN5B);
          li__Y5H=(__li__K)(li__Y5H +  1);
        };
        li__0M5B=li__GBL();
        li__3M5B=li__KTX(li__0M5B);
        /* __li__B__ __li__I__ */
if (li__3M5B) {
          li__LN5B=li__GBL();
          li__SRX(((__li__BC *)li__0C),li__LN5B);
          li__Y5H=(__li__K)(li__Y5H +  1);
          li__5E4C:
          {
            li__SO5B=li__GBL();
            li__GQ5B=li__KTX(li__SO5B);
            /* __li__B__ __li__I__ */
if (li__GQ5B) {
              li__OQ5B=li__GBL();
              li__SRX(((__li__BC *)li__0C),li__OQ5B);
              li__Y5H=(__li__K)(li__Y5H +  1);
              goto li__5E4C;
            };
          };
        } else /* FALSE */ {
          li__XQ5B=li__WTIB();
          li__K4E( 0,(&__string_788));
          li__V5E(li__XQ5B);
          li__ODF();
        };
      };
    };
    /* __li__B__ __li__I__ */
if (li__XL5B) {
      li__FR5B=li__SQC(li__0C);
      li__T24B=li__FR5B;
    } else /* FALSE */ {
      li__Y5H=li__YL5B;
    };
  };
  /* __li__B__ __li__I__ */
if (li__XL5B) {
    li__XQ5B=li__WTIB();
    li__FR5B=li__T24B;
    li__KWAC=NULL;
    li__LWAC=((__li__CB )(NULL));
    li__TWAC=((__li__JJG )sizeof(__li__Q24B));
    /* __li__B__ __li__I__ */
if ((li__TWAC ==  0)) {
      li__KWAC=li__Q24B__;
    } else /* FALSE */ {
      li__4WAC=-1;
      li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__TWAC));
      /* __li__B__ __li__I__ */
if ((li__4WAC == (__li__K)(-  1))) {
        li__XLCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__SLCV=(__li__JJG)((__li__JJG)(li__TWAC - (__li__JJG)(((__li__JJG ) 0) - li__XLCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XLCV) - ((__li__JJG ) 1)));
        li__XLCV=(__li__JJG)(li__SLCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
        li__ULCV=li__YCJ(li__SLCV,((__li__CB )(&(table_size[(li__XLCV)-1]))),((__li__52B )li__SLCV));
        li__LWAC=li__ULCV;
      } else /* FALSE */ {
        li__CMCV=((__li__52B )li__4WAC);
        li__XLCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
        li__SLCV=(__li__JJG)((__li__JJG)(li__TWAC - (__li__JJG)(((__li__JJG ) 0) - li__XLCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__XLCV) - ((__li__JJG ) 1)));
        li__ULCV=li__YCJ(li__SLCV,((__li__CB )(&(table_type[(li__CMCV)]))),(__li__52B)(li__CMCV |  1));
        li__LWAC=li__ULCV;
      };
      li__TXAC=((__li__Q24B *)li__LWAC);
      li__KWAC=li__TXAC;
      *(li__TXAC) = *(li__Q24B__);
    };
    li__TXAC=((__li__Q24B *)li__KWAC);
    li__TXAC->li__R24B.li__0CC=li__XQ5B;
    li__TXAC->li__AUGC=li__FR5B;
    li__J24B=li__KWAC;
    li__AM5B=li__B__;
  } else /* FALSE */ {
    li__AM5B=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__AM5B) {
    li__AM5B=li__B__;
  } else /* FALSE */ {
    li__DM5B=li__RFXB();
    /* __li__B__ __li__I__ */
if (li__DM5B) {
      li__F34B=li__WTIB();
      li__OYUC=li__OTWB;
      li__4HYC=NULL;
      li__ULCV=((__li__CB )(NULL));
      li__XLCV=((__li__JJG )sizeof(__li__D34B));
      /* __li__B__ __li__I__ */
if ((li__XLCV ==  0)) {
        li__4HYC=li__D34B__;
      } else /* FALSE */ {
        li__SIYC=-1;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__XLCV));
        /* __li__B__ __li__I__ */
if ((li__SIYC == (__li__K)(-  1))) {
          li__2MCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__XMCV=(__li__JJG)((__li__JJG)(li__XLCV - (__li__JJG)(((__li__JJG ) 0) - li__2MCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MCV) - ((__li__JJG ) 1)));
          li__2MCV=(__li__JJG)(li__XMCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__ZMCV=li__YCJ(li__XMCV,((__li__CB )(&(table_size[(li__2MCV)-1]))),((__li__52B )li__XMCV));
          li__ULCV=li__ZMCV;
        } else /* FALSE */ {
          li__HNCV=((__li__52B )li__SIYC);
          li__2MCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__XMCV=(__li__JJG)((__li__JJG)(li__XLCV - (__li__JJG)(((__li__JJG ) 0) - li__2MCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MCV) - ((__li__JJG ) 1)));
          li__ZMCV=li__YCJ(li__XMCV,((__li__CB )(&(table_type[(li__HNCV)]))),(__li__52B)(li__HNCV |  1));
          li__ULCV=li__ZMCV;
        };
        li__HJYC=((__li__D34B *)li__ULCV);
        li__4HYC=li__HJYC;
        *(li__HJYC) = *(li__D34B__);
      };
      li__HJYC=((__li__D34B *)li__4HYC);
      li__HJYC->li__E34B.li__0CC=li__F34B;
      li__HJYC->li__XOGD=li__OYUC;
      li__J24B=li__4HYC;
    };
    li__AM5B=li__DM5B;
  };
  /* __li__B__ __li__I__ */
if (li__AM5B) {
    li__AM5B=li__B__;
  } else /* FALSE */ {
    li__DM5B=li__I__;
    li__4WAC= 0;
    li__UM5B=li__PNK();
    /* __li__B__ __li__I__ */
if (li__UM5B) {
      li__TM5B=li__GBL();
      li__3M5B=(li__TM5B == '\'');
    } else /* FALSE */ {
      li__3M5B=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__3M5B) {
      li__Y5H=(__li__K)(li__Y5H +  1);
      ((__li__BC *)li__0C)->li__NK= 0;
      li__3LOC:
      {
        li__LN5B=li__GBL();
        /* __li__B__ __li__I__ */
if ((li__LN5B == ((__li__3 )(( 0))))) {
          li__KO5B=li__B__;
        } else /* FALSE */ {
          li__SO5B=li__GBL();
          li__KO5B=(li__SO5B == '\n');
        };
        /* __li__B__ __li__I__ */
if (li__KO5B) {
          li__KO5B=li__B__;
        } else /* FALSE */ {
          li__SO5B=li__GBL();
          li__KO5B=(li__SO5B == '\'');
        };
        /* __li__B__ __li__I__ */
if ((! li__KO5B)) {
          li__SO5B=li__GBL();
          li__SRX(((__li__BC *)li__0C),li__SO5B);
          li__SO5B=li__GBL();
          /* __li__B__ __li__I__ */
if ((li__SO5B == '\\')) {
            li__Y5H=(__li__K)(li__Y5H +  1);
            li__JJKF();
            li__4WAC=(__li__K)(li__4WAC +  1);
          } else /* FALSE */ {
            li__Y5H=(__li__K)(li__Y5H +  1);
            li__4WAC=(__li__K)(li__4WAC +  1);
          };
          goto li__3LOC;
        };
      };
      li__TM5B=li__GBL();
      /* __li__B__ __li__I__ */
if ((li__TM5B == '\'')) {
        li__Y5H=(__li__K)(li__Y5H +  1);
        li__PNAC=li__SQC(li__0C);
        li__2YI=li__PNAC;
        /* __li__B__ __li__I__ */
if ((li__4WAC !=  1)) {
          li__Y5H=li__B3K;
          li__WNAC=li__WTIB();
          li__K4E( 0,(&__string_789));
          li__V5E(li__WNAC);
          li__ODF();
        };
        li__DM5B=li__B__;
      } else /* FALSE */ {
        li__Y5H=li__B3K;
        li__WNAC=li__WTIB();
        li__K4E( 0,(&__string_790));
        li__V5E(li__WNAC);
        li__ODF();
      };
    };
    /* __li__B__ __li__I__ */
if (li__DM5B) {
      li__F34B=li__WTIB();
      li__PNAC=li__2YI;
      li__1JYC=NULL;
      li__ULCV=((__li__CB )(NULL));
      li__XLCV=((__li__JJG )sizeof(__li__V34B));
      /* __li__B__ __li__I__ */
if ((li__XLCV ==  0)) {
        li__1JYC=li__V34B__;
      } else /* FALSE */ {
        li__SIYC=-1;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__XLCV));
        /* __li__B__ __li__I__ */
if ((li__SIYC == (__li__K)(-  1))) {
          li__2MCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__XMCV=(__li__JJG)((__li__JJG)(li__XLCV - (__li__JJG)(((__li__JJG ) 0) - li__2MCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MCV) - ((__li__JJG ) 1)));
          li__2MCV=(__li__JJG)(li__XMCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__ZMCV=li__YCJ(li__XMCV,((__li__CB )(&(table_size[(li__2MCV)-1]))),((__li__52B )li__XMCV));
          li__ULCV=li__ZMCV;
        } else /* FALSE */ {
          li__HNCV=((__li__52B )li__SIYC);
          li__2MCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__XMCV=(__li__JJG)((__li__JJG)(li__XLCV - (__li__JJG)(((__li__JJG ) 0) - li__2MCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MCV) - ((__li__JJG ) 1)));
          li__ZMCV=li__YCJ(li__XMCV,((__li__CB )(&(table_type[(li__HNCV)]))),(__li__52B)(li__HNCV |  1));
          li__ULCV=li__ZMCV;
        };
        li__ELYC=((__li__V34B *)li__ULCV);
        li__1JYC=li__ELYC;
        *(li__ELYC) = *(li__V34B__);
      };
      li__ELYC=((__li__V34B *)li__1JYC);
      li__ELYC->li__W34B.li__0CC=li__F34B;
      li__ELYC->li__2OGD=li__PNAC;
      li__J24B=li__1JYC;
    };
    li__AM5B=li__DM5B;
  };
  /* __li__B__ __li__I__ */
if ((! li__AM5B)) {
    li__AM5B=li__KEPB();
    /* __li__B__ __li__I__ */
if (li__AM5B) {
      li__F34B=li__WTIB();
      li__PNAC=li__2YI;
      li__YLYC=NULL;
      li__ULCV=((__li__CB )(NULL));
      li__XLCV=((__li__JJG )sizeof(__li__H44B));
      /* __li__B__ __li__I__ */
if ((li__XLCV ==  0)) {
        li__YLYC=li__H44B__;
      } else /* FALSE */ {
        li__SIYC=-1;
        li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__XLCV));
        /* __li__B__ __li__I__ */
if ((li__SIYC == (__li__K)(-  1))) {
          li__2MCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__XMCV=(__li__JJG)((__li__JJG)(li__XLCV - (__li__JJG)(((__li__JJG ) 0) - li__2MCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MCV) - ((__li__JJG ) 1)));
          li__2MCV=(__li__JJG)(li__XMCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
          li__ZMCV=li__YCJ(li__XMCV,((__li__CB )(&(table_size[(li__2MCV)-1]))),((__li__52B )li__XMCV));
          li__ULCV=li__ZMCV;
        } else /* FALSE */ {
          li__HNCV=((__li__52B )li__SIYC);
          li__2MCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
          li__XMCV=(__li__JJG)((__li__JJG)(li__XLCV - (__li__JJG)(((__li__JJG ) 0) - li__2MCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__2MCV) - ((__li__JJG ) 1)));
          li__ZMCV=li__YCJ(li__XMCV,((__li__CB )(&(table_type[(li__HNCV)]))),(__li__52B)(li__HNCV |  1));
          li__ULCV=li__ZMCV;
        };
        li__BNYC=((__li__H44B *)li__ULCV);
        li__YLYC=li__BNYC;
        *(li__BNYC) = *(li__H44B__);
      };
      li__BNYC=((__li__H44B *)li__YLYC);
      li__BNYC->li__I44B.li__0CC=li__F34B;
      li__BNYC->li__BPGD=li__PNAC;
      li__J24B=li__YLYC;
    };
  };
  li__I24B=li__J24B;
  return(li__I24B);
}

static __li__NWZB* li__MLUC(__li__DCG *li__NLUC)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__SLUC,*li__PLUC,*li__GMUC,*li__0MUC,*li__ONUC;
  __li__XMUC *li__ZMUC;
  __li__PO li__VNUC;
  __li__NWZB *li__RLUC,*li__HOUC,*li__OLUC;
  __li__C li__2LUC,li__5LUC,li__ENUC,li__HNUC;
  li__2N0B(li__NLUC);
  li__RLUC=li__3Q0B();
  li__SLUC=li__O20B(li__NLUC);
  li__PLUC=li__SLUC;
  li__XFYC:
  {
    /* __li__B__ __li__I__ */
if (((void *)li__PLUC != (void *)NULL)) {
      li__2LUC=li__AIX(';');
      li__5LUC=li__2LUC;
    } else /* FALSE */ {
      li__5LUC=li__I__;
    };
    /* __li__B__ __li__I__ */
if (li__5LUC) {
      li__01ED(((__li__NWZB *)li__RLUC),li__PLUC);
      li__GMUC=li__O20B(li__NLUC);
      li__PLUC=li__GMUC;
      goto li__XFYC;
    };
  };
  /* __li__B__ __li__I__ */
if (((void *)li__PLUC != (void *)NULL)) {
    li__2LUC=li__AIX(',');
    /* __li__B__ __li__I__ */
if (li__2LUC) {
      do {
        li__ZMUC=li__MR1C(li__PLUC);
        li__01ED(((__li__NWZB *)li__RLUC),li__ZMUC);
        li__0MUC=li__O20B(li__NLUC);
        li__PLUC=li__0MUC;
        li__WN5C:
        {
          /* __li__B__ __li__I__ */
if (((void *)li__PLUC != (void *)NULL)) {
            li__ENUC=li__AIX(';');
            li__HNUC=li__ENUC;
          } else /* FALSE */ {
            li__HNUC=li__I__;
          };
          /* __li__B__ __li__I__ */
if (li__HNUC) {
            li__01ED(((__li__NWZB *)li__RLUC),li__PLUC);
            li__ONUC=li__O20B(li__NLUC);
            li__PLUC=li__ONUC;
            goto li__WN5C;
          };
        };
        /* __li__B__ __li__I__ */
if (((void *)li__PLUC == (void *)NULL)) {
          li__VNUC=li__WTIB();
          li__K4E( 0,(&__string_791));
          li__V5E(li__VNUC);
          li__ODF();
        };
        li__ENUC=li__AIX(',');
      } while (li__ENUC);
    };
    li__ZMUC=li__MR1C(li__PLUC);
    li__PLUC=li__ZMUC;
    li__01ED(((__li__NWZB *)li__RLUC),li__ZMUC);
  };
  li__HOUC=li__YS0B(li__RLUC);
  li__OLUC=li__HOUC;
  return(li__OLUC);
}

static __li__AO0B* li__SX0B()
/* () With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__AO0B *li__VX0B,*li__HY0B,*li__UX0B;
  __li__C li__QOED;
  __li__WX0B *li__1ECE;
  li__VX0B=NULL;
  li__QOED=((*(((__li__WX0B *)li__5X0B))).li__ROED <  0);
  /* __li__B__ __li__I__ */
if (li__QOED) {
    li__HY0B=li__SX3B( 16);
    li__VX0B=li__HY0B;
  } else /* FALSE */ {
    li__1ECE=((__li__WX0B *)li__5X0B);
    li__HY0B=((void **)(*(li__1ECE)).li__PVED)[(*(li__1ECE)).li__ROED];
    li__VX0B=li__HY0B;
    li__1ECE=((__li__WX0B *)li__5X0B);
    (*(li__1ECE)).li__ROED=(__li__K)((*(li__1ECE)).li__ROED -  1);
  };
  li__UX0B=li__VX0B;
  return(li__UX0B);
}

static void li__BZED(__li__AO0B *li__CZED,__li__4N0B *li__DZED)
/* (Strict FAST_ARRAY(ITM_LOCAL){li__AO0B},Strict ITM_LOCAL{NULLxli__4N0B}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__L0ED,li__P2NE,li__Z3NE,li__HNZF;
  __li__CB li__T3NE;
  __li__C li__TZED;
  void **li__D0ED;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__CZED)).li__QV1B +  1) <= (__li__K)((*(li__CZED)).li__GZED -  1))) {
    (*(li__CZED)).li__QV1B=(__li__K)((*(li__CZED)).li__QV1B +  1);
    li__TZED=li__B__;
  } else /* FALSE */ {
    li__TZED=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__TZED)) {
    /* __li__B__ __li__I__ */
if (((*(li__CZED)).li__GZED ==  0)) {
      li__D0ED=li__XZYD( 2);
      (*(li__CZED)).li__E0ED=li__D0ED;
      (*(li__CZED)).li__GZED= 2;
      (*(li__CZED)).li__QV1B= 0;
    } else /* FALSE */ {
      li__L0ED=(__li__K)((*(li__CZED)).li__GZED <<  1);
      li__D0ED=((void **)(*(li__CZED)).li__E0ED);
      li__P2NE=(*(li__CZED)).li__GZED;
      li__T3NE=li__CUY(((__li__CB )li__D0ED),((__li__JJG )(__li__K)(li__P2NE * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__L0ED * ((__li__K )(sizeof(void *))))));
      li__D0ED=((void **)li__T3NE);
      li__Z3NE=(__li__K)(li__L0ED -  1);
      li__HNZF=li__P2NE;
      while ((li__HNZF <= li__Z3NE)) {
        li__D0ED[li__HNZF]=NULL;
        li__HNZF=(__li__K)(li__HNZF +  1);
      };
      (*(li__CZED)).li__E0ED=li__D0ED;
      (*(li__CZED)).li__GZED=li__L0ED;
      (*(li__CZED)).li__QV1B=(__li__K)((*(li__CZED)).li__QV1B +  1);
    };
  };
  ((void **)(*(li__CZED)).li__E0ED)[(*(li__CZED)).li__QV1B]=li__DZED;
}

static void li__ZX3B(__li__AO0B *li__1X3B)
/* (Strict FAST_ARRAY(ITM_LOCAL){NULLxli__AO0B}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ICFD,li__Z5NE,li__DBOE,li__FRZF;
  __li__CB li__3AOE;
  __li__WX0B *li__FBFD;
  __li__C li__VBFD;
  void **li__BCFD;
  (*(((__li__AO0B *)li__1X3B))).li__QV1B=(__li__K)(-  1);
  li__FBFD=((__li__WX0B *)li__5X0B);
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__FBFD)).li__ROED +  1) <= (__li__K)((*(li__FBFD)).li__CVED -  1))) {
    (*(li__FBFD)).li__ROED=(__li__K)((*(li__FBFD)).li__ROED +  1);
    li__VBFD=li__B__;
  } else /* FALSE */ {
    li__VBFD=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__VBFD)) {
    /* __li__B__ __li__I__ */
if (((*(li__FBFD)).li__CVED ==  0)) {
      li__BCFD=li__TVYD( 2);
      (*(li__FBFD)).li__PVED=li__BCFD;
      (*(li__FBFD)).li__CVED= 2;
      (*(li__FBFD)).li__ROED= 0;
    } else /* FALSE */ {
      li__ICFD=(__li__K)((*(li__FBFD)).li__CVED <<  1);
      li__BCFD=((void **)(*(li__FBFD)).li__PVED);
      li__Z5NE=(*(li__FBFD)).li__CVED;
      li__3AOE=li__CUY(((__li__CB )li__BCFD),((__li__JJG )(__li__K)(li__Z5NE * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__ICFD * ((__li__K )(sizeof(void *))))));
      li__BCFD=((void **)li__3AOE);
      li__DBOE=(__li__K)(li__ICFD -  1);
      li__FRZF=li__Z5NE;
      while ((li__FRZF <= li__DBOE)) {
        li__BCFD[li__FRZF]=NULL;
        li__FRZF=(__li__K)(li__FRZF +  1);
      };
      (*(li__FBFD)).li__PVED=li__BCFD;
      (*(li__FBFD)).li__CVED=li__ICFD;
      (*(li__FBFD)).li__ROED=(__li__K)((*(li__FBFD)).li__ROED +  1);
    };
  };
  ((void **)(*(li__FBFD)).li__PVED)[(*(li__FBFD)).li__ROED]=li__1X3B;
}

static __li__AO0B* li__D22B(__li__AO0B *li__F22B)
/* (Strict FAST_ARRAY(ITM_LOCAL){NULLxli__AO0B}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__DHQU,li__AV3E,li__JV3E;
  __li__AO0B *li__K22B,*li__RZJE,*li__1ZJE,*li__G22B;
  void **li__RV3E,**li__SPMF;
  li__DHQU=(__li__K)((*(((__li__AO0B *)li__F22B))).li__QV1B +  1);
  li__K22B=li__SX3B(li__DHQU);
  li__RZJE=((__li__AO0B *)li__K22B);
  /* NULL __li__AO0B__ */
if (li__F22B==NULL) {
    li__1ZJE=NULL;
  } else /* FAST_ARRAY(ITM_LOCAL) */ {
    li__1ZJE=((__li__AO0B *)li__F22B);
  };
  /* __li__B__ __li__I__ */
if (((void *)li__1ZJE != (void *)NULL)) {
    li__AV3E=(*(li__1ZJE)).li__QV1B;
    /* __li__B__ __li__I__ */
if ((li__AV3E >=  0)) {
      li__JV3E=(__li__K)(li__AV3E +  1);
      /* __li__B__ __li__I__ */
if (((*(li__RZJE)).li__GZED < li__JV3E)) {
        li__RV3E=li__XZYD(li__JV3E);
        (*(li__RZJE)).li__E0ED=li__RV3E;
        (*(li__RZJE)).li__GZED=li__JV3E;
      };
      li__RV3E=((void **)(*(li__RZJE)).li__E0ED);
      li__SPMF=(*(li__1ZJE)).li__E0ED;
      li__JV3E=li__AV3E;
      while ((li__JV3E >=  0)) {
        li__RV3E[li__JV3E]=((void **)li__SPMF)[li__JV3E];
        li__JV3E=(__li__K)(li__JV3E -  1);
      };
    };
    (*(li__RZJE)).li__QV1B=li__AV3E;
  } else /* FALSE */ {
    (*(li__RZJE)).li__QV1B=(__li__K)(-  1);
    li__AV3E=(*(li__F22B)).li__QV1B;
    li__JV3E= 0;
    while ((li__JV3E <= li__AV3E)) {
      li__BZED(li__RZJE,((void **)(*(((__li__AO0B *)li__F22B))).li__E0ED)[li__JV3E]);
      li__JV3E=(__li__K)(li__JV3E +  1);
    };
  };
  li__ZX3B(li__F22B);
  li__G22B=li__K22B;
  return(li__G22B);
}

static void li__54RF(__li__AO0B *li__A5RF,__li__AO0B *li__B5RF)
/* (Strict FAST_ARRAY(ITM_LOCAL){li__AO0B},Strict FAST_ARRAY(ITM_LOCAL){NULLxli__AO0B}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__L5RF,li__AQXF;
  li__L5RF=(*(li__B5RF)).li__QV1B;
  li__AQXF= 0;
  while ((li__AQXF <= li__L5RF)) {
    li__BZED(li__A5RF,((void **)(*(((__li__AO0B *)li__B5RF))).li__E0ED)[li__AQXF]);
    li__AQXF=(__li__K)(li__AQXF +  1);
  };
}

static void* li__H35B(__li__DCG *li__I35B)
/* (Strict PARSER{li__DCG}) With result No recursive, No inlinable. NO CONTEXT! */
{
  void *li__L35B,*li__K35B,*li__J35B;
  __li__PO li__T45B;
  __li__AE1B *li__V45B;
  __li__C li__R35B,li__U35B;
  li__L35B=li__G32B(li__I35B);
  li__K35B=li__L35B;
  /* __li__B__ __li__I__ */
if (((void *)li__L35B == (void *)NULL)) {
    li__R35B=li__P4IB();
    li__U35B=li__R35B;
  } else /* FALSE */ {
    li__U35B=li__I__;
  };
  /* __li__B__ __li__I__ */
if (li__U35B) {
    li__T45B=li__WTIB();
    li__V45B=li__IU4B(li__T45B,li__2YI);
    li__K35B=li__V45B;
  };
  li__J35B=li__K35B;
  return(li__J35B);
}

static void li__P5IG(__li__NWZB *li__Q5IG,void *li__R5IG)
/* (Strict FAST_ARRAY(ITM_CODE){li__NWZB},ITM_CODE{NULLxli__QOZBxli__BZZBxli__AE1Bxli__K41Bxli__YA2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44B}) Void No recursive, No inlinable. NO CONTEXT! */
{
  void *li__LYRG,*li__MYRG,*li__Z1RG;
  __li__K li__LAJG,li__NIUG,li__4ESU;
  void **li__1QCV,**li__2QCV,**li__3QCV;
  li__01ED(li__Q5IG,li__R5IG);
  /* __li__B__ __li__I__ */
if (((*(li__Q5IG)).li__231B !=  0)) {
    /* __li__B__ __li__I__ */
if (((*(li__Q5IG)).li__231B ==  1)) {
      li__LYRG=((void **)(*(li__Q5IG)).li__UPED)[ 0];
      li__MYRG=((void **)(*(li__Q5IG)).li__UPED)[ 1];
      ((void **)(*(li__Q5IG)).li__UPED)[ 0]=li__MYRG;
      ((void **)(*(li__Q5IG)).li__UPED)[ 1]=li__LYRG;
    } else /* FALSE */ {
      li__LAJG=(__li__K)((*(li__Q5IG)).li__231B -  1);
      li__NIUG=li__LAJG;
      li__1QCV=(*(li__Q5IG)).li__UPED;
      li__2QCV=(*(li__Q5IG)).li__UPED;
      li__3QCV=(*(li__Q5IG)).li__UPED;
      while ((li__NIUG >=  0)) {
        li__Z1RG=((void **)li__1QCV)[li__NIUG];
        li__4ESU=(__li__K)(li__NIUG +  1);
        ((void **)li__2QCV)[li__4ESU]=li__Z1RG;
        ((void **)li__3QCV)[li__NIUG]=NULL;
        li__NIUG=(__li__K)(li__NIUG -  1);
      };
      ((void **)(*(li__Q5IG)).li__UPED)[ 0]=li__R5IG;
    };
  };
}

static __li__UG4B* li__VBJG(__li__PO li__XBJG,__li__U *li__YBJG,__li__NWZB *li__ZBJG)
/* (Expanded POSITION{li__PO},Strict STRING_CONSTANT{NULLxli__U},Strict FAST_ARRAY(ITM_CODE){NULLxli__NWZB}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__UG4B *li__JING,*li__SJNG,*li__0BJG;
  __li__CB li__KING,li__GRCV;
  __li__JJG li__SING,li__JRCV,li__ERCV;
  __li__K li__3ING;
  __li__52B li__URCV;
  li__JING=NULL;
  li__KING=((__li__CB )(NULL));
  li__SING=((__li__JJG )sizeof(__li__UG4B));
  /* __li__B__ __li__I__ */
if ((li__SING ==  0)) {
    li__JING=li__UG4B__;
  } else /* FALSE */ {
    li__3ING=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__SING));
    /* __li__B__ __li__I__ */
if ((li__3ING == (__li__K)(-  1))) {
      li__JRCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ERCV=(__li__JJG)((__li__JJG)(li__SING - (__li__JJG)(((__li__JJG ) 0) - li__JRCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JRCV) - ((__li__JJG ) 1)));
      li__JRCV=(__li__JJG)(li__ERCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__GRCV=li__YCJ(li__ERCV,((__li__CB )(&(table_size[(li__JRCV)-1]))),((__li__52B )li__ERCV));
      li__KING=li__GRCV;
    } else /* FALSE */ {
      li__URCV=((__li__52B )li__3ING);
      li__JRCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__ERCV=(__li__JJG)((__li__JJG)(li__SING - (__li__JJG)(((__li__JJG ) 0) - li__JRCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__JRCV) - ((__li__JJG ) 1)));
      li__GRCV=li__YCJ(li__ERCV,((__li__CB )(&(table_type[(li__URCV)]))),(__li__52B)(li__URCV |  1));
      li__KING=li__GRCV;
    };
    li__SJNG=((__li__UG4B *)li__KING);
    li__JING=li__SJNG;
    *(li__SJNG) = *(li__UG4B__);
  };
  li__SJNG=((__li__UG4B *)li__JING);
  li__SJNG->li__VG4B.li__BE1B.li__0CC=li__XBJG;
  li__SJNG->li__VG4B.li__PNGC=li__YBJG;
  li__SJNG->li__UJZG=li__ZBJG;
  li__0BJG=li__JING;
  return(li__0BJG);
}

static void li__ORGL(__li__QWEC *li__PRGL)
/* (Strict SLOT_CODE{li__QWEC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  /* NULL __li__IZB__ __li__4HAD__ */
if (((struct ___OBJ *)li__PRGL->li__RWEC->li__KZB)->__id==__li__IZB__) {
  };
}

static void li__5HXL(__li__WRB *li__AIXL,__li__BC *li__BIXL)
/* (Strict ITM_TYPE_STYLE{li__WRB},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__GIXL,li__N4XL;
  __li__3 li__PIXL;
  li__GIXL=((__li__U *)li__AIXL->li__ZRB.li__P2C)->li__2C;
  li__N4XL= 1;
  while ((li__N4XL <= li__GIXL)) {
    li__PIXL=li__GA3C(((__li__3 *)((__li__U *)li__AIXL->li__ZRB.li__P2C)->li__3C)[(__li__K)(li__N4XL -  1)]);
    li__SRX(((__li__BC *)li__BIXL),li__PIXL);
    li__N4XL=(__li__K)(li__N4XL +  1);
  };
}

static void li__SIXL(__li__XRB *li__TIXL,__li__BC *li__UIXL)
/* (Strict ITM_TYPE_SIMPLE{li__XRB},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__ZIXL,li__44XL;
  __li__3 li__CJXL;
  li__ZIXL=((__li__U *)li__TIXL->li__P2C)->li__2C;
  li__44XL= 1;
  while ((li__44XL <= li__ZIXL)) {
    li__CJXL=li__GA3C(((__li__3 *)((__li__U *)li__TIXL->li__P2C)->li__3C)[(__li__K)(li__44XL -  1)]);
    li__SRX(((__li__BC *)li__UIXL),li__CJXL);
    li__44XL=(__li__K)(li__44XL +  1);
  };
}

static void li__FJXL(__li__KUB *li__GJXL,__li__BC *li__HJXL)
/* (Strict ITM_TYPE_GENERIC{li__KUB},Strict STRING{NULLxli__BC}) Void Recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__T5XL,li__CTYL;
  void *li__WJXL,*li__ESCV;
  __li__3 li__25XL;
  __li__CRB *li__DSCV;
  li__T5XL=((__li__U *)li__GJXL->li__LUB.li__ZRB.li__P2C)->li__2C;
  li__CTYL= 1;
  while ((li__CTYL <= li__T5XL)) {
    li__25XL=li__GA3C(((__li__3 *)((__li__U *)li__GJXL->li__LUB.li__ZRB.li__P2C)->li__3C)[(__li__K)(li__CTYL -  1)]);
    li__SRX(((__li__BC *)li__HJXL),li__25XL);
    li__CTYL=(__li__K)(li__CTYL +  1);
  };
  li__JAZ(((__li__BC *)li__HJXL),(&__string_792));
  li__T5XL=(__li__K)((*(li__GJXL->li__EDD)).li__5QZ -  1);
  li__CTYL= 0;
  while ((li__CTYL <= li__T5XL)) {
    li__WJXL=((void **)(*(((__li__CRB *)li__GJXL->li__EDD))).li__V1BD)[li__CTYL];
    /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__WJXL)->__id) {
    case __li__WRB__: {
      li__5HXL(((__li__WRB *)li__WJXL),li__HJXL);
    } break;
    case __li__XRB__: {
      li__SIXL(((__li__XRB *)((__li__WRB *)li__WJXL)),li__HJXL);
    } break;
    case __li__KUB__: {
      li__FJXL(((__li__KUB *)((__li__WRB *)li__WJXL)),li__HJXL);
    } break;
    case __li__VB1__: {
      li__0JXL(((__li__VB1 *)((__li__WRB *)li__WJXL)),li__HJXL);
    } break;
    case __li__4O2B__: {
      li__KBG((&__string_787));
      fputc((int)('\n'),stdout);
      exit(( 1));
    } break;
    };
    li__JAZ(((__li__BC *)li__HJXL),(&__string_793));
    li__CTYL=(__li__K)(li__CTYL +  1);
  };
  li__DSCV=((__li__CRB *)li__GJXL->li__EDD);
  li__ESCV=((void **)(*(li__DSCV)).li__V1BD)[(*(li__DSCV)).li__5QZ];
  /* NULL __li__WRB__ __li__XRB__ __li__KUB__ __li__VB1__ __li__4O2B__ */
switch (((struct ___OBJ *)li__ESCV)->__id) {
  case __li__WRB__: {
    li__5HXL(((__li__WRB *)li__ESCV),li__HJXL);
  } break;
  case __li__XRB__: {
    li__SIXL(((__li__XRB *)((__li__WRB *)li__ESCV)),li__HJXL);
  } break;
  case __li__KUB__: {
    li__FJXL(((__li__KUB *)((__li__WRB *)li__ESCV)),li__HJXL);
  } break;
  case __li__VB1__: {
    li__0JXL(((__li__VB1 *)((__li__WRB *)li__ESCV)),li__HJXL);
  } break;
  case __li__4O2B__: {
    li__KBG((&__string_787));
    fputc((int)('\n'),stdout);
    exit(( 1));
  } break;
  };
}

static void li__0JXL(__li__VB1 *li__1JXL,__li__BC *li__2JXL)
/* (Strict ITM_TYPE_PARAMETER{li__VB1},Strict STRING{NULLxli__BC}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__BKXL,li__ZAYL;
  __li__3 li__KKXL;
  li__BKXL=((__li__U *)li__1JXL->li__WB1.li__P2C)->li__2C;
  li__ZAYL= 1;
  while ((li__ZAYL <= li__BKXL)) {
    li__KKXL=li__GA3C(((__li__3 *)((__li__U *)li__1JXL->li__WB1.li__P2C)->li__3C)[(__li__K)(li__ZAYL -  1)]);
    li__SRX(((__li__BC *)li__2JXL),li__KKXL);
    li__ZAYL=(__li__K)(li__ZAYL +  1);
  };
}

static __li__1M5D* li__BDIE(__li__K li__DDIE)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__20OE,li__NSCV;
  __li__JJG li__E1OE,li__QSCV,li__LSCV;
  __li__K li__P1OE;
  __li__52B li__1SCV;
  __li__1M5D *li__10OE,*li__E2OE,*li__EDIE;
  void **li__IPUF;
  li__10OE=NULL;
  li__20OE=((__li__CB )(NULL));
  li__E1OE=((__li__JJG )sizeof(__li__1M5D));
  /* __li__B__ __li__I__ */
if ((li__E1OE ==  0)) {
    li__10OE=li__1M5D__;
  } else /* FALSE */ {
    li__P1OE=__li__1M5D__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__E1OE));
    /* __li__B__ __li__I__ */
if ((li__P1OE == (__li__K)(-  1))) {
      li__QSCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__LSCV=(__li__JJG)((__li__JJG)(li__E1OE - (__li__JJG)(((__li__JJG ) 0) - li__QSCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QSCV) - ((__li__JJG ) 1)));
      li__QSCV=(__li__JJG)(li__LSCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__NSCV=li__YCJ(li__LSCV,((__li__CB )(&(table_size[(li__QSCV)-1]))),((__li__52B )li__LSCV));
      li__20OE=li__NSCV;
    } else /* FALSE */ {
      li__1SCV=((__li__52B )li__P1OE);
      li__QSCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__LSCV=(__li__JJG)((__li__JJG)(li__E1OE - (__li__JJG)(((__li__JJG ) 0) - li__QSCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__QSCV) - ((__li__JJG ) 1)));
      li__NSCV=li__YCJ(li__LSCV,((__li__CB )(&(table_type[(li__1SCV)]))),(__li__52B)(li__1SCV |  1));
      li__20OE=li__NSCV;
    };
    li__E2OE=((__li__1M5D *)li__20OE);
    li__10OE=li__E2OE;
    *(li__E2OE) = *(li__1M5D__);
  };
  li__E2OE=((__li__1M5D *)li__10OE);
  /* __li__B__ __li__I__ */
if (((*(li__E2OE)).li__THUF < li__DDIE)) {
    li__IPUF=li__CBFG(li__DDIE);
    (*(li__E2OE)).li__RIUF=li__IPUF;
    (*(li__E2OE)).li__THUF=li__DDIE;
  };
  (*(li__E2OE)).li__OLME=(__li__K)(-  1);
  li__EDIE=li__10OE;
  return(li__EDIE);
}

static void li__OHUF(__li__1M5D *li__PHUF,void *li__QHUF)
/* (Strict FAST_ARRAY(LIP_CODE){li__1M5D},LIP_CODE{NULLxli__YOBxli__HLSCxli__M30Cxli__LN5Dxli__KO5Dxli__NCFExli__LNIE}) Void No recursive, No inlinable. NO CONTEXT! */
{
  __li__K li__YIUF,li__CNZG,li__MOZG,li__R0VH;
  __li__CB li__GOZG;
  __li__C li__AIUF;
  void **li__QIUF;
  /* __li__B__ __li__I__ */
if (((__li__K)((*(li__PHUF)).li__OLME +  1) <= (__li__K)((*(li__PHUF)).li__THUF -  1))) {
    (*(li__PHUF)).li__OLME=(__li__K)((*(li__PHUF)).li__OLME +  1);
    li__AIUF=li__B__;
  } else /* FALSE */ {
    li__AIUF=li__I__;
  };
  /* __li__B__ __li__I__ */
if ((! li__AIUF)) {
    /* __li__B__ __li__I__ */
if (((*(li__PHUF)).li__THUF ==  0)) {
      li__QIUF=li__CBFG( 2);
      (*(li__PHUF)).li__RIUF=li__QIUF;
      (*(li__PHUF)).li__THUF= 2;
      (*(li__PHUF)).li__OLME= 0;
    } else /* FALSE */ {
      li__YIUF=(__li__K)((*(li__PHUF)).li__THUF <<  1);
      li__QIUF=((void **)(*(li__PHUF)).li__RIUF);
      li__CNZG=(*(li__PHUF)).li__THUF;
      li__GOZG=li__CUY(((__li__CB )li__QIUF),((__li__JJG )(__li__K)(li__CNZG * ((__li__K )(sizeof(void *))))),((__li__JJG )(__li__K)(li__YIUF * ((__li__K )(sizeof(void *))))));
      li__QIUF=((void **)li__GOZG);
      li__MOZG=(__li__K)(li__YIUF -  1);
      li__R0VH=li__CNZG;
      while ((li__R0VH <= li__MOZG)) {
        li__QIUF[li__R0VH]=NULL;
        li__R0VH=(__li__K)(li__R0VH +  1);
      };
      (*(li__PHUF)).li__RIUF=li__QIUF;
      (*(li__PHUF)).li__THUF=li__YIUF;
      (*(li__PHUF)).li__OLME=(__li__K)((*(li__PHUF)).li__OLME +  1);
    };
  };
  ((void **)(*(li__PHUF)).li__RIUF)[(*(li__PHUF)).li__OLME]=li__QHUF;
}

static void** li__CBFG(__li__K li__EBFG)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__UELG;
  __li__K li__ZR2G;
  void **li__YELG,**li__FBFG;
  li__UELG=li__HJU(((__li__JJG )(__li__K)(li__EBFG * ((__li__K )(sizeof(void *))))));
  li__YELG=((void **)li__UELG);
  li__ZR2G=(__li__K)(li__EBFG -  1);
  while ((li__ZR2G >=  0)) {
    li__YELG[li__ZR2G]=NULL;
    li__ZR2G=(__li__K)(li__ZR2G -  1);
  };
  li__FBFG=li__YELG;
  return(li__FBFG);
}

static __li__XMUC* li__MR1C(void *li__OR1C)
/* (ITM_CODE{NULLxli__QOZBxli__VXZBxli__BZZBxli__DA1Bxli__ZA1Bxli__SB1Bxli__AE1Bxli__5E1Bxli__D11Bxli__K41Bxli__YA2Bxli__NB2Bxli__LH2Bxli__M32Bxli__KD3Bxli__WE3Bxli__UG4Bxli__Q24Bxli__D34Bxli__V34Bxli__H44Bxli__XMUC}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__XMUC *li__V1GD,*li__42GD,*li__PR1C;
  __li__CB li__W1GD,li__XUCV;
  __li__JJG li__41GD,li__0UCV,li__VUCV;
  __li__K li__J2GD;
  __li__52B li__FVCV;
  li__V1GD=NULL;
  li__W1GD=((__li__CB )(NULL));
  li__41GD=((__li__JJG )sizeof(__li__XMUC));
  /* __li__B__ __li__I__ */
if ((li__41GD ==  0)) {
    li__V1GD=li__XMUC__;
  } else /* FALSE */ {
    li__J2GD=-1;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__41GD));
    /* __li__B__ __li__I__ */
if ((li__J2GD == (__li__K)(-  1))) {
      li__0UCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__VUCV=(__li__JJG)((__li__JJG)(li__41GD - (__li__JJG)(((__li__JJG ) 0) - li__0UCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__0UCV) - ((__li__JJG ) 1)));
      li__0UCV=(__li__JJG)(li__VUCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__XUCV=li__YCJ(li__VUCV,((__li__CB )(&(table_size[(li__0UCV)-1]))),((__li__52B )li__VUCV));
      li__W1GD=li__XUCV;
    } else /* FALSE */ {
      li__FVCV=((__li__52B )li__J2GD);
      li__0UCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__VUCV=(__li__JJG)((__li__JJG)(li__41GD - (__li__JJG)(((__li__JJG ) 0) - li__0UCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__0UCV) - ((__li__JJG ) 1)));
      li__XUCV=li__YCJ(li__VUCV,((__li__CB )(&(table_type[(li__FVCV)]))),(__li__52B)(li__FVCV |  1));
      li__W1GD=li__XUCV;
    };
    li__42GD=((__li__XMUC *)li__W1GD);
    li__V1GD=li__42GD;
    *(li__42GD) = *(li__XMUC__);
  };
  ((__li__XMUC *)li__V1GD)->li__M3GD=li__OR1C;
  li__PR1C=li__V1GD;
  return(li__PR1C);
}

static __li__AO0B* li__SX3B(__li__K li__UX3B)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__TJGC,li__2VCV;
  __li__JJG li__1JGC,li__5VCV,li__0VCV;
  __li__K li__GKGC;
  __li__52B li__KWCV;
  __li__AO0B *li__SJGC,*li__1KGC,*li__VX3B;
  void **li__45ED;
  li__SJGC=NULL;
  li__TJGC=((__li__CB )(NULL));
  li__1JGC=((__li__JJG )sizeof(__li__AO0B));
  /* __li__B__ __li__I__ */
if ((li__1JGC ==  0)) {
    li__SJGC=li__AO0B__;
  } else /* FALSE */ {
    li__GKGC=__li__AO0B__;
    li__HKG=(__li__JJG)(li__HKG - (__li__JJG)(((__li__JJG ) 0) - li__1JGC));
    /* __li__B__ __li__I__ */
if ((li__GKGC == (__li__K)(-  1))) {
      li__5VCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0VCV=(__li__JJG)((__li__JJG)(li__1JGC - (__li__JJG)(((__li__JJG ) 0) - li__5VCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5VCV) - ((__li__JJG ) 1)));
      li__5VCV=(__li__JJG)(li__0VCV / ((__li__JJG )((__li__K )(sizeof(void *)))));
      li__2VCV=li__YCJ(li__0VCV,((__li__CB )(&(table_size[(li__5VCV)-1]))),((__li__52B )li__0VCV));
      li__TJGC=li__2VCV;
    } else /* FALSE */ {
      li__KWCV=((__li__52B )li__GKGC);
      li__5VCV=(__li__JJG)(((__li__JJG )((__li__K )(sizeof(void *)))) - ((__li__JJG ) 1));
      li__0VCV=(__li__JJG)((__li__JJG)(li__1JGC - (__li__JJG)(((__li__JJG ) 0) - li__5VCV)) & (__li__JJG)((__li__JJG)(((__li__JJG ) 0) - li__5VCV) - ((__li__JJG ) 1)));
      li__2VCV=li__YCJ(li__0VCV,((__li__CB )(&(table_type[(li__KWCV)]))),(__li__52B)(li__KWCV |  1));
      li__TJGC=li__2VCV;
    };
    li__1KGC=((__li__AO0B *)li__TJGC);
    li__SJGC=li__1KGC;
    *(li__1KGC) = *(li__AO0B__);
  };
  li__1KGC=((__li__AO0B *)li__SJGC);
  /* __li__B__ __li__I__ */
if (((*(li__1KGC)).li__GZED < li__UX3B)) {
    li__45ED=li__XZYD(li__UX3B);
    (*(li__1KGC)).li__E0ED=li__45ED;
    (*(li__1KGC)).li__GZED=li__UX3B;
  };
  (*(li__1KGC)).li__QV1B=(__li__K)(-  1);
  li__VX3B=li__SJGC;
  return(li__VX3B);
}

static void** li__XZYD(__li__K li__ZZYD)
/* (Expanded INTEGER{li__K}) With result No recursive, No inlinable. NO CONTEXT! */
{
  __li__CB li__HR4D;
  __li__K li__4VTE;
  void **li__LR4D,**li__0ZYD;
  li__HR4D=li__HJU(((__li__JJG )(__li__K)(li__ZZYD * ((__li__K )(sizeof(void *))))));
  li__LR4D=((void **)li__HR4D);
  li__4VTE=(__li__K)(li__ZZYD -  1);
  while ((li__4VTE >=  0)) {
    li__LR4D[li__4VTE]=NULL;
    li__4VTE=(__li__K)(li__4VTE -  1);
  };
  li__0ZYD=li__LR4D;
  return(li__0ZYD);
}

/*==========================*/
/* DEBUG MANAGER            */
/*==========================*/

int print_string(char *str) 
{ 
  while (*str!=0) {
    print_char(*str); 
    str++; 
  };
  return(0);
}

lisaac_0.39_rc1/src/0000755000175000017500000000000011314031324014213 5ustar  sonntagsonntaglisaac_0.39_rc1/src/profil_slot.li0000644000175000017500000001377111314031246017111 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := PROFIL_SLOT;

  - copyright := "2003-2007 Benoit Sonntag";
  
  - author    := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment   := "Method with costumization";
  
Section Inherit
  
  + parent_profil:Expanded PROFIL; 
  
  - parent_parameter_to_type:Expanded PARAMETER_TO_TYPE;
  
Section Public
  
  - position:POSITION <- slot.position;
  
  - slot:SLOT <- slot_code;
  
  - is_interrupt:BOOLEAN <- slot_code.id_section.is_interrupt;  
  - is_external:BOOLEAN  <- slot_code.id_section.is_external;  

  + slot_code:SLOT_CODE;
    
  + is_context_sensitive:BOOLEAN; 
  // BSBS: Le bloc passé en argument peux ne pas etre context sensitive
  // Et puis, cet stat peu changer dans le temps...
    
  - set_context_sensitive <-
  (
    is_context_sensitive := TRUE;
  );

  //
  // Creation.
  //
  
  - arg_type_tmp:FAST_ARRAY(EXPR);
  - parameter_to_type p:ITM_TYPE_PARAMETER :TYPE_FULL <-
  ( + idx:INTEGER;
    + result:TYPE_FULL;
    
    (p.name = ALIAS_STR.prototype_self).if {
      // For Self.
      result := type_self;                
    } else {      
      // For Genericity.    
      //result := type_self.raw.parameter_to_type p;
      result := slot_code.receiver_type.parameter_to_type p;
      (result = NULL).if {            
        // For Type parametric.        
        idx := slot_code.get_index_argument_type p;
        (idx != - 1).if {
          result := arg_type_tmp.item idx.static_type + TYPE_FULL.generic_bit;
        };
      };
    };
    result
  );
  
  - make s:SLOT_CODE 
  with (typ_self:TYPE_FULL,call_lst:FAST_ARRAY(EXPR)) 
  verify is_first:BOOLEAN :FAST_ARRAY(WRITE) <-
  [ 
    -? {typ_self != NULL};
  ]
  ( + loc:LOCAL;
    + typ:TYPE_FULL;
    + item_lst:FAST_ARRAY(ITM_ARGUMENT);         
    + result:FAST_ARRAY(WRITE);
    + tm:ITM_TYPE_MULTI;
    + ts:ITM_TYPE_MONO;    
    
    (is_graph).if {
      set_call := HASHED_DICTIONARY(INTEGER,PROFIL).create;
      set_back := HASHED_SET(PROFIL).create;
    };    
    (s.id_section.is_external).if {
      name := s.name;
    } else {
      name := ALIAS_STR.get_intern (s.name);    
    };
       
    slot_code := s;
    type_self := typ_self;
    PROFIL_LIST.add Self;
    //
    list_current := LIST.create (s.position);
    profil_current := profil_slot := Self;    
    //
    (debug_level_option != 0).if {
      // Debug mode : Add context local.
      context := TYPE_CONTEXT.default.new_local (s.position) 
      name (ALIAS_STR.variable_context) style '+';
      context.set_ensure_count 1;      
      list_current.add_last (PUSH.create (slot_code.position) context context first TRUE);
    };
    //
    code := list_current;    
    //
    // Arguments.    
    arg_type_tmp := call_lst;
    item_lst := s.argument_list;    
    argument_list := FAST_ARRAY(LOCAL).create_with_capacity (s.argument_count); 
    (item_lst.lower).to (item_lst.upper) do { j:INTEGER;
      item_lst.item j.to_run_in argument_list for Self;
    };
    ((s.id_section.is_external) && {argument_list.count > 1}).if {
      (argument_list.lower+1).to (argument_list.upper) do { j:INTEGER;      
	loc := argument_list.item j;
	loc.set_ensure_count 1;
	loc.write (loc.position) value (
	  EXTERNAL_C.create (loc.position) text "/* External slot */"
	  access NULL persistant FALSE type (loc.type)
	);
      };
    };    
            
    // Results
    tm ?= s.result_type;        
    (tm != NULL).if {    
      result_list.make_with_capacity (tm.count);      
      (tm.lower).to (tm.upper) do { k:INTEGER;	  
        typ := tm.item k.to_run_for Self;	
        loc := typ.get (s.position) result (k+1);
        result_list.add_last loc;        
      };      
    } else {      
      ts ?= s.result_type;      
      (ts != ITM_TYPE_SIMPLE.type_void).if {
        typ := ts.to_run_for Self;	                
        result_list.add_last (typ.get (s.position) result 0);
        (is_external).if {
          result_list.last.set_ensure_count 1;
        };
      };
    };           
    //
    (call_lst != NULL).if {
      result := write_argument call_lst;
    };
    //        
    slot_code.create_code is_first;       
    //
    result
  );
      
  //
  // Execute.
  //
  
  - remove_inline <-
  (
    parent_profil.remove_inline;
    slot_code.remove_profil Self;    
  );
  
  - remove <-
  ( 
    parent_profil.remove;    
    slot_code.remove_profil Self;            
  );
  
  //
  // Genere.
  //
  
  - is_static:BOOLEAN <- (! slot.id_section.is_interrupt) && {! slot.id_section.is_external};
lisaac_0.39_rc1/src/code_life/0000755000175000017500000000000011314031324016124 5ustar  sonntagsonntaglisaac_0.39_rc1/src/code_life/switch.li0000644000175000017500000004504111314031246017762 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := SWITCH;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Switch for late binding resolution";
  
  // BSBS: Optim. : Détecter les switch identique l'un après l'autre
  // pour les fusionner...
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section Public  
  
  - is_invariant:BOOLEAN <-
  ( + result:BOOLEAN;
    + j:INTEGER;
    
    (expr.is_invariant).if {
      result := TRUE;
      j := list.lower;
      {(j <= list.upper) && {result}}.while_do {
	result := list.item j.code.is_invariant;
	j := j + 1;
      };
    };
    result
  );
  
  + expr:EXPR;
  
  + list:FAST_ARRAY(CASE);
  
  - count:INTEGER <- list.count;
  
  //
  // Creation.
  //
  
  - create n:NODE with e:EXPR size s:INTEGER :SELF <-
  [ -? {n.position != 0}; ]
  ( + result:SELF;
    
    result := clone;
    result.make n with e size s;
    result
  );  
  
  
  - make n:NODE with e:EXPR size s:INTEGER <-  
  ( + first:CASE;
    
    position := n.position;
    expr     := e;
    list     := FAST_ARRAY(CASE).create_with_capacity s;
    (n.first_code != NULL).if {
      first := CASE.create (n.first_type) with (n.first_code);
      list.add_last first;
    };
  );
  
  //
  // Copy.
  //
  
  - set_expr e:EXPR list l:FAST_ARRAY(CASE) <-
  (
    expr := e;
    list := l;
  );

  - my_copy:SELF <-
  ( + result:SELF;
    + new_list:FAST_ARRAY(CASE);
    
    new_list := FAST_ARRAY(CASE).create_with_capacity (list.count);
    (list.lower).to (list.upper) do { j:INTEGER;
      new_list.add_last (list.item j.my_copy);
    };
    
    result := clone;
    result.set_expr (expr.my_copy) list new_list;
    result
  );
  
  //
  // Remove.
  //
    
  - remove <-
  (
    (expr != NULL).if {
      expr.remove;
    };
    (list.lower).to (list.upper) do { j:INTEGER;
      list.item j.remove;
    };    
  );
  
  //
  // Execute
  //
  
  - i_am_the_last i:INSTR :BOOLEAN <- 
  ( + result:BOOLEAN;
    + j:INTEGER;
    
    j := list.lower;
    {(j <= list.upper) && {!result}}.while_do {
      result := list.item j.code.i_am_the_last i;
      j := j + 1;
    };
    result
  );

  - execute:INSTR <-
  ( + lst_typ:TYPES_TMP;        
    + result:INSTR;
    + typ:TYPE;
    + wrt:WRITE;
    + lst:LIST;
    + tb:PROFIL_BLOCK;    
    + is_end:BOOLEAN;
    + count_empty:INTEGER;
    
    // Update.
    lst_typ := TYPES_TMP.new;            
    // BSBS: optim a voir si necessaire ...
    /* 
    (expr.static_type.is_strict).if {
      lst_typ.add (expr.static_type.raw);            
    } else {      
      */
      expr.get_type lst_typ;                   
    //};
    ? {lst_typ.count <= list.count};        
        
    (lst_typ.count > list.count).if {      
      "New type: ".print;
      lst_typ.print;
      "\nOld type: ".print;
      string_tmp.clear;
      list.lower.to (list.upper) do { j:INTEGER;
	list.item j.id.append_name_in string_tmp;
	string_tmp.add_last ',';
      };
      string_tmp.print;
      '\n'.print;
      /*
      string_tmp.clear;
      profil_current.display string_tmp;
      string_tmp.print;
      
      
      ( + wrt2:WRITE;
        + rd:READ;
        + var:VARIABLE;
        
        rd ?= expr;
        var := rd.variable;
        wrt2 := var.require_first;
        rd ?= wrt2.value;
        var := rd.variable;
        
        wrt2 := var.require_first;
        wrt2.debug_display;
        "==============\n".print;
        (var.require_list.lower).to (var.require_list.upper) do { i:INTEGER;
          "==============\n".print;          
          i.print; '\n'.print;
          wrt2 := var.require_list.item i;
          wrt2.debug_display;
          (i = 2).if {
            warning_error (wrt2.position,"ICI");
          };
        };
      );*/
      syntax_error (expr.position,"*****SWITCH BUG********");
    };
    
    //    
    // BSBS: Ajoute un pattern pour les elseif ...
    //    
    (lst_typ.lower).to (lst_typ.upper) do { j:INTEGER;	
      typ := lst_typ.item j;      
      {typ = list.item j.id}.until_do {
	list.item j.remove;
        list.remove j;        
      };
      (list.item j.code.is_empty).if {
        count_empty := count_empty + 1;
      };
    };    
    {lst_typ.count = list.count}.until_do {            
      list.last.remove;
      list.remove_last;        
    };        
    lst_typ.free;
            
    // Execute.
    (
      (list.count = 1) || {
	(list.count = 2) && 
	{debug_level_option = 0} && 
        {list.first.id = TYPE_NULL} && 
        {! list.first.code.is_empty} &&
        {
	  wrt ?= list.first.code.first; // For ?= with NULL type.
	  wrt = NULL
	}
      }
    ).if {
      result := expr.execute_unlink;
      (result != NULL).if {
	list_current.insert_before result;
      };
      tb ?= list.last.id;
      (tb != NULL).if {
	tb.dec_id;
      };
      result := list.last.code.execute;
      is_end := TRUE;
    }.elseif {count_empty = list.count} then { 
      result := expr.execute_unlink;
      (list.lower).to (list.upper) do { j:INTEGER;
        list.item j.remove;
      };
      is_end := TRUE;
    };
    //
    (! is_end).if {
      // Normal execution.      
      (
	(expr.static_type.raw = type_boolean) && 
	{list.count = 2} && 
	{list.first.code.is_empty}
      ).if {
	? {! list.second.code.is_empty};
	expr := EXPR_NOT_LOGIC.create (expr.position) with expr;
	lst := list.first.code;
	list.first .set_code (list.second.code);
	list.second.set_code lst;
      };
      /*
      seq_or_and := seq_or_and + 1;
      seq_inline := seq_inline + 1;
      */
      expr := expr.execute_link;      
      
      CALL_SLOT.reset_count_no_recursive;
      ((list.first.id = TYPE_NULL) && {list.count = 2}).if { 	
	list.first .code.execute_case;
        list.second.code.execute_case;		
        ((list.second.id.is_block) && {debug_level_option != 0}).if {
          list.second.id.set_late_binding;
        };
      } else {		
	(list.lower).to (list.upper) do { j:INTEGER;
          list.item j.execute;	          
	};
      };      
      result := detect_logic_expr;
      (result = NULL).if {      	
	result := Self;
      };
    };    
    result
  );
  
  //
  // Genere.
  //
  
  - count_bug:INTEGER;
  
  - genere buffer:STRING <-
  ( + lst:LIST;
    + first_case:INTEGER;
    + typ_first:TYPE;
    + typ_id:TYPE_ID;
    + wrt:WRITE;
    + is_genered:BOOLEAN;
    + c1,c2:CASE;
    + lst_case:FAST_ARRAY(CASE);
    + cases:FAST_ARRAY(FAST_ARRAY(CASE));
    
    buffer.append "/* ";
    (list.lower).to (list.upper) do { i:INTEGER;      
      list.item i.id.put_id buffer;
      buffer.add_last ' ';
    };
    buffer.append "*/\n";
    (
      (list.first.id = TYPE_NULL) && 
      {debug_level_option = 0} && 
      {! list.first.code.is_empty} && 
      {
	wrt ?= list.first.code.first; // For ?= with NULL type.
	wrt = NULL
      }
    ).if {
      list.remove_first;
    };        
    typ_first := list.first.id;
    typ_id ?= typ_first;    
    ((list.count <= 2) || {typ_first = TYPE_NULL}).if {
      buffer.append "if (";
      //                        
      ((expr.static_type.raw.is_block) && {typ_first = TYPE_NULL}).if {        
        expr.genere buffer;
        is_genered := TRUE;
        buffer.append ".__id==0";
      } else {        
        typ_first.put_access_id expr in buffer;        
        is_genered := TRUE;
        (expr.static_type.raw != type_boolean).if {
          buffer.append "==";
          typ_first.put_id buffer;	
        } else {
          ? {typ_first.name = ALIAS_STR.prototype_true};
        };
      };
      buffer.append ") ";
      //
      list.first.genere buffer;             
      first_case := 1;
      //
      (list.count = 2).if {
        lst := list.second.code;                    
        (! list.second.code.is_empty).if {
          buffer.append " else ";          
          buffer.append "/* ";          
          buffer.append (list.second.id.name);
          buffer.append " */ ";          
          list.second.genere buffer;          
        };
        first_case := 2;
      }.elseif {list.count > 2} then {
        buffer.append " else {\n";
        indent.append "  ";
        buffer.append indent;          
      };
    };
    (first_case <= list.upper).if {
      (is_genered).if {
        expr := expr.my_copy;        
      };
      cases := case_fusion first_case;
      (cases.count = 2).if {
        (cases.first.count = 1).if {
          c1 := cases.first.first;
          c2 := cases.second.first;          
        }.elseif {cases.second.count = 1} then {
          c1 := cases.second.first;
          c2 := cases.first.first;          
        };
      };
      (c1 != NULL).if {
        buffer.append "if (";          
        c1.id.put_access_id expr in buffer;
        buffer.append "==";
        c1.id.put_id buffer;
        buffer.append ") ";
        c1.genere buffer;
        buffer.append " else /* Other types */ ";
        c2.genere buffer;
      } else {
        polymorphic_counter := polymorphic_counter + 1;            
        buffer.append "switch (";            
        list.item first_case.id.put_access_id expr in buffer;
        buffer.append ") {\n";
        (cases.lower).to (cases.upper) do { j:INTEGER;
          lst_case := cases.item j;
          (! lst_case.first.code.is_empty).if {
            (lst_case.lower).to (lst_case.upper) do { i:INTEGER;              
              buffer.append indent; 
              buffer.append "case ";
              lst_case.item i.id.put_id buffer;
              buffer.append ": \n";          
            };
            buffer.remove_last 1;              
            lst_case.first.genere buffer;                    
            buffer.append " break;\n";
          } 
          
          // Debug...
          else {
            (lst_case.lower).to (lst_case.upper) do { i:INTEGER;              
              buffer.append indent; 
              buffer.append "case ";
              lst_case.item i.id.put_id buffer;
              buffer.append ": \n";          
            };
            buffer.remove_last 1;                          
            buffer.append " break;\n";
          };          
        };	      
        // Debug...
        (debug_level_option != 0).if {
          buffer.append indent;
          buffer.append "default:\n";
          buffer.append indent;
          buffer.append "lisaac_stack_print(top_context); \
          \print_string(\"Call on twilight zone!!!\\n\"); \
          \die_with_code(1);\n";
        };
        
        buffer.append indent;
        buffer.add_last '}';
      };
      free_list_cases cases;
      (first_case != 0).if {
        buffer.add_last '\n';
        indent.remove_last 2;    
        buffer.append indent;
        buffer.add_last '}';
      };
    };
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  ( + line:{INTEGER; };
    
    line := 
    { j:INTEGER;
      + i:LIST;
      buffer.append indent;
      buffer.put '+' to (buffer.upper-1);
      buffer.put '-' to (buffer.upper);
      buffer.append (list.item j.id.intern_name);
      buffer.append ":\n";
      buffer.append indent;
      i := list.item j.code;
      (i = NULL).if {
	buffer.append "";
      } else {
	i.display buffer;
      };
    };
    
    buffer.append "Switch ";
    expr.display buffer;
    buffer.add_last '\n';
    (list.count > 0).if {
      indent.append "| ";    
      0.to (list.upper - 1) do { j:INTEGER;
	line.value j;
	buffer.add_last '\n';
      };    
      indent.put ' ' to (indent.upper-1);
      line.value (list.upper);
      indent.remove_last 2;
    };
  );
  
  - switch_new_pass:BOOLEAN;
  - reset_switch_new_pass <-
  (
    switch_new_pass := FALSE;
  );
  
Section Private
  
  - detect_logic_expr:INSTR <-
  // Detection !, |, &, ||, && :
  ( + result:INSTR;
    + wr_true,wr_false:WRITE;
    + rd:READ;
    + val_true,val_false:EXPR;
    + a,b,c,d:BOOLEAN;

    (
      (expr.static_type.raw = type_boolean) && 
      {list.count = 2} && 
      {list.first.code.count  = 1} && 
      {list.second.code.count = 1}
    ).if {
      ? {list.first.id  = type_true };
      ? {list.second.id = type_false};
      
      ((list.first.id != type_true) || {list.second.id != type_false}).if {
	syntax_error (position,"PB dans SWITCH.");
      };
      
      wr_true  ?= list.first .code.first;
      wr_false ?= list.second.code.first;
      (
	(wr_true  != NULL) && 
	{wr_false != NULL} &&
	{wr_true.static_type.raw = type_boolean} &&
	{wr_true.variable = wr_false.variable}
      ).if {
	val_true  := wr_true .value;
	val_false := wr_false.value;	
	// BSBS: val_true.static_type = type_true ???
	(
	  (a := val_true.is_constant) && 
	  {b := (val_true.static_type.raw = type_true)}
	).if {
	  // | or ||
	  rd ?= val_false;	  
	  (rd != NULL).if {
	    // | 
	    wr_true.remove;
	    val_false := EXPR_OR_LOGIC.create position with expr and val_false;
	    wr_false.set_value val_false;
	    result := wr_false;
	    new_execute_pass;
	  }.elseif {(CALL_SLOT.count_no_recursive = 0) || {modify_count = 0}} then {
	    // ||
	    wr_true.remove;
	    val_false := EXPR_OR_OR_LOGIC.create position with expr and val_false;
	    wr_false.set_value val_false;
	    result := wr_false;
	    switch_new_pass := TRUE;
	  };	  	  
	}.elseif {
	  (c := val_false.is_constant) && 
	  {d := (val_false.static_type.raw = type_false)}
	} then {
	  // & or &&	  
	  rd ?= val_true;	  
	  (rd != NULL).if {
	    // & 
	    wr_false.remove;	  
	    val_true := EXPR_AND_LOGIC.create position with expr and val_true;
	    wr_true.set_value val_true;
	    result := wr_true;	    
	    new_execute_pass;
	  }.elseif {(CALL_SLOT.count_no_recursive = 0) || {modify_count = 0}} then {
	    // &&	    
	    wr_false.remove;
	    val_true := EXPR_AND_AND_LOGIC.create position with expr and val_true;
	    wr_true.set_value val_true;
	    result := wr_true;
	    switch_new_pass := TRUE;
	  };	  
	}.elseif {
	  (a) && {!b} && {c} && {!d}
	} then {
	  // !
	  wr_false.remove;
	  wr_true.set_value (EXPR_NOT_LOGIC.create position with expr);
	  result := wr_true;	  
	  new_execute_pass;
	};
      };
    };
    result
  );
  
  - switch_fusion <-
  ( + other:SWITCH;
    + index:INTEGER;
    + wrt:WRITE;
    + rd,rd2:READ;
    
    index := list_current.index + 1;
    other ?= list_current.item index;
    ((other != NULL) && {other.expr == expr} && {other.list.count = list.count}).if {
      concat_switch other;
      list_current.put NOP to index;
    };
    (index < list_current.upper).if {
      // BSBS: Dans ce cas la, tu devrai en avoir 250 !!!!
      // Regarde pourquoi tu n'as que 14 cas !
      wrt ?= list_current.item index;
      rd  ?= expr; 
      ((wrt != NULL) && {rd != NULL} && {wrt.variable != rd.variable}).if {
	rd2   ?= wrt.value;	
	other ?= list_current.item (index + 1);
	((rd2 != NULL) && {other != NULL} && 
	{other.expr == expr} && {other.list.count = list.count}).if {
	  (list.lower).to (list.upper-1) do { j:INTEGER;
	    list.item j.code.add_last (wrt.my_copy);
	  };
	  list.last.code.add_last wrt;
	  list_current.put NOP to index;
	  concat_switch other;
	  list_current.put NOP to (index + 1);	  
	};
      };
    };
  );
    
  - concat_switch other:SWITCH <-
  ( + other_list:FAST_ARRAY(CASE);
    + code:LIST;
    
    other.expr.remove;
    other_list := other.list;
    (list.lower).to (list.upper) do { j:INTEGER;
      code := list.item j.code;
      code.add_last (other_list.item j.code);
    };
    new_execute_pass;
  );
  
  //
  // Case fusion manager.
  //
  
  - store_list_cases:FAST_ARRAY(FAST_ARRAY(FAST_ARRAY(CASE))) := 
  FAST_ARRAY(FAST_ARRAY(FAST_ARRAY(CASE))).create_with_capacity 32;
  
  - store_cases:FAST_ARRAY(FAST_ARRAY(CASE)) := 
  FAST_ARRAY(FAST_ARRAY(CASE)).create_with_capacity 32;
  
  - new_cases:FAST_ARRAY(CASE) <-
  ( + result:FAST_ARRAY(CASE);
    (store_cases.is_empty).if {
      result := FAST_ARRAY(CASE).create_with_capacity 32;
    } else {
      result := store_cases.last;
      store_cases.remove_last;
    };
    result
  );
  
  - new_list_cases:FAST_ARRAY(FAST_ARRAY(CASE)) <-
  ( + result:FAST_ARRAY(FAST_ARRAY(CASE));
    (store_list_cases.is_empty).if {
      result := FAST_ARRAY(FAST_ARRAY(CASE)).create_with_capacity 32;
    } else {
      result := store_list_cases.last;
      store_list_cases.remove_last;
    };
    result    
  );
  
  - free_list_cases l:FAST_ARRAY(FAST_ARRAY(CASE)) <-
  ( + lst:FAST_ARRAY(CASE);
    (l.lower).to (l.upper) do { i:INTEGER;
      lst := l.item i;
      lst.clear;
      store_cases.add_last lst;      
    };
    l.clear;
    store_list_cases.add_last l;
  );
  
  - case_fusion low:INTEGER :FAST_ARRAY(FAST_ARRAY(CASE)) <-
  ( + c1,c2:CASE;
    + lst:FAST_ARRAY(CASE);
    + j:INTEGER;    
    + result:FAST_ARRAY(FAST_ARRAY(CASE));
    
    result := new_list_cases;
    (low).to (list.upper) do { i:INTEGER;
      c1 := list.item i;            
      lst := NULL;
      j := result.lower;      
      {(j <= result.upper) && {lst = NULL}}.while_do {
        c2 := result.item j.first;
        (c1 ~= c2).if {
          lst := result.item j;
          c1.code.remove;
        };
        j := j + 1;
      };
      (lst = NULL).if {
        lst := new_cases;
        result.add_last lst;                
      };
      lst.add_last c1;
    };
    result
  );lisaac_0.39_rc1/src/code_life/case.li0000644000175000017500000000620611314031246017374 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := CASE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Case for Switch.";
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Public
  
  + id:TYPE;
  
  + code:LIST; 
  
  - set_code new_code:LIST <-
  (
    code := new_code;
  );
  
  //
  // Creation.
  //
  
  - create val:TYPE with c:LIST :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make val with c;
    result
  );
  
  - make val:TYPE with c:LIST <-
  ( + tb:PROFIL_BLOCK;
    id   := val;    
    code := c;
    //
    tb ?= val;
    (tb != NULL).if {
      tb.inc_id;
    };
  );
  
  - my_copy:SELF <-
  ( + result:SELF;
    
    result := SELF.create id with (code.my_copy);
    result    
  );
  
  - remove <-
  ( + tb:PROFIL_BLOCK;
    code.remove;
    tb ?= id;
    (tb != NULL).if {
      tb.dec_id;
    };
  );
  
  //
  // Comparaison.
  //
  
  - Self:SELF '~=' other:CASE :BOOLEAN <-
  // BSBS : Naive implantation...
  ( + result:BOOLEAN;
    + wrt1,wrt2:WRITE_LOCAL;
    
    ((code.count = 1) && {code.count = other.code.count}).if {
      wrt1 ?= code.first;
      wrt2 ?= other.code.first;
      result := (
        (wrt1 != NULL) && 
        {wrt2 != NULL} && 
        {wrt1.variable = wrt2.variable} && 
        {wrt1.value ~= wrt2.value}
      );
    };
    result
  );
  
  //
  // Execute
  //
  
  - execute <-
  (                 
    id.set_late_binding;
    code.execute_case;
  );
  
  //
  // Genere
  //
  
  - genere buffer:STRING <-
  (  
    code.genere buffer;
  );
  lisaac_0.39_rc1/src/code_life/result.li0000644000175000017500000000556111314031246020002 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := RESULT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  - parent_expr:EXPR := EXPR;

Section Public
  
  - position:POSITION <- value.position;
  
  + write:WRITE;  
  
  - set_write v:WRITE <-
  (
    write := v;
  );
  
  //
  // Creation.
  //

  - create v:WRITE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make v;
    result
  );

  - make v:WRITE <-
  ( 
    write := v;
  );
  
  - my_copy:SELF <-
  ( + wrt:WRITE;
    + rd:READ;
    rd  ?= write.value;
    (rd = NULL).if {
      wrt := write.variable.write (write.position) with NULL value (write.value.my_copy);    
    } else {
      rd  := rd.variable.read_direct (rd.position) with NULL;   
      wrt := write.variable.write (write.position) with NULL value rd;    
    };
    create wrt
  );
  
  - execute:INSTR <-
  (
    write ?= write.execute;
    Self
  );
  
  //
  // Remove
  //
  
  - remove <-
  (
    write.remove;
  );
    
  //
  // Expr definition.
  // 
  
  - static_type:TYPE_FULL <- write.value.static_type;
  
  - get_type t:TYPES_TMP  <- write.value.get_type t;
  
  - execute_link:EXPR     <- write.execute_link;
  
  - execute_unlink:INSTR  <- write.execute_unlink;
  
  lisaac_0.39_rc1/src/code_life/cast.li0000644000175000017500000001012011314031246017401 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := CAST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Cast type.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
      
Section Public
  
  - is_invariant:BOOLEAN <- value.is_invariant;
  
  + static_type:TYPE_FULL;
  
  + value:EXPR;
  
  //
  // Creation.
  //
  
  - create t:TYPE_FULL value v:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make t value v;
    result    
  );
  
  - make t:TYPE_FULL value v:EXPR <-
  (
    position    := v.position;
    static_type := t;
    value       := v;
  );
  
  - my_copy:SELF <-
  (
    create static_type value (value.my_copy)
  );
  
  //
  // Searching.
  //
  
  - get_type t:TYPES_TMP <-
  (         
    t.add (static_type.raw);
  );
  
  //
  // Executing pass.
  //
  
  - remove <-
  (        
    value.remove;
  );
    
  - execute_unlink:INSTR <-  
  (
    value.execute_unlink
  );
  
  - execute_link:EXPR <-
  ( + result:EXPR;
    + int:INTEGER_CST;
    + lst_typ:TYPES_TMP;
    + other:CAST;
    
    value  := value.execute_link;
    result := Self;
    //
    ((static_type.raw = type_integer) && {value.is_constant}).if {
      result := value;
      new_execute_pass;
    }.elseif {
      (ALIAS_STR.is_integer (static_type.raw.name)) && 
      {value.is_constant} &&
      { int ?= value;  // BSBS: Merde avc les prototype_cst de type type_id : INTEGER
	int != NULL
      }
    } then {      
      int.cast_type static_type;
      result := value;
      new_execute_pass;
    }.elseif {
      other ?= value;
      (other != NULL) &&
      {other.static_type = static_type}
    } then {
      result := value;
      new_execute_pass;
    } else {
      lst_typ := TYPES_TMP.new;
      value.get_type lst_typ;
      ((lst_typ.count = 1) && {lst_typ.first = static_type.raw}).if {
	result := value;
	new_execute_pass;
      };
      lst_typ.free;
    };    
    //
    result
  );
  
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (    
    buffer.add_last '(';
    buffer.add_last '(';
    static_type.genere_declaration buffer;	
    buffer.add_last ' ';
    static_type.genere_star_declaration buffer;	
    buffer.add_last ')';
    value.genere buffer;
    buffer.add_last ')';
  );
  
  //
  // Display.
  //

  - display buffer:STRING <-
  (
    buffer.add_last '(';
    static_type.append_name_in buffer;
    (static_type.is_expanded).if_false {
      buffer.add_last '*';
    };
    buffer.add_last ')';
    value.display buffer;
  );










lisaac_0.39_rc1/src/code_life/read_local.li0000644000175000017500000000551611314031246020551 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := READ_LOCAL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Read for local.";
  
Section Inherit
  
  + parent_read:Expanded READ;
    
Section Public
  
  - is_invariant:BOOLEAN <- local.is_invariant;  
  
  + local:LOCAL;
  
  - variable:VARIABLE <- local;
  
  //
  // Comparison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <- 
  ( + rd:READ_LOCAL;
    
    rd ?= other;
    ((rd != NULL) && {local = rd.local})    
  );
    
  //
  // Creation.
  //
    
  - create p:POSITION with l:LOCAL :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p with l;
    result    
  );
  
  - make p:POSITION with l:LOCAL <-
  (
    position := p;
    local    := l;       
  );
  
  //
  // Execute
  //
  
  - execute_access_unlink:INSTR <- NULL;
  
  - execute_access_link;
  
  //
  // Genere
  //
    
  - genere buffer:STRING <-
  ( + tb:PROFIL_BLOCK;
    + idf:STRING_CONSTANT;
    
    idf := ALIASER_LOCAL.read Self;
    (local.is_result /*ensure_count = -100*/).if {
      buffer.add_last '*';
    };
    buffer.append idf;
    //
    
    tb ?= local.type.raw;    
    (tb != NULL).if {
      ALIASER_LOCAL.add_var_size local;
    };
    
  );
  









lisaac_0.39_rc1/src/code_life/loop.li0000644000175000017500000001474511314031246017441 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := LOOP;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Loop (call tail recursive).";
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section Public
  
  + link_count:INTEGER;
  
  + body:LIST;
  
  + name:STRING_CONSTANT;
  
  - set_link <-
  (
    link_count := link_count + 1;
  );
  
  - unset_link <-
  (
    link_count := link_count - 1;
    ? {link_count >= 0};
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION name lab:STRING_CONSTANT body lst:LIST :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name lab body lst;
    result
  );
  
  - make p:POSITION name lab:STRING_CONSTANT body lst:LIST <-
  (     
    position := p;    
    name := lab;
    body := lst;
  );
  
  - my_copy:SELF <-
  ( + result:SELF;
    + new_body:LIST;
    + switch:SWITCH;
    + case:LIST;
    + loop_end:LOOP_END;
        
    new_body := body.my_copy;
    result := LOOP.create position name (ALIAS_STR.get_intern name) body new_body;
    //
    switch ?= new_body.last; 
    (switch.list.lower).to (switch.list.upper) do { k:INTEGER;
      case := switch.list.item k.code;
      (! case.is_empty).if {
	loop_end ?= case.last;
	(loop_end != NULL).if {	  
	  ? {loop_end.loop = Self};
	  (loop_end.loop != Self).if {
	    semantic_error (position,"LOOP.my_copy BUG!!!");
	  };
	  loop_end := LOOP_END.create (loop_end.position) loop result;
	  case.put loop_end to (case.upper);
	};
      };
    };
    
    (result.link_count != link_count).if {      
      name.print;
      " Origin:".print;
      link_count.print;
      " copy:".print;
      result.link_count.print;
      '\n'.print;
      
      body.debug_display;
      
      semantic_error (position,"LOOP: Bug in copy.");
    };
    
    ? {result.link_count = link_count};
    result
  );

  //
  // Generation.
  //

  - remove <-
  ( 
    body.remove;    
    ? {link_count = 0};
  );
  
  - execute:INSTR <-
  ( + result:INSTR;     
    + cur_seq_call_local_and_loop:INTEGER;
    + cur_seq_call_and_loop:INTEGER;
    
    (link_count = 0).if {
      result := body.execute;
      new_execute_pass;
    } else {      
      cur_seq_call_local_and_loop := 
      seq_call_local_and_loop     := seq_call_local_and_loop + link_count;
      //
      cur_seq_call_and_loop :=
      seq_call_and_loop     := seq_call_and_loop + link_count;
      //
      seq_inline := seq_inline + 1;
      //
      result := Self;
      body.execute_case;      
      (loop_invariant = Self).if {
	loop_list := list_current;
	loop_seq_index := Old seq_index;
	//
	loop_seq_call_local_and_loop := cur_seq_call_local_and_loop;
	loop_seq_call_and_loop       := cur_seq_call_and_loop;
	//
	seq_call_local_and_loop := seq_call_local_and_loop + link_count;
	seq_call_and_loop       := seq_call_and_loop + link_count;
	body.execute_case;      
	loop_invariant := NULL;
      };
    };
    result
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (    
    buffer.append name;
    display_ref buffer;
    buffer.append ":\n";
    buffer.append indent;
    body.display buffer;
  );

  //
  // Generation.
  //
  
  - genere buffer:STRING <-
  (         
    (! genere_while buffer).if {
      
      current_list_level := current_list_level + link_count;        
      
      buffer.append name;
      buffer.append ":\n";
      buffer.append indent;
      body.genere buffer;
    };
  );
  
  - genere_while buffer:STRING :BOOLEAN <-
  ( + switch:SWITCH;
    + lst_true,lst_false,lst:LIST;
    + inverse:BOOLEAN;
    + result:BOOLEAN;
    
    (body.is_empty).if {        
      semantic_error (position,"LOOP BUG: Body loop empty !");
    };
    switch ?= body.last;
    (
      (switch != NULL) && 
      {switch.list.count = 2} &&
      {switch.list.first.id = type_true } && 
      {switch.list.second.id = type_false}
    ).if {
      lst_true  := switch.list.first.code;
      lst_false := switch.list.second.code;
      ((lst_true.is_empty) || {lst_false.is_empty}).if {
	(! lst_false.is_empty).if {
	  inverse := TRUE;
	  lst := lst_true;
	  lst_true := lst_false;
	  lst_false := lst;
        };
        
        current_list_level := current_list_level + 1;        
        
	(body.count = 1).if {
	  //
	  // While (...) do {...}.
	  //
	  result := TRUE;
	  inverse.if {
	    buffer.append "while (!";	    
	  } else {
	    buffer.append "while (";	    
	  };
	  switch.expr.genere buffer;
	  //
	  buffer.append ") ";
	  lst_true.remove_last; 
	  lst_true.genere buffer;
	}.elseif {lst_true.count = 1} then {
	  //
	  // Do {...} while (...).
	  //
	  result := TRUE;
	  buffer.append "do ";
	  body.remove_last;
	  body.genere buffer;
	  inverse.if {
	    buffer.append " while (!";	    
	  } else {
	    buffer.append " while (";	    
	  };	  
	  //
	  switch.expr.genere buffer;
	  buffer.add_last ')';
        };	
        
        current_list_level := current_list_level - 1;        
        
      };
    };
    result
  );
  
lisaac_0.39_rc1/src/code_life/loop_end.li0000644000175000017500000000621111314031246020254 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := LOOP_END;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Loop end (call tail recursive).";
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section Public
  
  + loop:LOOP;
  
  //
  // Creation.
  //
  
  - create p:POSITION loop l:LOOP :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p loop l;
    result
  );
  
  - make p:POSITION loop l:LOOP <-
  (     
    position := p;    
    loop := l;
    loop.set_link;
  );
  
  - my_copy:SELF <-
  ( 
    // Warning: See LOOP.my_copy
    Self
  );

  //
  // Generation.
  //

  - remove <-
  ( 
    loop.unset_link;    
  );
  
  - execute:INSTR <-
  (        
    (list_current = loop.body).if {
      POSITION.put_error semantic text "Recursivity without end (LOOP_END).";
      loop.position.put_position;
      position.put_position;
      POSITION.send_error;
    };
    
    ((is_optimization) && {loop_invariant = NULL} && {loop.link_count = 1}).if {
      loop_invariant := loop;
    };
    
    seq_call_local_and_loop := seq_call_local_and_loop - 1;
    seq_call_and_loop       := seq_call_and_loop - 1;        
    seq_inline := seq_inline + 1;
    Self
  );
  
  //
  // Display.
  //

  - display buffer:STRING <-
  (    
    buffer.append "goto ";
    buffer.append (loop.name);
    display_ref buffer;
  );

  //
  // Generation.
  //
  
  - genere buffer:STRING <-
  (             
    buffer.append "goto ";
    buffer.append (loop.name);
    
    current_list_level := current_list_level - 1;        
  );
  
lisaac_0.39_rc1/src/code_life/cop_lock.li0000644000175000017500000001017511314031246020252 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := COP_LOCK;

  - copyright := "2003-2007 Benoit Sonntag";

  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "COP in for data or function.";
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section Public
  
  + data:EXPR;
  
  //
  // Creation.
  //
  
  - create p:POSITION with dta:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p with dta;
    result
  );
  
  - make p:POSITION with dta:EXPR <-
  (
    position := p;
    data := dta;
  );
  
  - my_copy:SELF <- 
  (     
    create position with (data.my_copy)
  );
  
  - remove <-
  (
    data.remove;
  );
  
  //
  // Execute.
  //
  
  - execute:INSTR <-
  (
    Self
  );
  
  //
  // Generation.
  //
  
  - genere buffer:STRING <-
  (
    buffer.append "// Pre thread.\n";
    //  buffer.append "print_char('(');\n";
    //  buffer.append "print_char('\\n');\n";
    buffer.append indent;
    buffer.append "{ lith_node node,*n;\n";
    indent.append "  ";    
    buffer.append indent;
    buffer.append "lith_object *obj;\n";
    buffer.append indent;
    buffer.append "void *thread_save;\n";    
    buffer.append indent;
    buffer.append "obj = &((";
    data.genere buffer;
    buffer.append ")->thread);\n";    
    buffer.append indent;
    buffer.append "node.next = NULL;\n";
    buffer.append indent;
    buffer.append "pthread_mutex_init(&node.mutex,NULL);\n";
    buffer.append indent;
    buffer.append "pthread_mutex_lock(&obj->mutex);\n";    
    buffer.append indent;
    buffer.append "n = obj->last;\n";
    buffer.append indent;
    buffer.append "if (n == NULL) {\n";
    buffer.append indent;
    buffer.append "  obj->first = &node;\n";
    buffer.append indent;
    buffer.append "} else {\n";
    buffer.append indent;
    buffer.append "  n->next = &node;\n";
    buffer.append indent;
    buffer.append "  pthread_mutex_lock(&node.mutex);\n";
    buffer.append indent;
    buffer.append "};\n";
    buffer.append indent;
    buffer.append "obj->last = &node;\n";      
    buffer.append indent;
    buffer.append "pthread_mutex_unlock(&obj->mutex);\n";
    //
    buffer.append indent;    
    buffer.append "pthread_mutex_lock (&node.mutex);\n";
    buffer.append indent;    
    buffer.append "thread_save=pthread_getspecific(current_thread);\n";
    buffer.append indent;
    buffer.append "pthread_setspecific(current_thread,";
    data.genere buffer;
    buffer.add_last ')';    
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.append "COP_LOCK(";
    data.display buffer;
    buffer.add_last ')';
  );
  
lisaac_0.39_rc1/src/code_life/read_slot.li0000644000175000017500000001207611314031246020437 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := READ_SLOT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Read for slot";
  
Section Inherit
  
  + parent_read:Expanded READ;
    
Section Public
  
  - is_slot:BOOLEAN <- TRUE;
  
  - is_invariant:BOOLEAN <- slot.is_invariant receiver;  
  
  + slot:SLOT_DATA;
  
  + receiver:EXPR;
  
  - variable:VARIABLE <- slot;
  
  - get_last_value:EXPR <- variable.get_last_value receiver;  
  
  //
  // Comparison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <- 
  ( + rd:READ_SLOT;
    
    rd ?= other;
    ((rd != NULL) && {slot = rd.slot} && {receiver ~= rd.receiver})    
  );
    
  //
  // Creation.
  //
    
  - create p:POSITION with (r:EXPR,s:SLOT_DATA) :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p with (r,s);
    result    
  );
  
  - make p:POSITION with (r:EXPR,s:SLOT_DATA) <-
  (
    position := p;
    receiver := r;
    slot     := s;
  );
  
  - my_copy:SELF <-
  ( + result:SELF;
    
    result ?= slot.read position with (receiver.my_copy);
    result
  );
      
  //
  // Executing pass.
  //
    
  - remove <-
  (
    receiver.remove;
    parent_read.remove;
  );
  
  - execute_access_unlink:INSTR <- 
  (
    slot.execute;
    receiver.execute_unlink
  );
    
  - execute_access_link <- 
  ( 
    slot.execute;
    receiver := receiver.execute_link;        
  );

  //
  // Genere
  //
  
  - genere buffer:STRING <-
  ( + tf,tf2:TYPE_FULL;
    + t:TYPE;
    + add_end:BOOLEAN;
    + ptr,ptr2:BOOLEAN;
    
    (is_java).if {
      receiver.genere buffer;
      //not_yet_implemented;
      buffer.add_last '.';
      buffer.append (variable.intern_name);
    } else {    
      (slot.intern_name = ALIAS_STR.slot_self).if {
        buffer.append "((";
        tf := slot.type;
        tf.genere_declaration buffer;	
        buffer.add_last ' ';
        tf.genere_star_declaration buffer;	
        buffer.add_last ')';
        receiver.genere buffer;
        buffer.append ".self)";
      } else {
        tf := receiver.static_type;    
        t  := slot.receiver_type;
        (t.alias_slot != NULL).if {
          tf2 := slot.type;
          ptr  := (! tf .is_expanded) || {tf .is_expanded_ref} || {tf .is_strict};
          ptr2 := (! tf2.is_expanded) || {tf2.is_expanded_ref} || {tf2.is_strict};
          (ptr != ptr2).if {
            add_end := TRUE;
            (ptr).if {
              buffer.append "(*(";
            } else {
              buffer.append "(&(";
            };
          };
        };
        (
          (tf.is_strict) || {tf.is_expanded_ref} || {tf.is_expanded}
        ).if {
          receiver.genere buffer;
        } else {          
          buffer.append "((";          
          t.put_reference_declaration buffer;	
          buffer.add_last ' ';
          t.put_reference_star_declaration buffer;	
          buffer.add_last ')';
          receiver.genere buffer;
          buffer.add_last ')';          
        };
        (t.alias_slot = NULL).if {
          ((tf.is_expanded) && {! tf.is_expanded_ref} && {! tf.is_strict}).if {
            buffer.add_last '.';
          } else {
            buffer.append "->";
          };                  
          buffer.append (variable.intern_name);          
        }.elseif {add_end} then {
          buffer.append "))";
        };
      };    
    };
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    receiver.display buffer;
    buffer.append "->";
    parent_read.display buffer;    
  );










lisaac_0.39_rc1/src/code_life/expr_multiple.li0000644000175000017500000000735311314031246021356 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_MULTIPLE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Multiple expression manager";
  
  // BSBS: Utiliser ca une seule fois ! cela doit etre possible! 
  
Section Inherit
  
  - parent_expr:EXPR := EXPR;
  
Section Public
  
  + expr_list:FAST_ARRAY(EXPR);
    
  - cardinality:INTEGER <- expr_list.count;
  
  - static_type:TYPE_FULL <-
  (
    expr_list.first.static_type
  );
  
  - get_type t:TYPES_TMP <-
  (
    crash_with_message "EXPR_MULTIPLE.get_type";
  );
  
  //
  // Creation
  //
  
  // BSBS: Optim : Il faut que ce soit alouer et free après !!!
  - create l:FAST_ARRAY(EXPR) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make l;
    result
  );
  
  - make l:FAST_ARRAY(EXPR) <-
  (
    expr_list := l;
    position  := l.last.position;
  );
  
  - my_copy:SELF <-
  ( + new_lst:FAST_ARRAY(EXPR);
    
    new_lst := FAST_ARRAY(EXPR).create_with_capacity (expr_list.count);
    (expr_list.lower).to (expr_list.upper) do { j:INTEGER;
      new_lst.add_last (expr_list.item j.my_copy);
    };
    SELF.create new_lst
  );
  
  //
  // Remove.
  //
  
  - remove <-
  (
    (expr_list.lower).to (expr_list.upper) do { j:INTEGER;
      expr_list.item j.remove;
    };
  );
  
  //
  // Execute.
  //
  
  - execute_unlink:INSTR <- 
  (
    (expr_list.lower).to (expr_list.upper) do { j:INTEGER;
      expr_list.item j.remove;
    };
    NULL
  );
  
  - execute_link:EXPR <-
  (
    list_current.debug_display;
    crash_with_message "EXPR_MULTIPLE.execute_link";
    NULL
  );
  
  //
  // Access facility.
  //
  
  - lower:INTEGER <- expr_list.lower;
  - upper:INTEGER <- expr_list.upper;
  
  - item i:INTEGER :EXPR <- expr_list.item i;
  - last:EXPR            <- expr_list.last;
  - first:EXPR           <- expr_list.first;
  
  - count:INTEGER <- expr_list.count;  
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.add_last '(';
    (expr_list.lower).to (expr_list.upper - 1) do { j:INTEGER;
      expr_list.item j.display buffer;
      buffer.add_last ',';
    };
    expr_list.last.display buffer;
    buffer.add_last ')';
  );
  lisaac_0.39_rc1/src/code_life/read_global.li0000644000175000017500000000522611314031246020715 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := READ_GLOBAL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Read for global";
  
Section Inherit
  
  + parent_read:Expanded READ;
    
Section Public
  
  - is_invariant:BOOLEAN <- global.is_invariant NULL;  
  
  + global:SLOT_DATA;
  
  - variable:VARIABLE <- global;
  
  //
  // Comparison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <- 
  ( + rd:READ_GLOBAL;
    
    rd ?= other;
    ((rd != NULL) && {global = rd.global})    
  );
    
  //
  // Creation.
  //
    
  - create p:POSITION with g:SLOT_DATA :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p with g;
    result    
  );
  
  - make p:POSITION with g:SLOT_DATA <-
  (
    position := p;
    global   := g;
  );
  
  //
  // Execute
  //
  
  - execute_access_unlink:INSTR <- 
  (
    global.execute;
    NULL
  );

  - execute_access_link <- 
  (
    global.execute;
  );
  
  //
  // Genere
  //
  
  - genere buffer:STRING <-
  (     
    buffer.append (variable.intern_name);
  );
  











lisaac_0.39_rc1/src/code_life/write_local.li0000644000175000017500000000767011314031246020773 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := WRITE_LOCAL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Write local";
  
Section Inherit

  + parent_write:Expanded WRITE;
    
Section Public
    
  + local:LOCAL;
  
  - variable:VARIABLE <- local;
  
  //
  // Creation.
  //
  
  - create p:POSITION with val:EXPR in l:LOCAL :SELF <-
  ( + result:SELF;
    ? {p.code != 0};
    result := clone;
    result.make p with val in l;
    result
  );
  
  - make p:POSITION with val:EXPR in l:LOCAL <-
  (     
    position := p;
    local    := l;
    value    := val;
  );
    
  //
  // Execute.
  //
  
  - execute_access_unlink:INSTR <- NULL;
  
  - execute_access_link;

  - execute_argument:BOOLEAN <- 
  // BSBS: Cette methode foireuse ne doit plus etre necessaire (utilise execute normal)
  ( + new_val:INSTR;
    + read:READ;    
    + result:BOOLEAN;
    
    ? { variable != NULL };
    ? { value    != NULL };
    
    read ?= value;
    (ensure_count = 0).if {
      //
      // Supprime affectation.
      //      
      new_val := value.execute_unlink;
      (new_val = NULL).if {
	result := TRUE;
      }.elseif {list_current.old_seq_or_and = seq_or_and} then {
	list_current.insert_before new_val;
	result := TRUE;
      } else {
	value ?= new_val;
      };
    } else {
      //
      // Execution normal.
      //            
      execute_access_link;
      value := value.execute_link;      
    };
    result
  );  
  
  //
  // Genere
  //
  
  - genere buffer:STRING <-
  ( + idf:STRING_CONSTANT;
    
    idf := ALIASER_LOCAL.write Self;        
    (quiet_generation).if_false {
      (local.is_result).if { 
        buffer.add_last '*';
      };    
      buffer.append idf; 
      //
      ((value.static_type.raw = TYPE_NULL) && {variable.type.raw.is_block}).if {
        buffer.append ".__id=0";
      } else {        
        buffer.add_last '=';    
        genere_value buffer;
      };
    };
  );
  
  - genere_first_result buffer:STRING <-
  ( + idf:STRING_CONSTANT;
    
    idf := ALIASER_LOCAL.write Self;        
    (local.is_result).if { 
      buffer.add_last '*';
    };
    buffer.append idf;    
    //    
    buffer.add_last '=';    
  );
  
  - genere_argument_result buffer:STRING <-
  ( + idf:STRING_CONSTANT;
    
    idf := ALIASER_LOCAL.write Self;
    buffer.add_last '&';
    buffer.append idf; 
  );
  






lisaac_0.39_rc1/src/code_life/expr.li0000644000175000017500000001513211314031246017435 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := EXPR;

  - copyright   := "2003-2007 Benoit Sonntag";


  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Parent for all expression";
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section Public
  
  - cardinality:INTEGER <- 1;
  
  //
  // Comparison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <- FALSE;
  
  - Self:SELF '!~=' Right 60 other:EXPR :BOOLEAN <- ! (Self ~= other);
  
  //
  // Type.
  //
  
  - static_type:TYPE_FULL <- 
  ( 
    deferred; 
    NULL
  ); 
    
  - get_type t:TYPES_TMP <- deferred;

  //
  // Flag.
  //

  - is_constant:BOOLEAN <- FALSE;
    
  //
  // Check type.
  //
  
  - check_type t:TYPE_FULL with p:POSITION :EXPR <- 
  ( + result:EXPR;    
    + local:VARIABLE;
    + instr:INSTR;    
    + rec:EXPR;
    + slot_name:STRING_CONSTANT;
    + slot_msg:SLOT;    
    + node:NODE;
    + args:FAST_ARRAY(EXPR);
    + ts:ITM_TYPE_SIMPLE;
    
    ? {static_type != NULL};
    ? {t != NULL};
    
    (t.affect_with static_type).if {          
      result := Self;
    } else {            
      ? {list_current != NULL};
      (static_type.is_export_to t).if {	
	// Auto-export.	
	local := static_type.get_temporary position;
	instr := local.write position value Self;		
	list_current.add_last instr;
	//
	slot_name := ALIAS_STR.get (TYPE.last_cast_name);	
	slot_msg  := static_type.get_slot slot_name; 
	(slot_msg = NULL).if {	  
	  string_tmp.clear;
	  static_type.append_name_in string_tmp; 
	  string_tmp.append " -> ";
	  t.append_name_in string_tmp;
	  string_tmp.append ". Slot `";
	  string_tmp.append slot_name;
	  string_tmp.append "' not found in `";
	  static_type.append_name_in string_tmp;
	  string_tmp.append "'.";
	  POSITION.put_error semantic text string_tmp;
	  p.put_position;
	  static_type.prototype.position.put_position;
	  POSITION.send_error;
	  //semantic_error p,string_tmp;
	};	
	(slot_msg.argument_count != 1).if {	  
	  semantic_error (slot_msg.position,"No argument for this slot.");
	};
        ts ?= slot_msg.result_type;               
	((ts = NULL) || {ts.to_run_for (t.raw) != t}).if {	  	  
          string_tmp.copy "Type result `";          
          slot_msg.result_type.append_in string_tmp;	            
	  string_tmp.append "' is incorrect (Used for auto-conversion to `";
	  t.append_name_in string_tmp; 
	  string_tmp.append "').";
	  POSITION.put_error semantic text string_tmp;
	  slot_msg.position.put_position;
	  position.put_position;
	  POSITION.send_error;     
	};
	//	
	rec  := local.read position;
	node := NODE.new_read position slot slot_msg 
        receiver rec self rec intern FALSE;
	list_current.add_last node;
	//	
	result := node.result_expr;
      }.elseif {t.is_import_to static_type} then {
        // Auto-import.
	local := static_type.get_temporary position;
	instr := local.write position value Self;		
	list_current.add_last instr;
	//	
	slot_name := ALIAS_STR.get (TYPE.last_cast_name);
	slot_msg  := t.get_slot slot_name; 
	(slot_msg = NULL).if {	  
	  string_tmp.clear;
	  t.append_name_in string_tmp;
	  string_tmp.append " <- ";
	  static_type.append_name_in string_tmp; 
	  string_tmp.append ". Slot `";
	  string_tmp.append slot_name;
	  string_tmp.append "' not found in `";
	  t.append_name_in string_tmp; 
	  string_tmp.append "'.";
	  POSITION.put_error semantic text string_tmp;
	  p.put_position;
	  t.prototype.position.put_position;
	  POSITION.send_error;
	  //semantic_error p,string_tmp;
	};		
	(slot_msg.argument_count != 2).if {
	  semantic_error (slot_msg.position,"Incorrect argument for this slot.");
	};
        ts ?= slot_msg.result_type;        
	((ts = NULL) || {ts != ITM_TYPE_PARAMETER.type_self}).if {	  	  
	  string_tmp.copy "Type result `";	  
          slot_msg.result_type.append_in string_tmp;
	  string_tmp.append "' is incorrect (Used for auto-conversion to `";
	  t.append_name_in string_tmp;
	  string_tmp.append "').";
	  POSITION.put_error semantic text string_tmp;
	  slot_msg.position.put_position;
	  position.put_position;
	  POSITION.send_error;     
	};
	//	
	args := FAST_ARRAY(EXPR).create_with_capacity 2;
	args.add_last (PROTOTYPE_CST.create position type t);
	args.add_last (local.read position);
	node := NODE.new_read position slot slot_msg 
        receiver (args.first.my_copy) with args intern FALSE;
	list_current.add_last node;
	//	
	result := node.result_expr;	
      } else {
        // Type Error				
        t.prototype.filename.print; '='.print;        
        static_type.prototype.filename.print; '\n'.print;        
        
	string_tmp.copy "Type `";
	t.append_name_in string_tmp;	
	string_tmp.append "' is invalid with `";
	static_type.append_name_in string_tmp;
	string_tmp.append "'.";
	POSITION.put_error semantic text string_tmp;
	p.put_position;
        position.put_position;        
	POSITION.send_error;      
      };
    };
    result 
  );
  
  //
  // Execute.
  //
  
  - execute:INSTR <-
  (
    execute_unlink
  );
  
  - execute_link:EXPR <-
  (
    deferred;
    NULL
  );
  //[ ? {Result != NULL}; ];
  
  - execute_unlink:INSTR <-
  (
    deferred;
    NULL
  );
  

lisaac_0.39_rc1/src/code_life/push.li0000644000175000017500000001036611314031246017442 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PUSH;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Push context for debug mode";
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section PUSH,LISAAC
  
  - source_line:HASHED_DICTIONARY(STRING,UINTEGER_32) := 
  HASHED_DICTIONARY(STRING,UINTEGER_32).create;
  
Section Public
  
  + context:LOCAL;
  
  + is_first:BOOLEAN;
  
  - set_first f:BOOLEAN <-
  (
    is_first := f;
  );
  
  //
  // Creation.
  //
  
  - create pos:POSITION context v:LOCAL first f:BOOLEAN :SELF <-
  ( + result:SELF;
    ? {v != NULL};
    
    result := clone;
    result.make pos context v first f;
    result
  );
  
  - make pos:POSITION context v:LOCAL first f:BOOLEAN <-
  ( ? {pos.code != 0};            
    ? {v != NULL};
    (v = NULL).if {
      crash_with_message "PUSH";
    };    
    position := pos;
    context := v;
    is_first := f;    
  );
    
  - my_copy:SELF <- 
  ( + result:SELF;
    + new_context:LOCAL;
    
    (LOCAL.is_alias).if {
      new_context := context.get_alias;
      new_context.set_ensure_count 1;
      result := create position context new_context first is_first;
    } else {    
      result := create position context context first is_first;
    };
    result      
  );
      
  //
  // Execute.
  //

  - remove <-
  (
    // Nothing.
  );
  
  - execute:INSTR <- 
  ( + result:INSTR;
    + other:SELF;
    
    result := Self;
    (list_current.index < list_current.upper).if {
      other ?= list_current.item (list_current.index + 1);
      (other != NULL).if {
	(other.context = context).if {
	  result := NULL;
	  (is_first).if {
	    other.set_first TRUE;
	  };
	}.elseif {(is_first) && {! other.is_first}} then {
	  result := NULL;
	};
      };      
    };
    result
  );

  //
  // Genere
  //
    
  - genere buffer:STRING <-
  ( + id:UINTEGER_32;
    + idf:STRING_CONSTANT;
        
    idf := ALIASER_LOCAL.push Self; 
    (is_first).if {      
      buffer.append "lisaac_push_first(&";
    } else {
      buffer.append "lisaac_push(&";
    };
    buffer.append idf;
    buffer.add_last ',';
    id := position.code;
    (debug_with_code).if {
      (! source_line.fast_has id).if {
	source_line.fast_put (position.extract_line) to id;
      };
      buffer.add_last 'L';
    };
    id.append_in buffer;
    buffer.add_last ')';    
    
    buffer.append "; /* L";
    position.line.append_in buffer;
    buffer.add_last ' ';
    buffer.append (position.prototype.name);    
    buffer.append "*/";
  );

  //
  // Display.
  //

  - display buffer:STRING <-
  (
    buffer.append "push(";
    buffer.append (context.intern_name);
    buffer.add_last ')';
  );






lisaac_0.39_rc1/src/code_life/hello.li0000644000175000017500000000357211314031246017567 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := HELLO;

  - copyright := "2003-2009 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  - parent_object:OBJECT := OBJECT;

Section Public


  - toto <-
  ( 
    "Hello de src\n".print;
  );

lisaac_0.39_rc1/src/code_life/write.li0000644000175000017500000001404311314031246017611 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := WRITE;

  - copyright   := "2003-2007 Benoit Sonntag";
  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Write local, global or slot";
  
Section Inherit

  + parent_instr:Expanded INSTR;
    
Section Public
  
  //
  // Debug !!!!
  //
  
  + is_delete:BOOLEAN;
  
  + is_create:BOOLEAN;
  
  - set_delete <-
  (
    is_delete := TRUE;
  );
  
  - set_create <-
  (
    is_create := TRUE;
  );
  
  //
  // Fin debug !!!!
  //
  
  + quiet_generation:BOOLEAN;
  
  - set_quiet_generation <-
  (
    quiet_generation := TRUE;
  );
  
  - is_invariant:BOOLEAN <- value.is_invariant;
  
  - variable:VARIABLE <-
  (
    deferred;    
    NULL
  );
  
  - static_type:TYPE_FULL <- 
  ( 
    variable.type
  );
  
  + value:EXPR;

  - set_value new:EXPR <-
  (
    value := new;
  );

  - ensure_count:INTEGER <- variable.ensure_count;
  
  - get_type t:TYPES_TMP <-
  (
    (value != NULL).if {
      value.get_type t;
    };
  );
    
  - my_copy:SELF <-
  ( + new_val:EXPR;    
    + result:SELF;
    
    new_val := value.my_copy;
    result ?= variable.write position value new_val;
    result
  );
  
  //
  // Execute.
  //
  
  - execute_access_unlink:INSTR <- 
  (
    deferred;
    NULL
  );
  
  - execute_access_link <- deferred;
  
  - execute:INSTR <-
  ( + result:INSTR;
    + read:READ;
    + val:INSTR;
    + slot:SLOT_DATA;
    
    ? { variable != NULL };
    ? { value    != NULL };
    
    simplify_type variable;
    //debug_display;
    
    slot ?= variable;
    (      
      ( // First case : No link.
        (ensure_count = 0) && {(slot = NULL) || {! slot.id_section.is_mapping}}
      ) || 
      { // Second case : a := a;
	read ?= value;
	(read != NULL) && 
	{variable = read.variable} &&
	{(variable.is_local) || {variable.style = '-'}}	// BSBS: Ce cas dans rentrer dans set_write
      }
    ).if {
      //
      // Supprime affectation.
      //  
                  
      val := execute_access_unlink;
      (val != NULL).if {
	list_current.insert_before val;
      };
      variable.unwrite Self;
      result := value.execute_unlink;
      new_execute_pass;
    } else {
      //
      // Execution normal.
      //            
      /*( // BSBS: Bug, mais de toute facon le gain n'est pas la... (entre +5 a +20)
	(loop_invariant != NULL) && {list_current = loop_invariant.body} && 
	{is_invariant} && {variable.get_last_index != -1}
      ).if {	
	//old_loop_invariant := loop_invariant;
	//loop_invariant := NULL;
	//
	variable.reset_last_write Self;
	loop_list.insert_before Self;
	//
	//execute_access_link;      
	//value := value.execute_link;      
	//seq_index := seq_index + 1;
	//
	//loop_invariant := old_loop_invariant;
	result := NOP;
	count_invariant := count_invariant + 1;
      } else { */
        
        execute_access_link;              
	value := value.execute_link;      
	seq_index := seq_index + 1;
	variable.set_write Self;
	result := Self;      
      //};
    };
    result
  );
    
  - remove <-
  (
    variable.unwrite Self;
    value.remove;
  );
  
  //
  // Genere
  //
    
  - genere_value buffer:STRING <-
  (            
    (is_java).if {
      value.genere buffer;    
    } else {    
      (
        (static_type.is_expanded_ref) && 
        {! value.static_type.is_expanded_ref}
      ).if {
        ? {value.static_type.is_expanded};
        buffer.append "&(";
        value.genere buffer;    
        buffer.add_last ')';
      }.elseif {
        (static_type.is_expanded) && {! static_type.is_expanded_ref} &&
        {(! value.static_type.is_expanded) || {value.static_type.is_expanded_ref}} &&
        {value.static_type.raw != TYPE_NULL} // For Pointer := NULL
      } then {
        buffer.append "*(";
        value.genere buffer;    
        buffer.add_last ')';
      } else {
        value.genere buffer;
      };
    };
  );
    
  //
  // Display.
  //

  - display buffer:STRING <-
  (    
    //crash;
    buffer.append (variable.intern_name);
    
    buffer.add_last '[';
    variable.type.append_name_in buffer;
    buffer.add_last ']';
        
    buffer.append " :=";
    //to_pointer.append_in buffer;
    display_ref buffer;
    buffer.add_last ' ';
        
    (value = NULL).if {
      buffer.append "";
    } else {
      value.display buffer;
    };
  );

  - display_ref buffer:STRING <-
  (
    is_verbose.if {
      buffer.add_last '<';
      buffer.append (object_id.to_string);
      buffer.add_last '/';      
      ensure_count.append_in buffer;     
      buffer.add_last '>';
    };
  );

lisaac_0.39_rc1/src/code_life/write_global.li0000644000175000017500000000537311314031246021137 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := WRITE_GLOBAL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Write global";
  
Section Inherit

  + parent_write:Expanded WRITE;
    
Section Public
  
  + global:SLOT_DATA;
  
  - variable:VARIABLE <- global;
  
  //
  // Creation.
  //
  
  - create p:POSITION with val:EXPR in g:SLOT_DATA :SELF <-
  ( + result:SELF;
    ? {p.code != 0};
    result := clone;
    result.make p with val in g;
    result
  );
  
  - make p:POSITION with val:EXPR in g:SLOT_DATA <-
  (     
    position := p;
    value    := val;
    global   := g;
  );
      
  //
  // Execute.
  //

  - execute_access_unlink:INSTR <- 
  (
    global.execute;
    NULL
  );

  - execute_access_link <- 
  (    
    global.execute;
  );

  //
  // Genere
  //
  
  - genere buffer:STRING <-
  ( 
    TYPE.add_genere_global global;
    (quiet_generation).if_false {
      buffer.append (global.intern_name);
      //
      ((value.static_type.raw = TYPE_NULL) && {variable.type.raw.is_block}).if {
        buffer.append ".__id=0";
      } else {
        buffer.add_last '=';    
        genere_value buffer;
      };
    };
  );
  



lisaac_0.39_rc1/src/code_life/read.li0000644000175000017500000001367711314031246017406 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := READ;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Read for local, global or slot";
  
Section Inherit

  + parent_expr:Expanded EXPR;
    
Section Public
  
  - is_slot:BOOLEAN <- FALSE;
  
  - variable:VARIABLE <- 
  (
    deferred;
    NULL
  );

  - static_type:TYPE_FULL <- 
  ( 
    variable.type
  );
  
  - my_copy:SELF <-
  ( + result:SELF;
    result ?= variable.read position;
    result
  );
  
  //
  // Searching.
  //
  
  - get_type t:TYPES_TMP <-
  (     
    variable.get_type t;
  );
  
  - get_last_value:EXPR <- variable.get_last_value NULL;
  
  //
  // Executing pass.
  //

  - remove <-
  (
    variable.unread Self;      
  );
    
  - is_require_constant:CONSTANT <-
  ( + result:CONSTANT;
    + j:INTEGER;
    + val:EXPR;   
    + req_list:FAST_ARRAY(WRITE);
    //? { variable.require_first != NULL };
    /* BSBS: A REVOIR
    ((variable.require_first = NULL) && {!variable.type.is_expanded}).if {
      variable.intern_name.print; '\n'.print;
      "style [".print; variable.style.print; "]\n".print;
      warning_error (position,"READ : Compiler BUG! (require_first = NULL) ");
      //list_current.debug_display;
      //die_with_code 0;
      //crash_with_message "BUG READ : require_first = NULL";
    };
    */
    (variable.require_first != NULL).if {
      val := variable.require_first.value;
      (val.is_constant).if {
	result   ?= val;
	req_list := variable.require_list;
	(req_list != NULL).if {
	  j := req_list.lower;
	  {(j > req_list.upper) || {result = NULL}}.until_do {
	    val := req_list.item j.value;
	    ((! val.is_constant) || {result !~= val}).if {
	      result := NULL;
	    };
	    j := j + 1;
	  };
	};
      };
    };
    result
  );

  - execute_access_unlink:INSTR <- 
  (
    deferred;
    NULL
  );
  
  - execute_access_link <- deferred;
  
  - execute_unlink:INSTR <-
  // Delete read
  (
    variable.unread Self;
    new_execute_pass;
    execute_access_unlink    
  );
  
  - execute_link:EXPR <-
  ( + cst:CONSTANT;
    + rec:INSTR;
    + result:EXPR;
    + val:EXPR;
    + s:SLOT_DATA;
    + l:LOCAL;
    + wrt:WRITE;    
    //+ old_loop_invariant:LOOP;
        
    simplify_type variable;
    
    //
    s ?= variable;
    ( 
      (s = NULL) || {
	((s.style != '+') || {! s.id_section.is_mapping}) &&
	{(! variable.type.is_expanded) || {variable.type.is_default_expanded}}
      }
    ).if {      
      cst := is_require_constant;  // BSBS: Ce cas devrait rentrer dans get_last_value
      (cst != NULL).if {
	//
	// CONSTANT propagation.
	//
	variable.unread Self;
	rec := execute_access_unlink;
	(rec != NULL).if {
	  list_current.insert_before rec;
	};
	result := cst.my_copy;
	new_execute_pass;
      }.elseif {      
	(val := get_last_value) != NULL
      } then {
	//
	// VALUE_EXPR propagation, step by step.
	//      	
	result := val;
	variable.unread Self;	
	new_execute_pass;
      };
    };
    
    (result = NULL).if {
      //
      // Normal.
      //      
      ((is_slot) && {loop_invariant != NULL} && {is_invariant}).if {	
	//old_loop_invariant := loop_invariant;
	//loop_invariant := NULL;
	//
	l := static_type.get_temporary position;
	wrt := l.write position value Self;
	loop_list.insert_before wrt;
	result := l.read position;	
	//
	//wrt.execute;
	//result := result.execute_link;
	//
	//loop_invariant := old_loop_invariant;
	count_invariant := count_invariant + 1;
      } else {
	variable.set_read;
	execute_access_link;
	result := Self;  
      };
    };
    result
  );

  //
  // Display.
  //

  - display_ref buffer:STRING <-
  ( + req_list:FAST_ARRAY(WRITE);
    //is_verbose.if {
      buffer.add_last '<';
      buffer.append (object_id.to_string);
      buffer.append "/R";
      (variable.require_first != NULL).if {
	variable.require_first.object_id.append_in buffer;
	req_list := variable.require_list;
	(req_list != NULL).if {
	  (req_list.lower).to (req_list.upper) do { j:INTEGER;
	    buffer.add_last ',';
	    req_list.item j.object_id.append_in buffer;
	  };
	};
      } else {
	buffer.add_last '*';
      };
      buffer.append "/E";
      variable.ensure_count.append_in buffer;
      buffer.add_last '>';
    //};
  );
  
  - display buffer:STRING <-
  (
    buffer.append (variable.intern_name);
    buffer.add_last '[';
    variable.type.append_name_in buffer;
    buffer.add_last ']';
    display_ref buffer;
  );










lisaac_0.39_rc1/src/code_life/write_slot.li0000644000175000017500000001174511314031247020661 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := WRITE_SLOT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Write slot";
  
Section Inherit

  + parent_write:Expanded WRITE;
    
Section Public
  
  - is_invariant:BOOLEAN <- receiver.is_invariant && {value.is_invariant};
  
  + slot:SLOT_DATA;
  
  - variable:VARIABLE <- slot;
  
  + receiver:EXPR;
  
  //
  // Creation.
  //
  
  - create p:POSITION with val:EXPR in (r:EXPR,s:SLOT_DATA) :SELF <-
  ( + result:SELF;
    ? {p.code != 0};
    result := clone;
    result.make p with val in (r,s);
    result
  );
  
  - make p:POSITION with val:EXPR in (r:EXPR,s:SLOT_DATA) <-
  (     
    position := p;    
    value    := val;
    receiver := r;
    slot     := s;
  );
    
  - my_copy:SELF <-
  ( + new_val:EXPR;    
    + result:SELF;
    
    new_val := value.my_copy;
    result ?= variable.write position with (receiver.my_copy) value new_val;
    (quiet_generation).if {
      result.set_quiet_generation;
    };
    result
  );
  
  //
  // Execute.
  //

  - execute_access_unlink:INSTR <- 
  (    
    slot.execute;
    receiver.execute_unlink
  );
    
  - execute_access_link <- 
  ( 
    slot.execute;
    receiver := receiver.execute_link;        
  );
  
  - remove <-
  (
    receiver.remove;
    parent_write.remove;
  );
  
  //
  // Genere
  //
  
  - genere buffer:STRING <-
  ( + tf:TYPE_FULL;
    + t:TYPE;
    
    t := slot.receiver_type;
    t.add_genere_list;            
    (! quiet_generation).if {
      (t.alias_slot = variable).if {
        tf := receiver.static_type;    
        ((tf.is_strict) || {tf.is_expanded_ref}).if {
          buffer.append "(*";
          receiver.genere buffer;          
          buffer.add_last ')';
        }.elseif {tf.is_expanded} then {      
          receiver.genere buffer;          
        } else {
          buffer.append "*((";
          t := slot.receiver_type;
          t.put_reference_declaration buffer;	
          buffer.add_last ' ';
          t.put_reference_star_declaration buffer;	
          buffer.add_last ')';
          receiver.genere buffer;
          buffer.add_last ')';          
        };        
      } else {
        // Receiver.            
        (is_java).if {
          receiver.genere buffer;
          buffer.add_last '.';          
        } else {        
          tf := receiver.static_type;    
          ((tf.is_strict) || {tf.is_expanded_ref}).if {
            receiver.genere buffer;
            buffer.append "->";
          }.elseif {tf.is_expanded} then {      
            receiver.genere buffer;
            buffer.add_last '.';          
          } else {
            buffer.append "((";
            t := slot.receiver_type;
            t.put_reference_declaration buffer;	
            buffer.add_last ' ';
            t.put_reference_star_declaration buffer;	
            buffer.add_last ')';
            receiver.genere buffer;
            buffer.append ")->";          
          };
        };
        //
        buffer.append (variable.intern_name);
      };
      //
      ((value.static_type.raw = TYPE_NULL) && {variable.type.raw.is_block}).if {
        buffer.append ".__id=0";
      } else {
        buffer.add_last '=';    
        genere_value buffer;        
      };
    };
  );
  
  //
  // Display.
  //

  - display buffer:STRING <-
  (
    receiver.display buffer;
    buffer.append "->";
    parent_write.display buffer;    
  );

  
  




lisaac_0.39_rc1/src/code_life/list.li0000644000175000017500000002403711314031247017437 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := LIST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Expression list, immediate evaluation";
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section Private  
  
  + expr_list:FAST_ARRAY(INSTR);
    
Section Public  
  
  - is_invariant:BOOLEAN <-
  ( + result:BOOLEAN;
    + j:INTEGER;
    
    result := TRUE;
    j := expr_list.lower;
    {(j <= expr_list.upper) && {result}}.while_do {
      result := expr_list.item j.is_invariant;
      j := j + 1;
    };
    result
  );    
  
  - old_seq_or_and:UINTEGER_32;
  
  //
  // Linked list INSTR.
  //
  
  - lower:INTEGER <- expr_list.lower + 1;
  - upper:INTEGER <- expr_list.upper + 1;
  - count:INTEGER <- expr_list.count;
  
  - first:INSTR  <- expr_list.first;  
  - second:INSTR <- expr_list.second;
  
  - item i:INTEGER :INSTR <- expr_list.item (i-1);
  
  - current_item:INSTR <- expr_list.item index;
  
  - last:INSTR <- expr_list.last;
  
  - add_first i:INSTR <-
  (
    expr_list.add_first i;
    
    verify_once;
    
  );
  
  - add_last i:INSTR <- 
  (
    expr_list.add_last i;
    
    verify_once;
    
  );  
  
  - add e:INSTR to idx:INTEGER <-
  (
    expr_list.add e to (idx-1);
    
    verify_once;
    
  );
  
  - put e:INSTR to idx:INTEGER <-
  (
    expr_list.put e to (idx-1);        
  );  

  - remove_last <-
  (
    expr_list.remove_last;
  );
  
  - remove_index idx:INTEGER <-
  (
    ((list_current = Self) && {idx != index}).if {
      "LIST.remove_index ! ".print; idx.print; '/'.print; index.print; ' '.print; print;  '\n'.print;
    };
    
    expr_list.remove (idx-1);
  );
    
  //
  // Iterator.
  //  
  
  + index:INTEGER;
  
  - inc_index <-
  (
    index := index + 1;
  );
  
  - insert_before e:INSTR <-
  ( 
    ? {e != NULL};
    expr_list.add e to (index - 1);
    index := index + 1;
    
    verify_once;
    
  );

  - insert e:INSTR to idx:INTEGER <-
  ( 
    ? {e != NULL};
    expr_list.add e to (idx - 1);
    (idx <= index).if {
      index := index + 1;
    };
    
    verify_once;
    
  );
  
  //
  // Flags.
  //
  
  - is_empty:BOOLEAN <- count = 0;
  
  //
  // Creation.
  //
  
  - create p:POSITION :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p;
    result
  );
    
  - make p:POSITION <-
  (
    new_depend_pass;
    position  := p;
    expr_list := FAST_ARRAY(INSTR).create_with_capacity 2;    
  );

  - my_copy:SELF <-
  ( + result:SELF;

    result := SELF.create position;
    (lower).to (upper) do { j:INTEGER;
      result.add_last (item j.my_copy);
    };
    
    verify_once;
    
    result
  );

  //
  // Remove.
  //

  - remove <-
  (     
    (lower).to (upper) do { j:INTEGER;      
      item j.remove;
    };    
  );
    
  //
  // Execute.
  //
  
  - i_am_the_last i:INSTR :BOOLEAN <- 
  (
    last.i_am_the_last i
  );
  
  - execute:INSTR <-
  ( + result:INSTR;    
        
    execute_case;    

    (list_current != NULL).if {
      // Fusion list.      
      (expr_list.is_empty).if_false {
        lower.to (upper-1) do { j:INTEGER;
          list_current.insert_before (item j);
        };        
        result := last; 
        ? {result != NULL};      
        new_execute_pass;
      };
    } else {              
      result := Self;
    };    
    
    verify_once;
    
    result    
  );  
    
  - execute_case <-  
  ( + new_expr:INSTR; 
    + old_list_current:LIST;
    
    + old_expr:INSTR;
    + old_index:INTEGER;
    
    //
    seq_list.add_last Self; 
    seq_inline := seq_inline + 1;
    
    // Update Context.    
    old_list_current := list_current;
    list_current := Self;    
       
    // Execute expression list.
    ? {index = 0};
    
    //"LIST BEG : ".print; print; '\n'.print;
    
    index := lower;
    {index <= upper}.while_do {            
      old_seq_or_and := seq_or_and;                  
      
      old_expr := item index;
      old_index := index;
      
      new_expr := item index.execute;      
      (new_expr != NULL).if {	
        
        ((index = old_index) && {index > 1} && {item (old_index-1) = new_expr}).if {
          `*((unsigned int *)@old_expr)`:INTEGER_32.print; 
          '\n'.print;
          old_expr.debug_display;
          "\nDevient\n".print;
          new_expr.debug_display;
          semantic_error (new_expr.position,"ICI");
        };        
        
        put new_expr to index;        
                
        (verify_once).if_false {
          old_index.print; '-'.print;
          index.print; '\n'.print;
          print; '\n'.print;
          debug_display;
          crash;
        };
        
        index := index + 1;        
        (new_expr = CALL_NULL).if {
          // Delete all ...
          {index <= upper}.while_do {
            item index.remove;
            remove_index index;
          };
        };
      } else {
	remove_index index;
      };                  
    };
    
    //"LIST END : ".print; print; '\n'.print;
      
    // Last.    
    old_seq_or_and := seq_or_and;            
    index := 0; // Debug necessity
        
    // Restore Context.
    list_current := old_list_current;    
    //
    seq_list.remove_last;    
    seq_inline := seq_inline + 1;
        
    verify_once;
  );
  
Section Public
  
  //
  // Generation.
  //
  
  - genere buffer:STRING <-
  (         
    buffer.append "{\n";
    indent.append "  ";
    
    current_list_level := current_list_level + 1;
    
    genere_body buffer;
    
    current_list_level := current_list_level - 1;
    
    indent.remove_last 2;    
    buffer.append indent;
    buffer.add_last '}';
  );
    
  - genere_extern buffer:STRING <-
  ( + pos_local:INTEGER;   
              
    // Local.    
    pos_local := buffer.count+1;
    stack_local.clear;
    
    ALIASER_LOCAL.reset;
    
    genere_body buffer;
    
    // Local.    
    string_tmp.clear;        
    add_local (ALIASER_LOCAL.var_size.item 3) in string_tmp; // 64 bits
    add_local (ALIASER_LOCAL.var_size.item 2) in string_tmp; // 32 bits
    add_local (ALIASER_LOCAL.var_size.item 1) in string_tmp; // 16 bits
    add_local (ALIASER_LOCAL.var_size.item 0) in string_tmp; //  8 bits
    buffer.insert_string string_tmp to pos_local;          
  );
  
  //
  // Display.
  //

  - display buffer:STRING <-
  (    
    // Begin List.    
    buffer.add_last '(';
        
    // Code.
    buffer.add_last '\n';
    indent.append "  ";
    
    (lower).to (upper) do { j:INTEGER;
      buffer.append indent;      
      item j.display buffer;
      buffer.add_last '\n';
    };    
    indent.remove_last 2;
    buffer.append indent;
    
    // End List.
    buffer.add_last ')';
    display_ref buffer;
  );
  
Section Private  
  
  - verify_once:BOOLEAN <-
  ( + result:BOOLEAN;
    result := TRUE;
    (lower).to (upper - 1) do { j:INTEGER;
      ((item j = item (j+1)) && {item j != NOP} && {item j != CALL_NULL}).if {
        result := FALSE;
        "ERROR LIST: Violation once. ".print;
        j.print; '\n'.print;
      };
    };
    result
  );
  
  - genere_body buffer:STRING <-
  ( + old_count,j:INTEGER;    
    j := lower;
    {j <= upper}.while_do {
      buffer.append indent;
      old_count := buffer.count;
      {
        item j.genere buffer;
        j := j + 1;
      }.do_while {(j <= upper) && {old_count = buffer.count}};      
      buffer.append ";\n";
    };        
  );  
  
  - add_local tab:FAST_ARRAY(LOCAL) in buf:STRING <-
  ( + loc:LOCAL;
    + t:TYPE_FULL;
    + cur:INTEGER;
    //+ i:INTEGER;
    
    (! tab.is_empty).if {
      (tab.lower).to (tab.upper) do { j:INTEGER;
        loc := tab.item j;	
        loc.is_result.if_false {
          (loc.type.raw = TYPE_CONTEXT).if {
            context_counter := context_counter + 1;
          } else {
            local_counter := local_counter + 1;
          };          
          //
          simplify_type loc; // BSBS: Pas utile (c est un pb de result non utiliser)
          //
          (((buf.count + loc.intern_name.count - cur) > 70) || {t != loc.type}).if {
            // New line
            (t != NULL).if {
              buf.append ";\n";
            };
            cur := buf.count;
            t := loc.type;
            buf.append indent;
            t.genere_declaration buf;
            buf.add_last ' ';
          } else {
            buf.add_last ',';
          };
          t.genere_star_declaration buf;
          buf.append (loc.intern_name);
        };
      };
      buf.append ";\n";     
    };
  );
  
Section LISAAC

  - local_counter:INTEGER;
  
  - context_counter:INTEGER;lisaac_0.39_rc1/src/code_life/call_slot.li0000644000175000017500000004146411314031247020443 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := CALL_SLOT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Call slot method.";
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section Public
  
  - count_no_recursive:INTEGER;
  - count_context_sensitive:INTEGER;
  
  - reset_count_no_recursive <-
  (
    count_no_recursive := 0;
  );

  - reset_count_context_sensitive <-
  (
    count_context_sensitive := 0;
  );
    
  + profil:PROFIL;
  
  - set_profil p:PROFIL <-
  (
    profil := p;
  );
  
  - source:LIST <- profil.code;
  
  - is_interrupt:BOOLEAN <- profil.is_interrupt;
  
  - is_external:BOOLEAN  <- profil.is_external;
  
  //
  // Argument.
  //
  
  + argument_list:FAST_ARRAY(WRITE);
  
  + result_list:Expanded SLIM_ARRAY(RESULT); // BSBS: utiliter de RESULT ? => WRITE_LOCAL
  
  + cop_argument:EXPR;
  
  + is_cop_return:BOOLEAN;
  
  - set_args args:FAST_ARRAY(WRITE) <-
  (
    argument_list := args;
  );
  
  - set_cop_argument arg:EXPR <-
  (
    cop_argument := arg;
  );
    
  //
  // Creation.
  //
  
  - create p:POSITION profil prof:PROFIL with l_arg:FAST_ARRAY(WRITE) cop arg:EXPR :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p profil prof with l_arg cop arg;
    result
  );
  
  - make p:POSITION profil prof:PROFIL with l_arg:FAST_ARRAY(WRITE) cop arg:EXPR <-
  ( + n:INTEGER;  
    position := p;    
    cop_argument := arg;
    // Choice profil.
    profil := prof;    
    argument_list := l_arg;
    profil.link Self;
    //
    (is_interrupt).if {
      n := 1;
    } else {
      n := profil.result_list.count;
    };
    result_list.make_with_capacity n;        
  );
  
  - my_copy:SELF <-
  ( + result:SELF;
    + wrt:WRITE;
    + new_arg:FAST_ARRAY(WRITE);
    + res:RESULT;
    result := clone;
        
    new_arg := FAST_ARRAY(WRITE).create_with_capacity (argument_list.count);
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
      (argument_list.item j = NULL).if {
	wrt := NULL;
      } else {
        // No Alias := Alias.
        wrt := argument_list.item j;            
	wrt := wrt.variable.write_direct (wrt.position) with NULL value (wrt.value.my_copy); 
	//wrt := argument_list.item j.my_copy;
      };
      new_arg.add_last wrt;
    };
    result.set_args new_arg;
    (cop_argument != NULL).if {
      result.set_cop_argument (cop_argument.my_copy);
    };
    //
    result.result_list.make_with_capacity (result_list.count);
    (result_list.lower).to (result_list.upper) do { j:INTEGER;      
      (result_list.item j = NULL).if {
        res := NULL;
      } else {
        // Alias := No Alias.
        res := result_list.item j.my_copy;
      };
      result.result_list.add_last res;
    };
    result.profil.link result;
    result
  );

  //
  // Generation.
  //

  - remove <-
  ( + e:WRITE;
    
    ((profil.link_count = 0) && {profil.cop_link_count = 0}).if { // BSBS: Debug...
      "CALL_SLOT : ".print;
      debug_display;
    };
    
    profil.unlink Self;
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
      e := argument_list.item j;
      (e != NULL).if {
	e.remove;
      };
    };    
    (cop_argument != NULL).if {
      cop_argument.remove;
    };
    (result_list.lower).to (result_list.upper) do { j:INTEGER;
      result_list.item j.remove;
    };
  );
  
Section Private  
  
  - execute_inline:(BOOLEAN,INSTR) <- 
  // Simple inlining
  ( + result:INSTR;
    + is_good:BOOLEAN;
    + new_src:LIST;
    + wrt:WRITE;
    + old_val:EXPR;    
    + loc:LOCAL;
    + prof_block:PROFIL_BLOCK;
        
    (source = list_current).if {      
      POSITION.put_error semantic text "Recursivity without end (call_slot).";
      source.position.put_position;
      position.put_position;
      POSITION.send_error;
    };
    /*
    (profil.name == "to__do__AAJH").if {
      "HERE!\n".print;
      (profil.is_inlinable).if {    
        "YES!\n".print;
      } else {
        "NO\n".print;
      };
      profil.stat.print; ' '.print;
      profil.link_count.print;
      '\n'.print;
      '\n'.print;
    };
    */
    (profil.is_inlinable).if {    
      (profil.link_count = 1).if {
        // 
        // Inlining simple.
        //	  	  	  	  
        (list_current.old_seq_or_and = seq_or_and).if {
          argument_to_assignment source index 1 alias FALSE style '+';	  
          (result_list.lower).to (result_list.upper) do { j:INTEGER;                        
            source.add_last (result_list.item j.write);
          };
          result := source.execute;          
	  profil.remove_inline;	  	  
          new_execute_pass;
          is_good := TRUE;
        };
      } else {
	//
	// Inline by copy:	  
	//
        (list_current.old_seq_or_and = seq_or_and).if {	    	    	    
          profil.unlink Self;	  	  	    	    
          
          prof_block ?= profil;
          (prof_block != NULL).if {	    
            (profil.argument_list.lower).to (profil.argument_list.upper) do { j:INTEGER;
              loc := profil.argument_list.item j;
              (loc != NULL).if {
		loc.set_my_alias (loc.my_copy);
	      };
	    };
	  } else {
	    LOCAL.alias_on;
	  };
          //LOCAL.alias_on;
          
          new_src := source.my_copy;	                     
          argument_to_assignment new_src index 1 alias TRUE style '+';
          (result_list.lower).to (result_list.upper) do { j:INTEGER;
            wrt := result_list.item j.write;                        
            old_val := wrt.value;            
            wrt.set_value (old_val.my_copy);	      	      
            old_val.remove;            
            new_src.add_last wrt;
          };		  	                      
          
          (prof_block != NULL).if {
	    (profil.argument_list.lower).to (profil.argument_list.upper) do { j:INTEGER;
	      loc := profil.argument_list.item j;
	      (loc != NULL).if {
		loc.set_my_alias NULL;
	      };
	    };
	  } else {
	    LOCAL.alias_off;
	  };	  
          //LOCAL.alias_off;          
                    
	  result := new_src.execute;
          is_good := TRUE;
	  new_execute_pass;	  	  
        };
      };
    };
    is_good,
    result
  );  
  
  - execute_normal <-
  ( + wrt:WRITE_LOCAL;
        
    // Pour l'instant ne change pas le profil
    // il faut faire une copie de l'ancien !!
    
    //profil := profil.update self link FALSE;
          
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;      
      wrt ?= argument_list.item j;	            
      (wrt != NULL).if {			
	(wrt.execute_argument).if {
	  new_execute_pass;
          argument_list.put NULL to j;                    
	  (wrt.ensure_count = 0).if {
	    profil.argument_list.put NULL to j;
	  };
	};
      };
    };            	              
    /* BSBS: A revoir avec pb `list' l.352 et `profil' pour result
    (result_list.lower).to (result_list.upper) do { j:INTEGER;
      result_list.item j.execute;
    };
    */
    (cop_argument != NULL).if {
      cop_argument := cop_argument.execute_link;
      (
        (! is_cop_return) && 
        {profil_current != NULL} && 
        {profil_current.cop_link_count != 0} && 
        {profil_current.link_count = 0} &&
        {profil_current.result_list.is_empty}
      ).if {
        // BSBS: Il faut produire reellement 2 versions (une COP et une non COP)
        // Ainsi tu pourras generaliser l'optim et l'appliquer que sur la version COP.
        is_cop_return := profil_current.i_am_the_last Self;                
      };
    };    
    (profil.is_context_sensitive).if {
      seq_call_local_and_loop := seq_call_local_and_loop + 1;
    };
    seq_call_and_loop   := seq_call_and_loop + 1;
    seq_inline := seq_inline + 1;
        
    //
    // Counter.
    //    
    (! profil.is_recursive).if {
      count_no_recursive := count_no_recursive + 1;
    };
    (profil.is_context_sensitive).if {
      count_context_sensitive := count_context_sensitive + 1;
    };
  );
      
Section Public
  
  - execute:INSTR <-
  ( + result:INSTR;        
    + is_good:BOOLEAN;    

    (is_good,result) := execute_inline;
    (! is_good).if {      
      execute_normal;
      (source.is_empty).if {
        // Suppression.	
        profil.unlink Self;	
        new_execute_pass;
      } else {
        result := Self;
        profil.set_life;
      };
    };
    
    result
  );

  //
  // Display.
  //

  - display_style buffer:STRING <-
  ( + t:HASHED_SET(TYPE);
    buffer.append (profil.name);
    buffer.add_last '(';
      
    type_list.lower.to (type_list.upper) do {	 j:INTEGER;
      t := type_list.item j;
      t.lower.to (t.upper - 1) do { k:INTEGER;
	buffer.append (t.item k.name);
	buffer.add_last 'x';
      };
      buffer.append (t.last.name);
      (j != type_list.upper).if {
	buffer.add_last ',';
      };
    };
    buffer.add_last ')';
  );

  - display buffer:STRING <-
  ( + arg:WRITE;

    buffer.append (profil.name);
    display_ref buffer;
    argument_list.is_empty.if {
      buffer.append "()";
    } else {
      buffer.append "(";		
      argument_list.lower.to (argument_list.upper) do { j:INTEGER;
	arg := argument_list.item j;
	(arg = NULL).if {
	  buffer.append "<>"
	} else {
	  arg.value.display buffer;
	};
	buffer.add_last ',';
      };		        
      buffer.put ')' to (buffer.upper);	
    };
  );

  - display_light <-
  (
    string_tmp.copy "CALL '";
    string_tmp.append (profil.name);
    string_tmp.append "' ";
    string_tmp.append (position.prototype.intern_name);
    //position.put_light_position_in(string_tmp);
    string_tmp.append " --> ";
    string_tmp.append (source.position.prototype.intern_name);
    //source.position.put_light_position_in(string_tmp);
    string_tmp.append " (Version ";
 //   string_tmp.append (proto_self_current.intern_name);
    string_tmp.append ")\n";
    string_tmp.print;
  );

  //
  // Generation.
  //
  
  - genere buffer:STRING <-
  ( + val:WRITE;
    + arg:LOCAL;
    + wrt:WRITE_LOCAL;
    + np:INTEGER;
    + low:INTEGER;
    + back:INTEGER;
    
    (cop_argument != NULL).if {
      (
        (argument_list.count >=1) && 
        {argument_list.first != NULL} && 
        {argument_list.first.variable.name = ALIAS_STR.variable_self}
      ).if {
        low := 1;
      };
      (argument_list.count-low > 0).if {        
        back := buffer.count;
        buffer.append "pthread_mutex_lock (&(";
        cop_argument.genere buffer;        
        buffer.append "->thread.mutex));\n";                
        (low).to (argument_list.upper) do { j:INTEGER; 
          val := argument_list.item j;        
          (val != NULL).if {	           
            buffer.append indent;
            cop_argument.genere buffer;
            buffer.append "->param_";
            np.append_in buffer;
            buffer.append "=(int)";
            val.genere_value buffer;	  
            buffer.append ";\n";          
            np := np + 1;
          } else {
            "arg null\n".print;
          };
        };        
        buffer.append indent;
        (np = 0).if {
          buffer.keep_head back;
        };
      };            
      cop_argument.genere buffer;
      buffer.append "->thread.procedure = COP_";
      buffer.append (profil.name);
      buffer.append ";\n";
      buffer.append indent;
      (is_cop_return).if {
        buffer.append "return";
      } else {
        buffer.append "run_procedure";
      };
      buffer.append "((lith_object *)";
      cop_argument.genere buffer;
      buffer.add_last ')';
    } else {    
      (result_list.is_empty).if_false {
        wrt ?= result_list.first.write;
        (wrt.local.ensure_count != 0).if {
          wrt.genere_first_result buffer;      
        };        
      };
      buffer.append (profil.name);
      
      (is_graph).if {
        (profil_current = NULL).if {
          profil_main.add_call profil; 
        } else {
          profil_current.add_call profil; 
        };                
      };
            
      (is_interrupt || {is_external}).if {
        (argument_list.first != NULL).if {
          semantic_error (argument_list.first.position,
          "Impossible `Self' argument for External or Interrupt slot.");
        };
      };
      (! is_interrupt).if {
        buffer.add_last '(';	
        (argument_list.lower).to (argument_list.upper) do { j:INTEGER; 
          val := argument_list.item j;
          arg := profil.argument_list.item j;
          (val != NULL).if {	 
            (buffer.last != '(').if {
              buffer.add_last ',';
            };
            val.genere_value buffer;	  
          };
        };
        (result_list.count > 1).if {
          (result_list.lower+1).to (result_list.upper) do { j:INTEGER;
            (buffer.last != '(').if {
              buffer.add_last ',';
            };
            wrt ?= result_list.item j.write;
            wrt.genere_argument_result buffer;	  
          };
        };
        buffer.add_last ')';
      };
    };
  );
    
  //
  // Intern routine.
  //
  
Section PROFIL
/*      
  - to_tail_recursive:LOOP <-
  ( + switch:SWITCH;
    + msg_slot:CALL_SLOT;    
    + body:LIST;     
    + wrt:WRITE;
    + new_val:EXPR;
    + new_wrt:INSTR;
    + result:LOOP;
    + push:PUSH;
    
    result := LOOP.create position name (profil.name) body source;
    
    //
    // Main List.
    //
            
    // Argument -> Affectation.              
    wrt := argument_list.first;
    (wrt != NULL).if {
      argument_list.put NULL to 0;	
      (! wrt.value.static_type.is_expanded).if {	
	new_val := CAST.create (wrt.static_type) value (wrt.value);
	wrt.set_value new_val;
      };      
      wrt.variable.set_style '+';
      new_wrt := wrt.execute;
      (new_wrt != NULL).if {	
	list_current.insert new_wrt to (list_current.index);	
      };
    };
    (argument_list.lower + 1).to (argument_list.upper) do { k:INTEGER;
      wrt := argument_list.item k;
      (wrt != NULL).if {	
	argument_list.put NULL to k;	
	wrt.variable.set_style '+';
	new_wrt := wrt.execute;
	(new_wrt != NULL).if {	  
	  list_current.insert new_wrt to (list_current.index);
	};
      };
    };
        
    (debug_level_option != 0).if {      
      push ?= source.first;
      list_current.insert (push.my_copy) to (list_current.index);      
      push.set_first FALSE;
    };
    
    // Extract Switch/body:
    switch ?= source.last;
    (switch.list.lower).to (switch.list.upper) do { k:INTEGER;
      body := switch.list.item k.code;
      (body.is_empty).if_false {	
	msg_slot ?= body.last;
	((msg_slot != NULL) && {msg_slot.profil = profil}).if {	  
	  // DEBUG
	  (msg_slot = Self).if {
	    semantic_error (position,"CALL_SLOT : BUG!!!!");
          };
	  // FIN DEBUG
	  msg_slot.argument_to_assignment body index (body.upper) alias FALSE;
	  body.put (LOOP_END.create (msg_slot.position) loop result) to (body.upper);
	};	
      };
    };
    result
  );
  */
  - argument_to_assignment lst:LIST 
  index idx:INTEGER 
  alias is_alias:BOOLEAN 
  style styl:CHARACTER <-
  ( + val,new_wrt:WRITE;        
    + loc:LOCAL;
    
    // Argument -> Affectation.
    (argument_list.upper).downto (argument_list.lower) do { k:INTEGER;
      val   := argument_list.item k;
      (val != NULL).if {	
	argument_list.put NULL to k;
	(is_alias).if {
	  loc ?= val.variable;	  
	  new_wrt := loc.write (val.position) value (val.value);	  	  
	  loc.unwrite val;	  
	} else {
	  new_wrt := val;	  
	};
        lst.insert new_wrt to idx;        
        new_wrt.variable.set_style styl;
      };
    };    
  );
lisaac_0.39_rc1/src/code_life/nop.li0000644000175000017500000000417611314031247017262 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := NOP;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "The nop instruction";
  
  // BSBS: il faurai voir si c'est encore utile... (attention à la phase recursive)
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section Public
  
  - my_copy:SELF <- Self;
  
  //
  // Execute.
  //

  - remove <-
  (
    // Nothing.
  );
  
  - execute:INSTR <- NULL;

  //
  // Display.
  //

  - display buffer:STRING <-
  (
    buffer.append "nop";
  );






lisaac_0.39_rc1/src/code_life/cop_unlock.li0000644000175000017500000000617711314031247020625 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := COP_UNLOCK;

  - copyright := "2003-2007 Benoit Sonntag";

  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "COP in for data or function.";
  
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section Public
    
  //
  // Creation.
  //
  
  - create p:POSITION :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p;
    result
  );
  
  - make p:POSITION <-
  (
    position := p;    
  );
  
  - my_copy:SELF <- 
  ( 
    create position
  );
  
  - remove <-
  (
    // Nothing.
  );
  
  //
  // Execute.
  //
  
  - execute:INSTR <-
  (
    Self
  );
  
  //
  // Generation.
  //
  
  - genere buffer:STRING <-
  (
    buffer.append "pthread_mutex_lock(&(obj->mutex));\n"; 
    buffer.append indent;
    buffer.append "n = obj->first->next;\n";
    buffer.append indent;
    buffer.append "if (n != NULL) {\n";
    buffer.append indent;
    buffer.append "  pthread_mutex_unlock(&n->mutex);\n";
    buffer.append indent;
    buffer.append "} else {\n";
    buffer.append indent;
    buffer.append "  obj->last = NULL;\n";
    buffer.append indent;
    buffer.append "};\n";
    buffer.append indent;
    buffer.append "obj->first = n;\n";
    buffer.append indent;
    buffer.append "pthread_mutex_unlock(&obj->mutex);\n";     
    buffer.append indent;
    buffer.append "pthread_setspecific(current_thread,thread_save);\n";    
    indent.remove_last 2;
    buffer.append indent;
    buffer.add_last '}';
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.append "COP_UNLOCK()";
  );
  
lisaac_0.39_rc1/src/code_life/instr.li0000644000175000017500000000647111314031247017625 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := INSTR;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for all Instruction.";
  
Section Inherit
  
  + parent_itm_object:Expanded ITM_OBJECT;
  
Section Public
    
  - is_invariant:BOOLEAN <- FALSE;
  
  //
  //
  //
  
  - hash_code:INTEGER <- INTEGER.force_conversion position;

  - my_copy:SELF <- 
  ( 
    debug_display;
    deferred; 
    NULL 
  );  
  
  //
  // Executing pass.
  //

  - cmp other:INSTR :BOOLEAN := FALSE;
  
  - i_am_the_last i:INSTR :BOOLEAN <- (i = Self);
  
  - execute:INSTR <- 
  ( 
    debug_display;
    deferred; 
    NULL
  );
  
  - remove <- 
  (
    debug_display;    
    deferred;
  );

  - genere buffer:STRING <- 
  (
    // BUG.
    display buffer;
    buffer.append " /* INSTR.genere :: Not genere ! */";
    // FIN BUG.
    //deferred;
  );

  //
  // Display.
  //

  - display_ref buffer:STRING <-
  (
    is_verbose.if {
      buffer.append "<";
      object_id.append_in buffer;
      buffer.append ">";
    };
  );

  - display buffer:STRING <- 
  (
    "INSTR.display\n".print;
    deferred; 
  );

  - debug_display <-
  ( + voir:STRING;
    
    voir := STRING.create 250;
    display voir;
    voir.print;
    '\n'.print;
  );
  
  - simplify_type v:VARIABLE <-
  ( + tmp_type:TYPES_TMP;
    
    ((! v.is_static) && {! v.type.is_strict}).if {
      tmp_type := TYPES_TMP.new;
      v.get_type tmp_type;
      (tmp_type.count != 0).if {
        (tmp_type.first = TYPE_NULL).if {
          tmp_type.remove_first;
          (tmp_type.count = 1).if {        
            v.set_type (tmp_type.first.default.to_strict);        
          };
        };              
      };
      tmp_type.free;
    };
  );
lisaac_0.39_rc1/src/constant/0000755000175000017500000000000011314031324016044 5ustar  sonntagsonntaglisaac_0.39_rc1/src/constant/character_cst.li0000644000175000017500000000531511314031247021207 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := CHARACTER_CST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Character constant";
  
Section Inherit
  
  + parent_constant:Expanded CONSTANT;
  
Section Public

  //
  // Value.
  //

  + text:STRING_CONSTANT;

  //
  // Creation.
  //

  - create p:POSITION char car:STRING_CONSTANT :SELF<-
  ( + result:SELF;
    result := clone;
    result.make p char car;
    result
  );
  
  - make p:POSITION char car:STRING_CONSTANT <-
  (
    position := p;
    text := car;
    static_type := type_character.default;
  );

  - my_copy:SELF <- SELF.create position char text;

  //
  // Comparaison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-    
  ( + s:SELF;
    s ?= other;
    (s != NULL) && {text = s.text}
  );

  //
  // Generation.
  //

  - genere buffer:STRING <-
  (
    buffer.add_last '\'';
    buffer.append text;
    buffer.add_last '\'';
  );

  //
  // Display.
  //

  - display buffer:STRING <-
  (
    buffer.add_last '\'';
    buffer.append text;        
    buffer.add_last '\'';
    display_ref buffer;
  );





lisaac_0.39_rc1/src/constant/real_cst.li0000644000175000017500000000560211314031247020175 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := REAL_CST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Real float constant";
  
Section Inherit
  
  + parent_constant:Expanded CONSTANT;
  
Section Public

  //
  // Value.
  //

  + value:STRING_CONSTANT;
    
  //
  // Creation.
  //

  - create p:POSITION value v:STRING_CONSTANT type t:TYPE_FULL :SELF<-
  ( + result:SELF;
    result := clone;
    result.make p value v type t;
    result
  );
  
  - make p:POSITION value v:STRING_CONSTANT type t:TYPE_FULL <-
  (
    position := p;
    value    := v;
    static_type := t;    
  );

  - my_copy:SELF <- SELF.create position value value type static_type;

  //
  // Comparaison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-
  ( + p:REAL_CST;
    p ?= other;
    (p != NULL) && {value = p.value} && {static_type = p.static_type}
  );

  //
  // Depend.
  //

  - cast_type p:TYPE_FULL <-
  (
    ? { p != type_real };
    static_type := p;    
  );

  //
  // Generation.
  //

  - genere buffer:STRING <-
  (
    buffer.append value;
  );

  //
  // Display.
  //

  - display buffer:STRING <-
  (
    buffer.add_last '(';
    static_type.append_name_in buffer;
    buffer.add_last ')';
    buffer.append value;
    display_ref buffer;
  );
  
  








lisaac_0.39_rc1/src/constant/native_array_character_cst.li0000644000175000017500000000537411314031247023760 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := NATIVE_ARRAY_CHARACTER_CST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "String constant";
  
Section Inherit
  
  + parent_constant:Expanded CONSTANT;
  
Section Public
     
  //
  // Value.
  //

  + string:STRING_CONSTANT;

  //
  // Creation.
  //

  - create p:POSITION text n:STRING_CONSTANT :SELF<-
  ( + result:SELF;
    result := clone;
    result.make p text n;
    result
  );
  
  - make p:POSITION text n:STRING_CONSTANT <-
  (
    position := p;
    string   := n;
    static_type := type_n_a_character.default;
  );

  - my_copy:SELF <- SELF.create position text string;

  //
  // Comparaison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-  
  ( + p:NATIVE_ARRAY_CHARACTER_CST;
    p ?= other;
    (p != NULL) && {string = p.string}
  );

  //
  // Generation.
  //

  - genere buffer:STRING <-
  ( 
    buffer.add_last '\"';
    buffer.append string;
    buffer.add_last '\"';
  );
  
  //
  // Display.
  //

  - display buffer:STRING <-
  (
    buffer.add_last '\"';
    buffer.append string;
    buffer.add_last '\"';
    display_ref buffer;
  );
  
  




lisaac_0.39_rc1/src/constant/prototype_cst.li0000644000175000017500000000532111314031247021315 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PROTOTYPE_CST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Prototype constant";
  
Section Inherit
  
  + parent_constant:Expanded CONSTANT;
  
Section Public

  //
  // Creation.
  //
  
  - create p:POSITION type t:TYPE_FULL :SELF<-
  ( + result:SELF;
    ? {p.code != 0};
    ? {t != NULL};
    
    result := clone;
    result.make p type t;
    result
  );
  
  - make p:POSITION type t:TYPE_FULL <-
  (
    position    := p;           
    static_type := t.to_strict;    
  );

  - my_copy:SELF <- 
  ( 
    SELF.create position type static_type
  );

  //
  // Comparaison.
  //

  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-    
  ( + p:PROTOTYPE_CST;
    p ?= other;
    (p != NULL) && {static_type = p.static_type}
  );
  
  //
  // Execute
  //
  
  - execute_link:EXPR <-
  (     
    Self
  );  
  
  //
  // Generation.
  //

  - genere buffer:STRING <-
  (
    static_type.genere_value buffer;
  );

  //
  // Display.
  //

  - display buffer:STRING <-
  (
    static_type.display buffer;
    display_ref buffer;    
  );
  

lisaac_0.39_rc1/src/constant/constant.li0000644000175000017500000000436211314031247020234 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := CONSTANT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Parent for all constants";
  
Section Inherit
  
  + parent_expr:Expanded EXPR; 
  
Section Public

  //
  // Comparison.
  //
  
  - is_constant:BOOLEAN <- TRUE;
  
  - is_invariant:BOOLEAN <- TRUE;
  
  //
  // Typing.
  //
    
  + static_type:TYPE_FULL;
  
  - get_type t:TYPES_TMP <-
  (                 
    t.add (static_type.raw);
  );

  //
  // Generation.
  //

  - remove <-
  (
    // Nothing. 
  );
  
  - execute_unlink:INSTR <-
  (
    new_execute_pass;
    NULL
  );
    
  - execute_link:EXPR <- Self;

  


lisaac_0.39_rc1/src/constant/integer_cst.li0000644000175000017500000001501411314031247020705 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := INTEGER_CST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Integer constant";
  
Section Inherit
  
  + parent_constant:Expanded CONSTANT;
  
Section Public

  //
  // Value.
  //

  + value:INTEGER_64;
  
  - set_value new_value:INTEGER_64 <-
  (
    value := new_value;
    check_type;
  );
  
  - to_power:INTEGER_64 <-
  // 2^Result = self or else -1
  ( + result,val:INTEGER_64;
    
    val := value;
    (val = 0).if {
      result := -1;
    } else {      
      {(val & 1) = 0}.while_do {		
	val := val >> 1;
	result := result + 1;
      };
      (val != 1).if {
	result := -1;
      };
    };
    result
  );
  
  - is_signed:BOOLEAN <-
  ( + typ:STRING_CONSTANT;
    
    typ := static_type.raw.name;   
    (typ = ALIAS_STR.prototype_integer_64) ||
    {typ = ALIAS_STR.prototype_integer_32} ||
    {typ = ALIAS_STR.prototype_integer_16} ||
    {typ = ALIAS_STR.prototype_integer_8 }
  );
  
  - is_saturated:BOOLEAN <-
  ( + result:BOOLEAN;

    (is_signed).if {
      result := value = -1;
    } else {
      (static_type.raw.name)
      .when (ALIAS_STR.prototype_uinteger_64) then {
	result := FALSE; // value = 0FFFFFFFFFFFFFFFFh;
      }
      .when (ALIAS_STR.prototype_uinteger_32) then {
	result := value = 0FFFF_FFFFh;
      }
      .when (ALIAS_STR.prototype_uinteger_16) then {
	result := value = 0FFFFh;
      }
      .when (ALIAS_STR.prototype_uinteger_8 ) then {
	result := value = 0FFh;
      };
    };
    result    
  );
  
  //
  // Creation.
  //

  - create p:POSITION value v:INTEGER_64 type t:TYPE_FULL :SELF<-
  ( + result:SELF;
    result := clone;
    result.make p value v type t;
    result
  );
  
  - make p:POSITION value v:INTEGER_64 type t:TYPE_FULL <-
  (
    position := p;
    value := v;
    static_type := t;    
    check_type;
  );

  - my_copy:SELF <- SELF.create position value value type static_type;

  //
  // Comparaison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-
  ( + p:INTEGER_CST;
    p ?= other;
    (p != NULL) && {value = p.value} && {static_type = p.static_type}
  );

  //
  // Depend.
  //

  - cast_type p:TYPE_FULL <-
  (
   // ? { p.raw != type_integer };
    static_type := p;
    check_type;
  );

  //
  // Generation.
  //

  - genere buffer:STRING <-
  (    
    buffer.add_last ' ';    
    value.append_in buffer;    
    (value > UINTEGER_32.maximum.to_integer_64).if {
      buffer.append "LLU";
    }.elseif {value > INTEGER.maximum.to_integer_64} then {
      buffer.append "LU";
    };    
  );

  //
  // Display.
  //

  - display buffer:STRING <-
  (
    buffer.add_last '(';
    static_type.append_name_in buffer;
    buffer.add_last ')';
    value.append_in buffer;
    display_ref buffer;
  );
  
Section Private
  
  - check_type <-
  ( + error:BOOLEAN;
    + min,max:INTEGER_64;
    
    // Check Range.
    (static_type.raw.name)
    .when (ALIAS_STR.prototype_uinteger_64) then {
      (value < 0).if {
	error := TRUE;
	max   := 0; // BSBS: A revoir...
      };
    }
    .when (ALIAS_STR.prototype_uinteger_32) then {
      ((value < 0) || {value > UINTEGER_32.maximum.to_integer_64}).if {
	error := TRUE;
	max   := UINTEGER_32.maximum.to_integer_64;
      };
    }
    .when (ALIAS_STR.prototype_uinteger_16) then {
      ((value < 0) || {value > UINTEGER_16.maximum.to_integer_64}).if {
	error := TRUE;
	max   := UINTEGER_16.maximum.to_integer_64;
      };
    }
    .when (ALIAS_STR.prototype_uinteger_8) then {
      ((value < 0) || {value > UINTEGER_8.maximum.to_integer_64}).if {
	error := TRUE;
	max   := UINTEGER_8.maximum.to_integer_64;
      };
    }
    .when (ALIAS_STR.prototype_integer_64) then {
      // Nothing. (Pb: BSBS : Can't range test.)
    }
    .when (ALIAS_STR.prototype_integer_32) then {
      ((value < INTEGER.minimum) || {value > INTEGER.maximum.to_integer_64}).if { 
	error := TRUE;
	min   := INTEGER.minimum;
	max   := INTEGER.maximum.to_integer_64;
      };
    }
    .when (ALIAS_STR.prototype_integer_16) then {
      ((value < INTEGER_16.minimum) || {value > INTEGER_16.maximum.to_integer_64}).if {
	error := TRUE;
	min   := INTEGER_16.minimum;
	max   := INTEGER_16.maximum.to_integer_64;
      };
    }
    .when (ALIAS_STR.prototype_integer_8) then {
      ((value < INTEGER_8.minimum) || {value > INTEGER_8.maximum.to_integer_64}).if {
	error := TRUE;
	min   := INTEGER_8.minimum;
	max   := INTEGER_8.maximum.to_integer_64;
      };
    };
    
    (error).if {
      string_tmp.copy "Invalid constant integer (";
      value.append_in string_tmp;
      string_tmp.append ") cast into ";
      static_type.append_name_in string_tmp;      
      string_tmp.append " [";
      min.append_in string_tmp;
      string_tmp.append "..";
      max.append_in string_tmp;
      string_tmp.append "] => new value=0.";
      POSITION.put_error warning text string_tmp;
      position.put_position;
      list_current.position.put_position;
      POSITION.send_error;
      value := 0;
    };
  );
  








lisaac_0.39_rc1/src/constant/string_cst.li0000644000175000017500000001150411314031247020556 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := STRING_CST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "String constant";
  
Section Inherit
  
  + parent_constant:Expanded CONSTANT;
  
Section Public
   
  - output:STRING := 
  ( + result:STRING;
    
    result := STRING.create 256;
    title "STRING CONSTANT" in result;
    result
  );
  
  - output_count:INTEGER;
  
  //
  // Value.
  //

  + string:STRING_CONSTANT;
  
  //
  // Creation.
  //

  - create p:POSITION text n:STRING_CONSTANT length len:INTEGER :SELF<-
  ( + result:SELF;
    result := clone;
    result.make p text n length len;
    result
  );
  
  - make p:POSITION text n:STRING_CONSTANT length len:INTEGER <-
  (
    position := p;
    string   := n;
    dico_string.put len to n;
    static_type := type_string_constant.default;
  );

  - my_copy:SELF <- clone;

  //
  // Comparaison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-  
  ( + p:STRING_CST;
    p ?= other;
    (p != NULL) && {string = p.string}
  );

  //
  // Generation.
  //

  - genere buffer:STRING <-
  ( + idx,count,cur:INTEGER;    
    - is_init:BOOLEAN;
    - is_storage:BOOLEAN;
    - is_count:BOOLEAN;
    
    (is_init).if_false {
      is_storage := type_string_constant.get_local_slot (ALIAS_STR.slot_storage)
      .slot_data_intern.ensure_count != 0;
      is_count   := type_string_constant.get_local_slot (ALIAS_STR.slot_count)
      .slot_data_intern.ensure_count != 0;      
      is_init := TRUE;
    };
    
    count := dico_string.fast_at string;
    (count >= 0).if {
      output_count := output_count + 1;
      idx := output_count;
      
      cur := output.count - 1;
      (is_java).if {
        output.append "private static ";
      };
      output.append "__";
      output.append (type_string_constant.intern_name);
      output.append " __string_";
      idx.append_in output;
      output.add_last '=';
      (is_java).if {
        output.append "new __STRING_CONSTANT(";
      } else {
        output.add_last '{';
        (static_type.is_late_binding).if {
          output.append "__";
          output.append (static_type.raw.intern_name);
          output.append "__,";	
        };
      };
      (is_count).if {
        count.append_in output;
        output.add_last ',';
      };
      (is_storage).if {
	output.add_last '\"';
	output.append string;
	{(output.count - cur) > 78}.while_do {
	  output.insert_string "\\\n" to (cur+78);
	  cur := cur + 78;
	};            
	output.add_last '\"';
      } else {
        output.remove_last 1;
      };
      (is_java).if {
        output.append ");\n";
      } else {
        output.append "};\n";
      };
      dico_string.fast_put (-idx) to string;
    } else {
      idx := -count;
    };
    //
    (is_java).if {
      buffer.append "__string_";
      idx.append_in buffer;      
    } else {
      buffer.append "(&__string_";
      idx.append_in buffer;
      buffer.add_last ')';
    };
  );
  
  //
  // Display.
  //

  - display buffer:STRING <-
  (
    buffer.add_last '\"';
    buffer.append string;
    buffer.add_last '\"';
    display_ref buffer;
  );
  
Section Private  
  
  - dico_string:HASHED_DICTIONARY(INTEGER,STRING_CONSTANT) := 
  HASHED_DICTIONARY(INTEGER,STRING_CONSTANT).create;




lisaac_0.39_rc1/src/dispatcher/0000755000175000017500000000000011314031324016341 5ustar  sonntagsonntaglisaac_0.39_rc1/src/dispatcher/dta_rd.li0000644000175000017500000000640011314031247020130 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := DTA_RD;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Read site";
    
Section Inherit
  
  + parent_dta:Expanded DTA;
  
  - parent_parameter_to_type:Expanded PARAMETER_TO_TYPE;  
  
Section Public
  
  + is_intern:BOOLEAN;
  
  - parameter_to_type p:ITM_TYPE_PARAMETER :TYPE_FULL <-
  ( + result:TYPE_FULL;
    
    (p.name = ALIAS_STR.prototype_self).if {
      // For Self.
      result := self_arg.static_type;            
    } else {
      // For genericity.      
      result := slot.receiver_type.parameter_to_type p;
      //result := self_arg.static_type.raw.parameter_to_type p;      
    };
    
    result
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION call sl:SLOT self arg:EXPR intern flag:BOOLEAN :SELF <-
  [ -? {p != 0}; ]
  ( + result:SELF;
    
    result := clone;
    result.make p call sl self arg intern flag;        
    result
  );
  
  - make p:POSITION call sl:SLOT self arg:EXPR intern flag:BOOLEAN <-
  ( ? {sl != NULL};    
    position    := p;              
    slot        := sl;
    self_arg    := arg;    
    result_expr := get_expr_result;  
    is_intern   := flag;
    (profil_current = NULL).if {
      context := context_main;
    } else {
      context := profil_current.context;
    };
  );
  
  //
  //
  //
  
  - display buffer:STRING <-
  (
    buffer.append "DTA_READ";
  );
  
Section DTA_RD
  
  - get_expr_result:EXPR <-
  ( + result:EXPR;
        
    (slot.id_section.is_interrupt).if {
      result := type_pointer.default.get_temporary_expr position;
    } else {            
      result := slot.result_type.get_expr_for Self;
    };
    result
  );
lisaac_0.39_rc1/src/dispatcher/node.li0000644000175000017500000001747411314031247017635 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := NODE;

  - copyright := "2003-2007 Benoit Sonntag";
  
  - author    := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment   := "Parent for all switch node";
    
Section Inherit
  
  + parent_instr:Expanded INSTR;
  
Section NODE, PROFIL_BLOCK, ITM_OLD
  
  - node_list_base:LINKED_LIST(NODE_TYPE) := node_list;
  
  - node_list:LINKED_LIST(NODE_TYPE) := LINKED_LIST(NODE_TYPE).create;
  
  - set_node_list l:LINKED_LIST(NODE_TYPE) <-
  (
    node_list := l;
  );
  
Section PROTOTYPE  
  
  - extend_pass <-
  ( + j:INTEGER;
    + is_ok:BOOLEAN;
    
    VARIABLE.update;
    j := node_list.lower;    
    {j <= node_list.upper}.while_do {
      is_ok := node_list.item j.update;      
      (is_ok).if {
	node_list.remove j;
      } else {	
	j := j + 1;
      };	            
    };   
  );
  
Section Public
  
  //
  // Extern Creation read.
  //
  
  - new_read p:POSITION slot s:SLOT receiver rec:EXPR 
  self my_self:EXPR intern is_intern:BOOLEAN :NODE <-
  ( + result:NODE_TYPE;
    + dta:DTA_RD;
    //    
    dta := DTA_RD.create p call s self my_self intern is_intern;
    result := NODE_TYPE.create rec with dta;
    //    
    node_list.add_last result;
    result
  );

  - new_read p:POSITION slot s:SLOT receiver rec:EXPR 
  with larg:FAST_ARRAY(EXPR) intern is_intern:BOOLEAN :NODE <-
  ( + dta:DTA_RD_ARGS;        
    + result:NODE_TYPE;
    
    // Control argument type.            
    dta := DTA_RD_ARGS.create p call s with larg intern is_intern;
    s.check_argument_type larg for dta;    
    result := NODE_TYPE.create rec with dta;
    //    
    node_list.add_last result;
    result
  );
  
  //
  // Just for ITM_EXPRESSION.
  //
  
  - new_read_partial p:POSITION slot s:SLOT :NODE_TYPE <-
  ( + dta:DTA_RD_ARGS;    
        
    dta := DTA_RD_ARGS.create_partial p call s;
    NODE_TYPE.create_partial dta
  );
  
  - new_read_finalize (rec:EXPR,s:SLOT) with larg:FAST_ARRAY(EXPR) <-
  ( + dta:DTA_RD_ARGS;    
    // Control argument type.            
    dta ?= data;
    
    dta.make (data.position) call s with larg intern FALSE;
    data.slot.check_argument_type larg for dta;            
    make rec with data;
    //        
    node_list.add_last Self;
  );
  
  //
  // Extern creation writes.
  //
  
  - new_write p:POSITION slot s:SLOT receiver rec:EXPR value val:EXPR :NODE <-
  ( + dta:DTA_WR_VALUE;    
    + result:NODE_TYPE;
        
    dta := DTA_WR_VALUE.create p slot s self rec value val;
    result := NODE_TYPE.create rec with dta;
    //    
    node_list.add_last result;
    result
  );

  - new_write p:POSITION slot s:SLOT receiver rec:EXPR code val:ITM_CODE :NODE <-
  ( + dta:DTA_WR_CODE;
    + result:NODE_TYPE;
    
    dta := DTA_WR_CODE.create p slot s self rec code val;
    result := NODE_TYPE.create rec with dta;
    //
    node_list.add_last result;
    result
  );
  
  //
  // Extern creation cast.
  //
  
  - new_cast p:POSITION type typ:TYPE_FULL with val:EXPR :NODE <-  
  [ -? {p != 0}; ]
  ( + dta:DTA_CAST;
    + result:NODE_TYPE;
        
    dta := DTA_CAST.create p type typ;
    result := NODE_TYPE.create val with dta;
    //
    node_list.add_last result;
    result
  );
  
  //
  // Extern creation value block.
  //
  
  - new_block p:POSITION receiver e:EXPR with larg:FAST_ARRAY(EXPR) :NODE <-
  ( + dta:DTA_BLOCK;
    + result:NODE_TYPE;    
    + lst_typ_f:FAST_ARRAY(TYPE_FULL);
    + new_expr:EXPR;
    + block_model:TYPE_BLOCK;
    + pb:PROFIL_BLOCK;
    + pos:POSITION;
    
    pb ?= e.static_type.raw;
    (pb = NULL).if {
      block_model ?= e.static_type.raw;
    } else {
      block_model := pb.to_type_block;      
    };
    // Control argument type.            
    lst_typ_f := block_model.argument_list;
    pos       := block_model.position;
    
    (lst_typ_f.count+1 != larg.count).if {      
      string_tmp.copy "Incorrect size of vector argument for this block. (Value:";
      larg.count.append_in string_tmp;
      string_tmp.append ", Type:";
      (lst_typ_f.count+1).append_in string_tmp;
      string_tmp.add_last ')';
      POSITION.put_error semantic text string_tmp;
      pos.put_position;
      p  .put_position;
      POSITION.send_error;
    };  
    (larg.lower + 1).to (larg.upper) do { j:INTEGER;            
      new_expr := larg.item j.check_type (lst_typ_f.item (j-1)) with pos;
      larg.put new_expr to j;
    };
    //    
    (debug_level_option != 0).if {
      (profil_current = NULL).if {
	crash_with_message "NODE";
      };
      list_current.add_last (
	PUSH.create p context (profil_current.context) first FALSE
      );
    };
    //
    dta    := DTA_BLOCK.create block_model with larg;
    result := NODE_TYPE.create e with dta;    
    //
    node_list.add_last result;
    result
  );
  
Section Public  
  
  - position:POSITION <- 
  ( 
    data.position
  );
  
  + data:DTA;
  
  + expr:EXPR;  
    
  + first_code:LIST;
  + first_type:TYPE;  
  + switch:SWITCH;
  
  - count:INTEGER <- 
  ( + result:INTEGER;
    
    (switch != NULL).if {
      result := switch.count;
    }.elseif {first_type != NULL} then {
      result := 1;
    };
    result
  );
  
  - result_expr:EXPR <- deferred;
  
  //
  // Execute.
  //
  
  - remove <-
  (
    data.remove;
    (switch = NULL).if {      
      expr.remove;
      (first_code != NULL).if {
	first_code.remove;
      };
    } else {      
      switch.remove;
    };
  );
  
  - execute:INSTR <-
  ( + result:INSTR;

    data.remove;
    (switch != NULL).if {
      result := switch.execute;      
    } else {            
      expr.remove;      
      (first_code != NULL).if { // Warning: Dead Code!
	result := first_code.execute;
      };
    };
    result
  );
  
  - genere buffer:STRING <-
  (
    "Genere NODE!\n".print;
    crash;
  );
  
  
Section NODE, DTA  

  //
  // Update.
  //
  
  - update_link self_type:TYPE_FULL :BOOLEAN <-
  (
    deferred;
  );
  
Section Public
    
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    (switch = NULL).if {
      (first_code = NULL).if {	
	to_pointer.append_in buffer;
	buffer.append "';
      } else {
	expr.display buffer;
	first_code.display buffer;
      };
    } else {
      switch.display buffer;
    };
  );
  
lisaac_0.39_rc1/src/dispatcher/dta_block.li0000644000175000017500000001146011314031247020617 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := DTA_BLOCK;

  - copyright   := "2003-2007 Benoit Sonntag";

    
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Lisaac IS A Advanced Compiler";
    
Section Inherit
  
  + parent_dta_rd_args:Expanded DTA_RD_ARGS;
  
Section Public
  
  + result_expr:EXPR;
    
  // Add.
  
  + model:TYPE_BLOCK;
  
  //
  // Creation.
  //
  
  - create mod:TYPE_BLOCK with larg:FAST_ARRAY(EXPR) :SELF <-
  ( + result:SELF;
    result := clone;    
    result.make mod with larg;
    result    
  );
  
  - make mod:TYPE_BLOCK with larg:FAST_ARRAY(EXPR) <-
  [ -? {mod.position != 0}; ]
  (    
    (profil_current = NULL).if {
      context := context_main;
    } else {
      context := profil_current.context;
    };    
    model         := mod;
    position      := mod.position;
    argument_list := larg;
    result_expr   := mod.get_expr_for (mod.position);    
  );
    
  //
  // Display.
  //
  
  - display buffer:STRING <- 
  (
    buffer.append "DTA_BLOCK";
  );

Section NODE_STYLE, SELF  
  
  - get_argument:FAST_ARRAY(EXPR) <-  
  ( + result:FAST_ARRAY(EXPR);
    + rd:READ_SLOT;
    (copy_argument).if {
      result := FAST_ARRAY(EXPR).create_with_capacity (argument_list.count);            
      rd ?= argument_list.first;
      result.add_last (rd.receiver.my_copy);
      (argument_list.lower+1).to (argument_list.upper) do { j:INTEGER;		
	result.add_last (argument_list.item j.my_copy);
      };            
    } else {
      result := argument_list;
      copy_argument := TRUE;
    };
    result
  );

Section NODE_TYPE, DTA  
  
  - product t:TYPE with e:EXPR self type_self:TYPE_FULL :LIST <-
  ( + result:LIST;
    + t_block:PROFIL_BLOCK;
    + wrt:WRITE;  
    + wrt_larg:FAST_ARRAY(WRITE);
    + call:CALL_SLOT;
    + em:EXPR_MULTIPLE;
    + rd:READ;
    + result_var:VARIABLE;
    
    result := LIST.create (e.position);
    (t = TYPE_NULL).if {                 
      TYPE_NULL.product_error (e.position) in result with context;
    } else {            
      t_block ?= t;                  
      
      
      (t_block = NULL).if { // BSBS: debug        
        "<<<".print;
        t.print;
        ">>>".print; '\n'.print;
        list_current.debug_display;
        syntax_error (argument_list.first.position,"Block not found");        
      };
      
      wrt_larg := t_block.write_argument get_argument;
      call := CALL_SLOT.create (e.position) profil t_block with wrt_larg cop NULL;      
      (result_expr.static_type.raw != TYPE_VOID).if {	
	em ?= result_expr;
	(em != NULL).if {
	  (em.lower).to (em.upper) do { j:INTEGER;
	    rd ?= em.item j;
	    ? {rd != NULL};
	    result_var := rd.variable;	    
	    rd  := call.profil.result_list.item j.read (e.position);
	    wrt := result_var.write (e.position) value rd;
	    call.result_list.add_last (RESULT.create wrt);	    
	  };	  
	} else {
          rd ?= result_expr;
          result_var := rd.variable;	    
          rd  := call.profil.result_list.first.read (e.position);
          wrt := result_var.write (e.position) value rd;
          call.result_list.add_last (RESULT.create wrt);	    
	};	
      };
      result.add_last call;
    };
    result    
  );  
  
  - update_branch l:LIST self type_self:TYPE_FULL :BOOLEAN <-
  (
    TRUE
  );
  

lisaac_0.39_rc1/src/dispatcher/dta_wr_value.li0000644000175000017500000001152311314031247021351 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := DTA_WR_VALUE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Write site with value";
    
Section Inherit
  
  + parent_dta:Expanded DTA;
  
Section Public

  // Add.
  
  + value:EXPR;
  
  + copy_value:BOOLEAN;

  //
  // Creation.
  //
  
  - create p:POSITION slot sl:SLOT self arg:EXPR value v:EXPR :SELF <-
  [ -? {p != 0}; ]
  ( + result:SELF;
    
    result := clone;
    result.make p slot sl self arg value v;
    result
  );
  
  - make p:POSITION slot sl:SLOT self arg:EXPR value v:EXPR <-
  (
    position    := p;    
    slot        := sl;
    self_arg    := arg;
    result_expr := v.my_copy; 
    value       := v;
    (profil_current = NULL).if {
      context := context_main;
    } else {
      context := profil_current.context;
    };
  );

  //
  // Display.
  //
  
  - display buffer:STRING <- 
  (
    buffer.append "DTA_WR_VALUE:";
    buffer.append (slot.name);    
  );
  
  //
  // Service
  //

  - remove <-
  (
    (! copy_value).if {
      value.remove;
      copy_value := TRUE;
    };
  );
  
Section NODE_TYPE, DTA 

  - product t:TYPE with e:EXPR self type_self:TYPE_FULL :LIST <-
  ( + result:LIST;
    
    result := LIST.create (e.position);
    (t = TYPE_NULL).if {
      TYPE_NULL.product_error position in result with context;
    } else {
      lookup t with e in result;
    };
    result    
  );  

  - update_branch l:LIST self type_self:TYPE_FULL :BOOLEAN <-
  ( + result:BOOLEAN;   
    + wrt_slot:WRITE_SLOT;
    + wrt_glob:WRITE_GLOBAL;
    
    result := parent_dta.update_branch l self type_self;
    (l.count < 3).if {
      wrt_slot ?= l.first;	
      wrt_glob ?= l.first;	
      (wrt_slot != NULL).if { 
	(wrt_slot.slot.slot_id != NULL).if {
	  add_write_id (wrt_slot.receiver,wrt_slot.slot) in l;
	} else {
	  result := FALSE;
	};
      }.elseif {wrt_glob != NULL} then {
	(wrt_glob.global.slot_id != NULL).if {
	  add_write_id (NULL,wrt_glob.global) in l;
	} else {
	  result := FALSE;
	};
      };
    };
    result
  );    
  
Section DTA
  
  - finalise typ:TYPE with (expr:EXPR,s:SLOT) in lst:LIST <- 
  ( + new_value:EXPR;
    + sd:SLOT_DATA;
    + em:EXPR_MULTIPLE;
    
    (copy_value).if {
      new_value := value.my_copy;
    } else {
      new_value  := value;
      copy_value := TRUE;
    };
    sd := s.slot_data;
    em ?= new_value;
    (em != NULL).if {      
      (em.lower).to (em.upper - 1) do { j:INTEGER;
	lst.add_last (new_write (s.slot_data_list.item j) rec expr value (em.item j));
      };      
      new_value := em.last;
    };
    lst.add_last (new_write sd rec expr value new_value);
    (s.slot_id != NULL).if {
      add_write_id (expr,s) in lst;
    };
  );
  
Section Private
  
  - add_write_id (e:EXPR,s:SLOT) in lst:LIST <-
  ( + new_value:EXPR;
    + sd:SLOT_DATA;
            
    new_value := PROTOTYPE_CST.create (lst.position) type (TYPE_ID.get_index 0.default);
    sd := s.slot_id;
    lst.add (new_write sd rec e value new_value) to 2;    
  );
  
  - new_write sd:SLOT_DATA rec e:EXPR value val:EXPR :WRITE <-
  ( + result:WRITE;
    
    (sd.style = '+').if {      
      result := sd.write (e.position) with (e.my_copy) value val;
    } else {
      result := sd.write (e.position) value val;
    };
    result
  );
lisaac_0.39_rc1/src/dispatcher/dta.li0000644000175000017500000001013411314031247017442 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := DTA;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for all late binding";
    
Section Inherit
  
  + parent_itm_object:Expanded ITM_OBJECT;
    
Section Public
        
  + result_expr:EXPR;
  
  + slot:SLOT;
  
  + self_arg:EXPR;
  
  + context:LOCAL;
  
  //
  // Service
  //
  
  - remove <-
  (
    // Nothing.
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <- 
  (
    buffer.append "DTA";
    deferred;
  );
  
Section NODE_TYPE, DTA  
  
  - product t:TYPE with e:EXPR self type_self:TYPE_FULL :LIST <-
  ( + result:LIST;
        
    result := LIST.create (e.position);
    (t = TYPE_NULL).if {                  
      TYPE_NULL.product_error position in result with context;            
      ? {result.count != 0};
    } else {
      lookup t with e in result;
    };
    result    
  );  

  - update_branch l:LIST self type_self:TYPE_FULL :BOOLEAN <-
  [
    -? {type_self != NULL};
  ]
  ( + node:NODE;
    + result:BOOLEAN;
     
    node ?= l.first;
    (node = NULL).if {
      result := TRUE;
    } else {
            
      /*
      "DTA: ".print;
      type_self.print;
      '\n'.print;
      */
      node.update_link type_self;
      node ?= l.second;
      (node != NULL).if {
	node.update_link type_self;
      };
    };
    result
  );
  
Section NODE_STYLE, SELF  
  
  - get_argument:FAST_ARRAY(EXPR) <-  
  ( + result:FAST_ARRAY(EXPR);
    
    result := FAST_ARRAY(EXPR).create_with_capacity 1;
    result.add_last (self_arg.my_copy);
    result
  );
  
Section DTA
  
  - finalise typ:TYPE with (expr:EXPR,s:SLOT) in lst:LIST <- 
  ( + node:NODE_STYLE;
    
    node := NODE_STYLE.create (expr.my_copy,s) with Self result result_expr;
    lst.add_last node;    
  );
  
Section Private
  
  - lookup typ:TYPE with expr:EXPR in lst:LIST <-
  ( + s:SLOT;
    + name:STRING_CONSTANT;
    + node_style:NODE_STYLE;
    + r:EXPR;
    
    name := slot.name;
    s := typ.get_local_slot name;    
    (s = NULL).if {
      // Lookup parent.      
      s := typ.get_path_slot name;                  
      r := s.result_type.get_expr_for typ;
      node_style := NODE_STYLE.create (expr.my_copy,s) with Self result r;
      lst.add_last node_style;
      lst.add_last (NODE_TYPE.create r with Self);      
    } else {
      // Direct call.
      s.is_equal_profil slot;
      finalise typ with (expr,s) in lst;
    };
    lst.add_last (PROTOTYPE_CST.create (expr.position) type (TYPE_VOID.default)); // BSBS: Alias.
  );
lisaac_0.39_rc1/src/dispatcher/dta_cast.li0000644000175000017500000000642211314031247020461 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := DTA_CAST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Cast base";
    
Section Inherit
  
  - parent_dta:DTA := DTA;
  
Section Public

  + result_expr:EXPR;
      
  //
  // Creation.
  //
  
  - create p:POSITION type t:TYPE_FULL :SELF <-
  [ -? {p != 0}; ]
  ( + result:SELF;
    
    result := clone;
    result.make p type t;
    result
  );
  
  - make p:POSITION type t:TYPE_FULL <-
  (
    position := p;
    result_expr := t.get_temporary_expr p;
    (profil_current = NULL).if {
      context := context_main;
    } else {
      context := profil_current.context;
    };
  );

  //
  // Display.
  //
  
  - display buffer:STRING <- 
  (
    buffer.append "DTA_CAST";
  );
  
  //
  // Service
  //
  
Section NODE_TYPE, DTA  
  
  - product t:TYPE with e:EXPR self type_self:TYPE_FULL :LIST <-
  ( + cast:LOCAL;
    + rd:READ;
    + new_value:EXPR;
    + result:LIST;
    
    result := LIST.create (e.position);
    rd   ?= result_expr;
    cast ?= rd.variable;
    (t != TYPE_NULL).if {
      (cast.type.is_strict).if {
	(cast.type.raw = t).if {
	  new_value := CAST.create (cast.type) value (e.my_copy);
	};
      }.elseif {t.is_sub_type (cast.type.raw)} then {	
	new_value := CAST.create (t.default) value (e.my_copy);
      };
    };
    (new_value = NULL).if {
      new_value := PROTOTYPE_CST.create (e.position) type (TYPE_NULL.default);
    };
    result.add_last (cast.write (e.position) value new_value);
    result.add_last (PROTOTYPE_CST.create (e.position) type (TYPE_VOID.default)); // BSBS : Alias.
    result
  );
  
  - update_branch l:LIST self type_self:TYPE_FULL :BOOLEAN <-
  (
    TRUE
  );lisaac_0.39_rc1/src/dispatcher/node_type.li0000644000175000017500000001441611314031247020667 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := NODE_TYPE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Switch node for type";
    
Section Inherit
  
  + parent_node:Expanded NODE;
  
Section Public
        
  - result_expr:EXPR <- data.result_expr;
  
  + is_self:BOOLEAN;
  
  //
  // Creation.
  //
    
  - create e:EXPR with d:DTA :SELF <-
  // Create with back-link.
  [ -? {d.position != 0}; ]
  ( + result:SELF;
    
    result := clone;
    result.make e with d;
    result
  );
      
  - make e:EXPR with d:DTA <-
  (
    expr := e;
    data := d;
    late_binding_counter := late_binding_counter + 1;
  );
  
  //
  // Just for ITM_EXPRESSION
  //
  
  - create_partial d:DTA :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make_partial d;    
    result
  );
  
  - make_partial d:DTA <-
  (
    data := d;
  );
    
Section Public
  
  - my_copy:SELF <-
  ( + result:SELF;
    
    result := SELF.create (expr.my_copy) with data;    
    node_list.add_last result; 
    result
  );
    
  //
  // Update.
  //
  
  - update:BOOLEAN <-
  (
    update_case NULL & update_depth NULL
  );
  
Section NODE, DTA
  
  - update_link self_type:TYPE_FULL :BOOLEAN <-
  (     
    update_case self_type & update_depth self_type    
  );
  
Section Private  
    
  - update_case type_self:TYPE_FULL :BOOLEAN <-
  ( + typ_f:TYPE_FULL;
    + typ:TYPE;
    + lst_typ:TYPES_TMP;
    + list:FAST_ARRAY(CASE);
    + case:CASE;
    + result:BOOLEAN;
    
    typ_f := expr.static_type;
    
    (typ_f.is_expanded && {typ_f.raw != type_boolean}).if {
      (first_code = NULL).if {
	first_type := typ_f.raw;
	first_code := data.product first_type with expr self type_self;
      };      
      result := TRUE;
    }.elseif {(typ_f.raw = type_boolean) && {count = 2}} then {
      result := TRUE;
    } else {	
      ((typ_f.raw.is_block) || {typ_f.raw.subtype_list.count != count}).if {
	lst_typ := TYPES_TMP.new;      
        expr.get_type lst_typ;      
                
        /*
        ((typ_f.raw = type_boolean) && {! lst_typ.is_empty}).if {                    
          expr.debug_display; '\n'.print;
          (lst_typ.first = type_boolean).if {
            
            crash_with_message "NODE_TYPE : BUG";
          };
          /*
          lst_typ.print;
          '\n'.print;
          warning_error (position,"ICI");
          */
        };
        */
	(! lst_typ.is_empty).if {
	  (lst_typ.count = 1).if {
	    (first_code = NULL).if {
	      first_type := lst_typ.first;
	      first_code := data.product first_type with expr self type_self;
	    };
	  } else {
	    (switch = NULL).if {
	      switch := SWITCH.create Self with expr size (lst_typ.count);
	    };
	    list := switch.list;
	    (list.count != lst_typ.count).if {
	      (lst_typ.lower).to (lst_typ.upper) do { j:INTEGER;	    
		typ := lst_typ.item j;	    
		((j > list.upper) || {typ != list.item j.id}).if {
		  add_stack_type typ;
		  //
		  case := CASE.create typ with (data.product typ with expr self type_self);
		  list.add case to j;
		  //
		  stack_type.remove_last;
		};	    
	      };
	    };
	  };
	};
	lst_typ.free;
      } else {
	//count_flat := count_flat + 1;
	//"Yes\n".print;
      };      
    };    
    result
  );
  
  - update_depth self_type:TYPE_FULL :BOOLEAN <- 
  ( + result:BOOLEAN;
    + list:FAST_ARRAY(CASE);
    + new_type_self:TYPE_FULL;
        
    (switch = NULL).if {
      (first_code != NULL).if {
	(self_type = NULL).if {	  
	  new_type_self := expr.static_type;
	  ((! new_type_self.is_expanded) || {new_type_self.raw = type_boolean}).if {
	    new_type_self := first_type.default.to_strict;
	  };	  
	} else {
	  new_type_self := self_type;
        };
        
	add_stack_type first_type;
	result := data.update_branch first_code self new_type_self;
	stack_type.remove_last;
      };
    } else {
      list := switch.list;
      
      (list.lower).to (list.upper) do { j:INTEGER;
	(self_type = NULL).if {
          new_type_self := list.item j.id.default.to_strict;                    
	} else {
	  new_type_self := self_type;
	};
	add_stack_type (list.item j.id);
	data.update_branch (list.item j.code) self new_type_self;
	stack_type.remove_last;
      };
    };
    result
  );
  
Section Private 
  
  - stack_type:FAST_ARRAY(TYPE) := FAST_ARRAY(TYPE).create_with_capacity 16;
  
  - add_stack_type t:TYPE <-
  (
    stack_type.add_last t;
    ((stack_type.count > 1) && {stack_type.first = t}).if {      
      string_tmp.copy "Cyclic inheritance : ";
      (stack_type.lower).to (stack_type.upper) do { j:INTEGER;
	stack_type.item j.append_name_in string_tmp;
	string_tmp.append ", ";
      };
      string_tmp.append "...";
      semantic_error (data.position, string_tmp);
    };
  );lisaac_0.39_rc1/src/dispatcher/node_style.li0000644000175000017500000002476711314031247021060 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := NODE_STYLE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Switch node for style";
    
Section Inherit
  
  + parent_node:Expanded NODE;
  
Section Public
  
  + result_expr:EXPR;
  
  + slot:SLOT;

Section NODE, DTA
    
  //
  // Creation.
  //
  
  - create (e:EXPR,sl:SLOT) with dta:DTA result r:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make (e,sl) with dta result r;
    result
  );
  
  - make (e:EXPR,sl:SLOT) with dta:DTA result r:EXPR <-
  (   
    expr        := e;
    slot        := sl;
    data        := dta;
    result_expr := r;
  );
  
Section Public
  
  - my_copy:SELF <- 
  ( 
    crash_with_message "NODE_STYLE.my_copy";
    NULL 
  );
  
Section NODE, DTA  
  
  //
  // Update.
  //
  
  - update_link self_type:TYPE_FULL :BOOLEAN <-
  [
    -? {self_type != NULL};
  ]
  ( + typ:TYPE;
    + list:FAST_ARRAY(CASE);
    + case:CASE;
    + e:EXPR;
    + low,up,count:INTEGER;
    
    (slot.slot_id = NULL).if {
      (first_code = NULL).if {
	first_type := TYPE_ID.get_index (slot.lower_style);
	first_code := call_for first_type self self_type;      
      };
    } else {            
      low := slot.lower_style;
      up  := slot.upper_style;      
      count := up-low + 1;
      (switch = NULL).if {
	(slot.style = '-').if {
	  e := slot.slot_id.read position;
	  expr.remove;
	} else {
	  e := slot.slot_id.read position with expr;
	};
	switch := SWITCH.create Self with e size count;
      };
      list := switch.list;
      (list.count != count).if {
	0.to (count-1) do { j:INTEGER;	    
	  typ := TYPE_ID.get_index (j+low);
	  
	  ((j > list.upper) || {typ != list.item j.id}).if {
	    case := CASE.create typ with (call_for typ self self_type);
	    list.add case to j;
	  };	    
	};  
      };
    };
    FALSE
  );
  
Section Private  
  
  - call_for t:TYPE self type_self:TYPE_FULL :LIST <-
  [
    -? {type_self != NULL};
  ]
  ( + result:LIST;
    + typ:TYPE_ID;
    + call:CALL_SLOT;
    + em:EXPR_MULTIPLE;
    + rd:READ;
    + wrt:WRITE;    
    + result_var:VARIABLE;
    + new_larg:FAST_ARRAY(EXPR);    
    + slot_dta:SLOT_DATA;
    + slot_cod:SLOT_CODE;
    + idx:INTEGER;    
    + type:TYPE_FULL;
    + my_profil:PROFIL;
    + wrt_lst:FAST_ARRAY(WRITE);
    + ctext:LOCAL;
    + new_type_self:TYPE_FULL;
    + data_rd:DTA_RD;
    + cop_arg:EXPR;
    + new_val:EXPR;
    + val:EXPR;
    
    result := LIST.create position;
    
    data_rd ?= data;      
    ((type_self.prototype.style = '-') && {data_rd != NULL} && {! data_rd.is_intern}).if {
      cop_arg := data.self_arg.my_copy;
    };
    
    typ ?= t;
    idx := typ.index;    
    (idx = 0).if {
      // Data.      
      (cop_arg != NULL).if {
        result.add_last (COP_LOCK.create position with cop_arg);
      };
      //
      slot_dta := slot.slot_data;      
      slot_dta.init;
      (slot.slot_data_list != NULL).if {
	(slot.slot_data_list.lower).to (slot.slot_data_list.upper) do { j:INTEGER;
	  slot.slot_data_list.item j.init;
	};
      };
      //
      (result_expr.static_type.raw = TYPE_VOID).if {
        // BSBS: Pourquoi tu produit quelque chose qui serre à rien ???
	(slot_dta.style = '-').if {
	  result.add_last (slot_dta.read position);
	} else {		
	  result.add_last (slot_dta.read position with (expr.my_copy));
	};	
      } else {	        
	em ?= result_expr;
	(em != NULL).if {
	  (em.lower).to (em.upper - 1) do { j:INTEGER;
	    rd ?= em.item j;
	    ? {rd != NULL};
	    result_var := rd.variable;	    
	    result.add_last (new_write result_var with (expr,slot.slot_data_list.item j));	    
	  };
	  rd ?= em.last;
	} else {
	  rd ?= result_expr;
        };	
        
        //(slot_dta.name == "storage").if {
        /*
        string_tmp.clear;
        string_tmp.copy (type_self.raw.name);
        string_tmp.add_last ' ';
        string_tmp.append (t.name);        
        (data.slot != NULL).if {
          string_tmp.add_last ' ';
          string_tmp.append (data.slot.name);        
        };
        result.add_last (
          EXTERNAL_C.create position text (ALIAS_STR.get string_tmp) access NULL persistant TRUE type (TYPE_NULL.default)
        );
         */ 
          /*
          "Data : ".print; slot_dta.intern_name.print; 
          " dans ".print; type_self.raw.name.print; 
          (profil_current != NULL).if {
            profil_current.name.print;
          };
          '\n'.print;
          */
        //};
	result_var := rd.variable;
	result.add_last (new_write result_var with (expr,slot_dta));
      };
      (cop_arg != NULL).if {
        result.add_last (COP_UNLOCK.create position);        
      };
    } else {
      // Function.
      slot_cod := slot.slot_code idx;      
      (slot_cod.id_section.is_inherit_or_insert).if {
	new_larg := FAST_ARRAY(EXPR).create_with_capacity 1;
	new_larg.add_last (data.self_arg.my_copy);
      } else {
	new_larg := data.get_argument;
      };
      type := new_larg.first.static_type;            
      ? {type != NULL};
      //      
      (debug_level_option != 0).if {	        
        // BSBS: Poser le PUSH avant le NODE
	//(data.context = NULL).if {
	//  ctext := context_main;
        //} else {
        (data.context = NULL).if {
          crash_with_message "NODE_STYLE : data.context = NULL!\n";
        };
        
        ctext := data.context;
	//};
	result.add_last (
	  PUSH.create position context ctext first FALSE
        );     
      };
      //
      rd ?= new_larg.first;      
      ((rd != NULL) && {rd.variable.name = ALIAS_STR.variable_self}).if {
        // Fix Self type for resend call (else it's fixed by NODE_TYPE)        
        new_type_self := type;               
      } else {        
	new_type_self := type_self;
      };
      /*
      string_tmp.copy "// ";
      new_type_self.display string_tmp;
      string_tmp.append "  /  ";
      type_self.display string_tmp;
      result.add_last (
        EXTERNAL_C.create (data.position) 
        text (ALIAS_STR.get string_tmp) access NULL persistant TRUE type (TYPE_VOID.default)
      );
      */
      new_val := CAST.create new_type_self value (new_larg.first);
      new_larg.put new_val to 0;            
      
      
      /*
      (new_larg.lower+1).to (new_larg.upper) do { j:INTEGER;        
        ts ?= slot_cod.get_argument_type j;
        ((ts != NULL) && {ts = ITM_TYPE_SIMPLE.type_self}).if {
          (new_larg.item j.static_type != new_type_self).if {
            new_type_self.print;
            new_larg.item j.static_type.print;
            ts.print;
            string_tmp.clear;
            (slot_cod.argument_list.lower).to (slot_cod.argument_list.upper) do { h:INTEGER;
              slot_cod.argument_list.item h.append_in string_tmp;              
            };
            string_tmp.print; 
            '\n'.print;
            warning_error (position,"BUG");
            semantic_error (new_larg.item j.position,"Type not compatible SELF.");
          };
          //new_val := CAST.create new_type_self value (new_larg.item j);
          //new_larg.put new_val to j;
        };
      };
      */            
      (my_profil, wrt_lst) := slot_cod.get_profil new_larg self new_type_self;
      //      
      (result_expr.static_type.raw = TYPE_VOID).if {	
        result.add_last (
          CALL_SLOT.create position profil my_profil with wrt_lst cop cop_arg
        );
      } else {        
        call := CALL_SLOT.create position profil my_profil with wrt_lst cop NULL;            
        (cop_arg != NULL).if {
          result.add_last (COP_LOCK.create position with cop_arg);
          result.add_last call;
          result.add_last (COP_UNLOCK.create position);
        } else {
          result.add_last call;
        };
	em ?= result_expr;
	(em != NULL).if {
	  (em.lower).to (em.upper) do { j:INTEGER;
	    rd ?= em.item j;
	    ? {rd != NULL};
	    result_var := rd.variable;	    
	    rd  := call.profil.result_list.item j.read position;
	    wrt := result_var.write position value rd;
            call.result_list.add_last (RESULT.create wrt);
	  };	  
	}.elseif {
          (call.profil.result_list.count != 0) || 
          {call.is_interrupt}
        } then {
          rd ?= result_expr;
          result_var := rd.variable;	    
          (call.is_interrupt).if {
            //val := PROTOTYPE_CST.create position type (TYPE_NULL.default);
            val := EXTERNAL_C.create position text "/* NODE_STYLE */" 
            access NULL persistant FALSE type (type_pointer.default);
          } else {
            val := call.profil.result_list.first.read position;
          };
          wrt := result_var.write position value val;
          call.result_list.add_last (RESULT.create wrt); 
	};	
      };      
    };    
    result
  );
    
Section Private 
  
  - new_write var:VARIABLE with (e:EXPR,slot:SLOT_DATA) :WRITE <-
  ( + rd:READ;
    
    (slot.style = '-').if {
      rd  := slot.read position;
    } else {		
      rd  := slot.read position with (e.my_copy);
    };
    var.write position value rd
  );
  lisaac_0.39_rc1/src/dispatcher/dta_rd_args.li0000644000175000017500000001005011314031247021140 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := DTA_RD_ARGS;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Read site with arguments";
    
Section Inherit
  
  + parent_dta_rd:Expanded DTA_RD;
  
Section Public
  
  - self_arg:EXPR <- argument_list.first;
  
  // Add.
  
  + argument_list:FAST_ARRAY(EXPR);
  
  + copy_argument:BOOLEAN;
  
  - parameter_to_type p:ITM_TYPE_PARAMETER :TYPE_FULL <-
  ( + result:TYPE_FULL;
    + idx:INTEGER;
    // For Genericity.    
    result := slot.receiver_type.parameter_to_type p;
    (result = NULL).if {
      // For Self + type parametric.
      idx := slot.get_index_argument_type p;
      (idx != - 1).if {      
        result := argument_list.item idx.static_type;
      };
    };
    result
  );

  //
  // Creation.
  //
  
  - create p:POSITION call sl:SLOT with args:FAST_ARRAY(EXPR) intern flag:BOOLEAN :SELF <-
  [ -? {p != 0}; ]
  ( + result:SELF;
    
    result := clone;
    result.make p call sl with args intern flag;
    result
  );
  
  - make p:POSITION call sl:SLOT with args:FAST_ARRAY(EXPR) intern flag:BOOLEAN <-
  (
    position      := p;    
    slot          := sl;
    argument_list := args;
    result_expr   := get_expr_result;
    is_intern     := flag;    
    (profil_current = NULL).if {
      context := context_main;
    } else {
      context := profil_current.context;
    };
  );
  
  //
  // Just for ITM_EXPRESSION
  //
  
  - create_partial p:POSITION call sl:SLOT :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make_partial p call sl;
    result
  );
  
  - make_partial p:POSITION call sl:SLOT <-
  (
    position := p;
    slot := sl;
  );

  //
  // Display.
  //
  
  - display buffer:STRING <- 
  (
    buffer.append "DTA_RD_ARGS:";
    buffer.append (slot.name);
  );
  
  //
  // Service
  //

  - remove <-
  (
    (! copy_argument).if {
      (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
	argument_list.item j.remove;
      };
      copy_argument := TRUE;
    };
  );
    
Section NODE_STYLE, SELF  
  
  - get_argument:FAST_ARRAY(EXPR) <-  
  ( + result:FAST_ARRAY(EXPR);
    
    (copy_argument).if {
      result := FAST_ARRAY(EXPR).create_with_capacity (argument_list.count);            
      (argument_list.lower).to (argument_list.upper) do { j:INTEGER;		
	result.add_last (argument_list.item j.my_copy);
      };            
    } else {
      result := argument_list;
      copy_argument := TRUE;
    };
    result
  );
  
lisaac_0.39_rc1/src/dispatcher/dta_wr_code.li0000644000175000017500000000603111314031247021145 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := DTA_WR_CODE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Write site with code";
    
Section Inherit
  
  + parent_dta:Expanded DTA;
    
Section Public

  // Add.
    
  + code:ITM_CODE;
    
  //
  // Creation.
  //
  
  - create p:POSITION slot sl:SLOT self arg:EXPR code v:ITM_CODE :SELF <-
  [ -? {p != 0}; ]
  ( + result:SELF;
    
    result := clone;
    result.make p slot sl self arg code v;
    result
  );
  
  - make p:POSITION slot sl:SLOT self arg:EXPR code v:ITM_CODE <-
  (
    position    := p;
    slot        := sl;
    self_arg    := arg;
    result_expr := PROTOTYPE_CST.create (v.position) type (TYPE_VOID.default);
    code        := v;
    (profil_current = NULL).if {
      context := context_main;
    } else {
      context := profil_current.context;
    };
  );

  //
  // Display.
  //
  
  - display buffer:STRING <- 
  (
    buffer.append "DTA_WR_CODE:";
    buffer.append (slot.name);    
  );
  
  //
  // Service
  //
    
Section DTA  
  
  - finalise typ:TYPE with (expr:EXPR,s:SLOT) in lst:LIST <- 
  ( + id:PROTOTYPE_CST;
    + pos:POSITION;
    
    pos := expr.position;
    id := PROTOTYPE_CST.create pos type (TYPE_ID.get_index (s.add_style code).default);
    (s.style = '+').if {
      lst.add_last (s.slot_id.write pos with (expr.my_copy) value id);
    } else {
      lst.add_last (s.slot_id.write pos value id);
    };
  );
  
lisaac_0.39_rc1/src/lisaac.li0000644000175000017500000006503511314031247016012 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LISAAC;

  - copyright := "2003-2007 Benoit Sonntag";
  
  - author   := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment  := "The main prototype";
  
  - external := `#include "path.h"`;
  
  // Top 5 memory record :
  // 1 - LOCAL         (>20MB) (il fo Aliaser les tmp !)
  // 2 - READ_LOCAL    (15MB)
  // 3 - LIST          (13MB) (En baisse => a retester.)
  // 4 - PROTOTYPE_CST (10MB)
  // 5 - WRITE_LOCAL   (10MB)
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Public
  
  - print_help <-
  ( 
    begin_usage1.print;
    version.print;
    (15- version.count).times { 
      ' '.print;
    };
    begin_usage2.print;
    LIP_CODE.print_usage;
    end_usage.print;    
  );
  
  - print_version <-
  (
    "Compiler version: ".print;
    version.print; '\n'.print;
    //
    "Built on:         ".print;    
    compiler_built_on.print;
    '\n'.print;
    //
    "Debug level:      ".print; 
    (debug_level = 0).if {
      "No debug.".print;
    } else {
      debug_level.print;
    }; 
    '\n'.print;
    //
    "Inlining level:   ".print;
    compiler_inlining_level.print;
    '\n'.print;
    //
    "Optimization:     ".print;
    compiler_optimization.print;
    '\n'.print;
  );
  
Section Private
  
  - version:STRING_CONSTANT := "0.39 rc1";
  
  //
  //
  //
  
  - output_name:STRING_CONSTANT;
  
  - input_name:STRING_CONSTANT;
    
  //
  // Command.
  //

  - begin_usage1: STRING_CONSTANT :=
  "----------------------------------------------------------------\n\
  \--            Lisaac IS An Advanced Compiler V.";

  - begin_usage2: STRING_CONSTANT :=
  "--\n\
  \--            LORIA - LSIIT - UDS - CNRS - FRANCE             --\n\
  \--         Benoit SONNTAG - benoit.sonntag@lisaac.org         --\n\
  \--                   http://www.lisaac.org                    --\n\
  \----------------------------------------------------------------\n\
  \Usage:                                                          \n\
  \  lisaac [] [] {}       \n\
  \                                                                \n\
  \  Note: without  or ,                     \n\
  \        the nearest `make.lip' file is interpreted.             \n\
  \                                                                \n\
  \Options:                                                        \n";
  
  - end_usage:STRING_CONSTANT :=
  "                                                                \n\
  \Bug report:                                                     \n\
  \\t post in: https://alioth.debian.org/projects/lisaac/         \n";

  - display_usage <-
  (    
    print_help;
    die_with_code exit_failure_code;
  );
  
  //
  // Options.
  //
  
  - read_options <-
  ( + cmd:STRING;
    + j,i:INTEGER;  
    + f:POINTER;
    + lip_ok:BOOLEAN;
    + s:LIP_SLOT_CODE;
    + t:STRING_CONSTANT;
    + arg:LIP_CONSTANT;
    + is_path_list:BOOLEAN;

    // Default value.
    is_ansi := TRUE;
    // Read argument.
    j := 1;
    {j > COMMAND_LINE.upper}.until_do {
      cmd := COMMAND_LINE.item j;
      (cmd.item 1='-').if {        
	//
	// Lecture des options :
        //
        ((cmd.count >= 3) && {cmd.item 2 = '-'}).if {
          (cmd.item 3)
          .when 'v' then {
            verbose_level := 1;
          }
          .when 'p' then {
            is_path_list := TRUE;
          }
          .when 'r' then {
            is_readable := TRUE;
          }
          .when 'g' then {
            is_readable := is_graph := TRUE;
          };
        } else {
          (lip_ok).if_false {
            load_lip "make.lip";
            lip_ok := TRUE;
          };
          string_tmp.copy cmd;
          string_tmp.remove_first 1;          
          string_tmp.replace_all '-' with '_';
          s := LIP_CODE.get_method (ALIAS_STR.get string_tmp);
          ((s = NULL) || {s.section != ALIAS_STR.section_public}).if {
            "ERROR: Option `".print;
            cmd.print;
            "' not found.\n".print;
            display_usage;
          };
          (s.argument != NULL).if {
            j := j + 1;
            (j > COMMAND_LINE.upper).if {
              "ERROR: For option `".print;
              cmd.print;
              "', argument needed.\n".print;
              display_usage;
            };
            cmd := COMMAND_LINE.item j;
            t := s.argument.value.name;
            arg := NULL;            
            (t = ALIAS_STR.prototype_boolean).if {
              cmd.to_upper;
              (cmd ~= "TRUE").if {
                arg := LIP_BOOLEAN.get TRUE;
              }.elseif {cmd ~= "FALSE"} then {
                arg := LIP_BOOLEAN.get FALSE;
              };
            }.elseif {t = ALIAS_STR.prototype_integer} then {              
              (cmd.is_integer).if {                
                arg := LIP_INTEGER.get (cmd.to_integer);
              };
            } else {
              arg := LIP_STRING.get (ALIAS_STR.get cmd);
            };
            (arg = NULL).if {
              "ERROR: Incorrect type for `".print;
              cmd.print;
              "' argument.\n".print;
              display_usage;
            };            
          } else {
            arg := NULL;
          };
          (s.run_with arg).if_false {
            "ERROR: Invalid argument.\n".print;
            display_usage;
          };
        };
      } else {
	//
	// Input name & Current Directory.
        //        
        (cmd.has_suffix ".lip").if {
          // .lip 
          (lip_ok).if {
            "ERROR: Put options after `".print;
            cmd.print;
            "'.".print;
            display_usage;
          };
          load_lip cmd;
          lip_ok := TRUE;
        } else {
          // .li
          (lip_ok).if_false {
            load_lip "make.lip";
            lip_ok := TRUE;
          };
          (input_name != NULL).if {
            display_usage;
          };
          input_name := ALIAS_STR.get (COMMAND_LINE.item j);
          LIP_CODE.put_string input_name to (ALIAS_STR.slot_input_file);                    
        };
      };
      j := j+1;
    };            
    (lip_ok).if_false {
      load_lip "make.lip";
    };
    
    LIP_CODE.call_front_end;
    
    (is_path_list).if {
      string_tmp.clear;
      (path_file.lower).to (path_file.upper) do { n:INTEGER;
        string_tmp.append (path_file.item n);
        string_tmp.add_last '\n';
      };
      (! FS_MIN.make_file "current_path.txt").if {
        STD_ERROR.put_string "Error: File `current_path.txt' is not created !\n";
        die_with_code exit_failure_code;
      };
      f := FS_MIN.open_write "current_path.txt";    
      FS_MIN.write f with string_tmp size (string_tmp.count);    
      FS_MIN.close f;      
      die_with_code 0;
    };
    
    // Loading variable.
    input_name         := LIP_CODE.get_string  (ALIAS_STR.slot_input_file);
    output_name        := LIP_CODE.get_string  (ALIAS_STR.slot_output_file);
    debug_level_option := LIP_CODE.get_integer (ALIAS_STR.slot_debug_level);
    debug_with_code    := LIP_CODE.get_boolean (ALIAS_STR.slot_debug_with_code);
    is_all_warning     := LIP_CODE.get_boolean (ALIAS_STR.slot_is_all_warning);
    is_optimization    := LIP_CODE.get_boolean (ALIAS_STR.slot_is_optimization);
    inline_level       := LIP_CODE.get_integer (ALIAS_STR.slot_inline_level);
    is_statistic       := LIP_CODE.get_boolean (ALIAS_STR.slot_is_statistic);
    is_quiet           := LIP_CODE.get_boolean (ALIAS_STR.slot_is_quiet);
    is_library         := LIP_CODE.get_boolean (ALIAS_STR.slot_is_library);
    //
    ((input_name = NULL) || {input_name.is_empty}).if {      
      "ERROR: `input_file' is empty.\n".print;
      display_usage;
    };        
    string_tmp.copy input_name;
    string_tmp2.copy string_tmp;
    string_tmp.replace_all '\\' with '/';
    i := last_index_str (string_tmp,'/');
    (i < string_tmp.lower).if {
      string_tmp.copy "./";
    } else {
      string_tmp.remove_last (string_tmp.upper-i);
      string_tmp2.remove_first i;
    };
    i := last_index_str (string_tmp2,'.');
    (i > string_tmp2.lower).if {
      string_tmp2.remove_last (string_tmp2.upper-i+1);
    };
    LIP_CALL.load_directory (ALIAS_STR.get string_tmp) is_recursive FALSE;          
    //    
    string_tmp.copy (path_file.last);
    i := last_index_str (string_tmp,'/');
    string_tmp.remove_last (string_tmp.upper-i);
    input_path := ALIAS_STR.get string_tmp;        
    input_name := ALIAS_STR.get string_tmp2;
    //        
    ((output_name = NULL) || {output_name.is_empty}).if {
      (input_path = NULL).if {
        string_tmp.clear;
      } else {
        string_tmp.copy input_path;
      };
      string_tmp.append input_name;    
      output_name := ALIAS_STR.get string_tmp;    
      LIP_CODE.put_string output_name to (ALIAS_STR.slot_output_file);    
    };
    LIP_CODE.init_path_file FALSE;
  );
    
  - put_trace_code buf:STRING <-
  ( + proto:PROTOTYPE;
    
    ((debug_level_option != 0) || {CALL_NULL.is_necessary}).if {
      title "DEBUG MANAGER" in buf;
      
      (is_java).if {
        buf.append 
        "private static void print_string(String str) \n\
        \{ \n\
        \  System.out.print(str);\n\
        \}\n\
        \\n";
      } else {
        buf.append 
        "int print_string(char *str) \n\
        \{ \n\
        \  while (*str!=0) {\n\
        \    print_char(*str); \n\
        \    str++; \n\
        \  };\n\
        \  return(0);\n\
        \}\n\
        \\n";
      };
    };

    (debug_level_option != 0).if {
      buf.append "char *trace[";
      buf.append (PROTOTYPE.prototype_list.count.to_string);
      buf.append "]={\n";
      (PROTOTYPE.prototype_list.lower).to (PROTOTYPE.prototype_list.upper-1) do { 
	j:INTEGER;
	proto := PROTOTYPE.prototype_list.item j;
	buf.append "  \"";
	buf.append (proto.name);
        buf.append " (";
        proto.append_filename buf;
	buf.append ")\",\n";
      };
      proto := PROTOTYPE.prototype_list.last;
      buf.append "  \"";
      buf.append (proto.name);
      buf.append " (";
      proto.append_filename buf;
      buf.append ")\"\n};\n\n";

      //
      // Source Code.
      //
            
      (debug_with_code).if {
	+ src:HASHED_DICTIONARY(STRING,UINTEGER_32);
	+ key:UINTEGER_32;
        
        title "SOURCE LINE REFERENCE" in output_decl;
	
	buf.append 
	"struct __source {\n\
	\  unsigned int pos;\n\
	\  char *line;\n\
	\} __src[";
	src := PUSH.source_line;
	src.count.append_in buf;
	buf.append "]={\n";		
	(src.lower).to (src.upper) do { j:INTEGER;
	  key := src.key j;
	  output_decl.append "#define L";
	  key.append_in output_decl;
	  output_decl.add_last ' ';
	  (j-1).append_in output_decl;
	  output_decl.add_last '\n';
	  //
	  buf.append "  {";	 
	  key.append_in buf;
	  buf.append ",\"";
	  buf.append (src.item j);
	  buf.append "\"},\n";
	};
	buf.remove (buf.upper - 1);
	buf.append "};\n\n";
      };
      
      //
      // Signal manager.
      // 
      
      (is_ansi).if {
	buf.append 
	"/* Unix Signal manager: */\n\
	\void interrupt_signal(int sig)  \n\
	\{                               \n\
	\  lisaac_stack_print(top_context);     \n\
	\  print_string(\"User interrupt.\\n\"); \n\
	\  die_with_code(1);                     \n\
	\}                                       \n\n";
      };
	
      //
      // Stack manager.
      //
      
      buf.append 	
      "void lisaac_push_first(_____CONTEXT *path,unsigned long code)\n\
      \{ \n";
      (debug_level_option = 20).if {
	buf.append 
	"  _____CONTEXT *cur,loop;\n\
	\  cur = top_context; \n\
	\  while ((cur != (void *)0) && (cur != path)) cur = cur->back; \n\
	\  if (cur == path) {\n\
	\    loop.back = top_context;\n\	
	\    loop.code = code; \n\
	\    lisaac_stack_print(&loop);\n\
	\    print_string(\"COMPILER: Debug context looping detected !\\n\");\n\
	\    die_with_code(1);\n\
	\  };\n";
      };
      buf.append
      "  path->back  = top_context;\n\
      \  path->code  = code;\n\
      \  top_context = path;\n\
      \} \n\
      \  \n\
      \void lisaac_push(_____CONTEXT *path,unsigned long code)\n\
      \{ \n\      	
      \  path->code  = code;\n\
      \  top_context = path;\n\  
      \} \n\
      \  \n\
      \void lisaac_stack_print(_____CONTEXT *up)      \n\
      \{ _____CONTEXT *back,*next;             \n\
      \  int j;	                              \n\
      \  next = (void *)0;                          \n\  
      \  while (up != (void *)0) {                  \n\
      \    back = up -> back;                       \n\
      \    up -> back = next;                       \n\  
      \    next = up;                               \n\
      \    up = back;                               \n\
      \  };                                         \n\
      \  print_string(\"\\n============== BOTTOM ==============\\n\"); \n\
      \  while (next != (void *)0) {                \n";
      (debug_with_code).if {
	buf.append
	"    print_string(\"Line #\");                           \n\
	\    print_integer(__src[next->code].pos >> 17);         \n\ 
	\    print_string(\" Column #\");                        \n\
	\    print_integer((__src[next->code].pos >> 9) & 0xFF); \n\ 
	\    print_string(\" in \");                             \n\
	\    print_string(trace[__src[next->code].pos & 0x1FF]); \n\
	\    print_string(\".\\n\");                             \n\
\ if ((__src[next->code].pos & 0x1FF) != 0) { \n\
        \    print_string(__src[next->code].line);               \n\
	\    print_char('\\n');                                  \n\
	\    for (j=0;j < ((__src[next->code].pos >> 9) & 0xFF);j++) {\n\
	\      if (__src[next->code].line[j]=='\\t') print_char('\\t');\n\
        \      else print_char(' ');\n\
        \    };                                                  \n\
        \    print_char('^');    \n\
	\    print_char('\\n');   \n\
\ }; \n";	
	
      } else {    
	buf.append
	"    print_string(\"Line #\");                \n\
	\    print_integer(next->code >> 17);         \n\
	\    print_string(\" Column #\");          \n\
	\    print_integer((next->code >> 9) & 0xFF); \n\ 
	\    print_string(\" in \");               \n\
	\    print_string(trace[next->code & 0x1FF]); \n\
	\    print_string(\".\\n\");                  \n";
      };
      buf.append 
      "    next = next -> back;                     \n\
      \  };                                         \n\
      \  print_string(\"================ TOP ===============\\n\"); \n\
      \  top_context = (void *)0;                   \n\
      \}                                            \n\
      \ \n\
      \void print_integer(unsigned short n) \n\
      \{ unsigned short val;                \n\
      \  char car;                          \n\	
      \  car = (n % 10) + '0';              \n\
      \  val = n / 10;                      \n\
      \  if (val != 0) print_integer(val);  \n\
      \  print_char(car);                   \n\
      \} \n\n";
    };
  );
  
  - load_main_object <-
  ( + type_gen:FAST_ARRAY(ITM_TYPE_MONO);
    + itm_type_character:ITM_TYPE_MONO;
    + itm_type_n_a_character:ITM_TYPE_MONO;
    
    // NULL, VOID, CONTEXT
    TYPE_NULL.make_null;    
    TYPE_VOID.make_void;
    TYPE_CONTEXT.make_context;    
    TYPE_ID.make_type_id; // Pas utile !        
    // Other prototype.
    type_true    := ITM_TYPE_STYLE.get (ALIAS_STR.prototype_true)      
    style (ALIAS_STR.keyword_expanded).to_run_for NULL.raw;
    type_false   := ITM_TYPE_STYLE.get (ALIAS_STR.prototype_false)     
    style (ALIAS_STR.keyword_expanded).to_run_for NULL.raw;
    type_boolean := ITM_TYPE_STYLE.get (ALIAS_STR.prototype_boolean)   
    style (ALIAS_STR.keyword_expanded).to_run_for NULL.raw;
    type_integer := ITM_TYPE_STYLE.get (ALIAS_STR.prototype_integer)   
    style (ALIAS_STR.keyword_expanded).to_run_for NULL.raw;
    type_real    := ITM_TYPE_STYLE.get (ALIAS_STR.prototype_real)   
    style (ALIAS_STR.keyword_expanded).to_run_for NULL.raw;
    type_integer_32 := ITM_TYPE_STYLE.get (ALIAS_STR.prototype_integer_32)   
    style (ALIAS_STR.keyword_expanded).to_run_for NULL.raw;
    type_string_constant := ITM_TYPE_SIMPLE.get (ALIAS_STR.prototype_string_constant)
    .to_run_for NULL.raw;
    itm_type_character   := ITM_TYPE_STYLE.get (ALIAS_STR.prototype_character) 
    style (ALIAS_STR.keyword_expanded);
    type_character := itm_type_character.to_run_for NULL.raw;
    type_block     := ITM_TYPE_SIMPLE.get (ALIAS_STR.prototype_block).to_run_for NULL.raw;        
    //
    type_pointer   := ITM_TYPE_SIMPLE.get (ALIAS_STR.prototype_pointer).to_run_for NULL.raw;
    // NATIVE_ARRAY(CHARACTER)
    type_gen  := ALIAS_ARRAY(ITM_TYPE_MONO).new;
    type_gen.add_last itm_type_character;
    type_gen  := ALIAS_ARRAY(ITM_TYPE_MONO).alias type_gen;
    itm_type_n_a_character := ITM_TYPE_GENERIC.get (ALIAS_STR.prototype_native_array)
    style NULL with type_gen;
    type_n_a_character := itm_type_n_a_character.to_run_for NULL.raw;
    // NATIVE_ARRAY[NATIVE_ARRAY(CHARACTER)]
    type_gen  := ALIAS_ARRAY(ITM_TYPE_MONO).new;
    type_gen.add_last itm_type_n_a_character;
    type_gen  := ALIAS_ARRAY(ITM_TYPE_MONO).alias type_gen;
    type_n_a_n_a_character := ITM_TYPE_GENERIC.get (ALIAS_STR.prototype_native_array)
    style NULL with type_gen.to_run_for NULL.raw;
    // Input.
    string_tmp.copy input_name;
    string_tmp.to_upper;
    type_input   := ITM_TYPE_SIMPLE.get (ALIAS_STR.get string_tmp).to_run_for NULL.raw;
    //    
    (debug_level_option != 0).if {
      // Load for `print_char' and `die_with_code'
      ITM_TYPE_SIMPLE.get (ALIAS_STR.prototype_system_io).to_run_for NULL;
    };
    ? {type_input != NULL};
  );
  
  - print msg:STRING_CONSTANT stat n:INTEGER for t:INTEGER <-
  ( + pour_mil:INTEGER;
    
    (t != 0).if {
      STD_ERROR.put_string msg;    
      pour_mil := `(int)((1000./ @t * @n))`:INTEGER;
      STD_ERROR.put_integer (pour_mil/10);
      STD_ERROR.put_character '.';
      STD_ERROR.put_integer (pour_mil%10);
      STD_ERROR.put_string "% (";
      STD_ERROR.put_integer n;
      STD_ERROR.put_character '/';
      STD_ERROR.put_integer t;
      STD_ERROR.put_string ")\n";
    };
  );
  
Section Public  

  //
  // Creation.
  //

  - main <-
  ( + file_output:POINTER;
    //+ entry:ENTRY;
    + begin_time,end_time:UINTEGER_64;
    + time:INTEGER;    
    + txt:STRING;
    + s:LIP_SLOT_CODE;
    + f:POINTER;

    ALIAS_STR.make;
    
    begin_time := SYSTEM.get_universal_time;
    
    //
    // Load Environment. 
    //
    read_options;
    is_verbose.if {
      string_tmp.copy "\ninput  file: ";
      string_tmp.append input_name;      
      string_tmp.append ".li\noutput file: ";
      string_tmp.append output_name;
      string_tmp.append ".c\npath directory :\n";
      path_file.lower.to (path_file.upper) do { j:INTEGER;
	string_tmp.append "  ";
	string_tmp.append (path_file.item j);
	string_tmp.add_last '\n';
      };
      string_tmp.print;
    };
    
    //
    // Header C 
    //    
    (is_java).if {
      output_decl.copy "// Java code generated by Lisaac compiler (www.isaacOS.com) //\n";
      output_decl.append "class ";      
      output_decl.append input_name;
      output_decl.append " {\n";
      output_decl.append "private static String arg[];\n";
    } else {
      output_decl.copy "/* C code generated by Lisaac compiler (www.lisaac.org) */\n";
      
      // Large file headers
      output_decl.append
      "#define _LARGE_FILE_API\n\
      \#define _LARGEFILE_SOURCE\n\
      \#define _LARGEFILE64_SOURCE\n";

      // ANSI argument command.
      (debug_level_option != 0).if {
        output_decl.append "#include \n";
      };
      output_decl.append 
      "int arg_count;\n\
      \char **arg_vector;\n";      
    };    
    
    // External.
    title "EXTERNAL" in output_decl;
        
    //
    // Load prototype constant.
    //
    load_main_object;
    
    // Compilation.    
    type_input.prototype.depend;    
    
    // Type / Struct.
    title "TYPE" in output_decl;
    
    (is_java).if {
      output_decl.append 
      "/* Generic Object */\n\
      \class ___OBJ {\n\
      \  int __id;\n\
      \};\n\n";          
    } else {
      output_decl.append 
      "/* Generic Object */\n\
      \struct ___OBJ {\n\
      \  unsigned int __id;\n\
      \};\n\n";          
    };
    title "GLOBAL" in output_glob;
        
    // Function header.
    title "FUNCTION HEADER" in output_code;
    
    // Debug source code.
    (is_java).if_false {
      (debug_level_option != 0).if {      
        output_code.append "/* Debug Manager */\n"; 
        (is_ansi).if {
          output_code.append "void interrupt_signal(int sig);\n";
        };
        output_code.append 
        "void lisaac_stack_print(_____CONTEXT *up);\n\
        \void lisaac_push_first(_____CONTEXT *path,unsigned long code);\n\
        \void lisaac_push(_____CONTEXT *path,unsigned long code);\n\
        \void print_integer(unsigned short n);\n";
      };
    };
    
    // Extern source code.
    output_code.append "/* Source code */\n";
    PROFIL_LIST.genere_handler output_code;
    
    // Source code.
    title "SOURCE CODE" in output_code;        
    
    (is_library).if {
      output_code.append "int init(int argc,char **argv)\n";
    } else {
      (is_java).if {
        output_code.append "public static void main(String parg[])\n";
      } else {
        output_code.append "int main(int argc,char **argv)\n";
      };
    };
    output_code.append "{\n";
    indent.append "  ";
    
    profil_current := NULL;
    list_main.genere_extern output_code;    
        
    (is_java).if_false {
      output_code.append "  return(0);\n";
    };
    indent.remove_last 2;    
    output_code.append indent;
    output_code.append "}\n\n"; 
        
    PROFIL_LIST.genere output_code;
        
    TYPE.genere_all_struct;        
    (is_java).if_false {
      output_decl.append "\nvoid *table_type[";
      TYPE.id_counter_without_type.append_in output_decl;
      output_decl.append "];\n";
    };
        
    // String Constant.

    // Trace code.    
    put_trace_code output_code;
    
    (is_java).if {
      output_code.append "\n} // End class MAIN\n";
    };
    
    //
    // Saving File Output.
    //    
    string_tmp.copy output_name;
    string_tmp.append ".c";
    (! FS_MIN.make_file string_tmp).if {
      STD_ERROR.put_string "Error: File ";
      STD_ERROR.put_string string_tmp;
      STD_ERROR.put_string " is not created !\n";
      die_with_code exit_failure_code;
    };

    file_output := FS_MIN.open_write string_tmp;
    FS_MIN.write file_output with output_decl size (output_decl.count);    
    FS_MIN.write file_output with output_glob size (output_glob.count);
    (STRING_CST.output_count != 0).if {
      txt := STRING_CST.output;
      FS_MIN.write file_output with txt size (txt.count);
    };    
    FS_MIN.write file_output with output_code size (output_code.count);
    FS_MIN.close file_output;
    //
    (is_graph).if {      
      + p:PROFIL;
      (PROFIL_LIST.profil_list.lower).to (PROFIL_LIST.profil_list.upper) do { j:INTEGER;
        p := PROFIL_LIST.profil_list.item j;
        (p.external_present).if {
          p.set_external_present FALSE;
          p.propagation_external;
        };
      };
      //
      output_code.copy "digraph G {\n";      
      profil_main.genere_graph output_code;
      (PROFIL_LIST.profil_list.lower).to (PROFIL_LIST.profil_list.upper) do { j:INTEGER;
        PROFIL_LIST.profil_list.item j.genere_graph output_code;
      };
      output_code.append "}\n";
      f := FS_MIN.open_write "graph.txt";    
      FS_MIN.write f with output_code size (output_code.count);    
      FS_MIN.close f;      
    };    
    //
    end_time := SYSTEM.get_universal_time;
    (is_quiet).if_false {
      STD_ERROR.put_string " => ";
      time := (end_time - begin_time).to_integer;
      (time >= 120).if {
	STD_ERROR.put_integer (time/60);
	STD_ERROR.put_string " minutes, ";
	time := time % 60;
      };
      STD_ERROR.put_integer time;
      STD_ERROR.put_string " second(s).\n";
      //
      (POSITION.nb_warning != 0).if {
	STD_ERROR.put_string " => ";
	STD_ERROR.put_integer (POSITION.nb_warning);
	STD_ERROR.put_string " warning(s).\n";
      };
    };
    
    (is_statistic).if {            
      STD_ERROR.put_string "  Local counter        : ";
      STD_ERROR.put_integer (LIST.local_counter);
      STD_ERROR.put_string "\n";
      STD_ERROR.put_string "  Context counter      : ";
      STD_ERROR.put_integer (LIST.context_counter);
      STD_ERROR.put_string "\n";
      print "  Null call score      : " stat null_counter for late_binding_counter;            
      print "  Polymorphic call     : " stat polymorphic_counter for late_binding_counter;
      //
      print "  Recursivity function : " 
      stat (PROFIL.counter_recursivity_function) for (PROFIL.counter_function);
      //
      (is_optimization).if {
	"  Invariant loop score : ".print; count_invariant.print; '\n'.print;      
      };
    };
        
    //
    // Execute finality command (front end).
    //
    // Executing `front_end':
    LIP_CODE.put_boolean is_cop to (ALIAS_STR.slot_is_cop);
    s := LIP_CODE.get_method (ALIAS_STR.slot_back_end);
    (s = NULL).if {
      "Warning: Slot `back_end' not found in *.lip file.\n".print;      
    } else {
      s.run_with NULL;
    };    
  );

lisaac_0.39_rc1/src/any.li0000644000175000017500000002517711314031247015350 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ANY;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Common parent for compiler";
  
Section Inherit
  
  - parent_any_option:ANY_OPTION := ANY_OPTION;
  
Section Public
    
  - last_index_str (n:ABSTRACT_STRING,c:CHARACTER) :INTEGER <-
  // BSBS: A Mettre dans STRING.
  ( + result:INTEGER;
    result := n.upper;
    {(result < n.lower) || {n.item result = c}}.until_do {
      result := result-1;
    };
    result
  );
    
  //
  // Invariant loop system.
  //
  - count_invariant:INTEGER;
  
  - loop_list:LIST; 
  - loop_seq_index:INTEGER;
  - loop_seq_call_local_and_loop:INTEGER;
  - loop_seq_call_and_loop:INTEGER;
  - loop_invariant:LOOP;
  
  //
	
  - late_binding_counter:INTEGER;
  
  - null_counter:INTEGER;
  
  - polymorphic_counter:INTEGER;
  
  //
  // Display debug tools.
  //
    
  + object_id:INTEGER <-  
  ( + result:INTEGER;
    - object_counter:INTEGER; 
    
    result := object_counter;      
    object_counter := object_counter + 1;
    object_id := result
  );
  
  //
  // Compiler Options.
  //
  
  - debug_level_option:INTEGER;  
  - debug_with_code:BOOLEAN;
  
  - is_all_warning:BOOLEAN;
  
  - is_optimization:BOOLEAN;    
  - inline_level:INTEGER := 17;
  
  - is_java:BOOLEAN; // Fuck the Java!
  
  - is_statistic:BOOLEAN;  
  - is_quiet:BOOLEAN;
  
  //
  //
  //
     
  - verbose_level:INTEGER;
  - is_verbose:BOOLEAN <- (verbose_level != 0);
  
  - is_readable:BOOLEAN;
  - is_graph:BOOLEAN;
  
  //
  // Other flags.
  //
  
  - is_cop:BOOLEAN;
  
  - is_library:BOOLEAN;
  
  - is_copy_local:BOOLEAN;
  
  - pass_count:INTEGER;
  
  - modify_count:INTEGER;
  
  - new_depend_pass <-
  (    
    modify_count := modify_count + 1;
    //(pass_count > 60).if {
    //  crash;
    //};
  );
  
  - new_execute_pass <- 
  (
    new_depend_pass;
  );
  
  - is_executing_pass:BOOLEAN;
  
  //
  // Sequence counter.
  //
  
  - seq_inline:UINTEGER_32;
  
  - seq_index              :UINTEGER_32; // Global index sequence.
  - seq_or_and             :UINTEGER_32; // || or &&  
  - seq_call_and_loop      :UINTEGER_32; // Call or loop (or function).
  - seq_call_local_and_loop:UINTEGER_32; // Call sensitive or loop.
  - seq_list:FAST_ARRAY(LIST) := FAST_ARRAY(LIST).create_with_capacity 64;
  
  - is_seq_list l:LIST :BOOLEAN <-
  ( + result:BOOLEAN;
    + j:INTEGER;
    
    j := seq_list.upper;
    {(j >= seq_list.lower) && {! result}}.while_do {
      result := seq_list.item j = l;
      j := j - 1;
    };
    result
  );
        
  //
  // Runtime.
  //
  
  - list_main:LIST;
  - context_main:LOCAL;
  
  - profil_main:PROFIL_SLOT := // BSBS: A REVOIR (a uniformiser ((graph)))
  ( + result:PROFIL_SLOT;
    
    result := PROFIL_SLOT.clone; 
    result.alloc_profil_main;
    result
  );  
  
  - list_current:LIST;
  
  - current_list_level:INTEGER;
  
  - stack_local:FAST_ARRAY(LOCAL)  := FAST_ARRAY(LOCAL).create_with_capacity 64;  
  
  - profil_slot:PROFIL_SLOT; // Principal slot.
  - profil_current:PROFIL;   // Sub-profil or (profil = profil_slot)
     
  - display_stack_local <-
  (
    string_tmp.clear;
    (stack_local.lower).to (stack_local.upper) do { j:INTEGER;
      stack_local.item j.display string_tmp;
      string_tmp.add_last '\n';
    };
    string_tmp.print;
  );
  
  //
  // Output Buffer and service.
  //
      
  - output_decl:STRING := STRING.create 60000;
  - output_glob:STRING := STRING.create 10000;
  - output_code:STRING := STRING.create 4_000_000;
  
  - title txt:STRING_CONSTANT in buf:STRING <-
  (
    buf.append "\n/*";
    3.to 28 do { j:INTEGER;
      buf.add_last '=';      
    };
    buf.append "*/\n/* ";
    buf.append txt;
    (txt.count+5).to 28 do { j:INTEGER;
      buf.add_last ' ';
    };
    buf.append " */\n/*";
    3.to 28 do { j:INTEGER;
      buf.add_last '=';      
    };
    buf.append "*/\n\n";
  );
  
  
  - indent:STRING := STRING.create 128;

  - operator typ:ABSTRACT_STRING name op:ABSTRACT_STRING :STRING_CONSTANT <-
  ( + c:CHARACTER;
    string_tmp.copy typ;
    (op.lower).to (op.upper) do { j:INTEGER;
      c:=op.item j;
      (c = '+').if {
	string_tmp.append "_add";
      }.elseif { c = '-' } then {
	string_tmp.append "_sub";
      }.elseif { c = '~' } then {
	string_tmp.append "_logicnot";
      }.elseif { c = '!' } then {
	string_tmp.append "_not";
      }.elseif { c = '/' } then {
	string_tmp.append "_div";
      }.elseif { c = '*' } then {
	string_tmp.append "_mul";
      }.elseif { c = '^' } then {
	string_tmp.append "_xor";
      }.elseif { c = '%' } then { 
	string_tmp.append "_mod";
      }.elseif { c = '>' } then {
	string_tmp.append "_greater";
      }.elseif { c = '<' } then {
	string_tmp.append "_less";
      }.elseif { c = '=' } then {
	string_tmp.append "_equal";
      }.elseif { c = '\\' } then {
	string_tmp.append "_notdiv";
      }.elseif { c = '|' } then {
	string_tmp.append "_or";
      }.elseif { c = '&' } then {
	string_tmp.append "_and";
      }.elseif { c = '$' } then {
	string_tmp.append "_dollar";
      }.elseif { c = '#' } then {
	string_tmp.append "_diese";
      }.elseif { c = '@' } then {
	string_tmp.append "_at";
      }.elseif { c = '?' } then {
	string_tmp.append "_ask";
      };
    };
    ALIAS_STR.get string_tmp
  );

  //
  // Error manager.
  //
  
  - syntax  :INTEGER := 0;
  - semantic:INTEGER := 1;
  - warning :INTEGER := 2;
  - message :INTEGER := 3;

  - syntax_error (pos:POSITION,txt:ABSTRACT_STRING) <-
  (
    pos.put_error syntax text txt;
    pos.put_position;
    POSITION.send_error;
  );

  - semantic_error (pos:POSITION,txt:ABSTRACT_STRING) <-
  ( 
    pos.put_error semantic text txt;
    pos.put_position;
    POSITION.send_error;
  );
  
  - warning_error (pos:POSITION,txt:ABSTRACT_STRING) <-
  (
    pos.put_error warning text txt;
    pos.put_position;
    POSITION.send_error;
  );

  - message_error (pos:POSITION,txt:ABSTRACT_STRING) <-
  (
    is_verbose.if {
      pos.put_error message text txt;
      pos.put_position;
      POSITION.send_error;
    };
  );

  //
  // String temporary.
  //

  - string_tmp :STRING := STRING.create 256;  
  - string_tmp2:STRING := STRING.create 256;  
  - string_tmp3:STRING := STRING.create 256;  
  - string_tmp4:STRING := STRING.create 256;
  
  //
  // Path directory and command front end.
  //
  
  - input_path:STRING_CONSTANT;
  
  - path_file:FAST_ARRAY(STRING_CONSTANT) := 
  FAST_ARRAY(STRING_CONSTANT).create_with_capacity 3000;
  - path_begin:INTEGER := 1;
  
  - path_lisaac:STRING_CONSTANT <-
  ( + path:NATIVE_ARRAY(CHARACTER);
    + path_str :STRING;
    + j:INTEGER;
    //COMMAND_LINE.executable_name.print; '\n'.print;
    // Load LISAAC_DIRECTORY.
    path_str := ENVIRONMENT.get_environment_variable "LISAAC_DIRECTORY";
    (path_str != NULL).if {
      string_tmp.copy path_str;
    } else {
      path := `LISAAC_DIRECTORY`:NATIVE_ARRAY(CHARACTER);
      string_tmp.clear;
      j := 0;
      {path.item j != '\0'}.while_do {
	string_tmp.add_last (path.item j);
	j := j + 1;
      };
    };
    ((string_tmp.last != '/') && {string_tmp.last != '\\'}).if {
      string_tmp.add_last '/';
    };
    path_lisaac := ALIAS_STR.get string_tmp
  );
  
  //
  // Alias type.
  //
  
  - type_input            :TYPE;
  - type_integer          :TYPE;
  - type_real             :TYPE;
  - type_character        :TYPE;
  - type_block            :TYPE;
  - type_true             :TYPE;
  - type_false            :TYPE;
  - type_boolean          :TYPE;
  - type_integer_32       :TYPE;
  - type_pointer          :TYPE;
  - type_string_constant  :TYPE;
  - type_n_a_character    :TYPE;
  - type_n_a_n_a_character:TYPE;
  
  //
  // Usage Variable.
  //
  
  - last_position:POSITION;

  - load_lip file_lip:ABSTRACT_STRING <-
  ( + path_lip:STRING_CONSTANT;
    + is_good:BOOLEAN;
    + count:INTEGER;

    string_tmp.clear;
    {      
      string_tmp.append file_lip;
      path_lip := ALIAS_STR.get string_tmp;      
      (is_good := PARSER.read_lip path_lip).if_false {      
        string_tmp.copy path_lip;
        string_tmp.remove_last (file_lip.count);
        string_tmp.append "../";
        count := count + 1;
      };
    }.do_while {(count < 5) && {! is_good}};
    (is_good).if_false {
      string_tmp.copy path_lisaac;
      string_tmp.append "make.lip";
      path_lip := ALIAS_STR.get string_tmp;
      (is_good := PARSER.read_lip path_lip).if_false {      
        "File `".print;
        path_lip.print;
        "' not found !\nIncorrect installation.\n".print;
        die_with_code exit_failure_code;
      };      
    };            
    {LIP_CODE.list_parent.is_empty}.until_do {
      path_lip := LIP_CODE.list_parent.first;
      LIP_CODE.list_parent.remove_first;      
      (path_lip.is_empty).if {
        string_tmp.copy path_lisaac;
        string_tmp.append "make.lip";
        path_lip := ALIAS_STR.get string_tmp;
      };
      (PARSER.read_lip path_lip).if_false {      
        "File `".print;
        path_lip.print;
        "' not found ! (see `*.lip')\n".print;          
        die_with_code exit_failure_code;
      };
    };
    // Auto-load 'lisaac' variable.
    LIP_CODE.put_string path_lisaac to (ALIAS_STR.variable_lisaac);    
  );

lisaac_0.39_rc1/src/variable/0000755000175000017500000000000011314031324016000 5ustar  sonntagsonntaglisaac_0.39_rc1/src/variable/named.li0000644000175000017500000000424611314031247017424 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := NAMED;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for all slot";
  
Section Inherit
  
  + parent_itm_object:Expanded ITM_OBJECT;
  
Section Public

  //
  // Data.
  //

  + style:CHARACTER;  // '+': Clonable, 
                      // '-': Shared.
		      // ' ': Argument
		      // 'T': Temporary
		      // 'C': Cast
  
  + name:STRING_CONSTANT;

  - set_style s:CHARACTER <-
  (
    style := s;
  );
  
  //
  // Hashable.
  //
  
  - hash_code: INTEGER <- name.hash_code;





lisaac_0.39_rc1/src/variable/local.li0000644000175000017500000002236711314031247017436 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := LOCAL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Local slot";
  
Section Inherit
  
  + parent_variable:Expanded VARIABLE;
  
Section Public  
  
  // BSBS: Doit pas etre utile.
  
  + is_result :BOOLEAN := FALSE;

  - set_result r:BOOLEAN <- 
  (
    is_result := r;
  );
  
  //
  // Copy alias manager.
  //
  
  - is_alias:BOOLEAN;
  
  - alias_on <-  
  (
    is_alias := TRUE;
  );
  
  - alias_off <-
  (
    (list_alias.lower).to (list_alias.upper) do { j:INTEGER;
      list_alias.item j.set_my_alias NULL;
    };
    list_alias.clear;
    is_alias := FALSE;
  );
  
  - list_alias:FAST_ARRAY(LOCAL) := FAST_ARRAY(LOCAL).create_with_capacity 64;
  
  - get_alias:LOCAL <-
  (
    (my_alias = NULL).if {
      my_alias := my_copy;
      my_alias.set_type_list type_list;
      list_alias.add_last Self;	
    };
    my_alias
  );
  
  + my_alias:LOCAL;
  
  - set_my_alias new_loc:LOCAL <-
  (
    my_alias := new_loc;
  );
  
  + list_level:INTEGER;
  
  - set_list_level lev:INTEGER <-
  (
    list_level := lev;
  );
    
  - write p:POSITION with r:EXPR value val:EXPR :WRITE <-
  ( + result:WRITE;
    
    (my_alias != NULL).if {      
      result := my_alias.write_direct p with NULL value val;
    }.elseif {is_alias} then {
      result := get_alias.write_direct p with NULL value val;
    } else {
      result := write_direct p with NULL value val;
    };
    result
  );
  
  - read p:POSITION with r:EXPR :READ <-
  ( + result:READ;
        
    (my_alias != NULL).if {      
      result := my_alias.read_direct p with NULL;
    }.elseif {is_alias} then { 
      // Case : Argument function (see CALL_SLOT)
      result := get_alias.read_direct p with NULL; 
    } else {
      //? {! is_alias};
      result := read_direct p with NULL;
    };        
    result
  );
  
  //
  // Sequence optimizer
  //
  
  + last_seq:LOCAL_SEQ;
  
  - reset_last_write w:WRITE <-
  (  
    ((last_seq != NULL) && {last_seq.last_write = w}).if {
      last_seq.set_last_write NULL;
    };
  );
  
  - set_last_seq s:LOCAL_SEQ <-
  (
    last_seq := s;
  );
  
  - set_write w:WRITE <-
  (                
    (last_seq = NULL).if {
      LOCAL_SEQ.new Self;
      //"LOCAL:".print;
      //intern_name.print; '\n'.print;
    };
    (
      (! PROFIL.mode_recursive) &&
      {loop_invariant = NULL} &&
      {last_seq.last_write != NULL} &&            
      {last_seq.last_index != -1} &&
      {last_seq.last_list_current = list_current} &&
      {last_seq.last_index < list_current.index}  &&
      {last_seq.last_seq_call_local_and_loop = seq_call_local_and_loop} &&
      {list_current.item (last_seq.last_index) = last_seq.last_write} // BSBS: Voir pourquoi pas tjrs le cas
    ).if {                         
      list_current.put (last_seq.last_write.value) to (last_seq.last_index);
      unwrite (last_seq.last_write);      
      new_execute_pass;
    };    
    // Save context
    last_seq.set_seq w;
  );
  
  - set_read <-
  (
    (last_seq != NULL).if {
      last_seq.set_last_index (-1);
    };
  );
  
  - get_last_index:INTEGER <- last_seq.last_index;
  
  - is_invariant:BOOLEAN <-
  (
    (loop_seq_call_local_and_loop = seq_call_local_and_loop) &&
    {
      (
	(last_seq != NULL) && {last_seq.last_write != NULL} &&
	{last_seq.last_seq_index <= loop_seq_index}
      ) || {style = ' '}
    }
  );
  
  - get_last_value rec:EXPR :EXPR <-
  [
    ? {rec = NULL};
  ]
  ( + result:EXPR;
    + val:EXPR;
    + rd:READ;
    + l:LOCAL;
    + g:SLOT_DATA;
    /*
    + bug:BOOLEAN;
    
    (intern_name == "__tmp__TC").if {
      bug:=TRUE;
      "0\n".print;
      (last_seq = NULL).if {
        "last seq NULL\n".print;
        crash;
      } else {
        (last_seq.last_write = NULL).if {
          "last_write null\n".print;
        };
      };
    };
     */ 
    
    
    (
      (! PROFIL.mode_recursive) && {loop_invariant = NULL} && 
      {last_seq != NULL} && {last_seq.last_write != NULL}
    ).if {      
      /*
      (bug).if {
        "1\n".print;
      };
      */
      (
	(is_seq_list (last_seq.last_list_current)) &&
	{
	  (last_seq.last_seq_call_local_and_loop = seq_call_local_and_loop) ||
	  {require_count = 1}
	}
      ).if {
	val := last_seq.last_write.value;
	rd  ?= val;
	(rd != NULL).if {
	  l ?= rd.variable;
	  g ?= rd.variable;
	};
	(
	  ( // Constant propagation.
	    val.is_constant 
	  ) || 
	  { // Local propagation.
	    (l != NULL) && {
	      (
		(l.last_seq != NULL) && {l.last_seq.last_write != NULL} && 
		{l.last_seq.last_seq_index < last_seq.last_seq_index} && 
		{last_seq.last_seq_call_local_and_loop = seq_call_local_and_loop} 
	      ) || {l.require_count <= 1} || {l.style = ' '}
	    }
	  } ||
	  { // Global propagation.
	    (g != NULL) && {g.style = '-'} && {
	      (		
		(g.last_write != NULL) && {g.last_seq_index < last_seq.last_seq_index} && 
		{last_seq.last_seq_call_and_loop = seq_call_and_loop} && 
		{is_seq_list (g.last_list_current)}
	      ) || {g.require_count = 1}
	    }
	  }
	).if {	  	  
	  result := val.my_copy;
	}.elseif {
	  // Propagation step by step.
	  (last_seq.last_seq_or_and = seq_or_and) &&
	  {ensure_count = 1} &&
	  {list_current.index > list_current.lower} && 
	  {list_current.item (list_current.index - 1) = last_seq.last_write} 
	} then {    	  
	  unwrite (last_seq.last_write);
	  last_seq.set_last_write NULL;
	  list_current.put NOP to (list_current.index - 1);	  
	  result := val;
	};
      };      
    };
    result
  );
  
  - set_type_list t:TYPES <-
  (
    type_list := t;
  );
  
  //
  //
  //
    
  - is_local:BOOLEAN <- TRUE;
    
  //
  // Creation.
  //
    
  - create p:POSITION name n:STRING_CONSTANT 
  style c:CHARACTER type t:TYPE_FULL result r:BOOLEAN :SELF<-
  ( + result:SELF;
    result := clone;    
    result.make p name n style c type t result r;
    result
  );
    
  - create p:POSITION name n:STRING_CONSTANT 
  style c:CHARACTER type t:TYPE_FULL :SELF<-
  ( + result:SELF;
    result := clone;    
    result.make p name n style c type t result FALSE;
    result
  );
  
  - make p:POSITION name n:STRING_CONSTANT 
  style c:CHARACTER type t:TYPE_FULL result r:BOOLEAN <-
  ( + tmp:TYPES_TMP;
    ? {p.code != 0};
    ? {t != NULL};

    position    := p;
    name        := n;
    is_result   := r;
    intern_name := ALIAS_STR.get_intern n; 
            
    ((t.is_expanded) && {! t.is_expanded_c}).if {
      type := t + TYPE_FULL.expanded_ref_bit;
    } else {
      type := t;
    };
    style := c;
    
    (is_static).if {      
      tmp := TYPES_TMP.new;            
      tmp.add (t.raw);      
      type_list := tmp.to_types;                  
    } else {
      type_list := TYPES_TMP.types_empty;
    };    
  );
  
  - my_copy:LOCAL <-
  ( + result:LOCAL;
    
    result := LOCAL.create position name name style style type type;
    result
  );
  
  //
  // Value.
  //

  - init <-
  ( + val:EXPR;
    + i:INSTR;    
    + int:INTEGER_CST;    
    
    val := type.default_value position;    
    (ALIAS_STR.is_integer (type.raw.name)).if { 
      int ?= val;
      (int != NULL).if {	  
	int.cast_type type;
      }; 
    } else {
      val := val.check_type type with position;
    };
    i := write position value val;
    list_current.add_last i;    
  );
    
  - set_intern_name n:STRING_CONSTANT <-
  (
    intern_name := n;
  );
    
Section VARIABLE
  
  - new_read p:POSITION with r:EXPR :READ <- 
  [ -? {r = NULL}; ]
  (             
    READ_LOCAL.create p with Self
  );
  
  - new_write p:POSITION with r:EXPR value v:EXPR :WRITE <-
  [ -? {r = NULL}; ]
  ( + result:WRITE;
    result := WRITE_LOCAL.create p with v in Self;    
    result    
  );
  
  /*
  - new_access r:EXPR :ACCESS <- 
  (
    ACCESS_LOCAL.create Self
  );
  */








lisaac_0.39_rc1/src/variable/variable.li0000644000175000017500000002563511314031247020132 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := VARIABLE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for all variable";
  
Section Inherit
  
  + parent_named:Expanded NAMED;
  
Section Public

  - is_local:BOOLEAN <- FALSE;
      
  //
  //
  //
  
  + intern_name:STRING_CONSTANT;
  
  - set_intern_name n:STRING_CONSTANT <-
  (
    intern_name := n;
  );
  
  - is_argument:BOOLEAN <- (style = ' ');
  
  //
  // Type.
  //

  + type:TYPE_FULL;
    
  - set_type t:TYPE_FULL <-
  (
    ? {t != NULL};
    type      := t;    
  );
  
  - init <- deferred;
  
  //
  // Typing Context.
  //
  
  - is_static:BOOLEAN <- 
  ((type.is_expanded) && {type.raw != type_boolean}) || 
  {name = ALIAS_STR.variable_self};
  
  + type_list:TYPES;

  + ensure_count:INTEGER;

  - set_ensure_count c:INTEGER <-
  // Necessary for `context' local, `External' argument slot and `BLOCK' manager.
  (        
    ensure_count := c;
  );
  
  + require_list:FAST_ARRAY(WRITE);
  + require_first:WRITE;
  - require_count:INTEGER <- 
  ( + result:INTEGER;
    (require_first != NULL).if {
      (require_list != NULL).if {
	result := 1 + require_list.count;
      } else {
	result := 1;
      };
    };
    result
  );

  + level_type:INTEGER;
  - level_pass:INTEGER;

  - update <- 
  (
    level_pass := level_pass + 1; 
  );
  
  // BSBS: BIG OPTIMISATION.  
  // Les listes de types s'auto-entretien (références cyclique)
  // Il faut absolument régler ca !!!
  // Nous avons le même pb avec 'item' et 'put__to'
  // Il faudrai uniformiser la chose (item et put_to travailleraient
  // avec une variable virtuel...)
  // Aussi, il faut que tu profite de last_write pour optimiser...
  - get_type t:TYPES_TMP <-
  ( + tmp_type:TYPES_TMP;
    + typ:TYPE;
           
    (level_type < level_pass).if {
      (! is_static).if {          
	typ := type.raw;
	(
	  (is_executing_pass) || {
	    (require_first != NULL)/* && 
	    {
	      ((typ.subtype_list = NULL) || {typ.subtype_list.count > type_list.count}) ||
	      {typ = type_block}
	    }*/
	}).if {	  
	  level_type := level_pass;
	  tmp_type := TYPES_TMP.new;      
          (require_first != NULL).if {	
                        
	    require_first.get_type tmp_type;		
	    (require_list != NULL).if {
	      (require_list.lower).to (require_list.upper) do { j:INTEGER;	    
		require_list.item j.get_type tmp_type;
	      };  
            };                       
	  };	  
	  type_list := tmp_type.update type_list;
	};
      };
    };    
    t.union type_list;
  );
  
  //
  // Sequence optimizer
  //

  - reset_last_write w:WRITE <-
  (  
    deferred;
  );
  
  - set_write w:WRITE <-
  (                
    deferred;
  );
  
  - set_read <-
  (
    deferred;
  );
  
  - get_last_index:INTEGER <- deferred;
  
  - get_last_value rec:EXPR :EXPR <-
  ( 
    deferred;
    NULL
  );
  
  //
  // Writing.
  //
  
  - write p:POSITION value val:EXPR :WRITE <-
  ( 
    write p with NULL value val
  );

  - write p:POSITION with r:EXPR value val:EXPR :WRITE <-
  (
    write_direct p with r value val
  );
    
  - write_direct p:POSITION with r:EXPR value val:EXPR :WRITE <-
  ( + e:WRITE;
    + tmp_type:TYPES_TMP;    
    
    e := new_write p with r value val;        
    // Update require list.
    (require_first = NULL).if {
      require_first := e;      
    } else {
      (require_list = NULL).if {
	require_list := FAST_ARRAY(WRITE).create_with_capacity 1; 
      };
      require_list.add_last e;
    };
            
    // Update type list.
    ((! is_static) && {e.value != NULL} && {! is_executing_pass}).if {
      tmp_type := TYPES_TMP.new;
      (type_list != NULL).if {
	tmp_type.union type_list;
      };	
      e.value.get_type tmp_type;       
      type_list := tmp_type.update type_list;		
    };         
    
    e.set_create;
    e
  );
    
  - unwrite e:WRITE <-
  ( + idx:INTEGER;
    (! e.is_create).if {
      crash;
    };
    
    (e.is_delete).if {
      crash;
    };
    
    e.set_delete;    
    
    reset_last_write e;
        
    // Require list.
    (require_first = e).if {
      (require_list != NULL).if {
	require_first := require_list.first;
	require_list.remove_first;
	(require_list.is_empty).if {
	  require_list := NULL;
	};
      } else {
	require_first := NULL;
      };
    } else {            
      ? {require_list != NULL};
      //e.debug_display;
      (require_list = NULL).if {
	intern_name.print; '\n'.print;
	crash_with_message "******** VARIABLE.unwrite : BUG require_list = NULL **********\n";
      };
      
      idx := require_list.fast_first_index_of e;
      ? {idx <= require_list.upper};
      
      (idx > require_list.upper).if {
	intern_name.print; '\n'.print;
	/*
	e.to_pointer.print; ' '.print;
	
	e.debug_display;
	"\n--------\n".print;
	require_first.debug_display;
	(require_list.lower).to (require_list.upper) do { j:INTEGER;
	  require_list.item j.debug_display;
	};
	*/
	crash_with_message "******** VARIABLE.unwrite : BUG !!! **********\n";
      };
      
      require_list.remove idx;
      (require_list.is_empty).if {
	require_list := NULL;
      };
    };
  );

  //
  // Reading.
  //
  
  - read p:POSITION :READ <-
  ( 
    read p with NULL
  );
  //[ ? {ensure_count := Old ensure_count + 1}; ];
  
  - read p:POSITION with r:EXPR :READ <-
  (
    read_direct p with r
  );
    
  - read_direct p:POSITION with r:EXPR :READ <-
  ( + result:READ;
        
    result := new_read position with r;   
    ensure_count := ensure_count + 1;    
    /*
    (intern_name == "__tmp__35").if {
      "Create : ".print;
      result.object_id.print;
      '\n'.print;         
    };
    */
    result
  );
  //[ ? {ensure_count := Old ensure_count + 1}; ];
  
  - unread e:READ <-
  (    
    /*
    (intern_name == "__tmp__35").if {
      "Delete : ".print;
      e.object_id.print;
      '\n'.print;                  
    };
    */
    ensure_count := ensure_count - 1;
    (ensure_count < 0).if {
      "C'est : ".print;
      e.debug_display;
      "\n dans :\n".print;
      //list_current.debug_display;
      '\n'.print;
      crash;
    };
  /*  
    (intern_name == "Result__ID").if {
      "VARIABLE delete :".print;
      e.debug_display;
    };
*/
    
//    ? {ensure_count >= 0};
  );
    
  //
  // Display.
  //
  
  - display_require buffer:STRING <-
  ( + rd:READ;
    
    (require_first != NULL).if {
      buffer.append indent;      
      require_first.display buffer;
      buffer.add_last '\n';
      rd ?= require_first.value;
      (rd != NULL).if {
        indent.append "  ";
        rd.variable.display_require buffer;
        indent.remove_last 2;
      };
      (require_list != NULL).if {
        (require_list.lower).to (require_list.upper) do { i:INTEGER;
          buffer.append indent;      
          require_list.item i.display buffer;
          buffer.add_last '\n';
          rd ?= require_list.item i.value;
          (rd != NULL).if {
            indent.append "  ";
            rd.variable.display_require buffer;
            indent.remove_last 2;
          };
        };
      };
    };
  );

  - display buffer:STRING <-
  (
    buffer.append intern_name;
    buffer.add_last ':';
    type.append_name_in buffer;
    //buffer.append (type.intern_name);
  );
  
  - display_type buffer:STRING <-
  (
    buffer.add_last '{';
    (type_list.is_empty).if_false {
      (type_list.lower).to (type_list.upper - 1) do { j:INTEGER;
	buffer.append (type_list.item j.intern_name);
	buffer.add_last 'x';
      };      
      buffer.append (type_list.last.intern_name);
    };
    buffer.add_last '}';
  );
  
Section VARIABLE, PROTOTYPE
  
  - list_variable_block:FAST_ARRAY(VARIABLE) := FAST_ARRAY(VARIABLE).create_with_capacity 64;
  
  - check_variable_block <-
  (
    {list_variable_block.is_empty}.until_do {     
      list_variable_block.last.check_rec;
      list_variable_block.remove_last;
    };
  );
  
  + is_check:BOOLEAN; // BSBS: Warning Memory!
  
  - check_rec <-
  ( + val:EXPR;
    + rd_g:READ_GLOBAL;
    + rd_s:READ_SLOT;
    + rd_l:READ_LOCAL;
    + block:PROFIL_BLOCK;
    + check_action:{WRITE; };
    
    (is_check).if_false {
    
      is_check := TRUE;
      
      check_action := { wrt:WRITE;
        val := wrt.value;            
        (
          (rd_g ?= val; rd_g = NULL) && 
          {rd_s ?= val; rd_s = NULL}
        ).if {
          block ?= val.static_type.raw;
          ((block != NULL) && {block.is_context_sensitive}).if {
            block.context_extern.type.print;
            warning_error (block.context_extern.position,"ICI");
            string_tmp.copy "This block is extern context sensitive (with `";
            string_tmp.append (block.context_extern.name);
            string_tmp.append "' local variable).";
            POSITION.put_error warning text string_tmp;
            block.code.position.put_position;
            list_variable_block.last.position.put_position;
            block.context_extern.position.put_position;
            POSITION.send_error;
          } else {
            rd_l ?= val;
            (rd_l != NULL).if {            
              rd_l.variable.check_rec;
            };    
          };
        };
      };    
      (require_first != NULL).if {        
        check_action.value require_first;
        (require_list != NULL).if {
          (require_list.lower).to (require_list.upper) do { j:INTEGER;
            check_action.value (require_list.item j);
          };
        };      
      };
    };
  );





lisaac_0.39_rc1/src/variable/slot.li0000644000175000017500000001173511314031247017322 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := SLOT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for slot runnable";
  
Section Inherit
  
  + parent_itm_slot:ITM_SLOT := ITM_SLOT;
  
Section Public
  
  - common_slot:SLOT <- Self;
  
  + slot_id:SLOT_DATA;
  
  + receiver_type:TYPE;
  
  //
  // Creation.
  //
  
  - create s:ITM_SLOT type t:TYPE :SLOT <-
  ( + result:SLOT;
        
    result := clone;
    result.make s type t    
  );
  
  - make s:ITM_SLOT type t:TYPE :SLOT <-
  ( + result:SLOT;
        
    parent_itm_slot := s;
    receiver_type := t;
    //
    (affect = '<').if {
      // Code.      
      result := slot_code_intern := SLOT_CODE.create Self with value;      
    } else {
      // Data      
      create_slot_data;
      result := slot_data_intern;
    };    
    //
    result
  );
    
  //
  // Style.
  //
  
  - lower_style:INTEGER <-
  ( + result:INTEGER;
    (slot_data_intern = NULL).if {
      result := 1;
    };
    result
  );
  
  - upper_style:INTEGER <- 
  ( + result:INTEGER;
    (slot_code_intern != NULL).if {      
      (slot_code_list != NULL).if {
	result := slot_code_list.upper + 2;
      } else {
	result := 1;
      };
    };
    result
  );
  
  - slot_data:SLOT_DATA <-
  (     
    (slot_data_intern = NULL).if {
      create_slot_data;      
      (slot_id = NULL).if {
	slot_id := SLOT_DATA.create common_slot type_full (TYPE_ID.get_index 1.default);
	slot_id.init;
      };
    };
    slot_data_intern
  );
    
  - slot_code idx:INTEGER :SLOT_CODE <-
  ( + result:SLOT_CODE;
    
    (idx = 1).if {
      result := slot_code_intern;
    } else {
      result := slot_code_list.item (idx-2);
    };
    result
  );

  - add_style v:ITM_CODE :INTEGER <-
  ( + slot:SLOT_CODE;
    + result:INTEGER;
           
    slot := SLOT_CODE.create common_slot with v;
    (slot_code_intern = NULL).if {
      slot_code_intern := slot;
      slot_id := SLOT_DATA.create common_slot type_full (TYPE_ID.get_index 0.default);
      slot_id.init;
      result := 1;
    } else {
      (slot_code_list = NULL).if {
	slot_code_list := FAST_ARRAY(SLOT_CODE).create_with_capacity 1;
      };
      slot_code_list.add_last slot;
      (slot_id = NULL).if {
	slot_id := SLOT_DATA.create common_slot type_full (TYPE_ID.get_index 1.default);
	slot_id.init;
      };
      result := slot_code_list.upper + 2;
    };    
    result
  );

  //
  // Display.
  //
  
  - display_all <-
  (
    (lower_style).to (upper_style) do { j:INTEGER;
      item_style j.display_all;
    };
  );

Section Public
  
  + slot_data_intern:SLOT_DATA; // Index 0
  + slot_code_intern:SLOT_CODE; // Index 1
  
  + slot_code_list:FAST_ARRAY(SLOT_CODE); // Index x+2
  + slot_data_list:FAST_ARRAY(SLOT_DATA); // Vector data slot  
  
  - create_slot_data <-
  ( + typ:TYPE_FULL;
    + tm:ITM_TYPE_MULTI;            
    + ts:ITM_TYPE_MONO;
    
    tm ?= result_type;    
    (tm != NULL).if {            
      slot_data_list := FAST_ARRAY(SLOT_DATA).create_with_capacity (tm.count-1);
      (tm.lower).to (tm.upper-1) do { k:INTEGER;	
	typ := tm.item k.to_run_for receiver_type;
	slot_data_list.add_last (
	  SLOT_DATA.create common_slot type_full typ
	);
      };      
      typ := tm.last.to_run_for receiver_type;
    } else {
      ts ?= result_type;
      typ := ts.to_run_for receiver_type;
    };
    slot_data_intern := SLOT_DATA.create common_slot type_full typ;    
  );lisaac_0.39_rc1/src/variable/argument.li0000644000175000017500000000500711314031247020156 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ARGUMENT;

  - copyright := "2003-2007 Benoit Sonntag";

  
  - author    := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment   := "Argument runnable";
  
Section Inherit
  
  + parent_itm_object:Expanded ITM_OBJECT;
  
Section Public
  
  + name:STRING_CONSTANT;
  
  + type:TYPE_FULL;
  
  //
  // Creation.
  //
  
  - create p:POSITION name n:STRING_CONSTANT type t:TYPE_FULL :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p name n type t;
    result
  );
  
  - make p:POSITION name n:STRING_CONSTANT type t:TYPE_FULL <-
  (
    position := p;
    name := n;
    type := t;
  );
  
  //
  // To profil
  //
  
  - to_local:LOCAL <-
  (
    LOCAL.create position name name style ' ' type (type.fix)
  );
  
  //
  // Display.
  //
  
  - print <-
  (    
    string_tmp.clear;
    string_tmp.append name;
    string_tmp.add_last ':';
    type.append_name_in string_tmp;
    string_tmp.print;
  );
    
  lisaac_0.39_rc1/src/variable/slot_code.li0000644000175000017500000002312211314031247020305 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := SLOT_CODE;

  - copyright := "2003-2007 Benoit Sonntag";

  
  - author    := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment   := "Slot with method";
  
Section Inherit
  
  + parent_slot:SLOT := SLOT;
  
Section Public
  
  - common_slot:SLOT <- parent_slot;

  + index:INTEGER;
  
  //
  // Static and Dynamic profil.
  //
  
  + value:ITM_CODE;
         
  //
  // Dynamic profil.
  //

  + profil:FAST_ARRAY(PROFIL_SLOT);
    
  - get_profil args:FAST_ARRAY(EXPR) self type_self:TYPE_FULL :(PROFIL, FAST_ARRAY(WRITE)) <-
  [
    -? {type_self != NULL};
  ]
  ( + result:PROFIL_SLOT;    
    + res_lst:FAST_ARRAY(WRITE);
    + pro:PROFIL_SLOT;
    + j,i:INTEGER;
    + loc:LOCAL;
    + typ:TYPE_FULL;
    + typ_block:PROFIL_BLOCK;
    + typ_list:TYPES_TMP;
    + pro_list:FAST_ARRAY(PROFIL_SLOT);
    + is_new:BOOLEAN;
    
    (args = NULL).if {
      // For auto-load external section.
      result := PROFIL_SLOT.clone;		
      profil.add_last result;
      is_new := TRUE;
    } else {
      // Block Detect.
      j := args.lower;
      {(j <= args.upper) && {(typ = NULL) || {! typ.raw.is_block}}}.while_do {
        typ := args.item j.static_type;
        (typ.raw.is_block).if {
          typ_list := TYPES_TMP.new;
          args.item j.get_type typ_list;
          (typ_list.first = TYPE_NULL).if {
            (typ_list.count > 1).if {
              typ_block ?= typ_list.second;
            } else {
              typ := NULL;
            };
          } else {
            typ_block ?= typ_list.first;
          };
          typ_list.free;
        };
        j := j + 1;
      };
      
      (typ_block != NULL).if {
        pro_list := typ_block.profil_list;
        i := pro_list.lower;
        {(i <= pro_list.upper) && {result = NULL}}.while_do {
          pro := pro_list.item i;
          (
            (pro.slot = Self) && {
              (pro.type_self = NULL) || {pro.type_self == type_self}
            } // BSBS: il fo aussi tester les args comme plus bas...
          ).if {
            result := pro; // Rmq. : It s limit for dispatching (See...)
          };
          i := i + 1;
        };
        
        (result = NULL).if {
          result := PROFIL_SLOT.clone;	
          result.set_context_sensitive;
          typ_block.profil_list.add_last result;
          is_new := TRUE;	
        };
      } else {	    
        // Select classic Profil (no block).
        (id_section.is_external).if {
          result := profil.first;
        } else {
          j := profil.lower;      
          {(j <= profil.upper) && {result = NULL}}.while_do {
            pro := profil.item j;          
            ((pro.type_self = NULL) || {pro.type_self == type_self}).if {
              result := pro;          
              i := args.lower + 1;          
              {(i <= args.upper) && {result != NULL}}.while_do {
                loc := pro.argument_list.item i;	    	    
                (
                  (loc != NULL) && {loc.require_first != NULL} &&	     
                  {args.item i.static_type != loc.require_first.value.static_type} &&
                  {loc.type.raw != type_boolean}
                ).if {                            
                  result := NULL;	      	      	      
                };
                i := i + 1;    
              };          
            };
            j := j + 1;
          };
        };
        (result = NULL).if {	
          result := PROFIL_SLOT.clone;		
          profil.add_last result;
          ((id_section.is_external) && {profil.count > 1}).if {
            semantic_error (position,"Polymorphic External slot is not possible.");
          };
          is_new := TRUE;
        };
      };
    };
    (is_new).if {            
      res_lst := result.make Self with (type_self, args) verify (profil.count = 1);      
    } else {
      res_lst := result.write_argument args;
    };
    result, res_lst
  );

  //
  // Constructeur.
  //
  
  - create base:SLOT with val:ITM_CODE :SLOT_CODE <-
  ( + result:SELF;
    result := clone;
    result.make base with val;
    result
  );
  
  - make base:SLOT with val:ITM_CODE <-
  ( 
    parent_slot := base;
    value := val;
    profil := FAST_ARRAY(PROFIL_SLOT).create_with_capacity 1;    
  );
      
  //
  // Execute.
  //
  
  + last_type_contract:TYPE; 
  + is_require:BOOLEAN;
  
  - previous_contract:ITM_LIST <-
  ( + slot:ITM_SLOT;
    + contract:ITM_LIST;
    
    (is_require).if {
      slot := last_type_contract.search_require name;
    } else {
      slot := last_type_contract.search_ensure name;
    };
    (slot != NULL).if {
      (is_require).if {
	contract := slot.require;
      } else {
	contract := slot.ensure;
      };
      last_type_contract := last_type_contract.last_type_contract;
    };          
    contract
  );
  
  - create_code is_first:BOOLEAN <-
  ( + contract:ITM_LIST;
    + slot:ITM_SLOT; 
    + result:EXPR;
    + mul:EXPR_MULTIPLE;
    + nb_result_list:INTEGER;
                
    verify := is_first;
    // Require
    is_require := TRUE;
    contract := require;
    last_type_contract := receiver_type;
    (contract = NULL).if {
      slot := receiver_type.search_require name;
      (slot != NULL).if {
	(verify).if {
	  is_equal_profil slot;
	};
	contract := slot.require;
	last_type_contract := receiver_type.last_type_contract;
      };      
    };
    (contract != NULL).if {      
      contract.to_run_expr;
    };
    
    // Body.
    result := value.to_run_expr;
    (result.static_type.raw != TYPE_VOID).if {      
      mul ?= result;
      (mul != NULL).if {
        nb_result_list := mul.count;
      } else {
        nb_result_list := 1;
      };
    } else {
      list_current.add_last result;
    };
    (profil_slot.result_list.count != nb_result_list).if {
      string_tmp.copy "Incorrect value result (slot:";
      profil_slot.result_list.count.append_in string_tmp;
      string_tmp.append ", list:";
      nb_result_list.append_in string_tmp;
      string_tmp.append ").";
      semantic_error (result.position,string_tmp);
    };
    (nb_result_list = 1).if {
      put_result result in (profil_slot.result_list.first);
    }.elseif {nb_result_list > 1} then {
      (mul.lower).to (mul.upper) do { j:INTEGER;
        put_result (mul.item j) in (profil_slot.result_list.item j);
      };      
    };
    
    // Ensure
    is_require := FALSE;
    contract := ensure;
    last_type_contract := receiver_type;
    (contract = NULL).if {
      slot := receiver_type.search_ensure name;
      (slot != NULL).if {
	(verify).if {
	  is_equal_profil slot;
	};
	contract := slot.ensure;
	last_type_contract := receiver_type.last_type_contract;
      };      
    };
    (contract != NULL).if {            
      contract.to_run_expr;
    };
    // Result.
    (id_section.is_interrupt).if {
      list_current.add_first (
        EXTERNAL_C.create position text "__BEGIN_INTERRUPT__" access NULL
        persistant TRUE type (TYPE_VOID.default)
      );
      list_current.add_last (
        EXTERNAL_C.create position text "__END_INTERRUPT__" access NULL
        persistant TRUE type (TYPE_VOID.default)
      );
    };      
  );
  
  - remove_profil prof:PROFIL_SLOT <-
  ( + idx:INTEGER;
    
    idx := profil.fast_first_index_of prof;
    (idx <= profil.upper).if { // Else, This profil is in BLOCK      
      profil.remove idx;
    };
  );
    
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.append name;
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;       
      buffer.add_last ' ';
      argument_list.item j.display buffer;
    }; 
    buffer.add_last ' ';
    buffer.add_last ':';
    type.display buffer;    
  );    
  
  - display_all <-
  ( + prof:PROFIL;
    
    string_tmp.clear;    
    (profil != NULL).if {
      (profil.upper).downto (profil.lower) do { k:INTEGER;
	prof := profil.item k;
	prof.display_all string_tmp;
      };
    };
    string_tmp.print;
  );
  
Section Private
  
  - put_result e:EXPR in v:LOCAL <-
  ( + val:EXPR;
    + wrt:WRITE;
    val := e.check_type (v.type) with (v.position);
    wrt := v.write position value val;
    list_current.add_last wrt;    
  );
  lisaac_0.39_rc1/src/variable/section_.li0000644000175000017500000001167311314031247020145 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := SECTION_;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Test Section protection";
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Public

  + name:STRING_CONSTANT;
  
  + type_list:FAST_ARRAY(ITM_TYPE_MONO);
  
  //
  // Creation.
  // 

  - get_name n:STRING_CONSTANT :SECTION_ <-
  ( + result:SECTION_;
    
    result := bucket_name.fast_reference_at n;
    (result = NULL).if {
      result := clone;
      result.make n list NULL;
      bucket_name.fast_put result to n;
    };
    result
  );
  
  - get_type_list l:FAST_ARRAY(ITM_TYPE_MONO) :SECTION_ <-
  ( + result:SECTION_;
    
    result := bucket_list.fast_reference_at l;
    (result = NULL).if {
      result := clone;
      result.make NULL list l;
      bucket_list.fast_put result to l;
    };
    result    
  );
  
  //
  // Consultation
  //
  
  - is_mapping:BOOLEAN   <- name = ALIAS_STR.section_mapping;
  
  - is_private:BOOLEAN   <- name = ALIAS_STR.section_private;
  
  - is_public:BOOLEAN    <- name = ALIAS_STR.section_public;
  
  - is_header:BOOLEAN    <- name = ALIAS_STR.section_header;
  
  - is_inherit:BOOLEAN   <- name = ALIAS_STR.section_inherit;
  
  - is_insert:BOOLEAN    <- name = ALIAS_STR.section_insert;
  
  - is_inherit_or_insert:BOOLEAN <- (is_inherit) || {is_insert};
  
  - is_interrupt:BOOLEAN <- name = ALIAS_STR.section_interrupt;

  - is_directory:BOOLEAN <- name = ALIAS_STR.section_directory;
  
  - is_external:BOOLEAN  <- name = ALIAS_STR.section_external;
  
  - is_private_style:BOOLEAN <-
  (
    ? {! is_header};
    (! is_public) && {type_list = NULL}
  );
  
  //
  // Display.
  //
  
  - append_in buf:STRING <-
  ( 
    (name != NULL).if {
      buf.append name;
    } else {
      (type_list.lower).to (type_list.upper - 1) do { j:INTEGER;
        type_list.item j.append_in buf;
        buf.add_last ',';
        buf.add_last ' ';	
      };      
      type_list.last.append_in buf;
    };
  );
  
  //
  // Access test.
  //
  
  - access me:TYPE with client:TYPE :BOOLEAN <-
  ( + result:BOOLEAN;
    + j:INTEGER;
    + ts:ITM_TYPE_SIMPLE;
    ? {! is_header};
    
    ((me = client) || {is_public} || {is_external}).if {
      result := TRUE;
    }.elseif {is_directory} then {
      string_tmp.copy (me.prototype.filename);
      j := string_tmp.last_index_of '/';
      string_tmp.keep_head j;      
      result := client.prototype.filename.has_prefix string_tmp;
    }.elseif {type_list != NULL} then {
      j := type_list.lower;
      {(j <= type_list.upper) && {! result}}.while_do {
	ts ?= type_list.item j;
	result := client.is_sub_type_with_name (ts.name); 	
	j := j + 1;
      };
    };
    result
  );
  
Section Public
  
  - hash_code:INTEGER <-
  ( + result:INTEGER;
    
    (name != NULL).if {      
      result := name.hash_code;
    } else {
      result := type_list.hash_code;
    };
    result
  );

Section SECTION_
  
  // BSBS: Tu devrais créer deux sous-proto section_name, section_list.
  
  - bucket_name:HASHED_DICTIONARY(SECTION_,STRING_CONSTANT) := 
  HASHED_DICTIONARY(SECTION_,STRING_CONSTANT).create;
  
  - bucket_list:HASHED_DICTIONARY(SECTION_,FAST_ARRAY(ITM_TYPE_MONO)) := 
  HASHED_DICTIONARY(SECTION_,FAST_ARRAY(ITM_TYPE_MONO)).create;
  
  - make n:STRING_CONSTANT list t:FAST_ARRAY(ITM_TYPE_MONO) <-
  (
    name      := n;
    type_list := t;
  );
  lisaac_0.39_rc1/src/variable/slot_data.li0000644000175000017500000003325311314031247020312 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := SLOT_DATA;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Slot with data style";
  
Section Inherit
  
  + parent_variable:Expanded VARIABLE;

  + parent_slot:SLOT := SLOT;      
  
Section Public
  
  // BUG COMPILO 0.11
  
  - id_section:SECTION_ <- 
  ( + result:SECTION_;
    
    (parent_slot != NULL).if {
      result := parent_slot.id_section;
    } else {
      result := SECTION_.get_name (ALIAS_STR.section_private);
    };
    result
  );

  - receiver_type:TYPE <-
  ( + result:TYPE;
    
    (parent_slot != NULL).if {
      result := parent_slot.receiver_type;
    } else {
      result := type_block;
    };
    result
  );
  
  //
  
  - common_slot:SLOT <- parent_slot;
  
  //
  // Sequence optimizer
  //
  
  + last_write:WRITE;
  + last_seq_index:UINTEGER_32;
  + last_seq_or_and:UINTEGER_32;  
  + last_seq_call_and_loop:UINTEGER_32;
  + last_seq_call_local_and_loop:UINTEGER_32;
    
  + last_list_current:LIST;
  + last_index:INTEGER;

  - is_invariant rec:EXPR :BOOLEAN <-
  (
    ((rec = NULL) || {rec.is_invariant}) &&
    {last_write != NULL} &&
    {loop_seq_call_and_loop = seq_call_and_loop} &&
    {last_seq_index <= loop_seq_index}
  );
  
  - reset_last_write w:WRITE <-
  (  
    (last_write = w).if {
      last_write := NULL;
    };
  );
  
  - set_read <-
  (
    last_index := -1;
  );
  
  - get_last_index:INTEGER <- last_index;
  
  - set_write w:WRITE <-
  (                
    /* A FAIRE
    (
      (! PROFIL.mode_recursive) &&
      {style = '-'} &&
      {last_write != NULL} &&      
      {last_index < list_current.index} &&
      {last_sequence = sequence_global}      
    ).if {       
      ? {list_current.item last_index = last_write};
      list_current.put (last_write.value) to last_index;
      unwrite last_write;      
      new_execute_pass;
    };    
    */
    last_write                  := w;
    last_seq_index              := seq_index;
    last_seq_or_and             := seq_or_and;    
    last_seq_call_and_loop      := seq_call_and_loop;
    last_seq_call_local_and_loop:= seq_call_local_and_loop;
    //
    last_list_current := list_current;
    last_index        := list_current.index;
  );
  
  - get_last_value rec:EXPR :EXPR <-
  ( + result:EXPR;
    + val:EXPR;
    + rd:READ;
    + rd_loc:READ_LOCAL;
    + wrt_slot:WRITE_SLOT;
    + l:LOCAL;
    + g:SLOT_DATA;
    + is_rec_ok:BOOLEAN;
    + my_require_count:INTEGER;
    + pb:PROFIL_BLOCK;
    + i:INSTR;
    
    ((! PROFIL.mode_recursive) && {loop_invariant = NULL} && {last_write != NULL}).if {
      
      my_require_count := require_count;
      (rec != NULL).if {
	// Block exception.
	pb ?= rec.static_type.raw;
	((pb != NULL) && {require_list != NULL}).if {
	  rd_loc ?= rec;
	  l      := rd_loc.local;
	  wrt_slot ?= require_first;
	  rd_loc ?= wrt_slot.receiver;
	  (rd_loc.local = l).if {	      
	    my_require_count := 1;
	  } else {
	    my_require_count := 0;
	  };
	  (require_list.lower).to (require_list.upper) do { j:INTEGER;
	    wrt_slot ?= require_list.item j;
	    rd_loc   ?= wrt_slot.receiver;
	    (rd_loc.local = l).if {	      
	      my_require_count := my_require_count + 1;
	    };
	  };
	};
      };
      
      (
	(
	  (last_seq_call_and_loop = seq_call_and_loop) && 
	  {is_seq_list last_list_current}
	) || {my_require_count = 1}
      ).if {
	// Receiver test.
	(rec = NULL).if {
	  is_rec_ok := TRUE;	
	}.elseif {rec.is_constant} then {	
	  wrt_slot ?= last_write;
	  is_rec_ok := rec ~= wrt_slot.receiver;
	} else {
	  rd ?= rec;
	  (rd != NULL).if {
	    l ?= rd.variable;
	    g ?= rd.variable;
	    wrt_slot ?= last_write;
	    rd ?= wrt_slot.receiver;
	    is_rec_ok := (rd != NULL) && {
	      (	      		
		{l = rd.variable} && {is_seq_list last_list_current} && {
		  (
		    (l.last_seq != NULL) && {l.last_seq.last_write != NULL} && 
		    {l.last_seq.last_seq_index < last_seq_index} &&
		    {last_seq_call_local_and_loop = seq_call_local_and_loop}
		  ) || {l.require_count <= 1} || {l.style = ' '}
		}
	      ) || 
	      {
		{g = rd.variable} && {g.style = '-'} && {
		  (
		    (g.last_write != NULL) && {g.last_seq_index < last_seq_index} &&
		    {last_seq_call_and_loop = seq_call_and_loop} && 
		    {is_seq_list (g.last_list_current)}
		  ) || {g.require_count = 1}
		}
	      }
	    };	    
	  };
	};
	(is_rec_ok).if {
	  val := last_write.value;
	  rd  ?= val;
	  (rd = NULL).if {
	    l := NULL;
	    g := NULL;	    
	  } else {
	    l ?= rd.variable;
	    g ?= rd.variable;
	  };
	  (
	    ( // Constant propagation.
	      val.is_constant
	    ) || 
	    { // Local propagation.	      
	      (l != NULL) && {is_seq_list last_list_current} && {				
		(
		  (l.last_seq != NULL) && {l.last_seq.last_write != NULL} && 
		  {l.last_seq.last_seq_index < last_seq_index} &&
		  {last_seq_call_local_and_loop = seq_call_local_and_loop}
		) || {l.require_count <= 1} || {l.style = ' '}
	      }
	    } ||
	    { // Global propagation.
	      (g != NULL) && {g.style = '-'} && {
		(
		  (g.last_write != NULL) && {g.last_seq_index < last_seq_index} && 
		  {last_seq_call_and_loop = seq_call_and_loop} &&
		  {is_seq_list (g.last_list_current)}
		) || {g.require_count = 1}
	      }
	    }
	  ).if {	  
	    (rec != NULL).if {
	      rec.remove;
	    };	    	    
	    result := val.my_copy;
	  }.elseif {
	    // Propagation step by step.
	    (last_seq_or_and = seq_or_and) &&
	    {ensure_count = 1} &&
	    {list_current.index > list_current.lower} && 
	    {list_current.item (list_current.index - 1) = last_write} 
	  } then {    	  	    
	    (rec != NULL).if {
	      rec.remove;
	      wrt_slot ?= last_write;
	      wrt_slot.receiver.remove;
	    };
	    unwrite last_write;
	    list_current.put NOP to (list_current.index - 1);
	    result := val;
	  }.elseif {
	    (rec != NULL) && {is_seq_list last_list_current} && 
	    {my_require_count = 1} && {ensure_count = 1} &&
	    {last_index.in_range (last_list_current.lower) to (last_list_current.upper)} &&
	    {last_list_current.item last_index = last_write} 
	  } then {
	    // Local conversion.	    
	    l := type.get_temporary position;
	    i := l.write (last_write.position) value val;
	    last_list_current.put i to last_index;
	    result := l.read (rec.position);
	    //	    
	    rec.remove;
	    wrt_slot ?= last_write;
	    wrt_slot.receiver.remove;
	    unwrite last_write;	    
	  };
	};
      };      
    };
    result
  );
  
  //
  // Constructeur.
  //
  
  - create b:SLOT type_full t:TYPE_FULL :SELF <-
  ( 
    create (b.position) name (b.name) style (b.style) base b type t
  );
  
  - create pos:POSITION name n:STRING_CONSTANT 
  style s:CHARACTER base b:SLOT type t:TYPE_FULL :SELF <-
  // BSBS: N'est plus utilise' !!!
  ( + result:SELF;
    result := clone;
    result.make pos name n style s base b type t;
    result
  );

  - make pos:POSITION name n:STRING_CONSTANT style s:CHARACTER base b:SLOT type t:TYPE_FULL <-
  ( + tmp:TYPES_TMP;
    parent_slot := b;
    //
    position    := pos;
    name        := n;
    style       := s;
    intern_name := ALIAS_STR.get_intern name;       
    //    
    type := t;      
    (is_static).if {
      tmp := TYPES_TMP.new;      
      tmp.add (type.raw);
      type_list := tmp.to_types;
    } else {
      type_list := TYPES_TMP.types_empty;
    };
    ((type.raw.is_block) && {name != ALIAS_STR.slot_id} && {name != ALIAS_STR.slot_self}).if {      
      list_variable_block.add_last Self;
    };
    ? {type != NULL};            
  );
    
  //
  // Context
  //  
  
  + value_init:LIST;
  
  - init <-
  ( + val,rec:EXPR;
    + wrt:WRITE;    
    + old_list:LIST;
    + rd:ITM_READ_ARG1;
    + old_profil_current:PROFIL;
    + old_profil_slot:PROFIL_SLOT;
   /* 
    string_tmp.copy "init : ";
    string_tmp.append name; 
    warning_error (position,string_tmp);
     */       
    ((value_init = NULL) && {(affect != '<') || {Self = slot_id}}).if {
      // Context.      
      old_list := list_current;
      old_profil_current := profil_current;
      old_profil_slot    := profil_slot;
      profil_current := profil_slot := NULL;
      value_init := list_current := LIST.create position;      
      
      (Self = slot_id).if {
	val := PROTOTYPE_CST.create position type type;
      } else {		
        // Code.	
        (value != NULL).if {
          rd ?= value;
          ((rd != NULL) && {rd.arg = NULL}).if {
            rec := PROTOTYPE_CST.create position type (receiver_type.default);
            val := rd.to_run_with_self (rec,FALSE,FALSE) args NULL;
          } else {
            val := value.to_run_expr;
          };
        } else {
          val := type.default_value position;
        };
	val := val.check_type type with position;		
      };      
      (style = '+').if {
	rec := PROTOTYPE_CST.create position type (receiver_type.default);
      } else {
        rec := NULL;
      };
      
      (debug_level_option != 0).if {
        list_current.add_last (
          PUSH.create position context context_main first FALSE 
        );
      };
      
      wrt := write position with rec value val;
      (is_zero val).if {
        wrt.set_quiet_generation;
      };            
      list_current.add_last wrt;    
      list_current.add_last (PROTOTYPE_CST.create position type (TYPE_VOID.default)); // BSBS:Alias
      
      list_current   := old_list;
      profil_current := old_profil_current;
      profil_slot    := old_profil_slot;
    };
  );
  
  //
  // Execute.
  //
  
  - execute <-
  ( + lst:FAST_ARRAY(SLOT);
    + slot:SLOT_DATA;
    + s:SLOT;
    + val:LIST;
    + old_list_current:LIST;
    //+ old_profil_current:PROFIL_SLOT;
    + insert_index:INTEGER;
    
    (value_init != NULL).if {
      val := value_init;
      value_init := NULL;    
      insert_index := list_main.index;
      list_main.add val to insert_index;
      
      (type.is_expanded).if {      
        lst := type.slot_run;
        (lst != NULL).if {
          (lst.lower).to (lst.upper) do { j:INTEGER;
            s := lst.item j;
            (s.style = '+').if {
              slot := s.slot_data_intern;	    
              (slot != NULL).if {
                slot.execute;
              };
              slot := s.slot_id;
              (slot != NULL).if {
                slot.execute;
              };
            };
          };
        };     
      };
      
      old_list_current   := list_current;
      //old_profil_current := profil_current;
      list_current   := NULL;
      //profil_current := NULL;
      
      val.execute;
      list_main.inc_index;
      
      list_current   := old_list_current;
      //profil_current := old_profil_current;        
    };
  );  

  //
  // Genere
  //
    
  - genere buffer:STRING <-
  (     
    type.genere_declaration buffer;
    buffer.add_last ' ';
    type.genere_star_declaration buffer;
    buffer.append intern_name;    
    buffer.append ";\n";
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.append intern_name;     
    buffer.add_last ' ';
    buffer.add_last ':';
    type.display buffer;    
  );    
  
  - display_all <-
  ( 
    string_tmp.clear;
    display string_tmp;
    string_tmp.print;
  );
  
Section VARIABLE
  
  - new_read p:POSITION with r:EXPR :READ <-   
  ( + result:READ;
    (style = '-').if {
      ? {r = NULL};
      result := READ_GLOBAL.create p with Self;
    } else {
      ? {r != NULL};
      result := READ_SLOT.create p with (r,Self);
    };
    result
  );
  
  - new_write p:POSITION with r:EXPR value v:EXPR :WRITE <-
  ( + result:WRITE;
    (style = '-').if {
      ? {r = NULL};
      result := WRITE_GLOBAL.create p with v in Self;
    } else {
      ? {r != NULL};
      result := WRITE_SLOT.create p with v in (r,Self);
    };
    result
  );
  
  /*
  - new_access r:EXPR :ACCESS <- 
  ( + result:ACCESS;
        
    (style = '-').if {
      result := ACCESS_GLOBAL.create Self;
    } else {
      result := ACCESS_SLOT.create Self with r;
    };
    result
  );
  */
  - is_zero e:EXPR :BOOLEAN <-
  ( + pro:PROTOTYPE_CST;
    + int:INTEGER_CST;
    (
      pro ?= e;
      (pro != NULL) && {
        (pro.static_type.raw = TYPE_NULL) ||
        {pro.static_type.raw = type_false}
      }
    ) || {
      int ?= e;
      (int != NULL) && {int.value = 0}
    }
  );lisaac_0.39_rc1/src/variable/local_seq.li0000644000175000017500000000643011314031247020277 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := LOCAL_SEQ;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Local slot";
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Private
  
  - list_busy:FAST_ARRAY(LOCAL) := FAST_ARRAY(LOCAL).create_with_capacity 512;
  
  - list_free:FAST_ARRAY(LOCAL_SEQ) := FAST_ARRAY(LOCAL_SEQ).create_with_capacity 512;
  
  - clean <-
  (
    last_write := NULL;
  );
  
Section Public  
    
  + last_write:WRITE;
  + last_seq_index:UINTEGER_32;
  + last_seq_or_and:UINTEGER_32;
  + last_seq_call_and_loop:UINTEGER_32;  
  + last_seq_call_local_and_loop:UINTEGER_32;
  
  + last_list_current:LIST;
  + last_index:INTEGER;
  
  - set_last_write w:WRITE <-
  (
    last_write := w;
  );
  
  - set_last_index i:INTEGER <-
  (
    last_index := i;
  );
  
  - new l:LOCAL <-
  ( + result:LOCAL_SEQ;
    
    (list_free.is_empty).if {
      result := clone;
    } else {
      result := list_free.last;
      list_free.remove_last;
    };
    result.clean;
    list_busy.add_last l;
    l.set_last_seq result;
  );
  
  - set_seq w:WRITE <-
  (
    // Save context
    last_write                  := w;
    last_seq_index              := seq_index;
    last_seq_or_and             := seq_or_and;
    last_seq_call_and_loop      := seq_call_and_loop;
    last_seq_call_local_and_loop:= seq_call_local_and_loop;    
    //
    last_list_current := list_current;
    last_index        := list_current.index; 
  );
  
  - clear <-
  ( + l:LOCAL;
    
    (list_busy.upper).downto (list_busy.lower) do { j:INTEGER;
      l := list_busy.item j;
      list_free.add_last (l.last_seq);      
      l.set_last_seq NULL;
    };
    list_busy.clear;
  );
lisaac_0.39_rc1/src/profil_list.li0000644000175000017500000001344111314031247017076 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PROFIL_LIST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Profil list manager.";
  
Section Inherit
  
  + parent_any:Expanded ANY; 
  
Section LISAAC
  
  - profil_list:FAST_ARRAY(PROFIL) := FAST_ARRAY(PROFIL).create_with_capacity 65536;  
  
  - life_limit:INTEGER;
  
  - life_limit_base:INTEGER;
  
  - current:INTEGER;
  
  - swap i1:INTEGER with i2:INTEGER <-
  (
    profil_list.item i2.set_life_index i1;
    profil_list.item i1.set_life_index i2;
    profil_list.swap i1 with i2;            
  );

  - clean <-
  (
    reduce_profil := profil_list.upper >= life_limit;
    {profil_list.upper >= life_limit}.while_do {      
      profil_list.last.remove;	                             
      profil_list.remove_last;
    };
  );
  
Section Public
  
  - reduce_profil:BOOLEAN := TRUE;
  
  - add p:PROFIL <-
  ( 
    (p.is_external).if {
      profil_list.add_first p;
      life_limit_base := life_limit_base + 1;
      p.set_life_index (profil_list.lower);
      (profil_list.lower+1).to (profil_list.upper) do { i:INTEGER;
        profil_list.item i.set_life_index i;
      };
    } else {
      profil_list.add_last p;      
      p.set_life_index (profil_list.upper);
    };
  );
  
  - set_life p:PROFIL <-
  [ 
    (p.life_index = -1).if {
      p.name.print;
      semantic_error (p.slot.position,"LA");
    };
    -? { p.life_index != -1 };
    -? { profil_list.item (p.life_index) = p };
  ]
  ( + idx:INTEGER;
    
    idx := p.life_index;
    (idx = life_limit).if {
      life_limit := life_limit + 1;
    }.elseif {idx > life_limit} then {      
      swap idx with life_limit;      
      life_limit := life_limit + 1;
    };
  )
  [ 
    +? { profil_list.item (p.life_index) = p };
    +? { p.life_index < life_limit };
  ];
  
  - unset_life p:PROFIL <-
  [
    -? { p.life_index != -1 };
  ]
  ( + idx:INTEGER;
    
    idx := p.life_index;
    (idx < life_limit).if {
      life_limit := life_limit - 1;	
      (idx < life_limit).if {
	(idx > current).if {
	  swap idx with life_limit;	
	} else {	  
	  swap idx with current;
	  swap current with life_limit; 
	  current := current - 1;
	};
      };
    };    
  );
  
  - remove p:PROFIL <-
  [
    -? { p.life_index != -1 };
  ]
  ( + idx:INTEGER;
    
    unset_life p;
    idx := p.life_index;
    (idx != profil_list.upper).if {
      swap idx with (profil_list.upper);
    };
    profil_list.remove_last;
    // Debug.    
    ! {p.set_life_index (-1)};
  );
    
  - execute_pass_recursive <-
  (
    (profil_list.lower).to (profil_list.upper) do { i:INTEGER;
      profil_list.item i.reset_recursive;
    };
    VARIABLE.update;
    life_limit := life_limit_base;
    PROFIL.set_mode_recursive TRUE;
    profil_current := profil_slot := NULL;
    list_current   := NULL;          
    list_main.execute;    
    PROFIL.set_mode_recursive FALSE;
    clean;
    reduce_profil := TRUE;
  );
  
  - inline_level_current:INTEGER := 3;
  
  - execute_pass <-
  (     
    VARIABLE.update;
    life_limit := life_limit_base;
    profil_slot := NULL;
    list_current   := NULL; 
    list_main.execute;      
    current := profil_list.lower;
    {current < life_limit}.while_do {			            
      profil_current := profil_list.item current;
      profil_current.execute inline_level_current;
      current := current + 1;
    };      
    current := 0;
    clean;    
    ((! reduce_profil) && {inline_level_current < inline_level}).if {
      inline_level_current := inline_level_current + 3;
      new_execute_pass;
    };
    (TYPE.is_alias_struct).if {
      TYPE.detect_alias;
      TYPE_GENERIC.detect_alias;
    };
  );
  
  //
  // Genere.
  //
  
  - genere_handler buffer:STRING <-
  (
    (profil_list.lower).to (profil_list.upper) do { j:INTEGER;
      profil_list.item j.genere_handler buffer;            
    };
  );
  
  - genere buffer:STRING <-
  (
    (profil_list.lower).to (profil_list.upper) do { j:INTEGER;
      profil_list.item j.genere buffer;            
    };
  );

  //
  // Display.
  //
  
  - display <-
  (    
    string_tmp.clear;
    (profil_list.upper).downto (profil_list.lower) do { j:INTEGER;
      profil_list.item j.display_all string_tmp;
    };
    string_tmp.print;
  );
  lisaac_0.39_rc1/src/aliaser_local.li0000644000175000017500000001455111314031247017345 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ALIASER_LOCAL;

  - copyright := "2003-2009 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  - parent_any:ANY := ANY;
  
Section ALIASER_LOCAL,LIST
  
  - free_context:FAST_ARRAY(LOCAL) := FAST_ARRAY(LOCAL).create_with_capacity 64;
  
  - top_context:INTEGER;
  
  - var_size:FAST_ARRAY(FAST_ARRAY(LOCAL)) :=
  ( + result:FAST_ARRAY(FAST_ARRAY(LOCAL));
    
    result := FAST_ARRAY(FAST_ARRAY(LOCAL)).create_with_capacity 4;
    0.to 3 do { j:INTEGER;
      result.add_last (FAST_ARRAY(LOCAL).create_with_capacity 32);
    };
    result
  );
    
Section Public
  
  - is_on:BOOLEAN := TRUE; 
  
  - reset <-
  (
    (var_size.lower).to (var_size.upper) do { i:INTEGER;
      var_size.item i.clear;
    };
    free_context.clear;
    top_context := -1;
    current_list_level := 0;
  );
  
  - write wr:WRITE_LOCAL :STRING_CONSTANT <-
  ( + loc,loc2:LOCAL;
    + result:STRING_CONSTANT;
    
    loc  := wr.local;
    ((is_on) && {loc.style = '+'}).if {      
      loc2 := loc.my_alias;
      (loc2 = NULL).if {
        loc2 := search_alias loc;
        (loc2 = loc).if {
          add_var_size loc;
        } else {
          /*
          loc.intern_name.print; "->".print;
          loc2.intern_name.print; '='.print;
          loc.ensure_count.print;
          '\n'.print;
          */
          loc2.set_ensure_count (loc.ensure_count);
        };
        loc2.set_list_level current_list_level;        
        loc.set_my_alias loc2;
      };
      result := loc2.intern_name;
    } else {
      (loc.style = '+').if {
        add_var_size loc;
      };
      result := loc.intern_name;
    };
    result
  );

  - read rd:READ_LOCAL :STRING_CONSTANT <-
  ( + loc,loc2:LOCAL;
    + result:STRING_CONSTANT;
    
    loc := rd.local;
    loc2 := loc.my_alias;
    loc.unread rd;        
    ((loc2 = NULL) || {! is_on}).if {
      result := loc.intern_name;
    } else {                  
      /*
      "----> READ ".print;
      loc.intern_name.print; "->".print;
      loc2.intern_name.print; '='.print;
      loc.ensure_count.print;
      '\n'.print;
      */
      loc2.set_ensure_count (loc.ensure_count);      
      result := loc2.intern_name;
    };
    result
  );
  
  - push p:PUSH :STRING_CONSTANT <-
  ( + loc,loc2:LOCAL;    
    + result:STRING_CONSTANT;
    
    loc  := p.context;
    (is_on).if {      
      (p.is_first).if {  
        top_context := top_context + 1;
        (top_context <= free_context.upper).if {          
          loc2 := free_context.item top_context;
        } else {          
          free_context.add_last loc;
          loc2 := loc;
          add_var_size loc;
        };  
        loc.set_my_alias loc2;
        loc.set_list_level top_context;        
      } else {
        top_context := loc.list_level;
      };
      result := loc.my_alias.intern_name;
    } else {
      (p.is_first).if {  
        add_var_size loc;
      };
      result := loc.intern_name;
    };
    result
  );
    
Section ALIASER_LOCAL, READ_LOCAL
  
  - add_var_size v:LOCAL <-
  ( + tab:FAST_ARRAY(LOCAL);
    + j:INTEGER;
    + t:TYPE_FULL;
    
    ? {v.style = '+'};
    
    (v.style != '+').if {
      v.intern_name.print; " style [".print; v.style.print; "] ".print;
      '\n'.print;
      warning_error (v.position,"BUG ALIASER_LOCAL.add_var_size Error");
    };
    // BSBS: C'est pas top, avec des HASHED_SET ce serait mieux...
    t := v.type;
    tab := var_size.item (v.type.size);
    j := tab.lower;    
    {(j <= tab.upper) && {tab.item j.type != t}}.while_do {
      j := j + 1;
    };
    (j > tab.upper).if {
      tab.add_last v;
    } else {
      {(j <= tab.upper) && {tab.item j != v} && {tab.item j.type = t}}.while_do {
	j := j + 1;
      };
      ((j > tab.upper) || {tab.item j != v}).if {
	tab.add v to j;	
      };
    };
  );
  
Section Private
  
  - search_alias v:LOCAL :LOCAL <-
  ( + tab:FAST_ARRAY(LOCAL);
    + j:INTEGER;
    + t:TYPE_FULL;
    + result:LOCAL;
    + is_void:BOOLEAN;
    
    (v.name.first = 'R').if {
      result := v;
    } else {
      t := v.type;
      is_void := (! t.is_expanded) && {! t.is_strict} && {! t.raw.is_block};
      tab := var_size.item (v.type.size);
      j := tab.lower;    
      {
        (j <= tab.upper) && 
        {
          (
            (tab.item j.type != t) &&  
            {
              (! is_void) ||
              {tab.item j.type.is_expanded} ||
              {tab.item j.type.is_strict} ||
              {tab.item j.type.raw.is_block}
            }
          ) || 
          {tab.item j.ensure_count != 0} ||
          {tab.item j.list_level < current_list_level}
        }
      }.while_do {
        j := j + 1;
      };
      (j > tab.upper).if {
        result := v;
      } else {
        result := tab.item j;
      };
    };
    result
  );
lisaac_0.39_rc1/src/shorter.li0000644000175000017500000004067011314031247016242 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := SHORTER;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - bibliography:= "http://IsaacOS.com";
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Shorter source code.";
  
  - external := `#include "path.h"`;
    
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Private
  
  - is_lip:BOOLEAN;
  
  - output_name : STRING_CONSTANT;
  
  - input_name  : STRING_CONSTANT;
  
  - format_name : STRING_CONSTANT;
  
  - proto_input:PROTOTYPE;
  
  //
  // Buffer.
  //
  
  - directory_list:STRING;
  
  - file_list:STRING;
  
  - current_list:STRING;
  
  //
  // Command.
  //

  - usage:STRING_CONSTANT :=
  "----------------------------------------------------------------\n\
  \--                   Lisaac source Shorter                    --\n\
  \--            LORIA - LSIIT - UDS - CNRS - FRANCE             --\n\
  \--         Benoit SONNTAG - benoit.sonntag@lisaac.org         --\n\
  \--                   http://www.lisaac.org                    --\n\
  \----------------------------------------------------------------\n\
  \Usage:                                                      \n\
  \  shorter  [Options]                       \n\
  \                                                            \n\
  \Options:                                                    \n\
  \  -o       : output file or directory               \n\
  \                     (default: )            \n\
  \  -p               : include `Section Private'              \n\
  \  -c               : include code source                    \n\
  \  -r               : recursive builder documentation        \n\
  \  -f  : formatting description file            \n\
  \                     (see `/lisaac/shorter/')               \n\
  \  -d               : Lisaac doc style (no -c, -r)           \n\
  \                                                            \n\
  \Examples:                                                   \n\
  \  * Output format file:                                     \n\
  \      shorter -c -p -f latex hello_world.li                 \n\ 
  \                                                            \n\
  \  * Build html documentation:                               \n\
  \      shorter -r -f html ~/lisaac/lib                       \n\
  \                                                            \n\
  \  * Build html documentation style JavaDoc:                 \n\
  \   - With directory:                                        \n\
  \      shorter -d -f belinda ~/lisaac/lib                    \n\
  \   - With current `make.lip'                                \n\
  \      shorter -d -f belinda                                 \n\ 
  \   - With specific `make.lip'                               \n\
  \      shorter -d -f belinda ../make.lip                     \n\
  \                                                            \n\
  \Bug report:                                                 \n\
  \    post in: https://alioth.debian.org/projects/lisaac/     \n";

  - display_usage <-
  (
    usage.print;
    die_with_code exit_failure_code;
  );
  
  //
  // Options.
  //
  
  - read_options <-
  ( + cmd:STRING;
    + j:INTEGER;
    + var_lisaac:STRING_CONSTANT;
    + path:NATIVE_ARRAY(CHARACTER);
    
    // Read argument.
    is_shorter := TRUE;
    j := 1;
    {j > COMMAND_LINE.upper}.until_do {
      cmd := COMMAND_LINE.item j;
      (cmd.item 1='-').if {
	//
	// Lecture des options :
	//
	(cmd.item 2 = 'o').if {
	  // Output name.
	  j := j+1;
	  (j > COMMAND_LINE.count).if {
	    display_usage;
	  };	  
	  output_name := ALIAS_STR.get (COMMAND_LINE.item j);
	}.elseif {cmd.item 2 = 'f'} then {
	  j := j+1;
	  (j > COMMAND_LINE.count).if {
	    display_usage;
	  };	  
	  format_name := ALIAS_STR.get (COMMAND_LINE.item j);
	}.elseif {cmd.item 2 = 'c'} then {
	  is_short_code := TRUE;
	}.elseif {cmd.item 2 = 'p'} then {
	  is_short_private := TRUE;
	}.elseif {cmd.item 2 = 'r'} then {
          is_short_recursive := TRUE;
        }.elseif {cmd.item 2 = 'd'} then {
          is_shorter  := FALSE;          
          is_shorter2 := TRUE;
          is_short_recursive := TRUE;
	} else {
	  display_usage;
	};
      } else {
	//
	// Input name.
	//
	(input_name != NULL).if {
	  display_usage;
	};
	string_tmp.copy (COMMAND_LINE.item j);
	input_name := ALIAS_STR.get string_tmp;	
      };
      j := j+1;
    };
    
    (input_name = NULL).if {
      (is_shorter2).if {                
        load_lip "make.lip";        
        is_lip := TRUE;
      } else {
        display_usage;
      };
    }.elseif {input_name.has_suffix ".lip"} then {
      load_lip input_name;
      is_lip := TRUE;
    };
    
    (format_name != NULL).if {
      path := `LISAAC_DIRECTORY`:NATIVE_ARRAY(CHARACTER);
      var_lisaac := STRING_CONSTANT.new_intern path
      count (path.fast_first_index_of '\0' until 1024);
      //var_lisaac := ENVIRONMENT.get_environment_variable "LISAAC";
      //(var_lisaac = NULL).if {
	//STD_ERROR.put_string "Unable to find `LISAAC' environment variable.\n";
	//STD_ERROR.put_string "Please, set the environment variable `LISAAC'\n";
	//STD_ERROR.put_string "with the appropriate absolute path to lisaac \
	//\root directory.\n";
	//STD_ERROR.put_string "Example: 'set LISAAC=/lisaac/'\n";
	//die_with_code exit_failure_code;
      //};
      //
      string_tmp.copy var_lisaac;
      ((var_lisaac.last != '/') &&
      {var_lisaac.last != '\\'}).if {
	string_tmp.add_last '/';
      };
      string_tmp.append "shorter/";
      string_tmp.append format_name;
      string_tmp.append ".li";
      PARSER.parse_format (ALIAS_STR.get string_tmp);
    };
  );
  
  - extract_proto_name st:ABSTRACT_STRING :STRING_CONSTANT <-
  ( + i:INTEGER;
    
    string_tmp.copy st;
    string_tmp.replace_all '\\' with '/';
    i := last_index_str (string_tmp,'/');
    (i >= string_tmp.lower).if {            
      string_tmp.remove_first i;
    };
    i := last_index_str (string_tmp,'.');
    ? {i > string_tmp.lower}; 
    string_tmp.remove_last (string_tmp.upper-i+1);        
    string_tmp.to_upper;
    ALIAS_STR.get string_tmp
  );
  
  - add_ext n:STRING_CONSTANT :STRING_CONSTANT <-
  ( + txt:STRING_CONSTANT;
    string_tmp.copy n;    
    (PARSER.short_dico.fast_has (ALIAS_STR.short_type_file)).if {
      txt := PARSER.short_dico.fast_at (ALIAS_STR.short_type_file).first;
      string_tmp.append txt;
    } else {
      string_tmp.append ".txt";
    };
    ALIAS_STR.get string_tmp
  );
  
  - save_file n:STRING_CONSTANT with buf:STRING <-
  ( + file:FILE;
    + entry:ENTRY;
    
    (is_short_recursive).if {
      (output_name != NULL).if {
        string_tmp.copy output_name;
        ((string_tmp.last != '/') || {string_tmp.last != '\\'}).if {
          string_tmp.add_last '/';
        };
      } else {
        string_tmp.clear;
      };
      string_tmp.append n;
    } else {
      string_tmp.copy output_name;
    };
    entry := FILE_SYSTEM.make_file string_tmp;
    (entry = NULL).if {
      STD_ERROR.put_string "Error: File ";
      STD_ERROR.put_string string_tmp;
      STD_ERROR.put_string " is not created !\n";
      die_with_code exit_failure_code;
    };
    (! entry.open).if {
      STD_ERROR.put_string "Error: File ";
      STD_ERROR.put_string string_tmp;
      STD_ERROR.put_string " is not open !\n";
      die_with_code exit_failure_code;
    };
    file ?= entry;
    file.write buf from (buf.lower) size (buf.count);
    file.close;
  );

  - build_with_path_file <-
  ( + tok:STRING_CONSTANT;
    + tok_lst:LINKED_LIST(STRING_CONSTANT);   
    + idx:INTEGER;
        
    (path_file.lower).to (path_file.upper) do { i:INTEGER;            
      string_tmp.copy (path_file.item i);
      idx := last_index_str (string_tmp,'/');
      (idx >= string_tmp.lower).if {                
        string_tmp.remove_first idx;
      };
      string_tmp.remove_last 3;
      string_tmp.to_upper;
      tok := ALIAS_STR.get string_tmp;
      (PARSER.short_dico.fast_has (ALIAS_STR.short_file_list_item)).if {
        tok_lst := PARSER.short_dico.fast_at (ALIAS_STR.short_file_list_item);
        (tok_lst.lower).to (tok_lst.upper) do { j:INTEGER;
          (tok_lst.item j = NULL).if {
            current_list.append tok;
            file_list.append tok;
          } else {
            current_list.append (tok_lst.item j);
            file_list.append (tok_lst.item j);
          };
        };
      } else {
        current_list.append tok;	      
        current_list.add_last '\n';
        file_list.append tok;
        file_list.add_last '\n';
      };	
      // Creation prototype file.
      (PROTOTYPE.prototype_dico.fast_has tok).if {
        "Error: Double definition prototype:\n".print;
        PROTOTYPE.prototype_dico.fast_at tok.filename.print; '\n'.print;
        path_file.item i.print; '\n'.print;
        die_with_code exit_failure_code;
      };
      proto_input := PROTOTYPE.create (path_file.item i) name tok generic_count 0;
      //
      PARSER.go_on proto_input;
      (is_shorter).if {
        save_file (add_ext tok) with output_code;	    
      };
      (
        (i = path_file.upper) || 
        {path_file.item (i+1).first_difference_index (path_file.item i) < idx} || 
        {last_index_str (path_file.item (i+1),'/') != idx}
      ).if {
        // Detect new directory.
        current_list.is_empty.if_false {      
          (PARSER.short_dico.fast_has (ALIAS_STR.short_file_list_begin)).if {
            tok := PARSER.short_dico.fast_at (ALIAS_STR.short_file_list_begin).first;
            current_list.prepend tok;
          };
          (PARSER.short_dico.fast_has (ALIAS_STR.short_file_list_end)).if {
            tok := PARSER.short_dico.fast_at (ALIAS_STR.short_file_list_end).first;
            current_list.append tok;
          };
          string_tmp.copy (path_file.item i);
          string_tmp.remove_last (string_tmp.upper-idx+1);
          string_tmp.remove_first path_begin;
          string_tmp.is_empty.if_false {
            string_tmp.replace_all '/' with '-';                  
            tok := ALIAS_STR.get string_tmp;            
	  
            (PARSER.short_dico.fast_has (ALIAS_STR.short_directory_list_item)).if {
              tok_lst := PARSER.short_dico.fast_at (ALIAS_STR.short_directory_list_item);
              (tok_lst.lower).to (tok_lst.upper) do { j:INTEGER;
                (tok_lst.item j = NULL).if {
                  directory_list.append tok;
                } else {
                  directory_list.append (tok_lst.item j);
                };
              };
            } else {
              directory_list.append tok;	      
              directory_list.add_last '\n';
            };
            
            save_file (add_ext tok) with current_list;
            current_list.clear;
          };
        };
      };
    };        
  );
  
  - check_in entry:ENTRY begin n:INTEGER <-
  ( + name:STRING_CONSTANT;        
    + dir:DIRECTORY;    

    (! entry.open).if {
      "Warning: directory `".print;
      entry.path.print;
      "\' not open.\n".print;
    } else {            
      dir ?= entry;
      // Directory
      (dir.lower).to (dir.upper) do { i:INTEGER;
	(dir.item i.is_directory).if {
	  check_in (dir.item i) begin n;
	};
      };
      // Lisaac file `.li'
      (dir.lower).to (dir.upper) do { i:INTEGER;
	(! dir.item i.is_directory).if {
	  name := dir.item i.name;
          (name.has_suffix ".li").if {
            path_file.add_last (dir.item i.path);                       
	  };
	}; // Lisaac file `.li'
      };           
    };
  );
  
Section Public  
  
  //
  // Creation.
  //

  - main <-
  ( + txt:STRING_CONSTANT;    
    + p:PROTOTYPE;
    
    ALIAS_STR.make;
    
    //
    read_options;
        
    // SELF, NULL, VOID, CONTEXT
    TYPE_NULL.make_null;    
    TYPE_VOID.make_void;
    TYPE_CONTEXT.make_context;
    TYPE_ID.make_type_id; // Pas utile !
        
    (is_short_recursive).if {
      + dir:DIRECTORY;
      + ent:ENTRY;
      
      directory_list := STRING.create 100;
      file_list      := STRING.create 100;
      current_list   := STRING.create 100;
      
      (is_lip).if {
        LIP_CODE.call_front_end;
        LIP_CODE.init_path_file TRUE;
      } else {      
        ent := FILE_SYSTEM.get_entry input_name;
        ((ent = NULL) || {! ent.is_directory}).if {
          "Error: directory `".print;
          input_name.print;
          "\' not found.\n".print;
          die_with_code exit_failure_code;
        };
        (! ent.open).if {
          "Error: directory `".print;
          input_name.print;
          "\' not open.\n".print;
          die_with_code exit_failure_code;
        };
        dir ?= ent;
        path_begin := dir.path.count + 1;
        check_in dir begin path_begin;
      };
      build_with_path_file;
      // index file.
      (PARSER.short_dico.fast_has (ALIAS_STR.short_index)).if {
	txt := PARSER.short_dico.fast_at (ALIAS_STR.short_index).first;
	save_file (add_ext "index") with (txt.to_string);
      };
      // Default file.
      (PARSER.short_dico.fast_has (ALIAS_STR.short_default)).if {
	txt := PARSER.short_dico.fast_at (ALIAS_STR.short_default).first;
	save_file (add_ext "default") with (txt.to_string);
      };
      // Directory_list file.
      (PARSER.short_dico.fast_has (ALIAS_STR.short_directory_list_begin)).if {
	txt := PARSER.short_dico.fast_at (ALIAS_STR.short_directory_list_begin).first;
	directory_list.prepend txt;
      };
      (PARSER.short_dico.has (ALIAS_STR.short_directory_list_end)).if {
	txt := PARSER.short_dico.at (ALIAS_STR.short_directory_list_end).first;
	directory_list.append txt;
      };
      save_file (add_ext "directory_list") with directory_list;
      
      // file_list file.
      (PARSER.short_dico.fast_has (ALIAS_STR.short_file_list_begin)).if {
	txt := PARSER.short_dico.fast_at (ALIAS_STR.short_file_list_begin).first;
	file_list.prepend txt;
      };
      (PARSER.short_dico.fast_has (ALIAS_STR.short_file_list_end)).if {
	txt := PARSER.short_dico.fast_at (ALIAS_STR.short_file_list_end).first;
	file_list.append txt;
      };
      save_file (add_ext "file_list") with file_list;      
    } else {
      // Input.                  
      (input_name.has_suffix ".li").if_false {
	string_tmp.copy input_name;
	string_tmp.append ".li";
	input_name := ALIAS_STR.get string_tmp;
      };
            
      proto_input := PROTOTYPE.create input_name 
      name (extract_proto_name input_name)
      generic_count 0;
      PARSER.go_on proto_input;
            
      (output_name = NULL).if {
	output_name := add_ext (proto_input.name);
      };    
      save_file output_name with output_code;	
    };
    (is_shorter2).if {
      (PROTOTYPE.prototype_list.lower).to (PROTOTYPE.prototype_list.upper) do { j:INTEGER;
        p := PROTOTYPE.prototype_list.item j;
        output_code.clear;
        put "" to output_code like (ALIAS_STR.short_begin);
        p.shorter_out output_code;
        put "" to output_code like (ALIAS_STR.short_end);
        save_file (add_ext (p.name)) with output_code;        
      };
    };
  );




lisaac_0.39_rc1/src/my_grep0000644000175000017500000000032511314031247015604 0ustar  sonntagsonntaggrep $1 *.li constant/*.li compiler_any/*.li external/*.li external/arithmetic/*.li external/comparison/*.li external/logic/*.li item/*.li tools/*.li type/*.li variable/*.li dispatcher/*.li lip/*.li code_life/*.lilisaac_0.39_rc1/src/parameter_to_type.li0000644000175000017500000000372611314031247020300 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PARAMETER_TO_TYPE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Type parameter -> type full";
  
Section Public
  
  - position:POSITION <- 
  ( + result:POSITION;
    deferred;
    result
  );
  
  - parameter_to_type p:ITM_TYPE_PARAMETER :TYPE_FULL <-
  (
    deferred;
    NULL
  );lisaac_0.39_rc1/src/parser.li0000644000175000017500000027455311314031247016061 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := PARSER;

  - copyright := "2003-2007 Benoit Sonntag";
  
  - author    := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment   := "Parser for Lisaac language.";
  
  // You can to get with 
  // `grep "//++" parser.li' : Current grammar.
  // `grep "//--" parser.li' : Syntax rules.
  // `grep "////" parser.li' : lip grammar. 
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Public
  
  //
  // Shorter Section.
  //
    
  - is_active_short:BOOLEAN;
  
  - short_dico:HASHED_DICTIONARY(LINKED_LIST(STRING_CONSTANT),STRING_CONSTANT) :=
  HASHED_DICTIONARY(LINKED_LIST(STRING_CONSTANT),STRING_CONSTANT).create;
  
  - short_derive:INTEGER;
  
  - token:STRING := STRING.create 100;
  
  - short key:STRING_CONSTANT token beg:INTEGER to end:INTEGER <-
  ( + pos:INTEGER;
    + add_text:ABSTRACT_STRING;
    + fmt:LINKED_LIST(STRING_CONSTANT);
    
    (is_shorter).if {
      (is_active_short).if {
	//
	// SHORTER
	//
	(short_dico.fast_has key).if {
	  // Extract token.
	  token.clear;
	  pos := beg + short_derive;
	  beg.to (end-1) do { j:INTEGER;
	    token.add_last (source.item j);
	    output_code.remove pos; 
	  };	  
	  short_derive := short_derive - token.count;
	  // Insert format.
	  fmt := short_dico.at key; 
	  fmt.lower.to (fmt.upper) do { j:INTEGER;
	    (fmt.item j = NULL).if {
	      add_text := token;
	    } else {
	      add_text := fmt.item j;
	    };	    
	    output_code.insert_string add_text to pos; 
	    pos := pos + add_text.count;
	    short_derive := short_derive + add_text.count;	
	  };
	};
      };
    };
  );
  
  - short_remove begin:INTEGER to end:INTEGER <-
  (
    output_code.remove_between 
    (begin + short_derive) to (end + short_derive);	    
    short_derive := short_derive - (end - begin + 1);
  );
  
  - short_local:HASHED_SET(STRING_CONSTANT);
  
Section Private  
  
  //
  // Source information.
  //
    
  - object   : PROTOTYPE;
  
  - source   : STRING;
  
  - position : INTEGER;
  
  - pos_cur  : INTEGER;
  - pos_line : INTEGER;
  - pos_col  : INTEGER;
  
  - begin_position:INTEGER; // begin item position
  
  - current_position:POSITION <-
  ( + result:POSITION;
    ? {pos_cur <= position};
    
    {pos_cur = position}.until_do {
      (source.item pos_cur = '\n').if {
	pos_col := 0;
	pos_line := pos_line + 1;
      } else {
	pos_col := pos_col + 1;
      };
      pos_cur := pos_cur + 1;
    };
    (pos_line > 32767).if {
      result := POSITION.create object line 32767 column pos_col;
      syntax_error (result,"Line counter overflow.");
    };
    (pos_col > 255).if {
      result := POSITION.create object line pos_line column 255;
      syntax_error (result,"Column counter overflow (line too long).");
    };
    POSITION.create object line pos_line column pos_col
  );
  
  //
  // AMBIGU Manager.
  //
  
  - old_position:INTEGER;
  - old_pos_cur :INTEGER;
  - old_pos_line:INTEGER;
  - old_pos_col :INTEGER;
  //
  - old_short_derive:INTEGER;
  
  - save_context <-
  (
    old_position := position;
    old_pos_cur  := pos_cur;
    old_pos_line := pos_line;
    old_pos_col  := pos_col;
    //
    old_short_derive := short_derive;
  );
  
  - restore_context <-
  ( + beg:INTEGER;
    
    (is_shorter).if {
      token.clear;      
      beg := old_position + old_short_derive;      
      output_code.remove_between beg to (position+short_derive-1);
      (old_position).to (position-1) do { j:INTEGER;
	token.add_last (source.item j);
      };      
      output_code.insert_string token to beg;
      short_derive := old_short_derive;
    };
    
    position := old_position;
    pos_cur  := old_pos_cur;
    pos_line := old_pos_line;
    pos_col  := old_pos_col;
  );
  
  //
  // Syntax parser.
  //

  - last_character:CHARACTER <-
  ( + result:CHARACTER;
    (position > source.upper).if {
      result := 0.to_character;
      } else {
      result := source.item position;
    };
    result
  );

  - last_integer : INTEGER_64;
  - last_real    : STRING_CONSTANT;
  - last_string  : STRING_CONSTANT;
  - is_parameter_type:BOOLEAN;
  
  - last_comment_extern:STRING_CONSTANT;
  - last_comment_slot  :STRING_CONSTANT;
  - skip_comment:BOOLEAN;
  
  - put_new_line_comment str:STRING with cmt:STRING_CONSTANT <- 
  ( + lst:LINKED_LIST(STRING_CONSTANT);
    + idx,idx_beg:INTEGER;
    lst := PARSER.short_dico.fast_reference_at cmt;
    (lst != NULL).if {
      {(idx := str.index_of '\n' since (idx+1)) < str.upper}.while_do {
        idx_beg := idx;
        idx := idx + 1;
        {
          (idx <= str.upper) && 
          {str.item idx <= ' ' } && 
          {str.item idx != '\n'}
        }.while_do {
          idx := idx + 1;
        };            
        (str.item idx = '\n').if {
          str.replace_substring (lst.first) from idx_beg to (idx-1);
          idx := idx_beg + (lst.first.count)-1;
        };
      };
    };      
  );
  
  - read_space:BOOLEAN <-
  ( + posold,pos,pos2:INTEGER;     
    + level_comment:INTEGER;
    + stat:INTEGER;
    
    
    pos := position;
    posold := -1;    
    (is_shorter2).if {
      string_tmp3.clear;
      string_tmp4.clear;
    };
    {posold = position}.until_do {
      posold := position;
            
      // Skip spaces :            
      {(last_character = 0.to_character) || {last_character > ' '}}.until_do {        
        ((is_shorter2) || {is_shorter}).if {
          (last_character = '\n').if {
            (stat)
            .when 0 then { stat := 1; }
            .when 1 then { stat := 2; }
            .when 2 then {            };      
          };
        };
	position := position + 1;	
      };
      
      (position < source.upper).if {
	// Skip C++ comment style :
	((last_character = '/') && {source.item (position + 1) = '/'}).if {
	  position := position + 2;
          pos2 := position;          
	  { 
	    (last_character = 0.to_character) || 
	    {last_character = '\n'}
          }.until_do {                        
            (is_shorter2).if {
              (stat)
              .when 0 or 1 then {                 
                string_tmp3.add_last last_character;
              }
              .when 2 then {               
                string_tmp4.add_last last_character;
              };                               
            };
	    position := position + 1;
          };
          (is_shorter2).if {
            (stat)
            .when 0 or 1 then { string_tmp3.add_last '\n'; }
            .when 2      then { string_tmp4.add_last '\n'; };            
          };
          (is_shorter).if {
            // BSBS: A revoir ...            
            ((pos2-2+short_derive).in_range (output_code.lower) to (output_code.upper)).if {
              output_code.remove_between (pos2-2+short_derive) to (pos2-1+short_derive);
              short_derive := short_derive - 2;
            };
            // Bug ?
            ( + nb,p:INTEGER;
              p := pos2 - 3;
              {(p >= source.lower) && {source.item p <= ' '}}.while_do {
                (source.item p = '\n').if {
                  nb := nb + 1;
                };
                p := p - 1;
              };
              (nb > 1).if {
                stat := 2;
              };
            );
            (stat)
            .when 0 or 1 then {
              short (ALIAS_STR.short_comment_slot_line) token pos2 to position;
            }
            .when 2 then {
              short (ALIAS_STR.short_comment_line) token pos2 to position;
            };
          };
          position := position + 1;
	};
      };
      (position < source.upper).if {
	// Skip C comment style :
	pos2 := position;
	((last_character = '/') && {source.item (position+1) = '*'}).if {
	  position := position + 2; 	  
	  level_comment := 1;
	  {
	    (last_character = 0.to_character) || {level_comment = 0}
	  }.until_do {
	    ((last_character = '/') && {source.item (position+1) = '*'}).if {
	      level_comment := level_comment + 1;
	      position := position + 2;
	    }.elseif {
	      (last_character = '*') && {source.item (position+1) = '/'}
	    } then {
	      level_comment := level_comment - 1;
	      position := position + 2;
	    } else {
	      position := position+1;
	    };
	  };
	  (level_comment != 0).if {
	    position := pos2;
	    syntax_error (current_position,"End of comment not found !");
	  };
	  //position := position+2;
	  short (ALIAS_STR.short_comment) token pos2 to position;
	};
      };
    };
    ((is_shorter2) && {! skip_comment}).if {      
      (string_tmp3.is_empty).if {
        last_comment_slot := NULL;
      } else {
        put_new_line_comment string_tmp3 with (ALIAS_STR.short_comment_new_line_slot);        
        last_comment_slot := ALIAS_STR.get string_tmp3;        
      };
      (string_tmp4.is_empty).if_false {
        put_new_line_comment string_tmp4 with (ALIAS_STR.short_comment_new_line_extern);
        last_comment_extern := ALIAS_STR.get string_tmp4;
      };
    };
    // FALSE : Last character.
    begin_position := position;
    ((position != pos) | (last_character != 0.to_character))
  );
  
  - read_symbol st:STRING_CONSTANT :BOOLEAN <-
  ( + posold,j:INTEGER;
    + result:BOOLEAN;
    // On passe les espaces :
    (! read_space).if {
      result := FALSE;
    } else {
      posold := position;    
      j := st.lower;
      {(last_character = 0.to_character) ||
      {(j > st.upper) || {last_character != st.item j}}}.until_do {
	j := j+1;
	position := position+1;
      };
      (j > st.upper).if {
        result := TRUE;
        last_string := st;
      } else {
	position := posold;
	result := FALSE;
      };
    };
    result
  );

  - read_character ch:CHARACTER :BOOLEAN <-
  ( + result:BOOLEAN;
    // On passe les espaces :
    (! read_space).if {
      result := FALSE;
    } else {
      (last_character = ch).if {
	position := position + 1;
	result := TRUE;
      };
    };
    result
  );
  
  //-- affect         -> ":=" | "<-" | "?="
  - read_affect:BOOLEAN <-
  ( 
    (read_symbol (ALIAS_STR.symbol_affect_immediate)) ||
    {read_symbol (ALIAS_STR.symbol_affect_cast)} ||
    {read_symbol (ALIAS_STR.symbol_affect_code)}
  );
  
  //-- style          -> '-' | '+'
  - read_style:CHARACTER <-
  ( + result:CHARACTER;
    read_character '-'.if {
      result := '-';
      short (ALIAS_STR.short_slot_style) token (position-1) to position;
    }.elseif {read_character '+'} then {
      result := '+';
      short (ALIAS_STR.short_slot_style) token (position-1) to position;
    } else {
      result := ' ';
    };
    result
  );
  
  //-- identifier     -> 'a'-'z' {'a'-'z' | '0'-'9' | '_'}
  - read_identifier:BOOLEAN <-
  ( + result:BOOLEAN;
    + posold,idx:INTEGER;

    // On passe les espaces :
    ((! read_space) || {! last_character.is_lower}).if {
      result := FALSE;
    } else {
      posold := position;              
      string_tmp.clear;
      {
	(last_character = 0.to_character) || 
	{
	  (! last_character.is_lower) &&
	  {! last_character.is_digit} && 
	  {last_character != '_'}
	}
      }.until_do {
	string_tmp.add_last last_character;
	position := position+1;          
      };
      (! string_tmp.is_empty).if {
	idx := string_tmp.first_substring_index "__";
	(idx != 0).if { 
	  position := posold+idx;
	  syntax_error (current_position,"Identifier is incorrect.");
	};
	last_string := ALIAS_STR.get string_tmp;
	result := TRUE;
      };
    };
    result
  );
  
  - read_word st:STRING_CONSTANT :BOOLEAN <-
  ( + posold,idx:INTEGER;   
    + result:BOOLEAN;
    // On passe les espaces :
    (! read_space).if {
      result := FALSE;
    } else {
      posold := position;
      idx := st.lower;
      {(idx > st.upper) || {last_character != st.item idx}}.until_do {
	position := position+1;
	idx := idx+1;
      };
      (idx>st.upper).if {
	last_string := st;
	result := TRUE;
      } else {
	position := posold;
      };
    };
    result
  );

  - read_this_keyword st:STRING_CONSTANT :BOOLEAN <-
  ( + result:BOOLEAN;
    
    result := read_word st;
    (is_shorter).if {
      (result).if {      
	(st = ALIAS_STR.keyword_section).if {
	  short (ALIAS_STR.short_keyword_section) token 
	  (position-last_string.count) to position;
	} else {
	  short (ALIAS_STR.short_keyword) token 
	  (position-last_string.count) to position;
	};
      };
    };
    result
  );
  
  //-- keyword        -> 'A'-'Z' 'a'-'z' {'a'-'z' | '0'-'9' | '_'}
  - read_keyword:BOOLEAN <-
  ( + result:BOOLEAN;
    // On passe les espaces :
    ((! read_space) || {! last_character.is_upper}).if {
      result := FALSE;
    } else {
      string_tmp.clear;
      string_tmp.add_last last_character;
      position := position + 1;
      (last_character.is_lower).if {
	string_tmp.add_last last_character;
	position := position + 1;
	{(last_character != 0.to_character) &&
	  {(last_character.is_lower) || 
	    {last_character.is_digit} ||
	{last_character = '_'}}}.while_do {
	  string_tmp.add_last last_character;
	  position := position+1;          
	};
	last_string := ALIAS_STR.get string_tmp;
	result := TRUE;
	short (ALIAS_STR.short_keyword) token 
	(position-last_string.count) to position;
      } else {
	position := position - 1;
	result := FALSE;
      };    
    };
    result
  );  
    
  //-- cap_identifier -> 'A'-'Z' {'A'-'Z' | '0'-'9' | '_'}
  - read_cap_identifier:BOOLEAN <-
  ( + posold,idx:INTEGER;
    + result:BOOLEAN;
    + car:CHARACTER;
    // On passe les espaces :
    ((! read_space) || {! last_character.is_upper}).if {
      result := FALSE;
    } else {
      posold := position;
      string_tmp.clear;
      string_tmp.add_last last_character;
      position := position + 1;
      is_parameter_type := TRUE;
      {
	(last_character = 0.to_character) ||
	{
	  (! last_character.is_upper) && 
	  {! last_character.is_digit} &&
	  {last_character != '_'}
	}
      }.until_do {
        car := last_character;
        is_parameter_type := is_parameter_type && {car.is_digit};
	string_tmp.add_last car; 
        position := position+1;                          
      };      
      idx := string_tmp.first_substring_index "__";
      (idx != 0).if { 
        position := posold + idx;
        syntax_error (current_position,"Identifier is incorrect.");
      };             
      last_string := ALIAS_STR.get string_tmp;      
      result := TRUE;          
    };
    result
  );
  
  //-- integer        -> number 
  //-- number         -> {'0'-'9'} ['d'] 
  //--                 | '0'-'9' {'0'-'9' | 'A'-'F' | 'a'-'f'} 'h'
  //--                 | {'0'-'7'} 'o'
  //--                 | {'0' | '1'} 'b'
  - read_integer:BOOLEAN <-
  ( + result:BOOLEAN;
    + pos_old:INTEGER;

    // On passe les espaces :
    ((read_space) && {last_character.is_digit}).if {
      result := TRUE;
      string_tmp.clear;
      string_tmp.add_last last_character;      
      pos_old := position;
      position := position + 1;
      {(last_character.is_hexadecimal_digit) || {last_character = '_'}}.while_do {
	(last_character != '_').if {
	  string_tmp.add_last last_character;
	};
	position := position + 1;
      };
      (last_character = 'h').if {
	last_integer := string_tmp.to_hexadecimal;
	position := position+1;
      } else {
	(string_tmp.last > '9').if {
	  string_tmp.remove_last 1;
	  position := position - 1;
	};
	(last_character='o').if {
	  (! string_tmp.is_octal).if {
	    syntax_error (current_position,"Incorrect octal number.");
	  };
	  last_integer := string_tmp.to_octal;
	  position := position+1;
	}.elseif {last_character='b'} then {
	  (! string_tmp.is_bit).if {
	    syntax_error (current_position,"Incorrect binary number.");
	  };
	  last_integer := string_tmp.to_binary;
	  position := position+1;
	} else {
	  (last_character='d').if {	    
	    position := position+1;
	  };
	  (! string_tmp.is_integer_64).if {
	    syntax_error (current_position,"Incorrect decimal number.");
	  };
	  last_integer := string_tmp.to_integer_64;          
	};
      };
    };
    (result).if {
      short (ALIAS_STR.short_integer) token pos_old to position;
    };
    result
  );

  - read_real:BOOLEAN <-
  //-- real           -> '0'-'9' {'0'-'9'_} [ '.' {'0'-'9'} ] [ 'E' ['+'|'-'] '0'-'9' {'0'-'9'}
  ( + result:BOOLEAN;
    + pos_old:INTEGER;

    // On passe les espaces :
    ((read_space) && {last_character.is_digit}).if {      
      string_tmp.clear;
      string_tmp.add_last last_character;      
      pos_old := position;      
      position := position + 1;
      {(last_character.is_digit) || {last_character = '_'}}.while_do {
	(last_character != '_').if {
	  string_tmp.add_last last_character;
	};
	position := position + 1;
      };      
      (last_character = '.').if {	
	string_tmp.add_last '.';
	position := position + 1;		
	(last_character.is_digit).if {
	  result := TRUE;
	  string_tmp.add_last last_character;
	  position := position + 1;
	  {last_character.is_digit}.while_do {
	    string_tmp.add_last last_character;
	    position := position + 1;
	  };
	};
	(last_character = 'E').if {
	  result := TRUE;
	  string_tmp.add_last 'E';
	  position := position + 1;  
	  ((last_character = '+') || {last_character = '-'}).if {
	    string_tmp.add_last last_character;
	    position := position + 1;
	  };
	  (last_character.is_digit).if {
	    string_tmp.add_last last_character;
	    position := position + 1;
	    {last_character.is_digit}.while_do {
	      string_tmp.add_last last_character;
	      position := position + 1;
	    };	    
	  } else {
	    syntax_error (current_position,"Incorrect real number.");
	  };
	};
      };
      (result).if {
	last_real := ALIAS_STR.get string_tmp;
      } else {
	position := pos_old;
      };
    };
    (result).if {      
      short (ALIAS_STR.short_integer) token pos_old to position;
    }; 
    result    
  );
  
  - read_escape_character <-
  ( + nothing:BOOLEAN;
    + val:INTEGER;
    last_character.is_separator.if {        
      position := position+1;
      {
	(last_character = 0.to_character) || 
	{! last_character.is_separator}
      }.until_do {
	position := position+1;
      };
      (last_character='\\').if {
	string_tmp.remove_last 1;
	position := position+1;
      }.elseif {last_character != 0.to_character} then {
	syntax_error (current_position,"Unknown escape sequence.");
      };
    }.elseif {last_character != 0.to_character} then {
      ( (last_character = 'a')  || 
	{last_character = 'b'}  ||
	{last_character = 'f'}  ||
	{last_character = 'n'}  ||
	{last_character = 'r'}  ||
	{last_character = 't'}  ||
	{last_character = 'v'}  ||
	{last_character = '\\'} ||
	{last_character = '?'}  ||
	{last_character = '\''} ||
	{last_character = '\"'}
      ).if {
	string_tmp.add_last last_character;
	position := position+1;
      }.elseif {last_character.in_range '0' to '9'} then {
	(
          (last_character='0') && 
	  {position 255).if {
	    syntax_error (current_position,
	    "Invalid range character number [0,255].");
	  };
	  val := last_integer.to_integer;
	  string_tmp.add_last ((val / 64).decimal_digit);
	  string_tmp.add_last (((val % 64) / 8).decimal_digit);
	  string_tmp.add_last ((val % 8).decimal_digit);
	  (last_character='\\').if {
	    position := position + 1;
	  } else {
	    syntax_error (current_position,"Character '\' is needed."); 
	  };
	};
      } else {
	syntax_error (current_position,"Unknown escape sequence.");
      };      
    };
  );
  
  //-- character      -> '\'' ascii '\''
  - read_characters:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;
    + count:INTEGER;
    // On passe les espaces :
    ((read_space) && {last_character='\''}).if { 
      old_pos := position;      
      position := position+1;
      string_tmp.clear;
      {
        (last_character=0.to_character) ||
	{last_character='\n'} ||
        {last_character='\''}
      }.until_do {
	string_tmp.add_last last_character;
	(last_character='\\').if {
	  position := position+1;
          read_escape_character;            
          count := count + 1;
	} else {
          position := position+1;	  
          count := count + 1;
	};
      };
      (last_character='\'').if {
	position := position+1;
	last_string := ALIAS_STR.get string_tmp;
	(count != 1).if {
	  position := begin_position;
	  syntax_error (current_position,"Character constant too long.");
	};
	result := TRUE;
	short (ALIAS_STR.short_character) token old_pos to position;
      } else {
	position := begin_position;
	syntax_error (current_position,"Unterminated character constant.");
      };
    };
    result
  );
  
  //-- string         -> '\"' ascii_string '\"'
  - read_string:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;
    // On passe les espaces :
    ((read_space) && {last_character='\"'}).if { 
      old_pos := position;
      position := position+1;
      string_tmp.clear;
      {
        (last_character=0.to_character) ||
	{last_character='\n'} || 
        {last_character='\"'}
      }.until_do { 
	string_tmp.add_last last_character;
	(last_character='\\').if {
	  position := position+1;
	  read_escape_character;
	} else {
	  position := position+1;	  
	};
      };
      (last_character='\"').if { 
	position := position+1;
	last_string := ALIAS_STR.get string_tmp;
	result := TRUE;
	short (ALIAS_STR.short_string) token old_pos to position;
      } else {
	position := begin_position;
	syntax_error (current_position,"Unterminated string constant.");
      };
    };
    result
  );
  
  //-- external       -> '`' ascii_c_code '`'
  - read_external:BOOLEAN <-
  ( + result:BOOLEAN;
    + pos_old:INTEGER;
    // On passe les espaces :
    ((! read_space) || {last_character != '`'}).if {
      result := FALSE;
    } else {      
      pos_old:=position;
      position := position+1;
      string_tmp.clear;
      {(last_character = 0.to_character) | (last_character='`')}.until_do {
	string_tmp.add_last last_character;
	(last_character='\\').if {
	  position := position+1;
	  string_tmp.add_last last_character;
	  (last_character != 0.to_character).if {
	    position := position+1;
	  };
	} else {
	  position := position+1;
	};
      };
      (last_character != 0.to_character).if {
	position := position+1;
	last_string := ALIAS_STR.get string_tmp;
	result := TRUE;
	short (ALIAS_STR.short_external) token pos_old to position;
      } else {
	result := FALSE;
      };
    };
    result
  );
  
  //-- operator       -> '!' | '@' | '#' | '$' | '%' | '^' | '&' | '<' | '|'  
  //--                 | '*' | '-' | '+' | '=' | '~' | '/' | '?' | '\' | '>'
  - read_operator:BOOLEAN <-
  ( + result:BOOLEAN;
    + old_pos:INTEGER;
    // On passe les espaces :
    (read_space).if {
    };    
    old_pos:=position;
    string_tmp.clear;
    {(last_character = 0.to_character) ||
    {! "!@#$%^&<|*-+=~/?\\>".has last_character}}.until_do {
      string_tmp.add_last last_character;
      position := position+1;
    };
    (! string_tmp.is_empty).if {
      last_string := ALIAS_STR.get string_tmp;
      (
	(last_string = ALIAS_STR.symbol_affect_immediate) ||
	{last_string = ALIAS_STR.symbol_affect_code} ||
	{last_string = ALIAS_STR.symbol_affect_cast}
      ).if {
	syntax_error (current_position,"Incorrect operator.");
      };
      short (ALIAS_STR.short_operator) token old_pos to position; 
      result := TRUE;
    };
    result
  );

  //
  // Variable & function Global.
  //
  
  - last_slot:ITM_SLOT;

  - last_group:ITM_LIST;

  - last_section:SECTION_;
  
  //
  // PARSER
  //
  
  //++ PROGRAM      -> { "Section" (section|TYPE_LIST) { SLOT } } [CONTRACT ';'] 
  - read_program:BOOLEAN <-
  ( + result:BOOLEAN;
    + pos_sec,old_derive:INTEGER;
    + t:FAST_ARRAY(ITM_TYPE_MONO);
    
    result := TRUE;
    
    pos_sec := position;
    old_derive := short_derive;
    
    read_space;
    
    (is_shorter).if {
      output_code.remove_between (source.lower+old_derive) to (position-1+short_derive);
      short_derive := short_derive - ((position+short_derive) - (source.lower+old_derive));
    };    
    pos_sec := position;
    old_derive := short_derive;
    last_comment_extern := NULL;
    //
    // Read Section Header.
    //            
    (read_this_keyword (ALIAS_STR.keyword_section)).if_false {
      syntax_error (current_position,"`Section' is needed.");
    };
    (read_this_keyword (ALIAS_STR.section_header)).if_false {
      syntax_error (current_position,"Section `Header' is needed.");
    };    
    (read_slot_header TRUE).if_false {
      syntax_error (current_position,"Slot `name' not found."); 
    };
    {read_slot_header FALSE}.while_do {
    }; // loop
    
    (is_shorter2).if {
      object.set_comment_header last_comment_extern;
    };
        
    //
    // Read Section Other. 
    //
    {read_this_keyword (ALIAS_STR.keyword_section)}.while_do {
      last_comment_extern := NULL;
      (read_keyword).if {
	// Public, Private, ...
	(ALIAS_STR.is_section last_string).if_false {
	  syntax_error (current_position,"Incorrect type section.");
	};	
	last_section := SECTION_.get_name last_string;	
	(last_section.is_mapping).if {
          object.set_mapping;
        }.elseif {last_section.is_external} then {
          object.set_external;
	}.elseif {
	  (last_section.is_inherit_or_insert) && 
	  {object.last_slot != NULL} && 
	  {! object.last_slot.id_section.is_inherit_or_insert}
	} then {	  
	  syntax_error (current_position,
	  "`Section Inherit/Insert' must to be first section.");
	}.elseif {	  
	  (last_section.is_inherit) && 
	  {object.type_style = ALIAS_STR.keyword_expanded} &&
	  {object.name != ALIAS_STR.prototype_true } && 
	  {object.name != ALIAS_STR.prototype_false}
	} then {	  
	  warning_error (current_position,
	  "`Section Inherit' is not possible with Expanded object (Use `Section Insert').");
	};
      } else {
	// TYPE_LIST.
	t := read_type_list TRUE; 
	(t = NULL).if {
	  syntax_error (current_position,"Incorrect type section.");
	};
	last_section := SECTION_.get_type_list t;
      };
      {read_slot}.while_do {
      }; // loop
      
      (is_shorter).if {
	(
	  (! is_short_private) && 
	  {last_section.is_private}
	).if {
	  output_code.remove_between 
	  (pos_sec + old_derive) to (position + short_derive - 1);	    
	  short_derive := old_derive - (position - pos_sec);
	};
	
	pos_sec:=position;
	old_derive:=short_derive;
      };
      
    }; // loop
    (read_invariant).if {      
      warning_error (current_position,"Invariant: Sorry, Not yet implemented.");
    };
    
    // End of file :
    result := result | read_space;
    (last_character != 0.to_character).if {
      syntax_error (current_position,"Incorrect symbol.");
    };
    result
  );  // read_program

  //++ SLOT         -> style TYPE_SLOT [':' (TYPE|'('TYPE_LIST')') ][ affect DEF_SLOT ]';'
  - read_slot:BOOLEAN <-
  ( + result:BOOLEAN;
    + t:ITM_TYPE;
    + lt:FAST_ARRAY(ITM_TYPE_MONO);
    + style:CHARACTER;
    + affect:CHARACTER;
    + old_pos,old_derive:INTEGER;
    + s:ITM_SLOT;
        
    style  := read_style;
    (style != ' ').if {      
      //
      // Classic slot.
      //                
      result := TRUE;
      //
      last_slot := read_type_slot;
      (last_slot = NULL).if {
	syntax_error (current_position,"Incorrect slot declaration.");
      };       
            
      last_slot.set_style style;
            
      (read_affect).if {
	affect := last_string.first;
      } else {
	affect := ' ';
      };
	
      // ':' (TYPE|'('TYPE_LIST')'
      ((affect = ' ') && {read_character ':'}).if {
	(read_character '(').if {
	  lt := read_type_list FALSE;
	  (lt = NULL).if {
	    syntax_error (current_position,"Incorrect result type.");
	  };
	  (read_character ')').if_false {
	    warning_error (current_position,"Added ')' is needed.");
	  };
	  t := ITM_TYPE_MULTI.get lt;
	} else {
	  t := read_type FALSE; 
	  (t = NULL).if {
	    syntax_error (current_position,"Incorrect result type.");
	  };
	};	  
	
	(read_affect).if {
	  affect := last_string.first;
	};
      } else {
	t := ITM_TYPE_SIMPLE.type_void;
      }; 
      last_slot.set_result_type t;
      last_slot.set_affect affect;
      
      (affect != ' ').if {
        read_space;
        (is_shorter2).if {          
          (last_comment_slot != NULL).if {
            last_slot.set_comment last_comment_slot;
          };
          (last_comment_extern != NULL).if {
            last_slot.set_comment_chapter last_comment_extern;
          };
          skip_comment := TRUE;
        };               
	old_pos    := position;
	old_derive := short_derive;
	read_def_slot;
      };

      (read_character ';').if_false {
	warning_error (current_position,"Added ';'.");
      };
      (is_shorter2).if {
        skip_comment := FALSE;
        read_space;
        ((last_slot.comment = NULL) && {last_comment_slot != NULL}).if {
          last_slot.set_comment last_comment_slot;
        };
      };
	
      (is_shorter).if {
	(
	  (! is_short_code) && 
	  {old_pos != 0} &&
	  {! last_section.is_header}
	).if {
	  (current_position.column<5).if {	      
	    {
	      (last_character != 0.to_character) &&
	      {last_character.is_separator} &&
	      {last_character != '\n'}
	    }.while_do {
	      position := position + 1;
	    };
	    (last_character = '\n').if {
	      position := position + 1;
	    };
	  };
	  output_code.remove_between 
	  (old_pos + old_derive) to (position + short_derive - 1);	    
	  short_derive := old_derive - (position - old_pos);
	};
      };

      // Added slot in prototype :
      s := object.slot_list.fast_reference_at (last_slot.name);
      (s != NULL).if {
	POSITION.put_error semantic text "Double slot declaration.";
	s.position.put_position;
	last_slot.position.put_position;
	POSITION.send_error;
      };
      object.add_slot last_slot;

      (is_shorter).if {
	short_local.clear;
      };
    };
    result
  );  // read_slot
  
  //++ TYPE_SLOT    -> [ LOC_ARG '.' ] identifier [ LOC_ARG { identifier LOC_ARG } ]
  //++               | [ LOC_ARG ] '\'' operator '\'' [("Left"|"Right") [integer]] [LOC_ARG]
  - read_type_slot:ITM_SLOT <-
  ( + arg:ITM_ARGUMENT;
    + result:ITM_SLOT;
    + list_arg:FAST_ARRAY(ITM_ARGUMENT);
    
    list_arg := ALIAS_ARRAY(ITM_ARGUMENT).new;
    arg := read_loc_arg FALSE with_self TRUE;
        
    (arg = NULL).if {
      (read_character '\'').if {
	result := read_slot_operator list_arg;
      } else {
	arg := ITM_ARG.create current_position 
        name (ALIAS_STR.variable_self) type (ITM_TYPE_SIMPLE.type_self);
	list_arg.add_last arg;      
	result := read_slot_keyword list_arg;
      };
    } else {
      list_arg.add_last arg;
      (read_character '.').if {
	result := read_slot_keyword list_arg;
      }.elseif {read_character '\''} then { 
	result := read_slot_operator list_arg;
      };
    };
    (result != NULL).if {
      list_arg := ALIAS_ARRAY(ITM_ARGUMENT).copy list_arg;
      result.set_argument_list list_arg; 
    };
    result
  );
  
  - read_slot_keyword list_arg:FAST_ARRAY(ITM_ARGUMENT) :ITM_SLOT <-
  ( + n:STRING;
    + arg:ITM_ARGUMENT;
    + result:ITM_SLOT;
    
    read_identifier.if {
      short (ALIAS_STR.short_slot) token 
      (position-last_string.count) to position;
      
      n  := ALIAS_STR.new;            
      n.copy last_string;      
      arg := read_loc_arg FALSE with_self FALSE;
      (arg != NULL).if {
	list_arg.add_last arg;	
	(read_identifier).if {
	  (last_section.is_external).if {
	    syntax_error (current_position,"Incorrect in `Section External'.");
	  };	  
	  {	    
	    short (ALIAS_STR.short_slot) token 
	    (position-last_string.count) to position;            
	    n.append (ALIAS_STR.separate);
	    n.append last_string;
	    arg := read_loc_arg FALSE with_self FALSE;
	    (arg = NULL).if {
	      syntax_error (current_position,"Incorrect symbol.");
	    }; // if
	    list_arg.add_last arg;
	  }.do_while {read_identifier}; // loop
	};
      }; // if
      result := ITM_SLOT.create current_position name (ALIAS_STR.alias n) feature last_section;
    };
    result
  );
  
  - read_slot_operator list_arg:FAST_ARRAY(ITM_ARGUMENT) :ITM_SLOT <-
  ( + name,pretty_name:STRING_CONSTANT;    
    + associativity:STRING_CONSTANT;
    + priority:INTEGER;
    + arg:ITM_ARGUMENT;
    + result:ITM_SLOT_OPERATOR;
    
    (! read_operator).if {
      syntax_error (current_position,"Operator is needed.");
    };
    (
      (last_string = ALIAS_STR.symbol_equal) ||
      {last_string = ALIAS_STR.symbol_not_equal}
    ).if {
      syntax_error (current_position,"Incorrect operator.");
    };    
    pretty_name := name := last_string;
    (! read_character '\'').if {
      warning_error (current_position,"Added `''.");
    };
    (
      (read_this_keyword (ALIAS_STR.keyword_left)) ||
      {read_this_keyword (ALIAS_STR.keyword_right)}
    ).if {
      associativity := last_string;
      (read_integer).if {
	priority := last_integer.to_integer;
      };      
    };
    
    (list_arg.is_empty).if {
      // Prefix operator.
      arg := read_loc_arg FALSE with_self TRUE;
      (arg = NULL).if {
	syntax_error (current_position,"Operator declaration invalid.");
      };
      list_arg.add_last arg;
      name := operator (ALIAS_STR.slot_prefix) name name;
      (associativity != NULL).if {
	syntax_error (current_position,"Not associativity for postfix operator.");
      };
    } else {
      arg := read_loc_arg FALSE with_self FALSE;
      (arg != NULL).if {
	// Infix operator.
	list_arg.add_last arg;
	name := operator (ALIAS_STR.slot_infix) name name;	
	(associativity = NULL).if {
	  associativity := ALIAS_STR.keyword_left;
	};      
      } else {
	// Postfix operator.
	name := operator (ALIAS_STR.slot_postfix) name name;
	(associativity != NULL).if {
	  syntax_error (current_position,"Not associativity for prefix operator.");
	};
      };
    };    
    result := ITM_SLOT_OPERATOR.create current_position name name feature last_section;
    result.set_associativity associativity priority priority;
    result.set_pretty_name pretty_name;    
    result
  );  // read_slot_operator
  
  //++ DEF_SLOT     -> [CONTRACT] EXPR [CONTRACT]
  - read_def_slot <-
  ( + expr:ITM_CODE;
    
    read_require;
    expr := read_expr;
    (expr = NULL).if {
      syntax_error (current_position,"Incorrect expression.");
    };
    last_slot.set_value expr type object;
    read_ensure;
  );
  
  //++ LOC_ARG      -> identifier ':' TYPE
  //++               | '(' LOCAL ')'
  - read_loc_arg mute:BOOLEAN with_self self_first:BOOLEAN :ITM_ARGUMENT <-
  ( + result:ITM_ARGUMENT;
    + t:ITM_TYPE_MONO;
    + pos:POSITION;
    + n:STRING_CONSTANT;
    + tb:ITM_TYPE_BLOCK;
    
    (
      ((  self_first) && {read_this_keyword (ALIAS_STR.variable_self)}) || 
      {(! self_first) && {read_identifier}}
    ).if {      
      pos := current_position;
      n   := last_string;
      ((read_character ':') && {last_character != '='}).if {
	t := read_type TRUE;
	(t = NULL).if {
	  syntax_error (current_position,"Incorrect type.");
        };
                        
	(
	  (self_first) && 
          {t != ITM_TYPE_SIMPLE.type_self} && 
          {
            (object.name != ALIAS_STR.prototype_block) || 
            {tb ?= t; tb = NULL}
          }
        ).if {                    
	  syntax_error (current_position,"Type `SELF' is needed.");
	};
	result := ITM_ARG.create pos name n type t;
		
	(is_shorter).if {
	  short_local.add n;
	};
      } else {
	mute.if_false {
	  warning_error (current_position,"Added ':' is needed.");
	};
      };      
    }.elseif {read_character '('} then {      
      result := read_local_arg mute with_self self_first;
      (result = NULL).if {
	mute.if_false {
	  syntax_error (current_position,"Incorrect argument definition.");
	};
      } else {      
	(read_character ')').if_false {
	  warning_error (current_position,"Added ')'.");
	};
      };
    };
    result
  );
	
  //++ LOCAL        -> { identifier [ ':' TYPE ] ',' } identifier ':' TYPE
  - read_local m:BOOLEAN :FAST_ARRAY(ITM_LOCAL) <-
  ( + t:ITM_TYPE_MONO;
    + loc:ITM_LOCAL;
    + result:FAST_ARRAY(ITM_LOCAL); 
    + beg:INTEGER;
    + mute:BOOLEAN;
    
    mute := m;
    (read_identifier).if {
      result := ALIAS_ARRAY(ITM_LOCAL).new;      
      beg := result.lower;
      {
	((result.count != 0) && {! read_identifier} && {! mute}).if {
	  syntax_error (current_position,"Incorrect identifier.");
	};
	loc := ITM_LOCAL.create current_position name last_string;
	result.add_last loc;
	((read_character ':') && {last_character != '='}).if {
	  mute := FALSE;
	  t := read_type TRUE;
	  (t = NULL).if {
	    syntax_error (current_position,"Incorrect local type.");
	  };
	  beg.to (result.upper) do { j:INTEGER;
	    result.item j.set_type t;
	  };
	  beg := result.upper + 1;
	};  
      }.do_while {read_character ','};
      (beg != result.upper + 1).if {
	(mute).if {
	  ALIAS_ARRAY(ITM_LOCAL).free result;
	  result := NULL;
	} else {
	  syntax_error (current_position,"Incorrect local type.");
	};	
      } else {
	result := ALIAS_ARRAY(ITM_LOCAL).copy result;
	
	(is_shorter).if {
	  (result.lower).to (result.upper) do { j:INTEGER;
	    short_local.add (result.item j.name);
	  };
	};
      };
    };
    
    result
  );  // read_local
  
  - read_local_arg m:BOOLEAN with_self s:BOOLEAN :ITM_ARGUMENT <-
  ( + t:ITM_TYPE_MONO;
    + tm:ITM_TYPE_MULTI;
    + type:FAST_ARRAY(ITM_TYPE_MONO);
    + name:FAST_ARRAY(STRING_CONSTANT); 
    + beg:INTEGER;
    + mute:BOOLEAN;
    + result:ITM_ARGUMENT;
    + tb:ITM_TYPE_BLOCK;
    
    mute := m;
    (
      ((s) && {read_this_keyword (ALIAS_STR.variable_self)}) ||
      {read_identifier}
    ).if {      
      name := ALIAS_ARRAY(STRING_CONSTANT).new;
      type := ALIAS_ARRAY(ITM_TYPE_MONO).new;      
      beg  := name.lower;
      {
	((name.count != 0) && {! read_identifier} && {! mute}).if {
	  syntax_error (current_position,"Incorrect argument identifier.");
	};
	name.add_last last_string;
	((read_character ':') && {last_character != '='}).if {
	  mute := FALSE;
	  t := read_type TRUE;
	  (t = NULL).if {
	    syntax_error (current_position,"Incorrect argument type.");
	  };
	  beg.to (name.upper) do { j:INTEGER;
	    type.add_last t;
	  };
	  beg := name.upper + 1;
	};  
      }.do_while {read_character ','};
      (beg != name.upper + 1).if {
	(mute).if_false {
	  syntax_error (current_position,"Incorrect argument type.");
	};	
	ALIAS_ARRAY(STRING_CONSTANT).free name;
	ALIAS_ARRAY(ITM_TYPE_MONO).free type;
      } else {
	(
	  (s) && {
	    (type.first != ITM_TYPE_SIMPLE.type_self) || {
	      (object.name = ALIAS_STR.prototype_block) && 
	      {tb ?= type.first; tb = NULL}
	    }
	  }
	).if {
	  syntax_error (current_position,"Type `SELF' is needed.");
	};
	(name.count = 1).if {
	  // Single Argument.
	  result := ITM_ARG.create current_position 
	  name (name.first)
	  type (type.first);
	  ALIAS_ARRAY(STRING_CONSTANT).free name;
	  ALIAS_ARRAY(ITM_TYPE_MONO).free type;
	} else {
	  // Vector Arguments.
	  name := ALIAS_ARRAY(STRING_CONSTANT).alias name;
	  type := ALIAS_ARRAY(ITM_TYPE_MONO).alias type;
	  tm := ITM_TYPE_MULTI.get type;
	  result := ITM_ARGS.create current_position name name type tm;
	};
	
	(is_shorter).if {
	  (name.lower).to (name.upper) do { j:INTEGER;
	    short_local.add (name.item j);
	  };
	};
      };
    };
    
    result
  );  // read_local  
  
  //++ TYPE_LIST    -> TYPE { ',' TYPE }
  - read_type_list is_section:BOOLEAN :FAST_ARRAY(ITM_TYPE_MONO) <-
  ( + lst:FAST_ARRAY(ITM_TYPE_MONO);
    + t:ITM_TYPE_MONO;
    + ts:ITM_TYPE_SIMPLE;
    
    t := read_type FALSE;    
    (t != NULL).if {      
      (is_section).if {
	ts ?= t;
	(ts = NULL).if {
	  syntax_error (current_position,
	  "For a section, the prototype name only (without '['...']').");
	};
      };
      lst := ALIAS_ARRAY(ITM_TYPE_MONO).new;
      lst.add_last t;      
      {read_character ','}.while_do {
	t := read_type FALSE;
	(t = NULL).if {
	  syntax_error (current_position,"Incorrect type list.");
	};
	(is_section).if {
	  ts ?= t;
	  (ts = NULL).if {
	    syntax_error (current_position,
	    "For a section, the prototype name only (without '['...']').");
	  };
	};
	lst.add_last t;
      };
      lst := ALIAS_ARRAY(ITM_TYPE_MONO).alias lst;
    };
    lst
  );
    
  //++ TYPE         -> '{' [ (TYPE | '(' TYPE_LIST ')') ';' ] [ TYPE_LIST ] '}'
  //++               | [type] PROTOTYPE [ CONTRACT ]
  - read_type is_local:BOOLEAN :ITM_TYPE_MONO <-
  ( + style:STRING_CONSTANT;
    + result:ITM_TYPE_MONO;
    + lst:FAST_ARRAY(ITM_TYPE_MONO);
    + typ_arg,typ_res:ITM_TYPE;
    + contract:ITM_LIST;
    
    (read_character '{').if {
      // '{' [ (TYPE | '(' TYPE_LIST ')') ';' ] [ TYPE_LIST ] '}'      
      (read_character '(').if {
	// Read vector argument.
	lst := read_type_list FALSE;
	(lst = NULL).if {
	  syntax_error (current_position,"Incorrect type list.");
	};
	(lst.count = 1).if {
	  typ_arg := lst.first;	  
	} else {
	  typ_arg := ITM_TYPE_MULTI.get lst;
	};
	(! read_character ')').if {
	  warning_error (current_position,"Added ')'.");
	}; // if      	
	(! read_character ';').if {
	  warning_error (current_position,"Added ';'.");
        }; // if
        lst := read_type_list FALSE;
      } else {
	lst := read_type_list FALSE;
	(lst != NULL).if {
	  (read_character ';').if {	    
	    (lst.count = 1).if {
	      typ_arg := lst.first;
	    } else {
	      typ_arg := ITM_TYPE_MULTI.get lst;
	      string_tmp.copy "Added '";
	      typ_arg.append_in string_tmp;
	      string_tmp.append "'.";
	      warning_error (current_position,string_tmp);
            };
            lst := read_type_list FALSE;
          };          
	};      
      };
      (lst != NULL).if {
        (lst.count = 1).if {
          typ_res := lst.first;
        } else {
          typ_res := ITM_TYPE_MULTI.get lst;
        };
      };
      (! read_character '}').if {
	warning_error (current_position,"Added '}'.");
      }; // if      	
      result := ITM_TYPE_BLOCK.get typ_arg and typ_res;      
    } else {    
      // Expanded | Strict 
      (
	(read_this_keyword (ALIAS_STR.keyword_expanded)) || 
	{read_this_keyword (ALIAS_STR.keyword_strict)} 
      ).if {      
	style := last_string;
	((is_local) && {last_string = ALIAS_STR.keyword_expanded}).if {
	  syntax_error (current_position,"`Expanded' is not possible.");
	};
      };    
      // PROTOTYPE
      result := read_prototype style;
      contract := read_contract;
      (contract != NULL).if {
        warning_error (current_position,"Sorry, not yet implemented.");
      };
    };
    result
  );  // read_type
  
  //++ PROTOTYPE    -> cap_identifier{('.'|'...')cap_identifier}['('PARAM_TYPE{','PARAM_TYPE}')']
  - read_prototype styl:STRING_CONSTANT :ITM_TYPE_MONO <-
  ( + nam:STRING_CONSTANT;    
    + genericity:FAST_ARRAY(ITM_TYPE_MONO);    
    + result,t:ITM_TYPE_MONO;    
    + old_pos,old_derive,sav_derive,pos_before:INTEGER;
    + continue:BOOLEAN;
    
    
    (read_cap_identifier).if {                        
      old_pos    := position;
      old_derive := short_derive;
      string_tmp2.copy last_string;
      {
        continue := read_word (ALIAS_STR.keyword_ldots);
        (continue).if {
          (read_cap_identifier).if_false {
            syntax_error (current_position,"Prototype name needed.");
          };
          string_tmp2.append (ALIAS_STR.keyword_ldots);
          string_tmp2.append last_string;
        } else {
          pos_before := position;
          ((read_character '.') && {read_cap_identifier}).if {
            continue := TRUE;
            string_tmp2.add_last '.';
            string_tmp2.append last_string;
          } else {
            position := pos_before;
          };
        };
      }.do_while {continue};      
      nam := ALIAS_STR.get string_tmp2;
      //
      (read_character '(').if {	
	// Multiple Genericity.
        genericity := ALIAS_ARRAY(ITM_TYPE_MONO).new;
        {
          t := read_param_type;
          (t = NULL).if {
            syntax_error (current_position,"Type needed.");
          };
          genericity.add_last t;
        }.do_while {read_character ','};        
        genericity := ALIAS_ARRAY(ITM_TYPE_MONO).alias genericity;
        result     := ITM_TYPE_GENERIC.get nam style styl with genericity;
        (read_character ')').if_false {
          warning_error (current_position,"Added ')'.");
        };
      } else {	        
        // Simple type.	          
        (is_parameter_type).if {
          (styl != NULL).if {
            string_tmp.copy "Style `";
            string_tmp.append styl;
            string_tmp.append "' for parameter type is ignored.";
            warning_error (current_position,string_tmp);
          };
          result := ITM_TYPE_PARAMETER.get nam;
        }.elseif {styl = NULL} then {
	  result := ITM_TYPE_SIMPLE.get nam;
	} else {
	  (nam = ALIAS_STR.prototype_self).if {
	    string_tmp.copy "Style `";
	    string_tmp.append styl;
	    string_tmp.append "' ignored.";
            warning_error (current_position,string_tmp);            
	    result := ITM_TYPE_SIMPLE.type_self;
	  } else {
	    result := ITM_TYPE_STYLE.get nam style styl;
	  };
	};
      }; // if
      (is_shorter).if {
        sav_derive := short_derive;
        short_derive := old_derive;
        (
          (result = ITM_TYPE_SIMPLE.type_self) || 
          {result = ITM_TYPE_SIMPLE.type_null}
        ).if {
          short (ALIAS_STR.short_keyprototype) token 
          (old_pos - nam.count) to old_pos;
        } else {
          short (ALIAS_STR.short_prototype) token 
          (old_pos - nam.count) to old_pos;
        };
        short_derive := sav_derive + (short_derive - old_derive);
      };
    }; // if
    result
  );  // read_prototype
    
  - read_param_type:ITM_TYPE_MONO <-
  //++ PARAM_TYPE   -> TYPE
  //++               | CONSTANT
  //++               | identifier
  ( + result:ITM_TYPE_MONO;
    + cst:ITM_CONSTANT;
    
    result := read_type FALSE;
    (result = NULL).if {    
      cst := read_constant;
      (cst != NULL).if {
        syntax_error (current_position,"1) Sorry, not yet implemented.");
        //result := 
      }.elseif {read_identifier} then {
        syntax_error (current_position,"2) Sorry, not yet implemented.");
        //result := 
      };
    };
    result
  );
    
  //++ EXPR         -> { ASSIGN !!AMBIGU!! affect } EXPR_OPERATOR
  //++ ASSIGN       -> '(' IDF_ASSIGN { ',' IDF_ASSIGN } ')'
  //++               | IDF_ASSIGN
  //++ IDF_ASSIGN   -> identifier { identifier }
  - read_expr:ITM_CODE <-
  ( + result,value:ITM_CODE;    
    + affect:CHARACTER;   
    + again:BOOLEAN;
    + l_assignment:FAST_ARRAY(STRING_CONSTANT);
    + p:INTEGER;
    + name:STRING_CONSTANT;
    
    // !! AMBIGU resolution !!    
    save_context;
    (read_character '(').if {
      l_assignment := ALIAS_ARRAY(STRING_CONSTANT).new;
      {
	again := FALSE;
	(read_identifier).if {
	  p := position - last_string.count;
	  string_tmp2.copy last_string;
	  {read_identifier}.while_do {
	    string_tmp2.append (ALIAS_STR.separate);
	    string_tmp2.append last_string;
	  };
	  name := ALIAS_STR.get string_tmp2;
	  l_assignment.add_last name;
	  
	  (is_shorter).if {
	    (! short_local.fast_has name).if {	  	  
	      short (ALIAS_STR.short_slot_call) token p to position;	  
	    };
	  };
	  
	  (read_character ',').if {
	    again := TRUE;
	  };
	};
      }.do_while {again};
      ((! l_assignment.is_empty) && {read_character ')'} && {read_affect}).if {	
	l_assignment := ALIAS_ARRAY(STRING_CONSTANT).copy l_assignment;
	result := ITM_LIST_IDF.create current_position with l_assignment;
	affect := last_string.first;	
	value  := read_expr;
	(value = NULL).if {
	  syntax_error (current_position,"Incorrect expression.");
	};
	(affect)
	.when ':' then {
	  result := ITM_WRITE_VALUE.create (result.position) assign result with value;
	}
	.when '<' then {
	  syntax_error (current_position,"Impossible '<-' style assignment with vector.");
	}
	.when '?' then {
	  syntax_error (current_position,"Sorry, Not yet implemented !");
	  result := ITM_WRITE_CAST.create (result.position) assign result with value;
	};	
      } else {
	ALIAS_ARRAY(STRING_CONSTANT).free l_assignment;
      };
    }.elseif {read_identifier} then {
      p := position - last_string.count;
      string_tmp2.copy last_string;
      {read_identifier}.while_do {
	string_tmp2.append (ALIAS_STR.separate);
	string_tmp2.append last_string;
      };
      name := ALIAS_STR.get string_tmp2;
            
      (is_shorter).if {
	(! short_local.fast_has name).if {	  	  
	  short (ALIAS_STR.short_slot_call) token p to position;	  
	};
      };
      
      (read_affect).if {
	result := ITM_READ.create current_position name name;
	affect := last_string.first;	
	value  := read_expr;
	(value = NULL).if {
	  syntax_error (current_position,"Incorrect expression.");
	};
	(affect)
	.when ':' then {
	  result := ITM_WRITE_VALUE.create (result.position) assign result with value;
	}
	.when '<' then {
	  result := ITM_WRITE_CODE.create (result.position) assign result with value;
	}
	.when '?' then {
	  result := ITM_WRITE_CAST.create (result.position) assign result with value;
	};	
      };
    };
    (result = NULL).if {
      restore_context;
      result := read_expr_operator;
    };
    result
  );  
     
  //++ EXPR_OPERATOR-> { operator } EXPR_MESSAGE { operator {operator} EXPR_MESSAGE } {operator}
  - read_expr_operator:ITM_CODE <-
  ( + result:ITM_CODE;
    + expr :ITM_CODE;
    + l_expr:FAST_ARRAY(ITM_CODE);    
    + itm_op:ITM_OPERATOR;    
    + last_msg,first_msg:INTEGER;
    
    l_expr := ALIAS_ARRAY(ITM_CODE).new;
    {read_operator}.while_do {
      expr := ITM_OPERATOR.create current_position name last_string;
      l_expr.add_last expr;
    };
    expr := read_expr_message;
    (expr = NULL).if {      
      // Error.
      (! l_expr.is_empty).if {
	syntax_error (current_position,"Incorrect expression.");
      };
      ALIAS_ARRAY(ITM_CODE).free l_expr;      
    } else {
      // { operator {operator} EXPR_MESSAGE } {operator}      
      first_msg := l_expr.count;
      {
	last_msg := l_expr.count;
	l_expr.add_last expr;	
	(read_operator).if {
	  {
	    expr := ITM_OPERATOR.create current_position name last_string;
	    l_expr.add_last expr;
	  }.do_while {read_operator};	  
	  expr := read_expr_message;
	} else {	
	  expr := NULL;
	};
      }.do_while {expr != NULL};
      
      // Last Post-fix operator.
      {last_msg < l_expr.upper}.while_do {
	itm_op ?= l_expr.item (last_msg + 1);
	expr := ITM_READ_ARG1.create (itm_op.position)
	name (operator (ALIAS_STR.slot_postfix) name (itm_op.name))
	arg (l_expr.item last_msg);
	l_expr.put expr to last_msg;
	l_expr.remove (last_msg + 1);
      };      
      ((last_msg - first_msg) < 3).if {
	// First Pre-fix operator.
	{first_msg != 0}.while_do {
	  itm_op ?= l_expr.item (first_msg - 1);
	  expr := ITM_READ_ARG1.create (itm_op.position)
	  name (operator (ALIAS_STR.slot_prefix) name (itm_op.name))
	  arg (l_expr.item first_msg);
	  l_expr.put expr to first_msg;
	  first_msg := first_msg - 1;
	  l_expr.remove first_msg;
	};	      
      };
      (l_expr.count = 1).if {
	result := l_expr.first;	
	ALIAS_ARRAY(ITM_CODE).free l_expr;
      }.elseif {l_expr.count = 3} then {
	// Simple binary message.	
	itm_op ?= l_expr.second;
	result := ITM_READ_ARG2.create (itm_op.position) 
	name (operator (ALIAS_STR.slot_infix) name (itm_op.name)) 
	args (l_expr.first,l_expr.item 2);
	//
	ALIAS_ARRAY(ITM_CODE).free l_expr;      
      } else {
	// Complex expression.
	l_expr := ALIAS_ARRAY(ITM_CODE).copy l_expr;
	result := ITM_EXPRESSION.create l_expr;
      };
    };
    result
  );  // read_expr_operator

  //++ EXPR_MESSAGE -> EXPR_BASE { '.' SEND_MSG }
  - read_expr_message:ITM_CODE <-
  ( + result:ITM_CODE;
    
    result := read_expr_base;
    (result != NULL).if {        
      {read_character '.'}.while_do {
	result := read_send_msg result;
	(result=NULL).if {
	  syntax_error (current_position,"Incorrect message.");
	}; // if
      }; // loop
    }; //if
    result
  );  // read_expr_message

  //++ EXPR_BASE    -> "Old" EXPR
  //++               | EXPR_PRIMARY
  //++               | SEND_MSG
  - read_expr_base:ITM_CODE <-
  ( + result,old_value:ITM_CODE;    
    
    (read_this_keyword (ALIAS_STR.keyword_old)).if {
      old_value := read_expr;
      (old_value = NULL).if {	  
	syntax_error (current_position,"Incorrect `Old' expression."); 
      };      
      result := ITM_OLD.create current_position value old_value;
    } else {    
      result := read_expr_primary;
      (result = NULL).if {
	result := read_send_msg NULL;
      };
    };
    result
  );  // read_expr_base

  //++ EXPR_PRIMARY -> "Self"
  //++               | result
  //++               | PROTOTYPE
  //++               | CONSTANT
  //++               | '(' GROUP ')'
  //++               | '{' [ LOC_ARG ';' !! AMBIGU!! ] GROUP '}'
  //++               | external [ ':' ['('] TYPE ['{' TYPE_LIST '}'] [')'] ]
  - read_expr_primary:ITM_CODE <-
  ( + result:ITM_CODE;
    + type :ITM_TYPE_MONO;
    + ltype:FAST_ARRAY(ITM_TYPE_MONO);
    + ext  :ITM_EXTERNAL_TYPE;
    + group_sav:ITM_LIST;
    + arg:ITM_ARGUMENT;
    + result_id:STRING_CONSTANT;    
    
    (read_this_keyword (ALIAS_STR.variable_self)).if {
      result := ITM_READ.create current_position name last_string;
    }.elseif {read_this_keyword (ALIAS_STR.keyword_result)} then {
      (last_character = '_').if {
	position := position + 1;
	string_tmp.copy (ALIAS_STR.keyword_result);
	string_tmp.add_last '_';
	{last_character.is_digit}.while_do {
	  string_tmp.add_last last_character;
	  position := position + 1;
	};
	(string_tmp.is_empty).if {
	  syntax_error (current_position,"Incorrect Result number.");
	};
	result_id := ALIAS_STR.get string_tmp;
      } else {
	result_id := ALIAS_STR.keyword_result;
      };
      result := ITM_READ.create current_position name result_id;
    }.elseif {
      type := read_prototype NULL;
      type != NULL
    } then {      
      result := ITM_PROTOTYPE.create current_position type type;            
    }.elseif {(result := read_constant) != NULL} then {      
    }.elseif {read_character '(' } then { 
      group_sav := last_group;
      last_group := ITM_LIST.create current_position;
      result := last_group;
      last_group.set_code read_group;
      (read_character ')').if_false {  
	warning_error (current_position,"Added ')'.");
      }; // if
      last_group := group_sav;
    }.elseif {read_character '{' } then {
      short (ALIAS_STR.short_block) token (position-1) to position;
      group_sav := last_group;      
      last_group := ITM_LIST.create current_position;
      
      save_context; // !! SAVE CONTEXT !!
            
      //
      arg := read_loc_arg TRUE with_self FALSE;
      //      
      (arg != NULL).if {	
	(read_character ';').if_false {  
	  warning_error (current_position,"Added ';'.");
	}; // if
      } else {
	
	restore_context; // !! RESTORE CONTEXT !!
	
      };
      result := ITM_BLOCK.create last_group argument arg;
      
      last_group.set_code read_group;
      (! read_character '}').if {
	warning_error (current_position,"Added '}'.");
      }; // if
      short (ALIAS_STR.short_block) token (position-1) to position;
      last_group := group_sav;      
    }.elseif {read_external} then {
      (! read_character ':').if {
	result := ITM_EXTERNAL.create current_position text last_string;
      } else {
	ext := ITM_EXTERNAL_TYPE.create current_position text 
	last_string persistant (read_character '(');
	type := read_type FALSE;
	(type = NULL).if {
	  syntax_error (current_position,"Incorrect type.");
	};
	ext.set_type type;
	(read_character '{').if {
	  ltype := read_type_list FALSE;
	  (ltype = NULL).if {
	    syntax_error (current_position,"Incorrect live type list.");
	  };
	  (! read_character '}').if {
	    warning_error (current_position,"Added '}'.");
	  };
	  ext.set_type_list ltype;
	};
	((ext.is_persistant) && {! read_character ')'}).if { 
	  warning_error (current_position,"Added ')'.");
	};
	result := ext;
      };
    };
    result
  );  // read_expr_primaire
  
  - read_constant:ITM_CONSTANT <-
  //++ CONSTANT     -> integer
  //++               | real
  //++               | characters
  //++               | string
  ( + result:ITM_CONSTANT;
    
    (read_real).if {
      result := ITM_REAL.create current_position value last_real;
    }.elseif {read_integer} then {
      result := ITM_NUMBER.create current_position value last_integer;
    }.elseif {read_characters} then {
      result := ITM_CHARACTER.create current_position char last_string;
    }.elseif {read_string} then {
      result := ITM_STRING.create current_position text last_string;    
    };
    result
  );
  
  //++ GROUP        -> DEF_LOCAL {EXPR ';'} [ EXPR {',' {EXPR ';'} EXPR } ]
  - read_group:FAST_ARRAY(ITM_CODE) <-
  ( + e:ITM_CODE;    
    + result:FAST_ARRAY(ITM_CODE);
    
    read_def_local;
    
    result := ALIAS_ARRAY(ITM_CODE).new;
    e := read_expr;
    {(e != NULL) && {read_character ';'}}.while_do {
      result.add_last e;
      e := read_expr;
    };
    (e != NULL).if {
      (read_character ',').if {	
	{
	  e := ITM_RESULT.create e;
	  result.add_last e;
	  e := read_expr;
	  {(e != NULL) && {read_character ';'}}.while_do {
	    result.add_last e;
	    e := read_expr;
	  };
	  (e = NULL).if {
	    syntax_error (current_position,"Incorrect multiple result expression.");
	  };	  
        }.do_while {read_character ','};	        
      };
      e := ITM_RESULT.create e;
      result.add_last e;
    };    
    ALIAS_ARRAY(ITM_CODE).copy result
  );
  
  - read_invariant:BOOLEAN <-
  ( + lst:ITM_LIST;
    
    lst := read_contract;
    lst != NULL    
  );
  
  - read_require:BOOLEAN <-
  ( + lst:ITM_LIST;
    + result:BOOLEAN;
    
    lst := read_contract;
    (lst != NULL).if {
      last_slot.set_require lst;
      result := TRUE;
    };
    result
  );

  - read_ensure:BOOLEAN <-
  ( + lst:ITM_LIST;
    + result:BOOLEAN;
    
    lst := read_contract;
    (lst != NULL).if {
      last_slot.set_ensure lst;
      result := TRUE;
    };
    result
  );
  
  //++ CONTRACT     -> '[' DEF_LOCAL { ( EXPR ';' | "..." ) } ']'
  - read_contract:ITM_LIST <-
  ( + continue:BOOLEAN;
    + e:ITM_CODE;
    + result:ITM_LIST;
    + lst:FAST_ARRAY(ITM_CODE);
    
    (read_character '[').if {
      result := last_group := ITM_LIST.create current_position;
      read_def_local;
      
      lst := ALIAS_ARRAY(ITM_CODE).new;
      {
	e := read_expr;
	(e = NULL).if {
	  continue := read_word (ALIAS_STR.keyword_ldots);
	  (continue).if {
	    lst.add_last (ITM_LDOTS.create current_position);
	  };
	} else {
	  lst.add_last e;
	  (! read_character ';').if {
	    warning_error (current_position,"Added ';'.");
	  };
	  continue := TRUE;
	};
      }.do_while {continue};
      
      (! read_character ']').if {
	warning_error (current_position,"Added ']'.");
      };
      e := ITM_PROTOTYPE.create current_position type (ITM_TYPE_SIMPLE.type_void);
      lst.add_last e;
      //
      result.set_code (ALIAS_ARRAY(ITM_CODE).copy lst);
    };
    result
  );
  
  //++ DEF_LOCAL    -> { style LOCAL ';' } !! AMBIGU !!
  - read_def_local <-
  ( + loc_lst:FAST_ARRAY(ITM_LOCAL);
    + local_list,static_list:FAST_ARRAY(ITM_LOCAL);    
    + styl:CHARACTER;
    
    save_context; // !! SAVE CONTEXT !!
    
    styl    := read_style;
    local_list  := ALIAS_ARRAY(ITM_LOCAL).new;
    static_list := ALIAS_ARRAY(ITM_LOCAL).new;
    {styl != ' '}.while_do {
      loc_lst := read_local TRUE;
      (loc_lst != NULL).if {
	(styl = '+').if {
	  local_list.append_collection loc_lst;
	} else {
	  static_list.append_collection loc_lst;
	};
	(read_character ';').if_false {
	  warning_error (current_position,"Added ';'.");
	};
	
	save_context; // !! SAVE CONTEXT !!
	
	styl := read_style;
      } else {
	
	restore_context; // !! RESTORE CONTEXT !!
	
	styl := ' ';
      };      
    };
    (local_list.is_empty).if {
      ALIAS_ARRAY(ITM_LOCAL).free local_list;
    } else {
      last_group.set_local_list  (ALIAS_ARRAY(ITM_LOCAL).copy local_list);
    };
    (static_list.is_empty).if {
      ALIAS_ARRAY(ITM_LOCAL).free static_list;
    } else {
      last_group.set_static_list (ALIAS_ARRAY(ITM_LOCAL).copy static_list); 
    };
  );
  
  //++ SEND_MSG     -> identifier [ ARGUMENT { identifier ARGUMENT } ]
  - read_send_msg first_arg:ITM_CODE :ITM_CODE <-
  ( + result:ITM_CODE;
    + name :STRING_CONSTANT;
    + n:STRING;
    + l_arg:FAST_ARRAY(ITM_CODE);
    + arg:ITM_CODE;
    + p1,p2,old_derive,sav_derive:INTEGER;
    
    read_identifier.if {
      //
      // Classic Message.
      //
      p1 := position - last_string.count;
      p2 := position;
      old_derive := short_derive;
      
      n := ALIAS_STR.new;
      n.copy last_string;
      // Argument list.
      l_arg := ALIAS_ARRAY(ITM_CODE).new;
      arg := read_argument;
      (arg != NULL).if {          
	l_arg.add_last arg;	
	{read_identifier}.while_do {
	  
	  short (ALIAS_STR.short_slot_call) token 
	  (position-last_string.count) to position;
	  
	  n.append (ALIAS_STR.separate);
	  n.append last_string;
	  arg := read_argument;
	  (arg = NULL).if {
	    syntax_error (current_position,"Incorrect argument.");
	  }; // if
	  l_arg.add_last arg;
	}; // loop
      }; // if
      name := ALIAS_STR.alias n;
      
      (is_shorter).if {
	(
	  (! l_arg.is_empty) || 
	  {first_arg != NULL} ||
	  {! short_local.fast_has last_string}
	).if {
	  sav_derive := short_derive;
	  short_derive := old_derive;
	  short (ALIAS_STR.short_slot_call) token p1 to p2;
	  short_derive := sav_derive + (short_derive-old_derive);
	};
      };
      
      l_arg.is_empty.if {
	(first_arg=NULL).if {
	  // Local ou Implicite Slot without argument.
	  result := ITM_READ.create current_position name name; 
	} else {  
	  result := ITM_READ_ARG1.create current_position name name arg first_arg; 
	};
	ALIAS_ARRAY(ITM_CODE).free l_arg;
      }.elseif {l_arg.count=1} then {
	result := ITM_READ_ARG2.create current_position name 
	name args (first_arg,(l_arg.first)); 
	ALIAS_ARRAY(ITM_CODE).free l_arg;
      } else {
	l_arg.add_first first_arg;
	l_arg := ALIAS_ARRAY(ITM_CODE).copy l_arg;	
	result := ITM_READ_ARGS.create current_position name name args l_arg; 
      };
    }; // if
    result
  );  // read_send_msg

  //++ ARGUMENT     -> EXPR_PRIMARY
  //++               | identifier
  - read_argument:ITM_CODE <-
  ( + result:ITM_CODE;
    result := read_expr_primary;
    ((result = NULL) && {read_identifier}).if {
      (is_shorter).if {
	(short_local.fast_has last_string).if_false {
	  short (ALIAS_STR.short_slot_call) token 
	  (position-last_string.count) to position;
	};
      };
      result := ITM_READ.create current_position name last_string;
    };
    result
  );  // read_argument
  
  // name, export, import, type, default, external, version, lip,
  // date, comment, author, bibliography, language, bug_report, 
  // copyright.
  - read_slot_header first:BOOLEAN :BOOLEAN <-
  ( + result:BOOLEAN;    
    + v:ITM_CODE;
    + cast:FAST_ARRAY(ITM_TYPE_MONO);
    + style:CHARACTER;
    + is_export:BOOLEAN;
    + parameter_type:ITM_TYPE_PARAMETER;
    + instr:LIP_CODE;
    + param:{ITM_TYPE_PARAMETER};
    
    style := read_style;
    (style != ' ').if {
      result := TRUE;
      ((! first) && {style = '+'}).if {
	warning_error (current_position,"Incorrect style slot ('-').");
      };
      (first).if {
	(read_word (ALIAS_STR.slot_name)).if {
	  //
	  // Read `name' slot.
	  //
	  
          (style = '-').if {	    
            semantic_error (current_position,"COP not yet implemented.");
            is_cop := TRUE;            
            (is_java).if {
              semantic_error (current_position,"COP not yet implemented.");
            } else {
              output_decl.append 
              "#include \n\
              \#include \n\n\
              \void print_char(char car);\n\
              \int die_with_code(int code);\n\n\
              \static pthread_key_t current_thread;\n\
              \static pthread_attr_t thread_attr;\n\
              \pthread_t c_thread;\n\
              \int thread_counter;\n\n\              
              \static char thread_stack[512][PTHREAD_STACK_MIN];\n\n\
              \typedef struct lith_object_struct lith_object;\n\
              \typedef struct lith_node_struct lith_node;\n\
              \struct lith_node_struct {\n\
                \  pthread_mutex_t mutex;\n\
                \  lith_node *next;\n\
                \  lith_object *object;\n\
              \};\n\              
              \struct lith_object_struct {\n\
                \  unsigned long __id; // Just for late binding.\n\
                \  lith_node *first;\n\
                \  lith_node *last;\n\
                \  lith_object *(*procedure)(lith_object *obj,pthread_mutex_t *mutex);\n\
                \  pthread_mutex_t mutex;\n\
              \};\n\
              \struct {\n\
                \  lith_node *first;\n\
                \  pthread_mutex_t mutex;\n\
              \} pool;\n\n\
              \void *thread_life(void *ptr)\n\
              \{ lith_node node,*n;\n\
                \  lith_object *obj,*new_obj;\n\n\    
                \  pthread_mutex_init(&node.mutex,NULL);\n\
                \  pthread_mutex_lock(&node.mutex);\n\
                \  node.object = (lith_object *)ptr;\n\
                \  do {\n\
                  \    // Append fifo object.\n\
                  \    obj = node.object;\n\
                  \    node.next = NULL;\n\
                  \    n = obj->last;\n\
                  \    if (n == NULL) {\n\
                    \      obj->first = &node;\n\
                    \      pthread_mutex_unlock(&node.mutex);\n\
                  \    } else {\n\
                    \      n->next = &node;\n\
                  \    };\n\
                  \    obj->last = &node;\n\
                  \    pthread_setspecific(current_thread,(void *)obj);\n\
                  \    // Run procedure.\n\
                  \    new_obj = obj->procedure(obj,&node.mutex);\n\
                  \    // Remove fifo object.\n\
                  \    pthread_mutex_lock(&obj->mutex);\n\
                  \    n = obj->first->next;\n\
                  \    if (n != NULL) {\n\
                    \      pthread_mutex_unlock(&n->mutex);\n\
                  \    } else {\n\
                    \      obj->last = NULL;\n\
                  \    };\n\
                  \    obj->first = n;\n\
                  \    pthread_mutex_unlock(&obj->mutex);\n\
                  \    if (new_obj != NULL) {\n\
                    \      node.object = new_obj;\n\
                  \    } else {\n\
                    \      // Add in pool.\n\
                    \      pthread_mutex_lock(&pool.mutex);\n\
                    \      node.next = pool.first;\n\
                    \      pool.first = &node;\n\
                    \      pthread_mutex_unlock(&pool.mutex);\n\
                    \      // Sleep.\n\
                    \      pthread_mutex_lock(&node.mutex);\n\
                  \    };\n\
                \  } while (1);\n\
                \  return NULL;\n\
              \};\n\n\
              \void run_procedure(lith_object *obj)\n\
              \{ lith_node *node;\n\
                \  char *msg=\"COP Error!\\n\";\n\
                \  // Pool manager.\n\
                \  pthread_mutex_lock(&pool.mutex);\n\
                \  node = pool.first;\n\
                \  if (node != NULL) {\n\
                  \    pool.first = node->next;\n\
                \  };\n\
                \  pthread_mutex_unlock(&pool.mutex);\n\
                \  // Run thread.\n\
                \  if (node == NULL) {\n\                  
                  \    pthread_attr_setstack(&thread_attr, thread_stack[thread_counter++],PTHREAD_STACK_MIN);\n\
                  \    if ((thread_counter>512) || pthread_create(&c_thread,&thread_attr, thread_life, (void *)obj)) {\n\
                    \      while (*msg != 0) print_char(*(msg++));\n\
                    \      die_with_code(1);\n\
                  \    };\n\
                \  } else {\n\
                  \    node->object = obj;\n\
                  \    pthread_mutex_unlock(&node->mutex);\n\
                \  };\n\
              \};\n\n";
            };
	  };
	  
	  // style "name" ':=' [type] cap_identifier [ '(' PARAM {',' PARAM}')' ]
	  // PARAM -> cap_identifier | identifier ':' TYPE
	  short (ALIAS_STR.short_slot) token 
	  (position-last_string.count) to position; 
	  
	  object.set_position current_position;
          object.set_style style;          
	  (read_symbol (ALIAS_STR.symbol_affect_immediate)).if_false {
	    warning_error (current_position,"Added ':='.");
	  };
	  
	  (
	    (read_this_keyword (ALIAS_STR.keyword_expanded)) ||
	    {read_this_keyword (ALIAS_STR.keyword_strict)}	    
	  ).if {
	    object.set_type_style last_string;	    
	  };
	  
	  (! read_cap_identifier).if {
	    syntax_error (current_position,"Prototype identifier is needed.");
	  };
	  short (ALIAS_STR.short_prototype) token
	  (position-last_string.count) to position;
	  
	  (object.shortname != last_string).if {
	    syntax_error (current_position,"Incorrect name (filename != name).");
          };          
	  (read_character '(').if {
	    //
	    // Generic loader.
            //
            param := { + res:ITM_TYPE_PARAMETER;
              (read_identifier).if {	                    
                (read_character ':').if_false {
                  warning_error (current_position,"Added ':'.");
                };
                (read_type TRUE = NULL).if {
                  syntax_error (current_position,"Type needed.");
                };
                // BSBS: Warning: type::{INTEGER,CHARACTER,REAL,STRING_CONSTANT}
                semantic_error (current_position,"Sorry, not yet implemented.");
              }.elseif {read_cap_identifier} then {
                (is_parameter_type).if_false {
                  syntax_error (current_position,"Identifier parameter type is needed.");
                };
                short (ALIAS_STR.short_keyprototype) token
                (position - last_string.count) to position;
                res ?= ITM_TYPE_PARAMETER.get last_string;
              };
	      res
	    };
            
	    ((! is_shorter) && {! is_shorter2}).if {	      
              (object.generic_count = 0).if {                
		syntax_error (current_position,"Object can't be generic.");
	      };
            };
            parameter_type := param.value;
            (parameter_type = NULL).if {
              syntax_error (current_position,"Identifier parameter type is needed.");
            };            	    
	    	    
	    object.idf_generic_list.add_last parameter_type;	    
	    {read_character ','}.while_do {	      	      
	      parameter_type := param.value;
	      (parameter_type = NULL).if {
                syntax_error (current_position,"Identifier parameter type is needed.");
              };	      	      
	      object.idf_generic_list.add_last parameter_type;
	    }; // loop
	    	    
	    (! read_character ')').if {
	      warning_error (current_position,"Added ')'.");
	    };
	    
	    ((! is_shorter) && {! is_shorter2}).if {	      	      
	      (object.idf_generic_list.count != object.generic_count).if {
		syntax_error (current_position,"Invalid generic list number.");
	      };
	    };
	  };	  
	} else {
	  syntax_error (current_position,"Slot `name' must to be first slot.");
	};
      }.elseif {
	(is_export := read_word (ALIAS_STR.slot_export)) || 
	{read_word (ALIAS_STR.slot_import)}
      } then {
	// - ("export"|"import") ':=' TYPE_LIST 
	short (ALIAS_STR.short_slot) token
	(position-last_string.count) to position;

	(read_symbol (ALIAS_STR.symbol_affect_immediate)).if_false {
	  warning_error (current_position,"Added ':='.");
	};
	cast := read_type_list FALSE;
	(cast = NULL).if {
	  syntax_error (current_position,"Incorrect type list.");
	};
	(is_export).if {
	  object.set_export_list cast;
	} else {
	  object.set_import_list cast;
	};
      }.elseif {read_word (ALIAS_STR.slot_external)} then {
	//
	// Read `external' slot.
	//
	
	// - "external" ':=' ``
	short (ALIAS_STR.short_slot) token
	(position-last_string.count) to position;

	(read_symbol (ALIAS_STR.symbol_affect_immediate)).if_false {
	  warning_error (current_position,"Added ':='.");
	};
	(read_external).if_false {
	  syntax_error (current_position,"Incorrect external.");
	};
	output_decl.append "/* ";
	output_decl.append (object.name);
	output_decl.append " */\n";
	output_decl.append last_string;	
	output_decl.add_last '\n';
      }.elseif {read_word(ALIAS_STR.slot_default)} then {
	//
	// Read `default' slot.
	//
	
	// '-' "default" ':=' EXPR_PRIMARY
	short (ALIAS_STR.short_slot) token
	(position-last_string.count) to position;
	
	(read_symbol (ALIAS_STR.symbol_affect_immediate)).if_false {
	  warning_error (current_position,"Added ':='.");
	};
	v := read_expr_primary;
	(v = NULL).if {
	  syntax_error (current_position,"Incorrect expr.");
	};
	(object.default_value != NULL).if {
	  semantic_error (current_position,"Double `default' slot definition.");
	};
	object.set_default_value v;
      }.elseif {read_word (ALIAS_STR.slot_type)} then {
	//
	// Read `type' slot.
	//
	
	// '-' "type" ':=' ``
	short (ALIAS_STR.short_slot) token
	(position-last_string.count) to position;
	
	(read_symbol (ALIAS_STR.symbol_affect_immediate)).if_false {
	  warning_error (current_position,"Added ':='.");
	};
	(read_external).if_false {
	  syntax_error (current_position,"Incorrect external.");
	};
	(object.type_c != NULL).if {
	  semantic_error (current_position,"Double `type' slot definition.");
	};
	object.set_c_type last_string;
      }.elseif {read_word (ALIAS_STR.slot_version)} then {
	//
	// Read `version' slot.
	//
	
	// '-' "version" ':=' integer
	short (ALIAS_STR.short_slot) token
	(position-last_string.count) to position;
	
	(read_symbol (ALIAS_STR.symbol_affect_immediate)).if_false {
	  warning_error (current_position,"Added ':='.");
	};
	(read_integer).if_false {
	  syntax_error (current_position,"Incorrect number.");
        };
        
      }.elseif {read_word (ALIAS_STR.slot_lip)} then {
	//
	// LIP interpreter.
	//
        
        // '-' lip <- ( { LIP_EXPR ';' } )
        (read_symbol (ALIAS_STR.symbol_affect_code)).if_false {
          warning_error (current_position,"Added '<-' is needed.");
        };      
        (read_character '(').if_false {
          warning_error (current_position,"Added '(' is needed.");
        };              
        {(instr := readlip_expr) != NULL}.while_do {
          ((! is_shorter) && {! is_shorter2}).if {            
            instr.run;
          };
          (read_character ';').if_false {
            warning_error (current_position,"Added ';' is needed.");
          };
        };
        (read_character ')').if_false {
          warning_error (current_position,"Added ')' is needed.");
        };        
      }.elseif {
	(read_word (ALIAS_STR.slot_date)) ||
	{read_word (ALIAS_STR.slot_comment)} ||
	{read_word (ALIAS_STR.slot_author)} ||
	{read_word (ALIAS_STR.slot_bibliography)} ||
	{read_word (ALIAS_STR.slot_language)} ||
	{read_word (ALIAS_STR.slot_copyright)} ||
	{read_word (ALIAS_STR.slot_bug_report)}
      } then {
	//	  
	// Read `date', `comment', `author', `bibliography', 
	// `language', `copyright' or `bug_report' slots.
	//
	
	// '-' ("date"|"comment"|"author"|"bibliography"|"language"|"copyright"|"bug_report") 
        // ':=' string
	short (ALIAS_STR.short_slot) token 
	(position-last_string.count) to position; 
	
	(read_symbol (ALIAS_STR.symbol_affect_immediate)).if_false {
	  warning_error (current_position,"Added ':='.");
	};	
	(read_string).if_false {
	  syntax_error (current_position,"Incorrect string.");
        };	
        (is_shorter2).if {
          object.set_comment_slot last_string;
        };
      } else {
	warning_error (current_position,"Incorrect slot.");
      };
      (read_character ';').if_false {
	warning_error (current_position,"Added ';'.");
      };
    };
    result
  );
  
  //
  // Parser for LIP file.
  // 
  
  - readlip_program <-  
  //// PROGRAM      -> { 'Section' ('Inherit' | 'Public' | 'Private') { SLOT ';' } } 
  ( + idx:INTEGER;
    + section:STRING_CONSTANT;
    
    idx := LIP_CODE.list_parent.lower;    
    {read_this_keyword (ALIAS_STR.keyword_section)}.while_do {      
      (read_this_keyword (ALIAS_STR.section_inherit)).if {
        // { '+' string ':' STRING [ ':=' string ] ';' }        
        {read_character '+'}.while_do {
          (read_identifier).if_false {
            warning_error (current_position,"Identifier needed.");
          };
          (read_character ':').if_false {
            warning_error (current_position,"Added ':' is needed.");
          };
          (read_word (ALIAS_STR.prototype_string)).if_false {
            warning_error (current_position,"`STRING' type needed.");
          };
          (read_symbol (ALIAS_STR.symbol_affect_immediate)).if {            
            (read_string).if_false {            
              syntax_error (current_position,"String needed.");            
            };            
            string_tmp.copy (object.filename);
            {
              (!string_tmp.is_empty)    && 
              {string_tmp.last != '/'}  && 
              {string_tmp.last != '\\'}
            }.while_do {
              string_tmp.remove_last 1;
            };
            string_tmp.append last_string;                              
          } else {
            string_tmp.clear;
          };
          LIP_CODE.list_parent.add (ALIAS_STR.get string_tmp) to idx;
          idx := idx + 1;
          (read_character ';').if_false {
            warning_error (current_position,"Added ';' is needed.");
          };
        };
      }.elseif {
        (read_this_keyword (ALIAS_STR.section_public))  ||
        {read_this_keyword (ALIAS_STR.section_private)} 
      } then {
        section := last_string;
        {readlip_slot section}.while_do {
          (read_character ';').if_false {
            warning_error (current_position,"Added ';' is needed.");
          };
        };
      } else {
        syntax_error (current_position,"`Public' or `Private' or `Inherit' needed.");
      };
    };
  );
  
  - readlip_slot sec:STRING_CONSTANT :BOOLEAN <-
  //// SLOT         -> '+' identifier ':' TYPE [ ':=' EXPR_CONSTANT ]
  ////               | '-' identifier [ identifier ':' TYPE ] '<-' EXPR  
  ( + result:BOOLEAN;
    + t:LIP_CONSTANT;
    + n,na:STRING_CONSTANT;
    + data:LIP_SLOT_DATA;
    + slot_code:LIP_SLOT_CODE;
    + exp:LIP_CODE;    
    + pos:POSITION;
    + cst:LIP_CONSTANT;
        
    (read_character '+').if {
      // Data.
      result := TRUE;
      (sec = ALIAS_STR.section_public).if {
        syntax_error (current_position,"No data in Public section.");
      };
      (read_identifier).if_false {
        syntax_error (current_position,"Identifier is incorrect.");
      };
      n := last_string;
      (read_character ':').if_false {
        warning_error (current_position,"Added ':' is needed.");
      };
      t := readlip_type;
      (t = NULL).if {
        syntax_error (current_position,"type is incorrect.");
      };      
      data := LIP_SLOT_DATA.create current_position name n value t argument FALSE;
      (read_symbol (ALIAS_STR.symbol_affect_immediate)).if {
        cst := readlip_expr_constant;
        (cst = NULL).if {
          syntax_error (current_position,"Incorrect expression.");
        };
        data.set_value cst;                
        cst.free;
      };
    }.elseif {read_character '-'} then {
      // Function.
      result := TRUE;
      (read_identifier).if_false {
        syntax_error (current_position,"Identifier is incorrect.");
      };
      pos := current_position;      
      n := last_string;
      (read_identifier).if {
        na := last_string;
        (read_character ':').if_false {
          warning_error (current_position,"Added ':' is needed.");
        };
        t := readlip_type;
        (t = NULL).if {
          syntax_error (current_position,"Incorrect type.");
        };
        data := LIP_SLOT_DATA.create current_position name na value t argument TRUE;
      };            
      // 
      (read_symbol (ALIAS_STR.symbol_affect_code)).if_false {
        warning_error (current_position,"Added '<-' is needed.");
      };            
      is_shorter2 := TRUE;
      read_space;
      is_shorter2 := FALSE;
      exp := readlip_expr;
      (exp = NULL).if {
        syntax_error (current_position,"Expression needed.");
      };      
      slot_code := LIP_SLOT_CODE.create pos section sec 
      name n argument data code exp;
      (sec = ALIAS_STR.section_public).if {
        (last_comment_slot = NULL).if {
          warning_error (pos,"Comment needed.");
        } else {
          slot_code.set_comment (ALIAS_STR.get last_comment_slot);
        };
      };            
    };
    result
  );
  
  - readlip_type:LIP_CONSTANT <-
  //// TYPE         -> 'BOOLEAN' | 'STRING' | 'INTEGER' | 'LIP'
  ( + result:LIP_CONSTANT;
    
    (read_cap_identifier).if {                              
      (last_string = ALIAS_STR.prototype_integer).if {
        result := LIP_INTEGER.get 0;
      }.elseif {last_string = ALIAS_STR.prototype_string} then {        
        result := LIP_STRING.get (ALIAS_STR.get "");        
      }.elseif {last_string = ALIAS_STR.prototype_boolean} then {        
        result := LIP_BOOLEAN.get FALSE;
      }.elseif {last_string = ALIAS_STR.prototype_lip} then {
        not_yet_implemented;
      } else {
        syntax_error (current_position,"Incorrect type.");
      };     
    };
    result
  );
  
  - readlip_expr_affect:LIP_CODE <-  
  //// EXPR_AFFECT  -> [ identifier !!AMBIGU!! ':=' ] EXPR
  ( + result,val:LIP_CODE;
    + nam:STRING_CONSTANT;
    
    save_context; // !! SAVE CONTEXT !!
    
    (read_identifier).if {
      nam := last_string;
      (read_symbol (ALIAS_STR.symbol_affect_immediate)).if {
        val := readlip_expr;
        (val = NULL).if {
          syntax_error (current_position,"Incorrect expression.");
        };        
        result := LIP_AFFECT.create current_position name nam value val;
      } else {
        restore_context; // !! RESTORE CONTEXT !!
      };
    };    
    (result = NULL).if {
      result := readlip_expr;      
    };
    result
  );
  
  - readlip_expr:LIP_CODE <-  
  //// EXPR         -> EXPR_CMP { ('|' | '&') EXPR_CMP }                
  ( + result,right:LIP_CODE;
    + is_or:BOOLEAN;    
    
    result := readlip_expr_cmp;
    (result != NULL).if {
      {(is_or := read_character '|') || {read_character '&'}}.while_do {
        right := readlip_expr_cmp;
        (right = NULL).if {
          syntax_error (current_position,"Incorrect expression.");
        };
        (is_or).if {
          result := LIP_BINARY.create current_position with result operator '|' and right;
        } else {
          result := LIP_BINARY.create current_position with result operator '&' and right;
        };
      };
    };
    result
  );
  
  - readlip_expr_cmp:LIP_CODE <-
  //// EXPR_CMP     -> EXPR_BINARY { ('='|'!='|'>'|'<'|'>='|'<=') EXPR_BINARY }
  ( + result,right:LIP_CODE;
    + op:STRING_CONSTANT;    
    + type:CHARACTER;
    
    result := readlip_expr_binary;
    (result != NULL).if {
      {
        (read_symbol (ALIAS_STR.symbol_great_equal)) || 
        {read_symbol (ALIAS_STR.symbol_less_equal)}  ||
        {read_symbol (ALIAS_STR.symbol_not_equal)}   || 
        {read_symbol (ALIAS_STR.symbol_equal)}       ||
        {read_symbol (ALIAS_STR.symbol_great)}       || 
        {read_symbol (ALIAS_STR.symbol_less)}
      }.while_do {
        op := last_string;
        right := readlip_expr_binary;
        (right = NULL).if {
          syntax_error (current_position,"Incorrect expression.");
        };
        (op)
        .when ">=" then { type := 'S'; }
        .when "<=" then { type := 'I'; }
        .when "!=" then { type := 'E'; }
        .when "="  then { type := '='; }
        .when ">"  then { type := '>'; }
        .when "<"  then { type := '<'; };
        result := LIP_BINARY.create current_position with result operator type and right;
      };
    };
    result
  );
  
  - readlip_expr_binary:LIP_CODE <-  
  //// EXPR_BINARY  -> EXPR_UNARY { ('-'|'+') EXPR_UNARY }
  ( + result,right:LIP_CODE;
    + is_sub:BOOLEAN;
    
    result := readlip_expr_unary;
    (result != NULL).if {
      {(is_sub := read_character '-') || {read_character '+'}}.while_do {
        right := readlip_expr_unary;
        (right = NULL).if {
          syntax_error (current_position,"Incorrect expression.");
        };
        (is_sub).if {
          result := LIP_BINARY.create current_position with result operator '-' and right;
        } else {
          result := LIP_BINARY.create current_position with result operator '+' and right;
        };
      };
    };
    result
  );
  
  - readlip_expr_unary:LIP_CODE <- 
  //// EXPR_UNARY   -> ( '-' | '!' ) EXPR_UNARY
  ////               | EXPR_BASE  
  ( + result:LIP_CODE;
    + is_neg:BOOLEAN;
    + type:CHARACTER;
    
    ((is_neg := read_character '-') || {read_character '!'}).if {      
      result := readlip_expr_unary;
      (result = NULL).if {
        syntax_error (current_position,"Incorrect expression.");
      };
      (is_neg).if {
        type := '-';
      } else {
        type := '!';
      };
      result := LIP_UNARY.create current_position operator type with result;
    } else {
      result := readlip_expr_base;
    };
    result
  );
  
  - readlip_expr_list cod:FAST_ARRAY(LIP_CODE) <-
  //// EXPR_LIST    -> { EXPR_AFFECT ';' } [ EXPR_AFFECT ]
  ( + instr:LIP_CODE;
    {
      ((instr := readlip_expr_affect) != NULL) &&
      {read_character ';'}
    }.while_do {
      cod.add_last instr;      
    };
    cod.add_last instr;
  );
  
  - readlip_expr_base:LIP_CODE <-  
  //// EXPR_BASE    -> EXPR_RECEIVER { '.' EXPR_MESSAGE } 
  ( + result:LIP_CODE;
    
    result := readlip_expr_receiver;
    {read_character '.'}.while_do {
      result := readlip_expr_message result;
      (result = NULL).if {
        syntax_error (current_position,"Incorrect message.");
      };
    };
    result
  );
  
  - readlip_expr_receiver:LIP_CODE <-
  //// EXPR_RECEIVER-> EXPR_PRIMARY 
  ////               | EXPR_MESSAGE
  ( + result:LIP_CODE;
    result := readlip_expr_primary;
    (result = NULL).if {
      result := readlip_expr_message NULL;
    };
    result
  );
  
  - readlip_expr_message rec:LIP_CODE :LIP_CODE <-
  //// EXPR_MESSAGE -> identifier [ EXPR_ARGUMENT ]              
  ////               | 'if' '{' EXPR_LIST '}' [ 'else' '{' EXPR_LIST '}' ]              
  ( + result,arg:LIP_CODE;
    + nam:STRING_CONSTANT;
    + the,els:FAST_ARRAY(LIP_CODE);
    
    (read_word (ALIAS_STR.slot_if)).if {
      the := ALIAS_ARRAY(LIP_CODE).new;      
      (read_character '{').if_false {
        warning_error (current_position,"Added '(' is needed.");
      };
      readlip_expr_list the;        
      (read_character '}').if_false {
        warning_error (current_position,"Added '(' is needed.");
      };
      the := ALIAS_ARRAY(LIP_CODE).copy the;
      (read_word (ALIAS_STR.slot_else)).if {
        els := ALIAS_ARRAY(LIP_CODE).new;
        (read_character '{').if_false {
          warning_error (current_position,"Added '(' is needed.");
        };
        readlip_expr_list els;        
        (read_character '}').if_false {
          warning_error (current_position,"Added '(' is needed.");
        };
        els := ALIAS_ARRAY(LIP_CODE).copy els;
      };
      result := LIP_IF.create current_position if rec then the else els;    
    }.elseif {read_identifier} then {
      nam := last_string;
      arg := readlip_expr_argument;
      result := LIP_CALL.create current_position 
      receiver rec name nam with arg;
    };
    result
  );
  
  - readlip_expr_argument:LIP_CODE <-
  //// EXPR_ARGUMENT-> identifier 
  ////               | EXPR_PRIMARY
  ( + result:LIP_CODE;
    
    (read_identifier).if {
      result := LIP_CALL.create current_position 
      receiver NULL name last_string with NULL;
    } else {
      result := readlip_expr_primary;
    };
    result
  );
  
  - readlip_expr_primary:LIP_CODE <-
  //// EXPR_PRIMARY -> EXPR_CONSTANT
  ////               | '(' EXPR_LIST ')'
  ( + result:LIP_CODE;
    + val:LIP_CONSTANT;
    + lst:FAST_ARRAY(LIP_CODE);
    
    val := readlip_expr_constant;    
    (val != NULL).if {
      result := LIP_VALUE.create current_position with val;
    }.elseif {read_character '('} then {
      lst := ALIAS_ARRAY(LIP_CODE).new;            
      readlip_expr_list lst;        
      (read_character ')').if_false {
        warning_error (current_position,"Added ')'.");
      };
      lst := ALIAS_ARRAY(LIP_CODE).copy lst;
      result := LIP_LIST.create current_position with lst;
    };
    result    
  );
  
  - readlip_expr_constant:LIP_CONSTANT <-
  //// EXPR_CONSTANT-> integer              
  ////               | string
  ////               | TRUE
  ////               | FALSE
  ( + result:LIP_CONSTANT;

    (read_integer).if {      
      result := LIP_INTEGER.get last_integer;
    }.elseif {read_string} then {
      result := LIP_STRING.get last_string;
    }.elseif {read_cap_identifier} then {
      (last_string = ALIAS_STR.prototype_true).if {
        result := LIP_BOOLEAN.get TRUE;
      }.elseif {last_string = ALIAS_STR.prototype_false} then {
        result := LIP_BOOLEAN.get FALSE;
      } else {
        syntax_error (current_position,"Type incorrect.");
      };
    };    
    result
  );
      
  //
  // Parser for FORMAT.LI
  // 

  //|| FORMAT -> { '-' identifier ':=' SHORT_DEF ';' }
  - read_format <-
  ( + def:LINKED_LIST(STRING_CONSTANT);
    
    {read_character '-'}.while_do {
      (read_identifier).if_false {
	syntax_error (current_position,"Incorrect slot identifier."); 
      };
      def := LINKED_LIST(STRING_CONSTANT).create;
      (short_dico.fast_has last_string).if {
	syntax_error (current_position,"Double definition slot.");
      };
      short_dico.fast_put def to last_string;
      (read_symbol (ALIAS_STR.symbol_affect_immediate)).if_false {
	syntax_error (current_position,"Assignment ':=' is needed.");
      };      
      (read_short_def def).if_false {
	syntax_error (current_position,"Incorrect definition.");
      };
      (read_character ';').if_false {
	warning_error (current_position,"Added ';' is needed.");
      };      
    };
    
    // End of file :
    read_space;
    (last_character != 0.to_character).if {
      syntax_error (current_position,"Incorrect symbol.");
    };
  );

  //|| SHORT_DEF -> { SHORT_ELT '+' } SHORT_ELT
  - read_short_def def:LINKED_LIST(STRING_CONSTANT) :BOOLEAN <-
  ( + result:BOOLEAN;
    
    read_short_elt.if {
      result := TRUE;
      def.add_last last_string;      
      {read_character '+'}.while_do {
	(read_short_elt).if_false {
	  syntax_error (current_position,"Incorrect format expression.");
	};
	def.add_last last_string;
      };
    };
    result
  );

  //|| SHORT_ELT -> "token" | string
  - read_short_elt:BOOLEAN <-
  ( + result:BOOLEAN;
    + j:INTEGER;
    
    read_identifier.if {
      (last_string != ALIAS_STR.short_token).if {
	warning_error (current_position,"Variable not `token'.");
      };
      last_string := NULL;
      result := TRUE;
    }.elseif {read_string} then {
      string_tmp.clear;
      j := last_string.lower;
      {j <= last_string.upper}.while_do {
	(last_string.item j = '\\').if {
	  j := j+1; 
	  last_string.item j
	  .when 'a'  then { string_tmp.add_last '\a'; }
	  .when 'b'  then { string_tmp.add_last '\b'; }
	  .when 'f'  then { string_tmp.add_last '\f'; }
	  .when 'n'  then { string_tmp.add_last '\n'; }
	  .when 'r'  then { string_tmp.add_last '\r'; }
	  .when 't'  then { string_tmp.add_last '\t'; }
	  .when 'v'  then { string_tmp.add_last '\v'; }
	  .when '\\' then { string_tmp.add_last '\\'; }
	  .when '?'  then { string_tmp.add_last '\?'; }
	  .when '\'' then { string_tmp.add_last '\''; }
	  .when '\"' then { string_tmp.add_last '\"'; };
	} else {
	  string_tmp.add_last (last_string.item j);
	};
	j := j+1;
      };
      last_string := ALIAS_STR.get string_tmp;
      result := TRUE;
    };
    result
  );
  
Section Public  
  
  //
  // Parser Entry.
  //
    
  - go_on obj:PROTOTYPE <-
  (
    ? { object=NULL};
        
    // Source information.
    object   := obj;
    source   := obj.source;
    position := source.lower;
    pos_cur  := source.lower;
    pos_line := 1;
    pos_col  := 0;
    
    (is_shorter).if {
      is_active_short := TRUE;            
      short_derive := 0;
      output_code.copy source;
      short_local := HASHED_SET(STRING_CONSTANT).create;
      short (ALIAS_STR.short_begin) token 1 to 1;
    };
    
    // Parse.
    (! read_program).if {
      syntax_error (current_position,"Incorrect symbol.");
    };
    
    short (ALIAS_STR.short_end) token (source.upper) to (source.upper);
    
    object := NULL; // Parser is Free (see require test...)
  );
  
  - read_lip path_lip:STRING_CONSTANT :BOOLEAN <-
  ( + entry:POINTER; 
        
    entry := FS_MIN.open_read path_lip;
    (entry != NULL).if {
      FS_MIN.close entry;
      object := PROTOTYPE.create path_lip
      name path_lip generic_count 0;
    
      source  := object.source;
      position := source.lower;
      pos_cur := source.lower;
      pos_line:=1;
      pos_col :=0;
      is_shorter := is_shorter2 := FALSE;
      
      // Parse.
      readlip_program;
      //
      is_shorter  := Old is_shorter;
      is_shorter2 := Old is_shorter2;
      object := NULL; // Parser is Free (see require test...)
    }     
  );

  - parse_format fmt_name:STRING_CONSTANT <-
  (     
    // Source information.
    (FILE_SYSTEM.get_entry fmt_name = NULL).if {
      STD_ERROR.put_string "Error: File format `";
      STD_ERROR.put_string fmt_name;
      STD_ERROR.put_string "' is not open !\n";
      die_with_code exit_failure_code;
    };
    
    object := PROTOTYPE.create fmt_name 
    name (ALIAS_STR.short_format) 
    generic_count 0;    
    
    source   := object.source;
    position := source.lower;
    pos_cur  := source.lower;
    pos_line := 1;
    pos_col  := 0;
    
    // Parse.
    read_format;
    
    object := NULL; // Parser is Free (see require test...)
  );


lisaac_0.39_rc1/src/shorter_any/0000755000175000017500000000000011314031247016554 5ustar  sonntagsonntaglisaac_0.39_rc1/src/shorter_any/any_option.li0000644000175000017500000000457211314031247021271 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ANY_OPTION;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  
Section Inherit
  
  - parent_object:OBJECT := OBJECT;
  
Section Public
  
  - is_shorter2:BOOLEAN;
  
  - is_shorter :BOOLEAN;
  
  - is_short_code:BOOLEAN;
  - is_short_private:BOOLEAN;
  - is_short_recursive:BOOLEAN;
  
  - put tok:ABSTRACT_STRING to buf:STRING like key:STRING_CONSTANT <-
  ( + lst:LINKED_LIST(STRING_CONSTANT);
    
    (key != NULL).if {
      lst := PARSER.short_dico.fast_reference_at key;
      (lst != NULL).if {
        (lst.lower).to (lst.upper) do { j:INTEGER;
          (lst.item j = NULL).if {          
            buf.append tok;
          } else {
            buf.append (lst.item j);
          };
        };
      };
    };
  );lisaac_0.39_rc1/src/profil_block.li0000644000175000017500000002523411314031247017220 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := PROFIL_BLOCK;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Method with costumization";
  
Section Inherit
  
  + parent_profil:Expanded PROFIL; 
  
  + parent_type:Expanded TYPE;
  
Section Public
  
  - slot:SLOT <- 
  (
    crash_with_message "PROFIL_BLOCK.slot";
    NULL
  );
  
  - type_c:STRING_CONSTANT <- type_block.intern_name;
  
  + to_type_block:TYPE_BLOCK;
  
  + slot_self:SLOT_DATA;
  + slot_value:SLOT_DATA;
  
  - inc_id <-
  (    
    slot_value.set_ensure_count (slot_value.ensure_count + 1);
  );
  
  - dec_id <-
  (   
    slot_value.set_ensure_count (slot_value.ensure_count - 1);
    ? {slot_value.ensure_count >= 0};
  );  
  
  + context_extern:LOCAL;
  
  + profil_list:FAST_ARRAY(PROFIL_SLOT);
  + node_list:LINKED_LIST(NODE_TYPE);
    
  - is_context_sensitive:BOOLEAN <- context_extern != NULL;
  
  //
  // Creation.
  //
    
  - create base:ITM_BLOCK :SELF <-
  ( + result:SELF;
        
    result := clone;
    result.make base;
    result
  );
  
  - make base:ITM_BLOCK <-
  ( + list:ITM_LIST;
    + old_node_list:LINKED_LIST(NODE_TYPE);
    + var:LOCAL;
    + old_list:LIST;
    + old_profil:PROFIL;
    + result:EXPR;
    + mul:EXPR_MULTIPLE;
    + rd:READ_LOCAL;
    + a_list:FAST_ARRAY(TYPE_FULL);
    + r_list:FAST_ARRAY(TYPE_FULL);
    + old_stack_top,old_bottom_index:INTEGER;
    + old_context:LOCAL;
    
    (is_graph).if {
      set_call := HASHED_DICTIONARY(INTEGER,PROFIL).create;
      set_back := HASHED_SET(PROFIL).create;
    };    
    
    list := base.list;
    //stack_top := stack_local .upper + 1;
        
    PROFIL_LIST.add Self;
    type_self   := ITM_TYPE_SIMPLE.type_self.to_run_for profil_slot; 
    default := TYPE_FULL.create Self with (
      TYPE_FULL.expanded_bit | TYPE_FULL.default_expanded_bit
    );
    //           
    slot_self  := SLOT_DATA.clone;
    slot_self.make (list.position) name (ALIAS_STR.slot_self) style '+' base NULL type type_self;
    slot_self.set_intern_name (ALIAS_STR.slot_self);
    //
    slot_value := SLOT_DATA.clone;
    slot_value.make (list.position) name (ALIAS_STR.slot_id) style '+' base NULL type default;
    slot_value.set_intern_name (ALIAS_STR.slot_id);
    //
    profil_list := FAST_ARRAY(PROFIL_SLOT).create_with_capacity 2;    
    node_list   := LINKED_LIST(NODE_TYPE).create;
    old_node_list := NODE.node_list;
    NODE.set_node_list node_list;
        
    // index TYPE
    index       := index_count;
    index_count := index_count + 1;
    
    // Name : value
    name := ALIAS_STR.get_intern (ALIAS_STR.slot_value);    
    
    // Create code.    
    old_profil := profil_current;
    old_list   := list_current;
    profil_current := Self;
    list_current := LIST.create (list.position);    
    
    (old_stack_top,old_bottom_index,old_context) := ITM_OBJECT.push_context;
    // Add context debug.
    (debug_level_option != 0).if {      
      context := TYPE_CONTEXT.default.new_local (list.position) 
      name (ALIAS_STR.variable_context) style '+';
      context.set_ensure_count 1;      
      list_current.add_last (PUSH.create (list.position) context context first TRUE);
    };
    
    // Append arguments.    
    a_list := ALIAS_ARRAY(TYPE_FULL).new;
    (base.argument != NULL).if {      
      argument_list := FAST_ARRAY(LOCAL).create_with_capacity (base.argument.count+1);            
      argument_list.add_last NULL;      
      base.argument.to_run_in argument_list for profil_slot;
      1.to (argument_list.upper) do { j:INTEGER;
        a_list.add_last (argument_list.item j.type);
      };
    } else {
      argument_list := FAST_ARRAY(LOCAL).create 1; 
    };       
    var := LOCAL.create (list.position) name (ALIAS_STR.variable_self) style ' ' type type_self;
        
    argument_list.put var to 0;
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
      stack_local.add_last (argument_list.item j);
    };        
    a_list := ALIAS_ARRAY(TYPE_FULL).alias a_list;
    //
    code := list_current;    
    //        
    result := list.to_run_expr;
    // Result.
    r_list := ALIAS_ARRAY(TYPE_FULL).new;
    (result.static_type.raw != TYPE_VOID).if {
      mul ?= result;
      (mul != NULL).if {
        result_list.make_with_capacity (mul.count);
        (mul.lower).to (mul.upper) do { j:INTEGER;
          rd ?= mul.item j;
          var := rd.local;
          result_list.add_last var;
          r_list.add_last (var.type);
        };
      } else {
        rd ?= result;        
        var := rd.local;                
        result_list.add_last var;
        r_list.add_last (var.type);
      };      
    };    
    result.remove; // BSBS: Il y a un petit gachi...
    r_list := ALIAS_ARRAY(TYPE_FULL).alias r_list;
    //        
    context_extern := ITM_OBJECT.context_extern;    
    to_type_block  := TYPE_BLOCK.get_direct a_list and_result r_list;    
    ITM_OBJECT.pop_context (old_stack_top,old_bottom_index,old_context);
    //
    NODE.set_node_list old_node_list;        
    profil_current := old_profil;
    list_current := old_list;
  );
  
  //
  // Genere Profil.
  //
  
  - is_static:BOOLEAN <- TRUE;
  
  - genere_handler_intern buffer:STRING <-
  (
    (is_context_sensitive).if {
      warning_error (code.position,
	"Compiler limit : This block is context sensitive, and \
	\evaluation too far away from the context."
      );      
    };
    parent_profil.genere_handler_intern buffer;
  );
  
  //
  // TYPE BLOCK.
  //
  
  - intern_name:STRING_CONSTANT <- name;
  
  - write_argument args:FAST_ARRAY(EXPR) :FAST_ARRAY(WRITE) <-
  ( + rd:READ;
    + rec:EXPR;
    
    rec := args.first;
    rd := slot_self.read (rec.position) with rec;
    args.put rd to 0;
    parent_profil.write_argument args
  );
  
  - set_late_binding <-
  (    
    type_block.set_late_binding;
  );
  
  - link call:CALL_SLOT <-
  ( 
    (link_count = 0).if {
      NODE.node_list.append_collection node_list;
    };
    link_count := link_count + 1;
  );
  
  - get_expr_result:EXPR <-
  ( + result:EXPR;
    + lst:FAST_ARRAY(EXPR);
    + loc:LOCAL;
        
    (result_list.count > 1).if {
      lst := FAST_ARRAY(EXPR).create_with_capacity (result_list.count);      
      (result_list.lower).to (result_list.upper) do { k:INTEGER;
	loc := result_list.item k;
	lst.add_last (loc.type.get_temporary_expr (loc.position));
      };      
      result := EXPR_MULTIPLE.create lst;      
    }.elseif {result_list.count = 1} then {	
      loc := result_list.first;
      result := loc.type.get_temporary_expr (loc.position);
    } else {
      result := PROTOTYPE_CST.create (code.position) type (TYPE_VOID.default); //BSBS: Alias.
    };
    result
  );
    
  - is_block:BOOLEAN := TRUE;

  - Self:SELF '~=' Right 60 other:TYPE :BOOLEAN <- 
  ( 
    other = to_type_block
  );

  - append_name_in buf:STRING <-  
  (
    buf.add_last '{';        
    (argument_list.count > 1).if {
      (argument_list.count > 2).if {
        buf.add_last '(';
        (argument_list.lower+1).to (argument_list.upper-1) do { j:INTEGER;
          argument_list.item j.type.display buf;
          buf.add_last ',';
        };    
        argument_list.last.type.display buf;
        buf.add_last ')';
      } else {
        argument_list.last.type.display buf;
      };
      buf.add_last ';';
      buf.add_last ' ';
    };
    (result_list.lower).to (result_list.upper-1) do { j:INTEGER;
      result_list.item j.type.display buf;
      buf.add_last ',';
    };    
    (result_list.is_empty).if_false {
      result_list.last.type.display buf;      
    };
    buf.add_last '}';    
    // Debug
    buf.append "(PROFIL_BLOCK)";
  );

  - prototype:PROTOTYPE <- type_block.prototype;
  
  - subtype_list:HASHED_SET(TYPE) <- type_block.subtype_list;
  - add_subtype t:TYPE <- type_block.add_subtype t;
  
  - get_slot n:STRING_CONSTANT :SLOT <-
  (
    type_block.get_slot n
  );
  
  - get_local_slot n:STRING_CONSTANT :SLOT <-
  (
    type_block.get_local_slot n
  );
  
  - get_path_slot n:STRING_CONSTANT :SLOT <-
  (
    type_block.get_path_slot n
  );
  
  - genere_struct <-
  (
    to_type_block.genere_struct;
  );
         
  //
  // Code source generation.
  //
  
  - put_id buffer:STRING <- index.append_in buffer;
  
  - put_access_id e:EXPR in buffer:STRING <- 
  (    
    e.genere buffer;
    buffer.append ".__id";
  );
  
  - put_value buffer:STRING <- 
  (
    index.append_in buffer;
  );
  
  - put_expanded_declaration buffer:STRING <-
  (    
    // BSBS: A revoir car c'est un gros bordel entre PROFIL_BLOCK et TYPE_BLOCK!
    buffer.append "__";
    buffer.append type_c;    
  );  
  
Section Public
  /*
  - to_run_for p:PARAMETER_TO_TYPE :TYPE_FULL <-
  (
    "PROFIL BLOCK\n".print;  
    NULL
  );
  */
  
  - is_sub_type other:TYPE :BOOLEAN <- 
  ( + result:BOOLEAN;
    + t:TYPE_BLOCK;
        
    result := Self ~= other;
    (result).if_false {
      t ?= other;
      result := (
        (t != NULL) && 
        {t.argument_list = to_type_block.argument_list} &&
        {to_type_block.is_sub_type_result t}
      );
    };
    result
  );
  
  //
  // Display.
  //
    
  - display buffer:STRING <-
  (    
    buffer.append "BLOCK SEND ";
    append_type buffer;
  );    
lisaac_0.39_rc1/src/tools/0000755000175000017500000000000011314031324015353 5ustar  sonntagsonntaglisaac_0.39_rc1/src/tools/types.li0000644000175000017500000001015611314031247017054 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TYPES;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Aliser TYPE collection.";
  
Section Inherit  
  
  - parent_any:ANY := ANY;
  
Section TYPES
  
  + storage:NATIVE_ARRAY(TYPE);
  // Internal access to storage location.
  
Section LISAAC
  
  - size:INTEGER;
  
Section Public
  
  - lower:INTEGER := 0;
  
  + upper:INTEGER := -1; // Upper index bound.
  
  - count:INTEGER <- upper + 1;
  
  - is_empty:BOOLEAN <- upper = -1;
  
  - first:TYPE <- 
  [ -? {! is_empty}; ]
  (
    storage.item 0
  );

  - second:TYPE <- 
  [ -? {upper >= 1}; ]
  (
    storage.item 1
  );
  
  - last:TYPE <- 
  [ -? {! is_empty}; ]
  (
    storage.item upper
  );
  
  - item i:INTEGER :TYPE <-
  [ -? {i.in_range lower to upper}; ]
  (
    storage.item i
  )
  [ +? {Result != NULL};            ];

  - Self:SELF '~=' Right 60 other:TYPES :BOOLEAN <-
  ( 
    (Self = other) || 
    {
      (upper = other.upper) && 
      {(is_empty) || {storage.fast_memcmp (other.storage) until (upper + 1)}}
    }
  );

  - Self:SELF '<=' Right 60 other:TYPES :BOOLEAN <-
  // True, if `Self' is include in `other'.
  ( + result:BOOLEAN;
    + j1,j2:INTEGER;
    + t:TYPE;
    
    (upper <= other.upper).if {
      j1 := j2 := lower;
      result := TRUE;
      {(j1 <= upper) && {result}}.while_do {
	t := item j1;
	{(j2 <= other.upper) && {other.item j2 != t}}.while_do {
	  j2 := j2 + 1;
	};
	result := (j2 <= other.upper);
	j1 := j1 + 1;
      };      
    };
    result    
  );
  
  - hash_code:INTEGER <-
  ( + result:INTEGER;
    
    (! is_empty).if {
      result := (upper << 8) + last.index;
    };
    result
  );
  
  //
  // Display.
  //
  
  - append_in buf:STRING <-
  (
    (! is_empty).if {
      (lower).to (upper - 1) do { j:INTEGER;
	item j.append_name_in buf;
	buf.add_last '(';
	item j.index.append_in buf;
	buf.append ") x ";
      };
      last.append_name_in buf;
      buf.add_last '(';
      last.index.append_in buf;     
      buf.add_last ')';
    } else {
      buf.append "";
    };
  );
  
  - print <-
  (
    string_tmp.clear;
    append_in string_tmp;
    string_tmp.print;
  );
  
Section TYPES_TMP
  
  - create tab:TYPES_TMP :TYPES <-
  ( + result:TYPES;
          
    result := clone;
    result.make tab;
    result
  );
  
  - make tab:TYPES_TMP <-
  ( + up:INTEGER;
    
    up := tab.upper;
    storage := NATIVE_ARRAY(TYPE).calloc_intern (up + 1);
    storage.copy_from (tab.storage) until up;
    upper := up;    
    size := size + count * 4;    
  );lisaac_0.39_rc1/src/tools/types_tmp.li0000644000175000017500000001325311314031247017735 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := TYPES_TMP;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Aliser TYPE collection.";
  
Section Inherit
  
  + parent_types:Expanded TYPES;
  
Section Private
  
  - bucket:HASHED_SET(TYPES) := HASHED_SET(TYPES).create;
  
  - free_list:FAST_ARRAY(TYPES_TMP) := FAST_ARRAY(TYPES_TMP).create_with_capacity 5;
  
  + capacity:INTEGER;
  
  - create_types_tmp:TYPES_TMP <-
  ( + result:TYPES_TMP;
    
    result := clone;
    result.make_types_tmp;
    result
  );
  
  - make_types_tmp <-
  (
    capacity := 256;
    storage  := NATIVE_ARRAY(TYPE).calloc_intern capacity;
  )
  [ +? {is_empty}; ];
  
Section LISAAC
    
  - print_types <-
  (
    (bucket.lower).to (bucket.upper) do { j:INTEGER;
      bucket.item j.print; '\n'.print;
    };
  );
  
Section Public
  
  - types_empty:TYPES := TYPES;
  
  //
  // Creation.
  //
   
  - new:TYPES_TMP <-
  ( + result:TYPES_TMP;
    
    (free_list.is_empty).if {
      result := create_types_tmp;
    } else {
      result := free_list.last;
      free_list.remove_last;
    };   
    result
  );
  
  - update t:TYPES :TYPES <-
  [
    -? { + tmp:TYPES_TMP; tmp ?= t; tmp = NULL};
  ]
  ( + result:TYPES;
    
    ((t != NULL) && {t.count = count}).if {
      result := t;
      free;
    } else {
      result := to_types;
    };
    result
  );
  
  - to_types:TYPES <-
  ( + result:TYPES;
        
    (is_empty).if {
      result := types_empty;    
    } else {
      result := bucket.reference_at Self with { (e1,e2:TYPES); e1 ~= e2};
      (result = NULL).if {
	result := TYPES.create Self;
	bucket.fast_add result;
      };
    };
    20 ? {result ~= Self};
        
    free;
    result
  );
  
  - clear <-
  (
    upper := -1;
  );
  
  - free <-
  (
    clear;
    free_list.add_last Self;
  );
  
  //
  // Update list.
  //
  
  - remove_first <-
  (
    (lower + 1).to upper do { i:INTEGER;
      storage.put (item i) to (i - 1);
    };      
    upper := upper - 1;
  );
  
  - add t:TYPE <-
  ( + idx:INTEGER;
        
    (is_empty).if {
      add_last t;
    } else {    
      idx := search t from 0 to count;
      (idx > upper).if {
	add_last t;
      }.elseif {item idx != t} then {
	add t to idx;
      };
    };
  )
  [ 
    20 ? {order_test}; 
  ];

  - union other:TYPES <-
  ( + idx1,idx2,t2idx:INTEGER;
    + t2:TYPE;
            
    {idx2 > other.upper}.until_do {
      t2    := other.item idx2;
      t2idx := t2.index;
      {(idx1 <= upper) && {item idx1.index < t2idx}}.while_do {
	idx1 := idx1 + 1;
      };
      ((idx1 > upper) || {item idx1 != t2}).if {	
	add t2 to idx1;	
      };      
      idx1 := idx1 + 1;
      idx2 := idx2 + 1;
    };    
  )
  [ 
    20 ? {order_test}; 
  ];
    
Section Private
  
  - add_last t:TYPE <-
  ( + new_capacity:INTEGER;
        
    (upper + 1 > capacity - 1 ).if {
      new_capacity := capacity * 2;
      storage := storage.realloc capacity with new_capacity;
      capacity := new_capacity;      
    }; 
    upper := upper + 1;
    storage.put t to upper;
  );
  
  - add t:TYPE to index:INTEGER <-
  ( + new_capacity:INTEGER;
    (index = upper + 1).if {
      add_last t;
    } else {
      (upper + 1 > capacity - 1 ).if {
	new_capacity := capacity * 2;
	storage := storage.realloc capacity with new_capacity;
	capacity := new_capacity;      
      }; 
      upper := upper + 1;
      (upper - 1).downto index do { i:INTEGER;
	storage.put (item i) to (i + 1);
      };      
      storage.put t to index;
    };
  );
  
  - search t:TYPE from beg:INTEGER to end:INTEGER :INTEGER <-
  // Dichotomic research.
  ( + middle,result:INTEGER;
        
    ((end - beg) < 2).if {
      (t.index > item beg.index).if {
	result := end;
      } else {
	result := beg;
      };
    } else {      
      middle := (beg + end) >> 1;
      (t.index > item middle.index).if {
	result := search t from middle to end; 
      } else {
	result := search t from beg to middle;
      };
    };
    result
  );

  - order_test:BOOLEAN <-
  ( + j:INTEGER;

    {(j < upper) && {item j.index < item (j+1).index}}.while_do {
      j := j + 1;    
    };
    j >= upper
  );









lisaac_0.39_rc1/src/tools/position.li0000644000175000017500000001256411314031247017561 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := Expanded POSITION;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Coding position :    \
  \ 9 bits  : Index prototype [1..511].  \
  \ 8 bits  : Column          [0..255].  \
  \ 15 bits : Line            [1..32767].";
  
  - type        := `unsigned long`;
  - default     := ( CONVERT(INTEGER,POSITION).on 0 );
  
Section Insert  
  
  - parent_any:ANY := ANY;
    
Section Public
  
  - object_size:INTEGER <- POINTER.object_size;
  
  - code:UINTEGER_32 <- CONVERT(POSITION,UINTEGER_32).on Self;
  
  //
  // Creation.
  //
  
  - create proto:PROTOTYPE line l:INTEGER column c:INTEGER :POSITION <-
  ( + cod:UINTEGER_32;
    ? {l    .in_range 0 to 131071};
    ? {c    .in_range 0 to    255};
    ? {proto.index.in_range 0 to    511};
    cod := proto.index.to_uinteger_32 | (c << 9) | (l << 17);
    CONVERT(UINTEGER_32,POSITION).on cod
  );
      
  //
  // Localization.
  //

  - prototype:PROTOTYPE <- PROTOTYPE.prototype_list.item (code.to_integer & 01FFh);

  - line:UINTEGER_32       <- code >> 17;
  
  - column:UINTEGER_32     <- (code >> 9) & 0FFh;

  //
  // Information Generation.
  //
  
  - nb_warning:INTEGER;

  - send_error <-
  (
    STD_ERROR.put_string msg_err;
    is_verbose.if {
      msg_err.print;
    };
    (type_error = warning).if {    
      nb_warning := nb_warning + 1;
    } else {
      die_with_code exit_failure_code;
    };
  );

  - put_error type:INTEGER text txt:ABSTRACT_STRING <-
  (
    type_error := type;
    msg_err.clear;
    type
    .when syntax   then {
      msg_err.append "--SYNTAX-----------\n";
    }.when semantic then {
      msg_err.append "--SEMANTIC---------\n";
    }.when warning  then {
      msg_err.append "--WARNING----------\n";
    }.when message  then {
      msg_err.append "--MESSAGE----------\n";
    };
    msg_err.append txt;
  );
  
  - put_position <-
  ( + pos:INTEGER;
    + c,cols:UINTEGER_32;
    + src:STRING;
    + char:CHARACTER;
    ? {code != 0};
    
    msg_err.append "\nLine ";
    line.append_in msg_err;    
    msg_err.append " column ";
    column.append_in msg_err;
    msg_err.append " in ";
    msg_err.append (prototype.name);    
    msg_err.add_last '(';
    prototype.append_filename msg_err;
    msg_err.append "):\n";
    // Search begin line :
    src := prototype.source;
    pos := src.lower;
    1.to (line-1) do { l:INTEGER;
      {src.item pos = '\n'}.until_do {
	pos := pos + 1;
      };
      pos := pos + 1;
    };
    // copy line :
    string_tmp.clear;
    cols := column;
    {(pos > src.upper) || 
    {src.item pos='\n'}}.until_do {
      char := src.item pos;
      msg_err.add_last char;
      (c < cols).if {
	(char = '\t').if {
	  string_tmp.add_last '\t';
	} else {
	  string_tmp.add_last ' ';
	};
      };
      c   := c + 1;
      pos := pos + 1;
    };
    msg_err.add_last '\n';
    msg_err.append string_tmp;
    msg_err.append "^\n";
  );
  
  - extract_line:STRING <-
  ( + pos:INTEGER;
    + src:STRING;
    + char:CHARACTER;

    // Search begin line :
    src := prototype.source;
    pos := src.lower;
    1.to (line-1) do { l:INTEGER;
      {src.item pos = '\n'}.until_do {
	pos := pos + 1;
      };
      pos := pos + 1;
    };
    // copy line :
    string_tmp.clear;    
    {
      (pos > src.upper) || 
      {src.item pos='\n'}
    }.until_do {
      char := src.item pos;
      (char)
      .when '\\' then { string_tmp.add_last '\\'; }
      .when '\"' then { string_tmp.add_last '\\'; };
      string_tmp.add_last char;      
      pos := pos + 1;
    };    
    (string_tmp.last.code = 0Dh).if {
      string_tmp.remove_last 1;
    };
    STRING.create_from_string string_tmp
  );
  
Section Private  
  
  //
  // Service manager
  //
  
  - type_error:INTEGER;
  
  - msg_err:STRING := STRING.create 256;















lisaac_0.39_rc1/src/tools/table.li0000644000175000017500000000671711314031247017007 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  - name        := TABLE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Display array manager.";
  
Section Inherit  
  
  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  - table:FAST_ARRAY2(ABSTRACT_STRING) := FAST_ARRAY2(ABSTRACT_STRING).create (10,10);
  
  - size:FAST_ARRAY(INTEGER) := FAST_ARRAY(INTEGER).create_with_capacity 10;
  
  - line:INTEGER;
  - column:INTEGER;
    
Section Public
  
  - new_table (l,c:INTEGER) <-
  (
    table.make (l,c);
    line := column := 0;    
  );
  
  - add n:ABSTRACT_STRING <-
  (
    ? {n != NULL};
    
    table.put n to (line,column);
    (column = table.upper2).if {
      column := 0;
      line   := line + 1;
    } else {
      column := column + 1;
    };    
  );
  
  - append_in buffer:STRING <-
  ( + siz:INTEGER;
    + append_line,append_bar:BLOCK;
    
    // Size column.
    size.make (table.count2);
    0.to (table.upper1) do { l:INTEGER;
      0.to (table.upper2) do { c:INTEGER;
	siz := table.item (l,c).count;
	(siz > size.item c).if {
	  size.put siz to c;
	};
      };
    };
    
    // Sub-code for one line.
    append_line := 
    { l:INTEGER;
      + n:ABSTRACT_STRING;
      buffer.append "// ";
      0.to (table.upper2) do { c:INTEGER;
	n := table.item (l,c);
	buffer.append "| ";	
	buffer.append n;
	buffer.extend_multiple ' ' by (size.item c - n.count + 1);
      };
      buffer.append "|\n";
    };
    append_bar :=
    {
      buffer.append "// ";
      0.to (table.upper2) do { c:INTEGER;
	buffer.add_last '+';
	buffer.extend_multiple '-' by (size.item c + 2);
      };
      buffer.append "+\n";
    };

    // Display Header.
    append_bar.value;
    append_line.value 0;
    append_bar.value;
    // Display table.
    1.to (table.upper1) do { l:INTEGER;
      append_line.value l;
    };
    // Display End.
    append_bar.value;
  );lisaac_0.39_rc1/src/tools/slim_array.li0000644000175000017500000000573111314031247020055 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := SLIM_ARRAY(E); // BSBS: A mettre en Expanded.

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Insert

  - parent_object:OBJECT := OBJECT;
  
Section Private
  
  + list:FAST_ARRAY(E);
  
Section Public
  
  + first:E;
  
  - last:E <-
  ( + result:E;
    (list != NULL).if {
      result := list.last;
    } else {
      result := first;
    };
    result
  );
  
  - lower:INTEGER <- 0;
  
  - upper:INTEGER <- 
  ( + result:INTEGER;
    (first = NULL).if {
      result := -1;
    }.elseif {list != NULL} then {
      result := list.count;
    };
    result
  );
  
  - count:INTEGER <- upper + 1;
  
  - is_empty:BOOLEAN <- first = NULL;
  
  - item i:INTEGER :E <-
  ( + result:E;
    
    (i = 0).if {
      result := first;
    } else {
      result := list.item (i-1);
    };
    result
  );
      
  - put e:E to i:INTEGER <-
  (
    (i = 0).if {
      first := e;
    } else {
      list.put e to (i-1);
    };
  );  
      
  - add_last e:E <-
  (
    (first = NULL).if {
      first := e;
    } else {
      (list = NULL).if {
        list := FAST_ARRAY(E).create_with_capacity 4;
      };
      list.add_last e;
    };
  );
    
  - make_with_capacity n:INTEGER <-
  (
    first := NULL;
    (n > 1).if {
      list := FAST_ARRAY(E).create_with_capacity (n-1);
    };
  );
  
lisaac_0.39_rc1/src/tools/alias_str.li0000644000175000017500000004707111314031247017677 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ALIAS_STR;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Alias string constant and keyword";
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Private
  
  - list:HASHED_SET(ABSTRACT_STRING);
  
  - free:FAST_ARRAY(STRING) := FAST_ARRAY(STRING).create_with_capacity 5;
  
Section Public  
  
  - keyword_section  :STRING_CONSTANT := "Section";
  - keyword_right    :STRING_CONSTANT := "Right";
  - keyword_left     :STRING_CONSTANT := "Left";
  - keyword_ldots    :STRING_CONSTANT := "...";
  - keyword_old      :STRING_CONSTANT := "Old";
  - keyword_expanded :STRING_CONSTANT := "Expanded";  
  - keyword_strict   :STRING_CONSTANT := "Strict";  
  - keyword_result   :STRING_CONSTANT := "Result";
  
  - symbol_affect_immediate:STRING_CONSTANT := ":=";
  - symbol_affect_cast     :STRING_CONSTANT := "?=";
  - symbol_affect_code     :STRING_CONSTANT := "<-";
  - symbol_auto_export     :STRING_CONSTANT := "->";
  - symbol_auto_import     :STRING_CONSTANT := symbol_affect_code;
  - symbol_equal           :STRING_CONSTANT := "=";
  - symbol_not_equal       :STRING_CONSTANT := "!=";
  - symbol_great           :STRING_CONSTANT := ">";
  - symbol_great_equal     :STRING_CONSTANT := ">=";
  - symbol_less            :STRING_CONSTANT := "<";
  - symbol_less_equal      :STRING_CONSTANT := "<=";
  
  - operator_equal     :STRING_CONSTANT; 
  - operator_not_equal :STRING_CONSTANT;
  
  - section_header     :STRING_CONSTANT := "Header";
  - section_inherit    :STRING_CONSTANT := "Inherit";
  - section_insert     :STRING_CONSTANT := "Insert";
  - section_public     :STRING_CONSTANT := "Public";
  - section_private    :STRING_CONSTANT := "Private";
  - section_interrupt  :STRING_CONSTANT := "Interrupt";
  - section_mapping    :STRING_CONSTANT := "Mapping";
  - section_directory  :STRING_CONSTANT := "Directory";
  - section_external   :STRING_CONSTANT := "External";
  
  - section_default    :STRING_CONSTANT := "DEFAULT";
  - section_common     :STRING_CONSTANT := "Common";
  
  - prototype_integer         :STRING_CONSTANT := "INTEGER";
  - prototype_real            :STRING_CONSTANT := "REAL";
  - prototype_character       :STRING_CONSTANT := "CHARACTER";
  - prototype_string_constant :STRING_CONSTANT := "STRING_CONSTANT";  
  - prototype_string          :STRING_CONSTANT := "STRING";
  - prototype_native_array    :STRING_CONSTANT := "NATIVE_ARRAY";
  - prototype_native_array_volatile:STRING_CONSTANT := "NATIVE_ARRAY_VOLATILE";
  - prototype_block           :STRING_CONSTANT := "BLOCK";
  - prototype_boolean         :STRING_CONSTANT := "BOOLEAN";
  - prototype_true            :STRING_CONSTANT := "TRUE";
  - prototype_false           :STRING_CONSTANT := "FALSE";
  - prototype_pointer         :STRING_CONSTANT := "POINTER";
  - prototype_context         :STRING_CONSTANT := "___CONTEXT";
  - prototype_cop             :STRING_CONSTANT := "___COP";
  - prototype_generic         :STRING_CONSTANT := "___GENERIC";
  - prototype_type_id         :STRING_CONSTANT := "___TYPE_ID";
  - prototype_self            :STRING_CONSTANT := "SELF";
      
  - prototype_uinteger_64     :STRING_CONSTANT := "UINTEGER_64";
  - prototype_uinteger_32     :STRING_CONSTANT := "UINTEGER_32";
  - prototype_uinteger_16     :STRING_CONSTANT := "UINTEGER_16";
  - prototype_uinteger_8      :STRING_CONSTANT := "UINTEGER_8";
  - prototype_integer_64      :STRING_CONSTANT := "INTEGER_64";
  - prototype_integer_32      :STRING_CONSTANT := "INTEGER_32";
  - prototype_integer_16      :STRING_CONSTANT := "INTEGER_16";
  - prototype_integer_8       :STRING_CONSTANT := "INTEGER_8";
  - prototype_n_a_character   :STRING_CONSTANT := "NATIVE_ARRAY__CHARACTER";
  - prototype_n_a_n_a_character:STRING_CONSTANT := 
  "NATIVE_ARRAY__NATIVE_ARRAY__CHARACTER";
  - prototype_system_io       :STRING_CONSTANT := "SYSTEM_IO";
  - prototype_lip             :STRING_CONSTANT := "LIP";
  
  - variable_self          :STRING_CONSTANT := "Self";  
  - variable_context       :STRING_CONSTANT := "__pos";
  - variable_null          :STRING_CONSTANT := "NULL";
  - variable_void          :STRING_CONSTANT := "VOID";    
  - variable_tmp           :STRING_CONSTANT := "__tmp";
  
  - variable_lisaac     :STRING_CONSTANT := "lisaac";
  /*
  - variable_input_file :STRING_CONSTANT := "input_file";
  - variable_output_file:STRING_CONSTANT := "output_file";
  - variable_target     :STRING_CONSTANT := "target";
  */  
  - slot_name         :STRING_CONSTANT := "name";
  - slot_export       :STRING_CONSTANT := "export";
  - slot_import       :STRING_CONSTANT := "import";
  - slot_external     :STRING_CONSTANT := "external";
  - slot_default      :STRING_CONSTANT := "default";
  - slot_type         :STRING_CONSTANT := "type";
  - slot_version      :STRING_CONSTANT := "version";
  - slot_date         :STRING_CONSTANT := "date";
  - slot_comment      :STRING_CONSTANT := "comment";
  - slot_author       :STRING_CONSTANT := "author";
  - slot_bibliography :STRING_CONSTANT := "bibliography";
  - slot_language     :STRING_CONSTANT := "language";
  - slot_copyright    :STRING_CONSTANT := "copyright";
  - slot_bug_report   :STRING_CONSTANT := "bug_report";
  
  - slot_value        :STRING_CONSTANT := "value";
  - slot_self         :STRING_CONSTANT := "self";
  - slot_id           :STRING_CONSTANT := "__id";
  - slot_clone        :STRING_CONSTANT := "clone";
  - slot_main         :STRING_CONSTANT := "main";
  - slot_infix        :STRING_CONSTANT := "__infix";
  - slot_postfix      :STRING_CONSTANT := "__postfix";
  - slot_prefix       :STRING_CONSTANT := "__prefix";
  - slot_to           :STRING_CONSTANT := "to_";
  - slot_from         :STRING_CONSTANT := "from_";
  - slot_storage      :STRING_CONSTANT := "storage";
  - slot_count        :STRING_CONSTANT := "count";
  
  // LIP file.
  - slot_lip          :STRING_CONSTANT := "lip";
  - slot_if           :STRING_CONSTANT := "if";
  - slot_else         :STRING_CONSTANT := "else";  
  - slot_print        :STRING_CONSTANT := "print";
  - slot_die_with_code:STRING_CONSTANT := "die_with_code";
  - slot_run          :STRING_CONSTANT := "run";
  - slot_help_command :STRING_CONSTANT := "help_command";
  - slot_compiler_version:STRING_CONSTANT := "compiler_version";
  - slot_path         :STRING_CONSTANT := "path";
  - slot_front_end    :STRING_CONSTANT := "front_end";
  - slot_back_end     :STRING_CONSTANT := "back_end";
  - slot_input_file   :STRING_CONSTANT := "input_file";
  - slot_output_file  :STRING_CONSTANT := "output_file";
  - slot_debug_level  :STRING_CONSTANT := "debug_level";
  - slot_debug_with_code:STRING_CONSTANT := "debug_with_code";
  - slot_is_all_warning:STRING_CONSTANT := "is_all_warning";
  - slot_is_optimization:STRING_CONSTANT := "is_optimization";
  - slot_inline_level :STRING_CONSTANT := "inline_level";
  - slot_is_java      :STRING_CONSTANT := "is_java";
  - slot_is_statistic :STRING_CONSTANT := "is_statistic";
  - slot_is_quiet     :STRING_CONSTANT := "is_quiet";    
  - slot_is_library   :STRING_CONSTANT := "is_library";    
  - slot_get_integer  :STRING_CONSTANT := "get_integer";
  - slot_get_string   :STRING_CONSTANT := "get_string";
  - slot_is_cop       :STRING_CONSTANT := "is_cop";
    
  - c_void           :STRING_CONSTANT := "void";
  - c_struct         :STRING_CONSTANT := "struct __";
  - code_empty       :STRING_CONSTANT := "/* NOTHING */";
  - separate         :STRING_CONSTANT := "__";
  
  - path_lisaac      :STRING_CONSTANT := "__PATH_LISAAC_SYSTEM__";
  - short_format     :STRING_CONSTANT := "__SHORT_LISAAC_FORMAT__";
  
  //
  // Shorter.
  //
  
  - short_type_file   :STRING_CONSTANT := "type_file";
  - short_token       :STRING_CONSTANT := "token";
  - short_begin       :STRING_CONSTANT := "begin";
  - short_end         :STRING_CONSTANT := "end";
  
  // Syntax
  - short_keyword     :STRING_CONSTANT := "keyword";
  - short_keyword_section:STRING_CONSTANT := "keyword_section";
  - short_integer     :STRING_CONSTANT := "integer";
  - short_character   :STRING_CONSTANT := "character";
  - short_string      :STRING_CONSTANT := "string";
  - short_operator    :STRING_CONSTANT := "operator";
  - short_prototype   :STRING_CONSTANT := "prototype";
  - short_keyprototype:STRING_CONSTANT := "keyprototype";
  - short_comment_line       :STRING_CONSTANT := "comment_line";
  - short_comment_slot_line  :STRING_CONSTANT := "comment_slot_line";
  - short_comment_header_line:STRING_CONSTANT := "comment_header_line";
  - short_comment_new_line_slot  :STRING_CONSTANT := "comment_new_line_slot";
  - short_comment_new_line_extern:STRING_CONSTANT := "comment_new_line_extern";
  - short_comment     :STRING_CONSTANT := "comment";
  - short_slot        :STRING_CONSTANT := "slot";
  - short_slot_call   :STRING_CONSTANT := "slot_call";
  - short_slot_style  :STRING_CONSTANT := "slot_style";
  - short_block       :STRING_CONSTANT := "block";
  - short_external    :STRING_CONSTANT := "external";
  - short_local       :STRING_CONSTANT := "local";
  - short_warning     :STRING_CONSTANT := "warning";
  - short_identifier  :STRING_CONSTANT := "identifier";
  - short_identifier_slot:STRING_CONSTANT := "identifier_slot";
  
  - short_prototype_comment_light:STRING_CONSTANT := "prototype_comment_light";
  - short_prototype_comment:STRING_CONSTANT := "prototype_comment";
 
  - short_title       :STRING_CONSTANT := "title";
  - short_table_begin :STRING_CONSTANT := "table_begin";
  - short_table_item  :STRING_CONSTANT := "table_item";
  - short_table_slot_name    :STRING_CONSTANT := "table_slot_name";
  - short_table_slot_comment :STRING_CONSTANT := "table_slot_comment";
  - short_table_end   :STRING_CONSTANT := "table_end";
  - short_sub_title   :STRING_CONSTANT := "sub_title";
  - short_slot_title  :STRING_CONSTANT := "slot_title";
  - short_subsub_title  :STRING_CONSTANT := "subsub_title";
  - short_prototype_path:STRING_CONSTANT := "prototype_path";
  
  
  - short_index       :STRING_CONSTANT := "index";
  - short_default     :STRING_CONSTANT := "default";
  - short_directory_list_begin:STRING_CONSTANT := "directory_list_begin";
  - short_directory_list_item :STRING_CONSTANT := "directory_list_item";
  - short_directory_list_end  :STRING_CONSTANT := "directory_list_end";
  - short_file_list_begin     :STRING_CONSTANT := "file_list_begin";
  - short_file_list_item      :STRING_CONSTANT := "file_list_item";
  - short_file_list_end       :STRING_CONSTANT := "file_list_end";
  
  - is_integer n:STRING_CONSTANT :BOOLEAN <-
  (
    (n = prototype_uinteger_64) ||
    {n = prototype_uinteger_32} ||
    {n = prototype_uinteger_16} ||
    {n = prototype_uinteger_8 } ||
    {n = prototype_integer_64 } ||
    {n = prototype_integer_32 } ||
    {n = prototype_integer_16 } ||
    {n = prototype_integer_8  } ||
    {n = prototype_integer    }
  );
  
  - is_section n:STRING_CONSTANT :BOOLEAN <-
  (
    (n = section_inherit)   ||
    {n = section_insert}    ||
    {n = section_interrupt} ||
    {n = section_private}   ||
    {n = section_public}    ||
    {n = section_mapping}   ||
    {n = section_directory} ||
    {n = section_external}
  );
  
  - get str:ABSTRACT_STRING :STRING_CONSTANT <-
  ( + result:STRING_CONSTANT;
    + tmp:ABSTRACT_STRING;
    ? {str != NULL};
    ? {list != NULL};
   
    tmp := list.reference_at str;
    (tmp = NULL).if {
      result := STRING_CONSTANT.create_copy str;
      list.fast_add result;
    } else {
      result ?= tmp;      
    };
    ? {result ~= str};
    result
  );
  
  - get_intern str:ABSTRACT_STRING :STRING_CONSTANT <-
  ( + result:STRING_CONSTANT;
    + v,m:INTEGER;
    
    (is_readable).if {
      tmp_name.copy str;    
      tmp_name.append "__";    
    } else {
      tmp_name.copy "li__";
    };
    count_variable := count_variable + 1;
    v:=count_variable;
    { v = 0 }.until_do {
      m := v & 31;
      (m < 26).if {
	tmp_name.add_last ('A' +# m);
      } else {
	tmp_name.add_last ('0' +# (m-26));
      };
      v := v >> 5;
    };    
    result := STRING_CONSTANT.create_copy tmp_name;
    list.fast_add result;
    result
  );
  
  - new:STRING <-
  ( + result:STRING;
    
    (free.is_empty).if {
      result := STRING.create 128;
    } else {
      result := free.last;
      free.remove_last;
    };
    result
  );
  
  - alias str:STRING :STRING_CONSTANT <-
  ( + result:STRING_CONSTANT;
    
    result := get str;
    free.add_last str;
    str.clear;
    result
  );
  
  - make <-
  (
    tmp_name := STRING.create 255;
    
    list := HASHED_SET(ABSTRACT_STRING).create;
    
    // Keyword list :
    list.add keyword_section;
    list.add keyword_right;
    list.add keyword_left;
    list.add keyword_ldots;
    list.add keyword_old;
    list.add keyword_expanded;    
    list.add keyword_strict;
    list.add keyword_result;
    
    // Symbol list :
    list.add symbol_affect_immediate;
    list.add symbol_affect_cast;
    list.add symbol_affect_code;
    list.add symbol_auto_export;
    list.add symbol_equal;
    list.add symbol_not_equal;
    list.add symbol_great;
    list.add symbol_great_equal;
    list.add symbol_less;
    list.add symbol_less_equal;
    
    // Section name list :
    list.add section_header;
    list.add section_inherit;
    list.add section_insert;
    list.add section_interrupt;
    list.add section_private;    
    list.add section_public;
    list.add section_mapping;
    list.add section_directory;
    list.add section_external;
    
    list.add section_default;
    list.add section_common;
    
    // Les types de base :
    list.add prototype_integer;
    list.add prototype_real;
    list.add prototype_character;
    list.add prototype_string_constant;
    list.add prototype_string;
    list.add prototype_native_array;
    list.add prototype_native_array_volatile;
    list.add prototype_block;
    list.add prototype_boolean;
    list.add prototype_true;
    list.add prototype_false;
    list.add prototype_pointer;
    list.add prototype_context;
    list.add prototype_generic;
    list.add prototype_type_id;
    list.add prototype_self;
        
    // Integers :
    list.add prototype_uinteger_64;
    list.add prototype_uinteger_32;
    list.add prototype_uinteger_16;
    list.add prototype_uinteger_8;
    list.add prototype_integer_64;
    list.add prototype_integer_32;
    list.add prototype_integer_16;
    list.add prototype_integer_8;
    //
    list.add prototype_n_a_character;
    list.add prototype_n_a_n_a_character;    
    list.add prototype_system_io;
    list.add prototype_lip;
    
    // Les variables de base :
    list.add variable_self;    
    list.add variable_context;
    list.add variable_null;
    list.add variable_void;      
    list.add variable_tmp;
    
    list.add variable_lisaac;     
    /*
    list.add variable_input_file; 
    list.add variable_output_file;
    list.add variable_target;     
    */
    
    // Slot particulier :
    list.add slot_name;
    list.add slot_export;
    list.add slot_import;
    list.add slot_external;
    list.add slot_default;
    list.add slot_type;
    list.add slot_version;
    list.add slot_date;
    list.add slot_comment;
    list.add slot_author;
    list.add slot_bibliography;
    list.add slot_language;
    list.add slot_copyright;
    list.add slot_bug_report;

    list.add slot_value;    
    list.add slot_self;    
    list.add slot_id;
    list.add slot_clone;
    list.add slot_main;
    list.add slot_infix;
    list.add slot_postfix;
    list.add slot_prefix;
    list.add slot_to;
    list.add slot_from;
    list.add slot_storage;
    list.add slot_count;
    // Lip.
    list.add slot_lip;
    list.add slot_if;
    list.add slot_else;    
    list.add slot_print;
    list.add slot_die_with_code;
    list.add slot_help_command;
    list.add slot_compiler_version;
    list.add slot_run;
    list.add slot_path;
    list.add slot_front_end;
    list.add slot_back_end;
    list.add slot_input_file;
    list.add slot_output_file;
    list.add slot_debug_level;
    list.add slot_debug_with_code;
    list.add slot_is_all_warning;
    list.add slot_is_optimization;
    list.add slot_inline_level;
    list.add slot_is_java;
    list.add slot_is_statistic;
    list.add slot_is_quiet;
    list.add slot_is_library;    
    list.add slot_get_integer;
    list.add slot_get_string;
    list.add slot_is_cop;    
          
    // Type C :
    list.add c_void;
    list.add c_struct;
    list.add code_empty;
    list.add separate;    
    
    list.add path_lisaac;
    list.add short_format;
    
    // Shorter slot :
    list.add short_token;
    list.add short_type_file;
    list.add short_begin;
    list.add short_end;
    list.add short_keyword;
    list.add short_keyword_section;
    list.add short_integer;
    list.add short_character;
    list.add short_string; 
    list.add short_operator;
    list.add short_prototype;
    list.add short_keyprototype;
    list.add short_comment_line;
    list.add short_comment_slot_line;
    list.add short_comment_header_line;
    list.add short_comment_new_line_slot;
    list.add short_comment_new_line_extern;
    list.add short_comment;
    list.add short_slot;
    list.add short_slot_call;
    list.add short_slot_style;
    list.add short_block;
    list.add short_external;
    list.add short_local;
    list.add short_warning;
    list.add short_identifier;
    list.add short_identifier_slot;
    
    list.add short_prototype_comment_light;
    list.add short_prototype_comment;
    
    list.add short_title;
    list.add short_table_begin;
    list.add short_table_item;
    list.add short_table_slot_name;
    list.add short_table_slot_comment;
    list.add short_table_end;
    list.add short_sub_title;
    list.add short_slot_title;
    list.add short_subsub_title;
    list.add short_prototype_path;
    
    list.add short_index;
    list.add short_default;
    list.add short_directory_list_begin;
    list.add short_directory_list_item;
    list.add short_directory_list_end;
    list.add short_file_list_begin;
    list.add short_file_list_item;
    list.add short_file_list_end; 

    // Operator '=' and '!=' :
    operator_equal     := operator slot_infix name symbol_equal;
    operator_not_equal := operator slot_infix name symbol_not_equal;
  );
  
Section Private  
  
  - tmp_name:STRING;
  
  - count_variable:INTEGER;
  




lisaac_0.39_rc1/src/tools/coupled.li0000644000175000017500000000407411314031247017345 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := COUPLED(E);

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Couple object";
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Public
  
  + first :E;
  + second:E;
  
  - create elt1:E and elt2:E :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt1 and elt2;
    result
  );
  
  - make elt1:E and elt2:E <-
  (
    first  := elt1;
    second := elt2;
  ); 
lisaac_0.39_rc1/src/tools/alias_array.li0000644000175000017500000000606611314031247020204 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ALIAS_ARRAY(E);

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Aliser collection.";
  
Section Inherit  
  
  - parent_any:ANY := ANY;
  
Section Private
  
  - bucket:HASHED_SET(FAST_ARRAY(E)) := 
  HASHED_SET(FAST_ARRAY(E)).create;
  
  - free_list:FAST_ARRAY(FAST_ARRAY(E)) := 
  FAST_ARRAY(FAST_ARRAY(E)).create_with_capacity 5;
  
  - empty_list:FAST_ARRAY(E) := FAST_ARRAY(E).create_with_capacity 0;
  
Section Public
    
  //
  // Temporary manager.
  //
  
  - new:FAST_ARRAY(E) <-
  ( + result:FAST_ARRAY(E);
    
    (free_list.is_empty).if {
      result := FAST_ARRAY(E).create_with_capacity 16;
    } else {
      result := free_list.last;
      free_list.remove_last;
    };
      
    result
  );
  
  - alias tmp:FAST_ARRAY(E) :FAST_ARRAY(E) <-
  ( + result:FAST_ARRAY(E);
    
    (tmp.is_empty).if {
      result := empty_list;
    } else {
      result := bucket.reference_at tmp;
      (result = NULL).if {
        result := FAST_ARRAY(E).create_with_capacity (tmp.count);
        result.copy_collection tmp;
        bucket.fast_add result;
      };
    };
    free tmp;    
    result
  );
  
  - copy tmp:FAST_ARRAY(E) :FAST_ARRAY(E) <-
  ( + result:FAST_ARRAY(E);
        
    result := FAST_ARRAY(E).create_with_capacity (tmp.count);
    result.copy_collection tmp;    
    free tmp;
    result
  ); 
  
  - free tmp:FAST_ARRAY(E) <-
  (     
    tmp.clear;
    free_list.add_last tmp;
  );



lisaac_0.39_rc1/src/tools/couple.li0000644000175000017500000000407511314031247017202 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := COUPLE(E,F);

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Couple object";
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Public
  
  + first :E;
  + second:F;
  
  - create elt1:E and elt2:F :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make elt1 and elt2;
    result
  );
  
  - make elt1:E and elt2:F <-
  (
    first  := elt1;
    second := elt2;
  ); 
lisaac_0.39_rc1/src/lip/0000755000175000017500000000000011314031324014777 5ustar  sonntagsonntaglisaac_0.39_rc1/src/lip/lip_call.li0000644000175000017500000001632311314031247017115 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_CALL;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_code:Expanded LIP_CODE;

Section Public
  
  + receiver:LIP_CODE;
  
  + name:STRING_CONSTANT;
  
  + argument:LIP_CODE;
  
  //
  // Creation.
  //

  - create p:POSITION receiver rec:LIP_CODE name n:STRING_CONSTANT with arg:LIP_CODE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p receiver rec name n with arg;
    result
  );

  - make p:POSITION receiver rec:LIP_CODE name n:STRING_CONSTANT with arg:LIP_CODE <-
  [
    -? {p.code != 0};
  ]
  ( 
    position := p;
    receiver := rec;
    name := n;
    argument := arg;
  );

  //
  // Run.
  //
  
  - run <-
  ( + slot:LIP_SLOT_CODE;
    + val,rec:LIP_CONSTANT;    
    + str:LIP_STRING;    
    + int:LIP_INTEGER;
    + path:STRING_CONSTANT;
    + is_rec:BOOLEAN;
    + idx:INTEGER;
    
    
    (receiver != NULL).if {
      rec := receiver.run_expr;
    };
    (argument != NULL).if {
      val := argument.run_expr;    
    };    
    (name = ALIAS_STR.slot_print).if {
      (rec = NULL).if {
        semantic_error (position,"Incorrect type.");
      };      
      (val != NULL).if {        
        warning_error (position,"No argument for `print' method.");
      };
      rec.print;      
    }.elseif {name = ALIAS_STR.slot_die_with_code} then {      
      int ?= val;
      (int = NULL).if {        
        semantic_error (position,"Integer argument needed.");
      };
      die_with_code (int.value);
    }.elseif {name = ALIAS_STR.slot_help_command} then {
      (val != NULL).if {
        warning_error (position,"No argument for `help_command' method.");
      };
      LISAAC.print_help;
    }.elseif {name = ALIAS_STR.slot_compiler_version} then {
      (val != NULL).if {
        warning_error (position,"No argument for `version' method.");
      };
      LISAAC.print_version;
    }.elseif {name = ALIAS_STR.slot_path} then {
      str ?= val;
      (str = NULL).if {
        semantic_error (position,"String argument needed.");
      };
      path := str.value;     
      ((! path.is_empty) && {path.last = '*'}).if {
        string_tmp.copy path; 
        string_tmp.remove_last 1;        
        path := ALIAS_STR.get string_tmp;
        is_rec := TRUE;
      };        
      ((path.is_empty) || {path.first != '/'}).if {
        string_tmp.copy (position.prototype.filename);        
        idx := last_index_str (string_tmp,'/');
        (idx < string_tmp.lower).if {
          string_tmp.copy "./";
        } else {
          string_tmp.remove_last (string_tmp.upper-idx);
        };
        string_tmp.append path;                 
        path := ALIAS_STR.get string_tmp;
      };
      (path.is_empty).if_false {
        load_directory path is_recursive is_rec;
      };
    }.elseif {name = ALIAS_STR.slot_run} then {
      str ?= val;
      (str = NULL).if {
        semantic_error (position,"String argument needed.");
      };      
      string_tmp.clear;
      str.append_in string_tmp;
      ENVIRONMENT.execute_command string_tmp; 
    } else {    
      slot := get_method name;
      (slot = NULL).if {
        string_tmp.copy "Slot `";
        string_tmp.append name;
        string_tmp.append "' not found.";
        semantic_error (position,string_tmp);
      };
      (slot.run_with val).if_false {
        semantic_error (position,"Invalid argument.");
      };
    };
    (rec != NULL).if {
      rec.free;
    };
    (val != NULL).if {
      val.free;
    };
  );
  
  - run_expr:LIP_CONSTANT <-
  ( + slot:LIP_SLOT_DATA;
    + str:LIP_STRING;
    + val:LIP_CONSTANT;
    + result:LIP_CONSTANT;
    + res:INTEGER;
    
    (argument != NULL).if {
      val := argument.run_expr;    
    };    
    (name = ALIAS_STR.slot_run).if {
      str ?= val;
      (str = NULL).if {
        semantic_error (position,"String argument needed.");
      };      
      string_tmp.clear;
      str.append_in string_tmp;
      res := ENVIRONMENT.execute_command string_tmp; 
      result := LIP_INTEGER.get res;
    }.elseif {name = ALIAS_STR.slot_get_integer} then {
      {
        IO.read_line;
        (IO.last_string.is_integer).if_false {
          "Error INTEGER needed.\n".print;
        };
      }.do_until {IO.last_string.is_integer};      
      result := LIP_INTEGER.get (IO.last_string.to_integer);      
    }.elseif {name = ALIAS_STR.slot_get_string} then {
      IO.read_line;
      result := LIP_STRING.get (ALIAS_STR.get (IO.last_string));
    } else {
      slot := get_data name;
      (slot = NULL).if {
        slot := stack.last;
        (slot = NULL).if {
          string_tmp.copy "Slot `";
          string_tmp.append name;
          string_tmp.append "' not found.";
          semantic_error (position,string_tmp);
        };
      };        
      result := slot.get_value;
    };
    (val != NULL).if {
      val.free;
    };
    result
  );
  
  - load_directory path:ABSTRACT_STRING is_recursive is_rec:BOOLEAN <-
  ( + entry:ENTRY;
    + dir:DIRECTORY;
    
    entry := FILE_SYSTEM.get_entry path;             
    ((entry != NULL) && {entry.is_directory} && {entry.open}).if {
      dir ?= entry;           
      (dir.lower).to (dir.upper) do { j:INTEGER;
        entry := dir.item j;
        (entry.name.has_suffix ".li").if {
          path_file.add_last (entry.path);            
        }.elseif {(is_rec) && {entry.is_directory}} then {
          load_directory (entry.path) is_recursive TRUE;
        };
      };      
    } else {
      string_tmp.copy "Incorrect directory `";
      string_tmp.append path;
      string_tmp.append "'.";
      warning_error (position,string_tmp);
    };
  );lisaac_0.39_rc1/src/lip/lip_boolean.li0000644000175000017500000000566511314031247017630 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_BOOLEAN;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_constant:Expanded LIP_CONSTANT;
  
Section Private
  
  - true:LIP_BOOLEAN := 
  ( + result:LIP_BOOLEAN;
    result := clone;
    result.set_value TRUE;
    result
  );
  
  - false:LIP_BOOLEAN := LIP_BOOLEAN;
  
  - set_value i:BOOLEAN <-
  (
    value := i;
  );
  
Section Public

  + value:BOOLEAN;
  
  //
  // Creation.
  //
  
  - get b:BOOLEAN :LIP_BOOLEAN <-
  ( + result:LIP_BOOLEAN;
    b.if {
      result := true;
    } else {
      result := false;
    };
    result
  );
  
  - free; // Nothing.
  
  //
  // Operation.
  //
  
  - name:STRING_CONSTANT <- "BOOLEAN";
  
  - '!' Self:SELF :LIP_CONSTANT <- get (! value);
  
  - copy:LIP_CONSTANT <- Self;
  
  - print <-
  (
    value.print;
  );

Section LIP_CONSTANT
  
  - my_copy other:SELF :LIP_CONSTANT <- other;
           
  - Self:SELF '|#'  other:SELF :LIP_CONSTANT <- 
  ( 
    get (value | other.value)
  );
  
  - Self:SELF '&#'  other:SELF :LIP_CONSTANT <- 
  ( 
    get (value & other.value)
  );
      
  - Self:SELF '=#'  other:SELF :LIP_CONSTANT <- 
  ( 
    get (value = other.value)
  );
  
  - Self:SELF '!=#' other:SELF :LIP_CONSTANT <- 
  ( 
    get (value != other.value)
  );
  lisaac_0.39_rc1/src/lip/lip_code.li0000644000175000017500000001447311314031247017120 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_CODE;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit
  
  + parent_itm_object:Expanded ITM_OBJECT;

Section Public
  
  - list_parent:FAST_ARRAY(STRING_CONSTANT) := FAST_ARRAY(STRING_CONSTANT).create_with_capacity 1;
  
  - list_method:FAST_ARRAY(LIP_SLOT_CODE) := FAST_ARRAY(LIP_SLOT_CODE).create_with_capacity 32;  
  
  - list_data:HASHED_DICTIONARY(LIP_SLOT_DATA,STRING_CONSTANT) :=
  HASHED_DICTIONARY(LIP_SLOT_DATA,STRING_CONSTANT).create;
  
  - stack:FAST_ARRAY(LIP_SLOT_DATA) := FAST_ARRAY(LIP_SLOT_DATA).create_with_capacity 8;
  
  - get_data n:STRING_CONSTANT :LIP_SLOT_DATA <-
  (
    list_data.fast_reference_at n
  );
  
  - get_method n:STRING_CONSTANT :LIP_SLOT_CODE <-
  ( + j:INTEGER;
    + result:LIP_SLOT_CODE;
    
    j := list_method.lower;
    {(j <= list_method.upper) && {list_method.item j.name != n}}.while_do {
      j := j + 1;
    };
    (j <= list_method.upper).if {
      result := list_method.item j;
    };
    result
  );
  
  - print_usage <-
  ( + slot:LIP_SLOT_CODE;
    + is_ok:BOOLEAN;
    
    (list_method.lower).to (list_method.upper) do { j:INTEGER;
      slot := list_method.item j;
      (slot.section = ALIAS_STR.section_public).if {
        is_ok := TRUE;
        slot.print;
      };
    };
    (is_ok).if_false {
      "\t Sorry, no option (see `make.lip').\n".print;
    };
  );
  
  - get_integer n:STRING_CONSTANT :INTEGER <-
  ( + d:LIP_SLOT_DATA;
    + int:LIP_INTEGER;
    + result:INTEGER;
    
    d := get_data n;
    (d = NULL).if {
      "Warning: Slot `".print;
      n.print;
      "' not found.\n".print;
    } else {
      int ?= d.value;
      (int = NULL).if {
        semantic_error (d.position,"INTEGER type is needed.");
      };
      result := int.value;
    };
    result
  );
  
  - get_boolean n:STRING_CONSTANT :BOOLEAN <-
  ( + d:LIP_SLOT_DATA;
    + bool:LIP_BOOLEAN;
    + result:BOOLEAN;
    
    d := get_data n;
    (d = NULL).if {
      "Warning: Slot `".print;
      n.print;
      "' not found.\n".print;
    } else {
      bool ?= d.value;
      (bool = NULL).if {
        semantic_error (d.position,"BOOLEAN type is needed.");
      };
      result := bool.value;
    };
    result
  );
  
  - get_string n:STRING_CONSTANT :STRING_CONSTANT <-
  ( + d:LIP_SLOT_DATA;
    + str:LIP_STRING;
    + result:STRING_CONSTANT;
    
    d := get_data n;
    (d = NULL).if {
      "Warning: Slot `".print;
      n.print;
      "' not found.\n".print;
    } else {
      str ?= d.value;
      (str = NULL).if {
        semantic_error (d.position,"STRING type is needed.");
      };
      result := str.value;
    };
    result
  );
  
  - put_string v:STRING_CONSTANT to n:STRING_CONSTANT <-
  ( + d:LIP_SLOT_DATA;
    + str:LIP_STRING;
    
    d := get_data n;
    (d = NULL).if {
      "Warning: Slot `".print;
      n.print;
      "' not found.\n".print;      
    } else {
      str ?= d.value;
      (str = NULL).if {
        semantic_error (d.position,"STRING type is needed.");
      };
      str.set_value v;
    };    
  );
  
  - put_boolean v:BOOLEAN to n:STRING_CONSTANT <-
  ( + d:LIP_SLOT_DATA;
        
    d := get_data n;
    (d = NULL).if {
      "Warning: Slot `".print;
      n.print;
      "' not found.\n".print;      
    } else {      
      (d.set_value (LIP_BOOLEAN.get v)).if_false {
        semantic_error (d.position,"BOOLEAN type is needed.");
      };      
    };    
  );
   
  //
  // Run.
  //
  
  - run <-
  (
    warning_error (position,"Unreachable code.");
  );
  
  - run_expr:LIP_CONSTANT <-
  (
    semantic_error (position,"No expression result.");
    NULL
  );
  
  - call_front_end <-
  ( + s:LIP_SLOT_CODE;    
    // Executing `front_end':
    s := LIP_CODE.get_method (ALIAS_STR.slot_front_end);
    (s = NULL).if {
      "Slot `front_end' not found in *.lip file.\n".print;
      die_with_code exit_failure_code;
    };
    s.run_with NULL;        
  );
  
  - init_path_file order:BOOLEAN <-
  ( + k,i:INTEGER;
    + p1,p2:STRING_CONSTANT;
    
    (order).if {
      path_file.bubble_sort_with { (a,b:STRING_CONSTANT); 
        b < a
      };        
    } else {
      path_file.bubble_sort_with { (a,b:STRING_CONSTANT); 
        b !< a
      };        
    };
    k := path_file.upper;
    path_begin := path_file.first.upper;
    {k <= path_file.lower}.until_do {
      p1 := path_file.item k;
      p2 := path_file.item (k-1);
      (p1 = p2).if {
        path_file.remove k;
      } else {
        path_begin := path_begin.min (p1.upper);
        i := p1.lower;
        {(i < path_begin) && {p1.item i = p2.item i}}.while_do {
          i := i + 1;
        };
        path_begin := i;
      };
      k := k - 1;
    };
    path_begin := (path_begin - 1).max 1;
  );lisaac_0.39_rc1/src/lip/lip_affect.li0000644000175000017500000000516511314031247017434 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_AFFECT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_code:Expanded LIP_CODE;

Section Public
  
  + name:STRING_CONSTANT;
  
  + value:LIP_CODE;
  
  //
  // Creation.
  //

  - create p:POSITION name n:STRING_CONSTANT value val:LIP_CODE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n value val;
    result
  );

  - make p:POSITION name n:STRING_CONSTANT value val:LIP_CODE <-
  ( 
    position := p;
    name := n;
    value := val;
  );
  
  //
  // Run.
  //
  
  - run <-
  ( + slot:LIP_SLOT_DATA;
    + val:LIP_CONSTANT;
    
    slot := get_data name;
    (slot = NULL).if {
      string_tmp.copy "Slot `";
      string_tmp.append name;
      string_tmp.append "' not found.";
      semantic_error (position,string_tmp);
    };
    val := value.run_expr;
    (slot.set_value val).if_false {
      semantic_error (position,"Incorrect type.");
    };
    val.free;
  );lisaac_0.39_rc1/src/lip/lip_string.li0000644000175000017500000001013711314031247017505 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_STRING;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_constant:Expanded LIP_CONSTANT;
  
Section Private
  
  - storage:FAST_ARRAY(LIP_STRING) := FAST_ARRAY(LIP_STRING).create_with_capacity 10;
    
Section Public
  
  + value:STRING_CONSTANT;

  - set_value v:STRING_CONSTANT <-
  (
    value := v;
  );

  //
  // Creation.
  //
  
  - get str:STRING_CONSTANT :LIP_STRING <-
  ( + result:LIP_STRING;
    (storage.is_empty).if {
      result := clone;
    } else {
      result := storage.last;
      storage.remove_last;            
    };
    result.set_value str;
    result
  );
  
  - free <-
  (    
    storage.add_last Self;
  );
    
  //
  // Operation.
  //
  
  - name:STRING_CONSTANT <- "STRING";
  
  - copy:LIP_CONSTANT <-
  (
    get value
  );
  
  - print <-
  ( 
    string_tmp.clear;    
    append_in string_tmp;
    string_tmp.print;
  );
  
  - append_in str:STRING <-
  ( + i:INTEGER;
    + car:CHARACTER;
     
    i := value.lower;
    {i <= value.upper}.while_do {
      car := value.item i;
      (car = '\\').if {        
        i := i + 1;
        (i <= value.upper).if {
          car := value.item i;
          (car)
          .when 'a'  then { str.add_last '\a'; }
          .when 'b'  then { str.add_last '\b'; }
          .when 'f'  then { str.add_last '\f'; }  
          .when 'n'  then { str.add_last '\n'; }  
          .when 'r'  then { str.add_last '\r'; }  
          .when 't'  then { str.add_last '\t'; }  
          .when 'v'  then { str.add_last '\v'; }  
          .when '\\' then { str.add_last '\\'; } 
          .when '?'  then { str.add_last '\?'; }  
          .when '\'' then { str.add_last '\''; } 
          .when '\"' then { str.add_last '\"'; };
        } else {
          str.add_last car;
        };
      } else {
        str.add_last car;
      };
      i := i + 1;
    };
  );
  
Section LIP_CONSTANT
    
  - my_copy other:SELF :LIP_CONSTANT <-
  (
    value := other.value;
    Self
  );
  
  - Self:SELF '=#'  other:SELF :LIP_CONSTANT <- 
  ( 
    other.free;
    free;
    LIP_BOOLEAN.get (value = other.value)
  );
  
  - Self:SELF '!=#' other:SELF :LIP_CONSTANT <- 
  (   
    other.free;
    free;
    LIP_BOOLEAN.get (value != other.value)
  );
  
  - Self:SELF '+#'  other:SELF :LIP_CONSTANT <-
  (         
    string_tmp.copy value;
    string_tmp.append (other.value);
    value := ALIAS_STR.get string_tmp;
    other.free;
    Self
  );
  lisaac_0.39_rc1/src/lip/lip_unary.li0000644000175000017500000000502211314031247017332 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_UNARY;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_code:Expanded LIP_CODE; 

Section Public
  
  + value:LIP_CODE;
    
  + operator:CHARACTER;
  
  //
  // Creation.
  //

  - create p:POSITION operator op:CHARACTER with v:LIP_CODE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p operator op with v;
    result
  );

  - make p:POSITION operator op:CHARACTER with v:LIP_CODE <-
  ( 
    position := p;    
    operator := op;
    value := v;
  );
  
  //
  // Run.
  //
  
  - run_expr:LIP_CONSTANT <-
  ( + result:LIP_CONSTANT;
        
    result := value.run_expr;        
    (operator)
    .when '-' then { result := - result; }
    .when '!' then { result := ! result; };
    (result = NULL).if {
      semantic_error (position,"Incorrect type.");
    };
    result    
  );
lisaac_0.39_rc1/src/lip/lip_value.li0000644000175000017500000000426111314031247017314 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_VALUE;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_code:Expanded LIP_CODE;

Section Public
  
  + value:LIP_CONSTANT;
  
  //
  // Creation.
  //

  - create p:POSITION with v:LIP_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p with v;
    result
  );

  - make p:POSITION with v:LIP_CONSTANT <-
  ( 
    position := p;
    value := v;
  );
  
  //
  // Run.
  //
  
  - run_expr:LIP_CONSTANT <-
  (
    value.copy
  );
lisaac_0.39_rc1/src/lip/lip_integer.li0000644000175000017500000000776511314031247017651 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_INTEGER;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_constant:Expanded LIP_CONSTANT;
  
Section Private
  
  - storage:FAST_ARRAY(LIP_INTEGER) := FAST_ARRAY(LIP_INTEGER).create_with_capacity 10;
  
  - set_value v:INTEGER <-
  (
    value := v;
  );
  
Section Public
    
  + value:INTEGER;
  
  //
  // Creation.
  //
  
  - get i:INTEGER :LIP_INTEGER <-
  ( + result:LIP_INTEGER;
    (storage.is_empty).if {
      result := clone;
    } else {
      result := storage.last;
      storage.remove_last;
    };
    result.set_value i;
    result
  );
  
  - free <-
  (
    storage.add_last Self;
  );
  
  //
  // Operation.
  //
  
  - name:STRING_CONSTANT <- "INTEGER";
  
  - '-' Self:SELF :LIP_CONSTANT <-
  ( 
    value := - value;
    Self
  );

  - '!' Self:SELF :LIP_CONSTANT <-
  ( 
    value := ~ value;
    Self
  );
  
  - copy:LIP_CONSTANT <-
  (
    get value
  );
  
  - print <-
  (
    value.print;
  );
  
Section LIP_CONSTANT
    
  - my_copy other:SELF :LIP_CONSTANT <-
  (
    value := other.value;
    Self
  );
    
  - Self:SELF '|#'  other:SELF :LIP_CONSTANT <-
  ( 
    value := value | other.value;
    other.free;
    Self
  );
      
  - Self:SELF '&#'  other:SELF :LIP_CONSTANT <- 
  ( 
    value := value & other.value;
    other.free;
    Self
  );
  
  - Self:SELF '+#'  other:SELF :LIP_CONSTANT <- 
  ( 
    value := value + other.value;
    other.free;
    Self    
  );
  
  - Self:SELF '-#'  other:SELF :LIP_CONSTANT <-
  ( 
    value := value - other.value;
    other.free;
    Self
  );
  
  - Self:SELF '>#'  other:SELF :LIP_CONSTANT <-
  ( 
    other.free;
    free;
    LIP_BOOLEAN.get (value > other.value)
  );
  
  - Self:SELF '<#'  other:SELF :LIP_CONSTANT <- 
  ( 
    other.free;
    free;
    LIP_BOOLEAN.get (value < other.value)
  );
  
  - Self:SELF '=#'  other:SELF :LIP_CONSTANT <- 
  ( 
    other.free;
    free;
    LIP_BOOLEAN.get (value = other.value)
  );
  
  - Self:SELF '>=#' other:SELF :LIP_CONSTANT <- 
  ( 
    other.free;
    free;
    LIP_BOOLEAN.get (value >= other.value)
  );
  
  - Self:SELF '<=#' other:SELF :LIP_CONSTANT <-
  ( 
    other.free;
    free;
    LIP_BOOLEAN.get (value <= other.value)
  );
  
  - Self:SELF '!=#' other:SELF :LIP_CONSTANT <- 
  ( 
    other.free;
    free;
    LIP_BOOLEAN.get (value != other.value)
  );
lisaac_0.39_rc1/src/lip/lip_slot_data.li0000644000175000017500000000556411314031247020161 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_SLOT_DATA;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_slot:Expanded LIP_CODE;

Section Public
  
  + name:STRING_CONSTANT;
  
  + value:LIP_CONSTANT;
  
  //
  // Creation.
  //

  - create p:POSITION name n:STRING_CONSTANT value v:LIP_CONSTANT 
  argument is_arg:BOOLEAN :SELF <-
  [
    -? {v != NULL};
  ]
  ( + result:SELF;
    result := clone;
    result.make p name n value v argument is_arg;
    result
  );

  - make p:POSITION name n:STRING_CONSTANT value v:LIP_CONSTANT
  argument is_arg:BOOLEAN <-
  ( + s:LIP_SLOT_DATA;
    position := p;
    s := get_data n;
    (s != NULL).if {
      semantic_error (s.position,"Double declaration.");
    };
    name     := n;
    value    := v;    
    (is_arg).if_false {
      list_data.add Self to n;
    };    
  );
  
  //
  // Value.
  //
  
  - set_value v:LIP_CONSTANT :BOOLEAN <-
  ( + new_val:LIP_CONSTANT;
    
    new_val := value.copy_of v;
    (new_val != NULL).if {     
      value := new_val;            
    }    
  );
    
  - get_value:LIP_CONSTANT <-
  (
    value.copy
  );
  
  //
  // Print.
  //
  
  - print <-
  (
    name.print;
    ':'.print;
    value.name.print;
  );
  
  lisaac_0.39_rc1/src/lip/lip_constant.li0000644000175000017500000001130011314031247020021 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_CONSTANT;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Public
  
  - name:STRING_CONSTANT <- ( deferred; NULL);
  
  - copy:LIP_CONSTANT <-
  (
    deferred;
  );
  
  - copy_of other:LIP_CONSTANT :LIP_CONSTANT <- 
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := my_copy s;
    };
    result
  );
  
  - free <- deferred;
  
  - '-' Self:SELF :LIP_CONSTANT <- NULL;
  
  - '!' Self:SELF :LIP_CONSTANT <- NULL;  

  - Self:SELF '|'  other:LIP_CONSTANT :LIP_CONSTANT <- 
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self |# s;
    };
    result
  );
  
  - Self:SELF '&'  other:LIP_CONSTANT :LIP_CONSTANT <- 
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self &# s;
    };
    result
  );
  
  - Self:SELF '+'  other:LIP_CONSTANT :LIP_CONSTANT <- 
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self +# s;
    };
    result
  );
  
  - Self:SELF '-'  other:LIP_CONSTANT :LIP_CONSTANT <- 
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self -# s;
    };
    result
  );
  
  - Self:SELF '>'  other:LIP_CONSTANT :LIP_CONSTANT <- 
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self ># s;
    };
    result
  );

  - Self:SELF '<'  other:LIP_CONSTANT :LIP_CONSTANT <- 
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self <# s;
    };
    result
  );
  
  - Self:SELF '~='  other:LIP_CONSTANT :LIP_CONSTANT <-
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self =# s;
    };
    result
  );
  
  - Self:SELF '>=' other:LIP_CONSTANT :LIP_CONSTANT <- 
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self >=# s;
    };
    result
  );
  
  - Self:SELF '<=' other:LIP_CONSTANT :LIP_CONSTANT <- 
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self <=# s;
    };
    result
  );
  
  - Self:SELF '!~=' other:LIP_CONSTANT :LIP_CONSTANT <-
  ( + result:LIP_CONSTANT;
    + s:SELF;
    s ?= other;
    (s != NULL).if {
      result := Self !=# s;
    };
    result
  );
  
  - print <- deferred;
  
Section LIP_CONSTANT
  
  - my_copy other:SELF :LIP_CONSTANT <- NULL;
  
  - Self:SELF '|#'  other:SELF :LIP_CONSTANT <- NULL;
  
  - Self:SELF '&#'  other:SELF :LIP_CONSTANT <- NULL;  
  
  - Self:SELF '+#'  other:SELF :LIP_CONSTANT <- NULL;
  
  - Self:SELF '-#'  other:SELF :LIP_CONSTANT <- NULL;  
  
  - Self:SELF '>#'  other:SELF :LIP_CONSTANT <- NULL;

  - Self:SELF '<#'  other:SELF :LIP_CONSTANT <- NULL;
  
  - Self:SELF '=#'  other:SELF :LIP_CONSTANT <- NULL;
  
  - Self:SELF '>=#' other:SELF :LIP_CONSTANT <- NULL;
  
  - Self:SELF '<=#' other:SELF :LIP_CONSTANT <- NULL;
  
  - Self:SELF '!=#' other:SELF :LIP_CONSTANT <- NULL;

lisaac_0.39_rc1/src/lip/lip_if.li0000644000175000017500000000575511314031247016607 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_IF;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_code:Expanded LIP_CODE;

Section Public
  
  + condition:LIP_CODE;
  
  + then:FAST_ARRAY(LIP_CODE);
  
  + else:FAST_ARRAY(LIP_CODE);
  
  //
  // Creation.
  //

  - create p:POSITION if rec:LIP_CODE then the:FAST_ARRAY(LIP_CODE) 
  else els:FAST_ARRAY(LIP_CODE) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p if rec then the else els;
    result
  );

  - make p:POSITION if rec:LIP_CODE then the:FAST_ARRAY(LIP_CODE) 
  else els:FAST_ARRAY(LIP_CODE) <-
  ( 
    position := p;
    condition := rec;
    then := the;
    else := els;
    (then.last != NULL).if {
      warning_error (then.last.position,"Unreachable expression.");
    };
    ((else != NULL) && {else.last != NULL}).if {
      warning_error (else.last.position,"Unreachable expression.");
    };
  );
  
  //
  // Run.
  //
  
  - run <-
  ( + val:LIP_BOOLEAN;
    
    val ?= condition.run_expr;
    (val = NULL).if {
      semantic_error (position,"BOOLEAN needed.");
    };
    (val.value).if {
      (then.lower).to (then.upper-1) do { i:INTEGER;
        then.item i.run;
      };      
    }.elseif {else != NULL} then {
      (else.lower).to (else.upper-1) do { i:INTEGER;
        else.item i.run;
      };
    };
    val.free;
  );
lisaac_0.39_rc1/src/lip/lip_list.li0000644000175000017500000000510611314031247017152 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_LIST;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_code:Expanded LIP_CODE;

Section Public
  
  + list:FAST_ARRAY(LIP_CODE);
  
  //
  // Creation.
  //

  - create p:POSITION with v:FAST_ARRAY(LIP_CODE) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p with v;
    result
  );

  - make p:POSITION with v:FAST_ARRAY(LIP_CODE) <-
  ( 
    position := p;
    list := v;
  );
  
  //
  // Run.
  //
  
  - run <-
  (
    run_intern;
    (list.last != NULL).if {
      semantic_error (position,"Incorrect expression.");
    };
  );
  
  - run_expr:LIP_CONSTANT <-
  (     
    run_intern;
    (list.last = NULL).if {
      semantic_error (position,"Unreachable expression.");
    };
    list.last.run_expr
  );
  
Section Private
  
  - run_intern <-
  (
    (list.lower).to (list.upper-1) do { i:INTEGER;
      list.item i.run;
    };
  );lisaac_0.39_rc1/src/lip/lip_slot_code.li0000644000175000017500000000767011314031247020162 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_SLOT_CODE;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  - parent_lip_code:Expanded LIP_CODE;

Section Public
  
  + section:STRING_CONSTANT;
  
  + name:STRING_CONSTANT;
  
  + argument:LIP_SLOT_DATA;
    
  + code:LIP_CODE;
  
  + comment:STRING_CONSTANT;
  
  // + comment_chapter:STRING_CONSTANT;
  
  - set_comment c:STRING_CONSTANT <-
  (
    comment := c;
  );
  
  /*
  - set_comment_chapter cmt:STRING_CONSTANT <-
  (
    comment_chapter := cmt;
  );
  */
  
  //
  // Creation.
  //

  - create p:POSITION section sec:STRING_CONSTANT 
  name n:STRING_CONSTANT 
  argument arg:LIP_SLOT_DATA
  code c:LIP_CODE :LIP_SLOT_CODE <-
  ( + result:LIP_SLOT_CODE;
    
    result := get_method n;
    (result != NULL).if {
      ((arg = NULL) ^ (result.argument = NULL)).if {
        semantic_error (result.position,"Incorrect redefinition.");
      };      
    } else {    
      result := clone;
      result.make p section sec name n argument arg code c;      
    };
    result
  );

  - make p:POSITION section sec:STRING_CONSTANT 
  name n:STRING_CONSTANT 
  argument arg:LIP_SLOT_DATA 
  code c:LIP_CODE <-
  ( 
    position := p;
    section := sec;
    name := n;
    argument := arg;    
    code := c;        
    list_method.add_last Self;
  );
  
  //
  // Operation.
  //
  
  - run_with val:LIP_CONSTANT :BOOLEAN <-
  ( + result:BOOLEAN;
    
    result := ! ((val = NULL) ^ (argument = NULL));
    (result).if {      
      (argument != NULL).if {
        ? { val != NULL };
        result := argument.set_value val;                
        stack.add_last argument;          
      } else {
        stack.add_last NULL;
      };
      (result).if {        
        code.run;
      };
      stack.remove_last;
    };
    result
  );
  
  //
  // Print.
  //
  
  - print <-
  (
    "  -".print;
    name.print;
    (argument != NULL).if {
      " <".print;
      argument.print;
      ">".print;
    };
    ":\n".print;
    (comment != NULL).if {      
      '\t'.print;
      (comment.lower).to (comment.upper) do { i:INTEGER;
        comment.item i.print;
        ((comment.item i = '\n') && {i < comment.upper}).if {
          '\t'.print;
        };
      };
    } else {
      "\t Sorry, no comment (see `make.lip').\n".print;
    };
  );
  
lisaac_0.39_rc1/src/lip/lip_binary.li0000644000175000017500000000610711314031247017465 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := LIP_BINARY;

  - copyright := "2003-2008 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_lip_code:Expanded LIP_CODE;

Section Public
  
  + left:LIP_CODE;
  
  + right:LIP_CODE;
  
  + operator:CHARACTER;
  
  //
  // Creation.
  //

  - create p:POSITION with l:LIP_CODE operator op:CHARACTER and r:LIP_CODE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p with l operator op and r;
    result
  );

  - make p:POSITION  with l:LIP_CODE operator op:CHARACTER and r:LIP_CODE<-
  ( 
    position := p;
    left := l;
    right := r;
    operator := op;
  );
  
  //
  // Run.
  //
  
  - run_expr:LIP_CONSTANT <-
  ( + result:LIP_CONSTANT;
    + lv,rv:LIP_CONSTANT;
    
    lv := left.run_expr;
    rv := right.run_expr;    
    (operator)
    .when '|' then { result := lv |   rv; }
    .when '&' then { result := lv &   rv; }
    .when '=' then { result := lv ~=  rv; }
    .when 'E' then { result := lv !~= rv; }
    .when '>' then { result := lv >   rv; }
    .when '<' then { result := lv <   rv; }
    .when 'S' then { result := lv >=  rv; }
    .when 'I' then { result := lv <=  rv; }
    .when '+' then { result := lv +   rv; }
    .when '-' then { result := lv -   rv; };
    (result = NULL).if {
      operator.print; '\n'.print;
      lv.print; '\n'.print;
      rv.print; '\n'.print;
      semantic_error (position,"Incorrect type operator.");      
    };
    result    
  );
lisaac_0.39_rc1/src/compiler_any/0000755000175000017500000000000011314031247016700 5ustar  sonntagsonntaglisaac_0.39_rc1/src/compiler_any/any_option.li0000644000175000017500000000402211314031247021403 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ANY_OPTION;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Option for compiler (see shorter)";
  
Section Inherit
 
  - parent_object:OBJECT := OBJECT;
  
Section Public
    
  - is_shorter :BOOLEAN := FALSE;
  
  - is_shorter2:BOOLEAN := FALSE;
  
  //
  // Option du Shorter.
  // 
  
  - is_short_private:BOOLEAN;
  - is_short_code:BOOLEAN;
  
lisaac_0.39_rc1/src/profil.li0000644000175000017500000004577611314031247016063 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PROFIL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Method with costumization";
  
Section Inherit
  
  + parent_any:Expanded ANY; 
  
Section PROFIL_LIST

  + life_index:INTEGER;
  
  - set_life_index idx:INTEGER <-
  (
    life_index := idx;
  );
  
Section Public
  
  - propagation_external <-
  (
    (external_present).if_false {
      external_present := TRUE;
      (set_back.lower).to (set_back.upper) do { j:INTEGER;
        set_back.item j.propagation_external;
      };
    };
  );
  
Section Public
  
  //  
  // Graph info.
  //
  
  - hash_code:INTEGER <- name.hash_code;
  
  + external_present:BOOLEAN;
    
  + set_call:HASHED_DICTIONARY(INTEGER,PROFIL);
  
  + set_back:HASHED_SET(PROFIL);
  
  - add_call p:PROFIL <-
  ( + cnt:INTEGER;    
    (set_call.fast_has p).if {      
      cnt := set_call.fast_at p;
      cnt := cnt + 1;
    } else {
      cnt := 1;
    };    
    set_call.fast_put cnt to p;
    p.set_back.fast_add Self;        
  );
  
  - alloc_profil_main <-
  (
    set_call := HASHED_DICTIONARY(INTEGER,PROFIL).create;
    set_back := HASHED_SET(PROFIL).create;
    name := "main";    
  );
  
  - set_external_present b:BOOLEAN <-
  (
    external_present := b;
  );
  
  - genere_graph out:STRING <-
  ( + key:PROFIL;
    + cnt:INTEGER;
    + is_force:BOOLEAN;
    + j:INTEGER;
    
    (external_present).if {
      j := set_call.lower;
      {(j <= set_call.upper) && {! is_force}}.while_do {
        is_force := ! set_call.key j.external_present;
        j := j + 1;
      };
    } else {
      is_force := TRUE;
    };
    (is_force).if {
      (set_call.lower).to (set_call.upper) do { j:INTEGER;        
        key := set_call.key j;
        cnt := set_call.item j;
        output_code.append name;
        output_code.append " -> ";
        output_code.append (key.name);
        (cnt > 1).if {
          output_code.append "[label=\"";
          cnt.append_in output_code;
          output_code.append "\"]";
        };      
        output_code.append ";\n";
      };
      (external_present).if {      
        out.append name;
        out.append " [color=red];\n";
      };
    };
  );
  
  //
  //
  //
    
  - slot:SLOT <- deferred;

  - is_interrupt:BOOLEAN;
  
  - is_external:BOOLEAN;
  
  + type_self:TYPE_FULL; 
    
  + argument_list:FAST_ARRAY(LOCAL);  
  
  + result_list:Expanded SLIM_ARRAY(LOCAL);
  
  + code:LIST;
  + context:LOCAL;
  
  + count_intern_call:INTEGER;
  
  + link_count:INTEGER;
  + cop_link_count:INTEGER;
  
  + name:STRING_CONSTANT;
    
  - is_context_sensitive:BOOLEAN <- deferred;
    
  + stat:INTEGER_8 := -1;
  // 00 : No recursive, No inlinable.
  // 01 : No recursive, Inlinable.
  // 10 : Recusive,     No tail.
  // 11 : Recusive,     Tail
  
  - reset_recursive <-
  (
    stat := -1;
    count_intern_call := 0;
  );
  
  - recursivity_bit:INTEGER_8 := 10b;
  - tail_bit:INTEGER_8        := 01b;
  - inlining_bit:INTEGER_8    := 01b;
  
  - is_tail_recursive:BOOLEAN     <- stat = 11b;
  - is_not_tail_recursive:BOOLEAN <- stat = 10b;
  - is_inlinable:BOOLEAN          <- stat = 01b;
  - is_recursive:BOOLEAN          <- (stat & recursivity_bit) != 0;

  //
  
  - mode_recursive:BOOLEAN;
  
  - set_mode_recursive b:BOOLEAN <-
  (
    mode_recursive := b;
  );
    
  - set_life <-
  (     
    PROFIL_LIST.set_life Self;
    (mode_recursive).if {      
      execute_recursive;      
    };
  );

  - link call:CALL_SLOT <-
  ( 
    (call.cop_argument != NULL).if {
      cop_link_count := cop_link_count + 1;
    } else {
      link_count := link_count + 1;
    };
  );
  
  - unlink call:CALL_SLOT <-
  (
    (call.cop_argument != NULL).if {
      cop_link_count := cop_link_count - 1;
      ? {cop_link_count >= 0};
    } else {
      link_count := link_count - 1;    
      ? {link_count >= 0};
    };        
  );

  - write_argument args:FAST_ARRAY(EXPR) :FAST_ARRAY(WRITE) <-
  ( + loc:LOCAL;
    + val:EXPR;
    + wrt:WRITE;
    + result:FAST_ARRAY(WRITE);
    
    (args.count != argument_list.count).if {
      semantic_error (args.last.position,"Incorrect vector size.");
    };
    
    result := FAST_ARRAY(WRITE).create_with_capacity (argument_list.count);
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
      loc := argument_list.item j;
      val := args.item j;
      (loc != NULL).if {	
	wrt := loc.write (val.position) value val;
	result.add_last wrt;
      } else {	
	result.add_last NULL;
	val.remove;
      };
    };
    result
  );
  
  //
  // Comparaison.
  //
  
  - compatibility_with other:PROFIL <-
  ( + n1,n2:INTEGER;
    (argument_list.count != other.argument_list.count).if {
      POSITION.put_error semantic text "Incorrect vector size argument.";
      code.position.put_position;
      other.code.position.put_position;
      POSITION.send_error;
    };
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
      (argument_list.item j.type != other.argument_list.item j.type).if {
	POSITION.put_error semantic text "Incorrect invariant type argument.";
	argument_list.item j.position.put_position;
	other.argument_list.item j.position.put_position;
	POSITION.send_error;
      };
    };
    (result_list.count != other.result_list.count).if {
      POSITION.put_error semantic text "Incorrect vector size result.";
      code.position.put_position;
      other.code.position.put_position;
      POSITION.send_error;
    };
    (result_list.lower).to (result_list.upper) do { j:INTEGER;
      (result_list.item j.type != other.result_list.item j.type).if {
        POSITION.put_error semantic text "Incorrect invariant type result.";
        result_list.item j.position.put_position;
        other.result_list.item j.position.put_position;
        POSITION.send_error;
      };
    };
  );
  
  - lookup n:STRING_CONSTANT :LOCAL <-
  ( + j:INTEGER;
    + result:LOCAL;
    
    j := argument_list.lower;
    {(j > argument_list.upper) || {argument_list.item j.name = n}}.until_do {      
      j := j + 1;
    };
    (j <= argument_list.upper).if {
      result := argument_list.item j;
    } else {
      j := result_list.lower;
      {(j > result_list.upper) || {result_list.item j.name = n}}.until_do {      
        j := j + 1;
      };
      (j <= result_list.upper).if {
        result := result_list.item j;
      };
    };
        
    result
  );
  
  //
  // Execute.
  //
  
  - remove_inline <-
  (    
    PROFIL_LIST.remove Self;    
  );
  
  - remove <-
  ( 
    code.remove;    
  );
  
  - search_and_convert_tail_recursive <-
  ( + switch:SWITCH;
    + msg:CALL_SLOT;
    + lst:LIST;
    + count_recur:INTEGER;
            
    (
      (! mode_recursive)      &&
      {is_not_tail_recursive} &&       
      {! code.is_empty} && 
      {result_list.is_empty}
    ).if {                      
      switch ?= code.last;            
      (switch != NULL).if {	                
	// Verification cases:
	(switch.list.lower).to (switch.list.upper) do { j:INTEGER;
	  lst := switch.list.item j.code;
	  (lst.is_empty).if_false {
	    msg ?= lst.last;
	    ((msg != NULL) && {msg.profil = Self}).if {	      	      
	      count_recur := count_recur + 1;
	    };
	  };
	};
	(count_recur = switch.list.count).if {
	  semantic_error (slot.position,"Recursivity without end.");
        };        	
        ((count_intern_call - 1) = count_recur).if {
          ((link_count = count_intern_call) || {! is_context_sensitive}).if {
            new_execute_pass;              
            stat := 0; 
            convert_tail_recursive;
          };
        };
      };
    };
  );
  
  - i_am_the_last i:INSTR :BOOLEAN <-
  (
    code.i_am_the_last i
  );
  
  - execute_recursive <-
  ( + old_list_current:LIST;    
    + old_profil_current:PROFIL;
    
    (stat = -1).if {
      count_intern_call := count_intern_call + 1;            
      (count_intern_call = 1).if {	  	  
        old_list_current   := list_current;
        old_profil_current := profil_current;
        //
        profil_current := Self;
	execute 3;
	//	
        list_current   := old_list_current;
        profil_current := old_profil_current;
	? {code != NULL};      
	(count_intern_call = 1).if {	  
          stat := 0;
	} else {
          stat := recursivity_bit;          
        };	              
      };
    };
  );
  
  - execute inline_lev:INTEGER <-
  ( + old_seq_inline:UINTEGER_32;
        
    list_current  := NULL;
    old_seq_inline := seq_inline;
    
    CALL_SLOT.reset_count_context_sensitive;  
    
    seq_call_and_loop := seq_call_and_loop + 1;
    
    search_and_convert_tail_recursive;    
    
    code ?= code.execute; 
    /* BSBS: Nettoyer les result ...
    (result_list.lower).to (result_list.upper) do { i:INTEGER;
      (result_list.item i.intern_name == "Result_2__5MPI").if {
        result_list.item i.ensure_count.print; '\n'.print;
      };
      (result_list.item i.ensure_count = 0).if {       
        result_list.put NULL to i;
      };
    };
    */
    LOCAL_SEQ.clear;
    
    seq_call_and_loop := seq_call_and_loop + 1;
        
    (
      (
        (
          (CALL_SLOT.count_context_sensitive = 0) && 
          {! mode_recursive} &&
          {stat = 0} &&
          {is_context_sensitive || {(seq_inline - old_seq_inline) < inline_lev}} 
        ) || {link_count = 1}
      ) &&
      {! is_interrupt} && {! is_external} // &&
      //{(cop_argument = NULL) || {! result_list.is_empty}}
    ).if {
      stat := stat | inlining_bit;      
    };
    (
      (is_external) && 
      {argument_list.first != NULL} && 
      {argument_list.first.ensure_count = 0}
    ).if {
      argument_list.put NULL to 0;
    };
  );
  
  //
  // Genere.
  //
  
  - is_static:BOOLEAN <- deferred;
  
  - genere_handler buffer:STRING <-
  (
    (link_count != 0).if {
      genere_handler_intern buffer;
      buffer.append ";\n"; 
    };
    ((cop_link_count != 0) && {result_list.count = 0}).if {
      genere_handler_cop buffer;
      buffer.append ";\n"; 
    };
  );
  
  - genere_handler_intern buffer:STRING <-
  ( + ts:TYPE_FULL;    
    + v:LOCAL;
    
    (is_static).if {
      buffer.append "static ";
    };        
    
    // Result.    
    (result_list.is_empty).if {
      buffer.append "void ";
    } else {      
      ts := result_list.first.type;            
      ts.genere_declaration buffer;
      ts.genere_star_declaration buffer;
      buffer.add_last ' ';
    };
    
    // Name.
    buffer.append name;
    buffer.add_last '(';
    
    // Arguments.    
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
      v := argument_list.item j;
      (v != NULL).if {
        ? {(v.style = ' ') || {v.style = '!'}};        
        genere v result FALSE in buffer;	
        buffer.add_last ',';
      };
    };    
    
    // Results.      
    (result_list.lower + 1).to (result_list.upper) do { j:INTEGER;
      v := result_list.item j;
      v.set_result TRUE;
      genere v result TRUE in buffer;
      buffer.add_last ',';
    };
    (buffer.last = ',').if {
      buffer.remove_last 1;
    };
    buffer.add_last ')';
  );
  
  - genere_handler_cop buffer:STRING <-
  (
    buffer.append "lith_object *COP_";
    buffer.append name;
    buffer.append "(lith_object *obj,pthread_mutex_t *mutex)";
  );
  
  - genere buffer:STRING <-
  ( + loc:LOCAL;
    + t,ts:TYPE_FULL;
    + v:LOCAL;
    + np:INTEGER;
    + low:INTEGER;
    + idf:STRING_CONSTANT;
    
    ((stat & recursivity_bit) != 0).if {
      counter_recursivity_function := counter_recursivity_function + 1;
    };
    counter_function := counter_function + 1;
    //
    profil_current := Self;
    ((link_count != 0) || {result_list.count != 0}).if {
      ((cop_link_count != 0) && {result_list.count = 0}).if {
        // COP link.
        not_yet_implemented;
        buffer.add_last '\n';
        genere_handler_cop buffer;
        buffer.append "\n{ ";
        
        buffer.append " self;\n\
        \  self = ";
        buffer.append "ptr;\n\
        \  pthread_mutex_lock (&(self->mutex));\n\
        \  pthread_setspecific(current_thread,self);\n  ";
        buffer.append name;
        buffer.append "(self);\n";        
        buffer.append "  pthread_mutex_unlock (&(self->mutex));\n\
        \  return(NULL);\n\
        \};\n";
      };
      // Version normal.
      buffer.add_last '\n';
      genere_handler_intern buffer;      
      buffer.add_last '\n';
      add_comment buffer;
      //
      buffer.append "{\n";
      indent.append "  ";
      code.genere_extern buffer;    
      (result_list.is_empty).if_false {
        loc := result_list.first;
        buffer.append indent;      
        buffer.append "return(";          
        t := loc.type;
        (
          (t.is_expanded) && 
          {! t.is_expanded_ref} && 
          {! t.is_expanded_c}
        ).if {
          buffer.add_last '&';
        };	
        (loc.my_alias = NULL).if {
          idf := loc.intern_name;
        } else {
          idf := loc.my_alias.intern_name;
        };
        buffer.append idf;
        buffer.append ");\n";    
      };
      // End.
      indent.remove_last 2;    
      buffer.append indent;
      buffer.append "}\n";    
    } else {    
      // COP direct.
      buffer.add_last '\n';
      genere_handler_cop buffer;      
      buffer.add_last '\n';
      add_comment buffer;
      //
      buffer.append "{\n";
      indent.append "  ";
      (argument_list.count > 0).if {
        buffer.append indent;
        v := argument_list.first;
        ((v != NULL) && {v.name = ALIAS_STR.variable_self}).if {
          genere v result FALSE in buffer;	
          buffer.add_last '=';
          put_cast_self buffer;
          buffer.append "obj;\n";      
          low := 1;
        };        
      };
      (argument_list.count-low > 0).if {        
        (low).to (argument_list.upper) do { j:INTEGER;
          v := argument_list.item j;
          (v != NULL).if {
            buffer.append indent;
            genere v result FALSE in buffer;	
            buffer.append "=(";
            ts := v.type;
            ts.genere_declaration buffer;
            buffer.add_last ' ';
            ts.genere_star_declaration buffer;	
            buffer.append ")((";
            put_cast_self buffer;
            buffer.append "obj)->param_";
            np.append_in buffer;
            buffer.append ");\n";
            np := np + 1;
          };
        };
        type_self.raw.set_param np;        
      };         
      buffer.append "  pthread_mutex_unlock(&obj->mutex);\n";
      buffer.append "  pthread_mutex_lock(mutex);\n";      
      //
      name.print; '\n'.print;
      
      code.genere_extern buffer;    
      //
      buffer.append "  return NULL;\n}\n";
      indent.remove_last 2;
    };    
  );
  
  //
  // Display.
  //
    
  - display buffer:STRING <-
  (    
    buffer.append (slot.name);
    append_type buffer;
  );    
  
  - display_all buffer:STRING <-
  (
    display buffer;
    code.display buffer;
    buffer.append "\n---------------------\n";
  );
  
Section Private  
  
  - put_cast_self buffer:STRING <-
  (
    buffer.add_last '(';
    type_self.genere_declaration buffer;	
    buffer.add_last ' ';
    type_self.genere_star_declaration buffer;
    buffer.add_last ')';
  );
  
  - add_comment buffer:STRING <-
  (
    buffer.append "/* ";
    append_type buffer;
    ((stat & 10b) = 0).if {
      buffer.append "No recursive, ";
    } else {
      buffer.append "Recursive, ";
    };
    ((stat & 01b) = 0).if {
      buffer.append "No inlinable.";
    } else {
      buffer.append "Inlinable.";
    };
    (is_context_sensitive).if {
      buffer.append " CONTEXT!";
    } else {
      buffer.append " NO CONTEXT!";
    };
    buffer.append " */\n";
  );
  
  - append_type buffer:STRING <-
  ( + v:VARIABLE;
    
    buffer.add_last '(';
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
      v := argument_list.item j;
      (v != NULL).if {
        v.type.display buffer;
	v.display_type buffer;
	buffer.add_last ',';
      };
    };
    (buffer.last = ',').if {
      buffer.remove_last 1;
    };
    buffer.add_last ')';
    (result_list.is_empty).if {
      buffer.append " Void ";
    } else {
      buffer.append " With result ";      
    };
  );
  
  - genere v:LOCAL result is_res:BOOLEAN in buffer:STRING <-
  ( + ts:TYPE_FULL;
    
    ts := v.type;
    
    ts.genere_declaration buffer;
    buffer.add_last ' ';
    ts.genere_star_declaration buffer;	
    (is_res).if {
      buffer.add_last '*';
    };
    buffer.append (v.intern_name);
  );
  
Section PROFIL, LISAAC
  
  - counter_function:INTEGER;
  - counter_recursivity_function:INTEGER;
  
Section Private
  
  - convert_tail_recursive <-
  ( + switch:SWITCH;
    + msg_slot:CALL_SLOT;    
    + body:LIST;     
    + loop:LOOP;
    + push:PUSH;
    + new_code:LIST;
        
    new_code := LIST.create (code.position);        
    (debug_level_option != 0).if {      
      push ?= code.first;
      new_code.add_last (push.my_copy);      
      push.set_first FALSE;
    };
            
    loop := LOOP.create position name name body code;
    new_code.add_last loop;
        
    // Extract Switch/body:
    switch ?= code.last;
    (switch.list.lower).to (switch.list.upper) do { k:INTEGER;
      body := switch.list.item k.code;
      (body.is_empty).if_false {	
	msg_slot ?= body.last;
        ((msg_slot != NULL) && {msg_slot.profil = Self}).if {	  	  
          link_count := link_count - 1;          
	  msg_slot.argument_to_assignment body index (body.upper) alias FALSE style '!';
	  body.put (LOOP_END.create (msg_slot.position) loop loop) to (body.upper);
	};	
      };
    };
    count_intern_call := 1;
    code := new_code;    
  );
lisaac_0.39_rc1/src/make.lip0000644000175000017500000000561411314031247015650 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                            Lisaac Compiler                                //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Inherit
  
  + parent:STRING;

Section Private
  
  + is_valid:BOOLEAN;
  
  - src_path <-
  ( 
    path "./";
    path "tools/";
    path "type/";
    path "item/";
    path "constant/";
    path "variable/";
    path "external/";
    path "external/logic/";
    path "external/arithmetic/";
    path "external/comparison/";
    path "dispatcher/";
    path "code_life/";    
    path "lip/";    
  );
  
  - compiler_path <-
  (
    src_path;    
    input_file := "lisaac";
    path "compiler_any/";
  );
    
  - shorter_path <-
  (
    src_path;    
    input_file := "shorter";
    path "shorter_any/";
  );
    
  //
  // Execute function.
  //
  
  - front_end <-
  (    
    general_front_end;        
    ((input_file = "") | (input_file = "lisaac")).if {    
      compiler_path;
      (is_valid).if {
        boost;
      };
    };                 
  );
  
  - back_end <-
  (
    general_back_end;
    (is_valid).if {
      execute "cp lisaac.c ../bin/.";
      execute "cp lisaac ../bin/.";
    };    
  );
  
Section Public
  
  - compiler <-
  // Compile the Lisaac compiler.
  (
    compiler_path;
  );
  
  - shorter <-
  // Compile the shorter.
  (
    shorter_path;
  );
  
  - valid <-
  // Compile the Lisaac compiler with `-boost' option and 
  // update your `/bin' compiler version.
  (
    is_valid := TRUE;    
  );
  
  lisaac_0.39_rc1/src/type/0000755000175000017500000000000011314031324015174 5ustar  sonntagsonntaglisaac_0.39_rc1/src/type/type_generic.li0000644000175000017500000002247111314031247020211 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TYPE_GENERIC;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Type generic";
  
Section Inherit
  
  + parent_type:Expanded TYPE;
    
Section Private  
  
  // BSBS: Vu que les ITM_TYPE sont aliaser, il n'est pas necessary d'aliaser les TYPE !
  // Mais attention au pb des TYPE_GENERIC et de leur alias de slot_run...
  
  - dicog_type:HASHED_DICTIONARY(TYPE_GENERIC,STRING_CONSTANT) := 
  HASHED_DICTIONARY(TYPE_GENERIC,STRING_CONSTANT).create;
    
Section Public
  
  + name:STRING_CONSTANT;
  
  + key:STRING_CONSTANT;
  
  + generic_list:FAST_ARRAY(TYPE_FULL);  
  
  - parameter_to_type p:ITM_TYPE_PARAMETER :TYPE_FULL <-
  ( + idx:INTEGER;
    + tab:FAST_ARRAY(ITM_TYPE_PARAMETER);
    + result:TYPE_FULL;
        
    tab := prototype.idf_generic_list;
    idx := tab.fast_first_index_of p;
    (idx <= tab.upper).if {
      result := generic_list.item idx;
    };
    result
  );
  
  //
  // Detect Alias.
  //  
  
  - detect_alias <-
  (
    (dicog_type.lower).to (dicog_type.upper) do { j:INTEGER;
      dicog_type.item j.detect_alias_struct;
    };      
  );

  
  //
  // Import / Export
  //
    
  - is_export_to t:TYPE_FULL :BOOLEAN <-
  (         
    is_cast t with (ALIAS_STR.slot_to) on export_list and (prototype.import_list)
  );

  - is_import_to t:TYPE_FULL :BOOLEAN <-
  (         
    is_cast t with (ALIAS_STR.slot_from) on import_list and (prototype.import_list)
  );
  
Section Private
  
  + export_list:FAST_ARRAY(TYPE_FULL);
  + import_list:FAST_ARRAY(TYPE_FULL);
  
  - is_cast t:TYPE_FULL with msg:STRING_CONSTANT 
  on  lst:FAST_ARRAY(TYPE_FULL) 
  and lstp:FAST_ARRAY(ITM_TYPE_MONO) :BOOLEAN <-
  ( + result:BOOLEAN; 
    + j:INTEGER;
            
    (lst != NULL).if {
      j := lst.fast_first_index_of t;      
      (j <= lst.upper).if {
	result := TRUE;
	last_cast_name.copy msg;
	lstp.item j.append_cast_name_in last_cast_name;	
      };      
    };
    result      
  );
  
Section Public
  
  //
  // Get
  //
  
  - get itm_typ:ITM_TYPE_SIMPLE :TYPE_FULL <-  
  (
    crash_with_message "`get' in TYPE_GENERIC !";
    NULL
  );
  
  - get (path:STRING_CONSTANT,itm_typ:ITM_TYPE_SIMPLE) with gen:FAST_ARRAY(TYPE_FULL) :TYPE_FULL <-
  ( + base:TYPE_GENERIC;    
    + result,t:TYPE_FULL;
    + styl,k:STRING_CONSTANT;
    + proto:PROTOTYPE;
    
    proto := load_prototype (path,itm_typ.name) generic_count (gen.count);    
    string_tmp.copy (proto.filename);    
    (gen.lower).to (gen.upper) do { j:INTEGER;
      string_tmp.add_last ' ';
      t := gen.item j;
      (t.flag & 1111b).append_in string_tmp;
      string_tmp.append (t.raw.key);  // BSBS: transformer la key par un numero de fichier...
      // BSBS: parce que la, tu as des key immense ! (prends l'index de file_list)
    };
    k := ALIAS_STR.get string_tmp;
    //
    base := dicog_type.fast_reference_at k;
    (base = NULL).if {      
      base := TYPE_GENERIC.clone;
      dicog_type.fast_put base to k;
      base.make itm_typ with proto generic gen key k;
    };
    //            
    styl := itm_typ.style;
    (styl = NULL).if {           
      result := base.default;
    } else {
      (styl = ALIAS_STR.keyword_expanded).if {	
	result := base.default + TYPE_FULL.expanded_bit;	
      } else {	
	result := base.default + TYPE_FULL.strict_bit;
      };
    };    
    result
  );

  //
  // Life Type for collection (see PUT_TO and ITEM)
  // BSBS: A revoir : il n'y a que NATIVE_ARRAY qui a besoin de ca,
  // il faudrai plutot stocker ca ailleurs... ou? chépa!
  //
  
  + put_to_list:FAST_ARRAY(PUT_TO);
  
  - add_put_to n:PUT_TO <-
  (    
    (put_to_list = NULL).if {
      put_to_list := FAST_ARRAY(PUT_TO).create_with_capacity 16;
    };
    put_to_list.add_last n;
  );
  
  - remove_put_to n:PUT_TO <-
  ( + idx:INTEGER;
    
    idx := put_to_list.fast_first_index_of n;    
    put_to_list.swap idx with (put_to_list.upper);
    put_to_list.remove_last;
  );
  
  + recursive_test:BOOLEAN;
  
  + old_type:TYPES;
  
  - get_type t:TYPES_TMP <-
  ( + typ:TYPE_FULL;
    + tmp_type:TYPES_TMP;
                
    typ := generic_list.first;
    (typ.is_expanded && {typ.raw != type_boolean}).if {    
      t.add (typ.raw);
    } else {      
      (put_to_list != NULL).if {
	(! recursive_test).if { 
	  recursive_test := TRUE;
	  tmp_type := TYPES_TMP.new;
	  (put_to_list.lower).to (put_to_list.upper) do { j:INTEGER;
	    put_to_list.item j.value.get_type tmp_type;
	  };	  
	  old_type := tmp_type.update old_type;
	  recursive_test := FALSE;
	};
	t.union old_type;
      };
    };
  );
  
  //
  // Declaration generation.
  //
  
  - put_reference_declaration buffer:STRING <-
  (    
    (prototype.name = ALIAS_STR.prototype_native_array).if {      
      generic_list.first.genere_declaration buffer;
    }.elseif {prototype.name = ALIAS_STR.prototype_native_array_volatile} then {
      buffer.append "volatile ";
      generic_list.first.genere_declaration buffer;
    } else {
      parent_type.put_reference_declaration buffer;
    };
  );
  
  - put_reference_star_declaration buffer:STRING <-
  (     
    (
      (prototype.name = ALIAS_STR.prototype_native_array) ||
      {prototype.name = ALIAS_STR.prototype_native_array_volatile}
    ).if {      
      (is_java).if {
        buffer.append "[]";
      } else {
        buffer.add_last '*';
      };
      generic_list.first.genere_star_declaration buffer;
    } else {
      parent_type.put_reference_star_declaration buffer;
    };
  );
       
Section Public  
  
  - make itm_typ:ITM_TYPE_SIMPLE <-
  (
    crash_with_message "TYPE_GENERIC.make";
  );

  - make itm_typ:ITM_TYPE_SIMPLE with proto:PROTOTYPE 
  generic gen:FAST_ARRAY(TYPE_FULL) key k:STRING_CONSTANT <-
  ( + mask_bit:UINTEGER_8;    
    
    index        := index_count;
    index_count  := index_count + 1;
    //
    string_tmp.copy (itm_typ.name);
    string_tmp.add_last '(';    
    (gen.lower).to (gen.upper - 1) do { j:INTEGER;      
      gen.item j.append_name_in string_tmp;
      string_tmp.add_last ',';
    };    
    gen.last.append_name_in string_tmp;
    string_tmp.add_last ')';            
    name := ALIAS_STR.get string_tmp;
    key := k;
    generic_list := gen;
    string_tmp.copy name;
    string_tmp.replace_all ',' with 'x';
    string_tmp.replace_all '(' with 'o';
    string_tmp.replace_all ')' with 'o';
    string_tmp.replace_all ' ' with '_';
    string_tmp.replace_all '.' with '_';
    intern_name := ALIAS_STR.get_intern string_tmp;
    //
    prototype   := proto;
    itm_type    := itm_typ;    
    slot_run    := FAST_ARRAY(SLOT).create_with_capacity 10; // BSBS: A voir.    
    (prototype.type_style = ALIAS_STR.keyword_expanded).if {
      // Expanded.
      mask_bit := TYPE_FULL.expanded_bit | TYPE_FULL.default_expanded_bit;
    }.elseif {prototype.type_style = ALIAS_STR.keyword_strict} then {
      // Strict.
      mask_bit := TYPE_FULL.strict_bit | TYPE_FULL.default_strict_bit;
    };
    default := TYPE_FULL.create Self with mask_bit;
    prototype.init_slot_for Self;    
    //
    subtype_list := HASHED_SET(TYPE).create;
    subtype_list.fast_add TYPE_NULL;
    add_subtype Self;
    // BSBS: Size ???
    
    // Import / Export.
    (prototype.export_list != NULL).if {
      export_list := FAST_ARRAY(TYPE_FULL).create_with_capacity (prototype.export_list.count);
      (prototype.export_list.lower).to (prototype.export_list.upper) do { j:INTEGER;
        export_list.add_last (prototype.export_list.item j.to_run_for Self);
      };
    };
    (prototype.import_list != NULL).if {
      import_list := FAST_ARRAY(TYPE_FULL).create_with_capacity (prototype.import_list.count);
      (prototype.import_list.lower).to (prototype.import_list.upper) do { j:INTEGER;
        import_list.add_last (prototype.import_list.item j.to_run_for Self);
      };
    };
  );

 lisaac_0.39_rc1/src/type/type_null.li0000644000175000017500000000653211314031247017547 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TYPE_NULL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Special type NULL";
  
Section Inherit
  
  + parent_type:Expanded TYPE;
  
Section Public
  
  - name:STRING_CONSTANT <- ALIAS_STR.variable_null;
  
  - intern_name:STRING_CONSTANT <- name;
    
  //
  // Creation.
  //

  - make_null <-
  ( 
    index       := index_count;
    index_count := index_count + 1;
    dico_type.fast_put Self to name;    
    slot_run := FAST_ARRAY(SLOT).create_with_capacity 1; // BSBS: Plus utile !
    default := TYPE_FULL.create Self with 0;
  );
  
  - get_local_slot n:STRING_CONSTANT :SLOT <- NULL; 
  
  - get_path_slot n:STRING_CONSTANT :SLOT <- NULL;
  
  //
  // Error.
  //
  
  //- bug:INTEGER;
  
  - product_error p:POSITION in lst:LIST with ctext:LOCAL <-
  (     
    (debug_level_option != 0).if {      
      lst.add_last (
	PUSH.create p context ctext first FALSE
      );      
    };    
    lst.add_last CALL_NULL;        
  );
  
Section Public
  
  //
  // Import / Export
  //
    
  - is_export_to t:TYPE_FULL :BOOLEAN <- FALSE;

  - is_import_to t:TYPE_FULL :BOOLEAN <- FALSE;
  
  //
  //
  //
  
  - is_sub_type other:TYPE :BOOLEAN <- TRUE;  
  
  - genere_typedef <-
  (
  );
  
  - genere_struct <-
  (
    (is_java).if_false {
      output_decl.append 
      "/* NULL */\n\
      \#ifndef NULL\n\
      \#define NULL ((void *)0)\n\
      \#endif\n\n";
    };
  );
  
  //
  // Code source generation.
  //
  
  - put_id buffer:STRING <- 
  (
    put_value buffer;
  );
  
  - put_access_id e:EXPR in buffer:STRING <- e.genere buffer;   
  
  - put_value buffer:STRING <- 
  ( 
    (is_java).if {
      buffer.append "null";
    } else {
      buffer.append name;
    };
  );
  lisaac_0.39_rc1/src/type/type_block.li0000644000175000017500000001504511314031247017666 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := TYPE_BLOCK;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Virtual type for BLOCK manager";
  
Section Inherit
  
  + parent_type:Expanded TYPE;
  
Section Private   
  
  - dico:FAST_ARRAY(TYPE_BLOCK) := FAST_ARRAY(TYPE_BLOCK).create_with_capacity 2048;
  
Section TYPE_BLOCK //,PROFIL_BLOCK
    
  //
  // Creation.
  //

  - create a_list:FAST_ARRAY(TYPE_FULL) and_result r_list:FAST_ARRAY(TYPE_FULL) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make a_list and_result r_list;
    result
  );
  
  - make a_list:FAST_ARRAY(TYPE_FULL) and_result r_list:FAST_ARRAY(TYPE_FULL) <-
  ( 
    argument_list := a_list;
    result_list   := r_list;
    default := TYPE_FULL.create Self with 0; 
  );
  
Section Public

  - set_late_binding <-
  (    
    type_block.set_late_binding;
  );
  
  - intern_name:STRING_CONSTANT <- type_block.intern_name;
  
  - is_block:BOOLEAN := TRUE;

  + argument_list:FAST_ARRAY(TYPE_FULL);
  + result_list:FAST_ARRAY(TYPE_FULL);  
  
  - get_expr_for p:POSITION :EXPR <- 
  ( + result:EXPR;
    + lst:FAST_ARRAY(EXPR);
    
    (result_list.count > 1).if {
      lst := FAST_ARRAY(EXPR).create_with_capacity (result_list.count);
      (result_list.lower).to (result_list.upper) do { j:INTEGER;
        lst.add_last (result_list.item j.get_temporary_expr p);
      };
      result := EXPR_MULTIPLE.create lst;
    }.elseif {result_list.count = 1} then {      
      result := result_list.first.get_temporary_expr p;
    } else {
      result := PROTOTYPE_CST.create p type (TYPE_VOID.default);
    };
    result
  );        
  
  - get t:ITM_TYPE_BLOCK with p:PARAMETER_TO_TYPE :TYPE_FULL <-
  ( + a_list:FAST_ARRAY(TYPE_FULL);
    + r_list:FAST_ARRAY(TYPE_FULL);
        
    // Argument.    
    a_list := ALIAS_ARRAY(TYPE_FULL).new;
    (t.type_argument != NULL).if {
      t.type_argument.to_run_in a_list for p;
    };
    a_list := ALIAS_ARRAY(TYPE_FULL).alias a_list;
    // Result.
    r_list := ALIAS_ARRAY(TYPE_FULL).new;
    (t.type_result != NULL).if {      
      t.type_result.to_run_in r_list for p;
    };    
    r_list := ALIAS_ARRAY(TYPE_FULL).alias r_list;
    //    
    get_direct a_list and_result r_list.default
  );
    
  - get_direct a_list:FAST_ARRAY(TYPE_FULL) and_result r_list:FAST_ARRAY(TYPE_FULL) :TYPE_BLOCK <-
  ( + idx:INTEGER;
    + result:TYPE_BLOCK;
    
    idx := dico.lower;
    {
      (idx <= dico.upper) && {
        {dico.item idx.argument_list != a_list} ||
        {dico.item idx.result_list   != r_list}
      }
    }.while_do {
      idx := idx + 1;
    };    
    (idx <= dico.upper).if {
      result := dico.item idx;
    } else {
      result := create a_list and_result r_list;
      dico.add_last result;
    };
    result
  );
  
  - prototype:PROTOTYPE <- type_block.prototype;
  
  - get_slot n:STRING_CONSTANT :SLOT <-
  (
    type_block.get_slot n
  );
  
  - get_local_slot n:STRING_CONSTANT :SLOT <-
  (
    type_block.get_local_slot n
  );
  
  - get_path_slot n:STRING_CONSTANT :SLOT <-
  (
    type_block.get_path_slot n
  );
  
  - genere_struct <- type_block.genere_struct;
         
  //
  // Code source generation.
  //
  
  - put_id buffer:STRING <- index.append_in buffer;
  
  - put_access_id e:EXPR in buffer:STRING <- 
  (
    buffer.append "(int)";
    e.genere buffer;
  );
  
  - put_value buffer:STRING <- 
  (
    buffer.append "(void *)";
    index.append_in buffer;
  );
    
  - is_sub_type other:TYPE :BOOLEAN <-
  ( + me:TYPE_BLOCK;
    
    me ?= other;
    (me != NULL) && 
    {me.argument_list = argument_list} && 
    {me.result_list = result_list}
  );
  
  - is_sub_type_result other:TYPE_BLOCK :BOOLEAN <-
  ( + result:BOOLEAN;
    + j:INTEGER;
    (result_list = other.result_list) ||
    {
      (result_list != NULL) && 
      {other.result_list != NULL} && 
      {result_list.count = other.result_list.count} && 
      {
        result := TRUE;
        j := result_list.lower;
        {(j <= result_list.upper) && {result}}.while_do {
          result := result_list.item j.is_sub_type (other.result_list.item j);
          j := j + 1;
        };
        result
      }
    }
  );
  
  //
  // Display.
  //
  
  - append_name_in buf:STRING <-
  (
    buf.add_last '{';        
    (argument_list.is_empty).if_false {
      (argument_list.count > 1).if {
        buf.add_last '(';
        (argument_list.lower).to (argument_list.upper-1) do { j:INTEGER;
          argument_list.item j.display buf;
          buf.add_last ',';
        };    
        argument_list.last.display buf;
        buf.add_last ')';
      } else {
        argument_list.first.display buf;
      };
      buf.add_last ';';
      buf.add_last ' ';
    };        
    (result_list.is_empty).if_false {
      (result_list.lower).to (result_list.upper-1) do { j:INTEGER;
        result_list.item j.display buf;
        buf.add_last ',';
      };    
      result_list.last.display buf;      
    };
    buf.add_last '}';    
    // Debug
    buf.append "(TYPE_BLOCK)";
  );
lisaac_0.39_rc1/src/type/type_void.li0000644000175000017500000000462711314031247017541 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TYPE_VOID;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Special virtual Void type";
  
Section Inherit
  
  + parent_type:Expanded TYPE;
  
Section Public
  
  - name:STRING_CONSTANT <- ALIAS_STR.variable_void;
  
  - intern_name:STRING_CONSTANT <- name;    
  
  //
  // Creation.
  //
    
  - make_void <-
  ( 
    dico_type.fast_put Self to name;    
    default := TYPE_FULL.create Self with 0;
  );
  
  //
  // Import / Export
  //
    
  - is_export_to t:TYPE_FULL :BOOLEAN <- FALSE;

  - is_import_to t:TYPE_FULL :BOOLEAN <- FALSE;
  
  //
  // Genere.
  //

  - genere_typedef <-
  (
    // Nothing.
  );
  
  - genere_struct <-
  (
    // Nothing.
  );
  
Section Public
  
  - is_sub_type other:TYPE :BOOLEAN <- FALSE;  

lisaac_0.39_rc1/src/type/prototype.li0000644000175000017500000005411311314031247017577 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PROTOTYPE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Prototype source code.";
  
Section Inherit

  + parent_named:Expanded NAMED;
  
Section Public
  
  - prototype_list:FAST_ARRAY(PROTOTYPE) :=
  FAST_ARRAY(PROTOTYPE).create_with_capacity 512;
  // BSBS: Voir si il faut le conserver !
  
  - prototype_dico:HASHED_DICTIONARY(PROTOTYPE,STRING_CONSTANT) := 
  HASHED_DICTIONARY(PROTOTYPE,STRING_CONSTANT).create;
  
Section Public
  
  + index:INTEGER; // in `prototype_list', for POSITION.
  
  + shortname:STRING_CONSTANT;
  
  //
  // Slots
  //
  
  + slot_list:HASHED_DICTIONARY(ITM_SLOT,STRING_CONSTANT);
  
  + first_slot:ITM_SLOT;
  
  + last_slot:ITM_SLOT;
  
  - add_slot s:ITM_SLOT <-
  (     
    slot_list.fast_put s to (s.name);
    (first_slot = NULL).if {
      first_slot := s;
    } else {
      last_slot.set_next s;
    };
    last_slot := s;
  );    
  
  - search_parent n:STRING_CONSTANT :BOOLEAN <-
  ( + slot:ITM_SLOT;
    + result:BOOLEAN;
    
    slot := first_slot;
    {
      (result := (slot != NULL) && {slot.id_section.is_inherit_or_insert}) 
      && {slot.name != n}
    }.while_do {
      slot := slot.next;
    };
    result
  );
      
  //
  // Run Slot.
  //
  
  - init_slot_for typ:TYPE <-
  ( + cur:ITM_SLOT;
    + slot:SLOT;
    + slot_code:SLOT_CODE;
    + old_profil_current:PROFIL;
            
    // Parent.
    //last_position := position;
    cur := first_slot;
    {(cur != NULL) && {cur.id_section.is_inherit_or_insert}}.while_do {            
      typ.slot_run.add_last (SLOT.create cur type typ);
      typ.verify_cyclic_inheritance typ;
      typ.verify_itm_slot_parent cur;
      cur := cur.next;
    };
    // Mapping.
    ((is_mapping) || {is_external}).if {
      {cur != NULL}.while_do {
	((cur.id_section.is_mapping) || {cur.id_section.is_external}).if {         
          typ.verify_itm_slot_parent cur;
          slot := SLOT.create cur type typ;
          typ.slot_run.add_last slot;
          (cur.id_section.is_external).if {
            slot_code ?= slot;
            (slot_code != NULL).if {
              old_profil_current := profil_current;
              slot_code.get_profil NULL self (typ.default);
              profil_current := old_profil_current;
            };
          };
	};
	cur := cur.next;
      };
    };	  
  );
	  
  //
  // Mapping / Late binding / Expanded
  //
  
  + type_style:STRING_CONSTANT; // Reference / Expanded / Strict.
  
  + is_mapping:BOOLEAN;
  
  + is_external:BOOLEAN;
  
  - set_mapping <-
  (
    is_mapping := TRUE;
  );

  - set_external <-
  (
    is_external := TRUE;
  );
  
  - set_type_style s:STRING_CONSTANT <- 
  ( 
    type_style := s;
  );
  
  //
  // Cast information.
  //

  + export_list:FAST_ARRAY(ITM_TYPE_MONO);
  + import_list:FAST_ARRAY(ITM_TYPE_MONO);

  - set_export_list s:FAST_ARRAY(ITM_TYPE_MONO) <-
  (
    export_list := s;
  );

  - set_import_list s:FAST_ARRAY(ITM_TYPE_MONO) <-
  (
    import_list := s;
  );

  //
  // Source file.
  //

  + filename:STRING_CONSTANT;   // Pathname of prototype.

  + source  : STRING;   // Text source code.
  
  + generic_count:INTEGER;
  
  + idf_generic_list:FAST_ARRAY(ITM_TYPE_PARAMETER);
  
  - append_filename buffer:STRING <-
  (
    (path_begin != 1).if {
      buffer.append "...";
    };
    path_begin.to (filename.upper) do { j:INTEGER;
      buffer.add_last (filename.item j);
    };    
  );
  
  //
  // Default value.
  //

  + default_value:ITM_CODE;

  - set_default_value v:ITM_CODE <-
  ( 
    default_value := v; //default_value v to_slot name in Self;
  );
  
  //
  // Creation.
  //
  
  - create f:STRING_CONSTANT name n:STRING_CONSTANT generic_count c:INTEGER :SELF <-
  ( + result:SELF;
    result := clone;
    result.make f name n generic_count c;
    result
  );
  
  - make f:STRING_CONSTANT name n:STRING_CONSTANT generic_count c:INTEGER <-
  ( //+ file:FILE;
    //+ entry:ENTRY;
    + file:POINTER;
    + sz,idx:INTEGER;
    ? {! prototype_dico.fast_has n};
    ? {n != NULL};
    
    filename := f;
    name     := n;    
    idx := n.fast_last_index_of '.';
    (idx != 0).if {
      string_tmp.copy n;
      string_tmp.remove_first idx;
      shortname := ALIAS_STR.get string_tmp;
    } else {
      shortname := n;
    };
    generic_count := c;
    idf_generic_list := FAST_ARRAY(ITM_TYPE_PARAMETER).create_with_capacity c;
        
    // Collection.    
    index := prototype_list.count;
    prototype_list.add_last Self;
    prototype_dico.fast_put Self to f; 
    
    // Read file.            
    //entry := FILE_SYSTEM.get f;        
    //file ?= entry.open_read_only;
    //source := STRING.create (file.size);
    //file.read source size (file.size);
    //file.close;
    
    file := FS_MIN.open_read f;
    sz := FS_MIN.file_size file;
    source := STRING.create (sz+1);
    FS_MIN.read file in source size sz;
    FS_MIN.close file;
    
    // Init.    
    slot_list := HASHED_DICTIONARY(ITM_SLOT,STRING_CONSTANT).create;        
    position  := POSITION.create Self line 1 column 0;
    //
  );

  //
  // Execute.
  //
            
  - depend <-
  ( + slot_main:SLOT;
    + self_main:EXPR;
    + base:NODE;
    + pass_count_depend:INTEGER;
    + pass_recur:BOOLEAN;
    + i:INSTR;
    + cmd:STRING_CONSTANT;
    + exec:{};
    
    + buf:STRING;

    //
    // Creation list execution.
    //        
    list_main := list_current := LIST.create position;
    (debug_level_option != 0).if {
      // Debug mode : Add context local.
      context_main := TYPE_CONTEXT.default.new_local position 
      name (ALIAS_STR.variable_context) style '+';
      context_main.set_ensure_count 1;      
      list_current.add_last (PUSH.create position context context_main first TRUE);
    };
        
    // Command argument.
    (is_ansi).if {      
      (is_java).if {
        cmd := "arg = parg";
      } else {
        string_tmp.clear;
        (debug_level_option != 0).if {
          string_tmp.copy "signal(SIGINT,interrupt_signal);\n  ";
        };
        string_tmp.append
        "arg_count  = argc;\n\
        \  arg_vector = argv;\n\
        \#ifdef _PTHREAD_H\n\
        \  pthread_key_create(¤t_thread, NULL);\n\
        \  pthread_attr_init(&thread_attr);\n\
        \  /*pthread_attr_setdetachstate(&thread_attr,PTHREAD_CREATE_DETACHED);*/\n\
        \#endif\n  ";        
        cmd := ALIAS_STR.get string_tmp;
      };
      i := EXTERNAL_C.create position text cmd
      access NULL persistant TRUE type (TYPE_VOID.default);
      list_current.add_last i;
    };
    // Main Call.
    slot_main := get_slot_main;
    self_main := PROTOTYPE_CST.create position type (type_input.default);
    base := NODE.new_read (slot_main.position) slot slot_main 
    receiver self_main self self_main intern TRUE;    
    list_current.add_last base;
        
    // Result.    
    list_current.add_last (INTEGER_CST.create position value 0 type (type_integer.default));     
            
    //
    // Detect life code.
    //    
    pass_count := 1;
    (is_quiet).if_false {
      STD_ERROR.put_string "Depending pass: .";   
    };
    {modify_count != 0}.while_do {
      modify_count := 0;
      (is_quiet).if_false {
	STD_ERROR.put_string ".";
      };
      pass_count := pass_count + 1;
      NODE.extend_pass;
    };
    
    (is_quiet).if_false {
      STD_ERROR.put_string " (";
      STD_ERROR.put_integer pass_count;
      STD_ERROR.put_string ")\n";
    };
    
    buf := STRING.create 2000;
            
    (is_verbose).if {
      PROFIL_LIST.display;
    };
    
    //
    // Evaluation.
    //
    VARIABLE.check_variable_block;    
    (is_quiet).if_false {
      STD_ERROR.put_string "Executing pass: ";
    };
    pass_count_depend := pass_count;
    exec := {
      {        
        modify_count := 0;
        null_counter := 0;
        (is_quiet).if_false {
          STD_ERROR.put_string ".";            
        };
        pass_count := pass_count + 1;            
      
        SWITCH.reset_switch_new_pass;
      
        PROFIL_LIST.execute_pass;      
      
        (SWITCH.switch_new_pass).if {
          new_execute_pass;	
        };                
        (modify_count != 0).if {                    
          pass_recur := TRUE;          
        };
      }.do_while {modify_count != 0};      
    };
    // First pass (recursive)    
    is_executing_pass := TRUE;            
    {
      (is_quiet).if_false {
        STD_ERROR.put_string "*";
      };      
      pass_count := pass_count + 1;
      PROFIL_LIST.execute_pass_recursive;      
      pass_recur := FALSE;
      // End first pass.          
      exec.value;      
      (pass_recur).if_false {      
        exec.value;
      };      
    }.do_while {pass_recur};
    (is_quiet).if_false {
      STD_ERROR.put_string " (";
      STD_ERROR.put_integer (pass_count - pass_count_depend);
      STD_ERROR.put_string ")\n";          
    };
    //    
    (is_verbose).if {
      list_main.debug_display;
      PROFIL_LIST.display;
    };            
  );
    
  //
  // Type C
  //
    
  + type_c     :STRING_CONSTANT;

  - set_c_type n:STRING_CONSTANT <-
  (
    type_c := n;    
  );
  
  //
  // Shorter.
  //
  
  + comment_slot:STRING_CONSTANT;
  + comment_header:STRING_CONSTANT;
  
  - set_comment_slot t:STRING_CONSTANT <-
  (
    comment_slot := t;
  );

  - set_comment_header t:STRING_CONSTANT <-
  (
    comment_header := t;
  );
  
  - shorter_out buf:STRING <-
  ( + title:STRING_CONSTANT;
    + s:ITM_SLOT;
    put name to buf like (ALIAS_STR.short_title);
    
    (comment_slot != NULL).if {
      put comment_slot to buf like (ALIAS_STR.short_prototype_comment_light);
    };
    (comment_header != NULL).if {
      put comment_header to buf like (ALIAS_STR.short_prototype_comment);
    };
    
    list_tmp.clear;
    shorter_get_all_slot_in list_tmp;
    
    // Table.
    shorter_table list_tmp select { sl:ITM_SLOT; 
      sl.id_section.is_inherit_or_insert
    } title "Inherit/Insert Summary" in buf;
    
    shorter_table list_tmp select { sl:ITM_SLOT; 
      sl.name.has_prefix "create"
    } title "Constructor Summary" in buf;    
    
    (list_tmp.lower).to (list_tmp.upper) do { j:INTEGER;
      s := list_tmp.item j;
      (s.stat_shorter = 0).if {
        title := s.comment_chapter;        
        shorter_table list_tmp select { sl:ITM_SLOT; 
          sl.comment_chapter = title
        } title title in buf;    
      };
    };
        
    // Detail.
    shorter_detail list_tmp select { sl:ITM_SLOT; 
      sl.id_section.is_inherit_or_insert
    } title "Inherit/Insert Detail" in buf;    
    
    shorter_detail list_tmp select { sl:ITM_SLOT; 
      sl.name.has_prefix "create"
    } title "Constructor Detail" in buf;    
        
    (list_tmp.lower).to (list_tmp.upper) do { j:INTEGER;
      s := list_tmp.item j;
      (s.stat_shorter = 1).if {
        title := s.comment_chapter;        
        shorter_detail list_tmp select { sl:ITM_SLOT; 
          sl.comment_chapter = title
        } title title in buf;    
      };
    };
    
    (list_tmp.lower).to (list_tmp.upper) do { j:INTEGER;
      list_tmp.item j.set_stat_shorter 0;
    };
  );
  
Section PROTOTYPE
  
  - get_slot_main:SLOT <-
  ( + result:SLOT;    
    + s:ITM_SLOT;    
            
    s := first_slot;    
    {  
      ((s.id_section.is_public) && {s.name = ALIAS_STR.slot_main}).if {	
	(s.result_type != ITM_TYPE_SIMPLE.type_void).if {
	  semantic_error (s.position,"Unix mode: Not value return.");
	};
	(s.argument_count != 1).if {
	  semantic_error (s.position,"Unix mode: Not argument list.");
	};	
	result := type_input.get_slot (s.name);
      };
      s := s.next;
    }.do_while {(s != NULL) && {result = NULL}};
    
    (result = NULL).if {
      semantic_error (position,"Entry point not found (slot `main' in `Section Public').");
    };        
    result     
  );
  
  - shorter_get_all_slot_in lst:FAST_ARRAY(ITM_SLOT) <-
  ( + s:ITM_SLOT; 
    + ps:ITM_TYPE_SIMPLE;
    + p:PROTOTYPE;
    + i:INTEGER;
    
    s := first_slot;
    {s != NULL}.while_do {
      (is_short_private || {! s.id_section.is_private}).if {
        i := lst.lower;
        {(i <= lst.upper) && {lst.item i.name != s.name}}.while_do {
          i := i + 1;
        };
        (i > lst.upper).if {
          lst.add_last s;
        };
      };
      s := s.next;
    };
    
    // Parent.
    s := first_slot;
    {(s != NULL) && {s.id_section.is_inherit_or_insert}}.while_do {      
      ps ?= s.result_type;
      ((ps != NULL) && {
          ({s.style = '+'} && {ps.style = ALIAS_STR.keyword_expanded}) ||
          {s.name.has_prefix "inherit"} || {s.name.has_prefix "insert"}
      }).if {
        p := NULL;
        i := prototype_list.lower;
        {(i <= prototype_list.upper) && {p = NULL}}.while_do {
          (prototype_list.item i.name = ps.name).if {
            p := prototype_list.item i;
          };
          i := i + 1;
        };
        (p != NULL).if {            
          p.shorter_get_all_slot_in lst;
        };
      };      
      s := s.next;
    };    
  );
        
  - shorter_table lst:FAST_ARRAY(ITM_SLOT) select sel:{ITM_SLOT; BOOLEAN}
  title t:STRING_CONSTANT in buf:STRING <-
  ( + is_first_cur:BOOLEAN;
    + s:ITM_SLOT; 
    
    is_first_cur := TRUE;    
    (lst.lower).to (lst.upper) do { i:INTEGER;
      s := lst.item i;
      ((sel.value s) && {s.stat_shorter = 0}).if {
        (is_first_cur).if {
          (t = NULL).if {
            put "Slot Summary" to buf like (ALIAS_STR.short_table_begin);
          } else {
            put t to buf like (ALIAS_STR.short_table_begin);
          };
          is_first_cur := FALSE;
        };
        s.set_stat_shorter 1;
        string_tmp.clear;
        string_tmp2.clear;
        s.pretty_name_in string_tmp2;
        put string_tmp2 to string_tmp like (ALIAS_STR.short_table_slot_name);
        (
          (s.id_section.is_inherit_or_insert) && 
          {
            (
              (s.style != '+') || {
                + ts:ITM_TYPE_SIMPLE;
                ts ?= s.result_type;
                (ts = NULL) || {ts.style != ALIAS_STR.keyword_expanded}
              }
            ) && 
            {! s.name.has_prefix "inherit"} && 
            {! s.name.has_prefix "insert"}
          }
        ).if {
          put " No developed." to string_tmp like (ALIAS_STR.short_warning);
        };
        string_tmp2.clear;        
        get_all_comment_slot (s.name) in string_tmp2;
        string_tmp3.clear;
        shorter_comment string_tmp2 in string_tmp3 light TRUE;        
        put string_tmp3 to string_tmp like (ALIAS_STR.short_table_slot_comment);
        put string_tmp to buf like (ALIAS_STR.short_table_item);
      };     
    };    
    (is_first_cur).if_false {
      put NULL to buf like (ALIAS_STR.short_table_end);
    };    
  );
  
  - shorter_detail lst:FAST_ARRAY(ITM_SLOT) select sel:{ITM_SLOT; BOOLEAN}
  title t:STRING_CONSTANT in buf:STRING <-
  ( + is_first:BOOLEAN;
    + s:ITM_SLOT;
      
    is_first := TRUE;
    (lst.lower).to (lst.upper) do { i:INTEGER;
      s := lst.item i;
      ((sel.value s) && {s.stat_shorter = 1}).if {
        (is_first).if {
          (t = NULL).if {
            put "Detail slot" to buf like (ALIAS_STR.short_sub_title);
          } else {
            put t to buf like (ALIAS_STR.short_sub_title);
          };
          is_first := FALSE;
        };
        s.set_stat_shorter 2;
        //
        string_tmp2.clear;
        s.pretty_name_in string_tmp2;
        put string_tmp2 to buf like (ALIAS_STR.short_slot_title);
        string_tmp.clear;
        s.position.prototype.append_filename string_tmp;        
        string_tmp.append " line #";
        s.position.line.append_in string_tmp;
        put string_tmp to buf like (ALIAS_STR.short_prototype_path);                
        //
        put "Section:" to buf like (ALIAS_STR.short_subsub_title);
        string_tmp.clear;
        s.id_section.append_in string_tmp;
        put string_tmp to buf like (ALIAS_STR.short_keyword_section);
        //
        put "Profile:" to buf like (ALIAS_STR.short_subsub_title);
        s.shorter_profile_in buf;
        //                
        string_tmp.clear;
        get_all_comment_slot (s.name) in string_tmp;        
        shorter_comment string_tmp in buf light FALSE;        
      };      
    };
  );
  
  - get_all_comment_slot n:STRING_CONSTANT in buf:STRING <-
  ( + s:ITM_SLOT; 
    + ps:ITM_TYPE_SIMPLE;
    + p:PROTOTYPE;
    + i:INTEGER;
        
    s := slot_list.fast_reference_at n;
    ((s != NULL) && {s.comment != NULL}).if {
      buf.append (s.comment);
    };
    // Parent.
    s := first_slot;
    {(s != NULL) && {s.id_section.is_inherit_or_insert}}.while_do {      
      ps ?= s.result_type;
      (ps != NULL).if {                
        p := NULL;
        i := prototype_list.lower;
        {(i <= prototype_list.upper) && {p = NULL}}.while_do {                              
          (prototype_list.item i.name = ps.name).if {
            p := prototype_list.item i;
          };
          i := i + 1;
        };
        (p != NULL).if {            
          p.get_all_comment_slot n in buf;
        };
      };      
      s := s.next;
    };
  );
  
  - list_tmp:FAST_ARRAY(ITM_SLOT) := FAST_ARRAY(ITM_SLOT).create_with_capacity 256;
  
  - str_tmp:STRING := STRING.create 512;
  - str_tmp2:STRING := STRING.create 64;
  - str_tmp3:STRING := STRING.create 64;
  
  - shorter_comment str:STRING in buf:STRING light is_light:BOOLEAN <-
  ( + cur:INTEGER;
    + stat,old_stat:INTEGER;
    + car:CHARACTER;
    + i:INTEGER;
    + lst:LINKED_LIST(STRING_CONSTANT);
    + code_balise:STRING_CONSTANT;
        
    cur := str.lower;
    str_tmp.clear;
    code_balise := ALIAS_STR.short_comment_slot_line;
    {cur <= str.upper}.while_do {      
      car := str.item cur;
      (stat)
      .when 0 then {        
        // Begin.
        (car = '*').if {          
          (str_tmp.count > 1).if {
            (is_light).if {
              buf.append str_tmp;
              cur := str.upper + 1;
            } else {              
              put "Description:" to buf like (ALIAS_STR.short_subsub_title);
              put str_tmp to buf like code_balise;
            };
          };
          str_tmp.clear;
          stat := 1;
        }.elseif {car = '`'} then {
          old_stat := stat;
          stat := 2;          
          str_tmp2.clear;
        } else {
          str_tmp.add_last car;
        };
      }
      .when 1 then {
        // Begin slot.
        (car.to_lower.in_range 'a' to 'z').if {        
          str_tmp.add_last (car.to_lower);
        }.elseif {(car = ' ') && {!str_tmp.is_empty}} then {
          str_tmp.add_last '_';          
        }.elseif {car = ':'} then {
          (str_tmp.count != 0).if {            
            code_balise := ALIAS_STR.get str_tmp;                     
            lst := PARSER.short_dico.fast_reference_at code_balise;
            (lst = NULL).if {                          
              code_balise := NULL;
            } else {
              str_tmp.replace_all '_' with ' ';
              str_tmp.add_last ':';
              str_tmp.put (str_tmp.first.to_upper) to 1;
              put str_tmp to buf like (ALIAS_STR.short_subsub_title);
            };
          };
          str_tmp.clear;
          stat := 3;
        };
      }
      .when 2 then {
        // Begin ref.
        (car = '\'').if {
          (code_balise != NULL).if {
            i := list_tmp.lower;
            {
              (i <= list_tmp.upper) && {
                str_tmp3.clear;
                list_tmp.item i.pretty_name_in str_tmp3;
                ! (str_tmp3 == str_tmp2)
              }
            }.while_do {
              i := i + 1;
            };
            (i <= list_tmp.upper).if {
              put str_tmp2 to str_tmp like (ALIAS_STR.short_identifier_slot);
            } else {
              put str_tmp2 to str_tmp like (ALIAS_STR.short_identifier);
            };
          };          
          stat := old_stat;
        } else {
          str_tmp2.add_last car;
        };
      }
      .when 3 then {
        // Read slot.
        (car = '*').if {
          (str_tmp.count > 1).if {            
            put str_tmp to buf like code_balise;
          };
          str_tmp.clear;
          stat := 1;          
        }.elseif {car = '`'} then {
          old_stat := stat;
          stat := 2;          
          str_tmp2.clear;
        } else {
          str_tmp.add_last car;
        };        
      };
      cur := cur + 1;
    };
    (str_tmp.count > 1).if {            
      (is_light).if {
        buf.append str_tmp;
      } else {
        (stat = 0).if {
          put "Description:" to buf like (ALIAS_STR.short_subsub_title);
        };
        put str_tmp to buf like code_balise;
      };
    };
  );lisaac_0.39_rc1/src/type/type_id.li0000644000175000017500000000624011314031247017165 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TYPE_ID;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Virtual type style slot segregation";
  
Section Inherit
  
  + parent_type:Expanded TYPE;
  
Section Private  
  
  - list_id:FAST_ARRAY(TYPE_ID);
  
  - create i:INTEGER :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make i;
    result
  );
      
  - make i:INTEGER <-
  (
    index := i;
    default := TYPE_FULL.create Self with 0;
  );
  
Section Public    
    
  - name:STRING_CONSTANT <- ALIAS_STR.prototype_type_id;
  
  - intern_name:STRING_CONSTANT <- name;
  
  - get_index idx:INTEGER :TYPE_ID <-
  ( + result:TYPE_ID;
    
    (idx > list_id.upper).if {
      result := TYPE_ID.create idx;
      list_id.add_last result;
      ? {list_id.upper = idx};
    } else {
      result := list_id.item idx;
    };      
    result
  );

  - make_type_id <-  
  ( 
    list_id := FAST_ARRAY(TYPE_ID).create_with_capacity 3;
    list_id.add_last (create 0);
    list_id.add_last (create 1);
  );
  
  - add_genere_list; // Nothing.
  
  - genere_struct; // Nothing.

  - is_sub_type other:TYPE :BOOLEAN <- 
  ( 
    other.name = name
  );
  
  //
  // Declaration generation.
  //
  
  - put_generic_declaration buffer:STRING <- buffer.append "int";
  
  - put_reference_star_declaration buffer:STRING; // Nothing.
  
  //
  // Code source generation.
  //
  
  - put_id buffer:STRING <- index.append_in buffer;
  
  - put_access_id e:EXPR in buffer:STRING <- e.genere buffer;
  
  - put_value buffer:STRING <- index.append_in buffer;lisaac_0.39_rc1/src/type/type_full.li0000644000175000017500000002442011314031247017533 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := TYPE_FULL;

  - copyright := "2003-2007 Benoit Sonntag";
  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Type with attribute flags.";
  
Section Inherit  
  
  - parent_any:ANY := ANY;
  
Section TYPE, TYPE_FULL // Private after fuck bug 
    
  + the_parent_type:TYPE; // BSBS: Passer en héritage + Insert mode.
  
Section TYPE, TYPE_FULL
  
  - get_with flg:UINTEGER_8 :TYPE_FULL <- the_parent_type.get_with flg;
  
Section Public  
  
  - get_slot n:STRING_CONSTANT :SLOT <- the_parent_type.get_slot n;
    
  - hash_code:INTEGER <- raw.name.hash_code;
  
  - size:INTEGER <- the_parent_type.size;
  
  - prototype:PROTOTYPE <- the_parent_type.prototype;
  
  - is_sub_type other:TYPE_FULL :BOOLEAN <- the_parent_type.is_sub_type (other.raw);
      
  - slot_run:FAST_ARRAY(SLOT) <- the_parent_type.slot_run;
  
  - is_late_binding:BOOLEAN <- the_parent_type.is_late_binding;

Section TYPE
      
  + flag:UINTEGER_8;
  // 7 6 5 4 3 2 1 0
  //     | | | | | +- 0:Reference / 1:Expanded
  //     | | | | +--- 0:Reference / 1:Expanded (by default)
  //     | | | +----- 0:Normal    / 1:Strict
  //     | | +------- 0:Normal    / 1:Strict (by default)
  //     | +--------- 0:Normal    / 1:Temporary
  //     +----------- 0:Normal    / 1:Old generic

  //
  // Creation.
  //
  
  - create typ:TYPE with code:UINTEGER_8 :SELF <-
  [ 
    -? {typ != NULL}; 
  ]
  ( + result:SELF;
    
    result := clone;
    result.make typ with code;
    result    
  );
  
  - make typ:TYPE with code:UINTEGER_8 <-
  (
    the_parent_type := typ;
    flag := code;       
    ? {is_expanded -> (! is_strict)};
  );
  
Section Public
  
  - is_parameter_type:BOOLEAN <- FALSE;
  
  - raw:TYPE <- the_parent_type;
   
  //
  // Set.
  //
  
  - expanded_bit        :UINTEGER_8 := 000001b;  
  - default_expanded_bit:UINTEGER_8 := 000010b;  
  - strict_bit          :UINTEGER_8 := 000100b;
  - default_strict_bit  :UINTEGER_8 := 001000b;
  - expanded_ref_bit    :UINTEGER_8 := 010000b;
  - generic_bit         :UINTEGER_8 := 100000b;
    
  //
  // Access.
  //
  
  - is_expanded          :BOOLEAN <- (flag & expanded_bit        ) != 0;
  - is_default_expanded  :BOOLEAN <- (flag & default_expanded_bit) != 0;
  - is_strict            :BOOLEAN <- (flag & strict_bit          ) != 0;
  - is_default_strict    :BOOLEAN <- (flag & default_strict_bit  ) != 0;
  - is_expanded_ref      :BOOLEAN <- (flag & expanded_ref_bit    ) != 0;
  - is_generic           :BOOLEAN <- (flag & generic_bit         ) != 0;
  
  - is_expanded_c:BOOLEAN <- (is_expanded) && {raw.type_c != NULL};
  
  - Self:SELF '==' Right 60 other:E :BOOLEAN <-  
  ( + same:SELF;
    same ?= other;    
    (same != NULL) && {
      (Self = same) || {(raw = same.raw) && {(flag & 01111b) = (same.flag & 01111b)}}
    }
  );
  
  - append_name_in buffer:STRING <-
  (
    (is_strict).if {
      buffer.append "Strict ";
    };
    (is_expanded).if {
      buffer.append "Expanded ";
    };    
    raw.append_name_in buffer;
  //  buffer.append (raw.name);
  );
  
  //
  // Operation.
  //
  
  - Self:SELF '+' other:UINTEGER_8 :TYPE_FULL <- get_with (flag | other);
  
  - Self:SELF '-' other:UINTEGER_8 :TYPE_FULL <- get_with (flag & ~other);
  
  - to_strict:TYPE_FULL <-
  ( + result:TYPE_FULL;
    
    (is_expanded).if {
      result := Self;
    } else {      
      result := get_with (flag | strict_bit);     
    };
    result
  );

  - to_no_strict:TYPE_FULL <-
  ( + result:TYPE_FULL;
    
    (is_expanded).if {
      result := Self;
    } else {      
      result := get_with (flag & ~strict_bit);     
    };
    result
  );
  
  //
  // Variable product.
  //

  - new_local p:POSITION
      name    n:STRING_CONSTANT
      style   s:CHARACTER
      result  r:BOOLEAN         :LOCAL <-
  (
    LOCAL.create p name n style s type Self result r
  );

  - new_local p:POSITION name n:STRING_CONSTANT style s:CHARACTER :LOCAL <-
  (
    LOCAL.create p name n style s type Self
  );
  
  - get_temporary_expr p:POSITION :EXPR <-
  ( + result:EXPR;  
    
    (raw = TYPE_VOID).if {
      result := PROTOTYPE_CST.create p type (TYPE_VOID.default); //BSBS: Alias.
    } else {
      result := get_temporary p.read p;
    };
    result
  );
  
  - get_temporary p:POSITION :LOCAL <-
  (     
    new_local p name (ALIAS_STR.variable_tmp) style '+'
  );  

  - get p:POSITION result n:INTEGER :LOCAL <-
  ( + intern:STRING_CONSTANT;
    string_tmp.copy (ALIAS_STR.keyword_result);
    (n != 0).if {
      string_tmp.add_last '_';
      n.append_in string_tmp;
    };
    intern := ALIAS_STR.get string_tmp;    
    new_local p name intern style '+'
  );  
    
  //
  // Type Control.
  //
  
  //+----------+----------+----------+----------+
  //| A := B-->| Reference| Expanded | Strict   |
  //| V        | TYPE     | TYPE     | TYPE     |
  //+----------+----------+----------+----------+
  //| Reference| B.sub A  | FALSE    | B.sub A  |
  //| TYPE     |          |          |          |
  //+----------+----------+----------+----------+
  //| Expanded | FALSE    | A = B    | A = B    |
  //| TYPE     |          |          |          |
  //+----------+----------+----------+----------+
  //| Strict   | FALSE    | FALSE    | A = B    |
  //| TYPE     |Sauf NULL |          |          |
  //+----------+----------+----------+----------+
  - affect_with other:TYPE_FULL :BOOLEAN <-
  ( + result:BOOLEAN;
        
    (other == Self).if {
      result := TRUE;
    } else {            
      (is_strict).if {
        // A: Strict.
        result := other.raw = TYPE_NULL;
      }.elseif {is_expanded} then {
        // A: Expanded.
        result := 
        ((other.is_strict)    && {raw ~= other.raw      }) ||
        {(raw = type_boolean) && {other.is_sub_type Self}} ||
        {(raw = type_pointer) && {other.raw = TYPE_NULL }};	  
      } else {
        // A: Reference.
        result := 
        (
          (! other.is_expanded) || 
          { + tb:TYPE_BLOCK;
            tb ?= raw;            
            (tb != NULL)
          }
        ) && {other.is_sub_type Self}; 
      };	
    };
    result
  );
  
  //
  // Import / Export manager.
  //
    
  - is_export_to t:TYPE_FULL :BOOLEAN <- raw.is_export_to t;
      
  - is_import_to t:TYPE_FULL :BOOLEAN <- raw.is_import_to t;
  
  //
  // Default value.
  //
  + recursivity_test:BOOLEAN;
  - default_value p:POSITION :EXPR <- 
  ( + result:EXPR;
    
    ((prototype != NULL) && {prototype.default_value != NULL}).if {
      // Prototype User definition.	            
      (recursivity_test).if {
        crash;
        POSITION.put_error semantic text 
        "Recursivity without end (default used default, ...).";
        list_current.position.put_position;
        prototype.default_value.position.put_position;
        POSITION.send_error;        
      } else {
        recursivity_test := TRUE;
        result := prototype.default_value.to_run_expr;
        recursivity_test := FALSE;
      };
    } else {
      (is_expanded).if {      
	// Copy of model prototype.
	result := PROTOTYPE_CST.create p type Self;
      } else {
	result := PROTOTYPE_CST.create p type (TYPE_NULL.default);
      };      
    };
    
    result
  );
  
  //
  // Declaration generation.
  //
 
  - genere_declaration buffer:STRING <-
  ( 
    (is_expanded).if {      
      raw.put_expanded_declaration buffer;
    }.elseif {is_strict} then {
      raw.put_reference_declaration buffer;
    } else {      
      raw.put_generic_declaration buffer;      
    };
  );
      
  - genere_star_declaration buffer:STRING <-
  ( 
    ((! is_expanded) || {is_expanded_ref}).if {      
      raw.put_reference_star_declaration buffer;      
    };
  );
  
  //
  // Generation code.
  //
  
  - genere_value buffer:STRING <-
  ( + tb:PROFIL_BLOCK;
    (
      (is_expanded) && {! is_expanded_ref} && 
      {raw != type_true} && {raw != type_false} &&
      {tb ?= raw; tb = NULL}
    ).if {
      buffer.append "(*";
      raw.put_value buffer;
      buffer.add_last ')';      
    } else {
      raw.put_value buffer;
    };
  );
  
  //
  // Display.
  //
  
  - display buf:STRING <-
  (
    (is_generic).if {
      buf.append "Generic ";
    };
    append_name_in buf;
  );
  
  - print <-
  (
    string_tmp.clear;
    display string_tmp;
    string_tmp.print;
  );
  
  - print_full <-
  (
    string_tmp.clear;
    display string_tmp;
    string_tmp.add_last ' ';
    string_tmp.add_last '[';
    (is_expanded).if {
      string_tmp.add_last 'e';
    };
    (is_default_expanded).if {
      string_tmp.add_last 'E';
    };
    (is_strict).if {
      string_tmp.add_last 's';
    };
    (is_default_strict).if {
      string_tmp.add_last 'S';
    };
    (is_temporary).if {
      string_tmp.add_last 'T';
    };
    (is_generic).if {
      string_tmp.add_last 'G';
    };
    string_tmp.add_last ']';
    //
    string_tmp.print;
  );
  
lisaac_0.39_rc1/src/type/type_context.li0000644000175000017500000000511011314031247020250 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := TYPE_CONTEXT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Type Context for debug mode";
  
Section Inherit
  
  + parent_type:Expanded TYPE;
  
Section Public
  
  - name:STRING_CONSTANT <- ALIAS_STR.prototype_context;
  
  - intern_name:STRING_CONSTANT <- name;
  
  - type_c:STRING_CONSTANT <- "_____CONTEXT";
  
  //
  // Creation.
  //
    
  - make_context <-
  (     
    dico_type.fast_put Self to name;        
    //slot_run := FAST_ARRAY(SLOT).create_with_capacity 1; // BSBS: Plus utile !
    default := TYPE_FULL.create Self with (TYPE_FULL.expanded_bit);
  );

  - genere_typedef <-
  (
    // Nothing.
  );
  
  - genere_struct <-
  ( 
    output_decl.append 
    "/* ___CONTEXT */\n\
    \typedef struct ___CONTEXT_struct _____CONTEXT; \n\
    \struct ___CONTEXT_struct {\n\
    \  unsigned long code; \n\
    \  _____CONTEXT *back; \n\
    \};\n\
    \_____CONTEXT *top_context; \n\n";
  );
   lisaac_0.39_rc1/src/type/type.li0000644000175000017500000010544511314031247016520 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := TYPE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Type without style";
  
Section Inherit
  
  - parent_hashable:HASHABLE := HASHABLE;
  
  + parent_any:Expanded ANY;
  
  - parent_parameter_to_type:Expanded PARAMETER_TO_TYPE;
  
Section PROFIL_LIST
  
  - is_alias_struct:BOOLEAN := TRUE; 
  
Section Private
  
  - dico_type:HASHED_DICTIONARY(TYPE,STRING_CONSTANT) := 
  HASHED_DICTIONARY(TYPE,STRING_CONSTANT).create;
    
  - index_count:INTEGER;
    
Section Public
  
  + param_count:INTEGER;
  
  - set_param n:INTEGER <-
  (
    param_count := param_count.max n;
  );
  
  + subtype_list:HASHED_SET(TYPE);
  
  + default:TYPE_FULL;
  
  + size:INTEGER;
  
  - position:POSITION <- prototype.position;
  
  - parameter_to_type p:ITM_TYPE_PARAMETER :TYPE_FULL <-
  ( 
    NULL
  );
  
  //
  //
  //
  
  + last_pass_binding:INTEGER;
  
  - is_late_binding:BOOLEAN <- pass_count = last_pass_binding;
  
  - set_late_binding <-
  (    
    last_pass_binding := pass_count;
  );
  
  //
  //
  //
  
  + itm_type:ITM_TYPE_SIMPLE;

  + prototype:PROTOTYPE;
  
  - type_c:STRING_CONSTANT <- prototype.type_c;
  
  + slot_run:FAST_ARRAY(SLOT);
  
  + index:INTEGER;
  
  + intern_name:STRING_CONSTANT;
    
  - name:STRING_CONSTANT <- prototype.name;
    
  - hash_code:INTEGER <- intern_name.hash_code;
  
  - key:STRING_CONSTANT <- prototype.filename;
      
  //
  // Get.
  //
    
  - get (path:STRING_CONSTANT,itm_typ:ITM_TYPE_SIMPLE) :TYPE_FULL <-  
  ( + result:TYPE_FULL;    
    + base:TYPE;
    + styl:STRING_CONSTANT;    
    + proto:PROTOTYPE;
    
    + r:TYPE;
        
    proto := load_prototype (path,itm_typ.name) generic_count 0;
    base := dico_type.fast_reference_at (proto.filename);
    (base = NULL).if {          
      base := TYPE.clone;
      dico_type.fast_put base to (proto.filename);
      base.make itm_typ with proto;      
    };
    //            
    styl := itm_typ.style;
    (styl = NULL).if {                 
      result := base.default;
    } else {
      (styl = ALIAS_STR.keyword_expanded).if {	
	result := base.default + TYPE_FULL.expanded_bit;	
      } else {	
	result := base.default + TYPE_FULL.strict_bit;
      };
    };
    
    r := result.the_parent_type;    
    result
  );
  
  //
  // Contract
  //
  
  - last_type_contract:TYPE;
  
  - search_require n:STRING_CONSTANT :ITM_SLOT <-
  ( + j:INTEGER;
    + result:ITM_SLOT;
    + typ:TYPE;
    + ts:ITM_TYPE_SIMPLE;
        
    j := slot_run.lower;
    {
      (j <= slot_run.upper) && 
      {slot_run.item j.id_section.is_inherit_or_insert} &&
      {result = NULL}	
    }.while_do {
      ts  ?= slot_run.item j.result_type;      
      typ := ts.to_run_for Self.raw;                  
      
      /*
      (typ.prototype = NULL).if {
        
        typ.print; '\n'.print;
        `/* ICI BEN FIN */`;
        crash_with_message "TYPE: BUG Compiler : search_require";
      };
      */
      result := typ.prototype.slot_list.fast_reference_at n;
      ((result = NULL) || {result.require = NULL}).if {
	result := typ.search_require n;
      } else {
	last_type_contract := typ;
      };
      j := j + 1;
    };
    result
  );

  - search_ensure n:STRING_CONSTANT :ITM_SLOT <-
  ( + j:INTEGER;
    + result:ITM_SLOT;
    + typ:TYPE;
    + ts:ITM_TYPE_SIMPLE;
            
    j := slot_run.lower;
    {
      (j <= slot_run.upper) && 
      {slot_run.item j.id_section.is_inherit_or_insert} &&
      {result = NULL}	
    }.while_do {
      ts     ?= slot_run.item j.result_type;
      typ    := ts.to_run_for Self.raw;
      result := typ.prototype.slot_list.fast_reference_at n;
      ((result = NULL) || {result.ensure = NULL}).if {
	result := typ.search_ensure n;
      } else {
	last_type_contract := typ;
      };
      j := j + 1;
    };
    result
  );

  //
  // Searching.
  //
  
  - add_subtype t:TYPE <-  
  ( + j:INTEGER;
    + it:ITM_TYPE_MONO;
    
    (! subtype_list.fast_has t).if {    
      subtype_list.fast_add t;
      j := slot_run.lower;
      {
	(j <= slot_run.upper) && 
	{slot_run.item j.id_section.is_inherit_or_insert}      
      }.while_do {
        (slot_run.item j.id_section.is_inherit).if {
          it ?= slot_run.item j.result_type;
          it.to_run_for Self.raw.add_subtype t;
	};
	j := j + 1;
      };
    };
  );
  
  - get_slot n:STRING_CONSTANT :SLOT <-
  // Static lookup algorithm.
  ( + result:SLOT;
    + j:INTEGER;
    + it:ITM_TYPE_MONO;
        
    result := get_local_slot n;
    (result = NULL).if {
      j := slot_run.lower;
      {
	(j <= slot_run.upper) && 
	{slot_run.item j.id_section.is_inherit_or_insert} &&
	{result = NULL}	
      }.while_do {
        it ?= slot_run.item j.result_type;
	result := it.to_run_for Self.get_slot n;
	j := j + 1;
      };
    };
    result
  );
  
  - get_local_slot n:STRING_CONSTANT :SLOT <-
  ( + j:INTEGER;
    + itm_slot:ITM_SLOT;
    + result:SLOT;
        
    j := slot_run.lower;
    {(j <= slot_run.upper) && {slot_run.item j.name != n}}.while_do {
      j := j + 1;
    };
    (j <= slot_run.upper).if {
      result := slot_run.item j;
    } else {
      /*
      (n == "__init_page").if {
        "TYPE: get_slot_local : ".print;
        prototype.filename.print; ' '.print; prototype.print;
        '\n'.print;
      };
      */
      itm_slot := prototype.slot_list.fast_reference_at n;
      (itm_slot != NULL).if {	        
        verify_itm_slot_parent itm_slot;
	result := SLOT.create itm_slot type Self;
	slot_run.add_last result;		
      };
    };
    result
  );  
    
  - get_path_slot n:STRING_CONSTANT :SLOT <-
  ( + result,r:SLOT;
    + j:INTEGER;
    + it:ITM_TYPE_MONO;
    + t:TYPE_FULL;
    
    j := slot_run.lower;
    {
      (result = NULL) && 
      {j <= slot_run.upper} && // BSBS NE doit jamais arriv
      {slot_run.item j.id_section.is_inherit_or_insert} // BSBS NE doit jamais arriv
    }.while_do {      
      it ?= slot_run.item j.result_type;
      t := it.to_run_for Self;    
      result := t.get_slot n;
      j := j + 1;
    };
    (result != NULL).if {
      r := slot_run.item (j-1);
    } else {
      "TYPE : ".print;
      print; 
      ':'.print;
      n.print; 
      '\n'.print;
      crash;
    };
    r
  );
  
  //
  // Import / Export
  //
  
  - last_cast_name:STRING := STRING.create 32;
  
  - is_export_to t:TYPE_FULL :BOOLEAN <-
  (         
    is_cast t with (ALIAS_STR.slot_to) on (prototype.export_list)
  );

  - is_import_to t:TYPE_FULL :BOOLEAN <-
  (         
    is_cast t with (ALIAS_STR.slot_from) on (prototype.import_list)
  );
  
Section Private
  
  - is_cast t:TYPE_FULL with msg:STRING_CONSTANT on lst:FAST_ARRAY(ITM_TYPE_MONO) :BOOLEAN <-
  ( + result:BOOLEAN; 
    + j:INTEGER;
            
    (lst != NULL).if {
      j := lst.lower;
      {(j <= lst.upper) && {lst.item j.to_run_for profil_slot != t}}.while_do {
	j := j + 1;
      };	
      (j <= lst.upper).if {
	result := TRUE;
	last_cast_name.copy msg;
	lst.item j.append_cast_name_in last_cast_name;	
      };      
    };
    result      
  );
    
Section Public
    
  //
  // Genere.
  //
  
  - genere_list:FAST_ARRAY(TYPE) := FAST_ARRAY(TYPE).create_with_capacity 128;
  - genere_list_global:FAST_ARRAY(SLOT_DATA) := FAST_ARRAY(SLOT_DATA).create_with_capacity 256;
  
  - add_genere_list <-
  ( 
    ((slot_run != NULL) && {(slot_run.is_empty) || {slot_run.first != NULL}}).if {
      (genere_list.fast_first_index_of Self > genere_list.upper).if { // BSBS: a revoir !!
	genere_list.add_last Self;
      };
    };
  );
  
  - add_genere_global s:SLOT_DATA <-
  ( 
    (genere_list_global.fast_first_index_of s > genere_list_global.upper).if { // BSBS: a revoir !!
      genere_list_global.add_last s;
    };
  );    
  
  - genere_all_struct <-
  ( 
    TYPE_NULL.genere_typedef;    
    (genere_list.lower).to (genere_list.upper) do { j:INTEGER;            
      genere_list.item j.genere_typedef_struct;      
    };
    TYPE_NULL.genere_struct;
    (genere_list.lower).to (genere_list.upper) do { j:INTEGER;            
      genere_list.item j.genere_struct;      
    };
    (debug_level_option != 0).if {
      TYPE_CONTEXT.genere_typedef;
      TYPE_CONTEXT.genere_struct;
    };
    (genere_list_global.lower).to (genere_list_global.upper) do { j:INTEGER;
      // In global.
      genere_list_global.item j.genere output_glob;
    };    
  );
  
  - id_counter_with_type:INTEGER    := 4;
  - id_counter_without_type:INTEGER := 0;
   
  - slot_size:FAST_ARRAY(FAST_ARRAY(SLOT_DATA)) :=
  ( + result:FAST_ARRAY(FAST_ARRAY(SLOT_DATA));
    
    result := FAST_ARRAY(FAST_ARRAY(SLOT_DATA)).create_with_capacity 5;
    0.to 4 do { j:INTEGER;
      result.add_last (FAST_ARRAY(SLOT_DATA).create_with_capacity 8);
    };
    result
  );  
  
  + detect_recursivity_generation:BOOLEAN;
  
  //
  // Detect Alias.
  //

  + alias_slot:SLOT_DATA;
  
  - alias_type:TYPE <- alias_slot.type.raw;
  
  - detect_alias <-
  (
    (dico_type.lower).to (dico_type.upper) do { j:INTEGER;
      dico_type.item j.detect_alias_struct;
    };      
  );

  - detect_alias_struct <-
  [
    -? {is_alias_struct};
  ]
  ( + slot:SLOT;    
    + i,nb:INTEGER;
    + action:{SLOT_DATA; };    
    
    (! is_late_binding).if {
      ((alias_slot = NULL) && {slot_run != NULL}).if {
        
        action := { s:SLOT_DATA;       
          ((s.ensure_count > 0) || {s.id_section.is_mapping}).if {          
            (nb = 0).if {
              ((s.type.is_expanded) && {s.type.raw.type_c = NULL}).if {
                alias_slot := s;
              };
            } else {
              alias_slot := NULL;
            };
            nb := nb + 1;          
          };
        };
        
        i := slot_run.lower;
        {(i <= slot_run.upper) && {nb < 2}}.while_do {    
          slot := slot_run.item i;
          ((slot.style = '+') && {slot.lower_style = 0}).if {
            (slot.slot_data_list != NULL).if {
              (slot.slot_data_list.lower).to (slot.slot_data_list.upper) do { k:INTEGER;
                action.value (slot.slot_data_list.item k);
              };
            };
            action.value (slot.slot_data);      
          };
          i := i + 1;
        };   
      };
      ((alias_slot != NULL) && {alias_slot.ensure_count = 0}).if {      
        alias_slot := NULL;
      };         
    };
  );
  
  - genere_struct <-
  ( + slot_data:SLOT_DATA;    
    + slot:SLOT;
    + tab:FAST_ARRAY(SLOT_DATA);
    + action:{SLOT_DATA; };
    + tg:TYPE_GENERIC;
    + count_slot:SLOT_DATA;
    + storage_slot:SLOT_DATA;
    
    
    ((slot_run.is_empty) || {slot_run.first != NULL}).if {                                    
      (detect_recursivity_generation).if {
        string_tmp.copy "Compiler limit: Cyclic depending structure definition for ";
        append_name_in string_tmp;
        string_tmp.add_last '.';
        semantic_error (position,string_tmp);
      };
      detect_recursivity_generation := TRUE;
            
      // Depending.
      (slot_run.lower).to (slot_run.upper) do { j:INTEGER;
        slot := slot_run.item j;
        
	((slot.style = '+') && {slot.lower_style = 0}).if {
          action := { s:SLOT_DATA;            
	    (
	      (
		(s.ensure_count > 0) || 
		{s.id_section.is_mapping}
	      ) && 
	      {s.type.raw != Self} &&
	      {
                (s.type.raw.is_block) ||
                {is_far_expanded (s.type)}
              }
            ).if {	                    
              s.type.raw.genere_struct;                                         
            };
	  };
	  (slot.slot_data_list != NULL).if {
	    (slot.slot_data_list.lower).to (slot.slot_data_list.upper) do { k:INTEGER;
	      action.value (slot.slot_data_list.item k);
	    };
	  };
	  action.value (slot.slot_data);
	};
      };
      // Sort slot.
      (slot_run.lower).to (slot_run.upper) do { j:INTEGER;
	slot := slot_run.item j;		
	(slot.style = '+').if {
	  // In struct.
	  (slot.lower_style = 0).if {
	    action := { s:SLOT_DATA;
	      (
		(s.id_section.is_mapping) || 
		{s.ensure_count > 0}
	      ).if {
		add_slot_struct s;
	      };
	    };
	    (slot.slot_data_list != NULL).if {
	      (slot.slot_data_list.lower).to (slot.slot_data_list.upper) do { k:INTEGER;
		action.value (slot.slot_data_list.item k);
	      };
	    };
	    action.value (slot.slot_data);
	  };
	  slot_data := slot.slot_id;
	  ((slot_data != NULL) && {slot_data.ensure_count > 0}).if {
	    add_slot_struct slot_data;
	  };
	};
      };
            
      (
	(prototype.name = ALIAS_STR.prototype_native_array) || 
	{prototype.name = ALIAS_STR.prototype_native_array_volatile}
      ).if {
	tg ?= Self;
	tg.generic_list.first.raw.genere_struct;
      } else {              
	(type_c != NULL).if {
	  0.to 4 do { j:INTEGER;
	    tab := slot_size.item j;
	    // BSBS: A tester sont utilité !
	    (! tab.is_empty).if {
	      semantic_error (tab.first.position,"Slot is not possible with a type C");
	    };	  
          };

          (is_java).if_false {            
            ((name = ALIAS_STR.prototype_true) || 
            {name = ALIAS_STR.prototype_false}).if {
              output_decl.append "#define ";
              output_decl.append intern_name;
              output_decl.append "__ ";
              output_decl.add_last ((name = ALIAS_STR.prototype_true).to_character);
              output_decl.add_last '\n';            
            } else {           
              genere_typedef_type_c;
              (is_late_binding).if {	    
                semantic_error (tab.first.position,"Late binding is not possible with a type C");
              };            
            };
          };
        } else {	  
          output_decl.append "/* ";
          output_decl.append intern_name;
          output_decl.append " */\n";
          (is_java).if {
            output_decl.append "static private int __";
            output_decl.append intern_name;
            output_decl.append "__ = ";
          } else {
            output_decl.append "#define __";
            output_decl.append intern_name;
            output_decl.append "__ ";
          };
          string_tmp.clear;                    
	  (is_late_binding).if {	  
	    id_counter_with_type.append_in output_decl;	  
            id_counter_with_type := id_counter_with_type + 1;
            (prototype.style != '-').if {
              string_tmp.append "  unsigned int __id;\n";
            };
	    (prototype.is_mapping).if {	    
	      semantic_error (prototype.position,	    
	      "Late binding is not possible with `mapping' object.");
	    };
	  } else {	  
	    id_counter_without_type.append_in output_decl;	  
	    id_counter_without_type := id_counter_without_type + 1;	  
          };
          (is_java).if {
            output_decl.add_last ';';
          };
          output_decl.add_last '\n';	
          (prototype.style = '-').if {
            string_tmp.append "  lith_object thread;\n";
            (param_count != 0).if {              
              1.to param_count do { n:INTEGER;
                string_tmp.append "  int param_";
                (n-1).append_in string_tmp;
                string_tmp.append ";\n";
              };
            };
          };
	  4.downto 0 do { j:INTEGER;
	    tab := slot_size.item j;
	    (tab.lower).to (tab.upper) do { i:INTEGER;
	      slot_data := tab.item i;	      
	      ((prototype.is_mapping) && {slot_data.type.is_expanded_c}).if {
		string_tmp.append "  volatile ";
	      } else {
		string_tmp.append "  ";	    
	      };
	      slot_data.genere string_tmp;
	    };
	    tab.clear;
	  };            
	  	  
          (Self = type_block).if {            
	    string_tmp.append "  void *self;\n";
	  };
	  
	  (string_tmp.is_empty).if {
	    string_tmp.append "  void *Nothing;\n";
	  };
          
          (is_java).if {
            output_decl.append "static class __";
            output_decl.append intern_name;
            (is_late_binding).if {
              output_decl.append " extends __OBJ";
            };
            output_decl.append " {\n";  
            output_decl.append string_tmp;
            (prototype.is_mapping).if {
              semantic_error (position,"Mapping is not yet implemented for Java code.");
            };
            (Self = type_string_constant).if {
              // STRING_CONSTANT constructor.
              output_decl.append "\n  public __";
              output_decl.append intern_name;
              output_decl.add_last '(';
              (is_late_binding).if {
                output_decl.append "int pid,";
              };
              storage_slot := get_local_slot (ALIAS_STR.slot_storage).slot_data_intern;
              count_slot   := get_local_slot (ALIAS_STR.slot_count).slot_data_intern;              
              (count_slot.ensure_count != 0).if {
                output_decl.append "int pcount,";
              };
              (storage_slot.ensure_count != 0).if {
                output_decl.append "String pstorage,";
              };
              output_decl.remove_last 1;
              output_decl.append ")\n  {\n    ";              
              (is_late_binding).if {
                output_decl.append "__id = pid;\n";
              };
              (count_slot.ensure_count != 0).if {
                output_decl.append (count_slot.intern_name);
                output_decl.append " = pcount;\n";
              };
              (storage_slot.ensure_count != 0).if {
                output_decl.append (storage_slot.intern_name);
                output_decl.append " = pstorage.toCharArray();\n";
              };
              output_decl.append "  };\n";  
            };
            // Basic Constructor.
            output_decl.append "\n  public __";
            output_decl.append intern_name;
            output_decl.add_last '(';
            (is_late_binding).if {              
              output_decl.append "int pid";
            };
            output_decl.append ")\n  {\n    ";
            (is_late_binding).if {
              output_decl.append "__id = pid;\n";
            } else {
              output_decl.append "super();\n";
            };
            output_decl.append "  };\n};\n";  
          }.elseif {alias_slot = NULL} then {                        
            output_decl.append "struct ";
            output_decl.append intern_name;
            output_decl.append "_struct {\n";
            output_decl.append string_tmp;
            (prototype.is_mapping).if {
              output_decl.append "} __attribute__ ((packed));\n";
            } else {
              output_decl.append "};\n";
            };
	  };	    
          // Prototype declaration.
          (is_java).if {
            output_glob.append "private static __";
            output_glob.append intern_name;
            output_glob.add_last ' ';
            output_glob.append intern_name;
            output_glob.append "_=new __";
            output_glob.append intern_name;
            output_glob.add_last '(';
            (is_late_binding).if {
              output_glob.append "__";
              output_glob.append intern_name;
              output_glob.append "__";
            };
            output_glob.append ");\n";
          } else {
            output_glob.append "__";
            output_glob.append intern_name;
            output_glob.add_last ' ';
            output_glob.append intern_name;
            output_glob.add_last '_';
            (is_late_binding).if {
              output_glob.append "={__";
              output_glob.append intern_name;
              output_glob.append "__}";
            };
            output_glob.append ";\n"; 	            
            output_glob.append "#define ";
            output_glob.append intern_name;
            output_glob.append "__ (&";
            output_glob.append intern_name;
            output_glob.append "_)\n\n";	  
          };
	};
      };
      
      // Flag on:
      slot_run.force NULL to 0;
    };    
  );
  
  - genere_typedef_type_c <-  
  ( + tg:TYPE_GENERIC;              
    (
      (prototype.name = ALIAS_STR.prototype_native_array) || 
      {prototype.name = ALIAS_STR.prototype_native_array_volatile}
    ).if {
      tg ?= Self;
      tg.generic_list.first.raw.genere_typedef_type_c;
    } else {      
      output_decl.append "typedef ";      
      output_decl.append type_c;      
      output_decl.append " __";
      output_decl.append intern_name;	  
      output_decl.add_last ';';            
      output_decl.add_last '\n';
    };    
  );
  
  - genere_typedef_struct <-
  ( + tg:TYPE_GENERIC;              
    + t:TYPE;
        
    (
      (prototype.name = ALIAS_STR.prototype_native_array) || 
      {prototype.name = ALIAS_STR.prototype_native_array_volatile}
    ).if {
      tg ?= Self;
      tg.generic_list.first.raw.genere_typedef_struct;
    }.elseif {type_c = NULL} then {        
      output_decl.append "typedef ";      
      t := Self;        
      {t.alias_slot = NULL}.until_do {
        t := t.alias_type;
      };              
      output_decl.append "struct ";
      output_decl.append (t.intern_name);
      output_decl.append "_struct";        
      output_decl.append " __";
      output_decl.append intern_name;	  
      output_decl.add_last ';';      
      (alias_slot != NULL).if {        
        output_decl.append " /* ALIAS with ";
        output_decl.append (alias_type.intern_name);
        output_decl.append " */";
      };
      output_decl.add_last '\n';
    };
  );
    
Section Private  
  
  - add_slot_struct s:SLOT_DATA <-
  (     
    (prototype.is_mapping).if {
      (s.id_section.is_mapping).if { 
	slot_size.first.add_last s;
      } else {
	semantic_error (s.position,"Slot is not in `Mapping' section.");
      };
    } else {      
      ((s.type.is_expanded) && {! s.type.is_default_expanded}).if {
	slot_size.item 4.add_last s;
      } else {
	slot_size.item (s.type.size).add_last s;
      };
    };
  );
  
Section Public  
  
  //
  // Declaration generation.
  //
    
  - put_reference_declaration buffer:STRING <-
  (        
    buffer.append "__";
    buffer.append intern_name;        
    add_genere_list;
  );
  
  - put_reference_star_declaration buffer:STRING <-
  (    
    (is_block).if_false { // BSBS: A mettre dans TYPE_BLOCK
      (is_java).if {
        buffer.append "[]";
      } else {
        buffer.add_last '*';
      };
    };
  );
  
  - put_expanded_declaration buffer:STRING <-
  (    
    ((is_java) && {type_c != NULL}).if {
      buffer.append type_c;
    } else {
      buffer.append "__";
      buffer.append intern_name;          
    };
    add_genere_list;
  );
  
  - put_generic_declaration buffer:STRING <-
  (         
    (is_block).if { // BSBS: A mettre dans TYPE_BLOCK
      put_expanded_declaration buffer;
    } else {
      (is_java).if {
        buffer.append "__OBJ ";    
      } else {
        buffer.append (ALIAS_STR.c_void);    
      };
    };
  );
  
  //
  // Code source generation.
  //
  
  - put_id buffer:STRING <-
  (
    buffer.append (ALIAS_STR.separate); // <=> "__"
    buffer.append intern_name;
    buffer.append (ALIAS_STR.separate);
  );

  - put_access_id e:EXPR in buffer:STRING <-
  // For switch.
  ( + t:TYPE;
    
    t := e.static_type.raw;
    (t = type_boolean).if {
      e.genere buffer;  
    }.elseif {t = type_block} then {
      e.genere buffer;
      //buffer.append ".__id";
    } else {
      (is_java).if {        
        e.genere buffer;
        buffer.append ".__id";
      } else {
        buffer.append "((struct ___OBJ *)";
        e.genere buffer;
        buffer.append ")->__id";
      };
    };
  );
  
  - put_value buffer:STRING <-
  (
    buffer.append intern_name;
    buffer.append (ALIAS_STR.separate);
    add_genere_list;
  );
    
  //
  // Display.
  //
  
  - append_name_in buf:STRING <-
  (
    buf.append name;
  );
  
  - print <-
  (
    string_tmp.clear;
    append_name_in string_tmp;
    string_tmp.print;
  );
  
Section Public
  
  - is_block:BOOLEAN := FALSE;
  
  - Self:SELF '~=' Right 60 other:TYPE :BOOLEAN <- (Self = other);
  
  - is_sub_type other:TYPE :BOOLEAN <-
  ( + result:BOOLEAN;
               
    (Self = other).if {
      result := TRUE;
    }.elseif {other.subtype_list != NULL} then {
      result := other.subtype_list.fast_has Self;
    };
    result
  );

  - is_sub_type_with_name n:STRING_CONSTANT :BOOLEAN <-
  ( + result:BOOLEAN;
    + idx:INTEGER;
    + type_parent:TYPE;
    + ts:ITM_TYPE_SIMPLE;
            
    (n = prototype.name).if {
      result := TRUE;
    } else {
      idx := slot_run.lower;
      {
	(idx <= slot_run.upper) && 
	{slot_run.item idx.id_section.is_inherit_or_insert}  &&
	{! result}
      }.while_do {
        (slot_run.item idx.id_section.is_inherit).if {
          ts ?= slot_run.item idx.result_type;
	  type_parent := ts.to_run_for Self.raw;	
	  result := type_parent.is_sub_type_with_name n;
	};
	idx := idx + 1;
      };
    };
    result
  );
  
Section TYPE

  - load_prototype (call_path:STRING_CONSTANT,n:STRING_CONSTANT) 
  generic_count gen_count:INTEGER :PROTOTYPE <-
  ( + j,idx_path,idx_name,idx_name_old,idx_path_old:INTEGER;
    + entry:POINTER; 
    + result:PROTOTYPE;
    + path,found,cur_found:STRING_CONSTANT;
    + cn,cp:CHARACTER;
    + read_char:{};
    + stat,found_index,cur_index:INTEGER;
    + is_only:BOOLEAN;
    
    
    //call_path.print; ' '.print; n.print; '\n'.print;
    
    result := dico_name_to_prototype.fast_reference_at n;        
    (result = NULL).if {
      read_char := {
        cn := n.item idx_name;
        (cn = '.').if {
          (
            (idx_name > n.lower+1) && 
            {n.item (idx_name-1) = '.'} && 
            {n.item (idx_name-2) = '.'}
          ).if {
            idx_name := idx_name - 2;
            cn := '*';
          } else {
            cn := '/';
          };
        } else {
          cn := cn.to_lower;
        };
      };
      j := path_file.lower;      
      is_only := TRUE;
      {(j > path_file.upper) || {stat = 2}}.until_do {      
        path := path_file.item j;                                    
        cur_found := NULL;
        idx_name := n.upper;
        idx_path := path.upper-3; // ".li"
        {
          read_char.value;
          cp := path.item idx_path;
          idx_name := idx_name - 1;
          idx_path := idx_path - 1;
        }.do_while {
          (idx_name >= n.lower)    && 
          {idx_path >= path.lower} && 
          {cn = cp}
        };        
        ((idx_name < n.lower) && {cn = cp}).if {
          ((idx_path < path.lower) || {path.item idx_path = '/'}).if {
            cur_found := path;            
          };
        }.elseif {(cn = '*') && {cp = '/'}} then {                  
          idx_name_old := idx_name+1;
          idx_path_old := idx_path+1;
          {(idx_name >= n.lower) && {idx_path >= path.lower}}.while_do {          
            read_char.value; 
            cp := path.item idx_path;          
            (cn = cp).if {            
              // Nothing.            
            }.elseif {(cn = '*') && {cp = '/'}} then {                        
              idx_name_old := idx_name;
              idx_path_old := idx_path;
            } else {            
              idx_name := idx_name_old;
              idx_path := idx_path_old;
              {
                idx_path := idx_path - 1;
              }.do_while {(idx_path >= path.lower) && {path.item idx_path != '/'}};            
              idx_path_old := idx_path;
            };
            idx_name := idx_name - 1;
            idx_path := idx_path - 1;                
          };
          (idx_name < n.lower).if {
            cur_found := path;
          };
        }.elseif {stat = 1} then {
          stat := 2;
        };
        (cur_found != NULL).if {
          cur_index := cur_found.first_difference_index call_path;
          (stat = 0).if {
            stat := 1;
            found := cur_found;
            found_index := cur_index;            
          } else {
            is_only := FALSE;
            (cur_index > found_index).if {
              found := cur_found;
              found_index := cur_index;            
            };
          };
        };        
        j := j + 1;
      };
      
      (stat = 0).if {
        string_tmp.copy n;
        string_tmp.append " is not found.\n";
        POSITION.put_error semantic text string_tmp;
        (list_current != NULL).if {
          list_current.position.put_position;
        };
        POSITION.send_error;
      } else {      
        result := PROTOTYPE.prototype_dico.fast_reference_at found;
        (result = NULL).if {
          entry := FS_MIN.open_read found;
          (entry != NULL).if {
            // Load prototype.
            FS_MIN.close entry;
            result := PROTOTYPE.create found name n generic_count gen_count;
            PARSER.go_on result;
          } else {
            string_tmp.copy "Cannot open `";
            string_tmp.append found;
            string_tmp.append "'.";
            semantic_error (last_position,string_tmp);
          };
        };
        (is_only).if {
          dico_name_to_prototype.add result to n;
        };
      };      
    };
    (result.generic_count != gen_count).if {        
      //crash;      
      POSITION.put_error semantic text "Incorrect genericity definition.";
      result.position.put_position;
      (last_position.code != 0).if {
        last_position.put_position;
      } else {
        ? {crash; TRUE};
      };
      POSITION.send_error;
    };
    
    //result.filename.print; '\n'.print; '\n'.print;
    
    result
  );
  
  - make itm_typ:ITM_TYPE_SIMPLE with proto:PROTOTYPE <-
  ( + mask_bit:UINTEGER_8;    
    
    index       := index_count;
    index_count := index_count + 1;
    prototype   := proto;
    string_tmp.copy name;
    string_tmp.replace_all '.' with '_';
    intern_name := ALIAS_STR.get_intern string_tmp;
    itm_type    := itm_typ;    
    slot_run    := FAST_ARRAY(SLOT).create_with_capacity 10; // BSBS: A voir.    
    (prototype.type_style = ALIAS_STR.keyword_expanded).if {
      // Expanded.
      mask_bit := TYPE_FULL.expanded_bit | TYPE_FULL.default_expanded_bit;
    }.elseif {prototype.type_style = ALIAS_STR.keyword_strict} then {
      // Strict.
      mask_bit := TYPE_FULL.strict_bit | TYPE_FULL.default_strict_bit;
    };
    default := TYPE_FULL.create Self with mask_bit;
    prototype.init_slot_for Self;    
    //
    subtype_list := HASHED_SET(TYPE).create;
    subtype_list.fast_add TYPE_NULL;
    add_subtype Self;
    // Size.
    (POINTER.object_size = 4).if {
      size := 2; // 32 bits
    } else {
      size := 3; // 64 bits
    };
    name
    .when (ALIAS_STR.prototype_integer) then {
      size := 2; // 32 bits
    }
    .when (ALIAS_STR.prototype_integer_8) or (ALIAS_STR.prototype_uinteger_8) then {
      size := 0; // 8 bits
    }
    .when (ALIAS_STR.prototype_character) or (ALIAS_STR.prototype_boolean) then {
      size := 0; // 8 bits
    }
    .when (ALIAS_STR.prototype_integer_16) or (ALIAS_STR.prototype_uinteger_16) then {
      size := 1; // 16 bits
    }
    .when (ALIAS_STR.prototype_integer_32) or (ALIAS_STR.prototype_uinteger_32) then {
      size := 2; // 32 bits
    }
    .when (ALIAS_STR.prototype_integer_64) or (ALIAS_STR.prototype_uinteger_64) then {
      size := 3; // 64 bits
    };
  );
  
  - dico_name_to_prototype:HASHED_DICTIONARY(PROTOTYPE,STRING_CONSTANT) := 
  HASHED_DICTIONARY(PROTOTYPE,STRING_CONSTANT).create;
  
Section TYPE, TYPE_FULL
    
  + type_full_list:FAST_ARRAY(TYPE_FULL);
  
  - get_with flg:UINTEGER_8 :TYPE_FULL <-
  ( + result:TYPE_FULL;
    + i:INTEGER;
        
    (flg = default.flag).if {
      result := default;
    } else {
      (type_full_list = NULL).if {
	type_full_list := FAST_ARRAY(TYPE_FULL).create_with_capacity 2;
	result := TYPE_FULL.create Self with flg;
	type_full_list.add_last result;
      } else {
	{(i <= type_full_list.upper) && {type_full_list.item i.flag != flg}}.while_do {
	  i := i + 1;
	};
	(i <= type_full_list.upper).if {
	  result := type_full_list.item i;
	} else {
	  result := TYPE_FULL.create Self with flg;
	  type_full_list.add_last result;
	};
      };
    };
    result
  );
  
Section Private
  
  - is_far_expanded t:TYPE_FULL :BOOLEAN <-
  // BSBS: Met en non recurssif!!
  ( + tg:TYPE_GENERIC;
    + result:BOOLEAN;
    (t.is_expanded).if {
      result := TRUE;
    }.elseif {
      (t.raw.prototype.name = ALIAS_STR.prototype_native_array) || 
      {t.raw.prototype.name = ALIAS_STR.prototype_native_array_volatile}
    } then {
      tg ?= t.raw;
      result := is_far_expanded (tg.generic_list.first);
    };
    result
  );
  
Section TYPE,PROTOTYPE
  
  - verify_itm_slot_parent ref:ITM_SLOT <-
  ( + idx:INTEGER;
    + type_parent:TYPE;
    + ts:ITM_TYPE_SIMPLE;
    + other:ITM_SLOT;
    
    idx := slot_run.lower;
    {
      (idx <= slot_run.upper) && 
      {slot_run.item idx.id_section.is_inherit_or_insert}  
    }.while_do {      
      ts ?= slot_run.item idx.result_type;
      type_parent := ts.to_run_for Self.raw;	
      other := type_parent.prototype.slot_list.fast_reference_at (ref.name);
      (other != NULL).if {
        ref.is_equal_profil other;        
      };
      type_parent.verify_itm_slot_parent ref;
      idx := idx + 1;
    };
  );
  
  - verify_cyclic_inheritance ref:TYPE <-
  ( + idx:INTEGER;
    + type_parent:TYPE;
    + ts:ITM_TYPE_SIMPLE;
    + s:SLOT;
    
    idx := slot_run.lower;
    {
      (idx <= slot_run.upper) && 
      {slot_run.item idx.id_section.is_inherit_or_insert}  
    }.while_do {      
      s := slot_run.item idx;
      ts ?= s.result_type;
      type_parent := ts.to_run_for Self.raw;	
      (type_parent = ref).if {
        semantic_error (s.position,"Static cyclic inheritance.");
      };
      type_parent.verify_cyclic_inheritance ref;
      idx := idx + 1;
    };
  );lisaac_0.39_rc1/src/item/0000755000175000017500000000000011314031324015151 5ustar  sonntagsonntaglisaac_0.39_rc1/src/item/itm_result.li0000644000175000017500000000611411314031252017670 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_RESULT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Result value";
  
Section Inherit
  
  - parent_itm_code:ITM_CODE := ITM_CODE;
  
Section Public
  
  - is_affect:POSITION <- value.is_affect;
  
  - position:POSITION <- value.position;
  
  //
  // Data
  //
  
  + value:ITM_CODE;

  //
  // Constructor
  //
  
  - create r:ITM_CODE :SELF <-
  [
    -? {r != NULL};
    -? {r.position.code != 0};
  ]
  ( + result:SELF;
           
    result := clone;
    result.make r;
    result
  );
  
  - make r:ITM_CODE <-
  (
    value    := r;
  );
  
  //
  // Runnable
  //

  - to_run:INSTR <-
  ( + mul:EXPR_MULTIPLE;
    + val:EXPR;
    + result:INSTR;
    
    val := value.to_run_expr;    
    mul ?= val;
    (mul != NULL).if {
      (mul.lower).to (mul.upper-1) do { j:INTEGER;
        result := to_run_intern (mul.item j);
        list_current.add_last result;
      };
      result := to_run_intern (mul.last);
    } else {
      result := to_run_intern val;
    };
    result
  );
  
  - to_run_expr:EXPR <-
  (
    crash;
    NULL
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.append "return(";
    value.append_in buffer;
    buffer.add_last ')';
  );

Section Private

  - to_run_intern val:EXPR :INSTR <-
  ( + var:LOCAL;  
        
    var := val.static_type.get_temporary position;
    ITM_LIST.stack_result.add_last var;    
    var.write position value val    
  );
  
lisaac_0.39_rc1/src/item/itm_external_type.li0000644000175000017500000000633411314031252021241 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_EXTERNAL_TYPE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "External C with type result";
  
Section Inherit
  
  + parent_itm_extern:Expanded ITM_EXTERN;
  
Section Public

  //
  // Data
  //

  + type:ITM_TYPE_MONO;

  + type_list:FAST_ARRAY(ITM_TYPE_MONO);

  + is_persistant:BOOLEAN;

  //
  // Constructor
  //
  
  - create p:POSITION text n:STRING_CONSTANT persistant per:BOOLEAN :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p text n persistant per;
    result
  );
  
  - make p:POSITION text n:STRING_CONSTANT persistant per:BOOLEAN <-
  (
    position      := p;
    extern        := n;
    is_persistant := per;
  );
  
  //
  // Added
  //

  - set_type t:ITM_TYPE_MONO <-
  (
    type := t;
  );

  - set_type_list t:FAST_ARRAY(ITM_TYPE_MONO) <-
  (
    type_list := t;
  );

  //
  // Runnable
  //
    
  - to_run_expr:EXPR <- 
  ( + e:EXTERNAL_C;
    + lt:TYPES_TMP;
    + lst_acc:FAST_ARRAY(EXPR);
    + typ:TYPE;
    + tmp:VARIABLE;   

    lst_acc := get_access;
    last_position := position;
    e := EXTERNAL_C.create position text last_code 
    access lst_acc persistant is_persistant type (type.to_run_for profil_slot);
    
    (type_list != NULL).if {
      lt := TYPES_TMP.new;
      (type_list.lower).to (type_list.upper) do { j:INTEGER;
	typ := type_list.item j.to_run_for profil_slot.raw;	
	lt.add typ;
      };
      e.set_living_type (lt.to_types);
    };
    // For argument.
    tmp := e.static_type.get_temporary position;
    list_current.add_last (tmp.write position value e);
    tmp.read position
  );




lisaac_0.39_rc1/src/item/itm_read_args.li0000644000175000017500000000560011314031252020300 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_READ_ARGS;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Message with a lot of arguments";
  
Section Inherit
  
  + parent_itm_read:Expanded ITM_READ;
  
Section Public
  
  - is_affect:POSITION <-
  ( + result,default:POSITION;
    + j:INTEGER;
    
    (args.first != NULL).if {
      result := args.first.position;
    } else {
      j := args.lower + 1;      
      {(j <= args.upper) && {result = default}}.while_do {
	result := args.item j.is_affect;
	j := j + 1;
      };
    };
    result
  );
  
  //
  // Data
  //

  + args:FAST_ARRAY(ITM_CODE);

  //
  // Constructor
  //
  
  - create p:POSITION name n:STRING_CONSTANT args arg:FAST_ARRAY(ITM_CODE) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n args arg;
    result
  );
  
  - make p:POSITION name n:STRING_CONSTANT args arg:FAST_ARRAY(ITM_CODE) <-
  (
    position := p;
    name     := n;
    args     := arg;
  );

  //
  // Runnable
  //

  - to_run_expr:EXPR <-
  ( + l_arg:FAST_ARRAY(ITM_CODE);    
    
    l_arg := ALIAS_ARRAY(ITM_CODE).new;       
    (args.lower+1).to (args.upper) do { j:INTEGER;         
      l_arg.add_last (args.item j);
    };        
    to_run_with (args.first) args l_arg
  );
     







lisaac_0.39_rc1/src/item/itm_slot_operator.li0000644000175000017500000000775711314031252021264 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ITM_SLOT_OPERATOR;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Slot item";
  
Section Inherit
  
  + parent_itm_slot:Expanded ITM_SLOT;
  
Section Public
  
  + pretty_name:STRING_CONSTANT;
  
  - set_pretty_name n:STRING_CONSTANT <-
  (
    pretty_name := n;
  );
  
  //
  // Access associativity & priority level.
  //

  + priority_and_level:INTEGER;

  - associativity:STRING_CONSTANT <-
  ( + result:STRING_CONSTANT;
    (priority_and_level >= 0).if {
      result := ALIAS_STR.keyword_left;
    } else {
      result := ALIAS_STR.keyword_right;
    };
    result
  );
  
  - priority:INTEGER <-
  (
    priority_and_level.abs
  );

  - set_associativity p:STRING_CONSTANT priority l:INTEGER <-
  (
    (p = ALIAS_STR.keyword_left).if {
      priority_and_level := l;
    } else {
      priority_and_level := -l;
    };
  );
  
  //
  // Display.
  //
    
  - pretty_name_in buffer:STRING <-
  ( 
    (name.has_prefix (ALIAS_STR.slot_postfix)).if {
      buffer.append "Postfix '";
    }.elseif {name.has_prefix (ALIAS_STR.slot_infix)} then {
      buffer.append "Infix '";
    } else {
      buffer.append "Prefix '";
    };          
    buffer.append pretty_name;
    buffer.add_last '\'';
  );
  
Section ITM_SLOT
  
  - shorter_profile_intern_in buf:STRING <-
  ( 
    (name.has_prefix (ALIAS_STR.slot_postfix)).if {
      argument_list.first.shorter_in buf;
      buf.add_last ' ';
      buf.add_last '\'';
      put pretty_name to buf like (ALIAS_STR.short_slot);
      buf.add_last '\'';
      buf.add_last ' ';
    }.elseif {name.has_prefix (ALIAS_STR.slot_infix)} then {
      argument_list.first.shorter_in buf;
      buf.add_last ' ';
      buf.add_last '\'';
      put pretty_name to buf like (ALIAS_STR.short_slot);
      buf.add_last '\'';
      (priority_and_level != 0).if {
        buf.add_last ' ';
        put associativity to buf like (ALIAS_STR.short_keyword);
        buf.add_last ' ';
        string_tmp.clear;
        priority.append_in string_tmp;
        put string_tmp to buf like (ALIAS_STR.short_keyword);
      };
      buf.add_last ' ';
      argument_list.second.shorter_in buf;
      buf.add_last ' ';
    } else {
      buf.add_last '\'';
      put pretty_name to buf like (ALIAS_STR.short_slot);
      buf.add_last '\'';
      buf.add_last ' ';
      argument_list.first.shorter_in buf;
      buf.add_last ' ';
    };    
  );lisaac_0.39_rc1/src/item/itm_character.li0000644000175000017500000000463511314031252020314 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_CHARACTER;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Character constant";
  
Section Inherit
  
  + parent_itm_constant:Expanded ITM_CONSTANT;
  
Section Public

  //
  // Data
  //

  + character:STRING_CONSTANT;

  //
  // Creation
  //

  - create p:POSITION char n:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p char n;
    result
  );
  
  - make p:POSITION char n:STRING_CONSTANT <-
  (
    position:=p;
    character:=n;
  );

  //
  // Runnable
  //

  - to_run_expr:EXPR <-
  ( 
    CHARACTER_CST.create position char character    
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.add_last '\'';
    buffer.append character;
    buffer.add_last '\'';
  );
lisaac_0.39_rc1/src/item/itm_local.li0000644000175000017500000000772711314031252017457 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_LOCAL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Local declaration slot";
  
Section Inherit
  
  + parent_itm_object:Expanded ITM_OBJECT;
  
Section Public

  //
  // Data
  //

  + type:ITM_TYPE_MONO;

  + name:STRING_CONSTANT;

  //
  // Constructor
  //

  - create p:POSITION name n:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n;
    result
  );

  - create p:POSITION name n:STRING_CONSTANT type t:ITM_TYPE_MONO :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n;
    result.set_type t;
    result
  );
  
  - make p:POSITION name n:STRING_CONSTANT <-
  (
    name     := n;
    position := p;
  );

  //
  // Set
  //

  - set_type t:ITM_TYPE_MONO <-
  (
    type := t;
  );

  //
  // Runnable
  //

  - to_run:LOCAL <- 
  ( + pos:POSITION;
    + result:LOCAL;
    
    last_position := position;
    result := LOCAL.create position name name style '+' type (type.to_run_for profil_slot);
    last_position := pos;
    result
  );

  - to_run_static:LOCAL <-
  // Static local slot.
  ( + result:LOCAL;
    + slot:ITM_SLOT;
    + larg:FAST_ARRAY(ITM_ARGUMENT);
    + arg:ITM_ARGUMENT;
    + proto:PROTOTYPE;
    
    (type = ITM_TYPE_SIMPLE.type_self).if {
      semantic_error (position,"Type `SELF' is not possible for `-' style local.");
    };
    result := LOCAL.create position name name style '-' type (type.to_run_for profil_slot);    
    //
    proto := position.prototype;
    slot := proto.first_slot;
    {(slot != NULL) && {slot.position != position}}.while_do {
      slot := slot.next;
    };
    (slot = NULL).if {
      slot := ITM_SLOT.create position name (result.intern_name) 
      feature (SECTION_.get_name (ALIAS_STR.section_private));
      slot.set_style '-';
      slot.set_result_type type;
      larg := ALIAS_ARRAY(ITM_ARGUMENT).new;
      arg := ITM_ARG.create position name (ALIAS_STR.variable_self)
      type (ITM_TYPE_SIMPLE.type_self);
      larg.add_last arg;
      larg := ALIAS_ARRAY(ITM_ARGUMENT).copy larg;
      slot.set_argument_list larg; 
      proto.add_slot slot;
    } else {
      result.set_intern_name (slot.name);
    };
    //
    result
  );
  
  // 
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.append name;
    buffer.add_last ':';
    type.append_in buffer;
  );
    



lisaac_0.39_rc1/src/item/itm_write_value.li0000644000175000017500000001073511314031252020704 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_WRITE_VALUE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Write with a value";
  
Section Inherit
  
  + parent_itm_write:Expanded ITM_WRITE;
  
Section Public

  - type:STRING_CONSTANT <- ":=";

  //
  // Runnable 
  //

  - to_run_expr:EXPR <-
  ( + ass_multiple:ITM_LIST_IDF;
    + val:EXPR;
    + val_multiple:EXPR_MULTIPLE;
    + j:INTEGER;
    + lst_idf:FAST_ARRAY(STRING_CONSTANT);
    + itm_read:ITM_READ;
    + lst_exp:FAST_ARRAY(EXPR);
    + result:EXPR;
        
    val := value.to_run_expr;
            
    val_multiple ?= val;        
    (val_multiple != NULL).if {
      //
      // Assignment Vector.      
      //
      lst_exp := FAST_ARRAY(EXPR).create_with_capacity (val_multiple.count);
      ass_multiple ?= assign;
      (ass_multiple != NULL).if {	
	lst_idf := ass_multiple.list_name;
	(lst_idf.lower).to (lst_idf.upper-1) do { i:INTEGER;
	  j := affect (lst_idf.item i) with val_multiple index j in lst_exp;
	};	
	j := affect (lst_idf.last) with val_multiple index j in lst_exp;	
      } else {
	itm_read ?= assign;
	? {itm_read != NULL};
	j := affect (itm_read.name) with val_multiple index j in lst_exp;	
      };
      (j <= val_multiple.upper).if {
	semantic_error (position,"Incorrect size vector.");
      };
      result := EXPR_MULTIPLE.create lst_exp;
    } else {
      //
      // Assignment simple.
      //      
      itm_read ?= assign;      
      ? {itm_read != NULL};      
      result := affect (itm_read.name) with val;
    };
    result
  );

Section Private
  
  - affect idf:STRING_CONSTANT with val:EXPR_MULTIPLE 
  index n:INTEGER in lst:FAST_ARRAY(EXPR) :INTEGER <-
  ( + loc:LOCAL;
    + result:INTEGER;
    + slot:SLOT;
    + typ_multi:ITM_TYPE_MULTI;
    + lst_expr:FAST_ARRAY(EXPR);
    
    (n > val.upper).if {
      semantic_error (position,"Incorrect size vector.");
    };
    
    loc := lookup idf;
    (loc != NULL).if {      
      lst.add_last (affect_local loc with (val.item n));
      result := n + 1;
    } else {
      slot := profil_slot.type_self.get_slot idf;
      (slot = NULL).if {
	string_tmp.copy "Slot `";
	string_tmp.append idf;
	string_tmp.append "' not found in static type ";
	profil_slot.type_self.append_name_in string_tmp;
	string_tmp.add_last '.';
	semantic_error (position,string_tmp);
      };
      typ_multi ?= slot.result_type;
      (typ_multi != NULL).if {
	result := n + typ_multi.count;
	(result > val.count).if {
	  semantic_error (position,"Incorrect size vector.");
	};
	//BSBS: Recycle les EXPR_MULTIPLE
	lst_expr := FAST_ARRAY(EXPR).create_with_capacity (typ_multi.count);	
	0.to (typ_multi.upper) do { i:INTEGER;
	  lst_expr.add_last (val.item (n+i));
	};	
	lst.add_last (affect_slot idf with (EXPR_MULTIPLE.create lst_expr));
      } else {
	lst.add_last (affect_slot idf with (val.item n));
	result := n + 1;
      };
    };
    result
  );lisaac_0.39_rc1/src/item/itm_external.li0000644000175000017500000001714711314031252020204 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_EXTERNAL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "External C without type result";
  
Section Inherit
  
  + parent_itm_extern:Expanded ITM_EXTERN;
  
Section Public

  //
  // Constructor
  //
  
  - create p:POSITION text n:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p text n;
    result
  );
  
  - make p:POSITION text n:STRING_CONSTANT <-
  (
    position := p;
    extern   := n;
  );

  //
  // Runnable
  //
  
  - to_run_expr:EXPR <- 
  ( + result:EXPR;
    + lst_acc:FAST_ARRAY(EXPR);
    + num:INTEGER;
    + exp1,exp2,exp3:EXPR;
    + left,right:EXPR;
    + type:TYPE_FULL;
        
    extern.is_integer.if {
      num := extern.to_integer;
      (num > 31).if {
	syntax_error (position,"Unknown external lisaac code (0..31).");
      };
      num
      .when 0 then { // is_expanded_type:BOOLEAN
	exp1 := profil_slot.argument_list.first.read position;
	result := IS_EXPANDED.create position receiver exp1;
      }
      .when 1 then { // type_id_intern:INTEGER	
        result := GET_TYPE_ID.create position receiver
        (profil_slot.argument_list.first.type);
      }
      .when 2 then { // INTEGER > INTEGER -> BOOLEAN.
	left   := profil_slot.argument_list.first .read position;
	right  := profil_slot.argument_list.item 1.read position;
	result := EXPR_SUP.create position with left and right;
      }
      .when 3 then { // INTEGER - INTEGER -> INTEGER.
	left   := profil_slot.argument_list.first .read position;
	right  := profil_slot.argument_list.item 1.read position;
	result := EXPR_SUB.create position with left and right;	
      }
      .when 4 then { // INTEGER * INTEGER -> INTEGER.
	left   := profil_slot.argument_list.first .read position;
	right  := profil_slot.argument_list.item 1.read position;
	result := EXPR_MUL.create position with left and right;		
      }
      .when 5 then { // INTEGER / INTEGER -> INTEGER.	
	left   := profil_slot.argument_list.first .read position;
	right  := profil_slot.argument_list.item 1.read position;
	result := EXPR_DIV.create position with left and right;		
      }
      .when 6 then { // INTEGER & INTEGER -> INTEGER.
	left   := profil_slot.argument_list.first .read position;
	right  := profil_slot.argument_list.item 1.read position;
	result := EXPR_AND.create position with left and right;		
      }
      .when 7 then { // INTEGER >> INTEGER -> INTEGER.
	left   := profil_slot.argument_list.first .read position;
	right  := profil_slot.argument_list.item 1.read position;
	result := EXPR_SHIFT_R.create position with left and right;		
      }
      .when 8 then { // INTEGER << INTEGER -> INTEGER.
	left   := profil_slot.argument_list.first .read position;
	right  := profil_slot.argument_list.item 1.read position;
	result := EXPR_SHIFT_L.create position with left and right;		
      }
      .when 9 then { // put OBJECT to INTEGER.
	exp1 := profil_slot.argument_list.first .read position;
	exp2 := profil_slot.argument_list.item 1.read position; 
	exp3 := profil_slot.argument_list.item 2.read position; 
	result := PUT_TO.create position base exp1 index exp3 value exp2;
      }
      .when 10 then { // item INTEGER -> OBJECT.
	exp1 := profil_slot.argument_list.first .read position;
	exp2 := profil_slot.argument_list.item 1.read position; 
	result := ITEM.create position base exp1 index exp2;
      }      
      .when 11 then { // debug_level -> INTEGER.
	result := INTEGER_CST.create position value debug_level_option type (type_integer.default);
      }
      .when 12 then { // object_size -> INTEGER.	
        result := SIZE_OF.create position receiver 
        (profil_slot.argument_list.first.type);
      }
      .when 13 then { // CONVERT SRC TO DST.on src:SRC :DST.
        type := profil_slot.result_list.first.type;        
	exp2 := profil_slot.argument_list.second.read position;
	result := CAST.create type value exp2;
      }
      .when 14 then { // top_runtime_stack -> POINTER.
	(debug_level_option = 0).if {
	  result := PROTOTYPE_CST.create position type (TYPE_NULL.default);
	} else {
	  result := EXTERNAL_C.create position text "top_context->back->back"
	  access NULL persistant FALSE type (type_pointer.default);
	};
      }
      .when 15 then { // is_cop_type:BOOLEAN
        type := profil_slot.argument_list.first.type;        
        (type.prototype.style = '-').if {          
          result := PROTOTYPE_CST.create position type (type_true.default);	
        } else {
          result := PROTOTYPE_CST.create position type (type_false.default);	
        };
      }     
      .when 16 then { // LIST.upper:INTEGER
        not_yet_implemented;
      }
      .when 17 then { // LIST.item index:INTEGER :E
        not_yet_implemented;
      }
      .when 18 then { // compiler_inlining_level -> INTEGER.
	result := INTEGER_CST.create position value inline_level type (type_integer.default);
      }
      .when 19 then { // compiler_optimization -> BOOLEAN.
        (is_optimization).if {          
          result := PROTOTYPE_CST.create position type (type_true.default);	
        } else {
          result := PROTOTYPE_CST.create position type (type_false.default);	
        };	
      }
      .when 20 then { // compiler_built_on -> STRING_CONSTANT.        
        string_tmp.clear;
        SYSTEM.get_current_date.append_in string_tmp;
        string_tmp.add_last ' ';
        SYSTEM.get_current_time.append_in string_tmp;
	result := STRING_CST.create position text (ALIAS_STR.get string_tmp) length (string_tmp.count);
      }
      .when 21 then { // forall_data action:{ E; } 
        //result := forall_data_product;
      }
      .when 22 to 31 then { // FREE
        syntax_error (position,"Free external lisaac code.");
      };
    } else {
      lst_acc := get_access;
      result  := EXTERNAL_C.create position text last_code 
      access lst_acc persistant TRUE type (TYPE_VOID.default);
    };
    result
  );
  
Section Private
  
  //
  // Reflexivity
  //
  
  - forall_data_product:EXPR <-
  ( + type:TYPE_FULL;
    type := profil_slot.argument_list.first.type;
    
  );lisaac_0.39_rc1/src/item/itm_slot.li0000644000175000017500000002421411314031252017334 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ITM_SLOT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Slot item";
  
Section Inherit
  
  + parent_named:Expanded NAMED;
  
Section Public
  
  //
  // Shorter information.
  //
  
  + comment:STRING_CONSTANT;
  
  - set_comment str:STRING_CONSTANT <-
  (
    comment := str;
  );
  
  + comment_chapter:STRING_CONSTANT;
  
  - set_comment_chapter c:STRING_CONSTANT <-
  (
    comment_chapter := c;
  );
  
  + stat_shorter:INTEGER_8;
  
  - set_stat_shorter s:INTEGER_8 <-
  (
    stat_shorter := s;
  );
  
  //
  // Profil
  //
  
  + id_section:SECTION_;
    
  - argument_count:INTEGER <-
  ( + result:INTEGER;
    
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
      result := result + argument_list.item j.count;
    };
    result
  );
      
  + argument_list:FAST_ARRAY(ITM_ARGUMENT);

  + result_type:ITM_TYPE;
  
  - set_result_type t:ITM_TYPE <-
  ( + tm:ITM_TYPE_MONO;
    
    (id_section.is_inherit_or_insert).if {
      tm ?= t;
      (
        (tm = NULL) || 
        {tm = ITM_TYPE_SIMPLE.type_self} || 
        {tm = ITM_TYPE_SIMPLE.type_void}
      ).if {
	semantic_error (position,"Incorrect type for inheritance slot.");
      };
    };
    /*
    "ITM_SLOT : ".print;
    name.print; ' '.print;
    ( +tmu:ITM_TYPE_MULTI;
      tmu ?= t;
      (tmu != NULL).if {
        tmu.count.print;
      };
    );
    '\n'.print;
    */
    result_type := t;
  );
  
  - set_argument_list p:FAST_ARRAY(ITM_ARGUMENT) <-
  ( 
    ((p.count > 1) || {p.first.count > 1}).if {    
      (id_section.is_interrupt).if {
	semantic_error (p.last.position,"No argument for interrupt slot.");
      };
      (id_section.is_inherit_or_insert).if {
	semantic_error (p.last.position,"No argument for inheritance slot.");
      };
    };
    argument_list := p;
  );
  
  - get_argument_type i:INTEGER :ITM_TYPE_MONO <-
  ( + idx,j:INTEGER;
    + arg:ITM_ARGUMENT;
    
    {
      arg := argument_list.item j;
      idx := idx + arg.count;
      j := j + 1;
    }.do_while {idx <= i};
    arg.item (i-(idx - arg.count))    
  );  
  
  - is_equal_profil other:ITM_SLOT <-
  (         
    (Self != other).if {            
      (result_type != other.result_type).if {
	string_tmp.copy "Invariance type result invalid."; // (";
	//type.to_run.append_name_in string_tmp;
	//string_tmp.append " != ";
	//other.type.to_run.append_name_in string_tmp;
	//string_tmp.append ").";
	POSITION.put_error semantic text string_tmp;
	position.put_position;
	(other.position).put_position;
	POSITION.send_error; 
      };
      (id_section != other.id_section).if {
	POSITION.put_error warning text 
	"Invariance section declaration invalid.";
	position.put_position;
	(other.position).put_position;
	POSITION.send_error;
      };
      (
        ((other.argument_list = NULL) ^ (argument_list = NULL)) || 
        {(argument_list != NULL) && {argument_list.count != other.argument_list.count}}
      ).if {
        POSITION.put_error warning text 
        "Invariance argument number.";
        position.put_position;
        (other.position).put_position;
        POSITION.send_error;
      } else {
        (argument_list != NULL).if {        
          (argument_list.lower).to (argument_list.upper) do { j:INTEGER;
            argument_list.item j.is_equal (other.argument_list.item j);
          };	  
        };
      };
    };
  );
  
  //
  // Data.
  //

  + affect:CHARACTER; // ':', '?', '<'

  - set_affect a:CHARACTER <-
  (
    affect := a; 
  );

  + next:ITM_SLOT;
  
  - set_next n:ITM_SLOT <-
  (
    next := n;
  );
    
  //
  // Access associativity & priority level.
  //
  
  - priority_and_level:INTEGER <-
  ( 
    crash_with_message "ITM_SLOT.priority_and_level.";
    0
  );
  
  - associativity:STRING_CONSTANT <-
  ( 
    crash_with_message "ITM_SLOT.associativity.";
    NULL
  );
  
  - priority:INTEGER <-
  (
    crash_with_message "ITM_SLOT.priority.";
    0
  );

  //
  // Value.
  //
  
  + require:ITM_LIST;
  + ensure:ITM_LIST;
  
  + value:ITM_CODE;

  - set_value e:ITM_CODE type p:PROTOTYPE <-
  // Static definition.
  [ 
    -? {affect != '\0'};
  ]
  ( 
    (affect = '<').if {
      value := e;
    } else {
      //semantic_error (position,"not_yet_implemented");
      value := default_value e in p;
    };
  );    

  - set_require e:ITM_LIST <-
  ( 
    require := e;
  );    

  - set_ensure e:ITM_LIST <-
  ( 
    ensure := e;
  );    

  //
  // Constructeur.
  //
  
  - create p:POSITION name n:STRING_CONSTANT feature sec:SECTION_ :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n feature sec;
    result
  );
  
  - make p:POSITION name n:STRING_CONSTANT feature sec:SECTION_ <-
  (
    name        := n;
    position    := p;    
    id_section  := sec;
  );
  
  //
  // Runnable.
  //
  
  - get_index_argument_type p:ITM_TYPE_PARAMETER :INTEGER <-
  ( + i,result,max:INTEGER;
    + arg:ITM_ARGUMENT;
    
    i := argument_list.lower;    
    {(i <= argument_list.upper) && {result = max}}.while_do {
      arg    := argument_list.item i;
      max    := max    + arg.count;
      result := result + arg.get_index_type p;
      i := i +1;
    };
    (result = max).if {
      result := -1;
    };
    result
  );
  
  - check_argument_type larg:FAST_ARRAY(EXPR) for p:PARAMETER_TO_TYPE <-  
  ( + idx:INTEGER;
    + a:ITM_ARGUMENT;
    
    (argument_list.lower).to (argument_list.upper) do { i:INTEGER;
      a := argument_list.item i;
      idx := a.check larg index idx for p;
    };
  );    
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.append name;
    (argument_list.lower).to (argument_list.upper) do { j:INTEGER;       
      buffer.add_last ' ';
      argument_list.item j.append_in buffer;
    }; 
    buffer.add_last ' ';
    buffer.add_last ':';
    result_type.append_in buffer;    
  );    
  
  - pretty_name:STRING_CONSTANT <-
  (
    crash_with_message "ITM_SLOT.pretty_name.";
    NULL
  );
  
  - pretty_name_in buffer:STRING <-
  ( + j:INTEGER;
    
    j := name.lower;
    {j < name.upper}.while_do {    
      ((name.item j = '_') && {name.item (j+1) = '_'}).if {
        buffer.add_last ' ';
        j := j + 2;
      } else {
        buffer.add_last (name.item j);
        j := j + 1;
      };      
    };
    buffer.add_last (name.last);
  );
  
  - shorter_profile_in buf:STRING <-
  ( 
    // style.
    (style = '+').if {
      put "+" to buf like (ALIAS_STR.short_slot_style);
    } else {
      put "-" to buf like (ALIAS_STR.short_slot_style);
    };    
    shorter_profile_intern_in buf;
    // Result.
    (result_type != ITM_TYPE_SIMPLE.type_void).if {      
      buf.add_last ':';      
      result_type.shorter_in buf;
    };
  );
  
Section ITM_SLOT
  
  - shorter_profile_intern_in buf:STRING <-
  ( + j,i:INTEGER;
    // Name + arguments.
    string_tmp.clear;
    j := name.lower;
    argument_list.first.shorter_in buf;
    buf.add_last '.';
    i := argument_list.lower+1;    
    {j < name.upper}.while_do {    
      ((name.item j = '_') && {name.item (j+1) = '_'}).if {
        put string_tmp to buf like (ALIAS_STR.short_slot);
        buf.add_last ' ';
        argument_list.item i.shorter_in buf;
        buf.add_last ' ';
        string_tmp.clear;        
        j := j + 2;
        i := i + 1;
      } else {
        string_tmp.add_last (name.item j);
        j := j + 1;
      };      
    };
    string_tmp.add_last (name.last);
    put string_tmp to buf like (ALIAS_STR.short_slot);
    (i <= argument_list.upper).if {
      buf.add_last ' ';
      argument_list.last.shorter_in buf;
      buf.add_last ' ';
    };
  );
  
Section Private
  
  - default_value v:ITM_CODE in t:PROTOTYPE :ITM_CODE <-
  ( //+ lst:ITM_LIST;
    + s:ITM_SLOT;
    + n:STRING_CONSTANT;
    + sec:SECTION_;
    + larg:FAST_ARRAY(ITM_ARGUMENT);
    + a:ITM_CODE;
        
    // Add function for init.
    string_tmp.copy "__init_";      
    string_tmp.append name;
    n := ALIAS_STR.get string_tmp;
    sec := SECTION_.get_name (ALIAS_STR.section_public);
    larg := FAST_ARRAY(ITM_ARGUMENT).create_with_capacity 1;
    larg.add_last (
      ITM_ARG.create (v.position)
      name (ALIAS_STR.variable_self) 
      type (ITM_TYPE_SIMPLE.type_self)
    );
    s := ITM_SLOT.create (v.position) name n feature sec;
    s.set_affect '<';
    ? {result_type != NULL};
    s.set_value v type t;      
    s.set_argument_list larg;      
    s.set_result_type result_type;
    t.slot_list.fast_put s to (s.name);      
    (t.generic_count = 0).if {
      a := ITM_PROTOTYPE.create (v.position) type (ITM_TYPE_SIMPLE.get (t.name));            
    };
        
    ITM_READ_ARG1.create (v.position) name n arg a
  );
lisaac_0.39_rc1/src/item/itm_args.li0000644000175000017500000001023411314031252017304 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_ARGS;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "One argument vector";
  
Section Inherit
  
  + parent_itm_argument:Expanded ITM_ARGUMENT;
  
Section Public

  + name:FAST_ARRAY(STRING_CONSTANT);
  
  + type:ITM_TYPE_MULTI;
  
  - upper:INTEGER <- name.upper;
  
  //
  // Creation.
  //
  
  - create p:POSITION name n:FAST_ARRAY(STRING_CONSTANT) 
  type t:ITM_TYPE_MULTI :SELF <-
  ( + result:SELF;
    
    result := SELF.clone;
    result.make p name n type t;
    result
  );

  - make p:POSITION name n:FAST_ARRAY(STRING_CONSTANT) 
  type t:ITM_TYPE_MULTI <-
  (
    position := p;
    name     := n;
    type     := t;
  );
        
  //
  // Running.
  //

  - item idx:INTEGER :ITM_TYPE_MONO <- 
  ( ? {idx.in_range 0 to upper};
    type.item idx
  );
  
  - to_run_in arg_lst:FAST_ARRAY(LOCAL) for p:PARAMETER_TO_TYPE <-
  ( + t:TYPE_FULL;
    
    (name.lower).to (name.upper) do { j:INTEGER;
      t := type.item j.to_run_for p;      
      arg_lst.add_last (
	LOCAL.create position name (name.item j) style ' ' type t
      );
    };
  );
  
  - get_index_type p:ITM_TYPE_PARAMETER :INTEGER <-
  ( + i:INTEGER;
    
    i := name.lower;
    {(i <= name.upper) && {type.item i != p}}.while_do {
      i := i + 1;
    };
    i
  );

  - check larg:FAST_ARRAY(EXPR) index idx:INTEGER for p:PARAMETER_TO_TYPE :INTEGER <-
  ( + new_expr:EXPR;
    
    (type.lower).to (type.upper) do { i:INTEGER;
      new_expr := larg.item (idx+i).check_type (type.item i.to_run_for p) with position;
      larg.put new_expr to (idx+i);
    };
    idx + type.count
  );    
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  ( 
    buffer.add_last '(';
    (name.lower).to (name.upper - 1) do { j:INTEGER;      
      buffer.append (name.item j);
      buffer.add_last ':';
      type.item j.append_in buffer;
      buffer.add_last ',';
    };
    buffer.append (name.last);
    buffer.add_last ':';
    type.last.append_in buffer;    
    buffer.add_last ')';
  );
  
  - shorter_in buf:STRING <-
  (
    buf.add_last '(';
    (name.lower).to (name.upper - 1) do { j:INTEGER;      
      (name.item j = ALIAS_STR.variable_self).if {
        put (name.item j) to buf like (ALIAS_STR.short_keyword);
      } else {
        put (name.item j) to buf like (ALIAS_STR.short_local);
      };
      buf.add_last ':';
      type.item j.shorter_in buf;
      buf.add_last ',';
    };
    put (name.last) to buf like (ALIAS_STR.short_local);
    buf.add_last ':';
    type.last.shorter_in buf;    
    buf.add_last ')';
  );
  

lisaac_0.39_rc1/src/item/itm_read_arg1.li0000644000175000017500000000453411314031252020203 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_READ_ARG1;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := 
  "For send message with one argument\ 
  \ (receiver) or unary message";
  
Section Inherit
  
  + parent_itm_read:Expanded ITM_READ;
  
Section Public
  
  //
  // Data
  //
 
  + arg:ITM_CODE;

  //
  // Constructor
  //
  
  - create p:POSITION name n:STRING_CONSTANT arg a:ITM_CODE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n arg a;
    result
  );
  
  - make p:POSITION name n:STRING_CONSTANT arg a:ITM_CODE <-
  (
    position := p;
    name     := n;
    arg      := a;
  );
 
  //
  // Runnable
  //

  - to_run_expr:EXPR <-
  (     
    to_run_with arg args NULL
  );






lisaac_0.39_rc1/src/item/itm_write.li0000644000175000017500000001167011314031252017507 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_WRITE;

  - copyright   := "2003-2007 Benoit Sonntag";


  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for all write";
  
Section Inherit
  
  + parent_itm_code:Expanded ITM_CODE;
  
Section Public

  //
  // Data
  //

  + assign:ITM_CODE;

  + value:ITM_CODE;
  
  - type:STRING_CONSTANT <-
  (
    deferred;
    NULL
  );
  
  //
  // Constructor
  //
  
  - create p:POSITION assign n:ITM_CODE with v:ITM_CODE :SELF <-
  [ -? {p != 0}; ]
  ( + result:SELF;
    result := clone;
    result.make p assign n with v;
    result
  );
  
  - make p:POSITION assign n:ITM_CODE with v:ITM_CODE <-
  (
    position := p;
    assign   := n;
    value    := v;
  );

  //
  // Access.
  //
  
  - get_simple_name:STRING_CONSTANT <-
  ( + result:STRING_CONSTANT;
    + without_arg:ITM_READ;
    
    without_arg ?= assign;
    (without_arg != NULL).if {
      result := without_arg.name;
    } else {
      semantic_error (position,"ITM_WRITE: Not yet implemented.");
    };
    result
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    assign.append_in buffer;
    buffer.append type;
    value.append_in buffer;
  );
  
Section Private
  
  - affect name:STRING_CONSTANT with v:EXPR :EXPR <-
  ( + loc:LOCAL;    
    + result:EXPR;    
    
    loc := lookup name;
    (loc != NULL).if {
      result := affect_local loc with v;
    } else {
      result := affect_slot name with v;
    };
    result
  );

  - affect_local loc:LOCAL with v:EXPR :EXPR <-
  ( + e:INSTR;    
    + result:EXPR;    
    + val:EXPR;
            
    (loc.style = '-').if {
      result := affect_slot (loc.intern_name) with v;
    } else {
      (loc.style = ' ').if {
	POSITION.put_error semantic text "Argument assignment is not possible.";
	loc.position.put_position;
	position.put_position;
	POSITION.send_error;  
      };
      val := v.check_type (loc.type) with position;
      e := loc.write position value val; 
      list_current.add_last e;	
      result := loc.read position;
    };
    result
  );

  - affect_slot name:STRING_CONSTANT with v:EXPR :EXPR <-
  ( + loc:VARIABLE;
    + slot:SLOT;
    + slot_dta:SLOT_DATA;
    + node:NODE;
    + result:EXPR;
    + rec:EXPR;
    + type:TYPE;
    + em:EXPR_MULTIPLE;
    + new_val:EXPR;
    + lst:FAST_ARRAY(EXPR);
    
    loc := lookup (ALIAS_STR.variable_self);
    rec := loc.read position;
    //
    type := rec.static_type.raw;    
    slot := type.get_slot name; 
    (slot = NULL).if {
      string_tmp.copy "Slot `";
      string_tmp.append name;
      string_tmp.append "' not found in static type ";
      type.append_name_in string_tmp;
      string_tmp.add_last '.';
      semantic_error (position,string_tmp);
    };
    // Control type.
    em ?= v;
    slot_dta := slot.slot_data;
    (em != NULL).if {
      lst := em.expr_list;
      (lst.lower).to (lst.upper - 1) do { j:INTEGER;
	new_val := (lst.item j).check_type (slot.slot_data_list.item j.type) with (slot.position);
	lst.put new_val to j;
      };
      new_val := (lst.last).check_type (slot_dta.type) with (slot.position);
      lst.put new_val to (lst.upper);
      new_val := em;
    } else {
      new_val := v.check_type (slot_dta.type) with (slot.position);
    };
    //
    node := NODE.new_write position slot slot receiver rec value new_val;
    list_current.add_last node;
    result := node.result_expr;
    result
  );
  
lisaac_0.39_rc1/src/item/itm_type_simple.li0000644000175000017500000000746111314031252020712 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ITM_TYPE_SIMPLE;

  - copyright := "2003-2007 Benoit Sonntag";

  
  - author    := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment   := "Simple type";
  
Section Inherit
  
  + parent_itm_type_mono:Expanded ITM_TYPE_MONO;
  
Section ITM_TYPE_SIMPLE, ITM_TYPE_SELF
  
  - dico:HASHED_DICTIONARY(ITM_TYPE_SIMPLE,STRING_CONSTANT) := 
  HASHED_DICTIONARY(ITM_TYPE_SIMPLE,STRING_CONSTANT).create;

Section ITM_TYPE_SIMPLE
  
  - create n:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make n;
    result
  );
  
  - make n:STRING_CONSTANT <-
  (
    name := n;
    dico.fast_put Self to n;
  );
  
Section Public
  
  - type_null:ITM_TYPE_SIMPLE := ITM_TYPE_SIMPLE.get (ALIAS_STR.variable_null);
  - type_void:ITM_TYPE_SIMPLE := ITM_TYPE_SIMPLE.get (ALIAS_STR.variable_void);
  - type_self:ITM_TYPE_SIMPLE := ITM_TYPE_PARAMETER.create (ALIAS_STR.prototype_self);
  
  - hash_code:INTEGER <- name.hash_code;
  
  + name:STRING_CONSTANT;
  
  - style:STRING_CONSTANT; // NULL
  
  - get n:STRING_CONSTANT :ITM_TYPE_SIMPLE <-
  [
    -? {n != NULL};    
  ]
  ( + result:ITM_TYPE_SIMPLE;
        
    result := dico.fast_reference_at n;    
    (result = NULL).if {
      result := create n;      
    };            
    result
  );
  
  - to_run_for p:PARAMETER_TO_TYPE :TYPE_FULL <-
  ( + result:TYPE_FULL;   
    + path:STRING_CONSTANT;
    
    (Self = type_null).if {
      result := TYPE_NULL.default;
    }.elseif {Self = type_void} then {
      result := TYPE_VOID.default;
    } else {
      (p != NULL).if {
        path := p.position.prototype.filename;
      } else {
        path := input_path;
      };      
      result := TYPE.get (path,Self);
    };
    result 
  );
  
  - append_in buffer:STRING <-
  (
    (style != NULL).if {
      buffer.append style;
      buffer.add_last ' ';
    };
    buffer.append name;
  );
  
  - shorter_in buf:STRING <-
  (
    (style != NULL).if {
      put style to buf like (ALIAS_STR.short_keyword);
      buf.add_last ' ';
    };
    put name to buf like (ALIAS_STR.short_prototype);
  );
  
  //
  // Cast.
  //
  
  - append_cast_name_in buf:STRING <- 
  (
    (name.lower).to (name.upper) do { j:INTEGER;
      buf.add_last (name.item j.to_lower);
    };
  );
    
  lisaac_0.39_rc1/src/item/itm_operator.li0000644000175000017500000000457511314031252020216 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_OPERATOR;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "operator list message";
  
Section Inherit
  
  + parent_itm_code:Expanded ITM_CODE;
  
Section Public

  + name:STRING_CONSTANT;
  
  //
  // Constructor
  //  

  - create p:POSITION name n:STRING_CONSTANT :SELF <-
  [
    -? {p.code != 0};
  ]
  ( + result:SELF;
    result := clone;
    result.make p name n;
    result
  );
  
  - make p:POSITION name n:STRING_CONSTANT <-
  (   
    position := p;
    name := n;
  );
  
  //
  // Runnable.
  //
  
  - to_run_expr:EXPR <-
  (
    crash_with_message "ITM_OPERATOR.to_run_expr";
    NULL
  );    
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.append name; 
  );


lisaac_0.39_rc1/src/item/itm_code.li0000644000175000017500000000473111314031252017267 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_CODE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for all item code";
  
Section Inherit
  
  + parent_itm_object:Expanded ITM_OBJECT;
  
Section Public
  
  // Use by PARSER, for left expr assignment ( in EXPR1 := EXPR2, EXPR1.is_affect). 
  - is_affect:POSITION <- position;
  
  //
  // Flags.
  //

  - is_constant:BOOLEAN <- FALSE;

  //
  // Runnable.
  // 
    
  - to_run:INSTR <-
  (
    to_run_expr
  );
  
  - to_run_expr:EXPR <-
  ( 
    warning_error (position,"Error: ITM_CODE.to_run");
    deferred;
    NULL
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    "ITM_CODE : Type:".print;
    type_id_intern.print; 
    '\n'.print;
    deferred;
  );
  
  - print <-
  (
    string_tmp.clear;
    append_in string_tmp;
    string_tmp.print;
  );







lisaac_0.39_rc1/src/item/itm_binary.li0000644000175000017500000001673111314031252017644 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_BINARY;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Binary operator message";
  
Section Inherit
  
  + parent_itm_code:Expanded ITM_CODE;
  
Section Public

  //
  // Data
  //

  + position_list:FAST_ARRAY(POSITION);

  + value_list   :FAST_ARRAY(ITM_CODE);

  + operator_list:FAST_ARRAY(STRING_CONSTANT);

  //
  // Constructor
  //  

  - create p:FAST_ARRAY(POSITION) values v:FAST_ARRAY(ITM_CODE) 
  operators o:FAST_ARRAY(STRING_CONSTANT) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p values v operators o;
    result
  );
  
  - make p:FAST_ARRAY(POSITION) values v:FAST_ARRAY(ITM_CODE) 
  operators o:FAST_ARRAY(STRING_CONSTANT) <-
  (
    ? { p.count=o.count };
    ? { p.count=(v.count-1) };
    position_list := p;
    value_list    := v;
    operator_list := o;
  );

  //
  // Runnable.
  //

  - to_run_expr:EXPR <-
  ( + max_pos,max_lev:INTEGER;
    + max_pri  :STRING_CONSTANT;
    + expr     :INSTR;
    + val_list:FAST_ARRAY(EXPR);
    + val:EXPR;    
    + typ_list:TYPES_TMP;
    + typ:TYPE;
    + slo_list:FAST_ARRAY(SLOT);
    + slo,slo_ref:SLOT;
    + ope_list:FAST_ARRAY(STRING_CONSTANT);
    + pos_list:FAST_ARRAY(POSITION);
    + nam:STRING_CONSTANT;
    + site:NODE;
    + extern:EXPR;
    + loc:VARIABLE;
    + l_arg:FAST_ARRAY(EXPR);
    + result:EXPR;

    // Array Temporary.
    ope_list := ALIAS_ARRAY(STRING_CONSTANT).new;
    ope_list.copy operator_list;
    pos_list := ALIAS_ARRAY(POSITION).new;
    pos_list.copy position_list;
    val_list := ALIAS_ARRAY(EXPR).new;
    typ_list := TYPES_TMP.new;
    slo_list := ALIAS_ARRAY(SLOT).new;

    // ITM_CODE -> EXPR
    (value_list.lower).to (value_list.upper) do { j:INTEGER;      
      val := value_list.item j.to_run_expr;      
      val_list.add_last val;
      typ := val.static_type.raw;      
      typ_list.add typ;
    };
                  
    // Error verification.      
    (operator_list.lower).to (operator_list.upper) do { j:INTEGER;
      nam := operator_list.item j;
      ((nam = ALIAS_STR.operator_equal) || {nam = ALIAS_STR.operator_not_equal}).if {
	// '=' or '!=':
	slo_list.add_last NULL;
      } else {
	// Other:
	typ := typ_list.first;
	slo_ref := typ.get_slot nam;
	(slo_ref = NULL).if {
	  error_slot (position_list.item j) name nam in typ list typ_list;
	} else {
	  slo_list.add_last slo_ref;
	  (typ_list.lower+1).to (typ_list.upper) do { k:INTEGER;
	    typ := typ_list.item k;
	    slo := typ.get_slot nam;
	    (slo = NULL).if {
	      error_slot (position_list.item j) name nam in typ list typ_list;
	    } else {
	      (slo_ref.priority_and_level != slo.priority_and_level).if {
		position.put_error semantic text 
		"Conflicting declaration associativity or priority.";
		slo_ref.position.put_position;
		slo.position.put_position;
		position_list.item j.put_position; 
		position.send_error;
	      };	      
	    };
	  };
	};
      };
    };

    // operator_list -> SW_READ.
    {slo_list.is_empty}.until_do {
      // Search max level.
      max_lev := -1;
      (slo_list.lower).to (slo_list.upper) do { j:INTEGER;
	slo := slo_list.item j;
	(slo = NULL).if {
	  // '=' or '!='.
	  (
	    (50 > max_lev) ||
	    {(50 = max_lev) && {max_pri = ALIAS_STR.keyword_right}}
	  ).if {
	    max_lev := 50;
	    max_pri := ALIAS_STR.keyword_right;
	    max_pos := j;
	  };
	} else {
	  // Other:
	  ( 
	    (slo.priority > max_lev) ||
	    {
	      (slo.priority = max_lev) && 
	      {slo.associativity = max_pri} && 
	      {max_pri = ALIAS_STR.keyword_right}
	    }
	  ).if {
	    max_lev := slo.priority;
	    max_pri := slo.associativity;
	    max_pos := j;
	  };
	};
      };
      // Test conflicting.
      (
	(max_pos < slo_list.upper) &&
	{slo_list.item (max_pos+1) != NULL} &&
	{slo_list.item (max_pos+1).priority = max_lev} &&
	{slo_list.item (max_pos+1).associativity != max_pri}
      ).if {
	warning_error ((pos_list.item max_pos),
	"Conflicting left/right priority."); 
      };
            
      (slo_list.item max_pos = NULL).if {
	// '=' or '!='.
	(ope_list.item max_pos = ALIAS_STR.operator_equal).if {
	  extern := EXPR_EQUAL.create (pos_list.item max_pos) with 
	  (val_list.item max_pos) and (val_list.item (max_pos+1));
	} else {
	  extern := EXPR_NOT_EQUAL.create (pos_list.item max_pos) with 
	  (val_list.item max_pos) and (val_list.item (max_pos+1));
	};	
	loc  := type_boolean.default.get_temporary (pos_list.item max_pos);
	expr := loc.write (pos_list.item max_pos) value extern; 
	list_current.add_last expr;
	val := loc.read (pos_list.item max_pos);
      } else {
	// SW_READ.
	l_arg := FAST_ARRAY(EXPR).create_with_capacity 2;
	l_arg.add_last (val_list.item max_pos);
	l_arg.add_last (val_list.item (max_pos + 1));
	
	site := NODE.new_read (pos_list.item max_pos) 
	slot     (slo_list.item max_pos)
	receiver (l_arg.first.my_copy)
	with     l_arg;	
	
	list_current.add_last site;
	val := site.result_expr;
      };
      
      // Delete operator.
      slo_list.remove max_pos;      
      ope_list.remove max_pos;      
      pos_list.remove max_pos;       
      val_list.remove (max_pos+1);
      //
      val_list.put val to max_pos;      
    };

    result := val_list.first;
    
    // Free Array Temporary.
    ALIAS_ARRAY(STRING_CONSTANT).free ope_list;    
    ALIAS_ARRAY(POSITION).free pos_list;    
    ALIAS_ARRAY(EXPR).free val_list;
    typ_list.free;
    ALIAS_ARRAY(SLOT).free slo_list;
    
    result
  );
  
Section Private  
  
  - error_slot p:POSITION name s:STRING_CONSTANT in t:TYPE list st:TYPES_TMP <-
  (
    string_tmp.copy "Slot '";    
    string_tmp.append s;
    string_tmp.append "' not found in ";
    string_tmp.append (t.name);
    string_tmp.append ". ( ";
    (st.lower).to (st.upper-1) do { j:INTEGER;
      st.item j.append_name_in string_tmp;
      string_tmp.add_last ' ';
    };
    st.last.append_name_in string_tmp;
    string_tmp.add_last ')';
    semantic_error (p,string_tmp);
  );




lisaac_0.39_rc1/src/item/itm_write_cast.li0000644000175000017500000000626611314031252020526 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_WRITE_CAST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Assignment slot `?=' style";
  
Section Inherit
  
  + parent_itm_write:Expanded ITM_WRITE;
  
Section Public

  - type:STRING_CONSTANT <- "?=";

  //
  // Runnable 
  //

  - to_run_expr:EXPR <-
  ( + val:EXPR;
    + loc:LOCAL;
    + node:NODE; 
    + nm:STRING_CONSTANT;
    + typ_cast:TYPE_FULL;
    + slot:SLOT;
    + ts:ITM_TYPE_SIMPLE;
    
    // Value -> local.
    val := value.to_run_expr;
    loc := val.static_type.get_temporary position;    
    list_current.add_last (loc.write position value val);
    val := loc.read position;
    // Assign.
    nm  := get_simple_name;
    loc := lookup nm;
    (loc != NULL).if {
      typ_cast := loc.type;
    } else {
      slot := profil_slot.type_self.get_slot nm; 
      (slot = NULL).if {
	string_tmp.copy "Slot `";
	string_tmp.append nm;
	string_tmp.append "' not found in static type ";
	profil_slot.type_self.append_name_in string_tmp;
	string_tmp.add_last '.';
	semantic_error (position,string_tmp);
      };
      ts ?= slot.result_type;
      typ_cast := ts.to_run_for profil_slot; 
    };
    (verify).if {
      ((typ_cast.affect_with (val.static_type)) && {! val.static_type.is_generic}).if {
	warning_error (position,"`?=' is not necessary, use `:='.");
      };
    };
    // Dispatch case.
    node := NODE.new_cast position type typ_cast with val;
    list_current.add_last node;    
    // Assignment result.
    affect nm with (node.result_expr)
    // Value result.
    //assign.to_run_expr
  );


lisaac_0.39_rc1/src/item/itm_read_arg2.li0000644000175000017500000001053311314031252020200 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_READ_ARG2;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "For send message with two argument (receiver + argument)\
  \ or simple binary message";
  
Section Inherit
  
  + parent_itm_read:Expanded ITM_READ;
  
Section Public
  
  - is_affect:POSITION <-
  ( + result:POSITION;
    
    (arg_first != NULL).if {
      result := arg_first.position;
    } else {
      result := arg_second.is_affect;
    };
    result
  );
  
  //
  // Data
  //

  + arg_first:ITM_CODE;
  
  + arg_second:ITM_CODE;
  
  //
  // Constructor
  //
  
  - create p:POSITION name n:STRING_CONSTANT args (a1,a2:ITM_CODE) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n args (a1,a2);
    result
  );
  
  - make p:POSITION name n:STRING_CONSTANT args (a1,a2:ITM_CODE) <-
  (
    ? { a2 != NULL };
    position   := p;
    name       := n;
    arg_first  := a1;
    arg_second := a2;
  );

  //
  // Runnable
  //
  
  - to_run_expr:EXPR <-
  ( + result:EXPR; 
    + l_arg:FAST_ARRAY(ITM_CODE);    
    + v1,v2:EXPR;
    + t1,t2:TYPE_FULL;
    + em1,em2:EXPR_MULTIPLE;
    
    (
      (name = ALIAS_STR.operator_equal) || 
      {name = ALIAS_STR.operator_not_equal}
    ).if {      
      v1 := arg_first .to_run_expr;
      v2 := arg_second.to_run_expr;            
      (verify).if {
	t1 := v1.static_type;
	t2 := v2.static_type;
	(
	  (! t1.is_expanded) && 	
	  {! t2.is_expanded} && 
	  {! t1.is_sub_type t2} &&
	  {! t2.is_sub_type t1}
	).if {
	  string_tmp.clear;
	  t1.append_name_in string_tmp;
	  string_tmp.append " and ";
	  t2.append_name_in string_tmp;
	  string_tmp.append " are not comparable.";
	  warning_error (position,string_tmp);
	};
      };
      em1 ?= v1;
      (em1 != NULL).if {
        em2 ?= v2;
        result := product_cmp (em1.first) with (em2.first);
        (em1.lower+1).to (em1.upper) do { j:INTEGER;          
          v2 := product_cmp (em1.item j) with (em2.item j);
          (name = ALIAS_STR.operator_equal).if {
            result := EXPR_AND_AND_LOGIC.create position with result and v2;
          } else {
            result := EXPR_OR_OR_LOGIC.create position with result and v2;
          };
        };        
      } else {
        result := product_cmp v1 with v2;
      };
    } else {
      l_arg := ALIAS_ARRAY(ITM_CODE).new;      
      l_arg.add_last arg_second;            
      result := to_run_with arg_first args l_arg;
    };
    result
  );  
  
Section Private
  
  - product_cmp v1:EXPR with v2:EXPR :EXPR <- 
  ( + result:EXPR;
    (name = ALIAS_STR.operator_equal).if {
      result := EXPR_EQUAL.create position with v1 and v2;
    } else {
      result := EXPR_NOT_EQUAL.create position with v1 and v2;
    };            
    result
  );








lisaac_0.39_rc1/src/item/itm_type_generic.li0000644000175000017500000001144211314031252021027 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_TYPE_GENERIC;

  - copyright   := "2003-2007 Benoit Sonntag";

  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Generic style type";
  
Section Inherit
  
  + parent_itm_type_style:Expanded ITM_TYPE_STYLE;
  
Section Private
  
  - dico_tg:FAST_ARRAY(ITM_TYPE_GENERIC) := FAST_ARRAY(ITM_TYPE_GENERIC).create_with_capacity 32;

  - create n:STRING_CONSTANT style s:STRING_CONSTANT with lt:FAST_ARRAY(ITM_TYPE_MONO) :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make n style s with lt;
    result
  );
  
  - make n:STRING_CONSTANT style s:STRING_CONSTANT with lt:FAST_ARRAY(ITM_TYPE_MONO) <-
  (
    name      := n;
    style     := s;
    list_type := lt;
  );
 
Section Public
  
  - hash_code:INTEGER <- name.hash_code; 

  + list_type:FAST_ARRAY(ITM_TYPE_MONO);
  
  - get n:STRING_CONSTANT style s:STRING_CONSTANT 
  with lt:FAST_ARRAY(ITM_TYPE_MONO) :SELF <-
  ( + result:SELF;
    + idx:INTEGER;
    
    idx := dico_tg.lower;
    {
      (idx <= dico_tg.upper) && {
	(dico_tg.item idx.name      != n ) || 
	{dico_tg.item idx.style     != s } || 
	{dico_tg.item idx.list_type != lt}
      }
    }.while_do {
      idx := idx + 1;
    };    
    (idx <= dico_tg.upper).if {
      result ?= dico_tg.item idx;
    } else {
      result := create n style s with lt;
      dico_tg.add_last result;
    };
    result
  );
  
  - to_run_for p:PARAMETER_TO_TYPE :TYPE_FULL <-
  ( + lst:FAST_ARRAY(TYPE_FULL);
    + t:TYPE_FULL;
    + j:INTEGER;    
    + result:TYPE_FULL;
    + path:STRING_CONSTANT;
    
    lst := ALIAS_ARRAY(TYPE_FULL).new;
    j := list_type.lower;    
    {
      t := list_type.item j.to_run_for p;                  
      lst.add_last t;
      j := j + 1;
    }.do_while {(j <= list_type.upper) && {t != NULL}};
    (t = NULL).if {
      ALIAS_ARRAY(TYPE_FULL).free lst;
    } else {            
      lst := ALIAS_ARRAY(TYPE_FULL).alias lst;      
      (p != NULL).if {
        path := p.position.prototype.filename;
      } else {
        path := input_path;
      };      
      result := TYPE_GENERIC.get (path,Self) with lst;
    };
    result
  );
  
  - append_in buffer:STRING <-
  (
    (style != NULL).if {
      buffer.append style;
      buffer.add_last ' ';
    };
    buffer.append name;
    buffer.add_last '(';
    (list_type.lower).to (list_type.upper - 1) do { j:INTEGER;
      list_type.item j.append_in buffer;
      buffer.add_last ',';
    };
    list_type.last.append_in buffer;
    buffer.add_last ')';
  );
  
  - shorter_in buf:STRING <-
  (
    (style != NULL).if {
      put style to buf like (ALIAS_STR.short_keyword);
      buf.add_last ' ';
    };
    put name to buf like (ALIAS_STR.short_prototype);
    buf.add_last '(';
    (list_type.lower).to (list_type.upper - 1) do { j:INTEGER;
      list_type.item j.shorter_in buf;
      buf.add_last ',';
    };
    list_type.last.shorter_in buf;
    buf.add_last ')';
  );
  
  //
  // Cast.
  //
  
  - append_cast_name_in buf:STRING <- 
  (
    parent_itm_type_style.append_cast_name_in buf;
    buf.append "_of_";
    (list_type.lower).to (list_type.upper - 1) do { j:INTEGER;
      list_type.item j.append_cast_name_in buf;
      buf.append "_and_";
    };
    list_type.last.append_cast_name_in buf;
  );lisaac_0.39_rc1/src/item/itm_block.li0000644000175000017500000000613011314031252017442 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_BLOCK;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Instruction block";
  
  // BSBS: Memory : Faire la version sans argument (très courant)
  
Section Inherit
  
  - parent_itm_code:ITM_CODE := ITM_CODE;
  
Section Public
  
  - position:POSITION <- list.position;
  
  + list:ITM_LIST;
  
  + argument:ITM_ARGUMENT;
  
  //
  // Creation.
  //
  
  - create lst:ITM_LIST argument arg:ITM_ARGUMENT :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make lst argument arg;
    result
  );
  
  - make lst:ITM_LIST argument arg:ITM_ARGUMENT <-
  (
    list     := lst;
    argument := arg;
  );
  
  //
  // Runnable.
  //
  
  - to_run_expr:EXPR <-
  ( + tb:PROFIL_BLOCK;   
    + t:TYPE_FULL;    
    + loc,my_self:LOCAL;    
    + val,rec:EXPR;
    + wrt:WRITE;
        
    tb := PROFIL_BLOCK.create Self;
    t := tb.default;
    //
    loc := t.get_temporary position;	
    // tmp.id := id_block;
    rec := loc.read position;
    val := PROTOTYPE_CST.create position type t;      
    wrt := tb.slot_value.write position with rec value val;
    list_current.add_last wrt;
    // tmp.self := Self;
    rec := loc.read position;
    my_self := lookup (ALIAS_STR.variable_self);
    val := my_self.read position;
    wrt := tb.slot_self.write position with rec value val;
    list_current.add_last wrt;
    // tmp
    loc.read position
  );
  
  // 
  // Display.
  //
  
  - print <-
  (
    "{BLOCK}".print;
  );
  
lisaac_0.39_rc1/src/item/itm_number.li0000644000175000017500000000456211314031252017647 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_NUMBER;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Integer constant";
  
Section Inherit
  
  + parent_itm_constant:Expanded ITM_CONSTANT;
  
Section Public

  //
  // Data
  //

  + value:INTEGER_64;

  //
  // Constructor
  //
  - create p:POSITION value n:INTEGER_64 :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p value n;
    result
  );
  
  - make p:POSITION value n:INTEGER_64 <-
  (
    position:=p;
    value:=n;
  );
  
  //
  // Runnable
  //

  - to_run_expr:EXPR <-
  (     
    INTEGER_CST.create position value value type (type_integer.default)    
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    value.append_in buffer;
  );
  

lisaac_0.39_rc1/src/item/itm_type_style.li0000644000175000017500000000530411314031252020553 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_TYPE_STYLE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Type with style";
  
Section Inherit
  
  + parent_itm_type_simple:Expanded ITM_TYPE_SIMPLE;
  
Section Private 
  
  - dico_ts:FAST_ARRAY(ITM_TYPE_STYLE) := FAST_ARRAY(ITM_TYPE_STYLE).create_with_capacity 32;
  
  - create n:STRING_CONSTANT style s:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make n style s;
    result
  );
  
  - make n:STRING_CONSTANT style s:STRING_CONSTANT <-
  (
    name  := n;
    style := s;
  );
  
Section Public  
  
  + style:STRING_CONSTANT;
  
  - get n:STRING_CONSTANT style s:STRING_CONSTANT :SELF <-
  ( + result:SELF; 
    + idx:INTEGER;
    
    idx := dico_ts.lower;
    {
      (idx <= dico_ts.upper) && {
	(dico_ts.item idx.name  != n) || 
	{dico_ts.item idx.style != s}
      }
    }.while_do {
      idx := idx + 1;
    };
    (idx <= dico_ts.upper).if {
      result ?= dico_ts.item idx;
    } else {
      result := create n style s;
      dico_ts.add_last result;
    };
    result
  );
  

lisaac_0.39_rc1/src/item/itm_type_mono.li0000644000175000017500000000473411314031252020371 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_TYPE_MONO;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Type simple";
  
Section Inherit
  
  + parent_itm_type:Expanded ITM_TYPE;
  
Section Public
  
  - hash_code:INTEGER <- 
  (
    deferred;
    0
  );
        
  //
  // Runnable.
  //

  - to_run_for p:PARAMETER_TO_TYPE :TYPE_FULL <-
  (        
    deferred;
    NULL
  );
  
  - to_run_in lst:FAST_ARRAY(TYPE_FULL) for p:PARAMETER_TO_TYPE <-
  (
    lst.add_last (to_run_for p);
  );
  
  - get_expr_for p:PARAMETER_TO_TYPE :EXPR <-
  ( + t:TYPE_FULL;
    + result:EXPR;
        
    t := to_run_for p;            
    result := t.get_temporary_expr (p.position);
    result
  );  
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    deferred;
  );
  
  //
  // Cast.
  //
  
  - append_cast_name_in buf:STRING <- deferred;lisaac_0.39_rc1/src/item/itm_old.li0000644000175000017500000000737711314031252017144 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_OLD;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Old primitive for contract";
  
Section Inherit
  
  + parent_itm_code:Expanded ITM_CODE;
  
Section Public
    
  + value:ITM_CODE;
  
  //
  // Constructor
  //
  
  - create p:POSITION value val:ITM_CODE :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p value val;
    result
  );
  
  - make p:POSITION value val:ITM_CODE <-
  (
    position := p;
    value    := val;
  );
  
  //
  // Runnable
  //
    
  - to_run_expr:EXPR <-
  ( + expr_old:EXPR;
    + instr:INSTR;
    + result_old:LOCAL;
    + lst:LIST;
    + old_upper,diff:INTEGER;
    + node:NODE_TYPE;
    + old_stack_local:FAST_ARRAY(LOCAL);
    + old_profil:PROFIL;
    
    old_stack_local := stack_local;
    old_profil      := profil_current;
    stack_local     := stack_local_empty;    
    profil_current  := profil_slot;
    ? {stack_local.is_empty};    
    //
    old_upper  := list_current.upper;
    expr_old   := value.to_run_expr;
    result_old := expr_old.static_type.get_temporary position;
    list_current.add_last (result_old.write position value expr_old);
    diff := list_current.upper - old_upper;
    // Move instr to up.   
    lst := profil_slot.code;
    {diff != 0}.while_do {      
      instr := list_current.last;
      //
      (NODE.node_list != NODE.node_list_base).if {
	node ?= instr;
	(node != NULL).if {
	  NODE.node_list.remove (NODE.node_list.fast_first_index_of node);
	  NODE.node_list_base.add_last node;
	};
      };
      
      list_current.remove_last;
      (debug_level_option != 0).if {
	? { + push:PUSH;      
	  push ?= lst.first;
	  (push != NULL) && {push.is_first}
	};
	lst.add instr to (lst.lower + 1);
      } else {
	lst.add_first instr;      
      };
      diff := diff - 1;
    };    
    //
    profil_current := old_profil;
    stack_local := old_stack_local;
    //
    result_old.read position
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.append "Old ";
    value.append_in buffer;
  );
  
Section Private
  
  - stack_local_empty:FAST_ARRAY(LOCAL) := FAST_ARRAY(LOCAL).create 0;
lisaac_0.39_rc1/src/item/itm_list.li0000644000175000017500000001246011314031252017326 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_LIST;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Instruction list";
  
Section Inherit
  
  + parent_itm_code:Expanded ITM_CODE;
  
Section Public
  
  // BSBS: OPTIM : Dans 95% des cas, les list sont sans local (il faudrait spécialiser)
  // Mais pb avec le parser...
  
  //
  // Data
  //

  + local_list:FAST_ARRAY(ITM_LOCAL);  // `+'
  
  + static_list:FAST_ARRAY(ITM_LOCAL); // `-'

  + code:FAST_ARRAY(ITM_CODE);
  
  + is_check_name:BOOLEAN;
  
  - is_check_local:INTEGER;
  
  //
  // Constructor
  //

  - create p:POSITION :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p;
    result
  );
  
  - make p:POSITION <-
  (
    position := p;   
  );
 
  //
  // Added
  //

  - set_local_list l:FAST_ARRAY(ITM_LOCAL) <-
  (
    ? {! l.is_empty};
    local_list := l;
  );

  - set_static_list l:FAST_ARRAY(ITM_LOCAL) <-
  (
    ? {! l.is_empty};
    static_list := l;
  );
  
  - set_code c:FAST_ARRAY(ITM_CODE) <-
  (
    code := c;
  );    
  
Section Public
  
  - is_affect:POSITION <-
  ( + result,default:POSITION;
    + j:INTEGER;
    + itm_r:ITM_RESULT;
    
    j := code.lower;
    {(j < code.upper) && {result = default}}.while_do {
      itm_r ?= code.item j;
      (itm_r != NULL).if {
	result := itm_r.is_affect;
      } else {
	result := code.item j.position;
      };
      j := j + 1;
    };
    (result = default).if {
      result := code.last.is_affect;
    };
    result
  );
  
  //
  // Runnable.
  //
  
  - to_run_expr:EXPR <- 
  // List intern.
  ( + i:INSTR;
    + var:LOCAL; 
    + stack_top:INTEGER;
    + result_top:INTEGER;
    + result:EXPR;
    + nb_result:INTEGER;
    + lr:FAST_ARRAY(EXPR);
        
    stack_top  := stack_local .upper + 1;
    result_top := stack_result.upper + 1;
            
    // Push Local.
    (local_list != NULL).if {      
      (local_list.lower).to (local_list.upper) do { j:INTEGER;
	var := local_list.item j.to_run;
	stack_local.add_last var;
	var.init;	
      };      
    };
    (static_list != NULL).if {            
      (static_list.lower).to (static_list.upper) do { j:INTEGER;
	var := static_list.item j.to_run_static;
	stack_local.add_last var;		
      };      
    };        
    // Append code.
    (code.lower).to (code.upper) do { j:INTEGER;
      i := code.item j.to_run;      
      list_current.add_last i;
    };    
    // Compute result expr.            
    nb_result := stack_result.upper - result_top + 1;    
        
    (nb_result = 0).if {            
      result := PROTOTYPE_CST.create position type (TYPE_VOID.default); // BSBS: Alias.   
    } else {                 
      (nb_result > 1).if {
	// Creation Vector.
	lr := FAST_ARRAY(EXPR).create_with_capacity nb_result;
	(result_top).to (stack_result.upper) do { j:INTEGER;
	  lr.add_last (stack_result.item j.read position);
	};
	result := EXPR_MULTIPLE.create lr;
      } else {
        result := stack_result.last.read position;
      };
    };    
    // Pop local / Result.
    pop_stack_until stack_top;    
    stack_result.remove_since result_top;
    ? {stack_result.upper = Old stack_result.upper};
    // 
    result
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    (code.count = 1).if {
      buffer.add_last '(';
      code.first.append_in buffer;
      buffer.add_last ')';      
    } else {
      buffer.append "(\n";      
      (code.lower).to (code.upper) do { i:INTEGER;
        indent.append "  ";
        code.item i.append_in buffer;
        buffer.append ";\n";
      };
      indent.remove_last 2;
      buffer.append ")";      
    };      
  );
  
Section ITM_LIST, ITM_RESULT
  
  - stack_result:FAST_ARRAY(LOCAL) := FAST_ARRAY(LOCAL).create_with_capacity 16;    




lisaac_0.39_rc1/src/item/itm_arg.li0000644000175000017500000000667211314031252017134 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ITM_ARG;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "One argument";
  
Section Inherit
  
  + parent_itm_argument:Expanded ITM_ARGUMENT;
  
Section Public

  + name:STRING_CONSTANT;
  
  + type:ITM_TYPE_MONO;
  
  - upper:INTEGER := 0;
  
  //
  // Creation.
  //
  
  - create p:POSITION name n:STRING_CONSTANT type t:ITM_TYPE_MONO :SELF <-
  ( + result:SELF;
    
    result := SELF.clone;
    result.make p name n type t;
    result
  );

  - make p:POSITION name n:STRING_CONSTANT type t:ITM_TYPE_MONO <-
  (
    position := p;
    name     := n;
    type     := t;
  );
  
  //
  // Running.
  //
  
  - item idx:INTEGER :ITM_TYPE_MONO <- 
  ( ? {idx = 0};
    type
  );  

  - to_run_in arg_lst:FAST_ARRAY(LOCAL) for p:PARAMETER_TO_TYPE <-
  ( + t:ITM_TYPE_MONO;
            
    (name = ALIAS_STR.variable_self).if {
      t := ITM_TYPE_SIMPLE.type_self;
    } else {
      t := type;
    };    
    arg_lst.add_last (
      LOCAL.create position name name style ' ' type (t.to_run_for p)
    );    
  );

  - get_index_type p:ITM_TYPE_PARAMETER :INTEGER <-
  ( + result:INTEGER;
    (type != p).if {
      result := 1;
    };
    result
  );
  
  - check larg:FAST_ARRAY(EXPR) index idx:INTEGER for p:PARAMETER_TO_TYPE :INTEGER <-
  ( + new_expr:EXPR;
    
    new_expr := larg.item idx.check_type (type.to_run_for p) with position;
    larg.put new_expr to idx;
    idx + 1
  );    

  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.append name;
    buffer.add_last ':';
    type.append_in buffer;    
  );

  - shorter_in buf:STRING <-
  (
    (name = ALIAS_STR.variable_self).if {
      put name to buf like (ALIAS_STR.short_keyword);
    } else {
      put name to buf like (ALIAS_STR.short_local);
    };
    buf.add_last ':';
    type.shorter_in buf;    
  );
  
  
lisaac_0.39_rc1/src/item/itm_type_multi.li0000644000175000017500000001010111314031252020534 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_TYPE_MULTI;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "List of type";
  
Section Inherit
  
  + parent_itm_type:Expanded ITM_TYPE;
  
Section Private
  
  - dico:FAST_ARRAY(ITM_TYPE_MULTI) := FAST_ARRAY(ITM_TYPE_MULTI).create_with_capacity 32;

  - create lt:FAST_ARRAY(ITM_TYPE_MONO) :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make lt;
    result
  );
  
  - make lt:FAST_ARRAY(ITM_TYPE_MONO) <-
  (
    list_type := lt;
  );
 
Section Public
  
  + list_type:FAST_ARRAY(ITM_TYPE_MONO);
  
  - count:INTEGER <- list_type.count;
  
  - lower:INTEGER <- list_type.lower;
  
  - upper:INTEGER <- list_type.upper;
  
  - item i:INTEGER :ITM_TYPE_MONO <-
  (
    list_type.item i
  );
  
  - last:ITM_TYPE_MONO <-
  (
    list_type.last
  );

  - first:ITM_TYPE_MONO <-
  (
    list_type.first
  );
  
  - get lt:FAST_ARRAY(ITM_TYPE_MONO) :SELF <-
  ( + result:SELF;
    + idx:INTEGER;
    
    idx := dico.lower;
    {(idx <= dico.upper) && {dico.item idx.list_type != lt}}.while_do {
      idx := idx + 1;
    };    
    (idx <= dico.upper).if {
      result ?= dico.item idx;
    } else {
      result := create lt;
      dico.add_last result;
    };
    result
  );
  
  //
  // Runnable.
  //
  
  - get_expr_for p:PARAMETER_TO_TYPE :EXPR <-
  ( + lst:FAST_ARRAY(EXPR);
    + t:TYPE_FULL;
    
    lst := FAST_ARRAY(EXPR).create_with_capacity count;
    lower.to upper do { i:INTEGER;
      t := item i.to_run_for p;
      lst.add_last (t.get_temporary_expr (p.position));
    };
    EXPR_MULTIPLE.create lst
  );
  
  - to_run_in lst:FAST_ARRAY(TYPE_FULL) for p:PARAMETER_TO_TYPE <-
  ( + t:TYPE_FULL;
    
    lower.to upper do { i:INTEGER;
      t := item i.to_run_for p;
      lst.add_last t;
    };
  );
  
  //
  // Display.
  //  
  
  - append_in buffer:STRING <-
  (    
    buffer.add_last '(';
    display_raw buffer;
    buffer.add_last ')';
  );
  
  - shorter_in buf:STRING <-
  (
    buf.add_last '(';
    shorter_raw_in buf;
    buf.add_last ')';
  );
    
  - display_raw buffer:STRING <-
  (    
    (list_type.lower).to (list_type.upper - 1) do { j:INTEGER;
      list_type.item j.append_in buffer;
      buffer.add_last ',';
    };
    list_type.last.append_in buffer;
  );
  
  - shorter_raw_in buf:STRING <-
  (    
    (list_type.lower).to (list_type.upper - 1) do { j:INTEGER;
      list_type.item j.shorter_in buf;
      buf.add_last ',';
    };
    list_type.last.shorter_in buf;
  );
lisaac_0.39_rc1/src/item/itm_real.li0000644000175000017500000000456611314031252017306 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_REAL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Real float constant";
  
Section Inherit
  
  + parent_itm_constant:Expanded ITM_CONSTANT;
  
Section Public

  //
  // Data
  //

  + value:STRING_CONSTANT;

  //
  // Constructor
  //
  - create p:POSITION value n:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p value n;
    result
  );
  
  - make p:POSITION value n:STRING_CONSTANT <-
  (
    position:=p;
    value:=n;
  );
  
  //
  // Runnable
  //

  - to_run_expr:EXPR <-
  (     
    REAL_CST.create position value value type (type_real.default)    
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.append value;
  );

lisaac_0.39_rc1/src/item/itm_type.li0000644000175000017500000000425411314031252017336 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_TYPE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for all type";
  
Section Inherit
  
  - parent_any:ANY := ANY;
  
Section Public
  
  - print <-
  (
    string_tmp.clear;
    append_in string_tmp;
    string_tmp.print;
  );
  
  - append_in buffer:STRING <- deferred;
  
  - shorter_in buf:STRING <- deferred;
  
  - to_run_in lst:FAST_ARRAY(TYPE_FULL) for p:PARAMETER_TO_TYPE <-
  (
    deferred;
  );
  
  - get_expr_for p:PARAMETER_TO_TYPE :EXPR <-
  (
    deferred;
    NULL
  );
lisaac_0.39_rc1/src/item/itm_write_code.li0000644000175000017500000000540011314031252020473 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_WRITE_CODE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Assignment slot with new code";
  
Section Inherit
  
  + parent_itm_write:Expanded ITM_WRITE;
  
Section Public

  - type:STRING_CONSTANT <- "<-";

  //
  // Runnable 
  //

  - to_run_expr:EXPR <-
  ( + itm_read:ITM_READ;
    + loc:LOCAL;
    + rec:EXPR;
    + node:NODE;
    + result:EXPR;
    + type:TYPE_FULL;
    + slot:SLOT;
    + name:STRING_CONSTANT;
        
    itm_read ?= assign;
    name := itm_read.name;
    ? {itm_read != NULL};  
    loc := lookup (ALIAS_STR.variable_self);
    rec := loc.read position;
    //
    type     := rec.static_type;    
    slot     := type.get_slot name; 
    (slot = NULL).if {
      string_tmp.copy "Slot `";
      string_tmp.append name;
      string_tmp.append "' not found in static type ";
      type.append_name_in string_tmp;
      string_tmp.add_last '.';
      semantic_error (position,string_tmp);
    };
    //
    node := NODE.new_write position slot slot receiver rec code value;
    list_current.add_last node;
    result := node.result_expr;
    
    result
  );

  



lisaac_0.39_rc1/src/item/itm_prototype.li0000644000175000017500000000565611314031252020431 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_PROTOTYPE;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Prototype constant";
  
Section Inherit
  
  + parent_itm_constant:Expanded ITM_CONSTANT;
  
Section Public

  + type:ITM_TYPE_MONO;
  
  //
  // Constructor
  //
  
  - create p:POSITION type n:ITM_TYPE_MONO :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p type n;
    result
  );
    
  - make p:POSITION type n:ITM_TYPE_MONO <-
  ( 
    position := p;
    type := n;    
  );

  //
  // Runnable
  //

  - to_run_expr:EXPR <- 
  ( + t:TYPE_FULL;
    + result:EXPR;
        
    t := type.to_run_for profil_slot;            
    (t = NULL).if {
      string_tmp.copy "Type `";
      type.append_in string_tmp;
      string_tmp.append "' not found (Undefine type parameter).";      
      semantic_error (position,string_tmp);
    };
    // TYPE Classic.    
    (
      (t.is_expanded_c) && 
      {t.raw != type_boolean} && 
      {t.raw != type_true} && 
      {t.raw != type_false}
    ).if {
      result := t.default_value position;
      result := result.check_type t with position;
    } else {      
      result := PROTOTYPE_CST.create position type t;
    };
    result
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    type.append_in buffer;
  );







lisaac_0.39_rc1/src/item/itm_extern.li0000644000175000017500000000711411314031252017660 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_EXTERN;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for externals";
  
Section Inherit
  
  + parent_itm_code:Expanded ITM_CODE;
  
Section Public

  //
  // Data
  //

  + extern:STRING_CONSTANT;

  //  
  // Constructor.
  //
  
  - last_code:STRING_CONSTANT;
  
  - get_access:FAST_ARRAY(EXPR) <-
  ( + idx,base:INTEGER;
    + e:EXPR;
    + loc:STRING_CONSTANT;
    + var:VARIABLE;
    + access_list:FAST_ARRAY(EXPR);
    
    string_tmp2.copy extern;
    idx := string_tmp2.index_of '@' since (string_tmp2.lower);
    (idx <= string_tmp2.count).if {
      access_list := ALIAS_ARRAY(EXPR).new;
      {idx > string_tmp2.upper}.until_do {
	base := idx;
	idx  := idx + 1;
	string_tmp.clear;	
	{
	  (idx > string_tmp2.upper) || 
	  {
	    (! string_tmp2.item idx.is_letter_or_digit) &&
	    {string_tmp2.item idx != '_'}
	  }
	}.until_do {
	  string_tmp.add_last (string_tmp2.item idx);
	  idx := idx + 1;
	};
	string_tmp.is_empty.if {
	  syntax_error (position,"Incorrect external local slot access.");
	};
	loc := ALIAS_STR.get string_tmp;
	var := lookup loc;
	(var = NULL).if {
	  string_tmp.copy "External local slot access `";
	  string_tmp.append loc;
	  string_tmp.append "' is not found.";
	  semantic_error (position,string_tmp);
	}.elseif {var.style = '-'} then {
	  string_tmp.copy "External local slot access `";
	  string_tmp.append loc;
	  string_tmp.append "' must be in `+' style.";
	  semantic_error (position,string_tmp);
	};
	e := var.read position;
	access_list.add_last e;
	
	string_tmp2.remove_between base to (base+loc.count);
	string_tmp2.insert_string "(@)" to base;
	idx := string_tmp2.index_of '@' since (base+2);
      };
      access_list := ALIAS_ARRAY(EXPR).copy access_list;
    };
    last_code := ALIAS_STR.get string_tmp2;
    access_list
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.add_last '`';
    buffer.append extern;
    buffer.add_last '`';
  );


lisaac_0.39_rc1/src/item/itm_list_idf.li0000644000175000017500000000471111314031252020150 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_LIST_IDF;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "List identifier for assignment.";
    
Section Inherit
  
  + parent_itm_code:Expanded ITM_CODE;
  
Section Public 
  
  - is_affect:POSITION; // Nothing (it s good with 0).
  // BSBS: A quoi ca sert ca ??? (Stop the Whisky)
  
  //
  // Data
  //

  + list_name:FAST_ARRAY(STRING_CONSTANT);

  //
  // Constructor
  //

  - create p:POSITION with lst:FAST_ARRAY(STRING_CONSTANT) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p with lst;
    result
  );
  
  - make p:POSITION with lst:FAST_ARRAY(STRING_CONSTANT) <-
  (
    position  := p;
    list_name := lst;
  );

  //
  // Runnable
  //
      
  - to_run_expr:EXPR <-
  ( 
    semantic_error (position,"ITM_LIST_IDF.to_run_expr");
    NULL
  );
  
  lisaac_0.39_rc1/src/item/itm_type_generic_elt.li0000644000175000017500000000666711314031252021710 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ITM_TYPE_GENERIC_ELT;

  - copyright := "2003-2007 Benoit Sonntag";
  
  - author    := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment   := "Virtual element for generic style type";
  
Section Inherit
  
  + parent_itm_type:Expanded ITM_TYPE_MONO;
  
Section Private
  
  - list:FAST_ARRAY(ITM_TYPE_GENERIC_ELT) := 
  // 'A' to 'Z'
  ( + result:FAST_ARRAY(ITM_TYPE_GENERIC_ELT);
    
    result := FAST_ARRAY(ITM_TYPE_GENERIC_ELT).create_with_capacity 26; 
    'A'.to 'Z' do { c:CHARACTER;
      result.add_last (create c);
    };
    result
  );
  
  - create idf:CHARACTER :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make idf;
    result
  );
  
  - make idf:CHARACTER <-
  (
    index := idf -! 'A';    
  );

Section Public
  
  + index:INTEGER;
  
  - hash_code:INTEGER <- index;
     
  - get idf:CHARACTER :ITM_TYPE_GENERIC_ELT <-
  (         
    list.item (idf -! 'A')
  );
  
  - display buffer:STRING <-
  (
    buffer.append "Generic[";
    buffer.add_last ('A' +# index);    
    buffer.add_last ']';
  );
  
  - shorter_in buf:STRING <-
  (
    string_tmp.clear;
    string_tmp.add_last ('A' +# index);    
    put string_tmp to buf like (ALIAS_STR.short_keyprototype);
  );    
  
  - string_tmp:STRING := STRING.create 100;
  
  - to_run:TYPE_FULL <-
  ( + type_generic:TYPE_GENERIC;
    + result:TYPE_FULL;
    + t:CHARACTER;
    
    t := 'A' +# index;
    type_generic ?= ITM_TYPE_SELF.self_up;        
    (type_generic != NULL).if {
      result := type_generic.generic_to_type t;
    };
    (result = NULL).if {
      string_tmp.copy "Type parameter `";
      string_tmp.add_last t;
      string_tmp.append "' is not define.";
      semantic_error (ITM_TYPE_SELF.to_run.prototype.position,string_tmp);
    };
    result
  );

  //
  // Cast.
  //
  
  - append_cast_name_in buf:STRING <- 
  (
    buf.add_last ('a' +# index);
  );lisaac_0.39_rc1/src/item/itm_ldots.li0000644000175000017500000000506511314031252017503 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_LDOTS;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "`...' for inherit contract";
  
Section Inherit
  
  + parent_itm_constant:Expanded ITM_CODE;
  
Section Public

  //
  // Constructor
  //
  
  - create p:POSITION :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p;
    result
  );
  
  - make p:POSITION <-
  (
    position := p;
  );
  
  //
  // Runnable
  //

  - to_run:INSTR <-
  ( + contract:ITM_LIST;
    + result:INSTR;
    + slot_code:SLOT_CODE;
    
    slot_code ?= profil_slot.slot;
    contract := slot_code.previous_contract;
    (contract != NULL).if {
      result := contract.to_run_expr;
    } else {
      result := NOP;
    };
    result
  );
  
  - to_run_expr:EXPR <-
  (
    warning_error (position,"ITM_LDOTS.to_run_expr");
    crash;
    NULL
  );

  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.append "...";
  );
  lisaac_0.39_rc1/src/item/itm_constant.li0000644000175000017500000000357711314031252020215 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_CONSTANT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent for all constant";
  
Section Inherit
  
  + parent_itm_code:Expanded ITM_CODE;
  
Section Public

  - is_constant:BOOLEAN := TRUE;
lisaac_0.39_rc1/src/item/itm_type_block.li0000644000175000017500000000770211314031252020511 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ITM_TYPE_BLOCK;

  - copyright := "2003-2007 Benoit Sonntag";

  
  - author    := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment   := "Type block definition";
  
Section Inherit
  
  + parent_itm_type_mono:Expanded ITM_TYPE_MONO;
  
Section ITM_TYPE_SIMPLE, ITM_TYPE_SELF
  
  - dico:FAST_ARRAY(ITM_TYPE_BLOCK) := FAST_ARRAY(ITM_TYPE_BLOCK).create_with_capacity 32;
  
Section Private 
  
  - create typ_arg:ITM_TYPE and typ_res:ITM_TYPE :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make typ_arg and typ_res;
    result
  );
  
  - make typ_arg:ITM_TYPE and typ_res:ITM_TYPE <-
  (
    type_argument := typ_arg;
    type_result   := typ_res;
  );
  
Section Public
      
  + type_argument:ITM_TYPE;
  + type_result:ITM_TYPE;
  
  - get typ_arg:ITM_TYPE and typ_res:ITM_TYPE :ITM_TYPE_BLOCK <-
  ( + result:ITM_TYPE_BLOCK;  
    + idx:INTEGER;
    
    idx := dico.lower;
    {
      (idx <= dico.upper) && {
        {dico.item idx.type_argument != typ_arg} ||
        {dico.item idx.type_result   != typ_res}
      }
    }.while_do {
      idx := idx + 1;
    };    
    (idx <= dico.upper).if {
      result := dico.item idx;
    } else {
      result := create typ_arg and typ_res;
      dico.add_last result;
    };
    result
  );
  
  - to_run_for p:PARAMETER_TO_TYPE :TYPE_FULL <-
  (     
    TYPE_BLOCK.get Self with p
  );
  
  - append_in buffer:STRING <-
  ( + typ_mul:ITM_TYPE_MULTI;
    buffer.add_last '{';
    (type_argument != NULL).if {
      type_argument.append_in buffer;
      buffer.add_last ';';
      buffer.add_last ' ';
    };    
    (type_result != NULL).if {
      typ_mul ?= type_result;
      (typ_mul = NULL).if {
	type_result.append_in buffer;
      } else {
	typ_mul.display_raw buffer;
      };
    };
    buffer.add_last '}';
  );
  
  - shorter_in buf:STRING <-
  ( + typ_mul:ITM_TYPE_MULTI;
    put "{" to buf like (ALIAS_STR.short_block);
    (type_argument != NULL).if {
      type_argument.shorter_in buf;
      buf.add_last ';';
      buf.add_last ' ';
    };    
    (type_result != NULL).if {
      typ_mul ?= type_result;
      (typ_mul = NULL).if {
	type_result.shorter_in buf;
      } else {
	typ_mul.shorter_raw_in buf;
      };
    };
    put "}" to buf like (ALIAS_STR.short_block);
  );
  
  //
  // Cast.
  //
  
  - append_cast_name_in buf:STRING <- 
  (
    crash_with_message "ITM_TYPE_BLOCK.append_cast_name_in ";
  );lisaac_0.39_rc1/src/item/itm_string.li0000644000175000017500000000700711314031252017662 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_STRING;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "String constant";
  
Section Inherit
  
  + parent_itm_constant:Expanded ITM_CONSTANT;
  
Section Public
      
  + string:STRING_CONSTANT; 

  //
  // Constructor
  //

  - create p:POSITION text n:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p text n;
    result
  );
  
  - make p:POSITION text n:STRING_CONSTANT <-
  (
    position := p;    
    string   := n;
  );
  
  //
  // Runnable
  //

  - to_run_expr:EXPR <-
  ( + result:EXPR;    
    + slt:SLOT_DATA;
    + wrt:WRITE;
    + len:INTEGER;
    
    len := length;
    result := STRING_CST.create position text string length len;
    // count
    slt := type_string_constant.get_local_slot (ALIAS_STR.slot_count).slot_data_intern;
    wrt := slt.write position with (result.my_copy) value (
      INTEGER_CST.create position value len type (slt.type)
    );
    wrt.set_quiet_generation;
    list_current.add_last wrt;
    // storage
    slt := type_string_constant.get_local_slot (ALIAS_STR.slot_storage).slot_data_intern;
    wrt := slt.write position with (result.my_copy) value (
      NATIVE_ARRAY_CHARACTER_CST.create position text string 
    );
    wrt.set_quiet_generation;
    list_current.add_last wrt;
    //
    result
  );
  
  // 
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.add_last '\"';
    buffer.append string;
    buffer.add_last '\"';
  );
  
Section Private
  
  - length:INTEGER <-
  ( + i,result:INTEGER;
    i := string.lower;
    {i <= string.upper}.while_do {
      (string.item i = '\\').if {        
        i := i + 1;
        (string.item i.is_digit).if {
          i := i + 1;
          (string.item i.is_digit).if {
            i := i + 2;            
          };
        };
      };
      result := result + 1;
      i := i + 1;
    };
    result
  );




lisaac_0.39_rc1/src/item/itm_type_parameter.li0000644000175000017500000000464511314031252021402 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := ITM_TYPE_PARAMETER;

  - copyright := "2003-2007 Benoit Sonntag";
  
  - author    := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment   := "Parameter type for argument define.";
 
Section Inherit
  
  + parent_itm_type_simple:Expanded ITM_TYPE_SIMPLE;
  
Section Public
  
  - to_run_for p:PARAMETER_TO_TYPE :TYPE_FULL <-
  ( + result:TYPE_FULL;
        
    result := p.parameter_to_type Self;        
    (result = NULL).if {
      string_tmp.copy "Cannot resolve type for type parameter ";
      append_in string_tmp;
      semantic_error(p.position, string_tmp);
    };
    result
  );
  
  //  
  // Display.
  //
  
  - shorter_in buf:STRING <-
  (
    (style != NULL).if {
      put style to buf like (ALIAS_STR.short_keyword);
      buf.add_last ' ';
    };    
    put name to buf like (ALIAS_STR.short_keyprototype);
  );
lisaac_0.39_rc1/src/item/itm_object.li0000644000175000017500000001037511314031252017624 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ITM_OBJECT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "Parent item object";
  
Section Inherit
  
  + parent_any:Expanded ANY;
  
  - parent_hashable:HASHABLE := HASHABLE;
  
Section Public
  
  - context_extern:LOCAL;
  
  - bottom_index:INTEGER;
  
  - push_context:(INTEGER,INTEGER,LOCAL) <-
  (
    bottom_index := stack_local.upper + 1;
    context_extern := NULL;
    bottom_index,Old bottom_index,Old context_extern
  );      
  
  - pop_context (stack_top:INTEGER,old_bottom_index:INTEGER,old_context:LOCAL) <-
  (
    stack_local.remove_since stack_top;
    (bottom_index >= old_bottom_index).if {
      bottom_index   := old_bottom_index;
      context_extern := old_context;
    };
  );
  
  - lookup n:STRING_CONSTANT :LOCAL <-
  ( + result:LOCAL;
    + j:INTEGER;
    ? {n = ALIAS_STR.get n};
    
    j := stack_local.upper;
    {(j < stack_local.lower) || {stack_local.item j.name = n}}.until_do {	
      j := j - 1;
    };
    (j >= stack_local.lower).if {            
      result := stack_local.item j;           
      ((j < bottom_index) && {result.style != '-'} && {result.name != ALIAS_STR.variable_self}).if {
        bottom_index := j;
        context_extern := result;
      };

    }.elseif {profil_slot != NULL} then {
      result := profil_slot.lookup n;            
      ((result != NULL) && {result.name != ALIAS_STR.variable_self}).if {
        bottom_index := -1;
	context_extern := result;
      };
    };
    result
  );
  
  //
  // Source position.
  //

  + position:POSITION;

  - set_position new_pos:POSITION <-
  (
    position := new_pos;
  );
  
  //
  //
  //
   
  - verify:BOOLEAN;
  
  - set_verify v:BOOLEAN <-
  (
    verify := v;
  );
  
  - pop_stack_until stack_top:INTEGER <-
  ( + var,var2:LOCAL;
    + n:STRING_CONSTANT;
    
    (verify).if {
      // Verify local.      
      {stack_local.upper >= stack_top}.while_do {
	var := stack_local.last;
	stack_local.remove_last;
	n := var.name;
	(
	  (n != ALIAS_STR.variable_self) && 	
	  {n != ALIAS_STR.variable_tmp}
	).if {
	  ((var.ensure_count = 0) && {var.style != ' '}).if {
	    string_tmp.copy "Local slot `";
	    string_tmp.append (var.name);
	    string_tmp.append "' not used.";
	    warning_error ((var.position),string_tmp);
	  };
	  var2 := lookup (var.name);
	  (var2 != NULL).if {
	    string_tmp.copy "Double declaration for `";
	    string_tmp.append n;
	    string_tmp.append "' slot.";
	    POSITION.put_error warning text string_tmp;
	    var2.position.put_position;
	    var.position.put_position;
	    POSITION.send_error;
	  };
	};
      };
    } else {
      stack_local.remove_since stack_top;
    };
  );
lisaac_0.39_rc1/src/item/itm_read.li0000644000175000017500000002317111314031252017267 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name    := ITM_READ;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author  := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment := "For local access variable or send message without argument";
  
  // BSBS: Optim: Penser à faire un ITM_READ_ARG3 pour tous les `if then else'
  
Section Inherit
  
  + parent_itm_code:Expanded ITM_CODE;
  
Section Public 
  
  - is_affect:POSITION; // Nothing (it's good with 0).
  
  //
  // Data
  //

  + name:STRING_CONSTANT;

  //
  // Constructor
  //

  - create p:POSITION name n:STRING_CONSTANT :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p name n;
    result
  );
  
  - make p:POSITION name n:STRING_CONSTANT <-
  (
    position := p;
    name := n;
  );

  //
  // Runnable
  //
      
  - to_run_expr:EXPR <-
  ( + result:EXPR;
    + loc:LOCAL;    
            
    loc := lookup name;
    (loc != NULL).if {
      //
      // Local Access.
      //            
      (loc.style = '-').if {
	loc.set_ensure_count 1;
	name := loc.intern_name;
	result := to_run_with NULL args NULL;
      } else {
	result := loc.read position;
      };
    } else {
      //
      // Slot Access without argument.
      //      
      result := to_run_with NULL args NULL;
    };
    result
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    buffer.append name;
    buffer.append "()";
  );
  
Section ITM_READ, SLOT_DATA
  
  - to_run_with first_itm:ITM_CODE args larg:FAST_ARRAY(ITM_CODE) :EXPR <-
  ( + rec:EXPR;
    //
    + itm_list:ITM_LIST;
    + itm_read:ITM_READ;
    + is_resend,implicit_self:BOOLEAN;
        
    //
    // Compute `rec'.
    //    
    
    (first_itm = NULL).if {
      // Implicit Self.
      rec := lookup (ALIAS_STR.variable_self).read position;
      implicit_self := TRUE;
    } else {            
      rec := first_itm.to_run_expr;      
      // Resend detect.
      itm_list ?= first_itm;
      (itm_list != NULL).if {
	itm_read ?= itm_list.code.first;
      } else {	
	itm_read ?= first_itm;
      };
      is_resend := (
	(itm_read != NULL) && 
	{position.prototype.search_parent (itm_read.name)}
      );
    };
    to_run_with_self (rec,implicit_self,is_resend) args larg
  );
  
  - to_run_with_self (r:EXPR,implicit_self,is_resend:BOOLEAN) 
  args larg:FAST_ARRAY(ITM_CODE) :EXPR <-
  ( + args:FAST_ARRAY(EXPR);
    + rec_type:TYPE;
    + rec:EXPR;
    + em:EXPR_MULTIPLE;
    + pos_null:POSITION;
    //    
    + slot_msg:SLOT;
    + is_block_value:BOOLEAN;
    //
    + base:NODE;
    
    rec := r;
    //
    // Detect slot.
    //
    args := ALIAS_ARRAY(EXPR).new;
    rec_type := rec.static_type.raw;
    (rec_type = TYPE_VOID).if {
      // BSBS: Ce cas ne doit jamais arriver !
      // il se déclenche avec parent.msg.truc lorsque msg du parent n'a pas de type de retour
      // Mais que le profil général en a un...
      semantic_error (position,"Call on Void"); 
    };
        
    (
      (rec_type.is_block) && 
      {name = ALIAS_STR.slot_value}
    ).if {
      // { ... }.value
      is_block_value := TRUE;
    } else {
      slot_msg := rec_type.get_slot name;     
      (slot_msg = NULL).if {                    
        string_tmp.copy "Slot `";
	string_tmp.append name;
	string_tmp.append "' not found in `";
	rec_type.append_name_in string_tmp; 
        string_tmp.append "'.";                        
	semantic_error (position,string_tmp);
      };      
      // Verification
      (verify).if {
	(
	  ((larg  = NULL) && {slot_msg.argument_list.count != 1}) || 
	  {(larg != NULL) && {larg.count != slot_msg.argument_list.count-1}}
	).if {
	  POSITION.put_error semantic text "Incorrect number argument."; 
	  slot_msg.position.put_position;
	  position.put_position;
	  POSITION.send_error;
	};
	last_position := slot_msg.position;	
        (
          (profil_slot != NULL) &&  
          {! slot_msg.id_section.access rec_type with (profil_slot.type_self.raw)}
	).if {
	  string_tmp.copy "Type ";
	  profil_slot.type_self.append_name_in string_tmp;
	  string_tmp.append " does not have access to this slot.";
	  POSITION.put_error warning text string_tmp;
	  slot_msg.position.put_position;
	  position.put_position;
	  POSITION.send_error;
	};
	last_position := pos_null;
      };
    };
    //
    // Add arguments
    //
    add_arg rec to 0 in args for slot_msg block is_block_value;
    em ?= rec;
    (em != NULL).if {
      rec := em.expr_list.first;
    };
    (larg != NULL).if {
      (larg.lower).to (larg.upper) do { j:INTEGER;        
	add_arg (larg.item j.to_run_expr) to (j+1) in args for slot_msg block is_block_value;
      };
    };
            
    //
    // Send message.
    //
    (is_block_value).if {
      // { ... }.value      
      args := ALIAS_ARRAY(EXPR).copy args;      
      args.put (args.first.my_copy) to 0;      
      //rec := slot_msg.slot_data_intern.read position with rec;
      base := NODE.new_block position receiver rec with args;
    }.elseif {args.count = 1} then {
      // Classic message without arguments.
      (is_resend).if {
	args.put (lookup (ALIAS_STR.variable_self).read position) to 0;
	args.first.remove;
      };
      
      ((verify) && {is_all_warning} && {name == "deferred"}).if {
	string_tmp.copy "Deferred in `";
	profil_slot.slot.pretty_name_in string_tmp;
	string_tmp.append "' for ";
	rec.static_type.append_name_in string_tmp;	
	warning_error (position,string_tmp);
      };
      
      base := NODE.new_read position slot slot_msg 
      receiver rec self (args.first) intern implicit_self;
      
      ALIAS_ARRAY(EXPR).free args;
    } else {
      // Classic message with arguments.
      (is_resend).if {
	args.put (lookup (ALIAS_STR.variable_self).read position) to 0;	
      } else {
	args.put (args.first.my_copy) to 0;
      };
      args := ALIAS_ARRAY(EXPR).copy args;
      base := NODE.new_read position slot slot_msg 
      receiver rec with args intern implicit_self;
    };
    list_current.add_last base;
        
    (larg != NULL).if {
      ALIAS_ARRAY(ITM_CODE).free larg;
    };
        
    ? {base.result_expr != NULL};    
    base.result_expr    
  );
  
Section Private
  
  - add_arg e:EXPR to idx:INTEGER 
  in args:FAST_ARRAY(EXPR) for slot:SLOT block is_block_value:BOOLEAN <-
  ( + em:EXPR_MULTIPLE;
    + count:INTEGER;
    + itm_arg:ITM_ARGUMENT;
    + ts:ITM_TYPE_SIMPLE;
    + t:TYPE_FULL;
    + ex:EXPR;
    
    em ?= e;
    (em != NULL).if {
      count := em.cardinality;
      args.append_collection (em.expr_list);
    } else {
      count := 1;
      args.add_last e;
    };
    (verify).if {      
      (! is_block_value).if {	
        itm_arg := slot.argument_list.item idx;
        (itm_arg.count != count).if {
          string_tmp.copy "Incorrect vector size for #";
          idx.append_in string_tmp;
          string_tmp.append " argument of `";
          string_tmp.append name;
          string_tmp.append "' slot. (slot #";
          itm_arg.count.append_in string_tmp;
          string_tmp.append ", call #";
          count.append_in string_tmp;
          string_tmp.add_last ')';
	  POSITION.put_error semantic text string_tmp; 
	  itm_arg.position.put_position;
          e.position.put_position;          
	  POSITION.send_error;
        };
        (args.count > 1).if {
          (itm_arg.lower).to (itm_arg.upper) do { i:INTEGER;
            ts ?= itm_arg.item i;          
            ((ts != NULL) && {ts = ITM_TYPE_SIMPLE.type_self}).if {
              ex := args.item (args.upper - itm_arg.upper + i);            
              t := ex.static_type;
              ((! t.is_expanded) && {! t.is_strict}).if {
                string_tmp.copy "Type expression (";
                t.append_name_in string_tmp;
                string_tmp.append ") is not Expanded or Strict for SELF argument type.";
                POSITION.put_error semantic text string_tmp;
                itm_arg.position.put_position;
                ex.position.put_position;
                position.put_position;
                POSITION.send_error;
              };
            };
          };
        };
      }.elseif {(idx = 0) && {count != 1}} then {
	semantic_error (e.position,"Incorrect vector size for `value' message.");
      };
    };
  );
  lisaac_0.39_rc1/src/item/itm_expression.li0000644000175000017500000001764611314031252020565 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_EXPRESSION;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "operator list message";
  
Section Inherit
  
  - parent_itm_code:ITM_CODE := ITM_CODE;
  
Section Public
  
  - position:POSITION <- value_list.first.position;
  
  //
  // Data
  //

  + value_list   :FAST_ARRAY(ITM_CODE);

  //
  // Constructor
  //  

  - create v:FAST_ARRAY(ITM_CODE) :SELF <-
  ( + result:SELF;
    result := clone;
    result.make v;
    result
  );
  
  - make v:FAST_ARRAY(ITM_CODE) <-
  (   
    value_list    := v;
  );

  //
  // Runnable.
  //

  - to_run_expr:EXPR <-
  ( + max_pos,max_lev,idx,idx_post,idx_pre,low:INTEGER;
    + continue:BOOLEAN;
    + max_pri  :STRING_CONSTANT;
    + left,right:EXPR;
    + instr:INSTR;
    + val_list:FAST_ARRAY(INSTR);
    + val:EXPR;    
    + typ:TYPE;
    + slo:SLOT;
    + nam,op_name:STRING_CONSTANT;
    + site:NODE;
    + n_t:NODE_TYPE;
    + extern:EXPR_BINARY_CMP;
    + loc:VARIABLE;
    + l_arg:FAST_ARRAY(EXPR);
    + result:EXPR;
    + itm_op:ITM_OPERATOR;
        
    val_list := ALIAS_ARRAY(INSTR).new;
    // Search unary message.
    idx := -1;    
    low := value_list.lower;
    {      
      // Search first message.
      {
	idx := idx + 1;
	itm_op ?= value_list.item idx;
      }.do_while {(itm_op != NULL) && {idx != value_list.upper}};	
      (itm_op != NULL).if {
        semantic_error (itm_op.position,"Operator postfix not found.");
      };
      val := value_list.item idx.to_run_expr;
      typ := val.static_type.raw;      
      // Post-fix.	
      idx_post := idx + 1;
      continue := TRUE;
      {(idx_post <= value_list.upper) && {continue}}.while_do {
        continue := FALSE;
        (idx_post != value_list.upper).if {
          itm_op ?= value_list.item (idx_post + 1);
        };
        ((idx_post = value_list.upper) || {itm_op != NULL}).if {
          itm_op ?= value_list.item idx_post;
          slo := typ.get_slot (operator (ALIAS_STR.slot_postfix) name (itm_op.name));
          (slo != NULL).if {	  
            site := NODE.new_read (itm_op.position) slot slo receiver val self val intern FALSE;
            list_current.add_last site;
            val := site.result_expr;
            idx_post := idx_post + 1;
            continue := TRUE;
          };
        };
      };
      // Pre-fix.      
      idx_pre := idx - 1;
      continue := TRUE;
      {(idx_pre >= low) && {continue}}.while_do {
        continue := FALSE;
        (idx_pre != low).if {
          itm_op ?= value_list.item (idx_pre - 1);
        };
        ((idx_pre = low) || {itm_op != NULL}).if {
          itm_op ?= value_list.item idx_pre;
          slo := typ.get_slot (operator (ALIAS_STR.slot_prefix) name (itm_op.name));
          (slo = NULL).if {	  
            error_slot (itm_op.position) name "prefix" operator (itm_op.name) in typ;
          };
          site := NODE.new_read (itm_op.position) slot slo receiver val self val intern FALSE;
          list_current.add_last site;
          val := site.result_expr;	    	    
          idx_pre := idx_pre - 1;
          continue := TRUE;
        };
      };
      val_list.add_last val;
      idx := idx_post;
      (idx < value_list.upper).if {
        // Infix.
        typ := val.static_type.raw;                            
        itm_op ?= value_list.item idx;
        op_name := itm_op.name;      
        (op_name = ALIAS_STR.symbol_equal).if {
          instr := EXPR_EQUAL.create (itm_op.position) with NULL and NULL;
        }.elseif {op_name = ALIAS_STR.symbol_not_equal} then {
          instr := EXPR_NOT_EQUAL.create (itm_op.position) with NULL and NULL;
        } else {
          nam := operator (ALIAS_STR.slot_infix) name op_name;
          slo := typ.get_slot nam;
          (slo = NULL).if {
            error_slot (itm_op.position) name "infix" operator op_name in typ;
          };
          instr := NODE.new_read_partial (itm_op.position) slot slo;
        };
        val_list.add_last instr;      
      };
      low := idx_post + 1;
    }.do_while {idx <= value_list.upper};
                                    
    {val_list.count = 1}.until_do {
      // Search max level.
      max_lev := -1;
      (val_list.lower+1).to (val_list.upper-1) by 2 do { j:INTEGER;
	site ?= val_list.item j;
	(site = NULL).if {
	  // '=' or '!='.
	  (
	    (50 > max_lev) ||
	    {(50 = max_lev) && {max_pri = ALIAS_STR.keyword_right}}
	  ).if {
	    max_lev := 50;
	    max_pri := ALIAS_STR.keyword_right;
	    max_pos := j;
	  };
	} else {	  
	  // Other:
	  slo := site.data.slot;
	  ( 
	    (slo.priority > max_lev) ||
	    {
	      (slo.priority = max_lev) && 
	      {slo.associativity = max_pri} && 
	      {max_pri = ALIAS_STR.keyword_right}
	    }
	  ).if {
	    max_lev := slo.priority;
	    max_pri := slo.associativity;
	    max_pos := j;
	  };
	};
      };
      
      n_t   ?= val_list.item max_pos;
      left  ?= val_list.item (max_pos - 1);
      right ?= val_list.item (max_pos + 1);
      (n_t = NULL).if {
	// '=' or '!='.
	extern ?= val_list.item max_pos;	
	extern.set_left left and_right right;	
	loc  := type_boolean.default.get_temporary (extern.position);
	instr:= loc.write (extern.position) value extern; 
	list_current.add_last instr;
	val := loc.read (instr.position);
      } else {
	// SW_READ.
	l_arg := FAST_ARRAY(EXPR).create_with_capacity 2;
	l_arg.add_last left;
        l_arg.add_last right;
        slo := left.static_type.raw.get_slot (n_t.data.slot.name);
	n_t.new_read_finalize (left.my_copy,slo) with l_arg;
	list_current.add_last n_t;
	val := n_t.result_expr;
      };
      
      // Delete operator.
      val_list.remove max_pos;
      val_list.remove max_pos;
      //
      val_list.put val to (max_pos - 1);      
    };

    result ?= val_list.first;
    
    // Free Array Temporary.    
    ALIAS_ARRAY(INSTR).free val_list;
    
    result
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    (value_list.lower).to (value_list.upper) do { i:INTEGER;
      value_list.item i.append_in buffer;
    };
  );
  
Section Private  
  
  - error_slot p:POSITION name s:STRING_CONSTANT operator op:STRING_CONSTANT in t:TYPE <-
  (
    string_tmp.copy "Slot ";
    string_tmp.append s;
    string_tmp.append " '";
    string_tmp.append op;
    string_tmp.append "' not found in ";
    string_tmp.append (t.name);
    string_tmp.add_last '.';    
    semantic_error (p,string_tmp);
  );




lisaac_0.39_rc1/src/item/itm_argument.li0000644000175000017500000000604011314031252020172 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITM_ARGUMENT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Parent argument";
  
Section Inherit
  
  + parent_itm_code:Expanded ITM_OBJECT;
  
Section Public
  
  - lower:INTEGER <- 0;
  
  - upper:INTEGER <- ( deferred; 0);
  
  - count:INTEGER <- upper + 1;

  //
  // Running.
  //
  
  - item idx:INTEGER :ITM_TYPE_MONO <- 
  (
    deferred;
    NULL
  );
  
  - to_run_in arg_lst:FAST_ARRAY(LOCAL) for p:PARAMETER_TO_TYPE <-
  (
    deferred;
  );
  
  - get_index_type p:ITM_TYPE_PARAMETER :INTEGER <-
  (
    deferred;
  );
  
  - check larg:FAST_ARRAY(EXPR) index idx:INTEGER for p:PARAMETER_TO_TYPE :INTEGER <-
  (
    deferred;
    0
  );
  
  //
  // Comparaison.
  //
  
  - is_equal other:ITM_ARGUMENT <- 
    ( + o:SELF;
    + err:STRING_CONSTANT;
    ? {other != Self};
    
    o ?= other;
    (o = NULL).if {
      err := "Invariance number vector argument invalid.";
    }.elseif {name != o.name} then {
      err := "Invariance name argument invalid.";
    }.elseif {type != o.type} then {
      err := "Invariance type argument invalid.";
    };
    (err != NULL).if {
      POSITION.put_error semantic text err;
      position.put_position;
      (other.position).put_position;
      POSITION.send_error;
    };
  );
  
  //
  // Display.
  //
  
  - append_in buffer:STRING <-
  (
    deferred;
  );
  
  - shorter_in buf:STRING <-
  (
    deferred;
  );
  
  
lisaac_0.39_rc1/src/current_path.txt0000644000175000017500000005712211314031252017461 0ustar  sonntagsonntag/home/sonntag/compiler/lib/standard/property/traversable.li
/home/sonntag/compiler/lib/standard/property/hashable.li
/home/sonntag/compiler/lib/standard/property/safe_equal.li
/home/sonntag/compiler/lib/standard/property/comparable.li
/home/sonntag/compiler/lib/standard/number/integer/integer.li
/home/sonntag/compiler/lib/standard/number/integer/uinteger_32.li
/home/sonntag/compiler/lib/standard/number/integer/integer_16.li
/home/sonntag/compiler/lib/standard/number/integer/uinteger_64.li
/home/sonntag/compiler/lib/standard/number/integer/uinteger_big.li
/home/sonntag/compiler/lib/standard/number/integer/uinteger_8.li
/home/sonntag/compiler/lib/standard/number/integer/uinteger_16.li
/home/sonntag/compiler/lib/standard/number/integer/integer_32.li
/home/sonntag/compiler/lib/standard/number/integer/uinteger_cpu.li
/home/sonntag/compiler/lib/standard/number/integer/integer_64.li
/home/sonntag/compiler/lib/standard/number/integer/integer_8.li
/home/sonntag/compiler/lib/standard/number/integer/uinteger.li
/home/sonntag/compiler/lib/standard/number/real/real.li
/home/sonntag/compiler/lib/standard/number/real/real_80.li
/home/sonntag/compiler/lib/standard/number/real/real_64.li
/home/sonntag/compiler/lib/standard/number/real/real_32.li
/home/sonntag/compiler/lib/standard/number/fixed_real/real_16_16.li
/home/sonntag/compiler/lib/standard/number/fixed_real/real_24_8.li
/home/sonntag/compiler/lib/standard/number/fixed_real/real_26_6.li
/home/sonntag/compiler/lib/standard/number/fixed_real/ureal_26_6.li
/home/sonntag/compiler/lib/standard/number/fixed_real/ureal_24_8.li
/home/sonntag/compiler/lib/standard/number/fixed_real/ureal_16_16.li
/home/sonntag/compiler/lib/standard/boolean/false.li
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/home/sonntag/library/graphics/format/ai/ai_parser.li
/home/sonntag/library/graphics/format/ai/ai_operation.li
/home/sonntag/library/graphics/format/ai/ai_file.li
/home/sonntag/library/graphics/format/ai/ai_alias.li
/home/sonntag/library/graphics/format/ai/ai_bezier.li
/home/sonntag/library/graphics/format/format_img.li
/home/sonntag/library/graphics/pixel_32.li
/home/sonntag/library/graphics/edge.li
/home/sonntag/library/graphics/low_level/abstract_bmp_line.li
/home/sonntag/library/graphics/low_level/pixel.li
/home/sonntag/library/graphics/low_level/abstract_bitmap.li
/home/sonntag/library/graphics/pixel_16.li
/home/sonntag/library/graphics/pixel_15.li
/home/sonntag/library/small-binding/pcre/test.li
/home/sonntag/library/small-binding/pcre/pcre.li
/home/sonntag/library/iup-binding/dialog.li
/home/sonntag/library/iup-binding/pplot.li
/home/sonntag/library/iup-binding/color_browser.li
/home/sonntag/library/iup-binding/example.li
/home/sonntag/library/iup-binding/vertical_box.li
/home/sonntag/library/iup-binding/val.li
/home/sonntag/library/iup-binding/dial.li
/home/sonntag/library/iup-binding/label.li
/home/sonntag/library/iup-binding/button.li
/home/sonntag/library/iup-binding/horizontal_box.li
/home/sonntag/library/iup-binding/iup.li
/home/sonntag/library/iup-binding/canvas.li
/home/sonntag/library/iup-binding/container_control.li
/home/sonntag/library/iup-binding/text.li
/home/sonntag/library/iup-binding/tabs.li
/home/sonntag/library/iup-binding/cells.li
/home/sonntag/library/iup-binding/ole_control.li
/home/sonntag/library/iup-binding/list.li
/home/sonntag/library/iup-binding/toggle.li
/home/sonntag/library/iup-binding/control.li
/home/sonntag/library/iup-binding/spin.li
/home/sonntag/library/iup-binding/progress_bar.li
/home/sonntag/library/iup-binding/color_bar.li
/home/sonntag/library/iup-binding/tree.li
/home/sonntag/library/iup-binding/gl_canvas.li
/home/sonntag/library/iup-binding/frame.li
/home/sonntag/library/iup-binding/matrix.li
/home/sonntag/compiler/lib/internal/os_support/unix/system/environment.li
/home/sonntag/compiler/lib/internal/os_support/unix/system/system.li
/home/sonntag/compiler/lib/internal/os_support/unix/system/system_io.li
/home/sonntag/compiler/lib/internal/os_support/unix/system/processor.li
/home/sonntag/compiler/lib/internal/os_support/unix/system/float_processor.li
/home/sonntag/compiler/lib/internal/os_support/unix/system/clock.li
/home/sonntag/compiler/lib/internal/os_support/unix/file_system/directory_unix.li
/home/sonntag/compiler/lib/internal/os_support/unix/file_system/file_unix.li
/home/sonntag/compiler/lib/internal/os_support/unix/file_system/entry_unix.li
/home/sonntag/compiler/lib/internal/os_support/unix/file_system/file_system.li
/home/sonntag/compiler/lib/internal/os_support/unix/video/keyboard.li
/home/sonntag/compiler/lib/internal/os_support/unix/video/event_system.li
/home/sonntag/compiler/lib/internal/os_support/unix/video/video.li
/home/sonntag/compiler/lib/internal/os_support/unix/video/mouse.li
/home/sonntag/compiler/lib/internal/os_support/unix/video/timer.li
lisaac_0.39_rc1/src/external/0000755000175000017500000000000011314031324016035 5ustar  sonntagsonntaglisaac_0.39_rc1/src/external/call_null.li0000644000175000017500000000503111314031252020327 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := CALL_NULL;

  - copyright   := "2003-2007 Benoit Sonntag";

    
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Call on NULL";
  
Section Inherit
  
  + parent_instr:Expanded INSTR; 
  
Section Public 
  
  - my_copy:SELF <- Self;
  
  - is_necessary:BOOLEAN;
  
  //
  // Remove
  //
  
  - remove; // Nothing.
  
  //
  // Execute
  //
  
  - execute:INSTR <- Self;
    
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  ( + code:STRING_CONSTANT;
    (debug_level_option != 0).if {
      code := 
      "lisaac_stack_print(top_context); \
      \print_string(\"Call on NULL\\n\"); \
      \die_with_code(1)";
    } else {
      code := 
      "print_string(\"Call on NULL\\n\
      \(Use `-D' option)\\n\"); \ 
      \die_with_code(1)";
    };
    buffer.append code;
    is_necessary := TRUE;
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.append "Call on NULL";
  );









lisaac_0.39_rc1/src/external/comparison/0000755000175000017500000000000011314031324020207 5ustar  sonntagsonntaglisaac_0.39_rc1/src/external/comparison/expr_inf_eq.li0000644000175000017500000000513211314031252023035 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_INF_EQ;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Inferior or equal binary comparison expression.";
  
Section Inherit
  
  + parent_expr_binary_cmp:Expanded EXPR_BINARY_CMP;
  
Section Public  
  
  - symbol:STRING_CONSTANT := "<=";
  
  //
  // Execute.
  //
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 <= C2 -> TRUE/FALSE
  ( + result:PROTOTYPE_CST;
    
    (left_cst.value <= right_cst.value).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
    } else {
      result := PROTOTYPE_CST.create position type (type_false.default);
    };    
    left_cst .remove;
    right_cst.remove;
    
    result
  );
  
  - exec:EXPR <-  
  //-- E <= E -> TRUE
  ( + result:PROTOTYPE_CST;
    
    (left ~= right).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
      left .remove;
      right.remove;
    };    
    
    result
  );
  
lisaac_0.39_rc1/src/external/comparison/expr_sup_eq.li0000644000175000017500000000562311314031252023075 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_SUP_EQ;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Superior or equal binary comparison expression.";
  
Section Inherit
  
  + parent_expr_binary_cmp:Expanded EXPR_BINARY_CMP;
  
Section Public  
  
  - symbol:STRING_CONSTANT := ">=";
  
  //
  // Execute.
  //
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 >= C2 -> TRUE/FALSE
  ( + result:PROTOTYPE_CST;
    
    (left_cst.value >= right_cst.value).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
    } else {
      result := PROTOTYPE_CST.create position type (type_false.default);
    };    
    left_cst .remove;
    right_cst.remove;
    
    result
  );
  
  - exec:EXPR <-  
  //-- E >= E -> TRUE
  ( + result:PROTOTYPE_CST;
    
    (left ~= right).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
      left .remove;
      right.remove;
    };    
    
    result
  );
  
  - exec_right right_cst:INTEGER_CST :EXPR <- 
  //-- E(unsigned) >= 0 -> TRUE
  ( + result:EXPR;
    
    ((right_cst.value = 0) && {left.static_type.raw.name.first = 'U'}).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
      left .remove;
      right.remove;
    };
    result
  );lisaac_0.39_rc1/src/external/comparison/expr_sup.li0000644000175000017500000000562111314031252022406 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_SUP;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Superior binary comparison expression.";
  
Section Inherit
  
  + parent_expr_binary_cmp:Expanded EXPR_BINARY_CMP;
  
Section Public  
  
  - symbol:STRING_CONSTANT := ">";
  
  //
  // Execute.
  //
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 > C2 -> TRUE/FALSE
  ( + result:PROTOTYPE_CST;
    
    (left_cst.value > right_cst.value).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
    } else {
      result := PROTOTYPE_CST.create position type (type_false.default);
    };    
    left_cst .remove;
    right_cst.remove;
    
    result
  );
  
  - exec_left  left_cst :INTEGER_CST :EXPR <- 
  //-- 0 > E (unsigned) -> FALSE
  ( + result:EXPR;
    
    ((left_cst.value = 0) && {right.static_type.raw.name.first = 'U'}).if {
      result := PROTOTYPE_CST.create position type (type_false.default);
      left .remove;
      right.remove;
    };
    result    
  );
    
  - exec:EXPR <-  
  //-- E > E -> FALSE
  ( + result:PROTOTYPE_CST;
    
    (left ~= right).if {
      result := PROTOTYPE_CST.create position type (type_false.default);
      left .remove;
      right.remove;
    };    
    
    result
  );
  
lisaac_0.39_rc1/src/external/comparison/expr_binary_cmp.li0000644000175000017500000001441011314031252023716 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_BINARY_CMP;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Binary comparison expression.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public 
  
  - is_invariant:BOOLEAN <- left.is_invariant && {right.is_invariant};
  
  + left:EXPR;
  
  + right:EXPR;
  
  - set_left l:EXPR and_right r:EXPR <-
  (
    left  := l;
    right := r;
  );
  
  - symbol:STRING_CONSTANT <- 
  (
    deferred;
    NULL
  );
  
  - static_type:TYPE_FULL <- type_boolean.default;
  
  - get_type t:TYPES_TMP <-
  (    
    t.add type_true;
    t.add type_false;
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION with l:EXPR and r:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p with l and r;
    result
  );
  
  - make p:POSITION with l:EXPR and r:EXPR <-
  (
    position := p;
    left     := l;
    right    := r;
  );
  
  - my_copy:SELF <- SELF.create position with (left.my_copy) and (right.my_copy);
  
  //
  // Comparaison.
  //
    
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-
  ( + same:SELF;
    
    same ?= other;
    (same != NULL) && {left ~= same.left} && {right ~= same.right}
  );  
  
  //
  // Remove
  //
  
  - remove <-
  (
    left .remove;
    right.remove;
  );
  
  //
  // Execute
  //
  
  - execute_unlink:INSTR <-
  ( + instr:INSTR;
    instr  := left.execute_unlink;
    (instr != NULL).if {
      list_current.insert_before instr;
    };
    right.execute_unlink    
  );
  
  - execute_link:EXPR <-
  ( + result:EXPR;
    + old_seq:UINTEGER_32;
    + left_cst,right_cst:INTEGER_CST;
    
    old_seq := seq_call_and_loop;    
    left  := left .execute_link;
    right := right.execute_link;     
    //
    left_cst  ?= left;
    right_cst ?= right;
    // Conservator transformation.
    result := exec_conservator;
    ((result = NULL) && {left_cst != NULL}).if {      
      result := exec_conservator_left left_cst;
    };
    ((result = NULL) && {right_cst != NULL}).if {      
      result := exec_conservator_right right_cst;
    };      
    (
      (result = NULL)     && 
      {right_cst != NULL} && 
      {left_cst  != NULL}
    ).if {
      result := exec left_cst and right_cst;
    };        
    ((result = NULL) && {old_seq = seq_call_and_loop}).if {    
      // No conservator transformation.      
      result := exec;
      ((result = NULL) && {left_cst != NULL}).if {
	result := exec_left left_cst;
      };
      ((result = NULL) && {right_cst != NULL}).if {
	result := exec_right right_cst;
      };
    };   
    //
    (result = NULL).if {
      result := Self;
    } else {
      result.set_position position;
      new_execute_pass;
    };
    
    result
  );
  
  - exec_conservator:EXPR <- NULL;  
  - exec_conservator_left  left_cst :INTEGER_CST :EXPR <- NULL;
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <- NULL;
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- NULL;
  
  - exec:EXPR <- NULL;
  - exec_left  left_cst :INTEGER_CST :EXPR <- NULL;
  - exec_right right_cst:INTEGER_CST :EXPR <- NULL;
 
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (
    buffer.add_last '(';
    (
      (left.static_type.raw = type_pointer) && 
      {ALIAS_STR.is_integer (right.static_type.raw.name)}
    ).if {
      buffer.append "(unsigned long)";
    }.elseif {! left.static_type.is_expanded} then {    
      buffer.append "(void *)"; // BSBS: A virer quand tu auras optim '=='
    };
    ((left.static_type.raw = TYPE_NULL) && {right.static_type.raw.is_block}).if {
      buffer.add_last '0';
    } else {
      (left.static_type.raw.is_block).if {
        buffer.append "(long)";
      };
      left.genere buffer;
      (left.static_type.raw.is_block).if {
	buffer.append ".__id";
      };
    };    
    buffer.add_last ' ';
    buffer.append symbol;
    buffer.add_last ' ';
        
    (
      (ALIAS_STR.is_integer (left.static_type.raw.name)) && 
      {right.static_type.raw = type_pointer}
    ).if {      
      buffer.append "(unsigned long)";
    }.elseif {! right.static_type.is_expanded} then {
      buffer.append "(void *)"; // BSBS: A virer quand tu auras optim '=='
    };
    ((right.static_type.raw = TYPE_NULL) && {left.static_type.raw.is_block}).if {
      buffer.add_last '0';
    } else {
      right.genere buffer;
      (right.static_type.raw.is_block).if {
	buffer.append ".__id";
      };
    };    
    buffer.add_last ')';
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.add_last '(';    
    left.static_type.append_name_in buffer;    
    buffer.add_last ' ';
    left.display buffer;
    buffer.append symbol;
    right.display buffer;
    buffer.add_last ')';
  );









lisaac_0.39_rc1/src/external/comparison/expr_inf.li0000644000175000017500000000560611314031252022356 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_INF;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Inferior binary comparison expression.";
  
Section Inherit
  
  + parent_expr_binary_cmp:Expanded EXPR_BINARY_CMP;
  
Section Public  
  
  - symbol:STRING_CONSTANT := "<";
  
  //
  // Execute.
  //
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 < C2 -> TRUE/FALSE
  ( + result:PROTOTYPE_CST;
    
    (left_cst.value < right_cst.value).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
    } else {
      result := PROTOTYPE_CST.create position type (type_false.default);
    };    
    left_cst .remove;
    right_cst.remove;
    
    result
  );
  
  - exec:EXPR <-  
  //-- E < E -> FALSE
  ( + result:PROTOTYPE_CST;
    
    (left ~= right).if {
      result := PROTOTYPE_CST.create position type (type_false.default);
      left .remove;
      right.remove;
    };    
    
    result
  );
  
  - exec_right right_cst:INTEGER_CST :EXPR <- 
  //-- E(unsigned) < 0 -> FALSE
  ( + result:EXPR;
    
    ((right_cst.value = 0) && {left.static_type.raw.name.first = 'U'}).if {
      result := PROTOTYPE_CST.create position type (type_false.default);
      left .remove;
      right.remove;
    };
    result
  );lisaac_0.39_rc1/src/external/comparison/expr_equal.li0000644000175000017500000000715111314031252022706 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_EQUAL;

  - copyright   := "2003-2007 Benoit Sonntag";

 
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Simple Equal Binary Expression.";
  
Section Inherit
  
  + parent_expr_binary_cmp:Expanded EXPR_BINARY_CMP;
  
Section Public
  
  - symbol:STRING_CONSTANT := "==";
    
  //
  // Execute.
  //
    
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 == C2 -> TRUE/FALSE
  ( + result:PROTOTYPE_CST;
    
    (left_cst.value = right_cst.value).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
    } else {
      result := PROTOTYPE_CST.create position type (type_false.default);
    };    
    left_cst .remove;
    right_cst.remove;
    result
  );
  
  - exec:EXPR <-  
  //-- E == E -> TRUE
  //-- Expanded == NULL -> FALSE
  ( + result:PROTOTYPE_CST;
    + r:PROTOTYPE_CST;
    
    (left ~= right).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
      left .remove;
      right.remove;
    } else {
      r ?= right;
      (
	(r != NULL) && 
	{r.static_type.raw = TYPE_NULL} && 
	{left.static_type.is_expanded}  &&
	{left.static_type.raw != type_pointer}
      ).if {
        left .remove;
        right.remove;
	result := PROTOTYPE_CST.create position type (type_false.default);
      };
    };
    
    result
  );
  
  //
  // Genere
  //
    
  - genere buffer:STRING <-
  (
    (
      (left.static_type.is_expanded)  && 
      {right.static_type.is_expanded} && 
      {right.static_type.raw.type_c = NULL}
    ).if {
      buffer.append "(memcmp(";
      (left.static_type.is_expanded_ref).if_false {
        buffer.add_last '&';
      };
      left.genere buffer;
      buffer.add_last ',';
      (right.static_type.is_expanded_ref).if_false {
        buffer.add_last '&';
      };
      right.genere buffer;
      buffer.append ",sizeof(";
      left.static_type.raw.put_expanded_declaration buffer;      
      buffer.append ")) == 0)";
    } else {
      parent_expr_binary_cmp.genere buffer;
    };    
  );






lisaac_0.39_rc1/src/external/comparison/expr_not_equal.li0000644000175000017500000000724211314031252023567 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_NOT_EQUAL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Not equal binary comparison expression.";
  
Section Inherit
  
  + parent_expr_binary_cmp:Expanded EXPR_BINARY_CMP;
  
Section Public
  
  - symbol:STRING_CONSTANT := "!=";
 
  //
  // Execute.
  //
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 != C2 -> TRUE/FALSE
  ( + result:PROTOTYPE_CST;
    
    (left_cst.value != right_cst.value).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
    } else {
      result := PROTOTYPE_CST.create position type (type_false.default);
    };    
    left_cst .remove;
    right_cst.remove;
    
    result
  );
  
  - exec:EXPR <-  
  //-- E != E -> FALSE
  //-- Expanded != NULL -> TRUE
  ( + result:PROTOTYPE_CST;
    + r:PROTOTYPE_CST;
    
    (left ~= right).if {
      result := PROTOTYPE_CST.create position type (type_false.default);
      left .remove;
      right.remove;
    } else {
      r ?= right;
      (
	(r != NULL) && 
	{r.static_type.raw = TYPE_NULL} && 
	{left.static_type.is_expanded}  &&
	{left.static_type.raw != type_pointer}
      ).if {
        left .remove;
        right.remove;
	result := PROTOTYPE_CST.create position type (type_true.default);	
      };
    };    
    
    result
  );

  //
  // Genere
  //
    
  - genere buffer:STRING <- // BSBS: a factoriser avec EXPR_EQUAL
  (
    (
      (left.static_type.is_expanded)  && 
      {right.static_type.is_expanded} && 
      {right.static_type.raw.type_c = NULL}
    ).if {
      buffer.append "(memcmp(";
      (left.static_type.is_expanded_ref).if_false {
        buffer.add_last '&';
      };
      left.genere buffer;
      buffer.add_last ',';
      (right.static_type.is_expanded_ref).if_false {
        buffer.add_last '&';
      };
      right.genere buffer;
      buffer.append ",sizeof(";
      left.static_type.raw.put_expanded_declaration buffer;      
      buffer.append ")) != 0)";
    } else {
      parent_expr_binary_cmp.genere buffer;
    };    
  );
  
  


lisaac_0.39_rc1/src/external/forall_data.li0000644000175000017500000000663011314031252020640 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name      := FORALL_DATA;

  - copyright := "2003-2009 Sonntag Benoit";

  - author    := "Sonntag Benoit (sonntag@icps.u-strasbg.fr)";
  - comment   := "The main prototype";

Section Inherit

  + parent_instr:Expanded INSTR;
  
Section Public
    
  + action:ITM_READ_ARG2;
  
  + list_data:FAST_ARRAY(COUPLE(SLOT_DATA,EXPR));
  
  //
  // Creation.
  //

  - create t:TYPE_FULL action ac:ITM_BLOCK :SELF <-
  ( + result:SELF;
    result := clone;
    result.make t action ac;
    result
  );

  - make t:TYPE_FULL action ac:ITM_BLOCK <-
  ( + lst:FAST_ARRAY(SLOT);
    + dta:SLOT_DATA;
    + c:COUPLE(SLOT_DATA,EXPR);
    
    action := ITM_READ_ARG2.create (ac.position) name (ALIAS_STR.slot_value) args (,);
    list_data := FAST_ARRAY(COUPLE(SLOT_DATA,EXPR)).create;    
    t.add_reflexivity Self;
    lst := t.slot_run;
    (lst.lower).to (lst.upper) do { i:INTEGER;
      dta := lst.item i.slot_data_intern;
      (dta != NULL).if {
        c := COUPLE(SLOT_DATA,LIST).create dta and ();
        list_data.add_last c;
      };
    };
  );
  
  //
  //
  //
  
  - my_copy:SELF <-
  (
    clone
  );
  
  //
  // Depend. 
  //
  
  - add var:SLOT_DATA <-
  (
    
  );
  
  //
  // Execute.
  //
  
  - execute:INSTR <- 
  (
    
  );
  
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (
    (list_data.lower).to (list_data.upper) do { i:INTEGER;
      list_data.item i.second.genere buffer;
    };
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  ( 
    buffer.append "Forall_data:\n";
    indent.append "  ";
    (list_data.lower).to (list_data.upper) do { i:INTEGER;
      buffer.append indent;
      buffer.append "- ";
      buffer.append (list_data.item i.first.intern_name);
      buffer.append ":\n";
      buffer.append indent;
      list_data.item i.second.genere buffer;
    };
    indent.remove_last 2;    
  );
  lisaac_0.39_rc1/src/external/size_of.li0000644000175000017500000000566711314031252020037 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := SIZE_OF;

  - copyright   := "2003-2007 Benoit Sonntag";

    
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Size of object";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public 
  
  - is_invariant:BOOLEAN <- TRUE;  
  
  + receiver:TYPE_FULL;
    
  - static_type:TYPE_FULL <- type_integer.default;
  
  - get_type t:TYPES_TMP <-
  (     
    t.add type_integer;
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION receiver e:TYPE_FULL :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p receiver e;
    result
  );
  
  - make p:POSITION receiver e:TYPE_FULL <-
  (
    position := p;            
    receiver := e; 
  );
  
  - my_copy:SELF <- SELF.create position receiver receiver; 
  // BSBS: Tu peux meme juste renvoyer Self! Non ?
  
  //
  // Remove
  //
  
  - remove <-
  (
    // Nothing.
  );
  
  //
  // Execute
  //
  
  - execute_unlink:INSTR <-
  (     
    NULL
  );
  
  - execute_link:EXPR <-
  (       
    Self
  );
    
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  ( 
    buffer.append "sizeof(";    
    receiver.raw.put_expanded_declaration buffer;
    buffer.add_last ')';        
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.append "size_of(";
    receiver.display buffer;
    buffer.add_last ')';
  );









lisaac_0.39_rc1/src/external/logic/0000755000175000017500000000000011314031252017132 5ustar  sonntagsonntaglisaac_0.39_rc1/src/external/logic/expr_binary_logic.li0000644000175000017500000001251311314031252023161 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_BINARY_LOGIC;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Binary logical expression.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public 
  
  - is_invariant:BOOLEAN <- left.is_invariant && {right.is_invariant};
  
  + left:EXPR;
  
  + right:EXPR;
  
  - symbol:STRING_CONSTANT <- 
  (
    deferred;
    NULL
  );
  
  - static_type:TYPE_FULL <- type_boolean.default;
  
  - get_type t:TYPES_TMP <-
  (    
    t.add type_true; 
    t.add type_false;
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION with l:EXPR and r:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p with l and r;
    result
  );
  
  - make p:POSITION with l:EXPR and r:EXPR <-
  (
    position := p;
    left     := l;
    right    := r;
  );
  
  - my_copy:SELF <- SELF.create position with (left.my_copy) and (right.my_copy);
  
  //
  // Comparaison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-
  ( + same:SELF;
    
    same ?= other;
    (same != NULL) && {left ~= same.left} && {right ~= same.right}
  );  
    
  //
  // Remove
  //
  
  - remove <-
  (
    left .remove;
    right.remove;
  );
  
  //
  // Execute
  //
  
  - execute_unlink:INSTR <-
  ( + instr:INSTR;    
    instr := left.execute_unlink;
    (instr != NULL).if {
      list_current.insert_before instr;
    };
    right.execute_unlink    
  );
  
  - execute_link:EXPR <-
  ( + result:EXPR;
    + old_seq:UINTEGER_32;
    + left_cst,right_cst:PROTOTYPE_CST;
    + left_t,right_t:TYPE;
    
    old_seq := seq_call_and_loop;    
    left  := left .execute_link;
    right := right.execute_link;     
    //
    left_cst  ?= left;
    right_cst ?= right;
    
    (left_cst != NULL).if { // BSBS : Peux faire mieux !!!
      (left_cst.static_type.raw = type_true).if {
	left_t := type_true;
      } else {
	left_t := type_false;
      };
    };
    (right_cst != NULL).if {
      (right_cst.static_type.raw = type_true).if {
	right_t := type_true;
      } else {
	right_t := type_false;
      };
    };
    
    // Conservator transformation.
    result := exec_conservator;
    ((result = NULL) && {left_cst != NULL}).if {      
      result := exec_conservator_left left_t;
    };
    ((result = NULL) && {right_cst != NULL}).if {      
      result := exec_conservator_right right_t;
    };
    (
      (result = NULL)     && 
      {right_cst != NULL} && 
      {left_cst != NULL}
    ).if {
      result := exec left_t and right_t;
    };    
    ((result = NULL) && {old_seq = seq_call_and_loop}).if {    
      // No conservator transformation.      
      result := exec;
      ((result = NULL) && {left_cst != NULL}).if {
	result := exec_left left_t;
      };
      ((result = NULL) && {right_cst != NULL}).if {
	result := exec_right right_t;
      };
    };
    //
    (result = NULL).if {
      result := Self;
    } else {
      result.set_position position;
      new_execute_pass;
    };
    
    result
  );
  
  - exec_conservator:EXPR <- NULL;  
  - exec_conservator_left  left_cst :TYPE :EXPR <- NULL;
  - exec_conservator_right right_cst:TYPE :EXPR <- NULL;
  
  - exec left_cst:TYPE and right_cst:TYPE :EXPR <- NULL;
  
  - exec:EXPR <- NULL;
  - exec_left  left_cst :TYPE :EXPR <- NULL;
  - exec_right right_cst:TYPE :EXPR <- NULL;
 
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (
    buffer.add_last '(';    
    left.genere buffer;
    buffer.add_last ' ';
    buffer.append symbol;
    buffer.add_last ' ';
    right.genere buffer;
    buffer.add_last ')';
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.add_last '(';    
    left.display buffer;
    buffer.append symbol;
    right.display buffer;
    buffer.add_last ')';
  );









lisaac_0.39_rc1/src/external/logic/expr_unary_logic.li0000644000175000017500000001011511314031252023027 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_UNARY_LOGIC;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Unary logical expression.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public  
  
  - is_invariant:BOOLEAN <- right.is_invariant;
  
  + right:EXPR;
  
  - symbol:CHARACTER <- 
  (
    deferred;
    ' '
  );
  
  - static_type:TYPE_FULL <- type_boolean.default;
  
  - get_type t:TYPES_TMP <-
  (    
    t.add type_true; 
    t.add type_false;
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION with r:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p with r;
    result
  );
  
  - make p:POSITION with r:EXPR <-
  (
    position := p;
    right := r;
  );
  
  - my_copy:SELF <- SELF.create position with (right.my_copy);
  
  //
  // Comparaison.
  //
  
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-
  ( + same:SELF;
    
    same ?= other;
    (same != NULL) && {right ~= same.right}
  ); 
  
  - remove <-
  (    
    right.remove;
  );
  
  //
  // Execute.
  //
  
  - execute_unlink:INSTR <-
  (
    right.execute_unlink
  );
  
  - execute_link:EXPR <-
  ( + result:EXPR;
    + old_seq:UINTEGER_32;
    + right_cst:PROTOTYPE_CST;
    + right_t:TYPE;
    
    old_seq := seq_call_and_loop;    
    right := right.execute_link;     
    //    
    right_cst ?= right;
    (right_cst != NULL).if { 
      (right_cst.static_type.raw = type_true).if {
	right_t := type_true;
      } else {
	right_t := type_false;
      };
    };

    // Conservator transformation.
    result := exec_conservator;
    ((result = NULL) && {right_cst != NULL}).if {      
      result := exec_right right_t;
    };
    ((result = NULL) && {old_seq = seq_call_and_loop}).if {    
      // No conservator transformation.      
      result := exec;      
    };
    //
    (result = NULL).if {
      result := Self;
    } else {
      result.set_position position;
      new_execute_pass;
    };
        
    result
  );
  
  - exec_conservator:EXPR <- NULL;  
  
  - exec_right right_cst:TYPE :EXPR <- NULL;
    
  - exec:EXPR <- NULL;
    
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (
    buffer.add_last '(';
    buffer.add_last symbol;
    buffer.add_last ' ';
    right.genere buffer;
    buffer.add_last ')';
  );  
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.add_last '(';
    buffer.add_last symbol;
    buffer.add_last ' ';
    right.display buffer;
    buffer.add_last ')';
  );










lisaac_0.39_rc1/src/external/logic/expr_or_or_logic.li0000644000175000017500000001015111314031252023011 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_OR_OR_LOGIC;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Or Binary Expression.";
  
Section Inherit
  
  + parent_expr_or_logic:Expanded EXPR_OR_LOGIC;
  
Section Public 
  
  + symbol:STRING_CONSTANT := "||";
  
  //
  // Execute.
  //
  
  - execute_unlink:INSTR <-
  (     
    execute_link
  );
  
  - execute_link:EXPR <-
  ( + result:EXPR;
    + old_seq:UINTEGER_32;
    + left_cst,right_cst:PROTOTYPE_CST;
    + left_t,right_t:TYPE;
    
    old_seq := seq_call_and_loop;    
    left  := left.execute_link;    
    //
    seq_or_and := seq_or_and + 1;
    seq_inline := seq_inline + 1;
    //
    right := right.execute_link;     
    //
    left_cst  ?= left;
    right_cst ?= right;
    
    (left_cst != NULL).if { // BSBS : Peux faire mieux !!!
      (left_cst.static_type.raw = type_true).if {
	left_t := type_true;
      } else {
	left_t := type_false;
      };
    };
    (right_cst != NULL).if {
      (right_cst.static_type.raw = type_true).if {
	right_t := type_true;
      } else {
	right_t := type_false;
      };
    };

    // Conservator transformation.
    result := exec_conservator;
    ((result = NULL) && {left_cst != NULL}).if {      
      result := exec_conservator_left left_t;
    };
    ((result = NULL) && {right_cst != NULL}).if {      
      result := exec_conservator_right right_t;
    };
    (
      (result = NULL)     && 
      {right_cst != NULL} && 
      {left_cst != NULL}
    ).if {
      result := exec left_t and right_t;
    };    
    ((result = NULL) && {(old_seq + 1) = seq_call_and_loop}).if {    
      // No conservator transformation.      
      result := exec;
      ((result = NULL) && {left_cst != NULL}).if {
	result := exec_left left_t;
      };
      ((result = NULL) && {right_cst != NULL}).if {
	result := exec_right right_t;
      };
    };
    //
    (result = NULL).if {
      result := Self;
    } else {
      new_execute_pass;
    };
    
    result
  );
  
  - exec_conservator:EXPR <-
  //-- E || Var -> E | Var
  ( + rd:READ;
    + result:EXPR;
    
    rd ?= right;
    (rd != NULL).if {
      result := EXPR_OR_LOGIC.create position with left and right;
    };
    result
  );
  
  //-- for || same |
  
  - exec_conservator_left  left_cst :TYPE :EXPR <-
  //-- TRUE || E -> TRUE
  ( + result:EXPR;
    result := parent_expr_or_logic.exec_conservator_left left_cst;
    ((result = NULL) && {left_cst = type_true}).if {
      result := left;
      right.remove;
    };    
    result
  );
      
  lisaac_0.39_rc1/src/external/logic/expr_and_logic.li0000644000175000017500000000622011314031252022435 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_AND_LOGIC;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "And binary logical expression.";
  
Section Inherit
  
  + parent_expr_binary_logic:Expanded EXPR_BINARY_LOGIC;
  
Section Public  
  
  + symbol:STRING_CONSTANT := "&";
  
  //
  // Execute.
  //
      
  - exec_conservator_left  left_cst :TYPE :EXPR <- 
  //-- TRUE & E -> E
  ( + result:EXPR;
    
    (left_cst = type_true).if {
      result := right;
      left.remove;
    };
    result
  );
  
  - exec_conservator_right right_cst:TYPE :EXPR <- 
  //-- E & TRUE -> E
  ( + result:EXPR;
    
    (right_cst = type_true).if {
      result := left;
      right.remove;
    };
    result
  );
    
  - exec left_cst:TYPE and right_cst:TYPE :EXPR <-
  //-- C1 & C2 -> C3
  ( + result:EXPR;
    
    (left_cst = type_true).if {
      result := right;
      left.remove;
    } else {
      result := left;
      right.remove;
    };
    result
  );
  
  - exec:EXPR <-   
  //-- E & E -> E
  ( + result:EXPR;
        
    (left ~= right).if {
      result := left;
      right.remove;
    };
    result      
  );

  - exec_left  left_cst :TYPE :EXPR <- 
  //-- FALSE & E -> FALSE
  ( + result:EXPR;
    
    (left_cst = type_false).if {
      result := left;
      right.remove;
    };
    result
  );
  
  - exec_right right_cst:TYPE :EXPR <- 
  //-- E & FALSE -> FALSE
  ( + result:EXPR;
    
    (right_cst = type_false).if {
      result := right;
      left.remove;
    };
    result
  );

  
  
  
  
  
  
  
  
  
  








lisaac_0.39_rc1/src/external/logic/expr_or_logic.li0000644000175000017500000000672111314031252022321 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_OR_LOGIC;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Or binary logical expression.";
  
Section Inherit
  
  + parent_expr_binary_logic:Expanded EXPR_BINARY_LOGIC;
  
Section Public  
  
  + symbol:STRING_CONSTANT := "|";
  
  //
  // Execute.
  //
 
  - exec_conservator_left  left_cst :TYPE :EXPR <- 
  //-- FALSE | E -> E
  ( + result:EXPR;

    (left_cst = type_false).if { 
      result := right;
      left.remove;
    };
    result
  );
  
  - exec_conservator_right right_cst:TYPE :EXPR <- 
  //-- E | FALSE -> E
  ( + result:EXPR;

    (right_cst = type_false).if {
      result := left;
      right.remove;
    };
    result
  );
  
  - exec left_cst:TYPE and right_cst:TYPE :EXPR <-
  //-- C1 | C2 -> C3
  ( + result:EXPR;

    (left_cst = type_true).if {
      result := left;
      right.remove;
    } else {
      result := right;
      left.remove;
    };    
    result
  );
  
  - exec:EXPR <- 
  //-- (E1 > E2) | (E1 = E2) -> E1 >= E2 (a lot of possibilities, but see INTEGER)
  //-- E | E -> E
  ( + result:EXPR;
    + sup:EXPR_SUP;
    + eq:EXPR_EQUAL;

    (left ~= right).if {
      result := left;
      right.remove;
    } else {
      sup ?= left;
      eq  ?= right;
      ((sup != NULL) && {eq != NULL}).if {
	((sup.left ~= eq.left) && {sup.right ~= eq.right}).if {
	  result := EXPR_SUP_EQ.create position with (sup.left) and (sup.right);
	  right.remove;
	};
      };
    };
    result      
  );

  - exec_left  left_cst :TYPE :EXPR <- 
  //-- TRUE | E -> TRUE
  ( + result:EXPR;

    (left_cst = type_true).if {
      result := left;
      right.remove;
    };
    result
  );
  
  - exec_right right_cst:TYPE :EXPR <- 
  //-- E | TRUE -> TRUE
  ( + result:EXPR;
    
    (right_cst = type_true).if {
      result := right;
      left.remove;
    };
    result
  );
  
  






lisaac_0.39_rc1/src/external/logic/expr_and_and_logic.li0000644000175000017500000001021211314031252023253 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_AND_AND_LOGIC;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "&& Binary logical expression.";
  
Section Inherit
  
  + parent_expr_and_logic:Expanded EXPR_AND_LOGIC;
  
Section Public
  
  + symbol:STRING_CONSTANT := "&&";
  
  //
  // Execute.
  //
   
  - execute_unlink:INSTR <-
  (     
    execute_link
  );
  
  - execute_link:EXPR <-
  ( + result:EXPR;
    + old_seq:UINTEGER_32;
    + left_cst,right_cst:PROTOTYPE_CST;
    + left_t,right_t:TYPE;
    
    old_seq := seq_call_and_loop;    
    left  := left.execute_link;    
    //
    seq_or_and := seq_or_and + 1;
    seq_inline := seq_inline + 1;
    //    
    right := right.execute_link;     
    //
    left_cst  ?= left;
    right_cst ?= right;
    
    (left_cst != NULL).if { // BSBS : Peux faire mieux !!!
      (left_cst.static_type.raw = type_true).if {
	left_t := type_true;
      } else {
	left_t := type_false;
      };
    };
    (right_cst != NULL).if {
      (right_cst.static_type.raw = type_true).if {
	right_t := type_true;
      } else {
	right_t := type_false;
      };
    };
    
    // Conservator transformation.
    result := exec_conservator;
    ((result = NULL) && {left_cst != NULL}).if {      
      result := exec_conservator_left left_t;
    };
    ((result = NULL) && {right_cst != NULL}).if {      
      result := exec_conservator_right right_t;
    };
    (
      (result = NULL)     && 
      {right_cst != NULL} && 
      {left_cst != NULL}
    ).if {
      result := exec left_t and right_t;
    };    
    ((result = NULL) && {(old_seq + 1) = seq_call_and_loop}).if {    
      // No conservator transformation.      
      result := exec;
      ((result = NULL) && {left_cst != NULL}).if {
	result := exec_left left_t;
      };
      ((result = NULL) && {right_cst != NULL}).if {
	result := exec_right right_t;
      };
    };
    //
    (result = NULL).if {
      result := Self;
    } else {
      new_execute_pass;
    };
    
    result
  );
  
  - exec_conservator:EXPR <-
  //-- E && Var -> E & Var
  ( + rd:READ;
    + result:EXPR;
    
    rd ?= right;
    (rd != NULL).if {
      result := EXPR_AND_LOGIC.create position with left and right;
    };
    result
  );
  
  //-- for && same &
  
  - exec_conservator_left  left_cst :TYPE :EXPR <-
  //-- FALSE && E -> FALSE
  ( + result:EXPR;
    
    result := parent_expr_and_logic.exec_conservator_left left_cst;
    ((result = NULL) && {left_cst = type_false}).if {
      result := left;
      right.remove;
    };
    result
  );
      









lisaac_0.39_rc1/src/external/logic/expr_not_logic.li0000644000175000017500000000612511314031252022477 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_NOT_LOGIC;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Unary not logical expression.";
  
Section Inherit
  
  + parent_expr_unary_logic:Expanded EXPR_UNARY_LOGIC;
  
Section Public  
  
  - symbol:CHARACTER <- '!';
    
  //
  // Execute.
  //
    
  - exec_conservator:EXPR <- 
  //-- ! (E1 == E2) -> E1 != E2   (see INTEGER)
  //-- ! (E1 >= E2) -> E1 <  E2   (see INTEGER)
  //-- ! (E1 >  E2) -> E1 <= E2   (see INTEGER)
  //-- ! ! E -> E
  ( + eq:EXPR_EQUAL;
    + sup_eq:EXPR_SUP_EQ;
    + sup:EXPR_SUP;
    + not:EXPR_NOT_LOGIC;
    + result:EXPR;    

    not ?= right;
    (not != NULL).if {
      result := not.right;
    }.elseif {    
      eq ?= right;
      eq != NULL
    } then {
      result := EXPR_NOT_EQUAL.create position with (eq.left) and (eq.right);
    }.elseif {
      sup_eq ?= right;
      sup_eq != NULL
    } then {      
      result := EXPR_INF.create position with (sup_eq.left) and (sup_eq.right);
    }.elseif {
      sup ?= right;
      sup != NULL
    } then {
      result := EXPR_INF_EQ.create position with (sup.left) and (sup.right);
    };
    result
  );
  
  - exec_right right_cst:TYPE :EXPR <- 
  // ! TRUE  -> FALSE
  // ! FALSE -> TRUE
  ( + pro:PROTOTYPE_CST;
    
    pro ?= right;
    (right_cst = type_true).if {      
      pro.make (pro.position) type (type_false.default);
    } else {
      pro.make (pro.position) type (type_true.default);
    };
    right
  );
  









lisaac_0.39_rc1/src/external/put_to.li0000644000175000017500000001062611314031252017702 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := PUT_TO;

  - copyright   := "2003-2007 Benoit Sonntag";

    
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Put for NATIVE_ARRAY(E) (see ITEM)";
  
Section Inherit
  
  + parent_expr:Expanded EXPR; // BSBS: C'est une INSTR, mais pb dans ITM_EXTERNAL 
  
Section Public 
  
  - is_invariant:BOOLEAN <- 
  receiver.is_invariant && {index.is_invariant} && {value.is_invariant};  
  
  + receiver:EXPR;
  
  + index:EXPR;
  
  + value:EXPR;
    
  - static_type:TYPE_FULL <- TYPE_VOID.default;
  
  - get_type t:TYPES_TMP <-
  ( 
    t.add TYPE_VOID;
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION base rec:EXPR index idx:EXPR value v:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p base rec index idx value v;
    result
  );
  
  - make p:POSITION base rec:EXPR index idx:EXPR value v:EXPR <-
  ( + type_generic:TYPE_GENERIC;
    + first_type:TYPE_FULL;
    
    position := p;            
    receiver := rec;
    index    := idx;
    value    := v;
    //
    type_generic ?= receiver.static_type.raw;
    first_type := type_generic.generic_list.first;
    (
      (! first_type.is_expanded) || 
      {first_type.raw = type_boolean}
    ).if {
      type_generic.add_put_to Self;
    };
  );
  
  - my_copy:SELF <- 
  SELF.create position base (receiver.my_copy) index (index.my_copy) value (value.my_copy);
  
  //
  // Remove
  //
  
  - remove <-
  ( + type_generic:TYPE_GENERIC;
    + first_type:TYPE_FULL;
    
    type_generic ?= receiver.static_type.raw;
    first_type := type_generic.generic_list.first;
    (
      (! first_type.is_expanded) || 
      {first_type.raw = type_boolean}
    ).if {
      type_generic.remove_put_to Self;
    };
    //
    receiver.remove;
    index.remove;
    value.remove;    
  );
  
  //
  // Execute
  //
  
  - execute_unlink:INSTR <-
  (     
    execute_link
  );
  
  - execute_link:EXPR <-
  (   
    receiver := receiver.execute_link;
    index    := index.execute_link;    
    value    := value.execute_link;
    Self
  );
    
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  ( + type_generic:TYPE_GENERIC;
    + first_type:TYPE_FULL;
    
    receiver.genere buffer;
    buffer.add_last '[';
    index.genere buffer;
    buffer.append "]=";    
    type_generic ?= receiver.static_type.raw;
    first_type := type_generic.generic_list.first;
    ((first_type.is_expanded) && {! first_type.is_expanded_c}).if {
      (value.static_type.is_expanded_ref).if {
	buffer.append "*(";
	value.genere buffer;
	buffer.add_last ')';
      } else {
	value.genere buffer;    
      };
    } else {
      value.genere buffer;
    };
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    receiver.display buffer;
    buffer.add_last '[';
    index.display buffer;
    buffer.append "]=";
    value.display buffer;
  );









lisaac_0.39_rc1/src/external/is_expanded.li0000644000175000017500000000637511314031252020661 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := IS_EXPANDED;

  - copyright   := "2003-2007 Benoit Sonntag";

    
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "True, if `Self' is Expanded type.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public 
  
  - is_invariant:BOOLEAN <- TRUE;
  
  + receiver:EXPR;
    
  - static_type:TYPE_FULL <- type_boolean.default;
  
  - get_type t:TYPES_TMP <-
  (     
    t.add type_true;
    t.add type_false;
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION receiver e:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p receiver e;
    result
  );
  
  - make p:POSITION receiver e:EXPR <-
  (
    position := p;            
    receiver := e; 
  );
  
  - my_copy:SELF <- SELF.create position receiver (receiver.my_copy);
  
  //
  // Remove
  //
  
  - remove <-
  (
    receiver.remove;
  );
  
  //
  // Execute
  //
  
  - execute_unlink:INSTR <-
  (     
    receiver.execute_unlink
  );
  
  - execute_link:EXPR <-
  ( + result:EXPR;
    + instr:INSTR;
    
    (receiver.static_type.is_expanded).if {
      result := PROTOTYPE_CST.create position type (type_true.default);
    } else {
      result := PROTOTYPE_CST.create position type (type_false.default);
    };    
    instr := receiver.execute_unlink;
    (instr != NULL).if {
      list_current.insert_before instr;      
    };
    new_execute_pass;
    result
  );
    
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (
    crash_with_message "IS_EXPANDED.genere !";
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.append "is_expanded(";
    receiver.display buffer;
    buffer.add_last ')';
  );









lisaac_0.39_rc1/src/external/get_type_id.li0000644000175000017500000000604511314031252020664 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := GET_TYPE_ID;

  - copyright   := "2003-2007 Benoit Sonntag";

    
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Get intern ID object";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public 
  
  - is_invariant:BOOLEAN <- TRUE;
  
  + receiver:TYPE_FULL;
    
  - static_type:TYPE_FULL <- type_integer.default;
  
  - get_type t:TYPES_TMP <-
  (     
    t.add type_integer;
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION receiver e:TYPE_FULL :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p receiver e;
    result
  );
  
  - make p:POSITION receiver e:TYPE_FULL <-
  (
    position := p;            
    receiver := e; 
  );
  
  - my_copy:SELF <- SELF.create position receiver receiver;
  // BSBS: Tu peux renvoyer Self ! Non ?
  
  //
  // Remove
  //
  
  - remove <-
  (
    // Nothing.
  );
  
  //
  // Execute
  //
  
  - execute_unlink:INSTR <-
  (     
    NULL
  );
  
  - execute_link:EXPR <-
  (          
    Self
  );
    
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (
    (receiver.is_late_binding).if {
      buffer.append "-1";
    } else {
      buffer.append (ALIAS_STR.separate);
      buffer.append (receiver.raw.intern_name);
      buffer.append (ALIAS_STR.separate); // <=> "__";
    };
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.append "type_id(";
    receiver.display buffer;
    buffer.add_last ')';
  );









lisaac_0.39_rc1/src/external/item.li0000644000175000017500000000664511314031252017334 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := ITEM;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Item for NATIVE_ARRAY[type].";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public 
  
  - is_invariant:BOOLEAN <- receiver.is_invariant && {index.is_invariant};
  
  + receiver:EXPR;
  
  + index:EXPR;
    
  - static_type:TYPE_FULL <- 
  ( + t:TYPE_GENERIC;
    
    t ?= receiver.static_type.raw;
    t.generic_list.first    
  );
     
  - get_type t:TYPES_TMP <-
  ( + typ_gen:TYPE_GENERIC;   
        
    typ_gen ?= receiver.static_type.raw;
    typ_gen.get_type t;    
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION base rec:EXPR index idx:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p base rec index idx;
    result
  );
  
  - make p:POSITION base rec:EXPR index idx:EXPR <-
  (
    position := p;            
    receiver := rec;
    index    := idx;
  );
  
  - my_copy:SELF <- SELF.create position base (receiver.my_copy) index (index.my_copy);
  
  //
  // Remove
  //
  
  - remove <-
  (
    receiver.remove;
    index.remove;
  );
  
  //
  // Execute
  //
  
  - execute_unlink:INSTR <-
  ( + instr:INSTR;    
    instr := receiver.execute_unlink;
    (instr != NULL).if {
      list_current.insert_before instr;
    };
    index.execute_unlink    
  );
  
  - execute_link:EXPR <-
  (   
    receiver := receiver.execute_link;
    index    := index.execute_link;    
    Self
  );
    
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (
    receiver.genere buffer;   
    buffer.add_last '[';
    index.genere buffer;
    buffer.add_last ']';    
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    receiver.display buffer;
    buffer.add_last '[';
    index.display buffer;
    buffer.add_last ']';
  );









lisaac_0.39_rc1/src/external/external_c.li0000644000175000017500000001413311314031252020511 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXTERNAL_C;

  - copyright   := "2003-2007 Benoit Sonntag";

    
  - author      := "Sonntag Benoit";
  - comment     := "External C instruction.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public 
  
  + is_persistant:BOOLEAN;

  + static_type:TYPE_FULL;

  + living_type:TYPES; 
  
  - set_living_type l:TYPES <-
  (
    living_type := l;
  );
  
  - get_type t:TYPES_TMP <-
  (
    (living_type = NULL).if {
      t.add (static_type.raw);
    } else {
      t.union living_type;
    };
  );

  //
  // External value.
  //
  
  + code:STRING_CONSTANT;
  + access_list:FAST_ARRAY(EXPR);

  //
  // Creation.
  //
  
  - create p:POSITION 
  text c:STRING_CONSTANT
  access ac:FAST_ARRAY(EXPR) 
  persistant per:BOOLEAN 
  type t:TYPE_FULL :SELF <-
  ( + result:SELF;
    result := clone;
    result.make p text c access ac persistant per type t;
    result
  );

  - make p:POSITION 
  text c:STRING_CONSTANT
  access ac:FAST_ARRAY(EXPR) 
  persistant per:BOOLEAN 
  type t:TYPE_FULL <-
  (
    position      := p;
    static_type   := t;
    is_persistant := per;
    code          := c;
    access_list   := ac;
  );

  - my_copy:SELF <-
  ( + result:SELF;
    + new_access:FAST_ARRAY(EXPR);
    + val:EXPR;    
        
    (access_list != NULL).if {
      new_access := FAST_ARRAY(EXPR).create_with_capacity (access_list.count);
      (access_list.lower).to (access_list.upper) do { j:INTEGER;
	val := access_list.item j.my_copy;	
	new_access.add_last val;
      };      
    };
    result := SELF.create position text code 
    access new_access persistant is_persistant type static_type;    
    result.set_living_type living_type;    
    result
  );

  //
  // Generation.
  //

  - remove <-
  (
    (access_list != NULL).if {
      (access_list.lower).to (access_list.upper) do { j:INTEGER;
	access_list.item j.remove;
      };
    };
  );
  
  - execute_unlink:INSTR <-
  ( + result,instr:INSTR;
    
    (is_persistant).if {
      // Normal.
      static_type := TYPE_VOID.default;
      result := execute_link;
    } else {
      // Remove.
      (access_list != NULL).if {
	(access_list.lower).to (access_list.upper) do { j:INTEGER;	  
	  instr := access_list.item j.execute_unlink;
	  (instr != NULL).if {
	    list_current.insert_before instr;
	  };
	};
      };
    };
    result
  );

  - execute_link:EXPR <-
  ( + e:EXPR;
 
    // Normal
    (access_list != NULL).if { 
      (access_list.lower).to (access_list.upper) do { j:INTEGER;
	e := access_list.item j.execute_link;	  
	access_list.put e to j;
      };
    };
    Self
  );

  - genere buffer:STRING <-
  ( + idx,beg:INTEGER;

    ((is_graph) && {is_persistant}).if {
      (profil_current != NULL).if {
        profil_current.set_external_present TRUE;
      } else {
        profil_main.set_external_present TRUE;
      };
      buffer.append "/* PERSISTANT */";
    };    
     
    (static_type.raw != TYPE_VOID).if {
      buffer.append "((";
      static_type.genere_declaration buffer;     
      buffer.add_last ' ';
      static_type.genere_star_declaration buffer;      
      buffer.append ")("; 
    } else {     
    //  buffer.append "if (";
    };    
    
    (access_list != NULL).if {
      beg := code.lower;
      idx := code.index_of '@' since beg;
      (access_list.lower).to (access_list.upper) do { j:INTEGER;
	beg.to (idx-1) do { k:INTEGER;
	  buffer.add_last (code.item k);
	};
	beg := idx + 1;
	access_list.item j.genere buffer;	
	idx := code.index_of '@' since beg;
      };
      // Copy end.
      beg.to (code.upper) do { k:INTEGER;
	buffer.add_last (code.item k);
      };
    } else {
      buffer.append code;
    };
    (static_type.raw != TYPE_VOID).if {
      buffer.append "))";
    } else {
    //  buffer.add_last ')';
    };
  );

  //
  // Display.
  //

  - display buffer:STRING <-
  (     
    buffer.add_last '`';
    buffer.append code;    
    ((access_list != NULL) && { ! access_list.is_empty}).if {
      buffer.add_last '(';
      access_list.lower.to (access_list.upper - 1) do { j:INTEGER;
	access_list.item j.display buffer;
	buffer.add_last ',';
      };
      access_list.last.display buffer;
      buffer.add_last ')';
    };    
    buffer.add_last '`';
    static_type.append_name_in buffer;
    (living_type != NULL).if {
      buffer.add_last '(';      
      (living_type.lower).to (living_type.upper-1) do { j:INTEGER;			
	buffer.append (living_type.item j.intern_name);
	buffer.add_last ',';
      };
      buffer.append (living_type.last.intern_name);
      buffer.add_last ')';
    };
    display_ref buffer;
  );
    








lisaac_0.39_rc1/src/external/arithmetic/0000755000175000017500000000000011314031252020166 5ustar  sonntagsonntaglisaac_0.39_rc1/src/external/arithmetic/expr_add.li0000644000175000017500000000501111314031252022277 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_ADD;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Add Binary Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  + symbol:STRING_CONSTANT := "+";
  
  //
  // Execute.
  //
  
  - exec_conservator_left  left_cst :INTEGER_CST :EXPR <-
  //-- 0 + E -> E
  ( + result:EXPR;
    
    (left_cst.value = 0).if {
      result := right;
      left_cst.remove;
    };
    result
  );
  
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <- 
  //-- E + 0 -> E
  ( + result:EXPR;
    
    (right_cst.value = 0).if {
      result := left;
      right_cst.remove;
    };
    result
  );
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <-
  //-- C1 + C2 -> C3
  (
    left_cst.set_value (left_cst.value + right_cst.value); 
    right_cst.remove;
    left_cst
  );

  
  
  









lisaac_0.39_rc1/src/external/arithmetic/expr_binary.li0000644000175000017500000001313311314031252023037 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_BINARY;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Binary Expression.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public 
  
  - is_invariant:BOOLEAN <- left.is_invariant && {right.is_invariant};
  
  + left:EXPR;
  
  + right:EXPR;
  
  - symbol:STRING_CONSTANT <- 
  (
    deferred;
    NULL
  );
  
  - static_type:TYPE_FULL <- left.static_type;
  
  - get_type t:TYPES_TMP <-
  (    
    left .get_type t;
    //right.get_type t;
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION with l:EXPR and r:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p with l and r;
    result
  );
  
  - make p:POSITION with l:EXPR and r:EXPR <-
  (
    position := p;
    left     := l;
    right    := r;
  );
  
  - my_copy:SELF <- SELF.create position with (left.my_copy) and (right.my_copy);
  
  //
  // Comparaison.
  //
    
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-
  ( + same:SELF;
    
    same ?= other;
    (same != NULL) && {left ~= same.left} && {right ~= same.right}
  );
  
  //
  // Remove
  //
  
  - remove <-
  (
    left .remove;
    right.remove;
  );
  
  //
  // Execute
  //
  
  - execute_unlink:INSTR <-
  ( + instr:INSTR;    
    instr  := left.execute_unlink;
    (instr != NULL).if {
      list_current.insert_before instr;
    };
    right.execute_unlink    
  );
  
  - execute_link:EXPR <-
  ( + result:EXPR;
    + old_seq:UINTEGER_32;
    + left_cst,right_cst:INTEGER_CST;
    
    old_seq := seq_call_and_loop;    
    left  := left.execute_link;
    right := right.execute_link;     
    //
    left_cst  ?= left;
    right_cst ?= right;
    // Conservator transformation.
    result := exec_conservator;
    ((result = NULL) && {left_cst != NULL}).if {      
      result := exec_conservator_left left_cst;
    };
    ((result = NULL) && {right_cst != NULL}).if {      
      result := exec_conservator_right right_cst;
    };
    (
      (result = NULL)     && 
      {right_cst != NULL} && 
      {left_cst != NULL}
    ).if {
      result := exec left_cst and right_cst;
    };    
    ((result = NULL) && {old_seq = seq_call_and_loop}).if {    
      // No conservator transformation.      
      result := exec;
      ((result = NULL) && {left_cst != NULL}).if {
	result := exec_left left_cst;
      };
      ((result = NULL) && {right_cst != NULL}).if {
	result := exec_right right_cst;
      };
    };
    (result = NULL).if {
      result := Self;
    } else {
      result.set_position position;
      new_execute_pass;
    };
    
    result
  );
  
  - exec_conservator:EXPR <- NULL;  
  - exec_conservator_left  left_cst :INTEGER_CST :EXPR <- NULL;
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <- NULL;
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- NULL;
  
  - exec:EXPR <- NULL;
  - exec_left  left_cst :INTEGER_CST :EXPR <- NULL;
  - exec_right right_cst:INTEGER_CST :EXPR <- NULL;
 
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (
    (static_type.raw = type_pointer).if { 
      buffer.append "(void *)";
    } else {
      buffer.add_last '(';
      static_type.genere_declaration buffer;
      buffer.add_last ')';
    };
    buffer.add_last '(';
    (static_type.raw = type_pointer).if {
      buffer.append "(unsigned long)";
    }.elseif {! left.static_type.is_expanded} then {
      buffer.append "(void *)"; // BSBS: A virer quand tu auras optim '=='
    };
    left.genere buffer;
    buffer.add_last ' ';
    buffer.append symbol;
    buffer.add_last ' ';
    (static_type.raw = type_pointer).if {      
      buffer.append "(unsigned long)";
    }.elseif {! right.static_type.is_expanded} then {
      buffer.append "(void *)"; // BSBS: A virer quand tu auras optim '=='
    };
    right.genere buffer;
    buffer.add_last ')';
  );
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.add_last '(';
    left.display buffer;
    buffer.append symbol;
    right.display buffer;
    buffer.add_last ')';
  );









lisaac_0.39_rc1/src/external/arithmetic/expr_div.li0000644000175000017500000000733111314031252022340 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_DIV;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Div Binary Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  - symbol:STRING_CONSTANT := "/";
  
  //
  // Execute.
  //
  
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <- 
  //-- E / 0   -> Error.
  //-- E /   1 -> E
  //-- E /  -1 -> - E
  //-- E / 2^n -> E >> n
  ( + result:EXPR;
    + v:INTEGER_64;
        
    (right_cst.value = 0).if {
      warning_error (position,"Division by zero.");
    }.elseif {right_cst.value = 1} then {
      result := left;
      right_cst.remove;
    }.elseif {right_cst.value = -1} then {
      result := EXPR_NEG.create position with left;
      right_cst.remove;
    }.elseif {(v := right_cst.to_power) != -1} then {            
      right_cst.set_value v;
      result := EXPR_SHIFT_R.create position with left and right_cst;
    };
    result
  );
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <-   
  //-- C1 / C2 -> C3
  ( + result:EXPR;
    
    (right_cst.value != 0).if {
      left_cst.set_value (left_cst.value / right_cst.value); 
      right_cst.remove;
      result := left_cst;
    };
    result
  );
  
  - exec:EXPR <-
  //--  E /  E ->  1
  //-- -E /  E -> -1
  //--  E / -E -> -1
  ( + result:EXPR;
    + neg:EXPR_NEG;
    
    (right ~= left).if {
      result := INTEGER_CST.create position value 1 type static_type;
      right.remove;
      left .remove;
    } else {      
      neg ?= left;
      ((neg != NULL) && {neg.right ~= right}).if {
	result := INTEGER_CST.create position value (-1) type static_type;
	left.remove;
	right.remove;
      } else {
	neg ?= right;
	((neg != NULL) && {neg.right ~= left}).if {
	  result := INTEGER_CST.create position value (-1) type static_type;
	  left.remove;
	  right.remove;
	};
      };      
    };
    result
  );
  
  - exec_left  left_cst :INTEGER_CST :EXPR <-
  //-- 0 / E -> 0
  ( + result:EXPR;
    
    (left_cst.value = 0).if {
      result := left_cst;
      right.remove;
    };
    result
  );



  
  
  
  
  
  
  





lisaac_0.39_rc1/src/external/arithmetic/expr_or.li0000644000175000017500000000712611314031252022200 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_OR;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Or binary arithmetic expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  - symbol:STRING_CONSTANT := "|";
  
  //
  // Execute.
  //
    
  - exec_conservator_left  left_cst :INTEGER_CST :EXPR <-
  //-- 0  | E -> E
  ( + result:EXPR;
    
    (left_cst.value = 0).if {
      result := right;
      left_cst.remove;
    };
    result
  );
  
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <- 
  //-- E | 0  -> E
  ( + result:EXPR;
    
    (right_cst.value = 0).if {
      result := left;
      right_cst.remove;
    };
    result
  );
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <-
  //-- C1 | C2 -> C3
  ( 
    left_cst.set_value (left_cst.value | right_cst.value); 
    right_cst.remove;
    left_cst
  );
  
  - exec:EXPR <-
  //-- (! E1 & E2) | (E1 & ! E2) -> E1 ^ E2 (A lot of possibilities, but see '^' in INTEGER)
  //-- E | E                     -> E
  ( + result:EXPR;
    + and_l,and_r:EXPR_AND;
    + not_l,not_r:EXPR_NOT;
    
    (left ~= right).if {
      right.remove;
      result := left;
    } else {
      and_l ?= left;
      and_r ?= right;
      ((and_l != NULL) && {and_r != NULL}).if {
	not_l ?= and_l.left;
	not_r ?= and_r.right;
	((not_l != NULL) && {not_r != NULL}).if {
	  ((not_l.right ~= and_r.left) && {and_l.right ~= not_r.right}).if {
	    result := EXPR_XOR.create position with (not_l.right) and (and_l.right);
	    right.remove;
	  };
	};
      };
    };
    result    
  );
  
  - exec_left  left_cst :INTEGER_CST :EXPR <- 
  //-- -1 | E -> -1  
  ( + result:EXPR;
    
    (left_cst.is_saturated).if {
      result := left_cst;
      right.remove;
    };
    result
  );
    
  - exec_right right_cst:INTEGER_CST :EXPR <-
  //-- E | -1 -> -1
  ( + result:EXPR;
    
    (right_cst.is_saturated).if {
      result := right_cst;
      left.remove;
    };
    result
  );

  



lisaac_0.39_rc1/src/external/arithmetic/expr_sub.li0000644000175000017500000000755011314031252022352 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_SUB;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Add Binary Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public  
  
  - symbol:STRING_CONSTANT := "-";
  
  //
  // Execute.
  //
  
  - exec_conservator:EXPR <-  
  //-- E1 - - E2 -> E1 + E2
  ( + neg:EXPR_NEG;
    + result:EXPR;
    
    neg ?= right;    
    (neg != NULL).if {
      result := EXPR_ADD.create position with left and (neg.right);
    };
    result
  );
  
  - exec_conservator_left  left_cst :INTEGER_CST :EXPR <- 
  //-- 0  - E   -> - E
  //-- -1 - E   -> ~ E  
  ( + result:EXPR;
        
    (left_cst.value = 0).if {
      left_cst.remove;
      result := EXPR_NEG.create position with right;
    }.elseif {left_cst.is_saturated} then {
      left_cst.remove;
      result := EXPR_NOT.create position with right;
    };
    result    
  );
  
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <-
  //-- E  - 0   -> E
  //-- -E - 1   -> ~ E
  //-- E - -C   -> E + C
  ( + result:EXPR;
    + neg:EXPR_NEG;
    
    (right_cst.value = 0).if {
      right_cst.remove;
      result := left;
    }.elseif {right_cst.value = 1} then {
      neg ?= left;
      (neg != NULL).if {
	right_cst.remove;
	result := EXPR_NOT.create position with (neg.right);
      };
    }.elseif {right_cst.value < 0} then {
      right_cst.set_value (- right_cst.value);
      result := EXPR_ADD.create position with left and right_cst;
    };
    result
  );  
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <-
  //-- C1 - C2 -> C3
  (
    left_cst.set_value (left_cst.value - right_cst.value); 
    right_cst.remove;
    left_cst
  );
  
  - exec:EXPR <-
  //-- E  -  E  -> 0
  //-- E1 - ((E1 / E2) * E2) -> E1 % E2 
  ( + result:EXPR;
    + mul:EXPR_MUL;
    + div:EXPR_DIV;
    
    (left ~= right).if {
      left.remove;
      right.remove;
      result := INTEGER_CST.create position value 0 type static_type;
    } else {
      mul ?= right;
      (mul != NULL).if {
	div ?= mul.left;
	(div != NULL).if {
	  ((left ~= div.left) && {div.right ~= mul.right}).if {
	    div.remove;
	    result := EXPR_MOD.create position with left and (mul.right);
	  };
	};
      };
    };

    result
  );
 
    lisaac_0.39_rc1/src/external/arithmetic/expr_not.li0000644000175000017500000000556311314031252022363 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_NOT;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Not unary arithmetic expression.";
  
Section Inherit
  
  + parent_expr_unary:Expanded EXPR_UNARY;
  
Section Public
  
  - symbol:CHARACTER <- '~';
    
  //
  // Execute.
  //
  
  - exec_conservator:EXPR <-
  //-- ~ (~ E1 & ~ E2) -> E1 | E2
  //-- ~ (~ E1 | ~ E2) -> E1 & E2
  //-- ~ ~ E -> E
  ( + or:EXPR_OR;
    + and:EXPR_AND;
    + neg1,neg2:EXPR_NOT;
    + result:EXPR;
    
    and ?= right;
    (and != NULL).if {
      neg1 ?= and.left;
      neg2 ?= and.right;
      ((neg1 != NULL) && {neg2 != NULL}).if {
	result := EXPR_OR.create position with (neg1.right) and (neg2.right);
      };
    } else {
      or ?= right;
      (or != NULL).if {
	neg1 ?= or.left;
	neg2 ?= or.right;
	((neg1 != NULL) && {neg2 != NULL}).if {
	  result := EXPR_AND.create position with (neg1.right) and (neg2.right);
	};
      } else {
	neg1 ?= right;
	(neg1 != NULL).if {
	  result := neg1.right;
	};
      };
    };
    result
  );
  
  - exec_right right_cst:INTEGER_CST :EXPR <- 
  //-- ~ C1 -> C2
  ( + result:EXPR;
    (right_cst.is_signed).if {
      right_cst.set_value (~ right_cst.value);
      result := right_cst;
    };
    result
  );  
  
  






lisaac_0.39_rc1/src/external/arithmetic/expr_mul.li0000644000175000017500000000707311314031252022356 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_MUL;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Mul Binary Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public  
  
  - symbol:STRING_CONSTANT := "*";
  
  //
  // Execute.
  //
    
  - exec_conservator_left  left_cst :INTEGER_CST :EXPR <-
  //-- 1   * E -> E
  //-- -1  * E -> - E
  //-- 2^n * E -> E << n
  ( + v:INTEGER_64;
    + result:EXPR;
    
    (left_cst.value = 1).if {
      left_cst.remove;
      result := right;
    }.elseif {left_cst.value = -1} then {
      left_cst.remove;
      result := EXPR_NEG.create position with right;
    }.elseif {(v := left_cst.to_power) != -1} then {
      left_cst.set_value v;
      result := EXPR_SHIFT_L.create position with right and left_cst;
    };
    result    
  );
  
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <-
  //-- E *   1 -> E
  //-- E *  -1 -> - E
  //-- E * 2^n -> E << n
  ( + result:EXPR;
    + v:INTEGER_64;
    
    (right_cst.value = 1).if {
      right_cst.remove;
      result := left;
    }.elseif {right_cst.value = -1} then {
      right_cst.remove;
      result := EXPR_NEG.create position with left;
    }.elseif {(v := right_cst.to_power) != -1} then {
      right_cst.set_value v;
      result := EXPR_SHIFT_L.create position with left and right_cst;
    };
    result
  );
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <-
  //-- C1 * C2 -> C3
  (
    left_cst.set_value (left_cst.value * right_cst.value); 
    right_cst.remove;
    left_cst
  );
    
  - exec_left  left_cst :INTEGER_CST :EXPR <-
  //-- 0   * E -> 0
  ( + result:EXPR;
    
    (left_cst.value = 0).if {
      result := left_cst;
      right.remove;
    };
    result
  );
  
  - exec_right right_cst:INTEGER_CST :EXPR <-
  //-- E *   0 -> 0
  ( + result:EXPR;
        
    (right_cst.value = 0).if {
      result := right_cst;
      left.remove;
    };  
    result
  );
  
  








lisaac_0.39_rc1/src/external/arithmetic/expr_neg.li0000644000175000017500000000450111314031252022323 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_NEG;

  - copyright   := "2003-2007 Benoit Sonntag";


  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Negatif unary arithmetic expression.";
  
Section Inherit
  
  + parent_expr_unary:Expanded EXPR_UNARY;
  
Section Public
  
  - symbol:CHARACTER <- '-';
    
  //
  // Execute.
  //
  
  - exec_conservator:EXPR <-
  //-- - - E -> E 
  ( + sub:EXPR_NEG;
    + result:EXPR;
    
    sub ?= right;
    (sub != NULL).if {
      result := sub.right;
    };
    result
  );
  
  - exec_right right_cst:INTEGER_CST :EXPR <-
  //-- - C1 -> C2
  ( + result:EXPR;
    (right_cst.is_signed).if {
      right_cst.set_value (- right_cst.value);    
      result := right_cst;
    };
    result
  );
    



lisaac_0.39_rc1/src/external/arithmetic/expr_unary.li0000644000175000017500000000774211314031252022722 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_UNARY;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Unary Expression.";
  
Section Inherit
  
  + parent_expr:Expanded EXPR;
  
Section Public  
  
  - is_invariant:BOOLEAN <- right.is_invariant;
  
  + right:EXPR;
  
  - symbol:CHARACTER <- 
  (
    deferred;
    ' '
  );
  
  - static_type:TYPE_FULL <- right.static_type;
  
  - get_type t:TYPES_TMP <-
  (        
    t.add (static_type.raw);
  );
  
  //
  // Creation.
  //
  
  - create p:POSITION with r:EXPR :SELF <-
  ( + result:SELF;
    
    result := clone;
    result.make p with r;
    result
  );
  
  - make p:POSITION with r:EXPR <-
  (
    position := p;
    right := r;
  );
  
  - my_copy:SELF <- SELF.create position with (right.my_copy);
  
  //
  // Comparaison.
  //
    
  - Self:SELF '~=' Right 60 other:EXPR :BOOLEAN <-
  ( + same:SELF;
    
    same ?= other;
    (same != NULL) && {right ~= same.right}
  );
  
  - remove <-
  (    
    right.remove;
  );
  
  //
  // Execute.
  //
  
  - execute_unlink:INSTR <-
  (
    right.execute_unlink
  );
  
  - execute_link:EXPR <-
  ( + result:EXPR;
    + old_seq:UINTEGER_32;
    + right_cst:INTEGER_CST;
    
    old_seq := seq_call_and_loop;    
    right := right.execute_link;     
    //    
    right_cst ?= right;
    // Conservator transformation.
    result := exec_conservator;
    ((result = NULL) && {right_cst != NULL}).if {      
      result := exec_right right_cst;
    };
    ((result = NULL) && {old_seq = seq_call_and_loop}).if {    
      // No conservator transformation.      
      result := exec;      
    };
    (result = NULL).if {
      result := Self;
    } else {
      result.set_position position;
      new_execute_pass;
    };
        
    result
  );
  
  - exec_conservator:EXPR <- NULL;  
  
  - exec_right right_cst:INTEGER_CST :EXPR <- NULL;
    
  - exec:EXPR <- NULL;
    
  //
  // Genere.
  //
  
  - genere buffer:STRING <-
  (
    buffer.add_last '(';
    static_type.genere_declaration buffer;
    buffer.add_last ')';
    //
    buffer.add_last '(';
    buffer.add_last symbol;
    buffer.add_last ' ';
    right.genere buffer;
    buffer.add_last ')';
  );  
  
  //
  // Display.
  //
  
  - display buffer:STRING <-
  (
    buffer.add_last '(';
    buffer.add_last symbol;
    buffer.add_last ' ';
    right.display buffer;
    buffer.add_last ')';
  );










lisaac_0.39_rc1/src/external/arithmetic/expr_shift_l.li0000644000175000017500000000576711314031252023221 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_SHIFT_L;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Add Binary Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  + symbol:STRING_CONSTANT := "<<";
  
  //
  // Execute.
  //
  
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <- 
  //-- E <<  0 -> E  
  ( + result:EXPR;
    
    (right_cst.value = 0).if {
      result := left;
      right_cst.remove;
    };
    result
  );
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 << C2  -> C3
  //-- C1 << -C2 -> Error.
  (
    (right_cst.value < 0).if {
      warning_error (position,"Left shift count is negative.");
      left_cst.set_value 0;
    } else {
      left_cst.set_value (left_cst.value << right_cst.value); 
    };
    right_cst.remove;
    left_cst
  );

  - exec_left  left_cst :INTEGER_CST :EXPR <- 
  //-- 0 << E   -> 0
  ( + result:EXPR;
    
    (left_cst.value = 0).if {
      result := left_cst;
      right.remove;
    };
    result
  );
  
  - exec_right right_cst:INTEGER_CST :EXPR <- 
  //-- E << -C2 -> Error.
  ( + result:EXPR;
    
    (right_cst.value < 0).if {
      warning_error (position,"Left shift count is negative.");
      right_cst.set_value 0;
      right_cst.cast_type static_type;
      result := right_cst;
      left.remove;
    };
    result
  );
  
  
lisaac_0.39_rc1/src/external/arithmetic/expr_and.li0000644000175000017500000000605011314031252022315 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_AND;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Add Binary Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  - symbol:STRING_CONSTANT := "&";
  
  //
  // Execute.
  //
    
  - exec_conservator_left  left_cst :INTEGER_CST :EXPR <-
  //-- -1 & E -> E  
  ( + result:EXPR;
    
    (left_cst.is_saturated).if {
      result := right;
      left_cst.remove;
    };
    result
  );
  
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <- 
  //-- E & -1 -> E
  ( + result:EXPR;
    
    (right_cst.is_saturated).if {
      result := left;
      right_cst.remove;
    };
    result
  );
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <-
  //-- C1 & C2 -> C3
  ( 
    left_cst.set_value (left_cst.value & right_cst.value); 
    right_cst.remove;
    left_cst
  );
  
  - exec:EXPR <-
  //-- E & E -> E
  ( + result:EXPR;
    
    (left ~= right).if {
      right.remove;
      result := left;
    };
    result    
  );
  
  - exec_left  left_cst :INTEGER_CST :EXPR <- 
  //-- 0  & E -> 0
  ( + result:EXPR;
    
    (left_cst.value = 0).if {
      result := left_cst;
      right.remove;
    };
    result
  );
    
  - exec_right right_cst:INTEGER_CST :EXPR <-
  //-- E & 0  -> 0
  ( + result:EXPR;
    
    (right_cst.value = 0).if {
      result := right_cst;
      left.remove;
    };
    result
  );

  



lisaac_0.39_rc1/src/external/arithmetic/expr_shift_r.li0000644000175000017500000000663511314031252023222 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_SHIFT_R;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Add Binary Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  + symbol:STRING_CONSTANT := ">>";
  
  //
  // Execute.
  //
  
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <- 
  //-- E >>  0 -> E  
  ( + result:EXPR;
    
    (right_cst.value = 0).if {
      result := left;
      right_cst.remove;
    };
    result
  );
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 >> C2  -> C3
  //-- C1 >> -C2 -> Error.
  (
    (right_cst.value < 0).if {
      warning_error (position,"Right shift count is negative.");
      left_cst.set_value 0;
    } else {
      left_cst.set_value (left_cst.value >> right_cst.value); 
    };
    right_cst.remove;
    left_cst
  );
  
  - exec:EXPR <-
  //-- E(unsigned) >> E(unsigned) -> 0
  ( + result:EXPR;
    /*
    (left ~= right) && {left.is_unsigned_type}.if {
      result := INTEGER_CST.create position value 0 type static_type;
      left .remove;
      right.remove;
    };
    */
    result
  );
  
  - exec_left  left_cst:INTEGER_CST :EXPR <- 
  //-- 0 >> E            -> 0
  //-- -1(signed) >> E   -> -1(signed)
  ( + result:EXPR;
    
    (left_cst.value = 0).if {
      result := left_cst;
      right.remove;
    }.elseif {left_cst.value = -1} then {
      result := left_cst;
      right.remove;
    };
    result
  );
  
  - exec_right right_cst:INTEGER_CST :EXPR <- 
  //-- E >> -C2 -> Error.
  ( + result:EXPR;
    
    (right_cst.value < 0).if {
      warning_error (position,"Right shift count is negative.");
      right_cst.set_value 0;
      right_cst.cast_type static_type;
      result := right_cst;
      left.remove;
    };
    result
  );
  
  
  
  
lisaac_0.39_rc1/src/external/arithmetic/expr_xor.li0000644000175000017500000000577711314031252022402 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_XOR;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Xor Binary arithmetic expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  + symbol:STRING_CONSTANT := "^";
  
  //
  // Execute.
  //
  
  - exec_conservator_left  left_cst :INTEGER_CST :EXPR <- 
  //-- 0  ^ E -> E
  //-- -1 ^ E -> ~ E  
  ( + result:EXPR;
    
    (left_cst.value = 0).if {
      result := right;
      left_cst.remove;
    }.elseif {left_cst.is_saturated} then {
      result := EXPR_NOT.create position with right;
      left_cst.remove;
    };
    result
  );

  - exec_conservator_right right_cst:INTEGER_CST :EXPR <-
  //-- E ^ 0  -> E
  //-- E ^ -1 -> ~ E
  ( + result:EXPR;
    
    (right_cst.value = 0).if {
      result := left;
      right_cst.remove;
    }.elseif {right_cst.is_saturated} then {
      result := EXPR_NOT.create position with left;
      right_cst.remove;
    };
    result
  );
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 ^ C2 -> C3
  (
    left_cst.set_value (left_cst.value ^ right_cst.value); 
    right_cst.remove;
    left_cst
  );
  
  - exec:EXPR <-
  //-- E ^ E -> 0
  ( + result:EXPR;
    
    (left ~= right).if {
      result := INTEGER_CST.create position value 0 type static_type;
      left .remove;
      right.remove;
    };
    result    
  );
lisaac_0.39_rc1/src/external/arithmetic/expr_mod.li0000644000175000017500000000643311314031252022337 0ustar  sonntagsonntag///////////////////////////////////////////////////////////////////////////////
//                             Lisaac Compiler                               //
//                                                                           //
//                   LSIIT - ULP - CNRS - INRIA - FRANCE                     //
//                                                                           //
//   This program is free software: you can redistribute it and/or modify    //
//   it under the terms of the GNU General Public License as published by    //
//   the Free Software Foundation, either version 3 of the License, or       //
//   (at your option) any later version.                                     //
//                                                                           //
//   This program is distributed in the hope that it will be useful,         //
//   but WITHOUT ANY WARRANTY; without even the implied warranty of          //
//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the           //
//   GNU General Public License for more details.                            //
//                                                                           //
//   You should have received a copy of the GNU General Public License       //
//   along with this program.  If not, see .   //
//                                                                           //
//                     http://isaacproject.u-strasbg.fr/                     //
///////////////////////////////////////////////////////////////////////////////
Section Header
  
  + name        := EXPR_MOD;

  - copyright   := "2003-2007 Benoit Sonntag";

  
  - author      := "Sonntag Benoit (bsonntag@loria.fr)";
  - comment     := "Add Binary Expression.";
  
Section Inherit
  
  + parent_expr_binary:Expanded EXPR_BINARY;
  
Section Public
  
  + symbol:STRING_CONSTANT := "%";
  
  //
  // Execute.
  //
    
  - exec_conservator_right right_cst:INTEGER_CST :EXPR <-
  //-- E %   0 -> Error
  //-- E % 2^n -> E & (2^n -1)
  ( + result:EXPR;
    
    (right_cst.value = 0).if {
      warning_error (position,"Division by zero.");
    }.elseif {right_cst.to_power != -1} then {
      right_cst.set_value (right_cst.value - 1);
      result := EXPR_AND.create position with left and right_cst;
    };
    result
  );
  
  - exec left_cst:INTEGER_CST and right_cst:INTEGER_CST :EXPR <- 
  //-- C1 % C2 -> C3
  (
    left_cst.set_value (left_cst.value % right_cst.value); 
    right_cst.remove;
    left_cst
  );
  
  - exec:EXPR <-
  //-- E % E -> 0
  ( + result:EXPR;
    
    (left ~= right).if {
      result := INTEGER_CST.create position value 0 type static_type;
      left.remove;
      right.remove;
    };
    result    
  );

  - exec_left  left_cst :INTEGER_CST :EXPR <-
  //-- 0 % E -> 0
  ( + result:EXPR;
    
    (left_cst.value = 0).if {
      result := left_cst;
      right.remove;
    };
    result
  );

  - exec_right right_cst:INTEGER_CST :EXPR <-   
  //-- E %   1 -> 0
  //-- E %  -1 -> 0
  ( + result:EXPR;
    
    (right_cst.value = 1).if {
      right_cst.set_value 0;
      left.remove;
      result := right_cst;
    }.elseif {right_cst.value = -1} then {      
      right_cst.set_value 0;
      result := right_cst;
      left.remove;
    };
    result    
  );